operator choice,lambda tuning,n,irace,running time,running time over n
RSDCP,λ=8,8192,0,90478,11.044677734375
RSDCP,λ=8,8192,0,94343,11.5164794921875
RSDCP,λ=8,8192,0,91833,11.2100830078125
RSDCP,λ=8,8192,0,93009,11.3536376953125
RSDCP,λ=8,8192,0,94637,11.5523681640625
RSDCP,λ=8,8192,0,96461,11.7750244140625
RSDCP,λ=8,8192,0,95709,11.6832275390625
RSDCP,λ=8,8192,0,99579,12.1556396484375
RSDCP,λ=8,8192,0,110743,13.5184326171875
RSDCP,λ=8,8192,0,97656,11.9208984375
RSDCP,λ=8,8192,0,89583,10.9354248046875
RSDCP,λ=8,8192,0,97435,11.8939208984375
RSDCP,λ=8,8192,0,92759,11.3231201171875
RSDCP,λ=8,8192,0,90399,11.0350341796875
RSDCP,λ=8,8192,0,83800,10.2294921875
RSDCP,λ=8,8192,0,111291,13.5853271484375
RSDCP,λ=8,8192,0,93830,11.453857421875
RSDCP,λ=8,8192,0,96584,11.7900390625
RSDCP,λ=8,8192,0,98351,12.0057373046875
RSDCP,λ=8,8192,0,96298,11.755126953125
RSDCP,λ=8,8192,0,81825,9.9884033203125
RSDCP,λ=8,8192,0,84923,10.3665771484375
RSDCP,λ=8,8192,0,96782,11.814208984375
RSDCP,λ=8,8192,0,97437,11.8941650390625
RSDCP,λ=8,8192,0,86250,10.528564453125
RSDCP,λ=8,8192,0,94178,11.496337890625
RSDCP,λ=8,8192,0,98666,12.044189453125
RSDCP,λ=8,8192,0,106094,12.950927734375
RSDCP,λ=8,8192,0,96195,11.7425537109375
RSDCP,λ=8,8192,0,88769,10.8360595703125
RSDCP,λ=8,8192,0,98155,11.9818115234375
RSDCP,λ=8,8192,0,97726,11.929443359375
RSDCP,λ=8,8192,0,97412,11.89111328125
RSDCP,λ=8,8192,0,93376,11.3984375
RSDCP,λ=8,8192,0,91359,11.1522216796875
RSDCP,λ=8,8192,0,96354,11.761962890625
RSDCP,λ=8,8192,0,92359,11.2742919921875
RSDCP,λ=8,8192,0,88766,10.835693359375
RSDCP,λ=8,8192,0,119954,14.642822265625
RSDCP,λ=8,8192,0,94761,11.5675048828125
RSDCP,λ=8,8192,0,114639,13.9940185546875
RSDCP,λ=8,8192,0,98140,11.97998046875
RSDCP,λ=8,8192,0,96306,11.756103515625
RSDCP,λ=8,8192,0,95179,11.6185302734375
RSDCP,λ=8,8192,0,82532,10.07470703125
RSDCP,λ=8,8192,0,113226,13.821533203125
RSDCP,λ=8,8192,0,103350,12.615966796875
RSDCP,λ=8,8192,0,106617,13.0147705078125
RSDCP,λ=8,8192,0,86745,10.5889892578125
RSDCP,λ=8,8192,0,93944,11.4677734375
RSDCP,λ=8,8192,0,90793,11.0831298828125
RSDCP,λ=8,8192,0,92824,11.3310546875
RSDCP,λ=8,8192,0,98474,12.020751953125
RSDCP,λ=8,8192,0,110180,13.44970703125
RSDCP,λ=8,8192,0,94149,11.4927978515625
RSDCP,λ=8,8192,0,89239,10.8934326171875
RSDCP,λ=8,8192,0,113061,13.8013916015625
RSDCP,λ=8,8192,0,110953,13.5440673828125
RSDCP,λ=8,8192,0,96376,11.7646484375
RSDCP,λ=8,8192,0,82986,10.130126953125
RSDCP,λ=8,8192,0,118114,14.418212890625
RSDCP,λ=8,8192,0,111336,13.5908203125
RSDCP,λ=8,8192,0,87893,10.7291259765625
RSDCP,λ=8,8192,0,113423,13.8455810546875
RSDCP,λ=8,8192,0,94018,11.476806640625
RSDCP,λ=8,8192,0,90118,11.000732421875
RSDCP,λ=8,8192,0,103142,12.590576171875
RSDCP,λ=8,8192,0,96963,11.8363037109375
RSDCP,λ=8,8192,0,106198,12.963623046875
RSDCP,λ=8,8192,0,93444,11.40673828125
RSDCP,λ=8,8192,0,91673,11.1905517578125
RSDCP,λ=8,8192,0,91418,11.159423828125
RSDCP,λ=8,8192,0,110955,13.5443115234375
RSDCP,λ=8,8192,0,93188,11.37548828125
RSDCP,λ=8,8192,0,110731,13.5169677734375
RSDCP,λ=8,8192,0,100673,12.2891845703125
RSDCP,λ=8,8192,0,91781,11.2037353515625
RSDCP,λ=8,8192,0,93171,11.3734130859375
RSDCP,λ=8,8192,0,94990,11.595458984375
RSDCP,λ=8,8192,0,103716,12.66064453125
RSDCP,λ=8,8192,0,98506,12.024658203125
RSDCP,λ=8,8192,0,92520,11.2939453125
RSDCP,λ=8,8192,0,83832,10.2333984375
RSDCP,λ=8,8192,0,105924,12.93017578125
RSDCP,λ=8,8192,0,109237,13.3345947265625
RSDCP,λ=8,8192,0,100542,12.273193359375
RSDCP,λ=8,8192,0,94194,11.498291015625
RSDCP,λ=8,8192,0,90193,11.0098876953125
RSDCP,λ=8,8192,0,106864,13.044921875
RSDCP,λ=8,8192,0,109395,13.3538818359375
RSDCP,λ=8,8192,0,100641,12.2852783203125
RSDCP,λ=8,8192,0,115467,14.0950927734375
RSDCP,λ=8,8192,0,101188,12.35205078125
RSDCP,λ=8,8192,0,100467,12.2640380859375
RSDCP,λ=8,8192,0,119324,14.56591796875
RSDCP,λ=8,8192,0,107278,13.095458984375
RSDCP,λ=8,8192,0,111571,13.6195068359375
RSDCP,λ=8,8192,0,95978,11.716064453125
RSDCP,λ=8,8192,0,102542,12.517333984375
RRDCP,λ=8,8192,0,72609,8.8634033203125
RRDCP,λ=8,8192,0,85189,10.3990478515625
RRDCP,λ=8,8192,0,77609,9.4737548828125
RRDCP,λ=8,8192,0,69681,8.5059814453125
RRDCP,λ=8,8192,0,73021,8.9136962890625
RRDCP,λ=8,8192,0,87614,10.695068359375
RRDCP,λ=8,8192,0,70876,8.65185546875
RRDCP,λ=8,8192,0,74223,9.0604248046875
RRDCP,λ=8,8192,0,77210,9.425048828125
RRDCP,λ=8,8192,0,79615,9.7186279296875
RRDCP,λ=8,8192,0,85276,10.40966796875
RRDCP,λ=8,8192,0,72470,8.846435546875
RRDCP,λ=8,8192,0,70777,8.6397705078125
RRDCP,λ=8,8192,0,76972,9.39599609375
RRDCP,λ=8,8192,0,81311,9.9256591796875
RRDCP,λ=8,8192,0,75993,9.2764892578125
RRDCP,λ=8,8192,0,74477,9.0914306640625
RRDCP,λ=8,8192,0,80113,9.7794189453125
RRDCP,λ=8,8192,0,88699,10.8275146484375
RRDCP,λ=8,8192,0,75540,9.22119140625
RRDCP,λ=8,8192,0,85229,10.4039306640625
RRDCP,λ=8,8192,0,73430,8.963623046875
RRDCP,λ=8,8192,0,89703,10.9500732421875
RRDCP,λ=8,8192,0,82447,10.0643310546875
RRDCP,λ=8,8192,0,74212,9.05908203125
RRDCP,λ=8,8192,0,84717,10.3414306640625
RRDCP,λ=8,8192,0,72886,8.897216796875
RRDCP,λ=8,8192,0,92421,11.2818603515625
RRDCP,λ=8,8192,0,70847,8.6483154296875
RRDCP,λ=8,8192,0,71222,8.694091796875
RRDCP,λ=8,8192,0,78137,9.5382080078125
RRDCP,λ=8,8192,0,78473,9.5792236328125
RRDCP,λ=8,8192,0,71772,8.76123046875
RRDCP,λ=8,8192,0,83233,10.1602783203125
RRDCP,λ=8,8192,0,76231,9.3055419921875
RRDCP,λ=8,8192,0,77978,9.518798828125
RRDCP,λ=8,8192,0,77147,9.4173583984375
RRDCP,λ=8,8192,0,72645,8.8677978515625
RRDCP,λ=8,8192,0,80737,9.8555908203125
RRDCP,λ=8,8192,0,75477,9.2135009765625
RRDCP,λ=8,8192,0,76895,9.3865966796875
RRDCP,λ=8,8192,0,80491,9.8255615234375
RRDCP,λ=8,8192,0,67510,8.240966796875
RRDCP,λ=8,8192,0,76023,9.2801513671875
RRDCP,λ=8,8192,0,75007,9.1561279296875
RRDCP,λ=8,8192,0,86286,10.532958984375
RRDCP,λ=8,8192,0,77081,9.4093017578125
RRDCP,λ=8,8192,0,70293,8.5806884765625
RRDCP,λ=8,8192,0,74439,9.0867919921875
RRDCP,λ=8,8192,0,87545,10.6866455078125
RRDCP,λ=8,8192,0,84988,10.37451171875
RRDCP,λ=8,8192,0,74381,9.0797119140625
RRDCP,λ=8,8192,0,75597,9.2281494140625
RRDCP,λ=8,8192,0,82035,10.0140380859375
RRDCP,λ=8,8192,0,69425,8.4747314453125
RRDCP,λ=8,8192,0,70235,8.5736083984375
RRDCP,λ=8,8192,0,81844,9.99072265625
RRDCP,λ=8,8192,0,83909,10.2427978515625
RRDCP,λ=8,8192,0,82342,10.051513671875
RRDCP,λ=8,8192,0,80636,9.84326171875
RRDCP,λ=8,8192,0,69654,8.502685546875
RRDCP,λ=8,8192,0,84127,10.2694091796875
RRDCP,λ=8,8192,0,72363,8.8333740234375
RRDCP,λ=8,8192,0,71507,8.7288818359375
RRDCP,λ=8,8192,0,73416,8.9619140625
RRDCP,λ=8,8192,0,72998,8.910888671875
RRDCP,λ=8,8192,0,77702,9.485107421875
RRDCP,λ=8,8192,0,79027,9.6468505859375
RRDCP,λ=8,8192,0,76088,9.2880859375
RRDCP,λ=8,8192,0,75551,9.2225341796875
RRDCP,λ=8,8192,0,72782,8.884521484375
RRDCP,λ=8,8192,0,75760,9.248046875
RRDCP,λ=8,8192,0,77787,9.4954833984375
RRDCP,λ=8,8192,0,74549,9.1002197265625
RRDCP,λ=8,8192,0,72421,8.8404541015625
RRDCP,λ=8,8192,0,70282,8.579345703125
RRDCP,λ=8,8192,0,78432,9.57421875
RRDCP,λ=8,8192,0,78341,9.5631103515625
RRDCP,λ=8,8192,0,84769,10.3477783203125
RRDCP,λ=8,8192,0,78551,9.5887451171875
RRDCP,λ=8,8192,0,71152,8.685546875
RRDCP,λ=8,8192,0,80003,9.7659912109375
RRDCP,λ=8,8192,0,74242,9.062744140625
RRDCP,λ=8,8192,0,82731,10.0989990234375
RRDCP,λ=8,8192,0,74512,9.095703125
RRDCP,λ=8,8192,0,74879,9.1405029296875
RRDCP,λ=8,8192,0,80500,9.82666015625
RRDCP,λ=8,8192,0,77103,9.4119873046875
RRDCP,λ=8,8192,0,73085,8.9215087890625
RRDCP,λ=8,8192,0,78579,9.5921630859375
RRDCP,λ=8,8192,0,74488,9.0927734375
RRDCP,λ=8,8192,0,75712,9.2421875
RRDCP,λ=8,8192,0,71191,8.6903076171875
RRDCP,λ=8,8192,0,84016,10.255859375
RRDCP,λ=8,8192,0,78442,9.575439453125
RRDCP,λ=8,8192,0,75058,9.162353515625
RRDCP,λ=8,8192,0,72337,8.8302001953125
RRDCP,λ=8,8192,0,83311,10.1697998046875
RRDCP,λ=8,8192,0,82274,10.043212890625
RRDCP,λ=8,8192,0,95621,11.6724853515625
RHDCP,λ=8,8192,0,74019,9.0355224609375
RHDCP,λ=8,8192,0,83858,10.236572265625
RHDCP,λ=8,8192,0,74210,9.058837890625
RHDCP,λ=8,8192,0,70354,8.588134765625
RHDCP,λ=8,8192,0,73043,8.9163818359375
RHDCP,λ=8,8192,0,86303,10.5350341796875
RHDCP,λ=8,8192,0,72550,8.856201171875
RHDCP,λ=8,8192,0,64593,7.8848876953125
RHDCP,λ=8,8192,0,71138,8.683837890625
RHDCP,λ=8,8192,0,69914,8.534423828125
RHDCP,λ=8,8192,0,70992,8.666015625
RHDCP,λ=8,8192,0,73701,8.9967041015625
RHDCP,λ=8,8192,0,71238,8.696044921875
RHDCP,λ=8,8192,0,69540,8.48876953125
RHDCP,λ=8,8192,0,72102,8.801513671875
RHDCP,λ=8,8192,0,73725,8.9996337890625
RHDCP,λ=8,8192,0,75266,9.187744140625
RHDCP,λ=8,8192,0,69930,8.536376953125
RHDCP,λ=8,8192,0,71802,8.764892578125
RHDCP,λ=8,8192,0,88279,10.7762451171875
RHDCP,λ=8,8192,0,77171,9.4202880859375
RHDCP,λ=8,8192,0,83092,10.14306640625
RHDCP,λ=8,8192,0,82280,10.0439453125
RHDCP,λ=8,8192,0,78176,9.54296875
RHDCP,λ=8,8192,0,72341,8.8306884765625
RHDCP,λ=8,8192,0,82997,10.1314697265625
RHDCP,λ=8,8192,0,90027,10.9896240234375
RHDCP,λ=8,8192,0,71696,8.751953125
RHDCP,λ=8,8192,0,81895,9.9969482421875
RHDCP,λ=8,8192,0,72175,8.8104248046875
RHDCP,λ=8,8192,0,73276,8.94482421875
RHDCP,λ=8,8192,0,73881,9.0186767578125
RHDCP,λ=8,8192,0,67028,8.18212890625
RHDCP,λ=8,8192,0,68081,8.3106689453125
RHDCP,λ=8,8192,0,80002,9.765869140625
RHDCP,λ=8,8192,0,72713,8.8760986328125
RHDCP,λ=8,8192,0,79418,9.694580078125
RHDCP,λ=8,8192,0,74950,9.149169921875
RHDCP,λ=8,8192,0,69538,8.488525390625
RHDCP,λ=8,8192,0,79102,9.656005859375
RHDCP,λ=8,8192,0,72818,8.888916015625
RHDCP,λ=8,8192,0,74307,9.0706787109375
RHDCP,λ=8,8192,0,73253,8.9420166015625
RHDCP,λ=8,8192,0,87469,10.6773681640625
RHDCP,λ=8,8192,0,75090,9.166259765625
RHDCP,λ=8,8192,0,79937,9.7579345703125
RHDCP,λ=8,8192,0,70172,8.56591796875
RHDCP,λ=8,8192,0,77212,9.42529296875
RHDCP,λ=8,8192,0,67671,8.2606201171875
RHDCP,λ=8,8192,0,75398,9.203857421875
RHDCP,λ=8,8192,0,72787,8.8851318359375
RHDCP,λ=8,8192,0,70766,8.638427734375
RHDCP,λ=8,8192,0,85743,10.4666748046875
RHDCP,λ=8,8192,0,78664,9.6025390625
RHDCP,λ=8,8192,0,80401,9.8145751953125
RHDCP,λ=8,8192,0,74352,9.076171875
RHDCP,λ=8,8192,0,68620,8.37646484375
RHDCP,λ=8,8192,0,73230,8.939208984375
RHDCP,λ=8,8192,0,68485,8.3599853515625
RHDCP,λ=8,8192,0,72931,8.9027099609375
RHDCP,λ=8,8192,0,74316,9.07177734375
RHDCP,λ=8,8192,0,67269,8.2115478515625
RHDCP,λ=8,8192,0,71663,8.7479248046875
RHDCP,λ=8,8192,0,70479,8.6033935546875
RHDCP,λ=8,8192,0,69485,8.4820556640625
RHDCP,λ=8,8192,0,76093,9.2886962890625
RHDCP,λ=8,8192,0,73697,8.9962158203125
RHDCP,λ=8,8192,0,64594,7.885009765625
RHDCP,λ=8,8192,0,88286,10.777099609375
RHDCP,λ=8,8192,0,65158,7.953857421875
RHDCP,λ=8,8192,0,68278,8.334716796875
RHDCP,λ=8,8192,0,67237,8.2076416015625
RHDCP,λ=8,8192,0,63101,7.7027587890625
RHDCP,λ=8,8192,0,67245,8.2086181640625
RHDCP,λ=8,8192,0,71602,8.740478515625
RHDCP,λ=8,8192,0,73160,8.9306640625
RHDCP,λ=8,8192,0,90004,10.98681640625
RHDCP,λ=8,8192,0,68538,8.366455078125
RHDCP,λ=8,8192,0,73561,8.9796142578125
RHDCP,λ=8,8192,0,71204,8.69189453125
RHDCP,λ=8,8192,0,74832,9.134765625
RHDCP,λ=8,8192,0,76398,9.325927734375
RHDCP,λ=8,8192,0,71674,8.749267578125
RHDCP,λ=8,8192,0,72158,8.808349609375
RHDCP,λ=8,8192,0,74732,9.12255859375
RHDCP,λ=8,8192,0,77361,9.4434814453125
RHDCP,λ=8,8192,0,77066,9.407470703125
RHDCP,λ=8,8192,0,71207,8.6922607421875
RHDCP,λ=8,8192,0,74242,9.062744140625
RHDCP,λ=8,8192,0,67061,8.1861572265625
RHDCP,λ=8,8192,0,71724,8.75537109375
RHDCP,λ=8,8192,0,75626,9.231689453125
RHDCP,λ=8,8192,0,66199,8.0809326171875
RHDCP,λ=8,8192,0,76109,9.2906494140625
RHDCP,λ=8,8192,0,66452,8.11181640625
RHDCP,λ=8,8192,0,83329,10.1719970703125
RHDCP,λ=8,8192,0,76924,9.39013671875
RHDCP,λ=8,8192,0,80660,9.84619140625
RHDCP,λ=8,8192,0,79333,9.6842041015625
RHDCP,λ=8,8192,0,70484,8.60400390625
RHLCP,λ=8,8192,0,75192,9.1787109375
RHLCP,λ=8,8192,0,81320,9.9267578125
RHLCP,λ=8,8192,0,73566,8.980224609375
RHLCP,λ=8,8192,0,78382,9.568115234375
RHLCP,λ=8,8192,0,69838,8.525146484375
RHLCP,λ=8,8192,0,74424,9.0849609375
RHLCP,λ=8,8192,0,70296,8.5810546875
RHLCP,λ=8,8192,0,71843,8.7698974609375
RHLCP,λ=8,8192,0,84977,10.3731689453125
RHLCP,λ=8,8192,0,72048,8.794921875
RHLCP,λ=8,8192,0,69652,8.50244140625
RHLCP,λ=8,8192,0,76652,9.35693359375
RHLCP,λ=8,8192,0,76546,9.343994140625
RHLCP,λ=8,8192,0,79136,9.66015625
RHLCP,λ=8,8192,0,74574,9.103271484375
RHLCP,λ=8,8192,0,74003,9.0335693359375
RHLCP,λ=8,8192,0,69680,8.505859375
RHLCP,λ=8,8192,0,76658,9.357666015625
RHLCP,λ=8,8192,0,83497,10.1925048828125
RHLCP,λ=8,8192,0,65660,8.01513671875
RHLCP,λ=8,8192,0,76158,9.296630859375
RHLCP,λ=8,8192,0,71657,8.7471923828125
RHLCP,λ=8,8192,0,90493,11.0465087890625
RHLCP,λ=8,8192,0,67388,8.22607421875
RHLCP,λ=8,8192,0,72941,8.9039306640625
RHLCP,λ=8,8192,0,70434,8.597900390625
RHLCP,λ=8,8192,0,70515,8.6077880859375
RHLCP,λ=8,8192,0,71439,8.7205810546875
RHLCP,λ=8,8192,0,68911,8.4119873046875
RHLCP,λ=8,8192,0,79134,9.659912109375
RHLCP,λ=8,8192,0,75268,9.18798828125
RHLCP,λ=8,8192,0,82309,10.0474853515625
RHLCP,λ=8,8192,0,79012,9.64501953125
RHLCP,λ=8,8192,0,75719,9.2430419921875
RHLCP,λ=8,8192,0,74334,9.073974609375
RHLCP,λ=8,8192,0,69531,8.4876708984375
RHLCP,λ=8,8192,0,74681,9.1163330078125
RHLCP,λ=8,8192,0,69644,8.50146484375
RHLCP,λ=8,8192,0,70295,8.5809326171875
RHLCP,λ=8,8192,0,88207,10.7674560546875
RHLCP,λ=8,8192,0,69366,8.467529296875
RHLCP,λ=8,8192,0,76402,9.326416015625
RHLCP,λ=8,8192,0,73414,8.961669921875
RHLCP,λ=8,8192,0,79052,9.64990234375
RHLCP,λ=8,8192,0,71095,8.6785888671875
RHLCP,λ=8,8192,0,80588,9.83740234375
RHLCP,λ=8,8192,0,67687,8.2625732421875
RHLCP,λ=8,8192,0,74863,9.1385498046875
RHLCP,λ=8,8192,0,71563,8.7357177734375
RHLCP,λ=8,8192,0,76735,9.3670654296875
RHLCP,λ=8,8192,0,69401,8.4718017578125
RHLCP,λ=8,8192,0,79431,9.6961669921875
RHLCP,λ=8,8192,0,71150,8.685302734375
RHLCP,λ=8,8192,0,73128,8.9267578125
RHLCP,λ=8,8192,0,71663,8.7479248046875
RHLCP,λ=8,8192,0,70811,8.6439208984375
RHLCP,λ=8,8192,0,77648,9.478515625
RHLCP,λ=8,8192,0,73263,8.9432373046875
RHLCP,λ=8,8192,0,76001,9.2774658203125
RHLCP,λ=8,8192,0,72968,8.9072265625
RHLCP,λ=8,8192,0,82314,10.048095703125
RHLCP,λ=8,8192,0,74047,9.0389404296875
RHLCP,λ=8,8192,0,67625,8.2550048828125
RHLCP,λ=8,8192,0,75982,9.275146484375
RHLCP,λ=8,8192,0,77162,9.419189453125
RHLCP,λ=8,8192,0,75909,9.2662353515625
RHLCP,λ=8,8192,0,70282,8.579345703125
RHLCP,λ=8,8192,0,80383,9.8123779296875
RHLCP,λ=8,8192,0,70646,8.623779296875
RHLCP,λ=8,8192,0,66804,8.15478515625
RHLCP,λ=8,8192,0,87608,10.6943359375
RHLCP,λ=8,8192,0,66724,8.14501953125
RHLCP,λ=8,8192,0,72417,8.8399658203125
RHLCP,λ=8,8192,0,72285,8.8238525390625
RHLCP,λ=8,8192,0,73242,8.940673828125
RHLCP,λ=8,8192,0,80247,9.7957763671875
RHLCP,λ=8,8192,0,70643,8.6234130859375
RHLCP,λ=8,8192,0,95379,11.6429443359375
RHLCP,λ=8,8192,0,73494,8.971435546875
RHLCP,λ=8,8192,0,80956,9.88232421875
RHLCP,λ=8,8192,0,77651,9.4788818359375
RHLCP,λ=8,8192,0,77565,9.4683837890625
RHLCP,λ=8,8192,0,75652,9.23486328125
RHLCP,λ=8,8192,0,74126,9.048583984375
RHLCP,λ=8,8192,0,81170,9.908447265625
RHLCP,λ=8,8192,0,74076,9.04248046875
RHLCP,λ=8,8192,0,79447,9.6981201171875
RHLCP,λ=8,8192,0,89014,10.865966796875
RHLCP,λ=8,8192,0,77873,9.5059814453125
RHLCP,λ=8,8192,0,70831,8.6463623046875
RHLCP,λ=8,8192,0,81830,9.989013671875
RHLCP,λ=8,8192,0,69217,8.4493408203125
RHLCP,λ=8,8192,0,75557,9.2232666015625
RHLCP,λ=8,8192,0,82844,10.11279296875
RHLCP,λ=8,8192,0,69391,8.4705810546875
RHLCP,λ=8,8192,0,77411,9.4495849609375
RHLCP,λ=8,8192,0,83822,10.232177734375
RHLCP,λ=8,8192,0,74099,9.0452880859375
RHLCP,λ=8,8192,0,65980,8.05419921875
RRLCP,λ=8,8192,0,92235,11.2591552734375
RRLCP,λ=8,8192,0,95072,11.60546875
RRLCP,λ=8,8192,0,73862,9.016357421875
RRLCP,λ=8,8192,0,75966,9.273193359375
RRLCP,λ=8,8192,0,77223,9.4266357421875
RRLCP,λ=8,8192,0,75236,9.18408203125
RRLCP,λ=8,8192,0,83898,10.241455078125
RRLCP,λ=8,8192,0,82106,10.022705078125
RRLCP,λ=8,8192,0,83517,10.1949462890625
RRLCP,λ=8,8192,0,68729,8.3897705078125
RRLCP,λ=8,8192,0,75605,9.2291259765625
RRLCP,λ=8,8192,0,71992,8.7880859375
RRLCP,λ=8,8192,0,92617,11.3057861328125
RRLCP,λ=8,8192,0,78799,9.6190185546875
RRLCP,λ=8,8192,0,92096,11.2421875
RRLCP,λ=8,8192,0,81016,9.8896484375
RRLCP,λ=8,8192,0,93502,11.413818359375
RRLCP,λ=8,8192,0,83064,10.1396484375
RRLCP,λ=8,8192,0,72186,8.811767578125
RRLCP,λ=8,8192,0,74271,9.0662841796875
RRLCP,λ=8,8192,0,73575,8.9813232421875
RRLCP,λ=8,8192,0,79445,9.6978759765625
RRLCP,λ=8,8192,0,78453,9.5767822265625
RRLCP,λ=8,8192,0,82542,10.075927734375
RRLCP,λ=8,8192,0,70871,8.6512451171875
RRLCP,λ=8,8192,0,90580,11.05712890625
RRLCP,λ=8,8192,0,67827,8.2796630859375
RRLCP,λ=8,8192,0,88401,10.7911376953125
RRLCP,λ=8,8192,0,80692,9.85009765625
RRLCP,λ=8,8192,0,67882,8.286376953125
RRLCP,λ=8,8192,0,80007,9.7664794921875
RRLCP,λ=8,8192,0,79840,9.74609375
RRLCP,λ=8,8192,0,74356,9.07666015625
RRLCP,λ=8,8192,0,92321,11.2696533203125
RRLCP,λ=8,8192,0,83309,10.1695556640625
RRLCP,λ=8,8192,0,76523,9.3411865234375
RRLCP,λ=8,8192,0,79175,9.6649169921875
RRLCP,λ=8,8192,0,81408,9.9375
RRLCP,λ=8,8192,0,82791,10.1063232421875
RRLCP,λ=8,8192,0,85233,10.4044189453125
RRLCP,λ=8,8192,0,78872,9.6279296875
RRLCP,λ=8,8192,0,81434,9.940673828125
RRLCP,λ=8,8192,0,75719,9.2430419921875
RRLCP,λ=8,8192,0,75215,9.1815185546875
RRLCP,λ=8,8192,0,72193,8.8126220703125
RRLCP,λ=8,8192,0,75176,9.1767578125
RRLCP,λ=8,8192,0,78158,9.540771484375
RRLCP,λ=8,8192,0,77202,9.424072265625
RRLCP,λ=8,8192,0,68892,8.40966796875
RRLCP,λ=8,8192,0,78516,9.58447265625
RRLCP,λ=8,8192,0,74942,9.148193359375
RRLCP,λ=8,8192,0,77091,9.4105224609375
RRLCP,λ=8,8192,0,81879,9.9949951171875
RRLCP,λ=8,8192,0,83057,10.1387939453125
RRLCP,λ=8,8192,0,70120,8.5595703125
RRLCP,λ=8,8192,0,73890,9.019775390625
RRLCP,λ=8,8192,0,74116,9.04736328125
RRLCP,λ=8,8192,0,78929,9.6348876953125
RRLCP,λ=8,8192,0,73372,8.95654296875
RRLCP,λ=8,8192,0,82441,10.0635986328125
RRLCP,λ=8,8192,0,73263,8.9432373046875
RRLCP,λ=8,8192,0,74722,9.121337890625
RRLCP,λ=8,8192,0,80121,9.7803955078125
RRLCP,λ=8,8192,0,88422,10.793701171875
RRLCP,λ=8,8192,0,87194,10.643798828125
RRLCP,λ=8,8192,0,73156,8.93017578125
RRLCP,λ=8,8192,0,71351,8.7098388671875
RRLCP,λ=8,8192,0,88441,10.7960205078125
RRLCP,λ=8,8192,0,71635,8.7445068359375
RRLCP,λ=8,8192,0,73547,8.9779052734375
RRLCP,λ=8,8192,0,84217,10.2803955078125
RRLCP,λ=8,8192,0,80893,9.8746337890625
RRLCP,λ=8,8192,0,71262,8.698974609375
RRLCP,λ=8,8192,0,72862,8.894287109375
RRLCP,λ=8,8192,0,75372,9.20068359375
RRLCP,λ=8,8192,0,75959,9.2723388671875
RRLCP,λ=8,8192,0,95116,11.61083984375
RRLCP,λ=8,8192,0,82912,10.12109375
RRLCP,λ=8,8192,0,76063,9.2850341796875
RRLCP,λ=8,8192,0,84878,10.361083984375
RRLCP,λ=8,8192,0,89563,10.9329833984375
RRLCP,λ=8,8192,0,78494,9.581787109375
RRLCP,λ=8,8192,0,72770,8.883056640625
RRLCP,λ=8,8192,0,74187,9.0560302734375
RRLCP,λ=8,8192,0,74162,9.052978515625
RRLCP,λ=8,8192,0,84905,10.3643798828125
RRLCP,λ=8,8192,0,83896,10.2412109375
RRLCP,λ=8,8192,0,78715,9.6087646484375
RRLCP,λ=8,8192,0,79165,9.6636962890625
RRLCP,λ=8,8192,0,68747,8.3919677734375
RRLCP,λ=8,8192,0,82135,10.0262451171875
RRLCP,λ=8,8192,0,70069,8.5533447265625
RRLCP,λ=8,8192,0,80388,9.81298828125
RRLCP,λ=8,8192,0,77967,9.5174560546875
RRLCP,λ=8,8192,0,80033,9.7696533203125
RRLCP,λ=8,8192,0,82729,10.0987548828125
RRLCP,λ=8,8192,0,76624,9.353515625
RRLCP,λ=8,8192,0,68398,8.349365234375
RRLCP,λ=8,8192,0,73684,8.99462890625
RSLCP,λ=8,8192,0,106263,12.9715576171875
RSLCP,λ=8,8192,0,110842,13.530517578125
RSLCP,λ=8,8192,0,95381,11.6431884765625
RSLCP,λ=8,8192,0,113891,13.9027099609375
RSLCP,λ=8,8192,0,102362,12.495361328125
RSLCP,λ=8,8192,0,98574,12.032958984375
RSLCP,λ=8,8192,0,98531,12.0277099609375
RSLCP,λ=8,8192,0,111424,13.6015625
RSLCP,λ=8,8192,0,99129,12.1007080078125
RSLCP,λ=8,8192,0,93718,11.440185546875
RSLCP,λ=8,8192,0,98161,11.9825439453125
RSLCP,λ=8,8192,0,90271,11.0194091796875
RSLCP,λ=8,8192,0,96769,11.8126220703125
RSLCP,λ=8,8192,0,87357,10.6636962890625
RSLCP,λ=8,8192,0,105140,12.83447265625
RSLCP,λ=8,8192,0,93838,11.454833984375
RSLCP,λ=8,8192,0,97938,11.955322265625
RSLCP,λ=8,8192,0,105505,12.8790283203125
RSLCP,λ=8,8192,0,92320,11.26953125
RSLCP,λ=8,8192,0,103355,12.6165771484375
RSLCP,λ=8,8192,0,111244,13.57958984375
RSLCP,λ=8,8192,0,98566,12.031982421875
RSLCP,λ=8,8192,0,103282,12.607666015625
RSLCP,λ=8,8192,0,94213,11.5006103515625
RSLCP,λ=8,8192,0,110466,13.484619140625
RSLCP,λ=8,8192,0,107992,13.1826171875
RSLCP,λ=8,8192,0,90016,10.98828125
RSLCP,λ=8,8192,0,99504,12.146484375
RSLCP,λ=8,8192,0,96851,11.8226318359375
RSLCP,λ=8,8192,0,123590,15.086669921875
RSLCP,λ=8,8192,0,92687,11.3143310546875
RSLCP,λ=8,8192,0,89727,10.9530029296875
RSLCP,λ=8,8192,0,101962,12.446533203125
RSLCP,λ=8,8192,0,93356,11.39599609375
RSLCP,λ=8,8192,0,90490,11.046142578125
RSLCP,λ=8,8192,0,103189,12.5963134765625
RSLCP,λ=8,8192,0,102041,12.4561767578125
RSLCP,λ=8,8192,0,97897,11.9503173828125
RSLCP,λ=8,8192,0,95850,11.700439453125
RSLCP,λ=8,8192,0,91082,11.118408203125
RSLCP,λ=8,8192,0,90099,10.9984130859375
RSLCP,λ=8,8192,0,104045,12.7008056640625
RSLCP,λ=8,8192,0,105812,12.91650390625
RSLCP,λ=8,8192,0,99028,12.08837890625
RSLCP,λ=8,8192,0,93576,11.4228515625
RSLCP,λ=8,8192,0,106606,13.013427734375
RSLCP,λ=8,8192,0,97487,11.9002685546875
RSLCP,λ=8,8192,0,105236,12.84619140625
RSLCP,λ=8,8192,0,98419,12.0140380859375
RSLCP,λ=8,8192,0,91875,11.2152099609375
RSLCP,λ=8,8192,0,107505,13.1231689453125
RSLCP,λ=8,8192,0,102762,12.544189453125
RSLCP,λ=8,8192,0,122926,15.005615234375
RSLCP,λ=8,8192,0,113130,13.809814453125
RSLCP,λ=8,8192,0,98860,12.06787109375
RSLCP,λ=8,8192,0,93392,11.400390625
RSLCP,λ=8,8192,0,108172,13.20458984375
RSLCP,λ=8,8192,0,89320,10.9033203125
RSLCP,λ=8,8192,0,112929,13.7852783203125
RSLCP,λ=8,8192,0,121918,14.882568359375
RSLCP,λ=8,8192,0,104806,12.793701171875
RSLCP,λ=8,8192,0,91577,11.1788330078125
RSLCP,λ=8,8192,0,97439,11.8944091796875
RSLCP,λ=8,8192,0,105323,12.8568115234375
RSLCP,λ=8,8192,0,109497,13.3663330078125
RSLCP,λ=8,8192,0,95516,11.65966796875
RSLCP,λ=8,8192,0,103067,12.5814208984375
RSLCP,λ=8,8192,0,105657,12.8975830078125
RSLCP,λ=8,8192,0,111425,13.6016845703125
RSLCP,λ=8,8192,0,87660,10.70068359375
RSLCP,λ=8,8192,0,116145,14.1778564453125
RSLCP,λ=8,8192,0,110385,13.4747314453125
RSLCP,λ=8,8192,0,107016,13.0634765625
RSLCP,λ=8,8192,0,87316,10.65869140625
RSLCP,λ=8,8192,0,109048,13.3115234375
RSLCP,λ=8,8192,0,107766,13.155029296875
RSLCP,λ=8,8192,0,101723,12.4173583984375
RSLCP,λ=8,8192,0,106329,12.9796142578125
RSLCP,λ=8,8192,0,114627,13.9925537109375
RSLCP,λ=8,8192,0,98823,12.0633544921875
RSLCP,λ=8,8192,0,93113,11.3663330078125
RSLCP,λ=8,8192,0,91689,11.1925048828125
RSLCP,λ=8,8192,0,89138,10.881103515625
RSLCP,λ=8,8192,0,100776,12.3017578125
RSLCP,λ=8,8192,0,96134,11.735107421875
RSLCP,λ=8,8192,0,104651,12.7747802734375
RSLCP,λ=8,8192,0,106778,13.034423828125
RSLCP,λ=8,8192,0,100094,12.218505859375
RSLCP,λ=8,8192,0,87673,10.7022705078125
RSLCP,λ=8,8192,0,107516,13.12451171875
RSLCP,λ=8,8192,0,94401,11.5235595703125
RSLCP,λ=8,8192,0,100630,12.283935546875
RSLCP,λ=8,8192,0,122942,15.007568359375
RSLCP,λ=8,8192,0,90215,11.0125732421875
RSLCP,λ=8,8192,0,103767,12.6668701171875
RSLCP,λ=8,8192,0,106786,13.035400390625
RSLCP,λ=8,8192,0,110624,13.50390625
RSLCP,λ=8,8192,0,97958,11.957763671875
RSLCP,λ=8,8192,0,93986,11.472900390625
RSLCP,λ=8,8192,0,99741,12.1754150390625
RSDSP,λ=8,8192,0,100001,12.2071533203125
RSDSP,λ=8,8192,0,85441,10.4298095703125
RSDSP,λ=8,8192,0,97881,11.9483642578125
RSDSP,λ=8,8192,0,91561,11.1768798828125
RSDSP,λ=8,8192,0,118641,14.4825439453125
RSDSP,λ=8,8192,0,86217,10.5245361328125
RSDSP,λ=8,8192,0,91297,11.1446533203125
RSDSP,λ=8,8192,0,100137,12.2237548828125
RSDSP,λ=8,8192,0,95353,11.6397705078125
RSDSP,λ=8,8192,0,90489,11.0460205078125
RSDSP,λ=8,8192,0,85545,10.4425048828125
RSDSP,λ=8,8192,0,82625,10.0860595703125
RSDSP,λ=8,8192,0,85521,10.4395751953125
RSDSP,λ=8,8192,0,86145,10.5157470703125
RSDSP,λ=8,8192,0,88945,10.8575439453125
RSDSP,λ=8,8192,0,98337,12.0040283203125
RSDSP,λ=8,8192,0,91393,11.1563720703125
RSDSP,λ=8,8192,0,88993,10.8634033203125
RSDSP,λ=8,8192,0,89193,10.8878173828125
RSDSP,λ=8,8192,0,90521,11.0499267578125
RSDSP,λ=8,8192,0,85921,10.4884033203125
RSDSP,λ=8,8192,0,96745,11.8096923828125
RSDSP,λ=8,8192,0,92665,11.3116455078125
RSDSP,λ=8,8192,0,96177,11.7403564453125
RSDSP,λ=8,8192,0,88401,10.7911376953125
RSDSP,λ=8,8192,0,82825,10.1104736328125
RSDSP,λ=8,8192,0,99761,12.1778564453125
RSDSP,λ=8,8192,0,82281,10.0440673828125
RSDSP,λ=8,8192,0,99113,12.0987548828125
RSDSP,λ=8,8192,0,142049,17.3399658203125
RSDSP,λ=8,8192,0,84161,10.2735595703125
RSDSP,λ=8,8192,0,103481,12.6319580078125
RSDSP,λ=8,8192,0,88841,10.8448486328125
RSDSP,λ=8,8192,0,96833,11.8204345703125
RSDSP,λ=8,8192,0,93225,11.3800048828125
RSDSP,λ=8,8192,0,102249,12.4815673828125
RSDSP,λ=8,8192,0,91521,11.1719970703125
RSDSP,λ=8,8192,0,98633,12.0401611328125
RSDSP,λ=8,8192,0,87481,10.6788330078125
RSDSP,λ=8,8192,0,85969,10.4942626953125
RSDSP,λ=8,8192,0,85185,10.3985595703125
RSDSP,λ=8,8192,0,82689,10.0938720703125
RSDSP,λ=8,8192,0,95761,11.6895751953125
RSDSP,λ=8,8192,0,108409,13.2335205078125
RSDSP,λ=8,8192,0,102561,12.5196533203125
RSDSP,λ=8,8192,0,84617,10.3292236328125
RSDSP,λ=8,8192,0,88793,10.8389892578125
RSDSP,λ=8,8192,0,96553,11.7862548828125
RSDSP,λ=8,8192,0,85177,10.3975830078125
RSDSP,λ=8,8192,0,97017,11.8428955078125
RSDSP,λ=8,8192,0,91017,11.1104736328125
RSDSP,λ=8,8192,0,101969,12.4473876953125
RSDSP,λ=8,8192,0,101217,12.3555908203125
RSDSP,λ=8,8192,0,133121,16.2501220703125
RSDSP,λ=8,8192,0,106961,13.0567626953125
RSDSP,λ=8,8192,0,115025,14.0411376953125
RSDSP,λ=8,8192,0,89185,10.8868408203125
RSDSP,λ=8,8192,0,102145,12.4688720703125
RSDSP,λ=8,8192,0,85953,10.4923095703125
RSDSP,λ=8,8192,0,90865,11.0919189453125
RSDSP,λ=8,8192,0,89337,10.9053955078125
RSDSP,λ=8,8192,0,92961,11.3477783203125
RSDSP,λ=8,8192,0,78921,9.6339111328125
RSDSP,λ=8,8192,0,92361,11.2745361328125
RSDSP,λ=8,8192,0,118225,14.4317626953125
RSDSP,λ=8,8192,0,85737,10.4659423828125
RSDSP,λ=8,8192,0,102305,12.4884033203125
RSDSP,λ=8,8192,0,84753,10.3458251953125
RSDSP,λ=8,8192,0,90993,11.1075439453125
RSDSP,λ=8,8192,0,94969,11.5928955078125
RSDSP,λ=8,8192,0,107985,13.1817626953125
RSDSP,λ=8,8192,0,84625,10.3302001953125
RSDSP,λ=8,8192,0,104441,12.7491455078125
RSDSP,λ=8,8192,0,95729,11.6856689453125
RSDSP,λ=8,8192,0,100617,12.2823486328125
RSDSP,λ=8,8192,0,89481,10.9229736328125
RSDSP,λ=8,8192,0,94065,11.4825439453125
RSDSP,λ=8,8192,0,84849,10.3575439453125
RSDSP,λ=8,8192,0,103577,12.6436767578125
RSDSP,λ=8,8192,0,93457,11.4083251953125
RSDSP,λ=8,8192,0,91761,11.2012939453125
RSDSP,λ=8,8192,0,87753,10.7120361328125
RSDSP,λ=8,8192,0,99665,12.1661376953125
RSDSP,λ=8,8192,0,93665,11.4337158203125
RSDSP,λ=8,8192,0,83825,10.2325439453125
RSDSP,λ=8,8192,0,91657,11.1885986328125
RSDSP,λ=8,8192,0,81153,9.9063720703125
RSDSP,λ=8,8192,0,108001,13.1837158203125
RSDSP,λ=8,8192,0,93737,11.4425048828125
RSDSP,λ=8,8192,0,103953,12.6895751953125
RSDSP,λ=8,8192,0,92689,11.3145751953125
RSDSP,λ=8,8192,0,85393,10.4239501953125
RSDSP,λ=8,8192,0,92609,11.3048095703125
RSDSP,λ=8,8192,0,103425,12.6251220703125
RSDSP,λ=8,8192,0,94905,11.5850830078125
RRDSP,λ=8,8192,0,75889,9.2637939453125
RRDSP,λ=8,8192,0,70321,8.5841064453125
RRDSP,λ=8,8192,0,89145,10.8819580078125
RRDSP,λ=8,8192,0,67201,8.2032470703125
RRDSP,λ=8,8192,0,84873,10.3604736328125
RRDSP,λ=8,8192,0,71081,8.6768798828125
RRDSP,λ=8,8192,0,73513,8.9737548828125
RRDSP,λ=8,8192,0,67273,8.2120361328125
RRDSP,λ=8,8192,0,72409,8.8389892578125
RRDSP,λ=8,8192,0,66753,8.1485595703125
RRDSP,λ=8,8192,0,68265,8.3331298828125
RRDSP,λ=8,8192,0,66873,8.1632080078125
RRDSP,λ=8,8192,0,79153,9.6622314453125
RRDSP,λ=8,8192,0,72353,8.8321533203125
RRDSP,λ=8,8192,0,72257,8.8204345703125
RRDSP,λ=8,8192,0,73201,8.9356689453125
RRDSP,λ=8,8192,0,76193,9.3009033203125
RRDSP,λ=8,8192,0,68513,8.3634033203125
RRDSP,λ=8,8192,0,71025,8.6700439453125
RRDSP,λ=8,8192,0,83697,10.2169189453125
RRDSP,λ=8,8192,0,69569,8.4923095703125
RRDSP,λ=8,8192,0,90553,11.0538330078125
RRDSP,λ=8,8192,0,77481,9.4581298828125
RRDSP,λ=8,8192,0,73321,8.9503173828125
RRDSP,λ=8,8192,0,73745,9.0020751953125
RRDSP,λ=8,8192,0,71929,8.7803955078125
RRDSP,λ=8,8192,0,68689,8.3848876953125
RRDSP,λ=8,8192,0,82321,10.0489501953125
RRDSP,λ=8,8192,0,67001,8.1788330078125
RRDSP,λ=8,8192,0,65089,7.9454345703125
RRDSP,λ=8,8192,0,70737,8.6348876953125
RRDSP,λ=8,8192,0,71657,8.7471923828125
RRDSP,λ=8,8192,0,74577,9.1036376953125
RRDSP,λ=8,8192,0,70081,8.5548095703125
RRDSP,λ=8,8192,0,72161,8.8087158203125
RRDSP,λ=8,8192,0,67745,8.2696533203125
RRDSP,λ=8,8192,0,74281,9.0675048828125
RRDSP,λ=8,8192,0,71617,8.7423095703125
RRDSP,λ=8,8192,0,92489,11.2901611328125
RRDSP,λ=8,8192,0,76769,9.3712158203125
RRDSP,λ=8,8192,0,74105,9.0460205078125
RRDSP,λ=8,8192,0,78545,9.5880126953125
RRDSP,λ=8,8192,0,79201,9.6680908203125
RRDSP,λ=8,8192,0,71569,8.7364501953125
RRDSP,λ=8,8192,0,67497,8.2393798828125
RRDSP,λ=8,8192,0,72777,8.8839111328125
RRDSP,λ=8,8192,0,83625,10.2081298828125
RRDSP,λ=8,8192,0,72193,8.8126220703125
RRDSP,λ=8,8192,0,79937,9.7579345703125
RRDSP,λ=8,8192,0,68553,8.3682861328125
RRDSP,λ=8,8192,0,71241,8.6964111328125
RRDSP,λ=8,8192,0,70873,8.6514892578125
RRDSP,λ=8,8192,0,71641,8.7452392578125
RRDSP,λ=8,8192,0,66337,8.0977783203125
RRDSP,λ=8,8192,0,67777,8.2735595703125
RRDSP,λ=8,8192,0,97753,11.9327392578125
RRDSP,λ=8,8192,0,81497,9.9483642578125
RRDSP,λ=8,8192,0,71353,8.7100830078125
RRDSP,λ=8,8192,0,79777,9.7384033203125
RRDSP,λ=8,8192,0,74569,9.1026611328125
RRDSP,λ=8,8192,0,82897,10.1192626953125
RRDSP,λ=8,8192,0,68873,8.4073486328125
RRDSP,λ=8,8192,0,80425,9.8175048828125
RRDSP,λ=8,8192,0,89425,10.9161376953125
RRDSP,λ=8,8192,0,73569,8.9805908203125
RRDSP,λ=8,8192,0,76833,9.3790283203125
RRDSP,λ=8,8192,0,77017,9.4014892578125
RRDSP,λ=8,8192,0,75305,9.1925048828125
RRDSP,λ=8,8192,0,78817,9.6212158203125
RRDSP,λ=8,8192,0,79569,9.7130126953125
RRDSP,λ=8,8192,0,70721,8.6329345703125
RRDSP,λ=8,8192,0,74233,9.0616455078125
RRDSP,λ=8,8192,0,72881,8.8966064453125
RRDSP,λ=8,8192,0,79033,9.6475830078125
RRDSP,λ=8,8192,0,78601,9.5948486328125
RRDSP,λ=8,8192,0,100625,12.2833251953125
RRDSP,λ=8,8192,0,61521,7.5098876953125
RRDSP,λ=8,8192,0,80369,9.8106689453125
RRDSP,λ=8,8192,0,67393,8.2266845703125
RRDSP,λ=8,8192,0,70137,8.5616455078125
RRDSP,λ=8,8192,0,75033,9.1593017578125
RRDSP,λ=8,8192,0,70633,8.6221923828125
RRDSP,λ=8,8192,0,103753,12.6651611328125
RRDSP,λ=8,8192,0,71545,8.7335205078125
RRDSP,λ=8,8192,0,69049,8.4288330078125
RRDSP,λ=8,8192,0,66769,8.1505126953125
RRDSP,λ=8,8192,0,77737,9.4893798828125
RRDSP,λ=8,8192,0,73849,9.0147705078125
RRDSP,λ=8,8192,0,71601,8.7403564453125
RRDSP,λ=8,8192,0,70585,8.6163330078125
RRDSP,λ=8,8192,0,79249,9.6739501953125
RRDSP,λ=8,8192,0,79849,9.7471923828125
RRDSP,λ=8,8192,0,69577,8.4932861328125
RRDSP,λ=8,8192,0,71217,8.6934814453125
RRDSP,λ=8,8192,0,69513,8.4854736328125
RRDSP,λ=8,8192,0,68857,8.4053955078125
RHDSP,λ=8,8192,0,67265,8.2110595703125
RHDSP,λ=8,8192,0,72817,8.8887939453125
RHDSP,λ=8,8192,0,81857,9.9923095703125
RHDSP,λ=8,8192,0,70281,8.5792236328125
RHDSP,λ=8,8192,0,69713,8.5098876953125
RHDSP,λ=8,8192,0,66401,8.1055908203125
RHDSP,λ=8,8192,0,72961,8.9063720703125
RHDSP,λ=8,8192,0,63977,7.8096923828125
RHDSP,λ=8,8192,0,80569,9.8350830078125
RHDSP,λ=8,8192,0,68617,8.3760986328125
RHDSP,λ=8,8192,0,60481,7.3829345703125
RHDSP,λ=8,8192,0,74545,9.0997314453125
RHDSP,λ=8,8192,0,67041,8.1837158203125
RHDSP,λ=8,8192,0,66793,8.1534423828125
RHDSP,λ=8,8192,0,63665,7.7716064453125
RHDSP,λ=8,8192,0,65113,7.9483642578125
RHDSP,λ=8,8192,0,70737,8.6348876953125
RHDSP,λ=8,8192,0,62593,7.6407470703125
RHDSP,λ=8,8192,0,80753,9.8575439453125
RHDSP,λ=8,8192,0,61729,7.5352783203125
RHDSP,λ=8,8192,0,62569,7.6378173828125
RHDSP,λ=8,8192,0,69193,8.4464111328125
RHDSP,λ=8,8192,0,70489,8.6046142578125
RHDSP,λ=8,8192,0,73545,8.9776611328125
RHDSP,λ=8,8192,0,64769,7.9063720703125
RHDSP,λ=8,8192,0,68385,8.3477783203125
RHDSP,λ=8,8192,0,65969,8.0528564453125
RHDSP,λ=8,8192,0,67609,8.2530517578125
RHDSP,λ=8,8192,0,73249,8.9415283203125
RHDSP,λ=8,8192,0,66033,8.0606689453125
RHDSP,λ=8,8192,0,72233,8.8175048828125
RHDSP,λ=8,8192,0,66233,8.0850830078125
RHDSP,λ=8,8192,0,66385,8.1036376953125
RHDSP,λ=8,8192,0,63225,7.7178955078125
RHDSP,λ=8,8192,0,69585,8.4942626953125
RHDSP,λ=8,8192,0,67153,8.1973876953125
RHDSP,λ=8,8192,0,66161,8.0762939453125
RHDSP,λ=8,8192,0,71969,8.7852783203125
RHDSP,λ=8,8192,0,77073,9.4083251953125
RHDSP,λ=8,8192,0,62457,7.6241455078125
RHDSP,λ=8,8192,0,65225,7.9620361328125
RHDSP,λ=8,8192,0,62425,7.6202392578125
RHDSP,λ=8,8192,0,67817,8.2784423828125
RHDSP,λ=8,8192,0,65377,7.9805908203125
RHDSP,λ=8,8192,0,68745,8.3917236328125
RHDSP,λ=8,8192,0,73913,9.0225830078125
RHDSP,λ=8,8192,0,71345,8.7091064453125
RHDSP,λ=8,8192,0,72721,8.8770751953125
RHDSP,λ=8,8192,0,85433,10.4288330078125
RHDSP,λ=8,8192,0,74569,9.1026611328125
RHDSP,λ=8,8192,0,70129,8.5606689453125
RHDSP,λ=8,8192,0,69033,8.4268798828125
RHDSP,λ=8,8192,0,71377,8.7130126953125
RHDSP,λ=8,8192,0,71113,8.6807861328125
RHDSP,λ=8,8192,0,80889,9.8741455078125
RHDSP,λ=8,8192,0,62537,7.6339111328125
RHDSP,λ=8,8192,0,77353,9.4425048828125
RHDSP,λ=8,8192,0,65793,8.0313720703125
RHDSP,λ=8,8192,0,67993,8.2999267578125
RHDSP,λ=8,8192,0,75577,9.2257080078125
RHDSP,λ=8,8192,0,77241,9.4288330078125
RHDSP,λ=8,8192,0,63505,7.7520751953125
RHDSP,λ=8,8192,0,71513,8.7296142578125
RHDSP,λ=8,8192,0,73505,8.9727783203125
RHDSP,λ=8,8192,0,68961,8.4180908203125
RHDSP,λ=8,8192,0,68953,8.4171142578125
RHDSP,λ=8,8192,0,63753,7.7823486328125
RHDSP,λ=8,8192,0,85681,10.4591064453125
RHDSP,λ=8,8192,0,76913,9.3887939453125
RHDSP,λ=8,8192,0,71505,8.7286376953125
RHDSP,λ=8,8192,0,70521,8.6085205078125
RHDSP,λ=8,8192,0,75809,9.2540283203125
RHDSP,λ=8,8192,0,66265,8.0889892578125
RHDSP,λ=8,8192,0,66137,8.0733642578125
RHDSP,λ=8,8192,0,77921,9.5118408203125
RHDSP,λ=8,8192,0,68073,8.3096923828125
RHDSP,λ=8,8192,0,71209,8.6925048828125
RHDSP,λ=8,8192,0,65057,7.9415283203125
RHDSP,λ=8,8192,0,67033,8.1827392578125
RHDSP,λ=8,8192,0,64409,7.8624267578125
RHDSP,λ=8,8192,0,69361,8.4669189453125
RHDSP,λ=8,8192,0,81481,9.9464111328125
RHDSP,λ=8,8192,0,67857,8.2833251953125
RHDSP,λ=8,8192,0,76649,9.3565673828125
RHDSP,λ=8,8192,0,66521,8.1202392578125
RHDSP,λ=8,8192,0,68297,8.3370361328125
RHDSP,λ=8,8192,0,71905,8.7774658203125
RHDSP,λ=8,8192,0,68825,8.4014892578125
RHDSP,λ=8,8192,0,69393,8.4708251953125
RHDSP,λ=8,8192,0,66649,8.1358642578125
RHDSP,λ=8,8192,0,77905,9.5098876953125
RHDSP,λ=8,8192,0,65137,7.9512939453125
RHDSP,λ=8,8192,0,68009,8.3018798828125
RHDSP,λ=8,8192,0,78969,9.6397705078125
RHDSP,λ=8,8192,0,67433,8.2315673828125
RHDSP,λ=8,8192,0,70145,8.5626220703125
RHDSP,λ=8,8192,0,75145,9.1729736328125
RHDSP,λ=8,8192,0,77169,9.4200439453125
RHLSP,λ=8,8192,0,70265,8.5772705078125
RHLSP,λ=8,8192,0,70601,8.6182861328125
RHLSP,λ=8,8192,0,63393,7.7384033203125
RHLSP,λ=8,8192,0,69329,8.4630126953125
RHLSP,λ=8,8192,0,67137,8.1954345703125
RHLSP,λ=8,8192,0,75369,9.2003173828125
RHLSP,λ=8,8192,0,73593,8.9835205078125
RHLSP,λ=8,8192,0,63993,7.8116455078125
RHLSP,λ=8,8192,0,69721,8.5108642578125
RHLSP,λ=8,8192,0,65553,8.0020751953125
RHLSP,λ=8,8192,0,66361,8.1007080078125
RHLSP,λ=8,8192,0,64545,7.8790283203125
RHLSP,λ=8,8192,0,64473,7.8702392578125
RHLSP,λ=8,8192,0,64385,7.8594970703125
RHLSP,λ=8,8192,0,78593,9.5938720703125
RHLSP,λ=8,8192,0,73681,8.9942626953125
RHLSP,λ=8,8192,0,69289,8.4581298828125
RHLSP,λ=8,8192,0,70681,8.6280517578125
RHLSP,λ=8,8192,0,73761,9.0040283203125
RHLSP,λ=8,8192,0,67673,8.2608642578125
RHLSP,λ=8,8192,0,72265,8.8214111328125
RHLSP,λ=8,8192,0,71305,8.7042236328125
RHLSP,λ=8,8192,0,68033,8.3048095703125
RHLSP,λ=8,8192,0,68561,8.3692626953125
RHLSP,λ=8,8192,0,65921,8.0469970703125
RHLSP,λ=8,8192,0,75297,9.1915283203125
RHLSP,λ=8,8192,0,69193,8.4464111328125
RHLSP,λ=8,8192,0,66945,8.1719970703125
RHLSP,λ=8,8192,0,72425,8.8409423828125
RHLSP,λ=8,8192,0,67561,8.2471923828125
RHLSP,λ=8,8192,0,77529,9.4639892578125
RHLSP,λ=8,8192,0,71985,8.7872314453125
RHLSP,λ=8,8192,0,66009,8.0577392578125
RHLSP,λ=8,8192,0,67953,8.2950439453125
RHLSP,λ=8,8192,0,80089,9.7764892578125
RHLSP,λ=8,8192,0,80857,9.8702392578125
RHLSP,λ=8,8192,0,73929,9.0245361328125
RHLSP,λ=8,8192,0,70689,8.6290283203125
RHLSP,λ=8,8192,0,64297,7.8487548828125
RHLSP,λ=8,8192,0,76481,9.3360595703125
RHLSP,λ=8,8192,0,81145,9.9053955078125
RHLSP,λ=8,8192,0,70153,8.5635986328125
RHLSP,λ=8,8192,0,84001,10.2540283203125
RHLSP,λ=8,8192,0,72777,8.8839111328125
RHLSP,λ=8,8192,0,78121,9.5362548828125
RHLSP,λ=8,8192,0,71833,8.7686767578125
RHLSP,λ=8,8192,0,78145,9.5391845703125
RHLSP,λ=8,8192,0,98841,12.0655517578125
RHLSP,λ=8,8192,0,69353,8.4659423828125
RHLSP,λ=8,8192,0,81537,9.9532470703125
RHLSP,λ=8,8192,0,78649,9.6007080078125
RHLSP,λ=8,8192,0,65497,7.9952392578125
RHLSP,λ=8,8192,0,69673,8.5050048828125
RHLSP,λ=8,8192,0,67657,8.2589111328125
RHLSP,λ=8,8192,0,67289,8.2139892578125
RHLSP,λ=8,8192,0,60465,7.3809814453125
RHLSP,λ=8,8192,0,74345,9.0753173828125
RHLSP,λ=8,8192,0,68609,8.3751220703125
RHLSP,λ=8,8192,0,66049,8.0626220703125
RHLSP,λ=8,8192,0,70545,8.6114501953125
RHLSP,λ=8,8192,0,72601,8.8624267578125
RHLSP,λ=8,8192,0,63889,7.7989501953125
RHLSP,λ=8,8192,0,64025,7.8155517578125
RHLSP,λ=8,8192,0,60705,7.4102783203125
RHLSP,λ=8,8192,0,79353,9.6866455078125
RHLSP,λ=8,8192,0,73113,8.9249267578125
RHLSP,λ=8,8192,0,65081,7.9444580078125
RHLSP,λ=8,8192,0,76617,9.3526611328125
RHLSP,λ=8,8192,0,65617,8.0098876953125
RHLSP,λ=8,8192,0,82345,10.0518798828125
RHLSP,λ=8,8192,0,68585,8.3721923828125
RHLSP,λ=8,8192,0,66689,8.1407470703125
RHLSP,λ=8,8192,0,68913,8.4122314453125
RHLSP,λ=8,8192,0,65209,7.9600830078125
RHLSP,λ=8,8192,0,62385,7.6153564453125
RHLSP,λ=8,8192,0,70929,8.6583251953125
RHLSP,λ=8,8192,0,65745,8.0255126953125
RHLSP,λ=8,8192,0,62961,7.6856689453125
RHLSP,λ=8,8192,0,68769,8.3946533203125
RHLSP,λ=8,8192,0,75873,9.2618408203125
RHLSP,λ=8,8192,0,63641,7.7686767578125
RHLSP,λ=8,8192,0,67241,8.2081298828125
RHLSP,λ=8,8192,0,69481,8.4815673828125
RHLSP,λ=8,8192,0,66705,8.1427001953125
RHLSP,λ=8,8192,0,65057,7.9415283203125
RHLSP,λ=8,8192,0,73105,8.9239501953125
RHLSP,λ=8,8192,0,67937,8.2930908203125
RHLSP,λ=8,8192,0,78689,9.6055908203125
RHLSP,λ=8,8192,0,61217,7.4727783203125
RHLSP,λ=8,8192,0,74537,9.0987548828125
RHLSP,λ=8,8192,0,70585,8.6163330078125
RHLSP,λ=8,8192,0,64369,7.8575439453125
RHLSP,λ=8,8192,0,63937,7.8048095703125
RHLSP,λ=8,8192,0,79297,9.6798095703125
RHLSP,λ=8,8192,0,71777,8.7618408203125
RHLSP,λ=8,8192,0,81441,9.9415283203125
RHLSP,λ=8,8192,0,71177,8.6885986328125
RRLSP,λ=8,8192,0,77145,9.4171142578125
RRLSP,λ=8,8192,0,85241,10.4053955078125
RRLSP,λ=8,8192,0,79201,9.6680908203125
RRLSP,λ=8,8192,0,68177,8.3223876953125
RRLSP,λ=8,8192,0,70809,8.6436767578125
RRLSP,λ=8,8192,0,69857,8.5274658203125
RRLSP,λ=8,8192,0,82849,10.1134033203125
RRLSP,λ=8,8192,0,68761,8.3936767578125
RRLSP,λ=8,8192,0,68449,8.3555908203125
RRLSP,λ=8,8192,0,81209,9.9132080078125
RRLSP,λ=8,8192,0,71945,8.7823486328125
RRLSP,λ=8,8192,0,74929,9.1466064453125
RRLSP,λ=8,8192,0,82681,10.0928955078125
RRLSP,λ=8,8192,0,69129,8.4385986328125
RRLSP,λ=8,8192,0,74673,9.1153564453125
RRLSP,λ=8,8192,0,67913,8.2901611328125
RRLSP,λ=8,8192,0,73945,9.0264892578125
RRLSP,λ=8,8192,0,78593,9.5938720703125
RRLSP,λ=8,8192,0,73681,8.9942626953125
RRLSP,λ=8,8192,0,70953,8.6612548828125
RRLSP,λ=8,8192,0,78561,9.5899658203125
RRLSP,λ=8,8192,0,66721,8.1446533203125
RRLSP,λ=8,8192,0,74649,9.1124267578125
RRLSP,λ=8,8192,0,75929,9.2686767578125
RRLSP,λ=8,8192,0,62689,7.6524658203125
RRLSP,λ=8,8192,0,67049,8.1846923828125
RRLSP,λ=8,8192,0,65897,8.0440673828125
RRLSP,λ=8,8192,0,68137,8.3175048828125
RRLSP,λ=8,8192,0,78065,9.5294189453125
RRLSP,λ=8,8192,0,79265,9.6759033203125
RRLSP,λ=8,8192,0,69649,8.5020751953125
RRLSP,λ=8,8192,0,71017,8.6690673828125
RRLSP,λ=8,8192,0,68097,8.3126220703125
RRLSP,λ=8,8192,0,65825,8.0352783203125
RRLSP,λ=8,8192,0,82353,10.0528564453125
RRLSP,λ=8,8192,0,68369,8.3458251953125
RRLSP,λ=8,8192,0,74153,9.0518798828125
RRLSP,λ=8,8192,0,82689,10.0938720703125
RRLSP,λ=8,8192,0,74401,9.0821533203125
RRLSP,λ=8,8192,0,69825,8.5235595703125
RRLSP,λ=8,8192,0,78041,9.5264892578125
RRLSP,λ=8,8192,0,68553,8.3682861328125
RRLSP,λ=8,8192,0,97129,11.8565673828125
RRLSP,λ=8,8192,0,76321,9.3165283203125
RRLSP,λ=8,8192,0,86353,10.5411376953125
RRLSP,λ=8,8192,0,71185,8.6895751953125
RRLSP,λ=8,8192,0,71481,8.7257080078125
RRLSP,λ=8,8192,0,85457,10.4317626953125
RRLSP,λ=8,8192,0,80433,9.8184814453125
RRLSP,λ=8,8192,0,80417,9.8165283203125
RRLSP,λ=8,8192,0,69281,8.4571533203125
RRLSP,λ=8,8192,0,80249,9.7960205078125
RRLSP,λ=8,8192,0,74809,9.1319580078125
RRLSP,λ=8,8192,0,73281,8.9454345703125
RRLSP,λ=8,8192,0,79713,9.7305908203125
RRLSP,λ=8,8192,0,75305,9.1925048828125
RRLSP,λ=8,8192,0,67281,8.2130126953125
RRLSP,λ=8,8192,0,67993,8.2999267578125
RRLSP,λ=8,8192,0,72673,8.8712158203125
RRLSP,λ=8,8192,0,67569,8.2481689453125
RRLSP,λ=8,8192,0,74073,9.0421142578125
RRLSP,λ=8,8192,0,76857,9.3819580078125
RRLSP,λ=8,8192,0,69305,8.4600830078125
RRLSP,λ=8,8192,0,73889,9.0196533203125
RRLSP,λ=8,8192,0,68953,8.4171142578125
RRLSP,λ=8,8192,0,75065,9.1632080078125
RRLSP,λ=8,8192,0,69609,8.4971923828125
RRLSP,λ=8,8192,0,75273,9.1885986328125
RRLSP,λ=8,8192,0,72873,8.8956298828125
RRLSP,λ=8,8192,0,70665,8.6260986328125
RRLSP,λ=8,8192,0,84057,10.2608642578125
RRLSP,λ=8,8192,0,75961,9.2725830078125
RRLSP,λ=8,8192,0,73241,8.9405517578125
RRLSP,λ=8,8192,0,72185,8.8116455078125
RRLSP,λ=8,8192,0,75777,9.2501220703125
RRLSP,λ=8,8192,0,78385,9.5684814453125
RRLSP,λ=8,8192,0,73497,8.9718017578125
RRLSP,λ=8,8192,0,85721,10.4639892578125
RRLSP,λ=8,8192,0,92569,11.2999267578125
RRLSP,λ=8,8192,0,68161,8.3204345703125
RRLSP,λ=8,8192,0,68297,8.3370361328125
RRLSP,λ=8,8192,0,83705,10.2178955078125
RRLSP,λ=8,8192,0,73145,8.9288330078125
RRLSP,λ=8,8192,0,74289,9.0684814453125
RRLSP,λ=8,8192,0,77793,9.4962158203125
RRLSP,λ=8,8192,0,69225,8.4503173828125
RRLSP,λ=8,8192,0,74537,9.0987548828125
RRLSP,λ=8,8192,0,65401,7.9835205078125
RRLSP,λ=8,8192,0,81353,9.9307861328125
RRLSP,λ=8,8192,0,84129,10.2696533203125
RRLSP,λ=8,8192,0,70481,8.6036376953125
RRLSP,λ=8,8192,0,68409,8.3507080078125
RRLSP,λ=8,8192,0,69657,8.5030517578125
RRLSP,λ=8,8192,0,82465,10.0665283203125
RRLSP,λ=8,8192,0,79865,9.7491455078125
RRLSP,λ=8,8192,0,69745,8.5137939453125
RRLSP,λ=8,8192,0,71049,8.6729736328125
RRLSP,λ=8,8192,0,67473,8.2364501953125
RRLSP,λ=8,8192,0,79057,9.6505126953125
RSLSP,λ=8,8192,0,111281,13.5841064453125
RSLSP,λ=8,8192,0,88521,10.8057861328125
RSLSP,λ=8,8192,0,86969,10.6163330078125
RSLSP,λ=8,8192,0,86081,10.5079345703125
RSLSP,λ=8,8192,0,97593,11.9132080078125
RSLSP,λ=8,8192,0,101305,12.3663330078125
RSLSP,λ=8,8192,0,95993,11.7178955078125
RSLSP,λ=8,8192,0,113385,13.8409423828125
RSLSP,λ=8,8192,0,87729,10.7091064453125
RSLSP,λ=8,8192,0,83009,10.1329345703125
RSLSP,λ=8,8192,0,100737,12.2969970703125
RSLSP,λ=8,8192,0,99105,12.0977783203125
RSLSP,λ=8,8192,0,102241,12.4805908203125
RSLSP,λ=8,8192,0,96937,11.8331298828125
RSLSP,λ=8,8192,0,86121,10.5128173828125
RSLSP,λ=8,8192,0,97153,11.8594970703125
RSLSP,λ=8,8192,0,111161,13.5694580078125
RSLSP,λ=8,8192,0,101465,12.3858642578125
RSLSP,λ=8,8192,0,106937,13.0538330078125
RSLSP,λ=8,8192,0,93729,11.4415283203125
RSLSP,λ=8,8192,0,104897,12.8048095703125
RSLSP,λ=8,8192,0,101993,12.4503173828125
RSLSP,λ=8,8192,0,96977,11.8380126953125
RSLSP,λ=8,8192,0,111441,13.6036376953125
RSLSP,λ=8,8192,0,85921,10.4884033203125
RSLSP,λ=8,8192,0,98097,11.9747314453125
RSLSP,λ=8,8192,0,99673,12.1671142578125
RSLSP,λ=8,8192,0,88433,10.7950439453125
RSLSP,λ=8,8192,0,96825,11.8194580078125
RSLSP,λ=8,8192,0,92937,11.3448486328125
RSLSP,λ=8,8192,0,96721,11.8067626953125
RSLSP,λ=8,8192,0,96689,11.8028564453125
RSLSP,λ=8,8192,0,120921,14.7608642578125
RSLSP,λ=8,8192,0,128993,15.7462158203125
RSLSP,λ=8,8192,0,95137,11.6134033203125
RSLSP,λ=8,8192,0,85481,10.4346923828125
RSLSP,λ=8,8192,0,100601,12.2803955078125
RSLSP,λ=8,8192,0,85337,10.4171142578125
RSLSP,λ=8,8192,0,110793,13.5245361328125
RSLSP,λ=8,8192,0,83553,10.1993408203125
RSLSP,λ=8,8192,0,101001,12.3292236328125
RSLSP,λ=8,8192,0,94601,11.5479736328125
RSLSP,λ=8,8192,0,91753,11.2003173828125
RSLSP,λ=8,8192,0,94057,11.4815673828125
RSLSP,λ=8,8192,0,90337,11.0274658203125
RSLSP,λ=8,8192,0,88897,10.8516845703125
RSLSP,λ=8,8192,0,85041,10.3809814453125
RSLSP,λ=8,8192,0,119201,14.5509033203125
RSLSP,λ=8,8192,0,91785,11.2042236328125
RSLSP,λ=8,8192,0,91577,11.1788330078125
RSLSP,λ=8,8192,0,104721,12.7833251953125
RSLSP,λ=8,8192,0,89873,10.9708251953125
RSLSP,λ=8,8192,0,93649,11.4317626953125
RSLSP,λ=8,8192,0,94953,11.5909423828125
RSLSP,λ=8,8192,0,95241,11.6260986328125
RSLSP,λ=8,8192,0,108697,13.2686767578125
RSLSP,λ=8,8192,0,94881,11.5821533203125
RSLSP,λ=8,8192,0,105185,12.8399658203125
RSLSP,λ=8,8192,0,112417,13.7227783203125
RSLSP,λ=8,8192,0,100617,12.2823486328125
RSLSP,λ=8,8192,0,84777,10.3487548828125
RSLSP,λ=8,8192,0,110617,13.5030517578125
RSLSP,λ=8,8192,0,112561,13.7403564453125
RSLSP,λ=8,8192,0,81817,9.9874267578125
RSLSP,λ=8,8192,0,95681,11.6798095703125
RSLSP,λ=8,8192,0,89577,10.9346923828125
RSLSP,λ=8,8192,0,85833,10.4776611328125
RSLSP,λ=8,8192,0,100329,12.2471923828125
RSLSP,λ=8,8192,0,97137,11.8575439453125
RSLSP,λ=8,8192,0,97601,11.9141845703125
RSLSP,λ=8,8192,0,90281,11.0206298828125
RSLSP,λ=8,8192,0,85889,10.4844970703125
RSLSP,λ=8,8192,0,91977,11.2276611328125
RSLSP,λ=8,8192,0,86129,10.5137939453125
RSLSP,λ=8,8192,0,93529,11.4171142578125
RSLSP,λ=8,8192,0,97945,11.9561767578125
RSLSP,λ=8,8192,0,92585,11.3018798828125
RSLSP,λ=8,8192,0,102457,12.5069580078125
RSLSP,λ=8,8192,0,101769,12.4229736328125
RSLSP,λ=8,8192,0,89633,10.9415283203125
RSLSP,λ=8,8192,0,101433,12.3819580078125
RSLSP,λ=8,8192,0,102377,12.4971923828125
RSLSP,λ=8,8192,0,108369,13.2286376953125
RSLSP,λ=8,8192,0,114745,14.0069580078125
RSLSP,λ=8,8192,0,94337,11.5157470703125
RSLSP,λ=8,8192,0,94001,11.4747314453125
RSLSP,λ=8,8192,0,87865,10.7257080078125
RSLSP,λ=8,8192,0,99081,12.0948486328125
RSLSP,λ=8,8192,0,100809,12.3057861328125
RSLSP,λ=8,8192,0,112433,13.7247314453125
RSLSP,λ=8,8192,0,107473,13.1192626953125
RSLSP,λ=8,8192,0,101105,12.3419189453125
RSLSP,λ=8,8192,0,98921,12.0753173828125
RSLSP,λ=8,8192,0,87929,10.7335205078125
RSLSP,λ=8,8192,0,96089,11.7296142578125
RSLSP,λ=8,8192,0,104425,12.7471923828125
RSLSP,λ=8,8192,0,104377,12.7413330078125
RSLSP,λ=8,8192,0,101937,12.4434814453125
RSLSP,λ=8,8192,0,85825,10.4766845703125
RSDMP,λ=8,8192,0,104113,12.7091064453125
RSDMP,λ=8,8192,0,93249,11.3829345703125
RSDMP,λ=8,8192,0,109945,13.4210205078125
RSDMP,λ=8,8192,0,99729,12.1739501953125
RSDMP,λ=8,8192,0,123785,15.1104736328125
RSDMP,λ=8,8192,0,102873,12.5577392578125
RSDMP,λ=8,8192,0,109785,13.4014892578125
RSDMP,λ=8,8192,0,96257,11.7501220703125
RSDMP,λ=8,8192,0,83393,10.1798095703125
RSDMP,λ=8,8192,0,105833,12.9190673828125
RSDMP,λ=8,8192,0,88945,10.8575439453125
RSDMP,λ=8,8192,0,119281,14.5606689453125
RSDMP,λ=8,8192,0,91393,11.1563720703125
RSDMP,λ=8,8192,0,88601,10.8155517578125
RSDMP,λ=8,8192,0,99969,12.2032470703125
RSDMP,λ=8,8192,0,93337,11.3936767578125
RSDMP,λ=8,8192,0,98897,12.0723876953125
RSDMP,λ=8,8192,0,90521,11.0499267578125
RSDMP,λ=8,8192,0,96057,11.7257080078125
RSDMP,λ=8,8192,0,91273,11.1417236328125
RSDMP,λ=8,8192,0,89689,10.9483642578125
RSDMP,λ=8,8192,0,89441,10.9180908203125
RSDMP,λ=8,8192,0,99673,12.1671142578125
RSDMP,λ=8,8192,0,92841,11.3331298828125
RSDMP,λ=8,8192,0,98569,12.0323486328125
RSDMP,λ=8,8192,0,96385,11.7657470703125
RSDMP,λ=8,8192,0,92521,11.2940673828125
RSDMP,λ=8,8192,0,94665,11.5557861328125
RSDMP,λ=8,8192,0,113369,13.8389892578125
RSDMP,λ=8,8192,0,108729,13.2725830078125
RSDMP,λ=8,8192,0,105417,12.8682861328125
RSDMP,λ=8,8192,0,95273,11.6300048828125
RSDMP,λ=8,8192,0,93049,11.3585205078125
RSDMP,λ=8,8192,0,92969,11.3487548828125
RSDMP,λ=8,8192,0,92649,11.3096923828125
RSDMP,λ=8,8192,0,101953,12.4454345703125
RSDMP,λ=8,8192,0,95457,11.6524658203125
RSDMP,λ=8,8192,0,101049,12.3350830078125
RSDMP,λ=8,8192,0,91161,11.1280517578125
RSDMP,λ=8,8192,0,102409,12.5010986328125
RSDMP,λ=8,8192,0,95137,11.6134033203125
RSDMP,λ=8,8192,0,96561,11.7872314453125
RSDMP,λ=8,8192,0,108489,13.2432861328125
RSDMP,λ=8,8192,0,105217,12.8438720703125
RSDMP,λ=8,8192,0,97281,11.8751220703125
RSDMP,λ=8,8192,0,120801,14.7462158203125
RSDMP,λ=8,8192,0,103561,12.6417236328125
RSDMP,λ=8,8192,0,94073,11.4835205078125
RSDMP,λ=8,8192,0,101969,12.4473876953125
RSDMP,λ=8,8192,0,95857,11.7012939453125
RSDMP,λ=8,8192,0,107505,13.1231689453125
RSDMP,λ=8,8192,0,92801,11.3282470703125
RSDMP,λ=8,8192,0,103673,12.6553955078125
RSDMP,λ=8,8192,0,100169,12.2276611328125
RSDMP,λ=8,8192,0,112713,13.7589111328125
RSDMP,λ=8,8192,0,89385,10.9112548828125
RSDMP,λ=8,8192,0,115545,14.1046142578125
RSDMP,λ=8,8192,0,92433,11.2833251953125
RSDMP,λ=8,8192,0,103697,12.6583251953125
RSDMP,λ=8,8192,0,95201,11.6212158203125
RSDMP,λ=8,8192,0,90721,11.0743408203125
RSDMP,λ=8,8192,0,94817,11.5743408203125
RSDMP,λ=8,8192,0,87945,10.7354736328125
RSDMP,λ=8,8192,0,101249,12.3594970703125
RSDMP,λ=8,8192,0,99641,12.1632080078125
RSDMP,λ=8,8192,0,86993,10.6192626953125
RSDMP,λ=8,8192,0,101065,12.3370361328125
RSDMP,λ=8,8192,0,101617,12.4044189453125
RSDMP,λ=8,8192,0,91433,11.1612548828125
RSDMP,λ=8,8192,0,98457,12.0186767578125
RSDMP,λ=8,8192,0,101041,12.3341064453125
RSDMP,λ=8,8192,0,91153,11.1270751953125
RSDMP,λ=8,8192,0,95889,11.7052001953125
RSDMP,λ=8,8192,0,106577,13.0098876953125
RSDMP,λ=8,8192,0,82753,10.1016845703125
RSDMP,λ=8,8192,0,111129,13.5655517578125
RSDMP,λ=8,8192,0,98025,11.9659423828125
RSDMP,λ=8,8192,0,101497,12.3897705078125
RSDMP,λ=8,8192,0,89473,10.9219970703125
RSDMP,λ=8,8192,0,116465,14.2169189453125
RSDMP,λ=8,8192,0,103769,12.6671142578125
RSDMP,λ=8,8192,0,106873,13.0460205078125
RSDMP,λ=8,8192,0,100417,12.2579345703125
RSDMP,λ=8,8192,0,103009,12.5743408203125
RSDMP,λ=8,8192,0,87585,10.6915283203125
RSDMP,λ=8,8192,0,102513,12.5137939453125
RSDMP,λ=8,8192,0,101161,12.3487548828125
RSDMP,λ=8,8192,0,95953,11.7130126953125
RSDMP,λ=8,8192,0,100129,12.2227783203125
RSDMP,λ=8,8192,0,112089,13.6827392578125
RSDMP,λ=8,8192,0,88937,10.8565673828125
RSDMP,λ=8,8192,0,94473,11.5323486328125
RSDMP,λ=8,8192,0,96969,11.8370361328125
RSDMP,λ=8,8192,0,115513,14.1007080078125
RSDMP,λ=8,8192,0,87841,10.7227783203125
RSDMP,λ=8,8192,0,92169,11.2510986328125
RSDMP,λ=8,8192,0,92161,11.2501220703125
RRDMP,λ=8,8192,0,72401,8.8380126953125
RRDMP,λ=8,8192,0,71425,8.7188720703125
RRDMP,λ=8,8192,0,85449,10.4307861328125
RRDMP,λ=8,8192,0,74905,9.1436767578125
RRDMP,λ=8,8192,0,85225,10.4034423828125
RRDMP,λ=8,8192,0,83521,10.1954345703125
RRDMP,λ=8,8192,0,74673,9.1153564453125
RRDMP,λ=8,8192,0,83009,10.1329345703125
RRDMP,λ=8,8192,0,67649,8.2579345703125
RRDMP,λ=8,8192,0,75457,9.2110595703125
RRDMP,λ=8,8192,0,68993,8.4219970703125
RRDMP,λ=8,8192,0,75129,9.1710205078125
RRDMP,λ=8,8192,0,71593,8.7393798828125
RRDMP,λ=8,8192,0,70777,8.6397705078125
RRDMP,λ=8,8192,0,76721,9.3653564453125
RRDMP,λ=8,8192,0,79089,9.6544189453125
RRDMP,λ=8,8192,0,83393,10.1798095703125
RRDMP,λ=8,8192,0,77481,9.4581298828125
RRDMP,λ=8,8192,0,76809,9.3760986328125
RRDMP,λ=8,8192,0,83145,10.1495361328125
RRDMP,λ=8,8192,0,66489,8.1163330078125
RRDMP,λ=8,8192,0,72433,8.8419189453125
RRDMP,λ=8,8192,0,75889,9.2637939453125
RRDMP,λ=8,8192,0,74801,9.1309814453125
RRDMP,λ=8,8192,0,77961,9.5167236328125
RRDMP,λ=8,8192,0,78345,9.5635986328125
RRDMP,λ=8,8192,0,68249,8.3311767578125
RRDMP,λ=8,8192,0,69665,8.5040283203125
RRDMP,λ=8,8192,0,81257,9.9190673828125
RRDMP,λ=8,8192,0,74577,9.1036376953125
RRDMP,λ=8,8192,0,73545,8.9776611328125
RRDMP,λ=8,8192,0,88841,10.8448486328125
RRDMP,λ=8,8192,0,87185,10.6427001953125
RRDMP,λ=8,8192,0,69641,8.5010986328125
RRDMP,λ=8,8192,0,82073,10.0186767578125
RRDMP,λ=8,8192,0,78609,9.5958251953125
RRDMP,λ=8,8192,0,72913,8.9005126953125
RRDMP,λ=8,8192,0,76353,9.3204345703125
RRDMP,λ=8,8192,0,69953,8.5391845703125
RRDMP,λ=8,8192,0,83121,10.1466064453125
RRDMP,λ=8,8192,0,91145,11.1260986328125
RRDMP,λ=8,8192,0,78121,9.5362548828125
RRDMP,λ=8,8192,0,77001,9.3995361328125
RRDMP,λ=8,8192,0,84017,10.2559814453125
RRDMP,λ=8,8192,0,70593,8.6173095703125
RRDMP,λ=8,8192,0,72385,8.8360595703125
RRDMP,λ=8,8192,0,71345,8.7091064453125
RRDMP,λ=8,8192,0,74345,9.0753173828125
RRDMP,λ=8,8192,0,75193,9.1788330078125
RRDMP,λ=8,8192,0,75393,9.2032470703125
RRDMP,λ=8,8192,0,69945,8.5382080078125
RRDMP,λ=8,8192,0,68873,8.4073486328125
RRDMP,λ=8,8192,0,78921,9.6339111328125
RRDMP,λ=8,8192,0,86057,10.5050048828125
RRDMP,λ=8,8192,0,87353,10.6632080078125
RRDMP,λ=8,8192,0,83873,10.2384033203125
RRDMP,λ=8,8192,0,95505,11.6583251953125
RRDMP,λ=8,8192,0,78081,9.5313720703125
RRDMP,λ=8,8192,0,76233,9.3057861328125
RRDMP,λ=8,8192,0,80225,9.7930908203125
RRDMP,λ=8,8192,0,78849,9.6251220703125
RRDMP,λ=8,8192,0,73889,9.0196533203125
RRDMP,λ=8,8192,0,76249,9.3077392578125
RRDMP,λ=8,8192,0,75601,9.2286376953125
RRDMP,λ=8,8192,0,80505,9.8272705078125
RRDMP,λ=8,8192,0,70513,8.6075439453125
RRDMP,λ=8,8192,0,71137,8.6837158203125
RRDMP,λ=8,8192,0,79665,9.7247314453125
RRDMP,λ=8,8192,0,76673,9.3594970703125
RRDMP,λ=8,8192,0,74457,9.0889892578125
RRDMP,λ=8,8192,0,75625,9.2315673828125
RRDMP,λ=8,8192,0,86129,10.5137939453125
RRDMP,λ=8,8192,0,76801,9.3751220703125
RRDMP,λ=8,8192,0,73241,8.9405517578125
RRDMP,λ=8,8192,0,88105,10.7550048828125
RRDMP,λ=8,8192,0,68073,8.3096923828125
RRDMP,λ=8,8192,0,74137,9.0499267578125
RRDMP,λ=8,8192,0,68401,8.3497314453125
RRDMP,λ=8,8192,0,81361,9.9317626953125
RRDMP,λ=8,8192,0,75977,9.2745361328125
RRDMP,λ=8,8192,0,77009,9.4005126953125
RRDMP,λ=8,8192,0,74417,9.0841064453125
RRDMP,λ=8,8192,0,81745,9.9786376953125
RRDMP,λ=8,8192,0,71585,8.7384033203125
RRDMP,λ=8,8192,0,74025,9.0362548828125
RRDMP,λ=8,8192,0,77305,9.4366455078125
RRDMP,λ=8,8192,0,88849,10.8458251953125
RRDMP,λ=8,8192,0,76681,9.3604736328125
RRDMP,λ=8,8192,0,81649,9.9669189453125
RRDMP,λ=8,8192,0,72361,8.8331298828125
RRDMP,λ=8,8192,0,76569,9.3468017578125
RRDMP,λ=8,8192,0,82769,10.1036376953125
RRDMP,λ=8,8192,0,71825,8.7677001953125
RRDMP,λ=8,8192,0,73441,8.9649658203125
RRDMP,λ=8,8192,0,81929,10.0010986328125
RRDMP,λ=8,8192,0,75433,9.2081298828125
RRDMP,λ=8,8192,0,72809,8.8878173828125
RRDMP,λ=8,8192,0,77169,9.4200439453125
RHDMP,λ=8,8192,0,77233,9.4278564453125
RHDMP,λ=8,8192,0,72105,8.8018798828125
RHDMP,λ=8,8192,0,67153,8.1973876953125
RHDMP,λ=8,8192,0,74617,9.1085205078125
RHDMP,λ=8,8192,0,71337,8.7081298828125
RHDMP,λ=8,8192,0,69729,8.5118408203125
RHDMP,λ=8,8192,0,74009,9.0343017578125
RHDMP,λ=8,8192,0,70001,8.5450439453125
RHDMP,λ=8,8192,0,71225,8.6944580078125
RHDMP,λ=8,8192,0,79705,9.7296142578125
RHDMP,λ=8,8192,0,73937,9.0255126953125
RHDMP,λ=8,8192,0,69905,8.5333251953125
RHDMP,λ=8,8192,0,70553,8.6124267578125
RHDMP,λ=8,8192,0,70561,8.6134033203125
RHDMP,λ=8,8192,0,73449,8.9659423828125
RHDMP,λ=8,8192,0,71289,8.7022705078125
RHDMP,λ=8,8192,0,72481,8.8477783203125
RHDMP,λ=8,8192,0,72841,8.8917236328125
RHDMP,λ=8,8192,0,74545,9.0997314453125
RHDMP,λ=8,8192,0,73233,8.9395751953125
RHDMP,λ=8,8192,0,74145,9.0509033203125
RHDMP,λ=8,8192,0,70921,8.6573486328125
RHDMP,λ=8,8192,0,63777,7.7852783203125
RHDMP,λ=8,8192,0,79745,9.7344970703125
RHDMP,λ=8,8192,0,71697,8.7520751953125
RHDMP,λ=8,8192,0,66745,8.1475830078125
RHDMP,λ=8,8192,0,71657,8.7471923828125
RHDMP,λ=8,8192,0,79433,9.6964111328125
RHDMP,λ=8,8192,0,70905,8.6553955078125
RHDMP,λ=8,8192,0,63737,7.7803955078125
RHDMP,λ=8,8192,0,78169,9.5421142578125
RHDMP,λ=8,8192,0,70489,8.6046142578125
RHDMP,λ=8,8192,0,82153,10.0284423828125
RHDMP,λ=8,8192,0,64769,7.9063720703125
RHDMP,λ=8,8192,0,74489,9.0928955078125
RHDMP,λ=8,8192,0,79529,9.7081298828125
RHDMP,λ=8,8192,0,71617,8.7423095703125
RHDMP,λ=8,8192,0,70697,8.6300048828125
RHDMP,λ=8,8192,0,70297,8.5811767578125
RHDMP,λ=8,8192,0,84417,10.3048095703125
RHDMP,λ=8,8192,0,67609,8.2530517578125
RHDMP,λ=8,8192,0,78777,9.6163330078125
RHDMP,λ=8,8192,0,77705,9.4854736328125
RHDMP,λ=8,8192,0,65881,8.0421142578125
RHDMP,λ=8,8192,0,72729,8.8780517578125
RHDMP,λ=8,8192,0,70769,8.6387939453125
RHDMP,λ=8,8192,0,74337,9.0743408203125
RHDMP,λ=8,8192,0,66041,8.0616455078125
RHDMP,λ=8,8192,0,77081,9.4093017578125
RHDMP,λ=8,8192,0,78041,9.5264892578125
RHDMP,λ=8,8192,0,69161,8.4425048828125
RHDMP,λ=8,8192,0,77073,9.4083251953125
RHDMP,λ=8,8192,0,66409,8.1065673828125
RHDMP,λ=8,8192,0,72297,8.8253173828125
RHDMP,λ=8,8192,0,69081,8.4327392578125
RHDMP,λ=8,8192,0,70185,8.5675048828125
RHDMP,λ=8,8192,0,71241,8.6964111328125
RHDMP,λ=8,8192,0,79401,9.6925048828125
RHDMP,λ=8,8192,0,75089,9.1661376953125
RHDMP,λ=8,8192,0,68809,8.3995361328125
RHDMP,λ=8,8192,0,69473,8.4805908203125
RHDMP,λ=8,8192,0,74033,9.0372314453125
RHDMP,λ=8,8192,0,73777,9.0059814453125
RHDMP,λ=8,8192,0,70545,8.6114501953125
RHDMP,λ=8,8192,0,81609,9.9620361328125
RHDMP,λ=8,8192,0,73065,8.9190673828125
RHDMP,λ=8,8192,0,71769,8.7608642578125
RHDMP,λ=8,8192,0,72673,8.8712158203125
RHDMP,λ=8,8192,0,68937,8.4151611328125
RHDMP,λ=8,8192,0,77713,9.4864501953125
RHDMP,λ=8,8192,0,86345,10.5401611328125
RHDMP,λ=8,8192,0,91313,11.1466064453125
RHDMP,λ=8,8192,0,78073,9.5303955078125
RHDMP,λ=8,8192,0,77505,9.4610595703125
RHDMP,λ=8,8192,0,68065,8.3087158203125
RHDMP,λ=8,8192,0,73041,8.9161376953125
RHDMP,λ=8,8192,0,68049,8.3067626953125
RHDMP,λ=8,8192,0,65073,7.9434814453125
RHDMP,λ=8,8192,0,86225,10.5255126953125
RHDMP,λ=8,8192,0,70617,8.6202392578125
RHDMP,λ=8,8192,0,68001,8.3009033203125
RHDMP,λ=8,8192,0,76113,9.2911376953125
RHDMP,λ=8,8192,0,77225,9.4268798828125
RHDMP,λ=8,8192,0,70217,8.5714111328125
RHDMP,λ=8,8192,0,69273,8.4561767578125
RHDMP,λ=8,8192,0,81161,9.9073486328125
RHDMP,λ=8,8192,0,88625,10.8184814453125
RHDMP,λ=8,8192,0,83073,10.1407470703125
RHDMP,λ=8,8192,0,69049,8.4288330078125
RHDMP,λ=8,8192,0,70249,8.5753173828125
RHDMP,λ=8,8192,0,74537,9.0987548828125
RHDMP,λ=8,8192,0,90161,11.0059814453125
RHDMP,λ=8,8192,0,70585,8.6163330078125
RHDMP,λ=8,8192,0,76697,9.3624267578125
RHDMP,λ=8,8192,0,72281,8.8233642578125
RHDMP,λ=8,8192,0,77065,9.4073486328125
RHDMP,λ=8,8192,0,69457,8.4786376953125
RHDMP,λ=8,8192,0,76641,9.3555908203125
RHLMP,λ=8,8192,0,68441,8.3546142578125
RHLMP,λ=8,8192,0,75401,9.2042236328125
RHLMP,λ=8,8192,0,80441,9.8194580078125
RHLMP,λ=8,8192,0,72561,8.8575439453125
RHLMP,λ=8,8192,0,70457,8.6007080078125
RHLMP,λ=8,8192,0,69857,8.5274658203125
RHLMP,λ=8,8192,0,68697,8.3858642578125
RHLMP,λ=8,8192,0,74641,9.1114501953125
RHLMP,λ=8,8192,0,64545,7.8790283203125
RHLMP,λ=8,8192,0,69769,8.5167236328125
RHLMP,λ=8,8192,0,72489,8.8487548828125
RHLMP,λ=8,8192,0,72801,8.8868408203125
RHLMP,λ=8,8192,0,75649,9.2344970703125
RHLMP,λ=8,8192,0,74761,9.1260986328125
RHLMP,λ=8,8192,0,71857,8.7716064453125
RHLMP,λ=8,8192,0,81169,9.9083251953125
RHLMP,λ=8,8192,0,73713,8.9981689453125
RHLMP,λ=8,8192,0,80113,9.7794189453125
RHLMP,λ=8,8192,0,67553,8.2462158203125
RHLMP,λ=8,8192,0,65433,7.9874267578125
RHLMP,λ=8,8192,0,74321,9.0723876953125
RHLMP,λ=8,8192,0,77137,9.4161376953125
RHLMP,λ=8,8192,0,80969,9.8839111328125
RHLMP,λ=8,8192,0,69969,8.5411376953125
RHLMP,λ=8,8192,0,68321,8.3399658203125
RHLMP,λ=8,8192,0,74145,9.0509033203125
RHLMP,λ=8,8192,0,79097,9.6553955078125
RHLMP,λ=8,8192,0,74521,9.0968017578125
RHLMP,λ=8,8192,0,66025,8.0596923828125
RHLMP,λ=8,8192,0,71697,8.7520751953125
RHLMP,λ=8,8192,0,71017,8.6690673828125
RHLMP,λ=8,8192,0,68097,8.3126220703125
RHLMP,λ=8,8192,0,80777,9.8604736328125
RHLMP,λ=8,8192,0,82433,10.0626220703125
RHLMP,λ=8,8192,0,70273,8.5782470703125
RHLMP,λ=8,8192,0,73313,8.9493408203125
RHLMP,λ=8,8192,0,79201,9.6680908203125
RHLMP,λ=8,8192,0,69585,8.4942626953125
RHLMP,λ=8,8192,0,74089,9.0440673828125
RHLMP,λ=8,8192,0,78641,9.5997314453125
RHLMP,λ=8,8192,0,71041,8.6719970703125
RHLMP,λ=8,8192,0,72729,8.8780517578125
RHLMP,λ=8,8192,0,72689,8.8731689453125
RHLMP,λ=8,8192,0,69161,8.4425048828125
RHLMP,λ=8,8192,0,75249,9.1856689453125
RHLMP,λ=8,8192,0,74337,9.0743408203125
RHLMP,λ=8,8192,0,84017,10.2559814453125
RHLMP,λ=8,8192,0,76321,9.3165283203125
RHLMP,λ=8,8192,0,94809,11.5733642578125
RHLMP,λ=8,8192,0,73161,8.9307861328125
RHLMP,λ=8,8192,0,71481,8.7257080078125
RHLMP,λ=8,8192,0,76105,9.2901611328125
RHLMP,λ=8,8192,0,75281,9.1895751953125
RHLMP,λ=8,8192,0,73097,8.9229736328125
RHLMP,λ=8,8192,0,80137,9.7823486328125
RHLMP,λ=8,8192,0,74033,9.0372314453125
RHLMP,λ=8,8192,0,75081,9.1651611328125
RHLMP,λ=8,8192,0,77721,9.4874267578125
RHLMP,λ=8,8192,0,74001,9.0333251953125
RHLMP,λ=8,8192,0,73281,8.9454345703125
RHLMP,λ=8,8192,0,79105,9.6563720703125
RHLMP,λ=8,8192,0,74713,9.1202392578125
RHLMP,λ=8,8192,0,75305,9.1925048828125
RHLMP,λ=8,8192,0,75017,9.1573486328125
RHLMP,λ=8,8192,0,78081,9.5313720703125
RHLMP,λ=8,8192,0,72369,8.8341064453125
RHLMP,λ=8,8192,0,81785,9.9835205078125
RHLMP,λ=8,8192,0,82441,10.0635986328125
RHLMP,λ=8,8192,0,73033,8.9151611328125
RHLMP,λ=8,8192,0,67697,8.2637939453125
RHLMP,λ=8,8192,0,75329,9.1954345703125
RHLMP,λ=8,8192,0,86257,10.5294189453125
RHLMP,λ=8,8192,0,69609,8.4971923828125
RHLMP,λ=8,8192,0,70913,8.6563720703125
RHLMP,λ=8,8192,0,75489,9.2149658203125
RHLMP,λ=8,8192,0,74825,9.1339111328125
RHLMP,λ=8,8192,0,72033,8.7930908203125
RHLMP,λ=8,8192,0,69369,8.4678955078125
RHLMP,λ=8,8192,0,78313,9.5596923828125
RHLMP,λ=8,8192,0,74865,9.1387939453125
RHLMP,λ=8,8192,0,74417,9.0841064453125
RHLMP,λ=8,8192,0,73145,8.9288330078125
RHLMP,λ=8,8192,0,74481,9.0919189453125
RHLMP,λ=8,8192,0,77873,9.5059814453125
RHLMP,λ=8,8192,0,77761,9.4923095703125
RHLMP,λ=8,8192,0,70305,8.5821533203125
RHLMP,λ=8,8192,0,70345,8.5870361328125
RHLMP,λ=8,8192,0,69593,8.4952392578125
RHLMP,λ=8,8192,0,101817,12.4288330078125
RHLMP,λ=8,8192,0,76401,9.3262939453125
RHLMP,λ=8,8192,0,72889,8.8975830078125
RHLMP,λ=8,8192,0,70321,8.5841064453125
RHLMP,λ=8,8192,0,76497,9.3380126953125
RHLMP,λ=8,8192,0,75433,9.2081298828125
RHLMP,λ=8,8192,0,65329,7.9747314453125
RHLMP,λ=8,8192,0,83929,10.2452392578125
RHLMP,λ=8,8192,0,75593,9.2276611328125
RHLMP,λ=8,8192,0,71129,8.6827392578125
RRLMP,λ=8,8192,0,75321,9.1944580078125
RRLMP,λ=8,8192,0,90209,11.0118408203125
RRLMP,λ=8,8192,0,76273,9.3106689453125
RRLMP,λ=8,8192,0,72273,8.8223876953125
RRLMP,λ=8,8192,0,81857,9.9923095703125
RRLMP,λ=8,8192,0,67793,8.2755126953125
RRLMP,λ=8,8192,0,79961,9.7608642578125
RRLMP,λ=8,8192,0,70209,8.5704345703125
RRLMP,λ=8,8192,0,75129,9.1710205078125
RRLMP,λ=8,8192,0,82129,10.0255126953125
RRLMP,λ=8,8192,0,75457,9.2110595703125
RRLMP,λ=8,8192,0,72409,8.8389892578125
RRLMP,λ=8,8192,0,81681,9.9708251953125
RRLMP,λ=8,8192,0,70625,8.6212158203125
RRLMP,λ=8,8192,0,74593,9.1055908203125
RRLMP,λ=8,8192,0,70553,8.6124267578125
RRLMP,λ=8,8192,0,73409,8.9610595703125
RRLMP,λ=8,8192,0,70601,8.6182861328125
RRLMP,λ=8,8192,0,76809,9.3760986328125
RRLMP,λ=8,8192,0,80361,9.8096923828125
RRLMP,λ=8,8192,0,82313,10.0479736328125
RRLMP,λ=8,8192,0,86169,10.5186767578125
RRLMP,λ=8,8192,0,74529,9.0977783203125
RRLMP,λ=8,8192,0,81625,9.9639892578125
RRLMP,λ=8,8192,0,67873,8.2852783203125
RRLMP,λ=8,8192,0,73649,8.9903564453125
RRLMP,λ=8,8192,0,71017,8.6690673828125
RRLMP,λ=8,8192,0,83265,10.1641845703125
RRLMP,λ=8,8192,0,75241,9.1846923828125
RRLMP,λ=8,8192,0,71633,8.7442626953125
RRLMP,λ=8,8192,0,68225,8.3282470703125
RRLMP,λ=8,8192,0,89153,10.8829345703125
RRLMP,λ=8,8192,0,75617,9.2305908203125
RRLMP,λ=8,8192,0,80169,9.7862548828125
RRLMP,λ=8,8192,0,78785,9.6173095703125
RRLMP,λ=8,8192,0,73817,9.0108642578125
RRLMP,λ=8,8192,0,80473,9.8233642578125
RRLMP,λ=8,8192,0,78681,9.6046142578125
RRLMP,λ=8,8192,0,82905,10.1202392578125
RRLMP,λ=8,8192,0,76897,9.3868408203125
RRLMP,λ=8,8192,0,77265,9.4317626953125
RRLMP,λ=8,8192,0,72817,8.8887939453125
RRLMP,λ=8,8192,0,68025,8.3038330078125
RRLMP,λ=8,8192,0,80345,9.8077392578125
RRLMP,λ=8,8192,0,77937,9.5137939453125
RRLMP,λ=8,8192,0,79809,9.7423095703125
RRLMP,λ=8,8192,0,73049,8.9171142578125
RRLMP,λ=8,8192,0,74345,9.0753173828125
RRLMP,λ=8,8192,0,67689,8.2628173828125
RRLMP,λ=8,8192,0,73473,8.9688720703125
RRLMP,λ=8,8192,0,78809,9.6202392578125
RRLMP,λ=8,8192,0,76705,9.3634033203125
RRLMP,λ=8,8192,0,76473,9.3350830078125
RRLMP,λ=8,8192,0,78697,9.6065673828125
RRLMP,λ=8,8192,0,70233,8.5733642578125
RRLMP,λ=8,8192,0,81689,9.9718017578125
RRLMP,λ=8,8192,0,78033,9.5255126953125
RRLMP,λ=8,8192,0,80793,9.8624267578125
RRLMP,λ=8,8192,0,81769,9.9815673828125
RRLMP,λ=8,8192,0,73337,8.9522705078125
RRLMP,λ=8,8192,0,74697,9.1182861328125
RRLMP,λ=8,8192,0,81409,9.9376220703125
RRLMP,λ=8,8192,0,79121,9.6583251953125
RRLMP,λ=8,8192,0,84409,10.3038330078125
RRLMP,λ=8,8192,0,87753,10.7120361328125
RRLMP,λ=8,8192,0,84273,10.2872314453125
RRLMP,λ=8,8192,0,75217,9.1817626953125
RRLMP,λ=8,8192,0,76297,9.3135986328125
RRLMP,λ=8,8192,0,89777,10.9591064453125
RRLMP,λ=8,8192,0,78441,9.5753173828125
RRLMP,λ=8,8192,0,84697,10.3389892578125
RRLMP,λ=8,8192,0,72377,8.8350830078125
RRLMP,λ=8,8192,0,77809,9.4981689453125
RRLMP,λ=8,8192,0,104521,12.7589111328125
RRLMP,λ=8,8192,0,85297,10.4122314453125
RRLMP,λ=8,8192,0,86233,10.5264892578125
RRLMP,λ=8,8192,0,90425,11.0382080078125
RRLMP,λ=8,8192,0,76169,9.2979736328125
RRLMP,λ=8,8192,0,84969,10.3721923828125
RRLMP,λ=8,8192,0,81521,9.9512939453125
RRLMP,λ=8,8192,0,81777,9.9825439453125
RRLMP,λ=8,8192,0,75673,9.2374267578125
RRLMP,λ=8,8192,0,77617,9.4747314453125
RRLMP,λ=8,8192,0,68753,8.3927001953125
RRLMP,λ=8,8192,0,77609,9.4737548828125
RRLMP,λ=8,8192,0,84129,10.2696533203125
RRLMP,λ=8,8192,0,75009,9.1563720703125
RRLMP,λ=8,8192,0,79865,9.7491455078125
RRLMP,λ=8,8192,0,72289,8.8243408203125
RRLMP,λ=8,8192,0,82513,10.0723876953125
RRLMP,λ=8,8192,0,93753,11.4444580078125
RRLMP,λ=8,8192,0,79297,9.6798095703125
RRLMP,λ=8,8192,0,82817,10.1094970703125
RRLMP,λ=8,8192,0,81417,9.9385986328125
RSLMP,λ=8,8192,0,112401,13.7208251953125
RSLMP,λ=8,8192,0,112097,13.6837158203125
RSLMP,λ=8,8192,0,98513,12.0255126953125
RSLMP,λ=8,8192,0,86529,10.5626220703125
RSLMP,λ=8,8192,0,109681,13.3887939453125
RSLMP,λ=8,8192,0,91729,11.1973876953125
RSLMP,λ=8,8192,0,95169,11.6173095703125
RSLMP,λ=8,8192,0,94417,11.5255126953125
RSLMP,λ=8,8192,0,100849,12.3106689453125
RSLMP,λ=8,8192,0,90081,10.9962158203125
RSLMP,λ=8,8192,0,136401,16.6505126953125
RSLMP,λ=8,8192,0,102993,12.5723876953125
RSLMP,λ=8,8192,0,100305,12.2442626953125
RSLMP,λ=8,8192,0,99329,12.1251220703125
RSLMP,λ=8,8192,0,116545,14.2266845703125
RSLMP,λ=8,8192,0,107649,13.1407470703125
RSLMP,λ=8,8192,0,101457,12.3848876953125
RSLMP,λ=8,8192,0,101025,12.3321533203125
RSLMP,λ=8,8192,0,102001,12.4512939453125
RSLMP,λ=8,8192,0,89521,10.9278564453125
RSLMP,λ=8,8192,0,111777,13.6446533203125
RSLMP,λ=8,8192,0,93489,11.4122314453125
RSLMP,λ=8,8192,0,121265,14.8028564453125
RSLMP,λ=8,8192,0,100385,12.2540283203125
RSLMP,λ=8,8192,0,92785,11.3262939453125
RSLMP,λ=8,8192,0,108113,13.1973876953125
RSLMP,λ=8,8192,0,100513,12.2696533203125
RSLMP,λ=8,8192,0,104049,12.7012939453125
RSLMP,λ=8,8192,0,89201,10.8887939453125
RSLMP,λ=8,8192,0,95457,11.6524658203125
RSLMP,λ=8,8192,0,102289,12.4864501953125
RSLMP,λ=8,8192,0,111617,13.6251220703125
RSLMP,λ=8,8192,0,105137,12.8341064453125
RSLMP,λ=8,8192,0,95137,11.6134033203125
RSLMP,λ=8,8192,0,97985,11.9610595703125
RSLMP,λ=8,8192,0,102529,12.5157470703125
RSLMP,λ=8,8192,0,111633,13.6270751953125
RSLMP,λ=8,8192,0,105217,12.8438720703125
RSLMP,λ=8,8192,0,90849,11.0899658203125
RSLMP,λ=8,8192,0,105969,12.9356689453125
RSLMP,λ=8,8192,0,92753,11.3223876953125
RSLMP,λ=8,8192,0,102657,12.5313720703125
RSLMP,λ=8,8192,0,109393,13.3536376953125
RSLMP,λ=8,8192,0,92401,11.2794189453125
RSLMP,λ=8,8192,0,98689,12.0469970703125
RSLMP,λ=8,8192,0,110721,13.5157470703125
RSLMP,λ=8,8192,0,106177,12.9610595703125
RSLMP,λ=8,8192,0,100033,12.2110595703125
RSLMP,λ=8,8192,0,108177,13.2052001953125
RSLMP,λ=8,8192,0,107217,13.0880126953125
RSLMP,λ=8,8192,0,97873,11.9473876953125
RSLMP,λ=8,8192,0,107329,13.1016845703125
RSLMP,λ=8,8192,0,102113,12.4649658203125
RSLMP,λ=8,8192,0,87617,10.6954345703125
RSLMP,λ=8,8192,0,94081,11.4844970703125
RSLMP,λ=8,8192,0,97489,11.9005126953125
RSLMP,λ=8,8192,0,87793,10.7169189453125
RSLMP,λ=8,8192,0,109729,13.3946533203125
RSLMP,λ=8,8192,0,118673,14.4864501953125
RSLMP,λ=8,8192,0,96465,11.7755126953125
RSLMP,λ=8,8192,0,99921,12.1973876953125
RSLMP,λ=8,8192,0,112481,13.7305908203125
RSLMP,λ=8,8192,0,86017,10.5001220703125
RSLMP,λ=8,8192,0,97809,11.9395751953125
RSLMP,λ=8,8192,0,90689,11.0704345703125
RSLMP,λ=8,8192,0,94881,11.5821533203125
RSLMP,λ=8,8192,0,103697,12.6583251953125
RSLMP,λ=8,8192,0,104785,12.7911376953125
RSLMP,λ=8,8192,0,104273,12.7286376953125
RSLMP,λ=8,8192,0,105985,12.9376220703125
RSLMP,λ=8,8192,0,115153,14.0567626953125
RSLMP,λ=8,8192,0,127889,15.6114501953125
RSLMP,λ=8,8192,0,104465,12.7520751953125
RSLMP,λ=8,8192,0,104241,12.7247314453125
RSLMP,λ=8,8192,0,104913,12.8067626953125
RSLMP,λ=8,8192,0,106561,13.0079345703125
RSLMP,λ=8,8192,0,100961,12.3243408203125
RSLMP,λ=8,8192,0,100657,12.2872314453125
RSLMP,λ=8,8192,0,94161,11.4942626953125
RSLMP,λ=8,8192,0,98353,12.0059814453125
RSLMP,λ=8,8192,0,92545,11.2969970703125
RSLMP,λ=8,8192,0,91153,11.1270751953125
RSLMP,λ=8,8192,0,91009,11.1094970703125
RSLMP,λ=8,8192,0,101377,12.3751220703125
RSLMP,λ=8,8192,0,86497,10.5587158203125
RSLMP,λ=8,8192,0,98289,11.9981689453125
RSLMP,λ=8,8192,0,99153,12.1036376953125
RSLMP,λ=8,8192,0,99601,12.1583251953125
RSLMP,λ=8,8192,0,91937,11.2227783203125
RSLMP,λ=8,8192,0,88849,10.8458251953125
RSLMP,λ=8,8192,0,109505,13.3673095703125
RSLMP,λ=8,8192,0,108641,13.2618408203125
RSLMP,λ=8,8192,0,97057,11.8477783203125
RSLMP,λ=8,8192,0,90177,11.0079345703125
RSLMP,λ=8,8192,0,104017,12.6973876953125
RSLMP,λ=8,8192,0,93617,11.4278564453125
RSLMP,λ=8,8192,0,102801,12.5489501953125
RSLMP,λ=8,8192,0,91777,11.2032470703125
RSLMP,λ=8,8192,0,95057,11.6036376953125
RSLMP,λ=8,8192,0,94529,11.5391845703125
RSDIP,λ=8,8192,0,103473,12.6309814453125
RSDIP,λ=8,8192,0,104529,12.7598876953125
RSDIP,λ=8,8192,0,105169,12.8380126953125
RSDIP,λ=8,8192,0,99121,12.0997314453125
RSDIP,λ=8,8192,0,102033,12.4552001953125
RSDIP,λ=8,8192,0,96369,11.7637939453125
RSDIP,λ=8,8192,0,106497,13.0001220703125
RSDIP,λ=8,8192,0,115265,14.0704345703125
RSDIP,λ=8,8192,0,102353,12.4942626953125
RSDIP,λ=8,8192,0,108833,13.2852783203125
RSDIP,λ=8,8192,0,133825,16.3360595703125
RSDIP,λ=8,8192,0,104225,12.7227783203125
RSDIP,λ=8,8192,0,120305,14.6856689453125
RSDIP,λ=8,8192,0,99105,12.0977783203125
RSDIP,λ=8,8192,0,101345,12.3712158203125
RSDIP,λ=8,8192,0,96769,11.8126220703125
RSDIP,λ=8,8192,0,119681,14.6094970703125
RSDIP,λ=8,8192,0,101457,12.3848876953125
RSDIP,λ=8,8192,0,104897,12.8048095703125
RSDIP,λ=8,8192,0,110081,13.4376220703125
RSDIP,λ=8,8192,0,102001,12.4512939453125
RSDIP,λ=8,8192,0,94849,11.5782470703125
RSDIP,λ=8,8192,0,101841,12.4317626953125
RSDIP,λ=8,8192,0,106769,13.0333251953125
RSDIP,λ=8,8192,0,119137,14.5430908203125
RSDIP,λ=8,8192,0,99697,12.1700439453125
RSDIP,λ=8,8192,0,110913,13.5391845703125
RSDIP,λ=8,8192,0,94753,11.5665283203125
RSDIP,λ=8,8192,0,96177,11.7403564453125
RSDIP,λ=8,8192,0,105953,12.9337158203125
RSDIP,λ=8,8192,0,99201,12.1094970703125
RSDIP,λ=8,8192,0,98049,11.9688720703125
RSDIP,λ=8,8192,0,118321,14.4434814453125
RSDIP,λ=8,8192,0,102497,12.5118408203125
RSDIP,λ=8,8192,0,102337,12.4923095703125
RSDIP,λ=8,8192,0,101585,12.4005126953125
RSDIP,λ=8,8192,0,108513,13.2462158203125
RSDIP,λ=8,8192,0,125057,15.2657470703125
RSDIP,λ=8,8192,0,91169,11.1290283203125
RSDIP,λ=8,8192,0,99777,12.1798095703125
RSDIP,λ=8,8192,0,110241,13.4571533203125
RSDIP,λ=8,8192,0,96033,11.7227783203125
RSDIP,λ=8,8192,0,122161,14.9122314453125
RSDIP,λ=8,8192,0,95521,11.6602783203125
RSDIP,λ=8,8192,0,100353,12.2501220703125
RSDIP,λ=8,8192,0,104593,12.7677001953125
RSDIP,λ=8,8192,0,99313,12.1231689453125
RSDIP,λ=8,8192,0,113697,13.8790283203125
RSDIP,λ=8,8192,0,105777,12.9122314453125
RSDIP,λ=8,8192,0,105937,12.9317626953125
RSDIP,λ=8,8192,0,115985,14.1583251953125
RSDIP,λ=8,8192,0,99825,12.1856689453125
RSDIP,λ=8,8192,0,99729,12.1739501953125
RSDIP,λ=8,8192,0,102657,12.5313720703125
RSDIP,λ=8,8192,0,104353,12.7384033203125
RSDIP,λ=8,8192,0,94097,11.4864501953125
RSDIP,λ=8,8192,0,100865,12.3126220703125
RSDIP,λ=8,8192,0,115137,14.0548095703125
RSDIP,λ=8,8192,0,101969,12.4473876953125
RSDIP,λ=8,8192,0,109393,13.3536376953125
RSDIP,λ=8,8192,0,96305,11.7559814453125
RSDIP,λ=8,8192,0,137937,16.8380126953125
RSDIP,λ=8,8192,0,105793,12.9141845703125
RSDIP,λ=8,8192,0,98913,12.0743408203125
RSDIP,λ=8,8192,0,97537,11.9063720703125
RSDIP,λ=8,8192,0,116785,14.2559814453125
RSDIP,λ=8,8192,0,109889,13.4141845703125
RSDIP,λ=8,8192,0,99921,12.1973876953125
RSDIP,λ=8,8192,0,97809,11.9395751953125
RSDIP,λ=8,8192,0,95617,11.6719970703125
RSDIP,λ=8,8192,0,103537,12.6387939453125
RSDIP,λ=8,8192,0,104785,12.7911376953125
RSDIP,λ=8,8192,0,105185,12.8399658203125
RSDIP,λ=8,8192,0,108241,13.2130126953125
RSDIP,λ=8,8192,0,110049,13.4337158203125
RSDIP,λ=8,8192,0,100785,12.3028564453125
RSDIP,λ=8,8192,0,101233,12.3575439453125
RSDIP,λ=8,8192,0,91761,11.2012939453125
RSDIP,λ=8,8192,0,107025,13.0645751953125
RSDIP,λ=8,8192,0,101617,12.4044189453125
RSDIP,λ=8,8192,0,93185,11.3751220703125
RSDIP,λ=8,8192,0,110161,13.4473876953125
RSDIP,λ=8,8192,0,101681,12.4122314453125
RSDIP,λ=8,8192,0,101905,12.4395751953125
RSDIP,λ=8,8192,0,117857,14.3868408203125
RSDIP,λ=8,8192,0,126129,15.3966064453125
RSDIP,λ=8,8192,0,98721,12.0509033203125
RSDIP,λ=8,8192,0,113201,13.8184814453125
RSDIP,λ=8,8192,0,103393,12.6212158203125
RSDIP,λ=8,8192,0,124817,15.2364501953125
RSDIP,λ=8,8192,0,96225,11.7462158203125
RSDIP,λ=8,8192,0,108721,13.2716064453125
RSDIP,λ=8,8192,0,99809,12.1837158203125
RSDIP,λ=8,8192,0,103265,12.6055908203125
RSDIP,λ=8,8192,0,95969,11.7149658203125
RSDIP,λ=8,8192,0,102705,12.5372314453125
RSDIP,λ=8,8192,0,110401,13.4766845703125
RRDIP,λ=8,8192,0,75825,9.2559814453125
RRDIP,λ=8,8192,0,79201,9.6680908203125
RRDIP,λ=8,8192,0,86865,10.6036376953125
RRDIP,λ=8,8192,0,83633,10.2091064453125
RRDIP,λ=8,8192,0,81361,9.9317626953125
RRDIP,λ=8,8192,0,84593,10.3262939453125
RRDIP,λ=8,8192,0,84881,10.3614501953125
RRDIP,λ=8,8192,0,81889,9.9962158203125
RRDIP,λ=8,8192,0,80769,9.8594970703125
RRDIP,λ=8,8192,0,77233,9.4278564453125
RRDIP,λ=8,8192,0,88385,10.7891845703125
RRDIP,λ=8,8192,0,80353,9.8087158203125
RRDIP,λ=8,8192,0,85137,10.3927001953125
RRDIP,λ=8,8192,0,99105,12.0977783203125
RRDIP,λ=8,8192,0,74785,9.1290283203125
RRDIP,λ=8,8192,0,83569,10.2012939453125
RRDIP,λ=8,8192,0,73681,8.9942626953125
RRDIP,λ=8,8192,0,82913,10.1212158203125
RRDIP,λ=8,8192,0,81681,9.9708251953125
RRDIP,λ=8,8192,0,83489,10.1915283203125
RRDIP,λ=8,8192,0,93249,11.3829345703125
RRDIP,λ=8,8192,0,80833,9.8673095703125
RRDIP,λ=8,8192,0,79153,9.6622314453125
RRDIP,λ=8,8192,0,97425,11.8927001953125
RRDIP,λ=8,8192,0,80913,9.8770751953125
RRDIP,λ=8,8192,0,78529,9.5860595703125
RRDIP,λ=8,8192,0,89537,10.9298095703125
RRDIP,λ=8,8192,0,88945,10.8575439453125
RRDIP,λ=8,8192,0,88865,10.8477783203125
RRDIP,λ=8,8192,0,86385,10.5450439453125
RRDIP,λ=8,8192,0,79329,9.6837158203125
RRDIP,λ=8,8192,0,74353,9.0762939453125
RRDIP,λ=8,8192,0,75905,9.2657470703125
RRDIP,λ=8,8192,0,90785,11.0821533203125
RRDIP,λ=8,8192,0,79393,9.6915283203125
RRDIP,λ=8,8192,0,75233,9.1837158203125
RRDIP,λ=8,8192,0,77681,9.4825439453125
RRDIP,λ=8,8192,0,89857,10.9688720703125
RRDIP,λ=8,8192,0,91553,11.1759033203125
RRDIP,λ=8,8192,0,78449,9.5762939453125
RRDIP,λ=8,8192,0,98945,12.0782470703125
RRDIP,λ=8,8192,0,85185,10.3985595703125
RRDIP,λ=8,8192,0,84049,10.2598876953125
RRDIP,λ=8,8192,0,83121,10.1466064453125
RRDIP,λ=8,8192,0,86209,10.5235595703125
RRDIP,λ=8,8192,0,80241,9.7950439453125
RRDIP,λ=8,8192,0,84737,10.3438720703125
RRDIP,λ=8,8192,0,79457,9.6993408203125
RRDIP,λ=8,8192,0,77073,9.4083251953125
RRDIP,λ=8,8192,0,79841,9.7462158203125
RRDIP,λ=8,8192,0,78337,9.5626220703125
RRDIP,λ=8,8192,0,80849,9.8692626953125
RRDIP,λ=8,8192,0,81569,9.9571533203125
RRDIP,λ=8,8192,0,80417,9.8165283203125
RRDIP,λ=8,8192,0,77393,9.4473876953125
RRDIP,λ=8,8192,0,79809,9.7423095703125
RRDIP,λ=8,8192,0,101809,12.4278564453125
RRDIP,λ=8,8192,0,75409,9.2052001953125
RRDIP,λ=8,8192,0,78897,9.6309814453125
RRDIP,λ=8,8192,0,79633,9.7208251953125
RRDIP,λ=8,8192,0,91377,11.1544189453125
RRDIP,λ=8,8192,0,87793,10.7169189453125
RRDIP,λ=8,8192,0,76833,9.3790283203125
RRDIP,λ=8,8192,0,81905,9.9981689453125
RRDIP,λ=8,8192,0,77105,9.4122314453125
RRDIP,λ=8,8192,0,83361,10.1759033203125
RRDIP,λ=8,8192,0,79569,9.7130126953125
RRDIP,λ=8,8192,0,72369,8.8341064453125
RRDIP,λ=8,8192,0,92097,11.2423095703125
RRDIP,λ=8,8192,0,77713,9.4864501953125
RRDIP,λ=8,8192,0,84833,10.3555908203125
RRDIP,λ=8,8192,0,77665,9.4805908203125
RRDIP,λ=8,8192,0,80193,9.7891845703125
RRDIP,λ=8,8192,0,78849,9.6251220703125
RRDIP,λ=8,8192,0,73889,9.0196533203125
RRDIP,λ=8,8192,0,86257,10.5294189453125
RRDIP,λ=8,8192,0,78257,9.5528564453125
RRDIP,λ=8,8192,0,76945,9.3927001953125
RRDIP,λ=8,8192,0,89393,10.9122314453125
RRDIP,λ=8,8192,0,82065,10.0177001953125
RRDIP,λ=8,8192,0,83825,10.2325439453125
RRDIP,λ=8,8192,0,89889,10.9727783203125
RRDIP,λ=8,8192,0,78673,9.6036376953125
RRDIP,λ=8,8192,0,81489,9.9473876953125
RRDIP,λ=8,8192,0,72833,8.8907470703125
RRDIP,λ=8,8192,0,85841,10.4786376953125
RRDIP,λ=8,8192,0,92897,11.3399658203125
RRDIP,λ=8,8192,0,92049,11.2364501953125
RRDIP,λ=8,8192,0,77793,9.4962158203125
RRDIP,λ=8,8192,0,85441,10.4298095703125
RRDIP,λ=8,8192,0,91137,11.1251220703125
RRDIP,λ=8,8192,0,89345,10.9063720703125
RRDIP,λ=8,8192,0,83713,10.2188720703125
RRDIP,λ=8,8192,0,81393,9.9356689453125
RRDIP,λ=8,8192,0,76529,9.3419189453125
RRDIP,λ=8,8192,0,78801,9.6192626953125
RRDIP,λ=8,8192,0,87841,10.7227783203125
RRDIP,λ=8,8192,0,82817,10.1094970703125
RHDIP,λ=8,8192,0,80913,9.8770751953125
RHDIP,λ=8,8192,0,79457,9.6993408203125
RHDIP,λ=8,8192,0,74225,9.0606689453125
RHDIP,λ=8,8192,0,80145,9.7833251953125
RHDIP,λ=8,8192,0,73457,8.9669189453125
RHDIP,λ=8,8192,0,100657,12.2872314453125
RHDIP,λ=8,8192,0,86177,10.5196533203125
RHDIP,λ=8,8192,0,77169,9.4200439453125
RHDIP,λ=8,8192,0,111841,13.6524658203125
RHDIP,λ=8,8192,0,82161,10.0294189453125
RHDIP,λ=8,8192,0,81857,9.9923095703125
RHDIP,λ=8,8192,0,76417,9.3282470703125
RHDIP,λ=8,8192,0,72785,8.8848876953125
RHDIP,λ=8,8192,0,75969,9.2735595703125
RHDIP,λ=8,8192,0,80785,9.8614501953125
RHDIP,λ=8,8192,0,98161,11.9825439453125
RHDIP,λ=8,8192,0,87217,10.6466064453125
RHDIP,λ=8,8192,0,78001,9.5216064453125
RHDIP,λ=8,8192,0,84561,10.3223876953125
RHDIP,λ=8,8192,0,76721,9.3653564453125
RHDIP,λ=8,8192,0,73153,8.9298095703125
RHDIP,λ=8,8192,0,77441,9.4532470703125
RHDIP,λ=8,8192,0,74321,9.0723876953125
RHDIP,λ=8,8192,0,77137,9.4161376953125
RHDIP,λ=8,8192,0,79857,9.7481689453125
RHDIP,λ=8,8192,0,80721,9.8536376953125
RHDIP,λ=8,8192,0,82001,10.0098876953125
RHDIP,λ=8,8192,0,85601,10.4493408203125
RHDIP,λ=8,8192,0,76657,9.3575439453125
RHDIP,λ=8,8192,0,86161,10.5177001953125
RHDIP,λ=8,8192,0,77569,9.4688720703125
RHDIP,λ=8,8192,0,86849,10.6016845703125
RHDIP,λ=8,8192,0,76545,9.3438720703125
RHDIP,λ=8,8192,0,96209,11.7442626953125
RHDIP,λ=8,8192,0,86401,10.5469970703125
RHDIP,λ=8,8192,0,87185,10.6427001953125
RHDIP,λ=8,8192,0,81041,9.8927001953125
RHDIP,λ=8,8192,0,85857,10.4805908203125
RHDIP,λ=8,8192,0,77697,9.4844970703125
RHDIP,λ=8,8192,0,72913,8.9005126953125
RHDIP,λ=8,8192,0,78913,9.6329345703125
RHDIP,λ=8,8192,0,82929,10.1231689453125
RHDIP,λ=8,8192,0,75265,9.1876220703125
RHDIP,λ=8,8192,0,76321,9.3165283203125
RHDIP,λ=8,8192,0,89745,10.9552001953125
RHDIP,λ=8,8192,0,80849,9.8692626953125
RHDIP,λ=8,8192,0,91185,11.1309814453125
RHDIP,λ=8,8192,0,74993,9.1544189453125
RHDIP,λ=8,8192,0,80305,9.8028564453125
RHDIP,λ=8,8192,0,83553,10.1993408203125
RHDIP,λ=8,8192,0,81537,9.9532470703125
RHDIP,λ=8,8192,0,80401,9.8145751953125
RHDIP,λ=8,8192,0,84465,10.3106689453125
RHDIP,λ=8,8192,0,83185,10.1544189453125
RHDIP,λ=8,8192,0,81089,9.8985595703125
RHDIP,λ=8,8192,0,75697,9.2403564453125
RHDIP,λ=8,8192,0,75393,9.2032470703125
RHDIP,λ=8,8192,0,74033,9.0372314453125
RHDIP,λ=8,8192,0,83137,10.1485595703125
RHDIP,λ=8,8192,0,81345,9.9298095703125
RHDIP,λ=8,8192,0,78817,9.6212158203125
RHDIP,λ=8,8192,0,81905,9.9981689453125
RHDIP,λ=8,8192,0,78481,9.5802001953125
RHDIP,λ=8,8192,0,82881,10.1173095703125
RHDIP,λ=8,8192,0,76129,9.2930908203125
RHDIP,λ=8,8192,0,80609,9.8399658203125
RHDIP,λ=8,8192,0,77665,9.4805908203125
RHDIP,λ=8,8192,0,79121,9.6583251953125
RHDIP,λ=8,8192,0,80369,9.8106689453125
RHDIP,λ=8,8192,0,76577,9.3477783203125
RHDIP,λ=8,8192,0,91009,11.1094970703125
RHDIP,λ=8,8192,0,81281,9.9219970703125
RHDIP,λ=8,8192,0,75489,9.2149658203125
RHDIP,λ=8,8192,0,85841,10.4786376953125
RHDIP,λ=8,8192,0,83841,10.2344970703125
RHDIP,λ=8,8192,0,84241,10.2833251953125
RHDIP,λ=8,8192,0,74833,9.1348876953125
RHDIP,λ=8,8192,0,85217,10.4024658203125
RHDIP,λ=8,8192,0,87457,10.6759033203125
RHDIP,λ=8,8192,0,75505,9.2169189453125
RHDIP,λ=8,8192,0,84289,10.2891845703125
RHDIP,λ=8,8192,0,78993,9.6427001953125
RHDIP,λ=8,8192,0,91841,11.2110595703125
RHDIP,λ=8,8192,0,80673,9.8477783203125
RHDIP,λ=8,8192,0,87441,10.6739501953125
RHDIP,λ=8,8192,0,84865,10.3594970703125
RHDIP,λ=8,8192,0,77041,9.4044189453125
RHDIP,λ=8,8192,0,85153,10.3946533203125
RHDIP,λ=8,8192,0,76817,9.3770751953125
RHDIP,λ=8,8192,0,83313,10.1700439453125
RHDIP,λ=8,8192,0,83281,10.1661376953125
RHDIP,λ=8,8192,0,77089,9.4102783203125
RHDIP,λ=8,8192,0,83329,10.1719970703125
RHDIP,λ=8,8192,0,77185,9.4219970703125
RHDIP,λ=8,8192,0,75137,9.1719970703125
RHDIP,λ=8,8192,0,73665,8.9923095703125
RHDIP,λ=8,8192,0,77825,9.5001220703125
RHLIP,λ=8,8192,0,85361,10.4200439453125
RHLIP,λ=8,8192,0,81633,9.9649658203125
RHLIP,λ=8,8192,0,81873,9.9942626953125
RHLIP,λ=8,8192,0,90961,11.1036376953125
RHLIP,λ=8,8192,0,87825,10.7208251953125
RHLIP,λ=8,8192,0,77217,9.4259033203125
RHLIP,λ=8,8192,0,76417,9.3282470703125
RHLIP,λ=8,8192,0,80881,9.8731689453125
RHLIP,λ=8,8192,0,79425,9.6954345703125
RHLIP,λ=8,8192,0,81457,9.9434814453125
RHLIP,λ=8,8192,0,88385,10.7891845703125
RHLIP,λ=8,8192,0,80353,9.8087158203125
RHLIP,λ=8,8192,0,79553,9.7110595703125
RHLIP,λ=8,8192,0,83569,10.2012939453125
RHLIP,λ=8,8192,0,90225,11.0137939453125
RHLIP,λ=8,8192,0,93969,11.4708251953125
RHLIP,λ=8,8192,0,87745,10.7110595703125
RHLIP,λ=8,8192,0,78209,9.5469970703125
RHLIP,λ=8,8192,0,89569,10.9337158203125
RHLIP,λ=8,8192,0,78529,9.5860595703125
RHLIP,λ=8,8192,0,82609,10.0841064453125
RHLIP,λ=8,8192,0,75793,9.2520751953125
RHLIP,λ=8,8192,0,95009,11.5977783203125
RHLIP,λ=8,8192,0,79857,9.7481689453125
RHLIP,λ=8,8192,0,84545,10.3204345703125
RHLIP,λ=8,8192,0,79473,9.7012939453125
RHLIP,λ=8,8192,0,84193,10.2774658203125
RHLIP,λ=8,8192,0,77569,9.4688720703125
RHLIP,λ=8,8192,0,76929,9.3907470703125
RHLIP,λ=8,8192,0,89857,10.9688720703125
RHLIP,λ=8,8192,0,83745,10.2227783203125
RHLIP,λ=8,8192,0,79041,9.6485595703125
RHLIP,λ=8,8192,0,79825,9.7442626953125
RHLIP,λ=8,8192,0,81025,9.8907470703125
RHLIP,λ=8,8192,0,75633,9.2325439453125
RHLIP,λ=8,8192,0,77985,9.5196533203125
RHLIP,λ=8,8192,0,73073,8.9200439453125
RHLIP,λ=8,8192,0,84209,10.2794189453125
RHLIP,λ=8,8192,0,82929,10.1231689453125
RHLIP,λ=8,8192,0,81937,10.0020751953125
RHLIP,λ=8,8192,0,96033,11.7227783203125
RHLIP,λ=8,8192,0,85985,10.4962158203125
RHLIP,λ=8,8192,0,79937,9.7579345703125
RHLIP,λ=8,8192,0,79457,9.6993408203125
RHLIP,λ=8,8192,0,83089,10.1427001953125
RHLIP,λ=8,8192,0,88465,10.7989501953125
RHLIP,λ=8,8192,0,74993,9.1544189453125
RHLIP,λ=8,8192,0,88113,10.7559814453125
RHLIP,λ=8,8192,0,85457,10.4317626953125
RHLIP,λ=8,8192,0,79809,9.7423095703125
RHLIP,λ=8,8192,0,93873,11.4591064453125
RHLIP,λ=8,8192,0,85041,10.3809814453125
RHLIP,λ=8,8192,0,83185,10.1544189453125
RHLIP,λ=8,8192,0,85953,10.4923095703125
RHLIP,λ=8,8192,0,75697,9.2403564453125
RHLIP,λ=8,8192,0,80529,9.8302001953125
RHLIP,λ=8,8192,0,73777,9.0059814453125
RHLIP,λ=8,8192,0,73873,9.0177001953125
RHLIP,λ=8,8192,0,87793,10.7169189453125
RHLIP,λ=8,8192,0,76833,9.3790283203125
RHLIP,λ=8,8192,0,78817,9.6212158203125
RHLIP,λ=8,8192,0,78929,9.6348876953125
RHLIP,λ=8,8192,0,80609,9.8399658203125
RHLIP,λ=8,8192,0,77665,9.4805908203125
RHLIP,λ=8,8192,0,81409,9.9376220703125
RHLIP,λ=8,8192,0,79121,9.6583251953125
RHLIP,λ=8,8192,0,96625,11.7950439453125
RHLIP,λ=8,8192,0,76945,9.3927001953125
RHLIP,λ=8,8192,0,87681,10.7032470703125
RHLIP,λ=8,8192,0,78273,9.5548095703125
RHLIP,λ=8,8192,0,80369,9.8106689453125
RHLIP,λ=8,8192,0,85553,10.4434814453125
RHLIP,λ=8,8192,0,89889,10.9727783203125
RHLIP,λ=8,8192,0,81153,9.9063720703125
RHLIP,λ=8,8192,0,88929,10.8555908203125
RHLIP,λ=8,8192,0,91281,11.1427001953125
RHLIP,λ=8,8192,0,77633,9.4766845703125
RHLIP,λ=8,8192,0,83201,10.1563720703125
RHLIP,λ=8,8192,0,76145,9.2950439453125
RHLIP,λ=8,8192,0,76433,9.3302001953125
RHLIP,λ=8,8192,0,72625,8.8653564453125
RHLIP,λ=8,8192,0,99441,12.1387939453125
RHLIP,λ=8,8192,0,74945,9.1485595703125
RHLIP,λ=8,8192,0,87697,10.7052001953125
RHLIP,λ=8,8192,0,83409,10.1817626953125
RHLIP,λ=8,8192,0,93393,11.4005126953125
RHLIP,λ=8,8192,0,79681,9.7266845703125
RHLIP,λ=8,8192,0,80449,9.8204345703125
RHLIP,λ=8,8192,0,76225,9.3048095703125
RHLIP,λ=8,8192,0,84097,10.2657470703125
RHLIP,λ=8,8192,0,83857,10.2364501953125
RHLIP,λ=8,8192,0,78577,9.5919189453125
RHLIP,λ=8,8192,0,83281,10.1661376953125
RHLIP,λ=8,8192,0,84337,10.2950439453125
RHLIP,λ=8,8192,0,82817,10.1094970703125
RRLIP,λ=8,8192,0,87425,10.6719970703125
RRLIP,λ=8,8192,0,85329,10.4161376953125
RRLIP,λ=8,8192,0,88433,10.7950439453125
RRLIP,λ=8,8192,0,80961,9.8829345703125
RRLIP,λ=8,8192,0,76961,9.3946533203125
RRLIP,λ=8,8192,0,108705,13.2696533203125
RRLIP,λ=8,8192,0,84881,10.3614501953125
RRLIP,λ=8,8192,0,87761,10.7130126953125
RRLIP,λ=8,8192,0,80881,9.8731689453125
RRLIP,λ=8,8192,0,89073,10.8731689453125
RRLIP,λ=8,8192,0,74113,9.0469970703125
RRLIP,λ=8,8192,0,87729,10.7091064453125
RRLIP,λ=8,8192,0,78593,9.5938720703125
RRLIP,λ=8,8192,0,78001,9.5216064453125
RRLIP,λ=8,8192,0,74209,9.0587158203125
RRLIP,λ=8,8192,0,82977,10.1290283203125
RRLIP,λ=8,8192,0,86385,10.5450439453125
RRLIP,λ=8,8192,0,81825,9.9884033203125
RRLIP,λ=8,8192,0,82369,10.0548095703125
RRLIP,λ=8,8192,0,75233,9.1837158203125
RRLIP,λ=8,8192,0,82193,10.0333251953125
RRLIP,λ=8,8192,0,85361,10.4200439453125
RRLIP,λ=8,8192,0,109057,13.3126220703125
RRLIP,λ=8,8192,0,81025,9.8907470703125
RRLIP,λ=8,8192,0,77985,9.5196533203125
RRLIP,λ=8,8192,0,74721,9.1212158203125
RRLIP,λ=8,8192,0,85969,10.4942626953125
RRLIP,λ=8,8192,0,84001,10.2540283203125
RRLIP,λ=8,8192,0,78913,9.6329345703125
RRLIP,λ=8,8192,0,85025,10.3790283203125
RRLIP,λ=8,8192,0,76081,9.2872314453125
RRLIP,λ=8,8192,0,76097,9.2891845703125
RRLIP,λ=8,8192,0,83665,10.2130126953125
RRLIP,λ=8,8192,0,91601,11.1817626953125
RRLIP,λ=8,8192,0,83553,10.1993408203125
RRLIP,λ=8,8192,0,78145,9.5391845703125
RRLIP,λ=8,8192,0,78337,9.5626220703125
RRLIP,λ=8,8192,0,90881,11.0938720703125
RRLIP,λ=8,8192,0,80849,9.8692626953125
RRLIP,λ=8,8192,0,93873,11.4591064453125
RRLIP,λ=8,8192,0,85953,10.4923095703125
RRLIP,λ=8,8192,0,90865,11.0919189453125
RRLIP,λ=8,8192,0,88417,10.7930908203125
RRLIP,λ=8,8192,0,94673,11.5567626953125
RRLIP,λ=8,8192,0,80513,9.8282470703125
RRLIP,λ=8,8192,0,78033,9.5255126953125
RRLIP,λ=8,8192,0,77105,9.4122314453125
RRLIP,λ=8,8192,0,85345,10.4180908203125
RRLIP,λ=8,8192,0,97249,11.8712158203125
RRLIP,λ=8,8192,0,77713,9.4864501953125
RRLIP,λ=8,8192,0,92625,11.3067626953125
RRLIP,λ=8,8192,0,73521,8.9747314453125
RRLIP,λ=8,8192,0,84065,10.2618408203125
RRLIP,λ=8,8192,0,99521,12.1485595703125
RRLIP,λ=8,8192,0,75665,9.2364501953125
RRLIP,λ=8,8192,0,92305,11.2677001953125
RRLIP,λ=8,8192,0,99713,12.1719970703125
RRLIP,λ=8,8192,0,83825,10.2325439453125
RRLIP,λ=8,8192,0,81473,9.9454345703125
RRLIP,λ=8,8192,0,85569,10.4454345703125
RRLIP,λ=8,8192,0,84353,10.2969970703125
RRLIP,λ=8,8192,0,81489,9.9473876953125
RRLIP,λ=8,8192,0,78865,9.6270751953125
RRLIP,λ=8,8192,0,79505,9.7052001953125
RRLIP,λ=8,8192,0,86097,10.5098876953125
RRLIP,λ=8,8192,0,75873,9.2618408203125
RRLIP,λ=8,8192,0,85377,10.4219970703125
RRLIP,λ=8,8192,0,85505,10.4376220703125
RRLIP,λ=8,8192,0,86305,10.5352783203125
RRLIP,λ=8,8192,0,82657,10.0899658203125
RRLIP,λ=8,8192,0,77921,9.5118408203125
RRLIP,λ=8,8192,0,97377,11.8868408203125
RRLIP,λ=8,8192,0,76257,9.3087158203125
RRLIP,λ=8,8192,0,80129,9.7813720703125
RRLIP,λ=8,8192,0,83409,10.1817626953125
RRLIP,λ=8,8192,0,92705,11.3165283203125
RRLIP,λ=8,8192,0,80625,9.8419189453125
RRLIP,λ=8,8192,0,88737,10.8321533203125
RRLIP,λ=8,8192,0,81265,9.9200439453125
RRLIP,λ=8,8192,0,74417,9.0841064453125
RRLIP,λ=8,8192,0,76609,9.3516845703125
RRLIP,λ=8,8192,0,78881,9.6290283203125
RRLIP,λ=8,8192,0,89617,10.9395751953125
RRLIP,λ=8,8192,0,104001,12.6954345703125
RRLIP,λ=8,8192,0,83281,10.1661376953125
RRLIP,λ=8,8192,0,78577,9.5919189453125
RRLIP,λ=8,8192,0,78801,9.6192626953125
RRLIP,λ=8,8192,0,93041,11.3575439453125
RRLIP,λ=8,8192,0,83329,10.1719970703125
RRLIP,λ=8,8192,0,94017,11.4766845703125
RRLIP,λ=8,8192,0,84497,10.3145751953125
RRLIP,λ=8,8192,0,88369,10.7872314453125
RRLIP,λ=8,8192,0,102097,12.4630126953125
RRLIP,λ=8,8192,0,79057,9.6505126953125
RSLIP,λ=8,8192,0,98065,11.9708251953125
RSLIP,λ=8,8192,0,112673,13.7540283203125
RSLIP,λ=8,8192,0,100689,12.2911376953125
RSLIP,λ=8,8192,0,102641,12.5294189453125
RSLIP,λ=8,8192,0,105825,12.9180908203125
RSLIP,λ=8,8192,0,111841,13.6524658203125
RSLIP,λ=8,8192,0,115009,14.0391845703125
RSLIP,λ=8,8192,0,97777,11.9356689453125
RSLIP,λ=8,8192,0,110097,13.4395751953125
RSLIP,λ=8,8192,0,118305,14.4415283203125
RSLIP,λ=8,8192,0,111985,13.6700439453125
RSLIP,λ=8,8192,0,105057,12.8243408203125
RSLIP,λ=8,8192,0,113265,13.8262939453125
RSLIP,λ=8,8192,0,108065,13.1915283203125
RSLIP,λ=8,8192,0,114961,14.0333251953125
RSLIP,λ=8,8192,0,111793,13.6466064453125
RSLIP,λ=8,8192,0,109857,13.4102783203125
RSLIP,λ=8,8192,0,122625,14.9688720703125
RSLIP,λ=8,8192,0,104609,12.7696533203125
RSLIP,λ=8,8192,0,106337,12.9805908203125
RSLIP,λ=8,8192,0,106257,12.9708251953125
RSLIP,λ=8,8192,0,101025,12.3321533203125
RSLIP,λ=8,8192,0,123105,15.0274658203125
RSLIP,λ=8,8192,0,107969,13.1798095703125
RSLIP,λ=8,8192,0,110193,13.4512939453125
RSLIP,λ=8,8192,0,110609,13.5020751953125
RSLIP,λ=8,8192,0,106305,12.9766845703125
RSLIP,λ=8,8192,0,117233,14.3106689453125
RSLIP,λ=8,8192,0,108481,13.2423095703125
RSLIP,λ=8,8192,0,96897,11.8282470703125
RSLIP,λ=8,8192,0,119009,14.5274658203125
RSLIP,λ=8,8192,0,117345,14.3243408203125
RSLIP,λ=8,8192,0,115777,14.1329345703125
RSLIP,λ=8,8192,0,95873,11.7032470703125
RSLIP,λ=8,8192,0,105681,12.9005126953125
RSLIP,λ=8,8192,0,117185,14.3048095703125
RSLIP,λ=8,8192,0,110257,13.4591064453125
RSLIP,λ=8,8192,0,108913,13.2950439453125
RSLIP,λ=8,8192,0,107569,13.1309814453125
RSLIP,λ=8,8192,0,108657,13.2637939453125
RSLIP,λ=8,8192,0,136033,16.6055908203125
RSLIP,λ=8,8192,0,124609,15.2110595703125
RSLIP,λ=8,8192,0,114033,13.9200439453125
RSLIP,λ=8,8192,0,123617,15.0899658203125
RSLIP,λ=8,8192,0,106625,13.0157470703125
RSLIP,λ=8,8192,0,101425,12.3809814453125
RSLIP,λ=8,8192,0,116177,14.1817626953125
RSLIP,λ=8,8192,0,106417,12.9903564453125
RSLIP,λ=8,8192,0,100865,12.3126220703125
RSLIP,λ=8,8192,0,110689,13.5118408203125
RSLIP,λ=8,8192,0,101809,12.4278564453125
RSLIP,λ=8,8192,0,120849,14.7520751953125
RSLIP,λ=8,8192,0,109457,13.3614501953125
RSLIP,λ=8,8192,0,115905,14.1485595703125
RSLIP,λ=8,8192,0,102225,12.4786376953125
RSLIP,λ=8,8192,0,116385,14.2071533203125
RSLIP,λ=8,8192,0,116753,14.2520751953125
RSLIP,λ=8,8192,0,104721,12.7833251953125
RSLIP,λ=8,8192,0,118913,14.5157470703125
RSLIP,λ=8,8192,0,121121,14.7852783203125
RSLIP,λ=8,8192,0,110113,13.4415283203125
RSLIP,λ=8,8192,0,110529,13.4923095703125
RSLIP,λ=8,8192,0,103169,12.5938720703125
RSLIP,λ=8,8192,0,97473,11.8985595703125
RSLIP,λ=8,8192,0,123201,15.0391845703125
RSLIP,λ=8,8192,0,111473,13.6075439453125
RSLIP,λ=8,8192,0,118945,14.5196533203125
RSLIP,λ=8,8192,0,111905,13.6602783203125
RSLIP,λ=8,8192,0,102161,12.4708251953125
RSLIP,λ=8,8192,0,110049,13.4337158203125
RSLIP,λ=8,8192,0,114369,13.9610595703125
RSLIP,λ=8,8192,0,114177,13.9376220703125
RSLIP,λ=8,8192,0,98753,12.0548095703125
RSLIP,λ=8,8192,0,106161,12.9591064453125
RSLIP,λ=8,8192,0,94129,11.4903564453125
RSLIP,λ=8,8192,0,116321,14.1993408203125
RSLIP,λ=8,8192,0,108785,13.2794189453125
RSLIP,λ=8,8192,0,128785,15.7208251953125
RSLIP,λ=8,8192,0,103953,12.6895751953125
RSLIP,λ=8,8192,0,106369,12.9844970703125
RSLIP,λ=8,8192,0,106865,13.0450439453125
RSLIP,λ=8,8192,0,109185,13.3282470703125
RSLIP,λ=8,8192,0,133473,16.2930908203125
RSLIP,λ=8,8192,0,107121,13.0762939453125
RSLIP,λ=8,8192,0,107041,13.0665283203125
RSLIP,λ=8,8192,0,105009,12.8184814453125
RSLIP,λ=8,8192,0,107601,13.1348876953125
RSLIP,λ=8,8192,0,97921,11.9532470703125
RSLIP,λ=8,8192,0,116417,14.2110595703125
RSLIP,λ=8,8192,0,108641,13.2618408203125
RSLIP,λ=8,8192,0,111745,13.6407470703125
RSLIP,λ=8,8192,0,103009,12.5743408203125
RSLIP,λ=8,8192,0,100129,12.2227783203125
RSLIP,λ=8,8192,0,109201,13.3302001953125
RSLIP,λ=8,8192,0,106945,13.0548095703125
RSLIP,λ=8,8192,0,101121,12.3438720703125
RSLIP,λ=8,8192,0,95793,11.6934814453125
RSLIP,λ=8,8192,0,119569,14.5958251953125
RSDCD,λ=8,8192,0,113329,13.8341064453125
RSDCD,λ=8,8192,0,95474,11.654541015625
RSDCD,λ=8,8192,0,99263,12.1170654296875
RSDCD,λ=8,8192,0,91152,11.126953125
RSDCD,λ=8,8192,0,126989,15.5015869140625
RSDCD,λ=8,8192,0,94651,11.5540771484375
RSDCD,λ=8,8192,0,99395,12.1331787109375
RSDCD,λ=8,8192,0,108074,13.192626953125
RSDCD,λ=8,8192,0,101194,12.352783203125
RSDCD,λ=8,8192,0,93380,11.39892578125
RSDCD,λ=8,8192,0,96388,11.76611328125
RSDCD,λ=8,8192,0,85254,10.406982421875
RSDCD,λ=8,8192,0,108565,13.2525634765625
RSDCD,λ=8,8192,0,98543,12.0291748046875
RSDCD,λ=8,8192,0,99786,12.180908203125
RSDCD,λ=8,8192,0,92464,11.287109375
RSDCD,λ=8,8192,0,103983,12.6932373046875
RSDCD,λ=8,8192,0,120580,14.71923828125
RSDCD,λ=8,8192,0,110754,13.519775390625
RSDCD,λ=8,8192,0,99765,12.1783447265625
RSDCD,λ=8,8192,0,89677,10.9468994140625
RSDCD,λ=8,8192,0,106065,12.9473876953125
RSDCD,λ=8,8192,0,121599,14.8436279296875
RSDCD,λ=8,8192,0,94726,11.563232421875
RSDCD,λ=8,8192,0,91429,11.1607666015625
RSDCD,λ=8,8192,0,93243,11.3822021484375
RSDCD,λ=8,8192,0,97106,11.853759765625
RSDCD,λ=8,8192,0,95937,11.7110595703125
RSDCD,λ=8,8192,0,95209,11.6221923828125
RSDCD,λ=8,8192,0,100307,12.2445068359375
RSDCD,λ=8,8192,0,89921,10.9766845703125
RSDCD,λ=8,8192,0,105909,12.9283447265625
RSDCD,λ=8,8192,0,111168,13.5703125
RSDCD,λ=8,8192,0,93591,11.4246826171875
RSDCD,λ=8,8192,0,85407,10.4256591796875
RSDCD,λ=8,8192,0,101646,12.407958984375
RSDCD,λ=8,8192,0,108281,13.2178955078125
RSDCD,λ=8,8192,0,104189,12.7183837890625
RSDCD,λ=8,8192,0,99323,12.1243896484375
RSDCD,λ=8,8192,0,98312,12.0009765625
RSDCD,λ=8,8192,0,87820,10.72021484375
RSDCD,λ=8,8192,0,102416,12.501953125
RSDCD,λ=8,8192,0,91868,11.21435546875
RSDCD,λ=8,8192,0,93376,11.3984375
RSDCD,λ=8,8192,0,93449,11.4073486328125
RSDCD,λ=8,8192,0,102202,12.475830078125
RSDCD,λ=8,8192,0,88676,10.82470703125
RSDCD,λ=8,8192,0,88776,10.8369140625
RSDCD,λ=8,8192,0,96480,11.77734375
RSDCD,λ=8,8192,0,98738,12.052978515625
RSDCD,λ=8,8192,0,96600,11.7919921875
RSDCD,λ=8,8192,0,98024,11.9658203125
RSDCD,λ=8,8192,0,103647,12.6522216796875
RSDCD,λ=8,8192,0,90890,11.094970703125
RSDCD,λ=8,8192,0,90849,11.0899658203125
RSDCD,λ=8,8192,0,95869,11.7027587890625
RSDCD,λ=8,8192,0,102173,12.4722900390625
RSDCD,λ=8,8192,0,95302,11.633544921875
RSDCD,λ=8,8192,0,98170,11.983642578125
RSDCD,λ=8,8192,0,93730,11.441650390625
RSDCD,λ=8,8192,0,96206,11.743896484375
RSDCD,λ=8,8192,0,110899,13.5374755859375
RSDCD,λ=8,8192,0,102630,12.528076171875
RSDCD,λ=8,8192,0,103552,12.640625
RSDCD,λ=8,8192,0,97741,11.9312744140625
RSDCD,λ=8,8192,0,93687,11.4364013671875
RSDCD,λ=8,8192,0,100731,12.2962646484375
RSDCD,λ=8,8192,0,95190,11.619873046875
RSDCD,λ=8,8192,0,122222,14.919677734375
RSDCD,λ=8,8192,0,103321,12.6124267578125
RSDCD,λ=8,8192,0,93432,11.4052734375
RSDCD,λ=8,8192,0,94408,11.5244140625
RSDCD,λ=8,8192,0,101757,12.4215087890625
RSDCD,λ=8,8192,0,97956,11.95751953125
RSDCD,λ=8,8192,0,109351,13.3485107421875
RSDCD,λ=8,8192,0,97408,11.890625
RSDCD,λ=8,8192,0,93906,11.463134765625
RSDCD,λ=8,8192,0,99631,12.1619873046875
RSDCD,λ=8,8192,0,93868,11.45849609375
RSDCD,λ=8,8192,0,104382,12.741943359375
RSDCD,λ=8,8192,0,106470,12.996826171875
RSDCD,λ=8,8192,0,88687,10.8260498046875
RSDCD,λ=8,8192,0,95086,11.607177734375
RSDCD,λ=8,8192,0,95991,11.7176513671875
RSDCD,λ=8,8192,0,94116,11.48876953125
RSDCD,λ=8,8192,0,84313,10.2921142578125
RSDCD,λ=8,8192,0,106929,13.0528564453125
RSDCD,λ=8,8192,0,100712,12.2939453125
RSDCD,λ=8,8192,0,108577,13.2540283203125
RSDCD,λ=8,8192,0,97023,11.8436279296875
RSDCD,λ=8,8192,0,95816,11.6962890625
RSDCD,λ=8,8192,0,100478,12.265380859375
RSDCD,λ=8,8192,0,101243,12.3587646484375
RSDCD,λ=8,8192,0,102079,12.4608154296875
RSDCD,λ=8,8192,0,99501,12.1461181640625
RSDCD,λ=8,8192,0,90177,11.0079345703125
RSDCD,λ=8,8192,0,98099,11.9749755859375
RSDCD,λ=8,8192,0,93835,11.4544677734375
RSDCD,λ=8,8192,0,111136,13.56640625
RSDCD,λ=8,8192,0,87853,10.7242431640625
RRDCD,λ=8,8192,0,74349,9.0758056640625
RRDCD,λ=8,8192,0,99552,12.15234375
RRDCD,λ=8,8192,0,79312,9.681640625
RRDCD,λ=8,8192,0,76617,9.3526611328125
RRDCD,λ=8,8192,0,76765,9.3707275390625
RRDCD,λ=8,8192,0,75179,9.1771240234375
RRDCD,λ=8,8192,0,77395,9.4476318359375
RRDCD,λ=8,8192,0,65648,8.013671875
RRDCD,λ=8,8192,0,81505,9.9493408203125
RRDCD,λ=8,8192,0,70337,8.5860595703125
RRDCD,λ=8,8192,0,68799,8.3983154296875
RRDCD,λ=8,8192,0,70779,8.6400146484375
RRDCD,λ=8,8192,0,83699,10.2171630859375
RRDCD,λ=8,8192,0,76546,9.343994140625
RRDCD,λ=8,8192,0,87145,10.6378173828125
RRDCD,λ=8,8192,0,74869,9.1392822265625
RRDCD,λ=8,8192,0,72288,8.82421875
RRDCD,λ=8,8192,0,76893,9.3863525390625
RRDCD,λ=8,8192,0,77549,9.4664306640625
RRDCD,λ=8,8192,0,71554,8.734619140625
RRDCD,λ=8,8192,0,75233,9.1837158203125
RRDCD,λ=8,8192,0,70662,8.625732421875
RRDCD,λ=8,8192,0,80107,9.7786865234375
RRDCD,λ=8,8192,0,77776,9.494140625
RRDCD,λ=8,8192,0,85566,10.445068359375
RRDCD,λ=8,8192,0,77846,9.502685546875
RRDCD,λ=8,8192,0,78644,9.60009765625
RRDCD,λ=8,8192,0,76613,9.3521728515625
RRDCD,λ=8,8192,0,88691,10.8265380859375
RRDCD,λ=8,8192,0,74497,9.0938720703125
RRDCD,λ=8,8192,0,68385,8.3477783203125
RRDCD,λ=8,8192,0,68918,8.412841796875
RRDCD,λ=8,8192,0,87371,10.6654052734375
RRDCD,λ=8,8192,0,73971,9.0296630859375
RRDCD,λ=8,8192,0,73963,9.0286865234375
RRDCD,λ=8,8192,0,82420,10.06103515625
RRDCD,λ=8,8192,0,83595,10.2044677734375
RRDCD,λ=8,8192,0,66706,8.142822265625
RRDCD,λ=8,8192,0,74780,9.12841796875
RRDCD,λ=8,8192,0,70295,8.5809326171875
RRDCD,λ=8,8192,0,67747,8.2698974609375
RRDCD,λ=8,8192,0,68880,8.408203125
RRDCD,λ=8,8192,0,76151,9.2957763671875
RRDCD,λ=8,8192,0,76402,9.326416015625
RRDCD,λ=8,8192,0,79169,9.6641845703125
RRDCD,λ=8,8192,0,83356,10.17529296875
RRDCD,λ=8,8192,0,79520,9.70703125
RRDCD,λ=8,8192,0,72043,8.7943115234375
RRDCD,λ=8,8192,0,72091,8.8001708984375
RRDCD,λ=8,8192,0,75834,9.257080078125
RRDCD,λ=8,8192,0,81234,9.916259765625
RRDCD,λ=8,8192,0,69746,8.513916015625
RRDCD,λ=8,8192,0,80980,9.88525390625
RRDCD,λ=8,8192,0,80459,9.8216552734375
RRDCD,λ=8,8192,0,72170,8.809814453125
RRDCD,λ=8,8192,0,75038,9.159912109375
RRDCD,λ=8,8192,0,73189,8.9342041015625
RRDCD,λ=8,8192,0,68967,8.4188232421875
RRDCD,λ=8,8192,0,78661,9.6021728515625
RRDCD,λ=8,8192,0,76087,9.2879638671875
RRDCD,λ=8,8192,0,90261,11.0181884765625
RRDCD,λ=8,8192,0,79965,9.7613525390625
RRDCD,λ=8,8192,0,79852,9.74755859375
RRDCD,λ=8,8192,0,72548,8.85595703125
RRDCD,λ=8,8192,0,75794,9.252197265625
RRDCD,λ=8,8192,0,75182,9.177490234375
RRDCD,λ=8,8192,0,69798,8.520263671875
RRDCD,λ=8,8192,0,83255,10.1629638671875
RRDCD,λ=8,8192,0,73763,9.0042724609375
RRDCD,λ=8,8192,0,88812,10.84130859375
RRDCD,λ=8,8192,0,74947,9.1488037109375
RRDCD,λ=8,8192,0,78028,9.52490234375
RRDCD,λ=8,8192,0,77911,9.5106201171875
RRDCD,λ=8,8192,0,78334,9.562255859375
RRDCD,λ=8,8192,0,77868,9.50537109375
RRDCD,λ=8,8192,0,77389,9.4468994140625
RRDCD,λ=8,8192,0,84589,10.3258056640625
RRDCD,λ=8,8192,0,72643,8.8675537109375
RRDCD,λ=8,8192,0,72556,8.85693359375
RRDCD,λ=8,8192,0,76927,9.3905029296875
RRDCD,λ=8,8192,0,73271,8.9442138671875
RRDCD,λ=8,8192,0,85033,10.3800048828125
RRDCD,λ=8,8192,0,75539,9.2210693359375
RRDCD,λ=8,8192,0,75407,9.2049560546875
RRDCD,λ=8,8192,0,73942,9.026123046875
RRDCD,λ=8,8192,0,73735,9.0008544921875
RRDCD,λ=8,8192,0,90237,11.0152587890625
RRDCD,λ=8,8192,0,80489,9.8253173828125
RRDCD,λ=8,8192,0,80081,9.7755126953125
RRDCD,λ=8,8192,0,76090,9.288330078125
RRDCD,λ=8,8192,0,81728,9.9765625
RRDCD,λ=8,8192,0,74016,9.03515625
RRDCD,λ=8,8192,0,87267,10.6527099609375
RRDCD,λ=8,8192,0,80751,9.8572998046875
RRDCD,λ=8,8192,0,79656,9.7236328125
RRDCD,λ=8,8192,0,74206,9.058349609375
RRDCD,λ=8,8192,0,80083,9.7757568359375
RRDCD,λ=8,8192,0,85536,10.44140625
RRDCD,λ=8,8192,0,77704,9.4853515625
RHDCD,λ=8,8192,0,71650,8.746337890625
RHDCD,λ=8,8192,0,73913,9.0225830078125
RHDCD,λ=8,8192,0,73206,8.936279296875
RHDCD,λ=8,8192,0,68962,8.418212890625
RHDCD,λ=8,8192,0,73142,8.928466796875
RHDCD,λ=8,8192,0,80380,9.81201171875
RHDCD,λ=8,8192,0,77097,9.4112548828125
RHDCD,λ=8,8192,0,72674,8.871337890625
RHDCD,λ=8,8192,0,67913,8.2901611328125
RHDCD,λ=8,8192,0,67447,8.2332763671875
RHDCD,λ=8,8192,0,69376,8.46875
RHDCD,λ=8,8192,0,79005,9.6441650390625
RHDCD,λ=8,8192,0,82291,10.0452880859375
RHDCD,λ=8,8192,0,87764,10.71337890625
RHDCD,λ=8,8192,0,70669,8.6265869140625
RHDCD,λ=8,8192,0,68799,8.3983154296875
RHDCD,λ=8,8192,0,70033,8.5489501953125
RHDCD,λ=8,8192,0,81135,9.9041748046875
RHDCD,λ=8,8192,0,87339,10.6614990234375
RHDCD,λ=8,8192,0,72982,8.908935546875
RHDCD,λ=8,8192,0,69840,8.525390625
RHDCD,λ=8,8192,0,68826,8.401611328125
RHDCD,λ=8,8192,0,65568,8.00390625
RHDCD,λ=8,8192,0,62301,7.6051025390625
RHDCD,λ=8,8192,0,84034,10.258056640625
RHDCD,λ=8,8192,0,74398,9.081787109375
RHDCD,λ=8,8192,0,67908,8.28955078125
RHDCD,λ=8,8192,0,68685,8.3843994140625
RHDCD,λ=8,8192,0,78928,9.634765625
RHDCD,λ=8,8192,0,72288,8.82421875
RHDCD,λ=8,8192,0,70127,8.5604248046875
RHDCD,λ=8,8192,0,71913,8.7784423828125
RHDCD,λ=8,8192,0,75856,9.259765625
RHDCD,λ=8,8192,0,75240,9.1845703125
RHDCD,λ=8,8192,0,74270,9.066162109375
RHDCD,λ=8,8192,0,71765,8.7603759765625
RHDCD,λ=8,8192,0,70350,8.587646484375
RHDCD,λ=8,8192,0,75553,9.2227783203125
RHDCD,λ=8,8192,0,71102,8.679443359375
RHDCD,λ=8,8192,0,85361,10.4200439453125
RHDCD,λ=8,8192,0,69023,8.4256591796875
RHDCD,λ=8,8192,0,71439,8.7205810546875
RHDCD,λ=8,8192,0,68973,8.4195556640625
RHDCD,λ=8,8192,0,71783,8.7625732421875
RHDCD,λ=8,8192,0,69318,8.461669921875
RHDCD,λ=8,8192,0,66761,8.1495361328125
RHDCD,λ=8,8192,0,79200,9.66796875
RHDCD,λ=8,8192,0,79234,9.672119140625
RHDCD,λ=8,8192,0,70348,8.58740234375
RHDCD,λ=8,8192,0,68108,8.31396484375
RHDCD,λ=8,8192,0,68660,8.38134765625
RHDCD,λ=8,8192,0,75041,9.1602783203125
RHDCD,λ=8,8192,0,68809,8.3995361328125
RHDCD,λ=8,8192,0,73252,8.94189453125
RHDCD,λ=8,8192,0,74877,9.1402587890625
RHDCD,λ=8,8192,0,69492,8.48291015625
RHDCD,λ=8,8192,0,69154,8.441650390625
RHDCD,λ=8,8192,0,82570,10.079345703125
RHDCD,λ=8,8192,0,70609,8.6192626953125
RHDCD,λ=8,8192,0,70382,8.591552734375
RHDCD,λ=8,8192,0,72177,8.8106689453125
RHDCD,λ=8,8192,0,66201,8.0811767578125
RHDCD,λ=8,8192,0,76694,9.362060546875
RHDCD,λ=8,8192,0,91245,11.1383056640625
RHDCD,λ=8,8192,0,72204,8.81396484375
RHDCD,λ=8,8192,0,87197,10.6441650390625
RHDCD,λ=8,8192,0,67975,8.2977294921875
RHDCD,λ=8,8192,0,74438,9.086669921875
RHDCD,λ=8,8192,0,70608,8.619140625
RHDCD,λ=8,8192,0,73940,9.02587890625
RHDCD,λ=8,8192,0,86562,10.566650390625
RHDCD,λ=8,8192,0,70028,8.54833984375
RHDCD,λ=8,8192,0,68709,8.3873291015625
RHDCD,λ=8,8192,0,70509,8.6070556640625
RHDCD,λ=8,8192,0,69824,8.5234375
RHDCD,λ=8,8192,0,67287,8.2137451171875
RHDCD,λ=8,8192,0,82375,10.0555419921875
RHDCD,λ=8,8192,0,69094,8.434326171875
RHDCD,λ=8,8192,0,65957,8.0513916015625
RHDCD,λ=8,8192,0,72884,8.89697265625
RHDCD,λ=8,8192,0,78046,9.527099609375
RHDCD,λ=8,8192,0,72666,8.870361328125
RHDCD,λ=8,8192,0,68244,8.33056640625
RHDCD,λ=8,8192,0,78698,9.606689453125
RHDCD,λ=8,8192,0,76476,9.33544921875
RHDCD,λ=8,8192,0,73664,8.9921875
RHDCD,λ=8,8192,0,71944,8.7822265625
RHDCD,λ=8,8192,0,70452,8.60009765625
RHDCD,λ=8,8192,0,74373,9.0787353515625
RHDCD,λ=8,8192,0,69633,8.5001220703125
RHDCD,λ=8,8192,0,76859,9.3822021484375
RHDCD,λ=8,8192,0,71026,8.670166015625
RHDCD,λ=8,8192,0,73961,9.0284423828125
RHDCD,λ=8,8192,0,70321,8.5841064453125
RHDCD,λ=8,8192,0,71367,8.7117919921875
RHDCD,λ=8,8192,0,66443,8.1107177734375
RHDCD,λ=8,8192,0,70925,8.6578369140625
RHDCD,λ=8,8192,0,70257,8.5762939453125
RHDCD,λ=8,8192,0,67890,8.287353515625
RHDCD,λ=8,8192,0,70407,8.5946044921875
RHLCD,λ=8,8192,0,72566,8.858154296875
RHLCD,λ=8,8192,0,71519,8.7303466796875
RHLCD,λ=8,8192,0,68283,8.3353271484375
RHLCD,λ=8,8192,0,86217,10.5245361328125
RHLCD,λ=8,8192,0,73045,8.9166259765625
RHLCD,λ=8,8192,0,71824,8.767578125
RHLCD,λ=8,8192,0,72674,8.871337890625
RHLCD,λ=8,8192,0,81761,9.9805908203125
RHLCD,λ=8,8192,0,72707,8.8753662109375
RHLCD,λ=8,8192,0,73945,9.0264892578125
RHLCD,λ=8,8192,0,75956,9.27197265625
RHLCD,λ=8,8192,0,79274,9.677001953125
RHLCD,λ=8,8192,0,70669,8.6265869140625
RHLCD,λ=8,8192,0,74199,9.0574951171875
RHLCD,λ=8,8192,0,68458,8.356689453125
RHLCD,λ=8,8192,0,80333,9.8062744140625
RHLCD,λ=8,8192,0,75302,9.192138671875
RHLCD,λ=8,8192,0,73879,9.0184326171875
RHLCD,λ=8,8192,0,66473,8.1143798828125
RHLCD,λ=8,8192,0,83345,10.1739501953125
RHLCD,λ=8,8192,0,70440,8.5986328125
RHLCD,λ=8,8192,0,67404,8.22802734375
RHLCD,λ=8,8192,0,69362,8.467041015625
RHLCD,λ=8,8192,0,72460,8.84521484375
RHLCD,λ=8,8192,0,72166,8.809326171875
RHLCD,λ=8,8192,0,71291,8.7025146484375
RHLCD,λ=8,8192,0,78298,9.557861328125
RHLCD,λ=8,8192,0,71597,8.7398681640625
RHLCD,λ=8,8192,0,69336,8.4638671875
RHLCD,λ=8,8192,0,72265,8.8214111328125
RHLCD,λ=8,8192,0,78176,9.54296875
RHLCD,λ=8,8192,0,70544,8.611328125
RHLCD,λ=8,8192,0,71268,8.69970703125
RHLCD,λ=8,8192,0,71853,8.7711181640625
RHLCD,λ=8,8192,0,77906,9.510009765625
RHLCD,λ=8,8192,0,76060,9.28466796875
RHLCD,λ=8,8192,0,71783,8.7625732421875
RHLCD,λ=8,8192,0,75719,9.2430419921875
RHLCD,λ=8,8192,0,70894,8.654052734375
RHLCD,λ=8,8192,0,74840,9.1357421875
RHLCD,λ=8,8192,0,78497,9.5821533203125
RHLCD,λ=8,8192,0,85188,10.39892578125
RHLCD,λ=8,8192,0,70991,8.6658935546875
RHLCD,λ=8,8192,0,77073,9.4083251953125
RHLCD,λ=8,8192,0,73140,8.92822265625
RHLCD,λ=8,8192,0,75041,9.1602783203125
RHLCD,λ=8,8192,0,77918,9.511474609375
RHLCD,λ=8,8192,0,74885,9.1412353515625
RHLCD,λ=8,8192,0,79401,9.6925048828125
RHLCD,λ=8,8192,0,73104,8.923828125
RHLCD,λ=8,8192,0,74910,9.144287109375
RHLCD,λ=8,8192,0,80593,9.8380126953125
RHLCD,λ=8,8192,0,66461,8.1129150390625
RHLCD,λ=8,8192,0,76460,9.33349609375
RHLCD,λ=8,8192,0,74369,9.0782470703125
RHLCD,λ=8,8192,0,73049,8.9171142578125
RHLCD,λ=8,8192,0,70450,8.599853515625
RHLCD,λ=8,8192,0,68794,8.397705078125
RHLCD,λ=8,8192,0,72536,8.8544921875
RHLCD,λ=8,8192,0,73264,8.943359375
RHLCD,λ=8,8192,0,72448,8.84375
RHLCD,λ=8,8192,0,73732,9.00048828125
RHLCD,λ=8,8192,0,70372,8.59033203125
RHLCD,λ=8,8192,0,76379,9.3236083984375
RHLCD,λ=8,8192,0,71988,8.78759765625
RHLCD,λ=8,8192,0,72733,8.8785400390625
RHLCD,λ=8,8192,0,89050,10.870361328125
RHLCD,λ=8,8192,0,86546,10.564697265625
RHLCD,λ=8,8192,0,77165,9.4195556640625
RHLCD,λ=8,8192,0,79587,9.7152099609375
RHLCD,λ=8,8192,0,73154,8.929931640625
RHLCD,λ=8,8192,0,78024,9.5244140625
RHLCD,λ=8,8192,0,68521,8.3643798828125
RHLCD,λ=8,8192,0,75324,9.19482421875
RHLCD,λ=8,8192,0,76564,9.34619140625
RHLCD,λ=8,8192,0,91853,11.2125244140625
RHLCD,λ=8,8192,0,89728,10.953125
RHLCD,λ=8,8192,0,68171,8.3216552734375
RHLCD,λ=8,8192,0,71523,8.7308349609375
RHLCD,λ=8,8192,0,77455,9.4549560546875
RHLCD,λ=8,8192,0,78267,9.5540771484375
RHLCD,λ=8,8192,0,70656,8.625
RHLCD,λ=8,8192,0,69360,8.466796875
RHLCD,λ=8,8192,0,76121,9.2921142578125
RHLCD,λ=8,8192,0,74963,9.1507568359375
RHLCD,λ=8,8192,0,72130,8.804931640625
RHLCD,λ=8,8192,0,71391,8.7147216796875
RHLCD,λ=8,8192,0,71357,8.7105712890625
RHLCD,λ=8,8192,0,72158,8.808349609375
RHLCD,λ=8,8192,0,70944,8.66015625
RHLCD,λ=8,8192,0,80377,9.8116455078125
RHLCD,λ=8,8192,0,71867,8.7728271484375
RHLCD,λ=8,8192,0,76883,9.3851318359375
RHLCD,λ=8,8192,0,74049,9.0391845703125
RHLCD,λ=8,8192,0,74118,9.047607421875
RHLCD,λ=8,8192,0,90704,11.072265625
RHLCD,λ=8,8192,0,71285,8.7017822265625
RHLCD,λ=8,8192,0,83660,10.21240234375
RHLCD,λ=8,8192,0,77307,9.4368896484375
RHLCD,λ=8,8192,0,68903,8.4110107421875
RRLCD,λ=8,8192,0,89839,10.9666748046875
RRLCD,λ=8,8192,0,73416,8.9619140625
RRLCD,λ=8,8192,0,90682,11.069580078125
RRLCD,λ=8,8192,0,88972,10.86083984375
RRLCD,λ=8,8192,0,76912,9.388671875
RRLCD,λ=8,8192,0,72871,8.8953857421875
RRLCD,λ=8,8192,0,92158,11.249755859375
RRLCD,λ=8,8192,0,73765,9.0045166015625
RRLCD,λ=8,8192,0,71166,8.687255859375
RRLCD,λ=8,8192,0,80293,9.8013916015625
RRLCD,λ=8,8192,0,83109,10.1451416015625
RRLCD,λ=8,8192,0,73220,8.93798828125
RRLCD,λ=8,8192,0,67776,8.2734375
RRLCD,λ=8,8192,0,71025,8.6700439453125
RRLCD,λ=8,8192,0,72321,8.8282470703125
RRLCD,λ=8,8192,0,74063,9.0408935546875
RRLCD,λ=8,8192,0,74745,9.1241455078125
RRLCD,λ=8,8192,0,91834,11.210205078125
RRLCD,λ=8,8192,0,81260,9.91943359375
RRLCD,λ=8,8192,0,77458,9.455322265625
RRLCD,λ=8,8192,0,80119,9.7801513671875
RRLCD,λ=8,8192,0,76323,9.3167724609375
RRLCD,λ=8,8192,0,89265,10.8966064453125
RRLCD,λ=8,8192,0,81730,9.976806640625
RRLCD,λ=8,8192,0,79952,9.759765625
RRLCD,λ=8,8192,0,78026,9.524658203125
RRLCD,λ=8,8192,0,80688,9.849609375
RRLCD,λ=8,8192,0,88875,10.8489990234375
RRLCD,λ=8,8192,0,78202,9.546142578125
RRLCD,λ=8,8192,0,77687,9.4832763671875
RRLCD,λ=8,8192,0,82541,10.0758056640625
RRLCD,λ=8,8192,0,102686,12.534912109375
RRLCD,λ=8,8192,0,72265,8.8214111328125
RRLCD,λ=8,8192,0,74982,9.153076171875
RRLCD,λ=8,8192,0,68866,8.406494140625
RRLCD,λ=8,8192,0,92580,11.30126953125
RRLCD,λ=8,8192,0,77415,9.4500732421875
RRLCD,λ=8,8192,0,70599,8.6180419921875
RRLCD,λ=8,8192,0,82005,10.0103759765625
RRLCD,λ=8,8192,0,69489,8.4825439453125
RRLCD,λ=8,8192,0,74119,9.0477294921875
RRLCD,λ=8,8192,0,91169,11.1290283203125
RRLCD,λ=8,8192,0,73279,8.9451904296875
RRLCD,λ=8,8192,0,70497,8.6055908203125
RRLCD,λ=8,8192,0,71816,8.7666015625
RRLCD,λ=8,8192,0,68672,8.3828125
RRLCD,λ=8,8192,0,88335,10.7830810546875
RRLCD,λ=8,8192,0,81177,9.9093017578125
RRLCD,λ=8,8192,0,84067,10.2620849609375
RRLCD,λ=8,8192,0,78877,9.6285400390625
RRLCD,λ=8,8192,0,70317,8.5836181640625
RRLCD,λ=8,8192,0,80104,9.7783203125
RRLCD,λ=8,8192,0,93400,11.4013671875
RRLCD,λ=8,8192,0,70059,8.5521240234375
RRLCD,λ=8,8192,0,83450,10.186767578125
RRLCD,λ=8,8192,0,80752,9.857421875
RRLCD,λ=8,8192,0,73875,9.0179443359375
RRLCD,λ=8,8192,0,88816,10.841796875
RRLCD,λ=8,8192,0,76164,9.29736328125
RRLCD,λ=8,8192,0,79027,9.6468505859375
RRLCD,λ=8,8192,0,96376,11.7646484375
RRLCD,λ=8,8192,0,72462,8.845458984375
RRLCD,λ=8,8192,0,71230,8.695068359375
RRLCD,λ=8,8192,0,75967,9.2733154296875
RRLCD,λ=8,8192,0,81974,10.006591796875
RRLCD,λ=8,8192,0,70882,8.652587890625
RRLCD,λ=8,8192,0,79874,9.750244140625
RRLCD,λ=8,8192,0,90641,11.0645751953125
RRLCD,λ=8,8192,0,81276,9.92138671875
RRLCD,λ=8,8192,0,79744,9.734375
RRLCD,λ=8,8192,0,75531,9.2200927734375
RRLCD,λ=8,8192,0,75452,9.21044921875
RRLCD,λ=8,8192,0,71351,8.7098388671875
RRLCD,λ=8,8192,0,73358,8.954833984375
RRLCD,λ=8,8192,0,73108,8.92431640625
RRLCD,λ=8,8192,0,73060,8.91845703125
RRLCD,λ=8,8192,0,69486,8.482177734375
RRLCD,λ=8,8192,0,77593,9.4718017578125
RRLCD,λ=8,8192,0,83466,10.188720703125
RRLCD,λ=8,8192,0,77965,9.5172119140625
RRLCD,λ=8,8192,0,75904,9.265625
RRLCD,λ=8,8192,0,82407,10.0594482421875
RRLCD,λ=8,8192,0,77423,9.4510498046875
RRLCD,λ=8,8192,0,81418,9.938720703125
RRLCD,λ=8,8192,0,71715,8.7542724609375
RRLCD,λ=8,8192,0,76466,9.334228515625
RRLCD,λ=8,8192,0,80416,9.81640625
RRLCD,λ=8,8192,0,85486,10.435302734375
RRLCD,λ=8,8192,0,78419,9.5726318359375
RRLCD,λ=8,8192,0,79166,9.663818359375
RRLCD,λ=8,8192,0,68950,8.416748046875
RRLCD,λ=8,8192,0,76067,9.2855224609375
RRLCD,λ=8,8192,0,79781,9.7388916015625
RRLCD,λ=8,8192,0,78853,9.6256103515625
RRLCD,λ=8,8192,0,90193,11.0098876953125
RRLCD,λ=8,8192,0,80227,9.7933349609375
RRLCD,λ=8,8192,0,67790,8.275146484375
RRLCD,λ=8,8192,0,79855,9.7479248046875
RRLCD,λ=8,8192,0,75063,9.1629638671875
RSLCD,λ=8,8192,0,96285,11.7535400390625
RSLCD,λ=8,8192,0,108087,13.1942138671875
RSLCD,λ=8,8192,0,96202,11.743408203125
RSLCD,λ=8,8192,0,105234,12.845947265625
RSLCD,λ=8,8192,0,110144,13.4453125
RSLCD,λ=8,8192,0,101194,12.352783203125
RSLCD,λ=8,8192,0,98942,12.077880859375
RSLCD,λ=8,8192,0,135875,16.5863037109375
RSLCD,λ=8,8192,0,90515,11.0491943359375
RSLCD,λ=8,8192,0,116919,14.2723388671875
RSLCD,λ=8,8192,0,91067,11.1165771484375
RSLCD,λ=8,8192,0,94748,11.56591796875
RSLCD,λ=8,8192,0,95773,11.6910400390625
RSLCD,λ=8,8192,0,104555,12.7630615234375
RSLCD,λ=8,8192,0,94439,11.5281982421875
RSLCD,λ=8,8192,0,101795,12.4261474609375
RSLCD,λ=8,8192,0,106149,12.9576416015625
RSLCD,λ=8,8192,0,88334,10.782958984375
RSLCD,λ=8,8192,0,103166,12.593505859375
RSLCD,λ=8,8192,0,125208,15.2841796875
RSLCD,λ=8,8192,0,113568,13.86328125
RSLCD,λ=8,8192,0,101971,12.4476318359375
RSLCD,λ=8,8192,0,102787,12.5472412109375
RSLCD,λ=8,8192,0,111328,13.58984375
RSLCD,λ=8,8192,0,114975,14.0350341796875
RSLCD,λ=8,8192,0,103390,12.620849609375
RSLCD,λ=8,8192,0,110913,13.5391845703125
RSLCD,λ=8,8192,0,101749,12.4205322265625
RSLCD,λ=8,8192,0,103783,12.6688232421875
RSLCD,λ=8,8192,0,125344,15.30078125
RSLCD,λ=8,8192,0,97277,11.8746337890625
RSLCD,λ=8,8192,0,109610,13.380126953125
RSLCD,λ=8,8192,0,94034,11.478759765625
RSLCD,λ=8,8192,0,95485,11.6558837890625
RSLCD,λ=8,8192,0,95097,11.6085205078125
RSLCD,λ=8,8192,0,90596,11.05908203125
RSLCD,λ=8,8192,0,95225,11.6241455078125
RSLCD,λ=8,8192,0,90547,11.0531005859375
RSLCD,λ=8,8192,0,101774,12.423583984375
RSLCD,λ=8,8192,0,104060,12.70263671875
RSLCD,λ=8,8192,0,108197,13.2076416015625
RSLCD,λ=8,8192,0,91663,11.1893310546875
RSLCD,λ=8,8192,0,104770,12.789306640625
RSLCD,λ=8,8192,0,94655,11.5545654296875
RSLCD,λ=8,8192,0,102548,12.51806640625
RSLCD,λ=8,8192,0,100364,12.25146484375
RSLCD,λ=8,8192,0,96470,11.776123046875
RSLCD,λ=8,8192,0,115364,14.08251953125
RSLCD,λ=8,8192,0,100067,12.2152099609375
RSLCD,λ=8,8192,0,97511,11.9031982421875
RSLCD,λ=8,8192,0,106228,12.96728515625
RSLCD,λ=8,8192,0,105236,12.84619140625
RSLCD,λ=8,8192,0,99483,12.1439208984375
RSLCD,λ=8,8192,0,92445,11.2847900390625
RSLCD,λ=8,8192,0,101001,12.3292236328125
RSLCD,λ=8,8192,0,98876,12.06982421875
RSLCD,λ=8,8192,0,110957,13.5445556640625
RSLCD,λ=8,8192,0,102922,12.563720703125
RSLCD,λ=8,8192,0,90858,11.091064453125
RSLCD,λ=8,8192,0,101498,12.389892578125
RSLCD,λ=8,8192,0,101189,12.3521728515625
RSLCD,λ=8,8192,0,98105,11.9757080078125
RSLCD,λ=8,8192,0,99801,12.1827392578125
RSLCD,λ=8,8192,0,98879,12.0701904296875
RSLCD,λ=8,8192,0,98982,12.082763671875
RSLCD,λ=8,8192,0,96628,11.79541015625
RSLCD,λ=8,8192,0,98053,11.9693603515625
RSLCD,λ=8,8192,0,106949,13.0552978515625
RSLCD,λ=8,8192,0,103352,12.6162109375
RSLCD,λ=8,8192,0,101507,12.3909912109375
RSLCD,λ=8,8192,0,89351,10.9071044921875
RSLCD,λ=8,8192,0,112388,13.71923828125
RSLCD,λ=8,8192,0,89050,10.870361328125
RSLCD,λ=8,8192,0,117610,14.356689453125
RSLCD,λ=8,8192,0,107716,13.14892578125
RSLCD,λ=8,8192,0,103480,12.6318359375
RSLCD,λ=8,8192,0,111990,13.670654296875
RSLCD,λ=8,8192,0,89796,10.96142578125
RSLCD,λ=8,8192,0,104546,12.761962890625
RSLCD,λ=8,8192,0,101409,12.3790283203125
RSLCD,λ=8,8192,0,92066,11.238525390625
RSLCD,λ=8,8192,0,91959,11.2254638671875
RSLCD,λ=8,8192,0,102776,12.5458984375
RSLCD,λ=8,8192,0,103240,12.6025390625
RSLCD,λ=8,8192,0,102203,12.4759521484375
RSLCD,λ=8,8192,0,104137,12.7120361328125
RSLCD,λ=8,8192,0,122401,14.9415283203125
RSLCD,λ=8,8192,0,89576,10.9345703125
RSLCD,λ=8,8192,0,95180,11.61865234375
RSLCD,λ=8,8192,0,112963,13.7894287109375
RSLCD,λ=8,8192,0,102174,12.472412109375
RSLCD,λ=8,8192,0,112285,13.7066650390625
RSLCD,λ=8,8192,0,114232,13.9443359375
RSLCD,λ=8,8192,0,109989,13.4263916015625
RSLCD,λ=8,8192,0,96225,11.7462158203125
RSLCD,λ=8,8192,0,105666,12.898681640625
RSLCD,λ=8,8192,0,119638,14.604248046875
RSLCD,λ=8,8192,0,95083,11.6068115234375
RSLCD,λ=8,8192,0,105484,12.87646484375
RSLCD,λ=8,8192,0,98921,12.0753173828125
RSDSD,λ=8,8192,0,117769,14.3760986328125
RSDSD,λ=8,8192,0,89385,10.9112548828125
RSDSD,λ=8,8192,0,81785,9.9835205078125
RSDSD,λ=8,8192,0,83177,10.1534423828125
RSDSD,λ=8,8192,0,124281,15.1710205078125
RSDSD,λ=8,8192,0,80769,9.8594970703125
RSDSD,λ=8,8192,0,92249,11.2608642578125
RSDSD,λ=8,8192,0,82401,10.0587158203125
RSDSD,λ=8,8192,0,83113,10.1456298828125
RSDSD,λ=8,8192,0,79425,9.6954345703125
RSDSD,λ=8,8192,0,95353,11.6397705078125
RSDSD,λ=8,8192,0,91209,11.1339111328125
RSDSD,λ=8,8192,0,115089,14.0489501953125
RSDSD,λ=8,8192,0,89833,10.9659423828125
RSDSD,λ=8,8192,0,85401,10.4249267578125
RSDSD,λ=8,8192,0,90585,11.0577392578125
RSDSD,λ=8,8192,0,101241,12.3585205078125
RSDSD,λ=8,8192,0,86681,10.5811767578125
RSDSD,λ=8,8192,0,99057,12.0919189453125
RSDSD,λ=8,8192,0,91321,11.1475830078125
RSDSD,λ=8,8192,0,89561,10.9327392578125
RSDSD,λ=8,8192,0,107649,13.1407470703125
RSDSD,λ=8,8192,0,93337,11.3936767578125
RSDSD,λ=8,8192,0,87057,10.6270751953125
RSDSD,λ=8,8192,0,104025,12.6983642578125
RSDSD,λ=8,8192,0,92865,11.3360595703125
RSDSD,λ=8,8192,0,90465,11.0430908203125
RSDSD,λ=8,8192,0,86849,10.6016845703125
RSDSD,λ=8,8192,0,87377,10.6661376953125
RSDSD,λ=8,8192,0,99961,12.2022705078125
RSDSD,λ=8,8192,0,80273,9.7989501953125
RSDSD,λ=8,8192,0,95561,11.6651611328125
RSDSD,λ=8,8192,0,109865,13.4112548828125
RSDSD,λ=8,8192,0,103905,12.6837158203125
RSDSD,λ=8,8192,0,94801,11.5723876953125
RSDSD,λ=8,8192,0,88401,10.7911376953125
RSDSD,λ=8,8192,0,97393,11.8887939453125
RSDSD,λ=8,8192,0,119793,14.6231689453125
RSDSD,λ=8,8192,0,92321,11.2696533203125
RSDSD,λ=8,8192,0,81329,9.9278564453125
RSDSD,λ=8,8192,0,93225,11.3800048828125
RSDSD,λ=8,8192,0,97337,11.8819580078125
RSDSD,λ=8,8192,0,91649,11.1876220703125
RSDSD,λ=8,8192,0,84209,10.2794189453125
RSDSD,λ=8,8192,0,100857,12.3116455078125
RSDSD,λ=8,8192,0,94745,11.5655517578125
RSDSD,λ=8,8192,0,85065,10.3839111328125
RSDSD,λ=8,8192,0,85761,10.4688720703125
RSDSD,λ=8,8192,0,92353,11.2735595703125
RSDSD,λ=8,8192,0,90529,11.0509033203125
RSDSD,λ=8,8192,0,96553,11.7862548828125
RSDSD,λ=8,8192,0,93713,11.4395751953125
RSDSD,λ=8,8192,0,81697,9.9727783203125
RSDSD,λ=8,8192,0,107017,13.0635986328125
RSDSD,λ=8,8192,0,120945,14.7637939453125
RSDSD,λ=8,8192,0,83641,10.2100830078125
RSDSD,λ=8,8192,0,88281,10.7764892578125
RSDSD,λ=8,8192,0,97753,11.9327392578125
RSDSD,λ=8,8192,0,97409,11.8907470703125
RSDSD,λ=8,8192,0,94561,11.5430908203125
RSDSD,λ=8,8192,0,89425,10.9161376953125
RSDSD,λ=8,8192,0,93473,11.4102783203125
RSDSD,λ=8,8192,0,86689,10.5821533203125
RSDSD,λ=8,8192,0,94953,11.5909423828125
RSDSD,λ=8,8192,0,115833,14.1397705078125
RSDSD,λ=8,8192,0,98073,11.9718017578125
RSDSD,λ=8,8192,0,86009,10.4991455078125
RSDSD,λ=8,8192,0,91193,11.1319580078125
RSDSD,λ=8,8192,0,103577,12.6436767578125
RSDSD,λ=8,8192,0,101185,12.3516845703125
RSDSD,λ=8,8192,0,95153,11.6153564453125
RSDSD,λ=8,8192,0,99161,12.1046142578125
RSDSD,λ=8,8192,0,94977,11.5938720703125
RSDSD,λ=8,8192,0,93857,11.4571533203125
RSDSD,λ=8,8192,0,99617,12.1602783203125
RSDSD,λ=8,8192,0,95513,11.6593017578125
RSDSD,λ=8,8192,0,90129,11.0020751953125
RSDSD,λ=8,8192,0,90417,11.0372314453125
RSDSD,λ=8,8192,0,86089,10.5089111328125
RSDSD,λ=8,8192,0,102961,12.5684814453125
RSDSD,λ=8,8192,0,106289,12.9747314453125
RSDSD,λ=8,8192,0,93657,11.4327392578125
RSDSD,λ=8,8192,0,101273,12.3624267578125
RSDSD,λ=8,8192,0,87777,10.7149658203125
RSDSD,λ=8,8192,0,92609,11.3048095703125
RSDSD,λ=8,8192,0,94545,11.5411376953125
RSDSD,λ=8,8192,0,113713,13.8809814453125
RSDSD,λ=8,8192,0,98281,11.9971923828125
RSDSD,λ=8,8192,0,92513,11.2930908203125
RSDSD,λ=8,8192,0,101265,12.3614501953125
RSDSD,λ=8,8192,0,86105,10.5108642578125
RSDSD,λ=8,8192,0,82889,10.1182861328125
RSDSD,λ=8,8192,0,83713,10.2188720703125
RSDSD,λ=8,8192,0,92121,11.2452392578125
RSDSD,λ=8,8192,0,98241,11.9923095703125
RSDSD,λ=8,8192,0,95441,11.6505126953125
RSDSD,λ=8,8192,0,82513,10.0723876953125
RSDSD,λ=8,8192,0,96145,11.7364501953125
RSDSD,λ=8,8192,0,97761,11.9337158203125
RRDSD,λ=8,8192,0,81145,9.9053955078125
RRDSD,λ=8,8192,0,80945,9.8809814453125
RRDSD,λ=8,8192,0,80801,9.8634033203125
RRDSD,λ=8,8192,0,71785,8.7628173828125
RRDSD,λ=8,8192,0,71297,8.7032470703125
RRDSD,λ=8,8192,0,72857,8.8936767578125
RRDSD,λ=8,8192,0,67009,8.1798095703125
RRDSD,λ=8,8192,0,72489,8.8487548828125
RRDSD,λ=8,8192,0,80257,9.7969970703125
RRDSD,λ=8,8192,0,67273,8.2120361328125
RRDSD,λ=8,8192,0,74785,9.1290283203125
RRDSD,λ=8,8192,0,77521,9.4630126953125
RRDSD,λ=8,8192,0,81169,9.9083251953125
RRDSD,λ=8,8192,0,73201,8.9356689453125
RRDSD,λ=8,8192,0,87201,10.6446533203125
RRDSD,λ=8,8192,0,75993,9.2764892578125
RRDSD,λ=8,8192,0,83721,10.2198486328125
RRDSD,λ=8,8192,0,77441,9.4532470703125
RRDSD,λ=8,8192,0,67049,8.1846923828125
RRDSD,λ=8,8192,0,78489,9.5811767578125
RRDSD,λ=8,8192,0,73793,9.0079345703125
RRDSD,λ=8,8192,0,74657,9.1134033203125
RRDSD,λ=8,8192,0,79177,9.6651611328125
RRDSD,λ=8,8192,0,71913,8.7784423828125
RRDSD,λ=8,8192,0,66673,8.1387939453125
RRDSD,λ=8,8192,0,70921,8.6573486328125
RRDSD,λ=8,8192,0,72265,8.8214111328125
RRDSD,λ=8,8192,0,64665,7.8936767578125
RRDSD,λ=8,8192,0,71657,8.7471923828125
RRDSD,λ=8,8192,0,73369,8.9561767578125
RRDSD,λ=8,8192,0,69665,8.5040283203125
RRDSD,λ=8,8192,0,63737,7.7803955078125
RRDSD,λ=8,8192,0,84161,10.2735595703125
RRDSD,λ=8,8192,0,70241,8.5743408203125
RRDSD,λ=8,8192,0,78137,9.5382080078125
RRDSD,λ=8,8192,0,68929,8.4141845703125
RRDSD,λ=8,8192,0,70697,8.6300048828125
RRDSD,λ=8,8192,0,71361,8.7110595703125
RRDSD,λ=8,8192,0,76441,9.3311767578125
RRDSD,λ=8,8192,0,72713,8.8760986328125
RRDSD,λ=8,8192,0,74729,9.1221923828125
RRDSD,λ=8,8192,0,68369,8.3458251953125
RRDSD,λ=8,8192,0,74849,9.1368408203125
RRDSD,λ=8,8192,0,84049,10.2598876953125
RRDSD,λ=8,8192,0,70825,8.6456298828125
RRDSD,λ=8,8192,0,69953,8.5391845703125
RRDSD,λ=8,8192,0,63137,7.7071533203125
RRDSD,λ=8,8192,0,73609,8.9854736328125
RRDSD,λ=8,8192,0,68793,8.3975830078125
RRDSD,λ=8,8192,0,67329,8.2188720703125
RRDSD,λ=8,8192,0,71833,8.7686767578125
RRDSD,λ=8,8192,0,81593,9.9600830078125
RRDSD,λ=8,8192,0,66409,8.1065673828125
RRDSD,λ=8,8192,0,67505,8.2403564453125
RRDSD,λ=8,8192,0,68737,8.3907470703125
RRDSD,λ=8,8192,0,82665,10.0909423828125
RRDSD,λ=8,8192,0,78145,9.5391845703125
RRDSD,λ=8,8192,0,70985,8.6651611328125
RRDSD,λ=8,8192,0,65497,7.9952392578125
RRDSD,λ=8,8192,0,66169,8.0772705078125
RRDSD,λ=8,8192,0,76961,9.3946533203125
RRDSD,λ=8,8192,0,69673,8.5050048828125
RRDSD,λ=8,8192,0,77897,9.5089111328125
RRDSD,λ=8,8192,0,77953,9.5157470703125
RRDSD,λ=8,8192,0,85041,10.3809814453125
RRDSD,λ=8,8192,0,73057,8.9180908203125
RRDSD,λ=8,8192,0,73305,8.9483642578125
RRDSD,λ=8,8192,0,84745,10.3448486328125
RRDSD,λ=8,8192,0,67577,8.2491455078125
RRDSD,λ=8,8192,0,67361,8.2227783203125
RRDSD,λ=8,8192,0,75913,9.2667236328125
RRDSD,λ=8,8192,0,90617,11.0616455078125
RRDSD,λ=8,8192,0,72177,8.8106689453125
RRDSD,λ=8,8192,0,76833,9.3790283203125
RRDSD,λ=8,8192,0,80513,9.8282470703125
RRDSD,λ=8,8192,0,83273,10.1651611328125
RRDSD,λ=8,8192,0,74505,9.0948486328125
RRDSD,λ=8,8192,0,72793,8.8858642578125
RRDSD,λ=8,8192,0,78241,9.5509033203125
RRDSD,λ=8,8192,0,76001,9.2774658203125
RRDSD,λ=8,8192,0,73401,8.9600830078125
RRDSD,λ=8,8192,0,81249,9.9180908203125
RRDSD,λ=8,8192,0,70705,8.6309814453125
RRDSD,λ=8,8192,0,107129,13.0772705078125
RRDSD,λ=8,8192,0,71729,8.7559814453125
RRDSD,λ=8,8192,0,72945,8.9044189453125
RRDSD,λ=8,8192,0,67369,8.2237548828125
RRDSD,λ=8,8192,0,80377,9.8116455078125
RRDSD,λ=8,8192,0,81313,9.9259033203125
RRDSD,λ=8,8192,0,75769,9.2491455078125
RRDSD,λ=8,8192,0,68721,8.3887939453125
RRDSD,λ=8,8192,0,65041,7.9395751953125
RRDSD,λ=8,8192,0,71057,8.6739501953125
RRDSD,λ=8,8192,0,72361,8.8331298828125
RRDSD,λ=8,8192,0,68409,8.3507080078125
RRDSD,λ=8,8192,0,74585,9.1046142578125
RRDSD,λ=8,8192,0,69657,8.5030517578125
RRDSD,λ=8,8192,0,65233,7.9630126953125
RHDSD,λ=8,8192,0,63025,7.6934814453125
RHDSD,λ=8,8192,0,67945,8.2940673828125
RHDSD,λ=8,8192,0,69313,8.4610595703125
RHDSD,λ=8,8192,0,71297,8.7032470703125
RHDSD,λ=8,8192,0,70281,8.5792236328125
RHDSD,λ=8,8192,0,67193,8.2022705078125
RHDSD,λ=8,8192,0,72969,8.9073486328125
RHDSD,λ=8,8192,0,75289,9.1905517578125
RHDSD,λ=8,8192,0,71945,8.7823486328125
RHDSD,λ=8,8192,0,68993,8.4219970703125
RHDSD,λ=8,8192,0,64865,7.9180908203125
RHDSD,λ=8,8192,0,64089,7.8233642578125
RHDSD,λ=8,8192,0,70553,8.6124267578125
RHDSD,λ=8,8192,0,66121,8.0714111328125
RHDSD,λ=8,8192,0,62313,7.6065673828125
RHDSD,λ=8,8192,0,67537,8.2442626953125
RHDSD,λ=8,8192,0,63265,7.7227783203125
RHDSD,λ=8,8192,0,66625,8.1329345703125
RHDSD,λ=8,8192,0,68337,8.3419189453125
RHDSD,λ=8,8192,0,77473,9.4571533203125
RHDSD,λ=8,8192,0,65713,8.0216064453125
RHDSD,λ=8,8192,0,66793,8.1534423828125
RHDSD,λ=8,8192,0,65625,8.0108642578125
RHDSD,λ=8,8192,0,87305,10.6573486328125
RHDSD,λ=8,8192,0,68441,8.3546142578125
RHDSD,λ=8,8192,0,78201,9.5460205078125
RHDSD,λ=8,8192,0,66089,8.0675048828125
RHDSD,λ=8,8192,0,65177,7.9561767578125
RHDSD,λ=8,8192,0,63481,7.7491455078125
RHDSD,λ=8,8192,0,68385,8.3477783203125
RHDSD,λ=8,8192,0,67353,8.2218017578125
RHDSD,λ=8,8192,0,88841,10.8448486328125
RHDSD,λ=8,8192,0,59521,7.2657470703125
RHDSD,λ=8,8192,0,85585,10.4473876953125
RHDSD,λ=8,8192,0,62817,7.6680908203125
RHDSD,λ=8,8192,0,69177,8.4444580078125
RHDSD,λ=8,8192,0,71625,8.7432861328125
RHDSD,λ=8,8192,0,67153,8.1973876953125
RHDSD,λ=8,8192,0,72921,8.9014892578125
RHDSD,λ=8,8192,0,80049,9.7716064453125
RHDSD,λ=8,8192,0,63185,7.7130126953125
RHDSD,λ=8,8192,0,73897,9.0206298828125
RHDSD,λ=8,8192,0,66961,8.1739501953125
RHDSD,λ=8,8192,0,61161,7.4659423828125
RHDSD,λ=8,8192,0,65473,7.9923095703125
RHDSD,λ=8,8192,0,68737,8.3907470703125
RHDSD,λ=8,8192,0,61009,7.4473876953125
RHDSD,λ=8,8192,0,64681,7.8956298828125
RHDSD,λ=8,8192,0,68529,8.3653564453125
RHDSD,λ=8,8192,0,65377,7.9805908203125
RHDSD,λ=8,8192,0,69673,8.5050048828125
RHDSD,λ=8,8192,0,89057,10.8712158203125
RHDSD,λ=8,8192,0,69417,8.4737548828125
RHDSD,λ=8,8192,0,66353,8.0997314453125
RHDSD,λ=8,8192,0,68353,8.3438720703125
RHDSD,λ=8,8192,0,69945,8.5382080078125
RHDSD,λ=8,8192,0,61481,7.5050048828125
RHDSD,λ=8,8192,0,61833,7.5479736328125
RHDSD,λ=8,8192,0,79377,9.6895751953125
RHDSD,λ=8,8192,0,69505,8.4844970703125
RHDSD,λ=8,8192,0,72673,8.8712158203125
RHDSD,λ=8,8192,0,66145,8.0743408203125
RHDSD,λ=8,8192,0,80369,9.8106689453125
RHDSD,λ=8,8192,0,70169,8.5655517578125
RHDSD,λ=8,8192,0,71465,8.7237548828125
RHDSD,λ=8,8192,0,67057,8.1856689453125
RHDSD,λ=8,8192,0,68769,8.3946533203125
RHDSD,λ=8,8192,0,74625,9.1094970703125
RHDSD,λ=8,8192,0,68577,8.3712158203125
RHDSD,λ=8,8192,0,87769,10.7139892578125
RHDSD,λ=8,8192,0,63249,7.7208251953125
RHDSD,λ=8,8192,0,73241,8.9405517578125
RHDSD,λ=8,8192,0,83385,10.1788330078125
RHDSD,λ=8,8192,0,81161,9.9073486328125
RHDSD,λ=8,8192,0,71169,8.6876220703125
RHDSD,λ=8,8192,0,66633,8.1339111328125
RHDSD,λ=8,8192,0,66769,8.1505126953125
RHDSD,λ=8,8192,0,68649,8.3800048828125
RHDSD,λ=8,8192,0,66521,8.1202392578125
RHDSD,λ=8,8192,0,74865,9.1387939453125
RHDSD,λ=8,8192,0,70305,8.5821533203125
RHDSD,λ=8,8192,0,66649,8.1358642578125
RHDSD,λ=8,8192,0,68113,8.3145751953125
RHDSD,λ=8,8192,0,75673,9.2374267578125
RHDSD,λ=8,8192,0,67233,8.2071533203125
RHDSD,λ=8,8192,0,69657,8.5030517578125
RHDSD,λ=8,8192,0,67825,8.2794189453125
RHDSD,λ=8,8192,0,66601,8.1300048828125
RHDSD,λ=8,8192,0,92905,11.3409423828125
RHDSD,λ=8,8192,0,67433,8.2315673828125
RHDSD,λ=8,8192,0,69737,8.5128173828125
RHDSD,λ=8,8192,0,69745,8.5137939453125
RHDSD,λ=8,8192,0,63297,7.7266845703125
RHDSD,λ=8,8192,0,65329,7.9747314453125
RHDSD,λ=8,8192,0,76729,9.3663330078125
RHLSD,λ=8,8192,0,71449,8.7218017578125
RHLSD,λ=8,8192,0,67217,8.2052001953125
RHLSD,λ=8,8192,0,67705,8.2647705078125
RHLSD,λ=8,8192,0,71249,8.6973876953125
RHLSD,λ=8,8192,0,65385,7.9815673828125
RHLSD,λ=8,8192,0,75017,9.1573486328125
RHLSD,λ=8,8192,0,69265,8.4552001953125
RHLSD,λ=8,8192,0,69857,8.5274658203125
RHLSD,λ=8,8192,0,69697,8.5079345703125
RHLSD,λ=8,8192,0,71081,8.6768798828125
RHLSD,λ=8,8192,0,61745,7.5372314453125
RHLSD,λ=8,8192,0,63065,7.6983642578125
RHLSD,λ=8,8192,0,69713,8.5098876953125
RHLSD,λ=8,8192,0,72801,8.8868408203125
RHLSD,λ=8,8192,0,59873,7.3087158203125
RHLSD,λ=8,8192,0,74857,9.1378173828125
RHLSD,λ=8,8192,0,69289,8.4581298828125
RHLSD,λ=8,8192,0,85713,10.4630126953125
RHLSD,λ=8,8192,0,74009,9.0343017578125
RHLSD,λ=8,8192,0,71321,8.7061767578125
RHLSD,λ=8,8192,0,75793,9.2520751953125
RHLSD,λ=8,8192,0,70033,8.5489501953125
RHLSD,λ=8,8192,0,75929,9.2686767578125
RHLSD,λ=8,8192,0,76041,9.2823486328125
RHLSD,λ=8,8192,0,65913,8.0460205078125
RHLSD,λ=8,8192,0,69849,8.5264892578125
RHLSD,λ=8,8192,0,69977,8.5421142578125
RHLSD,λ=8,8192,0,66209,8.0821533203125
RHLSD,λ=8,8192,0,68041,8.3057861328125
RHLSD,λ=8,8192,0,77449,9.4542236328125
RHLSD,λ=8,8192,0,66489,8.1163330078125
RHLSD,λ=8,8192,0,74657,9.1134033203125
RHLSD,λ=8,8192,0,69017,8.4249267578125
RHLSD,λ=8,8192,0,76385,9.3243408203125
RHLSD,λ=8,8192,0,64537,7.8780517578125
RHLSD,λ=8,8192,0,69913,8.5343017578125
RHLSD,λ=8,8192,0,65625,8.0108642578125
RHLSD,λ=8,8192,0,75905,9.2657470703125
RHLSD,λ=8,8192,0,73233,8.9395751953125
RHLSD,λ=8,8192,0,65673,8.0167236328125
RHLSD,λ=8,8192,0,64289,7.8477783203125
RHLSD,λ=8,8192,0,70937,8.6593017578125
RHLSD,λ=8,8192,0,74489,9.0928955078125
RHLSD,λ=8,8192,0,66577,8.1270751953125
RHLSD,λ=8,8192,0,65825,8.0352783203125
RHLSD,λ=8,8192,0,70297,8.5811767578125
RHLSD,λ=8,8192,0,68473,8.3585205078125
RHLSD,λ=8,8192,0,70497,8.6055908203125
RHLSD,λ=8,8192,0,72729,8.8780517578125
RHLSD,λ=8,8192,0,71969,8.7852783203125
RHLSD,λ=8,8192,0,72617,8.8643798828125
RHLSD,λ=8,8192,0,78225,9.5489501953125
RHLSD,λ=8,8192,0,68377,8.3468017578125
RHLSD,λ=8,8192,0,68809,8.3995361328125
RHLSD,λ=8,8192,0,74257,9.0645751953125
RHLSD,λ=8,8192,0,76241,9.3067626953125
RHLSD,λ=8,8192,0,69537,8.4884033203125
RHLSD,λ=8,8192,0,64785,7.9083251953125
RHLSD,λ=8,8192,0,66785,8.1524658203125
RHLSD,λ=8,8192,0,79881,9.7510986328125
RHLSD,λ=8,8192,0,73185,8.9337158203125
RHLSD,λ=8,8192,0,61833,7.5479736328125
RHLSD,λ=8,8192,0,72881,8.8966064453125
RHLSD,λ=8,8192,0,67569,8.2481689453125
RHLSD,λ=8,8192,0,72793,8.8858642578125
RHLSD,λ=8,8192,0,71513,8.7296142578125
RHLSD,λ=8,8192,0,74697,9.1182861328125
RHLSD,λ=8,8192,0,81249,9.9180908203125
RHLSD,λ=8,8192,0,64521,7.8760986328125
RHLSD,λ=8,8192,0,70169,8.5655517578125
RHLSD,λ=8,8192,0,71465,8.7237548828125
RHLSD,λ=8,8192,0,82617,10.0850830078125
RHLSD,λ=8,8192,0,70705,8.6309814453125
RHLSD,λ=8,8192,0,72377,8.8350830078125
RHLSD,λ=8,8192,0,67081,8.1885986328125
RHLSD,λ=8,8192,0,70217,8.5714111328125
RHLSD,λ=8,8192,0,67665,8.2598876953125
RHLSD,λ=8,8192,0,61993,7.5675048828125
RHLSD,λ=8,8192,0,66817,8.1563720703125
RHLSD,λ=8,8192,0,66697,8.1417236328125
RHLSD,λ=8,8192,0,69049,8.4288330078125
RHLSD,λ=8,8192,0,67801,8.2764892578125
RHLSD,λ=8,8192,0,61617,7.5216064453125
RHLSD,λ=8,8192,0,74409,9.0831298828125
RHLSD,λ=8,8192,0,77329,9.4395751953125
RHLSD,λ=8,8192,0,64737,7.9024658203125
RHLSD,λ=8,8192,0,71601,8.7403564453125
RHLSD,λ=8,8192,0,69633,8.5001220703125
RHLSD,λ=8,8192,0,68433,8.3536376953125
RHLSD,λ=8,8192,0,67921,8.2911376953125
RHLSD,λ=8,8192,0,74977,9.1524658203125
RHLSD,λ=8,8192,0,65649,8.0137939453125
RHLSD,λ=8,8192,0,69777,8.5177001953125
RHLSD,λ=8,8192,0,65569,8.0040283203125
RHLSD,λ=8,8192,0,69657,8.5030517578125
RHLSD,λ=8,8192,0,71257,8.6983642578125
RHLSD,λ=8,8192,0,66881,8.1641845703125
RHLSD,λ=8,8192,0,68017,8.3028564453125
RHLSD,λ=8,8192,0,70257,8.5762939453125
RRLSD,λ=8,8192,0,83945,10.2471923828125
RRLSD,λ=8,8192,0,67585,8.2501220703125
RRLSD,λ=8,8192,0,71617,8.7423095703125
RRLSD,λ=8,8192,0,68305,8.3380126953125
RRLSD,λ=8,8192,0,78297,9.5577392578125
RRLSD,λ=8,8192,0,69761,8.5157470703125
RRLSD,λ=8,8192,0,83449,10.1866455078125
RRLSD,λ=8,8192,0,82809,10.1085205078125
RRLSD,λ=8,8192,0,75729,9.2442626953125
RRLSD,λ=8,8192,0,66865,8.1622314453125
RRLSD,λ=8,8192,0,70265,8.5772705078125
RRLSD,λ=8,8192,0,87889,10.7286376953125
RRLSD,λ=8,8192,0,71561,8.7354736328125
RRLSD,λ=8,8192,0,70553,8.6124267578125
RRLSD,λ=8,8192,0,77601,9.4727783203125
RRLSD,λ=8,8192,0,78489,9.5811767578125
RRLSD,λ=8,8192,0,72313,8.8272705078125
RRLSD,λ=8,8192,0,80969,9.8839111328125
RRLSD,λ=8,8192,0,76385,9.3243408203125
RRLSD,λ=8,8192,0,80977,9.8848876953125
RRLSD,λ=8,8192,0,83865,10.2374267578125
RRLSD,λ=8,8192,0,73137,8.9278564453125
RRLSD,λ=8,8192,0,75681,9.2384033203125
RRLSD,λ=8,8192,0,75841,9.2579345703125
RRLSD,λ=8,8192,0,80497,9.8262939453125
RRLSD,λ=8,8192,0,72265,8.8214111328125
RRLSD,λ=8,8192,0,68561,8.3692626953125
RRLSD,λ=8,8192,0,81433,9.9405517578125
RRLSD,λ=8,8192,0,77249,9.4298095703125
RRLSD,λ=8,8192,0,67929,8.2921142578125
RRLSD,λ=8,8192,0,76905,9.3878173828125
RRLSD,λ=8,8192,0,78201,9.5460205078125
RRLSD,λ=8,8192,0,75385,9.2022705078125
RRLSD,λ=8,8192,0,69961,8.5401611328125
RRLSD,λ=8,8192,0,71529,8.7315673828125
RRLSD,λ=8,8192,0,76137,9.2940673828125
RRLSD,λ=8,8192,0,79649,9.7227783203125
RRLSD,λ=8,8192,0,75633,9.2325439453125
RRLSD,λ=8,8192,0,61385,7.4932861328125
RRLSD,λ=8,8192,0,94745,11.5655517578125
RRLSD,λ=8,8192,0,66161,8.0762939453125
RRLSD,λ=8,8192,0,65657,8.0147705078125
RRLSD,λ=8,8192,0,71969,8.7852783203125
RRLSD,λ=8,8192,0,68793,8.3975830078125
RRLSD,λ=8,8192,0,73585,8.9825439453125
RRLSD,λ=8,8192,0,67905,8.2891845703125
RRLSD,λ=8,8192,0,97025,11.8438720703125
RRLSD,λ=8,8192,0,90345,11.0284423828125
RRLSD,λ=8,8192,0,68945,8.4161376953125
RRLSD,λ=8,8192,0,75497,9.2159423828125
RRLSD,λ=8,8192,0,90113,11.0001220703125
RRLSD,λ=8,8192,0,75281,9.1895751953125
RRLSD,λ=8,8192,0,72897,8.8985595703125
RRLSD,λ=8,8192,0,65849,8.0382080078125
RRLSD,λ=8,8192,0,69417,8.4737548828125
RRLSD,λ=8,8192,0,80137,9.7823486328125
RRLSD,λ=8,8192,0,74473,9.0909423828125
RRLSD,λ=8,8192,0,87897,10.7296142578125
RRLSD,λ=8,8192,0,74809,9.1319580078125
RRLSD,λ=8,8192,0,70609,8.6192626953125
RRLSD,λ=8,8192,0,74969,9.1514892578125
RRLSD,λ=8,8192,0,80793,9.8624267578125
RRLSD,λ=8,8192,0,71993,8.7882080078125
RRLSD,λ=8,8192,0,71705,8.7530517578125
RRLSD,λ=8,8192,0,76329,9.3175048828125
RRLSD,λ=8,8192,0,81617,9.9630126953125
RRLSD,λ=8,8192,0,86505,10.5596923828125
RRLSD,λ=8,8192,0,80225,9.7930908203125
RRLSD,λ=8,8192,0,79657,9.7237548828125
RRLSD,λ=8,8192,0,73905,9.0216064453125
RRLSD,λ=8,8192,0,72681,8.8721923828125
RRLSD,λ=8,8192,0,77177,9.4210205078125
RRLSD,λ=8,8192,0,76249,9.3077392578125
RRLSD,λ=8,8192,0,70401,8.5938720703125
RRLSD,λ=8,8192,0,66217,8.0831298828125
RRLSD,λ=8,8192,0,65857,8.0391845703125
RRLSD,λ=8,8192,0,84297,10.2901611328125
RRLSD,λ=8,8192,0,84401,10.3028564453125
RRLSD,λ=8,8192,0,80217,9.7921142578125
RRLSD,λ=8,8192,0,81737,9.9776611328125
RRLSD,λ=8,8192,0,75809,9.2540283203125
RRLSD,λ=8,8192,0,75873,9.2618408203125
RRLSD,λ=8,8192,0,68497,8.3614501953125
RRLSD,λ=8,8192,0,72497,8.8497314453125
RRLSD,λ=8,8192,0,78329,9.5616455078125
RRLSD,λ=8,8192,0,70457,8.6007080078125
RRLSD,λ=8,8192,0,72033,8.7930908203125
RRLSD,λ=8,8192,0,68465,8.3575439453125
RRLSD,λ=8,8192,0,87873,10.7266845703125
RRLSD,λ=8,8192,0,78625,9.5977783203125
RRLSD,λ=8,8192,0,79681,9.7266845703125
RRLSD,λ=8,8192,0,70585,8.6163330078125
RRLSD,λ=8,8192,0,82273,10.0430908203125
RRLSD,λ=8,8192,0,71825,8.7677001953125
RRLSD,λ=8,8192,0,69617,8.4981689453125
RRLSD,λ=8,8192,0,75721,9.2432861328125
RRLSD,λ=8,8192,0,74017,9.0352783203125
RSLSD,λ=8,8192,0,95465,11.6534423828125
RSLSD,λ=8,8192,0,95297,11.6329345703125
RSLSD,λ=8,8192,0,91609,11.1827392578125
RSLSD,λ=8,8192,0,91761,11.2012939453125
RSLSD,λ=8,8192,0,100273,12.2403564453125
RSLSD,λ=8,8192,0,86217,10.5245361328125
RSLSD,λ=8,8192,0,94417,11.5255126953125
RSLSD,λ=8,8192,0,102753,12.5430908203125
RSLSD,λ=8,8192,0,87513,10.6827392578125
RSLSD,λ=8,8192,0,94465,11.5313720703125
RSLSD,λ=8,8192,0,97465,11.8975830078125
RSLSD,λ=8,8192,0,96409,11.7686767578125
RSLSD,λ=8,8192,0,106913,13.0509033203125
RSLSD,λ=8,8192,0,99841,12.1876220703125
RSLSD,λ=8,8192,0,115913,14.1495361328125
RSLSD,λ=8,8192,0,107089,13.0723876953125
RSLSD,λ=8,8192,0,88273,10.7755126953125
RSLSD,λ=8,8192,0,96513,11.7813720703125
RSLSD,λ=8,8192,0,108817,13.2833251953125
RSLSD,λ=8,8192,0,93161,11.3721923828125
RSLSD,λ=8,8192,0,91065,11.1163330078125
RSLSD,λ=8,8192,0,88321,10.7813720703125
RSLSD,λ=8,8192,0,93841,11.4552001953125
RSLSD,λ=8,8192,0,102473,12.5089111328125
RSLSD,λ=8,8192,0,96169,11.7393798828125
RSLSD,λ=8,8192,0,89673,10.9464111328125
RSLSD,λ=8,8192,0,89841,10.9669189453125
RSLSD,λ=8,8192,0,100209,12.2325439453125
RSLSD,λ=8,8192,0,99697,12.1700439453125
RSLSD,λ=8,8192,0,94169,11.4952392578125
RSLSD,λ=8,8192,0,90665,11.0675048828125
RSLSD,λ=8,8192,0,88433,10.7950439453125
RSLSD,λ=8,8192,0,89097,10.8760986328125
RSLSD,λ=8,8192,0,94497,11.5352783203125
RSLSD,λ=8,8192,0,87105,10.6329345703125
RSLSD,λ=8,8192,0,125281,15.2930908203125
RSLSD,λ=8,8192,0,98433,12.0157470703125
RSLSD,λ=8,8192,0,116105,14.1729736328125
RSLSD,λ=8,8192,0,89153,10.8829345703125
RSLSD,λ=8,8192,0,86529,10.5626220703125
RSLSD,λ=8,8192,0,92809,11.3292236328125
RSLSD,λ=8,8192,0,115881,14.1456298828125
RSLSD,λ=8,8192,0,91129,11.1241455078125
RSLSD,λ=8,8192,0,85873,10.4825439453125
RSLSD,λ=8,8192,0,100321,12.2462158203125
RSLSD,λ=8,8192,0,90529,11.0509033203125
RSLSD,λ=8,8192,0,98665,12.0440673828125
RSLSD,λ=8,8192,0,82601,10.0831298828125
RSLSD,λ=8,8192,0,87265,10.6524658203125
RSLSD,λ=8,8192,0,90345,11.0284423828125
RSLSD,λ=8,8192,0,96601,11.7921142578125
RSLSD,λ=8,8192,0,107217,13.0880126953125
RSLSD,λ=8,8192,0,93849,11.4561767578125
RSLSD,λ=8,8192,0,101641,12.4073486328125
RSLSD,λ=8,8192,0,91809,11.2071533203125
RSLSD,λ=8,8192,0,89297,10.9005126953125
RSLSD,λ=8,8192,0,117969,14.4005126953125
RSLSD,λ=8,8192,0,109521,13.3692626953125
RSLSD,λ=8,8192,0,89425,10.9161376953125
RSLSD,λ=8,8192,0,95505,11.6583251953125
RSLSD,λ=8,8192,0,90065,10.9942626953125
RSLSD,λ=8,8192,0,84689,10.3380126953125
RSLSD,λ=8,8192,0,98977,12.0821533203125
RSLSD,λ=8,8192,0,94953,11.5909423828125
RSLSD,λ=8,8192,0,105713,12.9044189453125
RSLSD,λ=8,8192,0,112921,13.7843017578125
RSLSD,λ=8,8192,0,97401,11.8897705078125
RSLSD,λ=8,8192,0,89913,10.9757080078125
RSLSD,λ=8,8192,0,108001,13.1837158203125
RSLSD,λ=8,8192,0,89753,10.9561767578125
RSLSD,λ=8,8192,0,102681,12.5343017578125
RSLSD,λ=8,8192,0,110161,13.4473876953125
RSLSD,λ=8,8192,0,93345,11.3946533203125
RSLSD,λ=8,8192,0,84217,10.2803955078125
RSLSD,λ=8,8192,0,90841,11.0889892578125
RSLSD,λ=8,8192,0,93113,11.3663330078125
RSLSD,λ=8,8192,0,93897,11.4620361328125
RSLSD,λ=8,8192,0,101801,12.4268798828125
RSLSD,λ=8,8192,0,95385,11.6436767578125
RSLSD,λ=8,8192,0,95233,11.6251220703125
RSLSD,λ=8,8192,0,85721,10.4639892578125
RSLSD,λ=8,8192,0,84537,10.3194580078125
RSLSD,λ=8,8192,0,92513,11.2930908203125
RSLSD,λ=8,8192,0,104081,12.7052001953125
RSLSD,λ=8,8192,0,86369,10.5430908203125
RSLSD,λ=8,8192,0,100281,12.2413330078125
RSLSD,λ=8,8192,0,124049,15.1427001953125
RSLSD,λ=8,8192,0,83577,10.2022705078125
RSLSD,λ=8,8192,0,82049,10.0157470703125
RSLSD,λ=8,8192,0,101113,12.3428955078125
RSLSD,λ=8,8192,0,97297,11.8770751953125
RSLSD,λ=8,8192,0,90385,11.0333251953125
RSLSD,λ=8,8192,0,91777,11.2032470703125
RSLSD,λ=8,8192,0,92881,11.3380126953125
RSLSD,λ=8,8192,0,117537,14.3477783203125
RSLSD,λ=8,8192,0,83017,10.1339111328125
RSLSD,λ=8,8192,0,97569,11.9102783203125
RSLSD,λ=8,8192,0,99009,12.0860595703125
RSLSD,λ=8,8192,0,87841,10.7227783203125
RSDMD,λ=8,8192,0,85281,10.4102783203125
RSDMD,λ=8,8192,0,96729,11.8077392578125
RSDMD,λ=8,8192,0,110353,13.4708251953125
RSDMD,λ=8,8192,0,97081,11.8507080078125
RSDMD,λ=8,8192,0,94361,11.5186767578125
RSDMD,λ=8,8192,0,104065,12.7032470703125
RSDMD,λ=8,8192,0,103289,12.6085205078125
RSDMD,λ=8,8192,0,101633,12.4063720703125
RSDMD,λ=8,8192,0,87065,10.6280517578125
RSDMD,λ=8,8192,0,103801,12.6710205078125
RSDMD,λ=8,8192,0,107089,13.0723876953125
RSDMD,λ=8,8192,0,97369,11.8858642578125
RSDMD,λ=8,8192,0,100545,12.2735595703125
RSDMD,λ=8,8192,0,90217,11.0128173828125
RSDMD,λ=8,8192,0,96769,11.8126220703125
RSDMD,λ=8,8192,0,100753,12.2989501953125
RSDMD,λ=8,8192,0,103033,12.5772705078125
RSDMD,λ=8,8192,0,105721,12.9053955078125
RSDMD,λ=8,8192,0,96257,11.7501220703125
RSDMD,λ=8,8192,0,95193,11.6202392578125
RSDMD,λ=8,8192,0,91393,11.1563720703125
RSDMD,λ=8,8192,0,89561,10.9327392578125
RSDMD,λ=8,8192,0,85001,10.3760986328125
RSDMD,λ=8,8192,0,103841,12.6759033203125
RSDMD,λ=8,8192,0,97073,11.8497314453125
RSDMD,λ=8,8192,0,93809,11.4512939453125
RSDMD,λ=8,8192,0,82977,10.1290283203125
RSDMD,λ=8,8192,0,91801,11.2061767578125
RSDMD,λ=8,8192,0,87849,10.7237548828125
RSDMD,λ=8,8192,0,97529,11.9053955078125
RSDMD,λ=8,8192,0,89257,10.8956298828125
RSDMD,λ=8,8192,0,91273,11.1417236328125
RSDMD,λ=8,8192,0,101289,12.3643798828125
RSDMD,λ=8,8192,0,98881,12.0704345703125
RSDMD,λ=8,8192,0,98409,12.0128173828125
RSDMD,λ=8,8192,0,92665,11.3116455078125
RSDMD,λ=8,8192,0,114049,13.9219970703125
RSDMD,λ=8,8192,0,103905,12.6837158203125
RSDMD,λ=8,8192,0,97097,11.8526611328125
RSDMD,λ=8,8192,0,94425,11.5264892578125
RSDMD,λ=8,8192,0,93865,11.4581298828125
RSDMD,λ=8,8192,0,92641,11.3087158203125
RSDMD,λ=8,8192,0,95337,11.6378173828125
RSDMD,λ=8,8192,0,105417,12.8682861328125
RSDMD,λ=8,8192,0,95393,11.6446533203125
RSDMD,λ=8,8192,0,95577,11.6671142578125
RSDMD,λ=8,8192,0,94329,11.5147705078125
RSDMD,λ=8,8192,0,113041,13.7989501953125
RSDMD,λ=8,8192,0,101177,12.3507080078125
RSDMD,λ=8,8192,0,92969,11.3487548828125
RSDMD,λ=8,8192,0,91217,11.1348876953125
RSDMD,λ=8,8192,0,91409,11.1583251953125
RSDMD,λ=8,8192,0,91089,11.1192626953125
RSDMD,λ=8,8192,0,98361,12.0069580078125
RSDMD,λ=8,8192,0,91945,11.2237548828125
RSDMD,λ=8,8192,0,101145,12.3468017578125
RSDMD,λ=8,8192,0,92065,11.2384033203125
RSDMD,λ=8,8192,0,92753,11.3223876953125
RSDMD,λ=8,8192,0,92945,11.3458251953125
RSDMD,λ=8,8192,0,100473,12.2647705078125
RSDMD,λ=8,8192,0,90345,11.0284423828125
RSDMD,λ=8,8192,0,99377,12.1309814453125
RSDMD,λ=8,8192,0,96601,11.7921142578125
RSDMD,λ=8,8192,0,96657,11.7989501953125
RSDMD,λ=8,8192,0,109145,13.3233642578125
RSDMD,λ=8,8192,0,97409,11.8907470703125
RSDMD,λ=8,8192,0,84729,10.3428955078125
RSDMD,λ=8,8192,0,115545,14.1046142578125
RSDMD,λ=8,8192,0,91809,11.2071533203125
RSDMD,λ=8,8192,0,90025,10.9893798828125
RSDMD,λ=8,8192,0,91369,11.1534423828125
RSDMD,λ=8,8192,0,101761,12.4219970703125
RSDMD,λ=8,8192,0,93137,11.3692626953125
RSDMD,λ=8,8192,0,91825,11.2091064453125
RSDMD,λ=8,8192,0,91873,11.2149658203125
RSDMD,λ=8,8192,0,111825,13.6505126953125
RSDMD,λ=8,8192,0,124873,15.2432861328125
RSDMD,λ=8,8192,0,88441,10.7960205078125
RSDMD,λ=8,8192,0,90073,10.9952392578125
RSDMD,λ=8,8192,0,101169,12.3497314453125
RSDMD,λ=8,8192,0,88489,10.8018798828125
RSDMD,λ=8,8192,0,97905,11.9512939453125
RSDMD,λ=8,8192,0,99409,12.1348876953125
RSDMD,λ=8,8192,0,93121,11.3673095703125
RSDMD,λ=8,8192,0,102505,12.5128173828125
RSDMD,λ=8,8192,0,108849,13.2872314453125
RSDMD,λ=8,8192,0,108361,13.2276611328125
RSDMD,λ=8,8192,0,98721,12.0509033203125
RSDMD,λ=8,8192,0,103017,12.5753173828125
RSDMD,λ=8,8192,0,89009,10.8653564453125
RSDMD,λ=8,8192,0,102057,12.4581298828125
RSDMD,λ=8,8192,0,117497,14.3428955078125
RSDMD,λ=8,8192,0,84817,10.3536376953125
RSDMD,λ=8,8192,0,101105,12.3419189453125
RSDMD,λ=8,8192,0,94145,11.4923095703125
RSDMD,λ=8,8192,0,109881,13.4132080078125
RSDMD,λ=8,8192,0,94529,11.5391845703125
RSDMD,λ=8,8192,0,104377,12.7413330078125
RSDMD,λ=8,8192,0,87817,10.7198486328125
RRDMD,λ=8,8192,0,74761,9.1260986328125
RRDMD,λ=8,8192,0,83969,10.2501220703125
RRDMD,λ=8,8192,0,74353,9.0762939453125
RRDMD,λ=8,8192,0,72777,8.8839111328125
RRDMD,λ=8,8192,0,104289,12.7305908203125
RRDMD,λ=8,8192,0,72753,8.8809814453125
RRDMD,λ=8,8192,0,72825,8.8897705078125
RRDMD,λ=8,8192,0,76489,9.3370361328125
RRDMD,λ=8,8192,0,79441,9.6973876953125
RRDMD,λ=8,8192,0,78113,9.5352783203125
RRDMD,λ=8,8192,0,74905,9.1436767578125
RRDMD,λ=8,8192,0,96937,11.8331298828125
RRDMD,λ=8,8192,0,73153,8.9298095703125
RRDMD,λ=8,8192,0,75657,9.2354736328125
RRDMD,λ=8,8192,0,71857,8.7716064453125
RRDMD,λ=8,8192,0,75993,9.2764892578125
RRDMD,λ=8,8192,0,79705,9.7296142578125
RRDMD,λ=8,8192,0,74513,9.0958251953125
RRDMD,λ=8,8192,0,70177,8.5665283203125
RRDMD,λ=8,8192,0,78465,9.5782470703125
RRDMD,λ=8,8192,0,75881,9.2628173828125
RRDMD,λ=8,8192,0,74593,9.1055908203125
RRDMD,λ=8,8192,0,81433,9.9405517578125
RRDMD,λ=8,8192,0,80753,9.8575439453125
RRDMD,λ=8,8192,0,75169,9.1759033203125
RRDMD,λ=8,8192,0,79577,9.7139892578125
RRDMD,λ=8,8192,0,72985,8.9093017578125
RRDMD,λ=8,8192,0,68193,8.3243408203125
RRDMD,λ=8,8192,0,74577,9.1036376953125
RRDMD,λ=8,8192,0,74841,9.1358642578125
RRDMD,λ=8,8192,0,80017,9.7677001953125
RRDMD,λ=8,8192,0,79073,9.6524658203125
RRDMD,λ=8,8192,0,82945,10.1251220703125
RRDMD,λ=8,8192,0,71401,8.7159423828125
RRDMD,λ=8,8192,0,70697,8.6300048828125
RRDMD,λ=8,8192,0,77337,9.4405517578125
RRDMD,λ=8,8192,0,70473,8.6026611328125
RRDMD,λ=8,8192,0,73921,9.0235595703125
RRDMD,λ=8,8192,0,73073,8.9200439453125
RRDMD,λ=8,8192,0,73313,8.9493408203125
RRDMD,λ=8,8192,0,71569,8.7364501953125
RRDMD,λ=8,8192,0,73609,8.9854736328125
RRDMD,λ=8,8192,0,85625,10.4522705078125
RRDMD,λ=8,8192,0,103601,12.6466064453125
RRDMD,λ=8,8192,0,74993,9.1544189453125
RRDMD,λ=8,8192,0,70593,8.6173095703125
RRDMD,λ=8,8192,0,76161,9.2969970703125
RRDMD,λ=8,8192,0,73377,8.9571533203125
RRDMD,λ=8,8192,0,80417,9.8165283203125
RRDMD,λ=8,8192,0,73057,8.9180908203125
RRDMD,λ=8,8192,0,73305,8.9483642578125
RRDMD,λ=8,8192,0,80529,9.8302001953125
RRDMD,λ=8,8192,0,78921,9.6339111328125
RRDMD,λ=8,8192,0,75697,9.2403564453125
RRDMD,λ=8,8192,0,69441,8.4766845703125
RRDMD,λ=8,8192,0,86817,10.5977783203125
RRDMD,λ=8,8192,0,77353,9.4425048828125
RRDMD,λ=8,8192,0,79377,9.6895751953125
RRDMD,λ=8,8192,0,74969,9.1514892578125
RRDMD,λ=8,8192,0,80793,9.8624267578125
RRDMD,λ=8,8192,0,78817,9.6212158203125
RRDMD,λ=8,8192,0,74217,9.0596923828125
RRDMD,λ=8,8192,0,74609,9.1075439453125
RRDMD,λ=8,8192,0,77385,9.4464111328125
RRDMD,λ=8,8192,0,80145,9.7833251953125
RRDMD,λ=8,8192,0,76329,9.3175048828125
RRDMD,λ=8,8192,0,70161,8.5645751953125
RRDMD,λ=8,8192,0,81617,9.9630126953125
RRDMD,λ=8,8192,0,78241,9.5509033203125
RRDMD,λ=8,8192,0,76841,9.3800048828125
RRDMD,λ=8,8192,0,73113,8.9249267578125
RRDMD,λ=8,8192,0,84481,10.3126220703125
RRDMD,λ=8,8192,0,68001,8.3009033203125
RRDMD,λ=8,8192,0,81561,9.9561767578125
RRDMD,λ=8,8192,0,73297,8.9473876953125
RRDMD,λ=8,8192,0,70409,8.5948486328125
RRDMD,λ=8,8192,0,74817,9.1329345703125
RRDMD,λ=8,8192,0,79505,9.7052001953125
RRDMD,λ=8,8192,0,75473,9.2130126953125
RRDMD,λ=8,8192,0,76553,9.3448486328125
RRDMD,λ=8,8192,0,76937,9.3917236328125
RRDMD,λ=8,8192,0,76801,9.3751220703125
RRDMD,λ=8,8192,0,73241,8.9405517578125
RRDMD,λ=8,8192,0,72249,8.8194580078125
RRDMD,λ=8,8192,0,75153,9.1739501953125
RRDMD,λ=8,8192,0,77153,9.4180908203125
RRDMD,λ=8,8192,0,74409,9.0831298828125
RRDMD,λ=8,8192,0,83913,10.2432861328125
RRDMD,λ=8,8192,0,81521,9.9512939453125
RRDMD,λ=8,8192,0,78577,9.5919189453125
RRDMD,λ=8,8192,0,70585,8.6163330078125
RRDMD,λ=8,8192,0,70481,8.6036376953125
RRDMD,λ=8,8192,0,75121,9.1700439453125
RRDMD,λ=8,8192,0,76401,9.3262939453125
RRDMD,λ=8,8192,0,70321,8.5841064453125
RRDMD,λ=8,8192,0,74393,9.0811767578125
RRDMD,λ=8,8192,0,79849,9.7471923828125
RRDMD,λ=8,8192,0,79545,9.7100830078125
RHDMD,λ=8,8192,0,82321,10.0489501953125
RHDMD,λ=8,8192,0,70881,8.6524658203125
RHDMD,λ=8,8192,0,69993,8.5440673828125
RHDMD,λ=8,8192,0,72177,8.8106689453125
RHDMD,λ=8,8192,0,66217,8.0831298828125
RHDMD,λ=8,8192,0,75897,9.2647705078125
RHDMD,λ=8,8192,0,74793,9.1300048828125
RHDMD,λ=8,8192,0,69113,8.4366455078125
RHDMD,λ=8,8192,0,69553,8.4903564453125
RHDMD,λ=8,8192,0,75289,9.1905517578125
RHDMD,λ=8,8192,0,68761,8.3936767578125
RHDMD,λ=8,8192,0,74905,9.1436767578125
RHDMD,λ=8,8192,0,72785,8.8848876953125
RHDMD,λ=8,8192,0,80185,9.7882080078125
RHDMD,λ=8,8192,0,81297,9.9239501953125
RHDMD,λ=8,8192,0,81457,9.9434814453125
RHDMD,λ=8,8192,0,75953,9.2716064453125
RHDMD,λ=8,8192,0,75641,9.2335205078125
RHDMD,λ=8,8192,0,69769,8.5167236328125
RHDMD,λ=8,8192,0,84073,10.2628173828125
RHDMD,λ=8,8192,0,75129,9.1710205078125
RHDMD,λ=8,8192,0,71673,8.7491455078125
RHDMD,λ=8,8192,0,74601,9.1065673828125
RHDMD,λ=8,8192,0,72513,8.8516845703125
RHDMD,λ=8,8192,0,78001,9.5216064453125
RHDMD,λ=8,8192,0,78505,9.5831298828125
RHDMD,λ=8,8192,0,73257,8.9425048828125
RHDMD,λ=8,8192,0,71089,8.6778564453125
RHDMD,λ=8,8192,0,65433,7.9874267578125
RHDMD,λ=8,8192,0,75929,9.2686767578125
RHDMD,λ=8,8192,0,66721,8.1446533203125
RHDMD,λ=8,8192,0,82921,10.1221923828125
RHDMD,λ=8,8192,0,71577,8.7374267578125
RHDMD,λ=8,8192,0,68633,8.3780517578125
RHDMD,λ=8,8192,0,98545,12.0294189453125
RHDMD,λ=8,8192,0,68921,8.4132080078125
RHDMD,λ=8,8192,0,70905,8.6553955078125
RHDMD,λ=8,8192,0,69193,8.4464111328125
RHDMD,λ=8,8192,0,70297,8.5811767578125
RHDMD,λ=8,8192,0,72737,8.8790283203125
RHDMD,λ=8,8192,0,69249,8.4532470703125
RHDMD,λ=8,8192,0,71417,8.7178955078125
RHDMD,λ=8,8192,0,70849,8.6485595703125
RHDMD,λ=8,8192,0,74161,9.0528564453125
RHDMD,λ=8,8192,0,63673,7.7725830078125
RHDMD,λ=8,8192,0,98945,12.0782470703125
RHDMD,λ=8,8192,0,74089,9.0440673828125
RHDMD,λ=8,8192,0,66281,8.0909423828125
RHDMD,λ=8,8192,0,72193,8.8126220703125
RHDMD,λ=8,8192,0,78361,9.5655517578125
RHDMD,λ=8,8192,0,79457,9.6993408203125
RHDMD,λ=8,8192,0,69161,8.4425048828125
RHDMD,λ=8,8192,0,71801,8.7647705078125
RHDMD,λ=8,8192,0,68737,8.3907470703125
RHDMD,λ=8,8192,0,69817,8.5225830078125
RHDMD,λ=8,8192,0,75857,9.2598876953125
RHDMD,λ=8,8192,0,75585,9.2266845703125
RHDMD,λ=8,8192,0,77113,9.4132080078125
RHDMD,λ=8,8192,0,69929,8.5362548828125
RHDMD,λ=8,8192,0,70833,8.6466064453125
RHDMD,λ=8,8192,0,67281,8.2130126953125
RHDMD,λ=8,8192,0,77833,9.5010986328125
RHDMD,λ=8,8192,0,74217,9.0596923828125
RHDMD,λ=8,8192,0,70425,8.5968017578125
RHDMD,λ=8,8192,0,76761,9.3702392578125
RHDMD,λ=8,8192,0,78793,9.6182861328125
RHDMD,λ=8,8192,0,76841,9.3800048828125
RHDMD,λ=8,8192,0,74193,9.0567626953125
RHDMD,λ=8,8192,0,70945,8.6602783203125
RHDMD,λ=8,8192,0,74313,9.0714111328125
RHDMD,λ=8,8192,0,74073,9.0421142578125
RHDMD,λ=8,8192,0,65209,7.9600830078125
RHDMD,λ=8,8192,0,81849,9.9913330078125
RHDMD,λ=8,8192,0,69297,8.4591064453125
RHDMD,λ=8,8192,0,70313,8.5831298828125
RHDMD,λ=8,8192,0,82025,10.0128173828125
RHDMD,λ=8,8192,0,71841,8.7696533203125
RHDMD,λ=8,8192,0,84409,10.3038330078125
RHDMD,λ=8,8192,0,66713,8.1436767578125
RHDMD,λ=8,8192,0,70201,8.5694580078125
RHDMD,λ=8,8192,0,77593,9.4718017578125
RHDMD,λ=8,8192,0,71737,8.7569580078125
RHDMD,λ=8,8192,0,70713,8.6319580078125
RHDMD,λ=8,8192,0,70537,8.6104736328125
RHDMD,λ=8,8192,0,76673,9.3594970703125
RHDMD,λ=8,8192,0,74817,9.1329345703125
RHDMD,λ=8,8192,0,81481,9.9464111328125
RHDMD,λ=8,8192,0,69865,8.5284423828125
RHDMD,λ=8,8192,0,78313,9.5596923828125
RHDMD,λ=8,8192,0,67425,8.2305908203125
RHDMD,λ=8,8192,0,66849,8.1602783203125
RHDMD,λ=8,8192,0,72065,8.7969970703125
RHDMD,λ=8,8192,0,69753,8.5147705078125
RHDMD,λ=8,8192,0,68409,8.3507080078125
RHDMD,λ=8,8192,0,78185,9.5440673828125
RHDMD,λ=8,8192,0,74041,9.0382080078125
RHDMD,λ=8,8192,0,69737,8.5128173828125
RHDMD,λ=8,8192,0,78969,9.6397705078125
RHLMD,λ=8,8192,0,87049,10.6260986328125
RHLMD,λ=8,8192,0,78033,9.5255126953125
RHLMD,λ=8,8192,0,72697,8.8741455078125
RHLMD,λ=8,8192,0,74897,9.1427001953125
RHLMD,λ=8,8192,0,70809,8.6436767578125
RHLMD,λ=8,8192,0,70529,8.6094970703125
RHLMD,λ=8,8192,0,82401,10.0587158203125
RHLMD,λ=8,8192,0,68449,8.3555908203125
RHLMD,λ=8,8192,0,71081,8.6768798828125
RHLMD,λ=8,8192,0,76417,9.3282470703125
RHLMD,λ=8,8192,0,75177,9.1768798828125
RHLMD,λ=8,8192,0,72489,8.8487548828125
RHLMD,λ=8,8192,0,74929,9.1466064453125
RHLMD,λ=8,8192,0,73681,8.9942626953125
RHLMD,λ=8,8192,0,72513,8.8516845703125
RHLMD,λ=8,8192,0,70113,8.5587158203125
RHLMD,λ=8,8192,0,76193,9.3009033203125
RHLMD,λ=8,8192,0,69185,8.4454345703125
RHLMD,λ=8,8192,0,78465,9.5782470703125
RHLMD,λ=8,8192,0,70073,8.5538330078125
RHLMD,λ=8,8192,0,80457,9.8214111328125
RHLMD,λ=8,8192,0,72457,8.8448486328125
RHLMD,λ=8,8192,0,72473,8.8468017578125
RHLMD,λ=8,8192,0,76809,9.3760986328125
RHLMD,λ=8,8192,0,73449,8.9659423828125
RHLMD,λ=8,8192,0,73793,9.0079345703125
RHLMD,λ=8,8192,0,71097,8.6788330078125
RHLMD,λ=8,8192,0,65977,8.0538330078125
RHLMD,λ=8,8192,0,80705,9.8516845703125
RHLMD,λ=8,8192,0,70961,8.6622314453125
RHLMD,λ=8,8192,0,66193,8.0802001953125
RHLMD,λ=8,8192,0,71681,8.7501220703125
RHLMD,λ=8,8192,0,70121,8.5596923828125
RHLMD,λ=8,8192,0,79097,9.6553955078125
RHLMD,λ=8,8192,0,75849,9.2589111328125
RHLMD,λ=8,8192,0,79081,9.6534423828125
RHLMD,λ=8,8192,0,70361,8.5889892578125
RHLMD,λ=8,8192,0,87609,10.6944580078125
RHLMD,λ=8,8192,0,87105,10.6329345703125
RHLMD,λ=8,8192,0,70689,8.6290283203125
RHLMD,λ=8,8192,0,71617,8.7423095703125
RHLMD,λ=8,8192,0,73929,9.0245361328125
RHLMD,λ=8,8192,0,74465,9.0899658203125
RHLMD,λ=8,8192,0,88025,10.7452392578125
RHLMD,λ=8,8192,0,79945,9.7589111328125
RHLMD,λ=8,8192,0,81145,9.9053955078125
RHLMD,λ=8,8192,0,81009,9.8887939453125
RHLMD,λ=8,8192,0,74953,9.1495361328125
RHLMD,λ=8,8192,0,82689,10.0938720703125
RHLMD,λ=8,8192,0,84249,10.2843017578125
RHLMD,λ=8,8192,0,71249,8.6973876953125
RHLMD,λ=8,8192,0,72817,8.8887939453125
RHLMD,λ=8,8192,0,70593,8.6173095703125
RHLMD,λ=8,8192,0,68809,8.3995361328125
RHLMD,λ=8,8192,0,66177,8.0782470703125
RHLMD,λ=8,8192,0,65697,8.0196533203125
RHLMD,λ=8,8192,0,74369,9.0782470703125
RHLMD,λ=8,8192,0,73305,8.9483642578125
RHLMD,λ=8,8192,0,76449,9.3321533203125
RHLMD,λ=8,8192,0,76785,9.3731689453125
RHLMD,λ=8,8192,0,78809,9.6202392578125
RHLMD,λ=8,8192,0,82105,10.0225830078125
RHLMD,λ=8,8192,0,71273,8.7003173828125
RHLMD,λ=8,8192,0,73489,8.9708251953125
RHLMD,λ=8,8192,0,78129,9.5372314453125
RHLMD,λ=8,8192,0,76857,9.3819580078125
RHLMD,λ=8,8192,0,76129,9.2930908203125
RHLMD,λ=8,8192,0,69305,8.4600830078125
RHLMD,λ=8,8192,0,94185,11.4971923828125
RHLMD,λ=8,8192,0,76945,9.3927001953125
RHLMD,λ=8,8192,0,76337,9.3184814453125
RHLMD,λ=8,8192,0,79257,9.6749267578125
RHLMD,λ=8,8192,0,72641,8.8673095703125
RHLMD,λ=8,8192,0,83825,10.2325439453125
RHLMD,λ=8,8192,0,68481,8.3594970703125
RHLMD,λ=8,8192,0,79561,9.7120361328125
RHLMD,λ=8,8192,0,68897,8.4102783203125
RHLMD,λ=8,8192,0,70761,8.6378173828125
RHLMD,λ=8,8192,0,76033,9.2813720703125
RHLMD,λ=8,8192,0,76217,9.3038330078125
RHLMD,λ=8,8192,0,71393,8.7149658203125
RHLMD,λ=8,8192,0,69273,8.4561767578125
RHLMD,λ=8,8192,0,75777,9.2501220703125
RHLMD,λ=8,8192,0,76169,9.2979736328125
RHLMD,λ=8,8192,0,85977,10.4952392578125
RHLMD,λ=8,8192,0,77305,9.4366455078125
RHLMD,λ=8,8192,0,73849,9.0147705078125
RHLMD,λ=8,8192,0,69801,8.5206298828125
RHLMD,λ=8,8192,0,84641,10.3321533203125
RHLMD,λ=8,8192,0,78185,9.5440673828125
RHLMD,λ=8,8192,0,72065,8.7969970703125
RHLMD,λ=8,8192,0,75673,9.2374267578125
RHLMD,λ=8,8192,0,89705,10.9503173828125
RHLMD,λ=8,8192,0,77825,9.5001220703125
RHLMD,λ=8,8192,0,71257,8.6983642578125
RHLMD,λ=8,8192,0,69145,8.4405517578125
RHLMD,λ=8,8192,0,72809,8.8878173828125
RHLMD,λ=8,8192,0,73273,8.9444580078125
RHLMD,λ=8,8192,0,74889,9.1417236328125
RRLMD,λ=8,8192,0,88233,10.7706298828125
RRLMD,λ=8,8192,0,88433,10.7950439453125
RRLMD,λ=8,8192,0,73089,8.9219970703125
RRLMD,λ=8,8192,0,74185,9.0557861328125
RRLMD,λ=8,8192,0,75897,9.2647705078125
RRLMD,λ=8,8192,0,95409,11.6466064453125
RRLMD,λ=8,8192,0,70897,8.6544189453125
RRLMD,λ=8,8192,0,75225,9.1827392578125
RRLMD,λ=8,8192,0,94345,11.5167236328125
RRLMD,λ=8,8192,0,77745,9.4903564453125
RRLMD,λ=8,8192,0,76489,9.3370361328125
RRLMD,λ=8,8192,0,78049,9.5274658203125
RRLMD,λ=8,8192,0,86569,10.5675048828125
RRLMD,λ=8,8192,0,74633,9.1104736328125
RRLMD,λ=8,8192,0,74777,9.1280517578125
RRLMD,λ=8,8192,0,79585,9.7149658203125
RRLMD,λ=8,8192,0,69209,8.4483642578125
RRLMD,λ=8,8192,0,75785,9.2510986328125
RRLMD,λ=8,8192,0,73257,8.9425048828125
RRLMD,λ=8,8192,0,69905,8.5333251953125
RRLMD,λ=8,8192,0,75257,9.1866455078125
RRLMD,λ=8,8192,0,74081,9.0430908203125
RRLMD,λ=8,8192,0,77137,9.4161376953125
RRLMD,λ=8,8192,0,68257,8.3321533203125
RRLMD,λ=8,8192,0,85601,10.4493408203125
RRLMD,λ=8,8192,0,70841,8.6475830078125
RRLMD,λ=8,8192,0,87233,10.6485595703125
RRLMD,λ=8,8192,0,70961,8.6622314453125
RRLMD,λ=8,8192,0,77569,9.4688720703125
RRLMD,λ=8,8192,0,78945,9.6368408203125
RRLMD,λ=8,8192,0,71881,8.7745361328125
RRLMD,λ=8,8192,0,77913,9.5108642578125
RRLMD,λ=8,8192,0,90905,11.0968017578125
RRLMD,λ=8,8192,0,72201,8.8135986328125
RRLMD,λ=8,8192,0,72153,8.8077392578125
RRLMD,λ=8,8192,0,83681,10.2149658203125
RRLMD,λ=8,8192,0,77705,9.4854736328125
RRLMD,λ=8,8192,0,87289,10.6553955078125
RRLMD,λ=8,8192,0,76137,9.2940673828125
RRLMD,λ=8,8192,0,72241,8.8184814453125
RRLMD,λ=8,8192,0,78913,9.6329345703125
RRLMD,λ=8,8192,0,82777,10.1046142578125
RRLMD,λ=8,8192,0,85809,10.4747314453125
RRLMD,λ=8,8192,0,74153,9.0518798828125
RRLMD,λ=8,8192,0,78497,9.5821533203125
RRLMD,λ=8,8192,0,83377,10.1778564453125
RRLMD,λ=8,8192,0,73585,8.9825439453125
RRLMD,λ=8,8192,0,77081,9.4093017578125
RRLMD,λ=8,8192,0,80105,9.7784423828125
RRLMD,λ=8,8192,0,72297,8.8253173828125
RRLMD,λ=8,8192,0,78305,9.5587158203125
RRLMD,λ=8,8192,0,74097,9.0450439453125
RRLMD,λ=8,8192,0,78457,9.5772705078125
RRLMD,λ=8,8192,0,68945,8.4161376953125
RRLMD,λ=8,8192,0,77729,9.4884033203125
RRLMD,λ=8,8192,0,93521,11.4161376953125
RRLMD,λ=8,8192,0,91913,11.2198486328125
RRLMD,λ=8,8192,0,90033,10.9903564453125
RRLMD,λ=8,8192,0,73097,8.9229736328125
RRLMD,λ=8,8192,0,86441,10.5518798828125
RRLMD,λ=8,8192,0,80601,9.8389892578125
RRLMD,λ=8,8192,0,88041,10.7471923828125
RRLMD,λ=8,8192,0,71113,8.6807861328125
RRLMD,λ=8,8192,0,77673,9.4815673828125
RRLMD,λ=8,8192,0,79137,9.6602783203125
RRLMD,λ=8,8192,0,73265,8.9434814453125
RRLMD,λ=8,8192,0,79377,9.6895751953125
RRLMD,λ=8,8192,0,71769,8.7608642578125
RRLMD,λ=8,8192,0,84689,10.3380126953125
RRLMD,λ=8,8192,0,73169,8.9317626953125
RRLMD,λ=8,8192,0,75577,9.2257080078125
RRLMD,λ=8,8192,0,79929,9.7569580078125
RRLMD,λ=8,8192,0,77025,9.4024658203125
RRLMD,λ=8,8192,0,86585,10.5694580078125
RRLMD,λ=8,8192,0,77457,9.4552001953125
RRLMD,λ=8,8192,0,86361,10.5421142578125
RRLMD,λ=8,8192,0,88441,10.7960205078125
RRLMD,λ=8,8192,0,87681,10.7032470703125
RRLMD,λ=8,8192,0,82177,10.0313720703125
RRLMD,λ=8,8192,0,82241,10.0391845703125
RRLMD,λ=8,8192,0,76577,9.3477783203125
RRLMD,λ=8,8192,0,77945,9.5147705078125
RRLMD,λ=8,8192,0,74457,9.0889892578125
RRLMD,λ=8,8192,0,72497,8.8497314453125
RRLMD,λ=8,8192,0,72945,8.9044189453125
RRLMD,λ=8,8192,0,76609,9.3516845703125
RRLMD,λ=8,8192,0,71689,8.7510986328125
RRLMD,λ=8,8192,0,84705,10.3399658203125
RRLMD,λ=8,8192,0,81665,9.9688720703125
RRLMD,λ=8,8192,0,70481,8.6036376953125
RRLMD,λ=8,8192,0,76569,9.3468017578125
RRLMD,λ=8,8192,0,72593,8.8614501953125
RRLMD,λ=8,8192,0,82049,10.0157470703125
RRLMD,λ=8,8192,0,72337,8.8302001953125
RRLMD,λ=8,8192,0,72281,8.8233642578125
RRLMD,λ=8,8192,0,84497,10.3145751953125
RRLMD,λ=8,8192,0,75721,9.2432861328125
RSLMD,λ=8,8192,0,100193,12.2305908203125
RSLMD,λ=8,8192,0,95073,11.6055908203125
RSLMD,λ=8,8192,0,102145,12.4688720703125
RSLMD,λ=8,8192,0,94081,11.4844970703125
RSLMD,λ=8,8192,0,119841,14.6290283203125
RSLMD,λ=8,8192,0,92993,11.3516845703125
RSLMD,λ=8,8192,0,111985,13.6700439453125
RSLMD,λ=8,8192,0,98161,11.9825439453125
RSLMD,λ=8,8192,0,93969,11.4708251953125
RSLMD,λ=8,8192,0,103409,12.6231689453125
RSLMD,λ=8,8192,0,102449,12.5059814453125
RSLMD,λ=8,8192,0,89537,10.9298095703125
RSLMD,λ=8,8192,0,104609,12.7696533203125
RSLMD,λ=8,8192,0,106337,12.9805908203125
RSLMD,λ=8,8192,0,90657,11.0665283203125
RSLMD,λ=8,8192,0,100209,12.2325439453125
RSLMD,λ=8,8192,0,99025,12.0880126953125
RSLMD,λ=8,8192,0,95841,11.6993408203125
RSLMD,λ=8,8192,0,106305,12.9766845703125
RSLMD,λ=8,8192,0,84193,10.2774658203125
RSLMD,λ=8,8192,0,95937,11.7110595703125
RSLMD,λ=8,8192,0,96897,11.8282470703125
RSLMD,λ=8,8192,0,90785,11.0821533203125
RSLMD,λ=8,8192,0,96961,11.8360595703125
RSLMD,λ=8,8192,0,96177,11.7403564453125
RSLMD,λ=8,8192,0,102833,12.5528564453125
RSLMD,λ=8,8192,0,106113,12.9532470703125
RSLMD,λ=8,8192,0,92321,11.2696533203125
RSLMD,λ=8,8192,0,92465,11.2872314453125
RSLMD,λ=8,8192,0,105409,12.8673095703125
RSLMD,λ=8,8192,0,113441,13.8477783203125
RSLMD,λ=8,8192,0,96065,11.7266845703125
RSLMD,λ=8,8192,0,109489,13.3653564453125
RSLMD,λ=8,8192,0,110929,13.5411376953125
RSLMD,λ=8,8192,0,106593,13.0118408203125
RSLMD,λ=8,8192,0,100049,12.2130126953125
RSLMD,λ=8,8192,0,105313,12.8555908203125
RSLMD,λ=8,8192,0,95089,11.6075439453125
RSLMD,λ=8,8192,0,106625,13.0157470703125
RSLMD,λ=8,8192,0,101425,12.3809814453125
RSLMD,λ=8,8192,0,96449,11.7735595703125
RSLMD,λ=8,8192,0,105217,12.8438720703125
RSLMD,λ=8,8192,0,109313,13.3438720703125
RSLMD,λ=8,8192,0,91457,11.1641845703125
RSLMD,λ=8,8192,0,99729,12.1739501953125
RSLMD,λ=8,8192,0,103553,12.6407470703125
RSLMD,λ=8,8192,0,94561,11.5430908203125
RSLMD,λ=8,8192,0,97489,11.9005126953125
RSLMD,λ=8,8192,0,95505,11.6583251953125
RSLMD,λ=8,8192,0,116785,14.2559814453125
RSLMD,λ=8,8192,0,96609,11.7930908203125
RSLMD,λ=8,8192,0,101777,12.4239501953125
RSLMD,λ=8,8192,0,104257,12.7266845703125
RSLMD,λ=8,8192,0,101409,12.3790283203125
RSLMD,λ=8,8192,0,93073,11.3614501953125
RSLMD,λ=8,8192,0,102081,12.4610595703125
RSLMD,λ=8,8192,0,95265,11.6290283203125
RSLMD,λ=8,8192,0,103793,12.6700439453125
RSLMD,λ=8,8192,0,100625,12.2833251953125
RSLMD,λ=8,8192,0,92449,11.2852783203125
RSLMD,λ=8,8192,0,92305,11.2677001953125
RSLMD,λ=8,8192,0,100577,12.2774658203125
RSLMD,λ=8,8192,0,95681,11.6798095703125
RSLMD,λ=8,8192,0,89889,10.9727783203125
RSLMD,λ=8,8192,0,103377,12.6192626953125
RSLMD,λ=8,8192,0,119633,14.6036376953125
RSLMD,λ=8,8192,0,94129,11.4903564453125
RSLMD,λ=8,8192,0,113169,13.8145751953125
RSLMD,λ=8,8192,0,110017,13.4298095703125
RSLMD,λ=8,8192,0,122737,14.9825439453125
RSLMD,λ=8,8192,0,91617,11.1837158203125
RSLMD,λ=8,8192,0,93441,11.4063720703125
RSLMD,λ=8,8192,0,97793,11.9376220703125
RSLMD,λ=8,8192,0,99441,12.1387939453125
RSLMD,λ=8,8192,0,105569,12.8868408203125
RSLMD,λ=8,8192,0,94369,11.5196533203125
RSLMD,λ=8,8192,0,92417,11.2813720703125
RSLMD,λ=8,8192,0,92513,11.2930908203125
RSLMD,λ=8,8192,0,97921,11.9532470703125
RSLMD,λ=8,8192,0,91841,11.2110595703125
RSLMD,λ=8,8192,0,116097,14.1719970703125
RSLMD,λ=8,8192,0,94049,11.4805908203125
RSLMD,λ=8,8192,0,99361,12.1290283203125
RSLMD,λ=8,8192,0,90161,11.0059814453125
RSLMD,λ=8,8192,0,90257,11.0177001953125
RSLMD,λ=8,8192,0,93041,11.3575439453125
RSLMD,λ=8,8192,0,90385,11.0333251953125
RSLMD,λ=8,8192,0,100241,12.2364501953125
RSLMD,λ=8,8192,0,103137,12.5899658203125
RSLMD,λ=8,8192,0,101121,12.3438720703125
RSLMD,λ=8,8192,0,98769,12.0567626953125
RSLMD,λ=8,8192,0,102401,12.5001220703125
RSLMD,λ=8,8192,0,107729,13.1505126953125
RSLMD,λ=8,8192,0,113057,13.8009033203125
RSLMD,λ=8,8192,0,98033,11.9669189453125
RSLMD,λ=8,8192,0,94769,11.5684814453125
RSDID,λ=8,8192,0,96785,11.8145751953125
RSDID,λ=8,8192,0,95073,11.6055908203125
RSDID,λ=8,8192,0,109425,13.3575439453125
RSDID,λ=8,8192,0,106785,13.0352783203125
RSDID,λ=8,8192,0,103489,12.6329345703125
RSDID,λ=8,8192,0,109697,13.3907470703125
RSDID,λ=8,8192,0,97009,11.8419189453125
RSDID,λ=8,8192,0,102353,12.4942626953125
RSDID,λ=8,8192,0,103089,12.5841064453125
RSDID,λ=8,8192,0,110225,13.4552001953125
RSDID,λ=8,8192,0,119313,14.5645751953125
RSDID,λ=8,8192,0,98161,11.9825439453125
RSDID,λ=8,8192,0,106545,13.0059814453125
RSDID,λ=8,8192,0,102993,12.5723876953125
RSDID,λ=8,8192,0,99745,12.1759033203125
RSDID,λ=8,8192,0,122385,14.9395751953125
RSDID,λ=8,8192,0,100913,12.3184814453125
RSDID,λ=8,8192,0,93841,11.4552001953125
RSDID,λ=8,8192,0,101457,12.3848876953125
RSDID,λ=8,8192,0,136257,16.6329345703125
RSDID,λ=8,8192,0,91857,11.2130126953125
RSDID,λ=8,8192,0,106833,13.0411376953125
RSDID,λ=8,8192,0,99025,12.0880126953125
RSDID,λ=8,8192,0,106481,12.9981689453125
RSDID,λ=8,8192,0,107617,13.1368408203125
RSDID,λ=8,8192,0,108481,13.2423095703125
RSDID,λ=8,8192,0,99489,12.1446533203125
RSDID,λ=8,8192,0,108593,13.2559814453125
RSDID,λ=8,8192,0,117041,14.2872314453125
RSDID,λ=8,8192,0,105953,12.9337158203125
RSDID,λ=8,8192,0,128545,15.6915283203125
RSDID,λ=8,8192,0,113297,13.8302001953125
RSDID,λ=8,8192,0,104529,12.7598876953125
RSDID,λ=8,8192,0,97265,11.8731689453125
RSDID,λ=8,8192,0,109409,13.3555908203125
RSDID,λ=8,8192,0,94209,11.5001220703125
RSDID,λ=8,8192,0,99777,12.1798095703125
RSDID,λ=8,8192,0,105137,12.8341064453125
RSDID,λ=8,8192,0,105313,12.8555908203125
RSDID,λ=8,8192,0,103233,12.6016845703125
RSDID,λ=8,8192,0,104689,12.7794189453125
RSDID,λ=8,8192,0,101425,12.3809814453125
RSDID,λ=8,8192,0,112817,13.7716064453125
RSDID,λ=8,8192,0,114689,14.0001220703125
RSDID,λ=8,8192,0,92065,11.2384033203125
RSDID,λ=8,8192,0,96753,11.8106689453125
RSDID,λ=8,8192,0,102145,12.4688720703125
RSDID,λ=8,8192,0,99985,12.2052001953125
RSDID,λ=8,8192,0,103249,12.6036376953125
RSDID,λ=8,8192,0,107329,13.1016845703125
RSDID,λ=8,8192,0,110849,13.5313720703125
RSDID,λ=8,8192,0,105793,12.9141845703125
RSDID,λ=8,8192,0,99345,12.1270751953125
RSDID,λ=8,8192,0,98913,12.0743408203125
RSDID,λ=8,8192,0,122673,14.9747314453125
RSDID,λ=8,8192,0,126497,15.4415283203125
RSDID,λ=8,8192,0,99937,12.1993408203125
RSDID,λ=8,8192,0,96001,11.7188720703125
RSDID,λ=8,8192,0,99921,12.1973876953125
RSDID,λ=8,8192,0,97809,11.9395751953125
RSDID,λ=8,8192,0,107985,13.1817626953125
RSDID,λ=8,8192,0,107233,13.0899658203125
RSDID,λ=8,8192,0,105985,12.9376220703125
RSDID,λ=8,8192,0,114449,13.9708251953125
RSDID,λ=8,8192,0,104801,12.7930908203125
RSDID,λ=8,8192,0,106977,13.0587158203125
RSDID,λ=8,8192,0,115889,14.1466064453125
RSDID,λ=8,8192,0,94817,11.5743408203125
RSDID,λ=8,8192,0,104289,12.7305908203125
RSDID,λ=8,8192,0,108241,13.2130126953125
RSDID,λ=8,8192,0,99665,12.1661376953125
RSDID,λ=8,8192,0,100769,12.3009033203125
RSDID,λ=8,8192,0,109649,13.3848876953125
RSDID,λ=8,8192,0,106289,12.9747314453125
RSDID,λ=8,8192,0,104657,12.7755126953125
RSDID,λ=8,8192,0,95649,11.6759033203125
RSDID,λ=8,8192,0,116321,14.1993408203125
RSDID,λ=8,8192,0,101681,12.4122314453125
RSDID,λ=8,8192,0,101905,12.4395751953125
RSDID,λ=8,8192,0,103953,12.6895751953125
RSDID,λ=8,8192,0,107745,13.1524658203125
RSDID,λ=8,8192,0,103329,12.6134033203125
RSDID,λ=8,8192,0,100081,12.2169189453125
RSDID,λ=8,8192,0,105441,12.8712158203125
RSDID,λ=8,8192,0,106209,12.9649658203125
RSDID,λ=8,8192,0,93825,11.4532470703125
RSDID,λ=8,8192,0,105361,12.8614501953125
RSDID,λ=8,8192,0,120129,14.6641845703125
RSDID,λ=8,8192,0,99553,12.1524658203125
RSDID,λ=8,8192,0,98657,12.0430908203125
RSDID,λ=8,8192,0,97969,11.9591064453125
RSDID,λ=8,8192,0,98321,12.0020751953125
RSDID,λ=8,8192,0,96225,11.7462158203125
RSDID,λ=8,8192,0,95793,11.6934814453125
RSDID,λ=8,8192,0,94273,11.5079345703125
RSDID,λ=8,8192,0,106353,12.9825439453125
RSDID,λ=8,8192,0,99809,12.1837158203125
RSDID,λ=8,8192,0,99265,12.1173095703125
RRDID,λ=8,8192,0,81857,9.9923095703125
RRDID,λ=8,8192,0,75345,9.1973876953125
RRDID,λ=8,8192,0,78705,9.6075439453125
RRDID,λ=8,8192,0,90369,11.0313720703125
RRDID,λ=8,8192,0,79425,9.6954345703125
RRDID,λ=8,8192,0,75969,9.2735595703125
RRDID,λ=8,8192,0,86545,10.5645751953125
RRDID,λ=8,8192,0,73713,8.9981689453125
RRDID,λ=8,8192,0,77601,9.4727783203125
RRDID,λ=8,8192,0,95009,11.5977783203125
RRDID,λ=8,8192,0,74081,9.0430908203125
RRDID,λ=8,8192,0,88321,10.7813720703125
RRDID,λ=8,8192,0,79857,9.7481689453125
RRDID,λ=8,8192,0,82001,10.0098876953125
RRDID,λ=8,8192,0,80977,9.8848876953125
RRDID,λ=8,8192,0,81841,9.9903564453125
RRDID,λ=8,8192,0,86385,10.5450439453125
RRDID,λ=8,8192,0,79329,9.6837158203125
RRDID,λ=8,8192,0,78945,9.6368408203125
RRDID,λ=8,8192,0,77409,9.4493408203125
RRDID,λ=8,8192,0,82593,10.0821533203125
RRDID,λ=8,8192,0,90785,11.0821533203125
RRDID,λ=8,8192,0,83265,10.1641845703125
RRDID,λ=8,8192,0,80961,9.8829345703125
RRDID,λ=8,8192,0,82945,10.1251220703125
RRDID,λ=8,8192,0,82193,10.0333251953125
RRDID,λ=8,8192,0,87105,10.6329345703125
RRDID,λ=8,8192,0,77985,9.5196533203125
RRDID,λ=8,8192,0,85857,10.4805908203125
RRDID,λ=8,8192,0,73921,9.0235595703125
RRDID,λ=8,8192,0,82865,10.1153564453125
RRDID,λ=8,8192,0,86769,10.5919189453125
RRDID,λ=8,8192,0,80177,9.7872314453125
RRDID,λ=8,8192,0,88225,10.7696533203125
RRDID,λ=8,8192,0,85025,10.3790283203125
RRDID,λ=8,8192,0,78497,9.5821533203125
RRDID,λ=8,8192,0,78641,9.5997314453125
RRDID,λ=8,8192,0,83121,10.1466064453125
RRDID,λ=8,8192,0,79889,9.7520751953125
RRDID,λ=8,8192,0,97841,11.9434814453125
RRDID,λ=8,8192,0,83089,10.1427001953125
RRDID,λ=8,8192,0,99473,12.1427001953125
RRDID,λ=8,8192,0,73217,8.9376220703125
RRDID,λ=8,8192,0,82289,10.0450439453125
RRDID,λ=8,8192,0,76161,9.2969970703125
RRDID,λ=8,8192,0,81569,9.9571533203125
RRDID,λ=8,8192,0,85041,10.3809814453125
RRDID,λ=8,8192,0,84177,10.2755126953125
RRDID,λ=8,8192,0,78433,9.5743408203125
RRDID,λ=8,8192,0,88961,10.8594970703125
RRDID,λ=8,8192,0,90065,10.9942626953125
RRDID,λ=8,8192,0,79713,9.7305908203125
RRDID,λ=8,8192,0,81905,9.9981689453125
RRDID,λ=8,8192,0,85345,10.4180908203125
RRDID,λ=8,8192,0,90593,11.0587158203125
RRDID,λ=8,8192,0,86689,10.5821533203125
RRDID,λ=8,8192,0,81617,9.9630126953125
RRDID,λ=8,8192,0,90641,11.0645751953125
RRDID,λ=8,8192,0,76289,9.3126220703125
RRDID,λ=8,8192,0,84833,10.3555908203125
RRDID,λ=8,8192,0,87121,10.6348876953125
RRDID,λ=8,8192,0,77649,9.4786376953125
RRDID,λ=8,8192,0,80369,9.8106689453125
RRDID,λ=8,8192,0,86897,10.6075439453125
RRDID,λ=8,8192,0,89089,10.8751220703125
RRDID,λ=8,8192,0,88929,10.8555908203125
RRDID,λ=8,8192,0,90417,11.0372314453125
RRDID,λ=8,8192,0,77633,9.4766845703125
RRDID,λ=8,8192,0,81473,9.9454345703125
RRDID,λ=8,8192,0,79665,9.7247314453125
RRDID,λ=8,8192,0,81281,9.9219970703125
RRDID,λ=8,8192,0,75473,9.2130126953125
RRDID,λ=8,8192,0,80321,9.8048095703125
RRDID,λ=8,8192,0,79793,9.7403564453125
RRDID,λ=8,8192,0,84241,10.2833251953125
RRDID,λ=8,8192,0,87473,10.6778564453125
RRDID,λ=8,8192,0,86305,10.5352783203125
RRDID,λ=8,8192,0,75505,9.2169189453125
RRDID,λ=8,8192,0,76257,9.3087158203125
RRDID,λ=8,8192,0,87697,10.7052001953125
RRDID,λ=8,8192,0,80449,9.8204345703125
RRDID,λ=8,8192,0,78881,9.6290283203125
RRDID,λ=8,8192,0,80481,9.8243408203125
RRDID,λ=8,8192,0,77873,9.5059814453125
RRDID,λ=8,8192,0,85153,10.3946533203125
RRDID,λ=8,8192,0,76817,9.3770751953125
RRDID,λ=8,8192,0,76401,9.3262939453125
RRDID,λ=8,8192,0,77185,9.4219970703125
RRDID,λ=8,8192,0,98241,11.9923095703125
RRDID,λ=8,8192,0,86113,10.5118408203125
RRDID,λ=8,8192,0,87841,10.7227783203125
RRDID,λ=8,8192,0,77169,9.4200439453125
RRDID,λ=8,8192,0,82817,10.1094970703125
RRDID,λ=8,8192,0,85825,10.4766845703125
RRDID,λ=8,8192,0,78657,9.6016845703125
RRDID,λ=8,8192,0,98257,11.9942626953125
RHDID,λ=8,8192,0,82945,10.1251220703125
RHDID,λ=8,8192,0,79649,9.7227783203125
RHDID,λ=8,8192,0,87393,10.6680908203125
RHDID,λ=8,8192,0,81313,9.9259033203125
RHDID,λ=8,8192,0,81057,9.8946533203125
RHDID,λ=8,8192,0,79233,9.6719970703125
RHDID,λ=8,8192,0,90673,11.0684814453125
RHDID,λ=8,8192,0,81121,9.9024658203125
RHDID,λ=8,8192,0,105425,12.8692626953125
RHDID,λ=8,8192,0,77585,9.4708251953125
RHDID,λ=8,8192,0,75953,9.2716064453125
RHDID,λ=8,8192,0,87313,10.6583251953125
RHDID,λ=8,8192,0,78961,9.6387939453125
RHDID,λ=8,8192,0,74913,9.1446533203125
RHDID,λ=8,8192,0,79601,9.7169189453125
RHDID,λ=8,8192,0,82913,10.1212158203125
RHDID,λ=8,8192,0,81505,9.9493408203125
RHDID,λ=8,8192,0,79585,9.7149658203125
RHDID,λ=8,8192,0,75729,9.2442626953125
RHDID,λ=8,8192,0,73953,9.0274658203125
RHDID,λ=8,8192,0,74513,9.0958251953125
RHDID,λ=8,8192,0,71873,8.7735595703125
RHDID,λ=8,8192,0,82705,10.0958251953125
RHDID,λ=8,8192,0,74321,9.0723876953125
RHDID,λ=8,8192,0,87073,10.6290283203125
RHDID,λ=8,8192,0,82833,10.1114501953125
RHDID,λ=8,8192,0,84801,10.3516845703125
RHDID,λ=8,8192,0,73137,8.9278564453125
RHDID,λ=8,8192,0,76545,9.3438720703125
RHDID,λ=8,8192,0,77569,9.4688720703125
RHDID,λ=8,8192,0,86193,10.5216064453125
RHDID,λ=8,8192,0,81329,9.9278564453125
RHDID,λ=8,8192,0,83153,10.1505126953125
RHDID,λ=8,8192,0,80065,9.7735595703125
RHDID,λ=8,8192,0,84209,10.2794189453125
RHDID,λ=8,8192,0,75265,9.1876220703125
RHDID,λ=8,8192,0,79537,9.7091064453125
RHDID,λ=8,8192,0,83377,10.1778564453125
RHDID,λ=8,8192,0,83121,10.1466064453125
RHDID,λ=8,8192,0,86209,10.5235595703125
RHDID,λ=8,8192,0,78305,9.5587158203125
RHDID,λ=8,8192,0,79937,9.7579345703125
RHDID,λ=8,8192,0,78225,9.5489501953125
RHDID,λ=8,8192,0,84113,10.2677001953125
RHDID,λ=8,8192,0,74753,9.1251220703125
RHDID,λ=8,8192,0,84017,10.2559814453125
RHDID,λ=8,8192,0,78145,9.5391845703125
RHDID,λ=8,8192,0,81537,9.9532470703125
RHDID,λ=8,8192,0,96657,11.7989501953125
RHDID,λ=8,8192,0,75409,9.2052001953125
RHDID,λ=8,8192,0,80657,9.8458251953125
RHDID,λ=8,8192,0,89297,10.9005126953125
RHDID,λ=8,8192,0,79729,9.7325439453125
RHDID,λ=8,8192,0,80561,9.8341064453125
RHDID,λ=8,8192,0,74001,9.0333251953125
RHDID,λ=8,8192,0,79137,9.6602783203125
RHDID,λ=8,8192,0,78033,9.5255126953125
RHDID,λ=8,8192,0,88529,10.8067626953125
RHDID,λ=8,8192,0,78481,9.5802001953125
RHDID,λ=8,8192,0,83473,10.1895751953125
RHDID,λ=8,8192,0,79921,9.7559814453125
RHDID,λ=8,8192,0,77713,9.4864501953125
RHDID,λ=8,8192,0,74193,9.0567626953125
RHDID,λ=8,8192,0,82721,10.0977783203125
RHDID,λ=8,8192,0,100161,12.2266845703125
RHDID,λ=8,8192,0,78849,9.6251220703125
RHDID,λ=8,8192,0,76577,9.3477783203125
RHDID,λ=8,8192,0,71649,8.7462158203125
RHDID,λ=8,8192,0,72641,8.8673095703125
RHDID,λ=8,8192,0,76913,9.3887939453125
RHDID,λ=8,8192,0,80801,9.8634033203125
RHDID,λ=8,8192,0,81153,9.9063720703125
RHDID,λ=8,8192,0,73361,8.9552001953125
RHDID,λ=8,8192,0,77489,9.4591064453125
RHDID,λ=8,8192,0,74817,9.1329345703125
RHDID,λ=8,8192,0,83761,10.2247314453125
RHDID,λ=8,8192,0,84769,10.3477783203125
RHDID,λ=8,8192,0,75473,9.2130126953125
RHDID,λ=8,8192,0,76433,9.3302001953125
RHDID,λ=8,8192,0,76177,9.2989501953125
RHDID,λ=8,8192,0,86129,10.5137939453125
RHDID,λ=8,8192,0,98593,12.0352783203125
RHDID,λ=8,8192,0,82657,10.0899658203125
RHDID,λ=8,8192,0,82753,10.1016845703125
RHDID,λ=8,8192,0,85297,10.4122314453125
RHDID,λ=8,8192,0,83633,10.2091064453125
RHDID,λ=8,8192,0,78385,9.5684814453125
RHDID,λ=8,8192,0,72033,8.7930908203125
RHDID,λ=8,8192,0,76257,9.3087158203125
RHDID,λ=8,8192,0,77793,9.4962158203125
RHDID,λ=8,8192,0,80449,9.8204345703125
RHDID,λ=8,8192,0,72273,8.8223876953125
RHDID,λ=8,8192,0,77761,9.4923095703125
RHDID,λ=8,8192,0,76049,9.2833251953125
RHDID,λ=8,8192,0,94337,11.5157470703125
RHDID,λ=8,8192,0,76401,9.3262939453125
RHDID,λ=8,8192,0,73441,8.9649658203125
RHDID,λ=8,8192,0,77969,9.5177001953125
RHDID,λ=8,8192,0,90353,11.0294189453125
RHDID,λ=8,8192,0,86113,10.5118408203125
RHLID,λ=8,8192,0,91217,11.1348876953125
RHLID,λ=8,8192,0,86561,10.5665283203125
RHLID,λ=8,8192,0,76401,9.3262939453125
RHLID,λ=8,8192,0,76465,9.3341064453125
RHLID,λ=8,8192,0,89073,10.8731689453125
RHLID,λ=8,8192,0,78113,9.5352783203125
RHLID,λ=8,8192,0,81297,9.9239501953125
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RHLID,λ=8,8192,0,88449,10.7969970703125
RHLID,λ=8,8192,0,81761,9.9805908203125
RHLID,λ=8,8192,0,95281,11.6309814453125
RHLID,λ=8,8192,0,85713,10.4630126953125
RHLID,λ=8,8192,0,82913,10.1212158203125
RHLID,λ=8,8192,0,90225,11.0137939453125
RHLID,λ=8,8192,0,78001,9.5216064453125
RHLID,λ=8,8192,0,88145,10.7598876953125
RHLID,λ=8,8192,0,78529,9.5860595703125
RHLID,λ=8,8192,0,79361,9.6876220703125
RHLID,λ=8,8192,0,72001,8.7891845703125
RHLID,λ=8,8192,0,79857,9.7481689453125
RHLID,λ=8,8192,0,79617,9.7188720703125
RHLID,λ=8,8192,0,81825,9.9884033203125
RHLID,λ=8,8192,0,85777,10.4708251953125
RHLID,λ=8,8192,0,79217,9.6700439453125
RHLID,λ=8,8192,0,93681,11.4356689453125
RHLID,λ=8,8192,0,89761,10.9571533203125
RHLID,λ=8,8192,0,84081,10.2637939453125
RHLID,λ=8,8192,0,74577,9.1036376953125
RHLID,λ=8,8192,0,83457,10.1876220703125
RHLID,λ=8,8192,0,93761,11.4454345703125
RHLID,λ=8,8192,0,80017,9.7677001953125
RHLID,λ=8,8192,0,77985,9.5196533203125
RHLID,λ=8,8192,0,76481,9.3360595703125
RHLID,λ=8,8192,0,80177,9.7872314453125
RHLID,λ=8,8192,0,92369,11.2755126953125
RHLID,λ=8,8192,0,76081,9.2872314453125
RHLID,λ=8,8192,0,88225,10.7696533203125
RHLID,λ=8,8192,0,95137,11.6134033203125
RHLID,λ=8,8192,0,83121,10.1466064453125
RHLID,λ=8,8192,0,80001,9.7657470703125
RHLID,λ=8,8192,0,93105,11.3653564453125
RHLID,λ=8,8192,0,84017,10.2559814453125
RHLID,λ=8,8192,0,76897,9.3868408203125
RHLID,λ=8,8192,0,79841,9.7462158203125
RHLID,λ=8,8192,0,81697,9.9727783203125
RHLID,λ=8,8192,0,78401,9.5704345703125
RHLID,λ=8,8192,0,82289,10.0450439453125
RHLID,λ=8,8192,0,81569,9.9571533203125
RHLID,λ=8,8192,0,88897,10.8516845703125
RHLID,λ=8,8192,0,79025,9.6466064453125
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RHLID,λ=8,8192,0,81089,9.8985595703125
RHLID,λ=8,8192,0,73057,8.9180908203125
RHLID,λ=8,8192,0,79777,9.7384033203125
RHLID,λ=8,8192,0,76705,9.3634033203125
RHLID,λ=8,8192,0,79713,9.7305908203125
RHLID,λ=8,8192,0,79105,9.6563720703125
RHLID,λ=8,8192,0,81585,9.9591064453125
RHLID,λ=8,8192,0,84753,10.3458251953125
RHLID,λ=8,8192,0,81345,9.9298095703125
RHLID,λ=8,8192,0,81729,9.9766845703125
RHLID,λ=8,8192,0,83057,10.1387939453125
RHLID,λ=8,8192,0,81137,9.9044189453125
RHLID,λ=8,8192,0,82961,10.1270751953125
RHLID,λ=8,8192,0,80209,9.7911376953125
RHLID,λ=8,8192,0,86689,10.5821533203125
RHLID,λ=8,8192,0,86481,10.5567626953125
RHLID,λ=8,8192,0,82097,10.0216064453125
RHLID,λ=8,8192,0,78241,9.5509033203125
RHLID,λ=8,8192,0,77505,9.4610595703125
RHLID,λ=8,8192,0,94865,11.5802001953125
RHLID,λ=8,8192,0,86257,10.5294189453125
RHLID,λ=8,8192,0,88033,10.7462158203125
RHLID,λ=8,8192,0,86225,10.5255126953125
RHLID,λ=8,8192,0,81473,9.9454345703125
RHLID,λ=8,8192,0,76593,9.3497314453125
RHLID,λ=8,8192,0,81489,9.9473876953125
RHLID,λ=8,8192,0,83441,10.1856689453125
RHLID,λ=8,8192,0,78865,9.6270751953125
RHLID,λ=8,8192,0,75809,9.2540283203125
RHLID,λ=8,8192,0,93121,11.3673095703125
RHLID,λ=8,8192,0,77921,9.5118408203125
RHLID,λ=8,8192,0,91889,11.2169189453125
RHLID,λ=8,8192,0,78385,9.5684814453125
RHLID,λ=8,8192,0,75505,9.2169189453125
RHLID,λ=8,8192,0,88881,10.8497314453125
RHLID,λ=8,8192,0,84289,10.2891845703125
RHLID,λ=8,8192,0,80129,9.7813720703125
RHLID,λ=8,8192,0,76609,9.3516845703125
RHLID,λ=8,8192,0,88241,10.7716064453125
RHLID,λ=8,8192,0,78097,9.5333251953125
RHLID,λ=8,8192,0,84993,10.3751220703125
RHLID,λ=8,8192,0,83713,10.2188720703125
RHLID,λ=8,8192,0,87585,10.6915283203125
RHLID,λ=8,8192,0,83281,10.1661376953125
RHLID,λ=8,8192,0,105041,12.8223876953125
RHLID,λ=8,8192,0,80385,9.8126220703125
RRLID,λ=8,8192,0,75201,9.1798095703125
RRLID,λ=8,8192,0,71697,8.7520751953125
RRLID,λ=8,8192,0,77377,9.4454345703125
RRLID,λ=8,8192,0,92849,11.3341064453125
RRLID,λ=8,8192,0,81889,9.9962158203125
RRLID,λ=8,8192,0,93585,11.4239501953125
RRLID,λ=8,8192,0,86081,10.5079345703125
RRLID,λ=8,8192,0,83585,10.2032470703125
RRLID,λ=8,8192,0,82161,10.0294189453125
RRLID,λ=8,8192,0,87761,10.7130126953125
RRLID,λ=8,8192,0,86321,10.5372314453125
RRLID,λ=8,8192,0,89825,10.9649658203125
RRLID,λ=8,8192,0,100753,12.2989501953125
RRLID,λ=8,8192,0,78177,9.5430908203125
RRLID,λ=8,8192,0,73153,8.9298095703125
RRLID,λ=8,8192,0,92001,11.2305908203125
RRLID,λ=8,8192,0,85249,10.4063720703125
RRLID,λ=8,8192,0,77441,9.4532470703125
RRLID,λ=8,8192,0,88801,10.8399658203125
RRLID,λ=8,8192,0,86065,10.5059814453125
RRLID,λ=8,8192,0,80977,9.8848876953125
RRLID,λ=8,8192,0,88177,10.7637939453125
RRLID,λ=8,8192,0,80721,9.8536376953125
RRLID,λ=8,8192,0,87521,10.6837158203125
RRLID,λ=8,8192,0,109137,13.3223876953125
RRLID,λ=8,8192,0,87377,10.6661376953125
RRLID,λ=8,8192,0,82593,10.0821533203125
RRLID,λ=8,8192,0,93681,11.4356689453125
RRLID,λ=8,8192,0,75233,9.1837158203125
RRLID,λ=8,8192,0,85665,10.4571533203125
RRLID,λ=8,8192,0,84721,10.3419189453125
RRLID,λ=8,8192,0,80641,9.8438720703125
RRLID,λ=8,8192,0,84225,10.2813720703125
RRLID,λ=8,8192,0,80017,9.7677001953125
RRLID,λ=8,8192,0,77841,9.5020751953125
RRLID,λ=8,8192,0,86193,10.5216064453125
RRLID,λ=8,8192,0,84385,10.3009033203125
RRLID,λ=8,8192,0,78785,9.6173095703125
RRLID,λ=8,8192,0,88721,10.8302001953125
RRLID,λ=8,8192,0,80737,9.8555908203125
RRLID,λ=8,8192,0,80177,9.7872314453125
RRLID,λ=8,8192,0,79969,9.7618408203125
RRLID,λ=8,8192,0,77345,9.4415283203125
RRLID,λ=8,8192,0,100353,12.2501220703125
RRLID,λ=8,8192,0,83665,10.2130126953125
RRLID,λ=8,8192,0,83025,10.1348876953125
RRLID,λ=8,8192,0,75249,9.1856689453125
RRLID,λ=8,8192,0,84113,10.2677001953125
RRLID,λ=8,8192,0,80305,9.8028564453125
RRLID,λ=8,8192,0,84017,10.2559814453125
RRLID,λ=8,8192,0,84433,10.3067626953125
RRLID,λ=8,8192,0,86353,10.5411376953125
RRLID,λ=8,8192,0,75585,9.2266845703125
RRLID,λ=8,8192,0,86753,10.5899658203125
RRLID,λ=8,8192,0,80465,9.8223876953125
RRLID,λ=8,8192,0,86417,10.5489501953125
RRLID,λ=8,8192,0,89185,10.8868408203125
RRLID,λ=8,8192,0,82641,10.0880126953125
RRLID,λ=8,8192,0,76449,9.3321533203125
RRLID,λ=8,8192,0,80529,9.8302001953125
RRLID,λ=8,8192,0,83937,10.2462158203125
RRLID,λ=8,8192,0,82545,10.0762939453125
RRLID,λ=8,8192,0,97185,11.8634033203125
RRLID,λ=8,8192,0,80561,9.8341064453125
RRLID,λ=8,8192,0,81985,10.0079345703125
RRLID,λ=8,8192,0,87361,10.6641845703125
RRLID,λ=8,8192,0,78817,9.6212158203125
RRLID,λ=8,8192,0,87633,10.6973876953125
RRLID,λ=8,8192,0,90977,11.1055908203125
RRLID,λ=8,8192,0,79569,9.7130126953125
RRLID,λ=8,8192,0,91873,11.2149658203125
RRLID,λ=8,8192,0,92193,11.2540283203125
RRLID,λ=8,8192,0,81409,9.9376220703125
RRLID,λ=8,8192,0,84369,10.2989501953125
RRLID,λ=8,8192,0,82385,10.0567626953125
RRLID,λ=8,8192,0,87329,10.6602783203125
RRLID,λ=8,8192,0,84849,10.3575439453125
RRLID,λ=8,8192,0,90129,11.0020751953125
RRLID,λ=8,8192,0,81489,9.9473876953125
RRLID,λ=8,8192,0,76673,9.3594970703125
RRLID,λ=8,8192,0,79505,9.7052001953125
RRLID,λ=8,8192,0,93537,11.4180908203125
RRLID,λ=8,8192,0,82337,10.0509033203125
RRLID,λ=8,8192,0,77329,9.4395751953125
RRLID,λ=8,8192,0,86177,10.5196533203125
RRLID,λ=8,8192,0,80081,9.7755126953125
RRLID,λ=8,8192,0,76369,9.3223876953125
RRLID,λ=8,8192,0,85153,10.3946533203125
RRLID,λ=8,8192,0,78017,9.5235595703125
RRLID,λ=8,8192,0,81057,9.8946533203125
RRLID,λ=8,8192,0,90193,11.0098876953125
RRLID,λ=8,8192,0,77089,9.4102783203125
RRLID,λ=8,8192,0,82513,10.0723876953125
RRLID,λ=8,8192,0,90353,11.0294189453125
RRLID,λ=8,8192,0,79297,9.6798095703125
RRLID,λ=8,8192,0,75361,9.1993408203125
RSLID,λ=8,8192,0,115777,14.1329345703125
RSLID,λ=8,8192,0,96593,11.7911376953125
RSLID,λ=8,8192,0,103073,12.5821533203125
RSLID,λ=8,8192,0,135281,16.5137939453125
RSLID,λ=8,8192,0,105361,12.8614501953125
RSLID,λ=8,8192,0,121569,14.8399658203125
RSLID,λ=8,8192,0,115265,14.0704345703125
RSLID,λ=8,8192,0,111041,13.5548095703125
RSLID,λ=8,8192,0,113617,13.8692626953125
RSLID,λ=8,8192,0,115009,14.0391845703125
RSLID,λ=8,8192,0,110513,13.4903564453125
RSLID,λ=8,8192,0,101633,12.4063720703125
RSLID,λ=8,8192,0,111217,13.5762939453125
RSLID,λ=8,8192,0,107089,13.0723876953125
RSLID,λ=8,8192,0,104945,12.8106689453125
RSLID,λ=8,8192,0,115329,14.0782470703125
RSLID,λ=8,8192,0,118689,14.4884033203125
RSLID,λ=8,8192,0,113809,13.8927001953125
RSLID,λ=8,8192,0,101553,12.3966064453125
RSLID,λ=8,8192,0,101457,12.3848876953125
RSLID,λ=8,8192,0,113329,13.8341064453125
RSLID,λ=8,8192,0,101057,12.3360595703125
RSLID,λ=8,8192,0,117793,14.3790283203125
RSLID,λ=8,8192,0,114625,13.9923095703125
RSLID,λ=8,8192,0,103105,12.5860595703125
RSLID,λ=8,8192,0,106721,13.0274658203125
RSLID,λ=8,8192,0,107009,13.0626220703125
RSLID,λ=8,8192,0,95873,11.7032470703125
RSLID,λ=8,8192,0,99761,12.1778564453125
RSLID,λ=8,8192,0,104097,12.7071533203125
RSLID,λ=8,8192,0,119489,14.5860595703125
RSLID,λ=8,8192,0,102337,12.4923095703125
RSLID,λ=8,8192,0,111873,13.6563720703125
RSLID,λ=8,8192,0,119793,14.6231689453125
RSLID,λ=8,8192,0,98737,12.0528564453125
RSLID,λ=8,8192,0,114705,14.0020751953125
RSLID,λ=8,8192,0,111761,13.6427001953125
RSLID,λ=8,8192,0,109489,13.3653564453125
RSLID,λ=8,8192,0,107809,13.1602783203125
RSLID,λ=8,8192,0,98801,12.0606689453125
RSLID,λ=8,8192,0,122033,14.8966064453125
RSLID,λ=8,8192,0,105025,12.8204345703125
RSLID,λ=8,8192,0,122513,14.9552001953125
RSLID,λ=8,8192,0,107169,13.0821533203125
RSLID,λ=8,8192,0,101985,12.4493408203125
RSLID,λ=8,8192,0,106401,12.9884033203125
RSLID,λ=8,8192,0,105777,12.9122314453125
RSLID,λ=8,8192,0,101697,12.4141845703125
RSLID,λ=8,8192,0,106625,13.0157470703125
RSLID,λ=8,8192,0,102657,12.5313720703125
RSLID,λ=8,8192,0,104033,12.6993408203125
RSLID,λ=8,8192,0,110689,13.5118408203125
RSLID,λ=8,8192,0,107217,13.0880126953125
RSLID,λ=8,8192,0,105473,12.8751220703125
RSLID,λ=8,8192,0,106001,12.9395751953125
RSLID,λ=8,8192,0,113137,13.8106689453125
RSLID,λ=8,8192,0,109905,13.4161376953125
RSLID,λ=8,8192,0,118465,14.4610595703125
RSLID,λ=8,8192,0,101761,12.4219970703125
RSLID,λ=8,8192,0,103633,12.6505126953125
RSLID,λ=8,8192,0,110145,13.4454345703125
RSLID,λ=8,8192,0,96705,11.8048095703125
RSLID,λ=8,8192,0,112481,13.7305908203125
RSLID,λ=8,8192,0,103313,12.6114501953125
RSLID,λ=8,8192,0,105713,12.9044189453125
RSLID,λ=8,8192,0,112865,13.7774658203125
RSLID,λ=8,8192,0,124897,15.2462158203125
RSLID,λ=8,8192,0,97745,11.9317626953125
RSLID,λ=8,8192,0,115889,14.1466064453125
RSLID,λ=8,8192,0,107265,13.0938720703125
RSLID,λ=8,8192,0,94817,11.5743408203125
RSLID,λ=8,8192,0,111905,13.6602783203125
RSLID,λ=8,8192,0,95153,11.6153564453125
RSLID,λ=8,8192,0,103793,12.6700439453125
RSLID,λ=8,8192,0,114145,13.9337158203125
RSLID,λ=8,8192,0,104913,12.8067626953125
RSLID,λ=8,8192,0,106785,13.0352783203125
RSLID,λ=8,8192,0,107873,13.1680908203125
RSLID,λ=8,8192,0,106161,12.9591064453125
RSLID,λ=8,8192,0,98465,12.0196533203125
RSLID,λ=8,8192,0,101793,12.4259033203125
RSLID,λ=8,8192,0,132401,16.1622314453125
RSLID,λ=8,8192,0,111009,13.5509033203125
RSLID,λ=8,8192,0,105889,12.9259033203125
RSLID,λ=8,8192,0,99873,12.1915283203125
RSLID,λ=8,8192,0,114673,13.9981689453125
RSLID,λ=8,8192,0,123137,15.0313720703125
RSLID,λ=8,8192,0,108161,13.2032470703125
RSLID,λ=8,8192,0,115825,14.1387939453125
RSLID,λ=8,8192,0,132785,16.2091064453125
RSLID,λ=8,8192,0,106193,12.9630126953125
RSLID,λ=8,8192,0,100129,12.2227783203125
RSLID,λ=8,8192,0,115361,14.0821533203125
RSLID,λ=8,8192,0,116161,14.1798095703125
RSLID,λ=8,8192,0,98193,11.9864501953125
RSLID,λ=8,8192,0,104481,12.7540283203125
RSLID,λ=8,8192,0,94145,11.4923095703125
RSLID,λ=8,8192,0,102705,12.5372314453125
RSDCU,λ=8,8192,0,93644,11.43115234375
RSDCU,λ=8,8192,0,96357,11.7623291015625
RSDCU,λ=8,8192,0,88278,10.776123046875
RSDCU,λ=8,8192,0,91984,11.228515625
RSDCU,λ=8,8192,0,102148,12.46923828125
RSDCU,λ=8,8192,0,96001,11.7188720703125
RSDCU,λ=8,8192,0,93361,11.3966064453125
RSDCU,λ=8,8192,0,102296,12.4873046875
RSDCU,λ=8,8192,0,106418,12.990478515625
RSDCU,λ=8,8192,0,100898,12.316650390625
RSDCU,λ=8,8192,0,91085,11.1187744140625
RSDCU,λ=8,8192,0,82501,10.0709228515625
RSDCU,λ=8,8192,0,99033,12.0889892578125
RSDCU,λ=8,8192,0,88233,10.7706298828125
RSDCU,λ=8,8192,0,111405,13.5992431640625
RSDCU,λ=8,8192,0,109870,13.411865234375
RSDCU,λ=8,8192,0,93010,11.353759765625
RSDCU,λ=8,8192,0,112029,13.6754150390625
RSDCU,λ=8,8192,0,98849,12.0665283203125
RSDCU,λ=8,8192,0,105921,12.9298095703125
RSDCU,λ=8,8192,0,101175,12.3504638671875
RSDCU,λ=8,8192,0,97831,11.9422607421875
RSDCU,λ=8,8192,0,91491,11.1683349609375
RSDCU,λ=8,8192,0,102207,12.4764404296875
RSDCU,λ=8,8192,0,122726,14.981201171875
RSDCU,λ=8,8192,0,96661,11.7994384765625
RSDCU,λ=8,8192,0,100835,12.3089599609375
RSDCU,λ=8,8192,0,89733,10.9537353515625
RSDCU,λ=8,8192,0,105078,12.826904296875
RSDCU,λ=8,8192,0,97451,11.8958740234375
RSDCU,λ=8,8192,0,98528,12.02734375
RSDCU,λ=8,8192,0,91619,11.1839599609375
RSDCU,λ=8,8192,0,92159,11.2498779296875
RSDCU,λ=8,8192,0,94915,11.5863037109375
RSDCU,λ=8,8192,0,104164,12.71533203125
RSDCU,λ=8,8192,0,102337,12.4923095703125
RSDCU,λ=8,8192,0,93017,11.3546142578125
RSDCU,λ=8,8192,0,93692,11.43701171875
RSDCU,λ=8,8192,0,98314,12.001220703125
RSDCU,λ=8,8192,0,115069,14.0465087890625
RSDCU,λ=8,8192,0,119466,14.583251953125
RSDCU,λ=8,8192,0,98911,12.0740966796875
RSDCU,λ=8,8192,0,101787,12.4251708984375
RSDCU,λ=8,8192,0,91165,11.1285400390625
RSDCU,λ=8,8192,0,97236,11.86962890625
RSDCU,λ=8,8192,0,101217,12.3555908203125
RSDCU,λ=8,8192,0,118357,14.4478759765625
RSDCU,λ=8,8192,0,86735,10.5877685546875
RSDCU,λ=8,8192,0,94766,11.568115234375
RSDCU,λ=8,8192,0,91941,11.2232666015625
RSDCU,λ=8,8192,0,89975,10.9832763671875
RSDCU,λ=8,8192,0,95817,11.6964111328125
RSDCU,λ=8,8192,0,95958,11.713623046875
RSDCU,λ=8,8192,0,112664,13.7529296875
RSDCU,λ=8,8192,0,95658,11.677001953125
RSDCU,λ=8,8192,0,98578,12.033447265625
RSDCU,λ=8,8192,0,90744,11.0771484375
RSDCU,λ=8,8192,0,97932,11.95458984375
RSDCU,λ=8,8192,0,95596,11.66943359375
RSDCU,λ=8,8192,0,111224,13.5771484375
RSDCU,λ=8,8192,0,100431,12.2596435546875
RSDCU,λ=8,8192,0,88101,10.7545166015625
RSDCU,λ=8,8192,0,88372,10.78759765625
RSDCU,λ=8,8192,0,91396,11.15673828125
RSDCU,λ=8,8192,0,88221,10.7691650390625
RSDCU,λ=8,8192,0,99342,12.126708984375
RSDCU,λ=8,8192,0,87474,10.677978515625
RSDCU,λ=8,8192,0,91556,11.17626953125
RSDCU,λ=8,8192,0,98736,12.052734375
RSDCU,λ=8,8192,0,94657,11.5548095703125
RSDCU,λ=8,8192,0,91942,11.223388671875
RSDCU,λ=8,8192,0,110479,13.4862060546875
RSDCU,λ=8,8192,0,91889,11.2169189453125
RSDCU,λ=8,8192,0,105441,12.8712158203125
RSDCU,λ=8,8192,0,108483,13.2425537109375
RSDCU,λ=8,8192,0,100828,12.30810546875
RSDCU,λ=8,8192,0,97658,11.921142578125
RSDCU,λ=8,8192,0,99808,12.18359375
RSDCU,λ=8,8192,0,90381,11.0328369140625
RSDCU,λ=8,8192,0,107919,13.1737060546875
RSDCU,λ=8,8192,0,87701,10.7056884765625
RSDCU,λ=8,8192,0,84839,10.3563232421875
RSDCU,λ=8,8192,0,96803,11.8167724609375
RSDCU,λ=8,8192,0,93820,11.45263671875
RSDCU,λ=8,8192,0,123391,15.0623779296875
RSDCU,λ=8,8192,0,86876,10.60498046875
RSDCU,λ=8,8192,0,90459,11.0423583984375
RSDCU,λ=8,8192,0,93499,11.4134521484375
RSDCU,λ=8,8192,0,88498,10.802978515625
RSDCU,λ=8,8192,0,83464,10.1884765625
RSDCU,λ=8,8192,0,94448,11.529296875
RSDCU,λ=8,8192,0,106514,13.002197265625
RSDCU,λ=8,8192,0,89362,10.908447265625
RSDCU,λ=8,8192,0,86818,10.597900390625
RSDCU,λ=8,8192,0,94227,11.5023193359375
RSDCU,λ=8,8192,0,99834,12.186767578125
RSDCU,λ=8,8192,0,100410,12.257080078125
RSDCU,λ=8,8192,0,100323,12.2464599609375
RSDCU,λ=8,8192,0,115925,14.1510009765625
RSDCU,λ=8,8192,0,104458,12.751220703125
RRDCU,λ=8,8192,0,70170,8.565673828125
RRDCU,λ=8,8192,0,75446,9.209716796875
RRDCU,λ=8,8192,0,68548,8.36767578125
RRDCU,λ=8,8192,0,79918,9.755615234375
RRDCU,λ=8,8192,0,75043,9.1605224609375
RRDCU,λ=8,8192,0,75822,9.255615234375
RRDCU,λ=8,8192,0,80796,9.86279296875
RRDCU,λ=8,8192,0,72372,8.83447265625
RRDCU,λ=8,8192,0,85063,10.3836669921875
RRDCU,λ=8,8192,0,81444,9.94189453125
RRDCU,λ=8,8192,0,77686,9.483154296875
RRDCU,λ=8,8192,0,75113,9.1690673828125
RRDCU,λ=8,8192,0,75785,9.2510986328125
RRDCU,λ=8,8192,0,80037,9.7701416015625
RRDCU,λ=8,8192,0,67592,8.2509765625
RRDCU,λ=8,8192,0,79020,9.64599609375
RRDCU,λ=8,8192,0,73632,8.98828125
RRDCU,λ=8,8192,0,79630,9.720458984375
RRDCU,λ=8,8192,0,73923,9.0238037109375
RRDCU,λ=8,8192,0,72269,8.8218994140625
RRDCU,λ=8,8192,0,73095,8.9227294921875
RRDCU,λ=8,8192,0,73365,8.9556884765625
RRDCU,λ=8,8192,0,70668,8.62646484375
RRDCU,λ=8,8192,0,75120,9.169921875
RRDCU,λ=8,8192,0,82936,10.1240234375
RRDCU,λ=8,8192,0,72430,8.841552734375
RRDCU,λ=8,8192,0,83092,10.14306640625
RRDCU,λ=8,8192,0,73898,9.020751953125
RRDCU,λ=8,8192,0,74824,9.1337890625
RRDCU,λ=8,8192,0,70648,8.6240234375
RRDCU,λ=8,8192,0,76326,9.317138671875
RRDCU,λ=8,8192,0,80230,9.793701171875
RRDCU,λ=8,8192,0,83419,10.1829833984375
RRDCU,λ=8,8192,0,78663,9.6024169921875
RRDCU,λ=8,8192,0,76409,9.3272705078125
RRDCU,λ=8,8192,0,81535,9.9530029296875
RRDCU,λ=8,8192,0,80243,9.7952880859375
RRDCU,λ=8,8192,0,69628,8.49951171875
RRDCU,λ=8,8192,0,82147,10.0277099609375
RRDCU,λ=8,8192,0,87661,10.7008056640625
RRDCU,λ=8,8192,0,73730,9.000244140625
RRDCU,λ=8,8192,0,78913,9.6329345703125
RRDCU,λ=8,8192,0,70667,8.6263427734375
RRDCU,λ=8,8192,0,82319,10.0487060546875
RRDCU,λ=8,8192,0,85073,10.3848876953125
RRDCU,λ=8,8192,0,71528,8.7314453125
RRDCU,λ=8,8192,0,82358,10.053466796875
RRDCU,λ=8,8192,0,70850,8.648681640625
RRDCU,λ=8,8192,0,75532,9.22021484375
RRDCU,λ=8,8192,0,73407,8.9608154296875
RRDCU,λ=8,8192,0,68945,8.4161376953125
RRDCU,λ=8,8192,0,76460,9.33349609375
RRDCU,λ=8,8192,0,77190,9.422607421875
RRDCU,λ=8,8192,0,87279,10.6541748046875
RRDCU,λ=8,8192,0,77551,9.4666748046875
RRDCU,λ=8,8192,0,74070,9.041748046875
RRDCU,λ=8,8192,0,72849,8.8927001953125
RRDCU,λ=8,8192,0,82057,10.0167236328125
RRDCU,λ=8,8192,0,69499,8.4837646484375
RRDCU,λ=8,8192,0,74915,9.1448974609375
RRDCU,λ=8,8192,0,64029,7.8160400390625
RRDCU,λ=8,8192,0,84436,10.30712890625
RRDCU,λ=8,8192,0,68979,8.4202880859375
RRDCU,λ=8,8192,0,70197,8.5689697265625
RRDCU,λ=8,8192,0,80877,9.8726806640625
RRDCU,λ=8,8192,0,75259,9.1868896484375
RRDCU,λ=8,8192,0,83200,10.15625
RRDCU,λ=8,8192,0,74104,9.0458984375
RRDCU,λ=8,8192,0,81240,9.9169921875
RRDCU,λ=8,8192,0,74288,9.068359375
RRDCU,λ=8,8192,0,79002,9.643798828125
RRDCU,λ=8,8192,0,80676,9.84814453125
RRDCU,λ=8,8192,0,76113,9.2911376953125
RRDCU,λ=8,8192,0,75961,9.2725830078125
RRDCU,λ=8,8192,0,78901,9.6314697265625
RRDCU,λ=8,8192,0,80356,9.80908203125
RRDCU,λ=8,8192,0,76387,9.3245849609375
RRDCU,λ=8,8192,0,75227,9.1829833984375
RRDCU,λ=8,8192,0,79867,9.7493896484375
RRDCU,λ=8,8192,0,69796,8.52001953125
RRDCU,λ=8,8192,0,87736,10.7099609375
RRDCU,λ=8,8192,0,73152,8.9296875
RRDCU,λ=8,8192,0,86693,10.5826416015625
RRDCU,λ=8,8192,0,74014,9.034912109375
RRDCU,λ=8,8192,0,72388,8.83642578125
RRDCU,λ=8,8192,0,86013,10.4996337890625
RRDCU,λ=8,8192,0,72592,8.861328125
RRDCU,λ=8,8192,0,89528,10.9287109375
RRDCU,λ=8,8192,0,78268,9.55419921875
RRDCU,λ=8,8192,0,79321,9.6827392578125
RRDCU,λ=8,8192,0,78677,9.6041259765625
RRDCU,λ=8,8192,0,76069,9.2857666015625
RRDCU,λ=8,8192,0,75673,9.2374267578125
RRDCU,λ=8,8192,0,76879,9.3846435546875
RRDCU,λ=8,8192,0,79914,9.755126953125
RRDCU,λ=8,8192,0,72779,8.8841552734375
RRDCU,λ=8,8192,0,78460,9.57763671875
RRDCU,λ=8,8192,0,69959,8.5399169921875
RRDCU,λ=8,8192,0,74737,9.1231689453125
RHDCU,λ=8,8192,0,71583,8.7381591796875
RHDCU,λ=8,8192,0,67908,8.28955078125
RHDCU,λ=8,8192,0,68607,8.3748779296875
RHDCU,λ=8,8192,0,78839,9.6239013671875
RHDCU,λ=8,8192,0,71647,8.7459716796875
RHDCU,λ=8,8192,0,78852,9.62548828125
RHDCU,λ=8,8192,0,79787,9.7396240234375
RHDCU,λ=8,8192,0,68545,8.3673095703125
RHDCU,λ=8,8192,0,74318,9.072021484375
RHDCU,λ=8,8192,0,68976,8.419921875
RHDCU,λ=8,8192,0,64519,7.8758544921875
RHDCU,λ=8,8192,0,66666,8.137939453125
RHDCU,λ=8,8192,0,69713,8.5098876953125
RHDCU,λ=8,8192,0,74183,9.0555419921875
RHDCU,λ=8,8192,0,72807,8.8875732421875
RHDCU,λ=8,8192,0,81483,9.9466552734375
RHDCU,λ=8,8192,0,76395,9.3255615234375
RHDCU,λ=8,8192,0,67710,8.265380859375
RHDCU,λ=8,8192,0,71530,8.731689453125
RHDCU,λ=8,8192,0,69495,8.4832763671875
RHDCU,λ=8,8192,0,68442,8.354736328125
RHDCU,λ=8,8192,0,76570,9.346923828125
RHDCU,λ=8,8192,0,76581,9.3482666015625
RHDCU,λ=8,8192,0,72246,8.819091796875
RHDCU,λ=8,8192,0,66625,8.1329345703125
RHDCU,λ=8,8192,0,80842,9.868408203125
RHDCU,λ=8,8192,0,68070,8.309326171875
RHDCU,λ=8,8192,0,73698,8.996337890625
RHDCU,λ=8,8192,0,66277,8.0904541015625
RHDCU,λ=8,8192,0,71331,8.7073974609375
RHDCU,λ=8,8192,0,73129,8.9268798828125
RHDCU,λ=8,8192,0,69903,8.5330810546875
RHDCU,λ=8,8192,0,88163,10.7620849609375
RHDCU,λ=8,8192,0,68931,8.4144287109375
RHDCU,λ=8,8192,0,63451,7.7454833984375
RHDCU,λ=8,8192,0,70776,8.6396484375
RHDCU,λ=8,8192,0,72384,8.8359375
RHDCU,λ=8,8192,0,81009,9.8887939453125
RHDCU,λ=8,8192,0,85969,10.4942626953125
RHDCU,λ=8,8192,0,70212,8.57080078125
RHDCU,λ=8,8192,0,74953,9.1495361328125
RHDCU,λ=8,8192,0,72777,8.8839111328125
RHDCU,λ=8,8192,0,72963,8.9066162109375
RHDCU,λ=8,8192,0,70156,8.56396484375
RHDCU,λ=8,8192,0,69161,8.4425048828125
RHDCU,λ=8,8192,0,77366,9.444091796875
RHDCU,λ=8,8192,0,73240,8.9404296875
RHDCU,λ=8,8192,0,71090,8.677978515625
RHDCU,λ=8,8192,0,68482,8.359619140625
RHDCU,λ=8,8192,0,68934,8.414794921875
RHDCU,λ=8,8192,0,74548,9.10009765625
RHDCU,λ=8,8192,0,72856,8.8935546875
RHDCU,λ=8,8192,0,84375,10.2996826171875
RHDCU,λ=8,8192,0,83463,10.1883544921875
RHDCU,λ=8,8192,0,69851,8.5267333984375
RHDCU,λ=8,8192,0,78817,9.6212158203125
RHDCU,λ=8,8192,0,76480,9.3359375
RHDCU,λ=8,8192,0,68773,8.3951416015625
RHDCU,λ=8,8192,0,78488,9.5810546875
RHDCU,λ=8,8192,0,83642,10.210205078125
RHDCU,λ=8,8192,0,72734,8.878662109375
RHDCU,λ=8,8192,0,75396,9.20361328125
RHDCU,λ=8,8192,0,71831,8.7684326171875
RHDCU,λ=8,8192,0,80791,9.8621826171875
RHDCU,λ=8,8192,0,81473,9.9454345703125
RHDCU,λ=8,8192,0,70409,8.5948486328125
RHDCU,λ=8,8192,0,79660,9.72412109375
RHDCU,λ=8,8192,0,69853,8.5269775390625
RHDCU,λ=8,8192,0,73400,8.9599609375
RHDCU,λ=8,8192,0,76176,9.298828125
RHDCU,λ=8,8192,0,76346,9.319580078125
RHDCU,λ=8,8192,0,72258,8.820556640625
RHDCU,λ=8,8192,0,69896,8.5322265625
RHDCU,λ=8,8192,0,69943,8.5379638671875
RHDCU,λ=8,8192,0,71388,8.71435546875
RHDCU,λ=8,8192,0,75911,9.2664794921875
RHDCU,λ=8,8192,0,71982,8.786865234375
RHDCU,λ=8,8192,0,68141,8.3179931640625
RHDCU,λ=8,8192,0,76927,9.3905029296875
RHDCU,λ=8,8192,0,69317,8.4615478515625
RHDCU,λ=8,8192,0,67943,8.2938232421875
RHDCU,λ=8,8192,0,68207,8.3260498046875
RHDCU,λ=8,8192,0,75170,9.176025390625
RHDCU,λ=8,8192,0,67044,8.18408203125
RHDCU,λ=8,8192,0,70009,8.5460205078125
RHDCU,λ=8,8192,0,70549,8.6119384765625
RHDCU,λ=8,8192,0,70042,8.550048828125
RHDCU,λ=8,8192,0,70853,8.6490478515625
RHDCU,λ=8,8192,0,74810,9.132080078125
RHDCU,λ=8,8192,0,75134,9.171630859375
RHDCU,λ=8,8192,0,65214,7.960693359375
RHDCU,λ=8,8192,0,86635,10.5755615234375
RHDCU,λ=8,8192,0,73766,9.004638671875
RHDCU,λ=8,8192,0,69446,8.477294921875
RHDCU,λ=8,8192,0,69920,8.53515625
RHDCU,λ=8,8192,0,67859,8.2835693359375
RHDCU,λ=8,8192,0,69294,8.458740234375
RHDCU,λ=8,8192,0,74015,9.0350341796875
RHDCU,λ=8,8192,0,73759,9.0037841796875
RHDCU,λ=8,8192,0,74290,9.068603515625
RHLCU,λ=8,8192,0,72155,8.8079833984375
RHLCU,λ=8,8192,0,79256,9.6748046875
RHLCU,λ=8,8192,0,87198,10.644287109375
RHLCU,λ=8,8192,0,70947,8.6605224609375
RHLCU,λ=8,8192,0,71468,8.72412109375
RHLCU,λ=8,8192,0,72203,8.8138427734375
RHLCU,λ=8,8192,0,72869,8.8951416015625
RHLCU,λ=8,8192,0,69101,8.4351806640625
RHLCU,λ=8,8192,0,79836,9.74560546875
RHLCU,λ=8,8192,0,69019,8.4251708984375
RHLCU,λ=8,8192,0,81996,10.00927734375
RHLCU,λ=8,8192,0,79250,9.674072265625
RHLCU,λ=8,8192,0,71800,8.7646484375
RHLCU,λ=8,8192,0,67038,8.183349609375
RHLCU,λ=8,8192,0,91844,11.21142578125
RHLCU,λ=8,8192,0,100279,12.2410888671875
RHLCU,λ=8,8192,0,70132,8.56103515625
RHLCU,λ=8,8192,0,78311,9.5594482421875
RHLCU,λ=8,8192,0,82650,10.089111328125
RHLCU,λ=8,8192,0,78413,9.5718994140625
RHLCU,λ=8,8192,0,72225,8.8165283203125
RHLCU,λ=8,8192,0,70503,8.6063232421875
RHLCU,λ=8,8192,0,71759,8.7596435546875
RHLCU,λ=8,8192,0,74453,9.0885009765625
RHLCU,λ=8,8192,0,75922,9.267822265625
RHLCU,λ=8,8192,0,71627,8.7435302734375
RHLCU,λ=8,8192,0,72979,8.9085693359375
RHLCU,λ=8,8192,0,75018,9.157470703125
RHLCU,λ=8,8192,0,71671,8.7489013671875
RHLCU,λ=8,8192,0,76132,9.29345703125
RHLCU,λ=8,8192,0,71856,8.771484375
RHLCU,λ=8,8192,0,74727,9.1219482421875
RHLCU,λ=8,8192,0,74526,9.097412109375
RHLCU,λ=8,8192,0,68996,8.42236328125
RHLCU,λ=8,8192,0,75214,9.181396484375
RHLCU,λ=8,8192,0,73091,8.9222412109375
RHLCU,λ=8,8192,0,78417,9.5723876953125
RHLCU,λ=8,8192,0,73253,8.9420166015625
RHLCU,λ=8,8192,0,70791,8.6414794921875
RHLCU,λ=8,8192,0,71598,8.739990234375
RHLCU,λ=8,8192,0,73006,8.911865234375
RHLCU,λ=8,8192,0,66862,8.161865234375
RHLCU,λ=8,8192,0,68892,8.40966796875
RHLCU,λ=8,8192,0,73368,8.9560546875
RHLCU,λ=8,8192,0,73140,8.92822265625
RHLCU,λ=8,8192,0,71347,8.7093505859375
RHLCU,λ=8,8192,0,68985,8.4210205078125
RHLCU,λ=8,8192,0,71695,8.7518310546875
RHLCU,λ=8,8192,0,78005,9.5220947265625
RHLCU,λ=8,8192,0,73081,8.9210205078125
RHLCU,λ=8,8192,0,68030,8.304443359375
RHLCU,λ=8,8192,0,71851,8.7708740234375
RHLCU,λ=8,8192,0,80948,9.88134765625
RHLCU,λ=8,8192,0,73250,8.941650390625
RHLCU,λ=8,8192,0,75497,9.2159423828125
RHLCU,λ=8,8192,0,77176,9.4208984375
RHLCU,λ=8,8192,0,72803,8.8870849609375
RHLCU,λ=8,8192,0,72317,8.8277587890625
RHLCU,λ=8,8192,0,75456,9.2109375
RHLCU,λ=8,8192,0,66951,8.1727294921875
RHLCU,λ=8,8192,0,74933,9.1470947265625
RHLCU,λ=8,8192,0,71972,8.78564453125
RHLCU,λ=8,8192,0,76526,9.341552734375
RHLCU,λ=8,8192,0,81032,9.8916015625
RHLCU,λ=8,8192,0,71571,8.7366943359375
RHLCU,λ=8,8192,0,78746,9.612548828125
RHLCU,λ=8,8192,0,72138,8.805908203125
RHLCU,λ=8,8192,0,82564,10.07861328125
RHLCU,λ=8,8192,0,88519,10.8055419921875
RHLCU,λ=8,8192,0,77708,9.48583984375
RHLCU,λ=8,8192,0,72145,8.8067626953125
RHLCU,λ=8,8192,0,78638,9.599365234375
RHLCU,λ=8,8192,0,74757,9.1256103515625
RHLCU,λ=8,8192,0,77368,9.4443359375
RHLCU,λ=8,8192,0,79845,9.7467041015625
RHLCU,λ=8,8192,0,70201,8.5694580078125
RHLCU,λ=8,8192,0,80884,9.87353515625
RHLCU,λ=8,8192,0,69708,8.50927734375
RHLCU,λ=8,8192,0,74351,9.0760498046875
RHLCU,λ=8,8192,0,72154,8.807861328125
RHLCU,λ=8,8192,0,75814,9.254638671875
RHLCU,λ=8,8192,0,70108,8.55810546875
RHLCU,λ=8,8192,0,78360,9.5654296875
RHLCU,λ=8,8192,0,71678,8.749755859375
RHLCU,λ=8,8192,0,73380,8.95751953125
RHLCU,λ=8,8192,0,74878,9.140380859375
RHLCU,λ=8,8192,0,71582,8.738037109375
RHLCU,λ=8,8192,0,67187,8.2015380859375
RHLCU,λ=8,8192,0,73768,9.0048828125
RHLCU,λ=8,8192,0,74011,9.0345458984375
RHLCU,λ=8,8192,0,67061,8.1861572265625
RHLCU,λ=8,8192,0,73724,8.99951171875
RHLCU,λ=8,8192,0,75210,9.180908203125
RHLCU,λ=8,8192,0,71575,8.7371826171875
RHLCU,λ=8,8192,0,67441,8.2325439453125
RHLCU,λ=8,8192,0,77873,9.5059814453125
RHLCU,λ=8,8192,0,73902,9.021240234375
RHLCU,λ=8,8192,0,73472,8.96875
RHLCU,λ=8,8192,0,82763,10.1029052734375
RHLCU,λ=8,8192,0,82479,10.0682373046875
RRLCU,λ=8,8192,0,74354,9.076416015625
RRLCU,λ=8,8192,0,77356,9.44287109375
RRLCU,λ=8,8192,0,84642,10.332275390625
RRLCU,λ=8,8192,0,76770,9.371337890625
RRLCU,λ=8,8192,0,79382,9.690185546875
RRLCU,λ=8,8192,0,78732,9.61083984375
RRLCU,λ=8,8192,0,81290,9.923095703125
RRLCU,λ=8,8192,0,86068,10.50634765625
RRLCU,λ=8,8192,0,75611,9.2298583984375
RRLCU,λ=8,8192,0,69823,8.5233154296875
RRLCU,λ=8,8192,0,81206,9.912841796875
RRLCU,λ=8,8192,0,73311,8.9490966796875
RRLCU,λ=8,8192,0,81184,9.91015625
RRLCU,λ=8,8192,0,76574,9.347412109375
RRLCU,λ=8,8192,0,79836,9.74560546875
RRLCU,λ=8,8192,0,70975,8.6639404296875
RRLCU,λ=8,8192,0,77710,9.486083984375
RRLCU,λ=8,8192,0,81350,9.930419921875
RRLCU,λ=8,8192,0,82609,10.0841064453125
RRLCU,λ=8,8192,0,83880,10.2392578125
RRLCU,λ=8,8192,0,76219,9.3040771484375
RRLCU,λ=8,8192,0,81671,9.9696044921875
RRLCU,λ=8,8192,0,75764,9.24853515625
RRLCU,λ=8,8192,0,74469,9.0904541015625
RRLCU,λ=8,8192,0,70525,8.6090087890625
RRLCU,λ=8,8192,0,67307,8.2161865234375
RRLCU,λ=8,8192,0,72845,8.8922119140625
RRLCU,λ=8,8192,0,79036,9.64794921875
RRLCU,λ=8,8192,0,75919,9.2674560546875
RRLCU,λ=8,8192,0,93173,11.3736572265625
RRLCU,λ=8,8192,0,79661,9.7242431640625
RRLCU,λ=8,8192,0,78413,9.5718994140625
RRLCU,λ=8,8192,0,81310,9.925537109375
RRLCU,λ=8,8192,0,92283,11.2650146484375
RRLCU,λ=8,8192,0,71759,8.7596435546875
RRLCU,λ=8,8192,0,70523,8.6087646484375
RRLCU,λ=8,8192,0,84540,10.31982421875
RRLCU,λ=8,8192,0,79143,9.6610107421875
RRLCU,λ=8,8192,0,80168,9.7861328125
RRLCU,λ=8,8192,0,69164,8.44287109375
RRLCU,λ=8,8192,0,76034,9.281494140625
RRLCU,λ=8,8192,0,84530,10.318603515625
RRLCU,λ=8,8192,0,89715,10.9515380859375
RRLCU,λ=8,8192,0,74936,9.1474609375
RRLCU,λ=8,8192,0,80442,9.819580078125
RRLCU,λ=8,8192,0,71816,8.7666015625
RRLCU,λ=8,8192,0,74159,9.0526123046875
RRLCU,λ=8,8192,0,86566,10.567138671875
RRLCU,λ=8,8192,0,75411,9.2054443359375
RRLCU,λ=8,8192,0,75272,9.1884765625
RRLCU,λ=8,8192,0,70293,8.5806884765625
RRLCU,λ=8,8192,0,68231,8.3289794921875
RRLCU,λ=8,8192,0,77918,9.511474609375
RRLCU,λ=8,8192,0,76877,9.3843994140625
RRLCU,λ=8,8192,0,85181,10.3980712890625
RRLCU,λ=8,8192,0,93375,11.3983154296875
RRLCU,λ=8,8192,0,80117,9.7799072265625
RRLCU,λ=8,8192,0,80515,9.8284912109375
RRLCU,λ=8,8192,0,73669,8.9927978515625
RRLCU,λ=8,8192,0,80221,9.7926025390625
RRLCU,λ=8,8192,0,74215,9.0594482421875
RRLCU,λ=8,8192,0,81514,9.950439453125
RRLCU,λ=8,8192,0,73473,8.9688720703125
RRLCU,λ=8,8192,0,77907,9.5101318359375
RRLCU,λ=8,8192,0,86626,10.574462890625
RRLCU,λ=8,8192,0,88940,10.85693359375
RRLCU,λ=8,8192,0,88994,10.863525390625
RRLCU,λ=8,8192,0,75967,9.2733154296875
RRLCU,λ=8,8192,0,92720,11.318359375
RRLCU,λ=8,8192,0,74100,9.04541015625
RRLCU,λ=8,8192,0,78514,9.584228515625
RRLCU,λ=8,8192,0,72236,8.81787109375
RRLCU,λ=8,8192,0,88286,10.777099609375
RRLCU,λ=8,8192,0,87193,10.6436767578125
RRLCU,λ=8,8192,0,74389,9.0806884765625
RRLCU,λ=8,8192,0,78273,9.5548095703125
RRLCU,λ=8,8192,0,77519,9.4627685546875
RRLCU,λ=8,8192,0,75350,9.197998046875
RRLCU,λ=8,8192,0,77960,9.5166015625
RRLCU,λ=8,8192,0,83354,10.175048828125
RRLCU,λ=8,8192,0,76527,9.3416748046875
RRLCU,λ=8,8192,0,76829,9.3785400390625
RRLCU,λ=8,8192,0,77622,9.475341796875
RRLCU,λ=8,8192,0,75722,9.243408203125
RRLCU,λ=8,8192,0,75204,9.18017578125
RRLCU,λ=8,8192,0,80712,9.8525390625
RRLCU,λ=8,8192,0,86247,10.5281982421875
RRLCU,λ=8,8192,0,84480,10.3125
RRLCU,λ=8,8192,0,77275,9.4329833984375
RRLCU,λ=8,8192,0,81226,9.915283203125
RRLCU,λ=8,8192,0,74442,9.087158203125
RRLCU,λ=8,8192,0,70154,8.563720703125
RRLCU,λ=8,8192,0,77307,9.4368896484375
RRLCU,λ=8,8192,0,86822,10.598388671875
RRLCU,λ=8,8192,0,86287,10.5330810546875
RRLCU,λ=8,8192,0,77704,9.4853515625
RRLCU,λ=8,8192,0,85138,10.392822265625
RRLCU,λ=8,8192,0,74696,9.1181640625
RRLCU,λ=8,8192,0,72692,8.87353515625
RSLCU,λ=8,8192,0,89651,10.9437255859375
RSLCU,λ=8,8192,0,111107,13.5628662109375
RSLCU,λ=8,8192,0,100245,12.2369384765625
RSLCU,λ=8,8192,0,115956,14.15478515625
RSLCU,λ=8,8192,0,96670,11.800537109375
RSLCU,λ=8,8192,0,98581,12.0338134765625
RSLCU,λ=8,8192,0,93075,11.3616943359375
RSLCU,λ=8,8192,0,96994,11.840087890625
RSLCU,λ=8,8192,0,104431,12.7479248046875
RSLCU,λ=8,8192,0,104622,12.771240234375
RSLCU,λ=8,8192,0,105546,12.884033203125
RSLCU,λ=8,8192,0,97516,11.90380859375
RSLCU,λ=8,8192,0,88427,10.7943115234375
RSLCU,λ=8,8192,0,111483,13.6087646484375
RSLCU,λ=8,8192,0,91770,11.202392578125
RSLCU,λ=8,8192,0,90742,11.076904296875
RSLCU,λ=8,8192,0,101855,12.4334716796875
RSLCU,λ=8,8192,0,114754,14.008056640625
RSLCU,λ=8,8192,0,99727,12.1737060546875
RSLCU,λ=8,8192,0,105909,12.9283447265625
RSLCU,λ=8,8192,0,93926,11.465576171875
RSLCU,λ=8,8192,0,95247,11.6268310546875
RSLCU,λ=8,8192,0,107260,13.09326171875
RSLCU,λ=8,8192,0,107973,13.1802978515625
RSLCU,λ=8,8192,0,108131,13.1995849609375
RSLCU,λ=8,8192,0,114082,13.926025390625
RSLCU,λ=8,8192,0,90671,11.0682373046875
RSLCU,λ=8,8192,0,121404,14.81982421875
RSLCU,λ=8,8192,0,109864,13.4111328125
RSLCU,λ=8,8192,0,99094,12.096435546875
RSLCU,λ=8,8192,0,90615,11.0614013671875
RSLCU,λ=8,8192,0,84319,10.2928466796875
RSLCU,λ=8,8192,0,104673,12.7774658203125
RSLCU,λ=8,8192,0,95502,11.657958984375
RSLCU,λ=8,8192,0,95683,11.6800537109375
RSLCU,λ=8,8192,0,104253,12.7261962890625
RSLCU,λ=8,8192,0,101995,12.4505615234375
RSLCU,λ=8,8192,0,109520,13.369140625
RSLCU,λ=8,8192,0,109847,13.4090576171875
RSLCU,λ=8,8192,0,91672,11.1904296875
RSLCU,λ=8,8192,0,89147,10.8822021484375
RSLCU,λ=8,8192,0,92846,11.333740234375
RSLCU,λ=8,8192,0,91225,11.1358642578125
RSLCU,λ=8,8192,0,98456,12.0185546875
RSLCU,λ=8,8192,0,107976,13.1806640625
RSLCU,λ=8,8192,0,108878,13.290771484375
RSLCU,λ=8,8192,0,99667,12.1663818359375
RSLCU,λ=8,8192,0,97895,11.9500732421875
RSLCU,λ=8,8192,0,95475,11.6546630859375
RSLCU,λ=8,8192,0,110536,13.4931640625
RSLCU,λ=8,8192,0,125989,15.3795166015625
RSLCU,λ=8,8192,0,112652,13.75146484375
RSLCU,λ=8,8192,0,88762,10.835205078125
RSLCU,λ=8,8192,0,108150,13.201904296875
RSLCU,λ=8,8192,0,98904,12.0732421875
RSLCU,λ=8,8192,0,109238,13.334716796875
RSLCU,λ=8,8192,0,112713,13.7589111328125
RSLCU,λ=8,8192,0,99481,12.1436767578125
RSLCU,λ=8,8192,0,107633,13.1387939453125
RSLCU,λ=8,8192,0,120306,14.685791015625
RSLCU,λ=8,8192,0,96845,11.8218994140625
RSLCU,λ=8,8192,0,87806,10.718505859375
RSLCU,λ=8,8192,0,95569,11.6661376953125
RSLCU,λ=8,8192,0,108212,13.20947265625
RSLCU,λ=8,8192,0,98999,12.0848388671875
RSLCU,λ=8,8192,0,95523,11.6605224609375
RSLCU,λ=8,8192,0,112964,13.78955078125
RSLCU,λ=8,8192,0,104071,12.7039794921875
RSLCU,λ=8,8192,0,110152,13.4462890625
RSLCU,λ=8,8192,0,110318,13.466552734375
RSLCU,λ=8,8192,0,89465,10.9210205078125
RSLCU,λ=8,8192,0,101007,12.3299560546875
RSLCU,λ=8,8192,0,95749,11.6881103515625
RSLCU,λ=8,8192,0,93344,11.39453125
RSLCU,λ=8,8192,0,88717,10.8297119140625
RSLCU,λ=8,8192,0,98343,12.0047607421875
RSLCU,λ=8,8192,0,96909,11.8297119140625
RSLCU,λ=8,8192,0,105270,12.850341796875
RSLCU,λ=8,8192,0,109477,13.3638916015625
RSLCU,λ=8,8192,0,90928,11.099609375
RSLCU,λ=8,8192,0,104057,12.7022705078125
RSLCU,λ=8,8192,0,111140,13.56689453125
RSLCU,λ=8,8192,0,94386,11.521728515625
RSLCU,λ=8,8192,0,102359,12.4949951171875
RSLCU,λ=8,8192,0,99071,12.0936279296875
RSLCU,λ=8,8192,0,95425,11.6485595703125
RSLCU,λ=8,8192,0,103766,12.666748046875
RSLCU,λ=8,8192,0,94724,11.56298828125
RSLCU,λ=8,8192,0,98585,12.0343017578125
RSLCU,λ=8,8192,0,102712,12.5380859375
RSLCU,λ=8,8192,0,106454,12.994873046875
RSLCU,λ=8,8192,0,97763,11.9339599609375
RSLCU,λ=8,8192,0,98029,11.9664306640625
RSLCU,λ=8,8192,0,102468,12.50830078125
RSLCU,λ=8,8192,0,99919,12.1971435546875
RSLCU,λ=8,8192,0,101459,12.3851318359375
RSLCU,λ=8,8192,0,108309,13.2213134765625
RSLCU,λ=8,8192,0,134911,16.4686279296875
RSLCU,λ=8,8192,0,98402,12.011962890625
RSLCU,λ=8,8192,0,102176,12.47265625
RSDSU,λ=8,8192,0,101089,12.3399658203125
RSDSU,λ=8,8192,0,94033,11.4786376953125
RSDSU,λ=8,8192,0,94361,11.5186767578125
RSDSU,λ=8,8192,0,86793,10.5948486328125
RSDSU,λ=8,8192,0,85449,10.4307861328125
RSDSU,λ=8,8192,0,80881,9.8731689453125
RSDSU,λ=8,8192,0,87217,10.6466064453125
RSDSU,λ=8,8192,0,91201,11.1329345703125
RSDSU,λ=8,8192,0,102449,12.5059814453125
RSDSU,λ=8,8192,0,98185,11.9854736328125
RSDSU,λ=8,8192,0,84841,10.3565673828125
RSDSU,λ=8,8192,0,96857,11.8233642578125
RSDSU,λ=8,8192,0,96697,11.8038330078125
RSDSU,λ=8,8192,0,112073,13.6807861328125
RSDSU,λ=8,8192,0,94385,11.5216064453125
RSDSU,λ=8,8192,0,96921,11.8311767578125
RSDSU,λ=8,8192,0,89137,10.8809814453125
RSDSU,λ=8,8192,0,82217,10.0362548828125
RSDSU,λ=8,8192,0,96169,11.7393798828125
RSDSU,λ=8,8192,0,89121,10.8790283203125
RSDSU,λ=8,8192,0,107241,13.0909423828125
RSDSU,λ=8,8192,0,89441,10.9180908203125
RSDSU,λ=8,8192,0,100633,12.2843017578125
RSDSU,λ=8,8192,0,88785,10.8380126953125
RSDSU,λ=8,8192,0,93201,11.3770751953125
RSDSU,λ=8,8192,0,95801,11.6944580078125
RSDSU,λ=8,8192,0,94425,11.5264892578125
RSDSU,λ=8,8192,0,95377,11.6427001953125
RSDSU,λ=8,8192,0,82873,10.1163330078125
RSDSU,λ=8,8192,0,83241,10.1612548828125
RSDSU,λ=8,8192,0,90929,11.0997314453125
RSDSU,λ=8,8192,0,94537,11.5401611328125
RSDSU,λ=8,8192,0,96833,11.8204345703125
RSDSU,λ=8,8192,0,106089,12.9503173828125
RSDSU,λ=8,8192,0,92969,11.3487548828125
RSDSU,λ=8,8192,0,96529,11.7833251953125
RSDSU,λ=8,8192,0,88521,10.8057861328125
RSDSU,λ=8,8192,0,88209,10.7677001953125
RSDSU,λ=8,8192,0,98305,12.0001220703125
RSDSU,λ=8,8192,0,82777,10.1046142578125
RSDSU,λ=8,8192,0,85809,10.4747314453125
RSDSU,λ=8,8192,0,91945,11.2237548828125
RSDSU,λ=8,8192,0,84569,10.3233642578125
RSDSU,λ=8,8192,0,85105,10.3887939453125
RSDSU,λ=8,8192,0,88153,10.7608642578125
RSDSU,λ=8,8192,0,95913,11.7081298828125
RSDSU,λ=8,8192,0,92065,11.2384033203125
RSDSU,λ=8,8192,0,108793,13.2803955078125
RSDSU,λ=8,8192,0,99393,12.1329345703125
RSDSU,λ=8,8192,0,88465,10.7989501953125
RSDSU,λ=8,8192,0,92985,11.3507080078125
RSDSU,λ=8,8192,0,79817,9.7432861328125
RSDSU,λ=8,8192,0,111249,13.5802001953125
RSDSU,λ=8,8192,0,90113,11.0001220703125
RSDSU,λ=8,8192,0,96665,11.7999267578125
RSDSU,λ=8,8192,0,88689,10.8262939453125
RSDSU,λ=8,8192,0,96441,11.7725830078125
RSDSU,λ=8,8192,0,84745,10.3448486328125
RSDSU,λ=8,8192,0,98369,12.0079345703125
RSDSU,λ=8,8192,0,88417,10.7930908203125
RSDSU,λ=8,8192,0,87225,10.6475830078125
RSDSU,λ=8,8192,0,85737,10.4659423828125
RSDSU,λ=8,8192,0,76977,9.3966064453125
RSDSU,λ=8,8192,0,106121,12.9542236328125
RSDSU,λ=8,8192,0,86809,10.5968017578125
RSDSU,λ=8,8192,0,140361,17.1339111328125
RSDSU,λ=8,8192,0,107193,13.0850830078125
RSDSU,λ=8,8192,0,94929,11.5880126953125
RSDSU,λ=8,8192,0,87553,10.6876220703125
RSDSU,λ=8,8192,0,86585,10.5694580078125
RSDSU,λ=8,8192,0,107369,13.1065673828125
RSDSU,λ=8,8192,0,105657,12.8975830078125
RSDSU,λ=8,8192,0,102081,12.4610595703125
RSDSU,λ=8,8192,0,104161,12.7149658203125
RSDSU,λ=8,8192,0,91001,11.1085205078125
RSDSU,λ=8,8192,0,88409,10.7921142578125
RSDSU,λ=8,8192,0,91657,11.1885986328125
RSDSU,λ=8,8192,0,95905,11.7071533203125
RSDSU,λ=8,8192,0,106345,12.9815673828125
RSDSU,λ=8,8192,0,108401,13.2325439453125
RSDSU,λ=8,8192,0,88201,10.7667236328125
RSDSU,λ=8,8192,0,94441,11.5284423828125
RSDSU,λ=8,8192,0,98873,12.0694580078125
RSDSU,λ=8,8192,0,92529,11.2950439453125
RSDSU,λ=8,8192,0,89169,10.8848876953125
RSDSU,λ=8,8192,0,102769,12.5450439453125
RSDSU,λ=8,8192,0,83417,10.1827392578125
RSDSU,λ=8,8192,0,85009,10.3770751953125
RSDSU,λ=8,8192,0,89041,10.8692626953125
RSDSU,λ=8,8192,0,94369,11.5196533203125
RSDSU,λ=8,8192,0,92513,11.2930908203125
RSDSU,λ=8,8192,0,94473,11.5323486328125
RSDSU,λ=8,8192,0,98449,12.0177001953125
RSDSU,λ=8,8192,0,121585,14.8419189453125
RSDSU,λ=8,8192,0,87737,10.7100830078125
RSDSU,λ=8,8192,0,90289,11.0216064453125
RSDSU,λ=8,8192,0,96145,11.7364501953125
RSDSU,λ=8,8192,0,87817,10.7198486328125
RRDSU,λ=8,8192,0,67913,8.2901611328125
RRDSU,λ=8,8192,0,77697,9.4844970703125
RRDSU,λ=8,8192,0,76129,9.2930908203125
RRDSU,λ=8,8192,0,79737,9.7335205078125
RRDSU,λ=8,8192,0,75873,9.2618408203125
RRDSU,λ=8,8192,0,81369,9.9327392578125
RRDSU,λ=8,8192,0,75369,9.2003173828125
RRDSU,λ=8,8192,0,77745,9.4903564453125
RRDSU,λ=8,8192,0,92249,11.2608642578125
RRDSU,λ=8,8192,0,80881,9.8731689453125
RRDSU,λ=8,8192,0,82169,10.0303955078125
RRDSU,λ=8,8192,0,66433,8.1094970703125
RRDSU,λ=8,8192,0,73201,8.9356689453125
RRDSU,λ=8,8192,0,66569,8.1260986328125
RRDSU,λ=8,8192,0,78089,9.5323486328125
RRDSU,λ=8,8192,0,67089,8.1895751953125
RRDSU,λ=8,8192,0,75257,9.1866455078125
RRDSU,λ=8,8192,0,75753,9.2471923828125
RRDSU,λ=8,8192,0,71929,8.7803955078125
RRDSU,λ=8,8192,0,73793,9.0079345703125
RRDSU,λ=8,8192,0,65977,8.0538330078125
RRDSU,λ=8,8192,0,75921,9.2677001953125
RRDSU,λ=8,8192,0,80273,9.7989501953125
RRDSU,λ=8,8192,0,79217,9.6700439453125
RRDSU,λ=8,8192,0,89961,10.9815673828125
RRDSU,λ=8,8192,0,78345,9.5635986328125
RRDSU,λ=8,8192,0,78425,9.5733642578125
RRDSU,λ=8,8192,0,69705,8.5089111328125
RRDSU,λ=8,8192,0,68441,8.3546142578125
RRDSU,λ=8,8192,0,69169,8.4434814453125
RRDSU,λ=8,8192,0,59969,7.3204345703125
RRDSU,λ=8,8192,0,71985,8.7872314453125
RRDSU,λ=8,8192,0,88345,10.7843017578125
RRDSU,λ=8,8192,0,69585,8.4942626953125
RRDSU,λ=8,8192,0,69065,8.4307861328125
RRDSU,λ=8,8192,0,76081,9.2872314453125
RRDSU,λ=8,8192,0,71161,8.6866455078125
RRDSU,λ=8,8192,0,78681,9.6046142578125
RRDSU,λ=8,8192,0,74681,9.1163330078125
RRDSU,λ=8,8192,0,68105,8.3135986328125
RRDSU,λ=8,8192,0,72777,8.8839111328125
RRDSU,λ=8,8192,0,72745,8.8800048828125
RRDSU,λ=8,8192,0,78233,9.5499267578125
RRDSU,λ=8,8192,0,75609,9.2296142578125
RRDSU,λ=8,8192,0,77081,9.4093017578125
RRDSU,λ=8,8192,0,67905,8.2891845703125
RRDSU,λ=8,8192,0,78145,9.5391845703125
RRDSU,λ=8,8192,0,73641,8.9893798828125
RRDSU,λ=8,8192,0,73081,8.9210205078125
RRDSU,λ=8,8192,0,68305,8.3380126953125
RRDSU,λ=8,8192,0,64417,7.8634033203125
RRDSU,λ=8,8192,0,81537,9.9532470703125
RRDSU,λ=8,8192,0,62233,7.5968017578125
RRDSU,λ=8,8192,0,70985,8.6651611328125
RRDSU,λ=8,8192,0,75857,9.2598876953125
RRDSU,λ=8,8192,0,73017,8.9132080078125
RRDSU,λ=8,8192,0,73049,8.9171142578125
RRDSU,λ=8,8192,0,86881,10.6055908203125
RRDSU,λ=8,8192,0,69945,8.5382080078125
RRDSU,λ=8,8192,0,66785,8.1524658203125
RRDSU,λ=8,8192,0,70801,8.6427001953125
RRDSU,λ=8,8192,0,73265,8.9434814453125
RRDSU,λ=8,8192,0,78033,9.5255126953125
RRDSU,λ=8,8192,0,71993,8.7882080078125
RRDSU,λ=8,8192,0,79569,9.7130126953125
RRDSU,λ=8,8192,0,72769,8.8829345703125
RRDSU,λ=8,8192,0,80329,9.8057861328125
RRDSU,λ=8,8192,0,73033,8.9151611328125
RRDSU,λ=8,8192,0,69265,8.4552001953125
RRDSU,λ=8,8192,0,72953,8.9053955078125
RRDSU,λ=8,8192,0,71649,8.7462158203125
RRDSU,λ=8,8192,0,74873,9.1397705078125
RRDSU,λ=8,8192,0,78665,9.6026611328125
RRDSU,λ=8,8192,0,75833,9.2569580078125
RRDSU,λ=8,8192,0,87473,10.6778564453125
RRDSU,λ=8,8192,0,72185,8.8116455078125
RRDSU,λ=8,8192,0,73497,8.9718017578125
RRDSU,λ=8,8192,0,69865,8.5284423828125
RRDSU,λ=8,8192,0,78057,9.5284423828125
RRDSU,λ=8,8192,0,73977,9.0303955078125
RRDSU,λ=8,8192,0,73969,9.0294189453125
RRDSU,λ=8,8192,0,70793,8.6417236328125
RRDSU,λ=8,8192,0,68201,8.3253173828125
RRDSU,λ=8,8192,0,81001,9.8878173828125
RRDSU,λ=8,8192,0,69889,8.5313720703125
RRDSU,λ=8,8192,0,69593,8.4952392578125
RRDSU,λ=8,8192,0,69833,8.5245361328125
RRDSU,λ=8,8192,0,76569,9.3468017578125
RRDSU,λ=8,8192,0,71201,8.6915283203125
RRDSU,λ=8,8192,0,74201,9.0577392578125
RRDSU,λ=8,8192,0,74553,9.1007080078125
RRDSU,λ=8,8192,0,68777,8.3956298828125
RRDSU,λ=8,8192,0,75361,9.1993408203125
RRDSU,λ=8,8192,0,83993,10.2530517578125
RRDSU,λ=8,8192,0,76729,9.3663330078125
RHDSU,λ=8,8192,0,73681,8.9942626953125
RHDSU,λ=8,8192,0,63553,7.7579345703125
RHDSU,λ=8,8192,0,66145,8.0743408203125
RHDSU,λ=8,8192,0,65321,7.9737548828125
RHDSU,λ=8,8192,0,75873,9.2618408203125
RHDSU,λ=8,8192,0,65313,7.9727783203125
RHDSU,λ=8,8192,0,82849,10.1134033203125
RHDSU,λ=8,8192,0,68697,8.3858642578125
RHDSU,λ=8,8192,0,65665,8.0157470703125
RHDSU,λ=8,8192,0,70529,8.6094970703125
RHDSU,λ=8,8192,0,73345,8.9532470703125
RHDSU,λ=8,8192,0,72857,8.8936767578125
RHDSU,λ=8,8192,0,64545,7.8790283203125
RHDSU,λ=8,8192,0,65785,8.0303955078125
RHDSU,λ=8,8192,0,75649,9.2344970703125
RHDSU,λ=8,8192,0,65249,7.9649658203125
RHDSU,λ=8,8192,0,70977,8.6641845703125
RHDSU,λ=8,8192,0,70033,8.5489501953125
RHDSU,λ=8,8192,0,65865,8.0401611328125
RHDSU,λ=8,8192,0,74169,9.0538330078125
RHDSU,λ=8,8192,0,73409,8.9610595703125
RHDSU,λ=8,8192,0,77441,9.4532470703125
RHDSU,λ=8,8192,0,65913,8.0460205078125
RHDSU,λ=8,8192,0,65897,8.0440673828125
RHDSU,λ=8,8192,0,84913,10.3653564453125
RHDSU,λ=8,8192,0,76657,9.3575439453125
RHDSU,λ=8,8192,0,74545,9.0997314453125
RHDSU,λ=8,8192,0,66937,8.1710205078125
RHDSU,λ=8,8192,0,66369,8.1016845703125
RHDSU,λ=8,8192,0,71489,8.7266845703125
RHDSU,λ=8,8192,0,66193,8.0802001953125
RHDSU,λ=8,8192,0,75025,9.1583251953125
RHDSU,λ=8,8192,0,68337,8.3419189453125
RHDSU,λ=8,8192,0,68921,8.4132080078125
RHDSU,λ=8,8192,0,61433,7.4991455078125
RHDSU,λ=8,8192,0,78425,9.5733642578125
RHDSU,λ=8,8192,0,63737,7.7803955078125
RHDSU,λ=8,8192,0,69169,8.4434814453125
RHDSU,λ=8,8192,0,70441,8.5987548828125
RHDSU,λ=8,8192,0,62361,7.6124267578125
RHDSU,λ=8,8192,0,68369,8.3458251953125
RHDSU,λ=8,8192,0,70289,8.5802001953125
RHDSU,λ=8,8192,0,65969,8.0528564453125
RHDSU,λ=8,8192,0,85185,10.3985595703125
RHDSU,λ=8,8192,0,67705,8.2647705078125
RHDSU,λ=8,8192,0,76881,9.3848876953125
RHDSU,λ=8,8192,0,74953,9.1495361328125
RHDSU,λ=8,8192,0,68793,8.3975830078125
RHDSU,λ=8,8192,0,80585,9.8370361328125
RHDSU,λ=8,8192,0,62457,7.6241455078125
RHDSU,λ=8,8192,0,60321,7.3634033203125
RHDSU,λ=8,8192,0,63825,7.7911376953125
RHDSU,λ=8,8192,0,73385,8.9581298828125
RHDSU,λ=8,8192,0,69081,8.4327392578125
RHDSU,λ=8,8192,0,65297,7.9708251953125
RHDSU,λ=8,8192,0,67321,8.2178955078125
RHDSU,λ=8,8192,0,67777,8.2735595703125
RHDSU,λ=8,8192,0,79809,9.7423095703125
RHDSU,λ=8,8192,0,62873,7.6749267578125
RHDSU,λ=8,8192,0,79025,9.6466064453125
RHDSU,λ=8,8192,0,74473,9.0909423828125
RHDSU,λ=8,8192,0,70657,8.6251220703125
RHDSU,λ=8,8192,0,69473,8.4805908203125
RHDSU,λ=8,8192,0,69033,8.4268798828125
RHDSU,λ=8,8192,0,68425,8.3526611328125
RHDSU,λ=8,8192,0,67881,8.2862548828125
RHDSU,λ=8,8192,0,67481,8.2374267578125
RHDSU,λ=8,8192,0,72793,8.8858642578125
RHDSU,λ=8,8192,0,75569,9.2247314453125
RHDSU,λ=8,8192,0,79513,9.7061767578125
RHDSU,λ=8,8192,0,76249,9.3077392578125
RHDSU,λ=8,8192,0,76985,9.3975830078125
RHDSU,λ=8,8192,0,69305,8.4600830078125
RHDSU,λ=8,8192,0,71505,8.7286376953125
RHDSU,λ=8,8192,0,74185,9.0557861328125
RHDSU,λ=8,8192,0,75033,9.1593017578125
RHDSU,λ=8,8192,0,71425,8.7188720703125
RHDSU,λ=8,8192,0,67033,8.1827392578125
RHDSU,λ=8,8192,0,72441,8.8428955078125
RHDSU,λ=8,8192,0,66633,8.1339111328125
RHDSU,λ=8,8192,0,63465,7.7471923828125
RHDSU,λ=8,8192,0,66969,8.1749267578125
RHDSU,λ=8,8192,0,65265,7.9669189453125
RHDSU,λ=8,8192,0,68545,8.3673095703125
RHDSU,λ=8,8192,0,63473,7.7481689453125
RHDSU,λ=8,8192,0,70305,8.5821533203125
RHDSU,λ=8,8192,0,73417,8.9620361328125
RHDSU,λ=8,8192,0,69113,8.4366455078125
RHDSU,λ=8,8192,0,67441,8.2325439453125
RHDSU,λ=8,8192,0,69593,8.4952392578125
RHDSU,λ=8,8192,0,66849,8.1602783203125
RHDSU,λ=8,8192,0,78185,9.5440673828125
RHDSU,λ=8,8192,0,70025,8.5479736328125
RHDSU,λ=8,8192,0,72041,8.7940673828125
RHDSU,λ=8,8192,0,67105,8.1915283203125
RHDSU,λ=8,8192,0,69577,8.4932861328125
RHDSU,λ=8,8192,0,63849,7.7940673828125
RHDSU,λ=8,8192,0,66537,8.1221923828125
RHLSU,λ=8,8192,0,66161,8.0762939453125
RHLSU,λ=8,8192,0,70049,8.5509033203125
RHLSU,λ=8,8192,0,71121,8.6817626953125
RHLSU,λ=8,8192,0,69937,8.5372314453125
RHLSU,λ=8,8192,0,70025,8.5479736328125
RHLSU,λ=8,8192,0,76465,9.3341064453125
RHLSU,λ=8,8192,0,70089,8.5557861328125
RHLSU,λ=8,8192,0,73009,8.9122314453125
RHLSU,λ=8,8192,0,87369,10.6651611328125
RHLSU,λ=8,8192,0,77585,9.4708251953125
RHLSU,λ=8,8192,0,67913,8.2901611328125
RHLSU,λ=8,8192,0,72961,8.9063720703125
RHLSU,λ=8,8192,0,83449,10.1866455078125
RHLSU,λ=8,8192,0,74633,9.1104736328125
RHLSU,λ=8,8192,0,68513,8.3634033203125
RHLSU,λ=8,8192,0,78209,9.5469970703125
RHLSU,λ=8,8192,0,70625,8.6212158203125
RHLSU,λ=8,8192,0,64633,7.8897705078125
RHLSU,λ=8,8192,0,64089,7.8233642578125
RHLSU,λ=8,8192,0,79089,9.6544189453125
RHLSU,λ=8,8192,0,65865,8.0401611328125
RHLSU,λ=8,8192,0,87465,10.6768798828125
RHLSU,λ=8,8192,0,68689,8.3848876953125
RHLSU,λ=8,8192,0,76385,9.3243408203125
RHLSU,λ=8,8192,0,66001,8.0567626953125
RHLSU,λ=8,8192,0,61473,7.5040283203125
RHLSU,λ=8,8192,0,69433,8.4757080078125
RHLSU,λ=8,8192,0,63265,7.7227783203125
RHLSU,λ=8,8192,0,65065,7.9425048828125
RHLSU,λ=8,8192,0,61329,7.4864501953125
RHLSU,λ=8,8192,0,64897,7.9219970703125
RHLSU,λ=8,8192,0,80273,9.7989501953125
RHLSU,λ=8,8192,0,77145,9.4171142578125
RHLSU,λ=8,8192,0,71793,8.7637939453125
RHLSU,λ=8,8192,0,69809,8.5216064453125
RHLSU,λ=8,8192,0,63209,7.7159423828125
RHLSU,λ=8,8192,0,71697,8.7520751953125
RHLSU,λ=8,8192,0,64305,7.8497314453125
RHLSU,λ=8,8192,0,80745,9.8565673828125
RHLSU,λ=8,8192,0,66017,8.0587158203125
RHLSU,λ=8,8192,0,75385,9.2022705078125
RHLSU,λ=8,8192,0,73545,8.9776611328125
RHLSU,λ=8,8192,0,66777,8.1514892578125
RHLSU,λ=8,8192,0,67353,8.2218017578125
RHLSU,λ=8,8192,0,66577,8.1270751953125
RHLSU,λ=8,8192,0,70289,8.5802001953125
RHLSU,λ=8,8192,0,73249,8.9415283203125
RHLSU,λ=8,8192,0,78417,9.5723876953125
RHLSU,λ=8,8192,0,64313,7.8507080078125
RHLSU,λ=8,8192,0,69161,8.4425048828125
RHLSU,λ=8,8192,0,68553,8.3682861328125
RHLSU,λ=8,8192,0,69561,8.4913330078125
RHLSU,λ=8,8192,0,70985,8.6651611328125
RHLSU,λ=8,8192,0,64465,7.8692626953125
RHLSU,λ=8,8192,0,74177,9.0548095703125
RHLSU,λ=8,8192,0,76961,9.3946533203125
RHLSU,λ=8,8192,0,66337,8.0977783203125
RHLSU,λ=8,8192,0,75409,9.2052001953125
RHLSU,λ=8,8192,0,73097,8.9229736328125
RHLSU,λ=8,8192,0,80265,9.7979736328125
RHLSU,λ=8,8192,0,72569,8.8585205078125
RHLSU,λ=8,8192,0,66529,8.1212158203125
RHLSU,λ=8,8192,0,68569,8.3702392578125
RHLSU,λ=8,8192,0,71385,8.7139892578125
RHLSU,λ=8,8192,0,66641,8.1348876953125
RHLSU,λ=8,8192,0,70945,8.6602783203125
RHLSU,λ=8,8192,0,63769,7.7843017578125
RHLSU,λ=8,8192,0,72681,8.8721923828125
RHLSU,λ=8,8192,0,69265,8.4552001953125
RHLSU,λ=8,8192,0,66857,8.1612548828125
RHLSU,λ=8,8192,0,65745,8.0255126953125
RHLSU,λ=8,8192,0,70913,8.6563720703125
RHLSU,λ=8,8192,0,65185,7.9571533203125
RHLSU,λ=8,8192,0,93993,11.4737548828125
RHLSU,λ=8,8192,0,70201,8.5694580078125
RHLSU,λ=8,8192,0,73297,8.9473876953125
RHLSU,λ=8,8192,0,74265,9.0655517578125
RHLSU,λ=8,8192,0,76625,9.3536376953125
RHLSU,λ=8,8192,0,65441,7.9884033203125
RHLSU,λ=8,8192,0,71393,8.7149658203125
RHLSU,λ=8,8192,0,74617,9.1085205078125
RHLSU,λ=8,8192,0,68577,8.3712158203125
RHLSU,λ=8,8192,0,76113,9.2911376953125
RHLSU,λ=8,8192,0,74825,9.1339111328125
RHLSU,λ=8,8192,0,70217,8.5714111328125
RHLSU,λ=8,8192,0,67961,8.2960205078125
RHLSU,λ=8,8192,0,72185,8.8116455078125
RHLSU,λ=8,8192,0,64225,7.8399658203125
RHLSU,λ=8,8192,0,69689,8.5069580078125
RHLSU,λ=8,8192,0,67937,8.2930908203125
RHLSU,λ=8,8192,0,74793,9.1300048828125
RHLSU,λ=8,8192,0,66289,8.0919189453125
RHLSU,λ=8,8192,0,77881,9.5069580078125
RHLSU,λ=8,8192,0,69393,8.4708251953125
RHLSU,λ=8,8192,0,87857,10.7247314453125
RHLSU,λ=8,8192,0,86537,10.5635986328125
RHLSU,λ=8,8192,0,65033,7.9385986328125
RHLSU,λ=8,8192,0,71609,8.7413330078125
RRLSU,λ=8,8192,0,69289,8.4581298828125
RRLSU,λ=8,8192,0,79017,9.6456298828125
RRLSU,λ=8,8192,0,71337,8.7081298828125
RRLSU,λ=8,8192,0,74641,9.1114501953125
RRLSU,λ=8,8192,0,66057,8.0635986328125
RRLSU,λ=8,8192,0,84425,10.3057861328125
RRLSU,λ=8,8192,0,67585,8.2501220703125
RRLSU,λ=8,8192,0,75953,9.2716064453125
RRLSU,λ=8,8192,0,78761,9.6143798828125
RRLSU,λ=8,8192,0,69897,8.5323486328125
RRLSU,λ=8,8192,0,70033,8.5489501953125
RRLSU,λ=8,8192,0,83393,10.1798095703125
RRLSU,λ=8,8192,0,74593,9.1055908203125
RRLSU,λ=8,8192,0,70561,8.6134033203125
RRLSU,λ=8,8192,0,77993,9.5206298828125
RRLSU,λ=8,8192,0,67737,8.2686767578125
RRLSU,λ=8,8192,0,76745,9.3682861328125
RRLSU,λ=8,8192,0,89521,10.9278564453125
RRLSU,λ=8,8192,0,85089,10.3868408203125
RRLSU,λ=8,8192,0,74545,9.0997314453125
RRLSU,λ=8,8192,0,69337,8.4639892578125
RRLSU,λ=8,8192,0,70225,8.5723876953125
RRLSU,λ=8,8192,0,79081,9.6534423828125
RRLSU,λ=8,8192,0,72505,8.8507080078125
RRLSU,λ=8,8192,0,73089,8.9219970703125
RRLSU,λ=8,8192,0,71401,8.7159423828125
RRLSU,λ=8,8192,0,68081,8.3106689453125
RRLSU,λ=8,8192,0,70417,8.5958251953125
RRLSU,λ=8,8192,0,73929,9.0245361328125
RRLSU,λ=8,8192,0,76769,9.3712158203125
RRLSU,λ=8,8192,0,85257,10.4073486328125
RRLSU,λ=8,8192,0,72577,8.8594970703125
RRLSU,λ=8,8192,0,85873,10.4825439453125
RRLSU,λ=8,8192,0,78641,9.5997314453125
RRLSU,λ=8,8192,0,84761,10.3468017578125
RRLSU,λ=8,8192,0,69841,8.5255126953125
RRLSU,λ=8,8192,0,94961,11.5919189453125
RRLSU,λ=8,8192,0,71969,8.7852783203125
RRLSU,λ=8,8192,0,69161,8.4425048828125
RRLSU,λ=8,8192,0,84257,10.2852783203125
RRLSU,λ=8,8192,0,73385,8.9581298828125
RRLSU,λ=8,8192,0,78337,9.5626220703125
RRLSU,λ=8,8192,0,68945,8.4161376953125
RRLSU,λ=8,8192,0,69425,8.4747314453125
RRLSU,λ=8,8192,0,93521,11.4161376953125
RRLSU,λ=8,8192,0,77113,9.4132080078125
RRLSU,λ=8,8192,0,75281,9.1895751953125
RRLSU,λ=8,8192,0,75409,9.2052001953125
RRLSU,λ=8,8192,0,65697,8.0196533203125
RRLSU,λ=8,8192,0,73305,8.9483642578125
RRLSU,λ=8,8192,0,76025,9.2803955078125
RRLSU,λ=8,8192,0,78809,9.6202392578125
RRLSU,λ=8,8192,0,73777,9.0059814453125
RRLSU,λ=8,8192,0,82505,10.0714111328125
RRLSU,λ=8,8192,0,70233,8.5733642578125
RRLSU,λ=8,8192,0,76833,9.3790283203125
RRLSU,λ=8,8192,0,72601,8.8624267578125
RRLSU,λ=8,8192,0,70097,8.5567626953125
RRLSU,λ=8,8192,0,72369,8.8341064453125
RRLSU,λ=8,8192,0,81617,9.9630126953125
RRLSU,λ=8,8192,0,74073,9.0421142578125
RRLSU,λ=8,8192,0,76857,9.3819580078125
RRLSU,λ=8,8192,0,75569,9.2247314453125
RRLSU,λ=8,8192,0,65209,7.9600830078125
RRLSU,λ=8,8192,0,88161,10.7618408203125
RRLSU,λ=8,8192,0,75665,9.2364501953125
RRLSU,λ=8,8192,0,70169,8.5655517578125
RRLSU,λ=8,8192,0,83825,10.2325439453125
RRLSU,λ=8,8192,0,71817,8.7667236328125
RRLSU,λ=8,8192,0,78745,9.6124267578125
RRLSU,λ=8,8192,0,78377,9.5675048828125
RRLSU,λ=8,8192,0,70857,8.6495361328125
RRLSU,λ=8,8192,0,75273,9.1885986328125
RRLSU,λ=8,8192,0,66329,8.0968017578125
RRLSU,λ=8,8192,0,75809,9.2540283203125
RRLSU,λ=8,8192,0,85705,10.4620361328125
RRLSU,λ=8,8192,0,73633,8.9884033203125
RRLSU,λ=8,8192,0,78385,9.5684814453125
RRLSU,λ=8,8192,0,65193,7.9581298828125
RRLSU,λ=8,8192,0,66969,8.1749267578125
RRLSU,λ=8,8192,0,72449,8.8438720703125
RRLSU,λ=8,8192,0,73417,8.9620361328125
RRLSU,λ=8,8192,0,85905,10.4864501953125
RRLSU,λ=8,8192,0,73425,8.9630126953125
RRLSU,λ=8,8192,0,77905,9.5098876953125
RRLSU,λ=8,8192,0,80393,9.8135986328125
RRLSU,λ=8,8192,0,84593,10.3262939453125
RRLSU,λ=8,8192,0,81017,9.8897705078125
RRLSU,λ=8,8192,0,77161,9.4190673828125
RRLSU,λ=8,8192,0,72289,8.8243408203125
RRLSU,λ=8,8192,0,93385,11.3995361328125
RRLSU,λ=8,8192,0,79465,9.7003173828125
RRLSU,λ=8,8192,0,75721,9.2432861328125
RRLSU,λ=8,8192,0,74889,9.1417236328125
RRLSU,λ=8,8192,0,79849,9.7471923828125
RRLSU,λ=8,8192,0,67105,8.1915283203125
RSLSU,λ=8,8192,0,115697,14.1231689453125
RSLSU,λ=8,8192,0,79969,9.7618408203125
RSLSU,λ=8,8192,0,92137,11.2471923828125
RSLSU,λ=8,8192,0,92705,11.3165283203125
RSLSU,λ=8,8192,0,82849,10.1134033203125
RSLSU,λ=8,8192,0,86217,10.5245361328125
RSLSU,λ=8,8192,0,113409,13.8438720703125
RSLSU,λ=8,8192,0,96409,11.7686767578125
RSLSU,λ=8,8192,0,94089,11.4854736328125
RSLSU,λ=8,8192,0,88081,10.7520751953125
RSLSU,λ=8,8192,0,95353,11.6397705078125
RSLSU,λ=8,8192,0,107089,13.0723876953125
RSLSU,λ=8,8192,0,112265,13.7042236328125
RSLSU,λ=8,8192,0,93377,11.3985595703125
RSLSU,λ=8,8192,0,86921,10.6104736328125
RSLSU,λ=8,8192,0,86137,10.5147705078125
RSLSU,λ=8,8192,0,99833,12.1866455078125
RSLSU,λ=8,8192,0,108081,13.1934814453125
RSLSU,λ=8,8192,0,93593,11.4249267578125
RSLSU,λ=8,8192,0,85001,10.3760986328125
RSLSU,λ=8,8192,0,92001,11.2305908203125
RSLSU,λ=8,8192,0,95193,11.6202392578125
RSLSU,λ=8,8192,0,94169,11.4952392578125
RSLSU,λ=8,8192,0,96273,11.7520751953125
RSLSU,λ=8,8192,0,93913,11.4639892578125
RSLSU,λ=8,8192,0,84265,10.2862548828125
RSLSU,λ=8,8192,0,101337,12.3702392578125
RSLSU,λ=8,8192,0,99753,12.1768798828125
RSLSU,λ=8,8192,0,82281,10.0440673828125
RSLSU,λ=8,8192,0,101825,12.4298095703125
RSLSU,λ=8,8192,0,108913,13.2950439453125
RSLSU,λ=8,8192,0,90985,11.1065673828125
RSLSU,λ=8,8192,0,113001,13.7940673828125
RSLSU,λ=8,8192,0,102649,12.5303955078125
RSLSU,λ=8,8192,0,99993,12.2061767578125
RSLSU,λ=8,8192,0,113041,13.7989501953125
RSLSU,λ=8,8192,0,87601,10.6934814453125
RSLSU,λ=8,8192,0,115353,14.0811767578125
RSLSU,λ=8,8192,0,94121,11.4893798828125
RSLSU,λ=8,8192,0,92929,11.3438720703125
RSLSU,λ=8,8192,0,98633,12.0401611328125
RSLSU,λ=8,8192,0,113281,13.8282470703125
RSLSU,λ=8,8192,0,89105,10.8770751953125
RSLSU,λ=8,8192,0,99313,12.1231689453125
RSLSU,λ=8,8192,0,84473,10.3116455078125
RSLSU,λ=8,8192,0,103097,12.5850830078125
RSLSU,λ=8,8192,0,90881,11.0938720703125
RSLSU,λ=8,8192,0,111385,13.5968017578125
RSLSU,λ=8,8192,0,104873,12.8018798828125
RSLSU,λ=8,8192,0,103505,12.6348876953125
RSLSU,λ=8,8192,0,102073,12.4600830078125
RSLSU,λ=8,8192,0,89185,10.8868408203125
RSLSU,λ=8,8192,0,108633,13.2608642578125
RSLSU,λ=8,8192,0,96081,11.7286376953125
RSLSU,λ=8,8192,0,99433,12.1378173828125
RSLSU,λ=8,8192,0,103185,12.5958251953125
RSLSU,λ=8,8192,0,92385,11.2774658203125
RSLSU,λ=8,8192,0,96705,11.8048095703125
RSLSU,λ=8,8192,0,104153,12.7139892578125
RSLSU,λ=8,8192,0,97809,11.9395751953125
RSLSU,λ=8,8192,0,80209,9.7911376953125
RSLSU,λ=8,8192,0,91817,11.2081298828125
RSLSU,λ=8,8192,0,113705,13.8800048828125
RSLSU,λ=8,8192,0,96729,11.8077392578125
RSLSU,λ=8,8192,0,91313,11.1466064453125
RSLSU,λ=8,8192,0,86361,10.5421142578125
RSLSU,λ=8,8192,0,115121,14.0528564453125
RSLSU,λ=8,8192,0,97833,11.9425048828125
RSLSU,λ=8,8192,0,114177,13.9376220703125
RSLSU,λ=8,8192,0,106713,13.0264892578125
RSLSU,λ=8,8192,0,89777,10.9591064453125
RSLSU,λ=8,8192,0,113993,13.9151611328125
RSLSU,λ=8,8192,0,90953,11.1026611328125
RSLSU,λ=8,8192,0,95513,11.6593017578125
RSLSU,λ=8,8192,0,91281,11.1427001953125
RSLSU,λ=8,8192,0,97705,11.9268798828125
RSLSU,λ=8,8192,0,95809,11.6954345703125
RSLSU,λ=8,8192,0,102961,12.5684814453125
RSLSU,λ=8,8192,0,99409,12.1348876953125
RSLSU,λ=8,8192,0,93833,11.4542236328125
RSLSU,λ=8,8192,0,105641,12.8956298828125
RSLSU,λ=8,8192,0,100145,12.2247314453125
RSLSU,λ=8,8192,0,87473,10.6778564453125
RSLSU,λ=8,8192,0,113513,13.8565673828125
RSLSU,λ=8,8192,0,100665,12.2882080078125
RSLSU,λ=8,8192,0,89729,10.9532470703125
RSLSU,λ=8,8192,0,85977,10.4952392578125
RSLSU,λ=8,8192,0,89633,10.9415283203125
RSLSU,λ=8,8192,0,97081,11.8507080078125
RSLSU,λ=8,8192,0,86697,10.5831298828125
RSLSU,λ=8,8192,0,90089,10.9971923828125
RSLSU,λ=8,8192,0,89585,10.9356689453125
RSLSU,λ=8,8192,0,102521,12.5147705078125
RSLSU,λ=8,8192,0,99401,12.1339111328125
RSLSU,λ=8,8192,0,90385,11.0333251953125
RSLSU,λ=8,8192,0,112665,13.7530517578125
RSLSU,λ=8,8192,0,98449,12.0177001953125
RSLSU,λ=8,8192,0,90289,11.0216064453125
RSLSU,λ=8,8192,0,95105,11.6094970703125
RSLSU,λ=8,8192,0,94769,11.5684814453125
RSDMU,λ=8,8192,0,92577,11.3009033203125
RSDMU,λ=8,8192,0,97897,11.9503173828125
RSDMU,λ=8,8192,0,104161,12.7149658203125
RSDMU,λ=8,8192,0,103609,12.6475830078125
RSDMU,λ=8,8192,0,88137,10.7589111328125
RSDMU,λ=8,8192,0,115265,14.0704345703125
RSDMU,λ=8,8192,0,104841,12.7979736328125
RSDMU,λ=8,8192,0,97417,11.8917236328125
RSDMU,λ=8,8192,0,100609,12.2813720703125
RSDMU,λ=8,8192,0,100313,12.2452392578125
RSDMU,λ=8,8192,0,104945,12.8106689453125
RSDMU,λ=8,8192,0,83785,10.2276611328125
RSDMU,λ=8,8192,0,111793,13.6466064453125
RSDMU,λ=8,8192,0,111609,13.6241455078125
RSDMU,λ=8,8192,0,99057,12.0919189453125
RSDMU,λ=8,8192,0,87177,10.6417236328125
RSDMU,λ=8,8192,0,99833,12.1866455078125
RSDMU,λ=8,8192,0,92001,11.2305908203125
RSDMU,λ=8,8192,0,88945,10.8575439453125
RSDMU,λ=8,8192,0,95529,11.6612548828125
RSDMU,λ=8,8192,0,91993,11.2296142578125
RSDMU,λ=8,8192,0,99369,12.1300048828125
RSDMU,λ=8,8192,0,89521,10.9278564453125
RSDMU,λ=8,8192,0,112201,13.6964111328125
RSDMU,λ=8,8192,0,106049,12.9454345703125
RSDMU,λ=8,8192,0,86633,10.5753173828125
RSDMU,λ=8,8192,0,105617,12.8927001953125
RSDMU,λ=8,8192,0,85209,10.4014892578125
RSDMU,λ=8,8192,0,102649,12.5303955078125
RSDMU,λ=8,8192,0,100097,12.2188720703125
RSDMU,λ=8,8192,0,94265,11.5069580078125
RSDMU,λ=8,8192,0,94329,11.5147705078125
RSDMU,λ=8,8192,0,100513,12.2696533203125
RSDMU,λ=8,8192,0,97337,11.8819580078125
RSDMU,λ=8,8192,0,111617,13.6251220703125
RSDMU,λ=8,8192,0,103825,12.6739501953125
RSDMU,λ=8,8192,0,105865,12.9229736328125
RSDMU,λ=8,8192,0,84457,10.3096923828125
RSDMU,λ=8,8192,0,99561,12.1534423828125
RSDMU,λ=8,8192,0,93881,11.4600830078125
RSDMU,λ=8,8192,0,82601,10.0831298828125
RSDMU,λ=8,8192,0,102417,12.5020751953125
RSDMU,λ=8,8192,0,92985,11.3507080078125
RSDMU,λ=8,8192,0,90345,11.0284423828125
RSDMU,λ=8,8192,0,106793,13.0362548828125
RSDMU,λ=8,8192,0,113433,13.8468017578125
RSDMU,λ=8,8192,0,103249,12.6036376953125
RSDMU,λ=8,8192,0,93953,11.4688720703125
RSDMU,λ=8,8192,0,93465,11.4093017578125
RSDMU,λ=8,8192,0,89161,10.8839111328125
RSDMU,λ=8,8192,0,99281,12.1192626953125
RSDMU,λ=8,8192,0,110953,13.5440673828125
RSDMU,λ=8,8192,0,90977,11.1055908203125
RSDMU,λ=8,8192,0,90593,11.0587158203125
RSDMU,λ=8,8192,0,93137,11.3692626953125
RSDMU,λ=8,8192,0,92625,11.3067626953125
RSDMU,λ=8,8192,0,105185,12.8399658203125
RSDMU,λ=8,8192,0,98073,11.9718017578125
RSDMU,λ=8,8192,0,94865,11.5802001953125
RSDMU,λ=8,8192,0,101249,12.3594970703125
RSDMU,λ=8,8192,0,101233,12.3575439453125
RSDMU,λ=8,8192,0,100561,12.2755126953125
RSDMU,λ=8,8192,0,118945,14.5196533203125
RSDMU,λ=8,8192,0,104401,12.7442626953125
RSDMU,λ=8,8192,0,93857,11.4571533203125
RSDMU,λ=8,8192,0,98553,12.0303955078125
RSDMU,λ=8,8192,0,93009,11.3536376953125
RSDMU,λ=8,8192,0,88201,10.7667236328125
RSDMU,λ=8,8192,0,93577,11.4229736328125
RSDMU,λ=8,8192,0,93121,11.3673095703125
RSDMU,λ=8,8192,0,96185,11.7413330078125
RSDMU,λ=8,8192,0,103721,12.6612548828125
RSDMU,λ=8,8192,0,91977,11.2276611328125
RSDMU,λ=8,8192,0,91081,11.1182861328125
RSDMU,λ=8,8192,0,87505,10.6817626953125
RSDMU,λ=8,8192,0,96873,11.8253173828125
RSDMU,λ=8,8192,0,107793,13.1583251953125
RSDMU,λ=8,8192,0,96505,11.7803955078125
RSDMU,λ=8,8192,0,91905,11.2188720703125
RSDMU,λ=8,8192,0,103017,12.5753173828125
RSDMU,λ=8,8192,0,90089,10.9971923828125
RSDMU,λ=8,8192,0,95833,11.6983642578125
RSDMU,λ=8,8192,0,100801,12.3048095703125
RSDMU,λ=8,8192,0,82857,10.1143798828125
RSDMU,λ=8,8192,0,109081,13.3155517578125
RSDMU,λ=8,8192,0,118001,14.4044189453125
RSDMU,λ=8,8192,0,102257,12.4825439453125
RSDMU,λ=8,8192,0,116001,14.1602783203125
RSDMU,λ=8,8192,0,97729,11.9298095703125
RSDMU,λ=8,8192,0,98057,11.9698486328125
RSDMU,λ=8,8192,0,100241,12.2364501953125
RSDMU,λ=8,8192,0,103857,12.6778564453125
RSDMU,λ=8,8192,0,101113,12.3428955078125
RSDMU,λ=8,8192,0,93753,11.4444580078125
RSDMU,λ=8,8192,0,90289,11.0216064453125
RSDMU,λ=8,8192,0,94697,11.5596923828125
RRDMU,λ=8,8192,0,71369,8.7120361328125
RRDMU,λ=8,8192,0,78649,9.6007080078125
RRDMU,λ=8,8192,0,70705,8.6309814453125
RRDMU,λ=8,8192,0,80033,9.7696533203125
RRDMU,λ=8,8192,0,88385,10.7891845703125
RRDMU,λ=8,8192,0,88233,10.7706298828125
RRDMU,λ=8,8192,0,72977,8.9083251953125
RRDMU,λ=8,8192,0,71857,8.7716064453125
RRDMU,λ=8,8192,0,70969,8.6632080078125
RRDMU,λ=8,8192,0,79585,9.7149658203125
RRDMU,λ=8,8192,0,73201,8.9356689453125
RRDMU,λ=8,8192,0,83697,10.2169189453125
RRDMU,λ=8,8192,0,73937,9.0255126953125
RRDMU,λ=8,8192,0,79089,9.6544189453125
RRDMU,λ=8,8192,0,69897,8.5323486328125
RRDMU,λ=8,8192,0,73321,8.9503173828125
RRDMU,λ=8,8192,0,77889,9.5079345703125
RRDMU,λ=8,8192,0,72001,8.7891845703125
RRDMU,λ=8,8192,0,73409,8.9610595703125
RRDMU,λ=8,8192,0,80569,9.8350830078125
RRDMU,λ=8,8192,0,74361,9.0772705078125
RRDMU,λ=8,8192,0,87401,10.6690673828125
RRDMU,λ=8,8192,0,83105,10.1446533203125
RRDMU,λ=8,8192,0,80705,9.8516845703125
RRDMU,λ=8,8192,0,75921,9.2677001953125
RRDMU,λ=8,8192,0,71145,8.6846923828125
RRDMU,λ=8,8192,0,68889,8.4093017578125
RRDMU,λ=8,8192,0,78513,9.5841064453125
RRDMU,λ=8,8192,0,85657,10.4561767578125
RRDMU,λ=8,8192,0,72505,8.8507080078125
RRDMU,λ=8,8192,0,83593,10.2042236328125
RRDMU,λ=8,8192,0,74577,9.1036376953125
RRDMU,λ=8,8192,0,70689,8.6290283203125
RRDMU,λ=8,8192,0,72201,8.8135986328125
RRDMU,λ=8,8192,0,73817,9.0108642578125
RRDMU,λ=8,8192,0,76081,9.2872314453125
RRDMU,λ=8,8192,0,86577,10.5684814453125
RRDMU,λ=8,8192,0,74153,9.0518798828125
RRDMU,λ=8,8192,0,75001,9.1553955078125
RRDMU,λ=8,8192,0,78641,9.5997314453125
RRDMU,λ=8,8192,0,71041,8.6719970703125
RRDMU,λ=8,8192,0,81241,9.9171142578125
RRDMU,λ=8,8192,0,74337,9.0743408203125
RRDMU,λ=8,8192,0,76601,9.3507080078125
RRDMU,λ=8,8192,0,72297,8.8253173828125
RRDMU,λ=8,8192,0,78569,9.5909423828125
RRDMU,λ=8,8192,0,76897,9.3868408203125
RRDMU,λ=8,8192,0,73081,8.9210205078125
RRDMU,λ=8,8192,0,75865,9.2608642578125
RRDMU,λ=8,8192,0,81089,9.8985595703125
RRDMU,λ=8,8192,0,85169,10.3966064453125
RRDMU,λ=8,8192,0,90297,11.0225830078125
RRDMU,λ=8,8192,0,87961,10.7374267578125
RRDMU,λ=8,8192,0,70545,8.6114501953125
RRDMU,λ=8,8192,0,78033,9.5255126953125
RRDMU,λ=8,8192,0,68841,8.4034423828125
RRDMU,λ=8,8192,0,76977,9.3966064453125
RRDMU,λ=8,8192,0,71993,8.7882080078125
RRDMU,λ=8,8192,0,81729,9.9766845703125
RRDMU,λ=8,8192,0,72993,8.9102783203125
RRDMU,λ=8,8192,0,77833,9.5010986328125
RRDMU,λ=8,8192,0,77105,9.4122314453125
RRDMU,λ=8,8192,0,66105,8.0694580078125
RRDMU,λ=8,8192,0,82961,10.1270751953125
RRDMU,λ=8,8192,0,71385,8.7139892578125
RRDMU,λ=8,8192,0,77057,9.4063720703125
RRDMU,λ=8,8192,0,71721,8.7550048828125
RRDMU,λ=8,8192,0,74073,9.0421142578125
RRDMU,λ=8,8192,0,76857,9.3819580078125
RRDMU,λ=8,8192,0,90713,11.0733642578125
RRDMU,λ=8,8192,0,85881,10.4835205078125
RRDMU,λ=8,8192,0,75569,9.2247314453125
RRDMU,λ=8,8192,0,91113,11.1221923828125
RRDMU,λ=8,8192,0,84961,10.3712158203125
RRDMU,λ=8,8192,0,68065,8.3087158203125
RRDMU,λ=8,8192,0,98497,12.0235595703125
RRDMU,λ=8,8192,0,77489,9.4591064453125
RRDMU,λ=8,8192,0,73673,8.9932861328125
RRDMU,λ=8,8192,0,85841,10.4786376953125
RRDMU,λ=8,8192,0,76121,9.2921142578125
RRDMU,λ=8,8192,0,72945,8.9044189453125
RRDMU,λ=8,8192,0,76113,9.2911376953125
RRDMU,λ=8,8192,0,73785,9.0069580078125
RRDMU,λ=8,8192,0,78329,9.5616455078125
RRDMU,λ=8,8192,0,75521,9.2188720703125
RRDMU,λ=8,8192,0,84937,10.3682861328125
RRDMU,λ=8,8192,0,74137,9.0499267578125
RRDMU,λ=8,8192,0,72345,8.8311767578125
RRDMU,λ=8,8192,0,76969,9.3956298828125
RRDMU,λ=8,8192,0,68545,8.3673095703125
RRDMU,λ=8,8192,0,65521,7.9981689453125
RRDMU,λ=8,8192,0,76817,9.3770751953125
RRDMU,λ=8,8192,0,72209,8.8145751953125
RRDMU,λ=8,8192,0,71409,8.7169189453125
RRDMU,λ=8,8192,0,75121,9.1700439453125
RRDMU,λ=8,8192,0,69657,8.5030517578125
RRDMU,λ=8,8192,0,98249,11.9932861328125
RRDMU,λ=8,8192,0,75137,9.1719970703125
RRDMU,λ=8,8192,0,76537,9.3428955078125
RHDMU,λ=8,8192,0,83465,10.1885986328125
RHDMU,λ=8,8192,0,70073,8.5538330078125
RHDMU,λ=8,8192,0,67929,8.2921142578125
RHDMU,λ=8,8192,0,68145,8.3184814453125
RHDMU,λ=8,8192,0,74369,9.0782470703125
RHDMU,λ=8,8192,0,72625,8.8653564453125
RHDMU,λ=8,8192,0,70465,8.6016845703125
RHDMU,λ=8,8192,0,71169,8.6876220703125
RHDMU,λ=8,8192,0,76361,9.3214111328125
RHDMU,λ=8,8192,0,73681,8.9942626953125
RHDMU,λ=8,8192,0,76825,9.3780517578125
RHDMU,λ=8,8192,0,72257,8.8204345703125
RHDMU,λ=8,8192,0,73153,8.9298095703125
RHDMU,λ=8,8192,0,72457,8.8448486328125
RHDMU,λ=8,8192,0,73449,8.9659423828125
RHDMU,λ=8,8192,0,68257,8.3321533203125
RHDMU,λ=8,8192,0,70681,8.6280517578125
RHDMU,λ=8,8192,0,70673,8.6270751953125
RHDMU,λ=8,8192,0,67537,8.2442626953125
RHDMU,λ=8,8192,0,72089,8.7999267578125
RHDMU,λ=8,8192,0,65065,7.9425048828125
RHDMU,λ=8,8192,0,68921,8.4132080078125
RHDMU,λ=8,8192,0,70881,8.6524658203125
RHDMU,λ=8,8192,0,74521,9.0968017578125
RHDMU,λ=8,8192,0,66809,8.1553955078125
RHDMU,λ=8,8192,0,77681,9.4825439453125
RHDMU,λ=8,8192,0,73649,8.9903564453125
RHDMU,λ=8,8192,0,67353,8.2218017578125
RHDMU,λ=8,8192,0,82361,10.0538330078125
RHDMU,λ=8,8192,0,79873,9.7501220703125
RHDMU,λ=8,8192,0,69585,8.4942626953125
RHDMU,λ=8,8192,0,75265,9.1876220703125
RHDMU,λ=8,8192,0,83377,10.1778564453125
RHDMU,λ=8,8192,0,75609,9.2296142578125
RHDMU,λ=8,8192,0,73585,8.9825439453125
RHDMU,λ=8,8192,0,70745,8.6358642578125
RHDMU,λ=8,8192,0,76377,9.3233642578125
RHDMU,λ=8,8192,0,84113,10.2677001953125
RHDMU,λ=8,8192,0,80001,9.7657470703125
RHDMU,λ=8,8192,0,73081,8.9210205078125
RHDMU,λ=8,8192,0,71001,8.6671142578125
RHDMU,λ=8,8192,0,89697,10.9493408203125
RHDMU,λ=8,8192,0,71249,8.6973876953125
RHDMU,λ=8,8192,0,68305,8.3380126953125
RHDMU,λ=8,8192,0,72937,8.9034423828125
RHDMU,λ=8,8192,0,75585,9.2266845703125
RHDMU,λ=8,8192,0,69673,8.5050048828125
RHDMU,λ=8,8192,0,75281,9.1895751953125
RHDMU,λ=8,8192,0,76473,9.3350830078125
RHDMU,λ=8,8192,0,76153,9.2960205078125
RHDMU,λ=8,8192,0,68873,8.4073486328125
RHDMU,λ=8,8192,0,71377,8.7130126953125
RHDMU,λ=8,8192,0,71113,8.6807861328125
RHDMU,λ=8,8192,0,68505,8.3624267578125
RHDMU,λ=8,8192,0,66785,8.1524658203125
RHDMU,λ=8,8192,0,71993,8.7882080078125
RHDMU,λ=8,8192,0,73065,8.9190673828125
RHDMU,λ=8,8192,0,70721,8.6329345703125
RHDMU,λ=8,8192,0,74449,9.0880126953125
RHDMU,λ=8,8192,0,86689,10.5821533203125
RHDMU,λ=8,8192,0,67481,8.2374267578125
RHDMU,λ=8,8192,0,78161,9.5411376953125
RHDMU,λ=8,8192,0,74073,9.0421142578125
RHDMU,λ=8,8192,0,74313,9.0714111328125
RHDMU,λ=8,8192,0,73489,8.9708251953125
RHDMU,λ=8,8192,0,74705,9.1192626953125
RHDMU,λ=8,8192,0,82713,10.0968017578125
RHDMU,λ=8,8192,0,73889,9.0196533203125
RHDMU,λ=8,8192,0,68601,8.3741455078125
RHDMU,λ=8,8192,0,76249,9.3077392578125
RHDMU,λ=8,8192,0,69297,8.4591064453125
RHDMU,λ=8,8192,0,78601,9.5948486328125
RHDMU,λ=8,8192,0,79129,9.6593017578125
RHDMU,λ=8,8192,0,76945,9.3927001953125
RHDMU,λ=8,8192,0,78721,9.6094970703125
RHDMU,λ=8,8192,0,82385,10.0567626953125
RHDMU,λ=8,8192,0,64257,7.8438720703125
RHDMU,λ=8,8192,0,68049,8.3067626953125
RHDMU,λ=8,8192,0,79561,9.7120361328125
RHDMU,λ=8,8192,0,76217,9.3038330078125
RHDMU,λ=8,8192,0,77593,9.4718017578125
RHDMU,λ=8,8192,0,78689,9.6055908203125
RHDMU,λ=8,8192,0,73537,8.9766845703125
RHDMU,λ=8,8192,0,90761,11.0792236328125
RHDMU,λ=8,8192,0,74049,9.0391845703125
RHDMU,λ=8,8192,0,69633,8.5001220703125
RHDMU,λ=8,8192,0,80481,9.8243408203125
RHDMU,λ=8,8192,0,81353,9.9307861328125
RHDMU,λ=8,8192,0,77609,9.4737548828125
RHDMU,λ=8,8192,0,83713,10.2188720703125
RHDMU,λ=8,8192,0,70385,8.5919189453125
RHDMU,λ=8,8192,0,77969,9.5177001953125
RHDMU,λ=8,8192,0,68625,8.3770751953125
RHDMU,λ=8,8192,0,74553,9.1007080078125
RHDMU,λ=8,8192,0,71257,8.6983642578125
RHDMU,λ=8,8192,0,79297,9.6798095703125
RHDMU,λ=8,8192,0,69577,8.4932861328125
RHDMU,λ=8,8192,0,76729,9.3663330078125
RHLMU,λ=8,8192,0,69585,8.4942626953125
RHLMU,λ=8,8192,0,71249,8.6973876953125
RHLMU,λ=8,8192,0,77241,9.4288330078125
RHLMU,λ=8,8192,0,79689,9.7276611328125
RHLMU,λ=8,8192,0,87761,10.7130126953125
RHLMU,λ=8,8192,0,78113,9.5352783203125
RHLMU,λ=8,8192,0,72857,8.8936767578125
RHLMU,λ=8,8192,0,69313,8.4610595703125
RHLMU,λ=8,8192,0,71153,8.6856689453125
RHLMU,λ=8,8192,0,84425,10.3057861328125
RHLMU,λ=8,8192,0,75953,9.2716064453125
RHLMU,λ=8,8192,0,75657,9.2354736328125
RHLMU,λ=8,8192,0,71225,8.6944580078125
RHLMU,λ=8,8192,0,79609,9.7178955078125
RHLMU,λ=8,8192,0,70977,8.6641845703125
RHLMU,λ=8,8192,0,71089,8.6778564453125
RHLMU,λ=8,8192,0,68361,8.3448486328125
RHLMU,λ=8,8192,0,79361,9.6876220703125
RHLMU,λ=8,8192,0,80897,9.8751220703125
RHLMU,λ=8,8192,0,70177,8.5665283203125
RHLMU,λ=8,8192,0,80809,9.8643798828125
RHLMU,λ=8,8192,0,80041,9.7706298828125
RHLMU,λ=8,8192,0,80569,9.8350830078125
RHLMU,λ=8,8192,0,71489,8.7266845703125
RHLMU,λ=8,8192,0,85305,10.4132080078125
RHLMU,λ=8,8192,0,75905,9.2657470703125
RHLMU,λ=8,8192,0,72465,8.8458251953125
RHLMU,λ=8,8192,0,84361,10.2979736328125
RHLMU,λ=8,8192,0,73233,8.9395751953125
RHLMU,λ=8,8192,0,68889,8.4093017578125
RHLMU,λ=8,8192,0,68921,8.4132080078125
RHLMU,λ=8,8192,0,78521,9.5850830078125
RHLMU,λ=8,8192,0,66809,8.1553955078125
RHLMU,λ=8,8192,0,70993,8.6661376953125
RHLMU,λ=8,8192,0,73649,8.9903564453125
RHLMU,λ=8,8192,0,75297,9.1915283203125
RHLMU,λ=8,8192,0,73369,8.9561767578125
RHLMU,λ=8,8192,0,74577,9.1036376953125
RHLMU,λ=8,8192,0,71633,8.7442626953125
RHLMU,λ=8,8192,0,79073,9.6524658203125
RHLMU,λ=8,8192,0,70937,8.6593017578125
RHLMU,λ=8,8192,0,68833,8.4024658203125
RHLMU,λ=8,8192,0,77985,9.5196533203125
RHLMU,λ=8,8192,0,82073,10.0186767578125
RHLMU,λ=8,8192,0,85385,10.4229736328125
RHLMU,λ=8,8192,0,65489,7.9942626953125
RHLMU,λ=8,8192,0,88513,10.8048095703125
RHLMU,λ=8,8192,0,71833,8.7686767578125
RHLMU,λ=8,8192,0,69825,8.5235595703125
RHLMU,λ=8,8192,0,78649,9.6007080078125
RHLMU,λ=8,8192,0,75857,9.2598876953125
RHLMU,λ=8,8192,0,66177,8.0782470703125
RHLMU,λ=8,8192,0,67777,8.2735595703125
RHLMU,λ=8,8192,0,76105,9.2901611328125
RHLMU,λ=8,8192,0,78833,9.6231689453125
RHLMU,λ=8,8192,0,76793,9.3741455078125
RHLMU,λ=8,8192,0,72569,8.8585205078125
RHLMU,λ=8,8192,0,70609,8.6192626953125
RHLMU,λ=8,8192,0,78481,9.5802001953125
RHLMU,λ=8,8192,0,71977,8.7862548828125
RHLMU,λ=8,8192,0,72057,8.7960205078125
RHLMU,λ=8,8192,0,82345,10.0518798828125
RHLMU,λ=8,8192,0,87449,10.6749267578125
RHLMU,λ=8,8192,0,73889,9.0196533203125
RHLMU,λ=8,8192,0,77465,9.4561767578125
RHLMU,λ=8,8192,0,69265,8.4552001953125
RHLMU,λ=8,8192,0,73841,9.0137939453125
RHLMU,λ=8,8192,0,83505,10.1934814453125
RHLMU,λ=8,8192,0,82241,10.0391845703125
RHLMU,λ=8,8192,0,71889,8.7755126953125
RHLMU,λ=8,8192,0,71841,8.7696533203125
RHLMU,λ=8,8192,0,74185,9.0557861328125
RHLMU,λ=8,8192,0,79561,9.7120361328125
RHLMU,λ=8,8192,0,70857,8.6495361328125
RHLMU,λ=8,8192,0,73297,8.9473876953125
RHLMU,λ=8,8192,0,81473,9.9454345703125
RHLMU,λ=8,8192,0,75097,9.1671142578125
RHLMU,λ=8,8192,0,77489,9.4591064453125
RHLMU,λ=8,8192,0,84057,10.2608642578125
RHLMU,λ=8,8192,0,77281,9.4337158203125
RHLMU,λ=8,8192,0,79489,9.7032470703125
RHLMU,λ=8,8192,0,73633,8.9884033203125
RHLMU,λ=8,8192,0,75777,9.2501220703125
RHLMU,λ=8,8192,0,73497,8.9718017578125
RHLMU,λ=8,8192,0,66441,8.1104736328125
RHLMU,λ=8,8192,0,71337,8.7081298828125
RHLMU,λ=8,8192,0,76649,9.3565673828125
RHLMU,λ=8,8192,0,76969,9.3956298828125
RHLMU,λ=8,8192,0,69393,8.4708251953125
RHLMU,λ=8,8192,0,72825,8.8897705078125
RHLMU,λ=8,8192,0,70249,8.5753173828125
RHLMU,λ=8,8192,0,73425,8.9630126953125
RHLMU,λ=8,8192,0,87673,10.7022705078125
RHLMU,λ=8,8192,0,69937,8.5372314453125
RHLMU,λ=8,8192,0,72361,8.8331298828125
RHLMU,λ=8,8192,0,79001,9.6436767578125
RHLMU,λ=8,8192,0,69201,8.4473876953125
RHLMU,λ=8,8192,0,75009,9.1563720703125
RHLMU,λ=8,8192,0,75137,9.1719970703125
RRLMU,λ=8,8192,0,79473,9.7012939453125
RRLMU,λ=8,8192,0,72465,8.8458251953125
RRLMU,λ=8,8192,0,78393,9.5694580078125
RRLMU,λ=8,8192,0,88393,10.7901611328125
RRLMU,λ=8,8192,0,76233,9.3057861328125
RRLMU,λ=8,8192,0,79801,9.7413330078125
RRLMU,λ=8,8192,0,81857,9.9923095703125
RRLMU,λ=8,8192,0,88913,10.8536376953125
RRLMU,λ=8,8192,0,79985,9.7637939453125
RRLMU,λ=8,8192,0,71153,8.6856689453125
RRLMU,λ=8,8192,0,81753,9.9796142578125
RRLMU,λ=8,8192,0,74673,9.1153564453125
RRLMU,λ=8,8192,0,72801,8.8868408203125
RRLMU,λ=8,8192,0,74913,9.1446533203125
RRLMU,λ=8,8192,0,75705,9.2413330078125
RRLMU,λ=8,8192,0,76193,9.3009033203125
RRLMU,λ=8,8192,0,79153,9.6622314453125
RRLMU,λ=8,8192,0,83481,10.1905517578125
RRLMU,λ=8,8192,0,70265,8.5772705078125
RRLMU,λ=8,8192,0,72321,8.8282470703125
RRLMU,λ=8,8192,0,78761,9.6143798828125
RRLMU,λ=8,8192,0,76265,9.3096923828125
RRLMU,λ=8,8192,0,79361,9.6876220703125
RRLMU,λ=8,8192,0,74081,9.0430908203125
RRLMU,λ=8,8192,0,77993,9.5206298828125
RRLMU,λ=8,8192,0,75417,9.2061767578125
RRLMU,λ=8,8192,0,87073,10.6290283203125
RRLMU,λ=8,8192,0,77249,9.4298095703125
RRLMU,λ=8,8192,0,91545,11.1749267578125
RRLMU,λ=8,8192,0,86633,10.5753173828125
RRLMU,λ=8,8192,0,81601,9.9610595703125
RRLMU,λ=8,8192,0,77425,9.4512939453125
RRLMU,λ=8,8192,0,80905,9.8760986328125
RRLMU,λ=8,8192,0,79769,9.7374267578125
RRLMU,λ=8,8192,0,85233,10.4044189453125
RRLMU,λ=8,8192,0,72073,8.7979736328125
RRLMU,λ=8,8192,0,72577,8.8594970703125
RRLMU,λ=8,8192,0,78417,9.5723876953125
RRLMU,λ=8,8192,0,78905,9.6319580078125
RRLMU,λ=8,8192,0,74665,9.1143798828125
RRLMU,λ=8,8192,0,79065,9.6514892578125
RRLMU,λ=8,8192,0,78305,9.5587158203125
RRLMU,λ=8,8192,0,83689,10.2159423828125
RRLMU,λ=8,8192,0,76065,9.2852783203125
RRLMU,λ=8,8192,0,73385,8.9581298828125
RRLMU,λ=8,8192,0,74753,9.1251220703125
RRLMU,λ=8,8192,0,83513,10.1944580078125
RRLMU,λ=8,8192,0,88817,10.8419189453125
RRLMU,λ=8,8192,0,78457,9.5772705078125
RRLMU,λ=8,8192,0,82417,10.0606689453125
RRLMU,λ=8,8192,0,78401,9.5704345703125
RRLMU,λ=8,8192,0,90273,11.0196533203125
RRLMU,λ=8,8192,0,74345,9.0753173828125
RRLMU,λ=8,8192,0,76025,9.2803955078125
RRLMU,λ=8,8192,0,74473,9.0909423828125
RRLMU,λ=8,8192,0,76153,9.2960205078125
RRLMU,λ=8,8192,0,75913,9.2667236328125
RRLMU,λ=8,8192,0,76793,9.3741455078125
RRLMU,λ=8,8192,0,79033,9.6475830078125
RRLMU,λ=8,8192,0,74985,9.1534423828125
RRLMU,λ=8,8192,0,74705,9.1192626953125
RRLMU,λ=8,8192,0,73337,8.9522705078125
RRLMU,λ=8,8192,0,91745,11.1993408203125
RRLMU,λ=8,8192,0,73505,8.9727783203125
RRLMU,λ=8,8192,0,89481,10.9229736328125
RRLMU,λ=8,8192,0,88329,10.7823486328125
RRLMU,λ=8,8192,0,71425,8.7188720703125
RRLMU,λ=8,8192,0,72657,8.8692626953125
RRLMU,λ=8,8192,0,78369,9.5665283203125
RRLMU,λ=8,8192,0,86393,10.5460205078125
RRLMU,λ=8,8192,0,74457,9.0889892578125
RRLMU,λ=8,8192,0,79793,9.7403564453125
RRLMU,λ=8,8192,0,72929,8.9024658203125
RRLMU,λ=8,8192,0,74945,9.1485595703125
RRLMU,λ=8,8192,0,75153,9.1739501953125
RRLMU,λ=8,8192,0,67937,8.2930908203125
RRLMU,λ=8,8192,0,81201,9.9122314453125
RRLMU,λ=8,8192,0,75209,9.1807861328125
RRLMU,λ=8,8192,0,80921,9.8780517578125
RRLMU,λ=8,8192,0,87017,10.6221923828125
RRLMU,λ=8,8192,0,74049,9.0391845703125
RRLMU,λ=8,8192,0,78097,9.5333251953125
RRLMU,λ=8,8192,0,84705,10.3399658203125
RRLMU,λ=8,8192,0,76817,9.3770751953125
RRLMU,λ=8,8192,0,89585,10.9356689453125
RRLMU,λ=8,8192,0,79313,9.6817626953125
RRLMU,λ=8,8192,0,91353,11.1514892578125
RRLMU,λ=8,8192,0,79897,9.7530517578125
RRLMU,λ=8,8192,0,90265,11.0186767578125
RRLMU,λ=8,8192,0,74201,9.0577392578125
RRLMU,λ=8,8192,0,88641,10.8204345703125
RRLMU,λ=8,8192,0,67969,8.2969970703125
RRLMU,λ=8,8192,0,71313,8.7052001953125
RRLMU,λ=8,8192,0,77257,9.4307861328125
RRLMU,λ=8,8192,0,69553,8.4903564453125
RRLMU,λ=8,8192,0,77169,9.4200439453125
RRLMU,λ=8,8192,0,74017,9.0352783203125
RRLMU,λ=8,8192,0,78657,9.6016845703125
RSLMU,λ=8,8192,0,94817,11.5743408203125
RSLMU,λ=8,8192,0,90737,11.0762939453125
RSLMU,λ=8,8192,0,92705,11.3165283203125
RSLMU,λ=8,8192,0,111105,13.5626220703125
RSLMU,λ=8,8192,0,104065,12.7032470703125
RSLMU,λ=8,8192,0,99889,12.1934814453125
RSLMU,λ=8,8192,0,111041,13.5548095703125
RSLMU,λ=8,8192,0,123761,15.1075439453125
RSLMU,λ=8,8192,0,104113,12.7091064453125
RSLMU,λ=8,8192,0,104769,12.7891845703125
RSLMU,λ=8,8192,0,100545,12.2735595703125
RSLMU,λ=8,8192,0,121969,14.8887939453125
RSLMU,λ=8,8192,0,90561,11.0548095703125
RSLMU,λ=8,8192,0,103889,12.6817626953125
RSLMU,λ=8,8192,0,113233,13.8223876953125
RSLMU,λ=8,8192,0,100897,12.3165283203125
RSLMU,λ=8,8192,0,106129,12.9552001953125
RSLMU,λ=8,8192,0,97073,11.8497314453125
RSLMU,λ=8,8192,0,104881,12.8028564453125
RSLMU,λ=8,8192,0,98177,11.9844970703125
RSLMU,λ=8,8192,0,108321,13.2227783203125
RSLMU,λ=8,8192,0,101521,12.3927001953125
RSLMU,λ=8,8192,0,120737,14.7384033203125
RSLMU,λ=8,8192,0,108801,13.2813720703125
RSLMU,λ=8,8192,0,90097,10.9981689453125
RSLMU,λ=8,8192,0,98385,12.0098876953125
RSLMU,λ=8,8192,0,120161,14.6680908203125
RSLMU,λ=8,8192,0,106705,13.0255126953125
RSLMU,λ=8,8192,0,97393,11.8887939453125
RSLMU,λ=8,8192,0,90833,11.0880126953125
RSLMU,λ=8,8192,0,109361,13.3497314453125
RSLMU,λ=8,8192,0,102497,12.5118408203125
RSLMU,λ=8,8192,0,83457,10.1876220703125
RSLMU,λ=8,8192,0,108113,13.1973876953125
RSLMU,λ=8,8192,0,106993,13.0606689453125
RSLMU,λ=8,8192,0,102433,12.5040283203125
RSLMU,λ=8,8192,0,96529,11.7833251953125
RSLMU,λ=8,8192,0,101585,12.4005126953125
RSLMU,λ=8,8192,0,98305,12.0001220703125
RSLMU,λ=8,8192,0,94209,11.5001220703125
RSLMU,λ=8,8192,0,110321,13.4669189453125
RSLMU,λ=8,8192,0,95521,11.6602783203125
RSLMU,λ=8,8192,0,96593,11.7911376953125
RSLMU,λ=8,8192,0,101697,12.4141845703125
RSLMU,λ=8,8192,0,99313,12.1231689453125
RSLMU,λ=8,8192,0,102529,12.5157470703125
RSLMU,λ=8,8192,0,112817,13.7716064453125
RSLMU,λ=8,8192,0,99825,12.1856689453125
RSLMU,λ=8,8192,0,110417,13.4786376953125
RSLMU,λ=8,8192,0,89697,10.9493408203125
RSLMU,λ=8,8192,0,102657,12.5313720703125
RSLMU,λ=8,8192,0,99793,12.1817626953125
RSLMU,λ=8,8192,0,101313,12.3673095703125
RSLMU,λ=8,8192,0,100033,12.2110595703125
RSLMU,λ=8,8192,0,99377,12.1309814453125
RSLMU,λ=8,8192,0,103873,12.6798095703125
RSLMU,λ=8,8192,0,122721,14.9805908203125
RSLMU,λ=8,8192,0,107441,13.1153564453125
RSLMU,λ=8,8192,0,104369,12.7403564453125
RSLMU,λ=8,8192,0,109825,13.4063720703125
RSLMU,λ=8,8192,0,99281,12.1192626953125
RSLMU,λ=8,8192,0,91025,11.1114501953125
RSLMU,λ=8,8192,0,89873,10.9708251953125
RSLMU,λ=8,8192,0,103537,12.6387939453125
RSLMU,λ=8,8192,0,91825,11.2091064453125
RSLMU,λ=8,8192,0,116017,14.1622314453125
RSLMU,λ=8,8192,0,100577,12.2774658203125
RSLMU,λ=8,8192,0,92673,11.3126220703125
RSLMU,λ=8,8192,0,102609,12.5255126953125
RSLMU,λ=8,8192,0,91281,11.1427001953125
RSLMU,λ=8,8192,0,93185,11.3751220703125
RSLMU,λ=8,8192,0,89233,10.8927001953125
RSLMU,λ=8,8192,0,102961,12.5684814453125
RSLMU,λ=8,8192,0,105729,12.9063720703125
RSLMU,λ=8,8192,0,102769,12.5450439453125
RSLMU,λ=8,8192,0,100289,12.2423095703125
RSLMU,λ=8,8192,0,101905,12.4395751953125
RSLMU,λ=8,8192,0,98705,12.0489501953125
RSLMU,λ=8,8192,0,107201,13.0860595703125
RSLMU,λ=8,8192,0,103729,12.6622314453125
RSLMU,λ=8,8192,0,119025,14.5294189453125
RSLMU,λ=8,8192,0,98593,12.0352783203125
RSLMU,λ=8,8192,0,95425,11.6485595703125
RSLMU,λ=8,8192,0,98961,12.0802001953125
RSLMU,λ=8,8192,0,103777,12.6680908203125
RSLMU,λ=8,8192,0,108161,13.2032470703125
RSLMU,λ=8,8192,0,89025,10.8673095703125
RSLMU,λ=8,8192,0,131937,16.1055908203125
RSLMU,λ=8,8192,0,97057,11.8477783203125
RSLMU,λ=8,8192,0,92593,11.3028564453125
RSLMU,λ=8,8192,0,103857,12.6778564453125
RSLMU,λ=8,8192,0,94017,11.4766845703125
RSLMU,λ=8,8192,0,117537,14.3477783203125
RSLMU,λ=8,8192,0,92225,11.2579345703125
RSLMU,λ=8,8192,0,114593,13.9884033203125
RSLMU,λ=8,8192,0,92721,11.3184814453125
RSLMU,λ=8,8192,0,89969,10.9825439453125
RSDIU,λ=8,8192,0,105105,12.8302001953125
RSDIU,λ=8,8192,0,104529,12.7598876953125
RSDIU,λ=8,8192,0,101169,12.3497314453125
RSDIU,λ=8,8192,0,99297,12.1212158203125
RSDIU,λ=8,8192,0,109377,13.3516845703125
RSDIU,λ=8,8192,0,100993,12.3282470703125
RSDIU,λ=8,8192,0,132225,16.1407470703125
RSDIU,λ=8,8192,0,118577,14.4747314453125
RSDIU,λ=8,8192,0,107377,13.1075439453125
RSDIU,λ=8,8192,0,119905,14.6368408203125
RSDIU,λ=8,8192,0,107537,13.1270751953125
RSDIU,λ=8,8192,0,136961,16.7188720703125
RSDIU,λ=8,8192,0,93809,11.4512939453125
RSDIU,λ=8,8192,0,104897,12.8048095703125
RSDIU,λ=8,8192,0,103105,12.5860595703125
RSDIU,λ=8,8192,0,98785,12.0587158203125
RSDIU,λ=8,8192,0,99025,12.0880126953125
RSDIU,λ=8,8192,0,115073,14.0469970703125
RSDIU,λ=8,8192,0,102209,12.4766845703125
RSDIU,λ=8,8192,0,104513,12.7579345703125
RSDIU,λ=8,8192,0,98881,12.0704345703125
RSDIU,λ=8,8192,0,115777,14.1329345703125
RSDIU,λ=8,8192,0,109793,13.4024658203125
RSDIU,λ=8,8192,0,105761,12.9102783203125
RSDIU,λ=8,8192,0,105681,12.9005126953125
RSDIU,λ=8,8192,0,100497,12.2677001953125
RSDIU,λ=8,8192,0,98801,12.0606689453125
RSDIU,λ=8,8192,0,121457,14.8262939453125
RSDIU,λ=8,8192,0,110929,13.5411376953125
RSDIU,λ=8,8192,0,99777,12.1798095703125
RSDIU,λ=8,8192,0,107569,13.1309814453125
RSDIU,λ=8,8192,0,101953,12.4454345703125
RSDIU,λ=8,8192,0,101137,12.3458251953125
RSDIU,λ=8,8192,0,101441,12.3829345703125
RSDIU,λ=8,8192,0,99217,12.1114501953125
RSDIU,λ=8,8192,0,112273,13.7052001953125
RSDIU,λ=8,8192,0,101281,12.3634033203125
RSDIU,λ=8,8192,0,105969,12.9356689453125
RSDIU,λ=8,8192,0,101329,12.3692626953125
RSDIU,λ=8,8192,0,106529,13.0040283203125
RSDIU,λ=8,8192,0,97281,11.8751220703125
RSDIU,λ=8,8192,0,100865,12.3126220703125
RSDIU,λ=8,8192,0,110593,13.5001220703125
RSDIU,λ=8,8192,0,103873,12.6798095703125
RSDIU,λ=8,8192,0,106385,12.9864501953125
RSDIU,λ=8,8192,0,102481,12.5098876953125
RSDIU,λ=8,8192,0,99121,12.0997314453125
RSDIU,λ=8,8192,0,103681,12.6563720703125
RSDIU,λ=8,8192,0,118225,14.4317626953125
RSDIU,λ=8,8192,0,103457,12.6290283203125
RSDIU,λ=8,8192,0,111025,13.5528564453125
RSDIU,λ=8,8192,0,95985,11.7169189453125
RSDIU,λ=8,8192,0,119105,14.5391845703125
RSDIU,λ=8,8192,0,113393,13.8419189453125
RSDIU,λ=8,8192,0,111297,13.5860595703125
RSDIU,λ=8,8192,0,112705,13.7579345703125
RSDIU,λ=8,8192,0,107985,13.1817626953125
RSDIU,λ=8,8192,0,117937,14.3966064453125
RSDIU,λ=8,8192,0,105249,12.8477783203125
RSDIU,λ=8,8192,0,116017,14.1622314453125
RSDIU,λ=8,8192,0,113105,13.8067626953125
RSDIU,λ=8,8192,0,112897,13.7813720703125
RSDIU,λ=8,8192,0,106657,13.0196533203125
RSDIU,λ=8,8192,0,101921,12.4415283203125
RSDIU,λ=8,8192,0,101409,12.3790283203125
RSDIU,λ=8,8192,0,112305,13.7091064453125
RSDIU,λ=8,8192,0,100625,12.2833251953125
RSDIU,λ=8,8192,0,96865,11.8243408203125
RSDIU,λ=8,8192,0,98001,11.9630126953125
RSDIU,λ=8,8192,0,93009,11.3536376953125
RSDIU,λ=8,8192,0,132801,16.2110595703125
RSDIU,λ=8,8192,0,101377,12.3751220703125
RSDIU,λ=8,8192,0,103521,12.6368408203125
RSDIU,λ=8,8192,0,125377,15.3048095703125
RSDIU,λ=8,8192,0,101009,12.3302001953125
RSDIU,λ=8,8192,0,121937,14.8848876953125
RSDIU,λ=8,8192,0,106273,12.9727783203125
RSDIU,λ=8,8192,0,102545,12.5177001953125
RSDIU,λ=8,8192,0,104561,12.7637939453125
RSDIU,λ=8,8192,0,113713,13.8809814453125
RSDIU,λ=8,8192,0,101713,12.4161376953125
RSDIU,λ=8,8192,0,99601,12.1583251953125
RSDIU,λ=8,8192,0,101265,12.3614501953125
RSDIU,λ=8,8192,0,105601,12.8907470703125
RSDIU,λ=8,8192,0,130369,15.9141845703125
RSDIU,λ=8,8192,0,111265,13.5821533203125
RSDIU,λ=8,8192,0,106193,12.9630126953125
RSDIU,λ=8,8192,0,99569,12.1544189453125
RSDIU,λ=8,8192,0,94401,11.5235595703125
RSDIU,λ=8,8192,0,96849,11.8223876953125
RSDIU,λ=8,8192,0,106945,13.0548095703125
RSDIU,λ=8,8192,0,97297,11.8770751953125
RSDIU,λ=8,8192,0,113873,13.9005126953125
RSDIU,λ=8,8192,0,103857,12.6778564453125
RSDIU,λ=8,8192,0,116673,14.2423095703125
RSDIU,λ=8,8192,0,98225,11.9903564453125
RSDIU,λ=8,8192,0,106801,13.0372314453125
RRDIU,λ=8,8192,0,91329,11.1485595703125
RRDIU,λ=8,8192,0,83921,10.2442626953125
RRDIU,λ=8,8192,0,78081,9.5313720703125
RRDIU,λ=8,8192,0,77633,9.4766845703125
RRDIU,λ=8,8192,0,87569,10.6895751953125
RRDIU,λ=8,8192,0,81681,9.9708251953125
RRDIU,λ=8,8192,0,72001,8.7891845703125
RRDIU,λ=8,8192,0,88801,10.8399658203125
RRDIU,λ=8,8192,0,77137,9.4161376953125
RRDIU,λ=8,8192,0,88993,10.8634033203125
RRDIU,λ=8,8192,0,79009,9.6446533203125
RRDIU,λ=8,8192,0,76657,9.3575439453125
RRDIU,λ=8,8192,0,88177,10.7637939453125
RRDIU,λ=8,8192,0,81825,9.9884033203125
RRDIU,λ=8,8192,0,86849,10.6016845703125
RRDIU,λ=8,8192,0,73985,9.0313720703125
RRDIU,λ=8,8192,0,80273,9.7989501953125
RRDIU,λ=8,8192,0,75233,9.1837158203125
RRDIU,λ=8,8192,0,79265,9.6759033203125
RRDIU,λ=8,8192,0,80753,9.8575439453125
RRDIU,λ=8,8192,0,75377,9.2012939453125
RRDIU,λ=8,8192,0,84161,10.2735595703125
RRDIU,λ=8,8192,0,95393,11.6446533203125
RRDIU,λ=8,8192,0,82353,10.0528564453125
RRDIU,λ=8,8192,0,88769,10.8360595703125
RRDIU,λ=8,8192,0,75617,9.2305908203125
RRDIU,λ=8,8192,0,87105,10.6329345703125
RRDIU,λ=8,8192,0,79185,9.6661376953125
RRDIU,λ=8,8192,0,79873,9.7501220703125
RRDIU,λ=8,8192,0,88257,10.7735595703125
RRDIU,λ=8,8192,0,79649,9.7227783203125
RRDIU,λ=8,8192,0,85857,10.4805908203125
RRDIU,λ=8,8192,0,76481,9.3360595703125
RRDIU,λ=8,8192,0,78417,9.5723876953125
RRDIU,λ=8,8192,0,85185,10.3985595703125
RRDIU,λ=8,8192,0,86001,10.4981689453125
RRDIU,λ=8,8192,0,76081,9.2872314453125
RRDIU,λ=8,8192,0,81073,9.8966064453125
RRDIU,λ=8,8192,0,83665,10.2130126953125
RRDIU,λ=8,8192,0,75249,9.1856689453125
RRDIU,λ=8,8192,0,93057,11.3594970703125
RRDIU,λ=8,8192,0,79457,9.6993408203125
RRDIU,λ=8,8192,0,80001,9.7657470703125
RRDIU,λ=8,8192,0,81697,9.9727783203125
RRDIU,λ=8,8192,0,97025,11.8438720703125
RRDIU,λ=8,8192,0,75857,9.2598876953125
RRDIU,λ=8,8192,0,85937,10.4903564453125
RRDIU,λ=8,8192,0,76449,9.3321533203125
RRDIU,λ=8,8192,0,90945,11.1016845703125
RRDIU,λ=8,8192,0,78833,9.6231689453125
RRDIU,λ=8,8192,0,79633,9.7208251953125
RRDIU,λ=8,8192,0,74065,9.0411376953125
RRDIU,λ=8,8192,0,79105,9.6563720703125
RRDIU,λ=8,8192,0,81585,9.9591064453125
RRDIU,λ=8,8192,0,81633,9.9649658203125
RRDIU,λ=8,8192,0,94929,11.5880126953125
RRDIU,λ=8,8192,0,82993,10.1309814453125
RRDIU,λ=8,8192,0,74241,9.0626220703125
RRDIU,λ=8,8192,0,90369,11.0313720703125
RRDIU,λ=8,8192,0,73905,9.0216064453125
RRDIU,λ=8,8192,0,80945,9.8809814453125
RRDIU,λ=8,8192,0,82177,10.0313720703125
RRDIU,λ=8,8192,0,85553,10.4434814453125
RRDIU,λ=8,8192,0,89393,10.9122314453125
RRDIU,λ=8,8192,0,76337,9.3184814453125
RRDIU,λ=8,8192,0,82065,10.0177001953125
RRDIU,λ=8,8192,0,82305,10.0469970703125
RRDIU,λ=8,8192,0,76113,9.2911376953125
RRDIU,λ=8,8192,0,75473,9.2130126953125
RRDIU,λ=8,8192,0,82561,10.0782470703125
RRDIU,λ=8,8192,0,82753,10.1016845703125
RRDIU,λ=8,8192,0,82017,10.0118408203125
RRDIU,λ=8,8192,0,85297,10.4122314453125
RRDIU,λ=8,8192,0,83633,10.2091064453125
RRDIU,λ=8,8192,0,75505,9.2169189453125
RRDIU,λ=8,8192,0,80545,9.8321533203125
RRDIU,λ=8,8192,0,74865,9.1387939453125
RRDIU,λ=8,8192,0,86497,10.5587158203125
RRDIU,λ=8,8192,0,81553,9.9552001953125
RRDIU,λ=8,8192,0,80449,9.8204345703125
RRDIU,λ=8,8192,0,77537,9.4649658203125
RRDIU,λ=8,8192,0,77041,9.4044189453125
RRDIU,λ=8,8192,0,84129,10.2696533203125
RRDIU,λ=8,8192,0,83713,10.2188720703125
RRDIU,λ=8,8192,0,79313,9.6817626953125
RRDIU,λ=8,8192,0,81393,9.9356689453125
RRDIU,λ=8,8192,0,76529,9.3419189453125
RRDIU,λ=8,8192,0,78577,9.5919189453125
RRDIU,λ=8,8192,0,82465,10.0665283203125
RRDIU,λ=8,8192,0,82049,10.0157470703125
RRDIU,λ=8,8192,0,83329,10.1719970703125
RRDIU,λ=8,8192,0,75937,9.2696533203125
RRDIU,λ=8,8192,0,84577,10.3243408203125
RRDIU,λ=8,8192,0,84337,10.2950439453125
RRDIU,λ=8,8192,0,78657,9.6016845703125
RHDIU,λ=8,8192,0,70177,8.5665283203125
RHDIU,λ=8,8192,0,88785,10.8380126953125
RHDIU,λ=8,8192,0,91793,11.2052001953125
RHDIU,λ=8,8192,0,75041,9.1602783203125
RHDIU,λ=8,8192,0,76705,9.3634033203125
RHDIU,λ=8,8192,0,77297,9.4356689453125
RHDIU,λ=8,8192,0,74641,9.1114501953125
RHDIU,λ=8,8192,0,78113,9.5352783203125
RHDIU,λ=8,8192,0,81713,9.9747314453125
RHDIU,λ=8,8192,0,80353,9.8087158203125
RHDIU,λ=8,8192,0,90081,10.9962158203125
RHDIU,λ=8,8192,0,80785,9.8614501953125
RHDIU,λ=8,8192,0,77521,9.4630126953125
RHDIU,λ=8,8192,0,79585,9.7149658203125
RHDIU,λ=8,8192,0,81169,9.9083251953125
RHDIU,λ=8,8192,0,89537,10.9298095703125
RHDIU,λ=8,8192,0,86929,10.6114501953125
RHDIU,λ=8,8192,0,81921,10.0001220703125
RHDIU,λ=8,8192,0,82833,10.1114501953125
RHDIU,λ=8,8192,0,80977,9.8848876953125
RHDIU,λ=8,8192,0,79329,9.6837158203125
RHDIU,λ=8,8192,0,89521,10.9278564453125
RHDIU,λ=8,8192,0,83345,10.1739501953125
RHDIU,λ=8,8192,0,77473,9.4571533203125
RHDIU,λ=8,8192,0,92785,11.3262939453125
RHDIU,λ=8,8192,0,83265,10.1641845703125
RHDIU,λ=8,8192,0,80641,9.8438720703125
RHDIU,λ=8,8192,0,80961,9.8829345703125
RHDIU,λ=8,8192,0,71441,8.7208251953125
RHDIU,λ=8,8192,0,79873,9.7501220703125
RHDIU,λ=8,8192,0,77985,9.5196533203125
RHDIU,λ=8,8192,0,77201,9.4239501953125
RHDIU,λ=8,8192,0,82433,10.0626220703125
RHDIU,λ=8,8192,0,78545,9.5880126953125
RHDIU,λ=8,8192,0,85873,10.4825439453125
RHDIU,λ=8,8192,0,72241,8.8184814453125
RHDIU,λ=8,8192,0,78497,9.5821533203125
RHDIU,λ=8,8192,0,78641,9.5997314453125
RHDIU,λ=8,8192,0,83377,10.1778564453125
RHDIU,λ=8,8192,0,80401,9.8145751953125
RHDIU,λ=8,8192,0,76961,9.3946533203125
RHDIU,λ=8,8192,0,85041,10.3809814453125
RHDIU,λ=8,8192,0,77393,9.4473876953125
RHDIU,λ=8,8192,0,76449,9.3321533203125
RHDIU,λ=8,8192,0,77313,9.4376220703125
RHDIU,λ=8,8192,0,80993,9.8868408203125
RHDIU,λ=8,8192,0,81585,9.9591064453125
RHDIU,λ=8,8192,0,88337,10.7833251953125
RHDIU,λ=8,8192,0,87153,10.6387939453125
RHDIU,λ=8,8192,0,77553,9.4669189453125
RHDIU,λ=8,8192,0,73169,8.9317626953125
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RHDIU,λ=8,8192,0,77713,9.4864501953125
RHDIU,λ=8,8192,0,78129,9.5372314453125
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RHDIU,λ=8,8192,0,93089,11.3634033203125
RHDIU,λ=8,8192,0,78193,9.5450439453125
RHDIU,λ=8,8192,0,73889,9.0196533203125
RHDIU,λ=8,8192,0,81249,9.9180908203125
RHDIU,λ=8,8192,0,75569,9.2247314453125
RHDIU,λ=8,8192,0,84065,10.2618408203125
RHDIU,λ=8,8192,0,76945,9.3927001953125
RHDIU,λ=8,8192,0,78273,9.5548095703125
RHDIU,λ=8,8192,0,77649,9.4786376953125
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RHDIU,λ=8,8192,0,73329,8.9512939453125
RHDIU,λ=8,8192,0,80929,9.8790283203125
RHDIU,λ=8,8192,0,86593,10.5704345703125
RHDIU,λ=8,8192,0,78673,9.6036376953125
RHDIU,λ=8,8192,0,81473,9.9454345703125
RHDIU,λ=8,8192,0,96929,11.8321533203125
RHDIU,λ=8,8192,0,75809,9.2540283203125
RHDIU,λ=8,8192,0,75873,9.2618408203125
RHDIU,λ=8,8192,0,82017,10.0118408203125
RHDIU,λ=8,8192,0,91617,11.1837158203125
RHDIU,λ=8,8192,0,75777,9.2501220703125
RHDIU,λ=8,8192,0,80545,9.8321533203125
RHDIU,λ=8,8192,0,81201,9.9122314453125
RHDIU,λ=8,8192,0,93393,11.4005126953125
RHDIU,λ=8,8192,0,88737,10.8321533203125
RHDIU,λ=8,8192,0,74417,9.0841064453125
RHDIU,λ=8,8192,0,88097,10.7540283203125
RHDIU,λ=8,8192,0,74977,9.1524658203125
RHDIU,λ=8,8192,0,71761,8.7598876953125
RHDIU,λ=8,8192,0,76049,9.2833251953125
RHDIU,λ=8,8192,0,77873,9.5059814453125
RHDIU,λ=8,8192,0,85153,10.3946533203125
RHDIU,λ=8,8192,0,83857,10.2364501953125
RHDIU,λ=8,8192,0,81777,9.9825439453125
RHDIU,λ=8,8192,0,83809,10.2305908203125
RHDIU,λ=8,8192,0,95169,11.6173095703125
RHDIU,λ=8,8192,0,84641,10.3321533203125
RHDIU,λ=8,8192,0,90177,11.0079345703125
RHDIU,λ=8,8192,0,77969,9.5177001953125
RHDIU,λ=8,8192,0,75713,9.2423095703125
RHDIU,λ=8,8192,0,80033,9.7696533203125
RHDIU,λ=8,8192,0,87281,10.6544189453125
RHDIU,λ=8,8192,0,75745,9.2462158203125
RHDIU,λ=8,8192,0,76641,9.3555908203125
RHDIU,λ=8,8192,0,78353,9.5645751953125
RHLIU,λ=8,8192,0,78193,9.5450439453125
RHLIU,λ=8,8192,0,75713,9.2423095703125
RHLIU,λ=8,8192,0,77745,9.4903564453125
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RHLIU,λ=8,8192,0,82401,10.0587158203125
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RHLIU,λ=8,8192,0,81377,9.9337158203125
RHLIU,λ=8,8192,0,83569,10.2012939453125
RHLIU,λ=8,8192,0,76193,9.3009033203125
RHLIU,λ=8,8192,0,78177,9.5430908203125
RHLIU,λ=8,8192,0,78529,9.5860595703125
RHLIU,λ=8,8192,0,79089,9.6544189453125
RHLIU,λ=8,8192,0,90705,11.0723876953125
RHLIU,λ=8,8192,0,83969,10.2501220703125
RHLIU,λ=8,8192,0,82321,10.0489501953125
RHLIU,λ=8,8192,0,82673,10.0919189453125
RHLIU,λ=8,8192,0,94849,11.5782470703125
RHLIU,λ=8,8192,0,77569,9.4688720703125
RHLIU,λ=8,8192,0,73985,9.0313720703125
RHLIU,λ=8,8192,0,79393,9.6915283203125
RHLIU,λ=8,8192,0,80497,9.8262939453125
RHLIU,λ=8,8192,0,96961,11.8360595703125
RHLIU,λ=8,8192,0,79745,9.7344970703125
RHLIU,λ=8,8192,0,86401,10.5469970703125
RHLIU,λ=8,8192,0,73857,9.0157470703125
RHLIU,λ=8,8192,0,96385,11.7657470703125
RHLIU,λ=8,8192,0,83745,10.2227783203125
RHLIU,λ=8,8192,0,84161,10.2735595703125
RHLIU,λ=8,8192,0,79041,9.6485595703125
RHLIU,λ=8,8192,0,83233,10.1602783203125
RHLIU,λ=8,8192,0,119489,14.5860595703125
RHLIU,λ=8,8192,0,87953,10.7364501953125
RHLIU,λ=8,8192,0,77425,9.4512939453125
RHLIU,λ=8,8192,0,72161,8.8087158203125
RHLIU,λ=8,8192,0,85585,10.4473876953125
RHLIU,λ=8,8192,0,81233,9.9161376953125
RHLIU,λ=8,8192,0,76481,9.3360595703125
RHLIU,λ=8,8192,0,79201,9.6680908203125
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RHLIU,λ=8,8192,0,76097,9.2891845703125
RHLIU,λ=8,8192,0,84049,10.2598876953125
RHLIU,λ=8,8192,0,85073,10.3848876953125
RHLIU,λ=8,8192,0,83121,10.1466064453125
RHLIU,λ=8,8192,0,74337,9.0743408203125
RHLIU,λ=8,8192,0,77073,9.4083251953125
RHLIU,λ=8,8192,0,80001,9.7657470703125
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RHLIU,λ=8,8192,0,92561,11.2989501953125
RHLIU,λ=8,8192,0,81697,9.9727783203125
RHLIU,λ=8,8192,0,78401,9.5704345703125
RHLIU,λ=8,8192,0,80593,9.8380126953125
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RHLIU,λ=8,8192,0,79809,9.7423095703125
RHLIU,λ=8,8192,0,80657,9.8458251953125
RHLIU,λ=8,8192,0,77393,9.4473876953125
RHLIU,λ=8,8192,0,88337,10.7833251953125
RHLIU,λ=8,8192,0,73185,8.9337158203125
RHLIU,λ=8,8192,0,74225,9.0606689453125
RHLIU,λ=8,8192,0,78817,9.6212158203125
RHLIU,λ=8,8192,0,88529,10.8067626953125
RHLIU,λ=8,8192,0,79569,9.7130126953125
RHLIU,λ=8,8192,0,77713,9.4864501953125
RHLIU,λ=8,8192,0,78161,9.5411376953125
RHLIU,λ=8,8192,0,100625,12.2833251953125
RHLIU,λ=8,8192,0,73841,9.0137939453125
RHLIU,λ=8,8192,0,76337,9.3184814453125
RHLIU,λ=8,8192,0,85649,10.4552001953125
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RHLIU,λ=8,8192,0,73361,8.9552001953125
RHLIU,λ=8,8192,0,86097,10.5098876953125
RHLIU,λ=8,8192,0,90449,11.0411376953125
RHLIU,λ=8,8192,0,93121,11.3673095703125
RHLIU,λ=8,8192,0,83201,10.1563720703125
RHLIU,λ=8,8192,0,78865,9.6270751953125
RHLIU,λ=8,8192,0,79505,9.7052001953125
RHLIU,λ=8,8192,0,84769,10.3477783203125
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RHLIU,λ=8,8192,0,74833,9.1348876953125
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RHLIU,λ=8,8192,0,89313,10.9024658203125
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RHLIU,λ=8,8192,0,87873,10.7266845703125
RHLIU,λ=8,8192,0,79681,9.7266845703125
RHLIU,λ=8,8192,0,81425,9.9395751953125
RHLIU,λ=8,8192,0,77537,9.4649658203125
RHLIU,λ=8,8192,0,71761,8.7598876953125
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RHLIU,λ=8,8192,0,78017,9.5235595703125
RHLIU,λ=8,8192,0,76529,9.3419189453125
RHLIU,λ=8,8192,0,77777,9.4942626953125
RHLIU,λ=8,8192,0,78353,9.5645751953125
RRLIU,λ=8,8192,0,96977,11.8380126953125
RRLIU,λ=8,8192,0,73649,8.9903564453125
RRLIU,λ=8,8192,0,104529,12.7598876953125
RRLIU,λ=8,8192,0,83873,10.2384033203125
RRLIU,λ=8,8192,0,75329,9.1954345703125
RRLIU,λ=8,8192,0,80097,9.7774658203125
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RRLIU,λ=8,8192,0,108449,13.2384033203125
RRLIU,λ=8,8192,0,87825,10.7208251953125
RRLIU,λ=8,8192,0,82401,10.0587158203125
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RRLIU,λ=8,8192,0,77585,9.4708251953125
RRLIU,λ=8,8192,0,86289,10.5333251953125
RRLIU,λ=8,8192,0,81377,9.9337158203125
RRLIU,λ=8,8192,0,83489,10.1915283203125
RRLIU,λ=8,8192,0,86145,10.5157470703125
RRLIU,λ=8,8192,0,90625,11.0626220703125
RRLIU,λ=8,8192,0,79361,9.6876220703125
RRLIU,λ=8,8192,0,88609,10.8165283203125
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RRLIU,λ=8,8192,0,91713,11.1954345703125
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RRLIU,λ=8,8192,0,85745,10.4669189453125
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RRLIU,λ=8,8192,0,78481,9.5802001953125
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RRLIU,λ=8,8192,0,77665,9.4805908203125
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RRLIU,λ=8,8192,0,80193,9.7891845703125
RRLIU,λ=8,8192,0,93073,11.3614501953125
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RRLIU,λ=8,8192,0,80929,9.8790283203125
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RRLIU,λ=8,8192,0,78673,9.6036376953125
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RRLIU,λ=8,8192,0,75105,9.1680908203125
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RRLIU,λ=8,8192,0,90001,10.9864501953125
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RRLIU,λ=8,8192,0,89713,10.9512939453125
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RRLIU,λ=8,8192,0,80481,9.8243408203125
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RRLIU,λ=8,8192,0,84497,10.3145751953125
RRLIU,λ=8,8192,0,94993,11.5958251953125
RRLIU,λ=8,8192,0,96145,11.7364501953125
RRLIU,λ=8,8192,0,80033,9.7696533203125
RRLIU,λ=8,8192,0,86737,10.5880126953125
RRLIU,λ=8,8192,0,77169,9.4200439453125
RSLIU,λ=8,8192,0,111793,13.6466064453125
RSLIU,λ=8,8192,0,95041,11.6016845703125
RSLIU,λ=8,8192,0,126273,15.4141845703125
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RSLIU,λ=8,8192,0,120001,14.6485595703125
RSLIU,λ=8,8192,0,100001,12.2071533203125
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RSLIU,λ=8,8192,0,121569,14.8399658203125
RSLIU,λ=8,8192,0,102817,12.5509033203125
RSLIU,λ=8,8192,0,97777,11.9356689453125
RSLIU,λ=8,8192,0,103201,12.5977783203125
RSLIU,λ=8,8192,0,130433,15.9219970703125
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RSLIU,λ=8,8192,0,124081,15.1466064453125
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RSLIU,λ=8,8192,0,116769,14.2540283203125
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RSLIU,λ=8,8192,0,144657,17.6583251953125
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RSLIU,λ=8,8192,0,107201,13.0860595703125
RSLIU,λ=8,8192,0,113009,13.7950439453125
RSLIU,λ=8,8192,0,101889,12.4376220703125
RSLIU,λ=8,8192,0,119073,14.5352783203125
RSLIU,λ=8,8192,0,121041,14.7755126953125
RSLIU,λ=8,8192,0,104129,12.7110595703125
RSLIU,λ=8,8192,0,105569,12.8868408203125
RSLIU,λ=8,8192,0,107601,13.1348876953125
RSLIU,λ=8,8192,0,105665,12.8985595703125
RSLIU,λ=8,8192,0,108305,13.2208251953125
RSLIU,λ=8,8192,0,107889,13.1700439453125
RSLIU,λ=8,8192,0,111745,13.6407470703125
RSLIU,λ=8,8192,0,120721,14.7364501953125
RSLIU,λ=8,8192,0,106353,12.9825439453125
RSLIU,λ=8,8192,0,97953,11.9571533203125
RSLIU,λ=8,8192,0,99809,12.1837158203125
RSLIU,λ=8,8192,0,106801,13.0372314453125
RSLIU,λ=8,8192,0,102705,12.5372314453125
HSDCP,λ=8,8192,0,89196,10.88818359375
HSDCP,λ=8,8192,0,90095,10.9979248046875
HSDCP,λ=8,8192,0,91730,11.197509765625
HSDCP,λ=8,8192,0,100780,12.30224609375
HSDCP,λ=8,8192,0,87681,10.7032470703125
HSDCP,λ=8,8192,0,93498,11.413330078125
HSDCP,λ=8,8192,0,94261,11.5064697265625
HSDCP,λ=8,8192,0,86858,10.602783203125
HSDCP,λ=8,8192,0,91596,11.18115234375
HSDCP,λ=8,8192,0,97306,11.878173828125
HSDCP,λ=8,8192,0,99744,12.17578125
HSDCP,λ=8,8192,0,117396,14.33056640625
HSDCP,λ=8,8192,0,88586,10.813720703125
HSDCP,λ=8,8192,0,103043,12.5784912109375
HSDCP,λ=8,8192,0,92406,11.280029296875
HSDCP,λ=8,8192,0,103183,12.5955810546875
HSDCP,λ=8,8192,0,95141,11.6138916015625
HSDCP,λ=8,8192,0,106607,13.0135498046875
HSDCP,λ=8,8192,0,90800,11.083984375
HSDCP,λ=8,8192,0,101057,12.3360595703125
HSDCP,λ=8,8192,0,93731,11.4417724609375
HSDCP,λ=8,8192,0,86988,10.61865234375
HSDCP,λ=8,8192,0,98291,11.9984130859375
HSDCP,λ=8,8192,0,110820,13.52783203125
HSDCP,λ=8,8192,0,89558,10.932373046875
HSDCP,λ=8,8192,0,87429,10.6724853515625
HSDCP,λ=8,8192,0,97429,11.8931884765625
HSDCP,λ=8,8192,0,94327,11.5145263671875
HSDCP,λ=8,8192,0,103116,12.58740234375
HSDCP,λ=8,8192,0,164068,20.02783203125
HSDCP,λ=8,8192,0,90604,11.06005859375
HSDCP,λ=8,8192,0,106053,12.9459228515625
HSDCP,λ=8,8192,0,99469,12.1422119140625
HSDCP,λ=8,8192,0,94132,11.49072265625
HSDCP,λ=8,8192,0,119228,14.55419921875
HSDCP,λ=8,8192,0,89503,10.9256591796875
HSDCP,λ=8,8192,0,115283,14.0726318359375
HSDCP,λ=8,8192,0,91434,11.161376953125
HSDCP,λ=8,8192,0,127260,15.53466796875
HSDCP,λ=8,8192,0,94980,11.59423828125
HSDCP,λ=8,8192,0,98775,12.0574951171875
HSDCP,λ=8,8192,0,95056,11.603515625
HSDCP,λ=8,8192,0,93222,11.379638671875
HSDCP,λ=8,8192,0,93105,11.3653564453125
HSDCP,λ=8,8192,0,109766,13.399169921875
HSDCP,λ=8,8192,0,96952,11.8349609375
HSDCP,λ=8,8192,0,85098,10.387939453125
HSDCP,λ=8,8192,0,100502,12.268310546875
HSDCP,λ=8,8192,0,99804,12.18310546875
HSDCP,λ=8,8192,0,103571,12.6429443359375
HSDCP,λ=8,8192,0,101285,12.3638916015625
HSDCP,λ=8,8192,0,91840,11.2109375
HSDCP,λ=8,8192,0,93063,11.3602294921875
HSDCP,λ=8,8192,0,85651,10.4554443359375
HSDCP,λ=8,8192,0,114396,13.96435546875
HSDCP,λ=8,8192,0,100089,12.2178955078125
HSDCP,λ=8,8192,0,87559,10.6883544921875
HSDCP,λ=8,8192,0,90608,11.060546875
HSDCP,λ=8,8192,0,93219,11.3792724609375
HSDCP,λ=8,8192,0,104444,12.74951171875
HSDCP,λ=8,8192,0,91029,11.1119384765625
HSDCP,λ=8,8192,0,101799,12.4266357421875
HSDCP,λ=8,8192,0,110769,13.5216064453125
HSDCP,λ=8,8192,0,102568,12.5205078125
HSDCP,λ=8,8192,0,93066,11.360595703125
HSDCP,λ=8,8192,0,87020,10.62255859375
HSDCP,λ=8,8192,0,98311,12.0008544921875
HSDCP,λ=8,8192,0,97415,11.8914794921875
HSDCP,λ=8,8192,0,112676,13.75439453125
HSDCP,λ=8,8192,0,119162,14.546142578125
HSDCP,λ=8,8192,0,99676,12.16748046875
HSDCP,λ=8,8192,0,99140,12.10205078125
HSDCP,λ=8,8192,0,92545,11.2969970703125
HSDCP,λ=8,8192,0,99895,12.1942138671875
HSDCP,λ=8,8192,0,102288,12.486328125
HSDCP,λ=8,8192,0,91475,11.1663818359375
HSDCP,λ=8,8192,0,98392,12.0107421875
HSDCP,λ=8,8192,0,93547,11.4193115234375
HSDCP,λ=8,8192,0,84241,10.2833251953125
HSDCP,λ=8,8192,0,95912,11.7080078125
HSDCP,λ=8,8192,0,99699,12.1702880859375
HSDCP,λ=8,8192,0,104322,12.734619140625
HSDCP,λ=8,8192,0,93868,11.45849609375
HSDCP,λ=8,8192,0,92509,11.2926025390625
HSDCP,λ=8,8192,0,88921,10.8546142578125
HSDCP,λ=8,8192,0,98298,11.999267578125
HSDCP,λ=8,8192,0,90680,11.0693359375
HSDCP,λ=8,8192,0,93084,11.36279296875
HSDCP,λ=8,8192,0,83705,10.2178955078125
HSDCP,λ=8,8192,0,90941,11.1011962890625
HSDCP,λ=8,8192,0,96536,11.7841796875
HSDCP,λ=8,8192,0,93749,11.4439697265625
HSDCP,λ=8,8192,0,123209,15.0401611328125
HSDCP,λ=8,8192,0,104174,12.716552734375
HSDCP,λ=8,8192,0,83839,10.2342529296875
HSDCP,λ=8,8192,0,97526,11.905029296875
HSDCP,λ=8,8192,0,100575,12.2772216796875
HSDCP,λ=8,8192,0,95868,11.70263671875
HSDCP,λ=8,8192,0,97953,11.9571533203125
HSDCP,λ=8,8192,0,92446,11.284912109375
HRDCP,λ=8,8192,0,79621,9.7193603515625
HRDCP,λ=8,8192,0,70111,8.5584716796875
HRDCP,λ=8,8192,0,74851,9.1370849609375
HRDCP,λ=8,8192,0,74915,9.1448974609375
HRDCP,λ=8,8192,0,85723,10.4642333984375
HRDCP,λ=8,8192,0,75874,9.261962890625
HRDCP,λ=8,8192,0,78767,9.6151123046875
HRDCP,λ=8,8192,0,70954,8.661376953125
HRDCP,λ=8,8192,0,72857,8.8936767578125
HRDCP,λ=8,8192,0,78867,9.6273193359375
HRDCP,λ=8,8192,0,78892,9.63037109375
HRDCP,λ=8,8192,0,88501,10.8033447265625
HRDCP,λ=8,8192,0,89586,10.935791015625
HRDCP,λ=8,8192,0,75908,9.26611328125
HRDCP,λ=8,8192,0,76505,9.3389892578125
HRDCP,λ=8,8192,0,81411,9.9378662109375
HRDCP,λ=8,8192,0,70786,8.640869140625
HRDCP,λ=8,8192,0,78528,9.5859375
HRDCP,λ=8,8192,0,71122,8.681884765625
HRDCP,λ=8,8192,0,72544,8.85546875
HRDCP,λ=8,8192,0,73834,9.012939453125
HRDCP,λ=8,8192,0,78916,9.63330078125
HRDCP,λ=8,8192,0,74543,9.0994873046875
HRDCP,λ=8,8192,0,73880,9.0185546875
HRDCP,λ=8,8192,0,68468,8.35791015625
HRDCP,λ=8,8192,0,75018,9.157470703125
HRDCP,λ=8,8192,0,75404,9.20458984375
HRDCP,λ=8,8192,0,71941,8.7818603515625
HRDCP,λ=8,8192,0,81187,9.9105224609375
HRDCP,λ=8,8192,0,80263,9.7977294921875
HRDCP,λ=8,8192,0,75704,9.2412109375
HRDCP,λ=8,8192,0,87930,10.733642578125
HRDCP,λ=8,8192,0,77148,9.41748046875
HRDCP,λ=8,8192,0,81814,9.987060546875
HRDCP,λ=8,8192,0,81152,9.90625
HRDCP,λ=8,8192,0,73283,8.9456787109375
HRDCP,λ=8,8192,0,76311,9.3153076171875
HRDCP,λ=8,8192,0,87180,10.64208984375
HRDCP,λ=8,8192,0,84412,10.30419921875
HRDCP,λ=8,8192,0,81337,9.9288330078125
HRDCP,λ=8,8192,0,75716,9.24267578125
HRDCP,λ=8,8192,0,67156,8.19775390625
HRDCP,λ=8,8192,0,72924,8.90185546875
HRDCP,λ=8,8192,0,81003,9.8880615234375
HRDCP,λ=8,8192,0,81225,9.9151611328125
HRDCP,λ=8,8192,0,107259,13.0931396484375
HRDCP,λ=8,8192,0,82737,10.0997314453125
HRDCP,λ=8,8192,0,76228,9.30517578125
HRDCP,λ=8,8192,0,80429,9.8179931640625
HRDCP,λ=8,8192,0,70799,8.6424560546875
HRDCP,λ=8,8192,0,75246,9.185302734375
HRDCP,λ=8,8192,0,77525,9.4635009765625
HRDCP,λ=8,8192,0,76344,9.3193359375
HRDCP,λ=8,8192,0,75790,9.251708984375
HRDCP,λ=8,8192,0,82891,10.1185302734375
HRDCP,λ=8,8192,0,75485,9.2144775390625
HRDCP,λ=8,8192,0,70666,8.626220703125
HRDCP,λ=8,8192,0,74134,9.049560546875
HRDCP,λ=8,8192,0,83870,10.238037109375
HRDCP,λ=8,8192,0,88239,10.7713623046875
HRDCP,λ=8,8192,0,74256,9.064453125
HRDCP,λ=8,8192,0,80193,9.7891845703125
HRDCP,λ=8,8192,0,92794,11.327392578125
HRDCP,λ=8,8192,0,75531,9.2200927734375
HRDCP,λ=8,8192,0,76988,9.39794921875
HRDCP,λ=8,8192,0,77387,9.4466552734375
HRDCP,λ=8,8192,0,78816,9.62109375
HRDCP,λ=8,8192,0,70963,8.6624755859375
HRDCP,λ=8,8192,0,78775,9.6160888671875
HRDCP,λ=8,8192,0,72421,8.8404541015625
HRDCP,λ=8,8192,0,79884,9.75146484375
HRDCP,λ=8,8192,0,75057,9.1622314453125
HRDCP,λ=8,8192,0,70371,8.5902099609375
HRDCP,λ=8,8192,0,82375,10.0555419921875
HRDCP,λ=8,8192,0,78603,9.5950927734375
HRDCP,λ=8,8192,0,79064,9.6513671875
HRDCP,λ=8,8192,0,77209,9.4249267578125
HRDCP,λ=8,8192,0,75675,9.2376708984375
HRDCP,λ=8,8192,0,74437,9.0865478515625
HRDCP,λ=8,8192,0,77423,9.4510498046875
HRDCP,λ=8,8192,0,73742,9.001708984375
HRDCP,λ=8,8192,0,69083,8.4329833984375
HRDCP,λ=8,8192,0,79706,9.729736328125
HRDCP,λ=8,8192,0,76755,9.3695068359375
HRDCP,λ=8,8192,0,73084,8.92138671875
HRDCP,λ=8,8192,0,88241,10.7716064453125
HRDCP,λ=8,8192,0,73651,8.9906005859375
HRDCP,λ=8,8192,0,69078,8.432373046875
HRDCP,λ=8,8192,0,76369,9.3223876953125
HRDCP,λ=8,8192,0,79456,9.69921875
HRDCP,λ=8,8192,0,77270,9.432373046875
HRDCP,λ=8,8192,0,74016,9.03515625
HRDCP,λ=8,8192,0,73718,8.998779296875
HRDCP,λ=8,8192,0,74308,9.07080078125
HRDCP,λ=8,8192,0,78256,9.552734375
HRDCP,λ=8,8192,0,78079,9.5311279296875
HRDCP,λ=8,8192,0,77339,9.4407958984375
HRDCP,λ=8,8192,0,70130,8.560791015625
HRDCP,λ=8,8192,0,72082,8.799072265625
HRDCP,λ=8,8192,0,71604,8.74072265625
HHDCP,λ=8,8192,0,77139,9.4163818359375
HHDCP,λ=8,8192,0,79167,9.6639404296875
HHDCP,λ=8,8192,0,86858,10.602783203125
HHDCP,λ=8,8192,0,75496,9.2158203125
HHDCP,λ=8,8192,0,66433,8.1094970703125
HHDCP,λ=8,8192,0,69686,8.506591796875
HHDCP,λ=8,8192,0,69410,8.472900390625
HHDCP,λ=8,8192,0,68339,8.3421630859375
HHDCP,λ=8,8192,0,72212,8.81494140625
HHDCP,λ=8,8192,0,73771,9.0052490234375
HHDCP,λ=8,8192,0,69942,8.537841796875
HHDCP,λ=8,8192,0,82369,10.0548095703125
HHDCP,λ=8,8192,0,81168,9.908203125
HHDCP,λ=8,8192,0,72144,8.806640625
HHDCP,λ=8,8192,0,71669,8.7486572265625
HHDCP,λ=8,8192,0,83572,10.20166015625
HHDCP,λ=8,8192,0,74365,9.0777587890625
HHDCP,λ=8,8192,0,71696,8.751953125
HHDCP,λ=8,8192,0,72744,8.8798828125
HHDCP,λ=8,8192,0,73559,8.9793701171875
HHDCP,λ=8,8192,0,75948,9.27099609375
HHDCP,λ=8,8192,0,74110,9.046630859375
HHDCP,λ=8,8192,0,82933,10.1236572265625
HHDCP,λ=8,8192,0,72383,8.8358154296875
HHDCP,λ=8,8192,0,71480,8.7255859375
HHDCP,λ=8,8192,0,82524,10.07373046875
HHDCP,λ=8,8192,0,68902,8.410888671875
HHDCP,λ=8,8192,0,73077,8.9205322265625
HHDCP,λ=8,8192,0,73998,9.032958984375
HHDCP,λ=8,8192,0,71047,8.6727294921875
HHDCP,λ=8,8192,0,70136,8.5615234375
HHDCP,λ=8,8192,0,69825,8.5235595703125
HHDCP,λ=8,8192,0,72327,8.8289794921875
HHDCP,λ=8,8192,0,65788,8.03076171875
HHDCP,λ=8,8192,0,62573,7.6383056640625
HHDCP,λ=8,8192,0,76242,9.306884765625
HHDCP,λ=8,8192,0,82503,10.0711669921875
HHDCP,λ=8,8192,0,78111,9.5350341796875
HHDCP,λ=8,8192,0,76944,9.392578125
HHDCP,λ=8,8192,0,71572,8.73681640625
HHDCP,λ=8,8192,0,76821,9.3775634765625
HHDCP,λ=8,8192,0,78839,9.6239013671875
HHDCP,λ=8,8192,0,70260,8.57666015625
HHDCP,λ=8,8192,0,68386,8.347900390625
HHDCP,λ=8,8192,0,95327,11.6365966796875
HHDCP,λ=8,8192,0,72835,8.8909912109375
HHDCP,λ=8,8192,0,68743,8.3914794921875
HHDCP,λ=8,8192,0,71616,8.7421875
HHDCP,λ=8,8192,0,86426,10.550048828125
HHDCP,λ=8,8192,0,72883,8.8968505859375
HHDCP,λ=8,8192,0,83603,10.2054443359375
HHDCP,λ=8,8192,0,70250,8.575439453125
HHDCP,λ=8,8192,0,76379,9.3236083984375
HHDCP,λ=8,8192,0,76838,9.379638671875
HHDCP,λ=8,8192,0,70721,8.6329345703125
HHDCP,λ=8,8192,0,71315,8.7054443359375
HHDCP,λ=8,8192,0,68266,8.333251953125
HHDCP,λ=8,8192,0,112323,13.7113037109375
HHDCP,λ=8,8192,0,73542,8.977294921875
HHDCP,λ=8,8192,0,70161,8.5645751953125
HHDCP,λ=8,8192,0,79587,9.7152099609375
HHDCP,λ=8,8192,0,72796,8.88623046875
HHDCP,λ=8,8192,0,73224,8.9384765625
HHDCP,λ=8,8192,0,70542,8.611083984375
HHDCP,λ=8,8192,0,64957,7.9293212890625
HHDCP,λ=8,8192,0,76297,9.3135986328125
HHDCP,λ=8,8192,0,72594,8.861572265625
HHDCP,λ=8,8192,0,76358,9.321044921875
HHDCP,λ=8,8192,0,75758,9.247802734375
HHDCP,λ=8,8192,0,76907,9.3880615234375
HHDCP,λ=8,8192,0,72910,8.900146484375
HHDCP,λ=8,8192,0,69667,8.5042724609375
HHDCP,λ=8,8192,0,78397,9.5699462890625
HHDCP,λ=8,8192,0,71950,8.782958984375
HHDCP,λ=8,8192,0,72452,8.84423828125
HHDCP,λ=8,8192,0,71388,8.71435546875
HHDCP,λ=8,8192,0,72658,8.869384765625
HHDCP,λ=8,8192,0,95116,11.61083984375
HHDCP,λ=8,8192,0,71287,8.7020263671875
HHDCP,λ=8,8192,0,73960,9.0283203125
HHDCP,λ=8,8192,0,65791,8.0311279296875
HHDCP,λ=8,8192,0,64666,7.893798828125
HHDCP,λ=8,8192,0,81020,9.89013671875
HHDCP,λ=8,8192,0,72045,8.7945556640625
HHDCP,λ=8,8192,0,72109,8.8023681640625
HHDCP,λ=8,8192,0,68403,8.3499755859375
HHDCP,λ=8,8192,0,73238,8.940185546875
HHDCP,λ=8,8192,0,79003,9.6439208984375
HHDCP,λ=8,8192,0,102370,12.496337890625
HHDCP,λ=8,8192,0,72284,8.82373046875
HHDCP,λ=8,8192,0,72827,8.8900146484375
HHDCP,λ=8,8192,0,76819,9.3773193359375
HHDCP,λ=8,8192,0,75058,9.162353515625
HHDCP,λ=8,8192,0,73133,8.9273681640625
HHDCP,λ=8,8192,0,67997,8.3004150390625
HHDCP,λ=8,8192,0,70342,8.586669921875
HHDCP,λ=8,8192,0,69695,8.5076904296875
HHDCP,λ=8,8192,0,75427,9.2073974609375
HHDCP,λ=8,8192,0,75389,9.2027587890625
HHDCP,λ=8,8192,0,79892,9.75244140625
HHLCP,λ=8,8192,0,67618,8.254150390625
HHLCP,λ=8,8192,0,72416,8.83984375
HHLCP,λ=8,8192,0,72906,8.899658203125
HHLCP,λ=8,8192,0,78461,9.5777587890625
HHLCP,λ=8,8192,0,66783,8.1522216796875
HHLCP,λ=8,8192,0,74416,9.083984375
HHLCP,λ=8,8192,0,87967,10.7381591796875
HHLCP,λ=8,8192,0,76568,9.3466796875
HHLCP,λ=8,8192,0,71562,8.735595703125
HHLCP,λ=8,8192,0,73345,8.9532470703125
HHLCP,λ=8,8192,0,69823,8.5233154296875
HHLCP,λ=8,8192,0,71081,8.6768798828125
HHLCP,λ=8,8192,0,62561,7.6368408203125
HHLCP,λ=8,8192,0,94535,11.5399169921875
HHLCP,λ=8,8192,0,71174,8.688232421875
HHLCP,λ=8,8192,0,71701,8.7525634765625
HHLCP,λ=8,8192,0,69159,8.4422607421875
HHLCP,λ=8,8192,0,70490,8.604736328125
HHLCP,λ=8,8192,0,78592,9.59375
HHLCP,λ=8,8192,0,70003,8.5452880859375
HHLCP,λ=8,8192,0,74574,9.103271484375
HHLCP,λ=8,8192,0,72308,8.82666015625
HHLCP,λ=8,8192,0,78902,9.631591796875
HHLCP,λ=8,8192,0,80419,9.8167724609375
HHLCP,λ=8,8192,0,68705,8.3868408203125
HHLCP,λ=8,8192,0,69337,8.4639892578125
HHLCP,λ=8,8192,0,70179,8.5667724609375
HHLCP,λ=8,8192,0,73433,8.9639892578125
HHLCP,λ=8,8192,0,87481,10.6788330078125
HHLCP,λ=8,8192,0,75743,9.2459716796875
HHLCP,λ=8,8192,0,72472,8.8466796875
HHLCP,λ=8,8192,0,71569,8.7364501953125
HHLCP,λ=8,8192,0,67748,8.27001953125
HHLCP,λ=8,8192,0,74097,9.0450439453125
HHLCP,λ=8,8192,0,70156,8.56396484375
HHLCP,λ=8,8192,0,71448,8.7216796875
HHLCP,λ=8,8192,0,81499,9.9486083984375
HHLCP,λ=8,8192,0,70885,8.6529541015625
HHLCP,λ=8,8192,0,75733,9.2447509765625
HHLCP,λ=8,8192,0,84649,10.3331298828125
HHLCP,λ=8,8192,0,77729,9.4884033203125
HHLCP,λ=8,8192,0,78282,9.555908203125
HHLCP,λ=8,8192,0,80345,9.8077392578125
HHLCP,λ=8,8192,0,75585,9.2266845703125
HHLCP,λ=8,8192,0,74691,9.1175537109375
HHLCP,λ=8,8192,0,69367,8.4676513671875
HHLCP,λ=8,8192,0,80051,9.7718505859375
HHLCP,λ=8,8192,0,75738,9.245361328125
HHLCP,λ=8,8192,0,75846,9.258544921875
HHLCP,λ=8,8192,0,67888,8.287109375
HHLCP,λ=8,8192,0,69156,8.44189453125
HHLCP,λ=8,8192,0,72567,8.8582763671875
HHLCP,λ=8,8192,0,70501,8.6060791015625
HHLCP,λ=8,8192,0,75016,9.1572265625
HHLCP,λ=8,8192,0,84846,10.357177734375
HHLCP,λ=8,8192,0,70785,8.6407470703125
HHLCP,λ=8,8192,0,75080,9.1650390625
HHLCP,λ=8,8192,0,71350,8.709716796875
HHLCP,λ=8,8192,0,76279,9.3114013671875
HHLCP,λ=8,8192,0,70972,8.66357421875
HHLCP,λ=8,8192,0,80360,9.8095703125
HHLCP,λ=8,8192,0,76079,9.2869873046875
HHLCP,λ=8,8192,0,77789,9.4957275390625
HHLCP,λ=8,8192,0,72782,8.884521484375
HHLCP,λ=8,8192,0,70131,8.5609130859375
HHLCP,λ=8,8192,0,82266,10.042236328125
HHLCP,λ=8,8192,0,75342,9.197021484375
HHLCP,λ=8,8192,0,78522,9.585205078125
HHLCP,λ=8,8192,0,79639,9.7215576171875
HHLCP,λ=8,8192,0,74454,9.088623046875
HHLCP,λ=8,8192,0,73940,9.02587890625
HHLCP,λ=8,8192,0,69377,8.4688720703125
HHLCP,λ=8,8192,0,73516,8.97412109375
HHLCP,λ=8,8192,0,73459,8.9671630859375
HHLCP,λ=8,8192,0,74441,9.0870361328125
HHLCP,λ=8,8192,0,72938,8.903564453125
HHLCP,λ=8,8192,0,71584,8.73828125
HHLCP,λ=8,8192,0,73130,8.927001953125
HHLCP,λ=8,8192,0,72185,8.8116455078125
HHLCP,λ=8,8192,0,76870,9.383544921875
HHLCP,λ=8,8192,0,79279,9.6776123046875
HHLCP,λ=8,8192,0,70874,8.651611328125
HHLCP,λ=8,8192,0,75208,9.1806640625
HHLCP,λ=8,8192,0,70431,8.5975341796875
HHLCP,λ=8,8192,0,68560,8.369140625
HHLCP,λ=8,8192,0,76407,9.3270263671875
HHLCP,λ=8,8192,0,83131,10.1478271484375
HHLCP,λ=8,8192,0,68499,8.3616943359375
HHLCP,λ=8,8192,0,70104,8.5576171875
HHLCP,λ=8,8192,0,81176,9.9091796875
HHLCP,λ=8,8192,0,81079,9.8973388671875
HHLCP,λ=8,8192,0,82388,10.05712890625
HHLCP,λ=8,8192,0,78051,9.5277099609375
HHLCP,λ=8,8192,0,74425,9.0850830078125
HHLCP,λ=8,8192,0,72361,8.8331298828125
HHLCP,λ=8,8192,0,79721,9.7315673828125
HHLCP,λ=8,8192,0,67780,8.27392578125
HHLCP,λ=8,8192,0,68143,8.3182373046875
HHLCP,λ=8,8192,0,78969,9.6397705078125
HHLCP,λ=8,8192,0,68152,8.3193359375
HRLCP,λ=8,8192,0,78308,9.55908203125
HRLCP,λ=8,8192,0,75281,9.1895751953125
HRLCP,λ=8,8192,0,91640,11.1865234375
HRLCP,λ=8,8192,0,77272,9.4326171875
HRLCP,λ=8,8192,0,78008,9.5224609375
HRLCP,λ=8,8192,0,80629,9.8424072265625
HRLCP,λ=8,8192,0,78843,9.6243896484375
HRLCP,λ=8,8192,0,72674,8.871337890625
HRLCP,λ=8,8192,0,75641,9.2335205078125
HRLCP,λ=8,8192,0,82346,10.052001953125
HRLCP,λ=8,8192,0,78867,9.6273193359375
HRLCP,λ=8,8192,0,76338,9.318603515625
HRLCP,λ=8,8192,0,87107,10.6331787109375
HRLCP,λ=8,8192,0,76700,9.36279296875
HRLCP,λ=8,8192,0,88749,10.8336181640625
HRLCP,λ=8,8192,0,79361,9.6876220703125
HRLCP,λ=8,8192,0,75854,9.259521484375
HRLCP,λ=8,8192,0,74466,9.090087890625
HRLCP,λ=8,8192,0,83389,10.1793212890625
HRLCP,λ=8,8192,0,84795,10.3509521484375
HRLCP,λ=8,8192,0,95079,11.6063232421875
HRLCP,λ=8,8192,0,78293,9.5572509765625
HRLCP,λ=8,8192,0,75919,9.2674560546875
HRLCP,λ=8,8192,0,83734,10.221435546875
HRLCP,λ=8,8192,0,85108,10.38916015625
HRLCP,λ=8,8192,0,87358,10.663818359375
HRLCP,λ=8,8192,0,77472,9.45703125
HRLCP,λ=8,8192,0,80068,9.77392578125
HRLCP,λ=8,8192,0,73080,8.9208984375
HRLCP,λ=8,8192,0,78137,9.5382080078125
HRLCP,λ=8,8192,0,76326,9.317138671875
HRLCP,λ=8,8192,0,87954,10.736572265625
HRLCP,λ=8,8192,0,75580,9.22607421875
HRLCP,λ=8,8192,0,85281,10.4102783203125
HRLCP,λ=8,8192,0,81021,9.8902587890625
HRLCP,λ=8,8192,0,78681,9.6046142578125
HRLCP,λ=8,8192,0,76777,9.3721923828125
HRLCP,λ=8,8192,0,71078,8.676513671875
HRLCP,λ=8,8192,0,83604,10.20556640625
HRLCP,λ=8,8192,0,76583,9.3485107421875
HRLCP,λ=8,8192,0,79065,9.6514892578125
HRLCP,λ=8,8192,0,72564,8.85791015625
HRLCP,λ=8,8192,0,67364,8.22314453125
HRLCP,λ=8,8192,0,80746,9.856689453125
HRLCP,λ=8,8192,0,87276,10.65380859375
HRLCP,λ=8,8192,0,75314,9.193603515625
HRLCP,λ=8,8192,0,74385,9.0802001953125
HRLCP,λ=8,8192,0,72414,8.839599609375
HRLCP,λ=8,8192,0,71031,8.6707763671875
HRLCP,λ=8,8192,0,73586,8.982666015625
HRLCP,λ=8,8192,0,71146,8.684814453125
HRLCP,λ=8,8192,0,70767,8.6385498046875
HRLCP,λ=8,8192,0,75156,9.17431640625
HRLCP,λ=8,8192,0,80793,9.8624267578125
HRLCP,λ=8,8192,0,72659,8.8695068359375
HRLCP,λ=8,8192,0,73899,9.0208740234375
HRLCP,λ=8,8192,0,70203,8.5697021484375
HRLCP,λ=8,8192,0,84527,10.3182373046875
HRLCP,λ=8,8192,0,78428,9.57373046875
HRLCP,λ=8,8192,0,73424,8.962890625
HRLCP,λ=8,8192,0,76426,9.329345703125
HRLCP,λ=8,8192,0,81673,9.9698486328125
HRLCP,λ=8,8192,0,79944,9.7587890625
HRLCP,λ=8,8192,0,79366,9.688232421875
HRLCP,λ=8,8192,0,74010,9.034423828125
HRLCP,λ=8,8192,0,78876,9.62841796875
HRLCP,λ=8,8192,0,86391,10.5457763671875
HRLCP,λ=8,8192,0,75950,9.271240234375
HRLCP,λ=8,8192,0,88679,10.8250732421875
HRLCP,λ=8,8192,0,78143,9.5389404296875
HRLCP,λ=8,8192,0,76472,9.3349609375
HRLCP,λ=8,8192,0,81491,9.9476318359375
HRLCP,λ=8,8192,0,70854,8.649169921875
HRLCP,λ=8,8192,0,72406,8.838623046875
HRLCP,λ=8,8192,0,80831,9.8670654296875
HRLCP,λ=8,8192,0,70665,8.6260986328125
HRLCP,λ=8,8192,0,72501,8.8502197265625
HRLCP,λ=8,8192,0,77606,9.473388671875
HRLCP,λ=8,8192,0,71522,8.730712890625
HRLCP,λ=8,8192,0,75336,9.1962890625
HRLCP,λ=8,8192,0,79394,9.691650390625
HRLCP,λ=8,8192,0,78551,9.5887451171875
HRLCP,λ=8,8192,0,80959,9.8826904296875
HRLCP,λ=8,8192,0,87376,10.666015625
HRLCP,λ=8,8192,0,77565,9.4683837890625
HRLCP,λ=8,8192,0,72072,8.7978515625
HRLCP,λ=8,8192,0,75896,9.2646484375
HRLCP,λ=8,8192,0,73339,8.9525146484375
HRLCP,λ=8,8192,0,85723,10.4642333984375
HRLCP,λ=8,8192,0,86912,10.609375
HRLCP,λ=8,8192,0,77167,9.4197998046875
HRLCP,λ=8,8192,0,79515,9.7064208984375
HRLCP,λ=8,8192,0,84807,10.3524169921875
HRLCP,λ=8,8192,0,79192,9.6669921875
HRLCP,λ=8,8192,0,71520,8.73046875
HRLCP,λ=8,8192,0,77013,9.4010009765625
HRLCP,λ=8,8192,0,82110,10.023193359375
HRLCP,λ=8,8192,0,81668,9.96923828125
HRLCP,λ=8,8192,0,76115,9.2913818359375
HRLCP,λ=8,8192,0,81929,10.0010986328125
HSLCP,λ=8,8192,0,126393,15.4288330078125
HSLCP,λ=8,8192,0,103775,12.6678466796875
HSLCP,λ=8,8192,0,98665,12.0440673828125
HSLCP,λ=8,8192,0,107602,13.135009765625
HSLCP,λ=8,8192,0,112595,13.7445068359375
HSLCP,λ=8,8192,0,115896,14.1474609375
HSLCP,λ=8,8192,0,110935,13.5418701171875
HSLCP,λ=8,8192,0,101738,12.419189453125
HSLCP,λ=8,8192,0,90884,11.09423828125
HSLCP,λ=8,8192,0,111567,13.6190185546875
HSLCP,λ=8,8192,0,91385,11.1553955078125
HSLCP,λ=8,8192,0,114663,13.9969482421875
HSLCP,λ=8,8192,0,91850,11.212158203125
HSLCP,λ=8,8192,0,113152,13.8125
HSLCP,λ=8,8192,0,92555,11.2982177734375
HSLCP,λ=8,8192,0,87623,10.6961669921875
HSLCP,λ=8,8192,0,97254,11.871826171875
HSLCP,λ=8,8192,0,96727,11.8074951171875
HSLCP,λ=8,8192,0,97214,11.866943359375
HSLCP,λ=8,8192,0,125862,15.364013671875
HSLCP,λ=8,8192,0,98260,11.99462890625
HSLCP,λ=8,8192,0,111532,13.61474609375
HSLCP,λ=8,8192,0,110126,13.443115234375
HSLCP,λ=8,8192,0,103802,12.671142578125
HSLCP,λ=8,8192,0,108066,13.191650390625
HSLCP,λ=8,8192,0,97373,11.8863525390625
HSLCP,λ=8,8192,0,90571,11.0560302734375
HSLCP,λ=8,8192,0,88279,10.7762451171875
HSLCP,λ=8,8192,0,92407,11.2801513671875
HSLCP,λ=8,8192,0,108549,13.2506103515625
HSLCP,λ=8,8192,0,98089,11.9737548828125
HSLCP,λ=8,8192,0,102175,12.4725341796875
HSLCP,λ=8,8192,0,118853,14.5084228515625
HSLCP,λ=8,8192,0,96009,11.7198486328125
HSLCP,λ=8,8192,0,89644,10.94287109375
HSLCP,λ=8,8192,0,101936,12.443359375
HSLCP,λ=8,8192,0,113532,13.85888671875
HSLCP,λ=8,8192,0,89638,10.942138671875
HSLCP,λ=8,8192,0,93545,11.4190673828125
HSLCP,λ=8,8192,0,97804,11.93896484375
HSLCP,λ=8,8192,0,95712,11.68359375
HSLCP,λ=8,8192,0,95685,11.6802978515625
HSLCP,λ=8,8192,0,106386,12.986572265625
HSLCP,λ=8,8192,0,105842,12.920166015625
HSLCP,λ=8,8192,0,94921,11.5870361328125
HSLCP,λ=8,8192,0,113410,13.843994140625
HSLCP,λ=8,8192,0,119392,14.57421875
HSLCP,λ=8,8192,0,107764,13.15478515625
HSLCP,λ=8,8192,0,107124,13.07666015625
HSLCP,λ=8,8192,0,113151,13.8123779296875
HSLCP,λ=8,8192,0,106559,13.0076904296875
HSLCP,λ=8,8192,0,99034,12.089111328125
HSLCP,λ=8,8192,0,92485,11.2896728515625
HSLCP,λ=8,8192,0,105407,12.8670654296875
HSLCP,λ=8,8192,0,94059,11.4818115234375
HSLCP,λ=8,8192,0,92708,11.31689453125
HSLCP,λ=8,8192,0,88782,10.837646484375
HSLCP,λ=8,8192,0,92358,11.274169921875
HSLCP,λ=8,8192,0,94183,11.4969482421875
HSLCP,λ=8,8192,0,103352,12.6162109375
HSLCP,λ=8,8192,0,103606,12.647216796875
HSLCP,λ=8,8192,0,111616,13.625
HSLCP,λ=8,8192,0,114789,14.0123291015625
HSLCP,λ=8,8192,0,95843,11.6995849609375
HSLCP,λ=8,8192,0,93083,11.3626708984375
HSLCP,λ=8,8192,0,123141,15.0318603515625
HSLCP,λ=8,8192,0,109427,13.3577880859375
HSLCP,λ=8,8192,0,88234,10.770751953125
HSLCP,λ=8,8192,0,113979,13.9134521484375
HSLCP,λ=8,8192,0,99978,12.204345703125
HSLCP,λ=8,8192,0,90594,11.058837890625
HSLCP,λ=8,8192,0,100106,12.219970703125
HSLCP,λ=8,8192,0,90969,11.1046142578125
HSLCP,λ=8,8192,0,94083,11.4847412109375
HSLCP,λ=8,8192,0,110302,13.464599609375
HSLCP,λ=8,8192,0,98946,12.078369140625
HSLCP,λ=8,8192,0,100065,12.2149658203125
HSLCP,λ=8,8192,0,112515,13.7347412109375
HSLCP,λ=8,8192,0,84764,10.34716796875
HSLCP,λ=8,8192,0,101082,12.339111328125
HSLCP,λ=8,8192,0,99069,12.0933837890625
HSLCP,λ=8,8192,0,109402,13.354736328125
HSLCP,λ=8,8192,0,86939,10.6126708984375
HSLCP,λ=8,8192,0,99896,12.1943359375
HSLCP,λ=8,8192,0,96022,11.721435546875
HSLCP,λ=8,8192,0,127793,15.5997314453125
HSLCP,λ=8,8192,0,99690,12.169189453125
HSLCP,λ=8,8192,0,107722,13.149658203125
HSLCP,λ=8,8192,0,94100,11.48681640625
HSLCP,λ=8,8192,0,95469,11.6539306640625
HSLCP,λ=8,8192,0,109242,13.335205078125
HSLCP,λ=8,8192,0,123859,15.1195068359375
HSLCP,λ=8,8192,0,98137,11.9796142578125
HSLCP,λ=8,8192,0,94293,11.5103759765625
HSLCP,λ=8,8192,0,97544,11.9072265625
HSLCP,λ=8,8192,0,110114,13.441650390625
HSLCP,λ=8,8192,0,96551,11.7860107421875
HSLCP,λ=8,8192,0,97110,11.854248046875
HSLCP,λ=8,8192,0,120957,14.7652587890625
HSLCP,λ=8,8192,0,100292,12.24267578125
HSDSP,λ=8,8192,0,108289,13.2188720703125
HSDSP,λ=8,8192,0,96281,11.7530517578125
HSDSP,λ=8,8192,0,93953,11.4688720703125
HSDSP,λ=8,8192,0,97625,11.9171142578125
HSDSP,λ=8,8192,0,105673,12.8995361328125
HSDSP,λ=8,8192,0,82209,10.0352783203125
HSDSP,λ=8,8192,0,112953,13.7882080078125
HSDSP,λ=8,8192,0,101649,12.4083251953125
HSDSP,λ=8,8192,0,86121,10.5128173828125
HSDSP,λ=8,8192,0,93249,11.3829345703125
HSDSP,λ=8,8192,0,101753,12.4210205078125
HSDSP,λ=8,8192,0,89793,10.9610595703125
HSDSP,λ=8,8192,0,109465,13.3624267578125
HSDSP,λ=8,8192,0,105721,12.9053955078125
HSDSP,λ=8,8192,0,90705,11.0723876953125
HSDSP,λ=8,8192,0,91449,11.1632080078125
HSDSP,λ=8,8192,0,100913,12.3184814453125
HSDSP,λ=8,8192,0,91049,11.1143798828125
HSDSP,λ=8,8192,0,97737,11.9307861328125
HSDSP,λ=8,8192,0,89841,10.9669189453125
HSDSP,λ=8,8192,0,96169,11.7393798828125
HSDSP,λ=8,8192,0,86385,10.5450439453125
HSDSP,λ=8,8192,0,96057,11.7257080078125
HSDSP,λ=8,8192,0,99025,12.0880126953125
HSDSP,λ=8,8192,0,87521,10.6837158203125
HSDSP,λ=8,8192,0,89921,10.9766845703125
HSDSP,λ=8,8192,0,86761,10.5909423828125
HSDSP,λ=8,8192,0,92233,11.2589111328125
HSDSP,λ=8,8192,0,97041,11.8458251953125
HSDSP,λ=8,8192,0,102833,12.5528564453125
HSDSP,λ=8,8192,0,88401,10.7911376953125
HSDSP,λ=8,8192,0,95393,11.6446533203125
HSDSP,λ=8,8192,0,89153,10.8829345703125
HSDSP,λ=8,8192,0,87105,10.6329345703125
HSDSP,λ=8,8192,0,88249,10.7725830078125
HSDSP,λ=8,8192,0,86193,10.5216064453125
HSDSP,λ=8,8192,0,94497,11.5352783203125
HSDSP,λ=8,8192,0,103465,12.6300048828125
HSDSP,λ=8,8192,0,94209,11.5001220703125
HSDSP,λ=8,8192,0,88513,10.8048095703125
HSDSP,λ=8,8192,0,78913,9.6329345703125
HSDSP,λ=8,8192,0,94921,11.5870361328125
HSDSP,λ=8,8192,0,104417,12.7462158203125
HSDSP,λ=8,8192,0,93057,11.3594970703125
HSDSP,λ=8,8192,0,99313,12.1231689453125
HSDSP,λ=8,8192,0,89353,10.9073486328125
HSDSP,λ=8,8192,0,113609,13.8682861328125
HSDSP,λ=8,8192,0,84465,10.3106689453125
HSDSP,λ=8,8192,0,86441,10.5518798828125
HSDSP,λ=8,8192,0,92777,11.3253173828125
HSDSP,λ=8,8192,0,102177,12.4727783203125
HSDSP,λ=8,8192,0,90233,11.0147705078125
HSDSP,λ=8,8192,0,112225,13.6993408203125
HSDSP,λ=8,8192,0,85169,10.3966064453125
HSDSP,λ=8,8192,0,88041,10.7471923828125
HSDSP,λ=8,8192,0,104537,12.7608642578125
HSDSP,λ=8,8192,0,106121,12.9542236328125
HSDSP,λ=8,8192,0,95569,11.6661376953125
HSDSP,λ=8,8192,0,92209,11.2559814453125
HSDSP,λ=8,8192,0,92097,11.2423095703125
HSDSP,λ=8,8192,0,90689,11.0704345703125
HSDSP,λ=8,8192,0,91825,11.2091064453125
HSDSP,λ=8,8192,0,91105,11.1212158203125
HSDSP,λ=8,8192,0,94881,11.5821533203125
HSDSP,λ=8,8192,0,91849,11.2120361328125
HSDSP,λ=8,8192,0,89281,10.8985595703125
HSDSP,λ=8,8192,0,110529,13.4923095703125
HSDSP,λ=8,8192,0,103865,12.6788330078125
HSDSP,λ=8,8192,0,122841,14.9952392578125
HSDSP,λ=8,8192,0,87121,10.6348876953125
HSDSP,λ=8,8192,0,96625,11.7950439453125
HSDSP,λ=8,8192,0,96865,11.8243408203125
HSDSP,λ=8,8192,0,93273,11.3858642578125
HSDSP,λ=8,8192,0,95153,11.6153564453125
HSDSP,λ=8,8192,0,88985,10.8624267578125
HSDSP,λ=8,8192,0,89889,10.9727783203125
HSDSP,λ=8,8192,0,106329,12.9796142578125
HSDSP,λ=8,8192,0,116585,14.2315673828125
HSDSP,λ=8,8192,0,90313,11.0245361328125
HSDSP,λ=8,8192,0,96289,11.7540283203125
HSDSP,λ=8,8192,0,100057,12.2139892578125
HSDSP,λ=8,8192,0,95553,11.6641845703125
HSDSP,λ=8,8192,0,95177,11.6182861328125
HSDSP,λ=8,8192,0,82225,10.0372314453125
HSDSP,λ=8,8192,0,98593,12.0352783203125
HSDSP,λ=8,8192,0,87457,10.6759033203125
HSDSP,λ=8,8192,0,92585,11.3018798828125
HSDSP,λ=8,8192,0,100673,12.2891845703125
HSDSP,λ=8,8192,0,98721,12.0509033203125
HSDSP,λ=8,8192,0,92705,11.3165283203125
HSDSP,λ=8,8192,0,89553,10.9317626953125
HSDSP,λ=8,8192,0,92417,11.2813720703125
HSDSP,λ=8,8192,0,90537,11.0518798828125
HSDSP,λ=8,8192,0,84097,10.2657470703125
HSDSP,λ=8,8192,0,86961,10.6153564453125
HSDSP,λ=8,8192,0,100433,12.2598876953125
HSDSP,λ=8,8192,0,94145,11.4923095703125
HSDSP,λ=8,8192,0,95969,11.7149658203125
HRDSP,λ=8,8192,0,80657,9.8458251953125
HRDSP,λ=8,8192,0,80945,9.8809814453125
HRDSP,λ=8,8192,0,75225,9.1827392578125
HRDSP,λ=8,8192,0,79801,9.7413330078125
HRDSP,λ=8,8192,0,84201,10.2784423828125
HRDSP,λ=8,8192,0,97777,11.9356689453125
HRDSP,λ=8,8192,0,76201,9.3018798828125
HRDSP,λ=8,8192,0,69769,8.5167236328125
HRDSP,λ=8,8192,0,71673,8.7491455078125
HRDSP,λ=8,8192,0,65801,8.0323486328125
HRDSP,λ=8,8192,0,75345,9.1973876953125
HRDSP,λ=8,8192,0,84921,10.3663330078125
HRDSP,λ=8,8192,0,74513,9.0958251953125
HRDSP,λ=8,8192,0,82609,10.0841064453125
HRDSP,λ=8,8192,0,75257,9.1866455078125
HRDSP,λ=8,8192,0,70601,8.6182861328125
HRDSP,λ=8,8192,0,82001,10.0098876953125
HRDSP,λ=8,8192,0,71281,8.7012939453125
HRDSP,λ=8,8192,0,66937,8.1710205078125
HRDSP,λ=8,8192,0,79177,9.6651611328125
HRDSP,λ=8,8192,0,68321,8.3399658203125
HRDSP,λ=8,8192,0,68489,8.3604736328125
HRDSP,λ=8,8192,0,66425,8.1085205078125
HRDSP,λ=8,8192,0,93025,11.3555908203125
HRDSP,λ=8,8192,0,78425,9.5733642578125
HRDSP,λ=8,8192,0,75801,9.2530517578125
HRDSP,λ=8,8192,0,84225,10.2813720703125
HRDSP,λ=8,8192,0,71881,8.7745361328125
HRDSP,λ=8,8192,0,66009,8.0577392578125
HRDSP,λ=8,8192,0,78553,9.5889892578125
HRDSP,λ=8,8192,0,74161,9.0528564453125
HRDSP,λ=8,8192,0,98633,12.0401611328125
HRDSP,λ=8,8192,0,72913,8.9005126953125
HRDSP,λ=8,8192,0,68865,8.4063720703125
HRDSP,λ=8,8192,0,73313,8.9493408203125
HRDSP,λ=8,8192,0,76881,9.3848876953125
HRDSP,λ=8,8192,0,65657,8.0147705078125
HRDSP,λ=8,8192,0,71265,8.6993408203125
HRDSP,λ=8,8192,0,86433,10.5509033203125
HRDSP,λ=8,8192,0,72297,8.8253173828125
HRDSP,λ=8,8192,0,67329,8.2188720703125
HRDSP,λ=8,8192,0,78265,9.5538330078125
HRDSP,λ=8,8192,0,75761,9.2481689453125
HRDSP,λ=8,8192,0,77641,9.4776611328125
HRDSP,λ=8,8192,0,72817,8.8887939453125
HRDSP,λ=8,8192,0,81801,9.9854736328125
HRDSP,λ=8,8192,0,64529,7.8770751953125
HRDSP,λ=8,8192,0,76793,9.3741455078125
HRDSP,λ=8,8192,0,71121,8.6817626953125
HRDSP,λ=8,8192,0,68841,8.4034423828125
HRDSP,λ=8,8192,0,67881,8.2862548828125
HRDSP,λ=8,8192,0,76833,9.3790283203125
HRDSP,λ=8,8192,0,80513,9.8282470703125
HRDSP,λ=8,8192,0,81905,9.9981689453125
HRDSP,λ=8,8192,0,74233,9.0616455078125
HRDSP,λ=8,8192,0,72369,8.8341064453125
HRDSP,λ=8,8192,0,74449,9.0880126953125
HRDSP,λ=8,8192,0,91401,11.1573486328125
HRDSP,λ=8,8192,0,72881,8.8966064453125
HRDSP,λ=8,8192,0,79977,9.7628173828125
HRDSP,λ=8,8192,0,82721,10.0977783203125
HRDSP,λ=8,8192,0,69305,8.4600830078125
HRDSP,λ=8,8192,0,68953,8.4171142578125
HRDSP,λ=8,8192,0,73297,8.9473876953125
HRDSP,λ=8,8192,0,85849,10.4796142578125
HRDSP,λ=8,8192,0,70713,8.6319580078125
HRDSP,λ=8,8192,0,77281,9.4337158203125
HRDSP,λ=8,8192,0,67081,8.1885986328125
HRDSP,λ=8,8192,0,72929,8.9024658203125
HRDSP,λ=8,8192,0,70633,8.6221923828125
HRDSP,λ=8,8192,0,66817,8.1563720703125
HRDSP,λ=8,8192,0,74833,9.1348876953125
HRDSP,λ=8,8192,0,69273,8.4561767578125
HRDSP,λ=8,8192,0,78385,9.5684814453125
HRDSP,λ=8,8192,0,67601,8.2520751953125
HRDSP,λ=8,8192,0,80865,9.8712158203125
HRDSP,λ=8,8192,0,67177,8.2003173828125
HRDSP,λ=8,8192,0,75689,9.2393798828125
HRDSP,λ=8,8192,0,69449,8.4776611328125
HRDSP,λ=8,8192,0,74537,9.0987548828125
HRDSP,λ=8,8192,0,69113,8.4366455078125
HRDSP,λ=8,8192,0,68537,8.3663330078125
HRDSP,λ=8,8192,0,74049,9.0391845703125
HRDSP,λ=8,8192,0,72209,8.8145751953125
HRDSP,λ=8,8192,0,84129,10.2696533203125
HRDSP,λ=8,8192,0,66849,8.1602783203125
HRDSP,λ=8,8192,0,75009,9.1563720703125
HRDSP,λ=8,8192,0,69657,8.5030517578125
HRDSP,λ=8,8192,0,79865,9.7491455078125
HRDSP,λ=8,8192,0,77185,9.4219970703125
HRDSP,λ=8,8192,0,68625,8.3770751953125
HRDSP,λ=8,8192,0,71785,8.7628173828125
HRDSP,λ=8,8192,0,68777,8.3956298828125
HRDSP,λ=8,8192,0,70353,8.5880126953125
HRDSP,λ=8,8192,0,67225,8.2061767578125
HHDSP,λ=8,8192,0,63977,7.8096923828125
HHDSP,λ=8,8192,0,69985,8.5430908203125
HHDSP,λ=8,8192,0,68961,8.4180908203125
HHDSP,λ=8,8192,0,70857,8.6495361328125
HHDSP,λ=8,8192,0,72345,8.8311767578125
HHDSP,λ=8,8192,0,66057,8.0635986328125
HHDSP,λ=8,8192,0,68657,8.3809814453125
HHDSP,λ=8,8192,0,62529,7.6329345703125
HHDSP,λ=8,8192,0,65553,8.0020751953125
HHDSP,λ=8,8192,0,76057,9.2843017578125
HHDSP,λ=8,8192,0,64545,7.8790283203125
HHDSP,λ=8,8192,0,64593,7.8848876953125
HHDSP,λ=8,8192,0,75649,9.2344970703125
HHDSP,λ=8,8192,0,68993,8.4219970703125
HHDSP,λ=8,8192,0,73681,8.9942626953125
HHDSP,λ=8,8192,0,64233,7.8409423828125
HHDSP,λ=8,8192,0,70625,8.6212158203125
HHDSP,λ=8,8192,0,72633,8.8663330078125
HHDSP,λ=8,8192,0,63609,7.7647705078125
HHDSP,λ=8,8192,0,77817,9.4991455078125
HHDSP,λ=8,8192,0,69569,8.4923095703125
HHDSP,λ=8,8192,0,70369,8.5899658203125
HHDSP,λ=8,8192,0,67553,8.2462158203125
HHDSP,λ=8,8192,0,66609,8.1309814453125
HHDSP,λ=8,8192,0,66721,8.1446533203125
HHDSP,λ=8,8192,0,66489,8.1163330078125
HHDSP,λ=8,8192,0,105073,12.8262939453125
HHDSP,λ=8,8192,0,69873,8.5294189453125
HHDSP,λ=8,8192,0,66193,8.0802001953125
HHDSP,λ=8,8192,0,66793,8.1534423828125
HHDSP,λ=8,8192,0,69809,8.5216064453125
HHDSP,λ=8,8192,0,65049,7.9405517578125
HHDSP,λ=8,8192,0,68249,8.3311767578125
HHDSP,λ=8,8192,0,68097,8.3126220703125
HHDSP,λ=8,8192,0,66553,8.1241455078125
HHDSP,λ=8,8192,0,63945,7.8057861328125
HHDSP,λ=8,8192,0,67217,8.2052001953125
HHDSP,λ=8,8192,0,73753,9.0030517578125
HHDSP,λ=8,8192,0,66945,8.1719970703125
HHDSP,λ=8,8192,0,74497,9.0938720703125
HHDSP,λ=8,8192,0,80065,9.7735595703125
HHDSP,λ=8,8192,0,71417,8.7178955078125
HHDSP,λ=8,8192,0,66009,8.0577392578125
HHDSP,λ=8,8192,0,72201,8.8135986328125
HHDSP,λ=8,8192,0,66233,8.0850830078125
HHDSP,λ=8,8192,0,66153,8.0753173828125
HHDSP,λ=8,8192,0,65513,7.9971923828125
HHDSP,λ=8,8192,0,65657,8.0147705078125
HHDSP,λ=8,8192,0,63185,7.7130126953125
HHDSP,λ=8,8192,0,66409,8.1065673828125
HHDSP,λ=8,8192,0,65281,7.9688720703125
HHDSP,λ=8,8192,0,63921,7.8028564453125
HHDSP,λ=8,8192,0,67777,8.2735595703125
HHDSP,λ=8,8192,0,73057,8.9180908203125
HHDSP,λ=8,8192,0,68609,8.3751220703125
HHDSP,λ=8,8192,0,66353,8.0997314453125
HHDSP,λ=8,8192,0,75913,9.2667236328125
HHDSP,λ=8,8192,0,73777,9.0059814453125
HHDSP,λ=8,8192,0,70129,8.5606689453125
HHDSP,λ=8,8192,0,64553,7.8800048828125
HHDSP,λ=8,8192,0,70545,8.6114501953125
HHDSP,λ=8,8192,0,80209,9.7911376953125
HHDSP,λ=8,8192,0,65561,8.0030517578125
HHDSP,λ=8,8192,0,67521,8.2423095703125
HHDSP,λ=8,8192,0,65617,8.0098876953125
HHDSP,λ=8,8192,0,74073,9.0421142578125
HHDSP,λ=8,8192,0,66681,8.1397705078125
HHDSP,λ=8,8192,0,64985,7.9327392578125
HHDSP,λ=8,8192,0,71889,8.7755126953125
HHDSP,λ=8,8192,0,72145,8.8067626953125
HHDSP,λ=8,8192,0,64745,7.9034423828125
HHDSP,λ=8,8192,0,83505,10.1934814453125
HHDSP,λ=8,8192,0,65009,7.9356689453125
HHDSP,λ=8,8192,0,69609,8.4971923828125
HHDSP,λ=8,8192,0,71729,8.7559814453125
HHDSP,λ=8,8192,0,72945,8.9044189453125
HHDSP,λ=8,8192,0,66889,8.1651611328125
HHDSP,λ=8,8192,0,70393,8.5928955078125
HHDSP,λ=8,8192,0,66705,8.1427001953125
HHDSP,λ=8,8192,0,64481,7.8712158203125
HHDSP,λ=8,8192,0,72033,8.7930908203125
HHDSP,λ=8,8192,0,69361,8.4669189453125
HHDSP,λ=8,8192,0,64241,7.8419189453125
HHDSP,λ=8,8192,0,74977,9.1524658203125
HHDSP,λ=8,8192,0,65777,8.0294189453125
HHDSP,λ=8,8192,0,69777,8.5177001953125
HHDSP,λ=8,8192,0,69801,8.5206298828125
HHDSP,λ=8,8192,0,70481,8.6036376953125
HHDSP,λ=8,8192,0,75121,9.1700439453125
HHDSP,λ=8,8192,0,79001,9.6436767578125
HHDSP,λ=8,8192,0,69657,8.5030517578125
HHDSP,λ=8,8192,0,65217,7.9610595703125
HHDSP,λ=8,8192,0,75713,9.2423095703125
HHDSP,λ=8,8192,0,75937,9.2696533203125
HHDSP,λ=8,8192,0,71313,8.7052001953125
HHDSP,λ=8,8192,0,67761,8.2716064453125
HHDSP,λ=8,8192,0,66377,8.1026611328125
HHLSP,λ=8,8192,0,80969,9.8839111328125
HHLSP,λ=8,8192,0,69177,8.4444580078125
HHLSP,λ=8,8192,0,79801,9.7413330078125
HHLSP,λ=8,8192,0,63353,7.7335205078125
HHLSP,λ=8,8192,0,75513,9.2178955078125
HHLSP,λ=8,8192,0,70089,8.5557861328125
HHLSP,λ=8,8192,0,73009,8.9122314453125
HHLSP,λ=8,8192,0,81377,9.9337158203125
HHLSP,λ=8,8192,0,69769,8.5167236328125
HHLSP,λ=8,8192,0,66401,8.1055908203125
HHLSP,λ=8,8192,0,64473,7.8702392578125
HHLSP,λ=8,8192,0,80785,9.8614501953125
HHLSP,λ=8,8192,0,62737,7.6583251953125
HHLSP,λ=8,8192,0,66753,8.1485595703125
HHLSP,λ=8,8192,0,70113,8.5587158203125
HHLSP,λ=8,8192,0,64041,7.8175048828125
HHLSP,λ=8,8192,0,70001,8.5450439453125
HHLSP,λ=8,8192,0,97425,11.8927001953125
HHLSP,λ=8,8192,0,61977,7.5655517578125
HHLSP,λ=8,8192,0,63865,7.7960205078125
HHLSP,λ=8,8192,0,65889,8.0430908203125
HHLSP,λ=8,8192,0,62649,7.6475830078125
HHLSP,λ=8,8192,0,74545,9.0997314453125
HHLSP,λ=8,8192,0,67721,8.2667236328125
HHLSP,λ=8,8192,0,71865,8.7725830078125
HHLSP,λ=8,8192,0,65089,7.9454345703125
HHLSP,λ=8,8192,0,67673,8.2608642578125
HHLSP,λ=8,8192,0,78985,9.6417236328125
HHLSP,λ=8,8192,0,68033,8.3048095703125
HHLSP,λ=8,8192,0,65113,7.9483642578125
HHLSP,λ=8,8192,0,69705,8.5089111328125
HHLSP,λ=8,8192,0,69665,8.5040283203125
HHLSP,λ=8,8192,0,74497,9.0938720703125
HHLSP,λ=8,8192,0,73545,8.9776611328125
HHLSP,λ=8,8192,0,64769,7.9063720703125
HHLSP,λ=8,8192,0,70937,8.6593017578125
HHLSP,λ=8,8192,0,70473,8.6026611328125
HHLSP,λ=8,8192,0,71417,8.7178955078125
HHLSP,λ=8,8192,0,67169,8.1993408203125
HHLSP,λ=8,8192,0,80049,9.7716064453125
HHLSP,λ=8,8192,0,78977,9.6407470703125
HHLSP,λ=8,8192,0,61161,7.4659423828125
HHLSP,λ=8,8192,0,72297,8.8253173828125
HHLSP,λ=8,8192,0,74561,9.1016845703125
HHLSP,λ=8,8192,0,68089,8.3116455078125
HHLSP,λ=8,8192,0,63001,7.6905517578125
HHLSP,λ=8,8192,0,68025,8.3038330078125
HHLSP,λ=8,8192,0,62377,7.6143798828125
HHLSP,λ=8,8192,0,69993,8.5440673828125
HHLSP,λ=8,8192,0,69417,8.4737548828125
HHLSP,λ=8,8192,0,67769,8.2725830078125
HHLSP,λ=8,8192,0,71353,8.7100830078125
HHLSP,λ=8,8192,0,69441,8.4766845703125
HHLSP,λ=8,8192,0,67841,8.2813720703125
HHLSP,λ=8,8192,0,71113,8.6807861328125
HHLSP,λ=8,8192,0,64977,7.9317626953125
HHLSP,λ=8,8192,0,74233,9.0616455078125
HHLSP,λ=8,8192,0,72529,8.8536376953125
HHLSP,λ=8,8192,0,68937,8.4151611328125
HHLSP,λ=8,8192,0,67993,8.2999267578125
HHLSP,λ=8,8192,0,65873,8.0411376953125
HHLSP,λ=8,8192,0,67481,8.2374267578125
HHLSP,λ=8,8192,0,73113,8.9249267578125
HHLSP,λ=8,8192,0,68153,8.3194580078125
HHLSP,λ=8,8192,0,68953,8.4171142578125
HHLSP,λ=8,8192,0,63593,7.7628173828125
HHLSP,λ=8,8192,0,68177,8.3223876953125
HHLSP,λ=8,8192,0,82241,10.0391845703125
HHLSP,λ=8,8192,0,78665,9.6026611328125
HHLSP,λ=8,8192,0,69609,8.4971923828125
HHLSP,λ=8,8192,0,66929,8.1700439453125
HHLSP,λ=8,8192,0,69785,8.5186767578125
HHLSP,λ=8,8192,0,70201,8.5694580078125
HHLSP,λ=8,8192,0,71553,8.7344970703125
HHLSP,λ=8,8192,0,61417,7.4971923828125
HHLSP,λ=8,8192,0,72833,8.8907470703125
HHLSP,λ=8,8192,0,79793,9.7403564453125
HHLSP,λ=8,8192,0,70457,8.6007080078125
HHLSP,λ=8,8192,0,69273,8.4561767578125
HHLSP,λ=8,8192,0,75777,9.2501220703125
HHLSP,λ=8,8192,0,76801,9.3751220703125
HHLSP,λ=8,8192,0,69481,8.4815673828125
HHLSP,λ=8,8192,0,61785,7.5421142578125
HHLSP,λ=8,8192,0,68825,8.4014892578125
HHLSP,λ=8,8192,0,73977,9.0303955078125
HHLSP,λ=8,8192,0,69449,8.4776611328125
HHLSP,λ=8,8192,0,71761,8.7598876953125
HHLSP,λ=8,8192,0,65689,8.0186767578125
HHLSP,λ=8,8192,0,65129,7.9503173828125
HHLSP,λ=8,8192,0,72361,8.8331298828125
HHLSP,λ=8,8192,0,65137,7.9512939453125
HHLSP,λ=8,8192,0,65649,8.0137939453125
HHLSP,λ=8,8192,0,77905,9.5098876953125
HHLSP,λ=8,8192,0,87737,10.7100830078125
HHLSP,λ=8,8192,0,64761,7.9053955078125
HHLSP,λ=8,8192,0,66993,8.1778564453125
HHLSP,λ=8,8192,0,69041,8.4278564453125
HHLSP,λ=8,8192,0,66377,8.1026611328125
HHLSP,λ=8,8192,0,66345,8.0987548828125
HRLSP,λ=8,8192,0,69857,8.5274658203125
HRLSP,λ=8,8192,0,65497,7.9952392578125
HRLSP,λ=8,8192,0,75129,9.1710205078125
HRLSP,λ=8,8192,0,67273,8.2120361328125
HRLSP,λ=8,8192,0,70969,8.6632080078125
HRLSP,λ=8,8192,0,84153,10.2725830078125
HRLSP,λ=8,8192,0,68513,8.3634033203125
HRLSP,λ=8,8192,0,78729,9.6104736328125
HRLSP,λ=8,8192,0,77857,9.5040283203125
HRLSP,λ=8,8192,0,70001,8.5450439453125
HRLSP,λ=8,8192,0,84921,10.3663330078125
HRLSP,λ=8,8192,0,83041,10.1368408203125
HRLSP,λ=8,8192,0,79177,9.6651611328125
HRLSP,λ=8,8192,0,82001,10.0098876953125
HRLSP,λ=8,8192,0,82841,10.1124267578125
HRLSP,λ=8,8192,0,77569,9.4688720703125
HRLSP,λ=8,8192,0,75025,9.1583251953125
HRLSP,λ=8,8192,0,75441,9.2091064453125
HRLSP,λ=8,8192,0,70737,8.6348876953125
HRLSP,λ=8,8192,0,77681,9.4825439453125
HRLSP,λ=8,8192,0,72081,8.7989501953125
HRLSP,λ=8,8192,0,68097,8.3126220703125
HRLSP,λ=8,8192,0,72985,8.9093017578125
HRLSP,λ=8,8192,0,80641,9.8438720703125
HRLSP,λ=8,8192,0,74121,9.0479736328125
HRLSP,λ=8,8192,0,70081,8.5548095703125
HRLSP,λ=8,8192,0,82153,10.0284423828125
HRLSP,λ=8,8192,0,80233,9.7940673828125
HRLSP,λ=8,8192,0,68225,8.3282470703125
HRLSP,λ=8,8192,0,74281,9.0675048828125
HRLSP,λ=8,8192,0,68289,8.3360595703125
HRLSP,λ=8,8192,0,72153,8.8077392578125
HRLSP,λ=8,8192,0,85753,10.4678955078125
HRLSP,λ=8,8192,0,69953,8.5391845703125
HRLSP,λ=8,8192,0,81177,9.9093017578125
HRLSP,λ=8,8192,0,78713,9.6085205078125
HRLSP,λ=8,8192,0,74097,9.0450439453125
HRLSP,λ=8,8192,0,79409,9.6934814453125
HRLSP,λ=8,8192,0,73585,8.9825439453125
HRLSP,λ=8,8192,0,67249,8.2091064453125
HRLSP,λ=8,8192,0,67905,8.2891845703125
HRLSP,λ=8,8192,0,85769,10.4698486328125
HRLSP,λ=8,8192,0,72217,8.8155517578125
HRLSP,λ=8,8192,0,76665,9.3585205078125
HRLSP,λ=8,8192,0,71121,8.6817626953125
HRLSP,λ=8,8192,0,83137,10.1485595703125
HRLSP,λ=8,8192,0,76833,9.3790283203125
HRLSP,λ=8,8192,0,73281,8.9454345703125
HRLSP,λ=8,8192,0,77833,9.5010986328125
HRLSP,λ=8,8192,0,75017,9.1573486328125
HRLSP,λ=8,8192,0,70753,8.6368408203125
HRLSP,λ=8,8192,0,93033,11.3565673828125
HRLSP,λ=8,8192,0,68937,8.4151611328125
HRLSP,λ=8,8192,0,79033,9.6475830078125
HRLSP,λ=8,8192,0,70161,8.5645751953125
HRLSP,λ=8,8192,0,76289,9.3126220703125
HRLSP,λ=8,8192,0,76985,9.3975830078125
HRLSP,λ=8,8192,0,82713,10.0968017578125
HRLSP,λ=8,8192,0,71889,8.7755126953125
HRLSP,λ=8,8192,0,82177,10.0313720703125
HRLSP,λ=8,8192,0,66225,8.0841064453125
HRLSP,λ=8,8192,0,70761,8.6378173828125
HRLSP,λ=8,8192,0,65529,7.9991455078125
HRLSP,λ=8,8192,0,71553,8.7344970703125
HRLSP,λ=8,8192,0,85729,10.4649658203125
HRLSP,λ=8,8192,0,76113,9.2911376953125
HRLSP,λ=8,8192,0,76273,9.3106689453125
HRLSP,λ=8,8192,0,65393,7.9825439453125
HRLSP,λ=8,8192,0,65585,8.0059814453125
HRLSP,λ=8,8192,0,68497,8.3614501953125
HRLSP,λ=8,8192,0,72169,8.8096923828125
HRLSP,λ=8,8192,0,67025,8.1817626953125
HRLSP,λ=8,8192,0,68073,8.3096923828125
HRLSP,λ=8,8192,0,64457,7.8682861328125
HRLSP,λ=8,8192,0,76257,9.3087158203125
HRLSP,λ=8,8192,0,69369,8.4678955078125
HRLSP,λ=8,8192,0,80129,9.7813720703125
HRLSP,λ=8,8192,0,77881,9.5069580078125
HRLSP,λ=8,8192,0,80633,9.8428955078125
HRLSP,λ=8,8192,0,75465,9.2120361328125
HRLSP,λ=8,8192,0,71057,8.6739501953125
HRLSP,λ=8,8192,0,67849,8.2823486328125
HRLSP,λ=8,8192,0,88849,10.8458251953125
HRLSP,λ=8,8192,0,77537,9.4649658203125
HRLSP,λ=8,8192,0,79321,9.6827392578125
HRLSP,λ=8,8192,0,74537,9.0987548828125
HRLSP,λ=8,8192,0,76369,9.3223876953125
HRLSP,λ=8,8192,0,77873,9.5059814453125
HRLSP,λ=8,8192,0,73657,8.9913330078125
HRLSP,λ=8,8192,0,69833,8.5245361328125
HRLSP,λ=8,8192,0,75121,9.1700439453125
HRLSP,λ=8,8192,0,69217,8.4493408203125
HRLSP,λ=8,8192,0,87737,10.7100830078125
HRLSP,λ=8,8192,0,75713,9.2423095703125
HRLSP,λ=8,8192,0,68777,8.3956298828125
HRLSP,λ=8,8192,0,69577,8.4932861328125
HRLSP,λ=8,8192,0,81081,9.8975830078125
HRLSP,λ=8,8192,0,70257,8.5762939453125
HRLSP,λ=8,8192,0,69513,8.4854736328125
HSLSP,λ=8,8192,0,94809,11.5733642578125
HSLSP,λ=8,8192,0,108585,13.2550048828125
HSLSP,λ=8,8192,0,101305,12.3663330078125
HSLSP,λ=8,8192,0,102905,12.5616455078125
HSLSP,λ=8,8192,0,97465,11.8975830078125
HSLSP,λ=8,8192,0,91297,11.1446533203125
HSLSP,λ=8,8192,0,88009,10.7432861328125
HSLSP,λ=8,8192,0,100737,12.2969970703125
HSLSP,λ=8,8192,0,87217,10.6466064453125
HSLSP,λ=8,8192,0,97153,11.8594970703125
HSLSP,λ=8,8192,0,93417,11.4034423828125
HSLSP,λ=8,8192,0,108817,13.2833251953125
HSLSP,λ=8,8192,0,81193,9.9112548828125
HSLSP,λ=8,8192,0,118689,14.4884033203125
HSLSP,λ=8,8192,0,101241,12.3585205078125
HSLSP,λ=8,8192,0,83889,10.2403564453125
HSLSP,λ=8,8192,0,91049,11.1143798828125
HSLSP,λ=8,8192,0,89953,10.9805908203125
HSLSP,λ=8,8192,0,95041,11.6016845703125
HSLSP,λ=8,8192,0,88001,10.7423095703125
HSLSP,λ=8,8192,0,89841,10.9669189453125
HSLSP,λ=8,8192,0,94913,11.5860595703125
HSLSP,λ=8,8192,0,94041,11.4796142578125
HSLSP,λ=8,8192,0,93681,11.4356689453125
HSLSP,λ=8,8192,0,93553,11.4200439453125
HSLSP,λ=8,8192,0,99673,12.1671142578125
HSLSP,λ=8,8192,0,109049,13.3116455078125
HSLSP,λ=8,8192,0,98385,12.0098876953125
HSLSP,λ=8,8192,0,91929,11.2218017578125
HSLSP,λ=8,8192,0,92465,11.2872314453125
HSLSP,λ=8,8192,0,95065,11.6046142578125
HSLSP,λ=8,8192,0,87649,10.6993408203125
HSLSP,λ=8,8192,0,103041,12.5782470703125
HSLSP,λ=8,8192,0,91553,11.1759033203125
HSLSP,λ=8,8192,0,89153,10.8829345703125
HSLSP,λ=8,8192,0,100777,12.3018798828125
HSLSP,λ=8,8192,0,99337,12.1260986328125
HSLSP,λ=8,8192,0,111785,13.6456298828125
HSLSP,λ=8,8192,0,93449,11.4073486328125
HSLSP,λ=8,8192,0,93929,11.4659423828125
HSLSP,λ=8,8192,0,105217,12.8438720703125
HSLSP,λ=8,8192,0,105937,12.9317626953125
HSLSP,λ=8,8192,0,96305,11.7559814453125
HSLSP,λ=8,8192,0,99377,12.1309814453125
HSLSP,λ=8,8192,0,94289,11.5098876953125
HSLSP,λ=8,8192,0,109033,13.3096923828125
HSLSP,λ=8,8192,0,96753,11.8106689453125
HSLSP,λ=8,8192,0,117025,14.2852783203125
HSLSP,λ=8,8192,0,107329,13.1016845703125
HSLSP,λ=8,8192,0,101945,12.4444580078125
HSLSP,λ=8,8192,0,98809,12.0616455078125
HSLSP,λ=8,8192,0,97489,11.9005126953125
HSLSP,λ=8,8192,0,98793,12.0596923828125
HSLSP,λ=8,8192,0,93257,11.3839111328125
HSLSP,λ=8,8192,0,104889,12.8038330078125
HSLSP,λ=8,8192,0,91577,11.1788330078125
HSLSP,λ=8,8192,0,103537,12.6387939453125
HSLSP,λ=8,8192,0,97001,11.8409423828125
HSLSP,λ=8,8192,0,106585,13.0108642578125
HSLSP,λ=8,8192,0,108969,13.3018798828125
HSLSP,λ=8,8192,0,96201,11.7432861328125
HSLSP,λ=8,8192,0,91833,11.2100830078125
HSLSP,λ=8,8192,0,86561,10.5665283203125
HSLSP,λ=8,8192,0,108497,13.2442626953125
HSLSP,λ=8,8192,0,87329,10.6602783203125
HSLSP,λ=8,8192,0,100785,12.3028564453125
HSLSP,λ=8,8192,0,105281,12.8516845703125
HSLSP,λ=8,8192,0,86897,10.6075439453125
HSLSP,λ=8,8192,0,115121,14.0528564453125
HSLSP,λ=8,8192,0,88633,10.8194580078125
HSLSP,λ=8,8192,0,81153,9.9063720703125
HSLSP,λ=8,8192,0,120233,14.6768798828125
HSLSP,λ=8,8192,0,104913,12.8067626953125
HSLSP,λ=8,8192,0,109657,13.3858642578125
HSLSP,λ=8,8192,0,98553,12.0303955078125
HSLSP,λ=8,8192,0,100465,12.2637939453125
HSLSP,λ=8,8192,0,94585,11.5460205078125
HSLSP,λ=8,8192,0,100329,12.2471923828125
HSLSP,λ=8,8192,0,92761,11.3233642578125
HSLSP,λ=8,8192,0,93833,11.4542236328125
HSLSP,λ=8,8192,0,97321,11.8800048828125
HSLSP,λ=8,8192,0,87937,10.7344970703125
HSLSP,λ=8,8192,0,98345,12.0050048828125
HSLSP,λ=8,8192,0,91937,11.2227783203125
HSLSP,λ=8,8192,0,108297,13.2198486328125
HSLSP,λ=8,8192,0,96881,11.8262939453125
HSLSP,λ=8,8192,0,102377,12.4971923828125
HSLSP,λ=8,8192,0,83193,10.1553955078125
HSLSP,λ=8,8192,0,100273,12.2403564453125
HSLSP,λ=8,8192,0,112785,13.7677001953125
HSLSP,λ=8,8192,0,100129,12.2227783203125
HSLSP,λ=8,8192,0,98657,12.0430908203125
HSLSP,λ=8,8192,0,98193,11.9864501953125
HSLSP,λ=8,8192,0,104481,12.7540283203125
HSLSP,λ=8,8192,0,114993,14.0372314453125
HSLSP,λ=8,8192,0,82393,10.0577392578125
HSLSP,λ=8,8192,0,78969,9.6397705078125
HSLSP,λ=8,8192,0,131489,16.0509033203125
HSLSP,λ=8,8192,0,93801,11.4503173828125
HSLSP,λ=8,8192,0,89721,10.9522705078125
HSDMP,λ=8,8192,0,92185,11.2530517578125
HSDMP,λ=8,8192,0,87337,10.6612548828125
HSDMP,λ=8,8192,0,91041,11.1134033203125
HSDMP,λ=8,8192,0,113593,13.8663330078125
HSDMP,λ=8,8192,0,86321,10.5372314453125
HSDMP,λ=8,8192,0,87729,10.7091064453125
HSDMP,λ=8,8192,0,97225,11.8682861328125
HSDMP,λ=8,8192,0,102985,12.5714111328125
HSDMP,λ=8,8192,0,88273,10.7755126953125
HSDMP,λ=8,8192,0,90857,11.0909423828125
HSDMP,λ=8,8192,0,87217,10.6466064453125
HSDMP,λ=8,8192,0,92793,11.3272705078125
HSDMP,λ=8,8192,0,90625,11.0626220703125
HSDMP,λ=8,8192,0,100793,12.3038330078125
HSDMP,λ=8,8192,0,101857,12.4337158203125
HSDMP,λ=8,8192,0,93905,11.4630126953125
HSDMP,λ=8,8192,0,91993,11.2296142578125
HSDMP,λ=8,8192,0,103841,12.6759033203125
HSDMP,λ=8,8192,0,86785,10.5938720703125
HSDMP,λ=8,8192,0,93153,11.3712158203125
HSDMP,λ=8,8192,0,92057,11.2374267578125
HSDMP,λ=8,8192,0,98897,12.0723876953125
HSDMP,λ=8,8192,0,95041,11.6016845703125
HSDMP,λ=8,8192,0,89961,10.9815673828125
HSDMP,λ=8,8192,0,109865,13.4112548828125
HSDMP,λ=8,8192,0,89441,10.9180908203125
HSDMP,λ=8,8192,0,94137,11.4913330078125
HSDMP,λ=8,8192,0,87721,10.7081298828125
HSDMP,λ=8,8192,0,98569,12.0323486328125
HSDMP,λ=8,8192,0,90409,11.0362548828125
HSDMP,λ=8,8192,0,104393,12.7432861328125
HSDMP,λ=8,8192,0,91217,11.1348876953125
HSDMP,λ=8,8192,0,90577,11.0567626953125
HSDMP,λ=8,8192,0,86889,10.6065673828125
HSDMP,λ=8,8192,0,99073,12.0938720703125
HSDMP,λ=8,8192,0,102433,12.5040283203125
HSDMP,λ=8,8192,0,90633,11.0635986328125
HSDMP,λ=8,8192,0,88209,10.7677001953125
HSDMP,λ=8,8192,0,87657,10.7003173828125
HSDMP,λ=8,8192,0,90745,11.0772705078125
HSDMP,λ=8,8192,0,110473,13.4854736328125
HSDMP,λ=8,8192,0,93985,11.4727783203125
HSDMP,λ=8,8192,0,92977,11.3497314453125
HSDMP,λ=8,8192,0,88793,10.8389892578125
HSDMP,λ=8,8192,0,109129,13.3214111328125
HSDMP,λ=8,8192,0,100041,12.2120361328125
HSDMP,λ=8,8192,0,86353,10.5411376953125
HSDMP,λ=8,8192,0,88817,10.8419189453125
HSDMP,λ=8,8192,0,102417,12.5020751953125
HSDMP,λ=8,8192,0,103193,12.5968017578125
HSDMP,λ=8,8192,0,85489,10.4356689453125
HSDMP,λ=8,8192,0,92801,11.3282470703125
HSDMP,λ=8,8192,0,112737,13.7618408203125
HSDMP,λ=8,8192,0,102177,12.4727783203125
HSDMP,λ=8,8192,0,108337,13.2247314453125
HSDMP,λ=8,8192,0,89297,10.9005126953125
HSDMP,λ=8,8192,0,90793,11.0831298828125
HSDMP,λ=8,8192,0,102481,12.5098876953125
HSDMP,λ=8,8192,0,90809,11.0850830078125
HSDMP,λ=8,8192,0,103737,12.6632080078125
HSDMP,λ=8,8192,0,101385,12.3760986328125
HSDMP,λ=8,8192,0,103633,12.6505126953125
HSDMP,λ=8,8192,0,97049,11.8468017578125
HSDMP,λ=8,8192,0,108257,13.2149658203125
HSDMP,λ=8,8192,0,111825,13.6505126953125
HSDMP,λ=8,8192,0,87553,10.6876220703125
HSDMP,λ=8,8192,0,94881,11.5821533203125
HSDMP,λ=8,8192,0,95201,11.6212158203125
HSDMP,λ=8,8192,0,106977,13.0587158203125
HSDMP,λ=8,8192,0,98601,12.0362548828125
HSDMP,λ=8,8192,0,88489,10.8018798828125
HSDMP,λ=8,8192,0,86985,10.6182861328125
HSDMP,λ=8,8192,0,93185,11.3751220703125
HSDMP,λ=8,8192,0,104137,12.7120361328125
HSDMP,λ=8,8192,0,94657,11.5548095703125
HSDMP,λ=8,8192,0,122401,14.9415283203125
HSDMP,λ=8,8192,0,88857,10.8468017578125
HSDMP,λ=8,8192,0,99409,12.1348876953125
HSDMP,λ=8,8192,0,90057,10.9932861328125
HSDMP,λ=8,8192,0,100705,12.2930908203125
HSDMP,λ=8,8192,0,101681,12.4122314453125
HSDMP,λ=8,8192,0,85217,10.4024658203125
HSDMP,λ=8,8192,0,92337,11.2716064453125
HSDMP,λ=8,8192,0,103785,12.6690673828125
HSDMP,λ=8,8192,0,95497,11.6573486328125
HSDMP,λ=8,8192,0,107121,13.0762939453125
HSDMP,λ=8,8192,0,99441,12.1387939453125
HSDMP,λ=8,8192,0,84537,10.3194580078125
HSDMP,λ=8,8192,0,96241,11.7481689453125
HSDMP,λ=8,8192,0,92513,11.2930908203125
HSDMP,λ=8,8192,0,99225,12.1124267578125
HSDMP,λ=8,8192,0,89025,10.8673095703125
HSDMP,λ=8,8192,0,102521,12.5147705078125
HSDMP,λ=8,8192,0,90385,11.0333251953125
HSDMP,λ=8,8192,0,109345,13.3477783203125
HSDMP,λ=8,8192,0,92225,11.2579345703125
HSDMP,λ=8,8192,0,94713,11.5616455078125
HSDMP,λ=8,8192,0,102097,12.4630126953125
HRDMP,λ=8,8192,0,79329,9.6837158203125
HRDMP,λ=8,8192,0,77265,9.4317626953125
HRDMP,λ=8,8192,0,75193,9.1788330078125
HRDMP,λ=8,8192,0,75697,9.2403564453125
HRDMP,λ=8,8192,0,74809,9.1319580078125
HRDMP,λ=8,8192,0,79801,9.7413330078125
HRDMP,λ=8,8192,0,78049,9.5274658203125
HRDMP,λ=8,8192,0,87513,10.6827392578125
HRDMP,λ=8,8192,0,80881,9.8731689453125
HRDMP,λ=8,8192,0,71081,8.6768798828125
HRDMP,λ=8,8192,0,68673,8.3829345703125
HRDMP,λ=8,8192,0,84857,10.3585205078125
HRDMP,λ=8,8192,0,91473,11.1661376953125
HRDMP,λ=8,8192,0,87313,10.6583251953125
HRDMP,λ=8,8192,0,78961,9.6387939453125
HRDMP,λ=8,8192,0,72961,8.9063720703125
HRDMP,λ=8,8192,0,74929,9.1466064453125
HRDMP,λ=8,8192,0,79369,9.6885986328125
HRDMP,λ=8,8192,0,76953,9.3936767578125
HRDMP,λ=8,8192,0,78177,9.5430908203125
HRDMP,λ=8,8192,0,83721,10.2198486328125
HRDMP,λ=8,8192,0,79705,9.7296142578125
HRDMP,λ=8,8192,0,78761,9.6143798828125
HRDMP,λ=8,8192,0,76265,9.3096923828125
HRDMP,λ=8,8192,0,75417,9.2061767578125
HRDMP,λ=8,8192,0,73449,8.9659423828125
HRDMP,λ=8,8192,0,74353,9.0762939453125
HRDMP,λ=8,8192,0,75681,9.2384033203125
HRDMP,λ=8,8192,0,75441,9.2091064453125
HRDMP,λ=8,8192,0,77689,9.4835205078125
HRDMP,λ=8,8192,0,79745,9.7344970703125
HRDMP,λ=8,8192,0,73369,8.9561767578125
HRDMP,λ=8,8192,0,75385,9.2022705078125
HRDMP,λ=8,8192,0,86049,10.5040283203125
HRDMP,λ=8,8192,0,81465,9.9444580078125
HRDMP,λ=8,8192,0,74489,9.0928955078125
HRDMP,λ=8,8192,0,74281,9.0675048828125
HRDMP,λ=8,8192,0,72153,8.8077392578125
HRDMP,λ=8,8192,0,69177,8.4444580078125
HRDMP,λ=8,8192,0,91585,11.1798095703125
HRDMP,λ=8,8192,0,74153,9.0518798828125
HRDMP,λ=8,8192,0,79273,9.6768798828125
HRDMP,λ=8,8192,0,73897,9.0206298828125
HRDMP,λ=8,8192,0,81953,10.0040283203125
HRDMP,λ=8,8192,0,87049,10.6260986328125
HRDMP,λ=8,8192,0,76377,9.3233642578125
HRDMP,λ=8,8192,0,81801,9.9854736328125
HRDMP,λ=8,8192,0,76513,9.3399658203125
HRDMP,λ=8,8192,0,78401,9.5704345703125
HRDMP,λ=8,8192,0,86865,10.6036376953125
HRDMP,λ=8,8192,0,73121,8.9259033203125
HRDMP,λ=8,8192,0,77289,9.4346923828125
HRDMP,λ=8,8192,0,77433,9.4522705078125
HRDMP,λ=8,8192,0,96609,11.7930908203125
HRDMP,λ=8,8192,0,83361,10.1759033203125
HRDMP,λ=8,8192,0,84137,10.2706298828125
HRDMP,λ=8,8192,0,76329,9.3175048828125
HRDMP,λ=8,8192,0,76617,9.3526611328125
HRDMP,λ=8,8192,0,77801,9.4971923828125
HRDMP,λ=8,8192,0,91313,11.1466064453125
HRDMP,λ=8,8192,0,74697,9.1182861328125
HRDMP,λ=8,8192,0,78297,9.5577392578125
HRDMP,λ=8,8192,0,68065,8.3087158203125
HRDMP,λ=8,8192,0,76945,9.3927001953125
HRDMP,λ=8,8192,0,78721,9.6094970703125
HRDMP,λ=8,8192,0,83609,10.2061767578125
HRDMP,λ=8,8192,0,75057,9.1622314453125
HRDMP,λ=8,8192,0,75033,9.1593017578125
HRDMP,λ=8,8192,0,78673,9.6036376953125
HRDMP,λ=8,8192,0,68681,8.3839111328125
HRDMP,λ=8,8192,0,74689,9.1173095703125
HRDMP,λ=8,8192,0,70521,8.6085205078125
HRDMP,λ=8,8192,0,77049,9.4053955078125
HRDMP,λ=8,8192,0,77945,9.5147705078125
HRDMP,λ=8,8192,0,91337,11.1495361328125
HRDMP,λ=8,8192,0,82017,10.0118408203125
HRDMP,λ=8,8192,0,92337,11.2716064453125
HRDMP,λ=8,8192,0,83769,10.2257080078125
HRDMP,λ=8,8192,0,88881,10.8497314453125
HRDMP,λ=8,8192,0,74945,9.1485595703125
HRDMP,λ=8,8192,0,81361,9.9317626953125
HRDMP,λ=8,8192,0,85977,10.4952392578125
HRDMP,λ=8,8192,0,73969,9.0294189453125
HRDMP,λ=8,8192,0,80937,9.8800048828125
HRDMP,λ=8,8192,0,75209,9.1807861328125
HRDMP,λ=8,8192,0,74865,9.1387939453125
HRDMP,λ=8,8192,0,71953,8.7833251953125
HRDMP,λ=8,8192,0,74049,9.0391845703125
HRDMP,λ=8,8192,0,70481,8.6036376953125
HRDMP,λ=8,8192,0,71409,8.7169189453125
HRDMP,λ=8,8192,0,78025,9.5245361328125
HRDMP,λ=8,8192,0,71825,8.7677001953125
HRDMP,λ=8,8192,0,73665,8.9923095703125
HRDMP,λ=8,8192,0,70145,8.5626220703125
HRDMP,λ=8,8192,0,72025,8.7921142578125
HRDMP,λ=8,8192,0,70865,8.6505126953125
HRDMP,λ=8,8192,0,71785,8.7628173828125
HRDMP,λ=8,8192,0,90289,11.0216064453125
HRDMP,λ=8,8192,0,69457,8.4786376953125
HRDMP,λ=8,8192,0,75745,9.2462158203125
HHDMP,λ=8,8192,0,71089,8.6778564453125
HHDMP,λ=8,8192,0,72081,8.7989501953125
HHDMP,λ=8,8192,0,68745,8.3917236328125
HHDMP,λ=8,8192,0,73209,8.9366455078125
HHDMP,λ=8,8192,0,75225,9.1827392578125
HHDMP,λ=8,8192,0,67785,8.2745361328125
HHDMP,λ=8,8192,0,73009,8.9122314453125
HHDMP,λ=8,8192,0,71233,8.6954345703125
HHDMP,λ=8,8192,0,71593,8.7393798828125
HHDMP,λ=8,8192,0,72961,8.9063720703125
HHDMP,λ=8,8192,0,68729,8.3897705078125
HHDMP,λ=8,8192,0,72409,8.8389892578125
HHDMP,λ=8,8192,0,68265,8.3331298828125
HHDMP,λ=8,8192,0,74857,9.1378173828125
HHDMP,λ=8,8192,0,70777,8.6397705078125
HHDMP,λ=8,8192,0,70001,8.5450439453125
HHDMP,λ=8,8192,0,74209,9.0587158203125
HHDMP,λ=8,8192,0,75257,9.1866455078125
HHDMP,λ=8,8192,0,83145,10.1495361328125
HHDMP,λ=8,8192,0,70681,8.6280517578125
HHDMP,λ=8,8192,0,70673,8.6270751953125
HHDMP,λ=8,8192,0,82673,10.0919189453125
HHDMP,λ=8,8192,0,82921,10.1221923828125
HHDMP,λ=8,8192,0,72841,8.8917236328125
HHDMP,λ=8,8192,0,77657,9.4796142578125
HHDMP,λ=8,8192,0,74353,9.0762939453125
HHDMP,λ=8,8192,0,67017,8.1807861328125
HHDMP,λ=8,8192,0,80289,9.8009033203125
HHDMP,λ=8,8192,0,76633,9.3546142578125
HHDMP,λ=8,8192,0,71401,8.7159423828125
HHDMP,λ=8,8192,0,77425,9.4512939453125
HHDMP,λ=8,8192,0,70697,8.6300048828125
HHDMP,λ=8,8192,0,71361,8.7110595703125
HHDMP,λ=8,8192,0,81329,9.9278564453125
HHDMP,λ=8,8192,0,70849,8.6485595703125
HHDMP,λ=8,8192,0,68833,8.4024658203125
HHDMP,λ=8,8192,0,79873,9.7501220703125
HHDMP,λ=8,8192,0,79649,9.7227783203125
HHDMP,λ=8,8192,0,72233,8.8175048828125
HHDMP,λ=8,8192,0,79201,9.6680908203125
HHDMP,λ=8,8192,0,78393,9.5694580078125
HHDMP,λ=8,8192,0,85025,10.3790283203125
HHDMP,λ=8,8192,0,69953,8.5391845703125
HHDMP,λ=8,8192,0,81241,9.9171142578125
HHDMP,λ=8,8192,0,71969,8.7852783203125
HHDMP,λ=8,8192,0,76601,9.3507080078125
HHDMP,λ=8,8192,0,81953,10.0040283203125
HHDMP,λ=8,8192,0,77073,9.4083251953125
HHDMP,λ=8,8192,0,85473,10.4337158203125
HHDMP,λ=8,8192,0,67505,8.2403564453125
HHDMP,λ=8,8192,0,71249,8.6973876953125
HHDMP,λ=8,8192,0,65697,8.0196533203125
HHDMP,λ=8,8192,0,69993,8.5440673828125
HHDMP,λ=8,8192,0,70657,8.6251220703125
HHDMP,λ=8,8192,0,69097,8.4346923828125
HHDMP,λ=8,8192,0,74065,9.0411376953125
HHDMP,λ=8,8192,0,77673,9.4815673828125
HHDMP,λ=8,8192,0,76281,9.3116455078125
HHDMP,λ=8,8192,0,79377,9.6895751953125
HHDMP,λ=8,8192,0,71193,8.6905517578125
HHDMP,λ=8,8192,0,81905,9.9981689453125
HHDMP,λ=8,8192,0,71513,8.7296142578125
HHDMP,λ=8,8192,0,73337,8.9522705078125
HHDMP,λ=8,8192,0,90369,11.0313720703125
HHDMP,λ=8,8192,0,77377,9.4454345703125
HHDMP,λ=8,8192,0,65073,7.9434814453125
HHDMP,λ=8,8192,0,68001,8.3009033203125
HHDMP,λ=8,8192,0,73041,8.9161376953125
HHDMP,λ=8,8192,0,70401,8.5938720703125
HHDMP,λ=8,8192,0,76033,9.2813720703125
HHDMP,λ=8,8192,0,71737,8.7569580078125
HHDMP,λ=8,8192,0,72417,8.8399658203125
HHDMP,λ=8,8192,0,71553,8.7344970703125
HHDMP,λ=8,8192,0,77281,9.4337158203125
HHDMP,λ=8,8192,0,73721,8.9991455078125
HHDMP,λ=8,8192,0,70217,8.5714111328125
HHDMP,λ=8,8192,0,71209,8.6925048828125
HHDMP,λ=8,8192,0,86233,10.5264892578125
HHDMP,λ=8,8192,0,80377,9.8116455078125
HHDMP,λ=8,8192,0,68665,8.3819580078125
HHDMP,λ=8,8192,0,77329,9.4395751953125
HHDMP,λ=8,8192,0,71585,8.7384033203125
HHDMP,λ=8,8192,0,69761,8.5157470703125
HHDMP,λ=8,8192,0,73417,8.9620361328125
HHDMP,λ=8,8192,0,71601,8.7403564453125
HHDMP,λ=8,8192,0,69633,8.5001220703125
HHDMP,λ=8,8192,0,70481,8.6036376953125
HHDMP,λ=8,8192,0,72593,8.8614501953125
HHDMP,λ=8,8192,0,69001,8.4229736328125
HHDMP,λ=8,8192,0,74041,9.0382080078125
HHDMP,λ=8,8192,0,66825,8.1573486328125
HHDMP,λ=8,8192,0,70321,8.5841064453125
HHDMP,λ=8,8192,0,73665,8.9923095703125
HHDMP,λ=8,8192,0,76497,9.3380126953125
HHDMP,λ=8,8192,0,65809,8.0333251953125
HHDMP,λ=8,8192,0,66081,8.0665283203125
HHDMP,λ=8,8192,0,75945,9.2706298828125
HHDMP,λ=8,8192,0,73625,8.9874267578125
HHLMP,λ=8,8192,0,67049,8.1846923828125
HHLMP,λ=8,8192,0,74105,9.0460205078125
HHLMP,λ=8,8192,0,77641,9.4776611328125
HHLMP,λ=8,8192,0,90993,11.1075439453125
HHLMP,λ=8,8192,0,74185,9.0557861328125
HHLMP,λ=8,8192,0,73673,8.9932861328125
HHLMP,λ=8,8192,0,80769,9.8594970703125
HHLMP,λ=8,8192,0,81857,9.9923095703125
HHLMP,λ=8,8192,0,69697,8.5079345703125
HHLMP,λ=8,8192,0,73345,8.9532470703125
HHLMP,λ=8,8192,0,74961,9.1505126953125
HHLMP,λ=8,8192,0,79289,9.6788330078125
HHLMP,λ=8,8192,0,71593,8.7393798828125
HHLMP,λ=8,8192,0,82129,10.0255126953125
HHLMP,λ=8,8192,0,78593,9.5938720703125
HHLMP,λ=8,8192,0,86569,10.5675048828125
HHLMP,λ=8,8192,0,76825,9.3780517578125
HHLMP,λ=8,8192,0,65249,7.9649658203125
HHLMP,λ=8,8192,0,78465,9.5782470703125
HHLMP,λ=8,8192,0,79089,9.6544189453125
HHLMP,λ=8,8192,0,68361,8.3448486328125
HHLMP,λ=8,8192,0,70553,8.6124267578125
HHLMP,λ=8,8192,0,74433,9.0860595703125
HHLMP,λ=8,8192,0,71089,8.6778564453125
HHLMP,λ=8,8192,0,65889,8.0430908203125
HHLMP,λ=8,8192,0,86161,10.5177001953125
HHLMP,λ=8,8192,0,67721,8.2667236328125
HHLMP,λ=8,8192,0,79097,9.6553955078125
HHLMP,λ=8,8192,0,102633,12.5284423828125
HHLMP,λ=8,8192,0,76929,9.3907470703125
HHLMP,λ=8,8192,0,66745,8.1475830078125
HHLMP,λ=8,8192,0,70641,8.6231689453125
HHLMP,λ=8,8192,0,75377,9.2012939453125
HHLMP,λ=8,8192,0,72545,8.8555908203125
HHLMP,λ=8,8192,0,77425,9.4512939453125
HHLMP,λ=8,8192,0,70297,8.5811767578125
HHLMP,λ=8,8192,0,69249,8.4532470703125
HHLMP,λ=8,8192,0,71361,8.7110595703125
HHLMP,λ=8,8192,0,75617,9.2305908203125
HHLMP,λ=8,8192,0,78449,9.5762939453125
HHLMP,λ=8,8192,0,71985,8.7872314453125
HHLMP,λ=8,8192,0,75481,9.2139892578125
HHLMP,λ=8,8192,0,70689,8.6290283203125
HHLMP,λ=8,8192,0,71617,8.7423095703125
HHLMP,λ=8,8192,0,87033,10.6241455078125
HHLMP,λ=8,8192,0,74401,9.0821533203125
HHLMP,λ=8,8192,0,80049,9.7716064453125
HHLMP,λ=8,8192,0,91945,11.2237548828125
HHLMP,λ=8,8192,0,78305,9.5587158203125
HHLMP,λ=8,8192,0,65945,8.0499267578125
HHLMP,λ=8,8192,0,72689,8.8731689453125
HHLMP,λ=8,8192,0,81913,9.9991455078125
HHLMP,λ=8,8192,0,69817,8.5225830078125
HHLMP,λ=8,8192,0,72937,8.9034423828125
HHLMP,λ=8,8192,0,70593,8.6173095703125
HHLMP,λ=8,8192,0,69561,8.4913330078125
HHLMP,λ=8,8192,0,75857,9.2598876953125
HHLMP,λ=8,8192,0,95073,11.6055908203125
HHLMP,λ=8,8192,0,74177,9.0548095703125
HHLMP,λ=8,8192,0,81569,9.9571533203125
HHLMP,λ=8,8192,0,77953,9.5157470703125
HHLMP,λ=8,8192,0,85937,10.4903564453125
HHLMP,λ=8,8192,0,74569,9.1026611328125
HHLMP,λ=8,8192,0,73473,8.9688720703125
HHLMP,λ=8,8192,0,86945,10.6134033203125
HHLMP,λ=8,8192,0,73265,8.9434814453125
HHLMP,λ=8,8192,0,72177,8.8106689453125
HHLMP,λ=8,8192,0,93921,11.4649658203125
HHLMP,λ=8,8192,0,73401,8.9600830078125
HHLMP,λ=8,8192,0,82257,10.0411376953125
HHLMP,λ=8,8192,0,71009,8.6680908203125
HHLMP,λ=8,8192,0,73825,9.0118408203125
HHLMP,λ=8,8192,0,76337,9.3184814453125
HHLMP,λ=8,8192,0,86993,10.6192626953125
HHLMP,λ=8,8192,0,76033,9.2813720703125
HHLMP,λ=8,8192,0,71137,8.6837158203125
HHLMP,λ=8,8192,0,75273,9.1885986328125
HHLMP,λ=8,8192,0,72609,8.8634033203125
HHLMP,λ=8,8192,0,83417,10.1827392578125
HHLMP,λ=8,8192,0,70457,8.6007080078125
HHLMP,λ=8,8192,0,74833,9.1348876953125
HHLMP,λ=8,8192,0,75161,9.1749267578125
HHLMP,λ=8,8192,0,73145,8.9288330078125
HHLMP,λ=8,8192,0,79681,9.7266845703125
HHLMP,λ=8,8192,0,66257,8.0880126953125
HHLMP,λ=8,8192,0,76049,9.2833251953125
HHLMP,λ=8,8192,0,77793,9.4962158203125
HHLMP,λ=8,8192,0,71953,8.7833251953125
HHLMP,λ=8,8192,0,70585,8.6163330078125
HHLMP,λ=8,8192,0,71105,8.6798095703125
HHLMP,λ=8,8192,0,78105,9.5343017578125
HHLMP,λ=8,8192,0,79465,9.7003173828125
HHLMP,λ=8,8192,0,69737,8.5128173828125
HHLMP,λ=8,8192,0,77777,9.4942626953125
HHLMP,λ=8,8192,0,87577,10.6905517578125
HHLMP,λ=8,8192,0,69041,8.4278564453125
HHLMP,λ=8,8192,0,79057,9.6505126953125
HHLMP,λ=8,8192,0,71177,8.6885986328125
HRLMP,λ=8,8192,0,94225,11.5020751953125
HRLMP,λ=8,8192,0,71553,8.7344970703125
HRLMP,λ=8,8192,0,94649,11.5538330078125
HRLMP,λ=8,8192,0,81753,9.9796142578125
HRLMP,λ=8,8192,0,75129,9.1710205078125
HRLMP,λ=8,8192,0,75649,9.2344970703125
HRLMP,λ=8,8192,0,73945,9.0264892578125
HRLMP,λ=8,8192,0,84977,10.3731689453125
HRLMP,λ=8,8192,0,75201,9.1798095703125
HRLMP,λ=8,8192,0,79089,9.6544189453125
HRLMP,λ=8,8192,0,88801,10.8399658203125
HRLMP,λ=8,8192,0,77993,9.5206298828125
HRLMP,λ=8,8192,0,82841,10.1124267578125
HRLMP,λ=8,8192,0,87401,10.6690673828125
HRLMP,λ=8,8192,0,78409,9.5714111328125
HRLMP,λ=8,8192,0,82313,10.0479736328125
HRLMP,λ=8,8192,0,75681,9.2384033203125
HRLMP,λ=8,8192,0,75441,9.2091064453125
HRLMP,λ=8,8192,0,70225,8.5723876953125
HRLMP,λ=8,8192,0,77249,9.4298095703125
HRLMP,λ=8,8192,0,76633,9.3546142578125
HRLMP,λ=8,8192,0,83657,10.2120361328125
HRLMP,λ=8,8192,0,84161,10.2735595703125
HRLMP,λ=8,8192,0,75801,9.2530517578125
HRLMP,λ=8,8192,0,81257,9.9190673828125
HRLMP,λ=8,8192,0,88841,10.8448486328125
HRLMP,λ=8,8192,0,72713,8.8760986328125
HRLMP,λ=8,8192,0,87649,10.6993408203125
HRLMP,λ=8,8192,0,79649,9.7227783203125
HRLMP,λ=8,8192,0,76769,9.3712158203125
HRLMP,λ=8,8192,0,78785,9.6173095703125
HRLMP,λ=8,8192,0,102593,12.5235595703125
HRLMP,λ=8,8192,0,78777,9.6163330078125
HRLMP,λ=8,8192,0,70817,8.6446533203125
HRLMP,λ=8,8192,0,70153,8.5635986328125
HRLMP,λ=8,8192,0,80177,9.7872314453125
HRLMP,λ=8,8192,0,67385,8.2257080078125
HRLMP,λ=8,8192,0,72921,8.9014892578125
HRLMP,λ=8,8192,0,73289,8.9464111328125
HRLMP,λ=8,8192,0,79969,9.7618408203125
HRLMP,λ=8,8192,0,75609,9.2296142578125
HRLMP,λ=8,8192,0,83665,10.2130126953125
HRLMP,λ=8,8192,0,77081,9.4093017578125
HRLMP,λ=8,8192,0,80305,9.8028564453125
HRLMP,λ=8,8192,0,69985,8.5430908203125
HRLMP,λ=8,8192,0,77033,9.4034423828125
HRLMP,λ=8,8192,0,72217,8.8155517578125
HRLMP,λ=8,8192,0,100041,12.2120361328125
HRLMP,λ=8,8192,0,84649,10.3331298828125
HRLMP,λ=8,8192,0,85457,10.4317626953125
HRLMP,λ=8,8192,0,86833,10.5997314453125
HRLMP,λ=8,8192,0,72721,8.8770751953125
HRLMP,λ=8,8192,0,75537,9.2208251953125
HRLMP,λ=8,8192,0,76785,9.3731689453125
HRLMP,λ=8,8192,0,78705,9.6075439453125
HRLMP,λ=8,8192,0,74065,9.0411376953125
HRLMP,λ=8,8192,0,91377,11.1544189453125
HRLMP,λ=8,8192,0,72569,8.8585205078125
HRLMP,λ=8,8192,0,75449,9.2100830078125
HRLMP,λ=8,8192,0,73569,8.9805908203125
HRLMP,λ=8,8192,0,72993,8.9102783203125
HRLMP,λ=8,8192,0,77833,9.5010986328125
HRLMP,λ=8,8192,0,79929,9.7569580078125
HRLMP,λ=8,8192,0,83473,10.1895751953125
HRLMP,λ=8,8192,0,72881,8.8966064453125
HRLMP,λ=8,8192,0,81049,9.8936767578125
HRLMP,λ=8,8192,0,77713,9.4864501953125
HRLMP,λ=8,8192,0,77665,9.4805908203125
HRLMP,λ=8,8192,0,76585,9.3487548828125
HRLMP,λ=8,8192,0,78601,9.5948486328125
HRLMP,λ=8,8192,0,96625,11.7950439453125
HRLMP,λ=8,8192,0,82489,10.0694580078125
HRLMP,λ=8,8192,0,87753,10.7120361328125
HRLMP,λ=8,8192,0,72641,8.8673095703125
HRLMP,λ=8,8192,0,71465,8.7237548828125
HRLMP,λ=8,8192,0,75057,9.1622314453125
HRLMP,λ=8,8192,0,79665,9.7247314453125
HRLMP,λ=8,8192,0,76713,9.3643798828125
HRLMP,λ=8,8192,0,85841,10.4786376953125
HRLMP,λ=8,8192,0,83417,10.1827392578125
HRLMP,λ=8,8192,0,76801,9.3751220703125
HRLMP,λ=8,8192,0,86489,10.5577392578125
HRLMP,λ=8,8192,0,71905,8.7774658203125
HRLMP,λ=8,8192,0,75977,9.2745361328125
HRLMP,λ=8,8192,0,70193,8.5684814453125
HRLMP,λ=8,8192,0,71057,8.6739501953125
HRLMP,λ=8,8192,0,70305,8.5821533203125
HRLMP,λ=8,8192,0,84097,10.2657470703125
HRLMP,λ=8,8192,0,66801,8.1544189453125
HRLMP,λ=8,8192,0,79313,9.6817626953125
HRLMP,λ=8,8192,0,75121,9.1700439453125
HRLMP,λ=8,8192,0,91353,11.1514892578125
HRLMP,λ=8,8192,0,82465,10.0665283203125
HRLMP,λ=8,8192,0,74553,9.1007080078125
HRLMP,λ=8,8192,0,79297,9.6798095703125
HRLMP,λ=8,8192,0,68017,8.3028564453125
HRLMP,λ=8,8192,0,69553,8.4903564453125
HRLMP,λ=8,8192,0,74889,9.1417236328125
HRLMP,λ=8,8192,0,75593,9.2276611328125
HSLMP,λ=8,8192,0,99841,12.1876220703125
HSLMP,λ=8,8192,0,98897,12.0723876953125
HSLMP,λ=8,8192,0,91233,11.1368408203125
HSLMP,λ=8,8192,0,109185,13.3282470703125
HSLMP,λ=8,8192,0,105105,12.8302001953125
HSLMP,λ=8,8192,0,97009,11.8419189453125
HSLMP,λ=8,8192,0,106513,13.0020751953125
HSLMP,λ=8,8192,0,96769,11.8126220703125
HSLMP,λ=8,8192,0,104625,12.7716064453125
HSLMP,λ=8,8192,0,90625,11.0626220703125
HSLMP,λ=8,8192,0,90705,11.0723876953125
HSLMP,λ=8,8192,0,100913,12.3184814453125
HSLMP,λ=8,8192,0,98849,12.0665283203125
HSLMP,λ=8,8192,0,101857,12.4337158203125
HSLMP,λ=8,8192,0,108385,13.2305908203125
HSLMP,λ=8,8192,0,89265,10.8966064453125
HSLMP,λ=8,8192,0,93729,11.4415283203125
HSLMP,λ=8,8192,0,107521,13.1251220703125
HSLMP,λ=8,8192,0,101841,12.4317626953125
HSLMP,λ=8,8192,0,85425,10.4278564453125
HSLMP,λ=8,8192,0,117121,14.2969970703125
HSLMP,λ=8,8192,0,95377,11.6427001953125
HSLMP,λ=8,8192,0,98481,12.0216064453125
HSLMP,λ=8,8192,0,111329,13.5899658203125
HSLMP,λ=8,8192,0,90481,11.0450439453125
HSLMP,λ=8,8192,0,92113,11.2442626953125
HSLMP,λ=8,8192,0,96065,11.7266845703125
HSLMP,λ=8,8192,0,102433,12.5040283203125
HSLMP,λ=8,8192,0,109409,13.3555908203125
HSLMP,λ=8,8192,0,101953,12.4454345703125
HSLMP,λ=8,8192,0,88225,10.7696533203125
HSLMP,λ=8,8192,0,106593,13.0118408203125
HSLMP,λ=8,8192,0,95361,11.6407470703125
HSLMP,λ=8,8192,0,93057,11.3594970703125
HSLMP,λ=8,8192,0,109665,13.3868408203125
HSLMP,λ=8,8192,0,112161,13.6915283203125
HSLMP,λ=8,8192,0,106689,13.0235595703125
HSLMP,λ=8,8192,0,91457,11.1641845703125
HSLMP,λ=8,8192,0,102657,12.5313720703125
HSLMP,λ=8,8192,0,99041,12.0899658203125
HSLMP,λ=8,8192,0,97281,11.8751220703125
HSLMP,λ=8,8192,0,104033,12.6993408203125
HSLMP,λ=8,8192,0,90513,11.0489501953125
HSLMP,λ=8,8192,0,102129,12.4669189453125
HSLMP,λ=8,8192,0,90497,11.0469970703125
HSLMP,λ=8,8192,0,108337,13.2247314453125
HSLMP,λ=8,8192,0,90945,11.1016845703125
HSLMP,λ=8,8192,0,98369,12.0079345703125
HSLMP,λ=8,8192,0,117153,14.3009033203125
HSLMP,λ=8,8192,0,117617,14.3575439453125
HSLMP,λ=8,8192,0,88577,10.8126220703125
HSLMP,λ=8,8192,0,87633,10.6973876953125
HSLMP,λ=8,8192,0,96465,11.7755126953125
HSLMP,λ=8,8192,0,99921,12.1973876953125
HSLMP,λ=8,8192,0,114273,13.9493408203125
HSLMP,λ=8,8192,0,118913,14.5157470703125
HSLMP,λ=8,8192,0,90641,11.0645751953125
HSLMP,λ=8,8192,0,100977,12.3262939453125
HSLMP,λ=8,8192,0,118625,14.4805908203125
HSLMP,λ=8,8192,0,107905,13.1719970703125
HSLMP,λ=8,8192,0,110993,13.5489501953125
HSLMP,λ=8,8192,0,100561,12.2755126953125
HSLMP,λ=8,8192,0,100529,12.2716064453125
HSLMP,λ=8,8192,0,109169,13.3262939453125
HSLMP,λ=8,8192,0,86225,10.5255126953125
HSLMP,λ=8,8192,0,102017,12.4532470703125
HSLMP,λ=8,8192,0,96433,11.7716064453125
HSLMP,λ=8,8192,0,105889,12.9259033203125
HSLMP,λ=8,8192,0,94161,11.4942626953125
HSLMP,λ=8,8192,0,97137,11.8575439453125
HSLMP,λ=8,8192,0,97601,11.9141845703125
HSLMP,λ=8,8192,0,92529,11.2950439453125
HSLMP,λ=8,8192,0,93601,11.4259033203125
HSLMP,λ=8,8192,0,102961,12.5684814453125
HSLMP,λ=8,8192,0,96289,11.7540283203125
HSLMP,λ=8,8192,0,100289,12.2423095703125
HSLMP,λ=8,8192,0,104657,12.7755126953125
HSLMP,λ=8,8192,0,88881,10.8497314453125
HSLMP,λ=8,8192,0,91905,11.2188720703125
HSLMP,λ=8,8192,0,87873,10.7266845703125
HSLMP,λ=8,8192,0,93825,11.4532470703125
HSLMP,λ=8,8192,0,101361,12.3731689453125
HSLMP,λ=8,8192,0,92897,11.3399658203125
HSLMP,λ=8,8192,0,101537,12.3946533203125
HSLMP,λ=8,8192,0,112321,13.7110595703125
HSLMP,λ=8,8192,0,96849,11.8223876953125
HSLMP,λ=8,8192,0,104001,12.6954345703125
HSLMP,λ=8,8192,0,99553,12.1524658203125
HSLMP,λ=8,8192,0,98129,11.9786376953125
HSLMP,λ=8,8192,0,93777,11.4473876953125
HSLMP,λ=8,8192,0,99633,12.1622314453125
HSLMP,λ=8,8192,0,90961,11.1036376953125
HSLMP,λ=8,8192,0,95969,11.7149658203125
HSLMP,λ=8,8192,0,94353,11.5177001953125
HSLMP,λ=8,8192,0,94529,11.5391845703125
HSLMP,λ=8,8192,0,94737,11.5645751953125
HSLMP,λ=8,8192,0,98561,12.0313720703125
HSDIP,λ=8,8192,0,96353,11.7618408203125
HSDIP,λ=8,8192,0,109233,13.3341064453125
HSDIP,λ=8,8192,0,106465,12.9962158203125
HSDIP,λ=8,8192,0,102545,12.5177001953125
HSDIP,λ=8,8192,0,128641,15.7032470703125
HSDIP,λ=8,8192,0,105121,12.8321533203125
HSDIP,λ=8,8192,0,109297,13.3419189453125
HSDIP,λ=8,8192,0,107361,13.1055908203125
HSDIP,λ=8,8192,0,97617,11.9161376953125
HSDIP,λ=8,8192,0,93249,11.3829345703125
HSDIP,λ=8,8192,0,103409,12.6231689453125
HSDIP,λ=8,8192,0,118017,14.4063720703125
HSDIP,λ=8,8192,0,100305,12.2442626953125
HSDIP,λ=8,8192,0,105633,12.8946533203125
HSDIP,λ=8,8192,0,124097,15.1485595703125
HSDIP,λ=8,8192,0,101057,12.3360595703125
HSDIP,λ=8,8192,0,106833,13.0411376953125
HSDIP,λ=8,8192,0,110273,13.4610595703125
HSDIP,λ=8,8192,0,102001,12.4512939453125
HSDIP,λ=8,8192,0,94913,11.5860595703125
HSDIP,λ=8,8192,0,113489,13.8536376953125
HSDIP,λ=8,8192,0,99489,12.1446533203125
HSDIP,λ=8,8192,0,104513,12.7579345703125
HSDIP,λ=8,8192,0,98545,12.0294189453125
HSDIP,λ=8,8192,0,96961,11.8360595703125
HSDIP,λ=8,8192,0,108801,13.2813720703125
HSDIP,λ=8,8192,0,103905,12.6837158203125
HSDIP,λ=8,8192,0,105681,12.9005126953125
HSDIP,λ=8,8192,0,101089,12.3399658203125
HSDIP,λ=8,8192,0,106113,12.9532470703125
HSDIP,λ=8,8192,0,107153,13.0802001953125
HSDIP,λ=8,8192,0,109361,13.3497314453125
HSDIP,λ=8,8192,0,111057,13.5567626953125
HSDIP,λ=8,8192,0,111457,13.6055908203125
HSDIP,λ=8,8192,0,104529,12.7598876953125
HSDIP,λ=8,8192,0,110305,13.4649658203125
HSDIP,λ=8,8192,0,104049,12.7012939453125
HSDIP,λ=8,8192,0,117489,14.3419189453125
HSDIP,λ=8,8192,0,112449,13.7266845703125
HSDIP,λ=8,8192,0,107313,13.0997314453125
HSDIP,λ=8,8192,0,101441,12.3829345703125
HSDIP,λ=8,8192,0,108945,13.2989501953125
HSDIP,λ=8,8192,0,103601,12.6466064453125
HSDIP,λ=8,8192,0,103937,12.6876220703125
HSDIP,λ=8,8192,0,120497,14.7091064453125
HSDIP,λ=8,8192,0,104497,12.7559814453125
HSDIP,λ=8,8192,0,96305,11.7559814453125
HSDIP,λ=8,8192,0,110033,13.4317626953125
HSDIP,λ=8,8192,0,96337,11.7598876953125
HSDIP,λ=8,8192,0,102129,12.4669189453125
HSDIP,λ=8,8192,0,103281,12.6075439453125
HSDIP,λ=8,8192,0,102145,12.4688720703125
HSDIP,λ=8,8192,0,94177,11.4962158203125
HSDIP,λ=8,8192,0,112241,13.7012939453125
HSDIP,λ=8,8192,0,101473,12.3868408203125
HSDIP,λ=8,8192,0,103249,12.6036376953125
HSDIP,λ=8,8192,0,114865,14.0216064453125
HSDIP,λ=8,8192,0,94561,11.5430908203125
HSDIP,λ=8,8192,0,98913,12.0743408203125
HSDIP,λ=8,8192,0,97633,11.9180908203125
HSDIP,λ=8,8192,0,94881,11.5821533203125
HSDIP,λ=8,8192,0,100337,12.2481689453125
HSDIP,λ=8,8192,0,116577,14.2305908203125
HSDIP,λ=8,8192,0,101409,12.3790283203125
HSDIP,λ=8,8192,0,98577,12.0333251953125
HSDIP,λ=8,8192,0,102945,12.5665283203125
HSDIP,λ=8,8192,0,103921,12.6856689453125
HSDIP,λ=8,8192,0,105281,12.8516845703125
HSDIP,λ=8,8192,0,102017,12.4532470703125
HSDIP,λ=8,8192,0,111009,13.5509033203125
HSDIP,λ=8,8192,0,98497,12.0235595703125
HSDIP,λ=8,8192,0,103521,12.6368408203125
HSDIP,λ=8,8192,0,93121,11.3673095703125
HSDIP,λ=8,8192,0,100705,12.2930908203125
HSDIP,λ=8,8192,0,106577,13.0098876953125
HSDIP,λ=8,8192,0,121937,14.8848876953125
HSDIP,λ=8,8192,0,105441,12.8712158203125
HSDIP,λ=8,8192,0,117873,14.3887939453125
HSDIP,λ=8,8192,0,106673,13.0216064453125
HSDIP,λ=8,8192,0,109537,13.3712158203125
HSDIP,λ=8,8192,0,106209,12.9649658203125
HSDIP,λ=8,8192,0,123985,15.1348876953125
HSDIP,λ=8,8192,0,101713,12.4161376953125
HSDIP,λ=8,8192,0,94369,11.5196533203125
HSDIP,λ=8,8192,0,99601,12.1583251953125
HSDIP,λ=8,8192,0,104081,12.7052001953125
HSDIP,λ=8,8192,0,106945,13.0548095703125
HSDIP,λ=8,8192,0,100433,12.2598876953125
HSDIP,λ=8,8192,0,108433,13.2364501953125
HSDIP,λ=8,8192,0,97057,11.8477783203125
HSDIP,λ=8,8192,0,101121,12.3438720703125
HSDIP,λ=8,8192,0,98449,12.0177001953125
HSDIP,λ=8,8192,0,119745,14.6173095703125
HSDIP,λ=8,8192,0,112337,13.7130126953125
HSDIP,λ=8,8192,0,96497,11.7794189453125
HSDIP,λ=8,8192,0,101937,12.4434814453125
HRDIP,λ=8,8192,0,82161,10.0294189453125
HRDIP,λ=8,8192,0,103569,12.6427001953125
HRDIP,λ=8,8192,0,98481,12.0216064453125
HRDIP,λ=8,8192,0,83025,10.1348876953125
HRDIP,λ=8,8192,0,79777,9.7384033203125
HRDIP,λ=8,8192,0,84353,10.2969970703125
HRDIP,λ=8,8192,0,74737,9.1231689453125
HRDIP,λ=8,8192,0,92769,11.3243408203125
HRDIP,λ=8,8192,0,75953,9.2716064453125
HRDIP,λ=8,8192,0,78961,9.6387939453125
HRDIP,λ=8,8192,0,84449,10.3087158203125
HRDIP,λ=8,8192,0,74913,9.1446533203125
HRDIP,λ=8,8192,0,88081,10.7520751953125
HRDIP,λ=8,8192,0,83569,10.2012939453125
HRDIP,λ=8,8192,0,78001,9.5216064453125
HRDIP,λ=8,8192,0,79153,9.6622314453125
HRDIP,λ=8,8192,0,81681,9.9708251953125
HRDIP,λ=8,8192,0,105057,12.8243408203125
HRDIP,λ=8,8192,0,77441,9.4532470703125
HRDIP,λ=8,8192,0,73745,9.0020751953125
HRDIP,λ=8,8192,0,87073,10.6290283203125
HRDIP,λ=8,8192,0,93153,11.3712158203125
HRDIP,λ=8,8192,0,82977,10.1290283203125
HRDIP,λ=8,8192,0,79697,9.7286376953125
HRDIP,λ=8,8192,0,81841,9.9903564453125
HRDIP,λ=8,8192,0,85777,10.4708251953125
HRDIP,λ=8,8192,0,93553,11.4200439453125
HRDIP,λ=8,8192,0,97393,11.8887939453125
HRDIP,λ=8,8192,0,84081,10.2637939453125
HRDIP,λ=8,8192,0,83745,10.2227783203125
HRDIP,λ=8,8192,0,76993,9.3985595703125
HRDIP,λ=8,8192,0,79041,9.6485595703125
HRDIP,λ=8,8192,0,80017,9.7677001953125
HRDIP,λ=8,8192,0,82945,10.1251220703125
HRDIP,λ=8,8192,0,82193,10.0333251953125
HRDIP,λ=8,8192,0,84385,10.3009033203125
HRDIP,λ=8,8192,0,79873,9.7501220703125
HRDIP,λ=8,8192,0,79649,9.7227783203125
HRDIP,λ=8,8192,0,90801,11.0841064453125
HRDIP,λ=8,8192,0,77697,9.4844970703125
HRDIP,λ=8,8192,0,82145,10.0274658203125
HRDIP,λ=8,8192,0,86769,10.5919189453125
HRDIP,λ=8,8192,0,80177,9.7872314453125
HRDIP,λ=8,8192,0,82929,10.1231689453125
HRDIP,λ=8,8192,0,81937,10.0020751953125
HRDIP,λ=8,8192,0,80305,9.8028564453125
HRDIP,λ=8,8192,0,76897,9.3868408203125
HRDIP,λ=8,8192,0,84433,10.3067626953125
HRDIP,λ=8,8192,0,87297,10.6563720703125
HRDIP,λ=8,8192,0,87265,10.6524658203125
HRDIP,λ=8,8192,0,81537,9.9532470703125
HRDIP,λ=8,8192,0,80465,9.8223876953125
HRDIP,λ=8,8192,0,96657,11.7989501953125
HRDIP,λ=8,8192,0,93313,11.3907470703125
HRDIP,λ=8,8192,0,88897,10.8516845703125
HRDIP,λ=8,8192,0,80417,9.8165283203125
HRDIP,λ=8,8192,0,93265,11.3848876953125
HRDIP,λ=8,8192,0,74369,9.0782470703125
HRDIP,λ=8,8192,0,82801,10.1075439453125
HRDIP,λ=8,8192,0,73281,8.9454345703125
HRDIP,λ=8,8192,0,79377,9.6895751953125
HRDIP,λ=8,8192,0,81985,10.0079345703125
HRDIP,λ=8,8192,0,83873,10.2384033203125
HRDIP,λ=8,8192,0,85345,10.4180908203125
HRDIP,λ=8,8192,0,78081,9.5313720703125
HRDIP,λ=8,8192,0,81137,9.9044189453125
HRDIP,λ=8,8192,0,80209,9.7911376953125
HRDIP,λ=8,8192,0,92433,11.2833251953125
HRDIP,λ=8,8192,0,80145,9.7833251953125
HRDIP,λ=8,8192,0,87713,10.7071533203125
HRDIP,λ=8,8192,0,77057,9.4063720703125
HRDIP,λ=8,8192,0,97553,11.9083251953125
HRDIP,λ=8,8192,0,77665,9.4805908203125
HRDIP,λ=8,8192,0,88161,10.7618408203125
HRDIP,λ=8,8192,0,83505,10.1934814453125
HRDIP,λ=8,8192,0,78721,9.6094970703125
HRDIP,λ=8,8192,0,76561,9.3458251953125
HRDIP,λ=8,8192,0,76017,9.2794189453125
HRDIP,λ=8,8192,0,84481,10.3126220703125
HRDIP,λ=8,8192,0,85649,10.4552001953125
HRDIP,λ=8,8192,0,88353,10.7852783203125
HRDIP,λ=8,8192,0,76145,9.2950439453125
HRDIP,λ=8,8192,0,79793,9.7403564453125
HRDIP,λ=8,8192,0,85889,10.4844970703125
HRDIP,λ=8,8192,0,83409,10.1817626953125
HRDIP,λ=8,8192,0,87937,10.7344970703125
HRDIP,λ=8,8192,0,81201,9.9122314453125
HRDIP,λ=8,8192,0,89633,10.9415283203125
HRDIP,λ=8,8192,0,81521,9.9512939453125
HRDIP,λ=8,8192,0,81553,9.9552001953125
HRDIP,λ=8,8192,0,85441,10.4298095703125
HRDIP,λ=8,8192,0,88241,10.7716064453125
HRDIP,λ=8,8192,0,77041,9.4044189453125
HRDIP,λ=8,8192,0,78801,9.6192626953125
HRDIP,λ=8,8192,0,78017,9.5235595703125
HRDIP,λ=8,8192,0,95953,11.7130126953125
HRDIP,λ=8,8192,0,86113,10.5118408203125
HRDIP,λ=8,8192,0,87841,10.7227783203125
HRDIP,λ=8,8192,0,88545,10.8087158203125
HRDIP,λ=8,8192,0,92721,11.3184814453125
HHDIP,λ=8,8192,0,76241,9.3067626953125
HHDIP,λ=8,8192,0,71713,8.7540283203125
HHDIP,λ=8,8192,0,78385,9.5684814453125
HHDIP,λ=8,8192,0,77153,9.4180908203125
HHDIP,λ=8,8192,0,81185,9.9102783203125
HHDIP,λ=8,8192,0,76465,9.3341064453125
HHDIP,λ=8,8192,0,84881,10.3614501953125
HHDIP,λ=8,8192,0,79441,9.6973876953125
HHDIP,λ=8,8192,0,74641,9.1114501953125
HHDIP,λ=8,8192,0,84929,10.3673095703125
HHDIP,λ=8,8192,0,97777,11.9356689453125
HHDIP,λ=8,8192,0,78961,9.6387939453125
HHDIP,λ=8,8192,0,92993,11.3516845703125
HHDIP,λ=8,8192,0,79601,9.7169189453125
HHDIP,λ=8,8192,0,88273,10.7755126953125
HHDIP,λ=8,8192,0,81681,9.9708251953125
HHDIP,λ=8,8192,0,83489,10.1915283203125
HHDIP,λ=8,8192,0,75729,9.2442626953125
HHDIP,λ=8,8192,0,78561,9.5899658203125
HHDIP,λ=8,8192,0,82609,10.0841064453125
HHDIP,λ=8,8192,0,94305,11.5118408203125
HHDIP,λ=8,8192,0,80113,9.7794189453125
HHDIP,λ=8,8192,0,77137,9.4161376953125
HHDIP,λ=8,8192,0,81921,10.0001220703125
HHDIP,λ=8,8192,0,79009,9.6446533203125
HHDIP,λ=8,8192,0,87233,10.6485595703125
HHDIP,λ=8,8192,0,79697,9.7286376953125
HHDIP,λ=8,8192,0,74353,9.0762939453125
HHDIP,λ=8,8192,0,73233,8.9395751953125
HHDIP,λ=8,8192,0,79217,9.6700439453125
HHDIP,λ=8,8192,0,80497,9.8262939453125
HHDIP,λ=8,8192,0,81601,9.9610595703125
HHDIP,λ=8,8192,0,89857,10.9688720703125
HHDIP,λ=8,8192,0,76993,9.3985595703125
HHDIP,λ=8,8192,0,88049,10.7481689453125
HHDIP,λ=8,8192,0,84225,10.2813720703125
HHDIP,λ=8,8192,0,77841,9.5020751953125
HHDIP,λ=8,8192,0,75553,9.2227783203125
HHDIP,λ=8,8192,0,75617,9.2305908203125
HHDIP,λ=8,8192,0,90801,11.0841064453125
HHDIP,λ=8,8192,0,77697,9.4844970703125
HHDIP,λ=8,8192,0,84529,10.3184814453125
HHDIP,λ=8,8192,0,73921,9.0235595703125
HHDIP,λ=8,8192,0,78545,9.5880126953125
HHDIP,λ=8,8192,0,85969,10.4942626953125
HHDIP,λ=8,8192,0,74305,9.0704345703125
HHDIP,λ=8,8192,0,82081,10.0196533203125
HHDIP,λ=8,8192,0,77345,9.4415283203125
HHDIP,λ=8,8192,0,83377,10.1778564453125
HHDIP,λ=8,8192,0,76689,9.3614501953125
HHDIP,λ=8,8192,0,84257,10.2852783203125
HHDIP,λ=8,8192,0,73809,9.0098876953125
HHDIP,λ=8,8192,0,79889,9.7520751953125
HHDIP,λ=8,8192,0,80001,9.7657470703125
HHDIP,λ=8,8192,0,86641,10.5762939453125
HHDIP,λ=8,8192,0,74561,9.1016845703125
HHDIP,λ=8,8192,0,75089,9.1661376953125
HHDIP,λ=8,8192,0,81537,9.9532470703125
HHDIP,λ=8,8192,0,78401,9.5704345703125
HHDIP,λ=8,8192,0,86417,10.5489501953125
HHDIP,λ=8,8192,0,77393,9.4473876953125
HHDIP,λ=8,8192,0,74001,9.0333251953125
HHDIP,λ=8,8192,0,77313,9.4376220703125
HHDIP,λ=8,8192,0,88961,10.8594970703125
HHDIP,λ=8,8192,0,81905,9.9981689453125
HHDIP,λ=8,8192,0,79569,9.7130126953125
HHDIP,λ=8,8192,0,80209,9.7911376953125
HHDIP,λ=8,8192,0,77057,9.4063720703125
HHDIP,λ=8,8192,0,87553,10.6876220703125
HHDIP,λ=8,8192,0,74193,9.0567626953125
HHDIP,λ=8,8192,0,78241,9.5509033203125
HHDIP,λ=8,8192,0,99857,12.1895751953125
HHDIP,λ=8,8192,0,84961,10.3712158203125
HHDIP,λ=8,8192,0,77649,9.4786376953125
HHDIP,λ=8,8192,0,82305,10.0469970703125
HHDIP,λ=8,8192,0,80801,9.8634033203125
HHDIP,λ=8,8192,0,88929,10.8555908203125
HHDIP,λ=8,8192,0,71553,8.7344970703125
HHDIP,λ=8,8192,0,72561,8.8575439453125
HHDIP,λ=8,8192,0,77489,9.4591064453125
HHDIP,λ=8,8192,0,83617,10.2071533203125
HHDIP,λ=8,8192,0,76273,9.3106689453125
HHDIP,λ=8,8192,0,80321,9.8048095703125
HHDIP,λ=8,8192,0,88849,10.8458251953125
HHDIP,λ=8,8192,0,80449,9.8204345703125
HHDIP,λ=8,8192,0,78881,9.6290283203125
HHDIP,λ=8,8192,0,94049,11.4805908203125
HHDIP,λ=8,8192,0,84705,10.3399658203125
HHDIP,λ=8,8192,0,78801,9.6192626953125
HHDIP,λ=8,8192,0,87585,10.6915283203125
HHDIP,λ=8,8192,0,84641,10.3321533203125
HHDIP,λ=8,8192,0,81393,9.9356689453125
HHDIP,λ=8,8192,0,75121,9.1700439453125
HHDIP,λ=8,8192,0,84577,10.3243408203125
HHDIP,λ=8,8192,0,79057,9.6505126953125
HHDIP,λ=8,8192,0,92161,11.2501220703125
HHLIP,λ=8,8192,0,73649,8.9903564453125
HHLIP,λ=8,8192,0,82641,10.0880126953125
HHLIP,λ=8,8192,0,87137,10.6368408203125
HHLIP,λ=8,8192,0,84593,10.3262939453125
HHLIP,λ=8,8192,0,76465,9.3341064453125
HHLIP,λ=8,8192,0,79233,9.6719970703125
HHLIP,λ=8,8192,0,79441,9.6973876953125
HHLIP,λ=8,8192,0,94465,11.5313720703125
HHLIP,λ=8,8192,0,88913,10.8536376953125
HHLIP,λ=8,8192,0,87729,10.7091064453125
HHLIP,λ=8,8192,0,83921,10.2442626953125
HHLIP,λ=8,8192,0,80353,9.8087158203125
HHLIP,λ=8,8192,0,85137,10.3927001953125
HHLIP,λ=8,8192,0,74273,9.0665283203125
HHLIP,λ=8,8192,0,82913,10.1212158203125
HHLIP,λ=8,8192,0,88273,10.7755126953125
HHLIP,λ=8,8192,0,76721,9.3653564453125
HHLIP,λ=8,8192,0,87425,10.6719970703125
HHLIP,λ=8,8192,0,82609,10.0841064453125
HHLIP,λ=8,8192,0,79089,9.6544189453125
HHLIP,λ=8,8192,0,84545,10.3204345703125
HHLIP,λ=8,8192,0,82001,10.0098876953125
HHLIP,λ=8,8192,0,80721,9.8536376953125
HHLIP,λ=8,8192,0,78065,9.5294189453125
HHLIP,λ=8,8192,0,79473,9.7012939453125
HHLIP,λ=8,8192,0,84801,10.3516845703125
HHLIP,λ=8,8192,0,79217,9.6700439453125
HHLIP,λ=8,8192,0,80497,9.8262939453125
HHLIP,λ=8,8192,0,75825,9.2559814453125
HHLIP,λ=8,8192,0,75377,9.2012939453125
HHLIP,λ=8,8192,0,83265,10.1641845703125
HHLIP,λ=8,8192,0,79041,9.6485595703125
HHLIP,λ=8,8192,0,82193,10.0333251953125
HHLIP,λ=8,8192,0,89153,10.8829345703125
HHLIP,λ=8,8192,0,75185,9.1778564453125
HHLIP,λ=8,8192,0,75553,9.2227783203125
HHLIP,λ=8,8192,0,77425,9.4512939453125
HHLIP,λ=8,8192,0,77697,9.4844970703125
HHLIP,λ=8,8192,0,88753,10.8341064453125
HHLIP,λ=8,8192,0,85057,10.3829345703125
HHLIP,λ=8,8192,0,82865,10.1153564453125
HHLIP,λ=8,8192,0,84001,10.2540283203125
HHLIP,λ=8,8192,0,78497,9.5821533203125
HHLIP,λ=8,8192,0,77345,9.4415283203125
HHLIP,λ=8,8192,0,79457,9.6993408203125
HHLIP,λ=8,8192,0,73585,8.9825439453125
HHLIP,λ=8,8192,0,84257,10.2852783203125
HHLIP,λ=8,8192,0,94689,11.5587158203125
HHLIP,λ=8,8192,0,77265,9.4317626953125
HHLIP,λ=8,8192,0,91185,11.1309814453125
HHLIP,λ=8,8192,0,74177,9.0548095703125
HHLIP,λ=8,8192,0,80593,9.8380126953125
HHLIP,λ=8,8192,0,75537,9.2208251953125
HHLIP,λ=8,8192,0,79777,9.7384033203125
HHLIP,λ=8,8192,0,79633,9.7208251953125
HHLIP,λ=8,8192,0,90401,11.0352783203125
HHLIP,λ=8,8192,0,78033,9.5255126953125
HHLIP,λ=8,8192,0,78817,9.6212158203125
HHLIP,λ=8,8192,0,77553,9.4669189453125
HHLIP,λ=8,8192,0,79921,9.7559814453125
HHLIP,λ=8,8192,0,80209,9.7911376953125
HHLIP,λ=8,8192,0,80145,9.7833251953125
HHLIP,λ=8,8192,0,80161,9.7852783203125
HHLIP,λ=8,8192,0,91105,11.1212158203125
HHLIP,λ=8,8192,0,84833,10.3555908203125
HHLIP,λ=8,8192,0,77665,9.4805908203125
HHLIP,λ=8,8192,0,74705,9.1192626953125
HHLIP,λ=8,8192,0,78193,9.5450439453125
HHLIP,λ=8,8192,0,94641,11.5528564453125
HHLIP,λ=8,8192,0,73505,8.9727783203125
HHLIP,λ=8,8192,0,84849,10.3575439453125
HHLIP,λ=8,8192,0,73841,9.0137939453125
HHLIP,λ=8,8192,0,82241,10.0391845703125
HHLIP,λ=8,8192,0,79665,9.7247314453125
HHLIP,λ=8,8192,0,88705,10.8282470703125
HHLIP,λ=8,8192,0,83201,10.1563720703125
HHLIP,λ=8,8192,0,76273,9.3106689453125
HHLIP,λ=8,8192,0,75873,9.2618408203125
HHLIP,λ=8,8192,0,76433,9.3302001953125
HHLIP,λ=8,8192,0,85377,10.4219970703125
HHLIP,λ=8,8192,0,85009,10.3770751953125
HHLIP,λ=8,8192,0,75777,9.2501220703125
HHLIP,λ=8,8192,0,81361,9.9317626953125
HHLIP,λ=8,8192,0,81201,9.9122314453125
HHLIP,λ=8,8192,0,80865,9.8712158203125
HHLIP,λ=8,8192,0,77153,9.4180908203125
HHLIP,λ=8,8192,0,81745,9.9786376953125
HHLIP,λ=8,8192,0,80449,9.8204345703125
HHLIP,λ=8,8192,0,76225,9.3048095703125
HHLIP,λ=8,8192,0,76817,9.3770751953125
HHLIP,λ=8,8192,0,78689,9.6055908203125
HHLIP,λ=8,8192,0,80081,9.7755126953125
HHLIP,λ=8,8192,0,73617,8.9864501953125
HHLIP,λ=8,8192,0,76529,9.3419189453125
HHLIP,λ=8,8192,0,78577,9.5919189453125
HHLIP,λ=8,8192,0,78801,9.6192626953125
HHLIP,λ=8,8192,0,77777,9.4942626953125
HHLIP,λ=8,8192,0,96145,11.7364501953125
HHLIP,λ=8,8192,0,81441,9.9415283203125
HRLIP,λ=8,8192,0,82369,10.0548095703125
HRLIP,λ=8,8192,0,96081,11.7286376953125
HRLIP,λ=8,8192,0,93073,11.3614501953125
HRLIP,λ=8,8192,0,78993,9.6427001953125
HRLIP,λ=8,8192,0,90753,11.0782470703125
HRLIP,λ=8,8192,0,84337,10.2950439453125
HRLIP,λ=8,8192,0,83777,10.2266845703125
HRLIP,λ=8,8192,0,76417,9.3282470703125
HRLIP,λ=8,8192,0,87729,10.7091064453125
HRLIP,λ=8,8192,0,100993,12.3282470703125
HRLIP,λ=8,8192,0,80353,9.8087158203125
HRLIP,λ=8,8192,0,88081,10.7520751953125
HRLIP,λ=8,8192,0,85713,10.4630126953125
HRLIP,λ=8,8192,0,87217,10.6466064453125
HRLIP,λ=8,8192,0,91201,11.1329345703125
HRLIP,λ=8,8192,0,80913,9.8770751953125
HRLIP,λ=8,8192,0,93425,11.4044189453125
HRLIP,λ=8,8192,0,77601,9.4727783203125
HRLIP,λ=8,8192,0,88801,10.8399658203125
HRLIP,λ=8,8192,0,85793,10.4727783203125
HRLIP,λ=8,8192,0,84673,10.3360595703125
HRLIP,λ=8,8192,0,83889,10.2403564453125
HRLIP,λ=8,8192,0,88129,10.7579345703125
HRLIP,λ=8,8192,0,83969,10.2501220703125
HRLIP,λ=8,8192,0,79617,9.7188720703125
HRLIP,λ=8,8192,0,84801,10.3516845703125
HRLIP,λ=8,8192,0,82529,10.0743408203125
HRLIP,λ=8,8192,0,78513,9.5841064453125
HRLIP,λ=8,8192,0,94753,11.5665283203125
HRLIP,λ=8,8192,0,94785,11.5704345703125
HRLIP,λ=8,8192,0,85201,10.4005126953125
HRLIP,λ=8,8192,0,86033,10.5020751953125
HRLIP,λ=8,8192,0,80017,9.7677001953125
HRLIP,λ=8,8192,0,87649,10.6993408203125
HRLIP,λ=8,8192,0,87185,10.6427001953125
HRLIP,λ=8,8192,0,85857,10.4805908203125
HRLIP,λ=8,8192,0,78417,9.5723876953125
HRLIP,λ=8,8192,0,88753,10.8341064453125
HRLIP,λ=8,8192,0,88209,10.7677001953125
HRLIP,λ=8,8192,0,85185,10.3985595703125
HRLIP,λ=8,8192,0,78913,9.6329345703125
HRLIP,λ=8,8192,0,85281,10.4102783203125
HRLIP,λ=8,8192,0,91345,11.1505126953125
HRLIP,λ=8,8192,0,85025,10.3790283203125
HRLIP,λ=8,8192,0,76353,9.3204345703125
HRLIP,λ=8,8192,0,85073,10.3848876953125
HRLIP,λ=8,8192,0,86209,10.5235595703125
HRLIP,λ=8,8192,0,80241,9.7950439453125
HRLIP,λ=8,8192,0,90433,11.0391845703125
HRLIP,λ=8,8192,0,85105,10.3887939453125
HRLIP,λ=8,8192,0,81953,10.0040283203125
HRLIP,λ=8,8192,0,83089,10.1427001953125
HRLIP,λ=8,8192,0,80849,9.8692626953125
HRLIP,λ=8,8192,0,92401,11.2794189453125
HRLIP,λ=8,8192,0,76161,9.2969970703125
HRLIP,λ=8,8192,0,85041,10.3809814453125
HRLIP,λ=8,8192,0,86241,10.5274658203125
HRLIP,λ=8,8192,0,91249,11.1387939453125
HRLIP,λ=8,8192,0,81985,10.0079345703125
HRLIP,λ=8,8192,0,80993,9.8868408203125
HRLIP,λ=8,8192,0,81585,9.9591064453125
HRLIP,λ=8,8192,0,78817,9.6212158203125
HRLIP,λ=8,8192,0,73121,8.9259033203125
HRLIP,λ=8,8192,0,89681,10.9473876953125
HRLIP,λ=8,8192,0,82993,10.1309814453125
HRLIP,λ=8,8192,0,78241,9.5509033203125
HRLIP,λ=8,8192,0,80689,9.8497314453125
HRLIP,λ=8,8192,0,87329,10.6602783203125
HRLIP,λ=8,8192,0,82177,10.0313720703125
HRLIP,λ=8,8192,0,78721,9.6094970703125
HRLIP,λ=8,8192,0,77649,9.4786376953125
HRLIP,λ=8,8192,0,80801,9.8634033203125
HRLIP,λ=8,8192,0,86225,10.5255126953125
HRLIP,λ=8,8192,0,86593,10.5704345703125
HRLIP,λ=8,8192,0,76033,9.2813720703125
HRLIP,λ=8,8192,0,84401,10.3028564453125
HRLIP,λ=8,8192,0,76593,9.3497314453125
HRLIP,λ=8,8192,0,83761,10.2247314453125
HRLIP,λ=8,8192,0,75873,9.2618408203125
HRLIP,λ=8,8192,0,72049,8.7950439453125
HRLIP,λ=8,8192,0,81969,10.0059814453125
HRLIP,λ=8,8192,0,91153,11.1270751953125
HRLIP,λ=8,8192,0,83841,10.2344970703125
HRLIP,λ=8,8192,0,98705,12.0489501953125
HRLIP,λ=8,8192,0,83633,10.2091064453125
HRLIP,λ=8,8192,0,75505,9.2169189453125
HRLIP,λ=8,8192,0,81361,9.9317626953125
HRLIP,λ=8,8192,0,85633,10.4532470703125
HRLIP,λ=8,8192,0,83409,10.1817626953125
HRLIP,λ=8,8192,0,89729,10.9532470703125
HRLIP,λ=8,8192,0,77329,9.4395751953125
HRLIP,λ=8,8192,0,88097,10.7540283203125
HRLIP,λ=8,8192,0,81425,9.9395751953125
HRLIP,λ=8,8192,0,86369,10.5430908203125
HRLIP,λ=8,8192,0,76529,9.3419189453125
HRLIP,λ=8,8192,0,90193,11.0098876953125
HSLIP,λ=8,8192,0,102241,12.4805908203125
HSLIP,λ=8,8192,0,109745,13.3966064453125
HSLIP,λ=8,8192,0,106657,13.0196533203125
HSLIP,λ=8,8192,0,107297,13.0977783203125
HSLIP,λ=8,8192,0,108289,13.2188720703125
HSLIP,λ=8,8192,0,113409,13.8438720703125
HSLIP,λ=8,8192,0,102353,12.4942626953125
HSLIP,λ=8,8192,0,105121,12.8321533203125
HSLIP,λ=8,8192,0,101633,12.4063720703125
HSLIP,λ=8,8192,0,117905,14.3927001953125
HSLIP,λ=8,8192,0,107425,13.1134033203125
HSLIP,λ=8,8192,0,112545,13.7384033203125
HSLIP,λ=8,8192,0,107073,13.0704345703125
HSLIP,λ=8,8192,0,100305,12.2442626953125
HSLIP,λ=8,8192,0,140513,17.1524658203125
HSLIP,λ=8,8192,0,102577,12.5216064453125
HSLIP,λ=8,8192,0,110705,13.5137939453125
HSLIP,λ=8,8192,0,107521,13.1251220703125
HSLIP,λ=8,8192,0,93841,11.4552001953125
HSLIP,λ=8,8192,0,106257,12.9708251953125
HSLIP,λ=8,8192,0,113329,13.8341064453125
HSLIP,λ=8,8192,0,105633,12.8946533203125
HSLIP,λ=8,8192,0,110209,13.4532470703125
HSLIP,λ=8,8192,0,106481,12.9981689453125
HSLIP,λ=8,8192,0,105073,12.8262939453125
HSLIP,λ=8,8192,0,108689,13.2677001953125
HSLIP,λ=8,8192,0,106449,12.9942626953125
HSLIP,λ=8,8192,0,96273,11.7520751953125
HSLIP,λ=8,8192,0,116033,14.1641845703125
HSLIP,λ=8,8192,0,108593,13.2559814453125
HSLIP,λ=8,8192,0,118753,14.4962158203125
HSLIP,λ=8,8192,0,103361,12.6173095703125
HSLIP,λ=8,8192,0,110433,13.4805908203125
HSLIP,λ=8,8192,0,109265,13.3380126953125
HSLIP,λ=8,8192,0,114833,14.0177001953125
HSLIP,λ=8,8192,0,102321,12.4903564453125
HSLIP,λ=8,8192,0,140657,17.1700439453125
HSLIP,λ=8,8192,0,107281,13.0958251953125
HSLIP,λ=8,8192,0,105809,12.9161376953125
HSLIP,λ=8,8192,0,102417,12.5020751953125
HSLIP,λ=8,8192,0,118769,14.4981689453125
HSLIP,λ=8,8192,0,109009,13.3067626953125
HSLIP,λ=8,8192,0,104033,12.6993408203125
HSLIP,λ=8,8192,0,113905,13.9044189453125
HSLIP,λ=8,8192,0,101393,12.3770751953125
HSLIP,λ=8,8192,0,102641,12.5294189453125
HSLIP,λ=8,8192,0,94177,11.4962158203125
HSLIP,λ=8,8192,0,104737,12.7852783203125
HSLIP,λ=8,8192,0,103553,12.6407470703125
HSLIP,λ=8,8192,0,109457,13.3614501953125
HSLIP,λ=8,8192,0,108961,13.3009033203125
HSLIP,λ=8,8192,0,116769,14.2540283203125
HSLIP,λ=8,8192,0,102673,12.5333251953125
HSLIP,λ=8,8192,0,109969,13.4239501953125
HSLIP,λ=8,8192,0,115761,14.1309814453125
HSLIP,λ=8,8192,0,108257,13.2149658203125
HSLIP,λ=8,8192,0,99921,12.1973876953125
HSLIP,λ=8,8192,0,105713,12.9044189453125
HSLIP,λ=8,8192,0,108753,13.2755126953125
HSLIP,λ=8,8192,0,116129,14.1759033203125
HSLIP,λ=8,8192,0,104305,12.7325439453125
HSLIP,λ=8,8192,0,101185,12.3516845703125
HSLIP,λ=8,8192,0,116209,14.1856689453125
HSLIP,λ=8,8192,0,109281,13.3399658203125
HSLIP,λ=8,8192,0,101169,12.3497314453125
HSLIP,λ=8,8192,0,101617,12.4044189453125
HSLIP,λ=8,8192,0,114609,13.9903564453125
HSLIP,λ=8,8192,0,106785,13.0352783203125
HSLIP,λ=8,8192,0,121505,14.8321533203125
HSLIP,λ=8,8192,0,102033,12.4552001953125
HSLIP,λ=8,8192,0,119649,14.6055908203125
HSLIP,λ=8,8192,0,104657,12.7755126953125
HSLIP,λ=8,8192,0,102913,12.5626220703125
HSLIP,λ=8,8192,0,110353,13.4708251953125
HSLIP,λ=8,8192,0,103329,12.6134033203125
HSLIP,λ=8,8192,0,105873,12.9239501953125
HSLIP,λ=8,8192,0,124113,15.1505126953125
HSLIP,λ=8,8192,0,104561,12.7637939453125
HSLIP,λ=8,8192,0,101713,12.4161376953125
HSLIP,λ=8,8192,0,99601,12.1583251953125
HSLIP,λ=8,8192,0,122001,14.8927001953125
HSLIP,λ=8,8192,0,108929,13.2969970703125
HSLIP,λ=8,8192,0,112689,13.7559814453125
HSLIP,λ=8,8192,0,108641,13.2618408203125
HSLIP,λ=8,8192,0,120129,14.6641845703125
HSLIP,λ=8,8192,0,111745,13.6407470703125
HSLIP,λ=8,8192,0,123969,15.1329345703125
HSLIP,λ=8,8192,0,105489,12.8770751953125
HSLIP,λ=8,8192,0,122897,15.0020751953125
HSLIP,λ=8,8192,0,113937,13.9083251953125
HSLIP,λ=8,8192,0,104481,12.7540283203125
HSLIP,λ=8,8192,0,114209,13.9415283203125
HSLIP,λ=8,8192,0,99633,12.1622314453125
HSLIP,λ=8,8192,0,108721,13.2716064453125
HSLIP,λ=8,8192,0,118833,14.5059814453125
HSLIP,λ=8,8192,0,112145,13.6895751953125
HSLIP,λ=8,8192,0,100449,12.2618408203125
HSDCD,λ=8,8192,0,97665,11.9219970703125
HSDCD,λ=8,8192,0,91530,11.173095703125
HSDCD,λ=8,8192,0,114563,13.9847412109375
HSDCD,λ=8,8192,0,89962,10.981689453125
HSDCD,λ=8,8192,0,105428,12.86962890625
HSDCD,λ=8,8192,0,94534,11.539794921875
HSDCD,λ=8,8192,0,102937,12.5655517578125
HSDCD,λ=8,8192,0,91623,11.1844482421875
HSDCD,λ=8,8192,0,92606,11.304443359375
HSDCD,λ=8,8192,0,93166,11.372802734375
HSDCD,λ=8,8192,0,95353,11.6397705078125
HSDCD,λ=8,8192,0,94282,11.509033203125
HSDCD,λ=8,8192,0,94679,11.5574951171875
HSDCD,λ=8,8192,0,90225,11.0137939453125
HSDCD,λ=8,8192,0,95313,11.6348876953125
HSDCD,λ=8,8192,0,98175,11.9842529296875
HSDCD,λ=8,8192,0,97884,11.94873046875
HSDCD,λ=8,8192,0,110456,13.4833984375
HSDCD,λ=8,8192,0,89367,10.9090576171875
HSDCD,λ=8,8192,0,106921,13.0518798828125
HSDCD,λ=8,8192,0,114675,13.9984130859375
HSDCD,λ=8,8192,0,93555,11.4202880859375
HSDCD,λ=8,8192,0,111325,13.5894775390625
HSDCD,λ=8,8192,0,97747,11.9320068359375
HSDCD,λ=8,8192,0,94516,11.53759765625
HSDCD,λ=8,8192,0,98202,11.987548828125
HSDCD,λ=8,8192,0,119559,14.5946044921875
HSDCD,λ=8,8192,0,102459,12.5072021484375
HSDCD,λ=8,8192,0,89820,10.96435546875
HSDCD,λ=8,8192,0,95002,11.596923828125
HSDCD,λ=8,8192,0,93042,11.357666015625
HSDCD,λ=8,8192,0,93616,11.427734375
HSDCD,λ=8,8192,0,95820,11.69677734375
HSDCD,λ=8,8192,0,86845,10.6011962890625
HSDCD,λ=8,8192,0,97887,11.9490966796875
HSDCD,λ=8,8192,0,94238,11.503662109375
HSDCD,λ=8,8192,0,95506,11.658447265625
HSDCD,λ=8,8192,0,86755,10.5902099609375
HSDCD,λ=8,8192,0,101177,12.3507080078125
HSDCD,λ=8,8192,0,103740,12.66357421875
HSDCD,λ=8,8192,0,119573,14.5963134765625
HSDCD,λ=8,8192,0,98268,11.99560546875
HSDCD,λ=8,8192,0,96832,11.8203125
HSDCD,λ=8,8192,0,92573,11.3004150390625
HSDCD,λ=8,8192,0,109172,13.32666015625
HSDCD,λ=8,8192,0,91984,11.228515625
HSDCD,λ=8,8192,0,105060,12.82470703125
HSDCD,λ=8,8192,0,103490,12.633056640625
HSDCD,λ=8,8192,0,116303,14.1971435546875
HSDCD,λ=8,8192,0,84465,10.3106689453125
HSDCD,λ=8,8192,0,101312,12.3671875
HSDCD,λ=8,8192,0,87524,10.68408203125
HSDCD,λ=8,8192,0,105089,12.8282470703125
HSDCD,λ=8,8192,0,97260,11.87255859375
HSDCD,λ=8,8192,0,97095,11.8524169921875
HSDCD,λ=8,8192,0,107939,13.1761474609375
HSDCD,λ=8,8192,0,87992,10.7412109375
HSDCD,λ=8,8192,0,105401,12.8663330078125
HSDCD,λ=8,8192,0,103711,12.6600341796875
HSDCD,λ=8,8192,0,91399,11.1571044921875
HSDCD,λ=8,8192,0,92143,11.2479248046875
HSDCD,λ=8,8192,0,93875,11.4593505859375
HSDCD,λ=8,8192,0,100748,12.29833984375
HSDCD,λ=8,8192,0,87104,10.6328125
HSDCD,λ=8,8192,0,100791,12.3035888671875
HSDCD,λ=8,8192,0,101665,12.4102783203125
HSDCD,λ=8,8192,0,100243,12.2366943359375
HSDCD,λ=8,8192,0,109711,13.3924560546875
HSDCD,λ=8,8192,0,101450,12.384033203125
HSDCD,λ=8,8192,0,99402,12.134033203125
HSDCD,λ=8,8192,0,101104,12.341796875
HSDCD,λ=8,8192,0,91886,11.216552734375
HSDCD,λ=8,8192,0,112298,13.708251953125
HSDCD,λ=8,8192,0,118584,14.4755859375
HSDCD,λ=8,8192,0,105366,12.862060546875
HSDCD,λ=8,8192,0,88567,10.8114013671875
HSDCD,λ=8,8192,0,96021,11.7213134765625
HSDCD,λ=8,8192,0,92849,11.3341064453125
HSDCD,λ=8,8192,0,100145,12.2247314453125
HSDCD,λ=8,8192,0,110960,13.544921875
HSDCD,λ=8,8192,0,102030,12.454833984375
HSDCD,λ=8,8192,0,102926,12.564208984375
HSDCD,λ=8,8192,0,90253,11.0172119140625
HSDCD,λ=8,8192,0,122575,14.9627685546875
HSDCD,λ=8,8192,0,98354,12.006103515625
HSDCD,λ=8,8192,0,101628,12.40576171875
HSDCD,λ=8,8192,0,101180,12.35107421875
HSDCD,λ=8,8192,0,93171,11.3734130859375
HSDCD,λ=8,8192,0,103279,12.6072998046875
HSDCD,λ=8,8192,0,99114,12.098876953125
HSDCD,λ=8,8192,0,90844,11.08935546875
HSDCD,λ=8,8192,0,93886,11.460693359375
HSDCD,λ=8,8192,0,114545,13.9825439453125
HSDCD,λ=8,8192,0,95034,11.600830078125
HSDCD,λ=8,8192,0,98137,11.9796142578125
HSDCD,λ=8,8192,0,95944,11.7119140625
HSDCD,λ=8,8192,0,97663,11.9217529296875
HSDCD,λ=8,8192,0,96747,11.8099365234375
HSDCD,λ=8,8192,0,102388,12.49853515625
HSDCD,λ=8,8192,0,94374,11.520263671875
HRDCD,λ=8,8192,0,80014,9.767333984375
HRDCD,λ=8,8192,0,75779,9.2503662109375
HRDCD,λ=8,8192,0,73230,8.939208984375
HRDCD,λ=8,8192,0,78123,9.5364990234375
HRDCD,λ=8,8192,0,81755,9.9798583984375
HRDCD,λ=8,8192,0,77208,9.4248046875
HRDCD,λ=8,8192,0,78264,9.5537109375
HRDCD,λ=8,8192,0,77059,9.4066162109375
HRDCD,λ=8,8192,0,74960,9.150390625
HRDCD,λ=8,8192,0,76607,9.3514404296875
HRDCD,λ=8,8192,0,71469,8.7242431640625
HRDCD,λ=8,8192,0,75381,9.2017822265625
HRDCD,λ=8,8192,0,67470,8.236083984375
HRDCD,λ=8,8192,0,88865,10.8477783203125
HRDCD,λ=8,8192,0,74869,9.1392822265625
HRDCD,λ=8,8192,0,80067,9.7738037109375
HRDCD,λ=8,8192,0,88875,10.8489990234375
HRDCD,λ=8,8192,0,73307,8.9486083984375
HRDCD,λ=8,8192,0,72089,8.7999267578125
HRDCD,λ=8,8192,0,82795,10.1068115234375
HRDCD,λ=8,8192,0,85136,10.392578125
HRDCD,λ=8,8192,0,80910,9.876708984375
HRDCD,λ=8,8192,0,72225,8.8165283203125
HRDCD,λ=8,8192,0,77404,9.44873046875
HRDCD,λ=8,8192,0,83981,10.2515869140625
HRDCD,λ=8,8192,0,76276,9.31103515625
HRDCD,λ=8,8192,0,79880,9.7509765625
HRDCD,λ=8,8192,0,80961,9.8829345703125
HRDCD,λ=8,8192,0,74939,9.1478271484375
HRDCD,λ=8,8192,0,77269,9.4322509765625
HRDCD,λ=8,8192,0,68607,8.3748779296875
HRDCD,λ=8,8192,0,75130,9.171142578125
HRDCD,λ=8,8192,0,69987,8.5433349609375
HRDCD,λ=8,8192,0,77524,9.46337890625
HRDCD,λ=8,8192,0,72645,8.8677978515625
HRDCD,λ=8,8192,0,72384,8.8359375
HRDCD,λ=8,8192,0,74847,9.1365966796875
HRDCD,λ=8,8192,0,89341,10.9058837890625
HRDCD,λ=8,8192,0,76481,9.3360595703125
HRDCD,λ=8,8192,0,89236,10.89306640625
HRDCD,λ=8,8192,0,77108,9.41259765625
HRDCD,λ=8,8192,0,82827,10.1107177734375
HRDCD,λ=8,8192,0,81309,9.9254150390625
HRDCD,λ=8,8192,0,71424,8.71875
HRDCD,λ=8,8192,0,79806,9.741943359375
HRDCD,λ=8,8192,0,76638,9.355224609375
HRDCD,λ=8,8192,0,76644,9.35595703125
HRDCD,λ=8,8192,0,78190,9.544677734375
HRDCD,λ=8,8192,0,74028,9.03662109375
HRDCD,λ=8,8192,0,75472,9.212890625
HRDCD,λ=8,8192,0,77255,9.4305419921875
HRDCD,λ=8,8192,0,69645,8.5015869140625
HRDCD,λ=8,8192,0,82445,10.0640869140625
HRDCD,λ=8,8192,0,72408,8.8388671875
HRDCD,λ=8,8192,0,70832,8.646484375
HRDCD,λ=8,8192,0,78566,9.590576171875
HRDCD,λ=8,8192,0,77102,9.411865234375
HRDCD,λ=8,8192,0,79258,9.675048828125
HRDCD,λ=8,8192,0,76410,9.327392578125
HRDCD,λ=8,8192,0,76088,9.2880859375
HRDCD,λ=8,8192,0,69103,8.4354248046875
HRDCD,λ=8,8192,0,72462,8.845458984375
HRDCD,λ=8,8192,0,83127,10.1473388671875
HRDCD,λ=8,8192,0,88168,10.7626953125
HRDCD,λ=8,8192,0,80220,9.79248046875
HRDCD,λ=8,8192,0,74948,9.14892578125
HRDCD,λ=8,8192,0,77812,9.49853515625
HRDCD,λ=8,8192,0,74962,9.150634765625
HRDCD,λ=8,8192,0,73468,8.96826171875
HRDCD,λ=8,8192,0,79070,9.652099609375
HRDCD,λ=8,8192,0,80606,9.839599609375
HRDCD,λ=8,8192,0,72549,8.8560791015625
HRDCD,λ=8,8192,0,68131,8.3167724609375
HRDCD,λ=8,8192,0,76829,9.3785400390625
HRDCD,λ=8,8192,0,71400,8.7158203125
HRDCD,λ=8,8192,0,74623,9.1092529296875
HRDCD,λ=8,8192,0,81518,9.950927734375
HRDCD,λ=8,8192,0,70633,8.6221923828125
HRDCD,λ=8,8192,0,77921,9.5118408203125
HRDCD,λ=8,8192,0,78232,9.5498046875
HRDCD,λ=8,8192,0,77018,9.401611328125
HRDCD,λ=8,8192,0,74732,9.12255859375
HRDCD,λ=8,8192,0,73437,8.9644775390625
HRDCD,λ=8,8192,0,77275,9.4329833984375
HRDCD,λ=8,8192,0,82621,10.0855712890625
HRDCD,λ=8,8192,0,90895,11.0955810546875
HRDCD,λ=8,8192,0,71109,8.6802978515625
HRDCD,λ=8,8192,0,73853,9.0152587890625
HRDCD,λ=8,8192,0,74237,9.0621337890625
HRDCD,λ=8,8192,0,75437,9.2086181640625
HRDCD,λ=8,8192,0,85285,10.4107666015625
HRDCD,λ=8,8192,0,77384,9.4462890625
HRDCD,λ=8,8192,0,77988,9.52001953125
HRDCD,λ=8,8192,0,71564,8.73583984375
HRDCD,λ=8,8192,0,76149,9.2955322265625
HRDCD,λ=8,8192,0,73871,9.0174560546875
HRDCD,λ=8,8192,0,74553,9.1007080078125
HRDCD,λ=8,8192,0,84288,10.2890625
HRDCD,λ=8,8192,0,72492,8.84912109375
HRDCD,λ=8,8192,0,71854,8.771240234375
HHDCD,λ=8,8192,0,69384,8.4697265625
HHDCD,λ=8,8192,0,81339,9.9290771484375
HHDCD,λ=8,8192,0,72503,8.8504638671875
HHDCD,λ=8,8192,0,69277,8.4566650390625
HHDCD,λ=8,8192,0,73492,8.97119140625
HHDCD,λ=8,8192,0,80237,9.7945556640625
HHDCD,λ=8,8192,0,83176,10.1533203125
HHDCD,λ=8,8192,0,70228,8.57275390625
HHDCD,λ=8,8192,0,86898,10.607666015625
HHDCD,λ=8,8192,0,82589,10.0816650390625
HHDCD,λ=8,8192,0,70494,8.605224609375
HHDCD,λ=8,8192,0,84008,10.2548828125
HHDCD,λ=8,8192,0,68557,8.3687744140625
HHDCD,λ=8,8192,0,70480,8.603515625
HHDCD,λ=8,8192,0,74115,9.0472412109375
HHDCD,λ=8,8192,0,70904,8.6552734375
HHDCD,λ=8,8192,0,66445,8.1109619140625
HHDCD,λ=8,8192,0,68109,8.3140869140625
HHDCD,λ=8,8192,0,90259,11.0179443359375
HHDCD,λ=8,8192,0,77121,9.4141845703125
HHDCD,λ=8,8192,0,74063,9.0408935546875
HHDCD,λ=8,8192,0,71850,8.770751953125
HHDCD,λ=8,8192,0,69512,8.4853515625
HHDCD,λ=8,8192,0,68021,8.3033447265625
HHDCD,λ=8,8192,0,77372,9.44482421875
HHDCD,λ=8,8192,0,74597,9.1060791015625
HHDCD,λ=8,8192,0,78134,9.537841796875
HHDCD,λ=8,8192,0,76378,9.323486328125
HHDCD,λ=8,8192,0,71919,8.7791748046875
HHDCD,λ=8,8192,0,70676,8.62744140625
HHDCD,λ=8,8192,0,82783,10.1053466796875
HHDCD,λ=8,8192,0,70375,8.5906982421875
HHDCD,λ=8,8192,0,68323,8.3402099609375
HHDCD,λ=8,8192,0,70738,8.635009765625
HHDCD,λ=8,8192,0,72760,8.8818359375
HHDCD,λ=8,8192,0,66625,8.1329345703125
HHDCD,λ=8,8192,0,68765,8.3941650390625
HHDCD,λ=8,8192,0,68337,8.3419189453125
HHDCD,λ=8,8192,0,75087,9.1658935546875
HHDCD,λ=8,8192,0,71236,8.69580078125
HHDCD,λ=8,8192,0,67786,8.274658203125
HHDCD,λ=8,8192,0,75825,9.2559814453125
HHDCD,λ=8,8192,0,70550,8.612060546875
HHDCD,λ=8,8192,0,70086,8.555419921875
HHDCD,λ=8,8192,0,70473,8.6026611328125
HHDCD,λ=8,8192,0,70084,8.55517578125
HHDCD,λ=8,8192,0,76000,9.27734375
HHDCD,λ=8,8192,0,78035,9.5257568359375
HHDCD,λ=8,8192,0,69252,8.45361328125
HHDCD,λ=8,8192,0,73313,8.9493408203125
HHDCD,λ=8,8192,0,71661,8.7476806640625
HHDCD,λ=8,8192,0,75940,9.27001953125
HHDCD,λ=8,8192,0,71459,8.7230224609375
HHDCD,λ=8,8192,0,71251,8.6976318359375
HHDCD,λ=8,8192,0,67364,8.22314453125
HHDCD,λ=8,8192,0,79708,9.72998046875
HHDCD,λ=8,8192,0,69842,8.525634765625
HHDCD,λ=8,8192,0,71997,8.7886962890625
HHDCD,λ=8,8192,0,69491,8.4827880859375
HHDCD,λ=8,8192,0,68108,8.31396484375
HHDCD,λ=8,8192,0,66477,8.1148681640625
HHDCD,λ=8,8192,0,77267,9.4320068359375
HHDCD,λ=8,8192,0,74778,9.128173828125
HHDCD,λ=8,8192,0,70630,8.621826171875
HHDCD,λ=8,8192,0,81548,9.95458984375
HHDCD,λ=8,8192,0,69662,8.503662109375
HHDCD,λ=8,8192,0,73193,8.9346923828125
HHDCD,λ=8,8192,0,69033,8.4268798828125
HHDCD,λ=8,8192,0,70545,8.6114501953125
HHDCD,λ=8,8192,0,69175,8.4442138671875
HHDCD,λ=8,8192,0,66942,8.171630859375
HHDCD,λ=8,8192,0,81633,9.9649658203125
HHDCD,λ=8,8192,0,78652,9.60107421875
HHDCD,λ=8,8192,0,73389,8.9586181640625
HHDCD,λ=8,8192,0,68740,8.39111328125
HHDCD,λ=8,8192,0,68935,8.4149169921875
HHDCD,λ=8,8192,0,72328,8.8291015625
HHDCD,λ=8,8192,0,73278,8.945068359375
HHDCD,λ=8,8192,0,76826,9.378173828125
HHDCD,λ=8,8192,0,72916,8.90087890625
HHDCD,λ=8,8192,0,68218,8.327392578125
HHDCD,λ=8,8192,0,73160,8.9306640625
HHDCD,λ=8,8192,0,76511,9.3397216796875
HHDCD,λ=8,8192,0,80180,9.78759765625
HHDCD,λ=8,8192,0,67744,8.26953125
HHDCD,λ=8,8192,0,67331,8.2191162109375
HHDCD,λ=8,8192,0,91990,11.229248046875
HHDCD,λ=8,8192,0,68770,8.394775390625
HHDCD,λ=8,8192,0,66775,8.1512451171875
HHDCD,λ=8,8192,0,71725,8.7554931640625
HHDCD,λ=8,8192,0,74319,9.0721435546875
HHDCD,λ=8,8192,0,65210,7.960205078125
HHDCD,λ=8,8192,0,76257,9.3087158203125
HHDCD,λ=8,8192,0,73773,9.0054931640625
HHDCD,λ=8,8192,0,74914,9.144775390625
HHDCD,λ=8,8192,0,80803,9.8636474609375
HHDCD,λ=8,8192,0,68319,8.3397216796875
HHDCD,λ=8,8192,0,82191,10.0330810546875
HHDCD,λ=8,8192,0,80200,9.7900390625
HHDCD,λ=8,8192,0,73961,9.0284423828125
HHLCD,λ=8,8192,0,74411,9.0833740234375
HHLCD,λ=8,8192,0,75746,9.246337890625
HHLCD,λ=8,8192,0,82890,10.118408203125
HHLCD,λ=8,8192,0,69880,8.5302734375
HHLCD,λ=8,8192,0,68766,8.394287109375
HHLCD,λ=8,8192,0,67426,8.230712890625
HHLCD,λ=8,8192,0,72489,8.8487548828125
HHLCD,λ=8,8192,0,75337,9.1964111328125
HHLCD,λ=8,8192,0,79096,9.6552734375
HHLCD,λ=8,8192,0,72711,8.8758544921875
HHLCD,λ=8,8192,0,76118,9.291748046875
HHLCD,λ=8,8192,0,86392,10.5458984375
HHLCD,λ=8,8192,0,86060,10.50537109375
HHLCD,λ=8,8192,0,71082,8.677001953125
HHLCD,λ=8,8192,0,71736,8.7568359375
HHLCD,λ=8,8192,0,65032,7.9384765625
HHLCD,λ=8,8192,0,77152,9.41796875
HHLCD,λ=8,8192,0,64934,7.926513671875
HHLCD,λ=8,8192,0,80079,9.7752685546875
HHLCD,λ=8,8192,0,78068,9.52978515625
HHLCD,λ=8,8192,0,68886,8.408935546875
HHLCD,λ=8,8192,0,71558,8.735107421875
HHLCD,λ=8,8192,0,75596,9.22802734375
HHLCD,λ=8,8192,0,72212,8.81494140625
HHLCD,λ=8,8192,0,81232,9.916015625
HHLCD,λ=8,8192,0,72135,8.8055419921875
HHLCD,λ=8,8192,0,72882,8.896728515625
HHLCD,λ=8,8192,0,73865,9.0167236328125
HHLCD,λ=8,8192,0,73559,8.9793701171875
HHLCD,λ=8,8192,0,69538,8.488525390625
HHLCD,λ=8,8192,0,69450,8.477783203125
HHLCD,λ=8,8192,0,74275,9.0667724609375
HHLCD,λ=8,8192,0,80243,9.7952880859375
HHLCD,λ=8,8192,0,74721,9.1212158203125
HHLCD,λ=8,8192,0,69844,8.52587890625
HHLCD,λ=8,8192,0,73955,9.0277099609375
HHLCD,λ=8,8192,0,69886,8.531005859375
HHLCD,λ=8,8192,0,71096,8.6787109375
HHLCD,λ=8,8192,0,84802,10.351806640625
HHLCD,λ=8,8192,0,74095,9.0447998046875
HHLCD,λ=8,8192,0,66156,8.07568359375
HHLCD,λ=8,8192,0,72962,8.906494140625
HHLCD,λ=8,8192,0,78679,9.6043701171875
HHLCD,λ=8,8192,0,78304,9.55859375
HHLCD,λ=8,8192,0,69817,8.5225830078125
HHLCD,λ=8,8192,0,78708,9.60791015625
HHLCD,λ=8,8192,0,76557,9.3453369140625
HHLCD,λ=8,8192,0,72385,8.8360595703125
HHLCD,λ=8,8192,0,71939,8.7816162109375
HHLCD,λ=8,8192,0,79007,9.6444091796875
HHLCD,λ=8,8192,0,79858,9.748291015625
HHLCD,λ=8,8192,0,74352,9.076171875
HHLCD,λ=8,8192,0,72536,8.8544921875
HHLCD,λ=8,8192,0,78686,9.605224609375
HHLCD,λ=8,8192,0,73230,8.939208984375
HHLCD,λ=8,8192,0,77666,9.480712890625
HHLCD,λ=8,8192,0,65234,7.963134765625
HHLCD,λ=8,8192,0,72005,8.7896728515625
HHLCD,λ=8,8192,0,66985,8.1768798828125
HHLCD,λ=8,8192,0,86017,10.5001220703125
HHLCD,λ=8,8192,0,68504,8.3623046875
HHLCD,λ=8,8192,0,73890,9.019775390625
HHLCD,λ=8,8192,0,71868,8.77294921875
HHLCD,λ=8,8192,0,81617,9.9630126953125
HHLCD,λ=8,8192,0,67594,8.251220703125
HHLCD,λ=8,8192,0,67641,8.2569580078125
HHLCD,λ=8,8192,0,71900,8.77685546875
HHLCD,λ=8,8192,0,70020,8.54736328125
HHLCD,λ=8,8192,0,78135,9.5379638671875
HHLCD,λ=8,8192,0,68594,8.373291015625
HHLCD,λ=8,8192,0,70424,8.5966796875
HHLCD,λ=8,8192,0,71231,8.6951904296875
HHLCD,λ=8,8192,0,72634,8.866455078125
HHLCD,λ=8,8192,0,70622,8.620849609375
HHLCD,λ=8,8192,0,78327,9.5614013671875
HHLCD,λ=8,8192,0,76713,9.3643798828125
HHLCD,λ=8,8192,0,68738,8.390869140625
HHLCD,λ=8,8192,0,73828,9.01220703125
HHLCD,λ=8,8192,0,77651,9.4788818359375
HHLCD,λ=8,8192,0,85633,10.4532470703125
HHLCD,λ=8,8192,0,69412,8.47314453125
HHLCD,λ=8,8192,0,75576,9.2255859375
HHLCD,λ=8,8192,0,72831,8.8905029296875
HHLCD,λ=8,8192,0,75463,9.2117919921875
HHLCD,λ=8,8192,0,80123,9.7806396484375
HHLCD,λ=8,8192,0,70075,8.5540771484375
HHLCD,λ=8,8192,0,69875,8.5296630859375
HHLCD,λ=8,8192,0,71990,8.787841796875
HHLCD,λ=8,8192,0,74034,9.037353515625
HHLCD,λ=8,8192,0,73729,9.0001220703125
HHLCD,λ=8,8192,0,89849,10.9678955078125
HHLCD,λ=8,8192,0,81013,9.8892822265625
HHLCD,λ=8,8192,0,74393,9.0811767578125
HHLCD,λ=8,8192,0,76800,9.375
HHLCD,λ=8,8192,0,76995,9.3988037109375
HHLCD,λ=8,8192,0,92714,11.317626953125
HHLCD,λ=8,8192,0,71177,8.6885986328125
HHLCD,λ=8,8192,0,67644,8.25732421875
HRLCD,λ=8,8192,0,72396,8.83740234375
HRLCD,λ=8,8192,0,87985,10.7403564453125
HRLCD,λ=8,8192,0,78814,9.620849609375
HRLCD,λ=8,8192,0,80237,9.7945556640625
HRLCD,λ=8,8192,0,79797,9.7408447265625
HRLCD,λ=8,8192,0,83384,10.1787109375
HRLCD,λ=8,8192,0,73840,9.013671875
HRLCD,λ=8,8192,0,72613,8.8638916015625
HRLCD,λ=8,8192,0,82883,10.1175537109375
HRLCD,λ=8,8192,0,82913,10.1212158203125
HRLCD,λ=8,8192,0,68513,8.3634033203125
HRLCD,λ=8,8192,0,75785,9.2510986328125
HRLCD,λ=8,8192,0,73953,9.0274658203125
HRLCD,λ=8,8192,0,72498,8.849853515625
HRLCD,λ=8,8192,0,80809,9.8643798828125
HRLCD,λ=8,8192,0,81022,9.890380859375
HRLCD,λ=8,8192,0,75985,9.2755126953125
HRLCD,λ=8,8192,0,76863,9.3826904296875
HRLCD,λ=8,8192,0,72131,8.8050537109375
HRLCD,λ=8,8192,0,73798,9.008544921875
HRLCD,λ=8,8192,0,81543,9.9539794921875
HRLCD,λ=8,8192,0,84766,10.347412109375
HRLCD,λ=8,8192,0,78293,9.5572509765625
HRLCD,λ=8,8192,0,75087,9.1658935546875
HRLCD,λ=8,8192,0,79142,9.660888671875
HRLCD,λ=8,8192,0,81899,9.9974365234375
HRLCD,λ=8,8192,0,76404,9.32666015625
HRLCD,λ=8,8192,0,79452,9.69873046875
HRLCD,λ=8,8192,0,82193,10.0333251953125
HRLCD,λ=8,8192,0,77269,9.4322509765625
HRLCD,λ=8,8192,0,69627,8.4993896484375
HRLCD,λ=8,8192,0,78035,9.5257568359375
HRLCD,λ=8,8192,0,74382,9.079833984375
HRLCD,λ=8,8192,0,85877,10.4830322265625
HRLCD,λ=8,8192,0,76413,9.3277587890625
HRLCD,λ=8,8192,0,78013,9.5230712890625
HRLCD,λ=8,8192,0,79623,9.7196044921875
HRLCD,λ=8,8192,0,76832,9.37890625
HRLCD,λ=8,8192,0,81241,9.9171142578125
HRLCD,λ=8,8192,0,77212,9.42529296875
HRLCD,λ=8,8192,0,74700,9.11865234375
HRLCD,λ=8,8192,0,70518,8.608154296875
HRLCD,λ=8,8192,0,78457,9.5772705078125
HRLCD,λ=8,8192,0,86275,10.5316162109375
HRLCD,λ=8,8192,0,79991,9.7645263671875
HRLCD,λ=8,8192,0,93598,11.425537109375
HRLCD,λ=8,8192,0,74088,9.0439453125
HRLCD,λ=8,8192,0,115761,14.1309814453125
HRLCD,λ=8,8192,0,74507,9.0950927734375
HRLCD,λ=8,8192,0,80912,9.876953125
HRLCD,λ=8,8192,0,78773,9.6158447265625
HRLCD,λ=8,8192,0,74304,9.0703125
HRLCD,λ=8,8192,0,83582,10.202880859375
HRLCD,λ=8,8192,0,87713,10.7071533203125
HRLCD,λ=8,8192,0,84144,10.271484375
HRLCD,λ=8,8192,0,69305,8.4600830078125
HRLCD,λ=8,8192,0,95516,11.65966796875
HRLCD,λ=8,8192,0,78924,9.63427734375
HRLCD,λ=8,8192,0,85482,10.434814453125
HRLCD,λ=8,8192,0,76585,9.3487548828125
HRLCD,λ=8,8192,0,78206,9.546630859375
HRLCD,λ=8,8192,0,70763,8.6380615234375
HRLCD,λ=8,8192,0,71889,8.7755126953125
HRLCD,λ=8,8192,0,87193,10.6436767578125
HRLCD,λ=8,8192,0,78906,9.632080078125
HRLCD,λ=8,8192,0,71404,8.71630859375
HRLCD,λ=8,8192,0,79773,9.7379150390625
HRLCD,λ=8,8192,0,93328,11.392578125
HRLCD,λ=8,8192,0,76597,9.3502197265625
HRLCD,λ=8,8192,0,75893,9.2642822265625
HRLCD,λ=8,8192,0,75105,9.1680908203125
HRLCD,λ=8,8192,0,90290,11.021728515625
HRLCD,λ=8,8192,0,73553,8.9786376953125
HRLCD,λ=8,8192,0,83573,10.2017822265625
HRLCD,λ=8,8192,0,74614,9.108154296875
HRLCD,λ=8,8192,0,92376,11.2763671875
HRLCD,λ=8,8192,0,83423,10.1834716796875
HRLCD,λ=8,8192,0,75012,9.15673828125
HRLCD,λ=8,8192,0,74195,9.0570068359375
HRLCD,λ=8,8192,0,73296,8.947265625
HRLCD,λ=8,8192,0,74319,9.0721435546875
HRLCD,λ=8,8192,0,75523,9.2191162109375
HRLCD,λ=8,8192,0,79130,9.659423828125
HRLCD,λ=8,8192,0,74865,9.1387939453125
HRLCD,λ=8,8192,0,74030,9.036865234375
HRLCD,λ=8,8192,0,74483,9.0921630859375
HRLCD,λ=8,8192,0,86118,10.512451171875
HRLCD,λ=8,8192,0,88954,10.858642578125
HRLCD,λ=8,8192,0,86784,10.59375
HRLCD,λ=8,8192,0,81728,9.9765625
HRLCD,λ=8,8192,0,74443,9.0872802734375
HRLCD,λ=8,8192,0,95668,11.67822265625
HRLCD,λ=8,8192,0,81975,10.0067138671875
HRLCD,λ=8,8192,0,78371,9.5667724609375
HRLCD,λ=8,8192,0,71891,8.7757568359375
HRLCD,λ=8,8192,0,76742,9.367919921875
HRLCD,λ=8,8192,0,71319,8.7059326171875
HRLCD,λ=8,8192,0,73864,9.0166015625
HRLCD,λ=8,8192,0,74696,9.1181640625
HRLCD,λ=8,8192,0,74889,9.1417236328125
HSLCD,λ=8,8192,0,102307,12.4886474609375
HSLCD,λ=8,8192,0,94812,11.57373046875
HSLCD,λ=8,8192,0,99747,12.1761474609375
HSLCD,λ=8,8192,0,98515,12.0257568359375
HSLCD,λ=8,8192,0,99117,12.0992431640625
HSLCD,λ=8,8192,0,102238,12.480224609375
HSLCD,λ=8,8192,0,104975,12.8143310546875
HSLCD,λ=8,8192,0,96204,11.74365234375
HSLCD,λ=8,8192,0,141611,17.2864990234375
HSLCD,λ=8,8192,0,96410,11.768798828125
HSLCD,λ=8,8192,0,94053,11.4810791015625
HSLCD,λ=8,8192,0,96889,11.8272705078125
HSLCD,λ=8,8192,0,112110,13.685302734375
HSLCD,λ=8,8192,0,101060,12.33642578125
HSLCD,λ=8,8192,0,91398,11.156982421875
HSLCD,λ=8,8192,0,111755,13.6419677734375
HSLCD,λ=8,8192,0,99058,12.092041015625
HSLCD,λ=8,8192,0,98141,11.9801025390625
HSLCD,λ=8,8192,0,104685,12.7789306640625
HSLCD,λ=8,8192,0,111981,13.6695556640625
HSLCD,λ=8,8192,0,102971,12.5697021484375
HSLCD,λ=8,8192,0,100724,12.29541015625
HSLCD,λ=8,8192,0,105559,12.8856201171875
HSLCD,λ=8,8192,0,92079,11.2401123046875
HSLCD,λ=8,8192,0,104730,12.784423828125
HSLCD,λ=8,8192,0,101895,12.4383544921875
HSLCD,λ=8,8192,0,92939,11.3450927734375
HSLCD,λ=8,8192,0,123122,15.029541015625
HSLCD,λ=8,8192,0,90665,11.0675048828125
HSLCD,λ=8,8192,0,82506,10.071533203125
HSLCD,λ=8,8192,0,83453,10.1871337890625
HSLCD,λ=8,8192,0,103884,12.68115234375
HSLCD,λ=8,8192,0,98291,11.9984130859375
HSLCD,λ=8,8192,0,95896,11.7060546875
HSLCD,λ=8,8192,0,99625,12.1612548828125
HSLCD,λ=8,8192,0,101390,12.376708984375
HSLCD,λ=8,8192,0,106727,13.0281982421875
HSLCD,λ=8,8192,0,111494,13.610107421875
HSLCD,λ=8,8192,0,96431,11.7713623046875
HSLCD,λ=8,8192,0,95270,11.629638671875
HSLCD,λ=8,8192,0,109568,13.375
HSLCD,λ=8,8192,0,99238,12.114013671875
HSLCD,λ=8,8192,0,113724,13.88232421875
HSLCD,λ=8,8192,0,110929,13.5411376953125
HSLCD,λ=8,8192,0,96302,11.755615234375
HSLCD,λ=8,8192,0,111200,13.57421875
HSLCD,λ=8,8192,0,102615,12.5262451171875
HSLCD,λ=8,8192,0,105115,12.8314208984375
HSLCD,λ=8,8192,0,110493,13.4879150390625
HSLCD,λ=8,8192,0,104159,12.7147216796875
HSLCD,λ=8,8192,0,99803,12.1829833984375
HSLCD,λ=8,8192,0,93622,11.428466796875
HSLCD,λ=8,8192,0,103907,12.6839599609375
HSLCD,λ=8,8192,0,105745,12.9083251953125
HSLCD,λ=8,8192,0,104915,12.8070068359375
HSLCD,λ=8,8192,0,90231,11.0145263671875
HSLCD,λ=8,8192,0,87343,10.6619873046875
HSLCD,λ=8,8192,0,89940,10.97900390625
HSLCD,λ=8,8192,0,97305,11.8780517578125
HSLCD,λ=8,8192,0,101602,12.402587890625
HSLCD,λ=8,8192,0,103173,12.5943603515625
HSLCD,λ=8,8192,0,86307,10.5355224609375
HSLCD,λ=8,8192,0,100271,12.2401123046875
HSLCD,λ=8,8192,0,92669,11.3121337890625
HSLCD,λ=8,8192,0,125307,15.2962646484375
HSLCD,λ=8,8192,0,92676,11.31298828125
HSLCD,λ=8,8192,0,97031,11.8446044921875
HSLCD,λ=8,8192,0,92067,11.2386474609375
HSLCD,λ=8,8192,0,123957,15.1314697265625
HSLCD,λ=8,8192,0,109472,13.36328125
HSLCD,λ=8,8192,0,104058,12.702392578125
HSLCD,λ=8,8192,0,111550,13.616943359375
HSLCD,λ=8,8192,0,103820,12.67333984375
HSLCD,λ=8,8192,0,104105,12.7081298828125
HSLCD,λ=8,8192,0,108968,13.3017578125
HSLCD,λ=8,8192,0,102900,12.56103515625
HSLCD,λ=8,8192,0,91114,11.122314453125
HSLCD,λ=8,8192,0,108143,13.2010498046875
HSLCD,λ=8,8192,0,120753,14.7403564453125
HSLCD,λ=8,8192,0,96102,11.731201171875
HSLCD,λ=8,8192,0,115571,14.1077880859375
HSLCD,λ=8,8192,0,109517,13.3687744140625
HSLCD,λ=8,8192,0,92230,11.258544921875
HSLCD,λ=8,8192,0,106510,13.001708984375
HSLCD,λ=8,8192,0,102926,12.564208984375
HSLCD,λ=8,8192,0,94372,11.52001953125
HSLCD,λ=8,8192,0,93354,11.395751953125
HSLCD,λ=8,8192,0,102914,12.562744140625
HSLCD,λ=8,8192,0,95376,11.642578125
HSLCD,λ=8,8192,0,100691,12.2913818359375
HSLCD,λ=8,8192,0,93901,11.4625244140625
HSLCD,λ=8,8192,0,97114,11.854736328125
HSLCD,λ=8,8192,0,102290,12.486572265625
HSLCD,λ=8,8192,0,101208,12.3544921875
HSLCD,λ=8,8192,0,98506,12.024658203125
HSLCD,λ=8,8192,0,92888,11.3388671875
HSLCD,λ=8,8192,0,97486,11.900146484375
HSLCD,λ=8,8192,0,114339,13.9573974609375
HSLCD,λ=8,8192,0,109739,13.3958740234375
HSLCD,λ=8,8192,0,93617,11.4278564453125
HSDSD,λ=8,8192,0,83225,10.1593017578125
HSDSD,λ=8,8192,0,82321,10.0489501953125
HSDSD,λ=8,8192,0,124497,15.1973876953125
HSDSD,λ=8,8192,0,106089,12.9503173828125
HSDSD,λ=8,8192,0,87937,10.7344970703125
HSDSD,λ=8,8192,0,83913,10.2432861328125
HSDSD,λ=8,8192,0,97561,11.9093017578125
HSDSD,λ=8,8192,0,92249,11.2608642578125
HSDSD,λ=8,8192,0,86969,10.6163330078125
HSDSD,λ=8,8192,0,97433,11.8936767578125
HSDSD,λ=8,8192,0,89321,10.9034423828125
HSDSD,λ=8,8192,0,91489,11.1680908203125
HSDSD,λ=8,8192,0,92745,11.3214111328125
HSDSD,λ=8,8192,0,92505,11.2921142578125
HSDSD,λ=8,8192,0,101633,12.4063720703125
HSDSD,λ=8,8192,0,93409,11.4024658203125
HSDSD,λ=8,8192,0,90705,11.0723876953125
HSDSD,λ=8,8192,0,87833,10.7218017578125
HSDSD,λ=8,8192,0,96921,11.8311767578125
HSDSD,λ=8,8192,0,103713,12.6602783203125
HSDSD,λ=8,8192,0,88617,10.8175048828125
HSDSD,λ=8,8192,0,92201,11.2550048828125
HSDSD,λ=8,8192,0,89625,10.9405517578125
HSDSD,λ=8,8192,0,107769,13.1553955078125
HSDSD,λ=8,8192,0,99697,12.1700439453125
HSDSD,λ=8,8192,0,80697,9.8507080078125
HSDSD,λ=8,8192,0,111873,13.6563720703125
HSDSD,λ=8,8192,0,95337,11.6378173828125
HSDSD,λ=8,8192,0,101297,12.3653564453125
HSDSD,λ=8,8192,0,85969,10.4942626953125
HSDSD,λ=8,8192,0,94409,11.5245361328125
HSDSD,λ=8,8192,0,85873,10.4825439453125
HSDSD,λ=8,8192,0,85281,10.4102783203125
HSDSD,λ=8,8192,0,89249,10.8946533203125
HSDSD,λ=8,8192,0,85073,10.3848876953125
HSDSD,λ=8,8192,0,100713,12.2940673828125
HSDSD,λ=8,8192,0,85497,10.4366455078125
HSDSD,λ=8,8192,0,95361,11.6407470703125
HSDSD,λ=8,8192,0,104689,12.7794189453125
HSDSD,λ=8,8192,0,103401,12.6221923828125
HSDSD,λ=8,8192,0,91601,11.1817626953125
HSDSD,λ=8,8192,0,89697,10.9493408203125
HSDSD,λ=8,8192,0,88265,10.7745361328125
HSDSD,λ=8,8192,0,96305,11.7559814453125
HSDSD,λ=8,8192,0,94601,11.5479736328125
HSDSD,λ=8,8192,0,80401,9.8145751953125
HSDSD,λ=8,8192,0,89897,10.9737548828125
HSDSD,λ=8,8192,0,98817,12.0626220703125
HSDSD,λ=8,8192,0,96585,11.7901611328125
HSDSD,λ=8,8192,0,90009,10.9874267578125
HSDSD,λ=8,8192,0,99185,12.1075439453125
HSDSD,λ=8,8192,0,89297,10.9005126953125
HSDSD,λ=8,8192,0,128193,15.6485595703125
HSDSD,λ=8,8192,0,104409,12.7452392578125
HSDSD,λ=8,8192,0,89425,10.9161376953125
HSDSD,λ=8,8192,0,83873,10.2384033203125
HSDSD,λ=8,8192,0,88393,10.7901611328125
HSDSD,λ=8,8192,0,96705,11.8048095703125
HSDSD,λ=8,8192,0,78793,9.6182861328125
HSDSD,λ=8,8192,0,91817,11.2081298828125
HSDSD,λ=8,8192,0,84665,10.3350830078125
HSDSD,λ=8,8192,0,82713,10.0968017578125
HSDSD,λ=8,8192,0,99521,12.1485595703125
HSDSD,λ=8,8192,0,95865,11.7022705078125
HSDSD,λ=8,8192,0,105001,12.8175048828125
HSDSD,λ=8,8192,0,105433,12.8702392578125
HSDSD,λ=8,8192,0,88329,10.7823486328125
HSDSD,λ=8,8192,0,88633,10.8194580078125
HSDSD,λ=8,8192,0,90769,11.0802001953125
HSDSD,λ=8,8192,0,83897,10.2413330078125
HSDSD,λ=8,8192,0,90129,11.0020751953125
HSDSD,λ=8,8192,0,85833,10.4776611328125
HSDSD,λ=8,8192,0,90313,11.0245361328125
HSDSD,λ=8,8192,0,89233,10.8927001953125
HSDSD,λ=8,8192,0,92553,11.2979736328125
HSDSD,λ=8,8192,0,93897,11.4620361328125
HSDSD,λ=8,8192,0,83417,10.1827392578125
HSDSD,λ=8,8192,0,85377,10.4219970703125
HSDSD,λ=8,8192,0,98705,12.0489501953125
HSDSD,λ=8,8192,0,115233,14.0665283203125
HSDSD,λ=8,8192,0,108305,13.2208251953125
HSDSD,λ=8,8192,0,82857,10.1143798828125
HSDSD,λ=8,8192,0,97457,11.8966064453125
HSDSD,λ=8,8192,0,112689,13.7559814453125
HSDSD,λ=8,8192,0,94001,11.4747314453125
HSDSD,λ=8,8192,0,91097,11.1202392578125
HSDSD,λ=8,8192,0,86961,10.6153564453125
HSDSD,λ=8,8192,0,92257,11.2618408203125
HSDSD,λ=8,8192,0,89705,10.9503173828125
HSDSD,λ=8,8192,0,91625,11.1846923828125
HSDSD,λ=8,8192,0,87273,10.6534423828125
HSDSD,λ=8,8192,0,98393,12.0108642578125
HSDSD,λ=8,8192,0,90393,11.0343017578125
HSDSD,λ=8,8192,0,84513,10.3165283203125
HSDSD,λ=8,8192,0,88497,10.8028564453125
HSDSD,λ=8,8192,0,92313,11.2686767578125
HSDSD,λ=8,8192,0,96145,11.7364501953125
HSDSD,λ=8,8192,0,86737,10.5880126953125
HSDSD,λ=8,8192,0,120265,14.6807861328125
HSDSD,λ=8,8192,0,104377,12.7413330078125
HRDSD,λ=8,8192,0,74113,9.0469970703125
HRDSD,λ=8,8192,0,76929,9.3907470703125
HRDSD,λ=8,8192,0,73377,8.9571533203125
HRDSD,λ=8,8192,0,71377,8.7130126953125
HRDSD,λ=8,8192,0,76289,9.3126220703125
HRDSD,λ=8,8192,0,74393,9.0811767578125
HRDSD,λ=8,8192,0,73513,8.9737548828125
HRDSD,λ=8,8192,0,72705,8.8751220703125
HRDSD,λ=8,8192,0,71233,8.6954345703125
HRDSD,λ=8,8192,0,75457,9.2110595703125
HRDSD,λ=8,8192,0,74273,9.0665283203125
HRDSD,λ=8,8192,0,71673,8.7491455078125
HRDSD,λ=8,8192,0,71857,8.7716064453125
HRDSD,λ=8,8192,0,102929,12.5645751953125
HRDSD,λ=8,8192,0,70337,8.5860595703125
HRDSD,λ=8,8192,0,70777,8.6397705078125
HRDSD,λ=8,8192,0,76745,9.3682861328125
HRDSD,λ=8,8192,0,81921,10.0001220703125
HRDSD,λ=8,8192,0,68257,8.3321533203125
HRDSD,λ=8,8192,0,83049,10.1378173828125
HRDSD,λ=8,8192,0,68617,8.3760986328125
HRDSD,λ=8,8192,0,69913,8.5343017578125
HRDSD,λ=8,8192,0,67313,8.2169189453125
HRDSD,λ=8,8192,0,68633,8.3780517578125
HRDSD,λ=8,8192,0,67001,8.1788330078125
HRDSD,λ=8,8192,0,87377,10.6661376953125
HRDSD,λ=8,8192,0,65097,7.9464111328125
HRDSD,λ=8,8192,0,76905,9.3878173828125
HRDSD,λ=8,8192,0,75241,9.1846923828125
HRDSD,λ=8,8192,0,69489,8.4825439453125
HRDSD,λ=8,8192,0,80233,9.7940673828125
HRDSD,λ=8,8192,0,68225,8.3282470703125
HRDSD,λ=8,8192,0,74161,9.0528564453125
HRDSD,λ=8,8192,0,72233,8.8175048828125
HRDSD,λ=8,8192,0,71369,8.7120361328125
HRDSD,λ=8,8192,0,68473,8.3585205078125
HRDSD,λ=8,8192,0,70273,8.5782470703125
HRDSD,λ=8,8192,0,76081,9.2872314453125
HRDSD,λ=8,8192,0,73289,8.9464111328125
HRDSD,λ=8,8192,0,77345,9.4415283203125
HRDSD,λ=8,8192,0,69841,8.5255126953125
HRDSD,λ=8,8192,0,74665,9.1143798828125
HRDSD,λ=8,8192,0,71833,8.7686767578125
HRDSD,λ=8,8192,0,71937,8.7813720703125
HRDSD,λ=8,8192,0,77977,9.5186767578125
HRDSD,λ=8,8192,0,72689,8.8731689453125
HRDSD,λ=8,8192,0,78977,9.6407470703125
HRDSD,λ=8,8192,0,77081,9.4093017578125
HRDSD,λ=8,8192,0,74753,9.1251220703125
HRDSD,λ=8,8192,0,68169,8.3214111328125
HRDSD,λ=8,8192,0,73641,8.9893798828125
HRDSD,λ=8,8192,0,73081,8.9210205078125
HRDSD,λ=8,8192,0,75089,9.1661376953125
HRDSD,λ=8,8192,0,88113,10.7559814453125
HRDSD,λ=8,8192,0,65497,7.9952392578125
HRDSD,λ=8,8192,0,78833,9.6231689453125
HRDSD,λ=8,8192,0,69033,8.4268798828125
HRDSD,λ=8,8192,0,65337,7.9757080078125
HRDSD,λ=8,8192,0,83361,10.1759033203125
HRDSD,λ=8,8192,0,66921,8.1690673828125
HRDSD,λ=8,8192,0,78929,9.6348876953125
HRDSD,λ=8,8192,0,79657,9.7237548828125
HRDSD,λ=8,8192,0,73529,8.9757080078125
HRDSD,λ=8,8192,0,70313,8.5831298828125
HRDSD,λ=8,8192,0,87329,10.6602783203125
HRDSD,λ=8,8192,0,72401,8.8380126953125
HRDSD,λ=8,8192,0,73225,8.9385986328125
HRDSD,λ=8,8192,0,66713,8.1436767578125
HRDSD,λ=8,8192,0,87753,10.7120361328125
HRDSD,λ=8,8192,0,73329,8.9512939453125
HRDSD,λ=8,8192,0,68049,8.3067626953125
HRDSD,λ=8,8192,0,76033,9.2813720703125
HRDSD,λ=8,8192,0,79345,9.6856689453125
HRDSD,λ=8,8192,0,70521,8.6085205078125
HRDSD,λ=8,8192,0,74817,9.1329345703125
HRDSD,λ=8,8192,0,76433,9.3302001953125
HRDSD,λ=8,8192,0,83417,10.1827392578125
HRDSD,λ=8,8192,0,73241,8.9405517578125
HRDSD,λ=8,8192,0,85297,10.4122314453125
HRDSD,λ=8,8192,0,74945,9.1485595703125
HRDSD,λ=8,8192,0,74137,9.0499267578125
HRDSD,λ=8,8192,0,72249,8.8194580078125
HRDSD,λ=8,8192,0,78313,9.5596923828125
HRDSD,λ=8,8192,0,82449,10.0645751953125
HRDSD,λ=8,8192,0,88737,10.8321533203125
HRDSD,λ=8,8192,0,73689,8.9952392578125
HRDSD,λ=8,8192,0,68537,8.3663330078125
HRDSD,λ=8,8192,0,74537,9.0987548828125
HRDSD,λ=8,8192,0,76225,9.3048095703125
HRDSD,λ=8,8192,0,72449,8.8438720703125
HRDSD,λ=8,8192,0,81353,9.9307861328125
HRDSD,λ=8,8192,0,79249,9.6739501953125
HRDSD,λ=8,8192,0,69201,8.4473876953125
HRDSD,λ=8,8192,0,66993,8.1778564453125
HRDSD,λ=8,8192,0,86113,10.5118408203125
HRDSD,λ=8,8192,0,63937,7.8048095703125
HRDSD,λ=8,8192,0,69577,8.4932861328125
HHDSD,λ=8,8192,0,68889,8.4093017578125
HHDSD,λ=8,8192,0,62641,7.6466064453125
HHDSD,λ=8,8192,0,89313,10.9024658203125
HHDSD,λ=8,8192,0,64401,7.8614501953125
HHDSD,λ=8,8192,0,77217,9.4259033203125
HHDSD,λ=8,8192,0,70529,8.6094970703125
HHDSD,λ=8,8192,0,74113,9.0469970703125
HHDSD,λ=8,8192,0,69129,8.4385986328125
HHDSD,λ=8,8192,0,67649,8.2579345703125
HHDSD,λ=8,8192,0,85137,10.3927001953125
HHDSD,λ=8,8192,0,74009,9.0343017578125
HHDSD,λ=8,8192,0,63681,7.7735595703125
HHDSD,λ=8,8192,0,63017,7.6925048828125
HHDSD,λ=8,8192,0,66433,8.1094970703125
HHDSD,λ=8,8192,0,71025,8.6700439453125
HHDSD,λ=8,8192,0,62617,7.6436767578125
HHDSD,λ=8,8192,0,64633,7.8897705078125
HHDSD,λ=8,8192,0,62689,7.6524658203125
HHDSD,λ=8,8192,0,71961,8.7843017578125
HHDSD,λ=8,8192,0,69969,8.5411376953125
HHDSD,λ=8,8192,0,66369,8.1016845703125
HHDSD,λ=8,8192,0,69873,8.5294189453125
HHDSD,λ=8,8192,0,70881,8.6524658203125
HHDSD,λ=8,8192,0,66809,8.1553955078125
HHDSD,λ=8,8192,0,63105,7.7032470703125
HHDSD,λ=8,8192,0,71521,8.7305908203125
HHDSD,λ=8,8192,0,66745,8.1475830078125
HHDSD,λ=8,8192,0,75553,9.2227783203125
HHDSD,λ=8,8192,0,86889,10.6065673828125
HHDSD,λ=8,8192,0,73465,8.9678955078125
HHDSD,λ=8,8192,0,66233,8.0850830078125
HHDSD,λ=8,8192,0,61393,7.4942626953125
HHDSD,λ=8,8192,0,71569,8.7364501953125
HHDSD,λ=8,8192,0,67497,8.2393798828125
HHDSD,λ=8,8192,0,67385,8.2257080078125
HHDSD,λ=8,8192,0,71041,8.6719970703125
HHDSD,λ=8,8192,0,71937,8.7813720703125
HHDSD,λ=8,8192,0,66409,8.1065673828125
HHDSD,λ=8,8192,0,66073,8.0655517578125
HHDSD,λ=8,8192,0,84121,10.2686767578125
HHDSD,λ=8,8192,0,63921,7.8028564453125
HHDSD,λ=8,8192,0,65377,7.9805908203125
HHDSD,λ=8,8192,0,71033,8.6710205078125
HHDSD,λ=8,8192,0,69025,8.4259033203125
HHDSD,λ=8,8192,0,62761,7.6612548828125
HHDSD,λ=8,8192,0,74473,9.0909423828125
HHDSD,λ=8,8192,0,76785,9.3731689453125
HHDSD,λ=8,8192,0,76241,9.3067626953125
HHDSD,λ=8,8192,0,76977,9.3966064453125
HHDSD,λ=8,8192,0,70105,8.5577392578125
HHDSD,λ=8,8192,0,67129,8.1944580078125
HHDSD,λ=8,8192,0,66785,8.1524658203125
HHDSD,λ=8,8192,0,68425,8.3526611328125
HHDSD,λ=8,8192,0,70097,8.5567626953125
HHDSD,λ=8,8192,0,71993,8.7882080078125
HHDSD,λ=8,8192,0,81769,9.9815673828125
HHDSD,λ=8,8192,0,72529,8.8536376953125
HHDSD,λ=8,8192,0,67641,8.2569580078125
HHDSD,λ=8,8192,0,65617,8.0098876953125
HHDSD,λ=8,8192,0,75569,9.2247314453125
HHDSD,λ=8,8192,0,91313,11.1466064453125
HHDSD,λ=8,8192,0,73905,9.0216064453125
HHDSD,λ=8,8192,0,64609,7.8868408203125
HHDSD,λ=8,8192,0,71713,8.7540283203125
HHDSD,λ=8,8192,0,69297,8.4591064453125
HHDSD,λ=8,8192,0,66737,8.1466064453125
HHDSD,λ=8,8192,0,69265,8.4552001953125
HHDSD,λ=8,8192,0,62169,7.5889892578125
HHDSD,λ=8,8192,0,71889,8.7755126953125
HHDSD,λ=8,8192,0,63969,7.8087158203125
HHDSD,λ=8,8192,0,73825,9.0118408203125
HHDSD,λ=8,8192,0,72121,8.8038330078125
HHDSD,λ=8,8192,0,74873,9.1397705078125
HHDSD,λ=8,8192,0,70137,8.5616455078125
HHDSD,λ=8,8192,0,62585,7.6397705078125
HHDSD,λ=8,8192,0,70857,8.6495361328125
HHDSD,λ=8,8192,0,65105,7.9473876953125
HHDSD,λ=8,8192,0,81969,10.0059814453125
HHDSD,λ=8,8192,0,73721,8.9991455078125
HHDSD,λ=8,8192,0,72697,8.8741455078125
HHDSD,λ=8,8192,0,66521,8.1202392578125
HHDSD,λ=8,8192,0,63329,7.7305908203125
HHDSD,λ=8,8192,0,71585,8.7384033203125
HHDSD,λ=8,8192,0,66257,8.0880126953125
HHDSD,λ=8,8192,0,72449,8.8438720703125
HHDSD,λ=8,8192,0,69633,8.5001220703125
HHDSD,λ=8,8192,0,73617,8.9864501953125
HHDSD,λ=8,8192,0,70385,8.5919189453125
HHDSD,λ=8,8192,0,72065,8.7969970703125
HHDSD,λ=8,8192,0,75673,9.2374267578125
HHDSD,λ=8,8192,0,66601,8.1300048828125
HHDSD,λ=8,8192,0,69737,8.5128173828125
HHDSD,λ=8,8192,0,69241,8.4522705078125
HHDSD,λ=8,8192,0,84809,10.3526611328125
HHDSD,λ=8,8192,0,66993,8.1778564453125
HHDSD,λ=8,8192,0,66881,8.1641845703125
HHDSD,λ=8,8192,0,67225,8.2061767578125
HHDSD,λ=8,8192,0,69553,8.4903564453125
HHDSD,λ=8,8192,0,72305,8.8262939453125
HHLSD,λ=8,8192,0,71457,8.7227783203125
HHLSD,λ=8,8192,0,63857,7.7950439453125
HHLSD,λ=8,8192,0,64401,7.8614501953125
HHLSD,λ=8,8192,0,76417,9.3282470703125
HHLSD,λ=8,8192,0,73009,8.9122314453125
HHLSD,λ=8,8192,0,72969,8.9073486328125
HHLSD,λ=8,8192,0,69857,8.5274658203125
HHLSD,λ=8,8192,0,65553,8.0020751953125
HHLSD,λ=8,8192,0,73513,8.9737548828125
HHLSD,λ=8,8192,0,74273,9.0665283203125
HHLSD,λ=8,8192,0,72409,8.8389892578125
HHLSD,λ=8,8192,0,64041,7.8175048828125
HHLSD,λ=8,8192,0,70337,8.5860595703125
HHLSD,λ=8,8192,0,81793,9.9844970703125
HHLSD,λ=8,8192,0,73353,8.9542236328125
HHLSD,λ=8,8192,0,69209,8.4483642578125
HHLSD,λ=8,8192,0,67553,8.2462158203125
HHLSD,λ=8,8192,0,73321,8.9503173828125
HHLSD,λ=8,8192,0,77993,9.5206298828125
HHLSD,λ=8,8192,0,65897,8.0440673828125
HHLSD,λ=8,8192,0,67737,8.2686767578125
HHLSD,λ=8,8192,0,65537,8.0001220703125
HHLSD,λ=8,8192,0,73793,9.0079345703125
HHLSD,λ=8,8192,0,66121,8.0714111328125
HHLSD,λ=8,8192,0,68137,8.3175048828125
HHLSD,λ=8,8192,0,75921,9.2677001953125
HHLSD,λ=8,8192,0,71913,8.7784423828125
HHLSD,λ=8,8192,0,74529,9.0977783203125
HHLSD,λ=8,8192,0,70737,8.6348876953125
HHLSD,λ=8,8192,0,61433,7.4991455078125
HHLSD,λ=8,8192,0,70905,8.6553955078125
HHLSD,λ=8,8192,0,60353,7.3673095703125
HHLSD,λ=8,8192,0,69193,8.4464111328125
HHLSD,λ=8,8192,0,62769,7.6622314453125
HHLSD,λ=8,8192,0,75553,9.2227783203125
HHLSD,λ=8,8192,0,65825,8.0352783203125
HHLSD,λ=8,8192,0,81329,9.9278564453125
HHLSD,λ=8,8192,0,74489,9.0928955078125
HHLSD,λ=8,8192,0,85385,10.4229736328125
HHLSD,λ=8,8192,0,73073,8.9200439453125
HHLSD,λ=8,8192,0,74665,9.1143798828125
HHLSD,λ=8,8192,0,66041,8.0616455078125
HHLSD,λ=8,8192,0,66409,8.1065673828125
HHLSD,λ=8,8192,0,70185,8.5675048828125
HHLSD,λ=8,8192,0,79169,9.6641845703125
HHLSD,λ=8,8192,0,68985,8.4210205078125
HHLSD,λ=8,8192,0,69353,8.4659423828125
HHLSD,λ=8,8192,0,66313,8.0948486328125
HHLSD,λ=8,8192,0,64417,7.8634033203125
HHLSD,λ=8,8192,0,66073,8.0655517578125
HHLSD,λ=8,8192,0,62425,7.6202392578125
HHLSD,λ=8,8192,0,76105,9.2901611328125
HHLSD,λ=8,8192,0,79809,9.7423095703125
HHLSD,λ=8,8192,0,80657,9.8458251953125
HHLSD,λ=8,8192,0,67689,8.2628173828125
HHLSD,λ=8,8192,0,63393,7.7384033203125
HHLSD,λ=8,8192,0,60825,7.4249267578125
HHLSD,λ=8,8192,0,66785,8.1524658203125
HHLSD,λ=8,8192,0,70801,8.6427001953125
HHLSD,λ=8,8192,0,63793,7.7872314453125
HHLSD,λ=8,8192,0,77025,9.4024658203125
HHLSD,λ=8,8192,0,72769,8.8829345703125
HHLSD,λ=8,8192,0,67641,8.2569580078125
HHLSD,λ=8,8192,0,65961,8.0518798828125
HHLSD,λ=8,8192,0,69305,8.4600830078125
HHLSD,λ=8,8192,0,73529,8.9757080078125
HHLSD,λ=8,8192,0,65305,7.9718017578125
HHLSD,λ=8,8192,0,76249,9.3077392578125
HHLSD,λ=8,8192,0,66689,8.1407470703125
HHLSD,λ=8,8192,0,64881,7.9200439453125
HHLSD,λ=8,8192,0,73225,8.9385986328125
HHLSD,λ=8,8192,0,79257,9.6749267578125
HHLSD,λ=8,8192,0,70313,8.5831298828125
HHLSD,λ=8,8192,0,67113,8.1925048828125
HHLSD,λ=8,8192,0,67625,8.2550048828125
HHLSD,λ=8,8192,0,66145,8.0743408203125
HHLSD,λ=8,8192,0,66417,8.1075439453125
HHLSD,λ=8,8192,0,65857,8.0391845703125
HHLSD,λ=8,8192,0,67369,8.2237548828125
HHLSD,λ=8,8192,0,83601,10.2052001953125
HHLSD,λ=8,8192,0,65753,8.0264892578125
HHLSD,λ=8,8192,0,64969,7.9307861328125
HHLSD,λ=8,8192,0,79681,9.7266845703125
HHLSD,λ=8,8192,0,73689,8.9952392578125
HHLSD,λ=8,8192,0,70249,8.5753173828125
HHLSD,λ=8,8192,0,64801,7.9102783203125
HHLSD,λ=8,8192,0,60161,7.3438720703125
HHLSD,λ=8,8192,0,69777,8.5177001953125
HHLSD,λ=8,8192,0,62121,7.5831298828125
HHLSD,λ=8,8192,0,72361,8.8331298828125
HHLSD,λ=8,8192,0,71409,8.7169189453125
HHLSD,λ=8,8192,0,66601,8.1300048828125
HHLSD,λ=8,8192,0,70145,8.5626220703125
HHLSD,λ=8,8192,0,77185,9.4219970703125
HHLSD,λ=8,8192,0,73601,8.9844970703125
HHLSD,λ=8,8192,0,66881,8.1641845703125
HHLSD,λ=8,8192,0,68017,8.3028564453125
HHLSD,λ=8,8192,0,69041,8.4278564453125
HHLSD,λ=8,8192,0,68857,8.4053955078125
HRLSD,λ=8,8192,0,71913,8.7784423828125
HRLSD,λ=8,8192,0,73649,8.9903564453125
HRLSD,λ=8,8192,0,67505,8.2403564453125
HRLSD,λ=8,8192,0,74385,9.0802001953125
HRLSD,λ=8,8192,0,68857,8.4053955078125
HRLSD,λ=8,8192,0,82401,10.0587158203125
HRLSD,λ=8,8192,0,68449,8.3555908203125
HRLSD,λ=8,8192,0,79241,9.6729736328125
HRLSD,λ=8,8192,0,72857,8.8936767578125
HRLSD,λ=8,8192,0,74961,9.1505126953125
HRLSD,λ=8,8192,0,76201,9.3018798828125
HRLSD,λ=8,8192,0,72489,8.8487548828125
HRLSD,λ=8,8192,0,74929,9.1466064453125
HRLSD,λ=8,8192,0,74761,9.1260986328125
HRLSD,λ=8,8192,0,87569,10.6895751953125
HRLSD,λ=8,8192,0,76953,9.3936767578125
HRLSD,λ=8,8192,0,82953,10.1260986328125
HRLSD,λ=8,8192,0,70969,8.6632080078125
HRLSD,λ=8,8192,0,78729,9.6104736328125
HRLSD,λ=8,8192,0,75201,9.1798095703125
HRLSD,λ=8,8192,0,79385,9.6905517578125
HRLSD,λ=8,8192,0,77601,9.4727783203125
HRLSD,λ=8,8192,0,74081,9.0430908203125
HRLSD,λ=8,8192,0,80809,9.8643798828125
HRLSD,λ=8,8192,0,84233,10.2823486328125
HRLSD,λ=8,8192,0,71665,8.7481689453125
HRLSD,λ=8,8192,0,76657,9.3575439453125
HRLSD,λ=8,8192,0,71577,8.7374267578125
HRLSD,λ=8,8192,0,70081,8.5548095703125
HRLSD,λ=8,8192,0,73881,9.0186767578125
HRLSD,λ=8,8192,0,67417,8.2296142578125
HRLSD,λ=8,8192,0,80089,9.7764892578125
HRLSD,λ=8,8192,0,74281,9.0675048828125
HRLSD,λ=8,8192,0,77337,9.4405517578125
HRLSD,λ=8,8192,0,75633,9.2325439453125
HRLSD,λ=8,8192,0,74161,9.0528564453125
HRLSD,λ=8,8192,0,71369,8.7120361328125
HRLSD,λ=8,8192,0,81321,9.9268798828125
HRLSD,λ=8,8192,0,78545,9.5880126953125
HRLSD,λ=8,8192,0,84001,10.2540283203125
HRLSD,λ=8,8192,0,76097,9.2891845703125
HRLSD,λ=8,8192,0,85065,10.3839111328125
HRLSD,λ=8,8192,0,72937,8.9034423828125
HRLSD,λ=8,8192,0,81537,9.9532470703125
HRLSD,λ=8,8192,0,88113,10.7559814453125
HRLSD,λ=8,8192,0,70985,8.6651611328125
HRLSD,λ=8,8192,0,69673,8.5050048828125
HRLSD,λ=8,8192,0,87385,10.6671142578125
HRLSD,λ=8,8192,0,71185,8.6895751953125
HRLSD,λ=8,8192,0,76873,9.3839111328125
HRLSD,λ=8,8192,0,104857,12.7999267578125
HRLSD,λ=8,8192,0,67409,8.2286376953125
HRLSD,λ=8,8192,0,75393,9.2032470703125
HRLSD,λ=8,8192,0,76785,9.3731689453125
HRLSD,λ=8,8192,0,71113,8.6807861328125
HRLSD,λ=8,8192,0,81985,10.0079345703125
HRLSD,λ=8,8192,0,74969,9.1514892578125
HRLSD,λ=8,8192,0,66201,8.0811767578125
HRLSD,λ=8,8192,0,75305,9.1925048828125
HRLSD,λ=8,8192,0,73169,8.9317626953125
HRLSD,λ=8,8192,0,78153,9.5401611328125
HRLSD,λ=8,8192,0,71993,8.7882080078125
HRLSD,λ=8,8192,0,70161,8.5645751953125
HRLSD,λ=8,8192,0,67641,8.2569580078125
HRLSD,λ=8,8192,0,73905,9.0216064453125
HRLSD,λ=8,8192,0,73529,8.9757080078125
HRLSD,λ=8,8192,0,71889,8.7755126953125
HRLSD,λ=8,8192,0,76945,9.3927001953125
HRLSD,λ=8,8192,0,75217,9.1817626953125
HRLSD,λ=8,8192,0,73457,8.9669189453125
HRLSD,λ=8,8192,0,64961,7.9298095703125
HRLSD,λ=8,8192,0,91433,11.1612548828125
HRLSD,λ=8,8192,0,75601,9.2286376953125
HRLSD,λ=8,8192,0,75097,9.1671142578125
HRLSD,λ=8,8192,0,78369,9.5665283203125
HRLSD,λ=8,8192,0,73361,8.9552001953125
HRLSD,λ=8,8192,0,74441,9.0870361328125
HRLSD,λ=8,8192,0,79281,9.6778564453125
HRLSD,λ=8,8192,0,75961,9.2725830078125
HRLSD,λ=8,8192,0,76801,9.3751220703125
HRLSD,λ=8,8192,0,77361,9.4434814453125
HRLSD,λ=8,8192,0,91617,11.1837158203125
HRLSD,λ=8,8192,0,82425,10.0616455078125
HRLSD,λ=8,8192,0,69689,8.5069580078125
HRLSD,λ=8,8192,0,87937,10.7344970703125
HRLSD,λ=8,8192,0,75529,9.2198486328125
HRLSD,λ=8,8192,0,68825,8.4014892578125
HRLSD,λ=8,8192,0,79681,9.7266845703125
HRLSD,λ=8,8192,0,70897,8.6544189453125
HRLSD,λ=8,8192,0,84489,10.3135986328125
HRLSD,λ=8,8192,0,72825,8.8897705078125
HRLSD,λ=8,8192,0,76049,9.2833251953125
HRLSD,λ=8,8192,0,78801,9.6192626953125
HRLSD,λ=8,8192,0,73729,9.0001220703125
HRLSD,λ=8,8192,0,83809,10.2305908203125
HRLSD,λ=8,8192,0,79721,9.7315673828125
HRLSD,λ=8,8192,0,73961,9.0284423828125
HRLSD,λ=8,8192,0,72289,8.8243408203125
HSLSD,λ=8,8192,0,103761,12.6661376953125
HSLSD,λ=8,8192,0,98377,12.0089111328125
HSLSD,λ=8,8192,0,91153,11.1270751953125
HSLSD,λ=8,8192,0,127233,15.5313720703125
HSLSD,λ=8,8192,0,86217,10.5245361328125
HSLSD,λ=8,8192,0,92249,11.2608642578125
HSLSD,λ=8,8192,0,98713,12.0499267578125
HSLSD,λ=8,8192,0,87313,10.6583251953125
HSLSD,λ=8,8192,0,94257,11.5059814453125
HSLSD,λ=8,8192,0,112953,13.7882080078125
HSLSD,λ=8,8192,0,87569,10.6895751953125
HSLSD,λ=8,8192,0,96985,11.8389892578125
HSLSD,λ=8,8192,0,95321,11.6358642578125
HSLSD,λ=8,8192,0,104865,12.8009033203125
HSLSD,λ=8,8192,0,89569,10.9337158203125
HSLSD,λ=8,8192,0,99745,12.1759033203125
HSLSD,λ=8,8192,0,117441,14.3360595703125
HSLSD,λ=8,8192,0,93593,11.4249267578125
HSLSD,λ=8,8192,0,94457,11.5303955078125
HSLSD,λ=8,8192,0,92057,11.2374267578125
HSLSD,λ=8,8192,0,101025,12.3321533203125
HSLSD,λ=8,8192,0,93745,11.4434814453125
HSLSD,λ=8,8192,0,106721,13.0274658203125
HSLSD,λ=8,8192,0,100017,12.2091064453125
HSLSD,λ=8,8192,0,107617,13.1368408203125
HSLSD,λ=8,8192,0,87849,10.7237548828125
HSLSD,λ=8,8192,0,100209,12.2325439453125
HSLSD,λ=8,8192,0,98489,12.0225830078125
HSLSD,λ=8,8192,0,98537,12.0284423828125
HSLSD,λ=8,8192,0,85657,10.4561767578125
HSLSD,λ=8,8192,0,107945,13.1768798828125
HSLSD,λ=8,8192,0,95873,11.7032470703125
HSLSD,λ=8,8192,0,93977,11.4718017578125
HSLSD,λ=8,8192,0,89857,10.9688720703125
HSLSD,λ=8,8192,0,91409,11.1583251953125
HSLSD,λ=8,8192,0,114265,13.9483642578125
HSLSD,λ=8,8192,0,87105,10.6329345703125
HSLSD,λ=8,8192,0,93225,11.3800048828125
HSLSD,λ=8,8192,0,81041,9.8927001953125
HSLSD,λ=8,8192,0,114345,13.9581298828125
HSLSD,λ=8,8192,0,95481,11.6553955078125
HSLSD,λ=8,8192,0,101297,12.3653564453125
HSLSD,λ=8,8192,0,109353,13.3487548828125
HSLSD,λ=8,8192,0,100713,12.2940673828125
HSLSD,λ=8,8192,0,123569,15.0841064453125
HSLSD,λ=8,8192,0,111601,13.6231689453125
HSLSD,λ=8,8192,0,102529,12.5157470703125
HSLSD,λ=8,8192,0,83665,10.2130126953125
HSLSD,λ=8,8192,0,96025,11.7218017578125
HSLSD,λ=8,8192,0,95721,11.6846923828125
HSLSD,λ=8,8192,0,89905,10.9747314453125
HSLSD,λ=8,8192,0,111385,13.5968017578125
HSLSD,λ=8,8192,0,99825,12.1856689453125
HSLSD,λ=8,8192,0,91721,11.1964111328125
HSLSD,λ=8,8192,0,91713,11.1954345703125
HSLSD,λ=8,8192,0,103961,12.6905517578125
HSLSD,λ=8,8192,0,111249,13.5802001953125
HSLSD,λ=8,8192,0,97865,11.9464111328125
HSLSD,λ=8,8192,0,97521,11.9044189453125
HSLSD,λ=8,8192,0,89057,10.8712158203125
HSLSD,λ=8,8192,0,84609,10.3282470703125
HSLSD,λ=8,8192,0,88041,10.7471923828125
HSLSD,λ=8,8192,0,98369,12.0079345703125
HSLSD,λ=8,8192,0,90809,11.0850830078125
HSLSD,λ=8,8192,0,112281,13.7061767578125
HSLSD,λ=8,8192,0,85945,10.4913330078125
HSLSD,λ=8,8192,0,102729,12.5401611328125
HSLSD,λ=8,8192,0,99921,12.1973876953125
HSLSD,λ=8,8192,0,105161,12.8370361328125
HSLSD,λ=8,8192,0,86689,10.5821533203125
HSLSD,λ=8,8192,0,94113,11.4884033203125
HSLSD,λ=8,8192,0,85353,10.4190673828125
HSLSD,λ=8,8192,0,97745,11.9317626953125
HSLSD,λ=8,8192,0,101409,12.3790283203125
HSLSD,λ=8,8192,0,99521,12.1485595703125
HSLSD,λ=8,8192,0,80609,9.8399658203125
HSLSD,λ=8,8192,0,87193,10.6436767578125
HSLSD,λ=8,8192,0,85553,10.4434814453125
HSLSD,λ=8,8192,0,96761,11.8116455078125
HSLSD,λ=8,8192,0,94297,11.5108642578125
HSLSD,λ=8,8192,0,97705,11.9268798828125
HSLSD,λ=8,8192,0,96481,11.7774658203125
HSLSD,λ=8,8192,0,104313,12.7335205078125
HSLSD,λ=8,8192,0,109537,13.3712158203125
HSLSD,λ=8,8192,0,96369,11.7637939453125
HSLSD,λ=8,8192,0,86337,10.5391845703125
HSLSD,λ=8,8192,0,87017,10.6221923828125
HSLSD,λ=8,8192,0,88097,10.7540283203125
HSLSD,λ=8,8192,0,98521,12.0264892578125
HSLSD,λ=8,8192,0,97457,11.8966064453125
HSLSD,λ=8,8192,0,121521,14.8341064453125
HSLSD,λ=8,8192,0,105753,12.9093017578125
HSLSD,λ=8,8192,0,87913,10.7315673828125
HSLSD,λ=8,8192,0,94001,11.4747314453125
HSLSD,λ=8,8192,0,106081,12.9493408203125
HSLSD,λ=8,8192,0,97969,11.9591064453125
HSLSD,λ=8,8192,0,93945,11.4678955078125
HSLSD,λ=8,8192,0,88641,10.8204345703125
HSLSD,λ=8,8192,0,96145,11.7364501953125
HSLSD,λ=8,8192,0,91865,11.2139892578125
HSDMD,λ=8,8192,0,98145,11.9805908203125
HSDMD,λ=8,8192,0,101961,12.4464111328125
HSDMD,λ=8,8192,0,94617,11.5499267578125
HSDMD,λ=8,8192,0,102113,12.4649658203125
HSDMD,λ=8,8192,0,95201,11.6212158203125
HSDMD,λ=8,8192,0,103753,12.6651611328125
HSDMD,λ=8,8192,0,94225,11.5020751953125
HSDMD,λ=8,8192,0,94345,11.5167236328125
HSDMD,λ=8,8192,0,100569,12.2764892578125
HSDMD,λ=8,8192,0,92129,11.2462158203125
HSDMD,λ=8,8192,0,97201,11.8653564453125
HSDMD,λ=8,8192,0,102449,12.5059814453125
HSDMD,λ=8,8192,0,89817,10.9639892578125
HSDMD,λ=8,8192,0,92833,11.3321533203125
HSDMD,λ=8,8192,0,108897,13.2930908203125
HSDMD,λ=8,8192,0,93729,11.4415283203125
HSDMD,λ=8,8192,0,94385,11.5216064453125
HSDMD,λ=8,8192,0,91049,11.1143798828125
HSDMD,λ=8,8192,0,93841,11.4552001953125
HSDMD,λ=8,8192,0,114417,13.9669189453125
HSDMD,λ=8,8192,0,98937,12.0772705078125
HSDMD,λ=8,8192,0,95041,11.6016845703125
HSDMD,λ=8,8192,0,103105,12.5860595703125
HSDMD,λ=8,8192,0,87849,10.7237548828125
HSDMD,λ=8,8192,0,109137,13.3223876953125
HSDMD,λ=8,8192,0,105145,12.8350830078125
HSDMD,λ=8,8192,0,88001,10.7423095703125
HSDMD,λ=8,8192,0,94169,11.4952392578125
HSDMD,λ=8,8192,0,101289,12.3643798828125
HSDMD,λ=8,8192,0,101705,12.4151611328125
HSDMD,λ=8,8192,0,90569,11.0557861328125
HSDMD,λ=8,8192,0,96233,11.7471923828125
HSDMD,λ=8,8192,0,98049,11.9688720703125
HSDMD,λ=8,8192,0,101337,12.3702392578125
HSDMD,λ=8,8192,0,90985,11.1065673828125
HSDMD,λ=8,8192,0,98969,12.0811767578125
HSDMD,λ=8,8192,0,93401,11.4014892578125
HSDMD,λ=8,8192,0,95369,11.6417236328125
HSDMD,λ=8,8192,0,92465,11.2872314453125
HSDMD,λ=8,8192,0,109841,13.4083251953125
HSDMD,λ=8,8192,0,91417,11.1593017578125
HSDMD,λ=8,8192,0,93817,11.4522705078125
HSDMD,λ=8,8192,0,92929,11.3438720703125
HSDMD,λ=8,8192,0,106137,12.9561767578125
HSDMD,λ=8,8192,0,93545,11.4190673828125
HSDMD,λ=8,8192,0,87289,10.6553955078125
HSDMD,λ=8,8192,0,91665,11.1895751953125
HSDMD,λ=8,8192,0,95161,11.6163330078125
HSDMD,λ=8,8192,0,86577,10.5684814453125
HSDMD,λ=8,8192,0,88729,10.8311767578125
HSDMD,λ=8,8192,0,104929,12.8087158203125
HSDMD,λ=8,8192,0,91057,11.1153564453125
HSDMD,λ=8,8192,0,89745,10.9552001953125
HSDMD,λ=8,8192,0,101329,12.3692626953125
HSDMD,λ=8,8192,0,89697,10.9493408203125
HSDMD,λ=8,8192,0,94601,11.5479736328125
HSDMD,λ=8,8192,0,90361,11.0303955078125
HSDMD,λ=8,8192,0,132281,16.1475830078125
HSDMD,λ=8,8192,0,96337,11.7598876953125
HSDMD,λ=8,8192,0,112041,13.6768798828125
HSDMD,λ=8,8192,0,90113,11.0001220703125
HSDMD,λ=8,8192,0,93369,11.3975830078125
HSDMD,λ=8,8192,0,87161,10.6397705078125
HSDMD,λ=8,8192,0,85929,10.4893798828125
HSDMD,λ=8,8192,0,112481,13.7305908203125
HSDMD,λ=8,8192,0,90593,11.0587158203125
HSDMD,λ=8,8192,0,99857,12.1895751953125
HSDMD,λ=8,8192,0,117937,14.3966064453125
HSDMD,λ=8,8192,0,91873,11.2149658203125
HSDMD,λ=8,8192,0,101185,12.3516845703125
HSDMD,λ=8,8192,0,81817,9.9874267578125
HSDMD,λ=8,8192,0,88985,10.8624267578125
HSDMD,λ=8,8192,0,88489,10.8018798828125
HSDMD,λ=8,8192,0,99161,12.1046142578125
HSDMD,λ=8,8192,0,86841,10.6007080078125
HSDMD,λ=8,8192,0,98001,11.9630126953125
HSDMD,λ=8,8192,0,85785,10.4718017578125
HSDMD,λ=8,8192,0,107145,13.0792236328125
HSDMD,λ=8,8192,0,96185,11.7413330078125
HSDMD,λ=8,8192,0,102217,12.4776611328125
HSDMD,λ=8,8192,0,98721,12.0509033203125
HSDMD,λ=8,8192,0,95833,11.6983642578125
HSDMD,λ=8,8192,0,100249,12.2374267578125
HSDMD,λ=8,8192,0,107865,13.1671142578125
HSDMD,λ=8,8192,0,117785,14.3780517578125
HSDMD,λ=8,8192,0,94369,11.5196533203125
HSDMD,λ=8,8192,0,95593,11.6690673828125
HSDMD,λ=8,8192,0,88849,10.8458251953125
HSDMD,λ=8,8192,0,88241,10.7716064453125
HSDMD,λ=8,8192,0,97233,11.8692626953125
HSDMD,λ=8,8192,0,94337,11.5157470703125
HSDMD,λ=8,8192,0,97729,11.9298095703125
HSDMD,λ=8,8192,0,89361,10.9083251953125
HSDMD,λ=8,8192,0,100265,12.2393798828125
HSDMD,λ=8,8192,0,95169,11.6173095703125
HSDMD,λ=8,8192,0,90177,11.0079345703125
HSDMD,λ=8,8192,0,93945,11.4678955078125
HSDMD,λ=8,8192,0,97385,11.8878173828125
HSDMD,λ=8,8192,0,90353,11.0294189453125
HSDMD,λ=8,8192,0,95785,11.6925048828125
HRDMD,λ=8,8192,0,74577,9.1036376953125
HRDMD,λ=8,8192,0,83473,10.1895751953125
HRDMD,λ=8,8192,0,79353,9.6866455078125
HRDMD,λ=8,8192,0,73633,8.9884033203125
HRDMD,λ=8,8192,0,79689,9.7276611328125
HRDMD,λ=8,8192,0,86081,10.5079345703125
HRDMD,λ=8,8192,0,80185,9.7882080078125
HRDMD,λ=8,8192,0,94089,11.4854736328125
HRDMD,λ=8,8192,0,75953,9.2716064453125
HRDMD,λ=8,8192,0,74009,9.0343017578125
HRDMD,λ=8,8192,0,75113,9.1690673828125
HRDMD,λ=8,8192,0,97153,11.8594970703125
HRDMD,λ=8,8192,0,72353,8.8321533203125
HRDMD,λ=8,8192,0,71089,8.6778564453125
HRDMD,λ=8,8192,0,86649,10.5772705078125
HRDMD,λ=8,8192,0,77601,9.4727783203125
HRDMD,λ=8,8192,0,75257,9.1866455078125
HRDMD,λ=8,8192,0,72001,8.7891845703125
HRDMD,λ=8,8192,0,76041,9.2823486328125
HRDMD,λ=8,8192,0,93337,11.3936767578125
HRDMD,λ=8,8192,0,74657,9.1134033203125
HRDMD,λ=8,8192,0,70841,8.6475830078125
HRDMD,λ=8,8192,0,84193,10.2774658203125
HRDMD,λ=8,8192,0,80537,9.8311767578125
HRDMD,λ=8,8192,0,74529,9.0977783203125
HRDMD,λ=8,8192,0,81433,9.9405517578125
HRDMD,λ=8,8192,0,70889,8.6534423828125
HRDMD,λ=8,8192,0,71881,8.7745361328125
HRDMD,λ=8,8192,0,75481,9.2139892578125
HRDMD,λ=8,8192,0,80009,9.7667236328125
HRDMD,λ=8,8192,0,72073,8.7979736328125
HRDMD,λ=8,8192,0,81233,9.9161376953125
HRDMD,λ=8,8192,0,74721,9.1212158203125
HRDMD,λ=8,8192,0,73073,8.9200439453125
HRDMD,λ=8,8192,0,81321,9.9268798828125
HRDMD,λ=8,8192,0,78417,9.5723876953125
HRDMD,λ=8,8192,0,71073,8.6759033203125
HRDMD,λ=8,8192,0,76081,9.2872314453125
HRDMD,λ=8,8192,0,70825,8.6456298828125
HRDMD,λ=8,8192,0,74401,9.0821533203125
HRDMD,λ=8,8192,0,68793,8.3975830078125
HRDMD,λ=8,8192,0,71833,8.7686767578125
HRDMD,λ=8,8192,0,78041,9.5264892578125
HRDMD,λ=8,8192,0,69521,8.4864501953125
HRDMD,λ=8,8192,0,71249,8.6973876953125
HRDMD,λ=8,8192,0,84945,10.3692626953125
HRDMD,λ=8,8192,0,80345,9.8077392578125
HRDMD,λ=8,8192,0,76105,9.2901611328125
HRDMD,λ=8,8192,0,76473,9.3350830078125
HRDMD,λ=8,8192,0,85169,10.3966064453125
HRDMD,λ=8,8192,0,76785,9.3731689453125
HRDMD,λ=8,8192,0,71377,8.7130126953125
HRDMD,λ=8,8192,0,76521,9.3409423828125
HRDMD,λ=8,8192,0,71329,8.7071533203125
HRDMD,λ=8,8192,0,73265,8.9434814453125
HRDMD,λ=8,8192,0,80121,9.7803955078125
HRDMD,λ=8,8192,0,76857,9.3819580078125
HRDMD,λ=8,8192,0,72009,8.7901611328125
HRDMD,λ=8,8192,0,73529,8.9757080078125
HRDMD,λ=8,8192,0,78297,9.5577392578125
HRDMD,λ=8,8192,0,80057,9.7725830078125
HRDMD,λ=8,8192,0,87329,10.6602783203125
HRDMD,λ=8,8192,0,71889,8.7755126953125
HRDMD,λ=8,8192,0,78721,9.6094970703125
HRDMD,λ=8,8192,0,70313,8.5831298828125
HRDMD,λ=8,8192,0,80689,9.8497314453125
HRDMD,λ=8,8192,0,83001,10.1319580078125
HRDMD,λ=8,8192,0,83433,10.1846923828125
HRDMD,λ=8,8192,0,71817,8.7667236328125
HRDMD,λ=8,8192,0,75833,9.2569580078125
HRDMD,λ=8,8192,0,77321,9.4385986328125
HRDMD,λ=8,8192,0,70513,8.6075439453125
HRDMD,λ=8,8192,0,79345,9.6856689453125
HRDMD,λ=8,8192,0,81281,9.9219970703125
HRDMD,λ=8,8192,0,77561,9.4678955078125
HRDMD,λ=8,8192,0,69153,8.4415283203125
HRDMD,λ=8,8192,0,76273,9.3106689453125
HRDMD,λ=8,8192,0,76121,9.2921142578125
HRDMD,λ=8,8192,0,85033,10.3800048828125
HRDMD,λ=8,8192,0,81361,9.9317626953125
HRDMD,λ=8,8192,0,78313,9.5596923828125
HRDMD,λ=8,8192,0,89369,10.9093017578125
HRDMD,λ=8,8192,0,85977,10.4952392578125
HRDMD,λ=8,8192,0,84489,10.3135986328125
HRDMD,λ=8,8192,0,71585,8.7384033203125
HRDMD,λ=8,8192,0,76609,9.3516845703125
HRDMD,λ=8,8192,0,76225,9.3048095703125
HRDMD,λ=8,8192,0,79321,9.6827392578125
HRDMD,λ=8,8192,0,80481,9.8243408203125
HRDMD,λ=8,8192,0,72209,8.8145751953125
HRDMD,λ=8,8192,0,69937,8.5372314453125
HRDMD,λ=8,8192,0,77617,9.4747314453125
HRDMD,λ=8,8192,0,68409,8.3507080078125
HRDMD,λ=8,8192,0,81185,9.9102783203125
HRDMD,λ=8,8192,0,73441,8.9649658203125
HRDMD,λ=8,8192,0,75713,9.2423095703125
HRDMD,λ=8,8192,0,73273,8.9444580078125
HRDMD,λ=8,8192,0,78353,9.5645751953125
HHDMD,λ=8,8192,0,72793,8.8858642578125
HHDMD,λ=8,8192,0,70513,8.6075439453125
HHDMD,λ=8,8192,0,69865,8.5284423828125
HHDMD,λ=8,8192,0,75369,9.2003173828125
HHDMD,λ=8,8192,0,69721,8.5108642578125
HHDMD,λ=8,8192,0,74961,9.1505126953125
HHDMD,λ=8,8192,0,81209,9.9132080078125
HHDMD,λ=8,8192,0,79145,9.6612548828125
HHDMD,λ=8,8192,0,64473,7.8702392578125
HHDMD,λ=8,8192,0,75705,9.2413330078125
HHDMD,λ=8,8192,0,68265,8.3331298828125
HHDMD,λ=8,8192,0,86921,10.6104736328125
HHDMD,λ=8,8192,0,75657,9.2354736328125
HHDMD,λ=8,8192,0,71857,8.7716064453125
HHDMD,λ=8,8192,0,73257,8.9425048828125
HHDMD,λ=8,8192,0,74513,9.0958251953125
HHDMD,λ=8,8192,0,75793,9.2520751953125
HHDMD,λ=8,8192,0,70073,8.5538330078125
HHDMD,λ=8,8192,0,70561,8.6134033203125
HHDMD,λ=8,8192,0,74321,9.0723876953125
HHDMD,λ=8,8192,0,70601,8.6182861328125
HHDMD,λ=8,8192,0,71929,8.7803955078125
HHDMD,λ=8,8192,0,73793,9.0079345703125
HHDMD,λ=8,8192,0,75321,9.1944580078125
HHDMD,λ=8,8192,0,74545,9.0997314453125
HHDMD,λ=8,8192,0,70121,8.5596923828125
HHDMD,λ=8,8192,0,71145,8.6846923828125
HHDMD,λ=8,8192,0,65601,8.0079345703125
HHDMD,λ=8,8192,0,68905,8.4112548828125
HHDMD,λ=8,8192,0,71913,8.7784423828125
HHDMD,λ=8,8192,0,85161,10.3956298828125
HHDMD,λ=8,8192,0,74521,9.0968017578125
HHDMD,λ=8,8192,0,75297,9.1915283203125
HHDMD,λ=8,8192,0,78425,9.5733642578125
HHDMD,λ=8,8192,0,70905,8.6553955078125
HHDMD,λ=8,8192,0,70489,8.6046142578125
HHDMD,λ=8,8192,0,69249,8.4532470703125
HHDMD,λ=8,8192,0,79753,9.7354736328125
HHDMD,λ=8,8192,0,72713,8.8760986328125
HHDMD,λ=8,8192,0,71417,8.7178955078125
HHDMD,λ=8,8192,0,71473,8.7247314453125
HHDMD,λ=8,8192,0,84385,10.3009033203125
HHDMD,λ=8,8192,0,79305,9.6807861328125
HHDMD,λ=8,8192,0,74721,9.1212158203125
HHDMD,λ=8,8192,0,68865,8.4063720703125
HHDMD,λ=8,8192,0,71529,8.7315673828125
HHDMD,λ=8,8192,0,78777,9.6163330078125
HHDMD,λ=8,8192,0,73073,8.9200439453125
HHDMD,λ=8,8192,0,69177,8.4444580078125
HHDMD,λ=8,8192,0,73313,8.9493408203125
HHDMD,λ=8,8192,0,75265,9.1876220703125
HHDMD,λ=8,8192,0,71041,8.6719970703125
HHDMD,λ=8,8192,0,70569,8.6143798828125
HHDMD,λ=8,8192,0,66961,8.1739501953125
HHDMD,λ=8,8192,0,67249,8.2091064453125
HHDMD,λ=8,8192,0,69817,8.5225830078125
HHDMD,λ=8,8192,0,69673,8.5050048828125
HHDMD,λ=8,8192,0,75865,9.2608642578125
HHDMD,λ=8,8192,0,73017,8.9132080078125
HHDMD,λ=8,8192,0,67689,8.2628173828125
HHDMD,λ=8,8192,0,77401,9.4483642578125
HHDMD,λ=8,8192,0,75193,9.1788330078125
HHDMD,λ=8,8192,0,69233,8.4512939453125
HHDMD,λ=8,8192,0,73025,8.9141845703125
HHDMD,λ=8,8192,0,76425,9.3292236328125
HHDMD,λ=8,8192,0,78481,9.5802001953125
HHDMD,λ=8,8192,0,74233,9.0616455078125
HHDMD,λ=8,8192,0,79121,9.6583251953125
HHDMD,λ=8,8192,0,73529,8.9757080078125
HHDMD,λ=8,8192,0,65305,7.9718017578125
HHDMD,λ=8,8192,0,80057,9.7725830078125
HHDMD,λ=8,8192,0,68065,8.3087158203125
HHDMD,λ=8,8192,0,74873,9.1397705078125
HHDMD,λ=8,8192,0,73457,8.9669189453125
HHDMD,λ=8,8192,0,77209,9.4249267578125
HHDMD,λ=8,8192,0,70433,8.5977783203125
HHDMD,λ=8,8192,0,76177,9.2989501953125
HHDMD,λ=8,8192,0,80873,9.8721923828125
HHDMD,λ=8,8192,0,78329,9.5616455078125
HHDMD,λ=8,8192,0,86305,10.5352783203125
HHDMD,λ=8,8192,0,72185,8.8116455078125
HHDMD,λ=8,8192,0,66769,8.1505126953125
HHDMD,λ=8,8192,0,67801,8.2764892578125
HHDMD,λ=8,8192,0,77009,9.4005126953125
HHDMD,λ=8,8192,0,75689,9.2393798828125
HHDMD,λ=8,8192,0,69761,8.5157470703125
HHDMD,λ=8,8192,0,71761,8.7598876953125
HHDMD,λ=8,8192,0,69633,8.5001220703125
HHDMD,λ=8,8192,0,69113,8.4366455078125
HHDMD,λ=8,8192,0,76369,9.3223876953125
HHDMD,λ=8,8192,0,79249,9.6739501953125
HHDMD,λ=8,8192,0,74585,9.1046142578125
HHDMD,λ=8,8192,0,72337,8.8302001953125
HHDMD,λ=8,8192,0,73441,8.9649658203125
HHDMD,λ=8,8192,0,69457,8.4786376953125
HHDMD,λ=8,8192,0,74017,9.0352783203125
HHDMD,λ=8,8192,0,70353,8.5880126953125
HHLMD,λ=8,8192,0,69857,8.5274658203125
HHLMD,λ=8,8192,0,88433,10.7950439453125
HHLMD,λ=8,8192,0,86641,10.5762939453125
HHLMD,λ=8,8192,0,67009,8.1798095703125
HHLMD,λ=8,8192,0,79425,9.6954345703125
HHLMD,λ=8,8192,0,80353,9.8087158203125
HHLMD,λ=8,8192,0,71593,8.7393798828125
HHLMD,λ=8,8192,0,74913,9.1446533203125
HHLMD,λ=8,8192,0,90217,11.0128173828125
HHLMD,λ=8,8192,0,83785,10.2276611328125
HHLMD,λ=8,8192,0,64233,7.8409423828125
HHLMD,λ=8,8192,0,76721,9.3653564453125
HHLMD,λ=8,8192,0,71225,8.6944580078125
HHLMD,λ=8,8192,0,79609,9.7178955078125
HHLMD,λ=8,8192,0,75201,9.1798095703125
HHLMD,λ=8,8192,0,70177,8.5665283203125
HHLMD,λ=8,8192,0,68617,8.3760986328125
HHLMD,λ=8,8192,0,65457,7.9903564453125
HHLMD,λ=8,8192,0,71489,8.7266845703125
HHLMD,λ=8,8192,0,71681,8.7501220703125
HHLMD,λ=8,8192,0,79217,9.6700439453125
HHLMD,λ=8,8192,0,68633,8.3780517578125
HHLMD,λ=8,8192,0,81449,9.9425048828125
HHLMD,λ=8,8192,0,74841,9.1358642578125
HHLMD,λ=8,8192,0,73881,9.0186767578125
HHLMD,λ=8,8192,0,70449,8.5997314453125
HHLMD,λ=8,8192,0,71361,8.7110595703125
HHLMD,λ=8,8192,0,70937,8.6593017578125
HHLMD,λ=8,8192,0,84385,10.3009033203125
HHLMD,λ=8,8192,0,70289,8.5802001953125
HHLMD,λ=8,8192,0,71441,8.7208251953125
HHLMD,λ=8,8192,0,81025,9.8907470703125
HHLMD,λ=8,8192,0,71529,8.7315673828125
HHLMD,λ=8,8192,0,75249,9.1856689453125
HHLMD,λ=8,8192,0,76689,9.3614501953125
HHLMD,λ=8,8192,0,91601,11.1817626953125
HHLMD,λ=8,8192,0,74249,9.0635986328125
HHLMD,λ=8,8192,0,69161,8.4425048828125
HHLMD,λ=8,8192,0,77729,9.4884033203125
HHLMD,λ=8,8192,0,69425,8.4747314453125
HHLMD,λ=8,8192,0,81569,9.9571533203125
HHLMD,λ=8,8192,0,73049,8.9171142578125
HHLMD,λ=8,8192,0,101609,12.4034423828125
HHLMD,λ=8,8192,0,73057,8.9180908203125
HHLMD,λ=8,8192,0,76449,9.3321533203125
HHLMD,λ=8,8192,0,76473,9.3350830078125
HHLMD,λ=8,8192,0,77497,9.4600830078125
HHLMD,λ=8,8192,0,76793,9.3741455078125
HHLMD,λ=8,8192,0,80513,9.8282470703125
HHLMD,λ=8,8192,0,76521,9.3409423828125
HHLMD,λ=8,8192,0,74969,9.1514892578125
HHLMD,λ=8,8192,0,77017,9.4014892578125
HHLMD,λ=8,8192,0,78817,9.6212158203125
HHLMD,λ=8,8192,0,70425,8.5968017578125
HHLMD,λ=8,8192,0,78081,9.5313720703125
HHLMD,λ=8,8192,0,76233,9.3057861328125
HHLMD,λ=8,8192,0,67729,8.2677001953125
HHLMD,λ=8,8192,0,72057,8.7960205078125
HHLMD,λ=8,8192,0,74313,9.0714111328125
HHLMD,λ=8,8192,0,67401,8.2276611328125
HHLMD,λ=8,8192,0,70945,8.6602783203125
HHLMD,λ=8,8192,0,79657,9.7237548828125
HHLMD,λ=8,8192,0,73401,8.9600830078125
HHLMD,λ=8,8192,0,84145,10.2716064453125
HHLMD,λ=8,8192,0,73337,8.9522705078125
HHLMD,λ=8,8192,0,78721,9.6094970703125
HHLMD,λ=8,8192,0,72753,8.8809814453125
HHLMD,λ=8,8192,0,72521,8.8526611328125
HHLMD,λ=8,8192,0,85289,10.4112548828125
HHLMD,λ=8,8192,0,71465,8.7237548828125
HHLMD,λ=8,8192,0,67057,8.1856689453125
HHLMD,λ=8,8192,0,70761,8.6378173828125
HHLMD,λ=8,8192,0,75217,9.1817626953125
HHLMD,λ=8,8192,0,79449,9.6983642578125
HHLMD,λ=8,8192,0,74129,9.0489501953125
HHLMD,λ=8,8192,0,70665,8.6260986328125
HHLMD,λ=8,8192,0,78369,9.5665283203125
HHLMD,λ=8,8192,0,74689,9.1173095703125
HHLMD,λ=8,8192,0,75625,9.2315673828125
HHLMD,λ=8,8192,0,67241,8.2081298828125
HHLMD,λ=8,8192,0,72625,8.8653564453125
HHLMD,λ=8,8192,0,70633,8.6221923828125
HHLMD,λ=8,8192,0,81161,9.9073486328125
HHLMD,λ=8,8192,0,74897,9.1427001953125
HHLMD,λ=8,8192,0,80713,9.8526611328125
HHLMD,λ=8,8192,0,65753,8.0264892578125
HHLMD,λ=8,8192,0,73977,9.0303955078125
HHLMD,λ=8,8192,0,74481,9.0919189453125
HHLMD,λ=8,8192,0,72825,8.8897705078125
HHLMD,λ=8,8192,0,68201,8.3253173828125
HHLMD,λ=8,8192,0,81665,9.9688720703125
HHLMD,λ=8,8192,0,66801,8.1544189453125
HHLMD,λ=8,8192,0,82041,10.0147705078125
HHLMD,λ=8,8192,0,70385,8.5919189453125
HHLMD,λ=8,8192,0,74041,9.0382080078125
HHLMD,λ=8,8192,0,70025,8.5479736328125
HHLMD,λ=8,8192,0,69553,8.4903564453125
HHLMD,λ=8,8192,0,69457,8.4786376953125
HHLMD,λ=8,8192,0,97257,11.8721923828125
HRLMD,λ=8,8192,0,74473,9.0909423828125
HRLMD,λ=8,8192,0,71009,8.6680908203125
HRLMD,λ=8,8192,0,73785,9.0069580078125
HRLMD,λ=8,8192,0,86497,10.5587158203125
HRLMD,λ=8,8192,0,76465,9.3341064453125
HRLMD,λ=8,8192,0,83113,10.1456298828125
HRLMD,λ=8,8192,0,64545,7.8790283203125
HRLMD,λ=8,8192,0,87729,10.7091064453125
HRLMD,λ=8,8192,0,84073,10.2628173828125
HRLMD,λ=8,8192,0,75129,9.1710205078125
HRLMD,λ=8,8192,0,79601,9.7169189453125
HRLMD,λ=8,8192,0,73681,8.9942626953125
HRLMD,λ=8,8192,0,75705,9.2413330078125
HRLMD,λ=8,8192,0,79609,9.7178955078125
HRLMD,λ=8,8192,0,75929,9.2686767578125
HRLMD,λ=8,8192,0,73321,8.9503173828125
HRLMD,λ=8,8192,0,76009,9.2784423828125
HRLMD,λ=8,8192,0,73409,8.9610595703125
HRLMD,λ=8,8192,0,87465,10.6768798828125
HRLMD,λ=8,8192,0,76809,9.3760986328125
HRLMD,λ=8,8192,0,92057,11.2374267578125
HRLMD,λ=8,8192,0,82321,10.0489501953125
HRLMD,λ=8,8192,0,68257,8.3321533203125
HRLMD,λ=8,8192,0,76385,9.3243408203125
HRLMD,λ=8,8192,0,81841,9.9903564453125
HRLMD,λ=8,8192,0,79393,9.6915283203125
HRLMD,λ=8,8192,0,80289,9.8009033203125
HRLMD,λ=8,8192,0,73129,8.9268798828125
HRLMD,λ=8,8192,0,87953,10.7364501953125
HRLMD,λ=8,8192,0,72985,8.9093017578125
HRLMD,λ=8,8192,0,77841,9.5020751953125
HRLMD,λ=8,8192,0,79073,9.6524658203125
HRLMD,λ=8,8192,0,82937,10.1241455078125
HRLMD,λ=8,8192,0,73929,9.0245361328125
HRLMD,λ=8,8192,0,71441,8.7208251953125
HRLMD,λ=8,8192,0,98505,12.0245361328125
HRLMD,λ=8,8192,0,78553,9.5889892578125
HRLMD,λ=8,8192,0,74105,9.0460205078125
HRLMD,λ=8,8192,0,70817,8.6446533203125
HRLMD,λ=8,8192,0,74953,9.1495361328125
HRLMD,λ=8,8192,0,81073,9.8966064453125
HRLMD,λ=8,8192,0,72729,8.8780517578125
HRLMD,λ=8,8192,0,68553,8.3682861328125
HRLMD,λ=8,8192,0,75041,9.1602783203125
HRLMD,λ=8,8192,0,71801,8.7647705078125
HRLMD,λ=8,8192,0,75313,9.1934814453125
HRLMD,λ=8,8192,0,82649,10.0889892578125
HRLMD,λ=8,8192,0,97865,11.9464111328125
HRLMD,λ=8,8192,0,76161,9.2969970703125
HRLMD,λ=8,8192,0,78737,9.6114501953125
HRLMD,λ=8,8192,0,78433,9.5743408203125
HRLMD,λ=8,8192,0,73305,8.9483642578125
HRLMD,λ=8,8192,0,76025,9.2803955078125
HRLMD,λ=8,8192,0,72761,8.8819580078125
HRLMD,λ=8,8192,0,69993,8.5440673828125
HRLMD,λ=8,8192,0,81977,10.0069580078125
HRLMD,λ=8,8192,0,77105,9.4122314453125
HRLMD,λ=8,8192,0,73169,8.9317626953125
HRLMD,λ=8,8192,0,83561,10.2003173828125
HRLMD,λ=8,8192,0,80225,9.7930908203125
HRLMD,λ=8,8192,0,74705,9.1192626953125
HRLMD,λ=8,8192,0,75569,9.2247314453125
HRLMD,λ=8,8192,0,73905,9.0216064453125
HRLMD,λ=8,8192,0,85465,10.4327392578125
HRLMD,λ=8,8192,0,78073,9.5303955078125
HRLMD,λ=8,8192,0,82065,10.0177001953125
HRLMD,λ=8,8192,0,75033,9.1593017578125
HRLMD,λ=8,8192,0,75273,9.1885986328125
HRLMD,λ=8,8192,0,85849,10.4796142578125
HRLMD,λ=8,8192,0,74265,9.0655517578125
HRLMD,λ=8,8192,0,75105,9.1680908203125
HRLMD,λ=8,8192,0,72417,8.8399658203125
HRLMD,λ=8,8192,0,86089,10.5089111328125
HRLMD,λ=8,8192,0,76937,9.3917236328125
HRLMD,λ=8,8192,0,76801,9.3751220703125
HRLMD,λ=8,8192,0,77361,9.4434814453125
HRLMD,λ=8,8192,0,79489,9.7032470703125
HRLMD,λ=8,8192,0,73737,9.0010986328125
HRLMD,λ=8,8192,0,66697,8.1417236328125
HRLMD,λ=8,8192,0,88849,10.8458251953125
HRLMD,λ=8,8192,0,76609,9.3516845703125
HRLMD,λ=8,8192,0,74537,9.0987548828125
HRLMD,λ=8,8192,0,70057,8.5518798828125
HRLMD,λ=8,8192,0,81001,9.8878173828125
HRLMD,λ=8,8192,0,83313,10.1700439453125
HRLMD,λ=8,8192,0,77905,9.5098876953125
HRLMD,λ=8,8192,0,77625,9.4757080078125
HRLMD,λ=8,8192,0,83257,10.1632080078125
HRLMD,λ=8,8192,0,68409,8.3507080078125
HRLMD,λ=8,8192,0,75353,9.1983642578125
HRLMD,λ=8,8192,0,78185,9.5440673828125
HRLMD,λ=8,8192,0,98321,12.0020751953125
HRLMD,λ=8,8192,0,80097,9.7774658203125
HRLMD,λ=8,8192,0,75137,9.1719970703125
HRLMD,λ=8,8192,0,72281,8.8233642578125
HRLMD,λ=8,8192,0,88369,10.7872314453125
HRLMD,λ=8,8192,0,76729,9.3663330078125
HRLMD,λ=8,8192,0,78353,9.5645751953125
HSLMD,λ=8,8192,0,90897,11.0958251953125
HSLMD,λ=8,8192,0,96641,11.7969970703125
HSLMD,λ=8,8192,0,91345,11.1505126953125
HSLMD,λ=8,8192,0,97361,11.8848876953125
HSLMD,λ=8,8192,0,98369,12.0079345703125
HSLMD,λ=8,8192,0,94977,11.5938720703125
HSLMD,λ=8,8192,0,110945,13.5430908203125
HSLMD,λ=8,8192,0,99905,12.1954345703125
HSLMD,λ=8,8192,0,91041,11.1134033203125
HSLMD,λ=8,8192,0,108833,13.2852783203125
HSLMD,λ=8,8192,0,96353,11.7618408203125
HSLMD,λ=8,8192,0,119841,14.6290283203125
HSLMD,λ=8,8192,0,91489,11.1680908203125
HSLMD,λ=8,8192,0,100609,12.2813720703125
HSLMD,λ=8,8192,0,98609,12.0372314453125
HSLMD,λ=8,8192,0,112177,13.6934814453125
HSLMD,λ=8,8192,0,98993,12.0841064453125
HSLMD,λ=8,8192,0,101857,12.4337158203125
HSLMD,λ=8,8192,0,100897,12.3165283203125
HSLMD,λ=8,8192,0,94833,11.5762939453125
HSLMD,λ=8,8192,0,105921,12.9298095703125
HSLMD,λ=8,8192,0,88993,10.8634033203125
HSLMD,λ=8,8192,0,132257,16.1446533203125
HSLMD,λ=8,8192,0,93745,11.4434814453125
HSLMD,λ=8,8192,0,118593,14.4766845703125
HSLMD,λ=8,8192,0,98785,12.0587158203125
HSLMD,λ=8,8192,0,112353,13.7149658203125
HSLMD,λ=8,8192,0,97857,11.9454345703125
HSLMD,λ=8,8192,0,104513,12.7579345703125
HSLMD,λ=8,8192,0,106449,12.9942626953125
HSLMD,λ=8,8192,0,126273,15.4141845703125
HSLMD,λ=8,8192,0,100385,12.2540283203125
HSLMD,λ=8,8192,0,97041,11.8458251953125
HSLMD,λ=8,8192,0,93793,11.4493408203125
HSLMD,λ=8,8192,0,94497,11.5352783203125
HSLMD,λ=8,8192,0,106033,12.9434814453125
HSLMD,λ=8,8192,0,129857,15.8516845703125
HSLMD,λ=8,8192,0,95825,11.6973876953125
HSLMD,λ=8,8192,0,102721,12.5391845703125
HSLMD,λ=8,8192,0,115793,14.1348876953125
HSLMD,λ=8,8192,0,115521,14.1016845703125
HSLMD,λ=8,8192,0,103745,12.6641845703125
HSLMD,λ=8,8192,0,97505,11.9024658203125
HSLMD,λ=8,8192,0,100689,12.2911376953125
HSLMD,λ=8,8192,0,99729,12.1739501953125
HSLMD,λ=8,8192,0,89697,10.9493408203125
HSLMD,λ=8,8192,0,102657,12.5313720703125
HSLMD,λ=8,8192,0,100033,12.2110595703125
HSLMD,λ=8,8192,0,100369,12.2520751953125
HSLMD,λ=8,8192,0,98817,12.0626220703125
HSLMD,λ=8,8192,0,96129,11.7344970703125
HSLMD,λ=8,8192,0,96753,11.8106689453125
HSLMD,λ=8,8192,0,90865,11.0919189453125
HSLMD,λ=8,8192,0,118145,14.4219970703125
HSLMD,λ=8,8192,0,103185,12.5958251953125
HSLMD,λ=8,8192,0,88337,10.7833251953125
HSLMD,λ=8,8192,0,101569,12.3985595703125
HSLMD,λ=8,8192,0,110145,13.4454345703125
HSLMD,λ=8,8192,0,90977,11.1055908203125
HSLMD,λ=8,8192,0,104721,12.7833251953125
HSLMD,λ=8,8192,0,105713,12.9044189453125
HSLMD,λ=8,8192,0,105249,12.8477783203125
HSLMD,λ=8,8192,0,100337,12.2481689453125
HSLMD,λ=8,8192,0,95729,11.6856689453125
HSLMD,λ=8,8192,0,98577,12.0333251953125
HSLMD,λ=8,8192,0,101921,12.4415283203125
HSLMD,λ=8,8192,0,101409,12.3790283203125
HSLMD,λ=8,8192,0,107713,13.1485595703125
HSLMD,λ=8,8192,0,103921,12.6856689453125
HSLMD,λ=8,8192,0,101233,12.3575439453125
HSLMD,λ=8,8192,0,96865,11.8243408203125
HSLMD,λ=8,8192,0,96289,11.7540283203125
HSLMD,λ=8,8192,0,96193,11.7423095703125
HSLMD,λ=8,8192,0,91265,11.1407470703125
HSLMD,λ=8,8192,0,104657,12.7755126953125
HSLMD,λ=8,8192,0,101905,12.4395751953125
HSLMD,λ=8,8192,0,93697,11.4376220703125
HSLMD,λ=8,8192,0,107793,13.1583251953125
HSLMD,λ=8,8192,0,109329,13.3458251953125
HSLMD,λ=8,8192,0,94033,11.4786376953125
HSLMD,λ=8,8192,0,99457,12.1407470703125
HSLMD,λ=8,8192,0,108161,13.2032470703125
HSLMD,λ=8,8192,0,92897,11.3399658203125
HSLMD,λ=8,8192,0,99297,12.1212158203125
HSLMD,λ=8,8192,0,89617,10.9395751953125
HSLMD,λ=8,8192,0,94337,11.5157470703125
HSLMD,λ=8,8192,0,95953,11.7130126953125
HSLMD,λ=8,8192,0,98081,11.9727783203125
HSLMD,λ=8,8192,0,113345,13.8360595703125
HSLMD,λ=8,8192,0,92593,11.3028564453125
HSLMD,λ=8,8192,0,106897,13.0489501953125
HSLMD,λ=8,8192,0,94017,11.4766845703125
HSLMD,λ=8,8192,0,94625,11.5509033203125
HSLMD,λ=8,8192,0,122785,14.9884033203125
HSLMD,λ=8,8192,0,96145,11.7364501953125
HSLMD,λ=8,8192,0,87281,10.6544189453125
HSLMD,λ=8,8192,0,97761,11.9337158203125
HSLMD,λ=8,8192,0,95105,11.6094970703125
HSDID,λ=8,8192,0,102881,12.5587158203125
HSDID,λ=8,8192,0,108625,13.2598876953125
HSDID,λ=8,8192,0,109985,13.4259033203125
HSDID,λ=8,8192,0,94225,11.5020751953125
HSDID,λ=8,8192,0,103985,12.6934814453125
HSDID,λ=8,8192,0,110513,13.4903564453125
HSDID,λ=8,8192,0,106913,13.0509033203125
HSDID,λ=8,8192,0,104337,12.7364501953125
HSDID,λ=8,8192,0,100993,12.3282470703125
HSDID,λ=8,8192,0,104769,12.7891845703125
HSDID,λ=8,8192,0,111985,13.6700439453125
HSDID,λ=8,8192,0,102929,12.5645751953125
HSDID,λ=8,8192,0,120593,14.7208251953125
HSDID,λ=8,8192,0,122641,14.9708251953125
HSDID,λ=8,8192,0,98849,12.0665283203125
HSDID,λ=8,8192,0,103473,12.6309814453125
HSDID,λ=8,8192,0,105537,12.8829345703125
HSDID,λ=8,8192,0,108209,13.2091064453125
HSDID,λ=8,8192,0,106257,12.9708251953125
HSDID,λ=8,8192,0,106065,12.9473876953125
HSDID,λ=8,8192,0,98785,12.0587158203125
HSDID,λ=8,8192,0,100401,12.2559814453125
HSDID,λ=8,8192,0,95937,11.7110595703125
HSDID,λ=8,8192,0,98545,12.0294189453125
HSDID,λ=8,8192,0,107953,13.1778564453125
HSDID,λ=8,8192,0,116305,14.1973876953125
HSDID,λ=8,8192,0,114833,14.0177001953125
HSDID,λ=8,8192,0,109409,13.3555908203125
HSDID,λ=8,8192,0,102593,12.5235595703125
HSDID,λ=8,8192,0,97441,11.8946533203125
HSDID,λ=8,8192,0,97089,11.8516845703125
HSDID,λ=8,8192,0,102561,12.5196533203125
HSDID,λ=8,8192,0,105969,12.9356689453125
HSDID,λ=8,8192,0,110337,13.4688720703125
HSDID,λ=8,8192,0,105745,12.9083251953125
HSDID,λ=8,8192,0,109745,13.3966064453125
HSDID,λ=8,8192,0,107761,13.1544189453125
HSDID,λ=8,8192,0,101505,12.3907470703125
HSDID,λ=8,8192,0,100929,12.3204345703125
HSDID,λ=8,8192,0,117809,14.3809814453125
HSDID,λ=8,8192,0,114161,13.9356689453125
HSDID,λ=8,8192,0,98417,12.0137939453125
HSDID,λ=8,8192,0,104369,12.7403564453125
HSDID,λ=8,8192,0,105697,12.9024658203125
HSDID,λ=8,8192,0,125025,15.2618408203125
HSDID,λ=8,8192,0,106433,12.9923095703125
HSDID,λ=8,8192,0,111345,13.5919189453125
HSDID,λ=8,8192,0,97537,11.9063720703125
HSDID,λ=8,8192,0,95505,11.6583251953125
HSDID,λ=8,8192,0,107985,13.1817626953125
HSDID,λ=8,8192,0,101665,12.4102783203125
HSDID,λ=8,8192,0,104273,12.7286376953125
HSDID,λ=8,8192,0,117505,14.3438720703125
HSDID,λ=8,8192,0,104785,12.7911376953125
HSDID,λ=8,8192,0,112865,13.7774658203125
HSDID,λ=8,8192,0,105985,12.9376220703125
HSDID,λ=8,8192,0,100161,12.2266845703125
HSDID,λ=8,8192,0,112417,13.7227783203125
HSDID,λ=8,8192,0,101921,12.4415283203125
HSDID,λ=8,8192,0,111425,13.6016845703125
HSDID,λ=8,8192,0,104401,12.7442626953125
HSDID,λ=8,8192,0,102369,12.4962158203125
HSDID,λ=8,8192,0,117409,14.3321533203125
HSDID,λ=8,8192,0,103793,12.6700439453125
HSDID,λ=8,8192,0,115585,14.1094970703125
HSDID,λ=8,8192,0,103377,12.6192626953125
HSDID,λ=8,8192,0,113153,13.8126220703125
HSDID,λ=8,8192,0,106161,12.9591064453125
HSDID,λ=8,8192,0,102609,12.5255126953125
HSDID,λ=8,8192,0,106785,13.0352783203125
HSDID,λ=8,8192,0,96289,11.7540283203125
HSDID,λ=8,8192,0,93601,11.4259033203125
HSDID,λ=8,8192,0,113169,13.8145751953125
HSDID,λ=8,8192,0,101745,12.4200439453125
HSDID,λ=8,8192,0,122801,14.9903564453125
HSDID,λ=8,8192,0,97905,11.9512939453125
HSDID,λ=8,8192,0,99873,12.1915283203125
HSDID,λ=8,8192,0,121937,14.8848876953125
HSDID,λ=8,8192,0,105441,12.8712158203125
HSDID,λ=8,8192,0,107121,13.0762939453125
HSDID,λ=8,8192,0,96049,11.7247314453125
HSDID,λ=8,8192,0,109537,13.3712158203125
HSDID,λ=8,8192,0,105601,12.8907470703125
HSDID,λ=8,8192,0,120545,14.7149658203125
HSDID,λ=8,8192,0,99153,12.1036376953125
HSDID,λ=8,8192,0,112689,13.7559814453125
HSDID,λ=8,8192,0,109601,13.3790283203125
HSDID,λ=8,8192,0,105345,12.8594970703125
HSDID,λ=8,8192,0,107665,13.1427001953125
HSDID,λ=8,8192,0,122753,14.9844970703125
HSDID,λ=8,8192,0,103137,12.5899658203125
HSDID,λ=8,8192,0,102401,12.5001220703125
HSDID,λ=8,8192,0,93617,11.4278564453125
HSDID,λ=8,8192,0,94145,11.4923095703125
HSDID,λ=8,8192,0,108529,13.2481689453125
HSDID,λ=8,8192,0,94993,11.5958251953125
HSDID,λ=8,8192,0,97569,11.9102783203125
HSDID,λ=8,8192,0,107105,13.0743408203125
HRDID,λ=8,8192,0,82849,10.1134033203125
HRDID,λ=8,8192,0,87377,10.6661376953125
HRDID,λ=8,8192,0,86641,10.5762939453125
HRDID,λ=8,8192,0,87249,10.6505126953125
HRDID,λ=8,8192,0,83825,10.2325439453125
HRDID,λ=8,8192,0,85505,10.4376220703125
HRDID,λ=8,8192,0,77585,9.4708251953125
HRDID,λ=8,8192,0,83009,10.1329345703125
HRDID,λ=8,8192,0,78961,9.6387939453125
HRDID,λ=8,8192,0,72961,8.9063720703125
HRDID,λ=8,8192,0,82129,10.0255126953125
HRDID,λ=8,8192,0,87569,10.6895751953125
HRDID,λ=8,8192,0,81105,9.9005126953125
HRDID,λ=8,8192,0,84561,10.3223876953125
HRDID,λ=8,8192,0,91201,11.1329345703125
HRDID,λ=8,8192,0,86145,10.5157470703125
HRDID,λ=8,8192,0,78209,9.5469970703125
HRDID,λ=8,8192,0,87905,10.7305908203125
HRDID,λ=8,8192,0,79361,9.6876220703125
HRDID,λ=8,8192,0,80897,9.8751220703125
HRDID,λ=8,8192,0,73713,8.9981689453125
HRDID,λ=8,8192,0,76849,9.3809814453125
HRDID,λ=8,8192,0,87073,10.6290283203125
HRDID,λ=8,8192,0,75985,9.2755126953125
HRDID,λ=8,8192,0,79761,9.7364501953125
HRDID,λ=8,8192,0,89137,10.8809814453125
HRDID,λ=8,8192,0,84913,10.3653564453125
HRDID,λ=8,8192,0,77681,9.4825439453125
HRDID,λ=8,8192,0,75169,9.1759033203125
HRDID,λ=8,8192,0,98049,11.9688720703125
HRDID,λ=8,8192,0,90833,11.0880126953125
HRDID,λ=8,8192,0,86033,10.5020751953125
HRDID,λ=8,8192,0,79041,9.6485595703125
HRDID,λ=8,8192,0,79825,9.7442626953125
HRDID,λ=8,8192,0,84081,10.2637939453125
HRDID,λ=8,8192,0,113217,13.8204345703125
HRDID,λ=8,8192,0,77425,9.4512939453125
HRDID,λ=8,8192,0,82193,10.0333251953125
HRDID,λ=8,8192,0,81329,9.9278564453125
HRDID,λ=8,8192,0,91169,11.1290283203125
HRDID,λ=8,8192,0,77697,9.4844970703125
HRDID,λ=8,8192,0,101585,12.4005126953125
HRDID,λ=8,8192,0,85537,10.4415283203125
HRDID,λ=8,8192,0,76865,9.3829345703125
HRDID,λ=8,8192,0,82433,10.0626220703125
HRDID,λ=8,8192,0,85313,10.4141845703125
HRDID,λ=8,8192,0,82145,10.0274658203125
HRDID,λ=8,8192,0,106593,13.0118408203125
HRDID,λ=8,8192,0,89201,10.8887939453125
HRDID,λ=8,8192,0,86433,10.5509033203125
HRDID,λ=8,8192,0,93057,11.3594970703125
HRDID,λ=8,8192,0,83297,10.1680908203125
HRDID,λ=8,8192,0,75409,9.2052001953125
HRDID,λ=8,8192,0,80417,9.8165283203125
HRDID,λ=8,8192,0,77393,9.4473876953125
HRDID,λ=8,8192,0,74033,9.0372314453125
HRDID,λ=8,8192,0,83937,10.2462158203125
HRDID,λ=8,8192,0,78033,9.5255126953125
HRDID,λ=8,8192,0,90065,10.9942626953125
HRDID,λ=8,8192,0,78817,9.6212158203125
HRDID,λ=8,8192,0,78481,9.5802001953125
HRDID,λ=8,8192,0,88577,10.8126220703125
HRDID,λ=8,8192,0,81137,9.9044189453125
HRDID,λ=8,8192,0,81633,9.9649658203125
HRDID,λ=8,8192,0,86689,10.5821533203125
HRDID,λ=8,8192,0,87713,10.7071533203125
HRDID,λ=8,8192,0,77057,9.4063720703125
HRDID,λ=8,8192,0,80225,9.7930908203125
HRDID,λ=8,8192,0,81249,9.9180908203125
HRDID,λ=8,8192,0,84849,10.3575439453125
HRDID,λ=8,8192,0,73841,9.0137939453125
HRDID,λ=8,8192,0,87681,10.7032470703125
HRDID,λ=8,8192,0,77633,9.4766845703125
HRDID,λ=8,8192,0,75105,9.1680908203125
HRDID,λ=8,8192,0,73553,8.9786376953125
HRDID,λ=8,8192,0,81489,9.9473876953125
HRDID,λ=8,8192,0,73361,8.9552001953125
HRDID,λ=8,8192,0,84769,10.3477783203125
HRDID,λ=8,8192,0,90449,11.0411376953125
HRDID,λ=8,8192,0,74945,9.1485595703125
HRDID,λ=8,8192,0,82337,10.0509033203125
HRDID,λ=8,8192,0,78625,9.5977783203125
HRDID,λ=8,8192,0,81745,9.9786376953125
HRDID,λ=8,8192,0,88097,10.7540283203125
HRDID,λ=8,8192,0,81521,9.9512939453125
HRDID,λ=8,8192,0,85441,10.4298095703125
HRDID,λ=8,8192,0,81649,9.9669189453125
HRDID,λ=8,8192,0,84865,10.3594970703125
HRDID,λ=8,8192,0,77905,9.5098876953125
HRDID,λ=8,8192,0,81777,9.9825439453125
HRDID,λ=8,8192,0,95025,11.5997314453125
HRDID,λ=8,8192,0,83809,10.2305908203125
HRDID,λ=8,8192,0,84641,10.3321533203125
HRDID,λ=8,8192,0,82273,10.0430908203125
HRDID,λ=8,8192,0,84817,10.3536376953125
HRDID,λ=8,8192,0,88641,10.8204345703125
HRDID,λ=8,8192,0,75937,9.2696533203125
HRDID,λ=8,8192,0,84337,10.2950439453125
HRDID,λ=8,8192,0,79057,9.6505126953125
HHDID,λ=8,8192,0,79441,9.6973876953125
HHDID,λ=8,8192,0,75185,9.1778564453125
HHDID,λ=8,8192,0,87489,10.6798095703125
HHDID,λ=8,8192,0,81137,9.9044189453125
HHDID,λ=8,8192,0,80209,9.7911376953125
HHDID,λ=8,8192,0,82337,10.0509033203125
HHDID,λ=8,8192,0,91777,11.2032470703125
HHDID,λ=8,8192,0,86545,10.5645751953125
HHDID,λ=8,8192,0,75649,9.2344970703125
HHDID,λ=8,8192,0,74913,9.1446533203125
HHDID,λ=8,8192,0,79601,9.7169189453125
HHDID,λ=8,8192,0,81505,9.9493408203125
HHDID,λ=8,8192,0,78001,9.5216064453125
HHDID,λ=8,8192,0,76193,9.3009033203125
HHDID,λ=8,8192,0,77857,9.5040283203125
HHDID,λ=8,8192,0,81809,9.9864501953125
HHDID,λ=8,8192,0,82625,10.0860595703125
HHDID,λ=8,8192,0,73953,9.0274658203125
HHDID,λ=8,8192,0,78561,9.5899658203125
HHDID,λ=8,8192,0,86913,10.6094970703125
HHDID,λ=8,8192,0,82609,10.0841064453125
HHDID,λ=8,8192,0,74321,9.0723876953125
HHDID,λ=8,8192,0,86785,10.5938720703125
HHDID,λ=8,8192,0,79697,9.7286376953125
HHDID,λ=8,8192,0,83105,10.1446533203125
HHDID,λ=8,8192,0,75921,9.2677001953125
HHDID,λ=8,8192,0,78065,9.5294189453125
HHDID,λ=8,8192,0,76545,9.3438720703125
HHDID,λ=8,8192,0,77409,9.4493408203125
HHDID,λ=8,8192,0,77473,9.4571533203125
HHDID,λ=8,8192,0,83265,10.1641845703125
HHDID,λ=8,8192,0,79041,9.6485595703125
HHDID,λ=8,8192,0,74577,9.1036376953125
HHDID,λ=8,8192,0,83233,10.1602783203125
HHDID,λ=8,8192,0,79649,9.7227783203125
HHDID,λ=8,8192,0,77697,9.4844970703125
HHDID,λ=8,8192,0,76481,9.3360595703125
HHDID,λ=8,8192,0,76865,9.3829345703125
HHDID,λ=8,8192,0,83425,10.1837158203125
HHDID,λ=8,8192,0,74849,9.1368408203125
HHDID,λ=8,8192,0,76081,9.2872314453125
HHDID,λ=8,8192,0,81937,10.0020751953125
HHDID,λ=8,8192,0,82081,10.0196533203125
HHDID,λ=8,8192,0,78641,9.5997314453125
HHDID,λ=8,8192,0,83377,10.1778564453125
HHDID,λ=8,8192,0,86209,10.5235595703125
HHDID,λ=8,8192,0,83985,10.2520751953125
HHDID,λ=8,8192,0,80241,9.7950439453125
HHDID,λ=8,8192,0,80001,9.7657470703125
HHDID,λ=8,8192,0,83249,10.1622314453125
HHDID,λ=8,8192,0,80465,9.8223876953125
HHDID,λ=8,8192,0,86865,10.6036376953125
HHDID,λ=8,8192,0,79809,9.7423095703125
HHDID,λ=8,8192,0,85041,10.3809814453125
HHDID,λ=8,8192,0,83185,10.1544189453125
HHDID,λ=8,8192,0,80577,9.8360595703125
HHDID,λ=8,8192,0,80561,9.8341064453125
HHDID,λ=8,8192,0,76705,9.3634033203125
HHDID,λ=8,8192,0,83137,10.1485595703125
HHDID,λ=8,8192,0,77665,9.4805908203125
HHDID,λ=8,8192,0,80193,9.7891845703125
HHDID,λ=8,8192,0,77505,9.4610595703125
HHDID,λ=8,8192,0,89505,10.9259033203125
HHDID,λ=8,8192,0,83505,10.1934814453125
HHDID,λ=8,8192,0,88033,10.7462158203125
HHDID,λ=8,8192,0,81153,9.9063720703125
HHDID,λ=8,8192,0,116193,14.1837158203125
HHDID,λ=8,8192,0,74129,9.0489501953125
HHDID,λ=8,8192,0,93185,11.3751220703125
HHDID,λ=8,8192,0,81473,9.9454345703125
HHDID,λ=8,8192,0,75105,9.1680908203125
HHDID,λ=8,8192,0,77809,9.4981689453125
HHDID,λ=8,8192,0,76113,9.2911376953125
HHDID,λ=8,8192,0,81281,9.9219970703125
HHDID,λ=8,8192,0,72945,8.9044189453125
HHDID,λ=8,8192,0,90449,11.0411376953125
HHDID,λ=8,8192,0,75873,9.2618408203125
HHDID,λ=8,8192,0,76801,9.3751220703125
HHDID,λ=8,8192,0,82753,10.1016845703125
HHDID,λ=8,8192,0,73633,8.9884033203125
HHDID,λ=8,8192,0,94945,11.5899658203125
HHDID,λ=8,8192,0,77329,9.4395751953125
HHDID,λ=8,8192,0,81521,9.9512939453125
HHDID,λ=8,8192,0,76209,9.3028564453125
HHDID,λ=8,8192,0,81553,9.9552001953125
HHDID,λ=8,8192,0,77873,9.5059814453125
HHDID,λ=8,8192,0,81665,9.9688720703125
HHDID,λ=8,8192,0,81777,9.9825439453125
HHDID,λ=8,8192,0,78577,9.5919189453125
HHDID,λ=8,8192,0,92257,11.2618408203125
HHDID,λ=8,8192,0,79249,9.6739501953125
HHDID,λ=8,8192,0,84513,10.3165283203125
HHDID,λ=8,8192,0,80033,9.7696533203125
HHLID,λ=8,8192,0,81793,9.9844970703125
HHLID,λ=8,8192,0,84465,10.3106689453125
HHLID,λ=8,8192,0,76241,9.3067626953125
HHLID,λ=8,8192,0,76593,9.3497314453125
HHLID,λ=8,8192,0,76225,9.3048095703125
HHLID,λ=8,8192,0,77905,9.5098876953125
HHLID,λ=8,8192,0,87761,10.7130126953125
HHLID,λ=8,8192,0,77745,9.4903564453125
HHLID,λ=8,8192,0,79425,9.6954345703125
HHLID,λ=8,8192,0,74929,9.1466064453125
HHLID,λ=8,8192,0,88449,10.7969970703125
HHLID,λ=8,8192,0,80785,9.8614501953125
HHLID,λ=8,8192,0,83569,10.2012939453125
HHLID,λ=8,8192,0,83697,10.2169189453125
HHLID,λ=8,8192,0,87905,10.7305908203125
HHLID,λ=8,8192,0,79361,9.6876220703125
HHLID,λ=8,8192,0,83169,10.1524658203125
HHLID,λ=8,8192,0,77137,9.4161376953125
HHLID,λ=8,8192,0,80977,9.8848876953125
HHLID,λ=8,8192,0,95633,11.6739501953125
HHLID,λ=8,8192,0,74801,9.1309814453125
HHLID,λ=8,8192,0,78945,9.6368408203125
HHLID,λ=8,8192,0,77409,9.4493408203125
HHLID,λ=8,8192,0,80497,9.8262939453125
HHLID,λ=8,8192,0,80289,9.8009033203125
HHLID,λ=8,8192,0,88433,10.7950439453125
HHLID,λ=8,8192,0,77681,9.4825439453125
HHLID,λ=8,8192,0,86721,10.5860595703125
HHLID,λ=8,8192,0,80961,9.8829345703125
HHLID,λ=8,8192,0,77425,9.4512939453125
HHLID,λ=8,8192,0,81329,9.9278564453125
HHLID,λ=8,8192,0,80065,9.7735595703125
HHLID,λ=8,8192,0,84385,10.3009033203125
HHLID,λ=8,8192,0,79185,9.6661376953125
HHLID,λ=8,8192,0,84417,10.3048095703125
HHLID,λ=8,8192,0,82433,10.0626220703125
HHLID,λ=8,8192,0,79201,9.6680908203125
HHLID,λ=8,8192,0,82929,10.1231689453125
HHLID,λ=8,8192,0,79537,9.7091064453125
HHLID,λ=8,8192,0,81073,9.8966064453125
HHLID,λ=8,8192,0,84737,10.3438720703125
HHLID,λ=8,8192,0,79889,9.7520751953125
HHLID,λ=8,8192,0,79169,9.6641845703125
HHLID,λ=8,8192,0,84017,10.2559814453125
HHLID,λ=8,8192,0,90881,11.0938720703125
HHLID,λ=8,8192,0,89697,10.9493408203125
HHLID,λ=8,8192,0,83553,10.1993408203125
HHLID,λ=8,8192,0,80001,9.7657470703125
HHLID,λ=8,8192,0,81569,9.9571533203125
HHLID,λ=8,8192,0,90033,10.9903564453125
HHLID,λ=8,8192,0,74369,9.0782470703125
HHLID,λ=8,8192,0,86241,10.5274658203125
HHLID,λ=8,8192,0,78433,9.5743408203125
HHLID,λ=8,8192,0,74001,9.0333251953125
HHLID,λ=8,8192,0,80513,9.8282470703125
HHLID,λ=8,8192,0,92497,11.2911376953125
HHLID,λ=8,8192,0,78321,9.5606689453125
HHLID,λ=8,8192,0,87361,10.6641845703125
HHLID,λ=8,8192,0,81345,9.9298095703125
HHLID,λ=8,8192,0,83057,10.1387939453125
HHLID,λ=8,8192,0,72849,8.8927001953125
HHLID,λ=8,8192,0,87633,10.6973876953125
HHLID,λ=8,8192,0,88065,10.7501220703125
HHLID,λ=8,8192,0,80209,9.7911376953125
HHLID,λ=8,8192,0,77057,9.4063720703125
HHLID,λ=8,8192,0,82993,10.1309814453125
HHLID,λ=8,8192,0,72145,8.8067626953125
HHLID,λ=8,8192,0,80945,9.8809814453125
HHLID,λ=8,8192,0,87329,10.6602783203125
HHLID,λ=8,8192,0,84849,10.3575439453125
HHLID,λ=8,8192,0,83505,10.1934814453125
HHLID,λ=8,8192,0,76561,9.3458251953125
HHLID,λ=8,8192,0,85681,10.4591064453125
HHLID,λ=8,8192,0,84273,10.2872314453125
HHLID,λ=8,8192,0,82305,10.0469970703125
HHLID,λ=8,8192,0,77377,9.4454345703125
HHLID,λ=8,8192,0,91009,11.1094970703125
HHLID,λ=8,8192,0,93601,11.4259033203125
HHLID,λ=8,8192,0,89169,10.8848876953125
HHLID,λ=8,8192,0,79793,9.7403564453125
HHLID,λ=8,8192,0,77361,9.4434814453125
HHLID,λ=8,8192,0,100945,12.3223876953125
HHLID,λ=8,8192,0,79489,9.7032470703125
HHLID,λ=8,8192,0,84241,10.2833251953125
HHLID,λ=8,8192,0,85505,10.4376220703125
HHLID,λ=8,8192,0,81361,9.9317626953125
HHLID,λ=8,8192,0,83073,10.1407470703125
HHLID,λ=8,8192,0,75153,9.1739501953125
HHLID,λ=8,8192,0,79905,9.7540283203125
HHLID,λ=8,8192,0,90001,10.9864501953125
HHLID,λ=8,8192,0,74481,9.0919189453125
HHLID,λ=8,8192,0,80337,9.8067626953125
HHLID,λ=8,8192,0,81425,9.9395751953125
HHLID,λ=8,8192,0,92273,11.2637939453125
HHLID,λ=8,8192,0,77185,9.4219970703125
HHLID,λ=8,8192,0,79297,9.6798095703125
HHLID,λ=8,8192,0,88369,10.7872314453125
HHLID,λ=8,8192,0,75361,9.1993408203125
HHLID,λ=8,8192,0,95105,11.6094970703125
HRLID,λ=8,8192,0,80017,9.7677001953125
HRLID,λ=8,8192,0,82257,10.0411376953125
HRLID,λ=8,8192,0,75217,9.1817626953125
HRLID,λ=8,8192,0,99441,12.1387939453125
HRLID,λ=8,8192,0,84513,10.3165283203125
HRLID,λ=8,8192,0,78049,9.5274658203125
HRLID,λ=8,8192,0,89073,10.8731689453125
HRLID,λ=8,8192,0,81713,9.9747314453125
HRLID,λ=8,8192,0,74961,9.1505126953125
HRLID,λ=8,8192,0,77233,9.4278564453125
HRLID,λ=8,8192,0,87761,10.7130126953125
HRLID,λ=8,8192,0,81297,9.9239501953125
HRLID,λ=8,8192,0,77585,9.4708251953125
HRLID,λ=8,8192,0,87729,10.7091064453125
HRLID,λ=8,8192,0,84449,10.3087158203125
HRLID,λ=8,8192,0,84977,10.3731689453125
HRLID,λ=8,8192,0,83489,10.1915283203125
HRLID,λ=8,8192,0,80833,9.8673095703125
HRLID,λ=8,8192,0,75729,9.2442626953125
HRLID,λ=8,8192,0,79153,9.6622314453125
HRLID,λ=8,8192,0,86145,10.5157470703125
HRLID,λ=8,8192,0,81169,9.9083251953125
HRLID,λ=8,8192,0,93409,11.4024658203125
HRLID,λ=8,8192,0,88609,10.8165283203125
HRLID,λ=8,8192,0,83697,10.2169189453125
HRLID,λ=8,8192,0,79361,9.6876220703125
HRLID,λ=8,8192,0,83169,10.1524658203125
HRLID,λ=8,8192,0,77137,9.4161376953125
HRLID,λ=8,8192,0,81921,10.0001220703125
HRLID,λ=8,8192,0,83969,10.2501220703125
HRLID,λ=8,8192,0,91633,11.1856689453125
HRLID,λ=8,8192,0,109025,13.3087158203125
HRLID,λ=8,8192,0,87057,10.6270751953125
HRLID,λ=8,8192,0,84913,10.3653564453125
HRLID,λ=8,8192,0,86385,10.5450439453125
HRLID,λ=8,8192,0,75905,9.2657470703125
HRLID,λ=8,8192,0,75681,9.2384033203125
HRLID,λ=8,8192,0,90785,11.0821533203125
HRLID,λ=8,8192,0,80273,9.7989501953125
HRLID,λ=8,8192,0,79745,9.7344970703125
HRLID,λ=8,8192,0,81601,9.9610595703125
HRLID,λ=8,8192,0,88401,10.7911376953125
HRLID,λ=8,8192,0,82193,10.0333251953125
HRLID,λ=8,8192,0,81041,9.8927001953125
HRLID,λ=8,8192,0,81233,9.9161376953125
HRLID,λ=8,8192,0,79953,9.7598876953125
HRLID,λ=8,8192,0,87921,10.7325439453125
HRLID,λ=8,8192,0,91345,11.1505126953125
HRLID,λ=8,8192,0,82081,10.0196533203125
HRLID,λ=8,8192,0,78641,9.5997314453125
HRLID,λ=8,8192,0,84785,10.3497314453125
HRLID,λ=8,8192,0,83665,10.2130126953125
HRLID,λ=8,8192,0,77265,9.4317626953125
HRLID,λ=8,8192,0,87297,10.6563720703125
HRLID,λ=8,8192,0,90513,11.0489501953125
HRLID,λ=8,8192,0,80593,9.8380126953125
HRLID,λ=8,8192,0,79025,9.6466064453125
HRLID,λ=8,8192,0,80417,9.8165283203125
HRLID,λ=8,8192,0,85937,10.4903564453125
HRLID,λ=8,8192,0,77393,9.4473876953125
HRLID,λ=8,8192,0,82737,10.0997314453125
HRLID,λ=8,8192,0,88561,10.8106689453125
HRLID,λ=8,8192,0,89297,10.9005126953125
HRLID,λ=8,8192,0,90945,11.1016845703125
HRLID,λ=8,8192,0,86977,10.6173095703125
HRLID,λ=8,8192,0,81729,9.9766845703125
HRLID,λ=8,8192,0,90993,11.1075439453125
HRLID,λ=8,8192,0,79569,9.7130126953125
HRLID,λ=8,8192,0,73169,8.9317626953125
HRLID,λ=8,8192,0,83361,10.1759033203125
HRLID,λ=8,8192,0,89665,10.9454345703125
HRLID,λ=8,8192,0,91105,11.1212158203125
HRLID,λ=8,8192,0,97553,11.9083251953125
HRLID,λ=8,8192,0,84833,10.3555908203125
HRLID,λ=8,8192,0,72401,8.8380126953125
HRLID,λ=8,8192,0,90737,11.0762939453125
HRLID,λ=8,8192,0,78257,9.5528564453125
HRLID,λ=8,8192,0,76033,9.2813720703125
HRLID,λ=8,8192,0,78673,9.6036376953125
HRLID,λ=8,8192,0,77489,9.4591064453125
HRLID,λ=8,8192,0,102961,12.5684814453125
HRLID,λ=8,8192,0,75809,9.2540283203125
HRLID,λ=8,8192,0,79281,9.6778564453125
HRLID,λ=8,8192,0,100289,12.2423095703125
HRLID,λ=8,8192,0,86129,10.5137939453125
HRLID,λ=8,8192,0,87009,10.6212158203125
HRLID,λ=8,8192,0,86305,10.5352783203125
HRLID,λ=8,8192,0,84241,10.2833251953125
HRLID,λ=8,8192,0,82481,10.0684814453125
HRLID,λ=8,8192,0,96881,11.8262939453125
HRLID,λ=8,8192,0,81425,9.9395751953125
HRLID,λ=8,8192,0,78993,9.6427001953125
HRLID,λ=8,8192,0,92737,11.3204345703125
HRLID,λ=8,8192,0,83905,10.2423095703125
HRLID,λ=8,8192,0,81057,9.8946533203125
HRLID,λ=8,8192,0,83313,10.1700439453125
HRLID,λ=8,8192,0,81665,9.9688720703125
HRLID,λ=8,8192,0,90753,11.0782470703125
HRLID,λ=8,8192,0,83329,10.1719970703125
HSLID,λ=8,8192,0,111361,13.5938720703125
HSLID,λ=8,8192,0,97713,11.9278564453125
HSLID,λ=8,8192,0,106689,13.0235595703125
HSLID,λ=8,8192,0,106529,13.0040283203125
HSLID,λ=8,8192,0,113377,13.8399658203125
HSLID,λ=8,8192,0,106673,13.0216064453125
HSLID,λ=8,8192,0,99009,12.0860595703125
HSLID,λ=8,8192,0,109617,13.3809814453125
HSLID,λ=8,8192,0,101633,12.4063720703125
HSLID,λ=8,8192,0,106913,13.0509033203125
HSLID,λ=8,8192,0,110577,13.4981689453125
HSLID,λ=8,8192,0,103409,12.6231689453125
HSLID,λ=8,8192,0,112833,13.7735595703125
HSLID,λ=8,8192,0,108081,13.1934814453125
HSLID,λ=8,8192,0,114129,13.9317626953125
HSLID,λ=8,8192,0,106257,12.9708251953125
HSLID,λ=8,8192,0,101025,12.3321533203125
HSLID,λ=8,8192,0,109137,13.3223876953125
HSLID,λ=8,8192,0,114849,14.0196533203125
HSLID,λ=8,8192,0,101057,12.3360595703125
HSLID,λ=8,8192,0,119249,14.5567626953125
HSLID,λ=8,8192,0,96897,11.8282470703125
HSLID,λ=8,8192,0,122177,14.9141845703125
HSLID,λ=8,8192,0,106769,13.0333251953125
HSLID,λ=8,8192,0,111505,13.6114501953125
HSLID,λ=8,8192,0,99761,12.1778564453125
HSLID,λ=8,8192,0,110257,13.4591064453125
HSLID,λ=8,8192,0,111457,13.6055908203125
HSLID,λ=8,8192,0,107953,13.1778564453125
HSLID,λ=8,8192,0,103585,12.6446533203125
HSLID,λ=8,8192,0,113041,13.7989501953125
HSLID,λ=8,8192,0,103617,12.6485595703125
HSLID,λ=8,8192,0,111281,13.5841064453125
HSLID,λ=8,8192,0,104673,12.7774658203125
HSLID,λ=8,8192,0,112913,13.7833251953125
HSLID,λ=8,8192,0,124481,15.1954345703125
HSLID,λ=8,8192,0,117841,14.3848876953125
HSLID,λ=8,8192,0,108769,13.2774658203125
HSLID,λ=8,8192,0,106593,13.0118408203125
HSLID,λ=8,8192,0,112017,13.6739501953125
HSLID,λ=8,8192,0,102529,12.5157470703125
HSLID,λ=8,8192,0,126705,15.4669189453125
HSLID,λ=8,8192,0,101425,12.3809814453125
HSLID,λ=8,8192,0,115105,14.0509033203125
HSLID,λ=8,8192,0,102177,12.4727783203125
HSLID,λ=8,8192,0,128753,15.7169189453125
HSLID,λ=8,8192,0,109905,13.4161376953125
HSLID,λ=8,8192,0,118273,14.4376220703125
HSLID,λ=8,8192,0,112225,13.6993408203125
HSLID,λ=8,8192,0,108961,13.3009033203125
HSLID,λ=8,8192,0,116769,14.2540283203125
HSLID,λ=8,8192,0,106817,13.0391845703125
HSLID,λ=8,8192,0,107233,13.0899658203125
HSLID,λ=8,8192,0,111825,13.6505126953125
HSLID,λ=8,8192,0,113569,13.8634033203125
HSLID,λ=8,8192,0,104577,12.7657470703125
HSLID,λ=8,8192,0,103969,12.6915283203125
HSLID,λ=8,8192,0,114273,13.9493408203125
HSLID,λ=8,8192,0,108753,13.2755126953125
HSLID,λ=8,8192,0,110113,13.4415283203125
HSLID,λ=8,8192,0,127473,15.5606689453125
HSLID,λ=8,8192,0,104289,12.7305908203125
HSLID,λ=8,8192,0,111425,13.6016845703125
HSLID,λ=8,8192,0,116129,14.1759033203125
HSLID,λ=8,8192,0,112641,13.7501220703125
HSLID,λ=8,8192,0,111905,13.6602783203125
HSLID,λ=8,8192,0,114369,13.9610595703125
HSLID,λ=8,8192,0,123553,15.0821533203125
HSLID,λ=8,8192,0,102609,12.5255126953125
HSLID,λ=8,8192,0,121137,14.7872314453125
HSLID,λ=8,8192,0,108977,13.3028564453125
HSLID,λ=8,8192,0,108785,13.2794189453125
HSLID,λ=8,8192,0,149457,18.2442626953125
HSLID,λ=8,8192,0,106241,12.9688720703125
HSLID,λ=8,8192,0,111393,13.5977783203125
HSLID,λ=8,8192,0,120929,14.7618408203125
HSLID,λ=8,8192,0,98721,12.0509033203125
HSLID,λ=8,8192,0,103777,12.6680908203125
HSLID,λ=8,8192,0,96369,11.7637939453125
HSLID,λ=8,8192,0,96241,11.7481689453125
HSLID,λ=8,8192,0,100801,12.3048095703125
HSLID,λ=8,8192,0,105009,12.8184814453125
HSLID,λ=8,8192,0,122417,14.9434814453125
HSLID,λ=8,8192,0,108929,13.2969970703125
HSLID,λ=8,8192,0,100273,12.2403564453125
HSLID,λ=8,8192,0,108641,13.2618408203125
HSLID,λ=8,8192,0,105345,12.8594970703125
HSLID,λ=8,8192,0,112785,13.7677001953125
HSLID,λ=8,8192,0,109201,13.3302001953125
HSLID,λ=8,8192,0,106945,13.0548095703125
HSLID,λ=8,8192,0,104481,12.7540283203125
HSLID,λ=8,8192,0,112049,13.6778564453125
HSLID,λ=8,8192,0,116833,14.2618408203125
HSDCU,λ=8,8192,0,97145,11.8585205078125
HSDCU,λ=8,8192,0,96288,11.75390625
HSDCU,λ=8,8192,0,90365,11.0308837890625
HSDCU,λ=8,8192,0,100181,12.2291259765625
HSDCU,λ=8,8192,0,88385,10.7891845703125
HSDCU,λ=8,8192,0,98228,11.99072265625
HSDCU,λ=8,8192,0,88902,10.852294921875
HSDCU,λ=8,8192,0,97344,11.8828125
HSDCU,λ=8,8192,0,91304,11.1455078125
HSDCU,λ=8,8192,0,101022,12.331787109375
HSDCU,λ=8,8192,0,123239,15.0438232421875
HSDCU,λ=8,8192,0,85274,10.409423828125
HSDCU,λ=8,8192,0,89380,10.91064453125
HSDCU,λ=8,8192,0,102580,12.52197265625
HSDCU,λ=8,8192,0,103524,12.63720703125
HSDCU,λ=8,8192,0,107606,13.135498046875
HSDCU,λ=8,8192,0,100800,12.3046875
HSDCU,λ=8,8192,0,89712,10.951171875
HSDCU,λ=8,8192,0,97719,11.9285888671875
HSDCU,λ=8,8192,0,99547,12.1517333984375
HSDCU,λ=8,8192,0,108648,13.2626953125
HSDCU,λ=8,8192,0,104964,12.81298828125
HSDCU,λ=8,8192,0,107816,13.1611328125
HSDCU,λ=8,8192,0,91123,11.1234130859375
HSDCU,λ=8,8192,0,94137,11.4913330078125
HSDCU,λ=8,8192,0,105511,12.8797607421875
HSDCU,λ=8,8192,0,95726,11.685302734375
HSDCU,λ=8,8192,0,109526,13.369873046875
HSDCU,λ=8,8192,0,99928,12.1982421875
HSDCU,λ=8,8192,0,90167,11.0067138671875
HSDCU,λ=8,8192,0,103617,12.6485595703125
HSDCU,λ=8,8192,0,88473,10.7999267578125
HSDCU,λ=8,8192,0,96564,11.78759765625
HSDCU,λ=8,8192,0,88412,10.79248046875
HSDCU,λ=8,8192,0,83552,10.19921875
HSDCU,λ=8,8192,0,86414,10.548583984375
HSDCU,λ=8,8192,0,102124,12.46630859375
HSDCU,λ=8,8192,0,99250,12.115478515625
HSDCU,λ=8,8192,0,105393,12.8653564453125
HSDCU,λ=8,8192,0,94584,11.5458984375
HSDCU,λ=8,8192,0,94384,11.521484375
HSDCU,λ=8,8192,0,92111,11.2440185546875
HSDCU,λ=8,8192,0,96898,11.828369140625
HSDCU,λ=8,8192,0,108042,13.188720703125
HSDCU,λ=8,8192,0,103477,12.6314697265625
HSDCU,λ=8,8192,0,94859,11.5794677734375
HSDCU,λ=8,8192,0,96597,11.7916259765625
HSDCU,λ=8,8192,0,99798,12.182373046875
HSDCU,λ=8,8192,0,93432,11.4052734375
HSDCU,λ=8,8192,0,93639,11.4305419921875
HSDCU,λ=8,8192,0,92462,11.286865234375
HSDCU,λ=8,8192,0,95062,11.604248046875
HSDCU,λ=8,8192,0,102626,12.527587890625
HSDCU,λ=8,8192,0,94569,11.5440673828125
HSDCU,λ=8,8192,0,89759,10.9569091796875
HSDCU,λ=8,8192,0,95430,11.649169921875
HSDCU,λ=8,8192,0,106176,12.9609375
HSDCU,λ=8,8192,0,112294,13.707763671875
HSDCU,λ=8,8192,0,97012,11.84228515625
HSDCU,λ=8,8192,0,97956,11.95751953125
HSDCU,λ=8,8192,0,91797,11.2056884765625
HSDCU,λ=8,8192,0,96635,11.7962646484375
HSDCU,λ=8,8192,0,101306,12.366455078125
HSDCU,λ=8,8192,0,93663,11.4334716796875
HSDCU,λ=8,8192,0,102631,12.5281982421875
HSDCU,λ=8,8192,0,95429,11.6490478515625
HSDCU,λ=8,8192,0,92323,11.2698974609375
HSDCU,λ=8,8192,0,92215,11.2567138671875
HSDCU,λ=8,8192,0,100346,12.249267578125
HSDCU,λ=8,8192,0,96739,11.8089599609375
HSDCU,λ=8,8192,0,88839,10.8446044921875
HSDCU,λ=8,8192,0,111031,13.5535888671875
HSDCU,λ=8,8192,0,103521,12.6368408203125
HSDCU,λ=8,8192,0,99450,12.139892578125
HSDCU,λ=8,8192,0,99895,12.1942138671875
HSDCU,λ=8,8192,0,98593,12.0352783203125
HSDCU,λ=8,8192,0,91565,11.1773681640625
HSDCU,λ=8,8192,0,103329,12.6134033203125
HSDCU,λ=8,8192,0,114691,14.0003662109375
HSDCU,λ=8,8192,0,87410,10.670166015625
HSDCU,λ=8,8192,0,87541,10.6861572265625
HSDCU,λ=8,8192,0,81237,9.9166259765625
HSDCU,λ=8,8192,0,93901,11.4625244140625
HSDCU,λ=8,8192,0,88597,10.8150634765625
HSDCU,λ=8,8192,0,103054,12.579833984375
HSDCU,λ=8,8192,0,103028,12.57666015625
HSDCU,λ=8,8192,0,113146,13.811767578125
HSDCU,λ=8,8192,0,90453,11.0416259765625
HSDCU,λ=8,8192,0,106860,13.04443359375
HSDCU,λ=8,8192,0,95885,11.7047119140625
HSDCU,λ=8,8192,0,98070,11.971435546875
HSDCU,λ=8,8192,0,84702,10.339599609375
HSDCU,λ=8,8192,0,89585,10.9356689453125
HSDCU,λ=8,8192,0,97646,11.919677734375
HSDCU,λ=8,8192,0,96586,11.790283203125
HSDCU,λ=8,8192,0,90486,11.045654296875
HSDCU,λ=8,8192,0,116466,14.217041015625
HSDCU,λ=8,8192,0,97918,11.952880859375
HSDCU,λ=8,8192,0,92224,11.2578125
HSDCU,λ=8,8192,0,109885,13.4136962890625
HRDCU,λ=8,8192,0,74249,9.0635986328125
HRDCU,λ=8,8192,0,71976,8.7861328125
HRDCU,λ=8,8192,0,72459,8.8450927734375
HRDCU,λ=8,8192,0,73712,8.998046875
HRDCU,λ=8,8192,0,70224,8.572265625
HRDCU,λ=8,8192,0,74358,9.076904296875
HRDCU,λ=8,8192,0,69751,8.5145263671875
HRDCU,λ=8,8192,0,80474,9.823486328125
HRDCU,λ=8,8192,0,85265,10.4083251953125
HRDCU,λ=8,8192,0,96998,11.840576171875
HRDCU,λ=8,8192,0,79885,9.7515869140625
HRDCU,λ=8,8192,0,68997,8.4224853515625
HRDCU,λ=8,8192,0,74395,9.0814208984375
HRDCU,λ=8,8192,0,71945,8.7823486328125
HRDCU,λ=8,8192,0,76483,9.3363037109375
HRDCU,λ=8,8192,0,72334,8.829833984375
HRDCU,λ=8,8192,0,84236,10.28271484375
HRDCU,λ=8,8192,0,75903,9.2655029296875
HRDCU,λ=8,8192,0,77096,9.4111328125
HRDCU,λ=8,8192,0,83202,10.156494140625
HRDCU,λ=8,8192,0,83315,10.1702880859375
HRDCU,λ=8,8192,0,76533,9.3424072265625
HRDCU,λ=8,8192,0,76378,9.323486328125
HRDCU,λ=8,8192,0,71261,8.6988525390625
HRDCU,λ=8,8192,0,72581,8.8599853515625
HRDCU,λ=8,8192,0,73061,8.9185791015625
HRDCU,λ=8,8192,0,77143,9.4168701171875
HRDCU,λ=8,8192,0,70961,8.6622314453125
HRDCU,λ=8,8192,0,74145,9.0509033203125
HRDCU,λ=8,8192,0,93512,11.4150390625
HRDCU,λ=8,8192,0,96491,11.7786865234375
HRDCU,λ=8,8192,0,80723,9.8538818359375
HRDCU,λ=8,8192,0,73915,9.0228271484375
HRDCU,λ=8,8192,0,81719,9.9754638671875
HRDCU,λ=8,8192,0,79143,9.6610107421875
HRDCU,λ=8,8192,0,85957,10.4927978515625
HRDCU,λ=8,8192,0,73048,8.9169921875
HRDCU,λ=8,8192,0,70641,8.6231689453125
HRDCU,λ=8,8192,0,75741,9.2457275390625
HRDCU,λ=8,8192,0,75267,9.1878662109375
HRDCU,λ=8,8192,0,84826,10.354736328125
HRDCU,λ=8,8192,0,78613,9.5963134765625
HRDCU,λ=8,8192,0,89638,10.942138671875
HRDCU,λ=8,8192,0,80643,9.8441162109375
HRDCU,λ=8,8192,0,75878,9.262451171875
HRDCU,λ=8,8192,0,73800,9.0087890625
HRDCU,λ=8,8192,0,72224,8.81640625
HRDCU,λ=8,8192,0,70405,8.5943603515625
HRDCU,λ=8,8192,0,66923,8.1693115234375
HRDCU,λ=8,8192,0,96158,11.738037109375
HRDCU,λ=8,8192,0,89440,10.91796875
HRDCU,λ=8,8192,0,76898,9.386962890625
HRDCU,λ=8,8192,0,77235,9.4281005859375
HRDCU,λ=8,8192,0,77280,9.43359375
HRDCU,λ=8,8192,0,72510,8.851318359375
HRDCU,λ=8,8192,0,82575,10.0799560546875
HRDCU,λ=8,8192,0,74974,9.152099609375
HRDCU,λ=8,8192,0,76933,9.3912353515625
HRDCU,λ=8,8192,0,80687,9.8494873046875
HRDCU,λ=8,8192,0,77173,9.4205322265625
HRDCU,λ=8,8192,0,79939,9.7581787109375
HRDCU,λ=8,8192,0,95291,11.6322021484375
HRDCU,λ=8,8192,0,76748,9.36865234375
HRDCU,λ=8,8192,0,73873,9.0177001953125
HRDCU,λ=8,8192,0,79516,9.70654296875
HRDCU,λ=8,8192,0,68598,8.373779296875
HRDCU,λ=8,8192,0,81147,9.9056396484375
HRDCU,λ=8,8192,0,77912,9.5107421875
HRDCU,λ=8,8192,0,74555,9.1009521484375
HRDCU,λ=8,8192,0,78099,9.5335693359375
HRDCU,λ=8,8192,0,76422,9.328857421875
HRDCU,λ=8,8192,0,71574,8.737060546875
HRDCU,λ=8,8192,0,71818,8.766845703125
HRDCU,λ=8,8192,0,77640,9.4775390625
HRDCU,λ=8,8192,0,75355,9.1986083984375
HRDCU,λ=8,8192,0,81992,10.0087890625
HRDCU,λ=8,8192,0,71176,8.6884765625
HRDCU,λ=8,8192,0,73337,8.9522705078125
HRDCU,λ=8,8192,0,79631,9.7205810546875
HRDCU,λ=8,8192,0,74359,9.0770263671875
HRDCU,λ=8,8192,0,89131,10.8802490234375
HRDCU,λ=8,8192,0,78024,9.5244140625
HRDCU,λ=8,8192,0,90616,11.0615234375
HRDCU,λ=8,8192,0,71835,8.7689208984375
HRDCU,λ=8,8192,0,72176,8.810546875
HRDCU,λ=8,8192,0,71565,8.7359619140625
HRDCU,λ=8,8192,0,75458,9.211181640625
HRDCU,λ=8,8192,0,83953,10.2481689453125
HRDCU,λ=8,8192,0,91676,11.19091796875
HRDCU,λ=8,8192,0,75248,9.185546875
HRDCU,λ=8,8192,0,76549,9.3443603515625
HRDCU,λ=8,8192,0,76176,9.298828125
HRDCU,λ=8,8192,0,77923,9.5120849609375
HRDCU,λ=8,8192,0,79192,9.6669921875
HRDCU,λ=8,8192,0,75584,9.2265625
HRDCU,λ=8,8192,0,82020,10.01220703125
HRDCU,λ=8,8192,0,73214,8.937255859375
HRDCU,λ=8,8192,0,77969,9.5177001953125
HHDCU,λ=8,8192,0,78782,9.616943359375
HHDCU,λ=8,8192,0,78504,9.5830078125
HHDCU,λ=8,8192,0,73929,9.0245361328125
HHDCU,λ=8,8192,0,73653,8.9908447265625
HHDCU,λ=8,8192,0,70334,8.585693359375
HHDCU,λ=8,8192,0,69818,8.522705078125
HHDCU,λ=8,8192,0,72969,8.9073486328125
HHDCU,λ=8,8192,0,92899,11.3402099609375
HHDCU,λ=8,8192,0,73829,9.0123291015625
HHDCU,λ=8,8192,0,89073,10.8731689453125
HHDCU,λ=8,8192,0,73353,8.9542236328125
HHDCU,λ=8,8192,0,67189,8.2017822265625
HHDCU,λ=8,8192,0,77044,9.40478515625
HHDCU,λ=8,8192,0,66701,8.1422119140625
HHDCU,λ=8,8192,0,76378,9.323486328125
HHDCU,λ=8,8192,0,67060,8.18603515625
HHDCU,λ=8,8192,0,67011,8.1800537109375
HHDCU,λ=8,8192,0,70664,8.6259765625
HHDCU,λ=8,8192,0,110941,13.5426025390625
HHDCU,λ=8,8192,0,73731,9.0003662109375
HHDCU,λ=8,8192,0,70523,8.6087646484375
HHDCU,λ=8,8192,0,68039,8.3055419921875
HHDCU,λ=8,8192,0,72089,8.7999267578125
HHDCU,λ=8,8192,0,71856,8.771484375
HHDCU,λ=8,8192,0,69700,8.50830078125
HHDCU,λ=8,8192,0,68739,8.3909912109375
HHDCU,λ=8,8192,0,74841,9.1358642578125
HHDCU,λ=8,8192,0,71658,8.747314453125
HHDCU,λ=8,8192,0,68832,8.40234375
HHDCU,λ=8,8192,0,93842,11.455322265625
HHDCU,λ=8,8192,0,68552,8.3681640625
HHDCU,λ=8,8192,0,66598,8.129638671875
HHDCU,λ=8,8192,0,71156,8.68603515625
HHDCU,λ=8,8192,0,75817,9.2550048828125
HHDCU,λ=8,8192,0,70822,8.645263671875
HHDCU,λ=8,8192,0,70370,8.590087890625
HHDCU,λ=8,8192,0,74097,9.0450439453125
HHDCU,λ=8,8192,0,70842,8.647705078125
HHDCU,λ=8,8192,0,66364,8.10107421875
HHDCU,λ=8,8192,0,81100,9.89990234375
HHDCU,λ=8,8192,0,69812,8.52197265625
HHDCU,λ=8,8192,0,82871,10.1160888671875
HHDCU,λ=8,8192,0,73639,8.9891357421875
HHDCU,λ=8,8192,0,81788,9.98388671875
HHDCU,λ=8,8192,0,78459,9.5775146484375
HHDCU,λ=8,8192,0,71855,8.7713623046875
HHDCU,λ=8,8192,0,84600,10.3271484375
HHDCU,λ=8,8192,0,66492,8.11669921875
HHDCU,λ=8,8192,0,69581,8.4937744140625
HHDCU,λ=8,8192,0,88276,10.77587890625
HHDCU,λ=8,8192,0,75399,9.2039794921875
HHDCU,λ=8,8192,0,69320,8.4619140625
HHDCU,λ=8,8192,0,70149,8.5631103515625
HHDCU,λ=8,8192,0,70097,8.5567626953125
HHDCU,λ=8,8192,0,72733,8.8785400390625
HHDCU,λ=8,8192,0,73983,9.0311279296875
HHDCU,λ=8,8192,0,84128,10.26953125
HHDCU,λ=8,8192,0,66957,8.1734619140625
HHDCU,λ=8,8192,0,84597,10.3267822265625
HHDCU,λ=8,8192,0,69529,8.4874267578125
HHDCU,λ=8,8192,0,65983,8.0545654296875
HHDCU,λ=8,8192,0,71275,8.7005615234375
HHDCU,λ=8,8192,0,80600,9.8388671875
HHDCU,λ=8,8192,0,66612,8.13134765625
HHDCU,λ=8,8192,0,70137,8.5616455078125
HHDCU,λ=8,8192,0,70598,8.617919921875
HHDCU,λ=8,8192,0,78539,9.5872802734375
HHDCU,λ=8,8192,0,74487,9.0926513671875
HHDCU,λ=8,8192,0,70821,8.6451416015625
HHDCU,λ=8,8192,0,69868,8.52880859375
HHDCU,λ=8,8192,0,74038,9.037841796875
HHDCU,λ=8,8192,0,70644,8.62353515625
HHDCU,λ=8,8192,0,77902,9.509521484375
HHDCU,λ=8,8192,0,75632,9.232421875
HHDCU,λ=8,8192,0,65343,7.9764404296875
HHDCU,λ=8,8192,0,71388,8.71435546875
HHDCU,λ=8,8192,0,72778,8.884033203125
HHDCU,λ=8,8192,0,69116,8.43701171875
HHDCU,λ=8,8192,0,69568,8.4921875
HHDCU,λ=8,8192,0,76024,9.2802734375
HHDCU,λ=8,8192,0,75875,9.2620849609375
HHDCU,λ=8,8192,0,69761,8.5157470703125
HHDCU,λ=8,8192,0,70428,8.59716796875
HHDCU,λ=8,8192,0,76967,9.3953857421875
HHDCU,λ=8,8192,0,79941,9.7584228515625
HHDCU,λ=8,8192,0,65443,7.9886474609375
HHDCU,λ=8,8192,0,68211,8.3265380859375
HHDCU,λ=8,8192,0,74894,9.142333984375
HHDCU,λ=8,8192,0,79390,9.691162109375
HHDCU,λ=8,8192,0,79465,9.7003173828125
HHDCU,λ=8,8192,0,78144,9.5390625
HHDCU,λ=8,8192,0,70709,8.6314697265625
HHDCU,λ=8,8192,0,81207,9.9129638671875
HHDCU,λ=8,8192,0,69546,8.489501953125
HHDCU,λ=8,8192,0,71157,8.6861572265625
HHDCU,λ=8,8192,0,78364,9.56591796875
HHDCU,λ=8,8192,0,63259,7.7220458984375
HHDCU,λ=8,8192,0,70978,8.664306640625
HHDCU,λ=8,8192,0,76058,9.284423828125
HHDCU,λ=8,8192,0,69364,8.46728515625
HHLCU,λ=8,8192,0,81141,9.9049072265625
HHLCU,λ=8,8192,0,72573,8.8590087890625
HHLCU,λ=8,8192,0,70513,8.6075439453125
HHLCU,λ=8,8192,0,71153,8.6856689453125
HHLCU,λ=8,8192,0,72696,8.8740234375
HHLCU,λ=8,8192,0,73593,8.9835205078125
HHLCU,λ=8,8192,0,86330,10.538330078125
HHLCU,λ=8,8192,0,81968,10.005859375
HHLCU,λ=8,8192,0,74763,9.1263427734375
HHLCU,λ=8,8192,0,79519,9.7069091796875
HHLCU,λ=8,8192,0,73153,8.9298095703125
HHLCU,λ=8,8192,0,73132,8.92724609375
HHLCU,λ=8,8192,0,70548,8.61181640625
HHLCU,λ=8,8192,0,88348,10.78466796875
HHLCU,λ=8,8192,0,70752,8.63671875
HHLCU,λ=8,8192,0,71527,8.7313232421875
HHLCU,λ=8,8192,0,73821,9.0113525390625
HHLCU,λ=8,8192,0,75693,9.2398681640625
HHLCU,λ=8,8192,0,77507,9.4613037109375
HHLCU,λ=8,8192,0,80976,9.884765625
HHLCU,λ=8,8192,0,97438,11.894287109375
HHLCU,λ=8,8192,0,77125,9.4146728515625
HHLCU,λ=8,8192,0,72813,8.8883056640625
HHLCU,λ=8,8192,0,81183,9.9100341796875
HHLCU,λ=8,8192,0,73666,8.992431640625
HHLCU,λ=8,8192,0,74736,9.123046875
HHLCU,λ=8,8192,0,73539,8.9769287109375
HHLCU,λ=8,8192,0,74589,9.1051025390625
HHLCU,λ=8,8192,0,76454,9.332763671875
HHLCU,λ=8,8192,0,80243,9.7952880859375
HHLCU,λ=8,8192,0,74636,9.11083984375
HHLCU,λ=8,8192,0,70153,8.5635986328125
HHLCU,λ=8,8192,0,72920,8.9013671875
HHLCU,λ=8,8192,0,77011,9.4007568359375
HHLCU,λ=8,8192,0,71912,8.7783203125
HHLCU,λ=8,8192,0,76918,9.389404296875
HHLCU,λ=8,8192,0,69037,8.4273681640625
HHLCU,λ=8,8192,0,67858,8.283447265625
HHLCU,λ=8,8192,0,71991,8.7879638671875
HHLCU,λ=8,8192,0,70088,8.5556640625
HHLCU,λ=8,8192,0,73950,9.027099609375
HHLCU,λ=8,8192,0,69353,8.4659423828125
HHLCU,λ=8,8192,0,73699,8.9964599609375
HHLCU,λ=8,8192,0,81653,9.9674072265625
HHLCU,λ=8,8192,0,79485,9.7027587890625
HHLCU,λ=8,8192,0,74413,9.0836181640625
HHLCU,λ=8,8192,0,73097,8.9229736328125
HHLCU,λ=8,8192,0,74870,9.139404296875
HHLCU,λ=8,8192,0,80151,9.7840576171875
HHLCU,λ=8,8192,0,76181,9.2994384765625
HHLCU,λ=8,8192,0,68470,8.358154296875
HHLCU,λ=8,8192,0,76636,9.35498046875
HHLCU,λ=8,8192,0,75697,9.2403564453125
HHLCU,λ=8,8192,0,74598,9.106201171875
HHLCU,λ=8,8192,0,75351,9.1981201171875
HHLCU,λ=8,8192,0,85016,10.3779296875
HHLCU,λ=8,8192,0,70611,8.6195068359375
HHLCU,λ=8,8192,0,68943,8.4158935546875
HHLCU,λ=8,8192,0,68948,8.41650390625
HHLCU,λ=8,8192,0,81993,10.0089111328125
HHLCU,λ=8,8192,0,75232,9.18359375
HHLCU,λ=8,8192,0,74767,9.1268310546875
HHLCU,λ=8,8192,0,69211,8.4486083984375
HHLCU,λ=8,8192,0,83239,10.1610107421875
HHLCU,λ=8,8192,0,72204,8.81396484375
HHLCU,λ=8,8192,0,70918,8.656982421875
HHLCU,λ=8,8192,0,69529,8.4874267578125
HHLCU,λ=8,8192,0,81208,9.9130859375
HHLCU,λ=8,8192,0,76577,9.3477783203125
HHLCU,λ=8,8192,0,71639,8.7449951171875
HHLCU,λ=8,8192,0,81453,9.9429931640625
HHLCU,λ=8,8192,0,70424,8.5966796875
HHLCU,λ=8,8192,0,70564,8.61376953125
HHLCU,λ=8,8192,0,76808,9.3759765625
HHLCU,λ=8,8192,0,78838,9.623779296875
HHLCU,λ=8,8192,0,72610,8.863525390625
HHLCU,λ=8,8192,0,70455,8.6004638671875
HHLCU,λ=8,8192,0,76704,9.36328125
HHLCU,λ=8,8192,0,72697,8.8741455078125
HHLCU,λ=8,8192,0,69522,8.486572265625
HHLCU,λ=8,8192,0,73705,8.9971923828125
HHLCU,λ=8,8192,0,81407,9.9373779296875
HHLCU,λ=8,8192,0,86408,10.5478515625
HHLCU,λ=8,8192,0,75044,9.16064453125
HHLCU,λ=8,8192,0,74250,9.063720703125
HHLCU,λ=8,8192,0,83830,10.233154296875
HHLCU,λ=8,8192,0,70517,8.6080322265625
HHLCU,λ=8,8192,0,65267,7.9671630859375
HHLCU,λ=8,8192,0,75900,9.26513671875
HHLCU,λ=8,8192,0,76238,9.306396484375
HHLCU,λ=8,8192,0,70173,8.5660400390625
HHLCU,λ=8,8192,0,89770,10.958251953125
HHLCU,λ=8,8192,0,71990,8.787841796875
HHLCU,λ=8,8192,0,88083,10.7523193359375
HHLCU,λ=8,8192,0,74585,9.1046142578125
HHLCU,λ=8,8192,0,75427,9.2073974609375
HHLCU,λ=8,8192,0,83311,10.1697998046875
HHLCU,λ=8,8192,0,70474,8.602783203125
HHLCU,λ=8,8192,0,68096,8.3125
HHLCU,λ=8,8192,0,76781,9.3726806640625
HRLCU,λ=8,8192,0,92762,11.323486328125
HRLCU,λ=8,8192,0,71290,8.702392578125
HRLCU,λ=8,8192,0,72421,8.8404541015625
HRLCU,λ=8,8192,0,73330,8.951416015625
HRLCU,λ=8,8192,0,88481,10.8009033203125
HRLCU,λ=8,8192,0,77219,9.4261474609375
HRLCU,λ=8,8192,0,75641,9.2335205078125
HRLCU,λ=8,8192,0,64528,7.876953125
HRLCU,λ=8,8192,0,78892,9.63037109375
HRLCU,λ=8,8192,0,83218,10.158447265625
HRLCU,λ=8,8192,0,69289,8.4581298828125
HRLCU,λ=8,8192,0,77559,9.4676513671875
HRLCU,λ=8,8192,0,82111,10.0233154296875
HRLCU,λ=8,8192,0,84281,10.2882080078125
HRLCU,λ=8,8192,0,76525,9.3414306640625
HRLCU,λ=8,8192,0,77915,9.5111083984375
HRLCU,λ=8,8192,0,78062,9.529052734375
HRLCU,λ=8,8192,0,84238,10.282958984375
HRLCU,λ=8,8192,0,82267,10.0423583984375
HRLCU,λ=8,8192,0,84034,10.258056640625
HRLCU,λ=8,8192,0,78294,9.557373046875
HRLCU,λ=8,8192,0,78783,9.6170654296875
HRLCU,λ=8,8192,0,82302,10.046630859375
HRLCU,λ=8,8192,0,75483,9.2142333984375
HRLCU,λ=8,8192,0,77034,9.403564453125
HRLCU,λ=8,8192,0,69902,8.532958984375
HRLCU,λ=8,8192,0,72890,8.897705078125
HRLCU,λ=8,8192,0,72865,8.8946533203125
HRLCU,λ=8,8192,0,71610,8.741455078125
HRLCU,λ=8,8192,0,68832,8.40234375
HRLCU,λ=8,8192,0,75094,9.166748046875
HRLCU,λ=8,8192,0,82353,10.0528564453125
HRLCU,λ=8,8192,0,86886,10.606201171875
HRLCU,λ=8,8192,0,76390,9.324951171875
HRLCU,λ=8,8192,0,73863,9.0164794921875
HRLCU,λ=8,8192,0,81233,9.9161376953125
HRLCU,λ=8,8192,0,82433,10.0626220703125
HRLCU,λ=8,8192,0,72299,8.8255615234375
HRLCU,λ=8,8192,0,72343,8.8309326171875
HRLCU,λ=8,8192,0,82467,10.0667724609375
HRLCU,λ=8,8192,0,71032,8.6708984375
HRLCU,λ=8,8192,0,79200,9.66796875
HRLCU,λ=8,8192,0,74647,9.1121826171875
HRLCU,λ=8,8192,0,86560,10.56640625
HRLCU,λ=8,8192,0,76605,9.3511962890625
HRLCU,λ=8,8192,0,87276,10.65380859375
HRLCU,λ=8,8192,0,75578,9.225830078125
HRLCU,λ=8,8192,0,86842,10.600830078125
HRLCU,λ=8,8192,0,77068,9.40771484375
HRLCU,λ=8,8192,0,74550,9.100341796875
HRLCU,λ=8,8192,0,82284,10.04443359375
HRLCU,λ=8,8192,0,80564,9.83447265625
HRLCU,λ=8,8192,0,75066,9.163330078125
HRLCU,λ=8,8192,0,80889,9.8741455078125
HRLCU,λ=8,8192,0,77102,9.411865234375
HRLCU,λ=8,8192,0,84035,10.2581787109375
HRLCU,λ=8,8192,0,83850,10.235595703125
HRLCU,λ=8,8192,0,70410,8.594970703125
HRLCU,λ=8,8192,0,69581,8.4937744140625
HRLCU,λ=8,8192,0,77833,9.5010986328125
HRLCU,λ=8,8192,0,78856,9.6259765625
HRLCU,λ=8,8192,0,78929,9.6348876953125
HRLCU,λ=8,8192,0,73914,9.022705078125
HRLCU,λ=8,8192,0,80178,9.787353515625
HRLCU,λ=8,8192,0,85839,10.4783935546875
HRLCU,λ=8,8192,0,74317,9.0718994140625
HRLCU,λ=8,8192,0,79286,9.678466796875
HRLCU,λ=8,8192,0,84124,10.26904296875
HRLCU,λ=8,8192,0,81633,9.9649658203125
HRLCU,λ=8,8192,0,75410,9.205322265625
HRLCU,λ=8,8192,0,79366,9.688232421875
HRLCU,λ=8,8192,0,79631,9.7205810546875
HRLCU,λ=8,8192,0,76746,9.368408203125
HRLCU,λ=8,8192,0,78597,9.5943603515625
HRLCU,λ=8,8192,0,74389,9.0806884765625
HRLCU,λ=8,8192,0,81917,9.9996337890625
HRLCU,λ=8,8192,0,84387,10.3011474609375
HRLCU,λ=8,8192,0,89747,10.9554443359375
HRLCU,λ=8,8192,0,87190,10.643310546875
HRLCU,λ=8,8192,0,87382,10.666748046875
HRLCU,λ=8,8192,0,80941,9.8804931640625
HRLCU,λ=8,8192,0,89190,10.887451171875
HRLCU,λ=8,8192,0,74658,9.113525390625
HRLCU,λ=8,8192,0,80118,9.780029296875
HRLCU,λ=8,8192,0,87845,10.7232666015625
HRLCU,λ=8,8192,0,76499,9.3382568359375
HRLCU,λ=8,8192,0,76169,9.2979736328125
HRLCU,λ=8,8192,0,79681,9.7266845703125
HRLCU,λ=8,8192,0,71770,8.760986328125
HRLCU,λ=8,8192,0,75103,9.1678466796875
HRLCU,λ=8,8192,0,76067,9.2855224609375
HRLCU,λ=8,8192,0,82548,10.07666015625
HRLCU,λ=8,8192,0,77419,9.4505615234375
HRLCU,λ=8,8192,0,80999,9.8875732421875
HRLCU,λ=8,8192,0,75288,9.1904296875
HRLCU,λ=8,8192,0,80403,9.8148193359375
HRLCU,λ=8,8192,0,75987,9.2757568359375
HRLCU,λ=8,8192,0,75868,9.26123046875
HRLCU,λ=8,8192,0,72278,8.822998046875
HRLCU,λ=8,8192,0,92138,11.247314453125
HSLCU,λ=8,8192,0,112030,13.675537109375
HSLCU,λ=8,8192,0,103713,12.6602783203125
HSLCU,λ=8,8192,0,108153,13.2022705078125
HSLCU,λ=8,8192,0,95703,11.6824951171875
HSLCU,λ=8,8192,0,98000,11.962890625
HSLCU,λ=8,8192,0,96006,11.719482421875
HSLCU,λ=8,8192,0,111361,13.5938720703125
HSLCU,λ=8,8192,0,97542,11.906982421875
HSLCU,λ=8,8192,0,95787,11.6927490234375
HSLCU,λ=8,8192,0,103016,12.5751953125
HSLCU,λ=8,8192,0,90898,11.095947265625
HSLCU,λ=8,8192,0,101027,12.3323974609375
HSLCU,λ=8,8192,0,91876,11.21533203125
HSLCU,λ=8,8192,0,98397,12.0113525390625
HSLCU,λ=8,8192,0,106253,12.9703369140625
HSLCU,λ=8,8192,0,96105,11.7315673828125
HSLCU,λ=8,8192,0,96687,11.8026123046875
HSLCU,λ=8,8192,0,98242,11.992431640625
HSLCU,λ=8,8192,0,92050,11.236572265625
HSLCU,λ=8,8192,0,94213,11.5006103515625
HSLCU,λ=8,8192,0,96940,11.83349609375
HSLCU,λ=8,8192,0,100136,12.2236328125
HSLCU,λ=8,8192,0,100633,12.2843017578125
HSLCU,λ=8,8192,0,104812,12.79443359375
HSLCU,λ=8,8192,0,90590,11.058349609375
HSLCU,λ=8,8192,0,97359,11.8846435546875
HSLCU,λ=8,8192,0,102532,12.51611328125
HSLCU,λ=8,8192,0,114471,13.9735107421875
HSLCU,λ=8,8192,0,110946,13.543212890625
HSLCU,λ=8,8192,0,98666,12.044189453125
HSLCU,λ=8,8192,0,92279,11.2645263671875
HSLCU,λ=8,8192,0,110860,13.53271484375
HSLCU,λ=8,8192,0,92887,11.3387451171875
HSLCU,λ=8,8192,0,117346,14.324462890625
HSLCU,λ=8,8192,0,86668,10.57958984375
HSLCU,λ=8,8192,0,87021,10.6226806640625
HSLCU,λ=8,8192,0,128231,15.6531982421875
HSLCU,λ=8,8192,0,88096,10.75390625
HSLCU,λ=8,8192,0,104304,12.732421875
HSLCU,λ=8,8192,0,99714,12.172119140625
HSLCU,λ=8,8192,0,97274,11.874267578125
HSLCU,λ=8,8192,0,93987,11.4730224609375
HSLCU,λ=8,8192,0,105694,12.902099609375
HSLCU,λ=8,8192,0,105614,12.892333984375
HSLCU,λ=8,8192,0,107518,13.124755859375
HSLCU,λ=8,8192,0,91143,11.1258544921875
HSLCU,λ=8,8192,0,91522,11.172119140625
HSLCU,λ=8,8192,0,95901,11.7066650390625
HSLCU,λ=8,8192,0,105583,12.8885498046875
HSLCU,λ=8,8192,0,111703,13.6356201171875
HSLCU,λ=8,8192,0,107818,13.161376953125
HSLCU,λ=8,8192,0,93821,11.4527587890625
HSLCU,λ=8,8192,0,97829,11.9420166015625
HSLCU,λ=8,8192,0,91154,11.127197265625
HSLCU,λ=8,8192,0,103304,12.6103515625
HSLCU,λ=8,8192,0,89491,10.9241943359375
HSLCU,λ=8,8192,0,91622,11.184326171875
HSLCU,λ=8,8192,0,95474,11.654541015625
HSLCU,λ=8,8192,0,101484,12.38818359375
HSLCU,λ=8,8192,0,90946,11.101806640625
HSLCU,λ=8,8192,0,107792,13.158203125
HSLCU,λ=8,8192,0,107580,13.13232421875
HSLCU,λ=8,8192,0,110678,13.510498046875
HSLCU,λ=8,8192,0,124254,15.167724609375
HSLCU,λ=8,8192,0,115396,14.08642578125
HSLCU,λ=8,8192,0,96744,11.8095703125
HSLCU,λ=8,8192,0,103012,12.57470703125
HSLCU,λ=8,8192,0,93568,11.421875
HSLCU,λ=8,8192,0,98527,12.0272216796875
HSLCU,λ=8,8192,0,95250,11.627197265625
HSLCU,λ=8,8192,0,94550,11.541748046875
HSLCU,λ=8,8192,0,97647,11.9197998046875
HSLCU,λ=8,8192,0,128676,15.70751953125
HSLCU,λ=8,8192,0,95750,11.688232421875
HSLCU,λ=8,8192,0,116308,14.19775390625
HSLCU,λ=8,8192,0,114627,13.9925537109375
HSLCU,λ=8,8192,0,93560,11.4208984375
HSLCU,λ=8,8192,0,108364,13.22802734375
HSLCU,λ=8,8192,0,95126,11.612060546875
HSLCU,λ=8,8192,0,93134,11.368896484375
HSLCU,λ=8,8192,0,99605,12.1588134765625
HSLCU,λ=8,8192,0,112906,13.782470703125
HSLCU,λ=8,8192,0,88452,10.79736328125
HSLCU,λ=8,8192,0,119697,14.6114501953125
HSLCU,λ=8,8192,0,97749,11.9322509765625
HSLCU,λ=8,8192,0,91352,11.1513671875
HSLCU,λ=8,8192,0,107582,13.132568359375
HSLCU,λ=8,8192,0,107357,13.1051025390625
HSLCU,λ=8,8192,0,98031,11.9666748046875
HSLCU,λ=8,8192,0,113755,13.8861083984375
HSLCU,λ=8,8192,0,102772,12.54541015625
HSLCU,λ=8,8192,0,93184,11.375
HSLCU,λ=8,8192,0,106096,12.951171875
HSLCU,λ=8,8192,0,98057,11.9698486328125
HSLCU,λ=8,8192,0,93642,11.430908203125
HSLCU,λ=8,8192,0,99979,12.2044677734375
HSLCU,λ=8,8192,0,96332,11.75927734375
HSLCU,λ=8,8192,0,102190,12.474365234375
HSLCU,λ=8,8192,0,107450,13.116455078125
HSLCU,λ=8,8192,0,92023,11.2332763671875
HSDSU,λ=8,8192,0,98233,11.9913330078125
HSDSU,λ=8,8192,0,93465,11.4093017578125
HSDSU,λ=8,8192,0,82657,10.0899658203125
HSDSU,λ=8,8192,0,92249,11.2608642578125
HSDSU,λ=8,8192,0,87129,10.6358642578125
HSDSU,λ=8,8192,0,84073,10.2628173828125
HSDSU,λ=8,8192,0,92745,11.3214111328125
HSDSU,λ=8,8192,0,85513,10.4385986328125
HSDSU,λ=8,8192,0,107097,13.0733642578125
HSDSU,λ=8,8192,0,109297,13.3419189453125
HSDSU,λ=8,8192,0,84561,10.3223876953125
HSDSU,λ=8,8192,0,112129,13.6876220703125
HSDSU,λ=8,8192,0,91769,11.2022705078125
HSDSU,λ=8,8192,0,109465,13.3624267578125
HSDSU,λ=8,8192,0,92617,11.3057861328125
HSDSU,λ=8,8192,0,102993,12.5723876953125
HSDSU,λ=8,8192,0,91953,11.2247314453125
HSDSU,λ=8,8192,0,88601,10.8155517578125
HSDSU,λ=8,8192,0,87593,10.6925048828125
HSDSU,λ=8,8192,0,88993,10.8634033203125
HSDSU,λ=8,8192,0,83049,10.1378173828125
HSDSU,λ=8,8192,0,82921,10.1221923828125
HSDSU,λ=8,8192,0,95041,11.6016845703125
HSDSU,λ=8,8192,0,101865,12.4346923828125
HSDSU,λ=8,8192,0,83865,10.2374267578125
HSDSU,λ=8,8192,0,92089,11.2413330078125
HSDSU,λ=8,8192,0,98089,11.9737548828125
HSDSU,λ=8,8192,0,89489,10.9239501953125
HSDSU,λ=8,8192,0,87609,10.6944580078125
HSDSU,λ=8,8192,0,104393,12.7432861328125
HSDSU,λ=8,8192,0,109489,13.3653564453125
HSDSU,λ=8,8192,0,100489,12.2667236328125
HSDSU,λ=8,8192,0,90633,11.0635986328125
HSDSU,λ=8,8192,0,99777,12.1798095703125
HSDSU,λ=8,8192,0,110241,13.4571533203125
HSDSU,λ=8,8192,0,85985,10.4962158203125
HSDSU,λ=8,8192,0,90745,11.0772705078125
HSDSU,λ=8,8192,0,90777,11.0811767578125
HSDSU,λ=8,8192,0,84761,10.3468017578125
HSDSU,λ=8,8192,0,97089,11.8516845703125
HSDSU,λ=8,8192,0,96121,11.7335205078125
HSDSU,λ=8,8192,0,94521,11.5382080078125
HSDSU,λ=8,8192,0,88265,10.7745361328125
HSDSU,λ=8,8192,0,102657,12.5313720703125
HSDSU,λ=8,8192,0,97281,11.8751220703125
HSDSU,λ=8,8192,0,109017,13.3077392578125
HSDSU,λ=8,8192,0,93521,11.4161376953125
HSDSU,λ=8,8192,0,95713,11.6837158203125
HSDSU,λ=8,8192,0,97521,11.9044189453125
HSDSU,λ=8,8192,0,101577,12.3995361328125
HSDSU,λ=8,8192,0,96473,11.7764892578125
HSDSU,λ=8,8192,0,106489,12.9991455078125
HSDSU,λ=8,8192,0,102025,12.4542236328125
HSDSU,λ=8,8192,0,118025,14.4073486328125
HSDSU,λ=8,8192,0,84177,10.2755126953125
HSDSU,λ=8,8192,0,93265,11.3848876953125
HSDSU,λ=8,8192,0,88745,10.8331298828125
HSDSU,λ=8,8192,0,86153,10.5167236328125
HSDSU,λ=8,8192,0,105817,12.9171142578125
HSDSU,λ=8,8192,0,84009,10.2550048828125
HSDSU,λ=8,8192,0,90233,11.0147705078125
HSDSU,λ=8,8192,0,85641,10.4542236328125
HSDSU,λ=8,8192,0,84137,10.2706298828125
HSDSU,λ=8,8192,0,99921,12.1973876953125
HSDSU,λ=8,8192,0,94113,11.4884033203125
HSDSU,λ=8,8192,0,97553,11.9083251953125
HSDSU,λ=8,8192,0,84065,10.2618408203125
HSDSU,λ=8,8192,0,88161,10.7618408203125
HSDSU,λ=8,8192,0,91609,11.1827392578125
HSDSU,λ=8,8192,0,88585,10.8135986328125
HSDSU,λ=8,8192,0,90457,11.0421142578125
HSDSU,λ=8,8192,0,102161,12.4708251953125
HSDSU,λ=8,8192,0,95865,11.7022705078125
HSDSU,λ=8,8192,0,100529,12.2716064453125
HSDSU,λ=8,8192,0,109169,13.3262939453125
HSDSU,λ=8,8192,0,89089,10.8751220703125
HSDSU,λ=8,8192,0,86225,10.5255126953125
HSDSU,λ=8,8192,0,93993,11.4737548828125
HSDSU,λ=8,8192,0,102609,12.5255126953125
HSDSU,λ=8,8192,0,85785,10.4718017578125
HSDSU,λ=8,8192,0,81489,9.9473876953125
HSDSU,λ=8,8192,0,91673,11.1905517578125
HSDSU,λ=8,8192,0,97905,11.9512939453125
HSDSU,λ=8,8192,0,87457,10.6759033203125
HSDSU,λ=8,8192,0,110633,13.5050048828125
HSDSU,λ=8,8192,0,92457,11.2862548828125
HSDSU,λ=8,8192,0,83193,10.1553955078125
HSDSU,λ=8,8192,0,106601,13.0128173828125
HSDSU,λ=8,8192,0,99225,12.1124267578125
HSDSU,λ=8,8192,0,100281,12.2413330078125
HSDSU,λ=8,8192,0,102057,12.4581298828125
HSDSU,λ=8,8192,0,84641,10.3321533203125
HSDSU,λ=8,8192,0,102393,12.4991455078125
HSDSU,λ=8,8192,0,97057,11.8477783203125
HSDSU,λ=8,8192,0,84593,10.3262939453125
HSDSU,λ=8,8192,0,97625,11.9171142578125
HSDSU,λ=8,8192,0,84817,10.3536376953125
HSDSU,λ=8,8192,0,85697,10.4610595703125
HSDSU,λ=8,8192,0,96497,11.7794189453125
HSDSU,λ=8,8192,0,89033,10.8682861328125
HRDSU,λ=8,8192,0,93785,11.4483642578125
HRDSU,λ=8,8192,0,75457,9.2110595703125
HRDSU,λ=8,8192,0,66625,8.1329345703125
HRDSU,λ=8,8192,0,71449,8.7218017578125
HRDSU,λ=8,8192,0,76977,9.3966064453125
HRDSU,λ=8,8192,0,87713,10.7071533203125
HRDSU,λ=8,8192,0,76297,9.3135986328125
HRDSU,λ=8,8192,0,71921,8.7794189453125
HRDSU,λ=8,8192,0,65505,7.9962158203125
HRDSU,λ=8,8192,0,69001,8.4229736328125
HRDSU,λ=8,8192,0,68513,8.3634033203125
HRDSU,λ=8,8192,0,75657,9.2354736328125
HRDSU,λ=8,8192,0,72409,8.8389892578125
HRDSU,λ=8,8192,0,81577,9.9581298828125
HRDSU,λ=8,8192,0,73257,8.9425048828125
HRDSU,λ=8,8192,0,69905,8.5333251953125
HRDSU,λ=8,8192,0,80041,9.7706298828125
HRDSU,λ=8,8192,0,74361,9.0772705078125
HRDSU,λ=8,8192,0,70673,8.6270751953125
HRDSU,λ=8,8192,0,71289,8.7022705078125
HRDSU,λ=8,8192,0,71281,8.7012939453125
HRDSU,λ=8,8192,0,88777,10.8370361328125
HRDSU,λ=8,8192,0,78409,9.5714111328125
HRDSU,λ=8,8192,0,74801,9.1309814453125
HRDSU,λ=8,8192,0,76993,9.3985595703125
HRDSU,λ=8,8192,0,72425,8.8409423828125
HRDSU,λ=8,8192,0,77841,9.5020751953125
HRDSU,λ=8,8192,0,70697,8.6300048828125
HRDSU,λ=8,8192,0,82353,10.0528564453125
HRDSU,λ=8,8192,0,75617,9.2305908203125
HRDSU,λ=8,8192,0,70017,8.5469970703125
HRDSU,λ=8,8192,0,83649,10.2110595703125
HRDSU,λ=8,8192,0,73465,8.9678955078125
HRDSU,λ=8,8192,0,73073,8.9200439453125
HRDSU,λ=8,8192,0,69177,8.4444580078125
HRDSU,λ=8,8192,0,79193,9.6671142578125
HRDSU,λ=8,8192,0,70577,8.6153564453125
HRDSU,λ=8,8192,0,66761,8.1495361328125
HRDSU,λ=8,8192,0,73609,8.9854736328125
HRDSU,λ=8,8192,0,79889,9.7520751953125
HRDSU,λ=8,8192,0,69161,8.4425048828125
HRDSU,λ=8,8192,0,68553,8.3682861328125
HRDSU,λ=8,8192,0,85769,10.4698486328125
HRDSU,λ=8,8192,0,72217,8.8155517578125
HRDSU,λ=8,8192,0,81097,9.8995361328125
HRDSU,λ=8,8192,0,82417,10.0606689453125
HRDSU,λ=8,8192,0,75281,9.1895751953125
HRDSU,λ=8,8192,0,73913,9.0225830078125
HRDSU,λ=8,8192,0,73097,8.9229736328125
HRDSU,λ=8,8192,0,73049,8.9171142578125
HRDSU,λ=8,8192,0,78697,9.6065673828125
HRDSU,λ=8,8192,0,76785,9.3731689453125
HRDSU,λ=8,8192,0,63393,7.7384033203125
HRDSU,λ=8,8192,0,87801,10.7178955078125
HRDSU,λ=8,8192,0,77833,9.5010986328125
HRDSU,λ=8,8192,0,71273,8.7003173828125
HRDSU,λ=8,8192,0,73169,8.9317626953125
HRDSU,λ=8,8192,0,75577,9.2257080078125
HRDSU,λ=8,8192,0,76129,9.2930908203125
HRDSU,λ=8,8192,0,82713,10.0968017578125
HRDSU,λ=8,8192,0,73505,8.9727783203125
HRDSU,λ=8,8192,0,73401,8.9600830078125
HRDSU,λ=8,8192,0,73529,8.9757080078125
HRDSU,λ=8,8192,0,78073,9.5303955078125
HRDSU,λ=8,8192,0,70201,8.5694580078125
HRDSU,λ=8,8192,0,65529,7.9991455078125
HRDSU,λ=8,8192,0,81473,9.9454345703125
HRDSU,λ=8,8192,0,75105,9.1680908203125
HRDSU,λ=8,8192,0,85729,10.4649658203125
HRDSU,λ=8,8192,0,66329,8.0968017578125
HRDSU,λ=8,8192,0,76713,9.3643798828125
HRDSU,λ=8,8192,0,70521,8.6085205078125
HRDSU,λ=8,8192,0,76273,9.3106689453125
HRDSU,λ=8,8192,0,73721,8.9991455078125
HRDSU,λ=8,8192,0,79793,9.7403564453125
HRDSU,λ=8,8192,0,72497,8.8497314453125
HRDSU,λ=8,8192,0,78249,9.5518798828125
HRDSU,λ=8,8192,0,82793,10.1065673828125
HRDSU,λ=8,8192,0,65585,8.0059814453125
HRDSU,λ=8,8192,0,76145,9.2950439453125
HRDSU,λ=8,8192,0,64833,7.9141845703125
HRDSU,λ=8,8192,0,75897,9.2647705078125
HRDSU,λ=8,8192,0,75769,9.2491455078125
HRDSU,λ=8,8192,0,68297,8.3370361328125
HRDSU,λ=8,8192,0,80865,9.8712158203125
HRDSU,λ=8,8192,0,73145,8.9288330078125
HRDSU,λ=8,8192,0,79681,9.7266845703125
HRDSU,λ=8,8192,0,98521,12.0264892578125
HRDSU,λ=8,8192,0,82857,10.1143798828125
HRDSU,λ=8,8192,0,76209,9.3028564453125
HRDSU,λ=8,8192,0,71601,8.7403564453125
HRDSU,λ=8,8192,0,67593,8.2510986328125
HRDSU,λ=8,8192,0,72825,8.8897705078125
HRDSU,λ=8,8192,0,69761,8.5157470703125
HRDSU,λ=8,8192,0,68017,8.3028564453125
HRDSU,λ=8,8192,0,72305,8.8262939453125
HRDSU,λ=8,8192,0,75721,9.2432861328125
HRDSU,λ=8,8192,0,76729,9.3663330078125
HHDSU,λ=8,8192,0,68257,8.3321533203125
HHDSU,λ=8,8192,0,68921,8.4132080078125
HHDSU,λ=8,8192,0,60625,7.4005126953125
HHDSU,λ=8,8192,0,61665,7.5274658203125
HHDSU,λ=8,8192,0,69857,8.5274658203125
HHDSU,λ=8,8192,0,70209,8.5704345703125
HHDSU,λ=8,8192,0,66057,8.0635986328125
HHDSU,λ=8,8192,0,75177,9.1768798828125
HHDSU,λ=8,8192,0,68449,8.3555908203125
HHDSU,λ=8,8192,0,81753,9.9796142578125
HHDSU,λ=8,8192,0,83009,10.1329345703125
HHDSU,λ=8,8192,0,63321,7.7296142578125
HHDSU,λ=8,8192,0,74929,9.1466064453125
HHDSU,λ=8,8192,0,67073,8.1876220703125
HHDSU,λ=8,8192,0,71873,8.7735595703125
HHDSU,λ=8,8192,0,69897,8.5323486328125
HHDSU,λ=8,8192,0,75929,9.2686767578125
HHDSU,λ=8,8192,0,66721,8.1446533203125
HHDSU,λ=8,8192,0,71281,8.7012939453125
HHDSU,λ=8,8192,0,69017,8.4249267578125
HHDSU,λ=8,8192,0,73433,8.9639892578125
HHDSU,λ=8,8192,0,73857,9.0157470703125
HHDSU,λ=8,8192,0,67929,8.2921142578125
HHDSU,λ=8,8192,0,63945,7.8057861328125
HHDSU,λ=8,8192,0,61945,7.5616455078125
HHDSU,λ=8,8192,0,74281,9.0675048828125
HHDSU,λ=8,8192,0,71881,8.7745361328125
HHDSU,λ=8,8192,0,61129,7.4620361328125
HHDSU,λ=8,8192,0,65769,8.0284423828125
HHDSU,λ=8,8192,0,74105,9.0460205078125
HHDSU,λ=8,8192,0,76481,9.3360595703125
HHDSU,λ=8,8192,0,96041,11.7237548828125
HHDSU,λ=8,8192,0,74849,9.1368408203125
HHDSU,λ=8,8192,0,66161,8.0762939453125
HHDSU,λ=8,8192,0,72921,8.9014892578125
HHDSU,λ=8,8192,0,77345,9.4415283203125
HHDSU,λ=8,8192,0,64817,7.9122314453125
HHDSU,λ=8,8192,0,72689,8.8731689453125
HHDSU,λ=8,8192,0,79169,9.6641845703125
HHDSU,λ=8,8192,0,65473,7.9923095703125
HHDSU,λ=8,8192,0,77033,9.4034423828125
HHDSU,λ=8,8192,0,67777,8.2735595703125
HHDSU,λ=8,8192,0,67657,8.2589111328125
HHDSU,λ=8,8192,0,77513,9.4620361328125
HHDSU,λ=8,8192,0,65385,7.9815673828125
HHDSU,λ=8,8192,0,64785,7.9083251953125
HHDSU,λ=8,8192,0,71121,8.6817626953125
HHDSU,λ=8,8192,0,74473,9.0909423828125
HHDSU,λ=8,8192,0,67409,8.2286376953125
HHDSU,λ=8,8192,0,61097,7.4581298828125
HHDSU,λ=8,8192,0,71329,8.7071533203125
HHDSU,λ=8,8192,0,65409,7.9844970703125
HHDSU,λ=8,8192,0,77721,9.4874267578125
HHDSU,λ=8,8192,0,63889,7.7989501953125
HHDSU,λ=8,8192,0,72369,8.8341064453125
HHDSU,λ=8,8192,0,64441,7.8663330078125
HHDSU,λ=8,8192,0,84369,10.2989501953125
HHDSU,λ=8,8192,0,73889,9.0196533203125
HHDSU,λ=8,8192,0,69793,8.5196533203125
HHDSU,λ=8,8192,0,68345,8.3428955078125
HHDSU,λ=8,8192,0,63873,7.7969970703125
HHDSU,λ=8,8192,0,68177,8.3223876953125
HHDSU,λ=8,8192,0,81529,9.9522705078125
HHDSU,λ=8,8192,0,60913,7.4356689453125
HHDSU,λ=8,8192,0,64881,7.9200439453125
HHDSU,λ=8,8192,0,65025,7.9376220703125
HHDSU,λ=8,8192,0,73329,8.9512939453125
HHDSU,λ=8,8192,0,66225,8.0841064453125
HHDSU,λ=8,8192,0,69377,8.4688720703125
HHDSU,λ=8,8192,0,70401,8.5938720703125
HHDSU,λ=8,8192,0,65857,8.0391845703125
HHDSU,λ=8,8192,0,70201,8.5694580078125
HHDSU,λ=8,8192,0,68977,8.4200439453125
HHDSU,λ=8,8192,0,64121,7.8272705078125
HHDSU,λ=8,8192,0,70377,8.5909423828125
HHDSU,λ=8,8192,0,64833,7.9141845703125
HHDSU,λ=8,8192,0,69601,8.4962158203125
HHDSU,λ=8,8192,0,68057,8.3077392578125
HHDSU,λ=8,8192,0,66817,8.1563720703125
HHDSU,λ=8,8192,0,75897,9.2647705078125
HHDSU,λ=8,8192,0,62193,7.5919189453125
HHDSU,λ=8,8192,0,68401,8.3497314453125
HHDSU,λ=8,8192,0,68665,8.3819580078125
HHDSU,λ=8,8192,0,63465,7.7471923828125
HHDSU,λ=8,8192,0,66969,8.1749267578125
HHDSU,λ=8,8192,0,72273,8.8223876953125
HHDSU,λ=8,8192,0,76225,9.3048095703125
HHDSU,λ=8,8192,0,67977,8.2979736328125
HHDSU,λ=8,8192,0,61105,7.4591064453125
HHDSU,λ=8,8192,0,64569,7.8819580078125
HHDSU,λ=8,8192,0,70145,8.5626220703125
HHDSU,λ=8,8192,0,65809,8.0333251953125
HHDSU,λ=8,8192,0,71257,8.6983642578125
HHDSU,λ=8,8192,0,75937,9.2696533203125
HHDSU,λ=8,8192,0,67105,8.1915283203125
HHDSU,λ=8,8192,0,70353,8.5880126953125
HHLSU,λ=8,8192,0,70441,8.5987548828125
HHLSU,λ=8,8192,0,62609,7.6427001953125
HHLSU,λ=8,8192,0,67177,8.2003173828125
HHLSU,λ=8,8192,0,71153,8.6856689453125
HHLSU,λ=8,8192,0,81713,9.9747314453125
HHLSU,λ=8,8192,0,65553,8.0020751953125
HHLSU,λ=8,8192,0,75545,9.2218017578125
HHLSU,λ=8,8192,0,61577,7.5167236328125
HHLSU,λ=8,8192,0,64729,7.9014892578125
HHLSU,λ=8,8192,0,78961,9.6387939453125
HHLSU,λ=8,8192,0,75337,9.1964111328125
HHLSU,λ=8,8192,0,64505,7.8741455078125
HHLSU,λ=8,8192,0,75737,9.2452392578125
HHLSU,λ=8,8192,0,68129,8.3165283203125
HHLSU,λ=8,8192,0,63865,7.7960205078125
HHLSU,λ=8,8192,0,71321,8.7061767578125
HHLSU,λ=8,8192,0,73409,8.9610595703125
HHLSU,λ=8,8192,0,62033,7.5723876953125
HHLSU,λ=8,8192,0,75753,9.2471923828125
HHLSU,λ=8,8192,0,72313,8.8272705078125
HHLSU,λ=8,8192,0,82321,10.0489501953125
HHLSU,λ=8,8192,0,63713,7.7774658203125
HHLSU,λ=8,8192,0,69073,8.4317626953125
HHLSU,λ=8,8192,0,74297,9.0694580078125
HHLSU,λ=8,8192,0,64161,7.8321533203125
HHLSU,λ=8,8192,0,71145,8.6846923828125
HHLSU,λ=8,8192,0,68633,8.3780517578125
HHLSU,λ=8,8192,0,72225,8.8165283203125
HHLSU,λ=8,8192,0,65089,7.9454345703125
HHLSU,λ=8,8192,0,64929,7.9259033203125
HHLSU,λ=8,8192,0,65113,7.9483642578125
HHLSU,λ=8,8192,0,68441,8.3546142578125
HHLSU,λ=8,8192,0,69169,8.4434814453125
HHLSU,λ=8,8192,0,67217,8.2052001953125
HHLSU,λ=8,8192,0,80017,9.7677001953125
HHLSU,λ=8,8192,0,75241,9.1846923828125
HHLSU,λ=8,8192,0,64873,7.9190673828125
HHLSU,λ=8,8192,0,63689,7.7745361328125
HHLSU,λ=8,8192,0,70497,8.6055908203125
HHLSU,λ=8,8192,0,71569,8.7364501953125
HHLSU,λ=8,8192,0,65513,7.9971923828125
HHLSU,λ=8,8192,0,75001,9.1553955078125
HHLSU,λ=8,8192,0,63113,7.7042236328125
HHLSU,λ=8,8192,0,81593,9.9600830078125
HHLSU,λ=8,8192,0,72137,8.8057861328125
HHLSU,λ=8,8192,0,84113,10.2677001953125
HHLSU,λ=8,8192,0,68985,8.4210205078125
HHLSU,λ=8,8192,0,65609,8.0089111328125
HHLSU,λ=8,8192,0,68809,8.3995361328125
HHLSU,λ=8,8192,0,77937,9.5137939453125
HHLSU,λ=8,8192,0,68745,8.3917236328125
HHLSU,λ=8,8192,0,69537,8.4884033203125
HHLSU,λ=8,8192,0,76793,9.3741455078125
HHLSU,λ=8,8192,0,71193,8.6905517578125
HHLSU,λ=8,8192,0,68937,8.4151611328125
HHLSU,λ=8,8192,0,84625,10.3302001953125
HHLSU,λ=8,8192,0,67401,8.2276611328125
HHLSU,λ=8,8192,0,80225,9.7930908203125
HHLSU,λ=8,8192,0,81249,9.9180908203125
HHLSU,λ=8,8192,0,63593,7.7628173828125
HHLSU,λ=8,8192,0,75217,9.1817626953125
HHLSU,λ=8,8192,0,62177,7.5899658203125
HHLSU,λ=8,8192,0,74265,9.0655517578125
HHLSU,λ=8,8192,0,72873,8.8956298828125
HHLSU,λ=8,8192,0,85569,10.4454345703125
HHLSU,λ=8,8192,0,66329,8.0968017578125
HHLSU,λ=8,8192,0,75489,9.2149658203125
HHLSU,λ=8,8192,0,69153,8.4415283203125
HHLSU,λ=8,8192,0,76433,9.3302001953125
HHLSU,λ=8,8192,0,72929,8.9024658203125
HHLSU,λ=8,8192,0,69921,8.5352783203125
HHLSU,λ=8,8192,0,77489,9.4591064453125
HHLSU,λ=8,8192,0,65345,7.9766845703125
HHLSU,λ=8,8192,0,62161,7.5880126953125
HHLSU,λ=8,8192,0,60993,7.4454345703125
HHLSU,λ=8,8192,0,70457,8.6007080078125
HHLSU,λ=8,8192,0,72185,8.8116455078125
HHLSU,λ=8,8192,0,64457,7.8682861328125
HHLSU,λ=8,8192,0,68209,8.3262939453125
HHLSU,λ=8,8192,0,63465,7.7471923828125
HHLSU,λ=8,8192,0,62321,7.6075439453125
HHLSU,λ=8,8192,0,69865,8.5284423828125
HHLSU,λ=8,8192,0,67601,8.2520751953125
HHLSU,λ=8,8192,0,69689,8.5069580078125
HHLSU,λ=8,8192,0,65521,7.9981689453125
HHLSU,λ=8,8192,0,67713,8.2657470703125
HHLSU,λ=8,8192,0,73425,8.9630126953125
HHLSU,λ=8,8192,0,70057,8.5518798828125
HHLSU,λ=8,8192,0,68433,8.3536376953125
HHLSU,λ=8,8192,0,77793,9.4962158203125
HHLSU,λ=8,8192,0,62305,7.6055908203125
HHLSU,λ=8,8192,0,67137,8.1954345703125
HHLSU,λ=8,8192,0,75433,9.2081298828125
HHLSU,λ=8,8192,0,68777,8.3956298828125
HHLSU,λ=8,8192,0,66113,8.0704345703125
HHLSU,λ=8,8192,0,68017,8.3028564453125
HHLSU,λ=8,8192,0,66377,8.1026611328125
HRLSU,λ=8,8192,0,70473,8.6026611328125
HRLSU,λ=8,8192,0,78777,9.6163330078125
HRLSU,λ=8,8192,0,77265,9.4317626953125
HRLSU,λ=8,8192,0,77401,9.4483642578125
HRLSU,λ=8,8192,0,73889,9.0196533203125
HRLSU,λ=8,8192,0,78753,9.6134033203125
HRLSU,λ=8,8192,0,72289,8.8243408203125
HRLSU,λ=8,8192,0,70281,8.5792236328125
HRLSU,λ=8,8192,0,69313,8.4610595703125
HRLSU,λ=8,8192,0,71153,8.6856689453125
HRLSU,λ=8,8192,0,69713,8.5098876953125
HRLSU,λ=8,8192,0,75457,9.2110595703125
HRLSU,λ=8,8192,0,68993,8.4219970703125
HRLSU,λ=8,8192,0,71897,8.7764892578125
HRLSU,λ=8,8192,0,76953,9.3936767578125
HRLSU,λ=8,8192,0,68129,8.3165283203125
HRLSU,λ=8,8192,0,87889,10.7286376953125
HRLSU,λ=8,8192,0,72537,8.8546142578125
HRLSU,λ=8,8192,0,74649,9.1124267578125
HRLSU,λ=8,8192,0,77481,9.4581298828125
HRLSU,λ=8,8192,0,76041,9.2823486328125
HRLSU,λ=8,8192,0,83145,10.1495361328125
HRLSU,λ=8,8192,0,80969,9.8839111328125
HRLSU,λ=8,8192,0,79417,9.6944580078125
HRLSU,λ=8,8192,0,83097,10.1436767578125
HRLSU,λ=8,8192,0,87401,10.6690673828125
HRLSU,λ=8,8192,0,89121,10.8790283203125
HRLSU,λ=8,8192,0,96273,11.7520751953125
HRLSU,λ=8,8192,0,78513,9.5841064453125
HRLSU,λ=8,8192,0,71521,8.7305908203125
HRLSU,λ=8,8192,0,71697,8.7520751953125
HRLSU,λ=8,8192,0,73649,8.9903564453125
HRLSU,λ=8,8192,0,73433,8.9639892578125
HRLSU,λ=8,8192,0,75825,9.2559814453125
HRLSU,λ=8,8192,0,81257,9.9190673828125
HRLSU,λ=8,8192,0,70241,8.5743408203125
HRLSU,λ=8,8192,0,86769,10.5919189453125
HRLSU,λ=8,8192,0,73817,9.0108642578125
HRLSU,λ=8,8192,0,67705,8.2647705078125
HRLSU,λ=8,8192,0,66161,8.0762939453125
HRLSU,λ=8,8192,0,85073,10.3848876953125
HRLSU,λ=8,8192,0,78289,9.5567626953125
HRLSU,λ=8,8192,0,97913,11.9522705078125
HRLSU,λ=8,8192,0,71041,8.6719970703125
HRLSU,λ=8,8192,0,74097,9.0450439453125
HRLSU,λ=8,8192,0,71833,8.7686767578125
HRLSU,λ=8,8192,0,76689,9.3614501953125
HRLSU,λ=8,8192,0,79161,9.6632080078125
HRLSU,λ=8,8192,0,67337,8.2198486328125
HRLSU,λ=8,8192,0,73217,8.9376220703125
HRLSU,λ=8,8192,0,76961,9.3946533203125
HRLSU,λ=8,8192,0,90945,11.1016845703125
HRLSU,λ=8,8192,0,79777,9.7384033203125
HRLSU,λ=8,8192,0,77497,9.4600830078125
HRLSU,λ=8,8192,0,76705,9.3634033203125
HRLSU,λ=8,8192,0,69945,8.5382080078125
HRLSU,λ=8,8192,0,78705,9.6075439453125
HRLSU,λ=8,8192,0,69033,8.4268798828125
HRLSU,λ=8,8192,0,85945,10.4913330078125
HRLSU,λ=8,8192,0,69089,8.4337158203125
HRLSU,λ=8,8192,0,64553,7.8800048828125
HRLSU,λ=8,8192,0,74225,9.0606689453125
HRLSU,λ=8,8192,0,70753,8.6368408203125
HRLSU,λ=8,8192,0,71705,8.7530517578125
HRLSU,λ=8,8192,0,71977,8.7862548828125
HRLSU,λ=8,8192,0,86689,10.5821533203125
HRLSU,λ=8,8192,0,72769,8.8829345703125
HRLSU,λ=8,8192,0,81545,9.9542236328125
HRLSU,λ=8,8192,0,76001,9.2774658203125
HRLSU,λ=8,8192,0,78297,9.5577392578125
HRLSU,λ=8,8192,0,76337,9.3184814453125
HRLSU,λ=8,8192,0,76625,9.3536376953125
HRLSU,λ=8,8192,0,79345,9.6856689453125
HRLSU,λ=8,8192,0,70713,8.6319580078125
HRLSU,λ=8,8192,0,75473,9.2130126953125
HRLSU,λ=8,8192,0,74441,9.0870361328125
HRLSU,λ=8,8192,0,76433,9.3302001953125
HRLSU,λ=8,8192,0,69921,8.5352783203125
HRLSU,λ=8,8192,0,72945,8.9044189453125
HRLSU,λ=8,8192,0,65313,7.9727783203125
HRLSU,λ=8,8192,0,67665,8.2598876953125
HRLSU,λ=8,8192,0,73633,8.9884033203125
HRLSU,λ=8,8192,0,75777,9.2501220703125
HRLSU,λ=8,8192,0,85033,10.3800048828125
HRLSU,λ=8,8192,0,66697,8.1417236328125
HRLSU,λ=8,8192,0,71905,8.7774658203125
HRLSU,λ=8,8192,0,72113,8.8028564453125
HRLSU,λ=8,8192,0,76969,9.3956298828125
HRLSU,λ=8,8192,0,68201,8.3253173828125
HRLSU,λ=8,8192,0,68433,8.3536376953125
HRLSU,λ=8,8192,0,69593,8.4952392578125
HRLSU,λ=8,8192,0,70585,8.6163330078125
HRLSU,λ=8,8192,0,70385,8.5919189453125
HRLSU,λ=8,8192,0,78801,9.6192626953125
HRLSU,λ=8,8192,0,74425,9.0850830078125
HRLSU,λ=8,8192,0,72281,8.8233642578125
HRLSU,λ=8,8192,0,77777,9.4942626953125
HRLSU,λ=8,8192,0,66537,8.1221923828125
HSLSU,λ=8,8192,0,87905,10.7305908203125
HSLSU,λ=8,8192,0,85537,10.4415283203125
HSLSU,λ=8,8192,0,82297,10.0460205078125
HSLSU,λ=8,8192,0,96729,11.8077392578125
HSLSU,λ=8,8192,0,99457,12.1407470703125
HSLSU,λ=8,8192,0,99209,12.1104736328125
HSLSU,λ=8,8192,0,108289,13.2188720703125
HSLSU,λ=8,8192,0,86969,10.6163330078125
HSLSU,λ=8,8192,0,101153,12.3477783203125
HSLSU,λ=8,8192,0,87665,10.7012939453125
HSLSU,λ=8,8192,0,87313,10.6583251953125
HSLSU,λ=8,8192,0,94257,11.5059814453125
HSLSU,λ=8,8192,0,86121,10.5128173828125
HSLSU,λ=8,8192,0,91201,11.1329345703125
HSLSU,λ=8,8192,0,104609,12.7696533203125
HSLSU,λ=8,8192,0,94385,11.5216064453125
HSLSU,λ=8,8192,0,100017,12.2091064453125
HSLSU,λ=8,8192,0,89953,10.9805908203125
HSLSU,λ=8,8192,0,101993,12.4503173828125
HSLSU,λ=8,8192,0,95705,11.6827392578125
HSLSU,λ=8,8192,0,98313,12.0010986328125
HSLSU,λ=8,8192,0,91705,11.1944580078125
HSLSU,λ=8,8192,0,98545,12.0294189453125
HSLSU,λ=8,8192,0,94249,11.5050048828125
HSLSU,λ=8,8192,0,105241,12.8468017578125
HSLSU,λ=8,8192,0,89961,10.9815673828125
HSLSU,λ=8,8192,0,99273,12.1182861328125
HSLSU,λ=8,8192,0,96209,11.7442626953125
HSLSU,λ=8,8192,0,96425,11.7706298828125
HSLSU,λ=8,8192,0,92937,11.3448486328125
HSLSU,λ=8,8192,0,101705,12.4151611328125
HSLSU,λ=8,8192,0,118873,14.5108642578125
HSLSU,λ=8,8192,0,93177,11.3741455078125
HSLSU,λ=8,8192,0,113417,13.8448486328125
HSLSU,λ=8,8192,0,95305,11.6339111328125
HSLSU,λ=8,8192,0,103217,12.5997314453125
HSLSU,λ=8,8192,0,95393,11.6446533203125
HSLSU,λ=8,8192,0,95273,11.6300048828125
HSLSU,λ=8,8192,0,90473,11.0440673828125
HSLSU,λ=8,8192,0,97337,11.8819580078125
HSLSU,λ=8,8192,0,107057,13.0684814453125
HSLSU,λ=8,8192,0,94593,11.5469970703125
HSLSU,λ=8,8192,0,91881,11.2159423828125
HSLSU,λ=8,8192,0,97641,11.9190673828125
HSLSU,λ=8,8192,0,91945,11.2237548828125
HSLSU,λ=8,8192,0,107161,13.0811767578125
HSLSU,λ=8,8192,0,101441,12.3829345703125
HSLSU,λ=8,8192,0,91793,11.2052001953125
HSLSU,λ=8,8192,0,113025,13.7969970703125
HSLSU,λ=8,8192,0,114585,13.9874267578125
HSLSU,λ=8,8192,0,99729,12.1739501953125
HSLSU,λ=8,8192,0,99393,12.1329345703125
HSLSU,λ=8,8192,0,107217,13.0880126953125
HSLSU,λ=8,8192,0,96473,11.7764892578125
HSLSU,λ=8,8192,0,84609,10.3282470703125
HSLSU,λ=8,8192,0,96457,11.7745361328125
HSLSU,λ=8,8192,0,103681,12.6563720703125
HSLSU,λ=8,8192,0,93953,11.4688720703125
HSLSU,λ=8,8192,0,90049,10.9923095703125
HSLSU,λ=8,8192,0,103185,12.5958251953125
HSLSU,λ=8,8192,0,81585,9.9591064453125
HSLSU,λ=8,8192,0,87361,10.6641845703125
HSLSU,λ=8,8192,0,114009,13.9171142578125
HSLSU,λ=8,8192,0,101777,12.4239501953125
HSLSU,λ=8,8192,0,86041,10.5030517578125
HSLSU,λ=8,8192,0,90073,10.9952392578125
HSLSU,λ=8,8192,0,93513,11.4151611328125
HSLSU,λ=8,8192,0,104209,12.7208251953125
HSLSU,λ=8,8192,0,94633,11.5518798828125
HSLSU,λ=8,8192,0,119633,14.6036376953125
HSLSU,λ=8,8192,0,91281,11.1427001953125
HSLSU,λ=8,8192,0,98465,12.0196533203125
HSLSU,λ=8,8192,0,118193,14.4278564453125
HSLSU,λ=8,8192,0,98553,12.0303955078125
HSLSU,λ=8,8192,0,100025,12.2100830078125
HSLSU,λ=8,8192,0,91153,11.1270751953125
HSLSU,λ=8,8192,0,96929,11.8321533203125
HSLSU,λ=8,8192,0,105737,12.9073486328125
HSLSU,λ=8,8192,0,87641,10.6983642578125
HSLSU,λ=8,8192,0,92337,11.2716064453125
HSLSU,λ=8,8192,0,95233,11.6251220703125
HSLSU,λ=8,8192,0,104313,12.7335205078125
HSLSU,λ=8,8192,0,100249,12.2374267578125
HSLSU,λ=8,8192,0,89369,10.9093017578125
HSLSU,λ=8,8192,0,113713,13.8809814453125
HSLSU,λ=8,8192,0,92593,11.3028564453125
HSLSU,λ=8,8192,0,125161,15.2784423828125
HSLSU,λ=8,8192,0,104457,12.7510986328125
HSLSU,λ=8,8192,0,101121,12.3438720703125
HSLSU,λ=8,8192,0,87273,10.6534423828125
HSLSU,λ=8,8192,0,92225,11.2579345703125
HSLSU,λ=8,8192,0,114593,13.9884033203125
HSLSU,λ=8,8192,0,88481,10.8009033203125
HSLSU,λ=8,8192,0,94769,11.5684814453125
HSLSU,λ=8,8192,0,107825,13.1622314453125
HSLSU,λ=8,8192,0,90041,10.9913330078125
HSLSU,λ=8,8192,0,89529,10.9288330078125
HSLSU,λ=8,8192,0,103265,12.6055908203125
HSLSU,λ=8,8192,0,114529,13.9805908203125
HSDMU,λ=8,8192,0,95761,11.6895751953125
HSDMU,λ=8,8192,0,99977,12.2042236328125
HSDMU,λ=8,8192,0,86905,10.6085205078125
HSDMU,λ=8,8192,0,100081,12.2169189453125
HSDMU,λ=8,8192,0,105153,12.8360595703125
HSDMU,λ=8,8192,0,127577,15.5733642578125
HSDMU,λ=8,8192,0,97785,11.9366455078125
HSDMU,λ=8,8192,0,106913,13.0509033203125
HSDMU,λ=8,8192,0,99841,12.1876220703125
HSDMU,λ=8,8192,0,94553,11.5421142578125
HSDMU,λ=8,8192,0,82953,10.1260986328125
HSDMU,λ=8,8192,0,89833,10.9659423828125
HSDMU,λ=8,8192,0,110465,13.4844970703125
HSDMU,λ=8,8192,0,107073,13.0704345703125
HSDMU,λ=8,8192,0,106057,12.9464111328125
HSDMU,λ=8,8192,0,108385,13.2305908203125
HSDMU,λ=8,8192,0,84673,10.3360595703125
HSDMU,λ=8,8192,0,118049,14.4102783203125
HSDMU,λ=8,8192,0,96169,11.7393798828125
HSDMU,λ=8,8192,0,115529,14.1026611328125
HSDMU,λ=8,8192,0,98761,12.0557861328125
HSDMU,λ=8,8192,0,101841,12.4317626953125
HSDMU,λ=8,8192,0,88073,10.7510986328125
HSDMU,λ=8,8192,0,86425,10.5499267578125
HSDMU,λ=8,8192,0,96961,11.8360595703125
HSDMU,λ=8,8192,0,92521,11.2940673828125
HSDMU,λ=8,8192,0,90833,11.0880126953125
HSDMU,λ=8,8192,0,108913,13.2950439453125
HSDMU,λ=8,8192,0,99145,12.1026611328125
HSDMU,λ=8,8192,0,90929,11.0997314453125
HSDMU,λ=8,8192,0,95273,11.6300048828125
HSDMU,λ=8,8192,0,88841,10.8448486328125
HSDMU,λ=8,8192,0,91441,11.1622314453125
HSDMU,λ=8,8192,0,96833,11.8204345703125
HSDMU,λ=8,8192,0,93721,11.4405517578125
HSDMU,λ=8,8192,0,92033,11.2344970703125
HSDMU,λ=8,8192,0,102249,12.4815673828125
HSDMU,λ=8,8192,0,88025,10.7452392578125
HSDMU,λ=8,8192,0,91537,11.1739501953125
HSDMU,λ=8,8192,0,108185,13.2061767578125
HSDMU,λ=8,8192,0,106473,12.9971923828125
HSDMU,λ=8,8192,0,107409,13.1114501953125
HSDMU,λ=8,8192,0,102561,12.5196533203125
HSDMU,λ=8,8192,0,98841,12.0655517578125
HSDMU,λ=8,8192,0,102657,12.5313720703125
HSDMU,λ=8,8192,0,84649,10.3331298828125
HSDMU,λ=8,8192,0,93521,11.4161376953125
HSDMU,λ=8,8192,0,116537,14.2257080078125
HSDMU,λ=8,8192,0,89385,10.9112548828125
HSDMU,λ=8,8192,0,90065,10.9942626953125
HSDMU,λ=8,8192,0,93257,11.3839111328125
HSDMU,λ=8,8192,0,104649,12.7745361328125
HSDMU,λ=8,8192,0,93233,11.3809814453125
HSDMU,λ=8,8192,0,91401,11.1573486328125
HSDMU,λ=8,8192,0,106393,12.9874267578125
HSDMU,λ=8,8192,0,104537,12.7608642578125
HSDMU,λ=8,8192,0,89113,10.8780517578125
HSDMU,λ=8,8192,0,103313,12.6114501953125
HSDMU,λ=8,8192,0,97553,11.9083251953125
HSDMU,λ=8,8192,0,110113,13.4415283203125
HSDMU,λ=8,8192,0,93633,11.4298095703125
HSDMU,λ=8,8192,0,103169,12.5938720703125
HSDMU,λ=8,8192,0,96401,11.7677001953125
HSDMU,λ=8,8192,0,102161,12.4708251953125
HSDMU,λ=8,8192,0,110617,13.5030517578125
HSDMU,λ=8,8192,0,91569,11.1778564453125
HSDMU,λ=8,8192,0,109625,13.3819580078125
HSDMU,λ=8,8192,0,92473,11.2882080078125
HSDMU,λ=8,8192,0,97137,11.8575439453125
HSDMU,λ=8,8192,0,90313,11.0245361328125
HSDMU,λ=8,8192,0,101377,12.3751220703125
HSDMU,λ=8,8192,0,92761,11.3233642578125
HSDMU,λ=8,8192,0,92241,11.2598876953125
HSDMU,λ=8,8192,0,83761,10.2247314453125
HSDMU,λ=8,8192,0,100001,12.2071533203125
HSDMU,λ=8,8192,0,90057,10.9932861328125
HSDMU,λ=8,8192,0,98025,11.9659423828125
HSDMU,λ=8,8192,0,91729,11.1973876953125
HSDMU,λ=8,8192,0,89553,10.9317626953125
HSDMU,λ=8,8192,0,98289,11.9981689453125
HSDMU,λ=8,8192,0,98281,11.9971923828125
HSDMU,λ=8,8192,0,99601,12.1583251953125
HSDMU,λ=8,8192,0,101265,12.3614501953125
HSDMU,λ=8,8192,0,105665,12.8985595703125
HSDMU,λ=8,8192,0,90537,11.0518798828125
HSDMU,λ=8,8192,0,102009,12.4522705078125
HSDMU,λ=8,8192,0,85905,10.4864501953125
HSDMU,λ=8,8192,0,100433,12.2598876953125
HSDMU,λ=8,8192,0,100841,12.3096923828125
HSDMU,λ=8,8192,0,98441,12.0167236328125
HSDMU,λ=8,8192,0,97297,11.8770751953125
HSDMU,λ=8,8192,0,93081,11.3624267578125
HSDMU,λ=8,8192,0,91625,11.1846923828125
HSDMU,λ=8,8192,0,94025,11.4776611328125
HSDMU,λ=8,8192,0,106017,12.9415283203125
HSDMU,λ=8,8192,0,94529,11.5391845703125
HSDMU,λ=8,8192,0,89969,10.9825439453125
HSDMU,λ=8,8192,0,97257,11.8721923828125
HRDMU,λ=8,8192,0,71161,8.6866455078125
HRDMU,λ=8,8192,0,69481,8.4815673828125
HRDMU,λ=8,8192,0,72281,8.8233642578125
HRDMU,λ=8,8192,0,71297,8.7032470703125
HRDMU,λ=8,8192,0,71081,8.6768798828125
HRDMU,λ=8,8192,0,80553,9.8331298828125
HRDMU,λ=8,8192,0,80881,9.8731689453125
HRDMU,λ=8,8192,0,75177,9.1768798828125
HRDMU,λ=8,8192,0,72705,8.8751220703125
HRDMU,λ=8,8192,0,69321,8.4620361328125
HRDMU,λ=8,8192,0,85137,10.3927001953125
HRDMU,λ=8,8192,0,72105,8.8018798828125
HRDMU,λ=8,8192,0,78857,9.6260986328125
HRDMU,λ=8,8192,0,70969,8.6632080078125
HRDMU,λ=8,8192,0,69185,8.4454345703125
HRDMU,λ=8,8192,0,85521,10.4395751953125
HRDMU,λ=8,8192,0,72257,8.8204345703125
HRDMU,λ=8,8192,0,71065,8.6749267578125
HRDMU,λ=8,8192,0,71561,8.7354736328125
HRDMU,λ=8,8192,0,69569,8.4923095703125
HRDMU,λ=8,8192,0,86649,10.5772705078125
HRDMU,λ=8,8192,0,78489,9.5811767578125
HRDMU,λ=8,8192,0,76745,9.3682861328125
HRDMU,λ=8,8192,0,70673,8.6270751953125
HRDMU,λ=8,8192,0,73761,9.0040283203125
HRDMU,λ=8,8192,0,79697,9.7286376953125
HRDMU,λ=8,8192,0,77569,9.4688720703125
HRDMU,λ=8,8192,0,93505,11.4141845703125
HRDMU,λ=8,8192,0,72225,8.8165283203125
HRDMU,λ=8,8192,0,80289,9.8009033203125
HRDMU,λ=8,8192,0,72505,8.8507080078125
HRDMU,λ=8,8192,0,68929,8.4141845703125
HRDMU,λ=8,8192,0,74841,9.1358642578125
HRDMU,λ=8,8192,0,72545,8.8555908203125
HRDMU,λ=8,8192,0,74497,9.0938720703125
HRDMU,λ=8,8192,0,75241,9.1846923828125
HRDMU,λ=8,8192,0,78449,9.5762939453125
HRDMU,λ=8,8192,0,71441,8.7208251953125
HRDMU,λ=8,8192,0,72193,8.8126220703125
HRDMU,λ=8,8192,0,73609,8.9854736328125
HRDMU,λ=8,8192,0,83553,10.1993408203125
HRDMU,λ=8,8192,0,80153,9.7843017578125
HRDMU,λ=8,8192,0,82665,10.0909423828125
HRDMU,λ=8,8192,0,72817,8.8887939453125
HRDMU,λ=8,8192,0,74993,9.1544189453125
HRDMU,λ=8,8192,0,78649,9.6007080078125
HRDMU,λ=8,8192,0,73801,9.0089111328125
HRDMU,λ=8,8192,0,69425,8.4747314453125
HRDMU,λ=8,8192,0,76961,9.3946533203125
HRDMU,λ=8,8192,0,76161,9.2969970703125
HRDMU,λ=8,8192,0,76105,9.2901611328125
HRDMU,λ=8,8192,0,80601,9.8389892578125
HRDMU,λ=8,8192,0,76665,9.3585205078125
HRDMU,λ=8,8192,0,78705,9.6075439453125
HRDMU,λ=8,8192,0,86945,10.6134033203125
HRDMU,λ=8,8192,0,76521,9.3409423828125
HRDMU,λ=8,8192,0,81513,9.9503173828125
HRDMU,λ=8,8192,0,74969,9.1514892578125
HRDMU,λ=8,8192,0,67993,8.2999267578125
HRDMU,λ=8,8192,0,70721,8.6329345703125
HRDMU,λ=8,8192,0,71977,8.7862548828125
HRDMU,λ=8,8192,0,74449,9.0880126953125
HRDMU,λ=8,8192,0,78929,9.6348876953125
HRDMU,λ=8,8192,0,79033,9.6475830078125
HRDMU,λ=8,8192,0,72665,8.8702392578125
HRDMU,λ=8,8192,0,76329,9.3175048828125
HRDMU,λ=8,8192,0,77713,9.4864501953125
HRDMU,λ=8,8192,0,76857,9.3819580078125
HRDMU,λ=8,8192,0,94065,11.4825439453125
HRDMU,λ=8,8192,0,77377,9.4454345703125
HRDMU,λ=8,8192,0,75833,9.2569580078125
HRDMU,λ=8,8192,0,101353,12.3721923828125
HRDMU,λ=8,8192,0,81561,9.9561767578125
HRDMU,λ=8,8192,0,72873,8.8956298828125
HRDMU,λ=8,8192,0,71737,8.7569580078125
HRDMU,λ=8,8192,0,71553,8.7344970703125
HRDMU,λ=8,8192,0,86089,10.5089111328125
HRDMU,λ=8,8192,0,76713,9.3643798828125
HRDMU,λ=8,8192,0,81129,9.9034423828125
HRDMU,λ=8,8192,0,79049,9.6495361328125
HRDMU,λ=8,8192,0,82537,10.0753173828125
HRDMU,λ=8,8192,0,79905,9.7540283203125
HRDMU,λ=8,8192,0,90001,10.9864501953125
HRDMU,λ=8,8192,0,84905,10.3643798828125
HRDMU,λ=8,8192,0,90017,10.9884033203125
HRDMU,λ=8,8192,0,79321,9.6827392578125
HRDMU,λ=8,8192,0,69113,8.4366455078125
HRDMU,λ=8,8192,0,80481,9.8243408203125
HRDMU,λ=8,8192,0,77041,9.4044189453125
HRDMU,λ=8,8192,0,85153,10.3946533203125
HRDMU,λ=8,8192,0,81777,9.9825439453125
HRDMU,λ=8,8192,0,80393,9.8135986328125
HRDMU,λ=8,8192,0,80097,9.7774658203125
HRDMU,λ=8,8192,0,73961,9.0284423828125
HRDMU,λ=8,8192,0,75137,9.1719970703125
HHDMU,λ=8,8192,0,67265,8.2110595703125
HHDMU,λ=8,8192,0,71065,8.6749267578125
HHDMU,λ=8,8192,0,72153,8.8077392578125
HHDMU,λ=8,8192,0,70985,8.6651611328125
HHDMU,λ=8,8192,0,78937,9.6358642578125
HHDMU,λ=8,8192,0,72345,8.8311767578125
HHDMU,λ=8,8192,0,69313,8.4610595703125
HHDMU,λ=8,8192,0,69721,8.5108642578125
HHDMU,λ=8,8192,0,70281,8.5792236328125
HHDMU,λ=8,8192,0,76057,9.2843017578125
HHDMU,λ=8,8192,0,72705,8.8751220703125
HHDMU,λ=8,8192,0,69321,8.4620361328125
HHDMU,λ=8,8192,0,70065,8.5528564453125
HHDMU,λ=8,8192,0,65785,8.0303955078125
HHDMU,λ=8,8192,0,76305,9.3145751953125
HHDMU,λ=8,8192,0,69849,8.5264892578125
HHDMU,λ=8,8192,0,71665,8.7481689453125
HHDMU,λ=8,8192,0,65889,8.0430908203125
HHDMU,λ=8,8192,0,82001,10.0098876953125
HHDMU,λ=8,8192,0,70841,8.6475830078125
HHDMU,λ=8,8192,0,81641,9.9659423828125
HHDMU,λ=8,8192,0,79177,9.6651611328125
HHDMU,λ=8,8192,0,68489,8.3604736328125
HHDMU,λ=8,8192,0,75841,9.2579345703125
HHDMU,λ=8,8192,0,69665,8.5040283203125
HHDMU,λ=8,8192,0,82281,10.0440673828125
HHDMU,λ=8,8192,0,78201,9.5460205078125
HHDMU,λ=8,8192,0,68929,8.4141845703125
HHDMU,λ=8,8192,0,73753,9.0030517578125
HHDMU,λ=8,8192,0,92321,11.2696533203125
HHDMU,λ=8,8192,0,72737,8.8790283203125
HHDMU,λ=8,8192,0,70017,8.5469970703125
HHDMU,λ=8,8192,0,66729,8.1456298828125
HHDMU,λ=8,8192,0,70825,8.6456298828125
HHDMU,λ=8,8192,0,74849,9.1368408203125
HHDMU,λ=8,8192,0,73817,9.0108642578125
HHDMU,λ=8,8192,0,67385,8.2257080078125
HHDMU,λ=8,8192,0,74953,9.1495361328125
HHDMU,λ=8,8192,0,65425,7.9864501953125
HHDMU,λ=8,8192,0,73809,9.0098876953125
HHDMU,λ=8,8192,0,66041,8.0616455078125
HHDMU,λ=8,8192,0,77073,9.4083251953125
HHDMU,λ=8,8192,0,71001,8.6671142578125
HHDMU,λ=8,8192,0,69353,8.4659423828125
HHDMU,λ=8,8192,0,74345,9.0753173828125
HHDMU,λ=8,8192,0,73377,8.9571533203125
HHDMU,λ=8,8192,0,73017,8.9132080078125
HHDMU,λ=8,8192,0,80577,9.8360595703125
HHDMU,λ=8,8192,0,78809,9.6202392578125
HHDMU,λ=8,8192,0,64145,7.8302001953125
HHDMU,λ=8,8192,0,71113,8.6807861328125
HHDMU,λ=8,8192,0,69233,8.4512939453125
HHDMU,λ=8,8192,0,70233,8.5733642578125
HHDMU,λ=8,8192,0,73185,8.9337158203125
HHDMU,λ=8,8192,0,68801,8.3985595703125
HHDMU,λ=8,8192,0,79921,9.7559814453125
HHDMU,λ=8,8192,0,74985,9.1534423828125
HHDMU,λ=8,8192,0,70945,8.6602783203125
HHDMU,λ=8,8192,0,81409,9.9376220703125
HHDMU,λ=8,8192,0,69497,8.4835205078125
HHDMU,λ=8,8192,0,68913,8.4122314453125
HHDMU,λ=8,8192,0,68961,8.4180908203125
HHDMU,λ=8,8192,0,68953,8.4171142578125
HHDMU,λ=8,8192,0,66857,8.1612548828125
HHDMU,λ=8,8192,0,73825,9.0118408203125
HHDMU,λ=8,8192,0,78377,9.5675048828125
HHDMU,λ=8,8192,0,79345,9.6856689453125
HHDMU,λ=8,8192,0,75809,9.2540283203125
HHDMU,λ=8,8192,0,78537,9.5870361328125
HHDMU,λ=8,8192,0,75473,9.2130126953125
HHDMU,λ=8,8192,0,70217,8.5714111328125
HHDMU,λ=8,8192,0,75521,9.2188720703125
HHDMU,λ=8,8192,0,65465,7.9913330078125
HHDMU,λ=8,8192,0,70465,8.6016845703125
HHDMU,λ=8,8192,0,73177,8.9327392578125
HHDMU,λ=8,8192,0,72441,8.8428955078125
HHDMU,λ=8,8192,0,71545,8.7335205078125
HHDMU,λ=8,8192,0,82857,10.1143798828125
HHDMU,λ=8,8192,0,69761,8.5157470703125
HHDMU,λ=8,8192,0,74977,9.1524658203125
HHDMU,λ=8,8192,0,70009,8.5460205078125
HHDMU,λ=8,8192,0,69889,8.5313720703125
HHDMU,λ=8,8192,0,77041,9.4044189453125
HHDMU,λ=8,8192,0,80393,9.8135986328125
HHDMU,λ=8,8192,0,68113,8.3145751953125
HHDMU,λ=8,8192,0,69753,8.5147705078125
HHDMU,λ=8,8192,0,69201,8.4473876953125
HHDMU,λ=8,8192,0,71825,8.7677001953125
HHDMU,λ=8,8192,0,69729,8.5118408203125
HHDMU,λ=8,8192,0,71777,8.7618408203125
HHDMU,λ=8,8192,0,69137,8.4395751953125
HHDMU,λ=8,8192,0,77065,9.4073486328125
HHDMU,λ=8,8192,0,92169,11.2510986328125
HHDMU,λ=8,8192,0,64049,7.8184814453125
HHDMU,λ=8,8192,0,71609,8.7413330078125
HHDMU,λ=8,8192,0,72305,8.8262939453125
HHLMU,λ=8,8192,0,75001,9.1553955078125
HHLMU,λ=8,8192,0,75865,9.2608642578125
HHLMU,λ=8,8192,0,70945,8.6602783203125
HHLMU,λ=8,8192,0,77625,9.4757080078125
HHLMU,λ=8,8192,0,68657,8.3809814453125
HHLMU,λ=8,8192,0,75513,9.2178955078125
HHLMU,λ=8,8192,0,75177,9.1768798828125
HHLMU,λ=8,8192,0,82401,10.0587158203125
HHLMU,λ=8,8192,0,63561,7.7589111328125
HHLMU,λ=8,8192,0,75641,9.2335205078125
HHLMU,λ=8,8192,0,80353,9.8087158203125
HHLMU,λ=8,8192,0,72801,8.8868408203125
HHLMU,λ=8,8192,0,75129,9.1710205078125
HHLMU,λ=8,8192,0,75657,9.2354736328125
HHLMU,λ=8,8192,0,78001,9.5216064453125
HHLMU,λ=8,8192,0,74857,9.1378173828125
HHLMU,λ=8,8192,0,78505,9.5831298828125
HHLMU,λ=8,8192,0,70777,8.6397705078125
HHLMU,λ=8,8192,0,79609,9.7178955078125
HHLMU,λ=8,8192,0,71025,8.6700439453125
HHLMU,λ=8,8192,0,75785,9.2510986328125
HHLMU,λ=8,8192,0,73953,9.0274658203125
HHLMU,λ=8,8192,0,88145,10.7598876953125
HHLMU,λ=8,8192,0,70033,8.5489501953125
HHLMU,λ=8,8192,0,74745,9.1241455078125
HHLMU,λ=8,8192,0,73713,8.9981689453125
HHLMU,λ=8,8192,0,76009,9.2784423828125
HHLMU,λ=8,8192,0,76745,9.3682861328125
HHLMU,λ=8,8192,0,75985,9.2755126953125
HHLMU,λ=8,8192,0,101993,12.4503173828125
HHLMU,λ=8,8192,0,71489,8.7266845703125
HHLMU,λ=8,8192,0,66937,8.1710205078125
HHLMU,λ=8,8192,0,74801,9.1309814453125
HHLMU,λ=8,8192,0,71913,8.7784423828125
HHLMU,λ=8,8192,0,79017,9.6456298828125
HHLMU,λ=8,8192,0,69809,8.5216064453125
HHLMU,λ=8,8192,0,79745,9.7344970703125
HHLMU,λ=8,8192,0,68441,8.3546142578125
HHLMU,λ=8,8192,0,68929,8.4141845703125
HHLMU,λ=8,8192,0,76633,9.3546142578125
HHLMU,λ=8,8192,0,71401,8.7159423828125
HHLMU,λ=8,8192,0,75553,9.2227783203125
HHLMU,λ=8,8192,0,83241,10.1612548828125
HHLMU,λ=8,8192,0,71881,8.7745361328125
HHLMU,λ=8,8192,0,71985,8.7872314453125
HHLMU,λ=8,8192,0,76409,9.3272705078125
HHLMU,λ=8,8192,0,79529,9.7081298828125
HHLMU,λ=8,8192,0,72577,8.8594970703125
HHLMU,λ=8,8192,0,74721,9.1212158203125
HHLMU,λ=8,8192,0,73073,8.9200439453125
HHLMU,λ=8,8192,0,78233,9.5499267578125
HHLMU,λ=8,8192,0,75249,9.1856689453125
HHLMU,λ=8,8192,0,73897,9.0206298828125
HHLMU,λ=8,8192,0,72729,8.8780517578125
HHLMU,λ=8,8192,0,73609,8.9854736328125
HHLMU,λ=8,8192,0,70569,8.6143798828125
HHLMU,λ=8,8192,0,72385,8.8360595703125
HHLMU,λ=8,8192,0,76753,9.3692626953125
HHLMU,λ=8,8192,0,71377,8.7130126953125
HHLMU,λ=8,8192,0,77313,9.4376220703125
HHLMU,λ=8,8192,0,78153,9.5401611328125
HHLMU,λ=8,8192,0,70753,8.6368408203125
HHLMU,λ=8,8192,0,72673,8.8712158203125
HHLMU,λ=8,8192,0,71977,8.7862548828125
HHLMU,λ=8,8192,0,90593,11.0587158203125
HHLMU,λ=8,8192,0,74697,9.1182861328125
HHLMU,λ=8,8192,0,73905,9.0216064453125
HHLMU,λ=8,8192,0,71713,8.7540283203125
HHLMU,λ=8,8192,0,73529,8.9757080078125
HHLMU,λ=8,8192,0,69265,8.4552001953125
HHLMU,λ=8,8192,0,78601,9.5948486328125
HHLMU,λ=8,8192,0,82489,10.0694580078125
HHLMU,λ=8,8192,0,72753,8.8809814453125
HHLMU,λ=8,8192,0,72521,8.8526611328125
HHLMU,λ=8,8192,0,73041,8.9161376953125
HHLMU,λ=8,8192,0,71505,8.7286376953125
HHLMU,λ=8,8192,0,86905,10.6085205078125
HHLMU,λ=8,8192,0,76457,9.3331298828125
HHLMU,λ=8,8192,0,79561,9.7120361328125
HHLMU,λ=8,8192,0,72609,8.8634033203125
HHLMU,λ=8,8192,0,70201,8.5694580078125
HHLMU,λ=8,8192,0,74129,9.0489501953125
HHLMU,λ=8,8192,0,75473,9.2130126953125
HHLMU,λ=8,8192,0,73721,8.9991455078125
HHLMU,λ=8,8192,0,72497,8.8497314453125
HHLMU,λ=8,8192,0,69481,8.4815673828125
HHLMU,λ=8,8192,0,74833,9.1348876953125
HHLMU,λ=8,8192,0,73177,8.9327392578125
HHLMU,λ=8,8192,0,79049,9.6495361328125
HHLMU,λ=8,8192,0,83977,10.2510986328125
HHLMU,λ=8,8192,0,74945,9.1485595703125
HHLMU,λ=8,8192,0,73737,9.0010986328125
HHLMU,λ=8,8192,0,66521,8.1202392578125
HHLMU,λ=8,8192,0,76969,9.3956298828125
HHLMU,λ=8,8192,0,68881,8.4083251953125
HHLMU,λ=8,8192,0,70649,8.6241455078125
HHLMU,λ=8,8192,0,71049,8.6729736328125
HHLMU,λ=8,8192,0,69553,8.4903564453125
HRLMU,λ=8,8192,0,88601,10.8155517578125
HRLMU,λ=8,8192,0,99249,12.1153564453125
HRLMU,λ=8,8192,0,76033,9.2813720703125
HRLMU,λ=8,8192,0,73497,8.9718017578125
HRLMU,λ=8,8192,0,75977,9.2745361328125
HRLMU,λ=8,8192,0,76465,9.3341064453125
HRLMU,λ=8,8192,0,79985,9.7637939453125
HRLMU,λ=8,8192,0,74641,9.1114501953125
HRLMU,λ=8,8192,0,71081,8.6768798828125
HRLMU,λ=8,8192,0,81297,9.9239501953125
HRLMU,λ=8,8192,0,74273,9.0665283203125
HRLMU,λ=8,8192,0,80729,9.8546142578125
HRLMU,λ=8,8192,0,80985,9.8858642578125
HRLMU,λ=8,8192,0,75049,9.1612548828125
HRLMU,λ=8,8192,0,82953,10.1260986328125
HRLMU,λ=8,8192,0,68513,8.3634033203125
HRLMU,λ=8,8192,0,73201,8.9356689453125
HRLMU,λ=8,8192,0,85401,10.4249267578125
HRLMU,λ=8,8192,0,81577,9.9581298828125
HRLMU,λ=8,8192,0,83697,10.2169189453125
HRLMU,λ=8,8192,0,82609,10.0841064453125
HRLMU,λ=8,8192,0,77569,9.4688720703125
HRLMU,λ=8,8192,0,82369,10.0548095703125
HRLMU,λ=8,8192,0,76929,9.3907470703125
HRLMU,λ=8,8192,0,75169,9.1759033203125
HRLMU,λ=8,8192,0,113001,13.7940673828125
HRLMU,λ=8,8192,0,72393,8.8370361328125
HRLMU,λ=8,8192,0,75553,9.2227783203125
HRLMU,λ=8,8192,0,74729,9.1221923828125
HRLMU,λ=8,8192,0,96833,11.8204345703125
HRLMU,λ=8,8192,0,75481,9.2139892578125
HRLMU,λ=8,8192,0,81041,9.8927001953125
HRLMU,λ=8,8192,0,83681,10.2149658203125
HRLMU,λ=8,8192,0,76865,9.3829345703125
HRLMU,λ=8,8192,0,68473,8.3585205078125
HRLMU,λ=8,8192,0,71073,8.6759033203125
HRLMU,λ=8,8192,0,82201,10.0343017578125
HRLMU,λ=8,8192,0,71625,8.7432861328125
HRLMU,λ=8,8192,0,68105,8.3135986328125
HRLMU,λ=8,8192,0,78289,9.5567626953125
HRLMU,λ=8,8192,0,100049,12.2130126953125
HRLMU,λ=8,8192,0,78977,9.6407470703125
HRLMU,λ=8,8192,0,67905,8.2891845703125
HRLMU,λ=8,8192,0,76377,9.3233642578125
HRLMU,λ=8,8192,0,79161,9.6632080078125
HRLMU,λ=8,8192,0,74249,9.0635986328125
HRLMU,λ=8,8192,0,84617,10.3292236328125
HRLMU,λ=8,8192,0,78145,9.5391845703125
HRLMU,λ=8,8192,0,83729,10.2208251953125
HRLMU,λ=8,8192,0,72937,8.9034423828125
HRLMU,λ=8,8192,0,81537,9.9532470703125
HRLMU,λ=8,8192,0,81401,9.9366455078125
HRLMU,λ=8,8192,0,80593,9.8380126953125
HRLMU,λ=8,8192,0,81569,9.9571533203125
HRLMU,λ=8,8192,0,77513,9.4620361328125
HRLMU,λ=8,8192,0,76665,9.3585205078125
HRLMU,λ=8,8192,0,70129,8.5606689453125
HRLMU,λ=8,8192,0,79881,9.7510986328125
HRLMU,λ=8,8192,0,73569,8.9805908203125
HRLMU,λ=8,8192,0,79105,9.6563720703125
HRLMU,λ=8,8192,0,72601,8.8624267578125
HRLMU,λ=8,8192,0,70609,8.6192626953125
HRLMU,λ=8,8192,0,77433,9.4522705078125
HRLMU,λ=8,8192,0,77833,9.5010986328125
HRLMU,λ=8,8192,0,79921,9.7559814453125
HRLMU,λ=8,8192,0,77289,9.4346923828125
HRLMU,λ=8,8192,0,75561,9.2237548828125
HRLMU,λ=8,8192,0,74329,9.0733642578125
HRLMU,λ=8,8192,0,79977,9.7628173828125
HRLMU,λ=8,8192,0,81249,9.9180908203125
HRLMU,λ=8,8192,0,77417,9.4503173828125
HRLMU,λ=8,8192,0,72681,8.8721923828125
HRLMU,λ=8,8192,0,73889,9.0196533203125
HRLMU,λ=8,8192,0,73329,8.9512939453125
HRLMU,λ=8,8192,0,66225,8.0841064453125
HRLMU,λ=8,8192,0,83609,10.2061767578125
HRLMU,λ=8,8192,0,76297,9.3135986328125
HRLMU,λ=8,8192,0,74185,9.0557861328125
HRLMU,λ=8,8192,0,81737,9.9776611328125
HRLMU,λ=8,8192,0,74825,9.1339111328125
HRLMU,λ=8,8192,0,69921,8.5352783203125
HRLMU,λ=8,8192,0,78249,9.5518798828125
HRLMU,λ=8,8192,0,78329,9.5616455078125
HRLMU,λ=8,8192,0,76937,9.3917236328125
HRLMU,λ=8,8192,0,87417,10.6710205078125
HRLMU,λ=8,8192,0,68113,8.3145751953125
HRLMU,λ=8,8192,0,77617,9.4747314453125
HRLMU,λ=8,8192,0,67977,8.2979736328125
HRLMU,λ=8,8192,0,74041,9.0382080078125
HRLMU,λ=8,8192,0,79865,9.7491455078125
HRLMU,λ=8,8192,0,70025,8.5479736328125
HRLMU,λ=8,8192,0,83017,10.1339111328125
HRLMU,λ=8,8192,0,76497,9.3380126953125
HRLMU,λ=8,8192,0,71049,8.6729736328125
HRLMU,λ=8,8192,0,71609,8.7413330078125
HRLMU,λ=8,8192,0,75721,9.2432861328125
HSLMU,λ=8,8192,0,95185,11.6192626953125
HSLMU,λ=8,8192,0,88321,10.7813720703125
HSLMU,λ=8,8192,0,106769,13.0333251953125
HSLMU,λ=8,8192,0,101297,12.3653564453125
HSLMU,λ=8,8192,0,115185,14.0606689453125
HSLMU,λ=8,8192,0,110753,13.5196533203125
HSLMU,λ=8,8192,0,105153,12.8360595703125
HSLMU,λ=8,8192,0,108289,13.2188720703125
HSLMU,λ=8,8192,0,100849,12.3106689453125
HSLMU,λ=8,8192,0,102817,12.5509033203125
HSLMU,λ=8,8192,0,90081,10.9962158203125
HSLMU,λ=8,8192,0,98609,12.0372314453125
HSLMU,λ=8,8192,0,97201,11.8653564453125
HSLMU,λ=8,8192,0,102929,12.5645751953125
HSLMU,λ=8,8192,0,113681,13.8770751953125
HSLMU,λ=8,8192,0,113841,13.8966064453125
HSLMU,λ=8,8192,0,102209,12.4766845703125
HSLMU,λ=8,8192,0,106049,12.9454345703125
HSLMU,λ=8,8192,0,94721,11.5626220703125
HSLMU,λ=8,8192,0,96961,11.8360595703125
HSLMU,λ=8,8192,0,107009,13.0626220703125
HSLMU,λ=8,8192,0,99425,12.1368408203125
HSLMU,λ=8,8192,0,102497,12.5118408203125
HSLMU,λ=8,8192,0,103585,12.6446533203125
HSLMU,λ=8,8192,0,104529,12.7598876953125
HSLMU,λ=8,8192,0,124193,15.1602783203125
HSLMU,λ=8,8192,0,119169,14.5469970703125
HSLMU,λ=8,8192,0,113969,13.9122314453125
HSLMU,λ=8,8192,0,88833,10.8438720703125
HSLMU,λ=8,8192,0,106593,13.0118408203125
HSLMU,λ=8,8192,0,94321,11.5137939453125
HSLMU,λ=8,8192,0,126353,15.4239501953125
HSLMU,λ=8,8192,0,99537,12.1505126953125
HSLMU,λ=8,8192,0,97841,11.9434814453125
HSLMU,λ=8,8192,0,96449,11.7735595703125
HSLMU,λ=8,8192,0,102625,12.5274658203125
HSLMU,λ=8,8192,0,101329,12.3692626953125
HSLMU,λ=8,8192,0,99729,12.1739501953125
HSLMU,λ=8,8192,0,92945,11.3458251953125
HSLMU,λ=8,8192,0,96305,11.7559814453125
HSLMU,λ=8,8192,0,95121,11.6114501953125
HSLMU,λ=8,8192,0,103025,12.5762939453125
HSLMU,λ=8,8192,0,115665,14.1192626953125
HSLMU,λ=8,8192,0,97121,11.8555908203125
HSLMU,λ=8,8192,0,104705,12.7813720703125
HSLMU,λ=8,8192,0,101473,12.3868408203125
HSLMU,λ=8,8192,0,88977,10.8614501953125
HSLMU,λ=8,8192,0,86881,10.6055908203125
HSLMU,λ=8,8192,0,96001,11.7188720703125
HSLMU,λ=8,8192,0,108257,13.2149658203125
HSLMU,λ=8,8192,0,117665,14.3634033203125
HSLMU,λ=8,8192,0,93649,11.4317626953125
HSLMU,λ=8,8192,0,95745,11.6876220703125
HSLMU,λ=8,8192,0,94929,11.5880126953125
HSLMU,λ=8,8192,0,91105,11.1212158203125
HSLMU,λ=8,8192,0,100337,12.2481689453125
HSLMU,λ=8,8192,0,89281,10.8985595703125
HSLMU,λ=8,8192,0,91313,11.1466064453125
HSLMU,λ=8,8192,0,101249,12.3594970703125
HSLMU,λ=8,8192,0,102785,12.5469970703125
HSLMU,λ=8,8192,0,103921,12.6856689453125
HSLMU,λ=8,8192,0,99249,12.1153564453125
HSLMU,λ=8,8192,0,103793,12.6700439453125
HSLMU,λ=8,8192,0,103377,12.6192626953125
HSLMU,λ=8,8192,0,92673,11.3126220703125
HSLMU,λ=8,8192,0,96433,11.7716064453125
HSLMU,λ=8,8192,0,98465,12.0196533203125
HSLMU,λ=8,8192,0,104753,12.7872314453125
HSLMU,λ=8,8192,0,91153,11.1270751953125
HSLMU,λ=8,8192,0,106097,12.9512939453125
HSLMU,λ=8,8192,0,117009,14.2833251953125
HSLMU,λ=8,8192,0,85377,10.4219970703125
HSLMU,λ=8,8192,0,107745,13.1524658203125
HSLMU,λ=8,8192,0,102913,12.5626220703125
HSLMU,λ=8,8192,0,92609,11.3048095703125
HSLMU,λ=8,8192,0,94545,11.5411376953125
HSLMU,λ=8,8192,0,107041,13.0665283203125
HSLMU,λ=8,8192,0,108129,13.1993408203125
HSLMU,λ=8,8192,0,92417,11.2813720703125
HSLMU,λ=8,8192,0,90017,10.9884033203125
HSLMU,λ=8,8192,0,107857,13.1661376953125
HSLMU,λ=8,8192,0,109505,13.3673095703125
HSLMU,λ=8,8192,0,91137,11.1251220703125
HSLMU,λ=8,8192,0,109585,13.3770751953125
HSLMU,λ=8,8192,0,108641,13.2618408203125
HSLMU,λ=8,8192,0,100433,12.2598876953125
HSLMU,λ=8,8192,0,102513,12.5137939453125
HSLMU,λ=8,8192,0,102801,12.5489501953125
HSLMU,λ=8,8192,0,93617,11.4278564453125
HSLMU,λ=8,8192,0,113057,13.8009033203125
HSLMU,λ=8,8192,0,86737,10.5880126953125
HSLMU,λ=8,8192,0,94529,11.5391845703125
HSLMU,λ=8,8192,0,106801,13.0372314453125
HSDIU,λ=8,8192,0,121441,14.8243408203125
HSDIU,λ=8,8192,0,115201,14.0626220703125
HSDIU,λ=8,8192,0,109521,13.3692626953125
HSDIU,λ=8,8192,0,107873,13.1680908203125
HSDIU,λ=8,8192,0,107297,13.0977783203125
HSDIU,λ=8,8192,0,104225,12.7227783203125
HSDIU,λ=8,8192,0,105105,12.8302001953125
HSDIU,λ=8,8192,0,105425,12.8692626953125
HSDIU,λ=8,8192,0,102193,12.4747314453125
HSDIU,λ=8,8192,0,110449,13.4825439453125
HSDIU,λ=8,8192,0,107425,13.1134033203125
HSDIU,λ=8,8192,0,125041,15.2637939453125
HSDIU,λ=8,8192,0,96769,11.8126220703125
HSDIU,λ=8,8192,0,115425,14.0899658203125
HSDIU,λ=8,8192,0,113809,13.8927001953125
HSDIU,λ=8,8192,0,95185,11.6192626953125
HSDIU,λ=8,8192,0,95665,11.6778564453125
HSDIU,λ=8,8192,0,94385,11.5216064453125
HSDIU,λ=8,8192,0,110705,13.5137939453125
HSDIU,λ=8,8192,0,116081,14.1700439453125
HSDIU,λ=8,8192,0,134865,16.4630126953125
HSDIU,λ=8,8192,0,98897,12.0723876953125
HSDIU,λ=8,8192,0,93745,11.4434814453125
HSDIU,λ=8,8192,0,106833,13.0411376953125
HSDIU,λ=8,8192,0,111121,13.5645751953125
HSDIU,λ=8,8192,0,108801,13.2813720703125
HSDIU,λ=8,8192,0,98481,12.0216064453125
HSDIU,λ=8,8192,0,117697,14.3673095703125
HSDIU,λ=8,8192,0,108625,13.2598876953125
HSDIU,λ=8,8192,0,99425,12.1368408203125
HSDIU,λ=8,8192,0,103217,12.5997314453125
HSDIU,λ=8,8192,0,108913,13.2950439453125
HSDIU,λ=8,8192,0,111377,13.5958251953125
HSDIU,λ=8,8192,0,102689,12.5352783203125
HSDIU,λ=8,8192,0,102721,12.5391845703125
HSDIU,λ=8,8192,0,110321,13.4669189453125
HSDIU,λ=8,8192,0,111169,13.5704345703125
HSDIU,λ=8,8192,0,111521,13.6134033203125
HSDIU,λ=8,8192,0,99537,12.1505126953125
HSDIU,λ=8,8192,0,118033,14.4083251953125
HSDIU,λ=8,8192,0,101329,12.3692626953125
HSDIU,λ=8,8192,0,114689,14.0001220703125
HSDIU,λ=8,8192,0,93105,11.3653564453125
HSDIU,λ=8,8192,0,116481,14.2188720703125
HSDIU,λ=8,8192,0,104145,12.7130126953125
HSDIU,λ=8,8192,0,98817,12.0626220703125
HSDIU,λ=8,8192,0,96129,11.7344970703125
HSDIU,λ=8,8192,0,95473,11.6544189453125
HSDIU,λ=8,8192,0,95713,11.6837158203125
HSDIU,λ=8,8192,0,106961,13.0567626953125
HSDIU,λ=8,8192,0,97521,11.9044189453125
HSDIU,λ=8,8192,0,102273,12.4844970703125
HSDIU,λ=8,8192,0,109713,13.3927001953125
HSDIU,λ=8,8192,0,103281,12.6075439453125
HSDIU,λ=8,8192,0,97121,11.8555908203125
HSDIU,λ=8,8192,0,116817,14.2598876953125
HSDIU,λ=8,8192,0,92961,11.3477783203125
HSDIU,λ=8,8192,0,122241,14.9219970703125
HSDIU,λ=8,8192,0,118673,14.4864501953125
HSDIU,λ=8,8192,0,103537,12.6387939453125
HSDIU,λ=8,8192,0,110769,13.5216064453125
HSDIU,λ=8,8192,0,93473,11.4102783203125
HSDIU,λ=8,8192,0,112065,13.6798095703125
HSDIU,λ=8,8192,0,94881,11.5821533203125
HSDIU,λ=8,8192,0,109153,13.3243408203125
HSDIU,λ=8,8192,0,114449,13.9708251953125
HSDIU,λ=8,8192,0,101921,12.4415283203125
HSDIU,λ=8,8192,0,110001,13.4278564453125
HSDIU,λ=8,8192,0,102369,12.4962158203125
HSDIU,λ=8,8192,0,124369,15.1817626953125
HSDIU,λ=8,8192,0,99665,12.1661376953125
HSDIU,λ=8,8192,0,105281,12.8516845703125
HSDIU,λ=8,8192,0,106561,13.0079345703125
HSDIU,λ=8,8192,0,114609,13.9903564453125
HSDIU,λ=8,8192,0,102961,12.5684814453125
HSDIU,λ=8,8192,0,99505,12.1466064453125
HSDIU,λ=8,8192,0,106641,13.0177001953125
HSDIU,λ=8,8192,0,96193,11.7423095703125
HSDIU,λ=8,8192,0,104657,12.7755126953125
HSDIU,λ=8,8192,0,117873,14.3887939453125
HSDIU,λ=8,8192,0,104433,12.7481689453125
HSDIU,λ=8,8192,0,92609,11.3048095703125
HSDIU,λ=8,8192,0,94545,11.5411376953125
HSDIU,λ=8,8192,0,105569,12.8868408203125
HSDIU,λ=8,8192,0,101361,12.3731689453125
HSDIU,λ=8,8192,0,101265,12.3614501953125
HSDIU,λ=8,8192,0,103009,12.5743408203125
HSDIU,λ=8,8192,0,112785,13.7677001953125
HSDIU,λ=8,8192,0,106849,13.0430908203125
HSDIU,λ=8,8192,0,99553,12.1524658203125
HSDIU,λ=8,8192,0,109201,13.3302001953125
HSDIU,λ=8,8192,0,97729,11.9298095703125
HSDIU,λ=8,8192,0,121697,14.8555908203125
HSDIU,λ=8,8192,0,100641,12.2852783203125
HSDIU,λ=8,8192,0,101121,12.3438720703125
HSDIU,λ=8,8192,0,106801,13.0372314453125
HSDIU,λ=8,8192,0,97569,11.9102783203125
HSDIU,λ=8,8192,0,106353,12.9825439453125
HRDIU,λ=8,8192,0,88609,10.8165283203125
HRDIU,λ=8,8192,0,77681,9.4825439453125
HRDIU,λ=8,8192,0,85121,10.3907470703125
HRDIU,λ=8,8192,0,87153,10.6387939453125
HRDIU,λ=8,8192,0,76593,9.3497314453125
HRDIU,λ=8,8192,0,77489,9.4591064453125
HRDIU,λ=8,8192,0,82465,10.0665283203125
HRDIU,λ=8,8192,0,84657,10.3341064453125
HRDIU,λ=8,8192,0,78049,9.5274658203125
HRDIU,λ=8,8192,0,78113,9.5352783203125
HRDIU,λ=8,8192,0,89937,10.9786376953125
HRDIU,λ=8,8192,0,79425,9.6954345703125
HRDIU,λ=8,8192,0,69713,8.5098876953125
HRDIU,λ=8,8192,0,75953,9.2716064453125
HRDIU,λ=8,8192,0,88385,10.7891845703125
HRDIU,λ=8,8192,0,86545,10.5645751953125
HRDIU,λ=8,8192,0,88449,10.7969970703125
HRDIU,λ=8,8192,0,84977,10.3731689453125
HRDIU,λ=8,8192,0,76193,9.3009033203125
HRDIU,λ=8,8192,0,81793,9.9844970703125
HRDIU,λ=8,8192,0,74321,9.0723876953125
HRDIU,λ=8,8192,0,79761,9.7364501953125
HRDIU,λ=8,8192,0,106833,13.0411376953125
HRDIU,λ=8,8192,0,87409,10.6700439453125
HRDIU,λ=8,8192,0,86673,10.5802001953125
HRDIU,λ=8,8192,0,75921,9.2677001953125
HRDIU,λ=8,8192,0,75905,9.2657470703125
HRDIU,λ=8,8192,0,74145,9.0509033203125
HRDIU,λ=8,8192,0,82593,10.0821533203125
HRDIU,λ=8,8192,0,75233,9.1837158203125
HRDIU,λ=8,8192,0,72737,8.8790283203125
HRDIU,λ=8,8192,0,82353,10.0528564453125
HRDIU,λ=8,8192,0,91521,11.1719970703125
HRDIU,λ=8,8192,0,87041,10.6251220703125
HRDIU,λ=8,8192,0,84529,10.3184814453125
HRDIU,λ=8,8192,0,88753,10.8341064453125
HRDIU,λ=8,8192,0,88721,10.8302001953125
HRDIU,λ=8,8192,0,85057,10.3829345703125
HRDIU,λ=8,8192,0,74305,9.0704345703125
HRDIU,λ=8,8192,0,79537,9.7091064453125
HRDIU,λ=8,8192,0,78641,9.5997314453125
HRDIU,λ=8,8192,0,83377,10.1778564453125
HRDIU,λ=8,8192,0,84737,10.3438720703125
HRDIU,λ=8,8192,0,83025,10.1348876953125
HRDIU,λ=8,8192,0,79457,9.6993408203125
HRDIU,λ=8,8192,0,92353,11.2735595703125
HRDIU,λ=8,8192,0,80305,9.8028564453125
HRDIU,λ=8,8192,0,84433,10.3067626953125
HRDIU,λ=8,8192,0,83729,10.2208251953125
HRDIU,λ=8,8192,0,88465,10.7989501953125
HRDIU,λ=8,8192,0,75857,9.2598876953125
HRDIU,λ=8,8192,0,84465,10.3106689453125
HRDIU,λ=8,8192,0,75585,9.2266845703125
HRDIU,λ=8,8192,0,85489,10.4356689453125
HRDIU,λ=8,8192,0,74385,9.0802001953125
HRDIU,λ=8,8192,0,88897,10.8516845703125
HRDIU,λ=8,8192,0,90273,11.0196533203125
HRDIU,λ=8,8192,0,78897,9.6309814453125
HRDIU,λ=8,8192,0,78833,9.6231689453125
HRDIU,λ=8,8192,0,80561,9.8341064453125
HRDIU,λ=8,8192,0,78705,9.6075439453125
HRDIU,λ=8,8192,0,79137,9.6602783203125
HRDIU,λ=8,8192,0,77313,9.4376220703125
HRDIU,λ=8,8192,0,76833,9.3790283203125
HRDIU,λ=8,8192,0,82961,10.1270751953125
HRDIU,λ=8,8192,0,92097,11.2423095703125
HRDIU,λ=8,8192,0,89665,10.9454345703125
HRDIU,λ=8,8192,0,82097,10.0216064453125
HRDIU,λ=8,8192,0,81617,9.9630126953125
HRDIU,λ=8,8192,0,76129,9.2930908203125
HRDIU,λ=8,8192,0,73905,9.0216064453125
HRDIU,λ=8,8192,0,84369,10.2989501953125
HRDIU,λ=8,8192,0,86561,10.5665283203125
HRDIU,λ=8,8192,0,95601,11.6700439453125
HRDIU,λ=8,8192,0,90737,11.0762939453125
HRDIU,λ=8,8192,0,78257,9.5528564453125
HRDIU,λ=8,8192,0,78273,9.5548095703125
HRDIU,λ=8,8192,0,82241,10.0391845703125
HRDIU,λ=8,8192,0,94977,11.5938720703125
HRDIU,λ=8,8192,0,75057,9.1622314453125
HRDIU,λ=8,8192,0,75521,9.2188720703125
HRDIU,λ=8,8192,0,84241,10.2833251953125
HRDIU,λ=8,8192,0,92609,11.3048095703125
HRDIU,λ=8,8192,0,81361,9.9317626953125
HRDIU,λ=8,8192,0,88625,10.8184814453125
HRDIU,λ=8,8192,0,83409,10.1817626953125
HRDIU,λ=8,8192,0,80129,9.7813720703125
HRDIU,λ=8,8192,0,82337,10.0509033203125
HRDIU,λ=8,8192,0,86337,10.5391845703125
HRDIU,λ=8,8192,0,81521,9.9512939453125
HRDIU,λ=8,8192,0,97457,11.8966064453125
HRDIU,λ=8,8192,0,78689,9.6055908203125
HRDIU,λ=8,8192,0,80449,9.8204345703125
HRDIU,λ=8,8192,0,80033,9.7696533203125
HRDIU,λ=8,8192,0,99265,12.1173095703125
HHDIU,λ=8,8192,0,83969,10.2501220703125
HHDIU,λ=8,8192,0,80753,9.8575439453125
HHDIU,λ=8,8192,0,81089,9.8985595703125
HHDIU,λ=8,8192,0,73185,8.9337158203125
HHDIU,λ=8,8192,0,86337,10.5391845703125
HHDIU,λ=8,8192,0,75121,9.1700439453125
HHDIU,λ=8,8192,0,80881,9.8731689453125
HHDIU,λ=8,8192,0,73345,8.9532470703125
HHDIU,λ=8,8192,0,81713,9.9747314453125
HHDIU,λ=8,8192,0,80769,9.8594970703125
HHDIU,λ=8,8192,0,77233,9.4278564453125
HHDIU,λ=8,8192,0,81121,9.9024658203125
HHDIU,λ=8,8192,0,81457,9.9434814453125
HHDIU,λ=8,8192,0,80353,9.8087158203125
HHDIU,λ=8,8192,0,78961,9.6387939453125
HHDIU,λ=8,8192,0,80257,9.7969970703125
HHDIU,λ=8,8192,0,77521,9.4630126953125
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HHDIU,λ=8,8192,0,73921,9.0235595703125
HHDIU,λ=8,8192,0,81233,9.9161376953125
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HHDIU,λ=8,8192,0,76801,9.3751220703125
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HHDIU,λ=8,8192,0,77825,9.5001220703125
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HHDIU,λ=8,8192,0,81441,9.9415283203125
HHLIU,λ=8,8192,0,77569,9.4688720703125
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HHLIU,λ=8,8192,0,80769,9.8594970703125
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HHLIU,λ=8,8192,0,93153,11.3712158203125
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HHLIU,λ=8,8192,0,91089,11.1192626953125
HHLIU,λ=8,8192,0,77985,9.5196533203125
HHLIU,λ=8,8192,0,76353,9.3204345703125
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HHLIU,λ=8,8192,0,95217,11.6231689453125
HHLIU,λ=8,8192,0,94193,11.4981689453125
HHLIU,λ=8,8192,0,76321,9.3165283203125
HHLIU,λ=8,8192,0,88817,10.8419189453125
HHLIU,λ=8,8192,0,83089,10.1427001953125
HHLIU,λ=8,8192,0,80001,9.7657470703125
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HHLIU,λ=8,8192,0,74385,9.0802001953125
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HHLIU,λ=8,8192,0,76705,9.3634033203125
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HHLIU,λ=8,8192,0,89873,10.9708251953125
HHLIU,λ=8,8192,0,81633,9.9649658203125
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HHLIU,λ=8,8192,0,91825,11.2091064453125
HHLIU,λ=8,8192,0,95489,11.6563720703125
HHLIU,λ=8,8192,0,82993,10.1309814453125
HHLIU,λ=8,8192,0,78849,9.6251220703125
HHLIU,λ=8,8192,0,81249,9.9180908203125
HHLIU,λ=8,8192,0,78273,9.5548095703125
HHLIU,λ=8,8192,0,89393,10.9122314453125
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HHLIU,λ=8,8192,0,78753,9.6134033203125
HHLIU,λ=8,8192,0,82065,10.0177001953125
HHLIU,λ=8,8192,0,77377,9.4454345703125
HHLIU,λ=8,8192,0,78673,9.6036376953125
HHLIU,λ=8,8192,0,78369,9.5665283203125
HHLIU,λ=8,8192,0,76673,9.3594970703125
HHLIU,λ=8,8192,0,75473,9.2130126953125
HHLIU,λ=8,8192,0,80321,9.8048095703125
HHLIU,λ=8,8192,0,86609,10.5723876953125
HHLIU,λ=8,8192,0,87777,10.7149658203125
HHLIU,λ=8,8192,0,79489,9.7032470703125
HHLIU,λ=8,8192,0,83633,10.2091064453125
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HHLIU,λ=8,8192,0,76801,9.3751220703125
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HHLIU,λ=8,8192,0,85217,10.4024658203125
HHLIU,λ=8,8192,0,98705,12.0489501953125
HHLIU,λ=8,8192,0,78385,9.5684814453125
HHLIU,λ=8,8192,0,87697,10.7052001953125
HHLIU,λ=8,8192,0,79905,9.7540283203125
HHLIU,λ=8,8192,0,80625,9.8419189453125
HHLIU,λ=8,8192,0,80337,9.8067626953125
HHLIU,λ=8,8192,0,80081,9.7755126953125
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HHLIU,λ=8,8192,0,78881,9.6290283203125
HHLIU,λ=8,8192,0,91137,11.1251220703125
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HHLIU,λ=8,8192,0,77905,9.5098876953125
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HHLIU,λ=8,8192,0,83713,10.2188720703125
HHLIU,λ=8,8192,0,79249,9.6739501953125
HHLIU,λ=8,8192,0,71825,8.7677001953125
HHLIU,λ=8,8192,0,94625,11.5509033203125
HHLIU,λ=8,8192,0,75937,9.2696533203125
HRLIU,λ=8,8192,0,86513,10.5606689453125
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HRLIU,λ=8,8192,0,95729,11.6856689453125
HRLIU,λ=8,8192,0,83825,10.2325439453125
HRLIU,λ=8,8192,0,86593,10.5704345703125
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HRLIU,λ=8,8192,0,94529,11.5391845703125
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HRLIU,λ=8,8192,0,92769,11.3243408203125
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HRLIU,λ=8,8192,0,75345,9.1973876953125
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HRLIU,λ=8,8192,0,88177,10.7637939453125
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HRLIU,λ=8,8192,0,87377,10.6661376953125
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HRLIU,λ=8,8192,0,79073,9.6524658203125
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HRLIU,λ=8,8192,0,78449,9.5762939453125
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HRLIU,λ=8,8192,0,76769,9.3712158203125
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HRLIU,λ=8,8192,0,72913,8.9005126953125
HRLIU,λ=8,8192,0,85057,10.3829345703125
HRLIU,λ=8,8192,0,78545,9.5880126953125
HRLIU,λ=8,8192,0,80737,9.8555908203125
HRLIU,λ=8,8192,0,78913,9.6329345703125
HRLIU,λ=8,8192,0,91585,11.1798095703125
HRLIU,λ=8,8192,0,84049,10.2598876953125
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HRLIU,λ=8,8192,0,83121,10.1466064453125
HRLIU,λ=8,8192,0,80049,9.7716064453125
HRLIU,λ=8,8192,0,80817,9.8653564453125
HRLIU,λ=8,8192,0,92977,11.3497314453125
HRLIU,λ=8,8192,0,80305,9.8028564453125
HRLIU,λ=8,8192,0,88465,10.7989501953125
HRLIU,λ=8,8192,0,77729,9.4884033203125
HRLIU,λ=8,8192,0,73217,8.9376220703125
HRLIU,λ=8,8192,0,90113,11.0001220703125
HRLIU,λ=8,8192,0,85489,10.4356689453125
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HRLIU,λ=8,8192,0,99521,12.1485595703125
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HRLIU,λ=8,8192,0,77489,9.4591064453125
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HRLIU,λ=8,8192,0,86097,10.5098876953125
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HRLIU,λ=8,8192,0,75121,9.1700439453125
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HRLIU,λ=8,8192,0,83281,10.1661376953125
HSLIU,λ=8,8192,0,109073,13.3145751953125
HSLIU,λ=8,8192,0,110945,13.5430908203125
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HSLIU,λ=8,8192,0,129089,15.7579345703125
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HSLIU,λ=8,8192,0,121073,14.7794189453125
HSLIU,λ=8,8192,0,113905,13.9044189453125
HSLIU,λ=8,8192,0,119057,14.5333251953125
HSLIU,λ=8,8192,0,107505,13.1231689453125
HSLIU,λ=8,8192,0,115633,14.1153564453125
HSLIU,λ=8,8192,0,115185,14.0606689453125
HSLIU,λ=8,8192,0,115473,14.0958251953125
HSLIU,λ=8,8192,0,111025,13.5528564453125
HSLIU,λ=8,8192,0,110369,13.4727783203125
HSLIU,λ=8,8192,0,112497,13.7325439453125
HSLIU,λ=8,8192,0,108257,13.2149658203125
HSLIU,λ=8,8192,0,111569,13.6192626953125
HSLIU,λ=8,8192,0,101489,12.3887939453125
HSLIU,λ=8,8192,0,108753,13.2755126953125
HSLIU,λ=8,8192,0,105185,12.8399658203125
HSLIU,λ=8,8192,0,101409,12.3790283203125
HSLIU,λ=8,8192,0,105297,12.8536376953125
HSLIU,λ=8,8192,0,129697,15.8321533203125
HSLIU,λ=8,8192,0,120321,14.6876220703125
HSLIU,λ=8,8192,0,104465,12.7520751953125
HSLIU,λ=8,8192,0,109809,13.4044189453125
HSLIU,λ=8,8192,0,101233,12.3575439453125
HSLIU,λ=8,8192,0,107025,13.0645751953125
HSLIU,λ=8,8192,0,115857,14.1427001953125
HSLIU,λ=8,8192,0,108785,13.2794189453125
HSLIU,λ=8,8192,0,136801,16.6993408203125
HSLIU,λ=8,8192,0,101745,12.4200439453125
HSLIU,λ=8,8192,0,122737,14.9825439453125
HSLIU,λ=8,8192,0,104433,12.7481689453125
HSLIU,λ=8,8192,0,113009,13.7950439453125
HSLIU,λ=8,8192,0,106273,12.9727783203125
HSLIU,λ=8,8192,0,98705,12.0489501953125
HSLIU,λ=8,8192,0,102913,12.5626220703125
HSLIU,λ=8,8192,0,107041,13.0665283203125
HSLIU,λ=8,8192,0,112193,13.6954345703125
HSLIU,λ=8,8192,0,119185,14.5489501953125
HSLIU,λ=8,8192,0,118849,14.5079345703125
HSLIU,λ=8,8192,0,122417,14.9434814453125
HSLIU,λ=8,8192,0,112689,13.7559814453125
HSLIU,λ=8,8192,0,109553,13.3731689453125
HSLIU,λ=8,8192,0,112321,13.7110595703125
HSLIU,λ=8,8192,0,114545,13.9825439453125
HSLIU,λ=8,8192,0,112849,13.7755126953125
HSLIU,λ=8,8192,0,109873,13.4122314453125
HSLIU,λ=8,8192,0,118833,14.5059814453125
HSLIU,λ=8,8192,0,105041,12.8223876953125
HSLIU,λ=8,8192,0,124977,15.2559814453125
SSDCP,λ=8,8192,0,94455,11.5301513671875
SSDCP,λ=8,8192,0,85911,10.4871826171875
SSDCP,λ=8,8192,0,96374,11.764404296875
SSDCP,λ=8,8192,0,96580,11.78955078125
SSDCP,λ=8,8192,0,95258,11.628173828125
SSDCP,λ=8,8192,0,84428,10.30615234375
SSDCP,λ=8,8192,0,90195,11.0101318359375
SSDCP,λ=8,8192,0,95892,11.70556640625
SSDCP,λ=8,8192,0,90846,11.089599609375
SSDCP,λ=8,8192,0,104527,12.7596435546875
SSDCP,λ=8,8192,0,91211,11.1341552734375
SSDCP,λ=8,8192,0,97656,11.9208984375
SSDCP,λ=8,8192,0,100753,12.2989501953125
SSDCP,λ=8,8192,0,96175,11.7401123046875
SSDCP,λ=8,8192,0,93783,11.4481201171875
SSDCP,λ=8,8192,0,94027,11.4779052734375
SSDCP,λ=8,8192,0,85504,10.4375
SSDCP,λ=8,8192,0,86929,10.6114501953125
SSDCP,λ=8,8192,0,101147,12.3470458984375
SSDCP,λ=8,8192,0,87031,10.6239013671875
SSDCP,λ=8,8192,0,101424,12.380859375
SSDCP,λ=8,8192,0,96844,11.82177734375
SSDCP,λ=8,8192,0,101366,12.373779296875
SSDCP,λ=8,8192,0,96594,11.791259765625
SSDCP,λ=8,8192,0,88819,10.8421630859375
SSDCP,λ=8,8192,0,92785,11.3262939453125
SSDCP,λ=8,8192,0,95381,11.6431884765625
SSDCP,λ=8,8192,0,113814,13.893310546875
SSDCP,λ=8,8192,0,101764,12.42236328125
SSDCP,λ=8,8192,0,90018,10.988525390625
SSDCP,λ=8,8192,0,110499,13.4886474609375
SSDCP,λ=8,8192,0,119370,14.571533203125
SSDCP,λ=8,8192,0,105741,12.9078369140625
SSDCP,λ=8,8192,0,100187,12.2298583984375
SSDCP,λ=8,8192,0,115801,14.1358642578125
SSDCP,λ=8,8192,0,92040,11.2353515625
SSDCP,λ=8,8192,0,98598,12.035888671875
SSDCP,λ=8,8192,0,102860,12.55615234375
SSDCP,λ=8,8192,0,98757,12.0552978515625
SSDCP,λ=8,8192,0,86340,10.53955078125
SSDCP,λ=8,8192,0,91713,11.1954345703125
SSDCP,λ=8,8192,0,107764,13.15478515625
SSDCP,λ=8,8192,0,91126,11.123779296875
SSDCP,λ=8,8192,0,87854,10.724365234375
SSDCP,λ=8,8192,0,103317,12.6119384765625
SSDCP,λ=8,8192,0,85436,10.42919921875
SSDCP,λ=8,8192,0,87866,10.725830078125
SSDCP,λ=8,8192,0,94955,11.5911865234375
SSDCP,λ=8,8192,0,134462,16.413818359375
SSDCP,λ=8,8192,0,97002,11.841064453125
SSDCP,λ=8,8192,0,93280,11.38671875
SSDCP,λ=8,8192,0,85745,10.4669189453125
SSDCP,λ=8,8192,0,95492,11.65673828125
SSDCP,λ=8,8192,0,85687,10.4598388671875
SSDCP,λ=8,8192,0,100156,12.22607421875
SSDCP,λ=8,8192,0,100341,12.2486572265625
SSDCP,λ=8,8192,0,96537,11.7843017578125
SSDCP,λ=8,8192,0,93875,11.4593505859375
SSDCP,λ=8,8192,0,96311,11.7567138671875
SSDCP,λ=8,8192,0,90998,11.108154296875
SSDCP,λ=8,8192,0,125692,15.34326171875
SSDCP,λ=8,8192,0,96583,11.7899169921875
SSDCP,λ=8,8192,0,98916,12.07470703125
SSDCP,λ=8,8192,0,84146,10.271728515625
SSDCP,λ=8,8192,0,99856,12.189453125
SSDCP,λ=8,8192,0,91997,11.2301025390625
SSDCP,λ=8,8192,0,85317,10.4146728515625
SSDCP,λ=8,8192,0,102901,12.5611572265625
SSDCP,λ=8,8192,0,89915,10.9759521484375
SSDCP,λ=8,8192,0,98125,11.9781494140625
SSDCP,λ=8,8192,0,84314,10.292236328125
SSDCP,λ=8,8192,0,107989,13.1822509765625
SSDCP,λ=8,8192,0,94383,11.5213623046875
SSDCP,λ=8,8192,0,92454,11.285888671875
SSDCP,λ=8,8192,0,90086,10.996826171875
SSDCP,λ=8,8192,0,94677,11.5572509765625
SSDCP,λ=8,8192,0,102147,12.4691162109375
SSDCP,λ=8,8192,0,96979,11.8382568359375
SSDCP,λ=8,8192,0,94886,11.582763671875
SSDCP,λ=8,8192,0,89202,10.888916015625
SSDCP,λ=8,8192,0,100252,12.23779296875
SSDCP,λ=8,8192,0,96742,11.809326171875
SSDCP,λ=8,8192,0,106000,12.939453125
SSDCP,λ=8,8192,0,101436,12.38232421875
SSDCP,λ=8,8192,0,126656,15.4609375
SSDCP,λ=8,8192,0,102595,12.5238037109375
SSDCP,λ=8,8192,0,88954,10.858642578125
SSDCP,λ=8,8192,0,89596,10.93701171875
SSDCP,λ=8,8192,0,104215,12.7215576171875
SSDCP,λ=8,8192,0,121576,14.8408203125
SSDCP,λ=8,8192,0,90753,11.0782470703125
SSDCP,λ=8,8192,0,99692,12.16943359375
SSDCP,λ=8,8192,0,94908,11.58544921875
SSDCP,λ=8,8192,0,95441,11.6505126953125
SSDCP,λ=8,8192,0,102718,12.538818359375
SSDCP,λ=8,8192,0,99044,12.09033203125
SSDCP,λ=8,8192,0,93178,11.374267578125
SSDCP,λ=8,8192,0,121639,14.8485107421875
SSDCP,λ=8,8192,0,95018,11.598876953125
SSDCP,λ=8,8192,0,102097,12.4630126953125
SRDCP,λ=8,8192,0,72532,8.85400390625
SRDCP,λ=8,8192,0,77068,9.40771484375
SRDCP,λ=8,8192,0,81718,9.975341796875
SRDCP,λ=8,8192,0,73566,8.980224609375
SRDCP,λ=8,8192,0,68221,8.3277587890625
SRDCP,λ=8,8192,0,71938,8.781494140625
SRDCP,λ=8,8192,0,87315,10.6585693359375
SRDCP,λ=8,8192,0,73574,8.981201171875
SRDCP,λ=8,8192,0,69699,8.5081787109375
SRDCP,λ=8,8192,0,76730,9.366455078125
SRDCP,λ=8,8192,0,79886,9.751708984375
SRDCP,λ=8,8192,0,78382,9.568115234375
SRDCP,λ=8,8192,0,73606,8.985107421875
SRDCP,λ=8,8192,0,70001,8.5450439453125
SRDCP,λ=8,8192,0,74603,9.1068115234375
SRDCP,λ=8,8192,0,71174,8.688232421875
SRDCP,λ=8,8192,0,78085,9.5318603515625
SRDCP,λ=8,8192,0,74554,9.100830078125
SRDCP,λ=8,8192,0,75655,9.2352294921875
SRDCP,λ=8,8192,0,88344,10.7841796875
SRDCP,λ=8,8192,0,77993,9.5206298828125
SRDCP,λ=8,8192,0,71261,8.6988525390625
SRDCP,λ=8,8192,0,70335,8.5858154296875
SRDCP,λ=8,8192,0,78036,9.52587890625
SRDCP,λ=8,8192,0,86671,10.5799560546875
SRDCP,λ=8,8192,0,95705,11.6827392578125
SRDCP,λ=8,8192,0,66763,8.1497802734375
SRDCP,λ=8,8192,0,82975,10.1287841796875
SRDCP,λ=8,8192,0,77871,9.5057373046875
SRDCP,λ=8,8192,0,71913,8.7784423828125
SRDCP,λ=8,8192,0,89042,10.869384765625
SRDCP,λ=8,8192,0,67786,8.274658203125
SRDCP,λ=8,8192,0,73915,9.0228271484375
SRDCP,λ=8,8192,0,73195,8.9349365234375
SRDCP,λ=8,8192,0,77850,9.503173828125
SRDCP,λ=8,8192,0,72412,8.83935546875
SRDCP,λ=8,8192,0,77733,9.4888916015625
SRDCP,λ=8,8192,0,70358,8.588623046875
SRDCP,λ=8,8192,0,67548,8.24560546875
SRDCP,λ=8,8192,0,79411,9.6937255859375
SRDCP,λ=8,8192,0,83308,10.16943359375
SRDCP,λ=8,8192,0,80032,9.76953125
SRDCP,λ=8,8192,0,99064,12.0927734375
SRDCP,λ=8,8192,0,85281,10.4102783203125
SRDCP,λ=8,8192,0,83067,10.1400146484375
SRDCP,λ=8,8192,0,85017,10.3780517578125
SRDCP,λ=8,8192,0,78361,9.5655517578125
SRDCP,λ=8,8192,0,71347,8.7093505859375
SRDCP,λ=8,8192,0,82905,10.1202392578125
SRDCP,λ=8,8192,0,75709,9.2418212890625
SRDCP,λ=8,8192,0,77847,9.5028076171875
SRDCP,λ=8,8192,0,72087,8.7996826171875
SRDCP,λ=8,8192,0,73219,8.9378662109375
SRDCP,λ=8,8192,0,80795,9.8626708984375
SRDCP,λ=8,8192,0,78523,9.5853271484375
SRDCP,λ=8,8192,0,73586,8.982666015625
SRDCP,λ=8,8192,0,70690,8.629150390625
SRDCP,λ=8,8192,0,79686,9.727294921875
SRDCP,λ=8,8192,0,76352,9.3203125
SRDCP,λ=8,8192,0,73335,8.9520263671875
SRDCP,λ=8,8192,0,71315,8.7054443359375
SRDCP,λ=8,8192,0,72677,8.8717041015625
SRDCP,λ=8,8192,0,79874,9.750244140625
SRDCP,λ=8,8192,0,72477,8.8472900390625
SRDCP,λ=8,8192,0,75410,9.205322265625
SRDCP,λ=8,8192,0,75531,9.2200927734375
SRDCP,λ=8,8192,0,64881,7.9200439453125
SRDCP,λ=8,8192,0,79771,9.7376708984375
SRDCP,λ=8,8192,0,88050,10.748291015625
SRDCP,λ=8,8192,0,80188,9.78857421875
SRDCP,λ=8,8192,0,72406,8.838623046875
SRDCP,λ=8,8192,0,75273,9.1885986328125
SRDCP,λ=8,8192,0,108384,13.23046875
SRDCP,λ=8,8192,0,70206,8.570068359375
SRDCP,λ=8,8192,0,74617,9.1085205078125
SRDCP,λ=8,8192,0,78279,9.5555419921875
SRDCP,λ=8,8192,0,71578,8.737548828125
SRDCP,λ=8,8192,0,76374,9.322998046875
SRDCP,λ=8,8192,0,72935,8.9031982421875
SRDCP,λ=8,8192,0,82194,10.033447265625
SRDCP,λ=8,8192,0,71470,8.724365234375
SRDCP,λ=8,8192,0,80250,9.796142578125
SRDCP,λ=8,8192,0,73960,9.0283203125
SRDCP,λ=8,8192,0,76099,9.2894287109375
SRDCP,λ=8,8192,0,76982,9.397216796875
SRDCP,λ=8,8192,0,72230,8.817138671875
SRDCP,λ=8,8192,0,81516,9.95068359375
SRDCP,λ=8,8192,0,72524,8.85302734375
SRDCP,λ=8,8192,0,66513,8.1192626953125
SRDCP,λ=8,8192,0,70345,8.5870361328125
SRDCP,λ=8,8192,0,78462,9.577880859375
SRDCP,λ=8,8192,0,83257,10.1632080078125
SRDCP,λ=8,8192,0,71576,8.7373046875
SRDCP,λ=8,8192,0,83672,10.2138671875
SRDCP,λ=8,8192,0,74826,9.134033203125
SRDCP,λ=8,8192,0,91567,11.1776123046875
SRDCP,λ=8,8192,0,92800,11.328125
SRDCP,λ=8,8192,0,76816,9.376953125
SRDCP,λ=8,8192,0,74358,9.076904296875
SRDCP,λ=8,8192,0,77890,9.508056640625
SHDCP,λ=8,8192,0,89898,10.973876953125
SHDCP,λ=8,8192,0,85110,10.389404296875
SHDCP,λ=8,8192,0,67706,8.264892578125
SHDCP,λ=8,8192,0,66997,8.1783447265625
SHDCP,λ=8,8192,0,79367,9.6883544921875
SHDCP,λ=8,8192,0,71945,8.7823486328125
SHDCP,λ=8,8192,0,70736,8.634765625
SHDCP,λ=8,8192,0,68557,8.3687744140625
SHDCP,λ=8,8192,0,76469,9.3345947265625
SHDCP,λ=8,8192,0,82582,10.080810546875
SHDCP,λ=8,8192,0,78782,9.616943359375
SHDCP,λ=8,8192,0,73606,8.985107421875
SHDCP,λ=8,8192,0,83175,10.1531982421875
SHDCP,λ=8,8192,0,72633,8.8663330078125
SHDCP,λ=8,8192,0,68624,8.376953125
SHDCP,λ=8,8192,0,78192,9.544921875
SHDCP,λ=8,8192,0,66758,8.149169921875
SHDCP,λ=8,8192,0,70073,8.5538330078125
SHDCP,λ=8,8192,0,67549,8.2457275390625
SHDCP,λ=8,8192,0,80966,9.883544921875
SHDCP,λ=8,8192,0,71455,8.7225341796875
SHDCP,λ=8,8192,0,85544,10.4423828125
SHDCP,λ=8,8192,0,68446,8.355224609375
SHDCP,λ=8,8192,0,76261,9.3092041015625
SHDCP,λ=8,8192,0,81191,9.9110107421875
SHDCP,λ=8,8192,0,69420,8.47412109375
SHDCP,λ=8,8192,0,77501,9.4605712890625
SHDCP,λ=8,8192,0,69460,8.47900390625
SHDCP,λ=8,8192,0,73175,8.9324951171875
SHDCP,λ=8,8192,0,68718,8.388427734375
SHDCP,λ=8,8192,0,66605,8.1304931640625
SHDCP,λ=8,8192,0,70426,8.596923828125
SHDCP,λ=8,8192,0,68790,8.397216796875
SHDCP,λ=8,8192,0,70392,8.5927734375
SHDCP,λ=8,8192,0,76579,9.3480224609375
SHDCP,λ=8,8192,0,72175,8.8104248046875
SHDCP,λ=8,8192,0,77592,9.4716796875
SHDCP,λ=8,8192,0,68471,8.3582763671875
SHDCP,λ=8,8192,0,72326,8.828857421875
SHDCP,λ=8,8192,0,73077,8.9205322265625
SHDCP,λ=8,8192,0,74203,9.0579833984375
SHDCP,λ=8,8192,0,71036,8.67138671875
SHDCP,λ=8,8192,0,76692,9.36181640625
SHDCP,λ=8,8192,0,71693,8.7515869140625
SHDCP,λ=8,8192,0,71047,8.6727294921875
SHDCP,λ=8,8192,0,76023,9.2801513671875
SHDCP,λ=8,8192,0,75522,9.218994140625
SHDCP,λ=8,8192,0,71776,8.76171875
SHDCP,λ=8,8192,0,75056,9.162109375
SHDCP,λ=8,8192,0,66733,8.1461181640625
SHDCP,λ=8,8192,0,72743,8.8797607421875
SHDCP,λ=8,8192,0,83928,10.2451171875
SHDCP,λ=8,8192,0,67570,8.248291015625
SHDCP,λ=8,8192,0,65039,7.9393310546875
SHDCP,λ=8,8192,0,69909,8.5338134765625
SHDCP,λ=8,8192,0,75544,9.2216796875
SHDCP,λ=8,8192,0,73407,8.9608154296875
SHDCP,λ=8,8192,0,67622,8.254638671875
SHDCP,λ=8,8192,0,73702,8.996826171875
SHDCP,λ=8,8192,0,73217,8.9376220703125
SHDCP,λ=8,8192,0,65619,8.0101318359375
SHDCP,λ=8,8192,0,72883,8.8968505859375
SHDCP,λ=8,8192,0,80870,9.871826171875
SHDCP,λ=8,8192,0,65950,8.050537109375
SHDCP,λ=8,8192,0,74767,9.1268310546875
SHDCP,λ=8,8192,0,78223,9.5487060546875
SHDCP,λ=8,8192,0,73093,8.9224853515625
SHDCP,λ=8,8192,0,84565,10.3228759765625
SHDCP,λ=8,8192,0,68197,8.3248291015625
SHDCP,λ=8,8192,0,84562,10.322509765625
SHDCP,λ=8,8192,0,67885,8.2867431640625
SHDCP,λ=8,8192,0,67237,8.2076416015625
SHDCP,λ=8,8192,0,68897,8.4102783203125
SHDCP,λ=8,8192,0,65504,7.99609375
SHDCP,λ=8,8192,0,75147,9.1732177734375
SHDCP,λ=8,8192,0,73525,8.9752197265625
SHDCP,λ=8,8192,0,68332,8.34130859375
SHDCP,λ=8,8192,0,66262,8.088623046875
SHDCP,λ=8,8192,0,73166,8.931396484375
SHDCP,λ=8,8192,0,68077,8.3101806640625
SHDCP,λ=8,8192,0,78901,9.6314697265625
SHDCP,λ=8,8192,0,74963,9.1507568359375
SHDCP,λ=8,8192,0,69674,8.505126953125
SHDCP,λ=8,8192,0,72718,8.876708984375
SHDCP,λ=8,8192,0,73141,8.9283447265625
SHDCP,λ=8,8192,0,76325,9.3170166015625
SHDCP,λ=8,8192,0,67961,8.2960205078125
SHDCP,λ=8,8192,0,75227,9.1829833984375
SHDCP,λ=8,8192,0,68649,8.3800048828125
SHDCP,λ=8,8192,0,75002,9.155517578125
SHDCP,λ=8,8192,0,75799,9.2528076171875
SHDCP,λ=8,8192,0,85193,10.3995361328125
SHDCP,λ=8,8192,0,73085,8.9215087890625
SHDCP,λ=8,8192,0,78268,9.55419921875
SHDCP,λ=8,8192,0,68336,8.341796875
SHDCP,λ=8,8192,0,71502,8.728271484375
SHDCP,λ=8,8192,0,77625,9.4757080078125
SHDCP,λ=8,8192,0,70688,8.62890625
SHDCP,λ=8,8192,0,67879,8.2860107421875
SHDCP,λ=8,8192,0,75406,9.204833984375
SHLCP,λ=8,8192,0,78984,9.6416015625
SHLCP,λ=8,8192,0,70900,8.65478515625
SHLCP,λ=8,8192,0,89309,10.9019775390625
SHLCP,λ=8,8192,0,68082,8.310791015625
SHLCP,λ=8,8192,0,72197,8.8131103515625
SHLCP,λ=8,8192,0,87109,10.6334228515625
SHLCP,λ=8,8192,0,84929,10.3673095703125
SHLCP,λ=8,8192,0,72454,8.844482421875
SHLCP,λ=8,8192,0,85384,10.4228515625
SHLCP,λ=8,8192,0,74603,9.1068115234375
SHLCP,λ=8,8192,0,72633,8.8663330078125
SHLCP,λ=8,8192,0,71902,8.777099609375
SHLCP,λ=8,8192,0,67038,8.183349609375
SHLCP,λ=8,8192,0,67024,8.181640625
SHLCP,λ=8,8192,0,79950,9.759521484375
SHLCP,λ=8,8192,0,71261,8.6988525390625
SHLCP,λ=8,8192,0,81163,9.9075927734375
SHLCP,λ=8,8192,0,73834,9.012939453125
SHLCP,λ=8,8192,0,72519,8.8524169921875
SHLCP,λ=8,8192,0,70328,8.5849609375
SHLCP,λ=8,8192,0,73770,9.005126953125
SHLCP,λ=8,8192,0,68532,8.36572265625
SHLCP,λ=8,8192,0,69873,8.5294189453125
SHLCP,λ=8,8192,0,71838,8.769287109375
SHLCP,λ=8,8192,0,70056,8.5517578125
SHLCP,λ=8,8192,0,80928,9.87890625
SHLCP,λ=8,8192,0,69723,8.5111083984375
SHLCP,λ=8,8192,0,81078,9.897216796875
SHLCP,λ=8,8192,0,69197,8.4468994140625
SHLCP,λ=8,8192,0,79097,9.6553955078125
SHLCP,λ=8,8192,0,79436,9.69677734375
SHLCP,λ=8,8192,0,72917,8.9010009765625
SHLCP,λ=8,8192,0,85320,10.4150390625
SHLCP,λ=8,8192,0,69331,8.4632568359375
SHLCP,λ=8,8192,0,65495,7.9949951171875
SHLCP,λ=8,8192,0,70241,8.5743408203125
SHLCP,λ=8,8192,0,70581,8.6158447265625
SHLCP,λ=8,8192,0,75580,9.22607421875
SHLCP,λ=8,8192,0,69174,8.444091796875
SHLCP,λ=8,8192,0,71104,8.6796875
SHLCP,λ=8,8192,0,87215,10.6463623046875
SHLCP,λ=8,8192,0,80343,9.8074951171875
SHLCP,λ=8,8192,0,69178,8.444580078125
SHLCP,λ=8,8192,0,74849,9.1368408203125
SHLCP,λ=8,8192,0,74840,9.1357421875
SHLCP,λ=8,8192,0,68731,8.3900146484375
SHLCP,λ=8,8192,0,71120,8.681640625
SHLCP,λ=8,8192,0,77734,9.489013671875
SHLCP,λ=8,8192,0,76603,9.3509521484375
SHLCP,λ=8,8192,0,77600,9.47265625
SHLCP,λ=8,8192,0,70211,8.5706787109375
SHLCP,λ=8,8192,0,68742,8.391357421875
SHLCP,λ=8,8192,0,73618,8.986572265625
SHLCP,λ=8,8192,0,74200,9.0576171875
SHLCP,λ=8,8192,0,71560,8.7353515625
SHLCP,λ=8,8192,0,72567,8.8582763671875
SHLCP,λ=8,8192,0,72488,8.8486328125
SHLCP,λ=8,8192,0,80054,9.772216796875
SHLCP,λ=8,8192,0,68034,8.304931640625
SHLCP,λ=8,8192,0,72477,8.8472900390625
SHLCP,λ=8,8192,0,75567,9.2244873046875
SHLCP,λ=8,8192,0,70479,8.6033935546875
SHLCP,λ=8,8192,0,68550,8.367919921875
SHLCP,λ=8,8192,0,71106,8.679931640625
SHLCP,λ=8,8192,0,76095,9.2889404296875
SHLCP,λ=8,8192,0,69487,8.4822998046875
SHLCP,λ=8,8192,0,68304,8.337890625
SHLCP,λ=8,8192,0,82140,10.02685546875
SHLCP,λ=8,8192,0,86295,10.5340576171875
SHLCP,λ=8,8192,0,78171,9.5423583984375
SHLCP,λ=8,8192,0,71384,8.7138671875
SHLCP,λ=8,8192,0,74454,9.088623046875
SHLCP,λ=8,8192,0,72142,8.806396484375
SHLCP,λ=8,8192,0,88860,10.84716796875
SHLCP,λ=8,8192,0,75806,9.253662109375
SHLCP,λ=8,8192,0,70725,8.6334228515625
SHLCP,λ=8,8192,0,73794,9.008056640625
SHLCP,λ=8,8192,0,78040,9.5263671875
SHLCP,λ=8,8192,0,77062,9.406982421875
SHLCP,λ=8,8192,0,72938,8.903564453125
SHLCP,λ=8,8192,0,78635,9.5989990234375
SHLCP,λ=8,8192,0,67460,8.23486328125
SHLCP,λ=8,8192,0,69011,8.4241943359375
SHLCP,λ=8,8192,0,68939,8.4154052734375
SHLCP,λ=8,8192,0,73027,8.9144287109375
SHLCP,λ=8,8192,0,74237,9.0621337890625
SHLCP,λ=8,8192,0,79224,9.6708984375
SHLCP,λ=8,8192,0,68404,8.35009765625
SHLCP,λ=8,8192,0,70631,8.6219482421875
SHLCP,λ=8,8192,0,73902,9.021240234375
SHLCP,λ=8,8192,0,70010,8.546142578125
SHLCP,λ=8,8192,0,75058,9.162353515625
SHLCP,λ=8,8192,0,76429,9.3297119140625
SHLCP,λ=8,8192,0,84817,10.3536376953125
SHLCP,λ=8,8192,0,73754,9.003173828125
SHLCP,λ=8,8192,0,76537,9.3428955078125
SHLCP,λ=8,8192,0,67474,8.236572265625
SHLCP,λ=8,8192,0,74696,9.1181640625
SHLCP,λ=8,8192,0,69220,8.44970703125
SHLCP,λ=8,8192,0,79539,9.7093505859375
SRLCP,λ=8,8192,0,77839,9.5018310546875
SRLCP,λ=8,8192,0,76013,9.2789306640625
SRLCP,λ=8,8192,0,70059,8.5521240234375
SRLCP,λ=8,8192,0,74558,9.101318359375
SRLCP,λ=8,8192,0,82097,10.0216064453125
SRLCP,λ=8,8192,0,88382,10.788818359375
SRLCP,λ=8,8192,0,77097,9.4112548828125
SRLCP,λ=8,8192,0,89321,10.9034423828125
SRLCP,λ=8,8192,0,79135,9.6600341796875
SRLCP,λ=8,8192,0,82058,10.016845703125
SRLCP,λ=8,8192,0,79429,9.6959228515625
SRLCP,λ=8,8192,0,77084,9.40966796875
SRLCP,λ=8,8192,0,80326,9.805419921875
SRLCP,λ=8,8192,0,88693,10.8267822265625
SRLCP,λ=8,8192,0,75381,9.2017822265625
SRLCP,λ=8,8192,0,81762,9.980712890625
SRLCP,λ=8,8192,0,71902,8.777099609375
SRLCP,λ=8,8192,0,77601,9.4727783203125
SRLCP,λ=8,8192,0,74155,9.0521240234375
SRLCP,λ=8,8192,0,80528,9.830078125
SRLCP,λ=8,8192,0,72583,8.8602294921875
SRLCP,λ=8,8192,0,84482,10.312744140625
SRLCP,λ=8,8192,0,76660,9.35791015625
SRLCP,λ=8,8192,0,81825,9.9884033203125
SRLCP,λ=8,8192,0,77409,9.4493408203125
SRLCP,λ=8,8192,0,85642,10.454345703125
SRLCP,λ=8,8192,0,87420,10.67138671875
SRLCP,λ=8,8192,0,79655,9.7235107421875
SRLCP,λ=8,8192,0,73304,8.9482421875
SRLCP,λ=8,8192,0,79840,9.74609375
SRLCP,λ=8,8192,0,89624,10.9404296875
SRLCP,λ=8,8192,0,90717,11.0738525390625
SRLCP,λ=8,8192,0,90481,11.0450439453125
SRLCP,λ=8,8192,0,80065,9.7735595703125
SRLCP,λ=8,8192,0,79493,9.7037353515625
SRLCP,λ=8,8192,0,80643,9.8441162109375
SRLCP,λ=8,8192,0,76327,9.3172607421875
SRLCP,λ=8,8192,0,72472,8.8466796875
SRLCP,λ=8,8192,0,86727,10.5867919921875
SRLCP,λ=8,8192,0,76051,9.2835693359375
SRLCP,λ=8,8192,0,75767,9.2489013671875
SRLCP,λ=8,8192,0,72422,8.840576171875
SRLCP,λ=8,8192,0,74139,9.0501708984375
SRLCP,λ=8,8192,0,71969,8.7852783203125
SRLCP,λ=8,8192,0,77402,9.448486328125
SRLCP,λ=8,8192,0,76615,9.3524169921875
SRLCP,λ=8,8192,0,77860,9.50439453125
SRLCP,λ=8,8192,0,77946,9.514892578125
SRLCP,λ=8,8192,0,77953,9.5157470703125
SRLCP,λ=8,8192,0,81732,9.97705078125
SRLCP,λ=8,8192,0,83783,10.2274169921875
SRLCP,λ=8,8192,0,74744,9.1240234375
SRLCP,λ=8,8192,0,86826,10.598876953125
SRLCP,λ=8,8192,0,90614,11.061279296875
SRLCP,λ=8,8192,0,78387,9.5687255859375
SRLCP,λ=8,8192,0,76806,9.375732421875
SRLCP,λ=8,8192,0,78067,9.5296630859375
SRLCP,λ=8,8192,0,83167,10.1522216796875
SRLCP,λ=8,8192,0,73401,8.9600830078125
SRLCP,λ=8,8192,0,84698,10.339111328125
SRLCP,λ=8,8192,0,77896,9.5087890625
SRLCP,λ=8,8192,0,72526,8.853271484375
SRLCP,λ=8,8192,0,68860,8.40576171875
SRLCP,λ=8,8192,0,72670,8.870849609375
SRLCP,λ=8,8192,0,77851,9.5032958984375
SRLCP,λ=8,8192,0,73805,9.0093994140625
SRLCP,λ=8,8192,0,80025,9.7686767578125
SRLCP,λ=8,8192,0,80315,9.8040771484375
SRLCP,λ=8,8192,0,79731,9.7327880859375
SRLCP,λ=8,8192,0,76033,9.2813720703125
SRLCP,λ=8,8192,0,88838,10.844482421875
SRLCP,λ=8,8192,0,78987,9.6419677734375
SRLCP,λ=8,8192,0,79789,9.7398681640625
SRLCP,λ=8,8192,0,72000,8.7890625
SRLCP,λ=8,8192,0,91319,11.1473388671875
SRLCP,λ=8,8192,0,69411,8.4730224609375
SRLCP,λ=8,8192,0,71933,8.7808837890625
SRLCP,λ=8,8192,0,75973,9.2740478515625
SRLCP,λ=8,8192,0,75568,9.224609375
SRLCP,λ=8,8192,0,78456,9.5771484375
SRLCP,λ=8,8192,0,82017,10.0118408203125
SRLCP,λ=8,8192,0,78769,9.6153564453125
SRLCP,λ=8,8192,0,78792,9.6181640625
SRLCP,λ=8,8192,0,79905,9.7540283203125
SRLCP,λ=8,8192,0,79290,9.678955078125
SRLCP,λ=8,8192,0,80821,9.8658447265625
SRLCP,λ=8,8192,0,82857,10.1143798828125
SRLCP,λ=8,8192,0,78244,9.55126953125
SRLCP,λ=8,8192,0,75210,9.180908203125
SRLCP,λ=8,8192,0,76369,9.3223876953125
SRLCP,λ=8,8192,0,71124,8.68212890625
SRLCP,λ=8,8192,0,84993,10.3751220703125
SRLCP,λ=8,8192,0,76529,9.3419189453125
SRLCP,λ=8,8192,0,75252,9.18603515625
SRLCP,λ=8,8192,0,83154,10.150634765625
SRLCP,λ=8,8192,0,73607,8.9852294921875
SRLCP,λ=8,8192,0,86520,10.5615234375
SRLCP,λ=8,8192,0,70069,8.5533447265625
SRLCP,λ=8,8192,0,71891,8.7757568359375
SRLCP,λ=8,8192,0,75987,9.2757568359375
SSLCP,λ=8,8192,0,111144,13.5673828125
SSLCP,λ=8,8192,0,99761,12.1778564453125
SSLCP,λ=8,8192,0,92483,11.2894287109375
SSLCP,λ=8,8192,0,89566,10.933349609375
SSLCP,λ=8,8192,0,131808,16.08984375
SSLCP,λ=8,8192,0,95285,11.6314697265625
SSLCP,λ=8,8192,0,93102,11.364990234375
SSLCP,λ=8,8192,0,94778,11.569580078125
SSLCP,λ=8,8192,0,97127,11.8563232421875
SSLCP,λ=8,8192,0,102265,12.4835205078125
SSLCP,λ=8,8192,0,104925,12.8082275390625
SSLCP,λ=8,8192,0,86620,10.57373046875
SSLCP,λ=8,8192,0,91201,11.1329345703125
SSLCP,λ=8,8192,0,115826,14.138916015625
SSLCP,λ=8,8192,0,91898,11.218017578125
SSLCP,λ=8,8192,0,91196,11.13232421875
SSLCP,λ=8,8192,0,103282,12.607666015625
SSLCP,λ=8,8192,0,105633,12.8946533203125
SSLCP,λ=8,8192,0,101175,12.3504638671875
SSLCP,λ=8,8192,0,88129,10.7579345703125
SSLCP,λ=8,8192,0,90861,11.0914306640625
SSLCP,λ=8,8192,0,93978,11.471923828125
SSLCP,λ=8,8192,0,102192,12.474609375
SSLCP,λ=8,8192,0,91705,11.1944580078125
SSLCP,λ=8,8192,0,94487,11.5340576171875
SSLCP,λ=8,8192,0,96050,11.724853515625
SSLCP,λ=8,8192,0,122554,14.960205078125
SSLCP,λ=8,8192,0,98396,12.01123046875
SSLCP,λ=8,8192,0,96059,11.7259521484375
SSLCP,λ=8,8192,0,111382,13.596435546875
SSLCP,λ=8,8192,0,107236,13.09033203125
SSLCP,λ=8,8192,0,100524,12.27099609375
SSLCP,λ=8,8192,0,104202,12.719970703125
SSLCP,λ=8,8192,0,120439,14.7020263671875
SSLCP,λ=8,8192,0,95751,11.6883544921875
SSLCP,λ=8,8192,0,108826,13.284423828125
SSLCP,λ=8,8192,0,111314,13.588134765625
SSLCP,λ=8,8192,0,112698,13.757080078125
SSLCP,λ=8,8192,0,97862,11.946044921875
SSLCP,λ=8,8192,0,105682,12.900634765625
SSLCP,λ=8,8192,0,107057,13.0684814453125
SSLCP,λ=8,8192,0,100596,12.27978515625
SSLCP,λ=8,8192,0,92088,11.2412109375
SSLCP,λ=8,8192,0,109512,13.3681640625
SSLCP,λ=8,8192,0,94047,11.4803466796875
SSLCP,λ=8,8192,0,103182,12.595458984375
SSLCP,λ=8,8192,0,103129,12.5889892578125
SSLCP,λ=8,8192,0,118414,14.454833984375
SSLCP,λ=8,8192,0,128682,15.708251953125
SSLCP,λ=8,8192,0,99291,12.1204833984375
SSLCP,λ=8,8192,0,104439,12.7489013671875
SSLCP,λ=8,8192,0,111209,13.5753173828125
SSLCP,λ=8,8192,0,108270,13.216552734375
SSLCP,λ=8,8192,0,101485,12.3883056640625
SSLCP,λ=8,8192,0,97195,11.8646240234375
SSLCP,λ=8,8192,0,95610,11.671142578125
SSLCP,λ=8,8192,0,103587,12.6448974609375
SSLCP,λ=8,8192,0,95410,11.646728515625
SSLCP,λ=8,8192,0,89351,10.9071044921875
SSLCP,λ=8,8192,0,101858,12.433837890625
SSLCP,λ=8,8192,0,95566,11.665771484375
SSLCP,λ=8,8192,0,107175,13.0828857421875
SSLCP,λ=8,8192,0,106587,13.0111083984375
SSLCP,λ=8,8192,0,103631,12.6502685546875
SSLCP,λ=8,8192,0,96519,11.7821044921875
SSLCP,λ=8,8192,0,111282,13.584228515625
SSLCP,λ=8,8192,0,114295,13.9520263671875
SSLCP,λ=8,8192,0,92976,11.349609375
SSLCP,λ=8,8192,0,95803,11.6947021484375
SSLCP,λ=8,8192,0,97930,11.954345703125
SSLCP,λ=8,8192,0,112152,13.6904296875
SSLCP,λ=8,8192,0,112561,13.7403564453125
SSLCP,λ=8,8192,0,101258,12.360595703125
SSLCP,λ=8,8192,0,93273,11.3858642578125
SSLCP,λ=8,8192,0,104422,12.746826171875
SSLCP,λ=8,8192,0,99451,12.1400146484375
SSLCP,λ=8,8192,0,87803,10.7181396484375
SSLCP,λ=8,8192,0,106561,13.0079345703125
SSLCP,λ=8,8192,0,104056,12.7021484375
SSLCP,λ=8,8192,0,93364,11.39697265625
SSLCP,λ=8,8192,0,104376,12.7412109375
SSLCP,λ=8,8192,0,111813,13.6490478515625
SSLCP,λ=8,8192,0,96094,11.730224609375
SSLCP,λ=8,8192,0,100071,12.2156982421875
SSLCP,λ=8,8192,0,87139,10.6370849609375
SSLCP,λ=8,8192,0,130932,15.98291015625
SSLCP,λ=8,8192,0,99660,12.16552734375
SSLCP,λ=8,8192,0,95642,11.675048828125
SSLCP,λ=8,8192,0,91973,11.2271728515625
SSLCP,λ=8,8192,0,106728,13.0283203125
SSLCP,λ=8,8192,0,97440,11.89453125
SSLCP,λ=8,8192,0,121034,14.774658203125
SSLCP,λ=8,8192,0,115814,14.137451171875
SSLCP,λ=8,8192,0,114248,13.9462890625
SSLCP,λ=8,8192,0,93777,11.4473876953125
SSLCP,λ=8,8192,0,108710,13.270263671875
SSLCP,λ=8,8192,0,108600,13.2568359375
SSLCP,λ=8,8192,0,128708,15.71142578125
SSLCP,λ=8,8192,0,108590,13.255615234375
SSLCP,λ=8,8192,0,101897,12.4385986328125
SSDSP,λ=8,8192,0,89865,10.9698486328125
SSDSP,λ=8,8192,0,87761,10.7130126953125
SSDSP,λ=8,8192,0,109177,13.3272705078125
SSDSP,λ=8,8192,0,86081,10.5079345703125
SSDSP,λ=8,8192,0,89769,10.9581298828125
SSDSP,λ=8,8192,0,92129,11.2462158203125
SSDSP,λ=8,8192,0,85897,10.4854736328125
SSDSP,λ=8,8192,0,95897,11.7061767578125
SSDSP,λ=8,8192,0,103993,12.6944580078125
SSDSP,λ=8,8192,0,82609,10.0841064453125
SSDSP,λ=8,8192,0,96105,11.7315673828125
SSDSP,λ=8,8192,0,87537,10.6856689453125
SSDSP,λ=8,8192,0,98337,12.0040283203125
SSDSP,λ=8,8192,0,93153,11.3712158203125
SSDSP,λ=8,8192,0,83865,10.2374267578125
SSDSP,λ=8,8192,0,94849,11.5782470703125
SSDSP,λ=8,8192,0,87377,10.6661376953125
SSDSP,λ=8,8192,0,97481,11.8995361328125
SSDSP,λ=8,8192,0,106441,12.9932861328125
SSDSP,λ=8,8192,0,95777,11.6915283203125
SSDSP,λ=8,8192,0,100633,12.2843017578125
SSDSP,λ=8,8192,0,84553,10.3214111328125
SSDSP,λ=8,8192,0,89857,10.9688720703125
SSDSP,λ=8,8192,0,93401,11.4014892578125
SSDSP,λ=8,8192,0,108913,13.2950439453125
SSDSP,λ=8,8192,0,87185,10.6427001953125
SSDSP,λ=8,8192,0,97337,11.8819580078125
SSDSP,λ=8,8192,0,92929,11.3438720703125
SSDSP,λ=8,8192,0,83681,10.2149658203125
SSDSP,λ=8,8192,0,88721,10.8302001953125
SSDSP,λ=8,8192,0,86529,10.5626220703125
SSDSP,λ=8,8192,0,88225,10.7696533203125
SSDSP,λ=8,8192,0,103825,12.6739501953125
SSDSP,λ=8,8192,0,93985,11.4727783203125
SSDSP,λ=8,8192,0,97841,11.9434814453125
SSDSP,λ=8,8192,0,92977,11.3497314453125
SSDSP,λ=8,8192,0,87809,10.7188720703125
SSDSP,λ=8,8192,0,84457,10.3096923828125
SSDSP,λ=8,8192,0,113609,13.8682861328125
SSDSP,λ=8,8192,0,78649,9.6007080078125
SSDSP,λ=8,8192,0,96585,11.7901611328125
SSDSP,λ=8,8192,0,109913,13.4171142578125
SSDSP,λ=8,8192,0,96073,11.7276611328125
SSDSP,λ=8,8192,0,97305,11.8780517578125
SSDSP,λ=8,8192,0,93873,11.4591064453125
SSDSP,λ=8,8192,0,100121,12.2218017578125
SSDSP,λ=8,8192,0,97873,11.9473876953125
SSDSP,λ=8,8192,0,90945,11.1016845703125
SSDSP,λ=8,8192,0,105225,12.8448486328125
SSDSP,λ=8,8192,0,93953,11.4688720703125
SSDSP,λ=8,8192,0,90049,10.9923095703125
SSDSP,λ=8,8192,0,98377,12.0089111328125
SSDSP,λ=8,8192,0,81985,10.0079345703125
SSDSP,λ=8,8192,0,96345,11.7608642578125
SSDSP,λ=8,8192,0,87153,10.6387939453125
SSDSP,λ=8,8192,0,96001,11.7188720703125
SSDSP,λ=8,8192,0,84137,10.2706298828125
SSDSP,λ=8,8192,0,88577,10.8126220703125
SSDSP,λ=8,8192,0,99385,12.1319580078125
SSDSP,λ=8,8192,0,86729,10.5870361328125
SSDSP,λ=8,8192,0,94953,11.5909423828125
SSDSP,λ=8,8192,0,91817,11.2081298828125
SSDSP,λ=8,8192,0,91105,11.1212158203125
SSDSP,λ=8,8192,0,84065,10.2618408203125
SSDSP,λ=8,8192,0,97065,11.8487548828125
SSDSP,λ=8,8192,0,106977,13.0587158203125
SSDSP,λ=8,8192,0,87121,10.6348876953125
SSDSP,λ=8,8192,0,101233,12.3575439453125
SSDSP,λ=8,8192,0,95257,11.6280517578125
SSDSP,λ=8,8192,0,106105,12.9522705078125
SSDSP,λ=8,8192,0,94585,11.5460205078125
SSDSP,λ=8,8192,0,86393,10.5460205078125
SSDSP,λ=8,8192,0,83529,10.1964111328125
SSDSP,λ=8,8192,0,90281,11.0206298828125
SSDSP,λ=8,8192,0,91681,11.1915283203125
SSDSP,λ=8,8192,0,103953,12.6895751953125
SSDSP,λ=8,8192,0,87417,10.6710205078125
SSDSP,λ=8,8192,0,107793,13.1583251953125
SSDSP,λ=8,8192,0,110633,13.5050048828125
SSDSP,λ=8,8192,0,98169,11.9835205078125
SSDSP,λ=8,8192,0,120929,14.7618408203125
SSDSP,λ=8,8192,0,97889,11.9493408203125
SSDSP,λ=8,8192,0,88625,10.8184814453125
SSDSP,λ=8,8192,0,95409,11.6466064453125
SSDSP,λ=8,8192,0,109537,13.3712158203125
SSDSP,λ=8,8192,0,90001,10.9864501953125
SSDSP,λ=8,8192,0,80865,9.8712158203125
SSDSP,λ=8,8192,0,103769,12.6671142578125
SSDSP,λ=8,8192,0,89001,10.8643798828125
SSDSP,λ=8,8192,0,92049,11.2364501953125
SSDSP,λ=8,8192,0,98585,12.0343017578125
SSDSP,λ=8,8192,0,94393,11.5225830078125
SSDSP,λ=8,8192,0,89009,10.8653564453125
SSDSP,λ=8,8192,0,99465,12.1417236328125
SSDSP,λ=8,8192,0,99081,12.0948486328125
SSDSP,λ=8,8192,0,101161,12.3487548828125
SSDSP,λ=8,8192,0,85697,10.4610595703125
SSDSP,λ=8,8192,0,113129,13.8096923828125
SSDSP,λ=8,8192,0,82633,10.0870361328125
SRDSP,λ=8,8192,0,71865,8.7725830078125
SRDSP,λ=8,8192,0,71473,8.7247314453125
SRDSP,λ=8,8192,0,67489,8.2384033203125
SRDSP,λ=8,8192,0,77393,9.4473876953125
SRDSP,λ=8,8192,0,65617,8.0098876953125
SRDSP,λ=8,8192,0,77177,9.4210205078125
SRDSP,λ=8,8192,0,76561,9.3458251953125
SRDSP,λ=8,8192,0,68001,8.3009033203125
SRDSP,λ=8,8192,0,94241,11.5040283203125
SRDSP,λ=8,8192,0,72097,8.8009033203125
SRDSP,λ=8,8192,0,66057,8.0635986328125
SRDSP,λ=8,8192,0,70729,8.6339111328125
SRDSP,λ=8,8192,0,69721,8.5108642578125
SRDSP,λ=8,8192,0,72785,8.8848876953125
SRDSP,λ=8,8192,0,76057,9.2843017578125
SRDSP,λ=8,8192,0,79553,9.7110595703125
SRDSP,λ=8,8192,0,70113,8.5587158203125
SRDSP,λ=8,8192,0,74857,9.1378173828125
SRDSP,λ=8,8192,0,72353,8.8321533203125
SRDSP,λ=8,8192,0,70265,8.5772705078125
SRDSP,λ=8,8192,0,92793,11.3272705078125
SRDSP,λ=8,8192,0,71561,8.7354736328125
SRDSP,λ=8,8192,0,73937,9.0255126953125
SRDSP,λ=8,8192,0,88321,10.7813720703125
SRDSP,λ=8,8192,0,67737,8.2686767578125
SRDSP,λ=8,8192,0,82761,10.1026611328125
SRDSP,λ=8,8192,0,70961,8.6622314453125
SRDSP,λ=8,8192,0,71577,8.7374267578125
SRDSP,λ=8,8192,0,78985,9.6417236328125
SRDSP,λ=8,8192,0,79265,9.6759033203125
SRDSP,λ=8,8192,0,69649,8.5020751953125
SRDSP,λ=8,8192,0,80753,9.8575439453125
SRDSP,λ=8,8192,0,75169,9.1759033203125
SRDSP,λ=8,8192,0,69665,8.5040283203125
SRDSP,λ=8,8192,0,83265,10.1641845703125
SRDSP,λ=8,8192,0,78169,9.5421142578125
SRDSP,λ=8,8192,0,73921,9.0235595703125
SRDSP,λ=8,8192,0,72577,8.8594970703125
SRDSP,λ=8,8192,0,71529,8.7315673828125
SRDSP,λ=8,8192,0,76865,9.3829345703125
SRDSP,λ=8,8192,0,74305,9.0704345703125
SRDSP,λ=8,8192,0,85281,10.4102783203125
SRDSP,λ=8,8192,0,80049,9.7716064453125
SRDSP,λ=8,8192,0,67385,8.2257080078125
SRDSP,λ=8,8192,0,74953,9.1495361328125
SRDSP,λ=8,8192,0,85761,10.4688720703125
SRDSP,λ=8,8192,0,76601,9.3507080078125
SRDSP,λ=8,8192,0,95721,11.6846923828125
SRDSP,λ=8,8192,0,69161,8.4425048828125
SRDSP,λ=8,8192,0,78233,9.5499267578125
SRDSP,λ=8,8192,0,69841,8.5255126953125
SRDSP,λ=8,8192,0,71745,8.7579345703125
SRDSP,λ=8,8192,0,72385,8.8360595703125
SRDSP,λ=8,8192,0,67817,8.2784423828125
SRDSP,λ=8,8192,0,78401,9.5704345703125
SRDSP,λ=8,8192,0,82289,10.0450439453125
SRDSP,λ=8,8192,0,71353,8.7100830078125
SRDSP,λ=8,8192,0,66353,8.0997314453125
SRDSP,λ=8,8192,0,88953,10.8585205078125
SRDSP,λ=8,8192,0,71113,8.6807861328125
SRDSP,λ=8,8192,0,70545,8.6114501953125
SRDSP,λ=8,8192,0,80513,9.8282470703125
SRDSP,λ=8,8192,0,70105,8.5577392578125
SRDSP,λ=8,8192,0,74969,9.1514892578125
SRDSP,λ=8,8192,0,74713,9.1202392578125
SRDSP,λ=8,8192,0,71273,8.7003173828125
SRDSP,λ=8,8192,0,82881,10.1173095703125
SRDSP,λ=8,8192,0,76033,9.2813720703125
SRDSP,λ=8,8192,0,77633,9.4766845703125
SRDSP,λ=8,8192,0,76433,9.3302001953125
SRDSP,λ=8,8192,0,79793,9.7403564453125
SRDSP,λ=8,8192,0,75625,9.2315673828125
SRDSP,λ=8,8192,0,72625,8.8653564453125
SRDSP,λ=8,8192,0,72945,8.9044189453125
SRDSP,λ=8,8192,0,87473,10.6778564453125
SRDSP,λ=8,8192,0,69273,8.4561767578125
SRDSP,λ=8,8192,0,75777,9.2501220703125
SRDSP,λ=8,8192,0,66097,8.0684814453125
SRDSP,λ=8,8192,0,67937,8.2930908203125
SRDSP,λ=8,8192,0,75769,9.2491455078125
SRDSP,λ=8,8192,0,75529,9.2198486328125
SRDSP,λ=8,8192,0,68649,8.3800048828125
SRDSP,λ=8,8192,0,74881,9.1407470703125
SRDSP,λ=8,8192,0,70793,8.6417236328125
SRDSP,λ=8,8192,0,61801,7.5440673828125
SRDSP,λ=8,8192,0,70305,8.5821533203125
SRDSP,λ=8,8192,0,77041,9.4044189453125
SRDSP,λ=8,8192,0,68433,8.3536376953125
SRDSP,λ=8,8192,0,69345,8.4649658203125
SRDSP,λ=8,8192,0,81777,9.9825439453125
SRDSP,λ=8,8192,0,69593,8.4952392578125
SRDSP,λ=8,8192,0,77609,9.4737548828125
SRDSP,λ=8,8192,0,77161,9.4190673828125
SRDSP,λ=8,8192,0,74553,9.1007080078125
SRDSP,λ=8,8192,0,71257,8.6983642578125
SRDSP,λ=8,8192,0,66113,8.0704345703125
SRDSP,λ=8,8192,0,72129,8.8048095703125
SRDSP,λ=8,8192,0,83753,10.2237548828125
SHDSP,λ=8,8192,0,67273,8.2120361328125
SHDSP,λ=8,8192,0,67561,8.2471923828125
SHDSP,λ=8,8192,0,66273,8.0899658203125
SHDSP,λ=8,8192,0,90009,10.9874267578125
SHDSP,λ=8,8192,0,68449,8.3555908203125
SHDSP,λ=8,8192,0,74905,9.1436767578125
SHDSP,λ=8,8192,0,80985,9.8858642578125
SHDSP,λ=8,8192,0,64033,7.8165283203125
SHDSP,λ=8,8192,0,68265,8.3331298828125
SHDSP,λ=8,8192,0,69289,8.4581298828125
SHDSP,λ=8,8192,0,62369,7.6134033203125
SHDSP,λ=8,8192,0,64633,7.8897705078125
SHDSP,λ=8,8192,0,73937,9.0255126953125
SHDSP,λ=8,8192,0,63121,7.7052001953125
SHDSP,λ=8,8192,0,72537,8.8546142578125
SHDSP,λ=8,8192,0,70561,8.6134033203125
SHDSP,λ=8,8192,0,69977,8.5421142578125
SHDSP,λ=8,8192,0,68689,8.3848876953125
SHDSP,λ=8,8192,0,69385,8.4698486328125
SHDSP,λ=8,8192,0,70841,8.6475830078125
SHDSP,λ=8,8192,0,79009,9.6446533203125
SHDSP,λ=8,8192,0,71577,8.7374267578125
SHDSP,λ=8,8192,0,61233,7.4747314453125
SHDSP,λ=8,8192,0,71913,8.7784423828125
SHDSP,λ=8,8192,0,65673,8.0167236328125
SHDSP,λ=8,8192,0,67313,8.2169189453125
SHDSP,λ=8,8192,0,69337,8.4639892578125
SHDSP,λ=8,8192,0,71449,8.7218017578125
SHDSP,λ=8,8192,0,68249,8.3311767578125
SHDSP,λ=8,8192,0,76185,9.2999267578125
SHDSP,λ=8,8192,0,67513,8.2413330078125
SHDSP,λ=8,8192,0,68225,8.3282470703125
SHDSP,λ=8,8192,0,70937,8.6593017578125
SHDSP,λ=8,8192,0,70017,8.5469970703125
SHDSP,λ=8,8192,0,66577,8.1270751953125
SHDSP,λ=8,8192,0,75481,9.2139892578125
SHDSP,λ=8,8192,0,79873,9.7501220703125
SHDSP,λ=8,8192,0,65769,8.0284423828125
SHDSP,λ=8,8192,0,76481,9.3360595703125
SHDSP,λ=8,8192,0,79889,9.7520751953125
SHDSP,λ=8,8192,0,68377,8.3468017578125
SHDSP,λ=8,8192,0,66409,8.1065673828125
SHDSP,λ=8,8192,0,71753,8.7589111328125
SHDSP,λ=8,8192,0,65609,8.0089111328125
SHDSP,λ=8,8192,0,64097,7.8243408203125
SHDSP,λ=8,8192,0,62425,7.6202392578125
SHDSP,λ=8,8192,0,68217,8.3272705078125
SHDSP,λ=8,8192,0,76073,9.2862548828125
SHDSP,λ=8,8192,0,62377,7.6143798828125
SHDSP,λ=8,8192,0,66353,8.0997314453125
SHDSP,λ=8,8192,0,69473,8.4805908203125
SHDSP,λ=8,8192,0,69537,8.4884033203125
SHDSP,λ=8,8192,0,76705,9.3634033203125
SHDSP,λ=8,8192,0,63161,7.7100830078125
SHDSP,λ=8,8192,0,62609,7.6427001953125
SHDSP,λ=8,8192,0,70801,8.6427001953125
SHDSP,λ=8,8192,0,73025,8.9141845703125
SHDSP,λ=8,8192,0,62905,7.6788330078125
SHDSP,λ=8,8192,0,81977,10.0069580078125
SHDSP,λ=8,8192,0,64025,7.8155517578125
SHDSP,λ=8,8192,0,76841,9.3800048828125
SHDSP,λ=8,8192,0,67569,8.2481689453125
SHDSP,λ=8,8192,0,65617,8.0098876953125
SHDSP,λ=8,8192,0,78849,9.6251220703125
SHDSP,λ=8,8192,0,69297,8.4591064453125
SHDSP,λ=8,8192,0,67113,8.1925048828125
SHDSP,λ=8,8192,0,62657,7.6485595703125
SHDSP,λ=8,8192,0,64745,7.9034423828125
SHDSP,λ=8,8192,0,59601,7.2755126953125
SHDSP,λ=8,8192,0,64793,7.9093017578125
SHDSP,λ=8,8192,0,70857,8.6495361328125
SHDSP,λ=8,8192,0,71433,8.7198486328125
SHDSP,λ=8,8192,0,67457,8.2344970703125
SHDSP,λ=8,8192,0,68057,8.3077392578125
SHDSP,λ=8,8192,0,87505,10.6817626953125
SHDSP,λ=8,8192,0,67961,8.2960205078125
SHDSP,λ=8,8192,0,67305,8.2159423828125
SHDSP,λ=8,8192,0,66097,8.0684814453125
SHDSP,λ=8,8192,0,81201,9.9122314453125
SHDSP,λ=8,8192,0,61585,7.5177001953125
SHDSP,λ=8,8192,0,66521,8.1202392578125
SHDSP,λ=8,8192,0,66769,8.1505126953125
SHDSP,λ=8,8192,0,68297,8.3370361328125
SHDSP,λ=8,8192,0,61273,7.4796142578125
SHDSP,λ=8,8192,0,70249,8.5753173828125
SHDSP,λ=8,8192,0,81273,9.9210205078125
SHDSP,λ=8,8192,0,74425,9.0850830078125
SHDSP,λ=8,8192,0,73617,8.9864501953125
SHDSP,λ=8,8192,0,78185,9.5440673828125
SHDSP,λ=8,8192,0,72593,8.8614501953125
SHDSP,λ=8,8192,0,67137,8.1954345703125
SHDSP,λ=8,8192,0,67825,8.2794189453125
SHDSP,λ=8,8192,0,66825,8.1573486328125
SHDSP,λ=8,8192,0,71785,8.7628173828125
SHDSP,λ=8,8192,0,69577,8.4932861328125
SHDSP,λ=8,8192,0,69553,8.4903564453125
SHLSP,λ=8,8192,0,72785,8.8848876953125
SHLSP,λ=8,8192,0,70033,8.5489501953125
SHLSP,λ=8,8192,0,70289,8.5802001953125
SHLSP,λ=8,8192,0,69585,8.4942626953125
SHLSP,λ=8,8192,0,74505,9.0948486328125
SHLSP,λ=8,8192,0,65265,7.9669189453125
SHLSP,λ=8,8192,0,75137,9.1719970703125
SHLSP,λ=8,8192,0,67649,8.2579345703125
SHLSP,λ=8,8192,0,71593,8.7393798828125
SHLSP,λ=8,8192,0,66401,8.1055908203125
SHLSP,λ=8,8192,0,72017,8.7911376953125
SHLSP,λ=8,8192,0,69465,8.4796142578125
SHLSP,λ=8,8192,0,64753,7.9044189453125
SHLSP,λ=8,8192,0,66433,8.1094970703125
SHLSP,λ=8,8192,0,68593,8.3731689453125
SHLSP,λ=8,8192,0,77993,9.5206298828125
SHLSP,λ=8,8192,0,76849,9.3809814453125
SHLSP,λ=8,8192,0,76745,9.3682861328125
SHLSP,λ=8,8192,0,72313,8.8272705078125
SHLSP,λ=8,8192,0,70681,8.6280517578125
SHLSP,λ=8,8192,0,62649,7.6475830078125
SHLSP,λ=8,8192,0,64249,7.8428955078125
SHLSP,λ=8,8192,0,64809,7.9112548828125
SHLSP,λ=8,8192,0,65457,7.9903564453125
SHLSP,λ=8,8192,0,68489,8.3604736328125
SHLSP,λ=8,8192,0,65713,8.0216064453125
SHLSP,λ=8,8192,0,63665,7.7716064453125
SHLSP,λ=8,8192,0,68905,8.4112548828125
SHLSP,λ=8,8192,0,68561,8.3692626953125
SHLSP,λ=8,8192,0,71697,8.7520751953125
SHLSP,λ=8,8192,0,80745,9.8565673828125
SHLSP,λ=8,8192,0,68097,8.3126220703125
SHLSP,λ=8,8192,0,89857,10.9688720703125
SHLSP,λ=8,8192,0,70889,8.6534423828125
SHLSP,λ=8,8192,0,63945,7.8057861328125
SHLSP,λ=8,8192,0,68193,8.3243408203125
SHLSP,λ=8,8192,0,72425,8.8409423828125
SHLSP,λ=8,8192,0,74841,9.1358642578125
SHLSP,λ=8,8192,0,64561,7.8809814453125
SHLSP,λ=8,8192,0,78545,9.5880126953125
SHLSP,λ=8,8192,0,70497,8.6055908203125
SHLSP,λ=8,8192,0,64649,7.8917236328125
SHLSP,λ=8,8192,0,64641,7.8907470703125
SHLSP,λ=8,8192,0,64817,7.9122314453125
SHLSP,λ=8,8192,0,71537,8.7325439453125
SHLSP,λ=8,8192,0,62793,7.6651611328125
SHLSP,λ=8,8192,0,65473,7.9923095703125
SHLSP,λ=8,8192,0,75041,9.1602783203125
SHLSP,λ=8,8192,0,63649,7.7696533203125
SHLSP,λ=8,8192,0,67321,8.2178955078125
SHLSP,λ=8,8192,0,76105,9.2901611328125
SHLSP,λ=8,8192,0,65593,8.0069580078125
SHLSP,λ=8,8192,0,65849,8.0382080078125
SHLSP,λ=8,8192,0,61409,7.4962158203125
SHLSP,λ=8,8192,0,73473,8.9688720703125
SHLSP,λ=8,8192,0,81305,9.9249267578125
SHLSP,λ=8,8192,0,69537,8.4884033203125
SHLSP,λ=8,8192,0,63393,7.7384033203125
SHLSP,λ=8,8192,0,64849,7.9161376953125
SHLSP,λ=8,8192,0,62905,7.6788330078125
SHLSP,λ=8,8192,0,65153,7.9532470703125
SHLSP,λ=8,8192,0,76329,9.3175048828125
SHLSP,λ=8,8192,0,64985,7.9327392578125
SHLSP,λ=8,8192,0,77665,9.4805908203125
SHLSP,λ=8,8192,0,76129,9.2930908203125
SHLSP,λ=8,8192,0,64441,7.8663330078125
SHLSP,λ=8,8192,0,74697,9.1182861328125
SHLSP,λ=8,8192,0,71713,8.7540283203125
SHLSP,λ=8,8192,0,73225,8.9385986328125
SHLSP,λ=8,8192,0,72753,8.8809814453125
SHLSP,λ=8,8192,0,76577,9.3477783203125
SHLSP,λ=8,8192,0,70401,8.5938720703125
SHLSP,λ=8,8192,0,71425,8.7188720703125
SHLSP,λ=8,8192,0,73457,8.9669189453125
SHLSP,λ=8,8192,0,66217,8.0831298828125
SHLSP,λ=8,8192,0,79625,9.7198486328125
SHLSP,λ=8,8192,0,74129,9.0489501953125
SHLSP,λ=8,8192,0,74265,9.0655517578125
SHLSP,λ=8,8192,0,74625,9.1094970703125
SHLSP,λ=8,8192,0,65737,8.0245361328125
SHLSP,λ=8,8192,0,69153,8.4415283203125
SHLSP,λ=8,8192,0,66265,8.0889892578125
SHLSP,λ=8,8192,0,74441,9.0870361328125
SHLSP,λ=8,8192,0,65585,8.0059814453125
SHLSP,λ=8,8192,0,72497,8.8497314453125
SHLSP,λ=8,8192,0,64705,7.8985595703125
SHLSP,λ=8,8192,0,76937,9.3917236328125
SHLSP,λ=8,8192,0,69105,8.4356689453125
SHLSP,λ=8,8192,0,77537,9.4649658203125
SHLSP,λ=8,8192,0,68201,8.3253173828125
SHLSP,λ=8,8192,0,65401,7.9835205078125
SHLSP,λ=8,8192,0,63761,7.7833251953125
SHLSP,λ=8,8192,0,78105,9.5343017578125
SHLSP,λ=8,8192,0,67449,8.2335205078125
SHLSP,λ=8,8192,0,77257,9.4307861328125
SHLSP,λ=8,8192,0,63377,7.7364501953125
SHLSP,λ=8,8192,0,67225,8.2061767578125
SRLSP,λ=8,8192,0,68129,8.3165283203125
SRLSP,λ=8,8192,0,75681,9.2384033203125
SRLSP,λ=8,8192,0,69257,8.4542236328125
SRLSP,λ=8,8192,0,66145,8.0743408203125
SRLSP,λ=8,8192,0,86793,10.5948486328125
SRLSP,λ=8,8192,0,70209,8.5704345703125
SRLSP,λ=8,8192,0,77097,9.4112548828125
SRLSP,λ=8,8192,0,74761,9.1260986328125
SRLSP,λ=8,8192,0,81577,9.9581298828125
SRLSP,λ=8,8192,0,70265,8.5772705078125
SRLSP,λ=8,8192,0,71321,8.7061767578125
SRLSP,λ=8,8192,0,77481,9.4581298828125
SRLSP,λ=8,8192,0,83545,10.1983642578125
SRLSP,λ=8,8192,0,77993,9.5206298828125
SRLSP,λ=8,8192,0,77449,9.4542236328125
SRLSP,λ=8,8192,0,69073,8.4317626953125
SRLSP,λ=8,8192,0,80977,9.8848876953125
SRLSP,λ=8,8192,0,66945,8.1719970703125
SRLSP,λ=8,8192,0,77841,9.5020751953125
SRLSP,λ=8,8192,0,75241,9.1846923828125
SRLSP,λ=8,8192,0,72161,8.8087158203125
SRLSP,λ=8,8192,0,67353,8.2218017578125
SRLSP,λ=8,8192,0,74729,9.1221923828125
SRLSP,λ=8,8192,0,73249,8.9415283203125
SRLSP,λ=8,8192,0,81145,9.9053955078125
SRLSP,λ=8,8192,0,70825,8.6456298828125
SRLSP,λ=8,8192,0,78289,9.5567626953125
SRLSP,λ=8,8192,0,71969,8.7852783203125
SRLSP,λ=8,8192,0,72617,8.8643798828125
SRLSP,λ=8,8192,0,77073,9.4083251953125
SRLSP,λ=8,8192,0,75073,9.1641845703125
SRLSP,λ=8,8192,0,67489,8.2384033203125
SRLSP,λ=8,8192,0,77265,9.4317626953125
SRLSP,λ=8,8192,0,66313,8.0948486328125
SRLSP,λ=8,8192,0,74993,9.1544189453125
SRLSP,λ=8,8192,0,73217,8.9376220703125
SRLSP,λ=8,8192,0,68529,8.3653564453125
SRLSP,λ=8,8192,0,84465,10.3106689453125
SRLSP,λ=8,8192,0,62153,7.5870361328125
SRLSP,λ=8,8192,0,78649,9.6007080078125
SRLSP,λ=8,8192,0,80433,9.8184814453125
SRLSP,λ=8,8192,0,77953,9.5157470703125
SRLSP,λ=8,8192,0,74769,9.1270751953125
SRLSP,λ=8,8192,0,82641,10.0880126953125
SRLSP,λ=8,8192,0,73305,8.9483642578125
SRLSP,λ=8,8192,0,67769,8.2725830078125
SRLSP,λ=8,8192,0,74569,9.1026611328125
SRLSP,λ=8,8192,0,69033,8.4268798828125
SRLSP,λ=8,8192,0,71377,8.7130126953125
SRLSP,λ=8,8192,0,66049,8.0626220703125
SRLSP,λ=8,8192,0,74809,9.1319580078125
SRLSP,λ=8,8192,0,81585,9.9591064453125
SRLSP,λ=8,8192,0,70105,8.5577392578125
SRLSP,λ=8,8192,0,70097,8.5567626953125
SRLSP,λ=8,8192,0,71193,8.6905517578125
SRLSP,λ=8,8192,0,72849,8.8927001953125
SRLSP,λ=8,8192,0,77289,9.4346923828125
SRLSP,λ=8,8192,0,76233,9.3057861328125
SRLSP,λ=8,8192,0,82097,10.0216064453125
SRLSP,λ=8,8192,0,73113,8.9249267578125
SRLSP,λ=8,8192,0,80329,9.8057861328125
SRLSP,λ=8,8192,0,74073,9.0421142578125
SRLSP,λ=8,8192,0,76001,9.2774658203125
SRLSP,λ=8,8192,0,69305,8.4600830078125
SRLSP,λ=8,8192,0,72009,8.7901611328125
SRLSP,λ=8,8192,0,70913,8.6563720703125
SRLSP,λ=8,8192,0,76913,9.3887939453125
SRLSP,λ=8,8192,0,79737,9.7335205078125
SRLSP,λ=8,8192,0,75105,9.1680908203125
SRLSP,λ=8,8192,0,68681,8.3839111328125
SRLSP,λ=8,8192,0,68577,8.3712158203125
SRLSP,λ=8,8192,0,85785,10.4718017578125
SRLSP,λ=8,8192,0,79665,9.7247314453125
SRLSP,λ=8,8192,0,76673,9.3594970703125
SRLSP,λ=8,8192,0,87505,10.6817626953125
SRLSP,λ=8,8192,0,75161,9.1749267578125
SRLSP,λ=8,8192,0,73737,9.0010986328125
SRLSP,λ=8,8192,0,69369,8.4678955078125
SRLSP,λ=8,8192,0,80129,9.7813720703125
SRLSP,λ=8,8192,0,77737,9.4893798828125
SRLSP,λ=8,8192,0,84313,10.2921142578125
SRLSP,λ=8,8192,0,66505,8.1182861328125
SRLSP,λ=8,8192,0,72825,8.8897705078125
SRLSP,λ=8,8192,0,72449,8.8438720703125
SRLSP,λ=8,8192,0,77617,9.4747314453125
SRLSP,λ=8,8192,0,67233,8.2071533203125
SRLSP,λ=8,8192,0,69201,8.4473876953125
SRLSP,λ=8,8192,0,78105,9.5343017578125
SRLSP,λ=8,8192,0,82273,10.0430908203125
SRLSP,λ=8,8192,0,69241,8.4522705078125
SRLSP,λ=8,8192,0,69729,8.5118408203125
SRLSP,λ=8,8192,0,72281,8.8233642578125
SRLSP,λ=8,8192,0,69145,8.4405517578125
SRLSP,λ=8,8192,0,77257,9.4307861328125
SRLSP,λ=8,8192,0,81705,9.9737548828125
SRLSP,λ=8,8192,0,66377,8.1026611328125
SRLSP,λ=8,8192,0,87209,10.6456298828125
SSLSP,λ=8,8192,0,96105,11.7315673828125
SSLSP,λ=8,8192,0,92369,11.2755126953125
SSLSP,λ=8,8192,0,89025,10.8673095703125
SSLSP,λ=8,8192,0,94345,11.5167236328125
SSLSP,λ=8,8192,0,100553,12.2745361328125
SSLSP,λ=8,8192,0,99129,12.1007080078125
SSLSP,λ=8,8192,0,89769,10.9581298828125
SSLSP,λ=8,8192,0,92745,11.3214111328125
SSLSP,λ=8,8192,0,100753,12.2989501953125
SSLSP,λ=8,8192,0,83481,10.1905517578125
SSLSP,λ=8,8192,0,95313,11.6348876953125
SSLSP,λ=8,8192,0,93593,11.4249267578125
SSLSP,λ=8,8192,0,88505,10.8038330078125
SSLSP,λ=8,8192,0,103657,12.6534423828125
SSLSP,λ=8,8192,0,94833,11.5762939453125
SSLSP,λ=8,8192,0,101449,12.3839111328125
SSLSP,λ=8,8192,0,81641,9.9659423828125
SSLSP,λ=8,8192,0,98177,11.9844970703125
SSLSP,λ=8,8192,0,101521,12.3927001953125
SSLSP,λ=8,8192,0,96897,11.8282470703125
SSLSP,λ=8,8192,0,92105,11.2432861328125
SSLSP,λ=8,8192,0,88593,10.8145751953125
SSLSP,λ=8,8192,0,98097,11.9747314453125
SSLSP,λ=8,8192,0,102633,12.5284423828125
SSLSP,λ=8,8192,0,99849,12.1885986328125
SSLSP,λ=8,8192,0,93201,11.3770751953125
SSLSP,λ=8,8192,0,92089,11.2413330078125
SSLSP,λ=8,8192,0,92521,11.2940673828125
SSLSP,λ=8,8192,0,111873,13.6563720703125
SSLSP,λ=8,8192,0,100937,12.3214111328125
SSLSP,λ=8,8192,0,89153,10.8829345703125
SSLSP,λ=8,8192,0,87105,10.6329345703125
SSLSP,λ=8,8192,0,90577,11.0567626953125
SSLSP,λ=8,8192,0,115081,14.0479736328125
SSLSP,λ=8,8192,0,98305,12.0001220703125
SSLSP,λ=8,8192,0,103153,12.5919189453125
SSLSP,λ=8,8192,0,89353,10.9073486328125
SSLSP,λ=8,8192,0,101137,12.3458251953125
SSLSP,λ=8,8192,0,95089,11.6075439453125
SSLSP,λ=8,8192,0,106401,12.9884033203125
SSLSP,λ=8,8192,0,95217,11.6231689453125
SSLSP,λ=8,8192,0,106625,13.0157470703125
SSLSP,λ=8,8192,0,94897,11.5841064453125
SSLSP,λ=8,8192,0,94689,11.5587158203125
SSLSP,λ=8,8192,0,94601,11.5479736328125
SSLSP,λ=8,8192,0,102129,12.4669189453125
SSLSP,λ=8,8192,0,108177,13.2052001953125
SSLSP,λ=8,8192,0,88281,10.7764892578125
SSLSP,λ=8,8192,0,96441,11.7725830078125
SSLSP,λ=8,8192,0,102641,12.5294189453125
SSLSP,λ=8,8192,0,106793,13.0362548828125
SSLSP,λ=8,8192,0,98369,12.0079345703125
SSLSP,λ=8,8192,0,102113,12.4649658203125
SSLSP,λ=8,8192,0,91465,11.1651611328125
SSLSP,λ=8,8192,0,89273,10.8975830078125
SSLSP,λ=8,8192,0,87161,10.6397705078125
SSLSP,λ=8,8192,0,111849,13.6534423828125
SSLSP,λ=8,8192,0,88393,10.7901611328125
SSLSP,λ=8,8192,0,98041,11.9678955078125
SSLSP,λ=8,8192,0,97809,11.9395751953125
SSLSP,λ=8,8192,0,95689,11.6807861328125
SSLSP,λ=8,8192,0,104745,12.7862548828125
SSLSP,λ=8,8192,0,91825,11.2091064453125
SSLSP,λ=8,8192,0,97001,11.8409423828125
SSLSP,λ=8,8192,0,90329,11.0264892578125
SSLSP,λ=8,8192,0,108777,13.2784423828125
SSLSP,λ=8,8192,0,96729,11.8077392578125
SSLSP,λ=8,8192,0,106977,13.0587158203125
SSLSP,λ=8,8192,0,121289,14.8057861328125
SSLSP,λ=8,8192,0,96265,11.7510986328125
SSLSP,λ=8,8192,0,91761,11.2012939453125
SSLSP,λ=8,8192,0,99641,12.1632080078125
SSLSP,λ=8,8192,0,95257,11.6280517578125
SSLSP,λ=8,8192,0,91657,11.1885986328125
SSLSP,λ=8,8192,0,98001,11.9630126953125
SSLSP,λ=8,8192,0,94585,11.5460205078125
SSLSP,λ=8,8192,0,91673,11.1905517578125
SSLSP,λ=8,8192,0,97905,11.9512939453125
SSLSP,λ=8,8192,0,126257,15.4122314453125
SSLSP,λ=8,8192,0,85993,10.4971923828125
SSLSP,λ=8,8192,0,95401,11.6456298828125
SSLSP,λ=8,8192,0,103721,12.6612548828125
SSLSP,λ=8,8192,0,109185,13.3282470703125
SSLSP,λ=8,8192,0,87777,10.7149658203125
SSLSP,λ=8,8192,0,107201,13.0860595703125
SSLSP,λ=8,8192,0,98905,12.0733642578125
SSLSP,λ=8,8192,0,102553,12.5186767578125
SSLSP,λ=8,8192,0,84937,10.3682861328125
SSLSP,λ=8,8192,0,108665,13.2647705078125
SSLSP,λ=8,8192,0,88737,10.8321533203125
SSLSP,λ=8,8192,0,97921,11.9532470703125
SSLSP,λ=8,8192,0,84905,10.3643798828125
SSLSP,λ=8,8192,0,87441,10.6739501953125
SSLSP,λ=8,8192,0,85801,10.4737548828125
SSLSP,λ=8,8192,0,96969,11.8370361328125
SSLSP,λ=8,8192,0,115513,14.1007080078125
SSLSP,λ=8,8192,0,95105,11.6094970703125
SSLSP,λ=8,8192,0,86873,10.6046142578125
SSDMP,λ=8,8192,0,91953,11.2247314453125
SSDMP,λ=8,8192,0,108033,13.1876220703125
SSDMP,λ=8,8192,0,106393,12.9874267578125
SSDMP,λ=8,8192,0,100817,12.3067626953125
SSDMP,λ=8,8192,0,97945,11.9561767578125
SSDMP,λ=8,8192,0,102865,12.5567626953125
SSDMP,λ=8,8192,0,118153,14.4229736328125
SSDMP,λ=8,8192,0,122457,14.9483642578125
SSDMP,λ=8,8192,0,111105,13.5626220703125
SSDMP,λ=8,8192,0,97785,11.9366455078125
SSDMP,λ=8,8192,0,96353,11.7618408203125
SSDMP,λ=8,8192,0,102817,12.5509033203125
SSDMP,λ=8,8192,0,100569,12.2764892578125
SSDMP,λ=8,8192,0,100993,12.3282470703125
SSDMP,λ=8,8192,0,99033,12.0889892578125
SSDMP,λ=8,8192,0,100609,12.2813720703125
SSDMP,λ=8,8192,0,98609,12.0372314453125
SSDMP,λ=8,8192,0,103801,12.6710205078125
SSDMP,λ=8,8192,0,110577,13.4981689453125
SSDMP,λ=8,8192,0,104969,12.8135986328125
SSDMP,λ=8,8192,0,87569,10.6895751953125
SSDMP,λ=8,8192,0,90217,11.0128173828125
SSDMP,λ=8,8192,0,91201,11.1329345703125
SSDMP,λ=8,8192,0,110897,13.5372314453125
SSDMP,λ=8,8192,0,98201,11.9874267578125
SSDMP,λ=8,8192,0,87073,10.6290283203125
SSDMP,λ=8,8192,0,87521,10.6837158203125
SSDMP,λ=8,8192,0,105049,12.8233642578125
SSDMP,λ=8,8192,0,99785,12.1807861328125
SSDMP,λ=8,8192,0,96273,11.7520751953125
SSDMP,λ=8,8192,0,93145,11.3702392578125
SSDMP,λ=8,8192,0,92233,11.2589111328125
SSDMP,λ=8,8192,0,96425,11.7706298828125
SSDMP,λ=8,8192,0,98481,12.0216064453125
SSDMP,λ=8,8192,0,95769,11.6905517578125
SSDMP,λ=8,8192,0,102497,12.5118408203125
SSDMP,λ=8,8192,0,92489,11.2901611328125
SSDMP,λ=8,8192,0,90633,11.0635986328125
SSDMP,λ=8,8192,0,88825,10.8428955078125
SSDMP,λ=8,8192,0,98305,12.0001220703125
SSDMP,λ=8,8192,0,94209,11.5001220703125
SSDMP,λ=8,8192,0,95161,11.6163330078125
SSDMP,λ=8,8192,0,91497,11.1690673828125
SSDMP,λ=8,8192,0,84713,10.3409423828125
SSDMP,λ=8,8192,0,95137,11.6134033203125
SSDMP,λ=8,8192,0,97641,11.9190673828125
SSDMP,λ=8,8192,0,99393,12.1329345703125
SSDMP,λ=8,8192,0,94761,11.5675048828125
SSDMP,λ=8,8192,0,108041,13.1885986328125
SSDMP,λ=8,8192,0,103961,12.6905517578125
SSDMP,λ=8,8192,0,95073,11.6055908203125
SSDMP,λ=8,8192,0,97865,11.9464111328125
SSDMP,λ=8,8192,0,107505,13.1231689453125
SSDMP,λ=8,8192,0,88569,10.8116455078125
SSDMP,λ=8,8192,0,99977,12.2042236328125
SSDMP,λ=8,8192,0,97409,11.8907470703125
SSDMP,λ=8,8192,0,104737,12.7852783203125
SSDMP,λ=8,8192,0,95945,11.7120361328125
SSDMP,λ=8,8192,0,96329,11.7589111328125
SSDMP,λ=8,8192,0,107417,13.1124267578125
SSDMP,λ=8,8192,0,95001,11.5968017578125
SSDMP,λ=8,8192,0,92433,11.2833251953125
SSDMP,λ=8,8192,0,80297,9.8018798828125
SSDMP,λ=8,8192,0,113313,13.8321533203125
SSDMP,λ=8,8192,0,101721,12.4171142578125
SSDMP,λ=8,8192,0,94881,11.5821533203125
SSDMP,λ=8,8192,0,80145,9.7833251953125
SSDMP,λ=8,8192,0,99681,12.1680908203125
SSDMP,λ=8,8192,0,93633,11.4298095703125
SSDMP,λ=8,8192,0,101921,12.4415283203125
SSDMP,λ=8,8192,0,91609,11.1827392578125
SSDMP,λ=8,8192,0,115601,14.1114501953125
SSDMP,λ=8,8192,0,86561,10.5665283203125
SSDMP,λ=8,8192,0,109721,13.3936767578125
SSDMP,λ=8,8192,0,114497,13.9766845703125
SSDMP,λ=8,8192,0,98825,12.0635986328125
SSDMP,λ=8,8192,0,125505,15.3204345703125
SSDMP,λ=8,8192,0,121433,14.8233642578125
SSDMP,λ=8,8192,0,93345,11.3946533203125
SSDMP,λ=8,8192,0,97161,11.8604736328125
SSDMP,λ=8,8192,0,94129,11.4903564453125
SSDMP,λ=8,8192,0,104713,12.7823486328125
SSDMP,λ=8,8192,0,92545,11.2969970703125
SSDMP,λ=8,8192,0,101849,12.4327392578125
SSDMP,λ=8,8192,0,93833,11.4542236328125
SSDMP,λ=8,8192,0,100289,12.2423095703125
SSDMP,λ=8,8192,0,105913,12.9288330078125
SSDMP,λ=8,8192,0,104905,12.8057861328125
SSDMP,λ=8,8192,0,97457,11.8966064453125
SSDMP,λ=8,8192,0,109081,13.3155517578125
SSDMP,λ=8,8192,0,84993,10.3751220703125
SSDMP,λ=8,8192,0,97969,11.9591064453125
SSDMP,λ=8,8192,0,93041,11.3575439453125
SSDMP,λ=8,8192,0,92273,11.2637939453125
SSDMP,λ=8,8192,0,114993,14.0372314453125
SSDMP,λ=8,8192,0,111465,13.6065673828125
SSDMP,λ=8,8192,0,93777,11.4473876953125
SSDMP,λ=8,8192,0,87881,10.7276611328125
SSDMP,λ=8,8192,0,107105,13.0743408203125
SRDMP,λ=8,8192,0,69289,8.4581298828125
SRDMP,λ=8,8192,0,77961,9.5167236328125
SRDMP,λ=8,8192,0,74721,9.1212158203125
SRDMP,λ=8,8192,0,89681,10.9473876953125
SRDMP,λ=8,8192,0,80193,9.7891845703125
SRDMP,λ=8,8192,0,77209,9.4249267578125
SRDMP,λ=8,8192,0,68641,8.3790283203125
SRDMP,λ=8,8192,0,81361,9.9317626953125
SRDMP,λ=8,8192,0,69833,8.5245361328125
SRDMP,λ=8,8192,0,68449,8.3555908203125
SRDMP,λ=8,8192,0,85129,10.3917236328125
SRDMP,λ=8,8192,0,83113,10.1456298828125
SRDMP,λ=8,8192,0,67913,8.2901611328125
SRDMP,λ=8,8192,0,79145,9.6612548828125
SRDMP,λ=8,8192,0,90441,11.0401611328125
SRDMP,λ=8,8192,0,78593,9.5938720703125
SRDMP,λ=8,8192,0,69713,8.5098876953125
SRDMP,λ=8,8192,0,81377,9.9337158203125
SRDMP,λ=8,8192,0,78561,9.5899658203125
SRDMP,λ=8,8192,0,80113,9.7794189453125
SRDMP,λ=8,8192,0,75929,9.2686767578125
SRDMP,λ=8,8192,0,75201,9.1798095703125
SRDMP,λ=8,8192,0,75785,9.2510986328125
SRDMP,λ=8,8192,0,76009,9.2784423828125
SRDMP,λ=8,8192,0,83169,10.1524658203125
SRDMP,λ=8,8192,0,71097,8.6788330078125
SRDMP,λ=8,8192,0,71281,8.7012939453125
SRDMP,λ=8,8192,0,79697,9.7286376953125
SRDMP,λ=8,8192,0,74801,9.1309814453125
SRDMP,λ=8,8192,0,75905,9.2657470703125
SRDMP,λ=8,8192,0,66673,8.1387939453125
SRDMP,λ=8,8192,0,85201,10.4005126953125
SRDMP,λ=8,8192,0,79577,9.7139892578125
SRDMP,λ=8,8192,0,80065,9.7735595703125
SRDMP,λ=8,8192,0,76409,9.3272705078125
SRDMP,λ=8,8192,0,79537,9.7091064453125
SRDMP,λ=8,8192,0,74681,9.1163330078125
SRDMP,λ=8,8192,0,74665,9.1143798828125
SRDMP,λ=8,8192,0,74097,9.0450439453125
SRDMP,λ=8,8192,0,79409,9.6934814453125
SRDMP,λ=8,8192,0,97361,11.8848876953125
SRDMP,λ=8,8192,0,74249,9.0635986328125
SRDMP,λ=8,8192,0,84457,10.3096923828125
SRDMP,λ=8,8192,0,74753,9.1251220703125
SRDMP,λ=8,8192,0,75041,9.1602783203125
SRDMP,λ=8,8192,0,76513,9.3399658203125
SRDMP,λ=8,8192,0,91241,11.1378173828125
SRDMP,λ=8,8192,0,81401,9.9366455078125
SRDMP,λ=8,8192,0,75857,9.2598876953125
SRDMP,λ=8,8192,0,69425,8.4747314453125
SRDMP,λ=8,8192,0,73217,8.9376220703125
SRDMP,λ=8,8192,0,82289,10.0450439453125
SRDMP,λ=8,8192,0,73097,8.9229736328125
SRDMP,λ=8,8192,0,77513,9.4620361328125
SRDMP,λ=8,8192,0,71345,8.7091064453125
SRDMP,λ=8,8192,0,74345,9.0753173828125
SRDMP,λ=8,8192,0,80681,9.8487548828125
SRDMP,λ=8,8192,0,79497,9.7042236328125
SRDMP,λ=8,8192,0,78697,9.6065673828125
SRDMP,λ=8,8192,0,92961,11.3477783203125
SRDMP,λ=8,8192,0,86953,10.6143798828125
SRDMP,λ=8,8192,0,79777,9.7384033203125
SRDMP,λ=8,8192,0,73473,8.9688720703125
SRDMP,λ=8,8192,0,73873,9.0177001953125
SRDMP,λ=8,8192,0,71113,8.6807861328125
SRDMP,λ=8,8192,0,79137,9.6602783203125
SRDMP,λ=8,8192,0,86945,10.6134033203125
SRDMP,λ=8,8192,0,80993,9.8868408203125
SRDMP,λ=8,8192,0,82097,10.0216064453125
SRDMP,λ=8,8192,0,77057,9.4063720703125
SRDMP,λ=8,8192,0,76617,9.3526611328125
SRDMP,λ=8,8192,0,77465,9.4561767578125
SRDMP,λ=8,8192,0,95265,11.6290283203125
SRDMP,λ=8,8192,0,71649,8.7462158203125
SRDMP,λ=8,8192,0,70137,8.5616455078125
SRDMP,λ=8,8192,0,67633,8.2559814453125
SRDMP,λ=8,8192,0,75273,9.1885986328125
SRDMP,λ=8,8192,0,67809,8.2774658203125
SRDMP,λ=8,8192,0,77153,9.4180908203125
SRDMP,λ=8,8192,0,74409,9.0831298828125
SRDMP,λ=8,8192,0,77329,9.4395751953125
SRDMP,λ=8,8192,0,77305,9.4366455078125
SRDMP,λ=8,8192,0,75689,9.2393798828125
SRDMP,λ=8,8192,0,81649,9.9669189453125
SRDMP,λ=8,8192,0,85801,10.4737548828125
SRDMP,λ=8,8192,0,84865,10.3594970703125
SRDMP,λ=8,8192,0,77041,9.4044189453125
SRDMP,λ=8,8192,0,75009,9.1563720703125
SRDMP,λ=8,8192,0,80097,9.7774658203125
SRDMP,λ=8,8192,0,77777,9.4942626953125
SRDMP,λ=8,8192,0,84345,10.2960205078125
SRDMP,λ=8,8192,0,75361,9.1993408203125
SRDMP,λ=8,8192,0,71217,8.6934814453125
SRDMP,λ=8,8192,0,73273,8.9444580078125
SRDMP,λ=8,8192,0,77169,9.4200439453125
SRDMP,λ=8,8192,0,78353,9.5645751953125
SHDMP,λ=8,8192,0,68993,8.4219970703125
SHDMP,λ=8,8192,0,75849,9.2589111328125
SHDMP,λ=8,8192,0,73073,8.9200439453125
SHDMP,λ=8,8192,0,67657,8.2589111328125
SHDMP,λ=8,8192,0,73057,8.9180908203125
SHDMP,λ=8,8192,0,66297,8.0928955078125
SHDMP,λ=8,8192,0,85217,10.4024658203125
SHDMP,λ=8,8192,0,67849,8.2823486328125
SHDMP,λ=8,8192,0,74537,9.0987548828125
SHDMP,λ=8,8192,0,74737,9.1231689453125
SHDMP,λ=8,8192,0,75289,9.1905517578125
SHDMP,λ=8,8192,0,77233,9.4278564453125
SHDMP,λ=8,8192,0,70729,8.6339111328125
SHDMP,λ=8,8192,0,65665,8.0157470703125
SHDMP,λ=8,8192,0,81385,9.9346923828125
SHDMP,λ=8,8192,0,88273,10.7755126953125
SHDMP,λ=8,8192,0,74601,9.1065673828125
SHDMP,λ=8,8192,0,70969,8.6632080078125
SHDMP,λ=8,8192,0,82625,10.0860595703125
SHDMP,λ=8,8192,0,71025,8.6700439453125
SHDMP,λ=8,8192,0,77817,9.4991455078125
SHDMP,λ=8,8192,0,70073,8.5538330078125
SHDMP,λ=8,8192,0,74081,9.0430908203125
SHDMP,λ=8,8192,0,73745,9.0020751953125
SHDMP,λ=8,8192,0,66489,8.1163330078125
SHDMP,λ=8,8192,0,71281,8.7012939453125
SHDMP,λ=8,8192,0,74529,9.0977783203125
SHDMP,λ=8,8192,0,66673,8.1387939453125
SHDMP,λ=8,8192,0,73865,9.0167236328125
SHDMP,λ=8,8192,0,83065,10.1397705078125
SHDMP,λ=8,8192,0,77753,9.4913330078125
SHDMP,λ=8,8192,0,73129,8.9268798828125
SHDMP,λ=8,8192,0,69961,8.5401611328125
SHDMP,λ=8,8192,0,74841,9.1358642578125
SHDMP,λ=8,8192,0,70441,8.5987548828125
SHDMP,λ=8,8192,0,82193,10.0333251953125
SHDMP,λ=8,8192,0,77529,9.4639892578125
SHDMP,λ=8,8192,0,70289,8.5802001953125
SHDMP,λ=8,8192,0,93225,11.3800048828125
SHDMP,λ=8,8192,0,71441,8.7208251953125
SHDMP,λ=8,8192,0,66729,8.1456298828125
SHDMP,λ=8,8192,0,71625,8.7432861328125
SHDMP,λ=8,8192,0,69065,8.4307861328125
SHDMP,λ=8,8192,0,76081,9.2872314453125
SHDMP,λ=8,8192,0,72777,8.8839111328125
SHDMP,λ=8,8192,0,70569,8.6143798828125
SHDMP,λ=8,8192,0,69825,8.5235595703125
SHDMP,λ=8,8192,0,71537,8.7325439453125
SHDMP,λ=8,8192,0,69521,8.4864501953125
SHDMP,λ=8,8192,0,75073,9.1641845703125
SHDMP,λ=8,8192,0,68985,8.4210205078125
SHDMP,λ=8,8192,0,71801,8.7647705078125
SHDMP,λ=8,8192,0,71249,8.6973876953125
SHDMP,λ=8,8192,0,69441,8.4766845703125
SHDMP,λ=8,8192,0,75913,9.2667236328125
SHDMP,λ=8,8192,0,77833,9.5010986328125
SHDMP,λ=8,8192,0,70753,8.6368408203125
SHDMP,λ=8,8192,0,71705,8.7530517578125
SHDMP,λ=8,8192,0,72369,8.8341064453125
SHDMP,λ=8,8192,0,65793,8.0313720703125
SHDMP,λ=8,8192,0,70097,8.5567626953125
SHDMP,λ=8,8192,0,73033,8.9151611328125
SHDMP,λ=8,8192,0,78129,9.5372314453125
SHDMP,λ=8,8192,0,78241,9.5509033203125
SHDMP,λ=8,8192,0,67697,8.2637939453125
SHDMP,λ=8,8192,0,69793,8.5196533203125
SHDMP,λ=8,8192,0,78073,9.5303955078125
SHDMP,λ=8,8192,0,71889,8.7755126953125
SHDMP,λ=8,8192,0,69545,8.4893798828125
SHDMP,λ=8,8192,0,73841,9.0137939453125
SHDMP,λ=8,8192,0,76577,9.3477783203125
SHDMP,λ=8,8192,0,72641,8.8673095703125
SHDMP,λ=8,8192,0,71817,8.7667236328125
SHDMP,λ=8,8192,0,82305,10.0469970703125
SHDMP,λ=8,8192,0,66217,8.0831298828125
SHDMP,λ=8,8192,0,81561,9.9561767578125
SHDMP,λ=8,8192,0,79625,9.7198486328125
SHDMP,λ=8,8192,0,70201,8.5694580078125
SHDMP,λ=8,8192,0,81489,9.9473876953125
SHDMP,λ=8,8192,0,70433,8.5977783203125
SHDMP,λ=8,8192,0,70377,8.5909423828125
SHDMP,λ=8,8192,0,77225,9.4268798828125
SHDMP,λ=8,8192,0,66137,8.0733642578125
SHDMP,λ=8,8192,0,71729,8.7559814453125
SHDMP,λ=8,8192,0,70217,8.5714111328125
SHDMP,λ=8,8192,0,72945,8.9044189453125
SHDMP,λ=8,8192,0,72033,8.7930908203125
SHDMP,λ=8,8192,0,76257,9.3087158203125
SHDMP,λ=8,8192,0,72249,8.8194580078125
SHDMP,λ=8,8192,0,66801,8.1544189453125
SHDMP,λ=8,8192,0,65681,8.0177001953125
SHDMP,λ=8,8192,0,68409,8.3507080078125
SHDMP,λ=8,8192,0,70385,8.5919189453125
SHDMP,λ=8,8192,0,68777,8.3956298828125
SHDMP,λ=8,8192,0,79297,9.6798095703125
SHDMP,λ=8,8192,0,69577,8.4932861328125
SHDMP,λ=8,8192,0,76889,9.3858642578125
SHLMP,λ=8,8192,0,76105,9.2901611328125
SHLMP,λ=8,8192,0,71497,8.7276611328125
SHLMP,λ=8,8192,0,75033,9.1593017578125
SHLMP,λ=8,8192,0,78577,9.5919189453125
SHLMP,λ=8,8192,0,70809,8.6436767578125
SHLMP,λ=8,8192,0,69721,8.5108642578125
SHLMP,λ=8,8192,0,71081,8.6768798828125
SHLMP,λ=8,8192,0,85265,10.4083251953125
SHLMP,λ=8,8192,0,78825,9.6221923828125
SHLMP,λ=8,8192,0,65553,8.0020751953125
SHLMP,λ=8,8192,0,75641,9.2335205078125
SHLMP,λ=8,8192,0,72489,8.8487548828125
SHLMP,λ=8,8192,0,71673,8.7491455078125
SHLMP,λ=8,8192,0,73945,9.0264892578125
SHLMP,λ=8,8192,0,78593,9.5938720703125
SHLMP,λ=8,8192,0,70969,8.6632080078125
SHLMP,λ=8,8192,0,77521,9.4630126953125
SHLMP,λ=8,8192,0,69289,8.4581298828125
SHLMP,λ=8,8192,0,71025,8.6700439453125
SHLMP,λ=8,8192,0,74745,9.1241455078125
SHLMP,λ=8,8192,0,70177,8.5665283203125
SHLMP,λ=8,8192,0,76041,9.2823486328125
SHLMP,λ=8,8192,0,72457,8.8448486328125
SHLMP,λ=8,8192,0,72473,8.8468017578125
SHLMP,λ=8,8192,0,68785,8.3966064453125
SHLMP,λ=8,8192,0,76849,9.3809814453125
SHLMP,λ=8,8192,0,74353,9.0762939453125
SHLMP,λ=8,8192,0,75905,9.2657470703125
SHLMP,λ=8,8192,0,83881,10.2393798828125
SHLMP,λ=8,8192,0,71145,8.6846923828125
SHLMP,λ=8,8192,0,71913,8.7784423828125
SHLMP,λ=8,8192,0,78985,9.6417236328125
SHLMP,λ=8,8192,0,70737,8.6348876953125
SHLMP,λ=8,8192,0,70993,8.6661376953125
SHLMP,λ=8,8192,0,68441,8.3546142578125
SHLMP,λ=8,8192,0,72393,8.8370361328125
SHLMP,λ=8,8192,0,81897,9.9971923828125
SHLMP,λ=8,8192,0,74465,9.0899658203125
SHLMP,λ=8,8192,0,70689,8.6290283203125
SHLMP,λ=8,8192,0,78417,9.5723876953125
SHLMP,λ=8,8192,0,70273,8.5782470703125
SHLMP,λ=8,8192,0,70577,8.6153564453125
SHLMP,λ=8,8192,0,71265,8.6993408203125
SHLMP,λ=8,8192,0,78641,9.5997314453125
SHLMP,λ=8,8192,0,82905,10.1202392578125
SHLMP,λ=8,8192,0,77641,9.4776611328125
SHLMP,λ=8,8192,0,73641,8.9893798828125
SHLMP,λ=8,8192,0,81569,9.9571533203125
SHLMP,λ=8,8192,0,74769,9.1270751953125
SHLMP,λ=8,8192,0,77545,9.4659423828125
SHLMP,λ=8,8192,0,80681,9.8487548828125
SHLMP,λ=8,8192,0,65385,7.9815673828125
SHLMP,λ=8,8192,0,71113,8.6807861328125
SHLMP,λ=8,8192,0,68505,8.3624267578125
SHLMP,λ=8,8192,0,71329,8.7071533203125
SHLMP,λ=8,8192,0,78009,9.5225830078125
SHLMP,λ=8,8192,0,84897,10.3634033203125
SHLMP,λ=8,8192,0,83361,10.1759033203125
SHLMP,λ=8,8192,0,78081,9.5313720703125
SHLMP,λ=8,8192,0,72529,8.8536376953125
SHLMP,λ=8,8192,0,86689,10.5821533203125
SHLMP,λ=8,8192,0,73113,8.9249267578125
SHLMP,λ=8,8192,0,94929,11.5880126953125
SHLMP,λ=8,8192,0,80329,9.8057861328125
SHLMP,λ=8,8192,0,69529,8.4874267578125
SHLMP,λ=8,8192,0,73889,9.0196533203125
SHLMP,λ=8,8192,0,68601,8.3741455078125
SHLMP,λ=8,8192,0,76585,9.3487548828125
SHLMP,λ=8,8192,0,67113,8.1925048828125
SHLMP,λ=8,8192,0,78273,9.5548095703125
SHLMP,λ=8,8192,0,68977,8.4200439453125
SHLMP,λ=8,8192,0,74625,9.1094970703125
SHLMP,λ=8,8192,0,81473,9.9454345703125
SHLMP,λ=8,8192,0,73553,8.9786376953125
SHLMP,λ=8,8192,0,73361,8.9552001953125
SHLMP,λ=8,8192,0,70433,8.5977783203125
SHLMP,λ=8,8192,0,76433,9.3302001953125
SHLMP,λ=8,8192,0,75625,9.2315673828125
SHLMP,λ=8,8192,0,78865,9.6270751953125
SHLMP,λ=8,8192,0,77561,9.4678955078125
SHLMP,λ=8,8192,0,72833,8.8907470703125
SHLMP,λ=8,8192,0,76273,9.3106689453125
SHLMP,λ=8,8192,0,66889,8.1651611328125
SHLMP,λ=8,8192,0,74833,9.1348876953125
SHLMP,λ=8,8192,0,72033,8.7930908203125
SHLMP,λ=8,8192,0,63465,7.7471923828125
SHLMP,λ=8,8192,0,71921,8.7794189453125
SHLMP,λ=8,8192,0,76169,9.2979736328125
SHLMP,λ=8,8192,0,68649,8.3800048828125
SHLMP,λ=8,8192,0,84969,10.3721923828125
SHLMP,λ=8,8192,0,69761,8.5157470703125
SHLMP,λ=8,8192,0,77761,9.4923095703125
SHLMP,λ=8,8192,0,69001,8.4229736328125
SHLMP,λ=8,8192,0,72889,8.8975830078125
SHLMP,λ=8,8192,0,66081,8.0665283203125
SHLMP,λ=8,8192,0,71313,8.7052001953125
SHLMP,λ=8,8192,0,73625,8.9874267578125
SHLMP,λ=8,8192,0,69137,8.4395751953125
SHLMP,λ=8,8192,0,78353,9.5645751953125
SRLMP,λ=8,8192,0,97425,11.8927001953125
SRLMP,λ=8,8192,0,78465,9.5782470703125
SRLMP,λ=8,8192,0,74489,9.0928955078125
SRLMP,λ=8,8192,0,84209,10.2794189453125
SRLMP,λ=8,8192,0,80001,9.7657470703125
SRLMP,λ=8,8192,0,73905,9.0216064453125
SRLMP,λ=8,8192,0,76465,9.3341064453125
SRLMP,λ=8,8192,0,75225,9.1827392578125
SRLMP,λ=8,8192,0,78049,9.5274658203125
SRLMP,λ=8,8192,0,77585,9.4708251953125
SRLMP,λ=8,8192,0,69713,8.5098876953125
SRLMP,λ=8,8192,0,74761,9.1260986328125
SRLMP,λ=8,8192,0,87369,10.6651611328125
SRLMP,λ=8,8192,0,76057,9.2843017578125
SRLMP,λ=8,8192,0,76009,9.2784423828125
SRLMP,λ=8,8192,0,78489,9.5811767578125
SRLMP,λ=8,8192,0,82001,10.0098876953125
SRLMP,λ=8,8192,0,87409,10.6700439453125
SRLMP,λ=8,8192,0,87025,10.6231689453125
SRLMP,λ=8,8192,0,73137,8.9278564453125
SRLMP,λ=8,8192,0,74297,9.0694580078125
SRLMP,λ=8,8192,0,75681,9.2384033203125
SRLMP,λ=8,8192,0,71145,8.6846923828125
SRLMP,λ=8,8192,0,79217,9.6700439453125
SRLMP,λ=8,8192,0,77249,9.4298095703125
SRLMP,λ=8,8192,0,73433,8.9639892578125
SRLMP,λ=8,8192,0,79433,9.6964111328125
SRLMP,λ=8,8192,0,78553,9.5889892578125
SRLMP,λ=8,8192,0,86553,10.5655517578125
SRLMP,λ=8,8192,0,72073,8.7979736328125
SRLMP,λ=8,8192,0,83689,10.2159423828125
SRLMP,λ=8,8192,0,78361,9.5655517578125
SRLMP,λ=8,8192,0,75249,9.1856689453125
SRLMP,λ=8,8192,0,85473,10.4337158203125
SRLMP,λ=8,8192,0,73217,8.9376220703125
SRLMP,λ=8,8192,0,68529,8.3653564453125
SRLMP,λ=8,8192,0,81913,9.9991455078125
SRLMP,λ=8,8192,0,75089,9.1661376953125
SRLMP,λ=8,8192,0,72897,8.8985595703125
SRLMP,λ=8,8192,0,80681,9.8487548828125
SRLMP,λ=8,8192,0,74473,9.0909423828125
SRLMP,λ=8,8192,0,84729,10.3428955078125
SRLMP,λ=8,8192,0,76153,9.2960205078125
SRLMP,λ=8,8192,0,84393,10.3018798828125
SRLMP,λ=8,8192,0,73777,9.0059814453125
SRLMP,λ=8,8192,0,85097,10.3878173828125
SRLMP,λ=8,8192,0,81513,9.9503173828125
SRLMP,λ=8,8192,0,73281,8.9454345703125
SRLMP,λ=8,8192,0,80993,9.8868408203125
SRLMP,λ=8,8192,0,73265,8.9434814453125
SRLMP,λ=8,8192,0,76425,9.3292236328125
SRLMP,λ=8,8192,0,74217,9.0596923828125
SRLMP,λ=8,8192,0,73169,8.9317626953125
SRLMP,λ=8,8192,0,84137,10.2706298828125
SRLMP,λ=8,8192,0,80209,9.7911376953125
SRLMP,λ=8,8192,0,81049,9.8936767578125
SRLMP,λ=8,8192,0,74057,9.0401611328125
SRLMP,λ=8,8192,0,74985,9.1534423828125
SRLMP,λ=8,8192,0,97001,11.8409423828125
SRLMP,λ=8,8192,0,73113,8.9249267578125
SRLMP,λ=8,8192,0,77801,9.4971923828125
SRLMP,λ=8,8192,0,76001,9.2774658203125
SRLMP,λ=8,8192,0,73697,8.9962158203125
SRLMP,λ=8,8192,0,76945,9.3927001953125
SRLMP,λ=8,8192,0,81529,9.9522705078125
SRLMP,λ=8,8192,0,74873,9.1397705078125
SRLMP,λ=8,8192,0,75217,9.1817626953125
SRLMP,λ=8,8192,0,86897,10.6075439453125
SRLMP,λ=8,8192,0,76625,9.3536376953125
SRLMP,λ=8,8192,0,78369,9.5665283203125
SRLMP,λ=8,8192,0,79345,9.6856689453125
SRLMP,λ=8,8192,0,73673,8.9932861328125
SRLMP,λ=8,8192,0,80873,9.8721923828125
SRLMP,λ=8,8192,0,82225,10.0372314453125
SRLMP,λ=8,8192,0,77921,9.5118408203125
SRLMP,λ=8,8192,0,81833,9.9893798828125
SRLMP,λ=8,8192,0,74833,9.1348876953125
SRLMP,λ=8,8192,0,78585,9.5928955078125
SRLMP,λ=8,8192,0,75161,9.1749267578125
SRLMP,λ=8,8192,0,70465,8.6016845703125
SRLMP,λ=8,8192,0,80625,9.8419189453125
SRLMP,λ=8,8192,0,77009,9.4005126953125
SRLMP,λ=8,8192,0,87689,10.7042236328125
SRLMP,λ=8,8192,0,74409,9.0831298828125
SRLMP,λ=8,8192,0,73977,9.0303955078125
SRLMP,λ=8,8192,0,71585,8.7384033203125
SRLMP,λ=8,8192,0,73849,9.0147705078125
SRLMP,λ=8,8192,0,74977,9.1524658203125
SRLMP,λ=8,8192,0,79321,9.6827392578125
SRLMP,λ=8,8192,0,77873,9.5059814453125
SRLMP,λ=8,8192,0,82041,10.0147705078125
SRLMP,λ=8,8192,0,76569,9.3468017578125
SRLMP,λ=8,8192,0,90753,11.0782470703125
SRLMP,λ=8,8192,0,75937,9.2696533203125
SRLMP,λ=8,8192,0,69041,8.4278564453125
SRLMP,λ=8,8192,0,83929,10.2452392578125
SRLMP,λ=8,8192,0,82729,10.0987548828125
SRLMP,λ=8,8192,0,82233,10.0382080078125
SSLMP,λ=8,8192,0,115473,14.0958251953125
SSLMP,λ=8,8192,0,89169,10.8848876953125
SSLMP,λ=8,8192,0,110753,13.5196533203125
SSLMP,λ=8,8192,0,108449,13.2384033203125
SSLMP,λ=8,8192,0,104065,12.7032470703125
SSLMP,λ=8,8192,0,101153,12.3477783203125
SSLMP,λ=8,8192,0,105425,12.8692626953125
SSLMP,λ=8,8192,0,103089,12.5841064453125
SSLMP,λ=8,8192,0,100993,12.3282470703125
SSLMP,λ=8,8192,0,91489,11.1680908203125
SSLMP,λ=8,8192,0,94257,11.5059814453125
SSLMP,λ=8,8192,0,99841,12.1876220703125
SSLMP,λ=8,8192,0,93249,11.3829345703125
SSLMP,λ=8,8192,0,97153,11.8594970703125
SSLMP,λ=8,8192,0,100753,12.2989501953125
SSLMP,λ=8,8192,0,93409,11.4024658203125
SSLMP,λ=8,8192,0,112833,13.7735595703125
SSLMP,λ=8,8192,0,107521,13.1251220703125
SSLMP,λ=8,8192,0,99969,12.2032470703125
SSLMP,λ=8,8192,0,93153,11.3712158203125
SSLMP,λ=8,8192,0,91985,11.2286376953125
SSLMP,λ=8,8192,0,106833,13.0411376953125
SSLMP,λ=8,8192,0,89441,10.9180908203125
SSLMP,λ=8,8192,0,96961,11.8360595703125
SSLMP,λ=8,8192,0,100497,12.2677001953125
SSLMP,λ=8,8192,0,97393,11.8887939453125
SSLMP,λ=8,8192,0,109361,13.3497314453125
SSLMP,λ=8,8192,0,123521,15.0782470703125
SSLMP,λ=8,8192,0,89153,10.8829345703125
SSLMP,λ=8,8192,0,99073,12.0938720703125
SSLMP,λ=8,8192,0,103617,12.6485595703125
SSLMP,λ=8,8192,0,92929,11.3438720703125
SSLMP,λ=8,8192,0,94609,11.5489501953125
SSLMP,λ=8,8192,0,98801,12.0606689453125
SSLMP,λ=8,8192,0,102721,12.5391845703125
SSLMP,λ=8,8192,0,107057,13.0684814453125
SSLMP,λ=8,8192,0,125137,15.2755126953125
SSLMP,λ=8,8192,0,128465,15.6817626953125
SSLMP,λ=8,8192,0,96593,11.7911376953125
SSLMP,λ=8,8192,0,97441,11.8946533203125
SSLMP,λ=8,8192,0,107169,13.0821533203125
SSLMP,λ=8,8192,0,101441,12.3829345703125
SSLMP,λ=8,8192,0,97361,11.8848876953125
SSLMP,λ=8,8192,0,87809,10.7188720703125
SSLMP,λ=8,8192,0,91601,11.1817626953125
SSLMP,λ=8,8192,0,103601,12.6466064453125
SSLMP,λ=8,8192,0,100689,12.2911376953125
SSLMP,λ=8,8192,0,94097,11.4864501953125
SSLMP,λ=8,8192,0,96657,11.7989501953125
SSLMP,λ=8,8192,0,110177,13.4493408203125
SSLMP,λ=8,8192,0,107217,13.0880126953125
SSLMP,λ=8,8192,0,102177,12.4727783203125
SSLMP,λ=8,8192,0,91697,11.1934814453125
SSLMP,λ=8,8192,0,103681,12.6563720703125
SSLMP,λ=8,8192,0,115761,14.1309814453125
SSLMP,λ=8,8192,0,104721,12.7833251953125
SSLMP,λ=8,8192,0,99921,12.1973876953125
SSLMP,λ=8,8192,0,90593,11.0587158203125
SSLMP,λ=8,8192,0,93649,11.4317626953125
SSLMP,λ=8,8192,0,94449,11.5294189453125
SSLMP,λ=8,8192,0,93137,11.3692626953125
SSLMP,λ=8,8192,0,103537,12.6387939453125
SSLMP,λ=8,8192,0,97745,11.9317626953125
SSLMP,λ=8,8192,0,90721,11.0743408203125
SSLMP,λ=8,8192,0,96401,11.7677001953125
SSLMP,λ=8,8192,0,91569,11.1778564453125
SSLMP,λ=8,8192,0,101249,12.3594970703125
SSLMP,λ=8,8192,0,100529,12.2716064453125
SSLMP,λ=8,8192,0,98673,12.0450439453125
SSLMP,λ=8,8192,0,108881,13.2911376953125
SSLMP,λ=8,8192,0,106881,13.0469970703125
SSLMP,λ=8,8192,0,100177,12.2286376953125
SSLMP,λ=8,8192,0,140577,17.1602783203125
SSLMP,λ=8,8192,0,93009,11.3536376953125
SSLMP,λ=8,8192,0,92545,11.2969970703125
SSLMP,λ=8,8192,0,98705,12.0489501953125
SSLMP,λ=8,8192,0,103297,12.6094970703125
SSLMP,λ=8,8192,0,92481,11.2891845703125
SSLMP,λ=8,8192,0,111889,13.6583251953125
SSLMP,λ=8,8192,0,105873,12.9239501953125
SSLMP,λ=8,8192,0,96241,11.7481689453125
SSLMP,λ=8,8192,0,101265,12.3614501953125
SSLMP,λ=8,8192,0,105665,12.8985595703125
SSLMP,λ=8,8192,0,89713,10.9512939453125
SSLMP,λ=8,8192,0,104449,12.7501220703125
SSLMP,λ=8,8192,0,99297,12.1212158203125
SSLMP,λ=8,8192,0,100417,12.2579345703125
SSLMP,λ=8,8192,0,98081,11.9727783203125
SSLMP,λ=8,8192,0,96737,11.8087158203125
SSLMP,λ=8,8192,0,98129,11.9786376953125
SSLMP,λ=8,8192,0,91777,11.2032470703125
SSLMP,λ=8,8192,0,121089,14.7813720703125
SSLMP,λ=8,8192,0,97953,11.9571533203125
SSLMP,λ=8,8192,0,102097,12.4630126953125
SSLMP,λ=8,8192,0,99265,12.1173095703125
SSLMP,λ=8,8192,0,94529,11.5391845703125
SSLMP,λ=8,8192,0,100449,12.2618408203125
SSDIP,λ=8,8192,0,101521,12.3927001953125
SSDIP,λ=8,8192,0,98369,12.0079345703125
SSDIP,λ=8,8192,0,101489,12.3887939453125
SSDIP,λ=8,8192,0,93921,11.4649658203125
SSDIP,λ=8,8192,0,95553,11.6641845703125
SSDIP,λ=8,8192,0,109585,13.3770751953125
SSDIP,λ=8,8192,0,115265,14.0704345703125
SSDIP,λ=8,8192,0,108833,13.2852783203125
SSDIP,λ=8,8192,0,96353,11.7618408203125
SSDIP,λ=8,8192,0,103649,12.6524658203125
SSDIP,λ=8,8192,0,101153,12.3477783203125
SSDIP,λ=8,8192,0,99105,12.0977783203125
SSDIP,λ=8,8192,0,122705,14.9786376953125
SSDIP,λ=8,8192,0,100737,12.2969970703125
SSDIP,λ=8,8192,0,98145,11.9805908203125
SSDIP,λ=8,8192,0,108817,13.2833251953125
SSDIP,λ=8,8192,0,112401,13.7208251953125
SSDIP,λ=8,8192,0,120593,14.7208251953125
SSDIP,λ=8,8192,0,111793,13.6466064453125
SSDIP,λ=8,8192,0,122993,15.0137939453125
SSDIP,λ=8,8192,0,102449,12.5059814453125
SSDIP,λ=8,8192,0,98993,12.0841064453125
SSDIP,λ=8,8192,0,99745,12.1759033203125
SSDIP,λ=8,8192,0,103473,12.6309814453125
SSDIP,λ=8,8192,0,112577,13.7423095703125
SSDIP,λ=8,8192,0,105633,12.8946533203125
SSDIP,λ=8,8192,0,106337,12.9805908203125
SSDIP,λ=8,8192,0,103841,12.6759033203125
SSDIP,λ=8,8192,0,99969,12.2032470703125
SSDIP,λ=8,8192,0,102209,12.4766845703125
SSDIP,λ=8,8192,0,114849,14.0196533203125
SSDIP,λ=8,8192,0,108689,13.2677001953125
SSDIP,λ=8,8192,0,96785,11.8145751953125
SSDIP,λ=8,8192,0,111057,13.5567626953125
SSDIP,λ=8,8192,0,95393,11.6446533203125
SSDIP,λ=8,8192,0,107953,13.1778564453125
SSDIP,λ=8,8192,0,103041,12.5782470703125
SSDIP,λ=8,8192,0,131105,16.0040283203125
SSDIP,λ=8,8192,0,102737,12.5411376953125
SSDIP,λ=8,8192,0,101585,12.4005126953125
SSDIP,λ=8,8192,0,107281,13.0958251953125
SSDIP,λ=8,8192,0,108993,13.3048095703125
SSDIP,λ=8,8192,0,102529,12.5157470703125
SSDIP,λ=8,8192,0,93985,11.4727783203125
SSDIP,λ=8,8192,0,108193,13.2071533203125
SSDIP,λ=8,8192,0,104385,12.7423095703125
SSDIP,λ=8,8192,0,114689,14.0001220703125
SSDIP,λ=8,8192,0,94689,11.5587158203125
SSDIP,λ=8,8192,0,106417,12.9903564453125
SSDIP,λ=8,8192,0,100369,12.2520751953125
SSDIP,λ=8,8192,0,110977,13.5469970703125
SSDIP,λ=8,8192,0,120801,14.7462158203125
SSDIP,λ=8,8192,0,119393,14.5743408203125
SSDIP,λ=8,8192,0,107761,13.1544189453125
SSDIP,λ=8,8192,0,100033,12.2110595703125
SSDIP,λ=8,8192,0,101809,12.4278564453125
SSDIP,λ=8,8192,0,125441,15.3126220703125
SSDIP,λ=8,8192,0,105169,12.8380126953125
SSDIP,λ=8,8192,0,90865,11.0919189453125
SSDIP,λ=8,8192,0,105793,12.9141845703125
SSDIP,λ=8,8192,0,94561,11.5430908203125
SSDIP,λ=8,8192,0,107697,13.1466064453125
SSDIP,λ=8,8192,0,105697,12.9024658203125
SSDIP,λ=8,8192,0,109729,13.3946533203125
SSDIP,λ=8,8192,0,97585,11.9122314453125
SSDIP,λ=8,8192,0,102161,12.4708251953125
SSDIP,λ=8,8192,0,103921,12.6856689453125
SSDIP,λ=8,8192,0,95265,11.6290283203125
SSDIP,λ=8,8192,0,101201,12.3536376953125
SSDIP,λ=8,8192,0,106609,13.0137939453125
SSDIP,λ=8,8192,0,116449,14.2149658203125
SSDIP,λ=8,8192,0,101169,12.3497314453125
SSDIP,λ=8,8192,0,109633,13.3829345703125
SSDIP,λ=8,8192,0,120337,14.6895751953125
SSDIP,λ=8,8192,0,104753,12.7872314453125
SSDIP,λ=8,8192,0,97825,11.9415283203125
SSDIP,λ=8,8192,0,119697,14.6114501953125
SSDIP,λ=8,8192,0,112257,13.7032470703125
SSDIP,λ=8,8192,0,96993,11.8399658203125
SSDIP,λ=8,8192,0,137809,16.8223876953125
SSDIP,λ=8,8192,0,95409,11.6466064453125
SSDIP,λ=8,8192,0,124769,15.2305908203125
SSDIP,λ=8,8192,0,102865,12.5567626953125
SSDIP,λ=8,8192,0,104449,12.7501220703125
SSDIP,λ=8,8192,0,101713,12.4161376953125
SSDIP,λ=8,8192,0,106929,13.0528564453125
SSDIP,λ=8,8192,0,97169,11.8614501953125
SSDIP,λ=8,8192,0,100433,12.2598876953125
SSDIP,λ=8,8192,0,97057,11.8477783203125
SSDIP,λ=8,8192,0,107473,13.1192626953125
SSDIP,λ=8,8192,0,107729,13.1505126953125
SSDIP,λ=8,8192,0,93777,11.4473876953125
SSDIP,λ=8,8192,0,122113,14.9063720703125
SSDIP,λ=8,8192,0,108529,13.2481689453125
SSDIP,λ=8,8192,0,96145,11.7364501953125
SSDIP,λ=8,8192,0,110401,13.4766845703125
SRDIP,λ=8,8192,0,79361,9.6876220703125
SRDIP,λ=8,8192,0,84553,10.3214111328125
SRDIP,λ=8,8192,0,81865,9.9932861328125
SRDIP,λ=8,8192,0,85417,10.4268798828125
SRDIP,λ=8,8192,0,86905,10.6085205078125
SRDIP,λ=8,8192,0,75521,9.2188720703125
SRDIP,λ=8,8192,0,82985,10.1300048828125
SRDIP,λ=8,8192,0,81369,9.9327392578125
SRDIP,λ=8,8192,0,86217,10.5245361328125
SRDIP,λ=8,8192,0,86969,10.6163330078125
SRDIP,λ=8,8192,0,103089,12.5841064453125
SRDIP,λ=8,8192,0,82329,10.0499267578125
SRDIP,λ=8,8192,0,87729,10.7091064453125
SRDIP,λ=8,8192,0,81457,9.9434814453125
SRDIP,λ=8,8192,0,87313,10.6583251953125
SRDIP,λ=8,8192,0,85137,10.3927001953125
SRDIP,λ=8,8192,0,83465,10.1885986328125
SRDIP,λ=8,8192,0,83569,10.2012939453125
SRDIP,λ=8,8192,0,78505,9.5831298828125
SRDIP,λ=8,8192,0,86145,10.5157470703125
SRDIP,λ=8,8192,0,88129,10.7579345703125
SRDIP,λ=8,8192,0,80969,9.8839111328125
SRDIP,λ=8,8192,0,83097,10.1436767578125
SRDIP,λ=8,8192,0,82921,10.1221923828125
SRDIP,λ=8,8192,0,76313,9.3155517578125
SRDIP,λ=8,8192,0,94913,11.5860595703125
SRDIP,λ=8,8192,0,85777,10.4708251953125
SRDIP,λ=8,8192,0,82577,10.0802001953125
SRDIP,λ=8,8192,0,74529,9.0977783203125
SRDIP,λ=8,8192,0,94217,11.5010986328125
SRDIP,λ=8,8192,0,77145,9.4171142578125
SRDIP,λ=8,8192,0,75825,9.2559814453125
SRDIP,λ=8,8192,0,77753,9.4913330078125
SRDIP,λ=8,8192,0,75377,9.2012939453125
SRDIP,λ=8,8192,0,83129,10.1475830078125
SRDIP,λ=8,8192,0,79041,9.6485595703125
SRDIP,λ=8,8192,0,83233,10.1602783203125
SRDIP,λ=8,8192,0,81025,9.8907470703125
SRDIP,λ=8,8192,0,88257,10.7735595703125
SRDIP,λ=8,8192,0,85857,10.4805908203125
SRDIP,λ=8,8192,0,87041,10.6251220703125
SRDIP,λ=8,8192,0,88825,10.8428955078125
SRDIP,λ=8,8192,0,95977,11.7159423828125
SRDIP,λ=8,8192,0,80177,9.7872314453125
SRDIP,λ=8,8192,0,78681,9.6046142578125
SRDIP,λ=8,8192,0,76737,9.3673095703125
SRDIP,λ=8,8192,0,78233,9.5499267578125
SRDIP,λ=8,8192,0,75609,9.2296142578125
SRDIP,λ=8,8192,0,93881,11.4600830078125
SRDIP,λ=8,8192,0,73641,8.9893798828125
SRDIP,λ=8,8192,0,85177,10.3975830078125
SRDIP,λ=8,8192,0,75089,9.1661376953125
SRDIP,λ=8,8192,0,78457,9.5772705078125
SRDIP,λ=8,8192,0,92409,11.2803955078125
SRDIP,λ=8,8192,0,79817,9.7432861328125
SRDIP,λ=8,8192,0,92801,11.3282470703125
SRDIP,λ=8,8192,0,85049,10.3819580078125
SRDIP,λ=8,8192,0,77545,9.4659423828125
SRDIP,λ=8,8192,0,89337,10.9053955078125
SRDIP,λ=8,8192,0,83217,10.1583251953125
SRDIP,λ=8,8192,0,80529,9.8302001953125
SRDIP,λ=8,8192,0,78833,9.6231689453125
SRDIP,λ=8,8192,0,87985,10.7403564453125
SRDIP,λ=8,8192,0,80665,9.8468017578125
SRDIP,λ=8,8192,0,80513,9.8282470703125
SRDIP,λ=8,8192,0,79105,9.6563720703125
SRDIP,λ=8,8192,0,84753,10.3458251953125
SRDIP,λ=8,8192,0,84897,10.3634033203125
SRDIP,λ=8,8192,0,83361,10.1759033203125
SRDIP,λ=8,8192,0,93649,11.4317626953125
SRDIP,λ=8,8192,0,92097,11.2423095703125
SRDIP,λ=8,8192,0,80145,9.7833251953125
SRDIP,λ=8,8192,0,81545,9.9542236328125
SRDIP,λ=8,8192,0,78161,9.5411376953125
SRDIP,λ=8,8192,0,81673,9.9698486328125
SRDIP,λ=8,8192,0,78241,9.5509033203125
SRDIP,λ=8,8192,0,80609,9.8399658203125
SRDIP,λ=8,8192,0,77177,9.4210205078125
SRDIP,λ=8,8192,0,76249,9.3077392578125
SRDIP,λ=8,8192,0,77321,9.4385986328125
SRDIP,λ=8,8192,0,86393,10.5460205078125
SRDIP,λ=8,8192,0,77369,9.4444580078125
SRDIP,λ=8,8192,0,79913,9.7550048828125
SRDIP,λ=8,8192,0,78249,9.5518798828125
SRDIP,λ=8,8192,0,82793,10.1065673828125
SRDIP,λ=8,8192,0,80377,9.8116455078125
SRDIP,λ=8,8192,0,84937,10.3682861328125
SRDIP,λ=8,8192,0,85721,10.4639892578125
SRDIP,λ=8,8192,0,84537,10.3194580078125
SRDIP,λ=8,8192,0,81065,9.8956298828125
SRDIP,λ=8,8192,0,82481,10.0684814453125
SRDIP,λ=8,8192,0,82857,10.1143798828125
SRDIP,λ=8,8192,0,76609,9.3516845703125
SRDIP,λ=8,8192,0,84593,10.3262939453125
SRDIP,λ=8,8192,0,83801,10.2296142578125
SRDIP,λ=8,8192,0,79297,9.6798095703125
SRDIP,λ=8,8192,0,81657,9.9678955078125
SRDIP,λ=8,8192,0,85825,10.4766845703125
SHDIP,λ=8,8192,0,76849,9.3809814453125
SHDIP,λ=8,8192,0,90921,11.0987548828125
SHDIP,λ=8,8192,0,95249,11.6270751953125
SHDIP,λ=8,8192,0,75225,9.1827392578125
SHDIP,λ=8,8192,0,84657,10.3341064453125
SHDIP,λ=8,8192,0,77233,9.4278564453125
SHDIP,λ=8,8192,0,87313,10.6583251953125
SHDIP,λ=8,8192,0,74273,9.0665283203125
SHDIP,λ=8,8192,0,79601,9.7169189453125
SHDIP,λ=8,8192,0,87089,10.6309814453125
SHDIP,λ=8,8192,0,74601,9.1065673828125
SHDIP,λ=8,8192,0,72537,8.8546142578125
SHDIP,λ=8,8192,0,78617,9.5968017578125
SHDIP,λ=8,8192,0,75929,9.2686767578125
SHDIP,λ=8,8192,0,77481,9.4581298828125
SHDIP,λ=8,8192,0,83105,10.1446533203125
SHDIP,λ=8,8192,0,106049,12.9454345703125
SHDIP,λ=8,8192,0,83345,10.1739501953125
SHDIP,λ=8,8192,0,84545,10.3204345703125
SHDIP,λ=8,8192,0,84193,10.2774658203125
SHDIP,λ=8,8192,0,80273,9.7989501953125
SHDIP,λ=8,8192,0,78521,9.5850830078125
SHDIP,λ=8,8192,0,86633,10.5753173828125
SHDIP,λ=8,8192,0,78345,9.5635986328125
SHDIP,λ=8,8192,0,73649,8.9903564453125
SHDIP,λ=8,8192,0,79969,9.7618408203125
SHDIP,λ=8,8192,0,80473,9.8233642578125
SHDIP,λ=8,8192,0,74953,9.1495361328125
SHDIP,λ=8,8192,0,79161,9.6632080078125
SHDIP,λ=8,8192,0,75073,9.1641845703125
SHDIP,λ=8,8192,0,82585,10.0811767578125
SHDIP,λ=8,8192,0,78145,9.5391845703125
SHDIP,λ=8,8192,0,77641,9.4776611328125
SHDIP,λ=8,8192,0,100041,12.2120361328125
SHDIP,λ=8,8192,0,84649,10.3331298828125
SHDIP,λ=8,8192,0,92889,11.3389892578125
SHDIP,λ=8,8192,0,86249,10.5284423828125
SHDIP,λ=8,8192,0,74385,9.0802001953125
SHDIP,λ=8,8192,0,77393,9.4473876953125
SHDIP,λ=8,8192,0,88745,10.8331298828125
SHDIP,λ=8,8192,0,75697,9.2403564453125
SHDIP,λ=8,8192,0,98369,12.0079345703125
SHDIP,λ=8,8192,0,82897,10.1192626953125
SHDIP,λ=8,8192,0,79729,9.7325439453125
SHDIP,λ=8,8192,0,78921,9.6339111328125
SHDIP,λ=8,8192,0,76793,9.3741455078125
SHDIP,λ=8,8192,0,85097,10.3878173828125
SHDIP,λ=8,8192,0,80577,9.8360595703125
SHDIP,λ=8,8192,0,79777,9.7384033203125
SHDIP,λ=8,8192,0,80249,9.7960205078125
SHDIP,λ=8,8192,0,79105,9.6563720703125
SHDIP,λ=8,8192,0,74713,9.1202392578125
SHDIP,λ=8,8192,0,77017,9.4014892578125
SHDIP,λ=8,8192,0,74217,9.0596923828125
SHDIP,λ=8,8192,0,82377,10.0557861328125
SHDIP,λ=8,8192,0,79569,9.7130126953125
SHDIP,λ=8,8192,0,77129,9.4151611328125
SHDIP,λ=8,8192,0,84753,10.3458251953125
SHDIP,λ=8,8192,0,80793,9.8624267578125
SHDIP,λ=8,8192,0,82297,10.0460205078125
SHDIP,λ=8,8192,0,77241,9.4288330078125
SHDIP,λ=8,8192,0,80145,9.7833251953125
SHDIP,λ=8,8192,0,76329,9.3175048828125
SHDIP,λ=8,8192,0,76945,9.3927001953125
SHDIP,λ=8,8192,0,83505,10.1934814453125
SHDIP,λ=8,8192,0,80369,9.8106689453125
SHDIP,λ=8,8192,0,88633,10.8194580078125
SHDIP,λ=8,8192,0,75057,9.1622314453125
SHDIP,λ=8,8192,0,75033,9.1593017578125
SHDIP,λ=8,8192,0,77593,9.4718017578125
SHDIP,λ=8,8192,0,84353,10.2969970703125
SHDIP,λ=8,8192,0,78369,9.5665283203125
SHDIP,λ=8,8192,0,85785,10.4718017578125
SHDIP,λ=8,8192,0,83401,10.1807861328125
SHDIP,λ=8,8192,0,79505,9.7052001953125
SHDIP,λ=8,8192,0,75873,9.2618408203125
SHDIP,λ=8,8192,0,81065,9.8956298828125
SHDIP,λ=8,8192,0,77329,9.4395751953125
SHDIP,λ=8,8192,0,76609,9.3516845703125
SHDIP,λ=8,8192,0,78881,9.6290283203125
SHDIP,λ=8,8192,0,76369,9.3223876953125
SHDIP,λ=8,8192,0,86105,10.5108642578125
SHDIP,λ=8,8192,0,80393,9.8135986328125
SHDIP,λ=8,8192,0,75425,9.2071533203125
SHDIP,λ=8,8192,0,78017,9.5235595703125
SHDIP,λ=8,8192,0,79313,9.6817626953125
SHDIP,λ=8,8192,0,78025,9.5245361328125
SHDIP,λ=8,8192,0,81929,10.0010986328125
SHDIP,λ=8,8192,0,87929,10.7335205078125
SHDIP,λ=8,8192,0,74737,9.1231689453125
SHDIP,λ=8,8192,0,73601,8.9844970703125
SHDIP,λ=8,8192,0,83305,10.1690673828125
SHDIP,λ=8,8192,0,81441,9.9415283203125
SHLIP,λ=8,8192,0,89049,10.8702392578125
SHLIP,λ=8,8192,0,77121,9.4141845703125
SHLIP,λ=8,8192,0,81817,9.9874267578125
SHLIP,λ=8,8192,0,84817,10.3536376953125
SHLIP,λ=8,8192,0,81209,9.9132080078125
SHLIP,λ=8,8192,0,89081,10.8741455078125
SHLIP,λ=8,8192,0,82329,10.0499267578125
SHLIP,λ=8,8192,0,84929,10.3673095703125
SHLIP,λ=8,8192,0,83225,10.1593017578125
SHLIP,λ=8,8192,0,78857,9.6260986328125
SHLIP,λ=8,8192,0,74321,9.0723876953125
SHLIP,λ=8,8192,0,79761,9.7364501953125
SHLIP,λ=8,8192,0,82217,10.0362548828125
SHLIP,λ=8,8192,0,80721,9.8536376953125
SHLIP,λ=8,8192,0,85673,10.4581298828125
SHLIP,λ=8,8192,0,95657,11.6768798828125
SHLIP,λ=8,8192,0,78945,9.6368408203125
SHLIP,λ=8,8192,0,75905,9.2657470703125
SHLIP,λ=8,8192,0,82369,10.0548095703125
SHLIP,λ=8,8192,0,79217,9.6700439453125
SHLIP,λ=8,8192,0,95561,11.6651611328125
SHLIP,λ=8,8192,0,71521,8.7305908203125
SHLIP,λ=8,8192,0,78345,9.5635986328125
SHLIP,λ=8,8192,0,73089,8.9219970703125
SHLIP,λ=8,8192,0,84225,10.2813720703125
SHLIP,λ=8,8192,0,83657,10.2120361328125
SHLIP,λ=8,8192,0,85121,10.3907470703125
SHLIP,λ=8,8192,0,71881,8.7745361328125
SHLIP,λ=8,8192,0,80089,9.7764892578125
SHLIP,λ=8,8192,0,82697,10.0948486328125
SHLIP,λ=8,8192,0,77697,9.4844970703125
SHLIP,λ=8,8192,0,77201,9.4239501953125
SHLIP,λ=8,8192,0,86617,10.5733642578125
SHLIP,λ=8,8192,0,76481,9.3360595703125
SHLIP,λ=8,8192,0,79953,9.7598876953125
SHLIP,λ=8,8192,0,82473,10.0675048828125
SHLIP,λ=8,8192,0,82201,10.0343017578125
SHLIP,λ=8,8192,0,74089,9.0440673828125
SHLIP,λ=8,8192,0,91585,11.1798095703125
SHLIP,λ=8,8192,0,87033,10.6241455078125
SHLIP,λ=8,8192,0,86209,10.5235595703125
SHLIP,λ=8,8192,0,81177,9.9093017578125
SHLIP,λ=8,8192,0,85017,10.3780517578125
SHLIP,λ=8,8192,0,78713,9.6085205078125
SHLIP,λ=8,8192,0,77977,9.5186767578125
SHLIP,λ=8,8192,0,74337,9.0743408203125
SHLIP,λ=8,8192,0,81097,9.8995361328125
SHLIP,λ=8,8192,0,85177,10.3975830078125
SHLIP,λ=8,8192,0,79401,9.6925048828125
SHLIP,λ=8,8192,0,92985,11.3507080078125
SHLIP,λ=8,8192,0,78649,9.6007080078125
SHLIP,λ=8,8192,0,95857,11.7012939453125
SHLIP,λ=8,8192,0,80313,9.8038330078125
SHLIP,λ=8,8192,0,81497,9.9483642578125
SHLIP,λ=8,8192,0,76793,9.3741455078125
SHLIP,λ=8,8192,0,73481,8.9698486328125
SHLIP,λ=8,8192,0,77353,9.4425048828125
SHLIP,λ=8,8192,0,81609,9.9620361328125
SHLIP,λ=8,8192,0,88337,10.7833251953125
SHLIP,λ=8,8192,0,78817,9.6212158203125
SHLIP,λ=8,8192,0,82057,10.0167236328125
SHLIP,λ=8,8192,0,82097,10.0216064453125
SHLIP,λ=8,8192,0,74329,9.0733642578125
SHLIP,λ=8,8192,0,82721,10.0977783203125
SHLIP,λ=8,8192,0,74937,9.1475830078125
SHLIP,λ=8,8192,0,83337,10.1729736328125
SHLIP,λ=8,8192,0,79449,9.6983642578125
SHLIP,λ=8,8192,0,89993,10.9854736328125
SHLIP,λ=8,8192,0,78953,9.6378173828125
SHLIP,λ=8,8192,0,87393,10.6680908203125
SHLIP,λ=8,8192,0,94129,11.4903564453125
SHLIP,λ=8,8192,0,77633,9.4766845703125
SHLIP,λ=8,8192,0,78745,9.6124267578125
SHLIP,λ=8,8192,0,86393,10.5460205078125
SHLIP,λ=8,8192,0,77281,9.4337158203125
SHLIP,λ=8,8192,0,77489,9.4591064453125
SHLIP,λ=8,8192,0,75809,9.2540283203125
SHLIP,λ=8,8192,0,79505,9.7052001953125
SHLIP,λ=8,8192,0,75473,9.2130126953125
SHLIP,λ=8,8192,0,85993,10.4971923828125
SHLIP,λ=8,8192,0,85889,10.4844970703125
SHLIP,λ=8,8192,0,83417,10.1827392578125
SHLIP,λ=8,8192,0,85505,10.4376220703125
SHLIP,λ=8,8192,0,81833,9.9893798828125
SHLIP,λ=8,8192,0,75897,9.2647705078125
SHLIP,λ=8,8192,0,80545,9.8321533203125
SHLIP,λ=8,8192,0,81361,9.9317626953125
SHLIP,λ=8,8192,0,81313,9.9259033203125
SHLIP,λ=8,8192,0,81065,9.8956298828125
SHLIP,λ=8,8192,0,78873,9.6280517578125
SHLIP,λ=8,8192,0,74409,9.0831298828125
SHLIP,λ=8,8192,0,84905,10.3643798828125
SHLIP,λ=8,8192,0,87913,10.7315673828125
SHLIP,λ=8,8192,0,89585,10.9356689453125
SHLIP,λ=8,8192,0,87585,10.6915283203125
SHLIP,λ=8,8192,0,77065,9.4073486328125
SHLIP,λ=8,8192,0,81657,9.9678955078125
SHLIP,λ=8,8192,0,90041,10.9913330078125
SHLIP,λ=8,8192,0,75745,9.2462158203125
SHLIP,λ=8,8192,0,87209,10.6456298828125
SRLIP,λ=8,8192,0,84449,10.3087158203125
SRLIP,λ=8,8192,0,83881,10.2393798828125
SRLIP,λ=8,8192,0,82505,10.0714111328125
SRLIP,λ=8,8192,0,79121,9.6583251953125
SRLIP,λ=8,8192,0,77305,9.4366455078125
SRLIP,λ=8,8192,0,86217,10.5245361328125
SRLIP,λ=8,8192,0,75513,9.2178955078125
SRLIP,λ=8,8192,0,83225,10.1593017578125
SRLIP,λ=8,8192,0,100505,12.2686767578125
SRLIP,λ=8,8192,0,86121,10.5128173828125
SRLIP,λ=8,8192,0,81577,9.9581298828125
SRLIP,λ=8,8192,0,79361,9.6876220703125
SRLIP,λ=8,8192,0,78561,9.5899658203125
SRLIP,λ=8,8192,0,86137,10.5147705078125
SRLIP,λ=8,8192,0,94385,11.5216064453125
SRLIP,λ=8,8192,0,85249,10.4063720703125
SRLIP,λ=8,8192,0,82321,10.0489501953125
SRLIP,λ=8,8192,0,86065,10.5059814453125
SRLIP,λ=8,8192,0,79697,9.7286376953125
SRLIP,λ=8,8192,0,86673,10.5802001953125
SRLIP,λ=8,8192,0,82873,10.1163330078125
SRLIP,λ=8,8192,0,87721,10.7081298828125
SRLIP,λ=8,8192,0,96545,11.7852783203125
SRLIP,λ=8,8192,0,85665,10.4571533203125
SRLIP,λ=8,8192,0,76993,9.3985595703125
SRLIP,λ=8,8192,0,83457,10.1876220703125
SRLIP,λ=8,8192,0,79073,9.6524658203125
SRLIP,λ=8,8192,0,80233,9.7940673828125
SRLIP,λ=8,8192,0,82193,10.0333251953125
SRLIP,λ=8,8192,0,88217,10.7686767578125
SRLIP,λ=8,8192,0,93065,11.3604736328125
SRLIP,λ=8,8192,0,82697,10.0948486328125
SRLIP,λ=8,8192,0,78553,9.5889892578125
SRLIP,λ=8,8192,0,90801,11.0841064453125
SRLIP,λ=8,8192,0,85233,10.4044189453125
SRLIP,λ=8,8192,0,84529,10.3184814453125
SRLIP,λ=8,8192,0,101297,12.3653564453125
SRLIP,λ=8,8192,0,83425,10.1837158203125
SRLIP,λ=8,8192,0,76481,9.3360595703125
SRLIP,λ=8,8192,0,85057,10.3829345703125
SRLIP,λ=8,8192,0,90745,11.0772705078125
SRLIP,λ=8,8192,0,86001,10.4981689453125
SRLIP,λ=8,8192,0,91585,11.1798095703125
SRLIP,λ=8,8192,0,82689,10.0938720703125
SRLIP,λ=8,8192,0,78361,9.5655517578125
SRLIP,λ=8,8192,0,79457,9.6993408203125
SRLIP,λ=8,8192,0,95913,11.7081298828125
SRLIP,λ=8,8192,0,83553,10.1993408203125
SRLIP,λ=8,8192,0,79169,9.6641845703125
SRLIP,λ=8,8192,0,88465,10.7989501953125
SRLIP,λ=8,8192,0,79401,9.6925048828125
SRLIP,λ=8,8192,0,81537,9.9532470703125
SRLIP,λ=8,8192,0,87249,10.6505126953125
SRLIP,λ=8,8192,0,77729,9.4884033203125
SRLIP,λ=8,8192,0,74177,9.0548095703125
SRLIP,λ=8,8192,0,85489,10.4356689453125
SRLIP,λ=8,8192,0,92697,11.3155517578125
SRLIP,λ=8,8192,0,86441,10.5518798828125
SRLIP,λ=8,8192,0,86241,10.5274658203125
SRLIP,λ=8,8192,0,80577,9.8360595703125
SRLIP,λ=8,8192,0,88561,10.8106689453125
SRLIP,λ=8,8192,0,72057,8.7960205078125
SRLIP,λ=8,8192,0,89113,10.8780517578125
SRLIP,λ=8,8192,0,81345,9.9298095703125
SRLIP,λ=8,8192,0,83361,10.1759033203125
SRLIP,λ=8,8192,0,84137,10.2706298828125
SRLIP,λ=8,8192,0,79353,9.6866455078125
SRLIP,λ=8,8192,0,95241,11.6260986328125
SRLIP,λ=8,8192,0,75329,9.1954345703125
SRLIP,λ=8,8192,0,96401,11.7677001953125
SRLIP,λ=8,8192,0,87121,10.6348876953125
SRLIP,λ=8,8192,0,79129,9.6593017578125
SRLIP,λ=8,8192,0,78273,9.5548095703125
SRLIP,λ=8,8192,0,72121,8.8038330078125
SRLIP,λ=8,8192,0,84273,10.2872314453125
SRLIP,λ=8,8192,0,95329,11.6368408203125
SRLIP,λ=8,8192,0,79561,9.7120361328125
SRLIP,λ=8,8192,0,89777,10.9591064453125
SRLIP,λ=8,8192,0,80505,9.8272705078125
SRLIP,λ=8,8192,0,78441,9.5753173828125
SRLIP,λ=8,8192,0,79345,9.6856689453125
SRLIP,λ=8,8192,0,79793,9.7403564453125
SRLIP,λ=8,8192,0,78249,9.5518798828125
SRLIP,λ=8,8192,0,87009,10.6212158203125
SRLIP,λ=8,8192,0,76801,9.3751220703125
SRLIP,λ=8,8192,0,101009,12.3302001953125
SRLIP,λ=8,8192,0,75161,9.1749267578125
SRLIP,λ=8,8192,0,83601,10.2052001953125
SRLIP,λ=8,8192,0,82425,10.0616455078125
SRLIP,λ=8,8192,0,89729,10.9532470703125
SRLIP,λ=8,8192,0,76969,9.3956298828125
SRLIP,λ=8,8192,0,77737,9.4893798828125
SRLIP,λ=8,8192,0,98137,11.9796142578125
SRLIP,λ=8,8192,0,83801,10.2296142578125
SRLIP,λ=8,8192,0,98393,12.0108642578125
SRLIP,λ=8,8192,0,74553,9.1007080078125
SRLIP,λ=8,8192,0,81657,9.9678955078125
SRLIP,λ=8,8192,0,75745,9.2462158203125
SSLIP,λ=8,8192,0,103649,12.6524658203125
SSLIP,λ=8,8192,0,121841,14.8731689453125
SSLIP,λ=8,8192,0,101569,12.3985595703125
SSLIP,λ=8,8192,0,101073,12.3380126953125
SSLIP,λ=8,8192,0,98833,12.0645751953125
SSLIP,λ=8,8192,0,100545,12.2735595703125
SSLIP,λ=8,8192,0,122049,14.8985595703125
SSLIP,λ=8,8192,0,111089,13.5606689453125
SSLIP,λ=8,8192,0,109857,13.4102783203125
SSLIP,λ=8,8192,0,100305,12.2442626953125
SSLIP,λ=8,8192,0,117441,14.3360595703125
SSLIP,λ=8,8192,0,124081,15.1466064453125
SSLIP,λ=8,8192,0,106481,12.9981689453125
SSLIP,λ=8,8192,0,104897,12.8048095703125
SSLIP,λ=8,8192,0,114625,13.9923095703125
SSLIP,λ=8,8192,0,112353,13.7149658203125
SSLIP,λ=8,8192,0,127569,15.5723876953125
SSLIP,λ=8,8192,0,113729,13.8829345703125
SSLIP,λ=8,8192,0,141777,17.3067626953125
SSLIP,λ=8,8192,0,111441,13.6036376953125
SSLIP,λ=8,8192,0,111505,13.6114501953125
SSLIP,λ=8,8192,0,114049,13.9219970703125
SSLIP,λ=8,8192,0,117185,14.3048095703125
SSLIP,λ=8,8192,0,102833,12.5528564453125
SSLIP,λ=8,8192,0,122481,14.9512939453125
SSLIP,λ=8,8192,0,104833,12.7969970703125
SSLIP,λ=8,8192,0,123729,15.1036376953125
SSLIP,λ=8,8192,0,113041,13.7989501953125
SSLIP,λ=8,8192,0,114705,14.0020751953125
SSLIP,λ=8,8192,0,102433,12.5040283203125
SSLIP,λ=8,8192,0,117361,14.3262939453125
SSLIP,λ=8,8192,0,98305,12.0001220703125
SSLIP,λ=8,8192,0,118977,14.5235595703125
SSLIP,λ=8,8192,0,105857,12.9219970703125
SSLIP,λ=8,8192,0,109777,13.4005126953125
SSLIP,λ=8,8192,0,102529,12.5157470703125
SSLIP,λ=8,8192,0,104689,12.7794189453125
SSLIP,λ=8,8192,0,95761,11.6895751953125
SSLIP,λ=8,8192,0,105457,12.8731689453125
SSLIP,λ=8,8192,0,112529,13.7364501953125
SSLIP,λ=8,8192,0,110337,13.4688720703125
SSLIP,λ=8,8192,0,99825,12.1856689453125
SSLIP,λ=8,8192,0,99793,12.1817626953125
SSLIP,λ=8,8192,0,100721,12.2950439453125
SSLIP,λ=8,8192,0,99377,12.1309814453125
SSLIP,λ=8,8192,0,101969,12.4473876953125
SSLIP,λ=8,8192,0,111953,13.6661376953125
SSLIP,λ=8,8192,0,102113,12.4649658203125
SSLIP,λ=8,8192,0,111297,13.5860595703125
SSLIP,λ=8,8192,0,117153,14.3009033203125
SSLIP,λ=8,8192,0,115761,14.1309814453125
SSLIP,λ=8,8192,0,104721,12.7833251953125
SSLIP,λ=8,8192,0,103969,12.6915283203125
SSLIP,λ=8,8192,0,113313,13.8321533203125
SSLIP,λ=8,8192,0,120001,14.6485595703125
SSLIP,λ=8,8192,0,99857,12.1895751953125
SSLIP,λ=8,8192,0,110113,13.4415283203125
SSLIP,λ=8,8192,0,110529,13.4923095703125
SSLIP,λ=8,8192,0,103169,12.5938720703125
SSLIP,λ=8,8192,0,115153,14.0567626953125
SSLIP,λ=8,8192,0,116801,14.2579345703125
SSLIP,λ=8,8192,0,117585,14.3536376953125
SSLIP,λ=8,8192,0,109809,13.4044189453125
SSLIP,λ=8,8192,0,100529,12.2716064453125
SSLIP,λ=8,8192,0,109425,13.3575439453125
SSLIP,λ=8,8192,0,114753,14.0079345703125
SSLIP,λ=8,8192,0,99713,12.1719970703125
SSLIP,λ=8,8192,0,124577,15.2071533203125
SSLIP,λ=8,8192,0,106881,13.0469970703125
SSLIP,λ=8,8192,0,117105,14.2950439453125
SSLIP,λ=8,8192,0,125457,15.3145751953125
SSLIP,λ=8,8192,0,100961,12.3243408203125
SSLIP,λ=8,8192,0,101793,12.4259033203125
SSLIP,λ=8,8192,0,97137,11.8575439453125
SSLIP,λ=8,8192,0,110017,13.4298095703125
SSLIP,λ=8,8192,0,100289,12.2423095703125
SSLIP,λ=8,8192,0,116641,14.2384033203125
SSLIP,λ=8,8192,0,114673,13.9981689453125
SSLIP,λ=8,8192,0,117873,14.3887939453125
SSLIP,λ=8,8192,0,106753,13.0313720703125
SSLIP,λ=8,8192,0,104433,12.7481689453125
SSLIP,λ=8,8192,0,114465,13.9727783203125
SSLIP,λ=8,8192,0,101681,12.4122314453125
SSLIP,λ=8,8192,0,106577,13.0098876953125
SSLIP,λ=8,8192,0,98625,12.0391845703125
SSLIP,λ=8,8192,0,91905,11.2188720703125
SSLIP,λ=8,8192,0,107601,13.1348876953125
SSLIP,λ=8,8192,0,92049,11.2364501953125
SSLIP,λ=8,8192,0,132897,16.2227783203125
SSLIP,λ=8,8192,0,109601,13.3790283203125
SSLIP,λ=8,8192,0,118001,14.4044189453125
SSLIP,λ=8,8192,0,103009,12.5743408203125
SSLIP,λ=8,8192,0,100641,12.2852783203125
SSLIP,λ=8,8192,0,97681,11.9239501953125
SSLIP,λ=8,8192,0,116833,14.2618408203125
SSLIP,λ=8,8192,0,114657,13.9962158203125
SSLIP,λ=8,8192,0,119297,14.5626220703125
SSDCD,λ=8,8192,0,98505,12.0245361328125
SSDCD,λ=8,8192,0,94601,11.5479736328125
SSDCD,λ=8,8192,0,96117,11.7330322265625
SSDCD,λ=8,8192,0,107008,13.0625
SSDCD,λ=8,8192,0,96064,11.7265625
SSDCD,λ=8,8192,0,88650,10.821533203125
SSDCD,λ=8,8192,0,91668,11.18994140625
SSDCD,λ=8,8192,0,96999,11.8406982421875
SSDCD,λ=8,8192,0,91998,11.230224609375
SSDCD,λ=8,8192,0,84408,10.3037109375
SSDCD,λ=8,8192,0,114968,14.0341796875
SSDCD,λ=8,8192,0,104078,12.704833984375
SSDCD,λ=8,8192,0,82355,10.0531005859375
SSDCD,λ=8,8192,0,92747,11.3216552734375
SSDCD,λ=8,8192,0,93340,11.39404296875
SSDCD,λ=8,8192,0,97435,11.8939208984375
SSDCD,λ=8,8192,0,112177,13.6934814453125
SSDCD,λ=8,8192,0,129266,15.779541015625
SSDCD,λ=8,8192,0,91558,11.176513671875
SSDCD,λ=8,8192,0,101308,12.36669921875
SSDCD,λ=8,8192,0,104804,12.79345703125
SSDCD,λ=8,8192,0,95604,11.67041015625
SSDCD,λ=8,8192,0,89186,10.886962890625
SSDCD,λ=8,8192,0,94217,11.5010986328125
SSDCD,λ=8,8192,0,90295,11.0223388671875
SSDCD,λ=8,8192,0,85567,10.4451904296875
SSDCD,λ=8,8192,0,101195,12.3529052734375
SSDCD,λ=8,8192,0,96771,11.8128662109375
SSDCD,λ=8,8192,0,96281,11.7530517578125
SSDCD,λ=8,8192,0,92393,11.2784423828125
SSDCD,λ=8,8192,0,86412,10.54833984375
SSDCD,λ=8,8192,0,105776,12.912109375
SSDCD,λ=8,8192,0,106870,13.045654296875
SSDCD,λ=8,8192,0,89099,10.8763427734375
SSDCD,λ=8,8192,0,92489,11.2901611328125
SSDCD,λ=8,8192,0,107383,13.1082763671875
SSDCD,λ=8,8192,0,99218,12.111572265625
SSDCD,λ=8,8192,0,102615,12.5262451171875
SSDCD,λ=8,8192,0,106408,12.9892578125
SSDCD,λ=8,8192,0,101949,12.4449462890625
SSDCD,λ=8,8192,0,90973,11.1051025390625
SSDCD,λ=8,8192,0,102058,12.458251953125
SSDCD,λ=8,8192,0,95864,11.7021484375
SSDCD,λ=8,8192,0,92010,11.231689453125
SSDCD,λ=8,8192,0,96090,11.729736328125
SSDCD,λ=8,8192,0,98629,12.0396728515625
SSDCD,λ=8,8192,0,105412,12.86767578125
SSDCD,λ=8,8192,0,103907,12.6839599609375
SSDCD,λ=8,8192,0,94689,11.5587158203125
SSDCD,λ=8,8192,0,112934,13.785888671875
SSDCD,λ=8,8192,0,95067,11.6048583984375
SSDCD,λ=8,8192,0,100994,12.328369140625
SSDCD,λ=8,8192,0,101602,12.402587890625
SSDCD,λ=8,8192,0,88464,10.798828125
SSDCD,λ=8,8192,0,102639,12.5291748046875
SSDCD,λ=8,8192,0,108444,13.23779296875
SSDCD,λ=8,8192,0,96607,11.7928466796875
SSDCD,λ=8,8192,0,85632,10.453125
SSDCD,λ=8,8192,0,101677,12.4117431640625
SSDCD,λ=8,8192,0,96412,11.76904296875
SSDCD,λ=8,8192,0,102391,12.4989013671875
SSDCD,λ=8,8192,0,92433,11.2833251953125
SSDCD,λ=8,8192,0,93672,11.4345703125
SSDCD,λ=8,8192,0,89294,10.900146484375
SSDCD,λ=8,8192,0,87751,10.7117919921875
SSDCD,λ=8,8192,0,98854,12.067138671875
SSDCD,λ=8,8192,0,98290,11.998291015625
SSDCD,λ=8,8192,0,91379,11.1546630859375
SSDCD,λ=8,8192,0,96344,11.7607421875
SSDCD,λ=8,8192,0,109646,13.384521484375
SSDCD,λ=8,8192,0,94829,11.5758056640625
SSDCD,λ=8,8192,0,104877,12.8023681640625
SSDCD,λ=8,8192,0,88985,10.8624267578125
SSDCD,λ=8,8192,0,92718,11.318115234375
SSDCD,λ=8,8192,0,90828,11.08740234375
SSDCD,λ=8,8192,0,135749,16.5709228515625
SSDCD,λ=8,8192,0,96979,11.8382568359375
SSDCD,λ=8,8192,0,100324,12.24658203125
SSDCD,λ=8,8192,0,92187,11.2532958984375
SSDCD,λ=8,8192,0,97705,11.9268798828125
SSDCD,λ=8,8192,0,92086,11.240966796875
SSDCD,λ=8,8192,0,98265,11.9952392578125
SSDCD,λ=8,8192,0,95064,11.6044921875
SSDCD,λ=8,8192,0,90461,11.0426025390625
SSDCD,λ=8,8192,0,96383,11.7655029296875
SSDCD,λ=8,8192,0,90347,11.0286865234375
SSDCD,λ=8,8192,0,99701,12.1705322265625
SSDCD,λ=8,8192,0,93943,11.4676513671875
SSDCD,λ=8,8192,0,96349,11.7613525390625
SSDCD,λ=8,8192,0,88881,10.8497314453125
SSDCD,λ=8,8192,0,90151,11.0047607421875
SSDCD,λ=8,8192,0,99059,12.0921630859375
SSDCD,λ=8,8192,0,91773,11.2027587890625
SSDCD,λ=8,8192,0,97366,11.885498046875
SSDCD,λ=8,8192,0,99293,12.1207275390625
SSDCD,λ=8,8192,0,103020,12.57568359375
SSDCD,λ=8,8192,0,89928,10.9775390625
SSDCD,λ=8,8192,0,96270,11.751708984375
SSDCD,λ=8,8192,0,90382,11.032958984375
SSDCD,λ=8,8192,0,92373,11.2760009765625
SRDCD,λ=8,8192,0,76261,9.3092041015625
SRDCD,λ=8,8192,0,76047,9.2830810546875
SRDCD,λ=8,8192,0,82125,10.0250244140625
SRDCD,λ=8,8192,0,80175,9.7869873046875
SRDCD,λ=8,8192,0,69387,8.4700927734375
SRDCD,λ=8,8192,0,73769,9.0050048828125
SRDCD,λ=8,8192,0,74568,9.1025390625
SRDCD,λ=8,8192,0,71019,8.6693115234375
SRDCD,λ=8,8192,0,90979,11.1058349609375
SRDCD,λ=8,8192,0,74687,9.1170654296875
SRDCD,λ=8,8192,0,72052,8.79541015625
SRDCD,λ=8,8192,0,73036,8.91552734375
SRDCD,λ=8,8192,0,76525,9.3414306640625
SRDCD,λ=8,8192,0,68365,8.3453369140625
SRDCD,λ=8,8192,0,77142,9.416748046875
SRDCD,λ=8,8192,0,88478,10.800537109375
SRDCD,λ=8,8192,0,79738,9.733642578125
SRDCD,λ=8,8192,0,79526,9.707763671875
SRDCD,λ=8,8192,0,72940,8.90380859375
SRDCD,λ=8,8192,0,75848,9.2587890625
SRDCD,λ=8,8192,0,86996,10.61962890625
SRDCD,λ=8,8192,0,69193,8.4464111328125
SRDCD,λ=8,8192,0,65215,7.9608154296875
SRDCD,λ=8,8192,0,80764,9.85888671875
SRDCD,λ=8,8192,0,75617,9.2305908203125
SRDCD,λ=8,8192,0,75991,9.2762451171875
SRDCD,λ=8,8192,0,75771,9.2493896484375
SRDCD,λ=8,8192,0,93609,11.4268798828125
SRDCD,λ=8,8192,0,81536,9.953125
SRDCD,λ=8,8192,0,91170,11.129150390625
SRDCD,λ=8,8192,0,78238,9.550537109375
SRDCD,λ=8,8192,0,79442,9.697509765625
SRDCD,λ=8,8192,0,81349,9.9302978515625
SRDCD,λ=8,8192,0,80628,9.84228515625
SRDCD,λ=8,8192,0,67563,8.2474365234375
SRDCD,λ=8,8192,0,80603,9.8392333984375
SRDCD,λ=8,8192,0,70032,8.548828125
SRDCD,λ=8,8192,0,73535,8.9764404296875
SRDCD,λ=8,8192,0,69425,8.4747314453125
SRDCD,λ=8,8192,0,81267,9.9202880859375
SRDCD,λ=8,8192,0,75750,9.246826171875
SRDCD,λ=8,8192,0,73571,8.9808349609375
SRDCD,λ=8,8192,0,71420,8.71826171875
SRDCD,λ=8,8192,0,76136,9.2939453125
SRDCD,λ=8,8192,0,71121,8.6817626953125
SRDCD,λ=8,8192,0,78153,9.5401611328125
SRDCD,λ=8,8192,0,73802,9.009033203125
SRDCD,λ=8,8192,0,79842,9.746337890625
SRDCD,λ=8,8192,0,75676,9.23779296875
SRDCD,λ=8,8192,0,82332,10.05029296875
SRDCD,λ=8,8192,0,74751,9.1248779296875
SRDCD,λ=8,8192,0,79587,9.7152099609375
SRDCD,λ=8,8192,0,70695,8.6297607421875
SRDCD,λ=8,8192,0,75125,9.1705322265625
SRDCD,λ=8,8192,0,80521,9.8292236328125
SRDCD,λ=8,8192,0,86647,10.5770263671875
SRDCD,λ=8,8192,0,70245,8.5748291015625
SRDCD,λ=8,8192,0,94850,11.578369140625
SRDCD,λ=8,8192,0,87958,10.737060546875
SRDCD,λ=8,8192,0,78816,9.62109375
SRDCD,λ=8,8192,0,75491,9.2152099609375
SRDCD,λ=8,8192,0,68954,8.417236328125
SRDCD,λ=8,8192,0,81153,9.9063720703125
SRDCD,λ=8,8192,0,90510,11.048583984375
SRDCD,λ=8,8192,0,77960,9.5166015625
SRDCD,λ=8,8192,0,82258,10.041259765625
SRDCD,λ=8,8192,0,74811,9.1322021484375
SRDCD,λ=8,8192,0,76683,9.3607177734375
SRDCD,λ=8,8192,0,84002,10.254150390625
SRDCD,λ=8,8192,0,66329,8.0968017578125
SRDCD,λ=8,8192,0,72833,8.8907470703125
SRDCD,λ=8,8192,0,71435,8.7200927734375
SRDCD,λ=8,8192,0,75044,9.16064453125
SRDCD,λ=8,8192,0,78578,9.592041015625
SRDCD,λ=8,8192,0,73177,8.9327392578125
SRDCD,λ=8,8192,0,82477,10.0679931640625
SRDCD,λ=8,8192,0,73628,8.98779296875
SRDCD,λ=8,8192,0,91018,11.110595703125
SRDCD,λ=8,8192,0,91221,11.1353759765625
SRDCD,λ=8,8192,0,80780,9.86083984375
SRDCD,λ=8,8192,0,89615,10.9393310546875
SRDCD,λ=8,8192,0,80367,9.8104248046875
SRDCD,λ=8,8192,0,69678,8.505615234375
SRDCD,λ=8,8192,0,72355,8.8323974609375
SRDCD,λ=8,8192,0,70831,8.6463623046875
SRDCD,λ=8,8192,0,82828,10.11083984375
SRDCD,λ=8,8192,0,70957,8.6617431640625
SRDCD,λ=8,8192,0,70805,8.6431884765625
SRDCD,λ=8,8192,0,75700,9.24072265625
SRDCD,λ=8,8192,0,75137,9.1719970703125
SRDCD,λ=8,8192,0,81420,9.93896484375
SRDCD,λ=8,8192,0,81924,10.00048828125
SRDCD,λ=8,8192,0,71086,8.677490234375
SRDCD,λ=8,8192,0,72808,8.8876953125
SRDCD,λ=8,8192,0,76995,9.3988037109375
SRDCD,λ=8,8192,0,69973,8.5416259765625
SRDCD,λ=8,8192,0,72919,8.9012451171875
SRDCD,λ=8,8192,0,70691,8.6292724609375
SHDCD,λ=8,8192,0,67114,8.192626953125
SHDCD,λ=8,8192,0,72427,8.8411865234375
SHDCD,λ=8,8192,0,68454,8.356201171875
SHDCD,λ=8,8192,0,69875,8.5296630859375
SHDCD,λ=8,8192,0,75024,9.158203125
SHDCD,λ=8,8192,0,73009,8.9122314453125
SHDCD,λ=8,8192,0,72885,8.8970947265625
SHDCD,λ=8,8192,0,72133,8.8052978515625
SHDCD,λ=8,8192,0,64597,7.8853759765625
SHDCD,λ=8,8192,0,80326,9.805419921875
SHDCD,λ=8,8192,0,67948,8.29443359375
SHDCD,λ=8,8192,0,81389,9.9351806640625
SHDCD,λ=8,8192,0,76721,9.3653564453125
SHDCD,λ=8,8192,0,80711,9.8524169921875
SHDCD,λ=8,8192,0,69766,8.516357421875
SHDCD,λ=8,8192,0,72155,8.8079833984375
SHDCD,λ=8,8192,0,68572,8.37060546875
SHDCD,λ=8,8192,0,74871,9.1395263671875
SHDCD,λ=8,8192,0,72212,8.81494140625
SHDCD,λ=8,8192,0,70668,8.62646484375
SHDCD,λ=8,8192,0,74131,9.0491943359375
SHDCD,λ=8,8192,0,77145,9.4171142578125
SHDCD,λ=8,8192,0,84430,10.306396484375
SHDCD,λ=8,8192,0,70179,8.5667724609375
SHDCD,λ=8,8192,0,73312,8.94921875
SHDCD,λ=8,8192,0,85087,10.3865966796875
SHDCD,λ=8,8192,0,74605,9.1070556640625
SHDCD,λ=8,8192,0,68441,8.3546142578125
SHDCD,λ=8,8192,0,76276,9.31103515625
SHDCD,λ=8,8192,0,69755,8.5150146484375
SHDCD,λ=8,8192,0,72103,8.8016357421875
SHDCD,λ=8,8192,0,74607,9.1072998046875
SHDCD,λ=8,8192,0,75130,9.171142578125
SHDCD,λ=8,8192,0,71544,8.7333984375
SHDCD,λ=8,8192,0,73931,9.0247802734375
SHDCD,λ=8,8192,0,68867,8.4066162109375
SHDCD,λ=8,8192,0,73354,8.954345703125
SHDCD,λ=8,8192,0,80332,9.80615234375
SHDCD,λ=8,8192,0,78355,9.5648193359375
SHDCD,λ=8,8192,0,66161,8.0762939453125
SHDCD,λ=8,8192,0,67109,8.1920166015625
SHDCD,λ=8,8192,0,73035,8.9154052734375
SHDCD,λ=8,8192,0,71496,8.7275390625
SHDCD,λ=8,8192,0,65942,8.049560546875
SHDCD,λ=8,8192,0,72989,8.9097900390625
SHDCD,λ=8,8192,0,64069,7.8209228515625
SHDCD,λ=8,8192,0,73970,9.029541015625
SHDCD,λ=8,8192,0,86241,10.5274658203125
SHDCD,λ=8,8192,0,70807,8.6434326171875
SHDCD,λ=8,8192,0,79120,9.658203125
SHDCD,λ=8,8192,0,95695,11.6815185546875
SHDCD,λ=8,8192,0,75016,9.1572265625
SHDCD,λ=8,8192,0,71972,8.78564453125
SHDCD,λ=8,8192,0,74570,9.102783203125
SHDCD,λ=8,8192,0,70886,8.653076171875
SHDCD,λ=8,8192,0,71273,8.7003173828125
SHDCD,λ=8,8192,0,75577,9.2257080078125
SHDCD,λ=8,8192,0,80646,9.844482421875
SHDCD,λ=8,8192,0,65455,7.9901123046875
SHDCD,λ=8,8192,0,72665,8.8702392578125
SHDCD,λ=8,8192,0,75559,9.2235107421875
SHDCD,λ=8,8192,0,65887,8.0428466796875
SHDCD,λ=8,8192,0,79728,9.732421875
SHDCD,λ=8,8192,0,71100,8.67919921875
SHDCD,λ=8,8192,0,67003,8.1790771484375
SHDCD,λ=8,8192,0,67724,8.26708984375
SHDCD,λ=8,8192,0,68101,8.3131103515625
SHDCD,λ=8,8192,0,78352,9.564453125
SHDCD,λ=8,8192,0,70006,8.545654296875
SHDCD,λ=8,8192,0,74272,9.06640625
SHDCD,λ=8,8192,0,67784,8.2744140625
SHDCD,λ=8,8192,0,69030,8.426513671875
SHDCD,λ=8,8192,0,81261,9.9195556640625
SHDCD,λ=8,8192,0,77818,9.499267578125
SHDCD,λ=8,8192,0,72421,8.8404541015625
SHDCD,λ=8,8192,0,72887,8.8973388671875
SHDCD,λ=8,8192,0,81328,9.927734375
SHDCD,λ=8,8192,0,74755,9.1253662109375
SHDCD,λ=8,8192,0,73570,8.980712890625
SHDCD,λ=8,8192,0,70705,8.6309814453125
SHDCD,λ=8,8192,0,65749,8.0260009765625
SHDCD,λ=8,8192,0,73428,8.96337890625
SHDCD,λ=8,8192,0,73696,8.99609375
SHDCD,λ=8,8192,0,70771,8.6390380859375
SHDCD,λ=8,8192,0,72666,8.870361328125
SHDCD,λ=8,8192,0,69246,8.452880859375
SHDCD,λ=8,8192,0,75986,9.275634765625
SHDCD,λ=8,8192,0,90206,11.011474609375
SHDCD,λ=8,8192,0,76892,9.38623046875
SHDCD,λ=8,8192,0,69722,8.510986328125
SHDCD,λ=8,8192,0,71914,8.778564453125
SHDCD,λ=8,8192,0,84967,10.3719482421875
SHDCD,λ=8,8192,0,79555,9.7113037109375
SHDCD,λ=8,8192,0,70565,8.6138916015625
SHDCD,λ=8,8192,0,75787,9.2513427734375
SHDCD,λ=8,8192,0,71990,8.787841796875
SHDCD,λ=8,8192,0,75474,9.213134765625
SHDCD,λ=8,8192,0,77065,9.4073486328125
SHDCD,λ=8,8192,0,68035,8.3050537109375
SHDCD,λ=8,8192,0,71957,8.7838134765625
SHLCD,λ=8,8192,0,77852,9.50341796875
SHLCD,λ=8,8192,0,76206,9.302490234375
SHLCD,λ=8,8192,0,77637,9.4771728515625
SHLCD,λ=8,8192,0,66825,8.1573486328125
SHLCD,λ=8,8192,0,73191,8.9344482421875
SHLCD,λ=8,8192,0,70990,8.665771484375
SHLCD,λ=8,8192,0,74349,9.0758056640625
SHLCD,λ=8,8192,0,71081,8.6768798828125
SHLCD,λ=8,8192,0,70083,8.5550537109375
SHLCD,λ=8,8192,0,69122,8.437744140625
SHLCD,λ=8,8192,0,71462,8.723388671875
SHLCD,λ=8,8192,0,77076,9.40869140625
SHLCD,λ=8,8192,0,70904,8.6552734375
SHLCD,λ=8,8192,0,70922,8.657470703125
SHLCD,λ=8,8192,0,68960,8.41796875
SHLCD,λ=8,8192,0,75189,9.1783447265625
SHLCD,λ=8,8192,0,74296,9.0693359375
SHLCD,λ=8,8192,0,77899,9.5091552734375
SHLCD,λ=8,8192,0,76442,9.331298828125
SHLCD,λ=8,8192,0,68048,8.306640625
SHLCD,λ=8,8192,0,76385,9.3243408203125
SHLCD,λ=8,8192,0,65798,8.031982421875
SHLCD,λ=8,8192,0,68083,8.3109130859375
SHLCD,λ=8,8192,0,75276,9.18896484375
SHLCD,λ=8,8192,0,80480,9.82421875
SHLCD,λ=8,8192,0,70286,8.579833984375
SHLCD,λ=8,8192,0,71429,8.7193603515625
SHLCD,λ=8,8192,0,79745,9.7344970703125
SHLCD,λ=8,8192,0,77677,9.4820556640625
SHLCD,λ=8,8192,0,72890,8.897705078125
SHLCD,λ=8,8192,0,71274,8.700439453125
SHLCD,λ=8,8192,0,82939,10.1243896484375
SHLCD,λ=8,8192,0,72736,8.87890625
SHLCD,λ=8,8192,0,91872,11.21484375
SHLCD,λ=8,8192,0,72631,8.8660888671875
SHLCD,λ=8,8192,0,69892,8.53173828125
SHLCD,λ=8,8192,0,69050,8.428955078125
SHLCD,λ=8,8192,0,75954,9.271728515625
SHLCD,λ=8,8192,0,69251,8.4534912109375
SHLCD,λ=8,8192,0,74536,9.0986328125
SHLCD,λ=8,8192,0,72422,8.840576171875
SHLCD,λ=8,8192,0,71047,8.6727294921875
SHLCD,λ=8,8192,0,81266,9.920166015625
SHLCD,λ=8,8192,0,71767,8.7606201171875
SHLCD,λ=8,8192,0,70991,8.6658935546875
SHLCD,λ=8,8192,0,73081,8.9210205078125
SHLCD,λ=8,8192,0,71001,8.6671142578125
SHLCD,λ=8,8192,0,74372,9.07861328125
SHLCD,λ=8,8192,0,66313,8.0948486328125
SHLCD,λ=8,8192,0,77050,9.405517578125
SHLCD,λ=8,8192,0,70435,8.5980224609375
SHLCD,λ=8,8192,0,70572,8.61474609375
SHLCD,λ=8,8192,0,70018,8.547119140625
SHLCD,λ=8,8192,0,75846,9.258544921875
SHLCD,λ=8,8192,0,67185,8.2012939453125
SHLCD,λ=8,8192,0,68556,8.36865234375
SHLCD,λ=8,8192,0,67490,8.238525390625
SHLCD,λ=8,8192,0,73957,9.0279541015625
SHLCD,λ=8,8192,0,67281,8.2130126953125
SHLCD,λ=8,8192,0,73802,9.009033203125
SHLCD,λ=8,8192,0,66770,8.150634765625
SHLCD,λ=8,8192,0,80851,9.8695068359375
SHLCD,λ=8,8192,0,65455,7.9901123046875
SHLCD,λ=8,8192,0,67865,8.2843017578125
SHLCD,λ=8,8192,0,78518,9.584716796875
SHLCD,λ=8,8192,0,73263,8.9432373046875
SHLCD,λ=8,8192,0,96072,11.7275390625
SHLCD,λ=8,8192,0,77406,9.448974609375
SHLCD,λ=8,8192,0,80181,9.7877197265625
SHLCD,λ=8,8192,0,76942,9.392333984375
SHLCD,λ=8,8192,0,73461,8.9674072265625
SHLCD,λ=8,8192,0,71565,8.7359619140625
SHLCD,λ=8,8192,0,68954,8.417236328125
SHLCD,λ=8,8192,0,68328,8.3408203125
SHLCD,λ=8,8192,0,70371,8.5902099609375
SHLCD,λ=8,8192,0,74817,9.1329345703125
SHLCD,λ=8,8192,0,69290,8.458251953125
SHLCD,λ=8,8192,0,72302,8.825927734375
SHLCD,λ=8,8192,0,72042,8.794189453125
SHLCD,λ=8,8192,0,83710,10.218505859375
SHLCD,λ=8,8192,0,73023,8.9139404296875
SHLCD,λ=8,8192,0,81317,9.9263916015625
SHLCD,λ=8,8192,0,73628,8.98779296875
SHLCD,λ=8,8192,0,71579,8.7376708984375
SHLCD,λ=8,8192,0,79348,9.68603515625
SHLCD,λ=8,8192,0,79011,9.6448974609375
SHLCD,λ=8,8192,0,86492,10.55810546875
SHLCD,λ=8,8192,0,76131,9.2933349609375
SHLCD,λ=8,8192,0,75354,9.198486328125
SHLCD,λ=8,8192,0,77717,9.4869384765625
SHLCD,λ=8,8192,0,69623,8.4989013671875
SHLCD,λ=8,8192,0,69113,8.4366455078125
SHLCD,λ=8,8192,0,77905,9.5098876953125
SHLCD,λ=8,8192,0,87960,10.7373046875
SHLCD,λ=8,8192,0,73614,8.986083984375
SHLCD,λ=8,8192,0,68099,8.3128662109375
SHLCD,λ=8,8192,0,66585,8.1280517578125
SHLCD,λ=8,8192,0,83901,10.2418212890625
SHLCD,λ=8,8192,0,69834,8.524658203125
SHLCD,λ=8,8192,0,69042,8.427978515625
SRLCD,λ=8,8192,0,72965,8.9068603515625
SRLCD,λ=8,8192,0,76732,9.36669921875
SRLCD,λ=8,8192,0,76808,9.3759765625
SRLCD,λ=8,8192,0,80071,9.7742919921875
SRLCD,λ=8,8192,0,76462,9.333740234375
SRLCD,λ=8,8192,0,73917,9.0230712890625
SRLCD,λ=8,8192,0,79174,9.664794921875
SRLCD,λ=8,8192,0,74151,9.0516357421875
SRLCD,λ=8,8192,0,85628,10.45263671875
SRLCD,λ=8,8192,0,68000,8.30078125
SRLCD,λ=8,8192,0,74819,9.1331787109375
SRLCD,λ=8,8192,0,80430,9.818115234375
SRLCD,λ=8,8192,0,78761,9.6143798828125
SRLCD,λ=8,8192,0,80063,9.7733154296875
SRLCD,λ=8,8192,0,73613,8.9859619140625
SRLCD,λ=8,8192,0,80069,9.7740478515625
SRLCD,λ=8,8192,0,72482,8.847900390625
SRLCD,λ=8,8192,0,86736,10.587890625
SRLCD,λ=8,8192,0,79636,9.72119140625
SRLCD,λ=8,8192,0,72506,8.850830078125
SRLCD,λ=8,8192,0,92141,11.2476806640625
SRLCD,λ=8,8192,0,73874,9.017822265625
SRLCD,λ=8,8192,0,79046,9.649169921875
SRLCD,λ=8,8192,0,68337,8.3419189453125
SRLCD,λ=8,8192,0,77549,9.4664306640625
SRLCD,λ=8,8192,0,72854,8.893310546875
SRLCD,λ=8,8192,0,93125,11.3677978515625
SRLCD,λ=8,8192,0,70284,8.57958984375
SRLCD,λ=8,8192,0,71117,8.6812744140625
SRLCD,λ=8,8192,0,74064,9.041015625
SRLCD,λ=8,8192,0,72943,8.9041748046875
SRLCD,λ=8,8192,0,75317,9.1939697265625
SRLCD,λ=8,8192,0,76804,9.37548828125
SRLCD,λ=8,8192,0,69649,8.5020751953125
SRLCD,λ=8,8192,0,83399,10.1805419921875
SRLCD,λ=8,8192,0,93156,11.37158203125
SRLCD,λ=8,8192,0,75297,9.1915283203125
SRLCD,λ=8,8192,0,88988,10.86279296875
SRLCD,λ=8,8192,0,73644,8.98974609375
SRLCD,λ=8,8192,0,79000,9.6435546875
SRLCD,λ=8,8192,0,82469,10.0670166015625
SRLCD,λ=8,8192,0,72820,8.88916015625
SRLCD,λ=8,8192,0,79041,9.6485595703125
SRLCD,λ=8,8192,0,75391,9.2030029296875
SRLCD,λ=8,8192,0,86867,10.6038818359375
SRLCD,λ=8,8192,0,70492,8.60498046875
SRLCD,λ=8,8192,0,87294,10.656005859375
SRLCD,λ=8,8192,0,72224,8.81640625
SRLCD,λ=8,8192,0,73817,9.0108642578125
SRLCD,λ=8,8192,0,79392,9.69140625
SRLCD,λ=8,8192,0,78996,9.64306640625
SRLCD,λ=8,8192,0,79979,9.7630615234375
SRLCD,λ=8,8192,0,74413,9.0836181640625
SRLCD,λ=8,8192,0,73377,8.9571533203125
SRLCD,λ=8,8192,0,71422,8.718505859375
SRLCD,λ=8,8192,0,75193,9.1788330078125
SRLCD,λ=8,8192,0,79307,9.6810302734375
SRLCD,λ=8,8192,0,76507,9.3392333984375
SRLCD,λ=8,8192,0,72006,8.789794921875
SRLCD,λ=8,8192,0,92060,11.23779296875
SRLCD,λ=8,8192,0,86221,10.5250244140625
SRLCD,λ=8,8192,0,78481,9.5802001953125
SRLCD,λ=8,8192,0,72138,8.805908203125
SRLCD,λ=8,8192,0,79042,9.648681640625
SRLCD,λ=8,8192,0,80329,9.8057861328125
SRLCD,λ=8,8192,0,72893,8.8980712890625
SRLCD,λ=8,8192,0,81426,9.939697265625
SRLCD,λ=8,8192,0,74948,9.14892578125
SRLCD,λ=8,8192,0,78876,9.62841796875
SRLCD,λ=8,8192,0,66977,8.1759033203125
SRLCD,λ=8,8192,0,72401,8.8380126953125
SRLCD,λ=8,8192,0,80869,9.8717041015625
SRLCD,λ=8,8192,0,72767,8.8826904296875
SRLCD,λ=8,8192,0,76376,9.3232421875
SRLCD,λ=8,8192,0,78973,9.6402587890625
SRLCD,λ=8,8192,0,74726,9.121826171875
SRLCD,λ=8,8192,0,79281,9.6778564453125
SRLCD,λ=8,8192,0,76150,9.295654296875
SRLCD,λ=8,8192,0,67331,8.2191162109375
SRLCD,λ=8,8192,0,80712,9.8525390625
SRLCD,λ=8,8192,0,75195,9.1790771484375
SRLCD,λ=8,8192,0,75981,9.2750244140625
SRLCD,λ=8,8192,0,82754,10.101806640625
SRLCD,λ=8,8192,0,70205,8.5699462890625
SRLCD,λ=8,8192,0,88110,10.755615234375
SRLCD,λ=8,8192,0,70795,8.6419677734375
SRLCD,λ=8,8192,0,82714,10.096923828125
SRLCD,λ=8,8192,0,80909,9.8765869140625
SRLCD,λ=8,8192,0,78179,9.5433349609375
SRLCD,λ=8,8192,0,76839,9.3797607421875
SRLCD,λ=8,8192,0,77278,9.433349609375
SRLCD,λ=8,8192,0,70117,8.5592041015625
SRLCD,λ=8,8192,0,78549,9.5885009765625
SRLCD,λ=8,8192,0,78525,9.5855712890625
SRLCD,λ=8,8192,0,80898,9.875244140625
SRLCD,λ=8,8192,0,77339,9.4407958984375
SRLCD,λ=8,8192,0,75427,9.2073974609375
SRLCD,λ=8,8192,0,76835,9.3792724609375
SRLCD,λ=8,8192,0,90119,11.0008544921875
SRLCD,λ=8,8192,0,89659,10.9447021484375
SSLCD,λ=8,8192,0,104663,12.7762451171875
SSLCD,λ=8,8192,0,95898,11.706298828125
SSLCD,λ=8,8192,0,98370,12.008056640625
SSLCD,λ=8,8192,0,110010,13.428955078125
SSLCD,λ=8,8192,0,104958,12.812255859375
SSLCD,λ=8,8192,0,110292,13.46337890625
SSLCD,λ=8,8192,0,87716,10.70751953125
SSLCD,λ=8,8192,0,97232,11.869140625
SSLCD,λ=8,8192,0,87032,10.6240234375
SSLCD,λ=8,8192,0,108813,13.2828369140625
SSLCD,λ=8,8192,0,100766,12.300537109375
SSLCD,λ=8,8192,0,97132,11.85693359375
SSLCD,λ=8,8192,0,117037,14.2867431640625
SSLCD,λ=8,8192,0,97093,11.8521728515625
SSLCD,λ=8,8192,0,124355,15.1800537109375
SSLCD,λ=8,8192,0,108274,13.217041015625
SSLCD,λ=8,8192,0,95115,11.6107177734375
SSLCD,λ=8,8192,0,87877,10.7271728515625
SSLCD,λ=8,8192,0,116339,14.2015380859375
SSLCD,λ=8,8192,0,103061,12.5806884765625
SSLCD,λ=8,8192,0,94688,11.55859375
SSLCD,λ=8,8192,0,106116,12.95361328125
SSLCD,λ=8,8192,0,105802,12.915283203125
SSLCD,λ=8,8192,0,101170,12.349853515625
SSLCD,λ=8,8192,0,107039,13.0662841796875
SSLCD,λ=8,8192,0,98385,12.0098876953125
SSLCD,λ=8,8192,0,96253,11.7496337890625
SSLCD,λ=8,8192,0,111181,13.5718994140625
SSLCD,λ=8,8192,0,102344,12.4931640625
SSLCD,λ=8,8192,0,96785,11.8145751953125
SSLCD,λ=8,8192,0,90221,11.0133056640625
SSLCD,λ=8,8192,0,96773,11.8131103515625
SSLCD,λ=8,8192,0,100325,12.2467041015625
SSLCD,λ=8,8192,0,109462,13.362060546875
SSLCD,λ=8,8192,0,94640,11.552734375
SSLCD,λ=8,8192,0,98131,11.9788818359375
SSLCD,λ=8,8192,0,110254,13.458740234375
SSLCD,λ=8,8192,0,101261,12.3609619140625
SSLCD,λ=8,8192,0,100149,12.2252197265625
SSLCD,λ=8,8192,0,90328,11.0263671875
SSLCD,λ=8,8192,0,96467,11.7757568359375
SSLCD,λ=8,8192,0,102899,12.5609130859375
SSLCD,λ=8,8192,0,91879,11.2156982421875
SSLCD,λ=8,8192,0,100032,12.2109375
SSLCD,λ=8,8192,0,97829,11.9420166015625
SSLCD,λ=8,8192,0,100215,12.2332763671875
SSLCD,λ=8,8192,0,102145,12.4688720703125
SSLCD,λ=8,8192,0,102866,12.556884765625
SSLCD,λ=8,8192,0,100731,12.2962646484375
SSLCD,λ=8,8192,0,103304,12.6103515625
SSLCD,λ=8,8192,0,103760,12.666015625
SSLCD,λ=8,8192,0,113895,13.9031982421875
SSLCD,λ=8,8192,0,91724,11.19677734375
SSLCD,λ=8,8192,0,103130,12.589111328125
SSLCD,λ=8,8192,0,104061,12.7027587890625
SSLCD,λ=8,8192,0,98967,12.0809326171875
SSLCD,λ=8,8192,0,98879,12.0701904296875
SSLCD,λ=8,8192,0,98377,12.0089111328125
SSLCD,λ=8,8192,0,98230,11.990966796875
SSLCD,λ=8,8192,0,89871,10.9705810546875
SSLCD,λ=8,8192,0,89496,10.9248046875
SSLCD,λ=8,8192,0,106010,12.940673828125
SSLCD,λ=8,8192,0,110117,13.4420166015625
SSLCD,λ=8,8192,0,110134,13.444091796875
SSLCD,λ=8,8192,0,98107,11.9759521484375
SSLCD,λ=8,8192,0,96965,11.8365478515625
SSLCD,λ=8,8192,0,120640,14.7265625
SSLCD,λ=8,8192,0,125756,15.35107421875
SSLCD,λ=8,8192,0,99275,12.1185302734375
SSLCD,λ=8,8192,0,98577,12.0333251953125
SSLCD,λ=8,8192,0,98752,12.0546875
SSLCD,λ=8,8192,0,113727,13.8826904296875
SSLCD,λ=8,8192,0,126770,15.474853515625
SSLCD,λ=8,8192,0,113901,13.9039306640625
SSLCD,λ=8,8192,0,89927,10.9774169921875
SSLCD,λ=8,8192,0,99097,12.0968017578125
SSLCD,λ=8,8192,0,94075,11.4837646484375
SSLCD,λ=8,8192,0,95257,11.6280517578125
SSLCD,λ=8,8192,0,93513,11.4151611328125
SSLCD,λ=8,8192,0,96698,11.803955078125
SSLCD,λ=8,8192,0,104246,12.725341796875
SSLCD,λ=8,8192,0,122396,14.94091796875
SSLCD,λ=8,8192,0,100675,12.2894287109375
SSLCD,λ=8,8192,0,93547,11.4193115234375
SSLCD,λ=8,8192,0,89595,10.9368896484375
SSLCD,λ=8,8192,0,103311,12.6112060546875
SSLCD,λ=8,8192,0,100148,12.22509765625
SSLCD,λ=8,8192,0,89022,10.866943359375
SSLCD,λ=8,8192,0,108680,13.2666015625
SSLCD,λ=8,8192,0,101731,12.4183349609375
SSLCD,λ=8,8192,0,99736,12.1748046875
SSLCD,λ=8,8192,0,100354,12.250244140625
SSLCD,λ=8,8192,0,97763,11.9339599609375
SSLCD,λ=8,8192,0,94600,11.5478515625
SSLCD,λ=8,8192,0,100681,12.2901611328125
SSLCD,λ=8,8192,0,104260,12.72705078125
SSLCD,λ=8,8192,0,94860,11.57958984375
SSLCD,λ=8,8192,0,98985,12.0831298828125
SSLCD,λ=8,8192,0,99529,12.1495361328125
SSDSD,λ=8,8192,0,96409,11.7686767578125
SSDSD,λ=8,8192,0,86921,10.6104736328125
SSDSD,λ=8,8192,0,86425,10.5499267578125
SSDSD,λ=8,8192,0,80953,9.8819580078125
SSDSD,λ=8,8192,0,83521,10.1954345703125
SSDSD,λ=8,8192,0,84425,10.3057861328125
SSDSD,λ=8,8192,0,87313,10.6583251953125
SSDSD,λ=8,8192,0,80353,9.8087158203125
SSDSD,λ=8,8192,0,103033,12.5772705078125
SSDSD,λ=8,8192,0,87537,10.6856689453125
SSDSD,λ=8,8192,0,88905,10.8526611328125
SSDSD,λ=8,8192,0,106129,12.9552001953125
SSDSD,λ=8,8192,0,91393,11.1563720703125
SSDSD,λ=8,8192,0,108137,13.2003173828125
SSDSD,λ=8,8192,0,92057,11.2374267578125
SSDSD,λ=8,8192,0,91073,11.1173095703125
SSDSD,λ=8,8192,0,101057,12.3360595703125
SSDSD,λ=8,8192,0,104897,12.8048095703125
SSDSD,λ=8,8192,0,83105,10.1446533203125
SSDSD,λ=8,8192,0,82529,10.0743408203125
SSDSD,λ=8,8192,0,100401,12.2559814453125
SSDSD,λ=8,8192,0,92233,11.2589111328125
SSDSD,λ=8,8192,0,97393,11.8887939453125
SSDSD,λ=8,8192,0,94105,11.4874267578125
SSDSD,λ=8,8192,0,87953,10.7364501953125
SSDSD,λ=8,8192,0,99425,12.1368408203125
SSDSD,λ=8,8192,0,85241,10.4053955078125
SSDSD,λ=8,8192,0,92465,11.2872314453125
SSDSD,λ=8,8192,0,100881,12.3145751953125
SSDSD,λ=8,8192,0,85361,10.4200439453125
SSDSD,λ=8,8192,0,116305,14.1973876953125
SSDSD,λ=8,8192,0,81865,9.9932861328125
SSDSD,λ=8,8192,0,79873,9.7501220703125
SSDSD,λ=8,8192,0,113753,13.8858642578125
SSDSD,λ=8,8192,0,103257,12.6046142578125
SSDSD,λ=8,8192,0,85233,10.4044189453125
SSDSD,λ=8,8192,0,86281,10.5323486328125
SSDSD,λ=8,8192,0,99577,12.1553955078125
SSDSD,λ=8,8192,0,82865,10.1153564453125
SSDSD,λ=8,8192,0,81241,9.9171142578125
SSDSD,λ=8,8192,0,91601,11.1817626953125
SSDSD,λ=8,8192,0,110785,13.5235595703125
SSDSD,λ=8,8192,0,95361,11.6407470703125
SSDSD,λ=8,8192,0,93105,11.3653564453125
SSDSD,λ=8,8192,0,84945,10.3692626953125
SSDSD,λ=8,8192,0,85041,10.3809814453125
SSDSD,λ=8,8192,0,90033,10.9903564453125
SSDSD,λ=8,8192,0,102153,12.4698486328125
SSDSD,λ=8,8192,0,89297,10.9005126953125
SSDSD,λ=8,8192,0,80529,9.8302001953125
SSDSD,λ=8,8192,0,89329,10.9044189453125
SSDSD,λ=8,8192,0,96609,11.7930908203125
SSDSD,λ=8,8192,0,100873,12.3135986328125
SSDSD,λ=8,8192,0,88065,10.7501220703125
SSDSD,λ=8,8192,0,90689,11.0704345703125
SSDSD,λ=8,8192,0,96633,11.7960205078125
SSDSD,λ=8,8192,0,84665,10.3350830078125
SSDSD,λ=8,8192,0,89129,10.8800048828125
SSDSD,λ=8,8192,0,108217,13.2100830078125
SSDSD,λ=8,8192,0,108841,13.2862548828125
SSDSD,λ=8,8192,0,103793,12.6700439453125
SSDSD,λ=8,8192,0,92137,11.2471923828125
SSDSD,λ=8,8192,0,107529,13.1260986328125
SSDSD,λ=8,8192,0,93297,11.3887939453125
SSDSD,λ=8,8192,0,92305,11.2677001953125
SSDSD,λ=8,8192,0,99161,12.1046142578125
SSDSD,λ=8,8192,0,91281,11.1427001953125
SSDSD,λ=8,8192,0,100465,12.2637939453125
SSDSD,λ=8,8192,0,78745,9.6124267578125
SSDSD,λ=8,8192,0,86593,10.5704345703125
SSDSD,λ=8,8192,0,89777,10.9591064453125
SSDSD,λ=8,8192,0,90841,11.0889892578125
SSDSD,λ=8,8192,0,95649,11.6759033203125
SSDSD,λ=8,8192,0,85841,10.4786376953125
SSDSD,λ=8,8192,0,86601,10.5714111328125
SSDSD,λ=8,8192,0,90425,11.0382080078125
SSDSD,λ=8,8192,0,96809,11.8175048828125
SSDSD,λ=8,8192,0,111185,13.5723876953125
SSDSD,λ=8,8192,0,92705,11.3165283203125
SSDSD,λ=8,8192,0,89713,10.9512939453125
SSDSD,λ=8,8192,0,97977,11.9600830078125
SSDSD,λ=8,8192,0,90321,11.0255126953125
SSDSD,λ=8,8192,0,90537,11.0518798828125
SSDSD,λ=8,8192,0,87337,10.6612548828125
SSDSD,λ=8,8192,0,97457,11.8966064453125
SSDSD,λ=8,8192,0,91841,11.2110595703125
SSDSD,λ=8,8192,0,81665,9.9688720703125
SSDSD,λ=8,8192,0,92289,11.2657470703125
SSDSD,λ=8,8192,0,96737,11.8087158203125
SSDSD,λ=8,8192,0,91353,11.1514892578125
SSDSD,λ=8,8192,0,91897,11.2178955078125
SSDSD,λ=8,8192,0,93217,11.3790283203125
SSDSD,λ=8,8192,0,94625,11.5509033203125
SSDSD,λ=8,8192,0,88497,10.8028564453125
SSDSD,λ=8,8192,0,94353,11.5177001953125
SSDSD,λ=8,8192,0,89969,10.9825439453125
SSDSD,λ=8,8192,0,101593,12.4014892578125
SSDSD,λ=8,8192,0,97257,11.8721923828125
SRDSD,λ=8,8192,0,69569,8.4923095703125
SRDSD,λ=8,8192,0,64537,7.8780517578125
SRDSD,λ=8,8192,0,79801,9.7413330078125
SRDSD,λ=8,8192,0,74641,9.1114501953125
SRDSD,λ=8,8192,0,70529,8.6094970703125
SRDSD,λ=8,8192,0,82681,10.0928955078125
SRDSD,λ=8,8192,0,72705,8.8751220703125
SRDSD,λ=8,8192,0,72409,8.8389892578125
SRDSD,λ=8,8192,0,74633,9.1104736328125
SRDSD,λ=8,8192,0,70561,8.6134033203125
SRDSD,λ=8,8192,0,67049,8.1846923828125
SRDSD,λ=8,8192,0,71665,8.7481689453125
SRDSD,λ=8,8192,0,75417,9.2061767578125
SRDSD,λ=8,8192,0,72313,8.8272705078125
SRDSD,λ=8,8192,0,79761,9.7364501953125
SRDSD,λ=8,8192,0,67017,8.1807861328125
SRDSD,λ=8,8192,0,71793,8.7637939453125
SRDSD,λ=8,8192,0,66809,8.1553955078125
SRDSD,λ=8,8192,0,71449,8.7218017578125
SRDSD,λ=8,8192,0,77249,9.4298095703125
SRDSD,λ=8,8192,0,68097,8.3126220703125
SRDSD,λ=8,8192,0,70441,8.5987548828125
SRDSD,λ=8,8192,0,92113,11.2442626953125
SRDSD,λ=8,8192,0,77337,9.4405517578125
SRDSD,λ=8,8192,0,71985,8.7872314453125
SRDSD,λ=8,8192,0,70849,8.6485595703125
SRDSD,λ=8,8192,0,73249,8.9415283203125
SRDSD,λ=8,8192,0,77201,9.4239501953125
SRDSD,λ=8,8192,0,78393,9.5694580078125
SRDSD,λ=8,8192,0,78681,9.6046142578125
SRDSD,λ=8,8192,0,76881,9.3848876953125
SRDSD,λ=8,8192,0,75001,9.1553955078125
SRDSD,λ=8,8192,0,62057,7.5753173828125
SRDSD,λ=8,8192,0,78121,9.5362548828125
SRDSD,λ=8,8192,0,74337,9.0743408203125
SRDSD,λ=8,8192,0,67905,8.2891845703125
SRDSD,λ=8,8192,0,68553,8.3682861328125
SRDSD,λ=8,8192,0,83089,10.1427001953125
SRDSD,λ=8,8192,0,76321,9.3165283203125
SRDSD,λ=8,8192,0,71001,8.6671142578125
SRDSD,λ=8,8192,0,75089,9.1661376953125
SRDSD,λ=8,8192,0,68217,8.3272705078125
SRDSD,λ=8,8192,0,75281,9.1895751953125
SRDSD,λ=8,8192,0,69025,8.4259033203125
SRDSD,λ=8,8192,0,74385,9.0802001953125
SRDSD,λ=8,8192,0,65849,8.0382080078125
SRDSD,λ=8,8192,0,74345,9.0753173828125
SRDSD,λ=8,8192,0,72721,8.8770751953125
SRDSD,λ=8,8192,0,69281,8.4571533203125
SRDSD,λ=8,8192,0,77545,9.4659423828125
SRDSD,λ=8,8192,0,67769,8.2725830078125
SRDSD,λ=8,8192,0,66353,8.0997314453125
SRDSD,λ=8,8192,0,69929,8.5362548828125
SRDSD,λ=8,8192,0,64361,7.8565673828125
SRDSD,λ=8,8192,0,66049,8.0626220703125
SRDSD,λ=8,8192,0,82801,10.1075439453125
SRDSD,λ=8,8192,0,66529,8.1212158203125
SRDSD,λ=8,8192,0,74713,9.1202392578125
SRDSD,λ=8,8192,0,82745,10.1007080078125
SRDSD,λ=8,8192,0,69401,8.4718017578125
SRDSD,λ=8,8192,0,70753,8.6368408203125
SRDSD,λ=8,8192,0,74609,9.1075439453125
SRDSD,λ=8,8192,0,77025,9.4024658203125
SRDSD,λ=8,8192,0,74057,9.0401611328125
SRDSD,λ=8,8192,0,74985,9.1534423828125
SRDSD,λ=8,8192,0,67865,8.2843017578125
SRDSD,λ=8,8192,0,73521,8.9747314453125
SRDSD,λ=8,8192,0,72681,8.8721923828125
SRDSD,λ=8,8192,0,77465,9.4561767578125
SRDSD,λ=8,8192,0,72585,8.8604736328125
SRDSD,λ=8,8192,0,72329,8.8292236328125
SRDSD,λ=8,8192,0,72641,8.8673095703125
SRDSD,λ=8,8192,0,64265,7.8448486328125
SRDSD,λ=8,8192,0,77377,9.4454345703125
SRDSD,λ=8,8192,0,73297,8.9473876953125
SRDSD,λ=8,8192,0,84697,10.3389892578125
SRDSD,λ=8,8192,0,77489,9.4591064453125
SRDSD,λ=8,8192,0,76713,9.3643798828125
SRDSD,λ=8,8192,0,75809,9.2540283203125
SRDSD,λ=8,8192,0,76273,9.3106689453125
SRDSD,λ=8,8192,0,70633,8.6221923828125
SRDSD,λ=8,8192,0,77849,9.5030517578125
SRDSD,λ=8,8192,0,69273,8.4561767578125
SRDSD,λ=8,8192,0,72345,8.8311767578125
SRDSD,λ=8,8192,0,70649,8.6241455078125
SRDSD,λ=8,8192,0,68537,8.3663330078125
SRDSD,λ=8,8192,0,74049,9.0391845703125
SRDSD,λ=8,8192,0,82041,10.0147705078125
SRDSD,λ=8,8192,0,69593,8.4952392578125
SRDSD,λ=8,8192,0,71409,8.7169189453125
SRDSD,λ=8,8192,0,78185,9.5440673828125
SRDSD,λ=8,8192,0,72593,8.8614501953125
SRDSD,λ=8,8192,0,69201,8.4473876953125
SRDSD,λ=8,8192,0,81929,10.0010986328125
SRDSD,λ=8,8192,0,73665,8.9923095703125
SRDSD,λ=8,8192,0,75713,9.2423095703125
SRDSD,λ=8,8192,0,71785,8.7628173828125
SRDSD,λ=8,8192,0,79545,9.7100830078125
SRDSD,λ=8,8192,0,63377,7.7364501953125
SRDSD,λ=8,8192,0,81417,9.9385986328125
SHDSD,λ=8,8192,0,68993,8.4219970703125
SHDSD,λ=8,8192,0,68689,8.3848876953125
SHDSD,λ=8,8192,0,65769,8.0284423828125
SHDSD,λ=8,8192,0,70833,8.6466064453125
SHDSD,λ=8,8192,0,68841,8.4034423828125
SHDSD,λ=8,8192,0,66953,8.1729736328125
SHDSD,λ=8,8192,0,70809,8.6436767578125
SHDSD,λ=8,8192,0,68761,8.3936767578125
SHDSD,λ=8,8192,0,73593,8.9835205078125
SHDSD,λ=8,8192,0,68657,8.3809814453125
SHDSD,λ=8,8192,0,64753,7.9044189453125
SHDSD,λ=8,8192,0,73201,8.9356689453125
SHDSD,λ=8,8192,0,71025,8.6700439453125
SHDSD,λ=8,8192,0,73257,8.9425048828125
SHDSD,λ=8,8192,0,73953,9.0274658203125
SHDSD,λ=8,8192,0,69897,8.5323486328125
SHDSD,λ=8,8192,0,70681,8.6280517578125
SHDSD,λ=8,8192,0,74657,9.1134033203125
SHDSD,λ=8,8192,0,64809,7.9112548828125
SHDSD,λ=8,8192,0,65089,7.9454345703125
SHDSD,λ=8,8192,0,62801,7.6661376953125
SHDSD,λ=8,8192,0,59993,7.3233642578125
SHDSD,λ=8,8192,0,70737,8.6348876953125
SHDSD,λ=8,8192,0,77249,9.4298095703125
SHDSD,λ=8,8192,0,66553,8.1241455078125
SHDSD,λ=8,8192,0,64913,7.9239501953125
SHDSD,λ=8,8192,0,63905,7.8009033203125
SHDSD,λ=8,8192,0,73753,9.0030517578125
SHDSD,λ=8,8192,0,71401,8.7159423828125
SHDSD,λ=8,8192,0,65449,7.9893798828125
SHDSD,λ=8,8192,0,70289,8.5802001953125
SHDSD,λ=8,8192,0,69585,8.4942626953125
SHDSD,λ=8,8192,0,74153,9.0518798828125
SHDSD,λ=8,8192,0,72777,8.8839111328125
SHDSD,λ=8,8192,0,71457,8.7227783203125
SHDSD,λ=8,8192,0,79409,9.6934814453125
SHDSD,λ=8,8192,0,65945,8.0499267578125
SHDSD,λ=8,8192,0,66041,8.0616455078125
SHDSD,λ=8,8192,0,79169,9.6641845703125
SHDSD,λ=8,8192,0,71241,8.6964111328125
SHDSD,λ=8,8192,0,60401,7.3731689453125
SHDSD,λ=8,8192,0,62233,7.5968017578125
SHDSD,λ=8,8192,0,63001,7.6905517578125
SHDSD,λ=8,8192,0,65937,8.0489501953125
SHDSD,λ=8,8192,0,69561,8.4913330078125
SHDSD,λ=8,8192,0,60137,7.3409423828125
SHDSD,λ=8,8192,0,65697,8.0196533203125
SHDSD,λ=8,8192,0,65593,8.0069580078125
SHDSD,λ=8,8192,0,64889,7.9210205078125
SHDSD,λ=8,8192,0,69401,8.4718017578125
SHDSD,λ=8,8192,0,71273,8.7003173828125
SHDSD,λ=8,8192,0,68313,8.3389892578125
SHDSD,λ=8,8192,0,74505,9.0948486328125
SHDSD,λ=8,8192,0,65153,7.9532470703125
SHDSD,λ=8,8192,0,67481,8.2374267578125
SHDSD,λ=8,8192,0,63897,7.7999267578125
SHDSD,λ=8,8192,0,71721,8.7550048828125
SHDSD,λ=8,8192,0,65209,7.9600830078125
SHDSD,λ=8,8192,0,78633,9.5987548828125
SHDSD,λ=8,8192,0,64609,7.8868408203125
SHDSD,λ=8,8192,0,71009,8.6680908203125
SHDSD,λ=8,8192,0,82489,10.0694580078125
SHDSD,λ=8,8192,0,72145,8.8067626953125
SHDSD,λ=8,8192,0,68185,8.3233642578125
SHDSD,λ=8,8192,0,64257,7.8438720703125
SHDSD,λ=8,8192,0,67121,8.1934814453125
SHDSD,λ=8,8192,0,68481,8.3594970703125
SHDSD,λ=8,8192,0,70617,8.6202392578125
SHDSD,λ=8,8192,0,70201,8.5694580078125
SHDSD,λ=8,8192,0,73297,8.9473876953125
SHDSD,λ=8,8192,0,70537,8.6104736328125
SHDSD,λ=8,8192,0,75473,9.2130126953125
SHDSD,λ=8,8192,0,68497,8.3614501953125
SHDSD,λ=8,8192,0,81881,9.9952392578125
SHDSD,λ=8,8192,0,64409,7.8624267578125
SHDSD,λ=8,8192,0,69865,8.5284423828125
SHDSD,λ=8,8192,0,68297,8.3370361328125
SHDSD,λ=8,8192,0,70897,8.6544189453125
SHDSD,λ=8,8192,0,66505,8.1182861328125
SHDSD,λ=8,8192,0,69449,8.4776611328125
SHDSD,λ=8,8192,0,70305,8.5821533203125
SHDSD,λ=8,8192,0,73417,8.9620361328125
SHDSD,λ=8,8192,0,69633,8.5001220703125
SHDSD,λ=8,8192,0,66801,8.1544189453125
SHDSD,λ=8,8192,0,72209,8.8145751953125
SHDSD,λ=8,8192,0,67297,8.2149658203125
SHDSD,λ=8,8192,0,71409,8.7169189453125
SHDSD,λ=8,8192,0,69753,8.5147705078125
SHDSD,λ=8,8192,0,70385,8.5919189453125
SHDSD,λ=8,8192,0,74585,9.1046142578125
SHDSD,λ=8,8192,0,59769,7.2960205078125
SHDSD,λ=8,8192,0,74553,9.1007080078125
SHDSD,λ=8,8192,0,69145,8.4405517578125
SHDSD,λ=8,8192,0,67225,8.2061767578125
SHDSD,λ=8,8192,0,71177,8.6885986328125
SHLSD,λ=8,8192,0,75025,9.1583251953125
SHLSD,λ=8,8192,0,76161,9.2969970703125
SHLSD,λ=8,8192,0,80137,9.7823486328125
SHLSD,λ=8,8192,0,69057,8.4298095703125
SHLSD,λ=8,8192,0,67785,8.2745361328125
SHLSD,λ=8,8192,0,69721,8.5108642578125
SHLSD,λ=8,8192,0,72857,8.8936767578125
SHLSD,λ=8,8192,0,65929,8.0479736328125
SHLSD,λ=8,8192,0,74673,9.1153564453125
SHLSD,λ=8,8192,0,70065,8.5528564453125
SHLSD,λ=8,8192,0,72489,8.8487548828125
SHLSD,λ=8,8192,0,72801,8.8868408203125
SHLSD,λ=8,8192,0,71225,8.6944580078125
SHLSD,λ=8,8192,0,70337,8.5860595703125
SHLSD,λ=8,8192,0,68593,8.3731689453125
SHLSD,λ=8,8192,0,71025,8.6700439453125
SHLSD,λ=8,8192,0,76505,9.3389892578125
SHLSD,λ=8,8192,0,65201,7.9591064453125
SHLSD,λ=8,8192,0,64577,7.8829345703125
SHLSD,λ=8,8192,0,70369,8.5899658203125
SHLSD,λ=8,8192,0,66913,8.1680908203125
SHLSD,λ=8,8192,0,75753,9.2471923828125
SHLSD,λ=8,8192,0,64129,7.8282470703125
SHLSD,λ=8,8192,0,69969,8.5411376953125
SHLSD,λ=8,8192,0,68617,8.3760986328125
SHLSD,λ=8,8192,0,72481,8.8477783203125
SHLSD,λ=8,8192,0,70841,8.6475830078125
SHLSD,λ=8,8192,0,64001,7.8126220703125
SHLSD,λ=8,8192,0,71657,8.7471923828125
SHLSD,λ=8,8192,0,64489,7.8721923828125
SHLSD,λ=8,8192,0,74497,9.0938720703125
SHLSD,λ=8,8192,0,71401,8.7159423828125
SHLSD,λ=8,8192,0,67417,8.2296142578125
SHLSD,λ=8,8192,0,67353,8.2218017578125
SHLSD,λ=8,8192,0,75185,9.1778564453125
SHLSD,λ=8,8192,0,71617,8.7423095703125
SHLSD,λ=8,8192,0,82361,10.0538330078125
SHLSD,λ=8,8192,0,80089,9.7764892578125
SHLSD,λ=8,8192,0,75633,9.2325439453125
SHLSD,λ=8,8192,0,78785,9.6173095703125
SHLSD,λ=8,8192,0,81145,9.9053955078125
SHLSD,λ=8,8192,0,70153,8.5635986328125
SHLSD,λ=8,8192,0,78393,9.5694580078125
SHLSD,λ=8,8192,0,70825,8.6456298828125
SHLSD,λ=8,8192,0,67169,8.1993408203125
SHLSD,λ=8,8192,0,79889,9.7520751953125
SHLSD,λ=8,8192,0,69825,8.5235595703125
SHLSD,λ=8,8192,0,65729,8.0235595703125
SHLSD,λ=8,8192,0,64697,7.8975830078125
SHLSD,λ=8,8192,0,68985,8.4210205078125
SHLSD,λ=8,8192,0,71241,8.6964111328125
SHLSD,λ=8,8192,0,73641,8.9893798828125
SHLSD,λ=8,8192,0,68089,8.3116455078125
SHLSD,λ=8,8192,0,79729,9.7325439453125
SHLSD,λ=8,8192,0,67841,8.2813720703125
SHLSD,λ=8,8192,0,69089,8.4337158203125
SHLSD,λ=8,8192,0,77833,9.5010986328125
SHLSD,λ=8,8192,0,91577,11.1788330078125
SHLSD,λ=8,8192,0,81769,9.9815673828125
SHLSD,λ=8,8192,0,71273,8.7003173828125
SHLSD,λ=8,8192,0,67145,8.1964111328125
SHLSD,λ=8,8192,0,80209,9.7911376953125
SHLSD,λ=8,8192,0,70785,8.6407470703125
SHLSD,λ=8,8192,0,66321,8.0958251953125
SHLSD,λ=8,8192,0,63569,7.7598876953125
SHLSD,λ=8,8192,0,61601,7.5196533203125
SHLSD,λ=8,8192,0,73489,8.9708251953125
SHLSD,λ=8,8192,0,62657,7.6485595703125
SHLSD,λ=8,8192,0,73225,8.9385986328125
SHLSD,λ=8,8192,0,71649,8.7462158203125
SHLSD,λ=8,8192,0,75217,9.1817626953125
SHLSD,λ=8,8192,0,75065,9.1632080078125
SHLSD,λ=8,8192,0,69377,8.4688720703125
SHLSD,λ=8,8192,0,77377,9.4454345703125
SHLSD,λ=8,8192,0,68897,8.4102783203125
SHLSD,λ=8,8192,0,70409,8.5948486328125
SHLSD,λ=8,8192,0,71553,8.7344970703125
SHLSD,λ=8,8192,0,73785,9.0069580078125
SHLSD,λ=8,8192,0,65345,7.9766845703125
SHLSD,λ=8,8192,0,68497,8.3614501953125
SHLSD,λ=8,8192,0,76553,9.3448486328125
SHLSD,λ=8,8192,0,67665,8.2598876953125
SHLSD,λ=8,8192,0,75897,9.2647705078125
SHLSD,λ=8,8192,0,70465,8.6016845703125
SHLSD,λ=8,8192,0,63233,7.7188720703125
SHLSD,λ=8,8192,0,71921,8.7794189453125
SHLSD,λ=8,8192,0,68721,8.3887939453125
SHLSD,λ=8,8192,0,67849,8.2823486328125
SHLSD,λ=8,8192,0,65721,8.0225830078125
SHLSD,λ=8,8192,0,69113,8.4366455078125
SHLSD,λ=8,8192,0,80097,9.7774658203125
SHLSD,λ=8,8192,0,69241,8.4522705078125
SHLSD,λ=8,8192,0,65217,7.9610595703125
SHLSD,λ=8,8192,0,65809,8.0333251953125
SHLSD,λ=8,8192,0,71049,8.6729736328125
SHLSD,λ=8,8192,0,61697,7.5313720703125
SHLSD,λ=8,8192,0,62329,7.6085205078125
SHLSD,λ=8,8192,0,66081,8.0665283203125
SHLSD,λ=8,8192,0,66993,8.1778564453125
SRLSD,λ=8,8192,0,69905,8.5333251953125
SRLSD,λ=8,8192,0,70873,8.6514892578125
SRLSD,λ=8,8192,0,77489,9.4591064453125
SRLSD,λ=8,8192,0,69865,8.5284423828125
SRLSD,λ=8,8192,0,79233,9.6719970703125
SRLSD,λ=8,8192,0,75369,9.2003173828125
SRLSD,λ=8,8192,0,87761,10.7130126953125
SRLSD,λ=8,8192,0,75513,9.2178955078125
SRLSD,λ=8,8192,0,69697,8.5079345703125
SRLSD,λ=8,8192,0,73345,8.9532470703125
SRLSD,λ=8,8192,0,81713,9.9747314453125
SRLSD,λ=8,8192,0,73769,9.0050048828125
SRLSD,λ=8,8192,0,69465,8.4796142578125
SRLSD,λ=8,8192,0,80785,9.8614501953125
SRLSD,λ=8,8192,0,73945,9.0264892578125
SRLSD,λ=8,8192,0,64033,7.8165283203125
SRLSD,λ=8,8192,0,70777,8.6397705078125
SRLSD,λ=8,8192,0,68129,8.3165283203125
SRLSD,λ=8,8192,0,70561,8.6134033203125
SRLSD,λ=8,8192,0,73449,8.9659423828125
SRLSD,λ=8,8192,0,85001,10.3760986328125
SRLSD,λ=8,8192,0,74657,9.1134033203125
SRLSD,λ=8,8192,0,72841,8.8917236328125
SRLSD,λ=8,8192,0,79097,9.6553955078125
SRLSD,λ=8,8192,0,79217,9.6700439453125
SRLSD,λ=8,8192,0,75441,9.2091064453125
SRLSD,λ=8,8192,0,84265,10.2862548828125
SRLSD,λ=8,8192,0,69809,8.5216064453125
SRLSD,λ=8,8192,0,77961,9.5167236328125
SRLSD,λ=8,8192,0,85201,10.4005126953125
SRLSD,λ=8,8192,0,73089,8.9219970703125
SRLSD,λ=8,8192,0,67929,8.2921142578125
SRLSD,λ=8,8192,0,77529,9.4639892578125
SRLSD,λ=8,8192,0,73929,9.0245361328125
SRLSD,λ=8,8192,0,81041,9.8927001953125
SRLSD,λ=8,8192,0,75633,9.2325439453125
SRLSD,λ=8,8192,0,83681,10.2149658203125
SRLSD,λ=8,8192,0,73609,8.9854736328125
SRLSD,λ=8,8192,0,79065,9.6514892578125
SRLSD,λ=8,8192,0,66657,8.1368408203125
SRLSD,λ=8,8192,0,79457,9.6993408203125
SRLSD,λ=8,8192,0,78041,9.5264892578125
SRLSD,λ=8,8192,0,69521,8.4864501953125
SRLSD,λ=8,8192,0,75073,9.1641845703125
SRLSD,λ=8,8192,0,67289,8.2139892578125
SRLSD,λ=8,8192,0,73377,8.9571533203125
SRLSD,λ=8,8192,0,72897,8.8985595703125
SRLSD,λ=8,8192,0,69417,8.4737548828125
SRLSD,λ=8,8192,0,73001,8.9112548828125
SRLSD,λ=8,8192,0,71121,8.6817626953125
SRLSD,λ=8,8192,0,78705,9.6075439453125
SRLSD,λ=8,8192,0,71113,8.6807861328125
SRLSD,λ=8,8192,0,68505,8.3624267578125
SRLSD,λ=8,8192,0,70105,8.5577392578125
SRLSD,λ=8,8192,0,71193,8.6905517578125
SRLSD,λ=8,8192,0,71769,8.7608642578125
SRLSD,λ=8,8192,0,78081,9.5313720703125
SRLSD,λ=8,8192,0,82297,10.0460205078125
SRLSD,λ=8,8192,0,74073,9.0421142578125
SRLSD,λ=8,8192,0,68521,8.3643798828125
SRLSD,λ=8,8192,0,80945,9.8809814453125
SRLSD,λ=8,8192,0,80369,9.8106689453125
SRLSD,λ=8,8192,0,64521,7.8760986328125
SRLSD,λ=8,8192,0,75065,9.1632080078125
SRLSD,λ=8,8192,0,78937,9.6358642578125
SRLSD,λ=8,8192,0,73457,8.9669189453125
SRLSD,λ=8,8192,0,90769,11.0802001953125
SRLSD,λ=8,8192,0,66929,8.1700439453125
SRLSD,λ=8,8192,0,78953,9.6378173828125
SRLSD,λ=8,8192,0,70513,8.6075439453125
SRLSD,λ=8,8192,0,74617,9.1085205078125
SRLSD,λ=8,8192,0,70705,8.6309814453125
SRLSD,λ=8,8192,0,70457,8.6007080078125
SRLSD,λ=8,8192,0,84241,10.2833251953125
SRLSD,λ=8,8192,0,68545,8.3673095703125
SRLSD,λ=8,8192,0,80337,9.8067626953125
SRLSD,λ=8,8192,0,67849,8.2823486328125
SRLSD,λ=8,8192,0,72825,8.8897705078125
SRLSD,λ=8,8192,0,85441,10.4298095703125
SRLSD,λ=8,8192,0,87441,10.6739501953125
SRLSD,λ=8,8192,0,71689,8.7510986328125
SRLSD,λ=8,8192,0,69633,8.5001220703125
SRLSD,λ=8,8192,0,67441,8.2325439453125
SRLSD,λ=8,8192,0,84865,10.3594970703125
SRLSD,λ=8,8192,0,62281,7.6026611328125
SRLSD,λ=8,8192,0,74425,9.0850830078125
SRLSD,λ=8,8192,0,73617,8.9864501953125
SRLSD,λ=8,8192,0,68273,8.3341064453125
SRLSD,λ=8,8192,0,73657,8.9913330078125
SRLSD,λ=8,8192,0,77905,9.5098876953125
SRLSD,λ=8,8192,0,71201,8.6915283203125
SRLSD,λ=8,8192,0,67977,8.2979736328125
SRLSD,λ=8,8192,0,72025,8.7921142578125
SRLSD,λ=8,8192,0,77969,9.5177001953125
SRLSD,λ=8,8192,0,72281,8.8233642578125
SRLSD,λ=8,8192,0,69137,8.4395751953125
SRLSD,λ=8,8192,0,87817,10.7198486328125
SRLSD,λ=8,8192,0,78657,9.6016845703125
SSLSD,λ=8,8192,0,97097,11.8526611328125
SSLSD,λ=8,8192,0,96361,11.7628173828125
SSLSD,λ=8,8192,0,93697,11.4376220703125
SSLSD,λ=8,8192,0,92377,11.2764892578125
SSLSD,λ=8,8192,0,98241,11.9923095703125
SSLSD,λ=8,8192,0,99841,12.1876220703125
SSLSD,λ=8,8192,0,81753,9.9796142578125
SSLSD,λ=8,8192,0,92505,11.2921142578125
SSLSD,λ=8,8192,0,112953,13.7882080078125
SSLSD,λ=8,8192,0,92017,11.2325439453125
SSLSD,λ=8,8192,0,108673,13.2657470703125
SSLSD,λ=8,8192,0,83817,10.2315673828125
SSLSD,λ=8,8192,0,91953,11.2247314453125
SSLSD,λ=8,8192,0,85329,10.4161376953125
SSLSD,λ=8,8192,0,86785,10.5938720703125
SSLSD,λ=8,8192,0,84841,10.3565673828125
SSLSD,λ=8,8192,0,88905,10.8526611328125
SSLSD,λ=8,8192,0,93809,11.4512939453125
SSLSD,λ=8,8192,0,104025,12.6983642578125
SSLSD,λ=8,8192,0,110081,13.4376220703125
SSLSD,λ=8,8192,0,95705,11.6827392578125
SSLSD,λ=8,8192,0,118569,14.4737548828125
SSLSD,λ=8,8192,0,86673,10.5802001953125
SSLSD,λ=8,8192,0,97481,11.8995361328125
SSLSD,λ=8,8192,0,95561,11.6651611328125
SSLSD,λ=8,8192,0,148145,18.0841064453125
SSLSD,λ=8,8192,0,92785,11.3262939453125
SSLSD,λ=8,8192,0,98009,11.9639892578125
SSLSD,λ=8,8192,0,95097,11.6085205078125
SSLSD,λ=8,8192,0,90929,11.0997314453125
SSLSD,λ=8,8192,0,94609,11.5489501953125
SSLSD,λ=8,8192,0,101585,12.4005126953125
SSLSD,λ=8,8192,0,110409,13.4776611328125
SSLSD,λ=8,8192,0,108513,13.2462158203125
SSLSD,λ=8,8192,0,94409,11.5245361328125
SSLSD,λ=8,8192,0,85185,10.3985595703125
SSLSD,λ=8,8192,0,86433,10.5509033203125
SSLSD,λ=8,8192,0,90201,11.0108642578125
SSLSD,λ=8,8192,0,97089,11.8516845703125
SSLSD,λ=8,8192,0,96777,11.8135986328125
SSLSD,λ=8,8192,0,88017,10.7442626953125
SSLSD,λ=8,8192,0,88817,10.8419189453125
SSLSD,λ=8,8192,0,103113,12.5870361328125
SSLSD,λ=8,8192,0,98817,12.0626220703125
SSLSD,λ=8,8192,0,110489,13.4874267578125
SSLSD,λ=8,8192,0,96657,11.7989501953125
SSLSD,λ=8,8192,0,90337,11.0274658203125
SSLSD,λ=8,8192,0,102073,12.4600830078125
SSLSD,λ=8,8192,0,107441,13.1153564453125
SSLSD,λ=8,8192,0,99985,12.2052001953125
SSLSD,λ=8,8192,0,111953,13.6661376953125
SSLSD,λ=8,8192,0,90809,11.0850830078125
SSLSD,λ=8,8192,0,90889,11.0948486328125
SSLSD,λ=8,8192,0,98377,12.0089111328125
SSLSD,λ=8,8192,0,125689,15.3428955078125
SSLSD,λ=8,8192,0,119081,14.5362548828125
SSLSD,λ=8,8192,0,96001,11.7188720703125
SSLSD,λ=8,8192,0,112705,13.7579345703125
SSLSD,λ=8,8192,0,93033,11.3565673828125
SSLSD,λ=8,8192,0,89873,10.9708251953125
SSLSD,λ=8,8192,0,84521,10.3175048828125
SSLSD,λ=8,8192,0,89593,10.9366455078125
SSLSD,λ=8,8192,0,111569,13.6192626953125
SSLSD,λ=8,8192,0,93473,11.4102783203125
SSLSD,λ=8,8192,0,95489,11.6563720703125
SSLSD,λ=8,8192,0,100977,12.3262939453125
SSLSD,λ=8,8192,0,90369,11.0313720703125
SSLSD,λ=8,8192,0,94641,11.5528564453125
SSLSD,λ=8,8192,0,115153,14.0567626953125
SSLSD,λ=8,8192,0,104289,12.7305908203125
SSLSD,λ=8,8192,0,108233,13.2120361328125
SSLSD,λ=8,8192,0,91569,11.1778564453125
SSLSD,λ=8,8192,0,96625,11.7950439453125
SSLSD,λ=8,8192,0,98673,12.0450439453125
SSLSD,λ=8,8192,0,100481,12.2657470703125
SSLSD,λ=8,8192,0,116529,14.2247314453125
SSLSD,λ=8,8192,0,93113,11.3663330078125
SSLSD,λ=8,8192,0,92241,11.2598876953125
SSLSD,λ=8,8192,0,89977,10.9835205078125
SSLSD,λ=8,8192,0,102545,12.5177001953125
SSLSD,λ=8,8192,0,111185,13.5723876953125
SSLSD,λ=8,8192,0,98729,12.0518798828125
SSLSD,λ=8,8192,0,102865,12.5567626953125
SSLSD,λ=8,8192,0,88737,10.8321533203125
SSLSD,λ=8,8192,0,89633,10.9415283203125
SSLSD,λ=8,8192,0,97081,11.8507080078125
SSLSD,λ=8,8192,0,97545,11.9073486328125
SSLSD,λ=8,8192,0,84905,10.3643798828125
SSLSD,λ=8,8192,0,85193,10.3995361328125
SSLSD,λ=8,8192,0,91841,11.2110595703125
SSLSD,λ=8,8192,0,107857,13.1661376953125
SSLSD,λ=8,8192,0,99361,12.1290283203125
SSLSD,λ=8,8192,0,84513,10.3165283203125
SSLSD,λ=8,8192,0,95057,11.6036376953125
SSLSD,λ=8,8192,0,88481,10.8009033203125
SSLSD,λ=8,8192,0,95961,11.7139892578125
SSLSD,λ=8,8192,0,88545,10.8087158203125
SSLSD,λ=8,8192,0,96801,11.8165283203125
SSDMD,λ=8,8192,0,98177,11.9844970703125
SSDMD,λ=8,8192,0,99457,12.1407470703125
SSDMD,λ=8,8192,0,89073,10.8731689453125
SSDMD,λ=8,8192,0,97593,11.9132080078125
SSDMD,λ=8,8192,0,87201,10.6446533203125
SSDMD,λ=8,8192,0,88609,10.8165283203125
SSDMD,λ=8,8192,0,109857,13.4102783203125
SSDMD,λ=8,8192,0,98849,12.0665283203125
SSDMD,λ=8,8192,0,95193,11.6202392578125
SSDMD,λ=8,8192,0,91633,11.1856689453125
SSDMD,λ=8,8192,0,100217,12.2335205078125
SSDMD,λ=8,8192,0,92057,11.2374267578125
SSDMD,λ=8,8192,0,89121,10.8790283203125
SSDMD,λ=8,8192,0,95937,11.7110595703125
SSDMD,λ=8,8192,0,92393,11.2784423828125
SSDMD,λ=8,8192,0,100881,12.3145751953125
SSDMD,λ=8,8192,0,85121,10.3907470703125
SSDMD,λ=8,8192,0,99145,12.1026611328125
SSDMD,λ=8,8192,0,94497,11.5352783203125
SSDMD,λ=8,8192,0,90577,11.0567626953125
SSDMD,λ=8,8192,0,80089,9.7764892578125
SSDMD,λ=8,8192,0,85385,10.4229736328125
SSDMD,λ=8,8192,0,100777,12.3018798828125
SSDMD,λ=8,8192,0,93241,11.3819580078125
SSDMD,λ=8,8192,0,99777,12.1798095703125
SSDMD,λ=8,8192,0,104049,12.7012939453125
SSDMD,λ=8,8192,0,87033,10.6241455078125
SSDMD,λ=8,8192,0,86209,10.5235595703125
SSDMD,λ=8,8192,0,101017,12.3311767578125
SSDMD,λ=8,8192,0,93985,11.4727783203125
SSDMD,λ=8,8192,0,101985,12.4493408203125
SSDMD,λ=8,8192,0,108409,13.2335205078125
SSDMD,λ=8,8192,0,97089,11.8516845703125
SSDMD,λ=8,8192,0,103129,12.5889892578125
SSDMD,λ=8,8192,0,97129,11.8565673828125
SSDMD,λ=8,8192,0,136865,16.7071533203125
SSDMD,λ=8,8192,0,87297,10.6563720703125
SSDMD,λ=8,8192,0,94809,11.5733642578125
SSDMD,λ=8,8192,0,100473,12.2647705078125
SSDMD,λ=8,8192,0,107913,13.1729736328125
SSDMD,λ=8,8192,0,129801,15.8448486328125
SSDMD,λ=8,8192,0,88745,10.8331298828125
SSDMD,λ=8,8192,0,97409,11.8907470703125
SSDMD,λ=8,8192,0,88185,10.7647705078125
SSDMD,λ=8,8192,0,90337,11.0274658203125
SSDMD,λ=8,8192,0,93873,11.4591064453125
SSDMD,λ=8,8192,0,101873,12.4356689453125
SSDMD,λ=8,8192,0,94177,11.4962158203125
SSDMD,λ=8,8192,0,90945,11.1016845703125
SSDMD,λ=8,8192,0,96081,11.7286376953125
SSDMD,λ=8,8192,0,87345,10.6622314453125
SSDMD,λ=8,8192,0,95017,11.5987548828125
SSDMD,λ=8,8192,0,93369,11.3975830078125
SSDMD,λ=8,8192,0,99281,12.1192626953125
SSDMD,λ=8,8192,0,108025,13.1866455078125
SSDMD,λ=8,8192,0,91401,11.1573486328125
SSDMD,λ=8,8192,0,125049,15.2647705078125
SSDMD,λ=8,8192,0,97633,11.9180908203125
SSDMD,λ=8,8192,0,94449,11.5294189453125
SSDMD,λ=8,8192,0,105017,12.8194580078125
SSDMD,λ=8,8192,0,93633,11.4298095703125
SSDMD,λ=8,8192,0,90369,11.0313720703125
SSDMD,λ=8,8192,0,97473,11.8985595703125
SSDMD,λ=8,8192,0,102945,12.5665283203125
SSDMD,λ=8,8192,0,98601,12.0362548828125
SSDMD,λ=8,8192,0,91113,11.1221923828125
SSDMD,λ=8,8192,0,106457,12.9952392578125
SSDMD,λ=8,8192,0,108905,13.2940673828125
SSDMD,λ=8,8192,0,95513,11.6593017578125
SSDMD,λ=8,8192,0,92473,11.2882080078125
SSDMD,λ=8,8192,0,102033,12.4552001953125
SSDMD,λ=8,8192,0,97905,11.9512939453125
SSDMD,λ=8,8192,0,84769,10.3477783203125
SSDMD,λ=8,8192,0,105737,12.9073486328125
SSDMD,λ=8,8192,0,98593,12.0352783203125
SSDMD,λ=8,8192,0,95385,11.6436767578125
SSDMD,λ=8,8192,0,86233,10.5264892578125
SSDMD,λ=8,8192,0,99513,12.1475830078125
SSDMD,λ=8,8192,0,86457,10.5538330078125
SSDMD,λ=8,8192,0,88737,10.8321533203125
SSDMD,λ=8,8192,0,84969,10.3721923828125
SSDMD,λ=8,8192,0,94945,11.5899658203125
SSDMD,λ=8,8192,0,127289,15.5382080078125
SSDMD,λ=8,8192,0,91137,11.1251220703125
SSDMD,λ=8,8192,0,97233,11.8692626953125
SSDMD,λ=8,8192,0,92713,11.3175048828125
SSDMD,λ=8,8192,0,106601,13.0128173828125
SSDMD,λ=8,8192,0,87865,10.7257080078125
SSDMD,λ=8,8192,0,110697,13.5128173828125
SSDMD,λ=8,8192,0,93617,11.4278564453125
SSDMD,λ=8,8192,0,109873,13.4122314453125
SSDMD,λ=8,8192,0,94145,11.4923095703125
SSDMD,λ=8,8192,0,105041,12.8223876953125
SSDMD,λ=8,8192,0,98561,12.0313720703125
SSDMD,λ=8,8192,0,92161,11.2501220703125
SSDMD,λ=8,8192,0,117745,14.3731689453125
SSDMD,λ=8,8192,0,92041,11.2354736328125
SSDMD,λ=8,8192,0,98257,11.9942626953125
SSDMD,λ=8,8192,0,98889,12.0714111328125
SRDMD,λ=8,8192,0,88753,10.8341064453125
SRDMD,λ=8,8192,0,76665,9.3585205078125
SRDMD,λ=8,8192,0,78665,9.6026611328125
SRDMD,λ=8,8192,0,72113,8.8028564453125
SRDMD,λ=8,8192,0,74961,9.1505126953125
SRDMD,λ=8,8192,0,78113,9.5352783203125
SRDMD,λ=8,8192,0,68761,8.3936767578125
SRDMD,λ=8,8192,0,71857,8.7716064453125
SRDMD,λ=8,8192,0,70625,8.6212158203125
SRDMD,λ=8,8192,0,70337,8.5860595703125
SRDMD,λ=8,8192,0,79153,9.6622314453125
SRDMD,λ=8,8192,0,79385,9.6905517578125
SRDMD,λ=8,8192,0,74745,9.1241455078125
SRDMD,λ=8,8192,0,80041,9.7706298828125
SRDMD,λ=8,8192,0,89449,10.9190673828125
SRDMD,λ=8,8192,0,76849,9.3809814453125
SRDMD,λ=8,8192,0,75985,9.2755126953125
SRDMD,λ=8,8192,0,73793,9.0079345703125
SRDMD,λ=8,8192,0,76385,9.3243408203125
SRDMD,λ=8,8192,0,79697,9.7286376953125
SRDMD,λ=8,8192,0,74353,9.0762939453125
SRDMD,λ=8,8192,0,75681,9.2384033203125
SRDMD,λ=8,8192,0,74145,9.0509033203125
SRDMD,λ=8,8192,0,79097,9.6553955078125
SRDMD,λ=8,8192,0,75025,9.1583251953125
SRDMD,λ=8,8192,0,75841,9.2579345703125
SRDMD,λ=8,8192,0,75233,9.1837158203125
SRDMD,λ=8,8192,0,75849,9.2589111328125
SRDMD,λ=8,8192,0,71449,8.7218017578125
SRDMD,λ=8,8192,0,77273,9.4327392578125
SRDMD,λ=8,8192,0,76393,9.3253173828125
SRDMD,λ=8,8192,0,96425,11.7706298828125
SRDMD,λ=8,8192,0,85201,10.4005126953125
SRDMD,λ=8,8192,0,97393,11.8887939453125
SRDMD,λ=8,8192,0,84721,10.3419189453125
SRDMD,λ=8,8192,0,84089,10.2647705078125
SRDMD,λ=8,8192,0,73545,8.9776611328125
SRDMD,λ=8,8192,0,71361,8.7110595703125
SRDMD,λ=8,8192,0,71473,8.7247314453125
SRDMD,λ=8,8192,0,80089,9.7764892578125
SRDMD,λ=8,8192,0,72201,8.8135986328125
SRDMD,λ=8,8192,0,78841,9.6241455078125
SRDMD,λ=8,8192,0,75265,9.1876220703125
SRDMD,λ=8,8192,0,79409,9.6934814453125
SRDMD,λ=8,8192,0,76689,9.3614501953125
SRDMD,λ=8,8192,0,76601,9.3507080078125
SRDMD,λ=8,8192,0,77769,9.4932861328125
SRDMD,λ=8,8192,0,70185,8.5675048828125
SRDMD,λ=8,8192,0,77265,9.4317626953125
SRDMD,λ=8,8192,0,74561,9.1016845703125
SRDMD,λ=8,8192,0,71249,8.6973876953125
SRDMD,λ=8,8192,0,66177,8.0782470703125
SRDMD,λ=8,8192,0,84465,10.3106689453125
SRDMD,λ=8,8192,0,77113,9.4132080078125
SRDMD,λ=8,8192,0,88569,10.8116455078125
SRDMD,λ=8,8192,0,79025,9.6466064453125
SRDMD,λ=8,8192,0,74769,9.1270751953125
SRDMD,λ=8,8192,0,81497,9.9483642578125
SRDMD,λ=8,8192,0,80249,9.7960205078125
SRDMD,λ=8,8192,0,70801,8.6427001953125
SRDMD,λ=8,8192,0,72177,8.8106689453125
SRDMD,λ=8,8192,0,87361,10.6641845703125
SRDMD,λ=8,8192,0,81729,9.9766845703125
SRDMD,λ=8,8192,0,73065,8.9190673828125
SRDMD,λ=8,8192,0,72529,8.8536376953125
SRDMD,λ=8,8192,0,78793,9.6182861328125
SRDMD,λ=8,8192,0,77385,9.4464111328125
SRDMD,λ=8,8192,0,76841,9.3800048828125
SRDMD,λ=8,8192,0,79209,9.6690673828125
SRDMD,λ=8,8192,0,78161,9.5411376953125
SRDMD,λ=8,8192,0,82521,10.0733642578125
SRDMD,λ=8,8192,0,76985,9.3975830078125
SRDMD,λ=8,8192,0,78633,9.5987548828125
SRDMD,λ=8,8192,0,77505,9.4610595703125
SRDMD,λ=8,8192,0,70929,8.6583251953125
SRDMD,λ=8,8192,0,93273,11.3858642578125
SRDMD,λ=8,8192,0,72609,8.8634033203125
SRDMD,λ=8,8192,0,70201,8.5694580078125
SRDMD,λ=8,8192,0,70705,8.6309814453125
SRDMD,λ=8,8192,0,72377,8.8350830078125
SRDMD,λ=8,8192,0,75489,9.2149658203125
SRDMD,λ=8,8192,0,76177,9.2989501953125
SRDMD,λ=8,8192,0,73241,8.9405517578125
SRDMD,λ=8,8192,0,82017,10.0118408203125
SRDMD,λ=8,8192,0,80713,9.8526611328125
SRDMD,λ=8,8192,0,82537,10.0753173828125
SRDMD,λ=8,8192,0,76209,9.3028564453125
SRDMD,λ=8,8192,0,80449,9.8204345703125
SRDMD,λ=8,8192,0,76529,9.3419189453125
SRDMD,λ=8,8192,0,69801,8.5206298828125
SRDMD,λ=8,8192,0,77617,9.4747314453125
SRDMD,λ=8,8192,0,79001,9.6436767578125
SRDMD,λ=8,8192,0,79465,9.7003173828125
SRDMD,λ=8,8192,0,78025,9.5245361328125
SRDMD,λ=8,8192,0,79297,9.6798095703125
SRDMD,λ=8,8192,0,79057,9.6505126953125
SHDMD,λ=8,8192,0,69785,8.5186767578125
SHDMD,λ=8,8192,0,85145,10.3936767578125
SHDMD,λ=8,8192,0,83073,10.1407470703125
SHDMD,λ=8,8192,0,71233,8.6954345703125
SHDMD,λ=8,8192,0,75953,9.2716064453125
SHDMD,λ=8,8192,0,78961,9.6387939453125
SHDMD,λ=8,8192,0,74929,9.1466064453125
SHDMD,λ=8,8192,0,74761,9.1260986328125
SHDMD,λ=8,8192,0,72977,8.9083251953125
SHDMD,λ=8,8192,0,78593,9.5938720703125
SHDMD,λ=8,8192,0,71897,8.7764892578125
SHDMD,λ=8,8192,0,79609,9.7178955078125
SHDMD,λ=8,8192,0,75113,9.1690673828125
SHDMD,λ=8,8192,0,66753,8.1485595703125
SHDMD,λ=8,8192,0,75993,9.2764892578125
SHDMD,λ=8,8192,0,73953,9.0274658203125
SHDMD,λ=8,8192,0,74745,9.1241455078125
SHDMD,λ=8,8192,0,78089,9.5323486328125
SHDMD,λ=8,8192,0,83817,10.2315673828125
SHDMD,λ=8,8192,0,75929,9.2686767578125
SHDMD,λ=8,8192,0,80809,9.8643798828125
SHDMD,λ=8,8192,0,67049,8.1846923828125
SHDMD,λ=8,8192,0,75985,9.2755126953125
SHDMD,λ=8,8192,0,89193,10.8878173828125
SHDMD,λ=8,8192,0,88617,10.8175048828125
SHDMD,λ=8,8192,0,66001,8.0567626953125
SHDMD,λ=8,8192,0,74353,9.0762939453125
SHDMD,λ=8,8192,0,75905,9.2657470703125
SHDMD,λ=8,8192,0,74145,9.0509033203125
SHDMD,λ=8,8192,0,68489,8.3604736328125
SHDMD,λ=8,8192,0,79393,9.6915283203125
SHDMD,λ=8,8192,0,70921,8.6573486328125
SHDMD,λ=8,8192,0,100633,12.2843017578125
SHDMD,λ=8,8192,0,81625,9.9639892578125
SHDMD,λ=8,8192,0,75169,9.1759033203125
SHDMD,λ=8,8192,0,67929,8.2921142578125
SHDMD,λ=8,8192,0,78137,9.5382080078125
SHDMD,λ=8,8192,0,75241,9.1846923828125
SHDMD,λ=8,8192,0,73881,9.0186767578125
SHDMD,λ=8,8192,0,70081,8.5548095703125
SHDMD,λ=8,8192,0,74497,9.0938720703125
SHDMD,λ=8,8192,0,74281,9.0675048828125
SHDMD,λ=8,8192,0,71985,8.7872314453125
SHDMD,λ=8,8192,0,71473,8.7247314453125
SHDMD,λ=8,8192,0,80089,9.7764892578125
SHDMD,λ=8,8192,0,75185,9.1778564453125
SHDMD,λ=8,8192,0,79649,9.7227783203125
SHDMD,λ=8,8192,0,72233,8.8175048828125
SHDMD,λ=8,8192,0,78609,9.5958251953125
SHDMD,λ=8,8192,0,70817,8.6446533203125
SHDMD,λ=8,8192,0,70577,8.6153564453125
SHDMD,λ=8,8192,0,81073,9.8966064453125
SHDMD,λ=8,8192,0,70569,8.6143798828125
SHDMD,λ=8,8192,0,72137,8.8057861328125
SHDMD,λ=8,8192,0,67161,8.1983642578125
SHDMD,λ=8,8192,0,69985,8.5430908203125
SHDMD,λ=8,8192,0,71241,8.6964111328125
SHDMD,λ=8,8192,0,68737,8.3907470703125
SHDMD,λ=8,8192,0,70873,8.6514892578125
SHDMD,λ=8,8192,0,75857,9.2598876953125
SHDMD,λ=8,8192,0,78401,9.5704345703125
SHDMD,λ=8,8192,0,73217,8.9376220703125
SHDMD,λ=8,8192,0,69881,8.5303955078125
SHDMD,λ=8,8192,0,67689,8.2628173828125
SHDMD,λ=8,8192,0,70657,8.6251220703125
SHDMD,λ=8,8192,0,77497,9.4600830078125
SHDMD,λ=8,8192,0,76793,9.3741455078125
SHDMD,λ=8,8192,0,69233,8.4512939453125
SHDMD,λ=8,8192,0,70545,8.6114501953125
SHDMD,λ=8,8192,0,78033,9.5255126953125
SHDMD,λ=8,8192,0,70097,8.5567626953125
SHDMD,λ=8,8192,0,65817,8.0343017578125
SHDMD,λ=8,8192,0,72673,8.8712158203125
SHDMD,λ=8,8192,0,65961,8.0518798828125
SHDMD,λ=8,8192,0,67697,8.2637939453125
SHDMD,λ=8,8192,0,68345,8.3428955078125
SHDMD,λ=8,8192,0,82257,10.0411376953125
SHDMD,λ=8,8192,0,76033,9.2813720703125
SHDMD,λ=8,8192,0,76217,9.3038330078125
SHDMD,λ=8,8192,0,67457,8.2344970703125
SHDMD,λ=8,8192,0,72561,8.8575439453125
SHDMD,λ=8,8192,0,76361,9.3214111328125
SHDMD,λ=8,8192,0,74417,9.0841064453125
SHDMD,λ=8,8192,0,75465,9.2120361328125
SHDMD,λ=8,8192,0,69329,8.4630126953125
SHDMD,λ=8,8192,0,76649,9.3565673828125
SHDMD,λ=8,8192,0,75769,9.2491455078125
SHDMD,λ=8,8192,0,72825,8.8897705078125
SHDMD,λ=8,8192,0,74049,9.0391845703125
SHDMD,λ=8,8192,0,86369,10.5430908203125
SHDMD,λ=8,8192,0,69593,8.4952392578125
SHDMD,λ=8,8192,0,67425,8.2305908203125
SHDMD,λ=8,8192,0,79313,9.6817626953125
SHDMD,λ=8,8192,0,80097,9.7774658203125
SHDMD,λ=8,8192,0,72025,8.7921142578125
SHDMD,λ=8,8192,0,69729,8.5118408203125
SHDMD,λ=8,8192,0,71049,8.6729736328125
SHDMD,λ=8,8192,0,69137,8.4395751953125
SHDMD,λ=8,8192,0,82233,10.0382080078125
SHLMD,λ=8,8192,0,74777,9.1280517578125
SHLMD,λ=8,8192,0,72913,8.9005126953125
SHLMD,λ=8,8192,0,76601,9.3507080078125
SHLMD,λ=8,8192,0,67817,8.2784423828125
SHLMD,λ=8,8192,0,74641,9.1114501953125
SHLMD,λ=8,8192,0,82161,10.0294189453125
SHLMD,λ=8,8192,0,74273,9.0665283203125
SHLMD,λ=8,8192,0,83833,10.2335205078125
SHLMD,λ=8,8192,0,72801,8.8868408203125
SHLMD,λ=8,8192,0,75993,9.2764892578125
SHLMD,λ=8,8192,0,76505,9.3389892578125
SHLMD,λ=8,8192,0,72321,8.8282470703125
SHLMD,λ=8,8192,0,80913,9.8770751953125
SHLMD,λ=8,8192,0,79089,9.6544189453125
SHLMD,λ=8,8192,0,86385,10.5450439453125
SHLMD,λ=8,8192,0,69873,8.5294189453125
SHLMD,λ=8,8192,0,76545,9.3438720703125
SHLMD,λ=8,8192,0,75905,9.2657470703125
SHLMD,λ=8,8192,0,74529,9.0977783203125
SHLMD,λ=8,8192,0,75849,9.2589111328125
SHLMD,λ=8,8192,0,77961,9.5167236328125
SHLMD,λ=8,8192,0,69705,8.5089111328125
SHLMD,λ=8,8192,0,83593,10.2042236328125
SHLMD,λ=8,8192,0,75801,9.2530517578125
SHLMD,λ=8,8192,0,71401,8.7159423828125
SHLMD,λ=8,8192,0,70937,8.6593017578125
SHLMD,λ=8,8192,0,71881,8.7745361328125
SHLMD,λ=8,8192,0,76345,9.3194580078125
SHLMD,λ=8,8192,0,70417,8.5958251953125
SHLMD,λ=8,8192,0,82929,10.1231689453125
SHLMD,λ=8,8192,0,75001,9.1553955078125
SHLMD,λ=8,8192,0,84249,10.2843017578125
SHLMD,λ=8,8192,0,80305,9.8028564453125
SHLMD,λ=8,8192,0,86641,10.5762939453125
SHLMD,λ=8,8192,0,76321,9.3165283203125
SHLMD,λ=8,8192,0,68089,8.3116455078125
SHLMD,λ=8,8192,0,74993,9.1544189453125
SHLMD,λ=8,8192,0,79809,9.7423095703125
SHLMD,λ=8,8192,0,80433,9.8184814453125
SHLMD,λ=8,8192,0,77401,9.4483642578125
SHLMD,λ=8,8192,0,74001,9.0333251953125
SHLMD,λ=8,8192,0,68505,8.3624267578125
SHLMD,λ=8,8192,0,91233,11.1368408203125
SHLMD,λ=8,8192,0,72529,8.8536376953125
SHLMD,λ=8,8192,0,77129,9.4151611328125
SHLMD,λ=8,8192,0,77713,9.4864501953125
SHLMD,λ=8,8192,0,77057,9.4063720703125
SHLMD,λ=8,8192,0,67641,8.2569580078125
SHLMD,λ=8,8192,0,84625,10.3302001953125
SHLMD,λ=8,8192,0,77665,9.4805908203125
SHLMD,λ=8,8192,0,73337,8.9522705078125
SHLMD,λ=8,8192,0,78193,9.5450439453125
SHLMD,λ=8,8192,0,73401,8.9600830078125
SHLMD,λ=8,8192,0,69529,8.4874267578125
SHLMD,λ=8,8192,0,78297,9.5577392578125
SHLMD,λ=8,8192,0,69265,8.4552001953125
SHLMD,λ=8,8192,0,76945,9.3927001953125
SHLMD,λ=8,8192,0,76561,9.3458251953125
SHLMD,λ=8,8192,0,80369,9.8106689453125
SHLMD,λ=8,8192,0,72329,8.8292236328125
SHLMD,λ=8,8192,0,72521,8.8526611328125
SHLMD,λ=8,8192,0,74185,9.0557861328125
SHLMD,λ=8,8192,0,72121,8.8038330078125
SHLMD,λ=8,8192,0,64257,7.8438720703125
SHLMD,λ=8,8192,0,82617,10.0850830078125
SHLMD,λ=8,8192,0,75105,9.1680908203125
SHLMD,λ=8,8192,0,73553,8.9786376953125
SHLMD,λ=8,8192,0,76113,9.2911376953125
SHLMD,λ=8,8192,0,77281,9.4337158203125
SHLMD,λ=8,8192,0,70537,8.6104736328125
SHLMD,λ=8,8192,0,69921,8.5352783203125
SHLMD,λ=8,8192,0,76937,9.3917236328125
SHLMD,λ=8,8192,0,69105,8.4356689453125
SHLMD,λ=8,8192,0,75161,9.1749267578125
SHLMD,λ=8,8192,0,65193,7.9581298828125
SHLMD,λ=8,8192,0,71545,8.7335205078125
SHLMD,λ=8,8192,0,72249,8.8194580078125
SHLMD,λ=8,8192,0,69049,8.4288330078125
SHLMD,λ=8,8192,0,77153,9.4180908203125
SHLMD,λ=8,8192,0,75465,9.2120361328125
SHLMD,λ=8,8192,0,81521,9.9512939453125
SHLMD,λ=8,8192,0,84905,10.3643798828125
SHLMD,λ=8,8192,0,69225,8.4503173828125
SHLMD,λ=8,8192,0,71689,8.7510986328125
SHLMD,λ=8,8192,0,74537,9.0987548828125
SHLMD,λ=8,8192,0,80393,9.8135986328125
SHLMD,λ=8,8192,0,91353,11.1514892578125
SHLMD,λ=8,8192,0,70385,8.5919189453125
SHLMD,λ=8,8192,0,75009,9.1563720703125
SHLMD,λ=8,8192,0,66825,8.1573486328125
SHLMD,λ=8,8192,0,69729,8.5118408203125
SHLMD,λ=8,8192,0,88481,10.8009033203125
SHLMD,λ=8,8192,0,72129,8.8048095703125
SHLMD,λ=8,8192,0,69137,8.4395751953125
SHLMD,λ=8,8192,0,75721,9.2432861328125
SHLMD,λ=8,8192,0,77065,9.4073486328125
SHLMD,λ=8,8192,0,79545,9.7100830078125
SRLMD,λ=8,8192,0,82209,10.0352783203125
SRLMD,λ=8,8192,0,77201,9.4239501953125
SRLMD,λ=8,8192,0,75857,9.2598876953125
SRLMD,λ=8,8192,0,73001,8.9112548828125
SRLMD,λ=8,8192,0,76281,9.3116455078125
SRLMD,λ=8,8192,0,75329,9.1954345703125
SRLMD,λ=8,8192,0,77153,9.4180908203125
SRLMD,λ=8,8192,0,75689,9.2393798828125
SRLMD,λ=8,8192,0,79233,9.6719970703125
SRLMD,λ=8,8192,0,97665,11.9219970703125
SRLMD,λ=8,8192,0,70625,8.6212158203125
SRLMD,λ=8,8192,0,79609,9.7178955078125
SRLMD,λ=8,8192,0,89569,10.9337158203125
SRLMD,λ=8,8192,0,78529,9.5860595703125
SRLMD,λ=8,8192,0,80113,9.7794189453125
SRLMD,λ=8,8192,0,70073,8.5538330078125
SRLMD,λ=8,8192,0,75881,9.2628173828125
SRLMD,λ=8,8192,0,86649,10.5772705078125
SRLMD,λ=8,8192,0,72313,8.8272705078125
SRLMD,λ=8,8192,0,91393,11.1563720703125
SRLMD,λ=8,8192,0,73745,9.0020751953125
SRLMD,λ=8,8192,0,89521,10.9278564453125
SRLMD,λ=8,8192,0,83961,10.2491455078125
SRLMD,λ=8,8192,0,79225,9.6710205078125
SRLMD,λ=8,8192,0,79177,9.6651611328125
SRLMD,λ=8,8192,0,84361,10.2979736328125
SRLMD,λ=8,8192,0,79097,9.6553955078125
SRLMD,λ=8,8192,0,68337,8.3419189453125
SRLMD,λ=8,8192,0,70921,8.6573486328125
SRLMD,λ=8,8192,0,81289,9.9229736328125
SRLMD,λ=8,8192,0,72081,8.7989501953125
SRLMD,λ=8,8192,0,96297,11.7550048828125
SRLMD,λ=8,8192,0,73857,9.0157470703125
SRLMD,λ=8,8192,0,75377,9.2012939453125
SRLMD,λ=8,8192,0,79577,9.7139892578125
SRLMD,λ=8,8192,0,84041,10.2589111328125
SRLMD,λ=8,8192,0,72393,8.8370361328125
SRLMD,λ=8,8192,0,72737,8.8790283203125
SRLMD,λ=8,8192,0,71361,8.7110595703125
SRLMD,λ=8,8192,0,81329,9.9278564453125
SRLMD,λ=8,8192,0,71473,8.7247314453125
SRLMD,λ=8,8192,0,74089,9.0440673828125
SRLMD,λ=8,8192,0,75265,9.1876220703125
SRLMD,λ=8,8192,0,79409,9.6934814453125
SRLMD,λ=8,8192,0,101985,12.4493408203125
SRLMD,λ=8,8192,0,73897,9.0206298828125
SRLMD,λ=8,8192,0,78889,9.6300048828125
SRLMD,λ=8,8192,0,80825,9.8663330078125
SRLMD,λ=8,8192,0,80305,9.8028564453125
SRLMD,λ=8,8192,0,90849,11.0899658203125
SRLMD,λ=8,8192,0,74473,9.0909423828125
SRLMD,λ=8,8192,0,85097,10.3878173828125
SRLMD,λ=8,8192,0,84009,10.2550048828125
SRLMD,λ=8,8192,0,74033,9.0372314453125
SRLMD,λ=8,8192,0,74713,9.1202392578125
SRLMD,λ=8,8192,0,81345,9.9298095703125
SRLMD,λ=8,8192,0,70753,8.6368408203125
SRLMD,λ=8,8192,0,82881,10.1173095703125
SRLMD,λ=8,8192,0,77241,9.4288330078125
SRLMD,λ=8,8192,0,82097,10.0216064453125
SRLMD,λ=8,8192,0,77057,9.4063720703125
SRLMD,λ=8,8192,0,76617,9.3526611328125
SRLMD,λ=8,8192,0,76129,9.2930908203125
SRLMD,λ=8,8192,0,85353,10.4190673828125
SRLMD,λ=8,8192,0,74873,9.1397705078125
SRLMD,λ=8,8192,0,73041,8.9161376953125
SRLMD,λ=8,8192,0,76913,9.3887939453125
SRLMD,λ=8,8192,0,75057,9.1622314453125
SRLMD,λ=8,8192,0,75833,9.2569580078125
SRLMD,λ=8,8192,0,70857,8.6495361328125
SRLMD,λ=8,8192,0,97161,11.8604736328125
SRLMD,λ=8,8192,0,78377,9.5675048828125
SRLMD,λ=8,8192,0,77809,9.4981689453125
SRLMD,λ=8,8192,0,86393,10.5460205078125
SRLMD,λ=8,8192,0,83441,10.1856689453125
SRLMD,λ=8,8192,0,86313,10.5362548828125
SRLMD,λ=8,8192,0,79505,9.7052001953125
SRLMD,λ=8,8192,0,84769,10.3477783203125
SRLMD,λ=8,8192,0,85841,10.4786376953125
SRLMD,λ=8,8192,0,76273,9.3106689453125
SRLMD,λ=8,8192,0,77225,9.4268798828125
SRLMD,λ=8,8192,0,75873,9.2618408203125
SRLMD,λ=8,8192,0,85377,10.4219970703125
SRLMD,λ=8,8192,0,77921,9.5118408203125
SRLMD,λ=8,8192,0,91889,11.2169189453125
SRLMD,λ=8,8192,0,78385,9.5684814453125
SRLMD,λ=8,8192,0,73497,8.9718017578125
SRLMD,λ=8,8192,0,83601,10.2052001953125
SRLMD,λ=8,8192,0,75121,9.1700439453125
SRLMD,λ=8,8192,0,83281,10.1661376953125
SRLMD,λ=8,8192,0,92593,11.3028564453125
SRLMD,λ=8,8192,0,90177,11.0079345703125
SRLMD,λ=8,8192,0,69745,8.5137939453125
SRLMD,λ=8,8192,0,77257,9.4307861328125
SRLMD,λ=8,8192,0,89033,10.8682861328125
SRLMD,λ=8,8192,0,87209,10.6456298828125
SRLMD,λ=8,8192,0,75593,9.2276611328125
SSLMD,λ=8,8192,0,96897,11.8282470703125
SSLMD,λ=8,8192,0,106689,13.0235595703125
SSLMD,λ=8,8192,0,91745,11.1993408203125
SSLMD,λ=8,8192,0,111745,13.6407470703125
SSLMD,λ=8,8192,0,108289,13.2188720703125
SSLMD,λ=8,8192,0,137585,16.7950439453125
SSLMD,λ=8,8192,0,111361,13.5938720703125
SSLMD,λ=8,8192,0,109377,13.3516845703125
SSLMD,λ=8,8192,0,104337,12.7364501953125
SSLMD,λ=8,8192,0,103201,12.5977783203125
SSLMD,λ=8,8192,0,88385,10.7891845703125
SSLMD,λ=8,8192,0,98609,12.0372314453125
SSLMD,λ=8,8192,0,97713,11.9278564453125
SSLMD,λ=8,8192,0,101649,12.4083251953125
SSLMD,λ=8,8192,0,93377,11.3985595703125
SSLMD,λ=8,8192,0,112401,13.7208251953125
SSLMD,λ=8,8192,0,108065,13.1915283203125
SSLMD,λ=8,8192,0,87425,10.6719970703125
SSLMD,λ=8,8192,0,131249,16.0216064453125
SSLMD,λ=8,8192,0,98993,12.0841064453125
SSLMD,λ=8,8192,0,104177,12.7169189453125
SSLMD,λ=8,8192,0,89521,10.9278564453125
SSLMD,λ=8,8192,0,97073,11.8497314453125
SSLMD,λ=8,8192,0,101057,12.3360595703125
SSLMD,λ=8,8192,0,109137,13.3223876953125
SSLMD,λ=8,8192,0,94721,11.5626220703125
SSLMD,λ=8,8192,0,88785,10.8380126953125
SSLMD,λ=8,8192,0,113857,13.8985595703125
SSLMD,λ=8,8192,0,90097,10.9981689453125
SSLMD,λ=8,8192,0,105761,12.9102783203125
SSLMD,λ=8,8192,0,103217,12.5997314453125
SSLMD,λ=8,8192,0,96689,11.8028564453125
SSLMD,λ=8,8192,0,119489,14.5860595703125
SSLMD,λ=8,8192,0,95393,11.6446533203125
SSLMD,λ=8,8192,0,113297,13.8302001953125
SSLMD,λ=8,8192,0,117265,14.3145751953125
SSLMD,λ=8,8192,0,96833,11.8204345703125
SSLMD,λ=8,8192,0,109409,13.3555908203125
SSLMD,λ=8,8192,0,101585,12.4005126953125
SSLMD,λ=8,8192,0,96033,11.7227783203125
SSLMD,λ=8,8192,0,105313,12.8555908203125
SSLMD,λ=8,8192,0,101137,12.3458251953125
SSLMD,λ=8,8192,0,96561,11.7872314453125
SSLMD,λ=8,8192,0,97841,11.9434814453125
SSLMD,λ=8,8192,0,95217,11.6231689453125
SSLMD,λ=8,8192,0,104145,12.7130126953125
SSLMD,λ=8,8192,0,90513,11.0489501953125
SSLMD,λ=8,8192,0,101217,12.3555908203125
SSLMD,λ=8,8192,0,93521,11.4161376953125
SSLMD,λ=8,8192,0,97521,11.9044189453125
SSLMD,λ=8,8192,0,125073,15.2677001953125
SSLMD,λ=8,8192,0,91249,11.1387939453125
SSLMD,λ=8,8192,0,115409,14.0880126953125
SSLMD,λ=8,8192,0,93313,11.3907470703125
SSLMD,λ=8,8192,0,94673,11.5567626953125
SSLMD,λ=8,8192,0,109825,13.4063720703125
SSLMD,λ=8,8192,0,124257,15.1680908203125
SSLMD,λ=8,8192,0,103345,12.6153564453125
SSLMD,λ=8,8192,0,95569,11.6661376953125
SSLMD,λ=8,8192,0,103969,12.6915283203125
SSLMD,λ=8,8192,0,107985,13.1817626953125
SSLMD,λ=8,8192,0,93473,11.4102783203125
SSLMD,λ=8,8192,0,112065,13.6798095703125
SSLMD,λ=8,8192,0,95681,11.6798095703125
SSLMD,λ=8,8192,0,100833,12.3087158203125
SSLMD,λ=8,8192,0,88033,10.7462158203125
SSLMD,λ=8,8192,0,103521,12.6368408203125
SSLMD,λ=8,8192,0,91265,11.1407470703125
SSLMD,λ=8,8192,0,97905,11.9512939453125
SSLMD,λ=8,8192,0,100289,12.2423095703125
SSLMD,λ=8,8192,0,98705,12.0489501953125
SSLMD,λ=8,8192,0,118257,14.4356689453125
SSLMD,λ=8,8192,0,96993,11.8399658203125
SSLMD,λ=8,8192,0,130593,15.9415283203125
SSLMD,λ=8,8192,0,104993,12.8165283203125
SSLMD,λ=8,8192,0,107041,13.0665283203125
SSLMD,λ=8,8192,0,109537,13.3712158203125
SSLMD,λ=8,8192,0,93393,11.4005126953125
SSLMD,λ=8,8192,0,105569,12.8868408203125
SSLMD,λ=8,8192,0,101361,12.3731689453125
SSLMD,λ=8,8192,0,98641,12.0411376953125
SSLMD,λ=8,8192,0,108129,13.1993408203125
SSLMD,λ=8,8192,0,94945,11.5899658203125
SSLMD,λ=8,8192,0,105489,12.8770751953125
SSLMD,λ=8,8192,0,90193,11.0098876953125
SSLMD,λ=8,8192,0,95025,11.5997314453125
SSLMD,λ=8,8192,0,98193,11.9864501953125
SSLMD,λ=8,8192,0,90753,11.0782470703125
SSLMD,λ=8,8192,0,102801,12.5489501953125
SSLMD,λ=8,8192,0,107729,13.1505126953125
SSLMD,λ=8,8192,0,110625,13.5040283203125
SSLMD,λ=8,8192,0,94145,11.4923095703125
SSLMD,λ=8,8192,0,114657,13.9962158203125
SSLMD,λ=8,8192,0,97569,11.9102783203125
SSLMD,λ=8,8192,0,95969,11.7149658203125
SSDID,λ=8,8192,0,104849,12.7989501953125
SSDID,λ=8,8192,0,111697,13.6348876953125
SSDID,λ=8,8192,0,91713,11.1954345703125
SSDID,λ=8,8192,0,110849,13.5313720703125
SSDID,λ=8,8192,0,105985,12.9376220703125
SSDID,λ=8,8192,0,116449,14.2149658203125
SSDID,λ=8,8192,0,112321,13.7110595703125
SSDID,λ=8,8192,0,99905,12.1954345703125
SSDID,λ=8,8192,0,104065,12.7032470703125
SSDID,λ=8,8192,0,100849,12.3106689453125
SSDID,λ=8,8192,0,103649,12.6524658203125
SSDID,λ=8,8192,0,103089,12.5841064453125
SSDID,λ=8,8192,0,100737,12.2969970703125
SSDID,λ=8,8192,0,98833,12.0645751953125
SSDID,λ=8,8192,0,106545,13.0059814453125
SSDID,λ=8,8192,0,113841,13.8966064453125
SSDID,λ=8,8192,0,103889,12.6817626953125
SSDID,λ=8,8192,0,110641,13.5059814453125
SSDID,λ=8,8192,0,110065,13.4356689453125
SSDID,λ=8,8192,0,108209,13.2091064453125
SSDID,λ=8,8192,0,87073,10.6290283203125
SSDID,λ=8,8192,0,101025,12.3321533203125
SSDID,λ=8,8192,0,106481,12.9981689453125
SSDID,λ=8,8192,0,103713,12.6602783203125
SSDID,λ=8,8192,0,110273,13.4610595703125
SSDID,λ=8,8192,0,92865,11.3360595703125
SSDID,λ=8,8192,0,105761,12.9102783203125
SSDID,λ=8,8192,0,127729,15.5919189453125
SSDID,λ=8,8192,0,108593,13.2559814453125
SSDID,λ=8,8192,0,112097,13.6837158203125
SSDID,λ=8,8192,0,91217,11.1348876953125
SSDID,λ=8,8192,0,113297,13.8302001953125
SSDID,λ=8,8192,0,91553,11.1759033203125
SSDID,λ=8,8192,0,114833,14.0177001953125
SSDID,λ=8,8192,0,103585,12.6446533203125
SSDID,λ=8,8192,0,109057,13.3126220703125
SSDID,λ=8,8192,0,111377,13.5958251953125
SSDID,λ=8,8192,0,101585,12.4005126953125
SSDID,λ=8,8192,0,103153,12.5919189453125
SSDID,λ=8,8192,0,99777,12.1798095703125
SSDID,λ=8,8192,0,97985,11.9610595703125
SSDID,λ=8,8192,0,94961,11.5919189453125
SSDID,λ=8,8192,0,104689,12.7794189453125
SSDID,λ=8,8192,0,97089,11.8516845703125
SSDID,λ=8,8192,0,116977,14.2794189453125
SSDID,λ=8,8192,0,109393,13.3536376953125
SSDID,λ=8,8192,0,104353,12.7384033203125
SSDID,λ=8,8192,0,110977,13.5469970703125
SSDID,λ=8,8192,0,102273,12.4844970703125
SSDID,λ=8,8192,0,139201,16.9923095703125
SSDID,λ=8,8192,0,114865,14.0216064453125
SSDID,λ=8,8192,0,104369,12.7403564453125
SSDID,λ=8,8192,0,118145,14.4219970703125
SSDID,λ=8,8192,0,98913,12.0743408203125
SSDID,λ=8,8192,0,121681,14.8536376953125
SSDID,λ=8,8192,0,110481,13.4864501953125
SSDID,λ=8,8192,0,108257,13.2149658203125
SSDID,λ=8,8192,0,106817,13.0391845703125
SSDID,λ=8,8192,0,92097,11.2423095703125
SSDID,λ=8,8192,0,108865,13.2891845703125
SSDID,λ=8,8192,0,107233,13.0899658203125
SSDID,λ=8,8192,0,116017,14.1622314453125
SSDID,λ=8,8192,0,103793,12.6700439453125
SSDID,λ=8,8192,0,102369,12.4962158203125
SSDID,λ=8,8192,0,102785,12.5469970703125
SSDID,λ=8,8192,0,102609,12.5255126953125
SSDID,λ=8,8192,0,107873,13.1680908203125
SSDID,λ=8,8192,0,129441,15.8009033203125
SSDID,λ=8,8192,0,111009,13.5509033203125
SSDID,λ=8,8192,0,98353,12.0059814453125
SSDID,λ=8,8192,0,106289,12.9747314453125
SSDID,λ=8,8192,0,102769,12.5450439453125
SSDID,λ=8,8192,0,110017,13.4298095703125
SSDID,λ=8,8192,0,106097,12.9512939453125
SSDID,λ=8,8192,0,95233,11.6251220703125
SSDID,λ=8,8192,0,107201,13.0860595703125
SSDID,λ=8,8192,0,100081,12.2169189453125
SSDID,λ=8,8192,0,92609,11.3048095703125
SSDID,λ=8,8192,0,104561,12.7637939453125
SSDID,λ=8,8192,0,97889,11.9493408203125
SSDID,λ=8,8192,0,111585,13.6212158203125
SSDID,λ=8,8192,0,102865,12.5567626953125
SSDID,λ=8,8192,0,105601,12.8907470703125
SSDID,λ=8,8192,0,111313,13.5880126953125
SSDID,λ=8,8192,0,106929,13.0528564453125
SSDID,λ=8,8192,0,95953,11.7130126953125
SSDID,λ=8,8192,0,106945,13.0548095703125
SSDID,λ=8,8192,0,97313,11.8790283203125
SSDID,λ=8,8192,0,120049,14.6544189453125
SSDID,λ=8,8192,0,103857,12.6778564453125
SSDID,λ=8,8192,0,114209,13.9415283203125
SSDID,λ=8,8192,0,94993,11.5958251953125
SSDID,λ=8,8192,0,106017,12.9415283203125
SSDID,λ=8,8192,0,97761,11.9337158203125
SSDID,λ=8,8192,0,99809,12.1837158203125
SSDID,λ=8,8192,0,95969,11.7149658203125
SSDID,λ=8,8192,0,132305,16.1505126953125
SSDID,λ=8,8192,0,102705,12.5372314453125
SRDID,λ=8,8192,0,73801,9.0089111328125
SRDID,λ=8,8192,0,76937,9.3917236328125
SRDID,λ=8,8192,0,77153,9.4180908203125
SRDID,λ=8,8192,0,83753,10.2237548828125
SRDID,λ=8,8192,0,79801,9.7413330078125
SRDID,λ=8,8192,0,87513,10.6827392578125
SRDID,λ=8,8192,0,84873,10.3604736328125
SRDID,λ=8,8192,0,77097,9.4112548828125
SRDID,λ=8,8192,0,81297,9.9239501953125
SRDID,λ=8,8192,0,87665,10.7012939453125
SRDID,λ=8,8192,0,82209,10.0352783203125
SRDID,λ=8,8192,0,84561,10.3223876953125
SRDID,λ=8,8192,0,78505,9.5831298828125
SRDID,λ=8,8192,0,88809,10.8409423828125
SRDID,λ=8,8192,0,83721,10.2198486328125
SRDID,λ=8,8192,0,79385,9.6905517578125
SRDID,λ=8,8192,0,74745,9.1241455078125
SRDID,λ=8,8192,0,80113,9.7794189453125
SRDID,λ=8,8192,0,82609,10.0841064453125
SRDID,λ=8,8192,0,79641,9.7218017578125
SRDID,λ=8,8192,0,77601,9.4727783203125
SRDID,λ=8,8192,0,83169,10.1524658203125
SRDID,λ=8,8192,0,93209,11.3780517578125
SRDID,λ=8,8192,0,87145,10.6378173828125
SRDID,λ=8,8192,0,91049,11.1143798828125
SRDID,λ=8,8192,0,88993,10.8634033203125
SRDID,λ=8,8192,0,79417,9.6944580078125
SRDID,λ=8,8192,0,87305,10.6573486328125
SRDID,λ=8,8192,0,74145,9.0509033203125
SRDID,λ=8,8192,0,78521,9.5850830078125
SRDID,λ=8,8192,0,99089,12.0958251953125
SRDID,λ=8,8192,0,81289,9.9229736328125
SRDID,λ=8,8192,0,81433,9.9405517578125
SRDID,λ=8,8192,0,78137,9.5382080078125
SRDID,λ=8,8192,0,88049,10.7481689453125
SRDID,λ=8,8192,0,84089,10.2647705078125
SRDID,λ=8,8192,0,83233,10.1602783203125
SRDID,λ=8,8192,0,81465,9.9444580078125
SRDID,λ=8,8192,0,86193,10.5216064453125
SRDID,λ=8,8192,0,78449,9.5762939453125
SRDID,λ=8,8192,0,93049,11.3585205078125
SRDID,λ=8,8192,0,75481,9.2139892578125
SRDID,λ=8,8192,0,88025,10.7452392578125
SRDID,λ=8,8192,0,77985,9.5196533203125
SRDID,λ=8,8192,0,79201,9.6680908203125
SRDID,λ=8,8192,0,84209,10.2794189453125
SRDID,λ=8,8192,0,85913,10.4874267578125
SRDID,λ=8,8192,0,78497,9.5821533203125
SRDID,λ=8,8192,0,85073,10.3848876953125
SRDID,λ=8,8192,0,77977,9.5186767578125
SRDID,λ=8,8192,0,85369,10.4210205078125
SRDID,λ=8,8192,0,77081,9.4093017578125
SRDID,λ=8,8192,0,77073,9.4083251953125
SRDID,λ=8,8192,0,80105,9.7784423828125
SRDID,λ=8,8192,0,80825,9.8663330078125
SRDID,λ=8,8192,0,74753,9.1251220703125
SRDID,λ=8,8192,0,105705,12.9034423828125
SRDID,λ=8,8192,0,88281,10.7764892578125
SRDID,λ=8,8192,0,80681,9.8487548828125
SRDID,λ=8,8192,0,76449,9.3321533203125
SRDID,λ=8,8192,0,73777,9.0059814453125
SRDID,λ=8,8192,0,88977,10.8614501953125
SRDID,λ=8,8192,0,78697,9.6065673828125
SRDID,λ=8,8192,0,80601,9.8389892578125
SRDID,λ=8,8192,0,82505,10.0714111328125
SRDID,λ=8,8192,0,93369,11.3975830078125
SRDID,λ=8,8192,0,76977,9.3966064453125
SRDID,λ=8,8192,0,76833,9.3790283203125
SRDID,λ=8,8192,0,82057,10.0167236328125
SRDID,λ=8,8192,0,77929,9.5128173828125
SRDID,λ=8,8192,0,82297,10.0460205078125
SRDID,λ=8,8192,0,93137,11.3692626953125
SRDID,λ=8,8192,0,81673,9.9698486328125
SRDID,λ=8,8192,0,102313,12.4893798828125
SRDID,λ=8,8192,0,81249,9.9180908203125
SRDID,λ=8,8192,0,87121,10.6348876953125
SRDID,λ=8,8192,0,82025,10.0128173828125
SRDID,λ=8,8192,0,80761,9.8585205078125
SRDID,λ=8,8192,0,85289,10.4112548828125
SRDID,λ=8,8192,0,82065,10.0177001953125
SRDID,λ=8,8192,0,114777,14.0108642578125
SRDID,λ=8,8192,0,87393,10.6680908203125
SRDID,λ=8,8192,0,84353,10.2969970703125
SRDID,λ=8,8192,0,84401,10.3028564453125
SRDID,λ=8,8192,0,79345,9.6856689453125
SRDID,λ=8,8192,0,86089,10.5089111328125
SRDID,λ=8,8192,0,91153,11.1270751953125
SRDID,λ=8,8192,0,80321,9.8048095703125
SRDID,λ=8,8192,0,96809,11.8175048828125
SRDID,λ=8,8192,0,82449,10.0645751953125
SRDID,λ=8,8192,0,80489,9.8253173828125
SRDID,λ=8,8192,0,84905,10.3643798828125
SRDID,λ=8,8192,0,78097,9.5333251953125
SRDID,λ=8,8192,0,81665,9.9688720703125
SRDID,λ=8,8192,0,75425,9.2071533203125
SRDID,λ=8,8192,0,84129,10.2696533203125
SRDID,λ=8,8192,0,81393,9.9356689453125
SRDID,λ=8,8192,0,79249,9.6739501953125
SRDID,λ=8,8192,0,81185,9.9102783203125
SRDID,λ=8,8192,0,77865,9.5050048828125
SHDID,λ=8,8192,0,81145,9.9053955078125
SHDID,λ=8,8192,0,76689,9.3614501953125
SHDID,λ=8,8192,0,95905,11.7071533203125
SHDID,λ=8,8192,0,85297,10.4122314453125
SHDID,λ=8,8192,0,82049,10.0157470703125
SHDID,λ=8,8192,0,76489,9.3370361328125
SHDID,λ=8,8192,0,74905,9.1436767578125
SHDID,λ=8,8192,0,74961,9.1505126953125
SHDID,λ=8,8192,0,87369,10.6651611328125
SHDID,λ=8,8192,0,77585,9.4708251953125
SHDID,λ=8,8192,0,75953,9.2716064453125
SHDID,λ=8,8192,0,85897,10.4854736328125
SHDID,λ=8,8192,0,90441,11.0401611328125
SHDID,λ=8,8192,0,78593,9.5938720703125
SHDID,λ=8,8192,0,81105,9.9005126953125
SHDID,λ=8,8192,0,77857,9.5040283203125
SHDID,λ=8,8192,0,84889,10.3624267578125
SHDID,λ=8,8192,0,75049,9.1612548828125
SHDID,λ=8,8192,0,87425,10.6719970703125
SHDID,λ=8,8192,0,74433,9.0860595703125
SHDID,λ=8,8192,0,82673,10.0919189453125
SHDID,λ=8,8192,0,97529,11.9053955078125
SHDID,λ=8,8192,0,84801,10.3516845703125
SHDID,λ=8,8192,0,78945,9.6368408203125
SHDID,λ=8,8192,0,77409,9.4493408203125
SHDID,λ=8,8192,0,82593,10.0821533203125
SHDID,λ=8,8192,0,83081,10.1417236328125
SHDID,λ=8,8192,0,79081,9.6534423828125
SHDID,λ=8,8192,0,78345,9.5635986328125
SHDID,λ=8,8192,0,82825,10.1104736328125
SHDID,λ=8,8192,0,81449,9.9425048828125
SHDID,λ=8,8192,0,88049,10.7481689453125
SHDID,λ=8,8192,0,83457,10.1876220703125
SHDID,λ=8,8192,0,79073,9.6524658203125
SHDID,λ=8,8192,0,77577,9.4698486328125
SHDID,λ=8,8192,0,82193,10.0333251953125
SHDID,λ=8,8192,0,80065,9.7735595703125
SHDID,λ=8,8192,0,82361,10.0538330078125
SHDID,λ=8,8192,0,95273,11.6300048828125
SHDID,λ=8,8192,0,75617,9.2305908203125
SHDID,λ=8,8192,0,84209,10.2794189453125
SHDID,λ=8,8192,0,78913,9.6329345703125
SHDID,λ=8,8192,0,79537,9.7091064453125
SHDID,λ=8,8192,0,85073,10.3848876953125
SHDID,λ=8,8192,0,80953,9.8819580078125
SHDID,λ=8,8192,0,94193,11.4981689453125
SHDID,λ=8,8192,0,85961,10.4932861328125
SHDID,λ=8,8192,0,72217,8.8155517578125
SHDID,λ=8,8192,0,79817,9.7432861328125
SHDID,λ=8,8192,0,77729,9.4884033203125
SHDID,λ=8,8192,0,91177,11.1300048828125
SHDID,λ=8,8192,0,76513,9.3399658203125
SHDID,λ=8,8192,0,81537,9.9532470703125
SHDID,λ=8,8192,0,74369,9.0782470703125
SHDID,λ=8,8192,0,76449,9.3321533203125
SHDID,λ=8,8192,0,78833,9.6231689453125
SHDID,λ=8,8192,0,78705,9.6075439453125
SHDID,λ=8,8192,0,88561,10.8106689453125
SHDID,λ=8,8192,0,80665,9.8468017578125
SHDID,λ=8,8192,0,81609,9.9620361328125
SHDID,λ=8,8192,0,75305,9.1925048828125
SHDID,λ=8,8192,0,78153,9.5401611328125
SHDID,λ=8,8192,0,78817,9.6212158203125
SHDID,λ=8,8192,0,74609,9.1075439453125
SHDID,λ=8,8192,0,79921,9.7559814453125
SHDID,λ=8,8192,0,86729,10.5870361328125
SHDID,λ=8,8192,0,73209,8.9366455078125
SHDID,λ=8,8192,0,81617,9.9630126953125
SHDID,λ=8,8192,0,78161,9.5411376953125
SHDID,λ=8,8192,0,78241,9.5509033203125
SHDID,λ=8,8192,0,74705,9.1192626953125
SHDID,λ=8,8192,0,74241,9.0626220703125
SHDID,λ=8,8192,0,78849,9.6251220703125
SHDID,λ=8,8192,0,77457,9.4552001953125
SHDID,λ=8,8192,0,81849,9.9913330078125
SHDID,λ=8,8192,0,86257,10.5294189453125
SHDID,λ=8,8192,0,87753,10.7120361328125
SHDID,λ=8,8192,0,82241,10.0391845703125
SHDID,λ=8,8192,0,76673,9.3594970703125
SHDID,λ=8,8192,0,79505,9.7052001953125
SHDID,λ=8,8192,0,75473,9.2130126953125
SHDID,λ=8,8192,0,80625,9.8419189453125
SHDID,λ=8,8192,0,70193,8.5684814453125
SHDID,λ=8,8192,0,76969,9.3956298828125
SHDID,λ=8,8192,0,89633,10.9415283203125
SHDID,λ=8,8192,0,81425,9.9395751953125
SHDID,λ=8,8192,0,78993,9.6427001953125
SHDID,λ=8,8192,0,71761,8.7598876953125
SHDID,λ=8,8192,0,83193,10.1553955078125
SHDID,λ=8,8192,0,81273,9.9210205078125
SHDID,λ=8,8192,0,74425,9.0850830078125
SHDID,λ=8,8192,0,100729,12.2960205078125
SHDID,λ=8,8192,0,92329,11.2706298828125
SHDID,λ=8,8192,0,71313,8.7052001953125
SHDID,λ=8,8192,0,77257,9.4307861328125
SHDID,λ=8,8192,0,77169,9.4200439453125
SHDID,λ=8,8192,0,76641,9.3555908203125
SHLID,λ=8,8192,0,78209,9.5469970703125
SHLID,λ=8,8192,0,80969,9.8839111328125
SHLID,λ=8,8192,0,89193,10.8878173828125
SHLID,λ=8,8192,0,77689,9.4835205078125
SHLID,λ=8,8192,0,81497,9.9483642578125
SHLID,λ=8,8192,0,84793,10.3507080078125
SHLID,λ=8,8192,0,96153,11.7374267578125
SHLID,λ=8,8192,0,81369,9.9327392578125
SHLID,λ=8,8192,0,77297,9.4356689453125
SHLID,λ=8,8192,0,80769,9.8594970703125
SHLID,λ=8,8192,0,85617,10.4512939453125
SHLID,λ=8,8192,0,74961,9.1505126953125
SHLID,λ=8,8192,0,81297,9.9239501953125
SHLID,λ=8,8192,0,102193,12.4747314453125
SHLID,λ=8,8192,0,72321,8.8282470703125
SHLID,λ=8,8192,0,78617,9.5968017578125
SHLID,λ=8,8192,0,77569,9.4688720703125
SHLID,λ=8,8192,0,82313,10.0479736328125
SHLID,λ=8,8192,0,87377,10.6661376953125
SHLID,λ=8,8192,0,89625,10.9405517578125
SHLID,λ=8,8192,0,79393,9.6915283203125
SHLID,λ=8,8192,0,90305,11.0235595703125
SHLID,λ=8,8192,0,71865,8.7725830078125
SHLID,λ=8,8192,0,75825,9.2559814453125
SHLID,λ=8,8192,0,87609,10.6944580078125
SHLID,λ=8,8192,0,76441,9.3311767578125
SHLID,λ=8,8192,0,81865,9.9932861328125
SHLID,λ=8,8192,0,74489,9.0928955078125
SHLID,λ=8,8192,0,99073,12.0938720703125
SHLID,λ=8,8192,0,83537,10.1973876953125
SHLID,λ=8,8192,0,79649,9.7227783203125
SHLID,λ=8,8192,0,80009,9.7667236328125
SHLID,λ=8,8192,0,90633,11.0635986328125
SHLID,λ=8,8192,0,76481,9.3360595703125
SHLID,λ=8,8192,0,80737,9.8555908203125
SHLID,λ=8,8192,0,76065,9.2852783203125
SHLID,λ=8,8192,0,85561,10.4444580078125
SHLID,λ=8,8192,0,84737,10.3438720703125
SHLID,λ=8,8192,0,85017,10.3780517578125
SHLID,λ=8,8192,0,85481,10.4346923828125
SHLID,λ=8,8192,0,79409,9.6934814453125
SHLID,λ=8,8192,0,85625,10.4522705078125
SHLID,λ=8,8192,0,73585,8.9825439453125
SHLID,λ=8,8192,0,77081,9.4093017578125
SHLID,λ=8,8192,0,87809,10.7188720703125
SHLID,λ=8,8192,0,85473,10.4337158203125
SHLID,λ=8,8192,0,77033,9.4034423828125
SHLID,λ=8,8192,0,85177,10.3975830078125
SHLID,λ=8,8192,0,78897,9.6309814453125
SHLID,λ=8,8192,0,70657,8.6251220703125
SHLID,λ=8,8192,0,76785,9.3731689453125
SHLID,λ=8,8192,0,86057,10.5050048828125
SHLID,λ=8,8192,0,85097,10.3878173828125
SHLID,λ=8,8192,0,88977,10.8614501953125
SHLID,λ=8,8192,0,77313,9.4376220703125
SHLID,λ=8,8192,0,86945,10.6134033203125
SHLID,λ=8,8192,0,77353,9.4425048828125
SHLID,λ=8,8192,0,77017,9.4014892578125
SHLID,λ=8,8192,0,83057,10.1387939453125
SHLID,λ=8,8192,0,83273,10.1651611328125
SHLID,λ=8,8192,0,80841,9.8682861328125
SHLID,λ=8,8192,0,76761,9.3702392578125
SHLID,λ=8,8192,0,81617,9.9630126953125
SHLID,λ=8,8192,0,92081,11.2403564453125
SHLID,λ=8,8192,0,86345,10.5401611328125
SHLID,λ=8,8192,0,77801,9.4971923828125
SHLID,λ=8,8192,0,81409,9.9376220703125
SHLID,λ=8,8192,0,84065,10.2618408203125
SHLID,λ=8,8192,0,77417,9.4503173828125
SHLID,λ=8,8192,0,87121,10.6348876953125
SHLID,λ=8,8192,0,78257,9.5528564453125
SHLID,λ=8,8192,0,80761,9.8585205078125
SHLID,λ=8,8192,0,85649,10.4552001953125
SHLID,λ=8,8192,0,77377,9.4454345703125
SHLID,λ=8,8192,0,76297,9.3135986328125
SHLID,λ=8,8192,0,76457,9.3331298828125
SHLID,λ=8,8192,0,85569,10.4454345703125
SHLID,λ=8,8192,0,84401,10.3028564453125
SHLID,λ=8,8192,0,92529,11.2950439453125
SHLID,λ=8,8192,0,74441,9.0870361328125
SHLID,λ=8,8192,0,83417,10.1827392578125
SHLID,λ=8,8192,0,85009,10.3770751953125
SHLID,λ=8,8192,0,93697,11.4376220703125
SHLID,λ=8,8192,0,73977,9.0303955078125
SHLID,λ=8,8192,0,81521,9.9512939453125
SHLID,λ=8,8192,0,80481,9.8243408203125
SHLID,λ=8,8192,0,76817,9.3770751953125
SHLID,λ=8,8192,0,81185,9.9102783203125
SHLID,λ=8,8192,0,83017,10.1339111328125
SHLID,λ=8,8192,0,74393,9.0811767578125
SHLID,λ=8,8192,0,82513,10.0723876953125
SHLID,λ=8,8192,0,92329,11.2706298828125
SHLID,λ=8,8192,0,79297,9.6798095703125
SHLID,λ=8,8192,0,81441,9.9415283203125
SHLID,λ=8,8192,0,82233,10.0382080078125
SHLID,λ=8,8192,0,89529,10.9288330078125
SHLID,λ=8,8192,0,79593,9.7159423828125
SRLID,λ=8,8192,0,93201,11.3770751953125
SRLID,λ=8,8192,0,84681,10.3370361328125
SRLID,λ=8,8192,0,81529,9.9522705078125
SRLID,λ=8,8192,0,85505,10.4376220703125
SRLID,λ=8,8192,0,80201,9.7901611328125
SRLID,λ=8,8192,0,80769,9.8594970703125
SRLID,λ=8,8192,0,83945,10.2471923828125
SRLID,λ=8,8192,0,80881,9.8731689453125
SRLID,λ=8,8192,0,74961,9.1505126953125
SRLID,λ=8,8192,0,89497,10.9249267578125
SRLID,λ=8,8192,0,77097,9.4112548828125
SRLID,λ=8,8192,0,84449,10.3087158203125
SRLID,λ=8,8192,0,81169,9.9083251953125
SRLID,λ=8,8192,0,82625,10.0860595703125
SRLID,λ=8,8192,0,85401,10.4249267578125
SRLID,λ=8,8192,0,87993,10.7413330078125
SRLID,λ=8,8192,0,75929,9.2686767578125
SRLID,λ=8,8192,0,79361,9.6876220703125
SRLID,λ=8,8192,0,88505,10.8038330078125
SRLID,λ=8,8192,0,79857,9.7481689453125
SRLID,λ=8,8192,0,82001,10.0098876953125
SRLID,λ=8,8192,0,87233,10.6485595703125
SRLID,λ=8,8192,0,84361,10.2979736328125
SRLID,λ=8,8192,0,96273,11.7520751953125
SRLID,λ=8,8192,0,79097,9.6553955078125
SRLID,λ=8,8192,0,96977,11.8380126953125
SRLID,λ=8,8192,0,79753,9.7354736328125
SRLID,λ=8,8192,0,87601,10.6934814453125
SRLID,λ=8,8192,0,88257,10.7735595703125
SRLID,λ=8,8192,0,75633,9.2325439453125
SRLID,λ=8,8192,0,91121,11.1231689453125
SRLID,λ=8,8192,0,77985,9.5196533203125
SRLID,λ=8,8192,0,80009,9.7667236328125
SRLID,λ=8,8192,0,86529,10.5626220703125
SRLID,λ=8,8192,0,82473,10.0675048828125
SRLID,λ=8,8192,0,88833,10.8438720703125
SRLID,λ=8,8192,0,94593,11.5469970703125
SRLID,λ=8,8192,0,75001,9.1553955078125
SRLID,λ=8,8192,0,91057,11.1153564453125
SRLID,λ=8,8192,0,86433,10.5509033203125
SRLID,λ=8,8192,0,85561,10.4444580078125
SRLID,λ=8,8192,0,71809,8.7657470703125
SRLID,λ=8,8192,0,78889,9.6300048828125
SRLID,λ=8,8192,0,78225,9.5489501953125
SRLID,λ=8,8192,0,78569,9.5909423828125
SRLID,λ=8,8192,0,84633,10.3311767578125
SRLID,λ=8,8192,0,85473,10.4337158203125
SRLID,λ=8,8192,0,84017,10.2559814453125
SRLID,λ=8,8192,0,82585,10.0811767578125
SRLID,λ=8,8192,0,82665,10.0909423828125
SRLID,λ=8,8192,0,82601,10.0831298828125
SRLID,λ=8,8192,0,87265,10.6524658203125
SRLID,λ=8,8192,0,87385,10.6671142578125
SRLID,λ=8,8192,0,86865,10.6036376953125
SRLID,λ=8,8192,0,86417,10.5489501953125
SRLID,λ=8,8192,0,81089,9.8985595703125
SRLID,λ=8,8192,0,86241,10.5274658203125
SRLID,λ=8,8192,0,81305,9.9249267578125
SRLID,λ=8,8192,0,94081,11.4844970703125
SRLID,λ=8,8192,0,74809,9.1319580078125
SRLID,λ=8,8192,0,81585,9.9591064453125
SRLID,λ=8,8192,0,95985,11.7169189453125
SRLID,λ=8,8192,0,81729,9.9766845703125
SRLID,λ=8,8192,0,83057,10.1387939453125
SRLID,λ=8,8192,0,89593,10.9366455078125
SRLID,λ=8,8192,0,82113,10.0235595703125
SRLID,λ=8,8192,0,80161,9.7852783203125
SRLID,λ=8,8192,0,80121,9.7803955078125
SRLID,λ=8,8192,0,84369,10.2989501953125
SRLID,λ=8,8192,0,90457,11.0421142578125
SRLID,λ=8,8192,0,75569,9.2247314453125
SRLID,λ=8,8192,0,84065,10.2618408203125
SRLID,λ=8,8192,0,81561,9.9561767578125
SRLID,λ=8,8192,0,87785,10.7159423828125
SRLID,λ=8,8192,0,81129,9.9034423828125
SRLID,λ=8,8192,0,79505,9.7052001953125
SRLID,λ=8,8192,0,86097,10.5098876953125
SRLID,λ=8,8192,0,77049,9.4053955078125
SRLID,λ=8,8192,0,78249,9.5518798828125
SRLID,λ=8,8192,0,80377,9.8116455078125
SRLID,λ=8,8192,0,84537,10.3194580078125
SRLID,λ=8,8192,0,81201,9.9122314453125
SRLID,λ=8,8192,0,86497,10.5587158203125
SRLID,λ=8,8192,0,77009,9.4005126953125
SRLID,λ=8,8192,0,83193,10.1553955078125
SRLID,λ=8,8192,0,88313,10.7803955078125
SRLID,λ=8,8192,0,85801,10.4737548828125
SRLID,λ=8,8192,0,81665,9.9688720703125
SRLID,λ=8,8192,0,75673,9.2374267578125
SRLID,λ=8,8192,0,92153,11.2491455078125
SRLID,λ=8,8192,0,94025,11.4776611328125
SRLID,λ=8,8192,0,81081,9.8975830078125
SRLID,λ=8,8192,0,76889,9.3858642578125
SRLID,λ=8,8192,0,75945,9.2706298828125
SSLID,λ=8,8192,0,113409,13.8438720703125
SSLID,λ=8,8192,0,107233,13.0899658203125
SSLID,λ=8,8192,0,99617,12.1602783203125
SSLID,λ=8,8192,0,100273,12.2403564453125
SSLID,λ=8,8192,0,102193,12.4747314453125
SSLID,λ=8,8192,0,103201,12.5977783203125
SSLID,λ=8,8192,0,111217,13.5762939453125
SSLID,λ=8,8192,0,107425,13.1134033203125
SSLID,λ=8,8192,0,119425,14.5782470703125
SSLID,λ=8,8192,0,104337,12.7364501953125
SSLID,λ=8,8192,0,111713,13.6368408203125
SSLID,λ=8,8192,0,101649,12.4083251953125
SSLID,λ=8,8192,0,98161,11.9825439453125
SSLID,λ=8,8192,0,125809,15.3575439453125
SSLID,λ=8,8192,0,105073,12.8262939453125
SSLID,λ=8,8192,0,98177,11.9844970703125
SSLID,λ=8,8192,0,124321,15.1759033203125
SSLID,λ=8,8192,0,108481,13.2423095703125
SSLID,λ=8,8192,0,101521,12.3927001953125
SSLID,λ=8,8192,0,98097,11.9747314453125
SSLID,λ=8,8192,0,102881,12.5587158203125
SSLID,λ=8,8192,0,100497,12.2677001953125
SSLID,λ=8,8192,0,106705,13.0255126953125
SSLID,λ=8,8192,0,102337,12.4923095703125
SSLID,λ=8,8192,0,107953,13.1778564453125
SSLID,λ=8,8192,0,108113,13.1973876953125
SSLID,λ=8,8192,0,103585,12.6446533203125
SSLID,λ=8,8192,0,98065,11.9708251953125
SSLID,λ=8,8192,0,117265,14.3145751953125
SSLID,λ=8,8192,0,111681,13.6329345703125
SSLID,λ=8,8192,0,117825,14.3829345703125
SSLID,λ=8,8192,0,109489,13.3653564453125
SSLID,λ=8,8192,0,107809,13.1602783203125
SSLID,λ=8,8192,0,103825,12.6739501953125
SSLID,λ=8,8192,0,95457,11.6524658203125
SSLID,λ=8,8192,0,107409,13.1114501953125
SSLID,λ=8,8192,0,104929,12.8087158203125
SSLID,λ=8,8192,0,102529,12.5157470703125
SSLID,λ=8,8192,0,117425,14.3341064453125
SSLID,λ=8,8192,0,99537,12.1505126953125
SSLID,λ=8,8192,0,101697,12.4141845703125
SSLID,λ=8,8192,0,105937,12.9317626953125
SSLID,λ=8,8192,0,115569,14.1075439453125
SSLID,λ=8,8192,0,102561,12.5196533203125
SSLID,λ=8,8192,0,110417,13.4786376953125
SSLID,λ=8,8192,0,105553,12.8848876953125
SSLID,λ=8,8192,0,106417,12.9903564453125
SSLID,λ=8,8192,0,110721,13.5157470703125
SSLID,λ=8,8192,0,100929,12.3204345703125
SSLID,λ=8,8192,0,110177,13.4493408203125
SSLID,λ=8,8192,0,109393,13.3536376953125
SSLID,λ=8,8192,0,116657,14.2403564453125
SSLID,λ=8,8192,0,121905,14.8809814453125
SSLID,λ=8,8192,0,105473,12.8751220703125
SSLID,λ=8,8192,0,112081,13.6817626953125
SSLID,λ=8,8192,0,109905,13.4161376953125
SSLID,λ=8,8192,0,102481,12.5098876953125
SSLID,λ=8,8192,0,103249,12.6036376953125
SSLID,λ=8,8192,0,98417,12.0137939453125
SSLID,λ=8,8192,0,104369,12.7403564453125
SSLID,λ=8,8192,0,112609,13.7462158203125
SSLID,λ=8,8192,0,109985,13.4259033203125
SSLID,λ=8,8192,0,106465,12.9962158203125
SSLID,λ=8,8192,0,112865,13.7774658203125
SSLID,λ=8,8192,0,106977,13.0587158203125
SSLID,λ=8,8192,0,100625,12.2833251953125
SSLID,λ=8,8192,0,124369,15.1817626953125
SSLID,λ=8,8192,0,110385,13.4747314453125
SSLID,λ=8,8192,0,96945,11.8341064453125
SSLID,λ=8,8192,0,105281,12.8516845703125
SSLID,λ=8,8192,0,98673,12.0450439453125
SSLID,λ=8,8192,0,108881,13.2911376953125
SSLID,λ=8,8192,0,104161,12.7149658203125
SSLID,λ=8,8192,0,100481,12.2657470703125
SSLID,λ=8,8192,0,114145,13.9337158203125
SSLID,λ=8,8192,0,144705,17.6641845703125
SSLID,λ=8,8192,0,106881,13.0469970703125
SSLID,λ=8,8192,0,135121,16.4942626953125
SSLID,λ=8,8192,0,113169,13.8145751953125
SSLID,λ=8,8192,0,100001,12.2071533203125
SSLID,λ=8,8192,0,100289,12.2423095703125
SSLID,λ=8,8192,0,131905,16.1016845703125
SSLID,λ=8,8192,0,149329,18.2286376953125
SSLID,λ=8,8192,0,113009,13.7950439453125
SSLID,λ=8,8192,0,119697,14.6114501953125
SSLID,λ=8,8192,0,104129,12.7110595703125
SSLID,λ=8,8192,0,107601,13.1348876953125
SSLID,λ=8,8192,0,105665,12.8985595703125
SSLID,λ=8,8192,0,102049,12.4571533203125
SSLID,λ=8,8192,0,98081,11.9727783203125
SSLID,λ=8,8192,0,106945,13.0548095703125
SSLID,λ=8,8192,0,105649,12.8966064453125
SSLID,λ=8,8192,0,99233,12.1134033203125
SSLID,λ=8,8192,0,114657,13.9962158203125
SSLID,λ=8,8192,0,106353,12.9825439453125
SSLID,λ=8,8192,0,108353,13.2266845703125
SSDCU,λ=8,8192,0,91258,11.139892578125
SSDCU,λ=8,8192,0,88390,10.789794921875
SSDCU,λ=8,8192,0,91964,11.22607421875
SSDCU,λ=8,8192,0,87844,10.72314453125
SSDCU,λ=8,8192,0,144418,17.629150390625
SSDCU,λ=8,8192,0,104141,12.7125244140625
SSDCU,λ=8,8192,0,87630,10.697021484375
SSDCU,λ=8,8192,0,95503,11.6580810546875
SSDCU,λ=8,8192,0,108274,13.217041015625
SSDCU,λ=8,8192,0,92476,11.28857421875
SSDCU,λ=8,8192,0,88333,10.7828369140625
SSDCU,λ=8,8192,0,92307,11.2679443359375
SSDCU,λ=8,8192,0,92320,11.26953125
SSDCU,λ=8,8192,0,94060,11.48193359375
SSDCU,λ=8,8192,0,104959,12.8123779296875
SSDCU,λ=8,8192,0,90679,11.0692138671875
SSDCU,λ=8,8192,0,98487,12.0223388671875
SSDCU,λ=8,8192,0,95035,11.6009521484375
SSDCU,λ=8,8192,0,92775,11.3250732421875
SSDCU,λ=8,8192,0,90699,11.0716552734375
SSDCU,λ=8,8192,0,105241,12.8468017578125
SSDCU,λ=8,8192,0,100275,12.2406005859375
SSDCU,λ=8,8192,0,88467,10.7991943359375
SSDCU,λ=8,8192,0,113561,13.8624267578125
SSDCU,λ=8,8192,0,97453,11.8961181640625
SSDCU,λ=8,8192,0,115934,14.152099609375
SSDCU,λ=8,8192,0,83396,10.18017578125
SSDCU,λ=8,8192,0,99239,12.1141357421875
SSDCU,λ=8,8192,0,98830,12.064208984375
SSDCU,λ=8,8192,0,85042,10.381103515625
SSDCU,λ=8,8192,0,95924,11.70947265625
SSDCU,λ=8,8192,0,110428,13.47998046875
SSDCU,λ=8,8192,0,90031,10.9901123046875
SSDCU,λ=8,8192,0,103301,12.6099853515625
SSDCU,λ=8,8192,0,96172,11.73974609375
SSDCU,λ=8,8192,0,103050,12.579345703125
SSDCU,λ=8,8192,0,86769,10.5919189453125
SSDCU,λ=8,8192,0,91333,11.1490478515625
SSDCU,λ=8,8192,0,96763,11.8118896484375
SSDCU,λ=8,8192,0,97291,11.8763427734375
SSDCU,λ=8,8192,0,100074,12.216064453125
SSDCU,λ=8,8192,0,88210,10.767822265625
SSDCU,λ=8,8192,0,87151,10.6385498046875
SSDCU,λ=8,8192,0,86896,10.607421875
SSDCU,λ=8,8192,0,97992,11.9619140625
SSDCU,λ=8,8192,0,101155,12.3480224609375
SSDCU,λ=8,8192,0,92387,11.2777099609375
SSDCU,λ=8,8192,0,90881,11.0938720703125
SSDCU,λ=8,8192,0,103722,12.661376953125
SSDCU,λ=8,8192,0,110550,13.494873046875
SSDCU,λ=8,8192,0,88265,10.7745361328125
SSDCU,λ=8,8192,0,97678,11.923583984375
SSDCU,λ=8,8192,0,110457,13.4835205078125
SSDCU,λ=8,8192,0,99666,12.166259765625
SSDCU,λ=8,8192,0,87077,10.6295166015625
SSDCU,λ=8,8192,0,98807,12.0614013671875
SSDCU,λ=8,8192,0,87012,10.62158203125
SSDCU,λ=8,8192,0,88460,10.79833984375
SSDCU,λ=8,8192,0,110079,13.4373779296875
SSDCU,λ=8,8192,0,92143,11.2479248046875
SSDCU,λ=8,8192,0,125894,15.367919921875
SSDCU,λ=8,8192,0,94395,11.5228271484375
SSDCU,λ=8,8192,0,91564,11.17724609375
SSDCU,λ=8,8192,0,103164,12.59326171875
SSDCU,λ=8,8192,0,93333,11.3931884765625
SSDCU,λ=8,8192,0,115331,14.0784912109375
SSDCU,λ=8,8192,0,86794,10.594970703125
SSDCU,λ=8,8192,0,91508,11.17041015625
SSDCU,λ=8,8192,0,95432,11.6494140625
SSDCU,λ=8,8192,0,97242,11.870361328125
SSDCU,λ=8,8192,0,100880,12.314453125
SSDCU,λ=8,8192,0,113705,13.8800048828125
SSDCU,λ=8,8192,0,110791,13.5242919921875
SSDCU,λ=8,8192,0,88438,10.795654296875
SSDCU,λ=8,8192,0,95437,11.6500244140625
SSDCU,λ=8,8192,0,100443,12.2611083984375
SSDCU,λ=8,8192,0,91295,11.1444091796875
SSDCU,λ=8,8192,0,90532,11.05126953125
SSDCU,λ=8,8192,0,101300,12.36572265625
SSDCU,λ=8,8192,0,104996,12.81689453125
SSDCU,λ=8,8192,0,100374,12.252685546875
SSDCU,λ=8,8192,0,92828,11.33154296875
SSDCU,λ=8,8192,0,115590,14.110107421875
SSDCU,λ=8,8192,0,91794,11.205322265625
SSDCU,λ=8,8192,0,92645,11.3092041015625
SSDCU,λ=8,8192,0,98486,12.022216796875
SSDCU,λ=8,8192,0,124976,15.255859375
SSDCU,λ=8,8192,0,96885,11.8267822265625
SSDCU,λ=8,8192,0,113513,13.8565673828125
SSDCU,λ=8,8192,0,91940,11.22314453125
SSDCU,λ=8,8192,0,86704,10.583984375
SSDCU,λ=8,8192,0,109036,13.31005859375
SSDCU,λ=8,8192,0,100223,12.2342529296875
SSDCU,λ=8,8192,0,96369,11.7637939453125
SSDCU,λ=8,8192,0,102601,12.5245361328125
SSDCU,λ=8,8192,0,84013,10.2554931640625
SSDCU,λ=8,8192,0,92730,11.319580078125
SSDCU,λ=8,8192,0,85336,10.4169921875
SSDCU,λ=8,8192,0,97808,11.939453125
SSDCU,λ=8,8192,0,99244,12.11474609375
SRDCU,λ=8,8192,0,74593,9.1055908203125
SRDCU,λ=8,8192,0,73119,8.9256591796875
SRDCU,λ=8,8192,0,73994,9.032470703125
SRDCU,λ=8,8192,0,79763,9.7366943359375
SRDCU,λ=8,8192,0,92466,11.287353515625
SRDCU,λ=8,8192,0,73858,9.015869140625
SRDCU,λ=8,8192,0,63951,7.8065185546875
SRDCU,λ=8,8192,0,80576,9.8359375
SRDCU,λ=8,8192,0,77585,9.4708251953125
SRDCU,λ=8,8192,0,83636,10.20947265625
SRDCU,λ=8,8192,0,81781,9.9830322265625
SRDCU,λ=8,8192,0,74913,9.1446533203125
SRDCU,λ=8,8192,0,78631,9.5985107421875
SRDCU,λ=8,8192,0,68754,8.392822265625
SRDCU,λ=8,8192,0,77002,9.399658203125
SRDCU,λ=8,8192,0,71621,8.7427978515625
SRDCU,λ=8,8192,0,73575,8.9813232421875
SRDCU,λ=8,8192,0,75309,9.1929931640625
SRDCU,λ=8,8192,0,75054,9.161865234375
SRDCU,λ=8,8192,0,76244,9.30712890625
SRDCU,λ=8,8192,0,82573,10.0797119140625
SRDCU,λ=8,8192,0,71291,8.7025146484375
SRDCU,λ=8,8192,0,70325,8.5845947265625
SRDCU,λ=8,8192,0,78550,9.588623046875
SRDCU,λ=8,8192,0,86747,10.5892333984375
SRDCU,λ=8,8192,0,74245,9.0631103515625
SRDCU,λ=8,8192,0,90260,11.01806640625
SRDCU,λ=8,8192,0,78230,9.549560546875
SRDCU,λ=8,8192,0,81136,9.904296875
SRDCU,λ=8,8192,0,77432,9.4521484375
SRDCU,λ=8,8192,0,81463,9.9442138671875
SRDCU,λ=8,8192,0,72423,8.8406982421875
SRDCU,λ=8,8192,0,78355,9.5648193359375
SRDCU,λ=8,8192,0,80049,9.7716064453125
SRDCU,λ=8,8192,0,84433,10.3067626953125
SRDCU,λ=8,8192,0,80109,9.7789306640625
SRDCU,λ=8,8192,0,80519,9.8289794921875
SRDCU,λ=8,8192,0,73104,8.923828125
SRDCU,λ=8,8192,0,78541,9.5875244140625
SRDCU,λ=8,8192,0,78988,9.64208984375
SRDCU,λ=8,8192,0,76821,9.3775634765625
SRDCU,λ=8,8192,0,76636,9.35498046875
SRDCU,λ=8,8192,0,74032,9.037109375
SRDCU,λ=8,8192,0,75738,9.245361328125
SRDCU,λ=8,8192,0,77068,9.40771484375
SRDCU,λ=8,8192,0,68238,8.329833984375
SRDCU,λ=8,8192,0,71563,8.7357177734375
SRDCU,λ=8,8192,0,76251,9.3079833984375
SRDCU,λ=8,8192,0,86078,10.507568359375
SRDCU,λ=8,8192,0,73678,8.993896484375
SRDCU,λ=8,8192,0,78387,9.5687255859375
SRDCU,λ=8,8192,0,70165,8.5650634765625
SRDCU,λ=8,8192,0,87744,10.7109375
SRDCU,λ=8,8192,0,77434,9.452392578125
SRDCU,λ=8,8192,0,75676,9.23779296875
SRDCU,λ=8,8192,0,70334,8.585693359375
SRDCU,λ=8,8192,0,82468,10.06689453125
SRDCU,λ=8,8192,0,94124,11.48974609375
SRDCU,λ=8,8192,0,67136,8.1953125
SRDCU,λ=8,8192,0,76942,9.392333984375
SRDCU,λ=8,8192,0,77630,9.476318359375
SRDCU,λ=8,8192,0,81491,9.9476318359375
SRDCU,λ=8,8192,0,78544,9.587890625
SRDCU,λ=8,8192,0,79731,9.7327880859375
SRDCU,λ=8,8192,0,70596,8.61767578125
SRDCU,λ=8,8192,0,87411,10.6702880859375
SRDCU,λ=8,8192,0,70256,8.576171875
SRDCU,λ=8,8192,0,78334,9.562255859375
SRDCU,λ=8,8192,0,71400,8.7158203125
SRDCU,λ=8,8192,0,83245,10.1617431640625
SRDCU,λ=8,8192,0,74403,9.0823974609375
SRDCU,λ=8,8192,0,81833,9.9893798828125
SRDCU,λ=8,8192,0,65719,8.0223388671875
SRDCU,λ=8,8192,0,84524,10.31787109375
SRDCU,λ=8,8192,0,75981,9.2750244140625
SRDCU,λ=8,8192,0,70795,8.6419677734375
SRDCU,λ=8,8192,0,75629,9.2320556640625
SRDCU,λ=8,8192,0,78896,9.630859375
SRDCU,λ=8,8192,0,77312,9.4375
SRDCU,λ=8,8192,0,77346,9.441650390625
SRDCU,λ=8,8192,0,68710,8.387451171875
SRDCU,λ=8,8192,0,68717,8.3883056640625
SRDCU,λ=8,8192,0,76866,9.383056640625
SRDCU,λ=8,8192,0,81020,9.89013671875
SRDCU,λ=8,8192,0,74076,9.04248046875
SRDCU,λ=8,8192,0,74861,9.1383056640625
SRDCU,λ=8,8192,0,79288,9.6787109375
SRDCU,λ=8,8192,0,77635,9.4769287109375
SRDCU,λ=8,8192,0,82062,10.017333984375
SRDCU,λ=8,8192,0,76275,9.3109130859375
SRDCU,λ=8,8192,0,74475,9.0911865234375
SRDCU,λ=8,8192,0,78503,9.5828857421875
SRDCU,λ=8,8192,0,83227,10.1595458984375
SRDCU,λ=8,8192,0,71891,8.7757568359375
SRDCU,λ=8,8192,0,89849,10.9678955078125
SRDCU,λ=8,8192,0,72174,8.810302734375
SRDCU,λ=8,8192,0,80789,9.8619384765625
SRDCU,λ=8,8192,0,66306,8.093994140625
SRDCU,λ=8,8192,0,78657,9.6016845703125
SRDCU,λ=8,8192,0,76869,9.3834228515625
SHDCU,λ=8,8192,0,72363,8.8333740234375
SHDCU,λ=8,8192,0,79625,9.7198486328125
SHDCU,λ=8,8192,0,82658,10.090087890625
SHDCU,λ=8,8192,0,66175,8.0780029296875
SHDCU,λ=8,8192,0,66855,8.1610107421875
SHDCU,λ=8,8192,0,69472,8.48046875
SHDCU,λ=8,8192,0,70296,8.5810546875
SHDCU,λ=8,8192,0,76765,9.3707275390625
SHDCU,λ=8,8192,0,87235,10.6488037109375
SHDCU,λ=8,8192,0,85358,10.419677734375
SHDCU,λ=8,8192,0,79755,9.7357177734375
SHDCU,λ=8,8192,0,73491,8.9710693359375
SHDCU,λ=8,8192,0,83225,10.1593017578125
SHDCU,λ=8,8192,0,65350,7.977294921875
SHDCU,λ=8,8192,0,76952,9.3935546875
SHDCU,λ=8,8192,0,72618,8.864501953125
SHDCU,λ=8,8192,0,70369,8.5899658203125
SHDCU,λ=8,8192,0,73064,8.9189453125
SHDCU,λ=8,8192,0,70607,8.6190185546875
SHDCU,λ=8,8192,0,73098,8.923095703125
SHDCU,λ=8,8192,0,72451,8.8441162109375
SHDCU,λ=8,8192,0,74469,9.0904541015625
SHDCU,λ=8,8192,0,72861,8.8941650390625
SHDCU,λ=8,8192,0,73907,9.0218505859375
SHDCU,λ=8,8192,0,83416,10.1826171875
SHDCU,λ=8,8192,0,72854,8.893310546875
SHDCU,λ=8,8192,0,69960,8.5400390625
SHDCU,λ=8,8192,0,74982,9.153076171875
SHDCU,λ=8,8192,0,73906,9.021728515625
SHDCU,λ=8,8192,0,71521,8.7305908203125
SHDCU,λ=8,8192,0,71682,8.750244140625
SHDCU,λ=8,8192,0,68189,8.3238525390625
SHDCU,λ=8,8192,0,78472,9.5791015625
SHDCU,λ=8,8192,0,68929,8.4141845703125
SHDCU,λ=8,8192,0,75776,9.25
SHDCU,λ=8,8192,0,67555,8.2464599609375
SHDCU,λ=8,8192,0,61865,7.5518798828125
SHDCU,λ=8,8192,0,73939,9.0257568359375
SHDCU,λ=8,8192,0,70932,8.65869140625
SHDCU,λ=8,8192,0,70667,8.6263427734375
SHDCU,λ=8,8192,0,65335,7.9754638671875
SHDCU,λ=8,8192,0,70703,8.6307373046875
SHDCU,λ=8,8192,0,70156,8.56396484375
SHDCU,λ=8,8192,0,73710,8.997802734375
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SHDCU,λ=8,8192,0,69284,8.45751953125
SHDCU,λ=8,8192,0,84928,10.3671875
SHDCU,λ=8,8192,0,64771,7.9066162109375
SHDCU,λ=8,8192,0,65879,8.0418701171875
SHDCU,λ=8,8192,0,72924,8.90185546875
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SHDCU,λ=8,8192,0,69386,8.469970703125
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SHDCU,λ=8,8192,0,73174,8.932373046875
SHDCU,λ=8,8192,0,80848,9.869140625
SHDCU,λ=8,8192,0,78146,9.539306640625
SHDCU,λ=8,8192,0,75080,9.1650390625
SHDCU,λ=8,8192,0,76618,9.352783203125
SHDCU,λ=8,8192,0,71773,8.7613525390625
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SHDCU,λ=8,8192,0,65548,8.00146484375
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SHDCU,λ=8,8192,0,69927,8.5360107421875
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SHDCU,λ=8,8192,0,68683,8.3841552734375
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SHDCU,λ=8,8192,0,71590,8.739013671875
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SHDCU,λ=8,8192,0,70078,8.554443359375
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SHLCU,λ=8,8192,0,77080,9.4091796875
SHLCU,λ=8,8192,0,69410,8.472900390625
SHLCU,λ=8,8192,0,66205,8.0816650390625
SHLCU,λ=8,8192,0,75502,9.216552734375
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SHLCU,λ=8,8192,0,86451,10.5531005859375
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SHLCU,λ=8,8192,0,73064,8.9189453125
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SHLCU,λ=8,8192,0,69592,8.4951171875
SHLCU,λ=8,8192,0,95323,11.6361083984375
SHLCU,λ=8,8192,0,76558,9.345458984375
SHLCU,λ=8,8192,0,78353,9.5645751953125
SHLCU,λ=8,8192,0,76835,9.3792724609375
SHLCU,λ=8,8192,0,78835,9.6234130859375
SRLCU,λ=8,8192,0,73412,8.96142578125
SRLCU,λ=8,8192,0,78214,9.547607421875
SRLCU,λ=8,8192,0,68034,8.304931640625
SRLCU,λ=8,8192,0,75109,9.1685791015625
SRLCU,λ=8,8192,0,76333,9.3179931640625
SRLCU,λ=8,8192,0,76781,9.3726806640625
SRLCU,λ=8,8192,0,78744,9.6123046875
SRLCU,λ=8,8192,0,69751,8.5145263671875
SRLCU,λ=8,8192,0,74911,9.1444091796875
SRLCU,λ=8,8192,0,72855,8.8934326171875
SRLCU,λ=8,8192,0,72084,8.79931640625
SRLCU,λ=8,8192,0,81751,9.9793701171875
SRLCU,λ=8,8192,0,74283,9.0677490234375
SRLCU,λ=8,8192,0,71876,8.77392578125
SRLCU,λ=8,8192,0,75003,9.1556396484375
SRLCU,λ=8,8192,0,71469,8.7242431640625
SRLCU,λ=8,8192,0,81287,9.9227294921875
SRLCU,λ=8,8192,0,98027,11.9661865234375
SRLCU,λ=8,8192,0,83942,10.246826171875
SRLCU,λ=8,8192,0,75595,9.2279052734375
SRLCU,λ=8,8192,0,80483,9.8245849609375
SRLCU,λ=8,8192,0,69946,8.538330078125
SRLCU,λ=8,8192,0,80286,9.800537109375
SRLCU,λ=8,8192,0,75792,9.251953125
SRLCU,λ=8,8192,0,70673,8.6270751953125
SRLCU,λ=8,8192,0,75251,9.1859130859375
SRLCU,λ=8,8192,0,85271,10.4090576171875
SRLCU,λ=8,8192,0,81676,9.97021484375
SRLCU,λ=8,8192,0,74090,9.044189453125
SRLCU,λ=8,8192,0,76651,9.3568115234375
SRLCU,λ=8,8192,0,69625,8.4991455078125
SRLCU,λ=8,8192,0,73223,8.9383544921875
SRLCU,λ=8,8192,0,85567,10.4451904296875
SRLCU,λ=8,8192,0,74405,9.0826416015625
SRLCU,λ=8,8192,0,78755,9.6136474609375
SRLCU,λ=8,8192,0,79131,9.6595458984375
SRLCU,λ=8,8192,0,72125,8.8043212890625
SRLCU,λ=8,8192,0,68931,8.4144287109375
SRLCU,λ=8,8192,0,71658,8.747314453125
SRLCU,λ=8,8192,0,79396,9.69189453125
SRLCU,λ=8,8192,0,87458,10.676025390625
SRLCU,λ=8,8192,0,73544,8.9775390625
SRLCU,λ=8,8192,0,75742,9.245849609375
SRLCU,λ=8,8192,0,89516,10.92724609375
SRLCU,λ=8,8192,0,79551,9.7108154296875
SRLCU,λ=8,8192,0,83006,10.132568359375
SRLCU,λ=8,8192,0,72818,8.888916015625
SRLCU,λ=8,8192,0,73931,9.0247802734375
SRLCU,λ=8,8192,0,84326,10.293701171875
SRLCU,λ=8,8192,0,71970,8.785400390625
SRLCU,λ=8,8192,0,79193,9.6671142578125
SRLCU,λ=8,8192,0,75411,9.2054443359375
SRLCU,λ=8,8192,0,79590,9.715576171875
SRLCU,λ=8,8192,0,79132,9.65966796875
SRLCU,λ=8,8192,0,79909,9.7545166015625
SRLCU,λ=8,8192,0,91908,11.21923828125
SRLCU,λ=8,8192,0,77183,9.4217529296875
SRLCU,λ=8,8192,0,81499,9.9486083984375
SRLCU,λ=8,8192,0,85508,10.43798828125
SRLCU,λ=8,8192,0,78438,9.574951171875
SRLCU,λ=8,8192,0,74816,9.1328125
SRLCU,λ=8,8192,0,71560,8.7353515625
SRLCU,λ=8,8192,0,81790,9.984130859375
SRLCU,λ=8,8192,0,83658,10.212158203125
SRLCU,λ=8,8192,0,76665,9.3585205078125
SRLCU,λ=8,8192,0,79328,9.68359375
SRLCU,λ=8,8192,0,81918,9.999755859375
SRLCU,λ=8,8192,0,94856,11.5791015625
SRLCU,λ=8,8192,0,77562,9.468017578125
SRLCU,λ=8,8192,0,98982,12.082763671875
SRLCU,λ=8,8192,0,76735,9.3670654296875
SRLCU,λ=8,8192,0,79412,9.69384765625
SRLCU,λ=8,8192,0,72165,8.8092041015625
SRLCU,λ=8,8192,0,87422,10.671630859375
SRLCU,λ=8,8192,0,86776,10.5927734375
SRLCU,λ=8,8192,0,72156,8.80810546875
SRLCU,λ=8,8192,0,77165,9.4195556640625
SRLCU,λ=8,8192,0,76985,9.3975830078125
SRLCU,λ=8,8192,0,69079,8.4324951171875
SRLCU,λ=8,8192,0,84811,10.3529052734375
SRLCU,λ=8,8192,0,81299,9.9241943359375
SRLCU,λ=8,8192,0,71719,8.7547607421875
SRLCU,λ=8,8192,0,74244,9.06298828125
SRLCU,λ=8,8192,0,73013,8.9127197265625
SRLCU,λ=8,8192,0,84911,10.3651123046875
SRLCU,λ=8,8192,0,79913,9.7550048828125
SRLCU,λ=8,8192,0,76307,9.3148193359375
SRLCU,λ=8,8192,0,74031,9.0369873046875
SRLCU,λ=8,8192,0,76805,9.3756103515625
SRLCU,λ=8,8192,0,70487,8.6043701171875
SRLCU,λ=8,8192,0,73072,8.919921875
SRLCU,λ=8,8192,0,74011,9.0345458984375
SRLCU,λ=8,8192,0,79118,9.657958984375
SRLCU,λ=8,8192,0,87927,10.7332763671875
SRLCU,λ=8,8192,0,73288,8.9462890625
SRLCU,λ=8,8192,0,72860,8.89404296875
SRLCU,λ=8,8192,0,84367,10.2987060546875
SRLCU,λ=8,8192,0,75639,9.2332763671875
SRLCU,λ=8,8192,0,71220,8.69384765625
SRLCU,λ=8,8192,0,71971,8.7855224609375
SSLCU,λ=8,8192,0,92922,11.343017578125
SSLCU,λ=8,8192,0,100240,12.236328125
SSLCU,λ=8,8192,0,92025,11.2335205078125
SSLCU,λ=8,8192,0,101745,12.4200439453125
SSLCU,λ=8,8192,0,91880,11.2158203125
SSLCU,λ=8,8192,0,90454,11.041748046875
SSLCU,λ=8,8192,0,119648,14.60546875
SSLCU,λ=8,8192,0,91526,11.172607421875
SSLCU,λ=8,8192,0,102059,12.4583740234375
SSLCU,λ=8,8192,0,107288,13.0966796875
SSLCU,λ=8,8192,0,103862,12.678466796875
SSLCU,λ=8,8192,0,100753,12.2989501953125
SSLCU,λ=8,8192,0,97474,11.898681640625
SSLCU,λ=8,8192,0,102806,12.549560546875
SSLCU,λ=8,8192,0,103984,12.693359375
SSLCU,λ=8,8192,0,102844,12.55419921875
SSLCU,λ=8,8192,0,113715,13.8812255859375
SSLCU,λ=8,8192,0,102038,12.455810546875
SSLCU,λ=8,8192,0,106189,12.9625244140625
SSLCU,λ=8,8192,0,105520,12.880859375
SSLCU,λ=8,8192,0,101629,12.4058837890625
SSLCU,λ=8,8192,0,106163,12.9593505859375
SSLCU,λ=8,8192,0,95016,11.5986328125
SSLCU,λ=8,8192,0,119958,14.643310546875
SSLCU,λ=8,8192,0,96931,11.8323974609375
SSLCU,λ=8,8192,0,98481,12.0216064453125
SSLCU,λ=8,8192,0,102770,12.545166015625
SSLCU,λ=8,8192,0,95539,11.6624755859375
SSLCU,λ=8,8192,0,90972,11.10498046875
SSLCU,λ=8,8192,0,88971,10.8607177734375
SSLCU,λ=8,8192,0,103196,12.59716796875
SSLCU,λ=8,8192,0,92806,11.328857421875
SSLCU,λ=8,8192,0,116847,14.2635498046875
SSLCU,λ=8,8192,0,89188,10.88720703125
SSLCU,λ=8,8192,0,96595,11.7913818359375
SSLCU,λ=8,8192,0,100418,12.258056640625
SSLCU,λ=8,8192,0,100955,12.3236083984375
SSLCU,λ=8,8192,0,118033,14.4083251953125
SSLCU,λ=8,8192,0,94813,11.5738525390625
SSLCU,λ=8,8192,0,103654,12.653076171875
SSLCU,λ=8,8192,0,101505,12.3907470703125
SSLCU,λ=8,8192,0,101722,12.417236328125
SSLCU,λ=8,8192,0,96601,11.7921142578125
SSLCU,λ=8,8192,0,107332,13.10205078125
SSLCU,λ=8,8192,0,99788,12.18115234375
SSLCU,λ=8,8192,0,98391,12.0106201171875
SSLCU,λ=8,8192,0,91659,11.1888427734375
SSLCU,λ=8,8192,0,102484,12.51025390625
SSLCU,λ=8,8192,0,116222,14.187255859375
SSLCU,λ=8,8192,0,93024,11.35546875
SSLCU,λ=8,8192,0,84754,10.345947265625
SSLCU,λ=8,8192,0,93639,11.4305419921875
SSLCU,λ=8,8192,0,96815,11.8182373046875
SSLCU,λ=8,8192,0,109693,13.3902587890625
SSLCU,λ=8,8192,0,93629,11.4293212890625
SSLCU,λ=8,8192,0,94195,11.4984130859375
SSLCU,λ=8,8192,0,95093,11.6080322265625
SSLCU,λ=8,8192,0,100022,12.209716796875
SSLCU,λ=8,8192,0,89932,10.97802734375
SSLCU,λ=8,8192,0,83956,10.24853515625
SSLCU,λ=8,8192,0,98837,12.0650634765625
SSLCU,λ=8,8192,0,91005,11.1090087890625
SSLCU,λ=8,8192,0,92205,11.2554931640625
SSLCU,λ=8,8192,0,92425,11.2823486328125
SSLCU,λ=8,8192,0,109016,13.3076171875
SSLCU,λ=8,8192,0,98072,11.9716796875
SSLCU,λ=8,8192,0,110837,13.5299072265625
SSLCU,λ=8,8192,0,102134,12.467529296875
SSLCU,λ=8,8192,0,103527,12.6375732421875
SSLCU,λ=8,8192,0,87044,10.62548828125
SSLCU,λ=8,8192,0,120910,14.759521484375
SSLCU,λ=8,8192,0,126847,15.4842529296875
SSLCU,λ=8,8192,0,121003,14.7708740234375
SSLCU,λ=8,8192,0,107129,13.0772705078125
SSLCU,λ=8,8192,0,119717,14.6138916015625
SSLCU,λ=8,8192,0,95207,11.6219482421875
SSLCU,λ=8,8192,0,87777,10.7149658203125
SSLCU,λ=8,8192,0,100439,12.2606201171875
SSLCU,λ=8,8192,0,93062,11.360107421875
SSLCU,λ=8,8192,0,88410,10.792236328125
SSLCU,λ=8,8192,0,95810,11.695556640625
SSLCU,λ=8,8192,0,99156,12.10400390625
SSLCU,λ=8,8192,0,110389,13.4752197265625
SSLCU,λ=8,8192,0,92244,11.26025390625
SSLCU,λ=8,8192,0,93541,11.4185791015625
SSLCU,λ=8,8192,0,94184,11.4970703125
SSLCU,λ=8,8192,0,92987,11.3509521484375
SSLCU,λ=8,8192,0,104614,12.770263671875
SSLCU,λ=8,8192,0,93901,11.4625244140625
SSLCU,λ=8,8192,0,93383,11.3992919921875
SSLCU,λ=8,8192,0,107880,13.1689453125
SSLCU,λ=8,8192,0,114787,14.0120849609375
SSLCU,λ=8,8192,0,95848,11.7001953125
SSLCU,λ=8,8192,0,114354,13.959228515625
SSLCU,λ=8,8192,0,105925,12.9302978515625
SSLCU,λ=8,8192,0,93810,11.451416015625
SSLCU,λ=8,8192,0,103851,12.6771240234375
SSLCU,λ=8,8192,0,107451,13.1165771484375
SSLCU,λ=8,8192,0,100410,12.257080078125
SSLCU,λ=8,8192,0,110034,13.431884765625
SSDSU,λ=8,8192,0,89129,10.8800048828125
SSDSU,λ=8,8192,0,96625,11.7950439453125
SSDSU,λ=8,8192,0,85785,10.4718017578125
SSDSU,λ=8,8192,0,94777,11.5694580078125
SSDSU,λ=8,8192,0,90873,11.0928955078125
SSDSU,λ=8,8192,0,120713,14.7354736328125
SSDSU,λ=8,8192,0,91329,11.1485595703125
SSDSU,λ=8,8192,0,87001,10.6202392578125
SSDSU,λ=8,8192,0,97593,11.9132080078125
SSDSU,λ=8,8192,0,81753,9.9796142578125
SSDSU,λ=8,8192,0,94089,11.4854736328125
SSDSU,λ=8,8192,0,84073,10.2628173828125
SSDSU,λ=8,8192,0,94257,11.5059814453125
SSDSU,λ=8,8192,0,87569,10.6895751953125
SSDSU,λ=8,8192,0,86145,10.5157470703125
SSDSU,λ=8,8192,0,95313,11.6348876953125
SSDSU,λ=8,8192,0,87089,10.6309814453125
SSDSU,λ=8,8192,0,80985,9.8858642578125
SSDSU,λ=8,8192,0,86513,10.5606689453125
SSDSU,λ=8,8192,0,90705,11.0723876953125
SSDSU,λ=8,8192,0,88321,10.7813720703125
SSDSU,λ=8,8192,0,85329,10.4161376953125
SSDSU,λ=8,8192,0,93841,11.4552001953125
SSDSU,λ=8,8192,0,86785,10.5938720703125
SSDSU,λ=8,8192,0,93337,11.3936767578125
SSDSU,λ=8,8192,0,100185,12.2296142578125
SSDSU,λ=8,8192,0,86385,10.5450439453125
SSDSU,λ=8,8192,0,86673,10.5802001953125
SSDSU,λ=8,8192,0,82577,10.0802001953125
SSDSU,λ=8,8192,0,92657,11.3106689453125
SSDSU,λ=8,8192,0,95561,11.6651611328125
SSDSU,λ=8,8192,0,103905,12.6837158203125
SSDSU,λ=8,8192,0,96425,11.7706298828125
SSDSU,λ=8,8192,0,100497,12.2677001953125
SSDSU,λ=8,8192,0,91033,11.1124267578125
SSDSU,λ=8,8192,0,99425,12.1368408203125
SSDSU,λ=8,8192,0,95465,11.6534423828125
SSDSU,λ=8,8192,0,108913,13.2950439453125
SSDSU,λ=8,8192,0,94265,11.5069580078125
SSDSU,λ=8,8192,0,90577,11.0567626953125
SSDSU,λ=8,8192,0,90905,11.0968017578125
SSDSU,λ=8,8192,0,105081,12.8272705078125
SSDSU,λ=8,8192,0,85537,10.4415283203125
SSDSU,λ=8,8192,0,85257,10.4073486328125
SSDSU,λ=8,8192,0,102689,12.5352783203125
SSDSU,λ=8,8192,0,86769,10.5919189453125
SSDSU,λ=8,8192,0,91881,11.2159423828125
SSDSU,λ=8,8192,0,100297,12.2432861328125
SSDSU,λ=8,8192,0,85561,10.4444580078125
SSDSU,λ=8,8192,0,104689,12.7794189453125
SSDSU,λ=8,8192,0,97841,11.9434814453125
SSDSU,λ=8,8192,0,95297,11.6329345703125
SSDSU,λ=8,8192,0,102625,12.5274658203125
SSDSU,λ=8,8192,0,88153,10.7608642578125
SSDSU,λ=8,8192,0,112657,13.7520751953125
SSDSU,λ=8,8192,0,89745,10.9552001953125
SSDSU,λ=8,8192,0,90105,10.9991455078125
SSDSU,λ=8,8192,0,82601,10.0831298828125
SSDSU,λ=8,8192,0,91177,11.1300048828125
SSDSU,λ=8,8192,0,86865,10.6036376953125
SSDSU,λ=8,8192,0,94057,11.4815673828125
SSDSU,λ=8,8192,0,90009,10.9874267578125
SSDSU,λ=8,8192,0,106489,12.9991455078125
SSDSU,λ=8,8192,0,80993,9.8868408203125
SSDSU,λ=8,8192,0,95505,11.6583251953125
SSDSU,λ=8,8192,0,86809,10.5968017578125
SSDSU,λ=8,8192,0,90977,11.1055908203125
SSDSU,λ=8,8192,0,111297,13.5860595703125
SSDSU,λ=8,8192,0,92913,11.3419189453125
SSDSU,λ=8,8192,0,88161,10.7618408203125
SSDSU,λ=8,8192,0,86361,10.5421142578125
SSDSU,λ=8,8192,0,78665,9.6026611328125
SSDSU,λ=8,8192,0,109633,13.3829345703125
SSDSU,λ=8,8192,0,84321,10.2930908203125
SSDSU,λ=8,8192,0,92553,11.2979736328125
SSDSU,λ=8,8192,0,105385,12.8643798828125
SSDSU,λ=8,8192,0,100289,12.2423095703125
SSDSU,λ=8,8192,0,91977,11.2276611328125
SSDSU,λ=8,8192,0,93529,11.4171142578125
SSDSU,λ=8,8192,0,81833,9.9893798828125
SSDSU,λ=8,8192,0,85217,10.4024658203125
SSDSU,λ=8,8192,0,82017,10.0118408203125
SSDSU,λ=8,8192,0,100673,12.2891845703125
SSDSU,λ=8,8192,0,88665,10.8233642578125
SSDSU,λ=8,8192,0,94369,11.5196533203125
SSDSU,λ=8,8192,0,98281,11.9971923828125
SSDSU,λ=8,8192,0,101433,12.3819580078125
SSDSU,λ=8,8192,0,99153,12.1036376953125
SSDSU,λ=8,8192,0,90753,11.0782470703125
SSDSU,λ=8,8192,0,96489,11.7784423828125
SSDSU,λ=8,8192,0,98241,11.9923095703125
SSDSU,λ=8,8192,0,98921,12.0753173828125
SSDSU,λ=8,8192,0,82513,10.0723876953125
SSDSU,λ=8,8192,0,111465,13.6065673828125
SSDSU,λ=8,8192,0,93777,11.4473876953125
SSDSU,λ=8,8192,0,88497,10.8028564453125
SSDSU,λ=8,8192,0,96801,11.8165283203125
SSDSU,λ=8,8192,0,95969,11.7149658203125
SSDSU,λ=8,8192,0,92161,11.2501220703125
SRDSU,λ=8,8192,0,72801,8.8868408203125
SRDSU,λ=8,8192,0,74241,9.0626220703125
SRDSU,λ=8,8192,0,86993,10.6192626953125
SRDSU,λ=8,8192,0,74129,9.0489501953125
SRDSU,λ=8,8192,0,75289,9.1905517578125
SRDSU,λ=8,8192,0,81889,9.9962158203125
SRDSU,λ=8,8192,0,73593,8.9835205078125
SRDSU,λ=8,8192,0,83945,10.2471923828125
SRDSU,λ=8,8192,0,73009,8.9122314453125
SRDSU,λ=8,8192,0,74961,9.1505126953125
SRDSU,λ=8,8192,0,80985,9.8858642578125
SRDSU,λ=8,8192,0,82809,10.1085205078125
SRDSU,λ=8,8192,0,75737,9.2452392578125
SRDSU,λ=8,8192,0,72353,8.8321533203125
SRDSU,λ=8,8192,0,70777,8.6397705078125
SRDSU,λ=8,8192,0,71873,8.7735595703125
SRDSU,λ=8,8192,0,73937,9.0255126953125
SRDSU,λ=8,8192,0,70977,8.6641845703125
SRDSU,λ=8,8192,0,88145,10.7598876953125
SRDSU,λ=8,8192,0,73409,8.9610595703125
SRDSU,λ=8,8192,0,76809,9.3760986328125
SRDSU,λ=8,8192,0,73449,8.9659423828125
SRDSU,λ=8,8192,0,68257,8.3321533203125
SRDSU,λ=8,8192,0,69873,8.5294189453125
SRDSU,λ=8,8192,0,78409,9.5714111328125
SRDSU,λ=8,8192,0,72465,8.8458251953125
SRDSU,λ=8,8192,0,71793,8.7637939453125
SRDSU,λ=8,8192,0,68441,8.3546142578125
SRDSU,λ=8,8192,0,70081,8.5548095703125
SRDSU,λ=8,8192,0,72737,8.8790283203125
SRDSU,λ=8,8192,0,85361,10.4200439453125
SRDSU,λ=8,8192,0,74489,9.0928955078125
SRDSU,λ=8,8192,0,76345,9.3194580078125
SRDSU,λ=8,8192,0,73929,9.0245361328125
SRDSU,λ=8,8192,0,65969,8.0528564453125
SRDSU,λ=8,8192,0,66033,8.0606689453125
SRDSU,λ=8,8192,0,72073,8.7979736328125
SRDSU,λ=8,8192,0,68865,8.4063720703125
SRDSU,λ=8,8192,0,78777,9.6163330078125
SRDSU,λ=8,8192,0,69065,8.4307861328125
SRDSU,λ=8,8192,0,66761,8.1495361328125
SRDSU,λ=8,8192,0,78497,9.5821533203125
SRDSU,λ=8,8192,0,74401,9.0821533203125
SRDSU,λ=8,8192,0,72777,8.8839111328125
SRDSU,λ=8,8192,0,71833,8.7686767578125
SRDSU,λ=8,8192,0,76689,9.3614501953125
SRDSU,λ=8,8192,0,69825,8.5235595703125
SRDSU,λ=8,8192,0,74249,9.0635986328125
SRDSU,λ=8,8192,0,65473,7.9923095703125
SRDSU,λ=8,8192,0,71801,8.7647705078125
SRDSU,λ=8,8192,0,74377,9.0792236328125
SRDSU,λ=8,8192,0,63001,7.6905517578125
SRDSU,λ=8,8192,0,73217,8.9376220703125
SRDSU,λ=8,8192,0,65377,7.9805908203125
SRDSU,λ=8,8192,0,68745,8.3917236328125
SRDSU,λ=8,8192,0,75697,9.2403564453125
SRDSU,λ=8,8192,0,69441,8.4766845703125
SRDSU,λ=8,8192,0,73025,8.9141845703125
SRDSU,λ=8,8192,0,88393,10.7901611328125
SRDSU,λ=8,8192,0,73185,8.9337158203125
SRDSU,λ=8,8192,0,74225,9.0606689453125
SRDSU,λ=8,8192,0,65817,8.0343017578125
SRDSU,λ=8,8192,0,75305,9.1925048828125
SRDSU,λ=8,8192,0,72849,8.8927001953125
SRDSU,λ=8,8192,0,71977,8.7862548828125
SRDSU,λ=8,8192,0,72881,8.8966064453125
SRDSU,λ=8,8192,0,67945,8.2940673828125
SRDSU,λ=8,8192,0,74985,9.1534423828125
SRDSU,λ=8,8192,0,73489,8.9708251953125
SRDSU,λ=8,8192,0,73329,8.9512939453125
SRDSU,λ=8,8192,0,70913,8.6563720703125
SRDSU,λ=8,8192,0,76297,9.3135986328125
SRDSU,λ=8,8192,0,70617,8.6202392578125
SRDSU,λ=8,8192,0,77945,9.5147705078125
SRDSU,λ=8,8192,0,96905,11.8292236328125
SRDSU,λ=8,8192,0,70521,8.6085205078125
SRDSU,λ=8,8192,0,77921,9.5118408203125
SRDSU,λ=8,8192,0,74833,9.1348876953125
SRDSU,λ=8,8192,0,72185,8.8116455078125
SRDSU,λ=8,8192,0,68073,8.3096923828125
SRDSU,λ=8,8192,0,73177,8.9327392578125
SRDSU,λ=8,8192,0,89017,10.8663330078125
SRDSU,λ=8,8192,0,78769,9.6153564453125
SRDSU,λ=8,8192,0,66521,8.1202392578125
SRDSU,λ=8,8192,0,65041,7.9395751953125
SRDSU,λ=8,8192,0,72273,8.8223876953125
SRDSU,λ=8,8192,0,77761,9.4923095703125
SRDSU,λ=8,8192,0,71689,8.7510986328125
SRDSU,λ=8,8192,0,68433,8.3536376953125
SRDSU,λ=8,8192,0,69889,8.5313720703125
SRDSU,λ=8,8192,0,83313,10.1700439453125
SRDSU,λ=8,8192,0,69057,8.4298095703125
SRDSU,λ=8,8192,0,77089,9.4102783203125
SRDSU,λ=8,8192,0,69617,8.4981689453125
SRDSU,λ=8,8192,0,70865,8.6505126953125
SRDSU,λ=8,8192,0,69513,8.4854736328125
SRDSU,λ=8,8192,0,67225,8.2061767578125
SHDSU,λ=8,8192,0,70529,8.6094970703125
SHDSU,λ=8,8192,0,68849,8.4044189453125
SHDSU,λ=8,8192,0,80153,9.7843017578125
SHDSU,λ=8,8192,0,68417,8.3516845703125
SHDSU,λ=8,8192,0,66217,8.0831298828125
SHDSU,λ=8,8192,0,69321,8.4620361328125
SHDSU,λ=8,8192,0,64593,7.8848876953125
SHDSU,λ=8,8192,0,78961,9.6387939453125
SHDSU,λ=8,8192,0,61457,7.5020751953125
SHDSU,λ=8,8192,0,65905,8.0450439453125
SHDSU,λ=8,8192,0,74601,9.1065673828125
SHDSU,λ=8,8192,0,64233,7.8409423828125
SHDSU,λ=8,8192,0,81169,9.9083251953125
SHDSU,λ=8,8192,0,64633,7.8897705078125
SHDSU,λ=8,8192,0,73321,8.9503173828125
SHDSU,λ=8,8192,0,66913,8.1680908203125
SHDSU,λ=8,8192,0,65913,8.0460205078125
SHDSU,λ=8,8192,0,67737,8.2686767578125
SHDSU,λ=8,8192,0,65537,8.0001220703125
SHDSU,λ=8,8192,0,75889,9.2637939453125
SHDSU,λ=8,8192,0,66937,8.1710205078125
SHDSU,λ=8,8192,0,75921,9.2677001953125
SHDSU,λ=8,8192,0,66193,8.0802001953125
SHDSU,λ=8,8192,0,66065,8.0645751953125
SHDSU,λ=8,8192,0,66809,8.1553955078125
SHDSU,λ=8,8192,0,71449,8.7218017578125
SHDSU,λ=8,8192,0,73545,8.9776611328125
SHDSU,λ=8,8192,0,62073,7.5772705078125
SHDSU,λ=8,8192,0,65969,8.0528564453125
SHDSU,λ=8,8192,0,65769,8.0284423828125
SHDSU,λ=8,8192,0,66497,8.1173095703125
SHDSU,λ=8,8192,0,72913,8.9005126953125
SHDSU,λ=8,8192,0,64585,7.8839111328125
SHDSU,λ=8,8192,0,71041,8.6719970703125
SHDSU,λ=8,8192,0,75817,9.2550048828125
SHDSU,λ=8,8192,0,66273,8.0899658203125
SHDSU,λ=8,8192,0,59337,7.2432861328125
SHDSU,λ=8,8192,0,67329,8.2188720703125
SHDSU,λ=8,8192,0,85625,10.4522705078125
SHDSU,λ=8,8192,0,92977,11.3497314453125
SHDSU,λ=8,8192,0,63985,7.8106689453125
SHDSU,λ=8,8192,0,65729,8.0235595703125
SHDSU,λ=8,8192,0,65297,7.9708251953125
SHDSU,λ=8,8192,0,71641,8.7452392578125
SHDSU,λ=8,8192,0,78649,9.6007080078125
SHDSU,λ=8,8192,0,65377,7.9805908203125
SHDSU,λ=8,8192,0,73097,8.9229736328125
SHDSU,λ=8,8192,0,80265,9.7979736328125
SHDSU,λ=8,8192,0,69881,8.5303955078125
SHDSU,λ=8,8192,0,74369,9.0782470703125
SHDSU,λ=8,8192,0,77721,9.4874267578125
SHDSU,λ=8,8192,0,63745,7.7813720703125
SHDSU,λ=8,8192,0,68425,8.3526611328125
SHDSU,λ=8,8192,0,71329,8.7071533203125
SHDSU,λ=8,8192,0,62393,7.6163330078125
SHDSU,λ=8,8192,0,68569,8.3702392578125
SHDSU,λ=8,8192,0,60633,7.4014892578125
SHDSU,λ=8,8192,0,66921,8.1690673828125
SHDSU,λ=8,8192,0,76233,9.3057861328125
SHDSU,λ=8,8192,0,65153,7.9532470703125
SHDSU,λ=8,8192,0,74329,9.0733642578125
SHDSU,λ=8,8192,0,64985,7.9327392578125
SHDSU,λ=8,8192,0,74313,9.0714111328125
SHDSU,λ=8,8192,0,73521,8.9747314453125
SHDSU,λ=8,8192,0,73337,8.9522705078125
SHDSU,λ=8,8192,0,67113,8.1925048828125
SHDSU,λ=8,8192,0,70929,8.6583251953125
SHDSU,λ=8,8192,0,68065,8.3087158203125
SHDSU,λ=8,8192,0,67625,8.2550048828125
SHDSU,λ=8,8192,0,77593,9.4718017578125
SHDSU,λ=8,8192,0,85569,10.4454345703125
SHDSU,λ=8,8192,0,73673,8.9932861328125
SHDSU,λ=8,8192,0,69153,8.4415283203125
SHDSU,λ=8,8192,0,72929,8.9024658203125
SHDSU,λ=8,8192,0,80409,9.8155517578125
SHDSU,λ=8,8192,0,68057,8.3077392578125
SHDSU,λ=8,8192,0,62929,7.6817626953125
SHDSU,λ=8,8192,0,62553,7.6358642578125
SHDSU,λ=8,8192,0,64921,7.9249267578125
SHDSU,λ=8,8192,0,66481,8.1153564453125
SHDSU,λ=8,8192,0,68825,8.4014892578125
SHDSU,λ=8,8192,0,73977,9.0303955078125
SHDSU,λ=8,8192,0,71057,8.6739501953125
SHDSU,λ=8,8192,0,69393,8.4708251953125
SHDSU,λ=8,8192,0,67921,8.2911376953125
SHDSU,λ=8,8192,0,73417,8.9620361328125
SHDSU,λ=8,8192,0,69833,8.5245361328125
SHDSU,λ=8,8192,0,71409,8.7169189453125
SHDSU,λ=8,8192,0,66593,8.1290283203125
SHDSU,λ=8,8192,0,64329,7.8526611328125
SHDSU,λ=8,8192,0,72289,8.8243408203125
SHDSU,λ=8,8192,0,66993,8.1778564453125
SHDSU,λ=8,8192,0,63169,7.7110595703125
SHDSU,λ=8,8192,0,76641,9.3555908203125
SHDSU,λ=8,8192,0,71177,8.6885986328125
SHLSU,λ=8,8192,0,65353,7.9776611328125
SHLSU,λ=8,8192,0,66009,8.0577392578125
SHLSU,λ=8,8192,0,75121,9.1700439453125
SHLSU,λ=8,8192,0,68697,8.3858642578125
SHLSU,λ=8,8192,0,63193,7.7139892578125
SHLSU,λ=8,8192,0,74113,9.0469970703125
SHLSU,λ=8,8192,0,73513,8.9737548828125
SHLSU,λ=8,8192,0,69713,8.5098876953125
SHLSU,λ=8,8192,0,61753,7.5382080078125
SHLSU,λ=8,8192,0,68513,8.3634033203125
SHLSU,λ=8,8192,0,66873,8.1632080078125
SHLSU,λ=8,8192,0,71321,8.7061767578125
SHLSU,λ=8,8192,0,66609,8.1309814453125
SHLSU,λ=8,8192,0,70601,8.6182861328125
SHLSU,λ=8,8192,0,71929,8.7803955078125
SHLSU,λ=8,8192,0,79761,9.7364501953125
SHLSU,λ=8,8192,0,67889,8.2872314453125
SHLSU,λ=8,8192,0,72225,8.8165283203125
SHLSU,λ=8,8192,0,74521,9.0968017578125
SHLSU,λ=8,8192,0,69257,8.4542236328125
SHLSU,λ=8,8192,0,68249,8.3311767578125
SHLSU,λ=8,8192,0,66465,8.1134033203125
SHLSU,λ=8,8192,0,64489,7.8721923828125
SHLSU,λ=8,8192,0,72505,8.8507080078125
SHLSU,λ=8,8192,0,68441,8.3546142578125
SHLSU,λ=8,8192,0,80641,9.8438720703125
SHLSU,λ=8,8192,0,72545,8.8555908203125
SHLSU,λ=8,8192,0,71633,8.7442626953125
SHLSU,λ=8,8192,0,72073,8.7979736328125
SHLSU,λ=8,8192,0,79945,9.7589111328125
SHLSU,λ=8,8192,0,67497,8.2393798828125
SHLSU,λ=8,8192,0,76097,9.2891845703125
SHLSU,λ=8,8192,0,71809,8.7657470703125
SHLSU,λ=8,8192,0,63881,7.7979736328125
SHLSU,λ=8,8192,0,73385,8.9581298828125
SHLSU,λ=8,8192,0,60281,7.3585205078125
SHLSU,λ=8,8192,0,71001,8.6671142578125
SHLSU,λ=8,8192,0,75089,9.1661376953125
SHLSU,λ=8,8192,0,66073,8.0655517578125
SHLSU,λ=8,8192,0,65273,7.9678955078125
SHLSU,λ=8,8192,0,67321,8.2178955078125
SHLSU,λ=8,8192,0,65937,8.0489501953125
SHLSU,λ=8,8192,0,76753,9.3692626953125
SHLSU,λ=8,8192,0,74385,9.0802001953125
SHLSU,λ=8,8192,0,84609,10.3282470703125
SHLSU,λ=8,8192,0,64169,7.8331298828125
SHLSU,λ=8,8192,0,65697,8.0196533203125
SHLSU,λ=8,8192,0,69929,8.5362548828125
SHLSU,λ=8,8192,0,70657,8.6251220703125
SHLSU,λ=8,8192,0,76705,9.3634033203125
SHLSU,λ=8,8192,0,85097,10.3878173828125
SHLSU,λ=8,8192,0,74001,9.0333251953125
SHLSU,λ=8,8192,0,70233,8.5733642578125
SHLSU,λ=8,8192,0,67281,8.2130126953125
SHLSU,λ=8,8192,0,72673,8.8712158203125
SHLSU,λ=8,8192,0,66921,8.1690673828125
SHLSU,λ=8,8192,0,60657,7.4044189453125
SHLSU,λ=8,8192,0,75561,9.2237548828125
SHLSU,λ=8,8192,0,67481,8.2374267578125
SHLSU,λ=8,8192,0,74329,9.0733642578125
SHLSU,λ=8,8192,0,70161,8.5645751953125
SHLSU,λ=8,8192,0,93089,11.3634033203125
SHLSU,λ=8,8192,0,84065,10.2618408203125
SHLSU,λ=8,8192,0,68345,8.3428955078125
SHLSU,λ=8,8192,0,67625,8.2550048828125
SHLSU,λ=8,8192,0,65745,8.0255126953125
SHLSU,λ=8,8192,0,64265,7.8448486328125
SHLSU,λ=8,8192,0,65857,8.0391845703125
SHLSU,λ=8,8192,0,77369,9.4444580078125
SHLSU,λ=8,8192,0,82617,10.0850830078125
SHLSU,λ=8,8192,0,71393,8.7149658203125
SHLSU,λ=8,8192,0,62545,7.6348876953125
SHLSU,λ=8,8192,0,68681,8.3839111328125
SHLSU,λ=8,8192,0,73561,8.9796142578125
SHLSU,λ=8,8192,0,72945,8.9044189453125
SHLSU,λ=8,8192,0,66953,8.1729736328125
SHLSU,λ=8,8192,0,70457,8.6007080078125
SHLSU,λ=8,8192,0,64457,7.8682861328125
SHLSU,λ=8,8192,0,63217,7.7169189453125
SHLSU,λ=8,8192,0,64113,7.8262939453125
SHLSU,λ=8,8192,0,63465,7.7471923828125
SHLSU,λ=8,8192,0,66633,8.1339111328125
SHLSU,λ=8,8192,0,60889,7.4327392578125
SHLSU,λ=8,8192,0,72113,8.8028564453125
SHLSU,λ=8,8192,0,70649,8.6241455078125
SHLSU,λ=8,8192,0,73417,8.9620361328125
SHLSU,λ=8,8192,0,70009,8.5460205078125
SHLSU,λ=8,8192,0,81649,9.9669189453125
SHLSU,λ=8,8192,0,65777,8.0294189453125
SHLSU,λ=8,8192,0,93641,11.4307861328125
SHLSU,λ=8,8192,0,66593,8.1290283203125
SHLSU,λ=8,8192,0,64569,7.8819580078125
SHLSU,λ=8,8192,0,67433,8.2315673828125
SHLSU,λ=8,8192,0,73961,9.0284423828125
SHLSU,λ=8,8192,0,68625,8.3770751953125
SHLSU,λ=8,8192,0,73665,8.9923095703125
SHLSU,λ=8,8192,0,66537,8.1221923828125
SHLSU,λ=8,8192,0,66345,8.0987548828125
SRLSU,λ=8,8192,0,70033,8.5489501953125
SRLSU,λ=8,8192,0,77497,9.4600830078125
SRLSU,λ=8,8192,0,76497,9.3380126953125
SRLSU,λ=8,8192,0,72785,8.8848876953125
SRLSU,λ=8,8192,0,74961,9.1505126953125
SRLSU,λ=8,8192,0,71153,8.6856689453125
SRLSU,λ=8,8192,0,78049,9.5274658203125
SRLSU,λ=8,8192,0,79289,9.6788330078125
SRLSU,λ=8,8192,0,68673,8.3829345703125
SRLSU,λ=8,8192,0,70065,8.5528564453125
SRLSU,λ=8,8192,0,84073,10.2628173828125
SRLSU,λ=8,8192,0,75657,9.2354736328125
SRLSU,λ=8,8192,0,79153,9.6622314453125
SRLSU,λ=8,8192,0,72353,8.8321533203125
SRLSU,λ=8,8192,0,74361,9.0772705078125
SRLSU,λ=8,8192,0,69969,8.5411376953125
SRLSU,λ=8,8192,0,72481,8.8477783203125
SRLSU,λ=8,8192,0,70841,8.6475830078125
SRLSU,λ=8,8192,0,79177,9.6651611328125
SRLSU,λ=8,8192,0,82593,10.0821533203125
SRLSU,λ=8,8192,0,71865,8.7725830078125
SRLSU,λ=8,8192,0,89289,10.8995361328125
SRLSU,λ=8,8192,0,84553,10.3214111328125
SRLSU,λ=8,8192,0,66465,8.1134033203125
SRLSU,λ=8,8192,0,70641,8.6231689453125
SRLSU,λ=8,8192,0,83745,10.2227783203125
SRLSU,λ=8,8192,0,75385,9.2022705078125
SRLSU,λ=8,8192,0,69961,8.5401611328125
SRLSU,λ=8,8192,0,83129,10.1475830078125
SRLSU,λ=8,8192,0,72425,8.8409423828125
SRLSU,λ=8,8192,0,77841,9.5020751953125
SRLSU,λ=8,8192,0,67353,8.2218017578125
SRLSU,λ=8,8192,0,83537,10.1973876953125
SRLSU,λ=8,8192,0,70289,8.5802001953125
SRLSU,λ=8,8192,0,75185,9.1778564453125
SRLSU,λ=8,8192,0,86185,10.5206298828125
SRLSU,λ=8,8192,0,74161,9.0528564453125
SRLSU,λ=8,8192,0,74721,9.1212158203125
SRLSU,λ=8,8192,0,81145,9.9053955078125
SRLSU,λ=8,8192,0,70153,8.5635986328125
SRLSU,λ=8,8192,0,66729,8.1456298828125
SRLSU,λ=8,8192,0,74153,9.0518798828125
SRLSU,λ=8,8192,0,76353,9.3204345703125
SRLSU,λ=8,8192,0,71969,8.7852783203125
SRLSU,λ=8,8192,0,79889,9.7520751953125
SRLSU,λ=8,8192,0,62745,7.6593017578125
SRLSU,λ=8,8192,0,73641,8.9893798828125
SRLSU,λ=8,8192,0,74377,9.0792236328125
SRLSU,λ=8,8192,0,71249,8.6973876953125
SRLSU,λ=8,8192,0,75313,9.1934814453125
SRLSU,λ=8,8192,0,85457,10.4317626953125
SRLSU,λ=8,8192,0,67817,8.2784423828125
SRLSU,λ=8,8192,0,75857,9.2598876953125
SRLSU,λ=8,8192,0,81497,9.9483642578125
SRLSU,λ=8,8192,0,84609,10.3282470703125
SRLSU,λ=8,8192,0,64849,7.9161376953125
SRLSU,λ=8,8192,0,73281,8.9454345703125
SRLSU,λ=8,8192,0,66297,8.0928955078125
SRLSU,λ=8,8192,0,71193,8.6905517578125
SRLSU,λ=8,8192,0,72369,8.8341064453125
SRLSU,λ=8,8192,0,63801,7.7882080078125
SRLSU,λ=8,8192,0,76841,9.3800048828125
SRLSU,λ=8,8192,0,91817,11.2081298828125
SRLSU,λ=8,8192,0,73489,8.9708251953125
SRLSU,λ=8,8192,0,73521,8.9747314453125
SRLSU,λ=8,8192,0,73529,8.9757080078125
SRLSU,λ=8,8192,0,76585,9.3487548828125
SRLSU,λ=8,8192,0,70313,8.5831298828125
SRLSU,λ=8,8192,0,71841,8.7696533203125
SRLSU,λ=8,8192,0,78217,9.5479736328125
SRLSU,λ=8,8192,0,83505,10.1934814453125
SRLSU,λ=8,8192,0,76577,9.3477783203125
SRLSU,λ=8,8192,0,64257,7.8438720703125
SRLSU,λ=8,8192,0,97833,11.9425048828125
SRLSU,λ=8,8192,0,70913,8.6563720703125
SRLSU,λ=8,8192,0,76913,9.3887939453125
SRLSU,λ=8,8192,0,76457,9.3331298828125
SRLSU,λ=8,8192,0,75601,9.2286376953125
SRLSU,λ=8,8192,0,72377,8.8350830078125
SRLSU,λ=8,8192,0,78385,9.5684814453125
SRLSU,λ=8,8192,0,82425,10.0616455078125
SRLSU,λ=8,8192,0,68665,8.3819580078125
SRLSU,λ=8,8192,0,63081,7.7003173828125
SRLSU,λ=8,8192,0,77153,9.4180908203125
SRLSU,λ=8,8192,0,88097,10.7540283203125
SRLSU,λ=8,8192,0,76921,9.3897705078125
SRLSU,λ=8,8192,0,79905,9.7540283203125
SRLSU,λ=8,8192,0,65265,7.9669189453125
SRLSU,λ=8,8192,0,82857,10.1143798828125
SRLSU,λ=8,8192,0,86825,10.5987548828125
SRLSU,λ=8,8192,0,77609,9.4737548828125
SRLSU,λ=8,8192,0,75121,9.1700439453125
SRLSU,λ=8,8192,0,68409,8.3507080078125
SRLSU,λ=8,8192,0,88497,10.8028564453125
SRLSU,λ=8,8192,0,75361,9.1993408203125
SRLSU,λ=8,8192,0,72129,8.8048095703125
SRLSU,λ=8,8192,0,69553,8.4903564453125
SRLSU,λ=8,8192,0,71777,8.7618408203125
SRLSU,λ=8,8192,0,72809,8.8878173828125
SSLSU,λ=8,8192,0,93161,11.3721923828125
SSLSU,λ=8,8192,0,90569,11.0557861328125
SSLSU,λ=8,8192,0,119793,14.6231689453125
SSLSU,λ=8,8192,0,93721,11.4405517578125
SSLSU,λ=8,8192,0,79633,9.7208251953125
SSLSU,λ=8,8192,0,97833,11.9425048828125
SSLSU,λ=8,8192,0,108449,13.2384033203125
SSLSU,λ=8,8192,0,102753,12.5430908203125
SSLSU,λ=8,8192,0,100761,12.2999267578125
SSLSU,λ=8,8192,0,105121,12.8321533203125
SSLSU,λ=8,8192,0,87729,10.7091064453125
SSLSU,λ=8,8192,0,100985,12.3272705078125
SSLSU,λ=8,8192,0,102569,12.5206298828125
SSLSU,λ=8,8192,0,97105,11.8536376953125
SSLSU,λ=8,8192,0,91201,11.1329345703125
SSLSU,λ=8,8192,0,89561,10.9327392578125
SSLSU,λ=8,8192,0,108137,13.2003173828125
SSLSU,λ=8,8192,0,106073,12.9483642578125
SSLSU,λ=8,8192,0,101449,12.3839111328125
SSLSU,λ=8,8192,0,99025,12.0880126953125
SSLSU,λ=8,8192,0,88377,10.7882080078125
SSLSU,λ=8,8192,0,95937,11.7110595703125
SSLSU,λ=8,8192,0,113257,13.8253173828125
SSLSU,λ=8,8192,0,89689,10.9483642578125
SSLSU,λ=8,8192,0,94233,11.5030517578125
SSLSU,λ=8,8192,0,88217,10.7686767578125
SSLSU,λ=8,8192,0,94329,11.5147705078125
SSLSU,λ=8,8192,0,93225,11.3800048828125
SSLSU,λ=8,8192,0,108769,13.2774658203125
SSLSU,λ=8,8192,0,94745,11.5655517578125
SSLSU,λ=8,8192,0,100297,12.2432861328125
SSLSU,λ=8,8192,0,88657,10.8223876953125
SSLSU,λ=8,8192,0,84473,10.3116455078125
SSLSU,λ=8,8192,0,95297,11.6329345703125
SSLSU,λ=8,8192,0,102625,12.5274658203125
SSLSU,λ=8,8192,0,84633,10.3311767578125
SSLSU,λ=8,8192,0,94193,11.4981689453125
SSLSU,λ=8,8192,0,97289,11.8760986328125
SSLSU,λ=8,8192,0,94761,11.5675048828125
SSLSU,λ=8,8192,0,99041,12.0899658203125
SSLSU,λ=8,8192,0,102129,12.4669189453125
SSLSU,λ=8,8192,0,92985,11.3507080078125
SSLSU,λ=8,8192,0,97033,11.8448486328125
SSLSU,λ=8,8192,0,88897,10.8516845703125
SSLSU,λ=8,8192,0,85937,10.4903564453125
SSLSU,λ=8,8192,0,90009,10.9874267578125
SSLSU,λ=8,8192,0,105169,12.8380126953125
SSLSU,λ=8,8192,0,104921,12.8077392578125
SSLSU,λ=8,8192,0,96329,11.7589111328125
SSLSU,λ=8,8192,0,103553,12.6407470703125
SSLSU,λ=8,8192,0,104409,12.7452392578125
SSLSU,λ=8,8192,0,87153,10.6387939453125
SSLSU,λ=8,8192,0,114897,14.0255126953125
SSLSU,λ=8,8192,0,84985,10.3741455078125
SSLSU,λ=8,8192,0,92425,11.2823486328125
SSLSU,λ=8,8192,0,92081,11.2403564453125
SSLSU,λ=8,8192,0,99857,12.1895751953125
SSLSU,λ=8,8192,0,89129,10.8800048828125
SSLSU,λ=8,8192,0,108753,13.2755126953125
SSLSU,λ=8,8192,0,87449,10.6749267578125
SSLSU,λ=8,8192,0,102945,12.5665283203125
SSLSU,λ=8,8192,0,90721,11.0743408203125
SSLSU,λ=8,8192,0,86257,10.5294189453125
SSLSU,λ=8,8192,0,105321,12.8565673828125
SSLSU,λ=8,8192,0,116617,14.2354736328125
SSLSU,λ=8,8192,0,96761,11.8116455078125
SSLSU,λ=8,8192,0,105513,12.8800048828125
SSLSU,λ=8,8192,0,93857,11.4571533203125
SSLSU,λ=8,8192,0,96433,11.7716064453125
SSLSU,λ=8,8192,0,91281,11.1427001953125
SSLSU,λ=8,8192,0,101377,12.3751220703125
SSLSU,λ=8,8192,0,91337,11.1495361328125
SSLSU,λ=8,8192,0,97905,11.9512939453125
SSLSU,λ=8,8192,0,91081,11.1182861328125
SSLSU,λ=8,8192,0,101273,12.3624267578125
SSLSU,λ=8,8192,0,95249,11.6270751953125
SSLSU,λ=8,8192,0,99169,12.1055908203125
SSLSU,λ=8,8192,0,110633,13.5050048828125
SSLSU,λ=8,8192,0,96049,11.7247314453125
SSLSU,λ=8,8192,0,88097,10.7540283203125
SSLSU,λ=8,8192,0,105569,12.8868408203125
SSLSU,λ=8,8192,0,98345,12.0050048828125
SSLSU,λ=8,8192,0,100257,12.2384033203125
SSLSU,λ=8,8192,0,108577,13.2540283203125
SSLSU,λ=8,8192,0,94777,11.5694580078125
SSLSU,λ=8,8192,0,109161,13.3253173828125
SSLSU,λ=8,8192,0,110833,13.5294189453125
SSLSU,λ=8,8192,0,96017,11.7208251953125
SSLSU,λ=8,8192,0,102393,12.4991455078125
SSLSU,λ=8,8192,0,87241,10.6495361328125
SSLSU,λ=8,8192,0,97681,11.9239501953125
SSLSU,λ=8,8192,0,88641,10.8204345703125
SSLSU,λ=8,8192,0,95057,11.6036376953125
SSLSU,λ=8,8192,0,92313,11.2686767578125
SSLSU,λ=8,8192,0,82729,10.0987548828125
SSLSU,λ=8,8192,0,95969,11.7149658203125
SSLSU,λ=8,8192,0,108353,13.2266845703125
SSLSU,λ=8,8192,0,97697,11.9259033203125
SSDMU,λ=8,8192,0,99273,12.1182861328125
SSDMU,λ=8,8192,0,94881,11.5821533203125
SSDMU,λ=8,8192,0,100769,12.3009033203125
SSDMU,λ=8,8192,0,102457,12.5069580078125
SSDMU,λ=8,8192,0,91329,11.1485595703125
SSDMU,λ=8,8192,0,105961,12.9346923828125
SSDMU,λ=8,8192,0,115265,14.0704345703125
SSDMU,λ=8,8192,0,109617,13.3809814453125
SSDMU,λ=8,8192,0,100361,12.2510986328125
SSDMU,λ=8,8192,0,86289,10.5333251953125
SSDMU,λ=8,8192,0,93969,11.4708251953125
SSDMU,λ=8,8192,0,90897,11.0958251953125
SSDMU,λ=8,8192,0,111793,13.6466064453125
SSDMU,λ=8,8192,0,107465,13.1182861328125
SSDMU,λ=8,8192,0,96257,11.7501220703125
SSDMU,λ=8,8192,0,115209,14.0635986328125
SSDMU,λ=8,8192,0,100305,12.2442626953125
SSDMU,λ=8,8192,0,103897,12.6827392578125
SSDMU,λ=8,8192,0,95009,11.5977783203125
SSDMU,λ=8,8192,0,88601,10.8155517578125
SSDMU,λ=8,8192,0,93153,11.3712158203125
SSDMU,λ=8,8192,0,91985,11.2286376953125
SSDMU,λ=8,8192,0,88057,10.7491455078125
SSDMU,λ=8,8192,0,100393,12.2550048828125
SSDMU,λ=8,8192,0,95633,11.6739501953125
SSDMU,λ=8,8192,0,98177,11.9844970703125
SSDMU,λ=8,8192,0,95841,11.6993408203125
SSDMU,λ=8,8192,0,96953,11.8350830078125
SSDMU,λ=8,8192,0,106113,12.9532470703125
SSDMU,λ=8,8192,0,91441,11.1622314453125
SSDMU,λ=8,8192,0,106089,12.9503173828125
SSDMU,λ=8,8192,0,93721,11.4405517578125
SSDMU,λ=8,8192,0,88025,10.7452392578125
SSDMU,λ=8,8192,0,98361,12.0069580078125
SSDMU,λ=8,8192,0,99881,12.1925048828125
SSDMU,λ=8,8192,0,113161,13.8135986328125
SSDMU,λ=8,8192,0,104593,12.7677001953125
SSDMU,λ=8,8192,0,97441,11.8946533203125
SSDMU,λ=8,8192,0,101881,12.4366455078125
SSDMU,λ=8,8192,0,96025,11.7218017578125
SSDMU,λ=8,8192,0,95913,11.7081298828125
SSDMU,λ=8,8192,0,105113,12.8311767578125
SSDMU,λ=8,8192,0,111769,13.6436767578125
SSDMU,λ=8,8192,0,90241,11.0157470703125
SSDMU,λ=8,8192,0,96337,11.7598876953125
SSDMU,λ=8,8192,0,115937,14.1524658203125
SSDMU,λ=8,8192,0,99377,12.1309814453125
SSDMU,λ=8,8192,0,91241,11.1378173828125
SSDMU,λ=8,8192,0,117025,14.2852783203125
SSDMU,λ=8,8192,0,93265,11.3848876953125
SSDMU,λ=8,8192,0,99185,12.1075439453125
SSDMU,λ=8,8192,0,108465,13.2403564453125
SSDMU,λ=8,8192,0,103625,12.6495361328125
SSDMU,λ=8,8192,0,96577,11.7891845703125
SSDMU,λ=8,8192,0,100537,12.2725830078125
SSDMU,λ=8,8192,0,81305,9.9249267578125
SSDMU,λ=8,8192,0,104633,12.7725830078125
SSDMU,λ=8,8192,0,102113,12.4649658203125
SSDMU,λ=8,8192,0,94081,11.4844970703125
SSDMU,λ=8,8192,0,98377,12.0089111328125
SSDMU,λ=8,8192,0,102305,12.4884033203125
SSDMU,λ=8,8192,0,104649,12.7745361328125
SSDMU,λ=8,8192,0,97049,11.8468017578125
SSDMU,λ=8,8192,0,86729,10.5870361328125
SSDMU,λ=8,8192,0,101777,12.4239501953125
SSDMU,λ=8,8192,0,104273,12.7286376953125
SSDMU,λ=8,8192,0,121169,14.7911376953125
SSDMU,λ=8,8192,0,96729,11.8077392578125
SSDMU,λ=8,8192,0,109337,13.3468017578125
SSDMU,λ=8,8192,0,95257,11.6280517578125
SSDMU,λ=8,8192,0,101169,12.3497314453125
SSDMU,λ=8,8192,0,96673,11.8009033203125
SSDMU,λ=8,8192,0,105689,12.9014892578125
SSDMU,λ=8,8192,0,104913,12.8067626953125
SSDMU,λ=8,8192,0,94977,11.5938720703125
SSDMU,λ=8,8192,0,106881,13.0469970703125
SSDMU,λ=8,8192,0,99617,12.1602783203125
SSDMU,λ=8,8192,0,94129,11.4903564453125
SSDMU,λ=8,8192,0,101793,12.4259033203125
SSDMU,λ=8,8192,0,98873,12.0694580078125
SSDMU,λ=8,8192,0,102537,12.5167236328125
SSDMU,λ=8,8192,0,93833,11.4542236328125
SSDMU,λ=8,8192,0,99873,12.1915283203125
SSDMU,λ=8,8192,0,104433,12.7481689453125
SSDMU,λ=8,8192,0,107609,13.1358642578125
SSDMU,λ=8,8192,0,97961,11.9581298828125
SSDMU,λ=8,8192,0,97921,11.9532470703125
SSDMU,λ=8,8192,0,91137,11.1251220703125
SSDMU,λ=8,8192,0,109585,13.3770751953125
SSDMU,λ=8,8192,0,90161,11.0059814453125
SSDMU,λ=8,8192,0,126417,15.4317626953125
SSDMU,λ=8,8192,0,95025,11.5997314453125
SSDMU,λ=8,8192,0,111465,13.6065673828125
SSDMU,λ=8,8192,0,87273,10.6534423828125
SSDMU,λ=8,8192,0,94145,11.4923095703125
SSDMU,λ=8,8192,0,85697,10.4610595703125
SSDMU,λ=8,8192,0,93801,11.4503173828125
SSDMU,λ=8,8192,0,101593,12.4014892578125
SRDMU,λ=8,8192,0,69209,8.4483642578125
SRDMU,λ=8,8192,0,68505,8.3624267578125
SRDMU,λ=8,8192,0,76217,9.3038330078125
SRDMU,λ=8,8192,0,81121,9.9024658203125
SRDMU,λ=8,8192,0,81857,9.9923095703125
SRDMU,λ=8,8192,0,73345,8.9532470703125
SRDMU,λ=8,8192,0,80185,9.7882080078125
SRDMU,λ=8,8192,0,75649,9.2344970703125
SRDMU,λ=8,8192,0,75257,9.1866455078125
SRDMU,λ=8,8192,0,77889,9.5079345703125
SRDMU,λ=8,8192,0,82001,10.0098876953125
SRDMU,λ=8,8192,0,72433,8.8419189453125
SRDMU,λ=8,8192,0,76545,9.3438720703125
SRDMU,λ=8,8192,0,78945,9.6368408203125
SRDMU,λ=8,8192,0,70121,8.5596923828125
SRDMU,λ=8,8192,0,72225,8.8165283203125
SRDMU,λ=8,8192,0,88073,10.7510986328125
SRDMU,λ=8,8192,0,75849,9.2589111328125
SRDMU,λ=8,8192,0,77681,9.4825439453125
SRDMU,λ=8,8192,0,77961,9.5167236328125
SRDMU,λ=8,8192,0,77913,9.5108642578125
SRDMU,λ=8,8192,0,77337,9.4405517578125
SRDMU,λ=8,8192,0,70473,8.6026611328125
SRDMU,λ=8,8192,0,88345,10.7843017578125
SRDMU,λ=8,8192,0,72153,8.8077392578125
SRDMU,λ=8,8192,0,73465,8.9678955078125
SRDMU,λ=8,8192,0,78913,9.6329345703125
SRDMU,λ=8,8192,0,85321,10.4151611328125
SRDMU,λ=8,8192,0,74953,9.1495361328125
SRDMU,λ=8,8192,0,83377,10.1778564453125
SRDMU,λ=8,8192,0,77785,9.4952392578125
SRDMU,λ=8,8192,0,78041,9.5264892578125
SRDMU,λ=8,8192,0,77641,9.4776611328125
SRDMU,λ=8,8192,0,73641,8.9893798828125
SRDMU,λ=8,8192,0,81913,9.9991455078125
SRDMU,λ=8,8192,0,75313,9.1934814453125
SRDMU,λ=8,8192,0,71185,8.6895751953125
SRDMU,λ=8,8192,0,73217,8.9376220703125
SRDMU,λ=8,8192,0,76073,9.2862548828125
SRDMU,λ=8,8192,0,75585,9.2266845703125
SRDMU,λ=8,8192,0,80265,9.7979736328125
SRDMU,λ=8,8192,0,88745,10.8331298828125
SRDMU,λ=8,8192,0,79729,9.7325439453125
SRDMU,λ=8,8192,0,69097,8.4346923828125
SRDMU,λ=8,8192,0,80561,9.8341064453125
SRDMU,λ=8,8192,0,82545,10.0762939453125
SRDMU,λ=8,8192,0,75081,9.1651611328125
SRDMU,λ=8,8192,0,76705,9.3634033203125
SRDMU,λ=8,8192,0,90809,11.0850830078125
SRDMU,λ=8,8192,0,78153,9.5401611328125
SRDMU,λ=8,8192,0,73065,8.9190673828125
SRDMU,λ=8,8192,0,73121,8.9259033203125
SRDMU,λ=8,8192,0,67729,8.2677001953125
SRDMU,λ=8,8192,0,77241,9.4288330078125
SRDMU,λ=8,8192,0,93137,11.3692626953125
SRDMU,λ=8,8192,0,79121,9.6583251953125
SRDMU,λ=8,8192,0,68961,8.4180908203125
SRDMU,λ=8,8192,0,71009,8.6680908203125
SRDMU,λ=8,8192,0,102081,12.4610595703125
SRDMU,λ=8,8192,0,80369,9.8106689453125
SRDMU,λ=8,8192,0,72521,8.8526611328125
SRDMU,λ=8,8192,0,76017,9.2794189453125
SRDMU,λ=8,8192,0,77281,9.4337158203125
SRDMU,λ=8,8192,0,78537,9.5870361328125
SRDMU,λ=8,8192,0,76553,9.3448486328125
SRDMU,λ=8,8192,0,77361,9.4434814453125
SRDMU,λ=8,8192,0,75897,9.2647705078125
SRDMU,λ=8,8192,0,73737,9.0010986328125
SRDMU,λ=8,8192,0,87697,10.7052001953125
SRDMU,λ=8,8192,0,66697,8.1417236328125
SRDMU,λ=8,8192,0,75153,9.1739501953125
SRDMU,λ=8,8192,0,75769,9.2491455078125
SRDMU,λ=8,8192,0,89369,10.9093017578125
SRDMU,λ=8,8192,0,77153,9.4180908203125
SRDMU,λ=8,8192,0,74025,9.0362548828125
SRDMU,λ=8,8192,0,73417,8.9620361328125
SRDMU,λ=8,8192,0,76049,9.2833251953125
SRDMU,λ=8,8192,0,76817,9.3770751953125
SRDMU,λ=8,8192,0,82553,10.0772705078125
SRDMU,λ=8,8192,0,80393,9.8135986328125
SRDMU,λ=8,8192,0,74425,9.0850830078125
SRDMU,λ=8,8192,0,79313,9.6817626953125
SRDMU,λ=8,8192,0,75353,9.1983642578125
SRDMU,λ=8,8192,0,78185,9.5440673828125
SRDMU,λ=8,8192,0,79721,9.7315673828125
SRDMU,λ=8,8192,0,74041,9.0382080078125
SRDMU,λ=8,8192,0,84809,10.3526611328125
SRDMU,λ=8,8192,0,72337,8.8302001953125
SRDMU,λ=8,8192,0,69729,8.5118408203125
SRDMU,λ=8,8192,0,72289,8.8243408203125
SRDMU,λ=8,8192,0,76537,9.3428955078125
SRDMU,λ=8,8192,0,79849,9.7471923828125
SRDMU,λ=8,8192,0,71313,8.7052001953125
SRDMU,λ=8,8192,0,71049,8.6729736328125
SRDMU,λ=8,8192,0,81657,9.9678955078125
SRDMU,λ=8,8192,0,83993,10.2530517578125
SRDMU,λ=8,8192,0,85825,10.4766845703125
SHDMU,λ=8,8192,0,72457,8.8448486328125
SHDMU,λ=8,8192,0,73793,9.0079345703125
SHDMU,λ=8,8192,0,67441,8.2325439453125
SHDMU,λ=8,8192,0,77233,9.4278564453125
SHDMU,λ=8,8192,0,68761,8.3936767578125
SHDMU,λ=8,8192,0,72857,8.8936767578125
SHDMU,λ=8,8192,0,73513,8.9737548828125
SHDMU,λ=8,8192,0,71233,8.6954345703125
SHDMU,λ=8,8192,0,81377,9.9337158203125
SHDMU,λ=8,8192,0,72105,8.8018798828125
SHDMU,λ=8,8192,0,72961,8.9063720703125
SHDMU,λ=8,8192,0,71897,8.7764892578125
SHDMU,λ=8,8192,0,74601,9.1065673828125
SHDMU,λ=8,8192,0,76953,9.3936767578125
SHDMU,λ=8,8192,0,70265,8.5772705078125
SHDMU,λ=8,8192,0,71321,8.7061767578125
SHDMU,λ=8,8192,0,69209,8.4483642578125
SHDMU,λ=8,8192,0,77121,9.4141845703125
SHDMU,λ=8,8192,0,65625,8.0108642578125
SHDMU,λ=8,8192,0,70121,8.5596923828125
SHDMU,λ=8,8192,0,67673,8.2608642578125
SHDMU,λ=8,8192,0,71305,8.7042236328125
SHDMU,λ=8,8192,0,66425,8.1085205078125
SHDMU,λ=8,8192,0,70737,8.6348876953125
SHDMU,λ=8,8192,0,73649,8.9903564453125
SHDMU,λ=8,8192,0,66745,8.1475830078125
SHDMU,λ=8,8192,0,69705,8.5089111328125
SHDMU,λ=8,8192,0,78201,9.5460205078125
SHDMU,λ=8,8192,0,67217,8.2052001953125
SHDMU,λ=8,8192,0,74841,9.1358642578125
SHDMU,λ=8,8192,0,73881,9.0186767578125
SHDMU,λ=8,8192,0,70937,8.6593017578125
SHDMU,λ=8,8192,0,66577,8.1270751953125
SHDMU,λ=8,8192,0,74465,9.0899658203125
SHDMU,λ=8,8192,0,82073,10.0186767578125
SHDMU,λ=8,8192,0,66033,8.0606689453125
SHDMU,λ=8,8192,0,83681,10.2149658203125
SHDMU,λ=8,8192,0,72073,8.7979736328125
SHDMU,λ=8,8192,0,71529,8.7315673828125
SHDMU,λ=8,8192,0,70577,8.6153564453125
SHDMU,λ=8,8192,0,69065,8.4307861328125
SHDMU,λ=8,8192,0,84737,10.3438720703125
SHDMU,λ=8,8192,0,71537,8.7325439453125
SHDMU,λ=8,8192,0,70049,8.5509033203125
SHDMU,λ=8,8192,0,68089,8.3116455078125
SHDMU,λ=8,8192,0,73161,8.9307861328125
SHDMU,λ=8,8192,0,77729,9.4884033203125
SHDMU,λ=8,8192,0,73217,8.9376220703125
SHDMU,λ=8,8192,0,80593,9.8380126953125
SHDMU,λ=8,8192,0,65937,8.0489501953125
SHDMU,λ=8,8192,0,71745,8.7579345703125
SHDMU,λ=8,8192,0,71185,8.6895751953125
SHDMU,λ=8,8192,0,71345,8.7091064453125
SHDMU,λ=8,8192,0,69281,8.4571533203125
SHDMU,λ=8,8192,0,67689,8.2628173828125
SHDMU,λ=8,8192,0,74033,9.0372314453125
SHDMU,λ=8,8192,0,63633,7.7677001953125
SHDMU,λ=8,8192,0,67129,8.1944580078125
SHDMU,λ=8,8192,0,76977,9.3966064453125
SHDMU,λ=8,8192,0,84753,10.3458251953125
SHDMU,λ=8,8192,0,72673,8.8712158203125
SHDMU,λ=8,8192,0,68937,8.4151611328125
SHDMU,λ=8,8192,0,86689,10.5821533203125
SHDMU,λ=8,8192,0,77713,9.4864501953125
SHDMU,λ=8,8192,0,81617,9.9630126953125
SHDMU,λ=8,8192,0,74313,9.0714111328125
SHDMU,λ=8,8192,0,72121,8.8038330078125
SHDMU,λ=8,8192,0,72521,8.8526611328125
SHDMU,λ=8,8192,0,75065,9.1632080078125
SHDMU,λ=8,8192,0,69609,8.4971923828125
SHDMU,λ=8,8192,0,70137,8.5616455078125
SHDMU,λ=8,8192,0,73457,8.9669189453125
SHDMU,λ=8,8192,0,67457,8.2344970703125
SHDMU,λ=8,8192,0,70409,8.5948486328125
SHDMU,λ=8,8192,0,70537,8.6104736328125
SHDMU,λ=8,8192,0,70433,8.5977783203125
SHDMU,λ=8,8192,0,76177,9.2989501953125
SHDMU,λ=8,8192,0,77049,9.4053955078125
SHDMU,λ=8,8192,0,82225,10.0372314453125
SHDMU,λ=8,8192,0,94377,11.5206298828125
SHDMU,λ=8,8192,0,83073,10.1407470703125
SHDMU,λ=8,8192,0,68665,8.3819580078125
SHDMU,λ=8,8192,0,75769,9.2491455078125
SHDMU,λ=8,8192,0,72345,8.8311767578125
SHDMU,λ=8,8192,0,78625,9.5977783203125
SHDMU,λ=8,8192,0,67425,8.2305908203125
SHDMU,λ=8,8192,0,72209,8.8145751953125
SHDMU,λ=8,8192,0,68241,8.3302001953125
SHDMU,λ=8,8192,0,72593,8.8614501953125
SHDMU,λ=8,8192,0,69001,8.4229736328125
SHDMU,λ=8,8192,0,69737,8.5128173828125
SHDMU,λ=8,8192,0,70321,8.5841064453125
SHDMU,λ=8,8192,0,67105,8.1915283203125
SHDMU,λ=8,8192,0,71049,8.6729736328125
SHDMU,λ=8,8192,0,75361,9.1993408203125
SHDMU,λ=8,8192,0,66585,8.1280517578125
SHDMU,λ=8,8192,0,79057,9.6505126953125
SHLMU,λ=8,8192,0,72009,8.7901611328125
SHLMU,λ=8,8192,0,78369,9.5665283203125
SHLMU,λ=8,8192,0,85033,10.3800048828125
SHLMU,λ=8,8192,0,83945,10.2471923828125
SHLMU,λ=8,8192,0,69721,8.5108642578125
SHLMU,λ=8,8192,0,73513,8.9737548828125
SHLMU,λ=8,8192,0,71945,8.7823486328125
SHLMU,λ=8,8192,0,72961,8.9063720703125
SHLMU,λ=8,8192,0,74761,9.1260986328125
SHLMU,λ=8,8192,0,71897,8.7764892578125
SHLMU,λ=8,8192,0,75113,9.1690673828125
SHLMU,λ=8,8192,0,74633,9.1104736328125
SHLMU,λ=8,8192,0,81217,9.9141845703125
SHLMU,λ=8,8192,0,74857,9.1378173828125
SHLMU,λ=8,8192,0,72649,8.8682861328125
SHLMU,λ=8,8192,0,76265,9.3096923828125
SHLMU,λ=8,8192,0,69569,8.4923095703125
SHLMU,λ=8,8192,0,70977,8.6641845703125
SHLMU,λ=8,8192,0,72457,8.8448486328125
SHLMU,λ=8,8192,0,80361,9.8096923828125
SHLMU,λ=8,8192,0,76849,9.3809814453125
SHLMU,λ=8,8192,0,71665,8.7481689453125
SHLMU,λ=8,8192,0,85601,10.4493408203125
SHLMU,λ=8,8192,0,79009,9.6446533203125
SHLMU,λ=8,8192,0,78409,9.5714111328125
SHLMU,λ=8,8192,0,79097,9.6553955078125
SHLMU,λ=8,8192,0,90681,11.0694580078125
SHLMU,λ=8,8192,0,77689,9.4835205078125
SHLMU,λ=8,8192,0,71449,8.7218017578125
SHLMU,λ=8,8192,0,71657,8.7471923828125
SHLMU,λ=8,8192,0,73089,8.9219970703125
SHLMU,λ=8,8192,0,68929,8.4141845703125
SHLMU,λ=8,8192,0,85209,10.4014892578125
SHLMU,λ=8,8192,0,67561,8.2471923828125
SHLMU,λ=8,8192,0,70489,8.6046142578125
SHLMU,λ=8,8192,0,71401,8.7159423828125
SHLMU,λ=8,8192,0,68225,8.3282470703125
SHLMU,λ=8,8192,0,77529,9.4639892578125
SHLMU,λ=8,8192,0,71441,8.7208251953125
SHLMU,λ=8,8192,0,73465,8.9678955078125
SHLMU,λ=8,8192,0,79953,9.7598876953125
SHLMU,λ=8,8192,0,69585,8.4942626953125
SHLMU,λ=8,8192,0,69065,8.4307861328125
SHLMU,λ=8,8192,0,67169,8.1993408203125
SHLMU,λ=8,8192,0,76081,9.2872314453125
SHLMU,λ=8,8192,0,76097,9.2891845703125
SHLMU,λ=8,8192,0,90201,11.0108642578125
SHLMU,λ=8,8192,0,72689,8.8731689453125
SHLMU,λ=8,8192,0,83849,10.2354736328125
SHLMU,λ=8,8192,0,75041,9.1602783203125
SHLMU,λ=8,8192,0,85769,10.4698486328125
SHLMU,λ=8,8192,0,69985,8.5430908203125
SHLMU,λ=8,8192,0,73081,8.9210205078125
SHLMU,λ=8,8192,0,70049,8.5509033203125
SHLMU,λ=8,8192,0,75313,9.1934814453125
SHLMU,λ=8,8192,0,78457,9.5772705078125
SHLMU,λ=8,8192,0,75585,9.2266845703125
SHLMU,λ=8,8192,0,74385,9.0802001953125
SHLMU,λ=8,8192,0,80313,9.8038330078125
SHLMU,λ=8,8192,0,73057,8.9180908203125
SHLMU,λ=8,8192,0,73305,8.9483642578125
SHLMU,λ=8,8192,0,76449,9.3321533203125
SHLMU,λ=8,8192,0,80601,9.8389892578125
SHLMU,λ=8,8192,0,75913,9.2667236328125
SHLMU,λ=8,8192,0,64785,7.9083251953125
SHLMU,λ=8,8192,0,90809,11.0850830078125
SHLMU,λ=8,8192,0,76793,9.3741455078125
SHLMU,λ=8,8192,0,71113,8.6807861328125
SHLMU,λ=8,8192,0,70801,8.6427001953125
SHLMU,λ=8,8192,0,79713,9.7305908203125
SHLMU,λ=8,8192,0,75017,9.1573486328125
SHLMU,λ=8,8192,0,72369,8.8341064453125
SHLMU,λ=8,8192,0,74329,9.0733642578125
SHLMU,λ=8,8192,0,74985,9.1534423828125
SHLMU,λ=8,8192,0,73489,8.9708251953125
SHLMU,λ=8,8192,0,71889,8.7755126953125
SHLMU,λ=8,8192,0,76561,9.3458251953125
SHLMU,λ=8,8192,0,65745,8.0255126953125
SHLMU,λ=8,8192,0,72329,8.8292236328125
SHLMU,λ=8,8192,0,79257,9.6749267578125
SHLMU,λ=8,8192,0,72641,8.8673095703125
SHLMU,λ=8,8192,0,76017,9.2794189453125
SHLMU,λ=8,8192,0,82065,10.0177001953125
SHLMU,λ=8,8192,0,75961,9.2725830078125
SHLMU,λ=8,8192,0,72497,8.8497314453125
SHLMU,λ=8,8192,0,73969,9.0294189453125
SHLMU,λ=8,8192,0,80937,9.8800048828125
SHLMU,λ=8,8192,0,75689,9.2393798828125
SHLMU,λ=8,8192,0,76369,9.3223876953125
SHLMU,λ=8,8192,0,73993,9.0323486328125
SHLMU,λ=8,8192,0,79897,9.7530517578125
SHLMU,λ=8,8192,0,79001,9.6436767578125
SHLMU,λ=8,8192,0,70385,8.5919189453125
SHLMU,λ=8,8192,0,74585,9.1046142578125
SHLMU,λ=8,8192,0,85273,10.4093017578125
SHLMU,λ=8,8192,0,69457,8.4786376953125
SRLMU,λ=8,8192,0,72537,8.8546142578125
SRLMU,λ=8,8192,0,91105,11.1212158203125
SRLMU,λ=8,8192,0,73961,9.0284423828125
SRLMU,λ=8,8192,0,76465,9.3341064453125
SRLMU,λ=8,8192,0,75369,9.2003173828125
SRLMU,λ=8,8192,0,73833,9.0128173828125
SRLMU,λ=8,8192,0,76417,9.3282470703125
SRLMU,λ=8,8192,0,74113,9.0469970703125
SRLMU,λ=8,8192,0,71081,8.6768798828125
SRLMU,λ=8,8192,0,84201,10.2784423828125
SRLMU,λ=8,8192,0,84881,10.3614501953125
SRLMU,λ=8,8192,0,79689,9.7276611328125
SRLMU,λ=8,8192,0,77097,9.4112548828125
SRLMU,λ=8,8192,0,76201,9.3018798828125
SRLMU,λ=8,8192,0,69321,8.4620361328125
SRLMU,λ=8,8192,0,83833,10.2335205078125
SRLMU,λ=8,8192,0,79601,9.7169189453125
SRLMU,λ=8,8192,0,74009,9.0343017578125
SRLMU,λ=8,8192,0,71897,8.7764892578125
SRLMU,λ=8,8192,0,81793,9.9844970703125
SRLMU,λ=8,8192,0,73153,8.9298095703125
SRLMU,λ=8,8192,0,74209,9.0587158203125
SRLMU,λ=8,8192,0,74321,9.0723876953125
SRLMU,λ=8,8192,0,75985,9.2755126953125
SRLMU,λ=8,8192,0,79417,9.6944580078125
SRLMU,λ=8,8192,0,84361,10.2979736328125
SRLMU,λ=8,8192,0,79097,9.6553955078125
SRLMU,λ=8,8192,0,85921,10.4884033203125
SRLMU,λ=8,8192,0,80753,9.8575439453125
SRLMU,λ=8,8192,0,73369,8.9561767578125
SRLMU,λ=8,8192,0,76633,9.3546142578125
SRLMU,λ=8,8192,0,72425,8.8409423828125
SRLMU,λ=8,8192,0,74497,9.0938720703125
SRLMU,λ=8,8192,0,83065,10.1397705078125
SRLMU,λ=8,8192,0,72865,8.8946533203125
SRLMU,λ=8,8192,0,91217,11.1348876953125
SRLMU,λ=8,8192,0,82937,10.1241455078125
SRLMU,λ=8,8192,0,83537,10.1973876953125
SRLMU,λ=8,8192,0,80857,9.8702392578125
SRLMU,λ=8,8192,0,78913,9.6329345703125
SRLMU,λ=8,8192,0,73817,9.0108642578125
SRLMU,λ=8,8192,0,67153,8.1973876953125
SRLMU,λ=8,8192,0,81073,9.8966064453125
SRLMU,λ=8,8192,0,79065,9.6514892578125
SRLMU,λ=8,8192,0,78889,9.6300048828125
SRLMU,λ=8,8192,0,73385,8.9581298828125
SRLMU,λ=8,8192,0,71241,8.6964111328125
SRLMU,λ=8,8192,0,97281,11.8751220703125
SRLMU,λ=8,8192,0,84121,10.2686767578125
SRLMU,λ=8,8192,0,82649,10.0889892578125
SRLMU,λ=8,8192,0,73913,9.0225830078125
SRLMU,λ=8,8192,0,80433,9.8184814453125
SRLMU,λ=8,8192,0,73049,8.9171142578125
SRLMU,λ=8,8192,0,80265,9.7979736328125
SRLMU,λ=8,8192,0,80417,9.8165283203125
SRLMU,λ=8,8192,0,80657,9.8458251953125
SRLMU,λ=8,8192,0,75697,9.2403564453125
SRLMU,λ=8,8192,0,69537,8.4884033203125
SRLMU,λ=8,8192,0,95817,11.6964111328125
SRLMU,λ=8,8192,0,76521,9.3409423828125
SRLMU,λ=8,8192,0,79377,9.6895751953125
SRLMU,λ=8,8192,0,99689,12.1690673828125
SRLMU,λ=8,8192,0,81137,9.9044189453125
SRLMU,λ=8,8192,0,77289,9.4346923828125
SRLMU,λ=8,8192,0,77433,9.4522705078125
SRLMU,λ=8,8192,0,81345,9.9298095703125
SRLMU,λ=8,8192,0,90713,11.0733642578125
SRLMU,λ=8,8192,0,93961,11.4698486328125
SRLMU,λ=8,8192,0,73505,8.9727783203125
SRLMU,λ=8,8192,0,78257,9.5528564453125
SRLMU,λ=8,8192,0,78721,9.6094970703125
SRLMU,λ=8,8192,0,71505,8.7286376953125
SRLMU,λ=8,8192,0,90769,11.0802001953125
SRLMU,λ=8,8192,0,75033,9.1593017578125
SRLMU,λ=8,8192,0,78673,9.6036376953125
SRLMU,λ=8,8192,0,79737,9.7335205078125
SRLMU,λ=8,8192,0,78441,9.5753173828125
SRLMU,λ=8,8192,0,89465,10.9210205078125
SRLMU,λ=8,8192,0,70705,8.6309814453125
SRLMU,λ=8,8192,0,84185,10.2764892578125
SRLMU,λ=8,8192,0,79281,9.6778564453125
SRLMU,λ=8,8192,0,85145,10.3936767578125
SRLMU,λ=8,8192,0,72945,8.9044189453125
SRLMU,λ=8,8192,0,69273,8.4561767578125
SRLMU,λ=8,8192,0,79489,9.7032470703125
SRLMU,λ=8,8192,0,75897,9.2647705078125
SRLMU,λ=8,8192,0,76257,9.3087158203125
SRLMU,λ=8,8192,0,80713,9.8526611328125
SRLMU,λ=8,8192,0,76361,9.3214111328125
SRLMU,λ=8,8192,0,78873,9.6280517578125
SRLMU,λ=8,8192,0,71953,8.7833251953125
SRLMU,λ=8,8192,0,84097,10.2657470703125
SRLMU,λ=8,8192,0,84705,10.3399658203125
SRLMU,λ=8,8192,0,86377,10.5440673828125
SRLMU,λ=8,8192,0,76817,9.3770751953125
SRLMU,λ=8,8192,0,82553,10.0772705078125
SRLMU,λ=8,8192,0,76569,9.3468017578125
SRLMU,λ=8,8192,0,71777,8.7618408203125
SRLMU,λ=8,8192,0,73273,8.9444580078125
SSLMU,λ=8,8192,0,108081,13.1934814453125
SSLMU,λ=8,8192,0,105137,12.8341064453125
SSLMU,λ=8,8192,0,112305,13.7091064453125
SSLMU,λ=8,8192,0,93121,11.3673095703125
SSLMU,λ=8,8192,0,94241,11.5040283203125
SSLMU,λ=8,8192,0,105153,12.8360595703125
SSLMU,λ=8,8192,0,110737,13.5177001953125
SSLMU,λ=8,8192,0,104225,12.7227783203125
SSLMU,λ=8,8192,0,99889,12.1934814453125
SSLMU,λ=8,8192,0,110513,13.4903564453125
SSLMU,λ=8,8192,0,91473,11.1661376953125
SSLMU,λ=8,8192,0,91489,11.1680908203125
SSLMU,λ=8,8192,0,100737,12.2969970703125
SSLMU,λ=8,8192,0,99841,12.1876220703125
SSLMU,λ=8,8192,0,88273,10.7755126953125
SSLMU,λ=8,8192,0,104641,12.7735595703125
SSLMU,λ=8,8192,0,93249,11.3829345703125
SSLMU,λ=8,8192,0,90897,11.0958251953125
SSLMU,λ=8,8192,0,121249,14.8009033203125
SSLMU,λ=8,8192,0,92833,11.3321533203125
SSLMU,λ=8,8192,0,95009,11.5977783203125
SSLMU,λ=8,8192,0,89537,10.9298095703125
SSLMU,λ=8,8192,0,97073,11.8497314453125
SSLMU,λ=8,8192,0,93745,11.4434814453125
SSLMU,λ=8,8192,0,106721,13.0274658203125
SSLMU,λ=8,8192,0,99489,12.1446533203125
SSLMU,λ=8,8192,0,101841,12.4317626953125
SSLMU,λ=8,8192,0,93505,11.4141845703125
SSLMU,λ=8,8192,0,94705,11.5606689453125
SSLMU,λ=8,8192,0,92785,11.3262939453125
SSLMU,λ=8,8192,0,93025,11.3555908203125
SSLMU,λ=8,8192,0,94577,11.5450439453125
SSLMU,λ=8,8192,0,108625,13.2598876953125
SSLMU,λ=8,8192,0,104833,12.7969970703125
SSLMU,λ=8,8192,0,102497,12.5118408203125
SSLMU,λ=8,8192,0,91409,11.1583251953125
SSLMU,λ=8,8192,0,93569,11.4219970703125
SSLMU,λ=8,8192,0,102433,12.5040283203125
SSLMU,λ=8,8192,0,138609,16.9200439453125
SSLMU,λ=8,8192,0,91169,11.1290283203125
SSLMU,λ=8,8192,0,107809,13.1602783203125
SSLMU,λ=8,8192,0,110801,13.5255126953125
SSLMU,λ=8,8192,0,97441,11.8946533203125
SSLMU,λ=8,8192,0,96449,11.7735595703125
SSLMU,λ=8,8192,0,103073,12.5821533203125
SSLMU,λ=8,8192,0,101281,12.3634033203125
SSLMU,λ=8,8192,0,112529,13.7364501953125
SSLMU,λ=8,8192,0,91185,11.1309814453125
SSLMU,λ=8,8192,0,92561,11.2989501953125
SSLMU,λ=8,8192,0,99041,12.0899658203125
SSLMU,λ=8,8192,0,98529,12.0274658203125
SSLMU,λ=8,8192,0,110033,13.4317626953125
SSLMU,λ=8,8192,0,97025,11.8438720703125
SSLMU,λ=8,8192,0,95073,11.6055908203125
SSLMU,λ=8,8192,0,98273,11.9962158203125
SSLMU,λ=8,8192,0,96129,11.7344970703125
SSLMU,λ=8,8192,0,103873,12.6798095703125
SSLMU,λ=8,8192,0,103281,12.6075439453125
SSLMU,λ=8,8192,0,93265,11.3848876953125
SSLMU,λ=8,8192,0,94561,11.5430908203125
SSLMU,λ=8,8192,0,112929,13.7852783203125
SSLMU,λ=8,8192,0,109969,13.4239501953125
SSLMU,λ=8,8192,0,96609,11.7930908203125
SSLMU,λ=8,8192,0,98977,12.0821533203125
SSLMU,λ=8,8192,0,96465,11.7755126953125
SSLMU,λ=8,8192,0,92625,11.3067626953125
SSLMU,λ=8,8192,0,100337,12.2481689453125
SSLMU,λ=8,8192,0,96913,11.8302001953125
SSLMU,λ=8,8192,0,101409,12.3790283203125
SSLMU,λ=8,8192,0,104801,12.7930908203125
SSLMU,λ=8,8192,0,110001,13.4278564453125
SSLMU,λ=8,8192,0,103377,12.6192626953125
SSLMU,λ=8,8192,0,94977,11.5938720703125
SSLMU,λ=8,8192,0,106881,13.0469970703125
SSLMU,λ=8,8192,0,98465,12.0196533203125
SSLMU,λ=8,8192,0,101041,12.3341064453125
SSLMU,λ=8,8192,0,84353,10.2969970703125
SSLMU,λ=8,8192,0,92545,11.2969970703125
SSLMU,λ=8,8192,0,97137,11.8575439453125
SSLMU,λ=8,8192,0,98593,12.0352783203125
SSLMU,λ=8,8192,0,92689,11.3145751953125
SSLMU,λ=8,8192,0,104433,12.7481689453125
SSLMU,λ=8,8192,0,107793,13.1583251953125
SSLMU,λ=8,8192,0,125953,15.3751220703125
SSLMU,λ=8,8192,0,104993,12.8165283203125
SSLMU,λ=8,8192,0,112193,13.6954345703125
SSLMU,λ=8,8192,0,101361,12.3731689453125
SSLMU,λ=8,8192,0,98641,12.0411376953125
SSLMU,λ=8,8192,0,103425,12.6251220703125
SSLMU,λ=8,8192,0,94369,11.5196533203125
SSLMU,λ=8,8192,0,96849,11.8223876953125
SSLMU,λ=8,8192,0,107665,13.1427001953125
SSLMU,λ=8,8192,0,95025,11.5997314453125
SSLMU,λ=8,8192,0,98657,12.0430908203125
SSLMU,λ=8,8192,0,98129,11.9786376953125
SSLMU,λ=8,8192,0,92273,11.2637939453125
SSLMU,λ=8,8192,0,101121,12.3438720703125
SSLMU,λ=8,8192,0,88545,10.8087158203125
SSLMU,λ=8,8192,0,108353,13.2266845703125
SSDIU,λ=8,8192,0,113681,13.8770751953125
SSDIU,λ=8,8192,0,110193,13.4512939453125
SSDIU,λ=8,8192,0,97377,11.8868408203125
SSDIU,λ=8,8192,0,105009,12.8184814453125
SSDIU,λ=8,8192,0,104065,12.7032470703125
SSDIU,λ=8,8192,0,110881,13.5352783203125
SSDIU,λ=8,8192,0,96353,11.7618408203125
SSDIU,λ=8,8192,0,103649,12.6524658203125
SSDIU,λ=8,8192,0,102817,12.5509033203125
SSDIU,λ=8,8192,0,102193,12.4747314453125
SSDIU,λ=8,8192,0,97777,11.9356689453125
SSDIU,λ=8,8192,0,95921,11.7091064453125
SSDIU,λ=8,8192,0,103201,12.5977783203125
SSDIU,λ=8,8192,0,122833,14.9942626953125
SSDIU,λ=8,8192,0,103121,12.5880126953125
SSDIU,λ=8,8192,0,110097,13.4395751953125
SSDIU,λ=8,8192,0,108225,13.2110595703125
SSDIU,λ=8,8192,0,100913,12.3184814453125
SSDIU,λ=8,8192,0,98849,12.0665283203125
SSDIU,λ=8,8192,0,100305,12.2442626953125
SSDIU,λ=8,8192,0,108385,13.2305908203125
SSDIU,λ=8,8192,0,101553,12.3966064453125
SSDIU,λ=8,8192,0,94913,11.5860595703125
SSDIU,λ=8,8192,0,113745,13.8848876953125
SSDIU,λ=8,8192,0,98545,12.0294189453125
SSDIU,λ=8,8192,0,102881,12.5587158203125
SSDIU,λ=8,8192,0,100497,12.2677001953125
SSDIU,λ=8,8192,0,112113,13.6856689453125
SSDIU,λ=8,8192,0,119489,14.5860595703125
SSDIU,λ=8,8192,0,92321,11.2696533203125
SSDIU,λ=8,8192,0,111329,13.5899658203125
SSDIU,λ=8,8192,0,90545,11.0528564453125
SSDIU,λ=8,8192,0,105409,12.8673095703125
SSDIU,λ=8,8192,0,144865,17.6837158203125
SSDIU,λ=8,8192,0,108033,13.1876220703125
SSDIU,λ=8,8192,0,102433,12.5040283203125
SSDIU,λ=8,8192,0,132817,16.2130126953125
SSDIU,λ=8,8192,0,108769,13.2774658203125
SSDIU,λ=8,8192,0,97985,11.9610595703125
SSDIU,λ=8,8192,0,111537,13.6153564453125
SSDIU,λ=8,8192,0,99217,12.1114501953125
SSDIU,λ=8,8192,0,97361,11.8848876953125
SSDIU,λ=8,8192,0,105217,12.8438720703125
SSDIU,λ=8,8192,0,105937,12.9317626953125
SSDIU,λ=8,8192,0,101697,12.4141845703125
SSDIU,λ=8,8192,0,105457,12.8731689453125
SSDIU,λ=8,8192,0,113825,13.8946533203125
SSDIU,λ=8,8192,0,101329,12.3692626953125
SSDIU,λ=8,8192,0,99729,12.1739501953125
SSDIU,λ=8,8192,0,115665,14.1192626953125
SSDIU,λ=8,8192,0,99377,12.1309814453125
SSDIU,λ=8,8192,0,93169,11.3731689453125
SSDIU,λ=8,8192,0,103553,12.6407470703125
SSDIU,λ=8,8192,0,115281,14.0723876953125
SSDIU,λ=8,8192,0,109969,13.4239501953125
SSDIU,λ=8,8192,0,121025,14.7735595703125
SSDIU,λ=8,8192,0,92097,11.2423095703125
SSDIU,λ=8,8192,0,95745,11.6876220703125
SSDIU,λ=8,8192,0,101489,12.3887939453125
SSDIU,λ=8,8192,0,95489,11.6563720703125
SSDIU,λ=8,8192,0,100337,12.2481689453125
SSDIU,λ=8,8192,0,96913,11.8302001953125
SSDIU,λ=8,8192,0,103169,12.5938720703125
SSDIU,λ=8,8192,0,112897,13.7813720703125
SSDIU,λ=8,8192,0,99665,12.1661376953125
SSDIU,λ=8,8192,0,111905,13.6602783203125
SSDIU,λ=8,8192,0,89393,10.9122314453125
SSDIU,λ=8,8192,0,95681,11.6798095703125
SSDIU,λ=8,8192,0,98753,12.0548095703125
SSDIU,λ=8,8192,0,101377,12.3751220703125
SSDIU,λ=8,8192,0,106641,13.0177001953125
SSDIU,λ=8,8192,0,98865,12.0684814453125
SSDIU,λ=8,8192,0,98593,12.0352783203125
SSDIU,λ=8,8192,0,133713,16.3223876953125
SSDIU,λ=8,8192,0,101009,12.3302001953125
SSDIU,λ=8,8192,0,96481,11.7774658203125
SSDIU,λ=8,8192,0,111889,13.6583251953125
SSDIU,λ=8,8192,0,107745,13.1524658203125
SSDIU,λ=8,8192,0,98705,12.0489501953125
SSDIU,λ=8,8192,0,108577,13.2540283203125
SSDIU,λ=8,8192,0,112961,13.7891845703125
SSDIU,λ=8,8192,0,94049,11.4805908203125
SSDIU,λ=8,8192,0,104545,12.7618408203125
SSDIU,λ=8,8192,0,107889,13.1700439453125
SSDIU,λ=8,8192,0,99297,12.1212158203125
SSDIU,λ=8,8192,0,99361,12.1290283203125
SSDIU,λ=8,8192,0,116433,14.2130126953125
SSDIU,λ=8,8192,0,106849,13.0430908203125
SSDIU,λ=8,8192,0,102257,12.4825439453125
SSDIU,λ=8,8192,0,100433,12.2598876953125
SSDIU,λ=8,8192,0,97313,11.8790283203125
SSDIU,λ=8,8192,0,104481,12.7540283203125
SSDIU,λ=8,8192,0,105649,12.8966064453125
SSDIU,λ=8,8192,0,126529,15.4454345703125
SSDIU,λ=8,8192,0,94273,11.5079345703125
SSDIU,λ=8,8192,0,94769,11.5684814453125
SSDIU,λ=8,8192,0,102097,12.4630126953125
SSDIU,λ=8,8192,0,108417,13.2344970703125
SSDIU,λ=8,8192,0,96497,11.7794189453125
SSDIU,λ=8,8192,0,108561,13.2520751953125
SRDIU,λ=8,8192,0,78737,9.6114501953125
SRDIU,λ=8,8192,0,79801,9.7413330078125
SRDIU,λ=8,8192,0,85225,10.4034423828125
SRDIU,λ=8,8192,0,77585,9.4708251953125
SRDIU,λ=8,8192,0,75649,9.2344970703125
SRDIU,λ=8,8192,0,81385,9.9346923828125
SRDIU,λ=8,8192,0,84153,10.2725830078125
SRDIU,λ=8,8192,0,79705,9.7296142578125
SRDIU,λ=8,8192,0,83393,10.1798095703125
SRDIU,λ=8,8192,0,100913,12.3184814453125
SRDIU,λ=8,8192,0,85793,10.4727783203125
SRDIU,λ=8,8192,0,70601,8.6182861328125
SRDIU,λ=8,8192,0,88001,10.7423095703125
SRDIU,λ=8,8192,0,77657,9.4796142578125
SRDIU,λ=8,8192,0,77409,9.4493408203125
SRDIU,λ=8,8192,0,82369,10.0548095703125
SRDIU,λ=8,8192,0,80273,9.7989501953125
SRDIU,λ=8,8192,0,85921,10.4884033203125
SRDIU,λ=8,8192,0,86857,10.6026611328125
SRDIU,λ=8,8192,0,74521,9.0968017578125
SRDIU,λ=8,8192,0,75849,9.2589111328125
SRDIU,λ=8,8192,0,86425,10.5499267578125
SRDIU,λ=8,8192,0,81625,9.9639892578125
SRDIU,λ=8,8192,0,77961,9.5167236328125
SRDIU,λ=8,8192,0,84553,10.3214111328125
SRDIU,λ=8,8192,0,83065,10.1397705078125
SRDIU,λ=8,8192,0,76633,9.3546142578125
SRDIU,λ=8,8192,0,72545,8.8555908203125
SRDIU,λ=8,8192,0,79825,9.7442626953125
SRDIU,λ=8,8192,0,81897,9.9971923828125
SRDIU,λ=8,8192,0,104529,12.7598876953125
SRDIU,λ=8,8192,0,80073,9.7745361328125
SRDIU,λ=8,8192,0,80281,9.7999267578125
SRDIU,λ=8,8192,0,76137,9.2940673828125
SRDIU,λ=8,8192,0,82433,10.0626220703125
SRDIU,λ=8,8192,0,80737,9.8555908203125
SRDIU,λ=8,8192,0,80241,9.7950439453125
SRDIU,λ=8,8192,0,75609,9.2296142578125
SRDIU,λ=8,8192,0,80817,9.8653564453125
SRDIU,λ=8,8192,0,90433,11.0391845703125
SRDIU,λ=8,8192,0,78305,9.5587158203125
SRDIU,λ=8,8192,0,85105,10.3887939453125
SRDIU,λ=8,8192,0,77977,9.5186767578125
SRDIU,λ=8,8192,0,84617,10.3292236328125
SRDIU,λ=8,8192,0,91457,11.1641845703125
SRDIU,λ=8,8192,0,82601,10.0831298828125
SRDIU,λ=8,8192,0,80601,9.8389892578125
SRDIU,λ=8,8192,0,76153,9.2960205078125
SRDIU,λ=8,8192,0,78705,9.6075439453125
SRDIU,λ=8,8192,0,80665,9.8468017578125
SRDIU,λ=8,8192,0,81609,9.9620361328125
SRDIU,λ=8,8192,0,83057,10.1387939453125
SRDIU,λ=8,8192,0,82377,10.0557861328125
SRDIU,λ=8,8192,0,81769,9.9815673828125
SRDIU,λ=8,8192,0,80145,9.7833251953125
SRDIU,λ=8,8192,0,91817,11.2081298828125
SRDIU,λ=8,8192,0,82521,10.0733642578125
SRDIU,λ=8,8192,0,76985,9.3975830078125
SRDIU,λ=8,8192,0,73825,9.0118408203125
SRDIU,λ=8,8192,0,83505,10.1934814453125
SRDIU,λ=8,8192,0,80369,9.8106689453125
SRDIU,λ=8,8192,0,76337,9.3184814453125
SRDIU,λ=8,8192,0,84273,10.2872314453125
SRDIU,λ=8,8192,0,82065,10.0177001953125
SRDIU,λ=8,8192,0,84321,10.2930908203125
SRDIU,λ=8,8192,0,81153,9.9063720703125
SRDIU,λ=8,8192,0,96713,11.8057861328125
SRDIU,λ=8,8192,0,75601,9.2286376953125
SRDIU,λ=8,8192,0,77593,9.4718017578125
SRDIU,λ=8,8192,0,75097,9.1671142578125
SRDIU,λ=8,8192,0,89233,10.8927001953125
SRDIU,λ=8,8192,0,73785,9.0069580078125
SRDIU,λ=8,8192,0,83441,10.1856689453125
SRDIU,λ=8,8192,0,78537,9.5870361328125
SRDIU,λ=8,8192,0,78249,9.5518798828125
SRDIU,λ=8,8192,0,73737,9.0010986328125
SRDIU,λ=8,8192,0,84793,10.3507080078125
SRDIU,λ=8,8192,0,93393,11.4005126953125
SRDIU,λ=8,8192,0,83705,10.2178955078125
SRDIU,λ=8,8192,0,75689,9.2393798828125
SRDIU,λ=8,8192,0,84705,10.3399658203125
SRDIU,λ=8,8192,0,77609,9.4737548828125
SRDIU,λ=8,8192,0,88305,10.7794189453125
SRDIU,λ=8,8192,0,75353,9.1983642578125
SRDIU,λ=8,8192,0,81353,9.9307861328125
SRDIU,λ=8,8192,0,89025,10.8673095703125
SRDIU,λ=8,8192,0,84953,10.3702392578125
SRDIU,λ=8,8192,0,82049,10.0157470703125
SRDIU,λ=8,8192,0,77865,9.5050048828125
SRDIU,λ=8,8192,0,78969,9.6397705078125
SRDIU,λ=8,8192,0,92177,11.2520751953125
SRDIU,λ=8,8192,0,74737,9.1231689453125
SRDIU,λ=8,8192,0,90961,11.1036376953125
SRDIU,λ=8,8192,0,84337,10.2950439453125
SRDIU,λ=8,8192,0,75145,9.1729736328125
SRDIU,λ=8,8192,0,94697,11.5596923828125
SHDIU,λ=8,8192,0,85001,10.3760986328125
SHDIU,λ=8,8192,0,78281,9.5557861328125
SHDIU,λ=8,8192,0,81337,9.9288330078125
SHDIU,λ=8,8192,0,85041,10.3809814453125
SHDIU,λ=8,8192,0,85505,10.4376220703125
SHDIU,λ=8,8192,0,76641,9.3555908203125
SHDIU,λ=8,8192,0,91329,11.1485595703125
SHDIU,λ=8,8192,0,81889,9.9962158203125
SHDIU,λ=8,8192,0,73345,8.9532470703125
SHDIU,λ=8,8192,0,86321,10.5372314453125
SHDIU,λ=8,8192,0,82209,10.0352783203125
SHDIU,λ=8,8192,0,83209,10.1573486328125
SHDIU,λ=8,8192,0,83833,10.2335205078125
SHDIU,λ=8,8192,0,80257,9.7969970703125
SHDIU,λ=8,8192,0,81505,9.9493408203125
SHDIU,λ=8,8192,0,78857,9.6260986328125
SHDIU,λ=8,8192,0,74857,9.1378173828125
SHDIU,λ=8,8192,0,76193,9.3009033203125
SHDIU,λ=8,8192,0,78761,9.6143798828125
SHDIU,λ=8,8192,0,78617,9.5968017578125
SHDIU,λ=8,8192,0,80273,9.7989501953125
SHDIU,λ=8,8192,0,75841,9.2579345703125
SHDIU,λ=8,8192,0,80289,9.8009033203125
SHDIU,λ=8,8192,0,76393,9.3253173828125
SHDIU,λ=8,8192,0,75169,9.1759033203125
SHDIU,λ=8,8192,0,83593,10.2042236328125
SHDIU,λ=8,8192,0,81257,9.9190673828125
SHDIU,λ=8,8192,0,81329,9.9278564453125
SHDIU,λ=8,8192,0,74489,9.0928955078125
SHDIU,λ=8,8192,0,87601,10.6934814453125
SHDIU,λ=8,8192,0,76345,9.3194580078125
SHDIU,λ=8,8192,0,76409,9.3272705078125
SHDIU,λ=8,8192,0,80009,9.7667236328125
SHDIU,λ=8,8192,0,77201,9.4239501953125
SHDIU,λ=8,8192,0,76137,9.2940673828125
SHDIU,λ=8,8192,0,76865,9.3829345703125
SHDIU,λ=8,8192,0,84001,10.2540283203125
SHDIU,λ=8,8192,0,82929,10.1231689453125
SHDIU,λ=8,8192,0,78681,9.6046142578125
SHDIU,λ=8,8192,0,81073,9.8966064453125
SHDIU,λ=8,8192,0,75001,9.1553955078125
SHDIU,λ=8,8192,0,77345,9.4415283203125
SHDIU,λ=8,8192,0,73609,8.9854736328125
SHDIU,λ=8,8192,0,78121,9.5362548828125
SHDIU,λ=8,8192,0,83729,10.2208251953125
SHDIU,λ=8,8192,0,88817,10.8419189453125
SHDIU,λ=8,8192,0,76153,9.2960205078125
SHDIU,λ=8,8192,0,84393,10.3018798828125
SHDIU,λ=8,8192,0,75913,9.2667236328125
SHDIU,λ=8,8192,0,78697,9.6065673828125
SHDIU,λ=8,8192,0,80601,9.8389892578125
SHDIU,λ=8,8192,0,77721,9.4874267578125
SHDIU,λ=8,8192,0,81585,9.9591064453125
SHDIU,λ=8,8192,0,77433,9.4522705078125
SHDIU,λ=8,8192,0,83273,10.1651611328125
SHDIU,λ=8,8192,0,77289,9.4346923828125
SHDIU,λ=8,8192,0,82961,10.1270751953125
SHDIU,λ=8,8192,0,76001,9.2774658203125
SHDIU,λ=8,8192,0,80193,9.7891845703125
SHDIU,λ=8,8192,0,78073,9.5303955078125
SHDIU,λ=8,8192,0,72609,8.8634033203125
SHDIU,λ=8,8192,0,77593,9.4718017578125
SHDIU,λ=8,8192,0,79345,9.6856689453125
SHDIU,λ=8,8192,0,83401,10.1807861328125
SHDIU,λ=8,8192,0,86089,10.5089111328125
SHDIU,λ=8,8192,0,73561,8.9796142578125
SHDIU,λ=8,8192,0,74457,9.0889892578125
SHDIU,λ=8,8192,0,83761,10.2247314453125
SHDIU,λ=8,8192,0,79281,9.6778564453125
SHDIU,λ=8,8192,0,76273,9.3106689453125
SHDIU,λ=8,8192,0,74441,9.0870361328125
SHDIU,λ=8,8192,0,76145,9.2950439453125
SHDIU,λ=8,8192,0,89985,10.9844970703125
SHDIU,λ=8,8192,0,84057,10.2608642578125
SHDIU,λ=8,8192,0,77281,9.4337158203125
SHDIU,λ=8,8192,0,91425,11.1602783203125
SHDIU,λ=8,8192,0,74897,9.1427001953125
SHDIU,λ=8,8192,0,81481,9.9464111328125
SHDIU,λ=8,8192,0,82425,10.0616455078125
SHDIU,λ=8,8192,0,92705,11.3165283203125
SHDIU,λ=8,8192,0,82449,10.0645751953125
SHDIU,λ=8,8192,0,80625,9.8419189453125
SHDIU,λ=8,8192,0,76969,9.3956298828125
SHDIU,λ=8,8192,0,77329,9.4395751953125
SHDIU,λ=8,8192,0,80489,9.8253173828125
SHDIU,λ=8,8192,0,78993,9.6427001953125
SHDIU,λ=8,8192,0,81273,9.9210205078125
SHDIU,λ=8,8192,0,76369,9.3223876953125
SHDIU,λ=8,8192,0,85153,10.3946533203125
SHDIU,λ=8,8192,0,77625,9.4757080078125
SHDIU,λ=8,8192,0,76569,9.3468017578125
SHDIU,λ=8,8192,0,79001,9.6436767578125
SHDIU,λ=8,8192,0,75009,9.1563720703125
SHDIU,λ=8,8192,0,82049,10.0157470703125
SHDIU,λ=8,8192,0,83329,10.1719970703125
SHDIU,λ=8,8192,0,77865,9.5050048828125
SHLIU,λ=8,8192,0,79641,9.7218017578125
SHLIU,λ=8,8192,0,76985,9.3975830078125
SHLIU,λ=8,8192,0,87865,10.7257080078125
SHLIU,λ=8,8192,0,79801,9.7413330078125
SHLIU,λ=8,8192,0,87513,10.6827392578125
SHLIU,λ=8,8192,0,80881,9.8731689453125
SHLIU,λ=8,8192,0,81713,9.9747314453125
SHLIU,λ=8,8192,0,75545,9.2218017578125
SHLIU,λ=8,8192,0,76201,9.3018798828125
SHLIU,λ=8,8192,0,74673,9.1153564453125
SHLIU,λ=8,8192,0,75337,9.1964111328125
SHLIU,λ=8,8192,0,85529,10.4405517578125
SHLIU,λ=8,8192,0,90121,11.0010986328125
SHLIU,λ=8,8192,0,76305,9.3145751953125
SHLIU,λ=8,8192,0,84233,10.2823486328125
SHLIU,λ=8,8192,0,78489,9.5811767578125
SHLIU,λ=8,8192,0,77137,9.4161376953125
SHLIU,λ=8,8192,0,79417,9.6944580078125
SHLIU,λ=8,8192,0,83145,10.1495361328125
SHLIU,λ=8,8192,0,84033,10.2579345703125
SHLIU,λ=8,8192,0,79617,9.7188720703125
SHLIU,λ=8,8192,0,86161,10.5177001953125
SHLIU,λ=8,8192,0,81641,9.9659423828125
SHLIU,λ=8,8192,0,77569,9.4688720703125
SHLIU,λ=8,8192,0,79097,9.6553955078125
SHLIU,λ=8,8192,0,83081,10.1417236328125
SHLIU,λ=8,8192,0,82873,10.1163330078125
SHLIU,λ=8,8192,0,96545,11.7852783203125
SHLIU,λ=8,8192,0,84081,10.2637939453125
SHLIU,λ=8,8192,0,85241,10.4053955078125
SHLIU,λ=8,8192,0,81465,9.9444580078125
SHLIU,λ=8,8192,0,77425,9.4512939453125
SHLIU,λ=8,8192,0,76441,9.3311767578125
SHLIU,λ=8,8192,0,81329,9.9278564453125
SHLIU,λ=8,8192,0,83153,10.1505126953125
SHLIU,λ=8,8192,0,79873,9.7501220703125
SHLIU,λ=8,8192,0,77985,9.5196533203125
SHLIU,λ=8,8192,0,76481,9.3360595703125
SHLIU,λ=8,8192,0,82433,10.0626220703125
SHLIU,λ=8,8192,0,78545,9.5880126953125
SHLIU,λ=8,8192,0,78841,9.6241455078125
SHLIU,λ=8,8192,0,87921,10.7325439453125
SHLIU,λ=8,8192,0,81937,10.0020751953125
SHLIU,λ=8,8192,0,81953,10.0040283203125
SHLIU,λ=8,8192,0,96121,11.7335205078125
SHLIU,λ=8,8192,0,79161,9.6632080078125
SHLIU,λ=8,8192,0,84633,10.3311767578125
SHLIU,λ=8,8192,0,79169,9.6641845703125
SHLIU,λ=8,8192,0,79401,9.6925048828125
SHLIU,λ=8,8192,0,90361,11.0303955078125
SHLIU,λ=8,8192,0,96657,11.7989501953125
SHLIU,λ=8,8192,0,84465,10.3106689453125
SHLIU,λ=8,8192,0,76753,9.3692626953125
SHLIU,λ=8,8192,0,77897,9.5089111328125
SHLIU,λ=8,8192,0,86241,10.5274658203125
SHLIU,λ=8,8192,0,80529,9.8302001953125
SHLIU,λ=8,8192,0,83673,10.2139892578125
SHLIU,λ=8,8192,0,90697,11.0714111328125
SHLIU,λ=8,8192,0,80425,9.8175048828125
SHLIU,λ=8,8192,0,77313,9.4376220703125
SHLIU,λ=8,8192,0,81689,9.9718017578125
SHLIU,λ=8,8192,0,88393,10.7901611328125
SHLIU,λ=8,8192,0,77433,9.4522705078125
SHLIU,λ=8,8192,0,87153,10.6387939453125
SHLIU,λ=8,8192,0,77929,9.5128173828125
SHLIU,λ=8,8192,0,86481,10.5567626953125
SHLIU,λ=8,8192,0,81673,9.9698486328125
SHLIU,λ=8,8192,0,82089,10.0206298828125
SHLIU,λ=8,8192,0,82177,10.0313720703125
SHLIU,λ=8,8192,0,78665,9.6026611328125
SHLIU,λ=8,8192,0,78937,9.6358642578125
SHLIU,λ=8,8192,0,80025,9.7686767578125
SHLIU,λ=8,8192,0,86905,10.6085205078125
SHLIU,λ=8,8192,0,86985,10.6182861328125
SHLIU,λ=8,8192,0,75833,9.2569580078125
SHLIU,λ=8,8192,0,76625,9.3536376953125
SHLIU,λ=8,8192,0,84697,10.3389892578125
SHLIU,λ=8,8192,0,78369,9.5665283203125
SHLIU,λ=8,8192,0,89985,10.9844970703125
SHLIU,λ=8,8192,0,78249,9.5518798828125
SHLIU,λ=8,8192,0,88105,10.7550048828125
SHLIU,λ=8,8192,0,83385,10.1788330078125
SHLIU,λ=8,8192,0,97497,11.9014892578125
SHLIU,λ=8,8192,0,80921,9.8780517578125
SHLIU,λ=8,8192,0,80633,9.8428955078125
SHLIU,λ=8,8192,0,81425,9.9395751953125
SHLIU,λ=8,8192,0,78097,9.5333251953125
SHLIU,λ=8,8192,0,84705,10.3399658203125
SHLIU,λ=8,8192,0,84593,10.3262939453125
SHLIU,λ=8,8192,0,83329,10.1719970703125
SHLIU,λ=8,8192,0,84577,10.3243408203125
SHLIU,λ=8,8192,0,87841,10.7227783203125
SHLIU,λ=8,8192,0,75945,9.2706298828125
SHLIU,λ=8,8192,0,85697,10.4610595703125
SHLIU,λ=8,8192,0,77169,9.4200439453125
SHLIU,λ=8,8192,0,87817,10.7198486328125
SRLIU,λ=8,8192,0,88449,10.7969970703125
SRLIU,λ=8,8192,0,81089,9.8985595703125
SRLIU,λ=8,8192,0,81369,9.9327392578125
SRLIU,λ=8,8192,0,79801,9.7413330078125
SRLIU,λ=8,8192,0,85225,10.4034423828125
SRLIU,λ=8,8192,0,87089,10.6309814453125
SRLIU,λ=8,8192,0,83489,10.1915283203125
SRLIU,λ=8,8192,0,87745,10.7110595703125
SRLIU,λ=8,8192,0,78505,9.5831298828125
SRLIU,λ=8,8192,0,84585,10.3253173828125
SRLIU,λ=8,8192,0,89817,10.9639892578125
SRLIU,λ=8,8192,0,83817,10.2315673828125
SRLIU,λ=8,8192,0,79641,9.7218017578125
SRLIU,λ=8,8192,0,75257,9.1866455078125
SRLIU,λ=8,8192,0,86785,10.5938720703125
SRLIU,λ=8,8192,0,84913,10.3653564453125
SRLIU,λ=8,8192,0,76385,9.3243408203125
SRLIU,λ=8,8192,0,85305,10.4132080078125
SRLIU,λ=8,8192,0,86169,10.5186767578125
SRLIU,λ=8,8192,0,85425,10.4278564453125
SRLIU,λ=8,8192,0,80289,9.8009033203125
SRLIU,λ=8,8192,0,75849,9.2589111328125
SRLIU,λ=8,8192,0,79745,9.7344970703125
SRLIU,λ=8,8192,0,79265,9.6759033203125
SRLIU,λ=8,8192,0,84681,10.3370361328125
SRLIU,λ=8,8192,0,85241,10.4053955078125
SRLIU,λ=8,8192,0,87105,10.6329345703125
SRLIU,λ=8,8192,0,82697,10.0948486328125
SRLIU,λ=8,8192,0,79185,9.6661376953125
SRLIU,λ=8,8192,0,77201,9.4239501953125
SRLIU,λ=8,8192,0,78609,9.5958251953125
SRLIU,λ=8,8192,0,97673,11.9229736328125
SRLIU,λ=8,8192,0,85113,10.3897705078125
SRLIU,λ=8,8192,0,91225,11.1358642578125
SRLIU,λ=8,8192,0,78497,9.5821533203125
SRLIU,λ=8,8192,0,91161,11.1280517578125
SRLIU,λ=8,8192,0,91505,11.1700439453125
SRLIU,λ=8,8192,0,85369,10.4210205078125
SRLIU,λ=8,8192,0,80825,9.8663330078125
SRLIU,λ=8,8192,0,78145,9.5391845703125
SRLIU,λ=8,8192,0,76897,9.3868408203125
SRLIU,λ=8,8192,0,89745,10.9552001953125
SRLIU,λ=8,8192,0,83513,10.1944580078125
SRLIU,λ=8,8192,0,75313,9.1934814453125
SRLIU,λ=8,8192,0,94097,11.4864501953125
SRLIU,λ=8,8192,0,85489,10.4356689453125
SRLIU,λ=8,8192,0,74065,9.0411376953125
SRLIU,λ=8,8192,0,90233,11.0147705078125
SRLIU,λ=8,8192,0,99481,12.1436767578125
SRLIU,λ=8,8192,0,94561,11.5430908203125
SRLIU,λ=8,8192,0,93465,11.4093017578125
SRLIU,λ=8,8192,0,88337,10.7833251953125
SRLIU,λ=8,8192,0,87153,10.6387939453125
SRLIU,λ=8,8192,0,85929,10.4893798828125
SRLIU,λ=8,8192,0,95617,11.6719970703125
SRLIU,λ=8,8192,0,86689,10.5821533203125
SRLIU,λ=8,8192,0,81617,9.9630126953125
SRLIU,λ=8,8192,0,93089,11.3634033203125
SRLIU,λ=8,8192,0,82713,10.0968017578125
SRLIU,λ=8,8192,0,89481,10.9229736328125
SRLIU,λ=8,8192,0,81249,9.9180908203125
SRLIU,λ=8,8192,0,77177,9.4210205078125
SRLIU,λ=8,8192,0,80521,9.8292236328125
SRLIU,λ=8,8192,0,92449,11.2852783203125
SRLIU,λ=8,8192,0,80761,9.8585205078125
SRLIU,λ=8,8192,0,82177,10.0313720703125
SRLIU,λ=8,8192,0,74873,9.1397705078125
SRLIU,λ=8,8192,0,83001,10.1319580078125
SRLIU,λ=8,8192,0,80801,9.8634033203125
SRLIU,λ=8,8192,0,89577,10.9346923828125
SRLIU,λ=8,8192,0,81561,9.9561767578125
SRLIU,λ=8,8192,0,75097,9.1671142578125
SRLIU,λ=8,8192,0,72377,8.8350830078125
SRLIU,λ=8,8192,0,81969,10.0059814453125
SRLIU,λ=8,8192,0,81129,9.9034423828125
SRLIU,λ=8,8192,0,78537,9.5870361328125
SRLIU,λ=8,8192,0,87769,10.7139892578125
SRLIU,λ=8,8192,0,100153,12.2257080078125
SRLIU,λ=8,8192,0,81161,9.9073486328125
SRLIU,λ=8,8192,0,81361,9.9317626953125
SRLIU,λ=8,8192,0,82337,10.0509033203125
SRLIU,λ=8,8192,0,80921,9.8780517578125
SRLIU,λ=8,8192,0,78625,9.5977783203125
SRLIU,λ=8,8192,0,76969,9.3956298828125
SRLIU,λ=8,8192,0,79681,9.7266845703125
SRLIU,λ=8,8192,0,88849,10.8458251953125
SRLIU,λ=8,8192,0,76609,9.3516845703125
SRLIU,λ=8,8192,0,90537,11.0518798828125
SRLIU,λ=8,8192,0,83193,10.1553955078125
SRLIU,λ=8,8192,0,84705,10.3399658203125
SRLIU,λ=8,8192,0,90161,11.0059814453125
SRLIU,λ=8,8192,0,78017,9.5235595703125
SRLIU,λ=8,8192,0,81393,9.9356689453125
SRLIU,λ=8,8192,0,93041,11.3575439453125
SRLIU,λ=8,8192,0,82465,10.0665283203125
SRLIU,λ=8,8192,0,92273,11.2637939453125
SRLIU,λ=8,8192,0,87273,10.6534423828125
SRLIU,λ=8,8192,0,83753,10.2237548828125
SRLIU,λ=8,8192,0,89721,10.9522705078125
SSLIU,λ=8,8192,0,107361,13.1055908203125
SSLIU,λ=8,8192,0,98881,12.0704345703125
SSLIU,λ=8,8192,0,115521,14.1016845703125
SSLIU,λ=8,8192,0,109457,13.3614501953125
SSLIU,λ=8,8192,0,100417,12.2579345703125
SSLIU,λ=8,8192,0,113409,13.8438720703125
SSLIU,λ=8,8192,0,108737,13.2735595703125
SSLIU,λ=8,8192,0,121313,14.8087158203125
SSLIU,λ=8,8192,0,113617,13.8692626953125
SSLIU,λ=8,8192,0,111713,13.6368408203125
SSLIU,λ=8,8192,0,99841,12.1876220703125
SSLIU,λ=8,8192,0,118577,14.4747314453125
SSLIU,λ=8,8192,0,107377,13.1075439453125
SSLIU,λ=8,8192,0,110641,13.5059814453125
SSLIU,λ=8,8192,0,104177,12.7169189453125
SSLIU,λ=8,8192,0,111729,13.6387939453125
SSLIU,λ=8,8192,0,122385,14.9395751953125
SSLIU,λ=8,8192,0,108097,13.1954345703125
SSLIU,λ=8,8192,0,120177,14.6700439453125
SSLIU,λ=8,8192,0,114977,14.0352783203125
SSLIU,λ=8,8192,0,101553,12.3966064453125
SSLIU,λ=8,8192,0,95345,11.6387939453125
SSLIU,λ=8,8192,0,99953,12.2012939453125
SSLIU,λ=8,8192,0,116545,14.2266845703125
SSLIU,λ=8,8192,0,101025,12.3321533203125
SSLIU,λ=8,8192,0,104897,12.8048095703125
SSLIU,λ=8,8192,0,110193,13.4512939453125
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SSLIU,λ=8,8192,0,113857,13.8985595703125
SSLIU,λ=8,8192,0,102881,12.5587158203125
SSLIU,λ=8,8192,0,105953,12.9337158203125
SSLIU,λ=8,8192,0,96721,11.8067626953125
SSLIU,λ=8,8192,0,108625,13.2598876953125
SSLIU,λ=8,8192,0,111057,13.5567626953125
SSLIU,λ=8,8192,0,114833,14.0177001953125
SSLIU,λ=8,8192,0,98433,12.0157470703125
SSLIU,λ=8,8192,0,129089,15.7579345703125
SSLIU,λ=8,8192,0,113249,13.8243408203125
SSLIU,λ=8,8192,0,100321,12.2462158203125
SSLIU,λ=8,8192,0,107569,13.1309814453125
SSLIU,λ=8,8192,0,107281,13.0958251953125
SSLIU,λ=8,8192,0,112385,13.7188720703125
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SSLIU,λ=8,8192,0,107169,13.0821533203125
SSLIU,λ=8,8192,0,112273,13.7052001953125
SSLIU,λ=8,8192,0,98529,12.0274658203125
SSLIU,λ=8,8192,0,97025,11.8438720703125
SSLIU,λ=8,8192,0,98273,11.9962158203125
SSLIU,λ=8,8192,0,97521,11.9044189453125
SSLIU,λ=8,8192,0,107217,13.0880126953125
SSLIU,λ=8,8192,0,105169,12.8380126953125
SSLIU,λ=8,8192,0,98113,11.9766845703125
SSLIU,λ=8,8192,0,105521,12.8809814453125
SSLIU,λ=8,8192,0,134753,16.4493408203125
SSLIU,λ=8,8192,0,103057,12.5802001953125
SSLIU,λ=8,8192,0,109969,13.4239501953125
SSLIU,λ=8,8192,0,110145,13.4454345703125
SSLIU,λ=8,8192,0,117153,14.3009033203125
SSLIU,λ=8,8192,0,110369,13.4727783203125
SSLIU,λ=8,8192,0,118241,14.4337158203125
SSLIU,λ=8,8192,0,107985,13.1817626953125
SSLIU,λ=8,8192,0,113313,13.8321533203125
SSLIU,λ=8,8192,0,113665,13.8751220703125
SSLIU,λ=8,8192,0,112865,13.7774658203125
SSLIU,λ=8,8192,0,105185,12.8399658203125
SSLIU,λ=8,8192,0,102369,12.4962158203125
SSLIU,λ=8,8192,0,98673,12.0450439453125
SSLIU,λ=8,8192,0,109281,13.3399658203125
SSLIU,λ=8,8192,0,109169,13.3262939453125
SSLIU,λ=8,8192,0,111553,13.6173095703125
SSLIU,λ=8,8192,0,104241,12.7247314453125
SSLIU,λ=8,8192,0,104209,12.7208251953125
SSLIU,λ=8,8192,0,124625,15.2130126953125
SSLIU,λ=8,8192,0,118289,14.4395751953125
SSLIU,λ=8,8192,0,123601,15.0880126953125
SSLIU,λ=8,8192,0,123505,15.0762939453125
SSLIU,λ=8,8192,0,101681,12.4122314453125
SSLIU,λ=8,8192,0,112977,13.7911376953125
SSLIU,λ=8,8192,0,116849,14.2637939453125
SSLIU,λ=8,8192,0,119697,14.6114501953125
SSLIU,λ=8,8192,0,121393,14.8184814453125
SSLIU,λ=8,8192,0,130593,15.9415283203125
SSLIU,λ=8,8192,0,99457,12.1407470703125
SSLIU,λ=8,8192,0,111585,13.6212158203125
SSLIU,λ=8,8192,0,102977,12.5704345703125
SSLIU,λ=8,8192,0,115553,14.1055908203125
SSLIU,λ=8,8192,0,129377,15.7930908203125
SSLIU,λ=8,8192,0,100433,12.2598876953125
SSLIU,λ=8,8192,0,96737,11.8087158203125
SSLIU,λ=8,8192,0,100129,12.2227783203125
SSLIU,λ=8,8192,0,122897,15.0020751953125
SSLIU,λ=8,8192,0,121697,14.8555908203125
SSLIU,λ=8,8192,0,102801,12.5489501953125
SSLIU,λ=8,8192,0,109345,13.3477783203125
SSLIU,λ=8,8192,0,108353,13.2266845703125
SSLIU,λ=8,8192,0,112769,13.7657470703125
RSDCP,λ=8,65536,0,889809,13.577407836914062
RSDCP,λ=8,65536,0,942732,14.38494873046875
RSDCP,λ=8,65536,0,911615,13.910140991210938
RSDCP,λ=8,65536,0,937163,14.299972534179688
RSDCP,λ=8,65536,0,863008,13.16845703125
RSDCP,λ=8,65536,0,873173,13.323562622070312
RSDCP,λ=8,65536,0,879802,13.424713134765625
RSDCP,λ=8,65536,0,950098,14.497344970703125
RSDCP,λ=8,65536,0,780052,11.90264892578125
RSDCP,λ=8,65536,0,972933,14.845779418945312
RSDCP,λ=8,65536,0,829757,12.661087036132812
RSDCP,λ=8,65536,0,870664,13.2852783203125
RSDCP,λ=8,65536,0,974907,14.875900268554688
RSDCP,λ=8,65536,0,894367,13.646957397460938
RSDCP,λ=8,65536,0,921902,14.067108154296875
RSDCP,λ=8,65536,0,869876,13.27325439453125
RSDCP,λ=8,65536,0,799398,12.197845458984375
RSDCP,λ=8,65536,0,873624,13.3304443359375
RSDCP,λ=8,65536,0,908285,13.859329223632812
RSDCP,λ=8,65536,0,926531,14.137741088867188
RSDCP,λ=8,65536,0,923024,14.084228515625
RSDCP,λ=8,65536,0,935198,14.269989013671875
RSDCP,λ=8,65536,0,882705,13.469009399414062
RSDCP,λ=8,65536,0,897025,13.687515258789062
RSDCP,λ=8,65536,0,805701,12.294021606445312
RSDCP,λ=8,65536,0,802010,12.237701416015625
RSDCP,λ=8,65536,0,959269,14.637283325195312
RSDCP,λ=8,65536,0,907691,13.850265502929688
RSDCP,λ=8,65536,0,928711,14.171005249023438
RSDCP,λ=8,65536,0,880482,13.435089111328125
RSDCP,λ=8,65536,0,909179,13.872970581054688
RSDCP,λ=8,65536,0,830266,12.668853759765625
RSDCP,λ=8,65536,0,905070,13.810272216796875
RSDCP,λ=8,65536,0,856766,13.073211669921875
RSDCP,λ=8,65536,0,836222,12.759735107421875
RSDCP,λ=8,65536,0,993371,15.157638549804688
RSDCP,λ=8,65536,0,997771,15.224777221679688
RSDCP,λ=8,65536,0,813825,12.417984008789062
RSDCP,λ=8,65536,0,826858,12.616851806640625
RSDCP,λ=8,65536,0,862636,13.16278076171875
RSDCP,λ=8,65536,0,826273,12.607925415039062
RSDCP,λ=8,65536,0,771994,11.779693603515625
RSDCP,λ=8,65536,0,834725,12.736892700195312
RSDCP,λ=8,65536,0,934635,14.261398315429688
RSDCP,λ=8,65536,0,837825,12.784194946289062
RSDCP,λ=8,65536,0,876946,13.381134033203125
RSDCP,λ=8,65536,0,982311,14.988876342773438
RSDCP,λ=8,65536,0,846292,12.91339111328125
RSDCP,λ=8,65536,0,922634,14.078277587890625
RSDCP,λ=8,65536,0,910161,13.887954711914062
RSDCP,λ=8,65536,0,821466,12.534576416015625
RSDCP,λ=8,65536,0,925637,14.124099731445312
RSDCP,λ=8,65536,0,772023,11.780136108398438
RSDCP,λ=8,65536,0,860778,13.134429931640625
RSDCP,λ=8,65536,0,888780,13.56170654296875
RSDCP,λ=8,65536,0,848198,12.942474365234375
RSDCP,λ=8,65536,0,1038580,15.84747314453125
RSDCP,λ=8,65536,0,893246,13.629852294921875
RSDCP,λ=8,65536,0,952067,14.527389526367188
RSDCP,λ=8,65536,0,876941,13.381057739257812
RSDCP,λ=8,65536,0,881781,13.454910278320312
RSDCP,λ=8,65536,0,885595,13.513107299804688
RSDCP,λ=8,65536,0,955132,14.57415771484375
RSDCP,λ=8,65536,0,860742,13.133880615234375
RSDCP,λ=8,65536,0,918491,14.015060424804688
RSDCP,λ=8,65536,0,827861,12.632156372070312
RSDCP,λ=8,65536,0,900936,13.7471923828125
RSDCP,λ=8,65536,0,908380,13.86077880859375
RSDCP,λ=8,65536,0,1007949,15.380081176757812
RSDCP,λ=8,65536,0,853487,13.023178100585938
RSDCP,λ=8,65536,0,957342,14.607879638671875
RSDCP,λ=8,65536,0,964278,14.713714599609375
RSDCP,λ=8,65536,0,1098927,16.768295288085938
RSDCP,λ=8,65536,0,868839,13.257431030273438
RSDCP,λ=8,65536,0,827025,12.619400024414062
RSDCP,λ=8,65536,0,935499,14.274581909179688
RSDCP,λ=8,65536,0,858346,13.097320556640625
RSDCP,λ=8,65536,0,1006453,15.357254028320312
RSDCP,λ=8,65536,0,863279,13.172592163085938
RSDCP,λ=8,65536,0,824499,12.580856323242188
RSDCP,λ=8,65536,0,883359,13.478988647460938
RSDCP,λ=8,65536,0,875190,13.354339599609375
RSDCP,λ=8,65536,0,873489,13.328384399414062
RSDCP,λ=8,65536,0,835340,12.74627685546875
RSDCP,λ=8,65536,0,854880,13.04443359375
RSDCP,λ=8,65536,0,878331,13.402267456054688
RSDCP,λ=8,65536,0,871815,13.302841186523438
RSDCP,λ=8,65536,0,827689,12.629531860351562
RSDCP,λ=8,65536,0,849057,12.955581665039062
RSDCP,λ=8,65536,0,892116,13.61260986328125
RSDCP,λ=8,65536,0,1087101,16.587844848632812
RSDCP,λ=8,65536,0,1006656,15.3603515625
RSDCP,λ=8,65536,0,937523,14.305465698242188
RSDCP,λ=8,65536,0,899288,13.7220458984375
RSDCP,λ=8,65536,0,959891,14.646774291992188
RSDCP,λ=8,65536,0,917944,14.0067138671875
RSDCP,λ=8,65536,0,917246,13.996063232421875
RSDCP,λ=8,65536,0,944108,14.40594482421875
RSDCP,λ=8,65536,0,922695,14.079208374023438
RSDCP,λ=8,65536,0,864896,13.197265625
RRDCP,λ=8,65536,0,702624,10.72119140625
RRDCP,λ=8,65536,0,686010,10.467681884765625
RRDCP,λ=8,65536,0,649811,9.915328979492188
RRDCP,λ=8,65536,0,664740,10.14312744140625
RRDCP,λ=8,65536,0,674832,10.297119140625
RRDCP,λ=8,65536,0,726307,11.082565307617188
RRDCP,λ=8,65536,0,635743,9.700668334960938
RRDCP,λ=8,65536,0,680708,10.38677978515625
RRDCP,λ=8,65536,0,661429,10.092605590820312
RRDCP,λ=8,65536,0,637590,9.728851318359375
RRDCP,λ=8,65536,0,702430,10.718231201171875
RRDCP,λ=8,65536,0,662897,10.115005493164062
RRDCP,λ=8,65536,0,666638,10.172088623046875
RRDCP,λ=8,65536,0,656697,10.020401000976562
RRDCP,λ=8,65536,0,833796,12.72271728515625
RRDCP,λ=8,65536,0,825659,12.598556518554688
RRDCP,λ=8,65536,0,716723,10.936325073242188
RRDCP,λ=8,65536,0,654596,9.98834228515625
RRDCP,λ=8,65536,0,695395,10.610885620117188
RRDCP,λ=8,65536,0,664388,10.13775634765625
RRDCP,λ=8,65536,0,706713,10.783584594726562
RRDCP,λ=8,65536,0,765794,11.685089111328125
RRDCP,λ=8,65536,0,701225,10.699844360351562
RRDCP,λ=8,65536,0,646454,9.864105224609375
RRDCP,λ=8,65536,0,632598,9.652679443359375
RRDCP,λ=8,65536,0,821532,12.53558349609375
RRDCP,λ=8,65536,0,661260,10.09002685546875
RRDCP,λ=8,65536,0,671564,10.24725341796875
RRDCP,λ=8,65536,0,649266,9.907012939453125
RRDCP,λ=8,65536,0,734442,11.206695556640625
RRDCP,λ=8,65536,0,687399,10.488876342773438
RRDCP,λ=8,65536,0,671742,10.249969482421875
RRDCP,λ=8,65536,0,664609,10.141128540039062
RRDCP,λ=8,65536,0,724599,11.056503295898438
RRDCP,λ=8,65536,0,786614,12.002777099609375
RRDCP,λ=8,65536,0,766494,11.695770263671875
RRDCP,λ=8,65536,0,653033,9.964492797851562
RRDCP,λ=8,65536,0,748799,11.425765991210938
RRDCP,λ=8,65536,0,640457,9.772598266601562
RRDCP,λ=8,65536,0,852818,13.012969970703125
RRDCP,λ=8,65536,0,755180,11.52313232421875
RRDCP,λ=8,65536,0,663257,10.120498657226562
RRDCP,λ=8,65536,0,790919,12.068466186523438
RRDCP,λ=8,65536,0,721962,11.016265869140625
RRDCP,λ=8,65536,0,698014,10.650848388671875
RRDCP,λ=8,65536,0,727585,11.102066040039062
RRDCP,λ=8,65536,0,604670,9.226531982421875
RRDCP,λ=8,65536,0,636899,9.718307495117188
RRDCP,λ=8,65536,0,674678,10.294769287109375
RRDCP,λ=8,65536,0,649502,9.910614013671875
RRDCP,λ=8,65536,0,813525,12.413406372070312
RRDCP,λ=8,65536,0,739528,11.2843017578125
RRDCP,λ=8,65536,0,726960,11.092529296875
RRDCP,λ=8,65536,0,770333,11.754348754882812
RRDCP,λ=8,65536,0,707316,10.79278564453125
RRDCP,λ=8,65536,0,703239,10.730575561523438
RRDCP,λ=8,65536,0,752619,11.484054565429688
RRDCP,λ=8,65536,0,660531,10.078903198242188
RRDCP,λ=8,65536,0,667511,10.185409545898438
RRDCP,λ=8,65536,0,703449,10.733779907226562
RRDCP,λ=8,65536,0,671181,10.241409301757812
RRDCP,λ=8,65536,0,705858,10.770538330078125
RRDCP,λ=8,65536,0,735652,11.22515869140625
RRDCP,λ=8,65536,0,763536,11.650634765625
RRDCP,λ=8,65536,0,654417,9.985610961914062
RRDCP,λ=8,65536,0,658493,10.047805786132812
RRDCP,λ=8,65536,0,749465,11.435928344726562
RRDCP,λ=8,65536,0,740865,11.304702758789062
RRDCP,λ=8,65536,0,646374,9.862884521484375
RRDCP,λ=8,65536,0,672871,10.267196655273438
RRDCP,λ=8,65536,0,760315,11.601486206054688
RRDCP,λ=8,65536,0,638419,9.741500854492188
RRDCP,λ=8,65536,0,687745,10.494155883789062
RRDCP,λ=8,65536,0,675090,10.301055908203125
RRDCP,λ=8,65536,0,699830,10.678558349609375
RRDCP,λ=8,65536,0,761497,11.619522094726562
RRDCP,λ=8,65536,0,644765,9.838333129882812
RRDCP,λ=8,65536,0,715876,10.92340087890625
RRDCP,λ=8,65536,0,801823,12.234848022460938
RRDCP,λ=8,65536,0,720333,10.991409301757812
RRDCP,λ=8,65536,0,713335,10.884628295898438
RRDCP,λ=8,65536,0,740367,11.297103881835938
RRDCP,λ=8,65536,0,734693,11.210525512695312
RRDCP,λ=8,65536,0,707462,10.795013427734375
RRDCP,λ=8,65536,0,706929,10.786880493164062
RRDCP,λ=8,65536,0,681704,10.4019775390625
RRDCP,λ=8,65536,0,656142,10.011932373046875
RRDCP,λ=8,65536,0,753889,11.503433227539062
RRDCP,λ=8,65536,0,747104,11.39990234375
RRDCP,λ=8,65536,0,822271,12.546859741210938
RRDCP,λ=8,65536,0,883945,13.487930297851562
RRDCP,λ=8,65536,0,646150,9.859466552734375
RRDCP,λ=8,65536,0,677640,10.3399658203125
RRDCP,λ=8,65536,0,628099,9.584030151367188
RRDCP,λ=8,65536,0,690408,10.5347900390625
RRDCP,λ=8,65536,0,693078,10.575531005859375
RRDCP,λ=8,65536,0,702475,10.718917846679688
RRDCP,λ=8,65536,0,625489,9.544204711914062
RRDCP,λ=8,65536,0,705185,10.760269165039062
RRDCP,λ=8,65536,0,671340,10.24383544921875
RHDCP,λ=8,65536,0,613989,9.368728637695312
RHDCP,λ=8,65536,0,703037,10.727493286132812
RHDCP,λ=8,65536,0,627781,9.579177856445312
RHDCP,λ=8,65536,0,602266,9.189849853515625
RHDCP,λ=8,65536,0,692611,10.568405151367188
RHDCP,λ=8,65536,0,617895,9.428329467773438
RHDCP,λ=8,65536,0,667184,10.180419921875
RHDCP,λ=8,65536,0,641644,9.79071044921875
RHDCP,λ=8,65536,0,647364,9.87799072265625
RHDCP,λ=8,65536,0,654671,9.989486694335938
RHDCP,λ=8,65536,0,627984,9.582275390625
RHDCP,λ=8,65536,0,670866,10.236602783203125
RHDCP,λ=8,65536,0,743342,11.342498779296875
RHDCP,λ=8,65536,0,624182,9.524261474609375
RHDCP,λ=8,65536,0,606827,9.259445190429688
RHDCP,λ=8,65536,0,661540,10.09429931640625
RHDCP,λ=8,65536,0,608850,9.290313720703125
RHDCP,λ=8,65536,0,600358,9.160736083984375
RHDCP,λ=8,65536,0,879263,13.416488647460938
RHDCP,λ=8,65536,0,649785,9.914932250976562
RHDCP,λ=8,65536,0,606318,9.251678466796875
RHDCP,λ=8,65536,0,622757,9.502517700195312
RHDCP,λ=8,65536,0,609932,9.30682373046875
RHDCP,λ=8,65536,0,621345,9.480972290039062
RHDCP,λ=8,65536,0,626368,9.5576171875
RHDCP,λ=8,65536,0,614305,9.373550415039062
RHDCP,λ=8,65536,0,686891,10.481124877929688
RHDCP,λ=8,65536,0,645380,9.84771728515625
RHDCP,λ=8,65536,0,688612,10.50738525390625
RHDCP,λ=8,65536,0,719307,10.975753784179688
RHDCP,λ=8,65536,0,659838,10.068328857421875
RHDCP,λ=8,65536,0,627447,9.574081420898438
RHDCP,λ=8,65536,0,660746,10.082183837890625
RHDCP,λ=8,65536,0,646790,9.869232177734375
RHDCP,λ=8,65536,0,717304,10.9451904296875
RHDCP,λ=8,65536,0,678079,10.346664428710938
RHDCP,λ=8,65536,0,787386,12.014556884765625
RHDCP,λ=8,65536,0,633035,9.659347534179688
RHDCP,λ=8,65536,0,717626,10.950103759765625
RHDCP,λ=8,65536,0,635631,9.698959350585938
RHDCP,λ=8,65536,0,641492,9.78839111328125
RHDCP,λ=8,65536,0,672174,10.256561279296875
RHDCP,λ=8,65536,0,660012,10.07098388671875
RHDCP,λ=8,65536,0,600921,9.169326782226562
RHDCP,λ=8,65536,0,645369,9.847549438476562
RHDCP,λ=8,65536,0,685890,10.465850830078125
RHDCP,λ=8,65536,0,635007,9.689437866210938
RHDCP,λ=8,65536,0,686347,10.472824096679688
RHDCP,λ=8,65536,0,648833,9.900405883789062
RHDCP,λ=8,65536,0,732354,11.174835205078125
RHDCP,λ=8,65536,0,600969,9.170059204101562
RHDCP,λ=8,65536,0,615243,9.387863159179688
RHDCP,λ=8,65536,0,679949,10.375198364257812
RHDCP,λ=8,65536,0,765598,11.682098388671875
RHDCP,λ=8,65536,0,645874,9.855255126953125
RHDCP,λ=8,65536,0,632673,9.653823852539062
RHDCP,λ=8,65536,0,662806,10.113616943359375
RHDCP,λ=8,65536,0,590236,9.00628662109375
RHDCP,λ=8,65536,0,664822,10.144378662109375
RHDCP,λ=8,65536,0,647319,9.877304077148438
RHDCP,λ=8,65536,0,631301,9.632888793945312
RHDCP,λ=8,65536,0,718473,10.963027954101562
RHDCP,λ=8,65536,0,689133,10.515335083007812
RHDCP,λ=8,65536,0,702132,10.71368408203125
RHDCP,λ=8,65536,0,637495,9.727401733398438
RHDCP,λ=8,65536,0,688493,10.505569458007812
RHDCP,λ=8,65536,0,602966,9.200531005859375
RHDCP,λ=8,65536,0,653451,9.970870971679688
RHDCP,λ=8,65536,0,602817,9.198257446289062
RHDCP,λ=8,65536,0,638711,9.745956420898438
RHDCP,λ=8,65536,0,649749,9.914382934570312
RHDCP,λ=8,65536,0,625656,9.5467529296875
RHDCP,λ=8,65536,0,654402,9.985382080078125
RHDCP,λ=8,65536,0,691168,10.54638671875
RHDCP,λ=8,65536,0,610457,9.314834594726562
RHDCP,λ=8,65536,0,617758,9.426239013671875
RHDCP,λ=8,65536,0,649622,9.912445068359375
RHDCP,λ=8,65536,0,680075,10.377120971679688
RHDCP,λ=8,65536,0,707834,10.800689697265625
RHDCP,λ=8,65536,0,731519,11.162094116210938
RHDCP,λ=8,65536,0,604570,9.225006103515625
RHDCP,λ=8,65536,0,669124,10.21002197265625
RHDCP,λ=8,65536,0,663206,10.119720458984375
RHDCP,λ=8,65536,0,717638,10.950286865234375
RHDCP,λ=8,65536,0,666502,10.170013427734375
RHDCP,λ=8,65536,0,637699,9.730514526367188
RHDCP,λ=8,65536,0,640168,9.7681884765625
RHDCP,λ=8,65536,0,626165,9.554519653320312
RHDCP,λ=8,65536,0,611985,9.338150024414062
RHDCP,λ=8,65536,0,636826,9.717193603515625
RHDCP,λ=8,65536,0,642276,9.80035400390625
RHDCP,λ=8,65536,0,681697,10.401870727539062
RHDCP,λ=8,65536,0,718603,10.965011596679688
RHDCP,λ=8,65536,0,669778,10.220001220703125
RHDCP,λ=8,65536,0,644621,9.836135864257812
RHDCP,λ=8,65536,0,652413,9.955032348632812
RHDCP,λ=8,65536,0,650520,9.9261474609375
RHDCP,λ=8,65536,0,720615,10.995712280273438
RHDCP,λ=8,65536,0,710981,10.848709106445312
RHDCP,λ=8,65536,0,682624,10.416015625
RHLCP,λ=8,65536,0,641228,9.78436279296875
RHLCP,λ=8,65536,0,643541,9.819656372070312
RHLCP,λ=8,65536,0,629911,9.611679077148438
RHLCP,λ=8,65536,0,630102,9.614593505859375
RHLCP,λ=8,65536,0,659930,10.069732666015625
RHLCP,λ=8,65536,0,653499,9.971603393554688
RHLCP,λ=8,65536,0,614363,9.374435424804688
RHLCP,λ=8,65536,0,694982,10.604583740234375
RHLCP,λ=8,65536,0,660658,10.080841064453125
RHLCP,λ=8,65536,0,658684,10.05072021484375
RHLCP,λ=8,65536,0,647162,9.874908447265625
RHLCP,λ=8,65536,0,711616,10.8583984375
RHLCP,λ=8,65536,0,727301,11.097732543945312
RHLCP,λ=8,65536,0,630779,9.624923706054688
RHLCP,λ=8,65536,0,719498,10.978668212890625
RHLCP,λ=8,65536,0,657157,10.027420043945312
RHLCP,λ=8,65536,0,669331,10.213180541992188
RHLCP,λ=8,65536,0,667065,10.178604125976562
RHLCP,λ=8,65536,0,717945,10.954971313476562
RHLCP,λ=8,65536,0,659862,10.068695068359375
RHLCP,λ=8,65536,0,635885,9.702835083007812
RHLCP,λ=8,65536,0,681473,10.398452758789062
RHLCP,λ=8,65536,0,660111,10.072494506835938
RHLCP,λ=8,65536,0,666944,10.1767578125
RHLCP,λ=8,65536,0,725195,11.065597534179688
RHLCP,λ=8,65536,0,692873,10.572402954101562
RHLCP,λ=8,65536,0,662376,10.1070556640625
RHLCP,λ=8,65536,0,676830,10.327606201171875
RHLCP,λ=8,65536,0,666778,10.174224853515625
RHLCP,λ=8,65536,0,665893,10.160720825195312
RHLCP,λ=8,65536,0,735933,11.229446411132812
RHLCP,λ=8,65536,0,680204,10.37908935546875
RHLCP,λ=8,65536,0,681323,10.396163940429688
RHLCP,λ=8,65536,0,627337,9.572402954101562
RHLCP,λ=8,65536,0,590783,9.014633178710938
RHLCP,λ=8,65536,0,740627,11.301071166992188
RHLCP,λ=8,65536,0,677092,10.33160400390625
RHLCP,λ=8,65536,0,631691,9.638839721679688
RHLCP,λ=8,65536,0,663747,10.127975463867188
RHLCP,λ=8,65536,0,663952,10.131103515625
RHLCP,λ=8,65536,0,633888,9.67236328125
RHLCP,λ=8,65536,0,659982,10.070526123046875
RHLCP,λ=8,65536,0,683496,10.4293212890625
RHLCP,λ=8,65536,0,695077,10.606033325195312
RHLCP,λ=8,65536,0,663638,10.126312255859375
RHLCP,λ=8,65536,0,685944,10.4666748046875
RHLCP,λ=8,65536,0,694527,10.597640991210938
RHLCP,λ=8,65536,0,677159,10.332626342773438
RHLCP,λ=8,65536,0,678531,10.353561401367188
RHLCP,λ=8,65536,0,656133,10.011795043945312
RHLCP,λ=8,65536,0,627444,9.57403564453125
RHLCP,λ=8,65536,0,741423,11.313217163085938
RHLCP,λ=8,65536,0,745183,11.370590209960938
RHLCP,λ=8,65536,0,643111,9.813095092773438
RHLCP,λ=8,65536,0,678862,10.358612060546875
RHLCP,λ=8,65536,0,616510,9.407196044921875
RHLCP,λ=8,65536,0,682050,10.407257080078125
RHLCP,λ=8,65536,0,642079,9.797348022460938
RHLCP,λ=8,65536,0,652107,9.950363159179688
RHLCP,λ=8,65536,0,620495,9.468002319335938
RHLCP,λ=8,65536,0,644427,9.833175659179688
RHLCP,λ=8,65536,0,674786,10.296417236328125
RHLCP,λ=8,65536,0,729131,11.125656127929688
RHLCP,λ=8,65536,0,599880,9.1534423828125
RHLCP,λ=8,65536,0,644324,9.83160400390625
RHLCP,λ=8,65536,0,634285,9.678421020507812
RHLCP,λ=8,65536,0,732131,11.171432495117188
RHLCP,λ=8,65536,0,629980,9.61273193359375
RHLCP,λ=8,65536,0,728589,11.117385864257812
RHLCP,λ=8,65536,0,616075,9.400558471679688
RHLCP,λ=8,65536,0,658667,10.050460815429688
RHLCP,λ=8,65536,0,639205,9.753494262695312
RHLCP,λ=8,65536,0,693284,10.57867431640625
RHLCP,λ=8,65536,0,724781,11.059280395507812
RHLCP,λ=8,65536,0,645743,9.853256225585938
RHLCP,λ=8,65536,0,626268,9.55609130859375
RHLCP,λ=8,65536,0,642320,9.801025390625
RHLCP,λ=8,65536,0,654123,9.981124877929688
RHLCP,λ=8,65536,0,632323,9.648483276367188
RHLCP,λ=8,65536,0,686646,10.477386474609375
RHLCP,λ=8,65536,0,676148,10.31719970703125
RHLCP,λ=8,65536,0,653912,9.9779052734375
RHLCP,λ=8,65536,0,629593,9.606826782226562
RHLCP,λ=8,65536,0,701102,10.697967529296875
RHLCP,λ=8,65536,0,699214,10.669158935546875
RHLCP,λ=8,65536,0,594421,9.070144653320312
RHLCP,λ=8,65536,0,697132,10.63739013671875
RHLCP,λ=8,65536,0,716926,10.939422607421875
RHLCP,λ=8,65536,0,698508,10.65838623046875
RHLCP,λ=8,65536,0,627075,9.568405151367188
RHLCP,λ=8,65536,0,618556,9.43841552734375
RHLCP,λ=8,65536,0,687864,10.4959716796875
RHLCP,λ=8,65536,0,662044,10.10198974609375
RHLCP,λ=8,65536,0,665677,10.157424926757812
RHLCP,λ=8,65536,0,608931,9.291549682617188
RHLCP,λ=8,65536,0,647251,9.876266479492188
RHLCP,λ=8,65536,0,633017,9.659072875976562
RHLCP,λ=8,65536,0,632472,9.6507568359375
RHLCP,λ=8,65536,0,667527,10.185653686523438
RHLCP,λ=8,65536,0,702638,10.721405029296875
RRLCP,λ=8,65536,0,787997,12.023880004882812
RRLCP,λ=8,65536,0,697519,10.643295288085938
RRLCP,λ=8,65536,0,696046,10.620819091796875
RRLCP,λ=8,65536,0,753049,11.490615844726562
RRLCP,λ=8,65536,0,712589,10.873245239257812
RRLCP,λ=8,65536,0,712316,10.86907958984375
RRLCP,λ=8,65536,0,687038,10.483367919921875
RRLCP,λ=8,65536,0,632466,9.650665283203125
RRLCP,λ=8,65536,0,737115,11.247482299804688
RRLCP,λ=8,65536,0,741197,11.309768676757812
RRLCP,λ=8,65536,0,729438,11.130340576171875
RRLCP,λ=8,65536,0,697682,10.645782470703125
RRLCP,λ=8,65536,0,664742,10.143157958984375
RRLCP,λ=8,65536,0,725401,11.068740844726562
RRLCP,λ=8,65536,0,711319,10.853866577148438
RRLCP,λ=8,65536,0,742089,11.323379516601562
RRLCP,λ=8,65536,0,682100,10.40802001953125
RRLCP,λ=8,65536,0,708818,10.815704345703125
RRLCP,λ=8,65536,0,666509,10.170120239257812
RRLCP,λ=8,65536,0,704393,10.748184204101562
RRLCP,λ=8,65536,0,678658,10.355499267578125
RRLCP,λ=8,65536,0,719236,10.97467041015625
RRLCP,λ=8,65536,0,804033,12.268569946289062
RRLCP,λ=8,65536,0,751435,11.465988159179688
RRLCP,λ=8,65536,0,826429,12.610305786132812
RRLCP,λ=8,65536,0,742073,11.323135375976562
RRLCP,λ=8,65536,0,661022,10.086395263671875
RRLCP,λ=8,65536,0,648428,9.89422607421875
RRLCP,λ=8,65536,0,693741,10.585647583007812
RRLCP,λ=8,65536,0,710337,10.838882446289062
RRLCP,λ=8,65536,0,701470,10.703582763671875
RRLCP,λ=8,65536,0,704268,10.74627685546875
RRLCP,λ=8,65536,0,707715,10.798873901367188
RRLCP,λ=8,65536,0,693993,10.589492797851562
RRLCP,λ=8,65536,0,716229,10.928787231445312
RRLCP,λ=8,65536,0,741421,11.313186645507812
RRLCP,λ=8,65536,0,744340,11.35772705078125
RRLCP,λ=8,65536,0,773557,11.803543090820312
RRLCP,λ=8,65536,0,704342,10.747406005859375
RRLCP,λ=8,65536,0,740416,11.2978515625
RRLCP,λ=8,65536,0,683004,10.42181396484375
RRLCP,λ=8,65536,0,769806,11.746307373046875
RRLCP,λ=8,65536,0,715307,10.914718627929688
RRLCP,λ=8,65536,0,664105,10.133438110351562
RRLCP,λ=8,65536,0,674751,10.295883178710938
RRLCP,λ=8,65536,0,655425,10.000991821289062
RRLCP,λ=8,65536,0,785976,11.9930419921875
RRLCP,λ=8,65536,0,667646,10.187469482421875
RRLCP,λ=8,65536,0,695393,10.610855102539062
RRLCP,λ=8,65536,0,735742,11.226531982421875
RRLCP,λ=8,65536,0,722138,11.018951416015625
RRLCP,λ=8,65536,0,724834,11.060089111328125
RRLCP,λ=8,65536,0,743309,11.341995239257812
RRLCP,λ=8,65536,0,728299,11.112960815429688
RRLCP,λ=8,65536,0,707569,10.796646118164062
RRLCP,λ=8,65536,0,670958,10.238006591796875
RRLCP,λ=8,65536,0,891075,13.596725463867188
RRLCP,λ=8,65536,0,650943,9.932601928710938
RRLCP,λ=8,65536,0,711534,10.857147216796875
RRLCP,λ=8,65536,0,673185,10.271987915039062
RRLCP,λ=8,65536,0,661912,10.0999755859375
RRLCP,λ=8,65536,0,779162,11.889068603515625
RRLCP,λ=8,65536,0,745877,11.381179809570312
RRLCP,λ=8,65536,0,738156,11.26336669921875
RRLCP,λ=8,65536,0,692807,10.571395874023438
RRLCP,λ=8,65536,0,676142,10.317108154296875
RRLCP,λ=8,65536,0,692126,10.561004638671875
RRLCP,λ=8,65536,0,696348,10.62542724609375
RRLCP,λ=8,65536,0,734637,11.209671020507812
RRLCP,λ=8,65536,0,820506,12.519927978515625
RRLCP,λ=8,65536,0,870288,13.279541015625
RRLCP,λ=8,65536,0,636734,9.715789794921875
RRLCP,λ=8,65536,0,768942,11.733123779296875
RRLCP,λ=8,65536,0,890893,13.593948364257812
RRLCP,λ=8,65536,0,683366,10.427337646484375
RRLCP,λ=8,65536,0,730061,11.139846801757812
RRLCP,λ=8,65536,0,672744,10.2652587890625
RRLCP,λ=8,65536,0,668234,10.196441650390625
RRLCP,λ=8,65536,0,720456,10.9932861328125
RRLCP,λ=8,65536,0,650781,9.930130004882812
RRLCP,λ=8,65536,0,699523,10.673873901367188
RRLCP,λ=8,65536,0,637781,9.731765747070312
RRLCP,λ=8,65536,0,635004,9.68939208984375
RRLCP,λ=8,65536,0,779257,11.890518188476562
RRLCP,λ=8,65536,0,700328,10.6861572265625
RRLCP,λ=8,65536,0,699653,10.675857543945312
RRLCP,λ=8,65536,0,676688,10.325439453125
RRLCP,λ=8,65536,0,686835,10.480270385742188
RRLCP,λ=8,65536,0,715366,10.915618896484375
RRLCP,λ=8,65536,0,710681,10.844131469726562
RRLCP,λ=8,65536,0,673032,10.2696533203125
RRLCP,λ=8,65536,0,708269,10.807327270507812
RRLCP,λ=8,65536,0,741663,11.316879272460938
RRLCP,λ=8,65536,0,724819,11.059860229492188
RRLCP,λ=8,65536,0,757300,11.55548095703125
RRLCP,λ=8,65536,0,699509,10.673660278320312
RRLCP,λ=8,65536,0,712664,10.8743896484375
RRLCP,λ=8,65536,0,698083,10.651901245117188
RRLCP,λ=8,65536,0,757197,11.553909301757812
RRLCP,λ=8,65536,0,792550,12.093353271484375
RSLCP,λ=8,65536,0,960849,14.661392211914062
RSLCP,λ=8,65536,0,851885,12.998733520507812
RSLCP,λ=8,65536,0,877739,13.393234252929688
RSLCP,λ=8,65536,0,881178,13.445709228515625
RSLCP,λ=8,65536,0,879470,13.419647216796875
RSLCP,λ=8,65536,0,979004,14.93841552734375
RSLCP,λ=8,65536,0,906740,13.83575439453125
RSLCP,λ=8,65536,0,896246,13.675628662109375
RSLCP,λ=8,65536,0,941840,14.371337890625
RSLCP,λ=8,65536,0,996282,15.202056884765625
RSLCP,λ=8,65536,0,840293,12.821853637695312
RSLCP,λ=8,65536,0,981663,14.978988647460938
RSLCP,λ=8,65536,0,1014250,15.476226806640625
RSLCP,λ=8,65536,0,933505,14.244155883789062
RSLCP,λ=8,65536,0,873007,13.321029663085938
RSLCP,λ=8,65536,0,990192,15.109130859375
RSLCP,λ=8,65536,0,1116044,17.02947998046875
RSLCP,λ=8,65536,0,907104,13.84130859375
RSLCP,λ=8,65536,0,958142,14.620086669921875
RSLCP,λ=8,65536,0,892964,13.62554931640625
RSLCP,λ=8,65536,0,871554,13.298858642578125
RSLCP,λ=8,65536,0,840408,12.8236083984375
RSLCP,λ=8,65536,0,951600,14.520263671875
RSLCP,λ=8,65536,0,970719,14.811996459960938
RSLCP,λ=8,65536,0,938202,14.315826416015625
RSLCP,λ=8,65536,0,832640,12.705078125
RSLCP,λ=8,65536,0,902373,13.769119262695312
RSLCP,λ=8,65536,0,1065515,16.258468627929688
RSLCP,λ=8,65536,0,992079,15.137924194335938
RSLCP,λ=8,65536,0,834538,12.734039306640625
RSLCP,λ=8,65536,0,853148,13.01800537109375
RSLCP,λ=8,65536,0,1071959,16.356796264648438
RSLCP,λ=8,65536,0,828261,12.638259887695312
RSLCP,λ=8,65536,0,876553,13.375137329101562
RSLCP,λ=8,65536,0,1008500,15.38848876953125
RSLCP,λ=8,65536,0,888014,13.550018310546875
RSLCP,λ=8,65536,0,935922,14.281036376953125
RSLCP,λ=8,65536,0,1158654,17.679656982421875
RSLCP,λ=8,65536,0,906829,13.837112426757812
RSLCP,λ=8,65536,0,826408,12.6099853515625
RSLCP,λ=8,65536,0,929229,14.178909301757812
RSLCP,λ=8,65536,0,957800,14.6148681640625
RSLCP,λ=8,65536,0,819774,12.508758544921875
RSLCP,λ=8,65536,0,932994,14.236358642578125
RSLCP,λ=8,65536,0,919468,14.02996826171875
RSLCP,λ=8,65536,0,873021,13.321243286132812
RSLCP,λ=8,65536,0,905991,13.824325561523438
RSLCP,λ=8,65536,0,1049390,16.012420654296875
RSLCP,λ=8,65536,0,879557,13.420974731445312
RSLCP,λ=8,65536,0,858990,13.107147216796875
RSLCP,λ=8,65536,0,960500,14.65606689453125
RSLCP,λ=8,65536,0,1075634,16.412872314453125
RSLCP,λ=8,65536,0,948092,14.46673583984375
RSLCP,λ=8,65536,0,917366,13.997894287109375
RSLCP,λ=8,65536,0,888255,13.553695678710938
RSLCP,λ=8,65536,0,956285,14.591751098632812
RSLCP,λ=8,65536,0,926387,14.135543823242188
RSLCP,λ=8,65536,0,1023766,15.621429443359375
RSLCP,λ=8,65536,0,926291,14.134078979492188
RSLCP,λ=8,65536,0,874810,13.348541259765625
RSLCP,λ=8,65536,0,1044575,15.938949584960938
RSLCP,λ=8,65536,0,909985,13.885269165039062
RSLCP,λ=8,65536,0,996944,15.212158203125
RSLCP,λ=8,65536,0,858686,13.102508544921875
RSLCP,λ=8,65536,0,884762,13.500396728515625
RSLCP,λ=8,65536,0,847565,12.932815551757812
RSLCP,λ=8,65536,0,903401,13.784805297851562
RSLCP,λ=8,65536,0,893206,13.629241943359375
RSLCP,λ=8,65536,0,974626,14.871612548828125
RSLCP,λ=8,65536,0,838697,12.797500610351562
RSLCP,λ=8,65536,0,869606,13.269134521484375
RSLCP,λ=8,65536,0,913223,13.934677124023438
RSLCP,λ=8,65536,0,934408,14.2579345703125
RSLCP,λ=8,65536,0,860232,13.1260986328125
RSLCP,λ=8,65536,0,971803,14.828536987304688
RSLCP,λ=8,65536,0,880070,13.428802490234375
RSLCP,λ=8,65536,0,911280,13.905029296875
RSLCP,λ=8,65536,0,868390,13.250579833984375
RSLCP,λ=8,65536,0,877713,13.392837524414062
RSLCP,λ=8,65536,0,1027982,15.685760498046875
RSLCP,λ=8,65536,0,929638,14.185150146484375
RSLCP,λ=8,65536,0,868842,13.257476806640625
RSLCP,λ=8,65536,0,851142,12.987396240234375
RSLCP,λ=8,65536,0,914903,13.960311889648438
RSLCP,λ=8,65536,0,906530,13.832550048828125
RSLCP,λ=8,65536,0,852108,13.00213623046875
RSLCP,λ=8,65536,0,941230,14.362030029296875
RSLCP,λ=8,65536,0,950661,14.505935668945312
RSLCP,λ=8,65536,0,1052489,16.059707641601562
RSLCP,λ=8,65536,0,949624,14.4901123046875
RSLCP,λ=8,65536,0,834515,12.733688354492188
RSLCP,λ=8,65536,0,1157233,17.657974243164062
RSLCP,λ=8,65536,0,908359,13.860458374023438
RSLCP,λ=8,65536,0,888650,13.559722900390625
RSLCP,λ=8,65536,0,958678,14.628265380859375
RSLCP,λ=8,65536,0,848737,12.950698852539062
RSLCP,λ=8,65536,0,889656,13.5750732421875
RSLCP,λ=8,65536,0,836671,12.766586303710938
RSLCP,λ=8,65536,0,873074,13.322052001953125
RSLCP,λ=8,65536,0,908909,13.868850708007812
RSDSP,λ=8,65536,0,977049,14.908584594726562
RSDSP,λ=8,65536,0,956889,14.600967407226562
RSDSP,λ=8,65536,0,881129,13.444961547851562
RSDSP,λ=8,65536,0,834625,12.735366821289062
RSDSP,λ=8,65536,0,864081,13.184829711914062
RSDSP,λ=8,65536,0,896489,13.679336547851562
RSDSP,λ=8,65536,0,802553,12.245986938476562
RSDSP,λ=8,65536,0,828065,12.635269165039062
RSDSP,λ=8,65536,0,798401,12.182632446289062
RSDSP,λ=8,65536,0,841985,12.847671508789062
RSDSP,λ=8,65536,0,858865,13.105239868164062
RSDSP,λ=8,65536,0,776409,11.847061157226562
RSDSP,λ=8,65536,0,926873,14.142959594726562
RSDSP,λ=8,65536,0,858897,13.105728149414062
RSDSP,λ=8,65536,0,997961,15.227676391601562
RSDSP,λ=8,65536,0,838049,12.787612915039062
RSDSP,λ=8,65536,0,808945,12.343521118164062
RSDSP,λ=8,65536,0,947209,14.453262329101562
RSDSP,λ=8,65536,0,934337,14.256851196289062
RSDSP,λ=8,65536,0,861409,13.144058227539062
RSDSP,λ=8,65536,0,797305,12.165908813476562
RSDSP,λ=8,65536,0,863041,13.168960571289062
RSDSP,λ=8,65536,0,910673,13.895767211914062
RSDSP,λ=8,65536,0,886825,13.531875610351562
RSDSP,λ=8,65536,0,943897,14.402725219726562
RSDSP,λ=8,65536,0,825929,12.602676391601562
RSDSP,λ=8,65536,0,976129,14.894546508789062
RSDSP,λ=8,65536,0,822521,12.550674438476562
RSDSP,λ=8,65536,0,841385,12.838516235351562
RSDSP,λ=8,65536,0,812705,12.400894165039062
RSDSP,λ=8,65536,0,923441,14.090591430664062
RSDSP,λ=8,65536,0,834465,12.732925415039062
RSDSP,λ=8,65536,0,759657,11.591445922851562
RSDSP,λ=8,65536,0,785417,11.984512329101562
RSDSP,λ=8,65536,0,929633,14.185073852539062
RSDSP,λ=8,65536,0,902161,13.765884399414062
RSDSP,λ=8,65536,0,877649,13.391860961914062
RSDSP,λ=8,65536,0,805937,12.297622680664062
RSDSP,λ=8,65536,0,951617,14.520523071289062
RSDSP,λ=8,65536,0,806945,12.313003540039062
RSDSP,λ=8,65536,0,813297,12.409927368164062
RSDSP,λ=8,65536,0,879185,13.415298461914062
RSDSP,λ=8,65536,0,900841,13.745742797851562
RSDSP,λ=8,65536,0,833065,12.711563110351562
RSDSP,λ=8,65536,0,1041337,15.889541625976562
RSDSP,λ=8,65536,0,881049,13.443740844726562
RSDSP,λ=8,65536,0,944761,14.415908813476562
RSDSP,λ=8,65536,0,884681,13.499160766601562
RSDSP,λ=8,65536,0,924185,14.101943969726562
RSDSP,λ=8,65536,0,831033,12.680557250976562
RSDSP,λ=8,65536,0,887281,13.538833618164062
RSDSP,λ=8,65536,0,872017,13.305923461914062
RSDSP,λ=8,65536,0,829481,12.656875610351562
RSDSP,λ=8,65536,0,939857,14.341079711914062
RSDSP,λ=8,65536,0,892305,13.615493774414062
RSDSP,λ=8,65536,0,883529,13.481582641601562
RSDSP,λ=8,65536,0,897305,13.691787719726562
RSDSP,λ=8,65536,0,883153,13.475845336914062
RSDSP,λ=8,65536,0,756113,11.537368774414062
RSDSP,λ=8,65536,0,874001,13.336196899414062
RSDSP,λ=8,65536,0,756513,11.543472290039062
RSDSP,λ=8,65536,0,807969,12.328628540039062
RSDSP,λ=8,65536,0,950321,14.500747680664062
RSDSP,λ=8,65536,0,788193,12.026870727539062
RSDSP,λ=8,65536,0,804625,12.277603149414062
RSDSP,λ=8,65536,0,793561,12.108779907226562
RSDSP,λ=8,65536,0,879409,13.418716430664062
RSDSP,λ=8,65536,0,798297,12.181045532226562
RSDSP,λ=8,65536,0,900993,13.748062133789062
RSDSP,λ=8,65536,0,868089,13.245986938476562
RSDSP,λ=8,65536,0,793753,12.111709594726562
RSDSP,λ=8,65536,0,873057,13.321792602539062
RSDSP,λ=8,65536,0,877545,13.390274047851562
RSDSP,λ=8,65536,0,886361,13.524795532226562
RSDSP,λ=8,65536,0,875449,13.358291625976562
RSDSP,λ=8,65536,0,860001,13.122573852539062
RSDSP,λ=8,65536,0,800385,12.212905883789062
RSDSP,λ=8,65536,0,897601,13.696304321289062
RSDSP,λ=8,65536,0,793737,12.111465454101562
RSDSP,λ=8,65536,0,962049,14.679702758789062
RSDSP,λ=8,65536,0,829729,12.660659790039062
RSDSP,λ=8,65536,0,767441,11.710220336914062
RSDSP,λ=8,65536,0,818601,12.490859985351562
RSDSP,λ=8,65536,0,764857,11.670791625976562
RSDSP,λ=8,65536,0,1085257,16.559707641601562
RSDSP,λ=8,65536,0,775257,11.829483032226562
RSDSP,λ=8,65536,0,913409,13.937515258789062
RSDSP,λ=8,65536,0,846841,12.921768188476562
RSDSP,λ=8,65536,0,877297,13.386489868164062
RSDSP,λ=8,65536,0,820433,12.518814086914062
RSDSP,λ=8,65536,0,881969,13.457778930664062
RSDSP,λ=8,65536,0,877097,13.383438110351562
RSDSP,λ=8,65536,0,769369,11.739639282226562
RSDSP,λ=8,65536,0,822097,12.544204711914062
RSDSP,λ=8,65536,0,817865,12.479629516601562
RSDSP,λ=8,65536,0,836969,12.771133422851562
RSDSP,λ=8,65536,0,819409,12.503189086914062
RSDSP,λ=8,65536,0,852865,13.013687133789062
RSDSP,λ=8,65536,0,838393,12.792861938476562
RSDSP,λ=8,65536,0,851001,12.985244750976562
RRDSP,λ=8,65536,0,684489,10.444473266601562
RRDSP,λ=8,65536,0,660897,10.084487915039062
RRDSP,λ=8,65536,0,696793,10.632217407226562
RRDSP,λ=8,65536,0,613969,9.368423461914062
RRDSP,λ=8,65536,0,689961,10.527969360351562
RRDSP,λ=8,65536,0,602057,9.186660766601562
RRDSP,λ=8,65536,0,750145,11.446304321289062
RRDSP,λ=8,65536,0,636969,9.719375610351562
RRDSP,λ=8,65536,0,715161,10.912490844726562
RRDSP,λ=8,65536,0,627161,9.569717407226562
RRDSP,λ=8,65536,0,643353,9.816787719726562
RRDSP,λ=8,65536,0,666433,10.168960571289062
RRDSP,λ=8,65536,0,684737,10.448257446289062
RRDSP,λ=8,65536,0,660649,10.080703735351562
RRDSP,λ=8,65536,0,663561,10.125137329101562
RRDSP,λ=8,65536,0,701649,10.706314086914062
RRDSP,λ=8,65536,0,717665,10.950698852539062
RRDSP,λ=8,65536,0,827745,12.630386352539062
RRDSP,λ=8,65536,0,669833,10.220840454101562
RRDSP,λ=8,65536,0,608633,9.287002563476562
RRDSP,λ=8,65536,0,700273,10.685317993164062
RRDSP,λ=8,65536,0,648081,9.888931274414062
RRDSP,λ=8,65536,0,622177,9.493667602539062
RRDSP,λ=8,65536,0,637273,9.724014282226562
RRDSP,λ=8,65536,0,757713,11.561782836914062
RRDSP,λ=8,65536,0,664905,10.145645141601562
RRDSP,λ=8,65536,0,648521,9.895645141601562
RRDSP,λ=8,65536,0,650913,9.932144165039062
RRDSP,λ=8,65536,0,796601,12.155166625976562
RRDSP,λ=8,65536,0,646329,9.862197875976562
RRDSP,λ=8,65536,0,624585,9.530410766601562
RRDSP,λ=8,65536,0,662545,10.109634399414062
RRDSP,λ=8,65536,0,669417,10.214492797851562
RRDSP,λ=8,65536,0,627857,9.580337524414062
RRDSP,λ=8,65536,0,701145,10.698623657226562
RRDSP,λ=8,65536,0,715769,10.921768188476562
RRDSP,λ=8,65536,0,618265,9.433975219726562
RRDSP,λ=8,65536,0,587393,8.962905883789062
RRDSP,λ=8,65536,0,687457,10.489761352539062
RRDSP,λ=8,65536,0,661281,10.090347290039062
RRDSP,λ=8,65536,0,704745,10.753555297851562
RRDSP,λ=8,65536,0,640921,9.779678344726562
RRDSP,λ=8,65536,0,715233,10.913589477539062
RRDSP,λ=8,65536,0,659841,10.068374633789062
RRDSP,λ=8,65536,0,662513,10.109146118164062
RRDSP,λ=8,65536,0,692305,10.563735961914062
RRDSP,λ=8,65536,0,677657,10.340225219726562
RRDSP,λ=8,65536,0,626041,9.552627563476562
RRDSP,λ=8,65536,0,644969,9.841445922851562
RRDSP,λ=8,65536,0,693001,10.574356079101562
RRDSP,λ=8,65536,0,668857,10.205947875976562
RRDSP,λ=8,65536,0,657353,10.030410766601562
RRDSP,λ=8,65536,0,630081,9.614273071289062
RRDSP,λ=8,65536,0,636393,9.710586547851562
RRDSP,λ=8,65536,0,668281,10.197158813476562
RRDSP,λ=8,65536,0,654017,9.979507446289062
RRDSP,λ=8,65536,0,676865,10.328140258789062
RRDSP,λ=8,65536,0,659137,10.057632446289062
RRDSP,λ=8,65536,0,745177,11.370498657226562
RRDSP,λ=8,65536,0,647425,9.878921508789062
RRDSP,λ=8,65536,0,646225,9.860610961914062
RRDSP,λ=8,65536,0,674345,10.289688110351562
RRDSP,λ=8,65536,0,671089,10.240005493164062
RRDSP,λ=8,65536,0,696473,10.627334594726562
RRDSP,λ=8,65536,0,654505,9.986953735351562
RRDSP,λ=8,65536,0,652025,9.949111938476562
RRDSP,λ=8,65536,0,719521,10.979019165039062
RRDSP,λ=8,65536,0,637257,9.723770141601562
RRDSP,λ=8,65536,0,673049,10.269912719726562
RRDSP,λ=8,65536,0,661089,10.087417602539062
RRDSP,λ=8,65536,0,645577,9.850723266601562
RRDSP,λ=8,65536,0,678521,10.353408813476562
RRDSP,λ=8,65536,0,691337,10.548965454101562
RRDSP,λ=8,65536,0,634385,9.679946899414062
RRDSP,λ=8,65536,0,718913,10.969741821289062
RRDSP,λ=8,65536,0,660793,10.082901000976562
RRDSP,λ=8,65536,0,725609,11.071914672851562
RRDSP,λ=8,65536,0,652945,9.963150024414062
RRDSP,λ=8,65536,0,719041,10.971694946289062
RRDSP,λ=8,65536,0,643377,9.817153930664062
RRDSP,λ=8,65536,0,692673,10.569351196289062
RRDSP,λ=8,65536,0,640617,9.775039672851562
RRDSP,λ=8,65536,0,611961,9.337783813476562
RRDSP,λ=8,65536,0,623505,9.513931274414062
RRDSP,λ=8,65536,0,633209,9.662002563476562
RRDSP,λ=8,65536,0,671705,10.249404907226562
RRDSP,λ=8,65536,0,703041,10.727554321289062
RRDSP,λ=8,65536,0,679265,10.364761352539062
RRDSP,λ=8,65536,0,623921,9.520278930664062
RRDSP,λ=8,65536,0,667537,10.185806274414062
RRDSP,λ=8,65536,0,703761,10.738540649414062
RRDSP,λ=8,65536,0,624417,9.527847290039062
RRDSP,λ=8,65536,0,745105,11.369400024414062
RRDSP,λ=8,65536,0,724025,11.047744750976562
RRDSP,λ=8,65536,0,665641,10.156875610351562
RRDSP,λ=8,65536,0,628241,9.586196899414062
RRDSP,λ=8,65536,0,628249,9.586318969726562
RRDSP,λ=8,65536,0,743737,11.348526000976562
RRDSP,λ=8,65536,0,778585,11.880264282226562
RRDSP,λ=8,65536,0,621921,9.489761352539062
RHDSP,λ=8,65536,0,581617,8.874771118164062
RHDSP,λ=8,65536,0,575241,8.777481079101562
RHDSP,λ=8,65536,0,603681,9.211441040039062
RHDSP,λ=8,65536,0,643777,9.823257446289062
RHDSP,λ=8,65536,0,594809,9.076065063476562
RHDSP,λ=8,65536,0,610785,9.319839477539062
RHDSP,λ=8,65536,0,619497,9.452774047851562
RHDSP,λ=8,65536,0,609881,9.306045532226562
RHDSP,λ=8,65536,0,679473,10.367935180664062
RHDSP,λ=8,65536,0,577209,8.807510375976562
RHDSP,λ=8,65536,0,586809,8.953994750976562
RHDSP,λ=8,65536,0,623889,9.519790649414062
RHDSP,λ=8,65536,0,698577,10.659439086914062
RHDSP,λ=8,65536,0,613289,9.358047485351562
RHDSP,λ=8,65536,0,617593,9.423721313476562
RHDSP,λ=8,65536,0,623929,9.520401000976562
RHDSP,λ=8,65536,0,679921,10.374771118164062
RHDSP,λ=8,65536,0,608745,9.288711547851562
RHDSP,λ=8,65536,0,584945,8.925552368164062
RHDSP,λ=8,65536,0,630009,9.613174438476562
RHDSP,λ=8,65536,0,687817,10.495254516601562
RHDSP,λ=8,65536,0,664041,10.132461547851562
RHDSP,λ=8,65536,0,663457,10.123550415039062
RHDSP,λ=8,65536,0,664369,10.137466430664062
RHDSP,λ=8,65536,0,617209,9.417861938476562
RHDSP,λ=8,65536,0,608889,9.290908813476562
RHDSP,λ=8,65536,0,630209,9.616226196289062
RHDSP,λ=8,65536,0,608065,9.278335571289062
RHDSP,λ=8,65536,0,674665,10.294570922851562
RHDSP,λ=8,65536,0,589881,9.000869750976562
RHDSP,λ=8,65536,0,604625,9.225845336914062
RHDSP,λ=8,65536,0,580601,8.859268188476562
RHDSP,λ=8,65536,0,667593,10.186660766601562
RHDSP,λ=8,65536,0,663113,10.118301391601562
RHDSP,λ=8,65536,0,590737,9.013931274414062
RHDSP,λ=8,65536,0,636593,9.713638305664062
RHDSP,λ=8,65536,0,636305,9.709243774414062
RHDSP,λ=8,65536,0,716729,10.936416625976562
RHDSP,λ=8,65536,0,630977,9.627944946289062
RHDSP,λ=8,65536,0,665473,10.154312133789062
RHDSP,λ=8,65536,0,581657,8.875381469726562
RHDSP,λ=8,65536,0,609601,9.301773071289062
RHDSP,λ=8,65536,0,575313,8.778579711914062
RHDSP,λ=8,65536,0,627905,9.581069946289062
RHDSP,λ=8,65536,0,593585,9.057388305664062
RHDSP,λ=8,65536,0,568729,8.678115844726562
RHDSP,λ=8,65536,0,604121,9.218154907226562
RHDSP,λ=8,65536,0,663521,10.124526977539062
RHDSP,λ=8,65536,0,594169,9.066299438476562
RHDSP,λ=8,65536,0,612729,9.349502563476562
RHDSP,λ=8,65536,0,576737,8.800308227539062
RHDSP,λ=8,65536,0,565961,8.635879516601562
RHDSP,λ=8,65536,0,606481,9.254165649414062
RHDSP,λ=8,65536,0,706481,10.780044555664062
RHDSP,λ=8,65536,0,653265,9.968032836914062
RHDSP,λ=8,65536,0,592553,9.041641235351562
RHDSP,λ=8,65536,0,634865,9.687271118164062
RHDSP,λ=8,65536,0,599305,9.144668579101562
RHDSP,λ=8,65536,0,634025,9.674453735351562
RHDSP,λ=8,65536,0,649321,9.907852172851562
RHDSP,λ=8,65536,0,598113,9.126480102539062
RHDSP,λ=8,65536,0,656601,10.018936157226562
RHDSP,λ=8,65536,0,639697,9.761001586914062
RHDSP,λ=8,65536,0,642745,9.807510375976562
RHDSP,λ=8,65536,0,639393,9.756362915039062
RHDSP,λ=8,65536,0,634097,9.675552368164062
RHDSP,λ=8,65536,0,621249,9.479507446289062
RHDSP,λ=8,65536,0,664993,10.146987915039062
RHDSP,λ=8,65536,0,630777,9.624893188476562
RHDSP,λ=8,65536,0,744545,11.360855102539062
RHDSP,λ=8,65536,0,562937,8.589736938476562
RHDSP,λ=8,65536,0,621561,9.484268188476562
RHDSP,λ=8,65536,0,599177,9.142715454101562
RHDSP,λ=8,65536,0,638921,9.749160766601562
RHDSP,λ=8,65536,0,732017,11.169692993164062
RHDSP,λ=8,65536,0,570377,8.703262329101562
RHDSP,λ=8,65536,0,575017,8.774063110351562
RHDSP,λ=8,65536,0,629353,9.603164672851562
RHDSP,λ=8,65536,0,737257,11.249649047851562
RHDSP,λ=8,65536,0,548249,8.365615844726562
RHDSP,λ=8,65536,0,592385,9.039077758789062
RHDSP,λ=8,65536,0,603665,9.211196899414062
RHDSP,λ=8,65536,0,619257,9.449111938476562
RHDSP,λ=8,65536,0,598177,9.127456665039062
RHDSP,λ=8,65536,0,567689,8.662246704101562
RHDSP,λ=8,65536,0,604409,9.222549438476562
RHDSP,λ=8,65536,0,661177,10.088760375976562
RHDSP,λ=8,65536,0,711681,10.859390258789062
RHDSP,λ=8,65536,0,576785,8.801040649414062
RHDSP,λ=8,65536,0,617337,9.419815063476562
RHDSP,λ=8,65536,0,593473,9.055679321289062
RHDSP,λ=8,65536,0,568257,8.670913696289062
RHDSP,λ=8,65536,0,638073,9.736221313476562
RHDSP,λ=8,65536,0,631369,9.633926391601562
RHDSP,λ=8,65536,0,628249,9.586318969726562
RHDSP,λ=8,65536,0,577481,8.811660766601562
RHDSP,λ=8,65536,0,690489,10.536026000976562
RHDSP,λ=8,65536,0,655921,10.008560180664062
RHDSP,λ=8,65536,0,575849,8.786758422851562
RHDSP,λ=8,65536,0,609913,9.306533813476562
RHLSP,λ=8,65536,0,748025,11.413955688476562
RHLSP,λ=8,65536,0,604977,9.231216430664062
RHLSP,λ=8,65536,0,752345,11.479873657226562
RHLSP,λ=8,65536,0,615841,9.396987915039062
RHLSP,λ=8,65536,0,709009,10.818618774414062
RHLSP,λ=8,65536,0,589225,8.990859985351562
RHLSP,λ=8,65536,0,665017,10.147354125976562
RHLSP,λ=8,65536,0,686105,10.469131469726562
RHLSP,λ=8,65536,0,707145,10.790176391601562
RHLSP,λ=8,65536,0,626585,9.560928344726562
RHLSP,λ=8,65536,0,597353,9.114883422851562
RHLSP,λ=8,65536,0,598369,9.130386352539062
RHLSP,λ=8,65536,0,657897,10.038711547851562
RHLSP,λ=8,65536,0,756241,11.539321899414062
RHLSP,λ=8,65536,0,702441,10.718399047851562
RHLSP,λ=8,65536,0,675025,10.300064086914062
RHLSP,λ=8,65536,0,595513,9.086807250976562
RHLSP,λ=8,65536,0,588961,8.986831665039062
RHLSP,λ=8,65536,0,753457,11.496841430664062
RHLSP,λ=8,65536,0,564145,8.608169555664062
RHLSP,λ=8,65536,0,670025,10.223770141601562
RHLSP,λ=8,65536,0,611241,9.326797485351562
RHLSP,λ=8,65536,0,611017,9.323379516601562
RHLSP,λ=8,65536,0,604441,9.223037719726562
RHLSP,λ=8,65536,0,651857,9.946548461914062
RHLSP,λ=8,65536,0,608577,9.286148071289062
RHLSP,λ=8,65536,0,682225,10.409927368164062
RHLSP,λ=8,65536,0,565273,8.625381469726562
RHLSP,λ=8,65536,0,603561,9.209609985351562
RHLSP,λ=8,65536,0,677953,10.344741821289062
RHLSP,λ=8,65536,0,614449,9.375747680664062
RHLSP,λ=8,65536,0,591081,9.019180297851562
RHLSP,λ=8,65536,0,627705,9.578018188476562
RHLSP,λ=8,65536,0,562177,8.578140258789062
RHLSP,λ=8,65536,0,688881,10.511489868164062
RHLSP,λ=8,65536,0,601385,9.176406860351562
RHLSP,λ=8,65536,0,620177,9.463150024414062
RHLSP,λ=8,65536,0,707009,10.788101196289062
RHLSP,λ=8,65536,0,590705,9.013442993164062
RHLSP,λ=8,65536,0,647889,9.886001586914062
RHLSP,λ=8,65536,0,669049,10.208877563476562
RHLSP,λ=8,65536,0,610497,9.315444946289062
RHLSP,λ=8,65536,0,597313,9.114273071289062
RHLSP,λ=8,65536,0,667697,10.188247680664062
RHLSP,λ=8,65536,0,617217,9.417984008789062
RHLSP,λ=8,65536,0,706017,10.772964477539062
RHLSP,λ=8,65536,0,623313,9.511001586914062
RHLSP,λ=8,65536,0,606969,9.261611938476562
RHLSP,λ=8,65536,0,587521,8.964859008789062
RHLSP,λ=8,65536,0,639353,9.755752563476562
RHLSP,λ=8,65536,0,775577,11.834365844726562
RHLSP,λ=8,65536,0,633681,9.669204711914062
RHLSP,λ=8,65536,0,689201,10.516372680664062
RHLSP,λ=8,65536,0,611561,9.331680297851562
RHLSP,λ=8,65536,0,638537,9.743301391601562
RHLSP,λ=8,65536,0,579761,8.846450805664062
RHLSP,λ=8,65536,0,652753,9.960220336914062
RHLSP,λ=8,65536,0,682393,10.412490844726562
RHLSP,λ=8,65536,0,677873,10.343521118164062
RHLSP,λ=8,65536,0,680025,10.376358032226562
RHLSP,λ=8,65536,0,679833,10.373428344726562
RHLSP,λ=8,65536,0,628945,9.596939086914062
RHLSP,λ=8,65536,0,620097,9.461929321289062
RHLSP,λ=8,65536,0,673817,10.281631469726562
RHLSP,λ=8,65536,0,595425,9.085464477539062
RHLSP,λ=8,65536,0,721457,11.008560180664062
RHLSP,λ=8,65536,0,652881,9.962173461914062
RHLSP,λ=8,65536,0,706369,10.778335571289062
RHLSP,λ=8,65536,0,580209,8.853286743164062
RHLSP,λ=8,65536,0,634801,9.686294555664062
RHLSP,λ=8,65536,0,747441,11.405044555664062
RHLSP,λ=8,65536,0,682905,10.420303344726562
RHLSP,λ=8,65536,0,652257,9.952651977539062
RHLSP,λ=8,65536,0,578345,8.824844360351562
RHLSP,λ=8,65536,0,613025,9.354019165039062
RHLSP,λ=8,65536,0,636977,9.719497680664062
RHLSP,λ=8,65536,0,653257,9.967910766601562
RHLSP,λ=8,65536,0,626673,9.562271118164062
RHLSP,λ=8,65536,0,694273,10.593765258789062
RHLSP,λ=8,65536,0,631489,9.635757446289062
RHLSP,λ=8,65536,0,597529,9.117568969726562
RHLSP,λ=8,65536,0,601097,9.172012329101562
RHLSP,λ=8,65536,0,644321,9.831558227539062
RHLSP,λ=8,65536,0,724297,11.051895141601562
RHLSP,λ=8,65536,0,624329,9.526504516601562
RHLSP,λ=8,65536,0,627913,9.581192016601562
RHLSP,λ=8,65536,0,590769,9.014419555664062
RHLSP,λ=8,65536,0,597033,9.110000610351562
RHLSP,λ=8,65536,0,643153,9.813735961914062
RHLSP,λ=8,65536,0,587177,8.959609985351562
RHLSP,λ=8,65536,0,628961,9.597183227539062
RHLSP,λ=8,65536,0,610521,9.315811157226562
RHLSP,λ=8,65536,0,648745,9.899063110351562
RHLSP,λ=8,65536,0,598985,9.139785766601562
RHLSP,λ=8,65536,0,672033,10.254409790039062
RHLSP,λ=8,65536,0,633017,9.659072875976562
RHLSP,λ=8,65536,0,592129,9.035171508789062
RHLSP,λ=8,65536,0,606673,9.257095336914062
RHLSP,λ=8,65536,0,642577,9.804946899414062
RRLSP,λ=8,65536,0,625329,9.541763305664062
RRLSP,λ=8,65536,0,765665,11.683120727539062
RRLSP,λ=8,65536,0,680313,10.380752563476562
RRLSP,λ=8,65536,0,669385,10.214004516601562
RRLSP,λ=8,65536,0,668505,10.200576782226562
RRLSP,λ=8,65536,0,660705,10.081558227539062
RRLSP,λ=8,65536,0,672705,10.264663696289062
RRLSP,λ=8,65536,0,716801,10.937515258789062
RRLSP,λ=8,65536,0,684297,10.441543579101562
RRLSP,λ=8,65536,0,645257,9.845840454101562
RRLSP,λ=8,65536,0,690873,10.541885375976562
RRLSP,λ=8,65536,0,644073,9.827774047851562
RRLSP,λ=8,65536,0,787425,12.015151977539062
RRLSP,λ=8,65536,0,607209,9.265274047851562
RRLSP,λ=8,65536,0,753369,11.495498657226562
RRLSP,λ=8,65536,0,696841,10.632949829101562
RRLSP,λ=8,65536,0,668761,10.204483032226562
RRLSP,λ=8,65536,0,699353,10.671279907226562
RRLSP,λ=8,65536,0,853657,13.025772094726562
RRLSP,λ=8,65536,0,657873,10.038345336914062
RRLSP,λ=8,65536,0,678689,10.355972290039062
RRLSP,λ=8,65536,0,732105,11.171035766601562
RRLSP,λ=8,65536,0,633185,9.661636352539062
RRLSP,λ=8,65536,0,599473,9.147232055664062
RRLSP,λ=8,65536,0,615729,9.395278930664062
RRLSP,λ=8,65536,0,626529,9.560073852539062
RRLSP,λ=8,65536,0,695777,10.616714477539062
RRLSP,λ=8,65536,0,602809,9.198135375976562
RRLSP,λ=8,65536,0,713441,10.886245727539062
RRLSP,λ=8,65536,0,681705,10.401992797851562
RRLSP,λ=8,65536,0,674601,10.293594360351562
RRLSP,λ=8,65536,0,629881,9.611221313476562
RRLSP,λ=8,65536,0,646529,9.865249633789062
RRLSP,λ=8,65536,0,687153,10.485122680664062
RRLSP,λ=8,65536,0,604897,9.229995727539062
RRLSP,λ=8,65536,0,732873,11.182754516601562
RRLSP,λ=8,65536,0,700057,10.682022094726562
RRLSP,λ=8,65536,0,653649,9.973892211914062
RRLSP,λ=8,65536,0,686833,10.480239868164062
RRLSP,λ=8,65536,0,640001,9.765640258789062
RRLSP,λ=8,65536,0,747009,11.398452758789062
RRLSP,λ=8,65536,0,725273,11.066787719726562
RRLSP,λ=8,65536,0,698537,10.658828735351562
RRLSP,λ=8,65536,0,596441,9.100967407226562
RRLSP,λ=8,65536,0,677313,10.334976196289062
RRLSP,λ=8,65536,0,616297,9.403945922851562
RRLSP,λ=8,65536,0,720065,10.987319946289062
RRLSP,λ=8,65536,0,691985,10.558853149414062
RRLSP,λ=8,65536,0,640713,9.776504516601562
RRLSP,λ=8,65536,0,682897,10.420181274414062
RRLSP,λ=8,65536,0,669761,10.219741821289062
RRLSP,λ=8,65536,0,677425,10.336685180664062
RRLSP,λ=8,65536,0,757297,11.555435180664062
RRLSP,λ=8,65536,0,714377,10.900527954101562
RRLSP,λ=8,65536,0,690729,10.539688110351562
RRLSP,λ=8,65536,0,635297,9.693862915039062
RRLSP,λ=8,65536,0,657777,10.036880493164062
RRLSP,λ=8,65536,0,670313,10.228164672851562
RRLSP,λ=8,65536,0,682377,10.412246704101562
RRLSP,λ=8,65536,0,675905,10.313491821289062
RRLSP,λ=8,65536,0,682865,10.419692993164062
RRLSP,λ=8,65536,0,642545,9.804458618164062
RRLSP,λ=8,65536,0,612457,9.345352172851562
RRLSP,λ=8,65536,0,631273,9.632461547851562
RRLSP,λ=8,65536,0,687857,10.495864868164062
RRLSP,λ=8,65536,0,739793,11.288345336914062
RRLSP,λ=8,65536,0,667009,10.177749633789062
RRLSP,λ=8,65536,0,638217,9.738418579101562
RRLSP,λ=8,65536,0,737465,11.252822875976562
RRLSP,λ=8,65536,0,717977,10.955459594726562
RRLSP,λ=8,65536,0,691169,10.546401977539062
RRLSP,λ=8,65536,0,788441,12.030654907226562
RRLSP,λ=8,65536,0,703441,10.733657836914062
RRLSP,λ=8,65536,0,815897,12.449600219726562
RRLSP,λ=8,65536,0,619209,9.448379516601562
RRLSP,λ=8,65536,0,748865,11.426773071289062
RRLSP,λ=8,65536,0,666041,10.162979125976562
RRLSP,λ=8,65536,0,669721,10.219131469726562
RRLSP,λ=8,65536,0,688233,10.501602172851562
RRLSP,λ=8,65536,0,633697,9.669448852539062
RRLSP,λ=8,65536,0,691729,10.554946899414062
RRLSP,λ=8,65536,0,751417,11.465713500976562
RRLSP,λ=8,65536,0,643809,9.823745727539062
RRLSP,λ=8,65536,0,666817,10.174819946289062
RRLSP,λ=8,65536,0,744953,11.367080688476562
RRLSP,λ=8,65536,0,890609,13.589614868164062
RRLSP,λ=8,65536,0,658273,10.044448852539062
RRLSP,λ=8,65536,0,670993,10.238540649414062
RRLSP,λ=8,65536,0,631657,9.638320922851562
RRLSP,λ=8,65536,0,682761,10.418106079101562
RRLSP,λ=8,65536,0,633577,9.667617797851562
RRLSP,λ=8,65536,0,623849,9.519180297851562
RRLSP,λ=8,65536,0,731537,11.162368774414062
RRLSP,λ=8,65536,0,888577,13.558609008789062
RRLSP,λ=8,65536,0,739377,11.281997680664062
RRLSP,λ=8,65536,0,668137,10.194961547851562
RRLSP,λ=8,65536,0,659969,10.070327758789062
RRLSP,λ=8,65536,0,657025,10.025405883789062
RRLSP,λ=8,65536,0,616569,9.408096313476562
RRLSP,λ=8,65536,0,637297,9.724380493164062
RSLSP,λ=8,65536,0,880201,13.430801391601562
RSLSP,λ=8,65536,0,871193,13.293350219726562
RSLSP,λ=8,65536,0,959241,14.636856079101562
RSLSP,λ=8,65536,0,871177,13.293106079101562
RSLSP,λ=8,65536,0,835593,12.750137329101562
RSLSP,λ=8,65536,0,874497,13.343765258789062
RSLSP,λ=8,65536,0,856569,13.070205688476562
RSLSP,λ=8,65536,0,893097,13.627578735351562
RSLSP,λ=8,65536,0,789705,12.049942016601562
RSLSP,λ=8,65536,0,915481,13.969131469726562
RSLSP,λ=8,65536,0,1007489,15.373062133789062
RSLSP,λ=8,65536,0,896169,13.674453735351562
RSLSP,λ=8,65536,0,873889,13.334487915039062
RSLSP,λ=8,65536,0,799713,12.202651977539062
RSLSP,λ=8,65536,0,824953,12.587783813476562
RSLSP,λ=8,65536,0,915081,13.963027954101562
RSLSP,λ=8,65536,0,888497,13.557388305664062
RSLSP,λ=8,65536,0,877889,13.395523071289062
RSLSP,λ=8,65536,0,910705,13.896255493164062
RSLSP,λ=8,65536,0,864713,13.194473266601562
RSLSP,λ=8,65536,0,780033,11.902359008789062
RSLSP,λ=8,65536,0,891377,13.601333618164062
RSLSP,λ=8,65536,0,861161,13.140274047851562
RSLSP,λ=8,65536,0,787753,12.020156860351562
RSLSP,λ=8,65536,0,1053281,16.071792602539062
RSLSP,λ=8,65536,0,826761,12.615371704101562
RSLSP,λ=8,65536,0,814433,12.427261352539062
RSLSP,λ=8,65536,0,874689,13.346694946289062
RSLSP,λ=8,65536,0,933473,14.243667602539062
RSLSP,λ=8,65536,0,802721,12.248550415039062
RSLSP,λ=8,65536,0,812257,12.394058227539062
RSLSP,λ=8,65536,0,985153,15.032241821289062
RSLSP,λ=8,65536,0,867593,13.238418579101562
RSLSP,λ=8,65536,0,933321,14.241348266601562
RSLSP,λ=8,65536,0,871105,13.292007446289062
RSLSP,λ=8,65536,0,1001825,15.286636352539062
RSLSP,λ=8,65536,0,843705,12.873916625976562
RSLSP,λ=8,65536,0,902481,13.770767211914062
RSLSP,λ=8,65536,0,952657,14.536392211914062
RSLSP,λ=8,65536,0,897793,13.699234008789062
RSLSP,λ=8,65536,0,918241,14.011245727539062
RSLSP,λ=8,65536,0,870545,13.283462524414062
RSLSP,λ=8,65536,0,879633,13.422134399414062
RSLSP,λ=8,65536,0,819553,12.505386352539062
RSLSP,λ=8,65536,0,848745,12.950820922851562
RSLSP,λ=8,65536,0,812177,12.392837524414062
RSLSP,λ=8,65536,0,842777,12.859756469726562
RSLSP,λ=8,65536,0,1060361,16.179824829101562
RSLSP,λ=8,65536,0,883897,13.487197875976562
RSLSP,λ=8,65536,0,922793,14.080703735351562
RSLSP,λ=8,65536,0,863881,13.181777954101562
RSLSP,λ=8,65536,0,889569,13.573745727539062
RSLSP,λ=8,65536,0,898153,13.704727172851562
RSLSP,λ=8,65536,0,836281,12.760635375976562
RSLSP,λ=8,65536,0,976985,14.907608032226562
RSLSP,λ=8,65536,0,908361,13.860488891601562
RSLSP,λ=8,65536,0,814585,12.429580688476562
RSLSP,λ=8,65536,0,856465,13.068618774414062
RSLSP,λ=8,65536,0,820897,12.525894165039062
RSLSP,λ=8,65536,0,921697,14.063980102539062
RSLSP,λ=8,65536,0,974505,14.869766235351562
RSLSP,λ=8,65536,0,1071737,16.353408813476562
RSLSP,λ=8,65536,0,1091529,16.655410766601562
RSLSP,λ=8,65536,0,846721,12.919937133789062
RSLSP,λ=8,65536,0,857873,13.090103149414062
RSLSP,λ=8,65536,0,859417,13.113662719726562
RSLSP,λ=8,65536,0,966249,14.743789672851562
RSLSP,λ=8,65536,0,838145,12.789077758789062
RSLSP,λ=8,65536,0,877545,13.390274047851562
RSLSP,λ=8,65536,0,875345,13.356704711914062
RSLSP,λ=8,65536,0,867473,13.236587524414062
RSLSP,λ=8,65536,0,996329,15.202774047851562
RSLSP,λ=8,65536,0,1057105,16.130142211914062
RSLSP,λ=8,65536,0,884481,13.496109008789062
RSLSP,λ=8,65536,0,764833,11.670425415039062
RSLSP,λ=8,65536,0,935057,14.267837524414062
RSLSP,λ=8,65536,0,993321,15.156875610351562
RSLSP,λ=8,65536,0,959233,14.636734008789062
RSLSP,λ=8,65536,0,823441,12.564712524414062
RSLSP,λ=8,65536,0,818705,12.492446899414062
RSLSP,λ=8,65536,0,884377,13.494522094726562
RSLSP,λ=8,65536,0,924017,14.099380493164062
RSLSP,λ=8,65536,0,896377,13.677627563476562
RSLSP,λ=8,65536,0,878825,13.409805297851562
RSLSP,λ=8,65536,0,868521,13.252578735351562
RSLSP,λ=8,65536,0,900113,13.734634399414062
RSLSP,λ=8,65536,0,975697,14.887954711914062
RSLSP,λ=8,65536,0,954585,14.565811157226562
RSLSP,λ=8,65536,0,827425,12.625503540039062
RSLSP,λ=8,65536,0,794737,12.126724243164062
RSLSP,λ=8,65536,0,1039489,15.861343383789062
RSLSP,λ=8,65536,0,1049089,16.007827758789062
RSLSP,λ=8,65536,0,996417,15.204116821289062
RSLSP,λ=8,65536,0,802865,12.250747680664062
RSLSP,λ=8,65536,0,835577,12.749893188476562
RSLSP,λ=8,65536,0,919353,14.028213500976562
RSLSP,λ=8,65536,0,869009,13.260025024414062
RSLSP,λ=8,65536,0,844705,12.889175415039062
RSLSP,λ=8,65536,0,1016841,15.515762329101562
RSLSP,λ=8,65536,0,799897,12.205459594726562
RSDMP,λ=8,65536,0,971801,14.828506469726562
RSDMP,λ=8,65536,0,855705,13.057022094726562
RSDMP,λ=8,65536,0,1048137,15.993301391601562
RSDMP,λ=8,65536,0,903161,13.781143188476562
RSDMP,λ=8,65536,0,859705,13.118057250976562
RSDMP,λ=8,65536,0,953625,14.551162719726562
RSDMP,λ=8,65536,0,830993,12.679946899414062
RSDMP,λ=8,65536,0,858361,13.097549438476562
RSDMP,λ=8,65536,0,915681,13.972183227539062
RSDMP,λ=8,65536,0,1063849,16.233047485351562
RSDMP,λ=8,65536,0,1016361,15.508438110351562
RSDMP,λ=8,65536,0,871769,13.302139282226562
RSDMP,λ=8,65536,0,830945,12.679214477539062
RSDMP,λ=8,65536,0,972481,14.838882446289062
RSDMP,λ=8,65536,0,846697,12.919570922851562
RSDMP,λ=8,65536,0,831945,12.694473266601562
RSDMP,λ=8,65536,0,892193,13.613784790039062
RSDMP,λ=8,65536,0,897841,13.699966430664062
RSDMP,λ=8,65536,0,788017,12.024185180664062
RSDMP,λ=8,65536,0,891513,13.603408813476562
RSDMP,λ=8,65536,0,916433,13.983657836914062
RSDMP,λ=8,65536,0,879273,13.416641235351562
RSDMP,λ=8,65536,0,881553,13.451431274414062
RSDMP,λ=8,65536,0,908897,13.868667602539062
RSDMP,λ=8,65536,0,819657,12.506973266601562
RSDMP,λ=8,65536,0,781193,11.920059204101562
RSDMP,λ=8,65536,0,872537,13.313858032226562
RSDMP,λ=8,65536,0,832649,12.705215454101562
RSDMP,λ=8,65536,0,865521,13.206802368164062
RSDMP,λ=8,65536,0,860425,13.129043579101562
RSDMP,λ=8,65536,0,784953,11.977432250976562
RSDMP,λ=8,65536,0,811265,12.378921508789062
RSDMP,λ=8,65536,0,834865,12.739028930664062
RSDMP,λ=8,65536,0,924249,14.102920532226562
RSDMP,λ=8,65536,0,927729,14.156021118164062
RSDMP,λ=8,65536,0,904929,13.808120727539062
RSDMP,λ=8,65536,0,801977,12.237197875976562
RSDMP,λ=8,65536,0,886825,13.531875610351562
RSDMP,λ=8,65536,0,885961,13.518692016601562
RSDMP,λ=8,65536,0,888825,13.562393188476562
RSDMP,λ=8,65536,0,918537,14.015762329101562
RSDMP,λ=8,65536,0,930913,14.204605102539062
RSDMP,λ=8,65536,0,915537,13.969985961914062
RSDMP,λ=8,65536,0,834081,12.727066040039062
RSDMP,λ=8,65536,0,984177,15.017349243164062
RSDMP,λ=8,65536,0,819793,12.509048461914062
RSDMP,λ=8,65536,0,934761,14.263320922851562
RSDMP,λ=8,65536,0,834465,12.732925415039062
RSDMP,λ=8,65536,0,851889,12.998794555664062
RSDMP,λ=8,65536,0,925889,14.127944946289062
RSDMP,λ=8,65536,0,904953,13.808486938476562
RSDMP,λ=8,65536,0,1143705,17.451553344726562
RSDMP,λ=8,65536,0,950857,14.508926391601562
RSDMP,λ=8,65536,0,888897,13.563491821289062
RSDMP,λ=8,65536,0,949793,14.492691040039062
RSDMP,λ=8,65536,0,809865,12.357559204101562
RSDMP,λ=8,65536,0,1055553,16.106460571289062
RSDMP,λ=8,65536,0,800241,12.210708618164062
RSDMP,λ=8,65536,0,914729,13.957656860351562
RSDMP,λ=8,65536,0,798065,12.177505493164062
RSDMP,λ=8,65536,0,932137,14.223281860351562
RSDMP,λ=8,65536,0,822209,12.545913696289062
RSDMP,λ=8,65536,0,863129,13.170303344726562
RSDMP,λ=8,65536,0,830561,12.673355102539062
RSDMP,λ=8,65536,0,959225,14.636611938476562
RSDMP,λ=8,65536,0,1093481,16.685195922851562
RSDMP,λ=8,65536,0,860409,13.128799438476562
RSDMP,λ=8,65536,0,812097,12.391616821289062
RSDMP,λ=8,65536,0,843353,12.868545532226562
RSDMP,λ=8,65536,0,880785,13.439712524414062
RSDMP,λ=8,65536,0,897185,13.689956665039062
RSDMP,λ=8,65536,0,892177,13.613540649414062
RSDMP,λ=8,65536,0,1036393,15.814102172851562
RSDMP,λ=8,65536,0,1048353,15.996597290039062
RSDMP,λ=8,65536,0,1011217,15.429946899414062
RSDMP,λ=8,65536,0,824449,12.580093383789062
RSDMP,λ=8,65536,0,913065,13.932266235351562
RSDMP,λ=8,65536,0,915961,13.976455688476562
RSDMP,λ=8,65536,0,930905,14.204483032226562
RSDMP,λ=8,65536,0,936353,14.287612915039062
RSDMP,λ=8,65536,0,1049497,16.014053344726562
RSDMP,λ=8,65536,0,903625,13.788223266601562
RSDMP,λ=8,65536,0,962497,14.686538696289062
RSDMP,λ=8,65536,0,939633,14.337661743164062
RSDMP,λ=8,65536,0,868665,13.254776000976562
RSDMP,λ=8,65536,0,832945,12.709732055664062
RSDMP,λ=8,65536,0,967817,14.767715454101562
RSDMP,λ=8,65536,0,861017,13.138076782226562
RSDMP,λ=8,65536,0,841001,12.832656860351562
RSDMP,λ=8,65536,0,901937,13.762466430664062
RSDMP,λ=8,65536,0,915129,13.963760375976562
RSDMP,λ=8,65536,0,817721,12.477432250976562
RSDMP,λ=8,65536,0,881225,13.446426391601562
RSDMP,λ=8,65536,0,984737,15.025894165039062
RSDMP,λ=8,65536,0,981697,14.979507446289062
RSDMP,λ=8,65536,0,987937,15.074722290039062
RSDMP,λ=8,65536,0,823113,12.559707641601562
RSDMP,λ=8,65536,0,932345,14.226455688476562
RSDMP,λ=8,65536,0,926025,14.130020141601562
RSDMP,λ=8,65536,0,786881,12.006851196289062
RRDMP,λ=8,65536,0,700241,10.684829711914062
RRDMP,λ=8,65536,0,687953,10.497329711914062
RRDMP,λ=8,65536,0,782241,11.936050415039062
RRDMP,λ=8,65536,0,671385,10.244522094726562
RRDMP,λ=8,65536,0,705961,10.772109985351562
RRDMP,λ=8,65536,0,662841,10.114151000976562
RRDMP,λ=8,65536,0,632449,9.650405883789062
RRDMP,λ=8,65536,0,711321,10.853897094726562
RRDMP,λ=8,65536,0,648937,9.901992797851562
RRDMP,λ=8,65536,0,662169,10.103897094726562
RRDMP,λ=8,65536,0,749185,11.431655883789062
RRDMP,λ=8,65536,0,670761,10.235000610351562
RRDMP,λ=8,65536,0,743289,11.341690063476562
RRDMP,λ=8,65536,0,698609,10.659927368164062
RRDMP,λ=8,65536,0,660713,10.081680297851562
RRDMP,λ=8,65536,0,652665,9.958877563476562
RRDMP,λ=8,65536,0,675057,10.300552368164062
RRDMP,λ=8,65536,0,655433,10.001113891601562
RRDMP,λ=8,65536,0,653809,9.976333618164062
RRDMP,λ=8,65536,0,737601,11.254898071289062
RRDMP,λ=8,65536,0,713553,10.887954711914062
RRDMP,λ=8,65536,0,640897,9.779312133789062
RRDMP,λ=8,65536,0,715329,10.915054321289062
RRDMP,λ=8,65536,0,650601,9.927383422851562
RRDMP,λ=8,65536,0,778601,11.880508422851562
RRDMP,λ=8,65536,0,736289,11.234878540039062
RRDMP,λ=8,65536,0,708513,10.811050415039062
RRDMP,λ=8,65536,0,661649,10.095962524414062
RRDMP,λ=8,65536,0,694073,10.590713500976562
RRDMP,λ=8,65536,0,719801,10.983291625976562
RRDMP,λ=8,65536,0,690353,10.533950805664062
RRDMP,λ=8,65536,0,766089,11.689590454101562
RRDMP,λ=8,65536,0,674857,10.297500610351562
RRDMP,λ=8,65536,0,672113,10.255630493164062
RRDMP,λ=8,65536,0,728129,11.110366821289062
RRDMP,λ=8,65536,0,663793,10.128677368164062
RRDMP,λ=8,65536,0,684449,10.443862915039062
RRDMP,λ=8,65536,0,668609,10.202163696289062
RRDMP,λ=8,65536,0,707729,10.799087524414062
RRDMP,λ=8,65536,0,683025,10.422134399414062
RRDMP,λ=8,65536,0,699249,10.669692993164062
RRDMP,λ=8,65536,0,643409,9.817642211914062
RRDMP,λ=8,65536,0,651969,9.948257446289062
RRDMP,λ=8,65536,0,758921,11.580215454101562
RRDMP,λ=8,65536,0,817777,12.478286743164062
RRDMP,λ=8,65536,0,759873,11.594741821289062
RRDMP,λ=8,65536,0,693873,10.587661743164062
RRDMP,λ=8,65536,0,705545,10.765762329101562
RRDMP,λ=8,65536,0,749361,11.434341430664062
RRDMP,λ=8,65536,0,643937,9.825698852539062
RRDMP,λ=8,65536,0,673161,10.271621704101562
RRDMP,λ=8,65536,0,742617,11.331436157226562
RRDMP,λ=8,65536,0,678753,10.356948852539062
RRDMP,λ=8,65536,0,741585,11.315689086914062
RRDMP,λ=8,65536,0,655873,10.007827758789062
RRDMP,λ=8,65536,0,757601,11.560073852539062
RRDMP,λ=8,65536,0,688913,10.511978149414062
RRDMP,λ=8,65536,0,800577,12.215835571289062
RRDMP,λ=8,65536,0,656689,10.020278930664062
RRDMP,λ=8,65536,0,689153,10.515640258789062
RRDMP,λ=8,65536,0,640249,9.769424438476562
RRDMP,λ=8,65536,0,773545,11.803359985351562
RRDMP,λ=8,65536,0,733665,11.194839477539062
RRDMP,λ=8,65536,0,729593,11.132705688476562
RRDMP,λ=8,65536,0,640697,9.776260375976562
RRDMP,λ=8,65536,0,696073,10.621231079101562
RRDMP,λ=8,65536,0,644745,9.838027954101562
RRDMP,λ=8,65536,0,736721,11.241470336914062
RRDMP,λ=8,65536,0,670921,10.237442016601562
RRDMP,λ=8,65536,0,826017,12.604019165039062
RRDMP,λ=8,65536,0,791273,12.073867797851562
RRDMP,λ=8,65536,0,691785,10.555801391601562
RRDMP,λ=8,65536,0,815857,12.448989868164062
RRDMP,λ=8,65536,0,656409,10.016006469726562
RRDMP,λ=8,65536,0,642841,9.808975219726562
RRDMP,λ=8,65536,0,730737,11.150161743164062
RRDMP,λ=8,65536,0,761977,11.626846313476562
RRDMP,λ=8,65536,0,755345,11.525650024414062
RRDMP,λ=8,65536,0,738465,11.268081665039062
RRDMP,λ=8,65536,0,673465,10.276260375976562
RRDMP,λ=8,65536,0,747641,11.408096313476562
RRDMP,λ=8,65536,0,664569,10.140518188476562
RRDMP,λ=8,65536,0,711241,10.852676391601562
RRDMP,λ=8,65536,0,705121,10.759292602539062
RRDMP,λ=8,65536,0,724697,11.057998657226562
RRDMP,λ=8,65536,0,756297,11.540176391601562
RRDMP,λ=8,65536,0,707121,10.789810180664062
RRDMP,λ=8,65536,0,689809,10.525650024414062
RRDMP,λ=8,65536,0,737321,11.250625610351562
RRDMP,λ=8,65536,0,672017,10.254165649414062
RRDMP,λ=8,65536,0,675409,10.305923461914062
RRDMP,λ=8,65536,0,712009,10.864395141601562
RRDMP,λ=8,65536,0,693145,10.576553344726562
RRDMP,λ=8,65536,0,724513,11.055191040039062
RRDMP,λ=8,65536,0,698313,10.655410766601562
RRDMP,λ=8,65536,0,691713,10.554702758789062
RRDMP,λ=8,65536,0,648609,9.896987915039062
RRDMP,λ=8,65536,0,693665,10.584487915039062
RRDMP,λ=8,65536,0,682193,10.409439086914062
RHDMP,λ=8,65536,0,670257,10.227310180664062
RHDMP,λ=8,65536,0,716289,10.929702758789062
RHDMP,λ=8,65536,0,614201,9.371963500976562
RHDMP,λ=8,65536,0,655209,9.997695922851562
RHDMP,λ=8,65536,0,659073,10.056655883789062
RHDMP,λ=8,65536,0,630945,9.627456665039062
RHDMP,λ=8,65536,0,617857,9.427749633789062
RHDMP,λ=8,65536,0,636641,9.714370727539062
RHDMP,λ=8,65536,0,669985,10.223159790039062
RHDMP,λ=8,65536,0,637289,9.724258422851562
RHDMP,λ=8,65536,0,692809,10.571426391601562
RHDMP,λ=8,65536,0,597161,9.111953735351562
RHDMP,λ=8,65536,0,643913,9.825332641601562
RHDMP,λ=8,65536,0,670001,10.223403930664062
RHDMP,λ=8,65536,0,652489,9.956192016601562
RHDMP,λ=8,65536,0,639713,9.761245727539062
RHDMP,λ=8,65536,0,724729,11.058486938476562
RHDMP,λ=8,65536,0,615065,9.385147094726562
RHDMP,λ=8,65536,0,617505,9.422378540039062
RHDMP,λ=8,65536,0,697529,10.643447875976562
RHDMP,λ=8,65536,0,642801,9.808364868164062
RHDMP,λ=8,65536,0,694937,10.603897094726562
RHDMP,λ=8,65536,0,618913,9.443862915039062
RHDMP,λ=8,65536,0,600065,9.156265258789062
RHDMP,λ=8,65536,0,659041,10.056167602539062
RHDMP,λ=8,65536,0,709121,10.820327758789062
RHDMP,λ=8,65536,0,624761,9.533096313476562
RHDMP,λ=8,65536,0,689969,10.528091430664062
RHDMP,λ=8,65536,0,627945,9.581680297851562
RHDMP,λ=8,65536,0,732185,11.172256469726562
RHDMP,λ=8,65536,0,695241,10.608535766601562
RHDMP,λ=8,65536,0,620553,9.468887329101562
RHDMP,λ=8,65536,0,656841,10.022598266601562
RHDMP,λ=8,65536,0,657305,10.029678344726562
RHDMP,λ=8,65536,0,639441,9.757095336914062
RHDMP,λ=8,65536,0,674505,10.292129516601562
RHDMP,λ=8,65536,0,727065,11.094131469726562
RHDMP,λ=8,65536,0,663161,10.119033813476562
RHDMP,λ=8,65536,0,699225,10.669326782226562
RHDMP,λ=8,65536,0,633289,9.663223266601562
RHDMP,λ=8,65536,0,663513,10.124404907226562
RHDMP,λ=8,65536,0,610393,9.313858032226562
RHDMP,λ=8,65536,0,655313,9.999282836914062
RHDMP,λ=8,65536,0,646577,9.865982055664062
RHDMP,λ=8,65536,0,632993,9.658706665039062
RHDMP,λ=8,65536,0,733009,11.184829711914062
RHDMP,λ=8,65536,0,669977,10.223037719726562
RHDMP,λ=8,65536,0,642385,9.802017211914062
RHDMP,λ=8,65536,0,653753,9.975479125976562
RHDMP,λ=8,65536,0,598545,9.133071899414062
RHDMP,λ=8,65536,0,719409,10.977310180664062
RHDMP,λ=8,65536,0,607841,9.274917602539062
RHDMP,λ=8,65536,0,637473,9.727066040039062
RHDMP,λ=8,65536,0,716585,10.934219360351562
RHDMP,λ=8,65536,0,589505,8.995132446289062
RHDMP,λ=8,65536,0,656545,10.018081665039062
RHDMP,λ=8,65536,0,638593,9.744155883789062
RHDMP,λ=8,65536,0,637753,9.731338500976562
RHDMP,λ=8,65536,0,660921,10.084854125976562
RHDMP,λ=8,65536,0,767425,11.709976196289062
RHDMP,λ=8,65536,0,657889,10.038589477539062
RHDMP,λ=8,65536,0,598945,9.139175415039062
RHDMP,λ=8,65536,0,682057,10.407363891601562
RHDMP,λ=8,65536,0,691201,10.546890258789062
RHDMP,λ=8,65536,0,795393,12.136734008789062
RHDMP,λ=8,65536,0,656489,10.017227172851562
RHDMP,λ=8,65536,0,641857,9.793960571289062
RHDMP,λ=8,65536,0,617433,9.421279907226562
RHDMP,λ=8,65536,0,665553,10.155532836914062
RHDMP,λ=8,65536,0,611321,9.328018188476562
RHDMP,λ=8,65536,0,633697,9.669448852539062
RHDMP,λ=8,65536,0,716481,10.932632446289062
RHDMP,λ=8,65536,0,736057,11.231338500976562
RHDMP,λ=8,65536,0,690881,10.542007446289062
RHDMP,λ=8,65536,0,634305,9.678726196289062
RHDMP,λ=8,65536,0,613569,9.362319946289062
RHDMP,λ=8,65536,0,661657,10.096084594726562
RHDMP,λ=8,65536,0,648681,9.898086547851562
RHDMP,λ=8,65536,0,622801,9.503189086914062
RHDMP,λ=8,65536,0,633209,9.662002563476562
RHDMP,λ=8,65536,0,680745,10.387344360351562
RHDMP,λ=8,65536,0,719065,10.972061157226562
RHDMP,λ=8,65536,0,725369,11.068252563476562
RHDMP,λ=8,65536,0,643769,9.823135375976562
RHDMP,λ=8,65536,0,623921,9.520278930664062
RHDMP,λ=8,65536,0,648137,9.889785766601562
RHDMP,λ=8,65536,0,802649,12.247451782226562
RHDMP,λ=8,65536,0,639249,9.754165649414062
RHDMP,λ=8,65536,0,701769,10.708145141601562
RHDMP,λ=8,65536,0,654009,9.979385375976562
RHDMP,λ=8,65536,0,657825,10.037612915039062
RHDMP,λ=8,65536,0,622561,9.499526977539062
RHDMP,λ=8,65536,0,775985,11.840591430664062
RHDMP,λ=8,65536,0,633865,9.672012329101562
RHDMP,λ=8,65536,0,626897,9.565689086914062
RHDMP,λ=8,65536,0,675393,10.305679321289062
RHDMP,λ=8,65536,0,631665,9.638442993164062
RHDMP,λ=8,65536,0,727233,11.096694946289062
RHLMP,λ=8,65536,0,640081,9.766860961914062
RHLMP,λ=8,65536,0,674841,10.297256469726562
RHLMP,λ=8,65536,0,662193,10.104263305664062
RHLMP,λ=8,65536,0,616433,9.406021118164062
RHLMP,λ=8,65536,0,628185,9.585342407226562
RHLMP,λ=8,65536,0,669713,10.219009399414062
RHLMP,λ=8,65536,0,625697,9.547378540039062
RHLMP,λ=8,65536,0,666401,10.168472290039062
RHLMP,λ=8,65536,0,614753,9.380386352539062
RHLMP,λ=8,65536,0,694609,10.598892211914062
RHLMP,λ=8,65536,0,855953,13.060806274414062
RHLMP,λ=8,65536,0,672745,10.265274047851562
RHLMP,λ=8,65536,0,640353,9.771011352539062
RHLMP,λ=8,65536,0,781889,11.930679321289062
RHLMP,λ=8,65536,0,633449,9.665664672851562
RHLMP,λ=8,65536,0,697593,10.644424438476562
RHLMP,λ=8,65536,0,651249,9.937271118164062
RHLMP,λ=8,65536,0,690681,10.538955688476562
RHLMP,λ=8,65536,0,728145,11.110610961914062
RHLMP,λ=8,65536,0,793241,12.103897094726562
RHLMP,λ=8,65536,0,686489,10.474990844726562
RHLMP,λ=8,65536,0,730465,11.146011352539062
RHLMP,λ=8,65536,0,697889,10.648941040039062
RHLMP,λ=8,65536,0,704489,10.749649047851562
RHLMP,λ=8,65536,0,635577,9.698135375976562
RHLMP,λ=8,65536,0,641625,9.790420532226562
RHLMP,λ=8,65536,0,675185,10.302505493164062
RHLMP,λ=8,65536,0,695657,10.614883422851562
RHLMP,λ=8,65536,0,651537,9.941665649414062
RHLMP,λ=8,65536,0,644201,9.829727172851562
RHLMP,λ=8,65536,0,689105,10.514907836914062
RHLMP,λ=8,65536,0,656473,10.016983032226562
RHLMP,λ=8,65536,0,638985,9.750137329101562
RHLMP,λ=8,65536,0,756657,11.545669555664062
RHLMP,λ=8,65536,0,633721,9.669815063476562
RHLMP,λ=8,65536,0,666049,10.163101196289062
RHLMP,λ=8,65536,0,649017,9.903213500976562
RHLMP,λ=8,65536,0,634617,9.683486938476562
RHLMP,λ=8,65536,0,679241,10.364395141601562
RHLMP,λ=8,65536,0,721897,11.015274047851562
RHLMP,λ=8,65536,0,686225,10.470962524414062
RHLMP,λ=8,65536,0,722201,11.019912719726562
RHLMP,λ=8,65536,0,645441,9.848648071289062
RHLMP,λ=8,65536,0,692857,10.572158813476562
RHLMP,λ=8,65536,0,660577,10.079605102539062
RHLMP,λ=8,65536,0,783521,11.955581665039062
RHLMP,λ=8,65536,0,649177,9.905654907226562
RHLMP,λ=8,65536,0,672209,10.257095336914062
RHLMP,λ=8,65536,0,642297,9.800674438476562
RHLMP,λ=8,65536,0,697881,10.648818969726562
RHLMP,λ=8,65536,0,629793,9.609878540039062
RHLMP,λ=8,65536,0,689857,10.526382446289062
RHLMP,λ=8,65536,0,680617,10.385391235351562
RHLMP,λ=8,65536,0,693073,10.575454711914062
RHLMP,λ=8,65536,0,628377,9.588272094726562
RHLMP,λ=8,65536,0,653641,9.973770141601562
RHLMP,λ=8,65536,0,688657,10.508071899414062
RHLMP,λ=8,65536,0,674457,10.291397094726562
RHLMP,λ=8,65536,0,627721,9.578262329101562
RHLMP,λ=8,65536,0,639849,9.763320922851562
RHLMP,λ=8,65536,0,659113,10.057266235351562
RHLMP,λ=8,65536,0,626969,9.566787719726562
RHLMP,λ=8,65536,0,616345,9.404678344726562
RHLMP,λ=8,65536,0,724761,11.058975219726562
RHLMP,λ=8,65536,0,672257,10.257827758789062
RHLMP,λ=8,65536,0,739745,11.287612915039062
RHLMP,λ=8,65536,0,674641,10.294204711914062
RHLMP,λ=8,65536,0,676113,10.316665649414062
RHLMP,λ=8,65536,0,739881,11.289688110351562
RHLMP,λ=8,65536,0,747057,11.399185180664062
RHLMP,λ=8,65536,0,649153,9.905288696289062
RHLMP,λ=8,65536,0,709553,10.826919555664062
RHLMP,λ=8,65536,0,625961,9.551406860351562
RHLMP,λ=8,65536,0,609849,9.305557250976562
RHLMP,λ=8,65536,0,633945,9.673233032226562
RHLMP,λ=8,65536,0,668657,10.202896118164062
RHLMP,λ=8,65536,0,675873,10.313003540039062
RHLMP,λ=8,65536,0,696777,10.631973266601562
RHLMP,λ=8,65536,0,641873,9.794204711914062
RHLMP,λ=8,65536,0,655649,10.004409790039062
RHLMP,λ=8,65536,0,687689,10.493301391601562
RHLMP,λ=8,65536,0,697057,10.636245727539062
RHLMP,λ=8,65536,0,660305,10.075454711914062
RHLMP,λ=8,65536,0,647241,9.876113891601562
RHLMP,λ=8,65536,0,734049,11.200698852539062
RHLMP,λ=8,65536,0,668105,10.194473266601562
RHLMP,λ=8,65536,0,675417,10.306045532226562
RHLMP,λ=8,65536,0,684097,10.438491821289062
RHLMP,λ=8,65536,0,631849,9.641250610351562
RHLMP,λ=8,65536,0,625593,9.545791625976562
RHLMP,λ=8,65536,0,625041,9.537368774414062
RHLMP,λ=8,65536,0,652873,9.962051391601562
RHLMP,λ=8,65536,0,603313,9.205825805664062
RHLMP,λ=8,65536,0,648905,9.901504516601562
RHLMP,λ=8,65536,0,651489,9.940933227539062
RHLMP,λ=8,65536,0,618993,9.445083618164062
RHLMP,λ=8,65536,0,663361,10.122085571289062
RHLMP,λ=8,65536,0,820977,12.527114868164062
RHLMP,λ=8,65536,0,651865,9.946670532226562
RRLMP,λ=8,65536,0,700809,10.693496704101562
RRLMP,λ=8,65536,0,664049,10.132583618164062
RRLMP,λ=8,65536,0,740585,11.300430297851562
RRLMP,λ=8,65536,0,705497,10.765029907226562
RRLMP,λ=8,65536,0,734985,11.214981079101562
RRLMP,λ=8,65536,0,685633,10.461929321289062
RRLMP,λ=8,65536,0,716897,10.938980102539062
RRLMP,λ=8,65536,0,770417,11.755630493164062
RRLMP,λ=8,65536,0,708761,10.814834594726562
RRLMP,λ=8,65536,0,748641,11.423355102539062
RRLMP,λ=8,65536,0,711937,10.863296508789062
RRLMP,λ=8,65536,0,733953,11.199234008789062
RRLMP,λ=8,65536,0,655281,9.998794555664062
RRLMP,λ=8,65536,0,667705,10.188369750976562
RRLMP,λ=8,65536,0,667265,10.181655883789062
RRLMP,λ=8,65536,0,720969,11.001113891601562
RRLMP,λ=8,65536,0,697001,10.635391235351562
RRLMP,λ=8,65536,0,679049,10.361465454101562
RRLMP,λ=8,65536,0,690265,10.532608032226562
RRLMP,λ=8,65536,0,713721,10.890518188476562
RRLMP,λ=8,65536,0,682385,10.412368774414062
RRLMP,λ=8,65536,0,664809,10.144180297851562
RRLMP,λ=8,65536,0,710737,10.844985961914062
RRLMP,λ=8,65536,0,849225,12.958145141601562
RRLMP,λ=8,65536,0,663161,10.119033813476562
RRLMP,λ=8,65536,0,715153,10.912368774414062
RRLMP,λ=8,65536,0,746409,11.389297485351562
RRLMP,λ=8,65536,0,698145,10.652847290039062
RRLMP,λ=8,65536,0,857457,13.083755493164062
RRLMP,λ=8,65536,0,776513,11.848648071289062
RRLMP,λ=8,65536,0,733625,11.194229125976562
RRLMP,λ=8,65536,0,691225,10.547256469726562
RRLMP,λ=8,65536,0,694361,10.595108032226562
RRLMP,λ=8,65536,0,856241,13.065200805664062
RRLMP,λ=8,65536,0,694169,10.592178344726562
RRLMP,λ=8,65536,0,642177,9.798843383789062
RRLMP,λ=8,65536,0,715937,10.924331665039062
RRLMP,λ=8,65536,0,632489,9.651016235351562
RRLMP,λ=8,65536,0,786801,12.005630493164062
RRLMP,λ=8,65536,0,699417,10.672256469726562
RRLMP,λ=8,65536,0,684929,10.451187133789062
RRLMP,λ=8,65536,0,655569,10.003189086914062
RRLMP,λ=8,65536,0,760289,11.601089477539062
RRLMP,λ=8,65536,0,672385,10.259780883789062
RRLMP,λ=8,65536,0,676865,10.328140258789062
RRLMP,λ=8,65536,0,666657,10.172378540039062
RRLMP,λ=8,65536,0,687249,10.486587524414062
RRLMP,λ=8,65536,0,735001,11.215225219726562
RRLMP,λ=8,65536,0,767609,11.712783813476562
RRLMP,λ=8,65536,0,711721,10.860000610351562
RRLMP,λ=8,65536,0,706905,10.786514282226562
RRLMP,λ=8,65536,0,688729,10.509170532226562
RRLMP,λ=8,65536,0,695737,10.616104125976562
RRLMP,λ=8,65536,0,859257,13.111221313476562
RRLMP,λ=8,65536,0,708121,10.805068969726562
RRLMP,λ=8,65536,0,724937,11.061660766601562
RRLMP,λ=8,65536,0,678569,10.354141235351562
RRLMP,λ=8,65536,0,721465,11.008682250976562
RRLMP,λ=8,65536,0,705569,10.766128540039062
RRLMP,λ=8,65536,0,678433,10.352066040039062
RRLMP,λ=8,65536,0,693121,10.576187133789062
RRLMP,λ=8,65536,0,634601,9.683242797851562
RRLMP,λ=8,65536,0,691729,10.554946899414062
RRLMP,λ=8,65536,0,693377,10.580093383789062
RRLMP,λ=8,65536,0,683977,10.436660766601562
RRLMP,λ=8,65536,0,649361,9.908462524414062
RRLMP,λ=8,65536,0,699889,10.679458618164062
RRLMP,λ=8,65536,0,670921,10.237442016601562
RRLMP,λ=8,65536,0,794385,12.121353149414062
RRLMP,λ=8,65536,0,664977,10.146743774414062
RRLMP,λ=8,65536,0,670745,10.234756469726562
RRLMP,λ=8,65536,0,821817,12.539932250976562
RRLMP,λ=8,65536,0,774401,11.816421508789062
RRLMP,λ=8,65536,0,666281,10.166641235351562
RRLMP,λ=8,65536,0,695929,10.619033813476562
RRLMP,λ=8,65536,0,790617,12.063858032226562
RRLMP,λ=8,65536,0,665905,10.160903930664062
RRLMP,λ=8,65536,0,776665,11.850967407226562
RRLMP,λ=8,65536,0,682761,10.418106079101562
RRLMP,λ=8,65536,0,733841,11.197525024414062
RRLMP,λ=8,65536,0,689241,10.516983032226562
RRLMP,λ=8,65536,0,654225,9.982681274414062
RRLMP,λ=8,65536,0,778921,11.885391235351562
RRLMP,λ=8,65536,0,690545,10.536880493164062
RRLMP,λ=8,65536,0,781481,11.924453735351562
RRLMP,λ=8,65536,0,693465,10.581436157226562
RRLMP,λ=8,65536,0,647441,9.879165649414062
RRLMP,λ=8,65536,0,686977,10.482437133789062
RRLMP,λ=8,65536,0,750241,11.447769165039062
RRLMP,λ=8,65536,0,692449,10.565933227539062
RRLMP,λ=8,65536,0,657841,10.037857055664062
RRLMP,λ=8,65536,0,705985,10.772476196289062
RRLMP,λ=8,65536,0,720593,10.995376586914062
RRLMP,λ=8,65536,0,738457,11.267959594726562
RRLMP,λ=8,65536,0,760681,11.607070922851562
RRLMP,λ=8,65536,0,710393,10.839736938476562
RRLMP,λ=8,65536,0,667985,10.192642211914062
RRLMP,λ=8,65536,0,672033,10.254409790039062
RRLMP,λ=8,65536,0,816513,12.458999633789062
RRLMP,λ=8,65536,0,768537,11.726943969726562
RSLMP,λ=8,65536,0,915585,13.970718383789062
RSLMP,λ=8,65536,0,919697,14.033462524414062
RSLMP,λ=8,65536,0,864177,13.186294555664062
RSLMP,λ=8,65536,0,894481,13.648696899414062
RSLMP,λ=8,65536,0,1033729,15.773452758789062
RSLMP,λ=8,65536,0,856065,13.062515258789062
RSLMP,λ=8,65536,0,889697,13.575698852539062
RSLMP,λ=8,65536,0,917729,14.003433227539062
RSLMP,λ=8,65536,0,911841,13.913589477539062
RSLMP,λ=8,65536,0,944033,14.404800415039062
RSLMP,λ=8,65536,0,844561,12.886978149414062
RSLMP,λ=8,65536,0,849617,12.964126586914062
RSLMP,λ=8,65536,0,845313,12.898452758789062
RSLMP,λ=8,65536,0,909377,13.875991821289062
RSLMP,λ=8,65536,0,913457,13.938247680664062
RSLMP,λ=8,65536,0,910705,13.896255493164062
RSLMP,λ=8,65536,0,878481,13.404556274414062
RSLMP,λ=8,65536,0,927041,14.145523071289062
RSLMP,λ=8,65536,0,1049105,16.008071899414062
RSLMP,λ=8,65536,0,860097,13.124038696289062
RSLMP,λ=8,65536,0,950961,14.510513305664062
RSLMP,λ=8,65536,0,875377,13.357192993164062
RSLMP,λ=8,65536,0,926449,14.136489868164062
RSLMP,λ=8,65536,0,944529,14.412368774414062
RSLMP,λ=8,65536,0,1140161,17.397476196289062
RSLMP,λ=8,65536,0,878545,13.405532836914062
RSLMP,λ=8,65536,0,864625,13.193130493164062
RSLMP,λ=8,65536,0,934961,14.266372680664062
RSLMP,λ=8,65536,0,906305,13.829116821289062
RSLMP,λ=8,65536,0,1039521,15.861831665039062
RSLMP,λ=8,65536,0,883297,13.478042602539062
RSLMP,λ=8,65536,0,968625,14.780044555664062
RSLMP,λ=8,65536,0,891937,13.609878540039062
RSLMP,λ=8,65536,0,922417,14.074966430664062
RSLMP,λ=8,65536,0,924609,14.108413696289062
RSLMP,λ=8,65536,0,910801,13.897720336914062
RSLMP,λ=8,65536,0,866337,13.219253540039062
RSLMP,λ=8,65536,0,936929,14.296401977539062
RSLMP,λ=8,65536,0,856241,13.065200805664062
RSLMP,λ=8,65536,0,904913,13.807876586914062
RSLMP,λ=8,65536,0,1005713,15.345962524414062
RSLMP,λ=8,65536,0,854529,13.039077758789062
RSLMP,λ=8,65536,0,885169,13.506607055664062
RSLMP,λ=8,65536,0,972369,14.837173461914062
RSLMP,λ=8,65536,0,852721,13.011489868164062
RSLMP,λ=8,65536,0,941553,14.366958618164062
RSLMP,λ=8,65536,0,995169,15.185073852539062
RSLMP,λ=8,65536,0,908721,13.865982055664062
RSLMP,λ=8,65536,0,887105,13.536148071289062
RSLMP,λ=8,65536,0,962353,14.684341430664062
RSLMP,λ=8,65536,0,827569,12.627700805664062
RSLMP,λ=8,65536,0,900977,13.747817993164062
RSLMP,λ=8,65536,0,953905,14.555435180664062
RSLMP,λ=8,65536,0,915345,13.967056274414062
RSLMP,λ=8,65536,0,818817,12.494155883789062
RSLMP,λ=8,65536,0,1006881,15.363784790039062
RSLMP,λ=8,65536,0,1024497,15.632583618164062
RSLMP,λ=8,65536,0,846865,12.922134399414062
RSLMP,λ=8,65536,0,862785,13.165054321289062
RSLMP,λ=8,65536,0,1085697,16.566421508789062
RSLMP,λ=8,65536,0,973985,14.861831665039062
RSLMP,λ=8,65536,0,934881,14.265151977539062
RSLMP,λ=8,65536,0,1046737,15.971939086914062
RSLMP,λ=8,65536,0,939441,14.334732055664062
RSLMP,λ=8,65536,0,893265,13.630142211914062
RSLMP,λ=8,65536,0,995041,15.183120727539062
RSLMP,λ=8,65536,0,893329,13.631118774414062
RSLMP,λ=8,65536,0,950177,14.498550415039062
RSLMP,λ=8,65536,0,945585,14.428482055664062
RSLMP,λ=8,65536,0,836625,12.765884399414062
RSLMP,λ=8,65536,0,852641,13.010269165039062
RSLMP,λ=8,65536,0,877409,13.388198852539062
RSLMP,λ=8,65536,0,871153,13.292739868164062
RSLMP,λ=8,65536,0,937281,14.301773071289062
RSLMP,λ=8,65536,0,1052529,16.060317993164062
RSLMP,λ=8,65536,0,978513,14.930923461914062
RSLMP,λ=8,65536,0,874321,13.341079711914062
RSLMP,λ=8,65536,0,1034097,15.779067993164062
RSLMP,λ=8,65536,0,1061329,16.194595336914062
RSLMP,λ=8,65536,0,920769,14.049819946289062
RSLMP,λ=8,65536,0,899217,13.720962524414062
RSLMP,λ=8,65536,0,917761,14.003921508789062
RSLMP,λ=8,65536,0,897473,13.694351196289062
RSLMP,λ=8,65536,0,903953,13.793228149414062
RSLMP,λ=8,65536,0,891601,13.604751586914062
RSLMP,λ=8,65536,0,853393,13.021743774414062
RSLMP,λ=8,65536,0,828929,12.648452758789062
RSLMP,λ=8,65536,0,863697,13.178970336914062
RSLMP,λ=8,65536,0,823233,12.561538696289062
RSLMP,λ=8,65536,0,916833,13.989761352539062
RSLMP,λ=8,65536,0,951809,14.523452758789062
RSLMP,λ=8,65536,0,885345,13.509292602539062
RSLMP,λ=8,65536,0,1058977,16.158706665039062
RSLMP,λ=8,65536,0,893585,13.635025024414062
RSLMP,λ=8,65536,0,944225,14.407730102539062
RSLMP,λ=8,65536,0,892353,13.616226196289062
RSLMP,λ=8,65536,0,961793,14.675796508789062
RSLMP,λ=8,65536,0,948673,14.475601196289062
RSLMP,λ=8,65536,0,862177,13.155776977539062
RSDIP,λ=8,65536,0,961153,14.666030883789062
RSDIP,λ=8,65536,0,992929,15.150894165039062
RSDIP,λ=8,65536,0,1088257,16.605484008789062
RSDIP,λ=8,65536,0,929361,14.180923461914062
RSDIP,λ=8,65536,0,954241,14.560562133789062
RSDIP,λ=8,65536,0,915921,13.975845336914062
RSDIP,λ=8,65536,0,908513,13.862808227539062
RSDIP,λ=8,65536,0,1010129,15.413345336914062
RSDIP,λ=8,65536,0,895745,13.667984008789062
RSDIP,λ=8,65536,0,913057,13.932144165039062
RSDIP,λ=8,65536,0,950001,14.495864868164062
RSDIP,λ=8,65536,0,1047233,15.979507446289062
RSDIP,λ=8,65536,0,1056529,16.121353149414062
RSDIP,λ=8,65536,0,976769,14.904312133789062
RSDIP,λ=8,65536,0,831953,12.694595336914062
RSDIP,λ=8,65536,0,910705,13.896255493164062
RSDIP,λ=8,65536,0,893777,13.637954711914062
RSDIP,λ=8,65536,0,929313,14.180191040039062
RSDIP,λ=8,65536,0,922737,14.079849243164062
RSDIP,λ=8,65536,0,927681,14.155288696289062
RSDIP,λ=8,65536,0,971281,14.820571899414062
RSDIP,λ=8,65536,0,970417,14.807388305664062
RSDIP,λ=8,65536,0,1105265,16.865005493164062
RSDIP,λ=8,65536,0,1027089,15.672134399414062
RSDIP,λ=8,65536,0,947729,14.461196899414062
RSDIP,λ=8,65536,0,1006929,15.364517211914062
RSDIP,λ=8,65536,0,929057,14.176284790039062
RSDIP,λ=8,65536,0,989297,15.095474243164062
RSDIP,λ=8,65536,0,866913,13.228042602539062
RSDIP,λ=8,65536,0,1074993,16.403091430664062
RSDIP,λ=8,65536,0,875585,13.360366821289062
RSDIP,λ=8,65536,0,1089681,16.627212524414062
RSDIP,λ=8,65536,0,984865,15.027847290039062
RSDIP,λ=8,65536,0,932737,14.232437133789062
RSDIP,λ=8,65536,0,857905,13.090591430664062
RSDIP,λ=8,65536,0,883265,13.477554321289062
RSDIP,λ=8,65536,0,984145,15.016860961914062
RSDIP,λ=8,65536,0,865441,13.205581665039062
RSDIP,λ=8,65536,0,872881,13.319107055664062
RSDIP,λ=8,65536,0,894833,13.654067993164062
RSDIP,λ=8,65536,0,826977,12.618667602539062
RSDIP,λ=8,65536,0,861489,13.145278930664062
RSDIP,λ=8,65536,0,935201,14.270034790039062
RSDIP,λ=8,65536,0,912401,13.922134399414062
RSDIP,λ=8,65536,0,935537,14.275161743164062
RSDIP,λ=8,65536,0,994161,15.169692993164062
RSDIP,λ=8,65536,0,893249,13.629898071289062
RSDIP,λ=8,65536,0,911121,13.902603149414062
RSDIP,λ=8,65536,0,1073185,16.375503540039062
RSDIP,λ=8,65536,0,824401,12.579360961914062
RSDIP,λ=8,65536,0,1050001,16.021743774414062
RSDIP,λ=8,65536,0,960641,14.658218383789062
RSDIP,λ=8,65536,0,893425,13.632583618164062
RSDIP,λ=8,65536,0,946321,14.439712524414062
RSDIP,λ=8,65536,0,900609,13.742202758789062
RSDIP,λ=8,65536,0,958993,14.633071899414062
RSDIP,λ=8,65536,0,955969,14.586929321289062
RSDIP,λ=8,65536,0,933393,14.242446899414062
RSDIP,λ=8,65536,0,996609,15.207046508789062
RSDIP,λ=8,65536,0,910529,13.893569946289062
RSDIP,λ=8,65536,0,1050769,16.033462524414062
RSDIP,λ=8,65536,0,994673,15.177505493164062
RSDIP,λ=8,65536,0,975969,14.892105102539062
RSDIP,λ=8,65536,0,854977,13.045913696289062
RSDIP,λ=8,65536,0,1270369,19.384292602539062
RSDIP,λ=8,65536,0,1035025,15.793228149414062
RSDIP,λ=8,65536,0,1104545,16.854019165039062
RSDIP,λ=8,65536,0,998657,15.238296508789062
RSDIP,λ=8,65536,0,985457,15.036880493164062
RSDIP,λ=8,65536,0,963617,14.703628540039062
RSDIP,λ=8,65536,0,1055937,16.112319946289062
RSDIP,λ=8,65536,0,997969,15.227798461914062
RSDIP,λ=8,65536,0,945233,14.423110961914062
RSDIP,λ=8,65536,0,861889,13.151382446289062
RSDIP,λ=8,65536,0,912193,13.918960571289062
RSDIP,λ=8,65536,0,962577,14.687759399414062
RSDIP,λ=8,65536,0,873617,13.330337524414062
RSDIP,λ=8,65536,0,925089,14.115737915039062
RSDIP,λ=8,65536,0,937201,14.300552368164062
RSDIP,λ=8,65536,0,939633,14.337661743164062
RSDIP,λ=8,65536,0,984081,15.015884399414062
RSDIP,λ=8,65536,0,928209,14.163345336914062
RSDIP,λ=8,65536,0,944481,14.411636352539062
RSDIP,λ=8,65536,0,934369,14.257339477539062
RSDIP,λ=8,65536,0,959665,14.643325805664062
RSDIP,λ=8,65536,0,925569,14.123062133789062
RSDIP,λ=8,65536,0,933585,14.245376586914062
RSDIP,λ=8,65536,0,1066929,16.280044555664062
RSDIP,λ=8,65536,0,935905,14.280776977539062
RSDIP,λ=8,65536,0,1008561,15.389419555664062
RSDIP,λ=8,65536,0,919729,14.033950805664062
RSDIP,λ=8,65536,0,910385,13.891372680664062
RSDIP,λ=8,65536,0,1058289,16.148208618164062
RSDIP,λ=8,65536,0,1049953,16.021011352539062
RSDIP,λ=8,65536,0,988225,15.079116821289062
RSDIP,λ=8,65536,0,984257,15.018569946289062
RSDIP,λ=8,65536,0,862113,13.154800415039062
RSDIP,λ=8,65536,0,938209,14.315933227539062
RSDIP,λ=8,65536,0,1034113,15.779312133789062
RSDIP,λ=8,65536,0,886897,13.532974243164062
RRDIP,λ=8,65536,0,693345,10.579605102539062
RRDIP,λ=8,65536,0,705377,10.763198852539062
RRDIP,λ=8,65536,0,768849,11.731704711914062
RRDIP,λ=8,65536,0,653537,9.972183227539062
RRDIP,λ=8,65536,0,704417,10.748550415039062
RRDIP,λ=8,65536,0,737921,11.259780883789062
RRDIP,λ=8,65536,0,714577,10.903579711914062
RRDIP,λ=8,65536,0,775073,11.826675415039062
RRDIP,λ=8,65536,0,713521,10.887466430664062
RRDIP,λ=8,65536,0,665169,10.149673461914062
RRDIP,λ=8,65536,0,862001,13.153091430664062
RRDIP,λ=8,65536,0,802625,12.247085571289062
RRDIP,λ=8,65536,0,685681,10.462661743164062
RRDIP,λ=8,65536,0,795297,12.135269165039062
RRDIP,λ=8,65536,0,698129,10.652603149414062
RRDIP,λ=8,65536,0,700177,10.683853149414062
RRDIP,λ=8,65536,0,754017,11.505386352539062
RRDIP,λ=8,65536,0,775761,11.837173461914062
RRDIP,λ=8,65536,0,790529,12.062515258789062
RRDIP,λ=8,65536,0,697041,10.636001586914062
RRDIP,λ=8,65536,0,698945,10.665054321289062
RRDIP,λ=8,65536,0,898561,13.710952758789062
RRDIP,λ=8,65536,0,748209,11.416763305664062
RRDIP,λ=8,65536,0,680433,10.382583618164062
RRDIP,λ=8,65536,0,686449,10.474380493164062
RRDIP,λ=8,65536,0,837313,12.776382446289062
RRDIP,λ=8,65536,0,807569,12.322525024414062
RRDIP,λ=8,65536,0,790497,12.062026977539062
RRDIP,λ=8,65536,0,766481,11.695571899414062
RRDIP,λ=8,65536,0,735921,11.229263305664062
RRDIP,λ=8,65536,0,694945,10.604019165039062
RRDIP,λ=8,65536,0,697793,10.647476196289062
RRDIP,λ=8,65536,0,722241,11.020523071289062
RRDIP,λ=8,65536,0,714481,10.902114868164062
RRDIP,λ=8,65536,0,780017,11.902114868164062
RRDIP,λ=8,65536,0,743425,11.343765258789062
RRDIP,λ=8,65536,0,740017,11.291763305664062
RRDIP,λ=8,65536,0,716833,10.938003540039062
RRDIP,λ=8,65536,0,798705,12.187271118164062
RRDIP,λ=8,65536,0,786689,12.003921508789062
RRDIP,λ=8,65536,0,711169,10.851577758789062
RRDIP,λ=8,65536,0,697073,10.636489868164062
RRDIP,λ=8,65536,0,669249,10.211929321289062
RRDIP,λ=8,65536,0,714161,10.897232055664062
RRDIP,λ=8,65536,0,672881,10.267349243164062
RRDIP,λ=8,65536,0,722737,11.028091430664062
RRDIP,λ=8,65536,0,716657,10.935317993164062
RRDIP,λ=8,65536,0,741937,11.321060180664062
RRDIP,λ=8,65536,0,685825,10.464859008789062
RRDIP,λ=8,65536,0,759873,11.594741821289062
RRDIP,λ=8,65536,0,801569,12.230972290039062
RRDIP,λ=8,65536,0,863825,13.180923461914062
RRDIP,λ=8,65536,0,712929,10.878433227539062
RRDIP,λ=8,65536,0,787921,12.022720336914062
RRDIP,λ=8,65536,0,748449,11.420425415039062
RRDIP,λ=8,65536,0,960017,14.648696899414062
RRDIP,λ=8,65536,0,693073,10.575454711914062
RRDIP,λ=8,65536,0,715409,10.916275024414062
RRDIP,λ=8,65536,0,716449,10.932144165039062
RRDIP,λ=8,65536,0,778913,11.885269165039062
RRDIP,λ=8,65536,0,730897,11.152603149414062
RRDIP,λ=8,65536,0,735553,11.223648071289062
RRDIP,λ=8,65536,0,777201,11.859146118164062
RRDIP,λ=8,65536,0,680945,10.390396118164062
RRDIP,λ=8,65536,0,680913,10.389907836914062
RRDIP,λ=8,65536,0,709745,10.829849243164062
RRDIP,λ=8,65536,0,754401,11.511245727539062
RRDIP,λ=8,65536,0,848769,12.951187133789062
RRDIP,λ=8,65536,0,729857,11.136734008789062
RRDIP,λ=8,65536,0,732993,11.184585571289062
RRDIP,λ=8,65536,0,733761,11.196304321289062
RRDIP,λ=8,65536,0,775233,11.829116821289062
RRDIP,λ=8,65536,0,734513,11.207778930664062
RRDIP,λ=8,65536,0,754689,11.515640258789062
RRDIP,λ=8,65536,0,784241,11.966567993164062
RRDIP,λ=8,65536,0,730225,11.142349243164062
RRDIP,λ=8,65536,0,736721,11.241470336914062
RRDIP,λ=8,65536,0,749169,11.431411743164062
RRDIP,λ=8,65536,0,691729,10.554946899414062
RRDIP,λ=8,65536,0,694273,10.593765258789062
RRDIP,λ=8,65536,0,756225,11.539077758789062
RRDIP,λ=8,65536,0,761137,11.614028930664062
RRDIP,λ=8,65536,0,740209,11.294692993164062
RRDIP,λ=8,65536,0,750849,11.457046508789062
RRDIP,λ=8,65536,0,710769,10.845474243164062
RRDIP,λ=8,65536,0,767345,11.708755493164062
RRDIP,λ=8,65536,0,684817,10.449478149414062
RRDIP,λ=8,65536,0,683873,10.435073852539062
RRDIP,λ=8,65536,0,700641,10.690933227539062
RRDIP,λ=8,65536,0,759041,11.582046508789062
RRDIP,λ=8,65536,0,804929,12.282241821289062
RRDIP,λ=8,65536,0,804161,12.270523071289062
RRDIP,λ=8,65536,0,821665,12.537612915039062
RRDIP,λ=8,65536,0,788721,12.034927368164062
RRDIP,λ=8,65536,0,769409,11.740249633789062
RRDIP,λ=8,65536,0,735089,11.216567993164062
RRDIP,λ=8,65536,0,675217,10.302993774414062
RRDIP,λ=8,65536,0,719585,10.979995727539062
RRDIP,λ=8,65536,0,719377,10.976821899414062
RHDIP,λ=8,65536,0,758561,11.574722290039062
RHDIP,λ=8,65536,0,720673,10.996597290039062
RHDIP,λ=8,65536,0,675905,10.313491821289062
RHDIP,λ=8,65536,0,776369,11.846450805664062
RHDIP,λ=8,65536,0,703809,10.739273071289062
RHDIP,λ=8,65536,0,642481,9.803482055664062
RHDIP,λ=8,65536,0,704609,10.751480102539062
RHDIP,λ=8,65536,0,703745,10.738296508789062
RHDIP,λ=8,65536,0,693361,10.579849243164062
RHDIP,λ=8,65536,0,673745,10.280532836914062
RHDIP,λ=8,65536,0,740113,11.293228149414062
RHDIP,λ=8,65536,0,677297,10.334732055664062
RHDIP,λ=8,65536,0,651633,9.943130493164062
RHDIP,λ=8,65536,0,725281,11.066909790039062
RHDIP,λ=8,65536,0,722257,11.020767211914062
RHDIP,λ=8,65536,0,721793,11.013687133789062
RHDIP,λ=8,65536,0,708385,10.809097290039062
RHDIP,λ=8,65536,0,673905,10.282974243164062
RHDIP,λ=8,65536,0,759489,11.588882446289062
RHDIP,λ=8,65536,0,694465,10.596694946289062
RHDIP,λ=8,65536,0,675809,10.312026977539062
RHDIP,λ=8,65536,0,790529,12.062515258789062
RHDIP,λ=8,65536,0,684801,10.449234008789062
RHDIP,λ=8,65536,0,743553,11.345718383789062
RHDIP,λ=8,65536,0,671025,10.239028930664062
RHDIP,λ=8,65536,0,668961,10.207534790039062
RHDIP,λ=8,65536,0,698833,10.663345336914062
RHDIP,λ=8,65536,0,687169,10.485366821289062
RHDIP,λ=8,65536,0,738689,11.271499633789062
RHDIP,λ=8,65536,0,943345,14.394302368164062
RHDIP,λ=8,65536,0,737697,11.256362915039062
RHDIP,λ=8,65536,0,704289,10.746597290039062
RHDIP,λ=8,65536,0,695921,10.618911743164062
RHDIP,λ=8,65536,0,745601,11.376968383789062
RHDIP,λ=8,65536,0,707009,10.788101196289062
RHDIP,λ=8,65536,0,742769,11.333755493164062
RHDIP,λ=8,65536,0,740449,11.298355102539062
RHDIP,λ=8,65536,0,722241,11.020523071289062
RHDIP,λ=8,65536,0,695937,10.619155883789062
RHDIP,λ=8,65536,0,693825,10.586929321289062
RHDIP,λ=8,65536,0,735297,11.219741821289062
RHDIP,λ=8,65536,0,644801,9.838882446289062
RHDIP,λ=8,65536,0,672145,10.256118774414062
RHDIP,λ=8,65536,0,709345,10.823745727539062
RHDIP,λ=8,65536,0,707729,10.799087524414062
RHDIP,λ=8,65536,0,757761,11.562515258789062
RHDIP,λ=8,65536,0,681057,10.392105102539062
RHDIP,λ=8,65536,0,741185,11.309585571289062
RHDIP,λ=8,65536,0,674433,10.291030883789062
RHDIP,λ=8,65536,0,713009,10.879653930664062
RHDIP,λ=8,65536,0,652177,9.951431274414062
RHDIP,λ=8,65536,0,656545,10.018081665039062
RHDIP,λ=8,65536,0,736849,11.243423461914062
RHDIP,λ=8,65536,0,812081,12.391372680664062
RHDIP,λ=8,65536,0,848449,12.946304321289062
RHDIP,λ=8,65536,0,676385,10.320816040039062
RHDIP,λ=8,65536,0,673537,10.277359008789062
RHDIP,λ=8,65536,0,734593,11.208999633789062
RHDIP,λ=8,65536,0,685249,10.456069946289062
RHDIP,λ=8,65536,0,750033,11.444595336914062
RHDIP,λ=8,65536,0,749121,11.430679321289062
RHDIP,λ=8,65536,0,682257,10.410415649414062
RHDIP,λ=8,65536,0,783121,11.949478149414062
RHDIP,λ=8,65536,0,798737,12.187759399414062
RHDIP,λ=8,65536,0,655505,10.002212524414062
RHDIP,λ=8,65536,0,754385,11.511001586914062
RHDIP,λ=8,65536,0,697985,10.650405883789062
RHDIP,λ=8,65536,0,751921,11.473403930664062
RHDIP,λ=8,65536,0,749441,11.435562133789062
RHDIP,λ=8,65536,0,651233,9.937026977539062
RHDIP,λ=8,65536,0,758737,11.577407836914062
RHDIP,λ=8,65536,0,664865,10.145034790039062
RHDIP,λ=8,65536,0,754689,11.515640258789062
RHDIP,λ=8,65536,0,649313,9.907730102539062
RHDIP,λ=8,65536,0,745249,11.371597290039062
RHDIP,λ=8,65536,0,737873,11.259048461914062
RHDIP,λ=8,65536,0,667969,10.192398071289062
RHDIP,λ=8,65536,0,633297,9.663345336914062
RHDIP,λ=8,65536,0,693937,10.588638305664062
RHDIP,λ=8,65536,0,686769,10.479263305664062
RHDIP,λ=8,65536,0,749585,11.437759399414062
RHDIP,λ=8,65536,0,662641,10.111099243164062
RHDIP,λ=8,65536,0,784513,11.970718383789062
RHDIP,λ=8,65536,0,725169,11.065200805664062
RHDIP,λ=8,65536,0,726673,11.088150024414062
RHDIP,λ=8,65536,0,696145,10.622329711914062
RHDIP,λ=8,65536,0,728385,11.114273071289062
RHDIP,λ=8,65536,0,734161,11.202407836914062
RHDIP,λ=8,65536,0,740369,11.297134399414062
RHDIP,λ=8,65536,0,657489,10.032485961914062
RHDIP,λ=8,65536,0,714113,10.896499633789062
RHDIP,λ=8,65536,0,693153,10.576675415039062
RHDIP,λ=8,65536,0,739201,11.279312133789062
RHDIP,λ=8,65536,0,726593,11.086929321289062
RHDIP,λ=8,65536,0,690337,10.533706665039062
RHDIP,λ=8,65536,0,723297,11.036636352539062
RHDIP,λ=8,65536,0,672545,10.262222290039062
RHDIP,λ=8,65536,0,672689,10.264419555664062
RHDIP,λ=8,65536,0,702689,10.722183227539062
RHDIP,λ=8,65536,0,732609,11.178726196289062
RHLIP,λ=8,65536,0,713409,10.885757446289062
RHLIP,λ=8,65536,0,694177,10.592300415039062
RHLIP,λ=8,65536,0,765201,11.676040649414062
RHLIP,λ=8,65536,0,751329,11.464370727539062
RHLIP,λ=8,65536,0,693713,10.585220336914062
RHLIP,λ=8,65536,0,691425,10.550308227539062
RHLIP,λ=8,65536,0,729665,11.133804321289062
RHLIP,λ=8,65536,0,714657,10.904800415039062
RHLIP,λ=8,65536,0,720497,10.993911743164062
RHLIP,λ=8,65536,0,690961,10.543228149414062
RHLIP,λ=8,65536,0,780033,11.902359008789062
RHLIP,λ=8,65536,0,759601,11.590591430664062
RHLIP,λ=8,65536,0,722369,11.022476196289062
RHLIP,λ=8,65536,0,715425,10.916519165039062
RHLIP,λ=8,65536,0,757169,11.553482055664062
RHLIP,λ=8,65536,0,780833,11.914566040039062
RHLIP,λ=8,65536,0,760177,11.599380493164062
RHLIP,λ=8,65536,0,677153,10.332534790039062
RHLIP,λ=8,65536,0,708817,10.815689086914062
RHLIP,λ=8,65536,0,695873,10.618179321289062
RHLIP,λ=8,65536,0,727073,11.094253540039062
RHLIP,λ=8,65536,0,825025,12.588882446289062
RHLIP,λ=8,65536,0,800353,12.212417602539062
RHLIP,λ=8,65536,0,793057,12.101089477539062
RHLIP,λ=8,65536,0,704961,10.756851196289062
RHLIP,λ=8,65536,0,722769,11.028579711914062
RHLIP,λ=8,65536,0,660113,10.072525024414062
RHLIP,λ=8,65536,0,743169,11.339859008789062
RHLIP,λ=8,65536,0,676209,10.318130493164062
RHLIP,λ=8,65536,0,764913,11.671646118164062
RHLIP,λ=8,65536,0,723105,11.033706665039062
RHLIP,λ=8,65536,0,715537,10.918228149414062
RHLIP,λ=8,65536,0,770401,11.755386352539062
RHLIP,λ=8,65536,0,735665,11.225357055664062
RHLIP,λ=8,65536,0,695089,10.606216430664062
RHLIP,λ=8,65536,0,731089,11.155532836914062
RHLIP,λ=8,65536,0,740449,11.298355102539062
RHLIP,λ=8,65536,0,825601,12.597671508789062
RHLIP,λ=8,65536,0,730273,11.143081665039062
RHLIP,λ=8,65536,0,816865,12.464370727539062
RHLIP,λ=8,65536,0,683025,10.422134399414062
RHLIP,λ=8,65536,0,824385,12.579116821289062
RHLIP,λ=8,65536,0,675233,10.303237915039062
RHLIP,λ=8,65536,0,708433,10.809829711914062
RHLIP,λ=8,65536,0,768753,11.730239868164062
RHLIP,λ=8,65536,0,676465,10.322036743164062
RHLIP,λ=8,65536,0,791153,12.072036743164062
RHLIP,λ=8,65536,0,705537,10.765640258789062
RHLIP,λ=8,65536,0,732945,11.183853149414062
RHLIP,λ=8,65536,0,775553,11.833999633789062
RHLIP,λ=8,65536,0,818033,12.482192993164062
RHLIP,λ=8,65536,0,715377,10.915786743164062
RHLIP,λ=8,65536,0,676449,10.321792602539062
RHLIP,λ=8,65536,0,841489,12.840103149414062
RHLIP,λ=8,65536,0,831521,12.688003540039062
RHLIP,λ=8,65536,0,735777,11.227066040039062
RHLIP,λ=8,65536,0,752737,11.485855102539062
RHLIP,λ=8,65536,0,703249,10.730728149414062
RHLIP,λ=8,65536,0,721761,11.013198852539062
RHLIP,λ=8,65536,0,755649,11.530288696289062
RHLIP,λ=8,65536,0,738353,11.266372680664062
RHLIP,λ=8,65536,0,666529,10.170425415039062
RHLIP,λ=8,65536,0,751121,11.461196899414062
RHLIP,λ=8,65536,0,736273,11.234634399414062
RHLIP,λ=8,65536,0,682753,10.417984008789062
RHLIP,λ=8,65536,0,741297,11.311294555664062
RHLIP,λ=8,65536,0,749089,11.430191040039062
RHLIP,λ=8,65536,0,700145,10.683364868164062
RHLIP,λ=8,65536,0,722753,11.028335571289062
RHLIP,λ=8,65536,0,697361,10.640884399414062
RHLIP,λ=8,65536,0,690897,10.542251586914062
RHLIP,λ=8,65536,0,682433,10.413101196289062
RHLIP,λ=8,65536,0,671249,10.242446899414062
RHLIP,λ=8,65536,0,704353,10.747573852539062
RHLIP,λ=8,65536,0,742305,11.326675415039062
RHLIP,λ=8,65536,0,685665,10.462417602539062
RHLIP,λ=8,65536,0,694321,10.594497680664062
RHLIP,λ=8,65536,0,674193,10.287368774414062
RHLIP,λ=8,65536,0,742161,11.324478149414062
RHLIP,λ=8,65536,0,724737,11.058609008789062
RHLIP,λ=8,65536,0,708705,10.813980102539062
RHLIP,λ=8,65536,0,779937,11.900894165039062
RHLIP,λ=8,65536,0,689073,10.514419555664062
RHLIP,λ=8,65536,0,700593,10.690200805664062
RHLIP,λ=8,65536,0,709329,10.823501586914062
RHLIP,λ=8,65536,0,690545,10.536880493164062
RHLIP,λ=8,65536,0,680625,10.385513305664062
RHLIP,λ=8,65536,0,787649,12.018569946289062
RHLIP,λ=8,65536,0,691105,10.545425415039062
RHLIP,λ=8,65536,0,724385,11.053237915039062
RHLIP,λ=8,65536,0,728305,11.113052368164062
RHLIP,λ=8,65536,0,822577,12.551528930664062
RHLIP,λ=8,65536,0,688273,10.502212524414062
RHLIP,λ=8,65536,0,737217,11.249038696289062
RHLIP,λ=8,65536,0,712321,10.869155883789062
RHLIP,λ=8,65536,0,689409,10.519546508789062
RHLIP,λ=8,65536,0,761201,11.615005493164062
RHLIP,λ=8,65536,0,688641,10.507827758789062
RHLIP,λ=8,65536,0,724033,11.047866821289062
RHLIP,λ=8,65536,0,721889,11.015151977539062
RRLIP,λ=8,65536,0,801969,12.237075805664062
RRLIP,λ=8,65536,0,835105,12.742691040039062
RRLIP,λ=8,65536,0,738401,11.267105102539062
RRLIP,λ=8,65536,0,742289,11.326431274414062
RRLIP,λ=8,65536,0,722193,11.019790649414062
RRLIP,λ=8,65536,0,721201,11.004653930664062
RRLIP,λ=8,65536,0,717905,10.954360961914062
RRLIP,λ=8,65536,0,825569,12.597183227539062
RRLIP,λ=8,65536,0,707889,10.801528930664062
RRLIP,λ=8,65536,0,731409,11.160415649414062
RRLIP,λ=8,65536,0,745025,11.368179321289062
RRLIP,λ=8,65536,0,755745,11.531753540039062
RRLIP,λ=8,65536,0,789553,12.047622680664062
RRLIP,λ=8,65536,0,713025,10.879898071289062
RRLIP,λ=8,65536,0,805793,12.295425415039062
RRLIP,λ=8,65536,0,715649,10.919937133789062
RRLIP,λ=8,65536,0,756817,11.548110961914062
RRLIP,λ=8,65536,0,796529,12.154067993164062
RRLIP,λ=8,65536,0,717425,10.947036743164062
RRLIP,λ=8,65536,0,762241,11.630874633789062
RRLIP,λ=8,65536,0,733729,11.195816040039062
RRLIP,λ=8,65536,0,713569,10.888198852539062
RRLIP,λ=8,65536,0,769473,11.741226196289062
RRLIP,λ=8,65536,0,815729,12.447036743164062
RRLIP,λ=8,65536,0,718929,10.969985961914062
RRLIP,λ=8,65536,0,701873,10.709732055664062
RRLIP,λ=8,65536,0,777073,11.857192993164062
RRLIP,λ=8,65536,0,756913,11.549575805664062
RRLIP,λ=8,65536,0,732209,11.172622680664062
RRLIP,λ=8,65536,0,722465,11.023941040039062
RRLIP,λ=8,65536,0,825393,12.594497680664062
RRLIP,λ=8,65536,0,826993,12.618911743164062
RRLIP,λ=8,65536,0,735361,11.220718383789062
RRLIP,λ=8,65536,0,737089,11.247085571289062
RRLIP,λ=8,65536,0,870801,13.287368774414062
RRLIP,λ=8,65536,0,712657,10.874282836914062
RRLIP,λ=8,65536,0,801233,12.225845336914062
RRLIP,λ=8,65536,0,682017,10.406753540039062
RRLIP,λ=8,65536,0,713409,10.885757446289062
RRLIP,λ=8,65536,0,751777,11.471206665039062
RRLIP,λ=8,65536,0,774241,11.813980102539062
RRLIP,λ=8,65536,0,720065,10.987319946289062
RRLIP,λ=8,65536,0,847649,12.934097290039062
RRLIP,λ=8,65536,0,731137,11.156265258789062
RRLIP,λ=8,65536,0,727841,11.105972290039062
RRLIP,λ=8,65536,0,775345,11.830825805664062
RRLIP,λ=8,65536,0,725617,11.072036743164062
RRLIP,λ=8,65536,0,729057,11.124526977539062
RRLIP,λ=8,65536,0,701985,10.711441040039062
RRLIP,λ=8,65536,0,876145,13.368911743164062
RRLIP,λ=8,65536,0,726785,11.089859008789062
RRLIP,λ=8,65536,0,694385,10.595474243164062
RRLIP,λ=8,65536,0,752401,11.480728149414062
RRLIP,λ=8,65536,0,761713,11.622817993164062
RRLIP,λ=8,65536,0,732289,11.173843383789062
RRLIP,λ=8,65536,0,860065,13.123550415039062
RRLIP,λ=8,65536,0,792113,12.086685180664062
RRLIP,λ=8,65536,0,763105,11.644058227539062
RRLIP,λ=8,65536,0,741777,11.318618774414062
RRLIP,λ=8,65536,0,766193,11.691177368164062
RRLIP,λ=8,65536,0,785121,11.979995727539062
RRLIP,λ=8,65536,0,744945,11.366958618164062
RRLIP,λ=8,65536,0,677345,10.335464477539062
RRLIP,λ=8,65536,0,767617,11.712905883789062
RRLIP,λ=8,65536,0,730849,11.151870727539062
RRLIP,λ=8,65536,0,853457,13.022720336914062
RRLIP,λ=8,65536,0,723569,11.040786743164062
RRLIP,λ=8,65536,0,721921,11.015640258789062
RRLIP,λ=8,65536,0,820801,12.524429321289062
RRLIP,λ=8,65536,0,779473,11.893814086914062
RRLIP,λ=8,65536,0,736721,11.241470336914062
RRLIP,λ=8,65536,0,776849,11.853775024414062
RRLIP,λ=8,65536,0,775201,11.828628540039062
RRLIP,λ=8,65536,0,761905,11.625747680664062
RRLIP,λ=8,65536,0,750529,11.452163696289062
RRLIP,λ=8,65536,0,713105,10.881118774414062
RRLIP,λ=8,65536,0,745441,11.374526977539062
RRLIP,λ=8,65536,0,752433,11.481216430664062
RRLIP,λ=8,65536,0,719889,10.984634399414062
RRLIP,λ=8,65536,0,762865,11.640396118164062
RRLIP,λ=8,65536,0,710881,10.847183227539062
RRLIP,λ=8,65536,0,674737,10.295669555664062
RRLIP,λ=8,65536,0,767345,11.708755493164062
RRLIP,λ=8,65536,0,726289,11.082290649414062
RRLIP,λ=8,65536,0,760385,11.602554321289062
RRLIP,λ=8,65536,0,711633,10.858657836914062
RRLIP,λ=8,65536,0,746017,11.383316040039062
RRLIP,λ=8,65536,0,700993,10.696304321289062
RRLIP,λ=8,65536,0,691617,10.553237915039062
RRLIP,λ=8,65536,0,691041,10.544448852539062
RRLIP,λ=8,65536,0,744129,11.354507446289062
RRLIP,λ=8,65536,0,746273,11.387222290039062
RRLIP,λ=8,65536,0,708993,10.818374633789062
RRLIP,λ=8,65536,0,730545,11.147232055664062
RRLIP,λ=8,65536,0,898209,13.705581665039062
RRLIP,λ=8,65536,0,780385,11.907730102539062
RRLIP,λ=8,65536,0,723121,11.033950805664062
RRLIP,λ=8,65536,0,868097,13.246109008789062
RRLIP,λ=8,65536,0,823409,12.564224243164062
RSLIP,λ=8,65536,0,958641,14.627700805664062
RSLIP,λ=8,65536,0,877345,13.387222290039062
RSLIP,λ=8,65536,0,1011457,15.433609008789062
RSLIP,λ=8,65536,0,975425,14.883804321289062
RSLIP,λ=8,65536,0,975217,14.880630493164062
RSLIP,λ=8,65536,0,923889,14.097427368164062
RSLIP,λ=8,65536,0,1147969,17.516616821289062
RSLIP,λ=8,65536,0,977985,14.922866821289062
RSLIP,λ=8,65536,0,944129,14.406265258789062
RSLIP,λ=8,65536,0,993729,15.163101196289062
RSLIP,λ=8,65536,0,910625,13.895034790039062
RSLIP,λ=8,65536,0,949697,14.491226196289062
RSLIP,λ=8,65536,0,944961,14.418960571289062
RSLIP,λ=8,65536,0,1004465,15.326919555664062
RSLIP,λ=8,65536,0,1170833,17.865493774414062
RSLIP,λ=8,65536,0,1033281,15.766616821289062
RSLIP,λ=8,65536,0,999521,15.251480102539062
RSLIP,λ=8,65536,0,1021233,15.582778930664062
RSLIP,λ=8,65536,0,997265,15.217056274414062
RSLIP,λ=8,65536,0,991377,15.127212524414062
RSLIP,λ=8,65536,0,1306257,19.931900024414062
RSLIP,λ=8,65536,0,1019745,15.560073852539062
RSLIP,λ=8,65536,0,1020977,15.578872680664062
RSLIP,λ=8,65536,0,1020449,15.570816040039062
RSLIP,λ=8,65536,0,1023601,15.618911743164062
RSLIP,λ=8,65536,0,994385,15.173110961914062
RSLIP,λ=8,65536,0,942881,14.387222290039062
RSLIP,λ=8,65536,0,959697,14.643814086914062
RSLIP,λ=8,65536,0,1003009,15.304702758789062
RSLIP,λ=8,65536,0,893297,13.630630493164062
RSLIP,λ=8,65536,0,1006081,15.351577758789062
RSLIP,λ=8,65536,0,952657,14.536392211914062
RSLIP,λ=8,65536,0,919969,14.037612915039062
RSLIP,λ=8,65536,0,926929,14.143814086914062
RSLIP,λ=8,65536,0,976929,14.906753540039062
RSLIP,λ=8,65536,0,943537,14.397232055664062
RSLIP,λ=8,65536,0,959761,14.644790649414062
RSLIP,λ=8,65536,0,1027217,15.674087524414062
RSLIP,λ=8,65536,0,943793,14.401138305664062
RSLIP,λ=8,65536,0,988929,15.089859008789062
RSLIP,λ=8,65536,0,952241,14.530044555664062
RSLIP,λ=8,65536,0,1045297,15.949966430664062
RSLIP,λ=8,65536,0,1046481,15.968032836914062
RSLIP,λ=8,65536,0,1000305,15.263442993164062
RSLIP,λ=8,65536,0,987121,15.062271118164062
RSLIP,λ=8,65536,0,1010481,15.418716430664062
RSLIP,λ=8,65536,0,934321,14.256607055664062
RSLIP,λ=8,65536,0,998545,15.236587524414062
RSLIP,λ=8,65536,0,1018849,15.546401977539062
RSLIP,λ=8,65536,0,1087073,16.587417602539062
RSLIP,λ=8,65536,0,996033,15.198257446289062
RSLIP,λ=8,65536,0,940673,14.353530883789062
RSLIP,λ=8,65536,0,962033,14.679458618164062
RSLIP,λ=8,65536,0,1009569,15.404800415039062
RSLIP,λ=8,65536,0,1013825,15.469741821289062
RSLIP,λ=8,65536,0,949281,14.484878540039062
RSLIP,λ=8,65536,0,986801,15.057388305664062
RSLIP,λ=8,65536,0,958001,14.617935180664062
RSLIP,λ=8,65536,0,1036641,15.817886352539062
RSLIP,λ=8,65536,0,1038129,15.840591430664062
RSLIP,λ=8,65536,0,974465,14.869155883789062
RSLIP,λ=8,65536,0,935761,14.278579711914062
RSLIP,λ=8,65536,0,989793,15.103042602539062
RSLIP,λ=8,65536,0,1036241,15.811782836914062
RSLIP,λ=8,65536,0,957889,14.616226196289062
RSLIP,λ=8,65536,0,1093425,16.684341430664062
RSLIP,λ=8,65536,0,922689,14.079116821289062
RSLIP,λ=8,65536,0,991121,15.123306274414062
RSLIP,λ=8,65536,0,898577,13.711196899414062
RSLIP,λ=8,65536,0,936993,14.297378540039062
RSLIP,λ=8,65536,0,979873,14.951675415039062
RSLIP,λ=8,65536,0,978305,14.927749633789062
RSLIP,λ=8,65536,0,974833,14.874771118164062
RSLIP,λ=8,65536,0,1032401,15.753189086914062
RSLIP,λ=8,65536,0,1004241,15.323501586914062
RSLIP,λ=8,65536,0,1115329,17.018569946289062
RSLIP,λ=8,65536,0,981953,14.983413696289062
RSLIP,λ=8,65536,0,1059809,16.171401977539062
RSLIP,λ=8,65536,0,958465,14.625015258789062
RSLIP,λ=8,65536,0,916113,13.978775024414062
RSLIP,λ=8,65536,0,962049,14.679702758789062
RSLIP,λ=8,65536,0,974433,14.868667602539062
RSLIP,λ=8,65536,0,1028609,15.695327758789062
RSLIP,λ=8,65536,0,921057,14.054214477539062
RSLIP,λ=8,65536,0,1088785,16.613540649414062
RSLIP,λ=8,65536,0,1036401,15.814224243164062
RSLIP,λ=8,65536,0,929425,14.181900024414062
RSLIP,λ=8,65536,0,1242897,18.965103149414062
RSLIP,λ=8,65536,0,906481,13.831802368164062
RSLIP,λ=8,65536,0,983809,15.011734008789062
RSLIP,λ=8,65536,0,928065,14.161148071289062
RSLIP,λ=8,65536,0,1369137,20.891372680664062
RSLIP,λ=8,65536,0,933745,14.247817993164062
RSLIP,λ=8,65536,0,885521,13.511978149414062
RSLIP,λ=8,65536,0,868209,13.247817993164062
RSLIP,λ=8,65536,0,985009,15.030044555664062
RSLIP,λ=8,65536,0,1061809,16.201919555664062
RSLIP,λ=8,65536,0,947505,14.457778930664062
RSLIP,λ=8,65536,0,917345,13.997573852539062
RSLIP,λ=8,65536,0,964193,14.712417602539062
RSDCD,λ=8,65536,0,1102633,16.824844360351562
RSDCD,λ=8,65536,0,848886,12.952972412109375
RSDCD,λ=8,65536,0,1090989,16.647171020507812
RSDCD,λ=8,65536,0,954109,14.558547973632812
RSDCD,λ=8,65536,0,1010135,15.413436889648438
RSDCD,λ=8,65536,0,817126,12.468353271484375
RSDCD,λ=8,65536,0,940102,14.344818115234375
RSDCD,λ=8,65536,0,823755,12.569503784179688
RSDCD,λ=8,65536,0,908115,13.856735229492188
RSDCD,λ=8,65536,0,1018857,15.546524047851562
RSDCD,λ=8,65536,0,865809,13.211196899414062
RSDCD,λ=8,65536,0,868211,13.247848510742188
RSDCD,λ=8,65536,0,843331,12.868209838867188
RSDCD,λ=8,65536,0,834848,12.73876953125
RSDCD,λ=8,65536,0,918913,14.021499633789062
RSDCD,λ=8,65536,0,867106,13.230987548828125
RSDCD,λ=8,65536,0,843793,12.875259399414062
RSDCD,λ=8,65536,0,886425,13.525772094726562
RSDCD,λ=8,65536,0,880505,13.435440063476562
RSDCD,λ=8,65536,0,869707,13.270675659179688
RSDCD,λ=8,65536,0,911865,13.913955688476562
RSDCD,λ=8,65536,0,1005120,15.3369140625
RSDCD,λ=8,65536,0,841190,12.835540771484375
RSDCD,λ=8,65536,0,824333,12.578323364257812
RSDCD,λ=8,65536,0,1070413,16.333206176757812
RSDCD,λ=8,65536,0,793295,12.104721069335938
RSDCD,λ=8,65536,0,848087,12.940780639648438
RSDCD,λ=8,65536,0,814082,12.421905517578125
RSDCD,λ=8,65536,0,886110,13.520965576171875
RSDCD,λ=8,65536,0,824028,12.57366943359375
RSDCD,λ=8,65536,0,869608,13.2691650390625
RSDCD,λ=8,65536,0,805508,12.29107666015625
RSDCD,λ=8,65536,0,829351,12.654891967773438
RSDCD,λ=8,65536,0,867474,13.236602783203125
RSDCD,λ=8,65536,0,907925,13.853836059570312
RSDCD,λ=8,65536,0,934690,14.262237548828125
RSDCD,λ=8,65536,0,922032,14.069091796875
RSDCD,λ=8,65536,0,844745,12.889785766601562
RSDCD,λ=8,65536,0,972041,14.832168579101562
RSDCD,λ=8,65536,0,1004616,15.3292236328125
RSDCD,λ=8,65536,0,1005778,15.346954345703125
RSDCD,λ=8,65536,0,922229,14.072097778320312
RSDCD,λ=8,65536,0,900694,13.743499755859375
RSDCD,λ=8,65536,0,862215,13.156356811523438
RSDCD,λ=8,65536,0,1047064,15.9769287109375
RSDCD,λ=8,65536,0,981402,14.975006103515625
RSDCD,λ=8,65536,0,998236,15.23187255859375
RSDCD,λ=8,65536,0,867192,13.2322998046875
RSDCD,λ=8,65536,0,838207,12.790023803710938
RSDCD,λ=8,65536,0,835197,12.744094848632812
RSDCD,λ=8,65536,0,861400,13.1439208984375
RSDCD,λ=8,65536,0,844543,12.886703491210938
RSDCD,λ=8,65536,0,903210,13.781890869140625
RSDCD,λ=8,65536,0,892397,13.616897583007812
RSDCD,λ=8,65536,0,900449,13.739761352539062
RSDCD,λ=8,65536,0,914136,13.9486083984375
RSDCD,λ=8,65536,0,866083,13.215377807617188
RSDCD,λ=8,65536,0,869357,13.265335083007812
RSDCD,λ=8,65536,0,957376,14.6083984375
RSDCD,λ=8,65536,0,902695,13.774032592773438
RSDCD,λ=8,65536,0,842520,12.8558349609375
RSDCD,λ=8,65536,0,805693,12.293899536132812
RSDCD,λ=8,65536,0,799903,12.205551147460938
RSDCD,λ=8,65536,0,876332,13.37176513671875
RSDCD,λ=8,65536,0,930250,14.194488525390625
RSDCD,λ=8,65536,0,824366,12.578826904296875
RSDCD,λ=8,65536,0,972854,14.844573974609375
RSDCD,λ=8,65536,0,923219,14.087203979492188
RSDCD,λ=8,65536,0,902107,13.765060424804688
RSDCD,λ=8,65536,0,885731,13.515182495117188
RSDCD,λ=8,65536,0,909173,13.872879028320312
RSDCD,λ=8,65536,0,857554,13.085235595703125
RSDCD,λ=8,65536,0,928910,14.174041748046875
RSDCD,λ=8,65536,0,913492,13.93878173828125
RSDCD,λ=8,65536,0,962064,14.679931640625
RSDCD,λ=8,65536,0,880736,13.43896484375
RSDCD,λ=8,65536,0,851915,12.999191284179688
RSDCD,λ=8,65536,0,999825,15.256118774414062
RSDCD,λ=8,65536,0,819926,12.511077880859375
RSDCD,λ=8,65536,0,869571,13.268600463867188
RSDCD,λ=8,65536,0,983003,14.999435424804688
RSDCD,λ=8,65536,0,1061828,16.20220947265625
RSDCD,λ=8,65536,0,903099,13.780197143554688
RSDCD,λ=8,65536,0,855078,13.047454833984375
RSDCD,λ=8,65536,0,855880,13.0596923828125
RSDCD,λ=8,65536,0,835968,12.755859375
RSDCD,λ=8,65536,0,935466,14.274078369140625
RSDCD,λ=8,65536,0,834856,12.7388916015625
RSDCD,λ=8,65536,0,878404,13.40338134765625
RSDCD,λ=8,65536,0,822190,12.545623779296875
RSDCD,λ=8,65536,0,890090,13.581695556640625
RSDCD,λ=8,65536,0,821526,12.535491943359375
RSDCD,λ=8,65536,0,929110,14.177093505859375
RSDCD,λ=8,65536,0,823767,12.569686889648438
RSDCD,λ=8,65536,0,845550,12.902069091796875
RSDCD,λ=8,65536,0,810143,12.361801147460938
RSDCD,λ=8,65536,0,1022219,15.597824096679688
RSDCD,λ=8,65536,0,893841,13.638931274414062
RSDCD,λ=8,65536,0,914790,13.958587646484375
RSDCD,λ=8,65536,0,884814,13.501190185546875
RRDCD,λ=8,65536,0,695236,10.60845947265625
RRDCD,λ=8,65536,0,721094,11.003021240234375
RRDCD,λ=8,65536,0,651044,9.93414306640625
RRDCD,λ=8,65536,0,639639,9.760116577148438
RRDCD,λ=8,65536,0,759670,11.591644287109375
RRDCD,λ=8,65536,0,662027,10.101730346679688
RRDCD,λ=8,65536,0,725890,11.076202392578125
RRDCD,λ=8,65536,0,686327,10.472518920898438
RRDCD,λ=8,65536,0,690261,10.532546997070312
RRDCD,λ=8,65536,0,717095,10.942001342773438
RRDCD,λ=8,65536,0,778835,11.884078979492188
RRDCD,λ=8,65536,0,638644,9.74493408203125
RRDCD,λ=8,65536,0,716787,10.937301635742188
RRDCD,λ=8,65536,0,704470,10.749359130859375
RRDCD,λ=8,65536,0,728032,11.10888671875
RRDCD,λ=8,65536,0,651281,9.937759399414062
RRDCD,λ=8,65536,0,651796,9.94561767578125
RRDCD,λ=8,65536,0,644852,9.83966064453125
RRDCD,λ=8,65536,0,685601,10.461441040039062
RRDCD,λ=8,65536,0,704818,10.754669189453125
RRDCD,λ=8,65536,0,614338,9.374053955078125
RRDCD,λ=8,65536,0,692145,10.561294555664062
RRDCD,λ=8,65536,0,687960,10.4974365234375
RRDCD,λ=8,65536,0,746256,11.386962890625
RRDCD,λ=8,65536,0,699516,10.67376708984375
RRDCD,λ=8,65536,0,730854,11.151947021484375
RRDCD,λ=8,65536,0,673574,10.277923583984375
RRDCD,λ=8,65536,0,671346,10.243927001953125
RRDCD,λ=8,65536,0,619118,9.446990966796875
RRDCD,λ=8,65536,0,810308,12.36431884765625
RRDCD,λ=8,65536,0,677401,10.336318969726562
RRDCD,λ=8,65536,0,780465,11.908950805664062
RRDCD,λ=8,65536,0,727210,11.096343994140625
RRDCD,λ=8,65536,0,721350,11.006927490234375
RRDCD,λ=8,65536,0,692647,10.568954467773438
RRDCD,λ=8,65536,0,774244,11.81402587890625
RRDCD,λ=8,65536,0,685693,10.462844848632812
RRDCD,λ=8,65536,0,680150,10.378265380859375
RRDCD,λ=8,65536,0,665378,10.152862548828125
RRDCD,λ=8,65536,0,655606,10.003753662109375
RRDCD,λ=8,65536,0,669855,10.221176147460938
RRDCD,λ=8,65536,0,659466,10.062652587890625
RRDCD,λ=8,65536,0,676388,10.32086181640625
RRDCD,λ=8,65536,0,765395,11.679000854492188
RRDCD,λ=8,65536,0,726903,11.091659545898438
RRDCD,λ=8,65536,0,666848,10.17529296875
RRDCD,λ=8,65536,0,674263,10.288436889648438
RRDCD,λ=8,65536,0,676007,10.315048217773438
RRDCD,λ=8,65536,0,685660,10.46234130859375
RRDCD,λ=8,65536,0,663375,10.122299194335938
RRDCD,λ=8,65536,0,697968,10.650146484375
RRDCD,λ=8,65536,0,662304,10.10595703125
RRDCD,λ=8,65536,0,654642,9.989044189453125
RRDCD,λ=8,65536,0,701097,10.697891235351562
RRDCD,λ=8,65536,0,683893,10.435379028320312
RRDCD,λ=8,65536,0,749679,11.439193725585938
RRDCD,λ=8,65536,0,632924,9.65765380859375
RRDCD,λ=8,65536,0,691101,10.545364379882812
RRDCD,λ=8,65536,0,760810,11.609039306640625
RRDCD,λ=8,65536,0,781944,11.9315185546875
RRDCD,λ=8,65536,0,683517,10.429641723632812
RRDCD,λ=8,65536,0,663008,10.11669921875
RRDCD,λ=8,65536,0,691530,10.551910400390625
RRDCD,λ=8,65536,0,629968,9.612548828125
RRDCD,λ=8,65536,0,733154,11.187042236328125
RRDCD,λ=8,65536,0,659374,10.061248779296875
RRDCD,λ=8,65536,0,693604,10.58355712890625
RRDCD,λ=8,65536,0,632943,9.657943725585938
RRDCD,λ=8,65536,0,700137,10.683242797851562
RRDCD,λ=8,65536,0,686382,10.473358154296875
RRDCD,λ=8,65536,0,737057,11.246597290039062
RRDCD,λ=8,65536,0,749482,11.436187744140625
RRDCD,λ=8,65536,0,741336,11.3118896484375
RRDCD,λ=8,65536,0,714291,10.899215698242188
RRDCD,λ=8,65536,0,735151,11.217514038085938
RRDCD,λ=8,65536,0,753198,11.492889404296875
RRDCD,λ=8,65536,0,689893,10.526931762695312
RRDCD,λ=8,65536,0,706209,10.775894165039062
RRDCD,λ=8,65536,0,790990,12.069549560546875
RRDCD,λ=8,65536,0,660197,10.073806762695312
RRDCD,λ=8,65536,0,724172,11.04998779296875
RRDCD,λ=8,65536,0,709856,10.83154296875
RRDCD,λ=8,65536,0,682495,10.414047241210938
RRDCD,λ=8,65536,0,740495,11.299057006835938
RRDCD,λ=8,65536,0,717959,10.955184936523438
RRDCD,λ=8,65536,0,700248,10.6849365234375
RRDCD,λ=8,65536,0,722333,11.021926879882812
RRDCD,λ=8,65536,0,798725,12.187576293945312
RRDCD,λ=8,65536,0,649570,9.911651611328125
RRDCD,λ=8,65536,0,696353,10.625503540039062
RRDCD,λ=8,65536,0,650316,9.92303466796875
RRDCD,λ=8,65536,0,663296,10.12109375
RRDCD,λ=8,65536,0,652992,9.9638671875
RRDCD,λ=8,65536,0,700625,10.690689086914062
RRDCD,λ=8,65536,0,666740,10.17364501953125
RRDCD,λ=8,65536,0,766140,11.69036865234375
RRDCD,λ=8,65536,0,738667,11.271163940429688
RRDCD,λ=8,65536,0,666937,10.176651000976562
RRDCD,λ=8,65536,0,657713,10.035903930664062
RRDCD,λ=8,65536,0,659403,10.061691284179688
RHDCD,λ=8,65536,0,665169,10.149673461914062
RHDCD,λ=8,65536,0,654572,9.98797607421875
RHDCD,λ=8,65536,0,648966,9.902435302734375
RHDCD,λ=8,65536,0,679187,10.363571166992188
RHDCD,λ=8,65536,0,604859,9.229415893554688
RHDCD,λ=8,65536,0,693476,10.58160400390625
RHDCD,λ=8,65536,0,636655,9.714584350585938
RHDCD,λ=8,65536,0,602710,9.196624755859375
RHDCD,λ=8,65536,0,688435,10.504684448242188
RHDCD,λ=8,65536,0,659217,10.058853149414062
RHDCD,λ=8,65536,0,669308,10.21282958984375
RHDCD,λ=8,65536,0,682203,10.409591674804688
RHDCD,λ=8,65536,0,724399,11.053451538085938
RHDCD,λ=8,65536,0,724795,11.059494018554688
RHDCD,λ=8,65536,0,734630,11.209564208984375
RHDCD,λ=8,65536,0,656168,10.0123291015625
RHDCD,λ=8,65536,0,642574,9.804901123046875
RHDCD,λ=8,65536,0,692493,10.566604614257812
RHDCD,λ=8,65536,0,648546,9.896026611328125
RHDCD,λ=8,65536,0,699767,10.677597045898438
RHDCD,λ=8,65536,0,614260,9.37286376953125
RHDCD,λ=8,65536,0,669586,10.217071533203125
RHDCD,λ=8,65536,0,623376,9.511962890625
RHDCD,λ=8,65536,0,678528,10.353515625
RHDCD,λ=8,65536,0,676207,10.318099975585938
RHDCD,λ=8,65536,0,608676,9.28765869140625
RHDCD,λ=8,65536,0,728522,11.116363525390625
RHDCD,λ=8,65536,0,667356,10.18304443359375
RHDCD,λ=8,65536,0,636069,9.705642700195312
RHDCD,λ=8,65536,0,576531,8.797164916992188
RHDCD,λ=8,65536,0,695433,10.611465454101562
RHDCD,λ=8,65536,0,631785,9.640274047851562
RHDCD,λ=8,65536,0,634580,9.68292236328125
RHDCD,λ=8,65536,0,744160,11.35498046875
RHDCD,λ=8,65536,0,677216,10.33349609375
RHDCD,λ=8,65536,0,632764,9.65521240234375
RHDCD,λ=8,65536,0,609506,9.300323486328125
RHDCD,λ=8,65536,0,627740,9.57855224609375
RHDCD,λ=8,65536,0,748241,11.417251586914062
RHDCD,λ=8,65536,0,629360,9.603271484375
RHDCD,λ=8,65536,0,656213,10.013015747070312
RHDCD,λ=8,65536,0,600311,9.160018920898438
RHDCD,λ=8,65536,0,625374,9.542449951171875
RHDCD,λ=8,65536,0,662452,10.10821533203125
RHDCD,λ=8,65536,0,659801,10.067764282226562
RHDCD,λ=8,65536,0,683619,10.431198120117188
RHDCD,λ=8,65536,0,595863,9.092147827148438
RHDCD,λ=8,65536,0,687758,10.494354248046875
RHDCD,λ=8,65536,0,654465,9.986343383789062
RHDCD,λ=8,65536,0,604193,9.219253540039062
RHDCD,λ=8,65536,0,616995,9.414596557617188
RHDCD,λ=8,65536,0,627970,9.582061767578125
RHDCD,λ=8,65536,0,662587,10.110275268554688
RHDCD,λ=8,65536,0,684542,10.445281982421875
RHDCD,λ=8,65536,0,677950,10.344696044921875
RHDCD,λ=8,65536,0,678366,10.351043701171875
RHDCD,λ=8,65536,0,630689,9.623550415039062
RHDCD,λ=8,65536,0,736237,11.234085083007812
RHDCD,λ=8,65536,0,719392,10.97705078125
RHDCD,λ=8,65536,0,642843,9.809005737304688
RHDCD,λ=8,65536,0,634150,9.676361083984375
RHDCD,λ=8,65536,0,658518,10.048187255859375
RHDCD,λ=8,65536,0,636245,9.708328247070312
RHDCD,λ=8,65536,0,638791,9.747177124023438
RHDCD,λ=8,65536,0,639549,9.758743286132812
RHDCD,λ=8,65536,0,598635,9.134445190429688
RHDCD,λ=8,65536,0,597656,9.1195068359375
RHDCD,λ=8,65536,0,690240,10.5322265625
RHDCD,λ=8,65536,0,752703,11.485336303710938
RHDCD,λ=8,65536,0,718400,10.9619140625
RHDCD,λ=8,65536,0,744566,11.361175537109375
RHDCD,λ=8,65536,0,620610,9.469757080078125
RHDCD,λ=8,65536,0,643213,9.814651489257812
RHDCD,λ=8,65536,0,773991,11.810165405273438
RHDCD,λ=8,65536,0,729400,11.1297607421875
RHDCD,λ=8,65536,0,660206,10.073944091796875
RHDCD,λ=8,65536,0,691572,10.55255126953125
RHDCD,λ=8,65536,0,633090,9.660186767578125
RHDCD,λ=8,65536,0,633338,9.663970947265625
RHDCD,λ=8,65536,0,639727,9.761459350585938
RHDCD,λ=8,65536,0,641040,9.781494140625
RHDCD,λ=8,65536,0,701631,10.706039428710938
RHDCD,λ=8,65536,0,617692,9.42523193359375
RHDCD,λ=8,65536,0,616742,9.410736083984375
RHDCD,λ=8,65536,0,651648,9.943359375
RHDCD,λ=8,65536,0,642451,9.803024291992188
RHDCD,λ=8,65536,0,632955,9.658126831054688
RHDCD,λ=8,65536,0,632930,9.657745361328125
RHDCD,λ=8,65536,0,656364,10.01531982421875
RHDCD,λ=8,65536,0,670669,10.233596801757812
RHDCD,λ=8,65536,0,672948,10.26837158203125
RHDCD,λ=8,65536,0,652912,9.962646484375
RHDCD,λ=8,65536,0,644269,9.830764770507812
RHDCD,λ=8,65536,0,626882,9.565460205078125
RHDCD,λ=8,65536,0,751393,11.465347290039062
RHDCD,λ=8,65536,0,596298,9.098785400390625
RHDCD,λ=8,65536,0,678560,10.35400390625
RHDCD,λ=8,65536,0,611328,9.328125
RHDCD,λ=8,65536,0,632073,9.644668579101562
RHDCD,λ=8,65536,0,633242,9.662506103515625
RHLCD,λ=8,65536,0,626762,9.563629150390625
RHLCD,λ=8,65536,0,672927,10.268051147460938
RHLCD,λ=8,65536,0,618687,9.440414428710938
RHLCD,λ=8,65536,0,625185,9.539566040039062
RHLCD,λ=8,65536,0,707279,10.792221069335938
RHLCD,λ=8,65536,0,609251,9.296432495117188
RHLCD,λ=8,65536,0,652773,9.960525512695312
RHLCD,λ=8,65536,0,666444,10.16912841796875
RHLCD,λ=8,65536,0,653621,9.973464965820312
RHLCD,λ=8,65536,0,663855,10.129623413085938
RHLCD,λ=8,65536,0,716825,10.937881469726562
RHLCD,λ=8,65536,0,718431,10.962387084960938
RHLCD,λ=8,65536,0,666267,10.166427612304688
RHLCD,λ=8,65536,0,620113,9.462173461914062
RHLCD,λ=8,65536,0,639608,9.7596435546875
RHLCD,λ=8,65536,0,648174,9.890350341796875
RHLCD,λ=8,65536,0,659005,10.055618286132812
RHLCD,λ=8,65536,0,707278,10.792205810546875
RHLCD,λ=8,65536,0,748951,11.428085327148438
RHLCD,λ=8,65536,0,613120,9.35546875
RHLCD,λ=8,65536,0,731165,11.156692504882812
RHLCD,λ=8,65536,0,641110,9.782562255859375
RHLCD,λ=8,65536,0,685164,10.45477294921875
RHLCD,λ=8,65536,0,735276,11.21942138671875
RHLCD,λ=8,65536,0,704607,10.751449584960938
RHLCD,λ=8,65536,0,728183,11.111190795898438
RHLCD,λ=8,65536,0,641939,9.795211791992188
RHLCD,λ=8,65536,0,681894,10.404876708984375
RHLCD,λ=8,65536,0,633956,9.67340087890625
RHLCD,λ=8,65536,0,728514,11.116241455078125
RHLCD,λ=8,65536,0,667187,10.180465698242188
RHLCD,λ=8,65536,0,630749,9.624465942382812
RHLCD,λ=8,65536,0,692677,10.569412231445312
RHLCD,λ=8,65536,0,611415,9.329452514648438
RHLCD,λ=8,65536,0,673823,10.281723022460938
RHLCD,λ=8,65536,0,780737,11.913101196289062
RHLCD,λ=8,65536,0,740564,11.30010986328125
RHLCD,λ=8,65536,0,622639,9.500717163085938
RHLCD,λ=8,65536,0,601658,9.180572509765625
RHLCD,λ=8,65536,0,609894,9.306243896484375
RHLCD,λ=8,65536,0,629017,9.598037719726562
RHLCD,λ=8,65536,0,600627,9.164840698242188
RHLCD,λ=8,65536,0,595044,9.07965087890625
RHLCD,λ=8,65536,0,635694,9.699920654296875
RHLCD,λ=8,65536,0,749823,11.441390991210938
RHLCD,λ=8,65536,0,623805,9.518508911132812
RHLCD,λ=8,65536,0,659751,10.067001342773438
RHLCD,λ=8,65536,0,625241,9.540420532226562
RHLCD,λ=8,65536,0,627325,9.572219848632812
RHLCD,λ=8,65536,0,698494,10.658172607421875
RHLCD,λ=8,65536,0,654544,9.987548828125
RHLCD,λ=8,65536,0,646800,9.869384765625
RHLCD,λ=8,65536,0,644550,9.835052490234375
RHLCD,λ=8,65536,0,597366,9.115081787109375
RHLCD,λ=8,65536,0,638008,9.7352294921875
RHLCD,λ=8,65536,0,602022,9.186126708984375
RHLCD,λ=8,65536,0,680310,10.380706787109375
RHLCD,λ=8,65536,0,645111,9.843612670898438
RHLCD,λ=8,65536,0,739373,11.281936645507812
RHLCD,λ=8,65536,0,676084,10.31622314453125
RHLCD,λ=8,65536,0,638279,9.739364624023438
RHLCD,λ=8,65536,0,665392,10.153076171875
RHLCD,λ=8,65536,0,632316,9.64837646484375
RHLCD,λ=8,65536,0,690522,10.536529541015625
RHLCD,λ=8,65536,0,670389,10.229324340820312
RHLCD,λ=8,65536,0,651610,9.942779541015625
RHLCD,λ=8,65536,0,731999,11.169418334960938
RHLCD,λ=8,65536,0,622481,9.498306274414062
RHLCD,λ=8,65536,0,646406,9.863372802734375
RHLCD,λ=8,65536,0,661205,10.089187622070312
RHLCD,λ=8,65536,0,642542,9.804412841796875
RHLCD,λ=8,65536,0,706723,10.783737182617188
RHLCD,λ=8,65536,0,645606,9.851165771484375
RHLCD,λ=8,65536,0,679305,10.365371704101562
RHLCD,λ=8,65536,0,723448,11.0389404296875
RHLCD,λ=8,65536,0,628854,9.595550537109375
RHLCD,λ=8,65536,0,687360,10.48828125
RHLCD,λ=8,65536,0,601362,9.176055908203125
RHLCD,λ=8,65536,0,692111,10.560775756835938
RHLCD,λ=8,65536,0,678706,10.356231689453125
RHLCD,λ=8,65536,0,628020,9.58282470703125
RHLCD,λ=8,65536,0,741279,11.311019897460938
RHLCD,λ=8,65536,0,631399,9.634384155273438
RHLCD,λ=8,65536,0,711600,10.858154296875
RHLCD,λ=8,65536,0,655383,10.000350952148438
RHLCD,λ=8,65536,0,661657,10.096084594726562
RHLCD,λ=8,65536,0,657826,10.037628173828125
RHLCD,λ=8,65536,0,609048,9.2933349609375
RHLCD,λ=8,65536,0,679059,10.361618041992188
RHLCD,λ=8,65536,0,617474,9.421905517578125
RHLCD,λ=8,65536,0,718924,10.96990966796875
RHLCD,λ=8,65536,0,662403,10.107467651367188
RHLCD,λ=8,65536,0,638129,9.737075805664062
RHLCD,λ=8,65536,0,623877,9.519607543945312
RHLCD,λ=8,65536,0,642812,9.80853271484375
RHLCD,λ=8,65536,0,677732,10.34136962890625
RHLCD,λ=8,65536,0,644605,9.835891723632812
RHLCD,λ=8,65536,0,646261,9.861160278320312
RHLCD,λ=8,65536,0,623928,9.5203857421875
RHLCD,λ=8,65536,0,656329,10.014785766601562
RRLCD,λ=8,65536,0,667066,10.178619384765625
RRLCD,λ=8,65536,0,705082,10.758697509765625
RRLCD,λ=8,65536,0,683675,10.432052612304688
RRLCD,λ=8,65536,0,731585,11.163101196289062
RRLCD,λ=8,65536,0,721236,11.00518798828125
RRLCD,λ=8,65536,0,723940,11.04644775390625
RRLCD,λ=8,65536,0,707851,10.800949096679688
RRLCD,λ=8,65536,0,694241,10.593276977539062
RRLCD,λ=8,65536,0,755452,11.52728271484375
RRLCD,λ=8,65536,0,693489,10.581802368164062
RRLCD,λ=8,65536,0,718092,10.95721435546875
RRLCD,λ=8,65536,0,766431,11.694808959960938
RRLCD,λ=8,65536,0,663966,10.131317138671875
RRLCD,λ=8,65536,0,697294,10.639862060546875
RRLCD,λ=8,65536,0,745049,11.368545532226562
RRLCD,λ=8,65536,0,758841,11.578994750976562
RRLCD,λ=8,65536,0,669762,10.219757080078125
RRLCD,λ=8,65536,0,641246,9.784637451171875
RRLCD,λ=8,65536,0,704693,10.752761840820312
RRLCD,λ=8,65536,0,752972,11.48944091796875
RRLCD,λ=8,65536,0,684543,10.445297241210938
RRLCD,λ=8,65536,0,627365,9.572830200195312
RRLCD,λ=8,65536,0,657254,10.028900146484375
RRLCD,λ=8,65536,0,662793,10.113418579101562
RRLCD,λ=8,65536,0,705499,10.765060424804688
RRLCD,λ=8,65536,0,670950,10.237884521484375
RRLCD,λ=8,65536,0,668022,10.193206787109375
RRLCD,λ=8,65536,0,737423,11.252182006835938
RRLCD,λ=8,65536,0,678912,10.359375
RRLCD,λ=8,65536,0,649623,9.912460327148438
RRLCD,λ=8,65536,0,725038,11.063201904296875
RRLCD,λ=8,65536,0,680595,10.385055541992188
RRLCD,λ=8,65536,0,707841,10.800796508789062
RRLCD,λ=8,65536,0,658774,10.052093505859375
RRLCD,λ=8,65536,0,729036,11.12420654296875
RRLCD,λ=8,65536,0,732628,11.17901611328125
RRLCD,λ=8,65536,0,675867,10.312911987304688
RRLCD,λ=8,65536,0,704473,10.749404907226562
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RRLCD,λ=8,65536,0,677642,10.339996337890625
RRLCD,λ=8,65536,0,757569,11.559585571289062
RRLCD,λ=8,65536,0,662414,10.107635498046875
RRLCD,λ=8,65536,0,763598,11.651580810546875
RRLCD,λ=8,65536,0,690562,10.537139892578125
RRLCD,λ=8,65536,0,740866,11.304718017578125
RRLCD,λ=8,65536,0,688100,10.49957275390625
RRLCD,λ=8,65536,0,742559,11.330551147460938
RRLCD,λ=8,65536,0,684789,10.449050903320312
RRLCD,λ=8,65536,0,675383,10.305526733398438
RRLCD,λ=8,65536,0,685814,10.464691162109375
RRLCD,λ=8,65536,0,686810,10.479888916015625
RRLCD,λ=8,65536,0,735942,11.229583740234375
RRLCD,λ=8,65536,0,691030,10.544281005859375
RRLCD,λ=8,65536,0,666279,10.166610717773438
RRLCD,λ=8,65536,0,672049,10.254653930664062
RRLCD,λ=8,65536,0,724515,11.055221557617188
RRLCD,λ=8,65536,0,685835,10.465011596679688
RRLCD,λ=8,65536,0,737922,11.259796142578125
RRLCD,λ=8,65536,0,757040,11.551513671875
RRLCD,λ=8,65536,0,638596,9.74420166015625
RRLCD,λ=8,65536,0,677963,10.344894409179688
RRLCD,λ=8,65536,0,686901,10.481277465820312
RRLCD,λ=8,65536,0,682416,10.412841796875
RRLCD,λ=8,65536,0,676755,10.326461791992188
RRLCD,λ=8,65536,0,762808,11.6395263671875
RRLCD,λ=8,65536,0,708221,10.806594848632812
RRLCD,λ=8,65536,0,744012,11.35272216796875
RRLCD,λ=8,65536,0,772317,11.784622192382812
RRLCD,λ=8,65536,0,703776,10.73876953125
RRLCD,λ=8,65536,0,622026,9.491363525390625
RRLCD,λ=8,65536,0,696348,10.62542724609375
RRLCD,λ=8,65536,0,682302,10.411102294921875
RRLCD,λ=8,65536,0,682458,10.413482666015625
RRLCD,λ=8,65536,0,662565,10.109939575195312
RRLCD,λ=8,65536,0,894329,13.646377563476562
RRLCD,λ=8,65536,0,724788,11.05938720703125
RRLCD,λ=8,65536,0,794275,12.119674682617188
RRLCD,λ=8,65536,0,755505,11.528091430664062
RRLCD,λ=8,65536,0,719499,10.978683471679688
RRLCD,λ=8,65536,0,714752,10.90625
RRLCD,λ=8,65536,0,649325,9.907913208007812
RRLCD,λ=8,65536,0,703254,10.730804443359375
RRLCD,λ=8,65536,0,673728,10.2802734375
RRLCD,λ=8,65536,0,690310,10.533294677734375
RRLCD,λ=8,65536,0,655151,9.996810913085938
RRLCD,λ=8,65536,0,685992,10.4674072265625
RRLCD,λ=8,65536,0,784261,11.966873168945312
RRLCD,λ=8,65536,0,717322,10.945465087890625
RRLCD,λ=8,65536,0,829989,12.664627075195312
RRLCD,λ=8,65536,0,704730,10.753326416015625
RRLCD,λ=8,65536,0,708214,10.806488037109375
RRLCD,λ=8,65536,0,706203,10.775802612304688
RRLCD,λ=8,65536,0,682661,10.416580200195312
RRLCD,λ=8,65536,0,685770,10.464019775390625
RRLCD,λ=8,65536,0,765522,11.680938720703125
RRLCD,λ=8,65536,0,758991,11.581283569335938
RRLCD,λ=8,65536,0,693278,10.578582763671875
RRLCD,λ=8,65536,0,671361,10.244155883789062
RRLCD,λ=8,65536,0,796278,12.150238037109375
RRLCD,λ=8,65536,0,699428,10.67242431640625
RSLCD,λ=8,65536,0,834992,12.740966796875
RSLCD,λ=8,65536,0,819197,12.499954223632812
RSLCD,λ=8,65536,0,866364,13.21966552734375
RSLCD,λ=8,65536,0,954257,14.560806274414062
RSLCD,λ=8,65536,0,959824,14.645751953125
RSLCD,λ=8,65536,0,895085,13.657913208007812
RSLCD,λ=8,65536,0,1095926,16.722503662109375
RSLCD,λ=8,65536,0,999703,15.254257202148438
RSLCD,λ=8,65536,0,869417,13.266250610351562
RSLCD,λ=8,65536,0,825379,12.594284057617188
RSLCD,λ=8,65536,0,846882,12.922393798828125
RSLCD,λ=8,65536,0,871556,13.29888916015625
RSLCD,λ=8,65536,0,944562,14.412872314453125
RSLCD,λ=8,65536,0,960463,14.655502319335938
RSLCD,λ=8,65536,0,908189,13.857864379882812
RSLCD,λ=8,65536,0,892481,13.618179321289062
RSLCD,λ=8,65536,0,884280,13.4930419921875
RSLCD,λ=8,65536,0,858584,13.1009521484375
RSLCD,λ=8,65536,0,861370,13.143463134765625
RSLCD,λ=8,65536,0,957803,14.614913940429688
RSLCD,λ=8,65536,0,1019589,15.557693481445312
RSLCD,λ=8,65536,0,845981,12.908645629882812
RSLCD,λ=8,65536,0,888824,13.5623779296875
RSLCD,λ=8,65536,0,938156,14.31512451171875
RSLCD,λ=8,65536,0,1115927,17.027694702148438
RSLCD,λ=8,65536,0,941519,14.366439819335938
RSLCD,λ=8,65536,0,861937,13.152114868164062
RSLCD,λ=8,65536,0,884741,13.500076293945312
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RSLCD,λ=8,65536,0,877692,13.39251708984375
RSLCD,λ=8,65536,0,891546,13.603912353515625
RSLCD,λ=8,65536,0,993246,15.155731201171875
RSLCD,λ=8,65536,0,913598,13.940399169921875
RSLCD,λ=8,65536,0,897386,13.693023681640625
RSLCD,λ=8,65536,0,1086426,16.577545166015625
RSLCD,λ=8,65536,0,873498,13.328521728515625
RSLCD,λ=8,65536,0,868121,13.246475219726562
RSLCD,λ=8,65536,0,942232,14.3773193359375
RSLCD,λ=8,65536,0,944030,14.404754638671875
RSLCD,λ=8,65536,0,846413,12.915237426757812
RSLCD,λ=8,65536,0,1020395,15.569992065429688
RSLCD,λ=8,65536,0,889521,13.573013305664062
RSLCD,λ=8,65536,0,896774,13.683685302734375
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RSLCD,λ=8,65536,0,850934,12.984222412109375
RSLCD,λ=8,65536,0,936051,14.283004760742188
RSLCD,λ=8,65536,0,916609,13.986343383789062
RSLCD,λ=8,65536,0,875878,13.364837646484375
RSLCD,λ=8,65536,0,865779,13.210739135742188
RSLCD,λ=8,65536,0,847181,12.926956176757812
RSLCD,λ=8,65536,0,890068,13.58135986328125
RSLCD,λ=8,65536,0,916001,13.977066040039062
RSLCD,λ=8,65536,0,879980,13.42742919921875
RSLCD,λ=8,65536,0,908536,13.8631591796875
RSLCD,λ=8,65536,0,976202,14.895660400390625
RSLCD,λ=8,65536,0,916705,13.987808227539062
RSLCD,λ=8,65536,0,861724,13.14886474609375
RSLCD,λ=8,65536,0,944159,14.406723022460938
RSLCD,λ=8,65536,0,964367,14.715072631835938
RSLCD,λ=8,65536,0,870018,13.275421142578125
RSLCD,λ=8,65536,0,920824,14.0506591796875
RSLCD,λ=8,65536,0,873860,13.33404541015625
RSLCD,λ=8,65536,0,867029,13.229812622070312
RSLCD,λ=8,65536,0,964906,14.723297119140625
RSLCD,λ=8,65536,0,963039,14.694808959960938
RSLCD,λ=8,65536,0,880922,13.441802978515625
RSLCD,λ=8,65536,0,917185,13.995132446289062
RSLCD,λ=8,65536,0,1134171,17.306076049804688
RSLCD,λ=8,65536,0,914650,13.956451416015625
RSLCD,λ=8,65536,0,849549,12.963088989257812
RSLCD,λ=8,65536,0,873688,13.3314208984375
RSLCD,λ=8,65536,0,983771,15.011154174804688
RSLCD,λ=8,65536,0,916409,13.983291625976562
RSLCD,λ=8,65536,0,846159,12.911361694335938
RSLCD,λ=8,65536,0,904265,13.797988891601562
RSLCD,λ=8,65536,0,919808,14.03515625
RSLCD,λ=8,65536,0,1059105,16.160659790039062
RSLCD,λ=8,65536,0,975949,14.891799926757812
RSLCD,λ=8,65536,0,1101489,16.807388305664062
RSLCD,λ=8,65536,0,865784,13.2108154296875
RSLCD,λ=8,65536,0,913834,13.944000244140625
RSLCD,λ=8,65536,0,1018548,15.54180908203125
RSLCD,λ=8,65536,0,800468,12.21417236328125
RSLCD,λ=8,65536,0,971574,14.825042724609375
RSLCD,λ=8,65536,0,842554,12.856353759765625
RSLCD,λ=8,65536,0,825181,12.591262817382812
RSLCD,λ=8,65536,0,1019412,15.55499267578125
RSLCD,λ=8,65536,0,834076,12.72698974609375
RSLCD,λ=8,65536,0,955554,14.580596923828125
RSLCD,λ=8,65536,0,845725,12.904739379882812
RSLCD,λ=8,65536,0,884376,13.4945068359375
RSLCD,λ=8,65536,0,929446,14.182220458984375
RSLCD,λ=8,65536,0,839857,12.815200805664062
RSLCD,λ=8,65536,0,982889,14.997695922851562
RSLCD,λ=8,65536,0,920013,14.038284301757812
RSLCD,λ=8,65536,0,864624,13.193115234375
RSLCD,λ=8,65536,0,911544,13.9090576171875
RSLCD,λ=8,65536,0,947084,14.45135498046875
RSLCD,λ=8,65536,0,1040926,15.883270263671875
RSLCD,λ=8,65536,0,903173,13.781326293945312
RSDSD,λ=8,65536,0,807137,12.315933227539062
RSDSD,λ=8,65536,0,891353,13.600967407226562
RSDSD,λ=8,65536,0,874161,13.338638305664062
RSDSD,λ=8,65536,0,1006641,15.360122680664062
RSDSD,λ=8,65536,0,881121,13.444839477539062
RSDSD,λ=8,65536,0,830833,12.677505493164062
RSDSD,λ=8,65536,0,801929,12.236465454101562
RSDSD,λ=8,65536,0,880449,13.434585571289062
RSDSD,λ=8,65536,0,903785,13.790664672851562
RSDSD,λ=8,65536,0,950425,14.502334594726562
RSDSD,λ=8,65536,0,854257,13.034927368164062
RSDSD,λ=8,65536,0,891001,13.595596313476562
RSDSD,λ=8,65536,0,876121,13.368545532226562
RSDSD,λ=8,65536,0,851033,12.985733032226562
RSDSD,λ=8,65536,0,840041,12.818008422851562
RSDSD,λ=8,65536,0,818265,12.485733032226562
RSDSD,λ=8,65536,0,941785,14.370498657226562
RSDSD,λ=8,65536,0,877553,13.390396118164062
RSDSD,λ=8,65536,0,825425,12.594985961914062
RSDSD,λ=8,65536,0,829401,12.655654907226562
RSDSD,λ=8,65536,0,888249,13.553604125976562
RSDSD,λ=8,65536,0,808041,12.329727172851562
RSDSD,λ=8,65536,0,923641,14.093643188476562
RSDSD,λ=8,65536,0,1021633,15.588882446289062
RSDSD,λ=8,65536,0,810193,12.362564086914062
RSDSD,λ=8,65536,0,915761,13.973403930664062
RSDSD,λ=8,65536,0,829977,12.664443969726562
RSDSD,λ=8,65536,0,777193,11.859024047851562
RSDSD,λ=8,65536,0,851265,12.989273071289062
RSDSD,λ=8,65536,0,826625,12.613296508789062
RSDSD,λ=8,65536,0,792193,12.087905883789062
RSDSD,λ=8,65536,0,811153,12.377212524414062
RSDSD,λ=8,65536,0,768417,11.725112915039062
RSDSD,λ=8,65536,0,930769,14.202407836914062
RSDSD,λ=8,65536,0,898513,13.710220336914062
RSDSD,λ=8,65536,0,936073,14.283340454101562
RSDSD,λ=8,65536,0,904169,13.796524047851562
RSDSD,λ=8,65536,0,789929,12.053359985351562
RSDSD,λ=8,65536,0,866649,13.224014282226562
RSDSD,λ=8,65536,0,902697,13.774063110351562
RSDSD,λ=8,65536,0,773513,11.802871704101562
RSDSD,λ=8,65536,0,770817,11.761734008789062
RSDSD,λ=8,65536,0,830169,12.667373657226562
RSDSD,λ=8,65536,0,886969,13.534072875976562
RSDSD,λ=8,65536,0,843953,12.877700805664062
RSDSD,λ=8,65536,0,840769,12.829116821289062
RSDSD,λ=8,65536,0,857857,13.089859008789062
RSDSD,λ=8,65536,0,807913,12.327774047851562
RSDSD,λ=8,65536,0,796225,12.149429321289062
RSDSD,λ=8,65536,0,880561,13.436294555664062
RSDSD,λ=8,65536,0,830017,12.665054321289062
RSDSD,λ=8,65536,0,836425,12.762832641601562
RSDSD,λ=8,65536,0,923169,14.086441040039062
RSDSD,λ=8,65536,0,878337,13.402359008789062
RSDSD,λ=8,65536,0,942617,14.383193969726562
RSDSD,λ=8,65536,0,842449,12.854751586914062
RSDSD,λ=8,65536,0,833697,12.721206665039062
RSDSD,λ=8,65536,0,830201,12.667861938476562
RSDSD,λ=8,65536,0,854009,13.031143188476562
RSDSD,λ=8,65536,0,912809,13.928359985351562
RSDSD,λ=8,65536,0,881513,13.450820922851562
RSDSD,λ=8,65536,0,745497,11.375381469726562
RSDSD,λ=8,65536,0,812641,12.399917602539062
RSDSD,λ=8,65536,0,783617,11.957046508789062
RSDSD,λ=8,65536,0,822713,12.553604125976562
RSDSD,λ=8,65536,0,968929,14.784683227539062
RSDSD,λ=8,65536,0,840369,12.823013305664062
RSDSD,λ=8,65536,0,957345,14.607925415039062
RSDSD,λ=8,65536,0,930281,14.194961547851562
RSDSD,λ=8,65536,0,876321,13.371597290039062
RSDSD,λ=8,65536,0,842561,12.856460571289062
RSDSD,λ=8,65536,0,870153,13.277481079101562
RSDSD,λ=8,65536,0,831649,12.689956665039062
RSDSD,λ=8,65536,0,817049,12.467178344726562
RSDSD,λ=8,65536,0,834945,12.740249633789062
RSDSD,λ=8,65536,0,822729,12.553848266601562
RSDSD,λ=8,65536,0,815897,12.449600219726562
RSDSD,λ=8,65536,0,777369,11.861709594726562
RSDSD,λ=8,65536,0,910249,13.889297485351562
RSDSD,λ=8,65536,0,846673,12.919204711914062
RSDSD,λ=8,65536,0,860129,13.124526977539062
RSDSD,λ=8,65536,0,904009,13.794082641601562
RSDSD,λ=8,65536,0,768201,11.721817016601562
RSDSD,λ=8,65536,0,938345,14.318008422851562
RSDSD,λ=8,65536,0,820753,12.523696899414062
RSDSD,λ=8,65536,0,969761,14.797378540039062
RSDSD,λ=8,65536,0,794385,12.121353149414062
RSDSD,λ=8,65536,0,867129,13.231338500976562
RSDSD,λ=8,65536,0,790681,12.064834594726562
RSDSD,λ=8,65536,0,776465,11.847915649414062
RSDSD,λ=8,65536,0,1007169,15.368179321289062
RSDSD,λ=8,65536,0,775065,11.826553344726562
RSDSD,λ=8,65536,0,1010321,15.416275024414062
RSDSD,λ=8,65536,0,844529,12.886489868164062
RSDSD,λ=8,65536,0,816457,12.458145141601562
RSDSD,λ=8,65536,0,789761,12.050796508789062
RSDSD,λ=8,65536,0,933825,14.249038696289062
RSDSD,λ=8,65536,0,803809,12.265151977539062
RSDSD,λ=8,65536,0,903673,13.788955688476562
RSDSD,λ=8,65536,0,772705,11.790542602539062
RRDSD,λ=8,65536,0,733785,11.196670532226562
RRDSD,λ=8,65536,0,640681,9.776016235351562
RRDSD,λ=8,65536,0,686793,10.479629516601562
RRDSD,λ=8,65536,0,607137,9.264175415039062
RRDSD,λ=8,65536,0,682513,10.414321899414062
RRDSD,λ=8,65536,0,658153,10.042617797851562
RRDSD,λ=8,65536,0,627649,9.577163696289062
RRDSD,λ=8,65536,0,661905,10.099868774414062
RRDSD,λ=8,65536,0,688017,10.498306274414062
RRDSD,λ=8,65536,0,608137,9.279434204101562
RRDSD,λ=8,65536,0,677705,10.340957641601562
RRDSD,λ=8,65536,0,716281,10.929580688476562
RRDSD,λ=8,65536,0,652441,9.955459594726562
RRDSD,λ=8,65536,0,667017,10.177871704101562
RRDSD,λ=8,65536,0,610953,9.322402954101562
RRDSD,λ=8,65536,0,616289,9.403823852539062
RRDSD,λ=8,65536,0,589873,9.000747680664062
RRDSD,λ=8,65536,0,826945,12.618179321289062
RRDSD,λ=8,65536,0,862265,13.157119750976562
RRDSD,λ=8,65536,0,651945,9.947891235351562
RRDSD,λ=8,65536,0,693753,10.585830688476562
RRDSD,λ=8,65536,0,753905,11.503677368164062
RRDSD,λ=8,65536,0,666673,10.172622680664062
RRDSD,λ=8,65536,0,631305,9.632949829101562
RRDSD,λ=8,65536,0,727065,11.094131469726562
RRDSD,λ=8,65536,0,726281,11.082168579101562
RRDSD,λ=8,65536,0,648785,9.899673461914062
RRDSD,λ=8,65536,0,635009,9.689468383789062
RRDSD,λ=8,65536,0,680249,10.379776000976562
RRDSD,λ=8,65536,0,676033,10.315444946289062
RRDSD,λ=8,65536,0,688441,10.504776000976562
RRDSD,λ=8,65536,0,643425,9.817886352539062
RRDSD,λ=8,65536,0,712785,10.876235961914062
RRDSD,λ=8,65536,0,698041,10.651260375976562
RRDSD,λ=8,65536,0,731129,11.156143188476562
RRDSD,λ=8,65536,0,645049,9.842666625976562
RRDSD,λ=8,65536,0,673361,10.274673461914062
RRDSD,λ=8,65536,0,671849,10.251602172851562
RRDSD,λ=8,65536,0,752809,11.486953735351562
RRDSD,λ=8,65536,0,605169,9.234146118164062
RRDSD,λ=8,65536,0,654169,9.981826782226562
RRDSD,λ=8,65536,0,663209,10.119766235351562
RRDSD,λ=8,65536,0,627993,9.582412719726562
RRDSD,λ=8,65536,0,668385,10.198745727539062
RRDSD,λ=8,65536,0,746561,11.391616821289062
RRDSD,λ=8,65536,0,603249,9.204849243164062
RRDSD,λ=8,65536,0,611665,9.333267211914062
RRDSD,λ=8,65536,0,641065,9.781875610351562
RRDSD,λ=8,65536,0,742257,11.325942993164062
RRDSD,λ=8,65536,0,691889,10.557388305664062
RRDSD,λ=8,65536,0,641313,9.785659790039062
RRDSD,λ=8,65536,0,727185,11.095962524414062
RRDSD,λ=8,65536,0,671569,10.247329711914062
RRDSD,λ=8,65536,0,677049,10.330947875976562
RRDSD,λ=8,65536,0,642769,9.807876586914062
RRDSD,λ=8,65536,0,699529,10.673965454101562
RRDSD,λ=8,65536,0,717345,10.945816040039062
RRDSD,λ=8,65536,0,655297,9.999038696289062
RRDSD,λ=8,65536,0,622241,9.494644165039062
RRDSD,λ=8,65536,0,690457,10.535537719726562
RRDSD,λ=8,65536,0,606305,9.251480102539062
RRDSD,λ=8,65536,0,699505,10.673599243164062
RRDSD,λ=8,65536,0,703625,10.736465454101562
RRDSD,λ=8,65536,0,711529,10.857070922851562
RRDSD,λ=8,65536,0,722057,11.017715454101562
RRDSD,λ=8,65536,0,677457,10.337173461914062
RRDSD,λ=8,65536,0,679161,10.363174438476562
RRDSD,λ=8,65536,0,722249,11.020645141601562
RRDSD,λ=8,65536,0,589969,9.002212524414062
RRDSD,λ=8,65536,0,643513,9.819229125976562
RRDSD,λ=8,65536,0,633697,9.669448852539062
RRDSD,λ=8,65536,0,720697,10.996963500976562
RRDSD,λ=8,65536,0,619065,9.446182250976562
RRDSD,λ=8,65536,0,725169,11.065200805664062
RRDSD,λ=8,65536,0,684993,10.452163696289062
RRDSD,λ=8,65536,0,644889,9.840225219726562
RRDSD,λ=8,65536,0,676673,10.325210571289062
RRDSD,λ=8,65536,0,674497,10.292007446289062
RRDSD,λ=8,65536,0,632553,9.651992797851562
RRDSD,λ=8,65536,0,634217,9.677383422851562
RRDSD,λ=8,65536,0,699041,10.666519165039062
RRDSD,λ=8,65536,0,702737,10.722915649414062
RRDSD,λ=8,65536,0,738825,11.273574829101562
RRDSD,λ=8,65536,0,671809,10.250991821289062
RRDSD,λ=8,65536,0,622001,9.490982055664062
RRDSD,λ=8,65536,0,807041,12.314468383789062
RRDSD,λ=8,65536,0,654225,9.982681274414062
RRDSD,λ=8,65536,0,618153,9.432266235351562
RRDSD,λ=8,65536,0,630985,9.628067016601562
RRDSD,λ=8,65536,0,652129,9.950698852539062
RRDSD,λ=8,65536,0,635737,9.700576782226562
RRDSD,λ=8,65536,0,605265,9.235610961914062
RRDSD,λ=8,65536,0,650889,9.931777954101562
RRDSD,λ=8,65536,0,606249,9.250625610351562
RRDSD,λ=8,65536,0,658609,10.049575805664062
RRDSD,λ=8,65536,0,666001,10.162368774414062
RRDSD,λ=8,65536,0,607185,9.264907836914062
RRDSD,λ=8,65536,0,698265,10.654678344726562
RRDSD,λ=8,65536,0,685105,10.453872680664062
RRDSD,λ=8,65536,0,654321,9.984146118164062
RHDSD,λ=8,65536,0,602353,9.191177368164062
RHDSD,λ=8,65536,0,582681,8.891006469726562
RHDSD,λ=8,65536,0,592257,9.037124633789062
RHDSD,λ=8,65536,0,649681,9.913345336914062
RHDSD,λ=8,65536,0,593505,9.056167602539062
RHDSD,λ=8,65536,0,595449,9.085830688476562
RHDSD,λ=8,65536,0,621529,9.483779907226562
RHDSD,λ=8,65536,0,637025,9.720230102539062
RHDSD,λ=8,65536,0,629769,9.609512329101562
RHDSD,λ=8,65536,0,683377,10.427505493164062
RHDSD,λ=8,65536,0,660745,10.082168579101562
RHDSD,λ=8,65536,0,562697,8.586074829101562
RHDSD,λ=8,65536,0,773857,11.808120727539062
RHDSD,λ=8,65536,0,598969,9.139541625976562
RHDSD,λ=8,65536,0,611033,9.323623657226562
RHDSD,λ=8,65536,0,592585,9.042129516601562
RHDSD,λ=8,65536,0,577769,8.816055297851562
RHDSD,λ=8,65536,0,666177,10.165054321289062
RHDSD,λ=8,65536,0,655345,9.999771118164062
RHDSD,λ=8,65536,0,648521,9.895645141601562
RHDSD,λ=8,65536,0,670025,10.223770141601562
RHDSD,λ=8,65536,0,680161,10.378433227539062
RHDSD,λ=8,65536,0,705913,10.771377563476562
RHDSD,λ=8,65536,0,647313,9.877212524414062
RHDSD,λ=8,65536,0,685193,10.455215454101562
RHDSD,λ=8,65536,0,605945,9.245986938476562
RHDSD,λ=8,65536,0,589001,8.987442016601562
RHDSD,λ=8,65536,0,623857,9.519302368164062
RHDSD,λ=8,65536,0,669041,10.208755493164062
RHDSD,λ=8,65536,0,810385,12.365493774414062
RHDSD,λ=8,65536,0,608649,9.287246704101562
RHDSD,λ=8,65536,0,592841,9.046035766601562
RHDSD,λ=8,65536,0,629937,9.612075805664062
RHDSD,λ=8,65536,0,599921,9.154067993164062
RHDSD,λ=8,65536,0,724361,11.052871704101562
RHDSD,λ=8,65536,0,637369,9.725479125976562
RHDSD,λ=8,65536,0,659625,10.065078735351562
RHDSD,λ=8,65536,0,665625,10.156631469726562
RHDSD,λ=8,65536,0,713113,10.881240844726562
RHDSD,λ=8,65536,0,652305,9.953384399414062
RHDSD,λ=8,65536,0,603201,9.204116821289062
RHDSD,λ=8,65536,0,624713,9.532363891601562
RHDSD,λ=8,65536,0,642033,9.796646118164062
RHDSD,λ=8,65536,0,578729,8.830703735351562
RHDSD,λ=8,65536,0,601025,9.170913696289062
RHDSD,λ=8,65536,0,674961,10.299087524414062
RHDSD,λ=8,65536,0,693689,10.584854125976562
RHDSD,λ=8,65536,0,603353,9.206436157226562
RHDSD,λ=8,65536,0,612313,9.343154907226562
RHDSD,λ=8,65536,0,639289,9.754776000976562
RHDSD,λ=8,65536,0,627993,9.582412719726562
RHDSD,λ=8,65536,0,601985,9.185562133789062
RHDSD,λ=8,65536,0,652713,9.959609985351562
RHDSD,λ=8,65536,0,659193,10.058486938476562
RHDSD,λ=8,65536,0,660081,10.072036743164062
RHDSD,λ=8,65536,0,633665,9.668960571289062
RHDSD,λ=8,65536,0,619745,9.456558227539062
RHDSD,λ=8,65536,0,628017,9.582778930664062
RHDSD,λ=8,65536,0,588353,8.977554321289062
RHDSD,λ=8,65536,0,669113,10.209854125976562
RHDSD,λ=8,65536,0,640465,9.772720336914062
RHDSD,λ=8,65536,0,595425,9.085464477539062
RHDSD,λ=8,65536,0,587737,8.968154907226562
RHDSD,λ=8,65536,0,607265,9.266128540039062
RHDSD,λ=8,65536,0,597745,9.120864868164062
RHDSD,λ=8,65536,0,690233,10.532119750976562
RHDSD,λ=8,65536,0,613513,9.361465454101562
RHDSD,λ=8,65536,0,609145,9.294815063476562
RHDSD,λ=8,65536,0,594561,9.072280883789062
RHDSD,λ=8,65536,0,606881,9.260269165039062
RHDSD,λ=8,65536,0,699769,10.677627563476562
RHDSD,λ=8,65536,0,640841,9.778457641601562
RHDSD,λ=8,65536,0,612473,9.345596313476562
RHDSD,λ=8,65536,0,656145,10.011978149414062
RHDSD,λ=8,65536,0,646681,9.867568969726562
RHDSD,λ=8,65536,0,598097,9.126235961914062
RHDSD,λ=8,65536,0,646913,9.871109008789062
RHDSD,λ=8,65536,0,685753,10.463760375976562
RHDSD,λ=8,65536,0,605457,9.238540649414062
RHDSD,λ=8,65536,0,586281,8.945938110351562
RHDSD,λ=8,65536,0,617529,9.422744750976562
RHDSD,λ=8,65536,0,583993,8.911026000976562
RHDSD,λ=8,65536,0,627217,9.570571899414062
RHDSD,λ=8,65536,0,565377,8.626968383789062
RHDSD,λ=8,65536,0,597993,9.124649047851562
RHDSD,λ=8,65536,0,606825,9.259414672851562
RHDSD,λ=8,65536,0,656985,10.024795532226562
RHDSD,λ=8,65536,0,623105,9.507827758789062
RHDSD,λ=8,65536,0,620153,9.462783813476562
RHDSD,λ=8,65536,0,618241,9.433609008789062
RHDSD,λ=8,65536,0,605881,9.245010375976562
RHDSD,λ=8,65536,0,560265,8.548965454101562
RHDSD,λ=8,65536,0,615185,9.386978149414062
RHDSD,λ=8,65536,0,602729,9.196914672851562
RHDSD,λ=8,65536,0,600721,9.166275024414062
RHDSD,λ=8,65536,0,605913,9.245498657226562
RHDSD,λ=8,65536,0,662337,10.106460571289062
RHDSD,λ=8,65536,0,638185,9.737930297851562
RHDSD,λ=8,65536,0,745017,11.368057250976562
RHDSD,λ=8,65536,0,666001,10.162368774414062
RHLSD,λ=8,65536,0,606409,9.253067016601562
RHLSD,λ=8,65536,0,683617,10.431167602539062
RHLSD,λ=8,65536,0,791777,12.081558227539062
RHLSD,λ=8,65536,0,633641,9.668594360351562
RHLSD,λ=8,65536,0,655145,9.996719360351562
RHLSD,λ=8,65536,0,637201,9.722915649414062
RHLSD,λ=8,65536,0,670977,10.238296508789062
RHLSD,λ=8,65536,0,627161,9.569717407226562
RHLSD,λ=8,65536,0,659353,10.060928344726562
RHLSD,λ=8,65536,0,643249,9.815200805664062
RHLSD,λ=8,65536,0,611577,9.331924438476562
RHLSD,λ=8,65536,0,628737,9.593765258789062
RHLSD,λ=8,65536,0,676409,10.321182250976562
RHLSD,λ=8,65536,0,598865,9.137954711914062
RHLSD,λ=8,65536,0,694929,10.603775024414062
RHLSD,λ=8,65536,0,649217,9.906265258789062
RHLSD,λ=8,65536,0,659897,10.069229125976562
RHLSD,λ=8,65536,0,625705,9.547500610351562
RHLSD,λ=8,65536,0,628521,9.590469360351562
RHLSD,λ=8,65536,0,734193,11.202896118164062
RHLSD,λ=8,65536,0,619617,9.454605102539062
RHLSD,λ=8,65536,0,595185,9.081802368164062
RHLSD,λ=8,65536,0,633449,9.665664672851562
RHLSD,λ=8,65536,0,648921,9.901748657226562
RHLSD,λ=8,65536,0,681209,10.394424438476562
RHLSD,λ=8,65536,0,608945,9.291763305664062
RHLSD,λ=8,65536,0,615281,9.388442993164062
RHLSD,λ=8,65536,0,662545,10.109634399414062
RHLSD,λ=8,65536,0,677921,10.344253540039062
RHLSD,λ=8,65536,0,581585,8.874282836914062
RHLSD,λ=8,65536,0,640321,9.770523071289062
RHLSD,λ=8,65536,0,653649,9.973892211914062
RHLSD,λ=8,65536,0,727513,11.100967407226562
RHLSD,λ=8,65536,0,651385,9.939346313476562
RHLSD,λ=8,65536,0,586537,8.949844360351562
RHLSD,λ=8,65536,0,634057,9.674942016601562
RHLSD,λ=8,65536,0,611761,9.334732055664062
RHLSD,λ=8,65536,0,631249,9.632095336914062
RHLSD,λ=8,65536,0,568729,8.678115844726562
RHLSD,λ=8,65536,0,582721,8.891616821289062
RHLSD,λ=8,65536,0,611545,9.331436157226562
RHLSD,λ=8,65536,0,640593,9.774673461914062
RHLSD,λ=8,65536,0,727257,11.097061157226562
RHLSD,λ=8,65536,0,640297,9.770156860351562
RHLSD,λ=8,65536,0,612729,9.349502563476562
RHLSD,λ=8,65536,0,615825,9.396743774414062
RHLSD,λ=8,65536,0,654353,9.984634399414062
RHLSD,λ=8,65536,0,659609,10.064834594726562
RHLSD,λ=8,65536,0,592553,9.041641235351562
RHLSD,λ=8,65536,0,579777,8.846694946289062
RHLSD,λ=8,65536,0,633881,9.672256469726562
RHLSD,λ=8,65536,0,604833,9.229019165039062
RHLSD,λ=8,65536,0,614633,9.378555297851562
RHLSD,λ=8,65536,0,683225,10.425186157226562
RHLSD,λ=8,65536,0,589505,8.995132446289062
RHLSD,λ=8,65536,0,637177,9.722549438476562
RHLSD,λ=8,65536,0,626433,9.558609008789062
RHLSD,λ=8,65536,0,634273,9.678237915039062
RHLSD,λ=8,65536,0,611297,9.327651977539062
RHLSD,λ=8,65536,0,632657,9.653579711914062
RHLSD,λ=8,65536,0,607001,9.262100219726562
RHLSD,λ=8,65536,0,642281,9.800430297851562
RHLSD,λ=8,65536,0,673689,10.279678344726562
RHLSD,λ=8,65536,0,600577,9.164077758789062
RHLSD,λ=8,65536,0,647569,9.881118774414062
RHLSD,λ=8,65536,0,691169,10.546401977539062
RHLSD,λ=8,65536,0,583137,8.897964477539062
RHLSD,λ=8,65536,0,659721,10.066543579101562
RHLSD,λ=8,65536,0,603977,9.215957641601562
RHLSD,λ=8,65536,0,595865,9.092178344726562
RHLSD,λ=8,65536,0,661217,10.089370727539062
RHLSD,λ=8,65536,0,666737,10.173599243164062
RHLSD,λ=8,65536,0,621089,9.477066040039062
RHLSD,λ=8,65536,0,619601,9.454360961914062
RHLSD,λ=8,65536,0,616689,9.409927368164062
RHLSD,λ=8,65536,0,608345,9.282608032226562
RHLSD,λ=8,65536,0,693129,10.576309204101562
RHLSD,λ=8,65536,0,655913,10.008438110351562
RHLSD,λ=8,65536,0,629625,9.607315063476562
RHLSD,λ=8,65536,0,624361,9.526992797851562
RHLSD,λ=8,65536,0,605225,9.235000610351562
RHLSD,λ=8,65536,0,584073,8.912246704101562
RHLSD,λ=8,65536,0,575561,8.782363891601562
RHLSD,λ=8,65536,0,627577,9.576065063476562
RHLSD,λ=8,65536,0,636865,9.717788696289062
RHLSD,λ=8,65536,0,655841,10.007339477539062
RHLSD,λ=8,65536,0,658769,10.052017211914062
RHLSD,λ=8,65536,0,670433,10.229995727539062
RHLSD,λ=8,65536,0,579561,8.843399047851562
RHLSD,λ=8,65536,0,587889,8.970474243164062
RHLSD,λ=8,65536,0,682209,10.409683227539062
RHLSD,λ=8,65536,0,615369,9.389785766601562
RHLSD,λ=8,65536,0,582905,8.894424438476562
RHLSD,λ=8,65536,0,665369,10.152725219726562
RHLSD,λ=8,65536,0,657713,10.035903930664062
RHLSD,λ=8,65536,0,587177,8.959609985351562
RHLSD,λ=8,65536,0,628817,9.594985961914062
RHLSD,λ=8,65536,0,704153,10.744522094726562
RHLSD,λ=8,65536,0,635609,9.698623657226562
RHLSD,λ=8,65536,0,681089,10.392593383789062
RRLSD,λ=8,65536,0,656649,10.019668579101562
RRLSD,λ=8,65536,0,652153,9.951065063476562
RRLSD,λ=8,65536,0,682425,10.412979125976562
RRLSD,λ=8,65536,0,646633,9.866836547851562
RRLSD,λ=8,65536,0,668825,10.205459594726562
RRLSD,λ=8,65536,0,693617,10.583755493164062
RRLSD,λ=8,65536,0,611753,9.334609985351562
RRLSD,λ=8,65536,0,784633,11.972549438476562
RRLSD,λ=8,65536,0,664529,10.139907836914062
RRLSD,λ=8,65536,0,777729,11.867202758789062
RRLSD,λ=8,65536,0,643249,9.815200805664062
RRLSD,λ=8,65536,0,597177,9.112197875976562
RRLSD,λ=8,65536,0,646601,9.866348266601562
RRLSD,λ=8,65536,0,832377,12.701065063476562
RRLSD,λ=8,65536,0,692641,10.568862915039062
RRLSD,λ=8,65536,0,669873,10.221450805664062
RRLSD,λ=8,65536,0,665561,10.155654907226562
RRLSD,λ=8,65536,0,697041,10.636001586914062
RRLSD,λ=8,65536,0,650913,9.932144165039062
RRLSD,λ=8,65536,0,674897,10.298110961914062
RRLSD,λ=8,65536,0,713601,10.888687133789062
RRLSD,λ=8,65536,0,695969,10.619644165039062
RRLSD,λ=8,65536,0,697537,10.643569946289062
RRLSD,λ=8,65536,0,694937,10.603897094726562
RRLSD,λ=8,65536,0,695529,10.612930297851562
RRLSD,λ=8,65536,0,672345,10.259170532226562
RRLSD,λ=8,65536,0,712761,10.875869750976562
RRLSD,λ=8,65536,0,773809,11.807388305664062
RRLSD,λ=8,65536,0,641905,9.794692993164062
RRLSD,λ=8,65536,0,640849,9.778579711914062
RRLSD,λ=8,65536,0,760329,11.601699829101562
RRLSD,λ=8,65536,0,710337,10.838882446289062
RRLSD,λ=8,65536,0,687865,10.495986938476562
RRLSD,λ=8,65536,0,679945,10.375137329101562
RRLSD,λ=8,65536,0,630065,9.614028930664062
RRLSD,λ=8,65536,0,642849,9.809097290039062
RRLSD,λ=8,65536,0,629953,9.612319946289062
RRLSD,λ=8,65536,0,643337,9.816543579101562
RRLSD,λ=8,65536,0,711265,10.853042602539062
RRLSD,λ=8,65536,0,784657,11.972915649414062
RRLSD,λ=8,65536,0,763009,11.642593383789062
RRLSD,λ=8,65536,0,676689,10.325454711914062
RRLSD,λ=8,65536,0,668905,10.206680297851562
RRLSD,λ=8,65536,0,628305,9.587173461914062
RRLSD,λ=8,65536,0,701465,10.703506469726562
RRLSD,λ=8,65536,0,709345,10.823745727539062
RRLSD,λ=8,65536,0,631353,9.633682250976562
RRLSD,λ=8,65536,0,613849,9.366592407226562
RRLSD,λ=8,65536,0,653369,9.969619750976562
RRLSD,λ=8,65536,0,628689,9.593032836914062
RRLSD,λ=8,65536,0,637601,9.729019165039062
RRLSD,λ=8,65536,0,662801,10.113540649414062
RRLSD,λ=8,65536,0,657857,10.038101196289062
RRLSD,λ=8,65536,0,679961,10.375381469726562
RRLSD,λ=8,65536,0,662041,10.101943969726562
RRLSD,λ=8,65536,0,661521,10.094009399414062
RRLSD,λ=8,65536,0,643977,9.826309204101562
RRLSD,λ=8,65536,0,701185,10.699234008789062
RRLSD,λ=8,65536,0,798481,12.183853149414062
RRLSD,λ=8,65536,0,628337,9.587661743164062
RRLSD,λ=8,65536,0,660561,10.079360961914062
RRLSD,λ=8,65536,0,628233,9.586074829101562
RRLSD,λ=8,65536,0,615761,9.395767211914062
RRLSD,λ=8,65536,0,644777,9.838516235351562
RRLSD,λ=8,65536,0,680297,10.380508422851562
RRLSD,λ=8,65536,0,715337,10.915176391601562
RRLSD,λ=8,65536,0,674633,10.294082641601562
RRLSD,λ=8,65536,0,671969,10.253433227539062
RRLSD,λ=8,65536,0,937561,14.306045532226562
RRLSD,λ=8,65536,0,697785,10.647354125976562
RRLSD,λ=8,65536,0,713401,10.885635375976562
RRLSD,λ=8,65536,0,718497,10.963394165039062
RRLSD,λ=8,65536,0,663073,10.117691040039062
RRLSD,λ=8,65536,0,683441,10.428482055664062
RRLSD,λ=8,65536,0,650625,9.927749633789062
RRLSD,λ=8,65536,0,708129,10.805191040039062
RRLSD,λ=8,65536,0,692689,10.569595336914062
RRLSD,λ=8,65536,0,770441,11.755996704101562
RRLSD,λ=8,65536,0,694577,10.598403930664062
RRLSD,λ=8,65536,0,665041,10.147720336914062
RRLSD,λ=8,65536,0,608913,9.291275024414062
RRLSD,λ=8,65536,0,627009,9.567398071289062
RRLSD,λ=8,65536,0,740209,11.294692993164062
RRLSD,λ=8,65536,0,670729,10.234512329101562
RRLSD,λ=8,65536,0,648257,9.891616821289062
RRLSD,λ=8,65536,0,654433,9.985855102539062
RRLSD,λ=8,65536,0,619257,9.449111938476562
RRLSD,λ=8,65536,0,634489,9.681533813476562
RRLSD,λ=8,65536,0,660801,10.083023071289062
RRLSD,λ=8,65536,0,784689,11.973403930664062
RRLSD,λ=8,65536,0,640289,9.770034790039062
RRLSD,λ=8,65536,0,796289,12.150405883789062
RRLSD,λ=8,65536,0,785041,11.978775024414062
RRLSD,λ=8,65536,0,647297,9.876968383789062
RRLSD,λ=8,65536,0,683601,10.430923461914062
RRLSD,λ=8,65536,0,709993,10.833633422851562
RRLSD,λ=8,65536,0,696313,10.624893188476562
RRLSD,λ=8,65536,0,641201,9.783950805664062
RRLSD,λ=8,65536,0,693033,10.574844360351562
RRLSD,λ=8,65536,0,710961,10.848403930664062
RSLSD,λ=8,65536,0,1197289,18.269180297851562
RSLSD,λ=8,65536,0,855825,13.058853149414062
RSLSD,λ=8,65536,0,893505,13.633804321289062
RSLSD,λ=8,65536,0,866993,13.229263305664062
RSLSD,λ=8,65536,0,865841,13.211685180664062
RSLSD,λ=8,65536,0,818073,12.482803344726562
RSLSD,λ=8,65536,0,838617,12.796279907226562
RSLSD,λ=8,65536,0,808577,12.337905883789062
RSLSD,λ=8,65536,0,831809,12.692398071289062
RSLSD,λ=8,65536,0,818617,12.491104125976562
RSLSD,λ=8,65536,0,1010673,15.421646118164062
RSLSD,λ=8,65536,0,775137,11.827651977539062
RSLSD,λ=8,65536,0,808665,12.339248657226562
RSLSD,λ=8,65536,0,903017,13.778945922851562
RSLSD,λ=8,65536,0,795297,12.135269165039062
RSLSD,λ=8,65536,0,869145,13.262100219726562
RSLSD,λ=8,65536,0,840281,12.821670532226562
RSLSD,λ=8,65536,0,913361,13.936782836914062
RSLSD,λ=8,65536,0,962393,14.684951782226562
RSLSD,λ=8,65536,0,951105,14.512710571289062
RSLSD,λ=8,65536,0,956065,14.588394165039062
RSLSD,λ=8,65536,0,929401,14.181533813476562
RSLSD,λ=8,65536,0,1088177,16.604263305664062
RSLSD,λ=8,65536,0,872321,13.310562133789062
RSLSD,λ=8,65536,0,1052865,16.065444946289062
RSLSD,λ=8,65536,0,928289,14.164566040039062
RSLSD,λ=8,65536,0,889273,13.569229125976562
RSLSD,λ=8,65536,0,905345,13.814468383789062
RSLSD,λ=8,65536,0,784369,11.968521118164062
RSLSD,λ=8,65536,0,814241,12.424331665039062
RSLSD,λ=8,65536,0,882529,13.466323852539062
RSLSD,λ=8,65536,0,892033,13.611343383789062
RSLSD,λ=8,65536,0,937417,14.303848266601562
RSLSD,λ=8,65536,0,872161,13.308120727539062
RSLSD,λ=8,65536,0,909473,13.877456665039062
RSLSD,λ=8,65536,0,801665,12.232437133789062
RSLSD,λ=8,65536,0,914809,13.958877563476562
RSLSD,λ=8,65536,0,859473,13.114517211914062
RSLSD,λ=8,65536,0,904641,13.803726196289062
RSLSD,λ=8,65536,0,903073,13.779800415039062
RSLSD,λ=8,65536,0,915385,13.967666625976562
RSLSD,λ=8,65536,0,906073,13.825576782226562
RSLSD,λ=8,65536,0,1017057,15.519058227539062
RSLSD,λ=8,65536,0,862369,13.158706665039062
RSLSD,λ=8,65536,0,900313,13.737686157226562
RSLSD,λ=8,65536,0,912425,13.922500610351562
RSLSD,λ=8,65536,0,868489,13.252090454101562
RSLSD,λ=8,65536,0,1004521,15.327774047851562
RSLSD,λ=8,65536,0,922057,14.069473266601562
RSLSD,λ=8,65536,0,1036073,15.809219360351562
RSLSD,λ=8,65536,0,903081,13.779922485351562
RSLSD,λ=8,65536,0,941369,14.364151000976562
RSLSD,λ=8,65536,0,815745,12.447280883789062
RSLSD,λ=8,65536,0,941001,14.358535766601562
RSLSD,λ=8,65536,0,803361,12.258316040039062
RSLSD,λ=8,65536,0,996521,15.205703735351562
RSLSD,λ=8,65536,0,886225,13.522720336914062
RSLSD,λ=8,65536,0,788673,12.034194946289062
RSLSD,λ=8,65536,0,929465,14.182510375976562
RSLSD,λ=8,65536,0,928497,14.167739868164062
RSLSD,λ=8,65536,0,859729,13.118423461914062
RSLSD,λ=8,65536,0,862361,13.158584594726562
RSLSD,λ=8,65536,0,797817,12.173721313476562
RSLSD,λ=8,65536,0,959897,14.646865844726562
RSLSD,λ=8,65536,0,1032681,15.757461547851562
RSLSD,λ=8,65536,0,845585,12.902603149414062
RSLSD,λ=8,65536,0,935577,14.275772094726562
RSLSD,λ=8,65536,0,797497,12.168838500976562
RSLSD,λ=8,65536,0,880713,13.438613891601562
RSLSD,λ=8,65536,0,925233,14.117935180664062
RSLSD,λ=8,65536,0,897457,13.694107055664062
RSLSD,λ=8,65536,0,816617,12.460586547851562
RSLSD,λ=8,65536,0,885401,13.510147094726562
RSLSD,λ=8,65536,0,883257,13.477432250976562
RSLSD,λ=8,65536,0,935553,14.275405883789062
RSLSD,λ=8,65536,0,828161,12.636734008789062
RSLSD,λ=8,65536,0,825049,12.589248657226562
RSLSD,λ=8,65536,0,817857,12.479507446289062
RSLSD,λ=8,65536,0,916329,13.982070922851562
RSLSD,λ=8,65536,0,858993,13.107192993164062
RSLSD,λ=8,65536,0,963425,14.700698852539062
RSLSD,λ=8,65536,0,939977,14.342910766601562
RSLSD,λ=8,65536,0,822129,12.544692993164062
RSLSD,λ=8,65536,0,917321,13.997207641601562
RSLSD,λ=8,65536,0,832353,12.700698852539062
RSLSD,λ=8,65536,0,966361,14.745498657226562
RSLSD,λ=8,65536,0,915313,13.966567993164062
RSLSD,λ=8,65536,0,789785,12.051162719726562
RSLSD,λ=8,65536,0,877241,13.385635375976562
RSLSD,λ=8,65536,0,892441,13.617568969726562
RSLSD,λ=8,65536,0,843961,12.877822875976562
RSLSD,λ=8,65536,0,891441,13.602310180664062
RSLSD,λ=8,65536,0,860153,13.124893188476562
RSLSD,λ=8,65536,0,806689,12.309097290039062
RSLSD,λ=8,65536,0,913161,13.933731079101562
RSLSD,λ=8,65536,0,858233,13.095596313476562
RSLSD,λ=8,65536,0,898209,13.705581665039062
RSLSD,λ=8,65536,0,928913,14.174087524414062
RSLSD,λ=8,65536,0,897801,13.699356079101562
RSLSD,λ=8,65536,0,921529,14.061416625976562
RSDMD,λ=8,65536,0,791825,12.082290649414062
RSDMD,λ=8,65536,0,794377,12.121231079101562
RSDMD,λ=8,65536,0,891433,13.602188110351562
RSDMD,λ=8,65536,0,836201,12.759414672851562
RSDMD,λ=8,65536,0,969545,14.794082641601562
RSDMD,λ=8,65536,0,889969,13.579849243164062
RSDMD,λ=8,65536,0,895385,13.662490844726562
RSDMD,λ=8,65536,0,864081,13.184829711914062
RSDMD,λ=8,65536,0,836713,12.767227172851562
RSDMD,λ=8,65536,0,872873,13.318984985351562
RSDMD,λ=8,65536,0,917121,13.994155883789062
RSDMD,λ=8,65536,0,886017,13.519546508789062
RSDMD,λ=8,65536,0,948985,14.480361938476562
RSDMD,λ=8,65536,0,896673,13.682144165039062
RSDMD,λ=8,65536,0,854609,13.040298461914062
RSDMD,λ=8,65536,0,891817,13.608047485351562
RSDMD,λ=8,65536,0,843033,12.863662719726562
RSDMD,λ=8,65536,0,849969,12.969497680664062
RSDMD,λ=8,65536,0,868729,13.255752563476562
RSDMD,λ=8,65536,0,853889,13.029312133789062
RSDMD,λ=8,65536,0,895097,13.658096313476562
RSDMD,λ=8,65536,0,880809,13.440078735351562
RSDMD,λ=8,65536,0,828689,12.644790649414062
RSDMD,λ=8,65536,0,912689,13.926528930664062
RSDMD,λ=8,65536,0,836729,12.767471313476562
RSDMD,λ=8,65536,0,861433,13.144424438476562
RSDMD,λ=8,65536,0,840665,12.827529907226562
RSDMD,λ=8,65536,0,842441,12.854629516601562
RSDMD,λ=8,65536,0,812433,12.396743774414062
RSDMD,λ=8,65536,0,863865,13.181533813476562
RSDMD,λ=8,65536,0,906297,13.828994750976562
RSDMD,λ=8,65536,0,1078097,16.450454711914062
RSDMD,λ=8,65536,0,996561,15.206314086914062
RSDMD,λ=8,65536,0,788657,12.033950805664062
RSDMD,λ=8,65536,0,952273,14.530532836914062
RSDMD,λ=8,65536,0,855017,13.046524047851562
RSDMD,λ=8,65536,0,845329,12.898696899414062
RSDMD,λ=8,65536,0,844761,12.890029907226562
RSDMD,λ=8,65536,0,922273,14.072769165039062
RSDMD,λ=8,65536,0,888089,13.551162719726562
RSDMD,λ=8,65536,0,789201,12.042251586914062
RSDMD,λ=8,65536,0,849121,12.956558227539062
RSDMD,λ=8,65536,0,834137,12.727920532226562
RSDMD,λ=8,65536,0,905249,13.813003540039062
RSDMD,λ=8,65536,0,903425,13.785171508789062
RSDMD,λ=8,65536,0,843393,12.869155883789062
RSDMD,λ=8,65536,0,862249,13.156875610351562
RSDMD,λ=8,65536,0,941057,14.359390258789062
RSDMD,λ=8,65536,0,792561,12.093521118164062
RSDMD,λ=8,65536,0,868417,13.250991821289062
RSDMD,λ=8,65536,0,869625,13.269424438476562
RSDMD,λ=8,65536,0,786649,12.003311157226562
RSDMD,λ=8,65536,0,1143937,17.455093383789062
RSDMD,λ=8,65536,0,944201,14.407363891601562
RSDMD,λ=8,65536,0,907825,13.852310180664062
RSDMD,λ=8,65536,0,858297,13.096572875976562
RSDMD,λ=8,65536,0,882409,13.464492797851562
RSDMD,λ=8,65536,0,1029569,15.709976196289062
RSDMD,λ=8,65536,0,795761,12.142349243164062
RSDMD,λ=8,65536,0,910873,13.898818969726562
RSDMD,λ=8,65536,0,893697,13.636734008789062
RSDMD,λ=8,65536,0,793329,12.105239868164062
RSDMD,λ=8,65536,0,927137,14.146987915039062
RSDMD,λ=8,65536,0,924769,14.110855102539062
RSDMD,λ=8,65536,0,928313,14.164932250976562
RSDMD,λ=8,65536,0,812081,12.391372680664062
RSDMD,λ=8,65536,0,862145,13.155288696289062
RSDMD,λ=8,65536,0,866945,13.228530883789062
RSDMD,λ=8,65536,0,877081,13.383193969726562
RSDMD,λ=8,65536,0,916409,13.983291625976562
RSDMD,λ=8,65536,0,858249,13.095840454101562
RSDMD,λ=8,65536,0,849689,12.965225219726562
RSDMD,λ=8,65536,0,889481,13.572402954101562
RSDMD,λ=8,65536,0,773737,11.806289672851562
RSDMD,λ=8,65536,0,857977,13.091690063476562
RSDMD,λ=8,65536,0,882769,13.469985961914062
RSDMD,λ=8,65536,0,923033,14.084365844726562
RSDMD,λ=8,65536,0,956249,14.591201782226562
RSDMD,λ=8,65536,0,876889,13.380264282226562
RSDMD,λ=8,65536,0,826577,12.612564086914062
RSDMD,λ=8,65536,0,971633,14.825942993164062
RSDMD,λ=8,65536,0,979929,14.952529907226562
RSDMD,λ=8,65536,0,1056329,16.118301391601562
RSDMD,λ=8,65536,0,952137,14.528457641601562
RSDMD,λ=8,65536,0,865865,13.212051391601562
RSDMD,λ=8,65536,0,839857,12.815200805664062
RSDMD,λ=8,65536,0,807721,12.324844360351562
RSDMD,λ=8,65536,0,907865,13.852920532226562
RSDMD,λ=8,65536,0,782401,11.938491821289062
RSDMD,λ=8,65536,0,903905,13.792495727539062
RSDMD,λ=8,65536,0,883225,13.476943969726562
RSDMD,λ=8,65536,0,870265,13.279190063476562
RSDMD,λ=8,65536,0,844345,12.883682250976562
RSDMD,λ=8,65536,0,861793,13.149917602539062
RSDMD,λ=8,65536,0,948505,14.473037719726562
RSDMD,λ=8,65536,0,913801,13.943496704101562
RSDMD,λ=8,65536,0,929137,14.177505493164062
RSDMD,λ=8,65536,0,904177,13.796646118164062
RSDMD,λ=8,65536,0,871721,13.301406860351562
RSDMD,λ=8,65536,0,958625,14.627456665039062
RRDMD,λ=8,65536,0,675849,10.312637329101562
RRDMD,λ=8,65536,0,674793,10.296524047851562
RRDMD,λ=8,65536,0,702025,10.712051391601562
RRDMD,λ=8,65536,0,687137,10.484878540039062
RRDMD,λ=8,65536,0,612609,9.347671508789062
RRDMD,λ=8,65536,0,723753,11.043594360351562
RRDMD,λ=8,65536,0,666401,10.168472290039062
RRDMD,λ=8,65536,0,661161,10.088516235351562
RRDMD,λ=8,65536,0,651801,9.945693969726562
RRDMD,λ=8,65536,0,675057,10.300552368164062
RRDMD,λ=8,65536,0,653353,9.969375610351562
RRDMD,λ=8,65536,0,771473,11.771743774414062
RRDMD,λ=8,65536,0,682857,10.419570922851562
RRDMD,λ=8,65536,0,699353,10.671279907226562
RRDMD,λ=8,65536,0,611369,9.328750610351562
RRDMD,λ=8,65536,0,688409,10.504287719726562
RRDMD,λ=8,65536,0,811881,12.388320922851562
RRDMD,λ=8,65536,0,935953,14.281509399414062
RRDMD,λ=8,65536,0,702633,10.721328735351562
RRDMD,λ=8,65536,0,650913,9.932144165039062
RRDMD,λ=8,65536,0,674585,10.293350219726562
RRDMD,λ=8,65536,0,731057,11.155044555664062
RRDMD,λ=8,65536,0,677113,10.331924438476562
RRDMD,λ=8,65536,0,705617,10.766860961914062
RRDMD,λ=8,65536,0,671273,10.242813110351562
RRDMD,λ=8,65536,0,688745,10.509414672851562
RRDMD,λ=8,65536,0,730985,11.153945922851562
RRDMD,λ=8,65536,0,723529,11.040176391601562
RRDMD,λ=8,65536,0,713361,10.885025024414062
RRDMD,λ=8,65536,0,757273,11.555068969726562
RRDMD,λ=8,65536,0,712681,10.874649047851562
RRDMD,λ=8,65536,0,786873,12.006729125976562
RRDMD,λ=8,65536,0,690633,10.538223266601562
RRDMD,λ=8,65536,0,658105,10.041885375976562
RRDMD,λ=8,65536,0,674857,10.297500610351562
RRDMD,λ=8,65536,0,663961,10.131240844726562
RRDMD,λ=8,65536,0,712081,10.865493774414062
RRDMD,λ=8,65536,0,717873,10.953872680664062
RRDMD,λ=8,65536,0,678457,10.352432250976562
RRDMD,λ=8,65536,0,762361,11.632705688476562
RRDMD,λ=8,65536,0,682121,10.408340454101562
RRDMD,λ=8,65536,0,783425,11.954116821289062
RRDMD,λ=8,65536,0,674657,10.294448852539062
RRDMD,λ=8,65536,0,692929,10.573257446289062
RRDMD,λ=8,65536,0,659305,10.060195922851562
RRDMD,λ=8,65536,0,690865,10.541763305664062
RRDMD,λ=8,65536,0,714161,10.897232055664062
RRDMD,λ=8,65536,0,675545,10.307998657226562
RRDMD,λ=8,65536,0,655425,10.000991821289062
RRDMD,λ=8,65536,0,752281,11.478897094726562
RRDMD,λ=8,65536,0,702297,10.716201782226562
RRDMD,λ=8,65536,0,647257,9.876358032226562
RRDMD,λ=8,65536,0,646321,9.862075805664062
RRDMD,λ=8,65536,0,669297,10.212661743164062
RRDMD,λ=8,65536,0,640769,9.777359008789062
RRDMD,λ=8,65536,0,686257,10.471450805664062
RRDMD,λ=8,65536,0,670689,10.233901977539062
RRDMD,λ=8,65536,0,717609,10.949844360351562
RRDMD,λ=8,65536,0,726393,11.083877563476562
RRDMD,λ=8,65536,0,732945,11.183853149414062
RRDMD,λ=8,65536,0,676057,10.315811157226562
RRDMD,λ=8,65536,0,719649,10.980972290039062
RRDMD,λ=8,65536,0,726617,11.087295532226562
RRDMD,λ=8,65536,0,672281,10.258193969726562
RRDMD,λ=8,65536,0,703857,10.740005493164062
RRDMD,λ=8,65536,0,631105,9.629898071289062
RRDMD,λ=8,65536,0,658777,10.052139282226562
RRDMD,λ=8,65536,0,730313,11.143692016601562
RRDMD,λ=8,65536,0,707641,10.797744750976562
RRDMD,λ=8,65536,0,698665,10.660781860351562
RRDMD,λ=8,65536,0,654673,9.989517211914062
RRDMD,λ=8,65536,0,616281,9.403701782226562
RRDMD,λ=8,65536,0,699849,10.678848266601562
RRDMD,λ=8,65536,0,679849,10.373672485351562
RRDMD,λ=8,65536,0,728193,11.111343383789062
RRDMD,λ=8,65536,0,619201,9.448257446289062
RRDMD,λ=8,65536,0,647689,9.882949829101562
RRDMD,λ=8,65536,0,719665,10.981216430664062
RRDMD,λ=8,65536,0,664201,10.134902954101562
RRDMD,λ=8,65536,0,679969,10.375503540039062
RRDMD,λ=8,65536,0,633921,9.672866821289062
RRDMD,λ=8,65536,0,687529,10.490859985351562
RRDMD,λ=8,65536,0,644417,9.833023071289062
RRDMD,λ=8,65536,0,673465,10.276260375976562
RRDMD,λ=8,65536,0,644897,9.840347290039062
RRDMD,λ=8,65536,0,641913,9.794815063476562
RRDMD,λ=8,65536,0,705401,10.763565063476562
RRDMD,λ=8,65536,0,732401,11.175552368164062
RRDMD,λ=8,65536,0,656785,10.021743774414062
RRDMD,λ=8,65536,0,644145,9.828872680664062
RRDMD,λ=8,65536,0,726289,11.082290649414062
RRDMD,λ=8,65536,0,692105,10.560684204101562
RRDMD,λ=8,65536,0,752993,11.489761352539062
RRDMD,λ=8,65536,0,678129,10.347427368164062
RRDMD,λ=8,65536,0,660625,10.080337524414062
RRDMD,λ=8,65536,0,718321,10.960708618164062
RRDMD,λ=8,65536,0,726513,11.085708618164062
RRDMD,λ=8,65536,0,708257,10.807144165039062
RRDMD,λ=8,65536,0,679249,10.364517211914062
RRDMD,λ=8,65536,0,717081,10.941787719726562
RHDMD,λ=8,65536,0,621593,9.484756469726562
RHDMD,λ=8,65536,0,652497,9.956314086914062
RHDMD,λ=8,65536,0,676793,10.327041625976562
RHDMD,λ=8,65536,0,733041,11.185317993164062
RHDMD,λ=8,65536,0,609457,9.299575805664062
RHDMD,λ=8,65536,0,593025,9.048843383789062
RHDMD,λ=8,65536,0,672401,10.260025024414062
RHDMD,λ=8,65536,0,667905,10.191421508789062
RHDMD,λ=8,65536,0,689681,10.523696899414062
RHDMD,λ=8,65536,0,697937,10.649673461914062
RHDMD,λ=8,65536,0,649049,9.903701782226562
RHDMD,λ=8,65536,0,635585,9.698257446289062
RHDMD,λ=8,65536,0,696185,10.622940063476562
RHDMD,λ=8,65536,0,644001,9.826675415039062
RHDMD,λ=8,65536,0,740241,11.295181274414062
RHDMD,λ=8,65536,0,635033,9.689834594726562
RHDMD,λ=8,65536,0,654273,9.983413696289062
RHDMD,λ=8,65536,0,816993,12.466323852539062
RHDMD,λ=8,65536,0,640361,9.771133422851562
RHDMD,λ=8,65536,0,611033,9.323623657226562
RHDMD,λ=8,65536,0,625065,9.537734985351562
RHDMD,λ=8,65536,0,700273,10.685317993164062
RHDMD,λ=8,65536,0,609385,9.298477172851562
RHDMD,λ=8,65536,0,670025,10.223770141601562
RHDMD,λ=8,65536,0,659057,10.056411743164062
RHDMD,λ=8,65536,0,678185,10.348281860351562
RHDMD,λ=8,65536,0,750921,11.458145141601562
RHDMD,λ=8,65536,0,645601,9.851089477539062
RHDMD,λ=8,65536,0,694761,10.601211547851562
RHDMD,λ=8,65536,0,695321,10.609756469726562
RHDMD,λ=8,65536,0,669041,10.208755493164062
RHDMD,λ=8,65536,0,624969,9.536270141601562
RHDMD,λ=8,65536,0,599921,9.154067993164062
RHDMD,λ=8,65536,0,693201,10.577407836914062
RHDMD,λ=8,65536,0,677121,10.332046508789062
RHDMD,λ=8,65536,0,678217,10.348770141601562
RHDMD,λ=8,65536,0,624937,9.535781860351562
RHDMD,λ=8,65536,0,656273,10.013931274414062
RHDMD,λ=8,65536,0,648209,9.890884399414062
RHDMD,λ=8,65536,0,663761,10.128189086914062
RHDMD,λ=8,65536,0,656641,10.019546508789062
RHDMD,λ=8,65536,0,756521,11.543594360351562
RHDMD,λ=8,65536,0,667921,10.191665649414062
RHDMD,λ=8,65536,0,628689,9.593032836914062
RHDMD,λ=8,65536,0,650297,9.922744750976562
RHDMD,λ=8,65536,0,779865,11.899795532226562
RHDMD,λ=8,65536,0,610713,9.318740844726562
RHDMD,λ=8,65536,0,617849,9.427627563476562
RHDMD,λ=8,65536,0,617561,9.423233032226562
RHDMD,λ=8,65536,0,615681,9.394546508789062
RHDMD,λ=8,65536,0,619185,9.448013305664062
RHDMD,λ=8,65536,0,642985,9.811172485351562
RHDMD,λ=8,65536,0,636345,9.709854125976562
RHDMD,λ=8,65536,0,638289,9.739517211914062
RHDMD,λ=8,65536,0,661585,10.094985961914062
RHDMD,λ=8,65536,0,703409,10.733169555664062
RHDMD,λ=8,65536,0,617721,9.425674438476562
RHDMD,λ=8,65536,0,689161,10.515762329101562
RHDMD,λ=8,65536,0,712457,10.871231079101562
RHDMD,λ=8,65536,0,642881,9.809585571289062
RHDMD,λ=8,65536,0,652961,9.963394165039062
RHDMD,λ=8,65536,0,709113,10.820205688476562
RHDMD,λ=8,65536,0,727953,11.107681274414062
RHDMD,λ=8,65536,0,768505,11.726455688476562
RHDMD,λ=8,65536,0,606881,9.260269165039062
RHDMD,λ=8,65536,0,644241,9.830337524414062
RHDMD,λ=8,65536,0,639129,9.752334594726562
RHDMD,λ=8,65536,0,690393,10.534561157226562
RHDMD,λ=8,65536,0,638449,9.741958618164062
RHDMD,λ=8,65536,0,585177,8.929092407226562
RHDMD,λ=8,65536,0,600409,9.161514282226562
RHDMD,λ=8,65536,0,659049,10.056289672851562
RHDMD,λ=8,65536,0,664913,10.145767211914062
RHDMD,λ=8,65536,0,622729,9.502090454101562
RHDMD,λ=8,65536,0,652897,9.962417602539062
RHDMD,λ=8,65536,0,800289,12.211441040039062
RHDMD,λ=8,65536,0,617961,9.429336547851562
RHDMD,λ=8,65536,0,644153,9.828994750976562
RHDMD,λ=8,65536,0,730793,11.151016235351562
RHDMD,λ=8,65536,0,641785,9.792861938476562
RHDMD,λ=8,65536,0,669929,10.222305297851562
RHDMD,λ=8,65536,0,628425,9.589004516601562
RHDMD,λ=8,65536,0,645153,9.844253540039062
RHDMD,λ=8,65536,0,651361,9.938980102539062
RHDMD,λ=8,65536,0,600905,9.169082641601562
RHDMD,λ=8,65536,0,630505,9.620742797851562
RHDMD,λ=8,65536,0,604409,9.222549438476562
RHDMD,λ=8,65536,0,635961,9.703994750976562
RHDMD,λ=8,65536,0,630809,9.625381469726562
RHDMD,λ=8,65536,0,655409,10.000747680664062
RHDMD,λ=8,65536,0,692449,10.565933227539062
RHDMD,λ=8,65536,0,645609,9.851211547851562
RHDMD,λ=8,65536,0,657257,10.028945922851562
RHDMD,λ=8,65536,0,629609,9.607070922851562
RHDMD,λ=8,65536,0,689081,10.514541625976562
RHDMD,λ=8,65536,0,619593,9.454238891601562
RHDMD,λ=8,65536,0,619433,9.451797485351562
RHDMD,λ=8,65536,0,631513,9.636123657226562
RHDMD,λ=8,65536,0,675505,10.307388305664062
RHDMD,λ=8,65536,0,605553,9.240005493164062
RHLMD,λ=8,65536,0,646745,9.868545532226562
RHLMD,λ=8,65536,0,665305,10.151748657226562
RHLMD,λ=8,65536,0,788625,12.033462524414062
RHLMD,λ=8,65536,0,646929,9.871353149414062
RHLMD,λ=8,65536,0,619161,9.447647094726562
RHLMD,λ=8,65536,0,685001,10.452285766601562
RHLMD,λ=8,65536,0,649049,9.903701782226562
RHLMD,λ=8,65536,0,621177,9.478408813476562
RHLMD,λ=8,65536,0,685881,10.465713500976562
RHLMD,λ=8,65536,0,625921,9.550796508789062
RHLMD,λ=8,65536,0,656953,10.024307250976562
RHLMD,λ=8,65536,0,684409,10.443252563476562
RHLMD,λ=8,65536,0,688289,10.502456665039062
RHLMD,λ=8,65536,0,652089,9.950088500976562
RHLMD,λ=8,65536,0,720393,10.992324829101562
RHLMD,λ=8,65536,0,629401,9.603897094726562
RHLMD,λ=8,65536,0,692953,10.573623657226562
RHLMD,λ=8,65536,0,718481,10.963150024414062
RHLMD,λ=8,65536,0,730433,11.145523071289062
RHLMD,λ=8,65536,0,670737,10.234634399414062
RHLMD,λ=8,65536,0,681233,10.394790649414062
RHLMD,λ=8,65536,0,663457,10.123550415039062
RHLMD,λ=8,65536,0,668257,10.196792602539062
RHLMD,λ=8,65536,0,670913,10.237319946289062
RHLMD,λ=8,65536,0,651249,9.937271118164062
RHLMD,λ=8,65536,0,643185,9.814224243164062
RHLMD,λ=8,65536,0,759273,11.585586547851562
RHLMD,λ=8,65536,0,636569,9.713272094726562
RHLMD,λ=8,65536,0,645497,9.849502563476562
RHLMD,λ=8,65536,0,668897,10.206558227539062
RHLMD,λ=8,65536,0,698505,10.658340454101562
RHLMD,λ=8,65536,0,660521,10.078750610351562
RHLMD,λ=8,65536,0,708657,10.813247680664062
RHLMD,λ=8,65536,0,655305,9.999160766601562
RHLMD,λ=8,65536,0,666777,10.174209594726562
RHLMD,λ=8,65536,0,694673,10.599868774414062
RHLMD,λ=8,65536,0,723489,11.039566040039062
RHLMD,λ=8,65536,0,698961,10.665298461914062
RHLMD,λ=8,65536,0,671849,10.251602172851562
RHLMD,λ=8,65536,0,637713,9.730728149414062
RHLMD,λ=8,65536,0,638985,9.750137329101562
RHLMD,λ=8,65536,0,704817,10.754653930664062
RHLMD,λ=8,65536,0,669281,10.212417602539062
RHLMD,λ=8,65536,0,711425,10.855484008789062
RHLMD,λ=8,65536,0,701281,10.700698852539062
RHLMD,λ=8,65536,0,689337,10.518447875976562
RHLMD,λ=8,65536,0,703945,10.741348266601562
RHLMD,λ=8,65536,0,707681,10.798355102539062
RHLMD,λ=8,65536,0,626369,9.557632446289062
RHLMD,λ=8,65536,0,694145,10.591812133789062
RHLMD,λ=8,65536,0,608801,9.289566040039062
RHLMD,λ=8,65536,0,647505,9.880142211914062
RHLMD,λ=8,65536,0,736457,11.237442016601562
RHLMD,λ=8,65536,0,643737,9.822647094726562
RHLMD,λ=8,65536,0,635337,9.694473266601562
RHLMD,λ=8,65536,0,660297,10.075332641601562
RHLMD,λ=8,65536,0,779929,11.900772094726562
RHLMD,λ=8,65536,0,727833,11.105850219726562
RHLMD,λ=8,65536,0,619625,9.454727172851562
RHLMD,λ=8,65536,0,718473,10.963027954101562
RHLMD,λ=8,65536,0,676737,10.326187133789062
RHLMD,λ=8,65536,0,698513,10.658462524414062
RHLMD,λ=8,65536,0,714553,10.903213500976562
RHLMD,λ=8,65536,0,637569,9.728530883789062
RHLMD,λ=8,65536,0,679161,10.363174438476562
RHLMD,λ=8,65536,0,658265,10.044326782226562
RHLMD,λ=8,65536,0,621561,9.484268188476562
RHLMD,λ=8,65536,0,618353,9.435317993164062
RHLMD,λ=8,65536,0,721921,11.015640258789062
RHLMD,λ=8,65536,0,646985,9.872207641601562
RHLMD,λ=8,65536,0,693641,10.584121704101562
RHLMD,λ=8,65536,0,602401,9.191909790039062
RHLMD,λ=8,65536,0,656249,10.013565063476562
RHLMD,λ=8,65536,0,715761,10.921646118164062
RHLMD,λ=8,65536,0,657481,10.032363891601562
RHLMD,λ=8,65536,0,663281,10.120864868164062
RHLMD,λ=8,65536,0,648233,9.891250610351562
RHLMD,λ=8,65536,0,702905,10.725479125976562
RHLMD,λ=8,65536,0,716113,10.927017211914062
RHLMD,λ=8,65536,0,625945,9.551162719726562
RHLMD,λ=8,65536,0,647769,9.884170532226562
RHLMD,λ=8,65536,0,678809,10.357803344726562
RHLMD,λ=8,65536,0,646001,9.857192993164062
RHLMD,λ=8,65536,0,703041,10.727554321289062
RHLMD,λ=8,65536,0,636769,9.716323852539062
RHLMD,λ=8,65536,0,689985,10.528335571289062
RHLMD,λ=8,65536,0,665585,10.156021118164062
RHLMD,λ=8,65536,0,634153,9.676406860351562
RHLMD,λ=8,65536,0,692897,10.572769165039062
RHLMD,λ=8,65536,0,644649,9.836563110351562
RHLMD,λ=8,65536,0,635737,9.700576782226562
RHLMD,λ=8,65536,0,771489,11.771987915039062
RHLMD,λ=8,65536,0,698841,10.663467407226562
RHLMD,λ=8,65536,0,657201,10.028091430664062
RHLMD,λ=8,65536,0,666409,10.168594360351562
RHLMD,λ=8,65536,0,696649,10.630020141601562
RHLMD,λ=8,65536,0,721153,11.003921508789062
RHLMD,λ=8,65536,0,664649,10.141738891601562
RHLMD,λ=8,65536,0,685793,10.464370727539062
RHLMD,λ=8,65536,0,681641,10.401016235351562
RRLMD,λ=8,65536,0,648401,9.893814086914062
RRLMD,λ=8,65536,0,712465,10.871353149414062
RRLMD,λ=8,65536,0,798001,12.176528930664062
RRLMD,λ=8,65536,0,774865,11.823501586914062
RRLMD,λ=8,65536,0,758857,11.579238891601562
RRLMD,λ=8,65536,0,644505,9.834365844726562
RRLMD,λ=8,65536,0,725473,11.069839477539062
RRLMD,λ=8,65536,0,766753,11.699722290039062
RRLMD,λ=8,65536,0,655633,10.004165649414062
RRLMD,λ=8,65536,0,720689,10.996841430664062
RRLMD,λ=8,65536,0,712769,10.875991821289062
RRLMD,λ=8,65536,0,713321,10.884414672851562
RRLMD,λ=8,65536,0,652673,9.958999633789062
RRLMD,λ=8,65536,0,716689,10.935806274414062
RRLMD,λ=8,65536,0,743289,11.341690063476562
RRLMD,λ=8,65536,0,669649,10.218032836914062
RRLMD,λ=8,65536,0,791009,12.069839477539062
RRLMD,λ=8,65536,0,769953,11.748550415039062
RRLMD,λ=8,65536,0,664729,10.142959594726562
RRLMD,λ=8,65536,0,856337,13.066665649414062
RRLMD,λ=8,65536,0,789553,12.047622680664062
RRLMD,λ=8,65536,0,814161,12.423110961914062
RRLMD,λ=8,65536,0,707769,10.799697875976562
RRLMD,λ=8,65536,0,687537,10.490982055664062
RRLMD,λ=8,65536,0,720417,10.992691040039062
RRLMD,λ=8,65536,0,942873,14.387100219726562
RRLMD,λ=8,65536,0,685641,10.462051391601562
RRLMD,λ=8,65536,0,669497,10.215713500976562
RRLMD,λ=8,65536,0,690185,10.531387329101562
RRLMD,λ=8,65536,0,785513,11.985977172851562
RRLMD,λ=8,65536,0,812009,12.390274047851562
RRLMD,λ=8,65536,0,723449,11.038955688476562
RRLMD,λ=8,65536,0,737857,11.258804321289062
RRLMD,λ=8,65536,0,691513,10.551651000976562
RRLMD,λ=8,65536,0,658745,10.051651000976562
RRLMD,λ=8,65536,0,690617,10.537979125976562
RRLMD,λ=8,65536,0,692681,10.569473266601562
RRLMD,λ=8,65536,0,710905,10.847549438476562
RRLMD,λ=8,65536,0,661401,10.092178344726562
RRLMD,λ=8,65536,0,730833,11.151626586914062
RRLMD,λ=8,65536,0,690353,10.533950805664062
RRLMD,λ=8,65536,0,704745,10.753555297851562
RRLMD,λ=8,65536,0,786409,11.999649047851562
RRLMD,λ=8,65536,0,764465,11.664810180664062
RRLMD,λ=8,65536,0,717785,10.952529907226562
RRLMD,λ=8,65536,0,728433,11.115005493164062
RRLMD,λ=8,65536,0,705609,10.766738891601562
RRLMD,λ=8,65536,0,778417,11.877700805664062
RRLMD,λ=8,65536,0,676289,10.319351196289062
RRLMD,λ=8,65536,0,654337,9.984390258789062
RRLMD,λ=8,65536,0,789737,12.050430297851562
RRLMD,λ=8,65536,0,677793,10.342300415039062
RRLMD,λ=8,65536,0,700257,10.685073852539062
RRLMD,λ=8,65536,0,649177,9.905654907226562
RRLMD,λ=8,65536,0,808777,12.340957641601562
RRLMD,λ=8,65536,0,845433,12.900283813476562
RRLMD,λ=8,65536,0,735785,11.227188110351562
RRLMD,λ=8,65536,0,691561,10.552383422851562
RRLMD,λ=8,65536,0,683225,10.425186157226562
RRLMD,λ=8,65536,0,710529,10.841812133789062
RRLMD,λ=8,65536,0,697969,10.650161743164062
RRLMD,λ=8,65536,0,695481,10.612197875976562
RRLMD,λ=8,65536,0,801497,12.229873657226562
RRLMD,λ=8,65536,0,752617,11.484024047851562
RRLMD,λ=8,65536,0,676233,10.318496704101562
RRLMD,λ=8,65536,0,686441,10.474258422851562
RRLMD,λ=8,65536,0,711505,10.856704711914062
RRLMD,λ=8,65536,0,822537,12.550918579101562
RRLMD,λ=8,65536,0,698665,10.660781860351562
RRLMD,λ=8,65536,0,772977,11.794692993164062
RRLMD,λ=8,65536,0,679313,10.365493774414062
RRLMD,λ=8,65536,0,741457,11.313735961914062
RRLMD,λ=8,65536,0,734017,11.200210571289062
RRLMD,λ=8,65536,0,683977,10.436660766601562
RRLMD,λ=8,65536,0,723785,11.044082641601562
RRLMD,λ=8,65536,0,815449,12.442764282226562
RRLMD,λ=8,65536,0,690193,10.531509399414062
RRLMD,λ=8,65536,0,721481,11.008926391601562
RRLMD,λ=8,65536,0,676505,10.322647094726562
RRLMD,λ=8,65536,0,690889,10.542129516601562
RRLMD,λ=8,65536,0,728105,11.110000610351562
RRLMD,λ=8,65536,0,650649,9.928115844726562
RRLMD,λ=8,65536,0,722617,11.026260375976562
RRLMD,λ=8,65536,0,688361,10.503555297851562
RRLMD,λ=8,65536,0,792281,12.089248657226562
RRLMD,λ=8,65536,0,672473,10.261123657226562
RRLMD,λ=8,65536,0,621377,9.481460571289062
RRLMD,λ=8,65536,0,669529,10.216201782226562
RRLMD,λ=8,65536,0,711921,10.863052368164062
RRLMD,λ=8,65536,0,724385,11.053237915039062
RRLMD,λ=8,65536,0,692209,10.562271118164062
RRLMD,λ=8,65536,0,683553,10.430191040039062
RRLMD,λ=8,65536,0,656577,10.018569946289062
RRLMD,λ=8,65536,0,633569,9.667495727539062
RRLMD,λ=8,65536,0,708505,10.810928344726562
RRLMD,λ=8,65536,0,712409,10.870498657226562
RRLMD,λ=8,65536,0,746321,11.387954711914062
RRLMD,λ=8,65536,0,678009,10.345596313476562
RRLMD,λ=8,65536,0,694393,10.595596313476562
RRLMD,λ=8,65536,0,689401,10.519424438476562
RSLMD,λ=8,65536,0,1098545,16.762466430664062
RSLMD,λ=8,65536,0,864081,13.184829711914062
RSLMD,λ=8,65536,0,989697,15.101577758789062
RSLMD,λ=8,65536,0,1003025,15.304946899414062
RSLMD,λ=8,65536,0,1014609,15.481704711914062
RSLMD,λ=8,65536,0,981233,14.972427368164062
RSLMD,λ=8,65536,0,858001,13.092056274414062
RSLMD,λ=8,65536,0,865809,13.211196899414062
RSLMD,λ=8,65536,0,878641,13.406997680664062
RSLMD,λ=8,65536,0,892497,13.618423461914062
RSLMD,λ=8,65536,0,1030849,15.729507446289062
RSLMD,λ=8,65536,0,877809,13.394302368164062
RSLMD,λ=8,65536,0,892481,13.618179321289062
RSLMD,λ=8,65536,0,901281,13.752456665039062
RSLMD,λ=8,65536,0,976913,14.906509399414062
RSLMD,λ=8,65536,0,1016721,15.513931274414062
RSLMD,λ=8,65536,0,858593,13.101089477539062
RSLMD,λ=8,65536,0,1007217,15.368911743164062
RSLMD,λ=8,65536,0,857121,13.078628540039062
RSLMD,λ=8,65536,0,877441,13.388687133789062
RSLMD,λ=8,65536,0,1032993,15.762222290039062
RSLMD,λ=8,65536,0,943809,14.401382446289062
RSLMD,λ=8,65536,0,953569,14.550308227539062
RSLMD,λ=8,65536,0,989729,15.102066040039062
RSLMD,λ=8,65536,0,858289,13.096450805664062
RSLMD,λ=8,65536,0,1016897,15.516616821289062
RSLMD,λ=8,65536,0,1012209,15.445083618164062
RSLMD,λ=8,65536,0,972273,14.835708618164062
RSLMD,λ=8,65536,0,900417,13.739273071289062
RSLMD,λ=8,65536,0,907889,13.853286743164062
RSLMD,λ=8,65536,0,920817,14.050552368164062
RSLMD,λ=8,65536,0,935281,14.271255493164062
RSLMD,λ=8,65536,0,857937,13.091079711914062
RSLMD,λ=8,65536,0,826257,12.607681274414062
RSLMD,λ=8,65536,0,889185,13.567886352539062
RSLMD,λ=8,65536,0,879633,13.422134399414062
RSLMD,λ=8,65536,0,953153,14.543960571289062
RSLMD,λ=8,65536,0,1027073,15.671890258789062
RSLMD,λ=8,65536,0,998529,15.236343383789062
RSLMD,λ=8,65536,0,949313,14.485366821289062
RSLMD,λ=8,65536,0,1055025,16.098403930664062
RSLMD,λ=8,65536,0,908353,13.860366821289062
RSLMD,λ=8,65536,0,938625,14.322280883789062
RSLMD,λ=8,65536,0,931505,14.213638305664062
RSLMD,λ=8,65536,0,960385,14.654312133789062
RSLMD,λ=8,65536,0,856081,13.062759399414062
RSLMD,λ=8,65536,0,1004257,15.323745727539062
RSLMD,λ=8,65536,0,974625,14.871597290039062
RSLMD,λ=8,65536,0,1132929,17.287124633789062
RSLMD,λ=8,65536,0,899857,13.730728149414062
RSLMD,λ=8,65536,0,873281,13.325210571289062
RSLMD,λ=8,65536,0,902369,13.769058227539062
RSLMD,λ=8,65536,0,938865,14.325942993164062
RSLMD,λ=8,65536,0,954593,14.565933227539062
RSLMD,λ=8,65536,0,887537,13.542739868164062
RSLMD,λ=8,65536,0,1004929,15.333999633789062
RSLMD,λ=8,65536,0,948897,14.479019165039062
RSLMD,λ=8,65536,0,867777,13.241226196289062
RSLMD,λ=8,65536,0,918289,14.011978149414062
RSLMD,λ=8,65536,0,976625,14.902114868164062
RSLMD,λ=8,65536,0,1000001,15.258804321289062
RSLMD,λ=8,65536,0,854865,13.044204711914062
RSLMD,λ=8,65536,0,890145,13.582534790039062
RSLMD,λ=8,65536,0,886177,13.521987915039062
RSLMD,λ=8,65536,0,827105,12.620620727539062
RSLMD,λ=8,65536,0,990769,15.117935180664062
RSLMD,λ=8,65536,0,1049281,16.010757446289062
RSLMD,λ=8,65536,0,942129,14.375747680664062
RSLMD,λ=8,65536,0,959745,14.644546508789062
RSLMD,λ=8,65536,0,853457,13.022720336914062
RSLMD,λ=8,65536,0,821745,12.538833618164062
RSLMD,λ=8,65536,0,890209,13.583511352539062
RSLMD,λ=8,65536,0,912017,13.916275024414062
RSLMD,λ=8,65536,0,875025,13.351821899414062
RSLMD,λ=8,65536,0,778833,11.884048461914062
RSLMD,λ=8,65536,0,923345,14.089126586914062
RSLMD,λ=8,65536,0,964017,14.709732055664062
RSLMD,λ=8,65536,0,940705,14.354019165039062
RSLMD,λ=8,65536,0,991265,15.125503540039062
RSLMD,λ=8,65536,0,854081,13.032241821289062
RSLMD,λ=8,65536,0,952321,14.531265258789062
RSLMD,λ=8,65536,0,875265,13.355484008789062
RSLMD,λ=8,65536,0,955265,14.576187133789062
RSLMD,λ=8,65536,0,899377,13.723403930664062
RSLMD,λ=8,65536,0,862033,13.153579711914062
RSLMD,λ=8,65536,0,1056161,16.115737915039062
RSLMD,λ=8,65536,0,912033,13.916519165039062
RSLMD,λ=8,65536,0,917841,14.005142211914062
RSLMD,λ=8,65536,0,1016033,15.503433227539062
RSLMD,λ=8,65536,0,964129,14.711441040039062
RSLMD,λ=8,65536,0,856209,13.064712524414062
RSLMD,λ=8,65536,0,904417,13.800308227539062
RSLMD,λ=8,65536,0,838849,12.799819946289062
RSLMD,λ=8,65536,0,916657,13.987075805664062
RSLMD,λ=8,65536,0,904161,13.796401977539062
RSLMD,λ=8,65536,0,915361,13.967300415039062
RSLMD,λ=8,65536,0,827201,12.622085571289062
RSLMD,λ=8,65536,0,999105,15.245132446289062
RSLMD,λ=8,65536,0,856481,13.068862915039062
RSLMD,λ=8,65536,0,940017,14.343521118164062
RSDID,λ=8,65536,0,893377,13.631851196289062
RSDID,λ=8,65536,0,975697,14.887954711914062
RSDID,λ=8,65536,0,915137,13.963882446289062
RSDID,λ=8,65536,0,921809,14.065689086914062
RSDID,λ=8,65536,0,1011137,15.428726196289062
RSDID,λ=8,65536,0,879873,13.425796508789062
RSDID,λ=8,65536,0,944193,14.407241821289062
RSDID,λ=8,65536,0,916545,13.985366821289062
RSDID,λ=8,65536,0,1022689,15.604995727539062
RSDID,λ=8,65536,0,1086417,16.577407836914062
RSDID,λ=8,65536,0,940545,14.351577758789062
RSDID,λ=8,65536,0,969361,14.791275024414062
RSDID,λ=8,65536,0,908657,13.865005493164062
RSDID,λ=8,65536,0,898481,13.709732055664062
RSDID,λ=8,65536,0,923281,14.088150024414062
RSDID,λ=8,65536,0,898113,13.704116821289062
RSDID,λ=8,65536,0,903745,13.790054321289062
RSDID,λ=8,65536,0,988481,15.083023071289062
RSDID,λ=8,65536,0,1194241,18.222671508789062
RSDID,λ=8,65536,0,922785,14.080581665039062
RSDID,λ=8,65536,0,904929,13.808120727539062
RSDID,λ=8,65536,0,1169297,17.842056274414062
RSDID,λ=8,65536,0,970753,14.812515258789062
RSDID,λ=8,65536,0,963505,14.701919555664062
RSDID,λ=8,65536,0,848929,12.953628540039062
RSDID,λ=8,65536,0,876753,13.378189086914062
RSDID,λ=8,65536,0,1052081,16.053482055664062
RSDID,λ=8,65536,0,905745,13.820571899414062
RSDID,λ=8,65536,0,907521,13.847671508789062
RSDID,λ=8,65536,0,881457,13.449966430664062
RSDID,λ=8,65536,0,1088065,16.602554321289062
RSDID,λ=8,65536,0,925329,14.119400024414062
RSDID,λ=8,65536,0,857617,13.086196899414062
RSDID,λ=8,65536,0,951617,14.520523071289062
RSDID,λ=8,65536,0,997457,15.219985961914062
RSDID,λ=8,65536,0,1096929,16.737808227539062
RSDID,λ=8,65536,0,943969,14.403823852539062
RSDID,λ=8,65536,0,922881,14.082046508789062
RSDID,λ=8,65536,0,974385,14.867935180664062
RSDID,λ=8,65536,0,902305,13.768081665039062
RSDID,λ=8,65536,0,940961,14.357925415039062
RSDID,λ=8,65536,0,976897,14.906265258789062
RSDID,λ=8,65536,0,999361,15.249038696289062
RSDID,λ=8,65536,0,1057665,16.138687133789062
RSDID,λ=8,65536,0,1049233,16.010025024414062
RSDID,λ=8,65536,0,974609,14.871353149414062
RSDID,λ=8,65536,0,939905,14.341812133789062
RSDID,λ=8,65536,0,924913,14.113052368164062
RSDID,λ=8,65536,0,956113,14.589126586914062
RSDID,λ=8,65536,0,894769,13.653091430664062
RSDID,λ=8,65536,0,1010289,15.415786743164062
RSDID,λ=8,65536,0,890833,13.593032836914062
RSDID,λ=8,65536,0,1044305,15.934829711914062
RSDID,λ=8,65536,0,909409,13.876480102539062
RSDID,λ=8,65536,0,952161,14.528823852539062
RSDID,λ=8,65536,0,975841,14.890151977539062
RSDID,λ=8,65536,0,945697,14.430191040039062
RSDID,λ=8,65536,0,951825,14.523696899414062
RSDID,λ=8,65536,0,842353,12.853286743164062
RSDID,λ=8,65536,0,911217,13.904067993164062
RSDID,λ=8,65536,0,962705,14.689712524414062
RSDID,λ=8,65536,0,956721,14.598403930664062
RSDID,λ=8,65536,0,951217,14.514419555664062
RSDID,λ=8,65536,0,918289,14.011978149414062
RSDID,λ=8,65536,0,992865,15.149917602539062
RSDID,λ=8,65536,0,1129697,17.237808227539062
RSDID,λ=8,65536,0,977361,14.913345336914062
RSDID,λ=8,65536,0,925233,14.117935180664062
RSDID,λ=8,65536,0,1001777,15.285903930664062
RSDID,λ=8,65536,0,974257,14.865982055664062
RSDID,λ=8,65536,0,1014289,15.476821899414062
RSDID,λ=8,65536,0,1005761,15.346694946289062
RSDID,λ=8,65536,0,906769,13.836196899414062
RSDID,λ=8,65536,0,962017,14.679214477539062
RSDID,λ=8,65536,0,985121,15.031753540039062
RSDID,λ=8,65536,0,966657,14.750015258789062
RSDID,λ=8,65536,0,899505,13.725357055664062
RSDID,λ=8,65536,0,892017,13.611099243164062
RSDID,λ=8,65536,0,969505,14.793472290039062
RSDID,λ=8,65536,0,1147249,17.505630493164062
RSDID,λ=8,65536,0,964817,14.721939086914062
RSDID,λ=8,65536,0,1013105,15.458755493164062
RSDID,λ=8,65536,0,1007169,15.368179321289062
RSDID,λ=8,65536,0,931041,14.206558227539062
RSDID,λ=8,65536,0,1096497,16.731216430664062
RSDID,λ=8,65536,0,1015313,15.492446899414062
RSDID,λ=8,65536,0,883505,13.481216430664062
RSDID,λ=8,65536,0,959505,14.640884399414062
RSDID,λ=8,65536,0,905073,13.810317993164062
RSDID,λ=8,65536,0,956561,14.595962524414062
RSDID,λ=8,65536,0,904033,13.794448852539062
RSDID,λ=8,65536,0,979009,14.938491821289062
RSDID,λ=8,65536,0,858497,13.099624633789062
RSDID,λ=8,65536,0,865329,13.203872680664062
RSDID,λ=8,65536,0,1008465,15.387954711914062
RSDID,λ=8,65536,0,1001137,15.276138305664062
RSDID,λ=8,65536,0,1012097,15.443374633789062
RSDID,λ=8,65536,0,980065,14.954605102539062
RSDID,λ=8,65536,0,920273,14.042251586914062
RSDID,λ=8,65536,0,942753,14.385269165039062
RRDID,λ=8,65536,0,712945,10.878677368164062
RRDID,λ=8,65536,0,891233,13.599136352539062
RRDID,λ=8,65536,0,918305,14.012222290039062
RRDID,λ=8,65536,0,737665,11.255874633789062
RRDID,λ=8,65536,0,732161,11.171890258789062
RRDID,λ=8,65536,0,761489,11.619400024414062
RRDID,λ=8,65536,0,767265,11.707534790039062
RRDID,λ=8,65536,0,769745,11.745376586914062
RRDID,λ=8,65536,0,717649,10.950454711914062
RRDID,λ=8,65536,0,700833,10.693862915039062
RRDID,λ=8,65536,0,670497,10.230972290039062
RRDID,λ=8,65536,0,722881,11.030288696289062
RRDID,λ=8,65536,0,688081,10.499282836914062
RRDID,λ=8,65536,0,864689,13.194107055664062
RRDID,λ=8,65536,0,747601,11.407485961914062
RRDID,λ=8,65536,0,720817,10.998794555664062
RRDID,λ=8,65536,0,740673,11.301773071289062
RRDID,λ=8,65536,0,692641,10.568862915039062
RRDID,λ=8,65536,0,673409,10.275405883789062
RRDID,λ=8,65536,0,713553,10.887954711914062
RRDID,λ=8,65536,0,1063473,16.227310180664062
RRDID,λ=8,65536,0,763553,11.650894165039062
RRDID,λ=8,65536,0,797169,12.163833618164062
RRDID,λ=8,65536,0,729313,11.128433227539062
RRDID,λ=8,65536,0,750257,11.448013305664062
RRDID,λ=8,65536,0,807569,12.322525024414062
RRDID,λ=8,65536,0,744673,11.362808227539062
RRDID,λ=8,65536,0,685761,10.463882446289062
RRDID,λ=8,65536,0,773025,11.795425415039062
RRDID,λ=8,65536,0,806833,12.311294555664062
RRDID,λ=8,65536,0,799057,12.192642211914062
RRDID,λ=8,65536,0,844481,12.885757446289062
RRDID,λ=8,65536,0,749729,11.439956665039062
RRDID,λ=8,65536,0,656273,10.013931274414062
RRDID,λ=8,65536,0,715281,10.914321899414062
RRDID,λ=8,65536,0,737121,11.247573852539062
RRDID,λ=8,65536,0,728737,11.119644165039062
RRDID,λ=8,65536,0,812721,12.401138305664062
RRDID,λ=8,65536,0,755089,11.521743774414062
RRDID,λ=8,65536,0,735137,11.217300415039062
RRDID,λ=8,65536,0,818593,12.490737915039062
RRDID,λ=8,65536,0,757697,11.561538696289062
RRDID,λ=8,65536,0,703073,10.728042602539062
RRDID,λ=8,65536,0,726129,11.079849243164062
RRDID,λ=8,65536,0,685217,10.455581665039062
RRDID,λ=8,65536,0,729489,11.131118774414062
RRDID,λ=8,65536,0,775249,11.829360961914062
RRDID,λ=8,65536,0,695153,10.607192993164062
RRDID,λ=8,65536,0,783921,11.961685180664062
RRDID,λ=8,65536,0,693889,10.587905883789062
RRDID,λ=8,65536,0,745345,11.373062133789062
RRDID,λ=8,65536,0,693073,10.575454711914062
RRDID,λ=8,65536,0,688817,10.510513305664062
RRDID,λ=8,65536,0,712961,10.878921508789062
RRDID,λ=8,65536,0,701489,10.703872680664062
RRDID,λ=8,65536,0,736385,11.236343383789062
RRDID,λ=8,65536,0,723089,11.033462524414062
RRDID,λ=8,65536,0,702913,10.725601196289062
RRDID,λ=8,65536,0,705921,10.771499633789062
RRDID,λ=8,65536,0,700113,10.682876586914062
RRDID,λ=8,65536,0,692161,10.561538696289062
RRDID,λ=8,65536,0,835569,12.749771118164062
RRDID,λ=8,65536,0,737281,11.250015258789062
RRDID,λ=8,65536,0,734225,11.203384399414062
RRDID,λ=8,65536,0,793489,12.107681274414062
RRDID,λ=8,65536,0,789393,12.045181274414062
RRDID,λ=8,65536,0,684625,10.446548461914062
RRDID,λ=8,65536,0,775329,11.830581665039062
RRDID,λ=8,65536,0,799281,12.196060180664062
RRDID,λ=8,65536,0,669937,10.222427368164062
RRDID,λ=8,65536,0,719537,10.979263305664062
RRDID,λ=8,65536,0,746385,11.388931274414062
RRDID,λ=8,65536,0,703649,10.736831665039062
RRDID,λ=8,65536,0,742433,11.328628540039062
RRDID,λ=8,65536,0,847233,12.927749633789062
RRDID,λ=8,65536,0,709409,10.824722290039062
RRDID,λ=8,65536,0,828577,12.643081665039062
RRDID,λ=8,65536,0,765409,11.679214477539062
RRDID,λ=8,65536,0,777905,11.869888305664062
RRDID,λ=8,65536,0,836097,12.757827758789062
RRDID,λ=8,65536,0,765041,11.673599243164062
RRDID,λ=8,65536,0,819985,12.511978149414062
RRDID,λ=8,65536,0,767105,11.705093383789062
RRDID,λ=8,65536,0,729345,11.128921508789062
RRDID,λ=8,65536,0,671377,10.244400024414062
RRDID,λ=8,65536,0,728833,11.121109008789062
RRDID,λ=8,65536,0,751553,11.467788696289062
RRDID,λ=8,65536,0,755233,11.523941040039062
RRDID,λ=8,65536,0,695105,10.606460571289062
RRDID,λ=8,65536,0,760961,11.611343383789062
RRDID,λ=8,65536,0,706417,10.779067993164062
RRDID,λ=8,65536,0,658929,10.054458618164062
RRDID,λ=8,65536,0,684113,10.438735961914062
RRDID,λ=8,65536,0,757985,11.565933227539062
RRDID,λ=8,65536,0,782513,11.940200805664062
RRDID,λ=8,65536,0,826289,12.608169555664062
RRDID,λ=8,65536,0,776305,11.845474243164062
RRDID,λ=8,65536,0,878049,13.397964477539062
RRDID,λ=8,65536,0,710001,10.833755493164062
RRDID,λ=8,65536,0,765297,11.677505493164062
RHDID,λ=8,65536,0,666337,10.167495727539062
RHDID,λ=8,65536,0,762945,11.641616821289062
RHDID,λ=8,65536,0,708593,10.812271118164062
RHDID,λ=8,65536,0,743185,11.340103149414062
RHDID,λ=8,65536,0,737985,11.260757446289062
RHDID,λ=8,65536,0,709521,10.826431274414062
RHDID,λ=8,65536,0,732753,11.180923461914062
RHDID,λ=8,65536,0,726113,11.079605102539062
RHDID,λ=8,65536,0,726801,11.090103149414062
RHDID,λ=8,65536,0,670497,10.230972290039062
RHDID,λ=8,65536,0,692657,10.569107055664062
RHDID,λ=8,65536,0,670705,10.234146118164062
RHDID,λ=8,65536,0,680289,10.380386352539062
RHDID,λ=8,65536,0,657697,10.035659790039062
RHDID,λ=8,65536,0,734193,11.202896118164062
RHDID,λ=8,65536,0,700977,10.696060180664062
RHDID,λ=8,65536,0,735857,11.228286743164062
RHDID,λ=8,65536,0,699009,10.666030883789062
RHDID,λ=8,65536,0,666497,10.169937133789062
RHDID,λ=8,65536,0,693457,10.581314086914062
RHDID,λ=8,65536,0,658321,10.045181274414062
RHDID,λ=8,65536,0,727073,11.094253540039062
RHDID,λ=8,65536,0,710401,10.839859008789062
RHDID,λ=8,65536,0,771633,11.774185180664062
RHDID,λ=8,65536,0,710273,10.837905883789062
RHDID,λ=8,65536,0,702881,10.725112915039062
RHDID,λ=8,65536,0,699185,10.668716430664062
RHDID,λ=8,65536,0,786593,12.002456665039062
RHDID,λ=8,65536,0,702417,10.718032836914062
RHDID,λ=8,65536,0,729009,11.123794555664062
RHDID,λ=8,65536,0,660113,10.072525024414062
RHDID,λ=8,65536,0,661105,10.087661743164062
RHDID,λ=8,65536,0,713201,10.882583618164062
RHDID,λ=8,65536,0,794289,12.119888305664062
RHDID,λ=8,65536,0,713345,10.884780883789062
RHDID,λ=8,65536,0,814977,12.435562133789062
RHDID,λ=8,65536,0,690353,10.533950805664062
RHDID,λ=8,65536,0,812689,12.400650024414062
RHDID,λ=8,65536,0,688033,10.498550415039062
RHDID,λ=8,65536,0,746849,11.396011352539062
RHDID,λ=8,65536,0,723809,11.044448852539062
RHDID,λ=8,65536,0,711217,10.852310180664062
RHDID,λ=8,65536,0,661457,10.093032836914062
RHDID,λ=8,65536,0,815201,12.438980102539062
RHDID,λ=8,65536,0,675953,10.314224243164062
RHDID,λ=8,65536,0,694417,10.595962524414062
RHDID,λ=8,65536,0,683089,10.423110961914062
RHDID,λ=8,65536,0,665473,10.154312133789062
RHDID,λ=8,65536,0,686353,10.472915649414062
RHDID,λ=8,65536,0,667153,10.179946899414062
RHDID,λ=8,65536,0,714433,10.901382446289062
RHDID,λ=8,65536,0,683985,10.436782836914062
RHDID,λ=8,65536,0,804177,12.270767211914062
RHDID,λ=8,65536,0,738961,11.275650024414062
RHDID,λ=8,65536,0,741937,11.321060180664062
RHDID,λ=8,65536,0,700545,10.689468383789062
RHDID,λ=8,65536,0,701185,10.699234008789062
RHDID,λ=8,65536,0,663153,10.118911743164062
RHDID,λ=8,65536,0,720433,10.992935180664062
RHDID,λ=8,65536,0,748449,11.420425415039062
RHDID,λ=8,65536,0,659137,10.057632446289062
RHDID,λ=8,65536,0,669217,10.211441040039062
RHDID,λ=8,65536,0,682289,10.410903930664062
RHDID,λ=8,65536,0,647505,9.880142211914062
RHDID,λ=8,65536,0,807697,12.324478149414062
RHDID,λ=8,65536,0,770769,11.761001586914062
RHDID,λ=8,65536,0,656689,10.020278930664062
RHDID,λ=8,65536,0,678705,10.356216430664062
RHDID,λ=8,65536,0,705073,10.758560180664062
RHDID,λ=8,65536,0,705889,10.771011352539062
RHDID,λ=8,65536,0,727953,11.107681274414062
RHDID,λ=8,65536,0,712113,10.865982055664062
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RSLID,λ=8,65536,0,915745,13.973159790039062
RSLID,λ=8,65536,0,1330785,20.306167602539062
RSLID,λ=8,65536,0,1157889,17.667984008789062
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RSLID,λ=8,65536,0,1000833,15.271499633789062
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RSLID,λ=8,65536,0,1000017,15.259048461914062
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RSDCU,λ=8,65536,0,846605,12.918167114257812
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RSDCU,λ=8,65536,0,953646,14.551483154296875
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RSDCU,λ=8,65536,0,920259,14.042037963867188
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RSDCU,λ=8,65536,0,856578,13.070343017578125
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RSDCU,λ=8,65536,0,853092,13.01715087890625
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RSDCU,λ=8,65536,0,873915,13.334884643554688
RSDCU,λ=8,65536,0,943672,14.3992919921875
RSDCU,λ=8,65536,0,1002868,15.30255126953125
RSDCU,λ=8,65536,0,794625,12.125015258789062
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RSDCU,λ=8,65536,0,1037403,15.829513549804688
RSDCU,λ=8,65536,0,1017717,15.529129028320312
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RSDCU,λ=8,65536,0,815979,12.450851440429688
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RSDCU,λ=8,65536,0,804108,12.26971435546875
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RSDCU,λ=8,65536,0,1000682,15.269195556640625
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RSDCU,λ=8,65536,0,819181,12.499710083007812
RSDCU,λ=8,65536,0,868867,13.257858276367188
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RSDCU,λ=8,65536,0,858594,13.101104736328125
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RSDCU,λ=8,65536,0,852222,13.003875732421875
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RSDCU,λ=8,65536,0,871203,13.293502807617188
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RRDCU,λ=8,65536,0,674998,10.299652099609375
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RHDCU,λ=8,65536,0,610353,9.313247680664062
RHDCU,λ=8,65536,0,649310,9.907684326171875
RHDCU,λ=8,65536,0,659545,10.063858032226562
RHDCU,λ=8,65536,0,696408,10.6263427734375
RHDCU,λ=8,65536,0,675574,10.308441162109375
RHDCU,λ=8,65536,0,656445,10.016555786132812
RHDCU,λ=8,65536,0,659594,10.064605712890625
RHDCU,λ=8,65536,0,598342,9.129974365234375
RHDCU,λ=8,65536,0,655723,10.005538940429688
RHDCU,λ=8,65536,0,649720,9.9139404296875
RHDCU,λ=8,65536,0,684556,10.44549560546875
RHDCU,λ=8,65536,0,668118,10.194671630859375
RHDCU,λ=8,65536,0,680056,10.3768310546875
RHDCU,λ=8,65536,0,660093,10.072219848632812
RHDCU,λ=8,65536,0,674106,10.286041259765625
RHDCU,λ=8,65536,0,617438,9.421356201171875
RHDCU,λ=8,65536,0,611673,9.333389282226562
RHDCU,λ=8,65536,0,643854,9.824432373046875
RHDCU,λ=8,65536,0,677643,10.340011596679688
RHDCU,λ=8,65536,0,649975,9.917831420898438
RHDCU,λ=8,65536,0,642456,9.8031005859375
RHDCU,λ=8,65536,0,699540,10.67413330078125
RHDCU,λ=8,65536,0,622404,9.49713134765625
RHDCU,λ=8,65536,0,638052,9.73590087890625
RHDCU,λ=8,65536,0,627036,9.56781005859375
RHLCU,λ=8,65536,0,722294,11.021331787109375
RHLCU,λ=8,65536,0,687336,10.4879150390625
RHLCU,λ=8,65536,0,675732,10.31085205078125
RHLCU,λ=8,65536,0,653822,9.976531982421875
RHLCU,λ=8,65536,0,650215,9.921493530273438
RHLCU,λ=8,65536,0,632468,9.65069580078125
RHLCU,λ=8,65536,0,675303,10.304306030273438
RHLCU,λ=8,65536,0,627113,9.568984985351562
RHLCU,λ=8,65536,0,679593,10.369766235351562
RHLCU,λ=8,65536,0,691271,10.547958374023438
RHLCU,λ=8,65536,0,651831,9.946151733398438
RHLCU,λ=8,65536,0,644073,9.827774047851562
RHLCU,λ=8,65536,0,623935,9.520492553710938
RHLCU,λ=8,65536,0,641527,9.788925170898438
RHLCU,λ=8,65536,0,678902,10.359222412109375
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RHLCU,λ=8,65536,0,713728,10.890625
RHLCU,λ=8,65536,0,624980,9.53643798828125
RHLCU,λ=8,65536,0,686414,10.473846435546875
RHLCU,λ=8,65536,0,665632,10.15673828125
RHLCU,λ=8,65536,0,688354,10.503448486328125
RHLCU,λ=8,65536,0,635361,9.694839477539062
RHLCU,λ=8,65536,0,647350,9.877777099609375
RHLCU,λ=8,65536,0,729868,11.13690185546875
RHLCU,λ=8,65536,0,763316,11.64727783203125
RHLCU,λ=8,65536,0,638189,9.737991333007812
RHLCU,λ=8,65536,0,643019,9.811691284179688
RHLCU,λ=8,65536,0,658932,10.05450439453125
RHLCU,λ=8,65536,0,734620,11.20941162109375
RHLCU,λ=8,65536,0,713219,10.882858276367188
RHLCU,λ=8,65536,0,618363,9.435470581054688
RHLCU,λ=8,65536,0,664140,10.13397216796875
RHLCU,λ=8,65536,0,594270,9.067840576171875
RHLCU,λ=8,65536,0,651513,9.941299438476562
RHLCU,λ=8,65536,0,631824,9.640869140625
RHLCU,λ=8,65536,0,670118,10.225189208984375
RHLCU,λ=8,65536,0,675733,10.310867309570312
RHLCU,λ=8,65536,0,660774,10.082611083984375
RHLCU,λ=8,65536,0,703004,10.72698974609375
RHLCU,λ=8,65536,0,671105,10.240249633789062
RHLCU,λ=8,65536,0,771245,11.768264770507812
RHLCU,λ=8,65536,0,603470,9.208221435546875
RHLCU,λ=8,65536,0,672443,10.260665893554688
RHLCU,λ=8,65536,0,649328,9.907958984375
RHLCU,λ=8,65536,0,671242,10.242340087890625
RHLCU,λ=8,65536,0,644841,9.839492797851562
RHLCU,λ=8,65536,0,671042,10.239288330078125
RHLCU,λ=8,65536,0,705553,10.765884399414062
RHLCU,λ=8,65536,0,676042,10.315582275390625
RHLCU,λ=8,65536,0,692437,10.565750122070312
RHLCU,λ=8,65536,0,662894,10.114959716796875
RHLCU,λ=8,65536,0,604656,9.226318359375
RHLCU,λ=8,65536,0,702109,10.713333129882812
RHLCU,λ=8,65536,0,704502,10.749847412109375
RHLCU,λ=8,65536,0,714144,10.89697265625
RHLCU,λ=8,65536,0,630763,9.624679565429688
RHLCU,λ=8,65536,0,650358,9.923675537109375
RHLCU,λ=8,65536,0,656669,10.019973754882812
RHLCU,λ=8,65536,0,640618,9.775054931640625
RHLCU,λ=8,65536,0,669367,10.213729858398438
RHLCU,λ=8,65536,0,669699,10.218795776367188
RHLCU,λ=8,65536,0,676845,10.327835083007812
RHLCU,λ=8,65536,0,701931,10.710617065429688
RHLCU,λ=8,65536,0,677019,10.330490112304688
RHLCU,λ=8,65536,0,760484,11.60406494140625
RHLCU,λ=8,65536,0,648305,9.892349243164062
RHLCU,λ=8,65536,0,668344,10.1981201171875
RHLCU,λ=8,65536,0,601742,9.181854248046875
RHLCU,λ=8,65536,0,644905,9.840469360351562
RHLCU,λ=8,65536,0,624203,9.524581909179688
RHLCU,λ=8,65536,0,618699,9.440597534179688
RHLCU,λ=8,65536,0,599532,9.14813232421875
RHLCU,λ=8,65536,0,687362,10.488311767578125
RHLCU,λ=8,65536,0,743458,11.344268798828125
RHLCU,λ=8,65536,0,660793,10.082901000976562
RHLCU,λ=8,65536,0,639241,9.754043579101562
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RHLCU,λ=8,65536,0,625174,9.539398193359375
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RHLCU,λ=8,65536,0,668892,10.20648193359375
RHLCU,λ=8,65536,0,630399,9.619125366210938
RHLCU,λ=8,65536,0,667507,10.185348510742188
RHLCU,λ=8,65536,0,585416,8.9327392578125
RHLCU,λ=8,65536,0,765631,11.682601928710938
RHLCU,λ=8,65536,0,663898,10.130279541015625
RHLCU,λ=8,65536,0,656590,10.018768310546875
RHLCU,λ=8,65536,0,643927,9.825546264648438
RHLCU,λ=8,65536,0,650199,9.921249389648438
RHLCU,λ=8,65536,0,630739,9.624313354492188
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RHLCU,λ=8,65536,0,709297,10.823013305664062
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RHLCU,λ=8,65536,0,625015,9.536972045898438
RHLCU,λ=8,65536,0,673618,10.278594970703125
RRLCU,λ=8,65536,0,701742,10.707733154296875
RRLCU,λ=8,65536,0,712273,10.868423461914062
RRLCU,λ=8,65536,0,809114,12.346099853515625
RRLCU,λ=8,65536,0,696782,10.632049560546875
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RRLCU,λ=8,65536,0,726308,11.08258056640625
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RSLCU,λ=8,65536,0,893767,13.637802124023438
RSLCU,λ=8,65536,0,1066716,16.27679443359375
RSLCU,λ=8,65536,0,902234,13.766998291015625
RSLCU,λ=8,65536,0,942058,14.374664306640625
RSLCU,λ=8,65536,0,820982,12.527191162109375
RSLCU,λ=8,65536,0,818386,12.487579345703125
RSLCU,λ=8,65536,0,1100374,16.790374755859375
RSLCU,λ=8,65536,0,897033,13.687637329101562
RSLCU,λ=8,65536,0,970241,14.804702758789062
RSLCU,λ=8,65536,0,873407,13.327133178710938
RSLCU,λ=8,65536,0,997681,15.223403930664062
RSLCU,λ=8,65536,0,1059567,16.167709350585938
RSLCU,λ=8,65536,0,963766,14.705902099609375
RSLCU,λ=8,65536,0,860381,13.128372192382812
RSLCU,λ=8,65536,0,948090,14.466705322265625
RSLCU,λ=8,65536,0,1029845,15.714187622070312
RSLCU,λ=8,65536,0,891804,13.60784912109375
RSLCU,λ=8,65536,0,877437,13.388626098632812
RSLCU,λ=8,65536,0,890131,13.582321166992188
RSLCU,λ=8,65536,0,997753,15.224502563476562
RSLCU,λ=8,65536,0,1063443,16.226852416992188
RSLCU,λ=8,65536,0,882275,13.462448120117188
RSLCU,λ=8,65536,0,1010005,15.411453247070312
RSLCU,λ=8,65536,0,963541,14.702468872070312
RSLCU,λ=8,65536,0,951451,14.517990112304688
RSDSU,λ=8,65536,0,894465,13.648452758789062
RSDSU,λ=8,65536,0,900777,13.744766235351562
RSDSU,λ=8,65536,0,854041,13.031631469726562
RSDSU,λ=8,65536,0,869321,13.264785766601562
RSDSU,λ=8,65536,0,861729,13.148941040039062
RSDSU,λ=8,65536,0,837689,12.782119750976562
RSDSU,λ=8,65536,0,836961,12.771011352539062
RSDSU,λ=8,65536,0,870977,13.290054321289062
RSDSU,λ=8,65536,0,823753,12.569473266601562
RSDSU,λ=8,65536,0,827921,12.633071899414062
RSDSU,λ=8,65536,0,1060825,16.186904907226562
RSDSU,λ=8,65536,0,872201,13.308731079101562
RSDSU,λ=8,65536,0,802369,12.243179321289062
RSDSU,λ=8,65536,0,755745,11.531753540039062
RSDSU,λ=8,65536,0,1030657,15.726577758789062
RSDSU,λ=8,65536,0,920545,14.046401977539062
RSDSU,λ=8,65536,0,826945,12.618179321289062
RSDSU,λ=8,65536,0,1016329,15.507949829101562
RSDSU,λ=8,65536,0,878993,13.412368774414062
RSDSU,λ=8,65536,0,1168457,17.829238891601562
RSDSU,λ=8,65536,0,772313,11.784561157226562
RSDSU,λ=8,65536,0,802681,12.247940063476562
RSDSU,λ=8,65536,0,844369,12.884048461914062
RSDSU,λ=8,65536,0,889793,13.577163696289062
RSDSU,λ=8,65536,0,910593,13.894546508789062
RSDSU,λ=8,65536,0,843497,12.870742797851562
RSDSU,λ=8,65536,0,787369,12.014297485351562
RSDSU,λ=8,65536,0,780313,11.906631469726562
RSDSU,λ=8,65536,0,985633,15.039566040039062
RSDSU,λ=8,65536,0,990121,15.108047485351562
RSDSU,λ=8,65536,0,1047033,15.976455688476562
RSDSU,λ=8,65536,0,789689,12.049697875976562
RSDSU,λ=8,65536,0,861241,13.141494750976562
RSDSU,λ=8,65536,0,877753,13.393447875976562
RSDSU,λ=8,65536,0,918985,14.022598266601562
RSDSU,λ=8,65536,0,846065,12.909927368164062
RSDSU,λ=8,65536,0,928929,14.174331665039062
RSDSU,λ=8,65536,0,908033,13.855484008789062
RSDSU,λ=8,65536,0,880025,13.428115844726562
RSDSU,λ=8,65536,0,915385,13.967666625976562
RSDSU,λ=8,65536,0,859689,13.117813110351562
RSDSU,λ=8,65536,0,1018313,15.538223266601562
RSDSU,λ=8,65536,0,766305,11.692886352539062
RSDSU,λ=8,65536,0,848025,12.939834594726562
RSDSU,λ=8,65536,0,923369,14.089492797851562
RSDSU,λ=8,65536,0,1080345,16.484756469726562
RSDSU,λ=8,65536,0,854097,13.032485961914062
RSDSU,λ=8,65536,0,873801,13.333145141601562
RSDSU,λ=8,65536,0,852273,13.004653930664062
RSDSU,λ=8,65536,0,829073,12.650650024414062
RSDSU,λ=8,65536,0,921033,14.053848266601562
RSDSU,λ=8,65536,0,965129,14.726699829101562
RSDSU,λ=8,65536,0,752057,11.475479125976562
RSDSU,λ=8,65536,0,802241,12.241226196289062
RSDSU,λ=8,65536,0,868545,13.252944946289062
RSDSU,λ=8,65536,0,762985,11.642227172851562
RSDSU,λ=8,65536,0,854009,13.031143188476562
RSDSU,λ=8,65536,0,800769,12.218765258789062
RSDSU,λ=8,65536,0,859345,13.112564086914062
RSDSU,λ=8,65536,0,979281,14.942642211914062
RSDSU,λ=8,65536,0,808353,12.334487915039062
RSDSU,λ=8,65536,0,822913,12.556655883789062
RSDSU,λ=8,65536,0,813649,12.415298461914062
RSDSU,λ=8,65536,0,837489,12.779067993164062
RSDSU,λ=8,65536,0,859641,13.117080688476562
RSDSU,λ=8,65536,0,849313,12.959487915039062
RSDSU,λ=8,65536,0,830129,12.666763305664062
RSDSU,λ=8,65536,0,882497,13.465835571289062
RSDSU,λ=8,65536,0,785641,11.987930297851562
RSDSU,λ=8,65536,0,986969,15.059951782226562
RSDSU,λ=8,65536,0,751049,11.460098266601562
RSDSU,λ=8,65536,0,891273,13.599746704101562
RSDSU,λ=8,65536,0,844601,12.887588500976562
RSDSU,λ=8,65536,0,911681,13.911148071289062
RSDSU,λ=8,65536,0,803521,12.260757446289062
RSDSU,λ=8,65536,0,918449,14.014419555664062
RSDSU,λ=8,65536,0,829089,12.650894165039062
RSDSU,λ=8,65536,0,909033,13.870742797851562
RSDSU,λ=8,65536,0,806969,12.313369750976562
RSDSU,λ=8,65536,0,820089,12.513565063476562
RSDSU,λ=8,65536,0,880249,13.431533813476562
RSDSU,λ=8,65536,0,806625,12.308120727539062
RSDSU,λ=8,65536,0,907561,13.848281860351562
RSDSU,λ=8,65536,0,936881,14.295669555664062
RSDSU,λ=8,65536,0,934489,14.259170532226562
RSDSU,λ=8,65536,0,792633,12.094619750976562
RSDSU,λ=8,65536,0,846681,12.919326782226562
RSDSU,λ=8,65536,0,878489,13.404678344726562
RSDSU,λ=8,65536,0,859705,13.118057250976562
RSDSU,λ=8,65536,0,828993,12.649429321289062
RSDSU,λ=8,65536,0,900817,13.745376586914062
RSDSU,λ=8,65536,0,921281,14.057632446289062
RSDSU,λ=8,65536,0,919425,14.029312133789062
RSDSU,λ=8,65536,0,833777,12.722427368164062
RSDSU,λ=8,65536,0,839833,12.814834594726562
RSDSU,λ=8,65536,0,828249,12.638076782226562
RSDSU,λ=8,65536,0,927289,14.149307250976562
RSDSU,λ=8,65536,0,851337,12.990371704101562
RSDSU,λ=8,65536,0,808649,12.339004516601562
RSDSU,λ=8,65536,0,872825,13.318252563476562
RRDSU,λ=8,65536,0,693713,10.585220336914062
RRDSU,λ=8,65536,0,719937,10.985366821289062
RRDSU,λ=8,65536,0,772841,11.792617797851562
RRDSU,λ=8,65536,0,717009,10.940689086914062
RRDSU,λ=8,65536,0,735313,11.219985961914062
RRDSU,λ=8,65536,0,627377,9.573013305664062
RRDSU,λ=8,65536,0,655097,9.995986938476562
RRDSU,λ=8,65536,0,661561,10.094619750976562
RRDSU,λ=8,65536,0,615241,9.387832641601562
RRDSU,λ=8,65536,0,636081,9.705825805664062
RRDSU,λ=8,65536,0,643473,9.818618774414062
RRDSU,λ=8,65536,0,677297,10.334732055664062
RRDSU,λ=8,65536,0,625361,9.542251586914062
RRDSU,λ=8,65536,0,615569,9.392837524414062
RRDSU,λ=8,65536,0,801209,12.225479125976562
RRDSU,λ=8,65536,0,683249,10.425552368164062
RRDSU,λ=8,65536,0,616937,9.413711547851562
RRDSU,λ=8,65536,0,684857,10.450088500976562
RRDSU,λ=8,65536,0,865257,13.202774047851562
RRDSU,λ=8,65536,0,617793,9.426773071289062
RRDSU,λ=8,65536,0,835521,12.749038696289062
RRDSU,λ=8,65536,0,662505,10.109024047851562
RRDSU,λ=8,65536,0,780185,11.904678344726562
RRDSU,λ=8,65536,0,668961,10.207534790039062
RRDSU,λ=8,65536,0,582137,8.882705688476562
RRDSU,λ=8,65536,0,810593,12.368667602539062
RRDSU,λ=8,65536,0,671897,10.252334594726562
RRDSU,λ=8,65536,0,686825,10.480117797851562
RRDSU,λ=8,65536,0,595737,9.090225219726562
RRDSU,λ=8,65536,0,690849,10.541519165039062
RRDSU,λ=8,65536,0,632841,9.656387329101562
RRDSU,λ=8,65536,0,767537,11.711685180664062
RRDSU,λ=8,65536,0,663801,10.128799438476562
RRDSU,λ=8,65536,0,721513,11.009414672851562
RRDSU,λ=8,65536,0,624937,9.535781860351562
RRDSU,λ=8,65536,0,663585,10.125503540039062
RRDSU,λ=8,65536,0,704313,10.746963500976562
RRDSU,λ=8,65536,0,673521,10.277114868164062
RRDSU,λ=8,65536,0,712489,10.871719360351562
RRDSU,λ=8,65536,0,679673,10.370986938476562
RRDSU,λ=8,65536,0,651257,9.937393188476562
RRDSU,λ=8,65536,0,665345,10.152359008789062
RRDSU,λ=8,65536,0,858937,13.106338500976562
RRDSU,λ=8,65536,0,672329,10.258926391601562
RRDSU,λ=8,65536,0,643305,9.816055297851562
RRDSU,λ=8,65536,0,720017,10.986587524414062
RRDSU,λ=8,65536,0,632113,9.645278930664062
RRDSU,λ=8,65536,0,697345,10.640640258789062
RRDSU,λ=8,65536,0,636145,9.706802368164062
RRDSU,λ=8,65536,0,659521,10.063491821289062
RRDSU,λ=8,65536,0,616945,9.413833618164062
RRDSU,λ=8,65536,0,623625,9.515762329101562
RRDSU,λ=8,65536,0,650193,9.921157836914062
RRDSU,λ=8,65536,0,649081,9.904190063476562
RRDSU,λ=8,65536,0,660777,10.082656860351562
RRDSU,λ=8,65536,0,646721,9.868179321289062
RRDSU,λ=8,65536,0,639777,9.762222290039062
RRDSU,λ=8,65536,0,725497,11.070205688476562
RRDSU,λ=8,65536,0,627265,9.571304321289062
RRDSU,λ=8,65536,0,729545,11.131973266601562
RRDSU,λ=8,65536,0,655505,10.002212524414062
RRDSU,λ=8,65536,0,624337,9.526626586914062
RRDSU,λ=8,65536,0,679849,10.373672485351562
RRDSU,λ=8,65536,0,652257,9.952651977539062
RRDSU,λ=8,65536,0,744337,11.357681274414062
RRDSU,λ=8,65536,0,683001,10.421768188476562
RRDSU,λ=8,65536,0,721561,11.010147094726562
RRDSU,λ=8,65536,0,702369,10.717300415039062
RRDSU,λ=8,65536,0,634385,9.679946899414062
RRDSU,λ=8,65536,0,673913,10.283096313476562
RRDSU,λ=8,65536,0,732393,11.175430297851562
RRDSU,λ=8,65536,0,621089,9.477066040039062
RRDSU,λ=8,65536,0,684065,10.438003540039062
RRDSU,λ=8,65536,0,642105,9.797744750976562
RRDSU,λ=8,65536,0,664385,10.137710571289062
RRDSU,λ=8,65536,0,768785,11.730728149414062
RRDSU,λ=8,65536,0,653049,9.964736938476562
RRDSU,λ=8,65536,0,655177,9.997207641601562
RRDSU,λ=8,65536,0,667609,10.186904907226562
RRDSU,λ=8,65536,0,710601,10.842910766601562
RRDSU,λ=8,65536,0,615297,9.388687133789062
RRDSU,λ=8,65536,0,815185,12.438735961914062
RRDSU,λ=8,65536,0,648049,9.888442993164062
RRDSU,λ=8,65536,0,705825,10.770034790039062
RRDSU,λ=8,65536,0,689073,10.514419555664062
RRDSU,λ=8,65536,0,693513,10.582168579101562
RRDSU,λ=8,65536,0,689737,10.524551391601562
RRDSU,λ=8,65536,0,635121,9.691177368164062
RRDSU,λ=8,65536,0,628401,9.588638305664062
RRDSU,λ=8,65536,0,576241,8.792739868164062
RRDSU,λ=8,65536,0,640833,9.778335571289062
RRDSU,λ=8,65536,0,651889,9.947036743164062
RRDSU,λ=8,65536,0,662073,10.102432250976562
RRDSU,λ=8,65536,0,636913,9.718521118164062
RRDSU,λ=8,65536,0,738409,11.267227172851562
RRDSU,λ=8,65536,0,669561,10.216690063476562
RRDSU,λ=8,65536,0,671921,10.252700805664062
RRDSU,λ=8,65536,0,643785,9.823379516601562
RRDSU,λ=8,65536,0,642609,9.805435180664062
RRDSU,λ=8,65536,0,755841,11.533218383789062
RHDSU,λ=8,65536,0,700385,10.687026977539062
RHDSU,λ=8,65536,0,760353,11.602066040039062
RHDSU,λ=8,65536,0,657537,10.033218383789062
RHDSU,λ=8,65536,0,673273,10.273330688476562
RHDSU,λ=8,65536,0,598417,9.131118774414062
RHDSU,λ=8,65536,0,597241,9.113174438476562
RHDSU,λ=8,65536,0,612913,9.352310180664062
RHDSU,λ=8,65536,0,597161,9.111953735351562
RHDSU,λ=8,65536,0,619369,9.450820922851562
RHDSU,λ=8,65536,0,632921,9.657608032226562
RHDSU,λ=8,65536,0,609569,9.301284790039062
RHDSU,λ=8,65536,0,594009,9.063858032226562
RHDSU,λ=8,65536,0,623321,9.511123657226562
RHDSU,λ=8,65536,0,612169,9.340957641601562
RHDSU,λ=8,65536,0,644593,9.835708618164062
RHDSU,λ=8,65536,0,675985,10.314712524414062
RHDSU,λ=8,65536,0,603433,9.207656860351562
RHDSU,λ=8,65536,0,604665,9.226455688476562
RHDSU,λ=8,65536,0,618913,9.443862915039062
RHDSU,λ=8,65536,0,733481,11.192031860351562
RHDSU,λ=8,65536,0,672561,10.262466430664062
RHDSU,λ=8,65536,0,610153,9.310195922851562
RHDSU,λ=8,65536,0,702513,10.719497680664062
RHDSU,λ=8,65536,0,748001,11.413589477539062
RHDSU,λ=8,65536,0,609489,9.300064086914062
RHDSU,λ=8,65536,0,760241,11.600357055664062
RHDSU,λ=8,65536,0,636497,9.712173461914062
RHDSU,λ=8,65536,0,581585,8.874282836914062
RHDSU,λ=8,65536,0,711489,10.856460571289062
RHDSU,λ=8,65536,0,662953,10.115859985351562
RHDSU,λ=8,65536,0,726721,11.088882446289062
RHDSU,λ=8,65536,0,570689,8.708023071289062
RHDSU,λ=8,65536,0,593385,9.054336547851562
RHDSU,λ=8,65536,0,602369,9.191421508789062
RHDSU,λ=8,65536,0,627537,9.575454711914062
RHDSU,λ=8,65536,0,619521,9.453140258789062
RHDSU,λ=8,65536,0,580425,8.856582641601562
RHDSU,λ=8,65536,0,585513,8.934219360351562
RHDSU,λ=8,65536,0,603889,9.214614868164062
RHDSU,λ=8,65536,0,653409,9.970230102539062
RHDSU,λ=8,65536,0,579497,8.842422485351562
RHDSU,λ=8,65536,0,614161,9.371353149414062
RHDSU,λ=8,65536,0,653753,9.975479125976562
RHDSU,λ=8,65536,0,647729,9.883560180664062
RHDSU,λ=8,65536,0,598297,9.129287719726562
RHDSU,λ=8,65536,0,723481,11.039443969726562
RHDSU,λ=8,65536,0,542561,8.278823852539062
RHDSU,λ=8,65536,0,620369,9.466079711914062
RHDSU,λ=8,65536,0,579905,8.848648071289062
RHDSU,λ=8,65536,0,615329,9.389175415039062
RHDSU,λ=8,65536,0,677169,10.332778930664062
RHDSU,λ=8,65536,0,604193,9.219253540039062
RHDSU,λ=8,65536,0,634049,9.674819946289062
RHDSU,λ=8,65536,0,569641,8.692031860351562
RHDSU,λ=8,65536,0,645993,9.857070922851562
RHDSU,λ=8,65536,0,586353,8.947036743164062
RHDSU,λ=8,65536,0,563681,8.601089477539062
RHDSU,λ=8,65536,0,613481,9.360977172851562
RHDSU,λ=8,65536,0,641601,9.790054321289062
RHDSU,λ=8,65536,0,637753,9.731338500976562
RHDSU,λ=8,65536,0,695593,10.613906860351562
RHDSU,λ=8,65536,0,606409,9.253067016601562
RHDSU,λ=8,65536,0,624553,9.529922485351562
RHDSU,λ=8,65536,0,681009,10.391372680664062
RHDSU,λ=8,65536,0,645329,9.846939086914062
RHDSU,λ=8,65536,0,630161,9.615493774414062
RHDSU,λ=8,65536,0,586345,8.946914672851562
RHDSU,λ=8,65536,0,612801,9.350601196289062
RHDSU,λ=8,65536,0,717337,10.945693969726562
RHDSU,λ=8,65536,0,574641,8.768325805664062
RHDSU,λ=8,65536,0,553801,8.450332641601562
RHDSU,λ=8,65536,0,652737,9.959976196289062
RHDSU,λ=8,65536,0,684185,10.439834594726562
RHDSU,λ=8,65536,0,708897,10.816909790039062
RHDSU,λ=8,65536,0,661721,10.097061157226562
RHDSU,λ=8,65536,0,642681,9.806533813476562
RHDSU,λ=8,65536,0,647817,9.884902954101562
RHDSU,λ=8,65536,0,578689,8.830093383789062
RHDSU,λ=8,65536,0,559825,8.542251586914062
RHDSU,λ=8,65536,0,613081,9.354873657226562
RHDSU,λ=8,65536,0,587601,8.966079711914062
RHDSU,λ=8,65536,0,628137,9.584609985351562
RHDSU,λ=8,65536,0,613193,9.356582641601562
RHDSU,λ=8,65536,0,651361,9.938980102539062
RHDSU,λ=8,65536,0,674121,10.286270141601562
RHDSU,λ=8,65536,0,619769,9.456924438476562
RHDSU,λ=8,65536,0,622257,9.494888305664062
RHDSU,λ=8,65536,0,628497,9.590103149414062
RHDSU,λ=8,65536,0,568113,8.668716430664062
RHDSU,λ=8,65536,0,566145,8.638687133789062
RHDSU,λ=8,65536,0,629041,9.598403930664062
RHDSU,λ=8,65536,0,633785,9.670791625976562
RHDSU,λ=8,65536,0,618489,9.437393188476562
RHDSU,λ=8,65536,0,579049,8.835586547851562
RHDSU,λ=8,65536,0,715137,10.912124633789062
RHDSU,λ=8,65536,0,679097,10.362197875976562
RHDSU,λ=8,65536,0,577497,8.811904907226562
RHDSU,λ=8,65536,0,582585,8.889541625976562
RHDSU,λ=8,65536,0,579113,8.836563110351562
RHDSU,λ=8,65536,0,671129,10.240615844726562
RHLSU,λ=8,65536,0,621233,9.479263305664062
RHLSU,λ=8,65536,0,579217,8.838150024414062
RHLSU,λ=8,65536,0,613369,9.359268188476562
RHLSU,λ=8,65536,0,649281,9.907241821289062
RHLSU,λ=8,65536,0,637577,9.728652954101562
RHLSU,λ=8,65536,0,591553,9.026382446289062
RHLSU,λ=8,65536,0,626465,9.559097290039062
RHLSU,λ=8,65536,0,660705,10.081558227539062
RHLSU,λ=8,65536,0,604129,9.218276977539062
RHLSU,λ=8,65536,0,644761,9.838272094726562
RHLSU,λ=8,65536,0,644185,9.829483032226562
RHLSU,λ=8,65536,0,647865,9.885635375976562
RHLSU,λ=8,65536,0,612913,9.352310180664062
RHLSU,λ=8,65536,0,598929,9.138931274414062
RHLSU,λ=8,65536,0,653945,9.978408813476562
RHLSU,λ=8,65536,0,664985,10.146865844726562
RHLSU,λ=8,65536,0,651009,9.933609008789062
RHLSU,λ=8,65536,0,635513,9.697158813476562
RHLSU,λ=8,65536,0,581561,8.873916625976562
RHLSU,λ=8,65536,0,590841,9.015518188476562
RHLSU,λ=8,65536,0,577681,8.814712524414062
RHLSU,λ=8,65536,0,665985,10.162124633789062
RHLSU,λ=8,65536,0,740713,11.302383422851562
RHLSU,λ=8,65536,0,651249,9.937271118164062
RHLSU,λ=8,65536,0,688041,10.498672485351562
RHLSU,λ=8,65536,0,591745,9.029312133789062
RHLSU,λ=8,65536,0,624097,9.522964477539062
RHLSU,λ=8,65536,0,600145,9.157485961914062
RHLSU,λ=8,65536,0,636601,9.713760375976562
RHLSU,λ=8,65536,0,621409,9.481948852539062
RHLSU,λ=8,65536,0,691865,10.557022094726562
RHLSU,λ=8,65536,0,586633,8.951309204101562
RHLSU,λ=8,65536,0,607225,9.265518188476562
RHLSU,λ=8,65536,0,563313,8.595474243164062
RHLSU,λ=8,65536,0,667249,10.181411743164062
RHLSU,λ=8,65536,0,702353,10.717056274414062
RHLSU,λ=8,65536,0,636729,9.715713500976562
RHLSU,λ=8,65536,0,613001,9.353652954101562
RHLSU,λ=8,65536,0,662721,10.112319946289062
RHLSU,λ=8,65536,0,710441,10.840469360351562
RHLSU,λ=8,65536,0,615689,9.394668579101562
RHLSU,λ=8,65536,0,622601,9.500137329101562
RHLSU,λ=8,65536,0,615513,9.391983032226562
RHLSU,λ=8,65536,0,684769,10.448745727539062
RHLSU,λ=8,65536,0,638113,9.736831665039062
RHLSU,λ=8,65536,0,640993,9.780776977539062
RHLSU,λ=8,65536,0,688849,10.511001586914062
RHLSU,λ=8,65536,0,648393,9.893692016601562
RHLSU,λ=8,65536,0,624073,9.522598266601562
RHLSU,λ=8,65536,0,584497,8.918716430664062
RHLSU,λ=8,65536,0,617409,9.420913696289062
RHLSU,λ=8,65536,0,655569,10.003189086914062
RHLSU,λ=8,65536,0,625913,9.550674438476562
RHLSU,λ=8,65536,0,655945,10.008926391601562
RHLSU,λ=8,65536,0,630473,9.620254516601562
RHLSU,λ=8,65536,0,602593,9.194839477539062
RHLSU,λ=8,65536,0,593649,9.058364868164062
RHLSU,λ=8,65536,0,620977,9.475357055664062
RHLSU,λ=8,65536,0,582145,8.882827758789062
RHLSU,λ=8,65536,0,651937,9.947769165039062
RHLSU,λ=8,65536,0,640585,9.774551391601562
RHLSU,λ=8,65536,0,780921,11.915908813476562
RHLSU,λ=8,65536,0,614321,9.373794555664062
RHLSU,λ=8,65536,0,636609,9.713882446289062
RHLSU,λ=8,65536,0,619737,9.456436157226562
RHLSU,λ=8,65536,0,711137,10.851089477539062
RHLSU,λ=8,65536,0,583097,8.897354125976562
RHLSU,λ=8,65536,0,646777,9.869033813476562
RHLSU,λ=8,65536,0,610833,9.320571899414062
RHLSU,λ=8,65536,0,680953,10.390518188476562
RHLSU,λ=8,65536,0,593017,9.048721313476562
RHLSU,λ=8,65536,0,619601,9.454360961914062
RHLSU,λ=8,65536,0,680281,10.380264282226562
RHLSU,λ=8,65536,0,592249,9.037002563476562
RHLSU,λ=8,65536,0,621169,9.478286743164062
RHLSU,λ=8,65536,0,589489,8.994888305664062
RHLSU,λ=8,65536,0,590601,9.011856079101562
RHLSU,λ=8,65536,0,634785,9.686050415039062
RHLSU,λ=8,65536,0,595409,9.085220336914062
RHLSU,λ=8,65536,0,776881,11.854263305664062
RHLSU,λ=8,65536,0,625577,9.545547485351562
RHLSU,λ=8,65536,0,664521,10.139785766601562
RHLSU,λ=8,65536,0,618065,9.430923461914062
RHLSU,λ=8,65536,0,694321,10.594497680664062
RHLSU,λ=8,65536,0,590393,9.008682250976562
RHLSU,λ=8,65536,0,618329,9.434951782226562
RHLSU,λ=8,65536,0,619689,9.455703735351562
RHLSU,λ=8,65536,0,586577,8.950454711914062
RHLSU,λ=8,65536,0,576225,8.792495727539062
RHLSU,λ=8,65536,0,589209,8.990615844726562
RHLSU,λ=8,65536,0,621201,9.478775024414062
RHLSU,λ=8,65536,0,557241,8.502822875976562
RHLSU,λ=8,65536,0,607329,9.267105102539062
RHLSU,λ=8,65536,0,690825,10.541152954101562
RHLSU,λ=8,65536,0,683321,10.426651000976562
RHLSU,λ=8,65536,0,657257,10.028945922851562
RHLSU,λ=8,65536,0,672217,10.257217407226562
RHLSU,λ=8,65536,0,577049,8.805068969726562
RHLSU,λ=8,65536,0,588905,8.985977172851562
RRLSU,λ=8,65536,0,617097,9.416152954101562
RRLSU,λ=8,65536,0,612697,9.349014282226562
RRLSU,λ=8,65536,0,632353,9.648941040039062
RRLSU,λ=8,65536,0,682345,10.411758422851562
RRLSU,λ=8,65536,0,615625,9.393692016601562
RRLSU,λ=8,65536,0,652721,9.959732055664062
RRLSU,λ=8,65536,0,665657,10.157119750976562
RRLSU,λ=8,65536,0,750233,11.447647094726562
RRLSU,λ=8,65536,0,628009,9.582656860351562
RRLSU,λ=8,65536,0,677081,10.331436157226562
RRLSU,λ=8,65536,0,677977,10.345108032226562
RRLSU,λ=8,65536,0,670697,10.234024047851562
RRLSU,λ=8,65536,0,628705,9.593276977539062
RRLSU,λ=8,65536,0,769889,11.747573852539062
RRLSU,λ=8,65536,0,599057,9.140884399414062
RRLSU,λ=8,65536,0,696345,10.625381469726562
RRLSU,λ=8,65536,0,642097,9.797622680664062
RRLSU,λ=8,65536,0,612425,9.344863891601562
RRLSU,λ=8,65536,0,625585,9.545669555664062
RRLSU,λ=8,65536,0,607961,9.276748657226562
RRLSU,λ=8,65536,0,669345,10.213394165039062
RRLSU,λ=8,65536,0,670369,10.229019165039062
RRLSU,λ=8,65536,0,737361,11.251235961914062
RRLSU,λ=8,65536,0,647585,9.881362915039062
RRLSU,λ=8,65536,0,669041,10.208755493164062
RRLSU,λ=8,65536,0,612569,9.347061157226562
RRLSU,λ=8,65536,0,750969,11.458877563476562
RRLSU,λ=8,65536,0,683329,10.426773071289062
RRLSU,λ=8,65536,0,632689,9.654067993164062
RRLSU,λ=8,65536,0,681465,10.398330688476562
RRLSU,λ=8,65536,0,758705,11.576919555664062
RRLSU,λ=8,65536,0,641897,9.794570922851562
RRLSU,λ=8,65536,0,693993,10.589492797851562
RRLSU,λ=8,65536,0,628065,9.583511352539062
RRLSU,λ=8,65536,0,673977,10.284072875976562
RRLSU,λ=8,65536,0,694777,10.601455688476562
RRLSU,λ=8,65536,0,677057,10.331069946289062
RRLSU,λ=8,65536,0,735521,11.223159790039062
RRLSU,λ=8,65536,0,684321,10.441909790039062
RRLSU,λ=8,65536,0,619761,9.456802368164062
RRLSU,λ=8,65536,0,636217,9.707901000976562
RRLSU,λ=8,65536,0,654481,9.986587524414062
RRLSU,λ=8,65536,0,642425,9.802627563476562
RRLSU,λ=8,65536,0,667497,10.185195922851562
RRLSU,λ=8,65536,0,641313,9.785659790039062
RRLSU,λ=8,65536,0,611169,9.325698852539062
RRLSU,λ=8,65536,0,614865,9.382095336914062
RRLSU,λ=8,65536,0,625913,9.550674438476562
RRLSU,λ=8,65536,0,713065,10.880508422851562
RRLSU,λ=8,65536,0,629265,9.601821899414062
RRLSU,λ=8,65536,0,644065,9.827651977539062
RRLSU,λ=8,65536,0,867769,13.241104125976562
RRLSU,λ=8,65536,0,653641,9.973770141601562
RRLSU,λ=8,65536,0,632217,9.646865844726562
RRLSU,λ=8,65536,0,757825,11.563491821289062
RRLSU,λ=8,65536,0,716649,10.935195922851562
RRLSU,λ=8,65536,0,630497,9.620620727539062
RRLSU,λ=8,65536,0,680137,10.378067016601562
RRLSU,λ=8,65536,0,711817,10.861465454101562
RRLSU,λ=8,65536,0,778625,11.880874633789062
RRLSU,λ=8,65536,0,622489,9.498428344726562
RRLSU,λ=8,65536,0,728585,11.117324829101562
RRLSU,λ=8,65536,0,715617,10.919448852539062
RRLSU,λ=8,65536,0,677625,10.339736938476562
RRLSU,λ=8,65536,0,623001,9.506240844726562
RRLSU,λ=8,65536,0,689489,10.520767211914062
RRLSU,λ=8,65536,0,701449,10.703262329101562
RRLSU,λ=8,65536,0,587993,8.972061157226562
RRLSU,λ=8,65536,0,648889,9.901260375976562
RRLSU,λ=8,65536,0,633529,9.666885375976562
RRLSU,λ=8,65536,0,712569,10.872940063476562
RRLSU,λ=8,65536,0,717177,10.943252563476562
RRLSU,λ=8,65536,0,630249,9.616836547851562
RRLSU,λ=8,65536,0,721337,11.006729125976562
RRLSU,λ=8,65536,0,709097,10.819961547851562
RRLSU,λ=8,65536,0,688361,10.503555297851562
RRLSU,λ=8,65536,0,593193,9.051406860351562
RRLSU,λ=8,65536,0,664305,10.136489868164062
RRLSU,λ=8,65536,0,632649,9.653457641601562
RRLSU,λ=8,65536,0,654977,9.994155883789062
RRLSU,λ=8,65536,0,655777,10.006362915039062
RRLSU,λ=8,65536,0,690121,10.530410766601562
RRLSU,λ=8,65536,0,701497,10.703994750976562
RRLSU,λ=8,65536,0,660961,10.085464477539062
RRLSU,λ=8,65536,0,660153,10.073135375976562
RRLSU,λ=8,65536,0,675793,10.311782836914062
RRLSU,λ=8,65536,0,836873,12.769668579101562
RRLSU,λ=8,65536,0,741617,11.316177368164062
RRLSU,λ=8,65536,0,747273,11.402481079101562
RRLSU,λ=8,65536,0,688937,10.512344360351562
RRLSU,λ=8,65536,0,668633,10.202529907226562
RRLSU,λ=8,65536,0,729081,11.124893188476562
RRLSU,λ=8,65536,0,680081,10.377212524414062
RRLSU,λ=8,65536,0,687385,10.488662719726562
RRLSU,λ=8,65536,0,656297,10.014297485351562
RRLSU,λ=8,65536,0,716769,10.937026977539062
RRLSU,λ=8,65536,0,673657,10.279190063476562
RRLSU,λ=8,65536,0,723041,11.032730102539062
RRLSU,λ=8,65536,0,736793,11.242568969726562
RRLSU,λ=8,65536,0,739137,11.278335571289062
RSLSU,λ=8,65536,0,882665,13.468399047851562
RSLSU,λ=8,65536,0,998545,15.236587524414062
RSLSU,λ=8,65536,0,890609,13.589614868164062
RSLSU,λ=8,65536,0,912585,13.924942016601562
RSLSU,λ=8,65536,0,903913,13.792617797851562
RSLSU,λ=8,65536,0,835297,12.745620727539062
RSLSU,λ=8,65536,0,812225,12.393569946289062
RSLSU,λ=8,65536,0,1093617,16.687271118164062
RSLSU,λ=8,65536,0,1027721,15.681777954101562
RSLSU,λ=8,65536,0,1030105,15.718154907226562
RSLSU,λ=8,65536,0,824105,12.574844360351562
RSLSU,λ=8,65536,0,800465,12.214126586914062
RSLSU,λ=8,65536,0,923249,14.087661743164062
RSLSU,λ=8,65536,0,849737,12.965957641601562
RSLSU,λ=8,65536,0,838321,12.791763305664062
RSLSU,λ=8,65536,0,878993,13.412368774414062
RSLSU,λ=8,65536,0,941977,14.373428344726562
RSLSU,λ=8,65536,0,988409,15.081924438476562
RSLSU,λ=8,65536,0,934665,14.261856079101562
RSLSU,λ=8,65536,0,907905,13.853530883789062
RSLSU,λ=8,65536,0,834521,12.733779907226562
RSLSU,λ=8,65536,0,918313,14.012344360351562
RSLSU,λ=8,65536,0,975169,14.879898071289062
RSLSU,λ=8,65536,0,849505,12.962417602539062
RSLSU,λ=8,65536,0,1063777,16.231948852539062
RSLSU,λ=8,65536,0,957169,14.605239868164062
RSLSU,λ=8,65536,0,894945,13.655776977539062
RSLSU,λ=8,65536,0,946737,14.446060180664062
RSLSU,λ=8,65536,0,839193,12.805068969726562
RSLSU,λ=8,65536,0,1002009,15.289443969726562
RSLSU,λ=8,65536,0,1011089,15.427993774414062
RSLSU,λ=8,65536,0,1185513,18.089492797851562
RSLSU,λ=8,65536,0,1036473,15.815322875976562
RSLSU,λ=8,65536,0,864921,13.197647094726562
RSLSU,λ=8,65536,0,916289,13.981460571289062
RSLSU,λ=8,65536,0,821177,12.530166625976562
RSLSU,λ=8,65536,0,934745,14.263076782226562
RSLSU,λ=8,65536,0,881105,13.444595336914062
RSLSU,λ=8,65536,0,910145,13.887710571289062
RSLSU,λ=8,65536,0,891569,13.604263305664062
RSLSU,λ=8,65536,0,844537,12.886611938476562
RSLSU,λ=8,65536,0,893249,13.629898071289062
RSLSU,λ=8,65536,0,834361,12.731338500976562
RSLSU,λ=8,65536,0,852073,13.001602172851562
RSLSU,λ=8,65536,0,825305,12.593154907226562
RSLSU,λ=8,65536,0,1096601,16.732803344726562
RSLSU,λ=8,65536,0,908793,13.867080688476562
RSLSU,λ=8,65536,0,824849,12.586196899414062
RSLSU,λ=8,65536,0,868481,13.251968383789062
RSLSU,λ=8,65536,0,925281,14.118667602539062
RSLSU,λ=8,65536,0,1026873,15.668838500976562
RSLSU,λ=8,65536,0,1175129,17.931045532226562
RSLSU,λ=8,65536,0,829465,12.656631469726562
RSLSU,λ=8,65536,0,908417,13.861343383789062
RSLSU,λ=8,65536,0,771689,11.775039672851562
RSLSU,λ=8,65536,0,970561,14.809585571289062
RSLSU,λ=8,65536,0,855745,13.057632446289062
RSLSU,λ=8,65536,0,845409,12.899917602539062
RSLSU,λ=8,65536,0,867489,13.236831665039062
RSLSU,λ=8,65536,0,851233,12.988784790039062
RSLSU,λ=8,65536,0,882033,13.458755493164062
RSLSU,λ=8,65536,0,863017,13.168594360351562
RSLSU,λ=8,65536,0,789393,12.045181274414062
RSLSU,λ=8,65536,0,875865,13.364639282226562
RSLSU,λ=8,65536,0,982033,14.984634399414062
RSLSU,λ=8,65536,0,891185,13.598403930664062
RSLSU,λ=8,65536,0,996433,15.204360961914062
RSLSU,λ=8,65536,0,944153,14.406631469726562
RSLSU,λ=8,65536,0,993441,15.158706665039062
RSLSU,λ=8,65536,0,849633,12.964370727539062
RSLSU,λ=8,65536,0,880713,13.438613891601562
RSLSU,λ=8,65536,0,939929,14.342178344726562
RSLSU,λ=8,65536,0,767409,11.709732055664062
RSLSU,λ=8,65536,0,920929,14.052261352539062
RSLSU,λ=8,65536,0,890977,13.595230102539062
RSLSU,λ=8,65536,0,917065,13.993301391601562
RSLSU,λ=8,65536,0,822233,12.546279907226562
RSLSU,λ=8,65536,0,822817,12.555191040039062
RSLSU,λ=8,65536,0,845113,12.895401000976562
RSLSU,λ=8,65536,0,844729,12.889541625976562
RSLSU,λ=8,65536,0,924057,14.099990844726562
RSLSU,λ=8,65536,0,818689,12.492202758789062
RSLSU,λ=8,65536,0,815857,12.448989868164062
RSLSU,λ=8,65536,0,915705,13.972549438476562
RSLSU,λ=8,65536,0,1026177,15.658218383789062
RSLSU,λ=8,65536,0,858601,13.101211547851562
RSLSU,λ=8,65536,0,794345,12.120742797851562
RSLSU,λ=8,65536,0,866281,13.218399047851562
RSLSU,λ=8,65536,0,820633,12.521865844726562
RSLSU,λ=8,65536,0,810825,12.372207641601562
RSLSU,λ=8,65536,0,974201,14.865127563476562
RSLSU,λ=8,65536,0,907569,13.848403930664062
RSLSU,λ=8,65536,0,841153,12.834976196289062
RSLSU,λ=8,65536,0,821297,12.531997680664062
RSLSU,λ=8,65536,0,864297,13.188125610351562
RSLSU,λ=8,65536,0,901801,13.760391235351562
RSLSU,λ=8,65536,0,886889,13.532852172851562
RSLSU,λ=8,65536,0,888841,13.562637329101562
RSLSU,λ=8,65536,0,906201,13.827529907226562
RSLSU,λ=8,65536,0,848121,12.941299438476562
RSDMU,λ=8,65536,0,907809,13.852066040039062
RSDMU,λ=8,65536,0,1068177,16.299087524414062
RSDMU,λ=8,65536,0,868705,13.255386352539062
RSDMU,λ=8,65536,0,853529,13.023818969726562
RSDMU,λ=8,65536,0,822697,12.553359985351562
RSDMU,λ=8,65536,0,794673,12.125747680664062
RSDMU,λ=8,65536,0,1021985,15.594253540039062
RSDMU,λ=8,65536,0,846897,12.922622680664062
RSDMU,λ=8,65536,0,880889,13.441299438476562
RSDMU,λ=8,65536,0,894385,13.647232055664062
RSDMU,λ=8,65536,0,888329,13.554824829101562
RSDMU,λ=8,65536,0,770161,11.751724243164062
RSDMU,λ=8,65536,0,916129,13.979019165039062
RSDMU,λ=8,65536,0,885473,13.511245727539062
RSDMU,λ=8,65536,0,900233,13.736465454101562
RSDMU,λ=8,65536,0,846057,12.909805297851562
RSDMU,λ=8,65536,0,864497,13.191177368164062
RSDMU,λ=8,65536,0,789177,12.041885375976562
RSDMU,λ=8,65536,0,928153,14.162490844726562
RSDMU,λ=8,65536,0,897329,13.692153930664062
RSDMU,λ=8,65536,0,833793,12.722671508789062
RSDMU,λ=8,65536,0,866913,13.228042602539062
RSDMU,λ=8,65536,0,990689,15.116714477539062
RSDMU,λ=8,65536,0,846849,12.921890258789062
RSDMU,λ=8,65536,0,870321,13.280044555664062
RSDMU,λ=8,65536,0,932257,14.225112915039062
RSDMU,λ=8,65536,0,966553,14.748428344726562
RSDMU,λ=8,65536,0,795553,12.139175415039062
RSDMU,λ=8,65536,0,830729,12.675918579101562
RSDMU,λ=8,65536,0,794177,12.118179321289062
RSDMU,λ=8,65536,0,900369,13.738540649414062
RSDMU,λ=8,65536,0,965041,14.725357055664062
RSDMU,λ=8,65536,0,1024609,15.634292602539062
RSDMU,λ=8,65536,0,904641,13.803726196289062
RSDMU,λ=8,65536,0,834657,12.735855102539062
RSDMU,λ=8,65536,0,964233,14.713027954101562
RSDMU,λ=8,65536,0,862369,13.158706665039062
RSDMU,λ=8,65536,0,890033,13.580825805664062
RSDMU,λ=8,65536,0,886393,13.525283813476562
RSDMU,λ=8,65536,0,938745,14.324111938476562
RSDMU,λ=8,65536,0,863657,13.178359985351562
RSDMU,λ=8,65536,0,914249,13.950332641601562
RSDMU,λ=8,65536,0,853225,13.019180297851562
RSDMU,λ=8,65536,0,827081,12.620254516601562
RSDMU,λ=8,65536,0,861313,13.142593383789062
RSDMU,λ=8,65536,0,838193,12.789810180664062
RSDMU,λ=8,65536,0,814409,12.426895141601562
RSDMU,λ=8,65536,0,828537,12.642471313476562
RSDMU,λ=8,65536,0,880209,13.430923461914062
RSDMU,λ=8,65536,0,890305,13.584976196289062
RSDMU,λ=8,65536,0,897881,13.700576782226562
RSDMU,λ=8,65536,0,1122681,17.130752563476562
RSDMU,λ=8,65536,0,796209,12.149185180664062
RSDMU,λ=8,65536,0,922097,14.070083618164062
RSDMU,λ=8,65536,0,898777,13.714248657226562
RSDMU,λ=8,65536,0,873225,13.324356079101562
RSDMU,λ=8,65536,0,869393,13.265884399414062
RSDMU,λ=8,65536,0,821697,12.538101196289062
RSDMU,λ=8,65536,0,887825,13.547134399414062
RSDMU,λ=8,65536,0,995961,15.197158813476562
RSDMU,λ=8,65536,0,916465,13.984146118164062
RSDMU,λ=8,65536,0,897369,13.692764282226562
RSDMU,λ=8,65536,0,787289,12.013076782226562
RSDMU,λ=8,65536,0,1057841,16.141372680664062
RSDMU,λ=8,65536,0,1025417,15.646621704101562
RSDMU,λ=8,65536,0,912569,13.924697875976562
RSDMU,λ=8,65536,0,876585,13.375625610351562
RSDMU,λ=8,65536,0,1107225,16.894912719726562
RSDMU,λ=8,65536,0,839201,12.805191040039062
RSDMU,λ=8,65536,0,1075153,16.405532836914062
RSDMU,λ=8,65536,0,1063313,16.224868774414062
RSDMU,λ=8,65536,0,904273,13.798110961914062
RSDMU,λ=8,65536,0,848377,12.945205688476562
RSDMU,λ=8,65536,0,942329,14.378799438476562
RSDMU,λ=8,65536,0,830401,12.670913696289062
RSDMU,λ=8,65536,0,829313,12.654312133789062
RSDMU,λ=8,65536,0,833481,12.717910766601562
RSDMU,λ=8,65536,0,817089,12.467788696289062
RSDMU,λ=8,65536,0,751497,11.466934204101562
RSDMU,λ=8,65536,0,891169,13.598159790039062
RSDMU,λ=8,65536,0,799673,12.202041625976562
RSDMU,λ=8,65536,0,876393,13.372695922851562
RSDMU,λ=8,65536,0,1015825,15.500259399414062
RSDMU,λ=8,65536,0,1002337,15.294448852539062
RSDMU,λ=8,65536,0,922225,14.072036743164062
RSDMU,λ=8,65536,0,876681,13.377090454101562
RSDMU,λ=8,65536,0,896593,13.680923461914062
RSDMU,λ=8,65536,0,865353,13.204238891601562
RSDMU,λ=8,65536,0,937441,14.304214477539062
RSDMU,λ=8,65536,0,877273,13.386123657226562
RSDMU,λ=8,65536,0,843961,12.877822875976562
RSDMU,λ=8,65536,0,828209,12.637466430664062
RSDMU,λ=8,65536,0,823617,12.567398071289062
RSDMU,λ=8,65536,0,883249,13.477310180664062
RSDMU,λ=8,65536,0,1044361,15.935684204101562
RSDMU,λ=8,65536,0,813953,12.419937133789062
RSDMU,λ=8,65536,0,924105,14.100723266601562
RSDMU,λ=8,65536,0,844057,12.879287719726562
RSDMU,λ=8,65536,0,1006065,15.351333618164062
RSDMU,λ=8,65536,0,845121,12.895523071289062
RRDMU,λ=8,65536,0,701569,10.705093383789062
RRDMU,λ=8,65536,0,644673,9.836929321289062
RRDMU,λ=8,65536,0,722017,11.017105102539062
RRDMU,λ=8,65536,0,719185,10.973892211914062
RRDMU,λ=8,65536,0,629417,9.604141235351562
RRDMU,λ=8,65536,0,784873,11.976211547851562
RRDMU,λ=8,65536,0,785113,11.979873657226562
RRDMU,λ=8,65536,0,676345,10.320205688476562
RRDMU,λ=8,65536,0,639233,9.753921508789062
RRDMU,λ=8,65536,0,669441,10.214859008789062
RRDMU,λ=8,65536,0,622785,9.502944946289062
RRDMU,λ=8,65536,0,683449,10.428604125976562
RRDMU,λ=8,65536,0,668729,10.203994750976562
RRDMU,λ=8,65536,0,715657,10.920059204101562
RRDMU,λ=8,65536,0,687817,10.495254516601562
RRDMU,λ=8,65536,0,675025,10.300064086914062
RRDMU,λ=8,65536,0,656825,10.022354125976562
RRDMU,λ=8,65536,0,680537,10.384170532226562
RRDMU,λ=8,65536,0,672561,10.262466430664062
RRDMU,λ=8,65536,0,663217,10.119888305664062
RRDMU,λ=8,65536,0,740785,11.303482055664062
RRDMU,λ=8,65536,0,627969,9.582046508789062
RRDMU,λ=8,65536,0,713529,10.887588500976562
RRDMU,λ=8,65536,0,684457,10.443984985351562
RRDMU,λ=8,65536,0,784889,11.976455688476562
RRDMU,λ=8,65536,0,730017,11.139175415039062
RRDMU,λ=8,65536,0,751321,11.464248657226562
RRDMU,λ=8,65536,0,650809,9.930557250976562
RRDMU,λ=8,65536,0,718713,10.966690063476562
RRDMU,λ=8,65536,0,762705,11.637954711914062
RRDMU,λ=8,65536,0,683497,10.429336547851562
RRDMU,λ=8,65536,0,753081,11.491104125976562
RRDMU,λ=8,65536,0,801665,12.232437133789062
RRDMU,λ=8,65536,0,786137,11.995498657226562
RRDMU,λ=8,65536,0,673289,10.273574829101562
RRDMU,λ=8,65536,0,697737,10.646621704101562
RRDMU,λ=8,65536,0,659689,10.066055297851562
RRDMU,λ=8,65536,0,773617,11.804458618164062
RRDMU,λ=8,65536,0,698521,10.658584594726562
RRDMU,λ=8,65536,0,702665,10.721817016601562
RRDMU,λ=8,65536,0,673073,10.270278930664062
RRDMU,λ=8,65536,0,663665,10.126724243164062
RRDMU,λ=8,65536,0,657857,10.038101196289062
RRDMU,λ=8,65536,0,714377,10.900527954101562
RRDMU,λ=8,65536,0,626745,9.563369750976562
RRDMU,λ=8,65536,0,741057,11.307632446289062
RRDMU,λ=8,65536,0,708633,10.812881469726562
RRDMU,λ=8,65536,0,743177,11.339981079101562
RRDMU,λ=8,65536,0,697577,10.644180297851562
RRDMU,λ=8,65536,0,709425,10.824966430664062
RRDMU,λ=8,65536,0,627049,9.568008422851562
RRDMU,λ=8,65536,0,648577,9.896499633789062
RRDMU,λ=8,65536,0,669577,10.216934204101562
RRDMU,λ=8,65536,0,727993,11.108291625976562
RRDMU,λ=8,65536,0,735929,11.229385375976562
RRDMU,λ=8,65536,0,697881,10.648818969726562
RRDMU,λ=8,65536,0,678033,10.345962524414062
RRDMU,λ=8,65536,0,716353,10.930679321289062
RRDMU,λ=8,65536,0,727281,11.097427368164062
RRDMU,λ=8,65536,0,611249,9.326919555664062
RRDMU,λ=8,65536,0,725745,11.073989868164062
RRDMU,λ=8,65536,0,721073,11.002700805664062
RRDMU,λ=8,65536,0,667145,10.179824829101562
RRDMU,λ=8,65536,0,784713,11.973770141601562
RRDMU,λ=8,65536,0,720009,10.986465454101562
RRDMU,λ=8,65536,0,700137,10.683242797851562
RRDMU,λ=8,65536,0,704497,10.749771118164062
RRDMU,λ=8,65536,0,694457,10.596572875976562
RRDMU,λ=8,65536,0,744337,11.357681274414062
RRDMU,λ=8,65536,0,685257,10.456192016601562
RRDMU,λ=8,65536,0,679377,10.366470336914062
RRDMU,λ=8,65536,0,702617,10.721084594726562
RRDMU,λ=8,65536,0,701857,10.709487915039062
RRDMU,λ=8,65536,0,750705,11.454849243164062
RRDMU,λ=8,65536,0,747385,11.404190063476562
RRDMU,λ=8,65536,0,750073,11.445205688476562
RRDMU,λ=8,65536,0,758129,11.568130493164062
RRDMU,λ=8,65536,0,646729,9.868301391601562
RRDMU,λ=8,65536,0,653049,9.964736938476562
RRDMU,λ=8,65536,0,675737,10.310928344726562
RRDMU,λ=8,65536,0,646417,9.863540649414062
RRDMU,λ=8,65536,0,665153,10.149429321289062
RRDMU,λ=8,65536,0,706225,10.776138305664062
RRDMU,λ=8,65536,0,748369,11.419204711914062
RRDMU,λ=8,65536,0,677281,10.334487915039062
RRDMU,λ=8,65536,0,663265,10.120620727539062
RRDMU,λ=8,65536,0,632313,9.648330688476562
RRDMU,λ=8,65536,0,690465,10.535659790039062
RRDMU,λ=8,65536,0,656377,10.015518188476562
RRDMU,λ=8,65536,0,657401,10.031143188476562
RRDMU,λ=8,65536,0,668705,10.203628540039062
RRDMU,λ=8,65536,0,748537,11.421768188476562
RRDMU,λ=8,65536,0,767169,11.706069946289062
RRDMU,λ=8,65536,0,727729,11.104263305664062
RRDMU,λ=8,65536,0,692497,10.566665649414062
RRDMU,λ=8,65536,0,694217,10.592910766601562
RRDMU,λ=8,65536,0,706977,10.787612915039062
RRDMU,λ=8,65536,0,680529,10.384048461914062
RRDMU,λ=8,65536,0,680697,10.386611938476562
RRDMU,λ=8,65536,0,726513,11.085708618164062
RHDMU,λ=8,65536,0,641113,9.782608032226562
RHDMU,λ=8,65536,0,714697,10.905410766601562
RHDMU,λ=8,65536,0,634497,9.681655883789062
RHDMU,λ=8,65536,0,667113,10.179336547851562
RHDMU,λ=8,65536,0,613777,9.365493774414062
RHDMU,λ=8,65536,0,636961,9.719253540039062
RHDMU,λ=8,65536,0,645913,9.855850219726562
RHDMU,λ=8,65536,0,627649,9.577163696289062
RHDMU,λ=8,65536,0,625137,9.538833618164062
RHDMU,λ=8,65536,0,730785,11.150894165039062
RHDMU,λ=8,65536,0,638937,9.749404907226562
RHDMU,λ=8,65536,0,675193,10.302627563476562
RHDMU,λ=8,65536,0,616017,9.399673461914062
RHDMU,λ=8,65536,0,674969,10.299209594726562
RHDMU,λ=8,65536,0,731657,11.164199829101562
RHDMU,λ=8,65536,0,613985,9.368667602539062
RHDMU,λ=8,65536,0,675665,10.309829711914062
RHDMU,λ=8,65536,0,649785,9.914932250976562
RHDMU,λ=8,65536,0,659929,10.069717407226562
RHDMU,λ=8,65536,0,740633,11.301162719726562
RHDMU,λ=8,65536,0,653673,9.974258422851562
RHDMU,λ=8,65536,0,674777,10.296279907226562
RHDMU,λ=8,65536,0,707209,10.791152954101562
RHDMU,λ=8,65536,0,729105,11.125259399414062
RHDMU,λ=8,65536,0,646065,9.858169555664062
RHDMU,λ=8,65536,0,633233,9.662368774414062
RHDMU,λ=8,65536,0,749649,11.438735961914062
RHDMU,λ=8,65536,0,645641,9.851699829101562
RHDMU,λ=8,65536,0,728289,11.112808227539062
RHDMU,λ=8,65536,0,694129,10.591567993164062
RHDMU,λ=8,65536,0,631465,9.635391235351562
RHDMU,λ=8,65536,0,619217,9.448501586914062
RHDMU,λ=8,65536,0,673401,10.275283813476562
RHDMU,λ=8,65536,0,623481,9.513565063476562
RHDMU,λ=8,65536,0,638113,9.736831665039062
RHDMU,λ=8,65536,0,674017,10.284683227539062
RHDMU,λ=8,65536,0,623873,9.519546508789062
RHDMU,λ=8,65536,0,659761,10.067153930664062
RHDMU,λ=8,65536,0,700537,10.689346313476562
RHDMU,λ=8,65536,0,637585,9.728775024414062
RHDMU,λ=8,65536,0,654017,9.979507446289062
RHDMU,λ=8,65536,0,646889,9.870742797851562
RHDMU,λ=8,65536,0,656769,10.021499633789062
RHDMU,λ=8,65536,0,634089,9.675430297851562
RHDMU,λ=8,65536,0,665705,10.157852172851562
RHDMU,λ=8,65536,0,623497,9.513809204101562
RHDMU,λ=8,65536,0,754337,11.510269165039062
RHDMU,λ=8,65536,0,656569,10.018447875976562
RHDMU,λ=8,65536,0,662145,10.103530883789062
RHDMU,λ=8,65536,0,664737,10.143081665039062
RHDMU,λ=8,65536,0,653785,9.975967407226562
RHDMU,λ=8,65536,0,682153,10.408828735351562
RHDMU,λ=8,65536,0,619145,9.447402954101562
RHDMU,λ=8,65536,0,614889,9.382461547851562
RHDMU,λ=8,65536,0,738937,11.275283813476562
RHDMU,λ=8,65536,0,685553,10.460708618164062
RHDMU,λ=8,65536,0,612257,9.342300415039062
RHDMU,λ=8,65536,0,641361,9.786392211914062
RHDMU,λ=8,65536,0,669241,10.211807250976562
RHDMU,λ=8,65536,0,651673,9.943740844726562
RHDMU,λ=8,65536,0,649585,9.911880493164062
RHDMU,λ=8,65536,0,593777,9.060317993164062
RHDMU,λ=8,65536,0,698513,10.658462524414062
RHDMU,λ=8,65536,0,666985,10.177383422851562
RHDMU,λ=8,65536,0,694537,10.597793579101562
RHDMU,λ=8,65536,0,685873,10.465591430664062
RHDMU,λ=8,65536,0,628977,9.597427368164062
RHDMU,λ=8,65536,0,669377,10.213882446289062
RHDMU,λ=8,65536,0,646985,9.872207641601562
RHDMU,λ=8,65536,0,664297,10.136367797851562
RHDMU,λ=8,65536,0,646913,9.871109008789062
RHDMU,λ=8,65536,0,641305,9.785537719726562
RHDMU,λ=8,65536,0,686433,10.474136352539062
RHDMU,λ=8,65536,0,655721,10.005508422851562
RHDMU,λ=8,65536,0,626097,9.553482055664062
RHDMU,λ=8,65536,0,662369,10.106948852539062
RHDMU,λ=8,65536,0,604761,9.227920532226562
RHDMU,λ=8,65536,0,662017,10.101577758789062
RHDMU,λ=8,65536,0,652121,9.950576782226562
RHDMU,λ=8,65536,0,632321,9.648452758789062
RHDMU,λ=8,65536,0,622913,9.504898071289062
RHDMU,λ=8,65536,0,658145,10.042495727539062
RHDMU,λ=8,65536,0,613665,9.363784790039062
RHDMU,λ=8,65536,0,744721,11.363540649414062
RHDMU,λ=8,65536,0,679265,10.364761352539062
RHDMU,λ=8,65536,0,671377,10.244400024414062
RHDMU,λ=8,65536,0,639337,9.755508422851562
RHDMU,λ=8,65536,0,603073,9.202163696289062
RHDMU,λ=8,65536,0,641433,9.787490844726562
RHDMU,λ=8,65536,0,585001,8.926406860351562
RHDMU,λ=8,65536,0,612225,9.341812133789062
RHDMU,λ=8,65536,0,608953,9.291885375976562
RHDMU,λ=8,65536,0,699841,10.678726196289062
RHDMU,λ=8,65536,0,582521,8.888565063476562
RHDMU,λ=8,65536,0,605841,9.244400024414062
RHDMU,λ=8,65536,0,687001,10.482803344726562
RHDMU,λ=8,65536,0,635785,9.701309204101562
RHDMU,λ=8,65536,0,598985,9.139785766601562
RHDMU,λ=8,65536,0,634913,9.688003540039062
RHDMU,λ=8,65536,0,666521,10.170303344726562
RHLMU,λ=8,65536,0,636633,9.714248657226562
RHLMU,λ=8,65536,0,639665,9.760513305664062
RHLMU,λ=8,65536,0,745977,11.382705688476562
RHLMU,λ=8,65536,0,631641,9.638076782226562
RHLMU,λ=8,65536,0,628033,9.583023071289062
RHLMU,λ=8,65536,0,679697,10.371353149414062
RHLMU,λ=8,65536,0,652161,9.951187133789062
RHLMU,λ=8,65536,0,602833,9.198501586914062
RHLMU,λ=8,65536,0,688257,10.501968383789062
RHLMU,λ=8,65536,0,681505,10.398941040039062
RHLMU,λ=8,65536,0,772537,11.787979125976562
RHLMU,λ=8,65536,0,642097,9.797622680664062
RHLMU,λ=8,65536,0,827513,12.626846313476562
RHLMU,λ=8,65536,0,649993,9.918106079101562
RHLMU,λ=8,65536,0,820689,12.522720336914062
RHLMU,λ=8,65536,0,614857,9.381973266601562
RHLMU,λ=8,65536,0,682705,10.417251586914062
RHLMU,λ=8,65536,0,651721,9.944473266601562
RHLMU,λ=8,65536,0,658513,10.048110961914062
RHLMU,λ=8,65536,0,637321,9.724746704101562
RHLMU,λ=8,65536,0,720345,10.991592407226562
RHLMU,λ=8,65536,0,675705,10.310440063476562
RHLMU,λ=8,65536,0,666601,10.171524047851562
RHLMU,λ=8,65536,0,686049,10.468276977539062
RHLMU,λ=8,65536,0,649609,9.912246704101562
RHLMU,λ=8,65536,0,614465,9.375991821289062
RHLMU,λ=8,65536,0,713897,10.893203735351562
RHLMU,λ=8,65536,0,711281,10.853286743164062
RHLMU,λ=8,65536,0,649809,9.915298461914062
RHLMU,λ=8,65536,0,731441,11.160903930664062
RHLMU,λ=8,65536,0,658985,10.055313110351562
RHLMU,λ=8,65536,0,692889,10.572647094726562
RHLMU,λ=8,65536,0,626825,9.564590454101562
RHLMU,λ=8,65536,0,684889,10.450576782226562
RHLMU,λ=8,65536,0,743769,11.349014282226562
RHLMU,λ=8,65536,0,642673,9.806411743164062
RHLMU,λ=8,65536,0,775425,11.832046508789062
RHLMU,λ=8,65536,0,641457,9.787857055664062
RHLMU,λ=8,65536,0,655313,9.999282836914062
RHLMU,λ=8,65536,0,719801,10.983291625976562
RHLMU,λ=8,65536,0,648033,9.888198852539062
RHLMU,λ=8,65536,0,684593,10.446060180664062
RHLMU,λ=8,65536,0,601577,9.179336547851562
RHLMU,λ=8,65536,0,694913,10.603530883789062
RHLMU,λ=8,65536,0,703505,10.734634399414062
RHLMU,λ=8,65536,0,625777,9.548599243164062
RHLMU,λ=8,65536,0,664609,10.141128540039062
RHLMU,λ=8,65536,0,598681,9.135147094726562
RHLMU,λ=8,65536,0,821329,12.532485961914062
RHLMU,λ=8,65536,0,686817,10.479995727539062
RHLMU,λ=8,65536,0,665233,10.150650024414062
RHLMU,λ=8,65536,0,604689,9.226821899414062
RHLMU,λ=8,65536,0,652857,9.961807250976562
RHLMU,λ=8,65536,0,781673,11.927383422851562
RHLMU,λ=8,65536,0,622633,9.500625610351562
RHLMU,λ=8,65536,0,619481,9.452529907226562
RHLMU,λ=8,65536,0,648833,9.900405883789062
RHLMU,λ=8,65536,0,649921,9.917007446289062
RHLMU,λ=8,65536,0,667689,10.188125610351562
RHLMU,λ=8,65536,0,639353,9.755752563476562
RHLMU,λ=8,65536,0,657513,10.032852172851562
RHLMU,λ=8,65536,0,852809,13.012832641601562
RHLMU,λ=8,65536,0,702857,10.724746704101562
RHLMU,λ=8,65536,0,676433,10.321548461914062
RHLMU,λ=8,65536,0,665257,10.151016235351562
RHLMU,λ=8,65536,0,653265,9.968032836914062
RHLMU,λ=8,65536,0,647249,9.876235961914062
RHLMU,λ=8,65536,0,660641,10.080581665039062
RHLMU,λ=8,65536,0,608033,9.277847290039062
RHLMU,λ=8,65536,0,618529,9.438003540039062
RHLMU,λ=8,65536,0,671577,10.247451782226562
RHLMU,λ=8,65536,0,686993,10.482681274414062
RHLMU,λ=8,65536,0,599713,9.150894165039062
RHLMU,λ=8,65536,0,641241,9.784561157226562
RHLMU,λ=8,65536,0,675585,10.308609008789062
RHLMU,λ=8,65536,0,723761,11.043716430664062
RHLMU,λ=8,65536,0,640225,9.769058227539062
RHLMU,λ=8,65536,0,714905,10.908584594726562
RHLMU,λ=8,65536,0,610793,9.319961547851562
RHLMU,λ=8,65536,0,605041,9.232192993164062
RHLMU,λ=8,65536,0,646025,9.857559204101562
RHLMU,λ=8,65536,0,746713,11.393936157226562
RHLMU,λ=8,65536,0,666889,10.175918579101562
RHLMU,λ=8,65536,0,625961,9.551406860351562
RHLMU,λ=8,65536,0,657633,10.034683227539062
RHLMU,λ=8,65536,0,753145,11.492080688476562
RHLMU,λ=8,65536,0,700617,10.690567016601562
RHLMU,λ=8,65536,0,661689,10.096572875976562
RHLMU,λ=8,65536,0,617817,9.427139282226562
RHLMU,λ=8,65536,0,780025,11.902236938476562
RHLMU,λ=8,65536,0,674241,10.288101196289062
RHLMU,λ=8,65536,0,703345,10.732192993164062
RHLMU,λ=8,65536,0,670145,10.225601196289062
RHLMU,λ=8,65536,0,631217,9.631607055664062
RHLMU,λ=8,65536,0,726593,11.086929321289062
RHLMU,λ=8,65536,0,660545,10.079116821289062
RHLMU,λ=8,65536,0,659233,10.059097290039062
RHLMU,λ=8,65536,0,658521,10.048233032226562
RHLMU,λ=8,65536,0,684017,10.437271118164062
RHLMU,λ=8,65536,0,687001,10.482803344726562
RRLMU,λ=8,65536,0,661601,10.095230102539062
RRLMU,λ=8,65536,0,652273,9.952896118164062
RRLMU,λ=8,65536,0,759097,11.582901000976562
RRLMU,λ=8,65536,0,694329,10.594619750976562
RRLMU,λ=8,65536,0,749905,11.442642211914062
RRLMU,λ=8,65536,0,647329,9.877456665039062
RRLMU,λ=8,65536,0,682169,10.409072875976562
RRLMU,λ=8,65536,0,658937,10.054580688476562
RRLMU,λ=8,65536,0,643385,9.817276000976562
RRLMU,λ=8,65536,0,706657,10.782730102539062
RRLMU,λ=8,65536,0,661681,10.096450805664062
RRLMU,λ=8,65536,0,669753,10.219619750976562
RRLMU,λ=8,65536,0,679753,10.372207641601562
RRLMU,λ=8,65536,0,648401,9.893814086914062
RRLMU,λ=8,65536,0,706985,10.787734985351562
RRLMU,λ=8,65536,0,690217,10.531875610351562
RRLMU,λ=8,65536,0,679321,10.365615844726562
RRLMU,λ=8,65536,0,739897,11.289932250976562
RRLMU,λ=8,65536,0,829049,12.650283813476562
RRLMU,λ=8,65536,0,727937,11.107437133789062
RRLMU,λ=8,65536,0,707001,10.787979125976562
RRLMU,λ=8,65536,0,666369,10.167984008789062
RRLMU,λ=8,65536,0,684953,10.451553344726562
RRLMU,λ=8,65536,0,718073,10.956924438476562
RRLMU,λ=8,65536,0,710313,10.838516235351562
RRLMU,λ=8,65536,0,701513,10.704238891601562
RRLMU,λ=8,65536,0,725953,11.077163696289062
RRLMU,λ=8,65536,0,755465,11.527481079101562
RRLMU,λ=8,65536,0,683673,10.432022094726562
RRLMU,λ=8,65536,0,713761,10.891128540039062
RRLMU,λ=8,65536,0,716665,10.935440063476562
RRLMU,λ=8,65536,0,733025,11.185073852539062
RRLMU,λ=8,65536,0,845961,12.908340454101562
RRLMU,λ=8,65536,0,675073,10.300796508789062
RRLMU,λ=8,65536,0,672313,10.258682250976562
RRLMU,λ=8,65536,0,708169,10.805801391601562
RRLMU,λ=8,65536,0,717497,10.948135375976562
RRLMU,λ=8,65536,0,663417,10.122940063476562
RRLMU,λ=8,65536,0,721985,11.016616821289062
RRLMU,λ=8,65536,0,655161,9.996963500976562
RRLMU,λ=8,65536,0,698369,10.656265258789062
RRLMU,λ=8,65536,0,682121,10.408340454101562
RRLMU,λ=8,65536,0,760449,11.603530883789062
RRLMU,λ=8,65536,0,759689,11.591934204101562
RRLMU,λ=8,65536,0,759409,11.587661743164062
RRLMU,λ=8,65536,0,648353,9.893081665039062
RRLMU,λ=8,65536,0,733249,11.188491821289062
RRLMU,λ=8,65536,0,754657,11.515151977539062
RRLMU,λ=8,65536,0,701425,10.702896118164062
RRLMU,λ=8,65536,0,678065,10.346450805664062
RRLMU,λ=8,65536,0,720409,10.992568969726562
RRLMU,λ=8,65536,0,734385,11.205825805664062
RRLMU,λ=8,65536,0,778761,11.882949829101562
RRLMU,λ=8,65536,0,668145,10.195083618164062
RRLMU,λ=8,65536,0,735513,11.223037719726562
RRLMU,λ=8,65536,0,689153,10.515640258789062
RRLMU,λ=8,65536,0,687297,10.487319946289062
RRLMU,λ=8,65536,0,730953,11.153457641601562
RRLMU,λ=8,65536,0,663753,10.128067016601562
RRLMU,λ=8,65536,0,749457,11.435806274414062
RRLMU,λ=8,65536,0,710361,10.839248657226562
RRLMU,λ=8,65536,0,737833,11.258438110351562
RRLMU,λ=8,65536,0,640105,9.767227172851562
RRLMU,λ=8,65536,0,713393,10.885513305664062
RRLMU,λ=8,65536,0,710433,10.840347290039062
RRLMU,λ=8,65536,0,684417,10.443374633789062
RRLMU,λ=8,65536,0,650353,9.923599243164062
RRLMU,λ=8,65536,0,643225,9.814834594726562
RRLMU,λ=8,65536,0,702385,10.717544555664062
RRLMU,λ=8,65536,0,682305,10.411148071289062
RRLMU,λ=8,65536,0,744497,11.360122680664062
RRLMU,λ=8,65536,0,683761,10.433364868164062
RRLMU,λ=8,65536,0,745441,11.374526977539062
RRLMU,λ=8,65536,0,658097,10.041763305664062
RRLMU,λ=8,65536,0,726241,11.081558227539062
RRLMU,λ=8,65536,0,694321,10.594497680664062
RRLMU,λ=8,65536,0,651553,9.941909790039062
RRLMU,λ=8,65536,0,809297,12.348892211914062
RRLMU,λ=8,65536,0,669929,10.222305297851562
RRLMU,λ=8,65536,0,644161,9.829116821289062
RRLMU,λ=8,65536,0,656729,10.020889282226562
RRLMU,λ=8,65536,0,795433,12.137344360351562
RRLMU,λ=8,65536,0,733041,11.185317993164062
RRLMU,λ=8,65536,0,684385,10.442886352539062
RRLMU,λ=8,65536,0,658569,10.048965454101562
RRLMU,λ=8,65536,0,659233,10.059097290039062
RRLMU,λ=8,65536,0,822681,12.553115844726562
RRLMU,λ=8,65536,0,759089,11.582778930664062
RRLMU,λ=8,65536,0,683561,10.430313110351562
RRLMU,λ=8,65536,0,694217,10.592910766601562
RRLMU,λ=8,65536,0,733889,11.198257446289062
RRLMU,λ=8,65536,0,703177,10.729629516601562
RRLMU,λ=8,65536,0,673177,10.271865844726562
RRLMU,λ=8,65536,0,710193,10.836685180664062
RRLMU,λ=8,65536,0,680409,10.382217407226562
RRLMU,λ=8,65536,0,738433,11.267593383789062
RRLMU,λ=8,65536,0,742529,11.330093383789062
RRLMU,λ=8,65536,0,675265,10.303726196289062
RRLMU,λ=8,65536,0,700321,10.686050415039062
RRLMU,λ=8,65536,0,711849,10.861953735351562
RSLMU,λ=8,65536,0,1019665,15.558853149414062
RSLMU,λ=8,65536,0,930193,14.193618774414062
RSLMU,λ=8,65536,0,911921,13.914810180664062
RSLMU,λ=8,65536,0,977777,14.919692993164062
RSLMU,λ=8,65536,0,896625,13.681411743164062
RSLMU,λ=8,65536,0,842065,12.848892211914062
RSLMU,λ=8,65536,0,917777,14.004165649414062
RSLMU,λ=8,65536,0,895105,13.658218383789062
RSLMU,λ=8,65536,0,949777,14.492446899414062
RSLMU,λ=8,65536,0,939425,14.334487915039062
RSLMU,λ=8,65536,0,885089,13.505386352539062
RSLMU,λ=8,65536,0,927873,14.158218383789062
RSLMU,λ=8,65536,0,851617,12.994644165039062
RSLMU,λ=8,65536,0,901137,13.750259399414062
RSLMU,λ=8,65536,0,902225,13.766860961914062
RSLMU,λ=8,65536,0,1015121,15.489517211914062
RSLMU,λ=8,65536,0,975649,14.887222290039062
RSLMU,λ=8,65536,0,986849,15.058120727539062
RSLMU,λ=8,65536,0,904737,13.805191040039062
RSLMU,λ=8,65536,0,881025,13.443374633789062
RSLMU,λ=8,65536,0,834225,12.729263305664062
RSLMU,λ=8,65536,0,894897,13.655044555664062
RSLMU,λ=8,65536,0,901569,13.756851196289062
RSLMU,λ=8,65536,0,912737,13.927261352539062
RSLMU,λ=8,65536,0,1084193,16.543472290039062
RSLMU,λ=8,65536,0,1091809,16.659683227539062
RSLMU,λ=8,65536,0,887905,13.548355102539062
RSLMU,λ=8,65536,0,979969,14.953140258789062
RSLMU,λ=8,65536,0,875745,13.362808227539062
RSLMU,λ=8,65536,0,943345,14.394302368164062
RSLMU,λ=8,65536,0,958433,14.624526977539062
RSLMU,λ=8,65536,0,934865,14.264907836914062
RSLMU,λ=8,65536,0,857457,13.083755493164062
RSLMU,λ=8,65536,0,893873,13.639419555664062
RSLMU,λ=8,65536,0,898785,13.714370727539062
RSLMU,λ=8,65536,0,923217,14.087173461914062
RSLMU,λ=8,65536,0,1083633,16.534927368164062
RSLMU,λ=8,65536,0,883745,13.484878540039062
RSLMU,λ=8,65536,0,908049,13.855728149414062
RSLMU,λ=8,65536,0,867633,13.239028930664062
RSLMU,λ=8,65536,0,891681,13.605972290039062
RSLMU,λ=8,65536,0,889169,13.567642211914062
RSLMU,λ=8,65536,0,1009537,15.404312133789062
RSLMU,λ=8,65536,0,824289,12.577651977539062
RSLMU,λ=8,65536,0,893857,13.639175415039062
RSLMU,λ=8,65536,0,872769,13.317398071289062
RSLMU,λ=8,65536,0,959057,14.634048461914062
RSLMU,λ=8,65536,0,905729,13.820327758789062
RSLMU,λ=8,65536,0,837681,12.781997680664062
RSLMU,λ=8,65536,0,1088993,16.616714477539062
RSLMU,λ=8,65536,0,1109233,16.925552368164062
RSLMU,λ=8,65536,0,890881,13.593765258789062
RSLMU,λ=8,65536,0,852321,13.005386352539062
RSLMU,λ=8,65536,0,1014897,15.486099243164062
RSLMU,λ=8,65536,0,944625,14.413833618164062
RSLMU,λ=8,65536,0,954417,14.563247680664062
RSLMU,λ=8,65536,0,941505,14.366226196289062
RSLMU,λ=8,65536,0,1018449,15.540298461914062
RSLMU,λ=8,65536,0,901489,13.755630493164062
RSLMU,λ=8,65536,0,912225,13.919448852539062
RSLMU,λ=8,65536,0,924705,14.109878540039062
RSLMU,λ=8,65536,0,872417,13.312026977539062
RSLMU,λ=8,65536,0,811489,12.382339477539062
RSLMU,λ=8,65536,0,889921,13.579116821289062
RSLMU,λ=8,65536,0,958657,14.627944946289062
RSLMU,λ=8,65536,0,981361,14.974380493164062
RSLMU,λ=8,65536,0,1070017,16.327163696289062
RSLMU,λ=8,65536,0,896785,13.683853149414062
RSLMU,λ=8,65536,0,925441,14.121109008789062
RSLMU,λ=8,65536,0,956993,14.602554321289062
RSLMU,λ=8,65536,0,877233,13.385513305664062
RSLMU,λ=8,65536,0,941569,14.367202758789062
RSLMU,λ=8,65536,0,852897,13.014175415039062
RSLMU,λ=8,65536,0,1054257,16.086685180664062
RSLMU,λ=8,65536,0,953089,14.542984008789062
RSLMU,λ=8,65536,0,831985,12.695083618164062
RSLMU,λ=8,65536,0,836961,12.771011352539062
RSLMU,λ=8,65536,0,847233,12.927749633789062
RSLMU,λ=8,65536,0,904689,13.804458618164062
RSLMU,λ=8,65536,0,929617,14.184829711914062
RSLMU,λ=8,65536,0,912081,13.917251586914062
RSLMU,λ=8,65536,0,833025,12.710952758789062
RSLMU,λ=8,65536,0,867041,13.229995727539062
RSLMU,λ=8,65536,0,908385,13.860855102539062
RSLMU,λ=8,65536,0,859697,13.117935180664062
RSLMU,λ=8,65536,0,888449,13.556655883789062
RSLMU,λ=8,65536,0,934689,14.262222290039062
RSLMU,λ=8,65536,0,917217,13.995620727539062
RSLMU,λ=8,65536,0,975697,14.887954711914062
RSLMU,λ=8,65536,0,874609,13.345474243164062
RSLMU,λ=8,65536,0,1001169,15.276626586914062
RSLMU,λ=8,65536,0,825297,12.593032836914062
RSLMU,λ=8,65536,0,912145,13.918228149414062
RSLMU,λ=8,65536,0,850993,12.985122680664062
RSLMU,λ=8,65536,0,963233,14.697769165039062
RSLMU,λ=8,65536,0,957313,14.607437133789062
RSLMU,λ=8,65536,0,900129,13.734878540039062
RSLMU,λ=8,65536,0,858513,13.099868774414062
RSDIU,λ=8,65536,0,990081,15.107437133789062
RSDIU,λ=8,65536,0,912513,13.923843383789062
RSDIU,λ=8,65536,0,938225,14.316177368164062
RSDIU,λ=8,65536,0,954753,14.568374633789062
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RSDIU,λ=8,65536,0,1044193,15.933120727539062
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RSDIU,λ=8,65536,0,937329,14.302505493164062
RSDIU,λ=8,65536,0,987665,15.070571899414062
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RSDIU,λ=8,65536,0,1053169,16.070083618164062
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RSDIU,λ=8,65536,0,901569,13.756851196289062
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RSDIU,λ=8,65536,0,1138209,17.367691040039062
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RSDIU,λ=8,65536,0,1006721,15.361343383789062
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RSDIU,λ=8,65536,0,841553,12.841079711914062
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RSDIU,λ=8,65536,0,990897,15.119888305664062
RSDIU,λ=8,65536,0,963457,14.701187133789062
RSDIU,λ=8,65536,0,945985,14.434585571289062
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RSDIU,λ=8,65536,0,955137,14.574234008789062
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RSDIU,λ=8,65536,0,912609,13.925308227539062
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RSDIU,λ=8,65536,0,860785,13.134536743164062
RSDIU,λ=8,65536,0,824849,12.586196899414062
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RSDIU,λ=8,65536,0,932641,14.230972290039062
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RSDIU,λ=8,65536,0,919281,14.027114868164062
RSDIU,λ=8,65536,0,1077649,16.443618774414062
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RSDIU,λ=8,65536,0,997905,15.226821899414062
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RSDIU,λ=8,65536,0,1106705,16.886978149414062
RSDIU,λ=8,65536,0,879905,13.426284790039062
RSDIU,λ=8,65536,0,923537,14.092056274414062
RSDIU,λ=8,65536,0,942017,14.374038696289062
RSDIU,λ=8,65536,0,947121,14.451919555664062
RSDIU,λ=8,65536,0,961441,14.670425415039062
RSDIU,λ=8,65536,0,1145761,17.482925415039062
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RSDIU,λ=8,65536,0,991697,15.132095336914062
RSDIU,λ=8,65536,0,869873,13.273208618164062
RSDIU,λ=8,65536,0,993169,15.154556274414062
RSDIU,λ=8,65536,0,908529,13.863052368164062
RSDIU,λ=8,65536,0,979841,14.951187133789062
RSDIU,λ=8,65536,0,971745,14.827651977539062
RSDIU,λ=8,65536,0,934113,14.253433227539062
RSDIU,λ=8,65536,0,897569,13.695816040039062
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RSDIU,λ=8,65536,0,896769,13.683609008789062
RSDIU,λ=8,65536,0,941681,14.368911743164062
RSDIU,λ=8,65536,0,932673,14.231460571289062
RSDIU,λ=8,65536,0,1057425,16.135025024414062
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RSDIU,λ=8,65536,0,951377,14.516860961914062
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RSDIU,λ=8,65536,0,1278209,19.503921508789062
RSDIU,λ=8,65536,0,891441,13.602310180664062
RSDIU,λ=8,65536,0,967681,14.765640258789062
RSDIU,λ=8,65536,0,933953,14.250991821289062
RSDIU,λ=8,65536,0,953953,14.556167602539062
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RSDIU,λ=8,65536,0,1022081,15.595718383789062
RSDIU,λ=8,65536,0,949521,14.488540649414062
RRDIU,λ=8,65536,0,784897,11.976577758789062
RRDIU,λ=8,65536,0,734881,11.213394165039062
RRDIU,λ=8,65536,0,695713,10.615737915039062
RRDIU,λ=8,65536,0,730353,11.144302368164062
RRDIU,λ=8,65536,0,776481,11.848159790039062
RRDIU,λ=8,65536,0,780369,11.907485961914062
RRDIU,λ=8,65536,0,737617,11.255142211914062
RRDIU,λ=8,65536,0,773905,11.808853149414062
RRDIU,λ=8,65536,0,739025,11.276626586914062
RRDIU,λ=8,65536,0,693521,10.582290649414062
RRDIU,λ=8,65536,0,707809,10.800308227539062
RRDIU,λ=8,65536,0,762257,11.631118774414062
RRDIU,λ=8,65536,0,755953,11.534927368164062
RRDIU,λ=8,65536,0,722817,11.029312133789062
RRDIU,λ=8,65536,0,667633,10.187271118164062
RRDIU,λ=8,65536,0,708449,10.810073852539062
RRDIU,λ=8,65536,0,733457,11.191665649414062
RRDIU,λ=8,65536,0,756241,11.539321899414062
RRDIU,λ=8,65536,0,718241,10.959487915039062
RRDIU,λ=8,65536,0,703921,10.740982055664062
RRDIU,λ=8,65536,0,745649,11.377700805664062
RRDIU,λ=8,65536,0,680337,10.381118774414062
RRDIU,λ=8,65536,0,797809,12.173599243164062
RRDIU,λ=8,65536,0,673713,10.280044555664062
RRDIU,λ=8,65536,0,777825,11.868667602539062
RRDIU,λ=8,65536,0,798689,12.187026977539062
RRDIU,λ=8,65536,0,734369,11.205581665039062
RRDIU,λ=8,65536,0,682417,10.412857055664062
RRDIU,λ=8,65536,0,690129,10.530532836914062
RRDIU,λ=8,65536,0,804881,12.281509399414062
RRDIU,λ=8,65536,0,773809,11.807388305664062
RRDIU,λ=8,65536,0,715153,10.912368774414062
RRDIU,λ=8,65536,0,889105,13.566665649414062
RRDIU,λ=8,65536,0,735121,11.217056274414062
RRDIU,λ=8,65536,0,819921,12.511001586914062
RRDIU,λ=8,65536,0,725537,11.070816040039062
RRDIU,λ=8,65536,0,742737,11.333267211914062
RRDIU,λ=8,65536,0,688993,10.513198852539062
RRDIU,λ=8,65536,0,694785,10.601577758789062
RRDIU,λ=8,65536,0,740401,11.297622680664062
RRDIU,λ=8,65536,0,812177,12.392837524414062
RRDIU,λ=8,65536,0,897153,13.689468383789062
RRDIU,λ=8,65536,0,806657,12.308609008789062
RRDIU,λ=8,65536,0,677329,10.335220336914062
RRDIU,λ=8,65536,0,651969,9.948257446289062
RRDIU,λ=8,65536,0,707649,10.797866821289062
RRDIU,λ=8,65536,0,669825,10.220718383789062
RRDIU,λ=8,65536,0,738097,11.262466430664062
RRDIU,λ=8,65536,0,661521,10.094009399414062
RRDIU,λ=8,65536,0,786241,11.997085571289062
RRDIU,λ=8,65536,0,775393,11.831558227539062
RRDIU,λ=8,65536,0,780225,11.905288696289062
RRDIU,λ=8,65536,0,745169,11.370376586914062
RRDIU,λ=8,65536,0,718145,10.958023071289062
RRDIU,λ=8,65536,0,709057,10.819351196289062
RRDIU,λ=8,65536,0,835505,12.748794555664062
RRDIU,λ=8,65536,0,747809,11.410659790039062
RRDIU,λ=8,65536,0,750385,11.449966430664062
RRDIU,λ=8,65536,0,744481,11.359878540039062
RRDIU,λ=8,65536,0,762209,11.630386352539062
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RRDIU,λ=8,65536,0,770849,11.762222290039062
RRDIU,λ=8,65536,0,733665,11.194839477539062
RRDIU,λ=8,65536,0,809233,12.347915649414062
RRDIU,λ=8,65536,0,704993,10.757339477539062
RRDIU,λ=8,65536,0,681633,10.400894165039062
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RRDIU,λ=8,65536,0,703441,10.733657836914062
RRDIU,λ=8,65536,0,857649,13.086685180664062
RRDIU,λ=8,65536,0,749505,11.436538696289062
RRDIU,λ=8,65536,0,664865,10.145034790039062
RRDIU,λ=8,65536,0,802769,12.249282836914062
RRDIU,λ=8,65536,0,748257,11.417495727539062
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RRDIU,λ=8,65536,0,722641,11.026626586914062
RRDIU,λ=8,65536,0,702385,10.717544555664062
RRDIU,λ=8,65536,0,897745,13.698501586914062
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RRDIU,λ=8,65536,0,678945,10.359878540039062
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RRDIU,λ=8,65536,0,661713,10.096939086914062
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RRDIU,λ=8,65536,0,792641,12.094741821289062
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RRDIU,λ=8,65536,0,744065,11.353530883789062
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RRDIU,λ=8,65536,0,702545,10.719985961914062
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RRDIU,λ=8,65536,0,686497,10.475112915039062
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RRDIU,λ=8,65536,0,738273,11.265151977539062
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RSLIU,λ=8,65536,0,987409,15.066665649414062
RSLIU,λ=8,65536,0,932497,14.228775024414062
RSLIU,λ=8,65536,0,955105,14.573745727539062
RSLIU,λ=8,65536,0,1003585,15.313491821289062
RSLIU,λ=8,65536,0,1007953,15.380142211914062
RSLIU,λ=8,65536,0,1025697,15.650894165039062
RSLIU,λ=8,65536,0,907649,13.849624633789062
RSLIU,λ=8,65536,0,912081,13.917251586914062
RSLIU,λ=8,65536,0,959873,14.646499633789062
RSLIU,λ=8,65536,0,938145,14.314956665039062
RSLIU,λ=8,65536,0,938257,14.316665649414062
RSLIU,λ=8,65536,0,970865,14.814224243164062
RSLIU,λ=8,65536,0,981905,14.982681274414062
RSLIU,λ=8,65536,0,1026417,15.661880493164062
RSLIU,λ=8,65536,0,1100657,16.794692993164062
RSLIU,λ=8,65536,0,945969,14.434341430664062
RSLIU,λ=8,65536,0,978193,14.926040649414062
RSLIU,λ=8,65536,0,1075681,16.413589477539062
RSLIU,λ=8,65536,0,976049,14.893325805664062
RSLIU,λ=8,65536,0,1037441,15.830093383789062
RSLIU,λ=8,65536,0,893537,13.634292602539062
RSLIU,λ=8,65536,0,954737,14.568130493164062
RSLIU,λ=8,65536,0,925393,14.120376586914062
RSLIU,λ=8,65536,0,972641,14.841323852539062
RSLIU,λ=8,65536,0,931121,14.207778930664062
RSLIU,λ=8,65536,0,969825,14.798355102539062
RSLIU,λ=8,65536,0,1041281,15.888687133789062
HSDCP,λ=8,65536,0,901881,13.761611938476562
HSDCP,λ=8,65536,0,1047966,15.990692138671875
HSDCP,λ=8,65536,0,1011414,15.432952880859375
HSDCP,λ=8,65536,0,777408,11.8623046875
HSDCP,λ=8,65536,0,912858,13.929107666015625
HSDCP,λ=8,65536,0,822111,12.544418334960938
HSDCP,λ=8,65536,0,824196,12.57623291015625
HSDCP,λ=8,65536,0,811642,12.384674072265625
HSDCP,λ=8,65536,0,895565,13.665237426757812
HSDCP,λ=8,65536,0,878986,13.412261962890625
HSDCP,λ=8,65536,0,962916,14.69293212890625
HSDCP,λ=8,65536,0,906587,13.833419799804688
HSDCP,λ=8,65536,0,995534,15.190643310546875
HSDCP,λ=8,65536,0,947143,14.452255249023438
HSDCP,λ=8,65536,0,896954,13.686431884765625
HSDCP,λ=8,65536,0,842142,12.850067138671875
HSDCP,λ=8,65536,0,896618,13.681304931640625
HSDCP,λ=8,65536,0,1006108,15.35198974609375
HSDCP,λ=8,65536,0,947077,14.451248168945312
HSDCP,λ=8,65536,0,938175,14.315414428710938
HSDCP,λ=8,65536,0,981654,14.978851318359375
HSDCP,λ=8,65536,0,861084,13.13909912109375
HSDCP,λ=8,65536,0,902649,13.773330688476562
HSDCP,λ=8,65536,0,1026478,15.662811279296875
HSDCP,λ=8,65536,0,861592,13.1468505859375
HSDCP,λ=8,65536,0,852623,13.009994506835938
HSDCP,λ=8,65536,0,945756,14.43109130859375
HSDCP,λ=8,65536,0,938945,14.327163696289062
HSDCP,λ=8,65536,0,980019,14.953903198242188
HSDCP,λ=8,65536,0,835159,12.743515014648438
HSDCP,λ=8,65536,0,811298,12.379425048828125
HSDCP,λ=8,65536,0,868931,13.258834838867188
HSDCP,λ=8,65536,0,906420,13.83087158203125
HSDCP,λ=8,65536,0,899768,13.7293701171875
HSDCP,λ=8,65536,0,967930,14.769439697265625
HSDCP,λ=8,65536,0,777986,11.871124267578125
HSDCP,λ=8,65536,0,916157,13.979446411132812
HSDCP,λ=8,65536,0,852001,13.000503540039062
HSDCP,λ=8,65536,0,908977,13.869888305664062
HSDCP,λ=8,65536,0,870453,13.282058715820312
HSDCP,λ=8,65536,0,961856,14.6767578125
HSDCP,λ=8,65536,0,877596,13.39105224609375
HSDCP,λ=8,65536,0,792346,12.090240478515625
HSDCP,λ=8,65536,0,884642,13.498565673828125
HSDCP,λ=8,65536,0,781792,11.92919921875
HSDCP,λ=8,65536,0,840393,12.823379516601562
HSDCP,λ=8,65536,0,927379,14.150680541992188
HSDCP,λ=8,65536,0,816094,12.452606201171875
HSDCP,λ=8,65536,0,880791,13.439804077148438
HSDCP,λ=8,65536,0,826435,12.610397338867188
HSDCP,λ=8,65536,0,842019,12.848190307617188
HSDCP,λ=8,65536,0,1036916,15.82208251953125
HSDCP,λ=8,65536,0,868026,13.245025634765625
HSDCP,λ=8,65536,0,970091,14.802413940429688
HSDCP,λ=8,65536,0,928410,14.166412353515625
HSDCP,λ=8,65536,0,857080,13.0780029296875
HSDCP,λ=8,65536,0,917316,13.99713134765625
HSDCP,λ=8,65536,0,815666,12.446075439453125
HSDCP,λ=8,65536,0,891107,13.597213745117188
HSDCP,λ=8,65536,0,960780,14.66033935546875
HSDCP,λ=8,65536,0,852901,13.014236450195312
HSDCP,λ=8,65536,0,952561,14.534927368164062
HSDCP,λ=8,65536,0,879697,13.423110961914062
HSDCP,λ=8,65536,0,850298,12.974517822265625
HSDCP,λ=8,65536,0,926884,14.14312744140625
HSDCP,λ=8,65536,0,845459,12.900680541992188
HSDCP,λ=8,65536,0,856477,13.068801879882812
HSDCP,λ=8,65536,0,811096,12.3763427734375
HSDCP,λ=8,65536,0,850126,12.971893310546875
HSDCP,λ=8,65536,0,940585,14.352188110351562
HSDCP,λ=8,65536,0,856616,13.0709228515625
HSDCP,λ=8,65536,0,1051766,16.048675537109375
HSDCP,λ=8,65536,0,880444,13.43450927734375
HSDCP,λ=8,65536,0,814652,12.43060302734375
HSDCP,λ=8,65536,0,825065,12.589492797851562
HSDCP,λ=8,65536,0,958937,14.632217407226562
HSDCP,λ=8,65536,0,828350,12.639617919921875
HSDCP,λ=8,65536,0,920569,14.046768188476562
HSDCP,λ=8,65536,0,856516,13.06939697265625
HSDCP,λ=8,65536,0,1016715,15.513839721679688
HSDCP,λ=8,65536,0,866130,13.216094970703125
HSDCP,λ=8,65536,0,865411,13.205123901367188
HSDCP,λ=8,65536,0,857483,13.084152221679688
HSDCP,λ=8,65536,0,1007235,15.369186401367188
HSDCP,λ=8,65536,0,938092,14.31414794921875
HSDCP,λ=8,65536,0,847819,12.936691284179688
HSDCP,λ=8,65536,0,887941,13.548904418945312
HSDCP,λ=8,65536,0,1009449,15.402969360351562
HSDCP,λ=8,65536,0,918718,14.018524169921875
HSDCP,λ=8,65536,0,900197,13.735916137695312
HSDCP,λ=8,65536,0,867591,13.238388061523438
HSDCP,λ=8,65536,0,862105,13.154678344726562
HSDCP,λ=8,65536,0,867070,13.230438232421875
HSDCP,λ=8,65536,0,967137,14.757339477539062
HSDCP,λ=8,65536,0,831109,12.681716918945312
HSDCP,λ=8,65536,0,835018,12.741363525390625
HSDCP,λ=8,65536,0,859238,13.110931396484375
HSDCP,λ=8,65536,0,854899,13.044723510742188
HSDCP,λ=8,65536,0,819614,12.506317138671875
HSDCP,λ=8,65536,0,829867,12.662765502929688
HRDCP,λ=8,65536,0,673133,10.271194458007812
HRDCP,λ=8,65536,0,664407,10.138046264648438
HRDCP,λ=8,65536,0,717120,10.9423828125
HRDCP,λ=8,65536,0,708361,10.808731079101562
HRDCP,λ=8,65536,0,867349,13.234695434570312
HRDCP,λ=8,65536,0,719381,10.976882934570312
HRDCP,λ=8,65536,0,649326,9.907928466796875
HRDCP,λ=8,65536,0,760841,11.609512329101562
HRDCP,λ=8,65536,0,729403,11.129806518554688
HRDCP,λ=8,65536,0,723305,11.036758422851562
HRDCP,λ=8,65536,0,739965,11.290969848632812
HRDCP,λ=8,65536,0,695347,10.610153198242188
HRDCP,λ=8,65536,0,686552,10.4759521484375
HRDCP,λ=8,65536,0,803952,12.267333984375
HRDCP,λ=8,65536,0,640733,9.776809692382812
HRDCP,λ=8,65536,0,682580,10.41534423828125
HRDCP,λ=8,65536,0,730255,11.142807006835938
HRDCP,λ=8,65536,0,641320,9.7857666015625
HRDCP,λ=8,65536,0,739492,11.28375244140625
HRDCP,λ=8,65536,0,664545,10.140151977539062
HRDCP,λ=8,65536,0,751017,11.459609985351562
HRDCP,λ=8,65536,0,648463,9.894760131835938
HRDCP,λ=8,65536,0,695977,10.619766235351562
HRDCP,λ=8,65536,0,684415,10.443344116210938
HRDCP,λ=8,65536,0,693875,10.587692260742188
HRDCP,λ=8,65536,0,640349,9.770950317382812
HRDCP,λ=8,65536,0,652808,9.9610595703125
HRDCP,λ=8,65536,0,711383,10.854843139648438
HRDCP,λ=8,65536,0,661897,10.099746704101562
HRDCP,λ=8,65536,0,662416,10.107666015625
HRDCP,λ=8,65536,0,779709,11.897415161132812
HRDCP,λ=8,65536,0,699723,10.676925659179688
HRDCP,λ=8,65536,0,653732,9.97515869140625
HRDCP,λ=8,65536,0,669228,10.21160888671875
HRDCP,λ=8,65536,0,672356,10.25933837890625
HRDCP,λ=8,65536,0,701943,10.710800170898438
HRDCP,λ=8,65536,0,753526,11.497894287109375
HRDCP,λ=8,65536,0,651067,9.934494018554688
HRDCP,λ=8,65536,0,636631,9.714218139648438
HRDCP,λ=8,65536,0,695103,10.606430053710938
HRDCP,λ=8,65536,0,706343,10.777938842773438
HRDCP,λ=8,65536,0,689249,10.517105102539062
HRDCP,λ=8,65536,0,704751,10.753646850585938
HRDCP,λ=8,65536,0,634813,9.686477661132812
HRDCP,λ=8,65536,0,686577,10.476333618164062
HRDCP,λ=8,65536,0,704876,10.75555419921875
HRDCP,λ=8,65536,0,697710,10.646209716796875
HRDCP,λ=8,65536,0,639908,9.76422119140625
HRDCP,λ=8,65536,0,689257,10.517227172851562
HRDCP,λ=8,65536,0,758370,11.571807861328125
HRDCP,λ=8,65536,0,623020,9.50653076171875
HRDCP,λ=8,65536,0,731422,11.160614013671875
HRDCP,λ=8,65536,0,724770,11.059112548828125
HRDCP,λ=8,65536,0,714445,10.901565551757812
HRDCP,λ=8,65536,0,744745,11.363906860351562
HRDCP,λ=8,65536,0,780341,11.907058715820312
HRDCP,λ=8,65536,0,721605,11.010818481445312
HRDCP,λ=8,65536,0,726119,11.079696655273438
HRDCP,λ=8,65536,0,659133,10.057571411132812
HRDCP,λ=8,65536,0,640236,9.76922607421875
HRDCP,λ=8,65536,0,844614,12.887786865234375
HRDCP,λ=8,65536,0,701431,10.702987670898438
HRDCP,λ=8,65536,0,715848,10.9229736328125
HRDCP,λ=8,65536,0,779701,11.897293090820312
HRDCP,λ=8,65536,0,675609,10.308975219726562
HRDCP,λ=8,65536,0,658346,10.045562744140625
HRDCP,λ=8,65536,0,692744,10.5704345703125
HRDCP,λ=8,65536,0,648503,9.895370483398438
HRDCP,λ=8,65536,0,664092,10.13323974609375
HRDCP,λ=8,65536,0,779694,11.897186279296875
HRDCP,λ=8,65536,0,713790,10.891571044921875
HRDCP,λ=8,65536,0,678734,10.356658935546875
HRDCP,λ=8,65536,0,740976,11.306396484375
HRDCP,λ=8,65536,0,665059,10.147994995117188
HRDCP,λ=8,65536,0,730719,11.149887084960938
HRDCP,λ=8,65536,0,771183,11.767318725585938
HRDCP,λ=8,65536,0,699763,10.677536010742188
HRDCP,λ=8,65536,0,710777,10.845596313476562
HRDCP,λ=8,65536,0,676339,10.320114135742188
HRDCP,λ=8,65536,0,691692,10.55438232421875
HRDCP,λ=8,65536,0,678180,10.34820556640625
HRDCP,λ=8,65536,0,635506,9.697052001953125
HRDCP,λ=8,65536,0,657587,10.033981323242188
HRDCP,λ=8,65536,0,737673,11.255996704101562
HRDCP,λ=8,65536,0,878022,13.397552490234375
HRDCP,λ=8,65536,0,658296,10.0447998046875
HRDCP,λ=8,65536,0,661013,10.086257934570312
HRDCP,λ=8,65536,0,677777,10.342056274414062
HRDCP,λ=8,65536,0,682209,10.409683227539062
HRDCP,λ=8,65536,0,709018,10.818756103515625
HRDCP,λ=8,65536,0,692530,10.567169189453125
HRDCP,λ=8,65536,0,748759,11.425155639648438
HRDCP,λ=8,65536,0,664447,10.138656616210938
HRDCP,λ=8,65536,0,717841,10.953384399414062
HRDCP,λ=8,65536,0,756805,11.547927856445312
HRDCP,λ=8,65536,0,638033,9.735610961914062
HRDCP,λ=8,65536,0,651365,9.939041137695312
HRDCP,λ=8,65536,0,669738,10.219390869140625
HRDCP,λ=8,65536,0,725816,11.0750732421875
HRDCP,λ=8,65536,0,751195,11.462326049804688
HHDCP,λ=8,65536,0,639016,9.7506103515625
HHDCP,λ=8,65536,0,676135,10.317001342773438
HHDCP,λ=8,65536,0,627575,9.576034545898438
HHDCP,λ=8,65536,0,735856,11.228271484375
HHDCP,λ=8,65536,0,617800,9.4268798828125
HHDCP,λ=8,65536,0,652243,9.952438354492188
HHDCP,λ=8,65536,0,703755,10.738449096679688
HHDCP,λ=8,65536,0,667236,10.18121337890625
HHDCP,λ=8,65536,0,650479,9.925521850585938
HHDCP,λ=8,65536,0,606407,9.253036499023438
HHDCP,λ=8,65536,0,644839,9.839462280273438
HHDCP,λ=8,65536,0,641266,9.784942626953125
HHDCP,λ=8,65536,0,741469,11.313919067382812
HHDCP,λ=8,65536,0,693888,10.587890625
HHDCP,λ=8,65536,0,608774,9.289154052734375
HHDCP,λ=8,65536,0,634259,9.678024291992188
HHDCP,λ=8,65536,0,624855,9.534530639648438
HHDCP,λ=8,65536,0,636157,9.706985473632812
HHDCP,λ=8,65536,0,611880,9.3365478515625
HHDCP,λ=8,65536,0,621986,9.490753173828125
HHDCP,λ=8,65536,0,603653,9.211013793945312
HHDCP,λ=8,65536,0,618836,9.44268798828125
HHDCP,λ=8,65536,0,662508,10.10906982421875
HHDCP,λ=8,65536,0,632328,9.6485595703125
HHDCP,λ=8,65536,0,680983,10.390975952148438
HHDCP,λ=8,65536,0,626572,9.56072998046875
HHDCP,λ=8,65536,0,618004,9.42999267578125
HHDCP,λ=8,65536,0,657382,10.030853271484375
HHDCP,λ=8,65536,0,634530,9.682159423828125
HHDCP,λ=8,65536,0,602049,9.186538696289062
HHDCP,λ=8,65536,0,680014,10.376190185546875
HHDCP,λ=8,65536,0,616157,9.401809692382812
HHDCP,λ=8,65536,0,643151,9.813705444335938
HHDCP,λ=8,65536,0,618207,9.433090209960938
HHDCP,λ=8,65536,0,775857,11.838638305664062
HHDCP,λ=8,65536,0,683573,10.430496215820312
HHDCP,λ=8,65536,0,625804,9.54901123046875
HHDCP,λ=8,65536,0,614047,9.369613647460938
HHDCP,λ=8,65536,0,626819,9.564498901367188
HHDCP,λ=8,65536,0,665548,10.15545654296875
HHDCP,λ=8,65536,0,677837,10.342971801757812
HHDCP,λ=8,65536,0,656539,10.017990112304688
HHDCP,λ=8,65536,0,668393,10.198867797851562
HHDCP,λ=8,65536,0,910300,13.89007568359375
HHDCP,λ=8,65536,0,603924,9.21514892578125
HHDCP,λ=8,65536,0,696531,10.628219604492188
HHDCP,λ=8,65536,0,696846,10.633026123046875
HHDCP,λ=8,65536,0,618957,9.444534301757812
HHDCP,λ=8,65536,0,642191,9.799057006835938
HHDCP,λ=8,65536,0,616170,9.402008056640625
HHDCP,λ=8,65536,0,667713,10.188491821289062
HHDCP,λ=8,65536,0,641589,9.789871215820312
HHDCP,λ=8,65536,0,616761,9.411026000976562
HHDCP,λ=8,65536,0,663703,10.127304077148438
HHDCP,λ=8,65536,0,621998,9.490936279296875
HHDCP,λ=8,65536,0,653065,9.964981079101562
HHDCP,λ=8,65536,0,620173,9.463088989257812
HHDCP,λ=8,65536,0,674910,10.298309326171875
HHDCP,λ=8,65536,0,723532,11.04022216796875
HHDCP,λ=8,65536,0,620412,9.46673583984375
HHDCP,λ=8,65536,0,620607,9.469711303710938
HHDCP,λ=8,65536,0,625609,9.546035766601562
HHDCP,λ=8,65536,0,670269,10.227493286132812
HHDCP,λ=8,65536,0,628627,9.592086791992188
HHDCP,λ=8,65536,0,812983,12.405136108398438
HHDCP,λ=8,65536,0,702775,10.723495483398438
HHDCP,λ=8,65536,0,648248,9.8914794921875
HHDCP,λ=8,65536,0,742654,11.332000732421875
HHDCP,λ=8,65536,0,655043,9.995162963867188
HHDCP,λ=8,65536,0,640213,9.768875122070312
HHDCP,λ=8,65536,0,610252,9.31170654296875
HHDCP,λ=8,65536,0,677544,10.3385009765625
HHDCP,λ=8,65536,0,650177,9.920913696289062
HHDCP,λ=8,65536,0,665306,10.151763916015625
HHDCP,λ=8,65536,0,603850,9.214019775390625
HHDCP,λ=8,65536,0,672404,10.26007080078125
HHDCP,λ=8,65536,0,627278,9.571502685546875
HHDCP,λ=8,65536,0,586198,8.944671630859375
HHDCP,λ=8,65536,0,613295,9.358139038085938
HHDCP,λ=8,65536,0,609736,9.3038330078125
HHDCP,λ=8,65536,0,653689,9.974502563476562
HHDCP,λ=8,65536,0,685674,10.462554931640625
HHDCP,λ=8,65536,0,692709,10.569900512695312
HHDCP,λ=8,65536,0,628849,9.595474243164062
HHDCP,λ=8,65536,0,651634,9.943145751953125
HHDCP,λ=8,65536,0,777332,11.86114501953125
HHDCP,λ=8,65536,0,708725,10.814285278320312
HHDCP,λ=8,65536,0,641913,9.794815063476562
HHDCP,λ=8,65536,0,624742,9.532806396484375
HHDCP,λ=8,65536,0,627317,9.572097778320312
HHDCP,λ=8,65536,0,688561,10.506607055664062
HHDCP,λ=8,65536,0,643116,9.81317138671875
HHDCP,λ=8,65536,0,643964,9.82611083984375
HHDCP,λ=8,65536,0,650811,9.930587768554688
HHDCP,λ=8,65536,0,792641,12.094741821289062
HHDCP,λ=8,65536,0,760542,11.604949951171875
HHDCP,λ=8,65536,0,647100,9.87396240234375
HHDCP,λ=8,65536,0,671490,10.246124267578125
HHDCP,λ=8,65536,0,674030,10.284881591796875
HHDCP,λ=8,65536,0,696977,10.635025024414062
HHLCP,λ=8,65536,0,665822,10.159637451171875
HHLCP,λ=8,65536,0,705040,10.758056640625
HHLCP,λ=8,65536,0,650973,9.933059692382812
HHLCP,λ=8,65536,0,687839,10.495590209960938
HHLCP,λ=8,65536,0,689346,10.518585205078125
HHLCP,λ=8,65536,0,657360,10.030517578125
HHLCP,λ=8,65536,0,652659,9.958786010742188
HHLCP,λ=8,65536,0,683155,10.424118041992188
HHLCP,λ=8,65536,0,656504,10.0174560546875
HHLCP,λ=8,65536,0,667744,10.18896484375
HHLCP,λ=8,65536,0,701870,10.709686279296875
HHLCP,λ=8,65536,0,653751,9.975448608398438
HHLCP,λ=8,65536,0,632947,9.658004760742188
HHLCP,λ=8,65536,0,682488,10.4139404296875
HHLCP,λ=8,65536,0,762286,11.631561279296875
HHLCP,λ=8,65536,0,672711,10.264755249023438
HHLCP,λ=8,65536,0,716140,10.92742919921875
HHLCP,λ=8,65536,0,652329,9.953750610351562
HHLCP,λ=8,65536,0,627847,9.580184936523438
HHLCP,λ=8,65536,0,706518,10.780609130859375
HHLCP,λ=8,65536,0,619219,9.448532104492188
HHLCP,λ=8,65536,0,638606,9.744354248046875
HHLCP,λ=8,65536,0,673239,10.272811889648438
HHLCP,λ=8,65536,0,661068,10.08709716796875
HHLCP,λ=8,65536,0,660489,10.078262329101562
HHLCP,λ=8,65536,0,679011,10.360885620117188
HHLCP,λ=8,65536,0,823073,12.559097290039062
HHLCP,λ=8,65536,0,611835,9.335861206054688
HHLCP,λ=8,65536,0,718945,10.970230102539062
HHLCP,λ=8,65536,0,766281,11.692520141601562
HHLCP,λ=8,65536,0,676189,10.317825317382812
HHLCP,λ=8,65536,0,664481,10.139175415039062
HHLCP,λ=8,65536,0,627495,9.574813842773438
HHLCP,λ=8,65536,0,625766,9.548431396484375
HHLCP,λ=8,65536,0,693749,10.585769653320312
HHLCP,λ=8,65536,0,638559,9.743637084960938
HHLCP,λ=8,65536,0,666609,10.171646118164062
HHLCP,λ=8,65536,0,681411,10.397506713867188
HHLCP,λ=8,65536,0,618148,9.43218994140625
HHLCP,λ=8,65536,0,710598,10.842864990234375
HHLCP,λ=8,65536,0,700697,10.691787719726562
HHLCP,λ=8,65536,0,591787,9.029953002929688
HHLCP,λ=8,65536,0,783176,11.9503173828125
HHLCP,λ=8,65536,0,682155,10.408859252929688
HHLCP,λ=8,65536,0,668890,10.206451416015625
HHLCP,λ=8,65536,0,730582,11.147796630859375
HHLCP,λ=8,65536,0,594452,9.07061767578125
HHLCP,λ=8,65536,0,728834,11.121124267578125
HHLCP,λ=8,65536,0,689122,10.515167236328125
HHLCP,λ=8,65536,0,650995,9.933395385742188
HHLCP,λ=8,65536,0,588694,8.982757568359375
HHLCP,λ=8,65536,0,614121,9.370742797851562
HHLCP,λ=8,65536,0,687879,10.496200561523438
HHLCP,λ=8,65536,0,659284,10.05987548828125
HHLCP,λ=8,65536,0,653661,9.974075317382812
HHLCP,λ=8,65536,0,620669,9.470657348632812
HHLCP,λ=8,65536,0,607417,9.268447875976562
HHLCP,λ=8,65536,0,666175,10.165023803710938
HHLCP,λ=8,65536,0,644406,9.832855224609375
HHLCP,λ=8,65536,0,723104,11.03369140625
HHLCP,λ=8,65536,0,664849,10.144790649414062
HHLCP,λ=8,65536,0,788978,12.038848876953125
HHLCP,λ=8,65536,0,687540,10.49102783203125
HHLCP,λ=8,65536,0,608743,9.288681030273438
HHLCP,λ=8,65536,0,727602,11.102325439453125
HHLCP,λ=8,65536,0,653816,9.9764404296875
HHLCP,λ=8,65536,0,639530,9.758453369140625
HHLCP,λ=8,65536,0,645314,9.846710205078125
HHLCP,λ=8,65536,0,624674,9.531768798828125
HHLCP,λ=8,65536,0,681004,10.39129638671875
HHLCP,λ=8,65536,0,665441,10.153823852539062
HHLCP,λ=8,65536,0,746870,11.396331787109375
HHLCP,λ=8,65536,0,673002,10.269195556640625
HHLCP,λ=8,65536,0,622377,9.496719360351562
HHLCP,λ=8,65536,0,651937,9.947769165039062
HHLCP,λ=8,65536,0,677667,10.340377807617188
HHLCP,λ=8,65536,0,684695,10.447616577148438
HHLCP,λ=8,65536,0,640888,9.7791748046875
HHLCP,λ=8,65536,0,634167,9.676620483398438
HHLCP,λ=8,65536,0,636719,9.715560913085938
HHLCP,λ=8,65536,0,626508,9.55975341796875
HHLCP,λ=8,65536,0,666732,10.17352294921875
HHLCP,λ=8,65536,0,631963,9.642990112304688
HHLCP,λ=8,65536,0,739395,11.282272338867188
HHLCP,λ=8,65536,0,643718,9.822357177734375
HHLCP,λ=8,65536,0,721138,11.003692626953125
HHLCP,λ=8,65536,0,625706,9.547515869140625
HHLCP,λ=8,65536,0,608979,9.292282104492188
HHLCP,λ=8,65536,0,739406,11.282440185546875
HHLCP,λ=8,65536,0,750037,11.444656372070312
HHLCP,λ=8,65536,0,694716,10.60052490234375
HHLCP,λ=8,65536,0,680796,10.38812255859375
HHLCP,λ=8,65536,0,670097,10.224868774414062
HHLCP,λ=8,65536,0,652765,9.960403442382812
HHLCP,λ=8,65536,0,669066,10.209136962890625
HHLCP,λ=8,65536,0,644728,9.8377685546875
HHLCP,λ=8,65536,0,607332,9.26715087890625
HHLCP,λ=8,65536,0,714786,10.906768798828125
HHLCP,λ=8,65536,0,691295,10.548324584960938
HHLCP,λ=8,65536,0,703237,10.730545043945312
HRLCP,λ=8,65536,0,683103,10.423324584960938
HRLCP,λ=8,65536,0,627590,9.576263427734375
HRLCP,λ=8,65536,0,757978,11.565826416015625
HRLCP,λ=8,65536,0,763265,11.646499633789062
HRLCP,λ=8,65536,0,788447,12.030746459960938
HRLCP,λ=8,65536,0,731092,11.15557861328125
HRLCP,λ=8,65536,0,667832,10.1903076171875
HRLCP,λ=8,65536,0,831840,12.69287109375
HRLCP,λ=8,65536,0,642301,9.800735473632812
HRLCP,λ=8,65536,0,662519,10.109237670898438
HRLCP,λ=8,65536,0,756931,11.549850463867188
HRLCP,λ=8,65536,0,670182,10.226165771484375
HRLCP,λ=8,65536,0,726630,11.087493896484375
HRLCP,λ=8,65536,0,715283,10.914352416992188
HRLCP,λ=8,65536,0,766281,11.692520141601562
HRLCP,λ=8,65536,0,733093,11.186111450195312
HRLCP,λ=8,65536,0,728924,11.12249755859375
HRLCP,λ=8,65536,0,634142,9.676239013671875
HRLCP,λ=8,65536,0,661173,10.088699340820312
HRLCP,λ=8,65536,0,623117,9.508010864257812
HRLCP,λ=8,65536,0,749480,11.4361572265625
HRLCP,λ=8,65536,0,718921,10.969863891601562
HRLCP,λ=8,65536,0,673688,10.2796630859375
HRLCP,λ=8,65536,0,716849,10.938247680664062
HRLCP,λ=8,65536,0,741528,11.3148193359375
HRLCP,λ=8,65536,0,650567,9.926864624023438
HRLCP,λ=8,65536,0,768163,11.721237182617188
HRLCP,λ=8,65536,0,778653,11.881301879882812
HRLCP,λ=8,65536,0,668455,10.199813842773438
HRLCP,λ=8,65536,0,690342,10.533782958984375
HRLCP,λ=8,65536,0,778665,11.881484985351562
HRLCP,λ=8,65536,0,710974,10.848602294921875
HRLCP,λ=8,65536,0,716152,10.9276123046875
HRLCP,λ=8,65536,0,698352,10.656005859375
HRLCP,λ=8,65536,0,725029,11.063064575195312
HRLCP,λ=8,65536,0,683030,10.422210693359375
HRLCP,λ=8,65536,0,729718,11.134613037109375
HRLCP,λ=8,65536,0,682610,10.415802001953125
HRLCP,λ=8,65536,0,844846,12.891326904296875
HRLCP,λ=8,65536,0,663589,10.125564575195312
HRLCP,λ=8,65536,0,794367,12.121078491210938
HRLCP,λ=8,65536,0,713314,10.884307861328125
HRLCP,λ=8,65536,0,730130,11.140899658203125
HRLCP,λ=8,65536,0,707087,10.789291381835938
HRLCP,λ=8,65536,0,711934,10.863250732421875
HRLCP,λ=8,65536,0,675139,10.301803588867188
HRLCP,λ=8,65536,0,672363,10.259445190429688
HRLCP,λ=8,65536,0,750984,11.4591064453125
HRLCP,λ=8,65536,0,692566,10.567718505859375
HRLCP,λ=8,65536,0,710796,10.84588623046875
HRLCP,λ=8,65536,0,688117,10.499832153320312
HRLCP,λ=8,65536,0,730501,11.146560668945312
HRLCP,λ=8,65536,0,721861,11.014724731445312
HRLCP,λ=8,65536,0,935087,14.268295288085938
HRLCP,λ=8,65536,0,745259,11.371749877929688
HRLCP,λ=8,65536,0,777233,11.859634399414062
HRLCP,λ=8,65536,0,772892,11.79339599609375
HRLCP,λ=8,65536,0,742457,11.328994750976562
HRLCP,λ=8,65536,0,863394,13.174346923828125
HRLCP,λ=8,65536,0,691200,10.546875
HRLCP,λ=8,65536,0,746719,11.394027709960938
HRLCP,λ=8,65536,0,716549,10.933670043945312
HRLCP,λ=8,65536,0,707078,10.789154052734375
HRLCP,λ=8,65536,0,779616,11.89599609375
HRLCP,λ=8,65536,0,716811,10.937667846679688
HRLCP,λ=8,65536,0,696252,10.62396240234375
HRLCP,λ=8,65536,0,750311,11.448837280273438
HRLCP,λ=8,65536,0,705559,10.765975952148438
HRLCP,λ=8,65536,0,778452,11.87823486328125
HRLCP,λ=8,65536,0,738185,11.263809204101562
HRLCP,λ=8,65536,0,720103,10.987899780273438
HRLCP,λ=8,65536,0,716044,10.92596435546875
HRLCP,λ=8,65536,0,631566,9.636932373046875
HRLCP,λ=8,65536,0,718698,10.966461181640625
HRLCP,λ=8,65536,0,831924,12.69415283203125
HRLCP,λ=8,65536,0,626742,9.563323974609375
HRLCP,λ=8,65536,0,725542,11.070892333984375
HRLCP,λ=8,65536,0,671867,10.251876831054688
HRLCP,λ=8,65536,0,742223,11.325424194335938
HRLCP,λ=8,65536,0,709249,10.822280883789062
HRLCP,λ=8,65536,0,682982,10.421478271484375
HRLCP,λ=8,65536,0,675016,10.2999267578125
HRLCP,λ=8,65536,0,761381,11.617752075195312
HRLCP,λ=8,65536,0,848876,12.95281982421875
HRLCP,λ=8,65536,0,677815,10.342636108398438
HRLCP,λ=8,65536,0,682819,10.418991088867188
HRLCP,λ=8,65536,0,706703,10.783432006835938
HRLCP,λ=8,65536,0,637731,9.731002807617188
HRLCP,λ=8,65536,0,644363,9.832199096679688
HRLCP,λ=8,65536,0,673587,10.278121948242188
HRLCP,λ=8,65536,0,675645,10.309524536132812
HRLCP,λ=8,65536,0,666580,10.17120361328125
HRLCP,λ=8,65536,0,693957,10.588943481445312
HRLCP,λ=8,65536,0,713422,10.885955810546875
HRLCP,λ=8,65536,0,649475,9.910202026367188
HRLCP,λ=8,65536,0,740823,11.304061889648438
HRLCP,λ=8,65536,0,674217,10.287734985351562
HRLCP,λ=8,65536,0,671446,10.245452880859375
HRLCP,λ=8,65536,0,775103,11.827133178710938
HRLCP,λ=8,65536,0,715414,10.916351318359375
HSLCP,λ=8,65536,0,858094,13.093475341796875
HSLCP,λ=8,65536,0,899112,13.7193603515625
HSLCP,λ=8,65536,0,1020967,15.578720092773438
HSLCP,λ=8,65536,0,890312,13.5850830078125
HSLCP,λ=8,65536,0,903932,13.79290771484375
HSLCP,λ=8,65536,0,853146,13.017974853515625
HSLCP,λ=8,65536,0,910787,13.897506713867188
HSLCP,λ=8,65536,0,955889,14.585708618164062
HSLCP,λ=8,65536,0,970030,14.801483154296875
HSLCP,λ=8,65536,0,913402,13.937408447265625
HSLCP,λ=8,65536,0,991884,15.13494873046875
HSLCP,λ=8,65536,0,867853,13.242385864257812
HSLCP,λ=8,65536,0,817094,12.467864990234375
HSLCP,λ=8,65536,0,1082185,16.512832641601562
HSLCP,λ=8,65536,0,874354,13.341583251953125
HSLCP,λ=8,65536,0,875720,13.3624267578125
HSLCP,λ=8,65536,0,1027709,15.681594848632812
HSLCP,λ=8,65536,0,877166,13.384490966796875
HSLCP,λ=8,65536,0,876977,13.381607055664062
HSLCP,λ=8,65536,0,824239,12.576889038085938
HSLCP,λ=8,65536,0,947461,14.457107543945312
HSLCP,λ=8,65536,0,907705,13.850479125976562
HSLCP,λ=8,65536,0,966372,14.74566650390625
HSLCP,λ=8,65536,0,988650,15.085601806640625
HSLCP,λ=8,65536,0,1039569,15.862564086914062
HSLCP,λ=8,65536,0,1024306,15.629669189453125
HSLCP,λ=8,65536,0,1061578,16.198394775390625
HSLCP,λ=8,65536,0,810696,12.3702392578125
HSLCP,λ=8,65536,0,954375,14.562606811523438
HSLCP,λ=8,65536,0,1095329,16.713394165039062
HSLCP,λ=8,65536,0,1032947,15.761520385742188
HSLCP,λ=8,65536,0,998243,15.231979370117188
HSLCP,λ=8,65536,0,916855,13.990097045898438
HSLCP,λ=8,65536,0,923808,14.09619140625
HSLCP,λ=8,65536,0,946795,14.446945190429688
HSLCP,λ=8,65536,0,890431,13.586898803710938
HSLCP,λ=8,65536,0,893690,13.636627197265625
HSLCP,λ=8,65536,0,910290,13.889923095703125
HSLCP,λ=8,65536,0,1044669,15.940383911132812
HSLCP,λ=8,65536,0,920817,14.050552368164062
HSLCP,λ=8,65536,0,1019534,15.556854248046875
HSLCP,λ=8,65536,0,1270782,19.390594482421875
HSLCP,λ=8,65536,0,1004128,15.32177734375
HSLCP,λ=8,65536,0,893735,13.637313842773438
HSLCP,λ=8,65536,0,1057773,16.140335083007812
HSLCP,λ=8,65536,0,915153,13.964126586914062
HSLCP,λ=8,65536,0,842499,12.855514526367188
HSLCP,λ=8,65536,0,892179,13.613571166992188
HSLCP,λ=8,65536,0,969785,14.797744750976562
HSLCP,λ=8,65536,0,1010198,15.414398193359375
HSLCP,λ=8,65536,0,888163,13.552291870117188
HSLCP,λ=8,65536,0,897332,13.69219970703125
HSLCP,λ=8,65536,0,937009,14.297622680664062
HSLCP,λ=8,65536,0,906910,13.838348388671875
HSLCP,λ=8,65536,0,999138,15.245635986328125
HSLCP,λ=8,65536,0,838210,12.790069580078125
HSLCP,λ=8,65536,0,1097063,16.739852905273438
HSLCP,λ=8,65536,0,867273,13.233535766601562
HSLCP,λ=8,65536,0,1057694,16.139129638671875
HSLCP,λ=8,65536,0,945468,14.42669677734375
HSLCP,λ=8,65536,0,912230,13.919525146484375
HSLCP,λ=8,65536,0,1319367,20.131942749023438
HSLCP,λ=8,65536,0,878129,13.399185180664062
HSLCP,λ=8,65536,0,980697,14.964248657226562
HSLCP,λ=8,65536,0,1018137,15.535537719726562
HSLCP,λ=8,65536,0,895641,13.666397094726562
HSLCP,λ=8,65536,0,924803,14.111373901367188
HSLCP,λ=8,65536,0,921219,14.056686401367188
HSLCP,λ=8,65536,0,1028930,15.700225830078125
HSLCP,λ=8,65536,0,1156276,17.64337158203125
HSLCP,λ=8,65536,0,917946,14.006744384765625
HSLCP,λ=8,65536,0,816135,12.453231811523438
HSLCP,λ=8,65536,0,1104054,16.846527099609375
HSLCP,λ=8,65536,0,958027,14.618331909179688
HSLCP,λ=8,65536,0,880041,13.428359985351562
HSLCP,λ=8,65536,0,955020,14.57244873046875
HSLCP,λ=8,65536,0,940578,14.352081298828125
HSLCP,λ=8,65536,0,922677,14.078933715820312
HSLCP,λ=8,65536,0,910755,13.897018432617188
HSLCP,λ=8,65536,0,906869,13.837722778320312
HSLCP,λ=8,65536,0,898372,13.70806884765625
HSLCP,λ=8,65536,0,939693,14.338577270507812
HSLCP,λ=8,65536,0,931656,14.2159423828125
HSLCP,λ=8,65536,0,969030,14.786224365234375
HSLCP,λ=8,65536,0,924585,14.108047485351562
HSLCP,λ=8,65536,0,901665,13.758316040039062
HSLCP,λ=8,65536,0,909583,13.879135131835938
HSLCP,λ=8,65536,0,872498,13.313262939453125
HSLCP,λ=8,65536,0,1011119,15.428451538085938
HSLCP,λ=8,65536,0,925376,14.1201171875
HSLCP,λ=8,65536,0,874955,13.350753784179688
HSLCP,λ=8,65536,0,892223,13.614242553710938
HSLCP,λ=8,65536,0,899266,13.721710205078125
HSLCP,λ=8,65536,0,923150,14.086151123046875
HSLCP,λ=8,65536,0,994077,15.168411254882812
HSLCP,λ=8,65536,0,922427,14.075119018554688
HSLCP,λ=8,65536,0,956391,14.593368530273438
HSLCP,λ=8,65536,0,883170,13.476104736328125
HSLCP,λ=8,65536,0,982512,14.991943359375
HSLCP,λ=8,65536,0,871939,13.304733276367188
HSDSP,λ=8,65536,0,832257,12.699234008789062
HSDSP,λ=8,65536,0,817321,12.471328735351562
HSDSP,λ=8,65536,0,857769,13.088516235351562
HSDSP,λ=8,65536,0,875713,13.362319946289062
HSDSP,λ=8,65536,0,912713,13.926895141601562
HSDSP,λ=8,65536,0,823969,12.572769165039062
HSDSP,λ=8,65536,0,858217,13.095352172851562
HSDSP,λ=8,65536,0,882793,13.470352172851562
HSDSP,λ=8,65536,0,902361,13.768936157226562
HSDSP,λ=8,65536,0,842377,12.853652954101562
HSDSP,λ=8,65536,0,791217,12.073013305664062
HSDSP,λ=8,65536,0,872673,13.315933227539062
HSDSP,λ=8,65536,0,893713,13.636978149414062
HSDSP,λ=8,65536,0,790385,12.060317993164062
HSDSP,λ=8,65536,0,934289,14.256118774414062
HSDSP,λ=8,65536,0,822505,12.550430297851562
HSDSP,λ=8,65536,0,921521,14.061294555664062
HSDSP,λ=8,65536,0,876385,13.372573852539062
HSDSP,λ=8,65536,0,799081,12.193008422851562
HSDSP,λ=8,65536,0,829329,12.654556274414062
HSDSP,λ=8,65536,0,784465,11.969985961914062
HSDSP,λ=8,65536,0,886497,13.526870727539062
HSDSP,λ=8,65536,0,812497,12.397720336914062
HSDSP,λ=8,65536,0,813225,12.408828735351562
HSDSP,λ=8,65536,0,866305,13.218765258789062
HSDSP,λ=8,65536,0,797521,12.169204711914062
HSDSP,λ=8,65536,0,966921,14.754043579101562
HSDSP,λ=8,65536,0,853289,13.020156860351562
HSDSP,λ=8,65536,0,887505,13.542251586914062
HSDSP,λ=8,65536,0,803145,12.255020141601562
HSDSP,λ=8,65536,0,840889,12.830947875976562
HSDSP,λ=8,65536,0,910489,13.892959594726562
HSDSP,λ=8,65536,0,842193,12.850845336914062
HSDSP,λ=8,65536,0,829721,12.660537719726562
HSDSP,λ=8,65536,0,813041,12.406021118164062
HSDSP,λ=8,65536,0,962137,14.681045532226562
HSDSP,λ=8,65536,0,1084657,16.550552368164062
HSDSP,λ=8,65536,0,899849,13.730606079101562
HSDSP,λ=8,65536,0,886817,13.531753540039062
HSDSP,λ=8,65536,0,836529,12.764419555664062
HSDSP,λ=8,65536,0,978225,14.926528930664062
HSDSP,λ=8,65536,0,846297,12.913467407226562
HSDSP,λ=8,65536,0,888473,13.557022094726562
HSDSP,λ=8,65536,0,995753,15.193984985351562
HSDSP,λ=8,65536,0,902073,13.764541625976562
HSDSP,λ=8,65536,0,876497,13.374282836914062
HSDSP,λ=8,65536,0,995249,15.186294555664062
HSDSP,λ=8,65536,0,870697,13.285781860351562
HSDSP,λ=8,65536,0,849609,12.964004516601562
HSDSP,λ=8,65536,0,975369,14.882949829101562
HSDSP,λ=8,65536,0,825833,12.601211547851562
HSDSP,λ=8,65536,0,735321,11.220108032226562
HSDSP,λ=8,65536,0,909801,13.882461547851562
HSDSP,λ=8,65536,0,897481,13.694473266601562
HSDSP,λ=8,65536,0,886529,13.527359008789062
HSDSP,λ=8,65536,0,932921,14.235244750976562
HSDSP,λ=8,65536,0,734089,11.201309204101562
HSDSP,λ=8,65536,0,909145,13.872451782226562
HSDSP,λ=8,65536,0,855505,13.053970336914062
HSDSP,λ=8,65536,0,971881,14.829727172851562
HSDSP,λ=8,65536,0,894305,13.646011352539062
HSDSP,λ=8,65536,0,846041,12.909561157226562
HSDSP,λ=8,65536,0,877969,13.396743774414062
HSDSP,λ=8,65536,0,780305,11.906509399414062
HSDSP,λ=8,65536,0,940249,14.347061157226562
HSDSP,λ=8,65536,0,855345,13.051528930664062
HSDSP,λ=8,65536,0,871857,13.303482055664062
HSDSP,λ=8,65536,0,857889,13.090347290039062
HSDSP,λ=8,65536,0,832729,12.706436157226562
HSDSP,λ=8,65536,0,821409,12.533706665039062
HSDSP,λ=8,65536,0,967473,14.762466430664062
HSDSP,λ=8,65536,0,880961,13.442398071289062
HSDSP,λ=8,65536,0,852897,13.014175415039062
HSDSP,λ=8,65536,0,798273,12.180679321289062
HSDSP,λ=8,65536,0,887857,13.547622680664062
HSDSP,λ=8,65536,0,906121,13.826309204101562
HSDSP,λ=8,65536,0,846121,12.910781860351562
HSDSP,λ=8,65536,0,991913,15.135391235351562
HSDSP,λ=8,65536,0,886009,13.519424438476562
HSDSP,λ=8,65536,0,886465,13.526382446289062
HSDSP,λ=8,65536,0,737905,11.259536743164062
HSDSP,λ=8,65536,0,864377,13.189346313476562
HSDSP,λ=8,65536,0,796673,12.156265258789062
HSDSP,λ=8,65536,0,817241,12.470108032226562
HSDSP,λ=8,65536,0,833025,12.710952758789062
HSDSP,λ=8,65536,0,803529,12.260879516601562
HSDSP,λ=8,65536,0,864553,13.192031860351562
HSDSP,λ=8,65536,0,997081,15.214248657226562
HSDSP,λ=8,65536,0,909857,13.883316040039062
HSDSP,λ=8,65536,0,794169,12.118057250976562
HSDSP,λ=8,65536,0,861153,13.140151977539062
HSDSP,λ=8,65536,0,789409,12.045425415039062
HSDSP,λ=8,65536,0,823313,12.562759399414062
HSDSP,λ=8,65536,0,830417,12.671157836914062
HSDSP,λ=8,65536,0,864993,13.198745727539062
HSDSP,λ=8,65536,0,832385,12.701187133789062
HSDSP,λ=8,65536,0,874089,13.337539672851562
HSDSP,λ=8,65536,0,831721,12.691055297851562
HSDSP,λ=8,65536,0,750369,11.449722290039062
HSDSP,λ=8,65536,0,778537,11.879531860351562
HRDSP,λ=8,65536,0,745009,11.367935180664062
HRDSP,λ=8,65536,0,594201,9.066787719726562
HRDSP,λ=8,65536,0,641713,9.791763305664062
HRDSP,λ=8,65536,0,657961,10.039688110351562
HRDSP,λ=8,65536,0,662289,10.105728149414062
HRDSP,λ=8,65536,0,665761,10.158706665039062
HRDSP,λ=8,65536,0,598385,9.130630493164062
HRDSP,λ=8,65536,0,740553,11.299942016601562
HRDSP,λ=8,65536,0,657441,10.031753540039062
HRDSP,λ=8,65536,0,717905,10.954360961914062
HRDSP,λ=8,65536,0,678553,10.353897094726562
HRDSP,λ=8,65536,0,733225,11.188125610351562
HRDSP,λ=8,65536,0,657561,10.033584594726562
HRDSP,λ=8,65536,0,653345,9.969253540039062
HRDSP,λ=8,65536,0,594713,9.074600219726562
HRDSP,λ=8,65536,0,712809,10.876602172851562
HRDSP,λ=8,65536,0,616241,9.403091430664062
HRDSP,λ=8,65536,0,653809,9.976333618164062
HRDSP,λ=8,65536,0,684857,10.450088500976562
HRDSP,λ=8,65536,0,936513,14.290054321289062
HRDSP,λ=8,65536,0,701961,10.711074829101562
HRDSP,λ=8,65536,0,659921,10.069595336914062
HRDSP,λ=8,65536,0,750945,11.458511352539062
HRDSP,λ=8,65536,0,578969,8.834365844726562
HRDSP,λ=8,65536,0,672001,10.253921508789062
HRDSP,λ=8,65536,0,625521,9.544692993164062
HRDSP,λ=8,65536,0,605673,9.241836547851562
HRDSP,λ=8,65536,0,671033,10.239151000976562
HRDSP,λ=8,65536,0,729673,11.133926391601562
HRDSP,λ=8,65536,0,680553,10.384414672851562
HRDSP,λ=8,65536,0,741041,11.307388305664062
HRDSP,λ=8,65536,0,635577,9.698135375976562
HRDSP,λ=8,65536,0,691521,10.551773071289062
HRDSP,λ=8,65536,0,622721,9.501968383789062
HRDSP,λ=8,65536,0,724793,11.059463500976562
HRDSP,λ=8,65536,0,631961,9.642959594726562
HRDSP,λ=8,65536,0,738889,11.274551391601562
HRDSP,λ=8,65536,0,662457,10.108291625976562
HRDSP,λ=8,65536,0,724489,11.054824829101562
HRDSP,λ=8,65536,0,631713,9.639175415039062
HRDSP,λ=8,65536,0,641081,9.782119750976562
HRDSP,λ=8,65536,0,637609,9.729141235351562
HRDSP,λ=8,65536,0,765945,11.687393188476562
HRDSP,λ=8,65536,0,619545,9.453506469726562
HRDSP,λ=8,65536,0,635113,9.691055297851562
HRDSP,λ=8,65536,0,626977,9.566909790039062
HRDSP,λ=8,65536,0,639913,9.764297485351562
HRDSP,λ=8,65536,0,664337,10.136978149414062
HRDSP,λ=8,65536,0,705545,10.765762329101562
HRDSP,λ=8,65536,0,705281,10.761734008789062
HRDSP,λ=8,65536,0,609729,9.303726196289062
HRDSP,λ=8,65536,0,636801,9.716812133789062
HRDSP,λ=8,65536,0,652793,9.960830688476562
HRDSP,λ=8,65536,0,652017,9.948989868164062
HRDSP,λ=8,65536,0,692369,10.564712524414062
HRDSP,λ=8,65536,0,614033,9.369400024414062
HRDSP,λ=8,65536,0,680193,10.378921508789062
HRDSP,λ=8,65536,0,625993,9.551895141601562
HRDSP,λ=8,65536,0,644489,9.834121704101562
HRDSP,λ=8,65536,0,614433,9.375503540039062
HRDSP,λ=8,65536,0,666153,10.164688110351562
HRDSP,λ=8,65536,0,733081,11.185928344726562
HRDSP,λ=8,65536,0,650489,9.925674438476562
HRDSP,λ=8,65536,0,711609,10.858291625976562
HRDSP,λ=8,65536,0,692121,10.560928344726562
HRDSP,λ=8,65536,0,649225,9.906387329101562
HRDSP,λ=8,65536,0,658993,10.055435180664062
HRDSP,λ=8,65536,0,706513,10.780532836914062
HRDSP,λ=8,65536,0,677345,10.335464477539062
HRDSP,λ=8,65536,0,701585,10.705337524414062
HRDSP,λ=8,65536,0,633393,9.664810180664062
HRDSP,λ=8,65536,0,627561,9.575820922851562
HRDSP,λ=8,65536,0,725073,11.063735961914062
HRDSP,λ=8,65536,0,654521,9.987197875976562
HRDSP,λ=8,65536,0,721681,11.011978149414062
HRDSP,λ=8,65536,0,659977,10.070449829101562
HRDSP,λ=8,65536,0,704689,10.752700805664062
HRDSP,λ=8,65536,0,603337,9.206192016601562
HRDSP,λ=8,65536,0,666129,10.164321899414062
HRDSP,λ=8,65536,0,651225,9.936904907226562
HRDSP,λ=8,65536,0,648665,9.897842407226562
HRDSP,λ=8,65536,0,773097,11.796524047851562
HRDSP,λ=8,65536,0,665465,10.154190063476562
HRDSP,λ=8,65536,0,696089,10.621475219726562
HRDSP,λ=8,65536,0,698225,10.654067993164062
HRDSP,λ=8,65536,0,718705,10.966567993164062
HRDSP,λ=8,65536,0,736817,11.242935180664062
HRDSP,λ=8,65536,0,766993,11.703384399414062
HRDSP,λ=8,65536,0,618689,9.440444946289062
HRDSP,λ=8,65536,0,650057,9.919082641601562
HRDSP,λ=8,65536,0,678129,10.347427368164062
HRDSP,λ=8,65536,0,626761,9.563613891601562
HRDSP,λ=8,65536,0,578241,8.823257446289062
HRDSP,λ=8,65536,0,602113,9.187515258789062
HRDSP,λ=8,65536,0,760681,11.607070922851562
HRDSP,λ=8,65536,0,588905,8.985977172851562
HRDSP,λ=8,65536,0,630601,9.622207641601562
HRDSP,λ=8,65536,0,611825,9.335708618164062
HRDSP,λ=8,65536,0,678841,10.358291625976562
HRDSP,λ=8,65536,0,629913,9.611709594726562
HHDSP,λ=8,65536,0,612113,9.340103149414062
HHDSP,λ=8,65536,0,632385,9.649429321289062
HHDSP,λ=8,65536,0,681521,10.399185180664062
HHDSP,λ=8,65536,0,687129,10.484756469726562
HHDSP,λ=8,65536,0,616129,9.401382446289062
HHDSP,λ=8,65536,0,686697,10.478164672851562
HHDSP,λ=8,65536,0,619497,9.452774047851562
HHDSP,λ=8,65536,0,663473,10.123794555664062
HHDSP,λ=8,65536,0,573489,8.750747680664062
HHDSP,λ=8,65536,0,693521,10.582290649414062
HHDSP,λ=8,65536,0,598225,9.128189086914062
HHDSP,λ=8,65536,0,648993,9.902847290039062
HHDSP,λ=8,65536,0,723305,11.036758422851562
HHDSP,λ=8,65536,0,548961,8.376480102539062
HHDSP,λ=8,65536,0,621361,9.481216430664062
HHDSP,λ=8,65536,0,629129,9.599746704101562
HHDSP,λ=8,65536,0,597177,9.112197875976562
HHDSP,λ=8,65536,0,649953,9.917495727539062
HHDSP,λ=8,65536,0,568249,8.670791625976562
HHDSP,λ=8,65536,0,582681,8.891006469726562
HHDSP,λ=8,65536,0,643361,9.816909790039062
HHDSP,λ=8,65536,0,651721,9.944473266601562
HHDSP,λ=8,65536,0,648369,9.893325805664062
HHDSP,λ=8,65536,0,587265,8.960952758789062
HHDSP,λ=8,65536,0,585601,8.935562133789062
HHDSP,λ=8,65536,0,629681,9.608169555664062
HHDSP,λ=8,65536,0,633193,9.661758422851562
HHDSP,λ=8,65536,0,640625,9.775161743164062
HHDSP,λ=8,65536,0,638689,9.745620727539062
HHDSP,λ=8,65536,0,676353,10.320327758789062
HHDSP,λ=8,65536,0,602489,9.193252563476562
HHDSP,λ=8,65536,0,550313,8.397109985351562
HHDSP,λ=8,65536,0,634105,9.675674438476562
HHDSP,λ=8,65536,0,609905,9.306411743164062
HHDSP,λ=8,65536,0,558161,8.516860961914062
HHDSP,λ=8,65536,0,636241,9.708267211914062
HHDSP,λ=8,65536,0,612505,9.346084594726562
HHDSP,λ=8,65536,0,620753,9.471939086914062
HHDSP,λ=8,65536,0,603641,9.210830688476562
HHDSP,λ=8,65536,0,573961,8.757949829101562
HHDSP,λ=8,65536,0,626257,9.555923461914062
HHDSP,λ=8,65536,0,707777,10.799819946289062
HHDSP,λ=8,65536,0,631353,9.633682250976562
HHDSP,λ=8,65536,0,685841,10.465103149414062
HHDSP,λ=8,65536,0,646425,9.863662719726562
HHDSP,λ=8,65536,0,603985,9.216079711914062
HHDSP,λ=8,65536,0,585217,8.929702758789062
HHDSP,λ=8,65536,0,673841,10.281997680664062
HHDSP,λ=8,65536,0,612513,9.346206665039062
HHDSP,λ=8,65536,0,632409,9.649795532226562
HHDSP,λ=8,65536,0,619193,9.448135375976562
HHDSP,λ=8,65536,0,598329,9.129776000976562
HHDSP,λ=8,65536,0,757721,11.561904907226562
HHDSP,λ=8,65536,0,576857,8.802139282226562
HHDSP,λ=8,65536,0,608977,9.292251586914062
HHDSP,λ=8,65536,0,632433,9.650161743164062
HHDSP,λ=8,65536,0,651993,9.948623657226562
HHDSP,λ=8,65536,0,595625,9.088516235351562
HHDSP,λ=8,65536,0,628217,9.585830688476562
HHDSP,λ=8,65536,0,638337,9.740249633789062
HHDSP,λ=8,65536,0,594921,9.077774047851562
HHDSP,λ=8,65536,0,674305,10.289077758789062
HHDSP,λ=8,65536,0,585281,8.930679321289062
HHDSP,λ=8,65536,0,661929,10.100234985351562
HHDSP,λ=8,65536,0,642281,9.800430297851562
HHDSP,λ=8,65536,0,586825,8.954238891601562
HHDSP,λ=8,65536,0,621217,9.479019165039062
HHDSP,λ=8,65536,0,703513,10.734756469726562
HHDSP,λ=8,65536,0,636809,9.716934204101562
HHDSP,λ=8,65536,0,673345,10.274429321289062
HHDSP,λ=8,65536,0,665289,10.151504516601562
HHDSP,λ=8,65536,0,574145,8.760757446289062
HHDSP,λ=8,65536,0,648889,9.901260375976562
HHDSP,λ=8,65536,0,615521,9.392105102539062
HHDSP,λ=8,65536,0,621601,9.484878540039062
HHDSP,λ=8,65536,0,693217,10.577651977539062
HHDSP,λ=8,65536,0,601481,9.177871704101562
HHDSP,λ=8,65536,0,589769,8.999160766601562
HHDSP,λ=8,65536,0,652617,9.958145141601562
HHDSP,λ=8,65536,0,613169,9.356216430664062
HHDSP,λ=8,65536,0,602897,9.199478149414062
HHDSP,λ=8,65536,0,677353,10.335586547851562
HHDSP,λ=8,65536,0,568457,8.673965454101562
HHDSP,λ=8,65536,0,631945,9.642715454101562
HHDSP,λ=8,65536,0,615833,9.396865844726562
HHDSP,λ=8,65536,0,596945,9.108657836914062
HHDSP,λ=8,65536,0,614833,9.381607055664062
HHDSP,λ=8,65536,0,598521,9.132705688476562
HHDSP,λ=8,65536,0,615369,9.389785766601562
HHDSP,λ=8,65536,0,751553,11.467788696289062
HHDSP,λ=8,65536,0,551961,8.422256469726562
HHDSP,λ=8,65536,0,667545,10.185928344726562
HHDSP,λ=8,65536,0,578017,8.819839477539062
HHDSP,λ=8,65536,0,613185,9.356460571289062
HHDSP,λ=8,65536,0,629609,9.607070922851562
HHDSP,λ=8,65536,0,610521,9.315811157226562
HHDSP,λ=8,65536,0,571065,8.713760375976562
HHDSP,λ=8,65536,0,617257,9.418594360351562
HHDSP,λ=8,65536,0,629865,9.610977172851562
HHDSP,λ=8,65536,0,663001,10.116592407226562
HHLSP,λ=8,65536,0,606025,9.247207641601562
HHLSP,λ=8,65536,0,590009,9.002822875976562
HHLSP,λ=8,65536,0,629121,9.599624633789062
HHLSP,λ=8,65536,0,633777,9.670669555664062
HHLSP,λ=8,65536,0,648457,9.894668579101562
HHLSP,λ=8,65536,0,693521,10.582290649414062
HHLSP,λ=8,65536,0,632945,9.657974243164062
HHLSP,λ=8,65536,0,561849,8.573135375976562
HHLSP,λ=8,65536,0,672657,10.263931274414062
HHLSP,λ=8,65536,0,631593,9.637344360351562
HHLSP,λ=8,65536,0,658913,10.054214477539062
HHLSP,λ=8,65536,0,584425,8.917617797851562
HHLSP,λ=8,65536,0,579121,8.836685180664062
HHLSP,λ=8,65536,0,721529,11.009658813476562
HHLSP,λ=8,65536,0,561649,8.570083618164062
HHLSP,λ=8,65536,0,659553,10.063980102539062
HHLSP,λ=8,65536,0,676145,10.317153930664062
HHLSP,λ=8,65536,0,618705,9.440689086914062
HHLSP,λ=8,65536,0,614969,9.383682250976562
HHLSP,λ=8,65536,0,587265,8.960952758789062
HHLSP,λ=8,65536,0,585849,8.939346313476562
HHLSP,λ=8,65536,0,624257,9.525405883789062
HHLSP,λ=8,65536,0,603449,9.207901000976562
HHLSP,λ=8,65536,0,676121,10.316787719726562
HHLSP,λ=8,65536,0,602489,9.193252563476562
HHLSP,λ=8,65536,0,581537,8.873550415039062
HHLSP,λ=8,65536,0,607305,9.266738891601562
HHLSP,λ=8,65536,0,583249,8.899673461914062
HHLSP,λ=8,65536,0,623409,9.512466430664062
HHLSP,λ=8,65536,0,614377,9.374649047851562
HHLSP,λ=8,65536,0,669417,10.214492797851562
HHLSP,λ=8,65536,0,812593,12.399185180664062
HHLSP,λ=8,65536,0,611377,9.328872680664062
HHLSP,λ=8,65536,0,660201,10.073867797851562
HHLSP,λ=8,65536,0,652105,9.950332641601562
HHLSP,λ=8,65536,0,626825,9.564590454101562
HHLSP,λ=8,65536,0,601385,9.176406860351562
HHLSP,λ=8,65536,0,620689,9.470962524414062
HHLSP,λ=8,65536,0,698041,10.651260375976562
HHLSP,λ=8,65536,0,567833,8.664443969726562
HHLSP,λ=8,65536,0,657689,10.035537719726562
HHLSP,λ=8,65536,0,658825,10.052871704101562
HHLSP,λ=8,65536,0,566297,8.641006469726562
HHLSP,λ=8,65536,0,591281,9.022232055664062
HHLSP,λ=8,65536,0,747369,11.403945922851562
HHLSP,λ=8,65536,0,572545,8.736343383789062
HHLSP,λ=8,65536,0,616081,9.400650024414062
HHLSP,λ=8,65536,0,617065,9.415664672851562
HHLSP,λ=8,65536,0,639897,9.764053344726562
HHLSP,λ=8,65536,0,664105,10.133438110351562
HHLSP,λ=8,65536,0,632113,9.645278930664062
HHLSP,λ=8,65536,0,622305,9.495620727539062
HHLSP,λ=8,65536,0,740825,11.304092407226562
HHLSP,λ=8,65536,0,660081,10.072036743164062
HHLSP,λ=8,65536,0,633625,9.668350219726562
HHLSP,λ=8,65536,0,697577,10.644180297851562
HHLSP,λ=8,65536,0,623113,9.507949829101562
HHLSP,λ=8,65536,0,646273,9.861343383789062
HHLSP,λ=8,65536,0,670593,10.232437133789062
HHLSP,λ=8,65536,0,609329,9.297622680664062
HHLSP,λ=8,65536,0,671401,10.244766235351562
HHLSP,λ=8,65536,0,673153,10.271499633789062
HHLSP,λ=8,65536,0,655449,10.001358032226562
HHLSP,λ=8,65536,0,646713,9.868057250976562
HHLSP,λ=8,65536,0,614257,9.372817993164062
HHLSP,λ=8,65536,0,597121,9.111343383789062
HHLSP,λ=8,65536,0,548185,8.364639282226562
HHLSP,λ=8,65536,0,605369,9.237197875976562
HHLSP,λ=8,65536,0,618137,9.432022094726562
HHLSP,λ=8,65536,0,659441,10.062271118164062
HHLSP,λ=8,65536,0,652705,9.959487915039062
HHLSP,λ=8,65536,0,606897,9.260513305664062
HHLSP,λ=8,65536,0,622449,9.497817993164062
HHLSP,λ=8,65536,0,594481,9.071060180664062
HHLSP,λ=8,65536,0,627321,9.572158813476562
HHLSP,λ=8,65536,0,701681,10.706802368164062
HHLSP,λ=8,65536,0,608201,9.280410766601562
HHLSP,λ=8,65536,0,606281,9.251113891601562
HHLSP,λ=8,65536,0,560857,8.557998657226562
HHLSP,λ=8,65536,0,597465,9.116592407226562
HHLSP,λ=8,65536,0,604489,9.223770141601562
HHLSP,λ=8,65536,0,632649,9.653457641601562
HHLSP,λ=8,65536,0,680073,10.377090454101562
HHLSP,λ=8,65536,0,656793,10.021865844726562
HHLSP,λ=8,65536,0,606169,9.249404907226562
HHLSP,λ=8,65536,0,652209,9.951919555664062
HHLSP,λ=8,65536,0,612673,9.348648071289062
HHLSP,λ=8,65536,0,666937,10.176651000976562
HHLSP,λ=8,65536,0,729697,11.134292602539062
HHLSP,λ=8,65536,0,567673,8.662002563476562
HHLSP,λ=8,65536,0,672233,10.257461547851562
HHLSP,λ=8,65536,0,599257,9.143936157226562
HHLSP,λ=8,65536,0,599737,9.151260375976562
HHLSP,λ=8,65536,0,603321,9.205947875976562
HHLSP,λ=8,65536,0,605161,9.234024047851562
HHLSP,λ=8,65536,0,677369,10.335830688476562
HHLSP,λ=8,65536,0,618089,9.431289672851562
HHLSP,λ=8,65536,0,622417,9.497329711914062
HHLSP,λ=8,65536,0,626521,9.559951782226562
HHLSP,λ=8,65536,0,673433,10.275772094726562
HRLSP,λ=8,65536,0,791433,12.076309204101562
HRLSP,λ=8,65536,0,794601,12.124649047851562
HRLSP,λ=8,65536,0,732353,11.174819946289062
HRLSP,λ=8,65536,0,630457,9.620010375976562
HRLSP,λ=8,65536,0,693377,10.580093383789062
HRLSP,λ=8,65536,0,719137,10.973159790039062
HRLSP,λ=8,65536,0,622105,9.492568969726562
HRLSP,λ=8,65536,0,653721,9.974990844726562
HRLSP,λ=8,65536,0,647913,9.886367797851562
HRLSP,λ=8,65536,0,712497,10.871841430664062
HRLSP,λ=8,65536,0,694609,10.598892211914062
HRLSP,λ=8,65536,0,619233,9.448745727539062
HRLSP,λ=8,65536,0,654689,9.989761352539062
HRLSP,λ=8,65536,0,799705,12.202529907226562
HRLSP,λ=8,65536,0,612425,9.344863891601562
HRLSP,λ=8,65536,0,669361,10.213638305664062
HRLSP,λ=8,65536,0,650345,9.923477172851562
HRLSP,λ=8,65536,0,642153,9.798477172851562
HRLSP,λ=8,65536,0,620297,9.464981079101562
HRLSP,λ=8,65536,0,648177,9.890396118164062
HRLSP,λ=8,65536,0,628281,9.586807250976562
HRLSP,λ=8,65536,0,697761,10.646987915039062
HRLSP,λ=8,65536,0,655889,10.008071899414062
HRLSP,λ=8,65536,0,720337,10.991470336914062
HRLSP,λ=8,65536,0,629473,9.604995727539062
HRLSP,λ=8,65536,0,764937,11.672012329101562
HRLSP,λ=8,65536,0,823529,12.566055297851562
HRLSP,λ=8,65536,0,666977,10.177261352539062
HRLSP,λ=8,65536,0,622921,9.505020141601562
HRLSP,λ=8,65536,0,705833,10.770156860351562
HRLSP,λ=8,65536,0,710809,10.846084594726562
HRLSP,λ=8,65536,0,631865,9.641494750976562
HRLSP,λ=8,65536,0,617585,9.423599243164062
HRLSP,λ=8,65536,0,755041,11.521011352539062
HRLSP,λ=8,65536,0,639681,9.760757446289062
HRLSP,λ=8,65536,0,723105,11.033706665039062
HRLSP,λ=8,65536,0,721513,11.009414672851562
HRLSP,λ=8,65536,0,693993,10.589492797851562
HRLSP,λ=8,65536,0,639137,9.752456665039062
HRLSP,λ=8,65536,0,805305,12.287979125976562
HRLSP,λ=8,65536,0,697209,10.638565063476562
HRLSP,λ=8,65536,0,608873,9.290664672851562
HRLSP,λ=8,65536,0,718601,10.964981079101562
HRLSP,λ=8,65536,0,665921,10.161148071289062
HRLSP,λ=8,65536,0,735217,11.218521118164062
HRLSP,λ=8,65536,0,625953,9.551284790039062
HRLSP,λ=8,65536,0,720201,10.989395141601562
HRLSP,λ=8,65536,0,683753,10.433242797851562
HRLSP,λ=8,65536,0,698809,10.662979125976562
HRLSP,λ=8,65536,0,742577,11.330825805664062
HRLSP,λ=8,65536,0,658089,10.041641235351562
HRLSP,λ=8,65536,0,756617,11.545059204101562
HRLSP,λ=8,65536,0,653793,9.976089477539062
HRLSP,λ=8,65536,0,877929,13.396133422851562
HRLSP,λ=8,65536,0,682713,10.417373657226562
HRLSP,λ=8,65536,0,820113,12.513931274414062
HRLSP,λ=8,65536,0,783009,11.947769165039062
HRLSP,λ=8,65536,0,638337,9.740249633789062
HRLSP,λ=8,65536,0,667449,10.184463500976562
HRLSP,λ=8,65536,0,736977,11.245376586914062
HRLSP,λ=8,65536,0,667409,10.183853149414062
HRLSP,λ=8,65536,0,687297,10.487319946289062
HRLSP,λ=8,65536,0,730313,11.143692016601562
HRLSP,λ=8,65536,0,695617,10.614273071289062
HRLSP,λ=8,65536,0,686201,10.470596313476562
HRLSP,λ=8,65536,0,708937,10.817520141601562
HRLSP,λ=8,65536,0,640225,9.769058227539062
HRLSP,λ=8,65536,0,750177,11.446792602539062
HRLSP,λ=8,65536,0,647569,9.881118774414062
HRLSP,λ=8,65536,0,776393,11.846817016601562
HRLSP,λ=8,65536,0,646913,9.871109008789062
HRLSP,λ=8,65536,0,714313,10.899551391601562
HRLSP,λ=8,65536,0,710849,10.846694946289062
HRLSP,λ=8,65536,0,686001,10.467544555664062
HRLSP,λ=8,65536,0,801161,12.224746704101562
HRLSP,λ=8,65536,0,745489,11.375259399414062
HRLSP,λ=8,65536,0,643897,9.825088500976562
HRLSP,λ=8,65536,0,756785,11.547622680664062
HRLSP,λ=8,65536,0,655545,10.002822875976562
HRLSP,λ=8,65536,0,817361,12.471939086914062
HRLSP,λ=8,65536,0,631233,9.631851196289062
HRLSP,λ=8,65536,0,604585,9.225234985351562
HRLSP,λ=8,65536,0,682129,10.408462524414062
HRLSP,λ=8,65536,0,640953,9.780166625976562
HRLSP,λ=8,65536,0,635161,9.691787719726562
HRLSP,λ=8,65536,0,646081,9.858413696289062
HRLSP,λ=8,65536,0,656377,10.015518188476562
HRLSP,λ=8,65536,0,725145,11.064834594726562
HRLSP,λ=8,65536,0,724225,11.050796508789062
HRLSP,λ=8,65536,0,631849,9.641250610351562
HRLSP,λ=8,65536,0,629889,9.611343383789062
HRLSP,λ=8,65536,0,666033,10.162857055664062
HRLSP,λ=8,65536,0,727353,11.098526000976562
HRLSP,λ=8,65536,0,800857,12.220108032226562
HRLSP,λ=8,65536,0,652401,9.954849243164062
HRLSP,λ=8,65536,0,678841,10.358291625976562
HRLSP,λ=8,65536,0,632297,9.648086547851562
HRLSP,λ=8,65536,0,689313,10.518081665039062
HRLSP,λ=8,65536,0,687033,10.483291625976562
HRLSP,λ=8,65536,0,752241,11.478286743164062
HSLSP,λ=8,65536,0,919537,14.031021118164062
HSLSP,λ=8,65536,0,922721,14.079605102539062
HSLSP,λ=8,65536,0,915769,13.973526000976562
HSLSP,λ=8,65536,0,876841,13.379531860351562
HSLSP,λ=8,65536,0,848305,12.944107055664062
HSLSP,λ=8,65536,0,842913,12.861831665039062
HSLSP,λ=8,65536,0,816625,12.460708618164062
HSLSP,λ=8,65536,0,881929,13.457168579101562
HSLSP,λ=8,65536,0,956929,14.601577758789062
HSLSP,λ=8,65536,0,894241,13.645034790039062
HSLSP,λ=8,65536,0,851745,12.996597290039062
HSLSP,λ=8,65536,0,1085993,16.570938110351562
HSLSP,λ=8,65536,0,905985,13.824234008789062
HSLSP,λ=8,65536,0,841809,12.844985961914062
HSLSP,λ=8,65536,0,916073,13.978164672851562
HSLSP,λ=8,65536,0,799433,12.198379516601562
HSLSP,λ=8,65536,0,860481,13.129898071289062
HSLSP,λ=8,65536,0,935361,14.272476196289062
HSLSP,λ=8,65536,0,889809,13.577407836914062
HSLSP,λ=8,65536,0,996969,15.212539672851562
HSLSP,λ=8,65536,0,841593,12.841690063476562
HSLSP,λ=8,65536,0,864041,13.184219360351562
HSLSP,λ=8,65536,0,827697,12.629653930664062
HSLSP,λ=8,65536,0,877217,13.385269165039062
HSLSP,λ=8,65536,0,816641,12.460952758789062
HSLSP,λ=8,65536,0,823329,12.563003540039062
HSLSP,λ=8,65536,0,1010377,15.417129516601562
HSLSP,λ=8,65536,0,836865,12.769546508789062
HSLSP,λ=8,65536,0,890889,13.593887329101562
HSLSP,λ=8,65536,0,825481,12.595840454101562
HSLSP,λ=8,65536,0,800641,12.216812133789062
HSLSP,λ=8,65536,0,1019985,15.563735961914062
HSLSP,λ=8,65536,0,898161,13.704849243164062
HSLSP,λ=8,65536,0,888337,13.554946899414062
HSLSP,λ=8,65536,0,849097,12.956192016601562
HSLSP,λ=8,65536,0,932577,14.229995727539062
HSLSP,λ=8,65536,0,812385,12.396011352539062
HSLSP,λ=8,65536,0,1001633,15.283706665039062
HSLSP,λ=8,65536,0,804289,12.272476196289062
HSLSP,λ=8,65536,0,842585,12.856826782226562
HSLSP,λ=8,65536,0,872889,13.319229125976562
HSLSP,λ=8,65536,0,899489,13.725112915039062
HSLSP,λ=8,65536,0,986825,15.057754516601562
HSLSP,λ=8,65536,0,855145,13.048477172851562
HSLSP,λ=8,65536,0,895753,13.668106079101562
HSLSP,λ=8,65536,0,817601,12.475601196289062
HSLSP,λ=8,65536,0,840073,12.818496704101562
HSLSP,λ=8,65536,0,890321,13.585220336914062
HSLSP,λ=8,65536,0,892921,13.624893188476562
HSLSP,λ=8,65536,0,965729,14.735855102539062
HSLSP,λ=8,65536,0,948809,14.477676391601562
HSLSP,λ=8,65536,0,860089,13.123916625976562
HSLSP,λ=8,65536,0,865617,13.208267211914062
HSLSP,λ=8,65536,0,851137,12.987319946289062
HSLSP,λ=8,65536,0,918377,14.013320922851562
HSLSP,λ=8,65536,0,918281,14.011856079101562
HSLSP,λ=8,65536,0,841513,12.840469360351562
HSLSP,λ=8,65536,0,807521,12.321792602539062
HSLSP,λ=8,65536,0,885593,13.513076782226562
HSLSP,λ=8,65536,0,899065,13.718643188476562
HSLSP,λ=8,65536,0,833561,12.719131469726562
HSLSP,λ=8,65536,0,981977,14.983779907226562
HSLSP,λ=8,65536,0,894705,13.652114868164062
HSLSP,λ=8,65536,0,895401,13.662734985351562
HSLSP,λ=8,65536,0,848977,12.954360961914062
HSLSP,λ=8,65536,0,792113,12.086685180664062
HSLSP,λ=8,65536,0,1054857,16.095840454101562
HSLSP,λ=8,65536,0,849241,12.958389282226562
HSLSP,λ=8,65536,0,854409,13.037246704101562
HSLSP,λ=8,65536,0,896785,13.683853149414062
HSLSP,λ=8,65536,0,898073,13.703506469726562
HSLSP,λ=8,65536,0,879825,13.425064086914062
HSLSP,λ=8,65536,0,896825,13.684463500976562
HSLSP,λ=8,65536,0,967945,14.769668579101562
HSLSP,λ=8,65536,0,814521,12.428604125976562
HSLSP,λ=8,65536,0,877329,13.386978149414062
HSLSP,λ=8,65536,0,966857,14.753067016601562
HSLSP,λ=8,65536,0,784489,11.970352172851562
HSLSP,λ=8,65536,0,867985,13.244400024414062
HSLSP,λ=8,65536,0,801865,12.235488891601562
HSLSP,λ=8,65536,0,921681,14.063735961914062
HSLSP,λ=8,65536,0,823305,12.562637329101562
HSLSP,λ=8,65536,0,899073,13.718765258789062
HSLSP,λ=8,65536,0,947873,14.463394165039062
HSLSP,λ=8,65536,0,903633,13.788345336914062
HSLSP,λ=8,65536,0,881681,13.453384399414062
HSLSP,λ=8,65536,0,966585,14.748916625976562
HSLSP,λ=8,65536,0,823153,12.560317993164062
HSLSP,λ=8,65536,0,844817,12.890884399414062
HSLSP,λ=8,65536,0,928393,14.166152954101562
HSLSP,λ=8,65536,0,887641,13.544326782226562
HSLSP,λ=8,65536,0,960153,14.650772094726562
HSLSP,λ=8,65536,0,967193,14.758193969726562
HSLSP,λ=8,65536,0,856137,13.063613891601562
HSLSP,λ=8,65536,0,908649,13.864883422851562
HSLSP,λ=8,65536,0,794417,12.121841430664062
HSLSP,λ=8,65536,0,839217,12.805435180664062
HSLSP,λ=8,65536,0,824177,12.575942993164062
HSLSP,λ=8,65536,0,872825,13.318252563476562
HSLSP,λ=8,65536,0,850225,12.973403930664062
HSDMP,λ=8,65536,0,1003281,15.308853149414062
HSDMP,λ=8,65536,0,927729,14.156021118164062
HSDMP,λ=8,65536,0,873793,13.333023071289062
HSDMP,λ=8,65536,0,902817,13.775894165039062
HSDMP,λ=8,65536,0,850169,12.972549438476562
HSDMP,λ=8,65536,0,841649,12.842544555664062
HSDMP,λ=8,65536,0,840561,12.825942993164062
HSDMP,λ=8,65536,0,788113,12.025650024414062
HSDMP,λ=8,65536,0,963297,14.698745727539062
HSDMP,λ=8,65536,0,923745,14.095230102539062
HSDMP,λ=8,65536,0,897841,13.699966430664062
HSDMP,λ=8,65536,0,1095769,16.720108032226562
HSDMP,λ=8,65536,0,819441,12.503677368164062
HSDMP,λ=8,65536,0,881409,13.449234008789062
HSDMP,λ=8,65536,0,1035161,15.795303344726562
HSDMP,λ=8,65536,0,841449,12.839492797851562
HSDMP,λ=8,65536,0,849857,12.967788696289062
HSDMP,λ=8,65536,0,928097,14.161636352539062
HSDMP,λ=8,65536,0,826209,12.606948852539062
HSDMP,λ=8,65536,0,917113,13.994033813476562
HSDMP,λ=8,65536,0,836841,12.769180297851562
HSDMP,λ=8,65536,0,883929,13.487686157226562
HSDMP,λ=8,65536,0,873905,13.334732055664062
HSDMP,λ=8,65536,0,967993,14.770401000976562
HSDMP,λ=8,65536,0,938825,14.325332641601562
HSDMP,λ=8,65536,0,794233,12.119033813476562
HSDMP,λ=8,65536,0,818521,12.489639282226562
HSDMP,λ=8,65536,0,881177,13.445693969726562
HSDMP,λ=8,65536,0,923049,14.084609985351562
HSDMP,λ=8,65536,0,893545,13.634414672851562
HSDMP,λ=8,65536,0,807569,12.322525024414062
HSDMP,λ=8,65536,0,846553,12.917373657226562
HSDMP,λ=8,65536,0,1010857,15.424453735351562
HSDMP,λ=8,65536,0,816249,12.454971313476562
HSDMP,λ=8,65536,0,867465,13.236465454101562
HSDMP,λ=8,65536,0,948913,14.479263305664062
HSDMP,λ=8,65536,0,858625,13.101577758789062
HSDMP,λ=8,65536,0,845249,12.897476196289062
HSDMP,λ=8,65536,0,984817,15.027114868164062
HSDMP,λ=8,65536,0,799057,12.192642211914062
HSDMP,λ=8,65536,0,984129,15.016616821289062
HSDMP,λ=8,65536,0,800049,12.207778930664062
HSDMP,λ=8,65536,0,987609,15.069717407226562
HSDMP,λ=8,65536,0,837713,12.782485961914062
HSDMP,λ=8,65536,0,829593,12.658584594726562
HSDMP,λ=8,65536,0,829905,12.663345336914062
HSDMP,λ=8,65536,0,935593,14.276016235351562
HSDMP,λ=8,65536,0,865305,13.203506469726562
HSDMP,λ=8,65536,0,928817,14.172622680664062
HSDMP,λ=8,65536,0,945601,14.428726196289062
HSDMP,λ=8,65536,0,827361,12.624526977539062
HSDMP,λ=8,65536,0,840897,12.831069946289062
HSDMP,λ=8,65536,0,876049,13.367446899414062
HSDMP,λ=8,65536,0,805833,12.296035766601562
HSDMP,λ=8,65536,0,964921,14.723526000976562
HSDMP,λ=8,65536,0,859297,13.111831665039062
HSDMP,λ=8,65536,0,806641,12.308364868164062
HSDMP,λ=8,65536,0,931193,14.208877563476562
HSDMP,λ=8,65536,0,888937,13.564102172851562
HSDMP,λ=8,65536,0,879497,13.420059204101562
HSDMP,λ=8,65536,0,918657,14.017593383789062
HSDMP,λ=8,65536,0,871705,13.301162719726562
HSDMP,λ=8,65536,0,829681,12.659927368164062
HSDMP,λ=8,65536,0,838065,12.787857055664062
HSDMP,λ=8,65536,0,918553,14.016006469726562
HSDMP,λ=8,65536,0,921265,14.057388305664062
HSDMP,λ=8,65536,0,913609,13.940567016601562
HSDMP,λ=8,65536,0,915633,13.971450805664062
HSDMP,λ=8,65536,0,914777,13.958389282226562
HSDMP,λ=8,65536,0,865649,13.208755493164062
HSDMP,λ=8,65536,0,850505,12.977676391601562
HSDMP,λ=8,65536,0,843913,12.877090454101562
HSDMP,λ=8,65536,0,898729,13.713516235351562
HSDMP,λ=8,65536,0,875817,13.363906860351562
HSDMP,λ=8,65536,0,929321,14.180313110351562
HSDMP,λ=8,65536,0,820569,12.520889282226562
HSDMP,λ=8,65536,0,903593,13.787734985351562
HSDMP,λ=8,65536,0,931953,14.220474243164062
HSDMP,λ=8,65536,0,871801,13.302627563476562
HSDMP,λ=8,65536,0,938049,14.313491821289062
HSDMP,λ=8,65536,0,873649,13.330825805664062
HSDMP,λ=8,65536,0,841657,12.842666625976562
HSDMP,λ=8,65536,0,785849,11.991104125976562
HSDMP,λ=8,65536,0,865993,13.214004516601562
HSDMP,λ=8,65536,0,821905,12.541275024414062
HSDMP,λ=8,65536,0,862041,13.153701782226562
HSDMP,λ=8,65536,0,938401,14.318862915039062
HSDMP,λ=8,65536,0,819897,12.510635375976562
HSDMP,λ=8,65536,0,804497,12.275650024414062
HSDMP,λ=8,65536,0,1000601,15.267959594726562
HSDMP,λ=8,65536,0,827425,12.625503540039062
HSDMP,λ=8,65536,0,833665,12.720718383789062
HSDMP,λ=8,65536,0,828361,12.639785766601562
HSDMP,λ=8,65536,0,851737,12.996475219726562
HSDMP,λ=8,65536,0,855033,13.046768188476562
HSDMP,λ=8,65536,0,947993,14.465225219726562
HSDMP,λ=8,65536,0,1023129,15.611709594726562
HSDMP,λ=8,65536,0,846305,12.913589477539062
HSDMP,λ=8,65536,0,858169,13.094619750976562
HSDMP,λ=8,65536,0,940625,14.352798461914062
HRDMP,λ=8,65536,0,727057,11.094009399414062
HRDMP,λ=8,65536,0,678217,10.348770141601562
HRDMP,λ=8,65536,0,683721,10.432754516601562
HRDMP,λ=8,65536,0,651785,9.945449829101562
HRDMP,λ=8,65536,0,680785,10.387954711914062
HRDMP,λ=8,65536,0,768481,11.726089477539062
HRDMP,λ=8,65536,0,743857,11.350357055664062
HRDMP,λ=8,65536,0,700721,10.692153930664062
HRDMP,λ=8,65536,0,682513,10.414321899414062
HRDMP,λ=8,65536,0,724681,11.057754516601562
HRDMP,λ=8,65536,0,683393,10.427749633789062
HRDMP,λ=8,65536,0,706577,10.781509399414062
HRDMP,λ=8,65536,0,649513,9.910781860351562
HRDMP,λ=8,65536,0,638697,9.745742797851562
HRDMP,λ=8,65536,0,671241,10.242324829101562
HRDMP,λ=8,65536,0,734825,11.212539672851562
HRDMP,λ=8,65536,0,670009,10.223526000976562
HRDMP,λ=8,65536,0,674969,10.299209594726562
HRDMP,λ=8,65536,0,645505,9.849624633789062
HRDMP,λ=8,65536,0,707097,10.789443969726562
HRDMP,λ=8,65536,0,673321,10.274063110351562
HRDMP,λ=8,65536,0,702441,10.718399047851562
HRDMP,λ=8,65536,0,765529,11.681045532226562
HRDMP,λ=8,65536,0,727113,11.094863891601562
HRDMP,λ=8,65536,0,657289,10.029434204101562
HRDMP,λ=8,65536,0,715649,10.919937133789062
HRDMP,λ=8,65536,0,786665,12.003555297851562
HRDMP,λ=8,65536,0,728257,11.112319946289062
HRDMP,λ=8,65536,0,638393,9.741104125976562
HRDMP,λ=8,65536,0,621761,9.487319946289062
HRDMP,λ=8,65536,0,681753,10.402725219726562
HRDMP,λ=8,65536,0,639441,9.757095336914062
HRDMP,λ=8,65536,0,671505,10.246353149414062
HRDMP,λ=8,65536,0,681761,10.402847290039062
HRDMP,λ=8,65536,0,663761,10.128189086914062
HRDMP,λ=8,65536,0,682017,10.406753540039062
HRDMP,λ=8,65536,0,684769,10.448745727539062
HRDMP,λ=8,65536,0,735521,11.223159790039062
HRDMP,λ=8,65536,0,747833,11.411026000976562
HRDMP,λ=8,65536,0,722513,11.024673461914062
HRDMP,λ=8,65536,0,766617,11.697647094726562
HRDMP,λ=8,65536,0,684649,10.446914672851562
HRDMP,λ=8,65536,0,626889,9.565567016601562
HRDMP,λ=8,65536,0,652465,9.955825805664062
HRDMP,λ=8,65536,0,638105,9.736709594726562
HRDMP,λ=8,65536,0,669089,10.209487915039062
HRDMP,λ=8,65536,0,689561,10.521865844726562
HRDMP,λ=8,65536,0,686729,10.478652954101562
HRDMP,λ=8,65536,0,792561,12.093521118164062
HRDMP,λ=8,65536,0,640593,9.774673461914062
HRDMP,λ=8,65536,0,799753,12.203262329101562
HRDMP,λ=8,65536,0,695649,10.614761352539062
HRDMP,λ=8,65536,0,798073,12.177627563476562
HRDMP,λ=8,65536,0,710465,10.840835571289062
HRDMP,λ=8,65536,0,700257,10.685073852539062
HRDMP,λ=8,65536,0,690417,10.534927368164062
HRDMP,λ=8,65536,0,726577,11.086685180664062
HRDMP,λ=8,65536,0,654121,9.981094360351562
HRDMP,λ=8,65536,0,650065,9.919204711914062
HRDMP,λ=8,65536,0,670809,10.235733032226562
HRDMP,λ=8,65536,0,643849,9.824356079101562
HRDMP,λ=8,65536,0,669401,10.214248657226562
HRDMP,λ=8,65536,0,731649,11.164077758789062
HRDMP,λ=8,65536,0,657553,10.033462524414062
HRDMP,λ=8,65536,0,664049,10.132583618164062
HRDMP,λ=8,65536,0,698873,10.663955688476562
HRDMP,λ=8,65536,0,686201,10.470596313476562
HRDMP,λ=8,65536,0,689393,10.519302368164062
HRDMP,λ=8,65536,0,724881,11.060806274414062
HRDMP,λ=8,65536,0,690289,10.532974243164062
HRDMP,λ=8,65536,0,666873,10.175674438476562
HRDMP,λ=8,65536,0,639705,9.761123657226562
HRDMP,λ=8,65536,0,709209,10.821670532226562
HRDMP,λ=8,65536,0,609209,9.295791625976562
HRDMP,λ=8,65536,0,751889,11.472915649414062
HRDMP,λ=8,65536,0,641809,9.793228149414062
HRDMP,λ=8,65536,0,650713,9.929092407226562
HRDMP,λ=8,65536,0,797537,12.169448852539062
HRDMP,λ=8,65536,0,658681,10.050674438476562
HRDMP,λ=8,65536,0,664521,10.139785766601562
HRDMP,λ=8,65536,0,709681,10.828872680664062
HRDMP,λ=8,65536,0,688617,10.507461547851562
HRDMP,λ=8,65536,0,711761,10.860610961914062
HRDMP,λ=8,65536,0,721649,11.011489868164062
HRDMP,λ=8,65536,0,706041,10.773330688476562
HRDMP,λ=8,65536,0,635849,9.702285766601562
HRDMP,λ=8,65536,0,710593,10.842788696289062
HRDMP,λ=8,65536,0,816385,12.457046508789062
HRDMP,λ=8,65536,0,763345,11.647720336914062
HRDMP,λ=8,65536,0,709993,10.833633422851562
HRDMP,λ=8,65536,0,677529,10.338272094726562
HRDMP,λ=8,65536,0,701841,10.709243774414062
HRDMP,λ=8,65536,0,712857,10.877334594726562
HRDMP,λ=8,65536,0,657201,10.028091430664062
HRDMP,λ=8,65536,0,676065,10.315933227539062
HRDMP,λ=8,65536,0,696633,10.629776000976562
HRDMP,λ=8,65536,0,663121,10.118423461914062
HRDMP,λ=8,65536,0,648289,9.892105102539062
HRDMP,λ=8,65536,0,649937,9.917251586914062
HRDMP,λ=8,65536,0,671129,10.240615844726562
HHDMP,λ=8,65536,0,805169,12.285903930664062
HHDMP,λ=8,65536,0,621681,9.486099243164062
HHDMP,λ=8,65536,0,705689,10.767959594726562
HHDMP,λ=8,65536,0,673209,10.272354125976562
HHDMP,λ=8,65536,0,602057,9.186660766601562
HHDMP,λ=8,65536,0,620745,9.471817016601562
HHDMP,λ=8,65536,0,620353,9.465835571289062
HHDMP,λ=8,65536,0,713321,10.884414672851562
HHDMP,λ=8,65536,0,609865,9.305801391601562
HHDMP,λ=8,65536,0,597097,9.110977172851562
HHDMP,λ=8,65536,0,676681,10.325332641601562
HHDMP,λ=8,65536,0,631617,9.637710571289062
HHDMP,λ=8,65536,0,663945,10.130996704101562
HHDMP,λ=8,65536,0,651369,9.939102172851562
HHDMP,λ=8,65536,0,644569,9.835342407226562
HHDMP,λ=8,65536,0,624625,9.531021118164062
HHDMP,λ=8,65536,0,702633,10.721328735351562
HHDMP,λ=8,65536,0,667233,10.181167602539062
HHDMP,λ=8,65536,0,743249,11.341079711914062
HHDMP,λ=8,65536,0,642585,9.805068969726562
HHDMP,λ=8,65536,0,678665,10.355606079101562
HHDMP,λ=8,65536,0,669129,10.210098266601562
HHDMP,λ=8,65536,0,723033,11.032608032226562
HHDMP,λ=8,65536,0,819649,12.506851196289062
HHDMP,λ=8,65536,0,678697,10.356094360351562
HHDMP,λ=8,65536,0,813241,12.409072875976562
HHDMP,λ=8,65536,0,621521,9.483657836914062
HHDMP,λ=8,65536,0,635577,9.698135375976562
HHDMP,λ=8,65536,0,647881,9.885879516601562
HHDMP,λ=8,65536,0,674745,10.295791625976562
HHDMP,λ=8,65536,0,698689,10.661148071289062
HHDMP,λ=8,65536,0,650753,9.929702758789062
HHDMP,λ=8,65536,0,613849,9.366592407226562
HHDMP,λ=8,65536,0,657905,10.038833618164062
HHDMP,λ=8,65536,0,687521,10.490737915039062
HHDMP,λ=8,65536,0,680385,10.381851196289062
HHDMP,λ=8,65536,0,586313,8.946426391601562
HHDMP,λ=8,65536,0,673201,10.272232055664062
HHDMP,λ=8,65536,0,698857,10.663711547851562
HHDMP,λ=8,65536,0,617265,9.418716430664062
HHDMP,λ=8,65536,0,721873,11.014907836914062
HHDMP,λ=8,65536,0,645537,9.850112915039062
HHDMP,λ=8,65536,0,643297,9.815933227539062
HHDMP,λ=8,65536,0,649921,9.917007446289062
HHDMP,λ=8,65536,0,790665,12.064590454101562
HHDMP,λ=8,65536,0,686145,10.469741821289062
HHDMP,λ=8,65536,0,663521,10.124526977539062
HHDMP,λ=8,65536,0,679193,10.363662719726562
HHDMP,λ=8,65536,0,645473,9.849136352539062
HHDMP,λ=8,65536,0,699329,10.670913696289062
HHDMP,λ=8,65536,0,669273,10.212295532226562
HHDMP,λ=8,65536,0,625913,9.550674438476562
HHDMP,λ=8,65536,0,648497,9.895278930664062
HHDMP,λ=8,65536,0,677169,10.332778930664062
HHDMP,λ=8,65536,0,634089,9.675430297851562
HHDMP,λ=8,65536,0,602553,9.194229125976562
HHDMP,λ=8,65536,0,679081,10.361953735351562
HHDMP,λ=8,65536,0,676705,10.325698852539062
HHDMP,λ=8,65536,0,641601,9.790054321289062
HHDMP,λ=8,65536,0,645993,9.857070922851562
HHDMP,λ=8,65536,0,659561,10.064102172851562
HHDMP,λ=8,65536,0,777081,11.857315063476562
HHDMP,λ=8,65536,0,673097,10.270645141601562
HHDMP,λ=8,65536,0,658777,10.052139282226562
HHDMP,λ=8,65536,0,653113,9.965713500976562
HHDMP,λ=8,65536,0,692385,10.564956665039062
HHDMP,λ=8,65536,0,673065,10.270156860351562
HHDMP,λ=8,65536,0,663929,10.130752563476562
HHDMP,λ=8,65536,0,692441,10.565811157226562
HHDMP,λ=8,65536,0,698865,10.663833618164062
HHDMP,λ=8,65536,0,705753,10.768936157226562
HHDMP,λ=8,65536,0,673705,10.279922485351562
HHDMP,λ=8,65536,0,669145,10.210342407226562
HHDMP,λ=8,65536,0,615577,9.392959594726562
HHDMP,λ=8,65536,0,734433,11.206558227539062
HHDMP,λ=8,65536,0,635545,9.697647094726562
HHDMP,λ=8,65536,0,803713,12.263687133789062
HHDMP,λ=8,65536,0,680937,10.390274047851562
HHDMP,λ=8,65536,0,703889,10.740493774414062
HHDMP,λ=8,65536,0,607577,9.270889282226562
HHDMP,λ=8,65536,0,689577,10.522109985351562
HHDMP,λ=8,65536,0,623489,9.513687133789062
HHDMP,λ=8,65536,0,650233,9.921768188476562
HHDMP,λ=8,65536,0,662297,10.105850219726562
HHDMP,λ=8,65536,0,617145,9.416885375976562
HHDMP,λ=8,65536,0,719185,10.973892211914062
HHDMP,λ=8,65536,0,709009,10.818618774414062
HHDMP,λ=8,65536,0,634761,9.685684204101562
HHDMP,λ=8,65536,0,637937,9.734146118164062
HHDMP,λ=8,65536,0,609897,9.306289672851562
HHDMP,λ=8,65536,0,751561,11.467910766601562
HHDMP,λ=8,65536,0,700481,10.688491821289062
HHDMP,λ=8,65536,0,695497,10.612442016601562
HHDMP,λ=8,65536,0,733569,11.193374633789062
HHDMP,λ=8,65536,0,629729,9.608901977539062
HHDMP,λ=8,65536,0,670241,10.227066040039062
HHDMP,λ=8,65536,0,717625,10.950088500976562
HHDMP,λ=8,65536,0,614441,9.375625610351562
HHDMP,λ=8,65536,0,654073,9.980361938476562
HHDMP,λ=8,65536,0,736745,11.241836547851562
HHLMP,λ=8,65536,0,668857,10.205947875976562
HHLMP,λ=8,65536,0,678953,10.360000610351562
HHLMP,λ=8,65536,0,681137,10.393325805664062
HHLMP,λ=8,65536,0,612049,9.339126586914062
HHLMP,λ=8,65536,0,630329,9.618057250976562
HHLMP,λ=8,65536,0,709753,10.829971313476562
HHLMP,λ=8,65536,0,613777,9.365493774414062
HHLMP,λ=8,65536,0,651073,9.934585571289062
HHLMP,λ=8,65536,0,694953,10.604141235351562
HHLMP,λ=8,65536,0,602241,9.189468383789062
HHLMP,λ=8,65536,0,664729,10.142959594726562
HHLMP,λ=8,65536,0,650673,9.928482055664062
HHLMP,λ=8,65536,0,653249,9.967788696289062
HHLMP,λ=8,65536,0,658513,10.048110961914062
HHLMP,λ=8,65536,0,731209,11.157363891601562
HHLMP,λ=8,65536,0,696529,10.628189086914062
HHLMP,λ=8,65536,0,626705,9.562759399414062
HHLMP,λ=8,65536,0,728921,11.122451782226562
HHLMP,λ=8,65536,0,616729,9.410537719726562
HHLMP,λ=8,65536,0,624697,9.532119750976562
HHLMP,λ=8,65536,0,681689,10.401748657226562
HHLMP,λ=8,65536,0,756865,11.548843383789062
HHLMP,λ=8,65536,0,616457,9.406387329101562
HHLMP,λ=8,65536,0,667433,10.184219360351562
HHLMP,λ=8,65536,0,667321,10.182510375976562
HHLMP,λ=8,65536,0,638313,9.739883422851562
HHLMP,λ=8,65536,0,709945,10.832901000976562
HHLMP,λ=8,65536,0,715129,10.912002563476562
HHLMP,λ=8,65536,0,632937,9.657852172851562
HHLMP,λ=8,65536,0,729457,11.130630493164062
HHLMP,λ=8,65536,0,670441,10.230117797851562
HHLMP,λ=8,65536,0,739401,11.282363891601562
HHLMP,λ=8,65536,0,742601,11.331192016601562
HHLMP,λ=8,65536,0,643985,9.826431274414062
HHLMP,λ=8,65536,0,659689,10.066055297851562
HHLMP,λ=8,65536,0,733257,11.188613891601562
HHLMP,λ=8,65536,0,674289,10.288833618164062
HHLMP,λ=8,65536,0,789737,12.050430297851562
HHLMP,λ=8,65536,0,619161,9.447647094726562
HHLMP,λ=8,65536,0,624777,9.533340454101562
HHLMP,λ=8,65536,0,713785,10.891494750976562
HHLMP,λ=8,65536,0,715665,10.920181274414062
HHLMP,λ=8,65536,0,683473,10.428970336914062
HHLMP,λ=8,65536,0,639617,9.759780883789062
HHLMP,λ=8,65536,0,648153,9.890029907226562
HHLMP,λ=8,65536,0,700425,10.687637329101562
HHLMP,λ=8,65536,0,609977,9.307510375976562
HHLMP,λ=8,65536,0,678681,10.355850219726562
HHLMP,λ=8,65536,0,610729,9.318984985351562
HHLMP,λ=8,65536,0,722481,11.024185180664062
HHLMP,λ=8,65536,0,692041,10.559707641601562
HHLMP,λ=8,65536,0,739305,11.280899047851562
HHLMP,λ=8,65536,0,638217,9.738418579101562
HHLMP,λ=8,65536,0,616641,9.409194946289062
HHLMP,λ=8,65536,0,672665,10.264053344726562
HHLMP,λ=8,65536,0,795633,12.140396118164062
HHLMP,λ=8,65536,0,643689,9.821914672851562
HHLMP,λ=8,65536,0,674105,10.286026000976562
HHLMP,λ=8,65536,0,637801,9.732070922851562
HHLMP,λ=8,65536,0,694041,10.590225219726562
HHLMP,λ=8,65536,0,640545,9.773941040039062
HHLMP,λ=8,65536,0,666185,10.165176391601562
HHLMP,λ=8,65536,0,655137,9.996597290039062
HHLMP,λ=8,65536,0,648873,9.901016235351562
HHLMP,λ=8,65536,0,669025,10.208511352539062
HHLMP,λ=8,65536,0,692745,10.570449829101562
HHLMP,λ=8,65536,0,816945,12.465591430664062
HHLMP,λ=8,65536,0,644257,9.830581665039062
HHLMP,λ=8,65536,0,651793,9.945571899414062
HHLMP,λ=8,65536,0,642025,9.796524047851562
HHLMP,λ=8,65536,0,613953,9.368179321289062
HHLMP,λ=8,65536,0,641465,9.787979125976562
HHLMP,λ=8,65536,0,682281,10.410781860351562
HHLMP,λ=8,65536,0,701457,10.703384399414062
HHLMP,λ=8,65536,0,622217,9.494277954101562
HHLMP,λ=8,65536,0,622185,9.493789672851562
HHLMP,λ=8,65536,0,690641,10.538345336914062
HHLMP,λ=8,65536,0,711713,10.859878540039062
HHLMP,λ=8,65536,0,632121,9.645401000976562
HHLMP,λ=8,65536,0,692801,10.571304321289062
HHLMP,λ=8,65536,0,753889,11.503433227539062
HHLMP,λ=8,65536,0,668889,10.206436157226562
HHLMP,λ=8,65536,0,656929,10.023941040039062
HHLMP,λ=8,65536,0,626345,9.557266235351562
HHLMP,λ=8,65536,0,671809,10.250991821289062
HHLMP,λ=8,65536,0,619057,9.446060180664062
HHLMP,λ=8,65536,0,639961,9.765029907226562
HHLMP,λ=8,65536,0,675553,10.308120727539062
HHLMP,λ=8,65536,0,627625,9.576797485351562
HHLMP,λ=8,65536,0,684777,10.448867797851562
HHLMP,λ=8,65536,0,724833,11.060073852539062
HHLMP,λ=8,65536,0,617873,9.427993774414062
HHLMP,λ=8,65536,0,672017,10.254165649414062
HHLMP,λ=8,65536,0,635737,9.700576782226562
HHLMP,λ=8,65536,0,591897,9.031631469726562
HHLMP,λ=8,65536,0,636409,9.710830688476562
HHLMP,λ=8,65536,0,619417,9.451553344726562
HHLMP,λ=8,65536,0,713985,10.894546508789062
HHLMP,λ=8,65536,0,687097,10.484268188476562
HHLMP,λ=8,65536,0,668473,10.200088500976562
HRLMP,λ=8,65536,0,641289,9.785293579101562
HRLMP,λ=8,65536,0,688889,10.511611938476562
HRLMP,λ=8,65536,0,665353,10.152481079101562
HRLMP,λ=8,65536,0,683617,10.431167602539062
HRLMP,λ=8,65536,0,705769,10.769180297851562
HRLMP,λ=8,65536,0,705497,10.765029907226562
HRLMP,λ=8,65536,0,660465,10.077896118164062
HRLMP,λ=8,65536,0,812561,12.398696899414062
HRLMP,λ=8,65536,0,808785,12.341079711914062
HRLMP,λ=8,65536,0,690817,10.541030883789062
HRLMP,λ=8,65536,0,665009,10.147232055664062
HRLMP,λ=8,65536,0,656505,10.017471313476562
HRLMP,λ=8,65536,0,635569,9.698013305664062
HRLMP,λ=8,65536,0,648401,9.893814086914062
HRLMP,λ=8,65536,0,725465,11.069717407226562
HRLMP,λ=8,65536,0,651761,9.945083618164062
HRLMP,λ=8,65536,0,666665,10.172500610351562
HRLMP,λ=8,65536,0,651721,9.944473266601562
HRLMP,λ=8,65536,0,719713,10.981948852539062
HRLMP,λ=8,65536,0,743665,11.347427368164062
HRLMP,λ=8,65536,0,684665,10.447158813476562
HRLMP,λ=8,65536,0,733561,11.193252563476562
HRLMP,λ=8,65536,0,733969,11.199478149414062
HRLMP,λ=8,65536,0,728609,11.117691040039062
HRLMP,λ=8,65536,0,686313,10.472305297851562
HRLMP,λ=8,65536,0,678561,10.354019165039062
HRLMP,λ=8,65536,0,714393,10.900772094726562
HRLMP,λ=8,65536,0,664593,10.140884399414062
HRLMP,λ=8,65536,0,713761,10.891128540039062
HRLMP,λ=8,65536,0,665985,10.162124633789062
HRLMP,λ=8,65536,0,682225,10.409927368164062
HRLMP,λ=8,65536,0,754585,11.514053344726562
HRLMP,λ=8,65536,0,674313,10.289199829101562
HRLMP,λ=8,65536,0,768681,11.729141235351562
HRLMP,λ=8,65536,0,743577,11.346084594726562
HRLMP,λ=8,65536,0,709665,10.828628540039062
HRLMP,λ=8,65536,0,720353,10.991714477539062
HRLMP,λ=8,65536,0,649161,9.905410766601562
HRLMP,λ=8,65536,0,683233,10.425308227539062
HRLMP,λ=8,65536,0,720681,10.996719360351562
HRLMP,λ=8,65536,0,751545,11.467666625976562
HRLMP,λ=8,65536,0,707753,10.799453735351562
HRLMP,λ=8,65536,0,679897,10.374404907226562
HRLMP,λ=8,65536,0,673361,10.274673461914062
HRLMP,λ=8,65536,0,712241,10.867935180664062
HRLMP,λ=8,65536,0,720017,10.986587524414062
HRLMP,λ=8,65536,0,689529,10.521377563476562
HRLMP,λ=8,65536,0,687729,10.493911743164062
HRLMP,λ=8,65536,0,659193,10.058486938476562
HRLMP,λ=8,65536,0,715745,10.921401977539062
HRLMP,λ=8,65536,0,662961,10.115982055664062
HRLMP,λ=8,65536,0,732633,11.179092407226562
HRLMP,λ=8,65536,0,696745,10.631484985351562
HRLMP,λ=8,65536,0,705545,10.765762329101562
HRLMP,λ=8,65536,0,813625,12.414932250976562
HRLMP,λ=8,65536,0,679401,10.366836547851562
HRLMP,λ=8,65536,0,693433,10.580947875976562
HRLMP,λ=8,65536,0,656545,10.018081665039062
HRLMP,λ=8,65536,0,776577,11.849624633789062
HRLMP,λ=8,65536,0,833505,12.718276977539062
HRLMP,λ=8,65536,0,696113,10.621841430664062
HRLMP,λ=8,65536,0,723369,11.037734985351562
HRLMP,λ=8,65536,0,752009,11.474746704101562
HRLMP,λ=8,65536,0,654705,9.990005493164062
HRLMP,λ=8,65536,0,794161,12.117935180664062
HRLMP,λ=8,65536,0,727473,11.100357055664062
HRLMP,λ=8,65536,0,656057,10.010635375976562
HRLMP,λ=8,65536,0,639177,9.753067016601562
HRLMP,λ=8,65536,0,733081,11.185928344726562
HRLMP,λ=8,65536,0,724089,11.048721313476562
HRLMP,λ=8,65536,0,745265,11.371841430664062
HRLMP,λ=8,65536,0,633793,9.670913696289062
HRLMP,λ=8,65536,0,729817,11.136123657226562
HRLMP,λ=8,65536,0,712121,10.866104125976562
HRLMP,λ=8,65536,0,671209,10.241836547851562
HRLMP,λ=8,65536,0,680873,10.389297485351562
HRLMP,λ=8,65536,0,727897,11.106826782226562
HRLMP,λ=8,65536,0,720185,10.989151000976562
HRLMP,λ=8,65536,0,718985,10.970840454101562
HRLMP,λ=8,65536,0,701481,10.703750610351562
HRLMP,λ=8,65536,0,737905,11.259536743164062
HRLMP,λ=8,65536,0,660393,10.076797485351562
HRLMP,λ=8,65536,0,803681,12.263198852539062
HRLMP,λ=8,65536,0,670905,10.237197875976562
HRLMP,λ=8,65536,0,710505,10.841445922851562
HRLMP,λ=8,65536,0,671769,10.250381469726562
HRLMP,λ=8,65536,0,649729,9.914077758789062
HRLMP,λ=8,65536,0,790041,12.055068969726562
HRLMP,λ=8,65536,0,691489,10.551284790039062
HRLMP,λ=8,65536,0,841913,12.846572875976562
HRLMP,λ=8,65536,0,681969,10.406021118164062
HRLMP,λ=8,65536,0,728833,11.121109008789062
HRLMP,λ=8,65536,0,643881,9.824844360351562
HRLMP,λ=8,65536,0,742001,11.322036743164062
HRLMP,λ=8,65536,0,822681,12.553115844726562
HRLMP,λ=8,65536,0,834217,12.729141235351562
HRLMP,λ=8,65536,0,724057,11.048233032226562
HRLMP,λ=8,65536,0,709273,10.822647094726562
HRLMP,λ=8,65536,0,698313,10.655410766601562
HRLMP,λ=8,65536,0,693257,10.578262329101562
HSLMP,λ=8,65536,0,976945,14.906997680664062
HSLMP,λ=8,65536,0,866769,13.225845336914062
HSLMP,λ=8,65536,0,1085441,16.562515258789062
HSLMP,λ=8,65536,0,994897,15.180923461914062
HSLMP,λ=8,65536,0,904225,13.797378540039062
HSLMP,λ=8,65536,0,891889,13.609146118164062
HSLMP,λ=8,65536,0,891953,13.610122680664062
HSLMP,λ=8,65536,0,921633,14.063003540039062
HSLMP,λ=8,65536,0,915681,13.972183227539062
HSLMP,λ=8,65536,0,824225,12.576675415039062
HSLMP,λ=8,65536,0,865841,13.211685180664062
HSLMP,λ=8,65536,0,947553,14.458511352539062
HSLMP,λ=8,65536,0,1064049,16.236099243164062
HSLMP,λ=8,65536,0,940305,14.347915649414062
HSLMP,λ=8,65536,0,883009,13.473648071289062
HSLMP,λ=8,65536,0,854721,13.042007446289062
HSLMP,λ=8,65536,0,1245217,19.000503540039062
HSLMP,λ=8,65536,0,824337,12.578384399414062
HSLMP,λ=8,65536,0,864689,13.194107055664062
HSLMP,λ=8,65536,0,960929,14.662612915039062
HSLMP,λ=8,65536,0,879201,13.415542602539062
HSLMP,λ=8,65536,0,826945,12.618179321289062
HSLMP,λ=8,65536,0,1058065,16.144790649414062
HSLMP,λ=8,65536,0,1024753,15.636489868164062
HSLMP,λ=8,65536,0,844977,12.893325805664062
HSLMP,λ=8,65536,0,950497,14.503433227539062
HSLMP,λ=8,65536,0,872497,13.313247680664062
HSLMP,λ=8,65536,0,950929,14.510025024414062
HSLMP,λ=8,65536,0,932817,14.233657836914062
HSLMP,λ=8,65536,0,893089,13.627456665039062
HSLMP,λ=8,65536,0,830097,12.666275024414062
HSLMP,λ=8,65536,0,933809,14.248794555664062
HSLMP,λ=8,65536,0,1037857,15.836441040039062
HSLMP,λ=8,65536,0,930913,14.204605102539062
HSLMP,λ=8,65536,0,857713,13.087661743164062
HSLMP,λ=8,65536,0,1008129,15.382827758789062
HSLMP,λ=8,65536,0,924721,14.110122680664062
HSLMP,λ=8,65536,0,914449,13.953384399414062
HSLMP,λ=8,65536,0,940113,14.344985961914062
HSLMP,λ=8,65536,0,901329,13.753189086914062
HSLMP,λ=8,65536,0,881729,13.454116821289062
HSLMP,λ=8,65536,0,842001,12.847915649414062
HSLMP,λ=8,65536,0,929473,14.182632446289062
HSLMP,λ=8,65536,0,879009,13.412612915039062
HSLMP,λ=8,65536,0,1031265,15.735855102539062
HSLMP,λ=8,65536,0,876481,13.374038696289062
HSLMP,λ=8,65536,0,943537,14.397232055664062
HSLMP,λ=8,65536,0,922625,14.078140258789062
HSLMP,λ=8,65536,0,889073,13.566177368164062
HSLMP,λ=8,65536,0,909713,13.881118774414062
HSLMP,λ=8,65536,0,866929,13.228286743164062
HSLMP,λ=8,65536,0,909217,13.873550415039062
HSLMP,λ=8,65536,0,859025,13.107681274414062
HSLMP,λ=8,65536,0,876145,13.368911743164062
HSLMP,λ=8,65536,0,940641,14.353042602539062
HSLMP,λ=8,65536,0,988817,15.088150024414062
HSLMP,λ=8,65536,0,930081,14.191909790039062
HSLMP,λ=8,65536,0,943569,14.397720336914062
HSLMP,λ=8,65536,0,998369,15.233901977539062
HSLMP,λ=8,65536,0,1013825,15.469741821289062
HSLMP,λ=8,65536,0,880513,13.435562133789062
HSLMP,λ=8,65536,0,898433,13.708999633789062
HSLMP,λ=8,65536,0,1006289,15.354751586914062
HSLMP,λ=8,65536,0,952977,14.541275024414062
HSLMP,λ=8,65536,0,949121,14.482437133789062
HSLMP,λ=8,65536,0,865233,13.202407836914062
HSLMP,λ=8,65536,0,806417,12.304946899414062
HSLMP,λ=8,65536,0,976577,14.901382446289062
HSLMP,λ=8,65536,0,925809,14.126724243164062
HSLMP,λ=8,65536,0,836545,12.764663696289062
HSLMP,λ=8,65536,0,915777,13.973648071289062
HSLMP,λ=8,65536,0,1016753,15.514419555664062
HSLMP,λ=8,65536,0,1027457,15.677749633789062
HSLMP,λ=8,65536,0,978065,14.924087524414062
HSLMP,λ=8,65536,0,876689,13.377212524414062
HSLMP,λ=8,65536,0,1045777,15.957290649414062
HSLMP,λ=8,65536,0,950993,14.511001586914062
HSLMP,λ=8,65536,0,979873,14.951675415039062
HSLMP,λ=8,65536,0,877969,13.396743774414062
HSLMP,λ=8,65536,0,1130849,17.255386352539062
HSLMP,λ=8,65536,0,933233,14.240005493164062
HSLMP,λ=8,65536,0,885585,13.512954711914062
HSLMP,λ=8,65536,0,905617,13.818618774414062
HSLMP,λ=8,65536,0,954961,14.571548461914062
HSLMP,λ=8,65536,0,1116657,17.038833618164062
HSLMP,λ=8,65536,0,1129729,17.238296508789062
HSLMP,λ=8,65536,0,986929,15.059341430664062
HSLMP,λ=8,65536,0,891393,13.601577758789062
HSLMP,λ=8,65536,0,949073,14.481704711914062
HSLMP,λ=8,65536,0,1061089,16.190933227539062
HSLMP,λ=8,65536,0,1104529,16.853775024414062
HSLMP,λ=8,65536,0,898833,13.715103149414062
HSLMP,λ=8,65536,0,899809,13.729995727539062
HSLMP,λ=8,65536,0,899761,13.729263305664062
HSLMP,λ=8,65536,0,880225,13.431167602539062
HSLMP,λ=8,65536,0,832177,12.698013305664062
HSLMP,λ=8,65536,0,1063905,16.233901977539062
HSLMP,λ=8,65536,0,893841,13.638931274414062
HSLMP,λ=8,65536,0,852785,13.012466430664062
HSLMP,λ=8,65536,0,901217,13.751480102539062
HSDIP,λ=8,65536,0,892833,13.623550415039062
HSDIP,λ=8,65536,0,860817,13.135025024414062
HSDIP,λ=8,65536,0,937041,14.298110961914062
HSDIP,λ=8,65536,0,921809,14.065689086914062
HSDIP,λ=8,65536,0,996049,15.198501586914062
HSDIP,λ=8,65536,0,1021121,15.581069946289062
HSDIP,λ=8,65536,0,1034625,15.787124633789062
HSDIP,λ=8,65536,0,936241,14.285903930664062
HSDIP,λ=8,65536,0,1106849,16.889175415039062
HSDIP,λ=8,65536,0,929729,14.186538696289062
HSDIP,λ=8,65536,0,1123201,17.138687133789062
HSDIP,λ=8,65536,0,943505,14.396743774414062
HSDIP,λ=8,65536,0,1013313,15.461929321289062
HSDIP,λ=8,65536,0,995489,15.189956665039062
HSDIP,λ=8,65536,0,967953,14.769790649414062
HSDIP,λ=8,65536,0,950065,14.496841430664062
HSDIP,λ=8,65536,0,955649,14.582046508789062
HSDIP,λ=8,65536,0,910929,13.899673461914062
HSDIP,λ=8,65536,0,1007873,15.378921508789062
HSDIP,λ=8,65536,0,898561,13.710952758789062
HSDIP,λ=8,65536,0,847265,12.928237915039062
HSDIP,λ=8,65536,0,911553,13.909194946289062
HSDIP,λ=8,65536,0,1009969,15.410903930664062
HSDIP,λ=8,65536,0,952353,14.531753540039062
HSDIP,λ=8,65536,0,909025,13.870620727539062
HSDIP,λ=8,65536,0,1005825,15.347671508789062
HSDIP,λ=8,65536,0,1012209,15.445083618164062
HSDIP,λ=8,65536,0,892321,13.615737915039062
HSDIP,λ=8,65536,0,914449,13.953384399414062
HSDIP,λ=8,65536,0,906497,13.832046508789062
HSDIP,λ=8,65536,0,932145,14.223403930664062
HSDIP,λ=8,65536,0,926369,14.135269165039062
HSDIP,λ=8,65536,0,954705,14.567642211914062
HSDIP,λ=8,65536,0,1013233,15.460708618164062
HSDIP,λ=8,65536,0,922257,14.072525024414062
HSDIP,λ=8,65536,0,928321,14.165054321289062
HSDIP,λ=8,65536,0,927761,14.156509399414062
HSDIP,λ=8,65536,0,972369,14.837173461914062
HSDIP,λ=8,65536,0,1170033,17.853286743164062
HSDIP,λ=8,65536,0,847505,12.931900024414062
HSDIP,λ=8,65536,0,952497,14.533950805664062
HSDIP,λ=8,65536,0,918113,14.009292602539062
HSDIP,λ=8,65536,0,1081361,16.500259399414062
HSDIP,λ=8,65536,0,910977,13.900405883789062
HSDIP,λ=8,65536,0,938689,14.323257446289062
HSDIP,λ=8,65536,0,952737,14.537612915039062
HSDIP,λ=8,65536,0,922753,14.080093383789062
HSDIP,λ=8,65536,0,894769,13.653091430664062
HSDIP,λ=8,65536,0,914097,13.948013305664062
HSDIP,λ=8,65536,0,887153,13.536880493164062
HSDIP,λ=8,65536,0,1073793,16.384780883789062
HSDIP,λ=8,65536,0,944625,14.413833618164062
HSDIP,λ=8,65536,0,842737,12.859146118164062
HSDIP,λ=8,65536,0,905489,13.816665649414062
HSDIP,λ=8,65536,0,1025345,15.645523071289062
HSDIP,λ=8,65536,0,963569,14.702896118164062
HSDIP,λ=8,65536,0,951873,14.524429321289062
HSDIP,λ=8,65536,0,975713,14.888198852539062
HSDIP,λ=8,65536,0,1028529,15.694107055664062
HSDIP,λ=8,65536,0,912561,13.924575805664062
HSDIP,λ=8,65536,0,1059201,16.162124633789062
HSDIP,λ=8,65536,0,933217,14.239761352539062
HSDIP,λ=8,65536,0,906465,13.831558227539062
HSDIP,λ=8,65536,0,1033665,15.772476196289062
HSDIP,λ=8,65536,0,871409,13.296646118164062
HSDIP,λ=8,65536,0,918145,14.009780883789062
HSDIP,λ=8,65536,0,921313,14.058120727539062
HSDIP,λ=8,65536,0,903457,13.785659790039062
HSDIP,λ=8,65536,0,973041,14.847427368164062
HSDIP,λ=8,65536,0,895665,13.666763305664062
HSDIP,λ=8,65536,0,885297,13.508560180664062
HSDIP,λ=8,65536,0,901745,13.759536743164062
HSDIP,λ=8,65536,0,978337,14.928237915039062
HSDIP,λ=8,65536,0,1004401,15.325942993164062
HSDIP,λ=8,65536,0,1061185,16.192398071289062
HSDIP,λ=8,65536,0,907617,13.849136352539062
HSDIP,λ=8,65536,0,883121,13.475357055664062
HSDIP,λ=8,65536,0,852353,13.005874633789062
HSDIP,λ=8,65536,0,921009,14.053482055664062
HSDIP,λ=8,65536,0,867041,13.229995727539062
HSDIP,λ=8,65536,0,868145,13.246841430664062
HSDIP,λ=8,65536,0,956401,14.593521118164062
HSDIP,λ=8,65536,0,1077233,16.437271118164062
HSDIP,λ=8,65536,0,1016033,15.503433227539062
HSDIP,λ=8,65536,0,911489,13.908218383789062
HSDIP,λ=8,65536,0,1017377,15.523941040039062
HSDIP,λ=8,65536,0,950449,14.502700805664062
HSDIP,λ=8,65536,0,909345,13.875503540039062
HSDIP,λ=8,65536,0,994737,15.178482055664062
HSDIP,λ=8,65536,0,968353,14.775894165039062
HSDIP,λ=8,65536,0,979905,14.952163696289062
HSDIP,λ=8,65536,0,960289,14.652847290039062
HSDIP,λ=8,65536,0,909841,13.883071899414062
HSDIP,λ=8,65536,0,1000017,15.259048461914062
HSDIP,λ=8,65536,0,937969,14.312271118164062
HSDIP,λ=8,65536,0,981377,14.974624633789062
HSDIP,λ=8,65536,0,928737,14.171401977539062
HSDIP,λ=8,65536,0,905873,13.822525024414062
HSDIP,λ=8,65536,0,962417,14.685317993164062
HSDIP,λ=8,65536,0,957617,14.612075805664062
HRDIP,λ=8,65536,0,712385,10.870132446289062
HRDIP,λ=8,65536,0,710577,10.842544555664062
HRDIP,λ=8,65536,0,897201,13.690200805664062
HRDIP,λ=8,65536,0,803057,12.253677368164062
HRDIP,λ=8,65536,0,685249,10.456069946289062
HRDIP,λ=8,65536,0,714721,10.905776977539062
HRDIP,λ=8,65536,0,697937,10.649673461914062
HRDIP,λ=8,65536,0,746881,11.396499633789062
HRDIP,λ=8,65536,0,767137,11.705581665039062
HRDIP,λ=8,65536,0,692657,10.569107055664062
HRDIP,λ=8,65536,0,844561,12.886978149414062
HRDIP,λ=8,65536,0,742225,11.325454711914062
HRDIP,λ=8,65536,0,811409,12.381118774414062
HRDIP,λ=8,65536,0,748769,11.425308227539062
HRDIP,λ=8,65536,0,707553,10.796401977539062
HRDIP,λ=8,65536,0,725105,11.064224243164062
HRDIP,λ=8,65536,0,714385,10.900650024414062
HRDIP,λ=8,65536,0,858641,13.101821899414062
HRDIP,λ=8,65536,0,714561,10.903335571289062
HRDIP,λ=8,65536,0,859089,13.108657836914062
HRDIP,λ=8,65536,0,685601,10.461441040039062
HRDIP,λ=8,65536,0,722913,11.030776977539062
HRDIP,λ=8,65536,0,797281,12.165542602539062
HRDIP,λ=8,65536,0,734193,11.202896118164062
HRDIP,λ=8,65536,0,760033,11.597183227539062
HRDIP,λ=8,65536,0,722433,11.023452758789062
HRDIP,λ=8,65536,0,734369,11.205581665039062
HRDIP,λ=8,65536,0,720337,10.991470336914062
HRDIP,λ=8,65536,0,738497,11.268569946289062
HRDIP,λ=8,65536,0,729265,11.127700805664062
HRDIP,λ=8,65536,0,680353,10.381362915039062
HRDIP,λ=8,65536,0,693921,10.588394165039062
HRDIP,λ=8,65536,0,713681,10.889907836914062
HRDIP,λ=8,65536,0,726049,11.078628540039062
HRDIP,λ=8,65536,0,704337,10.747329711914062
HRDIP,λ=8,65536,0,715937,10.924331665039062
HRDIP,λ=8,65536,0,743057,11.338150024414062
HRDIP,λ=8,65536,0,743377,11.343032836914062
HRDIP,λ=8,65536,0,691985,10.558853149414062
HRDIP,λ=8,65536,0,776241,11.844497680664062
HRDIP,λ=8,65536,0,771537,11.772720336914062
HRDIP,λ=8,65536,0,714161,10.897232055664062
HRDIP,λ=8,65536,0,730145,11.141128540039062
HRDIP,λ=8,65536,0,760849,11.609634399414062
HRDIP,λ=8,65536,0,740481,11.298843383789062
HRDIP,λ=8,65536,0,963681,14.704605102539062
HRDIP,λ=8,65536,0,785393,11.984146118164062
HRDIP,λ=8,65536,0,733985,11.199722290039062
HRDIP,λ=8,65536,0,721489,11.009048461914062
HRDIP,λ=8,65536,0,720433,10.992935180664062
HRDIP,λ=8,65536,0,748881,11.427017211914062
HRDIP,λ=8,65536,0,778609,11.880630493164062
HRDIP,λ=8,65536,0,685409,10.458511352539062
HRDIP,λ=8,65536,0,692289,10.563491821289062
HRDIP,λ=8,65536,0,694097,10.591079711914062
HRDIP,λ=8,65536,0,735393,11.221206665039062
HRDIP,λ=8,65536,0,716961,10.939956665039062
HRDIP,λ=8,65536,0,746865,11.396255493164062
HRDIP,λ=8,65536,0,796113,12.147720336914062
HRDIP,λ=8,65536,0,727489,11.100601196289062
HRDIP,λ=8,65536,0,719281,10.975357055664062
HRDIP,λ=8,65536,0,857649,13.086685180664062
HRDIP,λ=8,65536,0,865057,13.199722290039062
HRDIP,λ=8,65536,0,865649,13.208755493164062
HRDIP,λ=8,65536,0,694049,10.590347290039062
HRDIP,λ=8,65536,0,762977,11.642105102539062
HRDIP,λ=8,65536,0,754577,11.513931274414062
HRDIP,λ=8,65536,0,718593,10.964859008789062
HRDIP,λ=8,65536,0,741153,11.309097290039062
HRDIP,λ=8,65536,0,779473,11.893814086914062
HRDIP,λ=8,65536,0,708689,10.813735961914062
HRDIP,λ=8,65536,0,792481,12.092300415039062
HRDIP,λ=8,65536,0,757409,11.557144165039062
HRDIP,λ=8,65536,0,783297,11.952163696289062
HRDIP,λ=8,65536,0,786433,12.000015258789062
HRDIP,λ=8,65536,0,730961,11.153579711914062
HRDIP,λ=8,65536,0,800737,12.218276977539062
HRDIP,λ=8,65536,0,780129,11.903823852539062
HRDIP,λ=8,65536,0,779953,11.901138305664062
HRDIP,λ=8,65536,0,861953,13.152359008789062
HRDIP,λ=8,65536,0,720273,10.990493774414062
HRDIP,λ=8,65536,0,800401,12.213150024414062
HRDIP,λ=8,65536,0,718225,10.959243774414062
HRDIP,λ=8,65536,0,769905,11.747817993164062
HRDIP,λ=8,65536,0,847377,12.929946899414062
HRDIP,λ=8,65536,0,803505,12.260513305664062
HRDIP,λ=8,65536,0,730305,11.143569946289062
HRDIP,λ=8,65536,0,729713,11.134536743164062
HRDIP,λ=8,65536,0,764129,11.659683227539062
HRDIP,λ=8,65536,0,688273,10.502212524414062
HRDIP,λ=8,65536,0,720593,10.995376586914062
HRDIP,λ=8,65536,0,721713,11.012466430664062
HRDIP,λ=8,65536,0,797249,12.165054321289062
HRDIP,λ=8,65536,0,711793,10.861099243164062
HRDIP,λ=8,65536,0,745777,11.379653930664062
HRDIP,λ=8,65536,0,751393,11.465347290039062
HRDIP,λ=8,65536,0,707345,10.793228149414062
HRDIP,λ=8,65536,0,873249,13.324722290039062
HRDIP,λ=8,65536,0,693665,10.584487915039062
HRDIP,λ=8,65536,0,797969,12.176040649414062
HHDIP,λ=8,65536,0,760961,11.611343383789062
HHDIP,λ=8,65536,0,750497,11.451675415039062
HHDIP,λ=8,65536,0,750673,11.454360961914062
HHDIP,λ=8,65536,0,732337,11.174575805664062
HHDIP,λ=8,65536,0,728081,11.109634399414062
HHDIP,λ=8,65536,0,722193,11.019790649414062
HHDIP,λ=8,65536,0,737649,11.255630493164062
HHDIP,λ=8,65536,0,747265,11.402359008789062
HHDIP,λ=8,65536,0,693521,10.582290649414062
HHDIP,λ=8,65536,0,729841,11.136489868164062
HHDIP,λ=8,65536,0,785025,11.978530883789062
HHDIP,λ=8,65536,0,698577,10.659439086914062
HHDIP,λ=8,65536,0,710049,10.834487915039062
HHDIP,λ=8,65536,0,681585,10.400161743164062
HHDIP,λ=8,65536,0,760225,11.600112915039062
HHDIP,λ=8,65536,0,696609,10.629409790039062
HHDIP,λ=8,65536,0,687537,10.490982055664062
HHDIP,λ=8,65536,0,780785,11.913833618164062
HHDIP,λ=8,65536,0,695681,10.615249633789062
HHDIP,λ=8,65536,0,680401,10.382095336914062
HHDIP,λ=8,65536,0,679809,10.373062133789062
HHDIP,λ=8,65536,0,708353,10.808609008789062
HHDIP,λ=8,65536,0,803777,12.264663696289062
HHDIP,λ=8,65536,0,653857,9.977066040039062
HHDIP,λ=8,65536,0,697761,10.646987915039062
HHDIP,λ=8,65536,0,806929,12.312759399414062
HHDIP,λ=8,65536,0,637665,9.729995727539062
HHDIP,λ=8,65536,0,704769,10.753921508789062
HHDIP,λ=8,65536,0,785057,11.979019165039062
HHDIP,λ=8,65536,0,674145,10.286636352539062
HHDIP,λ=8,65536,0,938289,14.317153930664062
HHDIP,λ=8,65536,0,737841,11.258560180664062
HHDIP,λ=8,65536,0,746673,11.393325805664062
HHDIP,λ=8,65536,0,738865,11.274185180664062
HHDIP,λ=8,65536,0,668113,10.194595336914062
HHDIP,λ=8,65536,0,698145,10.652847290039062
HHDIP,λ=8,65536,0,672865,10.267105102539062
HHDIP,λ=8,65536,0,744977,11.367446899414062
HHDIP,λ=8,65536,0,694017,10.589859008789062
HHDIP,λ=8,65536,0,669601,10.217300415039062
HHDIP,λ=8,65536,0,656321,10.014663696289062
HHDIP,λ=8,65536,0,724721,11.058364868164062
HHDIP,λ=8,65536,0,733009,11.184829711914062
HHDIP,λ=8,65536,0,702353,10.717056274414062
HHDIP,λ=8,65536,0,724929,11.061538696289062
HHDIP,λ=8,65536,0,698561,10.659194946289062
HHDIP,λ=8,65536,0,669889,10.221694946289062
HHDIP,λ=8,65536,0,724801,11.059585571289062
HHDIP,λ=8,65536,0,668673,10.203140258789062
HHDIP,λ=8,65536,0,700225,10.684585571289062
HHDIP,λ=8,65536,0,705761,10.769058227539062
HHDIP,λ=8,65536,0,702449,10.718521118164062
HHDIP,λ=8,65536,0,734929,11.214126586914062
HHDIP,λ=8,65536,0,687649,10.492691040039062
HHDIP,λ=8,65536,0,699281,10.670181274414062
HHDIP,λ=8,65536,0,750097,11.445571899414062
HHDIP,λ=8,65536,0,732929,11.183609008789062
HHDIP,λ=8,65536,0,762545,11.635513305664062
HHDIP,λ=8,65536,0,704177,10.744888305664062
HHDIP,λ=8,65536,0,708433,10.809829711914062
HHDIP,λ=8,65536,0,713217,10.882827758789062
HHDIP,λ=8,65536,0,677825,10.342788696289062
HHDIP,λ=8,65536,0,763281,11.646743774414062
HHDIP,λ=8,65536,0,704945,10.756607055664062
HHDIP,λ=8,65536,0,691537,10.552017211914062
HHDIP,λ=8,65536,0,703329,10.731948852539062
HHDIP,λ=8,65536,0,744481,11.359878540039062
HHDIP,λ=8,65536,0,704097,10.743667602539062
HHDIP,λ=8,65536,0,714705,10.905532836914062
HHDIP,λ=8,65536,0,724545,11.055679321289062
HHDIP,λ=8,65536,0,692513,10.566909790039062
HHDIP,λ=8,65536,0,700849,10.694107055664062
HHDIP,λ=8,65536,0,706369,10.778335571289062
HHDIP,λ=8,65536,0,728241,11.112075805664062
HHDIP,λ=8,65536,0,700753,10.692642211914062
HHDIP,λ=8,65536,0,786193,11.996353149414062
HHDIP,λ=8,65536,0,687281,10.487075805664062
HHDIP,λ=8,65536,0,685201,10.455337524414062
HHDIP,λ=8,65536,0,677457,10.337173461914062
HHDIP,λ=8,65536,0,697089,10.636734008789062
HHDIP,λ=8,65536,0,703697,10.737564086914062
HHDIP,λ=8,65536,0,704001,10.742202758789062
HHDIP,λ=8,65536,0,651329,9.938491821289062
HHDIP,λ=8,65536,0,732721,11.180435180664062
HHDIP,λ=8,65536,0,726241,11.081558227539062
HHDIP,λ=8,65536,0,683761,10.433364868164062
HHDIP,λ=8,65536,0,692737,10.570327758789062
HHDIP,λ=8,65536,0,709217,10.821792602539062
HHDIP,λ=8,65536,0,734849,11.212905883789062
HHDIP,λ=8,65536,0,707713,10.798843383789062
HHDIP,λ=8,65536,0,694593,10.598648071289062
HHDIP,λ=8,65536,0,710481,10.841079711914062
HHDIP,λ=8,65536,0,705601,10.766616821289062
HHDIP,λ=8,65536,0,661953,10.100601196289062
HHDIP,λ=8,65536,0,736785,11.242446899414062
HHDIP,λ=8,65536,0,700993,10.696304321289062
HHDIP,λ=8,65536,0,681969,10.406021118164062
HHDIP,λ=8,65536,0,735889,11.228775024414062
HHDIP,λ=8,65536,0,719217,10.974380493164062
HHLIP,λ=8,65536,0,700081,10.682388305664062
HHLIP,λ=8,65536,0,692833,10.571792602539062
HHLIP,λ=8,65536,0,690129,10.530532836914062
HHLIP,λ=8,65536,0,706481,10.780044555664062
HHLIP,λ=8,65536,0,680737,10.387222290039062
HHLIP,λ=8,65536,0,724609,11.056655883789062
HHLIP,λ=8,65536,0,686945,10.481948852539062
HHLIP,λ=8,65536,0,748897,11.427261352539062
HHLIP,λ=8,65536,0,704529,10.750259399414062
HHLIP,λ=8,65536,0,679473,10.367935180664062
HHLIP,λ=8,65536,0,841649,12.842544555664062
HHLIP,λ=8,65536,0,657441,10.031753540039062
HHLIP,λ=8,65536,0,760625,11.606216430664062
HHLIP,λ=8,65536,0,701825,10.708999633789062
HHLIP,λ=8,65536,0,671857,10.251724243164062
HHLIP,λ=8,65536,0,720289,10.990737915039062
HHLIP,λ=8,65536,0,740049,11.292251586914062
HHLIP,λ=8,65536,0,742929,11.336196899414062
HHLIP,λ=8,65536,0,674609,10.293716430664062
HHLIP,λ=8,65536,0,774497,11.817886352539062
HHLIP,λ=8,65536,0,694513,10.597427368164062
HHLIP,λ=8,65536,0,695969,10.619644165039062
HHLIP,λ=8,65536,0,747457,11.405288696289062
HHLIP,λ=8,65536,0,778289,11.875747680664062
HHLIP,λ=8,65536,0,678353,10.350845336914062
HHLIP,λ=8,65536,0,796401,12.152114868164062
HHLIP,λ=8,65536,0,683809,10.434097290039062
HHLIP,λ=8,65536,0,784465,11.969985961914062
HHLIP,λ=8,65536,0,666625,10.171890258789062
HHLIP,λ=8,65536,0,770593,11.758316040039062
HHLIP,λ=8,65536,0,740289,11.295913696289062
HHLIP,λ=8,65536,0,651905,9.947280883789062
HHLIP,λ=8,65536,0,727121,11.094985961914062
HHLIP,λ=8,65536,0,671217,10.241958618164062
HHLIP,λ=8,65536,0,717297,10.945083618164062
HHLIP,λ=8,65536,0,713345,10.884780883789062
HHLIP,λ=8,65536,0,768849,11.731704711914062
HHLIP,λ=8,65536,0,671345,10.243911743164062
HHLIP,λ=8,65536,0,800065,12.208023071289062
HHLIP,λ=8,65536,0,688177,10.500747680664062
HHLIP,λ=8,65536,0,701009,10.696548461914062
HHLIP,λ=8,65536,0,793265,12.104263305664062
HHLIP,λ=8,65536,0,713409,10.885757446289062
HHLIP,λ=8,65536,0,741665,11.316909790039062
HHLIP,λ=8,65536,0,647409,9.878677368164062
HHLIP,λ=8,65536,0,775825,11.838150024414062
HHLIP,λ=8,65536,0,761425,11.618423461914062
HHLIP,λ=8,65536,0,789281,12.043472290039062
HHLIP,λ=8,65536,0,706033,10.773208618164062
HHLIP,λ=8,65536,0,720209,10.989517211914062
HHLIP,λ=8,65536,0,730193,11.141860961914062
HHLIP,λ=8,65536,0,712721,10.875259399414062
HHLIP,λ=8,65536,0,714929,10.908950805664062
HHLIP,λ=8,65536,0,770305,11.753921508789062
HHLIP,λ=8,65536,0,723281,11.036392211914062
HHLIP,λ=8,65536,0,659953,10.070083618164062
HHLIP,λ=8,65536,0,697521,10.643325805664062
HHLIP,λ=8,65536,0,765105,11.674575805664062
HHLIP,λ=8,65536,0,764881,11.671157836914062
HHLIP,λ=8,65536,0,739169,11.278823852539062
HHLIP,λ=8,65536,0,726337,11.083023071289062
HHLIP,λ=8,65536,0,682945,10.420913696289062
HHLIP,λ=8,65536,0,725313,11.067398071289062
HHLIP,λ=8,65536,0,731809,11.166519165039062
HHLIP,λ=8,65536,0,737057,11.246597290039062
HHLIP,λ=8,65536,0,764769,11.669448852539062
HHLIP,λ=8,65536,0,677553,10.338638305664062
HHLIP,λ=8,65536,0,708001,10.803237915039062
HHLIP,λ=8,65536,0,789729,12.050308227539062
HHLIP,λ=8,65536,0,682657,10.416519165039062
HHLIP,λ=8,65536,0,838145,12.789077758789062
HHLIP,λ=8,65536,0,785329,11.983169555664062
HHLIP,λ=8,65536,0,695457,10.611831665039062
HHLIP,λ=8,65536,0,789089,12.040542602539062
HHLIP,λ=8,65536,0,778833,11.884048461914062
HHLIP,λ=8,65536,0,715489,10.917495727539062
HHLIP,λ=8,65536,0,751105,11.460952758789062
HHLIP,λ=8,65536,0,729745,11.135025024414062
HHLIP,λ=8,65536,0,715057,10.910903930664062
HHLIP,λ=8,65536,0,727265,11.097183227539062
HHLIP,λ=8,65536,0,699585,10.674819946289062
HHLIP,λ=8,65536,0,730961,11.153579711914062
HHLIP,λ=8,65536,0,849809,12.967056274414062
HHLIP,λ=8,65536,0,677281,10.334487915039062
HHLIP,λ=8,65536,0,722929,11.031021118164062
HHLIP,λ=8,65536,0,697169,10.637954711914062
HHLIP,λ=8,65536,0,691009,10.543960571289062
HHLIP,λ=8,65536,0,718225,10.959243774414062
HHLIP,λ=8,65536,0,733153,11.187026977539062
HHLIP,λ=8,65536,0,683537,10.429946899414062
HHLIP,λ=8,65536,0,686929,10.481704711914062
HHLIP,λ=8,65536,0,731329,11.159194946289062
HHLIP,λ=8,65536,0,791857,12.082778930664062
HHLIP,λ=8,65536,0,811121,12.376724243164062
HHLIP,λ=8,65536,0,737889,11.259292602539062
HHLIP,λ=8,65536,0,722305,11.021499633789062
HHLIP,λ=8,65536,0,739137,11.278335571289062
HHLIP,λ=8,65536,0,721153,11.003921508789062
HHLIP,λ=8,65536,0,721889,11.015151977539062
HRLIP,λ=8,65536,0,757841,11.563735961914062
HRLIP,λ=8,65536,0,777953,11.870620727539062
HRLIP,λ=8,65536,0,762049,11.627944946289062
HRLIP,λ=8,65536,0,728385,11.114273071289062
HRLIP,λ=8,65536,0,672097,10.255386352539062
HRLIP,λ=8,65536,0,890177,13.583023071289062
HRLIP,λ=8,65536,0,890673,13.590591430664062
HRLIP,λ=8,65536,0,718993,10.970962524414062
HRLIP,λ=8,65536,0,680593,10.385025024414062
HRLIP,λ=8,65536,0,732113,11.171157836914062
HRLIP,λ=8,65536,0,785217,11.981460571289062
HRLIP,λ=8,65536,0,713153,10.881851196289062
HRLIP,λ=8,65536,0,741889,11.320327758789062
HRLIP,λ=8,65536,0,721201,11.004653930664062
HRLIP,λ=8,65536,0,732865,11.182632446289062
HRLIP,λ=8,65536,0,682513,10.414321899414062
HRLIP,λ=8,65536,0,714625,10.904312133789062
HRLIP,λ=8,65536,0,856609,13.070816040039062
HRLIP,λ=8,65536,0,781457,11.924087524414062
HRLIP,λ=8,65536,0,756081,11.536880493164062
HRLIP,λ=8,65536,0,843665,12.873306274414062
HRLIP,λ=8,65536,0,730577,11.147720336914062
HRLIP,λ=8,65536,0,730033,11.139419555664062
HRLIP,λ=8,65536,0,725281,11.066909790039062
HRLIP,λ=8,65536,0,709985,10.833511352539062
HRLIP,λ=8,65536,0,893617,13.635513305664062
HRLIP,λ=8,65536,0,775489,11.833023071289062
HRLIP,λ=8,65536,0,733553,11.193130493164062
HRLIP,λ=8,65536,0,693393,10.580337524414062
HRLIP,λ=8,65536,0,722705,11.027603149414062
HRLIP,λ=8,65536,0,728481,11.115737915039062
HRLIP,λ=8,65536,0,777793,11.868179321289062
HRLIP,λ=8,65536,0,786577,12.002212524414062
HRLIP,λ=8,65536,0,764785,11.669692993164062
HRLIP,λ=8,65536,0,729105,11.125259399414062
HRLIP,λ=8,65536,0,778289,11.875747680664062
HRLIP,λ=8,65536,0,758513,11.573989868164062
HRLIP,λ=8,65536,0,713169,10.882095336914062
HRLIP,λ=8,65536,0,758897,11.579849243164062
HRLIP,λ=8,65536,0,763473,11.649673461914062
HRLIP,λ=8,65536,0,762001,11.627212524414062
HRLIP,λ=8,65536,0,805825,12.295913696289062
HRLIP,λ=8,65536,0,758001,11.566177368164062
HRLIP,λ=8,65536,0,726369,11.083511352539062
HRLIP,λ=8,65536,0,755969,11.535171508789062
HRLIP,λ=8,65536,0,777073,11.857192993164062
HRLIP,λ=8,65536,0,767537,11.711685180664062
HRLIP,λ=8,65536,0,775857,11.838638305664062
HRLIP,λ=8,65536,0,751569,11.468032836914062
HRLIP,λ=8,65536,0,712785,10.876235961914062
HRLIP,λ=8,65536,0,760529,11.604751586914062
HRLIP,λ=8,65536,0,841745,12.844009399414062
HRLIP,λ=8,65536,0,731921,11.168228149414062
HRLIP,λ=8,65536,0,691937,10.558120727539062
HRLIP,λ=8,65536,0,699025,10.666275024414062
HRLIP,λ=8,65536,0,786113,11.995132446289062
HRLIP,λ=8,65536,0,730065,11.139907836914062
HRLIP,λ=8,65536,0,849185,12.957534790039062
HRLIP,λ=8,65536,0,825265,12.592544555664062
HRLIP,λ=8,65536,0,803905,12.266616821289062
HRLIP,λ=8,65536,0,920401,14.044204711914062
HRLIP,λ=8,65536,0,705409,10.763687133789062
HRLIP,λ=8,65536,0,730145,11.141128540039062
HRLIP,λ=8,65536,0,694337,10.594741821289062
HRLIP,λ=8,65536,0,847793,12.936294555664062
HRLIP,λ=8,65536,0,761089,11.613296508789062
HRLIP,λ=8,65536,0,747281,11.402603149414062
HRLIP,λ=8,65536,0,791185,12.072525024414062
HRLIP,λ=8,65536,0,764529,11.665786743164062
HRLIP,λ=8,65536,0,780609,11.911148071289062
HRLIP,λ=8,65536,0,796081,12.147232055664062
HRLIP,λ=8,65536,0,725233,11.066177368164062
HRLIP,λ=8,65536,0,706257,10.776626586914062
HRLIP,λ=8,65536,0,866673,13.224380493164062
HRLIP,λ=8,65536,0,850465,12.977066040039062
HRLIP,λ=8,65536,0,700753,10.692642211914062
HRLIP,λ=8,65536,0,738353,11.266372680664062
HRLIP,λ=8,65536,0,732625,11.178970336914062
HRLIP,λ=8,65536,0,742897,11.335708618164062
HRLIP,λ=8,65536,0,718257,10.959732055664062
HRLIP,λ=8,65536,0,726849,11.090835571289062
HRLIP,λ=8,65536,0,815265,12.439956665039062
HRLIP,λ=8,65536,0,788561,12.032485961914062
HRLIP,λ=8,65536,0,760881,11.610122680664062
HRLIP,λ=8,65536,0,703105,10.728530883789062
HRLIP,λ=8,65536,0,794513,12.123306274414062
HRLIP,λ=8,65536,0,722929,11.031021118164062
HRLIP,λ=8,65536,0,666593,10.171401977539062
HRLIP,λ=8,65536,0,772897,11.793472290039062
HRLIP,λ=8,65536,0,819761,12.508560180664062
HRLIP,λ=8,65536,0,717697,10.951187133789062
HRLIP,λ=8,65536,0,703553,10.735366821289062
HRLIP,λ=8,65536,0,763521,11.650405883789062
HRLIP,λ=8,65536,0,707249,10.791763305664062
HRLIP,λ=8,65536,0,819281,12.501235961914062
HRLIP,λ=8,65536,0,755297,11.524917602539062
HRLIP,λ=8,65536,0,774753,11.821792602539062
HRLIP,λ=8,65536,0,686241,10.471206665039062
HRLIP,λ=8,65536,0,714257,10.898696899414062
HRLIP,λ=8,65536,0,885521,13.511978149414062
HSLIP,λ=8,65536,0,974241,14.865737915039062
HSLIP,λ=8,65536,0,959169,14.635757446289062
HSLIP,λ=8,65536,0,982705,14.994888305664062
HSLIP,λ=8,65536,0,1033873,15.775650024414062
HSLIP,λ=8,65536,0,967921,14.769302368164062
HSLIP,λ=8,65536,0,921809,14.065689086914062
HSLIP,λ=8,65536,0,1018865,15.546646118164062
HSLIP,λ=8,65536,0,986417,15.051528930664062
HSLIP,λ=8,65536,0,1015841,15.500503540039062
HSLIP,λ=8,65536,0,1010081,15.412612915039062
HSLIP,λ=8,65536,0,896305,13.676528930664062
HSLIP,λ=8,65536,0,1000961,15.273452758789062
HSLIP,λ=8,65536,0,972609,14.840835571289062
HSLIP,λ=8,65536,0,1013761,15.468765258789062
HSLIP,λ=8,65536,0,1006689,15.360855102539062
HSLIP,λ=8,65536,0,1004625,15.329360961914062
HSLIP,λ=8,65536,0,903409,13.784927368164062
HSLIP,λ=8,65536,0,920625,14.047622680664062
HSLIP,λ=8,65536,0,894977,13.656265258789062
HSLIP,λ=8,65536,0,1051841,16.049819946289062
HSLIP,λ=8,65536,0,1182401,18.042007446289062
HSLIP,λ=8,65536,0,1133265,17.292251586914062
HSLIP,λ=8,65536,0,984545,15.022964477539062
HSLIP,λ=8,65536,0,970705,14.811782836914062
HSLIP,λ=8,65536,0,978209,14.926284790039062
HSLIP,λ=8,65536,0,941905,14.372329711914062
HSLIP,λ=8,65536,0,900593,13.741958618164062
HSLIP,λ=8,65536,0,870465,13.282241821289062
HSLIP,λ=8,65536,0,859905,13.121109008789062
HSLIP,λ=8,65536,0,957825,14.615249633789062
HSLIP,λ=8,65536,0,1023121,15.611587524414062
HSLIP,λ=8,65536,0,945201,14.422622680664062
HSLIP,λ=8,65536,0,921793,14.065444946289062
HSLIP,λ=8,65536,0,1002945,15.303726196289062
HSLIP,λ=8,65536,0,1090769,16.643814086914062
HSLIP,λ=8,65536,0,1009457,15.403091430664062
HSLIP,λ=8,65536,0,1060241,16.177993774414062
HSLIP,λ=8,65536,0,1091921,16.661392211914062
HSLIP,λ=8,65536,0,1005089,15.336441040039062
HSLIP,λ=8,65536,0,1116929,17.042984008789062
HSLIP,λ=8,65536,0,969489,14.793228149414062
HSLIP,λ=8,65536,0,1019681,15.559097290039062
HSLIP,λ=8,65536,0,971089,14.817642211914062
HSLIP,λ=8,65536,0,988449,15.082534790039062
HSLIP,λ=8,65536,0,981153,14.971206665039062
HSLIP,λ=8,65536,0,1073249,16.376480102539062
HSLIP,λ=8,65536,0,935825,14.279556274414062
HSLIP,λ=8,65536,0,922753,14.080093383789062
HSLIP,λ=8,65536,0,1105473,16.868179321289062
HSLIP,λ=8,65536,0,954657,14.566909790039062
HSLIP,λ=8,65536,0,960273,14.652603149414062
HSLIP,λ=8,65536,0,932545,14.229507446289062
HSLIP,λ=8,65536,0,1010417,15.417739868164062
HSLIP,λ=8,65536,0,997169,15.215591430664062
HSLIP,λ=8,65536,0,1120241,17.093521118164062
HSLIP,λ=8,65536,0,919441,14.029556274414062
HSLIP,λ=8,65536,0,919041,14.023452758789062
HSLIP,λ=8,65536,0,880913,13.441665649414062
HSLIP,λ=8,65536,0,955745,14.583511352539062
HSLIP,λ=8,65536,0,893025,13.626480102539062
HSLIP,λ=8,65536,0,1056929,16.127456665039062
HSLIP,λ=8,65536,0,976737,14.903823852539062
HSLIP,λ=8,65536,0,923905,14.097671508789062
HSLIP,λ=8,65536,0,1098273,16.758316040039062
HSLIP,λ=8,65536,0,1018913,15.547378540039062
HSLIP,λ=8,65536,0,1111089,16.953872680664062
HSLIP,λ=8,65536,0,930641,14.200454711914062
HSLIP,λ=8,65536,0,1050321,16.026626586914062
HSLIP,λ=8,65536,0,910113,13.887222290039062
HSLIP,λ=8,65536,0,1100833,16.797378540039062
HSLIP,λ=8,65536,0,1007249,15.369400024414062
HSLIP,λ=8,65536,0,916385,13.982925415039062
HSLIP,λ=8,65536,0,1022241,15.598159790039062
HSLIP,λ=8,65536,0,969345,14.791030883789062
HSLIP,λ=8,65536,0,1013553,15.465591430664062
HSLIP,λ=8,65536,0,919665,14.032974243164062
HSLIP,λ=8,65536,0,1013169,15.459732055664062
HSLIP,λ=8,65536,0,1269761,19.375015258789062
HSLIP,λ=8,65536,0,903601,13.787857055664062
HSLIP,λ=8,65536,0,1159297,17.689468383789062
HSLIP,λ=8,65536,0,1022801,15.606704711914062
HSLIP,λ=8,65536,0,1034193,15.780532836914062
HSLIP,λ=8,65536,0,968417,14.776870727539062
HSLIP,λ=8,65536,0,1018689,15.543960571289062
HSLIP,λ=8,65536,0,1000081,15.260025024414062
HSLIP,λ=8,65536,0,964625,14.719009399414062
HSLIP,λ=8,65536,0,991441,15.128189086914062
HSLIP,λ=8,65536,0,888577,13.558609008789062
HSLIP,λ=8,65536,0,1012929,15.456069946289062
HSLIP,λ=8,65536,0,929777,14.187271118164062
HSLIP,λ=8,65536,0,1262465,19.263687133789062
HSLIP,λ=8,65536,0,967841,14.768081665039062
HSLIP,λ=8,65536,0,1007585,15.374526977539062
HSLIP,λ=8,65536,0,1053969,16.082290649414062
HSLIP,λ=8,65536,0,990033,15.106704711914062
HSLIP,λ=8,65536,0,911153,13.903091430664062
HSLIP,λ=8,65536,0,979009,14.938491821289062
HSLIP,λ=8,65536,0,987585,15.069351196289062
HSLIP,λ=8,65536,0,972353,14.836929321289062
HSDCD,λ=8,65536,0,897215,13.690414428710938
HSDCD,λ=8,65536,0,880606,13.436981201171875
HSDCD,λ=8,65536,0,1000872,15.2720947265625
HSDCD,λ=8,65536,0,821981,12.542434692382812
HSDCD,λ=8,65536,0,847982,12.939178466796875
HSDCD,λ=8,65536,0,785892,11.99176025390625
HSDCD,λ=8,65536,0,1043173,15.917556762695312
HSDCD,λ=8,65536,0,931688,14.2164306640625
HSDCD,λ=8,65536,0,828525,12.642288208007812
HSDCD,λ=8,65536,0,851215,12.988510131835938
HSDCD,λ=8,65536,0,878718,13.408172607421875
HSDCD,λ=8,65536,0,893414,13.632415771484375
HSDCD,λ=8,65536,0,909366,13.875823974609375
HSDCD,λ=8,65536,0,940219,14.346603393554688
HSDCD,λ=8,65536,0,866998,13.229339599609375
HSDCD,λ=8,65536,0,831159,12.682479858398438
HSDCD,λ=8,65536,0,980465,14.960708618164062
HSDCD,λ=8,65536,0,832573,12.704055786132812
HSDCD,λ=8,65536,0,902104,13.7650146484375
HSDCD,λ=8,65536,0,817498,12.474029541015625
HSDCD,λ=8,65536,0,821468,12.53460693359375
HSDCD,λ=8,65536,0,803903,12.266586303710938
HSDCD,λ=8,65536,0,892054,13.611663818359375
HSDCD,λ=8,65536,0,875033,13.351943969726562
HSDCD,λ=8,65536,0,859851,13.120285034179688
HSDCD,λ=8,65536,0,813729,12.416519165039062
HSDCD,λ=8,65536,0,768367,11.724349975585938
HSDCD,λ=8,65536,0,792121,12.086807250976562
HSDCD,λ=8,65536,0,893828,13.63873291015625
HSDCD,λ=8,65536,0,888788,13.56182861328125
HSDCD,λ=8,65536,0,851658,12.995269775390625
HSDCD,λ=8,65536,0,1061879,16.202987670898438
HSDCD,λ=8,65536,0,818312,12.4864501953125
HSDCD,λ=8,65536,0,857119,13.078598022460938
HSDCD,λ=8,65536,0,902471,13.770614624023438
HSDCD,λ=8,65536,0,935327,14.271957397460938
HSDCD,λ=8,65536,0,856119,13.063339233398438
HSDCD,λ=8,65536,0,877936,13.396240234375
HSDCD,λ=8,65536,0,832419,12.701705932617188
HSDCD,λ=8,65536,0,894816,13.65380859375
HSDCD,λ=8,65536,0,817240,12.4700927734375
HSDCD,λ=8,65536,0,831790,12.692108154296875
HSDCD,λ=8,65536,0,823494,12.565521240234375
HSDCD,λ=8,65536,0,876867,13.379928588867188
HSDCD,λ=8,65536,0,891291,13.600021362304688
HSDCD,λ=8,65536,0,849811,12.967086791992188
HSDCD,λ=8,65536,0,933072,14.237548828125
HSDCD,λ=8,65536,0,913997,13.946487426757812
HSDCD,λ=8,65536,0,970726,14.812103271484375
HSDCD,λ=8,65536,0,860547,13.130905151367188
HSDCD,λ=8,65536,0,928579,14.168991088867188
HSDCD,λ=8,65536,0,1021955,15.593795776367188
HSDCD,λ=8,65536,0,970564,14.80963134765625
HSDCD,λ=8,65536,0,792919,12.098983764648438
HSDCD,λ=8,65536,0,823721,12.568984985351562
HSDCD,λ=8,65536,0,821818,12.539947509765625
HSDCD,λ=8,65536,0,892747,13.622238159179688
HSDCD,λ=8,65536,0,1118126,17.061248779296875
HSDCD,λ=8,65536,0,911325,13.905715942382812
HSDCD,λ=8,65536,0,943450,14.395904541015625
HSDCD,λ=8,65536,0,816498,12.458770751953125
HSDCD,λ=8,65536,0,1019772,15.56048583984375
HSDCD,λ=8,65536,0,840923,12.831466674804688
HSDCD,λ=8,65536,0,1090220,16.63543701171875
HSDCD,λ=8,65536,0,906475,13.831710815429688
HSDCD,λ=8,65536,0,887842,13.547393798828125
HSDCD,λ=8,65536,0,854908,13.04486083984375
HSDCD,λ=8,65536,0,918445,14.014358520507812
HSDCD,λ=8,65536,0,982952,14.9986572265625
HSDCD,λ=8,65536,0,815842,12.448760986328125
HSDCD,λ=8,65536,0,810137,12.361709594726562
HSDCD,λ=8,65536,0,871236,13.29400634765625
HSDCD,λ=8,65536,0,855928,13.0604248046875
HSDCD,λ=8,65536,0,797471,12.168441772460938
HSDCD,λ=8,65536,0,859943,13.121688842773438
HSDCD,λ=8,65536,0,872972,13.32049560546875
HSDCD,λ=8,65536,0,865958,13.213470458984375
HSDCD,λ=8,65536,0,849991,12.969833374023438
HSDCD,λ=8,65536,0,935902,14.280731201171875
HSDCD,λ=8,65536,0,1014400,15.478515625
HSDCD,λ=8,65536,0,933227,14.239913940429688
HSDCD,λ=8,65536,0,877228,13.38543701171875
HSDCD,λ=8,65536,0,960434,14.655059814453125
HSDCD,λ=8,65536,0,871279,13.294662475585938
HSDCD,λ=8,65536,0,832576,12.7041015625
HSDCD,λ=8,65536,0,775081,11.826797485351562
HSDCD,λ=8,65536,0,965987,14.739791870117188
HSDCD,λ=8,65536,0,835631,12.750717163085938
HSDCD,λ=8,65536,0,882585,13.467178344726562
HSDCD,λ=8,65536,0,840951,12.831893920898438
HSDCD,λ=8,65536,0,864037,13.184158325195312
HSDCD,λ=8,65536,0,990315,15.111007690429688
HSDCD,λ=8,65536,0,864067,13.184616088867188
HSDCD,λ=8,65536,0,875299,13.356002807617188
HSDCD,λ=8,65536,0,867516,13.23724365234375
HSDCD,λ=8,65536,0,905614,13.818572998046875
HSDCD,λ=8,65536,0,887247,13.538314819335938
HSDCD,λ=8,65536,0,836304,12.760986328125
HSDCD,λ=8,65536,0,967448,14.7620849609375
HSDCD,λ=8,65536,0,966950,14.754486083984375
HRDCD,λ=8,65536,0,680532,10.38409423828125
HRDCD,λ=8,65536,0,677181,10.332962036132812
HRDCD,λ=8,65536,0,667987,10.192672729492188
HRDCD,λ=8,65536,0,768322,11.723663330078125
HRDCD,λ=8,65536,0,689799,10.525497436523438
HRDCD,λ=8,65536,0,641484,9.78826904296875
HRDCD,λ=8,65536,0,720602,10.995513916015625
HRDCD,λ=8,65536,0,744847,11.365463256835938
HRDCD,λ=8,65536,0,714925,10.908889770507812
HRDCD,λ=8,65536,0,615651,9.394088745117188
HRDCD,λ=8,65536,0,713364,10.88507080078125
HRDCD,λ=8,65536,0,736308,11.23516845703125
HRDCD,λ=8,65536,0,751343,11.464584350585938
HRDCD,λ=8,65536,0,653097,9.965469360351562
HRDCD,λ=8,65536,0,710862,10.846893310546875
HRDCD,λ=8,65536,0,666806,10.174652099609375
HRDCD,λ=8,65536,0,662173,10.103958129882812
HRDCD,λ=8,65536,0,669468,10.21527099609375
HRDCD,λ=8,65536,0,668474,10.200103759765625
HRDCD,λ=8,65536,0,642114,9.797882080078125
HRDCD,λ=8,65536,0,747381,11.404129028320312
HRDCD,λ=8,65536,0,673349,10.274490356445312
HRDCD,λ=8,65536,0,706359,10.778182983398438
HRDCD,λ=8,65536,0,694775,10.601425170898438
HRDCD,λ=8,65536,0,713201,10.882583618164062
HRDCD,λ=8,65536,0,771080,11.7657470703125
HRDCD,λ=8,65536,0,661476,10.09332275390625
HRDCD,λ=8,65536,0,693775,10.586166381835938
HRDCD,λ=8,65536,0,846771,12.920700073242188
HRDCD,λ=8,65536,0,698916,10.66461181640625
HRDCD,λ=8,65536,0,669736,10.2193603515625
HRDCD,λ=8,65536,0,666115,10.164108276367188
HRDCD,λ=8,65536,0,697895,10.649032592773438
HRDCD,λ=8,65536,0,682124,10.40838623046875
HRDCD,λ=8,65536,0,668533,10.201004028320312
HRDCD,λ=8,65536,0,683829,10.434402465820312
HRDCD,λ=8,65536,0,767895,11.717147827148438
HRDCD,λ=8,65536,0,714149,10.897048950195312
HRDCD,λ=8,65536,0,740958,11.306121826171875
HRDCD,λ=8,65536,0,819732,12.50811767578125
HRDCD,λ=8,65536,0,635312,9.694091796875
HRDCD,λ=8,65536,0,703004,10.72698974609375
HRDCD,λ=8,65536,0,647877,9.885818481445312
HRDCD,λ=8,65536,0,683577,10.430557250976562
HRDCD,λ=8,65536,0,674054,10.285247802734375
HRDCD,λ=8,65536,0,687414,10.489105224609375
HRDCD,λ=8,65536,0,642096,9.797607421875
HRDCD,λ=8,65536,0,688644,10.50787353515625
HRDCD,λ=8,65536,0,634491,9.681564331054688
HRDCD,λ=8,65536,0,728813,11.120803833007812
HRDCD,λ=8,65536,0,661417,10.092422485351562
HRDCD,λ=8,65536,0,647686,9.882904052734375
HRDCD,λ=8,65536,0,654743,9.990585327148438
HRDCD,λ=8,65536,0,672188,10.25677490234375
HRDCD,λ=8,65536,0,702477,10.718948364257812
HRDCD,λ=8,65536,0,732856,11.1824951171875
HRDCD,λ=8,65536,0,673886,10.282684326171875
HRDCD,λ=8,65536,0,745359,11.373275756835938
HRDCD,λ=8,65536,0,687540,10.49102783203125
HRDCD,λ=8,65536,0,647287,9.876815795898438
HRDCD,λ=8,65536,0,666862,10.175506591796875
HRDCD,λ=8,65536,0,753464,11.4969482421875
HRDCD,λ=8,65536,0,616200,9.4024658203125
HRDCD,λ=8,65536,0,717124,10.94244384765625
HRDCD,λ=8,65536,0,731744,11.16552734375
HRDCD,λ=8,65536,0,685910,10.466156005859375
HRDCD,λ=8,65536,0,694048,10.59033203125
HRDCD,λ=8,65536,0,657199,10.028060913085938
HRDCD,λ=8,65536,0,741230,11.310272216796875
HRDCD,λ=8,65536,0,756888,11.5491943359375
HRDCD,λ=8,65536,0,735547,11.223556518554688
HRDCD,λ=8,65536,0,632270,9.647674560546875
HRDCD,λ=8,65536,0,706798,10.784881591796875
HRDCD,λ=8,65536,0,631170,9.630889892578125
HRDCD,λ=8,65536,0,764171,11.660324096679688
HRDCD,λ=8,65536,0,763857,11.655532836914062
HRDCD,λ=8,65536,0,665462,10.154144287109375
HRDCD,λ=8,65536,0,688506,10.505767822265625
HRDCD,λ=8,65536,0,678021,10.345779418945312
HRDCD,λ=8,65536,0,894425,13.647842407226562
HRDCD,λ=8,65536,0,656666,10.019927978515625
HRDCD,λ=8,65536,0,662747,10.112716674804688
HRDCD,λ=8,65536,0,689849,10.526260375976562
HRDCD,λ=8,65536,0,757454,11.557830810546875
HRDCD,λ=8,65536,0,703675,10.737228393554688
HRDCD,λ=8,65536,0,721320,11.0064697265625
HRDCD,λ=8,65536,0,702688,10.72216796875
HRDCD,λ=8,65536,0,694103,10.591171264648438
HRDCD,λ=8,65536,0,680339,10.381149291992188
HRDCD,λ=8,65536,0,741868,11.32000732421875
HRDCD,λ=8,65536,0,757031,11.551376342773438
HRDCD,λ=8,65536,0,674895,10.298080444335938
HRDCD,λ=8,65536,0,691826,10.556427001953125
HRDCD,λ=8,65536,0,705452,10.76434326171875
HRDCD,λ=8,65536,0,839721,12.813125610351562
HRDCD,λ=8,65536,0,696521,10.628067016601562
HRDCD,λ=8,65536,0,636611,9.713912963867188
HRDCD,λ=8,65536,0,664275,10.136032104492188
HRDCD,λ=8,65536,0,653156,9.96636962890625
HRDCD,λ=8,65536,0,757576,11.5596923828125
HHDCD,λ=8,65536,0,595574,9.087738037109375
HHDCD,λ=8,65536,0,625749,9.548171997070312
HHDCD,λ=8,65536,0,698825,10.663223266601562
HHDCD,λ=8,65536,0,663529,10.124649047851562
HHDCD,λ=8,65536,0,590054,9.003509521484375
HHDCD,λ=8,65536,0,639545,9.758682250976562
HHDCD,λ=8,65536,0,665151,10.149398803710938
HHDCD,λ=8,65536,0,742293,11.326492309570312
HHDCD,λ=8,65536,0,676901,10.328689575195312
HHDCD,λ=8,65536,0,649879,9.916366577148438
HHDCD,λ=8,65536,0,655807,10.006820678710938
HHDCD,λ=8,65536,0,679128,10.3626708984375
HHDCD,λ=8,65536,0,839560,12.8106689453125
HHDCD,λ=8,65536,0,600556,9.16375732421875
HHDCD,λ=8,65536,0,718026,10.956207275390625
HHDCD,λ=8,65536,0,684489,10.444473266601562
HHDCD,λ=8,65536,0,691618,10.553253173828125
HHDCD,λ=8,65536,0,635468,9.69647216796875
HHDCD,λ=8,65536,0,663956,10.13116455078125
HHDCD,λ=8,65536,0,743401,11.343399047851562
HHDCD,λ=8,65536,0,727738,11.104400634765625
HHDCD,λ=8,65536,0,638412,9.74139404296875
HHDCD,λ=8,65536,0,670344,10.2286376953125
HHDCD,λ=8,65536,0,594646,9.073577880859375
HHDCD,λ=8,65536,0,714258,10.898712158203125
HHDCD,λ=8,65536,0,625017,9.537002563476562
HHDCD,λ=8,65536,0,625044,9.53741455078125
HHDCD,λ=8,65536,0,644681,9.837051391601562
HHDCD,λ=8,65536,0,684921,10.451065063476562
HHDCD,λ=8,65536,0,688875,10.511398315429688
HHDCD,λ=8,65536,0,666803,10.174606323242188
HHDCD,λ=8,65536,0,635907,9.703170776367188
HHDCD,λ=8,65536,0,658950,10.054779052734375
HHDCD,λ=8,65536,0,648792,9.8997802734375
HHDCD,λ=8,65536,0,656295,10.014266967773438
HHDCD,λ=8,65536,0,632660,9.65362548828125
HHDCD,λ=8,65536,0,607506,9.269805908203125
HHDCD,λ=8,65536,0,608321,9.282241821289062
HHDCD,λ=8,65536,0,719307,10.975753784179688
HHDCD,λ=8,65536,0,631640,9.6380615234375
HHDCD,λ=8,65536,0,637384,9.7257080078125
HHDCD,λ=8,65536,0,659680,10.06591796875
HHDCD,λ=8,65536,0,667952,10.192138671875
HHDCD,λ=8,65536,0,607518,9.269989013671875
HHDCD,λ=8,65536,0,667509,10.185379028320312
HHDCD,λ=8,65536,0,744299,11.357101440429688
HHDCD,λ=8,65536,0,654005,9.979324340820312
HHDCD,λ=8,65536,0,638621,9.744583129882812
HHDCD,λ=8,65536,0,729207,11.126815795898438
HHDCD,λ=8,65536,0,621315,9.480514526367188
HHDCD,λ=8,65536,0,637147,9.722091674804688
HHDCD,λ=8,65536,0,705153,10.759780883789062
HHDCD,λ=8,65536,0,772168,11.7823486328125
HHDCD,λ=8,65536,0,635532,9.69744873046875
HHDCD,λ=8,65536,0,614137,9.370986938476562
HHDCD,λ=8,65536,0,613320,9.3585205078125
HHDCD,λ=8,65536,0,629286,9.602142333984375
HHDCD,λ=8,65536,0,658594,10.049346923828125
HHDCD,λ=8,65536,0,622465,9.498062133789062
HHDCD,λ=8,65536,0,636952,9.7191162109375
HHDCD,λ=8,65536,0,690879,10.541976928710938
HHDCD,λ=8,65536,0,686948,10.48199462890625
HHDCD,λ=8,65536,0,615288,9.3885498046875
HHDCD,λ=8,65536,0,598510,9.132537841796875
HHDCD,λ=8,65536,0,650164,9.92071533203125
HHDCD,λ=8,65536,0,687188,10.48565673828125
HHDCD,λ=8,65536,0,610682,9.318267822265625
HHDCD,λ=8,65536,0,622296,9.4954833984375
HHDCD,λ=8,65536,0,697551,10.643783569335938
HHDCD,λ=8,65536,0,685006,10.452362060546875
HHDCD,λ=8,65536,0,700791,10.693222045898438
HHDCD,λ=8,65536,0,689812,10.52569580078125
HHDCD,λ=8,65536,0,678521,10.353408813476562
HHDCD,λ=8,65536,0,690393,10.534561157226562
HHDCD,λ=8,65536,0,698253,10.654495239257812
HHDCD,λ=8,65536,0,619037,9.445755004882812
HHDCD,λ=8,65536,0,634576,9.682861328125
HHDCD,λ=8,65536,0,666315,10.167160034179688
HHDCD,λ=8,65536,0,657098,10.026519775390625
HHDCD,λ=8,65536,0,675888,10.313232421875
HHDCD,λ=8,65536,0,681176,10.3939208984375
HHDCD,λ=8,65536,0,640089,9.766983032226562
HHDCD,λ=8,65536,0,642596,9.80523681640625
HHDCD,λ=8,65536,0,599893,9.153640747070312
HHDCD,λ=8,65536,0,651756,9.94500732421875
HHDCD,λ=8,65536,0,659818,10.068023681640625
HHDCD,λ=8,65536,0,726782,11.089813232421875
HHDCD,λ=8,65536,0,720998,11.001556396484375
HHDCD,λ=8,65536,0,692697,10.569717407226562
HHDCD,λ=8,65536,0,665474,10.154327392578125
HHDCD,λ=8,65536,0,660486,10.078216552734375
HHDCD,λ=8,65536,0,677239,10.333847045898438
HHDCD,λ=8,65536,0,721685,11.012039184570312
HHDCD,λ=8,65536,0,605587,9.240524291992188
HHDCD,λ=8,65536,0,608779,9.289230346679688
HHDCD,λ=8,65536,0,610559,9.316390991210938
HHDCD,λ=8,65536,0,620839,9.473251342773438
HHDCD,λ=8,65536,0,648657,9.897720336914062
HHDCD,λ=8,65536,0,710460,10.84075927734375
HHDCD,λ=8,65536,0,639966,9.765106201171875
HHLCD,λ=8,65536,0,671498,10.246246337890625
HHLCD,λ=8,65536,0,650283,9.922531127929688
HHLCD,λ=8,65536,0,682399,10.412582397460938
HHLCD,λ=8,65536,0,707599,10.797103881835938
HHLCD,λ=8,65536,0,615320,9.3890380859375
HHLCD,λ=8,65536,0,740266,11.295562744140625
HHLCD,λ=8,65536,0,713068,10.88055419921875
HHLCD,λ=8,65536,0,700543,10.689437866210938
HHLCD,λ=8,65536,0,694344,10.5948486328125
HHLCD,λ=8,65536,0,701074,10.697540283203125
HHLCD,λ=8,65536,0,664718,10.142791748046875
HHLCD,λ=8,65536,0,817297,12.470962524414062
HHLCD,λ=8,65536,0,585865,8.939590454101562
HHLCD,λ=8,65536,0,615260,9.38812255859375
HHLCD,λ=8,65536,0,617828,9.42730712890625
HHLCD,λ=8,65536,0,636819,9.717086791992188
HHLCD,λ=8,65536,0,609595,9.301681518554688
HHLCD,λ=8,65536,0,658459,10.047286987304688
HHLCD,λ=8,65536,0,654968,9.9940185546875
HHLCD,λ=8,65536,0,706786,10.784698486328125
HHLCD,λ=8,65536,0,630994,9.628204345703125
HHLCD,λ=8,65536,0,713084,10.88079833984375
HHLCD,λ=8,65536,0,670379,10.229171752929688
HHLCD,λ=8,65536,0,650676,9.92852783203125
HHLCD,λ=8,65536,0,626162,9.554473876953125
HHLCD,λ=8,65536,0,628400,9.588623046875
HHLCD,λ=8,65536,0,623671,9.516464233398438
HHLCD,λ=8,65536,0,762803,11.639450073242188
HHLCD,λ=8,65536,0,672733,10.265090942382812
HHLCD,λ=8,65536,0,677084,10.33148193359375
HHLCD,λ=8,65536,0,608219,9.280685424804688
HHLCD,λ=8,65536,0,609753,9.304092407226562
HHLCD,λ=8,65536,0,663636,10.12628173828125
HHLCD,λ=8,65536,0,677411,10.336471557617188
HHLCD,λ=8,65536,0,882980,13.47320556640625
HHLCD,λ=8,65536,0,626138,9.554107666015625
HHLCD,λ=8,65536,0,692312,10.5638427734375
HHLCD,λ=8,65536,0,703402,10.733062744140625
HHLCD,λ=8,65536,0,671031,10.239120483398438
HHLCD,λ=8,65536,0,696845,10.633010864257812
HHLCD,λ=8,65536,0,636293,9.709060668945312
HHLCD,λ=8,65536,0,704862,10.755340576171875
HHLCD,λ=8,65536,0,692766,10.570770263671875
HHLCD,λ=8,65536,0,637516,9.72772216796875
HHLCD,λ=8,65536,0,609441,9.299331665039062
HHLCD,λ=8,65536,0,666162,10.164825439453125
HHLCD,λ=8,65536,0,676850,10.327911376953125
HHLCD,λ=8,65536,0,670568,10.2320556640625
HHLCD,λ=8,65536,0,728889,11.121963500976562
HHLCD,λ=8,65536,0,674742,10.295745849609375
HHLCD,λ=8,65536,0,702949,10.726150512695312
HHLCD,λ=8,65536,0,635208,9.6925048828125
HHLCD,λ=8,65536,0,682546,10.414825439453125
HHLCD,λ=8,65536,0,763096,11.6439208984375
HHLCD,λ=8,65536,0,643947,9.825851440429688
HHLCD,λ=8,65536,0,653092,9.96539306640625
HHLCD,λ=8,65536,0,617339,9.419845581054688
HHLCD,λ=8,65536,0,711232,10.8525390625
HHLCD,λ=8,65536,0,647133,9.874465942382812
HHLCD,λ=8,65536,0,670134,10.225433349609375
HHLCD,λ=8,65536,0,648697,9.898330688476562
HHLCD,λ=8,65536,0,628974,9.597381591796875
HHLCD,λ=8,65536,0,692298,10.563629150390625
HHLCD,λ=8,65536,0,643991,9.826522827148438
HHLCD,λ=8,65536,0,665698,10.157745361328125
HHLCD,λ=8,65536,0,700978,10.696075439453125
HHLCD,λ=8,65536,0,807172,12.31646728515625
HHLCD,λ=8,65536,0,630338,9.618194580078125
HHLCD,λ=8,65536,0,705456,10.764404296875
HHLCD,λ=8,65536,0,663974,10.131439208984375
HHLCD,λ=8,65536,0,672138,10.256011962890625
HHLCD,λ=8,65536,0,614096,9.370361328125
HHLCD,λ=8,65536,0,701700,10.70709228515625
HHLCD,λ=8,65536,0,659601,10.064712524414062
HHLCD,λ=8,65536,0,676641,10.324722290039062
HHLCD,λ=8,65536,0,641979,9.795822143554688
HHLCD,λ=8,65536,0,634932,9.68829345703125
HHLCD,λ=8,65536,0,628523,9.590499877929688
HHLCD,λ=8,65536,0,640617,9.775039672851562
HHLCD,λ=8,65536,0,662449,10.108169555664062
HHLCD,λ=8,65536,0,637066,9.720855712890625
HHLCD,λ=8,65536,0,618781,9.441848754882812
HHLCD,λ=8,65536,0,706620,10.78216552734375
HHLCD,λ=8,65536,0,804784,12.280029296875
HHLCD,λ=8,65536,0,666212,10.16558837890625
HHLCD,λ=8,65536,0,674749,10.295852661132812
HHLCD,λ=8,65536,0,751502,11.467010498046875
HHLCD,λ=8,65536,0,692015,10.559310913085938
HHLCD,λ=8,65536,0,672358,10.259368896484375
HHLCD,λ=8,65536,0,686694,10.478118896484375
HHLCD,λ=8,65536,0,656591,10.018783569335938
HHLCD,λ=8,65536,0,678588,10.35443115234375
HHLCD,λ=8,65536,0,633322,9.663726806640625
HHLCD,λ=8,65536,0,641502,9.788543701171875
HHLCD,λ=8,65536,0,651350,9.938812255859375
HHLCD,λ=8,65536,0,691823,10.556381225585938
HHLCD,λ=8,65536,0,662197,10.104324340820312
HHLCD,λ=8,65536,0,662208,10.1044921875
HHLCD,λ=8,65536,0,608535,9.285507202148438
HHLCD,λ=8,65536,0,623702,9.516937255859375
HRLCD,λ=8,65536,0,650183,9.921005249023438
HRLCD,λ=8,65536,0,736797,11.242630004882812
HRLCD,λ=8,65536,0,614983,9.383895874023438
HRLCD,λ=8,65536,0,806540,12.30682373046875
HRLCD,λ=8,65536,0,645909,9.855789184570312
HRLCD,λ=8,65536,0,708235,10.806808471679688
HRLCD,λ=8,65536,0,709324,10.82342529296875
HRLCD,λ=8,65536,0,717253,10.944412231445312
HRLCD,λ=8,65536,0,671621,10.248123168945312
HRLCD,λ=8,65536,0,729631,11.133285522460938
HRLCD,λ=8,65536,0,723344,11.037353515625
HRLCD,λ=8,65536,0,798099,12.178024291992188
HRLCD,λ=8,65536,0,696514,10.627960205078125
HRLCD,λ=8,65536,0,718544,10.964111328125
HRLCD,λ=8,65536,0,687963,10.497482299804688
HRLCD,λ=8,65536,0,699793,10.677993774414062
HRLCD,λ=8,65536,0,682757,10.418045043945312
HRLCD,λ=8,65536,0,680991,10.391098022460938
HRLCD,λ=8,65536,0,652250,9.952545166015625
HRLCD,λ=8,65536,0,723919,11.046127319335938
HRLCD,λ=8,65536,0,679333,10.365798950195312
HRLCD,λ=8,65536,0,663644,10.12640380859375
HRLCD,λ=8,65536,0,688807,10.510360717773438
HRLCD,λ=8,65536,0,699809,10.678237915039062
HRLCD,λ=8,65536,0,654002,9.979278564453125
HRLCD,λ=8,65536,0,813584,12.414306640625
HRLCD,λ=8,65536,0,715008,10.91015625
HRLCD,λ=8,65536,0,675744,10.31103515625
HRLCD,λ=8,65536,0,722226,11.020294189453125
HRLCD,λ=8,65536,0,739490,11.283721923828125
HRLCD,λ=8,65536,0,703002,10.726959228515625
HRLCD,λ=8,65536,0,670920,10.2374267578125
HRLCD,λ=8,65536,0,693864,10.5875244140625
HRLCD,λ=8,65536,0,662530,10.109405517578125
HRLCD,λ=8,65536,0,726869,11.091140747070312
HRLCD,λ=8,65536,0,686380,10.47332763671875
HRLCD,λ=8,65536,0,693195,10.577316284179688
HRLCD,λ=8,65536,0,733273,11.188858032226562
HRLCD,λ=8,65536,0,676052,10.31573486328125
HRLCD,λ=8,65536,0,698135,10.652694702148438
HRLCD,λ=8,65536,0,684067,10.438034057617188
HRLCD,λ=8,65536,0,701933,10.710647583007812
HRLCD,λ=8,65536,0,673520,10.277099609375
HRLCD,λ=8,65536,0,647292,9.87689208984375
HRLCD,λ=8,65536,0,729296,11.128173828125
HRLCD,λ=8,65536,0,635536,9.697509765625
HRLCD,λ=8,65536,0,774334,11.815399169921875
HRLCD,λ=8,65536,0,662502,10.108978271484375
HRLCD,λ=8,65536,0,718277,10.960037231445312
HRLCD,λ=8,65536,0,694991,10.604721069335938
HRLCD,λ=8,65536,0,768553,11.727188110351562
HRLCD,λ=8,65536,0,705252,10.76129150390625
HRLCD,λ=8,65536,0,685089,10.453628540039062
HRLCD,λ=8,65536,0,738780,11.27288818359375
HRLCD,λ=8,65536,0,662056,10.1021728515625
HRLCD,λ=8,65536,0,714260,10.89874267578125
HRLCD,λ=8,65536,0,678737,10.356704711914062
HRLCD,λ=8,65536,0,763058,11.643341064453125
HRLCD,λ=8,65536,0,707734,10.799163818359375
HRLCD,λ=8,65536,0,716434,10.931915283203125
HRLCD,λ=8,65536,0,669510,10.215911865234375
HRLCD,λ=8,65536,0,687759,10.494369506835938
HRLCD,λ=8,65536,0,690673,10.538833618164062
HRLCD,λ=8,65536,0,732100,11.17095947265625
HRLCD,λ=8,65536,0,788694,12.034515380859375
HRLCD,λ=8,65536,0,710146,10.835968017578125
HRLCD,λ=8,65536,0,695934,10.619110107421875
HRLCD,λ=8,65536,0,696276,10.62432861328125
HRLCD,λ=8,65536,0,731330,11.159210205078125
HRLCD,λ=8,65536,0,714638,10.904510498046875
HRLCD,λ=8,65536,0,674138,10.286529541015625
HRLCD,λ=8,65536,0,665392,10.153076171875
HRLCD,λ=8,65536,0,698873,10.663955688476562
HRLCD,λ=8,65536,0,641211,9.784103393554688
HRLCD,λ=8,65536,0,636991,9.719711303710938
HRLCD,λ=8,65536,0,753533,11.498001098632812
HRLCD,λ=8,65536,0,696936,10.6343994140625
HRLCD,λ=8,65536,0,620998,9.475677490234375
HRLCD,λ=8,65536,0,671167,10.241195678710938
HRLCD,λ=8,65536,0,658441,10.047012329101562
HRLCD,λ=8,65536,0,660565,10.079421997070312
HRLCD,λ=8,65536,0,639738,9.761627197265625
HRLCD,λ=8,65536,0,653971,9.978805541992188
HRLCD,λ=8,65536,0,726730,11.089019775390625
HRLCD,λ=8,65536,0,635771,9.701095581054688
HRLCD,λ=8,65536,0,740618,11.300933837890625
HRLCD,λ=8,65536,0,672569,10.262588500976562
HRLCD,λ=8,65536,0,693411,10.580612182617188
HRLCD,λ=8,65536,0,744767,11.364242553710938
HRLCD,λ=8,65536,0,703879,10.740341186523438
HRLCD,λ=8,65536,0,649180,9.90570068359375
HRLCD,λ=8,65536,0,704902,10.755950927734375
HRLCD,λ=8,65536,0,674869,10.297683715820312
HRLCD,λ=8,65536,0,732902,11.183197021484375
HRLCD,λ=8,65536,0,768635,11.728439331054688
HRLCD,λ=8,65536,0,728670,11.118621826171875
HRLCD,λ=8,65536,0,646250,9.860992431640625
HRLCD,λ=8,65536,0,720915,11.000289916992188
HRLCD,λ=8,65536,0,679936,10.375
HRLCD,λ=8,65536,0,678527,10.353500366210938
HSLCD,λ=8,65536,0,906754,13.835968017578125
HSLCD,λ=8,65536,0,951111,14.512802124023438
HSLCD,λ=8,65536,0,1012874,15.455230712890625
HSLCD,λ=8,65536,0,805065,12.284317016601562
HSLCD,λ=8,65536,0,1060198,16.177337646484375
HSLCD,λ=8,65536,0,1001142,15.276214599609375
HSLCD,λ=8,65536,0,868879,13.258041381835938
HSLCD,λ=8,65536,0,972546,14.839874267578125
HSLCD,λ=8,65536,0,866040,13.2147216796875
HSLCD,λ=8,65536,0,833618,12.720001220703125
HSLCD,λ=8,65536,0,837855,12.784652709960938
HSLCD,λ=8,65536,0,980468,14.96075439453125
HSLCD,λ=8,65536,0,862121,13.154922485351562
HSLCD,λ=8,65536,0,913003,13.931320190429688
HSLCD,λ=8,65536,0,858436,13.09869384765625
HSLCD,λ=8,65536,0,994641,15.177017211914062
HSLCD,λ=8,65536,0,970921,14.815078735351562
HSLCD,λ=8,65536,0,1047860,15.98907470703125
HSLCD,λ=8,65536,0,891690,13.606109619140625
HSLCD,λ=8,65536,0,952843,14.539230346679688
HSLCD,λ=8,65536,0,847772,12.93597412109375
HSLCD,λ=8,65536,0,833137,12.712661743164062
HSLCD,λ=8,65536,0,929356,14.18084716796875
HSLCD,λ=8,65536,0,931463,14.212997436523438
HSLCD,λ=8,65536,0,1085260,16.55975341796875
HSLCD,λ=8,65536,0,869986,13.274932861328125
HSLCD,λ=8,65536,0,812390,12.396087646484375
HSLCD,λ=8,65536,0,1075395,16.409225463867188
HSLCD,λ=8,65536,0,930592,14.19970703125
HSLCD,λ=8,65536,0,915141,13.963943481445312
HSLCD,λ=8,65536,0,948937,14.479629516601562
HSLCD,λ=8,65536,0,883444,13.48028564453125
HSLCD,λ=8,65536,0,892800,13.623046875
HSLCD,λ=8,65536,0,964657,14.719497680664062
HSLCD,λ=8,65536,0,841935,12.846908569335938
HSLCD,λ=8,65536,0,842521,12.855850219726562
HSLCD,λ=8,65536,0,913074,13.932403564453125
HSLCD,λ=8,65536,0,860066,13.123565673828125
HSLCD,λ=8,65536,0,896200,13.6749267578125
HSLCD,λ=8,65536,0,923698,14.094512939453125
HSLCD,λ=8,65536,0,1031870,15.745086669921875
HSLCD,λ=8,65536,0,935044,14.26763916015625
HSLCD,λ=8,65536,0,894253,13.645217895507812
HSLCD,λ=8,65536,0,876481,13.374038696289062
HSLCD,λ=8,65536,0,846570,12.917633056640625
HSLCD,λ=8,65536,0,1006940,15.36468505859375
HSLCD,λ=8,65536,0,1035052,15.79364013671875
HSLCD,λ=8,65536,0,816042,12.451812744140625
HSLCD,λ=8,65536,0,972560,14.840087890625
HSLCD,λ=8,65536,0,960899,14.662155151367188
HSLCD,λ=8,65536,0,975375,14.883041381835938
HSLCD,λ=8,65536,0,953688,14.5521240234375
HSLCD,λ=8,65536,0,871195,13.293380737304688
HSLCD,λ=8,65536,0,911541,13.909011840820312
HSLCD,λ=8,65536,0,1010507,15.419113159179688
HSLCD,λ=8,65536,0,922753,14.080093383789062
HSLCD,λ=8,65536,0,837688,12.7821044921875
HSLCD,λ=8,65536,0,1008435,15.387496948242188
HSLCD,λ=8,65536,0,1014493,15.479934692382812
HSLCD,λ=8,65536,0,953530,14.549713134765625
HSLCD,λ=8,65536,0,800530,12.215118408203125
HSLCD,λ=8,65536,0,844901,12.892166137695312
HSLCD,λ=8,65536,0,882497,13.465835571289062
HSLCD,λ=8,65536,0,930416,14.197021484375
HSLCD,λ=8,65536,0,922648,14.0784912109375
HSLCD,λ=8,65536,0,890383,13.586166381835938
HSLCD,λ=8,65536,0,975434,14.883941650390625
HSLCD,λ=8,65536,0,919556,14.03131103515625
HSLCD,λ=8,65536,0,951522,14.519073486328125
HSLCD,λ=8,65536,0,896751,13.683334350585938
HSLCD,λ=8,65536,0,902858,13.776519775390625
HSLCD,λ=8,65536,0,1071527,16.350204467773438
HSLCD,λ=8,65536,0,889017,13.565322875976562
HSLCD,λ=8,65536,0,1017060,15.51910400390625
HSLCD,λ=8,65536,0,966099,14.741500854492188
HSLCD,λ=8,65536,0,965841,14.737564086914062
HSLCD,λ=8,65536,0,978314,14.927886962890625
HSLCD,λ=8,65536,0,822280,12.5469970703125
HSLCD,λ=8,65536,0,993911,15.165878295898438
HSLCD,λ=8,65536,0,889646,13.574920654296875
HSLCD,λ=8,65536,0,853704,13.0264892578125
HSLCD,λ=8,65536,0,862460,13.16009521484375
HSLCD,λ=8,65536,0,874339,13.341354370117188
HSLCD,λ=8,65536,0,897779,13.699020385742188
HSLCD,λ=8,65536,0,854258,13.034942626953125
HSLCD,λ=8,65536,0,961289,14.668106079101562
HSLCD,λ=8,65536,0,978191,14.926010131835938
HSLCD,λ=8,65536,0,869248,13.263671875
HSLCD,λ=8,65536,0,985109,15.031570434570312
HSLCD,λ=8,65536,0,943641,14.398818969726562
HSLCD,λ=8,65536,0,994514,15.175079345703125
HSLCD,λ=8,65536,0,804672,12.2783203125
HSLCD,λ=8,65536,0,1007596,15.37469482421875
HSLCD,λ=8,65536,0,931593,14.214981079101562
HSLCD,λ=8,65536,0,928393,14.166152954101562
HSLCD,λ=8,65536,0,1025490,15.647735595703125
HSLCD,λ=8,65536,0,981907,14.982711791992188
HSLCD,λ=8,65536,0,813892,12.41900634765625
HSLCD,λ=8,65536,0,879690,13.423004150390625
HSLCD,λ=8,65536,0,902069,13.764480590820312
HSDSD,λ=8,65536,0,800649,12.216934204101562
HSDSD,λ=8,65536,0,919921,14.036880493164062
HSDSD,λ=8,65536,0,837273,12.775772094726562
HSDSD,λ=8,65536,0,961897,14.677383422851562
HSDSD,λ=8,65536,0,978337,14.928237915039062
HSDSD,λ=8,65536,0,939049,14.328750610351562
HSDSD,λ=8,65536,0,800449,12.213882446289062
HSDSD,λ=8,65536,0,968209,14.773696899414062
HSDSD,λ=8,65536,0,859041,13.107925415039062
HSDSD,λ=8,65536,0,878865,13.410415649414062
HSDSD,λ=8,65536,0,858881,13.105484008789062
HSDSD,λ=8,65536,0,880673,13.438003540039062
HSDSD,λ=8,65536,0,794913,12.129409790039062
HSDSD,λ=8,65536,0,905705,13.819961547851562
HSDSD,λ=8,65536,0,1016649,15.512832641601562
HSDSD,λ=8,65536,0,903305,13.783340454101562
HSDSD,λ=8,65536,0,802449,12.244400024414062
HSDSD,λ=8,65536,0,808289,12.333511352539062
HSDSD,λ=8,65536,0,992105,15.138320922851562
HSDSD,λ=8,65536,0,835249,12.744888305664062
HSDSD,λ=8,65536,0,868161,13.247085571289062
HSDSD,λ=8,65536,0,869673,13.270156860351562
HSDSD,λ=8,65536,0,881857,13.456069946289062
HSDSD,λ=8,65536,0,867793,13.241470336914062
HSDSD,λ=8,65536,0,770641,11.759048461914062
HSDSD,λ=8,65536,0,881425,13.449478149414062
HSDSD,λ=8,65536,0,1235449,18.851455688476562
HSDSD,λ=8,65536,0,820961,12.526870727539062
HSDSD,λ=8,65536,0,952041,14.526992797851562
HSDSD,λ=8,65536,0,814329,12.425674438476562
HSDSD,λ=8,65536,0,847105,12.925796508789062
HSDSD,λ=8,65536,0,833993,12.725723266601562
HSDSD,λ=8,65536,0,814265,12.424697875976562
HSDSD,λ=8,65536,0,931833,14.218643188476562
HSDSD,λ=8,65536,0,1080521,16.487442016601562
HSDSD,λ=8,65536,0,942993,14.388931274414062
HSDSD,λ=8,65536,0,816801,12.463394165039062
HSDSD,λ=8,65536,0,897257,13.691055297851562
HSDSD,λ=8,65536,0,798601,12.185684204101562
HSDSD,λ=8,65536,0,1052313,16.057022094726562
HSDSD,λ=8,65536,0,841377,12.838394165039062
HSDSD,λ=8,65536,0,843985,12.878189086914062
HSDSD,λ=8,65536,0,1000577,15.267593383789062
HSDSD,λ=8,65536,0,824657,12.583267211914062
HSDSD,λ=8,65536,0,850321,12.974868774414062
HSDSD,λ=8,65536,0,805657,12.293350219726562
HSDSD,λ=8,65536,0,886041,13.519912719726562
HSDSD,λ=8,65536,0,880313,13.432510375976562
HSDSD,λ=8,65536,0,845033,12.894180297851562
HSDSD,λ=8,65536,0,891465,13.602676391601562
HSDSD,λ=8,65536,0,772377,11.785537719726562
HSDSD,λ=8,65536,0,887985,13.549575805664062
HSDSD,λ=8,65536,0,871465,13.297500610351562
HSDSD,λ=8,65536,0,984441,15.021377563476562
HSDSD,λ=8,65536,0,836721,12.767349243164062
HSDSD,λ=8,65536,0,871945,13.304824829101562
HSDSD,λ=8,65536,0,769201,11.737075805664062
HSDSD,λ=8,65536,0,851577,12.994033813476562
HSDSD,λ=8,65536,0,870153,13.277481079101562
HSDSD,λ=8,65536,0,879905,13.426284790039062
HSDSD,λ=8,65536,0,836625,12.765884399414062
HSDSD,λ=8,65536,0,815625,12.445449829101562
HSDSD,λ=8,65536,0,955585,14.581069946289062
HSDSD,λ=8,65536,0,889321,13.569961547851562
HSDSD,λ=8,65536,0,780169,11.904434204101562
HSDSD,λ=8,65536,0,813769,12.417129516601562
HSDSD,λ=8,65536,0,955713,14.583023071289062
HSDSD,λ=8,65536,0,901049,13.748916625976562
HSDSD,λ=8,65536,0,815145,12.438125610351562
HSDSD,λ=8,65536,0,842713,12.858779907226562
HSDSD,λ=8,65536,0,897745,13.698501586914062
HSDSD,λ=8,65536,0,798129,12.178482055664062
HSDSD,λ=8,65536,0,842833,12.860610961914062
HSDSD,λ=8,65536,0,844041,12.879043579101562
HSDSD,λ=8,65536,0,845689,12.904190063476562
HSDSD,λ=8,65536,0,875737,13.362686157226562
HSDSD,λ=8,65536,0,848969,12.954238891601562
HSDSD,λ=8,65536,0,858817,13.104507446289062
HSDSD,λ=8,65536,0,886337,13.524429321289062
HSDSD,λ=8,65536,0,943465,14.396133422851562
HSDSD,λ=8,65536,0,810529,12.367691040039062
HSDSD,λ=8,65536,0,840425,12.823867797851562
HSDSD,λ=8,65536,0,862209,13.156265258789062
HSDSD,λ=8,65536,0,921425,14.059829711914062
HSDSD,λ=8,65536,0,843697,12.873794555664062
HSDSD,λ=8,65536,0,826617,12.613174438476562
HSDSD,λ=8,65536,0,919265,14.026870727539062
HSDSD,λ=8,65536,0,928065,14.161148071289062
HSDSD,λ=8,65536,0,724833,11.060073852539062
HSDSD,λ=8,65536,0,808137,12.331192016601562
HSDSD,λ=8,65536,0,829953,12.664077758789062
HSDSD,λ=8,65536,0,923201,14.086929321289062
HSDSD,λ=8,65536,0,821681,12.537857055664062
HSDSD,λ=8,65536,0,862681,13.163467407226562
HSDSD,λ=8,65536,0,816113,12.452896118164062
HSDSD,λ=8,65536,0,892065,13.611831665039062
HSDSD,λ=8,65536,0,858169,13.094619750976562
HSDSD,λ=8,65536,0,869593,13.268936157226562
HSDSD,λ=8,65536,0,834393,12.731826782226562
HSDSD,λ=8,65536,0,852785,13.012466430664062
HRDSD,λ=8,65536,0,662193,10.104263305664062
HRDSD,λ=8,65536,0,663769,10.128311157226562
HRDSD,λ=8,65536,0,723681,11.042495727539062
HRDSD,λ=8,65536,0,767129,11.705459594726562
HRDSD,λ=8,65536,0,665657,10.157119750976562
HRDSD,λ=8,65536,0,611849,9.336074829101562
HRDSD,λ=8,65536,0,693681,10.584732055664062
HRDSD,λ=8,65536,0,688841,10.510879516601562
HRDSD,λ=8,65536,0,700081,10.682388305664062
HRDSD,λ=8,65536,0,651801,9.945693969726562
HRDSD,λ=8,65536,0,683393,10.427749633789062
HRDSD,λ=8,65536,0,674929,10.298599243164062
HRDSD,λ=8,65536,0,654713,9.990127563476562
HRDSD,λ=8,65536,0,660505,10.078506469726562
HRDSD,λ=8,65536,0,655225,9.997940063476562
HRDSD,λ=8,65536,0,612689,9.348892211914062
HRDSD,λ=8,65536,0,603473,9.208267211914062
HRDSD,λ=8,65536,0,654553,9.987686157226562
HRDSD,λ=8,65536,0,714801,10.906997680664062
HRDSD,λ=8,65536,0,675705,10.310440063476562
HRDSD,λ=8,65536,0,646121,9.859024047851562
HRDSD,λ=8,65536,0,658393,10.046279907226562
HRDSD,λ=8,65536,0,714745,10.906143188476562
HRDSD,λ=8,65536,0,628097,9.583999633789062
HRDSD,λ=8,65536,0,647321,9.877334594726562
HRDSD,λ=8,65536,0,618849,9.442886352539062
HRDSD,λ=8,65536,0,691161,10.546279907226562
HRDSD,λ=8,65536,0,698505,10.658340454101562
HRDSD,λ=8,65536,0,659817,10.068008422851562
HRDSD,λ=8,65536,0,679553,10.369155883789062
HRDSD,λ=8,65536,0,695233,10.608413696289062
HRDSD,λ=8,65536,0,632881,9.656997680664062
HRDSD,λ=8,65536,0,613825,9.366226196289062
HRDSD,λ=8,65536,0,661649,10.095962524414062
HRDSD,λ=8,65536,0,648249,9.891494750976562
HRDSD,λ=8,65536,0,706065,10.773696899414062
HRDSD,λ=8,65536,0,651025,9.933853149414062
HRDSD,λ=8,65536,0,759001,11.581436157226562
HRDSD,λ=8,65536,0,687353,10.488174438476562
HRDSD,λ=8,65536,0,721169,11.004165649414062
HRDSD,λ=8,65536,0,686817,10.479995727539062
HRDSD,λ=8,65536,0,727529,11.101211547851562
HRDSD,λ=8,65536,0,613657,9.363662719726562
HRDSD,λ=8,65536,0,664409,10.138076782226562
HRDSD,λ=8,65536,0,688065,10.499038696289062
HRDSD,λ=8,65536,0,659305,10.060195922851562
HRDSD,λ=8,65536,0,639841,9.763198852539062
HRDSD,λ=8,65536,0,629617,9.607192993164062
HRDSD,λ=8,65536,0,641313,9.785659790039062
HRDSD,λ=8,65536,0,628105,9.584121704101562
HRDSD,λ=8,65536,0,769737,11.745254516601562
HRDSD,λ=8,65536,0,677097,10.331680297851562
HRDSD,λ=8,65536,0,655865,10.007705688476562
HRDSD,λ=8,65536,0,629905,9.611587524414062
HRDSD,λ=8,65536,0,732857,11.182510375976562
HRDSD,λ=8,65536,0,651713,9.944351196289062
HRDSD,λ=8,65536,0,645625,9.851455688476562
HRDSD,λ=8,65536,0,703409,10.733169555664062
HRDSD,λ=8,65536,0,689537,10.521499633789062
HRDSD,λ=8,65536,0,671601,10.247817993164062
HRDSD,λ=8,65536,0,658081,10.041519165039062
HRDSD,λ=8,65536,0,649761,9.914566040039062
HRDSD,λ=8,65536,0,634481,9.681411743164062
HRDSD,λ=8,65536,0,794193,12.118423461914062
HRDSD,λ=8,65536,0,703937,10.741226196289062
HRDSD,λ=8,65536,0,669081,10.209365844726562
HRDSD,λ=8,65536,0,640545,9.773941040039062
HRDSD,λ=8,65536,0,654217,9.982559204101562
HRDSD,λ=8,65536,0,627097,9.568740844726562
HRDSD,λ=8,65536,0,597625,9.119033813476562
HRDSD,λ=8,65536,0,634601,9.683242797851562
HRDSD,λ=8,65536,0,712977,10.879165649414062
HRDSD,λ=8,65536,0,670393,10.229385375976562
HRDSD,λ=8,65536,0,650353,9.923599243164062
HRDSD,λ=8,65536,0,759745,11.592788696289062
HRDSD,λ=8,65536,0,619673,9.455459594726562
HRDSD,λ=8,65536,0,616209,9.402603149414062
HRDSD,λ=8,65536,0,677105,10.331802368164062
HRDSD,λ=8,65536,0,672809,10.266250610351562
HRDSD,λ=8,65536,0,646953,9.871719360351562
HRDSD,λ=8,65536,0,658793,10.052383422851562
HRDSD,λ=8,65536,0,842073,12.849014282226562
HRDSD,λ=8,65536,0,726385,11.083755493164062
HRDSD,λ=8,65536,0,712897,10.877944946289062
HRDSD,λ=8,65536,0,734777,11.211807250976562
HRDSD,λ=8,65536,0,631553,9.636734008789062
HRDSD,λ=8,65536,0,719473,10.978286743164062
HRDSD,λ=8,65536,0,612009,9.338516235351562
HRDSD,λ=8,65536,0,670673,10.233657836914062
HRDSD,λ=8,65536,0,683553,10.430191040039062
HRDSD,λ=8,65536,0,698305,10.655288696289062
HRDSD,λ=8,65536,0,669897,10.221817016601562
HRDSD,λ=8,65536,0,775985,11.840591430664062
HRDSD,λ=8,65536,0,681729,10.402359008789062
HRDSD,λ=8,65536,0,733129,11.186660766601562
HRDSD,λ=8,65536,0,671921,10.252700805664062
HRDSD,λ=8,65536,0,677369,10.335830688476562
HRDSD,λ=8,65536,0,679993,10.375869750976562
HRDSD,λ=8,65536,0,745281,11.372085571289062
HHDSD,λ=8,65536,0,620473,9.467666625976562
HHDSD,λ=8,65536,0,630017,9.613296508789062
HHDSD,λ=8,65536,0,606025,9.247207641601562
HHDSD,λ=8,65536,0,655633,10.004165649414062
HHDSD,λ=8,65536,0,630553,9.621475219726562
HHDSD,λ=8,65536,0,662929,10.115493774414062
HHDSD,λ=8,65536,0,586841,8.954483032226562
HHDSD,λ=8,65536,0,596673,9.104507446289062
HHDSD,λ=8,65536,0,724529,11.055435180664062
HHDSD,λ=8,65536,0,729873,11.136978149414062
HHDSD,λ=8,65536,0,585817,8.938858032226562
HHDSD,λ=8,65536,0,554785,8.465347290039062
HHDSD,λ=8,65536,0,630665,9.623184204101562
HHDSD,λ=8,65536,0,648793,9.899795532226562
HHDSD,λ=8,65536,0,707089,10.789321899414062
HHDSD,λ=8,65536,0,642689,9.806655883789062
HHDSD,λ=8,65536,0,620577,9.469253540039062
HHDSD,λ=8,65536,0,614065,9.369888305664062
HHDSD,λ=8,65536,0,627177,9.569961547851562
HHDSD,λ=8,65536,0,693393,10.580337524414062
HHDSD,λ=8,65536,0,600545,9.163589477539062
HHDSD,λ=8,65536,0,589617,8.996841430664062
HHDSD,λ=8,65536,0,612793,9.350479125976562
HHDSD,λ=8,65536,0,572977,8.742935180664062
HHDSD,λ=8,65536,0,584057,8.912002563476562
HHDSD,λ=8,65536,0,619857,9.458267211914062
HHDSD,λ=8,65536,0,611241,9.326797485351562
HHDSD,λ=8,65536,0,615849,9.397109985351562
HHDSD,λ=8,65536,0,583913,8.909805297851562
HHDSD,λ=8,65536,0,632617,9.652969360351562
HHDSD,λ=8,65536,0,622321,9.495864868164062
HHDSD,λ=8,65536,0,564305,8.610610961914062
HHDSD,λ=8,65536,0,688041,10.498672485351562
HHDSD,λ=8,65536,0,661761,10.097671508789062
HHDSD,λ=8,65536,0,580097,8.851577758789062
HHDSD,λ=8,65536,0,678713,10.356338500976562
HHDSD,λ=8,65536,0,619993,9.460342407226562
HHDSD,λ=8,65536,0,636617,9.714004516601562
HHDSD,λ=8,65536,0,684713,10.447891235351562
HHDSD,λ=8,65536,0,594233,9.067276000976562
HHDSD,λ=8,65536,0,603713,9.211929321289062
HHDSD,λ=8,65536,0,603401,9.207168579101562
HHDSD,λ=8,65536,0,596657,9.104263305664062
HHDSD,λ=8,65536,0,651345,9.938735961914062
HHDSD,λ=8,65536,0,626321,9.556900024414062
HHDSD,λ=8,65536,0,599913,9.153945922851562
HHDSD,λ=8,65536,0,672905,10.267715454101562
HHDSD,λ=8,65536,0,582217,8.883926391601562
HHDSD,λ=8,65536,0,606913,9.260757446289062
HHDSD,λ=8,65536,0,659369,10.061172485351562
HHDSD,λ=8,65536,0,685977,10.467178344726562
HHDSD,λ=8,65536,0,588817,8.984634399414062
HHDSD,λ=8,65536,0,583425,8.902359008789062
HHDSD,λ=8,65536,0,633857,9.671890258789062
HHDSD,λ=8,65536,0,628505,9.590225219726562
HHDSD,λ=8,65536,0,708617,10.812637329101562
HHDSD,λ=8,65536,0,699953,10.680435180664062
HHDSD,λ=8,65536,0,569345,8.687515258789062
HHDSD,λ=8,65536,0,734169,11.202529907226562
HHDSD,λ=8,65536,0,723465,11.039199829101562
HHDSD,λ=8,65536,0,609009,9.292739868164062
HHDSD,λ=8,65536,0,593129,9.050430297851562
HHDSD,λ=8,65536,0,734993,11.215103149414062
HHDSD,λ=8,65536,0,602921,9.199844360351562
HHDSD,λ=8,65536,0,603721,9.212051391601562
HHDSD,λ=8,65536,0,640393,9.771621704101562
HHDSD,λ=8,65536,0,662529,10.109390258789062
HHDSD,λ=8,65536,0,640249,9.769424438476562
HHDSD,λ=8,65536,0,581753,8.876846313476562
HHDSD,λ=8,65536,0,576097,8.790542602539062
HHDSD,λ=8,65536,0,652025,9.949111938476562
HHDSD,λ=8,65536,0,634185,9.676895141601562
HHDSD,λ=8,65536,0,581889,8.878921508789062
HHDSD,λ=8,65536,0,647777,9.884292602539062
HHDSD,λ=8,65536,0,714905,10.908584594726562
HHDSD,λ=8,65536,0,606897,9.260513305664062
HHDSD,λ=8,65536,0,614401,9.375015258789062
HHDSD,λ=8,65536,0,645265,9.845962524414062
HHDSD,λ=8,65536,0,566217,8.639785766601562
HHDSD,λ=8,65536,0,587017,8.957168579101562
HHDSD,λ=8,65536,0,647305,9.877090454101562
HHDSD,λ=8,65536,0,617553,9.423110961914062
HHDSD,λ=8,65536,0,655241,9.998184204101562
HHDSD,λ=8,65536,0,588737,8.983413696289062
HHDSD,λ=8,65536,0,640089,9.766983032226562
HHDSD,λ=8,65536,0,626097,9.553482055664062
HHDSD,λ=8,65536,0,632665,9.653701782226562
HHDSD,λ=8,65536,0,677489,10.337661743164062
HHDSD,λ=8,65536,0,716857,10.938369750976562
HHDSD,λ=8,65536,0,614929,9.383071899414062
HHDSD,λ=8,65536,0,647953,9.886978149414062
HHDSD,λ=8,65536,0,574657,8.768569946289062
HHDSD,λ=8,65536,0,650393,9.924209594726562
HHDSD,λ=8,65536,0,618953,9.444473266601562
HHDSD,λ=8,65536,0,580969,8.864883422851562
HHDSD,λ=8,65536,0,636057,9.705459594726562
HHDSD,λ=8,65536,0,573153,8.745620727539062
HHDSD,λ=8,65536,0,628249,9.586318969726562
HHDSD,λ=8,65536,0,645545,9.850234985351562
HHLSD,λ=8,65536,0,646121,9.859024047851562
HHLSD,λ=8,65536,0,621521,9.483657836914062
HHLSD,λ=8,65536,0,647881,9.885879516601562
HHLSD,λ=8,65536,0,627865,9.580459594726562
HHLSD,λ=8,65536,0,638337,9.740249633789062
HHLSD,λ=8,65536,0,615433,9.390762329101562
HHLSD,λ=8,65536,0,621617,9.485122680664062
HHLSD,λ=8,65536,0,653481,9.971328735351562
HHLSD,λ=8,65536,0,686697,10.478164672851562
HHLSD,λ=8,65536,0,616089,9.400772094726562
HHLSD,λ=8,65536,0,591841,9.030776977539062
HHLSD,λ=8,65536,0,614225,9.372329711914062
HHLSD,λ=8,65536,0,617825,9.427261352539062
HHLSD,λ=8,65536,0,612329,9.343399047851562
HHLSD,λ=8,65536,0,586945,8.956069946289062
HHLSD,λ=8,65536,0,636081,9.705825805664062
HHLSD,λ=8,65536,0,590497,9.010269165039062
HHLSD,λ=8,65536,0,693681,10.584732055664062
HHLSD,λ=8,65536,0,622097,9.492446899414062
HHLSD,λ=8,65536,0,715001,10.910049438476562
HHLSD,λ=8,65536,0,575729,8.784927368164062
HHLSD,λ=8,65536,0,657281,10.029312133789062
HHLSD,λ=8,65536,0,712281,10.868545532226562
HHLSD,λ=8,65536,0,756585,11.544570922851562
HHLSD,λ=8,65536,0,657329,10.030044555664062
HHLSD,λ=8,65536,0,620577,9.469253540039062
HHLSD,λ=8,65536,0,594713,9.074600219726562
HHLSD,λ=8,65536,0,590169,9.005264282226562
HHLSD,λ=8,65536,0,658697,10.050918579101562
HHLSD,λ=8,65536,0,642537,9.804336547851562
HHLSD,λ=8,65536,0,778073,11.872451782226562
HHLSD,λ=8,65536,0,599473,9.147232055664062
HHLSD,λ=8,65536,0,628825,9.595108032226562
HHLSD,λ=8,65536,0,635857,9.702407836914062
HHLSD,λ=8,65536,0,598033,9.125259399414062
HHLSD,λ=8,65536,0,603449,9.207901000976562
HHLSD,λ=8,65536,0,609433,9.299209594726562
HHLSD,λ=8,65536,0,610129,9.309829711914062
HHLSD,λ=8,65536,0,669681,10.218521118164062
HHLSD,λ=8,65536,0,642137,9.798233032226562
HHLSD,λ=8,65536,0,736169,11.233047485351562
HHLSD,λ=8,65536,0,585777,8.938247680664062
HHLSD,λ=8,65536,0,639137,9.752456665039062
HHLSD,λ=8,65536,0,683521,10.429702758789062
HHLSD,λ=8,65536,0,631129,9.630264282226562
HHLSD,λ=8,65536,0,597537,9.117691040039062
HHLSD,λ=8,65536,0,596937,9.108535766601562
HHLSD,λ=8,65536,0,599465,9.147109985351562
HHLSD,λ=8,65536,0,630713,9.623916625976562
HHLSD,λ=8,65536,0,685089,10.453628540039062
HHLSD,λ=8,65536,0,616801,9.411636352539062
HHLSD,λ=8,65536,0,652137,9.950820922851562
HHLSD,λ=8,65536,0,628649,9.592422485351562
HHLSD,λ=8,65536,0,613217,9.356948852539062
HHLSD,λ=8,65536,0,719697,10.981704711914062
HHLSD,λ=8,65536,0,701113,10.698135375976562
HHLSD,λ=8,65536,0,678529,10.353530883789062
HHLSD,λ=8,65536,0,638617,9.744522094726562
HHLSD,λ=8,65536,0,578625,8.829116821289062
HHLSD,λ=8,65536,0,600801,9.167495727539062
HHLSD,λ=8,65536,0,625913,9.550674438476562
HHLSD,λ=8,65536,0,655489,10.001968383789062
HHLSD,λ=8,65536,0,577641,8.814102172851562
HHLSD,λ=8,65536,0,642921,9.810195922851562
HHLSD,λ=8,65536,0,584417,8.917495727539062
HHLSD,λ=8,65536,0,618425,9.436416625976562
HHLSD,λ=8,65536,0,641945,9.795303344726562
HHLSD,λ=8,65536,0,652025,9.949111938476562
HHLSD,λ=8,65536,0,606977,9.261734008789062
HHLSD,λ=8,65536,0,584505,8.918838500976562
HHLSD,λ=8,65536,0,599977,9.154922485351562
HHLSD,λ=8,65536,0,598673,9.135025024414062
HHLSD,λ=8,65536,0,635673,9.699600219726562
HHLSD,λ=8,65536,0,633297,9.663345336914062
HHLSD,λ=8,65536,0,691593,10.552871704101562
HHLSD,λ=8,65536,0,624089,9.522842407226562
HHLSD,λ=8,65536,0,704689,10.752700805664062
HHLSD,λ=8,65536,0,657481,10.032363891601562
HHLSD,λ=8,65536,0,660793,10.082901000976562
HHLSD,λ=8,65536,0,613929,9.367813110351562
HHLSD,λ=8,65536,0,666121,10.164199829101562
HHLSD,λ=8,65536,0,610297,9.312393188476562
HHLSD,λ=8,65536,0,622185,9.493789672851562
HHLSD,λ=8,65536,0,602665,9.195938110351562
HHLSD,λ=8,65536,0,606177,9.249526977539062
HHLSD,λ=8,65536,0,656801,10.021987915039062
HHLSD,λ=8,65536,0,618601,9.439102172851562
HHLSD,λ=8,65536,0,682833,10.419204711914062
HHLSD,λ=8,65536,0,633897,9.672500610351562
HHLSD,λ=8,65536,0,631905,9.642105102539062
HHLSD,λ=8,65536,0,617025,9.415054321289062
HHLSD,λ=8,65536,0,559193,8.532608032226562
HHLSD,λ=8,65536,0,588513,8.979995727539062
HHLSD,λ=8,65536,0,653769,9.975723266601562
HHLSD,λ=8,65536,0,573321,8.748184204101562
HHLSD,λ=8,65536,0,616161,9.401870727539062
HHLSD,λ=8,65536,0,670097,10.224868774414062
HHLSD,λ=8,65536,0,741569,11.315444946289062
HHLSD,λ=8,65536,0,637009,9.719985961914062
HHLSD,λ=8,65536,0,613705,9.364395141601562
HRLSD,λ=8,65536,0,743161,11.339736938476562
HRLSD,λ=8,65536,0,647057,9.873306274414062
HRLSD,λ=8,65536,0,647697,9.883071899414062
HRLSD,λ=8,65536,0,689681,10.523696899414062
HRLSD,λ=8,65536,0,666681,10.172744750976562
HRLSD,λ=8,65536,0,663785,10.128555297851562
HRLSD,λ=8,65536,0,700681,10.691543579101562
HRLSD,λ=8,65536,0,642505,9.803848266601562
HRLSD,λ=8,65536,0,609345,9.297866821289062
HRLSD,λ=8,65536,0,635185,9.692153930664062
HRLSD,λ=8,65536,0,718857,10.968887329101562
HRLSD,λ=8,65536,0,663681,10.126968383789062
HRLSD,λ=8,65536,0,656353,10.015151977539062
HRLSD,λ=8,65536,0,708345,10.808486938476562
HRLSD,λ=8,65536,0,665009,10.147232055664062
HRLSD,λ=8,65536,0,756585,11.544570922851562
HRLSD,λ=8,65536,0,658217,10.043594360351562
HRLSD,λ=8,65536,0,722721,11.027847290039062
HRLSD,λ=8,65536,0,685281,10.456558227539062
HRLSD,λ=8,65536,0,721793,11.013687133789062
HRLSD,λ=8,65536,0,763033,11.642959594726562
HRLSD,λ=8,65536,0,652449,9.955581665039062
HRLSD,λ=8,65536,0,655609,10.003799438476562
HRLSD,λ=8,65536,0,935505,14.274673461914062
HRLSD,λ=8,65536,0,651337,9.938613891601562
HRLSD,λ=8,65536,0,707169,10.790542602539062
HRLSD,λ=8,65536,0,668017,10.193130493164062
HRLSD,λ=8,65536,0,666369,10.167984008789062
HRLSD,λ=8,65536,0,629385,9.603652954101562
HRLSD,λ=8,65536,0,751865,11.472549438476562
HRLSD,λ=8,65536,0,637641,9.729629516601562
HRLSD,λ=8,65536,0,757889,11.564468383789062
HRLSD,λ=8,65536,0,670489,10.230850219726562
HRLSD,λ=8,65536,0,623249,9.510025024414062
HRLSD,λ=8,65536,0,697449,10.642227172851562
HRLSD,λ=8,65536,0,696577,10.628921508789062
HRLSD,λ=8,65536,0,716185,10.928115844726562
HRLSD,λ=8,65536,0,695577,10.613662719726562
HRLSD,λ=8,65536,0,717833,10.953262329101562
HRLSD,λ=8,65536,0,682825,10.419082641601562
HRLSD,λ=8,65536,0,786641,12.003189086914062
HRLSD,λ=8,65536,0,646369,9.862808227539062
HRLSD,λ=8,65536,0,627705,9.578018188476562
HRLSD,λ=8,65536,0,633177,9.661514282226562
HRLSD,λ=8,65536,0,774025,11.810684204101562
HRLSD,λ=8,65536,0,653193,9.966934204101562
HRLSD,λ=8,65536,0,655497,10.002090454101562
HRLSD,λ=8,65536,0,718465,10.962905883789062
HRLSD,λ=8,65536,0,674657,10.294448852539062
HRLSD,λ=8,65536,0,659281,10.059829711914062
HRLSD,λ=8,65536,0,683025,10.422134399414062
HRLSD,λ=8,65536,0,823489,12.565444946289062
HRLSD,λ=8,65536,0,670513,10.231216430664062
HRLSD,λ=8,65536,0,651641,9.943252563476562
HRLSD,λ=8,65536,0,669217,10.211441040039062
HRLSD,λ=8,65536,0,707873,10.801284790039062
HRLSD,λ=8,65536,0,634569,9.682754516601562
HRLSD,λ=8,65536,0,683705,10.432510375976562
HRLSD,λ=8,65536,0,730049,11.139663696289062
HRLSD,λ=8,65536,0,630497,9.620620727539062
HRLSD,λ=8,65536,0,653825,9.976577758789062
HRLSD,λ=8,65536,0,634481,9.681411743164062
HRLSD,λ=8,65536,0,650617,9.927627563476562
HRLSD,λ=8,65536,0,723969,11.046890258789062
HRLSD,λ=8,65536,0,703289,10.731338500976562
HRLSD,λ=8,65536,0,623161,9.508682250976562
HRLSD,λ=8,65536,0,709161,10.820938110351562
HRLSD,λ=8,65536,0,649305,9.907608032226562
HRLSD,λ=8,65536,0,765553,11.681411743164062
HRLSD,λ=8,65536,0,645657,9.851943969726562
HRLSD,λ=8,65536,0,664161,10.134292602539062
HRLSD,λ=8,65536,0,698121,10.652481079101562
HRLSD,λ=8,65536,0,673913,10.283096313476562
HRLSD,λ=8,65536,0,657313,10.029800415039062
HRLSD,λ=8,65536,0,659681,10.065933227539062
HRLSD,λ=8,65536,0,644177,9.829360961914062
HRLSD,λ=8,65536,0,657569,10.033706665039062
HRLSD,λ=8,65536,0,691121,10.545669555664062
HRLSD,λ=8,65536,0,737345,11.250991821289062
HRLSD,λ=8,65536,0,621297,9.480239868164062
HRLSD,λ=8,65536,0,610865,9.321060180664062
HRLSD,λ=8,65536,0,618961,9.444595336914062
HRLSD,λ=8,65536,0,661297,10.090591430664062
HRLSD,λ=8,65536,0,632833,9.656265258789062
HRLSD,λ=8,65536,0,635137,9.691421508789062
HRLSD,λ=8,65536,0,754033,11.505630493164062
HRLSD,λ=8,65536,0,666329,10.167373657226562
HRLSD,λ=8,65536,0,596449,9.101089477539062
HRLSD,λ=8,65536,0,668097,10.194351196289062
HRLSD,λ=8,65536,0,775665,11.835708618164062
HRLSD,λ=8,65536,0,641713,9.791763305664062
HRLSD,λ=8,65536,0,632313,9.648330688476562
HRLSD,λ=8,65536,0,674241,10.288101196289062
HRLSD,λ=8,65536,0,685481,10.459609985351562
HRLSD,λ=8,65536,0,692897,10.572769165039062
HRLSD,λ=8,65536,0,695865,10.618057250976562
HRLSD,λ=8,65536,0,710025,10.834121704101562
HRLSD,λ=8,65536,0,701409,10.702651977539062
HRLSD,λ=8,65536,0,623209,9.509414672851562
HSLSD,λ=8,65536,0,790897,12.068130493164062
HSLSD,λ=8,65536,0,894841,13.654190063476562
HSLSD,λ=8,65536,0,859881,13.120742797851562
HSLSD,λ=8,65536,0,1202281,18.345352172851562
HSLSD,λ=8,65536,0,869873,13.273208618164062
HSLSD,λ=8,65536,0,830001,12.664810180664062
HSLSD,λ=8,65536,0,885241,13.507705688476562
HSLSD,λ=8,65536,0,879089,13.413833618164062
HSLSD,λ=8,65536,0,942281,14.378067016601562
HSLSD,λ=8,65536,0,938313,14.317520141601562
HSLSD,λ=8,65536,0,841609,12.841934204101562
HSLSD,λ=8,65536,0,837297,12.776138305664062
HSLSD,λ=8,65536,0,916041,13.977676391601562
HSLSD,λ=8,65536,0,825697,12.599136352539062
HSLSD,λ=8,65536,0,882889,13.471817016601562
HSLSD,λ=8,65536,0,819209,12.500137329101562
HSLSD,λ=8,65536,0,946329,14.439834594726562
HSLSD,λ=8,65536,0,820545,12.520523071289062
HSLSD,λ=8,65536,0,829881,12.662979125976562
HSLSD,λ=8,65536,0,844113,12.880142211914062
HSLSD,λ=8,65536,0,895513,13.664443969726562
HSLSD,λ=8,65536,0,873201,13.323989868164062
HSLSD,λ=8,65536,0,894073,13.642471313476562
HSLSD,λ=8,65536,0,910953,13.900039672851562
HSLSD,λ=8,65536,0,807929,12.328018188476562
HSLSD,λ=8,65536,0,924041,14.099746704101562
HSLSD,λ=8,65536,0,809521,12.352310180664062
HSLSD,λ=8,65536,0,816153,12.453506469726562
HSLSD,λ=8,65536,0,886601,13.528457641601562
HSLSD,λ=8,65536,0,945017,14.419815063476562
HSLSD,λ=8,65536,0,840121,12.819229125976562
HSLSD,λ=8,65536,0,857825,13.089370727539062
HSLSD,λ=8,65536,0,949169,14.483169555664062
HSLSD,λ=8,65536,0,970177,14.803726196289062
HSLSD,λ=8,65536,0,831537,12.688247680664062
HSLSD,λ=8,65536,0,849593,12.963760375976562
HSLSD,λ=8,65536,0,871209,13.293594360351562
HSLSD,λ=8,65536,0,860593,13.131607055664062
HSLSD,λ=8,65536,0,870545,13.283462524414062
HSLSD,λ=8,65536,0,878681,13.407608032226562
HSLSD,λ=8,65536,0,833225,12.714004516601562
HSLSD,λ=8,65536,0,975217,14.880630493164062
HSLSD,λ=8,65536,0,836305,12.761001586914062
HSLSD,λ=8,65536,0,893825,13.638687133789062
HSLSD,λ=8,65536,0,1023409,15.615982055664062
HSLSD,λ=8,65536,0,814017,12.420913696289062
HSLSD,λ=8,65536,0,888881,13.563247680664062
HSLSD,λ=8,65536,0,929409,14.181655883789062
HSLSD,λ=8,65536,0,858889,13.105606079101562
HSLSD,λ=8,65536,0,780809,11.914199829101562
HSLSD,λ=8,65536,0,918953,14.022109985351562
HSLSD,λ=8,65536,0,895713,13.667495727539062
HSLSD,λ=8,65536,0,916281,13.981338500976562
HSLSD,λ=8,65536,0,1119009,17.074722290039062
HSLSD,λ=8,65536,0,914097,13.948013305664062
HSLSD,λ=8,65536,0,844593,12.887466430664062
HSLSD,λ=8,65536,0,853865,13.028945922851562
HSLSD,λ=8,65536,0,883969,13.488296508789062
HSLSD,λ=8,65536,0,847665,12.934341430664062
HSLSD,λ=8,65536,0,792577,12.093765258789062
HSLSD,λ=8,65536,0,861465,13.144912719726562
HSLSD,λ=8,65536,0,847849,12.937149047851562
HSLSD,λ=8,65536,0,905233,13.812759399414062
HSLSD,λ=8,65536,0,813025,12.405776977539062
HSLSD,λ=8,65536,0,823145,12.560195922851562
HSLSD,λ=8,65536,0,811369,12.380508422851562
HSLSD,λ=8,65536,0,891561,13.604141235351562
HSLSD,λ=8,65536,0,819617,12.506362915039062
HSLSD,λ=8,65536,0,843153,12.865493774414062
HSLSD,λ=8,65536,0,1005513,15.342910766601562
HSLSD,λ=8,65536,0,863233,13.171890258789062
HSLSD,λ=8,65536,0,885065,13.505020141601562
HSLSD,λ=8,65536,0,827257,12.622940063476562
HSLSD,λ=8,65536,0,824441,12.579971313476562
HSLSD,λ=8,65536,0,900545,13.741226196289062
HSLSD,λ=8,65536,0,969817,14.798233032226562
HSLSD,λ=8,65536,0,864353,13.188980102539062
HSLSD,λ=8,65536,0,903241,13.782363891601562
HSLSD,λ=8,65536,0,824857,12.586318969726562
HSLSD,λ=8,65536,0,894761,13.652969360351562
HSLSD,λ=8,65536,0,847145,12.926406860351562
HSLSD,λ=8,65536,0,883809,13.485855102539062
HSLSD,λ=8,65536,0,1124529,17.158950805664062
HSLSD,λ=8,65536,0,897809,13.699478149414062
HSLSD,λ=8,65536,0,892593,13.619888305664062
HSLSD,λ=8,65536,0,1044057,15.931045532226562
HSLSD,λ=8,65536,0,742153,11.324356079101562
HSLSD,λ=8,65536,0,1075977,16.418106079101562
HSLSD,λ=8,65536,0,835577,12.749893188476562
HSLSD,λ=8,65536,0,817865,12.479629516601562
HSLSD,λ=8,65536,0,833913,12.724502563476562
HSLSD,λ=8,65536,0,898937,13.716690063476562
HSLSD,λ=8,65536,0,867337,13.234512329101562
HSLSD,λ=8,65536,0,861793,13.149917602539062
HSLSD,λ=8,65536,0,857281,13.081069946289062
HSLSD,λ=8,65536,0,850049,12.970718383789062
HSLSD,λ=8,65536,0,863089,13.169692993164062
HSLSD,λ=8,65536,0,921177,14.056045532226562
HSLSD,λ=8,65536,0,904217,13.797256469726562
HSLSD,λ=8,65536,0,863185,13.171157836914062
HSDMD,λ=8,65536,0,948713,14.476211547851562
HSDMD,λ=8,65536,0,1000113,15.260513305664062
HSDMD,λ=8,65536,0,849697,12.965347290039062
HSDMD,λ=8,65536,0,1033241,15.766006469726562
HSDMD,λ=8,65536,0,915681,13.972183227539062
HSDMD,λ=8,65536,0,864489,13.191055297851562
HSDMD,λ=8,65536,0,879065,13.413467407226562
HSDMD,λ=8,65536,0,888801,13.562026977539062
HSDMD,λ=8,65536,0,877793,13.394058227539062
HSDMD,λ=8,65536,0,825569,12.597183227539062
HSDMD,λ=8,65536,0,958689,14.628433227539062
HSDMD,λ=8,65536,0,972873,14.844863891601562
HSDMD,λ=8,65536,0,849401,12.960830688476562
HSDMD,λ=8,65536,0,848577,12.948257446289062
HSDMD,λ=8,65536,0,1002425,15.295791625976562
HSDMD,λ=8,65536,0,810777,12.371475219726562
HSDMD,λ=8,65536,0,893033,13.626602172851562
HSDMD,λ=8,65536,0,816441,12.457901000976562
HSDMD,λ=8,65536,0,833105,12.712173461914062
HSDMD,λ=8,65536,0,1229849,18.766006469726562
HSDMD,λ=8,65536,0,925761,14.125991821289062
HSDMD,λ=8,65536,0,797169,12.163833618164062
HSDMD,λ=8,65536,0,810057,12.360488891601562
HSDMD,λ=8,65536,0,801793,12.234390258789062
HSDMD,λ=8,65536,0,887137,13.536636352539062
HSDMD,λ=8,65536,0,910057,13.886367797851562
HSDMD,λ=8,65536,0,816193,12.454116821289062
HSDMD,λ=8,65536,0,782041,11.932998657226562
HSDMD,λ=8,65536,0,884521,13.496719360351562
HSDMD,λ=8,65536,0,841593,12.841690063476562
HSDMD,λ=8,65536,0,861585,13.146743774414062
HSDMD,λ=8,65536,0,888177,13.552505493164062
HSDMD,λ=8,65536,0,825041,12.589126586914062
HSDMD,λ=8,65536,0,953289,14.546035766601562
HSDMD,λ=8,65536,0,827065,12.620010375976562
HSDMD,λ=8,65536,0,808257,12.333023071289062
HSDMD,λ=8,65536,0,880801,13.439956665039062
HSDMD,λ=8,65536,0,867809,13.241714477539062
HSDMD,λ=8,65536,0,822121,12.544570922851562
HSDMD,λ=8,65536,0,1090393,16.638076782226562
HSDMD,λ=8,65536,0,775457,11.832534790039062
HSDMD,λ=8,65536,0,941017,14.358779907226562
HSDMD,λ=8,65536,0,902545,13.771743774414062
HSDMD,λ=8,65536,0,907353,13.845108032226562
HSDMD,λ=8,65536,0,974737,14.873306274414062
HSDMD,λ=8,65536,0,1040713,15.880020141601562
HSDMD,λ=8,65536,0,909993,13.885391235351562
HSDMD,λ=8,65536,0,963953,14.708755493164062
HSDMD,λ=8,65536,0,955993,14.587295532226562
HSDMD,λ=8,65536,0,832097,12.696792602539062
HSDMD,λ=8,65536,0,840449,12.824234008789062
HSDMD,λ=8,65536,0,842593,12.856948852539062
HSDMD,λ=8,65536,0,818817,12.494155883789062
HSDMD,λ=8,65536,0,870793,13.287246704101562
HSDMD,λ=8,65536,0,842169,12.850479125976562
HSDMD,λ=8,65536,0,969769,14.797500610351562
HSDMD,λ=8,65536,0,866633,13.223770141601562
HSDMD,λ=8,65536,0,839937,12.816421508789062
HSDMD,λ=8,65536,0,829337,12.654678344726562
HSDMD,λ=8,65536,0,869929,13.274063110351562
HSDMD,λ=8,65536,0,912857,13.929092407226562
HSDMD,λ=8,65536,0,927113,14.146621704101562
HSDMD,λ=8,65536,0,855497,13.053848266601562
HSDMD,λ=8,65536,0,915665,13.971939086914062
HSDMD,λ=8,65536,0,806785,12.310562133789062
HSDMD,λ=8,65536,0,918873,14.020889282226562
HSDMD,λ=8,65536,0,963209,14.697402954101562
HSDMD,λ=8,65536,0,937913,14.311416625976562
HSDMD,λ=8,65536,0,982081,14.985366821289062
HSDMD,λ=8,65536,0,1025993,15.655410766601562
HSDMD,λ=8,65536,0,882865,13.471450805664062
HSDMD,λ=8,65536,0,900993,13.748062133789062
HSDMD,λ=8,65536,0,872561,13.314224243164062
HSDMD,λ=8,65536,0,927457,14.151870727539062
HSDMD,λ=8,65536,0,833889,12.724136352539062
HSDMD,λ=8,65536,0,907177,13.842422485351562
HSDMD,λ=8,65536,0,835425,12.747573852539062
HSDMD,λ=8,65536,0,896105,13.673477172851562
HSDMD,λ=8,65536,0,843441,12.869888305664062
HSDMD,λ=8,65536,0,897897,13.700820922851562
HSDMD,λ=8,65536,0,789785,12.051162719726562
HSDMD,λ=8,65536,0,898849,13.715347290039062
HSDMD,λ=8,65536,0,855089,13.047622680664062
HSDMD,λ=8,65536,0,792009,12.085098266601562
HSDMD,λ=8,65536,0,919305,14.027481079101562
HSDMD,λ=8,65536,0,911489,13.908218383789062
HSDMD,λ=8,65536,0,821273,12.531631469726562
HSDMD,λ=8,65536,0,909345,13.875503540039062
HSDMD,λ=8,65536,0,857681,13.087173461914062
HSDMD,λ=8,65536,0,890089,13.581680297851562
HSDMD,λ=8,65536,0,932185,14.224014282226562
HSDMD,λ=8,65536,0,871225,13.293838500976562
HSDMD,λ=8,65536,0,951641,14.520889282226562
HSDMD,λ=8,65536,0,818713,12.492568969726562
HSDMD,λ=8,65536,0,917033,13.992813110351562
HSDMD,λ=8,65536,0,839041,12.802749633789062
HSDMD,λ=8,65536,0,829969,12.664321899414062
HSDMD,λ=8,65536,0,874481,13.343521118164062
HSDMD,λ=8,65536,0,876985,13.381729125976562
HSDMD,λ=8,65536,0,1048265,15.995254516601562
HRDMD,λ=8,65536,0,747745,11.409683227539062
HRDMD,λ=8,65536,0,628345,9.587783813476562
HRDMD,λ=8,65536,0,635713,9.700210571289062
HRDMD,λ=8,65536,0,878497,13.404800415039062
HRDMD,λ=8,65536,0,757145,11.553115844726562
HRDMD,λ=8,65536,0,733313,11.189468383789062
HRDMD,λ=8,65536,0,660377,10.076553344726562
HRDMD,λ=8,65536,0,866273,13.218276977539062
HRDMD,λ=8,65536,0,774193,11.813247680664062
HRDMD,λ=8,65536,0,686105,10.469131469726562
HRDMD,λ=8,65536,0,696593,10.629165649414062
HRDMD,λ=8,65536,0,635841,9.702163696289062
HRDMD,λ=8,65536,0,708929,10.817398071289062
HRDMD,λ=8,65536,0,623929,9.520401000976562
HRDMD,λ=8,65536,0,671465,10.245742797851562
HRDMD,λ=8,65536,0,841505,12.840347290039062
HRDMD,λ=8,65536,0,754017,11.505386352539062
HRDMD,λ=8,65536,0,647225,9.875869750976562
HRDMD,λ=8,65536,0,741257,11.310684204101562
HRDMD,λ=8,65536,0,829889,12.663101196289062
HRDMD,λ=8,65536,0,681233,10.394790649414062
HRDMD,λ=8,65536,0,677193,10.333145141601562
HRDMD,λ=8,65536,0,695697,10.615493774414062
HRDMD,λ=8,65536,0,764313,11.662490844726562
HRDMD,λ=8,65536,0,710993,10.848892211914062
HRDMD,λ=8,65536,0,671841,10.251480102539062
HRDMD,λ=8,65536,0,736081,11.231704711914062
HRDMD,λ=8,65536,0,814249,12.424453735351562
HRDMD,λ=8,65536,0,725065,11.063613891601562
HRDMD,λ=8,65536,0,649409,9.909194946289062
HRDMD,λ=8,65536,0,672433,10.260513305664062
HRDMD,λ=8,65536,0,693233,10.577896118164062
HRDMD,λ=8,65536,0,663449,10.123428344726562
HRDMD,λ=8,65536,0,651529,9.941543579101562
HRDMD,λ=8,65536,0,677401,10.336318969726562
HRDMD,λ=8,65536,0,622617,9.500381469726562
HRDMD,λ=8,65536,0,636313,9.709365844726562
HRDMD,λ=8,65536,0,757945,11.565322875976562
HRDMD,λ=8,65536,0,677865,10.343399047851562
HRDMD,λ=8,65536,0,724145,11.049575805664062
HRDMD,λ=8,65536,0,678265,10.349502563476562
HRDMD,λ=8,65536,0,657585,10.033950805664062
HRDMD,λ=8,65536,0,636945,9.719009399414062
HRDMD,λ=8,65536,0,661417,10.092422485351562
HRDMD,λ=8,65536,0,654449,9.986099243164062
HRDMD,λ=8,65536,0,687649,10.492691040039062
HRDMD,λ=8,65536,0,773801,11.807266235351562
HRDMD,λ=8,65536,0,709289,10.822891235351562
HRDMD,λ=8,65536,0,671865,10.251846313476562
HRDMD,λ=8,65536,0,653601,9.973159790039062
HRDMD,λ=8,65536,0,729489,11.131118774414062
HRDMD,λ=8,65536,0,654353,9.984634399414062
HRDMD,λ=8,65536,0,698553,10.659072875976562
HRDMD,λ=8,65536,0,695169,10.607437133789062
HRDMD,λ=8,65536,0,849905,12.968521118164062
HRDMD,λ=8,65536,0,642433,9.802749633789062
HRDMD,λ=8,65536,0,654697,9.989883422851562
HRDMD,λ=8,65536,0,665001,10.147109985351562
HRDMD,λ=8,65536,0,717433,10.947158813476562
HRDMD,λ=8,65536,0,664849,10.144790649414062
HRDMD,λ=8,65536,0,676057,10.315811157226562
HRDMD,λ=8,65536,0,721345,11.006851196289062
HRDMD,λ=8,65536,0,750193,11.447036743164062
HRDMD,λ=8,65536,0,696385,10.625991821289062
HRDMD,λ=8,65536,0,730505,11.146621704101562
HRDMD,λ=8,65536,0,710105,10.835342407226562
HRDMD,λ=8,65536,0,692921,10.573135375976562
HRDMD,λ=8,65536,0,703449,10.733779907226562
HRDMD,λ=8,65536,0,735393,11.221206665039062
HRDMD,λ=8,65536,0,712025,10.864639282226562
HRDMD,λ=8,65536,0,629177,9.600479125976562
HRDMD,λ=8,65536,0,762249,11.630996704101562
HRDMD,λ=8,65536,0,646809,9.869522094726562
HRDMD,λ=8,65536,0,721241,11.005264282226562
HRDMD,λ=8,65536,0,639809,9.762710571289062
HRDMD,λ=8,65536,0,802785,12.249526977539062
HRDMD,λ=8,65536,0,703649,10.736831665039062
HRDMD,λ=8,65536,0,740881,11.304946899414062
HRDMD,λ=8,65536,0,668977,10.207778930664062
HRDMD,λ=8,65536,0,655913,10.008438110351562
HRDMD,λ=8,65536,0,715089,10.911392211914062
HRDMD,λ=8,65536,0,662369,10.106948852539062
HRDMD,λ=8,65536,0,742825,11.334609985351562
HRDMD,λ=8,65536,0,669633,10.217788696289062
HRDMD,λ=8,65536,0,681857,10.404312133789062
HRDMD,λ=8,65536,0,649737,9.914199829101562
HRDMD,λ=8,65536,0,679785,10.372695922851562
HRDMD,λ=8,65536,0,659153,10.057876586914062
HRDMD,λ=8,65536,0,674921,10.298477172851562
HRDMD,λ=8,65536,0,716881,10.938735961914062
HRDMD,λ=8,65536,0,674217,10.287734985351562
HRDMD,λ=8,65536,0,720049,10.987075805664062
HRDMD,λ=8,65536,0,724985,11.062393188476562
HRDMD,λ=8,65536,0,640961,9.780288696289062
HRDMD,λ=8,65536,0,706561,10.781265258789062
HRDMD,λ=8,65536,0,638185,9.737930297851562
HRDMD,λ=8,65536,0,670529,10.231460571289062
HRDMD,λ=8,65536,0,789601,12.048355102539062
HRDMD,λ=8,65536,0,662497,10.108901977539062
HRDMD,λ=8,65536,0,790217,12.057754516601562
HHDMD,λ=8,65536,0,636961,9.719253540039062
HHDMD,λ=8,65536,0,638697,9.745742797851562
HHDMD,λ=8,65536,0,627177,9.569961547851562
HHDMD,λ=8,65536,0,626449,9.558853149414062
HHDMD,λ=8,65536,0,680737,10.387222290039062
HHDMD,λ=8,65536,0,623465,9.513320922851562
HHDMD,λ=8,65536,0,774329,11.815322875976562
HHDMD,λ=8,65536,0,671737,10.249893188476562
HHDMD,λ=8,65536,0,648105,9.889297485351562
HHDMD,λ=8,65536,0,643665,9.821548461914062
HHDMD,λ=8,65536,0,641729,9.792007446289062
HHDMD,λ=8,65536,0,630481,9.620376586914062
HHDMD,λ=8,65536,0,638049,9.735855102539062
HHDMD,λ=8,65536,0,602281,9.190078735351562
HHDMD,λ=8,65536,0,776561,11.849380493164062
HHDMD,λ=8,65536,0,688921,10.512100219726562
HHDMD,λ=8,65536,0,692145,10.561294555664062
HHDMD,λ=8,65536,0,713297,10.884048461914062
HHDMD,λ=8,65536,0,707929,10.802139282226562
HHDMD,λ=8,65536,0,710561,10.842300415039062
HHDMD,λ=8,65536,0,603521,9.208999633789062
HHDMD,λ=8,65536,0,668009,10.193008422851562
HHDMD,λ=8,65536,0,677025,10.330581665039062
HHDMD,λ=8,65536,0,722337,11.021987915039062
HHDMD,λ=8,65536,0,683793,10.433853149414062
HHDMD,λ=8,65536,0,607241,9.265762329101562
HHDMD,λ=8,65536,0,699057,10.666763305664062
HHDMD,λ=8,65536,0,647881,9.885879516601562
HHDMD,λ=8,65536,0,592993,9.048355102539062
HHDMD,λ=8,65536,0,650185,9.921035766601562
HHDMD,λ=8,65536,0,632153,9.645889282226562
HHDMD,λ=8,65536,0,631353,9.633682250976562
HHDMD,λ=8,65536,0,687513,10.490615844726562
HHDMD,λ=8,65536,0,629721,9.608779907226562
HHDMD,λ=8,65536,0,658977,10.055191040039062
HHDMD,λ=8,65536,0,649017,9.903213500976562
HHDMD,λ=8,65536,0,632969,9.658340454101562
HHDMD,λ=8,65536,0,653609,9.973281860351562
HHDMD,λ=8,65536,0,652713,9.959609985351562
HHDMD,λ=8,65536,0,604289,9.220718383789062
HHDMD,λ=8,65536,0,684945,10.451431274414062
HHDMD,λ=8,65536,0,737241,11.249404907226562
HHDMD,λ=8,65536,0,624105,9.523086547851562
HHDMD,λ=8,65536,0,698441,10.657363891601562
HHDMD,λ=8,65536,0,649065,9.903945922851562
HHDMD,λ=8,65536,0,639417,9.756729125976562
HHDMD,λ=8,65536,0,666161,10.164810180664062
HHDMD,λ=8,65536,0,640905,9.779434204101562
HHDMD,λ=8,65536,0,606705,9.257583618164062
HHDMD,λ=8,65536,0,603489,9.208511352539062
HHDMD,λ=8,65536,0,638833,9.747817993164062
HHDMD,λ=8,65536,0,618417,9.436294555664062
HHDMD,λ=8,65536,0,689049,10.514053344726562
HHDMD,λ=8,65536,0,637657,9.729873657226562
HHDMD,λ=8,65536,0,692905,10.572891235351562
HHDMD,λ=8,65536,0,629457,9.604751586914062
HHDMD,λ=8,65536,0,671089,10.240005493164062
HHDMD,λ=8,65536,0,688657,10.508071899414062
HHDMD,λ=8,65536,0,690441,10.535293579101562
HHDMD,λ=8,65536,0,755209,11.523574829101562
HHDMD,λ=8,65536,0,677553,10.338638305664062
HHDMD,λ=8,65536,0,648473,9.894912719726562
HHDMD,λ=8,65536,0,613025,9.354019165039062
HHDMD,λ=8,65536,0,621249,9.479507446289062
HHDMD,λ=8,65536,0,623969,9.521011352539062
HHDMD,λ=8,65536,0,603841,9.213882446289062
HHDMD,λ=8,65536,0,635993,9.704483032226562
HHDMD,λ=8,65536,0,641857,9.793960571289062
HHDMD,λ=8,65536,0,664153,10.134170532226562
HHDMD,λ=8,65536,0,665801,10.159317016601562
HHDMD,λ=8,65536,0,688129,10.500015258789062
HHDMD,λ=8,65536,0,646777,9.869033813476562
HHDMD,λ=8,65536,0,691337,10.548965454101562
HHDMD,λ=8,65536,0,646257,9.861099243164062
HHDMD,λ=8,65536,0,670017,10.223648071289062
HHDMD,λ=8,65536,0,647481,9.879776000976562
HHDMD,λ=8,65536,0,640201,9.768692016601562
HHDMD,λ=8,65536,0,783177,11.950332641601562
HHDMD,λ=8,65536,0,586569,8.950332641601562
HHDMD,λ=8,65536,0,658497,10.047866821289062
HHDMD,λ=8,65536,0,703049,10.727676391601562
HHDMD,λ=8,65536,0,604417,9.222671508789062
HHDMD,λ=8,65536,0,751105,11.460952758789062
HHDMD,λ=8,65536,0,635137,9.691421508789062
HHDMD,λ=8,65536,0,589161,8.989883422851562
HHDMD,λ=8,65536,0,654433,9.985855102539062
HHDMD,λ=8,65536,0,610209,9.311050415039062
HHDMD,λ=8,65536,0,635225,9.692764282226562
HHDMD,λ=8,65536,0,666689,10.172866821289062
HHDMD,λ=8,65536,0,656889,10.023330688476562
HHDMD,λ=8,65536,0,708393,10.809219360351562
HHDMD,λ=8,65536,0,635473,9.696548461914062
HHDMD,λ=8,65536,0,681929,10.405410766601562
HHDMD,λ=8,65536,0,698201,10.653701782226562
HHDMD,λ=8,65536,0,657969,10.039810180664062
HHDMD,λ=8,65536,0,646769,9.868911743164062
HHDMD,λ=8,65536,0,706817,10.785171508789062
HHDMD,λ=8,65536,0,694769,10.601333618164062
HHDMD,λ=8,65536,0,671753,10.250137329101562
HHDMD,λ=8,65536,0,598457,9.131729125976562
HHLMD,λ=8,65536,0,672193,10.256851196289062
HHLMD,λ=8,65536,0,645017,9.842178344726562
HHLMD,λ=8,65536,0,600417,9.161636352539062
HHLMD,λ=8,65536,0,821017,12.527725219726562
HHLMD,λ=8,65536,0,642009,9.796279907226562
HHLMD,λ=8,65536,0,655561,10.003067016601562
HHLMD,λ=8,65536,0,628177,9.585220336914062
HHLMD,λ=8,65536,0,751945,11.473770141601562
HHLMD,λ=8,65536,0,731417,11.160537719726562
HHLMD,λ=8,65536,0,618985,9.444961547851562
HHLMD,λ=8,65536,0,647553,9.880874633789062
HHLMD,λ=8,65536,0,657233,10.028579711914062
HHLMD,λ=8,65536,0,652689,9.959243774414062
HHLMD,λ=8,65536,0,618673,9.440200805664062
HHLMD,λ=8,65536,0,622025,9.491348266601562
HHLMD,λ=8,65536,0,797737,12.172500610351562
HHLMD,λ=8,65536,0,637425,9.726333618164062
HHLMD,λ=8,65536,0,659985,10.070571899414062
HHLMD,λ=8,65536,0,646385,9.863052368164062
HHLMD,λ=8,65536,0,725881,11.076065063476562
HHLMD,λ=8,65536,0,768729,11.729873657226562
HHLMD,λ=8,65536,0,671665,10.248794555664062
HHLMD,λ=8,65536,0,651121,9.935317993164062
HHLMD,λ=8,65536,0,633913,9.672744750976562
HHLMD,λ=8,65536,0,624761,9.533096313476562
HHLMD,λ=8,65536,0,623409,9.512466430664062
HHLMD,λ=8,65536,0,686161,10.469985961914062
HHLMD,λ=8,65536,0,685657,10.462295532226562
HHLMD,λ=8,65536,0,628729,9.593643188476562
HHLMD,λ=8,65536,0,640081,9.766860961914062
HHLMD,λ=8,65536,0,646041,9.857803344726562
HHLMD,λ=8,65536,0,698209,10.653823852539062
HHLMD,λ=8,65536,0,695065,10.605850219726562
HHLMD,λ=8,65536,0,652601,9.957901000976562
HHLMD,λ=8,65536,0,670801,10.235610961914062
HHLMD,λ=8,65536,0,627473,9.574478149414062
HHLMD,λ=8,65536,0,605697,9.242202758789062
HHLMD,λ=8,65536,0,657905,10.038833618164062
HHLMD,λ=8,65536,0,629657,9.607803344726562
HHLMD,λ=8,65536,0,583241,8.899551391601562
HHLMD,λ=8,65536,0,624569,9.530166625976562
HHLMD,λ=8,65536,0,638985,9.750137329101562
HHLMD,λ=8,65536,0,679417,10.367080688476562
HHLMD,λ=8,65536,0,712361,10.869766235351562
HHLMD,λ=8,65536,0,658617,10.049697875976562
HHLMD,λ=8,65536,0,617249,9.418472290039062
HHLMD,λ=8,65536,0,639937,9.764663696289062
HHLMD,λ=8,65536,0,638569,9.743789672851562
HHLMD,λ=8,65536,0,620089,9.461807250976562
HHLMD,λ=8,65536,0,650089,9.919570922851562
HHLMD,λ=8,65536,0,651137,9.935562133789062
HHLMD,λ=8,65536,0,642161,9.798599243164062
HHLMD,λ=8,65536,0,660609,10.080093383789062
HHLMD,λ=8,65536,0,609297,9.297134399414062
HHLMD,λ=8,65536,0,657001,10.025039672851562
HHLMD,λ=8,65536,0,662145,10.103530883789062
HHLMD,λ=8,65536,0,754129,11.507095336914062
HHLMD,λ=8,65536,0,657809,10.037368774414062
HHLMD,λ=8,65536,0,773457,11.802017211914062
HHLMD,λ=8,65536,0,695561,10.613418579101562
HHLMD,λ=8,65536,0,695881,10.618301391601562
HHLMD,λ=8,65536,0,598049,9.125503540039062
HHLMD,λ=8,65536,0,669537,10.216323852539062
HHLMD,λ=8,65536,0,694993,10.604751586914062
HHLMD,λ=8,65536,0,631265,9.632339477539062
HHLMD,λ=8,65536,0,631433,9.634902954101562
HHLMD,λ=8,65536,0,688649,10.507949829101562
HHLMD,λ=8,65536,0,667401,10.183731079101562
HHLMD,λ=8,65536,0,621049,9.476455688476562
HHLMD,λ=8,65536,0,655505,10.002212524414062
HHLMD,λ=8,65536,0,642489,9.803604125976562
HHLMD,λ=8,65536,0,655137,9.996597290039062
HHLMD,λ=8,65536,0,679313,10.365493774414062
HHLMD,λ=8,65536,0,633793,9.670913696289062
HHLMD,λ=8,65536,0,717961,10.955215454101562
HHLMD,λ=8,65536,0,650921,9.932266235351562
HHLMD,λ=8,65536,0,700473,10.688369750976562
HHLMD,λ=8,65536,0,618433,9.436538696289062
HHLMD,λ=8,65536,0,668497,10.200454711914062
HHLMD,λ=8,65536,0,658097,10.041763305664062
HHLMD,λ=8,65536,0,728793,11.120498657226562
HHLMD,λ=8,65536,0,633537,9.667007446289062
HHLMD,λ=8,65536,0,626873,9.565322875976562
HHLMD,λ=8,65536,0,611225,9.326553344726562
HHLMD,λ=8,65536,0,668289,10.197280883789062
HHLMD,λ=8,65536,0,616545,9.407730102539062
HHLMD,λ=8,65536,0,658273,10.044448852539062
HHLMD,λ=8,65536,0,602433,9.192398071289062
HHLMD,λ=8,65536,0,657465,10.032119750976562
HHLMD,λ=8,65536,0,666793,10.174453735351562
HHLMD,λ=8,65536,0,631889,9.641860961914062
HHLMD,λ=8,65536,0,695057,10.605728149414062
HHLMD,λ=8,65536,0,683209,10.424942016601562
HHLMD,λ=8,65536,0,750241,11.447769165039062
HHLMD,λ=8,65536,0,697753,10.646865844726562
HHLMD,λ=8,65536,0,637785,9.731826782226562
HHLMD,λ=8,65536,0,658521,10.048233032226562
HHLMD,λ=8,65536,0,672033,10.254409790039062
HHLMD,λ=8,65536,0,690489,10.536026000976562
HHLMD,λ=8,65536,0,803921,12.266860961914062
HRLMD,λ=8,65536,0,636961,9.719253540039062
HRLMD,λ=8,65536,0,766001,11.688247680664062
HRLMD,λ=8,65536,0,934065,14.252700805664062
HRLMD,λ=8,65536,0,767505,11.711196899414062
HRLMD,λ=8,65536,0,676449,10.321792602539062
HRLMD,λ=8,65536,0,652825,9.961318969726562
HRLMD,λ=8,65536,0,665585,10.156021118164062
HRLMD,λ=8,65536,0,704153,10.744522094726562
HRLMD,λ=8,65536,0,660673,10.081069946289062
HRLMD,λ=8,65536,0,705961,10.772109985351562
HRLMD,λ=8,65536,0,683409,10.427993774414062
HRLMD,λ=8,65536,0,768169,11.721328735351562
HRLMD,λ=8,65536,0,784089,11.964248657226562
HRLMD,λ=8,65536,0,686697,10.478164672851562
HRLMD,λ=8,65536,0,733313,11.189468383789062
HRLMD,λ=8,65536,0,728945,11.122817993164062
HRLMD,λ=8,65536,0,675129,10.301651000976562
HRLMD,λ=8,65536,0,698281,10.654922485351562
HRLMD,λ=8,65536,0,721529,11.009658813476562
HRLMD,λ=8,65536,0,670705,10.234146118164062
HRLMD,λ=8,65536,0,730033,11.139419555664062
HRLMD,λ=8,65536,0,843241,12.866836547851562
HRLMD,λ=8,65536,0,734217,11.203262329101562
HRLMD,λ=8,65536,0,706289,10.777114868164062
HRLMD,λ=8,65536,0,706249,10.776504516601562
HRLMD,λ=8,65536,0,693793,10.586441040039062
HRLMD,λ=8,65536,0,676049,10.315689086914062
HRLMD,λ=8,65536,0,749929,11.443008422851562
HRLMD,λ=8,65536,0,683105,10.423355102539062
HRLMD,λ=8,65536,0,708081,10.804458618164062
HRLMD,λ=8,65536,0,722337,11.021987915039062
HRLMD,λ=8,65536,0,743193,11.340225219726562
HRLMD,λ=8,65536,0,708409,10.809463500976562
HRLMD,λ=8,65536,0,896577,13.680679321289062
HRLMD,λ=8,65536,0,694657,10.599624633789062
HRLMD,λ=8,65536,0,686785,10.479507446289062
HRLMD,λ=8,65536,0,833729,12.721694946289062
HRLMD,λ=8,65536,0,700937,10.695449829101562
HRLMD,λ=8,65536,0,694361,10.595108032226562
HRLMD,λ=8,65536,0,630761,9.624649047851562
HRLMD,λ=8,65536,0,691417,10.550186157226562
HRLMD,λ=8,65536,0,634633,9.683731079101562
HRLMD,λ=8,65536,0,813297,12.409927368164062
HRLMD,λ=8,65536,0,662457,10.108291625976562
HRLMD,λ=8,65536,0,731225,11.157608032226562
HRLMD,λ=8,65536,0,761945,11.626358032226562
HRLMD,λ=8,65536,0,702049,10.712417602539062
HRLMD,λ=8,65536,0,686057,10.468399047851562
HRLMD,λ=8,65536,0,686353,10.472915649414062
HRLMD,λ=8,65536,0,707985,10.802993774414062
HRLMD,λ=8,65536,0,751777,11.471206665039062
HRLMD,λ=8,65536,0,679017,10.360977172851562
HRLMD,λ=8,65536,0,696753,10.631607055664062
HRLMD,λ=8,65536,0,714697,10.905410766601562
HRLMD,λ=8,65536,0,690729,10.539688110351562
HRLMD,λ=8,65536,0,730145,11.141128540039062
HRLMD,λ=8,65536,0,653065,9.964981079101562
HRLMD,λ=8,65536,0,661745,10.097427368164062
HRLMD,λ=8,65536,0,712417,10.870620727539062
HRLMD,λ=8,65536,0,663657,10.126602172851562
HRLMD,λ=8,65536,0,674945,10.298843383789062
HRLMD,λ=8,65536,0,654425,9.985733032226562
HRLMD,λ=8,65536,0,685113,10.453994750976562
HRLMD,λ=8,65536,0,681561,10.399795532226562
HRLMD,λ=8,65536,0,725529,11.070693969726562
HRLMD,λ=8,65536,0,709913,10.832412719726562
HRLMD,λ=8,65536,0,675385,10.305557250976562
HRLMD,λ=8,65536,0,849017,12.954971313476562
HRLMD,λ=8,65536,0,753585,11.498794555664062
HRLMD,λ=8,65536,0,699457,10.672866821289062
HRLMD,λ=8,65536,0,725745,11.073989868164062
HRLMD,λ=8,65536,0,670385,10.229263305664062
HRLMD,λ=8,65536,0,717897,10.954238891601562
HRLMD,λ=8,65536,0,682457,10.413467407226562
HRLMD,λ=8,65536,0,774673,11.820571899414062
HRLMD,λ=8,65536,0,741273,11.310928344726562
HRLMD,λ=8,65536,0,729833,11.136367797851562
HRLMD,λ=8,65536,0,692665,10.569229125976562
HRLMD,λ=8,65536,0,693577,10.583145141601562
HRLMD,λ=8,65536,0,736041,11.231094360351562
HRLMD,λ=8,65536,0,713417,10.885879516601562
HRLMD,λ=8,65536,0,784513,11.970718383789062
HRLMD,λ=8,65536,0,778833,11.884048461914062
HRLMD,λ=8,65536,0,715009,10.910171508789062
HRLMD,λ=8,65536,0,706753,10.784194946289062
HRLMD,λ=8,65536,0,784129,11.964859008789062
HRLMD,λ=8,65536,0,682281,10.410781860351562
HRLMD,λ=8,65536,0,705857,10.770523071289062
HRLMD,λ=8,65536,0,675049,10.300430297851562
HRLMD,λ=8,65536,0,635401,9.695449829101562
HRLMD,λ=8,65536,0,735657,11.225234985351562
HRLMD,λ=8,65536,0,709217,10.821792602539062
HRLMD,λ=8,65536,0,690121,10.530410766601562
HRLMD,λ=8,65536,0,768385,11.724624633789062
HRLMD,λ=8,65536,0,737673,11.255996704101562
HRLMD,λ=8,65536,0,665449,10.153945922851562
HRLMD,λ=8,65536,0,784793,11.974990844726562
HRLMD,λ=8,65536,0,751361,11.464859008789062
HRLMD,λ=8,65536,0,689945,10.527725219726562
HSLMD,λ=8,65536,0,953617,14.551040649414062
HSLMD,λ=8,65536,0,883057,13.474380493164062
HSLMD,λ=8,65536,0,834161,12.728286743164062
HSLMD,λ=8,65536,0,1106369,16.881851196289062
HSLMD,λ=8,65536,0,949665,14.490737915039062
HSLMD,λ=8,65536,0,931345,14.211196899414062
HSLMD,λ=8,65536,0,1010673,15.421646118164062
HSLMD,λ=8,65536,0,895729,13.667739868164062
HSLMD,λ=8,65536,0,881777,13.454849243164062
HSLMD,λ=8,65536,0,879393,13.418472290039062
HSLMD,λ=8,65536,0,975825,14.889907836914062
HSLMD,λ=8,65536,0,951089,14.512466430664062
HSLMD,λ=8,65536,0,962241,14.682632446289062
HSLMD,λ=8,65536,0,882129,13.460220336914062
HSLMD,λ=8,65536,0,924001,14.099136352539062
HSLMD,λ=8,65536,0,1051537,16.045181274414062
HSLMD,λ=8,65536,0,921905,14.067153930664062
HSLMD,λ=8,65536,0,1110817,16.949722290039062
HSLMD,λ=8,65536,0,1030353,15.721939086914062
HSLMD,λ=8,65536,0,836241,12.760025024414062
HSLMD,λ=8,65536,0,1021569,15.587905883789062
HSLMD,λ=8,65536,0,863409,13.174575805664062
HSLMD,λ=8,65536,0,878913,13.411148071289062
HSLMD,λ=8,65536,0,988433,15.082290649414062
HSLMD,λ=8,65536,0,1013841,15.469985961914062
HSLMD,λ=8,65536,0,870769,13.286880493164062
HSLMD,λ=8,65536,0,1033553,15.770767211914062
HSLMD,λ=8,65536,0,951985,14.526138305664062
HSLMD,λ=8,65536,0,999137,15.245620727539062
HSLMD,λ=8,65536,0,961649,14.673599243164062
HSLMD,λ=8,65536,0,875713,13.362319946289062
HSLMD,λ=8,65536,0,1008449,15.387710571289062
HSLMD,λ=8,65536,0,956033,14.587905883789062
HSLMD,λ=8,65536,0,860321,13.127456665039062
HSLMD,λ=8,65536,0,1168161,17.824722290039062
HSLMD,λ=8,65536,0,885857,13.517105102539062
HSLMD,λ=8,65536,0,895761,13.668228149414062
HSLMD,λ=8,65536,0,1042017,15.899917602539062
HSLMD,λ=8,65536,0,1046977,15.975601196289062
HSLMD,λ=8,65536,0,863169,13.170913696289062
HSLMD,λ=8,65536,0,913441,13.938003540039062
HSLMD,λ=8,65536,0,1025761,15.651870727539062
HSLMD,λ=8,65536,0,878449,13.404067993164062
HSLMD,λ=8,65536,0,917153,13.994644165039062
HSLMD,λ=8,65536,0,890913,13.594253540039062
HSLMD,λ=8,65536,0,898033,13.702896118164062
HSLMD,λ=8,65536,0,876705,13.377456665039062
HSLMD,λ=8,65536,0,941729,14.369644165039062
HSLMD,λ=8,65536,0,828849,12.647232055664062
HSLMD,λ=8,65536,0,885649,13.513931274414062
HSLMD,λ=8,65536,0,916273,13.981216430664062
HSLMD,λ=8,65536,0,987313,15.065200805664062
HSLMD,λ=8,65536,0,955201,14.575210571289062
HSLMD,λ=8,65536,0,935025,14.267349243164062
HSLMD,λ=8,65536,0,863425,13.174819946289062
HSLMD,λ=8,65536,0,888289,13.554214477539062
HSLMD,λ=8,65536,0,902401,13.769546508789062
HSLMD,λ=8,65536,0,1046065,15.961685180664062
HSLMD,λ=8,65536,0,948801,14.477554321289062
HSLMD,λ=8,65536,0,953265,14.545669555664062
HSLMD,λ=8,65536,0,833617,12.719985961914062
HSLMD,λ=8,65536,0,927953,14.159439086914062
HSLMD,λ=8,65536,0,918449,14.014419555664062
HSLMD,λ=8,65536,0,876689,13.377212524414062
HSLMD,λ=8,65536,0,877249,13.385757446289062
HSLMD,λ=8,65536,0,902849,13.776382446289062
HSLMD,λ=8,65536,0,867089,13.230728149414062
HSLMD,λ=8,65536,0,981921,14.982925415039062
HSLMD,λ=8,65536,0,969665,14.795913696289062
HSLMD,λ=8,65536,0,1010993,15.426528930664062
HSLMD,λ=8,65536,0,935553,14.275405883789062
HSLMD,λ=8,65536,0,925089,14.115737915039062
HSLMD,λ=8,65536,0,989953,15.105484008789062
HSLMD,λ=8,65536,0,912801,13.928237915039062
HSLMD,λ=8,65536,0,835009,12.741226196289062
HSLMD,λ=8,65536,0,952129,14.528335571289062
HSLMD,λ=8,65536,0,930257,14.194595336914062
HSLMD,λ=8,65536,0,910113,13.887222290039062
HSLMD,λ=8,65536,0,901745,13.759536743164062
HSLMD,λ=8,65536,0,856513,13.069351196289062
HSLMD,λ=8,65536,0,944753,14.415786743164062
HSLMD,λ=8,65536,0,913025,13.931655883789062
HSLMD,λ=8,65536,0,964465,14.716567993164062
HSLMD,λ=8,65536,0,908769,13.866714477539062
HSLMD,λ=8,65536,0,989009,15.091079711914062
HSLMD,λ=8,65536,0,960817,14.660903930664062
HSLMD,λ=8,65536,0,865985,13.213882446289062
HSLMD,λ=8,65536,0,894065,13.642349243164062
HSLMD,λ=8,65536,0,939025,14.328384399414062
HSLMD,λ=8,65536,0,938801,14.324966430664062
HSLMD,λ=8,65536,0,898849,13.715347290039062
HSLMD,λ=8,65536,0,934689,14.262222290039062
HSLMD,λ=8,65536,0,1010689,15.421890258789062
HSLMD,λ=8,65536,0,834385,12.731704711914062
HSLMD,λ=8,65536,0,903761,13.790298461914062
HSLMD,λ=8,65536,0,888321,13.554702758789062
HSLMD,λ=8,65536,0,916833,13.989761352539062
HSLMD,λ=8,65536,0,888865,13.563003540039062
HSLMD,λ=8,65536,0,1006065,15.351333618164062
HSLMD,λ=8,65536,0,927601,14.154067993164062
HSDID,λ=8,65536,0,1036945,15.822525024414062
HSDID,λ=8,65536,0,892881,13.624282836914062
HSDID,λ=8,65536,0,967809,14.767593383789062
HSDID,λ=8,65536,0,954753,14.568374633789062
HSDID,λ=8,65536,0,978481,14.930435180664062
HSDID,λ=8,65536,0,941361,14.364028930664062
HSDID,λ=8,65536,0,885089,13.505386352539062
HSDID,λ=8,65536,0,877793,13.394058227539062
HSDID,λ=8,65536,0,924225,14.102554321289062
HSDID,λ=8,65536,0,990129,15.108169555664062
HSDID,λ=8,65536,0,980225,14.957046508789062
HSDID,λ=8,65536,0,845313,12.898452758789062
HSDID,λ=8,65536,0,890561,13.588882446289062
HSDID,λ=8,65536,0,909793,13.882339477539062
HSDID,λ=8,65536,0,895089,13.657974243164062
HSDID,λ=8,65536,0,1063185,16.222915649414062
HSDID,λ=8,65536,0,901297,13.752700805664062
HSDID,λ=8,65536,0,997809,15.225357055664062
HSDID,λ=8,65536,0,1069585,16.320571899414062
HSDID,λ=8,65536,0,1054769,16.094497680664062
HSDID,λ=8,65536,0,972961,14.846206665039062
HSDID,λ=8,65536,0,960801,14.660659790039062
HSDID,λ=8,65536,0,975169,14.879898071289062
HSDID,λ=8,65536,0,883185,13.476333618164062
HSDID,λ=8,65536,0,870321,13.280044555664062
HSDID,λ=8,65536,0,1002609,15.298599243164062
HSDID,λ=8,65536,0,909633,13.879898071289062
HSDID,λ=8,65536,0,887649,13.544448852539062
HSDID,λ=8,65536,0,1036001,15.808120727539062
HSDID,λ=8,65536,0,941009,14.358657836914062
HSDID,λ=8,65536,0,928929,14.174331665039062
HSDID,λ=8,65536,0,926865,14.142837524414062
HSDID,λ=8,65536,0,1032001,15.747085571289062
HSDID,λ=8,65536,0,977713,14.918716430664062
HSDID,λ=8,65536,0,1003361,15.310073852539062
HSDID,λ=8,65536,0,1151697,17.573501586914062
HSDID,λ=8,65536,0,904913,13.807876586914062
HSDID,λ=8,65536,0,887009,13.534683227539062
HSDID,λ=8,65536,0,972833,14.844253540039062
HSDID,λ=8,65536,0,1023409,15.615982055664062
HSDID,λ=8,65536,0,891665,13.605728149414062
HSDID,λ=8,65536,0,852417,13.006851196289062
HSDID,λ=8,65536,0,1144833,17.468765258789062
HSDID,λ=8,65536,0,962785,14.690933227539062
HSDID,λ=8,65536,0,964961,14.724136352539062
HSDID,λ=8,65536,0,925121,14.116226196289062
HSDID,λ=8,65536,0,900977,13.747817993164062
HSDID,λ=8,65536,0,971585,14.825210571289062
HSDID,λ=8,65536,0,913921,13.945327758789062
HSDID,λ=8,65536,0,912849,13.928970336914062
HSDID,λ=8,65536,0,937249,14.301284790039062
HSDID,λ=8,65536,0,905505,13.816909790039062
HSDID,λ=8,65536,0,931297,14.210464477539062
HSDID,λ=8,65536,0,881537,13.451187133789062
HSDID,λ=8,65536,0,875313,13.356216430664062
HSDID,λ=8,65536,0,945697,14.430191040039062
HSDID,λ=8,65536,0,920033,14.038589477539062
HSDID,λ=8,65536,0,995921,15.196548461914062
HSDID,λ=8,65536,0,961105,14.665298461914062
HSDID,λ=8,65536,0,902577,13.772232055664062
HSDID,λ=8,65536,0,977905,14.921646118164062
HSDID,λ=8,65536,0,856577,13.070327758789062
HSDID,λ=8,65536,0,934705,14.262466430664062
HSDID,λ=8,65536,0,896833,13.684585571289062
HSDID,λ=8,65536,0,1000737,15.270034790039062
HSDID,λ=8,65536,0,889233,13.568618774414062
HSDID,λ=8,65536,0,954001,14.556900024414062
HSDID,λ=8,65536,0,929873,14.188735961914062
HSDID,λ=8,65536,0,904993,13.809097290039062
HSDID,λ=8,65536,0,898193,13.705337524414062
HSDID,λ=8,65536,0,911249,13.904556274414062
HSDID,λ=8,65536,0,902849,13.776382446289062
HSDID,λ=8,65536,0,918641,14.017349243164062
HSDID,λ=8,65536,0,918097,14.009048461914062
HSDID,λ=8,65536,0,968657,14.780532836914062
HSDID,λ=8,65536,0,896865,13.685073852539062
HSDID,λ=8,65536,0,992417,15.143081665039062
HSDID,λ=8,65536,0,968593,14.779556274414062
HSDID,λ=8,65536,0,970721,14.812026977539062
HSDID,λ=8,65536,0,944145,14.406509399414062
HSDID,λ=8,65536,0,911377,13.906509399414062
HSDID,λ=8,65536,0,890481,13.587661743164062
HSDID,λ=8,65536,0,1003697,15.315200805664062
HSDID,λ=8,65536,0,916081,13.978286743164062
HSDID,λ=8,65536,0,931169,14.208511352539062
HSDID,λ=8,65536,0,947617,14.459487915039062
HSDID,λ=8,65536,0,997249,15.216812133789062
HSDID,λ=8,65536,0,912481,13.923355102539062
HSDID,λ=8,65536,0,916673,13.987319946289062
HSDID,λ=8,65536,0,897953,13.701675415039062
HSDID,λ=8,65536,0,1056193,16.116226196289062
HSDID,λ=8,65536,0,996497,15.205337524414062
HSDID,λ=8,65536,0,920785,14.050064086914062
HSDID,λ=8,65536,0,846881,12.922378540039062
HSDID,λ=8,65536,0,969873,14.799087524414062
HSDID,λ=8,65536,0,948561,14.473892211914062
HSDID,λ=8,65536,0,940161,14.345718383789062
HSDID,λ=8,65536,0,1101137,16.802017211914062
HSDID,λ=8,65536,0,926049,14.130386352539062
HSDID,λ=8,65536,0,1100353,16.790054321289062
HRDID,λ=8,65536,0,826561,12.612319946289062
HRDID,λ=8,65536,0,724257,11.051284790039062
HRDID,λ=8,65536,0,721841,11.014419555664062
HRDID,λ=8,65536,0,834113,12.727554321289062
HRDID,λ=8,65536,0,848177,12.942153930664062
HRDID,λ=8,65536,0,690785,10.540542602539062
HRDID,λ=8,65536,0,805649,12.293228149414062
HRDID,λ=8,65536,0,802993,12.252700805664062
HRDID,λ=8,65536,0,675521,10.307632446289062
HRDID,λ=8,65536,0,760929,11.610855102539062
HRDID,λ=8,65536,0,725025,11.063003540039062
HRDID,λ=8,65536,0,732385,11.175308227539062
HRDID,λ=8,65536,0,706049,10.773452758789062
HRDID,λ=8,65536,0,762337,11.632339477539062
HRDID,λ=8,65536,0,725425,11.069107055664062
HRDID,λ=8,65536,0,703969,10.741714477539062
HRDID,λ=8,65536,0,720401,10.992446899414062
HRDID,λ=8,65536,0,730401,11.145034790039062
HRDID,λ=8,65536,0,802945,12.251968383789062
HRDID,λ=8,65536,0,692529,10.567153930664062
HRDID,λ=8,65536,0,775265,11.829605102539062
HRDID,λ=8,65536,0,779233,11.890151977539062
HRDID,λ=8,65536,0,710401,10.839859008789062
HRDID,λ=8,65536,0,764865,11.670913696289062
HRDID,λ=8,65536,0,730497,11.146499633789062
HRDID,λ=8,65536,0,695841,10.617691040039062
HRDID,λ=8,65536,0,729505,11.131362915039062
HRDID,λ=8,65536,0,686305,10.472183227539062
HRDID,λ=8,65536,0,696801,10.632339477539062
HRDID,λ=8,65536,0,695905,10.618667602539062
HRDID,λ=8,65536,0,763745,11.653823852539062
HRDID,λ=8,65536,0,794289,12.119888305664062
HRDID,λ=8,65536,0,704081,10.743423461914062
HRDID,λ=8,65536,0,775921,11.839614868164062
HRDID,λ=8,65536,0,656193,10.012710571289062
HRDID,λ=8,65536,0,718529,10.963882446289062
HRDID,λ=8,65536,0,687697,10.493423461914062
HRDID,λ=8,65536,0,798641,12.186294555664062
HRDID,λ=8,65536,0,725057,11.063491821289062
HRDID,λ=8,65536,0,777329,11.861099243164062
HRDID,λ=8,65536,0,683233,10.425308227539062
HRDID,λ=8,65536,0,741793,11.318862915039062
HRDID,λ=8,65536,0,743313,11.342056274414062
HRDID,λ=8,65536,0,660081,10.072036743164062
HRDID,λ=8,65536,0,741857,11.319839477539062
HRDID,λ=8,65536,0,770257,11.753189086914062
HRDID,λ=8,65536,0,801729,12.233413696289062
HRDID,λ=8,65536,0,692769,10.570816040039062
HRDID,λ=8,65536,0,1075761,16.414810180664062
HRDID,λ=8,65536,0,671569,10.247329711914062
HRDID,λ=8,65536,0,716001,10.925308227539062
HRDID,λ=8,65536,0,722145,11.019058227539062
HRDID,λ=8,65536,0,727185,11.095962524414062
HRDID,λ=8,65536,0,789617,12.048599243164062
HRDID,λ=8,65536,0,712961,10.878921508789062
HRDID,λ=8,65536,0,749969,11.443618774414062
HRDID,λ=8,65536,0,817681,12.476821899414062
HRDID,λ=8,65536,0,794657,12.125503540039062
HRDID,λ=8,65536,0,725233,11.066177368164062
HRDID,λ=8,65536,0,732529,11.177505493164062
HRDID,λ=8,65536,0,706689,10.783218383789062
HRDID,λ=8,65536,0,672609,10.263198852539062
HRDID,λ=8,65536,0,736385,11.236343383789062
HRDID,λ=8,65536,0,751825,11.471939086914062
HRDID,λ=8,65536,0,729537,11.131851196289062
HRDID,λ=8,65536,0,822529,12.550796508789062
HRDID,λ=8,65536,0,708577,10.812026977539062
HRDID,λ=8,65536,0,687297,10.487319946289062
HRDID,λ=8,65536,0,822065,12.543716430664062
HRDID,λ=8,65536,0,750289,11.448501586914062
HRDID,λ=8,65536,0,707025,10.788345336914062
HRDID,λ=8,65536,0,776689,11.851333618164062
HRDID,λ=8,65536,0,754577,11.513931274414062
HRDID,λ=8,65536,0,730641,11.148696899414062
HRDID,λ=8,65536,0,739105,11.277847290039062
HRDID,λ=8,65536,0,830577,12.673599243164062
HRDID,λ=8,65536,0,740369,11.297134399414062
HRDID,λ=8,65536,0,779953,11.901138305664062
HRDID,λ=8,65536,0,683153,10.424087524414062
HRDID,λ=8,65536,0,688753,10.509536743164062
HRDID,λ=8,65536,0,750417,11.450454711914062
HRDID,λ=8,65536,0,785569,11.986831665039062
HRDID,λ=8,65536,0,689985,10.528335571289062
HRDID,λ=8,65536,0,691601,10.552993774414062
HRDID,λ=8,65536,0,741617,11.316177368164062
HRDID,λ=8,65536,0,739937,11.290542602539062
HRDID,λ=8,65536,0,683601,10.430923461914062
HRDID,λ=8,65536,0,744865,11.365737915039062
HRDID,λ=8,65536,0,713857,10.892593383789062
HRDID,λ=8,65536,0,749393,11.434829711914062
HRDID,λ=8,65536,0,759793,11.593521118164062
HRDID,λ=8,65536,0,723121,11.033950805664062
HRDID,λ=8,65536,0,734129,11.201919555664062
HRDID,λ=8,65536,0,854241,13.034683227539062
HRDID,λ=8,65536,0,808929,12.343276977539062
HRDID,λ=8,65536,0,764593,11.666763305664062
HRDID,λ=8,65536,0,690737,10.539810180664062
HRDID,λ=8,65536,0,702849,10.724624633789062
HRDID,λ=8,65536,0,818961,12.496353149414062
HRDID,λ=8,65536,0,721889,11.015151977539062
HHDID,λ=8,65536,0,665953,10.161636352539062
HHDID,λ=8,65536,0,754001,11.505142211914062
HHDID,λ=8,65536,0,735089,11.216567993164062
HHDID,λ=8,65536,0,705249,10.761245727539062
HHDID,λ=8,65536,0,718129,10.957778930664062
HHDID,λ=8,65536,0,793569,12.108901977539062
HHDID,λ=8,65536,0,702113,10.713394165039062
HHDID,λ=8,65536,0,722321,11.021743774414062
HHDID,λ=8,65536,0,694241,10.593276977539062
HHDID,λ=8,65536,0,704929,10.756362915039062
HHDID,λ=8,65536,0,669985,10.223159790039062
HHDID,λ=8,65536,0,702225,10.715103149414062
HHDID,λ=8,65536,0,685169,10.454849243164062
HHDID,λ=8,65536,0,663313,10.121353149414062
HHDID,λ=8,65536,0,716513,10.933120727539062
HHDID,λ=8,65536,0,690033,10.529067993164062
HHDID,λ=8,65536,0,728497,11.115982055664062
HHDID,λ=8,65536,0,725409,11.068862915039062
HHDID,λ=8,65536,0,699761,10.677505493164062
HHDID,λ=8,65536,0,710049,10.834487915039062
HHDID,λ=8,65536,0,674257,10.288345336914062
HHDID,λ=8,65536,0,713953,10.894058227539062
HHDID,λ=8,65536,0,671873,10.251968383789062
HHDID,λ=8,65536,0,694929,10.603775024414062
HHDID,λ=8,65536,0,770609,11.758560180664062
HHDID,λ=8,65536,0,664097,10.133316040039062
HHDID,λ=8,65536,0,714561,10.903335571289062
HHDID,λ=8,65536,0,727937,11.107437133789062
HHDID,λ=8,65536,0,692833,10.571792602539062
HHDID,λ=8,65536,0,683921,10.435806274414062
HHDID,λ=8,65536,0,738817,11.273452758789062
HHDID,λ=8,65536,0,681905,10.405044555664062
HHDID,λ=8,65536,0,719089,10.972427368164062
HHDID,λ=8,65536,0,668353,10.198257446289062
HHDID,λ=8,65536,0,706081,10.773941040039062
HHDID,λ=8,65536,0,754305,11.509780883789062
HHDID,λ=8,65536,0,820961,12.526870727539062
HHDID,λ=8,65536,0,751633,11.469009399414062
HHDID,λ=8,65536,0,762625,11.636734008789062
HHDID,λ=8,65536,0,681713,10.402114868164062
HHDID,λ=8,65536,0,683185,10.424575805664062
HHDID,λ=8,65536,0,683665,10.431900024414062
HHDID,λ=8,65536,0,673697,10.279800415039062
HHDID,λ=8,65536,0,867569,13.238052368164062
HHDID,λ=8,65536,0,751025,11.459732055664062
HHDID,λ=8,65536,0,674433,10.291030883789062
HHDID,λ=8,65536,0,705169,10.760025024414062
HHDID,λ=8,65536,0,790353,12.059829711914062
HHDID,λ=8,65536,0,720449,10.993179321289062
HHDID,λ=8,65536,0,685217,10.455581665039062
HHDID,λ=8,65536,0,682161,10.408950805664062
HHDID,λ=8,65536,0,792625,12.094497680664062
HHDID,λ=8,65536,0,752225,11.478042602539062
HHDID,λ=8,65536,0,665857,10.160171508789062
HHDID,λ=8,65536,0,653153,9.966323852539062
HHDID,λ=8,65536,0,838993,12.802017211914062
HHDID,λ=8,65536,0,748705,11.424331665039062
HHDID,λ=8,65536,0,704865,10.755386352539062
HHDID,λ=8,65536,0,708865,10.816421508789062
HHDID,λ=8,65536,0,722673,11.027114868164062
HHDID,λ=8,65536,0,707393,10.793960571289062
HHDID,λ=8,65536,0,693105,10.575942993164062
HHDID,λ=8,65536,0,704209,10.745376586914062
HHDID,λ=8,65536,0,792929,12.099136352539062
HHDID,λ=8,65536,0,701329,10.701431274414062
HHDID,λ=8,65536,0,695025,10.605239868164062
HHDID,λ=8,65536,0,705441,10.764175415039062
HHDID,λ=8,65536,0,689793,10.525405883789062
HHDID,λ=8,65536,0,744225,11.355972290039062
HHDID,λ=8,65536,0,672945,10.268325805664062
HHDID,λ=8,65536,0,686849,10.480484008789062
HHDID,λ=8,65536,0,732625,11.178970336914062
HHDID,λ=8,65536,0,684065,10.438003540039062
HHDID,λ=8,65536,0,662593,10.110366821289062
HHDID,λ=8,65536,0,695457,10.611831665039062
HHDID,λ=8,65536,0,651921,9.947525024414062
HHDID,λ=8,65536,0,822321,12.547622680664062
HHDID,λ=8,65536,0,693905,10.588150024414062
HHDID,λ=8,65536,0,701457,10.703384399414062
HHDID,λ=8,65536,0,694689,10.600112915039062
HHDID,λ=8,65536,0,732881,11.182876586914062
HHDID,λ=8,65536,0,776369,11.846450805664062
HHDID,λ=8,65536,0,708705,10.813980102539062
HHDID,λ=8,65536,0,724673,11.057632446289062
HHDID,λ=8,65536,0,691153,10.546157836914062
HHDID,λ=8,65536,0,779025,11.886978149414062
HHDID,λ=8,65536,0,711121,10.850845336914062
HHDID,λ=8,65536,0,716625,10.934829711914062
HHDID,λ=8,65536,0,665457,10.154067993164062
HHDID,λ=8,65536,0,684049,10.437759399414062
HHDID,λ=8,65536,0,733569,11.193374633789062
HHDID,λ=8,65536,0,864113,13.185317993164062
HHDID,λ=8,65536,0,665665,10.157241821289062
HHDID,λ=8,65536,0,716241,10.928970336914062
HHDID,λ=8,65536,0,698113,10.652359008789062
HHDID,λ=8,65536,0,702849,10.724624633789062
HHDID,λ=8,65536,0,690113,10.530288696289062
HHDID,λ=8,65536,0,679249,10.364517211914062
HHDID,λ=8,65536,0,710833,10.846450805664062
HHDID,λ=8,65536,0,721889,11.015151977539062
HHLID,λ=8,65536,0,806305,12.303237915039062
HHLID,λ=8,65536,0,728561,11.116958618164062
HHLID,λ=8,65536,0,761233,11.615493774414062
HHLID,λ=8,65536,0,745121,11.369644165039062
HHLID,λ=8,65536,0,732337,11.174575805664062
HHLID,λ=8,65536,0,688401,10.504165649414062
HHLID,λ=8,65536,0,707233,10.791519165039062
HHLID,λ=8,65536,0,746881,11.396499633789062
HHLID,λ=8,65536,0,690657,10.538589477539062
HHLID,λ=8,65536,0,697921,10.649429321289062
HHLID,λ=8,65536,0,756081,11.536880493164062
HHLID,λ=8,65536,0,693713,10.585220336914062
HHLID,λ=8,65536,0,754513,11.512954711914062
HHLID,λ=8,65536,0,769009,11.734146118164062
HHLID,λ=8,65536,0,701649,10.706314086914062
HHLID,λ=8,65536,0,707153,10.790298461914062
HHLID,λ=8,65536,0,708449,10.810073852539062
HHLID,λ=8,65536,0,717409,10.946792602539062
HHLID,λ=8,65536,0,715425,10.916519165039062
HHLID,λ=8,65536,0,706705,10.783462524414062
HHLID,λ=8,65536,0,740385,11.297378540039062
HHLID,λ=8,65536,0,726737,11.089126586914062
HHLID,λ=8,65536,0,838113,12.788589477539062
HHLID,λ=8,65536,0,668961,10.207534790039062
HHLID,λ=8,65536,0,700241,10.684829711914062
HHLID,λ=8,65536,0,710561,10.842300415039062
HHLID,λ=8,65536,0,757889,11.564468383789062
HHLID,λ=8,65536,0,781809,11.929458618164062
HHLID,λ=8,65536,0,682385,10.412368774414062
HHLID,λ=8,65536,0,785601,11.987319946289062
HHLID,λ=8,65536,0,694433,10.596206665039062
HHLID,λ=8,65536,0,708753,10.814712524414062
HHLID,λ=8,65536,0,717121,10.942398071289062
HHLID,λ=8,65536,0,674145,10.286636352539062
HHLID,λ=8,65536,0,753921,11.503921508789062
HHLID,λ=8,65536,0,747009,11.398452758789062
HHLID,λ=8,65536,0,708097,10.804702758789062
HHLID,λ=8,65536,0,721089,11.002944946289062
HHLID,λ=8,65536,0,761985,11.626968383789062
HHLID,λ=8,65536,0,727441,11.099868774414062
HHLID,λ=8,65536,0,714945,10.909194946289062
HHLID,λ=8,65536,0,728529,11.116470336914062
HHLID,λ=8,65536,0,714273,10.898941040039062
HHLID,λ=8,65536,0,752305,11.479263305664062
HHLID,λ=8,65536,0,855825,13.058853149414062
HHLID,λ=8,65536,0,743313,11.342056274414062
HHLID,λ=8,65536,0,681649,10.401138305664062
HHLID,λ=8,65536,0,725841,11.075454711914062
HHLID,λ=8,65536,0,737105,11.247329711914062
HHLID,λ=8,65536,0,700257,10.685073852539062
HHLID,λ=8,65536,0,759873,11.594741821289062
HHLID,λ=8,65536,0,691969,10.558609008789062
HHLID,λ=8,65536,0,740225,11.294937133789062
HHLID,λ=8,65536,0,793329,12.105239868164062
HHLID,λ=8,65536,0,746145,11.385269165039062
HHLID,λ=8,65536,0,727697,11.103775024414062
HHLID,λ=8,65536,0,733409,11.190933227539062
HHLID,λ=8,65536,0,735761,11.226821899414062
HHLID,λ=8,65536,0,685937,10.466567993164062
HHLID,λ=8,65536,0,719729,10.982192993164062
HHLID,λ=8,65536,0,727601,11.102310180664062
HHLID,λ=8,65536,0,693041,10.574966430664062
HHLID,λ=8,65536,0,684545,10.445327758789062
HHLID,λ=8,65536,0,707921,10.802017211914062
HHLID,λ=8,65536,0,700305,10.685806274414062
HHLID,λ=8,65536,0,870609,13.284439086914062
HHLID,λ=8,65536,0,695425,10.611343383789062
HHLID,λ=8,65536,0,735313,11.219985961914062
HHLID,λ=8,65536,0,745329,11.372817993164062
HHLID,λ=8,65536,0,670625,10.232925415039062
HHLID,λ=8,65536,0,837041,12.772232055664062
HHLID,λ=8,65536,0,723505,11.039810180664062
HHLID,λ=8,65536,0,852641,13.010269165039062
HHLID,λ=8,65536,0,709537,10.826675415039062
HHLID,λ=8,65536,0,703825,10.739517211914062
HHLID,λ=8,65536,0,685057,10.453140258789062
HHLID,λ=8,65536,0,736753,11.241958618164062
HHLID,λ=8,65536,0,755201,11.523452758789062
HHLID,λ=8,65536,0,712737,10.875503540039062
HHLID,λ=8,65536,0,736433,11.237075805664062
HHLID,λ=8,65536,0,721185,11.004409790039062
HHLID,λ=8,65536,0,685921,10.466323852539062
HHLID,λ=8,65536,0,726529,11.085952758789062
HHLID,λ=8,65536,0,709265,10.822525024414062
HHLID,λ=8,65536,0,700625,10.690689086914062
HHLID,λ=8,65536,0,667217,10.180923461914062
HHLID,λ=8,65536,0,678193,10.348403930664062
HHLID,λ=8,65536,0,803601,12.261978149414062
HHLID,λ=8,65536,0,752993,11.489761352539062
HHLID,λ=8,65536,0,796289,12.150405883789062
HHLID,λ=8,65536,0,766993,11.703384399414062
HHLID,λ=8,65536,0,692049,10.559829711914062
HHLID,λ=8,65536,0,755233,11.523941040039062
HHLID,λ=8,65536,0,689809,10.525650024414062
HHLID,λ=8,65536,0,765857,11.686050415039062
HHLID,λ=8,65536,0,737713,11.256607055664062
HHLID,λ=8,65536,0,704657,10.752212524414062
HHLID,λ=8,65536,0,794049,12.116226196289062
HHLID,λ=8,65536,0,747169,11.400894165039062
HRLID,λ=8,65536,0,752849,11.487564086914062
HRLID,λ=8,65536,0,793393,12.106216430664062
HRLID,λ=8,65536,0,654673,9.989517211914062
HRLID,λ=8,65536,0,705713,10.768325805664062
HRLID,λ=8,65536,0,740145,11.293716430664062
HRLID,λ=8,65536,0,767041,11.704116821289062
HRLID,λ=8,65536,0,779969,11.901382446289062
HRLID,λ=8,65536,0,756193,11.538589477539062
HRLID,λ=8,65536,0,907537,13.847915649414062
HRLID,λ=8,65536,0,814449,12.427505493164062
HRLID,λ=8,65536,0,665393,10.153091430664062
HRLID,λ=8,65536,0,787809,12.021011352539062
HRLID,λ=8,65536,0,747937,11.412612915039062
HRLID,λ=8,65536,0,769313,11.738784790039062
HRLID,λ=8,65536,0,713073,10.880630493164062
HRLID,λ=8,65536,0,732593,11.178482055664062
HRLID,λ=8,65536,0,731857,11.167251586914062
HRLID,λ=8,65536,0,923969,14.098648071289062
HRLID,λ=8,65536,0,727409,11.099380493164062
HRLID,λ=8,65536,0,763537,11.650650024414062
HRLID,λ=8,65536,0,650913,9.932144165039062
HRLID,λ=8,65536,0,768577,11.727554321289062
HRLID,λ=8,65536,0,752929,11.488784790039062
HRLID,λ=8,65536,0,758897,11.579849243164062
HRLID,λ=8,65536,0,709121,10.820327758789062
HRLID,λ=8,65536,0,787777,12.020523071289062
HRLID,λ=8,65536,0,720129,10.988296508789062
HRLID,λ=8,65536,0,776961,11.855484008789062
HRLID,λ=8,65536,0,791073,12.070816040039062
HRLID,λ=8,65536,0,741121,11.308609008789062
HRLID,λ=8,65536,0,737041,11.246353149414062
HRLID,λ=8,65536,0,767985,11.718521118164062
HRLID,λ=8,65536,0,719169,10.973648071289062
HRLID,λ=8,65536,0,813569,12.414077758789062
HRLID,λ=8,65536,0,765377,11.678726196289062
HRLID,λ=8,65536,0,762129,11.629165649414062
HRLID,λ=8,65536,0,728673,11.118667602539062
HRLID,λ=8,65536,0,754065,11.506118774414062
HRLID,λ=8,65536,0,773105,11.796646118164062
HRLID,λ=8,65536,0,693409,10.580581665039062
HRLID,λ=8,65536,0,806545,12.306900024414062
HRLID,λ=8,65536,0,779393,11.892593383789062
HRLID,λ=8,65536,0,823841,12.570816040039062
HRLID,λ=8,65536,0,729553,11.132095336914062
HRLID,λ=8,65536,0,724817,11.059829711914062
HRLID,λ=8,65536,0,770321,11.754165649414062
HRLID,λ=8,65536,0,710465,10.840835571289062
HRLID,λ=8,65536,0,762065,11.628189086914062
HRLID,λ=8,65536,0,741937,11.321060180664062
HRLID,λ=8,65536,0,803841,12.265640258789062
HRLID,λ=8,65536,0,734833,11.212661743164062
HRLID,λ=8,65536,0,801313,12.227066040039062
HRLID,λ=8,65536,0,658193,10.043228149414062
HRLID,λ=8,65536,0,740769,11.303237915039062
HRLID,λ=8,65536,0,892305,13.615493774414062
HRLID,λ=8,65536,0,735761,11.226821899414062
HRLID,λ=8,65536,0,810657,12.369644165039062
HRLID,λ=8,65536,0,704673,10.752456665039062
HRLID,λ=8,65536,0,710241,10.837417602539062
HRLID,λ=8,65536,0,713633,10.889175415039062
HRLID,λ=8,65536,0,852369,13.006118774414062
HRLID,λ=8,65536,0,700673,10.691421508789062
HRLID,λ=8,65536,0,726337,11.083023071289062
HRLID,λ=8,65536,0,697249,10.639175415039062
HRLID,λ=8,65536,0,714193,10.897720336914062
HRLID,λ=8,65536,0,763953,11.656997680664062
HRLID,λ=8,65536,0,771649,11.774429321289062
HRLID,λ=8,65536,0,755905,11.534194946289062
HRLID,λ=8,65536,0,853521,13.023696899414062
HRLID,λ=8,65536,0,779729,11.897720336914062
HRLID,λ=8,65536,0,731425,11.160659790039062
HRLID,λ=8,65536,0,742625,11.331558227539062
HRLID,λ=8,65536,0,755601,11.529556274414062
HRLID,λ=8,65536,0,933073,14.237564086914062
HRLID,λ=8,65536,0,723569,11.040786743164062
HRLID,λ=8,65536,0,836081,12.757583618164062
HRLID,λ=8,65536,0,761601,11.621109008789062
HRLID,λ=8,65536,0,693937,10.588638305664062
HRLID,λ=8,65536,0,849569,12.963394165039062
HRLID,λ=8,65536,0,747825,11.410903930664062
HRLID,λ=8,65536,0,695297,10.609390258789062
HRLID,λ=8,65536,0,682625,10.416030883789062
HRLID,λ=8,65536,0,725857,11.075698852539062
HRLID,λ=8,65536,0,771281,11.768814086914062
HRLID,λ=8,65536,0,676673,10.325210571289062
HRLID,λ=8,65536,0,871729,13.301528930664062
HRLID,λ=8,65536,0,732401,11.175552368164062
HRLID,λ=8,65536,0,705825,10.770034790039062
HRLID,λ=8,65536,0,693553,10.582778930664062
HRLID,λ=8,65536,0,691793,10.555923461914062
HRLID,λ=8,65536,0,788513,12.031753540039062
HRLID,λ=8,65536,0,852833,13.013198852539062
HRLID,λ=8,65536,0,722929,11.031021118164062
HRLID,λ=8,65536,0,713457,10.886489868164062
HRLID,λ=8,65536,0,728401,11.114517211914062
HRLID,λ=8,65536,0,759041,11.582046508789062
HRLID,λ=8,65536,0,708993,10.818374633789062
HRLID,λ=8,65536,0,832385,12.701187133789062
HRLID,λ=8,65536,0,684017,10.437271118164062
HRLID,λ=8,65536,0,694065,10.590591430664062
HSLID,λ=8,65536,0,1017057,15.519058227539062
HSLID,λ=8,65536,0,1081681,16.505142211914062
HSLID,λ=8,65536,0,1180161,18.007827758789062
HSLID,λ=8,65536,0,1011905,15.440444946289062
HSLID,λ=8,65536,0,920609,14.047378540039062
HSLID,λ=8,65536,0,979921,14.952407836914062
HSLID,λ=8,65536,0,900321,13.737808227539062
HSLID,λ=8,65536,0,981233,14.972427368164062
HSLID,λ=8,65536,0,927521,14.152847290039062
HSLID,λ=8,65536,0,1132177,17.275650024414062
HSLID,λ=8,65536,0,1089169,16.619400024414062
HSLID,λ=8,65536,0,935633,14.276626586914062
HSLID,λ=8,65536,0,1016177,15.505630493164062
HSLID,λ=8,65536,0,1040369,15.874771118164062
HSLID,λ=8,65536,0,983681,15.009780883789062
HSLID,λ=8,65536,0,989041,15.091567993164062
HSLID,λ=8,65536,0,956177,14.590103149414062
HSLID,λ=8,65536,0,888481,13.557144165039062
HSLID,λ=8,65536,0,879809,13.424819946289062
HSLID,λ=8,65536,0,928545,14.168472290039062
HSLID,λ=8,65536,0,1047889,15.989517211914062
HSLID,λ=8,65536,0,1075377,16.408950805664062
HSLID,λ=8,65536,0,932465,14.228286743164062
HSLID,λ=8,65536,0,936625,14.291763305664062
HSLID,λ=8,65536,0,962689,14.689468383789062
HSLID,λ=8,65536,0,955425,14.578628540039062
HSLID,λ=8,65536,0,1031249,15.735610961914062
HSLID,λ=8,65536,0,1030385,15.722427368164062
HSLID,λ=8,65536,0,901553,13.756607055664062
HSLID,λ=8,65536,0,1018049,15.534194946289062
HSLID,λ=8,65536,0,994385,15.173110961914062
HSLID,λ=8,65536,0,964113,14.711196899414062
HSLID,λ=8,65536,0,990353,15.111587524414062
HSLID,λ=8,65536,0,963905,14.708023071289062
HSLID,λ=8,65536,0,898753,13.713882446289062
HSLID,λ=8,65536,0,986705,15.055923461914062
HSLID,λ=8,65536,0,962897,14.692642211914062
HSLID,λ=8,65536,0,1007425,15.372085571289062
HSLID,λ=8,65536,0,1143057,17.441665649414062
HSLID,λ=8,65536,0,908241,13.858657836914062
HSLID,λ=8,65536,0,961201,14.666763305664062
HSLID,λ=8,65536,0,1116273,17.032974243164062
HSLID,λ=8,65536,0,963953,14.708755493164062
HSLID,λ=8,65536,0,840145,12.819595336914062
HSLID,λ=8,65536,0,911121,13.902603149414062
HSLID,λ=8,65536,0,959681,14.643569946289062
HSLID,λ=8,65536,0,905041,13.809829711914062
HSLID,λ=8,65536,0,940961,14.357925415039062
HSLID,λ=8,65536,0,917153,13.994644165039062
HSLID,λ=8,65536,0,903217,13.781997680664062
HSLID,λ=8,65536,0,942529,14.381851196289062
HSLID,λ=8,65536,0,1026033,15.656021118164062
HSLID,λ=8,65536,0,970001,14.801040649414062
HSLID,λ=8,65536,0,1028529,15.694107055664062
HSLID,λ=8,65536,0,1030769,15.728286743164062
HSLID,λ=8,65536,0,1056721,16.124282836914062
HSLID,λ=8,65536,0,1026465,15.662612915039062
HSLID,λ=8,65536,0,953937,14.555923461914062
HSLID,λ=8,65536,0,980401,14.959732055664062
HSLID,λ=8,65536,0,969233,14.789321899414062
HSLID,λ=8,65536,0,954001,14.556900024414062
HSLID,λ=8,65536,0,981361,14.974380493164062
HSLID,λ=8,65536,0,992865,15.149917602539062
HSLID,λ=8,65536,0,1037137,15.825454711914062
HSLID,λ=8,65536,0,995873,15.195816040039062
HSLID,λ=8,65536,0,995041,15.183120727539062
HSLID,λ=8,65536,0,944369,14.409927368164062
HSLID,λ=8,65536,0,967313,14.760025024414062
HSLID,λ=8,65536,0,1123921,17.149673461914062
HSLID,λ=8,65536,0,1068657,16.306411743164062
HSLID,λ=8,65536,0,1189345,18.147964477539062
HSLID,λ=8,65536,0,944385,14.410171508789062
HSLID,λ=8,65536,0,1073457,16.379653930664062
HSLID,λ=8,65536,0,1062289,16.209243774414062
HSLID,λ=8,65536,0,1208177,18.435317993164062
HSLID,λ=8,65536,0,1013889,15.470718383789062
HSLID,λ=8,65536,0,926657,14.139663696289062
HSLID,λ=8,65536,0,1138097,17.365982055664062
HSLID,λ=8,65536,0,1015425,15.494155883789062
HSLID,λ=8,65536,0,1009905,15.409927368164062
HSLID,λ=8,65536,0,917649,14.002212524414062
HSLID,λ=8,65536,0,998577,15.237075805664062
HSLID,λ=8,65536,0,973169,14.849380493164062
HSLID,λ=8,65536,0,994529,15.175308227539062
HSLID,λ=8,65536,0,955297,14.576675415039062
HSLID,λ=8,65536,0,1044017,15.930435180664062
HSLID,λ=8,65536,0,995329,15.187515258789062
HSLID,λ=8,65536,0,962961,14.693618774414062
HSLID,λ=8,65536,0,1019297,15.553237915039062
HSLID,λ=8,65536,0,961521,14.671646118164062
HSLID,λ=8,65536,0,932433,14.227798461914062
HSLID,λ=8,65536,0,915105,13.963394165039062
HSLID,λ=8,65536,0,1003793,15.316665649414062
HSLID,λ=8,65536,0,1022161,15.596939086914062
HSLID,λ=8,65536,0,982113,14.985855102539062
HSLID,λ=8,65536,0,961825,14.676284790039062
HSLID,λ=8,65536,0,1075361,16.408706665039062
HSLID,λ=8,65536,0,991217,15.124771118164062
HSLID,λ=8,65536,0,1002289,15.293716430664062
HSLID,λ=8,65536,0,917633,14.001968383789062
HSDCU,λ=8,65536,0,902603,13.772628784179688
HSDCU,λ=8,65536,0,1030064,15.717529296875
HSDCU,λ=8,65536,0,816969,12.465957641601562
HSDCU,λ=8,65536,0,908930,13.869171142578125
HSDCU,λ=8,65536,0,1016233,15.506484985351562
HSDCU,λ=8,65536,0,938217,14.316055297851562
HSDCU,λ=8,65536,0,821188,12.53033447265625
HSDCU,λ=8,65536,0,858237,13.095657348632812
HSDCU,λ=8,65536,0,937079,14.298690795898438
HSDCU,λ=8,65536,0,968690,14.781036376953125
HSDCU,λ=8,65536,0,856078,13.062713623046875
HSDCU,λ=8,65536,0,955334,14.577239990234375
HSDCU,λ=8,65536,0,845064,12.8946533203125
HSDCU,λ=8,65536,0,807216,12.317138671875
HSDCU,λ=8,65536,0,812757,12.401687622070312
HSDCU,λ=8,65536,0,1005727,15.346176147460938
HSDCU,λ=8,65536,0,838559,12.795394897460938
HSDCU,λ=8,65536,0,832194,12.698272705078125
HSDCU,λ=8,65536,0,968389,14.776443481445312
HSDCU,λ=8,65536,0,822268,12.54681396484375
HSDCU,λ=8,65536,0,862179,13.155807495117188
HSDCU,λ=8,65536,0,946157,14.437210083007812
HSDCU,λ=8,65536,0,922981,14.083572387695312
HSDCU,λ=8,65536,0,892290,13.615264892578125
HSDCU,λ=8,65536,0,992401,15.142837524414062
HSDCU,λ=8,65536,0,923823,14.096420288085938
HSDCU,λ=8,65536,0,873027,13.321334838867188
HSDCU,λ=8,65536,0,910683,13.895919799804688
HSDCU,λ=8,65536,0,854156,13.03338623046875
HSDCU,λ=8,65536,0,789235,12.042770385742188
HSDCU,λ=8,65536,0,913763,13.942916870117188
HSDCU,λ=8,65536,0,850884,12.98345947265625
HSDCU,λ=8,65536,0,895245,13.660354614257812
HSDCU,λ=8,65536,0,889773,13.576858520507812
HSDCU,λ=8,65536,0,952882,14.539825439453125
HSDCU,λ=8,65536,0,906729,13.835586547851562
HSDCU,λ=8,65536,0,899371,13.723312377929688
HSDCU,λ=8,65536,0,962665,14.689102172851562
HSDCU,λ=8,65536,0,848939,12.953781127929688
HSDCU,λ=8,65536,0,872985,13.320693969726562
HSDCU,λ=8,65536,0,955897,14.585830688476562
HSDCU,λ=8,65536,0,923723,14.094894409179688
HSDCU,λ=8,65536,0,949687,14.491073608398438
HSDCU,λ=8,65536,0,1030041,15.717178344726562
HSDCU,λ=8,65536,0,872356,13.31109619140625
HSDCU,λ=8,65536,0,882791,13.470321655273438
HSDCU,λ=8,65536,0,877169,13.384536743164062
HSDCU,λ=8,65536,0,925295,14.118881225585938
HSDCU,λ=8,65536,0,834769,12.737564086914062
HSDCU,λ=8,65536,0,1033576,15.7711181640625
HSDCU,λ=8,65536,0,809154,12.346710205078125
HSDCU,λ=8,65536,0,828205,12.637405395507812
HSDCU,λ=8,65536,0,866769,13.225845336914062
HSDCU,λ=8,65536,0,916000,13.97705078125
HSDCU,λ=8,65536,0,843259,12.867111206054688
HSDCU,λ=8,65536,0,850374,12.975677490234375
HSDCU,λ=8,65536,0,934990,14.266815185546875
HSDCU,λ=8,65536,0,872226,13.309112548828125
HSDCU,λ=8,65536,0,1052964,16.06695556640625
HSDCU,λ=8,65536,0,813842,12.418243408203125
HSDCU,λ=8,65536,0,959023,14.633529663085938
HSDCU,λ=8,65536,0,890688,13.5908203125
HSDCU,λ=8,65536,0,875674,13.361724853515625
HSDCU,λ=8,65536,0,910125,13.887405395507812
HSDCU,λ=8,65536,0,903480,13.7860107421875
HSDCU,λ=8,65536,0,868696,13.2552490234375
HSDCU,λ=8,65536,0,831242,12.683746337890625
HSDCU,λ=8,65536,0,849390,12.960662841796875
HSDCU,λ=8,65536,0,928173,14.162796020507812
HSDCU,λ=8,65536,0,854028,13.03143310546875
HSDCU,λ=8,65536,0,1042253,15.903518676757812
HSDCU,λ=8,65536,0,859017,13.107559204101562
HSDCU,λ=8,65536,0,924819,14.111618041992188
HSDCU,λ=8,65536,0,864982,13.198577880859375
HSDCU,λ=8,65536,0,940717,14.354202270507812
HSDCU,λ=8,65536,0,969641,14.795547485351562
HSDCU,λ=8,65536,0,864893,13.197219848632812
HSDCU,λ=8,65536,0,867875,13.242721557617188
HSDCU,λ=8,65536,0,854965,13.045730590820312
HSDCU,λ=8,65536,0,942392,14.3797607421875
HSDCU,λ=8,65536,0,897863,13.700302124023438
HSDCU,λ=8,65536,0,810897,12.373306274414062
HSDCU,λ=8,65536,0,1096538,16.731842041015625
HSDCU,λ=8,65536,0,862754,13.164581298828125
HSDCU,λ=8,65536,0,967300,14.75982666015625
HSDCU,λ=8,65536,0,1030297,15.721084594726562
HSDCU,λ=8,65536,0,1043815,15.927352905273438
HSDCU,λ=8,65536,0,953656,14.5516357421875
HSDCU,λ=8,65536,0,776399,11.846908569335938
HSDCU,λ=8,65536,0,931893,14.219558715820312
HSDCU,λ=8,65536,0,842529,12.855972290039062
HSDCU,λ=8,65536,0,928782,14.172088623046875
HSDCU,λ=8,65536,0,840467,12.824508666992188
HSDCU,λ=8,65536,0,805500,12.29095458984375
HSDCU,λ=8,65536,0,888674,13.560089111328125
HSDCU,λ=8,65536,0,859725,13.118362426757812
HSDCU,λ=8,65536,0,862871,13.166366577148438
HSDCU,λ=8,65536,0,914799,13.958724975585938
HSDCU,λ=8,65536,0,904570,13.802642822265625
HSDCU,λ=8,65536,0,815344,12.441162109375
HRDCU,λ=8,65536,0,725976,11.0775146484375
HRDCU,λ=8,65536,0,671567,10.247299194335938
HRDCU,λ=8,65536,0,627126,9.569183349609375
HRDCU,λ=8,65536,0,673100,10.27069091796875
HRDCU,λ=8,65536,0,685205,10.455398559570312
HRDCU,λ=8,65536,0,660373,10.076492309570312
HRDCU,λ=8,65536,0,674099,10.285934448242188
HRDCU,λ=8,65536,0,669343,10.213363647460938
HRDCU,λ=8,65536,0,785891,11.991744995117188
HRDCU,λ=8,65536,0,682382,10.412322998046875
HRDCU,λ=8,65536,0,632731,9.654708862304688
HRDCU,λ=8,65536,0,800506,12.214752197265625
HRDCU,λ=8,65536,0,716825,10.937881469726562
HRDCU,λ=8,65536,0,861276,13.14202880859375
HRDCU,λ=8,65536,0,654971,9.994064331054688
HRDCU,λ=8,65536,0,725713,11.073501586914062
HRDCU,λ=8,65536,0,710446,10.840545654296875
HRDCU,λ=8,65536,0,684944,10.451416015625
HRDCU,λ=8,65536,0,637273,9.724014282226562
HRDCU,λ=8,65536,0,630234,9.616607666015625
HRDCU,λ=8,65536,0,642229,9.799636840820312
HRDCU,λ=8,65536,0,633741,9.670120239257812
HRDCU,λ=8,65536,0,663586,10.125518798828125
HRDCU,λ=8,65536,0,632110,9.645233154296875
HRDCU,λ=8,65536,0,721760,11.01318359375
HRDCU,λ=8,65536,0,689183,10.516098022460938
HRDCU,λ=8,65536,0,790994,12.069610595703125
HRDCU,λ=8,65536,0,745641,11.377578735351562
HRDCU,λ=8,65536,0,716461,10.932327270507812
HRDCU,λ=8,65536,0,682223,10.409896850585938
HRDCU,λ=8,65536,0,719731,10.982223510742188
HRDCU,λ=8,65536,0,647422,9.878875732421875
HRDCU,λ=8,65536,0,715576,10.9188232421875
HRDCU,λ=8,65536,0,683532,10.42987060546875
HRDCU,λ=8,65536,0,705762,10.769073486328125
HRDCU,λ=8,65536,0,716128,10.92724609375
HRDCU,λ=8,65536,0,755237,11.524002075195312
HRDCU,λ=8,65536,0,655462,10.001556396484375
HRDCU,λ=8,65536,0,775666,11.835723876953125
HRDCU,λ=8,65536,0,732995,11.184616088867188
HRDCU,λ=8,65536,0,656391,10.015731811523438
HRDCU,λ=8,65536,0,689501,10.520950317382812
HRDCU,λ=8,65536,0,687223,10.486190795898438
HRDCU,λ=8,65536,0,666929,10.176528930664062
HRDCU,λ=8,65536,0,667333,10.182693481445312
HRDCU,λ=8,65536,0,647891,9.886032104492188
HRDCU,λ=8,65536,0,669352,10.2135009765625
HRDCU,λ=8,65536,0,786482,12.000762939453125
HRDCU,λ=8,65536,0,617738,9.425933837890625
HRDCU,λ=8,65536,0,667689,10.188125610351562
HRDCU,λ=8,65536,0,704582,10.751068115234375
HRDCU,λ=8,65536,0,650400,9.92431640625
HRDCU,λ=8,65536,0,644237,9.830276489257812
HRDCU,λ=8,65536,0,663374,10.122283935546875
HRDCU,λ=8,65536,0,688623,10.507553100585938
HRDCU,λ=8,65536,0,733032,11.1851806640625
HRDCU,λ=8,65536,0,731064,11.1551513671875
HRDCU,λ=8,65536,0,726032,11.078369140625
HRDCU,λ=8,65536,0,673033,10.269668579101562
HRDCU,λ=8,65536,0,685387,10.458175659179688
HRDCU,λ=8,65536,0,627429,9.573806762695312
HRDCU,λ=8,65536,0,665560,10.1556396484375
HRDCU,λ=8,65536,0,681946,10.405670166015625
HRDCU,λ=8,65536,0,685159,10.454696655273438
HRDCU,λ=8,65536,0,707892,10.80157470703125
HRDCU,λ=8,65536,0,746462,11.390106201171875
HRDCU,λ=8,65536,0,729684,11.13409423828125
HRDCU,λ=8,65536,0,765870,11.686248779296875
HRDCU,λ=8,65536,0,699892,10.67950439453125
HRDCU,λ=8,65536,0,819719,12.507919311523438
HRDCU,λ=8,65536,0,654879,9.992660522460938
HRDCU,λ=8,65536,0,708797,10.815383911132812
HRDCU,λ=8,65536,0,667450,10.184478759765625
HRDCU,λ=8,65536,0,737654,11.255706787109375
HRDCU,λ=8,65536,0,813908,12.41925048828125
HRDCU,λ=8,65536,0,683558,10.430267333984375
HRDCU,λ=8,65536,0,653689,9.974502563476562
HRDCU,λ=8,65536,0,685437,10.458938598632812
HRDCU,λ=8,65536,0,735519,11.223129272460938
HRDCU,λ=8,65536,0,691503,10.551498413085938
HRDCU,λ=8,65536,0,761142,11.614105224609375
HRDCU,λ=8,65536,0,649041,9.903579711914062
HRDCU,λ=8,65536,0,618784,9.44189453125
HRDCU,λ=8,65536,0,675166,10.302215576171875
HRDCU,λ=8,65536,0,664567,10.140487670898438
HRDCU,λ=8,65536,0,677307,10.334884643554688
HRDCU,λ=8,65536,0,681746,10.402618408203125
HRDCU,λ=8,65536,0,685672,10.4625244140625
HRDCU,λ=8,65536,0,679864,10.3739013671875
HRDCU,λ=8,65536,0,754776,11.5169677734375
HRDCU,λ=8,65536,0,779718,11.897552490234375
HRDCU,λ=8,65536,0,706344,10.7779541015625
HRDCU,λ=8,65536,0,644668,9.83685302734375
HRDCU,λ=8,65536,0,680928,10.39013671875
HRDCU,λ=8,65536,0,774357,11.815750122070312
HRDCU,λ=8,65536,0,675478,10.306976318359375
HRDCU,λ=8,65536,0,653791,9.976058959960938
HRDCU,λ=8,65536,0,686434,10.474151611328125
HRDCU,λ=8,65536,0,629900,9.61151123046875
HHDCU,λ=8,65536,0,635313,9.694107055664062
HHDCU,λ=8,65536,0,669448,10.2149658203125
HHDCU,λ=8,65536,0,652384,9.95458984375
HHDCU,λ=8,65536,0,639924,9.76446533203125
HHDCU,λ=8,65536,0,678133,10.347488403320312
HHDCU,λ=8,65536,0,635770,9.701080322265625
HHDCU,λ=8,65536,0,640494,9.773162841796875
HHDCU,λ=8,65536,0,604308,9.22100830078125
HHDCU,λ=8,65536,0,623135,9.508285522460938
HHDCU,λ=8,65536,0,687025,10.483169555664062
HHDCU,λ=8,65536,0,597361,9.115005493164062
HHDCU,λ=8,65536,0,684895,10.450668334960938
HHDCU,λ=8,65536,0,639823,9.762924194335938
HHDCU,λ=8,65536,0,675798,10.311859130859375
HHDCU,λ=8,65536,0,681163,10.393722534179688
HHDCU,λ=8,65536,0,626536,9.5601806640625
HHDCU,λ=8,65536,0,647060,9.87335205078125
HHDCU,λ=8,65536,0,631478,9.635589599609375
HHDCU,λ=8,65536,0,618407,9.436141967773438
HHDCU,λ=8,65536,0,635122,9.691192626953125
HHDCU,λ=8,65536,0,674601,10.293594360351562
HHDCU,λ=8,65536,0,628789,9.594558715820312
HHDCU,λ=8,65536,0,653569,9.972671508789062
HHDCU,λ=8,65536,0,624595,9.530563354492188
HHDCU,λ=8,65536,0,674444,10.29119873046875
HHDCU,λ=8,65536,0,690521,10.536514282226562
HHDCU,λ=8,65536,0,576463,8.796127319335938
HHDCU,λ=8,65536,0,642703,9.806869506835938
HHDCU,λ=8,65536,0,657834,10.037750244140625
HHDCU,λ=8,65536,0,650728,9.9293212890625
HHDCU,λ=8,65536,0,648865,9.900894165039062
HHDCU,λ=8,65536,0,704530,10.750274658203125
HHDCU,λ=8,65536,0,778977,11.886245727539062
HHDCU,λ=8,65536,0,634341,9.679275512695312
HHDCU,λ=8,65536,0,619116,9.44696044921875
HHDCU,λ=8,65536,0,608049,9.278091430664062
HHDCU,λ=8,65536,0,606513,9.254653930664062
HHDCU,λ=8,65536,0,626102,9.553558349609375
HHDCU,λ=8,65536,0,644705,9.837417602539062
HHDCU,λ=8,65536,0,681306,10.395904541015625
HHDCU,λ=8,65536,0,609850,9.305572509765625
HHDCU,λ=8,65536,0,705161,10.759902954101562
HHDCU,λ=8,65536,0,636513,9.712417602539062
HHDCU,λ=8,65536,0,618692,9.44049072265625
HHDCU,λ=8,65536,0,632203,9.646652221679688
HHDCU,λ=8,65536,0,647835,9.885177612304688
HHDCU,λ=8,65536,0,620012,9.46063232421875
HHDCU,λ=8,65536,0,645117,9.843704223632812
HHDCU,λ=8,65536,0,614629,9.378494262695312
HHDCU,λ=8,65536,0,620162,9.462921142578125
HHDCU,λ=8,65536,0,596107,9.095870971679688
HHDCU,λ=8,65536,0,642450,9.803009033203125
HHDCU,λ=8,65536,0,716048,10.926025390625
HHDCU,λ=8,65536,0,642035,9.796676635742188
HHDCU,λ=8,65536,0,629676,9.60809326171875
HHDCU,λ=8,65536,0,706813,10.785110473632812
HHDCU,λ=8,65536,0,641288,9.7852783203125
HHDCU,λ=8,65536,0,636996,9.71978759765625
HHDCU,λ=8,65536,0,605610,9.240875244140625
HHDCU,λ=8,65536,0,624057,9.522354125976562
HHDCU,λ=8,65536,0,688981,10.513015747070312
HHDCU,λ=8,65536,0,602968,9.2005615234375
HHDCU,λ=8,65536,0,679849,10.373672485351562
HHDCU,λ=8,65536,0,629114,9.599517822265625
HHDCU,λ=8,65536,0,683200,10.4248046875
HHDCU,λ=8,65536,0,643070,9.812469482421875
HHDCU,λ=8,65536,0,642374,9.801849365234375
HHDCU,λ=8,65536,0,635681,9.699722290039062
HHDCU,λ=8,65536,0,631718,9.639251708984375
HHDCU,λ=8,65536,0,664913,10.145767211914062
HHDCU,λ=8,65536,0,655070,9.995574951171875
HHDCU,λ=8,65536,0,660025,10.071182250976562
HHDCU,λ=8,65536,0,592289,9.037612915039062
HHDCU,λ=8,65536,0,599006,9.140106201171875
HHDCU,λ=8,65536,0,641723,9.791915893554688
HHDCU,λ=8,65536,0,666983,10.177352905273438
HHDCU,λ=8,65536,0,620399,9.466537475585938
HHDCU,λ=8,65536,0,730847,11.151840209960938
HHDCU,λ=8,65536,0,688661,10.508132934570312
HHDCU,λ=8,65536,0,717063,10.941513061523438
HHDCU,λ=8,65536,0,632252,9.64739990234375
HHDCU,λ=8,65536,0,637886,9.733367919921875
HHDCU,λ=8,65536,0,627704,9.5780029296875
HHDCU,λ=8,65536,0,666060,10.16326904296875
HHDCU,λ=8,65536,0,643732,9.82257080078125
HHDCU,λ=8,65536,0,654609,9.988540649414062
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HHDCU,λ=8,65536,0,700469,10.688308715820312
HHDCU,λ=8,65536,0,654681,9.989639282226562
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HHDCU,λ=8,65536,0,622098,9.492462158203125
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HHDCU,λ=8,65536,0,624503,9.529159545898438
HHDCU,λ=8,65536,0,627169,9.569839477539062
HHDCU,λ=8,65536,0,649403,9.909103393554688
HHLCU,λ=8,65536,0,679869,10.373977661132812
HHLCU,λ=8,65536,0,643795,9.823532104492188
HHLCU,λ=8,65536,0,678114,10.347198486328125
HHLCU,λ=8,65536,0,649886,9.916473388671875
HHLCU,λ=8,65536,0,700701,10.691848754882812
HHLCU,λ=8,65536,0,604299,9.220870971679688
HHLCU,λ=8,65536,0,798188,12.17938232421875
HHLCU,λ=8,65536,0,668807,10.205184936523438
HHLCU,λ=8,65536,0,654061,9.980178833007812
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HHLCU,λ=8,65536,0,628829,9.595169067382812
HHLCU,λ=8,65536,0,741422,11.313201904296875
HHLCU,λ=8,65536,0,695981,10.619827270507812
HHLCU,λ=8,65536,0,723084,11.03338623046875
HHLCU,λ=8,65536,0,625932,9.55096435546875
HHLCU,λ=8,65536,0,671093,10.240066528320312
HHLCU,λ=8,65536,0,686759,10.479110717773438
HHLCU,λ=8,65536,0,654937,9.993545532226562
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HHLCU,λ=8,65536,0,662632,10.1109619140625
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HHLCU,λ=8,65536,0,698931,10.664840698242188
HHLCU,λ=8,65536,0,637475,9.727096557617188
HHLCU,λ=8,65536,0,668634,10.202545166015625
HHLCU,λ=8,65536,0,726965,11.092605590820312
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HHLCU,λ=8,65536,0,651371,9.939132690429688
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HHLCU,λ=8,65536,0,650000,9.918212890625
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HHLCU,λ=8,65536,0,735218,11.218536376953125
HHLCU,λ=8,65536,0,723070,11.033172607421875
HHLCU,λ=8,65536,0,683369,10.427383422851562
HHLCU,λ=8,65536,0,603149,9.203323364257812
HHLCU,λ=8,65536,0,645197,9.844924926757812
HHLCU,λ=8,65536,0,587209,8.960098266601562
HHLCU,λ=8,65536,0,657077,10.026199340820312
HHLCU,λ=8,65536,0,638513,9.742935180664062
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HHLCU,λ=8,65536,0,626007,9.552108764648438
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HHLCU,λ=8,65536,0,646907,9.871017456054688
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HHLCU,λ=8,65536,0,632633,9.653213500976562
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HHLCU,λ=8,65536,0,715658,10.920074462890625
HHLCU,λ=8,65536,0,668268,10.19696044921875
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HSLCU,λ=8,65536,0,934958,14.266326904296875
HSLCU,λ=8,65536,0,885311,13.508773803710938
HSLCU,λ=8,65536,0,864539,13.191818237304688
HSLCU,λ=8,65536,0,1047090,15.977325439453125
HSLCU,λ=8,65536,0,811217,12.378189086914062
HSLCU,λ=8,65536,0,1045922,15.959503173828125
HSLCU,λ=8,65536,0,855697,13.056900024414062
HSLCU,λ=8,65536,0,878032,13.397705078125
HSLCU,λ=8,65536,0,869265,13.263931274414062
HSLCU,λ=8,65536,0,951388,14.51702880859375
HSLCU,λ=8,65536,0,858213,13.095291137695312
HSLCU,λ=8,65536,0,968804,14.78277587890625
HSLCU,λ=8,65536,0,1042030,15.900115966796875
HSLCU,λ=8,65536,0,934873,14.265029907226562
HSLCU,λ=8,65536,0,862110,13.154754638671875
HSLCU,λ=8,65536,0,953592,14.5506591796875
HSLCU,λ=8,65536,0,1008490,15.388336181640625
HSLCU,λ=8,65536,0,969926,14.799896240234375
HSLCU,λ=8,65536,0,879892,13.42608642578125
HSLCU,λ=8,65536,0,854742,13.042327880859375
HSDSU,λ=8,65536,0,913089,13.932632446289062
HSDSU,λ=8,65536,0,922489,14.076065063476562
HSDSU,λ=8,65536,0,868361,13.250137329101562
HSDSU,λ=8,65536,0,991585,15.130386352539062
HSDSU,λ=8,65536,0,921073,14.054458618164062
HSDSU,λ=8,65536,0,839425,12.808609008789062
HSDSU,λ=8,65536,0,825545,12.596817016601562
HSDSU,λ=8,65536,0,804377,12.273818969726562
HSDSU,λ=8,65536,0,812225,12.393569946289062
HSDSU,λ=8,65536,0,868153,13.246963500976562
HSDSU,λ=8,65536,0,839561,12.810684204101562
HSDSU,λ=8,65536,0,838873,12.800186157226562
HSDSU,λ=8,65536,0,935889,14.280532836914062
HSDSU,λ=8,65536,0,894489,13.648818969726562
HSDSU,λ=8,65536,0,950497,14.503433227539062
HSDSU,λ=8,65536,0,869553,13.268325805664062
HSDSU,λ=8,65536,0,808721,12.340103149414062
HSDSU,λ=8,65536,0,843625,12.872695922851562
HSDSU,λ=8,65536,0,873425,13.327407836914062
HSDSU,λ=8,65536,0,962513,14.686782836914062
HSDSU,λ=8,65536,0,784609,11.972183227539062
HSDSU,λ=8,65536,0,856937,13.075820922851562
HSDSU,λ=8,65536,0,859505,13.115005493164062
HSDSU,λ=8,65536,0,738113,11.262710571289062
HSDSU,λ=8,65536,0,909833,13.882949829101562
HSDSU,λ=8,65536,0,907201,13.842788696289062
HSDSU,λ=8,65536,0,941121,14.360366821289062
HSDSU,λ=8,65536,0,864185,13.186416625976562
HSDSU,λ=8,65536,0,787401,12.014785766601562
HSDSU,λ=8,65536,0,806697,12.309219360351562
HSDSU,λ=8,65536,0,863993,13.183486938476562
HSDSU,λ=8,65536,0,882057,13.459121704101562
HSDSU,λ=8,65536,0,849097,12.956192016601562
HSDSU,λ=8,65536,0,847881,12.937637329101562
HSDSU,λ=8,65536,0,985217,15.033218383789062
HSDSU,λ=8,65536,0,885393,13.510025024414062
HSDSU,λ=8,65536,0,866177,13.216812133789062
HSDSU,λ=8,65536,0,846777,12.920791625976562
HSDSU,λ=8,65536,0,935649,14.276870727539062
HSDSU,λ=8,65536,0,765065,11.673965454101562
HSDSU,λ=8,65536,0,767865,11.716690063476562
HSDSU,λ=8,65536,0,885553,13.512466430664062
HSDSU,λ=8,65536,0,790665,12.064590454101562
HSDSU,λ=8,65536,0,890313,13.585098266601562
HSDSU,λ=8,65536,0,964049,14.710220336914062
HSDSU,λ=8,65536,0,930337,14.195816040039062
HSDSU,λ=8,65536,0,849897,12.968399047851562
HSDSU,λ=8,65536,0,1026793,15.667617797851562
HSDSU,λ=8,65536,0,858793,13.104141235351562
HSDSU,λ=8,65536,0,953657,14.551651000976562
HSDSU,λ=8,65536,0,802753,12.249038696289062
HSDSU,λ=8,65536,0,833745,12.721939086914062
HSDSU,λ=8,65536,0,1044865,15.943374633789062
HSDSU,λ=8,65536,0,842561,12.856460571289062
HSDSU,λ=8,65536,0,820817,12.524673461914062
HSDSU,λ=8,65536,0,869769,13.271621704101562
HSDSU,λ=8,65536,0,836681,12.766738891601562
HSDSU,λ=8,65536,0,815521,12.443862915039062
HSDSU,λ=8,65536,0,916873,13.990371704101562
HSDSU,λ=8,65536,0,797201,12.164321899414062
HSDSU,λ=8,65536,0,885121,13.505874633789062
HSDSU,λ=8,65536,0,975305,14.881973266601562
HSDSU,λ=8,65536,0,900953,13.747451782226562
HSDSU,λ=8,65536,0,897577,13.695938110351562
HSDSU,λ=8,65536,0,787561,12.017227172851562
HSDSU,λ=8,65536,0,848073,12.940567016601562
HSDSU,λ=8,65536,0,854985,13.046035766601562
HSDSU,λ=8,65536,0,982857,14.997207641601562
HSDSU,λ=8,65536,0,890425,13.586807250976562
HSDSU,λ=8,65536,0,885481,13.511367797851562
HSDSU,λ=8,65536,0,807649,12.323745727539062
HSDSU,λ=8,65536,0,809417,12.350723266601562
HSDSU,λ=8,65536,0,894417,13.647720336914062
HSDSU,λ=8,65536,0,949249,14.484390258789062
HSDSU,λ=8,65536,0,840153,12.819717407226562
HSDSU,λ=8,65536,0,906577,13.833267211914062
HSDSU,λ=8,65536,0,897033,13.687637329101562
HSDSU,λ=8,65536,0,880985,13.442764282226562
HSDSU,λ=8,65536,0,823873,12.571304321289062
HSDSU,λ=8,65536,0,881305,13.447647094726562
HSDSU,λ=8,65536,0,776369,11.846450805664062
HSDSU,λ=8,65536,0,817361,12.471939086914062
HSDSU,λ=8,65536,0,898025,13.702774047851562
HSDSU,λ=8,65536,0,898769,13.714126586914062
HSDSU,λ=8,65536,0,884865,13.501968383789062
HSDSU,λ=8,65536,0,835057,12.741958618164062
HSDSU,λ=8,65536,0,876417,13.373062133789062
HSDSU,λ=8,65536,0,967041,14.755874633789062
HSDSU,λ=8,65536,0,763585,11.651382446289062
HSDSU,λ=8,65536,0,837009,12.771743774414062
HSDSU,λ=8,65536,0,749481,11.436172485351562
HSDSU,λ=8,65536,0,1022249,15.598281860351562
HSDSU,λ=8,65536,0,794577,12.124282836914062
HSDSU,λ=8,65536,0,870857,13.288223266601562
HSDSU,λ=8,65536,0,759329,11.586441040039062
HSDSU,λ=8,65536,0,815337,12.441055297851562
HSDSU,λ=8,65536,0,886897,13.532974243164062
HSDSU,λ=8,65536,0,893577,13.634902954101562
HSDSU,λ=8,65536,0,880105,13.429336547851562
HRDSU,λ=8,65536,0,661161,10.088516235351562
HRDSU,λ=8,65536,0,704625,10.751724243164062
HRDSU,λ=8,65536,0,668737,10.204116821289062
HRDSU,λ=8,65536,0,657961,10.039688110351562
HRDSU,λ=8,65536,0,715825,10.922622680664062
HRDSU,λ=8,65536,0,647137,9.874526977539062
HRDSU,λ=8,65536,0,642009,9.796279907226562
HRDSU,λ=8,65536,0,697313,10.640151977539062
HRDSU,λ=8,65536,0,807833,12.326553344726562
HRDSU,λ=8,65536,0,705737,10.768692016601562
HRDSU,λ=8,65536,0,628225,9.585952758789062
HRDSU,λ=8,65536,0,667017,10.177871704101562
HRDSU,λ=8,65536,0,640185,9.768447875976562
HRDSU,λ=8,65536,0,778649,11.881240844726562
HRDSU,λ=8,65536,0,717601,10.949722290039062
HRDSU,λ=8,65536,0,714561,10.903335571289062
HRDSU,λ=8,65536,0,668449,10.199722290039062
HRDSU,λ=8,65536,0,686777,10.479385375976562
HRDSU,λ=8,65536,0,634233,9.677627563476562
HRDSU,λ=8,65536,0,660273,10.074966430664062
HRDSU,λ=8,65536,0,630857,9.626113891601562
HRDSU,λ=8,65536,0,709449,10.825332641601562
HRDSU,λ=8,65536,0,654937,9.993545532226562
HRDSU,λ=8,65536,0,725001,11.062637329101562
HRDSU,λ=8,65536,0,695449,10.611709594726562
HRDSU,λ=8,65536,0,642777,9.807998657226562
HRDSU,λ=8,65536,0,662617,10.110733032226562
HRDSU,λ=8,65536,0,695841,10.617691040039062
HRDSU,λ=8,65536,0,738849,11.273941040039062
HRDSU,λ=8,65536,0,625553,9.545181274414062
HRDSU,λ=8,65536,0,678897,10.359146118164062
HRDSU,λ=8,65536,0,738513,11.268814086914062
HRDSU,λ=8,65536,0,687305,10.487442016601562
HRDSU,λ=8,65536,0,679721,10.371719360351562
HRDSU,λ=8,65536,0,719873,10.984390258789062
HRDSU,λ=8,65536,0,695233,10.608413696289062
HRDSU,λ=8,65536,0,723657,11.042129516601562
HRDSU,λ=8,65536,0,715417,10.916397094726562
HRDSU,λ=8,65536,0,689841,10.526138305664062
HRDSU,λ=8,65536,0,648033,9.888198852539062
HRDSU,λ=8,65536,0,720353,10.991714477539062
HRDSU,λ=8,65536,0,730969,11.153701782226562
HRDSU,λ=8,65536,0,657905,10.038833618164062
HRDSU,λ=8,65536,0,666353,10.167739868164062
HRDSU,λ=8,65536,0,716721,10.936294555664062
HRDSU,λ=8,65536,0,644921,9.840713500976562
HRDSU,λ=8,65536,0,661081,10.087295532226562
HRDSU,λ=8,65536,0,673681,10.279556274414062
HRDSU,λ=8,65536,0,653065,9.964981079101562
HRDSU,λ=8,65536,0,636577,9.713394165039062
HRDSU,λ=8,65536,0,687729,10.493911743164062
HRDSU,λ=8,65536,0,668777,10.204727172851562
HRDSU,λ=8,65536,0,599657,9.150039672851562
HRDSU,λ=8,65536,0,705145,10.759658813476562
HRDSU,λ=8,65536,0,659609,10.064834594726562
HRDSU,λ=8,65536,0,629537,9.605972290039062
HRDSU,λ=8,65536,0,682865,10.419692993164062
HRDSU,λ=8,65536,0,789385,12.045059204101562
HRDSU,λ=8,65536,0,662585,10.110244750976562
HRDSU,λ=8,65536,0,613425,9.360122680664062
HRDSU,λ=8,65536,0,787081,12.009902954101562
HRDSU,λ=8,65536,0,685865,10.465469360351562
HRDSU,λ=8,65536,0,608265,9.281387329101562
HRDSU,λ=8,65536,0,663897,10.130264282226562
HRDSU,λ=8,65536,0,726841,11.090713500976562
HRDSU,λ=8,65536,0,574769,8.770278930664062
HRDSU,λ=8,65536,0,629289,9.602188110351562
HRDSU,λ=8,65536,0,697257,10.639297485351562
HRDSU,λ=8,65536,0,654289,9.983657836914062
HRDSU,λ=8,65536,0,861169,13.140396118164062
HRDSU,λ=8,65536,0,679457,10.367691040039062
HRDSU,λ=8,65536,0,695425,10.611343383789062
HRDSU,λ=8,65536,0,752273,11.478775024414062
HRDSU,λ=8,65536,0,625825,9.549331665039062
HRDSU,λ=8,65536,0,681265,10.395278930664062
HRDSU,λ=8,65536,0,643289,9.815811157226562
HRDSU,λ=8,65536,0,670625,10.232925415039062
HRDSU,λ=8,65536,0,685297,10.456802368164062
HRDSU,λ=8,65536,0,604313,9.221084594726562
HRDSU,λ=8,65536,0,694225,10.593032836914062
HRDSU,λ=8,65536,0,797193,12.164199829101562
HRDSU,λ=8,65536,0,611321,9.328018188476562
HRDSU,λ=8,65536,0,669993,10.223281860351562
HRDSU,λ=8,65536,0,638921,9.749160766601562
HRDSU,λ=8,65536,0,670921,10.237442016601562
HRDSU,λ=8,65536,0,650721,9.929214477539062
HRDSU,λ=8,65536,0,687529,10.490859985351562
HRDSU,λ=8,65536,0,652897,9.962417602539062
HRDSU,λ=8,65536,0,719529,10.979141235351562
HRDSU,λ=8,65536,0,600121,9.157119750976562
HRDSU,λ=8,65536,0,638417,9.741470336914062
HRDSU,λ=8,65536,0,658793,10.052383422851562
HRDSU,λ=8,65536,0,665457,10.154067993164062
HRDSU,λ=8,65536,0,690209,10.531753540039062
HRDSU,λ=8,65536,0,654593,9.988296508789062
HRDSU,λ=8,65536,0,685345,10.457534790039062
HRDSU,λ=8,65536,0,700993,10.696304321289062
HRDSU,λ=8,65536,0,635705,9.700088500976562
HRDSU,λ=8,65536,0,619793,9.457290649414062
HRDSU,λ=8,65536,0,656329,10.014785766601562
HHDSU,λ=8,65536,0,663881,10.130020141601562
HHDSU,λ=8,65536,0,641681,9.791275024414062
HHDSU,λ=8,65536,0,602825,9.198379516601562
HHDSU,λ=8,65536,0,655145,9.996719360351562
HHDSU,λ=8,65536,0,628641,9.592300415039062
HHDSU,λ=8,65536,0,603921,9.215103149414062
HHDSU,λ=8,65536,0,607049,9.262832641601562
HHDSU,λ=8,65536,0,559785,8.541641235351562
HHDSU,λ=8,65536,0,633497,9.666397094726562
HHDSU,λ=8,65536,0,643361,9.816909790039062
HHDSU,λ=8,65536,0,561417,8.566543579101562
HHDSU,λ=8,65536,0,640897,9.779312133789062
HHDSU,λ=8,65536,0,616241,9.403091430664062
HHDSU,λ=8,65536,0,648097,9.889175415039062
HHDSU,λ=8,65536,0,630225,9.616470336914062
HHDSU,λ=8,65536,0,566913,8.650405883789062
HHDSU,λ=8,65536,0,592401,9.039321899414062
HHDSU,λ=8,65536,0,577817,8.816787719726562
HHDSU,λ=8,65536,0,646385,9.863052368164062
HHDSU,λ=8,65536,0,565689,8.631729125976562
HHDSU,λ=8,65536,0,655249,9.998306274414062
HHDSU,λ=8,65536,0,698177,10.653335571289062
HHDSU,λ=8,65536,0,614945,9.383316040039062
HHDSU,λ=8,65536,0,592849,9.046157836914062
HHDSU,λ=8,65536,0,647321,9.877334594726562
HHDSU,λ=8,65536,0,716753,10.936782836914062
HHDSU,λ=8,65536,0,642113,9.797866821289062
HHDSU,λ=8,65536,0,590313,9.007461547851562
HHDSU,λ=8,65536,0,639401,9.756484985351562
HHDSU,λ=8,65536,0,589921,9.001480102539062
HHDSU,λ=8,65536,0,614073,9.370010375976562
HHDSU,λ=8,65536,0,666241,10.166030883789062
HHDSU,λ=8,65536,0,627833,9.579971313476562
HHDSU,λ=8,65536,0,627361,9.572769165039062
HHDSU,λ=8,65536,0,636241,9.708267211914062
HHDSU,λ=8,65536,0,655497,10.002090454101562
HHDSU,λ=8,65536,0,627537,9.575454711914062
HHDSU,λ=8,65536,0,736673,11.240737915039062
HHDSU,λ=8,65536,0,593697,9.059097290039062
HHDSU,λ=8,65536,0,610281,9.312149047851562
HHDSU,λ=8,65536,0,576929,8.803237915039062
HHDSU,λ=8,65536,0,584353,8.916519165039062
HHDSU,λ=8,65536,0,562089,8.576797485351562
HHDSU,λ=8,65536,0,648833,9.900405883789062
HHDSU,λ=8,65536,0,659385,10.061416625976562
HHDSU,λ=8,65536,0,646793,9.869277954101562
HHDSU,λ=8,65536,0,605769,9.243301391601562
HHDSU,λ=8,65536,0,577881,8.817764282226562
HHDSU,λ=8,65536,0,708265,10.807266235351562
HHDSU,λ=8,65536,0,642737,9.807388305664062
HHDSU,λ=8,65536,0,565601,8.630386352539062
HHDSU,λ=8,65536,0,590009,9.002822875976562
HHDSU,λ=8,65536,0,620033,9.460952758789062
HHDSU,λ=8,65536,0,592809,9.045547485351562
HHDSU,λ=8,65536,0,614289,9.373306274414062
HHDSU,λ=8,65536,0,623497,9.513809204101562
HHDSU,λ=8,65536,0,637177,9.722549438476562
HHDSU,λ=8,65536,0,610545,9.316177368164062
HHDSU,λ=8,65536,0,635665,9.699478149414062
HHDSU,λ=8,65536,0,601329,9.175552368164062
HHDSU,λ=8,65536,0,603081,9.202285766601562
HHDSU,λ=8,65536,0,678705,10.356216430664062
HHDSU,λ=8,65536,0,704569,10.750869750976562
HHDSU,λ=8,65536,0,602569,9.194473266601562
HHDSU,λ=8,65536,0,641361,9.786392211914062
HHDSU,λ=8,65536,0,596921,9.108291625976562
HHDSU,λ=8,65536,0,632009,9.643692016601562
HHDSU,λ=8,65536,0,652729,9.959854125976562
HHDSU,λ=8,65536,0,775233,11.829116821289062
HHDSU,λ=8,65536,0,643009,9.811538696289062
HHDSU,λ=8,65536,0,661729,10.097183227539062
HHDSU,λ=8,65536,0,599177,9.142715454101562
HHDSU,λ=8,65536,0,620105,9.462051391601562
HHDSU,λ=8,65536,0,641961,9.795547485351562
HHDSU,λ=8,65536,0,666817,10.174819946289062
HHDSU,λ=8,65536,0,645025,9.842300415039062
HHDSU,λ=8,65536,0,680057,10.376846313476562
HHDSU,λ=8,65536,0,648257,9.891616821289062
HHDSU,λ=8,65536,0,598449,9.131607055664062
HHDSU,λ=8,65536,0,594473,9.070938110351562
HHDSU,λ=8,65536,0,708905,10.817031860351562
HHDSU,λ=8,65536,0,738601,11.270156860351562
HHDSU,λ=8,65536,0,609321,9.297500610351562
HHDSU,λ=8,65536,0,604609,9.225601196289062
HHDSU,λ=8,65536,0,617321,9.419570922851562
HHDSU,λ=8,65536,0,619425,9.451675415039062
HHDSU,λ=8,65536,0,634761,9.685684204101562
HHDSU,λ=8,65536,0,628401,9.588638305664062
HHDSU,λ=8,65536,0,640609,9.774917602539062
HHDSU,λ=8,65536,0,625041,9.537368774414062
HHDSU,λ=8,65536,0,564937,8.620254516601562
HHDSU,λ=8,65536,0,576873,8.802383422851562
HHDSU,λ=8,65536,0,595633,9.088638305664062
HHDSU,λ=8,65536,0,609241,9.296279907226562
HHDSU,λ=8,65536,0,629377,9.603530883789062
HHDSU,λ=8,65536,0,696889,10.633682250976562
HHDSU,λ=8,65536,0,592345,9.038467407226562
HHDSU,λ=8,65536,0,641521,9.788833618164062
HHDSU,λ=8,65536,0,620329,9.465469360351562
HHDSU,λ=8,65536,0,619665,9.455337524414062
HHLSU,λ=8,65536,0,734825,11.212539672851562
HHLSU,λ=8,65536,0,643241,9.815078735351562
HHLSU,λ=8,65536,0,648521,9.895645141601562
HHLSU,λ=8,65536,0,608289,9.281753540039062
HHLSU,λ=8,65536,0,665665,10.157241821289062
HHLSU,λ=8,65536,0,680921,10.390029907226562
HHLSU,λ=8,65536,0,594817,9.076187133789062
HHLSU,λ=8,65536,0,628185,9.585342407226562
HHLSU,λ=8,65536,0,635641,9.699111938476562
HHLSU,λ=8,65536,0,628577,9.591323852539062
HHLSU,λ=8,65536,0,676945,10.329360961914062
HHLSU,λ=8,65536,0,578673,8.829849243164062
HHLSU,λ=8,65536,0,629321,9.602676391601562
HHLSU,λ=8,65536,0,677001,10.330215454101562
HHLSU,λ=8,65536,0,621097,9.477188110351562
HHLSU,λ=8,65536,0,596825,9.106826782226562
HHLSU,λ=8,65536,0,595801,9.091201782226562
HHLSU,λ=8,65536,0,559257,8.533584594726562
HHLSU,λ=8,65536,0,578993,8.834732055664062
HHLSU,λ=8,65536,0,676825,10.327529907226562
HHLSU,λ=8,65536,0,715553,10.918472290039062
HHLSU,λ=8,65536,0,625473,9.543960571289062
HHLSU,λ=8,65536,0,645193,9.844863891601562
HHLSU,λ=8,65536,0,646385,9.863052368164062
HHLSU,λ=8,65536,0,627609,9.576553344726562
HHLSU,λ=8,65536,0,616121,9.401260375976562
HHLSU,λ=8,65536,0,611881,9.336563110351562
HHLSU,λ=8,65536,0,580593,8.859146118164062
HHLSU,λ=8,65536,0,656561,10.018325805664062
HHLSU,λ=8,65536,0,554281,8.457656860351562
HHLSU,λ=8,65536,0,859153,13.109634399414062
HHLSU,λ=8,65536,0,613537,9.361831665039062
HHLSU,λ=8,65536,0,624633,9.531143188476562
HHLSU,λ=8,65536,0,609817,9.305068969726562
HHLSU,λ=8,65536,0,584985,8.926162719726562
HHLSU,λ=8,65536,0,614953,9.383438110351562
HHLSU,λ=8,65536,0,617081,9.415908813476562
HHLSU,λ=8,65536,0,590297,9.007217407226562
HHLSU,λ=8,65536,0,650577,9.927017211914062
HHLSU,λ=8,65536,0,641721,9.791885375976562
HHLSU,λ=8,65536,0,606161,9.249282836914062
HHLSU,λ=8,65536,0,638761,9.746719360351562
HHLSU,λ=8,65536,0,614113,9.370620727539062
HHLSU,λ=8,65536,0,640161,9.768081665039062
HHLSU,λ=8,65536,0,669609,10.217422485351562
HHLSU,λ=8,65536,0,629489,9.605239868164062
HHLSU,λ=8,65536,0,595705,9.089736938476562
HHLSU,λ=8,65536,0,645441,9.848648071289062
HHLSU,λ=8,65536,0,589753,8.998916625976562
HHLSU,λ=8,65536,0,611897,9.336807250976562
HHLSU,λ=8,65536,0,600041,9.155899047851562
HHLSU,λ=8,65536,0,634273,9.678237915039062
HHLSU,λ=8,65536,0,606457,9.253799438476562
HHLSU,λ=8,65536,0,611449,9.329971313476562
HHLSU,λ=8,65536,0,576777,8.800918579101562
HHLSU,λ=8,65536,0,679633,10.370376586914062
HHLSU,λ=8,65536,0,635337,9.694473266601562
HHLSU,λ=8,65536,0,573097,8.744766235351562
HHLSU,λ=8,65536,0,613401,9.359756469726562
HHLSU,λ=8,65536,0,686545,10.475845336914062
HHLSU,λ=8,65536,0,549153,8.379409790039062
HHLSU,λ=8,65536,0,626049,9.552749633789062
HHLSU,λ=8,65536,0,619401,9.451309204101562
HHLSU,λ=8,65536,0,620313,9.465225219726562
HHLSU,λ=8,65536,0,713305,10.884170532226562
HHLSU,λ=8,65536,0,630185,9.615859985351562
HHLSU,λ=8,65536,0,611801,9.335342407226562
HHLSU,λ=8,65536,0,697985,10.650405883789062
HHLSU,λ=8,65536,0,598305,9.129409790039062
HHLSU,λ=8,65536,0,598801,9.136978149414062
HHLSU,λ=8,65536,0,589457,8.994400024414062
HHLSU,λ=8,65536,0,593017,9.048721313476562
HHLSU,λ=8,65536,0,680113,10.377700805664062
HHLSU,λ=8,65536,0,651921,9.947525024414062
HHLSU,λ=8,65536,0,644401,9.832778930664062
HHLSU,λ=8,65536,0,626729,9.563125610351562
HHLSU,λ=8,65536,0,641481,9.788223266601562
HHLSU,λ=8,65536,0,616265,9.403457641601562
HHLSU,λ=8,65536,0,613169,9.356216430664062
HHLSU,λ=8,65536,0,682889,10.420059204101562
HHLSU,λ=8,65536,0,606561,9.255386352539062
HHLSU,λ=8,65536,0,653553,9.972427368164062
HHLSU,λ=8,65536,0,611985,9.338150024414062
HHLSU,λ=8,65536,0,613489,9.361099243164062
HHLSU,λ=8,65536,0,667673,10.187881469726562
HHLSU,λ=8,65536,0,613449,9.360488891601562
HHLSU,λ=8,65536,0,684505,10.444717407226562
HHLSU,λ=8,65536,0,602217,9.189102172851562
HHLSU,λ=8,65536,0,703041,10.727554321289062
HHLSU,λ=8,65536,0,650393,9.924209594726562
HHLSU,λ=8,65536,0,649857,9.916030883789062
HHLSU,λ=8,65536,0,574377,8.764297485351562
HHLSU,λ=8,65536,0,705841,10.770278930664062
HHLSU,λ=8,65536,0,614873,9.382217407226562
HHLSU,λ=8,65536,0,635265,9.693374633789062
HHLSU,λ=8,65536,0,619225,9.448623657226562
HHLSU,λ=8,65536,0,654681,9.989639282226562
HHLSU,λ=8,65536,0,697321,10.640274047851562
HHLSU,λ=8,65536,0,638857,9.748184204101562
HHLSU,λ=8,65536,0,632073,9.644668579101562
HRLSU,λ=8,65536,0,712345,10.869522094726562
HRLSU,λ=8,65536,0,679033,10.361221313476562
HRLSU,λ=8,65536,0,674001,10.284439086914062
HRLSU,λ=8,65536,0,626489,9.559463500976562
HRLSU,λ=8,65536,0,727681,11.103530883789062
HRLSU,λ=8,65536,0,681521,10.399185180664062
HRLSU,λ=8,65536,0,646113,9.858901977539062
HRLSU,λ=8,65536,0,848393,12.945449829101562
HRLSU,λ=8,65536,0,646481,9.864517211914062
HRLSU,λ=8,65536,0,611849,9.336074829101562
HRLSU,λ=8,65536,0,704929,10.756362915039062
HRLSU,λ=8,65536,0,638145,9.737319946289062
HRLSU,λ=8,65536,0,667393,10.183609008789062
HRLSU,λ=8,65536,0,688017,10.498306274414062
HRLSU,λ=8,65536,0,824865,12.586441040039062
HRLSU,λ=8,65536,0,704257,10.746109008789062
HRLSU,λ=8,65536,0,741145,11.308975219726562
HRLSU,λ=8,65536,0,696681,10.630508422851562
HRLSU,λ=8,65536,0,776777,11.852676391601562
HRLSU,λ=8,65536,0,726249,11.081680297851562
HRLSU,λ=8,65536,0,679257,10.364639282226562
HRLSU,λ=8,65536,0,728009,11.108535766601562
HRLSU,λ=8,65536,0,695641,10.614639282226562
HRLSU,λ=8,65536,0,775761,11.837173461914062
HRLSU,λ=8,65536,0,763945,11.656875610351562
HRLSU,λ=8,65536,0,704873,10.755508422851562
HRLSU,λ=8,65536,0,742321,11.326919555664062
HRLSU,λ=8,65536,0,693185,10.577163696289062
HRLSU,λ=8,65536,0,856801,13.073745727539062
HRLSU,λ=8,65536,0,731217,11.157485961914062
HRLSU,λ=8,65536,0,683905,10.435562133789062
HRLSU,λ=8,65536,0,693017,10.574600219726562
HRLSU,λ=8,65536,0,662545,10.109634399414062
HRLSU,λ=8,65536,0,692945,10.573501586914062
HRLSU,λ=8,65536,0,666673,10.172622680664062
HRLSU,λ=8,65536,0,663905,10.130386352539062
HRLSU,λ=8,65536,0,777313,11.860855102539062
HRLSU,λ=8,65536,0,592409,9.039443969726562
HRLSU,λ=8,65536,0,720801,10.998550415039062
HRLSU,λ=8,65536,0,759441,11.588150024414062
HRLSU,λ=8,65536,0,700129,10.683120727539062
HRLSU,λ=8,65536,0,635377,9.695083618164062
HRLSU,λ=8,65536,0,696169,10.622695922851562
HRLSU,λ=8,65536,0,644329,9.831680297851562
HRLSU,λ=8,65536,0,761257,11.615859985351562
HRLSU,λ=8,65536,0,681761,10.402847290039062
HRLSU,λ=8,65536,0,789201,12.042251586914062
HRLSU,λ=8,65536,0,666425,10.168838500976562
HRLSU,λ=8,65536,0,674801,10.296646118164062
HRLSU,λ=8,65536,0,632745,9.654922485351562
HRLSU,λ=8,65536,0,756673,11.545913696289062
HRLSU,λ=8,65536,0,709321,10.823379516601562
HRLSU,λ=8,65536,0,673601,10.278335571289062
HRLSU,λ=8,65536,0,694313,10.594375610351562
HRLSU,λ=8,65536,0,829569,12.658218383789062
HRLSU,λ=8,65536,0,608417,9.283706665039062
HRLSU,λ=8,65536,0,679217,10.364028930664062
HRLSU,λ=8,65536,0,710217,10.837051391601562
HRLSU,λ=8,65536,0,661329,10.091079711914062
HRLSU,λ=8,65536,0,669273,10.212295532226562
HRLSU,λ=8,65536,0,683473,10.428970336914062
HRLSU,λ=8,65536,0,666857,10.175430297851562
HRLSU,λ=8,65536,0,643409,9.817642211914062
HRLSU,λ=8,65536,0,685425,10.458755493164062
HRLSU,λ=8,65536,0,806241,12.302261352539062
HRLSU,λ=8,65536,0,847665,12.934341430664062
HRLSU,λ=8,65536,0,705353,10.762832641601562
HRLSU,λ=8,65536,0,719337,10.976211547851562
HRLSU,λ=8,65536,0,680025,10.376358032226562
HRLSU,λ=8,65536,0,626433,9.558609008789062
HRLSU,λ=8,65536,0,791961,12.084365844726562
HRLSU,λ=8,65536,0,693761,10.585952758789062
HRLSU,λ=8,65536,0,627697,9.577896118164062
HRLSU,λ=8,65536,0,731649,11.164077758789062
HRLSU,λ=8,65536,0,757465,11.557998657226562
HRLSU,λ=8,65536,0,693105,10.575942993164062
HRLSU,λ=8,65536,0,769345,11.739273071289062
HRLSU,λ=8,65536,0,730873,11.152236938476562
HRLSU,λ=8,65536,0,643841,9.824234008789062
HRLSU,λ=8,65536,0,650161,9.920669555664062
HRLSU,λ=8,65536,0,723497,11.039688110351562
HRLSU,λ=8,65536,0,658801,10.052505493164062
HRLSU,λ=8,65536,0,705857,10.770523071289062
HRLSU,λ=8,65536,0,635401,9.695449829101562
HRLSU,λ=8,65536,0,734849,11.212905883789062
HRLSU,λ=8,65536,0,648849,9.900650024414062
HRLSU,λ=8,65536,0,693081,10.575576782226562
HRLSU,λ=8,65536,0,660305,10.075454711914062
HRLSU,λ=8,65536,0,732257,11.173355102539062
HRLSU,λ=8,65536,0,684793,10.449111938476562
HRLSU,λ=8,65536,0,622945,9.505386352539062
HRLSU,λ=8,65536,0,644649,9.836563110351562
HRLSU,λ=8,65536,0,768073,11.719863891601562
HRLSU,λ=8,65536,0,670097,10.224868774414062
HRLSU,λ=8,65536,0,637841,9.732681274414062
HRLSU,λ=8,65536,0,674369,10.290054321289062
HRLSU,λ=8,65536,0,711849,10.861953735351562
HRLSU,λ=8,65536,0,685273,10.456436157226562
HRLSU,λ=8,65536,0,760417,11.603042602539062
HSLSU,λ=8,65536,0,884033,13.489273071289062
HSLSU,λ=8,65536,0,878513,13.405044555664062
HSLSU,λ=8,65536,0,787745,12.020034790039062
HSLSU,λ=8,65536,0,926273,14.133804321289062
HSLSU,λ=8,65536,0,857881,13.090225219726562
HSLSU,λ=8,65536,0,793825,12.112808227539062
HSLSU,λ=8,65536,0,969089,14.787124633789062
HSLSU,λ=8,65536,0,903793,13.790786743164062
HSLSU,λ=8,65536,0,842865,12.861099243164062
HSLSU,λ=8,65536,0,761657,11.621963500976562
HSLSU,λ=8,65536,0,826545,12.612075805664062
HSLSU,λ=8,65536,0,860105,13.124160766601562
HSLSU,λ=8,65536,0,916937,13.991348266601562
HSLSU,λ=8,65536,0,866457,13.221084594726562
HSLSU,λ=8,65536,0,1012145,15.444107055664062
HSLSU,λ=8,65536,0,892577,13.619644165039062
HSLSU,λ=8,65536,0,1143681,17.451187133789062
HSLSU,λ=8,65536,0,1101897,16.813613891601562
HSLSU,λ=8,65536,0,820209,12.515396118164062
HSLSU,λ=8,65536,0,927937,14.159194946289062
HSLSU,λ=8,65536,0,809633,12.354019165039062
HSLSU,λ=8,65536,0,837257,12.775527954101562
HSLSU,λ=8,65536,0,851353,12.990615844726562
HSLSU,λ=8,65536,0,830793,12.676895141601562
HSLSU,λ=8,65536,0,839161,12.804580688476562
HSLSU,λ=8,65536,0,814633,12.430313110351562
HSLSU,λ=8,65536,0,1055441,16.104751586914062
HSLSU,λ=8,65536,0,870521,13.283096313476562
HSLSU,λ=8,65536,0,958433,14.624526977539062
HSLSU,λ=8,65536,0,807489,12.321304321289062
HSLSU,λ=8,65536,0,845921,12.907730102539062
HSLSU,λ=8,65536,0,868945,13.259048461914062
HSLSU,λ=8,65536,0,1072537,16.365615844726562
HSLSU,λ=8,65536,0,851089,12.986587524414062
HSLSU,λ=8,65536,0,857937,13.091079711914062
HSLSU,λ=8,65536,0,890065,13.581314086914062
HSLSU,λ=8,65536,0,831241,12.683731079101562
HSLSU,λ=8,65536,0,874217,13.339492797851562
HSLSU,λ=8,65536,0,886969,13.534072875976562
HSLSU,λ=8,65536,0,894265,13.645401000976562
HSLSU,λ=8,65536,0,846977,12.923843383789062
HSLSU,λ=8,65536,0,881665,13.453140258789062
HSLSU,λ=8,65536,0,853649,13.025650024414062
HSLSU,λ=8,65536,0,826753,12.615249633789062
HSLSU,λ=8,65536,0,1031017,15.732070922851562
HSLSU,λ=8,65536,0,886073,13.520401000976562
HSLSU,λ=8,65536,0,1020377,15.569717407226562
HSLSU,λ=8,65536,0,800297,12.211563110351562
HSLSU,λ=8,65536,0,1014113,15.474136352539062
HSLSU,λ=8,65536,0,929825,14.188003540039062
HSLSU,λ=8,65536,0,1181561,18.029190063476562
HSLSU,λ=8,65536,0,902953,13.777969360351562
HSLSU,λ=8,65536,0,822145,12.544937133789062
HSLSU,λ=8,65536,0,881521,13.450942993164062
HSLSU,λ=8,65536,0,902113,13.765151977539062
HSLSU,λ=8,65536,0,838441,12.793594360351562
HSLSU,λ=8,65536,0,967249,14.759048461914062
HSLSU,λ=8,65536,0,800241,12.210708618164062
HSLSU,λ=8,65536,0,929489,14.182876586914062
HSLSU,λ=8,65536,0,944105,14.405899047851562
HSLSU,λ=8,65536,0,822905,12.556533813476562
HSLSU,λ=8,65536,0,985521,15.037857055664062
HSLSU,λ=8,65536,0,1004505,15.327529907226562
HSLSU,λ=8,65536,0,850321,12.974868774414062
HSLSU,λ=8,65536,0,907993,13.854873657226562
HSLSU,λ=8,65536,0,1077569,16.442398071289062
HSLSU,λ=8,65536,0,934817,14.264175415039062
HSLSU,λ=8,65536,0,937265,14.301528930664062
HSLSU,λ=8,65536,0,874513,13.344009399414062
HSLSU,λ=8,65536,0,892001,13.610855102539062
HSLSU,λ=8,65536,0,948321,14.470230102539062
HSLSU,λ=8,65536,0,838577,12.795669555664062
HSLSU,λ=8,65536,0,1001777,15.285903930664062
HSLSU,λ=8,65536,0,900497,13.740493774414062
HSLSU,λ=8,65536,0,840625,12.826919555664062
HSLSU,λ=8,65536,0,912201,13.919082641601562
HSLSU,λ=8,65536,0,827489,12.626480102539062
HSLSU,λ=8,65536,0,1185201,18.084732055664062
HSLSU,λ=8,65536,0,983033,14.999893188476562
HSLSU,λ=8,65536,0,956937,14.601699829101562
HSLSU,λ=8,65536,0,876833,13.379409790039062
HSLSU,λ=8,65536,0,879465,13.419570922851562
HSLSU,λ=8,65536,0,799569,12.200454711914062
HSLSU,λ=8,65536,0,878713,13.408096313476562
HSLSU,λ=8,65536,0,916553,13.985488891601562
HSLSU,λ=8,65536,0,817241,12.470108032226562
HSLSU,λ=8,65536,0,1035705,15.803604125976562
HSLSU,λ=8,65536,0,853881,13.029190063476562
HSLSU,λ=8,65536,0,807585,12.322769165039062
HSLSU,λ=8,65536,0,850025,12.970352172851562
HSLSU,λ=8,65536,0,813289,12.409805297851562
HSLSU,λ=8,65536,0,1030249,15.720352172851562
HSLSU,λ=8,65536,0,811049,12.375625610351562
HSLSU,λ=8,65536,0,881377,13.448745727539062
HSLSU,λ=8,65536,0,836041,12.756973266601562
HSLSU,λ=8,65536,0,886265,13.523330688476562
HSLSU,λ=8,65536,0,891889,13.609146118164062
HSLSU,λ=8,65536,0,806369,12.304214477539062
HSLSU,λ=8,65536,0,1065985,16.265640258789062
HSLSU,λ=8,65536,0,940009,14.343399047851562
HSDMU,λ=8,65536,0,1047457,15.982925415039062
HSDMU,λ=8,65536,0,865649,13.208755493164062
HSDMU,λ=8,65536,0,830377,12.670547485351562
HSDMU,λ=8,65536,0,855129,13.048233032226562
HSDMU,λ=8,65536,0,816905,12.464981079101562
HSDMU,λ=8,65536,0,977689,14.918350219726562
HSDMU,λ=8,65536,0,970841,14.813858032226562
HSDMU,λ=8,65536,0,884689,13.499282836914062
HSDMU,λ=8,65536,0,864513,13.191421508789062
HSDMU,λ=8,65536,0,853265,13.019790649414062
HSDMU,λ=8,65536,0,959545,14.641494750976562
HSDMU,λ=8,65536,0,888905,13.563613891601562
HSDMU,λ=8,65536,0,897857,13.700210571289062
HSDMU,λ=8,65536,0,801849,12.235244750976562
HSDMU,λ=8,65536,0,853873,13.029067993164062
HSDMU,λ=8,65536,0,932937,14.235488891601562
HSDMU,λ=8,65536,0,834969,12.740615844726562
HSDMU,λ=8,65536,0,910953,13.900039672851562
HSDMU,λ=8,65536,0,921505,14.061050415039062
HSDMU,λ=8,65536,0,1112441,16.974502563476562
HSDMU,λ=8,65536,0,835177,12.743789672851562
HSDMU,λ=8,65536,0,797281,12.165542602539062
HSDMU,λ=8,65536,0,919577,14.031631469726562
HSDMU,λ=8,65536,0,986641,15.054946899414062
HSDMU,λ=8,65536,0,913841,13.944107055664062
HSDMU,λ=8,65536,0,878217,13.400527954101562
HSDMU,λ=8,65536,0,880289,13.432144165039062
HSDMU,λ=8,65536,0,858433,13.098648071289062
HSDMU,λ=8,65536,0,853705,13.026504516601562
HSDMU,λ=8,65536,0,959825,14.645767211914062
HSDMU,λ=8,65536,0,922433,14.075210571289062
HSDMU,λ=8,65536,0,859153,13.109634399414062
HSDMU,λ=8,65536,0,969921,14.799819946289062
HSDMU,λ=8,65536,0,889953,13.579605102539062
HSDMU,λ=8,65536,0,829161,12.651992797851562
HSDMU,λ=8,65536,0,831473,12.687271118164062
HSDMU,λ=8,65536,0,828841,12.647109985351562
HSDMU,λ=8,65536,0,831793,12.692153930664062
HSDMU,λ=8,65536,0,852721,13.011489868164062
HSDMU,λ=8,65536,0,941553,14.366958618164062
HSDMU,λ=8,65536,0,840313,12.822158813476562
HSDMU,λ=8,65536,0,835769,12.752822875976562
HSDMU,λ=8,65536,0,828041,12.634902954101562
HSDMU,λ=8,65536,0,960689,14.658950805664062
HSDMU,λ=8,65536,0,870225,13.278579711914062
HSDMU,λ=8,65536,0,852745,13.011856079101562
HSDMU,λ=8,65536,0,996537,15.205947875976562
HSDMU,λ=8,65536,0,1133193,17.291152954101562
HSDMU,λ=8,65536,0,855737,13.057510375976562
HSDMU,λ=8,65536,0,1171337,17.873184204101562
HSDMU,λ=8,65536,0,1022001,15.594497680664062
HSDMU,λ=8,65536,0,916977,13.991958618164062
HSDMU,λ=8,65536,0,896153,13.674209594726562
HSDMU,λ=8,65536,0,820441,12.518936157226562
HSDMU,λ=8,65536,0,1097097,16.740371704101562
HSDMU,λ=8,65536,0,860657,13.132583618164062
HSDMU,λ=8,65536,0,869929,13.274063110351562
HSDMU,λ=8,65536,0,1064937,16.249649047851562
HSDMU,λ=8,65536,0,932041,14.221817016601562
HSDMU,λ=8,65536,0,898961,13.717056274414062
HSDMU,λ=8,65536,0,922177,14.071304321289062
HSDMU,λ=8,65536,0,821721,12.538467407226562
HSDMU,λ=8,65536,0,934785,14.263687133789062
HSDMU,λ=8,65536,0,786441,12.000137329101562
HSDMU,λ=8,65536,0,935577,14.275772094726562
HSDMU,λ=8,65536,0,894793,13.653457641601562
HSDMU,λ=8,65536,0,844385,12.884292602539062
HSDMU,λ=8,65536,0,846121,12.910781860351562
HSDMU,λ=8,65536,0,943129,14.391006469726562
HSDMU,λ=8,65536,0,1036545,15.816421508789062
HSDMU,λ=8,65536,0,837617,12.781021118164062
HSDMU,λ=8,65536,0,899641,13.727432250976562
HSDMU,λ=8,65536,0,869065,13.260879516601562
HSDMU,λ=8,65536,0,810713,12.370498657226562
HSDMU,λ=8,65536,0,978345,14.928359985351562
HSDMU,λ=8,65536,0,920513,14.045913696289062
HSDMU,λ=8,65536,0,1140601,17.404190063476562
HSDMU,λ=8,65536,0,816833,12.463882446289062
HSDMU,λ=8,65536,0,826393,12.609756469726562
HSDMU,λ=8,65536,0,869305,13.264541625976562
HSDMU,λ=8,65536,0,956273,14.591567993164062
HSDMU,λ=8,65536,0,953497,14.549209594726562
HSDMU,λ=8,65536,0,872921,13.319717407226562
HSDMU,λ=8,65536,0,848105,12.941055297851562
HSDMU,λ=8,65536,0,802937,12.251846313476562
HSDMU,λ=8,65536,0,850209,12.973159790039062
HSDMU,λ=8,65536,0,836057,12.757217407226562
HSDMU,λ=8,65536,0,868521,13.252578735351562
HSDMU,λ=8,65536,0,1010001,15.411392211914062
HSDMU,λ=8,65536,0,819105,12.498550415039062
HSDMU,λ=8,65536,0,888681,13.560195922851562
HSDMU,λ=8,65536,0,833497,12.718154907226562
HSDMU,λ=8,65536,0,890489,13.587783813476562
HSDMU,λ=8,65536,0,942497,14.381362915039062
HSDMU,λ=8,65536,0,831705,12.690811157226562
HSDMU,λ=8,65536,0,823697,12.568618774414062
HSDMU,λ=8,65536,0,910681,13.895889282226562
HSDMU,λ=8,65536,0,908649,13.864883422851562
HSDMU,λ=8,65536,0,905321,13.814102172851562
HSDMU,λ=8,65536,0,904537,13.802139282226562
HRDMU,λ=8,65536,0,676553,10.323379516601562
HRDMU,λ=8,65536,0,668537,10.201065063476562
HRDMU,λ=8,65536,0,714881,10.908218383789062
HRDMU,λ=8,65536,0,735889,11.228775024414062
HRDMU,λ=8,65536,0,858361,13.097549438476562
HRDMU,λ=8,65536,0,762489,11.634658813476562
HRDMU,λ=8,65536,0,659201,10.058609008789062
HRDMU,λ=8,65536,0,646361,9.862686157226562
HRDMU,λ=8,65536,0,703097,10.728408813476562
HRDMU,λ=8,65536,0,657865,10.038223266601562
HRDMU,λ=8,65536,0,658289,10.044692993164062
HRDMU,λ=8,65536,0,758281,11.570449829101562
HRDMU,λ=8,65536,0,655233,9.998062133789062
HRDMU,λ=8,65536,0,740153,11.293838500976562
HRDMU,λ=8,65536,0,629769,9.609512329101562
HRDMU,λ=8,65536,0,675569,10.308364868164062
HRDMU,λ=8,65536,0,718801,10.968032836914062
HRDMU,λ=8,65536,0,678025,10.345840454101562
HRDMU,λ=8,65536,0,702945,10.726089477539062
HRDMU,λ=8,65536,0,684001,10.437026977539062
HRDMU,λ=8,65536,0,681401,10.397354125976562
HRDMU,λ=8,65536,0,743745,11.348648071289062
HRDMU,λ=8,65536,0,674129,10.286392211914062
HRDMU,λ=8,65536,0,710801,10.845962524414062
HRDMU,λ=8,65536,0,811153,12.377212524414062
HRDMU,λ=8,65536,0,677745,10.341567993164062
HRDMU,λ=8,65536,0,703233,10.730484008789062
HRDMU,λ=8,65536,0,653857,9.977066040039062
HRDMU,λ=8,65536,0,686049,10.468276977539062
HRDMU,λ=8,65536,0,676121,10.316787719726562
HRDMU,λ=8,65536,0,647537,9.880630493164062
HRDMU,λ=8,65536,0,713761,10.891128540039062
HRDMU,λ=8,65536,0,744857,11.365615844726562
HRDMU,λ=8,65536,0,671033,10.239151000976562
HRDMU,λ=8,65536,0,688041,10.498672485351562
HRDMU,λ=8,65536,0,743169,11.339859008789062
HRDMU,λ=8,65536,0,675617,10.309097290039062
HRDMU,λ=8,65536,0,701225,10.699844360351562
HRDMU,λ=8,65536,0,737625,11.255264282226562
HRDMU,λ=8,65536,0,688241,10.501724243164062
HRDMU,λ=8,65536,0,612265,9.342422485351562
HRDMU,λ=8,65536,0,670465,10.230484008789062
HRDMU,λ=8,65536,0,685713,10.463150024414062
HRDMU,λ=8,65536,0,645369,9.847549438476562
HRDMU,λ=8,65536,0,791513,12.077529907226562
HRDMU,λ=8,65536,0,653121,9.965835571289062
HRDMU,λ=8,65536,0,675881,10.313125610351562
HRDMU,λ=8,65536,0,737153,11.248062133789062
HRDMU,λ=8,65536,0,658825,10.052871704101562
HRDMU,λ=8,65536,0,714273,10.898941040039062
HRDMU,λ=8,65536,0,741945,11.321182250976562
HRDMU,λ=8,65536,0,654481,9.986587524414062
HRDMU,λ=8,65536,0,629577,9.606582641601562
HRDMU,λ=8,65536,0,684873,10.450332641601562
HRDMU,λ=8,65536,0,622633,9.500625610351562
HRDMU,λ=8,65536,0,828297,12.638809204101562
HRDMU,λ=8,65536,0,701369,10.702041625976562
HRDMU,λ=8,65536,0,667945,10.192031860351562
HRDMU,λ=8,65536,0,670929,10.237564086914062
HRDMU,λ=8,65536,0,678321,10.350357055664062
HRDMU,λ=8,65536,0,677169,10.332778930664062
HRDMU,λ=8,65536,0,721497,11.009170532226562
HRDMU,λ=8,65536,0,688209,10.501235961914062
HRDMU,λ=8,65536,0,635889,9.702896118164062
HRDMU,λ=8,65536,0,633049,9.659561157226562
HRDMU,λ=8,65536,0,633961,9.673477172851562
HRDMU,λ=8,65536,0,765769,11.684707641601562
HRDMU,λ=8,65536,0,642953,9.810684204101562
HRDMU,λ=8,65536,0,750577,11.452896118164062
HRDMU,λ=8,65536,0,719449,10.977920532226562
HRDMU,λ=8,65536,0,692785,10.571060180664062
HRDMU,λ=8,65536,0,661369,10.091690063476562
HRDMU,λ=8,65536,0,714353,10.900161743164062
HRDMU,λ=8,65536,0,642977,9.811050415039062
HRDMU,λ=8,65536,0,751905,11.473159790039062
HRDMU,λ=8,65536,0,736593,11.239517211914062
HRDMU,λ=8,65536,0,662601,10.110488891601562
HRDMU,λ=8,65536,0,722129,11.018814086914062
HRDMU,λ=8,65536,0,718265,10.959854125976562
HRDMU,λ=8,65536,0,697225,10.638809204101562
HRDMU,λ=8,65536,0,635177,9.692031860351562
HRDMU,λ=8,65536,0,753441,11.496597290039062
HRDMU,λ=8,65536,0,695097,10.606338500976562
HRDMU,λ=8,65536,0,722937,11.031143188476562
HRDMU,λ=8,65536,0,695161,10.607315063476562
HRDMU,λ=8,65536,0,651777,9.945327758789062
HRDMU,λ=8,65536,0,671617,10.248062133789062
HRDMU,λ=8,65536,0,699401,10.672012329101562
HRDMU,λ=8,65536,0,683641,10.431533813476562
HRDMU,λ=8,65536,0,700041,10.681777954101562
HRDMU,λ=8,65536,0,720953,11.000869750976562
HRDMU,λ=8,65536,0,654385,9.985122680664062
HRDMU,λ=8,65536,0,666265,10.166397094726562
HRDMU,λ=8,65536,0,629601,9.606948852539062
HRDMU,λ=8,65536,0,763273,11.646621704101562
HRDMU,λ=8,65536,0,657969,10.039810180664062
HRDMU,λ=8,65536,0,728913,11.122329711914062
HRDMU,λ=8,65536,0,657825,10.037612915039062
HRDMU,λ=8,65536,0,684305,10.441665649414062
HRDMU,λ=8,65536,0,732073,11.170547485351562
HHDMU,λ=8,65536,0,616217,9.402725219726562
HHDMU,λ=8,65536,0,616713,9.410293579101562
HHDMU,λ=8,65536,0,647129,9.874404907226562
HHDMU,λ=8,65536,0,732921,11.183486938476562
HHDMU,λ=8,65536,0,662385,10.107192993164062
HHDMU,λ=8,65536,0,660665,10.080947875976562
HHDMU,λ=8,65536,0,629313,9.602554321289062
HHDMU,λ=8,65536,0,686025,10.467910766601562
HHDMU,λ=8,65536,0,630385,9.618911743164062
HHDMU,λ=8,65536,0,703097,10.728408813476562
HHDMU,λ=8,65536,0,663881,10.130020141601562
HHDMU,λ=8,65536,0,638609,9.744400024414062
HHDMU,λ=8,65536,0,637025,9.720230102539062
HHDMU,λ=8,65536,0,664729,10.142959594726562
HHDMU,λ=8,65536,0,735649,11.225112915039062
HHDMU,λ=8,65536,0,633889,9.672378540039062
HHDMU,λ=8,65536,0,646289,9.861587524414062
HHDMU,λ=8,65536,0,645825,9.854507446289062
HHDMU,λ=8,65536,0,619865,9.458389282226562
HHDMU,λ=8,65536,0,742929,11.336196899414062
HHDMU,λ=8,65536,0,605081,9.232803344726562
HHDMU,λ=8,65536,0,655057,9.995376586914062
HHDMU,λ=8,65536,0,652505,9.956436157226562
HHDMU,λ=8,65536,0,654105,9.980850219726562
HHDMU,λ=8,65536,0,640361,9.771133422851562
HHDMU,λ=8,65536,0,674033,10.284927368164062
HHDMU,λ=8,65536,0,618233,9.433486938476562
HHDMU,λ=8,65536,0,741033,11.307266235351562
HHDMU,λ=8,65536,0,616313,9.404190063476562
HHDMU,λ=8,65536,0,650601,9.927383422851562
HHDMU,λ=8,65536,0,678713,10.356338500976562
HHDMU,λ=8,65536,0,631681,9.638687133789062
HHDMU,λ=8,65536,0,694073,10.590713500976562
HHDMU,λ=8,65536,0,681465,10.398330688476562
HHDMU,λ=8,65536,0,621801,9.487930297851562
HHDMU,λ=8,65536,0,655313,9.999282836914062
HHDMU,λ=8,65536,0,606641,9.256607055664062
HHDMU,λ=8,65536,0,616977,9.414321899414062
HHDMU,λ=8,65536,0,667993,10.192764282226562
HHDMU,λ=8,65536,0,684745,10.448379516601562
HHDMU,λ=8,65536,0,657985,10.040054321289062
HHDMU,λ=8,65536,0,752313,11.479385375976562
HHDMU,λ=8,65536,0,687649,10.492691040039062
HHDMU,λ=8,65536,0,645129,9.843887329101562
HHDMU,λ=8,65536,0,612513,9.346206665039062
HHDMU,λ=8,65536,0,683913,10.435684204101562
HHDMU,λ=8,65536,0,692857,10.572158813476562
HHDMU,λ=8,65536,0,648497,9.895278930664062
HHDMU,λ=8,65536,0,627521,9.575210571289062
HHDMU,λ=8,65536,0,695993,10.620010375976562
HHDMU,λ=8,65536,0,713009,10.879653930664062
HHDMU,λ=8,65536,0,724633,11.057022094726562
HHDMU,λ=8,65536,0,669433,10.214736938476562
HHDMU,λ=8,65536,0,636345,9.709854125976562
HHDMU,λ=8,65536,0,620841,9.473281860351562
HHDMU,λ=8,65536,0,649705,9.913711547851562
HHDMU,λ=8,65536,0,713993,10.894668579101562
HHDMU,λ=8,65536,0,670721,10.234390258789062
HHDMU,λ=8,65536,0,723137,11.034194946289062
HHDMU,λ=8,65536,0,656169,10.012344360351562
HHDMU,λ=8,65536,0,605521,9.239517211914062
HHDMU,λ=8,65536,0,718281,10.960098266601562
HHDMU,λ=8,65536,0,633633,9.668472290039062
HHDMU,λ=8,65536,0,698089,10.651992797851562
HHDMU,λ=8,65536,0,646441,9.863906860351562
HHDMU,λ=8,65536,0,666529,10.170425415039062
HHDMU,λ=8,65536,0,633393,9.664810180664062
HHDMU,λ=8,65536,0,627121,9.569107055664062
HHDMU,λ=8,65536,0,626489,9.559463500976562
HHDMU,λ=8,65536,0,640729,9.776748657226562
HHDMU,λ=8,65536,0,653561,9.972549438476562
HHDMU,λ=8,65536,0,717825,10.953140258789062
HHDMU,λ=8,65536,0,639705,9.761123657226562
HHDMU,λ=8,65536,0,667081,10.178848266601562
HHDMU,λ=8,65536,0,616185,9.402236938476562
HHDMU,λ=8,65536,0,627769,9.578994750976562
HHDMU,λ=8,65536,0,660121,10.072647094726562
HHDMU,λ=8,65536,0,663825,10.129165649414062
HHDMU,λ=8,65536,0,631489,9.635757446289062
HHDMU,λ=8,65536,0,644465,9.833755493164062
HHDMU,λ=8,65536,0,598617,9.134170532226562
HHDMU,λ=8,65536,0,630369,9.618667602539062
HHDMU,λ=8,65536,0,638305,9.739761352539062
HHDMU,λ=8,65536,0,633345,9.664077758789062
HHDMU,λ=8,65536,0,633265,9.662857055664062
HHDMU,λ=8,65536,0,633505,9.666519165039062
HHDMU,λ=8,65536,0,696537,10.628311157226562
HHDMU,λ=8,65536,0,704617,10.751602172851562
HHDMU,λ=8,65536,0,618689,9.440444946289062
HHDMU,λ=8,65536,0,614833,9.381607055664062
HHDMU,λ=8,65536,0,673865,10.282363891601562
HHDMU,λ=8,65536,0,737185,11.248550415039062
HHDMU,λ=8,65536,0,785505,11.985855102539062
HHDMU,λ=8,65536,0,619409,9.451431274414062
HHDMU,λ=8,65536,0,643825,9.823989868164062
HHDMU,λ=8,65536,0,671513,10.246475219726562
HHDMU,λ=8,65536,0,603769,9.212783813476562
HHDMU,λ=8,65536,0,745017,11.368057250976562
HHDMU,λ=8,65536,0,677369,10.335830688476562
HHDMU,λ=8,65536,0,689665,10.523452758789062
HHLMU,λ=8,65536,0,679769,10.372451782226562
HHLMU,λ=8,65536,0,728273,11.112564086914062
HHLMU,λ=8,65536,0,701209,10.699600219726562
HHLMU,λ=8,65536,0,691009,10.543960571289062
HHLMU,λ=8,65536,0,681985,10.406265258789062
HHLMU,λ=8,65536,0,601225,9.173965454101562
HHLMU,λ=8,65536,0,657129,10.026992797851562
HHLMU,λ=8,65536,0,645689,9.852432250976562
HHLMU,λ=8,65536,0,666385,10.168228149414062
HHLMU,λ=8,65536,0,639857,9.763442993164062
HHLMU,λ=8,65536,0,684577,10.445816040039062
HHLMU,λ=8,65536,0,687137,10.484878540039062
HHLMU,λ=8,65536,0,629753,9.609268188476562
HHLMU,λ=8,65536,0,665169,10.149673461914062
HHLMU,λ=8,65536,0,624593,9.530532836914062
HHLMU,λ=8,65536,0,675521,10.307632446289062
HHLMU,λ=8,65536,0,610401,9.313980102539062
HHLMU,λ=8,65536,0,691465,10.550918579101562
HHLMU,λ=8,65536,0,643913,9.825332641601562
HHLMU,λ=8,65536,0,676577,10.323745727539062
HHLMU,λ=8,65536,0,717561,10.949111938476562
HHLMU,λ=8,65536,0,625497,9.544326782226562
HHLMU,λ=8,65536,0,686121,10.469375610351562
HHLMU,λ=8,65536,0,680345,10.381240844726562
HHLMU,λ=8,65536,0,681881,10.404678344726562
HHLMU,λ=8,65536,0,674969,10.299209594726562
HHLMU,λ=8,65536,0,740385,11.297378540039062
HHLMU,λ=8,65536,0,661785,10.098037719726562
HHLMU,λ=8,65536,0,687313,10.487564086914062
HHLMU,λ=8,65536,0,639537,9.758560180664062
HHLMU,λ=8,65536,0,699337,10.671035766601562
HHLMU,λ=8,65536,0,705209,10.760635375976562
HHLMU,λ=8,65536,0,664481,10.139175415039062
HHLMU,λ=8,65536,0,617385,9.420547485351562
HHLMU,λ=8,65536,0,728705,11.119155883789062
HHLMU,λ=8,65536,0,719249,10.974868774414062
HHLMU,λ=8,65536,0,665137,10.149185180664062
HHLMU,λ=8,65536,0,675425,10.306167602539062
HHLMU,λ=8,65536,0,631409,9.634536743164062
HHLMU,λ=8,65536,0,635913,9.703262329101562
HHLMU,λ=8,65536,0,715769,10.921768188476562
HHLMU,λ=8,65536,0,642049,9.796890258789062
HHLMU,λ=8,65536,0,683817,10.434219360351562
HHLMU,λ=8,65536,0,690761,10.540176391601562
HHLMU,λ=8,65536,0,745737,11.379043579101562
HHLMU,λ=8,65536,0,618145,9.432144165039062
HHLMU,λ=8,65536,0,740257,11.295425415039062
HHLMU,λ=8,65536,0,750377,11.449844360351562
HHLMU,λ=8,65536,0,653377,9.969741821289062
HHLMU,λ=8,65536,0,648353,9.893081665039062
HHLMU,λ=8,65536,0,836361,12.761856079101562
HHLMU,λ=8,65536,0,629529,9.605850219726562
HHLMU,λ=8,65536,0,619161,9.447647094726562
HHLMU,λ=8,65536,0,741321,11.311660766601562
HHLMU,λ=8,65536,0,683545,10.430068969726562
HHLMU,λ=8,65536,0,690777,10.540420532226562
HHLMU,λ=8,65536,0,700841,10.693984985351562
HHLMU,λ=8,65536,0,636433,9.711196899414062
HHLMU,λ=8,65536,0,637873,9.733169555664062
HHLMU,λ=8,65536,0,730081,11.140151977539062
HHLMU,λ=8,65536,0,681153,10.393569946289062
HHLMU,λ=8,65536,0,643713,9.822280883789062
HHLMU,λ=8,65536,0,606977,9.261734008789062
HHLMU,λ=8,65536,0,592961,9.047866821289062
HHLMU,λ=8,65536,0,627185,9.570083618164062
HHLMU,λ=8,65536,0,718281,10.960098266601562
HHLMU,λ=8,65536,0,653329,9.969009399414062
HHLMU,λ=8,65536,0,724577,11.056167602539062
HHLMU,λ=8,65536,0,658561,10.048843383789062
HHLMU,λ=8,65536,0,657705,10.035781860351562
HHLMU,λ=8,65536,0,686201,10.470596313476562
HHLMU,λ=8,65536,0,634097,9.675552368164062
HHLMU,λ=8,65536,0,654673,9.989517211914062
HHLMU,λ=8,65536,0,649225,9.906387329101562
HHLMU,λ=8,65536,0,642713,9.807022094726562
HHLMU,λ=8,65536,0,676497,10.322525024414062
HHLMU,λ=8,65536,0,665553,10.155532836914062
HHLMU,λ=8,65536,0,693169,10.576919555664062
HHLMU,λ=8,65536,0,715401,10.916152954101562
HHLMU,λ=8,65536,0,728073,11.109512329101562
HHLMU,λ=8,65536,0,625193,9.539688110351562
HHLMU,λ=8,65536,0,609561,9.301162719726562
HHLMU,λ=8,65536,0,826233,12.607315063476562
HHLMU,λ=8,65536,0,627201,9.570327758789062
HHLMU,λ=8,65536,0,650737,9.929458618164062
HHLMU,λ=8,65536,0,680465,10.383071899414062
HHLMU,λ=8,65536,0,704233,10.745742797851562
HHLMU,λ=8,65536,0,670065,10.224380493164062
HHLMU,λ=8,65536,0,687201,10.485855102539062
HHLMU,λ=8,65536,0,650529,9.926284790039062
HHLMU,λ=8,65536,0,685185,10.455093383789062
HHLMU,λ=8,65536,0,668633,10.202529907226562
HHLMU,λ=8,65536,0,627625,9.576797485351562
HHLMU,λ=8,65536,0,641433,9.787490844726562
HHLMU,λ=8,65536,0,722745,11.028213500976562
HHLMU,λ=8,65536,0,592281,9.037490844726562
HHLMU,λ=8,65536,0,679249,10.364517211914062
HHLMU,λ=8,65536,0,698169,10.653213500976562
HHLMU,λ=8,65536,0,629913,9.611709594726562
HRLMU,λ=8,65536,0,712129,10.866226196289062
HRLMU,λ=8,65536,0,750601,11.453262329101562
HRLMU,λ=8,65536,0,704041,10.742813110351562
HRLMU,λ=8,65536,0,688433,10.504653930664062
HRLMU,λ=8,65536,0,727633,11.102798461914062
HRLMU,λ=8,65536,0,689273,10.517471313476562
HRLMU,λ=8,65536,0,716873,10.938613891601562
HRLMU,λ=8,65536,0,684489,10.444473266601562
HRLMU,λ=8,65536,0,741241,11.310440063476562
HRLMU,λ=8,65536,0,784425,11.969375610351562
HRLMU,λ=8,65536,0,663537,10.124771118164062
HRLMU,λ=8,65536,0,688593,10.507095336914062
HRLMU,λ=8,65536,0,743681,11.347671508789062
HRLMU,λ=8,65536,0,748297,11.418106079101562
HRLMU,λ=8,65536,0,714657,10.904800415039062
HRLMU,λ=8,65536,0,675249,10.303482055664062
HRLMU,λ=8,65536,0,644689,9.837173461914062
HRLMU,λ=8,65536,0,688929,10.512222290039062
HRLMU,λ=8,65536,0,708601,10.812393188476562
HRLMU,λ=8,65536,0,699009,10.666030883789062
HRLMU,λ=8,65536,0,672953,10.268447875976562
HRLMU,λ=8,65536,0,703673,10.737197875976562
HRLMU,λ=8,65536,0,637161,9.722305297851562
HRLMU,λ=8,65536,0,695265,10.608901977539062
HRLMU,λ=8,65536,0,651905,9.947280883789062
HRLMU,λ=8,65536,0,735577,11.224014282226562
HRLMU,λ=8,65536,0,655641,10.004287719726562
HRLMU,λ=8,65536,0,819785,12.508926391601562
HRLMU,λ=8,65536,0,715417,10.916397094726562
HRLMU,λ=8,65536,0,738833,11.273696899414062
HRLMU,λ=8,65536,0,727249,11.096939086914062
HRLMU,λ=8,65536,0,716233,10.928848266601562
HRLMU,λ=8,65536,0,758705,11.576919555664062
HRLMU,λ=8,65536,0,661473,10.093276977539062
HRLMU,λ=8,65536,0,669233,10.211685180664062
HRLMU,λ=8,65536,0,688513,10.505874633789062
HRLMU,λ=8,65536,0,731545,11.162490844726562
HRLMU,λ=8,65536,0,771209,11.767715454101562
HRLMU,λ=8,65536,0,683577,10.430557250976562
HRLMU,λ=8,65536,0,756449,11.542495727539062
HRLMU,λ=8,65536,0,714169,10.897354125976562
HRLMU,λ=8,65536,0,743433,11.343887329101562
HRLMU,λ=8,65536,0,805553,12.291763305664062
HRLMU,λ=8,65536,0,813345,12.410659790039062
HRLMU,λ=8,65536,0,732561,11.177993774414062
HRLMU,λ=8,65536,0,774633,11.819961547851562
HRLMU,λ=8,65536,0,744025,11.352920532226562
HRLMU,λ=8,65536,0,696025,10.620498657226562
HRLMU,λ=8,65536,0,651209,9.936660766601562
HRLMU,λ=8,65536,0,675281,10.303970336914062
HRLMU,λ=8,65536,0,654049,9.979995727539062
HRLMU,λ=8,65536,0,635353,9.694717407226562
HRLMU,λ=8,65536,0,779601,11.895767211914062
HRLMU,λ=8,65536,0,716025,10.925674438476562
HRLMU,λ=8,65536,0,763201,11.645523071289062
HRLMU,λ=8,65536,0,731649,11.164077758789062
HRLMU,λ=8,65536,0,678705,10.356216430664062
HRLMU,λ=8,65536,0,708849,10.816177368164062
HRLMU,λ=8,65536,0,696921,10.634170532226562
HRLMU,λ=8,65536,0,671497,10.246231079101562
HRLMU,λ=8,65536,0,747945,11.412734985351562
HRLMU,λ=8,65536,0,688785,10.510025024414062
HRLMU,λ=8,65536,0,657057,10.025894165039062
HRLMU,λ=8,65536,0,737833,11.258438110351562
HRLMU,λ=8,65536,0,716969,10.940078735351562
HRLMU,λ=8,65536,0,710449,10.840591430664062
HRLMU,λ=8,65536,0,913609,13.940567016601562
HRLMU,λ=8,65536,0,684185,10.439834594726562
HRLMU,λ=8,65536,0,667081,10.178848266601562
HRLMU,λ=8,65536,0,703697,10.737564086914062
HRLMU,λ=8,65536,0,726433,11.084487915039062
HRLMU,λ=8,65536,0,745249,11.371597290039062
HRLMU,λ=8,65536,0,706297,10.777236938476562
HRLMU,λ=8,65536,0,756849,11.548599243164062
HRLMU,λ=8,65536,0,641961,9.795547485351562
HRLMU,λ=8,65536,0,770697,11.759902954101562
HRLMU,λ=8,65536,0,679153,10.363052368164062
HRLMU,λ=8,65536,0,661001,10.086074829101562
HRLMU,λ=8,65536,0,868513,13.252456665039062
HRLMU,λ=8,65536,0,704049,10.742935180664062
HRLMU,λ=8,65536,0,829689,12.660049438476562
HRLMU,λ=8,65536,0,712105,10.865859985351562
HRLMU,λ=8,65536,0,660305,10.075454711914062
HRLMU,λ=8,65536,0,777425,11.862564086914062
HRLMU,λ=8,65536,0,702073,10.712783813476562
HRLMU,λ=8,65536,0,786865,12.006607055664062
HRLMU,λ=8,65536,0,709601,10.827651977539062
HRLMU,λ=8,65536,0,708745,10.814590454101562
HRLMU,λ=8,65536,0,654609,9.988540649414062
HRLMU,λ=8,65536,0,767489,11.710952758789062
HRLMU,λ=8,65536,0,683081,10.422988891601562
HRLMU,λ=8,65536,0,691601,10.552993774414062
HRLMU,λ=8,65536,0,677737,10.341445922851562
HRLMU,λ=8,65536,0,691001,10.543838500976562
HRLMU,λ=8,65536,0,742369,11.327651977539062
HRLMU,λ=8,65536,0,743537,11.345474243164062
HRLMU,λ=8,65536,0,748561,11.422134399414062
HRLMU,λ=8,65536,0,745145,11.370010375976562
HRLMU,λ=8,65536,0,759473,11.588638305664062
HSLMU,λ=8,65536,0,851889,12.998794555664062
HSLMU,λ=8,65536,0,889073,13.566177368164062
HSLMU,λ=8,65536,0,892657,13.620864868164062
HSLMU,λ=8,65536,0,903009,13.778823852539062
HSLMU,λ=8,65536,0,992449,15.143569946289062
HSLMU,λ=8,65536,0,900641,13.742691040039062
HSLMU,λ=8,65536,0,888545,13.558120727539062
HSLMU,λ=8,65536,0,881313,13.447769165039062
HSLMU,λ=8,65536,0,930177,14.193374633789062
HSLMU,λ=8,65536,0,905969,13.823989868164062
HSLMU,λ=8,65536,0,1012689,15.452407836914062
HSLMU,λ=8,65536,0,904081,13.795181274414062
HSLMU,λ=8,65536,0,952641,14.536148071289062
HSLMU,λ=8,65536,0,926497,14.137222290039062
HSLMU,λ=8,65536,0,927041,14.145523071289062
HSLMU,λ=8,65536,0,940849,14.356216430664062
HSLMU,λ=8,65536,0,870929,13.289321899414062
HSLMU,λ=8,65536,0,871025,13.290786743164062
HSLMU,λ=8,65536,0,923793,14.095962524414062
HSLMU,λ=8,65536,0,830353,12.670181274414062
HSLMU,λ=8,65536,0,872097,13.307144165039062
HSLMU,λ=8,65536,0,1062961,16.219497680664062
HSLMU,λ=8,65536,0,1025313,15.645034790039062
HSLMU,λ=8,65536,0,862257,13.156997680664062
HSLMU,λ=8,65536,0,991201,15.124526977539062
HSLMU,λ=8,65536,0,877873,13.395278930664062
HSLMU,λ=8,65536,0,908161,13.857437133789062
HSLMU,λ=8,65536,0,871681,13.300796508789062
HSLMU,λ=8,65536,0,960625,14.657974243164062
HSLMU,λ=8,65536,0,984209,15.017837524414062
HSLMU,λ=8,65536,0,903825,13.791275024414062
HSLMU,λ=8,65536,0,1051601,16.046157836914062
HSLMU,λ=8,65536,0,963921,14.708267211914062
HSLMU,λ=8,65536,0,879921,13.426528930664062
HSLMU,λ=8,65536,0,993329,15.156997680664062
HSLMU,λ=8,65536,0,924977,14.114028930664062
HSLMU,λ=8,65536,0,995985,15.197525024414062
HSLMU,λ=8,65536,0,923697,14.094497680664062
HSLMU,λ=8,65536,0,920961,14.052749633789062
HSLMU,λ=8,65536,0,862369,13.158706665039062
HSLMU,λ=8,65536,0,997041,15.213638305664062
HSLMU,λ=8,65536,0,923505,14.091567993164062
HSLMU,λ=8,65536,0,938465,14.319839477539062
HSLMU,λ=8,65536,0,971601,14.825454711914062
HSLMU,λ=8,65536,0,1061041,16.190200805664062
HSLMU,λ=8,65536,0,1004641,15.329605102539062
HSLMU,λ=8,65536,0,928081,14.161392211914062
HSLMU,λ=8,65536,0,906609,13.833755493164062
HSLMU,λ=8,65536,0,847665,12.934341430664062
HSLMU,λ=8,65536,0,944929,14.418472290039062
HSLMU,λ=8,65536,0,894273,13.645523071289062
HSLMU,λ=8,65536,0,873857,13.333999633789062
HSLMU,λ=8,65536,0,974369,14.867691040039062
HSLMU,λ=8,65536,0,914401,13.952651977539062
HSLMU,λ=8,65536,0,880993,13.442886352539062
HSLMU,λ=8,65536,0,832209,12.698501586914062
HSLMU,λ=8,65536,0,879041,13.413101196289062
HSLMU,λ=8,65536,0,1018609,15.542739868164062
HSLMU,λ=8,65536,0,897121,13.688980102539062
HSLMU,λ=8,65536,0,989057,15.091812133789062
HSLMU,λ=8,65536,0,907441,13.846450805664062
HSLMU,λ=8,65536,0,876305,13.371353149414062
HSLMU,λ=8,65536,0,925425,14.120864868164062
HSLMU,λ=8,65536,0,969777,14.797622680664062
HSLMU,λ=8,65536,0,948305,14.469985961914062
HSLMU,λ=8,65536,0,979569,14.947036743164062
HSLMU,λ=8,65536,0,1010113,15.413101196289062
HSLMU,λ=8,65536,0,895985,13.671646118164062
HSLMU,λ=8,65536,0,873057,13.321792602539062
HSLMU,λ=8,65536,0,1054865,16.095962524414062
HSLMU,λ=8,65536,0,1015057,15.488540649414062
HSLMU,λ=8,65536,0,933713,14.247329711914062
HSLMU,λ=8,65536,0,842113,12.849624633789062
HSLMU,λ=8,65536,0,851713,12.996109008789062
HSLMU,λ=8,65536,0,881073,13.444107055664062
HSLMU,λ=8,65536,0,955681,14.582534790039062
HSLMU,λ=8,65536,0,971745,14.827651977539062
HSLMU,λ=8,65536,0,1055297,16.102554321289062
HSLMU,λ=8,65536,0,1048785,16.003189086914062
HSLMU,λ=8,65536,0,941681,14.368911743164062
HSLMU,λ=8,65536,0,875505,13.359146118164062
HSLMU,λ=8,65536,0,992225,15.140151977539062
HSLMU,λ=8,65536,0,835265,12.745132446289062
HSLMU,λ=8,65536,0,909505,13.877944946289062
HSLMU,λ=8,65536,0,868145,13.246841430664062
HSLMU,λ=8,65536,0,936673,14.292495727539062
HSLMU,λ=8,65536,0,864289,13.188003540039062
HSLMU,λ=8,65536,0,987809,15.072769165039062
HSLMU,λ=8,65536,0,840257,12.821304321289062
HSLMU,λ=8,65536,0,927617,14.154312133789062
HSLMU,λ=8,65536,0,1012545,15.450210571289062
HSLMU,λ=8,65536,0,915857,13.974868774414062
HSLMU,λ=8,65536,0,984929,15.028823852539062
HSLMU,λ=8,65536,0,880049,13.428482055664062
HSLMU,λ=8,65536,0,992641,15.146499633789062
HSLMU,λ=8,65536,0,893585,13.635025024414062
HSLMU,λ=8,65536,0,915889,13.975357055664062
HSLMU,λ=8,65536,0,1005633,15.344741821289062
HSDIU,λ=8,65536,0,962449,14.685806274414062
HSDIU,λ=8,65536,0,912337,13.921157836914062
HSDIU,λ=8,65536,0,980449,14.960464477539062
HSDIU,λ=8,65536,0,978273,14.927261352539062
HSDIU,λ=8,65536,0,915745,13.973159790039062
HSDIU,λ=8,65536,0,847553,12.932632446289062
HSDIU,λ=8,65536,0,1000609,15.268081665039062
HSDIU,λ=8,65536,0,894657,13.651382446289062
HSDIU,λ=8,65536,0,979921,14.952407836914062
HSDIU,λ=8,65536,0,1035665,15.802993774414062
HSDIU,λ=8,65536,0,918481,14.014907836914062
HSDIU,λ=8,65536,0,903153,13.781021118164062
HSDIU,λ=8,65536,0,1001201,15.277114868164062
HSDIU,λ=8,65536,0,862065,13.154067993164062
HSDIU,λ=8,65536,0,1021873,15.592544555664062
HSDIU,λ=8,65536,0,944337,14.409439086914062
HSDIU,λ=8,65536,0,961121,14.665542602539062
HSDIU,λ=8,65536,0,908209,13.858169555664062
HSDIU,λ=8,65536,0,1107601,16.900650024414062
HSDIU,λ=8,65536,0,954993,14.572036743164062
HSDIU,λ=8,65536,0,872097,13.307144165039062
HSDIU,λ=8,65536,0,1044449,15.937026977539062
HSDIU,λ=8,65536,0,989233,15.094497680664062
HSDIU,λ=8,65536,0,892161,13.613296508789062
HSDIU,λ=8,65536,0,965953,14.739273071289062
HSDIU,λ=8,65536,0,990305,15.110855102539062
HSDIU,λ=8,65536,0,961665,14.673843383789062
HSDIU,λ=8,65536,0,968449,14.777359008789062
HSDIU,λ=8,65536,0,943809,14.401382446289062
HSDIU,λ=8,65536,0,872721,13.316665649414062
HSDIU,λ=8,65536,0,909297,13.874771118164062
HSDIU,λ=8,65536,0,958513,14.625747680664062
HSDIU,λ=8,65536,0,963841,14.707046508789062
HSDIU,λ=8,65536,0,957793,14.614761352539062
HSDIU,λ=8,65536,0,945857,14.432632446289062
HSDIU,λ=8,65536,0,923137,14.085952758789062
HSDIU,λ=8,65536,0,958497,14.625503540039062
HSDIU,λ=8,65536,0,981505,14.976577758789062
HSDIU,λ=8,65536,0,976833,14.905288696289062
HSDIU,λ=8,65536,0,884881,13.502212524414062
HSDIU,λ=8,65536,0,935137,14.269058227539062
HSDIU,λ=8,65536,0,969489,14.793228149414062
HSDIU,λ=8,65536,0,998529,15.236343383789062
HSDIU,λ=8,65536,0,978001,14.923110961914062
HSDIU,λ=8,65536,0,887025,13.534927368164062
HSDIU,λ=8,65536,0,854225,13.034439086914062
HSDIU,λ=8,65536,0,918673,14.017837524414062
HSDIU,λ=8,65536,0,910161,13.887954711914062
HSDIU,λ=8,65536,0,989569,15.099624633789062
HSDIU,λ=8,65536,0,984769,15.026382446289062
HSDIU,λ=8,65536,0,885553,13.512466430664062
HSDIU,λ=8,65536,0,1016369,15.508560180664062
HSDIU,λ=8,65536,0,1106273,16.880386352539062
HSDIU,λ=8,65536,0,903217,13.781997680664062
HSDIU,λ=8,65536,0,916641,13.986831665039062
HSDIU,λ=8,65536,0,1005489,15.342544555664062
HSDIU,λ=8,65536,0,892273,13.615005493164062
HSDIU,λ=8,65536,0,916033,13.977554321289062
HSDIU,λ=8,65536,0,948993,14.480484008789062
HSDIU,λ=8,65536,0,957969,14.617446899414062
HSDIU,λ=8,65536,0,980513,14.961441040039062
HSDIU,λ=8,65536,0,975953,14.891860961914062
HSDIU,λ=8,65536,0,1108721,16.917739868164062
HSDIU,λ=8,65536,0,896273,13.676040649414062
HSDIU,λ=8,65536,0,962225,14.682388305664062
HSDIU,λ=8,65536,0,894705,13.652114868164062
HSDIU,λ=8,65536,0,1044881,15.943618774414062
HSDIU,λ=8,65536,0,944785,14.416275024414062
HSDIU,λ=8,65536,0,931873,14.219253540039062
HSDIU,λ=8,65536,0,987553,15.068862915039062
HSDIU,λ=8,65536,0,999729,15.254653930664062
HSDIU,λ=8,65536,0,1036817,15.820571899414062
HSDIU,λ=8,65536,0,1007665,15.375747680664062
HSDIU,λ=8,65536,0,925201,14.117446899414062
HSDIU,λ=8,65536,0,920385,14.043960571289062
HSDIU,λ=8,65536,0,862241,13.156753540039062
HSDIU,λ=8,65536,0,987489,15.067886352539062
HSDIU,λ=8,65536,0,950641,14.505630493164062
HSDIU,λ=8,65536,0,875057,13.352310180664062
HSDIU,λ=8,65536,0,911089,13.902114868164062
HSDIU,λ=8,65536,0,944449,14.411148071289062
HSDIU,λ=8,65536,0,909057,13.871109008789062
HSDIU,λ=8,65536,0,910769,13.897232055664062
HSDIU,λ=8,65536,0,884305,13.493423461914062
HSDIU,λ=8,65536,0,917169,13.994888305664062
HSDIU,λ=8,65536,0,899633,13.727310180664062
HSDIU,λ=8,65536,0,913409,13.937515258789062
HSDIU,λ=8,65536,0,972513,14.839370727539062
HSDIU,λ=8,65536,0,1039489,15.861343383789062
HSDIU,λ=8,65536,0,921361,14.058853149414062
HSDIU,λ=8,65536,0,942065,14.374771118164062
HSDIU,λ=8,65536,0,900817,13.745376586914062
HSDIU,λ=8,65536,0,904161,13.796401977539062
HSDIU,λ=8,65536,0,916833,13.989761352539062
HSDIU,λ=8,65536,0,972449,14.838394165039062
HSDIU,λ=8,65536,0,957313,14.607437133789062
HSDIU,λ=8,65536,0,906129,13.826431274414062
HSDIU,λ=8,65536,0,952529,14.534439086914062
HSDIU,λ=8,65536,0,882289,13.462661743164062
HSDIU,λ=8,65536,0,952817,14.538833618164062
HRDIU,λ=8,65536,0,712625,10.873794555664062
HRDIU,λ=8,65536,0,758321,11.571060180664062
HRDIU,λ=8,65536,0,695729,10.615982055664062
HRDIU,λ=8,65536,0,694881,10.603042602539062
HRDIU,λ=8,65536,0,813521,12.413345336914062
HRDIU,λ=8,65536,0,783841,11.960464477539062
HRDIU,λ=8,65536,0,845713,12.904556274414062
HRDIU,λ=8,65536,0,861617,13.147232055664062
HRDIU,λ=8,65536,0,730321,11.143814086914062
HRDIU,λ=8,65536,0,903313,13.783462524414062
HRDIU,λ=8,65536,0,732545,11.177749633789062
HRDIU,λ=8,65536,0,687873,10.496109008789062
HRDIU,λ=8,65536,0,706321,10.777603149414062
HRDIU,λ=8,65536,0,677681,10.340591430664062
HRDIU,λ=8,65536,0,678017,10.345718383789062
HRDIU,λ=8,65536,0,710049,10.834487915039062
HRDIU,λ=8,65536,0,671857,10.251724243164062
HRDIU,λ=8,65536,0,850673,12.980239868164062
HRDIU,λ=8,65536,0,785777,11.990005493164062
HRDIU,λ=8,65536,0,661969,10.100845336914062
HRDIU,λ=8,65536,0,754513,11.512954711914062
HRDIU,λ=8,65536,0,716033,10.925796508789062
HRDIU,λ=8,65536,0,734961,11.214614868164062
HRDIU,λ=8,65536,0,775105,11.827163696289062
HRDIU,λ=8,65536,0,746897,11.396743774414062
HRDIU,λ=8,65536,0,797281,12.165542602539062
HRDIU,λ=8,65536,0,746225,11.386489868164062
HRDIU,λ=8,65536,0,780209,11.905044555664062
HRDIU,λ=8,65536,0,778577,11.880142211914062
HRDIU,λ=8,65536,0,726737,11.089126586914062
HRDIU,λ=8,65536,0,900161,13.735366821289062
HRDIU,λ=8,65536,0,1004161,15.322280883789062
HRDIU,λ=8,65536,0,758449,11.573013305664062
HRDIU,λ=8,65536,0,804417,12.274429321289062
HRDIU,λ=8,65536,0,690225,10.531997680664062
HRDIU,λ=8,65536,0,762993,11.642349243164062
HRDIU,λ=8,65536,0,691841,10.556655883789062
HRDIU,λ=8,65536,0,743297,11.341812133789062
HRDIU,λ=8,65536,0,667521,10.185562133789062
HRDIU,λ=8,65536,0,753201,11.492935180664062
HRDIU,λ=8,65536,0,717089,10.941909790039062
HRDIU,λ=8,65536,0,713345,10.884780883789062
HRDIU,λ=8,65536,0,765473,11.680191040039062
HRDIU,λ=8,65536,0,789793,12.051284790039062
HRDIU,λ=8,65536,0,677521,10.338150024414062
HRDIU,λ=8,65536,0,749009,11.428970336914062
HRDIU,λ=8,65536,0,746849,11.396011352539062
HRDIU,λ=8,65536,0,688241,10.501724243164062
HRDIU,λ=8,65536,0,668849,10.205825805664062
HRDIU,λ=8,65536,0,786801,12.005630493164062
HRDIU,λ=8,65536,0,752305,11.479263305664062
HRDIU,λ=8,65536,0,742385,11.327896118164062
HRDIU,λ=8,65536,0,698961,10.665298461914062
HRDIU,λ=8,65536,0,852273,13.004653930664062
HRDIU,λ=8,65536,0,701313,10.701187133789062
HRDIU,λ=8,65536,0,808225,12.332534790039062
HRDIU,λ=8,65536,0,684929,10.451187133789062
HRDIU,λ=8,65536,0,676097,10.316421508789062
HRDIU,λ=8,65536,0,859713,13.118179321289062
HRDIU,λ=8,65536,0,668049,10.193618774414062
HRDIU,λ=8,65536,0,658177,10.042984008789062
HRDIU,λ=8,65536,0,758193,11.569107055664062
HRDIU,λ=8,65536,0,748753,11.425064086914062
HRDIU,λ=8,65536,0,736305,11.235122680664062
HRDIU,λ=8,65536,0,700913,10.695083618164062
HRDIU,λ=8,65536,0,717201,10.943618774414062
HRDIU,λ=8,65536,0,736129,11.232437133789062
HRDIU,λ=8,65536,0,759873,11.594741821289062
HRDIU,λ=8,65536,0,725009,11.062759399414062
HRDIU,λ=8,65536,0,705521,10.765396118164062
HRDIU,λ=8,65536,0,837921,12.785659790039062
HRDIU,λ=8,65536,0,878609,13.406509399414062
HRDIU,λ=8,65536,0,769761,11.745620727539062
HRDIU,λ=8,65536,0,714529,10.902847290039062
HRDIU,λ=8,65536,0,757969,11.565689086914062
HRDIU,λ=8,65536,0,676225,10.318374633789062
HRDIU,λ=8,65536,0,730849,11.151870727539062
HRDIU,λ=8,65536,0,736177,11.233169555664062
HRDIU,λ=8,65536,0,856513,13.069351196289062
HRDIU,λ=8,65536,0,733217,11.188003540039062
HRDIU,λ=8,65536,0,834337,12.730972290039062
HRDIU,λ=8,65536,0,707473,10.795181274414062
HRDIU,λ=8,65536,0,713233,10.883071899414062
HRDIU,λ=8,65536,0,827217,12.622329711914062
HRDIU,λ=8,65536,0,816721,12.462173461914062
HRDIU,λ=8,65536,0,760881,11.610122680664062
HRDIU,λ=8,65536,0,700065,10.682144165039062
HRDIU,λ=8,65536,0,701473,10.703628540039062
HRDIU,λ=8,65536,0,740369,11.297134399414062
HRDIU,λ=8,65536,0,663025,10.116958618164062
HRDIU,λ=8,65536,0,750593,11.453140258789062
HRDIU,λ=8,65536,0,786865,12.006607055664062
HRDIU,λ=8,65536,0,720529,10.994400024414062
HRDIU,λ=8,65536,0,731601,11.163345336914062
HRDIU,λ=8,65536,0,732273,11.173599243164062
HRDIU,λ=8,65536,0,707121,10.789810180664062
HRDIU,λ=8,65536,0,809153,12.346694946289062
HRDIU,λ=8,65536,0,748961,11.428237915039062
HRDIU,λ=8,65536,0,794577,12.124282836914062
HRDIU,λ=8,65536,0,783601,11.956802368164062
HHDIU,λ=8,65536,0,762769,11.638931274414062
HHDIU,λ=8,65536,0,671265,10.242691040039062
HHDIU,λ=8,65536,0,679313,10.365493774414062
HHDIU,λ=8,65536,0,706113,10.774429321289062
HHDIU,λ=8,65536,0,738401,11.267105102539062
HHDIU,λ=8,65536,0,662657,10.111343383789062
HHDIU,λ=8,65536,0,657601,10.034194946289062
HHDIU,λ=8,65536,0,720881,10.999771118164062
HHDIU,λ=8,65536,0,693681,10.584732055664062
HHDIU,λ=8,65536,0,717905,10.954360961914062
HHDIU,λ=8,65536,0,672241,10.257583618164062
HHDIU,λ=8,65536,0,707617,10.797378540039062
HHDIU,λ=8,65536,0,674977,10.299331665039062
HHDIU,λ=8,65536,0,709041,10.819107055664062
HHDIU,λ=8,65536,0,702273,10.715835571289062
HHDIU,λ=8,65536,0,698705,10.661392211914062
HHDIU,λ=8,65536,0,711233,10.852554321289062
HHDIU,λ=8,65536,0,674753,10.295913696289062
HHDIU,λ=8,65536,0,730289,11.143325805664062
HHDIU,λ=8,65536,0,703921,10.740982055664062
HHDIU,λ=8,65536,0,701969,10.711196899414062
HHDIU,λ=8,65536,0,704225,10.745620727539062
HHDIU,λ=8,65536,0,728481,11.115737915039062
HHDIU,λ=8,65536,0,826081,12.604995727539062
HHDIU,λ=8,65536,0,710801,10.845962524414062
HHDIU,λ=8,65536,0,675985,10.314712524414062
HHDIU,λ=8,65536,0,715217,10.913345336914062
HHDIU,λ=8,65536,0,734673,11.210220336914062
HHDIU,λ=8,65536,0,736081,11.231704711914062
HHDIU,λ=8,65536,0,675153,10.302017211914062
HHDIU,λ=8,65536,0,735953,11.229751586914062
HHDIU,λ=8,65536,0,734289,11.204360961914062
HHDIU,λ=8,65536,0,776225,11.844253540039062
HHDIU,λ=8,65536,0,723809,11.044448852539062
HHDIU,λ=8,65536,0,716097,10.926773071289062
HHDIU,λ=8,65536,0,774817,11.822769165039062
HHDIU,λ=8,65536,0,694673,10.599868774414062
HHDIU,λ=8,65536,0,684241,10.440689086914062
HHDIU,λ=8,65536,0,707857,10.801040649414062
HHDIU,λ=8,65536,0,753665,11.500015258789062
HHDIU,λ=8,65536,0,690865,10.541763305664062
HHDIU,λ=8,65536,0,736257,11.234390258789062
HHDIU,λ=8,65536,0,718545,10.964126586914062
HHDIU,λ=8,65536,0,737105,11.247329711914062
HHDIU,λ=8,65536,0,718369,10.961441040039062
HHDIU,λ=8,65536,0,712721,10.875259399414062
HHDIU,λ=8,65536,0,655761,10.006118774414062
HHDIU,λ=8,65536,0,694353,10.594985961914062
HHDIU,λ=8,65536,0,851137,12.987319946289062
HHDIU,λ=8,65536,0,752449,11.481460571289062
HHDIU,λ=8,65536,0,708785,10.815200805664062
HHDIU,λ=8,65536,0,720081,10.987564086914062
HHDIU,λ=8,65536,0,716353,10.930679321289062
HHDIU,λ=8,65536,0,656545,10.018081665039062
HHDIU,λ=8,65536,0,673761,10.280776977539062
HHDIU,λ=8,65536,0,749601,11.438003540039062
HHDIU,λ=8,65536,0,774353,11.815689086914062
HHDIU,λ=8,65536,0,778673,11.881607055664062
HHDIU,λ=8,65536,0,668001,10.192886352539062
HHDIU,λ=8,65536,0,700737,10.692398071289062
HHDIU,λ=8,65536,0,686993,10.482681274414062
HHDIU,λ=8,65536,0,641329,9.785903930664062
HHDIU,λ=8,65536,0,695585,10.613784790039062
HHDIU,λ=8,65536,0,692609,10.568374633789062
HHDIU,λ=8,65536,0,756097,11.537124633789062
HHDIU,λ=8,65536,0,695425,10.611343383789062
HHDIU,λ=8,65536,0,663393,10.122573852539062
HHDIU,λ=8,65536,0,705809,10.769790649414062
HHDIU,λ=8,65536,0,674001,10.284439086914062
HHDIU,λ=8,65536,0,725873,11.075942993164062
HHDIU,λ=8,65536,0,693569,10.583023071289062
HHDIU,λ=8,65536,0,791105,12.071304321289062
HHDIU,λ=8,65536,0,698721,10.661636352539062
HHDIU,λ=8,65536,0,681377,10.396987915039062
HHDIU,λ=8,65536,0,682689,10.417007446289062
HHDIU,λ=8,65536,0,664241,10.135513305664062
HHDIU,λ=8,65536,0,802273,12.241714477539062
HHDIU,λ=8,65536,0,678001,10.345474243164062
HHDIU,λ=8,65536,0,686033,10.468032836914062
HHDIU,λ=8,65536,0,744657,11.362564086914062
HHDIU,λ=8,65536,0,730593,11.147964477539062
HHDIU,λ=8,65536,0,679857,10.373794555664062
HHDIU,λ=8,65536,0,659649,10.065444946289062
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HHLIU,λ=8,65536,0,754129,11.507095336914062
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HHLIU,λ=8,65536,0,674449,10.291275024414062
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HRLIU,λ=8,65536,0,705313,10.762222290039062
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HSLIU,λ=8,65536,0,1001489,15.281509399414062
HSLIU,λ=8,65536,0,938193,14.315689086914062
HSLIU,λ=8,65536,0,953777,14.553482055664062
HSLIU,λ=8,65536,0,980657,14.963638305664062
HSLIU,λ=8,65536,0,1000993,15.273941040039062
HSLIU,λ=8,65536,0,1102897,16.828872680664062
HSLIU,λ=8,65536,0,969873,14.799087524414062
HSLIU,λ=8,65536,0,1014513,15.480239868164062
HSLIU,λ=8,65536,0,1046913,15.974624633789062
HSLIU,λ=8,65536,0,1012497,15.449478149414062
HSLIU,λ=8,65536,0,969825,14.798355102539062
HSLIU,λ=8,65536,0,941153,14.360855102539062
HSLIU,λ=8,65536,0,1014257,15.476333618164062
HSLIU,λ=8,65536,0,1036289,15.812515258789062
HSLIU,λ=8,65536,0,963137,14.696304321289062
HSLIU,λ=8,65536,0,1142049,17.426284790039062
HSLIU,λ=8,65536,0,1000017,15.259048461914062
SSDCP,λ=8,65536,0,775586,11.834503173828125
SSDCP,λ=8,65536,0,1092641,16.672378540039062
SSDCP,λ=8,65536,0,841596,12.84173583984375
SSDCP,λ=8,65536,0,889777,13.576919555664062
SSDCP,λ=8,65536,0,821017,12.527725219726562
SSDCP,λ=8,65536,0,895599,13.665756225585938
SSDCP,λ=8,65536,0,782574,11.941131591796875
SSDCP,λ=8,65536,0,873356,13.32635498046875
SSDCP,λ=8,65536,0,816424,12.4576416015625
SSDCP,λ=8,65536,0,803092,12.25421142578125
SSDCP,λ=8,65536,0,855249,13.050064086914062
SSDCP,λ=8,65536,0,898651,13.712326049804688
SSDCP,λ=8,65536,0,861503,13.145492553710938
SSDCP,λ=8,65536,0,951585,14.520034790039062
SSDCP,λ=8,65536,0,908374,13.860687255859375
SSDCP,λ=8,65536,0,838662,12.796966552734375
SSDCP,λ=8,65536,0,925032,14.1148681640625
SSDCP,λ=8,65536,0,858885,13.105545043945312
SSDCP,λ=8,65536,0,917995,14.007492065429688
SSDCP,λ=8,65536,0,1049714,16.017364501953125
SSDCP,λ=8,65536,0,942300,14.37835693359375
SSDCP,λ=8,65536,0,997880,15.2264404296875
SSDCP,λ=8,65536,0,841873,12.845962524414062
SSDCP,λ=8,65536,0,857822,13.089324951171875
SSDCP,λ=8,65536,0,892178,13.613555908203125
SSDCP,λ=8,65536,0,961045,14.664382934570312
SSDCP,λ=8,65536,0,923989,14.098953247070312
SSDCP,λ=8,65536,0,939599,14.337142944335938
SSDCP,λ=8,65536,0,841455,12.839584350585938
SSDCP,λ=8,65536,0,927694,14.155487060546875
SSDCP,λ=8,65536,0,902184,13.7662353515625
SSDCP,λ=8,65536,0,944971,14.419113159179688
SSDCP,λ=8,65536,0,905284,13.81353759765625
SSDCP,λ=8,65536,0,873536,13.3291015625
SSDCP,λ=8,65536,0,947594,14.459136962890625
SSDCP,λ=8,65536,0,939161,14.330459594726562
SSDCP,λ=8,65536,0,805705,12.294082641601562
SSDCP,λ=8,65536,0,862389,13.159011840820312
SSDCP,λ=8,65536,0,859901,13.121047973632812
SSDCP,λ=8,65536,0,927031,14.145370483398438
SSDCP,λ=8,65536,0,935961,14.281631469726562
SSDCP,λ=8,65536,0,836331,12.761398315429688
SSDCP,λ=8,65536,0,927321,14.149795532226562
SSDCP,λ=8,65536,0,892882,13.624298095703125
SSDCP,λ=8,65536,0,815191,12.438827514648438
SSDCP,λ=8,65536,0,940845,14.356155395507812
SSDCP,λ=8,65536,0,795089,12.132095336914062
SSDCP,λ=8,65536,0,826222,12.607147216796875
SSDCP,λ=8,65536,0,854161,13.033462524414062
SSDCP,λ=8,65536,0,983318,15.004241943359375
SSDCP,λ=8,65536,0,972831,14.844223022460938
SSDCP,λ=8,65536,0,873755,13.332443237304688
SSDCP,λ=8,65536,0,1035630,15.802459716796875
SSDCP,λ=8,65536,0,836119,12.758163452148438
SSDCP,λ=8,65536,0,888685,13.560256958007812
SSDCP,λ=8,65536,0,869211,13.263107299804688
SSDCP,λ=8,65536,0,833086,12.711883544921875
SSDCP,λ=8,65536,0,943485,14.396438598632812
SSDCP,λ=8,65536,0,877294,13.386444091796875
SSDCP,λ=8,65536,0,842859,12.861007690429688
SSDCP,λ=8,65536,0,886469,13.526443481445312
SSDCP,λ=8,65536,0,1027700,15.68145751953125
SSDCP,λ=8,65536,0,944489,14.411758422851562
SSDCP,λ=8,65536,0,1017784,15.5301513671875
SSDCP,λ=8,65536,0,925493,14.121902465820312
SSDCP,λ=8,65536,0,1039096,15.8553466796875
SSDCP,λ=8,65536,0,946497,14.442398071289062
SSDCP,λ=8,65536,0,1022999,15.609725952148438
SSDCP,λ=8,65536,0,831355,12.685470581054688
SSDCP,λ=8,65536,0,936879,14.295639038085938
SSDCP,λ=8,65536,0,967558,14.763763427734375
SSDCP,λ=8,65536,0,1011612,15.43597412109375
SSDCP,λ=8,65536,0,799180,12.19451904296875
SSDCP,λ=8,65536,0,921194,14.056304931640625
SSDCP,λ=8,65536,0,888377,13.555557250976562
SSDCP,λ=8,65536,0,822730,12.553863525390625
SSDCP,λ=8,65536,0,943210,14.392242431640625
SSDCP,λ=8,65536,0,863348,13.17364501953125
SSDCP,λ=8,65536,0,919809,14.035171508789062
SSDCP,λ=8,65536,0,943859,14.402145385742188
SSDCP,λ=8,65536,0,886340,13.52447509765625
SSDCP,λ=8,65536,0,889347,13.570358276367188
SSDCP,λ=8,65536,0,838753,12.798355102539062
SSDCP,λ=8,65536,0,883123,13.475387573242188
SSDCP,λ=8,65536,0,950621,14.505325317382812
SSDCP,λ=8,65536,0,909376,13.8759765625
SSDCP,λ=8,65536,0,880480,13.43505859375
SSDCP,λ=8,65536,0,898103,13.703964233398438
SSDCP,λ=8,65536,0,1024882,15.638458251953125
SSDCP,λ=8,65536,0,1024982,15.639984130859375
SSDCP,λ=8,65536,0,918680,14.0179443359375
SSDCP,λ=8,65536,0,972558,14.840057373046875
SSDCP,λ=8,65536,0,836402,12.762481689453125
SSDCP,λ=8,65536,0,823311,12.562728881835938
SSDCP,λ=8,65536,0,924564,14.10772705078125
SSDCP,λ=8,65536,0,869740,13.27117919921875
SSDCP,λ=8,65536,0,929520,14.183349609375
SSDCP,λ=8,65536,0,933579,14.245285034179688
SSDCP,λ=8,65536,0,872857,13.318740844726562
SSDCP,λ=8,65536,0,936492,14.28973388671875
SRDCP,λ=8,65536,0,707121,10.789810180664062
SRDCP,λ=8,65536,0,660971,10.085617065429688
SRDCP,λ=8,65536,0,741218,11.310089111328125
SRDCP,λ=8,65536,0,662778,10.113189697265625
SRDCP,λ=8,65536,0,763729,11.653579711914062
SRDCP,λ=8,65536,0,802993,12.252700805664062
SRDCP,λ=8,65536,0,703277,10.731155395507812
SRDCP,λ=8,65536,0,640041,9.766250610351562
SRDCP,λ=8,65536,0,702904,10.7254638671875
SRDCP,λ=8,65536,0,669289,10.212539672851562
SRDCP,λ=8,65536,0,708639,10.812973022460938
SRDCP,λ=8,65536,0,690214,10.531829833984375
SRDCP,λ=8,65536,0,821677,12.537796020507812
SRDCP,λ=8,65536,0,675167,10.302230834960938
SRDCP,λ=8,65536,0,735113,11.216934204101562
SRDCP,λ=8,65536,0,626344,9.5572509765625
SRDCP,λ=8,65536,0,824287,12.577621459960938
SRDCP,λ=8,65536,0,751511,11.467147827148438
SRDCP,λ=8,65536,0,629294,9.602264404296875
SRDCP,λ=8,65536,0,646583,9.866073608398438
SRDCP,λ=8,65536,0,690900,10.54229736328125
SRDCP,λ=8,65536,0,647678,9.882781982421875
SRDCP,λ=8,65536,0,826370,12.609405517578125
SRDCP,λ=8,65536,0,670383,10.229232788085938
SRDCP,λ=8,65536,0,670570,10.232086181640625
SRDCP,λ=8,65536,0,708834,10.815948486328125
SRDCP,λ=8,65536,0,773947,11.809494018554688
SRDCP,λ=8,65536,0,786835,12.006149291992188
SRDCP,λ=8,65536,0,713248,10.88330078125
SRDCP,λ=8,65536,0,662128,10.103271484375
SRDCP,λ=8,65536,0,818494,12.489227294921875
SRDCP,λ=8,65536,0,647647,9.882308959960938
SRDCP,λ=8,65536,0,751454,11.466278076171875
SRDCP,λ=8,65536,0,788667,12.034103393554688
SRDCP,λ=8,65536,0,802717,12.248489379882812
SRDCP,λ=8,65536,0,645871,9.855209350585938
SRDCP,λ=8,65536,0,652662,9.958831787109375
SRDCP,λ=8,65536,0,649095,9.904403686523438
SRDCP,λ=8,65536,0,787538,12.016876220703125
SRDCP,λ=8,65536,0,697954,10.649932861328125
SRDCP,λ=8,65536,0,722215,11.020126342773438
SRDCP,λ=8,65536,0,639211,9.753585815429688
SRDCP,λ=8,65536,0,714788,10.90679931640625
SRDCP,λ=8,65536,0,714527,10.902816772460938
SRDCP,λ=8,65536,0,667663,10.187728881835938
SRDCP,λ=8,65536,0,658458,10.047271728515625
SRDCP,λ=8,65536,0,662928,10.115478515625
SRDCP,λ=8,65536,0,889261,13.569046020507812
SRDCP,λ=8,65536,0,634745,9.685440063476562
SRDCP,λ=8,65536,0,761171,11.614547729492188
SRDCP,λ=8,65536,0,708246,10.806976318359375
SRDCP,λ=8,65536,0,740777,11.303359985351562
SRDCP,λ=8,65536,0,663179,10.119308471679688
SRDCP,λ=8,65536,0,684440,10.4437255859375
SRDCP,λ=8,65536,0,726159,11.080307006835938
SRDCP,λ=8,65536,0,766462,11.695281982421875
SRDCP,λ=8,65536,0,736871,11.243759155273438
SRDCP,λ=8,65536,0,615761,9.395767211914062
SRDCP,λ=8,65536,0,661701,10.096755981445312
SRDCP,λ=8,65536,0,662354,10.106719970703125
SRDCP,λ=8,65536,0,691573,10.552566528320312
SRDCP,λ=8,65536,0,694598,10.598724365234375
SRDCP,λ=8,65536,0,676072,10.3160400390625
SRDCP,λ=8,65536,0,696484,10.62750244140625
SRDCP,λ=8,65536,0,648273,9.891860961914062
SRDCP,λ=8,65536,0,717412,10.94683837890625
SRDCP,λ=8,65536,0,659595,10.064620971679688
SRDCP,λ=8,65536,0,654362,9.984771728515625
SRDCP,λ=8,65536,0,665970,10.161895751953125
SRDCP,λ=8,65536,0,666943,10.176742553710938
SRDCP,λ=8,65536,0,753925,11.503982543945312
SRDCP,λ=8,65536,0,705460,10.76446533203125
SRDCP,λ=8,65536,0,652584,9.9576416015625
SRDCP,λ=8,65536,0,682837,10.419265747070312
SRDCP,λ=8,65536,0,690857,10.541641235351562
SRDCP,λ=8,65536,0,735323,11.220138549804688
SRDCP,λ=8,65536,0,694577,10.598403930664062
SRDCP,λ=8,65536,0,625470,9.543914794921875
SRDCP,λ=8,65536,0,656653,10.019729614257812
SRDCP,λ=8,65536,0,753324,11.49481201171875
SRDCP,λ=8,65536,0,677805,10.342483520507812
SRDCP,λ=8,65536,0,633855,9.671859741210938
SRDCP,λ=8,65536,0,671719,10.249618530273438
SRDCP,λ=8,65536,0,708627,10.812789916992188
SRDCP,λ=8,65536,0,729435,11.130294799804688
SRDCP,λ=8,65536,0,710474,10.840972900390625
SRDCP,λ=8,65536,0,707616,10.79736328125
SRDCP,λ=8,65536,0,666170,10.164947509765625
SRDCP,λ=8,65536,0,726061,11.078811645507812
SRDCP,λ=8,65536,0,648520,9.8956298828125
SRDCP,λ=8,65536,0,654643,9.989059448242188
SRDCP,λ=8,65536,0,710139,10.835861206054688
SRDCP,λ=8,65536,0,736748,11.24188232421875
SRDCP,λ=8,65536,0,677181,10.332962036132812
SRDCP,λ=8,65536,0,766801,11.700454711914062
SRDCP,λ=8,65536,0,693593,10.583389282226562
SRDCP,λ=8,65536,0,666409,10.168594360351562
SRDCP,λ=8,65536,0,607925,9.276199340820312
SRDCP,λ=8,65536,0,712225,10.867691040039062
SRDCP,λ=8,65536,0,612740,9.34967041015625
SHDCP,λ=8,65536,0,638999,9.750350952148438
SHDCP,λ=8,65536,0,650194,9.921173095703125
SHDCP,λ=8,65536,0,644245,9.830398559570312
SHDCP,λ=8,65536,0,641817,9.793350219726562
SHDCP,λ=8,65536,0,601547,9.178878784179688
SHDCP,λ=8,65536,0,657373,10.030715942382812
SHDCP,λ=8,65536,0,652263,9.952743530273438
SHDCP,λ=8,65536,0,670043,10.224044799804688
SHDCP,λ=8,65536,0,663203,10.119674682617188
SHDCP,λ=8,65536,0,647393,9.878433227539062
SHDCP,λ=8,65536,0,635738,9.700592041015625
SHDCP,λ=8,65536,0,662511,10.109115600585938
SHDCP,λ=8,65536,0,739135,11.278305053710938
SHDCP,λ=8,65536,0,601043,9.171188354492188
SHDCP,λ=8,65536,0,689609,10.522598266601562
SHDCP,λ=8,65536,0,708821,10.815750122070312
SHDCP,λ=8,65536,0,584822,8.923675537109375
SHDCP,λ=8,65536,0,662360,10.1068115234375
SHDCP,λ=8,65536,0,627088,9.568603515625
SHDCP,λ=8,65536,0,635064,9.6903076171875
SHDCP,λ=8,65536,0,631117,9.630081176757812
SHDCP,λ=8,65536,0,654816,9.99169921875
SHDCP,λ=8,65536,0,602211,9.189010620117188
SHDCP,λ=8,65536,0,667619,10.187057495117188
SHDCP,λ=8,65536,0,644694,9.837249755859375
SHDCP,λ=8,65536,0,694530,10.597686767578125
SHDCP,λ=8,65536,0,722300,11.02142333984375
SHDCP,λ=8,65536,0,634422,9.680511474609375
SHDCP,λ=8,65536,0,628015,9.582748413085938
SHDCP,λ=8,65536,0,658712,10.0511474609375
SHDCP,λ=8,65536,0,730740,11.15020751953125
SHDCP,λ=8,65536,0,708892,10.81683349609375
SHDCP,λ=8,65536,0,638183,9.737899780273438
SHDCP,λ=8,65536,0,587787,8.968917846679688
SHDCP,λ=8,65536,0,648468,9.89483642578125
SHDCP,λ=8,65536,0,653842,9.976837158203125
SHDCP,λ=8,65536,0,619676,9.45550537109375
SHDCP,λ=8,65536,0,641248,9.78466796875
SHDCP,λ=8,65536,0,715224,10.9134521484375
SHDCP,λ=8,65536,0,696400,10.626220703125
SHDCP,λ=8,65536,0,622362,9.496490478515625
SHDCP,λ=8,65536,0,662203,10.104415893554688
SHDCP,λ=8,65536,0,826088,12.6051025390625
SHDCP,λ=8,65536,0,638472,9.7423095703125
SHDCP,λ=8,65536,0,617854,9.427703857421875
SHDCP,λ=8,65536,0,639887,9.763900756835938
SHDCP,λ=8,65536,0,748197,11.416580200195312
SHDCP,λ=8,65536,0,707068,10.78900146484375
SHDCP,λ=8,65536,0,697052,10.63616943359375
SHDCP,λ=8,65536,0,613369,9.359268188476562
SHDCP,λ=8,65536,0,673845,10.282058715820312
SHDCP,λ=8,65536,0,751238,11.462982177734375
SHDCP,λ=8,65536,0,656675,10.020065307617188
SHDCP,λ=8,65536,0,665341,10.152297973632812
SHDCP,λ=8,65536,0,621768,9.4874267578125
SHDCP,λ=8,65536,0,708025,10.803604125976562
SHDCP,λ=8,65536,0,646701,9.867874145507812
SHDCP,λ=8,65536,0,737742,11.257049560546875
SHDCP,λ=8,65536,0,735723,11.226242065429688
SHDCP,λ=8,65536,0,682095,10.407943725585938
SHDCP,λ=8,65536,0,631186,9.631134033203125
SHDCP,λ=8,65536,0,624874,9.534820556640625
SHDCP,λ=8,65536,0,697186,10.638214111328125
SHDCP,λ=8,65536,0,691500,10.55145263671875
SHDCP,λ=8,65536,0,721118,11.003387451171875
SHDCP,λ=8,65536,0,635822,9.701873779296875
SHDCP,λ=8,65536,0,593740,9.05975341796875
SHDCP,λ=8,65536,0,779996,11.90179443359375
SHDCP,λ=8,65536,0,644986,9.841705322265625
SHDCP,λ=8,65536,0,613793,9.365737915039062
SHDCP,λ=8,65536,0,889839,13.577865600585938
SHDCP,λ=8,65536,0,620381,9.466262817382812
SHDCP,λ=8,65536,0,710071,10.834823608398438
SHDCP,λ=8,65536,0,613089,9.354995727539062
SHDCP,λ=8,65536,0,632242,9.647247314453125
SHDCP,λ=8,65536,0,657258,10.028961181640625
SHDCP,λ=8,65536,0,697590,10.644378662109375
SHDCP,λ=8,65536,0,605887,9.245101928710938
SHDCP,λ=8,65536,0,650721,9.929214477539062
SHDCP,λ=8,65536,0,616907,9.413253784179688
SHDCP,λ=8,65536,0,674175,10.287094116210938
SHDCP,λ=8,65536,0,664454,10.138763427734375
SHDCP,λ=8,65536,0,703507,10.734664916992188
SHDCP,λ=8,65536,0,623927,9.520370483398438
SHDCP,λ=8,65536,0,628172,9.58514404296875
SHDCP,λ=8,65536,0,687350,10.488128662109375
SHDCP,λ=8,65536,0,667310,10.182342529296875
SHDCP,λ=8,65536,0,787789,12.020706176757812
SHDCP,λ=8,65536,0,600869,9.168533325195312
SHDCP,λ=8,65536,0,682992,10.421630859375
SHDCP,λ=8,65536,0,638901,9.748855590820312
SHDCP,λ=8,65536,0,664949,10.146316528320312
SHDCP,λ=8,65536,0,678783,10.357406616210938
SHDCP,λ=8,65536,0,672420,10.26031494140625
SHDCP,λ=8,65536,0,780119,11.903671264648438
SHDCP,λ=8,65536,0,683335,10.426864624023438
SHDCP,λ=8,65536,0,685708,10.46307373046875
SHDCP,λ=8,65536,0,721424,11.008056640625
SHDCP,λ=8,65536,0,781762,11.928741455078125
SHDCP,λ=8,65536,0,690784,10.54052734375
SHLCP,λ=8,65536,0,668939,10.207199096679688
SHLCP,λ=8,65536,0,720680,10.9967041015625
SHLCP,λ=8,65536,0,745890,11.381378173828125
SHLCP,λ=8,65536,0,639968,9.76513671875
SHLCP,λ=8,65536,0,682488,10.4139404296875
SHLCP,λ=8,65536,0,749029,11.429275512695312
SHLCP,λ=8,65536,0,670871,10.236679077148438
SHLCP,λ=8,65536,0,600699,9.165939331054688
SHLCP,λ=8,65536,0,652089,9.950088500976562
SHLCP,λ=8,65536,0,638130,9.737091064453125
SHLCP,λ=8,65536,0,661393,10.092056274414062
SHLCP,λ=8,65536,0,666372,10.16802978515625
SHLCP,λ=8,65536,0,720401,10.992446899414062
SHLCP,λ=8,65536,0,661671,10.096298217773438
SHLCP,λ=8,65536,0,641618,9.790313720703125
SHLCP,λ=8,65536,0,614804,9.38116455078125
SHLCP,λ=8,65536,0,681322,10.396148681640625
SHLCP,λ=8,65536,0,639130,9.752349853515625
SHLCP,λ=8,65536,0,660419,10.077194213867188
SHLCP,λ=8,65536,0,685559,10.460800170898438
SHLCP,λ=8,65536,0,659898,10.069244384765625
SHLCP,λ=8,65536,0,711215,10.852279663085938
SHLCP,λ=8,65536,0,637833,9.732559204101562
SHLCP,λ=8,65536,0,708164,10.80572509765625
SHLCP,λ=8,65536,0,618148,9.43218994140625
SHLCP,λ=8,65536,0,721433,11.008193969726562
SHLCP,λ=8,65536,0,634736,9.685302734375
SHLCP,λ=8,65536,0,627752,9.5787353515625
SHLCP,λ=8,65536,0,685106,10.453887939453125
SHLCP,λ=8,65536,0,726101,11.079421997070312
SHLCP,λ=8,65536,0,644002,9.826690673828125
SHLCP,λ=8,65536,0,689335,10.518417358398438
SHLCP,λ=8,65536,0,631859,9.641403198242188
SHLCP,λ=8,65536,0,732040,11.1700439453125
SHLCP,λ=8,65536,0,657923,10.039108276367188
SHLCP,λ=8,65536,0,658730,10.051422119140625
SHLCP,λ=8,65536,0,639604,9.75958251953125
SHLCP,λ=8,65536,0,723853,11.045120239257812
SHLCP,λ=8,65536,0,763155,11.644821166992188
SHLCP,λ=8,65536,0,694947,10.604049682617188
SHLCP,λ=8,65536,0,663081,10.117813110351562
SHLCP,λ=8,65536,0,621976,9.4906005859375
SHLCP,λ=8,65536,0,704925,10.756301879882812
SHLCP,λ=8,65536,0,628300,9.58709716796875
SHLCP,λ=8,65536,0,630602,9.622222900390625
SHLCP,λ=8,65536,0,704114,10.743927001953125
SHLCP,λ=8,65536,0,808417,12.335464477539062
SHLCP,λ=8,65536,0,642996,9.81134033203125
SHLCP,λ=8,65536,0,617577,9.423477172851562
SHLCP,λ=8,65536,0,647667,9.882614135742188
SHLCP,λ=8,65536,0,671847,10.251571655273438
SHLCP,λ=8,65536,0,636923,9.718673706054688
SHLCP,λ=8,65536,0,640508,9.77337646484375
SHLCP,λ=8,65536,0,658032,10.040771484375
SHLCP,λ=8,65536,0,641036,9.78143310546875
SHLCP,λ=8,65536,0,692142,10.561248779296875
SHLCP,λ=8,65536,0,632253,9.647415161132812
SHLCP,λ=8,65536,0,718423,10.962265014648438
SHLCP,λ=8,65536,0,713545,10.887832641601562
SHLCP,λ=8,65536,0,639424,9.7568359375
SHLCP,λ=8,65536,0,653068,9.96502685546875
SHLCP,λ=8,65536,0,701487,10.703842163085938
SHLCP,λ=8,65536,0,602215,9.189071655273438
SHLCP,λ=8,65536,0,659287,10.059921264648438
SHLCP,λ=8,65536,0,663192,10.1195068359375
SHLCP,λ=8,65536,0,658561,10.048843383789062
SHLCP,λ=8,65536,0,736465,11.237564086914062
SHLCP,λ=8,65536,0,649698,9.913604736328125
SHLCP,λ=8,65536,0,747394,11.404327392578125
SHLCP,λ=8,65536,0,662172,10.10394287109375
SHLCP,λ=8,65536,0,632086,9.644866943359375
SHLCP,λ=8,65536,0,699999,10.681137084960938
SHLCP,λ=8,65536,0,699922,10.679962158203125
SHLCP,λ=8,65536,0,696007,10.620223999023438
SHLCP,λ=8,65536,0,684264,10.4410400390625
SHLCP,λ=8,65536,0,747098,11.399810791015625
SHLCP,λ=8,65536,0,653181,9.966751098632812
SHLCP,λ=8,65536,0,705279,10.761703491210938
SHLCP,λ=8,65536,0,680057,10.376846313476562
SHLCP,λ=8,65536,0,640611,9.774948120117188
SHLCP,λ=8,65536,0,730966,11.153656005859375
SHLCP,λ=8,65536,0,693042,10.574981689453125
SHLCP,λ=8,65536,0,658002,10.040313720703125
SHLCP,λ=8,65536,0,638161,9.737564086914062
SHLCP,λ=8,65536,0,614108,9.37054443359375
SHLCP,λ=8,65536,0,694644,10.59942626953125
SHLCP,λ=8,65536,0,674243,10.288131713867188
SHLCP,λ=8,65536,0,601464,9.1776123046875
SHLCP,λ=8,65536,0,722773,11.028640747070312
SHLCP,λ=8,65536,0,621867,9.488937377929688
SHLCP,λ=8,65536,0,613779,9.365524291992188
SHLCP,λ=8,65536,0,659233,10.059097290039062
SHLCP,λ=8,65536,0,718308,10.96051025390625
SHLCP,λ=8,65536,0,685600,10.46142578125
SHLCP,λ=8,65536,0,642885,9.809646606445312
SHLCP,λ=8,65536,0,642456,9.8031005859375
SHLCP,λ=8,65536,0,710846,10.846649169921875
SHLCP,λ=8,65536,0,730182,11.141693115234375
SHLCP,λ=8,65536,0,737792,11.2578125
SHLCP,λ=8,65536,0,641942,9.795257568359375
SRLCP,λ=8,65536,0,680351,10.381332397460938
SRLCP,λ=8,65536,0,690488,10.5360107421875
SRLCP,λ=8,65536,0,729803,11.135910034179688
SRLCP,λ=8,65536,0,758600,11.5753173828125
SRLCP,λ=8,65536,0,677788,10.34222412109375
SRLCP,λ=8,65536,0,682776,10.4183349609375
SRLCP,λ=8,65536,0,751446,11.466156005859375
SRLCP,λ=8,65536,0,680504,10.3836669921875
SRLCP,λ=8,65536,0,640402,9.771759033203125
SRLCP,λ=8,65536,0,709044,10.81915283203125
SRLCP,λ=8,65536,0,670280,10.2276611328125
SRLCP,λ=8,65536,0,656491,10.017257690429688
SRLCP,λ=8,65536,0,829862,12.662689208984375
SRLCP,λ=8,65536,0,738018,11.261260986328125
SRLCP,λ=8,65536,0,678107,10.347091674804688
SRLCP,λ=8,65536,0,703573,10.735671997070312
SRLCP,λ=8,65536,0,762619,11.636642456054688
SRLCP,λ=8,65536,0,701469,10.703567504882812
SRLCP,λ=8,65536,0,693144,10.5765380859375
SRLCP,λ=8,65536,0,818654,12.491668701171875
SRLCP,λ=8,65536,0,638570,9.743804931640625
SRLCP,λ=8,65536,0,721857,11.014663696289062
SRLCP,λ=8,65536,0,660489,10.078262329101562
SRLCP,λ=8,65536,0,733518,11.192596435546875
SRLCP,λ=8,65536,0,731891,11.167770385742188
SRLCP,λ=8,65536,0,656452,10.01666259765625
SRLCP,λ=8,65536,0,777821,11.868606567382812
SRLCP,λ=8,65536,0,691156,10.54620361328125
SRLCP,λ=8,65536,0,653388,9.96990966796875
SRLCP,λ=8,65536,0,730586,11.147857666015625
SRLCP,λ=8,65536,0,682020,10.40679931640625
SRLCP,λ=8,65536,0,681013,10.391433715820312
SRLCP,λ=8,65536,0,733411,11.190963745117188
SRLCP,λ=8,65536,0,667260,10.18157958984375
SRLCP,λ=8,65536,0,742930,11.336212158203125
SRLCP,λ=8,65536,0,682957,10.421096801757812
SRLCP,λ=8,65536,0,694080,10.5908203125
SRLCP,λ=8,65536,0,680515,10.383834838867188
SRLCP,λ=8,65536,0,742451,11.328903198242188
SRLCP,λ=8,65536,0,688163,10.500534057617188
SRLCP,λ=8,65536,0,820074,12.513336181640625
SRLCP,λ=8,65536,0,700152,10.6834716796875
SRLCP,λ=8,65536,0,760263,11.600692749023438
SRLCP,λ=8,65536,0,783853,11.960647583007812
SRLCP,λ=8,65536,0,685492,10.45977783203125
SRLCP,λ=8,65536,0,644594,9.835723876953125
SRLCP,λ=8,65536,0,729850,11.136627197265625
SRLCP,λ=8,65536,0,680147,10.378219604492188
SRLCP,λ=8,65536,0,712652,10.87420654296875
SRLCP,λ=8,65536,0,790318,12.059295654296875
SRLCP,λ=8,65536,0,723018,11.032379150390625
SRLCP,λ=8,65536,0,694489,10.597061157226562
SRLCP,λ=8,65536,0,718056,10.9566650390625
SRLCP,λ=8,65536,0,847143,12.926376342773438
SRLCP,λ=8,65536,0,777487,11.863510131835938
SRLCP,λ=8,65536,0,677498,10.337799072265625
SRLCP,λ=8,65536,0,720249,10.990127563476562
SRLCP,λ=8,65536,0,701752,10.7078857421875
SRLCP,λ=8,65536,0,635442,9.696075439453125
SRLCP,λ=8,65536,0,680943,10.390365600585938
SRLCP,λ=8,65536,0,718496,10.96337890625
SRLCP,λ=8,65536,0,700622,10.690643310546875
SRLCP,λ=8,65536,0,685175,10.454940795898438
SRLCP,λ=8,65536,0,679814,10.373138427734375
SRLCP,λ=8,65536,0,713288,10.8839111328125
SRLCP,λ=8,65536,0,737664,11.255859375
SRLCP,λ=8,65536,0,772447,11.786605834960938
SRLCP,λ=8,65536,0,753727,11.500961303710938
SRLCP,λ=8,65536,0,689088,10.5146484375
SRLCP,λ=8,65536,0,639480,9.7576904296875
SRLCP,λ=8,65536,0,664147,10.134078979492188
SRLCP,λ=8,65536,0,672394,10.259918212890625
SRLCP,λ=8,65536,0,744891,11.366134643554688
SRLCP,λ=8,65536,0,735124,11.21710205078125
SRLCP,λ=8,65536,0,668617,10.202285766601562
SRLCP,λ=8,65536,0,751653,11.469314575195312
SRLCP,λ=8,65536,0,675254,10.303558349609375
SRLCP,λ=8,65536,0,728366,11.113983154296875
SRLCP,λ=8,65536,0,734023,11.200302124023438
SRLCP,λ=8,65536,0,655137,9.996597290039062
SRLCP,λ=8,65536,0,646120,9.8590087890625
SRLCP,λ=8,65536,0,693757,10.585891723632812
SRLCP,λ=8,65536,0,728773,11.120193481445312
SRLCP,λ=8,65536,0,748587,11.422531127929688
SRLCP,λ=8,65536,0,704399,10.748275756835938
SRLCP,λ=8,65536,0,743663,11.347396850585938
SRLCP,λ=8,65536,0,793809,12.112564086914062
SRLCP,λ=8,65536,0,661252,10.08990478515625
SRLCP,λ=8,65536,0,639099,9.751876831054688
SRLCP,λ=8,65536,0,660880,10.084228515625
SRLCP,λ=8,65536,0,708981,10.818191528320312
SRLCP,λ=8,65536,0,644176,9.829345703125
SRLCP,λ=8,65536,0,708155,10.805587768554688
SRLCP,λ=8,65536,0,669382,10.213958740234375
SRLCP,λ=8,65536,0,665423,10.153549194335938
SRLCP,λ=8,65536,0,852916,13.01446533203125
SRLCP,λ=8,65536,0,659001,10.055557250976562
SRLCP,λ=8,65536,0,745658,11.377838134765625
SRLCP,λ=8,65536,0,697167,10.637924194335938
SRLCP,λ=8,65536,0,695902,10.618621826171875
SSLCP,λ=8,65536,0,891913,13.609512329101562
SSLCP,λ=8,65536,0,889689,13.575576782226562
SSLCP,λ=8,65536,0,858007,13.092147827148438
SSLCP,λ=8,65536,0,940344,14.3485107421875
SSLCP,λ=8,65536,0,951936,14.525390625
SSLCP,λ=8,65536,0,1127267,17.200729370117188
SSLCP,λ=8,65536,0,831679,12.690414428710938
SSLCP,λ=8,65536,0,892205,13.613967895507812
SSLCP,λ=8,65536,0,904055,13.794784545898438
SSLCP,λ=8,65536,0,842913,12.861831665039062
SSLCP,λ=8,65536,0,913919,13.945297241210938
SSLCP,λ=8,65536,0,975561,14.885879516601562
SSLCP,λ=8,65536,0,872652,13.31561279296875
SSLCP,λ=8,65536,0,957164,14.60516357421875
SSLCP,λ=8,65536,0,908182,13.857757568359375
SSLCP,λ=8,65536,0,931685,14.216384887695312
SSLCP,λ=8,65536,0,1012215,15.445175170898438
SSLCP,λ=8,65536,0,1085371,16.561447143554688
SSLCP,λ=8,65536,0,899038,13.718231201171875
SSLCP,λ=8,65536,0,825553,12.596939086914062
SSLCP,λ=8,65536,0,880099,13.429244995117188
SSLCP,λ=8,65536,0,1159139,17.687057495117188
SSLCP,λ=8,65536,0,852154,13.002838134765625
SSLCP,λ=8,65536,0,1010769,15.423110961914062
SSLCP,λ=8,65536,0,926920,14.1436767578125
SSLCP,λ=8,65536,0,915618,13.971221923828125
SSLCP,λ=8,65536,0,894021,13.641677856445312
SSLCP,λ=8,65536,0,997761,15.224624633789062
SSLCP,λ=8,65536,0,863690,13.178863525390625
SSLCP,λ=8,65536,0,1003738,15.315826416015625
SSLCP,λ=8,65536,0,946459,14.441818237304688
SSLCP,λ=8,65536,0,900010,13.733062744140625
SSLCP,λ=8,65536,0,990583,15.115097045898438
SSLCP,λ=8,65536,0,881757,13.454544067382812
SSLCP,λ=8,65536,0,894034,13.641876220703125
SSLCP,λ=8,65536,0,924168,14.1016845703125
SSLCP,λ=8,65536,0,945057,14.420425415039062
SSLCP,λ=8,65536,0,789454,12.046112060546875
SSLCP,λ=8,65536,0,784619,11.972335815429688
SSLCP,λ=8,65536,0,1106430,16.882781982421875
SSLCP,λ=8,65536,0,919331,14.027877807617188
SSLCP,λ=8,65536,0,942110,14.375457763671875
SSLCP,λ=8,65536,0,984704,15.025390625
SSLCP,λ=8,65536,0,885366,13.509613037109375
SSLCP,λ=8,65536,0,891569,13.604263305664062
SSLCP,λ=8,65536,0,904280,13.7982177734375
SSLCP,λ=8,65536,0,840640,12.8271484375
SSLCP,λ=8,65536,0,921628,14.06292724609375
SSLCP,λ=8,65536,0,1027295,15.675277709960938
SSLCP,λ=8,65536,0,957669,14.612869262695312
SSLCP,λ=8,65536,0,1086866,16.584259033203125
SSLCP,λ=8,65536,0,845260,12.89764404296875
SSLCP,λ=8,65536,0,997773,15.224807739257812
SSLCP,λ=8,65536,0,886159,13.521713256835938
SSLCP,λ=8,65536,0,848633,12.949111938476562
SSLCP,λ=8,65536,0,986146,15.047393798828125
SSLCP,λ=8,65536,0,840887,12.830917358398438
SSLCP,λ=8,65536,0,962392,14.6849365234375
SSLCP,λ=8,65536,0,946162,14.437286376953125
SSLCP,λ=8,65536,0,926203,14.132736206054688
SSLCP,λ=8,65536,0,891367,13.601181030273438
SSLCP,λ=8,65536,0,919179,14.025558471679688
SSLCP,λ=8,65536,0,1097778,16.750762939453125
SSLCP,λ=8,65536,0,852923,13.014572143554688
SSLCP,λ=8,65536,0,853721,13.026748657226562
SSLCP,λ=8,65536,0,880171,13.430343627929688
SSLCP,λ=8,65536,0,950136,14.4979248046875
SSLCP,λ=8,65536,0,969715,14.796676635742188
SSLCP,λ=8,65536,0,876805,13.378982543945312
SSLCP,λ=8,65536,0,939115,14.329757690429688
SSLCP,λ=8,65536,0,856739,13.072799682617188
SSLCP,λ=8,65536,0,831172,12.68267822265625
SSLCP,λ=8,65536,0,870515,13.283004760742188
SSLCP,λ=8,65536,0,1007973,15.380447387695312
SSLCP,λ=8,65536,0,907352,13.8450927734375
SSLCP,λ=8,65536,0,968121,14.772354125976562
SSLCP,λ=8,65536,0,971524,14.82427978515625
SSLCP,λ=8,65536,0,1246824,19.0250244140625
SSLCP,λ=8,65536,0,900771,13.744674682617188
SSLCP,λ=8,65536,0,956656,14.597412109375
SSLCP,λ=8,65536,0,1121377,17.110855102539062
SSLCP,λ=8,65536,0,998168,15.2308349609375
SSLCP,λ=8,65536,0,834132,12.72784423828125
SSLCP,λ=8,65536,0,968069,14.771560668945312
SSLCP,λ=8,65536,0,943434,14.395660400390625
SSLCP,λ=8,65536,0,867146,13.231597900390625
SSLCP,λ=8,65536,0,1006646,15.360198974609375
SSLCP,λ=8,65536,0,899091,13.719039916992188
SSLCP,λ=8,65536,0,979813,14.950759887695312
SSLCP,λ=8,65536,0,871497,13.297988891601562
SSLCP,λ=8,65536,0,871815,13.302841186523438
SSLCP,λ=8,65536,0,896955,13.686447143554688
SSLCP,λ=8,65536,0,980139,14.955734252929688
SSLCP,λ=8,65536,0,1142410,17.431793212890625
SSLCP,λ=8,65536,0,988538,15.083892822265625
SSLCP,λ=8,65536,0,866776,13.2259521484375
SSLCP,λ=8,65536,0,988495,15.083236694335938
SSLCP,λ=8,65536,0,872619,13.315109252929688
SSLCP,λ=8,65536,0,859237,13.110916137695312
SSLCP,λ=8,65536,0,879484,13.41986083984375
SSDSP,λ=8,65536,0,916209,13.980239868164062
SSDSP,λ=8,65536,0,876497,13.374282836914062
SSDSP,λ=8,65536,0,840577,12.826187133789062
SSDSP,λ=8,65536,0,845849,12.906631469726562
SSDSP,λ=8,65536,0,879065,13.413467407226562
SSDSP,λ=8,65536,0,788689,12.034439086914062
SSDSP,λ=8,65536,0,915481,13.969131469726562
SSDSP,λ=8,65536,0,941897,14.372207641601562
SSDSP,λ=8,65536,0,810929,12.373794555664062
SSDSP,λ=8,65536,0,892409,13.617080688476562
SSDSP,λ=8,65536,0,939113,14.329727172851562
SSDSP,λ=8,65536,0,766769,11.699966430664062
SSDSP,λ=8,65536,0,832497,12.702896118164062
SSDSP,λ=8,65536,0,893777,13.637954711914062
SSDSP,λ=8,65536,0,981313,14.973648071289062
SSDSP,λ=8,65536,0,827601,12.628189086914062
SSDSP,λ=8,65536,0,929313,14.180191040039062
SSDSP,λ=8,65536,0,802945,12.251968383789062
SSDSP,λ=8,65536,0,839417,12.808486938476562
SSDSP,λ=8,65536,0,832105,12.696914672851562
SSDSP,λ=8,65536,0,922089,14.069961547851562
SSDSP,λ=8,65536,0,921273,14.057510375976562
SSDSP,λ=8,65536,0,881841,13.455825805664062
SSDSP,λ=8,65536,0,813801,12.417617797851562
SSDSP,λ=8,65536,0,844633,12.888076782226562
SSDSP,λ=8,65536,0,829801,12.661758422851562
SSDSP,λ=8,65536,0,862049,13.153823852539062
SSDSP,λ=8,65536,0,874553,13.344619750976562
SSDSP,λ=8,65536,0,898065,13.703384399414062
SSDSP,λ=8,65536,0,910425,13.891983032226562
SSDSP,λ=8,65536,0,852753,13.011978149414062
SSDSP,λ=8,65536,0,916665,13.987197875976562
SSDSP,λ=8,65536,0,1008161,15.383316040039062
SSDSP,λ=8,65536,0,893185,13.628921508789062
SSDSP,λ=8,65536,0,873793,13.333023071289062
SSDSP,λ=8,65536,0,795113,12.132461547851562
SSDSP,λ=8,65536,0,813041,12.406021118164062
SSDSP,λ=8,65536,0,883617,13.482925415039062
SSDSP,λ=8,65536,0,818841,12.494522094726562
SSDSP,λ=8,65536,0,887737,13.545791625976562
SSDSP,λ=8,65536,0,850089,12.971328735351562
SSDSP,λ=8,65536,0,837681,12.781997680664062
SSDSP,λ=8,65536,0,804153,12.270401000976562
SSDSP,λ=8,65536,0,989321,15.095840454101562
SSDSP,λ=8,65536,0,842993,12.863052368164062
SSDSP,λ=8,65536,0,1134753,17.314956665039062
SSDSP,λ=8,65536,0,977609,14.917129516601562
SSDSP,λ=8,65536,0,839313,12.806900024414062
SSDSP,λ=8,65536,0,809177,12.347061157226562
SSDSP,λ=8,65536,0,921561,14.061904907226562
SSDSP,λ=8,65536,0,976625,14.902114868164062
SSDSP,λ=8,65536,0,761321,11.616836547851562
SSDSP,λ=8,65536,0,821121,12.529312133789062
SSDSP,λ=8,65536,0,947705,14.460830688476562
SSDSP,λ=8,65536,0,849553,12.963150024414062
SSDSP,λ=8,65536,0,802361,12.243057250976562
SSDSP,λ=8,65536,0,1081273,16.498916625976562
SSDSP,λ=8,65536,0,762073,11.628311157226562
SSDSP,λ=8,65536,0,811433,12.381484985351562
SSDSP,λ=8,65536,0,900409,13.739151000976562
SSDSP,λ=8,65536,0,854777,13.042861938476562
SSDSP,λ=8,65536,0,893801,13.638320922851562
SSDSP,λ=8,65536,0,761761,11.623550415039062
SSDSP,λ=8,65536,0,822065,12.543716430664062
SSDSP,λ=8,65536,0,937921,14.311538696289062
SSDSP,λ=8,65536,0,807681,12.324234008789062
SSDSP,λ=8,65536,0,830617,12.674209594726562
SSDSP,λ=8,65536,0,896801,13.684097290039062
SSDSP,λ=8,65536,0,789857,12.052261352539062
SSDSP,λ=8,65536,0,851729,12.996353149414062
SSDSP,λ=8,65536,0,811065,12.375869750976562
SSDSP,λ=8,65536,0,899729,13.728775024414062
SSDSP,λ=8,65536,0,807153,12.316177368164062
SSDSP,λ=8,65536,0,873625,13.330459594726562
SSDSP,λ=8,65536,0,965937,14.739028930664062
SSDSP,λ=8,65536,0,823673,12.568252563476562
SSDSP,λ=8,65536,0,846873,12.922256469726562
SSDSP,λ=8,65536,0,792329,12.089981079101562
SSDSP,λ=8,65536,0,799529,12.199844360351562
SSDSP,λ=8,65536,0,938305,14.317398071289062
SSDSP,λ=8,65536,0,844945,12.892837524414062
SSDSP,λ=8,65536,0,942665,14.383926391601562
SSDSP,λ=8,65536,0,884433,13.495376586914062
SSDSP,λ=8,65536,0,879025,13.412857055664062
SSDSP,λ=8,65536,0,742193,11.324966430664062
SSDSP,λ=8,65536,0,845785,12.905654907226562
SSDSP,λ=8,65536,0,828353,12.639663696289062
SSDSP,λ=8,65536,0,909225,13.873672485351562
SSDSP,λ=8,65536,0,799593,12.200820922851562
SSDSP,λ=8,65536,0,860145,13.124771118164062
SSDSP,λ=8,65536,0,777913,11.870010375976562
SSDSP,λ=8,65536,0,836969,12.771133422851562
SSDSP,λ=8,65536,0,927225,14.148330688476562
SSDSP,λ=8,65536,0,836041,12.756973266601562
SSDSP,λ=8,65536,0,933849,14.249404907226562
SSDSP,λ=8,65536,0,821649,12.537368774414062
SSDSP,λ=8,65536,0,887465,13.541641235351562
SSDSP,λ=8,65536,0,818177,12.484390258789062
SSDSP,λ=8,65536,0,812281,12.394424438476562
SSDSP,λ=8,65536,0,833049,12.711318969726562
SRDSP,λ=8,65536,0,655065,9.995498657226562
SRDSP,λ=8,65536,0,694905,10.603408813476562
SRDSP,λ=8,65536,0,680417,10.382339477539062
SRDSP,λ=8,65536,0,643057,9.812271118164062
SRDSP,λ=8,65536,0,667905,10.191421508789062
SRDSP,λ=8,65536,0,642345,9.801406860351562
SRDSP,λ=8,65536,0,729401,11.129776000976562
SRDSP,λ=8,65536,0,647329,9.877456665039062
SRDSP,λ=8,65536,0,608297,9.281875610351562
SRDSP,λ=8,65536,0,669985,10.223159790039062
SRDSP,λ=8,65536,0,665169,10.149673461914062
SRDSP,λ=8,65536,0,724185,11.050186157226562
SRDSP,λ=8,65536,0,717985,10.955581665039062
SRDSP,λ=8,65536,0,720113,10.988052368164062
SRDSP,λ=8,65536,0,683449,10.428604125976562
SRDSP,λ=8,65536,0,827513,12.626846313476562
SRDSP,λ=8,65536,0,633473,9.666030883789062
SRDSP,λ=8,65536,0,720649,10.996231079101562
SRDSP,λ=8,65536,0,750337,11.449234008789062
SRDSP,λ=8,65536,0,654969,9.994033813476562
SRDSP,λ=8,65536,0,639713,9.761245727539062
SRDSP,λ=8,65536,0,671097,10.240127563476562
SRDSP,λ=8,65536,0,700273,10.685317993164062
SRDSP,λ=8,65536,0,860817,13.135025024414062
SRDSP,λ=8,65536,0,664169,10.134414672851562
SRDSP,λ=8,65536,0,724825,11.059951782226562
SRDSP,λ=8,65536,0,627329,9.572280883789062
SRDSP,λ=8,65536,0,622393,9.496963500976562
SRDSP,λ=8,65536,0,637641,9.729629516601562
SRDSP,λ=8,65536,0,696721,10.631118774414062
SRDSP,λ=8,65536,0,651857,9.946548461914062
SRDSP,λ=8,65536,0,647649,9.882339477539062
SRDSP,λ=8,65536,0,608577,9.286148071289062
SRDSP,λ=8,65536,0,658201,10.043350219726562
SRDSP,λ=8,65536,0,730993,11.154067993164062
SRDSP,λ=8,65536,0,649113,9.904678344726562
SRDSP,λ=8,65536,0,625521,9.544692993164062
SRDSP,λ=8,65536,0,755441,11.527114868164062
SRDSP,λ=8,65536,0,626537,9.560195922851562
SRDSP,λ=8,65536,0,737841,11.258560180664062
SRDSP,λ=8,65536,0,723009,11.032241821289062
SRDSP,λ=8,65536,0,649841,9.915786743164062
SRDSP,λ=8,65536,0,649673,9.913223266601562
SRDSP,λ=8,65536,0,765849,11.685928344726562
SRDSP,λ=8,65536,0,665625,10.156631469726562
SRDSP,λ=8,65536,0,749369,11.434463500976562
SRDSP,λ=8,65536,0,672681,10.264297485351562
SRDSP,λ=8,65536,0,625777,9.548599243164062
SRDSP,λ=8,65536,0,868865,13.257827758789062
SRDSP,λ=8,65536,0,646217,9.860488891601562
SRDSP,λ=8,65536,0,732769,11.181167602539062
SRDSP,λ=8,65536,0,631857,9.641372680664062
SRDSP,λ=8,65536,0,618945,9.444351196289062
SRDSP,λ=8,65536,0,596665,9.104385375976562
SRDSP,λ=8,65536,0,630241,9.616714477539062
SRDSP,λ=8,65536,0,675145,10.301895141601562
SRDSP,λ=8,65536,0,662041,10.101943969726562
SRDSP,λ=8,65536,0,609233,9.296157836914062
SRDSP,λ=8,65536,0,681681,10.401626586914062
SRDSP,λ=8,65536,0,754489,11.512588500976562
SRDSP,λ=8,65536,0,649945,9.917373657226562
SRDSP,λ=8,65536,0,643161,9.813858032226562
SRDSP,λ=8,65536,0,709073,10.819595336914062
SRDSP,λ=8,65536,0,649761,9.914566040039062
SRDSP,λ=8,65536,0,663649,10.126480102539062
SRDSP,λ=8,65536,0,640393,9.771621704101562
SRDSP,λ=8,65536,0,668529,10.200942993164062
SRDSP,λ=8,65536,0,681769,10.402969360351562
SRDSP,λ=8,65536,0,616641,9.409194946289062
SRDSP,λ=8,65536,0,701337,10.701553344726562
SRDSP,λ=8,65536,0,773337,11.800186157226562
SRDSP,λ=8,65536,0,703289,10.731338500976562
SRDSP,λ=8,65536,0,691169,10.546401977539062
SRDSP,λ=8,65536,0,623257,9.510147094726562
SRDSP,λ=8,65536,0,778041,11.871963500976562
SRDSP,λ=8,65536,0,618873,9.443252563476562
SRDSP,λ=8,65536,0,653257,9.967910766601562
SRDSP,λ=8,65536,0,660809,10.083145141601562
SRDSP,λ=8,65536,0,655177,9.997207641601562
SRDSP,λ=8,65536,0,661489,10.093521118164062
SRDSP,λ=8,65536,0,676641,10.324722290039062
SRDSP,λ=8,65536,0,735009,11.215347290039062
SRDSP,λ=8,65536,0,777705,11.866836547851562
SRDSP,λ=8,65536,0,649121,9.904800415039062
SRDSP,λ=8,65536,0,721081,11.002822875976562
SRDSP,λ=8,65536,0,680761,10.387588500976562
SRDSP,λ=8,65536,0,651825,9.946060180664062
SRDSP,λ=8,65536,0,603089,9.202407836914062
SRDSP,λ=8,65536,0,617025,9.415054321289062
SRDSP,λ=8,65536,0,658945,10.054702758789062
SRDSP,λ=8,65536,0,703177,10.729629516601562
SRDSP,λ=8,65536,0,697873,10.648696899414062
SRDSP,λ=8,65536,0,756401,11.541763305664062
SRDSP,λ=8,65536,0,603737,9.212295532226562
SRDSP,λ=8,65536,0,651809,9.945816040039062
SRDSP,λ=8,65536,0,683161,10.424209594726562
SRDSP,λ=8,65536,0,724209,11.050552368164062
SRDSP,λ=8,65536,0,689401,10.519424438476562
SRDSP,λ=8,65536,0,663001,10.116592407226562
SHDSP,λ=8,65536,0,764425,11.664199829101562
SHDSP,λ=8,65536,0,588673,8.982437133789062
SHDSP,λ=8,65536,0,617625,9.424209594726562
SHDSP,λ=8,65536,0,610793,9.319961547851562
SHDSP,λ=8,65536,0,598065,9.125747680664062
SHDSP,λ=8,65536,0,607937,9.276382446289062
SHDSP,λ=8,65536,0,615785,9.396133422851562
SHDSP,λ=8,65536,0,654881,9.992691040039062
SHDSP,λ=8,65536,0,673265,10.273208618164062
SHDSP,λ=8,65536,0,593641,9.058242797851562
SHDSP,λ=8,65536,0,632577,9.652359008789062
SHDSP,λ=8,65536,0,638609,9.744400024414062
SHDSP,λ=8,65536,0,601113,9.172256469726562
SHDSP,λ=8,65536,0,748081,11.414810180664062
SHDSP,λ=8,65536,0,664057,10.132705688476562
SHDSP,λ=8,65536,0,628225,9.585952758789062
SHDSP,λ=8,65536,0,678017,10.345718383789062
SHDSP,λ=8,65536,0,688265,10.502090454101562
SHDSP,λ=8,65536,0,670001,10.223403930664062
SHDSP,λ=8,65536,0,660745,10.082168579101562
SHDSP,λ=8,65536,0,782265,11.936416625976562
SHDSP,λ=8,65536,0,631617,9.637710571289062
SHDSP,λ=8,65536,0,636201,9.707656860351562
SHDSP,λ=8,65536,0,656345,10.015029907226562
SHDSP,λ=8,65536,0,640057,9.766494750976562
SHDSP,λ=8,65536,0,676049,10.315689086914062
SHDSP,λ=8,65536,0,608569,9.286026000976562
SHDSP,λ=8,65536,0,580433,8.856704711914062
SHDSP,λ=8,65536,0,625457,9.543716430664062
SHDSP,λ=8,65536,0,592153,9.035537719726562
SHDSP,λ=8,65536,0,582817,8.893081665039062
SHDSP,λ=8,65536,0,623937,9.520523071289062
SHDSP,λ=8,65536,0,568961,8.681655883789062
SHDSP,λ=8,65536,0,684553,10.445449829101562
SHDSP,λ=8,65536,0,607529,9.270156860351562
SHDSP,λ=8,65536,0,589041,8.988052368164062
SHDSP,λ=8,65536,0,710809,10.846084594726562
SHDSP,λ=8,65536,0,631505,9.636001586914062
SHDSP,λ=8,65536,0,585209,8.929580688476562
SHDSP,λ=8,65536,0,618209,9.433120727539062
SHDSP,λ=8,65536,0,607793,9.274185180664062
SHDSP,λ=8,65536,0,594233,9.067276000976562
SHDSP,λ=8,65536,0,590033,9.003189086914062
SHDSP,λ=8,65536,0,595057,9.079849243164062
SHDSP,λ=8,65536,0,585913,8.940322875976562
SHDSP,λ=8,65536,0,565233,8.624771118164062
SHDSP,λ=8,65536,0,602481,9.193130493164062
SHDSP,λ=8,65536,0,588497,8.979751586914062
SHDSP,λ=8,65536,0,649817,9.915420532226562
SHDSP,λ=8,65536,0,631089,9.629653930664062
SHDSP,λ=8,65536,0,634649,9.683975219726562
SHDSP,λ=8,65536,0,654601,9.988418579101562
SHDSP,λ=8,65536,0,624801,9.533706665039062
SHDSP,λ=8,65536,0,612273,9.342544555664062
SHDSP,λ=8,65536,0,643217,9.814712524414062
SHDSP,λ=8,65536,0,646033,9.857681274414062
SHDSP,λ=8,65536,0,641001,9.780899047851562
SHDSP,λ=8,65536,0,572465,8.735122680664062
SHDSP,λ=8,65536,0,600801,9.167495727539062
SHDSP,λ=8,65536,0,652497,9.956314086914062
SHDSP,λ=8,65536,0,601121,9.172378540039062
SHDSP,λ=8,65536,0,602553,9.194229125976562
SHDSP,λ=8,65536,0,612705,9.349136352539062
SHDSP,λ=8,65536,0,667625,10.187149047851562
SHDSP,λ=8,65536,0,609009,9.292739868164062
SHDSP,λ=8,65536,0,593345,9.053726196289062
SHDSP,λ=8,65536,0,594945,9.078140258789062
SHDSP,λ=8,65536,0,631329,9.633316040039062
SHDSP,λ=8,65536,0,570537,8.705703735351562
SHDSP,λ=8,65536,0,612081,9.339614868164062
SHDSP,λ=8,65536,0,584665,8.921279907226562
SHDSP,λ=8,65536,0,645929,9.856094360351562
SHDSP,λ=8,65536,0,607809,9.274429321289062
SHDSP,λ=8,65536,0,590625,9.012222290039062
SHDSP,λ=8,65536,0,603601,9.210220336914062
SHDSP,λ=8,65536,0,691945,10.558242797851562
SHDSP,λ=8,65536,0,671969,10.253433227539062
SHDSP,λ=8,65536,0,596273,9.098403930664062
SHDSP,λ=8,65536,0,604593,9.225357055664062
SHDSP,λ=8,65536,0,577649,8.814224243164062
SHDSP,λ=8,65536,0,602377,9.191543579101562
SHDSP,λ=8,65536,0,611257,9.327041625976562
SHDSP,λ=8,65536,0,600425,9.161758422851562
SHDSP,λ=8,65536,0,721561,11.010147094726562
SHDSP,λ=8,65536,0,580841,8.862930297851562
SHDSP,λ=8,65536,0,571857,8.725845336914062
SHDSP,λ=8,65536,0,634385,9.679946899414062
SHDSP,λ=8,65536,0,607465,9.269180297851562
SHDSP,λ=8,65536,0,652617,9.958145141601562
SHDSP,λ=8,65536,0,655697,10.005142211914062
SHDSP,λ=8,65536,0,679857,10.373794555664062
SHDSP,λ=8,65536,0,675833,10.312393188476562
SHDSP,λ=8,65536,0,580001,8.850112915039062
SHDSP,λ=8,65536,0,654825,9.991836547851562
SHDSP,λ=8,65536,0,668025,10.193252563476562
SHDSP,λ=8,65536,0,613473,9.360855102539062
SHDSP,λ=8,65536,0,643745,9.822769165039062
SHDSP,λ=8,65536,0,568609,8.676284790039062
SHDSP,λ=8,65536,0,597769,9.121231079101562
SHDSP,λ=8,65536,0,579529,8.842910766601562
SHLSP,λ=8,65536,0,684577,10.445816040039062
SHLSP,λ=8,65536,0,715033,10.910537719726562
SHLSP,λ=8,65536,0,629361,9.603286743164062
SHLSP,λ=8,65536,0,600961,9.169937133789062
SHLSP,λ=8,65536,0,623593,9.515274047851562
SHLSP,λ=8,65536,0,615577,9.392959594726562
SHLSP,λ=8,65536,0,622097,9.492446899414062
SHLSP,λ=8,65536,0,665721,10.158096313476562
SHLSP,λ=8,65536,0,609193,9.295547485351562
SHLSP,λ=8,65536,0,608281,9.281631469726562
SHLSP,λ=8,65536,0,588553,8.980606079101562
SHLSP,λ=8,65536,0,617881,9.428115844726562
SHLSP,λ=8,65536,0,586273,8.945816040039062
SHLSP,λ=8,65536,0,746417,11.389419555664062
SHLSP,λ=8,65536,0,675177,10.302383422851562
SHLSP,λ=8,65536,0,629425,9.604263305664062
SHLSP,λ=8,65536,0,635513,9.697158813476562
SHLSP,λ=8,65536,0,637849,9.732803344726562
SHLSP,λ=8,65536,0,760121,11.598526000976562
SHLSP,λ=8,65536,0,601681,9.180923461914062
SHLSP,λ=8,65536,0,665089,10.148452758789062
SHLSP,λ=8,65536,0,681817,10.403701782226562
SHLSP,λ=8,65536,0,581833,8.878067016601562
SHLSP,λ=8,65536,0,663441,10.123306274414062
SHLSP,λ=8,65536,0,619945,9.459609985351562
SHLSP,λ=8,65536,0,599641,9.149795532226562
SHLSP,λ=8,65536,0,621409,9.481948852539062
SHLSP,λ=8,65536,0,720577,10.995132446289062
SHLSP,λ=8,65536,0,613073,9.354751586914062
SHLSP,λ=8,65536,0,617625,9.424209594726562
SHLSP,λ=8,65536,0,580201,8.853164672851562
SHLSP,λ=8,65536,0,697545,10.643692016601562
SHLSP,λ=8,65536,0,686833,10.480239868164062
SHLSP,λ=8,65536,0,741281,11.311050415039062
SHLSP,λ=8,65536,0,697857,10.648452758789062
SHLSP,λ=8,65536,0,623705,9.516983032226562
SHLSP,λ=8,65536,0,678273,10.349624633789062
SHLSP,λ=8,65536,0,618721,9.440933227539062
SHLSP,λ=8,65536,0,687697,10.493423461914062
SHLSP,λ=8,65536,0,655305,9.999160766601562
SHLSP,λ=8,65536,0,622265,9.495010375976562
SHLSP,λ=8,65536,0,670273,10.227554321289062
SHLSP,λ=8,65536,0,626257,9.555923461914062
SHLSP,λ=8,65536,0,589169,8.990005493164062
SHLSP,λ=8,65536,0,580753,8.861587524414062
SHLSP,λ=8,65536,0,705449,10.764297485351562
SHLSP,λ=8,65536,0,626937,9.566299438476562
SHLSP,λ=8,65536,0,693249,10.578140258789062
SHLSP,λ=8,65536,0,657673,10.035293579101562
SHLSP,λ=8,65536,0,574401,8.764663696289062
SHLSP,λ=8,65536,0,621553,9.484146118164062
SHLSP,λ=8,65536,0,579209,8.838027954101562
SHLSP,λ=8,65536,0,644705,9.837417602539062
SHLSP,λ=8,65536,0,578985,8.834609985351562
SHLSP,λ=8,65536,0,611449,9.329971313476562
SHLSP,λ=8,65536,0,613481,9.360977172851562
SHLSP,λ=8,65536,0,644209,9.829849243164062
SHLSP,λ=8,65536,0,743241,11.340957641601562
SHLSP,λ=8,65536,0,576449,8.795913696289062
SHLSP,λ=8,65536,0,622929,9.505142211914062
SHLSP,λ=8,65536,0,692921,10.573135375976562
SHLSP,λ=8,65536,0,638217,9.738418579101562
SHLSP,λ=8,65536,0,753193,11.492813110351562
SHLSP,λ=8,65536,0,625097,9.538223266601562
SHLSP,λ=8,65536,0,632865,9.656753540039062
SHLSP,λ=8,65536,0,620313,9.465225219726562
SHLSP,λ=8,65536,0,619817,9.457656860351562
SHLSP,λ=8,65536,0,671969,10.253433227539062
SHLSP,λ=8,65536,0,652817,9.961196899414062
SHLSP,λ=8,65536,0,644217,9.829971313476562
SHLSP,λ=8,65536,0,594345,9.068984985351562
SHLSP,λ=8,65536,0,644289,9.831069946289062
SHLSP,λ=8,65536,0,704921,10.756240844726562
SHLSP,λ=8,65536,0,638249,9.738906860351562
SHLSP,λ=8,65536,0,588593,8.981216430664062
SHLSP,λ=8,65536,0,633697,9.669448852539062
SHLSP,λ=8,65536,0,588177,8.974868774414062
SHLSP,λ=8,65536,0,622153,9.493301391601562
SHLSP,λ=8,65536,0,615865,9.397354125976562
SHLSP,λ=8,65536,0,647369,9.878067016601562
SHLSP,λ=8,65536,0,664977,10.146743774414062
SHLSP,λ=8,65536,0,642369,9.801773071289062
SHLSP,λ=8,65536,0,652617,9.958145141601562
SHLSP,λ=8,65536,0,681353,10.396621704101562
SHLSP,λ=8,65536,0,610209,9.311050415039062
SHLSP,λ=8,65536,0,591129,9.019912719726562
SHLSP,λ=8,65536,0,653545,9.972305297851562
SHLSP,λ=8,65536,0,619377,9.450942993164062
SHLSP,λ=8,65536,0,624329,9.526504516601562
SHLSP,λ=8,65536,0,631889,9.641860961914062
SHLSP,λ=8,65536,0,597777,9.121353149414062
SHLSP,λ=8,65536,0,607545,9.270401000976562
SHLSP,λ=8,65536,0,603945,9.215469360351562
SHLSP,λ=8,65536,0,670841,10.236221313476562
SHLSP,λ=8,65536,0,611513,9.330947875976562
SHLSP,λ=8,65536,0,613809,9.365982055664062
SHLSP,λ=8,65536,0,637961,9.734512329101562
SHLSP,λ=8,65536,0,569489,8.689712524414062
SHLSP,λ=8,65536,0,610081,9.309097290039062
SRLSP,λ=8,65536,0,843593,12.872207641601562
SRLSP,λ=8,65536,0,732785,11.181411743164062
SRLSP,λ=8,65536,0,646073,9.858291625976562
SRLSP,λ=8,65536,0,652305,9.953384399414062
SRLSP,λ=8,65536,0,742417,11.328384399414062
SRLSP,λ=8,65536,0,661569,10.094741821289062
SRLSP,λ=8,65536,0,652177,9.951431274414062
SRLSP,λ=8,65536,0,784041,11.963516235351562
SRLSP,λ=8,65536,0,624841,9.534317016601562
SRLSP,λ=8,65536,0,732049,11.170181274414062
SRLSP,λ=8,65536,0,754817,11.517593383789062
SRLSP,λ=8,65536,0,678169,10.348037719726562
SRLSP,λ=8,65536,0,672985,10.268936157226562
SRLSP,λ=8,65536,0,673585,10.278091430664062
SRLSP,λ=8,65536,0,700713,10.692031860351562
SRLSP,λ=8,65536,0,613761,9.365249633789062
SRLSP,λ=8,65536,0,717401,10.946670532226562
SRLSP,λ=8,65536,0,717833,10.953262329101562
SRLSP,λ=8,65536,0,616169,9.401992797851562
SRLSP,λ=8,65536,0,685745,10.463638305664062
SRLSP,λ=8,65536,0,665985,10.162124633789062
SRLSP,λ=8,65536,0,693777,10.586196899414062
SRLSP,λ=8,65536,0,755257,11.524307250976562
SRLSP,λ=8,65536,0,677665,10.340347290039062
SRLSP,λ=8,65536,0,767073,11.704605102539062
SRLSP,λ=8,65536,0,670153,10.225723266601562
SRLSP,λ=8,65536,0,740745,11.302871704101562
SRLSP,λ=8,65536,0,646849,9.870132446289062
SRLSP,λ=8,65536,0,668313,10.197647094726562
SRLSP,λ=8,65536,0,663617,10.125991821289062
SRLSP,λ=8,65536,0,645465,9.849014282226562
SRLSP,λ=8,65536,0,636297,9.709121704101562
SRLSP,λ=8,65536,0,747433,11.404922485351562
SRLSP,λ=8,65536,0,647409,9.878677368164062
SRLSP,λ=8,65536,0,822857,12.555801391601562
SRLSP,λ=8,65536,0,641153,9.783218383789062
SRLSP,λ=8,65536,0,764793,11.669815063476562
SRLSP,λ=8,65536,0,735865,11.228408813476562
SRLSP,λ=8,65536,0,674729,10.295547485351562
SRLSP,λ=8,65536,0,705153,10.759780883789062
SRLSP,λ=8,65536,0,726009,11.078018188476562
SRLSP,λ=8,65536,0,660969,10.085586547851562
SRLSP,λ=8,65536,0,658729,10.051406860351562
SRLSP,λ=8,65536,0,628841,9.595352172851562
SRLSP,λ=8,65536,0,671401,10.244766235351562
SRLSP,λ=8,65536,0,670385,10.229263305664062
SRLSP,λ=8,65536,0,654289,9.983657836914062
SRLSP,λ=8,65536,0,722481,11.024185180664062
SRLSP,λ=8,65536,0,682025,10.406875610351562
SRLSP,λ=8,65536,0,595769,9.090713500976562
SRLSP,λ=8,65536,0,689697,10.523941040039062
SRLSP,λ=8,65536,0,593633,9.058120727539062
SRLSP,λ=8,65536,0,696377,10.625869750976562
SRLSP,λ=8,65536,0,704665,10.752334594726562
SRLSP,λ=8,65536,0,779761,11.898208618164062
SRLSP,λ=8,65536,0,707297,10.792495727539062
SRLSP,λ=8,65536,0,756353,11.541030883789062
SRLSP,λ=8,65536,0,690297,10.533096313476562
SRLSP,λ=8,65536,0,804625,12.277603149414062
SRLSP,λ=8,65536,0,613969,9.368423461914062
SRLSP,λ=8,65536,0,777001,11.856094360351562
SRLSP,λ=8,65536,0,593393,9.054458618164062
SRLSP,λ=8,65536,0,709161,10.820938110351562
SRLSP,λ=8,65536,0,675609,10.308975219726562
SRLSP,λ=8,65536,0,682657,10.416519165039062
SRLSP,λ=8,65536,0,630185,9.615859985351562
SRLSP,λ=8,65536,0,644089,9.828018188476562
SRLSP,λ=8,65536,0,658169,10.042861938476562
SRLSP,λ=8,65536,0,719393,10.977066040039062
SRLSP,λ=8,65536,0,643081,9.812637329101562
SRLSP,λ=8,65536,0,673553,10.277603149414062
SRLSP,λ=8,65536,0,715009,10.910171508789062
SRLSP,λ=8,65536,0,639921,9.764419555664062
SRLSP,λ=8,65536,0,635545,9.697647094726562
SRLSP,λ=8,65536,0,777273,11.860244750976562
SRLSP,λ=8,65536,0,707713,10.798843383789062
SRLSP,λ=8,65536,0,705649,10.767349243164062
SRLSP,λ=8,65536,0,656785,10.021743774414062
SRLSP,λ=8,65536,0,724457,11.054336547851562
SRLSP,λ=8,65536,0,675793,10.311782836914062
SRLSP,λ=8,65536,0,671617,10.248062133789062
SRLSP,λ=8,65536,0,687089,10.484146118164062
SRLSP,λ=8,65536,0,659225,10.058975219726562
SRLSP,λ=8,65536,0,739209,11.279434204101562
SRLSP,λ=8,65536,0,633785,9.670791625976562
SRLSP,λ=8,65536,0,656985,10.024795532226562
SRLSP,λ=8,65536,0,682849,10.419448852539062
SRLSP,λ=8,65536,0,665665,10.157241821289062
SRLSP,λ=8,65536,0,615337,9.389297485351562
SRLSP,λ=8,65536,0,656377,10.015518188476562
SRLSP,λ=8,65536,0,712073,10.865371704101562
SRLSP,λ=8,65536,0,614705,9.379653930664062
SRLSP,λ=8,65536,0,616569,9.408096313476562
SRLSP,λ=8,65536,0,635609,9.698623657226562
SRLSP,λ=8,65536,0,628889,9.596084594726562
SRLSP,λ=8,65536,0,669809,10.220474243164062
SRLSP,λ=8,65536,0,739553,11.284683227539062
SRLSP,λ=8,65536,0,681369,10.396865844726562
SRLSP,λ=8,65536,0,632857,9.656631469726562
SRLSP,λ=8,65536,0,657217,10.028335571289062
SSLSP,λ=8,65536,0,876697,13.377334594726562
SSLSP,λ=8,65536,0,988361,15.081192016601562
SSLSP,λ=8,65536,0,991609,15.130752563476562
SSLSP,λ=8,65536,0,829945,12.663955688476562
SSLSP,λ=8,65536,0,997801,15.225234985351562
SSLSP,λ=8,65536,0,821017,12.527725219726562
SSLSP,λ=8,65536,0,861505,13.145523071289062
SSLSP,λ=8,65536,0,858705,13.102798461914062
SSLSP,λ=8,65536,0,827225,12.622451782226562
SSLSP,λ=8,65536,0,935633,14.276626586914062
SSLSP,λ=8,65536,0,996209,15.200942993164062
SSLSP,λ=8,65536,0,866001,13.214126586914062
SSLSP,λ=8,65536,0,844409,12.884658813476562
SSLSP,λ=8,65536,0,878721,13.408218383789062
SSLSP,λ=8,65536,0,996785,15.209732055664062
SSLSP,λ=8,65536,0,950521,14.503799438476562
SSLSP,λ=8,65536,0,899473,13.724868774414062
SSLSP,λ=8,65536,0,873025,13.321304321289062
SSLSP,λ=8,65536,0,805977,12.298233032226562
SSLSP,λ=8,65536,0,828097,12.635757446289062
SSLSP,λ=8,65536,0,871601,13.299575805664062
SSLSP,λ=8,65536,0,967697,14.765884399414062
SSLSP,λ=8,65536,0,841921,12.846694946289062
SSLSP,λ=8,65536,0,808361,12.334609985351562
SSLSP,λ=8,65536,0,917737,14.003555297851562
SSLSP,λ=8,65536,0,818481,12.489028930664062
SSLSP,λ=8,65536,0,866721,13.225112915039062
SSLSP,λ=8,65536,0,1082897,16.523696899414062
SSLSP,λ=8,65536,0,1013785,15.469131469726562
SSLSP,λ=8,65536,0,987625,15.069961547851562
SSLSP,λ=8,65536,0,843017,12.863418579101562
SSLSP,λ=8,65536,0,889449,13.571914672851562
SSLSP,λ=8,65536,0,819641,12.506729125976562
SSLSP,λ=8,65536,0,896113,13.673599243164062
SSLSP,λ=8,65536,0,904249,13.797744750976562
SSLSP,λ=8,65536,0,928977,14.175064086914062
SSLSP,λ=8,65536,0,814305,12.425308227539062
SSLSP,λ=8,65536,0,860385,13.128433227539062
SSLSP,λ=8,65536,0,1042217,15.902969360351562
SSLSP,λ=8,65536,0,976137,14.894668579101562
SSLSP,λ=8,65536,0,797353,12.166641235351562
SSLSP,λ=8,65536,0,840849,12.830337524414062
SSLSP,λ=8,65536,0,963953,14.708755493164062
SSLSP,λ=8,65536,0,900505,13.740615844726562
SSLSP,λ=8,65536,0,920889,14.051651000976562
SSLSP,λ=8,65536,0,911289,13.905166625976562
SSLSP,λ=8,65536,0,1032105,15.748672485351562
SSLSP,λ=8,65536,0,805081,12.284561157226562
SSLSP,λ=8,65536,0,831273,12.684219360351562
SSLSP,λ=8,65536,0,859313,13.112075805664062
SSLSP,λ=8,65536,0,840449,12.824234008789062
SSLSP,λ=8,65536,0,884385,13.494644165039062
SSLSP,λ=8,65536,0,863681,13.178726196289062
SSLSP,λ=8,65536,0,958585,14.626846313476562
SSLSP,λ=8,65536,0,925729,14.125503540039062
SSLSP,λ=8,65536,0,937113,14.299209594726562
SSLSP,λ=8,65536,0,992193,15.139663696289062
SSLSP,λ=8,65536,0,817289,12.470840454101562
SSLSP,λ=8,65536,0,899969,13.732437133789062
SSLSP,λ=8,65536,0,911217,13.904067993164062
SSLSP,λ=8,65536,0,882729,13.469375610351562
SSLSP,λ=8,65536,0,945121,14.421401977539062
SSLSP,λ=8,65536,0,802585,12.246475219726562
SSLSP,λ=8,65536,0,823929,12.572158813476562
SSLSP,λ=8,65536,0,928353,14.165542602539062
SSLSP,λ=8,65536,0,902401,13.769546508789062
SSLSP,λ=8,65536,0,1226897,18.720962524414062
SSLSP,λ=8,65536,0,1033873,15.775650024414062
SSLSP,λ=8,65536,0,765217,11.676284790039062
SSLSP,λ=8,65536,0,1003425,15.311050415039062
SSLSP,λ=8,65536,0,867297,13.233901977539062
SSLSP,λ=8,65536,0,830441,12.671524047851562
SSLSP,λ=8,65536,0,902993,13.778579711914062
SSLSP,λ=8,65536,0,1018337,15.538589477539062
SSLSP,λ=8,65536,0,906017,13.824722290039062
SSLSP,λ=8,65536,0,822233,12.546279907226562
SSLSP,λ=8,65536,0,978513,14.930923461914062
SSLSP,λ=8,65536,0,776393,11.846817016601562
SSLSP,λ=8,65536,0,869961,13.274551391601562
SSLSP,λ=8,65536,0,928905,14.173965454101562
SSLSP,λ=8,65536,0,800569,12.215713500976562
SSLSP,λ=8,65536,0,941881,14.371963500976562
SSLSP,λ=8,65536,0,945417,14.425918579101562
SSLSP,λ=8,65536,0,896257,13.675796508789062
SSLSP,λ=8,65536,0,953513,14.549453735351562
SSLSP,λ=8,65536,0,830865,12.677993774414062
SSLSP,λ=8,65536,0,851489,12.992691040039062
SSLSP,λ=8,65536,0,840257,12.821304321289062
SSLSP,λ=8,65536,0,881081,13.444229125976562
SSLSP,λ=8,65536,0,993073,15.153091430664062
SSLSP,λ=8,65536,0,835185,12.743911743164062
SSLSP,λ=8,65536,0,954193,14.559829711914062
SSLSP,λ=8,65536,0,853897,13.029434204101562
SSLSP,λ=8,65536,0,822425,12.549209594726562
SSLSP,λ=8,65536,0,890537,13.588516235351562
SSLSP,λ=8,65536,0,875161,13.353897094726562
SSLSP,λ=8,65536,0,886585,13.528213500976562
SSLSP,λ=8,65536,0,928137,14.162246704101562
SSLSP,λ=8,65536,0,842297,12.852432250976562
SSLSP,λ=8,65536,0,863185,13.171157836914062
SSDMP,λ=8,65536,0,801433,12.228897094726562
SSDMP,λ=8,65536,0,832473,12.702529907226562
SSDMP,λ=8,65536,0,971241,14.819961547851562
SSDMP,λ=8,65536,0,914281,13.950820922851562
SSDMP,λ=8,65536,0,956833,14.600112915039062
SSDMP,λ=8,65536,0,853897,13.029434204101562
SSDMP,λ=8,65536,0,886489,13.526748657226562
SSDMP,λ=8,65536,0,862529,13.161148071289062
SSDMP,λ=8,65536,0,846137,12.911026000976562
SSDMP,λ=8,65536,0,852633,13.010147094726562
SSDMP,λ=8,65536,0,908369,13.860610961914062
SSDMP,λ=8,65536,0,934993,14.266860961914062
SSDMP,λ=8,65536,0,942401,14.379898071289062
SSDMP,λ=8,65536,0,840209,12.820571899414062
SSDMP,λ=8,65536,0,850417,12.976333618164062
SSDMP,λ=8,65536,0,880297,13.432266235351562
SSDMP,λ=8,65536,0,977793,14.919937133789062
SSDMP,λ=8,65536,0,933537,14.244644165039062
SSDMP,λ=8,65536,0,840113,12.819107055664062
SSDMP,λ=8,65536,0,1036929,15.822280883789062
SSDMP,λ=8,65536,0,859233,13.110855102539062
SSDMP,λ=8,65536,0,932953,14.235733032226562
SSDMP,λ=8,65536,0,873185,13.323745727539062
SSDMP,λ=8,65536,0,842865,12.861099243164062
SSDMP,λ=8,65536,0,864497,13.191177368164062
SSDMP,λ=8,65536,0,891473,13.602798461914062
SSDMP,λ=8,65536,0,928625,14.169692993164062
SSDMP,λ=8,65536,0,793041,12.100845336914062
SSDMP,λ=8,65536,0,822889,12.556289672851562
SSDMP,λ=8,65536,0,850529,12.978042602539062
SSDMP,λ=8,65536,0,960945,14.662857055664062
SSDMP,λ=8,65536,0,880289,13.432144165039062
SSDMP,λ=8,65536,0,793033,12.100723266601562
SSDMP,λ=8,65536,0,908601,13.864151000976562
SSDMP,λ=8,65536,0,909249,13.874038696289062
SSDMP,λ=8,65536,0,888089,13.551162719726562
SSDMP,λ=8,65536,0,864049,13.184341430664062
SSDMP,λ=8,65536,0,947345,14.455337524414062
SSDMP,λ=8,65536,0,848401,12.945571899414062
SSDMP,λ=8,65536,0,859737,13.118545532226562
SSDMP,λ=8,65536,0,828641,12.644058227539062
SSDMP,λ=8,65536,0,855105,13.047866821289062
SSDMP,λ=8,65536,0,794481,12.122817993164062
SSDMP,λ=8,65536,0,916401,13.983169555664062
SSDMP,λ=8,65536,0,915577,13.970596313476562
SSDMP,λ=8,65536,0,914441,13.953262329101562
SSDMP,λ=8,65536,0,838721,12.797866821289062
SSDMP,λ=8,65536,0,810313,12.364395141601562
SSDMP,λ=8,65536,0,847793,12.936294555664062
SSDMP,λ=8,65536,0,877769,13.393692016601562
SSDMP,λ=8,65536,0,1000673,15.269058227539062
SSDMP,λ=8,65536,0,985521,15.037857055664062
SSDMP,λ=8,65536,0,883569,13.482192993164062
SSDMP,λ=8,65536,0,880457,13.434707641601562
SSDMP,λ=8,65536,0,832145,12.697525024414062
SSDMP,λ=8,65536,0,928313,14.164932250976562
SSDMP,λ=8,65536,0,963809,14.706558227539062
SSDMP,λ=8,65536,0,836473,12.763565063476562
SSDMP,λ=8,65536,0,796489,12.153457641601562
SSDMP,λ=8,65536,0,841281,12.836929321289062
SSDMP,λ=8,65536,0,841409,12.838882446289062
SSDMP,λ=8,65536,0,957393,14.608657836914062
SSDMP,λ=8,65536,0,872745,13.317031860351562
SSDMP,λ=8,65536,0,977129,14.909805297851562
SSDMP,λ=8,65536,0,1002073,15.290420532226562
SSDMP,λ=8,65536,0,902817,13.775894165039062
SSDMP,λ=8,65536,0,780097,11.903335571289062
SSDMP,λ=8,65536,0,795393,12.136734008789062
SSDMP,λ=8,65536,0,837449,12.778457641601562
SSDMP,λ=8,65536,0,820993,12.527359008789062
SSDMP,λ=8,65536,0,906809,13.836807250976562
SSDMP,λ=8,65536,0,930153,14.193008422851562
SSDMP,λ=8,65536,0,852641,13.010269165039062
SSDMP,λ=8,65536,0,834705,12.736587524414062
SSDMP,λ=8,65536,0,890593,13.589370727539062
SSDMP,λ=8,65536,0,922529,14.076675415039062
SSDMP,λ=8,65536,0,964849,14.722427368164062
SSDMP,λ=8,65536,0,872081,13.306900024414062
SSDMP,λ=8,65536,0,853625,13.025283813476562
SSDMP,λ=8,65536,0,921769,14.065078735351562
SSDMP,λ=8,65536,0,846529,12.917007446289062
SSDMP,λ=8,65536,0,807633,12.323501586914062
SSDMP,λ=8,65536,0,896457,13.678848266601562
SSDMP,λ=8,65536,0,829689,12.660049438476562
SSDMP,λ=8,65536,0,885689,13.514541625976562
SSDMP,λ=8,65536,0,832185,12.698135375976562
SSDMP,λ=8,65536,0,866937,13.228408813476562
SSDMP,λ=8,65536,0,903953,13.793228149414062
SSDMP,λ=8,65536,0,831817,12.692520141601562
SSDMP,λ=8,65536,0,812185,12.392959594726562
SSDMP,λ=8,65536,0,931729,14.217056274414062
SSDMP,λ=8,65536,0,918833,14.020278930664062
SSDMP,λ=8,65536,0,840225,12.820816040039062
SSDMP,λ=8,65536,0,833353,12.715957641601562
SSDMP,λ=8,65536,0,840177,12.820083618164062
SSDMP,λ=8,65536,0,820129,12.514175415039062
SSDMP,λ=8,65536,0,874625,13.345718383789062
SSDMP,λ=8,65536,0,986537,15.053359985351562
SSDMP,λ=8,65536,0,938649,14.322647094726562
SSDMP,λ=8,65536,0,969905,14.799575805664062
SRDMP,λ=8,65536,0,636465,9.711685180664062
SRDMP,λ=8,65536,0,697601,10.644546508789062
SRDMP,λ=8,65536,0,686953,10.482070922851562
SRDMP,λ=8,65536,0,671361,10.244155883789062
SRDMP,λ=8,65536,0,767569,11.712173461914062
SRDMP,λ=8,65536,0,704457,10.749160766601562
SRDMP,λ=8,65536,0,704041,10.742813110351562
SRDMP,λ=8,65536,0,671737,10.249893188476562
SRDMP,λ=8,65536,0,643473,9.818618774414062
SRDMP,λ=8,65536,0,759457,11.588394165039062
SRDMP,λ=8,65536,0,830745,12.676162719726562
SRDMP,λ=8,65536,0,636289,9.708999633789062
SRDMP,λ=8,65536,0,804513,12.275894165039062
SRDMP,λ=8,65536,0,734065,11.200942993164062
SRDMP,λ=8,65536,0,611217,9.326431274414062
SRDMP,λ=8,65536,0,723689,11.042617797851562
SRDMP,λ=8,65536,0,719321,10.975967407226562
SRDMP,λ=8,65536,0,703705,10.737686157226562
SRDMP,λ=8,65536,0,846617,12.918350219726562
SRDMP,λ=8,65536,0,715657,10.920059204101562
SRDMP,λ=8,65536,0,766385,11.694107055664062
SRDMP,λ=8,65536,0,683921,10.435806274414062
SRDMP,λ=8,65536,0,710753,10.845230102539062
SRDMP,λ=8,65536,0,676353,10.320327758789062
SRDMP,λ=8,65536,0,806705,12.309341430664062
SRDMP,λ=8,65536,0,699009,10.666030883789062
SRDMP,λ=8,65536,0,658297,10.044815063476562
SRDMP,λ=8,65536,0,664497,10.139419555664062
SRDMP,λ=8,65536,0,690225,10.531997680664062
SRDMP,λ=8,65536,0,706457,10.779678344726562
SRDMP,λ=8,65536,0,790033,12.054946899414062
SRDMP,λ=8,65536,0,785313,11.982925415039062
SRDMP,λ=8,65536,0,630833,9.625747680664062
SRDMP,λ=8,65536,0,685833,10.464981079101562
SRDMP,λ=8,65536,0,667321,10.182510375976562
SRDMP,λ=8,65536,0,662033,10.101821899414062
SRDMP,λ=8,65536,0,671321,10.243545532226562
SRDMP,λ=8,65536,0,658481,10.047622680664062
SRDMP,λ=8,65536,0,783073,11.948745727539062
SRDMP,λ=8,65536,0,716521,10.933242797851562
SRDMP,λ=8,65536,0,637521,9.727798461914062
SRDMP,λ=8,65536,0,782905,11.946182250976562
SRDMP,λ=8,65536,0,670465,10.230484008789062
SRDMP,λ=8,65536,0,666929,10.176528930664062
SRDMP,λ=8,65536,0,670873,10.236709594726562
SRDMP,λ=8,65536,0,628681,9.592910766601562
SRDMP,λ=8,65536,0,656865,10.022964477539062
SRDMP,λ=8,65536,0,666809,10.174697875976562
SRDMP,λ=8,65536,0,649017,9.903213500976562
SRDMP,λ=8,65536,0,683985,10.436782836914062
SRDMP,λ=8,65536,0,698545,10.658950805664062
SRDMP,λ=8,65536,0,760985,11.611709594726562
SRDMP,λ=8,65536,0,707321,10.792861938476562
SRDMP,λ=8,65536,0,749297,11.433364868164062
SRDMP,λ=8,65536,0,774617,11.819717407226562
SRDMP,λ=8,65536,0,779593,11.895645141601562
SRDMP,λ=8,65536,0,756697,11.546279907226562
SRDMP,λ=8,65536,0,691969,10.558609008789062
SRDMP,λ=8,65536,0,741233,11.310317993164062
SRDMP,λ=8,65536,0,654465,9.986343383789062
SRDMP,λ=8,65536,0,719329,10.976089477539062
SRDMP,λ=8,65536,0,700737,10.692398071289062
SRDMP,λ=8,65536,0,635865,9.702529907226562
SRDMP,λ=8,65536,0,674393,10.290420532226562
SRDMP,λ=8,65536,0,654505,9.986953735351562
SRDMP,λ=8,65536,0,737057,11.246597290039062
SRDMP,λ=8,65536,0,751841,11.472183227539062
SRDMP,λ=8,65536,0,664817,10.144302368164062
SRDMP,λ=8,65536,0,671969,10.253433227539062
SRDMP,λ=8,65536,0,737761,11.257339477539062
SRDMP,λ=8,65536,0,794969,12.130264282226562
SRDMP,λ=8,65536,0,655289,9.998916625976562
SRDMP,λ=8,65536,0,661913,10.099990844726562
SRDMP,λ=8,65536,0,670329,10.228408813476562
SRDMP,λ=8,65536,0,662865,10.114517211914062
SRDMP,λ=8,65536,0,772793,11.791885375976562
SRDMP,λ=8,65536,0,727345,11.098403930664062
SRDMP,λ=8,65536,0,824513,12.581069946289062
SRDMP,λ=8,65536,0,706393,10.778701782226562
SRDMP,λ=8,65536,0,762505,11.634902954101562
SRDMP,λ=8,65536,0,693377,10.580093383789062
SRDMP,λ=8,65536,0,700121,10.682998657226562
SRDMP,λ=8,65536,0,687841,10.495620727539062
SRDMP,λ=8,65536,0,651977,9.948379516601562
SRDMP,λ=8,65536,0,702385,10.717544555664062
SRDMP,λ=8,65536,0,655321,9.999404907226562
SRDMP,λ=8,65536,0,633849,9.671768188476562
SRDMP,λ=8,65536,0,716745,10.936660766601562
SRDMP,λ=8,65536,0,677673,10.340469360351562
SRDMP,λ=8,65536,0,712001,10.864273071289062
SRDMP,λ=8,65536,0,665321,10.151992797851562
SRDMP,λ=8,65536,0,682009,10.406631469726562
SRDMP,λ=8,65536,0,828513,12.642105102539062
SRDMP,λ=8,65536,0,706521,10.780654907226562
SRDMP,λ=8,65536,0,680393,10.381973266601562
SRDMP,λ=8,65536,0,709009,10.818618774414062
SRDMP,λ=8,65536,0,680417,10.382339477539062
SRDMP,λ=8,65536,0,655617,10.003921508789062
SRDMP,λ=8,65536,0,858113,13.093765258789062
SRDMP,λ=8,65536,0,823377,12.563735961914062
SHDMP,λ=8,65536,0,637945,9.734268188476562
SHDMP,λ=8,65536,0,634105,9.675674438476562
SHDMP,λ=8,65536,0,638241,9.738784790039062
SHDMP,λ=8,65536,0,596777,9.106094360351562
SHDMP,λ=8,65536,0,626521,9.559951782226562
SHDMP,λ=8,65536,0,600401,9.161392211914062
SHDMP,λ=8,65536,0,690769,10.540298461914062
SHDMP,λ=8,65536,0,635273,9.693496704101562
SHDMP,λ=8,65536,0,764609,11.667007446289062
SHDMP,λ=8,65536,0,619177,9.447891235351562
SHDMP,λ=8,65536,0,615569,9.392837524414062
SHDMP,λ=8,65536,0,736777,11.242324829101562
SHDMP,λ=8,65536,0,625705,9.547500610351562
SHDMP,λ=8,65536,0,707705,10.798721313476562
SHDMP,λ=8,65536,0,684257,10.440933227539062
SHDMP,λ=8,65536,0,653849,9.976943969726562
SHDMP,λ=8,65536,0,642945,9.810562133789062
SHDMP,λ=8,65536,0,616465,9.406509399414062
SHDMP,λ=8,65536,0,615153,9.386489868164062
SHDMP,λ=8,65536,0,580593,8.859146118164062
SHDMP,λ=8,65536,0,708673,10.813491821289062
SHDMP,λ=8,65536,0,641233,9.784439086914062
SHDMP,λ=8,65536,0,648113,9.889419555664062
SHDMP,λ=8,65536,0,663489,10.124038696289062
SHDMP,λ=8,65536,0,614993,9.384048461914062
SHDMP,λ=8,65536,0,599201,9.143081665039062
SHDMP,λ=8,65536,0,681721,10.402236938476562
SHDMP,λ=8,65536,0,725033,11.063125610351562
SHDMP,λ=8,65536,0,637521,9.727798461914062
SHDMP,λ=8,65536,0,694441,10.596328735351562
SHDMP,λ=8,65536,0,619273,9.449356079101562
SHDMP,λ=8,65536,0,639369,9.755996704101562
SHDMP,λ=8,65536,0,669945,10.222549438476562
SHDMP,λ=8,65536,0,652137,9.950820922851562
SHDMP,λ=8,65536,0,633121,9.660659790039062
SHDMP,λ=8,65536,0,637609,9.729141235351562
SHDMP,λ=8,65536,0,701313,10.701187133789062
SHDMP,λ=8,65536,0,617225,9.418106079101562
SHDMP,λ=8,65536,0,631529,9.636367797851562
SHDMP,λ=8,65536,0,659569,10.064224243164062
SHDMP,λ=8,65536,0,660529,10.078872680664062
SHDMP,λ=8,65536,0,618657,9.439956665039062
SHDMP,λ=8,65536,0,689785,10.525283813476562
SHDMP,λ=8,65536,0,658345,10.045547485351562
SHDMP,λ=8,65536,0,652297,9.953262329101562
SHDMP,λ=8,65536,0,676865,10.328140258789062
SHDMP,λ=8,65536,0,764729,11.668838500976562
SHDMP,λ=8,65536,0,622353,9.496353149414062
SHDMP,λ=8,65536,0,637873,9.733169555664062
SHDMP,λ=8,65536,0,726561,11.086441040039062
SHDMP,λ=8,65536,0,639105,9.751968383789062
SHDMP,λ=8,65536,0,649377,9.908706665039062
SHDMP,λ=8,65536,0,670665,10.233535766601562
SHDMP,λ=8,65536,0,709745,10.829849243164062
SHDMP,λ=8,65536,0,715337,10.915176391601562
SHDMP,λ=8,65536,0,667801,10.189834594726562
SHDMP,λ=8,65536,0,624449,9.528335571289062
SHDMP,λ=8,65536,0,635073,9.690444946289062
SHDMP,λ=8,65536,0,646185,9.860000610351562
SHDMP,λ=8,65536,0,642713,9.807022094726562
SHDMP,λ=8,65536,0,657241,10.028701782226562
SHDMP,λ=8,65536,0,660241,10.074478149414062
SHDMP,λ=8,65536,0,602905,9.199600219726562
SHDMP,λ=8,65536,0,746217,11.386367797851562
SHDMP,λ=8,65536,0,628977,9.597427368164062
SHDMP,λ=8,65536,0,609561,9.301162719726562
SHDMP,λ=8,65536,0,597945,9.123916625976562
SHDMP,λ=8,65536,0,646833,9.869888305664062
SHDMP,λ=8,65536,0,651897,9.947158813476562
SHDMP,λ=8,65536,0,718337,10.960952758789062
SHDMP,λ=8,65536,0,641305,9.785537719726562
SHDMP,λ=8,65536,0,702097,10.713150024414062
SHDMP,λ=8,65536,0,597457,9.116470336914062
SHDMP,λ=8,65536,0,633705,9.669570922851562
SHDMP,λ=8,65536,0,652225,9.952163696289062
SHDMP,λ=8,65536,0,655937,10.008804321289062
SHDMP,λ=8,65536,0,717313,10.945327758789062
SHDMP,λ=8,65536,0,572969,8.742813110351562
SHDMP,λ=8,65536,0,630889,9.626602172851562
SHDMP,λ=8,65536,0,649737,9.914199829101562
SHDMP,λ=8,65536,0,690025,10.528945922851562
SHDMP,λ=8,65536,0,657161,10.027481079101562
SHDMP,λ=8,65536,0,639529,9.758438110351562
SHDMP,λ=8,65536,0,663265,10.120620727539062
SHDMP,λ=8,65536,0,633153,9.661148071289062
SHDMP,λ=8,65536,0,614505,9.376602172851562
SHDMP,λ=8,65536,0,657465,10.032119750976562
SHDMP,λ=8,65536,0,620801,9.472671508789062
SHDMP,λ=8,65536,0,619441,9.451919555664062
SHDMP,λ=8,65536,0,597601,9.118667602539062
SHDMP,λ=8,65536,0,651161,9.935928344726562
SHDMP,λ=8,65536,0,686713,10.478408813476562
SHDMP,λ=8,65536,0,724385,11.053237915039062
SHDMP,λ=8,65536,0,713841,10.892349243164062
SHDMP,λ=8,65536,0,683321,10.426651000976562
SHDMP,λ=8,65536,0,655617,10.003921508789062
SHDMP,λ=8,65536,0,646673,9.867446899414062
SHDMP,λ=8,65536,0,733169,11.187271118164062
SHDMP,λ=8,65536,0,703553,10.735366821289062
SHDMP,λ=8,65536,0,653769,9.975723266601562
SHLMP,λ=8,65536,0,690905,10.542373657226562
SHLMP,λ=8,65536,0,659209,10.058731079101562
SHLMP,λ=8,65536,0,803369,12.258438110351562
SHLMP,λ=8,65536,0,710489,10.841201782226562
SHLMP,λ=8,65536,0,627041,9.567886352539062
SHLMP,λ=8,65536,0,674617,10.293838500976562
SHLMP,λ=8,65536,0,670289,10.227798461914062
SHLMP,λ=8,65536,0,657265,10.029067993164062
SHLMP,λ=8,65536,0,704417,10.748550415039062
SHLMP,λ=8,65536,0,670569,10.232070922851562
SHLMP,λ=8,65536,0,608153,9.279678344726562
SHLMP,λ=8,65536,0,624513,9.529312133789062
SHLMP,λ=8,65536,0,705417,10.763809204101562
SHLMP,λ=8,65536,0,647913,9.886367797851562
SHLMP,λ=8,65536,0,624353,9.526870727539062
SHLMP,λ=8,65536,0,671873,10.251968383789062
SHLMP,λ=8,65536,0,673305,10.273818969726562
SHLMP,λ=8,65536,0,669873,10.221450805664062
SHLMP,λ=8,65536,0,624945,9.535903930664062
SHLMP,λ=8,65536,0,629553,9.606216430664062
SHLMP,λ=8,65536,0,674833,10.297134399414062
SHLMP,λ=8,65536,0,650641,9.927993774414062
SHLMP,λ=8,65536,0,618113,9.431655883789062
SHLMP,λ=8,65536,0,669545,10.216445922851562
SHLMP,λ=8,65536,0,642873,9.809463500976562
SHLMP,λ=8,65536,0,617697,9.425308227539062
SHLMP,λ=8,65536,0,670521,10.231338500976562
SHLMP,λ=8,65536,0,618361,9.435440063476562
SHLMP,λ=8,65536,0,709081,10.819717407226562
SHLMP,λ=8,65536,0,645145,9.844131469726562
SHLMP,λ=8,65536,0,617153,9.417007446289062
SHLMP,λ=8,65536,0,640921,9.779678344726562
SHLMP,λ=8,65536,0,713937,10.893814086914062
SHLMP,λ=8,65536,0,688633,10.507705688476562
SHLMP,λ=8,65536,0,605697,9.242202758789062
SHLMP,λ=8,65536,0,774513,11.818130493164062
SHLMP,λ=8,65536,0,666425,10.168838500976562
SHLMP,λ=8,65536,0,753425,11.496353149414062
SHLMP,λ=8,65536,0,670873,10.236709594726562
SHLMP,λ=8,65536,0,689625,10.522842407226562
SHLMP,λ=8,65536,0,635833,9.702041625976562
SHLMP,λ=8,65536,0,656481,10.017105102539062
SHLMP,λ=8,65536,0,639289,9.754776000976562
SHLMP,λ=8,65536,0,627993,9.582412719726562
SHLMP,λ=8,65536,0,634857,9.687149047851562
SHLMP,λ=8,65536,0,623073,9.507339477539062
SHLMP,λ=8,65536,0,629633,9.607437133789062
SHLMP,λ=8,65536,0,604681,9.226699829101562
SHLMP,λ=8,65536,0,664561,10.140396118164062
SHLMP,λ=8,65536,0,679929,10.374893188476562
SHLMP,λ=8,65536,0,646321,9.862075805664062
SHLMP,λ=8,65536,0,633873,9.672134399414062
SHLMP,λ=8,65536,0,702505,10.719375610351562
SHLMP,λ=8,65536,0,658113,10.042007446289062
SHLMP,λ=8,65536,0,689857,10.526382446289062
SHLMP,λ=8,65536,0,637377,9.725601196289062
SHLMP,λ=8,65536,0,713593,10.888565063476562
SHLMP,λ=8,65536,0,689257,10.517227172851562
SHLMP,λ=8,65536,0,662105,10.102920532226562
SHLMP,λ=8,65536,0,710329,10.838760375976562
SHLMP,λ=8,65536,0,620481,9.467788696289062
SHLMP,λ=8,65536,0,735049,11.215957641601562
SHLMP,λ=8,65536,0,654705,9.990005493164062
SHLMP,λ=8,65536,0,687297,10.487319946289062
SHLMP,λ=8,65536,0,665441,10.153823852539062
SHLMP,λ=8,65536,0,690297,10.533096313476562
SHLMP,λ=8,65536,0,640697,9.776260375976562
SHLMP,λ=8,65536,0,651673,9.943740844726562
SHLMP,λ=8,65536,0,652257,9.952651977539062
SHLMP,λ=8,65536,0,637569,9.728530883789062
SHLMP,λ=8,65536,0,606601,9.255996704101562
SHLMP,λ=8,65536,0,652081,9.949966430664062
SHLMP,λ=8,65536,0,621881,9.489151000976562
SHLMP,λ=8,65536,0,639001,9.750381469726562
SHLMP,λ=8,65536,0,635921,9.703384399414062
SHLMP,λ=8,65536,0,684065,10.438003540039062
SHLMP,λ=8,65536,0,625193,9.539688110351562
SHLMP,λ=8,65536,0,731937,11.168472290039062
SHLMP,λ=8,65536,0,641305,9.785537719726562
SHLMP,λ=8,65536,0,689753,10.524795532226562
SHLMP,λ=8,65536,0,690889,10.542129516601562
SHLMP,λ=8,65536,0,794977,12.130386352539062
SHLMP,λ=8,65536,0,633945,9.673233032226562
SHLMP,λ=8,65536,0,643377,9.817153930664062
SHLMP,λ=8,65536,0,732201,11.172500610351562
SHLMP,λ=8,65536,0,634217,9.677383422851562
SHLMP,λ=8,65536,0,655169,9.997085571289062
SHLMP,λ=8,65536,0,656793,10.021865844726562
SHLMP,λ=8,65536,0,680817,10.388442993164062
SHLMP,λ=8,65536,0,682113,10.408218383789062
SHLMP,λ=8,65536,0,656985,10.024795532226562
SHLMP,λ=8,65536,0,782129,11.934341430664062
SHLMP,λ=8,65536,0,609673,9.302871704101562
SHLMP,λ=8,65536,0,728969,11.123184204101562
SHLMP,λ=8,65536,0,762153,11.629531860351562
SHLMP,λ=8,65536,0,641641,9.790664672851562
SHLMP,λ=8,65536,0,648745,9.899063110351562
SHLMP,λ=8,65536,0,702705,10.722427368164062
SHLMP,λ=8,65536,0,760417,11.603042602539062
SHLMP,λ=8,65536,0,646617,9.866592407226562
SRLMP,λ=8,65536,0,670121,10.225234985351562
SRLMP,λ=8,65536,0,694673,10.599868774414062
SRLMP,λ=8,65536,0,681561,10.399795532226562
SRLMP,λ=8,65536,0,665441,10.153823852539062
SRLMP,λ=8,65536,0,667401,10.183731079101562
SRLMP,λ=8,65536,0,686417,10.473892211914062
SRLMP,λ=8,65536,0,699641,10.675674438476562
SRLMP,λ=8,65536,0,736481,11.237808227539062
SRLMP,λ=8,65536,0,774913,11.824234008789062
SRLMP,λ=8,65536,0,706857,10.785781860351562
SRLMP,λ=8,65536,0,724681,11.057754516601562
SRLMP,λ=8,65536,0,699737,10.677139282226562
SRLMP,λ=8,65536,0,669689,10.218643188476562
SRLMP,λ=8,65536,0,892409,13.617080688476562
SRLMP,λ=8,65536,0,693441,10.581069946289062
SRLMP,λ=8,65536,0,675361,10.305191040039062
SRLMP,λ=8,65536,0,747425,11.404800415039062
SRLMP,λ=8,65536,0,742793,11.334121704101562
SRLMP,λ=8,65536,0,710049,10.834487915039062
SRLMP,λ=8,65536,0,700177,10.683853149414062
SRLMP,λ=8,65536,0,730745,11.150283813476562
SRLMP,λ=8,65536,0,713481,10.886856079101562
SRLMP,λ=8,65536,0,779681,11.896987915039062
SRLMP,λ=8,65536,0,690153,10.530899047851562
SRLMP,λ=8,65536,0,744353,11.357925415039062
SRLMP,λ=8,65536,0,724729,11.058486938476562
SRLMP,λ=8,65536,0,759601,11.590591430664062
SRLMP,λ=8,65536,0,676777,10.326797485351562
SRLMP,λ=8,65536,0,799585,12.200698852539062
SRLMP,λ=8,65536,0,693753,10.585830688476562
SRLMP,λ=8,65536,0,701961,10.711074829101562
SRLMP,λ=8,65536,0,675985,10.314712524414062
SRLMP,λ=8,65536,0,666905,10.176162719726562
SRLMP,λ=8,65536,0,723313,11.036880493164062
SRLMP,λ=8,65536,0,717705,10.951309204101562
SRLMP,λ=8,65536,0,685193,10.455215454101562
SRLMP,λ=8,65536,0,693529,10.582412719726562
SRLMP,λ=8,65536,0,712609,10.873550415039062
SRLMP,λ=8,65536,0,702233,10.715225219726562
SRLMP,λ=8,65536,0,719873,10.984390258789062
SRLMP,λ=8,65536,0,737209,11.248916625976562
SRLMP,λ=8,65536,0,672937,10.268203735351562
SRLMP,λ=8,65536,0,671193,10.241592407226562
SRLMP,λ=8,65536,0,650793,9.930313110351562
SRLMP,λ=8,65536,0,695353,10.610244750976562
SRLMP,λ=8,65536,0,674169,10.287002563476562
SRLMP,λ=8,65536,0,626417,9.558364868164062
SRLMP,λ=8,65536,0,718713,10.966690063476562
SRLMP,λ=8,65536,0,640001,9.765640258789062
SRLMP,λ=8,65536,0,720713,10.997207641601562
SRLMP,λ=8,65536,0,647337,9.877578735351562
SRLMP,λ=8,65536,0,719265,10.975112915039062
SRLMP,λ=8,65536,0,663497,10.124160766601562
SRLMP,λ=8,65536,0,699673,10.676162719726562
SRLMP,λ=8,65536,0,763801,11.654678344726562
SRLMP,λ=8,65536,0,728801,11.120620727539062
SRLMP,λ=8,65536,0,647409,9.878677368164062
SRLMP,λ=8,65536,0,739257,11.280166625976562
SRLMP,λ=8,65536,0,693449,10.581192016601562
SRLMP,λ=8,65536,0,806729,12.309707641601562
SRLMP,λ=8,65536,0,732929,11.183609008789062
SRLMP,λ=8,65536,0,669673,10.218399047851562
SRLMP,λ=8,65536,0,668321,10.197769165039062
SRLMP,λ=8,65536,0,796337,12.151138305664062
SRLMP,λ=8,65536,0,738049,11.261734008789062
SRLMP,λ=8,65536,0,684961,10.451675415039062
SRLMP,λ=8,65536,0,767473,11.710708618164062
SRLMP,λ=8,65536,0,696769,10.631851196289062
SRLMP,λ=8,65536,0,704953,10.756729125976562
SRLMP,λ=8,65536,0,722689,11.027359008789062
SRLMP,λ=8,65536,0,793593,12.109268188476562
SRLMP,λ=8,65536,0,662529,10.109390258789062
SRLMP,λ=8,65536,0,672833,10.266616821289062
SRLMP,λ=8,65536,0,719153,10.973403930664062
SRLMP,λ=8,65536,0,750729,11.455215454101562
SRLMP,λ=8,65536,0,689929,10.527481079101562
SRLMP,λ=8,65536,0,664865,10.145034790039062
SRLMP,λ=8,65536,0,701321,10.701309204101562
SRLMP,λ=8,65536,0,634545,9.682388305664062
SRLMP,λ=8,65536,0,700409,10.687393188476562
SRLMP,λ=8,65536,0,709225,10.821914672851562
SRLMP,λ=8,65536,0,691809,10.556167602539062
SRLMP,λ=8,65536,0,677985,10.345230102539062
SRLMP,λ=8,65536,0,697641,10.645156860351562
SRLMP,λ=8,65536,0,690625,10.538101196289062
SRLMP,λ=8,65536,0,661713,10.096939086914062
SRLMP,λ=8,65536,0,660801,10.083023071289062
SRLMP,λ=8,65536,0,725545,11.070938110351562
SRLMP,λ=8,65536,0,710385,10.839614868164062
SRLMP,λ=8,65536,0,681929,10.405410766601562
SRLMP,λ=8,65536,0,722073,11.017959594726562
SRLMP,λ=8,65536,0,754041,11.505752563476562
SRLMP,λ=8,65536,0,662537,10.109512329101562
SRLMP,λ=8,65536,0,684049,10.437759399414062
SRLMP,λ=8,65536,0,719681,10.981460571289062
SRLMP,λ=8,65536,0,754833,11.517837524414062
SRLMP,λ=8,65536,0,692209,10.562271118164062
SRLMP,λ=8,65536,0,755665,11.530532836914062
SRLMP,λ=8,65536,0,668137,10.194961547851562
SRLMP,λ=8,65536,0,686657,10.477554321289062
SSLMP,λ=8,65536,0,868305,13.249282836914062
SSLMP,λ=8,65536,0,1000417,15.265151977539062
SSLMP,λ=8,65536,0,1138881,17.377944946289062
SSLMP,λ=8,65536,0,860577,13.131362915039062
SSLMP,λ=8,65536,0,838225,12.790298461914062
SSLMP,λ=8,65536,0,824513,12.581069946289062
SSLMP,λ=8,65536,0,990401,15.112319946289062
SSLMP,λ=8,65536,0,872481,13.313003540039062
SSLMP,λ=8,65536,0,1010081,15.412612915039062
SSLMP,λ=8,65536,0,888801,13.562026977539062
SSLMP,λ=8,65536,0,873073,13.322036743164062
SSLMP,λ=8,65536,0,929713,14.186294555664062
SSLMP,λ=8,65536,0,1090801,16.644302368164062
SSLMP,λ=8,65536,0,891057,13.596450805664062
SSLMP,λ=8,65536,0,976657,14.902603149414062
SSLMP,λ=8,65536,0,902225,13.766860961914062
SSLMP,λ=8,65536,0,951841,14.523941040039062
SSLMP,λ=8,65536,0,908657,13.865005493164062
SSLMP,λ=8,65536,0,891025,13.595962524414062
SSLMP,λ=8,65536,0,974113,14.863784790039062
SSLMP,λ=8,65536,0,933057,14.237319946289062
SSLMP,λ=8,65536,0,911313,13.905532836914062
SSLMP,λ=8,65536,0,872321,13.310562133789062
SSLMP,λ=8,65536,0,942721,14.384780883789062
SSLMP,λ=8,65536,0,857377,13.082534790039062
SSLMP,λ=8,65536,0,998241,15.231948852539062
SSLMP,λ=8,65536,0,1007105,15.367202758789062
SSLMP,λ=8,65536,0,1066289,16.270278930664062
SSLMP,λ=8,65536,0,985217,15.033218383789062
SSLMP,λ=8,65536,0,1011489,15.434097290039062
SSLMP,λ=8,65536,0,980145,14.955825805664062
SSLMP,λ=8,65536,0,904913,13.807876586914062
SSLMP,λ=8,65536,0,867873,13.242691040039062
SSLMP,λ=8,65536,0,886561,13.527847290039062
SSLMP,λ=8,65536,0,869457,13.266860961914062
SSLMP,λ=8,65536,0,882097,13.459732055664062
SSLMP,λ=8,65536,0,1102273,16.819351196289062
SSLMP,λ=8,65536,0,932849,14.234146118164062
SSLMP,λ=8,65536,0,912609,13.925308227539062
SSLMP,λ=8,65536,0,934353,14.257095336914062
SSLMP,λ=8,65536,0,927473,14.152114868164062
SSLMP,λ=8,65536,0,880545,13.436050415039062
SSLMP,λ=8,65536,0,997009,15.213150024414062
SSLMP,λ=8,65536,0,1032225,15.750503540039062
SSLMP,λ=8,65536,0,982241,14.987808227539062
SSLMP,λ=8,65536,0,829569,12.658218383789062
SSLMP,λ=8,65536,0,877169,13.384536743164062
SSLMP,λ=8,65536,0,894913,13.655288696289062
SSLMP,λ=8,65536,0,974897,14.875747680664062
SSLMP,λ=8,65536,0,884945,13.503189086914062
SSLMP,λ=8,65536,0,872145,13.307876586914062
SSLMP,λ=8,65536,0,935841,14.279800415039062
SSLMP,λ=8,65536,0,813905,12.419204711914062
SSLMP,λ=8,65536,0,855617,13.055679321289062
SSLMP,λ=8,65536,0,842401,12.854019165039062
SSLMP,λ=8,65536,0,860977,13.137466430664062
SSLMP,λ=8,65536,0,882641,13.468032836914062
SSLMP,λ=8,65536,0,892129,13.612808227539062
SSLMP,λ=8,65536,0,816369,12.456802368164062
SSLMP,λ=8,65536,0,979217,14.941665649414062
SSLMP,λ=8,65536,0,959377,14.638931274414062
SSLMP,λ=8,65536,0,862689,13.163589477539062
SSLMP,λ=8,65536,0,876641,13.376480102539062
SSLMP,λ=8,65536,0,971313,14.821060180664062
SSLMP,λ=8,65536,0,947793,14.462173461914062
SSLMP,λ=8,65536,0,1113345,16.988296508789062
SSLMP,λ=8,65536,0,937905,14.311294555664062
SSLMP,λ=8,65536,0,981425,14.975357055664062
SSLMP,λ=8,65536,0,1097857,16.751968383789062
SSLMP,λ=8,65536,0,877233,13.385513305664062
SSLMP,λ=8,65536,0,922897,14.082290649414062
SSLMP,λ=8,65536,0,1051121,16.038833618164062
SSLMP,λ=8,65536,0,901745,13.759536743164062
SSLMP,λ=8,65536,0,1008785,15.392837524414062
SSLMP,λ=8,65536,0,983985,15.014419555664062
SSLMP,λ=8,65536,0,916081,13.978286743164062
SSLMP,λ=8,65536,0,907489,13.847183227539062
SSLMP,λ=8,65536,0,924641,14.108901977539062
SSLMP,λ=8,65536,0,941681,14.368911743164062
SSLMP,λ=8,65536,0,971873,14.829605102539062
SSLMP,λ=8,65536,0,931025,14.206314086914062
SSLMP,λ=8,65536,0,956321,14.592300415039062
SSLMP,λ=8,65536,0,859121,13.109146118164062
SSLMP,λ=8,65536,0,919729,14.033950805664062
SSLMP,λ=8,65536,0,905841,13.822036743164062
SSLMP,λ=8,65536,0,1031089,15.733169555664062
SSLMP,λ=8,65536,0,854993,13.046157836914062
SSLMP,λ=8,65536,0,933745,14.247817993164062
SSLMP,λ=8,65536,0,976337,14.897720336914062
SSLMP,λ=8,65536,0,842097,12.849380493164062
SSLMP,λ=8,65536,0,870193,13.278091430664062
SSLMP,λ=8,65536,0,902961,13.778091430664062
SSLMP,λ=8,65536,0,968833,14.783218383789062
SSLMP,λ=8,65536,0,1126129,17.183364868164062
SSLMP,λ=8,65536,0,1081121,16.496597290039062
SSLMP,λ=8,65536,0,868721,13.255630493164062
SSLMP,λ=8,65536,0,921457,14.060317993164062
SSLMP,λ=8,65536,0,937969,14.312271118164062
SSLMP,λ=8,65536,0,914945,13.960952758789062
SSDIP,λ=8,65536,0,985873,15.043228149414062
SSDIP,λ=8,65536,0,920753,14.049575805664062
SSDIP,λ=8,65536,0,1034433,15.784194946289062
SSDIP,λ=8,65536,0,945681,14.429946899414062
SSDIP,λ=8,65536,0,902913,13.777359008789062
SSDIP,λ=8,65536,0,890177,13.583023071289062
SSDIP,λ=8,65536,0,1068529,16.304458618164062
SSDIP,λ=8,65536,0,967457,14.762222290039062
SSDIP,λ=8,65536,0,952961,14.541030883789062
SSDIP,λ=8,65536,0,920097,14.039566040039062
SSDIP,λ=8,65536,0,942465,14.380874633789062
SSDIP,λ=8,65536,0,1002097,15.290786743164062
SSDIP,λ=8,65536,0,865281,13.203140258789062
SSDIP,λ=8,65536,0,891057,13.596450805664062
SSDIP,λ=8,65536,0,995489,15.189956665039062
SSDIP,λ=8,65536,0,1097345,16.744155883789062
SSDIP,λ=8,65536,0,1025409,15.646499633789062
SSDIP,λ=8,65536,0,918161,14.010025024414062
SSDIP,λ=8,65536,0,964529,14.717544555664062
SSDIP,λ=8,65536,0,972465,14.838638305664062
SSDIP,λ=8,65536,0,865905,13.212661743164062
SSDIP,λ=8,65536,0,988673,15.085952758789062
SSDIP,λ=8,65536,0,1001857,15.287124633789062
SSDIP,λ=8,65536,0,946353,14.440200805664062
SSDIP,λ=8,65536,0,894897,13.655044555664062
SSDIP,λ=8,65536,0,932081,14.222427368164062
SSDIP,λ=8,65536,0,969457,14.792739868164062
SSDIP,λ=8,65536,0,874449,13.343032836914062
SSDIP,λ=8,65536,0,944737,14.415542602539062
SSDIP,λ=8,65536,0,957793,14.614761352539062
SSDIP,λ=8,65536,0,876337,13.371841430664062
SSDIP,λ=8,65536,0,985169,15.032485961914062
SSDIP,λ=8,65536,0,917713,14.003189086914062
SSDIP,λ=8,65536,0,1025105,15.641860961914062
SSDIP,λ=8,65536,0,937377,14.303237915039062
SSDIP,λ=8,65536,0,931585,14.214859008789062
SSDIP,λ=8,65536,0,904641,13.803726196289062
SSDIP,λ=8,65536,0,1019681,15.559097290039062
SSDIP,λ=8,65536,0,1010561,15.419937133789062
SSDIP,λ=8,65536,0,925873,14.127700805664062
SSDIP,λ=8,65536,0,971409,14.822525024414062
SSDIP,λ=8,65536,0,1016593,15.511978149414062
SSDIP,λ=8,65536,0,1012945,15.456314086914062
SSDIP,λ=8,65536,0,1028097,15.687515258789062
SSDIP,λ=8,65536,0,957457,14.609634399414062
SSDIP,λ=8,65536,0,1136609,17.343276977539062
SSDIP,λ=8,65536,0,884385,13.494644165039062
SSDIP,λ=8,65536,0,981217,14.972183227539062
SSDIP,λ=8,65536,0,987185,15.063247680664062
SSDIP,λ=8,65536,0,983825,15.011978149414062
SSDIP,λ=8,65536,0,1055201,16.101089477539062
SSDIP,λ=8,65536,0,956481,14.594741821289062
SSDIP,λ=8,65536,0,876657,13.376724243164062
SSDIP,λ=8,65536,0,924033,14.099624633789062
SSDIP,λ=8,65536,0,941393,14.364517211914062
SSDIP,λ=8,65536,0,1120929,17.104019165039062
SSDIP,λ=8,65536,0,943569,14.397720336914062
SSDIP,λ=8,65536,0,892785,13.622817993164062
SSDIP,λ=8,65536,0,998369,15.233901977539062
SSDIP,λ=8,65536,0,975041,14.877944946289062
SSDIP,λ=8,65536,0,911649,13.910659790039062
SSDIP,λ=8,65536,0,953537,14.549819946289062
SSDIP,λ=8,65536,0,1008241,15.384536743164062
SSDIP,λ=8,65536,0,955777,14.583999633789062
SSDIP,λ=8,65536,0,1095841,16.721206665039062
SSDIP,λ=8,65536,0,934305,14.256362915039062
SSDIP,λ=8,65536,0,1005265,15.339126586914062
SSDIP,λ=8,65536,0,955473,14.579360961914062
SSDIP,λ=8,65536,0,910609,13.894790649414062
SSDIP,λ=8,65536,0,878737,13.408462524414062
SSDIP,λ=8,65536,0,874321,13.341079711914062
SSDIP,λ=8,65536,0,1048577,16.000015258789062
SSDIP,λ=8,65536,0,1004689,15.330337524414062
SSDIP,λ=8,65536,0,908705,13.865737915039062
SSDIP,λ=8,65536,0,914257,13.950454711914062
SSDIP,λ=8,65536,0,1002385,15.295181274414062
SSDIP,λ=8,65536,0,1029393,15.707290649414062
SSDIP,λ=8,65536,0,848753,12.950942993164062
SSDIP,λ=8,65536,0,964241,14.713150024414062
SSDIP,λ=8,65536,0,1046497,15.968276977539062
SSDIP,λ=8,65536,0,1054721,16.093765258789062
SSDIP,λ=8,65536,0,966337,14.745132446289062
SSDIP,λ=8,65536,0,867105,13.230972290039062
SSDIP,λ=8,65536,0,892801,13.623062133789062
SSDIP,λ=8,65536,0,898849,13.715347290039062
SSDIP,λ=8,65536,0,895553,13.665054321289062
SSDIP,λ=8,65536,0,1048497,15.998794555664062
SSDIP,λ=8,65536,0,1044097,15.931655883789062
SSDIP,λ=8,65536,0,1012929,15.456069946289062
SSDIP,λ=8,65536,0,973345,14.852066040039062
SSDIP,λ=8,65536,0,916065,13.978042602539062
SSDIP,λ=8,65536,0,978753,14.934585571289062
SSDIP,λ=8,65536,0,967137,14.757339477539062
SSDIP,λ=8,65536,0,1072497,16.365005493164062
SSDIP,λ=8,65536,0,911153,13.903091430664062
SSDIP,λ=8,65536,0,892113,13.612564086914062
SSDIP,λ=8,65536,0,1025841,15.653091430664062
SSDIP,λ=8,65536,0,882609,13.467544555664062
SSDIP,λ=8,65536,0,968289,14.774917602539062
SSDIP,λ=8,65536,0,899745,13.729019165039062
SRDIP,λ=8,65536,0,708929,10.817398071289062
SRDIP,λ=8,65536,0,728705,11.119155883789062
SRDIP,λ=8,65536,0,696193,10.623062133789062
SRDIP,λ=8,65536,0,794793,12.127578735351562
SRDIP,λ=8,65536,0,756545,11.543960571289062
SRDIP,λ=8,65536,0,725265,11.066665649414062
SRDIP,λ=8,65536,0,711889,10.862564086914062
SRDIP,λ=8,65536,0,759121,11.583267211914062
SRDIP,λ=8,65536,0,742297,11.326553344726562
SRDIP,λ=8,65536,0,775753,11.837051391601562
SRDIP,λ=8,65536,0,794521,12.123428344726562
SRDIP,λ=8,65536,0,737473,11.252944946289062
SRDIP,λ=8,65536,0,718185,10.958633422851562
SRDIP,λ=8,65536,0,762809,11.639541625976562
SRDIP,λ=8,65536,0,682777,10.418350219726562
SRDIP,λ=8,65536,0,741249,11.310562133789062
SRDIP,λ=8,65536,0,730625,11.148452758789062
SRDIP,λ=8,65536,0,701921,10.710464477539062
SRDIP,λ=8,65536,0,756057,11.536514282226562
SRDIP,λ=8,65536,0,760865,11.609878540039062
SRDIP,λ=8,65536,0,758617,11.575576782226562
SRDIP,λ=8,65536,0,702633,10.721328735351562
SRDIP,λ=8,65536,0,778489,11.878799438476562
SRDIP,λ=8,65536,0,703665,10.737075805664062
SRDIP,λ=8,65536,0,689441,10.520034790039062
SRDIP,λ=8,65536,0,782153,11.934707641601562
SRDIP,λ=8,65536,0,707457,10.794937133789062
SRDIP,λ=8,65536,0,722337,11.021987915039062
SRDIP,λ=8,65536,0,732209,11.172622680664062
SRDIP,λ=8,65536,0,807169,12.316421508789062
SRDIP,λ=8,65536,0,799441,12.198501586914062
SRDIP,λ=8,65536,0,740377,11.297256469726562
SRDIP,λ=8,65536,0,787329,12.013687133789062
SRDIP,λ=8,65536,0,745297,11.372329711914062
SRDIP,λ=8,65536,0,694017,10.589859008789062
SRDIP,λ=8,65536,0,779281,11.890884399414062
SRDIP,λ=8,65536,0,784417,11.969253540039062
SRDIP,λ=8,65536,0,717513,10.948379516601562
SRDIP,λ=8,65536,0,796225,12.149429321289062
SRDIP,λ=8,65536,0,715609,10.919326782226562
SRDIP,λ=8,65536,0,676929,10.329116821289062
SRDIP,λ=8,65536,0,676465,10.322036743164062
SRDIP,λ=8,65536,0,712929,10.878433227539062
SRDIP,λ=8,65536,0,748849,11.426528930664062
SRDIP,λ=8,65536,0,765233,11.676528930664062
SRDIP,λ=8,65536,0,701209,10.699600219726562
SRDIP,λ=8,65536,0,716073,10.926406860351562
SRDIP,λ=8,65536,0,718625,10.965347290039062
SRDIP,λ=8,65536,0,711657,10.859024047851562
SRDIP,λ=8,65536,0,741801,11.318984985351562
SRDIP,λ=8,65536,0,719401,10.977188110351562
SRDIP,λ=8,65536,0,727833,11.105850219726562
SRDIP,λ=8,65536,0,772985,11.794815063476562
SRDIP,λ=8,65536,0,712025,10.864639282226562
SRDIP,λ=8,65536,0,704585,10.751113891601562
SRDIP,λ=8,65536,0,743721,11.348281860351562
SRDIP,λ=8,65536,0,717337,10.945693969726562
SRDIP,λ=8,65536,0,798713,12.187393188476562
SRDIP,λ=8,65536,0,721761,11.013198852539062
SRDIP,λ=8,65536,0,655441,10.001235961914062
SRDIP,λ=8,65536,0,914873,13.959854125976562
SRDIP,λ=8,65536,0,730649,11.148818969726562
SRDIP,λ=8,65536,0,772745,11.791152954101562
SRDIP,λ=8,65536,0,788993,12.039077758789062
SRDIP,λ=8,65536,0,714441,10.901504516601562
SRDIP,λ=8,65536,0,682401,10.412612915039062
SRDIP,λ=8,65536,0,714201,10.897842407226562
SRDIP,λ=8,65536,0,752385,11.480484008789062
SRDIP,λ=8,65536,0,685737,10.463516235351562
SRDIP,λ=8,65536,0,694921,10.603652954101562
SRDIP,λ=8,65536,0,865345,13.204116821289062
SRDIP,λ=8,65536,0,753417,11.496231079101562
SRDIP,λ=8,65536,0,722681,11.027236938476562
SRDIP,λ=8,65536,0,717361,10.946060180664062
SRDIP,λ=8,65536,0,706601,10.781875610351562
SRDIP,λ=8,65536,0,671249,10.242446899414062
SRDIP,λ=8,65536,0,724969,11.062149047851562
SRDIP,λ=8,65536,0,738577,11.269790649414062
SRDIP,λ=8,65536,0,744657,11.362564086914062
SRDIP,λ=8,65536,0,761665,11.622085571289062
SRDIP,λ=8,65536,0,758433,11.572769165039062
SRDIP,λ=8,65536,0,739913,11.290176391601562
SRDIP,λ=8,65536,0,781001,11.917129516601562
SRDIP,λ=8,65536,0,716625,10.934829711914062
SRDIP,λ=8,65536,0,732985,11.184463500976562
SRDIP,λ=8,65536,0,700041,10.681777954101562
SRDIP,λ=8,65536,0,739825,11.288833618164062
SRDIP,λ=8,65536,0,704009,10.742324829101562
SRDIP,λ=8,65536,0,703345,10.732192993164062
SRDIP,λ=8,65536,0,712073,10.865371704101562
SRDIP,λ=8,65536,0,750769,11.455825805664062
SRDIP,λ=8,65536,0,704401,10.748306274414062
SRDIP,λ=8,65536,0,708857,10.816299438476562
SRDIP,λ=8,65536,0,777681,11.866470336914062
SRDIP,λ=8,65536,0,712065,10.865249633789062
SRDIP,λ=8,65536,0,687385,10.488662719726562
SRDIP,λ=8,65536,0,687193,10.485733032226562
SRDIP,λ=8,65536,0,710633,10.843399047851562
SRDIP,λ=8,65536,0,727745,11.104507446289062
SRDIP,λ=8,65536,0,663289,10.120986938476562
SHDIP,λ=8,65536,0,688457,10.505020141601562
SHDIP,λ=8,65536,0,699345,10.671157836914062
SHDIP,λ=8,65536,0,693825,10.586929321289062
SHDIP,λ=8,65536,0,676425,10.321426391601562
SHDIP,λ=8,65536,0,707945,10.802383422851562
SHDIP,λ=8,65536,0,680817,10.388442993164062
SHDIP,λ=8,65536,0,723889,11.045669555664062
SHDIP,λ=8,65536,0,725081,11.063858032226562
SHDIP,λ=8,65536,0,725777,11.074478149414062
SHDIP,λ=8,65536,0,729401,11.129776000976562
SHDIP,λ=8,65536,0,752569,11.483291625976562
SHDIP,λ=8,65536,0,694953,10.604141235351562
SHDIP,λ=8,65536,0,713521,10.887466430664062
SHDIP,λ=8,65536,0,758025,11.566543579101562
SHDIP,λ=8,65536,0,712545,10.872573852539062
SHDIP,λ=8,65536,0,756585,11.544570922851562
SHDIP,λ=8,65536,0,727081,11.094375610351562
SHDIP,λ=8,65536,0,716033,10.925796508789062
SHDIP,λ=8,65536,0,696609,10.629409790039062
SHDIP,λ=8,65536,0,683425,10.428237915039062
SHDIP,λ=8,65536,0,667897,10.191299438476562
SHDIP,λ=8,65536,0,749321,11.433731079101562
SHDIP,λ=8,65536,0,700361,10.686660766601562
SHDIP,λ=8,65536,0,788641,12.033706665039062
SHDIP,λ=8,65536,0,752473,11.481826782226562
SHDIP,λ=8,65536,0,721289,11.005996704101562
SHDIP,λ=8,65536,0,720625,10.995864868164062
SHDIP,λ=8,65536,0,695321,10.609756469726562
SHDIP,λ=8,65536,0,740321,11.296401977539062
SHDIP,λ=8,65536,0,814385,12.426528930664062
SHDIP,λ=8,65536,0,685161,10.454727172851562
SHDIP,λ=8,65536,0,826633,12.613418579101562
SHDIP,λ=8,65536,0,710977,10.848648071289062
SHDIP,λ=8,65536,0,770145,11.751480102539062
SHDIP,λ=8,65536,0,819585,12.505874633789062
SHDIP,λ=8,65536,0,710441,10.840469360351562
SHDIP,λ=8,65536,0,709977,10.833389282226562
SHDIP,λ=8,65536,0,822673,12.552993774414062
SHDIP,λ=8,65536,0,705201,10.760513305664062
SHDIP,λ=8,65536,0,663209,10.119766235351562
SHDIP,λ=8,65536,0,759017,11.581680297851562
SHDIP,λ=8,65536,0,649017,9.903213500976562
SHDIP,λ=8,65536,0,768673,11.729019165039062
SHDIP,λ=8,65536,0,679073,10.361831665039062
SHDIP,λ=8,65536,0,679241,10.364395141601562
SHDIP,λ=8,65536,0,730265,11.142959594726562
SHDIP,λ=8,65536,0,901793,13.760269165039062
SHDIP,λ=8,65536,0,699105,10.667495727539062
SHDIP,λ=8,65536,0,766561,11.696792602539062
SHDIP,λ=8,65536,0,713065,10.880508422851562
SHDIP,λ=8,65536,0,763825,11.655044555664062
SHDIP,λ=8,65536,0,724129,11.049331665039062
SHDIP,λ=8,65536,0,792321,12.089859008789062
SHDIP,λ=8,65536,0,731249,11.157974243164062
SHDIP,λ=8,65536,0,740857,11.304580688476562
SHDIP,λ=8,65536,0,715457,10.917007446289062
SHDIP,λ=8,65536,0,675385,10.305557250976562
SHDIP,λ=8,65536,0,701193,10.699356079101562
SHDIP,λ=8,65536,0,660889,10.084365844726562
SHDIP,λ=8,65536,0,671681,10.249038696289062
SHDIP,λ=8,65536,0,656689,10.020278930664062
SHDIP,λ=8,65536,0,739169,11.278823852539062
SHDIP,λ=8,65536,0,667577,10.186416625976562
SHDIP,λ=8,65536,0,716817,10.937759399414062
SHDIP,λ=8,65536,0,851793,12.997329711914062
SHDIP,λ=8,65536,0,675497,10.307266235351562
SHDIP,λ=8,65536,0,700881,10.694595336914062
SHDIP,λ=8,65536,0,749721,11.439834594726562
SHDIP,λ=8,65536,0,631433,9.634902954101562
SHDIP,λ=8,65536,0,741921,11.320816040039062
SHDIP,λ=8,65536,0,666529,10.170425415039062
SHDIP,λ=8,65536,0,691169,10.546401977539062
SHDIP,λ=8,65536,0,730945,11.153335571289062
SHDIP,λ=8,65536,0,717737,10.951797485351562
SHDIP,λ=8,65536,0,721849,11.014541625976562
SHDIP,λ=8,65536,0,700337,10.686294555664062
SHDIP,λ=8,65536,0,783881,11.961074829101562
SHDIP,λ=8,65536,0,772305,11.784439086914062
SHDIP,λ=8,65536,0,681313,10.396011352539062
SHDIP,λ=8,65536,0,753153,11.492202758789062
SHDIP,λ=8,65536,0,667937,10.191909790039062
SHDIP,λ=8,65536,0,693553,10.582778930664062
SHDIP,λ=8,65536,0,689577,10.522109985351562
SHDIP,λ=8,65536,0,687689,10.493301391601562
SHDIP,λ=8,65536,0,716393,10.931289672851562
SHDIP,λ=8,65536,0,783385,11.953506469726562
SHDIP,λ=8,65536,0,682409,10.412734985351562
SHDIP,λ=8,65536,0,746361,11.388565063476562
SHDIP,λ=8,65536,0,691137,10.545913696289062
SHDIP,λ=8,65536,0,722073,11.017959594726562
SHDIP,λ=8,65536,0,720529,10.994400024414062
SHDIP,λ=8,65536,0,650841,9.931045532226562
SHDIP,λ=8,65536,0,744529,11.360610961914062
SHDIP,λ=8,65536,0,677777,10.342056274414062
SHDIP,λ=8,65536,0,703873,10.740249633789062
SHDIP,λ=8,65536,0,752201,11.477676391601562
SHDIP,λ=8,65536,0,695865,10.618057250976562
SHDIP,λ=8,65536,0,696313,10.624893188476562
SHDIP,λ=8,65536,0,711905,10.862808227539062
SHDIP,λ=8,65536,0,700553,10.689590454101562
SHLIP,λ=8,65536,0,750745,11.455459594726562
SHLIP,λ=8,65536,0,732121,11.171279907226562
SHLIP,λ=8,65536,0,793137,12.102310180664062
SHLIP,λ=8,65536,0,808369,12.334732055664062
SHLIP,λ=8,65536,0,700089,10.682510375976562
SHLIP,λ=8,65536,0,721537,11.009780883789062
SHLIP,λ=8,65536,0,720289,10.990737915039062
SHLIP,λ=8,65536,0,682705,10.417251586914062
SHLIP,λ=8,65536,0,814113,12.422378540039062
SHLIP,λ=8,65536,0,755729,11.531509399414062
SHLIP,λ=8,65536,0,736161,11.232925415039062
SHLIP,λ=8,65536,0,684257,10.440933227539062
SHLIP,λ=8,65536,0,697449,10.642227172851562
SHLIP,λ=8,65536,0,665161,10.149551391601562
SHLIP,λ=8,65536,0,707433,10.794570922851562
SHLIP,λ=8,65536,0,706081,10.773941040039062
SHLIP,λ=8,65536,0,710641,10.843521118164062
SHLIP,λ=8,65536,0,633433,9.665420532226562
SHLIP,λ=8,65536,0,712177,10.866958618164062
SHLIP,λ=8,65536,0,722769,11.028579711914062
SHLIP,λ=8,65536,0,720457,10.993301391601562
SHLIP,λ=8,65536,0,751113,11.461074829101562
SHLIP,λ=8,65536,0,667553,10.186050415039062
SHLIP,λ=8,65536,0,742313,11.326797485351562
SHLIP,λ=8,65536,0,733505,11.192398071289062
SHLIP,λ=8,65536,0,688329,10.503067016601562
SHLIP,λ=8,65536,0,760105,11.598281860351562
SHLIP,λ=8,65536,0,735353,11.220596313476562
SHLIP,λ=8,65536,0,726505,11.085586547851562
SHLIP,λ=8,65536,0,694209,10.592788696289062
SHLIP,λ=8,65536,0,712297,10.868789672851562
SHLIP,λ=8,65536,0,719265,10.975112915039062
SHLIP,λ=8,65536,0,826977,12.618667602539062
SHLIP,λ=8,65536,0,757257,11.554824829101562
SHLIP,λ=8,65536,0,755481,11.527725219726562
SHLIP,λ=8,65536,0,718561,10.964370727539062
SHLIP,λ=8,65536,0,691097,10.545303344726562
SHLIP,λ=8,65536,0,861361,13.143325805664062
SHLIP,λ=8,65536,0,728849,11.121353149414062
SHLIP,λ=8,65536,0,685929,10.466445922851562
SHLIP,λ=8,65536,0,775801,11.837783813476562
SHLIP,λ=8,65536,0,703769,10.738662719726562
SHLIP,λ=8,65536,0,806729,12.309707641601562
SHLIP,λ=8,65536,0,882401,13.464370727539062
SHLIP,λ=8,65536,0,710089,10.835098266601562
SHLIP,λ=8,65536,0,745137,11.369888305664062
SHLIP,λ=8,65536,0,656849,10.022720336914062
SHLIP,λ=8,65536,0,636065,9.705581665039062
SHLIP,λ=8,65536,0,821073,12.528579711914062
SHLIP,λ=8,65536,0,678993,10.360610961914062
SHLIP,λ=8,65536,0,703945,10.741348266601562
SHLIP,λ=8,65536,0,650561,9.926773071289062
SHLIP,λ=8,65536,0,717777,10.952407836914062
SHLIP,λ=8,65536,0,728393,11.114395141601562
SHLIP,λ=8,65536,0,818441,12.488418579101562
SHLIP,λ=8,65536,0,758697,11.576797485351562
SHLIP,λ=8,65536,0,681321,10.396133422851562
SHLIP,λ=8,65536,0,662185,10.104141235351562
SHLIP,λ=8,65536,0,727833,11.105850219726562
SHLIP,λ=8,65536,0,760777,11.608535766601562
SHLIP,λ=8,65536,0,771241,11.768203735351562
SHLIP,λ=8,65536,0,723697,11.042739868164062
SHLIP,λ=8,65536,0,704497,10.749771118164062
SHLIP,λ=8,65536,0,701945,10.710830688476562
SHLIP,λ=8,65536,0,736313,11.235244750976562
SHLIP,λ=8,65536,0,741577,11.315567016601562
SHLIP,λ=8,65536,0,693193,10.577285766601562
SHLIP,λ=8,65536,0,705049,10.758193969726562
SHLIP,λ=8,65536,0,717961,10.955215454101562
SHLIP,λ=8,65536,0,746217,11.386367797851562
SHLIP,λ=8,65536,0,832569,12.703994750976562
SHLIP,λ=8,65536,0,845521,12.901626586914062
SHLIP,λ=8,65536,0,743801,11.349502563476562
SHLIP,λ=8,65536,0,687841,10.495620727539062
SHLIP,λ=8,65536,0,740417,11.297866821289062
SHLIP,λ=8,65536,0,735489,11.222671508789062
SHLIP,λ=8,65536,0,725897,11.076309204101562
SHLIP,λ=8,65536,0,740201,11.294570922851562
SHLIP,λ=8,65536,0,765617,11.682388305664062
SHLIP,λ=8,65536,0,709553,10.826919555664062
SHLIP,λ=8,65536,0,745609,11.377090454101562
SHLIP,λ=8,65536,0,723921,11.046157836914062
SHLIP,λ=8,65536,0,682369,10.412124633789062
SHLIP,λ=8,65536,0,662449,10.108169555664062
SHLIP,λ=8,65536,0,858657,13.102066040039062
SHLIP,λ=8,65536,0,661977,10.100967407226562
SHLIP,λ=8,65536,0,788745,12.035293579101562
SHLIP,λ=8,65536,0,702073,10.712783813476562
SHLIP,λ=8,65536,0,703041,10.727554321289062
SHLIP,λ=8,65536,0,828353,12.639663696289062
SHLIP,λ=8,65536,0,774409,11.816543579101562
SHLIP,λ=8,65536,0,702001,10.711685180664062
SHLIP,λ=8,65536,0,740721,11.302505493164062
SHLIP,λ=8,65536,0,764129,11.659683227539062
SHLIP,λ=8,65536,0,678225,10.348892211914062
SHLIP,λ=8,65536,0,777401,11.862197875976562
SHLIP,λ=8,65536,0,767377,11.709243774414062
SHLIP,λ=8,65536,0,725633,11.072280883789062
SHLIP,λ=8,65536,0,722025,11.017227172851562
SRLIP,λ=8,65536,0,741481,11.314102172851562
SRLIP,λ=8,65536,0,810897,12.373306274414062
SRLIP,λ=8,65536,0,720953,11.000869750976562
SRLIP,λ=8,65536,0,854065,13.031997680664062
SRLIP,λ=8,65536,0,713377,10.885269165039062
SRLIP,λ=8,65536,0,741809,11.319107055664062
SRLIP,λ=8,65536,0,710953,10.848281860351562
SRLIP,λ=8,65536,0,893113,13.627822875976562
SRLIP,λ=8,65536,0,773665,11.805191040039062
SRLIP,λ=8,65536,0,726001,11.077896118164062
SRLIP,λ=8,65536,0,756137,11.537734985351562
SRLIP,λ=8,65536,0,730745,11.150283813476562
SRLIP,λ=8,65536,0,718641,10.965591430664062
SRLIP,λ=8,65536,0,719425,10.977554321289062
SRLIP,λ=8,65536,0,723433,11.038711547851562
SRLIP,λ=8,65536,0,749977,11.443740844726562
SRLIP,λ=8,65536,0,782201,11.935440063476562
SRLIP,λ=8,65536,0,777793,11.868179321289062
SRLIP,λ=8,65536,0,699425,10.672378540039062
SRLIP,λ=8,65536,0,678561,10.354019165039062
SRLIP,λ=8,65536,0,792945,12.099380493164062
SRLIP,λ=8,65536,0,728705,11.119155883789062
SRLIP,λ=8,65536,0,687681,10.493179321289062
SRLIP,λ=8,65536,0,710161,10.836196899414062
SRLIP,λ=8,65536,0,836337,12.761489868164062
SRLIP,λ=8,65536,0,740689,11.302017211914062
SRLIP,λ=8,65536,0,800961,12.221694946289062
SRLIP,λ=8,65536,0,766681,11.698623657226562
SRLIP,λ=8,65536,0,789561,12.047744750976562
SRLIP,λ=8,65536,0,876137,13.368789672851562
SRLIP,λ=8,65536,0,713049,10.880264282226562
SRLIP,λ=8,65536,0,721249,11.005386352539062
SRLIP,λ=8,65536,0,801409,12.228530883789062
SRLIP,λ=8,65536,0,714993,10.909927368164062
SRLIP,λ=8,65536,0,672849,10.266860961914062
SRLIP,λ=8,65536,0,691145,10.546035766601562
SRLIP,λ=8,65536,0,786185,11.996231079101562
SRLIP,λ=8,65536,0,856241,13.065200805664062
SRLIP,λ=8,65536,0,836153,12.758682250976562
SRLIP,λ=8,65536,0,832249,12.699111938476562
SRLIP,λ=8,65536,0,787793,12.020767211914062
SRLIP,λ=8,65536,0,681553,10.399673461914062
SRLIP,λ=8,65536,0,738665,11.271133422851562
SRLIP,λ=8,65536,0,745625,11.377334594726562
SRLIP,λ=8,65536,0,689481,10.520645141601562
SRLIP,λ=8,65536,0,861777,13.149673461914062
SRLIP,λ=8,65536,0,804257,12.271987915039062
SRLIP,λ=8,65536,0,800137,12.209121704101562
SRLIP,λ=8,65536,0,801009,12.222427368164062
SRLIP,λ=8,65536,0,761425,11.618423461914062
SRLIP,λ=8,65536,0,683489,10.429214477539062
SRLIP,λ=8,65536,0,770937,11.763565063476562
SRLIP,λ=8,65536,0,725617,11.072036743164062
SRLIP,λ=8,65536,0,709441,10.825210571289062
SRLIP,λ=8,65536,0,745833,11.380508422851562
SRLIP,λ=8,65536,0,700257,10.685073852539062
SRLIP,λ=8,65536,0,757921,11.564956665039062
SRLIP,λ=8,65536,0,708785,10.815200805664062
SRLIP,λ=8,65536,0,780329,11.906875610351562
SRLIP,λ=8,65536,0,744713,11.363418579101562
SRLIP,λ=8,65536,0,717529,10.948623657226562
SRLIP,λ=8,65536,0,742617,11.331436157226562
SRLIP,λ=8,65536,0,813785,12.417373657226562
SRLIP,λ=8,65536,0,764417,11.664077758789062
SRLIP,λ=8,65536,0,771689,11.775039672851562
SRLIP,λ=8,65536,0,732193,11.172378540039062
SRLIP,λ=8,65536,0,772345,11.785049438476562
SRLIP,λ=8,65536,0,794201,12.118545532226562
SRLIP,λ=8,65536,0,715633,10.919692993164062
SRLIP,λ=8,65536,0,724561,11.055923461914062
SRLIP,λ=8,65536,0,748393,11.419570922851562
SRLIP,λ=8,65536,0,745529,11.375869750976562
SRLIP,λ=8,65536,0,820313,12.516983032226562
SRLIP,λ=8,65536,0,737657,11.255752563476562
SRLIP,λ=8,65536,0,924961,14.113784790039062
SRLIP,λ=8,65536,0,721937,11.015884399414062
SRLIP,λ=8,65536,0,723969,11.046890258789062
SRLIP,λ=8,65536,0,794969,12.130264282226562
SRLIP,λ=8,65536,0,912009,13.916152954101562
SRLIP,λ=8,65536,0,704513,10.750015258789062
SRLIP,λ=8,65536,0,712825,10.876846313476562
SRLIP,λ=8,65536,0,768113,11.720474243164062
SRLIP,λ=8,65536,0,831265,12.684097290039062
SRLIP,λ=8,65536,0,772161,11.782241821289062
SRLIP,λ=8,65536,0,752913,11.488540649414062
SRLIP,λ=8,65536,0,770753,11.760757446289062
SRLIP,λ=8,65536,0,734481,11.207290649414062
SRLIP,λ=8,65536,0,790361,12.059951782226562
SRLIP,λ=8,65536,0,805697,12.293960571289062
SRLIP,λ=8,65536,0,723625,11.041641235351562
SRLIP,λ=8,65536,0,775665,11.835708618164062
SRLIP,λ=8,65536,0,768449,11.725601196289062
SRLIP,λ=8,65536,0,729985,11.138687133789062
SRLIP,λ=8,65536,0,723897,11.045791625976562
SRLIP,λ=8,65536,0,805753,12.294815063476562
SRLIP,λ=8,65536,0,772953,11.794326782226562
SRLIP,λ=8,65536,0,717697,10.951187133789062
SRLIP,λ=8,65536,0,767169,11.706069946289062
SRLIP,λ=8,65536,0,870881,13.288589477539062
SRLIP,λ=8,65536,0,757641,11.560684204101562
SSLIP,λ=8,65536,0,863649,13.178237915039062
SSLIP,λ=8,65536,0,923489,14.091323852539062
SSLIP,λ=8,65536,0,1032881,15.760513305664062
SSLIP,λ=8,65536,0,936769,14.293960571289062
SSLIP,λ=8,65536,0,1011441,15.433364868164062
SSLIP,λ=8,65536,0,927441,14.151626586914062
SSLIP,λ=8,65536,0,1033729,15.773452758789062
SSLIP,λ=8,65536,0,968177,14.773208618164062
SSLIP,λ=8,65536,0,963761,14.705825805664062
SSLIP,λ=8,65536,0,1087201,16.589370727539062
SSLIP,λ=8,65536,0,936481,14.289566040039062
SSLIP,λ=8,65536,0,979313,14.943130493164062
SSLIP,λ=8,65536,0,901297,13.752700805664062
SSLIP,λ=8,65536,0,904145,13.796157836914062
SSLIP,λ=8,65536,0,1054625,16.092300415039062
SSLIP,λ=8,65536,0,982641,14.993911743164062
SSLIP,λ=8,65536,0,948161,14.467788696289062
SSLIP,λ=8,65536,0,966097,14.741470336914062
SSLIP,λ=8,65536,0,1141073,17.411392211914062
SSLIP,λ=8,65536,0,841873,12.845962524414062
SSLIP,λ=8,65536,0,973377,14.852554321289062
SSLIP,λ=8,65536,0,973201,14.849868774414062
SSLIP,λ=8,65536,0,941713,14.369400024414062
SSLIP,λ=8,65536,0,1008609,15.390151977539062
SSLIP,λ=8,65536,0,1165377,17.782241821289062
SSLIP,λ=8,65536,0,1041649,15.894302368164062
SSLIP,λ=8,65536,0,1013409,15.463394165039062
SSLIP,λ=8,65536,0,1169985,17.852554321289062
SSLIP,λ=8,65536,0,981505,14.976577758789062
SSLIP,λ=8,65536,0,999617,15.252944946289062
SSLIP,λ=8,65536,0,992145,15.138931274414062
SSLIP,λ=8,65536,0,897793,13.699234008789062
SSLIP,λ=8,65536,0,930977,14.205581665039062
SSLIP,λ=8,65536,0,928977,14.175064086914062
SSLIP,λ=8,65536,0,1102033,16.815689086914062
SSLIP,λ=8,65536,0,987889,15.073989868164062
SSLIP,λ=8,65536,0,1020433,15.570571899414062
SSLIP,λ=8,65536,0,1058497,16.151382446289062
SSLIP,λ=8,65536,0,990257,15.110122680664062
SSLIP,λ=8,65536,0,1013249,15.460952758789062
SSLIP,λ=8,65536,0,1094769,16.704849243164062
SSLIP,λ=8,65536,0,984801,15.026870727539062
SSLIP,λ=8,65536,0,928081,14.161392211914062
SSLIP,λ=8,65536,0,978417,14.929458618164062
SSLIP,λ=8,65536,0,1076513,16.426284790039062
SSLIP,λ=8,65536,0,1013377,15.462905883789062
SSLIP,λ=8,65536,0,1170401,17.858901977539062
SSLIP,λ=8,65536,0,1047617,15.985366821289062
SSLIP,λ=8,65536,0,1028689,15.696548461914062
SSLIP,λ=8,65536,0,911873,13.914077758789062
SSLIP,λ=8,65536,0,914401,13.952651977539062
SSLIP,λ=8,65536,0,1040321,15.874038696289062
SSLIP,λ=8,65536,0,1033937,15.776626586914062
SSLIP,λ=8,65536,0,1094529,16.701187133789062
SSLIP,λ=8,65536,0,992689,15.147232055664062
SSLIP,λ=8,65536,0,1037505,15.831069946289062
SSLIP,λ=8,65536,0,956369,14.593032836914062
SSLIP,λ=8,65536,0,939585,14.336929321289062
SSLIP,λ=8,65536,0,936609,14.291519165039062
SSLIP,λ=8,65536,0,986865,15.058364868164062
SSLIP,λ=8,65536,0,940225,14.346694946289062
SSLIP,λ=8,65536,0,1106641,16.886001586914062
SSLIP,λ=8,65536,0,1002913,15.303237915039062
SSLIP,λ=8,65536,0,1043521,15.922866821289062
SSLIP,λ=8,65536,0,988097,15.077163696289062
SSLIP,λ=8,65536,0,1043665,15.925064086914062
SSLIP,λ=8,65536,0,942353,14.379165649414062
SSLIP,λ=8,65536,0,962913,14.692886352539062
SSLIP,λ=8,65536,0,952897,14.540054321289062
SSLIP,λ=8,65536,0,999953,15.258071899414062
SSLIP,λ=8,65536,0,989089,15.092300415039062
SSLIP,λ=8,65536,0,895521,13.664566040039062
SSLIP,λ=8,65536,0,935393,14.272964477539062
SSLIP,λ=8,65536,0,923425,14.090347290039062
SSLIP,λ=8,65536,0,881137,13.445083618164062
SSLIP,λ=8,65536,0,1027153,15.673110961914062
SSLIP,λ=8,65536,0,1030545,15.724868774414062
SSLIP,λ=8,65536,0,954641,14.566665649414062
SSLIP,λ=8,65536,0,950625,14.505386352539062
SSLIP,λ=8,65536,0,967745,14.766616821289062
SSLIP,λ=8,65536,0,875409,13.357681274414062
SSLIP,λ=8,65536,0,935905,14.280776977539062
SSLIP,λ=8,65536,0,961361,14.669204711914062
SSLIP,λ=8,65536,0,916657,13.987075805664062
SSLIP,λ=8,65536,0,915105,13.963394165039062
SSLIP,λ=8,65536,0,915217,13.965103149414062
SSLIP,λ=8,65536,0,949921,14.494644165039062
SSLIP,λ=8,65536,0,976273,14.896743774414062
SSLIP,λ=8,65536,0,1205729,18.397964477539062
SSLIP,λ=8,65536,0,1100065,16.785659790039062
SSLIP,λ=8,65536,0,1035889,15.806411743164062
SSLIP,λ=8,65536,0,1082785,16.521987915039062
SSLIP,λ=8,65536,0,979361,14.943862915039062
SSLIP,λ=8,65536,0,1072929,16.371597290039062
SSLIP,λ=8,65536,0,1038097,15.840103149414062
SSLIP,λ=8,65536,0,1019857,15.561782836914062
SSLIP,λ=8,65536,0,940209,14.346450805664062
SSLIP,λ=8,65536,0,965105,14.726333618164062
SSLIP,λ=8,65536,0,974561,14.870620727539062
SSDCD,λ=8,65536,0,820408,12.5184326171875
SSDCD,λ=8,65536,0,912402,13.922149658203125
SSDCD,λ=8,65536,0,1037438,15.830047607421875
SSDCD,λ=8,65536,0,797011,12.161422729492188
SSDCD,λ=8,65536,0,782960,11.947021484375
SSDCD,λ=8,65536,0,937523,14.305465698242188
SSDCD,λ=8,65536,0,819715,12.507858276367188
SSDCD,λ=8,65536,0,952971,14.541183471679688
SSDCD,λ=8,65536,0,811283,12.379196166992188
SSDCD,λ=8,65536,0,934085,14.253005981445312
SSDCD,λ=8,65536,0,847863,12.937362670898438
SSDCD,λ=8,65536,0,965965,14.739456176757812
SSDCD,λ=8,65536,0,844210,12.881622314453125
SSDCD,λ=8,65536,0,822194,12.545684814453125
SSDCD,λ=8,65536,0,911147,13.902999877929688
SSDCD,λ=8,65536,0,834354,12.731231689453125
SSDCD,λ=8,65536,0,853313,13.020523071289062
SSDCD,λ=8,65536,0,823711,12.568832397460938
SSDCD,λ=8,65536,0,821376,12.533203125
SSDCD,λ=8,65536,0,930388,14.19659423828125
SSDCD,λ=8,65536,0,987246,15.064178466796875
SSDCD,λ=8,65536,0,1033180,15.76507568359375
SSDCD,λ=8,65536,0,859292,13.11175537109375
SSDCD,λ=8,65536,0,876436,13.37335205078125
SSDCD,λ=8,65536,0,987552,15.06884765625
SSDCD,λ=8,65536,0,943835,14.401779174804688
SSDCD,λ=8,65536,0,888374,13.555511474609375
SSDCD,λ=8,65536,0,839913,12.816055297851562
SSDCD,λ=8,65536,0,888785,13.561782836914062
SSDCD,λ=8,65536,0,855783,13.058212280273438
SSDCD,λ=8,65536,0,857086,13.078094482421875
SSDCD,λ=8,65536,0,836342,12.761566162109375
SSDCD,λ=8,65536,0,886568,13.5279541015625
SSDCD,λ=8,65536,0,985973,15.044754028320312
SSDCD,λ=8,65536,0,995212,15.18572998046875
SSDCD,λ=8,65536,0,977275,14.912033081054688
SSDCD,λ=8,65536,0,825950,12.602996826171875
SSDCD,λ=8,65536,0,843577,12.871963500976562
SSDCD,λ=8,65536,0,884384,13.49462890625
SSDCD,λ=8,65536,0,894915,13.655319213867188
SSDCD,λ=8,65536,0,831898,12.693756103515625
SSDCD,λ=8,65536,0,835353,12.746475219726562
SSDCD,λ=8,65536,0,897494,13.694671630859375
SSDCD,λ=8,65536,0,935661,14.277053833007812
SSDCD,λ=8,65536,0,818111,12.483383178710938
SSDCD,λ=8,65536,0,961002,14.663726806640625
SSDCD,λ=8,65536,0,902236,13.76702880859375
SSDCD,λ=8,65536,0,841217,12.835952758789062
SSDCD,λ=8,65536,0,1059770,16.170806884765625
SSDCD,λ=8,65536,0,891540,13.60382080078125
SSDCD,λ=8,65536,0,821934,12.541717529296875
SSDCD,λ=8,65536,0,818658,12.491729736328125
SSDCD,λ=8,65536,0,920787,14.050094604492188
SSDCD,λ=8,65536,0,930681,14.201065063476562
SSDCD,λ=8,65536,0,878769,13.408950805664062
SSDCD,λ=8,65536,0,792505,12.092666625976562
SSDCD,λ=8,65536,0,869140,13.26202392578125
SSDCD,λ=8,65536,0,977544,14.9161376953125
SSDCD,λ=8,65536,0,916926,13.991180419921875
SSDCD,λ=8,65536,0,1051782,16.048919677734375
SSDCD,λ=8,65536,0,828137,12.636367797851562
SSDCD,λ=8,65536,0,784847,11.975814819335938
SSDCD,λ=8,65536,0,914074,13.947662353515625
SSDCD,λ=8,65536,0,784050,11.963653564453125
SSDCD,λ=8,65536,0,902863,13.776596069335938
SSDCD,λ=8,65536,0,822115,12.544479370117188
SSDCD,λ=8,65536,0,875829,13.364089965820312
SSDCD,λ=8,65536,0,939721,14.339004516601562
SSDCD,λ=8,65536,0,856200,13.0645751953125
SSDCD,λ=8,65536,0,903352,13.7840576171875
SSDCD,λ=8,65536,0,832205,12.698440551757812
SSDCD,λ=8,65536,0,930041,14.191299438476562
SSDCD,λ=8,65536,0,869753,13.271377563476562
SSDCD,λ=8,65536,0,853717,13.026687622070312
SSDCD,λ=8,65536,0,963858,14.707305908203125
SSDCD,λ=8,65536,0,940068,14.34429931640625
SSDCD,λ=8,65536,0,828506,12.641998291015625
SSDCD,λ=8,65536,0,904110,13.795623779296875
SSDCD,λ=8,65536,0,817809,12.478775024414062
SSDCD,λ=8,65536,0,963190,14.697113037109375
SSDCD,λ=8,65536,0,859217,13.110610961914062
SSDCD,λ=8,65536,0,873955,13.335494995117188
SSDCD,λ=8,65536,0,934430,14.258270263671875
SSDCD,λ=8,65536,0,876052,13.36749267578125
SSDCD,λ=8,65536,0,949535,14.488754272460938
SSDCD,λ=8,65536,0,850416,12.976318359375
SSDCD,λ=8,65536,0,847205,12.927322387695312
SSDCD,λ=8,65536,0,817312,12.47119140625
SSDCD,λ=8,65536,0,905120,13.81103515625
SSDCD,λ=8,65536,0,868676,13.25494384765625
SSDCD,λ=8,65536,0,823687,12.568466186523438
SSDCD,λ=8,65536,0,888588,13.55877685546875
SSDCD,λ=8,65536,0,901328,13.753173828125
SSDCD,λ=8,65536,0,838169,12.789443969726562
SSDCD,λ=8,65536,0,806782,12.310516357421875
SSDCD,λ=8,65536,0,949507,14.488327026367188
SSDCD,λ=8,65536,0,815998,12.451141357421875
SSDCD,λ=8,65536,0,886240,13.52294921875
SSDCD,λ=8,65536,0,874607,13.345443725585938
SSDCD,λ=8,65536,0,977217,14.911148071289062
SRDCD,λ=8,65536,0,692867,10.572311401367188
SRDCD,λ=8,65536,0,684745,10.448379516601562
SRDCD,λ=8,65536,0,693318,10.579193115234375
SRDCD,λ=8,65536,0,675793,10.311782836914062
SRDCD,λ=8,65536,0,688133,10.500076293945312
SRDCD,λ=8,65536,0,695659,10.614913940429688
SRDCD,λ=8,65536,0,714713,10.905654907226562
SRDCD,λ=8,65536,0,660971,10.085617065429688
SRDCD,λ=8,65536,0,705327,10.762435913085938
SRDCD,λ=8,65536,0,754575,11.513900756835938
SRDCD,λ=8,65536,0,643396,9.81744384765625
SRDCD,λ=8,65536,0,789400,12.0452880859375
SRDCD,λ=8,65536,0,720809,10.998672485351562
SRDCD,λ=8,65536,0,631688,9.6387939453125
SRDCD,λ=8,65536,0,676848,10.327880859375
SRDCD,λ=8,65536,0,718631,10.965438842773438
SRDCD,λ=8,65536,0,676467,10.322067260742188
SRDCD,λ=8,65536,0,734167,11.202499389648438
SRDCD,λ=8,65536,0,767016,11.7037353515625
SRDCD,λ=8,65536,0,667890,10.191192626953125
SRDCD,λ=8,65536,0,659415,10.061874389648438
SRDCD,λ=8,65536,0,663285,10.120925903320312
SRDCD,λ=8,65536,0,730781,11.150833129882812
SRDCD,λ=8,65536,0,667934,10.191864013671875
SRDCD,λ=8,65536,0,626119,9.553817749023438
SRDCD,λ=8,65536,0,683801,10.433975219726562
SRDCD,λ=8,65536,0,627099,9.568771362304688
SRDCD,λ=8,65536,0,643810,9.823760986328125
SRDCD,λ=8,65536,0,708003,10.803268432617188
SRDCD,λ=8,65536,0,683400,10.4278564453125
SRDCD,λ=8,65536,0,720146,10.988555908203125
SRDCD,λ=8,65536,0,713954,10.894073486328125
SRDCD,λ=8,65536,0,668772,10.20465087890625
SRDCD,λ=8,65536,0,685428,10.45880126953125
SRDCD,λ=8,65536,0,669992,10.2232666015625
SRDCD,λ=8,65536,0,625176,9.5394287109375
SRDCD,λ=8,65536,0,689232,10.516845703125
SRDCD,λ=8,65536,0,743550,11.345672607421875
SRDCD,λ=8,65536,0,628266,9.586578369140625
SRDCD,λ=8,65536,0,719445,10.977859497070312
SRDCD,λ=8,65536,0,679686,10.371185302734375
SRDCD,λ=8,65536,0,662855,10.114364624023438
SRDCD,λ=8,65536,0,663710,10.127410888671875
SRDCD,λ=8,65536,0,705191,10.760360717773438
SRDCD,λ=8,65536,0,745581,11.376663208007812
SRDCD,λ=8,65536,0,663654,10.126556396484375
SRDCD,λ=8,65536,0,647043,9.873092651367188
SRDCD,λ=8,65536,0,709730,10.829620361328125
SRDCD,λ=8,65536,0,649248,9.90673828125
SRDCD,λ=8,65536,0,658870,10.053558349609375
SRDCD,λ=8,65536,0,721987,11.016647338867188
SRDCD,λ=8,65536,0,634198,9.677093505859375
SRDCD,λ=8,65536,0,695443,10.611618041992188
SRDCD,λ=8,65536,0,717634,10.950225830078125
SRDCD,λ=8,65536,0,678490,10.352935791015625
SRDCD,λ=8,65536,0,646066,9.858184814453125
SRDCD,λ=8,65536,0,647034,9.872955322265625
SRDCD,λ=8,65536,0,690672,10.538818359375
SRDCD,λ=8,65536,0,641350,9.786224365234375
SRDCD,λ=8,65536,0,752684,11.48504638671875
SRDCD,λ=8,65536,0,735365,11.220779418945312
SRDCD,λ=8,65536,0,711910,10.862884521484375
SRDCD,λ=8,65536,0,718907,10.969650268554688
SRDCD,λ=8,65536,0,727158,11.095550537109375
SRDCD,λ=8,65536,0,677000,10.3302001953125
SRDCD,λ=8,65536,0,675943,10.314071655273438
SRDCD,λ=8,65536,0,685918,10.466278076171875
SRDCD,λ=8,65536,0,712117,10.866043090820312
SRDCD,λ=8,65536,0,675669,10.309890747070312
SRDCD,λ=8,65536,0,698065,10.651626586914062
SRDCD,λ=8,65536,0,728054,11.109222412109375
SRDCD,λ=8,65536,0,647349,9.877761840820312
SRDCD,λ=8,65536,0,672875,10.267257690429688
SRDCD,λ=8,65536,0,708096,10.8046875
SRDCD,λ=8,65536,0,843146,12.865386962890625
SRDCD,λ=8,65536,0,664166,10.134368896484375
SRDCD,λ=8,65536,0,640510,9.773406982421875
SRDCD,λ=8,65536,0,796519,12.153915405273438
SRDCD,λ=8,65536,0,659916,10.06951904296875
SRDCD,λ=8,65536,0,633358,9.664276123046875
SRDCD,λ=8,65536,0,633549,9.667190551757812
SRDCD,λ=8,65536,0,632494,9.651092529296875
SRDCD,λ=8,65536,0,703447,10.733749389648438
SRDCD,λ=8,65536,0,693004,10.57440185546875
SRDCD,λ=8,65536,0,752882,11.488067626953125
SRDCD,λ=8,65536,0,743709,11.348098754882812
SRDCD,λ=8,65536,0,684487,10.444442749023438
SRDCD,λ=8,65536,0,739689,11.286758422851562
SRDCD,λ=8,65536,0,662043,10.101974487304688
SRDCD,λ=8,65536,0,781956,11.93170166015625
SRDCD,λ=8,65536,0,931900,14.21966552734375
SRDCD,λ=8,65536,0,673945,10.283584594726562
SRDCD,λ=8,65536,0,732201,11.172500610351562
SRDCD,λ=8,65536,0,758735,11.577377319335938
SRDCD,λ=8,65536,0,722610,11.026153564453125
SRDCD,λ=8,65536,0,659067,10.056564331054688
SRDCD,λ=8,65536,0,684305,10.441665649414062
SRDCD,λ=8,65536,0,682136,10.4085693359375
SRDCD,λ=8,65536,0,641790,9.792938232421875
SHDCD,λ=8,65536,0,693565,10.582962036132812
SHDCD,λ=8,65536,0,683005,10.421829223632812
SHDCD,λ=8,65536,0,651064,9.9344482421875
SHDCD,λ=8,65536,0,615672,9.3944091796875
SHDCD,λ=8,65536,0,590565,9.011306762695312
SHDCD,λ=8,65536,0,723350,11.037445068359375
SHDCD,λ=8,65536,0,663451,10.123458862304688
SHDCD,λ=8,65536,0,635400,9.6954345703125
SHDCD,λ=8,65536,0,668993,10.208023071289062
SHDCD,λ=8,65536,0,725801,11.074844360351562
SHDCD,λ=8,65536,0,685681,10.462661743164062
SHDCD,λ=8,65536,0,666964,10.17706298828125
SHDCD,λ=8,65536,0,720672,10.99658203125
SHDCD,λ=8,65536,0,653772,9.97576904296875
SHDCD,λ=8,65536,0,611626,9.332672119140625
SHDCD,λ=8,65536,0,636838,9.717376708984375
SHDCD,λ=8,65536,0,767109,11.705154418945312
SHDCD,λ=8,65536,0,660931,10.085006713867188
SHDCD,λ=8,65536,0,648522,9.895660400390625
SHDCD,λ=8,65536,0,672859,10.267013549804688
SHDCD,λ=8,65536,0,626058,9.552886962890625
SHDCD,λ=8,65536,0,705940,10.77178955078125
SHDCD,λ=8,65536,0,672877,10.267288208007812
SHDCD,λ=8,65536,0,648028,9.88812255859375
SHDCD,λ=8,65536,0,570636,8.70721435546875
SHDCD,λ=8,65536,0,656631,10.019393920898438
SHDCD,λ=8,65536,0,611147,9.325363159179688
SHDCD,λ=8,65536,0,689925,10.527420043945312
SHDCD,λ=8,65536,0,608474,9.284576416015625
SHDCD,λ=8,65536,0,621083,9.476974487304688
SHDCD,λ=8,65536,0,660877,10.084182739257812
SHDCD,λ=8,65536,0,662461,10.108352661132812
SHDCD,λ=8,65536,0,651524,9.94146728515625
SHDCD,λ=8,65536,0,677921,10.344253540039062
SHDCD,λ=8,65536,0,671736,10.2498779296875
SHDCD,λ=8,65536,0,654200,9.9822998046875
SHDCD,λ=8,65536,0,748660,11.42364501953125
SHDCD,λ=8,65536,0,629682,9.608184814453125
SHDCD,λ=8,65536,0,638756,9.74664306640625
SHDCD,λ=8,65536,0,612287,9.342758178710938
SHDCD,λ=8,65536,0,670273,10.227554321289062
SHDCD,λ=8,65536,0,647738,9.883697509765625
SHDCD,λ=8,65536,0,598643,9.134567260742188
SHDCD,λ=8,65536,0,676936,10.3292236328125
SHDCD,λ=8,65536,0,638113,9.736831665039062
SHDCD,λ=8,65536,0,671333,10.243728637695312
SHDCD,λ=8,65536,0,630933,9.627273559570312
SHDCD,λ=8,65536,0,607682,9.272491455078125
SHDCD,λ=8,65536,0,604051,9.217086791992188
SHDCD,λ=8,65536,0,688717,10.508987426757812
SHDCD,λ=8,65536,0,656726,10.020843505859375
SHDCD,λ=8,65536,0,672971,10.268722534179688
SHDCD,λ=8,65536,0,627490,9.574737548828125
SHDCD,λ=8,65536,0,650955,9.932785034179688
SHDCD,λ=8,65536,0,671533,10.246780395507812
SHDCD,λ=8,65536,0,711132,10.85101318359375
SHDCD,λ=8,65536,0,631047,9.629013061523438
SHDCD,λ=8,65536,0,632025,9.643936157226562
SHDCD,λ=8,65536,0,732616,11.1788330078125
SHDCD,λ=8,65536,0,800210,12.210235595703125
SHDCD,λ=8,65536,0,618305,9.434585571289062
SHDCD,λ=8,65536,0,619702,9.455902099609375
SHDCD,λ=8,65536,0,612607,9.347640991210938
SHDCD,λ=8,65536,0,594902,9.077484130859375
SHDCD,λ=8,65536,0,631579,9.637130737304688
SHDCD,λ=8,65536,0,704151,10.744491577148438
SHDCD,λ=8,65536,0,719726,10.982147216796875
SHDCD,λ=8,65536,0,672470,10.261077880859375
SHDCD,λ=8,65536,0,657835,10.037765502929688
SHDCD,λ=8,65536,0,616285,9.403762817382812
SHDCD,λ=8,65536,0,592708,9.04400634765625
SHDCD,λ=8,65536,0,638449,9.741958618164062
SHDCD,λ=8,65536,0,757296,11.555419921875
SHDCD,λ=8,65536,0,642192,9.799072265625
SHDCD,λ=8,65536,0,672372,10.25958251953125
SHDCD,λ=8,65536,0,813321,12.410293579101562
SHDCD,λ=8,65536,0,647121,9.874282836914062
SHDCD,λ=8,65536,0,594423,9.070175170898438
SHDCD,λ=8,65536,0,623812,9.51861572265625
SHDCD,λ=8,65536,0,625965,9.551467895507812
SHDCD,λ=8,65536,0,604168,9.2188720703125
SHDCD,λ=8,65536,0,699909,10.679763793945312
SHDCD,λ=8,65536,0,653305,9.968643188476562
SHDCD,λ=8,65536,0,652434,9.955352783203125
SHDCD,λ=8,65536,0,669647,10.218002319335938
SHDCD,λ=8,65536,0,706718,10.783660888671875
SHDCD,λ=8,65536,0,690106,10.530181884765625
SHDCD,λ=8,65536,0,669904,10.221923828125
SHDCD,λ=8,65536,0,604827,9.228927612304688
SHDCD,λ=8,65536,0,605359,9.237045288085938
SHDCD,λ=8,65536,0,790606,12.063690185546875
SHDCD,λ=8,65536,0,666028,10.16278076171875
SHDCD,λ=8,65536,0,672903,10.267684936523438
SHDCD,λ=8,65536,0,669037,10.208694458007812
SHDCD,λ=8,65536,0,586628,8.95123291015625
SHDCD,λ=8,65536,0,611106,9.324737548828125
SHDCD,λ=8,65536,0,656232,10.0133056640625
SHDCD,λ=8,65536,0,650903,9.931991577148438
SHDCD,λ=8,65536,0,613560,9.3621826171875
SHDCD,λ=8,65536,0,696190,10.623016357421875
SHLCD,λ=8,65536,0,629736,9.6090087890625
SHLCD,λ=8,65536,0,720242,10.990020751953125
SHLCD,λ=8,65536,0,668875,10.206222534179688
SHLCD,λ=8,65536,0,639532,9.75848388671875
SHLCD,λ=8,65536,0,675424,10.30615234375
SHLCD,λ=8,65536,0,667049,10.178359985351562
SHLCD,λ=8,65536,0,713462,10.886566162109375
SHLCD,λ=8,65536,0,728445,11.115188598632812
SHLCD,λ=8,65536,0,640461,9.772659301757812
SHLCD,λ=8,65536,0,622191,9.493881225585938
SHLCD,λ=8,65536,0,621478,9.483001708984375
SHLCD,λ=8,65536,0,668527,10.200912475585938
SHLCD,λ=8,65536,0,660631,10.080429077148438
SHLCD,λ=8,65536,0,654989,9.994338989257812
SHLCD,λ=8,65536,0,814503,12.428329467773438
SHLCD,λ=8,65536,0,632476,9.65081787109375
SHLCD,λ=8,65536,0,671118,10.240447998046875
SHLCD,λ=8,65536,0,714188,10.89764404296875
SHLCD,λ=8,65536,0,679218,10.364044189453125
SHLCD,λ=8,65536,0,644174,9.829315185546875
SHLCD,λ=8,65536,0,630462,9.620086669921875
SHLCD,λ=8,65536,0,645460,9.84893798828125
SHLCD,λ=8,65536,0,654240,9.98291015625
SHLCD,λ=8,65536,0,619700,9.45587158203125
SHLCD,λ=8,65536,0,694564,10.59820556640625
SHLCD,λ=8,65536,0,719461,10.978103637695312
SHLCD,λ=8,65536,0,737953,11.260269165039062
SHLCD,λ=8,65536,0,655230,9.998016357421875
SHLCD,λ=8,65536,0,762167,11.629745483398438
SHLCD,λ=8,65536,0,668709,10.203689575195312
SHLCD,λ=8,65536,0,681480,10.3985595703125
SHLCD,λ=8,65536,0,656185,10.012588500976562
SHLCD,λ=8,65536,0,715305,10.914688110351562
SHLCD,λ=8,65536,0,641536,9.7890625
SHLCD,λ=8,65536,0,687304,10.4874267578125
SHLCD,λ=8,65536,0,695939,10.619186401367188
SHLCD,λ=8,65536,0,648436,9.89434814453125
SHLCD,λ=8,65536,0,638414,9.741424560546875
SHLCD,λ=8,65536,0,704261,10.746170043945312
SHLCD,λ=8,65536,0,632153,9.645889282226562
SHLCD,λ=8,65536,0,634073,9.675186157226562
SHLCD,λ=8,65536,0,623973,9.521072387695312
SHLCD,λ=8,65536,0,603500,9.20867919921875
SHLCD,λ=8,65536,0,710559,10.842269897460938
SHLCD,λ=8,65536,0,640892,9.77923583984375
SHLCD,λ=8,65536,0,661981,10.101028442382812
SHLCD,λ=8,65536,0,678042,10.346099853515625
SHLCD,λ=8,65536,0,633729,9.669937133789062
SHLCD,λ=8,65536,0,650205,9.921340942382812
SHLCD,λ=8,65536,0,704608,10.75146484375
SHLCD,λ=8,65536,0,610017,9.308120727539062
SHLCD,λ=8,65536,0,604213,9.219558715820312
SHLCD,λ=8,65536,0,666863,10.175521850585938
SHLCD,λ=8,65536,0,730031,11.139389038085938
SHLCD,λ=8,65536,0,736145,11.232681274414062
SHLCD,λ=8,65536,0,645780,9.85382080078125
SHLCD,λ=8,65536,0,618708,9.44073486328125
SHLCD,λ=8,65536,0,756615,11.545028686523438
SHLCD,λ=8,65536,0,666258,10.166290283203125
SHLCD,λ=8,65536,0,613797,9.365798950195312
SHLCD,λ=8,65536,0,650818,9.930694580078125
SHLCD,λ=8,65536,0,662646,10.111175537109375
SHLCD,λ=8,65536,0,663055,10.117416381835938
SHLCD,λ=8,65536,0,688012,10.49822998046875
SHLCD,λ=8,65536,0,603081,9.202285766601562
SHLCD,λ=8,65536,0,722786,11.028839111328125
SHLCD,λ=8,65536,0,704103,10.743759155273438
SHLCD,λ=8,65536,0,628553,9.590957641601562
SHLCD,λ=8,65536,0,631033,9.628799438476562
SHLCD,λ=8,65536,0,653987,9.979049682617188
SHLCD,λ=8,65536,0,679551,10.369125366210938
SHLCD,λ=8,65536,0,652510,9.956512451171875
SHLCD,λ=8,65536,0,635704,9.7000732421875
SHLCD,λ=8,65536,0,654469,9.986404418945312
SHLCD,λ=8,65536,0,684510,10.444793701171875
SHLCD,λ=8,65536,0,700875,10.694503784179688
SHLCD,λ=8,65536,0,647482,9.879791259765625
SHLCD,λ=8,65536,0,672796,10.26605224609375
SHLCD,λ=8,65536,0,636833,9.717300415039062
SHLCD,λ=8,65536,0,717101,10.942092895507812
SHLCD,λ=8,65536,0,649357,9.908401489257812
SHLCD,λ=8,65536,0,635181,9.692092895507812
SHLCD,λ=8,65536,0,685845,10.465164184570312
SHLCD,λ=8,65536,0,662820,10.11383056640625
SHLCD,λ=8,65536,0,620520,9.4683837890625
SHLCD,λ=8,65536,0,585344,8.931640625
SHLCD,λ=8,65536,0,648271,9.891830444335938
SHLCD,λ=8,65536,0,630739,9.624313354492188
SHLCD,λ=8,65536,0,721964,11.01629638671875
SHLCD,λ=8,65536,0,651711,9.944320678710938
SHLCD,λ=8,65536,0,719636,10.98077392578125
SHLCD,λ=8,65536,0,618308,9.43463134765625
SHLCD,λ=8,65536,0,755238,11.524017333984375
SHLCD,λ=8,65536,0,628731,9.593673706054688
SHLCD,λ=8,65536,0,742329,11.327041625976562
SHLCD,λ=8,65536,0,617813,9.427078247070312
SHLCD,λ=8,65536,0,636560,9.713134765625
SHLCD,λ=8,65536,0,715568,10.918701171875
SHLCD,λ=8,65536,0,676757,10.326492309570312
SRLCD,λ=8,65536,0,734159,11.202377319335938
SRLCD,λ=8,65536,0,806906,12.312408447265625
SRLCD,λ=8,65536,0,721268,11.00567626953125
SRLCD,λ=8,65536,0,713211,10.882736206054688
SRLCD,λ=8,65536,0,797901,12.175003051757812
SRLCD,λ=8,65536,0,687827,10.495407104492188
SRLCD,λ=8,65536,0,768786,11.730743408203125
SRLCD,λ=8,65536,0,653167,9.966537475585938
SRLCD,λ=8,65536,0,646772,9.86895751953125
SRLCD,λ=8,65536,0,732562,11.178009033203125
SRLCD,λ=8,65536,0,669774,10.219940185546875
SRLCD,λ=8,65536,0,866998,13.229339599609375
SRLCD,λ=8,65536,0,762158,11.629608154296875
SRLCD,λ=8,65536,0,765181,11.675735473632812
SRLCD,λ=8,65536,0,704409,10.748428344726562
SRLCD,λ=8,65536,0,665120,10.14892578125
SRLCD,λ=8,65536,0,716238,10.928924560546875
SRLCD,λ=8,65536,0,714023,10.895126342773438
SRLCD,λ=8,65536,0,647096,9.8739013671875
SRLCD,λ=8,65536,0,659715,10.066452026367188
SRLCD,λ=8,65536,0,831004,12.68011474609375
SRLCD,λ=8,65536,0,735794,11.227325439453125
SRLCD,λ=8,65536,0,725244,11.06634521484375
SRLCD,λ=8,65536,0,705330,10.762481689453125
SRLCD,λ=8,65536,0,692172,10.56170654296875
SRLCD,λ=8,65536,0,671897,10.252334594726562
SRLCD,λ=8,65536,0,651967,9.948226928710938
SRLCD,λ=8,65536,0,689848,10.5262451171875
SRLCD,λ=8,65536,0,661897,10.099746704101562
SRLCD,λ=8,65536,0,696932,10.63433837890625
SRLCD,λ=8,65536,0,770173,11.751907348632812
SRLCD,λ=8,65536,0,675643,10.309494018554688
SRLCD,λ=8,65536,0,740217,11.294815063476562
SRLCD,λ=8,65536,0,731224,11.1575927734375
SRLCD,λ=8,65536,0,712492,10.87176513671875
SRLCD,λ=8,65536,0,678692,10.35601806640625
SRLCD,λ=8,65536,0,667859,10.190719604492188
SRLCD,λ=8,65536,0,700315,10.685958862304688
SRLCD,λ=8,65536,0,675623,10.309188842773438
SRLCD,λ=8,65536,0,676693,10.325515747070312
SRLCD,λ=8,65536,0,696199,10.623153686523438
SRLCD,λ=8,65536,0,699561,10.674453735351562
SRLCD,λ=8,65536,0,690537,10.536758422851562
SRLCD,λ=8,65536,0,671012,10.23883056640625
SRLCD,λ=8,65536,0,664605,10.141067504882812
SRLCD,λ=8,65536,0,734711,11.210800170898438
SRLCD,λ=8,65536,0,758539,11.574386596679688
SRLCD,λ=8,65536,0,651913,9.947402954101562
SRLCD,λ=8,65536,0,776593,11.849868774414062
SRLCD,λ=8,65536,0,657773,10.036819458007812
SRLCD,λ=8,65536,0,696581,10.628982543945312
SRLCD,λ=8,65536,0,825940,12.60284423828125
SRLCD,λ=8,65536,0,666651,10.172286987304688
SRLCD,λ=8,65536,0,750683,11.454513549804688
SRLCD,λ=8,65536,0,700660,10.69122314453125
SRLCD,λ=8,65536,0,686701,10.478225708007812
SRLCD,λ=8,65536,0,689221,10.516677856445312
SRLCD,λ=8,65536,0,703399,10.733016967773438
SRLCD,λ=8,65536,0,707373,10.793655395507812
SRLCD,λ=8,65536,0,683342,10.426971435546875
SRLCD,λ=8,65536,0,644305,9.831314086914062
SRLCD,λ=8,65536,0,715434,10.916656494140625
SRLCD,λ=8,65536,0,798754,12.188018798828125
SRLCD,λ=8,65536,0,711225,10.852432250976562
SRLCD,λ=8,65536,0,693765,10.586013793945312
SRLCD,λ=8,65536,0,678916,10.35943603515625
SRLCD,λ=8,65536,0,618257,9.433853149414062
SRLCD,λ=8,65536,0,787794,12.020782470703125
SRLCD,λ=8,65536,0,666048,10.1630859375
SRLCD,λ=8,65536,0,681372,10.39691162109375
SRLCD,λ=8,65536,0,746336,11.38818359375
SRLCD,λ=8,65536,0,657085,10.026321411132812
SRLCD,λ=8,65536,0,746121,11.384902954101562
SRLCD,λ=8,65536,0,727794,11.105255126953125
SRLCD,λ=8,65536,0,737524,11.25372314453125
SRLCD,λ=8,65536,0,699288,10.6702880859375
SRLCD,λ=8,65536,0,679504,10.368408203125
SRLCD,λ=8,65536,0,747558,11.406829833984375
SRLCD,λ=8,65536,0,723497,11.039688110351562
SRLCD,λ=8,65536,0,690504,10.5362548828125
SRLCD,λ=8,65536,0,745682,11.378204345703125
SRLCD,λ=8,65536,0,783867,11.960861206054688
SRLCD,λ=8,65536,0,695314,10.609649658203125
SRLCD,λ=8,65536,0,661419,10.092453002929688
SRLCD,λ=8,65536,0,777905,11.869888305664062
SRLCD,λ=8,65536,0,663310,10.121307373046875
SRLCD,λ=8,65536,0,658642,10.050079345703125
SRLCD,λ=8,65536,0,654199,9.982284545898438
SRLCD,λ=8,65536,0,706420,10.77911376953125
SRLCD,λ=8,65536,0,794359,12.120956420898438
SRLCD,λ=8,65536,0,819511,12.504745483398438
SRLCD,λ=8,65536,0,696510,10.627899169921875
SRLCD,λ=8,65536,0,674795,10.296554565429688
SRLCD,λ=8,65536,0,838169,12.789443969726562
SRLCD,λ=8,65536,0,664713,10.142715454101562
SRLCD,λ=8,65536,0,738790,11.273040771484375
SRLCD,λ=8,65536,0,761179,11.614669799804688
SRLCD,λ=8,65536,0,741138,11.308868408203125
SRLCD,λ=8,65536,0,673510,10.276947021484375
SRLCD,λ=8,65536,0,657385,10.030899047851562
SSLCD,λ=8,65536,0,872830,13.318328857421875
SSLCD,λ=8,65536,0,910080,13.88671875
SSLCD,λ=8,65536,0,890270,13.584442138671875
SSLCD,λ=8,65536,0,915694,13.972381591796875
SSLCD,λ=8,65536,0,896449,13.678726196289062
SSLCD,λ=8,65536,0,1119749,17.086013793945312
SSLCD,λ=8,65536,0,1128506,17.219635009765625
SSLCD,λ=8,65536,0,865420,13.20526123046875
SSLCD,λ=8,65536,0,941753,14.370010375976562
SSLCD,λ=8,65536,0,898540,13.71063232421875
SSLCD,λ=8,65536,0,903017,13.778945922851562
SSLCD,λ=8,65536,0,957573,14.611404418945312
SSLCD,λ=8,65536,0,906362,13.829986572265625
SSLCD,λ=8,65536,0,866473,13.221328735351562
SSLCD,λ=8,65536,0,965075,14.725875854492188
SSLCD,λ=8,65536,0,917348,13.99761962890625
SSLCD,λ=8,65536,0,902315,13.768234252929688
SSLCD,λ=8,65536,0,917941,14.006668090820312
SSLCD,λ=8,65536,0,965475,14.731979370117188
SSLCD,λ=8,65536,0,909733,13.881423950195312
SSLCD,λ=8,65536,0,822117,12.544509887695312
SSLCD,λ=8,65536,0,957060,14.60357666015625
SSLCD,λ=8,65536,0,940218,14.346588134765625
SSLCD,λ=8,65536,0,893579,13.634933471679688
SSLCD,λ=8,65536,0,997428,15.21954345703125
SSLCD,λ=8,65536,0,921760,14.06494140625
SSLCD,λ=8,65536,0,943247,14.392807006835938
SSLCD,λ=8,65536,0,913940,13.94561767578125
SSLCD,λ=8,65536,0,972903,14.845321655273438
SSLCD,λ=8,65536,0,940734,14.354461669921875
SSLCD,λ=8,65536,0,896140,13.67401123046875
SSLCD,λ=8,65536,0,908033,13.855484008789062
SSLCD,λ=8,65536,0,895031,13.657089233398438
SSLCD,λ=8,65536,0,856099,13.063034057617188
SSLCD,λ=8,65536,0,923042,14.084503173828125
SSLCD,λ=8,65536,0,872880,13.319091796875
SSLCD,λ=8,65536,0,1087622,16.595794677734375
SSLCD,λ=8,65536,0,940276,14.34747314453125
SSLCD,λ=8,65536,0,1004011,15.319992065429688
SSLCD,λ=8,65536,0,1062178,16.207550048828125
SSLCD,λ=8,65536,0,1238204,18.89349365234375
SSLCD,λ=8,65536,0,955547,14.580490112304688
SSLCD,λ=8,65536,0,894552,13.6497802734375
SSLCD,λ=8,65536,0,1027388,15.67669677734375
SSLCD,λ=8,65536,0,984018,15.014923095703125
SSLCD,λ=8,65536,0,847318,12.929046630859375
SSLCD,λ=8,65536,0,928164,14.16265869140625
SSLCD,λ=8,65536,0,885144,13.5062255859375
SSLCD,λ=8,65536,0,903941,13.793045043945312
SSLCD,λ=8,65536,0,964561,14.718032836914062
SSLCD,λ=8,65536,0,973263,14.850814819335938
SSLCD,λ=8,65536,0,818428,12.48822021484375
SSLCD,λ=8,65536,0,969596,14.79486083984375
SSLCD,λ=8,65536,0,926952,14.1441650390625
SSLCD,λ=8,65536,0,841906,12.846466064453125
SSLCD,λ=8,65536,0,1047500,15.98358154296875
SSLCD,λ=8,65536,0,877244,13.38568115234375
SSLCD,λ=8,65536,0,884314,13.493560791015625
SSLCD,λ=8,65536,0,914625,13.956069946289062
SSLCD,λ=8,65536,0,953726,14.552703857421875
SSLCD,λ=8,65536,0,970498,14.808624267578125
SSLCD,λ=8,65536,0,923163,14.086349487304688
SSLCD,λ=8,65536,0,1063728,16.231201171875
SSLCD,λ=8,65536,0,912205,13.919143676757812
SSLCD,λ=8,65536,0,921804,14.06561279296875
SSLCD,λ=8,65536,0,960459,14.655441284179688
SSLCD,λ=8,65536,0,870264,13.2791748046875
SSLCD,λ=8,65536,0,888428,13.55633544921875
SSLCD,λ=8,65536,0,876389,13.372634887695312
SSLCD,λ=8,65536,0,959367,14.638778686523438
SSLCD,λ=8,65536,0,1162811,17.743087768554688
SSLCD,λ=8,65536,0,988951,15.090194702148438
SSLCD,λ=8,65536,0,916310,13.981781005859375
SSLCD,λ=8,65536,0,975016,14.8775634765625
SSLCD,λ=8,65536,0,897003,13.687179565429688
SSLCD,λ=8,65536,0,1083681,16.535659790039062
SSLCD,λ=8,65536,0,953610,14.550933837890625
SSLCD,λ=8,65536,0,1029750,15.712738037109375
SSLCD,λ=8,65536,0,856044,13.06219482421875
SSLCD,λ=8,65536,0,932609,14.230484008789062
SSLCD,λ=8,65536,0,885253,13.507888793945312
SSLCD,λ=8,65536,0,829528,12.6575927734375
SSLCD,λ=8,65536,0,952055,14.527206420898438
SSLCD,λ=8,65536,0,908685,13.865432739257812
SSLCD,λ=8,65536,0,1081924,16.50885009765625
SSLCD,λ=8,65536,0,929134,14.177459716796875
SSLCD,λ=8,65536,0,903933,13.792922973632812
SSLCD,λ=8,65536,0,929328,14.180419921875
SSLCD,λ=8,65536,0,1053410,16.073760986328125
SSLCD,λ=8,65536,0,940971,14.358078002929688
SSLCD,λ=8,65536,0,869759,13.271469116210938
SSLCD,λ=8,65536,0,982852,14.99713134765625
SSLCD,λ=8,65536,0,829303,12.654159545898438
SSLCD,λ=8,65536,0,870436,13.28179931640625
SSLCD,λ=8,65536,0,929865,14.188613891601562
SSLCD,λ=8,65536,0,985927,15.044052124023438
SSLCD,λ=8,65536,0,892272,13.614990234375
SSLCD,λ=8,65536,0,850258,12.973907470703125
SSLCD,λ=8,65536,0,894141,13.643508911132812
SSLCD,λ=8,65536,0,1040739,15.880416870117188
SSDSD,λ=8,65536,0,999393,15.249526977539062
SSDSD,λ=8,65536,0,899825,13.730239868164062
SSDSD,λ=8,65536,0,779985,11.901626586914062
SSDSD,λ=8,65536,0,833817,12.723037719726562
SSDSD,λ=8,65536,0,906209,13.827651977539062
SSDSD,λ=8,65536,0,782289,11.936782836914062
SSDSD,λ=8,65536,0,945369,14.425186157226562
SSDSD,λ=8,65536,0,768937,11.733047485351562
SSDSD,λ=8,65536,0,842377,12.853652954101562
SSDSD,λ=8,65536,0,849249,12.958511352539062
SSDSD,λ=8,65536,0,893337,13.631240844726562
SSDSD,λ=8,65536,0,845609,12.902969360351562
SSDSD,λ=8,65536,0,803441,12.259536743164062
SSDSD,λ=8,65536,0,808729,12.340225219726562
SSDSD,λ=8,65536,0,1010313,15.416152954101562
SSDSD,λ=8,65536,0,819017,12.497207641601562
SSDSD,λ=8,65536,0,849857,12.967788696289062
SSDSD,λ=8,65536,0,849737,12.965957641601562
SSDSD,λ=8,65536,0,808409,12.335342407226562
SSDSD,λ=8,65536,0,851129,12.987197875976562
SSDSD,λ=8,65536,0,846057,12.909805297851562
SSDSD,λ=8,65536,0,836377,12.762100219726562
SSDSD,λ=8,65536,0,740633,11.301162719726562
SSDSD,λ=8,65536,0,982729,14.995254516601562
SSDSD,λ=8,65536,0,842361,12.853408813476562
SSDSD,λ=8,65536,0,805329,12.288345336914062
SSDSD,λ=8,65536,0,872193,13.308609008789062
SSDSD,λ=8,65536,0,872233,13.309219360351562
SSDSD,λ=8,65536,0,965505,14.732437133789062
SSDSD,λ=8,65536,0,1159657,17.694961547851562
SSDSD,λ=8,65536,0,820825,12.524795532226562
SSDSD,λ=8,65536,0,880777,13.439590454101562
SSDSD,λ=8,65536,0,869017,13.260147094726562
SSDSD,λ=8,65536,0,870521,13.283096313476562
SSDSD,λ=8,65536,0,914449,13.953384399414062
SSDSD,λ=8,65536,0,900417,13.739273071289062
SSDSD,λ=8,65536,0,913241,13.934951782226562
SSDSD,λ=8,65536,0,942905,14.387588500976562
SSDSD,λ=8,65536,0,854049,13.031753540039062
SSDSD,λ=8,65536,0,887953,13.549087524414062
SSDSD,λ=8,65536,0,943305,14.393692016601562
SSDSD,λ=8,65536,0,934561,14.260269165039062
SSDSD,λ=8,65536,0,801745,12.233657836914062
SSDSD,λ=8,65536,0,793025,12.100601196289062
SSDSD,λ=8,65536,0,801233,12.225845336914062
SSDSD,λ=8,65536,0,815249,12.439712524414062
SSDSD,λ=8,65536,0,805065,12.284317016601562
SSDSD,λ=8,65536,0,850305,12.974624633789062
SSDSD,λ=8,65536,0,975281,14.881607055664062
SSDSD,λ=8,65536,0,763193,11.645401000976562
SSDSD,λ=8,65536,0,780457,11.908828735351562
SSDSD,λ=8,65536,0,856793,13.073623657226562
SSDSD,λ=8,65536,0,762553,11.635635375976562
SSDSD,λ=8,65536,0,846569,12.917617797851562
SSDSD,λ=8,65536,0,835585,12.750015258789062
SSDSD,λ=8,65536,0,783617,11.957046508789062
SSDSD,λ=8,65536,0,844721,12.889419555664062
SSDSD,λ=8,65536,0,777185,11.858901977539062
SSDSD,λ=8,65536,0,791961,12.084365844726562
SSDSD,λ=8,65536,0,974369,14.867691040039062
SSDSD,λ=8,65536,0,839033,12.802627563476562
SSDSD,λ=8,65536,0,853217,13.019058227539062
SSDSD,λ=8,65536,0,767585,11.712417602539062
SSDSD,λ=8,65536,0,911905,13.914566040039062
SSDSD,λ=8,65536,0,788305,12.028579711914062
SSDSD,λ=8,65536,0,776929,11.854995727539062
SSDSD,λ=8,65536,0,818033,12.482192993164062
SSDSD,λ=8,65536,0,763329,11.647476196289062
SSDSD,λ=8,65536,0,855561,13.054824829101562
SSDSD,λ=8,65536,0,1071393,16.348159790039062
SSDSD,λ=8,65536,0,809617,12.353775024414062
SSDSD,λ=8,65536,0,780753,11.913345336914062
SSDSD,λ=8,65536,0,847545,12.932510375976562
SSDSD,λ=8,65536,0,915321,13.966690063476562
SSDSD,λ=8,65536,0,845001,12.893692016601562
SSDSD,λ=8,65536,0,892089,13.612197875976562
SSDSD,λ=8,65536,0,830305,12.669448852539062
SSDSD,λ=8,65536,0,792777,12.096817016601562
SSDSD,λ=8,65536,0,898105,13.703994750976562
SSDSD,λ=8,65536,0,1066785,16.277847290039062
SSDSD,λ=8,65536,0,833961,12.725234985351562
SSDSD,λ=8,65536,0,835409,12.747329711914062
SSDSD,λ=8,65536,0,802833,12.250259399414062
SSDSD,λ=8,65536,0,900601,13.742080688476562
SSDSD,λ=8,65536,0,834377,12.731582641601562
SSDSD,λ=8,65536,0,958889,14.631484985351562
SSDSD,λ=8,65536,0,795313,12.135513305664062
SSDSD,λ=8,65536,0,948953,14.479873657226562
SSDSD,λ=8,65536,0,890049,13.581069946289062
SSDSD,λ=8,65536,0,898945,13.716812133789062
SSDSD,λ=8,65536,0,799193,12.194717407226562
SSDSD,λ=8,65536,0,884905,13.502578735351562
SSDSD,λ=8,65536,0,853401,13.021865844726562
SSDSD,λ=8,65536,0,858545,13.100357055664062
SSDSD,λ=8,65536,0,836457,12.763320922851562
SSDSD,λ=8,65536,0,888057,13.550674438476562
SSDSD,λ=8,65536,0,953953,14.556167602539062
SSDSD,λ=8,65536,0,986137,15.047256469726562
SSDSD,λ=8,65536,0,871985,13.305435180664062
SSDSD,λ=8,65536,0,825145,12.590713500976562
SRDSD,λ=8,65536,0,613049,9.354385375976562
SRDSD,λ=8,65536,0,621785,9.487686157226562
SRDSD,λ=8,65536,0,630625,9.622573852539062
SRDSD,λ=8,65536,0,637481,9.727188110351562
SRDSD,λ=8,65536,0,680889,10.389541625976562
SRDSD,λ=8,65536,0,687137,10.484878540039062
SRDSD,λ=8,65536,0,697937,10.649673461914062
SRDSD,λ=8,65536,0,601721,9.181533813476562
SRDSD,λ=8,65536,0,650705,9.928970336914062
SRDSD,λ=8,65536,0,658913,10.054214477539062
SRDSD,λ=8,65536,0,754433,11.511734008789062
SRDSD,λ=8,65536,0,676201,10.318008422851562
SRDSD,λ=8,65536,0,761449,11.618789672851562
SRDSD,λ=8,65536,0,603241,9.204727172851562
SRDSD,λ=8,65536,0,669665,10.218276977539062
SRDSD,λ=8,65536,0,623929,9.520401000976562
SRDSD,λ=8,65536,0,656465,10.016860961914062
SRDSD,λ=8,65536,0,636249,9.708389282226562
SRDSD,λ=8,65536,0,640881,9.779067993164062
SRDSD,λ=8,65536,0,770241,11.752944946289062
SRDSD,λ=8,65536,0,661337,10.091201782226562
SRDSD,λ=8,65536,0,681217,10.394546508789062
SRDSD,λ=8,65536,0,668521,10.200820922851562
SRDSD,λ=8,65536,0,790569,12.063125610351562
SRDSD,λ=8,65536,0,662769,10.113052368164062
SRDSD,λ=8,65536,0,699009,10.666030883789062
SRDSD,λ=8,65536,0,655249,9.998306274414062
SRDSD,λ=8,65536,0,687169,10.485366821289062
SRDSD,λ=8,65536,0,658953,10.054824829101562
SRDSD,λ=8,65536,0,655961,10.009170532226562
SRDSD,λ=8,65536,0,638409,9.741348266601562
SRDSD,λ=8,65536,0,689729,10.524429321289062
SRDSD,λ=8,65536,0,718033,10.956314086914062
SRDSD,λ=8,65536,0,656233,10.013320922851562
SRDSD,λ=8,65536,0,745457,11.374771118164062
SRDSD,λ=8,65536,0,725977,11.077529907226562
SRDSD,λ=8,65536,0,675377,10.305435180664062
SRDSD,λ=8,65536,0,713617,10.888931274414062
SRDSD,λ=8,65536,0,814329,12.425674438476562
SRDSD,λ=8,65536,0,743769,11.349014282226562
SRDSD,λ=8,65536,0,662033,10.101821899414062
SRDSD,λ=8,65536,0,684617,10.446426391601562
SRDSD,λ=8,65536,0,611065,9.324111938476562
SRDSD,λ=8,65536,0,671121,10.240493774414062
SRDSD,λ=8,65536,0,744377,11.358291625976562
SRDSD,λ=8,65536,0,619249,9.448989868164062
SRDSD,λ=8,65536,0,639729,9.761489868164062
SRDSD,λ=8,65536,0,687761,10.494400024414062
SRDSD,λ=8,65536,0,660105,10.072402954101562
SRDSD,λ=8,65536,0,712417,10.870620727539062
SRDSD,λ=8,65536,0,599553,9.148452758789062
SRDSD,λ=8,65536,0,625809,9.549087524414062
SRDSD,λ=8,65536,0,725705,11.073379516601562
SRDSD,λ=8,65536,0,690345,10.533828735351562
SRDSD,λ=8,65536,0,749969,11.443618774414062
SRDSD,λ=8,65536,0,650241,9.921890258789062
SRDSD,λ=8,65536,0,660921,10.084854125976562
SRDSD,λ=8,65536,0,697705,10.646133422851562
SRDSD,λ=8,65536,0,709745,10.829849243164062
SRDSD,λ=8,65536,0,639697,9.761001586914062
SRDSD,λ=8,65536,0,810625,12.369155883789062
SRDSD,λ=8,65536,0,625561,9.545303344726562
SRDSD,λ=8,65536,0,624057,9.522354125976562
SRDSD,λ=8,65536,0,716961,10.939956665039062
SRDSD,λ=8,65536,0,636209,9.707778930664062
SRDSD,λ=8,65536,0,694161,10.592056274414062
SRDSD,λ=8,65536,0,622977,9.505874633789062
SRDSD,λ=8,65536,0,751689,11.469863891601562
SRDSD,λ=8,65536,0,685297,10.456802368164062
SRDSD,λ=8,65536,0,657369,10.030654907226562
SRDSD,λ=8,65536,0,661369,10.091690063476562
SRDSD,λ=8,65536,0,710841,10.846572875976562
SRDSD,λ=8,65536,0,637217,9.723159790039062
SRDSD,λ=8,65536,0,672929,10.268081665039062
SRDSD,λ=8,65536,0,730849,11.151870727539062
SRDSD,λ=8,65536,0,618353,9.435317993164062
SRDSD,λ=8,65536,0,802137,12.239639282226562
SRDSD,λ=8,65536,0,748177,11.416275024414062
SRDSD,λ=8,65536,0,584409,8.917373657226562
SRDSD,λ=8,65536,0,644401,9.832778930664062
SRDSD,λ=8,65536,0,693809,10.586685180664062
SRDSD,λ=8,65536,0,652897,9.962417602539062
SRDSD,λ=8,65536,0,677881,10.343643188476562
SRDSD,λ=8,65536,0,689577,10.522109985351562
SRDSD,λ=8,65536,0,650529,9.926284790039062
SRDSD,λ=8,65536,0,604905,9.230117797851562
SRDSD,λ=8,65536,0,684689,10.447525024414062
SRDSD,λ=8,65536,0,661665,10.096206665039062
SRDSD,λ=8,65536,0,748713,11.424453735351562
SRDSD,λ=8,65536,0,644809,9.839004516601562
SRDSD,λ=8,65536,0,605913,9.245498657226562
SRDSD,λ=8,65536,0,637785,9.731826782226562
SRDSD,λ=8,65536,0,611513,9.330947875976562
SRDSD,λ=8,65536,0,671513,10.246475219726562
SRDSD,λ=8,65536,0,727537,11.101333618164062
SRDSD,λ=8,65536,0,694065,10.590591430664062
SRDSD,λ=8,65536,0,658057,10.041152954101562
SRDSD,λ=8,65536,0,685793,10.464370727539062
SRDSD,λ=8,65536,0,628249,9.586318969726562
SHDSD,λ=8,65536,0,614105,9.370498657226562
SHDSD,λ=8,65536,0,594857,9.076797485351562
SHDSD,λ=8,65536,0,614265,9.372940063476562
SHDSD,λ=8,65536,0,718833,10.968521118164062
SHDSD,λ=8,65536,0,660929,10.084976196289062
SHDSD,λ=8,65536,0,694545,10.597915649414062
SHDSD,λ=8,65536,0,601161,9.172988891601562
SHDSD,λ=8,65536,0,667041,10.178237915039062
SHDSD,λ=8,65536,0,611577,9.331924438476562
SHDSD,λ=8,65536,0,761345,11.617202758789062
SHDSD,λ=8,65536,0,692481,10.566421508789062
SHDSD,λ=8,65536,0,600545,9.163589477539062
SHDSD,λ=8,65536,0,618673,9.440200805664062
SHDSD,λ=8,65536,0,664113,10.133560180664062
SHDSD,λ=8,65536,0,635561,9.697891235351562
SHDSD,λ=8,65536,0,629553,9.606216430664062
SHDSD,λ=8,65536,0,638689,9.745620727539062
SHDSD,λ=8,65536,0,634009,9.674209594726562
SHDSD,λ=8,65536,0,620289,9.464859008789062
SHDSD,λ=8,65536,0,593513,9.056289672851562
SHDSD,λ=8,65536,0,601969,9.185317993164062
SHDSD,λ=8,65536,0,711329,10.854019165039062
SHDSD,λ=8,65536,0,555905,8.482437133789062
SHDSD,λ=8,65536,0,648073,9.888809204101562
SHDSD,λ=8,65536,0,585897,8.940078735351562
SHDSD,λ=8,65536,0,591857,9.031021118164062
SHDSD,λ=8,65536,0,623121,9.508071899414062
SHDSD,λ=8,65536,0,626441,9.558731079101562
SHDSD,λ=8,65536,0,563369,8.596328735351562
SHDSD,λ=8,65536,0,597689,9.120010375976562
SHDSD,λ=8,65536,0,553281,8.442398071289062
SHDSD,λ=8,65536,0,627505,9.574966430664062
SHDSD,λ=8,65536,0,758753,11.577651977539062
SHDSD,λ=8,65536,0,605113,9.233291625976562
SHDSD,λ=8,65536,0,620137,9.462539672851562
SHDSD,λ=8,65536,0,629817,9.610244750976562
SHDSD,λ=8,65536,0,575313,8.778579711914062
SHDSD,λ=8,65536,0,583553,8.904312133789062
SHDSD,λ=8,65536,0,732665,11.179580688476562
SHDSD,λ=8,65536,0,621473,9.482925415039062
SHDSD,λ=8,65536,0,578697,8.830215454101562
SHDSD,λ=8,65536,0,592105,9.034805297851562
SHDSD,λ=8,65536,0,587033,8.957412719726562
SHDSD,λ=8,65536,0,597273,9.113662719726562
SHDSD,λ=8,65536,0,651241,9.937149047851562
SHDSD,λ=8,65536,0,594825,9.076309204101562
SHDSD,λ=8,65536,0,786609,12.002700805664062
SHDSD,λ=8,65536,0,620025,9.460830688476562
SHDSD,λ=8,65536,0,612217,9.341690063476562
SHDSD,λ=8,65536,0,634585,9.682998657226562
SHDSD,λ=8,65536,0,638873,9.748428344726562
SHDSD,λ=8,65536,0,634865,9.687271118164062
SHDSD,λ=8,65536,0,597345,9.114761352539062
SHDSD,λ=8,65536,0,658113,10.042007446289062
SHDSD,λ=8,65536,0,676137,10.317031860351562
SHDSD,λ=8,65536,0,591793,9.030044555664062
SHDSD,λ=8,65536,0,565921,8.635269165039062
SHDSD,λ=8,65536,0,699713,10.676773071289062
SHDSD,λ=8,65536,0,615753,9.395645141601562
SHDSD,λ=8,65536,0,600209,9.158462524414062
SHDSD,λ=8,65536,0,625769,9.548477172851562
SHDSD,λ=8,65536,0,596713,9.105117797851562
SHDSD,λ=8,65536,0,634481,9.681411743164062
SHDSD,λ=8,65536,0,556809,8.496231079101562
SHDSD,λ=8,65536,0,648329,9.892715454101562
SHDSD,λ=8,65536,0,683265,10.425796508789062
SHDSD,λ=8,65536,0,586201,8.944717407226562
SHDSD,λ=8,65536,0,704265,10.746231079101562
SHDSD,λ=8,65536,0,646089,9.858535766601562
SHDSD,λ=8,65536,0,624529,9.529556274414062
SHDSD,λ=8,65536,0,623297,9.510757446289062
SHDSD,λ=8,65536,0,639569,9.759048461914062
SHDSD,λ=8,65536,0,605473,9.238784790039062
SHDSD,λ=8,65536,0,578049,8.820327758789062
SHDSD,λ=8,65536,0,661433,10.092666625976562
SHDSD,λ=8,65536,0,654305,9.983901977539062
SHDSD,λ=8,65536,0,601569,9.179214477539062
SHDSD,λ=8,65536,0,586593,8.950698852539062
SHDSD,λ=8,65536,0,624977,9.536392211914062
SHDSD,λ=8,65536,0,581793,8.877456665039062
SHDSD,λ=8,65536,0,606281,9.251113891601562
SHDSD,λ=8,65536,0,632697,9.654190063476562
SHDSD,λ=8,65536,0,688521,10.505996704101562
SHDSD,λ=8,65536,0,569697,8.692886352539062
SHDSD,λ=8,65536,0,610209,9.311050415039062
SHDSD,λ=8,65536,0,605393,9.237564086914062
SHDSD,λ=8,65536,0,572785,8.740005493164062
SHDSD,λ=8,65536,0,596745,9.105606079101562
SHDSD,λ=8,65536,0,576673,8.799331665039062
SHDSD,λ=8,65536,0,639249,9.754165649414062
SHDSD,λ=8,65536,0,581865,8.878555297851562
SHDSD,λ=8,65536,0,616569,9.408096313476562
SHDSD,λ=8,65536,0,626793,9.564102172851562
SHDSD,λ=8,65536,0,740737,11.302749633789062
SHDSD,λ=8,65536,0,574865,8.771743774414062
SHDSD,λ=8,65536,0,643993,9.826553344726562
SHDSD,λ=8,65536,0,711833,10.861709594726562
SHDSD,λ=8,65536,0,597769,9.121231079101562
SHDSD,λ=8,65536,0,561993,8.575332641601562
SHDSD,λ=8,65536,0,611401,9.329238891601562
SHLSD,λ=8,65536,0,657329,10.030044555664062
SHLSD,λ=8,65536,0,565849,8.634170532226562
SHLSD,λ=8,65536,0,626969,9.566787719726562
SHLSD,λ=8,65536,0,600905,9.169082641601562
SHLSD,λ=8,65536,0,601161,9.172988891601562
SHLSD,λ=8,65536,0,658257,10.044204711914062
SHLSD,λ=8,65536,0,579313,8.839614868164062
SHLSD,λ=8,65536,0,661817,10.098526000976562
SHLSD,λ=8,65536,0,637945,9.734268188476562
SHLSD,λ=8,65536,0,680209,10.379165649414062
SHLSD,λ=8,65536,0,728785,11.120376586914062
SHLSD,λ=8,65536,0,614753,9.380386352539062
SHLSD,λ=8,65536,0,630481,9.620376586914062
SHLSD,λ=8,65536,0,621361,9.481216430664062
SHLSD,λ=8,65536,0,664729,10.142959594726562
SHLSD,λ=8,65536,0,698577,10.659439086914062
SHLSD,λ=8,65536,0,614081,9.370132446289062
SHLSD,λ=8,65536,0,644937,9.840957641601562
SHLSD,λ=8,65536,0,600873,9.168594360351562
SHLSD,λ=8,65536,0,601033,9.171035766601562
SHLSD,λ=8,65536,0,773657,11.805068969726562
SHLSD,λ=8,65536,0,614649,9.378799438476562
SHLSD,λ=8,65536,0,642913,9.810073852539062
SHLSD,λ=8,65536,0,625905,9.550552368164062
SHLSD,λ=8,65536,0,603009,9.201187133789062
SHLSD,λ=8,65536,0,659985,10.070571899414062
SHLSD,λ=8,65536,0,593921,9.062515258789062
SHLSD,λ=8,65536,0,697761,10.646987915039062
SHLSD,λ=8,65536,0,637161,9.722305297851562
SHLSD,λ=8,65536,0,618937,9.444229125976562
SHLSD,λ=8,65536,0,677929,10.344375610351562
SHLSD,λ=8,65536,0,669505,10.215835571289062
SHLSD,λ=8,65536,0,578817,8.832046508789062
SHLSD,λ=8,65536,0,597137,9.111587524414062
SHLSD,λ=8,65536,0,600145,9.157485961914062
SHLSD,λ=8,65536,0,636601,9.713760375976562
SHLSD,λ=8,65536,0,638345,9.740371704101562
SHLSD,λ=8,65536,0,672937,10.268203735351562
SHLSD,λ=8,65536,0,591449,9.024795532226562
SHLSD,λ=8,65536,0,735305,11.219863891601562
SHLSD,λ=8,65536,0,661281,10.090347290039062
SHLSD,λ=8,65536,0,674649,10.294326782226562
SHLSD,λ=8,65536,0,623121,9.508071899414062
SHLSD,λ=8,65536,0,603641,9.210830688476562
SHLSD,λ=8,65536,0,625777,9.548599243164062
SHLSD,λ=8,65536,0,611969,9.337905883789062
SHLSD,λ=8,65536,0,714033,10.895278930664062
SHLSD,λ=8,65536,0,612433,9.344985961914062
SHLSD,λ=8,65536,0,616761,9.411026000976562
SHLSD,λ=8,65536,0,634649,9.683975219726562
SHLSD,λ=8,65536,0,674809,10.296768188476562
SHLSD,λ=8,65536,0,590057,9.003555297851562
SHLSD,λ=8,65536,0,719657,10.981094360351562
SHLSD,λ=8,65536,0,653601,9.973159790039062
SHLSD,λ=8,65536,0,638665,9.745254516601562
SHLSD,λ=8,65536,0,629617,9.607192993164062
SHLSD,λ=8,65536,0,636025,9.704971313476562
SHLSD,λ=8,65536,0,654353,9.984634399414062
SHLSD,λ=8,65536,0,645297,9.846450805664062
SHLSD,λ=8,65536,0,645561,9.850479125976562
SHLSD,λ=8,65536,0,612353,9.343765258789062
SHLSD,λ=8,65536,0,671225,10.242080688476562
SHLSD,λ=8,65536,0,554385,8.459243774414062
SHLSD,λ=8,65536,0,591169,9.020523071289062
SHLSD,λ=8,65536,0,622465,9.498062133789062
SHLSD,λ=8,65536,0,618681,9.440322875976562
SHLSD,λ=8,65536,0,589601,8.996597290039062
SHLSD,λ=8,65536,0,569897,8.695938110351562
SHLSD,λ=8,65536,0,645929,9.856094360351562
SHLSD,λ=8,65536,0,617417,9.421035766601562
SHLSD,λ=8,65536,0,577977,8.819229125976562
SHLSD,λ=8,65536,0,666913,10.176284790039062
SHLSD,λ=8,65536,0,631729,9.639419555664062
SHLSD,λ=8,65536,0,593441,9.055191040039062
SHLSD,λ=8,65536,0,611625,9.332656860351562
SHLSD,λ=8,65536,0,612297,9.342910766601562
SHLSD,λ=8,65536,0,665817,10.159561157226562
SHLSD,λ=8,65536,0,639769,9.762100219726562
SHLSD,λ=8,65536,0,712977,10.879165649414062
SHLSD,λ=8,65536,0,602601,9.194961547851562
SHLSD,λ=8,65536,0,641769,9.792617797851562
SHLSD,λ=8,65536,0,626721,9.563003540039062
SHLSD,λ=8,65536,0,617513,9.422500610351562
SHLSD,λ=8,65536,0,649153,9.905288696289062
SHLSD,λ=8,65536,0,762737,11.638442993164062
SHLSD,λ=8,65536,0,672601,10.263076782226562
SHLSD,λ=8,65536,0,657377,10.030776977539062
SHLSD,λ=8,65536,0,629057,9.598648071289062
SHLSD,λ=8,65536,0,667345,10.182876586914062
SHLSD,λ=8,65536,0,654857,9.992324829101562
SHLSD,λ=8,65536,0,624265,9.525527954101562
SHLSD,λ=8,65536,0,678289,10.349868774414062
SHLSD,λ=8,65536,0,621785,9.487686157226562
SHLSD,λ=8,65536,0,613681,9.364028930664062
SHLSD,λ=8,65536,0,623881,9.519668579101562
SHLSD,λ=8,65536,0,678857,10.358535766601562
SHLSD,λ=8,65536,0,644449,9.833511352539062
SHLSD,λ=8,65536,0,594697,9.074356079101562
SHLSD,λ=8,65536,0,588257,8.976089477539062
SHLSD,λ=8,65536,0,629913,9.611709594726562
SRLSD,λ=8,65536,0,724937,11.061660766601562
SRLSD,λ=8,65536,0,683409,10.427993774414062
SRLSD,λ=8,65536,0,595129,9.080947875976562
SRLSD,λ=8,65536,0,646745,9.868545532226562
SRLSD,λ=8,65536,0,673273,10.273330688476562
SRLSD,λ=8,65536,0,691073,10.544937133789062
SRLSD,λ=8,65536,0,690369,10.534194946289062
SRLSD,λ=8,65536,0,690065,10.529556274414062
SRLSD,λ=8,65536,0,696257,10.624038696289062
SRLSD,λ=8,65536,0,678969,10.360244750976562
SRLSD,λ=8,65536,0,747425,11.404800415039062
SRLSD,λ=8,65536,0,649993,9.918106079101562
SRLSD,λ=8,65536,0,791441,12.076431274414062
SRLSD,λ=8,65536,0,676409,10.321182250976562
SRLSD,λ=8,65536,0,691609,10.553115844726562
SRLSD,λ=8,65536,0,733553,11.193130493164062
SRLSD,λ=8,65536,0,770785,11.761245727539062
SRLSD,λ=8,65536,0,634233,9.677627563476562
SRLSD,λ=8,65536,0,723513,11.039932250976562
SRLSD,λ=8,65536,0,748729,11.424697875976562
SRLSD,λ=8,65536,0,790713,12.065322875976562
SRLSD,λ=8,65536,0,714729,10.905899047851562
SRLSD,λ=8,65536,0,687393,10.488784790039062
SRLSD,λ=8,65536,0,612209,9.341567993164062
SRLSD,λ=8,65536,0,666017,10.162612915039062
SRLSD,λ=8,65536,0,678385,10.351333618164062
SRLSD,λ=8,65536,0,687505,10.490493774414062
SRLSD,λ=8,65536,0,682385,10.412368774414062
SRLSD,λ=8,65536,0,718793,10.967910766601562
SRLSD,λ=8,65536,0,684209,10.440200805664062
SRLSD,λ=8,65536,0,653761,9.975601196289062
SRLSD,λ=8,65536,0,688473,10.505264282226562
SRLSD,λ=8,65536,0,792049,12.085708618164062
SRLSD,λ=8,65536,0,695409,10.611099243164062
SRLSD,λ=8,65536,0,652153,9.951065063476562
SRLSD,λ=8,65536,0,721697,11.012222290039062
SRLSD,λ=8,65536,0,646233,9.860733032226562
SRLSD,λ=8,65536,0,725977,11.077529907226562
SRLSD,λ=8,65536,0,731433,11.160781860351562
SRLSD,λ=8,65536,0,650825,9.930801391601562
SRLSD,λ=8,65536,0,690241,10.532241821289062
SRLSD,λ=8,65536,0,639361,9.755874633789062
SRLSD,λ=8,65536,0,660953,10.085342407226562
SRLSD,λ=8,65536,0,693401,10.580459594726562
SRLSD,λ=8,65536,0,663769,10.128311157226562
SRLSD,λ=8,65536,0,707513,10.795791625976562
SRLSD,λ=8,65536,0,699609,10.675186157226562
SRLSD,λ=8,65536,0,660849,10.083755493164062
SRLSD,λ=8,65536,0,651585,9.942398071289062
SRLSD,λ=8,65536,0,687729,10.493911743164062
SRLSD,λ=8,65536,0,634537,9.682266235351562
SRLSD,λ=8,65536,0,687161,10.485244750976562
SRLSD,λ=8,65536,0,756465,11.542739868164062
SRLSD,λ=8,65536,0,743265,11.341323852539062
SRLSD,λ=8,65536,0,662697,10.111953735351562
SRLSD,λ=8,65536,0,649009,9.903091430664062
SRLSD,λ=8,65536,0,665713,10.157974243164062
SRLSD,λ=8,65536,0,618617,9.439346313476562
SRLSD,λ=8,65536,0,705289,10.761856079101562
SRLSD,λ=8,65536,0,651321,9.938369750976562
SRLSD,λ=8,65536,0,690601,10.537734985351562
SRLSD,λ=8,65536,0,670385,10.229263305664062
SRLSD,λ=8,65536,0,724761,11.058975219726562
SRLSD,λ=8,65536,0,639753,9.761856079101562
SRLSD,λ=8,65536,0,672697,10.264541625976562
SRLSD,λ=8,65536,0,655049,9.995254516601562
SRLSD,λ=8,65536,0,632961,9.658218383789062
SRLSD,λ=8,65536,0,617361,9.420181274414062
SRLSD,λ=8,65536,0,632849,9.656509399414062
SRLSD,λ=8,65536,0,653561,9.972549438476562
SRLSD,λ=8,65536,0,692545,10.567398071289062
SRLSD,λ=8,65536,0,732473,11.176651000976562
SRLSD,λ=8,65536,0,702425,10.718154907226562
SRLSD,λ=8,65536,0,677345,10.335464477539062
SRLSD,λ=8,65536,0,615697,9.394790649414062
SRLSD,λ=8,65536,0,742897,11.335708618164062
SRLSD,λ=8,65536,0,721657,11.011611938476562
SRLSD,λ=8,65536,0,635449,9.696182250976562
SRLSD,λ=8,65536,0,752425,11.481094360351562
SRLSD,λ=8,65536,0,690249,10.532363891601562
SRLSD,λ=8,65536,0,610601,9.317031860351562
SRLSD,λ=8,65536,0,716745,10.936660766601562
SRLSD,λ=8,65536,0,610841,9.320693969726562
SRLSD,λ=8,65536,0,666289,10.166763305664062
SRLSD,λ=8,65536,0,709729,10.829605102539062
SRLSD,λ=8,65536,0,642561,9.804702758789062
SRLSD,λ=8,65536,0,663865,10.129776000976562
SRLSD,λ=8,65536,0,705649,10.767349243164062
SRLSD,λ=8,65536,0,661689,10.096572875976562
SRLSD,λ=8,65536,0,765193,11.675918579101562
SRLSD,λ=8,65536,0,616057,9.400283813476562
SRLSD,λ=8,65536,0,736201,11.233535766601562
SRLSD,λ=8,65536,0,732273,11.173599243164062
SRLSD,λ=8,65536,0,655689,10.005020141601562
SRLSD,λ=8,65536,0,636889,9.718154907226562
SRLSD,λ=8,65536,0,617729,9.425796508789062
SRLSD,λ=8,65536,0,755161,11.522842407226562
SRLSD,λ=8,65536,0,663065,10.117568969726562
SRLSD,λ=8,65536,0,596913,9.108169555664062
SRLSD,λ=8,65536,0,682593,10.415542602539062
SSLSD,λ=8,65536,0,845913,12.907608032226562
SSLSD,λ=8,65536,0,847017,12.924453735351562
SSLSD,λ=8,65536,0,829489,12.656997680664062
SSLSD,λ=8,65536,0,971689,14.826797485351562
SSLSD,λ=8,65536,0,788401,12.030044555664062
SSLSD,λ=8,65536,0,866761,13.225723266601562
SSLSD,λ=8,65536,0,877089,13.383316040039062
SSLSD,λ=8,65536,0,853529,13.023818969726562
SSLSD,λ=8,65536,0,920097,14.039566040039062
SSLSD,λ=8,65536,0,965969,14.739517211914062
SSLSD,λ=8,65536,0,914041,13.947158813476562
SSLSD,λ=8,65536,0,949321,14.485488891601562
SSLSD,λ=8,65536,0,864737,13.194839477539062
SSLSD,λ=8,65536,0,927249,14.148696899414062
SSLSD,λ=8,65536,0,850577,12.978775024414062
SSLSD,λ=8,65536,0,963777,14.706069946289062
SSLSD,λ=8,65536,0,1104641,16.855484008789062
SSLSD,λ=8,65536,0,1106049,16.876968383789062
SSLSD,λ=8,65536,0,843937,12.877456665039062
SSLSD,λ=8,65536,0,919369,14.028457641601562
SSLSD,λ=8,65536,0,866249,13.217910766601562
SSLSD,λ=8,65536,0,877881,13.395401000976562
SSLSD,λ=8,65536,0,886425,13.525772094726562
SSLSD,λ=8,65536,0,1002889,15.302871704101562
SSLSD,λ=8,65536,0,951609,14.520401000976562
SSLSD,λ=8,65536,0,973377,14.852554321289062
SSLSD,λ=8,65536,0,910593,13.894546508789062
SSLSD,λ=8,65536,0,837049,12.772354125976562
SSLSD,λ=8,65536,0,861825,13.150405883789062
SSLSD,λ=8,65536,0,930097,14.192153930664062
SSLSD,λ=8,65536,0,819177,12.499649047851562
SSLSD,λ=8,65536,0,843401,12.869277954101562
SSLSD,λ=8,65536,0,797521,12.169204711914062
SSLSD,λ=8,65536,0,985473,15.037124633789062
SSLSD,λ=8,65536,0,844617,12.887832641601562
SSLSD,λ=8,65536,0,903889,13.792251586914062
SSLSD,λ=8,65536,0,972673,14.841812133789062
SSLSD,λ=8,65536,0,966553,14.748428344726562
SSLSD,λ=8,65536,0,960569,14.657119750976562
SSLSD,λ=8,65536,0,935241,14.270645141601562
SSLSD,λ=8,65536,0,1091769,16.659072875976562
SSLSD,λ=8,65536,0,901529,13.756240844726562
SSLSD,λ=8,65536,0,1262041,19.257217407226562
SSLSD,λ=8,65536,0,904937,13.808242797851562
SSLSD,λ=8,65536,0,963721,14.705215454101562
SSLSD,λ=8,65536,0,1159105,17.686538696289062
SSLSD,λ=8,65536,0,1036473,15.815322875976562
SSLSD,λ=8,65536,0,956513,14.595230102539062
SSLSD,λ=8,65536,0,1025641,15.650039672851562
SSLSD,λ=8,65536,0,832233,12.698867797851562
SSLSD,λ=8,65536,0,834057,12.726699829101562
SSLSD,λ=8,65536,0,984633,15.024307250976562
SSLSD,λ=8,65536,0,856809,13.073867797851562
SSLSD,λ=8,65536,0,952945,14.540786743164062
SSLSD,λ=8,65536,0,953209,14.544815063476562
SSLSD,λ=8,65536,0,860745,13.133926391601562
SSLSD,λ=8,65536,0,830881,12.678237915039062
SSLSD,λ=8,65536,0,939441,14.334732055664062
SSLSD,λ=8,65536,0,814497,12.428237915039062
SSLSD,λ=8,65536,0,839313,12.806900024414062
SSLSD,λ=8,65536,0,800801,12.219253540039062
SSLSD,λ=8,65536,0,926257,14.133560180664062
SSLSD,λ=8,65536,0,902721,13.774429321289062
SSLSD,λ=8,65536,0,839057,12.802993774414062
SSLSD,λ=8,65536,0,851577,12.994033813476562
SSLSD,λ=8,65536,0,855177,13.048965454101562
SSLSD,λ=8,65536,0,916873,13.990371704101562
SSLSD,λ=8,65536,0,907321,13.844619750976562
SSLSD,λ=8,65536,0,1077041,16.434341430664062
SSLSD,λ=8,65536,0,753185,11.492691040039062
SSLSD,λ=8,65536,0,858489,13.099502563476562
SSLSD,λ=8,65536,0,918969,14.022354125976562
SSLSD,λ=8,65536,0,955041,14.572769165039062
SSLSD,λ=8,65536,0,883953,13.488052368164062
SSLSD,λ=8,65536,0,846513,12.916763305664062
SSLSD,λ=8,65536,0,836033,12.756851196289062
SSLSD,λ=8,65536,0,1076993,16.433609008789062
SSLSD,λ=8,65536,0,888017,13.550064086914062
SSLSD,λ=8,65536,0,960817,14.660903930664062
SSLSD,λ=8,65536,0,949953,14.495132446289062
SSLSD,λ=8,65536,0,818825,12.494277954101562
SSLSD,λ=8,65536,0,989273,15.095108032226562
SSLSD,λ=8,65536,0,806337,12.303726196289062
SSLSD,λ=8,65536,0,1010025,15.411758422851562
SSLSD,λ=8,65536,0,940001,14.343276977539062
SSLSD,λ=8,65536,0,858137,13.094131469726562
SSLSD,λ=8,65536,0,1035209,15.796035766601562
SSLSD,λ=8,65536,0,899761,13.729263305664062
SSLSD,λ=8,65536,0,924649,14.109024047851562
SSLSD,λ=8,65536,0,888265,13.553848266601562
SSLSD,λ=8,65536,0,908041,13.855606079101562
SSLSD,λ=8,65536,0,787617,12.018081665039062
SSLSD,λ=8,65536,0,933385,14.242324829101562
SSLSD,λ=8,65536,0,888817,13.562271118164062
SSLSD,λ=8,65536,0,1003233,15.308120727539062
SSLSD,λ=8,65536,0,1032689,15.757583618164062
SSLSD,λ=8,65536,0,827345,12.624282836914062
SSLSD,λ=8,65536,0,885641,13.513809204101562
SSLSD,λ=8,65536,0,815025,12.436294555664062
SSDMD,λ=8,65536,0,825289,12.592910766601562
SSDMD,λ=8,65536,0,916705,13.987808227539062
SSDMD,λ=8,65536,0,837601,12.780776977539062
SSDMD,λ=8,65536,0,845753,12.905166625976562
SSDMD,λ=8,65536,0,884441,13.495498657226562
SSDMD,λ=8,65536,0,870889,13.288711547851562
SSDMD,λ=8,65536,0,953617,14.551040649414062
SSDMD,λ=8,65536,0,889777,13.576919555664062
SSDMD,λ=8,65536,0,848913,12.953384399414062
SSDMD,λ=8,65536,0,929841,14.188247680664062
SSDMD,λ=8,65536,0,890993,13.595474243164062
SSDMD,λ=8,65536,0,866529,13.222183227539062
SSDMD,λ=8,65536,0,821705,12.538223266601562
SSDMD,λ=8,65536,0,924089,14.100479125976562
SSDMD,λ=8,65536,0,846025,12.909317016601562
SSDMD,λ=8,65536,0,885113,13.505752563476562
SSDMD,λ=8,65536,0,868441,13.251358032226562
SSDMD,λ=8,65536,0,908513,13.862808227539062
SSDMD,λ=8,65536,0,895873,13.669937133789062
SSDMD,λ=8,65536,0,794545,12.123794555664062
SSDMD,λ=8,65536,0,913233,13.934829711914062
SSDMD,λ=8,65536,0,901969,13.762954711914062
SSDMD,λ=8,65536,0,1055561,16.106582641601562
SSDMD,λ=8,65536,0,820793,12.524307250976562
SSDMD,λ=8,65536,0,898865,13.715591430664062
SSDMD,λ=8,65536,0,820209,12.515396118164062
SSDMD,λ=8,65536,0,869673,13.270156860351562
SSDMD,λ=8,65536,0,852345,13.005752563476562
SSDMD,λ=8,65536,0,941201,14.361587524414062
SSDMD,λ=8,65536,0,1002609,15.298599243164062
SSDMD,λ=8,65536,0,875241,13.355117797851562
SSDMD,λ=8,65536,0,879001,13.412490844726562
SSDMD,λ=8,65536,0,839633,12.811782836914062
SSDMD,λ=8,65536,0,859929,13.121475219726562
SSDMD,λ=8,65536,0,948257,14.469253540039062
SSDMD,λ=8,65536,0,847705,12.934951782226562
SSDMD,λ=8,65536,0,1058385,16.149673461914062
SSDMD,λ=8,65536,0,831537,12.688247680664062
SSDMD,λ=8,65536,0,879281,13.416763305664062
SSDMD,λ=8,65536,0,1144505,17.463760375976562
SSDMD,λ=8,65536,0,775585,11.834487915039062
SSDMD,λ=8,65536,0,834529,12.733901977539062
SSDMD,λ=8,65536,0,965449,14.731582641601562
SSDMD,λ=8,65536,0,972489,14.839004516601562
SSDMD,λ=8,65536,0,838089,12.788223266601562
SSDMD,λ=8,65536,0,841737,12.843887329101562
SSDMD,λ=8,65536,0,858193,13.094985961914062
SSDMD,λ=8,65536,0,863513,13.176162719726562
SSDMD,λ=8,65536,0,925057,14.115249633789062
SSDMD,λ=8,65536,0,992513,15.144546508789062
SSDMD,λ=8,65536,0,968409,14.776748657226562
SSDMD,λ=8,65536,0,851217,12.988540649414062
SSDMD,λ=8,65536,0,923873,14.097183227539062
SSDMD,λ=8,65536,0,1037497,15.830947875976562
SSDMD,λ=8,65536,0,944761,14.415908813476562
SSDMD,λ=8,65536,0,831257,12.683975219726562
SSDMD,λ=8,65536,0,925281,14.118667602539062
SSDMD,λ=8,65536,0,856153,13.063858032226562
SSDMD,λ=8,65536,0,968225,14.773941040039062
SSDMD,λ=8,65536,0,940049,14.344009399414062
SSDMD,λ=8,65536,0,795217,12.134048461914062
SSDMD,λ=8,65536,0,922441,14.075332641601562
SSDMD,λ=8,65536,0,849553,12.963150024414062
SSDMD,λ=8,65536,0,893329,13.631118774414062
SSDMD,λ=8,65536,0,902849,13.776382446289062
SSDMD,λ=8,65536,0,928345,14.165420532226562
SSDMD,λ=8,65536,0,936993,14.297378540039062
SSDMD,λ=8,65536,0,847689,12.934707641601562
SSDMD,λ=8,65536,0,839545,12.810440063476562
SSDMD,λ=8,65536,0,930881,14.204116821289062
SSDMD,λ=8,65536,0,837041,12.772232055664062
SSDMD,λ=8,65536,0,925233,14.117935180664062
SSDMD,λ=8,65536,0,877673,13.392227172851562
SSDMD,λ=8,65536,0,907249,13.843521118164062
SSDMD,λ=8,65536,0,980353,14.958999633789062
SSDMD,λ=8,65536,0,830041,12.665420532226562
SSDMD,λ=8,65536,0,889481,13.572402954101562
SSDMD,λ=8,65536,0,843713,12.874038696289062
SSDMD,λ=8,65536,0,820393,12.518203735351562
SSDMD,λ=8,65536,0,899153,13.719985961914062
SSDMD,λ=8,65536,0,1073985,16.387710571289062
SSDMD,λ=8,65536,0,864433,13.190200805664062
SSDMD,λ=8,65536,0,956945,14.601821899414062
SSDMD,λ=8,65536,0,828009,12.634414672851562
SSDMD,λ=8,65536,0,889393,13.571060180664062
SSDMD,λ=8,65536,0,841497,12.840225219726562
SSDMD,λ=8,65536,0,964625,14.719009399414062
SSDMD,λ=8,65536,0,898473,13.709609985351562
SSDMD,λ=8,65536,0,859441,13.114028930664062
SSDMD,λ=8,65536,0,908313,13.859756469726562
SSDMD,λ=8,65536,0,1022841,15.607315063476562
SSDMD,λ=8,65536,0,832817,12.707778930664062
SSDMD,λ=8,65536,0,838361,12.792373657226562
SSDMD,λ=8,65536,0,1115961,17.028213500976562
SSDMD,λ=8,65536,0,881985,13.458023071289062
SSDMD,λ=8,65536,0,853897,13.029434204101562
SSDMD,λ=8,65536,0,839657,12.812149047851562
SSDMD,λ=8,65536,0,952865,14.539566040039062
SSDMD,λ=8,65536,0,838265,12.790908813476562
SSDMD,λ=8,65536,0,914561,13.955093383789062
SRDMD,λ=8,65536,0,662265,10.105361938476562
SRDMD,λ=8,65536,0,725377,11.068374633789062
SRDMD,λ=8,65536,0,605513,9.239395141601562
SRDMD,λ=8,65536,0,646113,9.858901977539062
SRDMD,λ=8,65536,0,638265,9.739151000976562
SRDMD,λ=8,65536,0,676521,10.322891235351562
SRDMD,λ=8,65536,0,794697,12.126113891601562
SRDMD,λ=8,65536,0,741409,11.313003540039062
SRDMD,λ=8,65536,0,838465,12.793960571289062
SRDMD,λ=8,65536,0,762257,11.631118774414062
SRDMD,λ=8,65536,0,824105,12.574844360351562
SRDMD,λ=8,65536,0,673409,10.275405883789062
SRDMD,λ=8,65536,0,694465,10.596694946289062
SRDMD,λ=8,65536,0,680441,10.382705688476562
SRDMD,λ=8,65536,0,693393,10.580337524414062
SRDMD,λ=8,65536,0,696937,10.634414672851562
SRDMD,λ=8,65536,0,723961,11.046768188476562
SRDMD,λ=8,65536,0,753513,11.497695922851562
SRDMD,λ=8,65536,0,788649,12.033828735351562
SRDMD,λ=8,65536,0,719945,10.985488891601562
SRDMD,λ=8,65536,0,717129,10.942520141601562
SRDMD,λ=8,65536,0,677433,10.336807250976562
SRDMD,λ=8,65536,0,727857,11.106216430664062
SRDMD,λ=8,65536,0,675577,10.308486938476562
SRDMD,λ=8,65536,0,720129,10.988296508789062
SRDMD,λ=8,65536,0,702585,10.720596313476562
SRDMD,λ=8,65536,0,713345,10.884780883789062
SRDMD,λ=8,65536,0,693201,10.577407836914062
SRDMD,λ=8,65536,0,687865,10.495986938476562
SRDMD,λ=8,65536,0,691801,10.556045532226562
SRDMD,λ=8,65536,0,765257,11.676895141601562
SRDMD,λ=8,65536,0,714993,10.909927368164062
SRDMD,λ=8,65536,0,717449,10.947402954101562
SRDMD,λ=8,65536,0,633137,9.660903930664062
SRDMD,λ=8,65536,0,675937,10.313980102539062
SRDMD,λ=8,65536,0,778001,11.871353149414062
SRDMD,λ=8,65536,0,679673,10.370986938476562
SRDMD,λ=8,65536,0,716729,10.936416625976562
SRDMD,λ=8,65536,0,698745,10.662002563476562
SRDMD,λ=8,65536,0,711273,10.853164672851562
SRDMD,λ=8,65536,0,721265,11.005630493164062
SRDMD,λ=8,65536,0,850129,12.971939086914062
SRDMD,λ=8,65536,0,776161,11.843276977539062
SRDMD,λ=8,65536,0,645969,9.856704711914062
SRDMD,λ=8,65536,0,673841,10.281997680664062
SRDMD,λ=8,65536,0,642425,9.802627563476562
SRDMD,λ=8,65536,0,685825,10.464859008789062
SRDMD,λ=8,65536,0,682393,10.412490844726562
SRDMD,λ=8,65536,0,722697,11.027481079101562
SRDMD,λ=8,65536,0,646297,9.861709594726562
SRDMD,λ=8,65536,0,657089,10.026382446289062
SRDMD,λ=8,65536,0,708777,10.815078735351562
SRDMD,λ=8,65536,0,625809,9.549087524414062
SRDMD,λ=8,65536,0,642921,9.810195922851562
SRDMD,λ=8,65536,0,692593,10.568130493164062
SRDMD,λ=8,65536,0,661585,10.094985961914062
SRDMD,λ=8,65536,0,708177,10.805923461914062
SRDMD,λ=8,65536,0,658433,10.046890258789062
SRDMD,λ=8,65536,0,829897,12.663223266601562
SRDMD,λ=8,65536,0,670633,10.233047485351562
SRDMD,λ=8,65536,0,676481,10.322280883789062
SRDMD,λ=8,65536,0,763721,11.653457641601562
SRDMD,λ=8,65536,0,733833,11.197402954101562
SRDMD,λ=8,65536,0,690441,10.535293579101562
SRDMD,λ=8,65536,0,653697,9.974624633789062
SRDMD,λ=8,65536,0,741273,11.310928344726562
SRDMD,λ=8,65536,0,794241,12.119155883789062
SRDMD,λ=8,65536,0,635385,9.695205688476562
SRDMD,λ=8,65536,0,654577,9.988052368164062
SRDMD,λ=8,65536,0,701241,10.700088500976562
SRDMD,λ=8,65536,0,685873,10.465591430664062
SRDMD,λ=8,65536,0,788993,12.039077758789062
SRDMD,λ=8,65536,0,696489,10.627578735351562
SRDMD,λ=8,65536,0,732017,11.169692993164062
SRDMD,λ=8,65536,0,660905,10.084609985351562
SRDMD,λ=8,65536,0,694833,10.602310180664062
SRDMD,λ=8,65536,0,691881,10.557266235351562
SRDMD,λ=8,65536,0,725177,11.065322875976562
SRDMD,λ=8,65536,0,702529,10.719741821289062
SRDMD,λ=8,65536,0,696009,10.620254516601562
SRDMD,λ=8,65536,0,641913,9.794815063476562
SRDMD,λ=8,65536,0,658001,10.040298461914062
SRDMD,λ=8,65536,0,772921,11.793838500976562
SRDMD,λ=8,65536,0,677409,10.336441040039062
SRDMD,λ=8,65536,0,624233,9.525039672851562
SRDMD,λ=8,65536,0,667201,10.180679321289062
SRDMD,λ=8,65536,0,661577,10.094863891601562
SRDMD,λ=8,65536,0,730825,11.151504516601562
SRDMD,λ=8,65536,0,724225,11.050796508789062
SRDMD,λ=8,65536,0,651097,9.934951782226562
SRDMD,λ=8,65536,0,664961,10.146499633789062
SRDMD,λ=8,65536,0,800561,12.215591430664062
SRDMD,λ=8,65536,0,651889,9.947036743164062
SRDMD,λ=8,65536,0,736089,11.231826782226562
SRDMD,λ=8,65536,0,747673,11.408584594726562
SRDMD,λ=8,65536,0,715961,10.924697875976562
SRDMD,λ=8,65536,0,690649,10.538467407226562
SRDMD,λ=8,65536,0,707345,10.793228149414062
SRDMD,λ=8,65536,0,711833,10.861709594726562
SRDMD,λ=8,65536,0,683073,10.422866821289062
SHDMD,λ=8,65536,0,725265,11.066665649414062
SHDMD,λ=8,65536,0,604441,9.223037719726562
SHDMD,λ=8,65536,0,608769,9.289077758789062
SHDMD,λ=8,65536,0,670361,10.228897094726562
SHDMD,λ=8,65536,0,668993,10.208023071289062
SHDMD,λ=8,65536,0,647977,9.887344360351562
SHDMD,λ=8,65536,0,667881,10.191055297851562
SHDMD,λ=8,65536,0,626265,9.556045532226562
SHDMD,λ=8,65536,0,711769,10.860733032226562
SHDMD,λ=8,65536,0,629129,9.599746704101562
SHDMD,λ=8,65536,0,675465,10.306777954101562
SHDMD,λ=8,65536,0,647761,9.884048461914062
SHDMD,λ=8,65536,0,659617,10.064956665039062
SHDMD,λ=8,65536,0,639817,9.762832641601562
SHDMD,λ=8,65536,0,643073,9.812515258789062
SHDMD,λ=8,65536,0,647169,9.875015258789062
SHDMD,λ=8,65536,0,615657,9.394180297851562
SHDMD,λ=8,65536,0,624961,9.536148071289062
SHDMD,λ=8,65536,0,668521,10.200820922851562
SHDMD,λ=8,65536,0,653585,9.972915649414062
SHDMD,λ=8,65536,0,674593,10.293472290039062
SHDMD,λ=8,65536,0,849841,12.967544555664062
SHDMD,λ=8,65536,0,685569,10.460952758789062
SHDMD,λ=8,65536,0,722081,11.018081665039062
SHDMD,λ=8,65536,0,649657,9.912979125976562
SHDMD,λ=8,65536,0,656033,10.010269165039062
SHDMD,λ=8,65536,0,624457,9.528457641601562
SHDMD,λ=8,65536,0,670041,10.224014282226562
SHDMD,λ=8,65536,0,606433,9.253433227539062
SHDMD,λ=8,65536,0,655497,10.002090454101562
SHDMD,λ=8,65536,0,616177,9.402114868164062
SHDMD,λ=8,65536,0,805297,12.287857055664062
SHDMD,λ=8,65536,0,605697,9.242202758789062
SHDMD,λ=8,65536,0,654441,9.985977172851562
SHDMD,λ=8,65536,0,645937,9.856216430664062
SHDMD,λ=8,65536,0,756449,11.542495727539062
SHDMD,λ=8,65536,0,668673,10.203140258789062
SHDMD,λ=8,65536,0,618009,9.430068969726562
SHDMD,λ=8,65536,0,616953,9.413955688476562
SHDMD,λ=8,65536,0,708289,10.807632446289062
SHDMD,λ=8,65536,0,673201,10.272232055664062
SHDMD,λ=8,65536,0,647217,9.875747680664062
SHDMD,λ=8,65536,0,625953,9.551284790039062
SHDMD,λ=8,65536,0,674433,10.291030883789062
SHDMD,λ=8,65536,0,648753,9.899185180664062
SHDMD,λ=8,65536,0,640505,9.773330688476562
SHDMD,λ=8,65536,0,709241,10.822158813476562
SHDMD,λ=8,65536,0,672841,10.266738891601562
SHDMD,λ=8,65536,0,703033,10.727432250976562
SHDMD,λ=8,65536,0,599169,9.142593383789062
SHDMD,λ=8,65536,0,720209,10.989517211914062
SHDMD,λ=8,65536,0,660577,10.079605102539062
SHDMD,λ=8,65536,0,613433,9.360244750976562
SHDMD,λ=8,65536,0,649065,9.903945922851562
SHDMD,λ=8,65536,0,644561,9.835220336914062
SHDMD,λ=8,65536,0,679529,10.368789672851562
SHDMD,λ=8,65536,0,583217,8.899185180664062
SHDMD,λ=8,65536,0,671689,10.249160766601562
SHDMD,λ=8,65536,0,607457,9.269058227539062
SHDMD,λ=8,65536,0,622065,9.491958618164062
SHDMD,λ=8,65536,0,671401,10.244766235351562
SHDMD,λ=8,65536,0,661793,10.098159790039062
SHDMD,λ=8,65536,0,636377,9.710342407226562
SHDMD,λ=8,65536,0,649145,9.905166625976562
SHDMD,λ=8,65536,0,659113,10.057266235351562
SHDMD,λ=8,65536,0,678249,10.349258422851562
SHDMD,λ=8,65536,0,616137,9.401504516601562
SHDMD,λ=8,65536,0,743321,11.342178344726562
SHDMD,λ=8,65536,0,688945,10.512466430664062
SHDMD,λ=8,65536,0,656057,10.010635375976562
SHDMD,λ=8,65536,0,675161,10.302139282226562
SHDMD,λ=8,65536,0,668865,10.206069946289062
SHDMD,λ=8,65536,0,658905,10.054092407226562
SHDMD,λ=8,65536,0,684185,10.439834594726562
SHDMD,λ=8,65536,0,598801,9.136978149414062
SHDMD,λ=8,65536,0,664161,10.134292602539062
SHDMD,λ=8,65536,0,608537,9.285537719726562
SHDMD,λ=8,65536,0,633777,9.670669555664062
SHDMD,λ=8,65536,0,663505,10.124282836914062
SHDMD,λ=8,65536,0,644465,9.833755493164062
SHDMD,λ=8,65536,0,641305,9.785537719726562
SHDMD,λ=8,65536,0,729761,11.135269165039062
SHDMD,λ=8,65536,0,618329,9.434951782226562
SHDMD,λ=8,65536,0,604177,9.219009399414062
SHDMD,λ=8,65536,0,779001,11.886611938476562
SHDMD,λ=8,65536,0,637729,9.730972290039062
SHDMD,λ=8,65536,0,649641,9.912734985351562
SHDMD,λ=8,65536,0,628569,9.591201782226562
SHDMD,λ=8,65536,0,640289,9.770034790039062
SHDMD,λ=8,65536,0,666137,10.164443969726562
SHDMD,λ=8,65536,0,744041,11.353164672851562
SHDMD,λ=8,65536,0,677761,10.341812133789062
SHDMD,λ=8,65536,0,652873,9.962051391601562
SHDMD,λ=8,65536,0,702937,10.725967407226562
SHDMD,λ=8,65536,0,607345,9.267349243164062
SHDMD,λ=8,65536,0,641641,9.790664672851562
SHDMD,λ=8,65536,0,720777,10.998184204101562
SHDMD,λ=8,65536,0,661153,10.088394165039062
SHDMD,λ=8,65536,0,665449,10.153945922851562
SHDMD,λ=8,65536,0,654321,9.984146118164062
SHLMD,λ=8,65536,0,614753,9.380386352539062
SHLMD,λ=8,65536,0,640625,9.775161743164062
SHLMD,λ=8,65536,0,649809,9.915298461914062
SHLMD,λ=8,65536,0,645761,9.853530883789062
SHLMD,λ=8,65536,0,681361,10.396743774414062
SHLMD,λ=8,65536,0,626657,9.562026977539062
SHLMD,λ=8,65536,0,662881,10.114761352539062
SHLMD,λ=8,65536,0,663969,10.131362915039062
SHLMD,λ=8,65536,0,666337,10.167495727539062
SHLMD,λ=8,65536,0,702025,10.712051391601562
SHLMD,λ=8,65536,0,704609,10.751480102539062
SHLMD,λ=8,65536,0,737481,11.253067016601562
SHLMD,λ=8,65536,0,635369,9.694961547851562
SHLMD,λ=8,65536,0,615913,9.398086547851562
SHLMD,λ=8,65536,0,721361,11.007095336914062
SHLMD,λ=8,65536,0,633497,9.666397094726562
SHLMD,λ=8,65536,0,664441,10.138565063476562
SHLMD,λ=8,65536,0,606313,9.251602172851562
SHLMD,λ=8,65536,0,706649,10.782608032226562
SHLMD,λ=8,65536,0,651473,9.940689086914062
SHLMD,λ=8,65536,0,624649,9.531387329101562
SHLMD,λ=8,65536,0,626473,9.559219360351562
SHLMD,λ=8,65536,0,688585,10.506973266601562
SHLMD,λ=8,65536,0,633433,9.665420532226562
SHLMD,λ=8,65536,0,624281,9.525772094726562
SHLMD,λ=8,65536,0,686249,10.471328735351562
SHLMD,λ=8,65536,0,637153,9.722183227539062
SHLMD,λ=8,65536,0,650793,9.930313110351562
SHLMD,λ=8,65536,0,629937,9.612075805664062
SHLMD,λ=8,65536,0,721305,11.006240844726562
SHLMD,λ=8,65536,0,674281,10.288711547851562
SHLMD,λ=8,65536,0,705993,10.772598266601562
SHLMD,λ=8,65536,0,684697,10.447647094726562
SHLMD,λ=8,65536,0,624633,9.531143188476562
SHLMD,λ=8,65536,0,631017,9.628555297851562
SHLMD,λ=8,65536,0,742593,11.331069946289062
SHLMD,λ=8,65536,0,631961,9.642959594726562
SHLMD,λ=8,65536,0,670817,10.235855102539062
SHLMD,λ=8,65536,0,667169,10.180191040039062
SHLMD,λ=8,65536,0,676937,10.329238891601562
SHLMD,λ=8,65536,0,705041,10.758071899414062
SHLMD,λ=8,65536,0,632281,9.647842407226562
SHLMD,λ=8,65536,0,683361,10.427261352539062
SHLMD,λ=8,65536,0,698889,10.664199829101562
SHLMD,λ=8,65536,0,646449,9.864028930664062
SHLMD,λ=8,65536,0,697633,10.645034790039062
SHLMD,λ=8,65536,0,609089,9.293960571289062
SHLMD,λ=8,65536,0,651169,9.936050415039062
SHLMD,λ=8,65536,0,657273,10.029190063476562
SHLMD,λ=8,65536,0,594929,9.077896118164062
SHLMD,λ=8,65536,0,615097,9.385635375976562
SHLMD,λ=8,65536,0,718313,10.960586547851562
SHLMD,λ=8,65536,0,640593,9.774673461914062
SHLMD,λ=8,65536,0,673673,10.279434204101562
SHLMD,λ=8,65536,0,729897,11.137344360351562
SHLMD,λ=8,65536,0,678481,10.352798461914062
SHLMD,λ=8,65536,0,616145,9.401626586914062
SHLMD,λ=8,65536,0,699017,10.666152954101562
SHLMD,λ=8,65536,0,649009,9.903091430664062
SHLMD,λ=8,65536,0,725393,11.068618774414062
SHLMD,λ=8,65536,0,634729,9.685195922851562
SHLMD,λ=8,65536,0,642865,9.809341430664062
SHLMD,λ=8,65536,0,661961,10.100723266601562
SHLMD,λ=8,65536,0,659577,10.064346313476562
SHLMD,λ=8,65536,0,653921,9.978042602539062
SHLMD,λ=8,65536,0,649577,9.911758422851562
SHLMD,λ=8,65536,0,667009,10.177749633789062
SHLMD,λ=8,65536,0,647041,9.873062133789062
SHLMD,λ=8,65536,0,737657,11.255752563476562
SHLMD,λ=8,65536,0,648329,9.892715454101562
SHLMD,λ=8,65536,0,668481,10.200210571289062
SHLMD,λ=8,65536,0,642953,9.810684204101562
SHLMD,λ=8,65536,0,666961,10.177017211914062
SHLMD,λ=8,65536,0,631265,9.632339477539062
SHLMD,λ=8,65536,0,640697,9.776260375976562
SHLMD,λ=8,65536,0,722897,11.030532836914062
SHLMD,λ=8,65536,0,642713,9.807022094726562
SHLMD,λ=8,65536,0,653881,9.977432250976562
SHLMD,λ=8,65536,0,661729,10.097183227539062
SHLMD,λ=8,65536,0,700889,10.694717407226562
SHLMD,λ=8,65536,0,703225,10.730361938476562
SHLMD,λ=8,65536,0,660025,10.071182250976562
SHLMD,λ=8,65536,0,649385,9.908828735351562
SHLMD,λ=8,65536,0,720241,10.990005493164062
SHLMD,λ=8,65536,0,645121,9.843765258789062
SHLMD,λ=8,65536,0,643569,9.820083618164062
SHLMD,λ=8,65536,0,682209,10.409683227539062
SHLMD,λ=8,65536,0,603817,9.213516235351562
SHLMD,λ=8,65536,0,620361,9.465957641601562
SHLMD,λ=8,65536,0,638329,9.740127563476562
SHLMD,λ=8,65536,0,677217,10.333511352539062
SHLMD,λ=8,65536,0,677737,10.341445922851562
SHLMD,λ=8,65536,0,636537,9.712783813476562
SHLMD,λ=8,65536,0,763129,11.644424438476562
SHLMD,λ=8,65536,0,657401,10.031143188476562
SHLMD,λ=8,65536,0,656025,10.010147094726562
SHLMD,λ=8,65536,0,655993,10.009658813476562
SHLMD,λ=8,65536,0,685889,10.465835571289062
SHLMD,λ=8,65536,0,708329,10.808242797851562
SHLMD,λ=8,65536,0,701625,10.705947875976562
SRLMD,λ=8,65536,0,731641,11.163955688476562
SRLMD,λ=8,65536,0,659905,10.069351196289062
SRLMD,λ=8,65536,0,808873,12.342422485351562
SRLMD,λ=8,65536,0,683977,10.436660766601562
SRLMD,λ=8,65536,0,665889,10.160659790039062
SRLMD,λ=8,65536,0,720001,10.986343383789062
SRLMD,λ=8,65536,0,647561,9.880996704101562
SRLMD,λ=8,65536,0,686009,10.467666625976562
SRLMD,λ=8,65536,0,748897,11.427261352539062
SRLMD,λ=8,65536,0,800449,12.213882446289062
SRLMD,λ=8,65536,0,694369,10.595230102539062
SRLMD,λ=8,65536,0,673801,10.281387329101562
SRLMD,λ=8,65536,0,662409,10.107559204101562
SRLMD,λ=8,65536,0,729089,11.125015258789062
SRLMD,λ=8,65536,0,670121,10.225234985351562
SRLMD,λ=8,65536,0,739489,11.283706665039062
SRLMD,λ=8,65536,0,646481,9.864517211914062
SRLMD,λ=8,65536,0,688841,10.510879516601562
SRLMD,λ=8,65536,0,699097,10.667373657226562
SRLMD,λ=8,65536,0,718185,10.958633422851562
SRLMD,λ=8,65536,0,685721,10.463272094726562
SRLMD,λ=8,65536,0,799121,12.193618774414062
SRLMD,λ=8,65536,0,740521,11.299453735351562
SRLMD,λ=8,65536,0,720817,10.998794555664062
SRLMD,λ=8,65536,0,696841,10.632949829101562
SRLMD,λ=8,65536,0,721025,11.001968383789062
SRLMD,λ=8,65536,0,694985,10.604629516601562
SRLMD,λ=8,65536,0,684953,10.451553344726562
SRLMD,λ=8,65536,0,666905,10.176162719726562
SRLMD,λ=8,65536,0,706217,10.776016235351562
SRLMD,λ=8,65536,0,764449,11.664566040039062
SRLMD,λ=8,65536,0,665593,10.156143188476562
SRLMD,λ=8,65536,0,795457,12.137710571289062
SRLMD,λ=8,65536,0,710161,10.836196899414062
SRLMD,λ=8,65536,0,655753,10.005996704101562
SRLMD,λ=8,65536,0,685657,10.462295532226562
SRLMD,λ=8,65536,0,673937,10.283462524414062
SRLMD,λ=8,65536,0,705993,10.772598266601562
SRLMD,λ=8,65536,0,744177,11.355239868164062
SRLMD,λ=8,65536,0,689545,10.521621704101562
SRLMD,λ=8,65536,0,806025,12.298965454101562
SRLMD,λ=8,65536,0,673977,10.284072875976562
SRLMD,λ=8,65536,0,731737,11.165420532226562
SRLMD,λ=8,65536,0,792457,12.091934204101562
SRLMD,λ=8,65536,0,703681,10.737319946289062
SRLMD,λ=8,65536,0,656641,10.019546508789062
SRLMD,λ=8,65536,0,711297,10.853530883789062
SRLMD,λ=8,65536,0,805081,12.284561157226562
SRLMD,λ=8,65536,0,716785,10.937271118164062
SRLMD,λ=8,65536,0,683025,10.422134399414062
SRLMD,λ=8,65536,0,661841,10.098892211914062
SRLMD,λ=8,65536,0,675329,10.304702758789062
SRLMD,λ=8,65536,0,718897,10.969497680664062
SRLMD,λ=8,65536,0,687985,10.497817993164062
SRLMD,λ=8,65536,0,763337,11.647598266601562
SRLMD,λ=8,65536,0,720409,10.992568969726562
SRLMD,λ=8,65536,0,619185,9.448013305664062
SRLMD,λ=8,65536,0,674297,10.288955688476562
SRLMD,λ=8,65536,0,647425,9.878921508789062
SRLMD,λ=8,65536,0,650561,9.926773071289062
SRLMD,λ=8,65536,0,767793,11.715591430664062
SRLMD,λ=8,65536,0,791913,12.083633422851562
SRLMD,λ=8,65536,0,696993,10.635269165039062
SRLMD,λ=8,65536,0,706609,10.781997680664062
SRLMD,λ=8,65536,0,672129,10.255874633789062
SRLMD,λ=8,65536,0,890009,13.580459594726562
SRLMD,λ=8,65536,0,640177,9.768325805664062
SRLMD,λ=8,65536,0,702929,10.725845336914062
SRLMD,λ=8,65536,0,707129,10.789932250976562
SRLMD,λ=8,65536,0,811297,12.379409790039062
SRLMD,λ=8,65536,0,649713,9.913833618164062
SRLMD,λ=8,65536,0,687801,10.495010375976562
SRLMD,λ=8,65536,0,730649,11.148818969726562
SRLMD,λ=8,65536,0,721225,11.005020141601562
SRLMD,λ=8,65536,0,776529,11.848892211914062
SRLMD,λ=8,65536,0,691401,10.549942016601562
SRLMD,λ=8,65536,0,699241,10.669570922851562
SRLMD,λ=8,65536,0,733881,11.198135375976562
SRLMD,λ=8,65536,0,632057,9.644424438476562
SRLMD,λ=8,65536,0,670185,10.226211547851562
SRLMD,λ=8,65536,0,663865,10.129776000976562
SRLMD,λ=8,65536,0,740369,11.297134399414062
SRLMD,λ=8,65536,0,704049,10.742935180664062
SRLMD,λ=8,65536,0,780473,11.909072875976562
SRLMD,λ=8,65536,0,675713,10.310562133789062
SRLMD,λ=8,65536,0,665321,10.151992797851562
SRLMD,λ=8,65536,0,669769,10.219863891601562
SRLMD,λ=8,65536,0,657617,10.034439086914062
SRLMD,λ=8,65536,0,709193,10.821426391601562
SRLMD,λ=8,65536,0,757777,11.562759399414062
SRLMD,λ=8,65536,0,693153,10.576675415039062
SRLMD,λ=8,65536,0,801041,12.222915649414062
SRLMD,λ=8,65536,0,724353,11.052749633789062
SRLMD,λ=8,65536,0,715521,10.917984008789062
SRLMD,λ=8,65536,0,659969,10.070327758789062
SRLMD,λ=8,65536,0,693465,10.581436157226562
SRLMD,λ=8,65536,0,712849,10.877212524414062
SRLMD,λ=8,65536,0,677177,10.332901000976562
SRLMD,λ=8,65536,0,681985,10.406265258789062
SRLMD,λ=8,65536,0,738409,11.267227172851562
SSLMD,λ=8,65536,0,899281,13.721939086914062
SSLMD,λ=8,65536,0,888593,13.558853149414062
SSLMD,λ=8,65536,0,930209,14.193862915039062
SSLMD,λ=8,65536,0,946449,14.441665649414062
SSLMD,λ=8,65536,0,853409,13.021987915039062
SSLMD,λ=8,65536,0,857809,13.089126586914062
SSLMD,λ=8,65536,0,845825,12.906265258789062
SSLMD,λ=8,65536,0,823969,12.572769165039062
SSLMD,λ=8,65536,0,851425,12.991714477539062
SSLMD,λ=8,65536,0,988849,15.088638305664062
SSLMD,λ=8,65536,0,884497,13.496353149414062
SSLMD,λ=8,65536,0,926321,14.134536743164062
SSLMD,λ=8,65536,0,884017,13.489028930664062
SSLMD,λ=8,65536,0,971713,14.827163696289062
SSLMD,λ=8,65536,0,987329,15.065444946289062
SSLMD,λ=8,65536,0,890865,13.593521118164062
SSLMD,λ=8,65536,0,906145,13.826675415039062
SSLMD,λ=8,65536,0,1002721,15.300308227539062
SSLMD,λ=8,65536,0,932017,14.221450805664062
SSLMD,λ=8,65536,0,858225,13.095474243164062
SSLMD,λ=8,65536,0,935953,14.281509399414062
SSLMD,λ=8,65536,0,1022625,15.604019165039062
SSLMD,λ=8,65536,0,872193,13.308609008789062
SSLMD,λ=8,65536,0,932769,14.232925415039062
SSLMD,λ=8,65536,0,824529,12.581314086914062
SSLMD,λ=8,65536,0,936081,14.283462524414062
SSLMD,λ=8,65536,0,1034641,15.787368774414062
SSLMD,λ=8,65536,0,984209,15.017837524414062
SSLMD,λ=8,65536,0,1048289,15.995620727539062
SSLMD,λ=8,65536,0,863633,13.177993774414062
SSLMD,λ=8,65536,0,868001,13.244644165039062
SSLMD,λ=8,65536,0,1019665,15.558853149414062
SSLMD,λ=8,65536,0,920433,14.044692993164062
SSLMD,λ=8,65536,0,996961,15.212417602539062
SSLMD,λ=8,65536,0,932145,14.223403930664062
SSLMD,λ=8,65536,0,1077617,16.443130493164062
SSLMD,λ=8,65536,0,948465,14.472427368164062
SSLMD,λ=8,65536,0,1232529,18.806900024414062
SSLMD,λ=8,65536,0,843809,12.875503540039062
SSLMD,λ=8,65536,0,950737,14.507095336914062
SSLMD,λ=8,65536,0,858193,13.094985961914062
SSLMD,λ=8,65536,0,1063697,16.230728149414062
SSLMD,λ=8,65536,0,902113,13.765151977539062
SSLMD,λ=8,65536,0,926993,14.144790649414062
SSLMD,λ=8,65536,0,908017,13.855239868164062
SSLMD,λ=8,65536,0,876433,13.373306274414062
SSLMD,λ=8,65536,0,909681,13.880630493164062
SSLMD,λ=8,65536,0,910161,13.887954711914062
SSLMD,λ=8,65536,0,869633,13.269546508789062
SSLMD,λ=8,65536,0,928081,14.161392211914062
SSLMD,λ=8,65536,0,916177,13.979751586914062
SSLMD,λ=8,65536,0,953345,14.546890258789062
SSLMD,λ=8,65536,0,923889,14.097427368164062
SSLMD,λ=8,65536,0,878305,13.401870727539062
SSLMD,λ=8,65536,0,911137,13.902847290039062
SSLMD,λ=8,65536,0,983345,15.004653930664062
SSLMD,λ=8,65536,0,997377,15.218765258789062
SSLMD,λ=8,65536,0,912289,13.920425415039062
SSLMD,λ=8,65536,0,969153,14.788101196289062
SSLMD,λ=8,65536,0,924257,14.103042602539062
SSLMD,λ=8,65536,0,923921,14.097915649414062
SSLMD,λ=8,65536,0,1026001,15.655532836914062
SSLMD,λ=8,65536,0,867585,13.238296508789062
SSLMD,λ=8,65536,0,848897,12.953140258789062
SSLMD,λ=8,65536,0,915777,13.973648071289062
SSLMD,λ=8,65536,0,859937,13.121597290039062
SSLMD,λ=8,65536,0,1144849,17.469009399414062
SSLMD,λ=8,65536,0,889137,13.567153930664062
SSLMD,λ=8,65536,0,935681,14.277359008789062
SSLMD,λ=8,65536,0,833489,12.718032836914062
SSLMD,λ=8,65536,0,920577,14.046890258789062
SSLMD,λ=8,65536,0,870897,13.288833618164062
SSLMD,λ=8,65536,0,898673,13.712661743164062
SSLMD,λ=8,65536,0,940353,14.348648071289062
SSLMD,λ=8,65536,0,980305,14.958267211914062
SSLMD,λ=8,65536,0,909665,13.880386352539062
SSLMD,λ=8,65536,0,889713,13.575942993164062
SSLMD,λ=8,65536,0,855217,13.049575805664062
SSLMD,λ=8,65536,0,966785,14.751968383789062
SSLMD,λ=8,65536,0,874929,13.350357055664062
SSLMD,λ=8,65536,0,920513,14.045913696289062
SSLMD,λ=8,65536,0,932609,14.230484008789062
SSLMD,λ=8,65536,0,883345,13.478775024414062
SSLMD,λ=8,65536,0,867153,13.231704711914062
SSLMD,λ=8,65536,0,1087825,16.598892211914062
SSLMD,λ=8,65536,0,950865,14.509048461914062
SSLMD,λ=8,65536,0,955297,14.576675415039062
SSLMD,λ=8,65536,0,883473,13.480728149414062
SSLMD,λ=8,65536,0,982961,14.998794555664062
SSLMD,λ=8,65536,0,908561,13.863540649414062
SSLMD,λ=8,65536,0,873297,13.325454711914062
SSLMD,λ=8,65536,0,906353,13.829849243164062
SSLMD,λ=8,65536,0,884657,13.498794555664062
SSLMD,λ=8,65536,0,946817,14.447280883789062
SSLMD,λ=8,65536,0,885617,13.513442993164062
SSLMD,λ=8,65536,0,926177,14.132339477539062
SSLMD,λ=8,65536,0,886929,13.533462524414062
SSLMD,λ=8,65536,0,1064257,16.239273071289062
SSLMD,λ=8,65536,0,1154593,17.617691040039062
SSLMD,λ=8,65536,0,961681,14.674087524414062
SSDID,λ=8,65536,0,993057,15.152847290039062
SSDID,λ=8,65536,0,942097,14.375259399414062
SSDID,λ=8,65536,0,983889,15.012954711914062
SSDID,λ=8,65536,0,882465,13.465347290039062
SSDID,λ=8,65536,0,893377,13.631851196289062
SSDID,λ=8,65536,0,980273,14.957778930664062
SSDID,λ=8,65536,0,996145,15.199966430664062
SSDID,λ=8,65536,0,995729,15.193618774414062
SSDID,λ=8,65536,0,913681,13.941665649414062
SSDID,λ=8,65536,0,992449,15.143569946289062
SSDID,λ=8,65536,0,958561,14.626480102539062
SSDID,λ=8,65536,0,881697,13.453628540039062
SSDID,λ=8,65536,0,856193,13.064468383789062
SSDID,λ=8,65536,0,944113,14.406021118164062
SSDID,λ=8,65536,0,953217,14.544937133789062
SSDID,λ=8,65536,0,965681,14.735122680664062
SSDID,λ=8,65536,0,864689,13.194107055664062
SSDID,λ=8,65536,0,1091201,16.650405883789062
SSDID,λ=8,65536,0,1026241,15.659194946289062
SSDID,λ=8,65536,0,908897,13.868667602539062
SSDID,λ=8,65536,0,956465,14.594497680664062
SSDID,λ=8,65536,0,1017617,15.527603149414062
SSDID,λ=8,65536,0,919761,14.034439086914062
SSDID,λ=8,65536,0,1146609,17.495864868164062
SSDID,λ=8,65536,0,936481,14.289566040039062
SSDID,λ=8,65536,0,902865,13.776626586914062
SSDID,λ=8,65536,0,965697,14.735366821289062
SSDID,λ=8,65536,0,963393,14.700210571289062
SSDID,λ=8,65536,0,918721,14.018569946289062
SSDID,λ=8,65536,0,994369,15.172866821289062
SSDID,λ=8,65536,0,923457,14.090835571289062
SSDID,λ=8,65536,0,966081,14.741226196289062
SSDID,λ=8,65536,0,1048289,15.995620727539062
SSDID,λ=8,65536,0,1046929,15.974868774414062
SSDID,λ=8,65536,0,984177,15.017349243164062
SSDID,λ=8,65536,0,1076113,16.420181274414062
SSDID,λ=8,65536,0,878625,13.406753540039062
SSDID,λ=8,65536,0,1002849,15.302261352539062
SSDID,λ=8,65536,0,963905,14.708023071289062
SSDID,λ=8,65536,0,1025569,15.648941040039062
SSDID,λ=8,65536,0,1130929,17.256607055664062
SSDID,λ=8,65536,0,847313,12.928970336914062
SSDID,λ=8,65536,0,945777,14.431411743164062
SSDID,λ=8,65536,0,956849,14.600357055664062
SSDID,λ=8,65536,0,928433,14.166763305664062
SSDID,λ=8,65536,0,998401,15.234390258789062
SSDID,λ=8,65536,0,869601,13.269058227539062
SSDID,λ=8,65536,0,925057,14.115249633789062
SSDID,λ=8,65536,0,1171809,17.880386352539062
SSDID,λ=8,65536,0,981553,14.977310180664062
SSDID,λ=8,65536,0,902305,13.768081665039062
SSDID,λ=8,65536,0,900977,13.747817993164062
SSDID,λ=8,65536,0,878673,13.407485961914062
SSDID,λ=8,65536,0,919089,14.024185180664062
SSDID,λ=8,65536,0,1000673,15.269058227539062
SSDID,λ=8,65536,0,916705,13.987808227539062
SSDID,λ=8,65536,0,933521,14.244400024414062
SSDID,λ=8,65536,0,999969,15.258316040039062
SSDID,λ=8,65536,0,967201,14.758316040039062
SSDID,λ=8,65536,0,855569,13.054946899414062
SSDID,λ=8,65536,0,919793,14.034927368164062
SSDID,λ=8,65536,0,977377,14.913589477539062
SSDID,λ=8,65536,0,1072001,16.357437133789062
SSDID,λ=8,65536,0,987649,15.070327758789062
SSDID,λ=8,65536,0,958097,14.619400024414062
SSDID,λ=8,65536,0,932961,14.235855102539062
SSDID,λ=8,65536,0,924673,14.109390258789062
SSDID,λ=8,65536,0,920177,14.040786743164062
SSDID,λ=8,65536,0,923921,14.097915649414062
SSDID,λ=8,65536,0,987025,15.060806274414062
SSDID,λ=8,65536,0,919153,14.025161743164062
SSDID,λ=8,65536,0,961057,14.664566040039062
SSDID,λ=8,65536,0,984241,15.018325805664062
SSDID,λ=8,65536,0,904817,13.806411743164062
SSDID,λ=8,65536,0,901633,13.757827758789062
SSDID,λ=8,65536,0,889265,13.569107055664062
SSDID,λ=8,65536,0,1045313,15.950210571289062
SSDID,λ=8,65536,0,890593,13.589370727539062
SSDID,λ=8,65536,0,890385,13.586196899414062
SSDID,λ=8,65536,0,1214017,18.524429321289062
SSDID,λ=8,65536,0,891697,13.606216430664062
SSDID,λ=8,65536,0,960081,14.649673461914062
SSDID,λ=8,65536,0,972721,14.842544555664062
SSDID,λ=8,65536,0,1220257,18.619644165039062
SSDID,λ=8,65536,0,880929,13.441909790039062
SSDID,λ=8,65536,0,917649,14.002212524414062
SSDID,λ=8,65536,0,917169,13.994888305664062
SSDID,λ=8,65536,0,923265,14.087905883789062
SSDID,λ=8,65536,0,957857,14.615737915039062
SSDID,λ=8,65536,0,967569,14.763931274414062
SSDID,λ=8,65536,0,936673,14.292495727539062
SSDID,λ=8,65536,0,964273,14.713638305664062
SSDID,λ=8,65536,0,874609,13.345474243164062
SSDID,λ=8,65536,0,965377,14.730484008789062
SSDID,λ=8,65536,0,907057,13.840591430664062
SSDID,λ=8,65536,0,1067297,16.285659790039062
SSDID,λ=8,65536,0,914433,13.953140258789062
SSDID,λ=8,65536,0,895361,13.662124633789062
SSDID,λ=8,65536,0,1067249,16.284927368164062
SSDID,λ=8,65536,0,909153,13.872573852539062
SRDID,λ=8,65536,0,735145,11.217422485351562
SRDID,λ=8,65536,0,878097,13.398696899414062
SRDID,λ=8,65536,0,780369,11.907485961914062
SRDID,λ=8,65536,0,753521,11.497817993164062
SRDID,λ=8,65536,0,728033,11.108901977539062
SRDID,λ=8,65536,0,746257,11.386978149414062
SRDID,λ=8,65536,0,798817,12.188980102539062
SRDID,λ=8,65536,0,698017,10.650894165039062
SRDID,λ=8,65536,0,746073,11.384170532226562
SRDID,λ=8,65536,0,773665,11.805191040039062
SRDID,λ=8,65536,0,809257,12.348281860351562
SRDID,λ=8,65536,0,737809,11.258071899414062
SRDID,λ=8,65536,0,719625,10.980606079101562
SRDID,λ=8,65536,0,748745,11.424942016601562
SRDID,λ=8,65536,0,681417,10.397598266601562
SRDID,λ=8,65536,0,948681,14.475723266601562
SRDID,λ=8,65536,0,747225,11.401748657226562
SRDID,λ=8,65536,0,779769,11.898330688476562
SRDID,λ=8,65536,0,728409,11.114639282226562
SRDID,λ=8,65536,0,742905,11.335830688476562
SRDID,λ=8,65536,0,725353,11.068008422851562
SRDID,λ=8,65536,0,703673,10.737197875976562
SRDID,λ=8,65536,0,910665,13.895645141601562
SRDID,λ=8,65536,0,757113,11.552627563476562
SRDID,λ=8,65536,0,754609,11.514419555664062
SRDID,λ=8,65536,0,745593,11.376846313476562
SRDID,λ=8,65536,0,721281,11.005874633789062
SRDID,λ=8,65536,0,808681,12.339492797851562
SRDID,λ=8,65536,0,733729,11.195816040039062
SRDID,λ=8,65536,0,773601,11.804214477539062
SRDID,λ=8,65536,0,697793,10.647476196289062
SRDID,λ=8,65536,0,762041,11.627822875976562
SRDID,λ=8,65536,0,726401,11.083999633789062
SRDID,λ=8,65536,0,742313,11.326797485351562
SRDID,λ=8,65536,0,763233,11.646011352539062
SRDID,λ=8,65536,0,728961,11.123062133789062
SRDID,λ=8,65536,0,690761,10.540176391601562
SRDID,λ=8,65536,0,716521,10.933242797851562
SRDID,λ=8,65536,0,721065,11.002578735351562
SRDID,λ=8,65536,0,788073,12.025039672851562
SRDID,λ=8,65536,0,757961,11.565567016601562
SRDID,λ=8,65536,0,784841,11.975723266601562
SRDID,λ=8,65536,0,730889,11.152481079101562
SRDID,λ=8,65536,0,726049,11.078628540039062
SRDID,λ=8,65536,0,737033,11.246231079101562
SRDID,λ=8,65536,0,771209,11.767715454101562
SRDID,λ=8,65536,0,743313,11.342056274414062
SRDID,λ=8,65536,0,737313,11.250503540039062
SRDID,λ=8,65536,0,704857,10.755264282226562
SRDID,λ=8,65536,0,676097,10.316421508789062
SRDID,λ=8,65536,0,764281,11.662002563476562
SRDID,λ=8,65536,0,737937,11.260025024414062
SRDID,λ=8,65536,0,835777,12.752944946289062
SRDID,λ=8,65536,0,765937,11.687271118164062
SRDID,λ=8,65536,0,679217,10.364028930664062
SRDID,λ=8,65536,0,777305,11.860733032226562
SRDID,λ=8,65536,0,757753,11.562393188476562
SRDID,λ=8,65536,0,942953,14.388320922851562
SRDID,λ=8,65536,0,701209,10.699600219726562
SRDID,λ=8,65536,0,773777,11.806900024414062
SRDID,λ=8,65536,0,689977,10.528213500976562
SRDID,λ=8,65536,0,692793,10.571182250976562
SRDID,λ=8,65536,0,890753,13.591812133789062
SRDID,λ=8,65536,0,749785,11.440811157226562
SRDID,λ=8,65536,0,874497,13.343765258789062
SRDID,λ=8,65536,0,728393,11.114395141601562
SRDID,λ=8,65536,0,739113,11.277969360351562
SRDID,λ=8,65536,0,806713,12.309463500976562
SRDID,λ=8,65536,0,727873,11.106460571289062
SRDID,λ=8,65536,0,716377,10.931045532226562
SRDID,λ=8,65536,0,700049,10.681900024414062
SRDID,λ=8,65536,0,681593,10.400283813476562
SRDID,λ=8,65536,0,694097,10.591079711914062
SRDID,λ=8,65536,0,765369,11.678604125976562
SRDID,λ=8,65536,0,760777,11.608535766601562
SRDID,λ=8,65536,0,766289,11.692642211914062
SRDID,λ=8,65536,0,749865,11.442031860351562
SRDID,λ=8,65536,0,710929,10.847915649414062
SRDID,λ=8,65536,0,713313,10.884292602539062
SRDID,λ=8,65536,0,738649,11.270889282226562
SRDID,λ=8,65536,0,771545,11.772842407226562
SRDID,λ=8,65536,0,692665,10.569229125976562
SRDID,λ=8,65536,0,692649,10.568984985351562
SRDID,λ=8,65536,0,679161,10.363174438476562
SRDID,λ=8,65536,0,734201,11.203018188476562
SRDID,λ=8,65536,0,726449,11.084732055664062
SRDID,λ=8,65536,0,836081,12.757583618164062
SRDID,λ=8,65536,0,753545,11.498184204101562
SRDID,λ=8,65536,0,747209,11.401504516601562
SRDID,λ=8,65536,0,734689,11.210464477539062
SRDID,λ=8,65536,0,755929,11.534561157226562
SRDID,λ=8,65536,0,724889,11.060928344726562
SRDID,λ=8,65536,0,764329,11.662734985351562
SRDID,λ=8,65536,0,746729,11.394180297851562
SRDID,λ=8,65536,0,689425,10.519790649414062
SRDID,λ=8,65536,0,733169,11.187271118164062
SRDID,λ=8,65536,0,755369,11.526016235351562
SRDID,λ=8,65536,0,685913,10.466201782226562
SRDID,λ=8,65536,0,714681,10.905166625976562
SHDID,λ=8,65536,0,674257,10.288345336914062
SHDID,λ=8,65536,0,759489,11.588882446289062
SHDID,λ=8,65536,0,695969,10.619644165039062
SHDID,λ=8,65536,0,719881,10.984512329101562
SHDID,λ=8,65536,0,764689,11.668228149414062
SHDID,λ=8,65536,0,703009,10.727066040039062
SHDID,λ=8,65536,0,702025,10.712051391601562
SHDID,λ=8,65536,0,764721,11.668716430664062
SHDID,λ=8,65536,0,696985,10.635147094726562
SHDID,λ=8,65536,0,716673,10.935562133789062
SHDID,λ=8,65536,0,789681,12.049575805664062
SHDID,λ=8,65536,0,663537,10.124771118164062
SHDID,λ=8,65536,0,701753,10.707901000976562
SHDID,λ=8,65536,0,667033,10.178115844726562
SHDID,λ=8,65536,0,676329,10.319961547851562
SHDID,λ=8,65536,0,695641,10.614639282226562
SHDID,λ=8,65536,0,720609,10.995620727539062
SHDID,λ=8,65536,0,711281,10.853286743164062
SHDID,λ=8,65536,0,708985,10.818252563476562
SHDID,λ=8,65536,0,715729,10.921157836914062
SHDID,λ=8,65536,0,658985,10.055313110351562
SHDID,λ=8,65536,0,776225,11.844253540039062
SHDID,λ=8,65536,0,678281,10.349746704101562
SHDID,λ=8,65536,0,758177,11.568862915039062
SHDID,λ=8,65536,0,691185,10.546646118164062
SHDID,λ=8,65536,0,675617,10.309097290039062
SHDID,λ=8,65536,0,687457,10.489761352539062
SHDID,λ=8,65536,0,759569,11.590103149414062
SHDID,λ=8,65536,0,667001,10.177627563476562
SHDID,λ=8,65536,0,726857,11.090957641601562
SHDID,λ=8,65536,0,728745,11.119766235351562
SHDID,λ=8,65536,0,747561,11.406875610351562
SHDID,λ=8,65536,0,687521,10.490737915039062
SHDID,λ=8,65536,0,695001,10.604873657226562
SHDID,λ=8,65536,0,720481,10.993667602539062
SHDID,λ=8,65536,0,699417,10.672256469726562
SHDID,λ=8,65536,0,742657,11.332046508789062
SHDID,λ=8,65536,0,716721,10.936294555664062
SHDID,λ=8,65536,0,742785,11.333999633789062
SHDID,λ=8,65536,0,744753,11.364028930664062
SHDID,λ=8,65536,0,701289,10.700820922851562
SHDID,λ=8,65536,0,648985,9.902725219726562
SHDID,λ=8,65536,0,671657,10.248672485351562
SHDID,λ=8,65536,0,675329,10.304702758789062
SHDID,λ=8,65536,0,705145,10.759658813476562
SHDID,λ=8,65536,0,791361,12.075210571289062
SHDID,λ=8,65536,0,729377,11.129409790039062
SHDID,λ=8,65536,0,694353,10.594985961914062
SHDID,λ=8,65536,0,779593,11.895645141601562
SHDID,λ=8,65536,0,743265,11.341323852539062
SHDID,λ=8,65536,0,735265,11.219253540039062
SHDID,λ=8,65536,0,698441,10.657363891601562
SHDID,λ=8,65536,0,668593,10.201919555664062
SHDID,λ=8,65536,0,747857,11.411392211914062
SHDID,λ=8,65536,0,682137,10.408584594726562
SHDID,λ=8,65536,0,753337,11.495010375976562
SHDID,λ=8,65536,0,713777,10.891372680664062
SHDID,λ=8,65536,0,766545,11.696548461914062
SHDID,λ=8,65536,0,693497,10.581924438476562
SHDID,λ=8,65536,0,767113,11.705215454101562
SHDID,λ=8,65536,0,719017,10.971328735351562
SHDID,λ=8,65536,0,731049,11.154922485351562
SHDID,λ=8,65536,0,736977,11.245376586914062
SHDID,λ=8,65536,0,717353,10.945938110351562
SHDID,λ=8,65536,0,743121,11.339126586914062
SHDID,λ=8,65536,0,690929,10.542739868164062
SHDID,λ=8,65536,0,692969,10.573867797851562
SHDID,λ=8,65536,0,838489,12.794326782226562
SHDID,λ=8,65536,0,749457,11.435806274414062
SHDID,λ=8,65536,0,725185,11.065444946289062
SHDID,λ=8,65536,0,763257,11.646377563476562
SHDID,λ=8,65536,0,726633,11.087539672851562
SHDID,λ=8,65536,0,739369,11.281875610351562
SHDID,λ=8,65536,0,668361,10.198379516601562
SHDID,λ=8,65536,0,686209,10.470718383789062
SHDID,λ=8,65536,0,664969,10.146621704101562
SHDID,λ=8,65536,0,796537,12.154190063476562
SHDID,λ=8,65536,0,722681,11.027236938476562
SHDID,λ=8,65536,0,699545,10.674209594726562
SHDID,λ=8,65536,0,666281,10.166641235351562
SHDID,λ=8,65536,0,790721,12.065444946289062
SHDID,λ=8,65536,0,675353,10.305068969726562
SHDID,λ=8,65536,0,793193,12.103164672851562
SHDID,λ=8,65536,0,686033,10.468032836914062
SHDID,λ=8,65536,0,669193,10.211074829101562
SHDID,λ=8,65536,0,721569,11.010269165039062
SHDID,λ=8,65536,0,726793,11.089981079101562
SHDID,λ=8,65536,0,693929,10.588516235351562
SHDID,λ=8,65536,0,706281,10.776992797851562
SHDID,λ=8,65536,0,728913,11.122329711914062
SHDID,λ=8,65536,0,746001,11.383071899414062
SHDID,λ=8,65536,0,813193,12.408340454101562
SHDID,λ=8,65536,0,716241,10.928970336914062
SHDID,λ=8,65536,0,668241,10.196548461914062
SHDID,λ=8,65536,0,721785,11.013565063476562
SHDID,λ=8,65536,0,794417,12.121841430664062
SHDID,λ=8,65536,0,681369,10.396865844726562
SHDID,λ=8,65536,0,686537,10.475723266601562
SHDID,λ=8,65536,0,748049,11.414321899414062
SHDID,λ=8,65536,0,642577,9.804946899414062
SHLID,λ=8,65536,0,723033,11.032608032226562
SHLID,λ=8,65536,0,907473,13.846939086914062
SHLID,λ=8,65536,0,713705,10.890274047851562
SHLID,λ=8,65536,0,709185,10.821304321289062
SHLID,λ=8,65536,0,769441,11.740737915039062
SHLID,λ=8,65536,0,733641,11.194473266601562
SHLID,λ=8,65536,0,767561,11.712051391601562
SHLID,λ=8,65536,0,743753,11.348770141601562
SHLID,λ=8,65536,0,688289,10.502456665039062
SHLID,λ=8,65536,0,803537,12.261001586914062
SHLID,λ=8,65536,0,743681,11.347671508789062
SHLID,λ=8,65536,0,695721,10.615859985351562
SHLID,λ=8,65536,0,663945,10.130996704101562
SHLID,λ=8,65536,0,754017,11.505386352539062
SHLID,λ=8,65536,0,725345,11.067886352539062
SHLID,λ=8,65536,0,727113,11.094863891601562
SHLID,λ=8,65536,0,729513,11.131484985351562
SHLID,λ=8,65536,0,676353,10.320327758789062
SHLID,λ=8,65536,0,708353,10.808609008789062
SHLID,λ=8,65536,0,678761,10.357070922851562
SHLID,λ=8,65536,0,804073,12.269180297851562
SHLID,λ=8,65536,0,832977,12.710220336914062
SHLID,λ=8,65536,0,782177,11.935073852539062
SHLID,λ=8,65536,0,746489,11.390518188476562
SHLID,λ=8,65536,0,749953,11.443374633789062
SHLID,λ=8,65536,0,711329,10.854019165039062
SHLID,λ=8,65536,0,780857,11.914932250976562
SHLID,λ=8,65536,0,735665,11.225357055664062
SHLID,λ=8,65536,0,672681,10.264297485351562
SHLID,λ=8,65536,0,702433,10.718276977539062
SHLID,λ=8,65536,0,701929,10.710586547851562
SHLID,λ=8,65536,0,764121,11.659561157226562
SHLID,λ=8,65536,0,852417,13.006851196289062
SHLID,λ=8,65536,0,671625,10.248184204101562
SHLID,λ=8,65536,0,700665,10.691299438476562
SHLID,λ=8,65536,0,735169,11.217788696289062
SHLID,λ=8,65536,0,711297,10.853530883789062
SHLID,λ=8,65536,0,724897,11.061050415039062
SHLID,λ=8,65536,0,727841,11.105972290039062
SHLID,λ=8,65536,0,677329,10.335220336914062
SHLID,λ=8,65536,0,850129,12.971939086914062
SHLID,λ=8,65536,0,689561,10.521865844726562
SHLID,λ=8,65536,0,671009,10.238784790039062
SHLID,λ=8,65536,0,830465,12.671890258789062
SHLID,λ=8,65536,0,775393,11.831558227539062
SHLID,λ=8,65536,0,728769,11.120132446289062
SHLID,λ=8,65536,0,745545,11.376113891601562
SHLID,λ=8,65536,0,788521,12.031875610351562
SHLID,λ=8,65536,0,847601,12.933364868164062
SHLID,λ=8,65536,0,723369,11.037734985351562
SHLID,λ=8,65536,0,729049,11.124404907226562
SHLID,λ=8,65536,0,679025,10.361099243164062
SHLID,λ=8,65536,0,736993,11.245620727539062
SHLID,λ=8,65536,0,696993,10.635269165039062
SHLID,λ=8,65536,0,727297,11.097671508789062
SHLID,λ=8,65536,0,704209,10.745376586914062
SHLID,λ=8,65536,0,716169,10.927871704101562
SHLID,λ=8,65536,0,750313,11.448867797851562
SHLID,λ=8,65536,0,725137,11.064712524414062
SHLID,λ=8,65536,0,714905,10.908584594726562
SHLID,λ=8,65536,0,713313,10.884292602539062
SHLID,λ=8,65536,0,676001,10.314956665039062
SHLID,λ=8,65536,0,721673,11.011856079101562
SHLID,λ=8,65536,0,754209,11.508316040039062
SHLID,λ=8,65536,0,714001,10.894790649414062
SHLID,λ=8,65536,0,803425,12.259292602539062
SHLID,λ=8,65536,0,763817,11.654922485351562
SHLID,λ=8,65536,0,689553,10.521743774414062
SHLID,λ=8,65536,0,783129,11.949600219726562
SHLID,λ=8,65536,0,837785,12.783584594726562
SHLID,λ=8,65536,0,749073,11.429946899414062
SHLID,λ=8,65536,0,711001,10.849014282226562
SHLID,λ=8,65536,0,776345,11.846084594726562
SHLID,λ=8,65536,0,651897,9.947158813476562
SHLID,λ=8,65536,0,737729,11.256851196289062
SHLID,λ=8,65536,0,719721,10.982070922851562
SHLID,λ=8,65536,0,686737,10.478775024414062
SHLID,λ=8,65536,0,694977,10.604507446289062
SHLID,λ=8,65536,0,785865,11.991348266601562
SHLID,λ=8,65536,0,692729,10.570205688476562
SHLID,λ=8,65536,0,723049,11.032852172851562
SHLID,λ=8,65536,0,759881,11.594863891601562
SHLID,λ=8,65536,0,725993,11.077774047851562
SHLID,λ=8,65536,0,750537,11.452285766601562
SHLID,λ=8,65536,0,779977,11.901504516601562
SHLID,λ=8,65536,0,700961,10.695816040039062
SHLID,λ=8,65536,0,674905,10.298233032226562
SHLID,λ=8,65536,0,712561,10.872817993164062
SHLID,λ=8,65536,0,714497,10.902359008789062
SHLID,λ=8,65536,0,779817,11.899063110351562
SHLID,λ=8,65536,0,696521,10.628067016601562
SHLID,λ=8,65536,0,675321,10.304580688476562
SHLID,λ=8,65536,0,710393,10.839736938476562
SHLID,λ=8,65536,0,713265,10.883560180664062
SHLID,λ=8,65536,0,842569,12.856582641601562
SHLID,λ=8,65536,0,785129,11.980117797851562
SHLID,λ=8,65536,0,701401,10.702529907226562
SHLID,λ=8,65536,0,745801,11.380020141601562
SHLID,λ=8,65536,0,689401,10.519424438476562
SRLID,λ=8,65536,0,755817,11.532852172851562
SRLID,λ=8,65536,0,807185,12.316665649414062
SRLID,λ=8,65536,0,826505,12.611465454101562
SRLID,λ=8,65536,0,718825,10.968399047851562
SRLID,λ=8,65536,0,739081,11.277481079101562
SRLID,λ=8,65536,0,762577,11.636001586914062
SRLID,λ=8,65536,0,757553,11.559341430664062
SRLID,λ=8,65536,0,696457,10.627090454101562
SRLID,λ=8,65536,0,721793,11.013687133789062
SRLID,λ=8,65536,0,740313,11.296279907226562
SRLID,λ=8,65536,0,746641,11.392837524414062
SRLID,λ=8,65536,0,793841,12.113052368164062
SRLID,λ=8,65536,0,713553,10.887954711914062
SRLID,λ=8,65536,0,707769,10.799697875976562
SRLID,λ=8,65536,0,771401,11.770645141601562
SRLID,λ=8,65536,0,739873,11.289566040039062
SRLID,λ=8,65536,0,743553,11.345718383789062
SRLID,λ=8,65536,0,714729,10.905899047851562
SRLID,λ=8,65536,0,755129,11.522354125976562
SRLID,λ=8,65536,0,775977,11.840469360351562
SRLID,λ=8,65536,0,759401,11.587539672851562
SRLID,λ=8,65536,0,734465,11.207046508789062
SRLID,λ=8,65536,0,734473,11.207168579101562
SRLID,λ=8,65536,0,798185,12.179336547851562
SRLID,λ=8,65536,0,707929,10.802139282226562
SRLID,λ=8,65536,0,773473,11.802261352539062
SRLID,λ=8,65536,0,672345,10.259170532226562
SRLID,λ=8,65536,0,790377,12.060195922851562
SRLID,λ=8,65536,0,733137,11.186782836914062
SRLID,λ=8,65536,0,810433,12.366226196289062
SRLID,λ=8,65536,0,782649,11.942276000976562
SRLID,λ=8,65536,0,751073,11.460464477539062
SRLID,λ=8,65536,0,724809,11.059707641601562
SRLID,λ=8,65536,0,716609,10.934585571289062
SRLID,λ=8,65536,0,839073,12.803237915039062
SRLID,λ=8,65536,0,717449,10.947402954101562
SRLID,λ=8,65536,0,715273,10.914199829101562
SRLID,λ=8,65536,0,742801,11.334243774414062
SRLID,λ=8,65536,0,692553,10.567520141601562
SRLID,λ=8,65536,0,756073,11.536758422851562
SRLID,λ=8,65536,0,730377,11.144668579101562
SRLID,λ=8,65536,0,693825,10.586929321289062
SRLID,λ=8,65536,0,741793,11.318862915039062
SRLID,λ=8,65536,0,791609,12.078994750976562
SRLID,λ=8,65536,0,761913,11.625869750976562
SRLID,λ=8,65536,0,704105,10.743789672851562
SRLID,λ=8,65536,0,761817,11.624404907226562
SRLID,λ=8,65536,0,805777,12.295181274414062
SRLID,λ=8,65536,0,753849,11.502822875976562
SRLID,λ=8,65536,0,671657,10.248672485351562
SRLID,λ=8,65536,0,804145,12.270278930664062
SRLID,λ=8,65536,0,879241,13.416152954101562
SRLID,λ=8,65536,0,732929,11.183609008789062
SRLID,λ=8,65536,0,784905,11.976699829101562
SRLID,λ=8,65536,0,754521,11.513076782226562
SRLID,λ=8,65536,0,713065,10.880508422851562
SRLID,λ=8,65536,0,745497,11.375381469726562
SRLID,λ=8,65536,0,745137,11.369888305664062
SRLID,λ=8,65536,0,729257,11.127578735351562
SRLID,λ=8,65536,0,727545,11.101455688476562
SRLID,λ=8,65536,0,689057,10.514175415039062
SRLID,λ=8,65536,0,744249,11.356338500976562
SRLID,λ=8,65536,0,671729,10.249771118164062
SRLID,λ=8,65536,0,824393,12.579238891601562
SRLID,λ=8,65536,0,731193,11.157119750976562
SRLID,λ=8,65536,0,728281,11.112686157226562
SRLID,λ=8,65536,0,793553,12.108657836914062
SRLID,λ=8,65536,0,732657,11.179458618164062
SRLID,λ=8,65536,0,804753,12.279556274414062
SRLID,λ=8,65536,0,703353,10.732315063476562
SRLID,λ=8,65536,0,729049,11.124404907226562
SRLID,λ=8,65536,0,695857,10.617935180664062
SRLID,λ=8,65536,0,791569,12.078384399414062
SRLID,λ=8,65536,0,691473,10.551040649414062
SRLID,λ=8,65536,0,707297,10.792495727539062
SRLID,λ=8,65536,0,737465,11.252822875976562
SRLID,λ=8,65536,0,816921,12.465225219726562
SRLID,λ=8,65536,0,899801,13.729873657226562
SRLID,λ=8,65536,0,761753,11.623428344726562
SRLID,λ=8,65536,0,760769,11.608413696289062
SRLID,λ=8,65536,0,666921,10.176406860351562
SRLID,λ=8,65536,0,748793,11.425674438476562
SRLID,λ=8,65536,0,755873,11.533706665039062
SRLID,λ=8,65536,0,708369,10.808853149414062
SRLID,λ=8,65536,0,731969,11.168960571289062
SRLID,λ=8,65536,0,778273,11.875503540039062
SRLID,λ=8,65536,0,807953,12.328384399414062
SRLID,λ=8,65536,0,717801,10.952774047851562
SRLID,λ=8,65536,0,722937,11.031143188476562
SRLID,λ=8,65536,0,756065,11.536636352539062
SRLID,λ=8,65536,0,693505,10.582046508789062
SRLID,λ=8,65536,0,809513,12.352188110351562
SRLID,λ=8,65536,0,761057,11.612808227539062
SRLID,λ=8,65536,0,729289,11.128067016601562
SRLID,λ=8,65536,0,761017,11.612197875976562
SRLID,λ=8,65536,0,732729,11.180557250976562
SRLID,λ=8,65536,0,742745,11.333389282226562
SRLID,λ=8,65536,0,797249,12.165054321289062
SRLID,λ=8,65536,0,823521,12.565933227539062
SRLID,λ=8,65536,0,800105,12.208633422851562
SSLID,λ=8,65536,0,986465,15.052261352539062
SSLID,λ=8,65536,0,1104097,16.847183227539062
SSLID,λ=8,65536,0,974481,14.869400024414062
SSLID,λ=8,65536,0,1005233,15.338638305664062
SSLID,λ=8,65536,0,963873,14.707534790039062
SSLID,λ=8,65536,0,955953,14.586685180664062
SSLID,λ=8,65536,0,1028417,15.692398071289062
SSLID,λ=8,65536,0,953665,14.551773071289062
SSLID,λ=8,65536,0,971505,14.823989868164062
SSLID,λ=8,65536,0,988049,15.076431274414062
SSLID,λ=8,65536,0,982849,14.997085571289062
SSLID,λ=8,65536,0,917057,13.993179321289062
SSLID,λ=8,65536,0,932065,14.222183227539062
SSLID,λ=8,65536,0,1088673,16.611831665039062
SSLID,λ=8,65536,0,986177,15.047866821289062
SSLID,λ=8,65536,0,963041,14.694839477539062
SSLID,λ=8,65536,0,923281,14.088150024414062
SSLID,λ=8,65536,0,1139505,17.387466430664062
SSLID,λ=8,65536,0,969649,14.795669555664062
SSLID,λ=8,65536,0,1090225,16.635513305664062
SSLID,λ=8,65536,0,1097281,16.743179321289062
SSLID,λ=8,65536,0,943601,14.398208618164062
SSLID,λ=8,65536,0,1030449,15.723403930664062
SSLID,λ=8,65536,0,941201,14.361587524414062
SSLID,λ=8,65536,0,1031249,15.735610961914062
SSLID,λ=8,65536,0,931681,14.216323852539062
SSLID,λ=8,65536,0,1052225,16.055679321289062
SSLID,λ=8,65536,0,1033681,15.772720336914062
SSLID,λ=8,65536,0,957793,14.614761352539062
SSLID,λ=8,65536,0,1046161,15.963150024414062
SSLID,λ=8,65536,0,958513,14.625747680664062
SSLID,λ=8,65536,0,1044257,15.934097290039062
SSLID,λ=8,65536,0,932417,14.227554321289062
SSLID,λ=8,65536,0,948913,14.479263305664062
SSLID,λ=8,65536,0,1094609,16.702407836914062
SSLID,λ=8,65536,0,886705,13.530044555664062
SSLID,λ=8,65536,0,926865,14.142837524414062
SSLID,λ=8,65536,0,974529,14.870132446289062
SSLID,λ=8,65536,0,1044145,15.932388305664062
SSLID,λ=8,65536,0,990897,15.119888305664062
SSLID,λ=8,65536,0,1003393,15.310562133789062
SSLID,λ=8,65536,0,1027985,15.685806274414062
SSLID,λ=8,65536,0,976145,14.894790649414062
SSLID,λ=8,65536,0,1034865,15.790786743164062
SSLID,λ=8,65536,0,910145,13.887710571289062
SSLID,λ=8,65536,0,1033505,15.770034790039062
SSLID,λ=8,65536,0,984161,15.017105102539062
SSLID,λ=8,65536,0,967249,14.759048461914062
SSLID,λ=8,65536,0,1023777,15.621597290039062
SSLID,λ=8,65536,0,1100817,16.797134399414062
SSLID,λ=8,65536,0,947057,14.450942993164062
SSLID,λ=8,65536,0,1016369,15.508560180664062
SSLID,λ=8,65536,0,916641,13.986831665039062
SSLID,λ=8,65536,0,1117553,17.052505493164062
SSLID,λ=8,65536,0,991809,15.133804321289062
SSLID,λ=8,65536,0,1048321,15.996109008789062
SSLID,λ=8,65536,0,1008577,15.389663696289062
SSLID,λ=8,65536,0,970385,14.806900024414062
SSLID,λ=8,65536,0,887425,13.541030883789062
SSLID,λ=8,65536,0,1096577,16.732437133789062
SSLID,λ=8,65536,0,930577,14.199478149414062
SSLID,λ=8,65536,0,945633,14.429214477539062
SSLID,λ=8,65536,0,921697,14.063980102539062
SSLID,λ=8,65536,0,1016753,15.514419555664062
SSLID,λ=8,65536,0,998657,15.238296508789062
SSLID,λ=8,65536,0,906257,13.828384399414062
SSLID,λ=8,65536,0,949809,14.492935180664062
SSLID,λ=8,65536,0,1011185,15.429458618164062
SSLID,λ=8,65536,0,982913,14.998062133789062
SSLID,λ=8,65536,0,923809,14.096206665039062
SSLID,λ=8,65536,0,968049,14.771255493164062
SSLID,λ=8,65536,0,1171137,17.870132446289062
SSLID,λ=8,65536,0,904673,13.804214477539062
SSLID,λ=8,65536,0,914385,13.952407836914062
SSLID,λ=8,65536,0,922529,14.076675415039062
SSLID,λ=8,65536,0,1025617,15.649673461914062
SSLID,λ=8,65536,0,978977,14.938003540039062
SSLID,λ=8,65536,0,977345,14.913101196289062
SSLID,λ=8,65536,0,1001409,15.280288696289062
SSLID,λ=8,65536,0,955041,14.572769165039062
SSLID,λ=8,65536,0,923345,14.089126586914062
SSLID,λ=8,65536,0,880897,13.441421508789062
SSLID,λ=8,65536,0,978881,14.936538696289062
SSLID,λ=8,65536,0,984321,15.019546508789062
SSLID,λ=8,65536,0,960257,14.652359008789062
SSLID,λ=8,65536,0,1036225,15.811538696289062
SSLID,λ=8,65536,0,1107313,16.896255493164062
SSLID,λ=8,65536,0,938801,14.324966430664062
SSLID,λ=8,65536,0,1036401,15.814224243164062
SSLID,λ=8,65536,0,895553,13.665054321289062
SSLID,λ=8,65536,0,1014801,15.484634399414062
SSLID,λ=8,65536,0,970577,14.809829711914062
SSLID,λ=8,65536,0,1008673,15.391128540039062
SSLID,λ=8,65536,0,1018017,15.533706665039062
SSLID,λ=8,65536,0,976801,14.904800415039062
SSLID,λ=8,65536,0,918977,14.022476196289062
SSLID,λ=8,65536,0,961681,14.674087524414062
SSLID,λ=8,65536,0,969905,14.799575805664062
SSLID,λ=8,65536,0,1026369,15.661148071289062
SSLID,λ=8,65536,0,1206209,18.405288696289062
SSDCU,λ=8,65536,0,866445,13.220901489257812
SSDCU,λ=8,65536,0,877613,13.391311645507812
SSDCU,λ=8,65536,0,871605,13.299636840820312
SSDCU,λ=8,65536,0,902405,13.769607543945312
SSDCU,λ=8,65536,0,904482,13.801300048828125
SSDCU,λ=8,65536,0,889371,13.570724487304688
SSDCU,λ=8,65536,0,843675,12.873458862304688
SSDCU,λ=8,65536,0,939507,14.335739135742188
SSDCU,λ=8,65536,0,912274,13.920196533203125
SSDCU,λ=8,65536,0,1010641,15.421157836914062
SSDCU,λ=8,65536,0,917945,14.006729125976562
SSDCU,λ=8,65536,0,859930,13.121490478515625
SSDCU,λ=8,65536,0,868572,13.25335693359375
SSDCU,λ=8,65536,0,834239,12.729476928710938
SSDCU,λ=8,65536,0,1004034,15.320343017578125
SSDCU,λ=8,65536,0,831345,12.685317993164062
SSDCU,λ=8,65536,0,883551,13.481918334960938
SSDCU,λ=8,65536,0,974938,14.876373291015625
SSDCU,λ=8,65536,0,869325,13.264846801757812
SSDCU,λ=8,65536,0,801176,12.2249755859375
SSDCU,λ=8,65536,0,913306,13.935943603515625
SSDCU,λ=8,65536,0,830353,12.670181274414062
SSDCU,λ=8,65536,0,818525,12.489700317382812
SSDCU,λ=8,65536,0,793923,12.114303588867188
SSDCU,λ=8,65536,0,961722,14.674713134765625
SSDCU,λ=8,65536,0,961966,14.678436279296875
SSDCU,λ=8,65536,0,815798,12.448089599609375
SSDCU,λ=8,65536,0,790907,12.068283081054688
SSDCU,λ=8,65536,0,914317,13.951370239257812
SSDCU,λ=8,65536,0,1268528,19.356201171875
SSDCU,λ=8,65536,0,1003980,15.31951904296875
SSDCU,λ=8,65536,0,867474,13.236602783203125
SSDCU,λ=8,65536,0,946671,14.445053100585938
SSDCU,λ=8,65536,0,875120,13.353271484375
SSDCU,λ=8,65536,0,812689,12.400650024414062
SSDCU,λ=8,65536,0,807596,12.32293701171875
SSDCU,λ=8,65536,0,893845,13.638992309570312
SSDCU,λ=8,65536,0,834756,12.73736572265625
SSDCU,λ=8,65536,0,857962,13.091461181640625
SSDCU,λ=8,65536,0,905657,13.819229125976562
SSDCU,λ=8,65536,0,819375,12.502670288085938
SSDCU,λ=8,65536,0,833552,12.718994140625
SSDCU,λ=8,65536,0,826813,12.616165161132812
SSDCU,λ=8,65536,0,1070374,16.332611083984375
SSDCU,λ=8,65536,0,870128,13.277099609375
SSDCU,λ=8,65536,0,880375,13.433456420898438
SSDCU,λ=8,65536,0,1038457,15.845596313476562
SSDCU,λ=8,65536,0,952189,14.529251098632812
SSDCU,λ=8,65536,0,940387,14.349166870117188
SSDCU,λ=8,65536,0,914838,13.959320068359375
SSDCU,λ=8,65536,0,933673,14.246719360351562
SSDCU,λ=8,65536,0,827369,12.624649047851562
SSDCU,λ=8,65536,0,939101,14.329544067382812
SSDCU,λ=8,65536,0,838984,12.8018798828125
SSDCU,λ=8,65536,0,887365,13.540115356445312
SSDCU,λ=8,65536,0,899063,13.718612670898438
SSDCU,λ=8,65536,0,841106,12.834259033203125
SSDCU,λ=8,65536,0,914447,13.953353881835938
SSDCU,λ=8,65536,0,938083,14.314010620117188
SSDCU,λ=8,65536,0,798863,12.189682006835938
SSDCU,λ=8,65536,0,835712,12.751953125
SSDCU,λ=8,65536,0,840438,12.824066162109375
SSDCU,λ=8,65536,0,868766,13.256317138671875
SSDCU,λ=8,65536,0,859708,13.11810302734375
SSDCU,λ=8,65536,0,840649,12.827285766601562
SSDCU,λ=8,65536,0,875232,13.35498046875
SSDCU,λ=8,65536,0,824259,12.577194213867188
SSDCU,λ=8,65536,0,820843,12.525070190429688
SSDCU,λ=8,65536,0,924475,14.106369018554688
SSDCU,λ=8,65536,0,990649,15.116104125976562
SSDCU,λ=8,65536,0,829172,12.65216064453125
SSDCU,λ=8,65536,0,878102,13.398773193359375
SSDCU,λ=8,65536,0,864908,13.19744873046875
SSDCU,λ=8,65536,0,850131,12.971969604492188
SSDCU,λ=8,65536,0,887944,13.5489501953125
SSDCU,λ=8,65536,0,889333,13.570144653320312
SSDCU,λ=8,65536,0,858835,13.104782104492188
SSDCU,λ=8,65536,0,854892,13.04461669921875
SSDCU,λ=8,65536,0,883361,13.479019165039062
SSDCU,λ=8,65536,0,834176,12.728515625
SSDCU,λ=8,65536,0,1036881,15.821548461914062
SSDCU,λ=8,65536,0,914392,13.9525146484375
SSDCU,λ=8,65536,0,871140,13.29254150390625
SSDCU,λ=8,65536,0,918204,14.01068115234375
SSDCU,λ=8,65536,0,858911,13.105941772460938
SSDCU,λ=8,65536,0,906322,13.829376220703125
SSDCU,λ=8,65536,0,934165,14.254226684570312
SSDCU,λ=8,65536,0,922771,14.080368041992188
SSDCU,λ=8,65536,0,886680,13.5296630859375
SSDCU,λ=8,65536,0,922843,14.081466674804688
SSDCU,λ=8,65536,0,914442,13.953277587890625
SSDCU,λ=8,65536,0,803561,12.261367797851562
SSDCU,λ=8,65536,0,891597,13.604690551757812
SSDCU,λ=8,65536,0,1055351,16.103378295898438
SSDCU,λ=8,65536,0,810810,12.371978759765625
SSDCU,λ=8,65536,0,864015,13.183822631835938
SSDCU,λ=8,65536,0,940022,14.343597412109375
SSDCU,λ=8,65536,0,896631,13.681503295898438
SSDCU,λ=8,65536,0,854687,13.041488647460938
SSDCU,λ=8,65536,0,880084,13.42901611328125
SRDCU,λ=8,65536,0,672034,10.254425048828125
SRDCU,λ=8,65536,0,712001,10.864273071289062
SRDCU,λ=8,65536,0,744547,11.360885620117188
SRDCU,λ=8,65536,0,777152,11.8583984375
SRDCU,λ=8,65536,0,785565,11.986770629882812
SRDCU,λ=8,65536,0,665963,10.161788940429688
SRDCU,λ=8,65536,0,755011,11.520553588867188
SRDCU,λ=8,65536,0,737796,11.25787353515625
SRDCU,λ=8,65536,0,734208,11.203125
SRDCU,λ=8,65536,0,697634,10.645050048828125
SRDCU,λ=8,65536,0,709458,10.825469970703125
SRDCU,λ=8,65536,0,665580,10.15594482421875
SRDCU,λ=8,65536,0,669295,10.212631225585938
SRDCU,λ=8,65536,0,807195,12.316818237304688
SRDCU,λ=8,65536,0,822363,12.548263549804688
SRDCU,λ=8,65536,0,649971,9.917770385742188
SRDCU,λ=8,65536,0,787851,12.021652221679688
SRDCU,λ=8,65536,0,688211,10.501266479492188
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SRDCU,λ=8,65536,0,676592,10.323974609375
SRDCU,λ=8,65536,0,725086,11.063934326171875
SRDCU,λ=8,65536,0,662923,10.115402221679688
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SRDCU,λ=8,65536,0,720917,11.000320434570312
SRDCU,λ=8,65536,0,687800,10.4949951171875
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SRDCU,λ=8,65536,0,674832,10.297119140625
SRDCU,λ=8,65536,0,718969,10.970596313476562
SRDCU,λ=8,65536,0,646258,9.861114501953125
SRDCU,λ=8,65536,0,696309,10.624832153320312
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SRDCU,λ=8,65536,0,659146,10.057769775390625
SRDCU,λ=8,65536,0,818477,12.488967895507812
SRDCU,λ=8,65536,0,680262,10.379974365234375
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SRDCU,λ=8,65536,0,722686,11.027313232421875
SRDCU,λ=8,65536,0,666263,10.166366577148438
SRDCU,λ=8,65536,0,807553,12.322280883789062
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SRDCU,λ=8,65536,0,681965,10.405960083007812
SRDCU,λ=8,65536,0,650175,9.920883178710938
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SRDCU,λ=8,65536,0,637295,9.724349975585938
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SRDCU,λ=8,65536,0,694708,10.60040283203125
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SRDCU,λ=8,65536,0,631680,9.638671875
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SRDCU,λ=8,65536,0,621803,9.487960815429688
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SHLCU,λ=8,65536,0,715758,10.921600341796875
SHLCU,λ=8,65536,0,627303,9.571884155273438
SHLCU,λ=8,65536,0,775967,11.840316772460938
SHLCU,λ=8,65536,0,733253,11.188552856445312
SHLCU,λ=8,65536,0,647824,9.885009765625
SHLCU,λ=8,65536,0,633503,9.666488647460938
SHLCU,λ=8,65536,0,679322,10.365631103515625
SHLCU,λ=8,65536,0,631365,9.633865356445312
SHLCU,λ=8,65536,0,686767,10.479232788085938
SHLCU,λ=8,65536,0,706389,10.778640747070312
SHLCU,λ=8,65536,0,683871,10.435043334960938
SHLCU,λ=8,65536,0,667924,10.19171142578125
SHLCU,λ=8,65536,0,756664,11.5457763671875
SHLCU,λ=8,65536,0,681193,10.394180297851562
SHLCU,λ=8,65536,0,650997,9.933425903320312
SHLCU,λ=8,65536,0,609061,9.293533325195312
SHLCU,λ=8,65536,0,678118,10.347259521484375
SHLCU,λ=8,65536,0,711479,10.856307983398438
SHLCU,λ=8,65536,0,666840,10.1751708984375
SHLCU,λ=8,65536,0,690351,10.533920288085938
SHLCU,λ=8,65536,0,587812,8.96929931640625
SHLCU,λ=8,65536,0,652918,9.962738037109375
SHLCU,λ=8,65536,0,600465,9.162368774414062
SHLCU,λ=8,65536,0,690633,10.538223266601562
SHLCU,λ=8,65536,0,689592,10.5223388671875
SHLCU,λ=8,65536,0,710076,10.83489990234375
SHLCU,λ=8,65536,0,651766,9.945159912109375
SHLCU,λ=8,65536,0,628995,9.597702026367188
SHLCU,λ=8,65536,0,627077,9.568435668945312
SHLCU,λ=8,65536,0,635769,9.701065063476562
SHLCU,λ=8,65536,0,669306,10.212799072265625
SHLCU,λ=8,65536,0,697072,10.636474609375
SHLCU,λ=8,65536,0,639937,9.764663696289062
SHLCU,λ=8,65536,0,691486,10.551239013671875
SHLCU,λ=8,65536,0,725170,11.065216064453125
SHLCU,λ=8,65536,0,625321,9.541641235351562
SHLCU,λ=8,65536,0,640602,9.774810791015625
SHLCU,λ=8,65536,0,679244,10.36444091796875
SHLCU,λ=8,65536,0,758814,11.578582763671875
SHLCU,λ=8,65536,0,799572,12.20050048828125
SHLCU,λ=8,65536,0,641943,9.795272827148438
SHLCU,λ=8,65536,0,635933,9.703567504882812
SHLCU,λ=8,65536,0,642867,9.809371948242188
SHLCU,λ=8,65536,0,670833,10.236099243164062
SHLCU,λ=8,65536,0,664921,10.145889282226562
SHLCU,λ=8,65536,0,678174,10.348114013671875
SHLCU,λ=8,65536,0,697601,10.644546508789062
SHLCU,λ=8,65536,0,823602,12.567169189453125
SHLCU,λ=8,65536,0,604428,9.22283935546875
SHLCU,λ=8,65536,0,688870,10.511322021484375
SHLCU,λ=8,65536,0,649680,9.913330078125
SHLCU,λ=8,65536,0,622652,9.50091552734375
SHLCU,λ=8,65536,0,676380,10.32073974609375
SHLCU,λ=8,65536,0,615472,9.391357421875
SHLCU,λ=8,65536,0,617815,9.427108764648438
SHLCU,λ=8,65536,0,673223,10.272567749023438
SHLCU,λ=8,65536,0,793747,12.111618041992188
SHLCU,λ=8,65536,0,679534,10.368865966796875
SHLCU,λ=8,65536,0,670807,10.235702514648438
SHLCU,λ=8,65536,0,674863,10.297592163085938
SHLCU,λ=8,65536,0,716883,10.938766479492188
SHLCU,λ=8,65536,0,633782,9.670745849609375
SHLCU,λ=8,65536,0,656490,10.017242431640625
SHLCU,λ=8,65536,0,699210,10.669097900390625
SHLCU,λ=8,65536,0,727379,11.098922729492188
SHLCU,λ=8,65536,0,605041,9.232192993164062
SHLCU,λ=8,65536,0,695234,10.608428955078125
SHLCU,λ=8,65536,0,617195,9.417648315429688
SHLCU,λ=8,65536,0,659848,10.0684814453125
SHLCU,λ=8,65536,0,676947,10.329391479492188
SHLCU,λ=8,65536,0,677717,10.341140747070312
SHLCU,λ=8,65536,0,813629,12.414993286132812
SHLCU,λ=8,65536,0,695746,10.616241455078125
SHLCU,λ=8,65536,0,626850,9.564971923828125
SHLCU,λ=8,65536,0,652361,9.954238891601562
SHLCU,λ=8,65536,0,632651,9.653488159179688
SHLCU,λ=8,65536,0,722435,11.023483276367188
SHLCU,λ=8,65536,0,681641,10.401016235351562
SHLCU,λ=8,65536,0,596772,9.10601806640625
SHLCU,λ=8,65536,0,713932,10.89373779296875
SHLCU,λ=8,65536,0,713829,10.892166137695312
SRLCU,λ=8,65536,0,783374,11.953338623046875
SRLCU,λ=8,65536,0,799492,12.19927978515625
SRLCU,λ=8,65536,0,697288,10.6397705078125
SRLCU,λ=8,65536,0,698814,10.663055419921875
SRLCU,λ=8,65536,0,737481,11.253067016601562
SRLCU,λ=8,65536,0,733316,11.18951416015625
SRLCU,λ=8,65536,0,794929,12.129653930664062
SRLCU,λ=8,65536,0,770210,11.752471923828125
SRLCU,λ=8,65536,0,723806,11.044403076171875
SRLCU,λ=8,65536,0,714209,10.897964477539062
SRLCU,λ=8,65536,0,643526,9.819427490234375
SRLCU,λ=8,65536,0,902199,13.766464233398438
SRLCU,λ=8,65536,0,735143,11.217391967773438
SRLCU,λ=8,65536,0,688289,10.502456665039062
SRLCU,λ=8,65536,0,713525,10.887527465820312
SRLCU,λ=8,65536,0,712582,10.873138427734375
SRLCU,λ=8,65536,0,683538,10.429962158203125
SRLCU,λ=8,65536,0,704732,10.75335693359375
SRLCU,λ=8,65536,0,654624,9.98876953125
SRLCU,λ=8,65536,0,716516,10.93316650390625
SRLCU,λ=8,65536,0,753497,11.497451782226562
SRLCU,λ=8,65536,0,709359,10.823959350585938
SRLCU,λ=8,65536,0,716886,10.938812255859375
SRLCU,λ=8,65536,0,709112,10.8201904296875
SRLCU,λ=8,65536,0,778043,11.871994018554688
SRLCU,λ=8,65536,0,739327,11.281234741210938
SRLCU,λ=8,65536,0,711211,10.852218627929688
SRLCU,λ=8,65536,0,778382,11.877166748046875
SRLCU,λ=8,65536,0,711108,10.85064697265625
SRLCU,λ=8,65536,0,701768,10.7081298828125
SRLCU,λ=8,65536,0,666688,10.1728515625
SRLCU,λ=8,65536,0,681921,10.405288696289062
SRLCU,λ=8,65536,0,653288,9.9683837890625
SRLCU,λ=8,65536,0,781057,11.917984008789062
SRLCU,λ=8,65536,0,680857,10.389053344726562
SRLCU,λ=8,65536,0,714109,10.896438598632812
SRLCU,λ=8,65536,0,750659,11.454147338867188
SRLCU,λ=8,65536,0,624926,9.535614013671875
SRLCU,λ=8,65536,0,667617,10.187026977539062
SRLCU,λ=8,65536,0,707036,10.78851318359375
SRLCU,λ=8,65536,0,649861,9.916091918945312
SRLCU,λ=8,65536,0,712345,10.869522094726562
SRLCU,λ=8,65536,0,754224,11.508544921875
SRLCU,λ=8,65536,0,735308,11.21990966796875
SRLCU,λ=8,65536,0,640966,9.780364990234375
SRLCU,λ=8,65536,0,821704,12.5382080078125
SRLCU,λ=8,65536,0,659058,10.056427001953125
SRLCU,λ=8,65536,0,674122,10.286285400390625
SRLCU,λ=8,65536,0,752924,11.48870849609375
SRLCU,λ=8,65536,0,631721,9.639297485351562
SRLCU,λ=8,65536,0,828488,12.6417236328125
SRLCU,λ=8,65536,0,786884,12.00689697265625
SRLCU,λ=8,65536,0,693538,10.582550048828125
SRLCU,λ=8,65536,0,686195,10.470504760742188
SRLCU,λ=8,65536,0,692252,10.56292724609375
SRLCU,λ=8,65536,0,665118,10.148895263671875
SRLCU,λ=8,65536,0,683242,10.425445556640625
SRLCU,λ=8,65536,0,689781,10.525222778320312
SRLCU,λ=8,65536,0,766336,11.693359375
SRLCU,λ=8,65536,0,792762,12.096588134765625
SRLCU,λ=8,65536,0,668087,10.194198608398438
SRLCU,λ=8,65536,0,638172,9.73773193359375
SRLCU,λ=8,65536,0,972375,14.837265014648438
SRLCU,λ=8,65536,0,729934,11.137908935546875
SRLCU,λ=8,65536,0,679145,10.362930297851562
SRLCU,λ=8,65536,0,682983,10.421493530273438
SRLCU,λ=8,65536,0,712615,10.873641967773438
SRLCU,λ=8,65536,0,702245,10.715408325195312
SRLCU,λ=8,65536,0,680403,10.382125854492188
SRLCU,λ=8,65536,0,716592,10.934326171875
SRLCU,λ=8,65536,0,663049,10.117324829101562
SRLCU,λ=8,65536,0,655698,10.005157470703125
SRLCU,λ=8,65536,0,725643,11.072433471679688
SRLCU,λ=8,65536,0,702795,10.723800659179688
SRLCU,λ=8,65536,0,847292,12.92864990234375
SRLCU,λ=8,65536,0,668311,10.197616577148438
SRLCU,λ=8,65536,0,715679,10.920394897460938
SRLCU,λ=8,65536,0,745157,11.370193481445312
SRLCU,λ=8,65536,0,771139,11.766647338867188
SRLCU,λ=8,65536,0,660780,10.08270263671875
SRLCU,λ=8,65536,0,728378,11.114166259765625
SRLCU,λ=8,65536,0,782652,11.94232177734375
SRLCU,λ=8,65536,0,684091,10.438400268554688
SRLCU,λ=8,65536,0,712170,10.866851806640625
SRLCU,λ=8,65536,0,649131,9.904953002929688
SRLCU,λ=8,65536,0,684557,10.445510864257812
SRLCU,λ=8,65536,0,735667,11.225387573242188
SRLCU,λ=8,65536,0,838422,12.793304443359375
SRLCU,λ=8,65536,0,671503,10.246322631835938
SRLCU,λ=8,65536,0,643030,9.811859130859375
SRLCU,λ=8,65536,0,714037,10.895339965820312
SRLCU,λ=8,65536,0,700945,10.695571899414062
SRLCU,λ=8,65536,0,699964,10.68060302734375
SRLCU,λ=8,65536,0,769754,11.745513916015625
SRLCU,λ=8,65536,0,630408,9.6192626953125
SRLCU,λ=8,65536,0,763568,11.651123046875
SRLCU,λ=8,65536,0,739531,11.284347534179688
SRLCU,λ=8,65536,0,759440,11.588134765625
SRLCU,λ=8,65536,0,677370,10.335845947265625
SRLCU,λ=8,65536,0,699641,10.675674438476562
SSLCU,λ=8,65536,0,897215,13.690414428710938
SSLCU,λ=8,65536,0,853917,13.029739379882812
SSLCU,λ=8,65536,0,859349,13.112625122070312
SSLCU,λ=8,65536,0,899073,13.718765258789062
SSLCU,λ=8,65536,0,957312,14.607421875
SSLCU,λ=8,65536,0,873134,13.322967529296875
SSLCU,λ=8,65536,0,1024323,15.629928588867188
SSLCU,λ=8,65536,0,905323,13.814132690429688
SSLCU,λ=8,65536,0,1051504,16.044677734375
SSLCU,λ=8,65536,0,945819,14.432052612304688
SSLCU,λ=8,65536,0,860565,13.131179809570312
SSLCU,λ=8,65536,0,822978,12.557647705078125
SSLCU,λ=8,65536,0,903159,13.781112670898438
SSLCU,λ=8,65536,0,886635,13.528976440429688
SSLCU,λ=8,65536,0,931685,14.216384887695312
SSLCU,λ=8,65536,0,893147,13.628341674804688
SSLCU,λ=8,65536,0,854574,13.039764404296875
SSLCU,λ=8,65536,0,881722,13.454010009765625
SSLCU,λ=8,65536,0,947724,14.46112060546875
SSLCU,λ=8,65536,0,964651,14.719406127929688
SSLCU,λ=8,65536,0,1016422,15.509368896484375
SSLCU,λ=8,65536,0,897500,13.69476318359375
SSLCU,λ=8,65536,0,842393,12.853897094726562
SSLCU,λ=8,65536,0,934638,14.261444091796875
SSLCU,λ=8,65536,0,982894,14.997772216796875
SSLCU,λ=8,65536,0,1008733,15.392044067382812
SSLCU,λ=8,65536,0,954190,14.559783935546875
SSLCU,λ=8,65536,0,1023494,15.617279052734375
SSLCU,λ=8,65536,0,863154,13.170684814453125
SSLCU,λ=8,65536,0,940794,14.355377197265625
SSLCU,λ=8,65536,0,923694,14.094451904296875
SSLCU,λ=8,65536,0,938897,14.326431274414062
SSLCU,λ=8,65536,0,978383,14.928939819335938
SSLCU,λ=8,65536,0,854951,13.045516967773438
SSLCU,λ=8,65536,0,933519,14.244369506835938
SSLCU,λ=8,65536,0,872242,13.309356689453125
SSLCU,λ=8,65536,0,920616,14.0474853515625
SSLCU,λ=8,65536,0,860187,13.125411987304688
SSLCU,λ=8,65536,0,913221,13.934646606445312
SSLCU,λ=8,65536,0,1017814,15.530609130859375
SSLCU,λ=8,65536,0,1100146,16.786895751953125
SSLCU,λ=8,65536,0,855678,13.056610107421875
SSLCU,λ=8,65536,0,948971,14.480148315429688
SSLCU,λ=8,65536,0,882374,13.463958740234375
SSLCU,λ=8,65536,0,896553,13.680313110351562
SSLCU,λ=8,65536,0,941057,14.359390258789062
SSLCU,λ=8,65536,0,905842,13.822052001953125
SSLCU,λ=8,65536,0,1008814,15.393280029296875
SSLCU,λ=8,65536,0,825187,12.591354370117188
SSLCU,λ=8,65536,0,972743,14.842880249023438
SSLCU,λ=8,65536,0,1174706,17.924591064453125
SSLCU,λ=8,65536,0,1093985,16.692886352539062
SSLCU,λ=8,65536,0,1004406,15.326019287109375
SSLCU,λ=8,65536,0,942056,14.3746337890625
SSLCU,λ=8,65536,0,864077,13.184768676757812
SSLCU,λ=8,65536,0,855219,13.049606323242188
SSLCU,λ=8,65536,0,932035,14.221725463867188
SSLCU,λ=8,65536,0,884651,13.498703002929688
SSLCU,λ=8,65536,0,851540,12.99346923828125
SSLCU,λ=8,65536,0,961637,14.673416137695312
SSLCU,λ=8,65536,0,943886,14.402557373046875
SSLCU,λ=8,65536,0,863286,13.172698974609375
SSLCU,λ=8,65536,0,1047775,15.987777709960938
SSLCU,λ=8,65536,0,881887,13.456527709960938
SSLCU,λ=8,65536,0,952999,14.541610717773438
SSLCU,λ=8,65536,0,803699,12.263473510742188
SSLCU,λ=8,65536,0,917771,14.004074096679688
SSLCU,λ=8,65536,0,822669,12.552932739257812
SSLCU,λ=8,65536,0,978090,14.924468994140625
SSLCU,λ=8,65536,0,889085,13.566360473632812
SSLCU,λ=8,65536,0,859156,13.10968017578125
SSLCU,λ=8,65536,0,992964,15.15142822265625
SSLCU,λ=8,65536,0,1040674,15.879425048828125
SSLCU,λ=8,65536,0,907410,13.845977783203125
SSLCU,λ=8,65536,0,974493,14.869583129882812
SSLCU,λ=8,65536,0,1076856,16.4315185546875
SSLCU,λ=8,65536,0,981921,14.982925415039062
SSLCU,λ=8,65536,0,929155,14.177780151367188
SSLCU,λ=8,65536,0,1004894,15.333465576171875
SSLCU,λ=8,65536,0,1209987,18.462936401367188
SSLCU,λ=8,65536,0,867342,13.234588623046875
SSLCU,λ=8,65536,0,969354,14.791168212890625
SSLCU,λ=8,65536,0,919053,14.023635864257812
SSLCU,λ=8,65536,0,854862,13.044158935546875
SSLCU,λ=8,65536,0,894106,13.642974853515625
SSLCU,λ=8,65536,0,901918,13.762176513671875
SSLCU,λ=8,65536,0,877467,13.389083862304688
SSLCU,λ=8,65536,0,980815,14.966049194335938
SSLCU,λ=8,65536,0,911688,13.9112548828125
SSLCU,λ=8,65536,0,985636,15.03961181640625
SSLCU,λ=8,65536,0,983993,15.014541625976562
SSLCU,λ=8,65536,0,969673,14.796035766601562
SSLCU,λ=8,65536,0,906353,13.829849243164062
SSLCU,λ=8,65536,0,958414,14.624237060546875
SSLCU,λ=8,65536,0,1013583,15.466049194335938
SSLCU,λ=8,65536,0,908372,13.86065673828125
SSLCU,λ=8,65536,0,951712,14.52197265625
SSLCU,λ=8,65536,0,982045,14.984817504882812
SSLCU,λ=8,65536,0,903380,13.78448486328125
SSLCU,λ=8,65536,0,1002379,15.295089721679688
SSDSU,λ=8,65536,0,787985,12.023696899414062
SSDSU,λ=8,65536,0,796801,12.158218383789062
SSDSU,λ=8,65536,0,820777,12.524063110351562
SSDSU,λ=8,65536,0,789361,12.044692993164062
SSDSU,λ=8,65536,0,768545,11.727066040039062
SSDSU,λ=8,65536,0,778745,11.882705688476562
SSDSU,λ=8,65536,0,830457,12.671768188476562
SSDSU,λ=8,65536,0,797761,12.172866821289062
SSDSU,λ=8,65536,0,840209,12.820571899414062
SSDSU,λ=8,65536,0,909073,13.871353149414062
SSDSU,λ=8,65536,0,910817,13.897964477539062
SSDSU,λ=8,65536,0,860897,13.136245727539062
SSDSU,λ=8,65536,0,880921,13.441787719726562
SSDSU,λ=8,65536,0,891761,13.607192993164062
SSDSU,λ=8,65536,0,1058177,16.146499633789062
SSDSU,λ=8,65536,0,840729,12.828506469726562
SSDSU,λ=8,65536,0,814457,12.427627563476562
SSDSU,λ=8,65536,0,815153,12.438247680664062
SSDSU,λ=8,65536,0,857905,13.090591430664062
SSDSU,λ=8,65536,0,857089,13.078140258789062
SSDSU,λ=8,65536,0,963281,14.698501586914062
SSDSU,λ=8,65536,0,860241,13.126235961914062
SSDSU,λ=8,65536,0,838369,12.792495727539062
SSDSU,λ=8,65536,0,812833,12.402847290039062
SSDSU,λ=8,65536,0,1014097,15.473892211914062
SSDSU,λ=8,65536,0,934145,14.253921508789062
SSDSU,λ=8,65536,0,857753,13.088272094726562
SSDSU,λ=8,65536,0,825969,12.603286743164062
SSDSU,λ=8,65536,0,836297,12.760879516601562
SSDSU,λ=8,65536,0,809201,12.347427368164062
SSDSU,λ=8,65536,0,1010753,15.422866821289062
SSDSU,λ=8,65536,0,828321,12.639175415039062
SSDSU,λ=8,65536,0,835721,12.752090454101562
SSDSU,λ=8,65536,0,869457,13.266860961914062
SSDSU,λ=8,65536,0,865073,13.199966430664062
SSDSU,λ=8,65536,0,758465,11.573257446289062
SSDSU,λ=8,65536,0,791993,12.084854125976562
SSDSU,λ=8,65536,0,896441,13.678604125976562
SSDSU,λ=8,65536,0,984801,15.026870727539062
SSDSU,λ=8,65536,0,876497,13.374282836914062
SSDSU,λ=8,65536,0,753913,11.503799438476562
SSDSU,λ=8,65536,0,951577,14.519912719726562
SSDSU,λ=8,65536,0,879945,13.426895141601562
SSDSU,λ=8,65536,0,843273,12.867324829101562
SSDSU,λ=8,65536,0,760585,11.605606079101562
SSDSU,λ=8,65536,0,835497,12.748672485351562
SSDSU,λ=8,65536,0,824009,12.573379516601562
SSDSU,λ=8,65536,0,853105,13.017349243164062
SSDSU,λ=8,65536,0,861345,13.143081665039062
SSDSU,λ=8,65536,0,910945,13.899917602539062
SSDSU,λ=8,65536,0,867617,13.238784790039062
SSDSU,λ=8,65536,0,917585,14.001235961914062
SSDSU,λ=8,65536,0,839177,12.804824829101562
SSDSU,λ=8,65536,0,825705,12.599258422851562
SSDSU,λ=8,65536,0,843265,12.867202758789062
SSDSU,λ=8,65536,0,849113,12.956436157226562
SSDSU,λ=8,65536,0,896369,13.677505493164062
SSDSU,λ=8,65536,0,802289,12.241958618164062
SSDSU,λ=8,65536,0,803489,12.260269165039062
SSDSU,λ=8,65536,0,842953,12.862442016601562
SSDSU,λ=8,65536,0,757969,11.565689086914062
SSDSU,λ=8,65536,0,854409,13.037246704101562
SSDSU,λ=8,65536,0,922817,14.081069946289062
SSDSU,λ=8,65536,0,838105,12.788467407226562
SSDSU,λ=8,65536,0,854273,13.035171508789062
SSDSU,λ=8,65536,0,1082945,16.524429321289062
SSDSU,λ=8,65536,0,800009,12.207168579101562
SSDSU,λ=8,65536,0,964913,14.723403930664062
SSDSU,λ=8,65536,0,900561,13.741470336914062
SSDSU,λ=8,65536,0,990977,15.121109008789062
SSDSU,λ=8,65536,0,889321,13.569961547851562
SSDSU,λ=8,65536,0,863113,13.170059204101562
SSDSU,λ=8,65536,0,1025161,15.642715454101562
SSDSU,λ=8,65536,0,838593,12.795913696289062
SSDSU,λ=8,65536,0,852441,13.007217407226562
SSDSU,λ=8,65536,0,937785,14.309463500976562
SSDSU,λ=8,65536,0,905617,13.818618774414062
SSDSU,λ=8,65536,0,835401,12.747207641601562
SSDSU,λ=8,65536,0,806345,12.303848266601562
SSDSU,λ=8,65536,0,888705,13.560562133789062
SSDSU,λ=8,65536,0,785921,11.992202758789062
SSDSU,λ=8,65536,0,782433,11.938980102539062
SSDSU,λ=8,65536,0,869825,13.272476196289062
SSDSU,λ=8,65536,0,853977,13.030654907226562
SSDSU,λ=8,65536,0,904625,13.803482055664062
SSDSU,λ=8,65536,0,796385,12.151870727539062
SSDSU,λ=8,65536,0,881057,13.443862915039062
SSDSU,λ=8,65536,0,897489,13.694595336914062
SSDSU,λ=8,65536,0,858769,13.103775024414062
SSDSU,λ=8,65536,0,813665,12.415542602539062
SSDSU,λ=8,65536,0,905137,13.811294555664062
SSDSU,λ=8,65536,0,886857,13.532363891601562
SSDSU,λ=8,65536,0,884905,13.502578735351562
SSDSU,λ=8,65536,0,843729,12.874282836914062
SSDSU,λ=8,65536,0,837665,12.781753540039062
SSDSU,λ=8,65536,0,853953,13.030288696289062
SSDSU,λ=8,65536,0,920465,14.045181274414062
SSDSU,λ=8,65536,0,817913,12.480361938476562
SSDSU,λ=8,65536,0,809545,12.352676391601562
SSDSU,λ=8,65536,0,788777,12.035781860351562
SRDSU,λ=8,65536,0,678553,10.353897094726562
SRDSU,λ=8,65536,0,627977,9.582168579101562
SRDSU,λ=8,65536,0,686793,10.479629516601562
SRDSU,λ=8,65536,0,615193,9.387100219726562
SRDSU,λ=8,65536,0,659777,10.067398071289062
SRDSU,λ=8,65536,0,643385,9.817276000976562
SRDSU,λ=8,65536,0,637945,9.734268188476562
SRDSU,λ=8,65536,0,632945,9.657974243164062
SRDSU,λ=8,65536,0,637313,9.724624633789062
SRDSU,λ=8,65536,0,669169,10.210708618164062
SRDSU,λ=8,65536,0,655657,10.004531860351562
SRDSU,λ=8,65536,0,757937,11.565200805664062
SRDSU,λ=8,65536,0,623321,9.511123657226562
SRDSU,λ=8,65536,0,630865,9.626235961914062
SRDSU,λ=8,65536,0,633321,9.663711547851562
SRDSU,λ=8,65536,0,644857,9.839736938476562
SRDSU,λ=8,65536,0,686449,10.474380493164062
SRDSU,λ=8,65536,0,794497,12.123062133789062
SRDSU,λ=8,65536,0,609065,9.293594360351562
SRDSU,λ=8,65536,0,658017,10.040542602539062
SRDSU,λ=8,65536,0,702417,10.718032836914062
SRDSU,λ=8,65536,0,643929,9.825576782226562
SRDSU,λ=8,65536,0,698209,10.653823852539062
SRDSU,λ=8,65536,0,620201,9.463516235351562
SRDSU,λ=8,65536,0,630793,9.625137329101562
SRDSU,λ=8,65536,0,670801,10.235610961914062
SRDSU,λ=8,65536,0,633337,9.663955688476562
SRDSU,λ=8,65536,0,632913,9.657485961914062
SRDSU,λ=8,65536,0,607489,9.269546508789062
SRDSU,λ=8,65536,0,692913,10.573013305664062
SRDSU,λ=8,65536,0,702433,10.718276977539062
SRDSU,λ=8,65536,0,724569,11.056045532226562
SRDSU,λ=8,65536,0,671849,10.251602172851562
SRDSU,λ=8,65536,0,654297,9.983779907226562
SRDSU,λ=8,65536,0,697841,10.648208618164062
SRDSU,λ=8,65536,0,655705,10.005264282226562
SRDSU,λ=8,65536,0,619585,9.454116821289062
SRDSU,λ=8,65536,0,622713,9.501846313476562
SRDSU,λ=8,65536,0,732761,11.181045532226562
SRDSU,λ=8,65536,0,690993,10.543716430664062
SRDSU,λ=8,65536,0,674809,10.296768188476562
SRDSU,λ=8,65536,0,654601,9.988418579101562
SRDSU,λ=8,65536,0,738233,11.264541625976562
SRDSU,λ=8,65536,0,708433,10.809829711914062
SRDSU,λ=8,65536,0,741009,11.306900024414062
SRDSU,λ=8,65536,0,701185,10.699234008789062
SRDSU,λ=8,65536,0,839329,12.807144165039062
SRDSU,λ=8,65536,0,677145,10.332412719726562
SRDSU,λ=8,65536,0,705881,10.770889282226562
SRDSU,λ=8,65536,0,637177,9.722549438476562
SRDSU,λ=8,65536,0,651713,9.944351196289062
SRDSU,λ=8,65536,0,618617,9.439346313476562
SRDSU,λ=8,65536,0,689833,10.526016235351562
SRDSU,λ=8,65536,0,625313,9.541519165039062
SRDSU,λ=8,65536,0,697681,10.645767211914062
SRDSU,λ=8,65536,0,946745,14.446182250976562
SRDSU,λ=8,65536,0,669537,10.216323852539062
SRDSU,λ=8,65536,0,745705,11.378555297851562
SRDSU,λ=8,65536,0,666881,10.175796508789062
SRDSU,λ=8,65536,0,863913,13.182266235351562
SRDSU,λ=8,65536,0,709385,10.824356079101562
SRDSU,λ=8,65536,0,774065,11.811294555664062
SRDSU,λ=8,65536,0,649225,9.906387329101562
SRDSU,λ=8,65536,0,699769,10.677627563476562
SRDSU,λ=8,65536,0,601209,9.173721313476562
SRDSU,λ=8,65536,0,687665,10.492935180664062
SRDSU,λ=8,65536,0,633073,9.659927368164062
SRDSU,λ=8,65536,0,661921,10.100112915039062
SRDSU,λ=8,65536,0,678513,10.353286743164062
SRDSU,λ=8,65536,0,769057,11.734878540039062
SRDSU,λ=8,65536,0,770697,11.759902954101562
SRDSU,λ=8,65536,0,686329,10.472549438476562
SRDSU,λ=8,65536,0,598377,9.130508422851562
SRDSU,λ=8,65536,0,641465,9.787979125976562
SRDSU,λ=8,65536,0,695633,10.614517211914062
SRDSU,λ=8,65536,0,661857,10.099136352539062
SRDSU,λ=8,65536,0,610257,9.311782836914062
SRDSU,λ=8,65536,0,681673,10.401504516601562
SRDSU,λ=8,65536,0,698289,10.655044555664062
SRDSU,λ=8,65536,0,649441,9.909683227539062
SRDSU,λ=8,65536,0,627193,9.570205688476562
SRDSU,λ=8,65536,0,690625,10.538101196289062
SRDSU,λ=8,65536,0,641873,9.794204711914062
SRDSU,λ=8,65536,0,649777,9.914810180664062
SRDSU,λ=8,65536,0,620985,9.475479125976562
SRDSU,λ=8,65536,0,753809,11.502212524414062
SRDSU,λ=8,65536,0,677777,10.342056274414062
SRDSU,λ=8,65536,0,680033,10.376480102539062
SRDSU,λ=8,65536,0,715881,10.923477172851562
SRDSU,λ=8,65536,0,638073,9.736221313476562
SRDSU,λ=8,65536,0,618321,9.434829711914062
SRDSU,λ=8,65536,0,760961,11.611343383789062
SRDSU,λ=8,65536,0,656577,10.018569946289062
SRDSU,λ=8,65536,0,740737,11.302749633789062
SRDSU,λ=8,65536,0,686417,10.473892211914062
SRDSU,λ=8,65536,0,702209,10.714859008789062
SRDSU,λ=8,65536,0,815025,12.436294555664062
SRDSU,λ=8,65536,0,700185,10.683975219726562
SRDSU,λ=8,65536,0,659673,10.065811157226562
SRDSU,λ=8,65536,0,650201,9.921279907226562
SHDSU,λ=8,65536,0,604713,9.227188110351562
SHDSU,λ=8,65536,0,616977,9.414321899414062
SHDSU,λ=8,65536,0,653825,9.976577758789062
SHDSU,λ=8,65536,0,663225,10.120010375976562
SHDSU,λ=8,65536,0,567761,8.663345336914062
SHDSU,λ=8,65536,0,652345,9.953994750976562
SHDSU,λ=8,65536,0,579593,8.843887329101562
SHDSU,λ=8,65536,0,596873,9.107559204101562
SHDSU,λ=8,65536,0,637201,9.722915649414062
SHDSU,λ=8,65536,0,639481,9.757705688476562
SHDSU,λ=8,65536,0,693361,10.579849243164062
SHDSU,λ=8,65536,0,601753,9.182022094726562
SHDSU,λ=8,65536,0,585113,8.928115844726562
SHDSU,λ=8,65536,0,577209,8.807510375976562
SHDSU,λ=8,65536,0,570297,8.702041625976562
SHDSU,λ=8,65536,0,607833,9.274795532226562
SHDSU,λ=8,65536,0,667161,10.180068969726562
SHDSU,λ=8,65536,0,596673,9.104507446289062
SHDSU,λ=8,65536,0,614753,9.380386352539062
SHDSU,λ=8,65536,0,598817,9.137222290039062
SHDSU,λ=8,65536,0,589097,8.988906860351562
SHDSU,λ=8,65536,0,754841,11.517959594726562
SHDSU,λ=8,65536,0,619865,9.458389282226562
SHDSU,λ=8,65536,0,597353,9.114883422851562
SHDSU,λ=8,65536,0,611409,9.329360961914062
SHDSU,λ=8,65536,0,675665,10.309829711914062
SHDSU,λ=8,65536,0,575697,8.784439086914062
SHDSU,λ=8,65536,0,578225,8.823013305664062
SHDSU,λ=8,65536,0,638785,9.747085571289062
SHDSU,λ=8,65536,0,617385,9.420547485351562
SHDSU,λ=8,65536,0,591937,9.032241821289062
SHDSU,λ=8,65536,0,570417,8.703872680664062
SHDSU,λ=8,65536,0,594537,9.071914672851562
SHDSU,λ=8,65536,0,587185,8.959732055664062
SHDSU,λ=8,65536,0,669129,10.210098266601562
SHDSU,λ=8,65536,0,629649,9.607681274414062
SHDSU,λ=8,65536,0,652601,9.957901000976562
SHDSU,λ=8,65536,0,662089,10.102676391601562
SHDSU,λ=8,65536,0,545465,8.323135375976562
SHDSU,λ=8,65536,0,609857,9.305679321289062
SHDSU,λ=8,65536,0,578825,8.832168579101562
SHDSU,λ=8,65536,0,637121,9.721694946289062
SHDSU,λ=8,65536,0,582057,8.881484985351562
SHDSU,λ=8,65536,0,673017,10.269424438476562
SHDSU,λ=8,65536,0,604009,9.216445922851562
SHDSU,λ=8,65536,0,618761,9.441543579101562
SHDSU,λ=8,65536,0,640513,9.773452758789062
SHDSU,λ=8,65536,0,606513,9.254653930664062
SHDSU,λ=8,65536,0,583129,8.897842407226562
SHDSU,λ=8,65536,0,569305,8.686904907226562
SHDSU,λ=8,65536,0,595705,9.089736938476562
SHDSU,λ=8,65536,0,619289,9.449600219726562
SHDSU,λ=8,65536,0,616945,9.413833618164062
SHDSU,λ=8,65536,0,608113,9.279067993164062
SHDSU,λ=8,65536,0,621537,9.483901977539062
SHDSU,λ=8,65536,0,648241,9.891372680664062
SHDSU,λ=8,65536,0,672209,10.257095336914062
SHDSU,λ=8,65536,0,600041,9.155899047851562
SHDSU,λ=8,65536,0,571313,8.717544555664062
SHDSU,λ=8,65536,0,578753,8.831069946289062
SHDSU,λ=8,65536,0,591321,9.022842407226562
SHDSU,λ=8,65536,0,669457,10.215103149414062
SHDSU,λ=8,65536,0,610385,9.313735961914062
SHDSU,λ=8,65536,0,595281,9.083267211914062
SHDSU,λ=8,65536,0,674345,10.289688110351562
SHDSU,λ=8,65536,0,611585,9.332046508789062
SHDSU,λ=8,65536,0,586785,8.953628540039062
SHDSU,λ=8,65536,0,594921,9.077774047851562
SHDSU,λ=8,65536,0,618713,9.440811157226562
SHDSU,λ=8,65536,0,612177,9.341079711914062
SHDSU,λ=8,65536,0,602689,9.196304321289062
SHDSU,λ=8,65536,0,579401,8.840957641601562
SHDSU,λ=8,65536,0,632009,9.643692016601562
SHDSU,λ=8,65536,0,601209,9.173721313476562
SHDSU,λ=8,65536,0,620057,9.461318969726562
SHDSU,λ=8,65536,0,664185,10.134658813476562
SHDSU,λ=8,65536,0,749441,11.435562133789062
SHDSU,λ=8,65536,0,633561,9.667373657226562
SHDSU,λ=8,65536,0,685521,10.460220336914062
SHDSU,λ=8,65536,0,667609,10.186904907226562
SHDSU,λ=8,65536,0,585713,8.937271118164062
SHDSU,λ=8,65536,0,685753,10.463760375976562
SHDSU,λ=8,65536,0,655721,10.005508422851562
SHDSU,λ=8,65536,0,683137,10.423843383789062
SHDSU,λ=8,65536,0,647969,9.887222290039062
SHDSU,λ=8,65536,0,646145,9.859390258789062
SHDSU,λ=8,65536,0,665465,10.154190063476562
SHDSU,λ=8,65536,0,593745,9.059829711914062
SHDSU,λ=8,65536,0,565033,8.621719360351562
SHDSU,λ=8,65536,0,560905,8.558731079101562
SHDSU,λ=8,65536,0,715361,10.915542602539062
SHDSU,λ=8,65536,0,567953,8.666275024414062
SHDSU,λ=8,65536,0,580849,8.863052368164062
SHDSU,λ=8,65536,0,619873,9.458511352539062
SHDSU,λ=8,65536,0,602361,9.191299438476562
SHDSU,λ=8,65536,0,643281,9.815689086914062
SHDSU,λ=8,65536,0,584065,8.912124633789062
SHDSU,λ=8,65536,0,596473,9.101455688476562
SHDSU,λ=8,65536,0,685793,10.464370727539062
SHDSU,λ=8,65536,0,653929,9.978164672851562
SHLSU,λ=8,65536,0,614849,9.381851196289062
SHLSU,λ=8,65536,0,636497,9.712173461914062
SHLSU,λ=8,65536,0,624657,9.531509399414062
SHLSU,λ=8,65536,0,599025,9.140396118164062
SHLSU,λ=8,65536,0,604785,9.228286743164062
SHLSU,λ=8,65536,0,634673,9.684341430664062
SHLSU,λ=8,65536,0,708305,10.807876586914062
SHLSU,λ=8,65536,0,616905,9.413223266601562
SHLSU,λ=8,65536,0,636193,9.707534790039062
SHLSU,λ=8,65536,0,763177,11.645156860351562
SHLSU,λ=8,65536,0,596249,9.098037719726562
SHLSU,λ=8,65536,0,685377,10.458023071289062
SHLSU,λ=8,65536,0,591161,9.020401000976562
SHLSU,λ=8,65536,0,614337,9.374038696289062
SHLSU,λ=8,65536,0,556369,8.489517211914062
SHLSU,λ=8,65536,0,651705,9.944229125976562
SHLSU,λ=8,65536,0,606313,9.251602172851562
SHLSU,λ=8,65536,0,631617,9.637710571289062
SHLSU,λ=8,65536,0,625705,9.547500610351562
SHLSU,λ=8,65536,0,741073,11.307876586914062
SHLSU,λ=8,65536,0,586073,8.942764282226562
SHLSU,λ=8,65536,0,728521,11.116348266601562
SHLSU,λ=8,65536,0,625049,9.537490844726562
SHLSU,λ=8,65536,0,595185,9.081802368164062
SHLSU,λ=8,65536,0,653497,9.971572875976562
SHLSU,λ=8,65536,0,642777,9.807998657226562
SHLSU,λ=8,65536,0,600745,9.166641235351562
SHLSU,λ=8,65536,0,664825,10.144424438476562
SHLSU,λ=8,65536,0,576441,8.795791625976562
SHLSU,λ=8,65536,0,665593,10.156143188476562
SHLSU,λ=8,65536,0,642401,9.802261352539062
SHLSU,λ=8,65536,0,639609,9.759658813476562
SHLSU,λ=8,65536,0,667321,10.182510375976562
SHLSU,λ=8,65536,0,806697,12.309219360351562
SHLSU,λ=8,65536,0,617153,9.417007446289062
SHLSU,λ=8,65536,0,698953,10.665176391601562
SHLSU,λ=8,65536,0,644697,9.837295532226562
SHLSU,λ=8,65536,0,701313,10.701187133789062
SHLSU,λ=8,65536,0,610673,9.318130493164062
SHLSU,λ=8,65536,0,567321,8.656631469726562
SHLSU,λ=8,65536,0,651537,9.941665649414062
SHLSU,λ=8,65536,0,665545,10.155410766601562
SHLSU,λ=8,65536,0,619121,9.447036743164062
SHLSU,λ=8,65536,0,620025,9.460830688476562
SHLSU,λ=8,65536,0,622057,9.491836547851562
SHLSU,λ=8,65536,0,612513,9.346206665039062
SHLSU,λ=8,65536,0,683545,10.430068969726562
SHLSU,λ=8,65536,0,594769,9.075454711914062
SHLSU,λ=8,65536,0,624465,9.528579711914062
SHLSU,λ=8,65536,0,619361,9.450698852539062
SHLSU,λ=8,65536,0,706465,10.779800415039062
SHLSU,λ=8,65536,0,649001,9.902969360351562
SHLSU,λ=8,65536,0,624521,9.529434204101562
SHLSU,λ=8,65536,0,613297,9.358169555664062
SHLSU,λ=8,65536,0,637537,9.728042602539062
SHLSU,λ=8,65536,0,617841,9.427505493164062
SHLSU,λ=8,65536,0,682809,10.418838500976562
SHLSU,λ=8,65536,0,613857,9.366714477539062
SHLSU,λ=8,65536,0,669729,10.219253540039062
SHLSU,λ=8,65536,0,633977,9.673721313476562
SHLSU,λ=8,65536,0,749713,11.439712524414062
SHLSU,λ=8,65536,0,577417,8.810684204101562
SHLSU,λ=8,65536,0,678641,10.355239868164062
SHLSU,λ=8,65536,0,601297,9.175064086914062
SHLSU,λ=8,65536,0,693801,10.586563110351562
SHLSU,λ=8,65536,0,666961,10.177017211914062
SHLSU,λ=8,65536,0,614473,9.376113891601562
SHLSU,λ=8,65536,0,611977,9.338027954101562
SHLSU,λ=8,65536,0,622009,9.491104125976562
SHLSU,λ=8,65536,0,726217,11.081192016601562
SHLSU,λ=8,65536,0,620761,9.472061157226562
SHLSU,λ=8,65536,0,666041,10.162979125976562
SHLSU,λ=8,65536,0,609209,9.295791625976562
SHLSU,λ=8,65536,0,599177,9.142715454101562
SHLSU,λ=8,65536,0,706009,10.772842407226562
SHLSU,λ=8,65536,0,632257,9.647476196289062
SHLSU,λ=8,65536,0,643809,9.823745727539062
SHLSU,λ=8,65536,0,653361,9.969497680664062
SHLSU,λ=8,65536,0,695961,10.619522094726562
SHLSU,λ=8,65536,0,733217,11.188003540039062
SHLSU,λ=8,65536,0,606377,9.252578735351562
SHLSU,λ=8,65536,0,680465,10.383071899414062
SHLSU,λ=8,65536,0,585073,8.927505493164062
SHLSU,λ=8,65536,0,597201,9.112564086914062
SHLSU,λ=8,65536,0,632793,9.655654907226562
SHLSU,λ=8,65536,0,608881,9.290786743164062
SHLSU,λ=8,65536,0,705385,10.763320922851562
SHLSU,λ=8,65536,0,653833,9.976699829101562
SHLSU,λ=8,65536,0,589609,8.996719360351562
SHLSU,λ=8,65536,0,571569,8.721450805664062
SHLSU,λ=8,65536,0,584225,8.914566040039062
SHLSU,λ=8,65536,0,589209,8.990615844726562
SHLSU,λ=8,65536,0,596585,9.103164672851562
SHLSU,λ=8,65536,0,679977,10.375625610351562
SHLSU,λ=8,65536,0,701137,10.698501586914062
SHLSU,λ=8,65536,0,641201,9.783950805664062
SHLSU,λ=8,65536,0,610697,9.318496704101562
SHLSU,λ=8,65536,0,593217,9.051773071289062
SHLSU,λ=8,65536,0,615961,9.398818969726562
SHLSU,λ=8,65536,0,628033,9.583023071289062
SRLSU,λ=8,65536,0,626529,9.560073852539062
SRLSU,λ=8,65536,0,658825,10.052871704101562
SRLSU,λ=8,65536,0,624705,9.532241821289062
SRLSU,λ=8,65536,0,617905,9.428482055664062
SRLSU,λ=8,65536,0,695217,10.608169555664062
SRLSU,λ=8,65536,0,626785,9.563980102539062
SRLSU,λ=8,65536,0,687185,10.485610961914062
SRLSU,λ=8,65536,0,709929,10.832656860351562
SRLSU,λ=8,65536,0,644545,9.834976196289062
SRLSU,λ=8,65536,0,712777,10.876113891601562
SRLSU,λ=8,65536,0,746241,11.386734008789062
SRLSU,λ=8,65536,0,693865,10.587539672851562
SRLSU,λ=8,65536,0,616049,9.400161743164062
SRLSU,λ=8,65536,0,713209,10.882705688476562
SRLSU,λ=8,65536,0,680097,10.377456665039062
SRLSU,λ=8,65536,0,726305,11.082534790039062
SRLSU,λ=8,65536,0,679569,10.369400024414062
SRLSU,λ=8,65536,0,625457,9.543716430664062
SRLSU,λ=8,65536,0,638633,9.744766235351562
SRLSU,λ=8,65536,0,711369,10.854629516601562
SRLSU,λ=8,65536,0,684801,10.449234008789062
SRLSU,λ=8,65536,0,849537,12.962905883789062
SRLSU,λ=8,65536,0,645977,9.856826782226562
SRLSU,λ=8,65536,0,747521,11.406265258789062
SRLSU,λ=8,65536,0,751193,11.462295532226562
SRLSU,λ=8,65536,0,735441,11.221939086914062
SRLSU,λ=8,65536,0,722857,11.029922485351562
SRLSU,λ=8,65536,0,649425,9.909439086914062
SRLSU,λ=8,65536,0,671217,10.241958618164062
SRLSU,λ=8,65536,0,703777,10.738784790039062
SRLSU,λ=8,65536,0,652521,9.956680297851562
SRLSU,λ=8,65536,0,646577,9.865982055664062
SRLSU,λ=8,65536,0,676873,10.328262329101562
SRLSU,λ=8,65536,0,667441,10.184341430664062
SRLSU,λ=8,65536,0,623945,9.520645141601562
SRLSU,λ=8,65536,0,670825,10.235977172851562
SRLSU,λ=8,65536,0,638745,9.746475219726562
SRLSU,λ=8,65536,0,678881,10.358901977539062
SRLSU,λ=8,65536,0,712841,10.877090454101562
SRLSU,λ=8,65536,0,668609,10.202163696289062
SRLSU,λ=8,65536,0,746505,11.390762329101562
SRLSU,λ=8,65536,0,698161,10.653091430664062
SRLSU,λ=8,65536,0,690865,10.541763305664062
SRLSU,λ=8,65536,0,799209,12.194961547851562
SRLSU,λ=8,65536,0,664193,10.134780883789062
SRLSU,λ=8,65536,0,848313,12.944229125976562
SRLSU,λ=8,65536,0,664561,10.140396118164062
SRLSU,λ=8,65536,0,646993,9.872329711914062
SRLSU,λ=8,65536,0,689825,10.525894165039062
SRLSU,λ=8,65536,0,706465,10.779800415039062
SRLSU,λ=8,65536,0,677097,10.331680297851562
SRLSU,λ=8,65536,0,690417,10.534927368164062
SRLSU,λ=8,65536,0,644113,9.828384399414062
SRLSU,λ=8,65536,0,699753,10.677383422851562
SRLSU,λ=8,65536,0,682033,10.406997680664062
SRLSU,λ=8,65536,0,673153,10.271499633789062
SRLSU,λ=8,65536,0,643817,9.823867797851562
SRLSU,λ=8,65536,0,733657,11.194717407226562
SRLSU,λ=8,65536,0,670633,10.233047485351562
SRLSU,λ=8,65536,0,770977,11.764175415039062
SRLSU,λ=8,65536,0,693273,10.578506469726562
SRLSU,λ=8,65536,0,639457,9.757339477539062
SRLSU,λ=8,65536,0,631105,9.629898071289062
SRLSU,λ=8,65536,0,598721,9.135757446289062
SRLSU,λ=8,65536,0,746737,11.394302368164062
SRLSU,λ=8,65536,0,762073,11.628311157226562
SRLSU,λ=8,65536,0,826113,12.605484008789062
SRLSU,λ=8,65536,0,718809,10.968154907226562
SRLSU,λ=8,65536,0,737585,11.254653930664062
SRLSU,λ=8,65536,0,657369,10.030654907226562
SRLSU,λ=8,65536,0,709065,10.819473266601562
SRLSU,λ=8,65536,0,733489,11.192153930664062
SRLSU,λ=8,65536,0,680713,10.386856079101562
SRLSU,λ=8,65536,0,726433,11.084487915039062
SRLSU,λ=8,65536,0,632033,9.644058227539062
SRLSU,λ=8,65536,0,843481,12.870498657226562
SRLSU,λ=8,65536,0,632873,9.656875610351562
SRLSU,λ=8,65536,0,634545,9.682388305664062
SRLSU,λ=8,65536,0,644249,9.830459594726562
SRLSU,λ=8,65536,0,859465,13.114395141601562
SRLSU,λ=8,65536,0,639273,9.754531860351562
SRLSU,λ=8,65536,0,639081,9.751602172851562
SRLSU,λ=8,65536,0,681537,10.399429321289062
SRLSU,λ=8,65536,0,783969,11.962417602539062
SRLSU,λ=8,65536,0,672601,10.263076782226562
SRLSU,λ=8,65536,0,778817,11.883804321289062
SRLSU,λ=8,65536,0,649697,9.913589477539062
SRLSU,λ=8,65536,0,685481,10.459609985351562
SRLSU,λ=8,65536,0,618689,9.440444946289062
SRLSU,λ=8,65536,0,704881,10.755630493164062
SRLSU,λ=8,65536,0,779561,11.895156860351562
SRLSU,λ=8,65536,0,662633,10.110977172851562
SRLSU,λ=8,65536,0,660593,10.079849243164062
SRLSU,λ=8,65536,0,701081,10.697647094726562
SRLSU,λ=8,65536,0,655929,10.008682250976562
SRLSU,λ=8,65536,0,652057,9.949600219726562
SRLSU,λ=8,65536,0,698313,10.655410766601562
SRLSU,λ=8,65536,0,679225,10.364151000976562
SRLSU,λ=8,65536,0,666505,10.170059204101562
SRLSU,λ=8,65536,0,682745,10.417861938476562
SSLSU,λ=8,65536,0,866257,13.218032836914062
SSLSU,λ=8,65536,0,943513,14.396865844726562
SSLSU,λ=8,65536,0,798945,12.190933227539062
SSLSU,λ=8,65536,0,960729,14.659561157226562
SSLSU,λ=8,65536,0,929273,14.179580688476562
SSLSU,λ=8,65536,0,1019081,15.549942016601562
SSLSU,λ=8,65536,0,943009,14.389175415039062
SSLSU,λ=8,65536,0,812737,12.401382446289062
SSLSU,λ=8,65536,0,1008441,15.387588500976562
SSLSU,λ=8,65536,0,871113,13.292129516601562
SSLSU,λ=8,65536,0,908873,13.868301391601562
SSLSU,λ=8,65536,0,1034353,15.782974243164062
SSLSU,λ=8,65536,0,878897,13.410903930664062
SSLSU,λ=8,65536,0,838801,12.799087524414062
SSLSU,λ=8,65536,0,854753,13.042495727539062
SSLSU,λ=8,65536,0,844009,12.878555297851562
SSLSU,λ=8,65536,0,854609,13.040298461914062
SSLSU,λ=8,65536,0,935889,14.280532836914062
SSLSU,λ=8,65536,0,878441,13.403945922851562
SSLSU,λ=8,65536,0,952201,14.529434204101562
SSLSU,λ=8,65536,0,813361,12.410903930664062
SSLSU,λ=8,65536,0,952313,14.531143188476562
SSLSU,λ=8,65536,0,924249,14.102920532226562
SSLSU,λ=8,65536,0,957777,14.614517211914062
SSLSU,λ=8,65536,0,879305,13.417129516601562
SSLSU,λ=8,65536,0,901113,13.749893188476562
SSLSU,λ=8,65536,0,892161,13.613296508789062
SSLSU,λ=8,65536,0,840009,12.817520141601562
SSLSU,λ=8,65536,0,843041,12.863784790039062
SSLSU,λ=8,65536,0,974889,14.875625610351562
SSLSU,λ=8,65536,0,960945,14.662857055664062
SSLSU,λ=8,65536,0,856329,13.066543579101562
SSLSU,λ=8,65536,0,841929,12.846817016601562
SSLSU,λ=8,65536,0,870089,13.276504516601562
SSLSU,λ=8,65536,0,776825,11.853408813476562
SSLSU,λ=8,65536,0,825481,12.595840454101562
SSLSU,λ=8,65536,0,1115889,17.027114868164062
SSLSU,λ=8,65536,0,813825,12.417984008789062
SSLSU,λ=8,65536,0,804569,12.276748657226562
SSLSU,λ=8,65536,0,839193,12.805068969726562
SSLSU,λ=8,65536,0,991577,15.130264282226562
SSLSU,λ=8,65536,0,870545,13.283462524414062
SSLSU,λ=8,65536,0,935297,14.271499633789062
SSLSU,λ=8,65536,0,990521,15.114151000976562
SSLSU,λ=8,65536,0,902161,13.765884399414062
SSLSU,λ=8,65536,0,936929,14.296401977539062
SSLSU,λ=8,65536,0,813809,12.417739868164062
SSLSU,λ=8,65536,0,964673,14.719741821289062
SSLSU,λ=8,65536,0,858193,13.094985961914062
SSLSU,λ=8,65536,0,893929,13.640274047851562
SSLSU,λ=8,65536,0,887601,13.543716430664062
SSLSU,λ=8,65536,0,869241,13.263565063476562
SSLSU,λ=8,65536,0,807993,12.328994750976562
SSLSU,λ=8,65536,0,915577,13.970596313476562
SSLSU,λ=8,65536,0,902953,13.777969360351562
SSLSU,λ=8,65536,0,880545,13.436050415039062
SSLSU,λ=8,65536,0,890321,13.585220336914062
SSLSU,λ=8,65536,0,969001,14.785781860351562
SSLSU,λ=8,65536,0,1040137,15.871231079101562
SSLSU,λ=8,65536,0,995249,15.186294555664062
SSLSU,λ=8,65536,0,831977,12.694961547851562
SSLSU,λ=8,65536,0,883585,13.482437133789062
SSLSU,λ=8,65536,0,844769,12.890151977539062
SSLSU,λ=8,65536,0,845145,12.895889282226562
SSLSU,λ=8,65536,0,918889,14.021133422851562
SSLSU,λ=8,65536,0,857209,13.079971313476562
SSLSU,λ=8,65536,0,799993,12.206924438476562
SSLSU,λ=8,65536,0,905769,13.820938110351562
SSLSU,λ=8,65536,0,817129,12.468399047851562
SSLSU,λ=8,65536,0,912569,13.924697875976562
SSLSU,λ=8,65536,0,766097,11.689712524414062
SSLSU,λ=8,65536,0,864145,13.185806274414062
SSLSU,λ=8,65536,0,903185,13.781509399414062
SSLSU,λ=8,65536,0,914193,13.949478149414062
SSLSU,λ=8,65536,0,774105,11.811904907226562
SSLSU,λ=8,65536,0,875649,13.361343383789062
SSLSU,λ=8,65536,0,988937,15.089981079101562
SSLSU,λ=8,65536,0,893921,13.640151977539062
SSLSU,λ=8,65536,0,930225,14.194107055664062
SSLSU,λ=8,65536,0,867177,13.232070922851562
SSLSU,λ=8,65536,0,938713,14.323623657226562
SSLSU,λ=8,65536,0,902385,13.769302368164062
SSLSU,λ=8,65536,0,838921,12.800918579101562
SSLSU,λ=8,65536,0,918417,14.013931274414062
SSLSU,λ=8,65536,0,920449,14.044937133789062
SSLSU,λ=8,65536,0,919305,14.027481079101562
SSLSU,λ=8,65536,0,1134433,17.310073852539062
SSLSU,λ=8,65536,0,919409,14.029067993164062
SSLSU,λ=8,65536,0,815017,12.436172485351562
SSLSU,λ=8,65536,0,918849,14.020523071289062
SSLSU,λ=8,65536,0,919377,14.028579711914062
SSLSU,λ=8,65536,0,990881,15.119644165039062
SSLSU,λ=8,65536,0,852457,13.007461547851562
SSLSU,λ=8,65536,0,788777,12.035781860351562
SSLSU,λ=8,65536,0,919721,14.033828735351562
SSLSU,λ=8,65536,0,958353,14.623306274414062
SSLSU,λ=8,65536,0,838881,12.800308227539062
SSLSU,λ=8,65536,0,937969,14.312271118164062
SSLSU,λ=8,65536,0,835489,12.748550415039062
SSDMU,λ=8,65536,0,971321,14.821182250976562
SSDMU,λ=8,65536,0,829809,12.661880493164062
SSDMU,λ=8,65536,0,810041,12.360244750976562
SSDMU,λ=8,65536,0,936825,14.294815063476562
SSDMU,λ=8,65536,0,898369,13.708023071289062
SSDMU,λ=8,65536,0,888953,13.564346313476562
SSDMU,λ=8,65536,0,955529,14.580215454101562
SSDMU,λ=8,65536,0,943521,14.396987915039062
SSDMU,λ=8,65536,0,845713,12.904556274414062
SSDMU,λ=8,65536,0,849257,12.958633422851562
SSDMU,λ=8,65536,0,886609,13.528579711914062
SSDMU,λ=8,65536,0,881777,13.454849243164062
SSDMU,λ=8,65536,0,987225,15.063858032226562
SSDMU,λ=8,65536,0,817945,12.480850219726562
SSDMU,λ=8,65536,0,927785,14.156875610351562
SSDMU,λ=8,65536,0,862121,13.154922485351562
SSDMU,λ=8,65536,0,882185,13.461074829101562
SSDMU,λ=8,65536,0,894545,13.649673461914062
SSDMU,λ=8,65536,0,898249,13.706192016601562
SSDMU,λ=8,65536,0,871929,13.304580688476562
SSDMU,λ=8,65536,0,908713,13.865859985351562
SSDMU,λ=8,65536,0,904073,13.795059204101562
SSDMU,λ=8,65536,0,906001,13.824478149414062
SSDMU,λ=8,65536,0,971417,14.822647094726562
SSDMU,λ=8,65536,0,943361,14.394546508789062
SSDMU,λ=8,65536,0,972961,14.846206665039062
SSDMU,λ=8,65536,0,941673,14.368789672851562
SSDMU,λ=8,65536,0,881849,13.455947875976562
SSDMU,λ=8,65536,0,987961,15.075088500976562
SSDMU,λ=8,65536,0,893457,13.633071899414062
SSDMU,λ=8,65536,0,919449,14.029678344726562
SSDMU,λ=8,65536,0,880385,13.433609008789062
SSDMU,λ=8,65536,0,873097,13.322402954101562
SSDMU,λ=8,65536,0,887753,13.546035766601562
SSDMU,λ=8,65536,0,821401,12.533584594726562
SSDMU,λ=8,65536,0,946641,14.444595336914062
SSDMU,λ=8,65536,0,935625,14.276504516601562
SSDMU,λ=8,65536,0,836897,12.770034790039062
SSDMU,λ=8,65536,0,964401,14.715591430664062
SSDMU,λ=8,65536,0,889257,13.568984985351562
SSDMU,λ=8,65536,0,1001361,15.279556274414062
SSDMU,λ=8,65536,0,885145,13.506240844726562
SSDMU,λ=8,65536,0,1043833,15.927627563476562
SSDMU,λ=8,65536,0,860985,13.137588500976562
SSDMU,λ=8,65536,0,947281,14.454360961914062
SSDMU,λ=8,65536,0,939097,14.329483032226562
SSDMU,λ=8,65536,0,835473,12.748306274414062
SSDMU,λ=8,65536,0,902113,13.765151977539062
SSDMU,λ=8,65536,0,965329,14.729751586914062
SSDMU,λ=8,65536,0,966241,14.743667602539062
SSDMU,λ=8,65536,0,1042153,15.901992797851562
SSDMU,λ=8,65536,0,841793,12.844741821289062
SSDMU,λ=8,65536,0,963569,14.702896118164062
SSDMU,λ=8,65536,0,776769,11.852554321289062
SSDMU,λ=8,65536,0,929793,14.187515258789062
SSDMU,λ=8,65536,0,848345,12.944717407226562
SSDMU,λ=8,65536,0,984921,15.028701782226562
SSDMU,λ=8,65536,0,878785,13.409194946289062
SSDMU,λ=8,65536,0,830177,12.667495727539062
SSDMU,λ=8,65536,0,910201,13.888565063476562
SSDMU,λ=8,65536,0,936489,14.289688110351562
SSDMU,λ=8,65536,0,882985,13.473281860351562
SSDMU,λ=8,65536,0,998585,15.237197875976562
SSDMU,λ=8,65536,0,978641,14.932876586914062
SSDMU,λ=8,65536,0,882625,13.467788696289062
SSDMU,λ=8,65536,0,874545,13.344497680664062
SSDMU,λ=8,65536,0,975201,14.880386352539062
SSDMU,λ=8,65536,0,843833,12.875869750976562
SSDMU,λ=8,65536,0,1040473,15.876358032226562
SSDMU,λ=8,65536,0,839129,12.804092407226562
SSDMU,λ=8,65536,0,957625,14.612197875976562
SSDMU,λ=8,65536,0,946041,14.435440063476562
SSDMU,λ=8,65536,0,978465,14.930191040039062
SSDMU,λ=8,65536,0,977321,14.912734985351562
SSDMU,λ=8,65536,0,903481,13.786026000976562
SSDMU,λ=8,65536,0,930329,14.195693969726562
SSDMU,λ=8,65536,0,934697,14.262344360351562
SSDMU,λ=8,65536,0,906313,13.829238891601562
SSDMU,λ=8,65536,0,944073,14.405410766601562
SSDMU,λ=8,65536,0,912161,13.918472290039062
SSDMU,λ=8,65536,0,944993,14.419448852539062
SSDMU,λ=8,65536,0,802497,12.245132446289062
SSDMU,λ=8,65536,0,913105,13.932876586914062
SSDMU,λ=8,65536,0,894313,13.646133422851562
SSDMU,λ=8,65536,0,813969,12.420181274414062
SSDMU,λ=8,65536,0,833353,12.715957641601562
SSDMU,λ=8,65536,0,865137,13.200942993164062
SSDMU,λ=8,65536,0,821297,12.531997680664062
SSDMU,λ=8,65536,0,958281,14.622207641601562
SSDMU,λ=8,65536,0,830249,12.668594360351562
SSDMU,λ=8,65536,0,963609,14.703506469726562
SSDMU,λ=8,65536,0,965177,14.727432250976562
SSDMU,λ=8,65536,0,880729,13.438858032226562
SSDMU,λ=8,65536,0,808265,12.333145141601562
SSDMU,λ=8,65536,0,823113,12.559707641601562
SSDMU,λ=8,65536,0,937297,14.302017211914062
SSDMU,λ=8,65536,0,906201,13.827529907226562
SSDMU,λ=8,65536,0,1053265,16.071548461914062
SSDMU,λ=8,65536,0,865169,13.201431274414062
SSDMU,λ=8,65536,0,879345,13.417739868164062
SRDMU,λ=8,65536,0,714633,10.904434204101562
SRDMU,λ=8,65536,0,734665,11.210098266601562
SRDMU,λ=8,65536,0,677425,10.336685180664062
SRDMU,λ=8,65536,0,717313,10.945327758789062
SRDMU,λ=8,65536,0,640489,9.773086547851562
SRDMU,λ=8,65536,0,662873,10.114639282226562
SRDMU,λ=8,65536,0,710097,10.835220336914062
SRDMU,λ=8,65536,0,677073,10.331314086914062
SRDMU,λ=8,65536,0,634993,9.689224243164062
SRDMU,λ=8,65536,0,685529,10.460342407226562
SRDMU,λ=8,65536,0,795377,12.136489868164062
SRDMU,λ=8,65536,0,679753,10.372207641601562
SRDMU,λ=8,65536,0,707305,10.792617797851562
SRDMU,λ=8,65536,0,688625,10.507583618164062
SRDMU,λ=8,65536,0,646073,9.858291625976562
SRDMU,λ=8,65536,0,663945,10.130996704101562
SRDMU,λ=8,65536,0,687177,10.485488891601562
SRDMU,λ=8,65536,0,679257,10.364639282226562
SRDMU,λ=8,65536,0,717537,10.948745727539062
SRDMU,λ=8,65536,0,639513,9.758193969726562
SRDMU,λ=8,65536,0,660273,10.074966430664062
SRDMU,λ=8,65536,0,792377,12.090713500976562
SRDMU,λ=8,65536,0,717681,10.950942993164062
SRDMU,λ=8,65536,0,712617,10.873672485351562
SRDMU,λ=8,65536,0,687953,10.497329711914062
SRDMU,λ=8,65536,0,774337,11.815444946289062
SRDMU,λ=8,65536,0,654945,9.993667602539062
SRDMU,λ=8,65536,0,740321,11.296401977539062
SRDMU,λ=8,65536,0,824273,12.577407836914062
SRDMU,λ=8,65536,0,810961,12.374282836914062
SRDMU,λ=8,65536,0,708513,10.811050415039062
SRDMU,λ=8,65536,0,749081,11.430068969726562
SRDMU,λ=8,65536,0,757929,11.565078735351562
SRDMU,λ=8,65536,0,710873,10.847061157226562
SRDMU,λ=8,65536,0,677473,10.337417602539062
SRDMU,λ=8,65536,0,703393,10.732925415039062
SRDMU,λ=8,65536,0,690041,10.529190063476562
SRDMU,λ=8,65536,0,719313,10.975845336914062
SRDMU,λ=8,65536,0,686609,10.476821899414062
SRDMU,λ=8,65536,0,667825,10.190200805664062
SRDMU,λ=8,65536,0,669569,10.216812133789062
SRDMU,λ=8,65536,0,735257,11.219131469726562
SRDMU,λ=8,65536,0,712289,10.868667602539062
SRDMU,λ=8,65536,0,742913,11.335952758789062
SRDMU,λ=8,65536,0,697289,10.639785766601562
SRDMU,λ=8,65536,0,709849,10.831436157226562
SRDMU,λ=8,65536,0,639913,9.764297485351562
SRDMU,λ=8,65536,0,628113,9.584243774414062
SRDMU,λ=8,65536,0,723769,11.043838500976562
SRDMU,λ=8,65536,0,679361,10.366226196289062
SRDMU,λ=8,65536,0,683225,10.425186157226562
SRDMU,λ=8,65536,0,635353,9.694717407226562
SRDMU,λ=8,65536,0,671977,10.253555297851562
SRDMU,λ=8,65536,0,650169,9.920791625976562
SRDMU,λ=8,65536,0,660609,10.080093383789062
SRDMU,λ=8,65536,0,716249,10.929092407226562
SRDMU,λ=8,65536,0,683705,10.432510375976562
SRDMU,λ=8,65536,0,689049,10.514053344726562
SRDMU,λ=8,65536,0,633833,9.671524047851562
SRDMU,λ=8,65536,0,724369,11.052993774414062
SRDMU,λ=8,65536,0,717345,10.945816040039062
SRDMU,λ=8,65536,0,697833,10.648086547851562
SRDMU,λ=8,65536,0,730025,11.139297485351562
SRDMU,λ=8,65536,0,783121,11.949478149414062
SRDMU,λ=8,65536,0,747881,11.411758422851562
SRDMU,λ=8,65536,0,647081,9.873672485351562
SRDMU,λ=8,65536,0,684329,10.442031860351562
SRDMU,λ=8,65536,0,715689,10.920547485351562
SRDMU,λ=8,65536,0,637881,9.733291625976562
SRDMU,λ=8,65536,0,774969,11.825088500976562
SRDMU,λ=8,65536,0,732905,11.183242797851562
SRDMU,λ=8,65536,0,678137,10.347549438476562
SRDMU,λ=8,65536,0,641737,9.792129516601562
SRDMU,λ=8,65536,0,716953,10.939834594726562
SRDMU,λ=8,65536,0,731425,11.160659790039062
SRDMU,λ=8,65536,0,749753,11.440322875976562
SRDMU,λ=8,65536,0,662593,10.110366821289062
SRDMU,λ=8,65536,0,693641,10.584121704101562
SRDMU,λ=8,65536,0,690481,10.535903930664062
SRDMU,λ=8,65536,0,686961,10.482192993164062
SRDMU,λ=8,65536,0,691961,10.558486938476562
SRDMU,λ=8,65536,0,689585,10.522232055664062
SRDMU,λ=8,65536,0,755985,11.535415649414062
SRDMU,λ=8,65536,0,750593,11.453140258789062
SRDMU,λ=8,65536,0,724873,11.060684204101562
SRDMU,λ=8,65536,0,700041,10.681777954101562
SRDMU,λ=8,65536,0,666937,10.176651000976562
SRDMU,λ=8,65536,0,881361,13.448501586914062
SRDMU,λ=8,65536,0,677777,10.342056274414062
SRDMU,λ=8,65536,0,821145,12.529678344726562
SRDMU,λ=8,65536,0,700073,10.682266235351562
SRDMU,λ=8,65536,0,708913,10.817153930664062
SRDMU,λ=8,65536,0,708857,10.816299438476562
SRDMU,λ=8,65536,0,668705,10.203628540039062
SRDMU,λ=8,65536,0,670073,10.224502563476562
SRDMU,λ=8,65536,0,704153,10.744522094726562
SRDMU,λ=8,65536,0,630929,9.627212524414062
SRDMU,λ=8,65536,0,648609,9.896987915039062
SRDMU,λ=8,65536,0,709153,10.820816040039062
SRDMU,λ=8,65536,0,681337,10.396377563476562
SHDMU,λ=8,65536,0,701441,10.703140258789062
SHDMU,λ=8,65536,0,659417,10.061904907226562
SHDMU,λ=8,65536,0,596273,9.098403930664062
SHDMU,λ=8,65536,0,689041,10.513931274414062
SHDMU,λ=8,65536,0,762281,11.631484985351562
SHDMU,λ=8,65536,0,609121,9.294448852539062
SHDMU,λ=8,65536,0,657601,10.034194946289062
SHDMU,λ=8,65536,0,614153,9.371231079101562
SHDMU,λ=8,65536,0,624353,9.526870727539062
SHDMU,λ=8,65536,0,691689,10.554336547851562
SHDMU,λ=8,65536,0,608625,9.286880493164062
SHDMU,λ=8,65536,0,629321,9.602676391601562
SHDMU,λ=8,65536,0,649545,9.911270141601562
SHDMU,λ=8,65536,0,712945,10.878677368164062
SHDMU,λ=8,65536,0,629753,9.609268188476562
SHDMU,λ=8,65536,0,669265,10.212173461914062
SHDMU,λ=8,65536,0,618553,9.438369750976562
SHDMU,λ=8,65536,0,597785,9.121475219726562
SHDMU,λ=8,65536,0,645217,9.845230102539062
SHDMU,λ=8,65536,0,620593,9.469497680664062
SHDMU,λ=8,65536,0,633033,9.659317016601562
SHDMU,λ=8,65536,0,661905,10.099868774414062
SHDMU,λ=8,65536,0,653353,9.969375610351562
SHDMU,λ=8,65536,0,669857,10.221206665039062
SHDMU,λ=8,65536,0,663409,10.122817993164062
SHDMU,λ=8,65536,0,636697,9.715225219726562
SHDMU,λ=8,65536,0,651009,9.933609008789062
SHDMU,λ=8,65536,0,607921,9.276138305664062
SHDMU,λ=8,65536,0,628697,9.593154907226562
SHDMU,λ=8,65536,0,690505,10.536270141601562
SHDMU,λ=8,65536,0,722001,11.016860961914062
SHDMU,λ=8,65536,0,633321,9.663711547851562
SHDMU,λ=8,65536,0,610409,9.314102172851562
SHDMU,λ=8,65536,0,670025,10.223770141601562
SHDMU,λ=8,65536,0,687169,10.485366821289062
SHDMU,λ=8,65536,0,638009,9.735244750976562
SHDMU,λ=8,65536,0,716185,10.928115844726562
SHDMU,λ=8,65536,0,669505,10.215835571289062
SHDMU,λ=8,65536,0,597889,9.123062133789062
SHDMU,λ=8,65536,0,621321,9.480606079101562
SHDMU,λ=8,65536,0,688889,10.511611938476562
SHDMU,λ=8,65536,0,687065,10.483779907226562
SHDMU,λ=8,65536,0,679609,10.370010375976562
SHDMU,λ=8,65536,0,644697,9.837295532226562
SHDMU,λ=8,65536,0,654761,9.990859985351562
SHDMU,λ=8,65536,0,693825,10.586929321289062
SHDMU,λ=8,65536,0,666441,10.169082641601562
SHDMU,λ=8,65536,0,687521,10.490737915039062
SHDMU,λ=8,65536,0,628393,9.588516235351562
SHDMU,λ=8,65536,0,726297,11.082412719726562
SHDMU,λ=8,65536,0,684769,10.448745727539062
SHDMU,λ=8,65536,0,624601,9.530654907226562
SHDMU,λ=8,65536,0,698049,10.651382446289062
SHDMU,λ=8,65536,0,627993,9.582412719726562
SHDMU,λ=8,65536,0,681649,10.401138305664062
SHDMU,λ=8,65536,0,617289,9.419082641601562
SHDMU,λ=8,65536,0,605649,9.241470336914062
SHDMU,λ=8,65536,0,645297,9.846450805664062
SHDMU,λ=8,65536,0,650993,9.933364868164062
SHDMU,λ=8,65536,0,623625,9.515762329101562
SHDMU,λ=8,65536,0,650281,9.922500610351562
SHDMU,λ=8,65536,0,752257,11.478530883789062
SHDMU,λ=8,65536,0,682105,10.408096313476562
SHDMU,λ=8,65536,0,693041,10.574966430664062
SHDMU,λ=8,65536,0,713545,10.887832641601562
SHDMU,λ=8,65536,0,599713,9.150894165039062
SHDMU,λ=8,65536,0,593313,9.053237915039062
SHDMU,λ=8,65536,0,671385,10.244522094726562
SHDMU,λ=8,65536,0,639697,9.761001586914062
SHDMU,λ=8,65536,0,590625,9.012222290039062
SHDMU,λ=8,65536,0,711961,10.863662719726562
SHDMU,λ=8,65536,0,691993,10.558975219726562
SHDMU,λ=8,65536,0,649313,9.907730102539062
SHDMU,λ=8,65536,0,712601,10.873428344726562
SHDMU,λ=8,65536,0,681777,10.403091430664062
SHDMU,λ=8,65536,0,618929,9.444107055664062
SHDMU,λ=8,65536,0,619937,9.459487915039062
SHDMU,λ=8,65536,0,635449,9.696182250976562
SHDMU,λ=8,65536,0,610457,9.314834594726562
SHDMU,λ=8,65536,0,637041,9.720474243164062
SHDMU,λ=8,65536,0,643897,9.825088500976562
SHDMU,λ=8,65536,0,655257,9.998428344726562
SHDMU,λ=8,65536,0,761665,11.622085571289062
SHDMU,λ=8,65536,0,687905,10.496597290039062
SHDMU,λ=8,65536,0,687089,10.484146118164062
SHDMU,λ=8,65536,0,633153,9.661148071289062
SHDMU,λ=8,65536,0,700417,10.687515258789062
SHDMU,λ=8,65536,0,656657,10.019790649414062
SHDMU,λ=8,65536,0,647385,9.878311157226562
SHDMU,λ=8,65536,0,633097,9.660293579101562
SHDMU,λ=8,65536,0,609673,9.302871704101562
SHDMU,λ=8,65536,0,635817,9.701797485351562
SHDMU,λ=8,65536,0,677241,10.333877563476562
SHDMU,λ=8,65536,0,630961,9.627700805664062
SHDMU,λ=8,65536,0,643657,9.821426391601562
SHDMU,λ=8,65536,0,617305,9.419326782226562
SHDMU,λ=8,65536,0,588521,8.980117797851562
SHDMU,λ=8,65536,0,884097,13.490249633789062
SHDMU,λ=8,65536,0,658425,10.046768188476562
SHDMU,λ=8,65536,0,699409,10.672134399414062
SHLMU,λ=8,65536,0,716665,10.935440063476562
SHLMU,λ=8,65536,0,665809,10.159439086914062
SHLMU,λ=8,65536,0,678201,10.348526000976562
SHLMU,λ=8,65536,0,782521,11.940322875976562
SHLMU,λ=8,65536,0,693521,10.582290649414062
SHLMU,λ=8,65536,0,685857,10.465347290039062
SHLMU,λ=8,65536,0,608225,9.280776977539062
SHLMU,λ=8,65536,0,742049,11.322769165039062
SHLMU,λ=8,65536,0,650761,9.929824829101562
SHLMU,λ=8,65536,0,635273,9.693496704101562
SHLMU,λ=8,65536,0,651041,9.934097290039062
SHLMU,λ=8,65536,0,680097,10.377456665039062
SHLMU,λ=8,65536,0,635897,9.703018188476562
SHLMU,λ=8,65536,0,856337,13.066665649414062
SHLMU,λ=8,65536,0,676577,10.323745727539062
SHLMU,λ=8,65536,0,634161,9.676528930664062
SHLMU,λ=8,65536,0,605401,9.237686157226562
SHLMU,λ=8,65536,0,596545,9.102554321289062
SHLMU,λ=8,65536,0,632537,9.651748657226562
SHLMU,λ=8,65536,0,609057,9.293472290039062
SHLMU,λ=8,65536,0,663993,10.131729125976562
SHLMU,λ=8,65536,0,736705,11.241226196289062
SHLMU,λ=8,65536,0,650913,9.932144165039062
SHLMU,λ=8,65536,0,755097,11.521865844726562
SHLMU,λ=8,65536,0,703665,10.737075805664062
SHLMU,λ=8,65536,0,695673,10.615127563476562
SHLMU,λ=8,65536,0,692873,10.572402954101562
SHLMU,λ=8,65536,0,649409,9.909194946289062
SHLMU,λ=8,65536,0,727401,11.099258422851562
SHLMU,λ=8,65536,0,637153,9.722183227539062
SHLMU,λ=8,65536,0,679721,10.371719360351562
SHLMU,λ=8,65536,0,638369,9.740737915039062
SHLMU,λ=8,65536,0,729321,11.128555297851562
SHLMU,λ=8,65536,0,674057,10.285293579101562
SHLMU,λ=8,65536,0,618881,9.443374633789062
SHLMU,λ=8,65536,0,593985,9.063491821289062
SHLMU,λ=8,65536,0,671321,10.243545532226562
SHLMU,λ=8,65536,0,710873,10.847061157226562
SHLMU,λ=8,65536,0,761185,11.614761352539062
SHLMU,λ=8,65536,0,745561,11.376358032226562
SHLMU,λ=8,65536,0,703209,10.730117797851562
SHLMU,λ=8,65536,0,677017,10.330459594726562
SHLMU,λ=8,65536,0,672681,10.264297485351562
SHLMU,λ=8,65536,0,645369,9.847549438476562
SHLMU,λ=8,65536,0,663841,10.129409790039062
SHLMU,λ=8,65536,0,801649,12.232192993164062
SHLMU,λ=8,65536,0,677633,10.339859008789062
SHLMU,λ=8,65536,0,628689,9.593032836914062
SHLMU,λ=8,65536,0,681649,10.401138305664062
SHLMU,λ=8,65536,0,786513,12.001235961914062
SHLMU,λ=8,65536,0,653065,9.964981079101562
SHLMU,λ=8,65536,0,647617,9.881851196289062
SHLMU,λ=8,65536,0,720249,10.990127563476562
SHLMU,λ=8,65536,0,800041,12.207656860351562
SHLMU,λ=8,65536,0,661329,10.091079711914062
SHLMU,λ=8,65536,0,643497,9.818984985351562
SHLMU,λ=8,65536,0,662625,10.110855102539062
SHLMU,λ=8,65536,0,645857,9.854995727539062
SHLMU,λ=8,65536,0,595849,9.091934204101562
SHLMU,λ=8,65536,0,641065,9.781875610351562
SHLMU,λ=8,65536,0,701801,10.708633422851562
SHLMU,λ=8,65536,0,644721,9.837661743164062
SHLMU,λ=8,65536,0,682377,10.412246704101562
SHLMU,λ=8,65536,0,633585,9.667739868164062
SHLMU,λ=8,65536,0,663713,10.127456665039062
SHLMU,λ=8,65536,0,682137,10.408584594726562
SHLMU,λ=8,65536,0,712369,10.869888305664062
SHLMU,λ=8,65536,0,643161,9.813858032226562
SHLMU,λ=8,65536,0,705921,10.771499633789062
SHLMU,λ=8,65536,0,631953,9.642837524414062
SHLMU,λ=8,65536,0,638217,9.738418579101562
SHLMU,λ=8,65536,0,685001,10.452285766601562
SHLMU,λ=8,65536,0,697561,10.643936157226562
SHLMU,λ=8,65536,0,693801,10.586563110351562
SHLMU,λ=8,65536,0,711817,10.861465454101562
SHLMU,λ=8,65536,0,666785,10.174331665039062
SHLMU,λ=8,65536,0,648225,9.891128540039062
SHLMU,λ=8,65536,0,653561,9.972549438476562
SHLMU,λ=8,65536,0,701585,10.705337524414062
SHLMU,λ=8,65536,0,647817,9.884902954101562
SHLMU,λ=8,65536,0,642825,9.808731079101562
SHLMU,λ=8,65536,0,679937,10.375015258789062
SHLMU,λ=8,65536,0,716889,10.938858032226562
SHLMU,λ=8,65536,0,701473,10.703628540039062
SHLMU,λ=8,65536,0,653833,9.976699829101562
SHLMU,λ=8,65536,0,618825,9.442520141601562
SHLMU,λ=8,65536,0,683153,10.424087524414062
SHLMU,λ=8,65536,0,693513,10.582168579101562
SHLMU,λ=8,65536,0,650393,9.924209594726562
SHLMU,λ=8,65536,0,643561,9.819961547851562
SHLMU,λ=8,65536,0,780977,11.916763305664062
SHLMU,λ=8,65536,0,637937,9.734146118164062
SHLMU,λ=8,65536,0,746953,11.397598266601562
SHLMU,λ=8,65536,0,635809,9.701675415039062
SHLMU,λ=8,65536,0,683321,10.426651000976562
SHLMU,λ=8,65536,0,627441,9.573989868164062
SHLMU,λ=8,65536,0,671745,10.250015258789062
SHLMU,λ=8,65536,0,658945,10.054702758789062
SHLMU,λ=8,65536,0,637785,9.731826782226562
SHLMU,λ=8,65536,0,617017,9.414932250976562
SRLMU,λ=8,65536,0,654513,9.987075805664062
SRLMU,λ=8,65536,0,681505,10.398941040039062
SRLMU,λ=8,65536,0,666201,10.165420532226562
SRLMU,λ=8,65536,0,714449,10.901626586914062
SRLMU,λ=8,65536,0,678073,10.346572875976562
SRLMU,λ=8,65536,0,683241,10.425430297851562
SRLMU,λ=8,65536,0,736929,11.244644165039062
SRLMU,λ=8,65536,0,706617,10.782119750976562
SRLMU,λ=8,65536,0,761233,11.615493774414062
SRLMU,λ=8,65536,0,672289,10.258316040039062
SRLMU,λ=8,65536,0,671537,10.246841430664062
SRLMU,λ=8,65536,0,743689,11.347793579101562
SRLMU,λ=8,65536,0,651721,9.944473266601562
SRLMU,λ=8,65536,0,706289,10.777114868164062
SRLMU,λ=8,65536,0,736505,11.238174438476562
SRLMU,λ=8,65536,0,701593,10.705459594726562
SRLMU,λ=8,65536,0,771369,11.770156860351562
SRLMU,λ=8,65536,0,740633,11.301162719726562
SRLMU,λ=8,65536,0,635857,9.702407836914062
SRLMU,λ=8,65536,0,710585,10.842666625976562
SRLMU,λ=8,65536,0,709593,10.827529907226562
SRLMU,λ=8,65536,0,720761,10.997940063476562
SRLMU,λ=8,65536,0,687169,10.485366821289062
SRLMU,λ=8,65536,0,702601,10.720840454101562
SRLMU,λ=8,65536,0,798545,12.184829711914062
SRLMU,λ=8,65536,0,713529,10.887588500976562
SRLMU,λ=8,65536,0,723449,11.038955688476562
SRLMU,λ=8,65536,0,660769,10.082534790039062
SRLMU,λ=8,65536,0,652433,9.955337524414062
SRLMU,λ=8,65536,0,710417,10.840103149414062
SRLMU,λ=8,65536,0,646529,9.865249633789062
SRLMU,λ=8,65536,0,723721,11.043106079101562
SRLMU,λ=8,65536,0,723265,11.036148071289062
SRLMU,λ=8,65536,0,711017,10.849258422851562
SRLMU,λ=8,65536,0,685817,10.464736938476562
SRLMU,λ=8,65536,0,760201,11.599746704101562
SRLMU,λ=8,65536,0,809705,12.355117797851562
SRLMU,λ=8,65536,0,671945,10.253067016601562
SRLMU,λ=8,65536,0,730833,11.151626586914062
SRLMU,λ=8,65536,0,679201,10.363784790039062
SRLMU,λ=8,65536,0,672353,10.259292602539062
SRLMU,λ=8,65536,0,659241,10.059219360351562
SRLMU,λ=8,65536,0,730913,11.152847290039062
SRLMU,λ=8,65536,0,658105,10.041885375976562
SRLMU,λ=8,65536,0,724713,11.058242797851562
SRLMU,λ=8,65536,0,691937,10.558120727539062
SRLMU,λ=8,65536,0,672113,10.255630493164062
SRLMU,λ=8,65536,0,728433,11.115005493164062
SRLMU,λ=8,65536,0,786265,11.997451782226562
SRLMU,λ=8,65536,0,779945,11.901016235351562
SRLMU,λ=8,65536,0,796545,12.154312133789062
SRLMU,λ=8,65536,0,719697,10.981704711914062
SRLMU,λ=8,65536,0,722065,11.017837524414062
SRLMU,λ=8,65536,0,780449,11.908706665039062
SRLMU,λ=8,65536,0,738097,11.262466430664062
SRLMU,λ=8,65536,0,695305,10.609512329101562
SRLMU,λ=8,65536,0,860409,13.128799438476562
SRLMU,λ=8,65536,0,736873,11.243789672851562
SRLMU,λ=8,65536,0,679385,10.366592407226562
SRLMU,λ=8,65536,0,708377,10.808975219726562
SRLMU,λ=8,65536,0,681425,10.397720336914062
SRLMU,λ=8,65536,0,716249,10.929092407226562
SRLMU,λ=8,65536,0,703241,10.730606079101562
SRLMU,λ=8,65536,0,659857,10.068618774414062
SRLMU,λ=8,65536,0,698625,10.660171508789062
SRLMU,λ=8,65536,0,692161,10.561538696289062
SRLMU,λ=8,65536,0,717017,10.940811157226562
SRLMU,λ=8,65536,0,702929,10.725845336914062
SRLMU,λ=8,65536,0,683769,10.433486938476562
SRLMU,λ=8,65536,0,723969,11.046890258789062
SRLMU,λ=8,65536,0,703729,10.738052368164062
SRLMU,λ=8,65536,0,628329,9.587539672851562
SRLMU,λ=8,65536,0,711985,10.864028930664062
SRLMU,λ=8,65536,0,711961,10.863662719726562
SRLMU,λ=8,65536,0,746809,11.395401000976562
SRLMU,λ=8,65536,0,682753,10.417984008789062
SRLMU,λ=8,65536,0,768785,11.730728149414062
SRLMU,λ=8,65536,0,758225,11.569595336914062
SRLMU,λ=8,65536,0,646873,9.870498657226562
SRLMU,λ=8,65536,0,905393,13.815200805664062
SRLMU,λ=8,65536,0,638993,9.750259399414062
SRLMU,λ=8,65536,0,709513,10.826309204101562
SRLMU,λ=8,65536,0,753329,11.494888305664062
SRLMU,λ=8,65536,0,679857,10.373794555664062
SRLMU,λ=8,65536,0,712833,10.876968383789062
SRLMU,λ=8,65536,0,626881,9.565444946289062
SRLMU,λ=8,65536,0,677993,10.345352172851562
SRLMU,λ=8,65536,0,777721,11.867080688476562
SRLMU,λ=8,65536,0,709009,10.818618774414062
SRLMU,λ=8,65536,0,678313,10.350234985351562
SRLMU,λ=8,65536,0,700073,10.682266235351562
SRLMU,λ=8,65536,0,666721,10.173355102539062
SRLMU,λ=8,65536,0,677753,10.341690063476562
SRLMU,λ=8,65536,0,655617,10.003921508789062
SRLMU,λ=8,65536,0,795001,12.130752563476562
SRLMU,λ=8,65536,0,681257,10.395156860351562
SRLMU,λ=8,65536,0,702785,10.723648071289062
SRLMU,λ=8,65536,0,672489,10.261367797851562
SRLMU,λ=8,65536,0,665281,10.151382446289062
SRLMU,λ=8,65536,0,693257,10.578262329101562
SSLMU,λ=8,65536,0,1078513,16.456802368164062
SSLMU,λ=8,65536,0,877361,13.387466430664062
SSLMU,λ=8,65536,0,913185,13.934097290039062
SSLMU,λ=8,65536,0,888657,13.559829711914062
SSLMU,λ=8,65536,0,863009,13.168472290039062
SSLMU,λ=8,65536,0,915681,13.972183227539062
SSLMU,λ=8,65536,0,990241,15.109878540039062
SSLMU,λ=8,65536,0,878593,13.406265258789062
SSLMU,λ=8,65536,0,1022065,15.595474243164062
SSLMU,λ=8,65536,0,895297,13.661148071289062
SSLMU,λ=8,65536,0,1059681,16.169448852539062
SSLMU,λ=8,65536,0,1002273,15.293472290039062
SSLMU,λ=8,65536,0,981457,14.975845336914062
SSLMU,λ=8,65536,0,980785,14.965591430664062
SSLMU,λ=8,65536,0,955857,14.585220336914062
SSLMU,λ=8,65536,0,901777,13.760025024414062
SSLMU,λ=8,65536,0,987457,15.067398071289062
SSLMU,λ=8,65536,0,915713,13.972671508789062
SSLMU,λ=8,65536,0,821617,12.536880493164062
SSLMU,λ=8,65536,0,952513,14.534194946289062
SSLMU,λ=8,65536,0,896433,13.678482055664062
SSLMU,λ=8,65536,0,946273,14.438980102539062
SSLMU,λ=8,65536,0,886513,13.527114868164062
SSLMU,λ=8,65536,0,899473,13.724868774414062
SSLMU,λ=8,65536,0,863601,13.177505493164062
SSLMU,λ=8,65536,0,947361,14.455581665039062
SSLMU,λ=8,65536,0,953233,14.545181274414062
SSLMU,λ=8,65536,0,1047553,15.984390258789062
SSLMU,λ=8,65536,0,827697,12.629653930664062
SSLMU,λ=8,65536,0,916881,13.990493774414062
SSLMU,λ=8,65536,0,812257,12.394058227539062
SSLMU,λ=8,65536,0,1002609,15.298599243164062
SSLMU,λ=8,65536,0,966593,14.749038696289062
SSLMU,λ=8,65536,0,867841,13.242202758789062
SSLMU,λ=8,65536,0,824321,12.578140258789062
SSLMU,λ=8,65536,0,957281,14.606948852539062
SSLMU,λ=8,65536,0,855329,13.051284790039062
SSLMU,λ=8,65536,0,961505,14.671401977539062
SSLMU,λ=8,65536,0,1020193,15.566909790039062
SSLMU,λ=8,65536,0,911585,13.909683227539062
SSLMU,λ=8,65536,0,898753,13.713882446289062
SSLMU,λ=8,65536,0,1103233,16.833999633789062
SSLMU,λ=8,65536,0,860593,13.131607055664062
SSLMU,λ=8,65536,0,886209,13.522476196289062
SSLMU,λ=8,65536,0,932577,14.229995727539062
SSLMU,λ=8,65536,0,860321,13.127456665039062
SSLMU,λ=8,65536,0,947041,14.450698852539062
SSLMU,λ=8,65536,0,876449,13.373550415039062
SSLMU,λ=8,65536,0,994241,15.170913696289062
SSLMU,λ=8,65536,0,880177,13.430435180664062
SSLMU,λ=8,65536,0,922369,14.074234008789062
SSLMU,λ=8,65536,0,878689,13.407730102539062
SSLMU,λ=8,65536,0,889041,13.565689086914062
SSLMU,λ=8,65536,0,926577,14.138442993164062
SSLMU,λ=8,65536,0,876433,13.373306274414062
SSLMU,λ=8,65536,0,899697,13.728286743164062
SSLMU,λ=8,65536,0,899201,13.720718383789062
SSLMU,λ=8,65536,0,839937,12.816421508789062
SSLMU,λ=8,65536,0,880513,13.435562133789062
SSLMU,λ=8,65536,0,933761,14.248062133789062
SSLMU,λ=8,65536,0,1001457,15.281021118164062
SSLMU,λ=8,65536,0,982337,14.989273071289062
SSLMU,λ=8,65536,0,982737,14.995376586914062
SSLMU,λ=8,65536,0,930065,14.191665649414062
SSLMU,λ=8,65536,0,944817,14.416763305664062
SSLMU,λ=8,65536,0,910577,13.894302368164062
SSLMU,λ=8,65536,0,945089,14.420913696289062
SSLMU,λ=8,65536,0,893057,13.626968383789062
SSLMU,λ=8,65536,0,898369,13.708023071289062
SSLMU,λ=8,65536,0,836545,12.764663696289062
SSLMU,λ=8,65536,0,856817,13.073989868164062
SSLMU,λ=8,65536,0,1014721,15.483413696289062
SSLMU,λ=8,65536,0,982497,14.991714477539062
SSLMU,λ=8,65536,0,942913,14.387710571289062
SSLMU,λ=8,65536,0,977041,14.908462524414062
SSLMU,λ=8,65536,0,987617,15.069839477539062
SSLMU,λ=8,65536,0,1054737,16.094009399414062
SSLMU,λ=8,65536,0,862977,13.167984008789062
SSLMU,λ=8,65536,0,858769,13.103775024414062
SSLMU,λ=8,65536,0,898593,13.711441040039062
SSLMU,λ=8,65536,0,796705,12.156753540039062
SSLMU,λ=8,65536,0,948369,14.470962524414062
SSLMU,λ=8,65536,0,964097,14.710952758789062
SSLMU,λ=8,65536,0,1009505,15.403823852539062
SSLMU,λ=8,65536,0,999697,15.254165649414062
SSLMU,λ=8,65536,0,973345,14.852066040039062
SSLMU,λ=8,65536,0,944241,14.407974243164062
SSLMU,λ=8,65536,0,904161,13.796401977539062
SSLMU,λ=8,65536,0,965633,14.734390258789062
SSLMU,λ=8,65536,0,810369,12.365249633789062
SSLMU,λ=8,65536,0,879537,13.420669555664062
SSLMU,λ=8,65536,0,823505,12.565689086914062
SSLMU,λ=8,65536,0,831489,12.687515258789062
SSLMU,λ=8,65536,0,912529,13.924087524414062
SSLMU,λ=8,65536,0,927745,14.156265258789062
SSLMU,λ=8,65536,0,966129,14.741958618164062
SSLMU,λ=8,65536,0,1037665,15.833511352539062
SSLMU,λ=8,65536,0,890529,13.588394165039062
SSLMU,λ=8,65536,0,966321,14.744888305664062
SSLMU,λ=8,65536,0,891313,13.600357055664062
SSDIU,λ=8,65536,0,1153041,17.594009399414062
SSDIU,λ=8,65536,0,884977,13.503677368164062
SSDIU,λ=8,65536,0,965649,14.734634399414062
SSDIU,λ=8,65536,0,965969,14.739517211914062
SSDIU,λ=8,65536,0,877793,13.394058227539062
SSDIU,λ=8,65536,0,971953,14.830825805664062
SSDIU,λ=8,65536,0,1070817,16.339370727539062
SSDIU,λ=8,65536,0,880321,13.432632446289062
SSDIU,λ=8,65536,0,910817,13.897964477539062
SSDIU,λ=8,65536,0,996257,15.201675415039062
SSDIU,λ=8,65536,0,918625,14.017105102539062
SSDIU,λ=8,65536,0,967793,14.767349243164062
SSDIU,λ=8,65536,0,1244321,18.986831665039062
SSDIU,λ=8,65536,0,936481,14.289566040039062
SSDIU,λ=8,65536,0,901393,13.754165649414062
SSDIU,λ=8,65536,0,897329,13.692153930664062
SSDIU,λ=8,65536,0,1004161,15.322280883789062
SSDIU,λ=8,65536,0,1021841,15.592056274414062
SSDIU,λ=8,65536,0,1037953,15.837905883789062
SSDIU,λ=8,65536,0,903089,13.780044555664062
SSDIU,λ=8,65536,0,901233,13.751724243164062
SSDIU,λ=8,65536,0,1140753,17.406509399414062
SSDIU,λ=8,65536,0,931681,14.216323852539062
SSDIU,λ=8,65536,0,1016353,15.508316040039062
SSDIU,λ=8,65536,0,945409,14.425796508789062
SSDIU,λ=8,65536,0,919249,14.026626586914062
SSDIU,λ=8,65536,0,923137,14.085952758789062
SSDIU,λ=8,65536,0,1059233,16.162612915039062
SSDIU,λ=8,65536,0,932337,14.226333618164062
SSDIU,λ=8,65536,0,962273,14.683120727539062
SSDIU,λ=8,65536,0,1074353,16.393325805664062
SSDIU,λ=8,65536,0,976177,14.895278930664062
SSDIU,λ=8,65536,0,916369,13.982681274414062
SSDIU,λ=8,65536,0,986577,15.053970336914062
SSDIU,λ=8,65536,0,1193777,18.215591430664062
SSDIU,λ=8,65536,0,840273,12.821548461914062
SSDIU,λ=8,65536,0,915265,13.965835571289062
SSDIU,λ=8,65536,0,971409,14.822525024414062
SSDIU,λ=8,65536,0,908785,13.866958618164062
SSDIU,λ=8,65536,0,1002369,15.294937133789062
SSDIU,λ=8,65536,0,949217,14.483901977539062
SSDIU,λ=8,65536,0,944689,14.414810180664062
SSDIU,λ=8,65536,0,943969,14.403823852539062
SSDIU,λ=8,65536,0,1147921,17.515884399414062
SSDIU,λ=8,65536,0,976897,14.906265258789062
SSDIU,λ=8,65536,0,1035153,15.795181274414062
SSDIU,λ=8,65536,0,935473,14.274185180664062
SSDIU,λ=8,65536,0,950753,14.507339477539062
SSDIU,λ=8,65536,0,1037569,15.832046508789062
SSDIU,λ=8,65536,0,1036609,15.817398071289062
SSDIU,λ=8,65536,0,917665,14.002456665039062
SSDIU,λ=8,65536,0,1015681,15.498062133789062
SSDIU,λ=8,65536,0,950113,14.497573852539062
SSDIU,λ=8,65536,0,875633,13.361099243164062
SSDIU,λ=8,65536,0,1158193,17.672622680664062
SSDIU,λ=8,65536,0,848097,12.940933227539062
SSDIU,λ=8,65536,0,890257,13.584243774414062
SSDIU,λ=8,65536,0,923057,14.084732055664062
SSDIU,λ=8,65536,0,904657,13.803970336914062
SSDIU,λ=8,65536,0,1000929,15.272964477539062
SSDIU,λ=8,65536,0,950993,14.511001586914062
SSDIU,λ=8,65536,0,1139537,17.387954711914062
SSDIU,λ=8,65536,0,906065,13.825454711914062
SSDIU,λ=8,65536,0,975361,14.882827758789062
SSDIU,λ=8,65536,0,919873,14.036148071289062
SSDIU,λ=8,65536,0,959809,14.645523071289062
SSDIU,λ=8,65536,0,946785,14.446792602539062
SSDIU,λ=8,65536,0,991537,15.129653930664062
SSDIU,λ=8,65536,0,901169,13.750747680664062
SSDIU,λ=8,65536,0,885633,13.513687133789062
SSDIU,λ=8,65536,0,891809,13.607925415039062
SSDIU,λ=8,65536,0,935057,14.267837524414062
SSDIU,λ=8,65536,0,939489,14.335464477539062
SSDIU,λ=8,65536,0,914993,13.961685180664062
SSDIU,λ=8,65536,0,904337,13.799087524414062
SSDIU,λ=8,65536,0,1065297,16.255142211914062
SSDIU,λ=8,65536,0,915937,13.976089477539062
SSDIU,λ=8,65536,0,909665,13.880386352539062
SSDIU,λ=8,65536,0,982897,14.997817993164062
SSDIU,λ=8,65536,0,895521,13.664566040039062
SSDIU,λ=8,65536,0,922561,14.077163696289062
SSDIU,λ=8,65536,0,854321,13.035903930664062
SSDIU,λ=8,65536,0,998577,15.237075805664062
SSDIU,λ=8,65536,0,870977,13.290054321289062
SSDIU,λ=8,65536,0,959873,14.646499633789062
SSDIU,λ=8,65536,0,928865,14.173355102539062
SSDIU,λ=8,65536,0,883809,13.485855102539062
SSDIU,λ=8,65536,0,869217,13.263198852539062
SSDIU,λ=8,65536,0,953169,14.544204711914062
SSDIU,λ=8,65536,0,921745,14.064712524414062
SSDIU,λ=8,65536,0,1031937,15.746109008789062
SSDIU,λ=8,65536,0,912881,13.929458618164062
SSDIU,λ=8,65536,0,978193,14.926040649414062
SSDIU,λ=8,65536,0,984497,15.022232055664062
SSDIU,λ=8,65536,0,935585,14.275894165039062
SSDIU,λ=8,65536,0,1080145,16.481704711914062
SSDIU,λ=8,65536,0,855425,13.052749633789062
SSDIU,λ=8,65536,0,961681,14.674087524414062
SSDIU,λ=8,65536,0,1058961,16.158462524414062
SRDIU,λ=8,65536,0,713817,10.891983032226562
SRDIU,λ=8,65536,0,763001,11.642471313476562
SRDIU,λ=8,65536,0,703753,10.738418579101562
SRDIU,λ=8,65536,0,743873,11.350601196289062
SRDIU,λ=8,65536,0,790825,12.067031860351562
SRDIU,λ=8,65536,0,840721,12.828384399414062
SRDIU,λ=8,65536,0,698681,10.661026000976562
SRDIU,λ=8,65536,0,714857,10.907852172851562
SRDIU,λ=8,65536,0,736017,11.230728149414062
SRDIU,λ=8,65536,0,730353,11.144302368164062
SRDIU,λ=8,65536,0,764393,11.663711547851562
SRDIU,λ=8,65536,0,746761,11.394668579101562
SRDIU,λ=8,65536,0,737353,11.251113891601562
SRDIU,λ=8,65536,0,720761,10.997940063476562
SRDIU,λ=8,65536,0,806009,12.298721313476562
SRDIU,λ=8,65536,0,708161,10.805679321289062
SRDIU,λ=8,65536,0,674161,10.286880493164062
SRDIU,λ=8,65536,0,749057,11.429702758789062
SRDIU,λ=8,65536,0,844641,12.888198852539062
SRDIU,λ=8,65536,0,679105,10.362319946289062
SRDIU,λ=8,65536,0,769497,11.741592407226562
SRDIU,λ=8,65536,0,786041,11.994033813476562
SRDIU,λ=8,65536,0,775769,11.837295532226562
SRDIU,λ=8,65536,0,753873,11.503189086914062
SRDIU,λ=8,65536,0,712745,10.875625610351562
SRDIU,λ=8,65536,0,668857,10.205947875976562
SRDIU,λ=8,65536,0,729625,11.133193969726562
SRDIU,λ=8,65536,0,801769,12.234024047851562
SRDIU,λ=8,65536,0,777385,11.861953735351562
SRDIU,λ=8,65536,0,706353,10.778091430664062
SRDIU,λ=8,65536,0,739609,11.285537719726562
SRDIU,λ=8,65536,0,759097,11.582901000976562
SRDIU,λ=8,65536,0,702297,10.716201782226562
SRDIU,λ=8,65536,0,814409,12.426895141601562
SRDIU,λ=8,65536,0,776065,11.841812133789062
SRDIU,λ=8,65536,0,763441,11.649185180664062
SRDIU,λ=8,65536,0,843193,12.866104125976562
SRDIU,λ=8,65536,0,732457,11.176406860351562
SRDIU,λ=8,65536,0,783113,11.949356079101562
SRDIU,λ=8,65536,0,706737,10.783950805664062
SRDIU,λ=8,65536,0,755529,11.528457641601562
SRDIU,λ=8,65536,0,678993,10.360610961914062
SRDIU,λ=8,65536,0,701209,10.699600219726562
SRDIU,λ=8,65536,0,694153,10.591934204101562
SRDIU,λ=8,65536,0,684537,10.445205688476562
SRDIU,λ=8,65536,0,694825,10.602188110351562
SRDIU,λ=8,65536,0,736217,11.233779907226562
SRDIU,λ=8,65536,0,757329,11.555923461914062
SRDIU,λ=8,65536,0,799481,12.199111938476562
SRDIU,λ=8,65536,0,750361,11.449600219726562
SRDIU,λ=8,65536,0,748681,11.423965454101562
SRDIU,λ=8,65536,0,747769,11.410049438476562
SRDIU,λ=8,65536,0,721833,11.014297485351562
SRDIU,λ=8,65536,0,723545,11.040420532226562
SRDIU,λ=8,65536,0,693105,10.575942993164062
SRDIU,λ=8,65536,0,703849,10.739883422851562
SRDIU,λ=8,65536,0,679625,10.370254516601562
SRDIU,λ=8,65536,0,730665,11.149063110351562
SRDIU,λ=8,65536,0,705809,10.769790649414062
SRDIU,λ=8,65536,0,750905,11.457901000976562
SRDIU,λ=8,65536,0,692329,10.564102172851562
SRDIU,λ=8,65536,0,827353,12.624404907226562
SRDIU,λ=8,65536,0,862441,13.159805297851562
SRDIU,λ=8,65536,0,681441,10.397964477539062
SRDIU,λ=8,65536,0,708129,10.805191040039062
SRDIU,λ=8,65536,0,772745,11.791152954101562
SRDIU,λ=8,65536,0,788905,12.037734985351562
SRDIU,λ=8,65536,0,780881,11.915298461914062
SRDIU,λ=8,65536,0,784857,11.975967407226562
SRDIU,λ=8,65536,0,771497,11.772109985351562
SRDIU,λ=8,65536,0,726545,11.086196899414062
SRDIU,λ=8,65536,0,732833,11.182144165039062
SRDIU,λ=8,65536,0,759209,11.584609985351562
SRDIU,λ=8,65536,0,718257,10.959732055664062
SRDIU,λ=8,65536,0,728561,11.116958618164062
SRDIU,λ=8,65536,0,722129,11.018814086914062
SRDIU,λ=8,65536,0,700409,10.687393188476562
SRDIU,λ=8,65536,0,752097,11.476089477539062
SRDIU,λ=8,65536,0,709409,10.824722290039062
SRDIU,λ=8,65536,0,690473,10.535781860351562
SRDIU,λ=8,65536,0,794977,12.130386352539062
SRDIU,λ=8,65536,0,722017,11.017105102539062
SRDIU,λ=8,65536,0,856321,13.066421508789062
SRDIU,λ=8,65536,0,745969,11.382583618164062
SRDIU,λ=8,65536,0,758433,11.572769165039062
SRDIU,λ=8,65536,0,747217,11.401626586914062
SRDIU,λ=8,65536,0,742009,11.322158813476562
SRDIU,λ=8,65536,0,748609,11.422866821289062
SRDIU,λ=8,65536,0,775401,11.831680297851562
SRDIU,λ=8,65536,0,686665,10.477676391601562
SRDIU,λ=8,65536,0,669913,10.222061157226562
SRDIU,λ=8,65536,0,852401,13.006607055664062
SRDIU,λ=8,65536,0,808521,12.337051391601562
SRDIU,λ=8,65536,0,694233,10.593154907226562
SRDIU,λ=8,65536,0,804425,12.274551391601562
SRDIU,λ=8,65536,0,718953,10.970352172851562
SRDIU,λ=8,65536,0,793513,12.108047485351562
SRDIU,λ=8,65536,0,740841,11.304336547851562
SRDIU,λ=8,65536,0,689945,10.527725219726562
SRDIU,λ=8,65536,0,731265,11.158218383789062
SHDIU,λ=8,65536,0,685633,10.461929321289062
SHDIU,λ=8,65536,0,807889,12.327407836914062
SHDIU,λ=8,65536,0,693617,10.583755493164062
SHDIU,λ=8,65536,0,692241,10.562759399414062
SHDIU,λ=8,65536,0,851617,12.994644165039062
SHDIU,λ=8,65536,0,687873,10.496109008789062
SHDIU,λ=8,65536,0,682201,10.409561157226562
SHDIU,λ=8,65536,0,698129,10.652603149414062
SHDIU,λ=8,65536,0,663409,10.122817993164062
SHDIU,λ=8,65536,0,662561,10.109878540039062
SHDIU,λ=8,65536,0,791905,12.083511352539062
SHDIU,λ=8,65536,0,736513,11.238296508789062
SHDIU,λ=8,65536,0,732673,11.179702758789062
SHDIU,λ=8,65536,0,763417,11.648818969726562
SHDIU,λ=8,65536,0,659265,10.059585571289062
SHDIU,λ=8,65536,0,725561,11.071182250976562
SHDIU,λ=8,65536,0,681953,10.405776977539062
SHDIU,λ=8,65536,0,693753,10.585830688476562
SHDIU,λ=8,65536,0,696617,10.629531860351562
SHDIU,λ=8,65536,0,670913,10.237319946289062
SHDIU,λ=8,65536,0,662793,10.113418579101562
SHDIU,λ=8,65536,0,727945,11.107559204101562
SHDIU,λ=8,65536,0,708881,10.816665649414062
SHDIU,λ=8,65536,0,655041,9.995132446289062
SHDIU,λ=8,65536,0,739017,11.276504516601562
SHDIU,λ=8,65536,0,907889,13.853286743164062
SHDIU,λ=8,65536,0,742593,11.331069946289062
SHDIU,λ=8,65536,0,713433,10.886123657226562
SHDIU,λ=8,65536,0,698041,10.651260375976562
SHDIU,λ=8,65536,0,715225,10.913467407226562
SHDIU,λ=8,65536,0,623945,9.520645141601562
SHDIU,λ=8,65536,0,702177,10.714370727539062
SHDIU,λ=8,65536,0,714281,10.899063110351562
SHDIU,λ=8,65536,0,742585,11.330947875976562
SHDIU,λ=8,65536,0,672249,10.257705688476562
SHDIU,λ=8,65536,0,637089,9.721206665039062
SHDIU,λ=8,65536,0,702297,10.716201782226562
SHDIU,λ=8,65536,0,682569,10.415176391601562
SHDIU,λ=8,65536,0,714425,10.901260375976562
SHDIU,λ=8,65536,0,691065,10.544815063476562
SHDIU,λ=8,65536,0,663657,10.126602172851562
SHDIU,λ=8,65536,0,764729,11.668838500976562
SHDIU,λ=8,65536,0,692881,10.572525024414062
SHDIU,λ=8,65536,0,724465,11.054458618164062
SHDIU,λ=8,65536,0,716937,10.939590454101562
SHDIU,λ=8,65536,0,677169,10.332778930664062
SHDIU,λ=8,65536,0,731249,11.157974243164062
SHDIU,λ=8,65536,0,709057,10.819351196289062
SHDIU,λ=8,65536,0,713593,10.888565063476562
SHDIU,λ=8,65536,0,650961,9.932876586914062
SHDIU,λ=8,65536,0,692369,10.564712524414062
SHDIU,λ=8,65536,0,725601,11.071792602539062
SHDIU,λ=8,65536,0,662473,10.108535766601562
SHDIU,λ=8,65536,0,713489,10.886978149414062
SHDIU,λ=8,65536,0,723777,11.043960571289062
SHDIU,λ=8,65536,0,695481,10.612197875976562
SHDIU,λ=8,65536,0,651417,9.939834594726562
SHDIU,λ=8,65536,0,680913,10.389907836914062
SHDIU,λ=8,65536,0,731049,11.154922485351562
SHDIU,λ=8,65536,0,691921,10.557876586914062
SHDIU,λ=8,65536,0,704585,10.751113891601562
SHDIU,λ=8,65536,0,705081,10.758682250976562
SHDIU,λ=8,65536,0,701913,10.710342407226562
SHDIU,λ=8,65536,0,703513,10.734756469726562
SHDIU,λ=8,65536,0,735233,11.218765258789062
SHDIU,λ=8,65536,0,699089,10.667251586914062
SHDIU,λ=8,65536,0,711137,10.851089477539062
SHDIU,λ=8,65536,0,698401,10.656753540039062
SHDIU,λ=8,65536,0,760257,11.600601196289062
SHDIU,λ=8,65536,0,725929,11.076797485351562
SHDIU,λ=8,65536,0,776849,11.853775024414062
SHDIU,λ=8,65536,0,702385,10.717544555664062
SHDIU,λ=8,65536,0,660881,10.084243774414062
SHDIU,λ=8,65536,0,687529,10.490859985351562
SHDIU,λ=8,65536,0,805625,12.292861938476562
SHDIU,λ=8,65536,0,832825,12.707901000976562
SHDIU,λ=8,65536,0,745673,11.378067016601562
SHDIU,λ=8,65536,0,632337,9.648696899414062
SHDIU,λ=8,65536,0,680929,10.390151977539062
SHDIU,λ=8,65536,0,664265,10.135879516601562
SHDIU,λ=8,65536,0,731153,11.156509399414062
SHDIU,λ=8,65536,0,736065,11.231460571289062
SHDIU,λ=8,65536,0,666073,10.163467407226562
SHDIU,λ=8,65536,0,681929,10.405410766601562
SHDIU,λ=8,65536,0,704017,10.742446899414062
SHDIU,λ=8,65536,0,738545,11.269302368164062
SHDIU,λ=8,65536,0,728833,11.121109008789062
SHDIU,λ=8,65536,0,728489,11.115859985351562
SHDIU,λ=8,65536,0,740529,11.299575805664062
SHDIU,λ=8,65536,0,749673,11.439102172851562
SHDIU,λ=8,65536,0,791057,12.070571899414062
SHDIU,λ=8,65536,0,705369,10.763076782226562
SHDIU,λ=8,65536,0,670217,10.226699829101562
SHDIU,λ=8,65536,0,650697,9.928848266601562
SHDIU,λ=8,65536,0,783841,11.960464477539062
SHDIU,λ=8,65536,0,675825,10.312271118164062
SHDIU,λ=8,65536,0,699721,10.676895141601562
SHDIU,λ=8,65536,0,705297,10.761978149414062
SHDIU,λ=8,65536,0,675289,10.304092407226562
SHDIU,λ=8,65536,0,778585,11.880264282226562
SHLIU,λ=8,65536,0,722593,11.025894165039062
SHLIU,λ=8,65536,0,749121,11.430679321289062
SHLIU,λ=8,65536,0,706937,10.787002563476562
SHLIU,λ=8,65536,0,783545,11.955947875976562
SHLIU,λ=8,65536,0,792129,12.086929321289062
SHLIU,λ=8,65536,0,725081,11.063858032226562
SHLIU,λ=8,65536,0,704041,10.742813110351562
SHLIU,λ=8,65536,0,702745,10.723037719726562
SHLIU,λ=8,65536,0,828729,12.645401000976562
SHLIU,λ=8,65536,0,856609,13.070816040039062
SHLIU,λ=8,65536,0,783137,11.949722290039062
SHLIU,λ=8,65536,0,773905,11.808853149414062
SHLIU,λ=8,65536,0,707889,10.801528930664062
SHLIU,λ=8,65536,0,680097,10.377456665039062
SHLIU,λ=8,65536,0,776129,11.842788696289062
SHLIU,λ=8,65536,0,728857,11.121475219726562
SHLIU,λ=8,65536,0,744121,11.354385375976562
SHLIU,λ=8,65536,0,697137,10.637466430664062
SHLIU,λ=8,65536,0,722601,11.026016235351562
SHLIU,λ=8,65536,0,774537,11.818496704101562
SHLIU,λ=8,65536,0,748025,11.413955688476562
SHLIU,λ=8,65536,0,710033,10.834243774414062
SHLIU,λ=8,65536,0,700657,10.691177368164062
SHLIU,λ=8,65536,0,713601,10.888687133789062
SHLIU,λ=8,65536,0,673641,10.278945922851562
SHLIU,λ=8,65536,0,666497,10.169937133789062
SHLIU,λ=8,65536,0,713201,10.882583618164062
SHLIU,λ=8,65536,0,800305,12.211685180664062
SHLIU,λ=8,65536,0,805569,12.292007446289062
SHLIU,λ=8,65536,0,789025,12.039566040039062
SHLIU,λ=8,65536,0,718057,10.956680297851562
SHLIU,λ=8,65536,0,688889,10.511611938476562
SHLIU,λ=8,65536,0,706745,10.784072875976562
SHLIU,λ=8,65536,0,688577,10.506851196289062
SHLIU,λ=8,65536,0,665841,10.159927368164062
SHLIU,λ=8,65536,0,738737,11.272232055664062
SHLIU,λ=8,65536,0,710497,10.841323852539062
SHLIU,λ=8,65536,0,852473,13.007705688476562
SHLIU,λ=8,65536,0,683065,10.422744750976562
SHLIU,λ=8,65536,0,812689,12.400650024414062
SHLIU,λ=8,65536,0,841337,12.837783813476562
SHLIU,λ=8,65536,0,694169,10.592178344726562
SHLIU,λ=8,65536,0,806273,12.302749633789062
SHLIU,λ=8,65536,0,694665,10.599746704101562
SHLIU,λ=8,65536,0,728529,11.116470336914062
SHLIU,λ=8,65536,0,670273,10.227554321289062
SHLIU,λ=8,65536,0,709577,10.827285766601562
SHLIU,λ=8,65536,0,679673,10.370986938476562
SHLIU,λ=8,65536,0,776057,11.841690063476562
SHLIU,λ=8,65536,0,706497,10.780288696289062
SHLIU,λ=8,65536,0,744361,11.358047485351562
SHLIU,λ=8,65536,0,724145,11.049575805664062
SHLIU,λ=8,65536,0,775705,11.836318969726562
SHLIU,λ=8,65536,0,692409,10.565322875976562
SHLIU,λ=8,65536,0,723681,11.042495727539062
SHLIU,λ=8,65536,0,707649,10.797866821289062
SHLIU,λ=8,65536,0,768689,11.729263305664062
SHLIU,λ=8,65536,0,764521,11.665664672851562
SHLIU,λ=8,65536,0,703489,10.734390258789062
SHLIU,λ=8,65536,0,769553,11.742446899414062
SHLIU,λ=8,65536,0,756617,11.545059204101562
SHLIU,λ=8,65536,0,744713,11.363418579101562
SHLIU,λ=8,65536,0,725513,11.070449829101562
SHLIU,λ=8,65536,0,745425,11.374282836914062
SHLIU,λ=8,65536,0,674297,10.288955688476562
SHLIU,λ=8,65536,0,689217,10.516616821289062
SHLIU,λ=8,65536,0,683465,10.428848266601562
SHLIU,λ=8,65536,0,698625,10.660171508789062
SHLIU,λ=8,65536,0,739169,11.278823852539062
SHLIU,λ=8,65536,0,757065,11.551895141601562
SHLIU,λ=8,65536,0,693273,10.578506469726562
SHLIU,λ=8,65536,0,714705,10.905532836914062
SHLIU,λ=8,65536,0,723593,11.041152954101562
SHLIU,λ=8,65536,0,711985,10.864028930664062
SHLIU,λ=8,65536,0,691241,10.547500610351562
SHLIU,λ=8,65536,0,672481,10.261245727539062
SHLIU,λ=8,65536,0,681129,10.393203735351562
SHLIU,λ=8,65536,0,702817,10.724136352539062
SHLIU,λ=8,65536,0,687105,10.484390258789062
SHLIU,λ=8,65536,0,721225,11.005020141601562
SHLIU,λ=8,65536,0,731425,11.160659790039062
SHLIU,λ=8,65536,0,811817,12.387344360351562
SHLIU,λ=8,65536,0,749137,11.430923461914062
SHLIU,λ=8,65536,0,782225,11.935806274414062
SHLIU,λ=8,65536,0,652937,9.963027954101562
SHLIU,λ=8,65536,0,695897,10.618545532226562
SHLIU,λ=8,65536,0,668657,10.202896118164062
SHLIU,λ=8,65536,0,705401,10.763565063476562
SHLIU,λ=8,65536,0,661713,10.096939086914062
SHLIU,λ=8,65536,0,743865,11.350479125976562
SHLIU,λ=8,65536,0,742113,11.323745727539062
SHLIU,λ=8,65536,0,708217,10.806533813476562
SHLIU,λ=8,65536,0,730601,11.148086547851562
SHLIU,λ=8,65536,0,792601,12.094131469726562
SHLIU,λ=8,65536,0,678857,10.358535766601562
SHLIU,λ=8,65536,0,732889,11.182998657226562
SHLIU,λ=8,65536,0,712985,10.879287719726562
SHLIU,λ=8,65536,0,723289,11.036514282226562
SHLIU,λ=8,65536,0,779641,11.896377563476562
SRLIU,λ=8,65536,0,807217,12.317153930664062
SRLIU,λ=8,65536,0,804681,12.278457641601562
SRLIU,λ=8,65536,0,706081,10.773941040039062
SRLIU,λ=8,65536,0,742865,11.335220336914062
SRLIU,λ=8,65536,0,809361,12.349868774414062
SRLIU,λ=8,65536,0,738201,11.264053344726562
SRLIU,λ=8,65536,0,759953,11.595962524414062
SRLIU,λ=8,65536,0,711033,10.849502563476562
SRLIU,λ=8,65536,0,747609,11.407608032226562
SRLIU,λ=8,65536,0,785217,11.981460571289062
SRLIU,λ=8,65536,0,742049,11.322769165039062
SRLIU,λ=8,65536,0,748081,11.414810180664062
SRLIU,λ=8,65536,0,714145,10.896987915039062
SRLIU,λ=8,65536,0,739641,11.286026000976562
SRLIU,λ=8,65536,0,760929,11.610855102539062
SRLIU,λ=8,65536,0,748697,11.424209594726562
SRLIU,λ=8,65536,0,707553,10.796401977539062
SRLIU,λ=8,65536,0,720193,10.989273071289062
SRLIU,λ=8,65536,0,701529,10.704483032226562
SRLIU,λ=8,65536,0,696937,10.634414672851562
SRLIU,λ=8,65536,0,792881,12.098403930664062
SRLIU,λ=8,65536,0,717681,10.950942993164062
SRLIU,λ=8,65536,0,740625,11.301040649414062
SRLIU,λ=8,65536,0,923305,14.088516235351562
SRLIU,λ=8,65536,0,733105,11.186294555664062
SRLIU,λ=8,65536,0,719929,10.985244750976562
SRLIU,λ=8,65536,0,764265,11.661758422851562
SRLIU,λ=8,65536,0,757889,11.564468383789062
SRLIU,λ=8,65536,0,757633,11.560562133789062
SRLIU,λ=8,65536,0,713113,10.881240844726562
SRLIU,λ=8,65536,0,831217,12.683364868164062
SRLIU,λ=8,65536,0,723713,11.042984008789062
SRLIU,λ=8,65536,0,825561,12.597061157226562
SRLIU,λ=8,65536,0,800153,12.209365844726562
SRLIU,λ=8,65536,0,747097,11.399795532226562
SRLIU,λ=8,65536,0,735209,11.218399047851562
SRLIU,λ=8,65536,0,715017,10.910293579101562
SRLIU,λ=8,65536,0,753489,11.497329711914062
SRLIU,λ=8,65536,0,760017,11.596939086914062
SRLIU,λ=8,65536,0,702409,10.717910766601562
SRLIU,λ=8,65536,0,690993,10.543716430664062
SRLIU,λ=8,65536,0,717201,10.943618774414062
SRLIU,λ=8,65536,0,807625,12.323379516601562
SRLIU,λ=8,65536,0,721505,11.009292602539062
SRLIU,λ=8,65536,0,723977,11.047012329101562
SRLIU,λ=8,65536,0,764665,11.667861938476562
SRLIU,λ=8,65536,0,785657,11.988174438476562
SRLIU,λ=8,65536,0,747417,11.404678344726562
SRLIU,λ=8,65536,0,729769,11.135391235351562
SRLIU,λ=8,65536,0,747337,11.403457641601562
SRLIU,λ=8,65536,0,715889,10.923599243164062
SRLIU,λ=8,65536,0,732657,11.179458618164062
SRLIU,λ=8,65536,0,782977,11.947280883789062
SRLIU,λ=8,65536,0,716449,10.932144165039062
SRLIU,λ=8,65536,0,703185,10.729751586914062
SRLIU,λ=8,65536,0,705289,10.761856079101562
SRLIU,λ=8,65536,0,780081,11.903091430664062
SRLIU,λ=8,65536,0,777953,11.870620727539062
SRLIU,λ=8,65536,0,842561,12.856460571289062
SRLIU,λ=8,65536,0,724409,11.053604125976562
SRLIU,λ=8,65536,0,742129,11.323989868164062
SRLIU,λ=8,65536,0,705801,10.769668579101562
SRLIU,λ=8,65536,0,746817,11.395523071289062
SRLIU,λ=8,65536,0,908817,13.867446899414062
SRLIU,λ=8,65536,0,725137,11.064712524414062
SRLIU,λ=8,65536,0,933297,14.240982055664062
SRLIU,λ=8,65536,0,738289,11.265396118164062
SRLIU,λ=8,65536,0,736881,11.243911743164062
SRLIU,λ=8,65536,0,918633,14.017227172851562
SRLIU,λ=8,65536,0,660425,10.077285766601562
SRLIU,λ=8,65536,0,731425,11.160659790039062
SRLIU,λ=8,65536,0,722265,11.020889282226562
SRLIU,λ=8,65536,0,703441,10.733657836914062
SRLIU,λ=8,65536,0,749377,11.434585571289062
SRLIU,λ=8,65536,0,735737,11.226455688476562
SRLIU,λ=8,65536,0,750929,11.458267211914062
SRLIU,λ=8,65536,0,702529,10.719741821289062
SRLIU,λ=8,65536,0,768441,11.725479125976562
SRLIU,λ=8,65536,0,697649,10.645278930664062
SRLIU,λ=8,65536,0,803129,12.254776000976562
SRLIU,λ=8,65536,0,882681,13.468643188476562
SRLIU,λ=8,65536,0,779081,11.887832641601562
SRLIU,λ=8,65536,0,740937,11.305801391601562
SRLIU,λ=8,65536,0,740233,11.295059204101562
SRLIU,λ=8,65536,0,732825,11.182022094726562
SRLIU,λ=8,65536,0,719545,10.979385375976562
SRLIU,λ=8,65536,0,814601,12.429824829101562
SRLIU,λ=8,65536,0,835057,12.741958618164062
SRLIU,λ=8,65536,0,720297,10.990859985351562
SRLIU,λ=8,65536,0,706889,10.786270141601562
SRLIU,λ=8,65536,0,876873,13.380020141601562
SRLIU,λ=8,65536,0,740873,11.304824829101562
SRLIU,λ=8,65536,0,750769,11.455825805664062
SRLIU,λ=8,65536,0,727745,11.104507446289062
SRLIU,λ=8,65536,0,723121,11.033950805664062
SRLIU,λ=8,65536,0,856585,13.070449829101562
SRLIU,λ=8,65536,0,743705,11.348037719726562
SRLIU,λ=8,65536,0,695465,10.611953735351562
SRLIU,λ=8,65536,0,701305,10.701065063476562
SSLIU,λ=8,65536,0,979137,14.940444946289062
SSLIU,λ=8,65536,0,964481,14.716812133789062
SSLIU,λ=8,65536,0,1346689,20.548843383789062
SSLIU,λ=8,65536,0,1038785,15.850601196289062
SSLIU,λ=8,65536,0,936993,14.297378540039062
SSLIU,λ=8,65536,0,926561,14.138198852539062
SSLIU,λ=8,65536,0,956257,14.591323852539062
SSLIU,λ=8,65536,0,1025169,15.642837524414062
SSLIU,λ=8,65536,0,890369,13.585952758789062
SSLIU,λ=8,65536,0,961073,14.664810180664062
SSLIU,λ=8,65536,0,995265,15.186538696289062
SSLIU,λ=8,65536,0,926081,14.130874633789062
SSLIU,λ=8,65536,0,894241,13.645034790039062
SSLIU,λ=8,65536,0,1021137,15.581314086914062
SSLIU,λ=8,65536,0,936945,14.296646118164062
SSLIU,λ=8,65536,0,1057601,16.137710571289062
SSLIU,λ=8,65536,0,930705,14.201431274414062
SSLIU,λ=8,65536,0,987073,15.061538696289062
SSLIU,λ=8,65536,0,1044897,15.943862915039062
SSLIU,λ=8,65536,0,984465,15.021743774414062
SSLIU,λ=8,65536,0,928577,14.168960571289062
SSLIU,λ=8,65536,0,914657,13.956558227539062
SSLIU,λ=8,65536,0,973473,14.854019165039062
SSLIU,λ=8,65536,0,1046929,15.974868774414062
SSLIU,λ=8,65536,0,1030385,15.722427368164062
SSLIU,λ=8,65536,0,1003969,15.319351196289062
SSLIU,λ=8,65536,0,996849,15.210708618164062
SSLIU,λ=8,65536,0,963905,14.708023071289062
SSLIU,λ=8,65536,0,986289,15.049575805664062
SSLIU,λ=8,65536,0,948177,14.468032836914062
SSLIU,λ=8,65536,0,954049,14.557632446289062
SSLIU,λ=8,65536,0,933681,14.246841430664062
SSLIU,λ=8,65536,0,992337,15.141860961914062
SSLIU,λ=8,65536,0,930369,14.196304321289062
SSLIU,λ=8,65536,0,1157857,17.667495727539062
SSLIU,λ=8,65536,0,1040993,15.884292602539062
SSLIU,λ=8,65536,0,1028705,15.696792602539062
SSLIU,λ=8,65536,0,1091089,16.648696899414062
SSLIU,λ=8,65536,0,976833,14.905288696289062
SSLIU,λ=8,65536,0,944065,14.405288696289062
SSLIU,λ=8,65536,0,973265,14.850845336914062
SSLIU,λ=8,65536,0,1335537,20.378677368164062
SSLIU,λ=8,65536,0,1092641,16.672378540039062
SSLIU,λ=8,65536,0,1056849,16.126235961914062
SSLIU,λ=8,65536,0,1212577,18.502456665039062
SSLIU,λ=8,65536,0,1149617,17.541763305664062
SSLIU,λ=8,65536,0,933937,14.250747680664062
SSLIU,λ=8,65536,0,948001,14.465347290039062
SSLIU,λ=8,65536,0,925281,14.118667602539062
SSLIU,λ=8,65536,0,1046001,15.960708618164062
SSLIU,λ=8,65536,0,962609,14.688247680664062
SSLIU,λ=8,65536,0,1076145,16.420669555664062
SSLIU,λ=8,65536,0,1119953,17.089126586914062
SSLIU,λ=8,65536,0,1013377,15.462905883789062
SSLIU,λ=8,65536,0,1058321,16.148696899414062
SSLIU,λ=8,65536,0,962801,14.691177368164062
SSLIU,λ=8,65536,0,876145,13.368911743164062
SSLIU,λ=8,65536,0,1116289,17.033218383789062
SSLIU,λ=8,65536,0,1013345,15.462417602539062
SSLIU,λ=8,65536,0,1004529,15.327896118164062
SSLIU,λ=8,65536,0,997905,15.226821899414062
SSLIU,λ=8,65536,0,1026465,15.662612915039062
SSLIU,λ=8,65536,0,951777,14.522964477539062
SSLIU,λ=8,65536,0,935777,14.278823852539062
SSLIU,λ=8,65536,0,1168081,17.823501586914062
SSLIU,λ=8,65536,0,927297,14.149429321289062
SSLIU,λ=8,65536,0,959121,14.635025024414062
SSLIU,λ=8,65536,0,934785,14.263687133789062
SSLIU,λ=8,65536,0,975889,14.890884399414062
SSLIU,λ=8,65536,0,880961,13.442398071289062
SSLIU,λ=8,65536,0,955473,14.579360961914062
SSLIU,λ=8,65536,0,988529,15.083755493164062
SSLIU,λ=8,65536,0,918193,14.010513305664062
SSLIU,λ=8,65536,0,961841,14.676528930664062
SSLIU,λ=8,65536,0,1138385,17.370376586914062
SSLIU,λ=8,65536,0,1157153,17.656753540039062
SSLIU,λ=8,65536,0,1021473,15.586441040039062
SSLIU,λ=8,65536,0,1138769,17.376235961914062
SSLIU,λ=8,65536,0,955361,14.577651977539062
SSLIU,λ=8,65536,0,944273,14.408462524414062
SSLIU,λ=8,65536,0,1049345,16.011734008789062
SSLIU,λ=8,65536,0,1017105,15.519790649414062
SSLIU,λ=8,65536,0,984561,15.023208618164062
SSLIU,λ=8,65536,0,976033,14.893081665039062
SSLIU,λ=8,65536,0,1015265,15.491714477539062
SSLIU,λ=8,65536,0,954257,14.560806274414062
SSLIU,λ=8,65536,0,1107265,16.895523071289062
SSLIU,λ=8,65536,0,1023201,15.612808227539062
SSLIU,λ=8,65536,0,1100289,16.789077758789062
SSLIU,λ=8,65536,0,1066625,16.275405883789062
SSLIU,λ=8,65536,0,929777,14.187271118164062
SSLIU,λ=8,65536,0,1026417,15.661880493164062
SSLIU,λ=8,65536,0,959601,14.642349243164062
SSLIU,λ=8,65536,0,897617,13.696548461914062
SSLIU,λ=8,65536,0,988161,15.078140258789062
SSLIU,λ=8,65536,0,965633,14.734390258789062
SSLIU,λ=8,65536,0,947201,14.453140258789062
SSLIU,λ=8,65536,0,969825,14.798355102539062
SSLIU,λ=8,65536,0,1213841,18.521743774414062
RSDCP,λ=8,65536,1,780721,11.912857055664062
RSDCP,λ=8,65536,1,819200,12.5
RSDCP,λ=8,65536,1,833134,12.712615966796875
RSDCP,λ=8,65536,1,990999,15.121444702148438
RSDCP,λ=8,65536,1,1015382,15.493499755859375
RSDCP,λ=8,65536,1,847387,12.930099487304688
RSDCP,λ=8,65536,1,1064386,16.241241455078125
RSDCP,λ=8,65536,1,822767,12.554428100585938
RSDCP,λ=8,65536,1,830545,12.673110961914062
RSDCP,λ=8,65536,1,836080,12.757568359375
RSDCP,λ=8,65536,1,903548,13.78704833984375
RSDCP,λ=8,65536,1,907520,13.84765625
RSDCP,λ=8,65536,1,751463,11.466415405273438
RSDCP,λ=8,65536,1,817841,12.479263305664062
RSDCP,λ=8,65536,1,783468,11.95477294921875
RSDCP,λ=8,65536,1,808134,12.331146240234375
RSDCP,λ=8,65536,1,836190,12.759246826171875
RSDCP,λ=8,65536,1,810310,12.364349365234375
RSDCP,λ=8,65536,1,909790,13.882293701171875
RSDCP,λ=8,65536,1,867022,13.229705810546875
RSDCP,λ=8,65536,1,892535,13.619003295898438
RSDCP,λ=8,65536,1,784974,11.977752685546875
RSDCP,λ=8,65536,1,907181,13.842483520507812
RSDCP,λ=8,65536,1,834095,12.727279663085938
RSDCP,λ=8,65536,1,870175,13.277816772460938
RSDCP,λ=8,65536,1,1067226,16.284576416015625
RSDCP,λ=8,65536,1,776867,11.854049682617188
RSDCP,λ=8,65536,1,1116517,17.036697387695312
RSDCP,λ=8,65536,1,774676,11.82061767578125
RSDCP,λ=8,65536,1,931241,14.209609985351562
RSDCP,λ=8,65536,1,928992,14.17529296875
RSDCP,λ=8,65536,1,950839,14.508651733398438
RSDCP,λ=8,65536,1,770288,11.753662109375
RSDCP,λ=8,65536,1,826009,12.603897094726562
RSDCP,λ=8,65536,1,830233,12.668350219726562
RSDCP,λ=8,65536,1,730466,11.146026611328125
RSDCP,λ=8,65536,1,844547,12.886764526367188
RSDCP,λ=8,65536,1,872468,13.31280517578125
RSDCP,λ=8,65536,1,757489,11.558364868164062
RSDCP,λ=8,65536,1,824650,12.583160400390625
RSDCP,λ=8,65536,1,909387,13.876144409179688
RSDCP,λ=8,65536,1,899042,13.718292236328125
RSDCP,λ=8,65536,1,809865,12.357559204101562
RSDCP,λ=8,65536,1,831160,12.6824951171875
RSDCP,λ=8,65536,1,857373,13.082473754882812
RSDCP,λ=8,65536,1,834040,12.7264404296875
RSDCP,λ=8,65536,1,817038,12.467010498046875
RSDCP,λ=8,65536,1,910258,13.889434814453125
RSDCP,λ=8,65536,1,759890,11.595001220703125
RSDCP,λ=8,65536,1,856924,13.07562255859375
RSDCP,λ=8,65536,1,919365,14.028396606445312
RSDCP,λ=8,65536,1,838595,12.795944213867188
RSDCP,λ=8,65536,1,840128,12.8193359375
RSDCP,λ=8,65536,1,835013,12.741287231445312
RSDCP,λ=8,65536,1,900111,13.734603881835938
RSDCP,λ=8,65536,1,817232,12.469970703125
RSDCP,λ=8,65536,1,781645,11.926956176757812
RSDCP,λ=8,65536,1,884082,13.490020751953125
RSDCP,λ=8,65536,1,798863,12.189682006835938
RSDCP,λ=8,65536,1,813069,12.406448364257812
RSDCP,λ=8,65536,1,833069,12.711624145507812
RSDCP,λ=8,65536,1,881474,13.450225830078125
RSDCP,λ=8,65536,1,873467,13.328048706054688
RSDCP,λ=8,65536,1,747903,11.412094116210938
RSDCP,λ=8,65536,1,831855,12.693099975585938
RSDCP,λ=8,65536,1,763496,11.6500244140625
RSDCP,λ=8,65536,1,977073,14.908950805664062
RSDCP,λ=8,65536,1,898680,13.7127685546875
RSDCP,λ=8,65536,1,981912,14.9827880859375
RSDCP,λ=8,65536,1,866742,13.225433349609375
RSDCP,λ=8,65536,1,892707,13.621627807617188
RSDCP,λ=8,65536,1,804809,12.280410766601562
RSDCP,λ=8,65536,1,1052237,16.055862426757812
RSDCP,λ=8,65536,1,844889,12.891983032226562
RSDCP,λ=8,65536,1,900397,13.738967895507812
RSDCP,λ=8,65536,1,744195,11.355514526367188
RSDCP,λ=8,65536,1,860226,13.126007080078125
RSDCP,λ=8,65536,1,934097,14.253189086914062
RSDCP,λ=8,65536,1,786167,11.995956420898438
RSDCP,λ=8,65536,1,737626,11.255279541015625
RSDCP,λ=8,65536,1,808086,12.330413818359375
RSDCP,λ=8,65536,1,862841,13.165908813476562
RSDCP,λ=8,65536,1,911494,13.908294677734375
RSDCP,λ=8,65536,1,847755,12.935714721679688
RSDCP,λ=8,65536,1,818377,12.487442016601562
RSDCP,λ=8,65536,1,753785,11.501846313476562
RSDCP,λ=8,65536,1,989092,15.09234619140625
RSDCP,λ=8,65536,1,809012,12.34454345703125
RSDCP,λ=8,65536,1,939715,14.338912963867188
RSDCP,λ=8,65536,1,747104,11.39990234375
RSDCP,λ=8,65536,1,831949,12.694534301757812
RSDCP,λ=8,65536,1,819003,12.496994018554688
RSDCP,λ=8,65536,1,795015,12.130966186523438
RSDCP,λ=8,65536,1,1115833,17.026260375976562
RSDCP,λ=8,65536,1,785092,11.97955322265625
RSDCP,λ=8,65536,1,1063210,16.223297119140625
RSDCP,λ=8,65536,1,934379,14.257492065429688
RSDCP,λ=8,65536,1,951086,14.512420654296875
RSDCP,λ=8,65536,1,759076,11.58258056640625
RSDCP,λ=8,65536,1,863773,13.180130004882812
RRDCP,λ=8,65536,1,663772,10.12835693359375
RRDCP,λ=8,65536,1,613076,9.35479736328125
RRDCP,λ=8,65536,1,615308,9.38885498046875
RRDCP,λ=8,65536,1,649967,9.917709350585938
RRDCP,λ=8,65536,1,597639,9.119247436523438
RRDCP,λ=8,65536,1,695303,10.609481811523438
RRDCP,λ=8,65536,1,586297,8.946182250976562
RRDCP,λ=8,65536,1,580287,8.854476928710938
RRDCP,λ=8,65536,1,595788,9.09100341796875
RRDCP,λ=8,65536,1,645684,9.85235595703125
RRDCP,λ=8,65536,1,595913,9.092910766601562
RRDCP,λ=8,65536,1,664886,10.145355224609375
RRDCP,λ=8,65536,1,629917,9.611770629882812
RRDCP,λ=8,65536,1,649470,9.910125732421875
RRDCP,λ=8,65536,1,618105,9.431533813476562
RRDCP,λ=8,65536,1,625184,9.53955078125
RRDCP,λ=8,65536,1,639017,9.750625610351562
RRDCP,λ=8,65536,1,638452,9.74200439453125
RRDCP,λ=8,65536,1,568794,8.679107666015625
RRDCP,λ=8,65536,1,582997,8.895828247070312
RRDCP,λ=8,65536,1,620136,9.4625244140625
RRDCP,λ=8,65536,1,586088,8.9429931640625
RRDCP,λ=8,65536,1,605794,9.243682861328125
RRDCP,λ=8,65536,1,625343,9.541976928710938
RRDCP,λ=8,65536,1,632150,9.645843505859375
RRDCP,λ=8,65536,1,601698,9.181182861328125
RRDCP,λ=8,65536,1,624682,9.531890869140625
RRDCP,λ=8,65536,1,623070,9.507293701171875
RRDCP,λ=8,65536,1,587107,8.958541870117188
RRDCP,λ=8,65536,1,637308,9.72454833984375
RRDCP,λ=8,65536,1,585931,8.940597534179688
RRDCP,λ=8,65536,1,617500,9.42230224609375
RRDCP,λ=8,65536,1,668270,10.196990966796875
RRDCP,λ=8,65536,1,605436,9.23822021484375
RRDCP,λ=8,65536,1,595077,9.080154418945312
RRDCP,λ=8,65536,1,595056,9.079833984375
RRDCP,λ=8,65536,1,657948,10.03948974609375
RRDCP,λ=8,65536,1,628163,9.585006713867188
RRDCP,λ=8,65536,1,686293,10.472000122070312
RRDCP,λ=8,65536,1,681588,10.40020751953125
RRDCP,λ=8,65536,1,668692,10.20343017578125
RRDCP,λ=8,65536,1,561212,8.56341552734375
RRDCP,λ=8,65536,1,671607,10.247909545898438
RRDCP,λ=8,65536,1,573273,8.747451782226562
RRDCP,λ=8,65536,1,654839,9.992050170898438
RRDCP,λ=8,65536,1,633391,9.664779663085938
RRDCP,λ=8,65536,1,584925,8.925247192382812
RRDCP,λ=8,65536,1,618366,9.435516357421875
RRDCP,λ=8,65536,1,684438,10.443695068359375
RRDCP,λ=8,65536,1,642096,9.797607421875
RRDCP,λ=8,65536,1,586042,8.942291259765625
RRDCP,λ=8,65536,1,644138,9.828765869140625
RRDCP,λ=8,65536,1,678444,10.35223388671875
RRDCP,λ=8,65536,1,609755,9.304122924804688
RRDCP,λ=8,65536,1,611853,9.336135864257812
RRDCP,λ=8,65536,1,583423,8.902328491210938
RRDCP,λ=8,65536,1,717819,10.953048706054688
RRDCP,λ=8,65536,1,640955,9.780197143554688
RRDCP,λ=8,65536,1,593657,9.058486938476562
RRDCP,λ=8,65536,1,624031,9.521957397460938
RRDCP,λ=8,65536,1,570923,8.711593627929688
RRDCP,λ=8,65536,1,766645,11.698074340820312
RRDCP,λ=8,65536,1,629809,9.610122680664062
RRDCP,λ=8,65536,1,592022,9.033538818359375
RRDCP,λ=8,65536,1,615457,9.391128540039062
RRDCP,λ=8,65536,1,620222,9.463836669921875
RRDCP,λ=8,65536,1,618824,9.4425048828125
RRDCP,λ=8,65536,1,624222,9.524871826171875
RRDCP,λ=8,65536,1,647835,9.885177612304688
RRDCP,λ=8,65536,1,613325,9.358596801757812
RRDCP,λ=8,65536,1,600639,9.165023803710938
RRDCP,λ=8,65536,1,644541,9.834915161132812
RRDCP,λ=8,65536,1,573790,8.755340576171875
RRDCP,λ=8,65536,1,610278,9.312103271484375
RRDCP,λ=8,65536,1,627721,9.578262329101562
RRDCP,λ=8,65536,1,698565,10.659255981445312
RRDCP,λ=8,65536,1,629436,9.60443115234375
RRDCP,λ=8,65536,1,655505,10.002212524414062
RRDCP,λ=8,65536,1,609119,9.294418334960938
RRDCP,λ=8,65536,1,689077,10.514480590820312
RRDCP,λ=8,65536,1,622916,9.50494384765625
RRDCP,λ=8,65536,1,597229,9.112991333007812
RRDCP,λ=8,65536,1,591276,9.02215576171875
RRDCP,λ=8,65536,1,620709,9.471267700195312
RRDCP,λ=8,65536,1,743892,11.35089111328125
RRDCP,λ=8,65536,1,651994,9.948638916015625
RRDCP,λ=8,65536,1,695317,10.609695434570312
RRDCP,λ=8,65536,1,668995,10.208053588867188
RRDCP,λ=8,65536,1,600724,9.16632080078125
RRDCP,λ=8,65536,1,575603,8.783004760742188
RRDCP,λ=8,65536,1,605819,9.244064331054688
RRDCP,λ=8,65536,1,631853,9.641311645507812
RRDCP,λ=8,65536,1,589957,9.002029418945312
RRDCP,λ=8,65536,1,596953,9.108779907226562
RRDCP,λ=8,65536,1,635791,9.701400756835938
RRDCP,λ=8,65536,1,589725,8.998489379882812
RRDCP,λ=8,65536,1,628625,9.592056274414062
RRDCP,λ=8,65536,1,610003,9.307907104492188
RRDCP,λ=8,65536,1,668620,10.20233154296875
RRDCP,λ=8,65536,1,598296,9.1292724609375
RHDCP,λ=8,65536,1,664000,10.1318359375
RHDCP,λ=8,65536,1,604891,9.229904174804688
RHDCP,λ=8,65536,1,673273,10.273330688476562
RHDCP,λ=8,65536,1,678848,10.3583984375
RHDCP,λ=8,65536,1,630569,9.621719360351562
RHDCP,λ=8,65536,1,667324,10.18255615234375
RHDCP,λ=8,65536,1,653586,9.972930908203125
RHDCP,λ=8,65536,1,649964,9.91766357421875
RHDCP,λ=8,65536,1,595683,9.089401245117188
RHDCP,λ=8,65536,1,650848,9.93115234375
RHDCP,λ=8,65536,1,641171,9.783493041992188
RHDCP,λ=8,65536,1,581781,8.877273559570312
RHDCP,λ=8,65536,1,642817,9.808609008789062
RHDCP,λ=8,65536,1,647827,9.885055541992188
RHDCP,λ=8,65536,1,601467,9.177658081054688
RHDCP,λ=8,65536,1,637640,9.7296142578125
RHDCP,λ=8,65536,1,632921,9.657608032226562
RHDCP,λ=8,65536,1,683023,10.422103881835938
RHDCP,λ=8,65536,1,696024,10.6204833984375
RHDCP,λ=8,65536,1,617947,9.429122924804688
RHDCP,λ=8,65536,1,594389,9.069656372070312
RHDCP,λ=8,65536,1,737084,11.24700927734375
RHDCP,λ=8,65536,1,645901,9.855667114257812
RHDCP,λ=8,65536,1,626827,9.564620971679688
RHDCP,λ=8,65536,1,644296,9.8311767578125
RHDCP,λ=8,65536,1,667365,10.183181762695312
RHDCP,λ=8,65536,1,731908,11.16802978515625
RHDCP,λ=8,65536,1,646734,9.868377685546875
RHDCP,λ=8,65536,1,591181,9.020706176757812
RHDCP,λ=8,65536,1,565885,8.634719848632812
RHDCP,λ=8,65536,1,661691,10.096603393554688
RHDCP,λ=8,65536,1,669139,10.210250854492188
RHDCP,λ=8,65536,1,579860,8.84796142578125
RHDCP,λ=8,65536,1,572382,8.733856201171875
RHDCP,λ=8,65536,1,595006,9.079071044921875
RHDCP,λ=8,65536,1,708824,10.8157958984375
RHDCP,λ=8,65536,1,592364,9.03875732421875
RHDCP,λ=8,65536,1,631471,9.635482788085938
RHDCP,λ=8,65536,1,626278,9.556243896484375
RHDCP,λ=8,65536,1,671898,10.252349853515625
RHDCP,λ=8,65536,1,627335,9.572372436523438
RHDCP,λ=8,65536,1,577782,8.816253662109375
RHDCP,λ=8,65536,1,634131,9.676071166992188
RHDCP,λ=8,65536,1,696337,10.625259399414062
RHDCP,λ=8,65536,1,642533,9.804275512695312
RHDCP,λ=8,65536,1,610063,9.308822631835938
RHDCP,λ=8,65536,1,651145,9.935684204101562
RHDCP,λ=8,65536,1,633137,9.660903930664062
RHDCP,λ=8,65536,1,662444,10.10809326171875
RHDCP,λ=8,65536,1,695808,10.6171875
RHDCP,λ=8,65536,1,628694,9.593109130859375
RHDCP,λ=8,65536,1,625362,9.542266845703125
RHDCP,λ=8,65536,1,634860,9.68719482421875
RHDCP,λ=8,65536,1,686486,10.474945068359375
RHDCP,λ=8,65536,1,619616,9.45458984375
RHDCP,λ=8,65536,1,671343,10.243881225585938
RHDCP,λ=8,65536,1,671312,10.243408203125
RHDCP,λ=8,65536,1,659284,10.05987548828125
RHDCP,λ=8,65536,1,636402,9.710723876953125
RHDCP,λ=8,65536,1,613782,9.365570068359375
RHDCP,λ=8,65536,1,662653,10.111282348632812
RHDCP,λ=8,65536,1,602063,9.186752319335938
RHDCP,λ=8,65536,1,702174,10.714324951171875
RHDCP,λ=8,65536,1,665564,10.15570068359375
RHDCP,λ=8,65536,1,628967,9.597274780273438
RHDCP,λ=8,65536,1,570827,8.710128784179688
RHDCP,λ=8,65536,1,661846,10.098968505859375
RHDCP,λ=8,65536,1,648860,9.90081787109375
RHDCP,λ=8,65536,1,660019,10.071090698242188
RHDCP,λ=8,65536,1,598230,9.128265380859375
RHDCP,λ=8,65536,1,641808,9.793212890625
RHDCP,λ=8,65536,1,609801,9.304824829101562
RHDCP,λ=8,65536,1,611911,9.337020874023438
RHDCP,λ=8,65536,1,660172,10.07342529296875
RHDCP,λ=8,65536,1,603434,9.207672119140625
RHDCP,λ=8,65536,1,623403,9.512374877929688
RHDCP,λ=8,65536,1,750374,11.449798583984375
RHDCP,λ=8,65536,1,657524,10.03302001953125
RHDCP,λ=8,65536,1,725649,11.072525024414062
RHDCP,λ=8,65536,1,646636,9.86688232421875
RHDCP,λ=8,65536,1,637890,9.733428955078125
RHDCP,λ=8,65536,1,647066,9.873443603515625
RHDCP,λ=8,65536,1,638072,9.7362060546875
RHDCP,λ=8,65536,1,630066,9.614044189453125
RHDCP,λ=8,65536,1,627448,9.5740966796875
RHDCP,λ=8,65536,1,651291,9.937911987304688
RHDCP,λ=8,65536,1,732201,11.172500610351562
RHDCP,λ=8,65536,1,639531,9.758468627929688
RHDCP,λ=8,65536,1,681178,10.393951416015625
RHDCP,λ=8,65536,1,602433,9.192398071289062
RHDCP,λ=8,65536,1,631191,9.631210327148438
RHDCP,λ=8,65536,1,659984,10.070556640625
RHDCP,λ=8,65536,1,639815,9.762802124023438
RHDCP,λ=8,65536,1,669326,10.213104248046875
RHDCP,λ=8,65536,1,618482,9.437286376953125
RHDCP,λ=8,65536,1,717435,10.947189331054688
RHDCP,λ=8,65536,1,655530,10.002593994140625
RHDCP,λ=8,65536,1,632377,9.649307250976562
RHDCP,λ=8,65536,1,680720,10.386962890625
RHDCP,λ=8,65536,1,695730,10.615997314453125
RHLCP,λ=8,65536,1,627654,9.577239990234375
RHLCP,λ=8,65536,1,663195,10.119552612304688
RHLCP,λ=8,65536,1,663801,10.128799438476562
RHLCP,λ=8,65536,1,556343,8.489120483398438
RHLCP,λ=8,65536,1,606712,9.2576904296875
RHLCP,λ=8,65536,1,631905,9.642105102539062
RHLCP,λ=8,65536,1,644743,9.837997436523438
RHLCP,λ=8,65536,1,618812,9.44232177734375
RHLCP,λ=8,65536,1,600641,9.165054321289062
RHLCP,λ=8,65536,1,700359,10.686630249023438
RHLCP,λ=8,65536,1,593077,9.049636840820312
RHLCP,λ=8,65536,1,666853,10.175369262695312
RHLCP,λ=8,65536,1,620843,9.473312377929688
RHLCP,λ=8,65536,1,598693,9.135330200195312
RHLCP,λ=8,65536,1,606698,9.257476806640625
RHLCP,λ=8,65536,1,586926,8.955780029296875
RHLCP,λ=8,65536,1,612327,9.343368530273438
RHLCP,λ=8,65536,1,668504,10.2005615234375
RHLCP,λ=8,65536,1,667138,10.179718017578125
RHLCP,λ=8,65536,1,571824,8.725341796875
RHLCP,λ=8,65536,1,663273,10.120742797851562
RHLCP,λ=8,65536,1,571496,8.7203369140625
RHLCP,λ=8,65536,1,645818,9.854400634765625
RHLCP,λ=8,65536,1,659614,10.064910888671875
RHLCP,λ=8,65536,1,593424,9.054931640625
RHLCP,λ=8,65536,1,666364,10.16790771484375
RHLCP,λ=8,65536,1,556110,8.485565185546875
RHLCP,λ=8,65536,1,628723,9.593551635742188
RHLCP,λ=8,65536,1,628375,9.588241577148438
RHLCP,λ=8,65536,1,572164,8.73052978515625
RHLCP,λ=8,65536,1,548261,8.365798950195312
RHLCP,λ=8,65536,1,634581,9.682937622070312
RHLCP,λ=8,65536,1,610281,9.312149047851562
RHLCP,λ=8,65536,1,655305,9.999160766601562
RHLCP,λ=8,65536,1,636562,9.713165283203125
RHLCP,λ=8,65536,1,618299,9.434494018554688
RHLCP,λ=8,65536,1,692754,10.570587158203125
RHLCP,λ=8,65536,1,597341,9.114700317382812
RHLCP,λ=8,65536,1,653834,9.976715087890625
RHLCP,λ=8,65536,1,603152,9.203369140625
RHLCP,λ=8,65536,1,612305,9.343032836914062
RHLCP,λ=8,65536,1,651241,9.937149047851562
RHLCP,λ=8,65536,1,623345,9.511489868164062
RHLCP,λ=8,65536,1,577610,8.813629150390625
RHLCP,λ=8,65536,1,621235,9.479293823242188
RHLCP,λ=8,65536,1,587140,8.95904541015625
RHLCP,λ=8,65536,1,566136,8.6385498046875
RHLCP,λ=8,65536,1,593383,9.054306030273438
RHLCP,λ=8,65536,1,728751,11.119857788085938
RHLCP,λ=8,65536,1,591002,9.017974853515625
RHLCP,λ=8,65536,1,594025,9.064102172851562
RHLCP,λ=8,65536,1,588910,8.986053466796875
RHLCP,λ=8,65536,1,607178,9.264801025390625
RHLCP,λ=8,65536,1,629693,9.608352661132812
RHLCP,λ=8,65536,1,627844,9.58013916015625
RHLCP,λ=8,65536,1,569897,8.695938110351562
RHLCP,λ=8,65536,1,610815,9.320297241210938
RHLCP,λ=8,65536,1,601931,9.184738159179688
RHLCP,λ=8,65536,1,558763,8.526046752929688
RHLCP,λ=8,65536,1,559792,8.541748046875
RHLCP,λ=8,65536,1,623866,9.519439697265625
RHLCP,λ=8,65536,1,621395,9.481735229492188
RHLCP,λ=8,65536,1,671731,10.249801635742188
RHLCP,λ=8,65536,1,572534,8.736175537109375
RHLCP,λ=8,65536,1,692061,10.560012817382812
RHLCP,λ=8,65536,1,743255,11.341171264648438
RHLCP,λ=8,65536,1,600889,9.168838500976562
RHLCP,λ=8,65536,1,754558,11.513641357421875
RHLCP,λ=8,65536,1,603264,9.205078125
RHLCP,λ=8,65536,1,580430,8.856658935546875
RHLCP,λ=8,65536,1,578881,8.833023071289062
RHLCP,λ=8,65536,1,597143,9.111679077148438
RHLCP,λ=8,65536,1,614463,9.375961303710938
RHLCP,λ=8,65536,1,583010,8.896026611328125
RHLCP,λ=8,65536,1,582872,8.8939208984375
RHLCP,λ=8,65536,1,631610,9.637603759765625
RHLCP,λ=8,65536,1,604365,9.221878051757812
RHLCP,λ=8,65536,1,592635,9.042892456054688
RHLCP,λ=8,65536,1,608883,9.290817260742188
RHLCP,λ=8,65536,1,584538,8.919342041015625
RHLCP,λ=8,65536,1,613193,9.356582641601562
RHLCP,λ=8,65536,1,576998,8.804290771484375
RHLCP,λ=8,65536,1,665774,10.158905029296875
RHLCP,λ=8,65536,1,649650,9.912872314453125
RHLCP,λ=8,65536,1,587165,8.959426879882812
RHLCP,λ=8,65536,1,616902,9.413177490234375
RHLCP,λ=8,65536,1,605606,9.240814208984375
RHLCP,λ=8,65536,1,597934,9.123748779296875
RHLCP,λ=8,65536,1,563929,8.604873657226562
RHLCP,λ=8,65536,1,561181,8.562942504882812
RHLCP,λ=8,65536,1,608922,9.291412353515625
RHLCP,λ=8,65536,1,601303,9.175155639648438
RHLCP,λ=8,65536,1,610205,9.310989379882812
RHLCP,λ=8,65536,1,591189,9.020828247070312
RHLCP,λ=8,65536,1,646211,9.860397338867188
RHLCP,λ=8,65536,1,593603,9.057662963867188
RHLCP,λ=8,65536,1,617596,9.42376708984375
RHLCP,λ=8,65536,1,635666,9.699493408203125
RHLCP,λ=8,65536,1,641497,9.788467407226562
RHLCP,λ=8,65536,1,594860,9.07684326171875
RRLCP,λ=8,65536,1,666096,10.163818359375
RRLCP,λ=8,65536,1,700984,10.6961669921875
RRLCP,λ=8,65536,1,656019,10.010055541992188
RRLCP,λ=8,65536,1,701027,10.696823120117188
RRLCP,λ=8,65536,1,640448,9.7724609375
RRLCP,λ=8,65536,1,643203,9.814498901367188
RRLCP,λ=8,65536,1,692210,10.562286376953125
RRLCP,λ=8,65536,1,683539,10.429977416992188
RRLCP,λ=8,65536,1,656912,10.023681640625
RRLCP,λ=8,65536,1,826922,12.617828369140625
RRLCP,λ=8,65536,1,845524,12.90167236328125
RRLCP,λ=8,65536,1,697948,10.64984130859375
RRLCP,λ=8,65536,1,699838,10.678680419921875
RRLCP,λ=8,65536,1,677016,10.3304443359375
RRLCP,λ=8,65536,1,671609,10.247940063476562
RRLCP,λ=8,65536,1,707202,10.791046142578125
RRLCP,λ=8,65536,1,720440,10.9930419921875
RRLCP,λ=8,65536,1,715533,10.918167114257812
RRLCP,λ=8,65536,1,645287,9.846298217773438
RRLCP,λ=8,65536,1,780725,11.912918090820312
RRLCP,λ=8,65536,1,631810,9.640655517578125
RRLCP,λ=8,65536,1,687135,10.484848022460938
RRLCP,λ=8,65536,1,774369,11.815933227539062
RRLCP,λ=8,65536,1,623098,9.507720947265625
RRLCP,λ=8,65536,1,738019,11.261276245117188
RRLCP,λ=8,65536,1,679612,10.37005615234375
RRLCP,λ=8,65536,1,672513,10.261734008789062
RRLCP,λ=8,65536,1,740815,11.303939819335938
RRLCP,λ=8,65536,1,704522,10.750152587890625
RRLCP,λ=8,65536,1,777495,11.863632202148438
RRLCP,λ=8,65536,1,660067,10.071823120117188
RRLCP,λ=8,65536,1,824137,12.575332641601562
RRLCP,λ=8,65536,1,695065,10.605850219726562
RRLCP,λ=8,65536,1,649642,9.912750244140625
RRLCP,λ=8,65536,1,714574,10.903533935546875
RRLCP,λ=8,65536,1,683428,10.42828369140625
RRLCP,λ=8,65536,1,743296,11.341796875
RRLCP,λ=8,65536,1,709345,10.823745727539062
RRLCP,λ=8,65536,1,808131,12.331100463867188
RRLCP,λ=8,65536,1,666355,10.167770385742188
RRLCP,λ=8,65536,1,623923,9.520309448242188
RRLCP,λ=8,65536,1,642151,9.798446655273438
RRLCP,λ=8,65536,1,743595,11.346359252929688
RRLCP,λ=8,65536,1,756537,11.543838500976562
RRLCP,λ=8,65536,1,694652,10.59954833984375
RRLCP,λ=8,65536,1,663516,10.12445068359375
RRLCP,λ=8,65536,1,710294,10.838226318359375
RRLCP,λ=8,65536,1,717637,10.950271606445312
RRLCP,λ=8,65536,1,615177,9.386856079101562
RRLCP,λ=8,65536,1,716434,10.931915283203125
RRLCP,λ=8,65536,1,655808,10.0068359375
RRLCP,λ=8,65536,1,828137,12.636367797851562
RRLCP,λ=8,65536,1,670415,10.229721069335938
RRLCP,λ=8,65536,1,663012,10.11676025390625
RRLCP,λ=8,65536,1,674829,10.297073364257812
RRLCP,λ=8,65536,1,681912,10.4051513671875
RRLCP,λ=8,65536,1,623562,9.514801025390625
RRLCP,λ=8,65536,1,604896,9.22998046875
RRLCP,λ=8,65536,1,690525,10.536575317382812
RRLCP,λ=8,65536,1,756118,11.537445068359375
RRLCP,λ=8,65536,1,647627,9.882003784179688
RRLCP,λ=8,65536,1,647616,9.8818359375
RRLCP,λ=8,65536,1,796126,12.147918701171875
RRLCP,λ=8,65536,1,714646,10.904632568359375
RRLCP,λ=8,65536,1,725056,11.0634765625
RRLCP,λ=8,65536,1,900214,13.736175537109375
RRLCP,λ=8,65536,1,679288,10.3651123046875
RRLCP,λ=8,65536,1,663647,10.126449584960938
RRLCP,λ=8,65536,1,652784,9.960693359375
RRLCP,λ=8,65536,1,722992,11.031982421875
RRLCP,λ=8,65536,1,653414,9.970306396484375
RRLCP,λ=8,65536,1,741882,11.320220947265625
RRLCP,λ=8,65536,1,657207,10.028182983398438
RRLCP,λ=8,65536,1,685152,10.45458984375
RRLCP,λ=8,65536,1,643839,9.824203491210938
RRLCP,λ=8,65536,1,633901,9.672561645507812
RRLCP,λ=8,65536,1,645769,9.853652954101562
RRLCP,λ=8,65536,1,695568,10.613525390625
RRLCP,λ=8,65536,1,655399,10.000595092773438
RRLCP,λ=8,65536,1,696255,10.624008178710938
RRLCP,λ=8,65536,1,707508,10.79571533203125
RRLCP,λ=8,65536,1,716008,10.9254150390625
RRLCP,λ=8,65536,1,817606,12.475677490234375
RRLCP,λ=8,65536,1,654410,9.985504150390625
RRLCP,λ=8,65536,1,747734,11.409515380859375
RRLCP,λ=8,65536,1,691330,10.548858642578125
RRLCP,λ=8,65536,1,696370,10.625762939453125
RRLCP,λ=8,65536,1,642484,9.80352783203125
RRLCP,λ=8,65536,1,614997,9.384109497070312
RRLCP,λ=8,65536,1,780883,11.915328979492188
RRLCP,λ=8,65536,1,620605,9.469680786132812
RRLCP,λ=8,65536,1,747678,11.408660888671875
RRLCP,λ=8,65536,1,646915,9.871139526367188
RRLCP,λ=8,65536,1,665024,10.1474609375
RRLCP,λ=8,65536,1,606134,9.248870849609375
RRLCP,λ=8,65536,1,703887,10.740463256835938
RRLCP,λ=8,65536,1,653344,9.96923828125
RRLCP,λ=8,65536,1,613199,9.356674194335938
RRLCP,λ=8,65536,1,700339,10.686325073242188
RRLCP,λ=8,65536,1,704054,10.743011474609375
RSLCP,λ=8,65536,1,907225,13.843154907226562
RSLCP,λ=8,65536,1,864793,13.195693969726562
RSLCP,λ=8,65536,1,920639,14.047836303710938
RSLCP,λ=8,65536,1,865162,13.201324462890625
RSLCP,λ=8,65536,1,1009449,15.402969360351562
RSLCP,λ=8,65536,1,1044727,15.941268920898438
RSLCP,λ=8,65536,1,884568,13.4974365234375
RSLCP,λ=8,65536,1,874913,13.350112915039062
RSLCP,λ=8,65536,1,998195,15.231246948242188
RSLCP,λ=8,65536,1,910127,13.887435913085938
RSLCP,λ=8,65536,1,848023,12.939804077148438
RSLCP,λ=8,65536,1,1041289,15.888809204101562
RSLCP,λ=8,65536,1,953240,14.5452880859375
RSLCP,λ=8,65536,1,976725,14.903640747070312
RSLCP,λ=8,65536,1,855536,13.054443359375
RSLCP,λ=8,65536,1,901118,13.749969482421875
RSLCP,λ=8,65536,1,1098000,16.754150390625
RSLCP,λ=8,65536,1,871341,13.295608520507812
RSLCP,λ=8,65536,1,973082,14.848052978515625
RSLCP,λ=8,65536,1,1095192,16.7113037109375
RSLCP,λ=8,65536,1,1095131,16.710372924804688
RSLCP,λ=8,65536,1,808994,12.344268798828125
RSLCP,λ=8,65536,1,1032865,15.760269165039062
RSLCP,λ=8,65536,1,944431,14.410873413085938
RSLCP,λ=8,65536,1,950360,14.5013427734375
RSLCP,λ=8,65536,1,912935,13.930282592773438
RSLCP,λ=8,65536,1,871362,13.295928955078125
RSLCP,λ=8,65536,1,908587,13.863937377929688
RSLCP,λ=8,65536,1,890734,13.591522216796875
RSLCP,λ=8,65536,1,838114,12.788604736328125
RSLCP,λ=8,65536,1,947632,14.459716796875
RSLCP,λ=8,65536,1,1008642,15.390655517578125
RSLCP,λ=8,65536,1,924711,14.109970092773438
RSLCP,λ=8,65536,1,1011323,15.431564331054688
RSLCP,λ=8,65536,1,850773,12.981765747070312
RSLCP,λ=8,65536,1,952274,14.530548095703125
RSLCP,λ=8,65536,1,897677,13.697463989257812
RSLCP,λ=8,65536,1,1000916,15.27276611328125
RSLCP,λ=8,65536,1,944899,14.418014526367188
RSLCP,λ=8,65536,1,881518,13.450897216796875
RSLCP,λ=8,65536,1,1265511,19.310165405273438
RSLCP,λ=8,65536,1,1017957,15.532791137695312
RSLCP,λ=8,65536,1,926312,14.1343994140625
RSLCP,λ=8,65536,1,1110843,16.950119018554688
RSLCP,λ=8,65536,1,933022,14.236785888671875
RSLCP,λ=8,65536,1,1132321,17.277847290039062
RSLCP,λ=8,65536,1,893697,13.636734008789062
RSLCP,λ=8,65536,1,945996,14.43475341796875
RSLCP,λ=8,65536,1,960566,14.657073974609375
RSLCP,λ=8,65536,1,912148,13.91827392578125
RSLCP,λ=8,65536,1,969793,14.797866821289062
RSLCP,λ=8,65536,1,832450,12.702178955078125
RSLCP,λ=8,65536,1,925122,14.116241455078125
RSLCP,λ=8,65536,1,892773,13.622634887695312
RSLCP,λ=8,65536,1,861467,13.144943237304688
RSLCP,λ=8,65536,1,961939,14.678024291992188
RSLCP,λ=8,65536,1,1007552,15.3740234375
RSLCP,λ=8,65536,1,845951,12.908187866210938
RSLCP,λ=8,65536,1,1014213,15.475662231445312
RSLCP,λ=8,65536,1,850272,12.97412109375
RSLCP,λ=8,65536,1,966416,14.746337890625
RSLCP,λ=8,65536,1,1262572,19.26531982421875
RSLCP,λ=8,65536,1,851160,12.9876708984375
RSLCP,λ=8,65536,1,951307,14.515792846679688
RSLCP,λ=8,65536,1,918595,14.016647338867188
RSLCP,λ=8,65536,1,908424,13.8614501953125
RSLCP,λ=8,65536,1,980605,14.962844848632812
RSLCP,λ=8,65536,1,952904,14.5401611328125
RSLCP,λ=8,65536,1,1135861,17.331863403320312
RSLCP,λ=8,65536,1,874260,13.34014892578125
RSLCP,λ=8,65536,1,882466,13.465362548828125
RSLCP,λ=8,65536,1,853854,13.028778076171875
RSLCP,λ=8,65536,1,872220,13.30902099609375
RSLCP,λ=8,65536,1,921681,14.063735961914062
RSLCP,λ=8,65536,1,924785,14.111099243164062
RSLCP,λ=8,65536,1,881485,13.450393676757812
RSLCP,λ=8,65536,1,972835,14.844284057617188
RSLCP,λ=8,65536,1,874007,13.336288452148438
RSLCP,λ=8,65536,1,969738,14.797027587890625
RSLCP,λ=8,65536,1,863308,13.17303466796875
RSLCP,λ=8,65536,1,890398,13.586395263671875
RSLCP,λ=8,65536,1,961777,14.675552368164062
RSLCP,λ=8,65536,1,1018535,15.541610717773438
RSLCP,λ=8,65536,1,848969,12.954238891601562
RSLCP,λ=8,65536,1,881046,13.443695068359375
RSLCP,λ=8,65536,1,865919,13.212875366210938
RSLCP,λ=8,65536,1,820655,12.522201538085938
RSLCP,λ=8,65536,1,1072560,16.365966796875
RSLCP,λ=8,65536,1,1004278,15.324066162109375
RSLCP,λ=8,65536,1,924386,14.105010986328125
RSLCP,λ=8,65536,1,974044,14.86273193359375
RSLCP,λ=8,65536,1,947156,14.45245361328125
RSLCP,λ=8,65536,1,879931,13.426681518554688
RSLCP,λ=8,65536,1,809972,12.35919189453125
RSLCP,λ=8,65536,1,1099748,16.78082275390625
RSLCP,λ=8,65536,1,955056,14.572998046875
RSLCP,λ=8,65536,1,893923,13.640182495117188
RSLCP,λ=8,65536,1,947084,14.45135498046875
RSLCP,λ=8,65536,1,844305,12.883071899414062
RSLCP,λ=8,65536,1,799761,12.203384399414062
RSDSP,λ=8,65536,1,850806,12.982269287109375
RSDSP,λ=8,65536,1,842316,12.85272216796875
RSDSP,λ=8,65536,1,815736,12.4471435546875
RSDSP,λ=8,65536,1,1067577,16.289932250976562
RSDSP,λ=8,65536,1,802357,12.242996215820312
RSDSP,λ=8,65536,1,826563,12.612350463867188
RSDSP,λ=8,65536,1,830759,12.676376342773438
RSDSP,λ=8,65536,1,919804,14.03509521484375
RSDSP,λ=8,65536,1,819535,12.505111694335938
RSDSP,λ=8,65536,1,730201,11.141983032226562
RSDSP,λ=8,65536,1,909774,13.882049560546875
RSDSP,λ=8,65536,1,815767,12.447616577148438
RSDSP,λ=8,65536,1,768590,11.727752685546875
RSDSP,λ=8,65536,1,828370,12.639923095703125
RSDSP,λ=8,65536,1,862475,13.160324096679688
RSDSP,λ=8,65536,1,889418,13.571441650390625
RSDSP,λ=8,65536,1,823623,12.567489624023438
RSDSP,λ=8,65536,1,901361,13.753677368164062
RSDSP,λ=8,65536,1,762891,11.640792846679688
RSDSP,λ=8,65536,1,803195,12.255783081054688
RSDSP,λ=8,65536,1,903894,13.792327880859375
RSDSP,λ=8,65536,1,820691,12.522750854492188
RSDSP,λ=8,65536,1,775422,11.832000732421875
RSDSP,λ=8,65536,1,765084,11.67425537109375
RSDSP,λ=8,65536,1,822436,12.54937744140625
RSDSP,λ=8,65536,1,816160,12.45361328125
RSDSP,λ=8,65536,1,789552,12.047607421875
RSDSP,λ=8,65536,1,817901,12.480178833007812
RSDSP,λ=8,65536,1,968002,14.770538330078125
RSDSP,λ=8,65536,1,800889,12.220596313476562
RSDSP,λ=8,65536,1,786072,11.9945068359375
RSDSP,λ=8,65536,1,874829,13.348831176757812
RSDSP,λ=8,65536,1,808247,12.332870483398438
RSDSP,λ=8,65536,1,861981,13.152786254882812
RSDSP,λ=8,65536,1,802376,12.2432861328125
RSDSP,λ=8,65536,1,944837,14.417068481445312
RSDSP,λ=8,65536,1,974395,14.868087768554688
RSDSP,λ=8,65536,1,844226,12.881866455078125
RSDSP,λ=8,65536,1,835576,12.7498779296875
RSDSP,λ=8,65536,1,953105,14.543228149414062
RSDSP,λ=8,65536,1,813007,12.405502319335938
RSDSP,λ=8,65536,1,902029,13.763870239257812
RSDSP,λ=8,65536,1,973962,14.861480712890625
RSDSP,λ=8,65536,1,956003,14.587448120117188
RSDSP,λ=8,65536,1,752154,11.476959228515625
RSDSP,λ=8,65536,1,852054,13.001312255859375
RSDSP,λ=8,65536,1,839237,12.805740356445312
RSDSP,λ=8,65536,1,900377,13.738662719726562
RSDSP,λ=8,65536,1,829361,12.655044555664062
RSDSP,λ=8,65536,1,923676,14.09417724609375
RSDSP,λ=8,65536,1,900297,13.737442016601562
RSDSP,λ=8,65536,1,828403,12.640426635742188
RSDSP,λ=8,65536,1,891484,13.60296630859375
RSDSP,λ=8,65536,1,796524,12.15399169921875
RSDSP,λ=8,65536,1,925139,14.116500854492188
RSDSP,λ=8,65536,1,809827,12.356979370117188
RSDSP,λ=8,65536,1,856911,13.075424194335938
RSDSP,λ=8,65536,1,861064,13.1387939453125
RSDSP,λ=8,65536,1,747072,11.3994140625
RSDSP,λ=8,65536,1,813082,12.406646728515625
RSDSP,λ=8,65536,1,843775,12.874984741210938
RSDSP,λ=8,65536,1,821990,12.542572021484375
RSDSP,λ=8,65536,1,891851,13.608566284179688
RSDSP,λ=8,65536,1,865879,13.212265014648438
RSDSP,λ=8,65536,1,789220,12.04254150390625
RSDSP,λ=8,65536,1,901380,13.75396728515625
RSDSP,λ=8,65536,1,821963,12.542160034179688
RSDSP,λ=8,65536,1,762053,11.628005981445312
RSDSP,λ=8,65536,1,938868,14.32598876953125
RSDSP,λ=8,65536,1,856228,13.06500244140625
RSDSP,λ=8,65536,1,845189,12.896560668945312
RSDSP,λ=8,65536,1,783233,11.951187133789062
RSDSP,λ=8,65536,1,807763,12.325485229492188
RSDSP,λ=8,65536,1,815571,12.444625854492188
RSDSP,λ=8,65536,1,848693,12.950027465820312
RSDSP,λ=8,65536,1,778294,11.875823974609375
RSDSP,λ=8,65536,1,866189,13.216995239257812
RSDSP,λ=8,65536,1,774977,11.825210571289062
RSDSP,λ=8,65536,1,917431,13.998886108398438
RSDSP,λ=8,65536,1,862957,13.167678833007812
RSDSP,λ=8,65536,1,904334,13.799041748046875
RSDSP,λ=8,65536,1,822534,12.550872802734375
RSDSP,λ=8,65536,1,747144,11.4005126953125
RSDSP,λ=8,65536,1,764692,11.66827392578125
RSDSP,λ=8,65536,1,841615,12.842025756835938
RSDSP,λ=8,65536,1,887246,13.538299560546875
RSDSP,λ=8,65536,1,728638,11.118133544921875
RSDSP,λ=8,65536,1,893458,13.633087158203125
RSDSP,λ=8,65536,1,780987,11.916915893554688
RSDSP,λ=8,65536,1,801217,12.225601196289062
RSDSP,λ=8,65536,1,877326,13.386932373046875
RSDSP,λ=8,65536,1,836020,12.75665283203125
RSDSP,λ=8,65536,1,763559,11.650985717773438
RSDSP,λ=8,65536,1,764356,11.66314697265625
RSDSP,λ=8,65536,1,762678,11.637542724609375
RSDSP,λ=8,65536,1,867194,13.232330322265625
RSDSP,λ=8,65536,1,932356,14.22662353515625
RSDSP,λ=8,65536,1,766019,11.688522338867188
RSDSP,λ=8,65536,1,798176,12.17919921875
RSDSP,λ=8,65536,1,809111,12.346054077148438
RRDSP,λ=8,65536,1,585384,8.9322509765625
RRDSP,λ=8,65536,1,552722,8.433868408203125
RRDSP,λ=8,65536,1,566572,8.64520263671875
RRDSP,λ=8,65536,1,560273,8.549087524414062
RRDSP,λ=8,65536,1,611832,9.3358154296875
RRDSP,λ=8,65536,1,556217,8.487197875976562
RRDSP,λ=8,65536,1,636421,9.711013793945312
RRDSP,λ=8,65536,1,735979,11.230148315429688
RRDSP,λ=8,65536,1,547136,8.3486328125
RRDSP,λ=8,65536,1,593764,9.06011962890625
RRDSP,λ=8,65536,1,530562,8.095733642578125
RRDSP,λ=8,65536,1,600542,9.163543701171875
RRDSP,λ=8,65536,1,591165,9.020462036132812
RRDSP,λ=8,65536,1,581603,8.874557495117188
RRDSP,λ=8,65536,1,548295,8.366317749023438
RRDSP,λ=8,65536,1,543590,8.294525146484375
RRDSP,λ=8,65536,1,584881,8.924575805664062
RRDSP,λ=8,65536,1,649164,9.90545654296875
RRDSP,λ=8,65536,1,559493,8.537185668945312
RRDSP,λ=8,65536,1,577505,8.812026977539062
RRDSP,λ=8,65536,1,639266,9.754425048828125
RRDSP,λ=8,65536,1,546948,8.34576416015625
RRDSP,λ=8,65536,1,606396,9.25286865234375
RRDSP,λ=8,65536,1,565467,8.628341674804688
RRDSP,λ=8,65536,1,544536,8.3089599609375
RRDSP,λ=8,65536,1,546377,8.337051391601562
RRDSP,λ=8,65536,1,669723,10.219161987304688
RRDSP,λ=8,65536,1,736640,11.240234375
RRDSP,λ=8,65536,1,601207,9.173690795898438
RRDSP,λ=8,65536,1,627658,9.577301025390625
RRDSP,λ=8,65536,1,519455,7.9262542724609375
RRDSP,λ=8,65536,1,784678,11.973236083984375
RRDSP,λ=8,65536,1,606324,9.25177001953125
RRDSP,λ=8,65536,1,576756,8.80059814453125
RRDSP,λ=8,65536,1,565182,8.623992919921875
RRDSP,λ=8,65536,1,647518,9.880340576171875
RRDSP,λ=8,65536,1,546821,8.343826293945312
RRDSP,λ=8,65536,1,521966,7.964569091796875
RRDSP,λ=8,65536,1,526037,8.026687622070312
RRDSP,λ=8,65536,1,605436,9.23822021484375
RRDSP,λ=8,65536,1,601435,9.177169799804688
RRDSP,λ=8,65536,1,532784,8.129638671875
RRDSP,λ=8,65536,1,566803,8.648727416992188
RRDSP,λ=8,65536,1,584230,8.914642333984375
RRDSP,λ=8,65536,1,539881,8.237930297851562
RRDSP,λ=8,65536,1,594451,9.070602416992188
RRDSP,λ=8,65536,1,595973,9.093826293945312
RRDSP,λ=8,65536,1,627798,9.579437255859375
RRDSP,λ=8,65536,1,562089,8.576797485351562
RRDSP,λ=8,65536,1,557437,8.505813598632812
RRDSP,λ=8,65536,1,557335,8.504257202148438
RRDSP,λ=8,65536,1,559713,8.540542602539062
RRDSP,λ=8,65536,1,598256,9.128662109375
RRDSP,λ=8,65536,1,538095,8.210678100585938
RRDSP,λ=8,65536,1,540332,8.24481201171875
RRDSP,λ=8,65536,1,591842,9.030792236328125
RRDSP,λ=8,65536,1,592459,9.040206909179688
RRDSP,λ=8,65536,1,625707,9.547531127929688
RRDSP,λ=8,65536,1,609816,9.3050537109375
RRDSP,λ=8,65536,1,569219,8.685592651367188
RRDSP,λ=8,65536,1,564706,8.616729736328125
RRDSP,λ=8,65536,1,593247,9.052230834960938
RRDSP,λ=8,65536,1,735328,11.22021484375
RRDSP,λ=8,65536,1,573774,8.755096435546875
RRDSP,λ=8,65536,1,551420,8.41400146484375
RRDSP,λ=8,65536,1,537434,8.200592041015625
RRDSP,λ=8,65536,1,572148,8.73028564453125
RRDSP,λ=8,65536,1,560597,8.554031372070312
RRDSP,λ=8,65536,1,581639,8.875106811523438
RRDSP,λ=8,65536,1,538826,8.221832275390625
RRDSP,λ=8,65536,1,621032,9.4761962890625
RRDSP,λ=8,65536,1,654854,9.992279052734375
RRDSP,λ=8,65536,1,584505,8.918838500976562
RRDSP,λ=8,65536,1,567211,8.654953002929688
RRDSP,λ=8,65536,1,564891,8.619552612304688
RRDSP,λ=8,65536,1,596720,9.105224609375
RRDSP,λ=8,65536,1,625997,9.551956176757812
RRDSP,λ=8,65536,1,560048,8.545654296875
RRDSP,λ=8,65536,1,594928,9.077880859375
RRDSP,λ=8,65536,1,555051,8.469406127929688
RRDSP,λ=8,65536,1,543377,8.291275024414062
RRDSP,λ=8,65536,1,567405,8.657913208007812
RRDSP,λ=8,65536,1,546063,8.332260131835938
RRDSP,λ=8,65536,1,586646,8.951507568359375
RRDSP,λ=8,65536,1,568942,8.681365966796875
RRDSP,λ=8,65536,1,549711,8.387924194335938
RRDSP,λ=8,65536,1,600804,9.16754150390625
RRDSP,λ=8,65536,1,665934,10.161346435546875
RRDSP,λ=8,65536,1,589933,9.001663208007812
RRDSP,λ=8,65536,1,536455,8.185653686523438
RRDSP,λ=8,65536,1,549666,8.387237548828125
RRDSP,λ=8,65536,1,543361,8.291030883789062
RRDSP,λ=8,65536,1,641097,9.782363891601562
RRDSP,λ=8,65536,1,576795,8.801193237304688
RRDSP,λ=8,65536,1,580959,8.864730834960938
RRDSP,λ=8,65536,1,571542,8.721038818359375
RRDSP,λ=8,65536,1,616173,9.402053833007812
RRDSP,λ=8,65536,1,547484,8.35394287109375
RRDSP,λ=8,65536,1,536161,8.181167602539062
RRDSP,λ=8,65536,1,557422,8.505584716796875
RHDSP,λ=8,65536,1,574671,8.768783569335938
RHDSP,λ=8,65536,1,595327,9.083969116210938
RHDSP,λ=8,65536,1,547418,8.352935791015625
RHDSP,λ=8,65536,1,593788,9.06048583984375
RHDSP,λ=8,65536,1,560586,8.553863525390625
RHDSP,λ=8,65536,1,566577,8.645278930664062
RHDSP,λ=8,65536,1,572384,8.73388671875
RHDSP,λ=8,65536,1,556145,8.486099243164062
RHDSP,λ=8,65536,1,582859,8.893722534179688
RHDSP,λ=8,65536,1,641704,9.7916259765625
RHDSP,λ=8,65536,1,652678,9.959075927734375
RHDSP,λ=8,65536,1,581200,8.868408203125
RHDSP,λ=8,65536,1,592145,9.035415649414062
RHDSP,λ=8,65536,1,636227,9.708053588867188
RHDSP,λ=8,65536,1,546731,8.342453002929688
RHDSP,λ=8,65536,1,549254,8.380950927734375
RHDSP,λ=8,65536,1,571663,8.722885131835938
RHDSP,λ=8,65536,1,526941,8.040481567382812
RHDSP,λ=8,65536,1,596120,9.0960693359375
RHDSP,λ=8,65536,1,558732,8.52557373046875
RHDSP,λ=8,65536,1,545165,8.318557739257812
RHDSP,λ=8,65536,1,575102,8.775360107421875
RHDSP,λ=8,65536,1,556866,8.497100830078125
RHDSP,λ=8,65536,1,565620,8.63067626953125
RHDSP,λ=8,65536,1,584438,8.917816162109375
RHDSP,λ=8,65536,1,550999,8.407577514648438
RHDSP,λ=8,65536,1,586123,8.943527221679688
RHDSP,λ=8,65536,1,575855,8.786849975585938
RHDSP,λ=8,65536,1,564541,8.614212036132812
RHDSP,λ=8,65536,1,790474,12.061676025390625
RHDSP,λ=8,65536,1,581729,8.876480102539062
RHDSP,λ=8,65536,1,596089,9.095596313476562
RHDSP,λ=8,65536,1,591697,9.028579711914062
RHDSP,λ=8,65536,1,570015,8.697738647460938
RHDSP,λ=8,65536,1,617048,9.4154052734375
RHDSP,λ=8,65536,1,543078,8.286712646484375
RHDSP,λ=8,65536,1,604955,9.230880737304688
RHDSP,λ=8,65536,1,623022,9.506561279296875
RHDSP,λ=8,65536,1,614609,9.378189086914062
RHDSP,λ=8,65536,1,564341,8.611160278320312
RHDSP,λ=8,65536,1,561214,8.563446044921875
RHDSP,λ=8,65536,1,596167,9.096786499023438
RHDSP,λ=8,65536,1,545573,8.324783325195312
RHDSP,λ=8,65536,1,551637,8.417312622070312
RHDSP,λ=8,65536,1,543220,8.28887939453125
RHDSP,λ=8,65536,1,589976,9.0023193359375
RHDSP,λ=8,65536,1,630323,9.617965698242188
RHDSP,λ=8,65536,1,632247,9.647323608398438
RHDSP,λ=8,65536,1,572306,8.732696533203125
RHDSP,λ=8,65536,1,570625,8.707046508789062
RHDSP,λ=8,65536,1,572395,8.734054565429688
RHDSP,λ=8,65536,1,647463,9.879501342773438
RHDSP,λ=8,65536,1,591004,9.01800537109375
RHDSP,λ=8,65536,1,619464,9.4522705078125
RHDSP,λ=8,65536,1,582452,8.88751220703125
RHDSP,λ=8,65536,1,587935,8.971176147460938
RHDSP,λ=8,65536,1,556594,8.492950439453125
RHDSP,λ=8,65536,1,533587,8.141891479492188
RHDSP,λ=8,65536,1,543273,8.289688110351562
RHDSP,λ=8,65536,1,555863,8.481796264648438
RHDSP,λ=8,65536,1,561348,8.56549072265625
RHDSP,λ=8,65536,1,608489,9.284805297851562
RHDSP,λ=8,65536,1,655557,10.003005981445312
RHDSP,λ=8,65536,1,536857,8.191787719726562
RHDSP,λ=8,65536,1,610878,9.321258544921875
RHDSP,λ=8,65536,1,546555,8.339767456054688
RHDSP,λ=8,65536,1,560898,8.558624267578125
RHDSP,λ=8,65536,1,569554,8.690704345703125
RHDSP,λ=8,65536,1,646034,9.857696533203125
RHDSP,λ=8,65536,1,566714,8.647369384765625
RHDSP,λ=8,65536,1,579868,8.84808349609375
RHDSP,λ=8,65536,1,565701,8.631912231445312
RHDSP,λ=8,65536,1,578115,8.821334838867188
RHDSP,λ=8,65536,1,568695,8.677597045898438
RHDSP,λ=8,65536,1,656378,10.015533447265625
RHDSP,λ=8,65536,1,597666,9.119659423828125
RHDSP,λ=8,65536,1,568679,8.677352905273438
RHDSP,λ=8,65536,1,699725,10.676956176757812
RHDSP,λ=8,65536,1,555848,8.4815673828125
RHDSP,λ=8,65536,1,634594,9.683135986328125
RHDSP,λ=8,65536,1,573038,8.743865966796875
RHDSP,λ=8,65536,1,613727,9.364730834960938
RHDSP,λ=8,65536,1,565678,8.631561279296875
RHDSP,λ=8,65536,1,590422,9.009124755859375
RHDSP,λ=8,65536,1,550655,8.402328491210938
RHDSP,λ=8,65536,1,579097,8.836318969726562
RHDSP,λ=8,65536,1,529130,8.073883056640625
RHDSP,λ=8,65536,1,539221,8.227859497070312
RHDSP,λ=8,65536,1,615700,9.39483642578125
RHDSP,λ=8,65536,1,605512,9.2393798828125
RHDSP,λ=8,65536,1,674059,10.285324096679688
RHDSP,λ=8,65536,1,581231,8.868881225585938
RHDSP,λ=8,65536,1,700436,10.68780517578125
RHDSP,λ=8,65536,1,589528,8.9954833984375
RHDSP,λ=8,65536,1,549909,8.390945434570312
RHDSP,λ=8,65536,1,606689,9.257339477539062
RHDSP,λ=8,65536,1,587365,8.962478637695312
RHDSP,λ=8,65536,1,578788,8.83160400390625
RHDSP,λ=8,65536,1,591554,9.026397705078125
RHDSP,λ=8,65536,1,535456,8.17041015625
RHLSP,λ=8,65536,1,522068,7.96612548828125
RHLSP,λ=8,65536,1,605717,9.242507934570312
RHLSP,λ=8,65536,1,559719,8.540634155273438
RHLSP,λ=8,65536,1,579987,8.849899291992188
RHLSP,λ=8,65536,1,563127,8.592636108398438
RHLSP,λ=8,65536,1,545213,8.319290161132812
RHLSP,λ=8,65536,1,597187,9.112350463867188
RHLSP,λ=8,65536,1,563845,8.603591918945312
RHLSP,λ=8,65536,1,549337,8.382217407226562
RHLSP,λ=8,65536,1,548663,8.371932983398438
RHLSP,λ=8,65536,1,574842,8.771392822265625
RHLSP,λ=8,65536,1,594060,9.06463623046875
RHLSP,λ=8,65536,1,551943,8.421981811523438
RHLSP,λ=8,65536,1,615941,9.398513793945312
RHLSP,λ=8,65536,1,559407,8.535873413085938
RHLSP,λ=8,65536,1,547981,8.361526489257812
RHLSP,λ=8,65536,1,584451,8.918014526367188
RHLSP,λ=8,65536,1,572219,8.731369018554688
RHLSP,λ=8,65536,1,559942,8.544036865234375
RHLSP,λ=8,65536,1,539031,8.224960327148438
RHLSP,λ=8,65536,1,653890,9.977569580078125
RHLSP,λ=8,65536,1,596123,9.096115112304688
RHLSP,λ=8,65536,1,523332,7.98541259765625
RHLSP,λ=8,65536,1,597287,9.113876342773438
RHLSP,λ=8,65536,1,592372,9.03887939453125
RHLSP,λ=8,65536,1,579397,8.840896606445312
RHLSP,λ=8,65536,1,686207,10.470687866210938
RHLSP,λ=8,65536,1,604940,9.23065185546875
RHLSP,λ=8,65536,1,575986,8.788848876953125
RHLSP,λ=8,65536,1,570263,8.701522827148438
RHLSP,λ=8,65536,1,647847,9.885360717773438
RHLSP,λ=8,65536,1,638009,9.735244750976562
RHLSP,λ=8,65536,1,571210,8.715972900390625
RHLSP,λ=8,65536,1,527124,8.04327392578125
RHLSP,λ=8,65536,1,579615,8.844223022460938
RHLSP,λ=8,65536,1,667321,10.182510375976562
RHLSP,λ=8,65536,1,542507,8.277999877929688
RHLSP,λ=8,65536,1,542658,8.280303955078125
RHLSP,λ=8,65536,1,527371,8.047042846679688
RHLSP,λ=8,65536,1,594914,9.077667236328125
RHLSP,λ=8,65536,1,572462,8.735076904296875
RHLSP,λ=8,65536,1,604005,9.216384887695312
RHLSP,λ=8,65536,1,542556,8.27874755859375
RHLSP,λ=8,65536,1,569350,8.687591552734375
RHLSP,λ=8,65536,1,545367,8.321640014648438
RHLSP,λ=8,65536,1,579080,8.8360595703125
RHLSP,λ=8,65536,1,616310,9.404144287109375
RHLSP,λ=8,65536,1,563292,8.59515380859375
RHLSP,λ=8,65536,1,589611,8.996749877929688
RHLSP,λ=8,65536,1,571517,8.720657348632812
RHLSP,λ=8,65536,1,637167,9.722396850585938
RHLSP,λ=8,65536,1,633443,9.665573120117188
RHLSP,λ=8,65536,1,672406,10.260101318359375
RHLSP,λ=8,65536,1,568223,8.670394897460938
RHLSP,λ=8,65536,1,586867,8.954879760742188
RHLSP,λ=8,65536,1,628519,9.590438842773438
RHLSP,λ=8,65536,1,570077,8.698684692382812
RHLSP,λ=8,65536,1,759395,11.587448120117188
RHLSP,λ=8,65536,1,600868,9.16851806640625
RHLSP,λ=8,65536,1,564542,8.614227294921875
RHLSP,λ=8,65536,1,555282,8.472930908203125
RHLSP,λ=8,65536,1,651116,9.93524169921875
RHLSP,λ=8,65536,1,616198,9.402435302734375
RHLSP,λ=8,65536,1,563055,8.591537475585938
RHLSP,λ=8,65536,1,578049,8.820327758789062
RHLSP,λ=8,65536,1,624782,9.533416748046875
RHLSP,λ=8,65536,1,587619,8.966354370117188
RHLSP,λ=8,65536,1,597844,9.12237548828125
RHLSP,λ=8,65536,1,581703,8.876083374023438
RHLSP,λ=8,65536,1,577979,8.819259643554688
RHLSP,λ=8,65536,1,555894,8.482269287109375
RHLSP,λ=8,65536,1,594336,9.06884765625
RHLSP,λ=8,65536,1,605333,9.236648559570312
RHLSP,λ=8,65536,1,593927,9.062606811523438
RHLSP,λ=8,65536,1,585428,8.93292236328125
RHLSP,λ=8,65536,1,549492,8.38458251953125
RHLSP,λ=8,65536,1,597475,9.116744995117188
RHLSP,λ=8,65536,1,571816,8.7252197265625
RHLSP,λ=8,65536,1,546976,8.34619140625
RHLSP,λ=8,65536,1,543680,8.2958984375
RHLSP,λ=8,65536,1,572155,8.730392456054688
RHLSP,λ=8,65536,1,539810,8.236846923828125
RHLSP,λ=8,65536,1,602338,9.190948486328125
RHLSP,λ=8,65536,1,671501,10.246292114257812
RHLSP,λ=8,65536,1,568299,8.671554565429688
RHLSP,λ=8,65536,1,560336,8.550048828125
RHLSP,λ=8,65536,1,559894,8.543304443359375
RHLSP,λ=8,65536,1,550253,8.396194458007812
RHLSP,λ=8,65536,1,561334,8.565277099609375
RHLSP,λ=8,65536,1,626882,9.565460205078125
RHLSP,λ=8,65536,1,614044,9.36956787109375
RHLSP,λ=8,65536,1,588565,8.980789184570312
RHLSP,λ=8,65536,1,552038,8.423431396484375
RHLSP,λ=8,65536,1,584485,8.918533325195312
RHLSP,λ=8,65536,1,558353,8.519790649414062
RHLSP,λ=8,65536,1,586382,8.947479248046875
RHLSP,λ=8,65536,1,552328,8.4278564453125
RHLSP,λ=8,65536,1,599492,9.14752197265625
RHLSP,λ=8,65536,1,539618,8.233917236328125
RHLSP,λ=8,65536,1,626453,9.558914184570312
RRLSP,λ=8,65536,1,560993,8.560073852539062
RRLSP,λ=8,65536,1,585314,8.931182861328125
RRLSP,λ=8,65536,1,623577,9.515029907226562
RRLSP,λ=8,65536,1,584092,8.91253662109375
RRLSP,λ=8,65536,1,536840,8.1915283203125
RRLSP,λ=8,65536,1,575576,8.7825927734375
RRLSP,λ=8,65536,1,549176,8.3797607421875
RRLSP,λ=8,65536,1,650376,9.9239501953125
RRLSP,λ=8,65536,1,552996,8.43804931640625
RRLSP,λ=8,65536,1,572467,8.735153198242188
RRLSP,λ=8,65536,1,587590,8.965911865234375
RRLSP,λ=8,65536,1,704913,10.756118774414062
RRLSP,λ=8,65536,1,661341,10.091262817382812
RRLSP,λ=8,65536,1,543076,8.28668212890625
RRLSP,λ=8,65536,1,518464,7.9111328125
RRLSP,λ=8,65536,1,602284,9.19012451171875
RRLSP,λ=8,65536,1,607950,9.276580810546875
RRLSP,λ=8,65536,1,658554,10.048736572265625
RRLSP,λ=8,65536,1,600073,9.156387329101562
RRLSP,λ=8,65536,1,609840,9.305419921875
RRLSP,λ=8,65536,1,651397,9.939529418945312
RRLSP,λ=8,65536,1,612774,9.350189208984375
RRLSP,λ=8,65536,1,567494,8.659271240234375
RRLSP,λ=8,65536,1,619791,9.457260131835938
RRLSP,λ=8,65536,1,622145,9.493179321289062
RRLSP,λ=8,65536,1,632214,9.646820068359375
RRLSP,λ=8,65536,1,553042,8.438751220703125
RRLSP,λ=8,65536,1,578413,8.825881958007812
RRLSP,λ=8,65536,1,616858,9.412506103515625
RRLSP,λ=8,65536,1,575623,8.783309936523438
RRLSP,λ=8,65536,1,612815,9.350814819335938
RRLSP,λ=8,65536,1,573068,8.74432373046875
RRLSP,λ=8,65536,1,619757,9.456741333007812
RRLSP,λ=8,65536,1,579677,8.845169067382812
RRLSP,λ=8,65536,1,599051,9.140792846679688
RRLSP,λ=8,65536,1,600757,9.166824340820312
RRLSP,λ=8,65536,1,576564,8.79766845703125
RRLSP,λ=8,65536,1,643685,9.821853637695312
RRLSP,λ=8,65536,1,601555,9.179000854492188
RRLSP,λ=8,65536,1,583583,8.904769897460938
RRLSP,λ=8,65536,1,536639,8.188461303710938
RRLSP,λ=8,65536,1,651914,9.947418212890625
RRLSP,λ=8,65536,1,542636,8.27996826171875
RRLSP,λ=8,65536,1,544554,8.309234619140625
RRLSP,λ=8,65536,1,578099,8.821090698242188
RRLSP,λ=8,65536,1,563669,8.600906372070312
RRLSP,λ=8,65536,1,561223,8.563583374023438
RRLSP,λ=8,65536,1,671213,10.241897583007812
RRLSP,λ=8,65536,1,571772,8.72454833984375
RRLSP,λ=8,65536,1,577736,8.8155517578125
RRLSP,λ=8,65536,1,579110,8.836517333984375
RRLSP,λ=8,65536,1,587712,8.9677734375
RRLSP,λ=8,65536,1,614719,9.379867553710938
RRLSP,λ=8,65536,1,556465,8.490982055664062
RRLSP,λ=8,65536,1,639957,9.764968872070312
RRLSP,λ=8,65536,1,625575,9.545516967773438
RRLSP,λ=8,65536,1,559742,8.540985107421875
RRLSP,λ=8,65536,1,553475,8.445358276367188
RRLSP,λ=8,65536,1,542167,8.272811889648438
RRLSP,λ=8,65536,1,616854,9.412445068359375
RRLSP,λ=8,65536,1,562702,8.586151123046875
RRLSP,λ=8,65536,1,575437,8.780471801757812
RRLSP,λ=8,65536,1,552799,8.435043334960938
RRLSP,λ=8,65536,1,556178,8.486602783203125
RRLSP,λ=8,65536,1,561644,8.57000732421875
RRLSP,λ=8,65536,1,530789,8.099197387695312
RRLSP,λ=8,65536,1,581635,8.875045776367188
RRLSP,λ=8,65536,1,588732,8.98333740234375
RRLSP,λ=8,65536,1,553949,8.452590942382812
RRLSP,λ=8,65536,1,543130,8.287506103515625
RRLSP,λ=8,65536,1,595026,9.079376220703125
RRLSP,λ=8,65536,1,592901,9.046951293945312
RRLSP,λ=8,65536,1,569848,8.6951904296875
RRLSP,λ=8,65536,1,623159,9.508651733398438
RRLSP,λ=8,65536,1,591140,9.02008056640625
RRLSP,λ=8,65536,1,551521,8.415542602539062
RRLSP,λ=8,65536,1,591754,9.029449462890625
RRLSP,λ=8,65536,1,579568,8.843505859375
RRLSP,λ=8,65536,1,543935,8.299789428710938
RRLSP,λ=8,65536,1,668189,10.195755004882812
RRLSP,λ=8,65536,1,599825,9.152603149414062
RRLSP,λ=8,65536,1,637358,9.725311279296875
RRLSP,λ=8,65536,1,564456,8.6129150390625
RRLSP,λ=8,65536,1,649354,9.908355712890625
RRLSP,λ=8,65536,1,538620,8.21868896484375
RRLSP,λ=8,65536,1,555410,8.474884033203125
RRLSP,λ=8,65536,1,541244,8.25872802734375
RRLSP,λ=8,65536,1,576588,8.79803466796875
RRLSP,λ=8,65536,1,572728,8.7391357421875
RRLSP,λ=8,65536,1,653086,9.965301513671875
RRLSP,λ=8,65536,1,603831,9.213729858398438
RRLSP,λ=8,65536,1,555597,8.477737426757812
RRLSP,λ=8,65536,1,587336,8.9620361328125
RRLSP,λ=8,65536,1,630019,9.613327026367188
RRLSP,λ=8,65536,1,608614,9.286712646484375
RRLSP,λ=8,65536,1,605581,9.240432739257812
RRLSP,λ=8,65536,1,714603,10.903976440429688
RRLSP,λ=8,65536,1,688230,10.501556396484375
RRLSP,λ=8,65536,1,589557,8.995925903320312
RRLSP,λ=8,65536,1,565173,8.623855590820312
RSLSP,λ=8,65536,1,856012,13.06170654296875
RSLSP,λ=8,65536,1,1159702,17.695648193359375
RSLSP,λ=8,65536,1,805520,12.291259765625
RSLSP,λ=8,65536,1,778255,11.875228881835938
RSLSP,λ=8,65536,1,868915,13.258590698242188
RSLSP,λ=8,65536,1,882967,13.473007202148438
RSLSP,λ=8,65536,1,938750,14.324188232421875
RSLSP,λ=8,65536,1,838400,12.79296875
RSLSP,λ=8,65536,1,818296,12.4862060546875
RSLSP,λ=8,65536,1,893211,13.629318237304688
RSLSP,λ=8,65536,1,803116,12.25457763671875
RSLSP,λ=8,65536,1,910144,13.8876953125
RSLSP,λ=8,65536,1,793210,12.103424072265625
RSLSP,λ=8,65536,1,844113,12.880142211914062
RSLSP,λ=8,65536,1,838229,12.790359497070312
RSLSP,λ=8,65536,1,1077540,16.44195556640625
RSLSP,λ=8,65536,1,1024407,15.631210327148438
RSLSP,λ=8,65536,1,799624,12.2012939453125
RSLSP,λ=8,65536,1,836377,12.762100219726562
RSLSP,λ=8,65536,1,834181,12.728591918945312
RSLSP,λ=8,65536,1,869533,13.268020629882812
RSLSP,λ=8,65536,1,1041084,15.88568115234375
RSLSP,λ=8,65536,1,871991,13.305526733398438
RSLSP,λ=8,65536,1,772519,11.787704467773438
RSLSP,λ=8,65536,1,850615,12.979354858398438
RSLSP,λ=8,65536,1,885193,13.506973266601562
RSLSP,λ=8,65536,1,1039180,15.85662841796875
RSLSP,λ=8,65536,1,868226,13.248077392578125
RSLSP,λ=8,65536,1,927539,14.153121948242188
RSLSP,λ=8,65536,1,804604,12.27728271484375
RSLSP,λ=8,65536,1,838979,12.801803588867188
RSLSP,λ=8,65536,1,855758,13.057830810546875
RSLSP,λ=8,65536,1,899786,13.729644775390625
RSLSP,λ=8,65536,1,956630,14.597015380859375
RSLSP,λ=8,65536,1,1116660,17.03887939453125
RSLSP,λ=8,65536,1,818416,12.488037109375
RSLSP,λ=8,65536,1,815526,12.443939208984375
RSLSP,λ=8,65536,1,1058474,16.151031494140625
RSLSP,λ=8,65536,1,827131,12.621017456054688
RSLSP,λ=8,65536,1,984992,15.02978515625
RSLSP,λ=8,65536,1,861342,13.143035888671875
RSLSP,λ=8,65536,1,994284,15.17156982421875
RSLSP,λ=8,65536,1,905034,13.809722900390625
RSLSP,λ=8,65536,1,1015969,15.502456665039062
RSLSP,λ=8,65536,1,789572,12.04791259765625
RSLSP,λ=8,65536,1,895448,13.6634521484375
RSLSP,λ=8,65536,1,880348,13.43304443359375
RSLSP,λ=8,65536,1,962787,14.690963745117188
RSLSP,λ=8,65536,1,861781,13.149734497070312
RSLSP,λ=8,65536,1,814735,12.431869506835938
RSLSP,λ=8,65536,1,834318,12.730682373046875
RSLSP,λ=8,65536,1,903458,13.785675048828125
RSLSP,λ=8,65536,1,842530,12.855987548828125
RSLSP,λ=8,65536,1,844961,12.893081665039062
RSLSP,λ=8,65536,1,959713,14.644058227539062
RSLSP,λ=8,65536,1,885805,13.516311645507812
RSLSP,λ=8,65536,1,804463,12.275131225585938
RSLSP,λ=8,65536,1,889028,13.56549072265625
RSLSP,λ=8,65536,1,791566,12.078338623046875
RSLSP,λ=8,65536,1,871470,13.297576904296875
RSLSP,λ=8,65536,1,822044,12.54339599609375
RSLSP,λ=8,65536,1,848039,12.940048217773438
RSLSP,λ=8,65536,1,809754,12.355865478515625
RSLSP,λ=8,65536,1,896653,13.681838989257812
RSLSP,λ=8,65536,1,975836,14.89007568359375
RSLSP,λ=8,65536,1,842638,12.857635498046875
RSLSP,λ=8,65536,1,865465,13.205947875976562
RSLSP,λ=8,65536,1,968282,14.774810791015625
RSLSP,λ=8,65536,1,831862,12.693206787109375
RSLSP,λ=8,65536,1,918862,14.020721435546875
RSLSP,λ=8,65536,1,857552,13.085205078125
RSLSP,λ=8,65536,1,839787,12.814132690429688
RSLSP,λ=8,65536,1,966292,14.74444580078125
RSLSP,λ=8,65536,1,842627,12.857467651367188
RSLSP,λ=8,65536,1,865503,13.206527709960938
RSLSP,λ=8,65536,1,906472,13.8316650390625
RSLSP,λ=8,65536,1,754369,11.510757446289062
RSLSP,λ=8,65536,1,856365,13.067092895507812
RSLSP,λ=8,65536,1,884420,13.49517822265625
RSLSP,λ=8,65536,1,841828,12.84527587890625
RSLSP,λ=8,65536,1,909490,13.877716064453125
RSLSP,λ=8,65536,1,844983,12.893417358398438
RSLSP,λ=8,65536,1,802373,12.243240356445312
RSLSP,λ=8,65536,1,946200,14.4378662109375
RSLSP,λ=8,65536,1,812859,12.403244018554688
RSLSP,λ=8,65536,1,926067,14.130661010742188
RSLSP,λ=8,65536,1,799169,12.194351196289062
RSLSP,λ=8,65536,1,993383,15.157821655273438
RSLSP,λ=8,65536,1,873929,13.335098266601562
RSLSP,λ=8,65536,1,849544,12.9630126953125
RSLSP,λ=8,65536,1,990820,15.11871337890625
RSLSP,λ=8,65536,1,802032,12.238037109375
RSLSP,λ=8,65536,1,808852,12.34210205078125
RSLSP,λ=8,65536,1,878832,13.409912109375
RSLSP,λ=8,65536,1,930851,14.203659057617188
RSLSP,λ=8,65536,1,853682,13.026153564453125
RSLSP,λ=8,65536,1,844574,12.887176513671875
RSLSP,λ=8,65536,1,917533,14.000442504882812
RSLSP,λ=8,65536,1,965009,14.724868774414062
RSLSP,λ=8,65536,1,858476,13.09930419921875
RSDMP,λ=8,65536,1,788078,12.025115966796875
RSDMP,λ=8,65536,1,849740,12.96600341796875
RSDMP,λ=8,65536,1,817427,12.472946166992188
RSDMP,λ=8,65536,1,912858,13.929107666015625
RSDMP,λ=8,65536,1,817246,12.470184326171875
RSDMP,λ=8,65536,1,943203,14.392135620117188
RSDMP,λ=8,65536,1,768065,11.719741821289062
RSDMP,λ=8,65536,1,945318,14.424407958984375
RSDMP,λ=8,65536,1,898796,13.71453857421875
RSDMP,λ=8,65536,1,825189,12.591384887695312
RSDMP,λ=8,65536,1,760240,11.600341796875
RSDMP,λ=8,65536,1,1040863,15.882308959960938
RSDMP,λ=8,65536,1,770880,11.7626953125
RSDMP,λ=8,65536,1,1006266,15.354400634765625
RSDMP,λ=8,65536,1,793464,12.1072998046875
RSDMP,λ=8,65536,1,893543,13.634384155273438
RSDMP,λ=8,65536,1,779712,11.8974609375
RSDMP,λ=8,65536,1,906110,13.826141357421875
RSDMP,λ=8,65536,1,747950,11.412811279296875
RSDMP,λ=8,65536,1,807511,12.321640014648438
RSDMP,λ=8,65536,1,897669,13.697341918945312
RSDMP,λ=8,65536,1,910671,13.895736694335938
RSDMP,λ=8,65536,1,798579,12.185348510742188
RSDMP,λ=8,65536,1,852425,13.006973266601562
RSDMP,λ=8,65536,1,930906,14.204498291015625
RSDMP,λ=8,65536,1,821844,12.54034423828125
RSDMP,λ=8,65536,1,833523,12.718551635742188
RSDMP,λ=8,65536,1,771518,11.772430419921875
RSDMP,λ=8,65536,1,871889,13.303970336914062
RSDMP,λ=8,65536,1,782676,11.94268798828125
RSDMP,λ=8,65536,1,882868,13.47149658203125
RSDMP,λ=8,65536,1,846622,12.918426513671875
RSDMP,λ=8,65536,1,944456,14.4112548828125
RSDMP,λ=8,65536,1,828107,12.635910034179688
RSDMP,λ=8,65536,1,760164,11.59918212890625
RSDMP,λ=8,65536,1,805088,12.28466796875
RSDMP,λ=8,65536,1,838700,12.79754638671875
RSDMP,λ=8,65536,1,752782,11.486541748046875
RSDMP,λ=8,65536,1,791390,12.075653076171875
RSDMP,λ=8,65536,1,829843,12.662399291992188
RSDMP,λ=8,65536,1,899018,13.717926025390625
RSDMP,λ=8,65536,1,741711,11.317611694335938
RSDMP,λ=8,65536,1,889948,13.57952880859375
RSDMP,λ=8,65536,1,791412,12.07598876953125
RSDMP,λ=8,65536,1,762701,11.637893676757812
RSDMP,λ=8,65536,1,1019040,15.54931640625
RSDMP,λ=8,65536,1,1047970,15.990753173828125
RSDMP,λ=8,65536,1,817853,12.479446411132812
RSDMP,λ=8,65536,1,826634,12.613433837890625
RSDMP,λ=8,65536,1,816761,12.462783813476562
RSDMP,λ=8,65536,1,858012,13.09222412109375
RSDMP,λ=8,65536,1,911016,13.9010009765625
RSDMP,λ=8,65536,1,907767,13.851425170898438
RSDMP,λ=8,65536,1,988929,15.089859008789062
RSDMP,λ=8,65536,1,809353,12.349746704101562
RSDMP,λ=8,65536,1,876782,13.378631591796875
RSDMP,λ=8,65536,1,820087,12.513534545898438
RSDMP,λ=8,65536,1,886822,13.531829833984375
RSDMP,λ=8,65536,1,790446,12.061248779296875
RSDMP,λ=8,65536,1,861870,13.151092529296875
RSDMP,λ=8,65536,1,870332,13.28021240234375
RSDMP,λ=8,65536,1,935807,14.279281616210938
RSDMP,λ=8,65536,1,851917,12.999221801757812
RSDMP,λ=8,65536,1,886780,13.53118896484375
RSDMP,λ=8,65536,1,951182,14.513885498046875
RSDMP,λ=8,65536,1,782665,11.942520141601562
RSDMP,λ=8,65536,1,922088,14.0699462890625
RSDMP,λ=8,65536,1,794280,12.1197509765625
RSDMP,λ=8,65536,1,1002440,15.2960205078125
RSDMP,λ=8,65536,1,873550,13.329315185546875
RSDMP,λ=8,65536,1,807125,12.315750122070312
RSDMP,λ=8,65536,1,864098,13.185089111328125
RSDMP,λ=8,65536,1,870631,13.284774780273438
RSDMP,λ=8,65536,1,1096540,16.73187255859375
RSDMP,λ=8,65536,1,794392,12.1214599609375
RSDMP,λ=8,65536,1,742610,11.331329345703125
RSDMP,λ=8,65536,1,1109851,16.934982299804688
RSDMP,λ=8,65536,1,799180,12.19451904296875
RSDMP,λ=8,65536,1,1005900,15.34881591796875
RSDMP,λ=8,65536,1,829046,12.650238037109375
RSDMP,λ=8,65536,1,865739,13.210128784179688
RSDMP,λ=8,65536,1,840726,12.828460693359375
RSDMP,λ=8,65536,1,810831,12.372299194335938
RSDMP,λ=8,65536,1,783147,11.949874877929688
RSDMP,λ=8,65536,1,944993,14.419448852539062
RSDMP,λ=8,65536,1,893799,13.638290405273438
RSDMP,λ=8,65536,1,786312,11.9981689453125
RSDMP,λ=8,65536,1,873838,13.333709716796875
RSDMP,λ=8,65536,1,809368,12.3499755859375
RSDMP,λ=8,65536,1,772400,11.785888671875
RSDMP,λ=8,65536,1,913757,13.942825317382812
RSDMP,λ=8,65536,1,774514,11.818145751953125
RSDMP,λ=8,65536,1,1164298,17.765777587890625
RSDMP,λ=8,65536,1,883154,13.475860595703125
RSDMP,λ=8,65536,1,1039241,15.857559204101562
RSDMP,λ=8,65536,1,759751,11.592880249023438
RSDMP,λ=8,65536,1,962548,14.68731689453125
RSDMP,λ=8,65536,1,848255,12.943344116210938
RSDMP,λ=8,65536,1,950600,14.5050048828125
RSDMP,λ=8,65536,1,834959,12.740463256835938
RRDMP,λ=8,65536,1,662029,10.101760864257812
RRDMP,λ=8,65536,1,596215,9.097518920898438
RRDMP,λ=8,65536,1,602096,9.187255859375
RRDMP,λ=8,65536,1,632018,9.643829345703125
RRDMP,λ=8,65536,1,678778,10.357330322265625
RRDMP,λ=8,65536,1,628254,9.586395263671875
RRDMP,λ=8,65536,1,624181,9.524246215820312
RRDMP,λ=8,65536,1,613840,9.366455078125
RRDMP,λ=8,65536,1,633190,9.661712646484375
RRDMP,λ=8,65536,1,597868,9.12274169921875
RRDMP,λ=8,65536,1,594057,9.064590454101562
RRDMP,λ=8,65536,1,617279,9.418930053710938
RRDMP,λ=8,65536,1,568517,8.674880981445312
RRDMP,λ=8,65536,1,633910,9.672698974609375
RRDMP,λ=8,65536,1,583403,8.902023315429688
RRDMP,λ=8,65536,1,628903,9.596298217773438
RRDMP,λ=8,65536,1,675507,10.307418823242188
RRDMP,λ=8,65536,1,621809,9.488052368164062
RRDMP,λ=8,65536,1,641475,9.788131713867188
RRDMP,λ=8,65536,1,643032,9.8118896484375
RRDMP,λ=8,65536,1,572738,8.739288330078125
RRDMP,λ=8,65536,1,588684,8.98260498046875
RRDMP,λ=8,65536,1,545955,8.330612182617188
RRDMP,λ=8,65536,1,664004,10.13189697265625
RRDMP,λ=8,65536,1,607174,9.264739990234375
RRDMP,λ=8,65536,1,588409,8.978408813476562
RRDMP,λ=8,65536,1,602079,9.186996459960938
RRDMP,λ=8,65536,1,596205,9.097366333007812
RRDMP,λ=8,65536,1,628486,9.589935302734375
RRDMP,λ=8,65536,1,579606,8.844085693359375
RRDMP,λ=8,65536,1,602211,9.189010620117188
RRDMP,λ=8,65536,1,573966,8.758026123046875
RRDMP,λ=8,65536,1,589783,8.999374389648438
RRDMP,λ=8,65536,1,598728,9.1358642578125
RRDMP,λ=8,65536,1,583981,8.910842895507812
RRDMP,λ=8,65536,1,622579,9.499801635742188
RRDMP,λ=8,65536,1,684184,10.4398193359375
RRDMP,λ=8,65536,1,604493,9.223831176757812
RRDMP,λ=8,65536,1,621935,9.489974975585938
RRDMP,λ=8,65536,1,617602,9.423858642578125
RRDMP,λ=8,65536,1,595675,9.089279174804688
RRDMP,λ=8,65536,1,576706,8.799835205078125
RRDMP,λ=8,65536,1,584986,8.926177978515625
RRDMP,λ=8,65536,1,631857,9.641372680664062
RRDMP,λ=8,65536,1,645827,9.854537963867188
RRDMP,λ=8,65536,1,606285,9.251174926757812
RRDMP,λ=8,65536,1,630407,9.619247436523438
RRDMP,λ=8,65536,1,631481,9.635635375976562
RRDMP,λ=8,65536,1,577549,8.812698364257812
RRDMP,λ=8,65536,1,676343,10.320175170898438
RRDMP,λ=8,65536,1,646202,9.860260009765625
RRDMP,λ=8,65536,1,711624,10.8585205078125
RRDMP,λ=8,65536,1,570403,8.703659057617188
RRDMP,λ=8,65536,1,606031,9.247299194335938
RRDMP,λ=8,65536,1,578553,8.828018188476562
RRDMP,λ=8,65536,1,562742,8.586761474609375
RRDMP,λ=8,65536,1,621366,9.481292724609375
RRDMP,λ=8,65536,1,630095,9.614486694335938
RRDMP,λ=8,65536,1,667524,10.18560791015625
RRDMP,λ=8,65536,1,627164,9.56976318359375
RRDMP,λ=8,65536,1,601107,9.172164916992188
RRDMP,λ=8,65536,1,570089,8.698867797851562
RRDMP,λ=8,65536,1,619429,9.451736450195312
RRDMP,λ=8,65536,1,622374,9.496673583984375
RRDMP,λ=8,65536,1,566814,8.648895263671875
RRDMP,λ=8,65536,1,611876,9.33648681640625
RRDMP,λ=8,65536,1,555917,8.482620239257812
RRDMP,λ=8,65536,1,616643,9.409225463867188
RRDMP,λ=8,65536,1,664350,10.137176513671875
RRDMP,λ=8,65536,1,589654,8.997406005859375
RRDMP,λ=8,65536,1,570795,8.709640502929688
RRDMP,λ=8,65536,1,606723,9.257858276367188
RRDMP,λ=8,65536,1,614812,9.38128662109375
RRDMP,λ=8,65536,1,609768,9.3043212890625
RRDMP,λ=8,65536,1,621803,9.487960815429688
RRDMP,λ=8,65536,1,566707,8.647262573242188
RRDMP,λ=8,65536,1,623173,9.508865356445312
RRDMP,λ=8,65536,1,608620,9.28680419921875
RRDMP,λ=8,65536,1,576393,8.795059204101562
RRDMP,λ=8,65536,1,570415,8.703842163085938
RRDMP,λ=8,65536,1,618859,9.443038940429688
RRDMP,λ=8,65536,1,610819,9.320358276367188
RRDMP,λ=8,65536,1,615430,9.390716552734375
RRDMP,λ=8,65536,1,572055,8.728866577148438
RRDMP,λ=8,65536,1,663407,10.122787475585938
RRDMP,λ=8,65536,1,607882,9.275543212890625
RRDMP,λ=8,65536,1,584263,8.915145874023438
RRDMP,λ=8,65536,1,607951,9.276596069335938
RRDMP,λ=8,65536,1,595188,9.08184814453125
RRDMP,λ=8,65536,1,682701,10.417190551757812
RRDMP,λ=8,65536,1,607543,9.270370483398438
RRDMP,λ=8,65536,1,626375,9.557723999023438
RRDMP,λ=8,65536,1,608203,9.280441284179688
RRDMP,λ=8,65536,1,674468,10.29156494140625
RRDMP,λ=8,65536,1,588228,8.97564697265625
RRDMP,λ=8,65536,1,662799,10.113510131835938
RRDMP,λ=8,65536,1,604866,9.229522705078125
RRDMP,λ=8,65536,1,612407,9.344589233398438
RHDMP,λ=8,65536,1,574445,8.765335083007812
RHDMP,λ=8,65536,1,656533,10.017898559570312
RHDMP,λ=8,65536,1,594886,9.077239990234375
RHDMP,λ=8,65536,1,632956,9.65814208984375
RHDMP,λ=8,65536,1,605906,9.245391845703125
RHDMP,λ=8,65536,1,675303,10.304306030273438
RHDMP,λ=8,65536,1,669322,10.213043212890625
RHDMP,λ=8,65536,1,609943,9.306991577148438
RHDMP,λ=8,65536,1,630272,9.6171875
RHDMP,λ=8,65536,1,592018,9.033477783203125
RHDMP,λ=8,65536,1,598731,9.135910034179688
RHDMP,λ=8,65536,1,623178,9.508941650390625
RHDMP,λ=8,65536,1,628291,9.586959838867188
RHDMP,λ=8,65536,1,622018,9.491241455078125
RHDMP,λ=8,65536,1,584770,8.922882080078125
RHDMP,λ=8,65536,1,661021,10.086380004882812
RHDMP,λ=8,65536,1,610801,9.320083618164062
RHDMP,λ=8,65536,1,587662,8.967010498046875
RHDMP,λ=8,65536,1,622338,9.496124267578125
RHDMP,λ=8,65536,1,560975,8.559799194335938
RHDMP,λ=8,65536,1,608605,9.286575317382812
RHDMP,λ=8,65536,1,614194,9.371856689453125
RHDMP,λ=8,65536,1,681255,10.395126342773438
RHDMP,λ=8,65536,1,703189,10.729812622070312
RHDMP,λ=8,65536,1,680882,10.389434814453125
RHDMP,λ=8,65536,1,616278,9.403656005859375
RHDMP,λ=8,65536,1,642241,9.799819946289062
RHDMP,λ=8,65536,1,718833,10.968521118164062
RHDMP,λ=8,65536,1,690137,10.530654907226562
RHDMP,λ=8,65536,1,607073,9.263198852539062
RHDMP,λ=8,65536,1,545699,8.326705932617188
RHDMP,λ=8,65536,1,640982,9.780609130859375
RHDMP,λ=8,65536,1,592682,9.043609619140625
RHDMP,λ=8,65536,1,607106,9.263702392578125
RHDMP,λ=8,65536,1,720713,10.997207641601562
RHDMP,λ=8,65536,1,611762,9.334747314453125
RHDMP,λ=8,65536,1,561012,8.56036376953125
RHDMP,λ=8,65536,1,715097,10.911514282226562
RHDMP,λ=8,65536,1,684524,10.44500732421875
RHDMP,λ=8,65536,1,577898,8.818023681640625
RHDMP,λ=8,65536,1,660964,10.08551025390625
RHDMP,λ=8,65536,1,635631,9.698959350585938
RHDMP,λ=8,65536,1,623619,9.515670776367188
RHDMP,λ=8,65536,1,627899,9.580978393554688
RHDMP,λ=8,65536,1,737489,11.253189086914062
RHDMP,λ=8,65536,1,595676,9.08929443359375
RHDMP,λ=8,65536,1,599731,9.151168823242188
RHDMP,λ=8,65536,1,645501,9.849563598632812
RHDMP,λ=8,65536,1,677167,10.332748413085938
RHDMP,λ=8,65536,1,650833,9.930923461914062
RHDMP,λ=8,65536,1,651427,9.939987182617188
RHDMP,λ=8,65536,1,660546,10.079132080078125
RHDMP,λ=8,65536,1,642587,9.805099487304688
RHDMP,λ=8,65536,1,673479,10.276473999023438
RHDMP,λ=8,65536,1,676321,10.319839477539062
RHDMP,λ=8,65536,1,777651,11.866012573242188
RHDMP,λ=8,65536,1,624222,9.524871826171875
RHDMP,λ=8,65536,1,561206,8.563323974609375
RHDMP,λ=8,65536,1,627745,9.578628540039062
RHDMP,λ=8,65536,1,664412,10.13812255859375
RHDMP,λ=8,65536,1,844631,12.888046264648438
RHDMP,λ=8,65536,1,631663,9.638412475585938
RHDMP,λ=8,65536,1,672086,10.255218505859375
RHDMP,λ=8,65536,1,581557,8.873855590820312
RHDMP,λ=8,65536,1,608136,9.2794189453125
RHDMP,λ=8,65536,1,653622,9.973480224609375
RHDMP,λ=8,65536,1,687804,10.49505615234375
RHDMP,λ=8,65536,1,614610,9.378204345703125
RHDMP,λ=8,65536,1,636317,9.709426879882812
RHDMP,λ=8,65536,1,647499,9.880050659179688
RHDMP,λ=8,65536,1,633004,9.65887451171875
RHDMP,λ=8,65536,1,768829,11.731399536132812
RHDMP,λ=8,65536,1,640954,9.780181884765625
RHDMP,λ=8,65536,1,795371,12.136398315429688
RHDMP,λ=8,65536,1,754676,11.51544189453125
RHDMP,λ=8,65536,1,645758,9.853485107421875
RHDMP,λ=8,65536,1,604422,9.222747802734375
RHDMP,λ=8,65536,1,630748,9.62445068359375
RHDMP,λ=8,65536,1,639765,9.762039184570312
RHDMP,λ=8,65536,1,580657,8.860122680664062
RHDMP,λ=8,65536,1,624552,9.5299072265625
RHDMP,λ=8,65536,1,624824,9.5340576171875
RHDMP,λ=8,65536,1,657307,10.029708862304688
RHDMP,λ=8,65536,1,624405,9.527664184570312
RHDMP,λ=8,65536,1,617181,9.417434692382812
RHDMP,λ=8,65536,1,783628,11.95721435546875
RHDMP,λ=8,65536,1,617196,9.41766357421875
RHDMP,λ=8,65536,1,681241,10.394912719726562
RHDMP,λ=8,65536,1,591191,9.020858764648438
RHDMP,λ=8,65536,1,602014,9.186004638671875
RHDMP,λ=8,65536,1,657638,10.034759521484375
RHDMP,λ=8,65536,1,639568,9.759033203125
RHDMP,λ=8,65536,1,583519,8.903793334960938
RHDMP,λ=8,65536,1,595606,9.088226318359375
RHDMP,λ=8,65536,1,618179,9.432662963867188
RHDMP,λ=8,65536,1,623813,9.518630981445312
RHDMP,λ=8,65536,1,654268,9.98333740234375
RHDMP,λ=8,65536,1,617362,9.420196533203125
RHDMP,λ=8,65536,1,590294,9.007171630859375
RHDMP,λ=8,65536,1,656394,10.015777587890625
RHLMP,λ=8,65536,1,595473,9.086196899414062
RHLMP,λ=8,65536,1,619606,9.454437255859375
RHLMP,λ=8,65536,1,703581,10.735794067382812
RHLMP,λ=8,65536,1,656026,10.010162353515625
RHLMP,λ=8,65536,1,587951,8.971420288085938
RHLMP,λ=8,65536,1,599347,9.145309448242188
RHLMP,λ=8,65536,1,646486,9.864593505859375
RHLMP,λ=8,65536,1,625686,9.547210693359375
RHLMP,λ=8,65536,1,594576,9.072509765625
RHLMP,λ=8,65536,1,619349,9.450515747070312
RHLMP,λ=8,65536,1,578031,8.820053100585938
RHLMP,λ=8,65536,1,628777,9.594375610351562
RHLMP,λ=8,65536,1,571271,8.716903686523438
RHLMP,λ=8,65536,1,592007,9.033309936523438
RHLMP,λ=8,65536,1,596075,9.095382690429688
RHLMP,λ=8,65536,1,589124,8.98931884765625
RHLMP,λ=8,65536,1,581947,8.879806518554688
RHLMP,λ=8,65536,1,598757,9.136306762695312
RHLMP,λ=8,65536,1,657052,10.02581787109375
RHLMP,λ=8,65536,1,601267,9.174606323242188
RHLMP,λ=8,65536,1,567764,8.66339111328125
RHLMP,λ=8,65536,1,640942,9.779998779296875
RHLMP,λ=8,65536,1,613788,9.36566162109375
RHLMP,λ=8,65536,1,626439,9.558700561523438
RHLMP,λ=8,65536,1,591275,9.022140502929688
RHLMP,λ=8,65536,1,585581,8.935256958007812
RHLMP,λ=8,65536,1,551576,8.4163818359375
RHLMP,λ=8,65536,1,600155,9.157638549804688
RHLMP,λ=8,65536,1,635344,9.694580078125
RHLMP,λ=8,65536,1,600757,9.166824340820312
RHLMP,λ=8,65536,1,572952,8.7425537109375
RHLMP,λ=8,65536,1,721627,11.011154174804688
RHLMP,λ=8,65536,1,669223,10.211532592773438
RHLMP,λ=8,65536,1,580625,8.859634399414062
RHLMP,λ=8,65536,1,647063,9.873397827148438
RHLMP,λ=8,65536,1,608341,9.282546997070312
RHLMP,λ=8,65536,1,577037,8.804885864257812
RHLMP,λ=8,65536,1,623509,9.513992309570312
RHLMP,λ=8,65536,1,623882,9.519683837890625
RHLMP,λ=8,65536,1,644562,9.835235595703125
RHLMP,λ=8,65536,1,667360,10.18310546875
RHLMP,λ=8,65536,1,616384,9.4052734375
RHLMP,λ=8,65536,1,592678,9.043548583984375
RHLMP,λ=8,65536,1,578819,8.832077026367188
RHLMP,λ=8,65536,1,611506,9.330841064453125
RHLMP,λ=8,65536,1,652444,9.95550537109375
RHLMP,λ=8,65536,1,634365,9.679641723632812
RHLMP,λ=8,65536,1,585314,8.931182861328125
RHLMP,λ=8,65536,1,569162,8.684722900390625
RHLMP,λ=8,65536,1,676023,10.315292358398438
RHLMP,λ=8,65536,1,624163,9.523971557617188
RHLMP,λ=8,65536,1,589228,8.99090576171875
RHLMP,λ=8,65536,1,652683,9.959152221679688
RHLMP,λ=8,65536,1,570955,8.712081909179688
RHLMP,λ=8,65536,1,615791,9.396224975585938
RHLMP,λ=8,65536,1,647434,9.879058837890625
RHLMP,λ=8,65536,1,602032,9.186279296875
RHLMP,λ=8,65536,1,590949,9.017166137695312
RHLMP,λ=8,65536,1,572326,8.733001708984375
RHLMP,λ=8,65536,1,668529,10.200942993164062
RHLMP,λ=8,65536,1,597567,9.118148803710938
RHLMP,λ=8,65536,1,590159,9.005111694335938
RHLMP,λ=8,65536,1,563358,8.596160888671875
RHLMP,λ=8,65536,1,590929,9.016860961914062
RHLMP,λ=8,65536,1,635757,9.700881958007812
RHLMP,λ=8,65536,1,604813,9.228713989257812
RHLMP,λ=8,65536,1,609992,9.3077392578125
RHLMP,λ=8,65536,1,657120,10.02685546875
RHLMP,λ=8,65536,1,689326,10.518280029296875
RHLMP,λ=8,65536,1,613962,9.368316650390625
RHLMP,λ=8,65536,1,684620,10.44647216796875
RHLMP,λ=8,65536,1,578529,8.827651977539062
RHLMP,λ=8,65536,1,661539,10.094284057617188
RHLMP,λ=8,65536,1,619016,9.4454345703125
RHLMP,λ=8,65536,1,631246,9.632049560546875
RHLMP,λ=8,65536,1,577312,8.80908203125
RHLMP,λ=8,65536,1,636866,9.717803955078125
RHLMP,λ=8,65536,1,655226,9.997955322265625
RHLMP,λ=8,65536,1,619731,9.456344604492188
RHLMP,λ=8,65536,1,694804,10.60186767578125
RHLMP,λ=8,65536,1,556458,8.490875244140625
RHLMP,λ=8,65536,1,575742,8.785125732421875
RHLMP,λ=8,65536,1,591750,9.029388427734375
RHLMP,λ=8,65536,1,577992,8.8194580078125
RHLMP,λ=8,65536,1,579672,8.8450927734375
RHLMP,λ=8,65536,1,579516,8.84271240234375
RHLMP,λ=8,65536,1,647852,9.88543701171875
RHLMP,λ=8,65536,1,600537,9.163467407226562
RHLMP,λ=8,65536,1,585592,8.9354248046875
RHLMP,λ=8,65536,1,586484,8.94903564453125
RHLMP,λ=8,65536,1,563367,8.596298217773438
RHLMP,λ=8,65536,1,614505,9.376602172851562
RHLMP,λ=8,65536,1,604063,9.217269897460938
RHLMP,λ=8,65536,1,602135,9.187850952148438
RHLMP,λ=8,65536,1,590968,9.0174560546875
RHLMP,λ=8,65536,1,588249,8.975967407226562
RHLMP,λ=8,65536,1,598012,9.12493896484375
RHLMP,λ=8,65536,1,661047,10.086776733398438
RHLMP,λ=8,65536,1,626688,9.5625
RHLMP,λ=8,65536,1,600911,9.169174194335938
RRLMP,λ=8,65536,1,628147,9.584762573242188
RRLMP,λ=8,65536,1,590030,9.003143310546875
RRLMP,λ=8,65536,1,605184,9.234375
RRLMP,λ=8,65536,1,684343,10.442245483398438
RRLMP,λ=8,65536,1,627192,9.5701904296875
RRLMP,λ=8,65536,1,609944,9.3070068359375
RRLMP,λ=8,65536,1,660100,10.07232666015625
RRLMP,λ=8,65536,1,598697,9.135391235351562
RRLMP,λ=8,65536,1,632718,9.654510498046875
RRLMP,λ=8,65536,1,614876,9.38226318359375
RRLMP,λ=8,65536,1,600983,9.170272827148438
RRLMP,λ=8,65536,1,630700,9.62371826171875
RRLMP,λ=8,65536,1,633249,9.662612915039062
RRLMP,λ=8,65536,1,657310,10.029754638671875
RRLMP,λ=8,65536,1,718454,10.962738037109375
RRLMP,λ=8,65536,1,621734,9.486907958984375
RRLMP,λ=8,65536,1,599351,9.145370483398438
RRLMP,λ=8,65536,1,592165,9.035720825195312
RRLMP,λ=8,65536,1,615729,9.395278930664062
RRLMP,λ=8,65536,1,614082,9.370147705078125
RRLMP,λ=8,65536,1,619437,9.451858520507812
RRLMP,λ=8,65536,1,591066,9.018951416015625
RRLMP,λ=8,65536,1,722813,11.029251098632812
RRLMP,λ=8,65536,1,589315,8.992233276367188
RRLMP,λ=8,65536,1,609127,9.294540405273438
RRLMP,λ=8,65536,1,616780,9.41131591796875
RRLMP,λ=8,65536,1,595523,9.086959838867188
RRLMP,λ=8,65536,1,637808,9.732177734375
RRLMP,λ=8,65536,1,588499,8.979782104492188
RRLMP,λ=8,65536,1,650825,9.930801391601562
RRLMP,λ=8,65536,1,666313,10.167129516601562
RRLMP,λ=8,65536,1,625098,9.538238525390625
RRLMP,λ=8,65536,1,587172,8.95953369140625
RRLMP,λ=8,65536,1,588110,8.973846435546875
RRLMP,λ=8,65536,1,636348,9.70989990234375
RRLMP,λ=8,65536,1,698266,10.654693603515625
RRLMP,λ=8,65536,1,649171,9.905563354492188
RRLMP,λ=8,65536,1,543327,8.290512084960938
RRLMP,λ=8,65536,1,659033,10.056045532226562
RRLMP,λ=8,65536,1,621456,9.482666015625
RRLMP,λ=8,65536,1,564795,8.618087768554688
RRLMP,λ=8,65536,1,628546,9.590850830078125
RRLMP,λ=8,65536,1,659058,10.056427001953125
RRLMP,λ=8,65536,1,646090,9.858551025390625
RRLMP,λ=8,65536,1,552164,8.42535400390625
RRLMP,λ=8,65536,1,641862,9.794036865234375
RRLMP,λ=8,65536,1,717250,10.944366455078125
RRLMP,λ=8,65536,1,677214,10.333465576171875
RRLMP,λ=8,65536,1,658795,10.052413940429688
RRLMP,λ=8,65536,1,641908,9.79473876953125
RRLMP,λ=8,65536,1,638922,9.749176025390625
RRLMP,λ=8,65536,1,605348,9.23687744140625
RRLMP,λ=8,65536,1,669522,10.216094970703125
RRLMP,λ=8,65536,1,681206,10.394378662109375
RRLMP,λ=8,65536,1,609798,9.304779052734375
RRLMP,λ=8,65536,1,643129,9.813369750976562
RRLMP,λ=8,65536,1,566812,8.64886474609375
RRLMP,λ=8,65536,1,616586,9.408355712890625
RRLMP,λ=8,65536,1,704209,10.745376586914062
RRLMP,λ=8,65536,1,580546,8.858428955078125
RRLMP,λ=8,65536,1,570826,8.710113525390625
RRLMP,λ=8,65536,1,642941,9.810501098632812
RRLMP,λ=8,65536,1,598821,9.137283325195312
RRLMP,λ=8,65536,1,617661,9.424758911132812
RRLMP,λ=8,65536,1,646952,9.8717041015625
RRLMP,λ=8,65536,1,605232,9.235107421875
RRLMP,λ=8,65536,1,581034,8.865875244140625
RRLMP,λ=8,65536,1,673439,10.275863647460938
RRLMP,λ=8,65536,1,635852,9.70233154296875
RRLMP,λ=8,65536,1,690792,10.5406494140625
RRLMP,λ=8,65536,1,589598,8.996551513671875
RRLMP,λ=8,65536,1,642969,9.810928344726562
RRLMP,λ=8,65536,1,578187,8.822433471679688
RRLMP,λ=8,65536,1,567842,8.664581298828125
RRLMP,λ=8,65536,1,624212,9.52471923828125
RRLMP,λ=8,65536,1,584474,8.918365478515625
RRLMP,λ=8,65536,1,683948,10.43621826171875
RRLMP,λ=8,65536,1,608758,9.288909912109375
RRLMP,λ=8,65536,1,549743,8.388412475585938
RRLMP,λ=8,65536,1,679912,10.3746337890625
RRLMP,λ=8,65536,1,618786,9.441925048828125
RRLMP,λ=8,65536,1,611672,9.3333740234375
RRLMP,λ=8,65536,1,629165,9.600296020507812
RRLMP,λ=8,65536,1,693808,10.586669921875
RRLMP,λ=8,65536,1,668632,10.2025146484375
RRLMP,λ=8,65536,1,615852,9.39715576171875
RRLMP,λ=8,65536,1,584876,8.92449951171875
RRLMP,λ=8,65536,1,672602,10.263092041015625
RRLMP,λ=8,65536,1,778610,11.880645751953125
RRLMP,λ=8,65536,1,607436,9.26873779296875
RRLMP,λ=8,65536,1,600981,9.170242309570312
RRLMP,λ=8,65536,1,569612,8.69158935546875
RRLMP,λ=8,65536,1,681303,10.395858764648438
RRLMP,λ=8,65536,1,614059,9.369796752929688
RRLMP,λ=8,65536,1,614938,9.383209228515625
RRLMP,λ=8,65536,1,617512,9.4224853515625
RRLMP,λ=8,65536,1,583843,8.908737182617188
RRLMP,λ=8,65536,1,590508,9.01043701171875
RRLMP,λ=8,65536,1,597828,9.12213134765625
RRLMP,λ=8,65536,1,622042,9.491607666015625
RSLMP,λ=8,65536,1,997976,15.2279052734375
RSLMP,λ=8,65536,1,875860,13.36456298828125
RSLMP,λ=8,65536,1,818585,12.490615844726562
RSLMP,λ=8,65536,1,844476,12.88568115234375
RSLMP,λ=8,65536,1,891562,13.604156494140625
RSLMP,λ=8,65536,1,837487,12.779037475585938
RSLMP,λ=8,65536,1,999139,15.245651245117188
RSLMP,λ=8,65536,1,919544,14.0311279296875
RSLMP,λ=8,65536,1,872700,13.31634521484375
RSLMP,λ=8,65536,1,972444,14.83831787109375
RSLMP,λ=8,65536,1,1065925,16.264724731445312
RSLMP,λ=8,65536,1,1138883,17.377975463867188
RSLMP,λ=8,65536,1,967753,14.766738891601562
RSLMP,λ=8,65536,1,816665,12.461318969726562
RSLMP,λ=8,65536,1,1089092,16.61822509765625
RSLMP,λ=8,65536,1,949667,14.490768432617188
RSLMP,λ=8,65536,1,866642,13.223907470703125
RSLMP,λ=8,65536,1,828441,12.641006469726562
RSLMP,λ=8,65536,1,904883,13.807418823242188
RSLMP,λ=8,65536,1,950497,14.503433227539062
RSLMP,λ=8,65536,1,858009,13.092178344726562
RSLMP,λ=8,65536,1,961945,14.678115844726562
RSLMP,λ=8,65536,1,899844,13.73052978515625
RSLMP,λ=8,65536,1,982120,14.9859619140625
RSLMP,λ=8,65536,1,914906,13.960357666015625
RSLMP,λ=8,65536,1,873716,13.33184814453125
RSLMP,λ=8,65536,1,1089323,16.621749877929688
RSLMP,λ=8,65536,1,904671,13.804183959960938
RSLMP,λ=8,65536,1,996584,15.2066650390625
RSLMP,λ=8,65536,1,934953,14.266250610351562
RSLMP,λ=8,65536,1,826682,12.614166259765625
RSLMP,λ=8,65536,1,1259742,19.222137451171875
RSLMP,λ=8,65536,1,1039225,15.857315063476562
RSLMP,λ=8,65536,1,896425,13.678359985351562
RSLMP,λ=8,65536,1,1012297,15.446426391601562
RSLMP,λ=8,65536,1,879313,13.417251586914062
RSLMP,λ=8,65536,1,900237,13.736526489257812
RSLMP,λ=8,65536,1,896514,13.679718017578125
RSLMP,λ=8,65536,1,948757,14.476882934570312
RSLMP,λ=8,65536,1,833683,12.720993041992188
RSLMP,λ=8,65536,1,816911,12.465072631835938
RSLMP,λ=8,65536,1,905749,13.820632934570312
RSLMP,λ=8,65536,1,921734,14.064544677734375
RSLMP,λ=8,65536,1,937832,14.3101806640625
RSLMP,λ=8,65536,1,912557,13.924514770507812
RSLMP,λ=8,65536,1,1041572,15.89312744140625
RSLMP,λ=8,65536,1,851427,12.991744995117188
RSLMP,λ=8,65536,1,906343,13.829696655273438
RSLMP,λ=8,65536,1,814987,12.435714721679688
RSLMP,λ=8,65536,1,863652,13.17828369140625
RSLMP,λ=8,65536,1,875799,13.363632202148438
RSLMP,λ=8,65536,1,995183,15.185287475585938
RSLMP,λ=8,65536,1,893862,13.639251708984375
RSLMP,λ=8,65536,1,823359,12.563461303710938
RSLMP,λ=8,65536,1,887942,13.548919677734375
RSLMP,λ=8,65536,1,886086,13.520599365234375
RSLMP,λ=8,65536,1,938019,14.313034057617188
RSLMP,λ=8,65536,1,928011,14.160324096679688
RSLMP,λ=8,65536,1,880522,13.435699462890625
RSLMP,λ=8,65536,1,841691,12.843185424804688
RSLMP,λ=8,65536,1,942307,14.378463745117188
RSLMP,λ=8,65536,1,1008174,15.383514404296875
RSLMP,λ=8,65536,1,904475,13.801193237304688
RSLMP,λ=8,65536,1,943032,14.3895263671875
RSLMP,λ=8,65536,1,829163,12.652023315429688
RSLMP,λ=8,65536,1,863361,13.173843383789062
RSLMP,λ=8,65536,1,871835,13.303146362304688
RSLMP,λ=8,65536,1,1128664,17.2220458984375
RSLMP,λ=8,65536,1,861912,13.1517333984375
RSLMP,λ=8,65536,1,1017396,15.52423095703125
RSLMP,λ=8,65536,1,880564,13.43634033203125
RSLMP,λ=8,65536,1,904809,13.806289672851562
RSLMP,λ=8,65536,1,1000633,15.268447875976562
RSLMP,λ=8,65536,1,977982,14.922821044921875
RSLMP,λ=8,65536,1,1068779,16.308273315429688
RSLMP,λ=8,65536,1,1062416,16.211181640625
RSLMP,λ=8,65536,1,890752,13.591796875
RSLMP,λ=8,65536,1,880440,13.4344482421875
RSLMP,λ=8,65536,1,858276,13.09625244140625
RSLMP,λ=8,65536,1,897041,13.687759399414062
RSLMP,λ=8,65536,1,959796,14.64532470703125
RSLMP,λ=8,65536,1,964654,14.719451904296875
RSLMP,λ=8,65536,1,827003,12.619064331054688
RSLMP,λ=8,65536,1,918520,14.0155029296875
RSLMP,λ=8,65536,1,857704,13.0875244140625
RSLMP,λ=8,65536,1,918765,14.019241333007812
RSLMP,λ=8,65536,1,831565,12.688674926757812
RSLMP,λ=8,65536,1,898552,13.7108154296875
RSLMP,λ=8,65536,1,992210,15.139923095703125
RSLMP,λ=8,65536,1,793800,12.1124267578125
RSLMP,λ=8,65536,1,893766,13.637786865234375
RSLMP,λ=8,65536,1,802342,12.242767333984375
RSLMP,λ=8,65536,1,886795,13.531417846679688
RSLMP,λ=8,65536,1,848742,12.950775146484375
RSLMP,λ=8,65536,1,843287,12.867538452148438
RSLMP,λ=8,65536,1,938402,14.318878173828125
RSLMP,λ=8,65536,1,871095,13.291854858398438
RSLMP,λ=8,65536,1,831877,12.693435668945312
RSLMP,λ=8,65536,1,887619,13.543991088867188
RSLMP,λ=8,65536,1,909884,13.88372802734375
RSDIP,λ=8,65536,1,926488,14.1370849609375
RSDIP,λ=8,65536,1,849891,12.968307495117188
RSDIP,λ=8,65536,1,892029,13.611282348632812
RSDIP,λ=8,65536,1,993901,15.165725708007812
RSDIP,λ=8,65536,1,908052,13.85577392578125
RSDIP,λ=8,65536,1,1016677,15.513259887695312
RSDIP,λ=8,65536,1,914677,13.956863403320312
RSDIP,λ=8,65536,1,875102,13.352996826171875
RSDIP,λ=8,65536,1,914103,13.948104858398438
RSDIP,λ=8,65536,1,981663,14.978988647460938
RSDIP,λ=8,65536,1,939548,14.33636474609375
RSDIP,λ=8,65536,1,872567,13.314315795898438
RSDIP,λ=8,65536,1,974933,14.876296997070312
RSDIP,λ=8,65536,1,1030695,15.727157592773438
RSDIP,λ=8,65536,1,997862,15.226165771484375
RSDIP,λ=8,65536,1,869924,13.27398681640625
RSDIP,λ=8,65536,1,997679,15.223373413085938
RSDIP,λ=8,65536,1,882765,13.469924926757812
RSDIP,λ=8,65536,1,898606,13.711639404296875
RSDIP,λ=8,65536,1,1080909,16.493362426757812
RSDIP,λ=8,65536,1,865467,13.205978393554688
RSDIP,λ=8,65536,1,918636,14.01727294921875
RSDIP,λ=8,65536,1,1077165,16.436233520507812
RSDIP,λ=8,65536,1,947477,14.457351684570312
RSDIP,λ=8,65536,1,887768,13.5462646484375
RSDIP,λ=8,65536,1,956179,14.590133666992188
RSDIP,λ=8,65536,1,859139,13.109420776367188
RSDIP,λ=8,65536,1,1025447,15.647079467773438
RSDIP,λ=8,65536,1,830612,12.67413330078125
RSDIP,λ=8,65536,1,974842,14.874908447265625
RSDIP,λ=8,65536,1,864187,13.186447143554688
RSDIP,λ=8,65536,1,827914,12.632965087890625
RSDIP,λ=8,65536,1,876733,13.377883911132812
RSDIP,λ=8,65536,1,947259,14.454025268554688
RSDIP,λ=8,65536,1,883618,13.482940673828125
RSDIP,λ=8,65536,1,1046154,15.963043212890625
RSDIP,λ=8,65536,1,1026592,15.66455078125
RSDIP,λ=8,65536,1,975308,14.88201904296875
RSDIP,λ=8,65536,1,965010,14.724884033203125
RSDIP,λ=8,65536,1,950266,14.499908447265625
RSDIP,λ=8,65536,1,903395,13.784713745117188
RSDIP,λ=8,65536,1,911162,13.903228759765625
RSDIP,λ=8,65536,1,870484,13.28253173828125
RSDIP,λ=8,65536,1,827376,12.624755859375
RSDIP,λ=8,65536,1,895360,13.662109375
RSDIP,λ=8,65536,1,894154,13.643707275390625
RSDIP,λ=8,65536,1,947911,14.463973999023438
RSDIP,λ=8,65536,1,842481,12.855239868164062
RSDIP,λ=8,65536,1,981402,14.975006103515625
RSDIP,λ=8,65536,1,958095,14.619369506835938
RSDIP,λ=8,65536,1,842398,12.853973388671875
RSDIP,λ=8,65536,1,890020,13.58062744140625
RSDIP,λ=8,65536,1,872856,13.3187255859375
RSDIP,λ=8,65536,1,1032074,15.748199462890625
RSDIP,λ=8,65536,1,1009491,15.403610229492188
RSDIP,λ=8,65536,1,907850,13.852691650390625
RSDIP,λ=8,65536,1,874250,13.339996337890625
RSDIP,λ=8,65536,1,855868,13.05950927734375
RSDIP,λ=8,65536,1,994375,15.172958374023438
RSDIP,λ=8,65536,1,909825,13.882827758789062
RSDIP,λ=8,65536,1,1032705,15.757827758789062
RSDIP,λ=8,65536,1,1020254,15.567840576171875
RSDIP,λ=8,65536,1,943375,14.394760131835938
RSDIP,λ=8,65536,1,952325,14.531326293945312
RSDIP,λ=8,65536,1,807811,12.326217651367188
RSDIP,λ=8,65536,1,860335,13.127670288085938
RSDIP,λ=8,65536,1,915665,13.971939086914062
RSDIP,λ=8,65536,1,959790,14.645233154296875
RSDIP,λ=8,65536,1,903792,13.790771484375
RSDIP,λ=8,65536,1,878253,13.401077270507812
RSDIP,λ=8,65536,1,928934,14.174407958984375
RSDIP,λ=8,65536,1,890947,13.594772338867188
RSDIP,λ=8,65536,1,930341,14.195877075195312
RSDIP,λ=8,65536,1,921446,14.060150146484375
RSDIP,λ=8,65536,1,949057,14.481460571289062
RSDIP,λ=8,65536,1,1171291,17.872482299804688
RSDIP,λ=8,65536,1,897497,13.694717407226562
RSDIP,λ=8,65536,1,1012029,15.442337036132812
RSDIP,λ=8,65536,1,912672,13.92626953125
RSDIP,λ=8,65536,1,895002,13.656646728515625
RSDIP,λ=8,65536,1,888809,13.562149047851562
RSDIP,λ=8,65536,1,838284,12.79119873046875
RSDIP,λ=8,65536,1,1035484,15.80023193359375
RSDIP,λ=8,65536,1,847295,12.928695678710938
RSDIP,λ=8,65536,1,913805,13.943557739257812
RSDIP,λ=8,65536,1,963237,14.697830200195312
RSDIP,λ=8,65536,1,1036067,15.809127807617188
RSDIP,λ=8,65536,1,876483,13.374069213867188
RSDIP,λ=8,65536,1,1014768,15.484130859375
RSDIP,λ=8,65536,1,838084,12.78814697265625
RSDIP,λ=8,65536,1,837220,12.77496337890625
RSDIP,λ=8,65536,1,970161,14.803482055664062
RSDIP,λ=8,65536,1,935156,14.26934814453125
RSDIP,λ=8,65536,1,812017,12.390396118164062
RSDIP,λ=8,65536,1,952966,14.541107177734375
RSDIP,λ=8,65536,1,861497,13.145401000976562
RSDIP,λ=8,65536,1,850116,12.97174072265625
RSDIP,λ=8,65536,1,1050098,16.023223876953125
RSDIP,λ=8,65536,1,909332,13.87530517578125
RSDIP,λ=8,65536,1,991836,15.13421630859375
RRDIP,λ=8,65536,1,750438,11.450775146484375
RRDIP,λ=8,65536,1,794751,12.126937866210938
RRDIP,λ=8,65536,1,696040,10.6207275390625
RRDIP,λ=8,65536,1,783623,11.957138061523438
RRDIP,λ=8,65536,1,712019,10.864547729492188
RRDIP,λ=8,65536,1,732381,11.175247192382812
RRDIP,λ=8,65536,1,798603,12.185714721679688
RRDIP,λ=8,65536,1,756283,11.539962768554688
RRDIP,λ=8,65536,1,735187,11.218063354492188
RRDIP,λ=8,65536,1,806445,12.305374145507812
RRDIP,λ=8,65536,1,659842,10.068389892578125
RRDIP,λ=8,65536,1,668919,10.206893920898438
RRDIP,λ=8,65536,1,764014,11.657928466796875
RRDIP,λ=8,65536,1,788404,12.03009033203125
RRDIP,λ=8,65536,1,646564,9.86578369140625
RRDIP,λ=8,65536,1,816397,12.457229614257812
RRDIP,λ=8,65536,1,676995,10.330123901367188
RRDIP,λ=8,65536,1,709624,10.8280029296875
RRDIP,λ=8,65536,1,720073,10.987442016601562
RRDIP,λ=8,65536,1,700400,10.687255859375
RRDIP,λ=8,65536,1,701062,10.697357177734375
RRDIP,λ=8,65536,1,726596,11.08697509765625
RRDIP,λ=8,65536,1,797027,12.161666870117188
RRDIP,λ=8,65536,1,697803,10.647628784179688
RRDIP,λ=8,65536,1,718312,10.9605712890625
RRDIP,λ=8,65536,1,678362,10.350982666015625
RRDIP,λ=8,65536,1,767588,11.71246337890625
RRDIP,λ=8,65536,1,728884,11.12188720703125
RRDIP,λ=8,65536,1,677228,10.33367919921875
RRDIP,λ=8,65536,1,800296,12.2115478515625
RRDIP,λ=8,65536,1,772576,11.78857421875
RRDIP,λ=8,65536,1,720949,11.000808715820312
RRDIP,λ=8,65536,1,895772,13.66839599609375
RRDIP,λ=8,65536,1,848992,12.95458984375
RRDIP,λ=8,65536,1,746057,11.383926391601562
RRDIP,λ=8,65536,1,679250,10.364532470703125
RRDIP,λ=8,65536,1,850550,12.978363037109375
RRDIP,λ=8,65536,1,719050,10.971832275390625
RRDIP,λ=8,65536,1,757451,11.557785034179688
RRDIP,λ=8,65536,1,757539,11.559127807617188
RRDIP,λ=8,65536,1,675983,10.314682006835938
RRDIP,λ=8,65536,1,911892,13.91436767578125
RRDIP,λ=8,65536,1,853018,13.016021728515625
RRDIP,λ=8,65536,1,780163,11.904342651367188
RRDIP,λ=8,65536,1,757366,11.556488037109375
RRDIP,λ=8,65536,1,720212,10.98956298828125
RRDIP,λ=8,65536,1,759833,11.594131469726562
RRDIP,λ=8,65536,1,843702,12.873870849609375
RRDIP,λ=8,65536,1,726353,11.083267211914062
RRDIP,λ=8,65536,1,842682,12.858306884765625
RRDIP,λ=8,65536,1,743276,11.34149169921875
RRDIP,λ=8,65536,1,724022,11.047698974609375
RRDIP,λ=8,65536,1,776790,11.852874755859375
RRDIP,λ=8,65536,1,735545,11.223526000976562
RRDIP,λ=8,65536,1,732561,11.177993774414062
RRDIP,λ=8,65536,1,730970,11.153717041015625
RRDIP,λ=8,65536,1,784506,11.970611572265625
RRDIP,λ=8,65536,1,680759,10.387557983398438
RRDIP,λ=8,65536,1,805342,12.288543701171875
RRDIP,λ=8,65536,1,755563,11.528976440429688
RRDIP,λ=8,65536,1,679287,10.365097045898438
RRDIP,λ=8,65536,1,741381,11.312576293945312
RRDIP,λ=8,65536,1,684386,10.442901611328125
RRDIP,λ=8,65536,1,659889,10.069107055664062
RRDIP,λ=8,65536,1,748121,11.415420532226562
RRDIP,λ=8,65536,1,704500,10.74981689453125
RRDIP,λ=8,65536,1,669509,10.215896606445312
RRDIP,λ=8,65536,1,786119,11.995223999023438
RRDIP,λ=8,65536,1,743041,11.337905883789062
RRDIP,λ=8,65536,1,797702,12.171966552734375
RRDIP,λ=8,65536,1,817858,12.479522705078125
RRDIP,λ=8,65536,1,779552,11.89501953125
RRDIP,λ=8,65536,1,733361,11.190200805664062
RRDIP,λ=8,65536,1,970544,14.809326171875
RRDIP,λ=8,65536,1,720032,10.98681640625
RRDIP,λ=8,65536,1,695765,10.616531372070312
RRDIP,λ=8,65536,1,690776,10.5404052734375
RRDIP,λ=8,65536,1,690684,10.53900146484375
RRDIP,λ=8,65536,1,806589,12.307571411132812
RRDIP,λ=8,65536,1,743001,11.337295532226562
RRDIP,λ=8,65536,1,731098,11.155670166015625
RRDIP,λ=8,65536,1,728674,11.118682861328125
RRDIP,λ=8,65536,1,780697,11.912490844726562
RRDIP,λ=8,65536,1,707619,10.797409057617188
RRDIP,λ=8,65536,1,862929,13.167251586914062
RRDIP,λ=8,65536,1,674460,10.29144287109375
RRDIP,λ=8,65536,1,839220,12.80548095703125
RRDIP,λ=8,65536,1,707326,10.792938232421875
RRDIP,λ=8,65536,1,860780,13.13446044921875
RRDIP,λ=8,65536,1,774671,11.820541381835938
RRDIP,λ=8,65536,1,728905,11.122207641601562
RRDIP,λ=8,65536,1,773934,11.809295654296875
RRDIP,λ=8,65536,1,819884,12.51043701171875
RRDIP,λ=8,65536,1,763504,11.650146484375
RRDIP,λ=8,65536,1,720145,10.988540649414062
RRDIP,λ=8,65536,1,720827,10.998947143554688
RRDIP,λ=8,65536,1,696190,10.623016357421875
RRDIP,λ=8,65536,1,712122,10.866119384765625
RRDIP,λ=8,65536,1,845046,12.894378662109375
RRDIP,λ=8,65536,1,704538,10.750396728515625
RHDIP,λ=8,65536,1,710609,10.843032836914062
RHDIP,λ=8,65536,1,735055,11.216049194335938
RHDIP,λ=8,65536,1,775208,11.8287353515625
RHDIP,λ=8,65536,1,906751,13.835922241210938
RHDIP,λ=8,65536,1,685529,10.460342407226562
RHDIP,λ=8,65536,1,833796,12.72271728515625
RHDIP,λ=8,65536,1,698904,10.6644287109375
RHDIP,λ=8,65536,1,772770,11.791534423828125
RHDIP,λ=8,65536,1,823777,12.569839477539062
RHDIP,λ=8,65536,1,729411,11.129928588867188
RHDIP,λ=8,65536,1,695278,10.609100341796875
RHDIP,λ=8,65536,1,773381,11.800857543945312
RHDIP,λ=8,65536,1,762335,11.632308959960938
RHDIP,λ=8,65536,1,755924,11.53448486328125
RHDIP,λ=8,65536,1,664375,10.137557983398438
RHDIP,λ=8,65536,1,737758,11.257293701171875
RHDIP,λ=8,65536,1,749866,11.442047119140625
RHDIP,λ=8,65536,1,746972,11.39788818359375
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RHDIP,λ=8,65536,1,698702,10.661346435546875
RHDIP,λ=8,65536,1,777652,11.86602783203125
RHDIP,λ=8,65536,1,744044,11.35321044921875
RHDIP,λ=8,65536,1,760298,11.601226806640625
RHDIP,λ=8,65536,1,815913,12.449844360351562
RHDIP,λ=8,65536,1,733088,11.18603515625
RHDIP,λ=8,65536,1,719532,10.97918701171875
RHDIP,λ=8,65536,1,782536,11.9405517578125
RHDIP,λ=8,65536,1,802939,12.251876831054688
RHDIP,λ=8,65536,1,806963,12.313278198242188
RHDIP,λ=8,65536,1,687609,10.492080688476562
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RHDIP,λ=8,65536,1,749286,11.433197021484375
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RHDIP,λ=8,65536,1,675810,10.312042236328125
RHDIP,λ=8,65536,1,663426,10.123077392578125
RHDIP,λ=8,65536,1,794146,12.117706298828125
RHDIP,λ=8,65536,1,730250,11.142730712890625
RHDIP,λ=8,65536,1,709651,10.828414916992188
RHDIP,λ=8,65536,1,691969,10.558609008789062
RHDIP,λ=8,65536,1,793305,12.104873657226562
RHDIP,λ=8,65536,1,746535,11.391220092773438
RHDIP,λ=8,65536,1,772225,11.783218383789062
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RHDIP,λ=8,65536,1,739442,11.282989501953125
RHDIP,λ=8,65536,1,675739,10.310958862304688
RHDIP,λ=8,65536,1,624264,9.5255126953125
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RHDIP,λ=8,65536,1,693846,10.587249755859375
RHDIP,λ=8,65536,1,809013,12.344558715820312
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RHDIP,λ=8,65536,1,699319,10.670761108398438
RHDIP,λ=8,65536,1,733617,11.194107055664062
RHDIP,λ=8,65536,1,727632,11.102783203125
RHDIP,λ=8,65536,1,703658,10.736968994140625
RHDIP,λ=8,65536,1,691565,10.552444458007812
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RHDIP,λ=8,65536,1,730822,11.151458740234375
RHDIP,λ=8,65536,1,874240,13.33984375
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RHDIP,λ=8,65536,1,973165,14.849319458007812
RHDIP,λ=8,65536,1,685774,10.464080810546875
RHDIP,λ=8,65536,1,779098,11.888092041015625
RHDIP,λ=8,65536,1,711845,10.861892700195312
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RHDIP,λ=8,65536,1,810208,12.36279296875
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RHDIP,λ=8,65536,1,708424,10.8096923828125
RHDIP,λ=8,65536,1,829100,12.65106201171875
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RHDIP,λ=8,65536,1,786602,12.002593994140625
RHDIP,λ=8,65536,1,778065,11.872329711914062
RHDIP,λ=8,65536,1,735320,11.2200927734375
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RHDIP,λ=8,65536,1,688598,10.507171630859375
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RHDIP,λ=8,65536,1,762476,11.63446044921875
RHDIP,λ=8,65536,1,744870,11.365814208984375
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RHDIP,λ=8,65536,1,968009,14.770645141601562
RHDIP,λ=8,65536,1,747423,11.404769897460938
RHDIP,λ=8,65536,1,726607,11.087142944335938
RHDIP,λ=8,65536,1,691529,10.551895141601562
RHDIP,λ=8,65536,1,749245,11.432571411132812
RHDIP,λ=8,65536,1,767559,11.712020874023438
RHDIP,λ=8,65536,1,988819,15.088180541992188
RHDIP,λ=8,65536,1,791298,12.074249267578125
RHDIP,λ=8,65536,1,744777,11.364395141601562
RHDIP,λ=8,65536,1,706243,10.776412963867188
RHDIP,λ=8,65536,1,773599,11.804183959960938
RHLIP,λ=8,65536,1,669388,10.21405029296875
RHLIP,λ=8,65536,1,720730,10.997467041015625
RHLIP,λ=8,65536,1,715500,10.91766357421875
RHLIP,λ=8,65536,1,682708,10.41729736328125
RHLIP,λ=8,65536,1,723855,11.045150756835938
RHLIP,λ=8,65536,1,694892,10.60321044921875
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RHLIP,λ=8,65536,1,714624,10.904296875
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RHLIP,λ=8,65536,1,807784,12.3258056640625
RHLIP,λ=8,65536,1,665387,10.152999877929688
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RHLIP,λ=8,65536,1,721904,11.015380859375
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RHLIP,λ=8,65536,1,720421,10.992752075195312
RHLIP,λ=8,65536,1,691675,10.554122924804688
RHLIP,λ=8,65536,1,811721,12.385879516601562
RHLIP,λ=8,65536,1,740167,11.294052124023438
RHLIP,λ=8,65536,1,985595,15.038986206054688
RHLIP,λ=8,65536,1,686807,10.479843139648438
RHLIP,λ=8,65536,1,700585,10.690078735351562
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RHLIP,λ=8,65536,1,826194,12.606719970703125
RHLIP,λ=8,65536,1,700299,10.685714721679688
RHLIP,λ=8,65536,1,815546,12.444244384765625
RHLIP,λ=8,65536,1,721453,11.008499145507812
RHLIP,λ=8,65536,1,719039,10.971664428710938
RHLIP,λ=8,65536,1,698738,10.661895751953125
RHLIP,λ=8,65536,1,687661,10.492874145507812
RHLIP,λ=8,65536,1,744074,11.353668212890625
RHLIP,λ=8,65536,1,667120,10.179443359375
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RHLIP,λ=8,65536,1,699130,10.667877197265625
RHLIP,λ=8,65536,1,734369,11.205581665039062
RHLIP,λ=8,65536,1,665161,10.149551391601562
RHLIP,λ=8,65536,1,712693,10.874832153320312
RHLIP,λ=8,65536,1,673929,10.283340454101562
RHLIP,λ=8,65536,1,756411,11.541915893554688
RHLIP,λ=8,65536,1,745136,11.369873046875
RHLIP,λ=8,65536,1,655221,9.997879028320312
RHLIP,λ=8,65536,1,788195,12.026901245117188
RHLIP,λ=8,65536,1,664264,10.1358642578125
RHLIP,λ=8,65536,1,769081,11.735244750976562
RHLIP,λ=8,65536,1,712500,10.87188720703125
RHLIP,λ=8,65536,1,705659,10.767501831054688
RHLIP,λ=8,65536,1,723968,11.046875
RHLIP,λ=8,65536,1,679347,10.366012573242188
RHLIP,λ=8,65536,1,699508,10.67364501953125
RHLIP,λ=8,65536,1,705807,10.769760131835938
RHLIP,λ=8,65536,1,749371,11.434494018554688
RHLIP,λ=8,65536,1,698270,10.654754638671875
RHLIP,λ=8,65536,1,750793,11.456192016601562
RHLIP,λ=8,65536,1,783247,11.951400756835938
RHLIP,λ=8,65536,1,795575,12.139511108398438
RHLIP,λ=8,65536,1,665088,10.1484375
RHLIP,λ=8,65536,1,948479,14.472640991210938
RHLIP,λ=8,65536,1,685934,10.466522216796875
RHLIP,λ=8,65536,1,781439,11.923812866210938
RHLIP,λ=8,65536,1,694443,10.596359252929688
RHLIP,λ=8,65536,1,730892,11.15252685546875
RHLIP,λ=8,65536,1,662083,10.102584838867188
RHLIP,λ=8,65536,1,780164,11.90435791015625
RHLIP,λ=8,65536,1,716974,10.940155029296875
RHLIP,λ=8,65536,1,749035,11.429367065429688
RHLIP,λ=8,65536,1,764647,11.667587280273438
RHLIP,λ=8,65536,1,714272,10.89892578125
RHLIP,λ=8,65536,1,790537,12.062637329101562
RHLIP,λ=8,65536,1,845202,12.896759033203125
RHLIP,λ=8,65536,1,690875,10.541915893554688
RHLIP,λ=8,65536,1,722635,11.026535034179688
RHLIP,λ=8,65536,1,679722,10.371734619140625
RHLIP,λ=8,65536,1,722307,11.021530151367188
RHLIP,λ=8,65536,1,735497,11.222793579101562
RHLIP,λ=8,65536,1,705714,10.768341064453125
RHLIP,λ=8,65536,1,775582,11.834442138671875
RHLIP,λ=8,65536,1,779161,11.889053344726562
RHLIP,λ=8,65536,1,690751,10.540023803710938
RHLIP,λ=8,65536,1,717365,10.946121215820312
RHLIP,λ=8,65536,1,736760,11.2420654296875
RHLIP,λ=8,65536,1,741826,11.319366455078125
RHLIP,λ=8,65536,1,702657,10.721694946289062
RHLIP,λ=8,65536,1,673028,10.26959228515625
RHLIP,λ=8,65536,1,789925,12.053298950195312
RHLIP,λ=8,65536,1,686312,10.4722900390625
RHLIP,λ=8,65536,1,753044,11.49053955078125
RHLIP,λ=8,65536,1,698165,10.653152465820312
RHLIP,λ=8,65536,1,711630,10.858612060546875
RHLIP,λ=8,65536,1,779613,11.895950317382812
RHLIP,λ=8,65536,1,713432,10.8861083984375
RHLIP,λ=8,65536,1,730784,11.15087890625
RHLIP,λ=8,65536,1,706840,10.7855224609375
RHLIP,λ=8,65536,1,677514,10.338043212890625
RHLIP,λ=8,65536,1,719549,10.979446411132812
RHLIP,λ=8,65536,1,685537,10.460464477539062
RHLIP,λ=8,65536,1,748829,11.426223754882812
RHLIP,λ=8,65536,1,729994,11.138824462890625
RHLIP,λ=8,65536,1,739052,11.27703857421875
RHLIP,λ=8,65536,1,723461,11.039138793945312
RRLIP,λ=8,65536,1,741061,11.307693481445312
RRLIP,λ=8,65536,1,704586,10.751129150390625
RRLIP,λ=8,65536,1,764997,11.672927856445312
RRLIP,λ=8,65536,1,752932,11.48883056640625
RRLIP,λ=8,65536,1,729750,11.135101318359375
RRLIP,λ=8,65536,1,647626,9.881988525390625
RRLIP,λ=8,65536,1,757433,11.557510375976562
RRLIP,λ=8,65536,1,704458,10.749176025390625
RRLIP,λ=8,65536,1,746188,11.38592529296875
RRLIP,λ=8,65536,1,742170,11.324615478515625
RRLIP,λ=8,65536,1,769629,11.743606567382812
RRLIP,λ=8,65536,1,736762,11.242095947265625
RRLIP,λ=8,65536,1,734450,11.206817626953125
RRLIP,λ=8,65536,1,744206,11.355682373046875
RRLIP,λ=8,65536,1,717974,10.955413818359375
RRLIP,λ=8,65536,1,710070,10.834808349609375
RRLIP,λ=8,65536,1,880906,13.441558837890625
RRLIP,λ=8,65536,1,775188,11.82843017578125
RRLIP,λ=8,65536,1,794112,12.1171875
RRLIP,λ=8,65536,1,660047,10.071517944335938
RRLIP,λ=8,65536,1,757878,11.564300537109375
RRLIP,λ=8,65536,1,733457,11.191665649414062
RRLIP,λ=8,65536,1,682340,10.41168212890625
RRLIP,λ=8,65536,1,691021,10.544143676757812
RRLIP,λ=8,65536,1,809817,12.356826782226562
RRLIP,λ=8,65536,1,721669,11.011795043945312
RRLIP,λ=8,65536,1,714000,10.894775390625
RRLIP,λ=8,65536,1,735585,11.224136352539062
RRLIP,λ=8,65536,1,765600,11.68212890625
RRLIP,λ=8,65536,1,779307,11.891281127929688
RRLIP,λ=8,65536,1,768320,11.7236328125
RRLIP,λ=8,65536,1,729425,11.130142211914062
RRLIP,λ=8,65536,1,735180,11.21795654296875
RRLIP,λ=8,65536,1,696443,10.626876831054688
RRLIP,λ=8,65536,1,744407,11.358749389648438
RRLIP,λ=8,65536,1,750307,11.448776245117188
RRLIP,λ=8,65536,1,708610,10.812530517578125
RRLIP,λ=8,65536,1,662813,10.113723754882812
RRLIP,λ=8,65536,1,678611,10.354782104492188
RRLIP,λ=8,65536,1,788050,12.024688720703125
RRLIP,λ=8,65536,1,698574,10.659393310546875
RRLIP,λ=8,65536,1,716289,10.929702758789062
RRLIP,λ=8,65536,1,706823,10.785263061523438
RRLIP,λ=8,65536,1,681805,10.403518676757812
RRLIP,λ=8,65536,1,755532,11.52850341796875
RRLIP,λ=8,65536,1,721492,11.00909423828125
RRLIP,λ=8,65536,1,800224,12.21044921875
RRLIP,λ=8,65536,1,712425,10.870742797851562
RRLIP,λ=8,65536,1,730480,11.146240234375
RRLIP,λ=8,65536,1,696170,10.622711181640625
RRLIP,λ=8,65536,1,665557,10.155593872070312
RRLIP,λ=8,65536,1,709573,10.827224731445312
RRLIP,λ=8,65536,1,701024,10.69677734375
RRLIP,λ=8,65536,1,739517,11.284133911132812
RRLIP,λ=8,65536,1,726980,11.09283447265625
RRLIP,λ=8,65536,1,761438,11.618621826171875
RRLIP,λ=8,65536,1,687690,10.493316650390625
RRLIP,λ=8,65536,1,690133,10.530593872070312
RRLIP,λ=8,65536,1,717246,10.944305419921875
RRLIP,λ=8,65536,1,703394,10.732940673828125
RRLIP,λ=8,65536,1,747270,11.402435302734375
RRLIP,λ=8,65536,1,763708,11.65325927734375
RRLIP,λ=8,65536,1,695826,10.617462158203125
RRLIP,λ=8,65536,1,770629,11.758865356445312
RRLIP,λ=8,65536,1,873360,13.326416015625
RRLIP,λ=8,65536,1,824249,12.577041625976562
RRLIP,λ=8,65536,1,696037,10.620681762695312
RRLIP,λ=8,65536,1,825097,12.589981079101562
RRLIP,λ=8,65536,1,798920,12.1905517578125
RRLIP,λ=8,65536,1,721688,11.0120849609375
RRLIP,λ=8,65536,1,777928,11.8702392578125
RRLIP,λ=8,65536,1,691724,10.55487060546875
RRLIP,λ=8,65536,1,726526,11.085906982421875
RRLIP,λ=8,65536,1,698121,10.652481079101562
RRLIP,λ=8,65536,1,735088,11.216552734375
RRLIP,λ=8,65536,1,768470,11.725921630859375
RRLIP,λ=8,65536,1,690112,10.5302734375
RRLIP,λ=8,65536,1,689668,10.52349853515625
RRLIP,λ=8,65536,1,797835,12.173995971679688
RRLIP,λ=8,65536,1,694328,10.5946044921875
RRLIP,λ=8,65536,1,759941,11.595779418945312
RRLIP,λ=8,65536,1,693855,10.587387084960938
RRLIP,λ=8,65536,1,691195,10.546798706054688
RRLIP,λ=8,65536,1,747648,11.408203125
RRLIP,λ=8,65536,1,671304,10.2432861328125
RRLIP,λ=8,65536,1,813330,12.410430908203125
RRLIP,λ=8,65536,1,660802,10.083038330078125
RRLIP,λ=8,65536,1,708839,10.816024780273438
RRLIP,λ=8,65536,1,683861,10.434890747070312
RRLIP,λ=8,65536,1,698569,10.659317016601562
RRLIP,λ=8,65536,1,727619,11.102584838867188
RRLIP,λ=8,65536,1,766491,11.695724487304688
RRLIP,λ=8,65536,1,720935,11.000595092773438
RRLIP,λ=8,65536,1,647861,9.885574340820312
RRLIP,λ=8,65536,1,718143,10.957992553710938
RRLIP,λ=8,65536,1,785428,11.98468017578125
RRLIP,λ=8,65536,1,657841,10.037857055664062
RRLIP,λ=8,65536,1,719519,10.978988647460938
RRLIP,λ=8,65536,1,737502,11.253387451171875
RRLIP,λ=8,65536,1,700754,10.692657470703125
RSLIP,λ=8,65536,1,956320,14.59228515625
RSLIP,λ=8,65536,1,981628,14.97845458984375
RSLIP,λ=8,65536,1,863541,13.176589965820312
RSLIP,λ=8,65536,1,1029861,15.714431762695312
RSLIP,λ=8,65536,1,1077059,16.434616088867188
RSLIP,λ=8,65536,1,1089993,16.631973266601562
RSLIP,λ=8,65536,1,936020,14.28253173828125
RSLIP,λ=8,65536,1,965647,14.734603881835938
RSLIP,λ=8,65536,1,969162,14.788238525390625
RSLIP,λ=8,65536,1,960687,14.658920288085938
RSLIP,λ=8,65536,1,937553,14.305923461914062
RSLIP,λ=8,65536,1,934896,14.265380859375
RSLIP,λ=8,65536,1,1062993,16.219985961914062
RSLIP,λ=8,65536,1,936451,14.289108276367188
RSLIP,λ=8,65536,1,1360453,20.758865356445312
RSLIP,λ=8,65536,1,886586,13.528228759765625
RSLIP,λ=8,65536,1,971820,14.82879638671875
RSLIP,λ=8,65536,1,874285,13.340530395507812
RSLIP,λ=8,65536,1,943249,14.392837524414062
RSLIP,λ=8,65536,1,1120675,17.100143432617188
RSLIP,λ=8,65536,1,1106539,16.884445190429688
RSLIP,λ=8,65536,1,931084,14.20721435546875
RSLIP,λ=8,65536,1,972282,14.835845947265625
RSLIP,λ=8,65536,1,930012,14.19085693359375
RSLIP,λ=8,65536,1,1010457,15.418350219726562
RSLIP,λ=8,65536,1,1047728,15.987060546875
RSLIP,λ=8,65536,1,1026751,15.666976928710938
RSLIP,λ=8,65536,1,902932,13.77764892578125
RSLIP,λ=8,65536,1,949756,14.49212646484375
RSLIP,λ=8,65536,1,936342,14.287445068359375
RSLIP,λ=8,65536,1,983689,15.009902954101562
RSLIP,λ=8,65536,1,998747,15.239669799804688
RSLIP,λ=8,65536,1,879619,13.421920776367188
RSLIP,λ=8,65536,1,963055,14.695053100585938
RSLIP,λ=8,65536,1,1136250,17.337799072265625
RSLIP,λ=8,65536,1,899606,13.726898193359375
RSLIP,λ=8,65536,1,905249,13.813003540039062
RSLIP,λ=8,65536,1,927848,14.1578369140625
RSLIP,λ=8,65536,1,906499,13.832077026367188
RSLIP,λ=8,65536,1,1025574,15.649017333984375
RSLIP,λ=8,65536,1,1063372,16.22576904296875
RSLIP,λ=8,65536,1,924969,14.113906860351562
RSLIP,λ=8,65536,1,1033258,15.766265869140625
RSLIP,λ=8,65536,1,1189771,18.154464721679688
RSLIP,λ=8,65536,1,893075,13.627243041992188
RSLIP,λ=8,65536,1,912856,13.9290771484375
RSLIP,λ=8,65536,1,964335,14.714584350585938
RSLIP,λ=8,65536,1,843437,12.869827270507812
RSLIP,λ=8,65536,1,987339,15.065597534179688
RSLIP,λ=8,65536,1,1079251,16.468063354492188
RSLIP,λ=8,65536,1,964154,14.711822509765625
RSLIP,λ=8,65536,1,954891,14.570480346679688
RSLIP,λ=8,65536,1,954989,14.571975708007812
RSLIP,λ=8,65536,1,1018611,15.542770385742188
RSLIP,λ=8,65536,1,1038971,15.853439331054688
RSLIP,λ=8,65536,1,1041451,15.891281127929688
RSLIP,λ=8,65536,1,1047336,15.9810791015625
RSLIP,λ=8,65536,1,1009180,15.39886474609375
RSLIP,λ=8,65536,1,866427,13.220626831054688
RSLIP,λ=8,65536,1,1039149,15.856155395507812
RSLIP,λ=8,65536,1,940067,14.344284057617188
RSLIP,λ=8,65536,1,901363,13.753707885742188
RSLIP,λ=8,65536,1,1118188,17.06219482421875
RSLIP,λ=8,65536,1,913109,13.932937622070312
RSLIP,λ=8,65536,1,870987,13.290206909179688
RSLIP,λ=8,65536,1,906042,13.825103759765625
RSLIP,λ=8,65536,1,936344,14.2874755859375
RSLIP,λ=8,65536,1,1022727,15.605575561523438
RSLIP,λ=8,65536,1,1005175,15.337753295898438
RSLIP,λ=8,65536,1,1136255,17.337875366210938
RSLIP,λ=8,65536,1,859049,13.108047485351562
RSLIP,λ=8,65536,1,986814,15.057586669921875
RSLIP,λ=8,65536,1,868442,13.251373291015625
RSLIP,λ=8,65536,1,870789,13.287185668945312
RSLIP,λ=8,65536,1,948919,14.479354858398438
RSLIP,λ=8,65536,1,929133,14.177444458007812
RSLIP,λ=8,65536,1,1150628,17.55718994140625
RSLIP,λ=8,65536,1,968944,14.784912109375
RSLIP,λ=8,65536,1,942856,14.3868408203125
RSLIP,λ=8,65536,1,1027211,15.673995971679688
RSLIP,λ=8,65536,1,1015596,15.49676513671875
RSLIP,λ=8,65536,1,929924,14.18951416015625
RSLIP,λ=8,65536,1,1174375,17.919540405273438
RSLIP,λ=8,65536,1,989323,15.095870971679688
RSLIP,λ=8,65536,1,825898,12.602203369140625
RSLIP,λ=8,65536,1,962048,14.6796875
RSLIP,λ=8,65536,1,962830,14.691619873046875
RSLIP,λ=8,65536,1,1029426,15.707794189453125
RSLIP,λ=8,65536,1,867382,13.235198974609375
RSLIP,λ=8,65536,1,892092,13.61224365234375
RSLIP,λ=8,65536,1,944438,14.410980224609375
RSLIP,λ=8,65536,1,904747,13.805343627929688
RSLIP,λ=8,65536,1,1138937,17.378799438476562
RSLIP,λ=8,65536,1,921071,14.054428100585938
RSLIP,λ=8,65536,1,1049578,16.015289306640625
RSLIP,λ=8,65536,1,985078,15.031097412109375
RSLIP,λ=8,65536,1,944664,14.4144287109375
RSLIP,λ=8,65536,1,1055027,16.098434448242188
RSLIP,λ=8,65536,1,867291,13.233810424804688
RSLIP,λ=8,65536,1,1019305,15.553359985351562
RSDCD,λ=8,65536,1,874383,13.342025756835938
RSDCD,λ=8,65536,1,814719,12.431625366210938
RSDCD,λ=8,65536,1,805288,12.2877197265625
RSDCD,λ=8,65536,1,840628,12.82696533203125
RSDCD,λ=8,65536,1,940983,14.358261108398438
RSDCD,λ=8,65536,1,910232,13.8890380859375
RSDCD,λ=8,65536,1,749592,11.4378662109375
RSDCD,λ=8,65536,1,813231,12.408920288085938
RSDCD,λ=8,65536,1,885764,13.51568603515625
RSDCD,λ=8,65536,1,775753,11.837051391601562
RSDCD,λ=8,65536,1,799546,12.200103759765625
RSDCD,λ=8,65536,1,852739,13.011764526367188
RSDCD,λ=8,65536,1,762172,11.62982177734375
RSDCD,λ=8,65536,1,837915,12.785568237304688
RSDCD,λ=8,65536,1,811550,12.383270263671875
RSDCD,λ=8,65536,1,909855,13.883285522460938
RSDCD,λ=8,65536,1,814837,12.433425903320312
RSDCD,λ=8,65536,1,828819,12.646774291992188
RSDCD,λ=8,65536,1,992736,15.14794921875
RSDCD,λ=8,65536,1,785818,11.990631103515625
RSDCD,λ=8,65536,1,823237,12.561599731445312
RSDCD,λ=8,65536,1,813702,12.416107177734375
RSDCD,λ=8,65536,1,804331,12.273117065429688
RSDCD,λ=8,65536,1,825251,12.592330932617188
RSDCD,λ=8,65536,1,830099,12.666305541992188
RSDCD,λ=8,65536,1,1006246,15.354095458984375
RSDCD,λ=8,65536,1,783407,11.953842163085938
RSDCD,λ=8,65536,1,919302,14.027435302734375
RSDCD,λ=8,65536,1,908590,13.863983154296875
RSDCD,λ=8,65536,1,828780,12.64617919921875
RSDCD,λ=8,65536,1,838823,12.799423217773438
RSDCD,λ=8,65536,1,785201,11.981216430664062
RSDCD,λ=8,65536,1,801618,12.231719970703125
RSDCD,λ=8,65536,1,1204278,18.375823974609375
RSDCD,λ=8,65536,1,991969,15.136245727539062
RSDCD,λ=8,65536,1,849712,12.965576171875
RSDCD,λ=8,65536,1,924456,14.1060791015625
RSDCD,λ=8,65536,1,914162,13.949005126953125
RSDCD,λ=8,65536,1,909792,13.88232421875
RSDCD,λ=8,65536,1,806848,12.3115234375
RSDCD,λ=8,65536,1,931468,14.21307373046875
RSDCD,λ=8,65536,1,778732,11.88250732421875
RSDCD,λ=8,65536,1,820012,12.51239013671875
RSDCD,λ=8,65536,1,840157,12.819778442382812
RSDCD,λ=8,65536,1,795016,12.1309814453125
RSDCD,λ=8,65536,1,786353,11.998794555664062
RSDCD,λ=8,65536,1,779091,11.887985229492188
RSDCD,λ=8,65536,1,844793,12.890518188476562
RSDCD,λ=8,65536,1,957786,14.614654541015625
RSDCD,λ=8,65536,1,799739,12.203048706054688
RSDCD,λ=8,65536,1,819780,12.50885009765625
RSDCD,λ=8,65536,1,741361,11.312271118164062
RSDCD,λ=8,65536,1,807760,12.325439453125
RSDCD,λ=8,65536,1,955322,14.577056884765625
RSDCD,λ=8,65536,1,947791,14.462142944335938
RSDCD,λ=8,65536,1,1053423,16.073959350585938
RSDCD,λ=8,65536,1,847277,12.928421020507812
RSDCD,λ=8,65536,1,879711,13.423324584960938
RSDCD,λ=8,65536,1,937006,14.297576904296875
RSDCD,λ=8,65536,1,713275,10.883712768554688
RSDCD,λ=8,65536,1,990476,15.11346435546875
RSDCD,λ=8,65536,1,900048,13.733642578125
RSDCD,λ=8,65536,1,934988,14.26678466796875
RSDCD,λ=8,65536,1,812940,12.40447998046875
RSDCD,λ=8,65536,1,831784,12.6920166015625
RSDCD,λ=8,65536,1,859065,13.108291625976562
RSDCD,λ=8,65536,1,1010810,15.423736572265625
RSDCD,λ=8,65536,1,892965,13.625564575195312
RSDCD,λ=8,65536,1,828977,12.649185180664062
RSDCD,λ=8,65536,1,829231,12.653060913085938
RSDCD,λ=8,65536,1,890277,13.584548950195312
RSDCD,λ=8,65536,1,802463,12.244613647460938
RSDCD,λ=8,65536,1,807819,12.326339721679688
RSDCD,λ=8,65536,1,825860,12.60162353515625
RSDCD,λ=8,65536,1,870498,13.282745361328125
RSDCD,λ=8,65536,1,919157,14.025222778320312
RSDCD,λ=8,65536,1,956944,14.601806640625
RSDCD,λ=8,65536,1,812545,12.398452758789062
RSDCD,λ=8,65536,1,757033,11.551406860351562
RSDCD,λ=8,65536,1,819956,12.51153564453125
RSDCD,λ=8,65536,1,864031,13.184066772460938
RSDCD,λ=8,65536,1,1001042,15.274688720703125
RSDCD,λ=8,65536,1,1104866,16.858917236328125
RSDCD,λ=8,65536,1,839864,12.8153076171875
RSDCD,λ=8,65536,1,893900,13.63983154296875
RSDCD,λ=8,65536,1,913433,13.937881469726562
RSDCD,λ=8,65536,1,915036,13.96234130859375
RSDCD,λ=8,65536,1,816632,12.4608154296875
RSDCD,λ=8,65536,1,906091,13.825851440429688
RSDCD,λ=8,65536,1,907794,13.851837158203125
RSDCD,λ=8,65536,1,766738,11.699493408203125
RSDCD,λ=8,65536,1,809972,12.35919189453125
RSDCD,λ=8,65536,1,843601,12.872329711914062
RSDCD,λ=8,65536,1,847442,12.930938720703125
RSDCD,λ=8,65536,1,827134,12.621063232421875
RSDCD,λ=8,65536,1,842575,12.856674194335938
RSDCD,λ=8,65536,1,845881,12.907119750976562
RSDCD,λ=8,65536,1,838807,12.799179077148438
RSDCD,λ=8,65536,1,842063,12.848861694335938
RSDCD,λ=8,65536,1,843936,12.87744140625
RRDCD,λ=8,65536,1,607048,9.2628173828125
RRDCD,λ=8,65536,1,749822,11.441375732421875
RRDCD,λ=8,65536,1,590590,9.011688232421875
RRDCD,λ=8,65536,1,657026,10.025421142578125
RRDCD,λ=8,65536,1,601363,9.176071166992188
RRDCD,λ=8,65536,1,699825,10.678482055664062
RRDCD,λ=8,65536,1,541729,8.266128540039062
RRDCD,λ=8,65536,1,550524,8.40032958984375
RRDCD,λ=8,65536,1,632611,9.652877807617188
RRDCD,λ=8,65536,1,654804,9.99151611328125
RRDCD,λ=8,65536,1,607805,9.274368286132812
RRDCD,λ=8,65536,1,608160,9.27978515625
RRDCD,λ=8,65536,1,601353,9.175918579101562
RRDCD,λ=8,65536,1,578210,8.822784423828125
RRDCD,λ=8,65536,1,601109,9.172195434570312
RRDCD,λ=8,65536,1,656541,10.018020629882812
RRDCD,λ=8,65536,1,594250,9.067535400390625
RRDCD,λ=8,65536,1,596801,9.106460571289062
RRDCD,λ=8,65536,1,570050,8.698272705078125
RRDCD,λ=8,65536,1,659993,10.070693969726562
RRDCD,λ=8,65536,1,631603,9.637496948242188
RRDCD,λ=8,65536,1,592669,9.043411254882812
RRDCD,λ=8,65536,1,707477,10.795242309570312
RRDCD,λ=8,65536,1,621112,9.4774169921875
RRDCD,λ=8,65536,1,586158,8.944061279296875
RRDCD,λ=8,65536,1,555891,8.482223510742188
RRDCD,λ=8,65536,1,572616,8.7374267578125
RRDCD,λ=8,65536,1,603045,9.201736450195312
RRDCD,λ=8,65536,1,617056,9.41552734375
RRDCD,λ=8,65536,1,738415,11.267318725585938
RRDCD,λ=8,65536,1,662784,10.11328125
RRDCD,λ=8,65536,1,579645,8.844680786132812
RRDCD,λ=8,65536,1,729192,11.1265869140625
RRDCD,λ=8,65536,1,667115,10.179367065429688
RRDCD,λ=8,65536,1,641964,9.79559326171875
RRDCD,λ=8,65536,1,601514,9.178375244140625
RRDCD,λ=8,65536,1,622728,9.5020751953125
RRDCD,λ=8,65536,1,579399,8.840927124023438
RRDCD,λ=8,65536,1,614047,9.369613647460938
RRDCD,λ=8,65536,1,568161,8.669448852539062
RRDCD,λ=8,65536,1,617710,9.425506591796875
RRDCD,λ=8,65536,1,602230,9.189300537109375
RRDCD,λ=8,65536,1,567338,8.656890869140625
RRDCD,λ=8,65536,1,640476,9.77288818359375
RRDCD,λ=8,65536,1,588496,8.979736328125
RRDCD,λ=8,65536,1,803307,12.257492065429688
RRDCD,λ=8,65536,1,627962,9.581939697265625
RRDCD,λ=8,65536,1,647014,9.872650146484375
RRDCD,λ=8,65536,1,696141,10.622268676757812
RRDCD,λ=8,65536,1,634634,9.683746337890625
RRDCD,λ=8,65536,1,701468,10.70355224609375
RRDCD,λ=8,65536,1,574554,8.766998291015625
RRDCD,λ=8,65536,1,637105,9.721450805664062
RRDCD,λ=8,65536,1,583472,8.903076171875
RRDCD,λ=8,65536,1,618626,9.439483642578125
RRDCD,λ=8,65536,1,620440,9.4671630859375
RRDCD,λ=8,65536,1,568093,8.668411254882812
RRDCD,λ=8,65536,1,666940,10.17669677734375
RRDCD,λ=8,65536,1,633501,9.666458129882812
RRDCD,λ=8,65536,1,633788,9.67083740234375
RRDCD,λ=8,65536,1,665698,10.157745361328125
RRDCD,λ=8,65536,1,687156,10.48516845703125
RRDCD,λ=8,65536,1,578363,8.825119018554688
RRDCD,λ=8,65536,1,592421,9.039627075195312
RRDCD,λ=8,65536,1,555004,8.46868896484375
RRDCD,λ=8,65536,1,621334,9.480804443359375
RRDCD,λ=8,65536,1,573481,8.750625610351562
RRDCD,λ=8,65536,1,635052,9.69012451171875
RRDCD,λ=8,65536,1,598673,9.135025024414062
RRDCD,λ=8,65536,1,615566,9.392791748046875
RRDCD,λ=8,65536,1,580542,8.858367919921875
RRDCD,λ=8,65536,1,618693,9.440505981445312
RRDCD,λ=8,65536,1,647398,9.878509521484375
RRDCD,λ=8,65536,1,604639,9.226058959960938
RRDCD,λ=8,65536,1,587419,8.963302612304688
RRDCD,λ=8,65536,1,611715,9.334030151367188
RRDCD,λ=8,65536,1,583633,8.905532836914062
RRDCD,λ=8,65536,1,611618,9.332550048828125
RRDCD,λ=8,65536,1,573945,8.757705688476562
RRDCD,λ=8,65536,1,631346,9.633575439453125
RRDCD,λ=8,65536,1,661977,10.100967407226562
RRDCD,λ=8,65536,1,673027,10.269577026367188
RRDCD,λ=8,65536,1,645258,9.845855712890625
RRDCD,λ=8,65536,1,691137,10.545913696289062
RRDCD,λ=8,65536,1,631388,9.63421630859375
RRDCD,λ=8,65536,1,596032,9.0947265625
RRDCD,λ=8,65536,1,618489,9.437393188476562
RRDCD,λ=8,65536,1,643956,9.82598876953125
RRDCD,λ=8,65536,1,601581,9.179397583007812
RRDCD,λ=8,65536,1,589533,8.995559692382812
RRDCD,λ=8,65536,1,556429,8.490432739257812
RRDCD,λ=8,65536,1,601868,9.18377685546875
RRDCD,λ=8,65536,1,624100,9.52301025390625
RRDCD,λ=8,65536,1,609497,9.300186157226562
RRDCD,λ=8,65536,1,603562,9.209625244140625
RRDCD,λ=8,65536,1,674052,10.28521728515625
RRDCD,λ=8,65536,1,588513,8.979995727539062
RRDCD,λ=8,65536,1,710429,10.840286254882812
RRDCD,λ=8,65536,1,666059,10.163253784179688
RRDCD,λ=8,65536,1,580964,8.86480712890625
RHDCD,λ=8,65536,1,564845,8.618850708007812
RHDCD,λ=8,65536,1,593739,9.059738159179688
RHDCD,λ=8,65536,1,615457,9.391128540039062
RHDCD,λ=8,65536,1,599044,9.14068603515625
RHDCD,λ=8,65536,1,626081,9.553237915039062
RHDCD,λ=8,65536,1,590628,9.01226806640625
RHDCD,λ=8,65536,1,603345,9.206314086914062
RHDCD,λ=8,65536,1,726794,11.089996337890625
RHDCD,λ=8,65536,1,758511,11.573959350585938
RHDCD,λ=8,65536,1,594662,9.073822021484375
RHDCD,λ=8,65536,1,576504,8.7967529296875
RHDCD,λ=8,65536,1,690529,10.536636352539062
RHDCD,λ=8,65536,1,640421,9.772048950195312
RHDCD,λ=8,65536,1,652010,9.948883056640625
RHDCD,λ=8,65536,1,621230,9.479217529296875
RHDCD,λ=8,65536,1,606877,9.260208129882812
RHDCD,λ=8,65536,1,569167,8.684799194335938
RHDCD,λ=8,65536,1,600446,9.162078857421875
RHDCD,λ=8,65536,1,652915,9.962692260742188
RHDCD,λ=8,65536,1,617062,9.415618896484375
RHDCD,λ=8,65536,1,602054,9.186614990234375
RHDCD,λ=8,65536,1,663391,10.122543334960938
RHDCD,λ=8,65536,1,626414,9.558319091796875
RHDCD,λ=8,65536,1,581780,8.87725830078125
RHDCD,λ=8,65536,1,660884,10.08428955078125
RHDCD,λ=8,65536,1,669501,10.215774536132812
RHDCD,λ=8,65536,1,629328,9.602783203125
RHDCD,λ=8,65536,1,597031,9.109970092773438
RHDCD,λ=8,65536,1,604239,9.219955444335938
RHDCD,λ=8,65536,1,609573,9.301345825195312
RHDCD,λ=8,65536,1,628339,9.587692260742188
RHDCD,λ=8,65536,1,593819,9.060958862304688
RHDCD,λ=8,65536,1,645872,9.855224609375
RHDCD,λ=8,65536,1,594510,9.071502685546875
RHDCD,λ=8,65536,1,607758,9.273651123046875
RHDCD,λ=8,65536,1,613903,9.367416381835938
RHDCD,λ=8,65536,1,613066,9.354644775390625
RHDCD,λ=8,65536,1,613331,9.358688354492188
RHDCD,λ=8,65536,1,606802,9.259063720703125
RHDCD,λ=8,65536,1,598241,9.128433227539062
RHDCD,λ=8,65536,1,566301,8.641067504882812
RHDCD,λ=8,65536,1,607748,9.27349853515625
RHDCD,λ=8,65536,1,663789,10.128616333007812
RHDCD,λ=8,65536,1,572938,8.742340087890625
RHDCD,λ=8,65536,1,631255,9.632186889648438
RHDCD,λ=8,65536,1,640115,9.767379760742188
RHDCD,λ=8,65536,1,687142,10.484954833984375
RHDCD,λ=8,65536,1,767382,11.709320068359375
RHDCD,λ=8,65536,1,586253,8.945510864257812
RHDCD,λ=8,65536,1,584148,8.91339111328125
RHDCD,λ=8,65536,1,567708,8.66253662109375
RHDCD,λ=8,65536,1,628190,9.585418701171875
RHDCD,λ=8,65536,1,675651,10.309616088867188
RHDCD,λ=8,65536,1,738626,11.270538330078125
RHDCD,λ=8,65536,1,667215,10.180892944335938
RHDCD,λ=8,65536,1,786253,11.997268676757812
RHDCD,λ=8,65536,1,615692,9.39471435546875
RHDCD,λ=8,65536,1,580289,8.854507446289062
RHDCD,λ=8,65536,1,601227,9.173995971679688
RHDCD,λ=8,65536,1,630384,9.618896484375
RHDCD,λ=8,65536,1,581848,8.8782958984375
RHDCD,λ=8,65536,1,671169,10.241226196289062
RHDCD,λ=8,65536,1,584074,8.912261962890625
RHDCD,λ=8,65536,1,589474,8.994659423828125
RHDCD,λ=8,65536,1,567186,8.654571533203125
RHDCD,λ=8,65536,1,606032,9.247314453125
RHDCD,λ=8,65536,1,660751,10.082260131835938
RHDCD,λ=8,65536,1,571618,8.722198486328125
RHDCD,λ=8,65536,1,638419,9.741500854492188
RHDCD,λ=8,65536,1,701515,10.704269409179688
RHDCD,λ=8,65536,1,647114,9.874176025390625
RHDCD,λ=8,65536,1,627061,9.568191528320312
RHDCD,λ=8,65536,1,596572,9.10296630859375
RHDCD,λ=8,65536,1,704816,10.754638671875
RHDCD,λ=8,65536,1,609722,9.303619384765625
RHDCD,λ=8,65536,1,693042,10.574981689453125
RHDCD,λ=8,65536,1,609510,9.300384521484375
RHDCD,λ=8,65536,1,660615,10.080184936523438
RHDCD,λ=8,65536,1,606674,9.257110595703125
RHDCD,λ=8,65536,1,644139,9.828781127929688
RHDCD,λ=8,65536,1,612596,9.34747314453125
RHDCD,λ=8,65536,1,594316,9.06854248046875
RHDCD,λ=8,65536,1,607515,9.269943237304688
RHDCD,λ=8,65536,1,585566,8.935028076171875
RHDCD,λ=8,65536,1,610483,9.315231323242188
RHDCD,λ=8,65536,1,571153,8.715103149414062
RHDCD,λ=8,65536,1,568477,8.674270629882812
RHDCD,λ=8,65536,1,641557,9.789382934570312
RHDCD,λ=8,65536,1,716677,10.935623168945312
RHDCD,λ=8,65536,1,635968,9.7041015625
RHDCD,λ=8,65536,1,607756,9.27362060546875
RHDCD,λ=8,65536,1,580918,8.864105224609375
RHDCD,λ=8,65536,1,623961,9.520889282226562
RHDCD,λ=8,65536,1,617266,9.418731689453125
RHDCD,λ=8,65536,1,574285,8.762893676757812
RHDCD,λ=8,65536,1,648905,9.901504516601562
RHDCD,λ=8,65536,1,717458,10.947540283203125
RHDCD,λ=8,65536,1,621250,9.479522705078125
RHDCD,λ=8,65536,1,595013,9.079177856445312
RHDCD,λ=8,65536,1,639671,9.760604858398438
RHLCD,λ=8,65536,1,648158,9.890106201171875
RHLCD,λ=8,65536,1,612793,9.350479125976562
RHLCD,λ=8,65536,1,575284,8.77813720703125
RHLCD,λ=8,65536,1,602320,9.190673828125
RHLCD,λ=8,65536,1,666951,10.176864624023438
RHLCD,λ=8,65536,1,609213,9.295852661132812
RHLCD,λ=8,65536,1,639522,9.758331298828125
RHLCD,λ=8,65536,1,730259,11.142868041992188
RHLCD,λ=8,65536,1,629556,9.60626220703125
RHLCD,λ=8,65536,1,630204,9.61614990234375
RHLCD,λ=8,65536,1,697891,10.648971557617188
RHLCD,λ=8,65536,1,676116,10.31671142578125
RHLCD,λ=8,65536,1,692037,10.559646606445312
RHLCD,λ=8,65536,1,739836,11.28900146484375
RHLCD,λ=8,65536,1,647244,9.87615966796875
RHLCD,λ=8,65536,1,665343,10.152328491210938
RHLCD,λ=8,65536,1,642875,9.809494018554688
RHLCD,λ=8,65536,1,574706,8.769317626953125
RHLCD,λ=8,65536,1,686285,10.471878051757812
RHLCD,λ=8,65536,1,627948,9.58172607421875
RHLCD,λ=8,65536,1,706505,10.780410766601562
RHLCD,λ=8,65536,1,608719,9.288314819335938
RHLCD,λ=8,65536,1,605093,9.232986450195312
RHLCD,λ=8,65536,1,624281,9.525772094726562
RHLCD,λ=8,65536,1,577591,8.813339233398438
RHLCD,λ=8,65536,1,698711,10.661483764648438
RHLCD,λ=8,65536,1,698195,10.653610229492188
RHLCD,λ=8,65536,1,589183,8.990219116210938
RHLCD,λ=8,65536,1,611706,9.333892822265625
RHLCD,λ=8,65536,1,706852,10.78570556640625
RHLCD,λ=8,65536,1,663264,10.12060546875
RHLCD,λ=8,65536,1,616863,9.412582397460938
RHLCD,λ=8,65536,1,578310,8.824310302734375
RHLCD,λ=8,65536,1,599653,9.149978637695312
RHLCD,λ=8,65536,1,624955,9.536056518554688
RHLCD,λ=8,65536,1,619382,9.451019287109375
RHLCD,λ=8,65536,1,636554,9.713043212890625
RHLCD,λ=8,65536,1,620041,9.461074829101562
RHLCD,λ=8,65536,1,709564,10.82708740234375
RHLCD,λ=8,65536,1,656115,10.011520385742188
RHLCD,λ=8,65536,1,706983,10.787704467773438
RHLCD,λ=8,65536,1,632860,9.65667724609375
RHLCD,λ=8,65536,1,660057,10.071670532226562
RHLCD,λ=8,65536,1,574533,8.766677856445312
RHLCD,λ=8,65536,1,615342,9.389373779296875
RHLCD,λ=8,65536,1,736305,11.235122680664062
RHLCD,λ=8,65536,1,574650,8.768463134765625
RHLCD,λ=8,65536,1,666557,10.170852661132812
RHLCD,λ=8,65536,1,622487,9.498397827148438
RHLCD,λ=8,65536,1,662269,10.105422973632812
RHLCD,λ=8,65536,1,611355,9.328536987304688
RHLCD,λ=8,65536,1,622482,9.498321533203125
RHLCD,λ=8,65536,1,614313,9.373672485351562
RHLCD,λ=8,65536,1,654017,9.979507446289062
RHLCD,λ=8,65536,1,594816,9.076171875
RHLCD,λ=8,65536,1,686691,10.478073120117188
RHLCD,λ=8,65536,1,624858,9.534576416015625
RHLCD,λ=8,65536,1,618405,9.436111450195312
RHLCD,λ=8,65536,1,747945,11.412734985351562
RHLCD,λ=8,65536,1,620132,9.46246337890625
RHLCD,λ=8,65536,1,708064,10.80419921875
RHLCD,λ=8,65536,1,706111,10.774398803710938
RHLCD,λ=8,65536,1,575198,8.776824951171875
RHLCD,λ=8,65536,1,691357,10.549270629882812
RHLCD,λ=8,65536,1,629280,9.60205078125
RHLCD,λ=8,65536,1,689693,10.523880004882812
RHLCD,λ=8,65536,1,730450,11.145782470703125
RHLCD,λ=8,65536,1,691632,10.553466796875
RHLCD,λ=8,65536,1,629859,9.610885620117188
RHLCD,λ=8,65536,1,593476,9.05572509765625
RHLCD,λ=8,65536,1,632703,9.654281616210938
RHLCD,λ=8,65536,1,597795,9.121627807617188
RHLCD,λ=8,65536,1,658523,10.048263549804688
RHLCD,λ=8,65536,1,658244,10.04400634765625
RHLCD,λ=8,65536,1,608229,9.280838012695312
RHLCD,λ=8,65536,1,744960,11.3671875
RHLCD,λ=8,65536,1,626101,9.553543090820312
RHLCD,λ=8,65536,1,570014,8.697723388671875
RHLCD,λ=8,65536,1,687544,10.4910888671875
RHLCD,λ=8,65536,1,616579,9.408248901367188
RHLCD,λ=8,65536,1,597270,9.113616943359375
RHLCD,λ=8,65536,1,735231,11.218734741210938
RHLCD,λ=8,65536,1,613719,9.364608764648438
RHLCD,λ=8,65536,1,613831,9.366317749023438
RHLCD,λ=8,65536,1,629844,9.61065673828125
RHLCD,λ=8,65536,1,666303,10.166976928710938
RHLCD,λ=8,65536,1,617263,9.418685913085938
RHLCD,λ=8,65536,1,609095,9.294052124023438
RHLCD,λ=8,65536,1,618620,9.43939208984375
RHLCD,λ=8,65536,1,618350,9.435272216796875
RHLCD,λ=8,65536,1,605680,9.241943359375
RHLCD,λ=8,65536,1,706816,10.78515625
RHLCD,λ=8,65536,1,655800,10.0067138671875
RHLCD,λ=8,65536,1,577234,8.807891845703125
RHLCD,λ=8,65536,1,639568,9.759033203125
RHLCD,λ=8,65536,1,654485,9.986648559570312
RHLCD,λ=8,65536,1,600760,9.1668701171875
RHLCD,λ=8,65536,1,738273,11.265151977539062
RHLCD,λ=8,65536,1,597363,9.115036010742188
RHLCD,λ=8,65536,1,586447,8.948471069335938
RRLCD,λ=8,65536,1,581908,8.87921142578125
RRLCD,λ=8,65536,1,616644,9.40924072265625
RRLCD,λ=8,65536,1,581164,8.86785888671875
RRLCD,λ=8,65536,1,605701,9.242263793945312
RRLCD,λ=8,65536,1,621960,9.4903564453125
RRLCD,λ=8,65536,1,666916,10.17633056640625
RRLCD,λ=8,65536,1,648920,9.9017333984375
RRLCD,λ=8,65536,1,636962,9.719268798828125
RRLCD,λ=8,65536,1,599617,9.149429321289062
RRLCD,λ=8,65536,1,590405,9.008865356445312
RRLCD,λ=8,65536,1,599917,9.154006958007812
RRLCD,λ=8,65536,1,590465,9.009780883789062
RRLCD,λ=8,65536,1,734150,11.202239990234375
RRLCD,λ=8,65536,1,619552,9.45361328125
RRLCD,λ=8,65536,1,628476,9.58978271484375
RRLCD,λ=8,65536,1,602535,9.193954467773438
RRLCD,λ=8,65536,1,644759,9.838241577148438
RRLCD,λ=8,65536,1,621731,9.486862182617188
RRLCD,λ=8,65536,1,566221,8.639846801757812
RRLCD,λ=8,65536,1,567030,8.652191162109375
RRLCD,λ=8,65536,1,685227,10.455734252929688
RRLCD,λ=8,65536,1,638387,9.741012573242188
RRLCD,λ=8,65536,1,703020,10.72723388671875
RRLCD,λ=8,65536,1,627028,9.56768798828125
RRLCD,λ=8,65536,1,644558,9.835174560546875
RRLCD,λ=8,65536,1,634886,9.687591552734375
RRLCD,λ=8,65536,1,609029,9.293045043945312
RRLCD,λ=8,65536,1,638471,9.742294311523438
RRLCD,λ=8,65536,1,701770,10.708160400390625
RRLCD,λ=8,65536,1,672947,10.268356323242188
RRLCD,λ=8,65536,1,633709,9.669631958007812
RRLCD,λ=8,65536,1,642022,9.796478271484375
RRLCD,λ=8,65536,1,640374,9.771331787109375
RRLCD,λ=8,65536,1,575989,8.788894653320312
RRLCD,λ=8,65536,1,625227,9.540206909179688
RRLCD,λ=8,65536,1,664483,10.139205932617188
RRLCD,λ=8,65536,1,587968,8.9716796875
RRLCD,λ=8,65536,1,593298,9.053009033203125
RRLCD,λ=8,65536,1,683308,10.42645263671875
RRLCD,λ=8,65536,1,658926,10.054412841796875
RRLCD,λ=8,65536,1,596778,9.106109619140625
RRLCD,λ=8,65536,1,607938,9.276397705078125
RRLCD,λ=8,65536,1,593614,9.057830810546875
RRLCD,λ=8,65536,1,676198,10.317962646484375
RRLCD,λ=8,65536,1,608971,9.292160034179688
RRLCD,λ=8,65536,1,669128,10.2100830078125
RRLCD,λ=8,65536,1,610420,9.31427001953125
RRLCD,λ=8,65536,1,611169,9.325698852539062
RRLCD,λ=8,65536,1,614747,9.380294799804688
RRLCD,λ=8,65536,1,607262,9.266082763671875
RRLCD,λ=8,65536,1,666002,10.162384033203125
RRLCD,λ=8,65536,1,635683,9.699752807617188
RRLCD,λ=8,65536,1,632698,9.654205322265625
RRLCD,λ=8,65536,1,683306,10.426422119140625
RRLCD,λ=8,65536,1,745076,11.36895751953125
RRLCD,λ=8,65536,1,756799,11.547836303710938
RRLCD,λ=8,65536,1,635728,9.700439453125
RRLCD,λ=8,65536,1,750785,11.456069946289062
RRLCD,λ=8,65536,1,587125,8.958816528320312
RRLCD,λ=8,65536,1,608870,9.290618896484375
RRLCD,λ=8,65536,1,625401,9.542861938476562
RRLCD,λ=8,65536,1,621664,9.48583984375
RRLCD,λ=8,65536,1,640064,9.7666015625
RRLCD,λ=8,65536,1,621032,9.4761962890625
RRLCD,λ=8,65536,1,733303,11.189315795898438
RRLCD,λ=8,65536,1,570122,8.699371337890625
RRLCD,λ=8,65536,1,627148,9.56951904296875
RRLCD,λ=8,65536,1,636866,9.717803955078125
RRLCD,λ=8,65536,1,670748,10.23480224609375
RRLCD,λ=8,65536,1,670736,10.234619140625
RRLCD,λ=8,65536,1,644233,9.830215454101562
RRLCD,λ=8,65536,1,585378,8.932159423828125
RRLCD,λ=8,65536,1,564296,8.6104736328125
RRLCD,λ=8,65536,1,587801,8.969131469726562
RRLCD,λ=8,65536,1,609669,9.302810668945312
RRLCD,λ=8,65536,1,614539,9.377120971679688
RRLCD,λ=8,65536,1,587040,8.95751953125
RRLCD,λ=8,65536,1,633656,9.6688232421875
RRLCD,λ=8,65536,1,670640,10.233154296875
RRLCD,λ=8,65536,1,579418,8.841217041015625
RRLCD,λ=8,65536,1,594507,9.071456909179688
RRLCD,λ=8,65536,1,604721,9.227310180664062
RRLCD,λ=8,65536,1,587616,8.96630859375
RRLCD,λ=8,65536,1,575507,8.781539916992188
RRLCD,λ=8,65536,1,582670,8.890838623046875
RRLCD,λ=8,65536,1,632784,9.655517578125
RRLCD,λ=8,65536,1,594500,9.07135009765625
RRLCD,λ=8,65536,1,665487,10.154525756835938
RRLCD,λ=8,65536,1,621502,9.483367919921875
RRLCD,λ=8,65536,1,580281,8.854385375976562
RRLCD,λ=8,65536,1,737067,11.246749877929688
RRLCD,λ=8,65536,1,683325,10.426712036132812
RRLCD,λ=8,65536,1,563500,8.59832763671875
RRLCD,λ=8,65536,1,620061,9.461380004882812
RRLCD,λ=8,65536,1,604564,9.22491455078125
RRLCD,λ=8,65536,1,603026,9.201446533203125
RRLCD,λ=8,65536,1,620575,9.469223022460938
RRLCD,λ=8,65536,1,646261,9.861160278320312
RRLCD,λ=8,65536,1,664307,10.136520385742188
RRLCD,λ=8,65536,1,603362,9.206573486328125
RSLCD,λ=8,65536,1,932666,14.231353759765625
RSLCD,λ=8,65536,1,883484,13.48089599609375
RSLCD,λ=8,65536,1,924850,14.112091064453125
RSLCD,λ=8,65536,1,939488,14.33544921875
RSLCD,λ=8,65536,1,871779,13.302291870117188
RSLCD,λ=8,65536,1,856927,13.075668334960938
RSLCD,λ=8,65536,1,905429,13.815750122070312
RSLCD,λ=8,65536,1,906989,13.839553833007812
RSLCD,λ=8,65536,1,866885,13.227615356445312
RSLCD,λ=8,65536,1,816488,12.4586181640625
RSLCD,λ=8,65536,1,850492,12.97747802734375
RSLCD,λ=8,65536,1,1070665,16.337051391601562
RSLCD,λ=8,65536,1,917733,14.003494262695312
RSLCD,λ=8,65536,1,916518,13.984954833984375
RSLCD,λ=8,65536,1,786548,12.00177001953125
RSLCD,λ=8,65536,1,916425,13.983535766601562
RSLCD,λ=8,65536,1,858487,13.099472045898438
RSLCD,λ=8,65536,1,914113,13.948257446289062
RSLCD,λ=8,65536,1,822459,12.549728393554688
RSLCD,λ=8,65536,1,958031,14.618392944335938
RSLCD,λ=8,65536,1,1119516,17.08245849609375
RSLCD,λ=8,65536,1,891238,13.599212646484375
RSLCD,λ=8,65536,1,929693,14.185989379882812
RSLCD,λ=8,65536,1,911401,13.906875610351562
RSLCD,λ=8,65536,1,993496,15.1595458984375
RSLCD,λ=8,65536,1,838301,12.791458129882812
RSLCD,λ=8,65536,1,1110137,16.939346313476562
RSLCD,λ=8,65536,1,867502,13.237030029296875
RSLCD,λ=8,65536,1,923661,14.093948364257812
RSLCD,λ=8,65536,1,878681,13.407608032226562
RSLCD,λ=8,65536,1,1069732,16.32281494140625
RSLCD,λ=8,65536,1,1006436,15.35699462890625
RSLCD,λ=8,65536,1,870863,13.288314819335938
RSLCD,λ=8,65536,1,890631,13.589950561523438
RSLCD,λ=8,65536,1,950082,14.497100830078125
RSLCD,λ=8,65536,1,981588,14.97784423828125
RSLCD,λ=8,65536,1,881866,13.456207275390625
RSLCD,λ=8,65536,1,932338,14.226348876953125
RSLCD,λ=8,65536,1,937093,14.298904418945312
RSLCD,λ=8,65536,1,872722,13.316680908203125
RSLCD,λ=8,65536,1,867855,13.242416381835938
RSLCD,λ=8,65536,1,822347,12.548019409179688
RSLCD,λ=8,65536,1,926317,14.134475708007812
RSLCD,λ=8,65536,1,897304,13.6917724609375
RSLCD,λ=8,65536,1,941432,14.3651123046875
RSLCD,λ=8,65536,1,810257,12.363540649414062
RSLCD,λ=8,65536,1,942750,14.385223388671875
RSLCD,λ=8,65536,1,969469,14.792922973632812
RSLCD,λ=8,65536,1,801563,12.230880737304688
RSLCD,λ=8,65536,1,824942,12.587615966796875
RSLCD,λ=8,65536,1,862789,13.165115356445312
RSLCD,λ=8,65536,1,877423,13.388412475585938
RSLCD,λ=8,65536,1,848345,12.944717407226562
RSLCD,λ=8,65536,1,957346,14.607940673828125
RSLCD,λ=8,65536,1,905194,13.812164306640625
RSLCD,λ=8,65536,1,914644,13.95635986328125
RSLCD,λ=8,65536,1,876992,13.3818359375
RSLCD,λ=8,65536,1,983996,15.01458740234375
RSLCD,λ=8,65536,1,1032769,15.758804321289062
RSLCD,λ=8,65536,1,833326,12.715545654296875
RSLCD,λ=8,65536,1,921277,14.057571411132812
RSLCD,λ=8,65536,1,887482,13.541900634765625
RSLCD,λ=8,65536,1,868927,13.258773803710938
RSLCD,λ=8,65536,1,838542,12.795135498046875
RSLCD,λ=8,65536,1,860748,13.13397216796875
RSLCD,λ=8,65536,1,897634,13.696807861328125
RSLCD,λ=8,65536,1,1179779,18.001998901367188
RSLCD,λ=8,65536,1,923589,14.092849731445312
RSLCD,λ=8,65536,1,911772,13.91253662109375
RSLCD,λ=8,65536,1,829967,12.664291381835938
RSLCD,λ=8,65536,1,954622,14.566375732421875
RSLCD,λ=8,65536,1,840738,12.828643798828125
RSLCD,λ=8,65536,1,925366,14.119964599609375
RSLCD,λ=8,65536,1,1155827,17.636520385742188
RSLCD,λ=8,65536,1,842249,12.851699829101562
RSLCD,λ=8,65536,1,909578,13.879058837890625
RSLCD,λ=8,65536,1,921610,14.062652587890625
RSLCD,λ=8,65536,1,900760,13.7445068359375
RSLCD,λ=8,65536,1,1075928,16.4173583984375
RSLCD,λ=8,65536,1,867903,13.243148803710938
RSLCD,λ=8,65536,1,961961,14.678359985351562
RSLCD,λ=8,65536,1,817514,12.474273681640625
RSLCD,λ=8,65536,1,880074,13.428863525390625
RSLCD,λ=8,65536,1,860343,13.127792358398438
RSLCD,λ=8,65536,1,839348,12.80743408203125
RSLCD,λ=8,65536,1,895719,13.667587280273438
RSLCD,λ=8,65536,1,846933,12.923171997070312
RSLCD,λ=8,65536,1,950063,14.496810913085938
RSLCD,λ=8,65536,1,834643,12.735641479492188
RSLCD,λ=8,65536,1,866751,13.225570678710938
RSLCD,λ=8,65536,1,825745,12.599868774414062
RSLCD,λ=8,65536,1,821614,12.536834716796875
RSLCD,λ=8,65536,1,950192,14.498779296875
RSLCD,λ=8,65536,1,902464,13.7705078125
RSLCD,λ=8,65536,1,836262,12.760345458984375
RSLCD,λ=8,65536,1,938067,14.313766479492188
RSLCD,λ=8,65536,1,1043648,15.9248046875
RSLCD,λ=8,65536,1,999270,15.247650146484375
RSLCD,λ=8,65536,1,817654,12.476409912109375
RSLCD,λ=8,65536,1,832300,12.69989013671875
RSDSD,λ=8,65536,1,890941,13.594680786132812
RSDSD,λ=8,65536,1,962224,14.682373046875
RSDSD,λ=8,65536,1,837145,12.773818969726562
RSDSD,λ=8,65536,1,943443,14.395797729492188
RSDSD,λ=8,65536,1,842272,12.85205078125
RSDSD,λ=8,65536,1,896954,13.686431884765625
RSDSD,λ=8,65536,1,950829,14.508499145507812
RSDSD,λ=8,65536,1,827634,12.628692626953125
RSDSD,λ=8,65536,1,862226,13.156524658203125
RSDSD,λ=8,65536,1,787387,12.014572143554688
RSDSD,λ=8,65536,1,809498,12.351959228515625
RSDSD,λ=8,65536,1,974977,14.876968383789062
RSDSD,λ=8,65536,1,856383,13.067367553710938
RSDSD,λ=8,65536,1,1062850,16.217803955078125
RSDSD,λ=8,65536,1,830768,12.676513671875
RSDSD,λ=8,65536,1,873515,13.328781127929688
RSDSD,λ=8,65536,1,853991,13.030868530273438
RSDSD,λ=8,65536,1,901301,13.752761840820312
RSDSD,λ=8,65536,1,831967,12.694808959960938
RSDSD,λ=8,65536,1,836865,12.769546508789062
RSDSD,λ=8,65536,1,795446,12.137542724609375
RSDSD,λ=8,65536,1,904387,13.799850463867188
RSDSD,λ=8,65536,1,809535,12.352523803710938
RSDSD,λ=8,65536,1,847374,12.929901123046875
RSDSD,λ=8,65536,1,779991,11.901718139648438
RSDSD,λ=8,65536,1,815567,12.444564819335938
RSDSD,λ=8,65536,1,964132,14.71148681640625
RSDSD,λ=8,65536,1,839931,12.816329956054688
RSDSD,λ=8,65536,1,875136,13.353515625
RSDSD,λ=8,65536,1,1033951,15.776840209960938
RSDSD,λ=8,65536,1,869094,13.261322021484375
RSDSD,λ=8,65536,1,1008280,15.3851318359375
RSDSD,λ=8,65536,1,780442,11.908599853515625
RSDSD,λ=8,65536,1,875243,13.355148315429688
RSDSD,λ=8,65536,1,867216,13.232666015625
RSDSD,λ=8,65536,1,822207,12.545883178710938
RSDSD,λ=8,65536,1,859503,13.114974975585938
RSDSD,λ=8,65536,1,843535,12.871322631835938
RSDSD,λ=8,65536,1,741707,11.317550659179688
RSDSD,λ=8,65536,1,826800,12.615966796875
RSDSD,λ=8,65536,1,793059,12.101119995117188
RSDSD,λ=8,65536,1,925337,14.119522094726562
RSDSD,λ=8,65536,1,967420,14.76165771484375
RSDSD,λ=8,65536,1,810701,12.370315551757812
RSDSD,λ=8,65536,1,819963,12.511642456054688
RSDSD,λ=8,65536,1,868957,13.259231567382812
RSDSD,λ=8,65536,1,829724,12.66058349609375
RSDSD,λ=8,65536,1,782455,11.939315795898438
RSDSD,λ=8,65536,1,920705,14.048843383789062
RSDSD,λ=8,65536,1,781747,11.928512573242188
RSDSD,λ=8,65536,1,876175,13.369369506835938
RSDSD,λ=8,65536,1,840912,12.831298828125
RSDSD,λ=8,65536,1,820773,12.524002075195312
RSDSD,λ=8,65536,1,816435,12.457809448242188
RSDSD,λ=8,65536,1,886257,13.523208618164062
RSDSD,λ=8,65536,1,770585,11.758193969726562
RSDSD,λ=8,65536,1,908437,13.861648559570312
RSDSD,λ=8,65536,1,867166,13.231903076171875
RSDSD,λ=8,65536,1,868566,13.253265380859375
RSDSD,λ=8,65536,1,777378,11.861846923828125
RSDSD,λ=8,65536,1,841759,12.844223022460938
RSDSD,λ=8,65536,1,811389,12.380813598632812
RSDSD,λ=8,65536,1,843834,12.875885009765625
RSDSD,λ=8,65536,1,798924,12.19061279296875
RSDSD,λ=8,65536,1,837423,12.778060913085938
RSDSD,λ=8,65536,1,829914,12.663482666015625
RSDSD,λ=8,65536,1,942158,14.376190185546875
RSDSD,λ=8,65536,1,1016740,15.51422119140625
RSDSD,λ=8,65536,1,863004,13.16839599609375
RSDSD,λ=8,65536,1,919633,14.032485961914062
RSDSD,λ=8,65536,1,786602,12.002593994140625
RSDSD,λ=8,65536,1,894610,13.650665283203125
RSDSD,λ=8,65536,1,820533,12.520339965820312
RSDSD,λ=8,65536,1,890564,13.58892822265625
RSDSD,λ=8,65536,1,777177,11.858779907226562
RSDSD,λ=8,65536,1,824857,12.586318969726562
RSDSD,λ=8,65536,1,828407,12.640487670898438
RSDSD,λ=8,65536,1,807514,12.321685791015625
RSDSD,λ=8,65536,1,812545,12.398452758789062
RSDSD,λ=8,65536,1,825262,12.592498779296875
RSDSD,λ=8,65536,1,886555,13.527755737304688
RSDSD,λ=8,65536,1,867406,13.235565185546875
RSDSD,λ=8,65536,1,846639,12.918685913085938
RSDSD,λ=8,65536,1,913903,13.945053100585938
RSDSD,λ=8,65536,1,936976,14.297119140625
RSDSD,λ=8,65536,1,830861,12.677932739257812
RSDSD,λ=8,65536,1,808933,12.343338012695312
RSDSD,λ=8,65536,1,881627,13.452560424804688
RSDSD,λ=8,65536,1,882727,13.469345092773438
RSDSD,λ=8,65536,1,888889,13.563369750976562
RSDSD,λ=8,65536,1,1050649,16.031631469726562
RSDSD,λ=8,65536,1,823233,12.561538696289062
RSDSD,λ=8,65536,1,802587,12.246505737304688
RSDSD,λ=8,65536,1,822201,12.545791625976562
RSDSD,λ=8,65536,1,802727,12.248641967773438
RSDSD,λ=8,65536,1,987561,15.068984985351562
RSDSD,λ=8,65536,1,815143,12.438095092773438
RSDSD,λ=8,65536,1,821691,12.538009643554688
RSDSD,λ=8,65536,1,933980,14.25140380859375
RSDSD,λ=8,65536,1,806993,12.313735961914062
RRDSD,λ=8,65536,1,593272,9.0526123046875
RRDSD,λ=8,65536,1,622920,9.5050048828125
RRDSD,λ=8,65536,1,603737,9.212295532226562
RRDSD,λ=8,65536,1,548376,8.3675537109375
RRDSD,λ=8,65536,1,618884,9.44342041015625
RRDSD,λ=8,65536,1,560858,8.558013916015625
RRDSD,λ=8,65536,1,614153,9.371231079101562
RRDSD,λ=8,65536,1,596396,9.10028076171875
RRDSD,λ=8,65536,1,533066,8.133941650390625
RRDSD,λ=8,65536,1,587928,8.9710693359375
RRDSD,λ=8,65536,1,590562,9.011260986328125
RRDSD,λ=8,65536,1,661855,10.099105834960938
RRDSD,λ=8,65536,1,625100,9.53826904296875
RRDSD,λ=8,65536,1,582237,8.884231567382812
RRDSD,λ=8,65536,1,538495,8.216781616210938
RRDSD,λ=8,65536,1,535829,8.176101684570312
RRDSD,λ=8,65536,1,563231,8.594223022460938
RRDSD,λ=8,65536,1,623929,9.520401000976562
RRDSD,λ=8,65536,1,538008,8.2093505859375
RRDSD,λ=8,65536,1,624884,9.53497314453125
RRDSD,λ=8,65536,1,561144,8.5623779296875
RRDSD,λ=8,65536,1,551088,8.408935546875
RRDSD,λ=8,65536,1,517732,7.89996337890625
RRDSD,λ=8,65536,1,546733,8.342483520507812
RRDSD,λ=8,65536,1,624434,9.528106689453125
RRDSD,λ=8,65536,1,575363,8.779342651367188
RRDSD,λ=8,65536,1,580003,8.850143432617188
RRDSD,λ=8,65536,1,565197,8.624221801757812
RRDSD,λ=8,65536,1,542604,8.27947998046875
RRDSD,λ=8,65536,1,583520,8.90380859375
RRDSD,λ=8,65536,1,542850,8.283233642578125
RRDSD,λ=8,65536,1,628421,9.588943481445312
RRDSD,λ=8,65536,1,603873,9.214370727539062
RRDSD,λ=8,65536,1,554354,8.458770751953125
RRDSD,λ=8,65536,1,566654,8.646453857421875
RRDSD,λ=8,65536,1,575705,8.784561157226562
RRDSD,λ=8,65536,1,538045,8.209915161132812
RRDSD,λ=8,65536,1,554820,8.46588134765625
RRDSD,λ=8,65536,1,556779,8.495773315429688
RRDSD,λ=8,65536,1,583179,8.898605346679688
RRDSD,λ=8,65536,1,586576,8.950439453125
RRDSD,λ=8,65536,1,547174,8.349212646484375
RRDSD,λ=8,65536,1,537122,8.195831298828125
RRDSD,λ=8,65536,1,642295,9.800643920898438
RRDSD,λ=8,65536,1,620371,9.466110229492188
RRDSD,λ=8,65536,1,572010,8.728179931640625
RRDSD,λ=8,65536,1,591263,9.021957397460938
RRDSD,λ=8,65536,1,561219,8.563522338867188
RRDSD,λ=8,65536,1,597170,9.112091064453125
RRDSD,λ=8,65536,1,554541,8.461624145507812
RRDSD,λ=8,65536,1,549936,8.391357421875
RRDSD,λ=8,65536,1,637579,9.728683471679688
RRDSD,λ=8,65536,1,609582,9.301483154296875
RRDSD,λ=8,65536,1,559541,8.537918090820312
RRDSD,λ=8,65536,1,607996,9.27728271484375
RRDSD,λ=8,65536,1,587313,8.961685180664062
RRDSD,λ=8,65536,1,548198,8.364837646484375
RRDSD,λ=8,65536,1,576323,8.793991088867188
RRDSD,λ=8,65536,1,584537,8.919326782226562
RRDSD,λ=8,65536,1,619128,9.4471435546875
RRDSD,λ=8,65536,1,588344,8.9774169921875
RRDSD,λ=8,65536,1,564374,8.611663818359375
RRDSD,λ=8,65536,1,537011,8.194137573242188
RRDSD,λ=8,65536,1,578985,8.834609985351562
RRDSD,λ=8,65536,1,575119,8.775619506835938
RRDSD,λ=8,65536,1,551588,8.41656494140625
RRDSD,λ=8,65536,1,544547,8.309127807617188
RRDSD,λ=8,65536,1,582477,8.887893676757812
RRDSD,λ=8,65536,1,541314,8.259796142578125
RRDSD,λ=8,65536,1,581999,8.880599975585938
RRDSD,λ=8,65536,1,634019,9.674362182617188
RRDSD,λ=8,65536,1,605051,9.232345581054688
RRDSD,λ=8,65536,1,579740,8.84613037109375
RRDSD,λ=8,65536,1,571973,8.727615356445312
RRDSD,λ=8,65536,1,539341,8.229690551757812
RRDSD,λ=8,65536,1,537152,8.1962890625
RRDSD,λ=8,65536,1,525954,8.025421142578125
RRDSD,λ=8,65536,1,592869,9.046463012695312
RRDSD,λ=8,65536,1,550873,8.405654907226562
RRDSD,λ=8,65536,1,656228,10.01324462890625
RRDSD,λ=8,65536,1,577668,8.81451416015625
RRDSD,λ=8,65536,1,609574,9.301361083984375
RRDSD,λ=8,65536,1,522327,7.9700775146484375
RRDSD,λ=8,65536,1,590215,9.005966186523438
RRDSD,λ=8,65536,1,554314,8.458160400390625
RRDSD,λ=8,65536,1,534061,8.149124145507812
RRDSD,λ=8,65536,1,573690,8.753814697265625
RRDSD,λ=8,65536,1,540006,8.239837646484375
RRDSD,λ=8,65536,1,570901,8.711257934570312
RRDSD,λ=8,65536,1,599863,9.153182983398438
RRDSD,λ=8,65536,1,568482,8.674346923828125
RRDSD,λ=8,65536,1,567111,8.653427124023438
RRDSD,λ=8,65536,1,542876,8.28363037109375
RRDSD,λ=8,65536,1,582734,8.891815185546875
RRDSD,λ=8,65536,1,550426,8.398834228515625
RRDSD,λ=8,65536,1,621084,9.47698974609375
RRDSD,λ=8,65536,1,547832,8.3592529296875
RRDSD,λ=8,65536,1,561229,8.563674926757812
RRDSD,λ=8,65536,1,573373,8.748977661132812
RRDSD,λ=8,65536,1,598614,9.134124755859375
RHDSD,λ=8,65536,1,545373,8.321731567382812
RHDSD,λ=8,65536,1,547749,8.357986450195312
RHDSD,λ=8,65536,1,555231,8.472152709960938
RHDSD,λ=8,65536,1,614653,9.378860473632812
RHDSD,λ=8,65536,1,592543,9.041488647460938
RHDSD,λ=8,65536,1,634375,9.679794311523438
RHDSD,λ=8,65536,1,659821,10.068069458007812
RHDSD,λ=8,65536,1,672025,10.254287719726562
RHDSD,λ=8,65536,1,539777,8.236343383789062
RHDSD,λ=8,65536,1,540807,8.252059936523438
RHDSD,λ=8,65536,1,593569,9.057144165039062
RHDSD,λ=8,65536,1,563689,8.601211547851562
RHDSD,λ=8,65536,1,539441,8.231216430664062
RHDSD,λ=8,65536,1,594455,9.070663452148438
RHDSD,λ=8,65536,1,531515,8.110275268554688
RHDSD,λ=8,65536,1,605327,9.236557006835938
RHDSD,λ=8,65536,1,573381,8.749099731445312
RHDSD,λ=8,65536,1,652349,9.954055786132812
RHDSD,λ=8,65536,1,558929,8.528579711914062
RHDSD,λ=8,65536,1,589573,8.996170043945312
RHDSD,λ=8,65536,1,595595,9.088058471679688
RHDSD,λ=8,65536,1,545775,8.327865600585938
RHDSD,λ=8,65536,1,565111,8.622909545898438
RHDSD,λ=8,65536,1,585623,8.935897827148438
RHDSD,λ=8,65536,1,525101,8.012405395507812
RHDSD,λ=8,65536,1,592647,9.043075561523438
RHDSD,λ=8,65536,1,520171,7.9371795654296875
RHDSD,λ=8,65536,1,594615,9.073104858398438
RHDSD,λ=8,65536,1,582945,8.895034790039062
RHDSD,λ=8,65536,1,540439,8.246444702148438
RHDSD,λ=8,65536,1,662753,10.112808227539062
RHDSD,λ=8,65536,1,520563,7.9431610107421875
RHDSD,λ=8,65536,1,524937,8.009902954101562
RHDSD,λ=8,65536,1,564975,8.620834350585938
RHDSD,λ=8,65536,1,540749,8.251174926757812
RHDSD,λ=8,65536,1,577735,8.815536499023438
RHDSD,λ=8,65536,1,579133,8.836868286132812
RHDSD,λ=8,65536,1,555915,8.482589721679688
RHDSD,λ=8,65536,1,537049,8.194717407226562
RHDSD,λ=8,65536,1,572851,8.741012573242188
RHDSD,λ=8,65536,1,599271,9.144149780273438
RHDSD,λ=8,65536,1,561653,8.570144653320312
RHDSD,λ=8,65536,1,545557,8.324539184570312
RHDSD,λ=8,65536,1,649927,9.917098999023438
RHDSD,λ=8,65536,1,604203,9.219406127929688
RHDSD,λ=8,65536,1,592425,9.039688110351562
RHDSD,λ=8,65536,1,561727,8.571273803710938
RHDSD,λ=8,65536,1,552001,8.422866821289062
RHDSD,λ=8,65536,1,701465,10.703506469726562
RHDSD,λ=8,65536,1,550673,8.402603149414062
RHDSD,λ=8,65536,1,541941,8.269363403320312
RHDSD,λ=8,65536,1,584721,8.922134399414062
RHDSD,λ=8,65536,1,529867,8.085128784179688
RHDSD,λ=8,65536,1,571787,8.724777221679688
RHDSD,λ=8,65536,1,555453,8.475540161132812
RHDSD,λ=8,65536,1,634647,9.683944702148438
RHDSD,λ=8,65536,1,630843,9.625900268554688
RHDSD,λ=8,65536,1,640669,9.775833129882812
RHDSD,λ=8,65536,1,570701,8.708206176757812
RHDSD,λ=8,65536,1,539981,8.239456176757812
RHDSD,λ=8,65536,1,624051,9.522262573242188
RHDSD,λ=8,65536,1,541871,8.268295288085938
RHDSD,λ=8,65536,1,544317,8.305618286132812
RHDSD,λ=8,65536,1,589043,8.988082885742188
RHDSD,λ=8,65536,1,559963,8.544357299804688
RHDSD,λ=8,65536,1,600735,9.166488647460938
RHDSD,λ=8,65536,1,597771,9.121261596679688
RHDSD,λ=8,65536,1,578321,8.824478149414062
RHDSD,λ=8,65536,1,562273,8.579605102539062
RHDSD,λ=8,65536,1,537041,8.194595336914062
RHDSD,λ=8,65536,1,685983,10.467269897460938
RHDSD,λ=8,65536,1,570873,8.710830688476562
RHDSD,λ=8,65536,1,546061,8.332229614257812
RHDSD,λ=8,65536,1,529297,8.076431274414062
RHDSD,λ=8,65536,1,573189,8.746170043945312
RHDSD,λ=8,65536,1,562819,8.587936401367188
RHDSD,λ=8,65536,1,646201,9.860244750976562
RHDSD,λ=8,65536,1,628335,9.587631225585938
RHDSD,λ=8,65536,1,565597,8.630325317382812
RHDSD,λ=8,65536,1,597817,9.121963500976562
RHDSD,λ=8,65536,1,642095,9.797592163085938
RHDSD,λ=8,65536,1,573423,8.749740600585938
RHDSD,λ=8,65536,1,565829,8.633865356445312
RHDSD,λ=8,65536,1,569695,8.692855834960938
RHDSD,λ=8,65536,1,551187,8.410446166992188
RHDSD,λ=8,65536,1,551123,8.409469604492188
RHDSD,λ=8,65536,1,613767,9.365341186523438
RHDSD,λ=8,65536,1,580001,8.850112915039062
RHDSD,λ=8,65536,1,596175,9.096908569335938
RHDSD,λ=8,65536,1,572495,8.735580444335938
RHDSD,λ=8,65536,1,586431,8.948226928710938
RHDSD,λ=8,65536,1,567989,8.666824340820312
RHDSD,λ=8,65536,1,578759,8.831161499023438
RHDSD,λ=8,65536,1,572687,8.738510131835938
RHDSD,λ=8,65536,1,555277,8.472854614257812
RHDSD,λ=8,65536,1,544067,8.301803588867188
RHDSD,λ=8,65536,1,559065,8.530654907226562
RHDSD,λ=8,65536,1,577311,8.809066772460938
RHDSD,λ=8,65536,1,587263,8.960922241210938
RHDSD,λ=8,65536,1,599989,9.155105590820312
RHLSD,λ=8,65536,1,517553,7.8972320556640625
RHLSD,λ=8,65536,1,569995,8.697433471679688
RHLSD,λ=8,65536,1,539187,8.227340698242188
RHLSD,λ=8,65536,1,598751,9.136215209960938
RHLSD,λ=8,65536,1,556095,8.485336303710938
RHLSD,λ=8,65536,1,547309,8.351272583007812
RHLSD,λ=8,65536,1,693663,10.584457397460938
RHLSD,λ=8,65536,1,586591,8.950668334960938
RHLSD,λ=8,65536,1,583505,8.903579711914062
RHLSD,λ=8,65536,1,532495,8.125228881835938
RHLSD,λ=8,65536,1,515447,7.8650970458984375
RHLSD,λ=8,65536,1,624111,9.523178100585938
RHLSD,λ=8,65536,1,580015,8.850326538085938
RHLSD,λ=8,65536,1,595887,9.092514038085938
RHLSD,λ=8,65536,1,560177,8.547622680664062
RHLSD,λ=8,65536,1,608303,9.281967163085938
RHLSD,λ=8,65536,1,587625,8.966445922851562
RHLSD,λ=8,65536,1,547561,8.355117797851562
RHLSD,λ=8,65536,1,626853,9.565017700195312
RHLSD,λ=8,65536,1,555389,8.474563598632812
RHLSD,λ=8,65536,1,559061,8.530593872070312
RHLSD,λ=8,65536,1,689727,10.524398803710938
RHLSD,λ=8,65536,1,555575,8.477401733398438
RHLSD,λ=8,65536,1,605269,9.235671997070312
RHLSD,λ=8,65536,1,593203,9.051559448242188
RHLSD,λ=8,65536,1,525205,8.013992309570312
RHLSD,λ=8,65536,1,528947,8.071090698242188
RHLSD,λ=8,65536,1,549187,8.379928588867188
RHLSD,λ=8,65536,1,565057,8.622085571289062
RHLSD,λ=8,65536,1,561659,8.570236206054688
RHLSD,λ=8,65536,1,608363,9.282882690429688
RHLSD,λ=8,65536,1,643495,9.818954467773438
RHLSD,λ=8,65536,1,606525,9.254837036132812
RHLSD,λ=8,65536,1,582033,8.881118774414062
RHLSD,λ=8,65536,1,568941,8.681350708007812
RHLSD,λ=8,65536,1,564221,8.609329223632812
RHLSD,λ=8,65536,1,592839,9.046005249023438
RHLSD,λ=8,65536,1,581051,8.866134643554688
RHLSD,λ=8,65536,1,564289,8.610366821289062
RHLSD,λ=8,65536,1,588317,8.977005004882812
RHLSD,λ=8,65536,1,597551,9.117904663085938
RHLSD,λ=8,65536,1,577005,8.804397583007812
RHLSD,λ=8,65536,1,563891,8.604293823242188
RHLSD,λ=8,65536,1,552243,8.426559448242188
RHLSD,λ=8,65536,1,506399,7.7270355224609375
RHLSD,λ=8,65536,1,557903,8.512924194335938
RHLSD,λ=8,65536,1,650735,9.929428100585938
RHLSD,λ=8,65536,1,742817,11.334487915039062
RHLSD,λ=8,65536,1,625141,9.538894653320312
RHLSD,λ=8,65536,1,555963,8.483322143554688
RHLSD,λ=8,65536,1,559451,8.536544799804688
RHLSD,λ=8,65536,1,532661,8.127761840820312
RHLSD,λ=8,65536,1,582313,8.885391235351562
RHLSD,λ=8,65536,1,551163,8.410079956054688
RHLSD,λ=8,65536,1,522325,7.9700469970703125
RHLSD,λ=8,65536,1,659827,10.068161010742188
RHLSD,λ=8,65536,1,577631,8.813949584960938
RHLSD,λ=8,65536,1,627981,9.582229614257812
RHLSD,λ=8,65536,1,665549,10.155471801757812
RHLSD,λ=8,65536,1,591321,9.022842407226562
RHLSD,λ=8,65536,1,598281,9.129043579101562
RHLSD,λ=8,65536,1,601349,9.175857543945312
RHLSD,λ=8,65536,1,542157,8.272659301757812
RHLSD,λ=8,65536,1,610903,9.321640014648438
RHLSD,λ=8,65536,1,565639,8.630966186523438
RHLSD,λ=8,65536,1,554269,8.457473754882812
RHLSD,λ=8,65536,1,536469,8.185867309570312
RHLSD,λ=8,65536,1,580677,8.860427856445312
RHLSD,λ=8,65536,1,680317,10.380813598632812
RHLSD,λ=8,65536,1,627939,9.581588745117188
RHLSD,λ=8,65536,1,524005,7.9956817626953125
RHLSD,λ=8,65536,1,629329,9.602798461914062
RHLSD,λ=8,65536,1,533363,8.138473510742188
RHLSD,λ=8,65536,1,577535,8.812484741210938
RHLSD,λ=8,65536,1,581127,8.867294311523438
RHLSD,λ=8,65536,1,565123,8.623092651367188
RHLSD,λ=8,65536,1,562267,8.579513549804688
RHLSD,λ=8,65536,1,546815,8.343734741210938
RHLSD,λ=8,65536,1,580597,8.859207153320312
RHLSD,λ=8,65536,1,576475,8.796310424804688
RHLSD,λ=8,65536,1,577911,8.818222045898438
RHLSD,λ=8,65536,1,557927,8.513290405273438
RHLSD,λ=8,65536,1,579383,8.840682983398438
RHLSD,λ=8,65536,1,562119,8.577255249023438
RHLSD,λ=8,65536,1,552615,8.432235717773438
RHLSD,λ=8,65536,1,561307,8.564865112304688
RHLSD,λ=8,65536,1,602247,9.189559936523438
RHLSD,λ=8,65536,1,521763,7.9614715576171875
RHLSD,λ=8,65536,1,569601,8.691421508789062
RHLSD,λ=8,65536,1,643287,9.815780639648438
RHLSD,λ=8,65536,1,594591,9.072738647460938
RHLSD,λ=8,65536,1,614369,9.374526977539062
RHLSD,λ=8,65536,1,634735,9.685287475585938
RHLSD,λ=8,65536,1,553559,8.446640014648438
RHLSD,λ=8,65536,1,586751,8.953109741210938
RHLSD,λ=8,65536,1,537641,8.203750610351562
RHLSD,λ=8,65536,1,538637,8.218948364257812
RHLSD,λ=8,65536,1,559333,8.534744262695312
RHLSD,λ=8,65536,1,597041,9.110122680664062
RHLSD,λ=8,65536,1,573989,8.758377075195312
RRLSD,λ=8,65536,1,574211,8.761764526367188
RRLSD,λ=8,65536,1,581887,8.878890991210938
RRLSD,λ=8,65536,1,676419,10.321334838867188
RRLSD,λ=8,65536,1,545729,8.327163696289062
RRLSD,λ=8,65536,1,566483,8.643844604492188
RRLSD,λ=8,65536,1,546791,8.343368530273438
RRLSD,λ=8,65536,1,614917,9.382888793945312
RRLSD,λ=8,65536,1,593759,9.060043334960938
RRLSD,λ=8,65536,1,615209,9.387344360351562
RRLSD,λ=8,65536,1,587391,8.962875366210938
RRLSD,λ=8,65536,1,625409,9.542984008789062
RRLSD,λ=8,65536,1,588137,8.974258422851562
RRLSD,λ=8,65536,1,606537,9.255020141601562
RRLSD,λ=8,65536,1,587815,8.969345092773438
RRLSD,λ=8,65536,1,588723,8.983200073242188
RRLSD,λ=8,65536,1,583767,8.907577514648438
RRLSD,λ=8,65536,1,542475,8.277511596679688
RRLSD,λ=8,65536,1,605081,9.232803344726562
RRLSD,λ=8,65536,1,569859,8.695358276367188
RRLSD,λ=8,65536,1,553051,8.438888549804688
RRLSD,λ=8,65536,1,582107,8.882247924804688
RRLSD,λ=8,65536,1,577515,8.812179565429688
RRLSD,λ=8,65536,1,552183,8.425643920898438
RRLSD,λ=8,65536,1,538459,8.216232299804688
RRLSD,λ=8,65536,1,595859,9.092086791992188
RRLSD,λ=8,65536,1,529795,8.084030151367188
RRLSD,λ=8,65536,1,604249,9.220108032226562
RRLSD,λ=8,65536,1,568717,8.677932739257812
RRLSD,λ=8,65536,1,536043,8.179367065429688
RRLSD,λ=8,65536,1,530749,8.098587036132812
RRLSD,λ=8,65536,1,537261,8.197952270507812
RRLSD,λ=8,65536,1,596817,9.106704711914062
RRLSD,λ=8,65536,1,546315,8.336105346679688
RRLSD,λ=8,65536,1,636965,9.719314575195312
RRLSD,λ=8,65536,1,608339,9.282516479492188
RRLSD,λ=8,65536,1,601969,9.185317993164062
RRLSD,λ=8,65536,1,580053,8.850906372070312
RRLSD,λ=8,65536,1,530299,8.091720581054688
RRLSD,λ=8,65536,1,538323,8.214157104492188
RRLSD,λ=8,65536,1,571853,8.725784301757812
RRLSD,λ=8,65536,1,628793,9.594619750976562
RRLSD,λ=8,65536,1,571419,8.719161987304688
RRLSD,λ=8,65536,1,781741,11.928421020507812
RRLSD,λ=8,65536,1,588719,8.983139038085938
RRLSD,λ=8,65536,1,581453,8.872268676757812
RRLSD,λ=8,65536,1,525897,8.024551391601562
RRLSD,λ=8,65536,1,553269,8.442214965820312
RRLSD,λ=8,65536,1,543111,8.287216186523438
RRLSD,λ=8,65536,1,646751,9.868637084960938
RRLSD,λ=8,65536,1,554589,8.462356567382812
RRLSD,λ=8,65536,1,635157,9.691726684570312
RRLSD,λ=8,65536,1,549739,8.388351440429688
RRLSD,λ=8,65536,1,542489,8.277725219726562
RRLSD,λ=8,65536,1,562021,8.575759887695312
RRLSD,λ=8,65536,1,506353,7.7263336181640625
RRLSD,λ=8,65536,1,550323,8.397262573242188
RRLSD,λ=8,65536,1,549131,8.379074096679688
RRLSD,λ=8,65536,1,580651,8.860031127929688
RRLSD,λ=8,65536,1,621813,9.488113403320312
RRLSD,λ=8,65536,1,558139,8.516525268554688
RRLSD,λ=8,65536,1,576449,8.795913696289062
RRLSD,λ=8,65536,1,576615,8.798446655273438
RRLSD,λ=8,65536,1,684069,10.438064575195312
RRLSD,λ=8,65536,1,589429,8.993972778320312
RRLSD,λ=8,65536,1,531395,8.108444213867188
RRLSD,λ=8,65536,1,576743,8.800399780273438
RRLSD,λ=8,65536,1,580251,8.853927612304688
RRLSD,λ=8,65536,1,589419,8.993820190429688
RRLSD,λ=8,65536,1,678249,10.349258422851562
RRLSD,λ=8,65536,1,554669,8.463577270507812
RRLSD,λ=8,65536,1,577535,8.812484741210938
RRLSD,λ=8,65536,1,563607,8.599960327148438
RRLSD,λ=8,65536,1,581831,8.878036499023438
RRLSD,λ=8,65536,1,637097,9.721328735351562
RRLSD,λ=8,65536,1,621755,9.487228393554688
RRLSD,λ=8,65536,1,566045,8.637161254882812
RRLSD,λ=8,65536,1,588523,8.980148315429688
RRLSD,λ=8,65536,1,603467,9.208175659179688
RRLSD,λ=8,65536,1,579471,8.842025756835938
RRLSD,λ=8,65536,1,584799,8.923324584960938
RRLSD,λ=8,65536,1,553673,8.448379516601562
RRLSD,λ=8,65536,1,586261,8.945632934570312
RRLSD,λ=8,65536,1,557677,8.509475708007812
RRLSD,λ=8,65536,1,606413,9.253128051757812
RRLSD,λ=8,65536,1,587549,8.965286254882812
RRLSD,λ=8,65536,1,588765,8.983840942382812
RRLSD,λ=8,65536,1,564817,8.618423461914062
RRLSD,λ=8,65536,1,592473,9.040420532226562
RRLSD,λ=8,65536,1,545161,8.318496704101562
RRLSD,λ=8,65536,1,572707,8.738815307617188
RRLSD,λ=8,65536,1,607019,9.262374877929688
RRLSD,λ=8,65536,1,572905,8.741836547851562
RRLSD,λ=8,65536,1,578235,8.823165893554688
RRLSD,λ=8,65536,1,646659,9.867233276367188
RRLSD,λ=8,65536,1,577321,8.809219360351562
RRLSD,λ=8,65536,1,604345,9.221572875976562
RRLSD,λ=8,65536,1,669421,10.214553833007812
RRLSD,λ=8,65536,1,548939,8.376144409179688
RRLSD,λ=8,65536,1,556195,8.486862182617188
RRLSD,λ=8,65536,1,533687,8.143417358398438
RSLSD,λ=8,65536,1,862775,13.164901733398438
RSLSD,λ=8,65536,1,802084,12.23883056640625
RSLSD,λ=8,65536,1,818935,12.495956420898438
RSLSD,λ=8,65536,1,781475,11.924362182617188
RSLSD,λ=8,65536,1,954865,14.570083618164062
RSLSD,λ=8,65536,1,803311,12.257553100585938
RSLSD,λ=8,65536,1,776564,11.84942626953125
RSLSD,λ=8,65536,1,897286,13.691497802734375
RSLSD,λ=8,65536,1,887540,13.54278564453125
RSLSD,λ=8,65536,1,822479,12.550033569335938
RSLSD,λ=8,65536,1,918208,14.0107421875
RSLSD,λ=8,65536,1,810515,12.367477416992188
RSLSD,λ=8,65536,1,843580,12.87200927734375
RSLSD,λ=8,65536,1,905936,13.823486328125
RSLSD,λ=8,65536,1,811942,12.389251708984375
RSLSD,λ=8,65536,1,969856,14.798828125
RSLSD,λ=8,65536,1,1051202,16.040069580078125
RSLSD,λ=8,65536,1,767328,11.70849609375
RSLSD,λ=8,65536,1,920420,14.04449462890625
RSLSD,λ=8,65536,1,768969,11.733535766601562
RSLSD,λ=8,65536,1,929963,14.190109252929688
RSLSD,λ=8,65536,1,770340,11.75445556640625
RSLSD,λ=8,65536,1,859560,13.1158447265625
RSLSD,λ=8,65536,1,906952,13.8389892578125
RSLSD,λ=8,65536,1,907159,13.842147827148438
RSLSD,λ=8,65536,1,918184,14.0103759765625
RSLSD,λ=8,65536,1,841778,12.844512939453125
RSLSD,λ=8,65536,1,833478,12.717864990234375
RSLSD,λ=8,65536,1,787104,12.01025390625
RSLSD,λ=8,65536,1,989256,15.0948486328125
RSLSD,λ=8,65536,1,808772,12.34088134765625
RSLSD,λ=8,65536,1,864002,13.183624267578125
RSLSD,λ=8,65536,1,1050383,16.027572631835938
RSLSD,λ=8,65536,1,874226,13.339630126953125
RSLSD,λ=8,65536,1,828452,12.64117431640625
RSLSD,λ=8,65536,1,818187,12.484542846679688
RSLSD,λ=8,65536,1,772807,11.792098999023438
RSLSD,λ=8,65536,1,813329,12.410415649414062
RSLSD,λ=8,65536,1,806098,12.300079345703125
RSLSD,λ=8,65536,1,879251,13.416305541992188
RSLSD,λ=8,65536,1,849190,12.957611083984375
RSLSD,λ=8,65536,1,833038,12.711151123046875
RSLSD,λ=8,65536,1,806135,12.300643920898438
RSLSD,λ=8,65536,1,902743,13.774765014648438
RSLSD,λ=8,65536,1,771547,11.772872924804688
RSLSD,λ=8,65536,1,796639,12.155746459960938
RSLSD,λ=8,65536,1,767838,11.716278076171875
RSLSD,λ=8,65536,1,796883,12.159469604492188
RSLSD,λ=8,65536,1,869404,13.26605224609375
RSLSD,λ=8,65536,1,881095,13.444442749023438
RSLSD,λ=8,65536,1,836023,12.756698608398438
RSLSD,λ=8,65536,1,892720,13.621826171875
RSLSD,λ=8,65536,1,846798,12.921112060546875
RSLSD,λ=8,65536,1,911233,13.904312133789062
RSLSD,λ=8,65536,1,735080,11.2164306640625
RSLSD,λ=8,65536,1,1146517,17.494461059570312
RSLSD,λ=8,65536,1,892096,13.6123046875
RSLSD,λ=8,65536,1,849251,12.958541870117188
RSLSD,λ=8,65536,1,824112,12.574951171875
RSLSD,λ=8,65536,1,824379,12.579025268554688
RSLSD,λ=8,65536,1,870239,13.278793334960938
RSLSD,λ=8,65536,1,893451,13.632980346679688
RSLSD,λ=8,65536,1,840044,12.81805419921875
RSLSD,λ=8,65536,1,852895,13.014144897460938
RSLSD,λ=8,65536,1,812164,12.39263916015625
RSLSD,λ=8,65536,1,990424,15.1126708984375
RSLSD,λ=8,65536,1,924158,14.101531982421875
RSLSD,λ=8,65536,1,966591,14.749008178710938
RSLSD,λ=8,65536,1,867055,13.230209350585938
RSLSD,λ=8,65536,1,864112,13.185302734375
RSLSD,λ=8,65536,1,764501,11.665359497070312
RSLSD,λ=8,65536,1,799650,12.201690673828125
RSLSD,λ=8,65536,1,788016,12.024169921875
RSLSD,λ=8,65536,1,783598,11.956756591796875
RSLSD,λ=8,65536,1,812632,12.3997802734375
RSLSD,λ=8,65536,1,835114,12.742828369140625
RSLSD,λ=8,65536,1,804791,12.280136108398438
RSLSD,λ=8,65536,1,928027,14.160568237304688
RSLSD,λ=8,65536,1,1017969,15.532974243164062
RSLSD,λ=8,65536,1,863684,13.17877197265625
RSLSD,λ=8,65536,1,842995,12.863082885742188
RSLSD,λ=8,65536,1,932665,14.231338500976562
RSLSD,λ=8,65536,1,843670,12.873382568359375
RSLSD,λ=8,65536,1,792167,12.087509155273438
RSLSD,λ=8,65536,1,1003506,15.312286376953125
RSLSD,λ=8,65536,1,902285,13.767776489257812
RSLSD,λ=8,65536,1,838248,12.7906494140625
RSLSD,λ=8,65536,1,869922,13.273956298828125
RSLSD,λ=8,65536,1,805911,12.297225952148438
RSLSD,λ=8,65536,1,762363,11.632736206054688
RSLSD,λ=8,65536,1,886290,13.523712158203125
RSLSD,λ=8,65536,1,838338,12.792022705078125
RSLSD,λ=8,65536,1,839472,12.809326171875
RSLSD,λ=8,65536,1,843912,12.8770751953125
RSLSD,λ=8,65536,1,899681,13.728042602539062
RSLSD,λ=8,65536,1,753743,11.501205444335938
RSLSD,λ=8,65536,1,949396,14.48663330078125
RSLSD,λ=8,65536,1,1067059,16.282028198242188
RSLSD,λ=8,65536,1,781138,11.919219970703125
RSLSD,λ=8,65536,1,842890,12.861480712890625
RSDMD,λ=8,65536,1,805561,12.291885375976562
RSDMD,λ=8,65536,1,868105,13.246231079101562
RSDMD,λ=8,65536,1,773065,11.796035766601562
RSDMD,λ=8,65536,1,1219365,18.606033325195312
RSDMD,λ=8,65536,1,897045,13.687820434570312
RSDMD,λ=8,65536,1,913349,13.936599731445312
RSDMD,λ=8,65536,1,811257,12.378799438476562
RSDMD,λ=8,65536,1,767181,11.706253051757812
RSDMD,λ=8,65536,1,814357,12.426101684570312
RSDMD,λ=8,65536,1,875433,13.358047485351562
RSDMD,λ=8,65536,1,1174193,17.916763305664062
RSDMD,λ=8,65536,1,822805,12.555007934570312
RSDMD,λ=8,65536,1,994865,15.180435180664062
RSDMD,λ=8,65536,1,855913,13.060195922851562
RSDMD,λ=8,65536,1,761345,11.617202758789062
RSDMD,λ=8,65536,1,802113,12.239273071289062
RSDMD,λ=8,65536,1,958933,14.632156372070312
RSDMD,λ=8,65536,1,875653,13.361404418945312
RSDMD,λ=8,65536,1,874357,13.341629028320312
RSDMD,λ=8,65536,1,910109,13.887161254882812
RSDMD,λ=8,65536,1,791745,12.081069946289062
RSDMD,λ=8,65536,1,852233,13.004043579101562
RSDMD,λ=8,65536,1,929677,14.185745239257812
RSDMD,λ=8,65536,1,978097,14.924575805664062
RSDMD,λ=8,65536,1,940073,14.344375610351562
RSDMD,λ=8,65536,1,828157,12.636672973632812
RSDMD,λ=8,65536,1,803073,12.253921508789062
RSDMD,λ=8,65536,1,816193,12.454116821289062
RSDMD,λ=8,65536,1,1061933,16.203811645507812
RSDMD,λ=8,65536,1,914897,13.960220336914062
RSDMD,λ=8,65536,1,736081,11.231704711914062
RSDMD,λ=8,65536,1,838197,12.789871215820312
RSDMD,λ=8,65536,1,887289,13.538955688476562
RSDMD,λ=8,65536,1,860133,13.124588012695312
RSDMD,λ=8,65536,1,946641,14.444595336914062
RSDMD,λ=8,65536,1,832837,12.708084106445312
RSDMD,λ=8,65536,1,857285,13.081130981445312
RSDMD,λ=8,65536,1,953749,14.553054809570312
RSDMD,λ=8,65536,1,870717,13.286087036132812
RSDMD,λ=8,65536,1,871501,13.298049926757812
RSDMD,λ=8,65536,1,897913,13.701065063476562
RSDMD,λ=8,65536,1,821257,12.531387329101562
RSDMD,λ=8,65536,1,824481,12.580581665039062
RSDMD,λ=8,65536,1,884317,13.493606567382812
RSDMD,λ=8,65536,1,869241,13.263565063476562
RSDMD,λ=8,65536,1,869693,13.270462036132812
RSDMD,λ=8,65536,1,843073,12.864273071289062
RSDMD,λ=8,65536,1,948421,14.471755981445312
RSDMD,λ=8,65536,1,809681,12.354751586914062
RSDMD,λ=8,65536,1,913869,13.944534301757812
RSDMD,λ=8,65536,1,833065,12.711563110351562
RSDMD,λ=8,65536,1,921169,14.055923461914062
RSDMD,λ=8,65536,1,862565,13.161697387695312
RSDMD,λ=8,65536,1,884941,13.503128051757812
RSDMD,λ=8,65536,1,960457,14.655410766601562
RSDMD,λ=8,65536,1,818061,12.482620239257812
RSDMD,λ=8,65536,1,998545,15.236587524414062
RSDMD,λ=8,65536,1,981541,14.977127075195312
RSDMD,λ=8,65536,1,980817,14.966079711914062
RSDMD,λ=8,65536,1,938681,14.323135375976562
RSDMD,λ=8,65536,1,976865,14.905776977539062
RSDMD,λ=8,65536,1,745177,11.370498657226562
RSDMD,λ=8,65536,1,842877,12.861282348632812
RSDMD,λ=8,65536,1,831873,12.693374633789062
RSDMD,λ=8,65536,1,852681,13.010879516601562
RSDMD,λ=8,65536,1,845181,12.896438598632812
RSDMD,λ=8,65536,1,927237,14.148513793945312
RSDMD,λ=8,65536,1,791253,12.073562622070312
RSDMD,λ=8,65536,1,843265,12.867202758789062
RSDMD,λ=8,65536,1,785541,11.986404418945312
RSDMD,λ=8,65536,1,884405,13.494949340820312
RSDMD,λ=8,65536,1,899421,13.724075317382812
RSDMD,λ=8,65536,1,1000193,15.261734008789062
RSDMD,λ=8,65536,1,896317,13.676712036132812
RSDMD,λ=8,65536,1,959473,14.640396118164062
RSDMD,λ=8,65536,1,972325,14.836502075195312
RSDMD,λ=8,65536,1,831609,12.689346313476562
RSDMD,λ=8,65536,1,937149,14.299758911132812
RSDMD,λ=8,65536,1,872385,13.311538696289062
RSDMD,λ=8,65536,1,885129,13.505996704101562
RSDMD,λ=8,65536,1,910157,13.887893676757812
RSDMD,λ=8,65536,1,948933,14.479568481445312
RSDMD,λ=8,65536,1,878437,13.403884887695312
RSDMD,λ=8,65536,1,982621,14.993606567382812
RSDMD,λ=8,65536,1,819073,12.498062133789062
RSDMD,λ=8,65536,1,850757,12.981521606445312
RSDMD,λ=8,65536,1,817485,12.473831176757812
RSDMD,λ=8,65536,1,1016017,15.503189086914062
RSDMD,λ=8,65536,1,916901,13.990798950195312
RSDMD,λ=8,65536,1,950141,14.498001098632812
RSDMD,λ=8,65536,1,865673,13.209121704101562
RSDMD,λ=8,65536,1,887669,13.544754028320312
RSDMD,λ=8,65536,1,834249,12.729629516601562
RSDMD,λ=8,65536,1,811353,12.380264282226562
RSDMD,λ=8,65536,1,811029,12.375320434570312
RSDMD,λ=8,65536,1,846281,12.913223266601562
RSDMD,λ=8,65536,1,813585,12.414321899414062
RSDMD,λ=8,65536,1,823377,12.563735961914062
RSDMD,λ=8,65536,1,901829,13.760818481445312
RSDMD,λ=8,65536,1,959013,14.633377075195312
RRDMD,λ=8,65536,1,593699,9.059127807617188
RRDMD,λ=8,65536,1,599370,9.145660400390625
RRDMD,λ=8,65536,1,604808,9.2286376953125
RRDMD,λ=8,65536,1,634320,9.678955078125
RRDMD,λ=8,65536,1,589443,8.994186401367188
RRDMD,λ=8,65536,1,615607,9.393417358398438
RRDMD,λ=8,65536,1,623076,9.50738525390625
RRDMD,λ=8,65536,1,685500,10.45989990234375
RRDMD,λ=8,65536,1,684093,10.438430786132812
RRDMD,λ=8,65536,1,624310,9.526214599609375
RRDMD,λ=8,65536,1,591985,9.032974243164062
RRDMD,λ=8,65536,1,572447,8.734848022460938
RRDMD,λ=8,65536,1,652531,9.956832885742188
RRDMD,λ=8,65536,1,638733,9.746292114257812
RRDMD,λ=8,65536,1,615134,9.386199951171875
RRDMD,λ=8,65536,1,594688,9.07421875
RRDMD,λ=8,65536,1,580234,8.853668212890625
RRDMD,λ=8,65536,1,596526,9.102264404296875
RRDMD,λ=8,65536,1,653026,9.964385986328125
RRDMD,λ=8,65536,1,636032,9.705078125
RRDMD,λ=8,65536,1,641207,9.784042358398438
RRDMD,λ=8,65536,1,622321,9.495864868164062
RRDMD,λ=8,65536,1,589315,8.992233276367188
RRDMD,λ=8,65536,1,640561,9.774185180664062
RRDMD,λ=8,65536,1,591048,9.0186767578125
RRDMD,λ=8,65536,1,616092,9.40081787109375
RRDMD,λ=8,65536,1,650005,9.918289184570312
RRDMD,λ=8,65536,1,714805,10.907058715820312
RRDMD,λ=8,65536,1,619496,9.4527587890625
RRDMD,λ=8,65536,1,616548,9.40777587890625
RRDMD,λ=8,65536,1,643834,9.824127197265625
RRDMD,λ=8,65536,1,582474,8.887847900390625
RRDMD,λ=8,65536,1,661843,10.098922729492188
RRDMD,λ=8,65536,1,678304,10.35009765625
RRDMD,λ=8,65536,1,632745,9.654922485351562
RRDMD,λ=8,65536,1,607215,9.265365600585938
RRDMD,λ=8,65536,1,600205,9.158401489257812
RRDMD,λ=8,65536,1,622082,9.492218017578125
RRDMD,λ=8,65536,1,618945,9.444351196289062
RRDMD,λ=8,65536,1,581692,8.87591552734375
RRDMD,λ=8,65536,1,601332,9.17559814453125
RRDMD,λ=8,65536,1,593983,9.063461303710938
RRDMD,λ=8,65536,1,614298,9.373443603515625
RRDMD,λ=8,65536,1,617546,9.423004150390625
RRDMD,λ=8,65536,1,658990,10.055389404296875
RRDMD,λ=8,65536,1,593657,9.058486938476562
RRDMD,λ=8,65536,1,661397,10.092117309570312
RRDMD,λ=8,65536,1,569473,8.689468383789062
RRDMD,λ=8,65536,1,587784,8.9688720703125
RRDMD,λ=8,65536,1,614930,9.383087158203125
RRDMD,λ=8,65536,1,672564,10.26251220703125
RRDMD,λ=8,65536,1,617524,9.42266845703125
RRDMD,λ=8,65536,1,595635,9.088668823242188
RRDMD,λ=8,65536,1,639419,9.756759643554688
RRDMD,λ=8,65536,1,627760,9.578857421875
RRDMD,λ=8,65536,1,637806,9.732147216796875
RRDMD,λ=8,65536,1,679965,10.375442504882812
RRDMD,λ=8,65536,1,626154,9.554351806640625
RRDMD,λ=8,65536,1,580751,8.861557006835938
RRDMD,λ=8,65536,1,633770,9.670562744140625
RRDMD,λ=8,65536,1,607123,9.263961791992188
RRDMD,λ=8,65536,1,642539,9.804367065429688
RRDMD,λ=8,65536,1,616987,9.414474487304688
RRDMD,λ=8,65536,1,661824,10.0986328125
RRDMD,λ=8,65536,1,650689,9.928726196289062
RRDMD,λ=8,65536,1,646249,9.860977172851562
RRDMD,λ=8,65536,1,579359,8.840316772460938
RRDMD,λ=8,65536,1,670308,10.22808837890625
RRDMD,λ=8,65536,1,619314,9.449981689453125
RRDMD,λ=8,65536,1,627334,9.572357177734375
RRDMD,λ=8,65536,1,667224,10.1810302734375
RRDMD,λ=8,65536,1,659478,10.062835693359375
RRDMD,λ=8,65536,1,655218,9.997833251953125
RRDMD,λ=8,65536,1,655783,10.006454467773438
RRDMD,λ=8,65536,1,560277,8.549148559570312
RRDMD,λ=8,65536,1,607696,9.272705078125
RRDMD,λ=8,65536,1,666129,10.164321899414062
RRDMD,λ=8,65536,1,699014,10.666107177734375
RRDMD,λ=8,65536,1,612667,9.348556518554688
RRDMD,λ=8,65536,1,695994,10.620025634765625
RRDMD,λ=8,65536,1,618486,9.437347412109375
RRDMD,λ=8,65536,1,593580,9.05731201171875
RRDMD,λ=8,65536,1,628070,9.583587646484375
RRDMD,λ=8,65536,1,626736,9.563232421875
RRDMD,λ=8,65536,1,685042,10.452911376953125
RRDMD,λ=8,65536,1,647192,9.8753662109375
RRDMD,λ=8,65536,1,601398,9.176605224609375
RRDMD,λ=8,65536,1,571395,8.718795776367188
RRDMD,λ=8,65536,1,623881,9.519668579101562
RRDMD,λ=8,65536,1,637113,9.721572875976562
RRDMD,λ=8,65536,1,592211,9.036422729492188
RRDMD,λ=8,65536,1,629915,9.611740112304688
RRDMD,λ=8,65536,1,656614,10.019134521484375
RRDMD,λ=8,65536,1,563287,8.595077514648438
RRDMD,λ=8,65536,1,616948,9.41387939453125
RRDMD,λ=8,65536,1,675629,10.309280395507812
RRDMD,λ=8,65536,1,602542,9.194061279296875
RRDMD,λ=8,65536,1,592463,9.040267944335938
RRDMD,λ=8,65536,1,659597,10.064651489257812
RRDMD,λ=8,65536,1,573869,8.756546020507812
RHDMD,λ=8,65536,1,606629,9.256423950195312
RHDMD,λ=8,65536,1,576865,8.802261352539062
RHDMD,λ=8,65536,1,616065,9.400405883789062
RHDMD,λ=8,65536,1,623157,9.508621215820312
RHDMD,λ=8,65536,1,711865,10.862197875976562
RHDMD,λ=8,65536,1,623165,9.508743286132812
RHDMD,λ=8,65536,1,624225,9.524917602539062
RHDMD,λ=8,65536,1,690817,10.541030883789062
RHDMD,λ=8,65536,1,688265,10.502090454101562
RHDMD,λ=8,65536,1,626149,9.554275512695312
RHDMD,λ=8,65536,1,605461,9.238601684570312
RHDMD,λ=8,65536,1,594389,9.069656372070312
RHDMD,λ=8,65536,1,595433,9.085586547851562
RHDMD,λ=8,65536,1,639601,9.759536743164062
RHDMD,λ=8,65536,1,727089,11.094497680664062
RHDMD,λ=8,65536,1,623761,9.517837524414062
RHDMD,λ=8,65536,1,693185,10.577163696289062
RHDMD,λ=8,65536,1,680837,10.388748168945312
RHDMD,λ=8,65536,1,713505,10.887222290039062
RHDMD,λ=8,65536,1,621877,9.489089965820312
RHDMD,λ=8,65536,1,575049,8.774551391601562
RHDMD,λ=8,65536,1,602257,9.189712524414062
RHDMD,λ=8,65536,1,604421,9.222732543945312
RHDMD,λ=8,65536,1,597953,9.124038696289062
RHDMD,λ=8,65536,1,624869,9.534744262695312
RHDMD,λ=8,65536,1,634057,9.674942016601562
RHDMD,λ=8,65536,1,625605,9.545974731445312
RHDMD,λ=8,65536,1,675005,10.299758911132812
RHDMD,λ=8,65536,1,691385,10.549697875976562
RHDMD,λ=8,65536,1,582217,8.883926391601562
RHDMD,λ=8,65536,1,598965,9.139480590820312
RHDMD,λ=8,65536,1,583957,8.910476684570312
RHDMD,λ=8,65536,1,597337,9.114639282226562
RHDMD,λ=8,65536,1,665961,10.161758422851562
RHDMD,λ=8,65536,1,600929,9.169448852539062
RHDMD,λ=8,65536,1,596397,9.100296020507812
RHDMD,λ=8,65536,1,625061,9.537673950195312
RHDMD,λ=8,65536,1,629961,9.612442016601562
RHDMD,λ=8,65536,1,586133,8.943679809570312
RHDMD,λ=8,65536,1,594453,9.070632934570312
RHDMD,λ=8,65536,1,577277,8.808547973632812
RHDMD,λ=8,65536,1,559649,8.539566040039062
RHDMD,λ=8,65536,1,621253,9.479568481445312
RHDMD,λ=8,65536,1,573185,8.746109008789062
RHDMD,λ=8,65536,1,623665,9.516372680664062
RHDMD,λ=8,65536,1,632177,9.646255493164062
RHDMD,λ=8,65536,1,676997,10.330154418945312
RHDMD,λ=8,65536,1,579025,8.835220336914062
RHDMD,λ=8,65536,1,639757,9.761917114257812
RHDMD,λ=8,65536,1,580077,8.851272583007812
RHDMD,λ=8,65536,1,632433,9.650161743164062
RHDMD,λ=8,65536,1,588269,8.976272583007812
RHDMD,λ=8,65536,1,576777,8.800918579101562
RHDMD,λ=8,65536,1,637657,9.729873657226562
RHDMD,λ=8,65536,1,758053,11.566970825195312
RHDMD,λ=8,65536,1,617105,9.416275024414062
RHDMD,λ=8,65536,1,603637,9.210769653320312
RHDMD,λ=8,65536,1,641477,9.788162231445312
RHDMD,λ=8,65536,1,588697,8.982803344726562
RHDMD,λ=8,65536,1,592577,9.042007446289062
RHDMD,λ=8,65536,1,726169,11.080459594726562
RHDMD,λ=8,65536,1,777697,11.866714477539062
RHDMD,λ=8,65536,1,590581,9.011550903320312
RHDMD,λ=8,65536,1,734829,11.212600708007812
RHDMD,λ=8,65536,1,607461,9.269119262695312
RHDMD,λ=8,65536,1,737125,11.247634887695312
RHDMD,λ=8,65536,1,620709,9.471267700195312
RHDMD,λ=8,65536,1,790781,12.066360473632812
RHDMD,λ=8,65536,1,608365,9.282913208007812
RHDMD,λ=8,65536,1,603973,9.215896606445312
RHDMD,λ=8,65536,1,626741,9.563308715820312
RHDMD,λ=8,65536,1,636833,9.717300415039062
RHDMD,λ=8,65536,1,623365,9.511795043945312
RHDMD,λ=8,65536,1,646389,9.863113403320312
RHDMD,λ=8,65536,1,621837,9.488479614257812
RHDMD,λ=8,65536,1,625329,9.541763305664062
RHDMD,λ=8,65536,1,601293,9.175003051757812
RHDMD,λ=8,65536,1,590217,9.005996704101562
RHDMD,λ=8,65536,1,594493,9.071243286132812
RHDMD,λ=8,65536,1,606945,9.261245727539062
RHDMD,λ=8,65536,1,624833,9.534194946289062
RHDMD,λ=8,65536,1,628397,9.588577270507812
RHDMD,λ=8,65536,1,608353,9.282730102539062
RHDMD,λ=8,65536,1,661025,10.086441040039062
RHDMD,λ=8,65536,1,592037,9.033767700195312
RHDMD,λ=8,65536,1,636621,9.714065551757812
RHDMD,λ=8,65536,1,624581,9.530349731445312
RHDMD,λ=8,65536,1,686877,10.480911254882812
RHDMD,λ=8,65536,1,622081,9.492202758789062
RHDMD,λ=8,65536,1,750417,11.450454711914062
RHDMD,λ=8,65536,1,582093,8.882034301757812
RHDMD,λ=8,65536,1,545637,8.325759887695312
RHDMD,λ=8,65536,1,575737,8.785049438476562
RHDMD,λ=8,65536,1,592953,9.047744750976562
RHDMD,λ=8,65536,1,618093,9.431350708007812
RHDMD,λ=8,65536,1,654681,9.989639282226562
RHDMD,λ=8,65536,1,623153,9.508560180664062
RHDMD,λ=8,65536,1,737721,11.256729125976562
RHDMD,λ=8,65536,1,663845,10.129470825195312
RHDMD,λ=8,65536,1,689945,10.527725219726562
RHLMD,λ=8,65536,1,586270,8.945770263671875
RHLMD,λ=8,65536,1,577778,8.816192626953125
RHLMD,λ=8,65536,1,581691,8.875900268554688
RHLMD,λ=8,65536,1,621668,9.48590087890625
RHLMD,λ=8,65536,1,672274,10.258087158203125
RHLMD,λ=8,65536,1,617324,9.41961669921875
RHLMD,λ=8,65536,1,615384,9.3900146484375
RHLMD,λ=8,65536,1,618033,9.430435180664062
RHLMD,λ=8,65536,1,632973,9.658401489257812
RHLMD,λ=8,65536,1,650388,9.92413330078125
RHLMD,λ=8,65536,1,592976,9.048095703125
RHLMD,λ=8,65536,1,572112,8.729736328125
RHLMD,λ=8,65536,1,574429,8.765090942382812
RHLMD,λ=8,65536,1,596125,9.096145629882812
RHLMD,λ=8,65536,1,597968,9.124267578125
RHLMD,λ=8,65536,1,661753,10.097549438476562
RHLMD,λ=8,65536,1,669586,10.217071533203125
RHLMD,λ=8,65536,1,635672,9.6995849609375
RHLMD,λ=8,65536,1,770599,11.758407592773438
RHLMD,λ=8,65536,1,597317,9.114334106445312
RHLMD,λ=8,65536,1,678126,10.347381591796875
RHLMD,λ=8,65536,1,564357,8.611404418945312
RHLMD,λ=8,65536,1,602904,9.1995849609375
RHLMD,λ=8,65536,1,643501,9.819046020507812
RHLMD,λ=8,65536,1,616032,9.39990234375
RHLMD,λ=8,65536,1,590926,9.016815185546875
RHLMD,λ=8,65536,1,589013,8.987625122070312
RHLMD,λ=8,65536,1,595316,9.08380126953125
RHLMD,λ=8,65536,1,656096,10.01123046875
RHLMD,λ=8,65536,1,598209,9.127944946289062
RHLMD,λ=8,65536,1,610820,9.32037353515625
RHLMD,λ=8,65536,1,592040,9.0338134765625
RHLMD,λ=8,65536,1,571411,8.719039916992188
RHLMD,λ=8,65536,1,662313,10.106094360351562
RHLMD,λ=8,65536,1,589735,8.998641967773438
RHLMD,λ=8,65536,1,630870,9.626312255859375
RHLMD,λ=8,65536,1,613317,9.358474731445312
RHLMD,λ=8,65536,1,550511,8.400131225585938
RHLMD,λ=8,65536,1,616898,9.413116455078125
RHLMD,λ=8,65536,1,612994,9.353546142578125
RHLMD,λ=8,65536,1,744826,11.365142822265625
RHLMD,λ=8,65536,1,649827,9.915573120117188
RHLMD,λ=8,65536,1,600472,9.1624755859375
RHLMD,λ=8,65536,1,612738,9.349639892578125
RHLMD,λ=8,65536,1,603788,9.21307373046875
RHLMD,λ=8,65536,1,587839,8.969711303710938
RHLMD,λ=8,65536,1,583408,8.902099609375
RHLMD,λ=8,65536,1,619996,9.46038818359375
RHLMD,λ=8,65536,1,642161,9.798599243164062
RHLMD,λ=8,65536,1,575799,8.785995483398438
RHLMD,λ=8,65536,1,622173,9.493606567382812
RHLMD,λ=8,65536,1,702205,10.714797973632812
RHLMD,λ=8,65536,1,574736,8.769775390625
RHLMD,λ=8,65536,1,578342,8.824798583984375
RHLMD,λ=8,65536,1,634275,9.678268432617188
RHLMD,λ=8,65536,1,576661,8.799148559570312
RHLMD,λ=8,65536,1,558400,8.5205078125
RHLMD,λ=8,65536,1,591206,9.021087646484375
RHLMD,λ=8,65536,1,577270,8.808441162109375
RHLMD,λ=8,65536,1,668256,10.19677734375
RHLMD,λ=8,65536,1,638395,9.741134643554688
RHLMD,λ=8,65536,1,557586,8.508087158203125
RHLMD,λ=8,65536,1,678690,10.355987548828125
RHLMD,λ=8,65536,1,614504,9.3765869140625
RHLMD,λ=8,65536,1,611956,9.33770751953125
RHLMD,λ=8,65536,1,596315,9.099044799804688
RHLMD,λ=8,65536,1,555572,8.47735595703125
RHLMD,λ=8,65536,1,548761,8.373428344726562
RHLMD,λ=8,65536,1,633267,9.662887573242188
RHLMD,λ=8,65536,1,600101,9.156814575195312
RHLMD,λ=8,65536,1,592169,9.035781860351562
RHLMD,λ=8,65536,1,563921,8.604751586914062
RHLMD,λ=8,65536,1,627192,9.5701904296875
RHLMD,λ=8,65536,1,583656,8.9058837890625
RHLMD,λ=8,65536,1,589305,8.992080688476562
RHLMD,λ=8,65536,1,599933,9.154251098632812
RHLMD,λ=8,65536,1,596252,9.09808349609375
RHLMD,λ=8,65536,1,593145,9.050674438476562
RHLMD,λ=8,65536,1,609876,9.30596923828125
RHLMD,λ=8,65536,1,587742,8.968231201171875
RHLMD,λ=8,65536,1,608898,9.291046142578125
RHLMD,λ=8,65536,1,706533,10.780838012695312
RHLMD,λ=8,65536,1,601552,9.178955078125
RHLMD,λ=8,65536,1,559303,8.534286499023438
RHLMD,λ=8,65536,1,544497,8.308364868164062
RHLMD,λ=8,65536,1,650865,9.931411743164062
RHLMD,λ=8,65536,1,615422,9.390594482421875
RHLMD,λ=8,65536,1,613361,9.359146118164062
RHLMD,λ=8,65536,1,680610,10.385284423828125
RHLMD,λ=8,65536,1,620196,9.46343994140625
RHLMD,λ=8,65536,1,789087,12.040512084960938
RHLMD,λ=8,65536,1,569036,8.68280029296875
RHLMD,λ=8,65536,1,594598,9.072845458984375
RHLMD,λ=8,65536,1,569608,8.6915283203125
RHLMD,λ=8,65536,1,591189,9.020828247070312
RHLMD,λ=8,65536,1,580316,8.85491943359375
RHLMD,λ=8,65536,1,583428,8.90240478515625
RHLMD,λ=8,65536,1,665510,10.154876708984375
RHLMD,λ=8,65536,1,633557,9.667312622070312
RRLMD,λ=8,65536,1,600302,9.159881591796875
RRLMD,λ=8,65536,1,619435,9.451828002929688
RRLMD,λ=8,65536,1,656988,10.02484130859375
RRLMD,λ=8,65536,1,605897,9.245254516601562
RRLMD,λ=8,65536,1,644666,9.836822509765625
RRLMD,λ=8,65536,1,560755,8.556442260742188
RRLMD,λ=8,65536,1,646919,9.871200561523438
RRLMD,λ=8,65536,1,662018,10.101593017578125
RRLMD,λ=8,65536,1,611452,9.33001708984375
RRLMD,λ=8,65536,1,573249,8.747085571289062
RRLMD,λ=8,65536,1,647709,9.883255004882812
RRLMD,λ=8,65536,1,613283,9.357955932617188
RRLMD,λ=8,65536,1,637944,9.7342529296875
RRLMD,λ=8,65536,1,599345,9.145278930664062
RRLMD,λ=8,65536,1,620950,9.474945068359375
RRLMD,λ=8,65536,1,577251,8.808151245117188
RRLMD,λ=8,65536,1,612061,9.339309692382812
RRLMD,λ=8,65536,1,596179,9.096969604492188
RRLMD,λ=8,65536,1,564125,8.607864379882812
RRLMD,λ=8,65536,1,568647,8.676864624023438
RRLMD,λ=8,65536,1,598609,9.134048461914062
RRLMD,λ=8,65536,1,770655,11.759262084960938
RRLMD,λ=8,65536,1,625485,9.544143676757812
RRLMD,λ=8,65536,1,604768,9.22802734375
RRLMD,λ=8,65536,1,591326,9.022918701171875
RRLMD,λ=8,65536,1,616108,9.40106201171875
RRLMD,λ=8,65536,1,616219,9.402755737304688
RRLMD,λ=8,65536,1,611730,9.334259033203125
RRLMD,λ=8,65536,1,605827,9.244186401367188
RRLMD,λ=8,65536,1,584515,8.918991088867188
RRLMD,λ=8,65536,1,591200,9.02099609375
RRLMD,λ=8,65536,1,588220,8.97552490234375
RRLMD,λ=8,65536,1,633913,9.672744750976562
RRLMD,λ=8,65536,1,574165,8.761062622070312
RRLMD,λ=8,65536,1,584653,8.921096801757812
RRLMD,λ=8,65536,1,579614,8.844207763671875
RRLMD,λ=8,65536,1,588179,8.974899291992188
RRLMD,λ=8,65536,1,641233,9.784439086914062
RRLMD,λ=8,65536,1,589787,8.999435424804688
RRLMD,λ=8,65536,1,674374,10.290130615234375
RRLMD,λ=8,65536,1,665097,10.148574829101562
RRLMD,λ=8,65536,1,591093,9.019363403320312
RRLMD,λ=8,65536,1,604333,9.221389770507812
RRLMD,λ=8,65536,1,650725,9.929275512695312
RRLMD,λ=8,65536,1,646996,9.87237548828125
RRLMD,λ=8,65536,1,614328,9.3739013671875
RRLMD,λ=8,65536,1,645019,9.842208862304688
RRLMD,λ=8,65536,1,611908,9.33697509765625
RRLMD,λ=8,65536,1,564833,8.618667602539062
RRLMD,λ=8,65536,1,634779,9.685958862304688
RRLMD,λ=8,65536,1,600632,9.1649169921875
RRLMD,λ=8,65536,1,636797,9.716751098632812
RRLMD,λ=8,65536,1,584634,8.920806884765625
RRLMD,λ=8,65536,1,580326,8.855072021484375
RRLMD,λ=8,65536,1,580629,8.859695434570312
RRLMD,λ=8,65536,1,693183,10.577133178710938
RRLMD,λ=8,65536,1,626369,9.557632446289062
RRLMD,λ=8,65536,1,696558,10.628631591796875
RRLMD,λ=8,65536,1,589844,9.00030517578125
RRLMD,λ=8,65536,1,589387,8.993331909179688
RRLMD,λ=8,65536,1,667824,10.190185546875
RRLMD,λ=8,65536,1,560696,8.5555419921875
RRLMD,λ=8,65536,1,630864,9.626220703125
RRLMD,λ=8,65536,1,627302,9.571868896484375
RRLMD,λ=8,65536,1,581109,8.867019653320312
RRLMD,λ=8,65536,1,650164,9.92071533203125
RRLMD,λ=8,65536,1,669786,10.220123291015625
RRLMD,λ=8,65536,1,590159,9.005111694335938
RRLMD,λ=8,65536,1,663566,10.125213623046875
RRLMD,λ=8,65536,1,735259,11.219161987304688
RRLMD,λ=8,65536,1,580965,8.864822387695312
RRLMD,λ=8,65536,1,618966,9.444671630859375
RRLMD,λ=8,65536,1,727538,11.101348876953125
RRLMD,λ=8,65536,1,617026,9.415069580078125
RRLMD,λ=8,65536,1,565453,8.628128051757812
RRLMD,λ=8,65536,1,637151,9.722152709960938
RRLMD,λ=8,65536,1,619904,9.458984375
RRLMD,λ=8,65536,1,583914,8.909820556640625
RRLMD,λ=8,65536,1,578650,8.829498291015625
RRLMD,λ=8,65536,1,689720,10.5242919921875
RRLMD,λ=8,65536,1,641276,9.78509521484375
RRLMD,λ=8,65536,1,658958,10.054901123046875
RRLMD,λ=8,65536,1,548083,8.363082885742188
RRLMD,λ=8,65536,1,628338,9.587677001953125
RRLMD,λ=8,65536,1,631583,9.637191772460938
RRLMD,λ=8,65536,1,659552,10.06396484375
RRLMD,λ=8,65536,1,599372,9.14569091796875
RRLMD,λ=8,65536,1,619896,9.4588623046875
RRLMD,λ=8,65536,1,584052,8.91192626953125
RRLMD,λ=8,65536,1,668305,10.197525024414062
RRLMD,λ=8,65536,1,600033,9.155776977539062
RRLMD,λ=8,65536,1,605453,9.238479614257812
RRLMD,λ=8,65536,1,654456,9.9862060546875
RRLMD,λ=8,65536,1,597174,9.112152099609375
RRLMD,λ=8,65536,1,653344,9.96923828125
RRLMD,λ=8,65536,1,624668,9.53167724609375
RRLMD,λ=8,65536,1,572131,8.730026245117188
RRLMD,λ=8,65536,1,572630,8.737640380859375
RRLMD,λ=8,65536,1,590858,9.015777587890625
RRLMD,λ=8,65536,1,636744,9.7159423828125
RSLMD,λ=8,65536,1,918171,14.010177612304688
RSLMD,λ=8,65536,1,916352,13.982421875
RSLMD,λ=8,65536,1,896853,13.684890747070312
RSLMD,λ=8,65536,1,870384,13.281005859375
RSLMD,λ=8,65536,1,996456,15.2047119140625
RSLMD,λ=8,65536,1,861748,13.14923095703125
RSLMD,λ=8,65536,1,913581,13.940139770507812
RSLMD,λ=8,65536,1,1070321,16.331802368164062
RSLMD,λ=8,65536,1,1043597,15.924026489257812
RSLMD,λ=8,65536,1,923526,14.091888427734375
RSLMD,λ=8,65536,1,935341,14.272171020507812
RSLMD,λ=8,65536,1,1006979,15.365280151367188
RSLMD,λ=8,65536,1,911252,13.90460205078125
RSLMD,λ=8,65536,1,925583,14.123275756835938
RSLMD,λ=8,65536,1,934219,14.255050659179688
RSLMD,λ=8,65536,1,892858,13.623931884765625
RSLMD,λ=8,65536,1,969324,14.79071044921875
RSLMD,λ=8,65536,1,902888,13.7769775390625
RSLMD,λ=8,65536,1,845717,12.904617309570312
RSLMD,λ=8,65536,1,815134,12.437957763671875
RSLMD,λ=8,65536,1,1011042,15.427276611328125
RSLMD,λ=8,65536,1,973200,14.849853515625
RSLMD,λ=8,65536,1,860184,13.1253662109375
RSLMD,λ=8,65536,1,894881,13.654800415039062
RSLMD,λ=8,65536,1,818874,12.495025634765625
RSLMD,λ=8,65536,1,940815,14.355697631835938
RSLMD,λ=8,65536,1,965499,14.732345581054688
RSLMD,λ=8,65536,1,984505,15.022354125976562
RSLMD,λ=8,65536,1,836435,12.762985229492188
RSLMD,λ=8,65536,1,1000060,15.25970458984375
RSLMD,λ=8,65536,1,977229,14.911331176757812
RSLMD,λ=8,65536,1,965635,14.734420776367188
RSLMD,λ=8,65536,1,925107,14.116012573242188
RSLMD,λ=8,65536,1,887078,13.535736083984375
RSLMD,λ=8,65536,1,905115,13.810958862304688
RSLMD,λ=8,65536,1,848386,12.945343017578125
RSLMD,λ=8,65536,1,933097,14.237930297851562
RSLMD,λ=8,65536,1,936735,14.293441772460938
RSLMD,λ=8,65536,1,905030,13.809661865234375
RSLMD,λ=8,65536,1,904843,13.806808471679688
RSLMD,λ=8,65536,1,941767,14.370223999023438
RSLMD,λ=8,65536,1,848760,12.9510498046875
RSLMD,λ=8,65536,1,838356,12.79229736328125
RSLMD,λ=8,65536,1,921571,14.062057495117188
RSLMD,λ=8,65536,1,1054477,16.090042114257812
RSLMD,λ=8,65536,1,865335,13.203964233398438
RSLMD,λ=8,65536,1,922302,14.073211669921875
RSLMD,λ=8,65536,1,917372,13.99798583984375
RSLMD,λ=8,65536,1,876912,13.380615234375
RSLMD,λ=8,65536,1,994586,15.176177978515625
RSLMD,λ=8,65536,1,899403,13.723800659179688
RSLMD,λ=8,65536,1,906254,13.828338623046875
RSLMD,λ=8,65536,1,904979,13.808883666992188
RSLMD,λ=8,65536,1,848080,12.940673828125
RSLMD,λ=8,65536,1,898468,13.70953369140625
RSLMD,λ=8,65536,1,963272,14.6983642578125
RSLMD,λ=8,65536,1,892773,13.622634887695312
RSLMD,λ=8,65536,1,965261,14.728713989257812
RSLMD,λ=8,65536,1,921214,14.056610107421875
RSLMD,λ=8,65536,1,870231,13.278671264648438
RSLMD,λ=8,65536,1,830604,12.67401123046875
RSLMD,λ=8,65536,1,950131,14.497848510742188
RSLMD,λ=8,65536,1,819078,12.498138427734375
RSLMD,λ=8,65536,1,978606,14.932342529296875
RSLMD,λ=8,65536,1,935018,14.267242431640625
RSLMD,λ=8,65536,1,807739,12.325119018554688
RSLMD,λ=8,65536,1,939591,14.337020874023438
RSLMD,λ=8,65536,1,1134020,17.30377197265625
RSLMD,λ=8,65536,1,841195,12.835617065429688
RSLMD,λ=8,65536,1,920024,14.0384521484375
RSLMD,λ=8,65536,1,911099,13.902267456054688
RSLMD,λ=8,65536,1,933335,14.241561889648438
RSLMD,λ=8,65536,1,939200,14.3310546875
RSLMD,λ=8,65536,1,1001862,15.287200927734375
RSLMD,λ=8,65536,1,860983,13.137557983398438
RSLMD,λ=8,65536,1,905506,13.816925048828125
RSLMD,λ=8,65536,1,1000128,15.2607421875
RSLMD,λ=8,65536,1,841671,12.842880249023438
RSLMD,λ=8,65536,1,967165,14.757766723632812
RSLMD,λ=8,65536,1,971687,14.826766967773438
RSLMD,λ=8,65536,1,952324,14.53131103515625
RSLMD,λ=8,65536,1,969579,14.794601440429688
RSLMD,λ=8,65536,1,812414,12.396453857421875
RSLMD,λ=8,65536,1,961249,14.667495727539062
RSLMD,λ=8,65536,1,838815,12.799301147460938
RSLMD,λ=8,65536,1,1015785,15.499649047851562
RSLMD,λ=8,65536,1,894065,13.642349243164062
RSLMD,λ=8,65536,1,965805,14.737014770507812
RSLMD,λ=8,65536,1,964190,14.712371826171875
RSLMD,λ=8,65536,1,835772,12.75286865234375
RSLMD,λ=8,65536,1,842810,12.860260009765625
RSLMD,λ=8,65536,1,967318,14.760101318359375
RSLMD,λ=8,65536,1,1078736,16.460205078125
RSLMD,λ=8,65536,1,981989,14.983963012695312
RSLMD,λ=8,65536,1,948397,14.471389770507812
RSLMD,λ=8,65536,1,894133,13.643386840820312
RSLMD,λ=8,65536,1,885854,13.517059326171875
RSLMD,λ=8,65536,1,886840,13.5321044921875
RSLMD,λ=8,65536,1,1004191,15.322738647460938
RSLMD,λ=8,65536,1,911677,13.911087036132812
RSDID,λ=8,65536,1,883009,13.473648071289062
RSDID,λ=8,65536,1,967537,14.763442993164062
RSDID,λ=8,65536,1,1057841,16.141372680664062
RSDID,λ=8,65536,1,930257,14.194595336914062
RSDID,λ=8,65536,1,829953,12.664077758789062
RSDID,λ=8,65536,1,952881,14.539810180664062
RSDID,λ=8,65536,1,954209,14.560073852539062
RSDID,λ=8,65536,1,951153,14.513442993164062
RSDID,λ=8,65536,1,881313,13.447769165039062
RSDID,λ=8,65536,1,879089,13.413833618164062
RSDID,λ=8,65536,1,896481,13.679214477539062
RSDID,λ=8,65536,1,968545,14.778823852539062
RSDID,λ=8,65536,1,988049,15.076431274414062
RSDID,λ=8,65536,1,930753,14.202163696289062
RSDID,λ=8,65536,1,862129,13.155044555664062
RSDID,λ=8,65536,1,982977,14.999038696289062
RSDID,λ=8,65536,1,1027425,15.677261352539062
RSDID,λ=8,65536,1,929313,14.180191040039062
RSDID,λ=8,65536,1,869585,13.268814086914062
RSDID,λ=8,65536,1,1069105,16.313247680664062
RSDID,λ=8,65536,1,1097201,16.741958618164062
RSDID,λ=8,65536,1,821761,12.539077758789062
RSDID,λ=8,65536,1,860481,13.129898071289062
RSDID,λ=8,65536,1,951265,14.515151977539062
RSDID,λ=8,65536,1,872529,13.313735961914062
RSDID,λ=8,65536,1,863601,13.177505493164062
RSDID,λ=8,65536,1,891793,13.607681274414062
RSDID,λ=8,65536,1,966993,14.755142211914062
RSDID,λ=8,65536,1,852769,13.012222290039062
RSDID,λ=8,65536,1,866657,13.224136352539062
RSDID,λ=8,65536,1,971457,14.823257446289062
RSDID,λ=8,65536,1,1085745,16.567153930664062
RSDID,λ=8,65536,1,926001,14.129653930664062
RSDID,λ=8,65536,1,920817,14.050552368164062
RSDID,λ=8,65536,1,975265,14.881362915039062
RSDID,λ=8,65536,1,900961,13.747573852539062
RSDID,λ=8,65536,1,928977,14.175064086914062
RSDID,λ=8,65536,1,843809,12.875503540039062
RSDID,λ=8,65536,1,897201,13.690200805664062
RSDID,λ=8,65536,1,831793,12.692153930664062
RSDID,λ=8,65536,1,845169,12.896255493164062
RSDID,λ=8,65536,1,1001393,15.280044555664062
RSDID,λ=8,65536,1,912465,13.923110961914062
RSDID,λ=8,65536,1,992513,15.144546508789062
RSDID,λ=8,65536,1,944433,14.410903930664062
RSDID,λ=8,65536,1,849185,12.957534790039062
RSDID,λ=8,65536,1,1007681,15.375991821289062
RSDID,λ=8,65536,1,916609,13.986343383789062
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RHLID,λ=8,65536,1,795575,12.139511108398438
RHLID,λ=8,65536,1,807028,12.31427001953125
RHLID,λ=8,65536,1,777765,11.867752075195312
RHLID,λ=8,65536,1,811097,12.376358032226562
RHLID,λ=8,65536,1,737192,11.2486572265625
RHLID,λ=8,65536,1,734163,11.202438354492188
RHLID,λ=8,65536,1,804064,12.26904296875
RHLID,λ=8,65536,1,845430,12.900238037109375
RHLID,λ=8,65536,1,761138,11.614044189453125
RHLID,λ=8,65536,1,671230,10.242156982421875
RHLID,λ=8,65536,1,741937,11.321060180664062
RHLID,λ=8,65536,1,802608,12.246826171875
RHLID,λ=8,65536,1,695917,10.618850708007812
RHLID,λ=8,65536,1,781561,11.925674438476562
RHLID,λ=8,65536,1,863422,13.174774169921875
RHLID,λ=8,65536,1,750101,11.445632934570312
RHLID,λ=8,65536,1,736698,11.241119384765625
RHLID,λ=8,65536,1,756302,11.540252685546875
RHLID,λ=8,65536,1,792468,12.09210205078125
RHLID,λ=8,65536,1,782770,11.944122314453125
RHLID,λ=8,65536,1,919777,14.034683227539062
RHLID,λ=8,65536,1,762763,11.638839721679688
RHLID,λ=8,65536,1,732395,11.175460815429688
RHLID,λ=8,65536,1,780859,11.914962768554688
RHLID,λ=8,65536,1,720526,10.994354248046875
RHLID,λ=8,65536,1,797408,12.16748046875
RHLID,λ=8,65536,1,847354,12.929595947265625
RHLID,λ=8,65536,1,735853,11.228225708007812
RHLID,λ=8,65536,1,786423,11.999862670898438
RHLID,λ=8,65536,1,723516,11.03997802734375
RHLID,λ=8,65536,1,777440,11.86279296875
RHLID,λ=8,65536,1,708280,10.8074951171875
RHLID,λ=8,65536,1,724179,11.050094604492188
RHLID,λ=8,65536,1,874979,13.351119995117188
RHLID,λ=8,65536,1,786176,11.99609375
RHLID,λ=8,65536,1,754859,11.518234252929688
RHLID,λ=8,65536,1,863539,13.176559448242188
RHLID,λ=8,65536,1,753507,11.497604370117188
RHLID,λ=8,65536,1,749048,11.4295654296875
RHLID,λ=8,65536,1,746656,11.39306640625
RHLID,λ=8,65536,1,757147,11.553146362304688
RHLID,λ=8,65536,1,699583,10.674789428710938
RHLID,λ=8,65536,1,945231,14.423080444335938
RHLID,λ=8,65536,1,731251,11.158004760742188
RHLID,λ=8,65536,1,837929,12.785781860351562
RHLID,λ=8,65536,1,746591,11.392074584960938
RHLID,λ=8,65536,1,822134,12.544769287109375
RHLID,λ=8,65536,1,698062,10.651580810546875
RHLID,λ=8,65536,1,799995,12.206954956054688
RHLID,λ=8,65536,1,813892,12.41900634765625
RHLID,λ=8,65536,1,767287,11.707870483398438
RRLID,λ=8,65536,1,645751,9.853378295898438
RRLID,λ=8,65536,1,730143,11.141098022460938
RRLID,λ=8,65536,1,718425,10.962295532226562
RRLID,λ=8,65536,1,677307,10.334884643554688
RRLID,λ=8,65536,1,717767,10.952255249023438
RRLID,λ=8,65536,1,729877,11.137039184570312
RRLID,λ=8,65536,1,743163,11.339767456054688
RRLID,λ=8,65536,1,714757,10.906326293945312
RRLID,λ=8,65536,1,755049,11.521133422851562
RRLID,λ=8,65536,1,747167,11.400863647460938
RRLID,λ=8,65536,1,722471,11.024032592773438
RRLID,λ=8,65536,1,746369,11.388687133789062
RRLID,λ=8,65536,1,701359,10.701889038085938
RRLID,λ=8,65536,1,690369,10.534194946289062
RRLID,λ=8,65536,1,716199,10.928329467773438
RRLID,λ=8,65536,1,725243,11.066329956054688
RRLID,λ=8,65536,1,739607,11.285507202148438
RRLID,λ=8,65536,1,801123,12.224166870117188
RRLID,λ=8,65536,1,693253,10.578201293945312
RRLID,λ=8,65536,1,720539,10.994552612304688
RRLID,λ=8,65536,1,737031,11.246200561523438
RRLID,λ=8,65536,1,678287,10.349838256835938
RRLID,λ=8,65536,1,808529,12.337173461914062
RRLID,λ=8,65536,1,737353,11.251113891601562
RRLID,λ=8,65536,1,701513,10.704238891601562
RRLID,λ=8,65536,1,716269,10.929397583007812
RRLID,λ=8,65536,1,711229,10.852493286132812
RRLID,λ=8,65536,1,697593,10.644424438476562
RRLID,λ=8,65536,1,676537,10.323135375976562
RRLID,λ=8,65536,1,773347,11.800338745117188
RRLID,λ=8,65536,1,692791,10.571151733398438
RRLID,λ=8,65536,1,754601,11.514297485351562
RRLID,λ=8,65536,1,677629,10.339797973632812
RRLID,λ=8,65536,1,866433,13.220718383789062
RRLID,λ=8,65536,1,783469,11.954788208007812
RRLID,λ=8,65536,1,666023,10.162704467773438
RRLID,λ=8,65536,1,767271,11.707626342773438
RRLID,λ=8,65536,1,813961,12.420059204101562
RRLID,λ=8,65536,1,709591,10.827499389648438
RRLID,λ=8,65536,1,667773,10.189407348632812
RRLID,λ=8,65536,1,780263,11.905868530273438
RRLID,λ=8,65536,1,690061,10.529495239257812
RRLID,λ=8,65536,1,653129,9.965957641601562
RRLID,λ=8,65536,1,677027,10.330612182617188
RRLID,λ=8,65536,1,706273,10.776870727539062
RRLID,λ=8,65536,1,690537,10.536758422851562
RRLID,λ=8,65536,1,683803,10.434005737304688
RRLID,λ=8,65536,1,726713,11.088760375976562
RRLID,λ=8,65536,1,880405,13.433914184570312
RRLID,λ=8,65536,1,666639,10.172103881835938
RRLID,λ=8,65536,1,661235,10.089645385742188
RRLID,λ=8,65536,1,793157,12.102615356445312
RRLID,λ=8,65536,1,727287,11.097518920898438
RRLID,λ=8,65536,1,745263,11.371810913085938
RRLID,λ=8,65536,1,660577,10.079605102539062
RRLID,λ=8,65536,1,689599,10.522445678710938
RRLID,λ=8,65536,1,731851,11.167160034179688
RRLID,λ=8,65536,1,788593,12.032974243164062
RRLID,λ=8,65536,1,728659,11.118453979492188
RRLID,λ=8,65536,1,729037,11.124221801757812
RRLID,λ=8,65536,1,669831,10.220809936523438
RRLID,λ=8,65536,1,776343,11.846054077148438
RRLID,λ=8,65536,1,705559,10.765975952148438
RRLID,λ=8,65536,1,674577,10.293228149414062
RRLID,λ=8,65536,1,802327,12.242538452148438
RRLID,λ=8,65536,1,709647,10.828353881835938
RRLID,λ=8,65536,1,711817,10.861465454101562
RRLID,λ=8,65536,1,676075,10.316085815429688
RRLID,λ=8,65536,1,800913,12.220962524414062
RRLID,λ=8,65536,1,686337,10.472671508789062
RRLID,λ=8,65536,1,705867,10.770675659179688
RRLID,λ=8,65536,1,648509,9.895462036132812
RRLID,λ=8,65536,1,724403,11.053512573242188
RRLID,λ=8,65536,1,764009,11.657852172851562
RRLID,λ=8,65536,1,725649,11.072525024414062
RRLID,λ=8,65536,1,746803,11.395309448242188
RRLID,λ=8,65536,1,763547,11.650802612304688
RRLID,λ=8,65536,1,723521,11.040054321289062
RRLID,λ=8,65536,1,703963,10.741622924804688
RRLID,λ=8,65536,1,734007,11.200057983398438
RRLID,λ=8,65536,1,757583,11.559799194335938
RRLID,λ=8,65536,1,773165,11.797561645507812
RRLID,λ=8,65536,1,681815,10.403671264648438
RRLID,λ=8,65536,1,728561,11.116958618164062
RRLID,λ=8,65536,1,697285,10.639724731445312
RRLID,λ=8,65536,1,773011,11.795211791992188
RRLID,λ=8,65536,1,695563,10.613449096679688
RRLID,λ=8,65536,1,691755,10.555343627929688
RRLID,λ=8,65536,1,683327,10.426742553710938
RRLID,λ=8,65536,1,659835,10.068283081054688
RRLID,λ=8,65536,1,747223,11.401718139648438
RRLID,λ=8,65536,1,684055,10.437850952148438
RRLID,λ=8,65536,1,723199,11.035140991210938
RRLID,λ=8,65536,1,686771,10.479293823242188
RRLID,λ=8,65536,1,715961,10.924697875976562
RRLID,λ=8,65536,1,714239,10.898422241210938
RRLID,λ=8,65536,1,717669,10.950759887695312
RRLID,λ=8,65536,1,692497,10.566665649414062
RRLID,λ=8,65536,1,664959,10.146469116210938
RRLID,λ=8,65536,1,697327,10.640365600585938
RSLID,λ=8,65536,1,1003303,15.309188842773438
RSLID,λ=8,65536,1,890155,13.582687377929688
RSLID,λ=8,65536,1,978859,14.936203002929688
RSLID,λ=8,65536,1,938143,14.314926147460938
RSLID,λ=8,65536,1,955207,14.575302124023438
RSLID,λ=8,65536,1,915841,13.974624633789062
RSLID,λ=8,65536,1,894835,13.654098510742188
RSLID,λ=8,65536,1,924679,14.109481811523438
RSLID,λ=8,65536,1,913681,13.941665649414062
RSLID,λ=8,65536,1,889399,13.571151733398438
RSLID,λ=8,65536,1,938989,14.327835083007812
RSLID,λ=8,65536,1,875107,13.353073120117188
RSLID,λ=8,65536,1,1104661,16.855789184570312
RSLID,λ=8,65536,1,885205,13.507156372070312
RSLID,λ=8,65536,1,987085,15.061721801757812
RSLID,λ=8,65536,1,1063297,16.224624633789062
RSLID,λ=8,65536,1,895915,13.670578002929688
RSLID,λ=8,65536,1,972001,14.831558227539062
RSLID,λ=8,65536,1,891289,13.599990844726562
RSLID,λ=8,65536,1,1029907,15.715133666992188
RSLID,λ=8,65536,1,992197,15.139724731445312
RSLID,λ=8,65536,1,1071127,16.344100952148438
RSLID,λ=8,65536,1,1044757,15.941726684570312
RSLID,λ=8,65536,1,1147825,17.514419555664062
RSLID,λ=8,65536,1,1019701,15.559402465820312
RSLID,λ=8,65536,1,1032535,15.755233764648438
RSLID,λ=8,65536,1,1031293,15.736282348632812
RSLID,λ=8,65536,1,889219,13.568405151367188
RSLID,λ=8,65536,1,1041823,15.896957397460938
RSLID,λ=8,65536,1,1046503,15.968368530273438
RSLID,λ=8,65536,1,881857,13.456069946289062
RSLID,λ=8,65536,1,1094203,16.696212768554688
RSLID,λ=8,65536,1,1072531,16.365524291992188
RSLID,λ=8,65536,1,905689,13.819717407226562
RSLID,λ=8,65536,1,991045,15.122146606445312
RSLID,λ=8,65536,1,947089,14.451431274414062
RSLID,λ=8,65536,1,880777,13.439590454101562
RSLID,λ=8,65536,1,962047,14.679672241210938
RSLID,λ=8,65536,1,936109,14.283889770507812
RSLID,λ=8,65536,1,909541,13.878494262695312
RSLID,λ=8,65536,1,877123,13.383834838867188
RSLID,λ=8,65536,1,915247,13.965560913085938
RSLID,λ=8,65536,1,892729,13.621963500976562
RSLID,λ=8,65536,1,1028791,15.698104858398438
RSLID,λ=8,65536,1,1167535,17.815170288085938
RSLID,λ=8,65536,1,949447,14.487411499023438
RSLID,λ=8,65536,1,867385,13.235244750976562
RSLID,λ=8,65536,1,929233,14.178970336914062
RSLID,λ=8,65536,1,982279,14.988388061523438
RSLID,λ=8,65536,1,970615,14.810409545898438
RSLID,λ=8,65536,1,875899,13.365158081054688
RSLID,λ=8,65536,1,898039,13.702987670898438
RSLID,λ=8,65536,1,908245,13.858718872070312
RSLID,λ=8,65536,1,991855,15.134506225585938
RSLID,λ=8,65536,1,867619,13.238815307617188
RSLID,λ=8,65536,1,1011979,15.441574096679688
RSLID,λ=8,65536,1,835039,12.741683959960938
RSLID,λ=8,65536,1,929647,14.185287475585938
RSLID,λ=8,65536,1,1010143,15.413558959960938
RSLID,λ=8,65536,1,1075555,16.411666870117188
RSLID,λ=8,65536,1,858781,13.103958129882812
RSLID,λ=8,65536,1,1117387,17.049972534179688
RSLID,λ=8,65536,1,989983,15.105941772460938
RSLID,λ=8,65536,1,1013509,15.464920043945312
RSLID,λ=8,65536,1,905059,13.810104370117188
RSLID,λ=8,65536,1,953821,14.554153442382812
RSLID,λ=8,65536,1,992017,15.136978149414062
RSLID,λ=8,65536,1,868807,13.256942749023438
RSLID,λ=8,65536,1,928297,14.164688110351562
RSLID,λ=8,65536,1,977383,14.913681030273438
RSLID,λ=8,65536,1,965341,14.729934692382812
RSLID,λ=8,65536,1,1010449,15.418228149414062
RSLID,λ=8,65536,1,967987,14.770309448242188
RSLID,λ=8,65536,1,933391,14.242416381835938
RSLID,λ=8,65536,1,1037773,15.835159301757812
RSLID,λ=8,65536,1,990073,15.107315063476562
RSLID,λ=8,65536,1,1153189,17.596267700195312
RSLID,λ=8,65536,1,968941,14.784866333007812
RSLID,λ=8,65536,1,1074277,16.392166137695312
RSLID,λ=8,65536,1,988939,15.090011596679688
RSLID,λ=8,65536,1,966349,14.745315551757812
RSLID,λ=8,65536,1,1005481,15.342422485351562
RSLID,λ=8,65536,1,967213,14.758499145507812
RSLID,λ=8,65536,1,953227,14.545089721679688
RSLID,λ=8,65536,1,1039303,15.858505249023438
RSLID,λ=8,65536,1,1069147,16.313888549804688
RSLID,λ=8,65536,1,970309,14.805740356445312
RSLID,λ=8,65536,1,1055071,16.099105834960938
RSLID,λ=8,65536,1,903907,13.792526245117188
RSLID,λ=8,65536,1,930619,14.200119018554688
RSLID,λ=8,65536,1,940069,14.344314575195312
RSLID,λ=8,65536,1,1024255,15.628890991210938
RSLID,λ=8,65536,1,860455,13.129501342773438
RSLID,λ=8,65536,1,1024111,15.626693725585938
RSLID,λ=8,65536,1,902989,13.778518676757812
RSLID,λ=8,65536,1,858007,13.092147827148438
RSLID,λ=8,65536,1,962695,14.689559936523438
RSLID,λ=8,65536,1,916237,13.980667114257812
RSLID,λ=8,65536,1,1193851,18.216720581054688
RSLID,λ=8,65536,1,1043911,15.928817749023438
RSDCU,λ=8,65536,1,841285,12.836990356445312
RSDCU,λ=8,65536,1,795201,12.133804321289062
RSDCU,λ=8,65536,1,733705,11.195449829101562
RSDCU,λ=8,65536,1,972720,14.842529296875
RSDCU,λ=8,65536,1,830136,12.6668701171875
RSDCU,λ=8,65536,1,939477,14.335281372070312
RSDCU,λ=8,65536,1,742590,11.331024169921875
RSDCU,λ=8,65536,1,800809,12.219375610351562
RSDCU,λ=8,65536,1,984380,15.02044677734375
RSDCU,λ=8,65536,1,718478,10.963104248046875
RSDCU,λ=8,65536,1,831712,12.69091796875
RSDCU,λ=8,65536,1,932495,14.228744506835938
RSDCU,λ=8,65536,1,799911,12.205673217773438
RSDCU,λ=8,65536,1,838582,12.795745849609375
RSDCU,λ=8,65536,1,997882,15.226470947265625
RSDCU,λ=8,65536,1,809733,12.355545043945312
RSDCU,λ=8,65536,1,833652,12.72052001953125
RSDCU,λ=8,65536,1,800394,12.213043212890625
RSDCU,λ=8,65536,1,790669,12.064651489257812
RSDCU,λ=8,65536,1,782192,11.935302734375
RSDCU,λ=8,65536,1,739294,11.280731201171875
RSDCU,λ=8,65536,1,815348,12.44122314453125
RSDCU,λ=8,65536,1,874474,13.343414306640625
RSDCU,λ=8,65536,1,917994,14.007476806640625
RSDCU,λ=8,65536,1,770888,11.7628173828125
RSDCU,λ=8,65536,1,796173,12.148635864257812
RSDCU,λ=8,65536,1,902101,13.764968872070312
RSDCU,λ=8,65536,1,843561,12.871719360351562
RSDCU,λ=8,65536,1,906952,13.8389892578125
RSDCU,λ=8,65536,1,906539,13.832687377929688
RSDCU,λ=8,65536,1,818131,12.483688354492188
RSDCU,λ=8,65536,1,815733,12.447097778320312
RSDCU,λ=8,65536,1,901769,13.759902954101562
RSDCU,λ=8,65536,1,926745,14.141006469726562
RSDCU,λ=8,65536,1,864185,13.186416625976562
RSDCU,λ=8,65536,1,751775,11.471176147460938
RSDCU,λ=8,65536,1,768687,11.729232788085938
RSDCU,λ=8,65536,1,820166,12.514739990234375
RSDCU,λ=8,65536,1,773370,11.800689697265625
RSDCU,λ=8,65536,1,845251,12.897506713867188
RSDCU,λ=8,65536,1,800701,12.217727661132812
RSDCU,λ=8,65536,1,829338,12.654693603515625
RSDCU,λ=8,65536,1,1223484,18.66888427734375
RSDCU,λ=8,65536,1,998274,15.232452392578125
RSDCU,λ=8,65536,1,1087238,16.589935302734375
RSDCU,λ=8,65536,1,990334,15.111297607421875
RSDCU,λ=8,65536,1,776532,11.84893798828125
RSDCU,λ=8,65536,1,883690,13.484039306640625
RSDCU,λ=8,65536,1,840531,12.825485229492188
RSDCU,λ=8,65536,1,845311,12.898422241210938
RSDCU,λ=8,65536,1,768750,11.730194091796875
RSDCU,λ=8,65536,1,906974,13.839324951171875
RSDCU,λ=8,65536,1,780587,11.910812377929688
RSDCU,λ=8,65536,1,773777,11.806900024414062
RSDCU,λ=8,65536,1,989342,15.096160888671875
RSDCU,λ=8,65536,1,910618,13.894927978515625
RSDCU,λ=8,65536,1,914944,13.9609375
RSDCU,λ=8,65536,1,939336,14.3331298828125
RSDCU,λ=8,65536,1,804517,12.275955200195312
RSDCU,λ=8,65536,1,1005985,15.350112915039062
RSDCU,λ=8,65536,1,935265,14.271011352539062
RSDCU,λ=8,65536,1,821723,12.538497924804688
RSDCU,λ=8,65536,1,995239,15.186141967773438
RSDCU,λ=8,65536,1,1096006,16.723724365234375
RSDCU,λ=8,65536,1,807472,12.321044921875
RSDCU,λ=8,65536,1,1023398,15.615814208984375
RSDCU,λ=8,65536,1,991870,15.134735107421875
RSDCU,λ=8,65536,1,945978,14.434478759765625
RSDCU,λ=8,65536,1,837655,12.781600952148438
RSDCU,λ=8,65536,1,1109070,16.923065185546875
RSDCU,λ=8,65536,1,838132,12.78887939453125
RSDCU,λ=8,65536,1,869818,13.272369384765625
RSDCU,λ=8,65536,1,765422,11.679412841796875
RSDCU,λ=8,65536,1,1040797,15.881301879882812
RSDCU,λ=8,65536,1,846170,12.911529541015625
RSDCU,λ=8,65536,1,840726,12.828460693359375
RSDCU,λ=8,65536,1,817071,12.467514038085938
RSDCU,λ=8,65536,1,1066054,16.266693115234375
RSDCU,λ=8,65536,1,774634,11.819976806640625
RSDCU,λ=8,65536,1,889969,13.579849243164062
RSDCU,λ=8,65536,1,844850,12.891387939453125
RSDCU,λ=8,65536,1,824796,12.58538818359375
RSDCU,λ=8,65536,1,832796,12.70745849609375
RSDCU,λ=8,65536,1,867694,13.239959716796875
RSDCU,λ=8,65536,1,835110,12.742767333984375
RSDCU,λ=8,65536,1,974614,14.871429443359375
RSDCU,λ=8,65536,1,871292,13.29486083984375
RSDCU,λ=8,65536,1,881333,13.448074340820312
RSDCU,λ=8,65536,1,812848,12.403076171875
RSDCU,λ=8,65536,1,791054,12.070526123046875
RSDCU,λ=8,65536,1,910442,13.892242431640625
RSDCU,λ=8,65536,1,871016,13.2906494140625
RSDCU,λ=8,65536,1,839311,12.806869506835938
RSDCU,λ=8,65536,1,857863,13.089950561523438
RSDCU,λ=8,65536,1,941685,14.368972778320312
RSDCU,λ=8,65536,1,1028026,15.686431884765625
RSDCU,λ=8,65536,1,910681,13.895889282226562
RSDCU,λ=8,65536,1,816563,12.459762573242188
RSDCU,λ=8,65536,1,879080,13.4136962890625
RSDCU,λ=8,65536,1,805933,12.297561645507812
RRDCU,λ=8,65536,1,576712,8.7999267578125
RRDCU,λ=8,65536,1,594776,9.0755615234375
RRDCU,λ=8,65536,1,644651,9.836593627929688
RRDCU,λ=8,65536,1,608077,9.278518676757812
RRDCU,λ=8,65536,1,627334,9.572357177734375
RRDCU,λ=8,65536,1,633641,9.668594360351562
RRDCU,λ=8,65536,1,696974,10.634979248046875
RRDCU,λ=8,65536,1,618119,9.431747436523438
RRDCU,λ=8,65536,1,620830,9.473114013671875
RRDCU,λ=8,65536,1,583406,8.902069091796875
RRDCU,λ=8,65536,1,617005,9.414749145507812
RRDCU,λ=8,65536,1,661686,10.096527099609375
RRDCU,λ=8,65536,1,660812,10.08319091796875
RRDCU,λ=8,65536,1,633456,9.665771484375
RRDCU,λ=8,65536,1,607218,9.265411376953125
RRDCU,λ=8,65536,1,589139,8.989547729492188
RRDCU,λ=8,65536,1,614651,9.378829956054688
RRDCU,λ=8,65536,1,632022,9.643890380859375
RRDCU,λ=8,65536,1,587384,8.9627685546875
RRDCU,λ=8,65536,1,572540,8.73626708984375
RRDCU,λ=8,65536,1,683015,10.421981811523438
RRDCU,λ=8,65536,1,629401,9.603897094726562
RRDCU,λ=8,65536,1,608980,9.29229736328125
RRDCU,λ=8,65536,1,591865,9.031143188476562
RRDCU,λ=8,65536,1,609994,9.307769775390625
RRDCU,λ=8,65536,1,694654,10.599578857421875
RRDCU,λ=8,65536,1,627754,9.578765869140625
RRDCU,λ=8,65536,1,581904,8.879150390625
RRDCU,λ=8,65536,1,686032,10.468017578125
RRDCU,λ=8,65536,1,679044,10.36138916015625
RRDCU,λ=8,65536,1,613042,9.354278564453125
RRDCU,λ=8,65536,1,657099,10.026535034179688
RRDCU,λ=8,65536,1,668640,10.20263671875
RRDCU,λ=8,65536,1,661082,10.087310791015625
RRDCU,λ=8,65536,1,632001,9.643569946289062
RRDCU,λ=8,65536,1,583525,8.903884887695312
RRDCU,λ=8,65536,1,611872,9.33642578125
RRDCU,λ=8,65536,1,599477,9.147293090820312
RRDCU,λ=8,65536,1,732476,11.17669677734375
RRDCU,λ=8,65536,1,618911,9.443832397460938
RRDCU,λ=8,65536,1,660182,10.073577880859375
RRDCU,λ=8,65536,1,583783,8.907821655273438
RRDCU,λ=8,65536,1,607573,9.270828247070312
RRDCU,λ=8,65536,1,642074,9.797271728515625
RRDCU,λ=8,65536,1,643721,9.822402954101562
RRDCU,λ=8,65536,1,670937,10.237686157226562
RRDCU,λ=8,65536,1,599190,9.142913818359375
RRDCU,λ=8,65536,1,588062,8.973114013671875
RRDCU,λ=8,65536,1,647010,9.872589111328125
RRDCU,λ=8,65536,1,577724,8.81536865234375
RRDCU,λ=8,65536,1,604175,9.218978881835938
RRDCU,λ=8,65536,1,628894,9.596160888671875
RRDCU,λ=8,65536,1,578785,8.831558227539062
RRDCU,λ=8,65536,1,663742,10.127899169921875
RRDCU,λ=8,65536,1,661563,10.094650268554688
RRDCU,λ=8,65536,1,620167,9.462997436523438
RRDCU,λ=8,65536,1,601013,9.170730590820312
RRDCU,λ=8,65536,1,601797,9.182693481445312
RRDCU,λ=8,65536,1,589103,8.988998413085938
RRDCU,λ=8,65536,1,637422,9.726287841796875
RRDCU,λ=8,65536,1,593041,9.049087524414062
RRDCU,λ=8,65536,1,585280,8.9306640625
RRDCU,λ=8,65536,1,572080,8.729248046875
RRDCU,λ=8,65536,1,570745,8.708877563476562
RRDCU,λ=8,65536,1,574350,8.763885498046875
RRDCU,λ=8,65536,1,645529,9.849990844726562
RRDCU,λ=8,65536,1,675550,10.308074951171875
RRDCU,λ=8,65536,1,632885,9.657058715820312
RRDCU,λ=8,65536,1,591022,9.018280029296875
RRDCU,λ=8,65536,1,618526,9.437957763671875
RRDCU,λ=8,65536,1,583631,8.905502319335938
RRDCU,λ=8,65536,1,580797,8.862258911132812
RRDCU,λ=8,65536,1,633292,9.66326904296875
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RRDCU,λ=8,65536,1,626260,9.55596923828125
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RRDCU,λ=8,65536,1,604701,9.227005004882812
RRDCU,λ=8,65536,1,677374,10.335906982421875
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RRDCU,λ=8,65536,1,613202,9.356719970703125
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RHLCU,λ=8,65536,1,618706,9.440704345703125
RHLCU,λ=8,65536,1,677683,10.340621948242188
RHLCU,λ=8,65536,1,689249,10.517105102539062
RHLCU,λ=8,65536,1,662358,10.106781005859375
RHLCU,λ=8,65536,1,643105,9.813003540039062
RHLCU,λ=8,65536,1,611686,9.333587646484375
RHLCU,λ=8,65536,1,628796,9.59466552734375
RHLCU,λ=8,65536,1,593572,9.05718994140625
RHLCU,λ=8,65536,1,597202,9.112579345703125
RHLCU,λ=8,65536,1,677243,10.333908081054688
RHLCU,λ=8,65536,1,606592,9.255859375
RHLCU,λ=8,65536,1,736107,11.232101440429688
RHLCU,λ=8,65536,1,581745,8.876724243164062
RHLCU,λ=8,65536,1,700636,10.69085693359375
RHLCU,λ=8,65536,1,639945,9.764785766601562
RHLCU,λ=8,65536,1,638298,9.739654541015625
RHLCU,λ=8,65536,1,655382,10.000335693359375
RHLCU,λ=8,65536,1,589318,8.992279052734375
RHLCU,λ=8,65536,1,651503,9.941146850585938
RHLCU,λ=8,65536,1,625736,9.5479736328125
RHLCU,λ=8,65536,1,671614,10.248016357421875
RHLCU,λ=8,65536,1,673777,10.281021118164062
RHLCU,λ=8,65536,1,604319,9.221176147460938
RHLCU,λ=8,65536,1,626993,9.567153930664062
RHLCU,λ=8,65536,1,601327,9.175521850585938
RHLCU,λ=8,65536,1,647114,9.874176025390625
RHLCU,λ=8,65536,1,622557,9.499465942382812
RHLCU,λ=8,65536,1,649826,9.915557861328125
RHLCU,λ=8,65536,1,588206,8.975311279296875
RHLCU,λ=8,65536,1,583971,8.910690307617188
RHLCU,λ=8,65536,1,578434,8.826202392578125
RHLCU,λ=8,65536,1,608601,9.286514282226562
RHLCU,λ=8,65536,1,657452,10.03192138671875
RHLCU,λ=8,65536,1,639921,9.764419555664062
RHLCU,λ=8,65536,1,620103,9.462020874023438
RHLCU,λ=8,65536,1,572912,8.741943359375
RHLCU,λ=8,65536,1,637466,9.726959228515625
RHLCU,λ=8,65536,1,655058,9.995391845703125
RHLCU,λ=8,65536,1,643284,9.81573486328125
RHLCU,λ=8,65536,1,601598,9.179656982421875
RHLCU,λ=8,65536,1,600606,9.164520263671875
RHLCU,λ=8,65536,1,625713,9.547622680664062
RHLCU,λ=8,65536,1,604295,9.220809936523438
RHLCU,λ=8,65536,1,656104,10.0113525390625
RHLCU,λ=8,65536,1,641062,9.781829833984375
RHLCU,λ=8,65536,1,652984,9.9637451171875
RHLCU,λ=8,65536,1,678189,10.348342895507812
RHLCU,λ=8,65536,1,691577,10.552627563476562
RHLCU,λ=8,65536,1,630174,9.615692138671875
RHLCU,λ=8,65536,1,578227,8.823043823242188
RHLCU,λ=8,65536,1,602180,9.18853759765625
RHLCU,λ=8,65536,1,638499,9.742721557617188
RRLCU,λ=8,65536,1,647258,9.876373291015625
RRLCU,λ=8,65536,1,608726,9.288421630859375
RRLCU,λ=8,65536,1,585245,8.930130004882812
RRLCU,λ=8,65536,1,566583,8.645370483398438
RRLCU,λ=8,65536,1,593650,9.058380126953125
RRLCU,λ=8,65536,1,576212,8.79229736328125
RRLCU,λ=8,65536,1,635184,9.692138671875
RRLCU,λ=8,65536,1,589657,8.997451782226562
RRLCU,λ=8,65536,1,642711,9.806991577148438
RRLCU,λ=8,65536,1,611404,9.32928466796875
RRLCU,λ=8,65536,1,640245,9.769363403320312
RRLCU,λ=8,65536,1,603138,9.203155517578125
RRLCU,λ=8,65536,1,610332,9.31292724609375
RRLCU,λ=8,65536,1,637219,9.723190307617188
RRLCU,λ=8,65536,1,587023,8.957260131835938
RRLCU,λ=8,65536,1,576149,8.791336059570312
RRLCU,λ=8,65536,1,592766,9.044891357421875
RRLCU,λ=8,65536,1,606818,9.259307861328125
RRLCU,λ=8,65536,1,597741,9.120803833007812
RRLCU,λ=8,65536,1,566864,8.649658203125
RRLCU,λ=8,65536,1,661940,10.10040283203125
RRLCU,λ=8,65536,1,658703,10.051010131835938
RRLCU,λ=8,65536,1,638553,9.743545532226562
RRLCU,λ=8,65536,1,588436,8.97882080078125
RRLCU,λ=8,65536,1,559986,8.544708251953125
RRLCU,λ=8,65536,1,565931,8.635421752929688
RRLCU,λ=8,65536,1,552923,8.436935424804688
RRLCU,λ=8,65536,1,636956,9.71917724609375
RRLCU,λ=8,65536,1,585412,8.93267822265625
RRLCU,λ=8,65536,1,605351,9.236923217773438
RRLCU,λ=8,65536,1,635168,9.69189453125
RRLCU,λ=8,65536,1,676741,10.326248168945312
RRLCU,λ=8,65536,1,597388,9.11541748046875
RRLCU,λ=8,65536,1,680651,10.385910034179688
RRLCU,λ=8,65536,1,579054,8.835662841796875
RRLCU,λ=8,65536,1,554656,8.46337890625
RRLCU,λ=8,65536,1,621267,9.479782104492188
RRLCU,λ=8,65536,1,620842,9.473297119140625
RRLCU,λ=8,65536,1,569606,8.691497802734375
RRLCU,λ=8,65536,1,606033,9.247329711914062
RRLCU,λ=8,65536,1,548264,8.3658447265625
RRLCU,λ=8,65536,1,584721,8.922134399414062
RRLCU,λ=8,65536,1,650995,9.933395385742188
RRLCU,λ=8,65536,1,574408,8.7647705078125
RRLCU,λ=8,65536,1,555928,8.4827880859375
RRLCU,λ=8,65536,1,591281,9.022232055664062
RRLCU,λ=8,65536,1,571639,8.722518920898438
RRLCU,λ=8,65536,1,598248,9.1285400390625
RRLCU,λ=8,65536,1,574626,8.768096923828125
RRLCU,λ=8,65536,1,614506,9.376617431640625
RRLCU,λ=8,65536,1,584392,8.9171142578125
RRLCU,λ=8,65536,1,594201,9.066787719726562
RRLCU,λ=8,65536,1,589324,8.99237060546875
RRLCU,λ=8,65536,1,601164,9.17303466796875
RRLCU,λ=8,65536,1,602408,9.1920166015625
RRLCU,λ=8,65536,1,660483,10.078170776367188
RRLCU,λ=8,65536,1,629638,9.607513427734375
RRLCU,λ=8,65536,1,628596,9.59161376953125
RRLCU,λ=8,65536,1,636895,9.718246459960938
RRLCU,λ=8,65536,1,588785,8.984146118164062
RRLCU,λ=8,65536,1,598120,9.1265869140625
RRLCU,λ=8,65536,1,586154,8.944000244140625
RRLCU,λ=8,65536,1,594279,9.067977905273438
RRLCU,λ=8,65536,1,612735,9.349594116210938
RRLCU,λ=8,65536,1,619662,9.455291748046875
RRLCU,λ=8,65536,1,597640,9.1192626953125
RRLCU,λ=8,65536,1,603004,9.20111083984375
RRLCU,λ=8,65536,1,608489,9.284805297851562
RRLCU,λ=8,65536,1,611007,9.323226928710938
RRLCU,λ=8,65536,1,621517,9.483596801757812
RRLCU,λ=8,65536,1,597991,9.124618530273438
RRLCU,λ=8,65536,1,595865,9.092178344726562
RRLCU,λ=8,65536,1,577312,8.80908203125
RRLCU,λ=8,65536,1,602658,9.195831298828125
RRLCU,λ=8,65536,1,587849,8.969863891601562
RRLCU,λ=8,65536,1,633502,9.666473388671875
RRLCU,λ=8,65536,1,591903,9.031723022460938
RRLCU,λ=8,65536,1,732797,11.181594848632812
RRLCU,λ=8,65536,1,557505,8.506851196289062
RRLCU,λ=8,65536,1,571504,8.720458984375
RRLCU,λ=8,65536,1,602945,9.200210571289062
RRLCU,λ=8,65536,1,588544,8.98046875
RRLCU,λ=8,65536,1,576225,8.792495727539062
RRLCU,λ=8,65536,1,620922,9.474517822265625
RRLCU,λ=8,65536,1,571049,8.713516235351562
RRLCU,λ=8,65536,1,639775,9.762191772460938
RRLCU,λ=8,65536,1,610274,9.312042236328125
RRLCU,λ=8,65536,1,624363,9.527023315429688
RRLCU,λ=8,65536,1,700844,10.69403076171875
RRLCU,λ=8,65536,1,631388,9.63421630859375
RRLCU,λ=8,65536,1,574509,8.766311645507812
RRLCU,λ=8,65536,1,623921,9.520278930664062
RRLCU,λ=8,65536,1,612451,9.345260620117188
RRLCU,λ=8,65536,1,592349,9.038528442382812
RRLCU,λ=8,65536,1,591766,9.029632568359375
RRLCU,λ=8,65536,1,600225,9.158706665039062
RRLCU,λ=8,65536,1,597501,9.117141723632812
RRLCU,λ=8,65536,1,631419,9.634689331054688
RRLCU,λ=8,65536,1,603925,9.215164184570312
RRLCU,λ=8,65536,1,619255,9.449081420898438
RSLCU,λ=8,65536,1,944129,14.406265258789062
RSLCU,λ=8,65536,1,1019934,15.562957763671875
RSLCU,λ=8,65536,1,916147,13.979293823242188
RSLCU,λ=8,65536,1,917234,13.995880126953125
RSLCU,λ=8,65536,1,925621,14.123855590820312
RSLCU,λ=8,65536,1,1105372,16.86663818359375
RSLCU,λ=8,65536,1,1062587,16.213790893554688
RSLCU,λ=8,65536,1,1057356,16.13397216796875
RSLCU,λ=8,65536,1,978832,14.935791015625
RSLCU,λ=8,65536,1,1289925,19.682693481445312
RSLCU,λ=8,65536,1,896086,13.673187255859375
RSLCU,λ=8,65536,1,989252,15.09478759765625
RSLCU,λ=8,65536,1,941370,14.364166259765625
RSLCU,λ=8,65536,1,970308,14.80572509765625
RSLCU,λ=8,65536,1,927164,14.14739990234375
RSLCU,λ=8,65536,1,1050790,16.033782958984375
RSLCU,λ=8,65536,1,901806,13.760467529296875
RSLCU,λ=8,65536,1,856811,13.073898315429688
RSLCU,λ=8,65536,1,961629,14.673294067382812
RSLCU,λ=8,65536,1,994707,15.178024291992188
RSLCU,λ=8,65536,1,1110323,16.942184448242188
RSLCU,λ=8,65536,1,917490,13.999786376953125
RSLCU,λ=8,65536,1,983943,15.013778686523438
RSLCU,λ=8,65536,1,811211,12.378097534179688
RSLCU,λ=8,65536,1,931282,14.210235595703125
RSLCU,λ=8,65536,1,974580,14.87091064453125
RSLCU,λ=8,65536,1,892285,13.615188598632812
RSLCU,λ=8,65536,1,828734,12.645477294921875
RSLCU,λ=8,65536,1,887893,13.548171997070312
RSLCU,λ=8,65536,1,1113654,16.993011474609375
RSLCU,λ=8,65536,1,996851,15.210739135742188
RSLCU,λ=8,65536,1,871262,13.294403076171875
RSLCU,λ=8,65536,1,935102,14.268524169921875
RSLCU,λ=8,65536,1,938757,14.324295043945312
RSLCU,λ=8,65536,1,1108594,16.915802001953125
RSLCU,λ=8,65536,1,1064736,16.24658203125
RSLCU,λ=8,65536,1,909470,13.877410888671875
RSLCU,λ=8,65536,1,943636,14.39874267578125
RSLCU,λ=8,65536,1,878138,13.399322509765625
RSLCU,λ=8,65536,1,900629,13.742507934570312
RSLCU,λ=8,65536,1,1274153,19.442031860351562
RSLCU,λ=8,65536,1,971365,14.821853637695312
RSLCU,λ=8,65536,1,895635,13.666305541992188
RSLCU,λ=8,65536,1,935276,14.27117919921875
RSLCU,λ=8,65536,1,1103076,16.83160400390625
RSLCU,λ=8,65536,1,992009,15.136856079101562
RSLCU,λ=8,65536,1,1018330,15.538482666015625
RSLCU,λ=8,65536,1,990744,15.1175537109375
RSLCU,λ=8,65536,1,958717,14.628860473632812
RSLCU,λ=8,65536,1,900659,13.742965698242188
RSLCU,λ=8,65536,1,864833,13.196304321289062
RSLCU,λ=8,65536,1,888886,13.563323974609375
RSLCU,λ=8,65536,1,941934,14.372772216796875
RSLCU,λ=8,65536,1,887855,13.547592163085938
RSLCU,λ=8,65536,1,844166,12.880950927734375
RSLCU,λ=8,65536,1,872514,13.313507080078125
RSLCU,λ=8,65536,1,981449,14.975723266601562
RSLCU,λ=8,65536,1,892166,13.613372802734375
RSLCU,λ=8,65536,1,864450,13.190460205078125
RSLCU,λ=8,65536,1,952575,14.535140991210938
RSLCU,λ=8,65536,1,1044358,15.935638427734375
RSLCU,λ=8,65536,1,884453,13.495681762695312
RSLCU,λ=8,65536,1,1005576,15.3438720703125
RSLCU,λ=8,65536,1,924306,14.103790283203125
RSLCU,λ=8,65536,1,910862,13.898651123046875
RSLCU,λ=8,65536,1,1025408,15.646484375
RSLCU,λ=8,65536,1,1028071,15.687118530273438
RSLCU,λ=8,65536,1,920861,14.051223754882812
RSLCU,λ=8,65536,1,971848,14.8292236328125
RSLCU,λ=8,65536,1,1012236,15.44549560546875
RSLCU,λ=8,65536,1,938730,14.323883056640625
RSLCU,λ=8,65536,1,871059,13.291305541992188
RSLCU,λ=8,65536,1,961046,14.664398193359375
RSLCU,λ=8,65536,1,1299862,19.834320068359375
RSLCU,λ=8,65536,1,894556,13.64984130859375
RSLCU,λ=8,65536,1,1070628,16.33648681640625
RSLCU,λ=8,65536,1,1057551,16.136947631835938
RSLCU,λ=8,65536,1,907828,13.85235595703125
RSLCU,λ=8,65536,1,984052,15.01544189453125
RSLCU,λ=8,65536,1,1028503,15.693710327148438
RSLCU,λ=8,65536,1,975552,14.8857421875
RSLCU,λ=8,65536,1,870647,13.285018920898438
RSLCU,λ=8,65536,1,944262,14.408294677734375
RSLCU,λ=8,65536,1,799529,12.199844360351562
RSLCU,λ=8,65536,1,1014790,15.484466552734375
RSLCU,λ=8,65536,1,838331,12.791915893554688
RSLCU,λ=8,65536,1,960535,14.656600952148438
RSLCU,λ=8,65536,1,929802,14.187652587890625
RSLCU,λ=8,65536,1,1021719,15.590194702148438
RSLCU,λ=8,65536,1,936137,14.284317016601562
RSLCU,λ=8,65536,1,839157,12.804519653320312
RSLCU,λ=8,65536,1,1028354,15.691436767578125
RSLCU,λ=8,65536,1,900741,13.744216918945312
RSLCU,λ=8,65536,1,1056374,16.118988037109375
RSLCU,λ=8,65536,1,861785,13.149795532226562
RSLCU,λ=8,65536,1,1006221,15.353713989257812
RSLCU,λ=8,65536,1,932642,14.230987548828125
RSLCU,λ=8,65536,1,1000297,15.263320922851562
RSLCU,λ=8,65536,1,895356,13.66204833984375
RSLCU,λ=8,65536,1,914264,13.9505615234375
RSDSU,λ=8,65536,1,822393,12.548721313476562
RSDSU,λ=8,65536,1,852317,13.005325317382812
RSDSU,λ=8,65536,1,1268213,19.351394653320312
RSDSU,λ=8,65536,1,776189,11.843704223632812
RSDSU,λ=8,65536,1,890053,13.581130981445312
RSDSU,λ=8,65536,1,879965,13.427200317382812
RSDSU,λ=8,65536,1,759249,11.585220336914062
RSDSU,λ=8,65536,1,808369,12.334732055664062
RSDSU,λ=8,65536,1,970713,14.811904907226562
RSDSU,λ=8,65536,1,1286925,19.636917114257812
RSDSU,λ=8,65536,1,847897,12.937881469726562
RSDSU,λ=8,65536,1,829421,12.655960083007812
RSDSU,λ=8,65536,1,882697,13.468887329101562
RSDSU,λ=8,65536,1,887885,13.548049926757812
RSDSU,λ=8,65536,1,967781,14.767166137695312
RSDSU,λ=8,65536,1,899425,13.724136352539062
RSDSU,λ=8,65536,1,928253,14.164016723632812
RSDSU,λ=8,65536,1,807869,12.327102661132812
RSDSU,λ=8,65536,1,868973,13.259475708007812
RSDSU,λ=8,65536,1,991149,15.123733520507812
RSDSU,λ=8,65536,1,851861,12.998367309570312
RSDSU,λ=8,65536,1,826625,12.613296508789062
RSDSU,λ=8,65536,1,780789,11.913894653320312
RSDSU,λ=8,65536,1,720729,10.997451782226562
RSDSU,λ=8,65536,1,947985,14.465103149414062
RSDSU,λ=8,65536,1,1062961,16.219497680664062
RSDSU,λ=8,65536,1,836205,12.759475708007812
RSDSU,λ=8,65536,1,802397,12.243606567382812
RSDSU,λ=8,65536,1,759073,11.582534790039062
RSDSU,λ=8,65536,1,741513,11.314590454101562
RSDSU,λ=8,65536,1,770185,11.752090454101562
RSDSU,λ=8,65536,1,762041,11.627822875976562
RSDSU,λ=8,65536,1,842669,12.858108520507812
RSDSU,λ=8,65536,1,810325,12.364578247070312
RSDSU,λ=8,65536,1,893845,13.638992309570312
RSDSU,λ=8,65536,1,844805,12.890701293945312
RSDSU,λ=8,65536,1,846629,12.918533325195312
RSDSU,λ=8,65536,1,786041,11.994033813476562
RSDSU,λ=8,65536,1,776869,11.854080200195312
RSDSU,λ=8,65536,1,959681,14.643569946289062
RSDSU,λ=8,65536,1,805897,12.297012329101562
RSDSU,λ=8,65536,1,872117,13.307449340820312
RSDSU,λ=8,65536,1,815125,12.437820434570312
RSDSU,λ=8,65536,1,803565,12.261428833007812
RSDSU,λ=8,65536,1,788313,12.028701782226562
RSDSU,λ=8,65536,1,891465,13.602676391601562
RSDSU,λ=8,65536,1,882641,13.468032836914062
RSDSU,λ=8,65536,1,824109,12.574905395507812
RSDSU,λ=8,65536,1,874273,13.340347290039062
RSDSU,λ=8,65536,1,779301,11.891189575195312
RSDSU,λ=8,65536,1,943957,14.403640747070312
RSDSU,λ=8,65536,1,845561,12.902236938476562
RSDSU,λ=8,65536,1,825705,12.599258422851562
RSDSU,λ=8,65536,1,845181,12.896438598632812
RSDSU,λ=8,65536,1,857165,13.079299926757812
RSDSU,λ=8,65536,1,928513,14.167984008789062
RSDSU,λ=8,65536,1,787861,12.021804809570312
RSDSU,λ=8,65536,1,823217,12.561294555664062
RSDSU,λ=8,65536,1,904993,13.809097290039062
RSDSU,λ=8,65536,1,811433,12.381484985351562
RSDSU,λ=8,65536,1,838717,12.797805786132812
RSDSU,λ=8,65536,1,945609,14.428848266601562
RSDSU,λ=8,65536,1,829649,12.659439086914062
RSDSU,λ=8,65536,1,819617,12.506362915039062
RSDSU,λ=8,65536,1,817189,12.469314575195312
RSDSU,λ=8,65536,1,944581,14.413162231445312
RSDSU,λ=8,65536,1,762301,11.631790161132812
RSDSU,λ=8,65536,1,877805,13.394241333007812
RSDSU,λ=8,65536,1,868697,13.255264282226562
RSDSU,λ=8,65536,1,955301,14.576736450195312
RSDSU,λ=8,65536,1,892053,13.611648559570312
RSDSU,λ=8,65536,1,784489,11.970352172851562
RSDSU,λ=8,65536,1,947673,14.460342407226562
RSDSU,λ=8,65536,1,860393,13.128555297851562
RSDSU,λ=8,65536,1,874425,13.342666625976562
RSDSU,λ=8,65536,1,855377,13.052017211914062
RSDSU,λ=8,65536,1,758857,11.579238891601562
RSDSU,λ=8,65536,1,783493,11.955154418945312
RSDSU,λ=8,65536,1,851845,12.998123168945312
RSDSU,λ=8,65536,1,886613,13.528640747070312
RSDSU,λ=8,65536,1,856149,13.063796997070312
RSDSU,λ=8,65536,1,842049,12.848648071289062
RSDSU,λ=8,65536,1,837185,12.774429321289062
RSDSU,λ=8,65536,1,836409,12.762588500976562
RSDSU,λ=8,65536,1,805961,12.297988891601562
RSDSU,λ=8,65536,1,867813,13.241775512695312
RSDSU,λ=8,65536,1,965649,14.734634399414062
RSDSU,λ=8,65536,1,823965,12.572708129882812
RSDSU,λ=8,65536,1,812521,12.398086547851562
RSDSU,λ=8,65536,1,926073,14.130752563476562
RSDSU,λ=8,65536,1,835513,12.748916625976562
RSDSU,λ=8,65536,1,823701,12.568679809570312
RSDSU,λ=8,65536,1,743533,11.345413208007812
RSDSU,λ=8,65536,1,1012949,15.456375122070312
RSDSU,λ=8,65536,1,836825,12.768936157226562
RSDSU,λ=8,65536,1,821005,12.527542114257812
RSDSU,λ=8,65536,1,785725,11.989212036132812
RSDSU,λ=8,65536,1,844305,12.883071899414062
RSDSU,λ=8,65536,1,835861,12.754226684570312
RSDSU,λ=8,65536,1,842417,12.854263305664062
RRDSU,λ=8,65536,1,596157,9.096633911132812
RRDSU,λ=8,65536,1,560255,8.548812866210938
RRDSU,λ=8,65536,1,536179,8.181442260742188
RRDSU,λ=8,65536,1,602645,9.195632934570312
RRDSU,λ=8,65536,1,636641,9.714370727539062
RRDSU,λ=8,65536,1,608693,9.287918090820312
RRDSU,λ=8,65536,1,563461,8.597732543945312
RRDSU,λ=8,65536,1,584751,8.922592163085938
RRDSU,λ=8,65536,1,565949,8.635696411132812
RRDSU,λ=8,65536,1,569079,8.683456420898438
RRDSU,λ=8,65536,1,532583,8.126571655273438
RRDSU,λ=8,65536,1,590825,9.015274047851562
RRDSU,λ=8,65536,1,598663,9.134872436523438
RRDSU,λ=8,65536,1,572075,8.729171752929688
RRDSU,λ=8,65536,1,601751,9.181991577148438
RRDSU,λ=8,65536,1,592315,9.038009643554688
RRDSU,λ=8,65536,1,618497,9.437515258789062
RRDSU,λ=8,65536,1,544955,8.315353393554688
RRDSU,λ=8,65536,1,593021,9.048782348632812
RRDSU,λ=8,65536,1,617575,9.423446655273438
RRDSU,λ=8,65536,1,603095,9.202499389648438
RRDSU,λ=8,65536,1,605373,9.237258911132812
RRDSU,λ=8,65536,1,592933,9.047439575195312
RRDSU,λ=8,65536,1,542303,8.274887084960938
RRDSU,λ=8,65536,1,564031,8.606430053710938
RRDSU,λ=8,65536,1,602889,9.199356079101562
RRDSU,λ=8,65536,1,582171,8.883224487304688
RRDSU,λ=8,65536,1,569631,8.691879272460938
RRDSU,λ=8,65536,1,626537,9.560195922851562
RRDSU,λ=8,65536,1,615799,9.396347045898438
RRDSU,λ=8,65536,1,544041,8.301406860351562
RRDSU,λ=8,65536,1,557553,8.507583618164062
RRDSU,λ=8,65536,1,724331,11.052413940429688
RRDSU,λ=8,65536,1,648563,9.896286010742188
RRDSU,λ=8,65536,1,543015,8.285751342773438
RRDSU,λ=8,65536,1,545649,8.325942993164062
RRDSU,λ=8,65536,1,535905,8.177261352539062
RRDSU,λ=8,65536,1,586339,8.946823120117188
RRDSU,λ=8,65536,1,567665,8.661880493164062
RRDSU,λ=8,65536,1,590783,9.014633178710938
RRDSU,λ=8,65536,1,540615,8.249130249023438
RRDSU,λ=8,65536,1,614609,9.378189086914062
RRDSU,λ=8,65536,1,548493,8.369338989257812
RRDSU,λ=8,65536,1,598027,9.125167846679688
RRDSU,λ=8,65536,1,576257,8.792984008789062
RRDSU,λ=8,65536,1,610131,9.309860229492188
RRDSU,λ=8,65536,1,575271,8.777938842773438
RRDSU,λ=8,65536,1,544957,8.315383911132812
RRDSU,λ=8,65536,1,561243,8.563888549804688
RRDSU,λ=8,65536,1,578659,8.829635620117188
RRDSU,λ=8,65536,1,602259,9.189743041992188
RRDSU,λ=8,65536,1,556787,8.495895385742188
RRDSU,λ=8,65536,1,658709,10.051101684570312
RRDSU,λ=8,65536,1,587195,8.959884643554688
RRDSU,λ=8,65536,1,559927,8.543807983398438
RRDSU,λ=8,65536,1,570003,8.697555541992188
RRDSU,λ=8,65536,1,586465,8.948745727539062
RRDSU,λ=8,65536,1,543555,8.293991088867188
RRDSU,λ=8,65536,1,536641,8.188491821289062
RRDSU,λ=8,65536,1,574487,8.765975952148438
RRDSU,λ=8,65536,1,563609,8.599990844726562
RRDSU,λ=8,65536,1,542751,8.281723022460938
RRDSU,λ=8,65536,1,528287,8.061019897460938
RRDSU,λ=8,65536,1,563517,8.598587036132812
RRDSU,λ=8,65536,1,546335,8.336410522460938
RRDSU,λ=8,65536,1,576695,8.799667358398438
RRDSU,λ=8,65536,1,536733,8.189895629882812
RRDSU,λ=8,65536,1,625037,9.537307739257812
RRDSU,λ=8,65536,1,538593,8.218276977539062
RRDSU,λ=8,65536,1,559021,8.529983520507812
RRDSU,λ=8,65536,1,562351,8.580795288085938
RRDSU,λ=8,65536,1,582383,8.886459350585938
RRDSU,λ=8,65536,1,608091,9.278732299804688
RRDSU,λ=8,65536,1,578443,8.826339721679688
RRDSU,λ=8,65536,1,536185,8.181533813476562
RRDSU,λ=8,65536,1,570547,8.705856323242188
RRDSU,λ=8,65536,1,607335,9.267196655273438
RRDSU,λ=8,65536,1,548035,8.362350463867188
RRDSU,λ=8,65536,1,625961,9.551406860351562
RRDSU,λ=8,65536,1,579437,8.841506958007812
RRDSU,λ=8,65536,1,626873,9.565322875976562
RRDSU,λ=8,65536,1,549747,8.388473510742188
RRDSU,λ=8,65536,1,546787,8.343307495117188
RRDSU,λ=8,65536,1,534077,8.149368286132812
RRDSU,λ=8,65536,1,543545,8.293838500976562
RRDSU,λ=8,65536,1,592589,9.042190551757812
RRDSU,λ=8,65536,1,541961,8.269668579101562
RRDSU,λ=8,65536,1,591235,9.021530151367188
RRDSU,λ=8,65536,1,629597,9.606887817382812
RRDSU,λ=8,65536,1,623439,9.512924194335938
RRDSU,λ=8,65536,1,593473,9.055679321289062
RRDSU,λ=8,65536,1,594533,9.071853637695312
RRDSU,λ=8,65536,1,550539,8.400558471679688
RRDSU,λ=8,65536,1,604711,9.227157592773438
RRDSU,λ=8,65536,1,537623,8.203475952148438
RRDSU,λ=8,65536,1,543529,8.293594360351562
RRDSU,λ=8,65536,1,633909,9.672683715820312
RRDSU,λ=8,65536,1,624207,9.524642944335938
RRDSU,λ=8,65536,1,580365,8.855667114257812
RRDSU,λ=8,65536,1,607711,9.272933959960938
RHDSU,λ=8,65536,1,583368,8.9014892578125
RHDSU,λ=8,65536,1,555125,8.470535278320312
RHDSU,λ=8,65536,1,559545,8.537979125976562
RHDSU,λ=8,65536,1,582315,8.885421752929688
RHDSU,λ=8,65536,1,603569,9.209732055664062
RHDSU,λ=8,65536,1,529735,8.083114624023438
RHDSU,λ=8,65536,1,665078,10.148284912109375
RHDSU,λ=8,65536,1,595683,9.089401245117188
RHDSU,λ=8,65536,1,605004,9.23162841796875
RHDSU,λ=8,65536,1,559068,8.53070068359375
RHDSU,λ=8,65536,1,587613,8.966262817382812
RHDSU,λ=8,65536,1,555358,8.474090576171875
RHDSU,λ=8,65536,1,627643,9.577072143554688
RHDSU,λ=8,65536,1,622973,9.505813598632812
RHDSU,λ=8,65536,1,533006,8.133026123046875
RHDSU,λ=8,65536,1,622380,9.49676513671875
RHDSU,λ=8,65536,1,579039,8.835433959960938
RHDSU,λ=8,65536,1,564909,8.619827270507812
RHDSU,λ=8,65536,1,581257,8.869277954101562
RHDSU,λ=8,65536,1,654619,9.988693237304688
RHDSU,λ=8,65536,1,541710,8.265838623046875
RHDSU,λ=8,65536,1,585555,8.934860229492188
RHDSU,λ=8,65536,1,608665,9.287490844726562
RHDSU,λ=8,65536,1,575697,8.784439086914062
RHDSU,λ=8,65536,1,532966,8.132415771484375
RHDSU,λ=8,65536,1,541764,8.26666259765625
RHDSU,λ=8,65536,1,553576,8.4468994140625
RHDSU,λ=8,65536,1,630164,9.61553955078125
RHDSU,λ=8,65536,1,660016,10.071044921875
RHDSU,λ=8,65536,1,584596,8.92022705078125
RHDSU,λ=8,65536,1,560769,8.556655883789062
RHDSU,λ=8,65536,1,626128,9.553955078125
RHDSU,λ=8,65536,1,561084,8.56146240234375
RHDSU,λ=8,65536,1,616863,9.412582397460938
RHDSU,λ=8,65536,1,593348,9.05377197265625
RHDSU,λ=8,65536,1,560803,8.557174682617188
RHDSU,λ=8,65536,1,565910,8.635101318359375
RHDSU,λ=8,65536,1,579675,8.845138549804688
RHDSU,λ=8,65536,1,671904,10.25244140625
RHDSU,λ=8,65536,1,719715,10.981979370117188
RHDSU,λ=8,65536,1,591795,9.030075073242188
RHDSU,λ=8,65536,1,580926,8.864227294921875
RHDSU,λ=8,65536,1,588035,8.972702026367188
RHDSU,λ=8,65536,1,562996,8.59063720703125
RHDSU,λ=8,65536,1,598054,9.125579833984375
RHDSU,λ=8,65536,1,609357,9.298049926757812
RHDSU,λ=8,65536,1,660814,10.083221435546875
RHDSU,λ=8,65536,1,604175,9.218978881835938
RHDSU,λ=8,65536,1,672807,10.266220092773438
RHDSU,λ=8,65536,1,572102,8.729583740234375
RHDSU,λ=8,65536,1,588529,8.980239868164062
RHDSU,λ=8,65536,1,586489,8.949111938476562
RHDSU,λ=8,65536,1,619626,9.454742431640625
RHDSU,λ=8,65536,1,593800,9.0606689453125
RHDSU,λ=8,65536,1,590281,9.006973266601562
RHDSU,λ=8,65536,1,627889,9.580825805664062
RHDSU,λ=8,65536,1,572092,8.72943115234375
RHDSU,λ=8,65536,1,650274,9.922393798828125
RHDSU,λ=8,65536,1,656936,10.0240478515625
RHDSU,λ=8,65536,1,606864,9.260009765625
RHDSU,λ=8,65536,1,590318,9.007537841796875
RHDSU,λ=8,65536,1,572039,8.728622436523438
RHDSU,λ=8,65536,1,548402,8.367950439453125
RHDSU,λ=8,65536,1,614433,9.375503540039062
RHDSU,λ=8,65536,1,560597,8.554031372070312
RHDSU,λ=8,65536,1,622307,9.495651245117188
RHDSU,λ=8,65536,1,662320,10.106201171875
RHDSU,λ=8,65536,1,606535,9.254989624023438
RHDSU,λ=8,65536,1,573513,8.751113891601562
RHDSU,λ=8,65536,1,543693,8.296096801757812
RHDSU,λ=8,65536,1,552753,8.434341430664062
RHDSU,λ=8,65536,1,572814,8.740447998046875
RHDSU,λ=8,65536,1,682626,10.416046142578125
RHDSU,λ=8,65536,1,649482,9.910308837890625
RHDSU,λ=8,65536,1,641757,9.792434692382812
RHDSU,λ=8,65536,1,573092,8.74468994140625
RHDSU,λ=8,65536,1,565824,8.6337890625
RHDSU,λ=8,65536,1,569367,8.687850952148438
RHDSU,λ=8,65536,1,588862,8.985321044921875
RHDSU,λ=8,65536,1,594091,9.065109252929688
RHDSU,λ=8,65536,1,550215,8.395614624023438
RHDSU,λ=8,65536,1,593096,9.0499267578125
RHDSU,λ=8,65536,1,560167,8.547470092773438
RHDSU,λ=8,65536,1,720895,10.999984741210938
RHDSU,λ=8,65536,1,578065,8.820571899414062
RHDSU,λ=8,65536,1,572078,8.729217529296875
RHDSU,λ=8,65536,1,553355,8.443527221679688
RHDSU,λ=8,65536,1,614850,9.381866455078125
RHDSU,λ=8,65536,1,567020,8.65203857421875
RHDSU,λ=8,65536,1,642868,9.80938720703125
RHDSU,λ=8,65536,1,607737,9.273330688476562
RHDSU,λ=8,65536,1,580364,8.85565185546875
RHDSU,λ=8,65536,1,624232,9.5250244140625
RHDSU,λ=8,65536,1,613647,9.363510131835938
RHDSU,λ=8,65536,1,613071,9.354721069335938
RHDSU,λ=8,65536,1,537974,8.208831787109375
RHDSU,λ=8,65536,1,574712,8.7694091796875
RHDSU,λ=8,65536,1,535888,8.177001953125
RHDSU,λ=8,65536,1,554945,8.467788696289062
RHDSU,λ=8,65536,1,697303,10.639999389648438
RHLSU,λ=8,65536,1,587689,8.967422485351562
RHLSU,λ=8,65536,1,570373,8.703201293945312
RHLSU,λ=8,65536,1,671017,10.238906860351562
RHLSU,λ=8,65536,1,587999,8.972152709960938
RHLSU,λ=8,65536,1,598365,9.130325317382812
RHLSU,λ=8,65536,1,582865,8.893814086914062
RHLSU,λ=8,65536,1,575099,8.775314331054688
RHLSU,λ=8,65536,1,627137,9.569351196289062
RHLSU,λ=8,65536,1,571273,8.716934204101562
RHLSU,λ=8,65536,1,538005,8.209304809570312
RHLSU,λ=8,65536,1,573609,8.752578735351562
RHLSU,λ=8,65536,1,627153,9.569595336914062
RHLSU,λ=8,65536,1,632185,9.646377563476562
RHLSU,λ=8,65536,1,559253,8.533523559570312
RHLSU,λ=8,65536,1,564007,8.606063842773438
RHLSU,λ=8,65536,1,590093,9.004104614257812
RHLSU,λ=8,65536,1,601757,9.182083129882812
RHLSU,λ=8,65536,1,597037,9.110061645507812
RHLSU,λ=8,65536,1,557553,8.507583618164062
RHLSU,λ=8,65536,1,691659,10.553878784179688
RHLSU,λ=8,65536,1,581463,8.872421264648438
RHLSU,λ=8,65536,1,564357,8.611404418945312
RHLSU,λ=8,65536,1,551921,8.421646118164062
RHLSU,λ=8,65536,1,576619,8.798507690429688
RHLSU,λ=8,65536,1,609571,9.301315307617188
RHLSU,λ=8,65536,1,555905,8.482437133789062
RHLSU,λ=8,65536,1,643507,9.819137573242188
RHLSU,λ=8,65536,1,627753,9.578750610351562
RHLSU,λ=8,65536,1,647417,9.878799438476562
RHLSU,λ=8,65536,1,574197,8.761550903320312
RHLSU,λ=8,65536,1,644585,9.835586547851562
RHLSU,λ=8,65536,1,562409,8.581680297851562
RHLSU,λ=8,65536,1,551457,8.414566040039062
RHLSU,λ=8,65536,1,533351,8.138290405273438
RHLSU,λ=8,65536,1,607405,9.268264770507812
RHLSU,λ=8,65536,1,559153,8.531997680664062
RHLSU,λ=8,65536,1,606269,9.250930786132812
RHLSU,λ=8,65536,1,667729,10.188735961914062
RHLSU,λ=8,65536,1,570107,8.699142456054688
RHLSU,λ=8,65536,1,629307,9.602462768554688
RHLSU,λ=8,65536,1,589577,8.996231079101562
RHLSU,λ=8,65536,1,567901,8.665481567382812
RHLSU,λ=8,65536,1,578483,8.826950073242188
RHLSU,λ=8,65536,1,578229,8.823074340820312
RHLSU,λ=8,65536,1,655153,9.996841430664062
RHLSU,λ=8,65536,1,569141,8.684402465820312
RHLSU,λ=8,65536,1,595567,9.087631225585938
RHLSU,λ=8,65536,1,594281,9.068008422851562
RHLSU,λ=8,65536,1,582329,8.885635375976562
RHLSU,λ=8,65536,1,586307,8.946334838867188
RHLSU,λ=8,65536,1,587911,8.970809936523438
RHLSU,λ=8,65536,1,680947,10.390426635742188
RHLSU,λ=8,65536,1,600139,9.157394409179688
RHLSU,λ=8,65536,1,571459,8.719772338867188
RHLSU,λ=8,65536,1,619007,9.445297241210938
RHLSU,λ=8,65536,1,585103,8.927963256835938
RHLSU,λ=8,65536,1,576067,8.790084838867188
RHLSU,λ=8,65536,1,565563,8.629806518554688
RHLSU,λ=8,65536,1,548363,8.367355346679688
RHLSU,λ=8,65536,1,546983,8.346298217773438
RHLSU,λ=8,65536,1,583373,8.901565551757812
RHLSU,λ=8,65536,1,695765,10.616531372070312
RHLSU,λ=8,65536,1,572557,8.736526489257812
RHLSU,λ=8,65536,1,620059,9.461349487304688
RHLSU,λ=8,65536,1,539385,8.230361938476562
RHLSU,λ=8,65536,1,594113,9.065444946289062
RHLSU,λ=8,65536,1,543601,8.294692993164062
RHLSU,λ=8,65536,1,623737,9.517471313476562
RHLSU,λ=8,65536,1,557415,8.505477905273438
RHLSU,λ=8,65536,1,668977,10.207778930664062
RHLSU,λ=8,65536,1,590601,9.011856079101562
RHLSU,λ=8,65536,1,641595,9.789962768554688
RHLSU,λ=8,65536,1,649055,9.903793334960938
RHLSU,λ=8,65536,1,525217,8.014175415039062
RHLSU,λ=8,65536,1,623467,9.513351440429688
RHLSU,λ=8,65536,1,615907,9.397994995117188
RHLSU,λ=8,65536,1,588509,8.979934692382812
RHLSU,λ=8,65536,1,591401,9.024063110351562
RHLSU,λ=8,65536,1,601749,9.181961059570312
RHLSU,λ=8,65536,1,561085,8.561477661132812
RHLSU,λ=8,65536,1,570221,8.700881958007812
RHLSU,λ=8,65536,1,551479,8.414901733398438
RHLSU,λ=8,65536,1,569595,8.691329956054688
RHLSU,λ=8,65536,1,597033,9.110000610351562
RHLSU,λ=8,65536,1,577909,8.818191528320312
RHLSU,λ=8,65536,1,584347,8.916427612304688
RHLSU,λ=8,65536,1,602109,9.187454223632812
RHLSU,λ=8,65536,1,581287,8.869735717773438
RHLSU,λ=8,65536,1,619321,9.450088500976562
RHLSU,λ=8,65536,1,611375,9.328842163085938
RHLSU,λ=8,65536,1,551231,8.411117553710938
RHLSU,λ=8,65536,1,555631,8.478256225585938
RHLSU,λ=8,65536,1,532625,8.127212524414062
RHLSU,λ=8,65536,1,598129,9.126724243164062
RHLSU,λ=8,65536,1,613585,9.362564086914062
RHLSU,λ=8,65536,1,600173,9.157913208007812
RHLSU,λ=8,65536,1,582547,8.888961791992188
RHLSU,λ=8,65536,1,562417,8.581802368164062
RHLSU,λ=8,65536,1,556475,8.491134643554688
RRLSU,λ=8,65536,1,657252,10.02886962890625
RRLSU,λ=8,65536,1,522511,7.9728851318359375
RRLSU,λ=8,65536,1,647283,9.876754760742188
RRLSU,λ=8,65536,1,603321,9.205947875976562
RRLSU,λ=8,65536,1,564929,8.620132446289062
RRLSU,λ=8,65536,1,541192,8.2579345703125
RRLSU,λ=8,65536,1,583319,8.900741577148438
RRLSU,λ=8,65536,1,619569,9.453872680664062
RRLSU,λ=8,65536,1,593321,9.053359985351562
RRLSU,λ=8,65536,1,608999,9.292587280273438
RRLSU,λ=8,65536,1,585142,8.928558349609375
RRLSU,λ=8,65536,1,577859,8.817428588867188
RRLSU,λ=8,65536,1,566124,8.63836669921875
RRLSU,λ=8,65536,1,560893,8.558547973632812
RRLSU,λ=8,65536,1,642729,9.807266235351562
RRLSU,λ=8,65536,1,623479,9.513534545898438
RRLSU,λ=8,65536,1,641254,9.784759521484375
RRLSU,λ=8,65536,1,546869,8.344558715820312
RRLSU,λ=8,65536,1,571170,8.715362548828125
RRLSU,λ=8,65536,1,549837,8.389846801757812
RRLSU,λ=8,65536,1,578837,8.832351684570312
RRLSU,λ=8,65536,1,541744,8.266357421875
RRLSU,λ=8,65536,1,561082,8.561431884765625
RRLSU,λ=8,65536,1,598195,9.127731323242188
RRLSU,λ=8,65536,1,596616,9.1036376953125
RRLSU,λ=8,65536,1,615810,9.396514892578125
RRLSU,λ=8,65536,1,579064,8.8358154296875
RRLSU,λ=8,65536,1,567456,8.65869140625
RRLSU,λ=8,65536,1,598505,9.132461547851562
RRLSU,λ=8,65536,1,634300,9.67864990234375
RRLSU,λ=8,65536,1,609869,9.305862426757812
RRLSU,λ=8,65536,1,557879,8.512557983398438
RRLSU,λ=8,65536,1,551593,8.416641235351562
RRLSU,λ=8,65536,1,632876,9.65692138671875
RRLSU,λ=8,65536,1,599794,9.152130126953125
RRLSU,λ=8,65536,1,598328,9.1297607421875
RRLSU,λ=8,65536,1,543171,8.288131713867188
RRLSU,λ=8,65536,1,583029,8.896316528320312
RRLSU,λ=8,65536,1,562629,8.585037231445312
RRLSU,λ=8,65536,1,589742,8.998748779296875
RRLSU,λ=8,65536,1,696833,10.632827758789062
RRLSU,λ=8,65536,1,609578,9.301422119140625
RRLSU,λ=8,65536,1,660074,10.071929931640625
RRLSU,λ=8,65536,1,619481,9.452529907226562
RRLSU,λ=8,65536,1,549932,8.39129638671875
RRLSU,λ=8,65536,1,641830,9.793548583984375
RRLSU,λ=8,65536,1,613002,9.353668212890625
RRLSU,λ=8,65536,1,569250,8.686065673828125
RRLSU,λ=8,65536,1,666982,10.177337646484375
RRLSU,λ=8,65536,1,609223,9.296005249023438
RRLSU,λ=8,65536,1,658008,10.0404052734375
RRLSU,λ=8,65536,1,562445,8.582229614257812
RRLSU,λ=8,65536,1,581311,8.870101928710938
RRLSU,λ=8,65536,1,627844,9.58013916015625
RRLSU,λ=8,65536,1,674484,10.29180908203125
RRLSU,λ=8,65536,1,552673,8.433120727539062
RRLSU,λ=8,65536,1,617810,9.427032470703125
RRLSU,λ=8,65536,1,572461,8.735061645507812
RRLSU,λ=8,65536,1,568162,8.669464111328125
RRLSU,λ=8,65536,1,567541,8.659988403320312
RRLSU,λ=8,65536,1,614802,9.381134033203125
RRLSU,λ=8,65536,1,585766,8.938079833984375
RRLSU,λ=8,65536,1,606103,9.248397827148438
RRLSU,λ=8,65536,1,579052,8.83563232421875
RRLSU,λ=8,65536,1,593461,9.055496215820312
RRLSU,λ=8,65536,1,621517,9.483596801757812
RRLSU,λ=8,65536,1,541618,8.264434814453125
RRLSU,λ=8,65536,1,581066,8.866363525390625
RRLSU,λ=8,65536,1,575370,8.779449462890625
RRLSU,λ=8,65536,1,622333,9.496047973632812
RRLSU,λ=8,65536,1,540624,8.249267578125
RRLSU,λ=8,65536,1,572105,8.729629516601562
RRLSU,λ=8,65536,1,599645,9.149856567382812
RRLSU,λ=8,65536,1,501818,7.657135009765625
RRLSU,λ=8,65536,1,561746,8.571563720703125
RRLSU,λ=8,65536,1,670818,10.235870361328125
RRLSU,λ=8,65536,1,598196,9.12774658203125
RRLSU,λ=8,65536,1,617226,9.418121337890625
RRLSU,λ=8,65536,1,572018,8.728302001953125
RRLSU,λ=8,65536,1,627678,9.577606201171875
RRLSU,λ=8,65536,1,586079,8.942855834960938
RRLSU,λ=8,65536,1,620011,9.460617065429688
RRLSU,λ=8,65536,1,574563,8.767135620117188
RRLSU,λ=8,65536,1,594139,9.065841674804688
RRLSU,λ=8,65536,1,554427,8.459884643554688
RRLSU,λ=8,65536,1,588308,8.97686767578125
RRLSU,λ=8,65536,1,663288,10.1209716796875
RRLSU,λ=8,65536,1,570021,8.697830200195312
RRLSU,λ=8,65536,1,561885,8.573684692382812
RRLSU,λ=8,65536,1,577833,8.817031860351562
RRLSU,λ=8,65536,1,604277,9.220535278320312
RRLSU,λ=8,65536,1,557367,8.504745483398438
RRLSU,λ=8,65536,1,610958,9.322479248046875
RRLSU,λ=8,65536,1,563496,8.5982666015625
RRLSU,λ=8,65536,1,589297,8.991958618164062
RRLSU,λ=8,65536,1,602469,9.192947387695312
RRLSU,λ=8,65536,1,580347,8.855392456054688
RRLSU,λ=8,65536,1,612494,9.345916748046875
RRLSU,λ=8,65536,1,547170,8.349151611328125
RRLSU,λ=8,65536,1,536129,8.180679321289062
RSLSU,λ=8,65536,1,793197,12.103225708007812
RSLSU,λ=8,65536,1,837119,12.773422241210938
RSLSU,λ=8,65536,1,825309,12.593215942382812
RSLSU,λ=8,65536,1,938717,14.323684692382812
RSLSU,λ=8,65536,1,858485,13.099441528320312
RSLSU,λ=8,65536,1,790111,12.056137084960938
RSLSU,λ=8,65536,1,859781,13.119216918945312
RSLSU,λ=8,65536,1,924393,14.105117797851562
RSLSU,λ=8,65536,1,871353,13.295791625976562
RSLSU,λ=8,65536,1,800925,12.221145629882812
RSLSU,λ=8,65536,1,996291,15.202194213867188
RSLSU,λ=8,65536,1,970187,14.803878784179688
RSLSU,λ=8,65536,1,781051,11.917892456054688
RSLSU,λ=8,65536,1,873935,13.335189819335938
RSLSU,λ=8,65536,1,1003407,15.310775756835938
RSLSU,λ=8,65536,1,815667,12.446090698242188
RSLSU,λ=8,65536,1,887163,13.537033081054688
RSLSU,λ=8,65536,1,834977,12.740737915039062
RSLSU,λ=8,65536,1,946261,14.438796997070312
RSLSU,λ=8,65536,1,856697,13.072158813476562
RSLSU,λ=8,65536,1,817257,12.470352172851562
RSLSU,λ=8,65536,1,864175,13.186264038085938
RSLSU,λ=8,65536,1,770311,11.754013061523438
RSLSU,λ=8,65536,1,816071,12.452255249023438
RSLSU,λ=8,65536,1,864499,13.191207885742188
RSLSU,λ=8,65536,1,856675,13.071823120117188
RSLSU,λ=8,65536,1,863899,13.182052612304688
RSLSU,λ=8,65536,1,858227,13.095504760742188
RSLSU,λ=8,65536,1,900009,13.733047485351562
RSLSU,λ=8,65536,1,920849,14.051040649414062
RSLSU,λ=8,65536,1,867951,13.243881225585938
RSLSU,λ=8,65536,1,744831,11.365219116210938
RSLSU,λ=8,65536,1,869675,13.270187377929688
RSLSU,λ=8,65536,1,845249,12.897476196289062
RSLSU,λ=8,65536,1,866461,13.221145629882812
RSLSU,λ=8,65536,1,831371,12.685714721679688
RSLSU,λ=8,65536,1,867695,13.239974975585938
RSLSU,λ=8,65536,1,781589,11.926101684570312
RSLSU,λ=8,65536,1,904731,13.805099487304688
RSLSU,λ=8,65536,1,928835,14.172897338867188
RSLSU,λ=8,65536,1,909673,13.880508422851562
RSLSU,λ=8,65536,1,818931,12.495895385742188
RSLSU,λ=8,65536,1,840265,12.821426391601562
RSLSU,λ=8,65536,1,905657,13.819229125976562
RSLSU,λ=8,65536,1,816707,12.461959838867188
RSLSU,λ=8,65536,1,1040617,15.878555297851562
RSLSU,λ=8,65536,1,842795,12.860031127929688
RSLSU,λ=8,65536,1,855107,13.047897338867188
RSLSU,λ=8,65536,1,889837,13.577835083007812
RSLSU,λ=8,65536,1,900795,13.745040893554688
RSLSU,λ=8,65536,1,831527,12.688095092773438
RSLSU,λ=8,65536,1,774361,11.815811157226562
RSLSU,λ=8,65536,1,788617,12.033340454101562
RSLSU,λ=8,65536,1,906373,13.830154418945312
RSLSU,λ=8,65536,1,883989,13.488601684570312
RSLSU,λ=8,65536,1,943645,14.398880004882812
RSLSU,λ=8,65536,1,798569,12.185195922851562
RSLSU,λ=8,65536,1,926481,14.136978149414062
RSLSU,λ=8,65536,1,827123,12.620895385742188
RSLSU,λ=8,65536,1,849707,12.965499877929688
RSLSU,λ=8,65536,1,814909,12.434524536132812
RSLSU,λ=8,65536,1,807055,12.314682006835938
RSLSU,λ=8,65536,1,711223,10.852401733398438
RSLSU,λ=8,65536,1,868141,13.246780395507812
RSLSU,λ=8,65536,1,832397,12.701370239257812
RSLSU,λ=8,65536,1,817705,12.477188110351562
RSLSU,λ=8,65536,1,857725,13.087844848632812
RSLSU,λ=8,65536,1,855927,13.060409545898438
RSLSU,λ=8,65536,1,839793,12.814224243164062
RSLSU,λ=8,65536,1,878263,13.401229858398438
RSLSU,λ=8,65536,1,860327,13.127548217773438
RSLSU,λ=8,65536,1,953765,14.553298950195312
RSLSU,λ=8,65536,1,980321,14.958511352539062
RSLSU,λ=8,65536,1,845723,12.904708862304688
RSLSU,λ=8,65536,1,829575,12.658309936523438
RSLSU,λ=8,65536,1,766949,11.702713012695312
RSLSU,λ=8,65536,1,803977,12.267715454101562
RSLSU,λ=8,65536,1,884755,13.500289916992188
RSLSU,λ=8,65536,1,957267,14.606735229492188
RSLSU,λ=8,65536,1,861463,13.144882202148438
RSLSU,λ=8,65536,1,817103,12.468002319335938
RSLSU,λ=8,65536,1,896345,13.677139282226562
RSLSU,λ=8,65536,1,849163,12.957199096679688
RSLSU,λ=8,65536,1,1035137,15.794937133789062
RSLSU,λ=8,65536,1,808311,12.333847045898438
RSLSU,λ=8,65536,1,808601,12.338272094726562
RSLSU,λ=8,65536,1,835229,12.744583129882812
RSLSU,λ=8,65536,1,808339,12.334274291992188
RSLSU,λ=8,65536,1,881123,13.444869995117188
RSLSU,λ=8,65536,1,880031,13.428207397460938
RSLSU,λ=8,65536,1,887697,13.545181274414062
RSLSU,λ=8,65536,1,944935,14.418563842773438
RSLSU,λ=8,65536,1,857281,13.081069946289062
RSLSU,λ=8,65536,1,885767,13.515731811523438
RSLSU,λ=8,65536,1,944387,14.410202026367188
RSLSU,λ=8,65536,1,781783,11.929061889648438
RSLSU,λ=8,65536,1,834383,12.731674194335938
RSLSU,λ=8,65536,1,874833,13.348892211914062
RSLSU,λ=8,65536,1,1001061,15.274978637695312
RSLSU,λ=8,65536,1,875775,13.363265991210938
RSDMU,λ=8,65536,1,928728,14.1712646484375
RSDMU,λ=8,65536,1,858408,13.0982666015625
RSDMU,λ=8,65536,1,1044705,15.940933227539062
RSDMU,λ=8,65536,1,915390,13.967742919921875
RSDMU,λ=8,65536,1,840499,12.824996948242188
RSDMU,λ=8,65536,1,938320,14.317626953125
RSDMU,λ=8,65536,1,913547,13.939620971679688
RSDMU,λ=8,65536,1,876542,13.374969482421875
RSDMU,λ=8,65536,1,982306,14.988800048828125
RSDMU,λ=8,65536,1,846075,12.910079956054688
RSDMU,λ=8,65536,1,915798,13.973968505859375
RSDMU,λ=8,65536,1,956557,14.595901489257812
RSDMU,λ=8,65536,1,836152,12.7586669921875
RSDMU,λ=8,65536,1,844752,12.889892578125
RSDMU,λ=8,65536,1,749491,11.436325073242188
RSDMU,λ=8,65536,1,891320,13.6004638671875
RSDMU,λ=8,65536,1,790616,12.0638427734375
RSDMU,λ=8,65536,1,841490,12.840118408203125
RSDMU,λ=8,65536,1,831382,12.685882568359375
RSDMU,λ=8,65536,1,837691,12.782150268554688
RSDMU,λ=8,65536,1,845547,12.902023315429688
RSDMU,λ=8,65536,1,1081230,16.498260498046875
RSDMU,λ=8,65536,1,739355,11.281661987304688
RSDMU,λ=8,65536,1,770102,11.750823974609375
RSDMU,λ=8,65536,1,855288,13.0506591796875
RSDMU,λ=8,65536,1,918394,14.013580322265625
RSDMU,λ=8,65536,1,886347,13.524581909179688
RSDMU,λ=8,65536,1,886747,13.530685424804688
RSDMU,λ=8,65536,1,820201,12.515274047851562
RSDMU,λ=8,65536,1,806041,12.299209594726562
RSDMU,λ=8,65536,1,929065,14.176406860351562
RSDMU,λ=8,65536,1,945022,14.419891357421875
RSDMU,λ=8,65536,1,818336,12.48681640625
RSDMU,λ=8,65536,1,787979,12.023605346679688
RSDMU,λ=8,65536,1,912307,13.920700073242188
RSDMU,λ=8,65536,1,841578,12.841461181640625
RSDMU,λ=8,65536,1,859504,13.114990234375
RSDMU,λ=8,65536,1,958395,14.623947143554688
RSDMU,λ=8,65536,1,855074,13.047393798828125
RSDMU,λ=8,65536,1,773539,11.803268432617188
RSDMU,λ=8,65536,1,812355,12.395553588867188
RSDMU,λ=8,65536,1,772914,11.793731689453125
RSDMU,λ=8,65536,1,860959,13.137191772460938
RSDMU,λ=8,65536,1,797526,12.169281005859375
RSDMU,λ=8,65536,1,1024782,15.636932373046875
RSDMU,λ=8,65536,1,901945,13.762588500976562
RSDMU,λ=8,65536,1,817626,12.475982666015625
RSDMU,λ=8,65536,1,764246,11.661468505859375
RSDMU,λ=8,65536,1,779091,11.887985229492188
RSDMU,λ=8,65536,1,1026111,15.657211303710938
RSDMU,λ=8,65536,1,852443,13.007247924804688
RSDMU,λ=8,65536,1,873683,13.331344604492188
RSDMU,λ=8,65536,1,872893,13.319290161132812
RSDMU,λ=8,65536,1,767440,11.710205078125
RSDMU,λ=8,65536,1,853715,13.026657104492188
RSDMU,λ=8,65536,1,1032298,15.751617431640625
RSDMU,λ=8,65536,1,812769,12.401870727539062
RSDMU,λ=8,65536,1,833766,12.722259521484375
RSDMU,λ=8,65536,1,779200,11.8896484375
RSDMU,λ=8,65536,1,929251,14.179244995117188
RSDMU,λ=8,65536,1,892123,13.612716674804688
RSDMU,λ=8,65536,1,888161,13.552261352539062
RSDMU,λ=8,65536,1,959569,14.641860961914062
RSDMU,λ=8,65536,1,815230,12.439422607421875
RSDMU,λ=8,65536,1,830342,12.670013427734375
RSDMU,λ=8,65536,1,784430,11.969451904296875
RSDMU,λ=8,65536,1,805345,12.288589477539062
RSDMU,λ=8,65536,1,801126,12.224212646484375
RSDMU,λ=8,65536,1,804232,12.2716064453125
RSDMU,λ=8,65536,1,847069,12.925247192382812
RSDMU,λ=8,65536,1,923307,14.088546752929688
RSDMU,λ=8,65536,1,833081,12.711807250976562
RSDMU,λ=8,65536,1,764104,11.6593017578125
RSDMU,λ=8,65536,1,811043,12.375534057617188
RSDMU,λ=8,65536,1,903611,13.788009643554688
RSDMU,λ=8,65536,1,844675,12.888717651367188
RSDMU,λ=8,65536,1,832681,12.705703735351562
RSDMU,λ=8,65536,1,795901,12.144485473632812
RSDMU,λ=8,65536,1,758736,11.577392578125
RSDMU,λ=8,65536,1,808707,12.339889526367188
RSDMU,λ=8,65536,1,825755,12.600021362304688
RSDMU,λ=8,65536,1,1038349,15.843948364257812
RSDMU,λ=8,65536,1,891779,13.607467651367188
RSDMU,λ=8,65536,1,837046,12.772308349609375
RSDMU,λ=8,65536,1,882309,13.462966918945312
RSDMU,λ=8,65536,1,921841,14.066177368164062
RSDMU,λ=8,65536,1,914963,13.961227416992188
RSDMU,λ=8,65536,1,828099,12.635787963867188
RSDMU,λ=8,65536,1,834854,12.738861083984375
RSDMU,λ=8,65536,1,864699,13.194259643554688
RSDMU,λ=8,65536,1,804992,12.283203125
RSDMU,λ=8,65536,1,841467,12.839767456054688
RSDMU,λ=8,65536,1,826065,12.604751586914062
RSDMU,λ=8,65536,1,917325,13.997268676757812
RSDMU,λ=8,65536,1,883131,13.475509643554688
RSDMU,λ=8,65536,1,838963,12.801559448242188
RSDMU,λ=8,65536,1,924387,14.105026245117188
RSDMU,λ=8,65536,1,1173518,17.906463623046875
RSDMU,λ=8,65536,1,1120243,17.093551635742188
RSDMU,λ=8,65536,1,853523,13.023727416992188
RRDMU,λ=8,65536,1,643693,9.821975708007812
RRDMU,λ=8,65536,1,627921,9.581314086914062
RRDMU,λ=8,65536,1,613102,9.355194091796875
RRDMU,λ=8,65536,1,605680,9.241943359375
RRDMU,λ=8,65536,1,610884,9.32135009765625
RRDMU,λ=8,65536,1,559612,8.53900146484375
RRDMU,λ=8,65536,1,630623,9.622543334960938
RRDMU,λ=8,65536,1,634296,9.6785888671875
RRDMU,λ=8,65536,1,616433,9.406021118164062
RRDMU,λ=8,65536,1,571071,8.713851928710938
RRDMU,λ=8,65536,1,613283,9.357955932617188
RRDMU,λ=8,65536,1,640215,9.768905639648438
RRDMU,λ=8,65536,1,682034,10.407012939453125
RRDMU,λ=8,65536,1,597708,9.12030029296875
RRDMU,λ=8,65536,1,608926,9.291473388671875
RRDMU,λ=8,65536,1,663334,10.121673583984375
RRDMU,λ=8,65536,1,643584,9.8203125
RRDMU,λ=8,65536,1,593801,9.060684204101562
RRDMU,λ=8,65536,1,652422,9.955169677734375
RRDMU,λ=8,65536,1,564794,8.618072509765625
RRDMU,λ=8,65536,1,567162,8.654205322265625
RRDMU,λ=8,65536,1,619791,9.457260131835938
RRDMU,λ=8,65536,1,613957,9.368240356445312
RRDMU,λ=8,65536,1,597375,9.115219116210938
RRDMU,λ=8,65536,1,588419,8.978561401367188
RRDMU,λ=8,65536,1,675774,10.311492919921875
RRDMU,λ=8,65536,1,617751,9.426132202148438
RRDMU,λ=8,65536,1,605853,9.244583129882812
RRDMU,λ=8,65536,1,592595,9.042282104492188
RRDMU,λ=8,65536,1,673635,10.278854370117188
RRDMU,λ=8,65536,1,548959,8.376449584960938
RRDMU,λ=8,65536,1,590229,9.006179809570312
RRDMU,λ=8,65536,1,756475,11.542892456054688
RRDMU,λ=8,65536,1,664608,10.14111328125
RRDMU,λ=8,65536,1,620729,9.471572875976562
RRDMU,λ=8,65536,1,650725,9.929275512695312
RRDMU,λ=8,65536,1,556151,8.486190795898438
RRDMU,λ=8,65536,1,601576,9.1793212890625
RRDMU,λ=8,65536,1,630840,9.6258544921875
RRDMU,λ=8,65536,1,572559,8.736557006835938
RRDMU,λ=8,65536,1,586427,8.948165893554688
RRDMU,λ=8,65536,1,588187,8.975021362304688
RRDMU,λ=8,65536,1,573031,8.743759155273438
RRDMU,λ=8,65536,1,569365,8.687820434570312
RRDMU,λ=8,65536,1,629910,9.611663818359375
RRDMU,λ=8,65536,1,665233,10.150650024414062
RRDMU,λ=8,65536,1,592161,9.035659790039062
RRDMU,λ=8,65536,1,612822,9.350921630859375
RRDMU,λ=8,65536,1,591028,9.01837158203125
RRDMU,λ=8,65536,1,588037,8.972732543945312
RRDMU,λ=8,65536,1,568807,8.679306030273438
RRDMU,λ=8,65536,1,592711,9.044052124023438
RRDMU,λ=8,65536,1,575907,8.787643432617188
RRDMU,λ=8,65536,1,564897,8.619644165039062
RRDMU,λ=8,65536,1,576635,8.798751831054688
RRDMU,λ=8,65536,1,721384,11.0074462890625
RRDMU,λ=8,65536,1,600070,9.156341552734375
RRDMU,λ=8,65536,1,693561,10.582901000976562
RRDMU,λ=8,65536,1,584051,8.911911010742188
RRDMU,λ=8,65536,1,614896,9.382568359375
RRDMU,λ=8,65536,1,671603,10.247848510742188
RRDMU,λ=8,65536,1,645662,9.852020263671875
RRDMU,λ=8,65536,1,592262,9.037200927734375
RRDMU,λ=8,65536,1,616823,9.411972045898438
RRDMU,λ=8,65536,1,640205,9.768753051757812
RRDMU,λ=8,65536,1,624705,9.532241821289062
RRDMU,λ=8,65536,1,593572,9.05718994140625
RRDMU,λ=8,65536,1,617258,9.418609619140625
RRDMU,λ=8,65536,1,651180,9.93621826171875
RRDMU,λ=8,65536,1,644143,9.828842163085938
RRDMU,λ=8,65536,1,692304,10.563720703125
RRDMU,λ=8,65536,1,597044,9.11016845703125
RRDMU,λ=8,65536,1,650344,9.9234619140625
RRDMU,λ=8,65536,1,659330,10.060577392578125
RRDMU,λ=8,65536,1,573722,8.754302978515625
RRDMU,λ=8,65536,1,655514,10.002349853515625
RRDMU,λ=8,65536,1,595126,9.080902099609375
RRDMU,λ=8,65536,1,726825,11.090469360351562
RRDMU,λ=8,65536,1,587792,8.968994140625
RRDMU,λ=8,65536,1,609893,9.306228637695312
RRDMU,λ=8,65536,1,598845,9.137649536132812
RRDMU,λ=8,65536,1,703266,10.730987548828125
RRDMU,λ=8,65536,1,619061,9.446121215820312
RRDMU,λ=8,65536,1,672959,10.268539428710938
RRDMU,λ=8,65536,1,602802,9.198028564453125
RRDMU,λ=8,65536,1,605639,9.241317749023438
RRDMU,λ=8,65536,1,619682,9.455596923828125
RRDMU,λ=8,65536,1,684540,10.44525146484375
RRDMU,λ=8,65536,1,603071,9.202133178710938
RRDMU,λ=8,65536,1,636396,9.71063232421875
RRDMU,λ=8,65536,1,676087,10.316268920898438
RRDMU,λ=8,65536,1,588599,8.981307983398438
RRDMU,λ=8,65536,1,652333,9.953811645507812
RRDMU,λ=8,65536,1,613525,9.361648559570312
RRDMU,λ=8,65536,1,608462,9.284393310546875
RRDMU,λ=8,65536,1,597851,9.122482299804688
RRDMU,λ=8,65536,1,669250,10.211944580078125
RRDMU,λ=8,65536,1,602865,9.198989868164062
RRDMU,λ=8,65536,1,624737,9.532730102539062
RRDMU,λ=8,65536,1,582939,8.894943237304688
RHDMU,λ=8,65536,1,556096,8.4853515625
RHDMU,λ=8,65536,1,569750,8.693695068359375
RHDMU,λ=8,65536,1,667859,10.190719604492188
RHDMU,λ=8,65536,1,616245,9.403152465820312
RHDMU,λ=8,65536,1,638982,9.750091552734375
RHDMU,λ=8,65536,1,573318,8.748138427734375
RHDMU,λ=8,65536,1,618771,9.441696166992188
RHDMU,λ=8,65536,1,551898,8.421295166015625
RHDMU,λ=8,65536,1,558682,8.524810791015625
RHDMU,λ=8,65536,1,740129,11.293472290039062
RHDMU,λ=8,65536,1,650743,9.929550170898438
RHDMU,λ=8,65536,1,562215,8.578720092773438
RHDMU,λ=8,65536,1,606474,9.254058837890625
RHDMU,λ=8,65536,1,666534,10.170501708984375
RHDMU,λ=8,65536,1,610045,9.308547973632812
RHDMU,λ=8,65536,1,576254,8.792938232421875
RHDMU,λ=8,65536,1,606112,9.24853515625
RHDMU,λ=8,65536,1,622534,9.499114990234375
RHDMU,λ=8,65536,1,620565,9.469070434570312
RHDMU,λ=8,65536,1,629047,9.598495483398438
RHDMU,λ=8,65536,1,634625,9.683609008789062
RHDMU,λ=8,65536,1,567144,8.6539306640625
RHDMU,λ=8,65536,1,630794,9.625152587890625
RHDMU,λ=8,65536,1,643085,9.812698364257812
RHDMU,λ=8,65536,1,665089,10.148452758789062
RHDMU,λ=8,65536,1,592733,9.044387817382812
RHDMU,λ=8,65536,1,718595,10.964889526367188
RHDMU,λ=8,65536,1,688200,10.5010986328125
RHDMU,λ=8,65536,1,589787,8.999435424804688
RHDMU,λ=8,65536,1,588492,8.97967529296875
RHDMU,λ=8,65536,1,656229,10.013259887695312
RHDMU,λ=8,65536,1,601714,9.181427001953125
RHDMU,λ=8,65536,1,567533,8.659866333007812
RHDMU,λ=8,65536,1,620725,9.471511840820312
RHDMU,λ=8,65536,1,618009,9.430068969726562
RHDMU,λ=8,65536,1,593111,9.050155639648438
RHDMU,λ=8,65536,1,592491,9.040695190429688
RHDMU,λ=8,65536,1,614935,9.383163452148438
RHDMU,λ=8,65536,1,670342,10.228607177734375
RHDMU,λ=8,65536,1,602856,9.1988525390625
RHDMU,λ=8,65536,1,654627,9.988815307617188
RHDMU,λ=8,65536,1,616286,9.403778076171875
RHDMU,λ=8,65536,1,584279,8.915390014648438
RHDMU,λ=8,65536,1,643567,9.820053100585938
RHDMU,λ=8,65536,1,633684,9.66925048828125
RHDMU,λ=8,65536,1,628895,9.596176147460938
RHDMU,λ=8,65536,1,680025,10.376358032226562
RHDMU,λ=8,65536,1,599305,9.144668579101562
RHDMU,λ=8,65536,1,686118,10.469329833984375
RHDMU,λ=8,65536,1,573185,8.746109008789062
RHDMU,λ=8,65536,1,583466,8.902984619140625
RHDMU,λ=8,65536,1,562324,8.58038330078125
RHDMU,λ=8,65536,1,568083,8.668258666992188
RHDMU,λ=8,65536,1,555573,8.477371215820312
RHDMU,λ=8,65536,1,574336,8.763671875
RHDMU,λ=8,65536,1,633462,9.665863037109375
RHDMU,λ=8,65536,1,614728,9.3800048828125
RHDMU,λ=8,65536,1,609643,9.302413940429688
RHDMU,λ=8,65536,1,676260,10.31890869140625
RHDMU,λ=8,65536,1,577375,8.810043334960938
RHDMU,λ=8,65536,1,576321,8.793960571289062
RHDMU,λ=8,65536,1,630417,9.619400024414062
RHDMU,λ=8,65536,1,684861,10.450149536132812
RHDMU,λ=8,65536,1,618048,9.4306640625
RHDMU,λ=8,65536,1,558915,8.528366088867188
RHDMU,λ=8,65536,1,593695,9.059066772460938
RHDMU,λ=8,65536,1,566413,8.642776489257812
RHDMU,λ=8,65536,1,616593,9.408462524414062
RHDMU,λ=8,65536,1,577662,8.814422607421875
RHDMU,λ=8,65536,1,605016,9.2318115234375
RHDMU,λ=8,65536,1,569166,8.684783935546875
RHDMU,λ=8,65536,1,579572,8.84356689453125
RHDMU,λ=8,65536,1,632790,9.655609130859375
RHDMU,λ=8,65536,1,604708,9.22711181640625
RHDMU,λ=8,65536,1,641137,9.782974243164062
RHDMU,λ=8,65536,1,623954,9.520782470703125
RHDMU,λ=8,65536,1,661614,10.095428466796875
RHDMU,λ=8,65536,1,644245,9.830398559570312
RHDMU,λ=8,65536,1,573076,8.74444580078125
RHDMU,λ=8,65536,1,632054,9.644378662109375
RHDMU,λ=8,65536,1,580059,8.850997924804688
RHDMU,λ=8,65536,1,641773,9.792678833007812
RHDMU,λ=8,65536,1,629530,9.605865478515625
RHDMU,λ=8,65536,1,649702,9.913665771484375
RHDMU,λ=8,65536,1,707975,10.802841186523438
RHDMU,λ=8,65536,1,601004,9.17059326171875
RHDMU,λ=8,65536,1,668276,10.19708251953125
RHDMU,λ=8,65536,1,723901,11.045852661132812
RHDMU,λ=8,65536,1,586628,8.95123291015625
RHDMU,λ=8,65536,1,620007,9.460556030273438
RHDMU,λ=8,65536,1,639370,9.756011962890625
RHDMU,λ=8,65536,1,613473,9.360855102539062
RHDMU,λ=8,65536,1,588936,8.9864501953125
RHDMU,λ=8,65536,1,652834,9.961456298828125
RHDMU,λ=8,65536,1,584528,8.919189453125
RHDMU,λ=8,65536,1,605009,9.231704711914062
RHDMU,λ=8,65536,1,618029,9.430374145507812
RHDMU,λ=8,65536,1,574821,8.771072387695312
RHDMU,λ=8,65536,1,606964,9.26153564453125
RHDMU,λ=8,65536,1,591986,9.032989501953125
RHLMU,λ=8,65536,1,536257,8.182632446289062
RHLMU,λ=8,65536,1,576221,8.792434692382812
RHLMU,λ=8,65536,1,634397,9.680130004882812
RHLMU,λ=8,65536,1,693173,10.576980590820312
RHLMU,λ=8,65536,1,555337,8.473770141601562
RHLMU,λ=8,65536,1,619173,9.447830200195312
RHLMU,λ=8,65536,1,576725,8.800125122070312
RHLMU,λ=8,65536,1,613925,9.367752075195312
RHLMU,λ=8,65536,1,690753,10.540054321289062
RHLMU,λ=8,65536,1,619141,9.447341918945312
RHLMU,λ=8,65536,1,666053,10.163162231445312
RHLMU,λ=8,65536,1,701569,10.705093383789062
RHLMU,λ=8,65536,1,613013,9.353836059570312
RHLMU,λ=8,65536,1,653337,9.969131469726562
RHLMU,λ=8,65536,1,615905,9.397964477539062
RHLMU,λ=8,65536,1,654085,9.980545043945312
RHLMU,λ=8,65536,1,598637,9.134475708007812
RHLMU,λ=8,65536,1,682497,10.414077758789062
RHLMU,λ=8,65536,1,586665,8.951797485351562
RHLMU,λ=8,65536,1,666905,10.176162719726562
RHLMU,λ=8,65536,1,654285,9.983596801757812
RHLMU,λ=8,65536,1,665249,10.150894165039062
RHLMU,λ=8,65536,1,627969,9.582046508789062
RHLMU,λ=8,65536,1,682225,10.409927368164062
RHLMU,λ=8,65536,1,614309,9.373611450195312
RHLMU,λ=8,65536,1,636069,9.705642700195312
RHLMU,λ=8,65536,1,621761,9.487319946289062
RHLMU,λ=8,65536,1,615153,9.386489868164062
RHLMU,λ=8,65536,1,573493,8.750808715820312
RHLMU,λ=8,65536,1,624689,9.531997680664062
RHLMU,λ=8,65536,1,553017,8.438369750976562
RHLMU,λ=8,65536,1,682933,10.420730590820312
RHLMU,λ=8,65536,1,644697,9.837295532226562
RHLMU,λ=8,65536,1,616613,9.408767700195312
RHLMU,λ=8,65536,1,574389,8.764480590820312
RHLMU,λ=8,65536,1,574741,8.769851684570312
RHLMU,λ=8,65536,1,655981,10.009475708007812
RHLMU,λ=8,65536,1,641473,9.788101196289062
RHLMU,λ=8,65536,1,667169,10.180191040039062
RHLMU,λ=8,65536,1,590829,9.015335083007812
RHLMU,λ=8,65536,1,600405,9.161453247070312
RHLMU,λ=8,65536,1,594233,9.067276000976562
RHLMU,λ=8,65536,1,611645,9.332962036132812
RHLMU,λ=8,65536,1,576489,8.796524047851562
RHLMU,λ=8,65536,1,628681,9.592910766601562
RHLMU,λ=8,65536,1,574677,8.768875122070312
RHLMU,λ=8,65536,1,604185,9.219131469726562
RHLMU,λ=8,65536,1,605377,9.237319946289062
RHLMU,λ=8,65536,1,700149,10.683425903320312
RHLMU,λ=8,65536,1,615949,9.398635864257812
RHLMU,λ=8,65536,1,628673,9.592788696289062
RHLMU,λ=8,65536,1,649285,9.907302856445312
RHLMU,λ=8,65536,1,565709,8.632034301757812
RHLMU,λ=8,65536,1,730513,11.146743774414062
RHLMU,λ=8,65536,1,607149,9.264358520507812
RHLMU,λ=8,65536,1,597865,9.122695922851562
RHLMU,λ=8,65536,1,619121,9.447036743164062
RHLMU,λ=8,65536,1,629529,9.605850219726562
RHLMU,λ=8,65536,1,651017,9.933731079101562
RHLMU,λ=8,65536,1,588581,8.981033325195312
RHLMU,λ=8,65536,1,683733,10.432937622070312
RHLMU,λ=8,65536,1,591921,9.031997680664062
RHLMU,λ=8,65536,1,681681,10.401626586914062
RHLMU,λ=8,65536,1,590541,9.010940551757812
RHLMU,λ=8,65536,1,752017,11.474868774414062
RHLMU,λ=8,65536,1,562657,8.585464477539062
RHLMU,λ=8,65536,1,593285,9.052810668945312
RHLMU,λ=8,65536,1,602229,9.189285278320312
RHLMU,λ=8,65536,1,686529,10.475601196289062
RHLMU,λ=8,65536,1,595281,9.083267211914062
RHLMU,λ=8,65536,1,593925,9.062576293945312
RHLMU,λ=8,65536,1,665453,10.154006958007812
RHLMU,λ=8,65536,1,609681,9.302993774414062
RHLMU,λ=8,65536,1,585665,8.936538696289062
RHLMU,λ=8,65536,1,613677,9.363967895507812
RHLMU,λ=8,65536,1,616257,9.403335571289062
RHLMU,λ=8,65536,1,635073,9.690444946289062
RHLMU,λ=8,65536,1,598021,9.125076293945312
RHLMU,λ=8,65536,1,580597,8.859207153320312
RHLMU,λ=8,65536,1,612893,9.352005004882812
RHLMU,λ=8,65536,1,659797,10.067703247070312
RHLMU,λ=8,65536,1,617601,9.423843383789062
RHLMU,λ=8,65536,1,655965,10.009231567382812
RHLMU,λ=8,65536,1,595825,9.091567993164062
RHLMU,λ=8,65536,1,624657,9.531509399414062
RHLMU,λ=8,65536,1,621661,9.485794067382812
RHLMU,λ=8,65536,1,640953,9.780166625976562
RHLMU,λ=8,65536,1,586909,8.955520629882812
RHLMU,λ=8,65536,1,614997,9.384109497070312
RHLMU,λ=8,65536,1,592977,9.048110961914062
RHLMU,λ=8,65536,1,603957,9.215652465820312
RHLMU,λ=8,65536,1,611513,9.330947875976562
RHLMU,λ=8,65536,1,621401,9.481826782226562
RHLMU,λ=8,65536,1,584781,8.923049926757812
RHLMU,λ=8,65536,1,581049,8.866104125976562
RHLMU,λ=8,65536,1,563757,8.602249145507812
RHLMU,λ=8,65536,1,692373,10.564773559570312
RHLMU,λ=8,65536,1,592949,9.047683715820312
RHLMU,λ=8,65536,1,680049,10.376724243164062
RHLMU,λ=8,65536,1,597981,9.124465942382812
RRLMU,λ=8,65536,1,590693,9.013259887695312
RRLMU,λ=8,65536,1,629536,9.60595703125
RRLMU,λ=8,65536,1,648231,9.891220092773438
RRLMU,λ=8,65536,1,680528,10.384033203125
RRLMU,λ=8,65536,1,604319,9.221176147460938
RRLMU,λ=8,65536,1,608092,9.27874755859375
RRLMU,λ=8,65536,1,590639,9.012435913085938
RRLMU,λ=8,65536,1,639635,9.760055541992188
RRLMU,λ=8,65536,1,626447,9.558822631835938
RRLMU,λ=8,65536,1,668400,10.198974609375
RRLMU,λ=8,65536,1,568911,8.680892944335938
RRLMU,λ=8,65536,1,603437,9.207717895507812
RRLMU,λ=8,65536,1,579575,8.843612670898438
RRLMU,λ=8,65536,1,637348,9.72515869140625
RRLMU,λ=8,65536,1,615539,9.392379760742188
RRLMU,λ=8,65536,1,670141,10.225540161132812
RRLMU,λ=8,65536,1,580145,8.852310180664062
RRLMU,λ=8,65536,1,621780,9.48760986328125
RRLMU,λ=8,65536,1,597233,9.113052368164062
RRLMU,λ=8,65536,1,588978,8.987091064453125
RRLMU,λ=8,65536,1,632426,9.650054931640625
RRLMU,λ=8,65536,1,615180,9.38690185546875
RRLMU,λ=8,65536,1,616539,9.407638549804688
RRLMU,λ=8,65536,1,621657,9.485733032226562
RRLMU,λ=8,65536,1,610135,9.309921264648438
RRLMU,λ=8,65536,1,598669,9.134963989257812
RRLMU,λ=8,65536,1,638538,9.743316650390625
RRLMU,λ=8,65536,1,549364,8.38262939453125
RRLMU,λ=8,65536,1,607384,9.2679443359375
RRLMU,λ=8,65536,1,608556,9.28582763671875
RRLMU,λ=8,65536,1,599382,9.145843505859375
RRLMU,λ=8,65536,1,638655,9.745101928710938
RRLMU,λ=8,65536,1,642549,9.804519653320312
RRLMU,λ=8,65536,1,575644,8.78363037109375
RRLMU,λ=8,65536,1,642275,9.800338745117188
RRLMU,λ=8,65536,1,676860,10.32806396484375
RRLMU,λ=8,65536,1,607089,9.263442993164062
RRLMU,λ=8,65536,1,582687,8.891098022460938
RRLMU,λ=8,65536,1,595790,9.091033935546875
RRLMU,λ=8,65536,1,622437,9.497634887695312
RRLMU,λ=8,65536,1,676873,10.328262329101562
RRLMU,λ=8,65536,1,595918,9.092987060546875
RRLMU,λ=8,65536,1,572729,8.739151000976562
RRLMU,λ=8,65536,1,637676,9.73016357421875
RRLMU,λ=8,65536,1,562283,8.579757690429688
RRLMU,λ=8,65536,1,571585,8.721694946289062
RRLMU,λ=8,65536,1,634835,9.686813354492188
RRLMU,λ=8,65536,1,582908,8.89447021484375
RRLMU,λ=8,65536,1,651757,9.945022583007812
RRLMU,λ=8,65536,1,576174,8.791717529296875
RRLMU,λ=8,65536,1,626413,9.558303833007812
RRLMU,λ=8,65536,1,584151,8.913436889648438
RRLMU,λ=8,65536,1,625838,9.549530029296875
RRLMU,λ=8,65536,1,664170,10.134429931640625
RRLMU,λ=8,65536,1,608891,9.290939331054688
RRLMU,λ=8,65536,1,652498,9.956329345703125
RRLMU,λ=8,65536,1,686370,10.473175048828125
RRLMU,λ=8,65536,1,571219,8.716110229492188
RRLMU,λ=8,65536,1,586265,8.945693969726562
RRLMU,λ=8,65536,1,627672,9.5775146484375
RRLMU,λ=8,65536,1,660399,10.076889038085938
RRLMU,λ=8,65536,1,651615,9.942855834960938
RRLMU,λ=8,65536,1,583938,8.910186767578125
RRLMU,λ=8,65536,1,647673,9.882705688476562
RRLMU,λ=8,65536,1,677067,10.331222534179688
RRLMU,λ=8,65536,1,543505,8.293228149414062
RRLMU,λ=8,65536,1,679794,10.372833251953125
RRLMU,λ=8,65536,1,605676,9.24188232421875
RRLMU,λ=8,65536,1,699422,10.672332763671875
RRLMU,λ=8,65536,1,611886,9.336639404296875
RRLMU,λ=8,65536,1,597206,9.112640380859375
RRLMU,λ=8,65536,1,639155,9.752731323242188
RRLMU,λ=8,65536,1,599377,9.145767211914062
RRLMU,λ=8,65536,1,633893,9.672439575195312
RRLMU,λ=8,65536,1,541516,8.26287841796875
RRLMU,λ=8,65536,1,563699,8.601364135742188
RRLMU,λ=8,65536,1,560108,8.54656982421875
RRLMU,λ=8,65536,1,628101,9.584060668945312
RRLMU,λ=8,65536,1,660923,10.084884643554688
RRLMU,λ=8,65536,1,711529,10.857070922851562
RRLMU,λ=8,65536,1,636425,9.711074829101562
RRLMU,λ=8,65536,1,561162,8.562652587890625
RRLMU,λ=8,65536,1,609929,9.306777954101562
RRLMU,λ=8,65536,1,565225,8.624649047851562
RRLMU,λ=8,65536,1,611386,9.329010009765625
RRLMU,λ=8,65536,1,593581,9.057327270507812
RRLMU,λ=8,65536,1,619580,9.45404052734375
RRLMU,λ=8,65536,1,546439,8.337997436523438
RRLMU,λ=8,65536,1,601563,9.179122924804688
RRLMU,λ=8,65536,1,607459,9.269088745117188
RRLMU,λ=8,65536,1,574345,8.763809204101562
RRLMU,λ=8,65536,1,592443,9.039962768554688
RRLMU,λ=8,65536,1,617452,9.42156982421875
RRLMU,λ=8,65536,1,614074,9.370025634765625
RRLMU,λ=8,65536,1,586954,8.956207275390625
RRLMU,λ=8,65536,1,695287,10.609237670898438
RRLMU,λ=8,65536,1,653027,9.964401245117188
RRLMU,λ=8,65536,1,639133,9.752395629882812
RRLMU,λ=8,65536,1,772226,11.783233642578125
RRLMU,λ=8,65536,1,592188,9.03607177734375
RSLMU,λ=8,65536,1,908413,13.861282348632812
RSLMU,λ=8,65536,1,911864,13.9139404296875
RSLMU,λ=8,65536,1,974781,14.873977661132812
RSLMU,λ=8,65536,1,876606,13.375946044921875
RSLMU,λ=8,65536,1,864842,13.196441650390625
RSLMU,λ=8,65536,1,926416,14.135986328125
RSLMU,λ=8,65536,1,887231,13.538070678710938
RSLMU,λ=8,65536,1,944844,14.41717529296875
RSLMU,λ=8,65536,1,838305,12.791519165039062
RSLMU,λ=8,65536,1,996235,15.201339721679688
RSLMU,λ=8,65536,1,886908,13.53314208984375
RSLMU,λ=8,65536,1,912187,13.918869018554688
RSLMU,λ=8,65536,1,1061226,16.193023681640625
RSLMU,λ=8,65536,1,987055,15.061264038085938
RSLMU,λ=8,65536,1,1078685,16.459426879882812
RSLMU,λ=8,65536,1,883542,13.481781005859375
RSLMU,λ=8,65536,1,910147,13.887741088867188
RSLMU,λ=8,65536,1,863788,13.18035888671875
RSLMU,λ=8,65536,1,898689,13.712905883789062
RSLMU,λ=8,65536,1,1025016,15.6405029296875
RSLMU,λ=8,65536,1,868973,13.259475708007812
RSLMU,λ=8,65536,1,823090,12.559356689453125
RSLMU,λ=8,65536,1,864791,13.195663452148438
RSLMU,λ=8,65536,1,977518,14.915740966796875
RSLMU,λ=8,65536,1,1079365,16.469802856445312
RSLMU,λ=8,65536,1,942498,14.381378173828125
RSLMU,λ=8,65536,1,807756,12.32537841796875
RSLMU,λ=8,65536,1,955996,14.58734130859375
RSLMU,λ=8,65536,1,834429,12.732376098632812
RSLMU,λ=8,65536,1,894779,13.653244018554688
RSLMU,λ=8,65536,1,960790,14.660491943359375
RSLMU,λ=8,65536,1,793238,12.103851318359375
RSLMU,λ=8,65536,1,879258,13.416412353515625
RSLMU,λ=8,65536,1,910419,13.891891479492188
RSLMU,λ=8,65536,1,934933,14.265945434570312
RSLMU,λ=8,65536,1,981445,14.975662231445312
RSLMU,λ=8,65536,1,1029827,15.713912963867188
RSLMU,λ=8,65536,1,945167,14.422103881835938
RSLMU,λ=8,65536,1,948516,14.47320556640625
RSLMU,λ=8,65536,1,917848,14.0052490234375
RSLMU,λ=8,65536,1,965992,14.7398681640625
RSLMU,λ=8,65536,1,824484,12.58062744140625
RSLMU,λ=8,65536,1,924648,14.1090087890625
RSLMU,λ=8,65536,1,942702,14.384490966796875
RSLMU,λ=8,65536,1,901817,13.760635375976562
RSLMU,λ=8,65536,1,1002831,15.301986694335938
RSLMU,λ=8,65536,1,1069624,16.3211669921875
RSLMU,λ=8,65536,1,902089,13.764785766601562
RSLMU,λ=8,65536,1,858501,13.099685668945312
RSLMU,λ=8,65536,1,1118703,17.070053100585938
RSLMU,λ=8,65536,1,1045008,15.945556640625
RSLMU,λ=8,65536,1,852279,13.004745483398438
RSLMU,λ=8,65536,1,925685,14.124832153320312
RSLMU,λ=8,65536,1,913683,13.941696166992188
RSLMU,λ=8,65536,1,942362,14.379302978515625
RSLMU,λ=8,65536,1,1012538,15.450103759765625
RSLMU,λ=8,65536,1,925872,14.127685546875
RSLMU,λ=8,65536,1,871608,13.2996826171875
RSLMU,λ=8,65536,1,897992,13.7022705078125
RSLMU,λ=8,65536,1,847587,12.933151245117188
RSLMU,λ=8,65536,1,873903,13.334701538085938
RSLMU,λ=8,65536,1,870741,13.286453247070312
RSLMU,λ=8,65536,1,1029079,15.702499389648438
RSLMU,λ=8,65536,1,845683,12.904098510742188
RSLMU,λ=8,65536,1,898213,13.705642700195312
RSLMU,λ=8,65536,1,1097011,16.739059448242188
RSLMU,λ=8,65536,1,964343,14.714706420898438
RSLMU,λ=8,65536,1,852942,13.014862060546875
RSLMU,λ=8,65536,1,848403,12.945602416992188
RSLMU,λ=8,65536,1,891073,13.596694946289062
RSLMU,λ=8,65536,1,830043,12.665451049804688
RSLMU,λ=8,65536,1,852211,13.003707885742188
RSLMU,λ=8,65536,1,959090,14.634552001953125
RSLMU,λ=8,65536,1,1000400,15.264892578125
RSLMU,λ=8,65536,1,894558,13.649871826171875
RSLMU,λ=8,65536,1,884341,13.493972778320312
RSLMU,λ=8,65536,1,904486,13.801361083984375
RSLMU,λ=8,65536,1,963323,14.699142456054688
RSLMU,λ=8,65536,1,918902,14.021331787109375
RSLMU,λ=8,65536,1,844612,12.88775634765625
RSLMU,λ=8,65536,1,960467,14.655563354492188
RSLMU,λ=8,65536,1,1074503,16.395614624023438
RSLMU,λ=8,65536,1,1061770,16.201324462890625
RSLMU,λ=8,65536,1,854846,13.043914794921875
RSLMU,λ=8,65536,1,974390,14.868011474609375
RSLMU,λ=8,65536,1,900338,13.738067626953125
RSLMU,λ=8,65536,1,821322,12.532379150390625
RSLMU,λ=8,65536,1,916675,13.987350463867188
RSLMU,λ=8,65536,1,855016,13.0465087890625
RSLMU,λ=8,65536,1,955367,14.577743530273438
RSLMU,λ=8,65536,1,931771,14.217697143554688
RSLMU,λ=8,65536,1,1272128,19.4111328125
RSLMU,λ=8,65536,1,952222,14.529754638671875
RSLMU,λ=8,65536,1,871710,13.301239013671875
RSLMU,λ=8,65536,1,865811,13.211227416992188
RSLMU,λ=8,65536,1,915179,13.964523315429688
RSLMU,λ=8,65536,1,911320,13.9056396484375
RSLMU,λ=8,65536,1,889798,13.577239990234375
RSLMU,λ=8,65536,1,837778,12.783477783203125
RSLMU,λ=8,65536,1,884188,13.49163818359375
RSDIU,λ=8,65536,1,1007731,15.376754760742188
RSDIU,λ=8,65536,1,1006306,15.355010986328125
RSDIU,λ=8,65536,1,929161,14.177871704101562
RSDIU,λ=8,65536,1,925441,14.121109008789062
RSDIU,λ=8,65536,1,972406,14.837738037109375
RSDIU,λ=8,65536,1,921826,14.065948486328125
RSDIU,λ=8,65536,1,935071,14.268051147460938
RSDIU,λ=8,65536,1,918346,14.012847900390625
RSDIU,λ=8,65536,1,903676,13.78900146484375
RSDIU,λ=8,65536,1,1115641,17.023330688476562
RSDIU,λ=8,65536,1,942916,14.38775634765625
RSDIU,λ=8,65536,1,857476,13.08404541015625
RSDIU,λ=8,65536,1,933751,14.247909545898438
RSDIU,λ=8,65536,1,955441,14.578872680664062
RSDIU,λ=8,65536,1,907666,13.849884033203125
RSDIU,λ=8,65536,1,978526,14.931121826171875
RSDIU,λ=8,65536,1,974761,14.873672485351562
RSDIU,λ=8,65536,1,1001176,15.2767333984375
RSDIU,λ=8,65536,1,938251,14.316574096679688
RSDIU,λ=8,65536,1,875611,13.360763549804688
RSDIU,λ=8,65536,1,847771,12.935958862304688
RSDIU,λ=8,65536,1,887461,13.541580200195312
RSDIU,λ=8,65536,1,894526,13.649383544921875
RSDIU,λ=8,65536,1,1046311,15.965438842773438
RSDIU,λ=8,65536,1,908596,13.86407470703125
RSDIU,λ=8,65536,1,869596,13.26898193359375
RSDIU,λ=8,65536,1,1044541,15.938430786132812
RSDIU,λ=8,65536,1,862276,13.15728759765625
RSDIU,λ=8,65536,1,996601,15.206924438476562
RSDIU,λ=8,65536,1,1072501,16.365066528320312
RSDIU,λ=8,65536,1,895696,13.667236328125
RSDIU,λ=8,65536,1,960391,14.654403686523438
RSDIU,λ=8,65536,1,915181,13.964553833007812
RSDIU,λ=8,65536,1,839986,12.817169189453125
RSDIU,λ=8,65536,1,855466,13.053375244140625
RSDIU,λ=8,65536,1,914851,13.959518432617188
RSDIU,λ=8,65536,1,923941,14.098220825195312
RSDIU,λ=8,65536,1,991921,15.135513305664062
RSDIU,λ=8,65536,1,988516,15.08355712890625
RSDIU,λ=8,65536,1,849871,12.968002319335938
RSDIU,λ=8,65536,1,911551,13.909164428710938
RSDIU,λ=8,65536,1,913786,13.943267822265625
RSDIU,λ=8,65536,1,1024351,15.630355834960938
RSDIU,λ=8,65536,1,1235716,18.85552978515625
RSDIU,λ=8,65536,1,908971,13.869796752929688
RSDIU,λ=8,65536,1,951931,14.525314331054688
RSDIU,λ=8,65536,1,892861,13.623977661132812
RSDIU,λ=8,65536,1,1026391,15.661483764648438
RSDIU,λ=8,65536,1,1266361,19.323135375976562
RSDIU,λ=8,65536,1,940726,14.354339599609375
RSDIU,λ=8,65536,1,948106,14.466949462890625
RSDIU,λ=8,65536,1,956236,14.59100341796875
RSDIU,λ=8,65536,1,980401,14.959732055664062
RSDIU,λ=8,65536,1,934171,14.254318237304688
RSDIU,λ=8,65536,1,975571,14.886032104492188
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RRDIU,λ=8,65536,1,676719,10.325912475585938
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RRDIU,λ=8,65536,1,796517,12.153884887695312
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RRDIU,λ=8,65536,1,740419,11.297897338867188
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RRDIU,λ=8,65536,1,652303,9.953353881835938
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RRDIU,λ=8,65536,1,699035,10.666427612304688
RRDIU,λ=8,65536,1,708345,10.808486938476562
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RRDIU,λ=8,65536,1,725509,11.070388793945312
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RRDIU,λ=8,65536,1,701233,10.699966430664062
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RRDIU,λ=8,65536,1,704859,10.755294799804688
RRDIU,λ=8,65536,1,687149,10.485061645507812
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RRDIU,λ=8,65536,1,747461,11.405349731445312
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RRDIU,λ=8,65536,1,736275,11.234664916992188
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RRDIU,λ=8,65536,1,663979,10.131515502929688
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RRDIU,λ=8,65536,1,716997,10.940505981445312
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RRDIU,λ=8,65536,1,824041,12.573867797851562
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RRDIU,λ=8,65536,1,683649,10.431655883789062
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RRDIU,λ=8,65536,1,740433,11.298110961914062
RRDIU,λ=8,65536,1,777953,11.870620727539062
RRDIU,λ=8,65536,1,866545,13.222427368164062
RRDIU,λ=8,65536,1,817895,12.480087280273438
RRDIU,λ=8,65536,1,704537,10.750381469726562
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RRDIU,λ=8,65536,1,723717,11.043045043945312
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RRDIU,λ=8,65536,1,734007,11.200057983398438
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RRDIU,λ=8,65536,1,695325,10.609817504882812
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RRDIU,λ=8,65536,1,807633,12.323501586914062
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RRDIU,λ=8,65536,1,641369,9.786514282226562
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RRDIU,λ=8,65536,1,811833,12.387588500976562
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RRDIU,λ=8,65536,1,709885,10.831985473632812
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RRDIU,λ=8,65536,1,714659,10.904830932617188
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RHDIU,λ=8,65536,1,672029,10.254348754882812
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RHLIU,λ=8,65536,1,749386,11.434722900390625
RHLIU,λ=8,65536,1,828205,12.637405395507812
RHLIU,λ=8,65536,1,708969,10.818008422851562
RHLIU,λ=8,65536,1,711153,10.851333618164062
RHLIU,λ=8,65536,1,724491,11.054855346679688
RHLIU,λ=8,65536,1,803570,12.261505126953125
RHLIU,λ=8,65536,1,776270,11.844940185546875
RHLIU,λ=8,65536,1,746071,11.384140014648438
RHLIU,λ=8,65536,1,706252,10.77655029296875
RHLIU,λ=8,65536,1,805156,12.28570556640625
RHLIU,λ=8,65536,1,836473,12.763565063476562
RHLIU,λ=8,65536,1,742444,11.32879638671875
RHLIU,λ=8,65536,1,995346,15.187774658203125
RHLIU,λ=8,65536,1,704484,10.74957275390625
RHLIU,λ=8,65536,1,762490,11.634674072265625
RHLIU,λ=8,65536,1,835095,12.742538452148438
RHLIU,λ=8,65536,1,684997,10.452224731445312
RHLIU,λ=8,65536,1,778675,11.881637573242188
RHLIU,λ=8,65536,1,713051,10.880294799804688
RHLIU,λ=8,65536,1,798734,12.187713623046875
RHLIU,λ=8,65536,1,679537,10.368911743164062
RHLIU,λ=8,65536,1,703925,10.741043090820312
RHLIU,λ=8,65536,1,772188,11.78265380859375
RHLIU,λ=8,65536,1,738466,11.268096923828125
RHLIU,λ=8,65536,1,833093,12.711990356445312
RHLIU,λ=8,65536,1,799332,12.19683837890625
RHLIU,λ=8,65536,1,726155,11.080245971679688
RHLIU,λ=8,65536,1,739493,11.283767700195312
RHLIU,λ=8,65536,1,757589,11.559890747070312
RHLIU,λ=8,65536,1,734553,11.208389282226562
RHLIU,λ=8,65536,1,760943,11.611068725585938
RHLIU,λ=8,65536,1,735697,11.225845336914062
RHLIU,λ=8,65536,1,806365,12.304153442382812
RHLIU,λ=8,65536,1,894310,13.646087646484375
RHLIU,λ=8,65536,1,730328,11.1439208984375
RHLIU,λ=8,65536,1,793521,12.108169555664062
RHLIU,λ=8,65536,1,755223,11.523788452148438
RHLIU,λ=8,65536,1,792455,12.091903686523438
RHLIU,λ=8,65536,1,877917,13.395950317382812
RHLIU,λ=8,65536,1,725934,11.076873779296875
RHLIU,λ=8,65536,1,738752,11.2724609375
RHLIU,λ=8,65536,1,919946,14.037261962890625
RHLIU,λ=8,65536,1,694539,10.597824096679688
RHLIU,λ=8,65536,1,727611,11.102462768554688
RHLIU,λ=8,65536,1,842999,12.863143920898438
RHLIU,λ=8,65536,1,708436,10.80987548828125
RHLIU,λ=8,65536,1,689313,10.518081665039062
RRLIU,λ=8,65536,1,707149,10.790237426757812
RRLIU,λ=8,65536,1,932322,14.226104736328125
RRLIU,λ=8,65536,1,728378,11.114166259765625
RRLIU,λ=8,65536,1,835823,12.753646850585938
RRLIU,λ=8,65536,1,684334,10.442108154296875
RRLIU,λ=8,65536,1,712648,10.8741455078125
RRLIU,λ=8,65536,1,754742,11.516448974609375
RRLIU,λ=8,65536,1,692459,10.566085815429688
RRLIU,λ=8,65536,1,750153,11.446426391601562
RRLIU,λ=8,65536,1,685283,10.456588745117188
RRLIU,λ=8,65536,1,746344,11.3883056640625
RRLIU,λ=8,65536,1,750114,11.445831298828125
RRLIU,λ=8,65536,1,684087,10.438339233398438
RRLIU,λ=8,65536,1,844221,12.881790161132812
RRLIU,λ=8,65536,1,727858,11.106231689453125
RRLIU,λ=8,65536,1,680369,10.381607055664062
RRLIU,λ=8,65536,1,736048,11.231201171875
RRLIU,λ=8,65536,1,718563,10.964401245117188
RRLIU,λ=8,65536,1,748203,11.416671752929688
RRLIU,λ=8,65536,1,774125,11.812210083007812
RRLIU,λ=8,65536,1,825553,12.596939086914062
RRLIU,λ=8,65536,1,676859,10.328048706054688
RRLIU,λ=8,65536,1,689183,10.516098022460938
RRLIU,λ=8,65536,1,720630,10.995941162109375
RRLIU,λ=8,65536,1,715066,10.911041259765625
RRLIU,λ=8,65536,1,668084,10.19415283203125
RRLIU,λ=8,65536,1,688247,10.501815795898438
RRLIU,λ=8,65536,1,729392,11.129638671875
RRLIU,λ=8,65536,1,678198,10.348480224609375
RRLIU,λ=8,65536,1,696398,10.626190185546875
RRLIU,λ=8,65536,1,723269,11.036209106445312
RRLIU,λ=8,65536,1,749451,11.435714721679688
RRLIU,λ=8,65536,1,781587,11.926071166992188
RRLIU,λ=8,65536,1,774567,11.818954467773438
RRLIU,λ=8,65536,1,705836,10.77020263671875
RRLIU,λ=8,65536,1,688806,10.510345458984375
RRLIU,λ=8,65536,1,730341,11.144119262695312
RRLIU,λ=8,65536,1,713896,10.8931884765625
RRLIU,λ=8,65536,1,784564,11.97149658203125
RRLIU,λ=8,65536,1,702560,10.72021484375
RRLIU,λ=8,65536,1,768639,11.728500366210938
RRLIU,λ=8,65536,1,688793,10.510147094726562
RRLIU,λ=8,65536,1,772422,11.786224365234375
RRLIU,λ=8,65536,1,733981,11.199661254882812
RRLIU,λ=8,65536,1,714273,10.898941040039062
RRLIU,λ=8,65536,1,741755,11.318283081054688
RRLIU,λ=8,65536,1,861810,13.150177001953125
RRLIU,λ=8,65536,1,781379,11.922897338867188
RRLIU,λ=8,65536,1,788438,12.030609130859375
RRLIU,λ=8,65536,1,722255,11.020736694335938
RRLIU,λ=8,65536,1,691835,10.556564331054688
RRLIU,λ=8,65536,1,793157,12.102615356445312
RRLIU,λ=8,65536,1,709086,10.819793701171875
RRLIU,λ=8,65536,1,694890,10.603179931640625
RRLIU,λ=8,65536,1,663092,10.11798095703125
RRLIU,λ=8,65536,1,921584,14.062255859375
RRLIU,λ=8,65536,1,807561,12.322402954101562
RRLIU,λ=8,65536,1,687870,10.496063232421875
RRLIU,λ=8,65536,1,723399,11.038192749023438
RRLIU,λ=8,65536,1,677600,10.33935546875
RRLIU,λ=8,65536,1,764297,11.662246704101562
RRLIU,λ=8,65536,1,700454,10.688079833984375
RRLIU,λ=8,65536,1,716041,10.925918579101562
RRLIU,λ=8,65536,1,741456,11.313720703125
RRLIU,λ=8,65536,1,689638,10.523040771484375
RRLIU,λ=8,65536,1,775893,11.839187622070312
RRLIU,λ=8,65536,1,782302,11.936981201171875
RRLIU,λ=8,65536,1,763868,11.65570068359375
RRLIU,λ=8,65536,1,702456,10.7186279296875
RRLIU,λ=8,65536,1,720526,10.994354248046875
RRLIU,λ=8,65536,1,699089,10.667251586914062
RRLIU,λ=8,65536,1,840464,12.824462890625
RRLIU,λ=8,65536,1,677561,10.338760375976562
RRLIU,λ=8,65536,1,735853,11.228225708007812
RRLIU,λ=8,65536,1,795107,12.132369995117188
RRLIU,λ=8,65536,1,727338,11.098297119140625
RRLIU,λ=8,65536,1,747098,11.399810791015625
RRLIU,λ=8,65536,1,716015,10.925521850585938
RRLIU,λ=8,65536,1,745239,11.371444702148438
RRLIU,λ=8,65536,1,675949,10.314163208007812
RRLIU,λ=8,65536,1,703223,10.730331420898438
RRLIU,λ=8,65536,1,693798,10.586517333984375
RRLIU,λ=8,65536,1,740741,11.302810668945312
RRLIU,λ=8,65536,1,827815,12.631454467773438
RRLIU,λ=8,65536,1,670528,10.2314453125
RRLIU,λ=8,65536,1,688325,10.503005981445312
RRLIU,λ=8,65536,1,733292,11.18914794921875
RRLIU,λ=8,65536,1,724296,11.0518798828125
RRLIU,λ=8,65536,1,745148,11.37005615234375
RRLIU,λ=8,65536,1,675078,10.300872802734375
RRLIU,λ=8,65536,1,814945,12.435073852539062
RRLIU,λ=8,65536,1,709346,10.823760986328125
RRLIU,λ=8,65536,1,735879,11.228622436523438
RRLIU,λ=8,65536,1,730679,11.149276733398438
RRLIU,λ=8,65536,1,873939,13.335250854492188
RRLIU,λ=8,65536,1,732824,11.1820068359375
RRLIU,λ=8,65536,1,675312,10.304443359375
RRLIU,λ=8,65536,1,742613,11.331375122070312
RRLIU,λ=8,65536,1,729561,11.132217407226562
RRLIU,λ=8,65536,1,784122,11.964752197265625
RSLIU,λ=8,65536,1,927713,14.155776977539062
RSLIU,λ=8,65536,1,1004625,15.329360961914062
RSLIU,λ=8,65536,1,994417,15.173599243164062
RSLIU,λ=8,65536,1,953937,14.555923461914062
RSLIU,λ=8,65536,1,982993,14.999282836914062
RSLIU,λ=8,65536,1,854481,13.038345336914062
RSLIU,λ=8,65536,1,916577,13.985855102539062
RSLIU,λ=8,65536,1,999393,15.249526977539062
RSLIU,λ=8,65536,1,992305,15.141372680664062
RSLIU,λ=8,65536,1,903265,13.782730102539062
RSLIU,λ=8,65536,1,916481,13.984390258789062
RSLIU,λ=8,65536,1,956097,14.588882446289062
RSLIU,λ=8,65536,1,933537,14.244644165039062
RSLIU,λ=8,65536,1,950353,14.501235961914062
RSLIU,λ=8,65536,1,968465,14.777603149414062
RSLIU,λ=8,65536,1,986961,15.059829711914062
RSLIU,λ=8,65536,1,1002721,15.300308227539062
RSLIU,λ=8,65536,1,993009,15.152114868164062
RSLIU,λ=8,65536,1,974017,14.862319946289062
RSLIU,λ=8,65536,1,1110337,16.942398071289062
RSLIU,λ=8,65536,1,1163329,17.750991821289062
RSLIU,λ=8,65536,1,926449,14.136489868164062
RSLIU,λ=8,65536,1,886305,13.523941040039062
RSLIU,λ=8,65536,1,991393,15.127456665039062
RSLIU,λ=8,65536,1,989985,15.105972290039062
RSLIU,λ=8,65536,1,1002609,15.298599243164062
RSLIU,λ=8,65536,1,999313,15.248306274414062
RSLIU,λ=8,65536,1,1083425,16.531753540039062
RSLIU,λ=8,65536,1,1088705,16.612319946289062
RSLIU,λ=8,65536,1,1013633,15.466812133789062
RSLIU,λ=8,65536,1,1159697,17.695571899414062
RSLIU,λ=8,65536,1,912721,13.927017211914062
RSLIU,λ=8,65536,1,992913,15.150650024414062
RSLIU,λ=8,65536,1,981073,14.969985961914062
RSLIU,λ=8,65536,1,930273,14.194839477539062
RSLIU,λ=8,65536,1,998801,15.240493774414062
RSLIU,λ=8,65536,1,911521,13.908706665039062
RSLIU,λ=8,65536,1,968817,14.782974243164062
RSLIU,λ=8,65536,1,979441,14.945083618164062
RSLIU,λ=8,65536,1,888465,13.556900024414062
RSLIU,λ=8,65536,1,949473,14.487808227539062
RSLIU,λ=8,65536,1,958929,14.632095336914062
RSLIU,λ=8,65536,1,1086881,16.584487915039062
RSLIU,λ=8,65536,1,1220465,18.622817993164062
RSLIU,λ=8,65536,1,933361,14.241958618164062
RSLIU,λ=8,65536,1,1046865,15.973892211914062
RSLIU,λ=8,65536,1,882097,13.459732055664062
RSLIU,λ=8,65536,1,942305,14.378433227539062
RSLIU,λ=8,65536,1,991937,15.135757446289062
RSLIU,λ=8,65536,1,895121,13.658462524414062
RSLIU,λ=8,65536,1,932849,14.234146118164062
RSLIU,λ=8,65536,1,1136417,17.340347290039062
RSLIU,λ=8,65536,1,1054129,16.084732055664062
RSLIU,λ=8,65536,1,965329,14.729751586914062
RSLIU,λ=8,65536,1,1108321,16.911636352539062
RSLIU,λ=8,65536,1,1033393,15.768325805664062
RSLIU,λ=8,65536,1,1118305,17.063980102539062
RSLIU,λ=8,65536,1,952465,14.533462524414062
RSLIU,λ=8,65536,1,1094033,16.693618774414062
RSLIU,λ=8,65536,1,1344449,20.514663696289062
RSLIU,λ=8,65536,1,1467777,22.396499633789062
RSLIU,λ=8,65536,1,991153,15.123794555664062
RSLIU,λ=8,65536,1,971889,14.829849243164062
RSLIU,λ=8,65536,1,933521,14.244400024414062
RSLIU,λ=8,65536,1,1107185,16.894302368164062
RSLIU,λ=8,65536,1,1047361,15.981460571289062
RSLIU,λ=8,65536,1,892081,13.612075805664062
RSLIU,λ=8,65536,1,1028529,15.694107055664062
RSLIU,λ=8,65536,1,964321,14.714370727539062
RSLIU,λ=8,65536,1,1045441,15.952163696289062
RSLIU,λ=8,65536,1,997793,15.225112915039062
RSLIU,λ=8,65536,1,917537,14.000503540039062
RSLIU,λ=8,65536,1,944769,14.416030883789062
RSLIU,λ=8,65536,1,1113409,16.989273071289062
RSLIU,λ=8,65536,1,1130129,17.244400024414062
RSLIU,λ=8,65536,1,891121,13.597427368164062
RSLIU,λ=8,65536,1,975921,14.891372680664062
RSLIU,λ=8,65536,1,1077041,16.434341430664062
RSLIU,λ=8,65536,1,1015057,15.488540649414062
RSLIU,λ=8,65536,1,1014705,15.483169555664062
RSLIU,λ=8,65536,1,949249,14.484390258789062
RSLIU,λ=8,65536,1,1004689,15.330337524414062
RSLIU,λ=8,65536,1,1192065,18.189468383789062
RSLIU,λ=8,65536,1,856689,13.072036743164062
RSLIU,λ=8,65536,1,1020833,15.576675415039062
RSLIU,λ=8,65536,1,1020657,15.573989868164062
RSLIU,λ=8,65536,1,946417,14.441177368164062
RSLIU,λ=8,65536,1,945489,14.427017211914062
RSLIU,λ=8,65536,1,961777,14.675552368164062
RSLIU,λ=8,65536,1,1037825,15.835952758789062
RSLIU,λ=8,65536,1,973169,14.849380493164062
RSLIU,λ=8,65536,1,1075121,16.405044555664062
RSLIU,λ=8,65536,1,989969,15.105728149414062
RSLIU,λ=8,65536,1,988385,15.081558227539062
RSLIU,λ=8,65536,1,1047953,15.990493774414062
RSLIU,λ=8,65536,1,1026417,15.661880493164062
RSLIU,λ=8,65536,1,917745,14.003677368164062
RSLIU,λ=8,65536,1,965169,14.727310180664062
RSLIU,λ=8,65536,1,1138321,17.369400024414062
RSLIU,λ=8,65536,1,1129601,17.236343383789062
HSDCP,λ=8,65536,1,972737,14.842788696289062
HSDCP,λ=8,65536,1,765993,11.688125610351562
HSDCP,λ=8,65536,1,882377,13.464004516601562
HSDCP,λ=8,65536,1,983873,15.012710571289062
HSDCP,λ=8,65536,1,853681,13.026138305664062
HSDCP,λ=8,65536,1,892449,13.617691040039062
HSDCP,λ=8,65536,1,908689,13.865493774414062
HSDCP,λ=8,65536,1,842065,12.848892211914062
HSDCP,λ=8,65536,1,1290225,19.687271118164062
HSDCP,λ=8,65536,1,988761,15.087295532226562
HSDCP,λ=8,65536,1,877537,13.390151977539062
HSDCP,λ=8,65536,1,983409,15.005630493164062
HSDCP,λ=8,65536,1,800657,12.217056274414062
HSDCP,λ=8,65536,1,799873,12.205093383789062
HSDCP,λ=8,65536,1,856009,13.061660766601562
HSDCP,λ=8,65536,1,792425,12.091445922851562
HSDCP,λ=8,65536,1,821617,12.536880493164062
HSDCP,λ=8,65536,1,998057,15.229141235351562
HSDCP,λ=8,65536,1,977833,14.920547485351562
HSDCP,λ=8,65536,1,841953,12.847183227539062
HSDCP,λ=8,65536,1,900593,13.741958618164062
HSDCP,λ=8,65536,1,783025,11.948013305664062
HSDCP,λ=8,65536,1,855169,13.048843383789062
HSDCP,λ=8,65536,1,869657,13.269912719726562
HSDCP,λ=8,65536,1,865113,13.200576782226562
HSDCP,λ=8,65536,1,870321,13.280044555664062
HSDCP,λ=8,65536,1,794025,12.115859985351562
HSDCP,λ=8,65536,1,875033,13.351943969726562
HSDCP,λ=8,65536,1,829801,12.661758422851562
HSDCP,λ=8,65536,1,808097,12.330581665039062
HSDCP,λ=8,65536,1,765089,11.674331665039062
HSDCP,λ=8,65536,1,923753,14.095352172851562
HSDCP,λ=8,65536,1,889449,13.571914672851562
HSDCP,λ=8,65536,1,904825,13.806533813476562
HSDCP,λ=8,65536,1,783105,11.949234008789062
HSDCP,λ=8,65536,1,901305,13.752822875976562
HSDCP,λ=8,65536,1,847881,12.937637329101562
HSDCP,λ=8,65536,1,759553,11.589859008789062
HSDCP,λ=8,65536,1,812393,12.396133422851562
HSDCP,λ=8,65536,1,935961,14.281631469726562
HSDCP,λ=8,65536,1,1015249,15.491470336914062
HSDCP,λ=8,65536,1,900105,13.734512329101562
HSDCP,λ=8,65536,1,796121,12.147842407226562
HSDCP,λ=8,65536,1,819593,12.505996704101562
HSDCP,λ=8,65536,1,924449,14.105972290039062
HSDCP,λ=8,65536,1,813721,12.416397094726562
HSDCP,λ=8,65536,1,952729,14.537490844726562
HSDCP,λ=8,65536,1,821929,12.541641235351562
HSDCP,λ=8,65536,1,757241,11.554580688476562
HSDCP,λ=8,65536,1,954169,14.559463500976562
HSDCP,λ=8,65536,1,1044001,15.930191040039062
HSDCP,λ=8,65536,1,907169,13.842300415039062
HSDCP,λ=8,65536,1,799649,12.201675415039062
HSDCP,λ=8,65536,1,890833,13.593032836914062
HSDCP,λ=8,65536,1,1001441,15.280776977539062
HSDCP,λ=8,65536,1,879241,13.416152954101562
HSDCP,λ=8,65536,1,828537,12.642471313476562
HSDCP,λ=8,65536,1,752585,11.483535766601562
HSDCP,λ=8,65536,1,964561,14.718032836914062
HSDCP,λ=8,65536,1,955201,14.575210571289062
HSDCP,λ=8,65536,1,849017,12.954971313476562
HSDCP,λ=8,65536,1,846745,12.920303344726562
HSDCP,λ=8,65536,1,1118945,17.073745727539062
HSDCP,λ=8,65536,1,877161,13.384414672851562
HSDCP,λ=8,65536,1,818529,12.489761352539062
HSDCP,λ=8,65536,1,845457,12.900650024414062
HSDCP,λ=8,65536,1,836681,12.766738891601562
HSDCP,λ=8,65536,1,841049,12.833389282226562
HSDCP,λ=8,65536,1,854865,13.044204711914062
HSDCP,λ=8,65536,1,812121,12.391983032226562
HSDCP,λ=8,65536,1,884977,13.503677368164062
HSDCP,λ=8,65536,1,953129,14.543594360351562
HSDCP,λ=8,65536,1,716145,10.927505493164062
HSDCP,λ=8,65536,1,831825,12.692642211914062
HSDCP,λ=8,65536,1,770705,11.760025024414062
HSDCP,λ=8,65536,1,957801,14.614883422851562
HSDCP,λ=8,65536,1,819609,12.506240844726562
HSDCP,λ=8,65536,1,829737,12.660781860351562
HSDCP,λ=8,65536,1,815897,12.449600219726562
HSDCP,λ=8,65536,1,975193,14.880264282226562
HSDCP,λ=8,65536,1,876521,13.374649047851562
HSDCP,λ=8,65536,1,951697,14.521743774414062
HSDCP,λ=8,65536,1,911385,13.906631469726562
HSDCP,λ=8,65536,1,761665,11.622085571289062
HSDCP,λ=8,65536,1,892801,13.623062133789062
HSDCP,λ=8,65536,1,918009,14.007705688476562
HSDCP,λ=8,65536,1,812569,12.398818969726562
HSDCP,λ=8,65536,1,824633,12.582901000976562
HSDCP,λ=8,65536,1,898625,13.711929321289062
HSDCP,λ=8,65536,1,858137,13.094131469726562
HSDCP,λ=8,65536,1,810377,12.365371704101562
HSDCP,λ=8,65536,1,787617,12.018081665039062
HSDCP,λ=8,65536,1,915529,13.969863891601562
HSDCP,λ=8,65536,1,988921,15.089736938476562
HSDCP,λ=8,65536,1,833089,12.711929321289062
HSDCP,λ=8,65536,1,866593,13.223159790039062
HSDCP,λ=8,65536,1,854017,13.031265258789062
HSDCP,λ=8,65536,1,1010041,15.412002563476562
HSDCP,λ=8,65536,1,1018753,15.544937133789062
HSDCP,λ=8,65536,1,780321,11.906753540039062
HRDCP,λ=8,65536,1,684381,10.442825317382812
HRDCP,λ=8,65536,1,582043,8.881271362304688
HRDCP,λ=8,65536,1,698189,10.653518676757812
HRDCP,λ=8,65536,1,655037,9.995071411132812
HRDCP,λ=8,65536,1,636960,9.71923828125
HRDCP,λ=8,65536,1,586027,8.942062377929688
HRDCP,λ=8,65536,1,672991,10.269027709960938
HRDCP,λ=8,65536,1,608297,9.281875610351562
HRDCP,λ=8,65536,1,737533,11.253860473632812
HRDCP,λ=8,65536,1,637287,9.724227905273438
HRDCP,λ=8,65536,1,678406,10.351654052734375
HRDCP,λ=8,65536,1,768722,11.729766845703125
HRDCP,λ=8,65536,1,626185,9.554824829101562
HRDCP,λ=8,65536,1,621703,9.486434936523438
HRDCP,λ=8,65536,1,606976,9.26171875
HRDCP,λ=8,65536,1,669331,10.213180541992188
HRDCP,λ=8,65536,1,605263,9.235580444335938
HRDCP,λ=8,65536,1,658136,10.0423583984375
HRDCP,λ=8,65536,1,607042,9.262725830078125
HRDCP,λ=8,65536,1,651652,9.94342041015625
HRDCP,λ=8,65536,1,593960,9.0631103515625
HRDCP,λ=8,65536,1,606254,9.250701904296875
HRDCP,λ=8,65536,1,637557,9.728347778320312
HRDCP,λ=8,65536,1,641847,9.793807983398438
HRDCP,λ=8,65536,1,624933,9.535720825195312
HRDCP,λ=8,65536,1,641249,9.784683227539062
HRDCP,λ=8,65536,1,581086,8.866668701171875
HRDCP,λ=8,65536,1,628002,9.582550048828125
HRDCP,λ=8,65536,1,593440,9.05517578125
HRDCP,λ=8,65536,1,652170,9.951324462890625
HRDCP,λ=8,65536,1,664144,10.134033203125
HRDCP,λ=8,65536,1,600242,9.158966064453125
HRDCP,λ=8,65536,1,645566,9.850555419921875
HRDCP,λ=8,65536,1,632267,9.647628784179688
HRDCP,λ=8,65536,1,704313,10.746963500976562
HRDCP,λ=8,65536,1,584254,8.915008544921875
HRDCP,λ=8,65536,1,663706,10.127349853515625
HRDCP,λ=8,65536,1,757873,11.564224243164062
HRDCP,λ=8,65536,1,622309,9.495681762695312
HRDCP,λ=8,65536,1,622297,9.495498657226562
HRDCP,λ=8,65536,1,592772,9.04498291015625
HRDCP,λ=8,65536,1,576474,8.796295166015625
HRDCP,λ=8,65536,1,618326,9.434906005859375
HRDCP,λ=8,65536,1,644320,9.83154296875
HRDCP,λ=8,65536,1,628510,9.590301513671875
HRDCP,λ=8,65536,1,751654,11.469329833984375
HRDCP,λ=8,65536,1,625552,9.545166015625
HRDCP,λ=8,65536,1,641702,9.791595458984375
HRDCP,λ=8,65536,1,670019,10.223678588867188
HRDCP,λ=8,65536,1,605049,9.232315063476562
HRDCP,λ=8,65536,1,668461,10.199905395507812
HRDCP,λ=8,65536,1,686751,10.478988647460938
HRDCP,λ=8,65536,1,659931,10.069747924804688
HRDCP,λ=8,65536,1,683983,10.436752319335938
HRDCP,λ=8,65536,1,590569,9.011367797851562
HRDCP,λ=8,65536,1,595722,9.089996337890625
HRDCP,λ=8,65536,1,616135,9.401473999023438
HRDCP,λ=8,65536,1,721280,11.005859375
HRDCP,λ=8,65536,1,647224,9.8758544921875
HRDCP,λ=8,65536,1,657261,10.029006958007812
HRDCP,λ=8,65536,1,735004,11.21527099609375
HRDCP,λ=8,65536,1,577538,8.812530517578125
HRDCP,λ=8,65536,1,682314,10.411285400390625
HRDCP,λ=8,65536,1,623161,9.508682250976562
HRDCP,λ=8,65536,1,610415,9.314193725585938
HRDCP,λ=8,65536,1,644886,9.840179443359375
HRDCP,λ=8,65536,1,711041,10.849624633789062
HRDCP,λ=8,65536,1,685790,10.464324951171875
HRDCP,λ=8,65536,1,833931,12.724777221679688
HRDCP,λ=8,65536,1,653227,9.967453002929688
HRDCP,λ=8,65536,1,622034,9.491485595703125
HRDCP,λ=8,65536,1,629250,9.601593017578125
HRDCP,λ=8,65536,1,601422,9.176971435546875
HRDCP,λ=8,65536,1,611767,9.334823608398438
HRDCP,λ=8,65536,1,593533,9.056594848632812
HRDCP,λ=8,65536,1,655542,10.002777099609375
HRDCP,λ=8,65536,1,653831,9.976669311523438
HRDCP,λ=8,65536,1,595295,9.083480834960938
HRDCP,λ=8,65536,1,659024,10.055908203125
HRDCP,λ=8,65536,1,590805,9.014968872070312
HRDCP,λ=8,65536,1,630194,9.615997314453125
HRDCP,λ=8,65536,1,628406,9.588714599609375
HRDCP,λ=8,65536,1,622163,9.493453979492188
HRDCP,λ=8,65536,1,632321,9.648452758789062
HRDCP,λ=8,65536,1,607816,9.2745361328125
HRDCP,λ=8,65536,1,708690,10.813751220703125
HRDCP,λ=8,65536,1,666303,10.166976928710938
HRDCP,λ=8,65536,1,578030,8.820037841796875
HRDCP,λ=8,65536,1,719836,10.98382568359375
HRDCP,λ=8,65536,1,627373,9.572952270507812
HRDCP,λ=8,65536,1,707668,10.79815673828125
HRDCP,λ=8,65536,1,594859,9.076828002929688
HRDCP,λ=8,65536,1,610405,9.314041137695312
HRDCP,λ=8,65536,1,723994,11.047271728515625
HRDCP,λ=8,65536,1,719356,10.97650146484375
HRDCP,λ=8,65536,1,586716,8.95257568359375
HRDCP,λ=8,65536,1,810388,12.36553955078125
HRDCP,λ=8,65536,1,588325,8.977127075195312
HRDCP,λ=8,65536,1,654892,9.99285888671875
HRDCP,λ=8,65536,1,632225,9.646987915039062
HHDCP,λ=8,65536,1,603961,9.215713500976562
HHDCP,λ=8,65536,1,618679,9.440292358398438
HHDCP,λ=8,65536,1,597887,9.123031616210938
HHDCP,λ=8,65536,1,621853,9.488723754882812
HHDCP,λ=8,65536,1,606909,9.260696411132812
HHDCP,λ=8,65536,1,615351,9.389511108398438
HHDCP,λ=8,65536,1,616645,9.409255981445312
HHDCP,λ=8,65536,1,558580,8.52325439453125
HHDCP,λ=8,65536,1,707911,10.801864624023438
HHDCP,λ=8,65536,1,636267,9.708663940429688
HHDCP,λ=8,65536,1,593832,9.0611572265625
HHDCP,λ=8,65536,1,606644,9.25665283203125
HHDCP,λ=8,65536,1,691684,10.55426025390625
HHDCP,λ=8,65536,1,784041,11.963516235351562
HHDCP,λ=8,65536,1,583276,8.90008544921875
HHDCP,λ=8,65536,1,621230,9.479217529296875
HHDCP,λ=8,65536,1,606877,9.260208129882812
HHDCP,λ=8,65536,1,662348,10.10662841796875
HHDCP,λ=8,65536,1,609452,9.29949951171875
HHDCP,λ=8,65536,1,632690,9.654083251953125
HHDCP,λ=8,65536,1,640637,9.775344848632812
HHDCP,λ=8,65536,1,581780,8.87725830078125
HHDCP,λ=8,65536,1,613596,9.36273193359375
HHDCP,λ=8,65536,1,598621,9.134231567382812
HHDCP,λ=8,65536,1,580543,8.858383178710938
HHDCP,λ=8,65536,1,582728,8.8917236328125
HHDCP,λ=8,65536,1,615573,9.392898559570312
HHDCP,λ=8,65536,1,618335,9.435043334960938
HHDCP,λ=8,65536,1,622159,9.493392944335938
HHDCP,λ=8,65536,1,560673,8.555191040039062
HHDCP,λ=8,65536,1,656948,10.02423095703125
HHDCP,λ=8,65536,1,597028,9.10992431640625
HHDCP,λ=8,65536,1,582446,8.887420654296875
HHDCP,λ=8,65536,1,562845,8.588333129882812
HHDCP,λ=8,65536,1,659509,10.063308715820312
HHDCP,λ=8,65536,1,570355,8.702926635742188
HHDCP,λ=8,65536,1,599382,9.145843505859375
HHDCP,λ=8,65536,1,560130,8.546905517578125
HHDCP,λ=8,65536,1,660408,10.0770263671875
HHDCP,λ=8,65536,1,667730,10.188751220703125
HHDCP,λ=8,65536,1,675904,10.3134765625
HHDCP,λ=8,65536,1,624252,9.52532958984375
HHDCP,λ=8,65536,1,593677,9.058792114257812
HHDCP,λ=8,65536,1,575162,8.776275634765625
HHDCP,λ=8,65536,1,604218,9.219635009765625
HHDCP,λ=8,65536,1,609097,9.294082641601562
HHDCP,λ=8,65536,1,595700,9.08966064453125
HHDCP,λ=8,65536,1,605326,9.236541748046875
HHDCP,λ=8,65536,1,707913,10.801895141601562
HHDCP,λ=8,65536,1,627773,9.579055786132812
HHDCP,λ=8,65536,1,559890,8.543243408203125
HHDCP,λ=8,65536,1,593657,9.058486938476562
HHDCP,λ=8,65536,1,630081,9.614273071289062
HHDCP,λ=8,65536,1,572890,8.741607666015625
HHDCP,λ=8,65536,1,614757,9.380447387695312
HHDCP,λ=8,65536,1,628915,9.596481323242188
HHDCP,λ=8,65536,1,619298,9.449737548828125
HHDCP,λ=8,65536,1,604550,9.224700927734375
HHDCP,λ=8,65536,1,604247,9.220077514648438
HHDCP,λ=8,65536,1,596040,9.0948486328125
HHDCP,λ=8,65536,1,638454,9.742034912109375
HHDCP,λ=8,65536,1,575802,8.786041259765625
HHDCP,λ=8,65536,1,688653,10.508010864257812
HHDCP,λ=8,65536,1,560273,8.549087524414062
HHDCP,λ=8,65536,1,614197,9.371902465820312
HHDCP,λ=8,65536,1,565382,8.627044677734375
HHDCP,λ=8,65536,1,633833,9.671524047851562
HHDCP,λ=8,65536,1,644985,9.841690063476562
HHDCP,λ=8,65536,1,604875,9.229660034179688
HHDCP,λ=8,65536,1,601734,9.181732177734375
HHDCP,λ=8,65536,1,613513,9.361465454101562
HHDCP,λ=8,65536,1,709385,10.824356079101562
HHDCP,λ=8,65536,1,716917,10.939285278320312
HHDCP,λ=8,65536,1,637336,9.7249755859375
HHDCP,λ=8,65536,1,625011,9.536911010742188
HHDCP,λ=8,65536,1,598130,9.126739501953125
HHDCP,λ=8,65536,1,645599,9.851058959960938
HHDCP,λ=8,65536,1,599060,9.14093017578125
HHDCP,λ=8,65536,1,580131,8.852096557617188
HHDCP,λ=8,65536,1,675096,10.3011474609375
HHDCP,λ=8,65536,1,653172,9.96661376953125
HHDCP,λ=8,65536,1,632191,9.646469116210938
HHDCP,λ=8,65536,1,702632,10.7213134765625
HHDCP,λ=8,65536,1,590601,9.011856079101562
HHDCP,λ=8,65536,1,665492,10.15460205078125
HHDCP,λ=8,65536,1,583564,8.90447998046875
HHDCP,λ=8,65536,1,596370,9.099884033203125
HHDCP,λ=8,65536,1,576104,8.7906494140625
HHDCP,λ=8,65536,1,578065,8.820571899414062
HHDCP,λ=8,65536,1,600773,9.167068481445312
HHDCP,λ=8,65536,1,704549,10.750564575195312
HHDCP,λ=8,65536,1,581769,8.877090454101562
HHDCP,λ=8,65536,1,610881,9.321304321289062
HHDCP,λ=8,65536,1,598823,9.137313842773438
HHDCP,λ=8,65536,1,584259,8.915084838867188
HHDCP,λ=8,65536,1,640571,9.774337768554688
HHDCP,λ=8,65536,1,645029,9.842361450195312
HHDCP,λ=8,65536,1,665057,10.147964477539062
HHDCP,λ=8,65536,1,579798,8.847015380859375
HHDCP,λ=8,65536,1,604764,9.22796630859375
HHLCP,λ=8,65536,1,598241,9.128433227539062
HHLCP,λ=8,65536,1,615330,9.389190673828125
HHLCP,λ=8,65536,1,663835,10.129318237304688
HHLCP,λ=8,65536,1,670733,10.234573364257812
HHLCP,λ=8,65536,1,632377,9.649307250976562
HHLCP,λ=8,65536,1,644883,9.840133666992188
HHLCP,λ=8,65536,1,618166,9.432464599609375
HHLCP,λ=8,65536,1,638399,9.741195678710938
HHLCP,λ=8,65536,1,637938,9.734161376953125
HHLCP,λ=8,65536,1,739436,11.28289794921875
HHLCP,λ=8,65536,1,590768,9.014404296875
HHLCP,λ=8,65536,1,591672,9.0281982421875
HHLCP,λ=8,65536,1,590596,9.01177978515625
HHLCP,λ=8,65536,1,609922,9.306671142578125
HHLCP,λ=8,65536,1,676802,10.327178955078125
HHLCP,λ=8,65536,1,623627,9.515792846679688
HHLCP,λ=8,65536,1,620169,9.463027954101562
HHLCP,λ=8,65536,1,585863,8.939559936523438
HHLCP,λ=8,65536,1,605118,9.233367919921875
HHLCP,λ=8,65536,1,635885,9.702835083007812
HHLCP,λ=8,65536,1,670980,10.23834228515625
HHLCP,λ=8,65536,1,660457,10.077774047851562
HHLCP,λ=8,65536,1,604267,9.220382690429688
HHLCP,λ=8,65536,1,619373,9.450881958007812
HHLCP,λ=8,65536,1,605007,9.231674194335938
HHLCP,λ=8,65536,1,623101,9.507766723632812
HHLCP,λ=8,65536,1,653771,9.975753784179688
HHLCP,λ=8,65536,1,600961,9.169937133789062
HHLCP,λ=8,65536,1,582254,8.884490966796875
HHLCP,λ=8,65536,1,630229,9.616531372070312
HHLCP,λ=8,65536,1,642002,9.796173095703125
HHLCP,λ=8,65536,1,609264,9.296630859375
HHLCP,λ=8,65536,1,758091,11.567550659179688
HHLCP,λ=8,65536,1,600615,9.164657592773438
HHLCP,λ=8,65536,1,669472,10.21533203125
HHLCP,λ=8,65536,1,618759,9.441513061523438
HHLCP,λ=8,65536,1,599488,9.1474609375
HHLCP,λ=8,65536,1,687399,10.488876342773438
HHLCP,λ=8,65536,1,637974,9.734710693359375
HHLCP,λ=8,65536,1,620865,9.473648071289062
HHLCP,λ=8,65536,1,555494,8.476165771484375
HHLCP,λ=8,65536,1,634859,9.687179565429688
HHLCP,λ=8,65536,1,679364,10.36627197265625
HHLCP,λ=8,65536,1,621238,9.479339599609375
HHLCP,λ=8,65536,1,620235,9.464035034179688
HHLCP,λ=8,65536,1,642296,9.8006591796875
HHLCP,λ=8,65536,1,633806,9.671112060546875
HHLCP,λ=8,65536,1,628109,9.584182739257812
HHLCP,λ=8,65536,1,599858,9.153106689453125
HHLCP,λ=8,65536,1,592593,9.042251586914062
HHLCP,λ=8,65536,1,629876,9.61114501953125
HHLCP,λ=8,65536,1,585000,8.9263916015625
HHLCP,λ=8,65536,1,655719,10.005477905273438
HHLCP,λ=8,65536,1,890068,13.58135986328125
HHLCP,λ=8,65536,1,656823,10.022323608398438
HHLCP,λ=8,65536,1,593579,9.057296752929688
HHLCP,λ=8,65536,1,609138,9.294708251953125
HHLCP,λ=8,65536,1,593588,9.05743408203125
HHLCP,λ=8,65536,1,778125,11.873245239257812
HHLCP,λ=8,65536,1,643849,9.824356079101562
HHLCP,λ=8,65536,1,596962,9.108917236328125
HHLCP,λ=8,65536,1,615494,9.391693115234375
HHLCP,λ=8,65536,1,641345,9.786148071289062
HHLCP,λ=8,65536,1,582792,8.8927001953125
HHLCP,λ=8,65536,1,624384,9.52734375
HHLCP,λ=8,65536,1,633788,9.67083740234375
HHLCP,λ=8,65536,1,690888,10.5421142578125
HHLCP,λ=8,65536,1,611472,9.330322265625
HHLCP,λ=8,65536,1,626027,9.552413940429688
HHLCP,λ=8,65536,1,606548,9.25518798828125
HHLCP,λ=8,65536,1,663278,10.120819091796875
HHLCP,λ=8,65536,1,647963,9.887130737304688
HHLCP,λ=8,65536,1,654577,9.988052368164062
HHLCP,λ=8,65536,1,649732,9.91412353515625
HHLCP,λ=8,65536,1,592135,9.035263061523438
HHLCP,λ=8,65536,1,678102,10.347015380859375
HHLCP,λ=8,65536,1,711190,10.851898193359375
HHLCP,λ=8,65536,1,701160,10.6988525390625
HHLCP,λ=8,65536,1,628830,9.595184326171875
HHLCP,λ=8,65536,1,573983,8.758285522460938
HHLCP,λ=8,65536,1,619802,9.457427978515625
HHLCP,λ=8,65536,1,750270,11.448211669921875
HHLCP,λ=8,65536,1,576608,8.79833984375
HHLCP,λ=8,65536,1,673543,10.277450561523438
HHLCP,λ=8,65536,1,636545,9.712905883789062
HHLCP,λ=8,65536,1,627510,9.575042724609375
HHLCP,λ=8,65536,1,615070,9.385223388671875
HHLCP,λ=8,65536,1,546553,8.339736938476562
HHLCP,λ=8,65536,1,607403,9.268234252929688
HHLCP,λ=8,65536,1,668837,10.205642700195312
HHLCP,λ=8,65536,1,596007,9.094345092773438
HHLCP,λ=8,65536,1,625995,9.551925659179688
HHLCP,λ=8,65536,1,586909,8.955520629882812
HHLCP,λ=8,65536,1,592187,9.036056518554688
HHLCP,λ=8,65536,1,655818,10.006988525390625
HHLCP,λ=8,65536,1,608922,9.291412353515625
HHLCP,λ=8,65536,1,612044,9.33905029296875
HHLCP,λ=8,65536,1,657841,10.037857055664062
HHLCP,λ=8,65536,1,591459,9.024948120117188
HHLCP,λ=8,65536,1,598997,9.139968872070312
HRLCP,λ=8,65536,1,602237,9.189407348632812
HRLCP,λ=8,65536,1,583178,8.898590087890625
HRLCP,λ=8,65536,1,621586,9.484649658203125
HRLCP,λ=8,65536,1,631550,9.636688232421875
HRLCP,λ=8,65536,1,650849,9.931167602539062
HRLCP,λ=8,65536,1,638064,9.736083984375
HRLCP,λ=8,65536,1,621687,9.486190795898438
HRLCP,λ=8,65536,1,661033,10.086563110351562
HRLCP,λ=8,65536,1,721801,11.013809204101562
HRLCP,λ=8,65536,1,683957,10.436355590820312
HRLCP,λ=8,65536,1,619117,9.446975708007812
HRLCP,λ=8,65536,1,598226,9.128204345703125
HRLCP,λ=8,65536,1,627375,9.572982788085938
HRLCP,λ=8,65536,1,609193,9.295547485351562
HRLCP,λ=8,65536,1,595508,9.08673095703125
HRLCP,λ=8,65536,1,550022,8.392669677734375
HRLCP,λ=8,65536,1,583963,8.910568237304688
HRLCP,λ=8,65536,1,784551,11.971298217773438
HRLCP,λ=8,65536,1,697683,10.645797729492188
HRLCP,λ=8,65536,1,622810,9.503326416015625
HRLCP,λ=8,65536,1,613301,9.358230590820312
HRLCP,λ=8,65536,1,595339,9.084152221679688
HRLCP,λ=8,65536,1,584083,8.912399291992188
HRLCP,λ=8,65536,1,572659,8.738082885742188
HRLCP,λ=8,65536,1,597151,9.111801147460938
HRLCP,λ=8,65536,1,566226,8.639923095703125
HRLCP,λ=8,65536,1,746932,11.39727783203125
HRLCP,λ=8,65536,1,603174,9.203704833984375
HRLCP,λ=8,65536,1,625418,9.543121337890625
HRLCP,λ=8,65536,1,563843,8.603561401367188
HRLCP,λ=8,65536,1,606232,9.2503662109375
HRLCP,λ=8,65536,1,656916,10.02374267578125
HRLCP,λ=8,65536,1,591056,9.018798828125
HRLCP,λ=8,65536,1,589501,8.995071411132812
HRLCP,λ=8,65536,1,584422,8.917572021484375
HRLCP,λ=8,65536,1,633212,9.66204833984375
HRLCP,λ=8,65536,1,668849,10.205825805664062
HRLCP,λ=8,65536,1,603018,9.201324462890625
HRLCP,λ=8,65536,1,622319,9.495834350585938
HRLCP,λ=8,65536,1,787282,12.012969970703125
HRLCP,λ=8,65536,1,651490,9.940948486328125
HRLCP,λ=8,65536,1,591288,9.0223388671875
HRLCP,λ=8,65536,1,677361,10.335708618164062
HRLCP,λ=8,65536,1,635505,9.697036743164062
HRLCP,λ=8,65536,1,612247,9.342147827148438
HRLCP,λ=8,65536,1,687172,10.48541259765625
HRLCP,λ=8,65536,1,605026,9.231964111328125
HRLCP,λ=8,65536,1,604956,9.23089599609375
HRLCP,λ=8,65536,1,554396,8.45941162109375
HRLCP,λ=8,65536,1,589955,9.001998901367188
HRLCP,λ=8,65536,1,625062,9.537689208984375
HRLCP,λ=8,65536,1,590595,9.011764526367188
HRLCP,λ=8,65536,1,598039,9.125350952148438
HRLCP,λ=8,65536,1,617693,9.425247192382812
HRLCP,λ=8,65536,1,601886,9.184051513671875
HRLCP,λ=8,65536,1,577585,8.813247680664062
HRLCP,λ=8,65536,1,573818,8.755767822265625
HRLCP,λ=8,65536,1,622133,9.492996215820312
HRLCP,λ=8,65536,1,652019,9.949020385742188
HRLCP,λ=8,65536,1,615765,9.395828247070312
HRLCP,λ=8,65536,1,619817,9.457656860351562
HRLCP,λ=8,65536,1,637594,9.728912353515625
HRLCP,λ=8,65536,1,610839,9.320663452148438
HRLCP,λ=8,65536,1,587154,8.959259033203125
HRLCP,λ=8,65536,1,595324,9.08392333984375
HRLCP,λ=8,65536,1,614549,9.377273559570312
HRLCP,λ=8,65536,1,723460,11.03912353515625
HRLCP,λ=8,65536,1,623493,9.513748168945312
HRLCP,λ=8,65536,1,625395,9.542770385742188
HRLCP,λ=8,65536,1,592096,9.03466796875
HRLCP,λ=8,65536,1,551762,8.419219970703125
HRLCP,λ=8,65536,1,569133,8.684280395507812
HRLCP,λ=8,65536,1,578271,8.823715209960938
HRLCP,λ=8,65536,1,583194,8.898834228515625
HRLCP,λ=8,65536,1,708589,10.812210083007812
HRLCP,λ=8,65536,1,638069,9.736160278320312
HRLCP,λ=8,65536,1,609321,9.297500610351562
HRLCP,λ=8,65536,1,605273,9.235733032226562
HRLCP,λ=8,65536,1,647086,9.873748779296875
HRLCP,λ=8,65536,1,603191,9.203964233398438
HRLCP,λ=8,65536,1,613037,9.354202270507812
HRLCP,λ=8,65536,1,590769,9.014419555664062
HRLCP,λ=8,65536,1,569239,8.685897827148438
HRLCP,λ=8,65536,1,600991,9.170394897460938
HRLCP,λ=8,65536,1,632379,9.649337768554688
HRLCP,λ=8,65536,1,670856,10.2364501953125
HRLCP,λ=8,65536,1,651150,9.935760498046875
HRLCP,λ=8,65536,1,583986,8.910919189453125
HRLCP,λ=8,65536,1,602109,9.187454223632812
HRLCP,λ=8,65536,1,696186,10.622955322265625
HRLCP,λ=8,65536,1,607649,9.271987915039062
HRLCP,λ=8,65536,1,590715,9.013595581054688
HRLCP,λ=8,65536,1,618168,9.4324951171875
HRLCP,λ=8,65536,1,737344,11.2509765625
HRLCP,λ=8,65536,1,636360,9.7100830078125
HRLCP,λ=8,65536,1,664015,10.132064819335938
HRLCP,λ=8,65536,1,588822,8.984710693359375
HRLCP,λ=8,65536,1,589472,8.99462890625
HRLCP,λ=8,65536,1,650284,9.92254638671875
HRLCP,λ=8,65536,1,619433,9.451797485351562
HSLCP,λ=8,65536,1,925153,14.116714477539062
HSLCP,λ=8,65536,1,1019654,15.558685302734375
HSLCP,λ=8,65536,1,870123,13.277023315429688
HSLCP,λ=8,65536,1,919662,14.032928466796875
HSLCP,λ=8,65536,1,986251,15.048995971679688
HSLCP,λ=8,65536,1,950880,14.50927734375
HSLCP,λ=8,65536,1,1194469,18.226150512695312
HSLCP,λ=8,65536,1,937293,14.301956176757812
HSLCP,λ=8,65536,1,1040882,15.882598876953125
HSLCP,λ=8,65536,1,1039647,15.863754272460938
HSLCP,λ=8,65536,1,1002567,15.297958374023438
HSLCP,λ=8,65536,1,1122307,17.125045776367188
HSLCP,λ=8,65536,1,873825,13.333511352539062
HSLCP,λ=8,65536,1,983751,15.010848999023438
HSLCP,λ=8,65536,1,988089,15.077041625976562
HSLCP,λ=8,65536,1,1150148,17.54986572265625
HSLCP,λ=8,65536,1,1034186,15.780426025390625
HSLCP,λ=8,65536,1,883909,13.487380981445312
HSLCP,λ=8,65536,1,992152,15.1390380859375
HSLCP,λ=8,65536,1,1002373,15.294998168945312
HSLCP,λ=8,65536,1,926565,14.138259887695312
HSLCP,λ=8,65536,1,1365080,20.8294677734375
HSLCP,λ=8,65536,1,898238,13.706024169921875
HSLCP,λ=8,65536,1,861596,13.14691162109375
HSLCP,λ=8,65536,1,880073,13.428848266601562
HSLCP,λ=8,65536,1,1313663,20.044906616210938
HSLCP,λ=8,65536,1,1016353,15.508316040039062
HSLCP,λ=8,65536,1,965024,14.72509765625
HSLCP,λ=8,65536,1,863067,13.169357299804688
HSLCP,λ=8,65536,1,964657,14.719497680664062
HSLCP,λ=8,65536,1,977548,14.91619873046875
HSLCP,λ=8,65536,1,973970,14.861602783203125
HSLCP,λ=8,65536,1,979878,14.951751708984375
HSLCP,λ=8,65536,1,1057559,16.137069702148438
HSLCP,λ=8,65536,1,909914,13.884185791015625
HSLCP,λ=8,65536,1,1172659,17.893356323242188
HSLCP,λ=8,65536,1,867889,13.242935180664062
HSLCP,λ=8,65536,1,939913,14.341934204101562
HSLCP,λ=8,65536,1,890875,13.593673706054688
HSLCP,λ=8,65536,1,921589,14.062332153320312
HSLCP,λ=8,65536,1,1056922,16.127349853515625
HSLCP,λ=8,65536,1,1036572,15.81683349609375
HSLCP,λ=8,65536,1,957537,14.610855102539062
HSLCP,λ=8,65536,1,846800,12.921142578125
HSLCP,λ=8,65536,1,885219,13.507369995117188
HSLCP,λ=8,65536,1,1037866,15.836578369140625
HSLCP,λ=8,65536,1,926867,14.142868041992188
HSLCP,λ=8,65536,1,966977,14.754898071289062
HSLCP,λ=8,65536,1,896970,13.686676025390625
HSLCP,λ=8,65536,1,922097,14.070083618164062
HSLCP,λ=8,65536,1,1033313,15.767105102539062
HSLCP,λ=8,65536,1,953615,14.551010131835938
HSLCP,λ=8,65536,1,924026,14.099517822265625
HSLCP,λ=8,65536,1,1017179,15.520919799804688
HSLCP,λ=8,65536,1,849001,12.954727172851562
HSLCP,λ=8,65536,1,1023993,15.624893188476562
HSLCP,λ=8,65536,1,899189,13.720535278320312
HSLCP,λ=8,65536,1,1025730,15.651397705078125
HSLCP,λ=8,65536,1,1077791,16.445785522460938
HSLCP,λ=8,65536,1,957594,14.611724853515625
HSLCP,λ=8,65536,1,1038708,15.84942626953125
HSLCP,λ=8,65536,1,981343,14.974105834960938
HSLCP,λ=8,65536,1,998773,15.240066528320312
HSLCP,λ=8,65536,1,1018116,15.53521728515625
HSLCP,λ=8,65536,1,972652,14.84149169921875
HSLCP,λ=8,65536,1,1049724,16.01751708984375
HSLCP,λ=8,65536,1,1045965,15.960159301757812
HSLCP,λ=8,65536,1,974885,14.875564575195312
HSLCP,λ=8,65536,1,989111,15.092636108398438
HSLCP,λ=8,65536,1,910324,13.89044189453125
HSLCP,λ=8,65536,1,882716,13.46917724609375
HSLCP,λ=8,65536,1,1017608,15.5274658203125
HSLCP,λ=8,65536,1,1135422,17.325164794921875
HSLCP,λ=8,65536,1,949171,14.483200073242188
HSLCP,λ=8,65536,1,977243,14.911544799804688
HSLCP,λ=8,65536,1,877659,13.392013549804688
HSLCP,λ=8,65536,1,1006691,15.360885620117188
HSLCP,λ=8,65536,1,992696,15.1473388671875
HSLCP,λ=8,65536,1,866589,13.223098754882812
HSLCP,λ=8,65536,1,1334504,20.3629150390625
HSLCP,λ=8,65536,1,846619,12.918380737304688
HSLCP,λ=8,65536,1,1164911,17.775131225585938
HSLCP,λ=8,65536,1,935121,14.268814086914062
HSLCP,λ=8,65536,1,1098536,16.7623291015625
HSLCP,λ=8,65536,1,995611,15.191818237304688
HSLCP,λ=8,65536,1,1131757,17.269241333007812
HSLCP,λ=8,65536,1,888073,13.550918579101562
HSLCP,λ=8,65536,1,971816,14.8287353515625
HSLCP,λ=8,65536,1,983738,15.010650634765625
HSLCP,λ=8,65536,1,1017579,15.527023315429688
HSLCP,λ=8,65536,1,1094731,16.704269409179688
HSLCP,λ=8,65536,1,1268281,19.352432250976562
HSLCP,λ=8,65536,1,987614,15.069793701171875
HSLCP,λ=8,65536,1,916363,13.982589721679688
HSLCP,λ=8,65536,1,1024217,15.628311157226562
HSLCP,λ=8,65536,1,916354,13.982452392578125
HSLCP,λ=8,65536,1,920011,14.038253784179688
HSLCP,λ=8,65536,1,1155424,17.63037109375
HSLCP,λ=8,65536,1,954835,14.569625854492188
HSLCP,λ=8,65536,1,999305,15.248184204101562
HSDSP,λ=8,65536,1,804859,12.281173706054688
HSDSP,λ=8,65536,1,778503,11.879013061523438
HSDSP,λ=8,65536,1,873538,13.329132080078125
HSDSP,λ=8,65536,1,830999,12.680038452148438
HSDSP,λ=8,65536,1,837105,12.773208618164062
HSDSP,λ=8,65536,1,835423,12.747543334960938
HSDSP,λ=8,65536,1,948377,14.471084594726562
HSDSP,λ=8,65536,1,934366,14.257293701171875
HSDSP,λ=8,65536,1,755660,11.53045654296875
HSDSP,λ=8,65536,1,884491,13.496261596679688
HSDSP,λ=8,65536,1,797989,12.176345825195312
HSDSP,λ=8,65536,1,815372,12.44158935546875
HSDSP,λ=8,65536,1,845514,12.901519775390625
HSDSP,λ=8,65536,1,802005,12.237625122070312
HSDSP,λ=8,65536,1,777811,11.868453979492188
HSDSP,λ=8,65536,1,903669,13.788894653320312
HSDSP,λ=8,65536,1,786465,12.000503540039062
HSDSP,λ=8,65536,1,862426,13.159576416015625
HSDSP,λ=8,65536,1,760035,11.597213745117188
HSDSP,λ=8,65536,1,900869,13.746170043945312
HSDSP,λ=8,65536,1,778288,11.875732421875
HSDSP,λ=8,65536,1,765256,11.6768798828125
HSDSP,λ=8,65536,1,964684,14.71990966796875
HSDSP,λ=8,65536,1,795376,12.136474609375
HSDSP,λ=8,65536,1,913548,13.93963623046875
HSDSP,λ=8,65536,1,829453,12.656448364257812
HSDSP,λ=8,65536,1,918107,14.009201049804688
HSDSP,λ=8,65536,1,842825,12.860488891601562
HSDSP,λ=8,65536,1,887359,13.540023803710938
HSDSP,λ=8,65536,1,833098,12.712066650390625
HSDSP,λ=8,65536,1,903825,13.791275024414062
HSDSP,λ=8,65536,1,766400,11.6943359375
HSDSP,λ=8,65536,1,1119073,17.075698852539062
HSDSP,λ=8,65536,1,851379,12.991012573242188
HSDSP,λ=8,65536,1,763336,11.6475830078125
HSDSP,λ=8,65536,1,773310,11.799774169921875
HSDSP,λ=8,65536,1,784951,11.977401733398438
HSDSP,λ=8,65536,1,857966,13.091522216796875
HSDSP,λ=8,65536,1,781134,11.919158935546875
HSDSP,λ=8,65536,1,879431,13.419052124023438
HSDSP,λ=8,65536,1,881418,13.449371337890625
HSDSP,λ=8,65536,1,892787,13.622848510742188
HSDSP,λ=8,65536,1,821143,12.529647827148438
HSDSP,λ=8,65536,1,990582,15.115081787109375
HSDSP,λ=8,65536,1,774414,11.816619873046875
HSDSP,λ=8,65536,1,776735,11.852035522460938
HSDSP,λ=8,65536,1,751545,11.467666625976562
HSDSP,λ=8,65536,1,877615,13.391342163085938
HSDSP,λ=8,65536,1,791448,12.0765380859375
HSDSP,λ=8,65536,1,782728,11.9434814453125
HSDSP,λ=8,65536,1,833682,12.720977783203125
HSDSP,λ=8,65536,1,807219,12.317184448242188
HSDSP,λ=8,65536,1,844748,12.88983154296875
HSDSP,λ=8,65536,1,772661,11.789871215820312
HSDSP,λ=8,65536,1,827018,12.619293212890625
HSDSP,λ=8,65536,1,807772,12.32562255859375
HSDSP,λ=8,65536,1,887251,13.538375854492188
HSDSP,λ=8,65536,1,838431,12.793441772460938
HSDSP,λ=8,65536,1,875931,13.365646362304688
HSDSP,λ=8,65536,1,960744,14.6597900390625
HSDSP,λ=8,65536,1,843012,12.86334228515625
HSDSP,λ=8,65536,1,826217,12.607070922851562
HSDSP,λ=8,65536,1,801941,12.236648559570312
HSDSP,λ=8,65536,1,918586,14.016510009765625
HSDSP,λ=8,65536,1,933965,14.251174926757812
HSDSP,λ=8,65536,1,813082,12.406646728515625
HSDSP,λ=8,65536,1,802640,12.247314453125
HSDSP,λ=8,65536,1,823100,12.55950927734375
HSDSP,λ=8,65536,1,812451,12.397018432617188
HSDSP,λ=8,65536,1,805138,12.285430908203125
HSDSP,λ=8,65536,1,852811,13.012863159179688
HSDSP,λ=8,65536,1,834558,12.734344482421875
HSDSP,λ=8,65536,1,794709,12.126296997070312
HSDSP,λ=8,65536,1,879998,13.427703857421875
HSDSP,λ=8,65536,1,824521,12.581192016601562
HSDSP,λ=8,65536,1,1310011,19.989181518554688
HSDSP,λ=8,65536,1,873697,13.331558227539062
HSDSP,λ=8,65536,1,819399,12.503036499023438
HSDSP,λ=8,65536,1,791367,12.075302124023438
HSDSP,λ=8,65536,1,830076,12.66595458984375
HSDSP,λ=8,65536,1,774766,11.821990966796875
HSDSP,λ=8,65536,1,838956,12.80145263671875
HSDSP,λ=8,65536,1,828322,12.639190673828125
HSDSP,λ=8,65536,1,729851,11.136642456054688
HSDSP,λ=8,65536,1,858748,13.10345458984375
HSDSP,λ=8,65536,1,762089,11.628555297851562
HSDSP,λ=8,65536,1,816918,12.465179443359375
HSDSP,λ=8,65536,1,834908,12.73968505859375
HSDSP,λ=8,65536,1,835345,12.746353149414062
HSDSP,λ=8,65536,1,936684,14.29266357421875
HSDSP,λ=8,65536,1,818446,12.488494873046875
HSDSP,λ=8,65536,1,932758,14.232757568359375
HSDSP,λ=8,65536,1,779213,11.889846801757812
HSDSP,λ=8,65536,1,973358,14.852264404296875
HSDSP,λ=8,65536,1,812692,12.40069580078125
HSDSP,λ=8,65536,1,819794,12.509063720703125
HSDSP,λ=8,65536,1,903384,13.7845458984375
HSDSP,λ=8,65536,1,837195,12.774581909179688
HSDSP,λ=8,65536,1,884016,13.489013671875
HSDSP,λ=8,65536,1,837440,12.7783203125
HRDSP,λ=8,65536,1,639438,9.757049560546875
HRDSP,λ=8,65536,1,612617,9.347793579101562
HRDSP,λ=8,65536,1,592838,9.045989990234375
HRDSP,λ=8,65536,1,641858,9.793975830078125
HRDSP,λ=8,65536,1,600048,9.156005859375
HRDSP,λ=8,65536,1,582962,8.895294189453125
HRDSP,λ=8,65536,1,668396,10.19891357421875
HRDSP,λ=8,65536,1,556244,8.48760986328125
HRDSP,λ=8,65536,1,571828,8.72540283203125
HRDSP,λ=8,65536,1,589295,8.991928100585938
HRDSP,λ=8,65536,1,619569,9.453872680664062
HRDSP,λ=8,65536,1,641209,9.784072875976562
HRDSP,λ=8,65536,1,553517,8.445999145507812
HRDSP,λ=8,65536,1,598226,9.128204345703125
HRDSP,λ=8,65536,1,608248,9.2811279296875
HRDSP,λ=8,65536,1,625331,9.541793823242188
HRDSP,λ=8,65536,1,636201,9.707656860351562
HRDSP,λ=8,65536,1,521442,7.956573486328125
HRDSP,λ=8,65536,1,603443,9.207809448242188
HRDSP,λ=8,65536,1,583442,8.902618408203125
HRDSP,λ=8,65536,1,670980,10.23834228515625
HRDSP,λ=8,65536,1,630250,9.616851806640625
HRDSP,λ=8,65536,1,566399,8.642562866210938
HRDSP,λ=8,65536,1,581584,8.874267578125
HRDSP,λ=8,65536,1,534241,8.151870727539062
HRDSP,λ=8,65536,1,632030,9.644012451171875
HRDSP,λ=8,65536,1,631702,9.639007568359375
HRDSP,λ=8,65536,1,631383,9.634140014648438
HRDSP,λ=8,65536,1,576761,8.800674438476562
HRDSP,λ=8,65536,1,608776,9.2891845703125
HRDSP,λ=8,65536,1,584307,8.915817260742188
HRDSP,λ=8,65536,1,593149,9.050735473632812
HRDSP,λ=8,65536,1,576345,8.794326782226562
HRDSP,λ=8,65536,1,535541,8.171707153320312
HRDSP,λ=8,65536,1,559321,8.534561157226562
HRDSP,λ=8,65536,1,544262,8.304779052734375
HRDSP,λ=8,65536,1,604537,9.224502563476562
HRDSP,λ=8,65536,1,562491,8.582931518554688
HRDSP,λ=8,65536,1,631842,9.641143798828125
HRDSP,λ=8,65536,1,568825,8.679580688476562
HRDSP,λ=8,65536,1,539648,8.234375
HRDSP,λ=8,65536,1,561382,8.566009521484375
HRDSP,λ=8,65536,1,604723,9.227340698242188
HRDSP,λ=8,65536,1,582807,8.892929077148438
HRDSP,λ=8,65536,1,577981,8.819290161132812
HRDSP,λ=8,65536,1,577877,8.817703247070312
HRDSP,λ=8,65536,1,600268,9.15936279296875
HRDSP,λ=8,65536,1,550187,8.395187377929688
HRDSP,λ=8,65536,1,569661,8.692337036132812
HRDSP,λ=8,65536,1,569817,8.694717407226562
HRDSP,λ=8,65536,1,609224,9.2960205078125
HRDSP,λ=8,65536,1,553598,8.447235107421875
HRDSP,λ=8,65536,1,566788,8.64849853515625
HRDSP,λ=8,65536,1,569892,8.69586181640625
HRDSP,λ=8,65536,1,561293,8.564651489257812
HRDSP,λ=8,65536,1,610618,9.317291259765625
HRDSP,λ=8,65536,1,527774,8.053192138671875
HRDSP,λ=8,65536,1,549505,8.384780883789062
HRDSP,λ=8,65536,1,564839,8.618759155273438
HRDSP,λ=8,65536,1,611750,9.334564208984375
HRDSP,λ=8,65536,1,562627,8.585006713867188
HRDSP,λ=8,65536,1,595226,9.082427978515625
HRDSP,λ=8,65536,1,598848,9.1376953125
HRDSP,λ=8,65536,1,728107,11.110031127929688
HRDSP,λ=8,65536,1,547947,8.361007690429688
HRDSP,λ=8,65536,1,561842,8.573028564453125
HRDSP,λ=8,65536,1,671436,10.24530029296875
HRDSP,λ=8,65536,1,661913,10.099990844726562
HRDSP,λ=8,65536,1,582638,8.890350341796875
HRDSP,λ=8,65536,1,573225,8.746719360351562
HRDSP,λ=8,65536,1,591173,9.020584106445312
HRDSP,λ=8,65536,1,528254,8.060516357421875
HRDSP,λ=8,65536,1,559908,8.54351806640625
HRDSP,λ=8,65536,1,653147,9.966232299804688
HRDSP,λ=8,65536,1,538426,8.215728759765625
HRDSP,λ=8,65536,1,723497,11.039688110351562
HRDSP,λ=8,65536,1,605860,9.24468994140625
HRDSP,λ=8,65536,1,542769,8.281997680664062
HRDSP,λ=8,65536,1,620775,9.472274780273438
HRDSP,λ=8,65536,1,596418,9.100616455078125
HRDSP,λ=8,65536,1,519174,7.921966552734375
HRDSP,λ=8,65536,1,616650,9.409332275390625
HRDSP,λ=8,65536,1,557872,8.512451171875
HRDSP,λ=8,65536,1,587810,8.969268798828125
HRDSP,λ=8,65536,1,571489,8.720230102539062
HRDSP,λ=8,65536,1,663225,10.120010375976562
HRDSP,λ=8,65536,1,551185,8.410415649414062
HRDSP,λ=8,65536,1,575237,8.777420043945312
HRDSP,λ=8,65536,1,617186,9.417510986328125
HRDSP,λ=8,65536,1,616086,9.400726318359375
HRDSP,λ=8,65536,1,560922,8.558990478515625
HRDSP,λ=8,65536,1,526962,8.040802001953125
HRDSP,λ=8,65536,1,550755,8.403854370117188
HRDSP,λ=8,65536,1,577526,8.812347412109375
HRDSP,λ=8,65536,1,553390,8.444061279296875
HRDSP,λ=8,65536,1,549077,8.378250122070312
HRDSP,λ=8,65536,1,572615,8.737411499023438
HRDSP,λ=8,65536,1,578712,8.8304443359375
HRDSP,λ=8,65536,1,586441,8.948379516601562
HRDSP,λ=8,65536,1,566482,8.643829345703125
HHDSP,λ=8,65536,1,558045,8.515090942382812
HHDSP,λ=8,65536,1,615744,9.3955078125
HHDSP,λ=8,65536,1,659751,10.067001342773438
HHDSP,λ=8,65536,1,553749,8.449539184570312
HHDSP,λ=8,65536,1,578161,8.822036743164062
HHDSP,λ=8,65536,1,609157,9.294998168945312
HHDSP,λ=8,65536,1,652217,9.952041625976562
HHDSP,λ=8,65536,1,623850,9.519195556640625
HHDSP,λ=8,65536,1,546368,8.3369140625
HHDSP,λ=8,65536,1,541611,8.264328002929688
HHDSP,λ=8,65536,1,612329,9.343399047851562
HHDSP,λ=8,65536,1,551037,8.408157348632812
HHDSP,λ=8,65536,1,531654,8.112396240234375
HHDSP,λ=8,65536,1,564424,8.6124267578125
HHDSP,λ=8,65536,1,592903,9.046981811523438
HHDSP,λ=8,65536,1,571729,8.723892211914062
HHDSP,λ=8,65536,1,549110,8.378753662109375
HHDSP,λ=8,65536,1,560263,8.548934936523438
HHDSP,λ=8,65536,1,590841,9.015518188476562
HHDSP,λ=8,65536,1,544709,8.311599731445312
HHDSP,λ=8,65536,1,597244,9.11322021484375
HHDSP,λ=8,65536,1,580816,8.862548828125
HHDSP,λ=8,65536,1,605945,9.245986938476562
HHDSP,λ=8,65536,1,630398,9.619110107421875
HHDSP,λ=8,65536,1,586268,8.94573974609375
HHDSP,λ=8,65536,1,642275,9.800338745117188
HHDSP,λ=8,65536,1,576801,8.801284790039062
HHDSP,λ=8,65536,1,620289,9.464859008789062
HHDSP,λ=8,65536,1,542888,8.2838134765625
HHDSP,λ=8,65536,1,604694,9.226898193359375
HHDSP,λ=8,65536,1,724310,11.052093505859375
HHDSP,λ=8,65536,1,539588,8.23345947265625
HHDSP,λ=8,65536,1,612412,9.34466552734375
HHDSP,λ=8,65536,1,549040,8.377685546875
HHDSP,λ=8,65536,1,565291,8.625656127929688
HHDSP,λ=8,65536,1,582376,8.8863525390625
HHDSP,λ=8,65536,1,602120,9.1876220703125
HHDSP,λ=8,65536,1,557909,8.513015747070312
HHDSP,λ=8,65536,1,675847,10.312606811523438
HHDSP,λ=8,65536,1,712034,10.864776611328125
HHDSP,λ=8,65536,1,600579,9.164108276367188
HHDSP,λ=8,65536,1,573785,8.755264282226562
HHDSP,λ=8,65536,1,613118,9.355438232421875
HHDSP,λ=8,65536,1,598534,9.132904052734375
HHDSP,λ=8,65536,1,557384,8.5050048828125
HHDSP,λ=8,65536,1,570185,8.700332641601562
HHDSP,λ=8,65536,1,625843,9.549606323242188
HHDSP,λ=8,65536,1,579477,8.842117309570312
HHDSP,λ=8,65536,1,612955,9.352951049804688
HHDSP,λ=8,65536,1,579661,8.844924926757812
HHDSP,λ=8,65536,1,615919,9.398178100585938
HHDSP,λ=8,65536,1,623555,9.514694213867188
HHDSP,λ=8,65536,1,523702,7.991058349609375
HHDSP,λ=8,65536,1,572503,8.735702514648438
HHDSP,λ=8,65536,1,536767,8.190414428710938
HHDSP,λ=8,65536,1,545743,8.327377319335938
HHDSP,λ=8,65536,1,587894,8.970550537109375
HHDSP,λ=8,65536,1,600758,9.166839599609375
HHDSP,λ=8,65536,1,551258,8.411529541015625
HHDSP,λ=8,65536,1,643027,9.811813354492188
HHDSP,λ=8,65536,1,590263,9.006698608398438
HHDSP,λ=8,65536,1,637395,9.725875854492188
HHDSP,λ=8,65536,1,545200,8.319091796875
HHDSP,λ=8,65536,1,554605,8.462600708007812
HHDSP,λ=8,65536,1,608859,9.290451049804688
HHDSP,λ=8,65536,1,562134,8.577484130859375
HHDSP,λ=8,65536,1,599148,9.14227294921875
HHDSP,λ=8,65536,1,641655,9.790878295898438
HHDSP,λ=8,65536,1,568072,8.6680908203125
HHDSP,λ=8,65536,1,557862,8.512298583984375
HHDSP,λ=8,65536,1,587828,8.96954345703125
HHDSP,λ=8,65536,1,635552,9.69775390625
HHDSP,λ=8,65536,1,571929,8.726943969726562
HHDSP,λ=8,65536,1,603177,9.203750610351562
HHDSP,λ=8,65536,1,563348,8.59600830078125
HHDSP,λ=8,65536,1,595491,9.086471557617188
HHDSP,λ=8,65536,1,570181,8.700271606445312
HHDSP,λ=8,65536,1,562104,8.5770263671875
HHDSP,λ=8,65536,1,567797,8.663894653320312
HHDSP,λ=8,65536,1,669600,10.21728515625
HHDSP,λ=8,65536,1,540610,8.249053955078125
HHDSP,λ=8,65536,1,606519,9.254745483398438
HHDSP,λ=8,65536,1,627780,9.57916259765625
HHDSP,λ=8,65536,1,614686,9.379364013671875
HHDSP,λ=8,65536,1,656725,10.020828247070312
HHDSP,λ=8,65536,1,595481,9.086318969726562
HHDSP,λ=8,65536,1,622041,9.491592407226562
HHDSP,λ=8,65536,1,555519,8.476547241210938
HHDSP,λ=8,65536,1,565946,8.635650634765625
HHDSP,λ=8,65536,1,750738,11.455352783203125
HHDSP,λ=8,65536,1,578119,8.821395874023438
HHDSP,λ=8,65536,1,620951,9.474960327148438
HHDSP,λ=8,65536,1,569963,8.696945190429688
HHDSP,λ=8,65536,1,632275,9.647750854492188
HHDSP,λ=8,65536,1,647656,9.8824462890625
HHDSP,λ=8,65536,1,583260,8.89984130859375
HHDSP,λ=8,65536,1,636883,9.718063354492188
HHDSP,λ=8,65536,1,607462,9.269134521484375
HHDSP,λ=8,65536,1,625394,9.542755126953125
HHDSP,λ=8,65536,1,539321,8.229385375976562
HHLSP,λ=8,65536,1,639876,9.76373291015625
HHLSP,λ=8,65536,1,585400,8.9324951171875
HHLSP,λ=8,65536,1,557334,8.504241943359375
HHLSP,λ=8,65536,1,576874,8.802398681640625
HHLSP,λ=8,65536,1,657731,10.036178588867188
HHLSP,λ=8,65536,1,619723,9.456222534179688
HHLSP,λ=8,65536,1,577700,8.81500244140625
HHLSP,λ=8,65536,1,646068,9.85821533203125
HHLSP,λ=8,65536,1,595166,9.081512451171875
HHLSP,λ=8,65536,1,583815,8.908309936523438
HHLSP,λ=8,65536,1,590660,9.01275634765625
HHLSP,λ=8,65536,1,581732,8.87652587890625
HHLSP,λ=8,65536,1,678550,10.353851318359375
HHLSP,λ=8,65536,1,600151,9.157577514648438
HHLSP,λ=8,65536,1,579298,8.839385986328125
HHLSP,λ=8,65536,1,624496,9.529052734375
HHLSP,λ=8,65536,1,629481,9.605117797851562
HHLSP,λ=8,65536,1,596776,9.1060791015625
HHLSP,λ=8,65536,1,564559,8.614486694335938
HHLSP,λ=8,65536,1,656365,10.015335083007812
HHLSP,λ=8,65536,1,568932,8.68121337890625
HHLSP,λ=8,65536,1,666021,10.162673950195312
HHLSP,λ=8,65536,1,567178,8.654449462890625
HHLSP,λ=8,65536,1,557780,8.51104736328125
HHLSP,λ=8,65536,1,681935,10.405502319335938
HHLSP,λ=8,65536,1,561834,8.572906494140625
HHLSP,λ=8,65536,1,549759,8.388656616210938
HHLSP,λ=8,65536,1,608755,9.288864135742188
HHLSP,λ=8,65536,1,633578,9.667633056640625
HHLSP,λ=8,65536,1,553215,8.441390991210938
HHLSP,λ=8,65536,1,714204,10.89788818359375
HHLSP,λ=8,65536,1,583994,8.911041259765625
HHLSP,λ=8,65536,1,566028,8.63690185546875
HHLSP,λ=8,65536,1,571997,8.727981567382812
HHLSP,λ=8,65536,1,534697,8.158828735351562
HHLSP,λ=8,65536,1,576063,8.790023803710938
HHLSP,λ=8,65536,1,666441,10.169082641601562
HHLSP,λ=8,65536,1,617655,9.424667358398438
HHLSP,λ=8,65536,1,597698,9.120147705078125
HHLSP,λ=8,65536,1,652751,9.960189819335938
HHLSP,λ=8,65536,1,557981,8.514114379882812
HHLSP,λ=8,65536,1,600334,9.160369873046875
HHLSP,λ=8,65536,1,603963,9.215744018554688
HHLSP,λ=8,65536,1,583515,8.903732299804688
HHLSP,λ=8,65536,1,553650,8.448028564453125
HHLSP,λ=8,65536,1,590110,9.004364013671875
HHLSP,λ=8,65536,1,584979,8.926071166992188
HHLSP,λ=8,65536,1,553907,8.451950073242188
HHLSP,λ=8,65536,1,608395,9.283370971679688
HHLSP,λ=8,65536,1,590461,9.009719848632812
HHLSP,λ=8,65536,1,604605,9.225540161132812
HHLSP,λ=8,65536,1,586659,8.951705932617188
HHLSP,λ=8,65536,1,578806,8.831878662109375
HHLSP,λ=8,65536,1,584714,8.922027587890625
HHLSP,λ=8,65536,1,558253,8.518264770507812
HHLSP,λ=8,65536,1,633612,9.66815185546875
HHLSP,λ=8,65536,1,548469,8.368972778320312
HHLSP,λ=8,65536,1,757275,11.555099487304688
HHLSP,λ=8,65536,1,635691,9.699874877929688
HHLSP,λ=8,65536,1,591120,9.019775390625
HHLSP,λ=8,65536,1,527883,8.054855346679688
HHLSP,λ=8,65536,1,592893,9.046829223632812
HHLSP,λ=8,65536,1,607374,9.267791748046875
HHLSP,λ=8,65536,1,662552,10.1097412109375
HHLSP,λ=8,65536,1,570246,8.701263427734375
HHLSP,λ=8,65536,1,614608,9.378173828125
HHLSP,λ=8,65536,1,566652,8.64642333984375
HHLSP,λ=8,65536,1,545671,8.326278686523438
HHLSP,λ=8,65536,1,601542,9.178802490234375
HHLSP,λ=8,65536,1,577639,8.814071655273438
HHLSP,λ=8,65536,1,575801,8.786026000976562
HHLSP,λ=8,65536,1,649312,9.90771484375
HHLSP,λ=8,65536,1,574809,8.770889282226562
HHLSP,λ=8,65536,1,664316,10.13665771484375
HHLSP,λ=8,65536,1,591250,9.021759033203125
HHLSP,λ=8,65536,1,559800,8.5418701171875
HHLSP,λ=8,65536,1,694968,10.6043701171875
HHLSP,λ=8,65536,1,619245,9.448928833007812
HHLSP,λ=8,65536,1,584383,8.916976928710938
HHLSP,λ=8,65536,1,598404,9.13092041015625
HHLSP,λ=8,65536,1,670906,10.237213134765625
HHLSP,λ=8,65536,1,582955,8.895187377929688
HHLSP,λ=8,65536,1,554952,8.4678955078125
HHLSP,λ=8,65536,1,562251,8.579269409179688
HHLSP,λ=8,65536,1,634505,9.681777954101562
HHLSP,λ=8,65536,1,573773,8.755081176757812
HHLSP,λ=8,65536,1,569364,8.68780517578125
HHLSP,λ=8,65536,1,546828,8.34393310546875
HHLSP,λ=8,65536,1,590028,9.00311279296875
HHLSP,λ=8,65536,1,577785,8.816299438476562
HHLSP,λ=8,65536,1,608707,9.288131713867188
HHLSP,λ=8,65536,1,626126,9.553924560546875
HHLSP,λ=8,65536,1,550901,8.406082153320312
HHLSP,λ=8,65536,1,565504,8.62890625
HHLSP,λ=8,65536,1,540467,8.246871948242188
HHLSP,λ=8,65536,1,670712,10.2342529296875
HHLSP,λ=8,65536,1,744718,11.363494873046875
HHLSP,λ=8,65536,1,511698,7.807891845703125
HHLSP,λ=8,65536,1,593344,9.0537109375
HHLSP,λ=8,65536,1,656817,10.022232055664062
HRLSP,λ=8,65536,1,634301,9.678665161132812
HRLSP,λ=8,65536,1,773538,11.803253173828125
HRLSP,λ=8,65536,1,666875,10.175704956054688
HRLSP,λ=8,65536,1,553663,8.448226928710938
HRLSP,λ=8,65536,1,644151,9.828964233398438
HRLSP,λ=8,65536,1,588065,8.973159790039062
HRLSP,λ=8,65536,1,627102,9.568817138671875
HRLSP,λ=8,65536,1,609270,9.296722412109375
HRLSP,λ=8,65536,1,590477,9.009963989257812
HRLSP,λ=8,65536,1,613814,9.366058349609375
HRLSP,λ=8,65536,1,632577,9.652359008789062
HRLSP,λ=8,65536,1,605242,9.235260009765625
HRLSP,λ=8,65536,1,552345,8.428115844726562
HRLSP,λ=8,65536,1,634825,9.686660766601562
HRLSP,λ=8,65536,1,573245,8.747024536132812
HRLSP,λ=8,65536,1,607636,9.27178955078125
HRLSP,λ=8,65536,1,578858,8.832672119140625
HRLSP,λ=8,65536,1,569013,8.682449340820312
HRLSP,λ=8,65536,1,635885,9.702835083007812
HRLSP,λ=8,65536,1,629630,9.607391357421875
HRLSP,λ=8,65536,1,619786,9.457183837890625
HRLSP,λ=8,65536,1,590381,9.008499145507812
HRLSP,λ=8,65536,1,544529,8.308853149414062
HRLSP,λ=8,65536,1,557183,8.501937866210938
HRLSP,λ=8,65536,1,577854,8.817352294921875
HRLSP,λ=8,65536,1,597521,9.117446899414062
HRLSP,λ=8,65536,1,587798,8.969085693359375
HRLSP,λ=8,65536,1,531487,8.109848022460938
HRLSP,λ=8,65536,1,578875,8.832931518554688
HRLSP,λ=8,65536,1,596835,9.106979370117188
HRLSP,λ=8,65536,1,620690,9.470977783203125
HRLSP,λ=8,65536,1,641495,9.788436889648438
HRLSP,λ=8,65536,1,591071,9.019027709960938
HRLSP,λ=8,65536,1,585729,8.937515258789062
HRLSP,λ=8,65536,1,626948,9.56646728515625
HRLSP,λ=8,65536,1,578957,8.834182739257812
HRLSP,λ=8,65536,1,583780,8.90777587890625
HRLSP,λ=8,65536,1,558616,8.5238037109375
HRLSP,λ=8,65536,1,596373,9.099929809570312
HRLSP,λ=8,65536,1,588960,8.98681640625
HRLSP,λ=8,65536,1,625998,9.551971435546875
HRLSP,λ=8,65536,1,585302,8.930999755859375
HRLSP,λ=8,65536,1,614595,9.377975463867188
HRLSP,λ=8,65536,1,569350,8.687591552734375
HRLSP,λ=8,65536,1,574776,8.7703857421875
HRLSP,λ=8,65536,1,641354,9.786285400390625
HRLSP,λ=8,65536,1,660520,10.0787353515625
HRLSP,λ=8,65536,1,611610,9.332427978515625
HRLSP,λ=8,65536,1,566921,8.650527954101562
HRLSP,λ=8,65536,1,546885,8.344802856445312
HRLSP,λ=8,65536,1,611602,9.332305908203125
HRLSP,λ=8,65536,1,577327,8.809310913085938
HRLSP,λ=8,65536,1,564877,8.619338989257812
HRLSP,λ=8,65536,1,575336,8.7789306640625
HRLSP,λ=8,65536,1,632180,9.64630126953125
HRLSP,λ=8,65536,1,574840,8.7713623046875
HRLSP,λ=8,65536,1,711638,10.858734130859375
HRLSP,λ=8,65536,1,556602,8.493072509765625
HRLSP,λ=8,65536,1,643856,9.824462890625
HRLSP,λ=8,65536,1,605647,9.241439819335938
HRLSP,λ=8,65536,1,600512,9.1630859375
HRLSP,λ=8,65536,1,702434,10.718292236328125
HRLSP,λ=8,65536,1,550063,8.393295288085938
HRLSP,λ=8,65536,1,593164,9.05096435546875
HRLSP,λ=8,65536,1,579923,8.848922729492188
HRLSP,λ=8,65536,1,608540,9.28558349609375
HRLSP,λ=8,65536,1,630417,9.619400024414062
HRLSP,λ=8,65536,1,567194,8.654693603515625
HRLSP,λ=8,65536,1,614210,9.372100830078125
HRLSP,λ=8,65536,1,588024,8.9725341796875
HRLSP,λ=8,65536,1,661221,10.089431762695312
HRLSP,λ=8,65536,1,647521,9.880386352539062
HRLSP,λ=8,65536,1,603743,9.212387084960938
HRLSP,λ=8,65536,1,526079,8.027328491210938
HRLSP,λ=8,65536,1,525126,8.012786865234375
HRLSP,λ=8,65536,1,548131,8.363815307617188
HRLSP,λ=8,65536,1,573143,8.745468139648438
HRLSP,λ=8,65536,1,642975,9.811019897460938
HRLSP,λ=8,65536,1,633670,9.669036865234375
HRLSP,λ=8,65536,1,590257,9.006607055664062
HRLSP,λ=8,65536,1,688741,10.509353637695312
HRLSP,λ=8,65536,1,579348,8.84014892578125
HRLSP,λ=8,65536,1,627863,9.580429077148438
HRLSP,λ=8,65536,1,641623,9.790390014648438
HRLSP,λ=8,65536,1,535531,8.171554565429688
HRLSP,λ=8,65536,1,606314,9.251617431640625
HRLSP,λ=8,65536,1,636769,9.716323852539062
HRLSP,λ=8,65536,1,648632,9.8973388671875
HRLSP,λ=8,65536,1,664300,10.13641357421875
HRLSP,λ=8,65536,1,619695,9.455795288085938
HRLSP,λ=8,65536,1,567325,8.656692504882812
HRLSP,λ=8,65536,1,597172,9.11212158203125
HRLSP,λ=8,65536,1,550024,8.3927001953125
HRLSP,λ=8,65536,1,571647,8.722640991210938
HRLSP,λ=8,65536,1,602903,9.199569702148438
HRLSP,λ=8,65536,1,576729,8.800186157226562
HRLSP,λ=8,65536,1,672989,10.268997192382812
HRLSP,λ=8,65536,1,598492,9.13226318359375
HRLSP,λ=8,65536,1,575095,8.775253295898438
HRLSP,λ=8,65536,1,615672,9.3944091796875
HSLSP,λ=8,65536,1,877796,13.39410400390625
HSLSP,λ=8,65536,1,925735,14.125595092773438
HSLSP,λ=8,65536,1,918492,14.01507568359375
HSLSP,λ=8,65536,1,813904,12.419189453125
HSLSP,λ=8,65536,1,931921,14.219985961914062
HSLSP,λ=8,65536,1,849079,12.955917358398438
HSLSP,λ=8,65536,1,838571,12.795578002929688
HSLSP,λ=8,65536,1,784358,11.968353271484375
HSLSP,λ=8,65536,1,858331,13.097091674804688
HSLSP,λ=8,65536,1,842118,12.849700927734375
HSLSP,λ=8,65536,1,868565,13.253250122070312
HSLSP,λ=8,65536,1,782510,11.940155029296875
HSLSP,λ=8,65536,1,908516,13.86285400390625
HSLSP,λ=8,65536,1,899693,13.728225708007812
HSLSP,λ=8,65536,1,930471,14.197860717773438
HSLSP,λ=8,65536,1,887959,13.549179077148438
HSLSP,λ=8,65536,1,899115,13.719406127929688
HSLSP,λ=8,65536,1,804760,12.2796630859375
HSLSP,λ=8,65536,1,786864,12.006591796875
HSLSP,λ=8,65536,1,913649,13.941177368164062
HSLSP,λ=8,65536,1,894597,13.650466918945312
HSLSP,λ=8,65536,1,922638,14.078338623046875
HSLSP,λ=8,65536,1,850459,12.976974487304688
HSLSP,λ=8,65536,1,954755,14.568405151367188
HSLSP,λ=8,65536,1,894962,13.656036376953125
HSLSP,λ=8,65536,1,842875,12.861251831054688
HSLSP,λ=8,65536,1,864108,13.18524169921875
HSLSP,λ=8,65536,1,786341,11.998611450195312
HSLSP,λ=8,65536,1,769213,11.737258911132812
HSLSP,λ=8,65536,1,875603,13.360641479492188
HSLSP,λ=8,65536,1,833369,12.716201782226562
HSLSP,λ=8,65536,1,804051,12.268844604492188
HSLSP,λ=8,65536,1,869853,13.272903442382812
HSLSP,λ=8,65536,1,879788,13.42449951171875
HSLSP,λ=8,65536,1,1087409,16.592544555664062
HSLSP,λ=8,65536,1,932775,14.233016967773438
HSLSP,λ=8,65536,1,782069,11.933425903320312
HSLSP,λ=8,65536,1,904682,13.804351806640625
HSLSP,λ=8,65536,1,862201,13.156143188476562
HSLSP,λ=8,65536,1,915950,13.976287841796875
HSLSP,λ=8,65536,1,838216,12.7901611328125
HSLSP,λ=8,65536,1,882377,13.464004516601562
HSLSP,λ=8,65536,1,801369,12.227920532226562
HSLSP,λ=8,65536,1,898244,13.70611572265625
HSLSP,λ=8,65536,1,873561,13.329483032226562
HSLSP,λ=8,65536,1,801233,12.225845336914062
HSLSP,λ=8,65536,1,858429,13.098587036132812
HSLSP,λ=8,65536,1,1033330,15.767364501953125
HSLSP,λ=8,65536,1,833202,12.713653564453125
HSLSP,λ=8,65536,1,880821,13.440261840820312
HSLSP,λ=8,65536,1,777738,11.867340087890625
HSLSP,λ=8,65536,1,855193,13.049209594726562
HSLSP,λ=8,65536,1,855264,13.05029296875
HSLSP,λ=8,65536,1,831795,12.692184448242188
HSLSP,λ=8,65536,1,825026,12.588897705078125
HSLSP,λ=8,65536,1,944755,14.415817260742188
HSLSP,λ=8,65536,1,796046,12.146697998046875
HSLSP,λ=8,65536,1,919074,14.023956298828125
HSLSP,λ=8,65536,1,932385,14.227066040039062
HSLSP,λ=8,65536,1,870786,13.287139892578125
HSLSP,λ=8,65536,1,898911,13.716293334960938
HSLSP,λ=8,65536,1,866553,13.222549438476562
HSLSP,λ=8,65536,1,1039398,15.859954833984375
HSLSP,λ=8,65536,1,839270,12.806243896484375
HSLSP,λ=8,65536,1,892177,13.613540649414062
HSLSP,λ=8,65536,1,853589,13.024734497070312
HSLSP,λ=8,65536,1,940076,14.34442138671875
HSLSP,λ=8,65536,1,874459,13.343185424804688
HSLSP,λ=8,65536,1,863219,13.171676635742188
HSLSP,λ=8,65536,1,972101,14.833084106445312
HSLSP,λ=8,65536,1,852331,13.005538940429688
HSLSP,λ=8,65536,1,817217,12.469741821289062
HSLSP,λ=8,65536,1,901499,13.755783081054688
HSLSP,λ=8,65536,1,780696,11.9124755859375
HSLSP,λ=8,65536,1,848883,12.952926635742188
HSLSP,λ=8,65536,1,981011,14.969039916992188
HSLSP,λ=8,65536,1,1017376,15.52392578125
HSLSP,λ=8,65536,1,823548,12.56634521484375
HSLSP,λ=8,65536,1,799627,12.201339721679688
HSLSP,λ=8,65536,1,792745,12.096328735351562
HSLSP,λ=8,65536,1,887635,13.544235229492188
HSLSP,λ=8,65536,1,756563,11.544235229492188
HSLSP,λ=8,65536,1,863822,13.180877685546875
HSLSP,λ=8,65536,1,871120,13.292236328125
HSLSP,λ=8,65536,1,747380,11.40411376953125
HSLSP,λ=8,65536,1,895025,13.656997680664062
HSLSP,λ=8,65536,1,902281,13.767715454101562
HSLSP,λ=8,65536,1,849504,12.96240234375
HSLSP,λ=8,65536,1,979007,14.938461303710938
HSLSP,λ=8,65536,1,881998,13.458221435546875
HSLSP,λ=8,65536,1,877035,13.382492065429688
HSLSP,λ=8,65536,1,862452,13.15997314453125
HSLSP,λ=8,65536,1,826776,12.6156005859375
HSLSP,λ=8,65536,1,876922,13.380767822265625
HSLSP,λ=8,65536,1,838903,12.800643920898438
HSLSP,λ=8,65536,1,789991,12.054306030273438
HSLSP,λ=8,65536,1,984387,15.020553588867188
HSLSP,λ=8,65536,1,905873,13.822525024414062
HSLSP,λ=8,65536,1,861623,13.147323608398438
HSLSP,λ=8,65536,1,899275,13.721847534179688
HSDMP,λ=8,65536,1,769689,11.744522094726562
HSDMP,λ=8,65536,1,828320,12.63916015625
HSDMP,λ=8,65536,1,855963,13.060958862304688
HSDMP,λ=8,65536,1,1053132,16.06951904296875
HSDMP,λ=8,65536,1,841697,12.843276977539062
HSDMP,λ=8,65536,1,791515,12.077560424804688
HSDMP,λ=8,65536,1,906228,13.82794189453125
HSDMP,λ=8,65536,1,893261,13.630081176757812
HSDMP,λ=8,65536,1,895997,13.671829223632812
HSDMP,λ=8,65536,1,966755,14.751510620117188
HSDMP,λ=8,65536,1,882160,13.460693359375
HSDMP,λ=8,65536,1,824601,12.582412719726562
HSDMP,λ=8,65536,1,774098,11.811798095703125
HSDMP,λ=8,65536,1,854757,13.042556762695312
HSDMP,λ=8,65536,1,832310,12.700042724609375
HSDMP,λ=8,65536,1,835250,12.744903564453125
HSDMP,λ=8,65536,1,999121,15.245376586914062
HSDMP,λ=8,65536,1,996663,15.207870483398438
HSDMP,λ=8,65536,1,871122,13.292266845703125
HSDMP,λ=8,65536,1,871780,13.30230712890625
HSDMP,λ=8,65536,1,803683,12.263229370117188
HSDMP,λ=8,65536,1,944112,14.406005859375
HSDMP,λ=8,65536,1,843461,12.870193481445312
HSDMP,λ=8,65536,1,807285,12.318191528320312
HSDMP,λ=8,65536,1,932864,14.234375
HSDMP,λ=8,65536,1,838575,12.795639038085938
HSDMP,λ=8,65536,1,826073,12.604873657226562
HSDMP,λ=8,65536,1,909021,13.870559692382812
HSDMP,λ=8,65536,1,1029517,15.709182739257812
HSDMP,λ=8,65536,1,841624,12.8421630859375
HSDMP,λ=8,65536,1,786708,12.00421142578125
HSDMP,λ=8,65536,1,776197,11.843826293945312
HSDMP,λ=8,65536,1,776286,11.845184326171875
HSDMP,λ=8,65536,1,775347,11.830856323242188
HSDMP,λ=8,65536,1,789210,12.042388916015625
HSDMP,λ=8,65536,1,1072569,16.366104125976562
HSDMP,λ=8,65536,1,861147,13.140060424804688
HSDMP,λ=8,65536,1,777865,11.869277954101562
HSDMP,λ=8,65536,1,971394,14.822296142578125
HSDMP,λ=8,65536,1,771527,11.772567749023438
HSDMP,λ=8,65536,1,940224,14.3466796875
HSDMP,λ=8,65536,1,813894,12.419036865234375
HSDMP,λ=8,65536,1,815279,12.440170288085938
HSDMP,λ=8,65536,1,930844,14.20355224609375
HSDMP,λ=8,65536,1,964026,14.709869384765625
HSDMP,λ=8,65536,1,935825,14.279556274414062
HSDMP,λ=8,65536,1,761425,11.618423461914062
HSDMP,λ=8,65536,1,953126,14.543548583984375
HSDMP,λ=8,65536,1,824955,12.587814331054688
HSDMP,λ=8,65536,1,882449,13.465103149414062
HSDMP,λ=8,65536,1,1089974,16.631683349609375
HSDMP,λ=8,65536,1,812310,12.394866943359375
HSDMP,λ=8,65536,1,841588,12.84161376953125
HSDMP,λ=8,65536,1,821232,12.531005859375
HSDMP,λ=8,65536,1,836937,12.770645141601562
HSDMP,λ=8,65536,1,807528,12.3218994140625
HSDMP,λ=8,65536,1,1095984,16.723388671875
HSDMP,λ=8,65536,1,870890,13.288726806640625
HSDMP,λ=8,65536,1,1019421,15.555130004882812
HSDMP,λ=8,65536,1,892950,13.625335693359375
HSDMP,λ=8,65536,1,859294,13.111785888671875
HSDMP,λ=8,65536,1,854110,13.032684326171875
HSDMP,λ=8,65536,1,783883,11.961105346679688
HSDMP,λ=8,65536,1,828500,12.64190673828125
HSDMP,λ=8,65536,1,857195,13.079757690429688
HSDMP,λ=8,65536,1,826557,12.612258911132812
HSDMP,λ=8,65536,1,864393,13.189590454101562
HSDMP,λ=8,65536,1,898206,13.705535888671875
HSDMP,λ=8,65536,1,808853,12.342117309570312
HSDMP,λ=8,65536,1,860001,13.122573852539062
HSDMP,λ=8,65536,1,897413,13.693435668945312
HSDMP,λ=8,65536,1,1154609,17.617935180664062
HSDMP,λ=8,65536,1,730748,11.15032958984375
HSDMP,λ=8,65536,1,838719,12.797836303710938
HSDMP,λ=8,65536,1,846740,12.92022705078125
HSDMP,λ=8,65536,1,781227,11.920578002929688
HSDMP,λ=8,65536,1,989008,15.091064453125
HSDMP,λ=8,65536,1,818914,12.495635986328125
HSDMP,λ=8,65536,1,846345,12.914199829101562
HSDMP,λ=8,65536,1,934228,14.25518798828125
HSDMP,λ=8,65536,1,916532,13.98516845703125
HSDMP,λ=8,65536,1,818238,12.485321044921875
HSDMP,λ=8,65536,1,831740,12.69134521484375
HSDMP,λ=8,65536,1,810412,12.36590576171875
HSDMP,λ=8,65536,1,1085534,16.563934326171875
HSDMP,λ=8,65536,1,842090,12.849273681640625
HSDMP,λ=8,65536,1,900622,13.742401123046875
HSDMP,λ=8,65536,1,778799,11.883529663085938
HSDMP,λ=8,65536,1,872031,13.306137084960938
HSDMP,λ=8,65536,1,932512,14.22900390625
HSDMP,λ=8,65536,1,790561,12.063003540039062
HSDMP,λ=8,65536,1,1029334,15.706390380859375
HSDMP,λ=8,65536,1,820761,12.523818969726562
HSDMP,λ=8,65536,1,796942,12.160369873046875
HSDMP,λ=8,65536,1,956711,14.598251342773438
HSDMP,λ=8,65536,1,886356,13.52471923828125
HSDMP,λ=8,65536,1,799339,12.196945190429688
HSDMP,λ=8,65536,1,943433,14.395645141601562
HSDMP,λ=8,65536,1,766966,11.702972412109375
HSDMP,λ=8,65536,1,783751,11.959091186523438
HRDMP,λ=8,65536,1,634414,9.680389404296875
HRDMP,λ=8,65536,1,614563,9.377487182617188
HRDMP,λ=8,65536,1,609327,9.297592163085938
HRDMP,λ=8,65536,1,608794,9.289459228515625
HRDMP,λ=8,65536,1,664945,10.146255493164062
HRDMP,λ=8,65536,1,638649,9.745010375976562
HRDMP,λ=8,65536,1,611461,9.330154418945312
HRDMP,λ=8,65536,1,599049,9.140762329101562
HRDMP,λ=8,65536,1,598735,9.135971069335938
HRDMP,λ=8,65536,1,597495,9.117050170898438
HRDMP,λ=8,65536,1,569359,8.687728881835938
HRDMP,λ=8,65536,1,691073,10.544937133789062
HRDMP,λ=8,65536,1,555361,8.474136352539062
HRDMP,λ=8,65536,1,607764,9.27374267578125
HRDMP,λ=8,65536,1,659651,10.065475463867188
HRDMP,λ=8,65536,1,591946,9.032379150390625
HRDMP,λ=8,65536,1,612669,9.348587036132812
HRDMP,λ=8,65536,1,678275,10.349655151367188
HRDMP,λ=8,65536,1,589139,8.989547729492188
HRDMP,λ=8,65536,1,629399,9.603866577148438
HRDMP,λ=8,65536,1,583628,8.90545654296875
HRDMP,λ=8,65536,1,576426,8.795562744140625
HRDMP,λ=8,65536,1,632985,9.658584594726562
HRDMP,λ=8,65536,1,627995,9.582443237304688
HRDMP,λ=8,65536,1,634643,9.683883666992188
HRDMP,λ=8,65536,1,558473,8.521621704101562
HRDMP,λ=8,65536,1,598354,9.130157470703125
HRDMP,λ=8,65536,1,598022,9.125091552734375
HRDMP,λ=8,65536,1,593711,9.059310913085938
HRDMP,λ=8,65536,1,596000,9.09423828125
HRDMP,λ=8,65536,1,601738,9.181793212890625
HRDMP,λ=8,65536,1,556729,8.495010375976562
HRDMP,λ=8,65536,1,581561,8.873916625976562
HRDMP,λ=8,65536,1,607352,9.2674560546875
HRDMP,λ=8,65536,1,667313,10.182388305664062
HRDMP,λ=8,65536,1,644884,9.84014892578125
HRDMP,λ=8,65536,1,608843,9.290206909179688
HRDMP,λ=8,65536,1,603221,9.204421997070312
HRDMP,λ=8,65536,1,636146,9.706817626953125
HRDMP,λ=8,65536,1,616231,9.402938842773438
HRDMP,λ=8,65536,1,614207,9.372055053710938
HRDMP,λ=8,65536,1,585053,8.927200317382812
HRDMP,λ=8,65536,1,615603,9.393356323242188
HRDMP,λ=8,65536,1,567973,8.666580200195312
HRDMP,λ=8,65536,1,628529,9.590591430664062
HRDMP,λ=8,65536,1,595665,9.089126586914062
HRDMP,λ=8,65536,1,589762,8.999053955078125
HRDMP,λ=8,65536,1,676352,10.3203125
HRDMP,λ=8,65536,1,610063,9.308822631835938
HRDMP,λ=8,65536,1,681113,10.392959594726562
HRDMP,λ=8,65536,1,559868,8.54290771484375
HRDMP,λ=8,65536,1,642480,9.803466796875
HRDMP,λ=8,65536,1,629113,9.599502563476562
HRDMP,λ=8,65536,1,613610,9.362945556640625
HRDMP,λ=8,65536,1,564341,8.611160278320312
HRDMP,λ=8,65536,1,624558,9.529998779296875
HRDMP,λ=8,65536,1,624843,9.534347534179688
HRDMP,λ=8,65536,1,630807,9.625350952148438
HRDMP,λ=8,65536,1,662978,10.116241455078125
HRDMP,λ=8,65536,1,683552,10.43017578125
HRDMP,λ=8,65536,1,570465,8.704605102539062
HRDMP,λ=8,65536,1,645713,9.852798461914062
HRDMP,λ=8,65536,1,688974,10.512908935546875
HRDMP,λ=8,65536,1,611099,9.324630737304688
HRDMP,λ=8,65536,1,605824,9.244140625
HRDMP,λ=8,65536,1,577641,8.814102172851562
HRDMP,λ=8,65536,1,600135,9.157333374023438
HRDMP,λ=8,65536,1,584888,8.9246826171875
HRDMP,λ=8,65536,1,641373,9.786575317382812
HRDMP,λ=8,65536,1,665367,10.152694702148438
HRDMP,λ=8,65536,1,587839,8.969711303710938
HRDMP,λ=8,65536,1,576642,8.798858642578125
HRDMP,λ=8,65536,1,587947,8.971359252929688
HRDMP,λ=8,65536,1,632461,9.650588989257812
HRDMP,λ=8,65536,1,662134,10.103363037109375
HRDMP,λ=8,65536,1,584482,8.918487548828125
HRDMP,λ=8,65536,1,622235,9.494552612304688
HRDMP,λ=8,65536,1,629671,9.608016967773438
HRDMP,λ=8,65536,1,595602,9.088165283203125
HRDMP,λ=8,65536,1,586701,8.952346801757812
HRDMP,λ=8,65536,1,582373,8.886306762695312
HRDMP,λ=8,65536,1,557446,8.505950927734375
HRDMP,λ=8,65536,1,669362,10.213653564453125
HRDMP,λ=8,65536,1,604994,9.231475830078125
HRDMP,λ=8,65536,1,609574,9.301361083984375
HRDMP,λ=8,65536,1,676066,10.315948486328125
HRDMP,λ=8,65536,1,585499,8.934005737304688
HRDMP,λ=8,65536,1,754223,11.508529663085938
HRDMP,λ=8,65536,1,663949,10.131057739257812
HRDMP,λ=8,65536,1,611612,9.33245849609375
HRDMP,λ=8,65536,1,602885,9.199295043945312
HRDMP,λ=8,65536,1,581576,8.8741455078125
HRDMP,λ=8,65536,1,606867,9.260055541992188
HRDMP,λ=8,65536,1,603349,9.206375122070312
HRDMP,λ=8,65536,1,609418,9.298980712890625
HRDMP,λ=8,65536,1,591111,9.019638061523438
HRDMP,λ=8,65536,1,638436,9.74176025390625
HRDMP,λ=8,65536,1,573784,8.7552490234375
HRDMP,λ=8,65536,1,625745,9.548110961914062
HRDMP,λ=8,65536,1,598134,9.126800537109375
HHDMP,λ=8,65536,1,583418,8.902252197265625
HHDMP,λ=8,65536,1,653189,9.966873168945312
HHDMP,λ=8,65536,1,596153,9.096572875976562
HHDMP,λ=8,65536,1,597530,9.117584228515625
HHDMP,λ=8,65536,1,635093,9.690750122070312
HHDMP,λ=8,65536,1,626785,9.563980102539062
HHDMP,λ=8,65536,1,752420,11.48101806640625
HHDMP,λ=8,65536,1,667103,10.179183959960938
HHDMP,λ=8,65536,1,616140,9.40155029296875
HHDMP,λ=8,65536,1,724012,11.04754638671875
HHDMP,λ=8,65536,1,569539,8.690475463867188
HHDMP,λ=8,65536,1,602971,9.200607299804688
HHDMP,λ=8,65536,1,627063,9.568222045898438
HHDMP,λ=8,65536,1,638626,9.744659423828125
HHDMP,λ=8,65536,1,582408,8.8868408203125
HHDMP,λ=8,65536,1,639561,9.758926391601562
HHDMP,λ=8,65536,1,560878,8.558319091796875
HHDMP,λ=8,65536,1,631561,9.636856079101562
HHDMP,λ=8,65536,1,594144,9.06591796875
HHDMP,λ=8,65536,1,823098,12.559478759765625
HHDMP,λ=8,65536,1,622059,9.491867065429688
HHDMP,λ=8,65536,1,567588,8.66070556640625
HHDMP,λ=8,65536,1,559630,8.539276123046875
HHDMP,λ=8,65536,1,622788,9.50299072265625
HHDMP,λ=8,65536,1,668729,10.203994750976562
HHDMP,λ=8,65536,1,613842,9.366485595703125
HHDMP,λ=8,65536,1,629737,9.609024047851562
HHDMP,λ=8,65536,1,626848,9.56494140625
HHDMP,λ=8,65536,1,706060,10.77362060546875
HHDMP,λ=8,65536,1,554059,8.454269409179688
HHDMP,λ=8,65536,1,583814,8.908294677734375
HHDMP,λ=8,65536,1,581492,8.87286376953125
HHDMP,λ=8,65536,1,701175,10.699081420898438
HHDMP,λ=8,65536,1,590495,9.010238647460938
HHDMP,λ=8,65536,1,594843,9.076583862304688
HHDMP,λ=8,65536,1,638175,9.737777709960938
HHDMP,λ=8,65536,1,685945,10.466690063476562
HHDMP,λ=8,65536,1,619517,9.453079223632812
HHDMP,λ=8,65536,1,643183,9.814193725585938
HHDMP,λ=8,65536,1,605820,9.24407958984375
HHDMP,λ=8,65536,1,651267,9.937545776367188
HHDMP,λ=8,65536,1,612688,9.348876953125
HHDMP,λ=8,65536,1,595264,9.0830078125
HHDMP,λ=8,65536,1,647624,9.8819580078125
HHDMP,λ=8,65536,1,638568,9.7437744140625
HHDMP,λ=8,65536,1,676368,10.320556640625
HHDMP,λ=8,65536,1,697678,10.645721435546875
HHDMP,λ=8,65536,1,593939,9.062789916992188
HHDMP,λ=8,65536,1,638366,9.740692138671875
HHDMP,λ=8,65536,1,628483,9.589889526367188
HHDMP,λ=8,65536,1,710691,10.844284057617188
HHDMP,λ=8,65536,1,606814,9.259246826171875
HHDMP,λ=8,65536,1,588693,8.982742309570312
HHDMP,λ=8,65536,1,590124,9.00457763671875
HHDMP,λ=8,65536,1,641684,9.79132080078125
HHDMP,λ=8,65536,1,673665,10.279312133789062
HHDMP,λ=8,65536,1,690884,10.54205322265625
HHDMP,λ=8,65536,1,574646,8.768402099609375
HHDMP,λ=8,65536,1,646051,9.857955932617188
HHDMP,λ=8,65536,1,636414,9.710906982421875
HHDMP,λ=8,65536,1,642155,9.798507690429688
HHDMP,λ=8,65536,1,609204,9.29571533203125
HHDMP,λ=8,65536,1,658640,10.050048828125
HHDMP,λ=8,65536,1,639757,9.761917114257812
HHDMP,λ=8,65536,1,596471,9.101425170898438
HHDMP,λ=8,65536,1,687039,10.483383178710938
HHDMP,λ=8,65536,1,585912,8.9403076171875
HHDMP,λ=8,65536,1,679833,10.373428344726562
HHDMP,λ=8,65536,1,661659,10.096115112304688
HHDMP,λ=8,65536,1,643487,9.818832397460938
HHDMP,λ=8,65536,1,662805,10.113601684570312
HHDMP,λ=8,65536,1,685716,10.46319580078125
HHDMP,λ=8,65536,1,711970,10.863800048828125
HHDMP,λ=8,65536,1,587359,8.962387084960938
HHDMP,λ=8,65536,1,581082,8.866607666015625
HHDMP,λ=8,65536,1,654592,9.98828125
HHDMP,λ=8,65536,1,575701,8.784500122070312
HHDMP,λ=8,65536,1,551430,8.414154052734375
HHDMP,λ=8,65536,1,638328,9.7401123046875
HHDMP,λ=8,65536,1,593966,9.063201904296875
HHDMP,λ=8,65536,1,674402,10.290557861328125
HHDMP,λ=8,65536,1,597545,9.117813110351562
HHDMP,λ=8,65536,1,616735,9.410629272460938
HHDMP,λ=8,65536,1,579009,8.834976196289062
HHDMP,λ=8,65536,1,631706,9.639068603515625
HHDMP,λ=8,65536,1,578014,8.819793701171875
HHDMP,λ=8,65536,1,595040,9.07958984375
HHDMP,λ=8,65536,1,674651,10.294357299804688
HHDMP,λ=8,65536,1,580216,8.8533935546875
HHDMP,λ=8,65536,1,668574,10.201629638671875
HHDMP,λ=8,65536,1,616288,9.40380859375
HHDMP,λ=8,65536,1,652402,9.954864501953125
HHDMP,λ=8,65536,1,617839,9.427474975585938
HHDMP,λ=8,65536,1,580510,8.857879638671875
HHDMP,λ=8,65536,1,603156,9.20343017578125
HHDMP,λ=8,65536,1,720777,10.998184204101562
HHDMP,λ=8,65536,1,634666,9.684234619140625
HHDMP,λ=8,65536,1,589585,8.996353149414062
HHDMP,λ=8,65536,1,661047,10.086776733398438
HHDMP,λ=8,65536,1,582587,8.889572143554688
HHLMP,λ=8,65536,1,641865,9.794082641601562
HHLMP,λ=8,65536,1,636225,9.708023071289062
HHLMP,λ=8,65536,1,647802,9.884674072265625
HHLMP,λ=8,65536,1,575081,8.775039672851562
HHLMP,λ=8,65536,1,679060,10.36163330078125
HHLMP,λ=8,65536,1,623915,9.520187377929688
HHLMP,λ=8,65536,1,577308,8.80902099609375
HHLMP,λ=8,65536,1,612015,9.338607788085938
HHLMP,λ=8,65536,1,573947,8.757736206054688
HHLMP,λ=8,65536,1,635998,9.704559326171875
HHLMP,λ=8,65536,1,593077,9.049636840820312
HHLMP,λ=8,65536,1,657945,10.039443969726562
HHLMP,λ=8,65536,1,559861,8.542800903320312
HHLMP,λ=8,65536,1,675872,10.31298828125
HHLMP,λ=8,65536,1,560536,8.5531005859375
HHLMP,λ=8,65536,1,585404,8.93255615234375
HHLMP,λ=8,65536,1,633614,9.668182373046875
HHLMP,λ=8,65536,1,572777,8.739883422851562
HHLMP,λ=8,65536,1,583227,8.899337768554688
HHLMP,λ=8,65536,1,570690,8.708038330078125
HHLMP,λ=8,65536,1,616078,9.400604248046875
HHLMP,λ=8,65536,1,620288,9.46484375
HHLMP,λ=8,65536,1,568409,8.673233032226562
HHLMP,λ=8,65536,1,664825,10.144424438476562
HHLMP,λ=8,65536,1,643925,9.825515747070312
HHLMP,λ=8,65536,1,548724,8.37286376953125
HHLMP,λ=8,65536,1,592838,9.045989990234375
HHLMP,λ=8,65536,1,613272,9.3577880859375
HHLMP,λ=8,65536,1,571755,8.724288940429688
HHLMP,λ=8,65536,1,552786,8.434844970703125
HHLMP,λ=8,65536,1,587930,8.971099853515625
HHLMP,λ=8,65536,1,637469,9.727005004882812
HHLMP,λ=8,65536,1,581794,8.877471923828125
HHLMP,λ=8,65536,1,627452,9.57415771484375
HHLMP,λ=8,65536,1,603773,9.212844848632812
HHLMP,λ=8,65536,1,650612,9.92755126953125
HHLMP,λ=8,65536,1,685628,10.46185302734375
HHLMP,λ=8,65536,1,621405,9.481887817382812
HHLMP,λ=8,65536,1,629670,9.608001708984375
HHLMP,λ=8,65536,1,646224,9.860595703125
HHLMP,λ=8,65536,1,615199,9.387191772460938
HHLMP,λ=8,65536,1,570715,8.708419799804688
HHLMP,λ=8,65536,1,576122,8.790924072265625
HHLMP,λ=8,65536,1,573846,8.756195068359375
HHLMP,λ=8,65536,1,671597,10.247756958007812
HHLMP,λ=8,65536,1,569586,8.691192626953125
HHLMP,λ=8,65536,1,599602,9.149200439453125
HHLMP,λ=8,65536,1,601739,9.181808471679688
HHLMP,λ=8,65536,1,604516,9.22418212890625
HHLMP,λ=8,65536,1,612796,9.35052490234375
HHLMP,λ=8,65536,1,589959,9.002059936523438
HHLMP,λ=8,65536,1,601159,9.172958374023438
HHLMP,λ=8,65536,1,594601,9.072891235351562
HHLMP,λ=8,65536,1,664423,10.138290405273438
HHLMP,λ=8,65536,1,619388,9.45111083984375
HHLMP,λ=8,65536,1,633457,9.665786743164062
HHLMP,λ=8,65536,1,596468,9.10137939453125
HHLMP,λ=8,65536,1,596593,9.103286743164062
HHLMP,λ=8,65536,1,634661,9.684158325195312
HHLMP,λ=8,65536,1,581055,8.866195678710938
HHLMP,λ=8,65536,1,586680,8.9520263671875
HHLMP,λ=8,65536,1,674109,10.286087036132812
HHLMP,λ=8,65536,1,590635,9.012374877929688
HHLMP,λ=8,65536,1,634839,9.686874389648438
HHLMP,λ=8,65536,1,630014,9.613250732421875
HHLMP,λ=8,65536,1,599505,9.147720336914062
HHLMP,λ=8,65536,1,647983,9.887435913085938
HHLMP,λ=8,65536,1,627731,9.578414916992188
HHLMP,λ=8,65536,1,631820,9.64080810546875
HHLMP,λ=8,65536,1,643177,9.814102172851562
HHLMP,λ=8,65536,1,629572,9.60650634765625
HHLMP,λ=8,65536,1,578626,8.829132080078125
HHLMP,λ=8,65536,1,617802,9.426910400390625
HHLMP,λ=8,65536,1,556087,8.485214233398438
HHLMP,λ=8,65536,1,581650,8.875274658203125
HHLMP,λ=8,65536,1,614390,9.374847412109375
HHLMP,λ=8,65536,1,600894,9.168914794921875
HHLMP,λ=8,65536,1,614812,9.38128662109375
HHLMP,λ=8,65536,1,628357,9.587966918945312
HHLMP,λ=8,65536,1,636669,9.714797973632812
HHLMP,λ=8,65536,1,615883,9.397628784179688
HHLMP,λ=8,65536,1,597925,9.123611450195312
HHLMP,λ=8,65536,1,706661,10.782791137695312
HHLMP,λ=8,65536,1,585450,8.933258056640625
HHLMP,λ=8,65536,1,597270,9.113616943359375
HHLMP,λ=8,65536,1,572680,8.7384033203125
HHLMP,λ=8,65536,1,639237,9.753982543945312
HHLMP,λ=8,65536,1,562296,8.5799560546875
HHLMP,λ=8,65536,1,605848,9.2445068359375
HHLMP,λ=8,65536,1,612552,9.3468017578125
HHLMP,λ=8,65536,1,631519,9.636215209960938
HHLMP,λ=8,65536,1,600688,9.165771484375
HHLMP,λ=8,65536,1,611513,9.330947875976562
HHLMP,λ=8,65536,1,798624,12.18603515625
HHLMP,λ=8,65536,1,612315,9.343185424804688
HHLMP,λ=8,65536,1,588730,8.983306884765625
HHLMP,λ=8,65536,1,583455,8.902816772460938
HHLMP,λ=8,65536,1,577398,8.810394287109375
HHLMP,λ=8,65536,1,559083,8.530929565429688
HHLMP,λ=8,65536,1,611967,9.337875366210938
HRLMP,λ=8,65536,1,632150,9.645843505859375
HRLMP,λ=8,65536,1,641109,9.782546997070312
HRLMP,λ=8,65536,1,630495,9.620590209960938
HRLMP,λ=8,65536,1,627092,9.56866455078125
HRLMP,λ=8,65536,1,646481,9.864517211914062
HRLMP,λ=8,65536,1,631194,9.631256103515625
HRLMP,λ=8,65536,1,575795,8.785934448242188
HRLMP,λ=8,65536,1,582032,8.881103515625
HRLMP,λ=8,65536,1,608281,9.281631469726562
HRLMP,λ=8,65536,1,637534,9.727996826171875
HRLMP,λ=8,65536,1,570222,8.700897216796875
HRLMP,λ=8,65536,1,639941,9.764724731445312
HRLMP,λ=8,65536,1,613405,9.359817504882812
HRLMP,λ=8,65536,1,588334,8.977264404296875
HRLMP,λ=8,65536,1,605901,9.245315551757812
HRLMP,λ=8,65536,1,637752,9.7313232421875
HRLMP,λ=8,65536,1,630248,9.6168212890625
HRLMP,λ=8,65536,1,604415,9.222640991210938
HRLMP,λ=8,65536,1,738783,11.272933959960938
HRLMP,λ=8,65536,1,597248,9.11328125
HRLMP,λ=8,65536,1,630531,9.621139526367188
HRLMP,λ=8,65536,1,631117,9.630081176757812
HRLMP,λ=8,65536,1,693777,10.586196899414062
HRLMP,λ=8,65536,1,665363,10.152633666992188
HRLMP,λ=8,65536,1,618443,9.436691284179688
HRLMP,λ=8,65536,1,591068,9.01898193359375
HRLMP,λ=8,65536,1,606417,9.253189086914062
HRLMP,λ=8,65536,1,601484,9.17791748046875
HRLMP,λ=8,65536,1,638988,9.75018310546875
HRLMP,λ=8,65536,1,621298,9.480255126953125
HRLMP,λ=8,65536,1,655688,10.0050048828125
HRLMP,λ=8,65536,1,644438,9.833343505859375
HRLMP,λ=8,65536,1,664138,10.133941650390625
HRLMP,λ=8,65536,1,578602,8.828765869140625
HRLMP,λ=8,65536,1,614645,9.378738403320312
HRLMP,λ=8,65536,1,632567,9.652206420898438
HRLMP,λ=8,65536,1,652909,9.962600708007812
HRLMP,λ=8,65536,1,621124,9.47760009765625
HRLMP,λ=8,65536,1,640774,9.777435302734375
HRLMP,λ=8,65536,1,574199,8.761581420898438
HRLMP,λ=8,65536,1,693659,10.584396362304688
HRLMP,λ=8,65536,1,625977,9.551651000976562
HRLMP,λ=8,65536,1,599480,9.1473388671875
HRLMP,λ=8,65536,1,571514,8.720611572265625
HRLMP,λ=8,65536,1,619381,9.451004028320312
HRLMP,λ=8,65536,1,584682,8.921539306640625
HRLMP,λ=8,65536,1,613129,9.355606079101562
HRLMP,λ=8,65536,1,732317,11.174270629882812
HRLMP,λ=8,65536,1,707419,10.794357299804688
HRLMP,λ=8,65536,1,577989,8.819412231445312
HRLMP,λ=8,65536,1,696989,10.635208129882812
HRLMP,λ=8,65536,1,616076,9.40057373046875
HRLMP,λ=8,65536,1,618156,9.43231201171875
HRLMP,λ=8,65536,1,617487,9.422103881835938
HRLMP,λ=8,65536,1,592658,9.043243408203125
HRLMP,λ=8,65536,1,650193,9.921157836914062
HRLMP,λ=8,65536,1,620307,9.465133666992188
HRLMP,λ=8,65536,1,621843,9.488571166992188
HRLMP,λ=8,65536,1,645874,9.855255126953125
HRLMP,λ=8,65536,1,648939,9.902023315429688
HRLMP,λ=8,65536,1,661610,10.095367431640625
HRLMP,λ=8,65536,1,648059,9.888595581054688
HRLMP,λ=8,65536,1,577993,8.819473266601562
HRLMP,λ=8,65536,1,585611,8.935714721679688
HRLMP,λ=8,65536,1,599836,9.15277099609375
HRLMP,λ=8,65536,1,596448,9.10107421875
HRLMP,λ=8,65536,1,572523,8.736007690429688
HRLMP,λ=8,65536,1,585462,8.933441162109375
HRLMP,λ=8,65536,1,650098,9.919708251953125
HRLMP,λ=8,65536,1,667157,10.180007934570312
HRLMP,λ=8,65536,1,647777,9.884292602539062
HRLMP,λ=8,65536,1,700743,10.692489624023438
HRLMP,λ=8,65536,1,600361,9.160781860351562
HRLMP,λ=8,65536,1,566512,8.644287109375
HRLMP,λ=8,65536,1,625217,9.540054321289062
HRLMP,λ=8,65536,1,572607,8.737289428710938
HRLMP,λ=8,65536,1,578004,8.81964111328125
HRLMP,λ=8,65536,1,615521,9.392105102539062
HRLMP,λ=8,65536,1,617800,9.4268798828125
HRLMP,λ=8,65536,1,637360,9.725341796875
HRLMP,λ=8,65536,1,587165,8.959426879882812
HRLMP,λ=8,65536,1,585998,8.941619873046875
HRLMP,λ=8,65536,1,610598,9.316986083984375
HRLMP,λ=8,65536,1,665010,10.147247314453125
HRLMP,λ=8,65536,1,586091,8.943038940429688
HRLMP,λ=8,65536,1,603316,9.20587158203125
HRLMP,λ=8,65536,1,567559,8.660263061523438
HRLMP,λ=8,65536,1,637353,9.725234985351562
HRLMP,λ=8,65536,1,608392,9.2833251953125
HRLMP,λ=8,65536,1,599627,9.149581909179688
HRLMP,λ=8,65536,1,682173,10.409133911132812
HRLMP,λ=8,65536,1,619447,9.452011108398438
HRLMP,λ=8,65536,1,582880,8.89404296875
HRLMP,λ=8,65536,1,605736,9.2427978515625
HRLMP,λ=8,65536,1,684807,10.449325561523438
HRLMP,λ=8,65536,1,632221,9.646926879882812
HRLMP,λ=8,65536,1,591404,9.02410888671875
HRLMP,λ=8,65536,1,577113,8.806045532226562
HRLMP,λ=8,65536,1,641995,9.796066284179688
HRLMP,λ=8,65536,1,609630,9.302215576171875
HSLMP,λ=8,65536,1,824030,12.573699951171875
HSLMP,λ=8,65536,1,814452,12.42755126953125
HSLMP,λ=8,65536,1,945995,14.434738159179688
HSLMP,λ=8,65536,1,976148,14.89483642578125
HSLMP,λ=8,65536,1,811168,12.37744140625
HSLMP,λ=8,65536,1,975555,14.885787963867188
HSLMP,λ=8,65536,1,893768,13.6378173828125
HSLMP,λ=8,65536,1,861607,13.147079467773438
HSLMP,λ=8,65536,1,904830,13.806610107421875
HSLMP,λ=8,65536,1,857082,13.078033447265625
HSLMP,λ=8,65536,1,913314,13.936065673828125
HSLMP,λ=8,65536,1,853069,13.016799926757812
HSLMP,λ=8,65536,1,1088402,16.607696533203125
HSLMP,λ=8,65536,1,934885,14.265213012695312
HSLMP,λ=8,65536,1,980865,14.966812133789062
HSLMP,λ=8,65536,1,857442,13.083526611328125
HSLMP,λ=8,65536,1,982595,14.993209838867188
HSLMP,λ=8,65536,1,868870,13.257904052734375
HSLMP,λ=8,65536,1,968252,14.77435302734375
HSLMP,λ=8,65536,1,933856,14.24951171875
HSLMP,λ=8,65536,1,1008463,15.387924194335938
HSLMP,λ=8,65536,1,962925,14.693069458007812
HSLMP,λ=8,65536,1,906385,13.830337524414062
HSLMP,λ=8,65536,1,820762,12.523834228515625
HSLMP,λ=8,65536,1,858121,13.093887329101562
HSLMP,λ=8,65536,1,932384,14.22705078125
HSLMP,λ=8,65536,1,879944,13.4268798828125
HSLMP,λ=8,65536,1,881078,13.444183349609375
HSLMP,λ=8,65536,1,876789,13.378738403320312
HSLMP,λ=8,65536,1,938846,14.325653076171875
HSLMP,λ=8,65536,1,896924,13.68597412109375
HSLMP,λ=8,65536,1,824381,12.579055786132812
HSLMP,λ=8,65536,1,822104,12.5443115234375
HSLMP,λ=8,65536,1,918757,14.019119262695312
HSLMP,λ=8,65536,1,918709,14.018386840820312
HSLMP,λ=8,65536,1,999011,15.243698120117188
HSLMP,λ=8,65536,1,900168,13.7354736328125
HSLMP,λ=8,65536,1,890681,13.590713500976562
HSLMP,λ=8,65536,1,836803,12.768600463867188
HSLMP,λ=8,65536,1,841081,12.833877563476562
HSLMP,λ=8,65536,1,918048,14.00830078125
HSLMP,λ=8,65536,1,1016782,15.514862060546875
HSLMP,λ=8,65536,1,842055,12.848739624023438
HSLMP,λ=8,65536,1,911114,13.902496337890625
HSLMP,λ=8,65536,1,877560,13.3905029296875
HSLMP,λ=8,65536,1,911577,13.909561157226562
HSLMP,λ=8,65536,1,853378,13.021514892578125
HSLMP,λ=8,65536,1,869013,13.260086059570312
HSLMP,λ=8,65536,1,855415,13.052597045898438
HSLMP,λ=8,65536,1,927345,14.150161743164062
HSLMP,λ=8,65536,1,1043857,15.927993774414062
HSLMP,λ=8,65536,1,863212,13.17156982421875
HSLMP,λ=8,65536,1,978625,14.932632446289062
HSLMP,λ=8,65536,1,831903,12.693832397460938
HSLMP,λ=8,65536,1,877973,13.396804809570312
HSLMP,λ=8,65536,1,888587,13.558761596679688
HSLMP,λ=8,65536,1,850485,12.977371215820312
HSLMP,λ=8,65536,1,887776,13.54638671875
HSLMP,λ=8,65536,1,914220,13.94989013671875
HSLMP,λ=8,65536,1,800852,12.22003173828125
HSLMP,λ=8,65536,1,880506,13.435455322265625
HSLMP,λ=8,65536,1,854352,13.036376953125
HSLMP,λ=8,65536,1,949748,14.49200439453125
HSLMP,λ=8,65536,1,843663,12.873275756835938
HSLMP,λ=8,65536,1,1067343,16.286361694335938
HSLMP,λ=8,65536,1,1009088,15.3974609375
HSLMP,λ=8,65536,1,847303,12.928817749023438
HSLMP,λ=8,65536,1,921805,14.065628051757812
HSLMP,λ=8,65536,1,1016822,15.515472412109375
HSLMP,λ=8,65536,1,942760,14.3853759765625
HSLMP,λ=8,65536,1,889643,13.574874877929688
HSLMP,λ=8,65536,1,1060842,16.187164306640625
HSLMP,λ=8,65536,1,930421,14.197097778320312
HSLMP,λ=8,65536,1,852025,13.000869750976562
HSLMP,λ=8,65536,1,1018747,15.544845581054688
HSLMP,λ=8,65536,1,1080983,16.494491577148438
HSLMP,λ=8,65536,1,970183,14.803817749023438
HSLMP,λ=8,65536,1,957817,14.615127563476562
HSLMP,λ=8,65536,1,894528,13.6494140625
HSLMP,λ=8,65536,1,929954,14.189971923828125
HSLMP,λ=8,65536,1,847333,12.929275512695312
HSLMP,λ=8,65536,1,909472,13.87744140625
HSLMP,λ=8,65536,1,1013858,15.470245361328125
HSLMP,λ=8,65536,1,890302,13.584930419921875
HSLMP,λ=8,65536,1,945945,14.433975219726562
HSLMP,λ=8,65536,1,834328,12.7308349609375
HSLMP,λ=8,65536,1,837650,12.781524658203125
HSLMP,λ=8,65536,1,928884,14.17364501953125
HSLMP,λ=8,65536,1,941645,14.368362426757812
HSLMP,λ=8,65536,1,827395,12.625045776367188
HSLMP,λ=8,65536,1,919824,14.035400390625
HSLMP,λ=8,65536,1,896588,13.68084716796875
HSLMP,λ=8,65536,1,835519,12.749008178710938
HSLMP,λ=8,65536,1,931393,14.211929321289062
HSLMP,λ=8,65536,1,864477,13.190872192382812
HSLMP,λ=8,65536,1,919889,14.036392211914062
HSLMP,λ=8,65536,1,1018529,15.541519165039062
HSLMP,λ=8,65536,1,852100,13.00201416015625
HSLMP,λ=8,65536,1,897160,13.6895751953125
HSLMP,λ=8,65536,1,1016162,15.505401611328125
HSDIP,λ=8,65536,1,987859,15.073532104492188
HSDIP,λ=8,65536,1,1260307,19.230758666992188
HSDIP,λ=8,65536,1,1054648,16.0926513671875
HSDIP,λ=8,65536,1,923995,14.099044799804688
HSDIP,λ=8,65536,1,955396,14.57818603515625
HSDIP,λ=8,65536,1,987427,15.066940307617188
HSDIP,λ=8,65536,1,1013356,15.46258544921875
HSDIP,λ=8,65536,1,988102,15.077239990234375
HSDIP,λ=8,65536,1,1019881,15.562149047851562
HSDIP,λ=8,65536,1,969409,14.792007446289062
HSDIP,λ=8,65536,1,1073962,16.387359619140625
HSDIP,λ=8,65536,1,885871,13.517318725585938
HSDIP,λ=8,65536,1,1177615,17.968978881835938
HSDIP,λ=8,65536,1,930826,14.203277587890625
HSDIP,λ=8,65536,1,1066105,16.267471313476562
HSDIP,λ=8,65536,1,911152,13.903076171875
HSDIP,λ=8,65536,1,943327,14.394027709960938
HSDIP,λ=8,65536,1,864748,13.19500732421875
HSDIP,λ=8,65536,1,890623,13.589828491210938
HSDIP,λ=8,65536,1,938935,14.327011108398438
HSDIP,λ=8,65536,1,1293247,19.733383178710938
HSDIP,λ=8,65536,1,919882,14.036285400390625
HSDIP,λ=8,65536,1,1028332,15.69110107421875
HSDIP,λ=8,65536,1,1049518,16.014373779296875
HSDIP,λ=8,65536,1,1247905,19.041519165039062
HSDIP,λ=8,65536,1,906913,13.838394165039062
HSDIP,λ=8,65536,1,948502,14.472991943359375
HSDIP,λ=8,65536,1,903538,13.786895751953125
HSDIP,λ=8,65536,1,899371,13.723312377929688
HSDIP,λ=8,65536,1,991648,15.13134765625
HSDIP,λ=8,65536,1,940753,14.354751586914062
HSDIP,λ=8,65536,1,978121,14.924942016601562
HSDIP,λ=8,65536,1,948349,14.470657348632812
HSDIP,λ=8,65536,1,952444,14.53314208984375
HSDIP,λ=8,65536,1,982027,14.984542846679688
HSDIP,λ=8,65536,1,964117,14.711257934570312
HSDIP,λ=8,65536,1,1101808,16.812255859375
HSDIP,λ=8,65536,1,898858,13.715484619140625
HSDIP,λ=8,65536,1,986581,15.054031372070312
HSDIP,λ=8,65536,1,978958,14.937713623046875
HSDIP,λ=8,65536,1,924688,14.109619140625
HSDIP,λ=8,65536,1,821899,12.541183471679688
HSDIP,λ=8,65536,1,913726,13.942352294921875
HSDIP,λ=8,65536,1,916966,13.991790771484375
HSDIP,λ=8,65536,1,930871,14.203964233398438
HSDIP,λ=8,65536,1,1131778,17.269561767578125
HSDIP,λ=8,65536,1,934273,14.255874633789062
HSDIP,λ=8,65536,1,963433,14.700820922851562
HSDIP,λ=8,65536,1,1054720,16.09375
HSDIP,λ=8,65536,1,1036558,15.816619873046875
HSDIP,λ=8,65536,1,1115722,17.024566650390625
HSDIP,λ=8,65536,1,877294,13.386444091796875
HSDIP,λ=8,65536,1,918091,14.008956909179688
HSDIP,λ=8,65536,1,876448,13.37353515625
HSDIP,λ=8,65536,1,943714,14.399932861328125
HSDIP,λ=8,65536,1,994888,15.1807861328125
HSDIP,λ=8,65536,1,888157,13.552200317382812
HSDIP,λ=8,65536,1,868303,13.249252319335938
HSDIP,λ=8,65536,1,857782,13.088714599609375
HSDIP,λ=8,65536,1,1037503,15.831039428710938
HSDIP,λ=8,65536,1,888571,13.558517456054688
HSDIP,λ=8,65536,1,930790,14.202728271484375
HSDIP,λ=8,65536,1,989020,15.09124755859375
HSDIP,λ=8,65536,1,1039987,15.868942260742188
HSDIP,λ=8,65536,1,894808,13.6536865234375
HSDIP,λ=8,65536,1,1037728,15.83447265625
HSDIP,λ=8,65536,1,916876,13.99041748046875
HSDIP,λ=8,65536,1,1245673,19.007461547851562
HSDIP,λ=8,65536,1,905770,13.820953369140625
HSDIP,λ=8,65536,1,894997,13.656570434570312
HSDIP,λ=8,65536,1,1016668,15.51312255859375
HSDIP,λ=8,65536,1,927118,14.146697998046875
HSDIP,λ=8,65536,1,930817,14.203140258789062
HSDIP,λ=8,65536,1,875638,13.361175537109375
HSDIP,λ=8,65536,1,1016830,15.515594482421875
HSDIP,λ=8,65536,1,1115029,17.013992309570312
HSDIP,λ=8,65536,1,922393,14.074600219726562
HSDIP,λ=8,65536,1,958807,14.630233764648438
HSDIP,λ=8,65536,1,919261,14.026809692382812
HSDIP,λ=8,65536,1,893881,13.639541625976562
HSDIP,λ=8,65536,1,935128,14.2689208984375
HSDIP,λ=8,65536,1,892801,13.623062133789062
HSDIP,λ=8,65536,1,880003,13.427780151367188
HSDIP,λ=8,65536,1,1030078,15.717742919921875
HSDIP,λ=8,65536,1,975151,14.879623413085938
HSDIP,λ=8,65536,1,843742,12.874481201171875
HSDIP,λ=8,65536,1,940303,14.347885131835938
HSDIP,λ=8,65536,1,909181,13.873001098632812
HSDIP,λ=8,65536,1,1077724,16.44476318359375
HSDIP,λ=8,65536,1,1036495,15.815658569335938
HSDIP,λ=8,65536,1,849277,12.958938598632812
HSDIP,λ=8,65536,1,1060453,16.181228637695312
HSDIP,λ=8,65536,1,1003456,15.3115234375
HSDIP,λ=8,65536,1,937459,14.304489135742188
HSDIP,λ=8,65536,1,952858,14.539459228515625
HSDIP,λ=8,65536,1,865216,13.2021484375
HSDIP,λ=8,65536,1,1005877,15.348464965820312
HSDIP,λ=8,65536,1,1098217,16.757461547851562
HSDIP,λ=8,65536,1,891361,13.601089477539062
HSDIP,λ=8,65536,1,1111906,16.966339111328125
HRDIP,λ=8,65536,1,673762,10.280792236328125
HRDIP,λ=8,65536,1,863302,13.172943115234375
HRDIP,λ=8,65536,1,710688,10.84423828125
HRDIP,λ=8,65536,1,741247,11.310531616210938
HRDIP,λ=8,65536,1,720430,10.992889404296875
HRDIP,λ=8,65536,1,643882,9.824859619140625
HRDIP,λ=8,65536,1,727171,11.095748901367188
HRDIP,λ=8,65536,1,706779,10.784591674804688
HRDIP,λ=8,65536,1,665634,10.156768798828125
HRDIP,λ=8,65536,1,693036,10.57489013671875
HRDIP,λ=8,65536,1,666681,10.172744750976562
HRDIP,λ=8,65536,1,702844,10.72454833984375
HRDIP,λ=8,65536,1,680824,10.3885498046875
HRDIP,λ=8,65536,1,742982,11.337005615234375
HRDIP,λ=8,65536,1,693083,10.575607299804688
HRDIP,λ=8,65536,1,724934,11.061614990234375
HRDIP,λ=8,65536,1,784339,11.968063354492188
HRDIP,λ=8,65536,1,728252,11.11224365234375
HRDIP,λ=8,65536,1,832173,12.697952270507812
HRDIP,λ=8,65536,1,718609,10.965103149414062
HRDIP,λ=8,65536,1,725334,11.067718505859375
HRDIP,λ=8,65536,1,680419,10.382369995117188
HRDIP,λ=8,65536,1,719244,10.97479248046875
HRDIP,λ=8,65536,1,719530,10.979156494140625
HRDIP,λ=8,65536,1,719818,10.983551025390625
HRDIP,λ=8,65536,1,811927,12.389022827148438
HRDIP,λ=8,65536,1,694292,10.59405517578125
HRDIP,λ=8,65536,1,962084,14.68023681640625
HRDIP,λ=8,65536,1,721098,11.003082275390625
HRDIP,λ=8,65536,1,752322,11.479522705078125
HRDIP,λ=8,65536,1,725995,11.077804565429688
HRDIP,λ=8,65536,1,875340,13.35662841796875
HRDIP,λ=8,65536,1,675514,10.307525634765625
HRDIP,λ=8,65536,1,686984,10.4825439453125
HRDIP,λ=8,65536,1,670083,10.224655151367188
HRDIP,λ=8,65536,1,760023,11.597030639648438
HRDIP,λ=8,65536,1,683480,10.4290771484375
HRDIP,λ=8,65536,1,697995,10.650558471679688
HRDIP,λ=8,65536,1,702393,10.717666625976562
HRDIP,λ=8,65536,1,676663,10.325057983398438
HRDIP,λ=8,65536,1,750277,11.448318481445312
HRDIP,λ=8,65536,1,719342,10.976287841796875
HRDIP,λ=8,65536,1,690415,10.534896850585938
HRDIP,λ=8,65536,1,775555,11.834030151367188
HRDIP,λ=8,65536,1,693912,10.5882568359375
HRDIP,λ=8,65536,1,727251,11.096969604492188
HRDIP,λ=8,65536,1,794813,12.127883911132812
HRDIP,λ=8,65536,1,726974,11.092742919921875
HRDIP,λ=8,65536,1,758046,11.566864013671875
HRDIP,λ=8,65536,1,693158,10.576751708984375
HRDIP,λ=8,65536,1,721180,11.00433349609375
HRDIP,λ=8,65536,1,674943,10.298812866210938
HRDIP,λ=8,65536,1,658099,10.041793823242188
HRDIP,λ=8,65536,1,771368,11.7701416015625
HRDIP,λ=8,65536,1,719543,10.979354858398438
HRDIP,λ=8,65536,1,673207,10.272323608398438
HRDIP,λ=8,65536,1,734293,11.204421997070312
HRDIP,λ=8,65536,1,701962,10.711090087890625
HRDIP,λ=8,65536,1,693962,10.589019775390625
HRDIP,λ=8,65536,1,690792,10.5406494140625
HRDIP,λ=8,65536,1,764825,11.670303344726562
HRDIP,λ=8,65536,1,723521,11.040054321289062
HRDIP,λ=8,65536,1,686394,10.473541259765625
HRDIP,λ=8,65536,1,800317,12.211868286132812
HRDIP,λ=8,65536,1,699644,10.67572021484375
HRDIP,λ=8,65536,1,724853,11.060379028320312
HRDIP,λ=8,65536,1,670453,10.230300903320312
HRDIP,λ=8,65536,1,737691,11.256271362304688
HRDIP,λ=8,65536,1,669978,10.223052978515625
HRDIP,λ=8,65536,1,748555,11.422042846679688
HRDIP,λ=8,65536,1,779016,11.8868408203125
HRDIP,λ=8,65536,1,716547,10.933639526367188
HRDIP,λ=8,65536,1,784106,11.964508056640625
HRDIP,λ=8,65536,1,664071,10.132919311523438
HRDIP,λ=8,65536,1,735682,11.225616455078125
HRDIP,λ=8,65536,1,721059,11.002487182617188
HRDIP,λ=8,65536,1,735967,11.229965209960938
HRDIP,λ=8,65536,1,760385,11.602554321289062
HRDIP,λ=8,65536,1,774649,11.820205688476562
HRDIP,λ=8,65536,1,752919,11.488632202148438
HRDIP,λ=8,65536,1,656713,10.020645141601562
HRDIP,λ=8,65536,1,708458,10.810211181640625
HRDIP,λ=8,65536,1,693429,10.580886840820312
HRDIP,λ=8,65536,1,712309,10.868972778320312
HRDIP,λ=8,65536,1,719268,10.97515869140625
HRDIP,λ=8,65536,1,674179,10.287155151367188
HRDIP,λ=8,65536,1,692318,10.563934326171875
HRDIP,λ=8,65536,1,694063,10.590560913085938
HRDIP,λ=8,65536,1,711723,10.860031127929688
HRDIP,λ=8,65536,1,714493,10.902297973632812
HRDIP,λ=8,65536,1,702193,10.714614868164062
HRDIP,λ=8,65536,1,815275,12.440109252929688
HRDIP,λ=8,65536,1,727587,11.102096557617188
HRDIP,λ=8,65536,1,715998,10.925262451171875
HRDIP,λ=8,65536,1,660508,10.07855224609375
HRDIP,λ=8,65536,1,818167,12.484237670898438
HRDIP,λ=8,65536,1,689270,10.517425537109375
HRDIP,λ=8,65536,1,855503,13.053939819335938
HRDIP,λ=8,65536,1,743327,11.342269897460938
HRDIP,λ=8,65536,1,735062,11.216156005859375
HHDIP,λ=8,65536,1,756579,11.544479370117188
HHDIP,λ=8,65536,1,817820,12.47894287109375
HHDIP,λ=8,65536,1,802891,12.251144409179688
HHDIP,λ=8,65536,1,687261,10.486770629882812
HHDIP,λ=8,65536,1,706694,10.783294677734375
HHDIP,λ=8,65536,1,785187,11.981002807617188
HHDIP,λ=8,65536,1,770978,11.764190673828125
HHDIP,λ=8,65536,1,719385,10.976943969726562
HHDIP,λ=8,65536,1,814137,12.422744750976562
HHDIP,λ=8,65536,1,708984,10.8182373046875
HHDIP,λ=8,65536,1,697175,10.638046264648438
HHDIP,λ=8,65536,1,715114,10.911773681640625
HHDIP,λ=8,65536,1,710137,10.835830688476562
HHDIP,λ=8,65536,1,678305,10.350112915039062
HHDIP,λ=8,65536,1,691795,10.555953979492188
HHDIP,λ=8,65536,1,738981,11.275955200195312
HHDIP,λ=8,65536,1,740974,11.306365966796875
HHDIP,λ=8,65536,1,687052,10.48358154296875
HHDIP,λ=8,65536,1,678992,10.360595703125
HHDIP,λ=8,65536,1,763967,11.657211303710938
HHDIP,λ=8,65536,1,761132,11.61395263671875
HHDIP,λ=8,65536,1,688921,10.512100219726562
HHDIP,λ=8,65536,1,708635,10.812911987304688
HHDIP,λ=8,65536,1,719615,10.980453491210938
HHDIP,λ=8,65536,1,682923,10.420578002929688
HHDIP,λ=8,65536,1,712948,10.87872314453125
HHDIP,λ=8,65536,1,780313,11.906631469726562
HHDIP,λ=8,65536,1,708310,10.807952880859375
HHDIP,λ=8,65536,1,727718,11.104095458984375
HHDIP,λ=8,65536,1,662733,10.112503051757812
HHDIP,λ=8,65536,1,731841,11.167007446289062
HHDIP,λ=8,65536,1,796004,12.14605712890625
HHDIP,λ=8,65536,1,684746,10.448394775390625
HHDIP,λ=8,65536,1,662869,10.114578247070312
HHDIP,λ=8,65536,1,783530,11.955718994140625
HHDIP,λ=8,65536,1,700129,10.683120727539062
HHDIP,λ=8,65536,1,807469,12.320999145507812
HHDIP,λ=8,65536,1,737448,11.2525634765625
HHDIP,λ=8,65536,1,711284,10.85333251953125
HHDIP,λ=8,65536,1,668998,10.208099365234375
HHDIP,λ=8,65536,1,784217,11.966201782226562
HHDIP,λ=8,65536,1,719297,10.975601196289062
HHDIP,λ=8,65536,1,737266,11.249786376953125
HHDIP,λ=8,65536,1,703024,10.727294921875
HHDIP,λ=8,65536,1,683243,10.425460815429688
HHDIP,λ=8,65536,1,695418,10.611236572265625
HHDIP,λ=8,65536,1,752906,11.488433837890625
HHDIP,λ=8,65536,1,684684,10.44744873046875
HHDIP,λ=8,65536,1,745098,11.369293212890625
HHDIP,λ=8,65536,1,726268,11.08197021484375
HHDIP,λ=8,65536,1,720403,10.992477416992188
HHDIP,λ=8,65536,1,763989,11.657546997070312
HHDIP,λ=8,65536,1,770514,11.757110595703125
HHDIP,λ=8,65536,1,744558,11.361053466796875
HHDIP,λ=8,65536,1,786922,12.007476806640625
HHDIP,λ=8,65536,1,718470,10.962982177734375
HHDIP,λ=8,65536,1,767190,11.706390380859375
HHDIP,λ=8,65536,1,705203,10.760543823242188
HHDIP,λ=8,65536,1,714688,10.9052734375
HHDIP,λ=8,65536,1,743021,11.337600708007812
HHDIP,λ=8,65536,1,730347,11.144210815429688
HHDIP,λ=8,65536,1,766646,11.698089599609375
HHDIP,λ=8,65536,1,686823,10.480087280273438
HHDIP,λ=8,65536,1,759088,11.582763671875
HHDIP,λ=8,65536,1,682570,10.415191650390625
HHDIP,λ=8,65536,1,671212,10.24188232421875
HHDIP,λ=8,65536,1,749551,11.437240600585938
HHDIP,λ=8,65536,1,742173,11.324661254882812
HHDIP,λ=8,65536,1,755938,11.534698486328125
HHDIP,λ=8,65536,1,716005,10.925369262695312
HHDIP,λ=8,65536,1,745239,11.371444702148438
HHDIP,λ=8,65536,1,699832,10.6785888671875
HHDIP,λ=8,65536,1,788139,12.026046752929688
HHDIP,λ=8,65536,1,699825,10.678482055664062
HHDIP,λ=8,65536,1,722389,11.022781372070312
HHDIP,λ=8,65536,1,764555,11.666183471679688
HHDIP,λ=8,65536,1,742560,11.33056640625
HHDIP,λ=8,65536,1,664122,10.133697509765625
HHDIP,λ=8,65536,1,722144,11.01904296875
HHDIP,λ=8,65536,1,738444,11.26776123046875
HHDIP,λ=8,65536,1,870447,13.281967163085938
HHDIP,λ=8,65536,1,747734,11.409515380859375
HHDIP,λ=8,65536,1,697113,10.637100219726562
HHDIP,λ=8,65536,1,720984,11.0013427734375
HHDIP,λ=8,65536,1,762128,11.629150390625
HHDIP,λ=8,65536,1,704272,10.746337890625
HHDIP,λ=8,65536,1,697574,10.644134521484375
HHDIP,λ=8,65536,1,703879,10.740341186523438
HHDIP,λ=8,65536,1,759761,11.593032836914062
HHDIP,λ=8,65536,1,683133,10.423782348632812
HHDIP,λ=8,65536,1,787760,12.020263671875
HHDIP,λ=8,65536,1,724702,11.058074951171875
HHDIP,λ=8,65536,1,761602,11.621124267578125
HHDIP,λ=8,65536,1,764269,11.661819458007812
HHDIP,λ=8,65536,1,704031,10.742660522460938
HHDIP,λ=8,65536,1,740442,11.298248291015625
HHDIP,λ=8,65536,1,711782,10.860931396484375
HHDIP,λ=8,65536,1,694468,10.59674072265625
HHDIP,λ=8,65536,1,731033,11.154678344726562
HHDIP,λ=8,65536,1,694980,10.60455322265625
HHLIP,λ=8,65536,1,722651,11.026779174804688
HHLIP,λ=8,65536,1,770954,11.763824462890625
HHLIP,λ=8,65536,1,667801,10.189834594726562
HHLIP,λ=8,65536,1,757155,11.553268432617188
HHLIP,λ=8,65536,1,776994,11.855987548828125
HHLIP,λ=8,65536,1,728038,11.108978271484375
HHLIP,λ=8,65536,1,687159,10.485214233398438
HHLIP,λ=8,65536,1,697989,10.650466918945312
HHLIP,λ=8,65536,1,771364,11.77008056640625
HHLIP,λ=8,65536,1,708984,10.8182373046875
HHLIP,λ=8,65536,1,719820,10.98358154296875
HHLIP,λ=8,65536,1,717628,10.95013427734375
HHLIP,λ=8,65536,1,773354,11.800445556640625
HHLIP,λ=8,65536,1,709635,10.828170776367188
HHLIP,λ=8,65536,1,742111,11.323715209960938
HHLIP,λ=8,65536,1,751462,11.466400146484375
HHLIP,λ=8,65536,1,813188,12.40826416015625
HHLIP,λ=8,65536,1,725101,11.064163208007812
HHLIP,λ=8,65536,1,719347,10.976364135742188
HHLIP,λ=8,65536,1,726195,11.080856323242188
HHLIP,λ=8,65536,1,759135,11.583480834960938
HHLIP,λ=8,65536,1,785804,11.99041748046875
HHLIP,λ=8,65536,1,719530,10.979156494140625
HHLIP,λ=8,65536,1,756005,11.535720825195312
HHLIP,λ=8,65536,1,751261,11.463333129882812
HHLIP,λ=8,65536,1,775761,11.837173461914062
HHLIP,λ=8,65536,1,719233,10.974624633789062
HHLIP,λ=8,65536,1,767107,11.705123901367188
HHLIP,λ=8,65536,1,794750,12.126922607421875
HHLIP,λ=8,65536,1,741912,11.3206787109375
HHLIP,λ=8,65536,1,673626,10.278717041015625
HHLIP,λ=8,65536,1,778689,11.881851196289062
HHLIP,λ=8,65536,1,757496,11.5584716796875
HHLIP,λ=8,65536,1,717846,10.953460693359375
HHLIP,λ=8,65536,1,752821,11.487136840820312
HHLIP,λ=8,65536,1,684061,10.437942504882812
HHLIP,λ=8,65536,1,781431,11.923690795898438
HHLIP,λ=8,65536,1,831410,12.686309814453125
HHLIP,λ=8,65536,1,671945,10.253067016601562
HHLIP,λ=8,65536,1,740657,11.301528930664062
HHLIP,λ=8,65536,1,718413,10.962112426757812
HHLIP,λ=8,65536,1,733318,11.189544677734375
HHLIP,λ=8,65536,1,827767,12.630722045898438
HHLIP,λ=8,65536,1,722428,11.02337646484375
HHLIP,λ=8,65536,1,803667,12.262985229492188
HHLIP,λ=8,65536,1,765786,11.684967041015625
HHLIP,λ=8,65536,1,727253,11.097000122070312
HHLIP,λ=8,65536,1,749758,11.440399169921875
HHLIP,λ=8,65536,1,920697,14.048721313476562
HHLIP,λ=8,65536,1,761375,11.617660522460938
HHLIP,λ=8,65536,1,902139,13.765548706054688
HHLIP,λ=8,65536,1,856559,13.070053100585938
HHLIP,λ=8,65536,1,748190,11.416473388671875
HHLIP,λ=8,65536,1,765683,11.683395385742188
HHLIP,λ=8,65536,1,730707,11.149703979492188
HHLIP,λ=8,65536,1,757688,11.5614013671875
HHLIP,λ=8,65536,1,792272,12.089111328125
HHLIP,λ=8,65536,1,726858,11.090972900390625
HHLIP,λ=8,65536,1,817870,12.479705810546875
HHLIP,λ=8,65536,1,845942,12.908050537109375
HHLIP,λ=8,65536,1,741060,11.30767822265625
HHLIP,λ=8,65536,1,686369,10.473159790039062
HHLIP,λ=8,65536,1,703543,10.735214233398438
HHLIP,λ=8,65536,1,881660,13.45306396484375
HHLIP,λ=8,65536,1,751298,11.463897705078125
HHLIP,λ=8,65536,1,772002,11.779815673828125
HHLIP,λ=8,65536,1,843783,12.875106811523438
HHLIP,λ=8,65536,1,776779,11.852706909179688
HHLIP,λ=8,65536,1,758816,11.57861328125
HHLIP,λ=8,65536,1,737427,11.252243041992188
HHLIP,λ=8,65536,1,800460,12.21405029296875
HHLIP,λ=8,65536,1,685709,10.463088989257812
HHLIP,λ=8,65536,1,719153,10.973403930664062
HHLIP,λ=8,65536,1,761921,11.625991821289062
HHLIP,λ=8,65536,1,770784,11.76123046875
HHLIP,λ=8,65536,1,845120,12.8955078125
HHLIP,λ=8,65536,1,683319,10.426620483398438
HHLIP,λ=8,65536,1,719309,10.975784301757812
HHLIP,λ=8,65536,1,706466,10.779815673828125
HHLIP,λ=8,65536,1,718685,10.966262817382812
HHLIP,λ=8,65536,1,712136,10.8663330078125
HHLIP,λ=8,65536,1,730056,11.1397705078125
HHLIP,λ=8,65536,1,801330,12.227325439453125
HHLIP,λ=8,65536,1,744657,11.362564086914062
HHLIP,λ=8,65536,1,779640,11.8963623046875
HHLIP,λ=8,65536,1,772282,11.784088134765625
HHLIP,λ=8,65536,1,850768,12.981689453125
HHLIP,λ=8,65536,1,760660,11.60675048828125
HHLIP,λ=8,65536,1,865157,13.201248168945312
HHLIP,λ=8,65536,1,840504,12.8250732421875
HHLIP,λ=8,65536,1,674024,10.2847900390625
HHLIP,λ=8,65536,1,770823,11.761825561523438
HHLIP,λ=8,65536,1,820073,12.513320922851562
HHLIP,λ=8,65536,1,757410,11.557159423828125
HHLIP,λ=8,65536,1,693724,10.58538818359375
HHLIP,λ=8,65536,1,690759,10.540145874023438
HHLIP,λ=8,65536,1,741823,11.319320678710938
HHLIP,λ=8,65536,1,695865,10.618057250976562
HHLIP,λ=8,65536,1,720975,11.001205444335938
HHLIP,λ=8,65536,1,699409,10.672134399414062
HRLIP,λ=8,65536,1,727945,11.107559204101562
HRLIP,λ=8,65536,1,755757,11.531936645507812
HRLIP,λ=8,65536,1,774889,11.823867797851562
HRLIP,λ=8,65536,1,698620,10.66009521484375
HRLIP,λ=8,65536,1,779278,11.890838623046875
HRLIP,λ=8,65536,1,671544,10.2469482421875
HRLIP,λ=8,65536,1,692602,10.568267822265625
HRLIP,λ=8,65536,1,788689,12.034439086914062
HRLIP,λ=8,65536,1,724806,11.059661865234375
HRLIP,λ=8,65536,1,810077,12.360794067382812
HRLIP,λ=8,65536,1,810136,12.3616943359375
HRLIP,λ=8,65536,1,717990,10.955657958984375
HRLIP,λ=8,65536,1,768177,11.721450805664062
HRLIP,λ=8,65536,1,720089,10.987686157226562
HRLIP,λ=8,65536,1,716741,10.936599731445312
HRLIP,λ=8,65536,1,705359,10.762924194335938
HRLIP,λ=8,65536,1,677354,10.335601806640625
HRLIP,λ=8,65536,1,699727,10.676986694335938
HRLIP,λ=8,65536,1,788927,12.038070678710938
HRLIP,λ=8,65536,1,715660,10.92010498046875
HRLIP,λ=8,65536,1,693640,10.5841064453125
HRLIP,λ=8,65536,1,821456,12.534423828125
HRLIP,λ=8,65536,1,733565,11.193313598632812
HRLIP,λ=8,65536,1,853479,13.023056030273438
HRLIP,λ=8,65536,1,696178,10.622833251953125
HRLIP,λ=8,65536,1,977640,14.9176025390625
HRLIP,λ=8,65536,1,703764,10.73858642578125
HRLIP,λ=8,65536,1,718030,10.956268310546875
HRLIP,λ=8,65536,1,711193,10.851943969726562
HRLIP,λ=8,65536,1,746415,11.389389038085938
HRLIP,λ=8,65536,1,749558,11.437347412109375
HRLIP,λ=8,65536,1,690990,10.543670654296875
HRLIP,λ=8,65536,1,860184,13.1253662109375
HRLIP,λ=8,65536,1,727273,11.097305297851562
HRLIP,λ=8,65536,1,711908,10.86285400390625
HRLIP,λ=8,65536,1,744261,11.356521606445312
HRLIP,λ=8,65536,1,693995,10.589523315429688
HRLIP,λ=8,65536,1,711208,10.8521728515625
HRLIP,λ=8,65536,1,714919,10.908798217773438
HRLIP,λ=8,65536,1,769526,11.742034912109375
HRLIP,λ=8,65536,1,704261,10.746170043945312
HRLIP,λ=8,65536,1,768253,11.722610473632812
HRLIP,λ=8,65536,1,722485,11.024246215820312
HRLIP,λ=8,65536,1,777203,11.859176635742188
HRLIP,λ=8,65536,1,734040,11.2005615234375
HRLIP,λ=8,65536,1,771235,11.768112182617188
HRLIP,λ=8,65536,1,731803,11.166427612304688
HRLIP,λ=8,65536,1,764537,11.665908813476562
HRLIP,λ=8,65536,1,694318,10.594451904296875
HRLIP,λ=8,65536,1,697660,10.64544677734375
HRLIP,λ=8,65536,1,679434,10.367340087890625
HRLIP,λ=8,65536,1,768032,11.71923828125
HRLIP,λ=8,65536,1,724767,11.059066772460938
HRLIP,λ=8,65536,1,761441,11.618667602539062
HRLIP,λ=8,65536,1,848322,12.944366455078125
HRLIP,λ=8,65536,1,779700,11.89727783203125
HRLIP,λ=8,65536,1,746303,11.387680053710938
HRLIP,λ=8,65536,1,779248,11.890380859375
HRLIP,λ=8,65536,1,701012,10.69659423828125
HRLIP,λ=8,65536,1,761274,11.616119384765625
HRLIP,λ=8,65536,1,696495,10.627670288085938
HRLIP,λ=8,65536,1,798151,12.178817749023438
HRLIP,λ=8,65536,1,706368,10.7783203125
HRLIP,λ=8,65536,1,840542,12.825653076171875
HRLIP,λ=8,65536,1,702725,10.722732543945312
HRLIP,λ=8,65536,1,783834,11.960357666015625
HRLIP,λ=8,65536,1,703441,10.733657836914062
HRLIP,λ=8,65536,1,702227,10.715133666992188
HRLIP,λ=8,65536,1,691898,10.557525634765625
HRLIP,λ=8,65536,1,735707,11.225997924804688
HRLIP,λ=8,65536,1,736190,11.233367919921875
HRLIP,λ=8,65536,1,715914,10.923980712890625
HRLIP,λ=8,65536,1,788944,12.038330078125
HRLIP,λ=8,65536,1,774853,11.823318481445312
HRLIP,λ=8,65536,1,742854,11.335052490234375
HRLIP,λ=8,65536,1,759690,11.591949462890625
HRLIP,λ=8,65536,1,722192,11.019775390625
HRLIP,λ=8,65536,1,695382,10.610687255859375
HRLIP,λ=8,65536,1,807895,12.327499389648438
HRLIP,λ=8,65536,1,722819,11.029342651367188
HRLIP,λ=8,65536,1,800091,12.208419799804688
HRLIP,λ=8,65536,1,798727,12.187606811523438
HRLIP,λ=8,65536,1,713680,10.889892578125
HRLIP,λ=8,65536,1,768280,11.7230224609375
HRLIP,λ=8,65536,1,742992,11.337158203125
HRLIP,λ=8,65536,1,694663,10.599716186523438
HRLIP,λ=8,65536,1,785027,11.978561401367188
HRLIP,λ=8,65536,1,723819,11.044601440429688
HRLIP,λ=8,65536,1,804161,12.270523071289062
HRLIP,λ=8,65536,1,689899,10.527023315429688
HRLIP,λ=8,65536,1,781864,11.9302978515625
HRLIP,λ=8,65536,1,781946,11.931549072265625
HRLIP,λ=8,65536,1,807642,12.323638916015625
HRLIP,λ=8,65536,1,740990,11.306610107421875
HRLIP,λ=8,65536,1,772956,11.79437255859375
HRLIP,λ=8,65536,1,699513,10.673721313476562
HRLIP,λ=8,65536,1,768677,11.729080200195312
HRLIP,λ=8,65536,1,712010,10.864410400390625
HRLIP,λ=8,65536,1,730115,11.140670776367188
HRLIP,λ=8,65536,1,719752,10.9825439453125
HSLIP,λ=8,65536,1,946602,14.444000244140625
HSLIP,λ=8,65536,1,930241,14.194351196289062
HSLIP,λ=8,65536,1,979489,14.945816040039062
HSLIP,λ=8,65536,1,1052507,16.059982299804688
HSLIP,λ=8,65536,1,944303,14.408920288085938
HSLIP,λ=8,65536,1,920729,14.049209594726562
HSLIP,λ=8,65536,1,831659,12.690109252929688
HSLIP,λ=8,65536,1,1035958,15.807464599609375
HSLIP,λ=8,65536,1,909027,13.870651245117188
HSLIP,λ=8,65536,1,869028,13.26031494140625
HSLIP,λ=8,65536,1,880575,13.436508178710938
HSLIP,λ=8,65536,1,1025363,15.645797729492188
HSLIP,λ=8,65536,1,919450,14.029693603515625
HSLIP,λ=8,65536,1,1108245,16.910476684570312
HSLIP,λ=8,65536,1,909327,13.875228881835938
HSLIP,λ=8,65536,1,963598,14.703338623046875
HSLIP,λ=8,65536,1,944983,14.419296264648438
HSLIP,λ=8,65536,1,848771,12.951217651367188
HSLIP,λ=8,65536,1,999785,15.255508422851562
HSLIP,λ=8,65536,1,963563,14.702804565429688
HSLIP,λ=8,65536,1,1005392,15.341064453125
HSLIP,λ=8,65536,1,1222541,18.654495239257812
HSLIP,λ=8,65536,1,996137,15.199844360351562
HSLIP,λ=8,65536,1,898690,13.712921142578125
HSLIP,λ=8,65536,1,1000571,15.267501831054688
HSLIP,λ=8,65536,1,996784,15.209716796875
HSLIP,λ=8,65536,1,960228,14.65191650390625
HSLIP,λ=8,65536,1,889155,13.567428588867188
HSLIP,λ=8,65536,1,1153630,17.602996826171875
HSLIP,λ=8,65536,1,1013799,15.469345092773438
HSLIP,λ=8,65536,1,1021666,15.589385986328125
HSLIP,λ=8,65536,1,970866,14.814239501953125
HSLIP,λ=8,65536,1,970480,14.808349609375
HSLIP,λ=8,65536,1,895399,13.662704467773438
HSLIP,λ=8,65536,1,981293,14.973342895507812
HSLIP,λ=8,65536,1,958009,14.618057250976562
HSLIP,λ=8,65536,1,999827,15.256149291992188
HSLIP,λ=8,65536,1,1091635,16.657028198242188
HSLIP,λ=8,65536,1,900686,13.743377685546875
HSLIP,λ=8,65536,1,1003579,15.313400268554688
HSLIP,λ=8,65536,1,985341,15.035110473632812
HSLIP,λ=8,65536,1,1185528,18.0897216796875
HSLIP,λ=8,65536,1,935137,14.269058227539062
HSLIP,λ=8,65536,1,1021315,15.584030151367188
HSLIP,λ=8,65536,1,966886,14.753509521484375
HSLIP,λ=8,65536,1,927025,14.145278930664062
HSLIP,λ=8,65536,1,951301,14.515701293945312
HSLIP,λ=8,65536,1,1002537,15.297500610351562
HSLIP,λ=8,65536,1,910506,13.893218994140625
HSLIP,λ=8,65536,1,952549,14.534744262695312
HSLIP,λ=8,65536,1,1021132,15.58123779296875
HSLIP,λ=8,65536,1,1004603,15.329025268554688
HSLIP,λ=8,65536,1,982337,14.989273071289062
HSLIP,λ=8,65536,1,970474,14.808258056640625
HSLIP,λ=8,65536,1,1077940,16.44805908203125
HSLIP,λ=8,65536,1,941180,14.36126708984375
HSLIP,λ=8,65536,1,1076510,16.426239013671875
HSLIP,λ=8,65536,1,1006287,15.354721069335938
HSLIP,λ=8,65536,1,966777,14.751846313476562
HSLIP,λ=8,65536,1,892390,13.616790771484375
HSLIP,λ=8,65536,1,871950,13.304901123046875
HSLIP,λ=8,65536,1,1025984,15.6552734375
HSLIP,λ=8,65536,1,982149,14.986404418945312
HSLIP,λ=8,65536,1,1006576,15.359130859375
HSLIP,λ=8,65536,1,1004013,15.320022583007812
HSLIP,λ=8,65536,1,1073027,16.373092651367188
HSLIP,λ=8,65536,1,928853,14.173171997070312
HSLIP,λ=8,65536,1,998093,15.229690551757812
HSLIP,λ=8,65536,1,959271,14.637313842773438
HSLIP,λ=8,65536,1,908110,13.856658935546875
HSLIP,λ=8,65536,1,1004213,15.323074340820312
HSLIP,λ=8,65536,1,1033487,15.769760131835938
HSLIP,λ=8,65536,1,1028589,15.695022583007812
HSLIP,λ=8,65536,1,884243,13.492477416992188
HSLIP,λ=8,65536,1,951203,14.514205932617188
HSLIP,λ=8,65536,1,1061091,16.190963745117188
HSLIP,λ=8,65536,1,901158,13.750579833984375
HSLIP,λ=8,65536,1,916513,13.984878540039062
HSLIP,λ=8,65536,1,989090,15.092315673828125
HSLIP,λ=8,65536,1,950283,14.500167846679688
HSLIP,λ=8,65536,1,914180,13.94927978515625
HSLIP,λ=8,65536,1,942019,14.374069213867188
HSLIP,λ=8,65536,1,1025091,15.641647338867188
HSLIP,λ=8,65536,1,885271,13.508163452148438
HSLIP,λ=8,65536,1,1002056,15.2901611328125
HSLIP,λ=8,65536,1,943859,14.402145385742188
HSLIP,λ=8,65536,1,952372,14.53204345703125
HSLIP,λ=8,65536,1,1117193,17.047012329101562
HSLIP,λ=8,65536,1,877542,13.390228271484375
HSLIP,λ=8,65536,1,909119,13.872055053710938
HSLIP,λ=8,65536,1,978538,14.931304931640625
HSLIP,λ=8,65536,1,916065,13.978042602539062
HSLIP,λ=8,65536,1,1037836,15.83612060546875
HSLIP,λ=8,65536,1,1019854,15.561737060546875
HSLIP,λ=8,65536,1,950654,14.505828857421875
HSLIP,λ=8,65536,1,956811,14.599777221679688
HSLIP,λ=8,65536,1,1015228,15.49114990234375
HSLIP,λ=8,65536,1,882685,13.468704223632812
HSLIP,λ=8,65536,1,906356,13.82989501953125
HSLIP,λ=8,65536,1,1074813,16.400344848632812
HSDCD,λ=8,65536,1,890316,13.58514404296875
HSDCD,λ=8,65536,1,985582,15.038787841796875
HSDCD,λ=8,65536,1,795844,12.14361572265625
HSDCD,λ=8,65536,1,842832,12.860595703125
HSDCD,λ=8,65536,1,756759,11.547225952148438
HSDCD,λ=8,65536,1,931234,14.209503173828125
HSDCD,λ=8,65536,1,899678,13.727996826171875
HSDCD,λ=8,65536,1,984353,15.020034790039062
HSDCD,λ=8,65536,1,940968,14.3580322265625
HSDCD,λ=8,65536,1,794927,12.129623413085938
HSDCD,λ=8,65536,1,955298,14.576690673828125
HSDCD,λ=8,65536,1,862912,13.1669921875
HSDCD,λ=8,65536,1,857010,13.076934814453125
HSDCD,λ=8,65536,1,816535,12.459335327148438
HSDCD,λ=8,65536,1,753195,11.492843627929688
HSDCD,λ=8,65536,1,785880,11.9915771484375
HSDCD,λ=8,65536,1,834408,12.7320556640625
HSDCD,λ=8,65536,1,795045,12.131423950195312
HSDCD,λ=8,65536,1,805689,12.293838500976562
HSDCD,λ=8,65536,1,788811,12.036300659179688
HSDCD,λ=8,65536,1,1150651,17.557540893554688
HSDCD,λ=8,65536,1,961354,14.669097900390625
HSDCD,λ=8,65536,1,751204,11.46246337890625
HSDCD,λ=8,65536,1,1027898,15.684478759765625
HSDCD,λ=8,65536,1,862767,13.164779663085938
HSDCD,λ=8,65536,1,958378,14.623687744140625
HSDCD,λ=8,65536,1,850943,12.984359741210938
HSDCD,λ=8,65536,1,872167,13.308212280273438
HSDCD,λ=8,65536,1,851674,12.995513916015625
HSDCD,λ=8,65536,1,834155,12.728195190429688
HSDCD,λ=8,65536,1,953264,14.545654296875
HSDCD,λ=8,65536,1,767712,11.71435546875
HSDCD,λ=8,65536,1,866651,13.224044799804688
HSDCD,λ=8,65536,1,863156,13.17071533203125
HSDCD,λ=8,65536,1,946695,14.445419311523438
HSDCD,λ=8,65536,1,805433,12.289932250976562
HSDCD,λ=8,65536,1,903749,13.790115356445312
HSDCD,λ=8,65536,1,748211,11.416793823242188
HSDCD,λ=8,65536,1,1247125,19.029617309570312
HSDCD,λ=8,65536,1,848220,12.94281005859375
HSDCD,λ=8,65536,1,779809,11.898941040039062
HSDCD,λ=8,65536,1,805893,12.296951293945312
HSDCD,λ=8,65536,1,819143,12.499130249023438
HSDCD,λ=8,65536,1,797356,12.16668701171875
HSDCD,λ=8,65536,1,807659,12.323898315429688
HSDCD,λ=8,65536,1,822734,12.553924560546875
HSDCD,λ=8,65536,1,802557,12.246047973632812
HSDCD,λ=8,65536,1,969333,14.790847778320312
HSDCD,λ=8,65536,1,1097096,16.7403564453125
HSDCD,λ=8,65536,1,852634,13.010162353515625
HSDCD,λ=8,65536,1,771172,11.76715087890625
HSDCD,λ=8,65536,1,788124,12.02581787109375
HSDCD,λ=8,65536,1,943183,14.391830444335938
HSDCD,λ=8,65536,1,893280,13.63037109375
HSDCD,λ=8,65536,1,892821,13.623367309570312
HSDCD,λ=8,65536,1,908011,13.855148315429688
HSDCD,λ=8,65536,1,859114,13.109039306640625
HSDCD,λ=8,65536,1,957807,14.614974975585938
HSDCD,λ=8,65536,1,800723,12.218063354492188
HSDCD,λ=8,65536,1,914835,13.959274291992188
HSDCD,λ=8,65536,1,853118,13.017547607421875
HSDCD,λ=8,65536,1,823835,12.570724487304688
HSDCD,λ=8,65536,1,876178,13.369415283203125
HSDCD,λ=8,65536,1,892715,13.621749877929688
HSDCD,λ=8,65536,1,912938,13.930328369140625
HSDCD,λ=8,65536,1,869627,13.269454956054688
HSDCD,λ=8,65536,1,839350,12.807464599609375
HSDCD,λ=8,65536,1,813348,12.41070556640625
HSDCD,λ=8,65536,1,930379,14.196456909179688
HSDCD,λ=8,65536,1,1165387,17.782394409179688
HSDCD,λ=8,65536,1,789246,12.042938232421875
HSDCD,λ=8,65536,1,865775,13.210678100585938
HSDCD,λ=8,65536,1,978688,14.93359375
HSDCD,λ=8,65536,1,865440,13.20556640625
HSDCD,λ=8,65536,1,842506,12.855621337890625
HSDCD,λ=8,65536,1,907658,13.849761962890625
HSDCD,λ=8,65536,1,847969,12.938980102539062
HSDCD,λ=8,65536,1,906956,13.83905029296875
HSDCD,λ=8,65536,1,1058137,16.145889282226562
HSDCD,λ=8,65536,1,790830,12.067108154296875
HSDCD,λ=8,65536,1,849784,12.9666748046875
HSDCD,λ=8,65536,1,765873,11.686294555664062
HSDCD,λ=8,65536,1,879377,13.418228149414062
HSDCD,λ=8,65536,1,880538,13.435943603515625
HSDCD,λ=8,65536,1,947782,14.462005615234375
HSDCD,λ=8,65536,1,796040,12.1466064453125
HSDCD,λ=8,65536,1,803338,12.257965087890625
HSDCD,λ=8,65536,1,856523,13.069503784179688
HSDCD,λ=8,65536,1,817636,12.47613525390625
HSDCD,λ=8,65536,1,810987,12.374679565429688
HSDCD,λ=8,65536,1,865433,13.205459594726562
HSDCD,λ=8,65536,1,808163,12.331588745117188
HSDCD,λ=8,65536,1,862950,13.167572021484375
HSDCD,λ=8,65536,1,880175,13.430404663085938
HSDCD,λ=8,65536,1,852116,13.00225830078125
HSDCD,λ=8,65536,1,787644,12.01849365234375
HSDCD,λ=8,65536,1,847670,12.934417724609375
HSDCD,λ=8,65536,1,931375,14.211654663085938
HSDCD,λ=8,65536,1,869966,13.274627685546875
HSDCD,λ=8,65536,1,947334,14.455169677734375
HRDCD,λ=8,65536,1,640098,9.767120361328125
HRDCD,λ=8,65536,1,581780,8.87725830078125
HRDCD,λ=8,65536,1,656091,10.011154174804688
HRDCD,λ=8,65536,1,576953,8.803604125976562
HRDCD,λ=8,65536,1,743475,11.344528198242188
HRDCD,λ=8,65536,1,613022,9.353973388671875
HRDCD,λ=8,65536,1,597722,9.120513916015625
HRDCD,λ=8,65536,1,604888,9.2298583984375
HRDCD,λ=8,65536,1,612739,9.349655151367188
HRDCD,λ=8,65536,1,587028,8.95733642578125
HRDCD,λ=8,65536,1,693124,10.57623291015625
HRDCD,λ=8,65536,1,553921,8.452163696289062
HRDCD,λ=8,65536,1,660910,10.084686279296875
HRDCD,λ=8,65536,1,674212,10.28765869140625
HRDCD,λ=8,65536,1,608371,9.283004760742188
HRDCD,λ=8,65536,1,636359,9.710067749023438
HRDCD,λ=8,65536,1,584772,8.92291259765625
HRDCD,λ=8,65536,1,642966,9.810882568359375
HRDCD,λ=8,65536,1,596174,9.096893310546875
HRDCD,λ=8,65536,1,651775,9.945297241210938
HRDCD,λ=8,65536,1,657311,10.029769897460938
HRDCD,λ=8,65536,1,659090,10.056915283203125
HRDCD,λ=8,65536,1,605859,9.244674682617188
HRDCD,λ=8,65536,1,627566,9.575897216796875
HRDCD,λ=8,65536,1,587525,8.964920043945312
HRDCD,λ=8,65536,1,615076,9.38531494140625
HRDCD,λ=8,65536,1,580082,8.851348876953125
HRDCD,λ=8,65536,1,640129,9.767593383789062
HRDCD,λ=8,65536,1,645046,9.842620849609375
HRDCD,λ=8,65536,1,653154,9.966339111328125
HRDCD,λ=8,65536,1,613869,9.366897583007812
HRDCD,λ=8,65536,1,610820,9.32037353515625
HRDCD,λ=8,65536,1,605146,9.233795166015625
HRDCD,λ=8,65536,1,636466,9.711700439453125
HRDCD,λ=8,65536,1,622541,9.499221801757812
HRDCD,λ=8,65536,1,652246,9.952484130859375
HRDCD,λ=8,65536,1,652625,9.958267211914062
HRDCD,λ=8,65536,1,630713,9.623916625976562
HRDCD,λ=8,65536,1,632868,9.65679931640625
HRDCD,λ=8,65536,1,710338,10.838897705078125
HRDCD,λ=8,65536,1,609781,9.304519653320312
HRDCD,λ=8,65536,1,649392,9.908935546875
HRDCD,λ=8,65536,1,658330,10.045318603515625
HRDCD,λ=8,65536,1,712270,10.868377685546875
HRDCD,λ=8,65536,1,597918,9.123504638671875
HRDCD,λ=8,65536,1,601741,9.181838989257812
HRDCD,λ=8,65536,1,640478,9.772918701171875
HRDCD,λ=8,65536,1,595080,9.0802001953125
HRDCD,λ=8,65536,1,584136,8.9132080078125
HRDCD,λ=8,65536,1,574089,8.759902954101562
HRDCD,λ=8,65536,1,569027,8.682662963867188
HRDCD,λ=8,65536,1,660133,10.072830200195312
HRDCD,λ=8,65536,1,766011,11.688400268554688
HRDCD,λ=8,65536,1,699306,10.670562744140625
HRDCD,λ=8,65536,1,671988,10.25372314453125
HRDCD,λ=8,65536,1,652793,9.960830688476562
HRDCD,λ=8,65536,1,568286,8.671356201171875
HRDCD,λ=8,65536,1,694634,10.599273681640625
HRDCD,λ=8,65536,1,608704,9.2880859375
HRDCD,λ=8,65536,1,582465,8.887710571289062
HRDCD,λ=8,65536,1,577628,8.81390380859375
HRDCD,λ=8,65536,1,638931,9.749313354492188
HRDCD,λ=8,65536,1,690381,10.534378051757812
HRDCD,λ=8,65536,1,559295,8.534164428710938
HRDCD,λ=8,65536,1,622117,9.492752075195312
HRDCD,λ=8,65536,1,558748,8.52581787109375
HRDCD,λ=8,65536,1,641436,9.78753662109375
HRDCD,λ=8,65536,1,607050,9.262847900390625
HRDCD,λ=8,65536,1,626923,9.566085815429688
HRDCD,λ=8,65536,1,627247,9.571029663085938
HRDCD,λ=8,65536,1,631544,9.6365966796875
HRDCD,λ=8,65536,1,628158,9.584930419921875
HRDCD,λ=8,65536,1,638563,9.743698120117188
HRDCD,λ=8,65536,1,793231,12.103744506835938
HRDCD,λ=8,65536,1,577146,8.806549072265625
HRDCD,λ=8,65536,1,612797,9.350540161132812
HRDCD,λ=8,65536,1,595883,9.092453002929688
HRDCD,λ=8,65536,1,638419,9.741500854492188
HRDCD,λ=8,65536,1,746583,11.391952514648438
HRDCD,λ=8,65536,1,639066,9.751373291015625
HRDCD,λ=8,65536,1,616585,9.408340454101562
HRDCD,λ=8,65536,1,596731,9.105392456054688
HRDCD,λ=8,65536,1,604417,9.222671508789062
HRDCD,λ=8,65536,1,669607,10.217391967773438
HRDCD,λ=8,65536,1,671978,10.253570556640625
HRDCD,λ=8,65536,1,591164,9.02044677734375
HRDCD,λ=8,65536,1,764190,11.660614013671875
HRDCD,λ=8,65536,1,715881,10.923477172851562
HRDCD,λ=8,65536,1,678808,10.3577880859375
HRDCD,λ=8,65536,1,610182,9.310638427734375
HRDCD,λ=8,65536,1,621042,9.476348876953125
HRDCD,λ=8,65536,1,592373,9.038894653320312
HRDCD,λ=8,65536,1,660142,10.072967529296875
HRDCD,λ=8,65536,1,682701,10.417190551757812
HRDCD,λ=8,65536,1,651646,9.943328857421875
HRDCD,λ=8,65536,1,642431,9.802719116210938
HRDCD,λ=8,65536,1,577150,8.806610107421875
HRDCD,λ=8,65536,1,648648,9.8975830078125
HRDCD,λ=8,65536,1,657871,10.038314819335938
HRDCD,λ=8,65536,1,613035,9.354171752929688
HHDCD,λ=8,65536,1,583055,8.896713256835938
HHDCD,λ=8,65536,1,599335,9.145126342773438
HHDCD,λ=8,65536,1,590891,9.016281127929688
HHDCD,λ=8,65536,1,590103,9.004257202148438
HHDCD,λ=8,65536,1,565453,8.628128051757812
HHDCD,λ=8,65536,1,644431,9.833236694335938
HHDCD,λ=8,65536,1,624092,9.52288818359375
HHDCD,λ=8,65536,1,611094,9.324554443359375
HHDCD,λ=8,65536,1,647933,9.886672973632812
HHDCD,λ=8,65536,1,592693,9.043777465820312
HHDCD,λ=8,65536,1,656058,10.010650634765625
HHDCD,λ=8,65536,1,629222,9.601165771484375
HHDCD,λ=8,65536,1,589732,8.99859619140625
HHDCD,λ=8,65536,1,569144,8.6844482421875
HHDCD,λ=8,65536,1,615031,9.384628295898438
HHDCD,λ=8,65536,1,607724,9.27313232421875
HHDCD,λ=8,65536,1,589797,8.999588012695312
HHDCD,λ=8,65536,1,591781,9.029861450195312
HHDCD,λ=8,65536,1,657214,10.028289794921875
HHDCD,λ=8,65536,1,617420,9.42108154296875
HHDCD,λ=8,65536,1,572162,8.730499267578125
HHDCD,λ=8,65536,1,629893,9.611404418945312
HHDCD,λ=8,65536,1,542131,8.272262573242188
HHDCD,λ=8,65536,1,598931,9.138961791992188
HHDCD,λ=8,65536,1,611915,9.337081909179688
HHDCD,λ=8,65536,1,644884,9.84014892578125
HHDCD,λ=8,65536,1,646949,9.871658325195312
HHDCD,λ=8,65536,1,616766,9.411102294921875
HHDCD,λ=8,65536,1,583157,8.898269653320312
HHDCD,λ=8,65536,1,590981,9.017654418945312
HHDCD,λ=8,65536,1,569975,8.697128295898438
HHDCD,λ=8,65536,1,620720,9.471435546875
HHDCD,λ=8,65536,1,582577,8.889419555664062
HHDCD,λ=8,65536,1,665150,10.149383544921875
HHDCD,λ=8,65536,1,632584,9.6524658203125
HHDCD,λ=8,65536,1,611373,9.328811645507812
HHDCD,λ=8,65536,1,638086,9.736419677734375
HHDCD,λ=8,65536,1,620550,9.468841552734375
HHDCD,λ=8,65536,1,562218,8.578765869140625
HHDCD,λ=8,65536,1,691102,10.545379638671875
HHDCD,λ=8,65536,1,554418,8.459747314453125
HHDCD,λ=8,65536,1,568376,8.6727294921875
HHDCD,λ=8,65536,1,655591,10.003524780273438
HHDCD,λ=8,65536,1,654043,9.979904174804688
HHDCD,λ=8,65536,1,571207,8.715927124023438
HHDCD,λ=8,65536,1,598751,9.136215209960938
HHDCD,λ=8,65536,1,602282,9.190093994140625
HHDCD,λ=8,65536,1,590540,9.01092529296875
HHDCD,λ=8,65536,1,567235,8.655319213867188
HHDCD,λ=8,65536,1,558491,8.521896362304688
HHDCD,λ=8,65536,1,601249,9.174331665039062
HHDCD,λ=8,65536,1,602589,9.194778442382812
HHDCD,λ=8,65536,1,577206,8.807464599609375
HHDCD,λ=8,65536,1,578718,8.830535888671875
HHDCD,λ=8,65536,1,607270,9.266204833984375
HHDCD,λ=8,65536,1,598545,9.133071899414062
HHDCD,λ=8,65536,1,537071,8.195053100585938
HHDCD,λ=8,65536,1,634575,9.682846069335938
HHDCD,λ=8,65536,1,555193,8.471572875976562
HHDCD,λ=8,65536,1,620946,9.474884033203125
HHDCD,λ=8,65536,1,613818,9.366119384765625
HHDCD,λ=8,65536,1,751836,11.47210693359375
HHDCD,λ=8,65536,1,613159,9.356063842773438
HHDCD,λ=8,65536,1,601640,9.1802978515625
HHDCD,λ=8,65536,1,707385,10.793838500976562
HHDCD,λ=8,65536,1,575744,8.78515625
HHDCD,λ=8,65536,1,606509,9.254592895507812
HHDCD,λ=8,65536,1,559352,8.5350341796875
HHDCD,λ=8,65536,1,638455,9.742050170898438
HHDCD,λ=8,65536,1,651624,9.9429931640625
HHDCD,λ=8,65536,1,589240,8.9910888671875
HHDCD,λ=8,65536,1,567507,8.659469604492188
HHDCD,λ=8,65536,1,564281,8.610244750976562
HHDCD,λ=8,65536,1,633710,9.669647216796875
HHDCD,λ=8,65536,1,573189,8.746170043945312
HHDCD,λ=8,65536,1,662182,10.104095458984375
HHDCD,λ=8,65536,1,567521,8.659683227539062
HHDCD,λ=8,65536,1,625449,9.543594360351562
HHDCD,λ=8,65536,1,704421,10.748611450195312
HHDCD,λ=8,65536,1,541746,8.266387939453125
HHDCD,λ=8,65536,1,549028,8.37750244140625
HHDCD,λ=8,65536,1,582172,8.88323974609375
HHDCD,λ=8,65536,1,609698,9.303253173828125
HHDCD,λ=8,65536,1,575681,8.784194946289062
HHDCD,λ=8,65536,1,615245,9.387893676757812
HHDCD,λ=8,65536,1,624218,9.524810791015625
HHDCD,λ=8,65536,1,629041,9.598403930664062
HHDCD,λ=8,65536,1,609493,9.300125122070312
HHDCD,λ=8,65536,1,598649,9.134658813476562
HHDCD,λ=8,65536,1,662624,10.11083984375
HHDCD,λ=8,65536,1,598400,9.130859375
HHDCD,λ=8,65536,1,585117,8.928176879882812
HHDCD,λ=8,65536,1,570594,8.706573486328125
HHDCD,λ=8,65536,1,591390,9.023895263671875
HHDCD,λ=8,65536,1,559038,8.530242919921875
HHDCD,λ=8,65536,1,587502,8.964569091796875
HHDCD,λ=8,65536,1,607064,9.2630615234375
HHDCD,λ=8,65536,1,574712,8.7694091796875
HHDCD,λ=8,65536,1,556424,8.4903564453125
HHDCD,λ=8,65536,1,615222,9.387542724609375
HHLCD,λ=8,65536,1,587276,8.96112060546875
HHLCD,λ=8,65536,1,585924,8.94049072265625
HHLCD,λ=8,65536,1,666695,10.172958374023438
HHLCD,λ=8,65536,1,611318,9.327972412109375
HHLCD,λ=8,65536,1,555133,8.470657348632812
HHLCD,λ=8,65536,1,621130,9.477691650390625
HHLCD,λ=8,65536,1,656789,10.021804809570312
HHLCD,λ=8,65536,1,703166,10.729461669921875
HHLCD,λ=8,65536,1,572612,8.73736572265625
HHLCD,λ=8,65536,1,640711,9.776473999023438
HHLCD,λ=8,65536,1,560919,8.558944702148438
HHLCD,λ=8,65536,1,685139,10.454391479492188
HHLCD,λ=8,65536,1,611209,9.326309204101562
HHLCD,λ=8,65536,1,586119,8.943466186523438
HHLCD,λ=8,65536,1,602861,9.198928833007812
HHLCD,λ=8,65536,1,565199,8.624252319335938
HHLCD,λ=8,65536,1,599317,9.144851684570312
HHLCD,λ=8,65536,1,629899,9.611495971679688
HHLCD,λ=8,65536,1,668614,10.202239990234375
HHLCD,λ=8,65536,1,578451,8.826461791992188
HHLCD,λ=8,65536,1,628303,9.587142944335938
HHLCD,λ=8,65536,1,646010,9.857330322265625
HHLCD,λ=8,65536,1,628910,9.596405029296875
HHLCD,λ=8,65536,1,660931,10.085006713867188
HHLCD,λ=8,65536,1,608057,9.278213500976562
HHLCD,λ=8,65536,1,635963,9.704025268554688
HHLCD,λ=8,65536,1,615809,9.396499633789062
HHLCD,λ=8,65536,1,648733,9.898880004882812
HHLCD,λ=8,65536,1,632250,9.647369384765625
HHLCD,λ=8,65536,1,641878,9.794281005859375
HHLCD,λ=8,65536,1,667313,10.182388305664062
HHLCD,λ=8,65536,1,604589,9.225296020507812
HHLCD,λ=8,65536,1,597180,9.11224365234375
HHLCD,λ=8,65536,1,669185,10.210952758789062
HHLCD,λ=8,65536,1,607121,9.263931274414062
HHLCD,λ=8,65536,1,669545,10.216445922851562
HHLCD,λ=8,65536,1,584210,8.914337158203125
HHLCD,λ=8,65536,1,626116,9.55377197265625
HHLCD,λ=8,65536,1,572851,8.741012573242188
HHLCD,λ=8,65536,1,650250,9.922027587890625
HHLCD,λ=8,65536,1,650646,9.928070068359375
HHLCD,λ=8,65536,1,709148,10.82073974609375
HHLCD,λ=8,65536,1,641222,9.784271240234375
HHLCD,λ=8,65536,1,643924,9.82550048828125
HHLCD,λ=8,65536,1,622867,9.504196166992188
HHLCD,λ=8,65536,1,633356,9.66424560546875
HHLCD,λ=8,65536,1,591356,9.02337646484375
HHLCD,λ=8,65536,1,646631,9.866806030273438
HHLCD,λ=8,65536,1,657920,10.0390625
HHLCD,λ=8,65536,1,716456,10.9322509765625
HHLCD,λ=8,65536,1,577808,8.816650390625
HHLCD,λ=8,65536,1,631872,9.6416015625
HHLCD,λ=8,65536,1,686917,10.481521606445312
HHLCD,λ=8,65536,1,617372,9.42034912109375
HHLCD,λ=8,65536,1,596626,9.103790283203125
HHLCD,λ=8,65536,1,627407,9.573471069335938
HHLCD,λ=8,65536,1,705541,10.765701293945312
HHLCD,λ=8,65536,1,644840,9.8394775390625
HHLCD,λ=8,65536,1,591138,9.020050048828125
HHLCD,λ=8,65536,1,631385,9.634170532226562
HHLCD,λ=8,65536,1,624205,9.524612426757812
HHLCD,λ=8,65536,1,603461,9.208084106445312
HHLCD,λ=8,65536,1,649781,9.914871215820312
HHLCD,λ=8,65536,1,603631,9.210678100585938
HHLCD,λ=8,65536,1,614237,9.372512817382812
HHLCD,λ=8,65536,1,620739,9.471725463867188
HHLCD,λ=8,65536,1,716616,10.9346923828125
HHLCD,λ=8,65536,1,585967,8.941146850585938
HHLCD,λ=8,65536,1,697116,10.63714599609375
HHLCD,λ=8,65536,1,609581,9.301467895507812
HHLCD,λ=8,65536,1,656625,10.019302368164062
HHLCD,λ=8,65536,1,613804,9.36590576171875
HHLCD,λ=8,65536,1,590459,9.009689331054688
HHLCD,λ=8,65536,1,575335,8.778915405273438
HHLCD,λ=8,65536,1,719705,10.981826782226562
HHLCD,λ=8,65536,1,606807,9.259140014648438
HHLCD,λ=8,65536,1,600463,9.162338256835938
HHLCD,λ=8,65536,1,668844,10.20574951171875
HHLCD,λ=8,65536,1,639004,9.75042724609375
HHLCD,λ=8,65536,1,652524,9.95672607421875
HHLCD,λ=8,65536,1,588354,8.977569580078125
HHLCD,λ=8,65536,1,632064,9.64453125
HHLCD,λ=8,65536,1,605038,9.232147216796875
HHLCD,λ=8,65536,1,596953,9.108779907226562
HHLCD,λ=8,65536,1,694151,10.591903686523438
HHLCD,λ=8,65536,1,573664,8.75341796875
HHLCD,λ=8,65536,1,580306,8.854766845703125
HHLCD,λ=8,65536,1,592582,9.042083740234375
HHLCD,λ=8,65536,1,690127,10.530502319335938
HHLCD,λ=8,65536,1,662994,10.116485595703125
HHLCD,λ=8,65536,1,631618,9.637725830078125
HHLCD,λ=8,65536,1,572366,8.733612060546875
HHLCD,λ=8,65536,1,685314,10.457061767578125
HHLCD,λ=8,65536,1,602153,9.188125610351562
HHLCD,λ=8,65536,1,610295,9.312362670898438
HHLCD,λ=8,65536,1,566507,8.644210815429688
HHLCD,λ=8,65536,1,593217,9.051773071289062
HHLCD,λ=8,65536,1,598387,9.130661010742188
HHLCD,λ=8,65536,1,577481,8.811660766601562
HHLCD,λ=8,65536,1,664868,10.14508056640625
HRLCD,λ=8,65536,1,608767,9.289047241210938
HRLCD,λ=8,65536,1,605879,9.244979858398438
HRLCD,λ=8,65536,1,755179,11.523117065429688
HRLCD,λ=8,65536,1,718555,10.964279174804688
HRLCD,λ=8,65536,1,703414,10.733245849609375
HRLCD,λ=8,65536,1,653806,9.976287841796875
HRLCD,λ=8,65536,1,582961,8.895278930664062
HRLCD,λ=8,65536,1,668168,10.1954345703125
HRLCD,λ=8,65536,1,648220,9.89105224609375
HRLCD,λ=8,65536,1,585520,8.934326171875
HRLCD,λ=8,65536,1,616214,9.402679443359375
HRLCD,λ=8,65536,1,626200,9.5550537109375
HRLCD,λ=8,65536,1,629359,9.603256225585938
HRLCD,λ=8,65536,1,569334,8.687347412109375
HRLCD,λ=8,65536,1,649080,9.9041748046875
HRLCD,λ=8,65536,1,592504,9.0408935546875
HRLCD,λ=8,65536,1,577285,8.808670043945312
HRLCD,λ=8,65536,1,652491,9.956222534179688
HRLCD,λ=8,65536,1,658836,10.05303955078125
HRLCD,λ=8,65536,1,622391,9.496932983398438
HRLCD,λ=8,65536,1,596391,9.100204467773438
HRLCD,λ=8,65536,1,643686,9.821868896484375
HRLCD,λ=8,65536,1,636998,9.719818115234375
HRLCD,λ=8,65536,1,641898,9.794586181640625
HRLCD,λ=8,65536,1,609905,9.306411743164062
HRLCD,λ=8,65536,1,719780,10.98297119140625
HRLCD,λ=8,65536,1,606858,9.259918212890625
HRLCD,λ=8,65536,1,660821,10.083328247070312
HRLCD,λ=8,65536,1,602937,9.200088500976562
HRLCD,λ=8,65536,1,616653,9.409378051757812
HRLCD,λ=8,65536,1,658527,10.048324584960938
HRLCD,λ=8,65536,1,650100,9.91973876953125
HRLCD,λ=8,65536,1,594434,9.070343017578125
HRLCD,λ=8,65536,1,606013,9.247024536132812
HRLCD,λ=8,65536,1,661175,10.088729858398438
HRLCD,λ=8,65536,1,713314,10.884307861328125
HRLCD,λ=8,65536,1,625869,9.550003051757812
HRLCD,λ=8,65536,1,690567,10.537216186523438
HRLCD,λ=8,65536,1,663260,10.12054443359375
HRLCD,λ=8,65536,1,588784,8.984130859375
HRLCD,λ=8,65536,1,623906,9.520050048828125
HRLCD,λ=8,65536,1,613210,9.356842041015625
HRLCD,λ=8,65536,1,615172,9.38677978515625
HRLCD,λ=8,65536,1,597273,9.113662719726562
HRLCD,λ=8,65536,1,617922,9.428741455078125
HRLCD,λ=8,65536,1,758641,11.575942993164062
HRLCD,λ=8,65536,1,626215,9.555282592773438
HRLCD,λ=8,65536,1,686923,10.481613159179688
HRLCD,λ=8,65536,1,674170,10.287017822265625
HRLCD,λ=8,65536,1,625673,9.547012329101562
HRLCD,λ=8,65536,1,639913,9.764297485351562
HRLCD,λ=8,65536,1,573229,8.746780395507812
HRLCD,λ=8,65536,1,656626,10.019317626953125
HRLCD,λ=8,65536,1,696525,10.628128051757812
HRLCD,λ=8,65536,1,547843,8.359420776367188
HRLCD,λ=8,65536,1,637989,9.734939575195312
HRLCD,λ=8,65536,1,665300,10.15167236328125
HRLCD,λ=8,65536,1,700528,10.689208984375
HRLCD,λ=8,65536,1,626223,9.555404663085938
HRLCD,λ=8,65536,1,600068,9.15631103515625
HRLCD,λ=8,65536,1,633117,9.660598754882812
HRLCD,λ=8,65536,1,565626,8.630767822265625
HRLCD,λ=8,65536,1,631476,9.63555908203125
HRLCD,λ=8,65536,1,684990,10.452117919921875
HRLCD,λ=8,65536,1,634286,9.678436279296875
HRLCD,λ=8,65536,1,608528,9.285400390625
HRLCD,λ=8,65536,1,617888,9.42822265625
HRLCD,λ=8,65536,1,554613,8.462722778320312
HRLCD,λ=8,65536,1,579500,8.84246826171875
HRLCD,λ=8,65536,1,677582,10.339080810546875
HRLCD,λ=8,65536,1,648485,9.895095825195312
HRLCD,λ=8,65536,1,642825,9.808731079101562
HRLCD,λ=8,65536,1,634838,9.686859130859375
HRLCD,λ=8,65536,1,653724,9.97503662109375
HRLCD,λ=8,65536,1,714187,10.897628784179688
HRLCD,λ=8,65536,1,668806,10.205169677734375
HRLCD,λ=8,65536,1,658147,10.042526245117188
HRLCD,λ=8,65536,1,617915,9.428634643554688
HRLCD,λ=8,65536,1,827967,12.633773803710938
HRLCD,λ=8,65536,1,664941,10.146194458007812
HRLCD,λ=8,65536,1,587336,8.9620361328125
HRLCD,λ=8,65536,1,579578,8.843658447265625
HRLCD,λ=8,65536,1,645421,9.848342895507812
HRLCD,λ=8,65536,1,620501,9.468093872070312
HRLCD,λ=8,65536,1,628911,9.596420288085938
HRLCD,λ=8,65536,1,713432,10.8861083984375
HRLCD,λ=8,65536,1,668778,10.204742431640625
HRLCD,λ=8,65536,1,562951,8.589950561523438
HRLCD,λ=8,65536,1,638758,9.746673583984375
HRLCD,λ=8,65536,1,649882,9.916412353515625
HRLCD,λ=8,65536,1,621729,9.486831665039062
HRLCD,λ=8,65536,1,636715,9.715499877929688
HRLCD,λ=8,65536,1,619590,9.454193115234375
HRLCD,λ=8,65536,1,610571,9.316574096679688
HRLCD,λ=8,65536,1,682014,10.406707763671875
HRLCD,λ=8,65536,1,671917,10.252639770507812
HRLCD,λ=8,65536,1,594371,9.069381713867188
HRLCD,λ=8,65536,1,615677,9.394485473632812
HRLCD,λ=8,65536,1,610036,9.30841064453125
HRLCD,λ=8,65536,1,700567,10.689804077148438
HSLCD,λ=8,65536,1,966184,14.7427978515625
HSLCD,λ=8,65536,1,951566,14.519744873046875
HSLCD,λ=8,65536,1,934774,14.263519287109375
HSLCD,λ=8,65536,1,928073,14.161270141601562
HSLCD,λ=8,65536,1,954709,14.567703247070312
HSLCD,λ=8,65536,1,903534,13.786834716796875
HSLCD,λ=8,65536,1,1032928,15.76123046875
HSLCD,λ=8,65536,1,943074,14.390167236328125
HSLCD,λ=8,65536,1,852985,13.015518188476562
HSLCD,λ=8,65536,1,1037956,15.83795166015625
HSLCD,λ=8,65536,1,1010107,15.413009643554688
HSLCD,λ=8,65536,1,964959,14.724105834960938
HSLCD,λ=8,65536,1,880900,13.44146728515625
HSLCD,λ=8,65536,1,912750,13.927459716796875
HSLCD,λ=8,65536,1,933714,14.247344970703125
HSLCD,λ=8,65536,1,1111374,16.958221435546875
HSLCD,λ=8,65536,1,885151,13.506332397460938
HSLCD,λ=8,65536,1,942079,14.374984741210938
HSLCD,λ=8,65536,1,859273,13.111465454101562
HSLCD,λ=8,65536,1,988597,15.084793090820312
HSLCD,λ=8,65536,1,860208,13.125732421875
HSLCD,λ=8,65536,1,1015081,15.488906860351562
HSLCD,λ=8,65536,1,949263,14.484603881835938
HSLCD,λ=8,65536,1,975135,14.879379272460938
HSLCD,λ=8,65536,1,882831,13.470932006835938
HSLCD,λ=8,65536,1,876055,13.367538452148438
HSLCD,λ=8,65536,1,931274,14.210113525390625
HSLCD,λ=8,65536,1,893589,13.635086059570312
HSLCD,λ=8,65536,1,927259,14.148849487304688
HSLCD,λ=8,65536,1,959062,14.634124755859375
HSLCD,λ=8,65536,1,817059,12.467330932617188
HSLCD,λ=8,65536,1,854873,13.044326782226562
HSLCD,λ=8,65536,1,953274,14.545806884765625
HSLCD,λ=8,65536,1,887346,13.539825439453125
HSLCD,λ=8,65536,1,900528,13.740966796875
HSLCD,λ=8,65536,1,914068,13.94757080078125
HSLCD,λ=8,65536,1,880333,13.432815551757812
HSLCD,λ=8,65536,1,829340,12.65472412109375
HSLCD,λ=8,65536,1,862884,13.16656494140625
HSLCD,λ=8,65536,1,1270964,19.39337158203125
HSLCD,λ=8,65536,1,975695,14.887924194335938
HSLCD,λ=8,65536,1,961310,14.668426513671875
HSLCD,λ=8,65536,1,855411,13.052536010742188
HSLCD,λ=8,65536,1,942782,14.385711669921875
HSLCD,λ=8,65536,1,941117,14.360305786132812
HSLCD,λ=8,65536,1,979202,14.941436767578125
HSLCD,λ=8,65536,1,897289,13.691543579101562
HSLCD,λ=8,65536,1,912313,13.920791625976562
HSLCD,λ=8,65536,1,846543,12.917221069335938
HSLCD,λ=8,65536,1,1257473,19.187515258789062
HSLCD,λ=8,65536,1,983346,15.004669189453125
HSLCD,λ=8,65536,1,899969,13.732437133789062
HSLCD,λ=8,65536,1,846744,12.9202880859375
HSLCD,λ=8,65536,1,957909,14.616531372070312
HSLCD,λ=8,65536,1,957308,14.60736083984375
HSLCD,λ=8,65536,1,1051029,16.037429809570312
HSLCD,λ=8,65536,1,848348,12.94476318359375
HSLCD,λ=8,65536,1,853098,13.017242431640625
HSLCD,λ=8,65536,1,897373,13.692825317382812
HSLCD,λ=8,65536,1,925733,14.125564575195312
HSLCD,λ=8,65536,1,1064991,16.250473022460938
HSLCD,λ=8,65536,1,948015,14.465560913085938
HSLCD,λ=8,65536,1,962717,14.689895629882812
HSLCD,λ=8,65536,1,980564,14.96221923828125
HSLCD,λ=8,65536,1,856338,13.066680908203125
HSLCD,λ=8,65536,1,899808,13.72998046875
HSLCD,λ=8,65536,1,865924,13.21295166015625
HSLCD,λ=8,65536,1,874306,13.340850830078125
HSLCD,λ=8,65536,1,1099989,16.784500122070312
HSLCD,λ=8,65536,1,988057,15.076553344726562
HSLCD,λ=8,65536,1,956643,14.597213745117188
HSLCD,λ=8,65536,1,940503,14.350936889648438
HSLCD,λ=8,65536,1,1003674,15.314849853515625
HSLCD,λ=8,65536,1,901441,13.754898071289062
HSLCD,λ=8,65536,1,1035817,15.805313110351562
HSLCD,λ=8,65536,1,915479,13.969100952148438
HSLCD,λ=8,65536,1,1125803,17.178390502929688
HSLCD,λ=8,65536,1,984567,15.023300170898438
HSLCD,λ=8,65536,1,829693,12.660110473632812
HSLCD,λ=8,65536,1,1099453,16.776321411132812
HSLCD,λ=8,65536,1,892058,13.611724853515625
HSLCD,λ=8,65536,1,991808,15.1337890625
HSLCD,λ=8,65536,1,763230,11.645965576171875
HSLCD,λ=8,65536,1,903067,13.779708862304688
HSLCD,λ=8,65536,1,843063,12.864120483398438
HSLCD,λ=8,65536,1,966494,14.747528076171875
HSLCD,λ=8,65536,1,910025,13.885879516601562
HSLCD,λ=8,65536,1,965747,14.736129760742188
HSLCD,λ=8,65536,1,911684,13.91119384765625
HSLCD,λ=8,65536,1,935822,14.279510498046875
HSLCD,λ=8,65536,1,970429,14.807571411132812
HSLCD,λ=8,65536,1,832358,12.700775146484375
HSLCD,λ=8,65536,1,1057278,16.132781982421875
HSLCD,λ=8,65536,1,924376,14.1048583984375
HSLCD,λ=8,65536,1,882385,13.464126586914062
HSLCD,λ=8,65536,1,899685,13.728103637695312
HSLCD,λ=8,65536,1,962818,14.691436767578125
HSLCD,λ=8,65536,1,935950,14.281463623046875
HSLCD,λ=8,65536,1,885614,13.513397216796875
HSLCD,λ=8,65536,1,927824,14.157470703125
HSDSD,λ=8,65536,1,871156,13.29278564453125
HSDSD,λ=8,65536,1,847350,12.929534912109375
HSDSD,λ=8,65536,1,823499,12.565597534179688
HSDSD,λ=8,65536,1,782324,11.93731689453125
HSDSD,λ=8,65536,1,872595,13.314743041992188
HSDSD,λ=8,65536,1,976371,14.898239135742188
HSDSD,λ=8,65536,1,771428,11.77105712890625
HSDSD,λ=8,65536,1,792293,12.089431762695312
HSDSD,λ=8,65536,1,839107,12.803756713867188
HSDSD,λ=8,65536,1,931283,14.210250854492188
HSDSD,λ=8,65536,1,820516,12.52008056640625
HSDSD,λ=8,65536,1,935465,14.274063110351562
HSDSD,λ=8,65536,1,898120,13.7042236328125
HSDSD,λ=8,65536,1,783607,11.956893920898438
HSDSD,λ=8,65536,1,843801,12.875381469726562
HSDSD,λ=8,65536,1,934411,14.257980346679688
HSDSD,λ=8,65536,1,760527,11.604721069335938
HSDSD,λ=8,65536,1,1084982,16.555511474609375
HSDSD,λ=8,65536,1,859652,13.11724853515625
HSDSD,λ=8,65536,1,808861,12.342239379882812
HSDSD,λ=8,65536,1,910046,13.886199951171875
HSDSD,λ=8,65536,1,950226,14.499298095703125
HSDSD,λ=8,65536,1,887750,13.545989990234375
HSDSD,λ=8,65536,1,991203,15.124557495117188
HSDSD,λ=8,65536,1,853969,13.030532836914062
HSDSD,λ=8,65536,1,845217,12.896987915039062
HSDSD,λ=8,65536,1,903971,13.793502807617188
HSDSD,λ=8,65536,1,921722,14.064361572265625
HSDSD,λ=8,65536,1,807870,12.327117919921875
HSDSD,λ=8,65536,1,924486,14.106536865234375
HSDSD,λ=8,65536,1,881950,13.457489013671875
HSDSD,λ=8,65536,1,842046,12.848602294921875
HSDSD,λ=8,65536,1,803296,12.25732421875
HSDSD,λ=8,65536,1,849750,12.966156005859375
HSDSD,λ=8,65536,1,803532,12.26092529296875
HSDSD,λ=8,65536,1,782886,11.945892333984375
HSDSD,λ=8,65536,1,828239,12.637924194335938
HSDSD,λ=8,65536,1,866342,13.219329833984375
HSDSD,λ=8,65536,1,900368,13.738525390625
HSDSD,λ=8,65536,1,745437,11.374465942382812
HSDSD,λ=8,65536,1,907732,13.85089111328125
HSDSD,λ=8,65536,1,884297,13.493301391601562
HSDSD,λ=8,65536,1,926233,14.133193969726562
HSDSD,λ=8,65536,1,846902,12.922698974609375
HSDSD,λ=8,65536,1,843826,12.875762939453125
HSDSD,λ=8,65536,1,979867,14.951583862304688
HSDSD,λ=8,65536,1,911914,13.914703369140625
HSDSD,λ=8,65536,1,891839,13.608383178710938
HSDSD,λ=8,65536,1,830663,12.674911499023438
HSDSD,λ=8,65536,1,921839,14.066146850585938
HSDSD,λ=8,65536,1,861345,13.143081665039062
HSDSD,λ=8,65536,1,954419,14.563278198242188
HSDSD,λ=8,65536,1,950468,14.50299072265625
HSDSD,λ=8,65536,1,810589,12.368606567382812
HSDSD,λ=8,65536,1,880295,13.432235717773438
HSDSD,λ=8,65536,1,906048,13.8251953125
HSDSD,λ=8,65536,1,799305,12.196426391601562
HSDSD,λ=8,65536,1,873222,13.324310302734375
HSDSD,λ=8,65536,1,807071,12.314926147460938
HSDSD,λ=8,65536,1,845119,12.895492553710938
HSDSD,λ=8,65536,1,824085,12.574539184570312
HSDSD,λ=8,65536,1,1034931,15.791793823242188
HSDSD,λ=8,65536,1,903966,13.793426513671875
HSDSD,λ=8,65536,1,900048,13.733642578125
HSDSD,λ=8,65536,1,827632,12.628662109375
HSDSD,λ=8,65536,1,803133,12.254837036132812
HSDSD,λ=8,65536,1,992976,15.151611328125
HSDSD,λ=8,65536,1,867976,13.2442626953125
HSDSD,λ=8,65536,1,879911,13.426376342773438
HSDSD,λ=8,65536,1,944099,14.405807495117188
HSDSD,λ=8,65536,1,852524,13.00848388671875
HSDSD,λ=8,65536,1,845314,12.898468017578125
HSDSD,λ=8,65536,1,919424,14.029296875
HSDSD,λ=8,65536,1,871159,13.292831420898438
HSDSD,λ=8,65536,1,819304,12.5015869140625
HSDSD,λ=8,65536,1,851937,12.999526977539062
HSDSD,λ=8,65536,1,994907,15.181076049804688
HSDSD,λ=8,65536,1,937516,14.30535888671875
HSDSD,λ=8,65536,1,862876,13.16644287109375
HSDSD,λ=8,65536,1,858005,13.092117309570312
HSDSD,λ=8,65536,1,869679,13.270248413085938
HSDSD,λ=8,65536,1,890419,13.586715698242188
HSDSD,λ=8,65536,1,850472,12.9771728515625
HSDSD,λ=8,65536,1,899117,13.719436645507812
HSDSD,λ=8,65536,1,857291,13.081222534179688
HSDSD,λ=8,65536,1,944459,14.411300659179688
HSDSD,λ=8,65536,1,836912,12.770263671875
HSDSD,λ=8,65536,1,944296,14.4088134765625
HSDSD,λ=8,65536,1,780286,11.906219482421875
HSDSD,λ=8,65536,1,823308,12.56268310546875
HSDSD,λ=8,65536,1,980405,14.959793090820312
HSDSD,λ=8,65536,1,765136,11.675048828125
HSDSD,λ=8,65536,1,816685,12.461624145507812
HSDSD,λ=8,65536,1,827579,12.627853393554688
HSDSD,λ=8,65536,1,800553,12.215469360351562
HSDSD,λ=8,65536,1,819952,12.511474609375
HSDSD,λ=8,65536,1,830290,12.669219970703125
HSDSD,λ=8,65536,1,875428,13.35797119140625
HSDSD,λ=8,65536,1,809948,12.35882568359375
HSDSD,λ=8,65536,1,734449,11.206802368164062
HRDSD,λ=8,65536,1,668363,10.198410034179688
HRDSD,λ=8,65536,1,603872,9.21435546875
HRDSD,λ=8,65536,1,600359,9.160751342773438
HRDSD,λ=8,65536,1,577021,8.804641723632812
HRDSD,λ=8,65536,1,581319,8.870223999023438
HRDSD,λ=8,65536,1,584171,8.913742065429688
HRDSD,λ=8,65536,1,755837,11.533157348632812
HRDSD,λ=8,65536,1,626860,9.56512451171875
HRDSD,λ=8,65536,1,584398,8.917205810546875
HRDSD,λ=8,65536,1,752001,11.474624633789062
HRDSD,λ=8,65536,1,573117,8.745071411132812
HRDSD,λ=8,65536,1,607497,9.269668579101562
HRDSD,λ=8,65536,1,614472,9.3760986328125
HRDSD,λ=8,65536,1,594458,9.070709228515625
HRDSD,λ=8,65536,1,545281,8.320327758789062
HRDSD,λ=8,65536,1,566752,8.64794921875
HRDSD,λ=8,65536,1,616627,9.408981323242188
HRDSD,λ=8,65536,1,631177,9.630996704101562
HRDSD,λ=8,65536,1,594151,9.066024780273438
HRDSD,λ=8,65536,1,627026,9.567657470703125
HRDSD,λ=8,65536,1,620187,9.463302612304688
HRDSD,λ=8,65536,1,571512,8.7205810546875
HRDSD,λ=8,65536,1,633422,9.665252685546875
HRDSD,λ=8,65536,1,631240,9.6319580078125
HRDSD,λ=8,65536,1,552814,8.435272216796875
HRDSD,λ=8,65536,1,557993,8.514297485351562
HRDSD,λ=8,65536,1,565309,8.625930786132812
HRDSD,λ=8,65536,1,557141,8.501296997070312
HRDSD,λ=8,65536,1,727590,11.102142333984375
HRDSD,λ=8,65536,1,688732,10.50921630859375
HRDSD,λ=8,65536,1,576043,8.789718627929688
HRDSD,λ=8,65536,1,609301,9.297195434570312
HRDSD,λ=8,65536,1,557580,8.50799560546875
HRDSD,λ=8,65536,1,584521,8.919082641601562
HRDSD,λ=8,65536,1,609379,9.298385620117188
HRDSD,λ=8,65536,1,640698,9.776275634765625
HRDSD,λ=8,65536,1,593033,9.048965454101562
HRDSD,λ=8,65536,1,652444,9.95550537109375
HRDSD,λ=8,65536,1,630317,9.617874145507812
HRDSD,λ=8,65536,1,633187,9.661666870117188
HRDSD,λ=8,65536,1,596365,9.099807739257812
HRDSD,λ=8,65536,1,583122,8.897735595703125
HRDSD,λ=8,65536,1,599093,9.141433715820312
HRDSD,λ=8,65536,1,663153,10.118911743164062
HRDSD,λ=8,65536,1,580978,8.865020751953125
HRDSD,λ=8,65536,1,742247,11.325790405273438
HRDSD,λ=8,65536,1,613521,9.361587524414062
HRDSD,λ=8,65536,1,677791,10.342269897460938
HRDSD,λ=8,65536,1,652680,9.9591064453125
HRDSD,λ=8,65536,1,650274,9.922393798828125
HRDSD,λ=8,65536,1,555500,8.47625732421875
HRDSD,λ=8,65536,1,596268,9.09832763671875
HRDSD,λ=8,65536,1,629389,9.603713989257812
HRDSD,λ=8,65536,1,571330,8.717803955078125
HRDSD,λ=8,65536,1,586825,8.954238891601562
HRDSD,λ=8,65536,1,609390,9.298553466796875
HRDSD,λ=8,65536,1,625381,9.542556762695312
HRDSD,λ=8,65536,1,566762,8.648101806640625
HRDSD,λ=8,65536,1,667596,10.18670654296875
HRDSD,λ=8,65536,1,759539,11.589645385742188
HRDSD,λ=8,65536,1,575370,8.779449462890625
HRDSD,λ=8,65536,1,598361,9.130264282226562
HRDSD,λ=8,65536,1,648085,9.888992309570312
HRDSD,λ=8,65536,1,653556,9.97247314453125
HRDSD,λ=8,65536,1,638423,9.741561889648438
HRDSD,λ=8,65536,1,600572,9.16400146484375
HRDSD,λ=8,65536,1,570210,8.700714111328125
HRDSD,λ=8,65536,1,627769,9.578994750976562
HRDSD,λ=8,65536,1,620325,9.465408325195312
HRDSD,λ=8,65536,1,576232,8.7926025390625
HRDSD,λ=8,65536,1,587705,8.967666625976562
HRDSD,λ=8,65536,1,588138,8.974273681640625
HRDSD,λ=8,65536,1,598916,9.13873291015625
HRDSD,λ=8,65536,1,568653,8.676956176757812
HRDSD,λ=8,65536,1,586664,8.9517822265625
HRDSD,λ=8,65536,1,600550,9.163665771484375
HRDSD,λ=8,65536,1,609226,9.296051025390625
HRDSD,λ=8,65536,1,606516,9.25469970703125
HRDSD,λ=8,65536,1,557114,8.500885009765625
HRDSD,λ=8,65536,1,594693,9.074295043945312
HRDSD,λ=8,65536,1,615998,9.399383544921875
HRDSD,λ=8,65536,1,590589,9.011672973632812
HRDSD,λ=8,65536,1,671644,10.24847412109375
HRDSD,λ=8,65536,1,604982,9.231292724609375
HRDSD,λ=8,65536,1,559053,8.530471801757812
HRDSD,λ=8,65536,1,657565,10.033645629882812
HRDSD,λ=8,65536,1,579377,8.840591430664062
HRDSD,λ=8,65536,1,573886,8.756805419921875
HRDSD,λ=8,65536,1,669218,10.211456298828125
HRDSD,λ=8,65536,1,554216,8.4566650390625
HRDSD,λ=8,65536,1,720935,11.000595092773438
HRDSD,λ=8,65536,1,619321,9.450088500976562
HRDSD,λ=8,65536,1,557109,8.500808715820312
HRDSD,λ=8,65536,1,670712,10.2342529296875
HRDSD,λ=8,65536,1,674450,10.291290283203125
HRDSD,λ=8,65536,1,632453,9.650466918945312
HRDSD,λ=8,65536,1,644234,9.830230712890625
HRDSD,λ=8,65536,1,632061,9.644485473632812
HRDSD,λ=8,65536,1,672515,10.261764526367188
HRDSD,λ=8,65536,1,629206,9.600921630859375
HHDSD,λ=8,65536,1,596839,9.107040405273438
HHDSD,λ=8,65536,1,587370,8.962554931640625
HHDSD,λ=8,65536,1,596503,9.101913452148438
HHDSD,λ=8,65536,1,574297,8.763076782226562
HHDSD,λ=8,65536,1,631155,9.630661010742188
HHDSD,λ=8,65536,1,639014,9.750579833984375
HHDSD,λ=8,65536,1,569346,8.687530517578125
HHDSD,λ=8,65536,1,574323,8.763473510742188
HHDSD,λ=8,65536,1,637719,9.730819702148438
HHDSD,λ=8,65536,1,604934,9.230560302734375
HHDSD,λ=8,65536,1,593836,9.06121826171875
HHDSD,λ=8,65536,1,576261,8.793045043945312
HHDSD,λ=8,65536,1,681914,10.405181884765625
HHDSD,λ=8,65536,1,551835,8.420333862304688
HHDSD,λ=8,65536,1,603959,9.215682983398438
HHDSD,λ=8,65536,1,707608,10.7972412109375
HHDSD,λ=8,65536,1,588814,8.984588623046875
HHDSD,λ=8,65536,1,575314,8.778594970703125
HHDSD,λ=8,65536,1,589137,8.989517211914062
HHDSD,λ=8,65536,1,566605,8.645706176757812
HHDSD,λ=8,65536,1,616155,9.401779174804688
HHDSD,λ=8,65536,1,580495,8.857650756835938
HHDSD,λ=8,65536,1,523909,7.9942169189453125
HHDSD,λ=8,65536,1,590574,9.011444091796875
HHDSD,λ=8,65536,1,545473,8.323257446289062
HHDSD,λ=8,65536,1,563089,8.592056274414062
HHDSD,λ=8,65536,1,611313,9.327896118164062
HHDSD,λ=8,65536,1,600155,9.157638549804688
HHDSD,λ=8,65536,1,574635,8.768234252929688
HHDSD,λ=8,65536,1,584513,8.918960571289062
HHDSD,λ=8,65536,1,586108,8.94329833984375
HHDSD,λ=8,65536,1,597809,9.121841430664062
HHDSD,λ=8,65536,1,641547,9.789230346679688
HHDSD,λ=8,65536,1,566103,8.638046264648438
HHDSD,λ=8,65536,1,555019,8.468917846679688
HHDSD,λ=8,65536,1,607559,9.270614624023438
HHDSD,λ=8,65536,1,588483,8.979537963867188
HHDSD,λ=8,65536,1,557136,8.501220703125
HHDSD,λ=8,65536,1,544391,8.306747436523438
HHDSD,λ=8,65536,1,579813,8.847244262695312
HHDSD,λ=8,65536,1,555755,8.480148315429688
HHDSD,λ=8,65536,1,728023,11.108749389648438
HHDSD,λ=8,65536,1,587504,8.964599609375
HHDSD,λ=8,65536,1,597882,9.122955322265625
HHDSD,λ=8,65536,1,603788,9.21307373046875
HHDSD,λ=8,65536,1,552718,8.433807373046875
HHDSD,λ=8,65536,1,651950,9.947967529296875
HHDSD,λ=8,65536,1,555352,8.4739990234375
HHDSD,λ=8,65536,1,610681,9.318252563476562
HHDSD,λ=8,65536,1,571044,8.71343994140625
HHDSD,λ=8,65536,1,628505,9.590225219726562
HHDSD,λ=8,65536,1,589753,8.998916625976562
HHDSD,λ=8,65536,1,557479,8.506454467773438
HHDSD,λ=8,65536,1,557588,8.50811767578125
HHDSD,λ=8,65536,1,601459,9.177536010742188
HHDSD,λ=8,65536,1,577046,8.805023193359375
HHDSD,λ=8,65536,1,571249,8.716567993164062
HHDSD,λ=8,65536,1,587987,8.971969604492188
HHDSD,λ=8,65536,1,606507,9.254562377929688
HHDSD,λ=8,65536,1,643394,9.817413330078125
HHDSD,λ=8,65536,1,542802,8.282501220703125
HHDSD,λ=8,65536,1,579462,8.841888427734375
HHDSD,λ=8,65536,1,542971,8.285079956054688
HHDSD,λ=8,65536,1,546985,8.346328735351562
HHDSD,λ=8,65536,1,542760,8.2818603515625
HHDSD,λ=8,65536,1,561574,8.568939208984375
HHDSD,λ=8,65536,1,556390,8.489837646484375
HHDSD,λ=8,65536,1,542059,8.271163940429688
HHDSD,λ=8,65536,1,569733,8.693435668945312
HHDSD,λ=8,65536,1,537586,8.202911376953125
HHDSD,λ=8,65536,1,576349,8.794387817382812
HHDSD,λ=8,65536,1,596392,9.1002197265625
HHDSD,λ=8,65536,1,596366,9.099822998046875
HHDSD,λ=8,65536,1,585401,8.932510375976562
HHDSD,λ=8,65536,1,581871,8.878646850585938
HHDSD,λ=8,65536,1,571694,8.723358154296875
HHDSD,λ=8,65536,1,699241,10.669570922851562
HHDSD,λ=8,65536,1,612500,9.34600830078125
HHDSD,λ=8,65536,1,560093,8.546340942382812
HHDSD,λ=8,65536,1,587938,8.971221923828125
HHDSD,λ=8,65536,1,600352,9.16064453125
HHDSD,λ=8,65536,1,668844,10.20574951171875
HHDSD,λ=8,65536,1,533068,8.13397216796875
HHDSD,λ=8,65536,1,595596,9.08807373046875
HHDSD,λ=8,65536,1,552981,8.437820434570312
HHDSD,λ=8,65536,1,609202,9.295684814453125
HHDSD,λ=8,65536,1,573298,8.747833251953125
HHDSD,λ=8,65536,1,614070,9.369964599609375
HHDSD,λ=8,65536,1,615220,9.38751220703125
HHDSD,λ=8,65536,1,557631,8.508773803710938
HHDSD,λ=8,65536,1,596760,9.1058349609375
HHDSD,λ=8,65536,1,737550,11.254119873046875
HHDSD,λ=8,65536,1,608552,9.2857666015625
HHDSD,λ=8,65536,1,560571,8.553634643554688
HHDSD,λ=8,65536,1,566852,8.64947509765625
HHDSD,λ=8,65536,1,601044,9.17120361328125
HHDSD,λ=8,65536,1,572597,8.737136840820312
HHDSD,λ=8,65536,1,582850,8.893585205078125
HHDSD,λ=8,65536,1,600498,9.162872314453125
HHDSD,λ=8,65536,1,583075,8.897018432617188
HHLSD,λ=8,65536,1,618539,9.438156127929688
HHLSD,λ=8,65536,1,575641,8.783584594726562
HHLSD,λ=8,65536,1,614973,9.383743286132812
HHLSD,λ=8,65536,1,557731,8.510299682617188
HHLSD,λ=8,65536,1,553001,8.438125610351562
HHLSD,λ=8,65536,1,567357,8.657180786132812
HHLSD,λ=8,65536,1,541193,8.257949829101562
HHLSD,λ=8,65536,1,547903,8.360336303710938
HHLSD,λ=8,65536,1,575205,8.776931762695312
HHLSD,λ=8,65536,1,597997,9.124710083007812
HHLSD,λ=8,65536,1,569287,8.686630249023438
HHLSD,λ=8,65536,1,599781,9.151931762695312
HHLSD,λ=8,65536,1,548893,8.375442504882812
HHLSD,λ=8,65536,1,551991,8.422714233398438
HHLSD,λ=8,65536,1,585159,8.928817749023438
HHLSD,λ=8,65536,1,619399,9.451278686523438
HHLSD,λ=8,65536,1,558751,8.525863647460938
HHLSD,λ=8,65536,1,579173,8.837478637695312
HHLSD,λ=8,65536,1,572777,8.739883422851562
HHLSD,λ=8,65536,1,592007,9.033309936523438
HHLSD,λ=8,65536,1,580067,8.851119995117188
HHLSD,λ=8,65536,1,626339,9.557174682617188
HHLSD,λ=8,65536,1,571687,8.723251342773438
HHLSD,λ=8,65536,1,550521,8.400283813476562
HHLSD,λ=8,65536,1,571733,8.723953247070312
HHLSD,λ=8,65536,1,572817,8.740493774414062
HHLSD,λ=8,65536,1,581491,8.872848510742188
HHLSD,λ=8,65536,1,608899,9.291061401367188
HHLSD,λ=8,65536,1,597093,9.110916137695312
HHLSD,λ=8,65536,1,571609,8.722061157226562
HHLSD,λ=8,65536,1,527821,8.053909301757812
HHLSD,λ=8,65536,1,651947,9.947921752929688
HHLSD,λ=8,65536,1,640235,9.769210815429688
HHLSD,λ=8,65536,1,531923,8.116500854492188
HHLSD,λ=8,65536,1,702687,10.722152709960938
HHLSD,λ=8,65536,1,598681,9.135147094726562
HHLSD,λ=8,65536,1,571611,8.722091674804688
HHLSD,λ=8,65536,1,605795,9.243698120117188
HHLSD,λ=8,65536,1,608231,9.280868530273438
HHLSD,λ=8,65536,1,649839,9.915756225585938
HHLSD,λ=8,65536,1,588693,8.982742309570312
HHLSD,λ=8,65536,1,592719,9.044174194335938
HHLSD,λ=8,65536,1,677235,10.333786010742188
HHLSD,λ=8,65536,1,633161,9.661270141601562
HHLSD,λ=8,65536,1,664553,10.140274047851562
HHLSD,λ=8,65536,1,539265,8.228530883789062
HHLSD,λ=8,65536,1,561999,8.575424194335938
HHLSD,λ=8,65536,1,620157,9.462844848632812
HHLSD,λ=8,65536,1,585561,8.934951782226562
HHLSD,λ=8,65536,1,537217,8.197280883789062
HHLSD,λ=8,65536,1,554903,8.467147827148438
HHLSD,λ=8,65536,1,581415,8.871688842773438
HHLSD,λ=8,65536,1,631047,9.629013061523438
HHLSD,λ=8,65536,1,593925,9.062576293945312
HHLSD,λ=8,65536,1,588603,8.981369018554688
HHLSD,λ=8,65536,1,570739,8.708786010742188
HHLSD,λ=8,65536,1,651029,9.933914184570312
HHLSD,λ=8,65536,1,616345,9.404678344726562
HHLSD,λ=8,65536,1,535539,8.171676635742188
HHLSD,λ=8,65536,1,556607,8.493148803710938
HHLSD,λ=8,65536,1,603637,9.210769653320312
HHLSD,λ=8,65536,1,600197,9.158279418945312
HHLSD,λ=8,65536,1,575355,8.779220581054688
HHLSD,λ=8,65536,1,591695,9.028549194335938
HHLSD,λ=8,65536,1,552425,8.429336547851562
HHLSD,λ=8,65536,1,554873,8.466690063476562
HHLSD,λ=8,65536,1,613557,9.362136840820312
HHLSD,λ=8,65536,1,578963,8.834274291992188
HHLSD,λ=8,65536,1,562347,8.580734252929688
HHLSD,λ=8,65536,1,601715,9.181442260742188
HHLSD,λ=8,65536,1,602417,9.192153930664062
HHLSD,λ=8,65536,1,666443,10.169113159179688
HHLSD,λ=8,65536,1,566983,8.651473999023438
HHLSD,λ=8,65536,1,574177,8.761245727539062
HHLSD,λ=8,65536,1,568865,8.680191040039062
HHLSD,λ=8,65536,1,627219,9.570602416992188
HHLSD,λ=8,65536,1,658489,10.047744750976562
HHLSD,λ=8,65536,1,580439,8.856796264648438
HHLSD,λ=8,65536,1,592635,9.042892456054688
HHLSD,λ=8,65536,1,547477,8.353836059570312
HHLSD,λ=8,65536,1,578885,8.833084106445312
HHLSD,λ=8,65536,1,559459,8.536666870117188
HHLSD,λ=8,65536,1,582743,8.891952514648438
HHLSD,λ=8,65536,1,589927,9.001571655273438
HHLSD,λ=8,65536,1,535413,8.169754028320312
HHLSD,λ=8,65536,1,557631,8.508773803710938
HHLSD,λ=8,65536,1,591069,9.018997192382812
HHLSD,λ=8,65536,1,569433,8.688858032226562
HHLSD,λ=8,65536,1,531403,8.108566284179688
HHLSD,λ=8,65536,1,570309,8.702224731445312
HHLSD,λ=8,65536,1,632455,9.650497436523438
HHLSD,λ=8,65536,1,604021,9.216629028320312
HHLSD,λ=8,65536,1,616221,9.402786254882812
HHLSD,λ=8,65536,1,573839,8.756088256835938
HHLSD,λ=8,65536,1,596053,9.095046997070312
HHLSD,λ=8,65536,1,597023,9.109848022460938
HHLSD,λ=8,65536,1,553565,8.446731567382812
HHLSD,λ=8,65536,1,572435,8.734664916992188
HHLSD,λ=8,65536,1,557297,8.503677368164062
HRLSD,λ=8,65536,1,544359,8.306259155273438
HRLSD,λ=8,65536,1,635773,9.701126098632812
HRLSD,λ=8,65536,1,584005,8.911209106445312
HRLSD,λ=8,65536,1,602191,9.188705444335938
HRLSD,λ=8,65536,1,558473,8.521621704101562
HRLSD,λ=8,65536,1,568195,8.669967651367188
HRLSD,λ=8,65536,1,553817,8.450576782226562
HRLSD,λ=8,65536,1,552041,8.423477172851562
HRLSD,λ=8,65536,1,616409,9.405654907226562
HRLSD,λ=8,65536,1,629725,9.608840942382812
HRLSD,λ=8,65536,1,583577,8.904678344726562
HRLSD,λ=8,65536,1,545955,8.330612182617188
HRLSD,λ=8,65536,1,530987,8.102218627929688
HRLSD,λ=8,65536,1,623101,9.507766723632812
HRLSD,λ=8,65536,1,654137,9.981338500976562
HRLSD,λ=8,65536,1,584863,8.924301147460938
HRLSD,λ=8,65536,1,566249,8.640274047851562
HRLSD,λ=8,65536,1,577735,8.815536499023438
HRLSD,λ=8,65536,1,575125,8.775711059570312
HRLSD,λ=8,65536,1,601295,9.175033569335938
HRLSD,λ=8,65536,1,610517,9.315750122070312
HRLSD,λ=8,65536,1,577779,8.816207885742188
HRLSD,λ=8,65536,1,600297,9.159805297851562
HRLSD,λ=8,65536,1,595975,9.093856811523438
HRLSD,λ=8,65536,1,553395,8.444137573242188
HRLSD,λ=8,65536,1,574085,8.759841918945312
HRLSD,λ=8,65536,1,612765,9.350051879882812
HRLSD,λ=8,65536,1,564639,8.615707397460938
HRLSD,λ=8,65536,1,606701,9.257522583007812
HRLSD,λ=8,65536,1,633709,9.669631958007812
HRLSD,λ=8,65536,1,603455,9.207992553710938
HRLSD,λ=8,65536,1,565183,8.624008178710938
HRLSD,λ=8,65536,1,591587,9.026901245117188
HRLSD,λ=8,65536,1,583525,8.903884887695312
HRLSD,λ=8,65536,1,551369,8.413223266601562
HRLSD,λ=8,65536,1,589693,8.998001098632812
HRLSD,λ=8,65536,1,554575,8.462142944335938
HRLSD,λ=8,65536,1,548827,8.374435424804688
HRLSD,λ=8,65536,1,599465,9.147109985351562
HRLSD,λ=8,65536,1,665653,10.157058715820312
HRLSD,λ=8,65536,1,589423,8.993881225585938
HRLSD,λ=8,65536,1,581869,8.878616333007812
HRLSD,λ=8,65536,1,569515,8.690109252929688
HRLSD,λ=8,65536,1,585137,8.928482055664062
HRLSD,λ=8,65536,1,557215,8.502426147460938
HRLSD,λ=8,65536,1,611823,9.335678100585938
HRLSD,λ=8,65536,1,691015,10.544052124023438
HRLSD,λ=8,65536,1,589905,9.001235961914062
HRLSD,λ=8,65536,1,514119,7.8448333740234375
HRLSD,λ=8,65536,1,611153,9.325454711914062
HRLSD,λ=8,65536,1,608335,9.282455444335938
HRLSD,λ=8,65536,1,574355,8.763961791992188
HRLSD,λ=8,65536,1,620595,9.469528198242188
HRLSD,λ=8,65536,1,534427,8.154708862304688
HRLSD,λ=8,65536,1,557919,8.513168334960938
HRLSD,λ=8,65536,1,596469,9.101394653320312
HRLSD,λ=8,65536,1,548019,8.362106323242188
HRLSD,λ=8,65536,1,556209,8.487075805664062
HRLSD,λ=8,65536,1,594453,9.070632934570312
HRLSD,λ=8,65536,1,598961,9.139419555664062
HRLSD,λ=8,65536,1,641573,9.789627075195312
HRLSD,λ=8,65536,1,590209,9.005874633789062
HRLSD,λ=8,65536,1,602289,9.190200805664062
HRLSD,λ=8,65536,1,552009,8.422988891601562
HRLSD,λ=8,65536,1,606583,9.255722045898438
HRLSD,λ=8,65536,1,565465,8.628311157226562
HRLSD,λ=8,65536,1,592611,9.042526245117188
HRLSD,λ=8,65536,1,554219,8.456710815429688
HRLSD,λ=8,65536,1,539243,8.228195190429688
HRLSD,λ=8,65536,1,589595,8.996505737304688
HRLSD,λ=8,65536,1,540973,8.254592895507812
HRLSD,λ=8,65536,1,565567,8.629867553710938
HRLSD,λ=8,65536,1,640777,9.777481079101562
HRLSD,λ=8,65536,1,525355,8.016281127929688
HRLSD,λ=8,65536,1,621583,9.484603881835938
HRLSD,λ=8,65536,1,552615,8.432235717773438
HRLSD,λ=8,65536,1,561503,8.567855834960938
HRLSD,λ=8,65536,1,635545,9.697647094726562
HRLSD,λ=8,65536,1,557913,8.513076782226562
HRLSD,λ=8,65536,1,535963,8.178146362304688
HRLSD,λ=8,65536,1,582813,8.893020629882812
HRLSD,λ=8,65536,1,540075,8.240890502929688
HRLSD,λ=8,65536,1,582201,8.883682250976562
HRLSD,λ=8,65536,1,631199,9.631332397460938
HRLSD,λ=8,65536,1,551617,8.417007446289062
HRLSD,λ=8,65536,1,570309,8.702224731445312
HRLSD,λ=8,65536,1,574127,8.760482788085938
HRLSD,λ=8,65536,1,587331,8.961959838867188
HRLSD,λ=8,65536,1,566559,8.645004272460938
HRLSD,λ=8,65536,1,576093,8.790481567382812
HRLSD,λ=8,65536,1,546583,8.340194702148438
HRLSD,λ=8,65536,1,534521,8.156143188476562
HRLSD,λ=8,65536,1,582585,8.889541625976562
HRLSD,λ=8,65536,1,545423,8.322494506835938
HRLSD,λ=8,65536,1,528451,8.063522338867188
HRLSD,λ=8,65536,1,655423,10.000961303710938
HRLSD,λ=8,65536,1,555989,8.483718872070312
HRLSD,λ=8,65536,1,562975,8.590316772460938
HRLSD,λ=8,65536,1,654031,9.979721069335938
HRLSD,λ=8,65536,1,598415,9.131088256835938
HSLSD,λ=8,65536,1,778547,11.879684448242188
HSLSD,λ=8,65536,1,816809,12.463516235351562
HSLSD,λ=8,65536,1,824023,12.573593139648438
HSLSD,λ=8,65536,1,866375,13.219833374023438
HSLSD,λ=8,65536,1,803695,12.263412475585938
HSLSD,λ=8,65536,1,874133,13.338211059570312
HSLSD,λ=8,65536,1,819223,12.500350952148438
HSLSD,λ=8,65536,1,952143,14.528549194335938
HSLSD,λ=8,65536,1,996607,15.207015991210938
HSLSD,λ=8,65536,1,1000681,15.269180297851562
HSLSD,λ=8,65536,1,909091,13.871627807617188
HSLSD,λ=8,65536,1,785025,11.978530883789062
HSLSD,λ=8,65536,1,935889,14.280532836914062
HSLSD,λ=8,65536,1,979155,14.940719604492188
HSLSD,λ=8,65536,1,798559,12.185043334960938
HSLSD,λ=8,65536,1,989421,15.097366333007812
HSLSD,λ=8,65536,1,822035,12.543258666992188
HSLSD,λ=8,65536,1,1049743,16.017807006835938
HSLSD,λ=8,65536,1,772411,11.786056518554688
HSLSD,λ=8,65536,1,865271,13.202987670898438
HSLSD,λ=8,65536,1,845407,12.899887084960938
HSLSD,λ=8,65536,1,846709,12.919754028320312
HSLSD,λ=8,65536,1,820767,12.523910522460938
HSLSD,λ=8,65536,1,842875,12.861251831054688
HSLSD,λ=8,65536,1,812113,12.391860961914062
HSLSD,λ=8,65536,1,971325,14.821243286132812
HSLSD,λ=8,65536,1,812999,12.405380249023438
HSLSD,λ=8,65536,1,818731,12.492843627929688
HSLSD,λ=8,65536,1,859499,13.114913940429688
HSLSD,λ=8,65536,1,938057,14.313613891601562
HSLSD,λ=8,65536,1,839027,12.802536010742188
HSLSD,λ=8,65536,1,913191,13.934188842773438
HSLSD,λ=8,65536,1,860669,13.132766723632812
HSLSD,λ=8,65536,1,792121,12.086807250976562
HSLSD,λ=8,65536,1,961109,14.665359497070312
HSLSD,λ=8,65536,1,864603,13.192794799804688
HSLSD,λ=8,65536,1,875049,13.352188110351562
HSLSD,λ=8,65536,1,886365,13.524856567382812
HSLSD,λ=8,65536,1,871771,13.302169799804688
HSLSD,λ=8,65536,1,900313,13.737686157226562
HSLSD,λ=8,65536,1,887337,13.539688110351562
HSLSD,λ=8,65536,1,1003307,15.309249877929688
HSLSD,λ=8,65536,1,908353,13.860366821289062
HSLSD,λ=8,65536,1,859737,13.118545532226562
HSLSD,λ=8,65536,1,834727,12.736923217773438
HSLSD,λ=8,65536,1,887553,13.542984008789062
HSLSD,λ=8,65536,1,775769,11.837295532226562
HSLSD,λ=8,65536,1,938689,14.323257446289062
HSLSD,λ=8,65536,1,877987,13.397018432617188
HSLSD,λ=8,65536,1,1045971,15.960250854492188
HSLSD,λ=8,65536,1,814583,12.429550170898438
HSLSD,λ=8,65536,1,815445,12.442703247070312
HSLSD,λ=8,65536,1,831353,12.685440063476562
HSLSD,λ=8,65536,1,866787,13.226119995117188
HSLSD,λ=8,65536,1,847691,12.934738159179688
HSLSD,λ=8,65536,1,808595,12.338180541992188
HSLSD,λ=8,65536,1,915617,13.971206665039062
HSLSD,λ=8,65536,1,931581,14.214797973632812
HSLSD,λ=8,65536,1,892283,13.615158081054688
HSLSD,λ=8,65536,1,835829,12.753738403320312
HSLSD,λ=8,65536,1,829383,12.655380249023438
HSLSD,λ=8,65536,1,900639,13.742660522460938
HSLSD,λ=8,65536,1,845179,12.896408081054688
HSLSD,λ=8,65536,1,833415,12.716903686523438
HSLSD,λ=8,65536,1,869429,13.266433715820312
HSLSD,λ=8,65536,1,899373,13.723342895507812
HSLSD,λ=8,65536,1,945281,14.423843383789062
HSLSD,λ=8,65536,1,880875,13.441085815429688
HSLSD,λ=8,65536,1,832615,12.704696655273438
HSLSD,λ=8,65536,1,815155,12.438278198242188
HSLSD,λ=8,65536,1,861461,13.144851684570312
HSLSD,λ=8,65536,1,876871,13.379989624023438
HSLSD,λ=8,65536,1,780085,11.903152465820312
HSLSD,λ=8,65536,1,778561,11.879898071289062
HSLSD,λ=8,65536,1,777733,11.867263793945312
HSLSD,λ=8,65536,1,778487,11.878768920898438
HSLSD,λ=8,65536,1,815907,12.449752807617188
HSLSD,λ=8,65536,1,886469,13.526443481445312
HSLSD,λ=8,65536,1,878371,13.402877807617188
HSLSD,λ=8,65536,1,873795,13.333053588867188
HSLSD,λ=8,65536,1,849807,12.967025756835938
HSLSD,λ=8,65536,1,797723,12.172286987304688
HSLSD,λ=8,65536,1,996025,15.198135375976562
HSLSD,λ=8,65536,1,875309,13.356155395507812
HSLSD,λ=8,65536,1,807763,12.325485229492188
HSLSD,λ=8,65536,1,988353,15.081069946289062
HSLSD,λ=8,65536,1,800523,12.215011596679688
HSLSD,λ=8,65536,1,805133,12.285354614257812
HSLSD,λ=8,65536,1,969935,14.800033569335938
HSLSD,λ=8,65536,1,800201,12.210098266601562
HSLSD,λ=8,65536,1,831377,12.685806274414062
HSLSD,λ=8,65536,1,908359,13.860458374023438
HSLSD,λ=8,65536,1,822573,12.551467895507812
HSLSD,λ=8,65536,1,804929,12.282241821289062
HSLSD,λ=8,65536,1,991135,15.123519897460938
HSLSD,λ=8,65536,1,816881,12.464614868164062
HSLSD,λ=8,65536,1,832281,12.699600219726562
HSLSD,λ=8,65536,1,815483,12.443283081054688
HSLSD,λ=8,65536,1,1099737,16.780654907226562
HSLSD,λ=8,65536,1,856299,13.066085815429688
HSDMD,λ=8,65536,1,838281,12.791152954101562
HSDMD,λ=8,65536,1,931497,14.213516235351562
HSDMD,λ=8,65536,1,790417,12.060806274414062
HSDMD,λ=8,65536,1,969097,14.787246704101562
HSDMD,λ=8,65536,1,827377,12.624771118164062
HSDMD,λ=8,65536,1,793345,12.105484008789062
HSDMD,λ=8,65536,1,817961,12.481094360351562
HSDMD,λ=8,65536,1,926601,14.138809204101562
HSDMD,λ=8,65536,1,796201,12.149063110351562
HSDMD,λ=8,65536,1,853265,13.019790649414062
HSDMD,λ=8,65536,1,896537,13.680068969726562
HSDMD,λ=8,65536,1,857153,13.079116821289062
HSDMD,λ=8,65536,1,1090449,16.638931274414062
HSDMD,λ=8,65536,1,801185,12.225112915039062
HSDMD,λ=8,65536,1,803985,12.267837524414062
HSDMD,λ=8,65536,1,755889,11.533950805664062
HSDMD,λ=8,65536,1,893617,13.635513305664062
HSDMD,λ=8,65536,1,963041,14.694839477539062
HSDMD,λ=8,65536,1,985585,15.038833618164062
HSDMD,λ=8,65536,1,1003577,15.313369750976562
HSDMD,λ=8,65536,1,846401,12.915054321289062
HSDMD,λ=8,65536,1,922785,14.080581665039062
HSDMD,λ=8,65536,1,836185,12.759170532226562
HSDMD,λ=8,65536,1,929217,14.178726196289062
HSDMD,λ=8,65536,1,805281,12.287612915039062
HSDMD,λ=8,65536,1,964481,14.716812133789062
HSDMD,λ=8,65536,1,1049705,16.017227172851562
HSDMD,λ=8,65536,1,1008377,15.386611938476562
HSDMD,λ=8,65536,1,851657,12.995254516601562
HSDMD,λ=8,65536,1,948713,14.476211547851562
HSDMD,λ=8,65536,1,870161,13.277603149414062
HSDMD,λ=8,65536,1,863961,13.182998657226562
HSDMD,λ=8,65536,1,922417,14.074966430664062
HSDMD,λ=8,65536,1,870545,13.283462524414062
HSDMD,λ=8,65536,1,795113,12.132461547851562
HSDMD,λ=8,65536,1,844249,12.882217407226562
HSDMD,λ=8,65536,1,793721,12.111221313476562
HSDMD,λ=8,65536,1,842337,12.853042602539062
HSDMD,λ=8,65536,1,972369,14.837173461914062
HSDMD,λ=8,65536,1,824369,12.578872680664062
HSDMD,λ=8,65536,1,851673,12.995498657226562
HSDMD,λ=8,65536,1,943241,14.392715454101562
HSDMD,λ=8,65536,1,861289,13.142227172851562
HSDMD,λ=8,65536,1,797897,12.174942016601562
HSDMD,λ=8,65536,1,930945,14.205093383789062
HSDMD,λ=8,65536,1,778697,11.881973266601562
HSDMD,λ=8,65536,1,750353,11.449478149414062
HSDMD,λ=8,65536,1,908553,13.863418579101562
HSDMD,λ=8,65536,1,890001,13.580337524414062
HSDMD,λ=8,65536,1,900081,13.734146118164062
HSDMD,λ=8,65536,1,787281,12.012954711914062
HSDMD,λ=8,65536,1,860977,13.137466430664062
HSDMD,λ=8,65536,1,916625,13.986587524414062
HSDMD,λ=8,65536,1,880537,13.435928344726562
HSDMD,λ=8,65536,1,932921,14.235244750976562
HSDMD,λ=8,65536,1,871641,13.300186157226562
HSDMD,λ=8,65536,1,940521,14.351211547851562
HSDMD,λ=8,65536,1,811697,12.385513305664062
HSDMD,λ=8,65536,1,893145,13.628311157226562
HSDMD,λ=8,65536,1,823457,12.564956665039062
HSDMD,λ=8,65536,1,824057,12.574111938476562
HSDMD,λ=8,65536,1,789337,12.044326782226562
HSDMD,λ=8,65536,1,963729,14.705337524414062
HSDMD,λ=8,65536,1,890273,13.584487915039062
HSDMD,λ=8,65536,1,925265,14.118423461914062
HSDMD,λ=8,65536,1,1000889,15.272354125976562
HSDMD,λ=8,65536,1,891121,13.597427368164062
HSDMD,λ=8,65536,1,847465,12.931289672851562
HSDMD,λ=8,65536,1,962913,14.692886352539062
HSDMD,λ=8,65536,1,777089,11.857437133789062
HSDMD,λ=8,65536,1,860553,13.130996704101562
HSDMD,λ=8,65536,1,812873,12.403457641601562
HSDMD,λ=8,65536,1,798985,12.191543579101562
HSDMD,λ=8,65536,1,920289,14.042495727539062
HSDMD,λ=8,65536,1,1019809,15.561050415039062
HSDMD,λ=8,65536,1,926889,14.143203735351562
HSDMD,λ=8,65536,1,752649,11.484512329101562
HSDMD,λ=8,65536,1,883577,13.482315063476562
HSDMD,λ=8,65536,1,909393,13.876235961914062
HSDMD,λ=8,65536,1,936649,14.292129516601562
HSDMD,λ=8,65536,1,804737,12.279312133789062
HSDMD,λ=8,65536,1,1198081,18.281265258789062
HSDMD,λ=8,65536,1,813753,12.416885375976562
HSDMD,λ=8,65536,1,867649,13.239273071289062
HSDMD,λ=8,65536,1,813665,12.415542602539062
HSDMD,λ=8,65536,1,881569,13.451675415039062
HSDMD,λ=8,65536,1,833281,12.714859008789062
HSDMD,λ=8,65536,1,813601,12.414566040039062
HSDMD,λ=8,65536,1,956081,14.588638305664062
HSDMD,λ=8,65536,1,859617,13.116714477539062
HSDMD,λ=8,65536,1,881033,13.443496704101562
HSDMD,λ=8,65536,1,824793,12.585342407226562
HSDMD,λ=8,65536,1,888681,13.560195922851562
HSDMD,λ=8,65536,1,1158281,17.673965454101562
HSDMD,λ=8,65536,1,849729,12.965835571289062
HSDMD,λ=8,65536,1,950937,14.510147094726562
HSDMD,λ=8,65536,1,845513,12.901504516601562
HSDMD,λ=8,65536,1,938353,14.318130493164062
HSDMD,λ=8,65536,1,899745,13.729019165039062
HRDMD,λ=8,65536,1,596950,9.108734130859375
HRDMD,λ=8,65536,1,666715,10.173263549804688
HRDMD,λ=8,65536,1,579702,8.845550537109375
HRDMD,λ=8,65536,1,659087,10.056869506835938
HRDMD,λ=8,65536,1,641937,9.795181274414062
HRDMD,λ=8,65536,1,640082,9.766876220703125
HRDMD,λ=8,65536,1,627405,9.573440551757812
HRDMD,λ=8,65536,1,583251,8.899703979492188
HRDMD,λ=8,65536,1,661448,10.0928955078125
HRDMD,λ=8,65536,1,595887,9.092514038085938
HRDMD,λ=8,65536,1,576586,8.798004150390625
HRDMD,λ=8,65536,1,585055,8.927230834960938
HRDMD,λ=8,65536,1,635497,9.696914672851562
HRDMD,λ=8,65536,1,581823,8.877914428710938
HRDMD,λ=8,65536,1,605901,9.245315551757812
HRDMD,λ=8,65536,1,564384,8.61181640625
HRDMD,λ=8,65536,1,561798,8.572357177734375
HRDMD,λ=8,65536,1,592699,9.043869018554688
HRDMD,λ=8,65536,1,560548,8.55328369140625
HRDMD,λ=8,65536,1,627563,9.575851440429688
HRDMD,λ=8,65536,1,593475,9.055709838867188
HRDMD,λ=8,65536,1,560107,8.546554565429688
HRDMD,λ=8,65536,1,611730,9.334259033203125
HRDMD,λ=8,65536,1,626071,9.553085327148438
HRDMD,λ=8,65536,1,619568,9.453857421875
HRDMD,λ=8,65536,1,569692,8.69281005859375
HRDMD,λ=8,65536,1,639709,9.761184692382812
HRDMD,λ=8,65536,1,621860,9.48883056640625
HRDMD,λ=8,65536,1,577396,8.81036376953125
HRDMD,λ=8,65536,1,635753,9.700820922851562
HRDMD,λ=8,65536,1,591588,9.02691650390625
HRDMD,λ=8,65536,1,683993,10.436904907226562
HRDMD,λ=8,65536,1,639277,9.754592895507812
HRDMD,λ=8,65536,1,602908,9.19964599609375
HRDMD,λ=8,65536,1,588500,8.97979736328125
HRDMD,λ=8,65536,1,624993,9.536636352539062
HRDMD,λ=8,65536,1,628396,9.58856201171875
HRDMD,λ=8,65536,1,601514,9.178375244140625
HRDMD,λ=8,65536,1,658950,10.054779052734375
HRDMD,λ=8,65536,1,610231,9.311386108398438
HRDMD,λ=8,65536,1,593526,9.056488037109375
HRDMD,λ=8,65536,1,576775,8.800888061523438
HRDMD,λ=8,65536,1,617931,9.428878784179688
HRDMD,λ=8,65536,1,566954,8.651031494140625
HRDMD,λ=8,65536,1,595393,9.084976196289062
HRDMD,λ=8,65536,1,582033,8.881118774414062
HRDMD,λ=8,65536,1,600242,9.158966064453125
HRDMD,λ=8,65536,1,598312,9.1295166015625
HRDMD,λ=8,65536,1,590995,9.017868041992188
HRDMD,λ=8,65536,1,594083,9.064987182617188
HRDMD,λ=8,65536,1,583770,8.907623291015625
HRDMD,λ=8,65536,1,568760,8.6785888671875
HRDMD,λ=8,65536,1,648871,9.900985717773438
HRDMD,λ=8,65536,1,656733,10.020950317382812
HRDMD,λ=8,65536,1,644918,9.840667724609375
HRDMD,λ=8,65536,1,578423,8.826034545898438
HRDMD,λ=8,65536,1,742881,11.335464477539062
HRDMD,λ=8,65536,1,605255,9.235458374023438
HRDMD,λ=8,65536,1,630293,9.617507934570312
HRDMD,λ=8,65536,1,603881,9.214492797851562
HRDMD,λ=8,65536,1,574551,8.766952514648438
HRDMD,λ=8,65536,1,659506,10.063262939453125
HRDMD,λ=8,65536,1,615985,9.399185180664062
HRDMD,λ=8,65536,1,574554,8.766998291015625
HRDMD,λ=8,65536,1,580838,8.862884521484375
HRDMD,λ=8,65536,1,587576,8.9656982421875
HRDMD,λ=8,65536,1,653098,9.965484619140625
HRDMD,λ=8,65536,1,594088,9.0650634765625
HRDMD,λ=8,65536,1,580100,8.85162353515625
HRDMD,λ=8,65536,1,608155,9.279708862304688
HRDMD,λ=8,65536,1,589419,8.993820190429688
HRDMD,λ=8,65536,1,592748,9.04461669921875
HRDMD,λ=8,65536,1,639975,9.765243530273438
HRDMD,λ=8,65536,1,610628,9.31744384765625
HRDMD,λ=8,65536,1,612509,9.346145629882812
HRDMD,λ=8,65536,1,580206,8.853240966796875
HRDMD,λ=8,65536,1,660102,10.072357177734375
HRDMD,λ=8,65536,1,619455,9.452133178710938
HRDMD,λ=8,65536,1,649777,9.914810180664062
HRDMD,λ=8,65536,1,627772,9.57904052734375
HRDMD,λ=8,65536,1,563249,8.594497680664062
HRDMD,λ=8,65536,1,631190,9.631195068359375
HRDMD,λ=8,65536,1,589987,9.002487182617188
HRDMD,λ=8,65536,1,621084,9.47698974609375
HRDMD,λ=8,65536,1,635791,9.701400756835938
HRDMD,λ=8,65536,1,650862,9.931365966796875
HRDMD,λ=8,65536,1,582239,8.884262084960938
HRDMD,λ=8,65536,1,592085,9.034500122070312
HRDMD,λ=8,65536,1,611692,9.33367919921875
HRDMD,λ=8,65536,1,616537,9.407608032226562
HRDMD,λ=8,65536,1,634466,9.681182861328125
HRDMD,λ=8,65536,1,586894,8.955291748046875
HRDMD,λ=8,65536,1,613844,9.36651611328125
HRDMD,λ=8,65536,1,554834,8.466094970703125
HRDMD,λ=8,65536,1,593377,9.054214477539062
HRDMD,λ=8,65536,1,591370,9.023590087890625
HRDMD,λ=8,65536,1,784618,11.972320556640625
HRDMD,λ=8,65536,1,587429,8.963455200195312
HRDMD,λ=8,65536,1,582345,8.885879516601562
HRDMD,λ=8,65536,1,763855,11.655502319335938
HHDMD,λ=8,65536,1,609257,9.296524047851562
HHDMD,λ=8,65536,1,631618,9.637725830078125
HHDMD,λ=8,65536,1,634683,9.684494018554688
HHDMD,λ=8,65536,1,604014,9.216522216796875
HHDMD,λ=8,65536,1,649438,9.909637451171875
HHDMD,λ=8,65536,1,597404,9.11566162109375
HHDMD,λ=8,65536,1,655566,10.003143310546875
HHDMD,λ=8,65536,1,614345,9.374160766601562
HHDMD,λ=8,65536,1,651480,9.9407958984375
HHDMD,λ=8,65536,1,616798,9.411590576171875
HHDMD,λ=8,65536,1,647618,9.881866455078125
HHDMD,λ=8,65536,1,633033,9.659317016601562
HHDMD,λ=8,65536,1,550886,8.405853271484375
HHDMD,λ=8,65536,1,595634,9.088653564453125
HHDMD,λ=8,65536,1,635407,9.695541381835938
HHDMD,λ=8,65536,1,643474,9.818634033203125
HHDMD,λ=8,65536,1,661679,10.096420288085938
HHDMD,λ=8,65536,1,614655,9.378890991210938
HHDMD,λ=8,65536,1,639357,9.755813598632812
HHDMD,λ=8,65536,1,563787,8.602706909179688
HHDMD,λ=8,65536,1,643486,9.818817138671875
HHDMD,λ=8,65536,1,630250,9.616851806640625
HHDMD,λ=8,65536,1,613359,9.359115600585938
HHDMD,λ=8,65536,1,597950,9.123992919921875
HHDMD,λ=8,65536,1,627270,9.571380615234375
HHDMD,λ=8,65536,1,616246,9.403167724609375
HHDMD,λ=8,65536,1,573234,8.746856689453125
HHDMD,λ=8,65536,1,611454,9.330047607421875
HHDMD,λ=8,65536,1,619054,9.446014404296875
HHDMD,λ=8,65536,1,605390,9.237518310546875
HHDMD,λ=8,65536,1,644404,9.83282470703125
HHDMD,λ=8,65536,1,687698,10.493438720703125
HHDMD,λ=8,65536,1,663570,10.125274658203125
HHDMD,λ=8,65536,1,564129,8.607925415039062
HHDMD,λ=8,65536,1,590781,9.014602661132812
HHDMD,λ=8,65536,1,639330,9.755401611328125
HHDMD,λ=8,65536,1,717125,10.942459106445312
HHDMD,λ=8,65536,1,624609,9.530776977539062
HHDMD,λ=8,65536,1,626572,9.56072998046875
HHDMD,λ=8,65536,1,758289,11.570571899414062
HHDMD,λ=8,65536,1,642138,9.798248291015625
HHDMD,λ=8,65536,1,674594,10.293487548828125
HHDMD,λ=8,65536,1,616889,9.412979125976562
HHDMD,λ=8,65536,1,617717,9.425613403320312
HHDMD,λ=8,65536,1,684698,10.447662353515625
HHDMD,λ=8,65536,1,649927,9.917098999023438
HHDMD,λ=8,65536,1,611056,9.323974609375
HHDMD,λ=8,65536,1,620100,9.46197509765625
HHDMD,λ=8,65536,1,679773,10.372512817382812
HHDMD,λ=8,65536,1,673924,10.28326416015625
HHDMD,λ=8,65536,1,580864,8.86328125
HHDMD,λ=8,65536,1,614682,9.379302978515625
HHDMD,λ=8,65536,1,680156,10.37835693359375
HHDMD,λ=8,65536,1,663891,10.130172729492188
HHDMD,λ=8,65536,1,607363,9.267623901367188
HHDMD,λ=8,65536,1,584634,8.920806884765625
HHDMD,λ=8,65536,1,613443,9.360397338867188
HHDMD,λ=8,65536,1,642206,9.799285888671875
HHDMD,λ=8,65536,1,633142,9.660980224609375
HHDMD,λ=8,65536,1,697062,10.636322021484375
HHDMD,λ=8,65536,1,640417,9.771987915039062
HHDMD,λ=8,65536,1,638864,9.748291015625
HHDMD,λ=8,65536,1,644721,9.837661743164062
HHDMD,λ=8,65536,1,652323,9.953659057617188
HHDMD,λ=8,65536,1,585406,8.932586669921875
HHDMD,λ=8,65536,1,637820,9.73236083984375
HHDMD,λ=8,65536,1,670816,10.23583984375
HHDMD,λ=8,65536,1,580289,8.854507446289062
HHDMD,λ=8,65536,1,668365,10.198440551757812
HHDMD,λ=8,65536,1,617503,9.422348022460938
HHDMD,λ=8,65536,1,603955,9.215621948242188
HHDMD,λ=8,65536,1,680964,10.39068603515625
HHDMD,λ=8,65536,1,649540,9.91119384765625
HHDMD,λ=8,65536,1,639384,9.7562255859375
HHDMD,λ=8,65536,1,706973,10.787551879882812
HHDMD,λ=8,65536,1,573941,8.757644653320312
HHDMD,λ=8,65536,1,639299,9.754928588867188
HHDMD,λ=8,65536,1,595959,9.093612670898438
HHDMD,λ=8,65536,1,612054,9.339202880859375
HHDMD,λ=8,65536,1,645502,9.849578857421875
HHDMD,λ=8,65536,1,605878,9.244964599609375
HHDMD,λ=8,65536,1,630068,9.61407470703125
HHDMD,λ=8,65536,1,636066,9.705596923828125
HHDMD,λ=8,65536,1,605816,9.2440185546875
HHDMD,λ=8,65536,1,610207,9.311019897460938
HHDMD,λ=8,65536,1,660206,10.073944091796875
HHDMD,λ=8,65536,1,678422,10.351898193359375
HHDMD,λ=8,65536,1,643779,9.823287963867188
HHDMD,λ=8,65536,1,656729,10.020889282226562
HHDMD,λ=8,65536,1,597222,9.112884521484375
HHDMD,λ=8,65536,1,674338,10.289581298828125
HHDMD,λ=8,65536,1,643992,9.8265380859375
HHDMD,λ=8,65536,1,708415,10.809555053710938
HHDMD,λ=8,65536,1,683331,10.426803588867188
HHDMD,λ=8,65536,1,580879,8.863510131835938
HHDMD,λ=8,65536,1,581550,8.873748779296875
HHDMD,λ=8,65536,1,613643,9.363449096679688
HHDMD,λ=8,65536,1,585538,8.934600830078125
HHDMD,λ=8,65536,1,608941,9.291702270507812
HHDMD,λ=8,65536,1,606581,9.255691528320312
HHLMD,λ=8,65536,1,625725,9.547805786132812
HHLMD,λ=8,65536,1,579305,8.839492797851562
HHLMD,λ=8,65536,1,644665,9.836807250976562
HHLMD,λ=8,65536,1,621377,9.481460571289062
HHLMD,λ=8,65536,1,640037,9.766189575195312
HHLMD,λ=8,65536,1,605949,9.246047973632812
HHLMD,λ=8,65536,1,614153,9.371231079101562
HHLMD,λ=8,65536,1,542377,8.276016235351562
HHLMD,λ=8,65536,1,595397,9.085037231445312
HHLMD,λ=8,65536,1,590757,9.014236450195312
HHLMD,λ=8,65536,1,664441,10.138565063476562
HHLMD,λ=8,65536,1,581385,8.871231079101562
HHLMD,λ=8,65536,1,610441,9.314590454101562
HHLMD,λ=8,65536,1,637949,9.734329223632812
HHLMD,λ=8,65536,1,623057,9.507095336914062
HHLMD,λ=8,65536,1,647161,9.874893188476562
HHLMD,λ=8,65536,1,606517,9.254714965820312
HHLMD,λ=8,65536,1,693793,10.586441040039062
HHLMD,λ=8,65536,1,572881,8.741470336914062
HHLMD,λ=8,65536,1,588845,8.985061645507812
HHLMD,λ=8,65536,1,632369,9.649185180664062
HHLMD,λ=8,65536,1,585945,8.940811157226562
HHLMD,λ=8,65536,1,639565,9.758987426757812
HHLMD,λ=8,65536,1,687441,10.489517211914062
HHLMD,λ=8,65536,1,656233,10.013320922851562
HHLMD,λ=8,65536,1,593889,9.062026977539062
HHLMD,λ=8,65536,1,604229,9.219802856445312
HHLMD,λ=8,65536,1,590517,9.010574340820312
HHLMD,λ=8,65536,1,638121,9.736953735351562
HHLMD,λ=8,65536,1,610869,9.321121215820312
HHLMD,λ=8,65536,1,593225,9.051895141601562
HHLMD,λ=8,65536,1,575037,8.774368286132812
HHLMD,λ=8,65536,1,598601,9.133926391601562
HHLMD,λ=8,65536,1,627825,9.579849243164062
HHLMD,λ=8,65536,1,611205,9.326248168945312
HHLMD,λ=8,65536,1,606493,9.254348754882812
HHLMD,λ=8,65536,1,623389,9.512161254882812
HHLMD,λ=8,65536,1,590829,9.015335083007812
HHLMD,λ=8,65536,1,637253,9.723709106445312
HHLMD,λ=8,65536,1,661801,10.098281860351562
HHLMD,λ=8,65536,1,655565,10.003128051757812
HHLMD,λ=8,65536,1,619249,9.448989868164062
HHLMD,λ=8,65536,1,707789,10.800003051757812
HHLMD,λ=8,65536,1,669089,10.209487915039062
HHLMD,λ=8,65536,1,582453,8.887527465820312
HHLMD,λ=8,65536,1,620669,9.470657348632812
HHLMD,λ=8,65536,1,595909,9.092849731445312
HHLMD,λ=8,65536,1,582693,8.891189575195312
HHLMD,λ=8,65536,1,556445,8.490676879882812
HHLMD,λ=8,65536,1,584305,8.915786743164062
HHLMD,λ=8,65536,1,572065,8.729019165039062
HHLMD,λ=8,65536,1,641373,9.786575317382812
HHLMD,λ=8,65536,1,615253,9.388015747070312
HHLMD,λ=8,65536,1,627745,9.578628540039062
HHLMD,λ=8,65536,1,594129,9.065689086914062
HHLMD,λ=8,65536,1,618405,9.436111450195312
HHLMD,λ=8,65536,1,614033,9.369400024414062
HHLMD,λ=8,65536,1,588365,8.977737426757812
HHLMD,λ=8,65536,1,591097,9.019424438476562
HHLMD,λ=8,65536,1,601929,9.184707641601562
HHLMD,λ=8,65536,1,586345,8.946914672851562
HHLMD,λ=8,65536,1,558041,8.515029907226562
HHLMD,λ=8,65536,1,674549,10.292800903320312
HHLMD,λ=8,65536,1,618561,9.438491821289062
HHLMD,λ=8,65536,1,592217,9.036514282226562
HHLMD,λ=8,65536,1,581885,8.878860473632812
HHLMD,λ=8,65536,1,627253,9.571121215820312
HHLMD,λ=8,65536,1,597613,9.118850708007812
HHLMD,λ=8,65536,1,673853,10.282180786132812
HHLMD,λ=8,65536,1,633101,9.660354614257812
HHLMD,λ=8,65536,1,638197,9.738113403320312
HHLMD,λ=8,65536,1,651129,9.935440063476562
HHLMD,λ=8,65536,1,635781,9.701248168945312
HHLMD,λ=8,65536,1,597525,9.117507934570312
HHLMD,λ=8,65536,1,585517,8.934280395507812
HHLMD,λ=8,65536,1,695925,10.618972778320312
HHLMD,λ=8,65536,1,643517,9.819290161132812
HHLMD,λ=8,65536,1,607609,9.271377563476562
HHLMD,λ=8,65536,1,627529,9.575332641601562
HHLMD,λ=8,65536,1,662377,10.107070922851562
HHLMD,λ=8,65536,1,628665,9.592666625976562
HHLMD,λ=8,65536,1,624385,9.527359008789062
HHLMD,λ=8,65536,1,576545,8.797378540039062
HHLMD,λ=8,65536,1,639973,9.765213012695312
HHLMD,λ=8,65536,1,634961,9.688735961914062
HHLMD,λ=8,65536,1,554213,8.456619262695312
HHLMD,λ=8,65536,1,616769,9.411148071289062
HHLMD,λ=8,65536,1,632597,9.652664184570312
HHLMD,λ=8,65536,1,602941,9.200149536132812
HHLMD,λ=8,65536,1,580745,8.861465454101562
HHLMD,λ=8,65536,1,631525,9.636306762695312
HHLMD,λ=8,65536,1,662153,10.103652954101562
HHLMD,λ=8,65536,1,607145,9.264297485351562
HHLMD,λ=8,65536,1,749513,11.436660766601562
HHLMD,λ=8,65536,1,562217,8.578750610351562
HHLMD,λ=8,65536,1,705085,10.758743286132812
HHLMD,λ=8,65536,1,658377,10.046035766601562
HHLMD,λ=8,65536,1,615805,9.396438598632812
HHLMD,λ=8,65536,1,605161,9.234024047851562
HHLMD,λ=8,65536,1,643993,9.826553344726562
HRLMD,λ=8,65536,1,622429,9.497512817382812
HRLMD,λ=8,65536,1,695345,10.610122680664062
HRLMD,λ=8,65536,1,648941,9.902053833007812
HRLMD,λ=8,65536,1,611297,9.327651977539062
HRLMD,λ=8,65536,1,617933,9.428909301757812
HRLMD,λ=8,65536,1,664297,10.136367797851562
HRLMD,λ=8,65536,1,627317,9.572097778320312
HRLMD,λ=8,65536,1,576105,8.790664672851562
HRLMD,λ=8,65536,1,575929,8.787979125976562
HRLMD,λ=8,65536,1,615341,9.389358520507812
HRLMD,λ=8,65536,1,640781,9.777542114257812
HRLMD,λ=8,65536,1,668357,10.198318481445312
HRLMD,λ=8,65536,1,700265,10.685195922851562
HRLMD,λ=8,65536,1,617005,9.414749145507812
HRLMD,λ=8,65536,1,599273,9.144180297851562
HRLMD,λ=8,65536,1,647977,9.887344360351562
HRLMD,λ=8,65536,1,580833,8.862808227539062
HRLMD,λ=8,65536,1,671741,10.249954223632812
HRLMD,λ=8,65536,1,605325,9.236526489257812
HRLMD,λ=8,65536,1,732709,11.180252075195312
HRLMD,λ=8,65536,1,628753,9.594009399414062
HRLMD,λ=8,65536,1,614509,9.376663208007812
HRLMD,λ=8,65536,1,630613,9.622390747070312
HRLMD,λ=8,65536,1,653781,9.975906372070312
HRLMD,λ=8,65536,1,659869,10.068801879882812
HRLMD,λ=8,65536,1,615453,9.391067504882812
HRLMD,λ=8,65536,1,636441,9.711318969726562
HRLMD,λ=8,65536,1,617401,9.420791625976562
HRLMD,λ=8,65536,1,583377,8.901626586914062
HRLMD,λ=8,65536,1,691981,10.558792114257812
HRLMD,λ=8,65536,1,645753,9.853408813476562
HRLMD,λ=8,65536,1,600925,9.169387817382812
HRLMD,λ=8,65536,1,613985,9.368667602539062
HRLMD,λ=8,65536,1,549181,8.379837036132812
HRLMD,λ=8,65536,1,589617,8.996841430664062
HRLMD,λ=8,65536,1,744349,11.357864379882812
HRLMD,λ=8,65536,1,655765,10.006179809570312
HRLMD,λ=8,65536,1,610705,9.318618774414062
HRLMD,λ=8,65536,1,608233,9.280899047851562
HRLMD,λ=8,65536,1,622393,9.496963500976562
HRLMD,λ=8,65536,1,729949,11.138137817382812
HRLMD,λ=8,65536,1,641113,9.782608032226562
HRLMD,λ=8,65536,1,602781,9.197708129882812
HRLMD,λ=8,65536,1,607721,9.273086547851562
HRLMD,λ=8,65536,1,655401,10.000625610351562
HRLMD,λ=8,65536,1,633925,9.672927856445312
HRLMD,λ=8,65536,1,612137,9.340469360351562
HRLMD,λ=8,65536,1,688357,10.503494262695312
HRLMD,λ=8,65536,1,590301,9.007278442382812
HRLMD,λ=8,65536,1,593381,9.054275512695312
HRLMD,λ=8,65536,1,627229,9.570755004882812
HRLMD,λ=8,65536,1,724257,11.051284790039062
HRLMD,λ=8,65536,1,634617,9.683486938476562
HRLMD,λ=8,65536,1,569557,8.690750122070312
HRLMD,λ=8,65536,1,604209,9.219497680664062
HRLMD,λ=8,65536,1,595909,9.092849731445312
HRLMD,λ=8,65536,1,703981,10.741897583007812
HRLMD,λ=8,65536,1,606137,9.248916625976562
HRLMD,λ=8,65536,1,741937,11.321060180664062
HRLMD,λ=8,65536,1,615825,9.396743774414062
HRLMD,λ=8,65536,1,636985,9.719619750976562
HRLMD,λ=8,65536,1,688725,10.509109497070312
HRLMD,λ=8,65536,1,681693,10.401809692382812
HRLMD,λ=8,65536,1,627849,9.580215454101562
HRLMD,λ=8,65536,1,593785,9.060440063476562
HRLMD,λ=8,65536,1,642557,9.804641723632812
HRLMD,λ=8,65536,1,642693,9.806716918945312
HRLMD,λ=8,65536,1,639457,9.757339477539062
HRLMD,λ=8,65536,1,645329,9.846939086914062
HRLMD,λ=8,65536,1,584273,8.915298461914062
HRLMD,λ=8,65536,1,639925,9.764480590820312
HRLMD,λ=8,65536,1,621385,9.481582641601562
HRLMD,λ=8,65536,1,666561,10.170913696289062
HRLMD,λ=8,65536,1,630417,9.619400024414062
HRLMD,λ=8,65536,1,643077,9.812576293945312
HRLMD,λ=8,65536,1,666529,10.170425415039062
HRLMD,λ=8,65536,1,625881,9.550186157226562
HRLMD,λ=8,65536,1,590809,9.015029907226562
HRLMD,λ=8,65536,1,638561,9.743667602539062
HRLMD,λ=8,65536,1,679481,10.368057250976562
HRLMD,λ=8,65536,1,645005,9.841995239257812
HRLMD,λ=8,65536,1,770801,11.761489868164062
HRLMD,λ=8,65536,1,593141,9.050613403320312
HRLMD,λ=8,65536,1,587457,8.963882446289062
HRLMD,λ=8,65536,1,640557,9.774124145507812
HRLMD,λ=8,65536,1,657253,10.028884887695312
HRLMD,λ=8,65536,1,594409,9.069961547851562
HRLMD,λ=8,65536,1,651741,9.944778442382812
HRLMD,λ=8,65536,1,626677,9.562332153320312
HRLMD,λ=8,65536,1,593837,9.061233520507812
HRLMD,λ=8,65536,1,644549,9.835037231445312
HRLMD,λ=8,65536,1,643869,9.824661254882812
HRLMD,λ=8,65536,1,614021,9.369216918945312
HRLMD,λ=8,65536,1,659765,10.067214965820312
HRLMD,λ=8,65536,1,722805,11.029129028320312
HRLMD,λ=8,65536,1,604909,9.230178833007812
HRLMD,λ=8,65536,1,672097,10.255386352539062
HRLMD,λ=8,65536,1,677369,10.335830688476562
HRLMD,λ=8,65536,1,590453,9.009597778320312
HRLMD,λ=8,65536,1,584049,8.911880493164062
HSLMD,λ=8,65536,1,948844,14.47821044921875
HSLMD,λ=8,65536,1,952525,14.534378051757812
HSLMD,λ=8,65536,1,887680,13.544921875
HSLMD,λ=8,65536,1,1214794,18.536285400390625
HSLMD,λ=8,65536,1,1187884,18.12567138671875
HSLMD,λ=8,65536,1,894394,13.647369384765625
HSLMD,λ=8,65536,1,1009972,15.41094970703125
HSLMD,λ=8,65536,1,951841,14.523941040039062
HSLMD,λ=8,65536,1,889651,13.574996948242188
HSLMD,λ=8,65536,1,959239,14.636825561523438
HSLMD,λ=8,65536,1,978076,14.92425537109375
HSLMD,λ=8,65536,1,935389,14.272903442382812
HSLMD,λ=8,65536,1,924733,14.110305786132812
HSLMD,λ=8,65536,1,1133434,17.294830322265625
HSLMD,λ=8,65536,1,1000450,15.265655517578125
HSLMD,λ=8,65536,1,896428,13.67840576171875
HSLMD,λ=8,65536,1,1026406,15.661712646484375
HSLMD,λ=8,65536,1,907111,13.841415405273438
HSLMD,λ=8,65536,1,901297,13.752700805664062
HSLMD,λ=8,65536,1,946747,14.446212768554688
HSLMD,λ=8,65536,1,966592,14.7490234375
HSLMD,λ=8,65536,1,1014922,15.486480712890625
HSLMD,λ=8,65536,1,920665,14.048233032226562
HSLMD,λ=8,65536,1,1222633,18.655899047851562
HSLMD,λ=8,65536,1,1021951,15.593734741210938
HSLMD,λ=8,65536,1,982189,14.987014770507812
HSLMD,λ=8,65536,1,1025614,15.649627685546875
HSLMD,λ=8,65536,1,884233,13.492324829101562
HSLMD,λ=8,65536,1,1107046,16.892181396484375
HSLMD,λ=8,65536,1,1028737,15.697280883789062
HSLMD,λ=8,65536,1,981001,14.968887329101562
HSLMD,λ=8,65536,1,1056061,16.114212036132812
HSLMD,λ=8,65536,1,1085743,16.567123413085938
HSLMD,λ=8,65536,1,864478,13.190887451171875
HSLMD,λ=8,65536,1,924751,14.110580444335938
HSLMD,λ=8,65536,1,1033768,15.7740478515625
HSLMD,λ=8,65536,1,866710,13.224945068359375
HSLMD,λ=8,65536,1,1078723,16.460006713867188
HSLMD,λ=8,65536,1,1045252,15.94927978515625
HSLMD,λ=8,65536,1,845884,12.90716552734375
HSLMD,λ=8,65536,1,1009153,15.398452758789062
HSLMD,λ=8,65536,1,869374,13.265594482421875
HSLMD,λ=8,65536,1,990325,15.111160278320312
HSLMD,λ=8,65536,1,879904,13.42626953125
HSLMD,λ=8,65536,1,1035235,15.796432495117188
HSLMD,λ=8,65536,1,902827,13.776046752929688
HSLMD,λ=8,65536,1,1169398,17.843597412109375
HSLMD,λ=8,65536,1,942940,14.38812255859375
HSLMD,λ=8,65536,1,937288,14.3018798828125
HSLMD,λ=8,65536,1,1016173,15.505569458007812
HSLMD,λ=8,65536,1,1202977,18.355972290039062
HSLMD,λ=8,65536,1,989560,15.0994873046875
HSLMD,λ=8,65536,1,985249,15.033706665039062
HSLMD,λ=8,65536,1,886978,13.534210205078125
HSLMD,λ=8,65536,1,967537,14.763442993164062
HSLMD,λ=8,65536,1,1018540,15.54168701171875
HSLMD,λ=8,65536,1,823348,12.56329345703125
HSLMD,λ=8,65536,1,1031842,15.744659423828125
HSLMD,λ=8,65536,1,989578,15.099761962890625
HSLMD,λ=8,65536,1,906958,13.839080810546875
HSLMD,λ=8,65536,1,1019071,15.549789428710938
HSLMD,λ=8,65536,1,1006048,15.35107421875
HSLMD,λ=8,65536,1,917470,13.999481201171875
HSLMD,λ=8,65536,1,936964,14.29693603515625
HSLMD,λ=8,65536,1,1008127,15.382797241210938
HSLMD,λ=8,65536,1,936802,14.294464111328125
HSLMD,λ=8,65536,1,919144,14.0250244140625
HSLMD,λ=8,65536,1,969310,14.790496826171875
HSLMD,λ=8,65536,1,924004,14.09918212890625
HSLMD,λ=8,65536,1,904276,13.79815673828125
HSLMD,λ=8,65536,1,1060435,16.180953979492188
HSLMD,λ=8,65536,1,1048609,16.000503540039062
HSLMD,λ=8,65536,1,946387,14.440719604492188
HSLMD,λ=8,65536,1,977644,14.91766357421875
HSLMD,λ=8,65536,1,1005166,15.337615966796875
HSLMD,λ=8,65536,1,1066546,16.274200439453125
HSLMD,λ=8,65536,1,1149409,17.538589477539062
HSLMD,λ=8,65536,1,920305,14.042739868164062
HSLMD,λ=8,65536,1,1084573,16.549270629882812
HSLMD,λ=8,65536,1,1158022,17.670013427734375
HSLMD,λ=8,65536,1,1117810,17.056427001953125
HSLMD,λ=8,65536,1,1011205,15.429763793945312
HSLMD,λ=8,65536,1,993961,15.166641235351562
HSLMD,λ=8,65536,1,923914,14.097808837890625
HSLMD,λ=8,65536,1,904699,13.804611206054688
HSLMD,λ=8,65536,1,958132,14.61993408203125
HSLMD,λ=8,65536,1,920269,14.042190551757812
HSLMD,λ=8,65536,1,979183,14.941146850585938
HSLMD,λ=8,65536,1,889264,13.569091796875
HSLMD,λ=8,65536,1,891262,13.599578857421875
HSLMD,λ=8,65536,1,1175554,17.937530517578125
HSLMD,λ=8,65536,1,959977,14.648086547851562
HSLMD,λ=8,65536,1,1019647,15.558578491210938
HSLMD,λ=8,65536,1,992098,15.138214111328125
HSLMD,λ=8,65536,1,1043074,15.916046142578125
HSLMD,λ=8,65536,1,1000297,15.263320922851562
HSLMD,λ=8,65536,1,926452,14.13653564453125
HSLMD,λ=8,65536,1,965431,14.731307983398438
HSLMD,λ=8,65536,1,893782,13.638031005859375
HSLMD,λ=8,65536,1,861922,13.151885986328125
HSDID,λ=8,65536,1,909793,13.882339477539062
HSDID,λ=8,65536,1,895425,13.663101196289062
HSDID,λ=8,65536,1,973185,14.849624633789062
HSDID,λ=8,65536,1,968785,14.782485961914062
HSDID,λ=8,65536,1,1025393,15.646255493164062
HSDID,λ=8,65536,1,908289,13.859390258789062
HSDID,λ=8,65536,1,946113,14.436538696289062
HSDID,λ=8,65536,1,906337,13.829605102539062
HSDID,λ=8,65536,1,969041,14.786392211914062
HSDID,λ=8,65536,1,932289,14.225601196289062
HSDID,λ=8,65536,1,851249,12.989028930664062
HSDID,λ=8,65536,1,910753,13.896987915039062
HSDID,λ=8,65536,1,1009297,15.400650024414062
HSDID,λ=8,65536,1,1232273,18.802993774414062
HSDID,λ=8,65536,1,904737,13.805191040039062
HSDID,λ=8,65536,1,920625,14.047622680664062
HSDID,λ=8,65536,1,900513,13.740737915039062
HSDID,λ=8,65536,1,921905,14.067153930664062
HSDID,λ=8,65536,1,843313,12.867935180664062
HSDID,λ=8,65536,1,901297,13.752700805664062
HSDID,λ=8,65536,1,988337,15.080825805664062
HSDID,λ=8,65536,1,927905,14.158706665039062
HSDID,λ=8,65536,1,844337,12.883560180664062
HSDID,λ=8,65536,1,965953,14.739273071289062
HSDID,λ=8,65536,1,856801,13.073745727539062
HSDID,λ=8,65536,1,912545,13.924331665039062
HSDID,λ=8,65536,1,1041105,15.886001586914062
HSDID,λ=8,65536,1,1122433,17.126968383789062
HSDID,λ=8,65536,1,856497,13.069107055664062
HSDID,λ=8,65536,1,909201,13.873306274414062
HSDID,λ=8,65536,1,912097,13.917495727539062
HSDID,λ=8,65536,1,963841,14.707046508789062
HSDID,λ=8,65536,1,930097,14.192153930664062
HSDID,λ=8,65536,1,953921,14.555679321289062
HSDID,λ=8,65536,1,840721,12.828384399414062
HSDID,λ=8,65536,1,898785,13.714370727539062
HSDID,λ=8,65536,1,975265,14.881362915039062
HSDID,λ=8,65536,1,958721,14.628921508789062
HSDID,λ=8,65536,1,1068561,16.304946899414062
HSDID,λ=8,65536,1,883841,13.486343383789062
HSDID,λ=8,65536,1,1034849,15.790542602539062
HSDID,λ=8,65536,1,870577,13.283950805664062
HSDID,λ=8,65536,1,1005345,15.340347290039062
HSDID,λ=8,65536,1,1049521,16.014419555664062
HSDID,λ=8,65536,1,1058545,16.152114868164062
HSDID,λ=8,65536,1,881105,13.444595336914062
HSDID,λ=8,65536,1,924193,14.102066040039062
HSDID,λ=8,65536,1,915969,13.976577758789062
HSDID,λ=8,65536,1,810257,12.363540649414062
HSDID,λ=8,65536,1,991665,15.131607055664062
HSDID,λ=8,65536,1,878209,13.400405883789062
HSDID,λ=8,65536,1,907185,13.842544555664062
HSDID,λ=8,65536,1,1101633,16.809585571289062
HSDID,λ=8,65536,1,918017,14.007827758789062
HSDID,λ=8,65536,1,976289,14.896987915039062
HSDID,λ=8,65536,1,874209,13.339370727539062
HSDID,λ=8,65536,1,948497,14.472915649414062
HSDID,λ=8,65536,1,933441,14.243179321289062
HSDID,λ=8,65536,1,949281,14.484878540039062
HSDID,λ=8,65536,1,1121393,17.111099243164062
HSDID,λ=8,65536,1,914401,13.952651977539062
HSDID,λ=8,65536,1,938129,14.314712524414062
HSDID,λ=8,65536,1,901489,13.755630493164062
HSDID,λ=8,65536,1,1025905,15.654067993164062
HSDID,λ=8,65536,1,856577,13.070327758789062
HSDID,λ=8,65536,1,828257,12.638198852539062
HSDID,λ=8,65536,1,947073,14.451187133789062
HSDID,λ=8,65536,1,990865,15.119400024414062
HSDID,λ=8,65536,1,1064513,16.243179321289062
HSDID,λ=8,65536,1,960353,14.653823852539062
HSDID,λ=8,65536,1,866945,13.228530883789062
HSDID,λ=8,65536,1,913969,13.946060180664062
HSDID,λ=8,65536,1,867297,13.233901977539062
HSDID,λ=8,65536,1,819665,12.507095336914062
HSDID,λ=8,65536,1,986865,15.058364868164062
HSDID,λ=8,65536,1,902993,13.778579711914062
HSDID,λ=8,65536,1,867969,13.244155883789062
HSDID,λ=8,65536,1,1004993,15.334976196289062
HSDID,λ=8,65536,1,968961,14.785171508789062
HSDID,λ=8,65536,1,872561,13.314224243164062
HSDID,λ=8,65536,1,972897,14.845230102539062
HSDID,λ=8,65536,1,927457,14.151870727539062
HSDID,λ=8,65536,1,903969,13.793472290039062
HSDID,λ=8,65536,1,887761,13.546157836914062
HSDID,λ=8,65536,1,914305,13.951187133789062
HSDID,λ=8,65536,1,961185,14.666519165039062
HSDID,λ=8,65536,1,796673,12.156265258789062
HSDID,λ=8,65536,1,1053009,16.067642211914062
HSDID,λ=8,65536,1,896257,13.675796508789062
HSDID,λ=8,65536,1,933777,14.248306274414062
HSDID,λ=8,65536,1,879025,13.412857055664062
HSDID,λ=8,65536,1,881009,13.443130493164062
HSDID,λ=8,65536,1,998417,15.234634399414062
HSDID,λ=8,65536,1,874817,13.348648071289062
HSDID,λ=8,65536,1,907073,13.840835571289062
HSDID,λ=8,65536,1,877617,13.391372680664062
HSDID,λ=8,65536,1,923201,14.086929321289062
HSDID,λ=8,65536,1,833601,12.719741821289062
HSDID,λ=8,65536,1,1038977,15.853530883789062
HSDID,λ=8,65536,1,942513,14.381607055664062
HRDID,λ=8,65536,1,684937,10.451309204101562
HRDID,λ=8,65536,1,740909,11.305374145507812
HRDID,λ=8,65536,1,742155,11.324386596679688
HRDID,λ=8,65536,1,740405,11.297683715820312
HRDID,λ=8,65536,1,760537,11.604873657226562
HRDID,λ=8,65536,1,709423,10.824935913085938
HRDID,λ=8,65536,1,667129,10.179580688476562
HRDID,λ=8,65536,1,677223,10.333602905273438
HRDID,λ=8,65536,1,703361,10.732437133789062
HRDID,λ=8,65536,1,702661,10.721755981445312
HRDID,λ=8,65536,1,665799,10.159286499023438
HRDID,λ=8,65536,1,784897,11.976577758789062
HRDID,λ=8,65536,1,662131,10.103317260742188
HRDID,λ=8,65536,1,723675,11.042404174804688
HRDID,λ=8,65536,1,649517,9.910842895507812
HRDID,λ=8,65536,1,716577,10.934097290039062
HRDID,λ=8,65536,1,713189,10.882400512695312
HRDID,λ=8,65536,1,703319,10.731796264648438
HRDID,λ=8,65536,1,704691,10.752731323242188
HRDID,λ=8,65536,1,675809,10.312026977539062
HRDID,λ=8,65536,1,690215,10.531845092773438
HRDID,λ=8,65536,1,782461,11.939407348632812
HRDID,λ=8,65536,1,662705,10.112075805664062
HRDID,λ=8,65536,1,711565,10.857620239257812
HRDID,λ=8,65536,1,717249,10.944351196289062
HRDID,λ=8,65536,1,720119,10.988143920898438
HRDID,λ=8,65536,1,775279,11.829818725585938
HRDID,λ=8,65536,1,733811,11.197067260742188
HRDID,λ=8,65536,1,746635,11.392745971679688
HRDID,λ=8,65536,1,713791,10.891586303710938
HRDID,λ=8,65536,1,721043,11.002243041992188
HRDID,λ=8,65536,1,819463,12.504013061523438
HRDID,λ=8,65536,1,710641,10.843521118164062
HRDID,λ=8,65536,1,739761,11.287857055664062
HRDID,λ=8,65536,1,667521,10.185562133789062
HRDID,λ=8,65536,1,722541,11.025100708007812
HRDID,λ=8,65536,1,697495,10.642929077148438
HRDID,λ=8,65536,1,723339,11.037277221679688
HRDID,λ=8,65536,1,670265,10.227432250976562
HRDID,λ=8,65536,1,672687,10.264389038085938
HRDID,λ=8,65536,1,694303,10.594223022460938
HRDID,λ=8,65536,1,664343,10.137069702148438
HRDID,λ=8,65536,1,732551,11.177841186523438
HRDID,λ=8,65536,1,690467,10.535690307617188
HRDID,λ=8,65536,1,662775,10.113143920898438
HRDID,λ=8,65536,1,704915,10.756149291992188
HRDID,λ=8,65536,1,690047,10.529281616210938
HRDID,λ=8,65536,1,679897,10.374404907226562
HRDID,λ=8,65536,1,703865,10.740127563476562
HRDID,λ=8,65536,1,791211,12.072921752929688
HRDID,λ=8,65536,1,729961,11.138320922851562
HRDID,λ=8,65536,1,731935,11.168441772460938
HRDID,λ=8,65536,1,700533,10.689285278320312
HRDID,λ=8,65536,1,690719,10.539535522460938
HRDID,λ=8,65536,1,753873,11.503189086914062
HRDID,λ=8,65536,1,744269,11.356643676757812
HRDID,λ=8,65536,1,760075,11.597824096679688
HRDID,λ=8,65536,1,645247,9.845687866210938
HRDID,λ=8,65536,1,688941,10.512405395507812
HRDID,λ=8,65536,1,732761,11.181045532226562
HRDID,λ=8,65536,1,712895,10.877914428710938
HRDID,λ=8,65536,1,754839,11.517929077148438
HRDID,λ=8,65536,1,723871,11.045394897460938
HRDID,λ=8,65536,1,790413,12.060745239257812
HRDID,λ=8,65536,1,769651,11.743942260742188
HRDID,λ=8,65536,1,688451,10.504928588867188
HRDID,λ=8,65536,1,704761,10.753799438476562
HRDID,λ=8,65536,1,754755,11.516647338867188
HRDID,λ=8,65536,1,749785,11.440811157226562
HRDID,λ=8,65536,1,728659,11.118453979492188
HRDID,λ=8,65536,1,694177,10.592300415039062
HRDID,λ=8,65536,1,661067,10.087081909179688
HRDID,λ=8,65536,1,693673,10.584609985351562
HRDID,λ=8,65536,1,824377,12.578994750976562
HRDID,λ=8,65536,1,684195,10.439987182617188
HRDID,λ=8,65536,1,694821,10.602127075195312
HRDID,λ=8,65536,1,766669,11.698440551757812
HRDID,λ=8,65536,1,685917,10.466262817382812
HRDID,λ=8,65536,1,716969,10.940078735351562
HRDID,λ=8,65536,1,697551,10.643783569335938
HRDID,λ=8,65536,1,689291,10.517745971679688
HRDID,λ=8,65536,1,675641,10.309463500976562
HRDID,λ=8,65536,1,779367,11.892196655273438
HRDID,λ=8,65536,1,837677,12.781936645507812
HRDID,λ=8,65536,1,697523,10.643356323242188
HRDID,λ=8,65536,1,715121,10.911880493164062
HRDID,λ=8,65536,1,738851,11.273971557617188
HRDID,λ=8,65536,1,753495,11.497421264648438
HRDID,λ=8,65536,1,777533,11.864212036132812
HRDID,λ=8,65536,1,691363,10.549362182617188
HRDID,λ=8,65536,1,675613,10.309036254882812
HRDID,λ=8,65536,1,761951,11.626449584960938
HRDID,λ=8,65536,1,676257,10.318862915039062
HRDID,λ=8,65536,1,683327,10.426742553710938
HRDID,λ=8,65536,1,773627,11.804611206054688
HRDID,λ=8,65536,1,737073,11.246841430664062
HRDID,λ=8,65536,1,836095,12.757797241210938
HRDID,λ=8,65536,1,792429,12.091506958007812
HRDID,λ=8,65536,1,765815,11.685409545898438
HRDID,λ=8,65536,1,938225,14.316177368164062
HHDID,λ=8,65536,1,704439,10.748886108398438
HHDID,λ=8,65536,1,770715,11.760177612304688
HHDID,λ=8,65536,1,784071,11.963973999023438
HHDID,λ=8,65536,1,753817,11.502334594726562
HHDID,λ=8,65536,1,708037,10.803787231445312
HHDID,λ=8,65536,1,709073,10.819595336914062
HHDID,λ=8,65536,1,793843,12.113082885742188
HHDID,λ=8,65536,1,659541,10.063796997070312
HHDID,λ=8,65536,1,701471,10.703598022460938
HHDID,λ=8,65536,1,742967,11.336776733398438
HHDID,λ=8,65536,1,738725,11.272048950195312
HHDID,λ=8,65536,1,700435,10.687789916992188
HHDID,λ=8,65536,1,720371,10.991989135742188
HHDID,λ=8,65536,1,784925,11.977005004882812
HHDID,λ=8,65536,1,716703,10.936019897460938
HHDID,λ=8,65536,1,791323,12.074630737304688
HHDID,λ=8,65536,1,801123,12.224166870117188
HHDID,λ=8,65536,1,720511,10.994125366210938
HHDID,λ=8,65536,1,700561,10.689712524414062
HHDID,λ=8,65536,1,893733,13.637283325195312
HHDID,λ=8,65536,1,767915,11.717453002929688
HHDID,λ=8,65536,1,723689,11.042617797851562
HHDID,λ=8,65536,1,709227,10.821945190429688
HHDID,λ=8,65536,1,742141,11.324172973632812
HHDID,λ=8,65536,1,835521,12.749038696289062
HHDID,λ=8,65536,1,715037,10.910598754882812
HHDID,λ=8,65536,1,683747,10.433151245117188
HHDID,λ=8,65536,1,977201,14.910903930664062
HHDID,λ=8,65536,1,733279,11.188949584960938
HHDID,λ=8,65536,1,809943,12.358749389648438
HHDID,λ=8,65536,1,788551,12.032333374023438
HHDID,λ=8,65536,1,687807,10.495101928710938
HHDID,λ=8,65536,1,705209,10.760635375976562
HHDID,λ=8,65536,1,675221,10.303054809570312
HHDID,λ=8,65536,1,701415,10.702743530273438
HHDID,λ=8,65536,1,667815,10.190048217773438
HHDID,λ=8,65536,1,773137,11.797134399414062
HHDID,λ=8,65536,1,732789,11.181472778320312
HHDID,λ=8,65536,1,809649,12.354263305664062
HHDID,λ=8,65536,1,881595,13.452072143554688
HHDID,λ=8,65536,1,717235,10.944137573242188
HHDID,λ=8,65536,1,701933,10.710647583007812
HHDID,λ=8,65536,1,886495,13.526840209960938
HHDID,λ=8,65536,1,748063,11.414535522460938
HHDID,λ=8,65536,1,732579,11.178268432617188
HHDID,λ=8,65536,1,668697,10.203506469726562
HHDID,λ=8,65536,1,678875,10.358810424804688
HHDID,λ=8,65536,1,741245,11.310501098632812
HHDID,λ=8,65536,1,756449,11.542495727539062
HHDID,λ=8,65536,1,715471,10.917221069335938
HHDID,λ=8,65536,1,676383,10.320785522460938
HHDID,λ=8,65536,1,819729,12.508071899414062
HHDID,λ=8,65536,1,688941,10.512405395507812
HHDID,λ=8,65536,1,725271,11.066757202148438
HHDID,λ=8,65536,1,739495,11.283798217773438
HHDID,λ=8,65536,1,731739,11.165451049804688
HHDID,λ=8,65536,1,681171,10.393844604492188
HHDID,λ=8,65536,1,731249,11.157974243164062
HHDID,λ=8,65536,1,693113,10.576065063476562
HHDID,λ=8,65536,1,669831,10.220809936523438
HHDID,λ=8,65536,1,710529,10.841812133789062
HHDID,λ=8,65536,1,697229,10.638870239257812
HHDID,λ=8,65536,1,742085,11.323318481445312
HHDID,λ=8,65536,1,750191,11.447006225585938
HHDID,λ=8,65536,1,718005,10.955886840820312
HHDID,λ=8,65536,1,701051,10.697189331054688
HHDID,λ=8,65536,1,703221,10.730300903320312
HHDID,λ=8,65536,1,790959,12.069076538085938
HHDID,λ=8,65536,1,742155,11.324386596679688
HHDID,λ=8,65536,1,674941,10.298782348632812
HHDID,λ=8,65536,1,811595,12.383956909179688
HHDID,λ=8,65536,1,703697,10.737564086914062
HHDID,λ=8,65536,1,762959,11.641830444335938
HHDID,λ=8,65536,1,702619,10.721115112304688
HHDID,λ=8,65536,1,726237,11.081497192382812
HHDID,λ=8,65536,1,687233,10.486343383789062
HHDID,λ=8,65536,1,700631,10.690780639648438
HHDID,λ=8,65536,1,757737,11.562149047851562
HHDID,λ=8,65536,1,683467,10.428878784179688
HHDID,λ=8,65536,1,871907,13.304244995117188
HHDID,λ=8,65536,1,725579,11.071456909179688
HHDID,λ=8,65536,1,767957,11.718093872070312
HHDID,λ=8,65536,1,720231,10.989852905273438
HHDID,λ=8,65536,1,683663,10.431869506835938
HHDID,λ=8,65536,1,810223,12.363021850585938
HHDID,λ=8,65536,1,706959,10.787338256835938
HHDID,λ=8,65536,1,721995,11.016769409179688
HHDID,λ=8,65536,1,658645,10.050125122070312
HHDID,λ=8,65536,1,760215,11.599960327148438
HHDID,λ=8,65536,1,727399,11.099227905273438
HHDID,λ=8,65536,1,782643,11.942184448242188
HHDID,λ=8,65536,1,729415,11.129989624023438
HHDID,λ=8,65536,1,751087,11.460678100585938
HHDID,λ=8,65536,1,779843,11.899459838867188
HHDID,λ=8,65536,1,723297,11.036636352539062
HHDID,λ=8,65536,1,816355,12.456588745117188
HHDID,λ=8,65536,1,717165,10.943069458007812
HHDID,λ=8,65536,1,659471,10.062728881835938
HHDID,λ=8,65536,1,740587,11.300460815429688
HHDID,λ=8,65536,1,760397,11.602737426757812
HHLID,λ=8,65536,1,880156,13.43011474609375
HHLID,λ=8,65536,1,694351,10.594955444335938
HHLID,λ=8,65536,1,710416,10.840087890625
HHLID,λ=8,65536,1,692821,10.571609497070312
HHLID,λ=8,65536,1,730321,11.143814086914062
HHLID,λ=8,65536,1,715231,10.913558959960938
HHLID,λ=8,65536,1,774751,11.821762084960938
HHLID,λ=8,65536,1,707866,10.801177978515625
HHLID,λ=8,65536,1,739156,11.27862548828125
HHLID,λ=8,65536,1,739966,11.290985107421875
HHLID,λ=8,65536,1,720286,10.990692138671875
HHLID,λ=8,65536,1,699331,10.670944213867188
HHLID,λ=8,65536,1,771421,11.770950317382812
HHLID,λ=8,65536,1,685876,10.46563720703125
HHLID,λ=8,65536,1,692326,10.564056396484375
HHLID,λ=8,65536,1,736906,11.244293212890625
HHLID,λ=8,65536,1,749206,11.431976318359375
HHLID,λ=8,65536,1,725941,11.076980590820312
HHLID,λ=8,65536,1,717031,10.941024780273438
HHLID,λ=8,65536,1,714586,10.903717041015625
HHLID,λ=8,65536,1,678241,10.349136352539062
HHLID,λ=8,65536,1,753016,11.4901123046875
HHLID,λ=8,65536,1,775831,11.838241577148438
HHLID,λ=8,65536,1,766771,11.699996948242188
HHLID,λ=8,65536,1,692191,10.561996459960938
HHLID,λ=8,65536,1,728371,11.114059448242188
HHLID,λ=8,65536,1,695116,10.60662841796875
HHLID,λ=8,65536,1,720601,10.995498657226562
HHLID,λ=8,65536,1,792691,12.095504760742188
HHLID,λ=8,65536,1,751486,11.466766357421875
HHLID,λ=8,65536,1,758761,11.577774047851562
HHLID,λ=8,65536,1,844516,12.88629150390625
HHLID,λ=8,65536,1,721471,11.008773803710938
HHLID,λ=8,65536,1,691846,10.556732177734375
HHLID,λ=8,65536,1,729451,11.130538940429688
HHLID,λ=8,65536,1,679171,10.363327026367188
HHLID,λ=8,65536,1,701101,10.697952270507812
HHLID,λ=8,65536,1,892501,13.618484497070312
HHLID,λ=8,65536,1,715501,10.917678833007812
HHLID,λ=8,65536,1,762211,11.630416870117188
HHLID,λ=8,65536,1,711751,10.860458374023438
HHLID,λ=8,65536,1,710701,10.844436645507812
HHLID,λ=8,65536,1,764296,11.6622314453125
HHLID,λ=8,65536,1,735136,11.21728515625
HHLID,λ=8,65536,1,711766,10.860687255859375
HHLID,λ=8,65536,1,822121,12.544570922851562
HHLID,λ=8,65536,1,829066,12.650543212890625
HHLID,λ=8,65536,1,737041,11.246353149414062
HHLID,λ=8,65536,1,909301,13.874832153320312
HHLID,λ=8,65536,1,684811,10.449386596679688
HHLID,λ=8,65536,1,714091,10.896163940429688
HHLID,λ=8,65536,1,712006,10.864349365234375
HHLID,λ=8,65536,1,697831,10.648056030273438
HHLID,λ=8,65536,1,763096,11.6439208984375
HHLID,λ=8,65536,1,702046,10.712371826171875
HHLID,λ=8,65536,1,785746,11.989532470703125
HHLID,λ=8,65536,1,834571,12.734542846679688
HHLID,λ=8,65536,1,711091,10.850387573242188
HHLID,λ=8,65536,1,712456,10.8712158203125
HHLID,λ=8,65536,1,733066,11.185699462890625
HHLID,λ=8,65536,1,763561,11.651016235351562
HHLID,λ=8,65536,1,748366,11.419158935546875
HHLID,λ=8,65536,1,731776,11.166015625
HHLID,λ=8,65536,1,775186,11.828399658203125
HHLID,λ=8,65536,1,785851,11.991134643554688
HHLID,λ=8,65536,1,676381,10.320755004882812
HHLID,λ=8,65536,1,702796,10.72381591796875
HHLID,λ=8,65536,1,957811,14.615036010742188
HHLID,λ=8,65536,1,656686,10.020233154296875
HHLID,λ=8,65536,1,759421,11.587844848632812
HHLID,λ=8,65536,1,653656,9.9739990234375
HHLID,λ=8,65536,1,726781,11.089797973632812
HHLID,λ=8,65536,1,896491,13.679367065429688
HHLID,λ=8,65536,1,707641,10.797744750976562
HHLID,λ=8,65536,1,690181,10.531326293945312
HHLID,λ=8,65536,1,717706,10.951324462890625
HHLID,λ=8,65536,1,706681,10.783096313476562
HHLID,λ=8,65536,1,717826,10.953155517578125
HHLID,λ=8,65536,1,715081,10.911270141601562
HHLID,λ=8,65536,1,773686,11.805511474609375
HHLID,λ=8,65536,1,716311,10.930038452148438
HHLID,λ=8,65536,1,809236,12.34796142578125
HHLID,λ=8,65536,1,775711,11.836410522460938
HHLID,λ=8,65536,1,759586,11.590362548828125
HHLID,λ=8,65536,1,763606,11.651702880859375
HHLID,λ=8,65536,1,773296,11.799560546875
HHLID,λ=8,65536,1,712471,10.871444702148438
HHLID,λ=8,65536,1,725386,11.068511962890625
HHLID,λ=8,65536,1,739591,11.285263061523438
HHLID,λ=8,65536,1,708901,10.816970825195312
HHLID,λ=8,65536,1,782146,11.934600830078125
HHLID,λ=8,65536,1,725041,11.063247680664062
HHLID,λ=8,65536,1,737611,11.255050659179688
HHLID,λ=8,65536,1,665881,10.160537719726562
HHLID,λ=8,65536,1,738451,11.267868041992188
HHLID,λ=8,65536,1,749581,11.437698364257812
HHLID,λ=8,65536,1,738301,11.265579223632812
HHLID,λ=8,65536,1,747166,11.400848388671875
HHLID,λ=8,65536,1,681796,10.40338134765625
HHLID,λ=8,65536,1,751801,11.471572875976562
HRLID,λ=8,65536,1,872467,13.312789916992188
HRLID,λ=8,65536,1,753019,11.490158081054688
HRLID,λ=8,65536,1,814395,12.426681518554688
HRLID,λ=8,65536,1,761027,11.612350463867188
HRLID,λ=8,65536,1,730759,11.150497436523438
HRLID,λ=8,65536,1,839679,12.812484741210938
HRLID,λ=8,65536,1,787529,12.016738891601562
HRLID,λ=8,65536,1,729303,11.128280639648438
HRLID,λ=8,65536,1,722359,11.022323608398438
HRLID,λ=8,65536,1,715667,10.920211791992188
HRLID,λ=8,65536,1,736569,11.239151000976562
HRLID,λ=8,65536,1,700365,10.686721801757812
HRLID,λ=8,65536,1,835003,12.741134643554688
HRLID,λ=8,65536,1,717347,10.945846557617188
HRLID,λ=8,65536,1,657329,10.030044555664062
HRLID,λ=8,65536,1,700771,10.692916870117188
HRLID,λ=8,65536,1,739159,11.278671264648438
HRLID,λ=8,65536,1,720133,10.988357543945312
HRLID,λ=8,65536,1,756477,11.542922973632812
HRLID,λ=8,65536,1,812757,12.401687622070312
HRLID,λ=8,65536,1,772969,11.794570922851562
HRLID,λ=8,65536,1,736359,11.235946655273438
HRLID,λ=8,65536,1,936111,14.283920288085938
HRLID,λ=8,65536,1,710781,10.845657348632812
HRLID,λ=8,65536,1,702633,10.721328735351562
HRLID,λ=8,65536,1,849913,12.968643188476562
HRLID,λ=8,65536,1,722415,11.023178100585938
HRLID,λ=8,65536,1,805323,12.288253784179688
HRLID,λ=8,65536,1,765521,11.680923461914062
HRLID,λ=8,65536,1,720805,10.998611450195312
HRLID,λ=8,65536,1,731571,11.162887573242188
HRLID,λ=8,65536,1,796125,12.147903442382812
HRLID,λ=8,65536,1,794207,12.118637084960938
HRLID,λ=8,65536,1,709325,10.823440551757812
HRLID,λ=8,65536,1,726797,11.090042114257812
HRLID,λ=8,65536,1,727553,11.101577758789062
HRLID,λ=8,65536,1,728575,11.117172241210938
HRLID,λ=8,65536,1,687933,10.497024536132812
HRLID,λ=8,65536,1,718565,10.964431762695312
HRLID,λ=8,65536,1,794641,12.125259399414062
HRLID,λ=8,65536,1,770337,11.754409790039062
HRLID,λ=8,65536,1,706987,10.787765502929688
HRLID,λ=8,65536,1,710683,10.844161987304688
HRLID,λ=8,65536,1,711173,10.851638793945312
HRLID,λ=8,65536,1,875855,13.364486694335938
HRLID,λ=8,65536,1,785877,11.991531372070312
HRLID,λ=8,65536,1,735057,11.216079711914062
HRLID,λ=8,65536,1,821997,12.542678833007812
HRLID,λ=8,65536,1,796573,12.154739379882812
HRLID,λ=8,65536,1,814129,12.422622680664062
HRLID,λ=8,65536,1,735785,11.227188110351562
HRLID,λ=8,65536,1,776469,11.847976684570312
HRLID,λ=8,65536,1,853077,13.016921997070312
HRLID,λ=8,65536,1,797021,12.161575317382812
HRLID,λ=8,65536,1,735365,11.220779418945312
HRLID,λ=8,65536,1,715191,10.912948608398438
HRLID,λ=8,65536,1,810615,12.369003295898438
HRLID,λ=8,65536,1,741049,11.307510375976562
HRLID,λ=8,65536,1,718859,10.968917846679688
HRLID,λ=8,65536,1,756127,11.537582397460938
HRLID,λ=8,65536,1,746915,11.397018432617188
HRLID,λ=8,65536,1,736093,11.231887817382812
HRLID,λ=8,65536,1,797231,12.164779663085938
HRLID,λ=8,65536,1,715401,10.916152954101562
HRLID,λ=8,65536,1,698279,10.654891967773438
HRLID,λ=8,65536,1,726545,11.086196899414062
HRLID,λ=8,65536,1,793955,12.114791870117188
HRLID,λ=8,65536,1,693771,10.586105346679688
HRLID,λ=8,65536,1,700519,10.689071655273438
HRLID,λ=8,65536,1,732243,11.173141479492188
HRLID,λ=8,65536,1,666135,10.164413452148438
HRLID,λ=8,65536,1,715975,10.924911499023438
HRLID,λ=8,65536,1,819127,12.498886108398438
HRLID,λ=8,65536,1,855527,13.054306030273438
HRLID,λ=8,65536,1,690397,10.534622192382812
HRLID,λ=8,65536,1,911513,13.908584594726562
HRLID,λ=8,65536,1,896435,13.678512573242188
HRLID,λ=8,65536,1,691699,10.554489135742188
HRLID,λ=8,65536,1,862163,13.155563354492188
HRLID,λ=8,65536,1,667549,10.185989379882812
HRLID,λ=8,65536,1,743779,11.349166870117188
HRLID,λ=8,65536,1,678203,10.348556518554688
HRLID,λ=8,65536,1,846483,12.916305541992188
HRLID,λ=8,65536,1,833645,12.720413208007812
HRLID,λ=8,65536,1,728225,11.111831665039062
HRLID,λ=8,65536,1,754041,11.505752563476562
HRLID,λ=8,65536,1,729373,11.129348754882812
HRLID,λ=8,65536,1,725411,11.068893432617188
HRLID,λ=8,65536,1,717599,10.949691772460938
HRLID,λ=8,65536,1,784995,11.978073120117188
HRLID,λ=8,65536,1,692539,10.567306518554688
HRLID,λ=8,65536,1,768153,11.721084594726562
HRLID,λ=8,65536,1,728141,11.110549926757812
HRLID,λ=8,65536,1,753985,11.504898071289062
HRLID,λ=8,65536,1,714743,10.906112670898438
HRLID,λ=8,65536,1,723395,11.038131713867188
HRLID,λ=8,65536,1,710025,10.834121704101562
HRLID,λ=8,65536,1,776623,11.850326538085938
HRLID,λ=8,65536,1,791225,12.073135375976562
HSLID,λ=8,65536,1,1029623,15.710800170898438
HSLID,λ=8,65536,1,975019,14.877609252929688
HSLID,λ=8,65536,1,871217,13.293716430664062
HSLID,λ=8,65536,1,946306,14.439483642578125
HSLID,λ=8,65536,1,930785,14.202651977539062
HSLID,λ=8,65536,1,1137335,17.354354858398438
HSLID,λ=8,65536,1,1002899,15.303024291992188
HSLID,λ=8,65536,1,1288108,19.65496826171875
HSLID,λ=8,65536,1,1158500,17.67730712890625
HSLID,λ=8,65536,1,968355,14.775924682617188
HSLID,λ=8,65536,1,929153,14.177749633789062
HSLID,λ=8,65536,1,933080,14.2376708984375
HSLID,λ=8,65536,1,915111,13.963485717773438
HSLID,λ=8,65536,1,900372,13.73858642578125
HSLID,λ=8,65536,1,954670,14.567108154296875
HSLID,λ=8,65536,1,1024965,15.639724731445312
HSLID,λ=8,65536,1,1087134,16.588348388671875
HSLID,λ=8,65536,1,1062042,16.205474853515625
HSLID,λ=8,65536,1,949825,14.493179321289062
HSLID,λ=8,65536,1,1029283,15.705612182617188
HSLID,λ=8,65536,1,963850,14.707183837890625
HSLID,λ=8,65536,1,946816,14.447265625
HSLID,λ=8,65536,1,1301776,19.863525390625
HSLID,λ=8,65536,1,929680,14.185791015625
HSLID,λ=8,65536,1,1259735,19.222030639648438
HSLID,λ=8,65536,1,1034553,15.786026000976562
HSLID,λ=8,65536,1,1067635,16.290817260742188
HSLID,λ=8,65536,1,935137,14.269058227539062
HSLID,λ=8,65536,1,1120165,17.092361450195312
HSLID,λ=8,65536,1,925685,14.124832153320312
HSLID,λ=8,65536,1,1051162,16.039459228515625
HSLID,λ=8,65536,1,906543,13.832748413085938
HSLID,λ=8,65536,1,918375,14.013290405273438
HSLID,λ=8,65536,1,910300,13.89007568359375
HSLID,λ=8,65536,1,944079,14.405502319335938
HSLID,λ=8,65536,1,1002508,15.29705810546875
HSLID,λ=8,65536,1,958988,14.63299560546875
HSLID,λ=8,65536,1,1021378,15.584991455078125
HSLID,λ=8,65536,1,1111801,16.964736938476562
HSLID,λ=8,65536,1,920857,14.051162719726562
HSLID,λ=8,65536,1,956319,14.592269897460938
HSLID,λ=8,65536,1,988330,15.080718994140625
HSLID,λ=8,65536,1,1030728,15.7276611328125
HSLID,λ=8,65536,1,934814,14.264129638671875
HSLID,λ=8,65536,1,962371,14.684616088867188
HSLID,λ=8,65536,1,942940,14.38812255859375
HSLID,λ=8,65536,1,1106310,16.880950927734375
HSLID,λ=8,65536,1,961844,14.67657470703125
HSLID,λ=8,65536,1,1027396,15.67681884765625
HSLID,λ=8,65536,1,896530,13.679962158203125
HSLID,λ=8,65536,1,938265,14.316787719726562
HSLID,λ=8,65536,1,1000043,15.259445190429688
HSLID,λ=8,65536,1,920704,14.048828125
HSLID,λ=8,65536,1,1017740,15.52947998046875
HSLID,λ=8,65536,1,1013116,15.45892333984375
HSLID,λ=8,65536,1,1180957,18.019973754882812
HSLID,λ=8,65536,1,988874,15.089019775390625
HSLID,λ=8,65536,1,945847,14.432479858398438
HSLID,λ=8,65536,1,939336,14.3331298828125
HSLID,λ=8,65536,1,920500,14.04571533203125
HSLID,λ=8,65536,1,1180940,18.01971435546875
HSLID,λ=8,65536,1,950131,14.497848510742188
HSLID,λ=8,65536,1,1014170,15.475006103515625
HSLID,λ=8,65536,1,962439,14.685653686523438
HSLID,λ=8,65536,1,940288,14.34765625
HSLID,λ=8,65536,1,1084822,16.553070068359375
HSLID,λ=8,65536,1,873036,13.32147216796875
HSLID,λ=8,65536,1,964462,14.716522216796875
HSLID,λ=8,65536,1,1001777,15.285903930664062
HSLID,λ=8,65536,1,1009172,15.39874267578125
HSLID,λ=8,65536,1,1038004,15.83868408203125
HSLID,λ=8,65536,1,1141857,17.423355102539062
HSLID,λ=8,65536,1,935868,14.28021240234375
HSLID,λ=8,65536,1,950080,14.4970703125
HSLID,λ=8,65536,1,918256,14.011474609375
HSLID,λ=8,65536,1,845309,12.898391723632812
HSLID,λ=8,65536,1,969307,14.790451049804688
HSLID,λ=8,65536,1,864230,13.187103271484375
HSLID,λ=8,65536,1,955282,14.576446533203125
HSLID,λ=8,65536,1,918902,14.021331787109375
HSLID,λ=8,65536,1,1140531,17.403121948242188
HSLID,λ=8,65536,1,1040809,15.881484985351562
HSLID,λ=8,65536,1,923288,14.0882568359375
HSLID,λ=8,65536,1,984539,15.022872924804688
HSLID,λ=8,65536,1,883066,13.474517822265625
HSLID,λ=8,65536,1,887452,13.54144287109375
HSLID,λ=8,65536,1,999618,15.252960205078125
HSLID,λ=8,65536,1,994943,15.181625366210938
HSLID,λ=8,65536,1,1013711,15.468002319335938
HSLID,λ=8,65536,1,1020698,15.574615478515625
HSLID,λ=8,65536,1,911881,13.914199829101562
HSLID,λ=8,65536,1,1005007,15.335189819335938
HSLID,λ=8,65536,1,970718,14.811981201171875
HSLID,λ=8,65536,1,934355,14.257125854492188
HSLID,λ=8,65536,1,954245,14.560623168945312
HSLID,λ=8,65536,1,964598,14.718597412109375
HSLID,λ=8,65536,1,922030,14.069061279296875
HSLID,λ=8,65536,1,979575,14.947128295898438
HSLID,λ=8,65536,1,906798,13.836639404296875
HSDCU,λ=8,65536,1,714871,10.908065795898438
HSDCU,λ=8,65536,1,875763,13.363082885742188
HSDCU,λ=8,65536,1,987222,15.063812255859375
HSDCU,λ=8,65536,1,816183,12.453964233398438
HSDCU,λ=8,65536,1,822130,12.544708251953125
HSDCU,λ=8,65536,1,1015395,15.493698120117188
HSDCU,λ=8,65536,1,809584,12.353271484375
HSDCU,λ=8,65536,1,889176,13.5677490234375
HSDCU,λ=8,65536,1,884108,13.49041748046875
HSDCU,λ=8,65536,1,920041,14.038711547851562
HSDCU,λ=8,65536,1,942227,14.377243041992188
HSDCU,λ=8,65536,1,854306,13.035675048828125
HSDCU,λ=8,65536,1,848663,12.949569702148438
HSDCU,λ=8,65536,1,1083350,16.530609130859375
HSDCU,λ=8,65536,1,910853,13.898513793945312
HSDCU,λ=8,65536,1,787990,12.023773193359375
HSDCU,λ=8,65536,1,1059349,16.164382934570312
HSDCU,λ=8,65536,1,876929,13.380874633789062
HSDCU,λ=8,65536,1,1087697,16.596939086914062
HSDCU,λ=8,65536,1,965268,14.72882080078125
HSDCU,λ=8,65536,1,804765,12.279739379882812
HSDCU,λ=8,65536,1,829998,12.664764404296875
HSDCU,λ=8,65536,1,879310,13.417205810546875
HSDCU,λ=8,65536,1,826822,12.616302490234375
HSDCU,λ=8,65536,1,866005,13.214187622070312
HSDCU,λ=8,65536,1,850351,12.975326538085938
HSDCU,λ=8,65536,1,789499,12.046798706054688
HSDCU,λ=8,65536,1,816327,12.456161499023438
HSDCU,λ=8,65536,1,852517,13.008377075195312
HSDCU,λ=8,65536,1,881079,13.444198608398438
HSDCU,λ=8,65536,1,801691,12.232833862304688
HSDCU,λ=8,65536,1,792234,12.088531494140625
HSDCU,λ=8,65536,1,1080171,16.482101440429688
HSDCU,λ=8,65536,1,870788,13.28717041015625
HSDCU,λ=8,65536,1,865948,13.21331787109375
HSDCU,λ=8,65536,1,971813,14.828689575195312
HSDCU,λ=8,65536,1,731237,11.157791137695312
HSDCU,λ=8,65536,1,807556,12.32232666015625
HSDCU,λ=8,65536,1,884146,13.490997314453125
HSDCU,λ=8,65536,1,864725,13.194656372070312
HSDCU,λ=8,65536,1,1124433,17.157485961914062
HSDCU,λ=8,65536,1,836030,12.756805419921875
HSDCU,λ=8,65536,1,771955,11.779098510742188
HSDCU,λ=8,65536,1,903608,13.7879638671875
HSDCU,λ=8,65536,1,808717,12.340042114257812
HSDCU,λ=8,65536,1,991975,15.136337280273438
HSDCU,λ=8,65536,1,903727,13.789779663085938
HSDCU,λ=8,65536,1,851798,12.997406005859375
HSDCU,λ=8,65536,1,823610,12.567291259765625
HSDCU,λ=8,65536,1,916001,13.977066040039062
HSDCU,λ=8,65536,1,906390,13.830413818359375
HSDCU,λ=8,65536,1,828012,12.63446044921875
HSDCU,λ=8,65536,1,834318,12.730682373046875
HSDCU,λ=8,65536,1,952742,14.537689208984375
HSDCU,λ=8,65536,1,903238,13.782318115234375
HSDCU,λ=8,65536,1,766531,11.696334838867188
HSDCU,λ=8,65536,1,946628,14.44439697265625
HSDCU,λ=8,65536,1,801747,12.233688354492188
HSDCU,λ=8,65536,1,924446,14.105926513671875
HSDCU,λ=8,65536,1,884922,13.502838134765625
HSDCU,λ=8,65536,1,775879,11.838973999023438
HSDCU,λ=8,65536,1,892513,13.618667602539062
HSDCU,λ=8,65536,1,763835,11.655197143554688
HSDCU,λ=8,65536,1,855071,13.047348022460938
HSDCU,λ=8,65536,1,752164,11.47711181640625
HSDCU,λ=8,65536,1,797232,12.164794921875
HSDCU,λ=8,65536,1,781450,11.923980712890625
HSDCU,λ=8,65536,1,867975,13.244247436523438
HSDCU,λ=8,65536,1,824717,12.584182739257812
HSDCU,λ=8,65536,1,841005,12.832717895507812
HSDCU,λ=8,65536,1,904085,13.795242309570312
HSDCU,λ=8,65536,1,889170,13.567657470703125
HSDCU,λ=8,65536,1,773393,11.801040649414062
HSDCU,λ=8,65536,1,815099,12.437423706054688
HSDCU,λ=8,65536,1,940840,14.3560791015625
HSDCU,λ=8,65536,1,833227,12.714035034179688
HSDCU,λ=8,65536,1,826213,12.607009887695312
HSDCU,λ=8,65536,1,985490,15.037384033203125
HSDCU,λ=8,65536,1,810787,12.371627807617188
HSDCU,λ=8,65536,1,786419,11.999801635742188
HSDCU,λ=8,65536,1,996321,15.202651977539062
HSDCU,λ=8,65536,1,1101939,16.814254760742188
HSDCU,λ=8,65536,1,854332,13.03607177734375
HSDCU,λ=8,65536,1,993456,15.158935546875
HSDCU,λ=8,65536,1,903723,13.789718627929688
HSDCU,λ=8,65536,1,815174,12.438568115234375
HSDCU,λ=8,65536,1,831501,12.687698364257812
HSDCU,λ=8,65536,1,756590,11.544647216796875
HSDCU,λ=8,65536,1,1035616,15.80224609375
HSDCU,λ=8,65536,1,926139,14.131759643554688
HSDCU,λ=8,65536,1,1028380,15.69183349609375
HSDCU,λ=8,65536,1,742569,11.330703735351562
HSDCU,λ=8,65536,1,767856,11.716552734375
HSDCU,λ=8,65536,1,846071,12.910018920898438
HSDCU,λ=8,65536,1,911489,13.908218383789062
HSDCU,λ=8,65536,1,836304,12.760986328125
HSDCU,λ=8,65536,1,798161,12.178970336914062
HSDCU,λ=8,65536,1,1084415,16.546859741210938
HSDCU,λ=8,65536,1,951749,14.522537231445312
HSDCU,λ=8,65536,1,779434,11.893218994140625
HRDCU,λ=8,65536,1,606228,9.25030517578125
HRDCU,λ=8,65536,1,567122,8.653594970703125
HRDCU,λ=8,65536,1,561630,8.569793701171875
HRDCU,λ=8,65536,1,577676,8.81463623046875
HRDCU,λ=8,65536,1,592294,9.037689208984375
HRDCU,λ=8,65536,1,600653,9.165237426757812
HRDCU,λ=8,65536,1,632459,9.650558471679688
HRDCU,λ=8,65536,1,630018,9.613311767578125
HRDCU,λ=8,65536,1,602195,9.188766479492188
HRDCU,λ=8,65536,1,572744,8.7393798828125
HRDCU,λ=8,65536,1,597097,9.110977172851562
HRDCU,λ=8,65536,1,592974,9.048065185546875
HRDCU,λ=8,65536,1,654511,9.987045288085938
HRDCU,λ=8,65536,1,615109,9.385818481445312
HRDCU,λ=8,65536,1,558705,8.525161743164062
HRDCU,λ=8,65536,1,647207,9.875595092773438
HRDCU,λ=8,65536,1,639298,9.754913330078125
HRDCU,λ=8,65536,1,608423,9.283798217773438
HRDCU,λ=8,65536,1,609645,9.302444458007812
HRDCU,λ=8,65536,1,691450,10.550689697265625
HRDCU,λ=8,65536,1,600948,9.16973876953125
HRDCU,λ=8,65536,1,738241,11.264663696289062
HRDCU,λ=8,65536,1,623408,9.512451171875
HRDCU,λ=8,65536,1,573064,8.7442626953125
HRDCU,λ=8,65536,1,650678,9.928558349609375
HRDCU,λ=8,65536,1,648219,9.891036987304688
HRDCU,λ=8,65536,1,662735,10.112533569335938
HRDCU,λ=8,65536,1,582679,8.890975952148438
HRDCU,λ=8,65536,1,637180,9.72259521484375
HRDCU,λ=8,65536,1,604440,9.2230224609375
HRDCU,λ=8,65536,1,624275,9.525680541992188
HRDCU,λ=8,65536,1,605344,9.23681640625
HRDCU,λ=8,65536,1,589840,9.000244140625
HRDCU,λ=8,65536,1,581960,8.8800048828125
HRDCU,λ=8,65536,1,600710,9.166107177734375
HRDCU,λ=8,65536,1,632541,9.651809692382812
HRDCU,λ=8,65536,1,642602,9.805328369140625
HRDCU,λ=8,65536,1,570521,8.705459594726562
HRDCU,λ=8,65536,1,775964,11.84027099609375
HRDCU,λ=8,65536,1,715791,10.922103881835938
HRDCU,λ=8,65536,1,591679,9.028305053710938
HRDCU,λ=8,65536,1,604284,9.22064208984375
HRDCU,λ=8,65536,1,705653,10.767410278320312
HRDCU,λ=8,65536,1,590953,9.017227172851562
HRDCU,λ=8,65536,1,587025,8.957290649414062
HRDCU,λ=8,65536,1,568815,8.679428100585938
HRDCU,λ=8,65536,1,590587,9.011642456054688
HRDCU,λ=8,65536,1,644846,9.839569091796875
HRDCU,λ=8,65536,1,641144,9.7830810546875
HRDCU,λ=8,65536,1,672406,10.260101318359375
HRDCU,λ=8,65536,1,606948,9.26129150390625
HRDCU,λ=8,65536,1,575339,8.778976440429688
HRDCU,λ=8,65536,1,627490,9.574737548828125
HRDCU,λ=8,65536,1,626164,9.55450439453125
HRDCU,λ=8,65536,1,645739,9.853195190429688
HRDCU,λ=8,65536,1,602995,9.200973510742188
HRDCU,λ=8,65536,1,571283,8.717086791992188
HRDCU,λ=8,65536,1,638759,9.746688842773438
HRDCU,λ=8,65536,1,630522,9.621002197265625
HRDCU,λ=8,65536,1,574634,8.768218994140625
HRDCU,λ=8,65536,1,583745,8.907241821289062
HRDCU,λ=8,65536,1,620930,9.474639892578125
HRDCU,λ=8,65536,1,613486,9.361053466796875
HRDCU,λ=8,65536,1,602032,9.186279296875
HRDCU,λ=8,65536,1,553704,8.4488525390625
HRDCU,λ=8,65536,1,621452,9.48260498046875
HRDCU,λ=8,65536,1,658303,10.044906616210938
HRDCU,λ=8,65536,1,574598,8.767669677734375
HRDCU,λ=8,65536,1,591836,9.03070068359375
HRDCU,λ=8,65536,1,610734,9.319061279296875
HRDCU,λ=8,65536,1,681327,10.396224975585938
HRDCU,λ=8,65536,1,719094,10.972503662109375
HRDCU,λ=8,65536,1,593654,9.058441162109375
HRDCU,λ=8,65536,1,642244,9.79986572265625
HRDCU,λ=8,65536,1,662219,10.104660034179688
HRDCU,λ=8,65536,1,613244,9.35736083984375
HRDCU,λ=8,65536,1,618177,9.432632446289062
HRDCU,λ=8,65536,1,632886,9.657073974609375
HRDCU,λ=8,65536,1,585201,8.929458618164062
HRDCU,λ=8,65536,1,695289,10.609268188476562
HRDCU,λ=8,65536,1,655292,9.99896240234375
HRDCU,λ=8,65536,1,670210,10.226593017578125
HRDCU,λ=8,65536,1,745461,11.374832153320312
HRDCU,λ=8,65536,1,692202,10.562164306640625
HRDCU,λ=8,65536,1,664543,10.140121459960938
HRDCU,λ=8,65536,1,625991,9.551864624023438
HRDCU,λ=8,65536,1,675280,10.303955078125
HRDCU,λ=8,65536,1,643771,9.823165893554688
HRDCU,λ=8,65536,1,581317,8.870193481445312
HRDCU,λ=8,65536,1,647018,9.872711181640625
HRDCU,λ=8,65536,1,640104,9.7672119140625
HRDCU,λ=8,65536,1,602045,9.186477661132812
HRDCU,λ=8,65536,1,684305,10.441665649414062
HRDCU,λ=8,65536,1,610106,9.309478759765625
HRDCU,λ=8,65536,1,671175,10.241317749023438
HRDCU,λ=8,65536,1,754996,11.52032470703125
HRDCU,λ=8,65536,1,767767,11.715194702148438
HRDCU,λ=8,65536,1,632909,9.657424926757812
HRDCU,λ=8,65536,1,648311,9.892440795898438
HRDCU,λ=8,65536,1,649082,9.904205322265625
HHDCU,λ=8,65536,1,619726,9.456268310546875
HHDCU,λ=8,65536,1,618399,9.436019897460938
HHDCU,λ=8,65536,1,598215,9.128036499023438
HHDCU,λ=8,65536,1,581693,8.875930786132812
HHDCU,λ=8,65536,1,700807,10.693466186523438
HHDCU,λ=8,65536,1,607731,9.273239135742188
HHDCU,λ=8,65536,1,592390,9.039154052734375
HHDCU,λ=8,65536,1,626161,9.554458618164062
HHDCU,λ=8,65536,1,593589,9.057449340820312
HHDCU,λ=8,65536,1,631422,9.634735107421875
HHDCU,λ=8,65536,1,650133,9.920242309570312
HHDCU,λ=8,65536,1,593799,9.060653686523438
HHDCU,λ=8,65536,1,606373,9.252517700195312
HHDCU,λ=8,65536,1,639483,9.757736206054688
HHDCU,λ=8,65536,1,615105,9.385757446289062
HHDCU,λ=8,65536,1,608151,9.279647827148438
HHDCU,λ=8,65536,1,606952,9.2613525390625
HHDCU,λ=8,65536,1,620472,9.4676513671875
HHDCU,λ=8,65536,1,574431,8.765121459960938
HHDCU,λ=8,65536,1,659180,10.05828857421875
HHDCU,λ=8,65536,1,641599,9.790023803710938
HHDCU,λ=8,65536,1,581372,8.87103271484375
HHDCU,λ=8,65536,1,738569,11.269668579101562
HHDCU,λ=8,65536,1,616600,9.4085693359375
HHDCU,λ=8,65536,1,647426,9.878936767578125
HHDCU,λ=8,65536,1,598753,9.136245727539062
HHDCU,λ=8,65536,1,625960,9.5513916015625
HHDCU,λ=8,65536,1,593676,9.05877685546875
HHDCU,λ=8,65536,1,712807,10.876571655273438
HHDCU,λ=8,65536,1,610822,9.320404052734375
HHDCU,λ=8,65536,1,587345,8.962173461914062
HHDCU,λ=8,65536,1,615829,9.396804809570312
HHDCU,λ=8,65536,1,629678,9.608123779296875
HHDCU,λ=8,65536,1,621289,9.480117797851562
HHDCU,λ=8,65536,1,559156,8.53204345703125
HHDCU,λ=8,65536,1,610658,9.317901611328125
HHDCU,λ=8,65536,1,693350,10.579681396484375
HHDCU,λ=8,65536,1,613581,9.362503051757812
HHDCU,λ=8,65536,1,605829,9.244216918945312
HHDCU,λ=8,65536,1,648277,9.891921997070312
HHDCU,λ=8,65536,1,618099,9.431442260742188
HHDCU,λ=8,65536,1,772800,11.7919921875
HHDCU,λ=8,65536,1,669855,10.221176147460938
HHDCU,λ=8,65536,1,654831,9.991928100585938
HHDCU,λ=8,65536,1,683985,10.436782836914062
HHDCU,λ=8,65536,1,654860,9.99237060546875
HHDCU,λ=8,65536,1,646497,9.864761352539062
HHDCU,λ=8,65536,1,542198,8.273284912109375
HHDCU,λ=8,65536,1,634949,9.688552856445312
HHDCU,λ=8,65536,1,577304,8.8089599609375
HHDCU,λ=8,65536,1,614349,9.374221801757812
HHDCU,λ=8,65536,1,575569,8.782485961914062
HHDCU,λ=8,65536,1,631183,9.631088256835938
HHDCU,λ=8,65536,1,590793,9.014785766601562
HHDCU,λ=8,65536,1,564425,8.612442016601562
HHDCU,λ=8,65536,1,578289,8.823989868164062
HHDCU,λ=8,65536,1,690252,10.53240966796875
HHDCU,λ=8,65536,1,564601,8.615127563476562
HHDCU,λ=8,65536,1,600055,9.156112670898438
HHDCU,λ=8,65536,1,618012,9.43011474609375
HHDCU,λ=8,65536,1,589968,9.002197265625
HHDCU,λ=8,65536,1,565903,8.634994506835938
HHDCU,λ=8,65536,1,624674,9.531768798828125
HHDCU,λ=8,65536,1,608760,9.2889404296875
HHDCU,λ=8,65536,1,621629,9.485305786132812
HHDCU,λ=8,65536,1,636209,9.707778930664062
HHDCU,λ=8,65536,1,554244,8.45709228515625
HHDCU,λ=8,65536,1,617954,9.429229736328125
HHDCU,λ=8,65536,1,659261,10.059524536132812
HHDCU,λ=8,65536,1,602640,9.195556640625
HHDCU,λ=8,65536,1,600965,9.169998168945312
HHDCU,λ=8,65536,1,747847,11.411239624023438
HHDCU,λ=8,65536,1,648396,9.89373779296875
HHDCU,λ=8,65536,1,586172,8.94427490234375
HHDCU,λ=8,65536,1,592320,9.0380859375
HHDCU,λ=8,65536,1,602916,9.19976806640625
HHDCU,λ=8,65536,1,581555,8.873825073242188
HHDCU,λ=8,65536,1,565293,8.625686645507812
HHDCU,λ=8,65536,1,633132,9.66082763671875
HHDCU,λ=8,65536,1,596551,9.102645874023438
HHDCU,λ=8,65536,1,598018,9.125030517578125
HHDCU,λ=8,65536,1,637979,9.734786987304688
HHDCU,λ=8,65536,1,583889,8.909439086914062
HHDCU,λ=8,65536,1,572897,8.741714477539062
HHDCU,λ=8,65536,1,760943,11.611068725585938
HHDCU,λ=8,65536,1,607098,9.263580322265625
HHDCU,λ=8,65536,1,647855,9.885482788085938
HHDCU,λ=8,65536,1,596486,9.101654052734375
HHDCU,λ=8,65536,1,610383,9.313705444335938
HHDCU,λ=8,65536,1,555907,8.482467651367188
HHDCU,λ=8,65536,1,668512,10.20068359375
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HHDCU,λ=8,65536,1,569026,8.682647705078125
HHDCU,λ=8,65536,1,666249,10.166152954101562
HHDCU,λ=8,65536,1,606718,9.257781982421875
HHDCU,λ=8,65536,1,637749,9.731277465820312
HHDCU,λ=8,65536,1,709118,10.820281982421875
HHDCU,λ=8,65536,1,621739,9.486984252929688
HHDCU,λ=8,65536,1,698502,10.658294677734375
HHDCU,λ=8,65536,1,595326,9.083953857421875
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HHLCU,λ=8,65536,1,629777,9.609634399414062
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HHLCU,λ=8,65536,1,639917,9.764358520507812
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HHLCU,λ=8,65536,1,603594,9.210113525390625
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HHLCU,λ=8,65536,1,639169,9.752944946289062
HHLCU,λ=8,65536,1,663717,10.127517700195312
HHLCU,λ=8,65536,1,623013,9.506423950195312
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HHLCU,λ=8,65536,1,679464,10.3677978515625
HHLCU,λ=8,65536,1,683857,10.434829711914062
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HHLCU,λ=8,65536,1,699173,10.668533325195312
HHLCU,λ=8,65536,1,604251,9.220138549804688
HHLCU,λ=8,65536,1,606214,9.250091552734375
HHLCU,λ=8,65536,1,737673,11.255996704101562
HHLCU,λ=8,65536,1,630339,9.618209838867188
HHLCU,λ=8,65536,1,613449,9.360488891601562
HHLCU,λ=8,65536,1,580699,8.860763549804688
HHLCU,λ=8,65536,1,622754,9.502471923828125
HHLCU,λ=8,65536,1,590300,9.00726318359375
HHLCU,λ=8,65536,1,598701,9.135452270507812
HHLCU,λ=8,65536,1,652723,9.959762573242188
HHLCU,λ=8,65536,1,671878,10.252044677734375
HHLCU,λ=8,65536,1,621962,9.490386962890625
HHLCU,λ=8,65536,1,648724,9.89874267578125
HHLCU,λ=8,65536,1,623819,9.518722534179688
HHLCU,λ=8,65536,1,651399,9.939559936523438
HHLCU,λ=8,65536,1,622050,9.491729736328125
HHLCU,λ=8,65536,1,636086,9.705902099609375
HHLCU,λ=8,65536,1,739786,11.288238525390625
HHLCU,λ=8,65536,1,636575,9.713363647460938
HHLCU,λ=8,65536,1,665962,10.161773681640625
HHLCU,λ=8,65536,1,644264,9.8306884765625
HHLCU,λ=8,65536,1,590847,9.015609741210938
HHLCU,λ=8,65536,1,577153,8.806655883789062
HHLCU,λ=8,65536,1,596103,9.095809936523438
HHLCU,λ=8,65536,1,683186,10.424591064453125
HRLCU,λ=8,65536,1,729665,11.133804321289062
HRLCU,λ=8,65536,1,785485,11.985549926757812
HRLCU,λ=8,65536,1,637573,9.728591918945312
HRLCU,λ=8,65536,1,764828,11.67034912109375
HRLCU,λ=8,65536,1,656837,10.022537231445312
HRLCU,λ=8,65536,1,678584,10.3543701171875
HRLCU,λ=8,65536,1,752963,11.489303588867188
HRLCU,λ=8,65536,1,762680,11.6375732421875
HRLCU,λ=8,65536,1,708794,10.815338134765625
HRLCU,λ=8,65536,1,783227,11.951095581054688
HRLCU,λ=8,65536,1,827634,12.628692626953125
HRLCU,λ=8,65536,1,802642,12.247344970703125
HRLCU,λ=8,65536,1,716291,10.929733276367188
HRLCU,λ=8,65536,1,759936,11.595703125
HRLCU,λ=8,65536,1,621574,9.484466552734375
HRLCU,λ=8,65536,1,695989,10.619949340820312
HRLCU,λ=8,65536,1,792738,12.096221923828125
HRLCU,λ=8,65536,1,811543,12.383163452148438
HRLCU,λ=8,65536,1,754514,11.512969970703125
HRLCU,λ=8,65536,1,752902,11.488372802734375
HRLCU,λ=8,65536,1,744827,11.365158081054688
HRLCU,λ=8,65536,1,713954,10.894073486328125
HRLCU,λ=8,65536,1,782777,11.944229125976562
HRLCU,λ=8,65536,1,825245,12.592239379882812
HRLCU,λ=8,65536,1,742925,11.336135864257812
HRLCU,λ=8,65536,1,741670,11.316986083984375
HRLCU,λ=8,65536,1,731272,11.1583251953125
HRLCU,λ=8,65536,1,741405,11.312942504882812
HRLCU,λ=8,65536,1,656963,10.024459838867188
HRLCU,λ=8,65536,1,707454,10.794891357421875
HRLCU,λ=8,65536,1,701924,10.71051025390625
HRLCU,λ=8,65536,1,747745,11.409683227539062
HRLCU,λ=8,65536,1,741449,11.313613891601562
HRLCU,λ=8,65536,1,779471,11.893783569335938
HRLCU,λ=8,65536,1,750184,11.4468994140625
HRLCU,λ=8,65536,1,724139,11.049484252929688
HRLCU,λ=8,65536,1,659519,10.063461303710938
HRLCU,λ=8,65536,1,745348,11.37310791015625
HRLCU,λ=8,65536,1,704231,10.745712280273438
HRLCU,λ=8,65536,1,731972,11.16900634765625
HRLCU,λ=8,65536,1,765822,11.685516357421875
HRLCU,λ=8,65536,1,715013,10.910232543945312
HRLCU,λ=8,65536,1,800422,12.213470458984375
HRLCU,λ=8,65536,1,717485,10.947952270507812
HRLCU,λ=8,65536,1,666039,10.162948608398438
HRLCU,λ=8,65536,1,735362,11.220733642578125
HRLCU,λ=8,65536,1,687174,10.485443115234375
HRLCU,λ=8,65536,1,769241,11.737686157226562
HRLCU,λ=8,65536,1,759217,11.584732055664062
HRLCU,λ=8,65536,1,673313,10.273941040039062
HRLCU,λ=8,65536,1,714224,10.898193359375
HRLCU,λ=8,65536,1,717739,10.951828002929688
HRLCU,λ=8,65536,1,672960,10.2685546875
HRLCU,λ=8,65536,1,738727,11.272079467773438
HRLCU,λ=8,65536,1,735844,11.22808837890625
HRLCU,λ=8,65536,1,700031,10.681625366210938
HRLCU,λ=8,65536,1,632202,9.646636962890625
HRLCU,λ=8,65536,1,681912,10.4051513671875
HRLCU,λ=8,65536,1,646662,9.867279052734375
HRLCU,λ=8,65536,1,723527,11.040145874023438
HRLCU,λ=8,65536,1,696921,10.634170532226562
HRLCU,λ=8,65536,1,686545,10.475845336914062
HRLCU,λ=8,65536,1,729330,11.128692626953125
HRLCU,λ=8,65536,1,708675,10.813522338867188
HRLCU,λ=8,65536,1,660756,10.08233642578125
HRLCU,λ=8,65536,1,679504,10.368408203125
HRLCU,λ=8,65536,1,731394,11.160186767578125
HRLCU,λ=8,65536,1,674238,10.288055419921875
HRLCU,λ=8,65536,1,714880,10.908203125
HRLCU,λ=8,65536,1,678593,10.354507446289062
HRLCU,λ=8,65536,1,821392,12.533447265625
HRLCU,λ=8,65536,1,807264,12.31787109375
HRLCU,λ=8,65536,1,671256,10.2425537109375
HRLCU,λ=8,65536,1,730749,11.150344848632812
HRLCU,λ=8,65536,1,702996,10.72686767578125
HRLCU,λ=8,65536,1,749728,11.43994140625
HRLCU,λ=8,65536,1,772646,11.789642333984375
HRLCU,λ=8,65536,1,757236,11.55450439453125
HRLCU,λ=8,65536,1,670274,10.227569580078125
HRLCU,λ=8,65536,1,860446,13.129364013671875
HRLCU,λ=8,65536,1,719633,10.980728149414062
HRLCU,λ=8,65536,1,692985,10.574111938476562
HRLCU,λ=8,65536,1,667394,10.183624267578125
HRLCU,λ=8,65536,1,733284,11.18902587890625
HRLCU,λ=8,65536,1,799139,12.193893432617188
HRLCU,λ=8,65536,1,718607,10.965072631835938
HRLCU,λ=8,65536,1,676731,10.326095581054688
HRLCU,λ=8,65536,1,798268,12.18060302734375
HRLCU,λ=8,65536,1,715881,10.923477172851562
HRLCU,λ=8,65536,1,757021,11.551223754882812
HRLCU,λ=8,65536,1,734895,11.213607788085938
HRLCU,λ=8,65536,1,691257,10.547744750976562
HRLCU,λ=8,65536,1,659855,10.068588256835938
HRLCU,λ=8,65536,1,752223,11.478012084960938
HRLCU,λ=8,65536,1,705671,10.767684936523438
HRLCU,λ=8,65536,1,744777,11.364395141601562
HRLCU,λ=8,65536,1,693254,10.578216552734375
HRLCU,λ=8,65536,1,729065,11.124649047851562
HRLCU,λ=8,65536,1,702824,10.7242431640625
HRLCU,λ=8,65536,1,818796,12.49383544921875
HSLCU,λ=8,65536,1,1040123,15.871017456054688
HSLCU,λ=8,65536,1,892161,13.613296508789062
HSLCU,λ=8,65536,1,919671,14.033065795898438
HSLCU,λ=8,65536,1,940734,14.354461669921875
HSLCU,λ=8,65536,1,999667,15.253707885742188
HSLCU,λ=8,65536,1,962803,14.691207885742188
HSLCU,λ=8,65536,1,1018720,15.54443359375
HSLCU,λ=8,65536,1,1031151,15.734115600585938
HSLCU,λ=8,65536,1,1025366,15.645843505859375
HSLCU,λ=8,65536,1,817126,12.468353271484375
HSLCU,λ=8,65536,1,1069088,16.31298828125
HSLCU,λ=8,65536,1,938562,14.321319580078125
HSLCU,λ=8,65536,1,889083,13.566329956054688
HSLCU,λ=8,65536,1,841967,12.847396850585938
HSLCU,λ=8,65536,1,891687,13.606063842773438
HSLCU,λ=8,65536,1,1032592,15.756103515625
HSLCU,λ=8,65536,1,968580,14.77935791015625
HSLCU,λ=8,65536,1,987139,15.062545776367188
HSLCU,λ=8,65536,1,1070299,16.331466674804688
HSLCU,λ=8,65536,1,832774,12.707122802734375
HSLCU,λ=8,65536,1,854008,13.0311279296875
HSLCU,λ=8,65536,1,885045,13.504714965820312
HSLCU,λ=8,65536,1,941183,14.361312866210938
HSLCU,λ=8,65536,1,975541,14.885574340820312
HSLCU,λ=8,65536,1,865046,13.199554443359375
HSLCU,λ=8,65536,1,1111913,16.966445922851562
HSLCU,λ=8,65536,1,891895,13.609237670898438
HSLCU,λ=8,65536,1,843539,12.871383666992188
HSLCU,λ=8,65536,1,854362,13.036529541015625
HSLCU,λ=8,65536,1,978154,14.925445556640625
HSLCU,λ=8,65536,1,976143,14.894760131835938
HSLCU,λ=8,65536,1,1104970,16.860504150390625
HSLCU,λ=8,65536,1,912936,13.9302978515625
HSLCU,λ=8,65536,1,966100,14.74151611328125
HSLCU,λ=8,65536,1,1103848,16.8433837890625
HSLCU,λ=8,65536,1,984630,15.024261474609375
HSLCU,λ=8,65536,1,996959,15.212387084960938
HSLCU,λ=8,65536,1,969765,14.797439575195312
HSLCU,λ=8,65536,1,969618,14.795196533203125
HSLCU,λ=8,65536,1,885480,13.5113525390625
HSLCU,λ=8,65536,1,892022,13.611175537109375
HSLCU,λ=8,65536,1,1043839,15.927719116210938
HSLCU,λ=8,65536,1,902106,13.765045166015625
HSLCU,λ=8,65536,1,990209,15.109390258789062
HSLCU,λ=8,65536,1,948167,14.467880249023438
HSLCU,λ=8,65536,1,1140472,17.4022216796875
HSLCU,λ=8,65536,1,980651,14.963546752929688
HSLCU,λ=8,65536,1,874749,13.347610473632812
HSLCU,λ=8,65536,1,904717,13.804885864257812
HSLCU,λ=8,65536,1,988008,15.0758056640625
HSLCU,λ=8,65536,1,874695,13.346786499023438
HSLCU,λ=8,65536,1,1052707,16.063034057617188
HSLCU,λ=8,65536,1,867926,13.243499755859375
HSLCU,λ=8,65536,1,905835,13.821945190429688
HSLCU,λ=8,65536,1,922136,14.0706787109375
HSLCU,λ=8,65536,1,905583,13.818099975585938
HSLCU,λ=8,65536,1,993462,15.159027099609375
HSLCU,λ=8,65536,1,884453,13.495681762695312
HSLCU,λ=8,65536,1,921686,14.063812255859375
HSLCU,λ=8,65536,1,929367,14.181015014648438
HSLCU,λ=8,65536,1,1081785,16.506729125976562
HSLCU,λ=8,65536,1,988031,15.076156616210938
HSLCU,λ=8,65536,1,955777,14.583999633789062
HSLCU,λ=8,65536,1,865539,13.207077026367188
HSLCU,λ=8,65536,1,875344,13.356689453125
HSLCU,λ=8,65536,1,905776,13.821044921875
HSLCU,λ=8,65536,1,1070167,16.329452514648438
HSLCU,λ=8,65536,1,1067961,16.295791625976562
HSLCU,λ=8,65536,1,960873,14.661758422851562
HSLCU,λ=8,65536,1,947757,14.461624145507812
HSLCU,λ=8,65536,1,914996,13.96173095703125
HSLCU,λ=8,65536,1,989529,15.099014282226562
HSLCU,λ=8,65536,1,1027581,15.679641723632812
HSLCU,λ=8,65536,1,913805,13.943557739257812
HSLCU,λ=8,65536,1,958741,14.629226684570312
HSLCU,λ=8,65536,1,795363,12.136276245117188
HSLCU,λ=8,65536,1,889300,13.56964111328125
HSLCU,λ=8,65536,1,898163,13.704879760742188
HSLCU,λ=8,65536,1,869248,13.263671875
HSLCU,λ=8,65536,1,893097,13.627578735351562
HSLCU,λ=8,65536,1,982374,14.989837646484375
HSLCU,λ=8,65536,1,903448,13.7855224609375
HSLCU,λ=8,65536,1,1013831,15.469833374023438
HSLCU,λ=8,65536,1,959980,14.64813232421875
HSLCU,λ=8,65536,1,998453,15.235183715820312
HSLCU,λ=8,65536,1,889614,13.574432373046875
HSLCU,λ=8,65536,1,999967,15.258285522460938
HSLCU,λ=8,65536,1,994737,15.178482055664062
HSLCU,λ=8,65536,1,858698,13.102691650390625
HSLCU,λ=8,65536,1,1030376,15.7222900390625
HSLCU,λ=8,65536,1,892629,13.620437622070312
HSLCU,λ=8,65536,1,940785,14.355239868164062
HSLCU,λ=8,65536,1,1079242,16.467926025390625
HSLCU,λ=8,65536,1,927776,14.15673828125
HSLCU,λ=8,65536,1,879075,13.413619995117188
HSLCU,λ=8,65536,1,953481,14.548965454101562
HSLCU,λ=8,65536,1,809654,12.354339599609375
HSLCU,λ=8,65536,1,868846,13.257537841796875
HSLCU,λ=8,65536,1,1096322,16.728546142578125
HSLCU,λ=8,65536,1,1018876,15.54681396484375
HSDSU,λ=8,65536,1,859553,13.115737915039062
HSDSU,λ=8,65536,1,858225,13.095474243164062
HSDSU,λ=8,65536,1,1002393,15.295303344726562
HSDSU,λ=8,65536,1,884001,13.488784790039062
HSDSU,λ=8,65536,1,882665,13.468399047851562
HSDSU,λ=8,65536,1,948449,14.472183227539062
HSDSU,λ=8,65536,1,927129,14.146865844726562
HSDSU,λ=8,65536,1,867313,13.234146118164062
HSDSU,λ=8,65536,1,868929,13.258804321289062
HSDSU,λ=8,65536,1,1033689,15.772842407226562
HSDSU,λ=8,65536,1,847561,12.932754516601562
HSDSU,λ=8,65536,1,806913,12.312515258789062
HSDSU,λ=8,65536,1,916433,13.983657836914062
HSDSU,λ=8,65536,1,819681,12.507339477539062
HSDSU,λ=8,65536,1,983681,15.009780883789062
HSDSU,λ=8,65536,1,830777,12.676651000976562
HSDSU,λ=8,65536,1,1002569,15.297988891601562
HSDSU,λ=8,65536,1,787425,12.015151977539062
HSDSU,λ=8,65536,1,838545,12.795181274414062
HSDSU,λ=8,65536,1,879361,13.417984008789062
HSDSU,λ=8,65536,1,972921,14.845596313476562
HSDSU,λ=8,65536,1,816153,12.453506469726562
HSDSU,λ=8,65536,1,856073,13.062637329101562
HSDSU,λ=8,65536,1,957497,14.610244750976562
HSDSU,λ=8,65536,1,839065,12.803115844726562
HSDSU,λ=8,65536,1,788641,12.033706665039062
HSDSU,λ=8,65536,1,800353,12.212417602539062
HSDSU,λ=8,65536,1,855169,13.048843383789062
HSDSU,λ=8,65536,1,949561,14.489151000976562
HSDSU,λ=8,65536,1,955657,14.582168579101562
HSDSU,λ=8,65536,1,792049,12.085708618164062
HSDSU,λ=8,65536,1,961097,14.665176391601562
HSDSU,λ=8,65536,1,865801,13.211074829101562
HSDSU,λ=8,65536,1,843969,12.877944946289062
HSDSU,λ=8,65536,1,804521,12.276016235351562
HSDSU,λ=8,65536,1,875937,13.365737915039062
HSDSU,λ=8,65536,1,847313,12.928970336914062
HSDSU,λ=8,65536,1,1163449,17.752822875976562
HSDSU,λ=8,65536,1,762857,11.640274047851562
HSDSU,λ=8,65536,1,1113673,16.993301391601562
HSDSU,λ=8,65536,1,782369,11.938003540039062
HSDSU,λ=8,65536,1,793409,12.106460571289062
HSDSU,λ=8,65536,1,798529,12.184585571289062
HSDSU,λ=8,65536,1,989857,15.104019165039062
HSDSU,λ=8,65536,1,881721,13.453994750976562
HSDSU,λ=8,65536,1,786353,11.998794555664062
HSDSU,λ=8,65536,1,900393,13.738906860351562
HSDSU,λ=8,65536,1,835641,12.750869750976562
HSDSU,λ=8,65536,1,867481,13.236709594726562
HSDSU,λ=8,65536,1,790905,12.068252563476562
HSDSU,λ=8,65536,1,875313,13.356216430664062
HSDSU,λ=8,65536,1,997169,15.215591430664062
HSDSU,λ=8,65536,1,889601,13.574234008789062
HSDSU,λ=8,65536,1,916033,13.977554321289062
HSDSU,λ=8,65536,1,883753,13.485000610351562
HSDSU,λ=8,65536,1,921729,14.064468383789062
HSDSU,λ=8,65536,1,776249,11.844619750976562
HSDSU,λ=8,65536,1,877369,13.387588500976562
HSDSU,λ=8,65536,1,843257,12.867080688476562
HSDSU,λ=8,65536,1,867001,13.229385375976562
HSDSU,λ=8,65536,1,821537,12.535659790039062
HSDSU,λ=8,65536,1,849769,12.966445922851562
HSDSU,λ=8,65536,1,823713,12.568862915039062
HSDSU,λ=8,65536,1,897185,13.689956665039062
HSDSU,λ=8,65536,1,859921,13.121353149414062
HSDSU,λ=8,65536,1,826833,12.616470336914062
HSDSU,λ=8,65536,1,850633,12.979629516601562
HSDSU,λ=8,65536,1,871409,13.296646118164062
HSDSU,λ=8,65536,1,876689,13.377212524414062
HSDSU,λ=8,65536,1,832481,12.702651977539062
HSDSU,λ=8,65536,1,817713,12.477310180664062
HSDSU,λ=8,65536,1,839009,12.802261352539062
HSDSU,λ=8,65536,1,830305,12.669448852539062
HSDSU,λ=8,65536,1,894001,13.641372680664062
HSDSU,λ=8,65536,1,791273,12.073867797851562
HSDSU,λ=8,65536,1,816129,12.453140258789062
HSDSU,λ=8,65536,1,844289,12.882827758789062
HSDSU,λ=8,65536,1,882553,13.466690063476562
HSDSU,λ=8,65536,1,843201,12.866226196289062
HSDSU,λ=8,65536,1,887097,13.536026000976562
HSDSU,λ=8,65536,1,869785,13.271865844726562
HSDSU,λ=8,65536,1,815585,12.444839477539062
HSDSU,λ=8,65536,1,850737,12.981216430664062
HSDSU,λ=8,65536,1,876313,13.371475219726562
HSDSU,λ=8,65536,1,808489,12.336563110351562
HSDSU,λ=8,65536,1,845137,12.895767211914062
HSDSU,λ=8,65536,1,782625,11.941909790039062
HSDSU,λ=8,65536,1,813969,12.420181274414062
HSDSU,λ=8,65536,1,789409,12.045425415039062
HSDSU,λ=8,65536,1,941145,14.360733032226562
HSDSU,λ=8,65536,1,857681,13.087173461914062
HSDSU,λ=8,65536,1,801057,12.223159790039062
HSDSU,λ=8,65536,1,855809,13.058609008789062
HSDSU,λ=8,65536,1,823041,12.558609008789062
HSDSU,λ=8,65536,1,970961,14.815689086914062
HSDSU,λ=8,65536,1,808265,12.333145141601562
HSDSU,λ=8,65536,1,906025,13.824844360351562
HSDSU,λ=8,65536,1,930825,14.203262329101562
HSDSU,λ=8,65536,1,810801,12.371841430664062
HSDSU,λ=8,65536,1,936289,14.286636352539062
HRDSU,λ=8,65536,1,626831,9.564682006835938
HRDSU,λ=8,65536,1,558561,8.522964477539062
HRDSU,λ=8,65536,1,564217,8.609268188476562
HRDSU,λ=8,65536,1,530925,8.101272583007812
HRDSU,λ=8,65536,1,730541,11.147171020507812
HRDSU,λ=8,65536,1,564071,8.607040405273438
HRDSU,λ=8,65536,1,648273,9.891860961914062
HRDSU,λ=8,65536,1,665527,10.155136108398438
HRDSU,λ=8,65536,1,568351,8.672348022460938
HRDSU,λ=8,65536,1,584341,8.916336059570312
HRDSU,λ=8,65536,1,570809,8.709854125976562
HRDSU,λ=8,65536,1,631087,9.629623413085938
HRDSU,λ=8,65536,1,549669,8.387283325195312
HRDSU,λ=8,65536,1,579187,8.837692260742188
HRDSU,λ=8,65536,1,563693,8.601272583007812
HRDSU,λ=8,65536,1,629055,9.598617553710938
HRDSU,λ=8,65536,1,567019,8.652023315429688
HRDSU,λ=8,65536,1,518877,7.9174346923828125
HRDSU,λ=8,65536,1,627243,9.570968627929688
HRDSU,λ=8,65536,1,612111,9.340072631835938
HRDSU,λ=8,65536,1,556691,8.494430541992188
HRDSU,λ=8,65536,1,520089,7.9359283447265625
HRDSU,λ=8,65536,1,587155,8.959274291992188
HRDSU,λ=8,65536,1,517919,7.9028167724609375
HRDSU,λ=8,65536,1,576979,8.804000854492188
HRDSU,λ=8,65536,1,550923,8.406417846679688
HRDSU,λ=8,65536,1,576559,8.797592163085938
HRDSU,λ=8,65536,1,617359,9.420150756835938
HRDSU,λ=8,65536,1,566107,8.638107299804688
HRDSU,λ=8,65536,1,584741,8.922439575195312
HRDSU,λ=8,65536,1,605757,9.243118286132812
HRDSU,λ=8,65536,1,551613,8.416946411132812
HRDSU,λ=8,65536,1,578769,8.831314086914062
HRDSU,λ=8,65536,1,570837,8.710281372070312
HRDSU,λ=8,65536,1,610875,9.321212768554688
HRDSU,λ=8,65536,1,552879,8.436264038085938
HRDSU,λ=8,65536,1,546089,8.332656860351562
HRDSU,λ=8,65536,1,640855,9.778671264648438
HRDSU,λ=8,65536,1,548439,8.368515014648438
HRDSU,λ=8,65536,1,551517,8.415481567382812
HRDSU,λ=8,65536,1,545019,8.316329956054688
HRDSU,λ=8,65536,1,579311,8.839584350585938
HRDSU,λ=8,65536,1,583849,8.908828735351562
HRDSU,λ=8,65536,1,543673,8.295791625976562
HRDSU,λ=8,65536,1,600665,9.165420532226562
HRDSU,λ=8,65536,1,606623,9.256332397460938
HRDSU,λ=8,65536,1,546053,8.332107543945312
HRDSU,λ=8,65536,1,600243,9.158981323242188
HRDSU,λ=8,65536,1,554337,8.458511352539062
HRDSU,λ=8,65536,1,577977,8.819229125976562
HRDSU,λ=8,65536,1,522861,7.9782257080078125
HRDSU,λ=8,65536,1,572971,8.742843627929688
HRDSU,λ=8,65536,1,599435,9.146652221679688
HRDSU,λ=8,65536,1,551569,8.416275024414062
HRDSU,λ=8,65536,1,562623,8.584945678710938
HRDSU,λ=8,65536,1,574557,8.767044067382812
HRDSU,λ=8,65536,1,550043,8.392990112304688
HRDSU,λ=8,65536,1,573563,8.751876831054688
HRDSU,λ=8,65536,1,545095,8.317489624023438
HRDSU,λ=8,65536,1,582117,8.882400512695312
HRDSU,λ=8,65536,1,538613,8.218582153320312
HRDSU,λ=8,65536,1,530295,8.091659545898438
HRDSU,λ=8,65536,1,594251,9.067550659179688
HRDSU,λ=8,65536,1,662601,10.110488891601562
HRDSU,λ=8,65536,1,587853,8.969924926757812
HRDSU,λ=8,65536,1,574157,8.760940551757812
HRDSU,λ=8,65536,1,558495,8.521957397460938
HRDSU,λ=8,65536,1,559353,8.535049438476562
HRDSU,λ=8,65536,1,586831,8.954330444335938
HRDSU,λ=8,65536,1,655463,10.001571655273438
HRDSU,λ=8,65536,1,572341,8.733230590820312
HRDSU,λ=8,65536,1,554025,8.453750610351562
HRDSU,λ=8,65536,1,570517,8.705398559570312
HRDSU,λ=8,65536,1,659155,10.057907104492188
HRDSU,λ=8,65536,1,606531,9.254928588867188
HRDSU,λ=8,65536,1,535669,8.173660278320312
HRDSU,λ=8,65536,1,588327,8.977157592773438
HRDSU,λ=8,65536,1,565331,8.626266479492188
HRDSU,λ=8,65536,1,555449,8.475479125976562
HRDSU,λ=8,65536,1,585121,8.928237915039062
HRDSU,λ=8,65536,1,581215,8.868637084960938
HRDSU,λ=8,65536,1,550469,8.399490356445312
HRDSU,λ=8,65536,1,560363,8.550460815429688
HRDSU,λ=8,65536,1,557145,8.501358032226562
HRDSU,λ=8,65536,1,586689,8.952163696289062
HRDSU,λ=8,65536,1,595633,9.088638305664062
HRDSU,λ=8,65536,1,549339,8.382247924804688
HRDSU,λ=8,65536,1,569787,8.694259643554688
HRDSU,λ=8,65536,1,615583,9.393051147460938
HRDSU,λ=8,65536,1,561689,8.570693969726562
HRDSU,λ=8,65536,1,618979,9.444869995117188
HRDSU,λ=8,65536,1,580863,8.863265991210938
HRDSU,λ=8,65536,1,585873,8.939712524414062
HRDSU,λ=8,65536,1,598799,9.136947631835938
HRDSU,λ=8,65536,1,545423,8.322494506835938
HRDSU,λ=8,65536,1,624351,9.526840209960938
HRDSU,λ=8,65536,1,561409,8.566421508789062
HRDSU,λ=8,65536,1,578967,8.834335327148438
HRDSU,λ=8,65536,1,606235,9.250411987304688
HHDSU,λ=8,65536,1,574587,8.767501831054688
HHDSU,λ=8,65536,1,546997,8.346511840820312
HHDSU,λ=8,65536,1,612923,9.352462768554688
HHDSU,λ=8,65536,1,600029,9.155715942382812
HHDSU,λ=8,65536,1,547137,8.348648071289062
HHDSU,λ=8,65536,1,567145,8.653945922851562
HHDSU,λ=8,65536,1,548373,8.367507934570312
HHDSU,λ=8,65536,1,583363,8.901412963867188
HHDSU,λ=8,65536,1,593565,9.057083129882812
HHDSU,λ=8,65536,1,570393,8.703506469726562
HHDSU,λ=8,65536,1,625385,9.542617797851562
HHDSU,λ=8,65536,1,566201,8.639541625976562
HHDSU,λ=8,65536,1,553351,8.443466186523438
HHDSU,λ=8,65536,1,604917,9.230300903320312
HHDSU,λ=8,65536,1,510949,7.7964630126953125
HHDSU,λ=8,65536,1,551889,8.421157836914062
HHDSU,λ=8,65536,1,734259,11.203903198242188
HHDSU,λ=8,65536,1,586219,8.944992065429688
HHDSU,λ=8,65536,1,564225,8.609390258789062
HHDSU,λ=8,65536,1,654387,9.985153198242188
HHDSU,λ=8,65536,1,558305,8.519058227539062
HHDSU,λ=8,65536,1,559259,8.533615112304688
HHDSU,λ=8,65536,1,511381,7.8030548095703125
HHDSU,λ=8,65536,1,547221,8.349929809570312
HHDSU,λ=8,65536,1,560241,8.548599243164062
HHDSU,λ=8,65536,1,594213,9.066970825195312
HHDSU,λ=8,65536,1,600675,9.165573120117188
HHDSU,λ=8,65536,1,575639,8.783554077148438
HHDSU,λ=8,65536,1,613109,9.355300903320312
HHDSU,λ=8,65536,1,608221,9.280715942382812
HHDSU,λ=8,65536,1,614041,9.369522094726562
HHDSU,λ=8,65536,1,547519,8.354476928710938
HHDSU,λ=8,65536,1,548603,8.371017456054688
HHDSU,λ=8,65536,1,609783,9.304550170898438
HHDSU,λ=8,65536,1,571733,8.723953247070312
HHDSU,λ=8,65536,1,521653,7.9597930908203125
HHDSU,λ=8,65536,1,566305,8.641128540039062
HHDSU,λ=8,65536,1,589515,8.995285034179688
HHDSU,λ=8,65536,1,544557,8.309280395507812
HHDSU,λ=8,65536,1,566799,8.648666381835938
HHDSU,λ=8,65536,1,586367,8.947250366210938
HHDSU,λ=8,65536,1,547027,8.346969604492188
HHDSU,λ=8,65536,1,549991,8.392196655273438
HHDSU,λ=8,65536,1,624803,9.533737182617188
HHDSU,λ=8,65536,1,559489,8.537124633789062
HHDSU,λ=8,65536,1,559171,8.532272338867188
HHDSU,λ=8,65536,1,556143,8.486068725585938
HHDSU,λ=8,65536,1,608939,9.291671752929688
HHDSU,λ=8,65536,1,611833,9.335830688476562
HHDSU,λ=8,65536,1,601597,9.179641723632812
HHDSU,λ=8,65536,1,643489,9.818862915039062
HHDSU,λ=8,65536,1,577633,8.813980102539062
HHDSU,λ=8,65536,1,596633,9.103897094726562
HHDSU,λ=8,65536,1,517991,7.9039154052734375
HHDSU,λ=8,65536,1,587337,8.962051391601562
HHDSU,λ=8,65536,1,587301,8.961502075195312
HHDSU,λ=8,65536,1,543757,8.297073364257812
HHDSU,λ=8,65536,1,602539,9.194015502929688
HHDSU,λ=8,65536,1,570581,8.706375122070312
HHDSU,λ=8,65536,1,609797,9.304763793945312
HHDSU,λ=8,65536,1,627711,9.578109741210938
HHDSU,λ=8,65536,1,564767,8.617660522460938
HHDSU,λ=8,65536,1,673879,10.282577514648438
HHDSU,λ=8,65536,1,565005,8.621292114257812
HHDSU,λ=8,65536,1,640949,9.780105590820312
HHDSU,λ=8,65536,1,565083,8.622482299804688
HHDSU,λ=8,65536,1,572887,8.741561889648438
HHDSU,λ=8,65536,1,622267,9.495040893554688
HHDSU,λ=8,65536,1,577849,8.817276000976562
HHDSU,λ=8,65536,1,559001,8.529678344726562
HHDSU,λ=8,65536,1,614977,9.383804321289062
HHDSU,λ=8,65536,1,574951,8.773056030273438
HHDSU,λ=8,65536,1,578929,8.833755493164062
HHDSU,λ=8,65536,1,578085,8.820877075195312
HHDSU,λ=8,65536,1,589791,8.999496459960938
HHDSU,λ=8,65536,1,586029,8.942092895507812
HHDSU,λ=8,65536,1,588741,8.983474731445312
HHDSU,λ=8,65536,1,566005,8.636550903320312
HHDSU,λ=8,65536,1,633631,9.668441772460938
HHDSU,λ=8,65536,1,624355,9.526901245117188
HHDSU,λ=8,65536,1,619257,9.449111938476562
HHDSU,λ=8,65536,1,604603,9.225509643554688
HHDSU,λ=8,65536,1,576239,8.792709350585938
HHDSU,λ=8,65536,1,574425,8.765029907226562
HHDSU,λ=8,65536,1,589233,8.990982055664062
HHDSU,λ=8,65536,1,596455,9.101181030273438
HHDSU,λ=8,65536,1,571157,8.715164184570312
HHDSU,λ=8,65536,1,588669,8.982376098632812
HHDSU,λ=8,65536,1,687607,10.492050170898438
HHDSU,λ=8,65536,1,542659,8.280319213867188
HHDSU,λ=8,65536,1,607291,9.266525268554688
HHDSU,λ=8,65536,1,551267,8.411666870117188
HHDSU,λ=8,65536,1,573611,8.752609252929688
HHDSU,λ=8,65536,1,550467,8.399459838867188
HHDSU,λ=8,65536,1,565549,8.629592895507812
HHDSU,λ=8,65536,1,559595,8.538742065429688
HHDSU,λ=8,65536,1,571105,8.714370727539062
HHDSU,λ=8,65536,1,587931,8.971115112304688
HHDSU,λ=8,65536,1,584869,8.924392700195312
HHDSU,λ=8,65536,1,598487,9.132186889648438
HHLSU,λ=8,65536,1,614043,9.369552612304688
HHLSU,λ=8,65536,1,591344,9.023193359375
HHLSU,λ=8,65536,1,543750,8.296966552734375
HHLSU,λ=8,65536,1,653664,9.97412109375
HHLSU,λ=8,65536,1,566645,8.646316528320312
HHLSU,λ=8,65536,1,571499,8.720382690429688
HHLSU,λ=8,65536,1,578380,8.82537841796875
HHLSU,λ=8,65536,1,544856,8.3138427734375
HHLSU,λ=8,65536,1,575392,8.77978515625
HHLSU,λ=8,65536,1,568195,8.669967651367188
HHLSU,λ=8,65536,1,556493,8.491409301757812
HHLSU,λ=8,65536,1,566288,8.640869140625
HHLSU,λ=8,65536,1,619507,9.452926635742188
HHLSU,λ=8,65536,1,576126,8.790985107421875
HHLSU,λ=8,65536,1,533678,8.143280029296875
HHLSU,λ=8,65536,1,663356,10.12200927734375
HHLSU,λ=8,65536,1,608374,9.283050537109375
HHLSU,λ=8,65536,1,578293,8.824050903320312
HHLSU,λ=8,65536,1,573742,8.754608154296875
HHLSU,λ=8,65536,1,552324,8.42779541015625
HHLSU,λ=8,65536,1,588572,8.98089599609375
HHLSU,λ=8,65536,1,558012,8.51458740234375
HHLSU,λ=8,65536,1,554056,8.4542236328125
HHLSU,λ=8,65536,1,584912,8.925048828125
HHLSU,λ=8,65536,1,579372,8.84051513671875
HHLSU,λ=8,65536,1,565432,8.6278076171875
HHLSU,λ=8,65536,1,563537,8.598892211914062
HHLSU,λ=8,65536,1,602624,9.1953125
HHLSU,λ=8,65536,1,593846,9.061370849609375
HHLSU,λ=8,65536,1,524771,8.007369995117188
HHLSU,λ=8,65536,1,562061,8.576370239257812
HHLSU,λ=8,65536,1,641085,9.782180786132812
HHLSU,λ=8,65536,1,634496,9.681640625
HHLSU,λ=8,65536,1,578661,8.829666137695312
HHLSU,λ=8,65536,1,592881,9.046646118164062
HHLSU,λ=8,65536,1,535357,8.168899536132812
HHLSU,λ=8,65536,1,537352,8.1993408203125
HHLSU,λ=8,65536,1,559024,8.530029296875
HHLSU,λ=8,65536,1,578610,8.828887939453125
HHLSU,λ=8,65536,1,578945,8.833999633789062
HHLSU,λ=8,65536,1,583938,8.910186767578125
HHLSU,λ=8,65536,1,544679,8.311141967773438
HHLSU,λ=8,65536,1,556163,8.486373901367188
HHLSU,λ=8,65536,1,592102,9.034759521484375
HHLSU,λ=8,65536,1,572735,8.739242553710938
HHLSU,λ=8,65536,1,547803,8.358810424804688
HHLSU,λ=8,65536,1,606414,9.253143310546875
HHLSU,λ=8,65536,1,562004,8.57550048828125
HHLSU,λ=8,65536,1,661702,10.096771240234375
HHLSU,λ=8,65536,1,525685,8.021316528320312
HHLSU,λ=8,65536,1,548058,8.362701416015625
HHLSU,λ=8,65536,1,524007,7.9957122802734375
HHLSU,λ=8,65536,1,586621,8.951126098632812
HHLSU,λ=8,65536,1,554417,8.459732055664062
HHLSU,λ=8,65536,1,678579,10.354293823242188
HHLSU,λ=8,65536,1,656296,10.0142822265625
HHLSU,λ=8,65536,1,658885,10.053787231445312
HHLSU,λ=8,65536,1,587555,8.965377807617188
HHLSU,λ=8,65536,1,624874,9.534820556640625
HHLSU,λ=8,65536,1,573763,8.754928588867188
HHLSU,λ=8,65536,1,598219,9.128097534179688
HHLSU,λ=8,65536,1,684110,10.438690185546875
HHLSU,λ=8,65536,1,646821,9.869705200195312
HHLSU,λ=8,65536,1,678299,10.350021362304688
HHLSU,λ=8,65536,1,577578,8.813140869140625
HHLSU,λ=8,65536,1,567262,8.655731201171875
HHLSU,λ=8,65536,1,547123,8.348434448242188
HHLSU,λ=8,65536,1,576029,8.789505004882812
HHLSU,λ=8,65536,1,560539,8.553146362304688
HHLSU,λ=8,65536,1,553064,8.4390869140625
HHLSU,λ=8,65536,1,534267,8.152267456054688
HHLSU,λ=8,65536,1,672892,10.26751708984375
HHLSU,λ=8,65536,1,603185,9.203872680664062
HHLSU,λ=8,65536,1,577667,8.814498901367188
HHLSU,λ=8,65536,1,540831,8.252426147460938
HHLSU,λ=8,65536,1,522536,7.9732666015625
HHLSU,λ=8,65536,1,653707,9.974777221679688
HHLSU,λ=8,65536,1,559992,8.5447998046875
HHLSU,λ=8,65536,1,588615,8.981552124023438
HHLSU,λ=8,65536,1,576467,8.796188354492188
HHLSU,λ=8,65536,1,605814,9.243988037109375
HHLSU,λ=8,65536,1,542621,8.279739379882812
HHLSU,λ=8,65536,1,646168,9.8597412109375
HHLSU,λ=8,65536,1,641773,9.792678833007812
HHLSU,λ=8,65536,1,562825,8.588027954101562
HHLSU,λ=8,65536,1,675645,10.309524536132812
HHLSU,λ=8,65536,1,565543,8.629501342773438
HHLSU,λ=8,65536,1,533937,8.147232055664062
HHLSU,λ=8,65536,1,547824,8.359130859375
HHLSU,λ=8,65536,1,549482,8.384429931640625
HHLSU,λ=8,65536,1,653608,9.9732666015625
HHLSU,λ=8,65536,1,568147,8.669235229492188
HHLSU,λ=8,65536,1,547124,8.34844970703125
HHLSU,λ=8,65536,1,585941,8.940750122070312
HHLSU,λ=8,65536,1,582048,8.88134765625
HHLSU,λ=8,65536,1,623874,9.519561767578125
HHLSU,λ=8,65536,1,793528,12.1082763671875
HHLSU,λ=8,65536,1,581665,8.875503540039062
HHLSU,λ=8,65536,1,651428,9.94000244140625
HHLSU,λ=8,65536,1,610430,9.314422607421875
HRLSU,λ=8,65536,1,561411,8.566452026367188
HRLSU,λ=8,65536,1,557449,8.505996704101562
HRLSU,λ=8,65536,1,563369,8.596328735351562
HRLSU,λ=8,65536,1,570715,8.708419799804688
HRLSU,λ=8,65536,1,560955,8.559494018554688
HRLSU,λ=8,65536,1,543839,8.298324584960938
HRLSU,λ=8,65536,1,647779,9.884323120117188
HRLSU,λ=8,65536,1,627041,9.567886352539062
HRLSU,λ=8,65536,1,673801,10.281387329101562
HRLSU,λ=8,65536,1,776501,11.848464965820312
HRLSU,λ=8,65536,1,598109,9.126419067382812
HRLSU,λ=8,65536,1,593997,9.063674926757812
HRLSU,λ=8,65536,1,622025,9.491348266601562
HRLSU,λ=8,65536,1,566233,8.640029907226562
HRLSU,λ=8,65536,1,651491,9.940963745117188
HRLSU,λ=8,65536,1,542127,8.272201538085938
HRLSU,λ=8,65536,1,577869,8.817581176757812
HRLSU,λ=8,65536,1,562749,8.586868286132812
HRLSU,λ=8,65536,1,640341,9.770828247070312
HRLSU,λ=8,65536,1,608427,9.283859252929688
HRLSU,λ=8,65536,1,585179,8.929122924804688
HRLSU,λ=8,65536,1,645497,9.849502563476562
HRLSU,λ=8,65536,1,601927,9.184677124023438
HRLSU,λ=8,65536,1,630209,9.616226196289062
HRLSU,λ=8,65536,1,592841,9.046035766601562
HRLSU,λ=8,65536,1,616065,9.400405883789062
HRLSU,λ=8,65536,1,593209,9.051651000976562
HRLSU,λ=8,65536,1,637897,9.733535766601562
HRLSU,λ=8,65536,1,640247,9.769393920898438
HRLSU,λ=8,65536,1,531701,8.113113403320312
HRLSU,λ=8,65536,1,599527,9.148056030273438
HRLSU,λ=8,65536,1,602707,9.196578979492188
HRLSU,λ=8,65536,1,559355,8.535079956054688
HRLSU,λ=8,65536,1,663543,10.124862670898438
HRLSU,λ=8,65536,1,588917,8.986160278320312
HRLSU,λ=8,65536,1,642289,9.800552368164062
HRLSU,λ=8,65536,1,726757,11.089431762695312
HRLSU,λ=8,65536,1,629373,9.603469848632812
HRLSU,λ=8,65536,1,542915,8.284225463867188
HRLSU,λ=8,65536,1,582023,8.880966186523438
HRLSU,λ=8,65536,1,574639,8.768295288085938
HRLSU,λ=8,65536,1,630309,9.617752075195312
HRLSU,λ=8,65536,1,653033,9.964492797851562
HRLSU,λ=8,65536,1,591647,9.027816772460938
HRLSU,λ=8,65536,1,661547,10.094406127929688
HRLSU,λ=8,65536,1,586299,8.946212768554688
HRLSU,λ=8,65536,1,629853,9.610794067382812
HRLSU,λ=8,65536,1,604629,9.225906372070312
HRLSU,λ=8,65536,1,637377,9.725601196289062
HRLSU,λ=8,65536,1,648247,9.891464233398438
HRLSU,λ=8,65536,1,561799,8.572372436523438
HRLSU,λ=8,65536,1,588701,8.982864379882812
HRLSU,λ=8,65536,1,610173,9.310501098632812
HRLSU,λ=8,65536,1,640775,9.777450561523438
HRLSU,λ=8,65536,1,577957,8.818923950195312
HRLSU,λ=8,65536,1,588079,8.973373413085938
HRLSU,λ=8,65536,1,567491,8.659225463867188
HRLSU,λ=8,65536,1,571723,8.723800659179688
HRLSU,λ=8,65536,1,665025,10.147476196289062
HRLSU,λ=8,65536,1,589923,9.001510620117188
HRLSU,λ=8,65536,1,636425,9.711074829101562
HRLSU,λ=8,65536,1,547895,8.360214233398438
HRLSU,λ=8,65536,1,635619,9.698776245117188
HRLSU,λ=8,65536,1,567869,8.664993286132812
HRLSU,λ=8,65536,1,617595,9.423751831054688
HRLSU,λ=8,65536,1,570831,8.710189819335938
HRLSU,λ=8,65536,1,593005,9.048538208007812
HRLSU,λ=8,65536,1,621089,9.477066040039062
HRLSU,λ=8,65536,1,647921,9.886489868164062
HRLSU,λ=8,65536,1,612657,9.348403930664062
HRLSU,λ=8,65536,1,618171,9.432540893554688
HRLSU,λ=8,65536,1,612767,9.350082397460938
HRLSU,λ=8,65536,1,596347,9.099533081054688
HRLSU,λ=8,65536,1,676673,10.325210571289062
HRLSU,λ=8,65536,1,565615,8.630599975585938
HRLSU,λ=8,65536,1,593969,9.063247680664062
HRLSU,λ=8,65536,1,602509,9.193557739257812
HRLSU,λ=8,65536,1,625417,9.543106079101562
HRLSU,λ=8,65536,1,595011,9.079147338867188
HRLSU,λ=8,65536,1,704355,10.747604370117188
HRLSU,λ=8,65536,1,600517,9.163162231445312
HRLSU,λ=8,65536,1,577783,8.816268920898438
HRLSU,λ=8,65536,1,567079,8.652938842773438
HRLSU,λ=8,65536,1,613879,9.367050170898438
HRLSU,λ=8,65536,1,633097,9.660293579101562
HRLSU,λ=8,65536,1,658011,10.040451049804688
HRLSU,λ=8,65536,1,612181,9.341140747070312
HRLSU,λ=8,65536,1,597245,9.113235473632812
HRLSU,λ=8,65536,1,585495,8.933944702148438
HRLSU,λ=8,65536,1,665509,10.154861450195312
HRLSU,λ=8,65536,1,705239,10.761093139648438
HRLSU,λ=8,65536,1,586851,8.954635620117188
HRLSU,λ=8,65536,1,610405,9.314041137695312
HRLSU,λ=8,65536,1,557059,8.500045776367188
HRLSU,λ=8,65536,1,621183,9.478500366210938
HRLSU,λ=8,65536,1,575485,8.781204223632812
HRLSU,λ=8,65536,1,562539,8.583663940429688
HRLSU,λ=8,65536,1,645841,9.854751586914062
HRLSU,λ=8,65536,1,549203,8.380172729492188
HRLSU,λ=8,65536,1,586651,8.951583862304688
HSLSU,λ=8,65536,1,911595,13.909835815429688
HSLSU,λ=8,65536,1,880245,13.431472778320312
HSLSU,λ=8,65536,1,877029,13.382400512695312
HSLSU,λ=8,65536,1,890921,13.594375610351562
HSLSU,λ=8,65536,1,926679,14.139999389648438
HSLSU,λ=8,65536,1,874729,13.347305297851562
HSLSU,λ=8,65536,1,979317,14.943191528320312
HSLSU,λ=8,65536,1,847101,12.925735473632812
HSLSU,λ=8,65536,1,828051,12.635055541992188
HSLSU,λ=8,65536,1,925137,14.116470336914062
HSLSU,λ=8,65536,1,794919,12.129501342773438
HSLSU,λ=8,65536,1,874971,13.350997924804688
HSLSU,λ=8,65536,1,974715,14.872970581054688
HSLSU,λ=8,65536,1,882261,13.462234497070312
HSLSU,λ=8,65536,1,955171,14.574752807617188
HSLSU,λ=8,65536,1,782525,11.940383911132812
HSLSU,λ=8,65536,1,889981,13.580032348632812
HSLSU,λ=8,65536,1,951835,14.523849487304688
HSLSU,λ=8,65536,1,907371,13.845382690429688
HSLSU,λ=8,65536,1,919521,14.030776977539062
HSLSU,λ=8,65536,1,772285,11.784133911132812
HSLSU,λ=8,65536,1,883463,13.480575561523438
HSLSU,λ=8,65536,1,774267,11.814376831054688
HSLSU,λ=8,65536,1,1107417,16.897842407226562
HSLSU,λ=8,65536,1,1203851,18.369308471679688
HSLSU,λ=8,65536,1,876463,13.373764038085938
HSLSU,λ=8,65536,1,830267,12.668869018554688
HSLSU,λ=8,65536,1,1184305,18.071060180664062
HSLSU,λ=8,65536,1,926901,14.143386840820312
HSLSU,λ=8,65536,1,952281,14.530654907226562
HSLSU,λ=8,65536,1,939159,14.330429077148438
HSLSU,λ=8,65536,1,751941,11.473709106445312
HSLSU,λ=8,65536,1,819411,12.503219604492188
HSLSU,λ=8,65536,1,1105607,16.870223999023438
HSLSU,λ=8,65536,1,870097,13.276626586914062
HSLSU,λ=8,65536,1,814541,12.428909301757812
HSLSU,λ=8,65536,1,782757,11.943923950195312
HSLSU,λ=8,65536,1,860751,13.134017944335938
HSLSU,λ=8,65536,1,834675,12.736129760742188
HSLSU,λ=8,65536,1,862939,13.167404174804688
HSLSU,λ=8,65536,1,786811,12.005783081054688
HSLSU,λ=8,65536,1,893723,13.637130737304688
HSLSU,λ=8,65536,1,802541,12.245803833007812
HSLSU,λ=8,65536,1,838491,12.794357299804688
HSLSU,λ=8,65536,1,876301,13.371292114257812
HSLSU,λ=8,65536,1,793419,12.106613159179688
HSLSU,λ=8,65536,1,897567,13.695785522460938
HSLSU,λ=8,65536,1,991621,15.130935668945312
HSLSU,λ=8,65536,1,1042067,15.900680541992188
HSLSU,λ=8,65536,1,777631,11.865707397460938
HSLSU,λ=8,65536,1,851957,12.999832153320312
HSLSU,λ=8,65536,1,831753,12.691543579101562
HSLSU,λ=8,65536,1,812341,12.395339965820312
HSLSU,λ=8,65536,1,946627,14.444381713867188
HSLSU,λ=8,65536,1,939575,14.336776733398438
HSLSU,λ=8,65536,1,753517,11.497756958007812
HSLSU,λ=8,65536,1,866053,13.214920043945312
HSLSU,λ=8,65536,1,834329,12.730850219726562
HSLSU,λ=8,65536,1,828221,12.637649536132812
HSLSU,λ=8,65536,1,847539,12.932418823242188
HSLSU,λ=8,65536,1,947243,14.453781127929688
HSLSU,λ=8,65536,1,970609,14.810317993164062
HSLSU,λ=8,65536,1,835393,12.747085571289062
HSLSU,λ=8,65536,1,995531,15.190597534179688
HSLSU,λ=8,65536,1,853377,13.021499633789062
HSLSU,λ=8,65536,1,840983,12.832382202148438
HSLSU,λ=8,65536,1,767281,11.707778930664062
HSLSU,λ=8,65536,1,845459,12.900680541992188
HSLSU,λ=8,65536,1,834243,12.729537963867188
HSLSU,λ=8,65536,1,884749,13.500198364257812
HSLSU,λ=8,65536,1,822077,12.543899536132812
HSLSU,λ=8,65536,1,922047,14.069320678710938
HSLSU,λ=8,65536,1,836681,12.766738891601562
HSLSU,λ=8,65536,1,769589,11.742996215820312
HSLSU,λ=8,65536,1,900971,13.747726440429688
HSLSU,λ=8,65536,1,893329,13.631118774414062
HSLSU,λ=8,65536,1,807613,12.323196411132812
HSLSU,λ=8,65536,1,836849,12.769302368164062
HSLSU,λ=8,65536,1,1058477,16.151077270507812
HSLSU,λ=8,65536,1,852931,13.014694213867188
HSLSU,λ=8,65536,1,1025955,15.654830932617188
HSLSU,λ=8,65536,1,967245,14.758987426757812
HSLSU,λ=8,65536,1,765839,11.685775756835938
HSLSU,λ=8,65536,1,883659,13.483566284179688
HSLSU,λ=8,65536,1,804299,12.272628784179688
HSLSU,λ=8,65536,1,844151,12.880722045898438
HSLSU,λ=8,65536,1,857801,13.089004516601562
HSLSU,λ=8,65536,1,886957,13.533889770507812
HSLSU,λ=8,65536,1,965473,14.731948852539062
HSLSU,λ=8,65536,1,917271,13.996444702148438
HSLSU,λ=8,65536,1,813465,12.412490844726562
HSLSU,λ=8,65536,1,791307,12.074386596679688
HSLSU,λ=8,65536,1,890053,13.581130981445312
HSLSU,λ=8,65536,1,909343,13.875473022460938
HSLSU,λ=8,65536,1,855881,13.059707641601562
HSLSU,λ=8,65536,1,794539,12.123703002929688
HSLSU,λ=8,65536,1,808333,12.334182739257812
HSLSU,λ=8,65536,1,755217,11.523696899414062
HSLSU,λ=8,65536,1,817373,12.472122192382812
HSLSU,λ=8,65536,1,886363,13.524826049804688
HSDMU,λ=8,65536,1,848393,12.945449829101562
HSDMU,λ=8,65536,1,855489,13.053726196289062
HSDMU,λ=8,65536,1,808256,12.3330078125
HSDMU,λ=8,65536,1,838969,12.801651000976562
HSDMU,λ=8,65536,1,958387,14.623825073242188
HSDMU,λ=8,65536,1,835571,12.749801635742188
HSDMU,λ=8,65536,1,856664,13.0716552734375
HSDMU,λ=8,65536,1,790418,12.060821533203125
HSDMU,λ=8,65536,1,886483,13.526657104492188
HSDMU,λ=8,65536,1,839251,12.805953979492188
HSDMU,λ=8,65536,1,1041820,15.89691162109375
HSDMU,λ=8,65536,1,924661,14.109207153320312
HSDMU,λ=8,65536,1,895179,13.659347534179688
HSDMU,λ=8,65536,1,937954,14.312042236328125
HSDMU,λ=8,65536,1,775466,11.832672119140625
HSDMU,λ=8,65536,1,935360,14.2724609375
HSDMU,λ=8,65536,1,787447,12.015487670898438
HSDMU,λ=8,65536,1,923735,14.095077514648438
HSDMU,λ=8,65536,1,963431,14.700790405273438
HSDMU,λ=8,65536,1,911172,13.90338134765625
HSDMU,λ=8,65536,1,782822,11.944915771484375
HSDMU,λ=8,65536,1,803284,12.25714111328125
HSDMU,λ=8,65536,1,886234,13.522857666015625
HSDMU,λ=8,65536,1,1200440,18.3172607421875
HSDMU,λ=8,65536,1,813866,12.418609619140625
HSDMU,λ=8,65536,1,988416,15.08203125
HSDMU,λ=8,65536,1,788874,12.037261962890625
HSDMU,λ=8,65536,1,853900,13.02947998046875
HSDMU,λ=8,65536,1,847204,12.92730712890625
HSDMU,λ=8,65536,1,803328,12.2578125
HSDMU,λ=8,65536,1,1033847,15.775253295898438
HSDMU,λ=8,65536,1,787895,12.022323608398438
HSDMU,λ=8,65536,1,835412,12.74737548828125
HSDMU,λ=8,65536,1,1011458,15.433624267578125
HSDMU,λ=8,65536,1,910367,13.891098022460938
HSDMU,λ=8,65536,1,836389,12.762283325195312
HSDMU,λ=8,65536,1,947900,14.46380615234375
HSDMU,λ=8,65536,1,857789,13.088821411132812
HSDMU,λ=8,65536,1,827948,12.63348388671875
HSDMU,λ=8,65536,1,1013498,15.464752197265625
HSDMU,λ=8,65536,1,921258,14.057281494140625
HSDMU,λ=8,65536,1,881659,13.453048706054688
HSDMU,λ=8,65536,1,941809,14.370864868164062
HSDMU,λ=8,65536,1,828475,12.641525268554688
HSDMU,λ=8,65536,1,748845,11.426467895507812
HSDMU,λ=8,65536,1,876289,13.371109008789062
HSDMU,λ=8,65536,1,887099,13.536056518554688
HSDMU,λ=8,65536,1,784632,11.9725341796875
HSDMU,λ=8,65536,1,1023738,15.621002197265625
HSDMU,λ=8,65536,1,789265,12.043228149414062
HSDMU,λ=8,65536,1,914363,13.952072143554688
HSDMU,λ=8,65536,1,854855,13.044052124023438
HSDMU,λ=8,65536,1,979272,14.9425048828125
HSDMU,λ=8,65536,1,853122,13.017608642578125
HSDMU,λ=8,65536,1,1000901,15.272537231445312
HSDMU,λ=8,65536,1,1090623,16.641586303710938
HSDMU,λ=8,65536,1,863232,13.171875
HSDMU,λ=8,65536,1,823968,12.57275390625
HSDMU,λ=8,65536,1,822515,12.550582885742188
HSDMU,λ=8,65536,1,928611,14.169479370117188
HSDMU,λ=8,65536,1,843622,12.872650146484375
HSDMU,λ=8,65536,1,955224,14.5755615234375
HSDMU,λ=8,65536,1,809800,12.3565673828125
HSDMU,λ=8,65536,1,781185,11.919937133789062
HSDMU,λ=8,65536,1,843911,12.877059936523438
HSDMU,λ=8,65536,1,939300,14.33258056640625
HSDMU,λ=8,65536,1,760484,11.60406494140625
HSDMU,λ=8,65536,1,1008075,15.382003784179688
HSDMU,λ=8,65536,1,800848,12.219970703125
HSDMU,λ=8,65536,1,985036,15.03045654296875
HSDMU,λ=8,65536,1,908424,13.8614501953125
HSDMU,λ=8,65536,1,761952,11.62646484375
HSDMU,λ=8,65536,1,850099,12.971481323242188
HSDMU,λ=8,65536,1,792907,12.098800659179688
HSDMU,λ=8,65536,1,845967,12.908432006835938
HSDMU,λ=8,65536,1,805202,12.286407470703125
HSDMU,λ=8,65536,1,824600,12.5823974609375
HSDMU,λ=8,65536,1,887943,13.548934936523438
HSDMU,λ=8,65536,1,868854,13.257659912109375
HSDMU,λ=8,65536,1,1016121,15.504776000976562
HSDMU,λ=8,65536,1,811158,12.377288818359375
HSDMU,λ=8,65536,1,927395,14.150924682617188
HSDMU,λ=8,65536,1,831446,12.686859130859375
HSDMU,λ=8,65536,1,872140,13.30780029296875
HSDMU,λ=8,65536,1,808439,12.335800170898438
HSDMU,λ=8,65536,1,905732,13.82037353515625
HSDMU,λ=8,65536,1,786742,12.004730224609375
HSDMU,λ=8,65536,1,857305,13.081436157226562
HSDMU,λ=8,65536,1,834404,12.73199462890625
HSDMU,λ=8,65536,1,964005,14.709548950195312
HSDMU,λ=8,65536,1,893614,13.635467529296875
HSDMU,λ=8,65536,1,845785,12.905654907226562
HSDMU,λ=8,65536,1,833253,12.714431762695312
HSDMU,λ=8,65536,1,897558,13.695648193359375
HSDMU,λ=8,65536,1,844528,12.886474609375
HSDMU,λ=8,65536,1,854144,13.033203125
HSDMU,λ=8,65536,1,781068,11.91815185546875
HSDMU,λ=8,65536,1,800446,12.213836669921875
HSDMU,λ=8,65536,1,781104,11.918701171875
HSDMU,λ=8,65536,1,830173,12.667434692382812
HRDMU,λ=8,65536,1,594645,9.073562622070312
HRDMU,λ=8,65536,1,608137,9.279434204101562
HRDMU,λ=8,65536,1,579083,8.836105346679688
HRDMU,λ=8,65536,1,617680,9.425048828125
HRDMU,λ=8,65536,1,603870,9.214324951171875
HRDMU,λ=8,65536,1,708008,10.8033447265625
HRDMU,λ=8,65536,1,586270,8.945770263671875
HRDMU,λ=8,65536,1,631372,9.63397216796875
HRDMU,λ=8,65536,1,641035,9.781417846679688
HRDMU,λ=8,65536,1,607906,9.275909423828125
HRDMU,λ=8,65536,1,618818,9.442413330078125
HRDMU,λ=8,65536,1,615205,9.387283325195312
HRDMU,λ=8,65536,1,621295,9.480209350585938
HRDMU,λ=8,65536,1,565847,8.634140014648438
HRDMU,λ=8,65536,1,627005,9.567337036132812
HRDMU,λ=8,65536,1,613468,9.36077880859375
HRDMU,λ=8,65536,1,585549,8.934768676757812
HRDMU,λ=8,65536,1,587322,8.961822509765625
HRDMU,λ=8,65536,1,670489,10.230850219726562
HRDMU,λ=8,65536,1,561052,8.56097412109375
HRDMU,λ=8,65536,1,647196,9.87542724609375
HRDMU,λ=8,65536,1,597321,9.114395141601562
HRDMU,λ=8,65536,1,550963,8.407028198242188
HRDMU,λ=8,65536,1,692534,10.567230224609375
HRDMU,λ=8,65536,1,615829,9.396804809570312
HRDMU,λ=8,65536,1,544521,8.308731079101562
HRDMU,λ=8,65536,1,603140,9.20318603515625
HRDMU,λ=8,65536,1,562800,8.587646484375
HRDMU,λ=8,65536,1,575446,8.780609130859375
HRDMU,λ=8,65536,1,562519,8.583358764648438
HRDMU,λ=8,65536,1,602369,9.191421508789062
HRDMU,λ=8,65536,1,582717,8.891555786132812
HRDMU,λ=8,65536,1,604731,9.227462768554688
HRDMU,λ=8,65536,1,604434,9.222930908203125
HRDMU,λ=8,65536,1,617924,9.42877197265625
HRDMU,λ=8,65536,1,622849,9.503921508789062
HRDMU,λ=8,65536,1,638156,9.73748779296875
HRDMU,λ=8,65536,1,571635,8.722457885742188
HRDMU,λ=8,65536,1,621824,9.48828125
HRDMU,λ=8,65536,1,589391,8.993392944335938
HRDMU,λ=8,65536,1,596363,9.099777221679688
HRDMU,λ=8,65536,1,683385,10.427627563476562
HRDMU,λ=8,65536,1,644202,9.829742431640625
HRDMU,λ=8,65536,1,688170,10.500640869140625
HRDMU,λ=8,65536,1,661455,10.093002319335938
HRDMU,λ=8,65536,1,611794,9.335235595703125
HRDMU,λ=8,65536,1,669938,10.222442626953125
HRDMU,λ=8,65536,1,584999,8.926376342773438
HRDMU,λ=8,65536,1,575889,8.787368774414062
HRDMU,λ=8,65536,1,632582,9.652435302734375
HRDMU,λ=8,65536,1,660795,10.082931518554688
HRDMU,λ=8,65536,1,569912,8.6961669921875
HRDMU,λ=8,65536,1,560770,8.556671142578125
HRDMU,λ=8,65536,1,621913,9.489639282226562
HRDMU,λ=8,65536,1,576772,8.80084228515625
HRDMU,λ=8,65536,1,646689,9.867691040039062
HRDMU,λ=8,65536,1,601829,9.183181762695312
HRDMU,λ=8,65536,1,643178,9.814117431640625
HRDMU,λ=8,65536,1,607398,9.268157958984375
HRDMU,λ=8,65536,1,692307,10.563766479492188
HRDMU,λ=8,65536,1,611499,9.330734252929688
HRDMU,λ=8,65536,1,612013,9.338577270507812
HRDMU,λ=8,65536,1,623336,9.5113525390625
HRDMU,λ=8,65536,1,624493,9.529006958007812
HRDMU,λ=8,65536,1,570526,8.705535888671875
HRDMU,λ=8,65536,1,621210,9.478912353515625
HRDMU,λ=8,65536,1,655034,9.995025634765625
HRDMU,λ=8,65536,1,598503,9.132431030273438
HRDMU,λ=8,65536,1,600561,9.163833618164062
HRDMU,λ=8,65536,1,568778,8.678863525390625
HRDMU,λ=8,65536,1,596562,9.102813720703125
HRDMU,λ=8,65536,1,601287,9.174911499023438
HRDMU,λ=8,65536,1,573547,8.751632690429688
HRDMU,λ=8,65536,1,578516,8.82745361328125
HRDMU,λ=8,65536,1,592679,9.043563842773438
HRDMU,λ=8,65536,1,571782,8.724700927734375
HRDMU,λ=8,65536,1,609656,9.3026123046875
HRDMU,λ=8,65536,1,618988,9.44500732421875
HRDMU,λ=8,65536,1,593743,9.059799194335938
HRDMU,λ=8,65536,1,605839,9.244369506835938
HRDMU,λ=8,65536,1,595046,9.079681396484375
HRDMU,λ=8,65536,1,628556,9.59100341796875
HRDMU,λ=8,65536,1,673891,10.282760620117188
HRDMU,λ=8,65536,1,610197,9.310867309570312
HRDMU,λ=8,65536,1,607723,9.273117065429688
HRDMU,λ=8,65536,1,600782,9.167205810546875
HRDMU,λ=8,65536,1,553906,8.451934814453125
HRDMU,λ=8,65536,1,619866,9.458404541015625
HRDMU,λ=8,65536,1,592601,9.042373657226562
HRDMU,λ=8,65536,1,587756,8.96844482421875
HRDMU,λ=8,65536,1,595487,9.086410522460938
HRDMU,λ=8,65536,1,605246,9.235321044921875
HRDMU,λ=8,65536,1,608992,9.29248046875
HRDMU,λ=8,65536,1,589943,9.001815795898438
HRDMU,λ=8,65536,1,578786,8.831573486328125
HRDMU,λ=8,65536,1,609597,9.301712036132812
HRDMU,λ=8,65536,1,591604,9.02716064453125
HRDMU,λ=8,65536,1,597363,9.115036010742188
HRDMU,λ=8,65536,1,610288,9.312255859375
HRDMU,λ=8,65536,1,591563,9.026535034179688
HHDMU,λ=8,65536,1,666397,10.168411254882812
HHDMU,λ=8,65536,1,585145,8.928604125976562
HHDMU,λ=8,65536,1,656705,10.020523071289062
HHDMU,λ=8,65536,1,642385,9.802017211914062
HHDMU,λ=8,65536,1,652821,9.961257934570312
HHDMU,λ=8,65536,1,706237,10.776321411132812
HHDMU,λ=8,65536,1,605765,9.243240356445312
HHDMU,λ=8,65536,1,598017,9.125015258789062
HHDMU,λ=8,65536,1,645593,9.850967407226562
HHDMU,λ=8,65536,1,642065,9.797134399414062
HHDMU,λ=8,65536,1,614165,9.371414184570312
HHDMU,λ=8,65536,1,618105,9.431533813476562
HHDMU,λ=8,65536,1,580221,8.853469848632812
HHDMU,λ=8,65536,1,649269,9.907058715820312
HHDMU,λ=8,65536,1,627933,9.581497192382812
HHDMU,λ=8,65536,1,715673,10.920303344726562
HHDMU,λ=8,65536,1,605661,9.241653442382812
HHDMU,λ=8,65536,1,661405,10.092239379882812
HHDMU,λ=8,65536,1,636201,9.707656860351562
HHDMU,λ=8,65536,1,657101,10.026565551757812
HHDMU,λ=8,65536,1,649465,9.910049438476562
HHDMU,λ=8,65536,1,692145,10.561294555664062
HHDMU,λ=8,65536,1,695777,10.616714477539062
HHDMU,λ=8,65536,1,644629,9.836257934570312
HHDMU,λ=8,65536,1,655653,10.004470825195312
HHDMU,λ=8,65536,1,574433,8.765151977539062
HHDMU,λ=8,65536,1,613741,9.364944458007812
HHDMU,λ=8,65536,1,612589,9.347366333007812
HHDMU,λ=8,65536,1,759273,11.585586547851562
HHDMU,λ=8,65536,1,650557,9.926712036132812
HHDMU,λ=8,65536,1,645393,9.847915649414062
HHDMU,λ=8,65536,1,662733,10.112503051757812
HHDMU,λ=8,65536,1,616517,9.407302856445312
HHDMU,λ=8,65536,1,611765,9.334793090820312
HHDMU,λ=8,65536,1,591145,9.020156860351562
HHDMU,λ=8,65536,1,672829,10.266555786132812
HHDMU,λ=8,65536,1,681837,10.404006958007812
HHDMU,λ=8,65536,1,645401,9.848037719726562
HHDMU,λ=8,65536,1,711689,10.859512329101562
HHDMU,λ=8,65536,1,656589,10.018753051757812
HHDMU,λ=8,65536,1,673989,10.284255981445312
HHDMU,λ=8,65536,1,627777,9.579116821289062
HHDMU,λ=8,65536,1,640241,9.769302368164062
HHDMU,λ=8,65536,1,624237,9.525100708007812
HHDMU,λ=8,65536,1,582205,8.883743286132812
HHDMU,λ=8,65536,1,634593,9.683120727539062
HHDMU,λ=8,65536,1,593277,9.052688598632812
HHDMU,λ=8,65536,1,688517,10.505935668945312
HHDMU,λ=8,65536,1,598341,9.129959106445312
HHDMU,λ=8,65536,1,612373,9.344070434570312
HHDMU,λ=8,65536,1,756149,11.537918090820312
HHDMU,λ=8,65536,1,576365,8.794631958007812
HHDMU,λ=8,65536,1,675269,10.303787231445312
HHDMU,λ=8,65536,1,625377,9.542495727539062
HHDMU,λ=8,65536,1,624705,9.532241821289062
HHDMU,λ=8,65536,1,589029,8.987869262695312
HHDMU,λ=8,65536,1,684629,10.446609497070312
HHDMU,λ=8,65536,1,642265,9.800186157226562
HHDMU,λ=8,65536,1,675213,10.302932739257812
HHDMU,λ=8,65536,1,566433,8.643081665039062
HHDMU,λ=8,65536,1,601725,9.181594848632812
HHDMU,λ=8,65536,1,601257,9.174453735351562
HHDMU,λ=8,65536,1,610753,9.319351196289062
HHDMU,λ=8,65536,1,583741,8.907180786132812
HHDMU,λ=8,65536,1,580993,8.865249633789062
HHDMU,λ=8,65536,1,617745,9.426040649414062
HHDMU,λ=8,65536,1,652025,9.949111938476562
HHDMU,λ=8,65536,1,651729,9.944595336914062
HHDMU,λ=8,65536,1,558653,8.524368286132812
HHDMU,λ=8,65536,1,612177,9.341079711914062
HHDMU,λ=8,65536,1,585881,8.939834594726562
HHDMU,λ=8,65536,1,595721,9.089981079101562
HHDMU,λ=8,65536,1,591777,9.029800415039062
HHDMU,λ=8,65536,1,577629,8.813919067382812
HHDMU,λ=8,65536,1,658021,10.040603637695312
HHDMU,λ=8,65536,1,607989,9.277175903320312
HHDMU,λ=8,65536,1,657497,10.032608032226562
HHDMU,λ=8,65536,1,712057,10.865127563476562
HHDMU,λ=8,65536,1,585173,8.929031372070312
HHDMU,λ=8,65536,1,643325,9.816360473632812
HHDMU,λ=8,65536,1,560101,8.546463012695312
HHDMU,λ=8,65536,1,699909,10.679763793945312
HHDMU,λ=8,65536,1,604725,9.227371215820312
HHDMU,λ=8,65536,1,614325,9.373855590820312
HHDMU,λ=8,65536,1,717313,10.945327758789062
HHDMU,λ=8,65536,1,716113,10.927017211914062
HHDMU,λ=8,65536,1,599033,9.140518188476562
HHDMU,λ=8,65536,1,634489,9.681533813476562
HHDMU,λ=8,65536,1,606169,9.249404907226562
HHDMU,λ=8,65536,1,666297,10.166885375976562
HHDMU,λ=8,65536,1,662681,10.111709594726562
HHDMU,λ=8,65536,1,687905,10.496597290039062
HHDMU,λ=8,65536,1,604853,9.229324340820312
HHDMU,λ=8,65536,1,685337,10.457412719726562
HHDMU,λ=8,65536,1,626749,9.563430786132812
HHDMU,λ=8,65536,1,624765,9.533157348632812
HHDMU,λ=8,65536,1,631145,9.630508422851562
HHDMU,λ=8,65536,1,610645,9.317703247070312
HHDMU,λ=8,65536,1,614077,9.370071411132812
HHDMU,λ=8,65536,1,611653,9.333084106445312
HHLMU,λ=8,65536,1,587613,8.966262817382812
HHLMU,λ=8,65536,1,626705,9.562759399414062
HHLMU,λ=8,65536,1,580901,8.863845825195312
HHLMU,λ=8,65536,1,692289,10.563491821289062
HHLMU,λ=8,65536,1,650325,9.923171997070312
HHLMU,λ=8,65536,1,628925,9.596633911132812
HHLMU,λ=8,65536,1,639733,9.761550903320312
HHLMU,λ=8,65536,1,672401,10.260025024414062
HHLMU,λ=8,65536,1,681289,10.395645141601562
HHLMU,λ=8,65536,1,588849,8.985122680664062
HHLMU,λ=8,65536,1,634885,9.687576293945312
HHLMU,λ=8,65536,1,638405,9.741287231445312
HHLMU,λ=8,65536,1,560449,8.551773071289062
HHLMU,λ=8,65536,1,606505,9.254531860351562
HHLMU,λ=8,65536,1,614517,9.376785278320312
HHLMU,λ=8,65536,1,766037,11.688796997070312
HHLMU,λ=8,65536,1,613533,9.361770629882812
HHLMU,λ=8,65536,1,571009,8.712905883789062
HHLMU,λ=8,65536,1,564973,8.620803833007812
HHLMU,λ=8,65536,1,651009,9.933609008789062
HHLMU,λ=8,65536,1,607385,9.267959594726562
HHLMU,λ=8,65536,1,608317,9.282180786132812
HHLMU,λ=8,65536,1,718229,10.959304809570312
HHLMU,λ=8,65536,1,589869,9.000686645507812
HHLMU,λ=8,65536,1,595145,9.081192016601562
HHLMU,λ=8,65536,1,629649,9.607681274414062
HHLMU,λ=8,65536,1,642597,9.805252075195312
HHLMU,λ=8,65536,1,620289,9.464859008789062
HHLMU,λ=8,65536,1,607697,9.272720336914062
HHLMU,λ=8,65536,1,650109,9.919876098632812
HHLMU,λ=8,65536,1,642901,9.809890747070312
HHLMU,λ=8,65536,1,614569,9.377578735351562
HHLMU,λ=8,65536,1,669781,10.220046997070312
HHLMU,λ=8,65536,1,669969,10.222915649414062
HHLMU,λ=8,65536,1,591593,9.026992797851562
HHLMU,λ=8,65536,1,728345,11.113662719726562
HHLMU,λ=8,65536,1,659065,10.056533813476562
HHLMU,λ=8,65536,1,637121,9.721694946289062
HHLMU,λ=8,65536,1,688685,10.508499145507812
HHLMU,λ=8,65536,1,657197,10.028030395507812
HHLMU,λ=8,65536,1,595217,9.082290649414062
HHLMU,λ=8,65536,1,596937,9.108535766601562
HHLMU,λ=8,65536,1,586669,8.951858520507812
HHLMU,λ=8,65536,1,589697,8.998062133789062
HHLMU,λ=8,65536,1,709977,10.833389282226562
HHLMU,λ=8,65536,1,632557,9.652053833007812
HHLMU,λ=8,65536,1,632357,9.649002075195312
HHLMU,λ=8,65536,1,645693,9.852493286132812
HHLMU,λ=8,65536,1,621641,9.485488891601562
HHLMU,λ=8,65536,1,641065,9.781875610351562
HHLMU,λ=8,65536,1,673673,10.279434204101562
HHLMU,λ=8,65536,1,600821,9.167800903320312
HHLMU,λ=8,65536,1,582085,8.881912231445312
HHLMU,λ=8,65536,1,638537,9.743301391601562
HHLMU,λ=8,65536,1,785673,11.988418579101562
HHLMU,λ=8,65536,1,606557,9.255325317382812
HHLMU,λ=8,65536,1,683069,10.422805786132812
HHLMU,λ=8,65536,1,616085,9.400711059570312
HHLMU,λ=8,65536,1,649557,9.911453247070312
HHLMU,λ=8,65536,1,697325,10.640335083007812
HHLMU,λ=8,65536,1,700601,10.690322875976562
HHLMU,λ=8,65536,1,580381,8.855911254882812
HHLMU,λ=8,65536,1,598825,9.137344360351562
HHLMU,λ=8,65536,1,598713,9.135635375976562
HHLMU,λ=8,65536,1,743673,11.347549438476562
HHLMU,λ=8,65536,1,626297,9.556533813476562
HHLMU,λ=8,65536,1,567517,8.659622192382812
HHLMU,λ=8,65536,1,647521,9.880386352539062
HHLMU,λ=8,65536,1,594745,9.075088500976562
HHLMU,λ=8,65536,1,638029,9.735549926757812
HHLMU,λ=8,65536,1,611801,9.335342407226562
HHLMU,λ=8,65536,1,741969,11.321548461914062
HHLMU,λ=8,65536,1,612133,9.340408325195312
HHLMU,λ=8,65536,1,618213,9.433181762695312
HHLMU,λ=8,65536,1,598305,9.129409790039062
HHLMU,λ=8,65536,1,627965,9.581985473632812
HHLMU,λ=8,65536,1,652717,9.959671020507812
HHLMU,λ=8,65536,1,640337,9.770767211914062
HHLMU,λ=8,65536,1,669549,10.216506958007812
HHLMU,λ=8,65536,1,607201,9.265151977539062
HHLMU,λ=8,65536,1,631549,9.636672973632812
HHLMU,λ=8,65536,1,635089,9.690689086914062
HHLMU,λ=8,65536,1,688661,10.508132934570312
HHLMU,λ=8,65536,1,630401,9.619155883789062
HHLMU,λ=8,65536,1,591401,9.024063110351562
HHLMU,λ=8,65536,1,572709,8.738845825195312
HHLMU,λ=8,65536,1,583621,8.905349731445312
HHLMU,λ=8,65536,1,609641,9.302383422851562
HHLMU,λ=8,65536,1,631977,9.643203735351562
HHLMU,λ=8,65536,1,656681,10.020156860351562
HHLMU,λ=8,65536,1,658341,10.045486450195312
HHLMU,λ=8,65536,1,624069,9.522537231445312
HHLMU,λ=8,65536,1,678129,10.347427368164062
HHLMU,λ=8,65536,1,641413,9.787185668945312
HHLMU,λ=8,65536,1,788869,12.037185668945312
HHLMU,λ=8,65536,1,630405,9.619216918945312
HHLMU,λ=8,65536,1,594697,9.074356079101562
HHLMU,λ=8,65536,1,584869,8.924392700195312
HHLMU,λ=8,65536,1,623941,9.520584106445312
HRLMU,λ=8,65536,1,567861,8.664871215820312
HRLMU,λ=8,65536,1,705905,10.771255493164062
HRLMU,λ=8,65536,1,624545,9.529800415039062
HRLMU,λ=8,65536,1,603269,9.205154418945312
HRLMU,λ=8,65536,1,620621,9.469924926757812
HRLMU,λ=8,65536,1,568557,8.675491333007812
HRLMU,λ=8,65536,1,642493,9.803665161132812
HRLMU,λ=8,65536,1,639445,9.757156372070312
HRLMU,λ=8,65536,1,736429,11.237014770507812
HRLMU,λ=8,65536,1,577565,8.812942504882812
HRLMU,λ=8,65536,1,617881,9.428115844726562
HRLMU,λ=8,65536,1,589497,8.995010375976562
HRLMU,λ=8,65536,1,564569,8.614639282226562
HRLMU,λ=8,65536,1,639065,9.751358032226562
HRLMU,λ=8,65536,1,690773,10.540359497070312
HRLMU,λ=8,65536,1,607961,9.276748657226562
HRLMU,λ=8,65536,1,595709,9.089797973632812
HRLMU,λ=8,65536,1,652645,9.958572387695312
HRLMU,λ=8,65536,1,567545,8.660049438476562
HRLMU,λ=8,65536,1,670509,10.231155395507812
HRLMU,λ=8,65536,1,619005,9.445266723632812
HRLMU,λ=8,65536,1,628053,9.583328247070312
HRLMU,λ=8,65536,1,587981,8.971878051757812
HRLMU,λ=8,65536,1,653969,9.978775024414062
HRLMU,λ=8,65536,1,615789,9.396194458007812
HRLMU,λ=8,65536,1,573913,8.757217407226562
HRLMU,λ=8,65536,1,669521,10.216079711914062
HRLMU,λ=8,65536,1,605257,9.235488891601562
HRLMU,λ=8,65536,1,753269,11.493972778320312
HRLMU,λ=8,65536,1,560581,8.553787231445312
HRLMU,λ=8,65536,1,615321,9.389053344726562
HRLMU,λ=8,65536,1,632689,9.654067993164062
HRLMU,λ=8,65536,1,588637,8.981887817382812
HRLMU,λ=8,65536,1,626009,9.552139282226562
HRLMU,λ=8,65536,1,624665,9.531631469726562
HRLMU,λ=8,65536,1,589693,8.998001098632812
HRLMU,λ=8,65536,1,609369,9.298233032226562
HRLMU,λ=8,65536,1,584749,8.922561645507812
HRLMU,λ=8,65536,1,586865,8.954849243164062
HRLMU,λ=8,65536,1,578329,8.824600219726562
HRLMU,λ=8,65536,1,617565,9.423294067382812
HRLMU,λ=8,65536,1,572757,8.739578247070312
HRLMU,λ=8,65536,1,637601,9.729019165039062
HRLMU,λ=8,65536,1,635553,9.697769165039062
HRLMU,λ=8,65536,1,607149,9.264358520507812
HRLMU,λ=8,65536,1,631597,9.637405395507812
HRLMU,λ=8,65536,1,594653,9.073684692382812
HRLMU,λ=8,65536,1,593173,9.051101684570312
HRLMU,λ=8,65536,1,594489,9.071182250976562
HRLMU,λ=8,65536,1,610713,9.318740844726562
HRLMU,λ=8,65536,1,618633,9.439590454101562
HRLMU,λ=8,65536,1,565993,8.636367797851562
HRLMU,λ=8,65536,1,645357,9.847366333007812
HRLMU,λ=8,65536,1,636025,9.704971313476562
HRLMU,λ=8,65536,1,780629,11.911453247070312
HRLMU,λ=8,65536,1,609705,9.303359985351562
HRLMU,λ=8,65536,1,581949,8.879837036132812
HRLMU,λ=8,65536,1,641977,9.795791625976562
HRLMU,λ=8,65536,1,596469,9.101394653320312
HRLMU,λ=8,65536,1,602965,9.200515747070312
HRLMU,λ=8,65536,1,637637,9.729568481445312
HRLMU,λ=8,65536,1,668621,10.202346801757812
HRLMU,λ=8,65536,1,556213,8.487136840820312
HRLMU,λ=8,65536,1,639321,9.755264282226562
HRLMU,λ=8,65536,1,625701,9.547439575195312
HRLMU,λ=8,65536,1,586085,8.942947387695312
HRLMU,λ=8,65536,1,629161,9.600234985351562
HRLMU,λ=8,65536,1,620537,9.468643188476562
HRLMU,λ=8,65536,1,644069,9.827713012695312
HRLMU,λ=8,65536,1,594129,9.065689086914062
HRLMU,λ=8,65536,1,645573,9.850662231445312
HRLMU,λ=8,65536,1,739793,11.288345336914062
HRLMU,λ=8,65536,1,612741,9.349685668945312
HRLMU,λ=8,65536,1,738797,11.273147583007812
HRLMU,λ=8,65536,1,583729,8.906997680664062
HRLMU,λ=8,65536,1,653825,9.976577758789062
HRLMU,λ=8,65536,1,601005,9.170608520507812
HRLMU,λ=8,65536,1,583593,8.904922485351562
HRLMU,λ=8,65536,1,715081,10.911270141601562
HRLMU,λ=8,65536,1,571549,8.721145629882812
HRLMU,λ=8,65536,1,666485,10.169754028320312
HRLMU,λ=8,65536,1,641889,9.794448852539062
HRLMU,λ=8,65536,1,533877,8.146316528320312
HRLMU,λ=8,65536,1,612573,9.347122192382812
HRLMU,λ=8,65536,1,564757,8.617507934570312
HRLMU,λ=8,65536,1,580249,8.853897094726562
HRLMU,λ=8,65536,1,620965,9.475173950195312
HRLMU,λ=8,65536,1,634785,9.686050415039062
HRLMU,λ=8,65536,1,629165,9.600296020507812
HRLMU,λ=8,65536,1,614789,9.380935668945312
HRLMU,λ=8,65536,1,626097,9.553482055664062
HRLMU,λ=8,65536,1,607097,9.263565063476562
HRLMU,λ=8,65536,1,659657,10.065567016601562
HRLMU,λ=8,65536,1,607533,9.270217895507812
HRLMU,λ=8,65536,1,647989,9.887527465820312
HRLMU,λ=8,65536,1,586205,8.944778442382812
HRLMU,λ=8,65536,1,632545,9.651870727539062
HRLMU,λ=8,65536,1,585117,8.928176879882812
HRLMU,λ=8,65536,1,619537,9.453384399414062
HRLMU,λ=8,65536,1,641201,9.783950805664062
HSLMU,λ=8,65536,1,839825,12.814712524414062
HSLMU,λ=8,65536,1,915809,13.974136352539062
HSLMU,λ=8,65536,1,933761,14.248062133789062
HSLMU,λ=8,65536,1,920289,14.042495727539062
HSLMU,λ=8,65536,1,956257,14.591323852539062
HSLMU,λ=8,65536,1,859265,13.111343383789062
HSLMU,λ=8,65536,1,954481,14.564224243164062
HSLMU,λ=8,65536,1,813105,12.406997680664062
HSLMU,λ=8,65536,1,1071553,16.350601196289062
HSLMU,λ=8,65536,1,1019873,15.562026977539062
HSLMU,λ=8,65536,1,832401,12.701431274414062
HSLMU,λ=8,65536,1,951585,14.520034790039062
HSLMU,λ=8,65536,1,805489,12.290786743164062
HSLMU,λ=8,65536,1,1055153,16.100357055664062
HSLMU,λ=8,65536,1,896433,13.678482055664062
HSLMU,λ=8,65536,1,1163329,17.750991821289062
HSLMU,λ=8,65536,1,1004161,15.322280883789062
HSLMU,λ=8,65536,1,965281,14.729019165039062
HSLMU,λ=8,65536,1,911041,13.901382446289062
HSLMU,λ=8,65536,1,949265,14.484634399414062
HSLMU,λ=8,65536,1,837217,12.774917602539062
HSLMU,λ=8,65536,1,964481,14.716812133789062
HSLMU,λ=8,65536,1,925009,14.114517211914062
HSLMU,λ=8,65536,1,1022033,15.594985961914062
HSLMU,λ=8,65536,1,1083985,16.540298461914062
HSLMU,λ=8,65536,1,985153,15.032241821289062
HSLMU,λ=8,65536,1,914033,13.947036743164062
HSLMU,λ=8,65536,1,947841,14.462905883789062
HSLMU,λ=8,65536,1,1030897,15.730239868164062
HSLMU,λ=8,65536,1,1125601,17.175308227539062
HSLMU,λ=8,65536,1,901761,13.759780883789062
HSLMU,λ=8,65536,1,1048481,15.998550415039062
HSLMU,λ=8,65536,1,756129,11.537612915039062
HSLMU,λ=8,65536,1,821985,12.542495727539062
HSLMU,λ=8,65536,1,903649,13.788589477539062
HSLMU,λ=8,65536,1,840769,12.829116821289062
HSLMU,λ=8,65536,1,796065,12.146987915039062
HSLMU,λ=8,65536,1,923729,14.094985961914062
HSLMU,λ=8,65536,1,898897,13.716079711914062
HSLMU,λ=8,65536,1,854177,13.033706665039062
HSLMU,λ=8,65536,1,1001393,15.280044555664062
HSLMU,λ=8,65536,1,886241,13.522964477539062
HSLMU,λ=8,65536,1,849121,12.956558227539062
HSLMU,λ=8,65536,1,957937,14.616958618164062
HSLMU,λ=8,65536,1,934529,14.259780883789062
HSLMU,λ=8,65536,1,1065537,16.258804321289062
HSLMU,λ=8,65536,1,894097,13.642837524414062
HSLMU,λ=8,65536,1,900577,13.741714477539062
HSLMU,λ=8,65536,1,911537,13.908950805664062
HSLMU,λ=8,65536,1,900529,13.740982055664062
HSLMU,λ=8,65536,1,882689,13.468765258789062
HSLMU,λ=8,65536,1,940721,14.354263305664062
HSLMU,λ=8,65536,1,944625,14.413833618164062
HSLMU,λ=8,65536,1,1028289,15.690444946289062
HSLMU,λ=8,65536,1,910017,13.885757446289062
HSLMU,λ=8,65536,1,874641,13.345962524414062
HSLMU,λ=8,65536,1,839329,12.807144165039062
HSLMU,λ=8,65536,1,855505,13.053970336914062
HSLMU,λ=8,65536,1,1096273,16.727798461914062
HSLMU,λ=8,65536,1,928353,14.165542602539062
HSLMU,λ=8,65536,1,1004593,15.328872680664062
HSLMU,λ=8,65536,1,936609,14.291519165039062
HSLMU,λ=8,65536,1,1117073,17.045181274414062
HSLMU,λ=8,65536,1,1089521,16.624771118164062
HSLMU,λ=8,65536,1,924465,14.106216430664062
HSLMU,λ=8,65536,1,958145,14.620132446289062
HSLMU,λ=8,65536,1,896849,13.684829711914062
HSLMU,λ=8,65536,1,863905,13.182144165039062
HSLMU,λ=8,65536,1,942273,14.377944946289062
HSLMU,λ=8,65536,1,868641,13.254409790039062
HSLMU,λ=8,65536,1,918641,14.017349243164062
HSLMU,λ=8,65536,1,912193,13.918960571289062
HSLMU,λ=8,65536,1,976449,14.899429321289062
HSLMU,λ=8,65536,1,878001,13.397232055664062
HSLMU,λ=8,65536,1,985041,15.030532836914062
HSLMU,λ=8,65536,1,931009,14.206069946289062
HSLMU,λ=8,65536,1,881073,13.444107055664062
HSLMU,λ=8,65536,1,955121,14.573989868164062
HSLMU,λ=8,65536,1,960881,14.661880493164062
HSLMU,λ=8,65536,1,917329,13.997329711914062
HSLMU,λ=8,65536,1,810545,12.367935180664062
HSLMU,λ=8,65536,1,1052577,16.061050415039062
HSLMU,λ=8,65536,1,865985,13.213882446289062
HSLMU,λ=8,65536,1,865825,13.211441040039062
HSLMU,λ=8,65536,1,1034961,15.792251586914062
HSLMU,λ=8,65536,1,891601,13.604751586914062
HSLMU,λ=8,65536,1,903441,13.785415649414062
HSLMU,λ=8,65536,1,919649,14.032730102539062
HSLMU,λ=8,65536,1,949537,14.488784790039062
HSLMU,λ=8,65536,1,943745,14.400405883789062
HSLMU,λ=8,65536,1,942497,14.381362915039062
HSLMU,λ=8,65536,1,1026865,15.668716430664062
HSLMU,λ=8,65536,1,913137,13.933364868164062
HSLMU,λ=8,65536,1,1028497,15.693618774414062
HSLMU,λ=8,65536,1,943473,14.396255493164062
HSLMU,λ=8,65536,1,936529,14.290298461914062
HSLMU,λ=8,65536,1,870305,13.279800415039062
HSLMU,λ=8,65536,1,965713,14.735610961914062
HSLMU,λ=8,65536,1,974145,14.864273071289062
HSLMU,λ=8,65536,1,936257,14.286148071289062
HSDIU,λ=8,65536,1,935846,14.279876708984375
HSDIU,λ=8,65536,1,898169,13.704971313476562
HSDIU,λ=8,65536,1,1006317,15.355178833007812
HSDIU,λ=8,65536,1,924503,14.106796264648438
HSDIU,λ=8,65536,1,922337,14.073745727539062
HSDIU,λ=8,65536,1,860454,13.129486083984375
HSDIU,λ=8,65536,1,937860,14.31060791015625
HSDIU,λ=8,65536,1,903299,13.783248901367188
HSDIU,λ=8,65536,1,1110608,16.946533203125
HSDIU,λ=8,65536,1,894027,13.641769409179688
HSDIU,λ=8,65536,1,1124991,17.166000366210938
HSDIU,λ=8,65536,1,930450,14.197540283203125
HSDIU,λ=8,65536,1,1067079,16.282333374023438
HSDIU,λ=8,65536,1,1090050,16.632843017578125
HSDIU,λ=8,65536,1,910139,13.887619018554688
HSDIU,λ=8,65536,1,1022581,15.603347778320312
HSDIU,λ=8,65536,1,1110646,16.947113037109375
HSDIU,λ=8,65536,1,812555,12.398605346679688
HSDIU,λ=8,65536,1,900487,13.740341186523438
HSDIU,λ=8,65536,1,870923,13.289230346679688
HSDIU,λ=8,65536,1,915440,13.968505859375
HSDIU,λ=8,65536,1,884793,13.500869750976562
HSDIU,λ=8,65536,1,983593,15.008438110351562
HSDIU,λ=8,65536,1,949906,14.494415283203125
HSDIU,λ=8,65536,1,1009300,15.40069580078125
HSDIU,λ=8,65536,1,951274,14.515289306640625
HSDIU,λ=8,65536,1,871379,13.296188354492188
HSDIU,λ=8,65536,1,865242,13.202545166015625
HSDIU,λ=8,65536,1,888878,13.563201904296875
HSDIU,λ=8,65536,1,851239,12.988876342773438
HSDIU,λ=8,65536,1,994784,15.17919921875
HSDIU,λ=8,65536,1,1069416,16.3179931640625
HSDIU,λ=8,65536,1,999287,15.247909545898438
HSDIU,λ=8,65536,1,900962,13.747589111328125
HSDIU,λ=8,65536,1,821865,12.540664672851562
HSDIU,λ=8,65536,1,973998,14.862030029296875
HSDIU,λ=8,65536,1,1254210,19.137725830078125
HSDIU,λ=8,65536,1,882209,13.461441040039062
HSDIU,λ=8,65536,1,889372,13.57073974609375
HSDIU,λ=8,65536,1,958247,14.621688842773438
HSDIU,λ=8,65536,1,934098,14.253204345703125
HSDIU,λ=8,65536,1,892507,13.618576049804688
HSDIU,λ=8,65536,1,1006830,15.363006591796875
HSDIU,λ=8,65536,1,856559,13.070053100585938
HSDIU,λ=8,65536,1,885553,13.512466430664062
HSDIU,λ=8,65536,1,1147430,17.508392333984375
HSDIU,λ=8,65536,1,904857,13.807022094726562
HSDIU,λ=8,65536,1,889505,13.572769165039062
HSDIU,λ=8,65536,1,939798,14.340179443359375
HSDIU,λ=8,65536,1,852322,13.005401611328125
HSDIU,λ=8,65536,1,909569,13.878921508789062
HSDIU,λ=8,65536,1,895889,13.670181274414062
HSDIU,λ=8,65536,1,869213,13.263137817382812
HSDIU,λ=8,65536,1,1063887,16.233627319335938
HSDIU,λ=8,65536,1,883843,13.486373901367188
HSDIU,λ=8,65536,1,896915,13.685836791992188
HSDIU,λ=8,65536,1,927296,14.1494140625
HSDIU,λ=8,65536,1,902577,13.772232055664062
HSDIU,λ=8,65536,1,907479,13.847030639648438
HSDIU,λ=8,65536,1,916808,13.9893798828125
HSDIU,λ=8,65536,1,1007894,15.379241943359375
HSDIU,λ=8,65536,1,880993,13.442886352539062
HSDIU,λ=8,65536,1,867522,13.237335205078125
HSDIU,λ=8,65536,1,889410,13.571319580078125
HSDIU,λ=8,65536,1,896364,13.67742919921875
HSDIU,λ=8,65536,1,899499,13.725265502929688
HSDIU,λ=8,65536,1,888726,13.560882568359375
HSDIU,λ=8,65536,1,1003201,15.307632446289062
HSDIU,λ=8,65536,1,965258,14.728668212890625
HSDIU,λ=8,65536,1,883558,13.482025146484375
HSDIU,λ=8,65536,1,931191,14.208847045898438
HSDIU,λ=8,65536,1,947303,14.454696655273438
HSDIU,λ=8,65536,1,935770,14.278717041015625
HSDIU,λ=8,65536,1,963377,14.699966430664062
HSDIU,λ=8,65536,1,943104,14.390625
HSDIU,λ=8,65536,1,839820,12.81463623046875
HSDIU,λ=8,65536,1,838604,12.79608154296875
HSDIU,λ=8,65536,1,928702,14.170867919921875
HSDIU,λ=8,65536,1,1102723,16.826217651367188
HSDIU,λ=8,65536,1,858003,13.092086791992188
HSDIU,λ=8,65536,1,941261,14.362503051757812
HSDIU,λ=8,65536,1,833075,12.711715698242188
HSDIU,λ=8,65536,1,878713,13.408096313476562
HSDIU,λ=8,65536,1,942040,14.3743896484375
HSDIU,λ=8,65536,1,874115,13.337936401367188
HSDIU,λ=8,65536,1,997121,15.214859008789062
HSDIU,λ=8,65536,1,887054,13.535369873046875
HSDIU,λ=8,65536,1,874134,13.338226318359375
HSDIU,λ=8,65536,1,986557,15.053665161132812
HSDIU,λ=8,65536,1,956119,14.589218139648438
HSDIU,λ=8,65536,1,886959,13.533920288085938
HSDIU,λ=8,65536,1,894464,13.6484375
HSDIU,λ=8,65536,1,903831,13.791366577148438
HSDIU,λ=8,65536,1,893020,13.62640380859375
HSDIU,λ=8,65536,1,1018743,15.544784545898438
HSDIU,λ=8,65536,1,849073,12.955825805664062
HSDIU,λ=8,65536,1,911203,13.903854370117188
HSDIU,λ=8,65536,1,962560,14.6875
HSDIU,λ=8,65536,1,816355,12.456588745117188
HSDIU,λ=8,65536,1,954580,14.56573486328125
HRDIU,λ=8,65536,1,768055,11.719589233398438
HRDIU,λ=8,65536,1,729807,11.135971069335938
HRDIU,λ=8,65536,1,908545,13.863296508789062
HRDIU,λ=8,65536,1,683005,10.421829223632812
HRDIU,λ=8,65536,1,708121,10.805068969726562
HRDIU,λ=8,65536,1,684503,10.444686889648438
HRDIU,λ=8,65536,1,657847,10.037948608398438
HRDIU,λ=8,65536,1,793213,12.103469848632812
HRDIU,λ=8,65536,1,680107,10.377609252929688
HRDIU,λ=8,65536,1,689319,10.518173217773438
HRDIU,λ=8,65536,1,775881,11.839004516601562
HRDIU,λ=8,65536,1,728533,11.116531372070312
HRDIU,λ=8,65536,1,684783,10.448959350585938
HRDIU,λ=8,65536,1,816677,12.461502075195312
HRDIU,λ=8,65536,1,648397,9.893753051757812
HRDIU,λ=8,65536,1,708989,10.818313598632812
HRDIU,λ=8,65536,1,711831,10.861679077148438
HRDIU,λ=8,65536,1,743401,11.343399047851562
HRDIU,λ=8,65536,1,725733,11.073806762695312
HRDIU,λ=8,65536,1,799205,12.194900512695312
HRDIU,λ=8,65536,1,724921,11.061416625976562
HRDIU,λ=8,65536,1,697439,10.642074584960938
HRDIU,λ=8,65536,1,705251,10.761276245117188
HRDIU,λ=8,65536,1,758745,11.577529907226562
HRDIU,λ=8,65536,1,692231,10.562606811523438
HRDIU,λ=8,65536,1,683187,10.424606323242188
HRDIU,λ=8,65536,1,756701,11.546340942382812
HRDIU,λ=8,65536,1,674675,10.294723510742188
HRDIU,λ=8,65536,1,663671,10.126815795898438
HRDIU,λ=8,65536,1,714911,10.908676147460938
HRDIU,λ=8,65536,1,650651,9.928146362304688
HRDIU,λ=8,65536,1,678665,10.355606079101562
HRDIU,λ=8,65536,1,727553,11.101577758789062
HRDIU,λ=8,65536,1,671567,10.247299194335938
HRDIU,λ=8,65536,1,733769,11.196426391601562
HRDIU,λ=8,65536,1,738221,11.264358520507812
HRDIU,λ=8,65536,1,700785,10.693130493164062
HRDIU,λ=8,65536,1,782349,11.937698364257812
HRDIU,λ=8,65536,1,765213,11.676223754882812
HRDIU,λ=8,65536,1,688941,10.512405395507812
HRDIU,λ=8,65536,1,683985,10.436782836914062
HRDIU,λ=8,65536,1,686197,10.470535278320312
HRDIU,λ=8,65536,1,660381,10.076614379882812
HRDIU,λ=8,65536,1,690425,10.535049438476562
HRDIU,λ=8,65536,1,748147,11.415817260742188
HRDIU,λ=8,65536,1,705153,10.759780883789062
HRDIU,λ=8,65536,1,785051,11.978927612304688
HRDIU,λ=8,65536,1,710613,10.843093872070312
HRDIU,λ=8,65536,1,723241,11.035781860351562
HRDIU,λ=8,65536,1,686561,10.476089477539062
HRDIU,λ=8,65536,1,660577,10.079605102539062
HRDIU,λ=8,65536,1,692455,10.566024780273438
HRDIU,λ=8,65536,1,693099,10.575851440429688
HRDIU,λ=8,65536,1,702871,10.724960327148438
HRDIU,λ=8,65536,1,695171,10.607467651367188
HRDIU,λ=8,65536,1,691615,10.553207397460938
HRDIU,λ=8,65536,1,724739,11.058639526367188
HRDIU,λ=8,65536,1,710739,10.845016479492188
HRDIU,λ=8,65536,1,756211,11.538864135742188
HRDIU,λ=8,65536,1,700379,10.686935424804688
HRDIU,λ=8,65536,1,722695,11.027450561523438
HRDIU,λ=8,65536,1,695605,10.614089965820312
HRDIU,λ=8,65536,1,664189,10.134719848632812
HRDIU,λ=8,65536,1,696235,10.623703002929688
HRDIU,λ=8,65536,1,763953,11.656997680664062
HRDIU,λ=8,65536,1,736947,11.244918823242188
HRDIU,λ=8,65536,1,711355,10.854415893554688
HRDIU,λ=8,65536,1,658995,10.055465698242188
HRDIU,λ=8,65536,1,715485,10.917434692382812
HRDIU,λ=8,65536,1,735701,11.225906372070312
HRDIU,λ=8,65536,1,733601,11.193862915039062
HRDIU,λ=8,65536,1,702619,10.721115112304688
HRDIU,λ=8,65536,1,739971,11.291061401367188
HRDIU,λ=8,65536,1,698111,10.652328491210938
HRDIU,λ=8,65536,1,704145,10.744400024414062
HRDIU,λ=8,65536,1,735155,11.217575073242188
HRDIU,λ=8,65536,1,732215,11.172714233398438
HRDIU,λ=8,65536,1,714351,10.900131225585938
HRDIU,λ=8,65536,1,713469,10.886672973632812
HRDIU,λ=8,65536,1,696585,10.629043579101562
HRDIU,λ=8,65536,1,741833,11.319473266601562
HRDIU,λ=8,65536,1,712685,10.874710083007812
HRDIU,λ=8,65536,1,705825,10.770034790039062
HRDIU,λ=8,65536,1,794795,12.127609252929688
HRDIU,λ=8,65536,1,719545,10.979385375976562
HRDIU,λ=8,65536,1,715541,10.918289184570312
HRDIU,λ=8,65536,1,695311,10.609603881835938
HRDIU,λ=8,65536,1,803671,12.263046264648438
HRDIU,λ=8,65536,1,668711,10.203720092773438
HRDIU,λ=8,65536,1,709129,10.820449829101562
HRDIU,λ=8,65536,1,732985,11.184463500976562
HRDIU,λ=8,65536,1,728015,11.108627319335938
HRDIU,λ=8,65536,1,694107,10.591232299804688
HRDIU,λ=8,65536,1,693379,10.580123901367188
HRDIU,λ=8,65536,1,689851,10.526290893554688
HRDIU,λ=8,65536,1,665449,10.153945922851562
HRDIU,λ=8,65536,1,781621,11.926589965820312
HRDIU,λ=8,65536,1,731403,11.160324096679688
HRDIU,λ=8,65536,1,750569,11.452774047851562
HHDIU,λ=8,65536,1,761615,11.621322631835938
HHDIU,λ=8,65536,1,744745,11.363906860351562
HHDIU,λ=8,65536,1,697621,10.644851684570312
HHDIU,λ=8,65536,1,660689,10.081314086914062
HHDIU,λ=8,65536,1,664455,10.138778686523438
HHDIU,λ=8,65536,1,676005,10.315017700195312
HHDIU,λ=8,65536,1,688339,10.503219604492188
HHDIU,λ=8,65536,1,717123,10.942428588867188
HHDIU,λ=8,65536,1,717711,10.951400756835938
HHDIU,λ=8,65536,1,664595,10.140914916992188
HHDIU,λ=8,65536,1,770645,11.759109497070312
HHDIU,λ=8,65536,1,669201,10.211196899414062
HHDIU,λ=8,65536,1,722863,11.030014038085938
HHDIU,λ=8,65536,1,926297,14.134170532226562
HHDIU,λ=8,65536,1,705699,10.768112182617188
HHDIU,λ=8,65536,1,706525,10.780715942382812
HHDIU,λ=8,65536,1,716675,10.935592651367188
HHDIU,λ=8,65536,1,707477,10.795242309570312
HHDIU,λ=8,65536,1,734749,11.211380004882812
HHDIU,λ=8,65536,1,729317,11.128494262695312
HHDIU,λ=8,65536,1,712125,10.866165161132812
HHDIU,λ=8,65536,1,718467,10.962936401367188
HHDIU,λ=8,65536,1,718551,10.964218139648438
HHDIU,λ=8,65536,1,748903,11.427352905273438
HHDIU,λ=8,65536,1,737479,11.253036499023438
HHDIU,λ=8,65536,1,699987,10.680953979492188
HHDIU,λ=8,65536,1,683187,10.424606323242188
HHDIU,λ=8,65536,1,658715,10.051193237304688
HHDIU,λ=8,65536,1,744395,11.358566284179688
HHDIU,λ=8,65536,1,735211,11.218429565429688
HHDIU,λ=8,65536,1,707323,10.792892456054688
HHDIU,λ=8,65536,1,714183,10.897567749023438
HHDIU,λ=8,65536,1,699539,10.674118041992188
HHDIU,λ=8,65536,1,726643,11.087692260742188
HHDIU,λ=8,65536,1,769119,11.735824584960938
HHDIU,λ=8,65536,1,741553,11.315200805664062
HHDIU,λ=8,65536,1,701261,10.700393676757812
HHDIU,λ=8,65536,1,672687,10.264389038085938
HHDIU,λ=8,65536,1,739915,11.290206909179688
HHDIU,λ=8,65536,1,734847,11.212875366210938
HHDIU,λ=8,65536,1,701303,10.701034545898438
HHDIU,λ=8,65536,1,673023,10.269515991210938
HHDIU,λ=8,65536,1,703109,10.728591918945312
HHDIU,λ=8,65536,1,704817,10.754653930664062
HHDIU,λ=8,65536,1,684811,10.449386596679688
HHDIU,λ=8,65536,1,673051,10.269943237304688
HHDIU,λ=8,65536,1,698769,10.662368774414062
HHDIU,λ=8,65536,1,694527,10.597640991210938
HHDIU,λ=8,65536,1,758465,11.573257446289062
HHDIU,λ=8,65536,1,683453,10.428665161132812
HHDIU,λ=8,65536,1,679855,10.373764038085938
HHDIU,λ=8,65536,1,778023,11.871688842773438
HHDIU,λ=8,65536,1,648481,9.895034790039062
HHDIU,λ=8,65536,1,711201,10.852066040039062
HHDIU,λ=8,65536,1,663713,10.127456665039062
HHDIU,λ=8,65536,1,684251,10.440841674804688
HHDIU,λ=8,65536,1,722037,11.017410278320312
HHDIU,λ=8,65536,1,677825,10.342788696289062
HHDIU,λ=8,65536,1,859643,13.117111206054688
HHDIU,λ=8,65536,1,703991,10.742050170898438
HHDIU,λ=8,65536,1,734609,11.209243774414062
HHDIU,λ=8,65536,1,715891,10.923629760742188
HHDIU,λ=8,65536,1,693575,10.583114624023438
HHDIU,λ=8,65536,1,720007,10.986434936523438
HHDIU,λ=8,65536,1,661137,10.088150024414062
HHDIU,λ=8,65536,1,674605,10.293655395507812
HHDIU,λ=8,65536,1,674185,10.287246704101562
HHDIU,λ=8,65536,1,754097,11.506607055664062
HHDIU,λ=8,65536,1,719153,10.973403930664062
HHDIU,λ=8,65536,1,721015,11.001815795898438
HHDIU,λ=8,65536,1,659653,10.065505981445312
HHDIU,λ=8,65536,1,742911,11.335922241210938
HHDIU,λ=8,65536,1,727707,11.103927612304688
HHDIU,λ=8,65536,1,766249,11.692031860351562
HHDIU,λ=8,65536,1,718593,10.964859008789062
HHDIU,λ=8,65536,1,722625,11.026382446289062
HHDIU,λ=8,65536,1,773067,11.796066284179688
HHDIU,λ=8,65536,1,761391,11.617904663085938
HHDIU,λ=8,65536,1,865383,13.204696655273438
HHDIU,λ=8,65536,1,678791,10.357528686523438
HHDIU,λ=8,65536,1,672827,10.266525268554688
HHDIU,λ=8,65536,1,684881,10.450454711914062
HHDIU,λ=8,65536,1,830761,12.676406860351562
HHDIU,λ=8,65536,1,719671,10.981307983398438
HHDIU,λ=8,65536,1,690901,10.542312622070312
HHDIU,λ=8,65536,1,737269,11.249832153320312
HHDIU,λ=8,65536,1,745515,11.375656127929688
HHDIU,λ=8,65536,1,796279,12.150253295898438
HHDIU,λ=8,65536,1,822235,12.546310424804688
HHDIU,λ=8,65536,1,692371,10.564743041992188
HHDIU,λ=8,65536,1,799037,12.192337036132812
HHDIU,λ=8,65536,1,672127,10.255844116210938
HHDIU,λ=8,65536,1,658491,10.047775268554688
HHDIU,λ=8,65536,1,782405,11.938552856445312
HHDIU,λ=8,65536,1,749673,11.439102172851562
HHDIU,λ=8,65536,1,816509,12.458938598632812
HHDIU,λ=8,65536,1,693379,10.580123901367188
HHDIU,λ=8,65536,1,671735,10.249862670898438
HHDIU,λ=8,65536,1,765297,11.677505493164062
HHLIU,λ=8,65536,1,696851,10.633102416992188
HHLIU,λ=8,65536,1,713861,10.892654418945312
HHLIU,λ=8,65536,1,696067,10.621139526367188
HHLIU,λ=8,65536,1,737073,11.246841430664062
HHLIU,λ=8,65536,1,719685,10.981521606445312
HHLIU,λ=8,65536,1,794571,12.124191284179688
HHLIU,λ=8,65536,1,763519,11.650375366210938
HHLIU,λ=8,65536,1,783301,11.952224731445312
HHLIU,λ=8,65536,1,835297,12.745620727539062
HHLIU,λ=8,65536,1,704929,10.756362915039062
HHLIU,λ=8,65536,1,803321,12.257705688476562
HHLIU,λ=8,65536,1,733419,11.191085815429688
HHLIU,λ=8,65536,1,748189,11.416458129882812
HHLIU,λ=8,65536,1,721701,11.012283325195312
HHLIU,λ=8,65536,1,730325,11.143875122070312
HHLIU,λ=8,65536,1,695003,10.604904174804688
HHLIU,λ=8,65536,1,679141,10.362869262695312
HHLIU,λ=8,65536,1,736989,11.245559692382812
HHLIU,λ=8,65536,1,711299,10.853561401367188
HHLIU,λ=8,65536,1,700505,10.688858032226562
HHLIU,λ=8,65536,1,907243,13.843429565429688
HHLIU,λ=8,65536,1,795481,12.138076782226562
HHLIU,λ=8,65536,1,712573,10.873001098632812
HHLIU,λ=8,65536,1,949173,14.483230590820312
HHLIU,λ=8,65536,1,737353,11.251113891601562
HHLIU,λ=8,65536,1,709815,10.830917358398438
HHLIU,λ=8,65536,1,734189,11.202835083007812
HHLIU,λ=8,65536,1,758283,11.570480346679688
HHLIU,λ=8,65536,1,719139,10.973190307617188
HHLIU,λ=8,65536,1,727273,11.097305297851562
HHLIU,λ=8,65536,1,843025,12.863540649414062
HHLIU,λ=8,65536,1,714645,10.904617309570312
HHLIU,λ=8,65536,1,731865,11.167373657226562
HHLIU,λ=8,65536,1,688143,10.500228881835938
HHLIU,λ=8,65536,1,790973,12.069290161132812
HHLIU,λ=8,65536,1,783847,11.960556030273438
HHLIU,λ=8,65536,1,735855,11.228256225585938
HHLIU,λ=8,65536,1,772535,11.787948608398438
HHLIU,λ=8,65536,1,741259,11.310714721679688
HHLIU,λ=8,65536,1,692077,10.560256958007812
HHLIU,λ=8,65536,1,730773,11.150711059570312
HHLIU,λ=8,65536,1,704817,10.754653930664062
HHLIU,λ=8,65536,1,717417,10.946914672851562
HHLIU,λ=8,65536,1,693155,10.576705932617188
HHLIU,λ=8,65536,1,738011,11.261154174804688
HHLIU,λ=8,65536,1,812729,12.401260375976562
HHLIU,λ=8,65536,1,713329,10.884536743164062
HHLIU,λ=8,65536,1,859867,13.120529174804688
HHLIU,λ=8,65536,1,767439,11.710189819335938
HHLIU,λ=8,65536,1,890933,13.594558715820312
HHLIU,λ=8,65536,1,675823,10.312240600585938
HHLIU,λ=8,65536,1,701387,10.702316284179688
HHLIU,λ=8,65536,1,714267,10.898849487304688
HHLIU,λ=8,65536,1,693365,10.579910278320312
HHLIU,λ=8,65536,1,769917,11.748001098632812
HHLIU,λ=8,65536,1,676551,10.323348999023438
HHLIU,λ=8,65536,1,727679,11.103500366210938
HHLIU,λ=8,65536,1,735365,11.220779418945312
HHLIU,λ=8,65536,1,773725,11.806106567382812
HHLIU,λ=8,65536,1,733125,11.186599731445312
HHLIU,λ=8,65536,1,667339,10.182785034179688
HHLIU,λ=8,65536,1,688045,10.498733520507812
HHLIU,λ=8,65536,1,731809,11.166519165039062
HHLIU,λ=8,65536,1,785933,11.992385864257812
HHLIU,λ=8,65536,1,800143,12.209213256835938
HHLIU,λ=8,65536,1,688493,10.505569458007812
HHLIU,λ=8,65536,1,718775,10.967636108398438
HHLIU,λ=8,65536,1,719349,10.976394653320312
HHLIU,λ=8,65536,1,767467,11.710617065429688
HHLIU,λ=8,65536,1,805771,12.295089721679688
HHLIU,λ=8,65536,1,755917,11.534378051757812
HHLIU,λ=8,65536,1,810629,12.369216918945312
HHLIU,λ=8,65536,1,782433,11.938980102539062
HHLIU,λ=8,65536,1,792107,12.086593627929688
HHLIU,λ=8,65536,1,897765,13.698806762695312
HHLIU,λ=8,65536,1,664329,10.136856079101562
HHLIU,λ=8,65536,1,820219,12.515548706054688
HHLIU,λ=8,65536,1,773095,11.796493530273438
HHLIU,λ=8,65536,1,774733,11.821487426757812
HHLIU,λ=8,65536,1,706777,10.784561157226562
HHLIU,λ=8,65536,1,687317,10.487625122070312
HHLIU,λ=8,65536,1,709409,10.824722290039062
HHLIU,λ=8,65536,1,711999,10.864242553710938
HHLIU,λ=8,65536,1,749981,11.443801879882812
HHLIU,λ=8,65536,1,678511,10.353256225585938
HHLIU,λ=8,65536,1,735645,11.225051879882812
HHLIU,λ=8,65536,1,741651,11.316696166992188
HHLIU,λ=8,65536,1,732845,11.182327270507812
HHLIU,λ=8,65536,1,675235,10.303268432617188
HHLIU,λ=8,65536,1,711103,10.850570678710938
HHLIU,λ=8,65536,1,743205,11.340408325195312
HHLIU,λ=8,65536,1,792401,12.091079711914062
HHLIU,λ=8,65536,1,751003,11.459396362304688
HHLIU,λ=8,65536,1,703333,10.732009887695312
HHLIU,λ=8,65536,1,686771,10.479293823242188
HHLIU,λ=8,65536,1,804581,12.276931762695312
HHLIU,λ=8,65536,1,737381,11.251541137695312
HHLIU,λ=8,65536,1,735575,11.223983764648438
HHLIU,λ=8,65536,1,824839,12.586044311523438
HHLIU,λ=8,65536,1,710963,10.848434448242188
HRLIU,λ=8,65536,1,716056,10.9261474609375
HRLIU,λ=8,65536,1,780346,11.907135009765625
HRLIU,λ=8,65536,1,725986,11.077667236328125
HRLIU,λ=8,65536,1,694081,10.590835571289062
HRLIU,λ=8,65536,1,741301,11.311355590820312
HRLIU,λ=8,65536,1,735376,11.220947265625
HRLIU,λ=8,65536,1,795091,12.132125854492188
HRLIU,λ=8,65536,1,737881,11.259170532226562
HRLIU,λ=8,65536,1,681391,10.397201538085938
HRLIU,λ=8,65536,1,691501,10.551467895507812
HRLIU,λ=8,65536,1,688111,10.499740600585938
HRLIU,λ=8,65536,1,803941,12.267166137695312
HRLIU,λ=8,65536,1,752146,11.476837158203125
HRLIU,λ=8,65536,1,749476,11.43609619140625
HRLIU,λ=8,65536,1,684751,10.448471069335938
HRLIU,λ=8,65536,1,646921,9.871231079101562
HRLIU,λ=8,65536,1,723346,11.037384033203125
HRLIU,λ=8,65536,1,714271,10.898910522460938
HRLIU,λ=8,65536,1,736516,11.23834228515625
HRLIU,λ=8,65536,1,731176,11.1568603515625
HRLIU,λ=8,65536,1,772411,11.786056518554688
HRLIU,λ=8,65536,1,707071,10.789047241210938
HRLIU,λ=8,65536,1,691021,10.544143676757812
HRLIU,λ=8,65536,1,712996,10.87945556640625
HRLIU,λ=8,65536,1,707896,10.8016357421875
HRLIU,λ=8,65536,1,842686,12.858367919921875
HRLIU,λ=8,65536,1,779806,11.898895263671875
HRLIU,λ=8,65536,1,733471,11.191879272460938
HRLIU,λ=8,65536,1,678766,10.357147216796875
HRLIU,λ=8,65536,1,662416,10.107666015625
HRLIU,λ=8,65536,1,732841,11.182266235351562
HRLIU,λ=8,65536,1,767536,11.711669921875
HRLIU,λ=8,65536,1,669856,10.22119140625
HRLIU,λ=8,65536,1,689551,10.521713256835938
HRLIU,λ=8,65536,1,779431,11.893173217773438
HRLIU,λ=8,65536,1,715981,10.925003051757812
HRLIU,λ=8,65536,1,782896,11.946044921875
HRLIU,λ=8,65536,1,664816,10.144287109375
HRLIU,λ=8,65536,1,698041,10.651260375976562
HRLIU,λ=8,65536,1,708016,10.803466796875
HRLIU,λ=8,65536,1,712681,10.874649047851562
HRLIU,λ=8,65536,1,683836,10.43450927734375
HRLIU,λ=8,65536,1,695536,10.613037109375
HRLIU,λ=8,65536,1,694501,10.597244262695312
HRLIU,λ=8,65536,1,725761,11.074234008789062
HRLIU,λ=8,65536,1,816241,12.454849243164062
HRLIU,λ=8,65536,1,700396,10.68719482421875
HRLIU,λ=8,65536,1,752551,11.483016967773438
HRLIU,λ=8,65536,1,698866,10.663848876953125
HRLIU,λ=8,65536,1,762601,11.636367797851562
HRLIU,λ=8,65536,1,662551,10.109725952148438
HRLIU,λ=8,65536,1,740011,11.291671752929688
HRLIU,λ=8,65536,1,726361,11.083389282226562
HRLIU,λ=8,65536,1,667996,10.19281005859375
HRLIU,λ=8,65536,1,705826,10.770050048828125
HRLIU,λ=8,65536,1,783091,11.949020385742188
HRLIU,λ=8,65536,1,799891,12.205368041992188
HRLIU,λ=8,65536,1,702871,10.724960327148438
HRLIU,λ=8,65536,1,704761,10.753799438476562
HRLIU,λ=8,65536,1,710386,10.839630126953125
HRLIU,λ=8,65536,1,775456,11.83251953125
HRLIU,λ=8,65536,1,834526,12.733856201171875
HRLIU,λ=8,65536,1,771466,11.771636962890625
HRLIU,λ=8,65536,1,749521,11.436782836914062
HRLIU,λ=8,65536,1,650686,9.928680419921875
HRLIU,λ=8,65536,1,724426,11.053863525390625
HRLIU,λ=8,65536,1,817891,12.480026245117188
HRLIU,λ=8,65536,1,751711,11.470199584960938
HRLIU,λ=8,65536,1,666976,10.17724609375
HRLIU,λ=8,65536,1,701176,10.6990966796875
HRLIU,λ=8,65536,1,688096,10.49951171875
HRLIU,λ=8,65536,1,689281,10.517593383789062
HRLIU,λ=8,65536,1,739486,11.283660888671875
HRLIU,λ=8,65536,1,674521,10.292373657226562
HRLIU,λ=8,65536,1,698971,10.665451049804688
HRLIU,λ=8,65536,1,646036,9.85772705078125
HRLIU,λ=8,65536,1,664201,10.134902954101562
HRLIU,λ=8,65536,1,669946,10.222564697265625
HRLIU,λ=8,65536,1,672226,10.257354736328125
HRLIU,λ=8,65536,1,734416,11.206298828125
HRLIU,λ=8,65536,1,759436,11.58807373046875
HRLIU,λ=8,65536,1,700381,10.686965942382812
HRLIU,λ=8,65536,1,714961,10.909439086914062
HRLIU,λ=8,65536,1,750901,11.457839965820312
HRLIU,λ=8,65536,1,799021,12.192092895507812
HRLIU,λ=8,65536,1,720256,10.990234375
HRLIU,λ=8,65536,1,746656,11.39306640625
HRLIU,λ=8,65536,1,756976,11.550537109375
HRLIU,λ=8,65536,1,682186,10.409332275390625
HRLIU,λ=8,65536,1,780901,11.915603637695312
HRLIU,λ=8,65536,1,713191,10.882431030273438
HRLIU,λ=8,65536,1,732586,11.178375244140625
HRLIU,λ=8,65536,1,680371,10.381637573242188
HRLIU,λ=8,65536,1,717841,10.953384399414062
HRLIU,λ=8,65536,1,698221,10.654006958007812
HRLIU,λ=8,65536,1,764476,11.66497802734375
HRLIU,λ=8,65536,1,772441,11.786514282226562
HRLIU,λ=8,65536,1,763126,11.644378662109375
HRLIU,λ=8,65536,1,750571,11.452804565429688
HRLIU,λ=8,65536,1,762796,11.63934326171875
HSLIU,λ=8,65536,1,868519,13.252548217773438
HSLIU,λ=8,65536,1,965809,14.737075805664062
HSLIU,λ=8,65536,1,882721,13.469253540039062
HSLIU,λ=8,65536,1,1085203,16.558883666992188
HSLIU,λ=8,65536,1,900163,13.735397338867188
HSLIU,λ=8,65536,1,1080397,16.485549926757812
HSLIU,λ=8,65536,1,926047,14.130355834960938
HSLIU,λ=8,65536,1,923239,14.087509155273438
HSLIU,λ=8,65536,1,1046611,15.970016479492188
HSLIU,λ=8,65536,1,940015,14.343490600585938
HSLIU,λ=8,65536,1,921853,14.066360473632812
HSLIU,λ=8,65536,1,909055,13.871078491210938
HSLIU,λ=8,65536,1,982261,14.988113403320312
HSLIU,λ=8,65536,1,897319,13.692001342773438
HSLIU,λ=8,65536,1,962875,14.692306518554688
HSLIU,λ=8,65536,1,959851,14.646163940429688
HSLIU,λ=8,65536,1,986419,15.051559448242188
HSLIU,λ=8,65536,1,931159,14.208358764648438
HSLIU,λ=8,65536,1,949285,14.484939575195312
HSLIU,λ=8,65536,1,984997,15.029861450195312
HSLIU,λ=8,65536,1,1020763,15.575607299804688
HSLIU,λ=8,65536,1,948997,14.480545043945312
HSLIU,λ=8,65536,1,990433,15.112808227539062
HSLIU,λ=8,65536,1,997633,15.222671508789062
HSLIU,λ=8,65536,1,891415,13.601913452148438
HSLIU,λ=8,65536,1,879517,13.420364379882812
HSLIU,λ=8,65536,1,897337,13.692276000976562
HSLIU,λ=8,65536,1,865603,13.208053588867188
HSLIU,λ=8,65536,1,1010269,15.415481567382812
HSLIU,λ=8,65536,1,974827,14.874679565429688
HSLIU,λ=8,65536,1,1113607,16.992294311523438
HSLIU,λ=8,65536,1,1068625,16.305923461914062
HSLIU,λ=8,65536,1,1028611,15.695358276367188
HSLIU,λ=8,65536,1,931789,14.217971801757812
HSLIU,λ=8,65536,1,1101241,16.803604125976562
HSLIU,λ=8,65536,1,1000207,15.261947631835938
HSLIU,λ=8,65536,1,940807,14.355575561523438
HSLIU,λ=8,65536,1,931033,14.206436157226562
HSLIU,λ=8,65536,1,996697,15.208389282226562
HSLIU,λ=8,65536,1,1079335,16.469345092773438
HSLIU,λ=8,65536,1,857611,13.086105346679688
HSLIU,λ=8,65536,1,1030861,15.729690551757812
HSLIU,λ=8,65536,1,949645,14.490432739257812
HSLIU,λ=8,65536,1,865513,13.206680297851562
HSLIU,λ=8,65536,1,909415,13.876571655273438
HSLIU,λ=8,65536,1,917785,14.004287719726562
HSLIU,λ=8,65536,1,1063945,16.234512329101562
HSLIU,λ=8,65536,1,933913,14.250381469726562
HSLIU,λ=8,65536,1,1059247,16.162826538085938
HSLIU,λ=8,65536,1,944155,14.406661987304688
HSLIU,λ=8,65536,1,910819,13.897994995117188
HSLIU,λ=8,65536,1,889633,13.574722290039062
HSLIU,λ=8,65536,1,1123255,17.139511108398438
HSLIU,λ=8,65536,1,836857,12.769424438476562
HSLIU,λ=8,65536,1,934417,14.258071899414062
HSLIU,λ=8,65536,1,890047,13.581039428710938
HSLIU,λ=8,65536,1,977473,14.915054321289062
HSLIU,λ=8,65536,1,945235,14.423141479492188
HSLIU,λ=8,65536,1,1007857,15.378677368164062
HSLIU,λ=8,65536,1,914725,13.957595825195312
HSLIU,λ=8,65536,1,936793,14.294326782226562
HSLIU,λ=8,65536,1,979831,14.951034545898438
HSLIU,λ=8,65536,1,980209,14.956802368164062
HSLIU,λ=8,65536,1,993043,15.152633666992188
HSLIU,λ=8,65536,1,936271,14.286361694335938
HSLIU,λ=8,65536,1,1079893,16.477859497070312
HSLIU,λ=8,65536,1,877969,13.396743774414062
HSLIU,λ=8,65536,1,894349,13.646682739257812
HSLIU,λ=8,65536,1,965341,14.729934692382812
HSLIU,λ=8,65536,1,1010449,15.418228149414062
HSLIU,λ=8,65536,1,1010287,15.415756225585938
HSLIU,λ=8,65536,1,912169,13.918594360351562
HSLIU,λ=8,65536,1,932581,14.230056762695312
HSLIU,λ=8,65536,1,948205,14.468460083007812
HSLIU,λ=8,65536,1,929287,14.179794311523438
HSLIU,λ=8,65536,1,921187,14.056198120117188
HSLIU,λ=8,65536,1,978103,14.924667358398438
HSLIU,λ=8,65536,1,911701,13.911453247070312
HSLIU,λ=8,65536,1,919927,14.036972045898438
HSLIU,λ=8,65536,1,846667,12.919113159179688
HSLIU,λ=8,65536,1,988939,15.090011596679688
HSLIU,λ=8,65536,1,979849,14.951309204101562
HSLIU,λ=8,65536,1,904519,13.801864624023438
HSLIU,λ=8,65536,1,1010845,15.424270629882812
HSLIU,λ=8,65536,1,977203,14.910934448242188
HSLIU,λ=8,65536,1,933175,14.239120483398438
HSLIU,λ=8,65536,1,960229,14.651931762695312
HSLIU,λ=8,65536,1,960265,14.652481079101562
HSLIU,λ=8,65536,1,1105759,16.872543334960938
HSLIU,λ=8,65536,1,978085,14.924392700195312
HSLIU,λ=8,65536,1,919819,14.035324096679688
HSLIU,λ=8,65536,1,1034047,15.778305053710938
HSLIU,λ=8,65536,1,1028161,15.688491821289062
HSLIU,λ=8,65536,1,1089271,16.620956420898438
HSLIU,λ=8,65536,1,953623,14.551132202148438
HSLIU,λ=8,65536,1,939889,14.341567993164062
HSLIU,λ=8,65536,1,966043,14.740646362304688
HSLIU,λ=8,65536,1,1017775,15.530014038085938
HSLIU,λ=8,65536,1,949051,14.481369018554688
HSLIU,λ=8,65536,1,998281,15.232559204101562
SSDCP,λ=8,65536,1,920850,14.051055908203125
SSDCP,λ=8,65536,1,895016,13.6568603515625
SSDCP,λ=8,65536,1,870258,13.279083251953125
SSDCP,λ=8,65536,1,788282,12.028228759765625
SSDCP,λ=8,65536,1,891325,13.600540161132812
SSDCP,λ=8,65536,1,837105,12.773208618164062
SSDCP,λ=8,65536,1,1074235,16.391525268554688
SSDCP,λ=8,65536,1,775266,11.829620361328125
SSDCP,λ=8,65536,1,875569,13.360122680664062
SSDCP,λ=8,65536,1,913741,13.942581176757812
SSDCP,λ=8,65536,1,750233,11.447647094726562
SSDCP,λ=8,65536,1,980325,14.958572387695312
SSDCP,λ=8,65536,1,830487,12.672225952148438
SSDCP,λ=8,65536,1,857577,13.085586547851562
SSDCP,λ=8,65536,1,824953,12.587783813476562
SSDCP,λ=8,65536,1,930655,14.200668334960938
SSDCP,λ=8,65536,1,896585,13.680801391601562
SSDCP,λ=8,65536,1,830352,12.670166015625
SSDCP,λ=8,65536,1,876823,13.379257202148438
SSDCP,λ=8,65536,1,804139,12.270187377929688
SSDCP,λ=8,65536,1,884870,13.502044677734375
SSDCP,λ=8,65536,1,779325,11.891555786132812
SSDCP,λ=8,65536,1,897815,13.699569702148438
SSDCP,λ=8,65536,1,843160,12.8656005859375
SSDCP,λ=8,65536,1,790983,12.069442749023438
SSDCP,λ=8,65536,1,916663,13.987167358398438
SSDCP,λ=8,65536,1,895413,13.662918090820312
SSDCP,λ=8,65536,1,975085,14.878616333007812
SSDCP,λ=8,65536,1,836986,12.771392822265625
SSDCP,λ=8,65536,1,755491,11.527877807617188
SSDCP,λ=8,65536,1,797176,12.1639404296875
SSDCP,λ=8,65536,1,833221,12.713943481445312
SSDCP,λ=8,65536,1,848984,12.9544677734375
SSDCP,λ=8,65536,1,872982,13.320648193359375
SSDCP,λ=8,65536,1,862771,13.164840698242188
SSDCP,λ=8,65536,1,928981,14.175125122070312
SSDCP,λ=8,65536,1,1009797,15.408279418945312
SSDCP,λ=8,65536,1,828676,12.64459228515625
SSDCP,λ=8,65536,1,877017,13.382217407226562
SSDCP,λ=8,65536,1,816501,12.458816528320312
SSDCP,λ=8,65536,1,915794,13.973907470703125
SSDCP,λ=8,65536,1,847720,12.9351806640625
SSDCP,λ=8,65536,1,912244,13.91973876953125
SSDCP,λ=8,65536,1,816533,12.459304809570312
SSDCP,λ=8,65536,1,829530,12.657623291015625
SSDCP,λ=8,65536,1,840823,12.829940795898438
SSDCP,λ=8,65536,1,895710,13.667449951171875
SSDCP,λ=8,65536,1,804508,12.27581787109375
SSDCP,λ=8,65536,1,1099632,16.779052734375
SSDCP,λ=8,65536,1,846396,12.91497802734375
SSDCP,λ=8,65536,1,842284,12.85223388671875
SSDCP,λ=8,65536,1,881939,13.457321166992188
SSDCP,λ=8,65536,1,831168,12.6826171875
SSDCP,λ=8,65536,1,801815,12.234725952148438
SSDCP,λ=8,65536,1,970854,14.814056396484375
SSDCP,λ=8,65536,1,764718,11.668670654296875
SSDCP,λ=8,65536,1,899623,13.727157592773438
SSDCP,λ=8,65536,1,945652,14.42950439453125
SSDCP,λ=8,65536,1,972800,14.84375
SSDCP,λ=8,65536,1,835287,12.745468139648438
SSDCP,λ=8,65536,1,725254,11.066497802734375
SSDCP,λ=8,65536,1,795217,12.134048461914062
SSDCP,λ=8,65536,1,929164,14.17791748046875
SSDCP,λ=8,65536,1,860768,13.13427734375
SSDCP,λ=8,65536,1,900732,13.74407958984375
SSDCP,λ=8,65536,1,919845,14.035720825195312
SSDCP,λ=8,65536,1,828759,12.645858764648438
SSDCP,λ=8,65536,1,938088,14.3140869140625
SSDCP,λ=8,65536,1,892506,13.618560791015625
SSDCP,λ=8,65536,1,810116,12.36138916015625
SSDCP,λ=8,65536,1,869099,13.261398315429688
SSDCP,λ=8,65536,1,937037,14.298049926757812
SSDCP,λ=8,65536,1,966920,14.7540283203125
SSDCP,λ=8,65536,1,828978,12.649200439453125
SSDCP,λ=8,65536,1,874429,13.342727661132812
SSDCP,λ=8,65536,1,769503,11.741683959960938
SSDCP,λ=8,65536,1,765864,11.6861572265625
SSDCP,λ=8,65536,1,931727,14.217025756835938
SSDCP,λ=8,65536,1,822173,12.545364379882812
SSDCP,λ=8,65536,1,803238,12.256439208984375
SSDCP,λ=8,65536,1,823394,12.563995361328125
SSDCP,λ=8,65536,1,845414,12.899993896484375
SSDCP,λ=8,65536,1,801637,12.232009887695312
SSDCP,λ=8,65536,1,910603,13.894699096679688
SSDCP,λ=8,65536,1,825170,12.591094970703125
SSDCP,λ=8,65536,1,869872,13.273193359375
SSDCP,λ=8,65536,1,922225,14.072036743164062
SSDCP,λ=8,65536,1,798175,12.179183959960938
SSDCP,λ=8,65536,1,768057,11.719619750976562
SSDCP,λ=8,65536,1,958718,14.628875732421875
SSDCP,λ=8,65536,1,832771,12.707077026367188
SSDCP,λ=8,65536,1,822464,12.5498046875
SSDCP,λ=8,65536,1,821877,12.540847778320312
SSDCP,λ=8,65536,1,848761,12.951065063476562
SSDCP,λ=8,65536,1,780261,11.905838012695312
SSDCP,λ=8,65536,1,893729,13.637222290039062
SSDCP,λ=8,65536,1,883703,13.484237670898438
SSDCP,λ=8,65536,1,822611,12.552047729492188
SSDCP,λ=8,65536,1,863441,13.175064086914062
SSDCP,λ=8,65536,1,842894,12.861541748046875
SRDCP,λ=8,65536,1,692957,10.573684692382812
SRDCP,λ=8,65536,1,651370,9.939117431640625
SRDCP,λ=8,65536,1,678421,10.351882934570312
SRDCP,λ=8,65536,1,576075,8.790206909179688
SRDCP,λ=8,65536,1,666260,10.16632080078125
SRDCP,λ=8,65536,1,575465,8.780899047851562
SRDCP,λ=8,65536,1,585318,8.931243896484375
SRDCP,λ=8,65536,1,640844,9.77850341796875
SRDCP,λ=8,65536,1,577882,8.817779541015625
SRDCP,λ=8,65536,1,671523,10.246627807617188
SRDCP,λ=8,65536,1,567130,8.653717041015625
SRDCP,λ=8,65536,1,640428,9.77215576171875
SRDCP,λ=8,65536,1,609612,9.30194091796875
SRDCP,λ=8,65536,1,574721,8.769546508789062
SRDCP,λ=8,65536,1,629248,9.6015625
SRDCP,λ=8,65536,1,623067,9.507247924804688
SRDCP,λ=8,65536,1,557001,8.499160766601562
SRDCP,λ=8,65536,1,595814,9.091400146484375
SRDCP,λ=8,65536,1,593502,9.056121826171875
SRDCP,λ=8,65536,1,593593,9.057510375976562
SRDCP,λ=8,65536,1,670976,10.23828125
SRDCP,λ=8,65536,1,634478,9.681365966796875
SRDCP,λ=8,65536,1,639613,9.759719848632812
SRDCP,λ=8,65536,1,640059,9.766525268554688
SRDCP,λ=8,65536,1,589956,9.00201416015625
SRDCP,λ=8,65536,1,593752,9.0599365234375
SRDCP,λ=8,65536,1,613684,9.36407470703125
SRDCP,λ=8,65536,1,653982,9.978973388671875
SRDCP,λ=8,65536,1,606222,9.250213623046875
SRDCP,λ=8,65536,1,630164,9.61553955078125
SRDCP,λ=8,65536,1,641202,9.783966064453125
SRDCP,λ=8,65536,1,639338,9.755523681640625
SRDCP,λ=8,65536,1,654427,9.985763549804688
SRDCP,λ=8,65536,1,632890,9.657135009765625
SRDCP,λ=8,65536,1,615216,9.387451171875
SRDCP,λ=8,65536,1,601933,9.184768676757812
SRDCP,λ=8,65536,1,629082,9.599029541015625
SRDCP,λ=8,65536,1,583723,8.906906127929688
SRDCP,λ=8,65536,1,604218,9.219635009765625
SRDCP,λ=8,65536,1,782695,11.942977905273438
SRDCP,λ=8,65536,1,657035,10.025558471679688
SRDCP,λ=8,65536,1,563105,8.592300415039062
SRDCP,λ=8,65536,1,658218,10.043609619140625
SRDCP,λ=8,65536,1,734439,11.206649780273438
SRDCP,λ=8,65536,1,618197,9.432937622070312
SRDCP,λ=8,65536,1,609144,9.2947998046875
SRDCP,λ=8,65536,1,668112,10.194580078125
SRDCP,λ=8,65536,1,596158,9.096649169921875
SRDCP,λ=8,65536,1,648390,9.893646240234375
SRDCP,λ=8,65536,1,605728,9.24267578125
SRDCP,λ=8,65536,1,617047,9.415390014648438
SRDCP,λ=8,65536,1,606595,9.255905151367188
SRDCP,λ=8,65536,1,648317,9.892532348632812
SRDCP,λ=8,65536,1,668635,10.202560424804688
SRDCP,λ=8,65536,1,639760,9.761962890625
SRDCP,λ=8,65536,1,587140,8.95904541015625
SRDCP,λ=8,65536,1,584794,8.923248291015625
SRDCP,λ=8,65536,1,617907,9.428512573242188
SRDCP,λ=8,65536,1,593182,9.051239013671875
SRDCP,λ=8,65536,1,587774,8.968719482421875
SRDCP,λ=8,65536,1,603946,9.215484619140625
SRDCP,λ=8,65536,1,578785,8.831558227539062
SRDCP,λ=8,65536,1,606554,9.255279541015625
SRDCP,λ=8,65536,1,581401,8.871475219726562
SRDCP,λ=8,65536,1,657553,10.033462524414062
SRDCP,λ=8,65536,1,635873,9.702651977539062
SRDCP,λ=8,65536,1,673670,10.279388427734375
SRDCP,λ=8,65536,1,620694,9.471038818359375
SRDCP,λ=8,65536,1,605964,9.24627685546875
SRDCP,λ=8,65536,1,629980,9.61273193359375
SRDCP,λ=8,65536,1,698677,10.660964965820312
SRDCP,λ=8,65536,1,568489,8.674453735351562
SRDCP,λ=8,65536,1,631767,9.639999389648438
SRDCP,λ=8,65536,1,624243,9.525192260742188
SRDCP,λ=8,65536,1,664669,10.142044067382812
SRDCP,λ=8,65536,1,571500,8.72039794921875
SRDCP,λ=8,65536,1,595175,9.081649780273438
SRDCP,λ=8,65536,1,608275,9.281539916992188
SRDCP,λ=8,65536,1,643124,9.81329345703125
SRDCP,λ=8,65536,1,566255,8.640365600585938
SRDCP,λ=8,65536,1,585048,8.9271240234375
SRDCP,λ=8,65536,1,653357,9.969436645507812
SRDCP,λ=8,65536,1,591607,9.027206420898438
SRDCP,λ=8,65536,1,671965,10.253372192382812
SRDCP,λ=8,65536,1,566868,8.64971923828125
SRDCP,λ=8,65536,1,588429,8.978713989257812
SRDCP,λ=8,65536,1,583798,8.908050537109375
SRDCP,λ=8,65536,1,580149,8.852371215820312
SRDCP,λ=8,65536,1,600657,9.165298461914062
SRDCP,λ=8,65536,1,606598,9.255950927734375
SRDCP,λ=8,65536,1,638715,9.746017456054688
SRDCP,λ=8,65536,1,599287,9.144393920898438
SRDCP,λ=8,65536,1,643960,9.8260498046875
SRDCP,λ=8,65536,1,617094,9.416107177734375
SRDCP,λ=8,65536,1,689209,10.516494750976562
SRDCP,λ=8,65536,1,620527,9.468490600585938
SRDCP,λ=8,65536,1,614048,9.36962890625
SRDCP,λ=8,65536,1,571257,8.716690063476562
SRDCP,λ=8,65536,1,729821,11.136184692382812
SHDCP,λ=8,65536,1,602911,9.199691772460938
SHDCP,λ=8,65536,1,574300,8.76312255859375
SHDCP,λ=8,65536,1,549936,8.391357421875
SHDCP,λ=8,65536,1,621268,9.47979736328125
SHDCP,λ=8,65536,1,617140,9.41680908203125
SHDCP,λ=8,65536,1,595604,9.08819580078125
SHDCP,λ=8,65536,1,576224,8.79248046875
SHDCP,λ=8,65536,1,602160,9.188232421875
SHDCP,λ=8,65536,1,560535,8.553085327148438
SHDCP,λ=8,65536,1,620838,9.473236083984375
SHDCP,λ=8,65536,1,630611,9.622360229492188
SHDCP,λ=8,65536,1,580738,8.861358642578125
SHDCP,λ=8,65536,1,583093,8.897293090820312
SHDCP,λ=8,65536,1,640291,9.770065307617188
SHDCP,λ=8,65536,1,600844,9.16815185546875
SHDCP,λ=8,65536,1,602906,9.199615478515625
SHDCP,λ=8,65536,1,605663,9.241683959960938
SHDCP,λ=8,65536,1,617307,9.419357299804688
SHDCP,λ=8,65536,1,596413,9.100540161132812
SHDCP,λ=8,65536,1,579856,8.847900390625
SHDCP,λ=8,65536,1,608641,9.287124633789062
SHDCP,λ=8,65536,1,687817,10.495254516601562
SHDCP,λ=8,65536,1,648211,9.890914916992188
SHDCP,λ=8,65536,1,574359,8.764022827148438
SHDCP,λ=8,65536,1,597428,9.11602783203125
SHDCP,λ=8,65536,1,690464,10.53564453125
SHDCP,λ=8,65536,1,590620,9.01214599609375
SHDCP,λ=8,65536,1,595582,9.087860107421875
SHDCP,λ=8,65536,1,610129,9.309829711914062
SHDCP,λ=8,65536,1,586123,8.943527221679688
SHDCP,λ=8,65536,1,652640,9.95849609375
SHDCP,λ=8,65536,1,558771,8.526168823242188
SHDCP,λ=8,65536,1,579969,8.849624633789062
SHDCP,λ=8,65536,1,568051,8.667770385742188
SHDCP,λ=8,65536,1,567921,8.665786743164062
SHDCP,λ=8,65536,1,594223,9.067123413085938
SHDCP,λ=8,65536,1,603205,9.204177856445312
SHDCP,λ=8,65536,1,607835,9.274826049804688
SHDCP,λ=8,65536,1,562585,8.584365844726562
SHDCP,λ=8,65536,1,556590,8.492889404296875
SHDCP,λ=8,65536,1,626690,9.562530517578125
SHDCP,λ=8,65536,1,634306,9.678741455078125
SHDCP,λ=8,65536,1,558410,8.520660400390625
SHDCP,λ=8,65536,1,618330,9.434967041015625
SHDCP,λ=8,65536,1,626696,9.5626220703125
SHDCP,λ=8,65536,1,588333,8.977249145507812
SHDCP,λ=8,65536,1,582163,8.883102416992188
SHDCP,λ=8,65536,1,581768,8.8770751953125
SHDCP,λ=8,65536,1,617921,9.428726196289062
SHDCP,λ=8,65536,1,586876,8.95501708984375
SHDCP,λ=8,65536,1,609622,9.302093505859375
SHDCP,λ=8,65536,1,691030,10.544281005859375
SHDCP,λ=8,65536,1,603036,9.20159912109375
SHDCP,λ=8,65536,1,669324,10.21307373046875
SHDCP,λ=8,65536,1,573796,8.75543212890625
SHDCP,λ=8,65536,1,673808,10.281494140625
SHDCP,λ=8,65536,1,631596,9.63739013671875
SHDCP,λ=8,65536,1,607132,9.26409912109375
SHDCP,λ=8,65536,1,623042,9.506866455078125
SHDCP,λ=8,65536,1,562610,8.584747314453125
SHDCP,λ=8,65536,1,577110,8.805999755859375
SHDCP,λ=8,65536,1,595072,9.080078125
SHDCP,λ=8,65536,1,642167,9.798690795898438
SHDCP,λ=8,65536,1,605647,9.241439819335938
SHDCP,λ=8,65536,1,580108,8.85174560546875
SHDCP,λ=8,65536,1,636377,9.710342407226562
SHDCP,λ=8,65536,1,609472,9.2998046875
SHDCP,λ=8,65536,1,617201,9.417739868164062
SHDCP,λ=8,65536,1,567699,8.662399291992188
SHDCP,λ=8,65536,1,595627,9.088546752929688
SHDCP,λ=8,65536,1,596742,9.105560302734375
SHDCP,λ=8,65536,1,615556,9.39263916015625
SHDCP,λ=8,65536,1,624984,9.5364990234375
SHDCP,λ=8,65536,1,618879,9.443344116210938
SHDCP,λ=8,65536,1,594942,9.078094482421875
SHDCP,λ=8,65536,1,684679,10.447372436523438
SHDCP,λ=8,65536,1,600456,9.1622314453125
SHDCP,λ=8,65536,1,663940,10.13092041015625
SHDCP,λ=8,65536,1,593533,9.056594848632812
SHDCP,λ=8,65536,1,761440,11.61865234375
SHDCP,λ=8,65536,1,604012,9.21649169921875
SHDCP,λ=8,65536,1,547663,8.356674194335938
SHDCP,λ=8,65536,1,589305,8.992080688476562
SHDCP,λ=8,65536,1,541307,8.259689331054688
SHDCP,λ=8,65536,1,597138,9.111602783203125
SHDCP,λ=8,65536,1,650287,9.922592163085938
SHDCP,λ=8,65536,1,599048,9.1407470703125
SHDCP,λ=8,65536,1,549394,8.383087158203125
SHDCP,λ=8,65536,1,608905,9.291152954101562
SHDCP,λ=8,65536,1,582124,8.88250732421875
SHDCP,λ=8,65536,1,628401,9.588638305664062
SHDCP,λ=8,65536,1,582060,8.88153076171875
SHDCP,λ=8,65536,1,585146,8.928619384765625
SHDCP,λ=8,65536,1,622596,9.50006103515625
SHDCP,λ=8,65536,1,641147,9.783126831054688
SHDCP,λ=8,65536,1,558392,8.5203857421875
SHDCP,λ=8,65536,1,619110,9.446868896484375
SHDCP,λ=8,65536,1,570740,8.70880126953125
SHDCP,λ=8,65536,1,625291,9.541183471679688
SHDCP,λ=8,65536,1,606418,9.253204345703125
SHLCP,λ=8,65536,1,588098,8.973663330078125
SHLCP,λ=8,65536,1,616304,9.404052734375
SHLCP,λ=8,65536,1,645595,9.850997924804688
SHLCP,λ=8,65536,1,644722,9.837677001953125
SHLCP,λ=8,65536,1,662029,10.101760864257812
SHLCP,λ=8,65536,1,608761,9.288955688476562
SHLCP,λ=8,65536,1,564701,8.616653442382812
SHLCP,λ=8,65536,1,625226,9.540191650390625
SHLCP,λ=8,65536,1,654146,9.981475830078125
SHLCP,λ=8,65536,1,546221,8.334671020507812
SHLCP,λ=8,65536,1,606354,9.252227783203125
SHLCP,λ=8,65536,1,608114,9.279083251953125
SHLCP,λ=8,65536,1,629238,9.601409912109375
SHLCP,λ=8,65536,1,640569,9.774307250976562
SHLCP,λ=8,65536,1,656676,10.02008056640625
SHLCP,λ=8,65536,1,640951,9.780136108398438
SHLCP,λ=8,65536,1,657951,10.039535522460938
SHLCP,λ=8,65536,1,622767,9.502670288085938
SHLCP,λ=8,65536,1,667144,10.1798095703125
SHLCP,λ=8,65536,1,620417,9.466812133789062
SHLCP,λ=8,65536,1,566818,8.648956298828125
SHLCP,λ=8,65536,1,629398,9.603851318359375
SHLCP,λ=8,65536,1,606757,9.258377075195312
SHLCP,λ=8,65536,1,596020,9.09454345703125
SHLCP,λ=8,65536,1,613411,9.359909057617188
SHLCP,λ=8,65536,1,649495,9.910507202148438
SHLCP,λ=8,65536,1,565632,8.630859375
SHLCP,λ=8,65536,1,606131,9.248825073242188
SHLCP,λ=8,65536,1,594177,9.066421508789062
SHLCP,λ=8,65536,1,685165,10.454788208007812
SHLCP,λ=8,65536,1,713887,10.893051147460938
SHLCP,λ=8,65536,1,602555,9.194259643554688
SHLCP,λ=8,65536,1,610455,9.314804077148438
SHLCP,λ=8,65536,1,638805,9.747390747070312
SHLCP,λ=8,65536,1,615365,9.389724731445312
SHLCP,λ=8,65536,1,598918,9.138763427734375
SHLCP,λ=8,65536,1,657195,10.027999877929688
SHLCP,λ=8,65536,1,639647,9.760238647460938
SHLCP,λ=8,65536,1,677030,10.330657958984375
SHLCP,λ=8,65536,1,632078,9.644744873046875
SHLCP,λ=8,65536,1,563754,8.602203369140625
SHLCP,λ=8,65536,1,606482,9.254180908203125
SHLCP,λ=8,65536,1,581161,8.867813110351562
SHLCP,λ=8,65536,1,587363,8.962448120117188
SHLCP,λ=8,65536,1,630761,9.624649047851562
SHLCP,λ=8,65536,1,571674,8.723052978515625
SHLCP,λ=8,65536,1,693456,10.581298828125
SHLCP,λ=8,65536,1,672360,10.2593994140625
SHLCP,λ=8,65536,1,624914,9.535430908203125
SHLCP,λ=8,65536,1,616805,9.411697387695312
SHLCP,λ=8,65536,1,668858,10.205963134765625
SHLCP,λ=8,65536,1,602460,9.19281005859375
SHLCP,λ=8,65536,1,602543,9.194076538085938
SHLCP,λ=8,65536,1,566637,8.646194458007812
SHLCP,λ=8,65536,1,673765,10.280838012695312
SHLCP,λ=8,65536,1,599319,9.144882202148438
SHLCP,λ=8,65536,1,674644,10.29425048828125
SHLCP,λ=8,65536,1,618827,9.442550659179688
SHLCP,λ=8,65536,1,620496,9.468017578125
SHLCP,λ=8,65536,1,596508,9.10198974609375
SHLCP,λ=8,65536,1,615177,9.386856079101562
SHLCP,λ=8,65536,1,732136,11.1715087890625
SHLCP,λ=8,65536,1,598974,9.139617919921875
SHLCP,λ=8,65536,1,652324,9.95367431640625
SHLCP,λ=8,65536,1,558684,8.52484130859375
SHLCP,λ=8,65536,1,640983,9.780624389648438
SHLCP,λ=8,65536,1,574785,8.770523071289062
SHLCP,λ=8,65536,1,610959,9.322494506835938
SHLCP,λ=8,65536,1,587221,8.960281372070312
SHLCP,λ=8,65536,1,584503,8.918807983398438
SHLCP,λ=8,65536,1,608451,9.284225463867188
SHLCP,λ=8,65536,1,601838,9.183319091796875
SHLCP,λ=8,65536,1,644428,9.83319091796875
SHLCP,λ=8,65536,1,614955,9.383468627929688
SHLCP,λ=8,65536,1,624016,9.521728515625
SHLCP,λ=8,65536,1,590129,9.004653930664062
SHLCP,λ=8,65536,1,606478,9.254119873046875
SHLCP,λ=8,65536,1,616735,9.410629272460938
SHLCP,λ=8,65536,1,656549,10.018142700195312
SHLCP,λ=8,65536,1,577685,8.814773559570312
SHLCP,λ=8,65536,1,591668,9.02813720703125
SHLCP,λ=8,65536,1,569730,8.693389892578125
SHLCP,λ=8,65536,1,626343,9.557235717773438
SHLCP,λ=8,65536,1,629688,9.6082763671875
SHLCP,λ=8,65536,1,616838,9.412200927734375
SHLCP,λ=8,65536,1,656567,10.018417358398438
SHLCP,λ=8,65536,1,640517,9.773513793945312
SHLCP,λ=8,65536,1,630273,9.617202758789062
SHLCP,λ=8,65536,1,616537,9.407608032226562
SHLCP,λ=8,65536,1,682585,10.415420532226562
SHLCP,λ=8,65536,1,638167,9.737655639648438
SHLCP,λ=8,65536,1,624265,9.525527954101562
SHLCP,λ=8,65536,1,638840,9.7479248046875
SHLCP,λ=8,65536,1,572286,8.732391357421875
SHLCP,λ=8,65536,1,589985,9.002456665039062
SHLCP,λ=8,65536,1,590968,9.0174560546875
SHLCP,λ=8,65536,1,676104,10.3165283203125
SHLCP,λ=8,65536,1,605089,9.232925415039062
SHLCP,λ=8,65536,1,617268,9.41876220703125
SHLCP,λ=8,65536,1,588278,8.976409912109375
SRLCP,λ=8,65536,1,696576,10.62890625
SRLCP,λ=8,65536,1,593417,9.054824829101562
SRLCP,λ=8,65536,1,564296,8.6104736328125
SRLCP,λ=8,65536,1,615060,9.38507080078125
SRLCP,λ=8,65536,1,710636,10.84344482421875
SRLCP,λ=8,65536,1,644446,9.833465576171875
SRLCP,λ=8,65536,1,592898,9.046905517578125
SRLCP,λ=8,65536,1,585906,8.940216064453125
SRLCP,λ=8,65536,1,632466,9.650665283203125
SRLCP,λ=8,65536,1,619431,9.451766967773438
SRLCP,λ=8,65536,1,636259,9.708541870117188
SRLCP,λ=8,65536,1,627811,9.579635620117188
SRLCP,λ=8,65536,1,579067,8.835861206054688
SRLCP,λ=8,65536,1,627451,9.574142456054688
SRLCP,λ=8,65536,1,572447,8.734848022460938
SRLCP,λ=8,65536,1,639339,9.755538940429688
SRLCP,λ=8,65536,1,598429,9.131301879882812
SRLCP,λ=8,65536,1,667442,10.184356689453125
SRLCP,λ=8,65536,1,584446,8.917938232421875
SRLCP,λ=8,65536,1,604380,9.22210693359375
SRLCP,λ=8,65536,1,615666,9.394317626953125
SRLCP,λ=8,65536,1,747597,11.407424926757812
SRLCP,λ=8,65536,1,584544,8.91943359375
SRLCP,λ=8,65536,1,700583,10.690048217773438
SRLCP,λ=8,65536,1,596806,9.106536865234375
SRLCP,λ=8,65536,1,572311,8.732772827148438
SRLCP,λ=8,65536,1,618296,9.4344482421875
SRLCP,λ=8,65536,1,673762,10.280792236328125
SRLCP,λ=8,65536,1,740613,11.300857543945312
SRLCP,λ=8,65536,1,645888,9.85546875
SRLCP,λ=8,65536,1,639040,9.7509765625
SRLCP,λ=8,65536,1,614384,9.374755859375
SRLCP,λ=8,65536,1,609303,9.297225952148438
SRLCP,λ=8,65536,1,651472,9.940673828125
SRLCP,λ=8,65536,1,656517,10.017654418945312
SRLCP,λ=8,65536,1,591587,9.026901245117188
SRLCP,λ=8,65536,1,583449,8.902725219726562
SRLCP,λ=8,65536,1,573297,8.747817993164062
SRLCP,λ=8,65536,1,633481,9.666152954101562
SRLCP,λ=8,65536,1,583704,8.9066162109375
SRLCP,λ=8,65536,1,574373,8.764236450195312
SRLCP,λ=8,65536,1,674965,10.299148559570312
SRLCP,λ=8,65536,1,607977,9.276992797851562
SRLCP,λ=8,65536,1,567263,8.655746459960938
SRLCP,λ=8,65536,1,662749,10.112747192382812
SRLCP,λ=8,65536,1,625908,9.55059814453125
SRLCP,λ=8,65536,1,613423,9.360092163085938
SRLCP,λ=8,65536,1,584196,8.91412353515625
SRLCP,λ=8,65536,1,622716,9.50189208984375
SRLCP,λ=8,65536,1,647124,9.87432861328125
SRLCP,λ=8,65536,1,625845,9.549636840820312
SRLCP,λ=8,65536,1,639841,9.763198852539062
SRLCP,λ=8,65536,1,560932,8.55914306640625
SRLCP,λ=8,65536,1,628262,9.586517333984375
SRLCP,λ=8,65536,1,689097,10.514785766601562
SRLCP,λ=8,65536,1,564008,8.6060791015625
SRLCP,λ=8,65536,1,601454,9.177459716796875
SRLCP,λ=8,65536,1,618409,9.436172485351562
SRLCP,λ=8,65536,1,657397,10.031082153320312
SRLCP,λ=8,65536,1,682439,10.413192749023438
SRLCP,λ=8,65536,1,612551,9.346786499023438
SRLCP,λ=8,65536,1,605476,9.23883056640625
SRLCP,λ=8,65536,1,593302,9.053070068359375
SRLCP,λ=8,65536,1,696473,10.627334594726562
SRLCP,λ=8,65536,1,622241,9.494644165039062
SRLCP,λ=8,65536,1,610777,9.319717407226562
SRLCP,λ=8,65536,1,713653,10.889480590820312
SRLCP,λ=8,65536,1,642668,9.80633544921875
SRLCP,λ=8,65536,1,629980,9.61273193359375
SRLCP,λ=8,65536,1,670693,10.233963012695312
SRLCP,λ=8,65536,1,642977,9.811050415039062
SRLCP,λ=8,65536,1,626866,9.565216064453125
SRLCP,λ=8,65536,1,580841,8.862930297851562
SRLCP,λ=8,65536,1,722143,11.019027709960938
SRLCP,λ=8,65536,1,646741,9.868484497070312
SRLCP,λ=8,65536,1,580852,8.86309814453125
SRLCP,λ=8,65536,1,566217,8.639785766601562
SRLCP,λ=8,65536,1,666299,10.166915893554688
SRLCP,λ=8,65536,1,594327,9.068710327148438
SRLCP,λ=8,65536,1,623554,9.514678955078125
SRLCP,λ=8,65536,1,616451,9.406295776367188
SRLCP,λ=8,65536,1,632323,9.648483276367188
SRLCP,λ=8,65536,1,627593,9.576309204101562
SRLCP,λ=8,65536,1,605508,9.23931884765625
SRLCP,λ=8,65536,1,601071,9.171615600585938
SRLCP,λ=8,65536,1,570205,8.700637817382812
SRLCP,λ=8,65536,1,629088,9.59912109375
SRLCP,λ=8,65536,1,623083,9.507492065429688
SRLCP,λ=8,65536,1,605230,9.235076904296875
SRLCP,λ=8,65536,1,697367,10.640975952148438
SRLCP,λ=8,65536,1,615530,9.392242431640625
SRLCP,λ=8,65536,1,646881,9.870620727539062
SRLCP,λ=8,65536,1,668758,10.204437255859375
SRLCP,λ=8,65536,1,624663,9.531600952148438
SRLCP,λ=8,65536,1,629750,9.609222412109375
SRLCP,λ=8,65536,1,627766,9.578948974609375
SRLCP,λ=8,65536,1,605597,9.240676879882812
SRLCP,λ=8,65536,1,631580,9.63714599609375
SRLCP,λ=8,65536,1,664697,10.142471313476562
SRLCP,λ=8,65536,1,594390,9.069671630859375
SSLCP,λ=8,65536,1,967071,14.756332397460938
SSLCP,λ=8,65536,1,879121,13.414321899414062
SSLCP,λ=8,65536,1,903040,13.779296875
SSLCP,λ=8,65536,1,943004,14.38909912109375
SSLCP,λ=8,65536,1,833355,12.715988159179688
SSLCP,λ=8,65536,1,849335,12.959823608398438
SSLCP,λ=8,65536,1,937100,14.29901123046875
SSLCP,λ=8,65536,1,895863,13.669784545898438
SSLCP,λ=8,65536,1,863985,13.183364868164062
SSLCP,λ=8,65536,1,961598,14.672821044921875
SSLCP,λ=8,65536,1,1101362,16.805450439453125
SSLCP,λ=8,65536,1,842124,12.84979248046875
SSLCP,λ=8,65536,1,862082,13.154327392578125
SSLCP,λ=8,65536,1,926313,14.134414672851562
SSLCP,λ=8,65536,1,860341,13.127761840820312
SSLCP,λ=8,65536,1,957992,14.6177978515625
SSLCP,λ=8,65536,1,851861,12.998367309570312
SSLCP,λ=8,65536,1,802831,12.250228881835938
SSLCP,λ=8,65536,1,931990,14.221038818359375
SSLCP,λ=8,65536,1,902506,13.771148681640625
SSLCP,λ=8,65536,1,812085,12.391433715820312
SSLCP,λ=8,65536,1,847938,12.938507080078125
SSLCP,λ=8,65536,1,886845,13.532180786132812
SSLCP,λ=8,65536,1,904769,13.805679321289062
SSLCP,λ=8,65536,1,852655,13.010482788085938
SSLCP,λ=8,65536,1,966106,14.741607666015625
SSLCP,λ=8,65536,1,861109,13.139480590820312
SSLCP,λ=8,65536,1,824483,12.580612182617188
SSLCP,λ=8,65536,1,902573,13.772171020507812
SSLCP,λ=8,65536,1,1076897,16.432144165039062
SSLCP,λ=8,65536,1,1167071,17.808090209960938
SSLCP,λ=8,65536,1,1011466,15.433746337890625
SSLCP,λ=8,65536,1,821449,12.534317016601562
SSLCP,λ=8,65536,1,847363,12.929733276367188
SSLCP,λ=8,65536,1,895309,13.661331176757812
SSLCP,λ=8,65536,1,827401,12.625137329101562
SSLCP,λ=8,65536,1,856571,13.070236206054688
SSLCP,λ=8,65536,1,899446,13.724456787109375
SSLCP,λ=8,65536,1,995635,15.192184448242188
SSLCP,λ=8,65536,1,884687,13.499252319335938
SSLCP,λ=8,65536,1,861396,13.14385986328125
SSLCP,λ=8,65536,1,837828,12.78424072265625
SSLCP,λ=8,65536,1,852848,13.013427734375
SSLCP,λ=8,65536,1,938966,14.327484130859375
SSLCP,λ=8,65536,1,1012005,15.441970825195312
SSLCP,λ=8,65536,1,972543,14.839828491210938
SSLCP,λ=8,65536,1,834580,12.73468017578125
SSLCP,λ=8,65536,1,898826,13.714996337890625
SSLCP,λ=8,65536,1,954056,14.5577392578125
SSLCP,λ=8,65536,1,853508,13.02349853515625
SSLCP,λ=8,65536,1,892567,13.619491577148438
SSLCP,λ=8,65536,1,907419,13.846115112304688
SSLCP,λ=8,65536,1,990169,15.108779907226562
SSLCP,λ=8,65536,1,945313,14.424331665039062
SSLCP,λ=8,65536,1,988467,15.082809448242188
SSLCP,λ=8,65536,1,952373,14.532058715820312
SSLCP,λ=8,65536,1,880986,13.442779541015625
SSLCP,λ=8,65536,1,823101,12.559524536132812
SSLCP,λ=8,65536,1,884158,13.491180419921875
SSLCP,λ=8,65536,1,857705,13.087539672851562
SSLCP,λ=8,65536,1,868120,13.2464599609375
SSLCP,λ=8,65536,1,1049750,16.017913818359375
SSLCP,λ=8,65536,1,962662,14.689056396484375
SSLCP,λ=8,65536,1,927633,14.154556274414062
SSLCP,λ=8,65536,1,1049753,16.017959594726562
SSLCP,λ=8,65536,1,1034930,15.791778564453125
SSLCP,λ=8,65536,1,826891,12.617355346679688
SSLCP,λ=8,65536,1,936491,14.289718627929688
SSLCP,λ=8,65536,1,1004749,15.331253051757812
SSLCP,λ=8,65536,1,893088,13.62744140625
SSLCP,λ=8,65536,1,878102,13.398773193359375
SSLCP,λ=8,65536,1,913405,13.937454223632812
SSLCP,λ=8,65536,1,973805,14.859085083007812
SSLCP,λ=8,65536,1,859584,13.1162109375
SSLCP,λ=8,65536,1,868641,13.254409790039062
SSLCP,λ=8,65536,1,860924,13.13665771484375
SSLCP,λ=8,65536,1,858388,13.09796142578125
SSLCP,λ=8,65536,1,932294,14.225677490234375
SSLCP,λ=8,65536,1,879827,13.425094604492188
SSLCP,λ=8,65536,1,941708,14.36932373046875
SSLCP,λ=8,65536,1,1008787,15.392868041992188
SSLCP,λ=8,65536,1,877535,13.390121459960938
SSLCP,λ=8,65536,1,1013817,15.469619750976562
SSLCP,λ=8,65536,1,942542,14.382049560546875
SSLCP,λ=8,65536,1,975015,14.877548217773438
SSLCP,λ=8,65536,1,956207,14.590560913085938
SSLCP,λ=8,65536,1,879021,13.412796020507812
SSLCP,λ=8,65536,1,887629,13.544143676757812
SSLCP,λ=8,65536,1,922346,14.073883056640625
SSLCP,λ=8,65536,1,948628,14.47491455078125
SSLCP,λ=8,65536,1,834929,12.740005493164062
SSLCP,λ=8,65536,1,981231,14.972396850585938
SSLCP,λ=8,65536,1,894204,13.64447021484375
SSLCP,λ=8,65536,1,1087760,16.597900390625
SSLCP,λ=8,65536,1,876476,13.37396240234375
SSLCP,λ=8,65536,1,1279925,19.530105590820312
SSLCP,λ=8,65536,1,1010933,15.425613403320312
SSLCP,λ=8,65536,1,1108266,16.910797119140625
SSLCP,λ=8,65536,1,979433,14.944961547851562
SSLCP,λ=8,65536,1,958845,14.630813598632812
SSDSP,λ=8,65536,1,815985,12.450942993164062
SSDSP,λ=8,65536,1,794181,12.118240356445312
SSDSP,λ=8,65536,1,862419,13.159469604492188
SSDSP,λ=8,65536,1,891435,13.602218627929688
SSDSP,λ=8,65536,1,951396,14.51715087890625
SSDSP,λ=8,65536,1,765686,11.683441162109375
SSDSP,λ=8,65536,1,930745,14.202041625976562
SSDSP,λ=8,65536,1,783519,11.955551147460938
SSDSP,λ=8,65536,1,819717,12.507888793945312
SSDSP,λ=8,65536,1,859474,13.114532470703125
SSDSP,λ=8,65536,1,867835,13.242111206054688
SSDSP,λ=8,65536,1,780522,11.909820556640625
SSDSP,λ=8,65536,1,879247,13.416244506835938
SSDSP,λ=8,65536,1,949993,14.495742797851562
SSDSP,λ=8,65536,1,959354,14.638580322265625
SSDSP,λ=8,65536,1,818195,12.484664916992188
SSDSP,λ=8,65536,1,837435,12.778244018554688
SSDSP,λ=8,65536,1,911369,13.906387329101562
SSDSP,λ=8,65536,1,815308,12.44061279296875
SSDSP,λ=8,65536,1,931051,14.206710815429688
SSDSP,λ=8,65536,1,806583,12.307479858398438
SSDSP,λ=8,65536,1,795756,12.14227294921875
SSDSP,λ=8,65536,1,834541,12.734085083007812
SSDSP,λ=8,65536,1,815669,12.446121215820312
SSDSP,λ=8,65536,1,826515,12.611618041992188
SSDSP,λ=8,65536,1,819709,12.507766723632812
SSDSP,λ=8,65536,1,872764,13.31732177734375
SSDSP,λ=8,65536,1,887368,13.5401611328125
SSDSP,λ=8,65536,1,767478,11.710784912109375
SSDSP,λ=8,65536,1,775655,11.835556030273438
SSDSP,λ=8,65536,1,837101,12.773147583007812
SSDSP,λ=8,65536,1,804577,12.276870727539062
SSDSP,λ=8,65536,1,796558,12.154510498046875
SSDSP,λ=8,65536,1,795813,12.143142700195312
SSDSP,λ=8,65536,1,818620,12.49114990234375
SSDSP,λ=8,65536,1,949541,14.488845825195312
SSDSP,λ=8,65536,1,846690,12.919464111328125
SSDSP,λ=8,65536,1,857294,13.081268310546875
SSDSP,λ=8,65536,1,783996,11.96282958984375
SSDSP,λ=8,65536,1,835127,12.743026733398438
SSDSP,λ=8,65536,1,783782,11.959564208984375
SSDSP,λ=8,65536,1,802158,12.239959716796875
SSDSP,λ=8,65536,1,782802,11.944610595703125
SSDSP,λ=8,65536,1,783588,11.95660400390625
SSDSP,λ=8,65536,1,822722,12.553741455078125
SSDSP,λ=8,65536,1,892874,13.624176025390625
SSDSP,λ=8,65536,1,853866,13.028961181640625
SSDSP,λ=8,65536,1,791003,12.069747924804688
SSDSP,λ=8,65536,1,870440,13.2818603515625
SSDSP,λ=8,65536,1,864279,13.187850952148438
SSDSP,λ=8,65536,1,769227,11.737472534179688
SSDSP,λ=8,65536,1,899506,13.725372314453125
SSDSP,λ=8,65536,1,794887,12.129013061523438
SSDSP,λ=8,65536,1,923769,14.095596313476562
SSDSP,λ=8,65536,1,1167487,17.814437866210938
SSDSP,λ=8,65536,1,838900,12.80059814453125
SSDSP,λ=8,65536,1,921106,14.054962158203125
SSDSP,λ=8,65536,1,807536,12.322021484375
SSDSP,λ=8,65536,1,763712,11.6533203125
SSDSP,λ=8,65536,1,869312,13.2646484375
SSDSP,λ=8,65536,1,952637,14.536087036132812
SSDSP,λ=8,65536,1,896314,13.676666259765625
SSDSP,λ=8,65536,1,777327,11.861068725585938
SSDSP,λ=8,65536,1,732062,11.170379638671875
SSDSP,λ=8,65536,1,896106,13.673492431640625
SSDSP,λ=8,65536,1,936471,14.289413452148438
SSDSP,λ=8,65536,1,839490,12.809600830078125
SSDSP,λ=8,65536,1,758854,11.579193115234375
SSDSP,λ=8,65536,1,851656,12.9952392578125
SSDSP,λ=8,65536,1,770426,11.755767822265625
SSDSP,λ=8,65536,1,811703,12.385604858398438
SSDSP,λ=8,65536,1,852840,13.0133056640625
SSDSP,λ=8,65536,1,815291,12.440353393554688
SSDSP,λ=8,65536,1,1145515,17.479171752929688
SSDSP,λ=8,65536,1,827429,12.625564575195312
SSDSP,λ=8,65536,1,998246,15.232025146484375
SSDSP,λ=8,65536,1,999917,15.257522583007812
SSDSP,λ=8,65536,1,824683,12.583663940429688
SSDSP,λ=8,65536,1,835787,12.753097534179688
SSDSP,λ=8,65536,1,758443,11.572921752929688
SSDSP,λ=8,65536,1,853412,13.02203369140625
SSDSP,λ=8,65536,1,815364,12.44146728515625
SSDSP,λ=8,65536,1,793221,12.103591918945312
SSDSP,λ=8,65536,1,724948,11.06182861328125
SSDSP,λ=8,65536,1,768376,11.7244873046875
SSDSP,λ=8,65536,1,797657,12.171279907226562
SSDSP,λ=8,65536,1,809334,12.349456787109375
SSDSP,λ=8,65536,1,805175,12.285995483398438
SSDSP,λ=8,65536,1,827713,12.629898071289062
SSDSP,λ=8,65536,1,899668,13.72784423828125
SSDSP,λ=8,65536,1,887941,13.548904418945312
SSDSP,λ=8,65536,1,834270,12.729949951171875
SSDSP,λ=8,65536,1,921405,14.059524536132812
SSDSP,λ=8,65536,1,881680,13.453369140625
SSDSP,λ=8,65536,1,801514,12.230133056640625
SSDSP,λ=8,65536,1,838136,12.7889404296875
SSDSP,λ=8,65536,1,858261,13.096023559570312
SSDSP,λ=8,65536,1,773927,11.809188842773438
SSDSP,λ=8,65536,1,870132,13.27716064453125
SSDSP,λ=8,65536,1,814566,12.429290771484375
SRDSP,λ=8,65536,1,562665,8.585586547851562
SRDSP,λ=8,65536,1,565822,8.633758544921875
SRDSP,λ=8,65536,1,607364,9.26763916015625
SRDSP,λ=8,65536,1,580348,8.85540771484375
SRDSP,λ=8,65536,1,589941,9.001785278320312
SRDSP,λ=8,65536,1,568577,8.675796508789062
SRDSP,λ=8,65536,1,603754,9.212554931640625
SRDSP,λ=8,65536,1,667133,10.179641723632812
SRDSP,λ=8,65536,1,575390,8.779754638671875
SRDSP,λ=8,65536,1,548148,8.36407470703125
SRDSP,λ=8,65536,1,574323,8.763473510742188
SRDSP,λ=8,65536,1,608731,9.288497924804688
SRDSP,λ=8,65536,1,569664,8.6923828125
SRDSP,λ=8,65536,1,589327,8.992416381835938
SRDSP,λ=8,65536,1,654699,9.989913940429688
SRDSP,λ=8,65536,1,544388,8.30670166015625
SRDSP,λ=8,65536,1,526624,8.03564453125
SRDSP,λ=8,65536,1,662728,10.1124267578125
SRDSP,λ=8,65536,1,602472,9.1929931640625
SRDSP,λ=8,65536,1,591423,9.024398803710938
SRDSP,λ=8,65536,1,570328,8.7025146484375
SRDSP,λ=8,65536,1,609808,9.304931640625
SRDSP,λ=8,65536,1,588704,8.98291015625
SRDSP,λ=8,65536,1,570621,8.706985473632812
SRDSP,λ=8,65536,1,631171,9.630905151367188
SRDSP,λ=8,65536,1,612238,9.342010498046875
SRDSP,λ=8,65536,1,721250,11.005401611328125
SRDSP,λ=8,65536,1,573932,8.75750732421875
SRDSP,λ=8,65536,1,635818,9.701812744140625
SRDSP,λ=8,65536,1,579218,8.838165283203125
SRDSP,λ=8,65536,1,575989,8.788894653320312
SRDSP,λ=8,65536,1,566347,8.641769409179688
SRDSP,λ=8,65536,1,754635,11.514816284179688
SRDSP,λ=8,65536,1,579922,8.848907470703125
SRDSP,λ=8,65536,1,563101,8.592239379882812
SRDSP,λ=8,65536,1,563184,8.593505859375
SRDSP,λ=8,65536,1,587584,8.9658203125
SRDSP,λ=8,65536,1,561701,8.570877075195312
SRDSP,λ=8,65536,1,560295,8.549423217773438
SRDSP,λ=8,65536,1,649142,9.905120849609375
SRDSP,λ=8,65536,1,622386,9.496856689453125
SRDSP,λ=8,65536,1,646380,9.86297607421875
SRDSP,λ=8,65536,1,538490,8.216705322265625
SRDSP,λ=8,65536,1,563571,8.599411010742188
SRDSP,λ=8,65536,1,607530,9.270172119140625
SRDSP,λ=8,65536,1,582807,8.892929077148438
SRDSP,λ=8,65536,1,557431,8.505722045898438
SRDSP,λ=8,65536,1,560207,8.548080444335938
SRDSP,λ=8,65536,1,617249,9.418472290039062
SRDSP,λ=8,65536,1,556093,8.485305786132812
SRDSP,λ=8,65536,1,569152,8.6845703125
SRDSP,λ=8,65536,1,638332,9.74017333984375
SRDSP,λ=8,65536,1,549035,8.377609252929688
SRDSP,λ=8,65536,1,578496,8.8271484375
SRDSP,λ=8,65536,1,568355,8.672409057617188
SRDSP,λ=8,65536,1,712143,10.866439819335938
SRDSP,λ=8,65536,1,548254,8.365692138671875
SRDSP,λ=8,65536,1,516718,7.884490966796875
SRDSP,λ=8,65536,1,689008,10.513427734375
SRDSP,λ=8,65536,1,590216,9.0059814453125
SRDSP,λ=8,65536,1,526301,8.030715942382812
SRDSP,λ=8,65536,1,628918,9.596527099609375
SRDSP,λ=8,65536,1,542108,8.27191162109375
SRDSP,λ=8,65536,1,629127,9.599716186523438
SRDSP,λ=8,65536,1,622218,9.494293212890625
SRDSP,λ=8,65536,1,553303,8.442733764648438
SRDSP,λ=8,65536,1,611517,9.331008911132812
SRDSP,λ=8,65536,1,546224,8.334716796875
SRDSP,λ=8,65536,1,581324,8.87030029296875
SRDSP,λ=8,65536,1,583230,8.899383544921875
SRDSP,λ=8,65536,1,611504,9.330810546875
SRDSP,λ=8,65536,1,589085,8.988723754882812
SRDSP,λ=8,65536,1,603798,9.213226318359375
SRDSP,λ=8,65536,1,627528,9.5753173828125
SRDSP,λ=8,65536,1,608365,9.282913208007812
SRDSP,λ=8,65536,1,545946,8.330474853515625
SRDSP,λ=8,65536,1,616634,9.409088134765625
SRDSP,λ=8,65536,1,597545,9.117813110351562
SRDSP,λ=8,65536,1,551049,8.408340454101562
SRDSP,λ=8,65536,1,537348,8.19927978515625
SRDSP,λ=8,65536,1,542651,8.280197143554688
SRDSP,λ=8,65536,1,690798,10.540740966796875
SRDSP,λ=8,65536,1,643130,9.813385009765625
SRDSP,λ=8,65536,1,583223,8.899276733398438
SRDSP,λ=8,65536,1,555083,8.469894409179688
SRDSP,λ=8,65536,1,558375,8.520126342773438
SRDSP,λ=8,65536,1,615338,9.389312744140625
SRDSP,λ=8,65536,1,548921,8.375869750976562
SRDSP,λ=8,65536,1,632597,9.652664184570312
SRDSP,λ=8,65536,1,569919,8.696273803710938
SRDSP,λ=8,65536,1,671026,10.239044189453125
SRDSP,λ=8,65536,1,576218,8.792388916015625
SRDSP,λ=8,65536,1,635228,9.69281005859375
SRDSP,λ=8,65536,1,638855,9.748153686523438
SRDSP,λ=8,65536,1,613542,9.361907958984375
SRDSP,λ=8,65536,1,554174,8.456024169921875
SRDSP,λ=8,65536,1,570705,8.708267211914062
SRDSP,λ=8,65536,1,523845,7.9932403564453125
SRDSP,λ=8,65536,1,560196,8.54791259765625
SRDSP,λ=8,65536,1,653212,9.96722412109375
SHDSP,λ=8,65536,1,643235,9.814987182617188
SHDSP,λ=8,65536,1,545129,8.318008422851562
SHDSP,λ=8,65536,1,615125,9.386062622070312
SHDSP,λ=8,65536,1,536461,8.185745239257812
SHDSP,λ=8,65536,1,583854,8.908905029296875
SHDSP,λ=8,65536,1,539811,8.236862182617188
SHDSP,λ=8,65536,1,599556,9.14849853515625
SHDSP,λ=8,65536,1,619695,9.455795288085938
SHDSP,λ=8,65536,1,551388,8.41351318359375
SHDSP,λ=8,65536,1,563650,8.600616455078125
SHDSP,λ=8,65536,1,589646,8.997283935546875
SHDSP,λ=8,65536,1,569087,8.683578491210938
SHDSP,λ=8,65536,1,606163,9.249313354492188
SHDSP,λ=8,65536,1,633016,9.6590576171875
SHDSP,λ=8,65536,1,588421,8.978591918945312
SHDSP,λ=8,65536,1,605175,9.234237670898438
SHDSP,λ=8,65536,1,612425,9.344863891601562
SHDSP,λ=8,65536,1,695584,10.61376953125
SHDSP,λ=8,65536,1,550328,8.3973388671875
SHDSP,λ=8,65536,1,577560,8.8128662109375
SHDSP,λ=8,65536,1,595338,9.084136962890625
SHDSP,λ=8,65536,1,608296,9.2818603515625
SHDSP,λ=8,65536,1,642365,9.801712036132812
SHDSP,λ=8,65536,1,560148,8.54718017578125
SHDSP,λ=8,65536,1,565878,8.634613037109375
SHDSP,λ=8,65536,1,625222,9.540130615234375
SHDSP,λ=8,65536,1,578304,8.82421875
SHDSP,λ=8,65536,1,598706,9.135528564453125
SHDSP,λ=8,65536,1,589623,8.996932983398438
SHDSP,λ=8,65536,1,577923,8.818405151367188
SHDSP,λ=8,65536,1,638961,9.749771118164062
SHDSP,λ=8,65536,1,554700,8.46405029296875
SHDSP,λ=8,65536,1,539500,8.23211669921875
SHDSP,λ=8,65536,1,610609,9.317153930664062
SHDSP,λ=8,65536,1,559252,8.53350830078125
SHDSP,λ=8,65536,1,583289,8.900283813476562
SHDSP,λ=8,65536,1,617585,9.423599243164062
SHDSP,λ=8,65536,1,642895,9.809799194335938
SHDSP,λ=8,65536,1,579847,8.847763061523438
SHDSP,λ=8,65536,1,528208,8.059814453125
SHDSP,λ=8,65536,1,533767,8.144638061523438
SHDSP,λ=8,65536,1,547681,8.356948852539062
SHDSP,λ=8,65536,1,583556,8.90435791015625
SHDSP,λ=8,65536,1,601060,9.17144775390625
SHDSP,λ=8,65536,1,590410,9.008941650390625
SHDSP,λ=8,65536,1,650546,9.926544189453125
SHDSP,λ=8,65536,1,589705,8.998184204101562
SHDSP,λ=8,65536,1,566263,8.640487670898438
SHDSP,λ=8,65536,1,630247,9.616806030273438
SHDSP,λ=8,65536,1,527289,8.045791625976562
SHDSP,λ=8,65536,1,577890,8.817901611328125
SHDSP,λ=8,65536,1,589261,8.991409301757812
SHDSP,λ=8,65536,1,525399,8.016952514648438
SHDSP,λ=8,65536,1,598243,9.128463745117188
SHDSP,λ=8,65536,1,555473,8.475845336914062
SHDSP,λ=8,65536,1,575254,8.777679443359375
SHDSP,λ=8,65536,1,590018,9.002960205078125
SHDSP,λ=8,65536,1,617747,9.426071166992188
SHDSP,λ=8,65536,1,556750,8.495330810546875
SHDSP,λ=8,65536,1,574481,8.765884399414062
SHDSP,λ=8,65536,1,731015,11.154403686523438
SHDSP,λ=8,65536,1,603567,9.209701538085938
SHDSP,λ=8,65536,1,561027,8.560592651367188
SHDSP,λ=8,65536,1,557758,8.510711669921875
SHDSP,λ=8,65536,1,581233,8.868911743164062
SHDSP,λ=8,65536,1,581277,8.869583129882812
SHDSP,λ=8,65536,1,631154,9.630645751953125
SHDSP,λ=8,65536,1,582658,8.890655517578125
SHDSP,λ=8,65536,1,606999,9.262069702148438
SHDSP,λ=8,65536,1,593518,9.056365966796875
SHDSP,λ=8,65536,1,533504,8.140625
SHDSP,λ=8,65536,1,617997,9.429885864257812
SHDSP,λ=8,65536,1,580640,8.85986328125
SHDSP,λ=8,65536,1,607813,9.274490356445312
SHDSP,λ=8,65536,1,649782,9.914886474609375
SHDSP,λ=8,65536,1,645701,9.852615356445312
SHDSP,λ=8,65536,1,642520,9.8040771484375
SHDSP,λ=8,65536,1,547776,8.3583984375
SHDSP,λ=8,65536,1,614394,9.374908447265625
SHDSP,λ=8,65536,1,656556,10.01824951171875
SHDSP,λ=8,65536,1,579854,8.847869873046875
SHDSP,λ=8,65536,1,587350,8.962249755859375
SHDSP,λ=8,65536,1,609243,9.296310424804688
SHDSP,λ=8,65536,1,644360,9.8321533203125
SHDSP,λ=8,65536,1,649595,9.912033081054688
SHDSP,λ=8,65536,1,549436,8.38372802734375
SHDSP,λ=8,65536,1,615998,9.399383544921875
SHDSP,λ=8,65536,1,591648,9.02783203125
SHDSP,λ=8,65536,1,530125,8.089065551757812
SHDSP,λ=8,65536,1,582864,8.893798828125
SHDSP,λ=8,65536,1,575573,8.782546997070312
SHDSP,λ=8,65536,1,568631,8.676620483398438
SHDSP,λ=8,65536,1,525544,8.0191650390625
SHDSP,λ=8,65536,1,595188,9.08184814453125
SHDSP,λ=8,65536,1,644728,9.8377685546875
SHDSP,λ=8,65536,1,577663,8.814437866210938
SHDSP,λ=8,65536,1,535602,8.172637939453125
SHDSP,λ=8,65536,1,612415,9.344711303710938
SHDSP,λ=8,65536,1,548065,8.362808227539062
SHDSP,λ=8,65536,1,561609,8.569473266601562
SHLSP,λ=8,65536,1,516810,7.885894775390625
SHLSP,λ=8,65536,1,532799,8.129867553710938
SHLSP,λ=8,65536,1,586105,8.943252563476562
SHLSP,λ=8,65536,1,611599,9.332260131835938
SHLSP,λ=8,65536,1,591533,9.026077270507812
SHLSP,λ=8,65536,1,574742,8.769866943359375
SHLSP,λ=8,65536,1,555084,8.46990966796875
SHLSP,λ=8,65536,1,581218,8.868682861328125
SHLSP,λ=8,65536,1,561236,8.56378173828125
SHLSP,λ=8,65536,1,557001,8.499160766601562
SHLSP,λ=8,65536,1,560916,8.55889892578125
SHLSP,λ=8,65536,1,540016,8.239990234375
SHLSP,λ=8,65536,1,597034,9.110015869140625
SHLSP,λ=8,65536,1,614045,9.369583129882812
SHLSP,λ=8,65536,1,591601,9.027114868164062
SHLSP,λ=8,65536,1,727255,11.097030639648438
SHLSP,λ=8,65536,1,574174,8.761199951171875
SHLSP,λ=8,65536,1,533965,8.147659301757812
SHLSP,λ=8,65536,1,613123,9.355514526367188
SHLSP,λ=8,65536,1,585290,8.930816650390625
SHLSP,λ=8,65536,1,617413,9.420974731445312
SHLSP,λ=8,65536,1,571248,8.716552734375
SHLSP,λ=8,65536,1,578726,8.830657958984375
SHLSP,λ=8,65536,1,636202,9.707672119140625
SHLSP,λ=8,65536,1,623863,9.519393920898438
SHLSP,λ=8,65536,1,580593,8.859146118164062
SHLSP,λ=8,65536,1,674290,10.288848876953125
SHLSP,λ=8,65536,1,556181,8.486648559570312
SHLSP,λ=8,65536,1,595737,9.090225219726562
SHLSP,λ=8,65536,1,554539,8.461593627929688
SHLSP,λ=8,65536,1,536929,8.192886352539062
SHLSP,λ=8,65536,1,572043,8.728683471679688
SHLSP,λ=8,65536,1,557544,8.5074462890625
SHLSP,λ=8,65536,1,577034,8.804840087890625
SHLSP,λ=8,65536,1,574817,8.771011352539062
SHLSP,λ=8,65536,1,652744,9.9600830078125
SHLSP,λ=8,65536,1,620255,9.464340209960938
SHLSP,λ=8,65536,1,569644,8.69207763671875
SHLSP,λ=8,65536,1,547451,8.353439331054688
SHLSP,λ=8,65536,1,583669,8.906082153320312
SHLSP,λ=8,65536,1,559466,8.536773681640625
SHLSP,λ=8,65536,1,611682,9.333526611328125
SHLSP,λ=8,65536,1,557616,8.508544921875
SHLSP,λ=8,65536,1,571829,8.725418090820312
SHLSP,λ=8,65536,1,608285,9.281692504882812
SHLSP,λ=8,65536,1,709364,10.82403564453125
SHLSP,λ=8,65536,1,571150,8.715057373046875
SHLSP,λ=8,65536,1,594101,9.065261840820312
SHLSP,λ=8,65536,1,557660,8.50921630859375
SHLSP,λ=8,65536,1,574164,8.76104736328125
SHLSP,λ=8,65536,1,588984,8.9871826171875
SHLSP,λ=8,65536,1,686263,10.471542358398438
SHLSP,λ=8,65536,1,541075,8.256149291992188
SHLSP,λ=8,65536,1,561436,8.56683349609375
SHLSP,λ=8,65536,1,589280,8.99169921875
SHLSP,λ=8,65536,1,648771,9.899459838867188
SHLSP,λ=8,65536,1,722004,11.01690673828125
SHLSP,λ=8,65536,1,589930,9.001617431640625
SHLSP,λ=8,65536,1,648106,9.889312744140625
SHLSP,λ=8,65536,1,602851,9.198776245117188
SHLSP,λ=8,65536,1,591179,9.020675659179688
SHLSP,λ=8,65536,1,562930,8.589630126953125
SHLSP,λ=8,65536,1,585025,8.926773071289062
SHLSP,λ=8,65536,1,683013,10.421951293945312
SHLSP,λ=8,65536,1,555151,8.470932006835938
SHLSP,λ=8,65536,1,554278,8.457611083984375
SHLSP,λ=8,65536,1,651549,9.941848754882812
SHLSP,λ=8,65536,1,625037,9.537307739257812
SHLSP,λ=8,65536,1,647705,9.883193969726562
SHLSP,λ=8,65536,1,583436,8.90252685546875
SHLSP,λ=8,65536,1,679518,10.368621826171875
SHLSP,λ=8,65536,1,597545,9.117813110351562
SHLSP,λ=8,65536,1,608024,9.2777099609375
SHLSP,λ=8,65536,1,572257,8.731948852539062
SHLSP,λ=8,65536,1,531957,8.117019653320312
SHLSP,λ=8,65536,1,625318,9.541595458984375
SHLSP,λ=8,65536,1,567625,8.661270141601562
SHLSP,λ=8,65536,1,571709,8.723587036132812
SHLSP,λ=8,65536,1,571885,8.726272583007812
SHLSP,λ=8,65536,1,561658,8.570220947265625
SHLSP,λ=8,65536,1,547215,8.349838256835938
SHLSP,λ=8,65536,1,588430,8.978729248046875
SHLSP,λ=8,65536,1,616412,9.40570068359375
SHLSP,λ=8,65536,1,651172,9.93609619140625
SHLSP,λ=8,65536,1,610871,9.321151733398438
SHLSP,λ=8,65536,1,586627,8.951217651367188
SHLSP,λ=8,65536,1,585061,8.927322387695312
SHLSP,λ=8,65536,1,565550,8.629608154296875
SHLSP,λ=8,65536,1,535316,8.16827392578125
SHLSP,λ=8,65536,1,608389,9.283279418945312
SHLSP,λ=8,65536,1,756132,11.53765869140625
SHLSP,λ=8,65536,1,530349,8.092483520507812
SHLSP,λ=8,65536,1,562662,8.585540771484375
SHLSP,λ=8,65536,1,652057,9.949600219726562
SHLSP,λ=8,65536,1,564838,8.618743896484375
SHLSP,λ=8,65536,1,577930,8.818511962890625
SHLSP,λ=8,65536,1,571836,8.72552490234375
SHLSP,λ=8,65536,1,579692,8.84539794921875
SHLSP,λ=8,65536,1,665477,10.154373168945312
SHLSP,λ=8,65536,1,592620,9.04266357421875
SRLSP,λ=8,65536,1,570968,8.7122802734375
SRLSP,λ=8,65536,1,578414,8.825897216796875
SRLSP,λ=8,65536,1,582216,8.8839111328125
SRLSP,λ=8,65536,1,573146,8.745513916015625
SRLSP,λ=8,65536,1,588718,8.983123779296875
SRLSP,λ=8,65536,1,602312,9.1905517578125
SRLSP,λ=8,65536,1,588297,8.976699829101562
SRLSP,λ=8,65536,1,606729,9.257949829101562
SRLSP,λ=8,65536,1,574442,8.765289306640625
SRLSP,λ=8,65536,1,550934,8.406585693359375
SRLSP,λ=8,65536,1,604775,9.228134155273438
SRLSP,λ=8,65536,1,570129,8.699478149414062
SRLSP,λ=8,65536,1,551709,8.418411254882812
SRLSP,λ=8,65536,1,602704,9.196533203125
SRLSP,λ=8,65536,1,588975,8.987045288085938
SRLSP,λ=8,65536,1,612274,9.342559814453125
SRLSP,λ=8,65536,1,585742,8.937713623046875
SRLSP,λ=8,65536,1,573506,8.751007080078125
SRLSP,λ=8,65536,1,630265,9.617080688476562
SRLSP,λ=8,65536,1,553319,8.442977905273438
SRLSP,λ=8,65536,1,625705,9.547500610351562
SRLSP,λ=8,65536,1,559836,8.54241943359375
SRLSP,λ=8,65536,1,607300,9.26666259765625
SRLSP,λ=8,65536,1,571845,8.725662231445312
SRLSP,λ=8,65536,1,669586,10.217071533203125
SRLSP,λ=8,65536,1,555556,8.47711181640625
SRLSP,λ=8,65536,1,598192,9.127685546875
SRLSP,λ=8,65536,1,595975,9.093856811523438
SRLSP,λ=8,65536,1,537393,8.199966430664062
SRLSP,λ=8,65536,1,598766,9.136444091796875
SRLSP,λ=8,65536,1,580706,8.860870361328125
SRLSP,λ=8,65536,1,578943,8.833969116210938
SRLSP,λ=8,65536,1,568130,8.668975830078125
SRLSP,λ=8,65536,1,582348,8.88592529296875
SRLSP,λ=8,65536,1,538261,8.213211059570312
SRLSP,λ=8,65536,1,598372,9.13043212890625
SRLSP,λ=8,65536,1,611574,9.331878662109375
SRLSP,λ=8,65536,1,580501,8.857742309570312
SRLSP,λ=8,65536,1,602059,9.186691284179688
SRLSP,λ=8,65536,1,552361,8.428359985351562
SRLSP,λ=8,65536,1,693556,10.58282470703125
SRLSP,λ=8,65536,1,602576,9.194580078125
SRLSP,λ=8,65536,1,578581,8.828445434570312
SRLSP,λ=8,65536,1,615051,9.384933471679688
SRLSP,λ=8,65536,1,545253,8.319900512695312
SRLSP,λ=8,65536,1,661417,10.092422485351562
SRLSP,λ=8,65536,1,595903,9.092758178710938
SRLSP,λ=8,65536,1,554521,8.461318969726562
SRLSP,λ=8,65536,1,626518,9.559906005859375
SRLSP,λ=8,65536,1,549908,8.39093017578125
SRLSP,λ=8,65536,1,608565,9.285964965820312
SRLSP,λ=8,65536,1,625578,9.545562744140625
SRLSP,λ=8,65536,1,640532,9.77374267578125
SRLSP,λ=8,65536,1,587036,8.95745849609375
SRLSP,λ=8,65536,1,611261,9.327102661132812
SRLSP,λ=8,65536,1,588639,8.981918334960938
SRLSP,λ=8,65536,1,536078,8.179901123046875
SRLSP,λ=8,65536,1,604488,9.2237548828125
SRLSP,λ=8,65536,1,635319,9.694198608398438
SRLSP,λ=8,65536,1,634806,9.686370849609375
SRLSP,λ=8,65536,1,604336,9.221435546875
SRLSP,λ=8,65536,1,735049,11.215957641601562
SRLSP,λ=8,65536,1,594600,9.0728759765625
SRLSP,λ=8,65536,1,610238,9.311492919921875
SRLSP,λ=8,65536,1,614662,9.378997802734375
SRLSP,λ=8,65536,1,590728,9.0137939453125
SRLSP,λ=8,65536,1,561112,8.5618896484375
SRLSP,λ=8,65536,1,566357,8.641921997070312
SRLSP,λ=8,65536,1,594573,9.072463989257812
SRLSP,λ=8,65536,1,641737,9.792129516601562
SRLSP,λ=8,65536,1,590764,9.01434326171875
SRLSP,λ=8,65536,1,552637,8.432571411132812
SRLSP,λ=8,65536,1,565168,8.623779296875
SRLSP,λ=8,65536,1,637896,9.7335205078125
SRLSP,λ=8,65536,1,622350,9.496307373046875
SRLSP,λ=8,65536,1,589022,8.987762451171875
SRLSP,λ=8,65536,1,590692,9.01324462890625
SRLSP,λ=8,65536,1,530470,8.094329833984375
SRLSP,λ=8,65536,1,608628,9.28692626953125
SRLSP,λ=8,65536,1,593372,9.05413818359375
SRLSP,λ=8,65536,1,598861,9.137893676757812
SRLSP,λ=8,65536,1,593002,9.048492431640625
SRLSP,λ=8,65536,1,594473,9.070938110351562
SRLSP,λ=8,65536,1,559800,8.5418701171875
SRLSP,λ=8,65536,1,589017,8.987686157226562
SRLSP,λ=8,65536,1,615683,9.394577026367188
SRLSP,λ=8,65536,1,573033,8.743789672851562
SRLSP,λ=8,65536,1,555144,8.4708251953125
SRLSP,λ=8,65536,1,621050,9.476470947265625
SRLSP,λ=8,65536,1,566257,8.640396118164062
SRLSP,λ=8,65536,1,563599,8.599838256835938
SRLSP,λ=8,65536,1,586602,8.950836181640625
SRLSP,λ=8,65536,1,623383,9.512069702148438
SRLSP,λ=8,65536,1,576367,8.794662475585938
SRLSP,λ=8,65536,1,577620,8.81378173828125
SRLSP,λ=8,65536,1,613038,9.354217529296875
SRLSP,λ=8,65536,1,621398,9.481781005859375
SRLSP,λ=8,65536,1,582556,8.88909912109375
SRLSP,λ=8,65536,1,608059,9.278244018554688
SRLSP,λ=8,65536,1,642844,9.80902099609375
SSLSP,λ=8,65536,1,870958,13.289764404296875
SSLSP,λ=8,65536,1,854473,13.038223266601562
SSLSP,λ=8,65536,1,899821,13.730178833007812
SSLSP,λ=8,65536,1,816935,12.465438842773438
SSLSP,λ=8,65536,1,877855,13.395004272460938
SSLSP,λ=8,65536,1,870797,13.287307739257812
SSLSP,λ=8,65536,1,852037,13.001052856445312
SSLSP,λ=8,65536,1,837913,12.785537719726562
SSLSP,λ=8,65536,1,839826,12.814727783203125
SSLSP,λ=8,65536,1,884745,13.500137329101562
SSLSP,λ=8,65536,1,862764,13.16473388671875
SSLSP,λ=8,65536,1,803245,12.256546020507812
SSLSP,λ=8,65536,1,862576,13.161865234375
SSLSP,λ=8,65536,1,792830,12.097625732421875
SSLSP,λ=8,65536,1,954833,14.569595336914062
SSLSP,λ=8,65536,1,892372,13.61651611328125
SSLSP,λ=8,65536,1,1087330,16.591339111328125
SSLSP,λ=8,65536,1,936746,14.293609619140625
SSLSP,λ=8,65536,1,927579,14.153732299804688
SSLSP,λ=8,65536,1,988319,15.080551147460938
SSLSP,λ=8,65536,1,865202,13.201934814453125
SSLSP,λ=8,65536,1,838340,12.79205322265625
SSLSP,λ=8,65536,1,776602,11.850006103515625
SSLSP,λ=8,65536,1,871763,13.302047729492188
SSLSP,λ=8,65536,1,774996,11.82550048828125
SSLSP,λ=8,65536,1,878093,13.398635864257812
SSLSP,λ=8,65536,1,888970,13.564605712890625
SSLSP,λ=8,65536,1,1004212,15.32305908203125
SSLSP,λ=8,65536,1,872104,13.3072509765625
SSLSP,λ=8,65536,1,802872,12.2508544921875
SSLSP,λ=8,65536,1,829301,12.654129028320312
SSLSP,λ=8,65536,1,808724,12.34014892578125
SSLSP,λ=8,65536,1,964886,14.722991943359375
SSLSP,λ=8,65536,1,820002,12.512237548828125
SSLSP,λ=8,65536,1,825792,12.6005859375
SSLSP,λ=8,65536,1,880427,13.434249877929688
SSLSP,λ=8,65536,1,884881,13.502212524414062
SSLSP,λ=8,65536,1,892165,13.613357543945312
SSLSP,λ=8,65536,1,820387,12.518112182617188
SSLSP,λ=8,65536,1,884251,13.492599487304688
SSLSP,λ=8,65536,1,857096,13.0782470703125
SSLSP,λ=8,65536,1,868083,13.245895385742188
SSLSP,λ=8,65536,1,902140,13.76556396484375
SSLSP,λ=8,65536,1,1115469,17.020706176757812
SSLSP,λ=8,65536,1,1052907,16.066085815429688
SSLSP,λ=8,65536,1,899454,13.724578857421875
SSLSP,λ=8,65536,1,757569,11.559585571289062
SSLSP,λ=8,65536,1,822198,12.545745849609375
SSLSP,λ=8,65536,1,864155,13.185958862304688
SSLSP,λ=8,65536,1,905645,13.819046020507812
SSLSP,λ=8,65536,1,878261,13.401199340820312
SSLSP,λ=8,65536,1,741094,11.308197021484375
SSLSP,λ=8,65536,1,865014,13.199066162109375
SSLSP,λ=8,65536,1,909409,13.876480102539062
SSLSP,λ=8,65536,1,899521,13.725601196289062
SSLSP,λ=8,65536,1,910794,13.897613525390625
SSLSP,λ=8,65536,1,784747,11.974288940429688
SSLSP,λ=8,65536,1,848539,12.947677612304688
SSLSP,λ=8,65536,1,777552,11.864501953125
SSLSP,λ=8,65536,1,791351,12.075057983398438
SSLSP,λ=8,65536,1,829491,12.657028198242188
SSLSP,λ=8,65536,1,961058,14.664581298828125
SSLSP,λ=8,65536,1,798656,12.1865234375
SSLSP,λ=8,65536,1,912513,13.923843383789062
SSLSP,λ=8,65536,1,905587,13.818161010742188
SSLSP,λ=8,65536,1,791326,12.074676513671875
SSLSP,λ=8,65536,1,836184,12.7591552734375
SSLSP,λ=8,65536,1,860026,13.122955322265625
SSLSP,λ=8,65536,1,897907,13.700973510742188
SSLSP,λ=8,65536,1,772499,11.787399291992188
SSLSP,λ=8,65536,1,987826,15.073028564453125
SSLSP,λ=8,65536,1,840571,12.826095581054688
SSLSP,λ=8,65536,1,823938,12.572296142578125
SSLSP,λ=8,65536,1,778512,11.879150390625
SSLSP,λ=8,65536,1,842471,12.855087280273438
SSLSP,λ=8,65536,1,871967,13.305160522460938
SSLSP,λ=8,65536,1,814902,12.434417724609375
SSLSP,λ=8,65536,1,1165523,17.784469604492188
SSLSP,λ=8,65536,1,860478,13.129852294921875
SSLSP,λ=8,65536,1,769233,11.737564086914062
SSLSP,λ=8,65536,1,935435,14.273605346679688
SSLSP,λ=8,65536,1,859371,13.112960815429688
SSLSP,λ=8,65536,1,837135,12.773666381835938
SSLSP,λ=8,65536,1,821757,12.539016723632812
SSLSP,λ=8,65536,1,864396,13.18963623046875
SSLSP,λ=8,65536,1,833883,12.724044799804688
SSLSP,λ=8,65536,1,847513,12.932022094726562
SSLSP,λ=8,65536,1,946778,14.446685791015625
SSLSP,λ=8,65536,1,805887,12.296859741210938
SSLSP,λ=8,65536,1,842721,12.858901977539062
SSLSP,λ=8,65536,1,841135,12.834701538085938
SSLSP,λ=8,65536,1,947989,14.465164184570312
SSLSP,λ=8,65536,1,910686,13.895965576171875
SSLSP,λ=8,65536,1,849459,12.961715698242188
SSLSP,λ=8,65536,1,800553,12.215469360351562
SSLSP,λ=8,65536,1,829247,12.653305053710938
SSLSP,λ=8,65536,1,816318,12.456024169921875
SSLSP,λ=8,65536,1,839762,12.813751220703125
SSLSP,λ=8,65536,1,849124,12.95660400390625
SSLSP,λ=8,65536,1,932649,14.231094360351562
SSDMP,λ=8,65536,1,833211,12.713790893554688
SSDMP,λ=8,65536,1,844484,12.88580322265625
SSDMP,λ=8,65536,1,921153,14.055679321289062
SSDMP,λ=8,65536,1,922678,14.078948974609375
SSDMP,λ=8,65536,1,948166,14.467864990234375
SSDMP,λ=8,65536,1,955533,14.580276489257812
SSDMP,λ=8,65536,1,864441,13.190322875976562
SSDMP,λ=8,65536,1,897108,13.68878173828125
SSDMP,λ=8,65536,1,788792,12.0360107421875
SSDMP,λ=8,65536,1,867794,13.241485595703125
SSDMP,λ=8,65536,1,871500,13.29803466796875
SSDMP,λ=8,65536,1,919742,14.034149169921875
SSDMP,λ=8,65536,1,942327,14.378768920898438
SSDMP,λ=8,65536,1,861775,13.149642944335938
SSDMP,λ=8,65536,1,855162,13.048736572265625
SSDMP,λ=8,65536,1,811214,12.378143310546875
SSDMP,λ=8,65536,1,908474,13.862213134765625
SSDMP,λ=8,65536,1,827540,12.62725830078125
SSDMP,λ=8,65536,1,836735,12.767562866210938
SSDMP,λ=8,65536,1,939031,14.328475952148438
SSDMP,λ=8,65536,1,780979,11.916793823242188
SSDMP,λ=8,65536,1,783930,11.961822509765625
SSDMP,λ=8,65536,1,795165,12.133255004882812
SSDMP,λ=8,65536,1,884864,13.501953125
SSDMP,λ=8,65536,1,946642,14.444610595703125
SSDMP,λ=8,65536,1,865035,13.199386596679688
SSDMP,λ=8,65536,1,774256,11.814208984375
SSDMP,λ=8,65536,1,873796,13.33306884765625
SSDMP,λ=8,65536,1,783310,11.952362060546875
SSDMP,λ=8,65536,1,862229,13.156570434570312
SSDMP,λ=8,65536,1,861321,13.142715454101562
SSDMP,λ=8,65536,1,834527,12.733871459960938
SSDMP,λ=8,65536,1,794289,12.119888305664062
SSDMP,λ=8,65536,1,876341,13.371902465820312
SSDMP,λ=8,65536,1,760964,11.61138916015625
SSDMP,λ=8,65536,1,942193,14.376724243164062
SSDMP,λ=8,65536,1,908687,13.865463256835938
SSDMP,λ=8,65536,1,1103932,16.84466552734375
SSDMP,λ=8,65536,1,939358,14.333465576171875
SSDMP,λ=8,65536,1,943228,14.39251708984375
SSDMP,λ=8,65536,1,791998,12.084930419921875
SSDMP,λ=8,65536,1,876614,13.376068115234375
SSDMP,λ=8,65536,1,871463,13.297470092773438
SSDMP,λ=8,65536,1,817669,12.476638793945312
SSDMP,λ=8,65536,1,870374,13.280853271484375
SSDMP,λ=8,65536,1,929201,14.178482055664062
SSDMP,λ=8,65536,1,932705,14.231948852539062
SSDMP,λ=8,65536,1,897541,13.695388793945312
SSDMP,λ=8,65536,1,828594,12.643341064453125
SSDMP,λ=8,65536,1,921346,14.058624267578125
SSDMP,λ=8,65536,1,849516,12.96258544921875
SSDMP,λ=8,65536,1,832819,12.707809448242188
SSDMP,λ=8,65536,1,872197,13.308670043945312
SSDMP,λ=8,65536,1,864583,13.192489624023438
SSDMP,λ=8,65536,1,901879,13.761581420898438
SSDMP,λ=8,65536,1,828280,12.6385498046875
SSDMP,λ=8,65536,1,814493,12.428176879882812
SSDMP,λ=8,65536,1,812287,12.394515991210938
SSDMP,λ=8,65536,1,791727,12.080795288085938
SSDMP,λ=8,65536,1,869261,13.263870239257812
SSDMP,λ=8,65536,1,862497,13.160659790039062
SSDMP,λ=8,65536,1,1165535,17.784652709960938
SSDMP,λ=8,65536,1,923651,14.093795776367188
SSDMP,λ=8,65536,1,821409,12.533706665039062
SSDMP,λ=8,65536,1,799393,12.197769165039062
SSDMP,λ=8,65536,1,811997,12.390090942382812
SSDMP,λ=8,65536,1,930864,14.203857421875
SSDMP,λ=8,65536,1,1029951,15.715805053710938
SSDMP,λ=8,65536,1,775955,11.840133666992188
SSDMP,λ=8,65536,1,916288,13.9814453125
SSDMP,λ=8,65536,1,866714,13.225006103515625
SSDMP,λ=8,65536,1,959233,14.636734008789062
SSDMP,λ=8,65536,1,927377,14.150650024414062
SSDMP,λ=8,65536,1,837895,12.785263061523438
SSDMP,λ=8,65536,1,900585,13.741836547851562
SSDMP,λ=8,65536,1,876492,13.37420654296875
SSDMP,λ=8,65536,1,848175,12.942123413085938
SSDMP,λ=8,65536,1,789688,12.0496826171875
SSDMP,λ=8,65536,1,935214,14.270233154296875
SSDMP,λ=8,65536,1,965997,14.739944458007812
SSDMP,λ=8,65536,1,898322,13.707305908203125
SSDMP,λ=8,65536,1,913376,13.93701171875
SSDMP,λ=8,65536,1,892864,13.6240234375
SSDMP,λ=8,65536,1,920184,14.0408935546875
SSDMP,λ=8,65536,1,884381,13.494583129882812
SSDMP,λ=8,65536,1,925953,14.128921508789062
SSDMP,λ=8,65536,1,1063872,16.2333984375
SSDMP,λ=8,65536,1,836344,12.7615966796875
SSDMP,λ=8,65536,1,860506,13.130279541015625
SSDMP,λ=8,65536,1,1048658,16.001251220703125
SSDMP,λ=8,65536,1,839668,12.81231689453125
SSDMP,λ=8,65536,1,899792,13.729736328125
SSDMP,λ=8,65536,1,859221,13.110671997070312
SSDMP,λ=8,65536,1,1023590,15.618743896484375
SSDMP,λ=8,65536,1,894008,13.6414794921875
SSDMP,λ=8,65536,1,839564,12.81072998046875
SSDMP,λ=8,65536,1,821639,12.537216186523438
SSDMP,λ=8,65536,1,871721,13.301406860351562
SSDMP,λ=8,65536,1,846591,12.917953491210938
SSDMP,λ=8,65536,1,928043,14.160812377929688
SRDMP,λ=8,65536,1,656744,10.0211181640625
SRDMP,λ=8,65536,1,600349,9.160598754882812
SRDMP,λ=8,65536,1,661657,10.096084594726562
SRDMP,λ=8,65536,1,584636,8.92083740234375
SRDMP,λ=8,65536,1,603390,9.207000732421875
SRDMP,λ=8,65536,1,619785,9.457168579101562
SRDMP,λ=8,65536,1,592834,9.045928955078125
SRDMP,λ=8,65536,1,566789,8.648513793945312
SRDMP,λ=8,65536,1,567381,8.657546997070312
SRDMP,λ=8,65536,1,653387,9.969894409179688
SRDMP,λ=8,65536,1,611752,9.3345947265625
SRDMP,λ=8,65536,1,632099,9.645065307617188
SRDMP,λ=8,65536,1,682601,10.415664672851562
SRDMP,λ=8,65536,1,688800,10.51025390625
SRDMP,λ=8,65536,1,589421,8.993850708007812
SRDMP,λ=8,65536,1,608668,9.28753662109375
SRDMP,λ=8,65536,1,629703,9.608505249023438
SRDMP,λ=8,65536,1,588968,8.9869384765625
SRDMP,λ=8,65536,1,621314,9.480499267578125
SRDMP,λ=8,65536,1,621574,9.484466552734375
SRDMP,λ=8,65536,1,691297,10.548355102539062
SRDMP,λ=8,65536,1,654588,9.98822021484375
SRDMP,λ=8,65536,1,611835,9.335861206054688
SRDMP,λ=8,65536,1,625222,9.540130615234375
SRDMP,λ=8,65536,1,608075,9.278488159179688
SRDMP,λ=8,65536,1,630224,9.616455078125
SRDMP,λ=8,65536,1,667742,10.188934326171875
SRDMP,λ=8,65536,1,640313,9.770401000976562
SRDMP,λ=8,65536,1,581523,8.873336791992188
SRDMP,λ=8,65536,1,688497,10.505630493164062
SRDMP,λ=8,65536,1,639102,9.751922607421875
SRDMP,λ=8,65536,1,629928,9.6119384765625
SRDMP,λ=8,65536,1,617769,9.426406860351562
SRDMP,λ=8,65536,1,630746,9.624420166015625
SRDMP,λ=8,65536,1,578996,8.83477783203125
SRDMP,λ=8,65536,1,641956,9.79547119140625
SRDMP,λ=8,65536,1,592316,9.03802490234375
SRDMP,λ=8,65536,1,699577,10.674697875976562
SRDMP,λ=8,65536,1,624555,9.529953002929688
SRDMP,λ=8,65536,1,661186,10.088897705078125
SRDMP,λ=8,65536,1,589169,8.990005493164062
SRDMP,λ=8,65536,1,619708,9.45599365234375
SRDMP,λ=8,65536,1,623362,9.511749267578125
SRDMP,λ=8,65536,1,607215,9.265365600585938
SRDMP,λ=8,65536,1,723574,11.040863037109375
SRDMP,λ=8,65536,1,623882,9.519683837890625
SRDMP,λ=8,65536,1,579924,8.84893798828125
SRDMP,λ=8,65536,1,628294,9.587005615234375
SRDMP,λ=8,65536,1,571522,8.720733642578125
SRDMP,λ=8,65536,1,579534,8.842987060546875
SRDMP,λ=8,65536,1,646987,9.872238159179688
SRDMP,λ=8,65536,1,569661,8.692337036132812
SRDMP,λ=8,65536,1,634098,9.675567626953125
SRDMP,λ=8,65536,1,580574,8.858856201171875
SRDMP,λ=8,65536,1,618590,9.438934326171875
SRDMP,λ=8,65536,1,613561,9.362197875976562
SRDMP,λ=8,65536,1,552056,8.4237060546875
SRDMP,λ=8,65536,1,617569,9.423355102539062
SRDMP,λ=8,65536,1,593159,9.050888061523438
SRDMP,λ=8,65536,1,564872,8.6192626953125
SRDMP,λ=8,65536,1,602596,9.19488525390625
SRDMP,λ=8,65536,1,713117,10.881301879882812
SRDMP,λ=8,65536,1,579380,8.84063720703125
SRDMP,λ=8,65536,1,616500,9.40704345703125
SRDMP,λ=8,65536,1,692268,10.56317138671875
SRDMP,λ=8,65536,1,603179,9.203781127929688
SRDMP,λ=8,65536,1,588069,8.973220825195312
SRDMP,λ=8,65536,1,596310,9.098968505859375
SRDMP,λ=8,65536,1,583817,8.908340454101562
SRDMP,λ=8,65536,1,661342,10.091278076171875
SRDMP,λ=8,65536,1,610155,9.310226440429688
SRDMP,λ=8,65536,1,623329,9.511245727539062
SRDMP,λ=8,65536,1,604484,9.22369384765625
SRDMP,λ=8,65536,1,735943,11.229598999023438
SRDMP,λ=8,65536,1,576666,8.799224853515625
SRDMP,λ=8,65536,1,570122,8.699371337890625
SRDMP,λ=8,65536,1,623745,9.517593383789062
SRDMP,λ=8,65536,1,626812,9.56439208984375
SRDMP,λ=8,65536,1,608691,9.287887573242188
SRDMP,λ=8,65536,1,585949,8.940872192382812
SRDMP,λ=8,65536,1,622472,9.4981689453125
SRDMP,λ=8,65536,1,587316,8.96173095703125
SRDMP,λ=8,65536,1,589811,8.999801635742188
SRDMP,λ=8,65536,1,567452,8.65863037109375
SRDMP,λ=8,65536,1,572466,8.735137939453125
SRDMP,λ=8,65536,1,589281,8.991714477539062
SRDMP,λ=8,65536,1,660704,10.08154296875
SRDMP,λ=8,65536,1,669986,10.223175048828125
SRDMP,λ=8,65536,1,608259,9.281295776367188
SRDMP,λ=8,65536,1,655789,10.006546020507812
SRDMP,λ=8,65536,1,634454,9.680999755859375
SRDMP,λ=8,65536,1,581411,8.871627807617188
SRDMP,λ=8,65536,1,649653,9.912918090820312
SRDMP,λ=8,65536,1,599231,9.143539428710938
SRDMP,λ=8,65536,1,579576,8.8436279296875
SRDMP,λ=8,65536,1,642619,9.805587768554688
SRDMP,λ=8,65536,1,575827,8.786422729492188
SRDMP,λ=8,65536,1,596772,9.10601806640625
SRDMP,λ=8,65536,1,615961,9.398818969726562
SRDMP,λ=8,65536,1,600153,9.157608032226562
SHDMP,λ=8,65536,1,611177,9.325820922851562
SHDMP,λ=8,65536,1,615640,9.3939208984375
SHDMP,λ=8,65536,1,572434,8.734649658203125
SHDMP,λ=8,65536,1,643054,9.812225341796875
SHDMP,λ=8,65536,1,626192,9.554931640625
SHDMP,λ=8,65536,1,582858,8.893707275390625
SHDMP,λ=8,65536,1,639328,9.75537109375
SHDMP,λ=8,65536,1,630508,9.62078857421875
SHDMP,λ=8,65536,1,601055,9.171371459960938
SHDMP,λ=8,65536,1,626174,9.554656982421875
SHDMP,λ=8,65536,1,652922,9.962799072265625
SHDMP,λ=8,65536,1,690038,10.529144287109375
SHDMP,λ=8,65536,1,542394,8.276275634765625
SHDMP,λ=8,65536,1,630779,9.624923706054688
SHDMP,λ=8,65536,1,627081,9.568496704101562
SHDMP,λ=8,65536,1,644858,9.839752197265625
SHDMP,λ=8,65536,1,706101,10.774246215820312
SHDMP,λ=8,65536,1,557803,8.511398315429688
SHDMP,λ=8,65536,1,630904,9.6268310546875
SHDMP,λ=8,65536,1,602245,9.189529418945312
SHDMP,λ=8,65536,1,580822,8.862640380859375
SHDMP,λ=8,65536,1,637103,9.721420288085938
SHDMP,λ=8,65536,1,626151,9.554306030273438
SHDMP,λ=8,65536,1,602978,9.200714111328125
SHDMP,λ=8,65536,1,619764,9.45684814453125
SHDMP,λ=8,65536,1,586895,8.955307006835938
SHDMP,λ=8,65536,1,628580,9.59136962890625
SHDMP,λ=8,65536,1,593084,9.04974365234375
SHDMP,λ=8,65536,1,646682,9.867584228515625
SHDMP,λ=8,65536,1,656167,10.012313842773438
SHDMP,λ=8,65536,1,657195,10.027999877929688
SHDMP,λ=8,65536,1,581279,8.869613647460938
SHDMP,λ=8,65536,1,589363,8.992965698242188
SHDMP,λ=8,65536,1,581642,8.875152587890625
SHDMP,λ=8,65536,1,573985,8.758316040039062
SHDMP,λ=8,65536,1,639369,9.755996704101562
SHDMP,λ=8,65536,1,599321,9.144912719726562
SHDMP,λ=8,65536,1,673890,10.282745361328125
SHDMP,λ=8,65536,1,687927,10.496932983398438
SHDMP,λ=8,65536,1,637389,9.725784301757812
SHDMP,λ=8,65536,1,635326,9.694305419921875
SHDMP,λ=8,65536,1,608231,9.280868530273438
SHDMP,λ=8,65536,1,676643,10.324752807617188
SHDMP,λ=8,65536,1,610941,9.322219848632812
SHDMP,λ=8,65536,1,671234,10.242218017578125
SHDMP,λ=8,65536,1,614729,9.380020141601562
SHDMP,λ=8,65536,1,655629,10.004104614257812
SHDMP,λ=8,65536,1,581100,8.86688232421875
SHDMP,λ=8,65536,1,601118,9.172332763671875
SHDMP,λ=8,65536,1,655134,9.996551513671875
SHDMP,λ=8,65536,1,608279,9.281600952148438
SHDMP,λ=8,65536,1,703323,10.731857299804688
SHDMP,λ=8,65536,1,594497,9.071304321289062
SHDMP,λ=8,65536,1,593234,9.052032470703125
SHDMP,λ=8,65536,1,619388,9.45111083984375
SHDMP,λ=8,65536,1,576688,8.799560546875
SHDMP,λ=8,65536,1,566027,8.636886596679688
SHDMP,λ=8,65536,1,574959,8.773178100585938
SHDMP,λ=8,65536,1,574243,8.762252807617188
SHDMP,λ=8,65536,1,601723,9.181564331054688
SHDMP,λ=8,65536,1,662074,10.102447509765625
SHDMP,λ=8,65536,1,721718,11.012542724609375
SHDMP,λ=8,65536,1,597850,9.122467041015625
SHDMP,λ=8,65536,1,583475,8.903121948242188
SHDMP,λ=8,65536,1,586194,8.944610595703125
SHDMP,λ=8,65536,1,594245,9.067459106445312
SHDMP,λ=8,65536,1,625490,9.544219970703125
SHDMP,λ=8,65536,1,604165,9.218826293945312
SHDMP,λ=8,65536,1,636890,9.718170166015625
SHDMP,λ=8,65536,1,597027,9.109909057617188
SHDMP,λ=8,65536,1,720238,10.989959716796875
SHDMP,λ=8,65536,1,624350,9.526824951171875
SHDMP,λ=8,65536,1,592135,9.035263061523438
SHDMP,λ=8,65536,1,630200,9.6160888671875
SHDMP,λ=8,65536,1,584933,8.925369262695312
SHDMP,λ=8,65536,1,600778,9.167144775390625
SHDMP,λ=8,65536,1,709770,10.830230712890625
SHDMP,λ=8,65536,1,627712,9.578125
SHDMP,λ=8,65536,1,600275,9.159469604492188
SHDMP,λ=8,65536,1,599544,9.1483154296875
SHDMP,λ=8,65536,1,642015,9.796371459960938
SHDMP,λ=8,65536,1,615067,9.385177612304688
SHDMP,λ=8,65536,1,626773,9.563796997070312
SHDMP,λ=8,65536,1,580797,8.862258911132812
SHDMP,λ=8,65536,1,639301,9.754959106445312
SHDMP,λ=8,65536,1,604655,9.226303100585938
SHDMP,λ=8,65536,1,681496,10.3988037109375
SHDMP,λ=8,65536,1,594426,9.070220947265625
SHDMP,λ=8,65536,1,680884,10.38946533203125
SHDMP,λ=8,65536,1,585394,8.932403564453125
SHDMP,λ=8,65536,1,633477,9.666091918945312
SHDMP,λ=8,65536,1,591164,9.02044677734375
SHDMP,λ=8,65536,1,624683,9.531906127929688
SHDMP,λ=8,65536,1,660653,10.080764770507812
SHDMP,λ=8,65536,1,567509,8.659500122070312
SHDMP,λ=8,65536,1,626911,9.565902709960938
SHDMP,λ=8,65536,1,595127,9.080917358398438
SHDMP,λ=8,65536,1,601635,9.180221557617188
SHDMP,λ=8,65536,1,583777,8.907730102539062
SHDMP,λ=8,65536,1,578701,8.830276489257812
SHLMP,λ=8,65536,1,602602,9.194976806640625
SHLMP,λ=8,65536,1,630711,9.623886108398438
SHLMP,λ=8,65536,1,682555,10.414962768554688
SHLMP,λ=8,65536,1,734184,11.2027587890625
SHLMP,λ=8,65536,1,695387,10.610763549804688
SHLMP,λ=8,65536,1,581098,8.866851806640625
SHLMP,λ=8,65536,1,576518,8.796966552734375
SHLMP,λ=8,65536,1,604233,9.219863891601562
SHLMP,λ=8,65536,1,670767,10.235092163085938
SHLMP,λ=8,65536,1,650227,9.921676635742188
SHLMP,λ=8,65536,1,603569,9.209732055664062
SHLMP,λ=8,65536,1,578253,8.823440551757812
SHLMP,λ=8,65536,1,590096,9.004150390625
SHLMP,λ=8,65536,1,731090,11.155548095703125
SHLMP,λ=8,65536,1,636262,9.708587646484375
SHLMP,λ=8,65536,1,655485,10.001907348632812
SHLMP,λ=8,65536,1,613897,9.367324829101562
SHLMP,λ=8,65536,1,729712,11.134521484375
SHLMP,λ=8,65536,1,610423,9.314315795898438
SHLMP,λ=8,65536,1,595853,9.091995239257812
SHLMP,λ=8,65536,1,584778,8.923004150390625
SHLMP,λ=8,65536,1,615205,9.387283325195312
SHLMP,λ=8,65536,1,576304,8.793701171875
SHLMP,λ=8,65536,1,616639,9.409164428710938
SHLMP,λ=8,65536,1,650991,9.933334350585938
SHLMP,λ=8,65536,1,653742,9.975311279296875
SHLMP,λ=8,65536,1,627669,9.577468872070312
SHLMP,λ=8,65536,1,633986,9.673858642578125
SHLMP,λ=8,65536,1,686003,10.467575073242188
SHLMP,λ=8,65536,1,573811,8.755661010742188
SHLMP,λ=8,65536,1,657480,10.0323486328125
SHLMP,λ=8,65536,1,600326,9.160247802734375
SHLMP,λ=8,65536,1,755725,11.531448364257812
SHLMP,λ=8,65536,1,647657,9.882461547851562
SHLMP,λ=8,65536,1,633319,9.663681030273438
SHLMP,λ=8,65536,1,665916,10.16107177734375
SHLMP,λ=8,65536,1,691925,10.557937622070312
SHLMP,λ=8,65536,1,628462,9.589569091796875
SHLMP,λ=8,65536,1,589501,8.995071411132812
SHLMP,λ=8,65536,1,620376,9.4661865234375
SHLMP,λ=8,65536,1,601555,9.179000854492188
SHLMP,λ=8,65536,1,625692,9.54730224609375
SHLMP,λ=8,65536,1,781720,11.9281005859375
SHLMP,λ=8,65536,1,626186,9.554840087890625
SHLMP,λ=8,65536,1,578370,8.825225830078125
SHLMP,λ=8,65536,1,656648,10.0196533203125
SHLMP,λ=8,65536,1,612792,9.3504638671875
SHLMP,λ=8,65536,1,615266,9.388214111328125
SHLMP,λ=8,65536,1,582348,8.88592529296875
SHLMP,λ=8,65536,1,611149,9.325393676757812
SHLMP,λ=8,65536,1,642733,9.807327270507812
SHLMP,λ=8,65536,1,567404,8.65789794921875
SHLMP,λ=8,65536,1,706732,10.78387451171875
SHLMP,λ=8,65536,1,579467,8.841964721679688
SHLMP,λ=8,65536,1,681803,10.403488159179688
SHLMP,λ=8,65536,1,587025,8.957290649414062
SHLMP,λ=8,65536,1,609505,9.300308227539062
SHLMP,λ=8,65536,1,651582,9.942352294921875
SHLMP,λ=8,65536,1,679817,10.373184204101562
SHLMP,λ=8,65536,1,630374,9.618743896484375
SHLMP,λ=8,65536,1,594699,9.074386596679688
SHLMP,λ=8,65536,1,658193,10.043228149414062
SHLMP,λ=8,65536,1,567024,8.652099609375
SHLMP,λ=8,65536,1,609619,9.302047729492188
SHLMP,λ=8,65536,1,600128,9.1572265625
SHLMP,λ=8,65536,1,639527,9.758407592773438
SHLMP,λ=8,65536,1,599214,9.143280029296875
SHLMP,λ=8,65536,1,596440,9.1009521484375
SHLMP,λ=8,65536,1,716000,10.92529296875
SHLMP,λ=8,65536,1,586899,8.955368041992188
SHLMP,λ=8,65536,1,622567,9.499618530273438
SHLMP,λ=8,65536,1,657869,10.038284301757812
SHLMP,λ=8,65536,1,603955,9.215621948242188
SHLMP,λ=8,65536,1,658512,10.048095703125
SHLMP,λ=8,65536,1,600884,9.16876220703125
SHLMP,λ=8,65536,1,686545,10.475845336914062
SHLMP,λ=8,65536,1,690244,10.53228759765625
SHLMP,λ=8,65536,1,587220,8.96026611328125
SHLMP,λ=8,65536,1,713566,10.888153076171875
SHLMP,λ=8,65536,1,626136,9.5540771484375
SHLMP,λ=8,65536,1,709226,10.821929931640625
SHLMP,λ=8,65536,1,597844,9.12237548828125
SHLMP,λ=8,65536,1,613472,9.36083984375
SHLMP,λ=8,65536,1,661310,10.090789794921875
SHLMP,λ=8,65536,1,726529,11.085952758789062
SHLMP,λ=8,65536,1,669202,10.211212158203125
SHLMP,λ=8,65536,1,662634,10.110992431640625
SHLMP,λ=8,65536,1,628458,9.589508056640625
SHLMP,λ=8,65536,1,819450,12.503814697265625
SHLMP,λ=8,65536,1,767433,11.710098266601562
SHLMP,λ=8,65536,1,652890,9.962310791015625
SHLMP,λ=8,65536,1,696918,10.634124755859375
SHLMP,λ=8,65536,1,609256,9.2965087890625
SHLMP,λ=8,65536,1,649967,9.917709350585938
SHLMP,λ=8,65536,1,654164,9.98175048828125
SHLMP,λ=8,65536,1,626426,9.558502197265625
SHLMP,λ=8,65536,1,641796,9.79302978515625
SHLMP,λ=8,65536,1,617129,9.416641235351562
SHLMP,λ=8,65536,1,873202,13.324005126953125
SHLMP,λ=8,65536,1,610567,9.316513061523438
SRLMP,λ=8,65536,1,643403,9.817550659179688
SRLMP,λ=8,65536,1,633500,9.66644287109375
SRLMP,λ=8,65536,1,598308,9.12945556640625
SRLMP,λ=8,65536,1,599333,9.145095825195312
SRLMP,λ=8,65536,1,682629,10.416091918945312
SRLMP,λ=8,65536,1,663286,10.120941162109375
SRLMP,λ=8,65536,1,610890,9.321441650390625
SRLMP,λ=8,65536,1,664971,10.146652221679688
SRLMP,λ=8,65536,1,644071,9.827743530273438
SRLMP,λ=8,65536,1,771743,11.775863647460938
SRLMP,λ=8,65536,1,653137,9.966079711914062
SRLMP,λ=8,65536,1,648234,9.891265869140625
SRLMP,λ=8,65536,1,653041,9.964614868164062
SRLMP,λ=8,65536,1,661572,10.09478759765625
SRLMP,λ=8,65536,1,687573,10.491531372070312
SRLMP,λ=8,65536,1,632399,9.649642944335938
SRLMP,λ=8,65536,1,636787,9.716598510742188
SRLMP,λ=8,65536,1,633551,9.667221069335938
SRLMP,λ=8,65536,1,591429,9.024490356445312
SRLMP,λ=8,65536,1,593126,9.050384521484375
SRLMP,λ=8,65536,1,602258,9.189727783203125
SRLMP,λ=8,65536,1,563969,8.605484008789062
SRLMP,λ=8,65536,1,725256,11.0665283203125
SRLMP,λ=8,65536,1,680795,10.388107299804688
SRLMP,λ=8,65536,1,658941,10.054641723632812
SRLMP,λ=8,65536,1,716059,10.926193237304688
SRLMP,λ=8,65536,1,691536,10.552001953125
SRLMP,λ=8,65536,1,690185,10.531387329101562
SRLMP,λ=8,65536,1,625553,9.545181274414062
SRLMP,λ=8,65536,1,721187,11.004440307617188
SRLMP,λ=8,65536,1,631263,9.632308959960938
SRLMP,λ=8,65536,1,672185,10.256729125976562
SRLMP,λ=8,65536,1,717295,10.945053100585938
SRLMP,λ=8,65536,1,604731,9.227462768554688
SRLMP,λ=8,65536,1,647594,9.881500244140625
SRLMP,λ=8,65536,1,636047,9.705307006835938
SRLMP,λ=8,65536,1,689713,10.524185180664062
SRLMP,λ=8,65536,1,638430,9.741668701171875
SRLMP,λ=8,65536,1,617602,9.423858642578125
SRLMP,λ=8,65536,1,647037,9.873001098632812
SRLMP,λ=8,65536,1,603758,9.212615966796875
SRLMP,λ=8,65536,1,639976,9.7652587890625
SRLMP,λ=8,65536,1,767903,11.717269897460938
SRLMP,λ=8,65536,1,688644,10.50787353515625
SRLMP,λ=8,65536,1,646091,9.858566284179688
SRLMP,λ=8,65536,1,651954,9.948028564453125
SRLMP,λ=8,65536,1,591328,9.02294921875
SRLMP,λ=8,65536,1,610672,9.318115234375
SRLMP,λ=8,65536,1,664330,10.136871337890625
SRLMP,λ=8,65536,1,629402,9.603912353515625
SRLMP,λ=8,65536,1,640624,9.775146484375
SRLMP,λ=8,65536,1,713412,10.88580322265625
SRLMP,λ=8,65536,1,638375,9.740829467773438
SRLMP,λ=8,65536,1,670469,10.230545043945312
SRLMP,λ=8,65536,1,635296,9.69384765625
SRLMP,λ=8,65536,1,764503,11.665390014648438
SRLMP,λ=8,65536,1,667835,10.190353393554688
SRLMP,λ=8,65536,1,623890,9.519805908203125
SRLMP,λ=8,65536,1,628841,9.595352172851562
SRLMP,λ=8,65536,1,607132,9.26409912109375
SRLMP,λ=8,65536,1,604986,9.231353759765625
SRLMP,λ=8,65536,1,628129,9.584487915039062
SRLMP,λ=8,65536,1,768495,11.726303100585938
SRLMP,λ=8,65536,1,641559,9.789413452148438
SRLMP,λ=8,65536,1,578643,8.829391479492188
SRLMP,λ=8,65536,1,687594,10.491851806640625
SRLMP,λ=8,65536,1,725768,11.0743408203125
SRLMP,λ=8,65536,1,679938,10.375030517578125
SRLMP,λ=8,65536,1,649225,9.906387329101562
SRLMP,λ=8,65536,1,635216,9.692626953125
SRLMP,λ=8,65536,1,646034,9.857696533203125
SRLMP,λ=8,65536,1,616132,9.40142822265625
SRLMP,λ=8,65536,1,663062,10.117523193359375
SRLMP,λ=8,65536,1,732344,11.1746826171875
SRLMP,λ=8,65536,1,646940,9.87152099609375
SRLMP,λ=8,65536,1,591558,9.026458740234375
SRLMP,λ=8,65536,1,609071,9.293685913085938
SRLMP,λ=8,65536,1,579092,8.83624267578125
SRLMP,λ=8,65536,1,630920,9.6270751953125
SRLMP,λ=8,65536,1,642203,9.799240112304688
SRLMP,λ=8,65536,1,609747,9.304000854492188
SRLMP,λ=8,65536,1,700020,10.68145751953125
SRLMP,λ=8,65536,1,696750,10.631561279296875
SRLMP,λ=8,65536,1,673021,10.269485473632812
SRLMP,λ=8,65536,1,633407,9.665023803710938
SRLMP,λ=8,65536,1,728793,11.120498657226562
SRLMP,λ=8,65536,1,673498,10.276763916015625
SRLMP,λ=8,65536,1,644452,9.83355712890625
SRLMP,λ=8,65536,1,654067,9.980270385742188
SRLMP,λ=8,65536,1,651415,9.939804077148438
SRLMP,λ=8,65536,1,688458,10.505035400390625
SRLMP,λ=8,65536,1,647339,9.877609252929688
SRLMP,λ=8,65536,1,626550,9.560394287109375
SRLMP,λ=8,65536,1,691133,10.545852661132812
SRLMP,λ=8,65536,1,695362,10.610382080078125
SRLMP,λ=8,65536,1,591753,9.029434204101562
SRLMP,λ=8,65536,1,587923,8.970993041992188
SRLMP,λ=8,65536,1,743654,11.347259521484375
SRLMP,λ=8,65536,1,588842,8.985015869140625
SRLMP,λ=8,65536,1,692179,10.561813354492188
SSLMP,λ=8,65536,1,954729,14.568008422851562
SSLMP,λ=8,65536,1,832190,12.698211669921875
SSLMP,λ=8,65536,1,838935,12.801132202148438
SSLMP,λ=8,65536,1,841764,12.84429931640625
SSLMP,λ=8,65536,1,910234,13.889068603515625
SSLMP,λ=8,65536,1,863243,13.172042846679688
SSLMP,λ=8,65536,1,924092,14.10052490234375
SSLMP,λ=8,65536,1,1000912,15.272705078125
SSLMP,λ=8,65536,1,863860,13.18145751953125
SSLMP,λ=8,65536,1,934525,14.259719848632812
SSLMP,λ=8,65536,1,933948,14.25091552734375
SSLMP,λ=8,65536,1,816888,12.4647216796875
SSLMP,λ=8,65536,1,969455,14.792709350585938
SSLMP,λ=8,65536,1,912684,13.92645263671875
SSLMP,λ=8,65536,1,854183,13.033798217773438
SSLMP,λ=8,65536,1,889038,13.565643310546875
SSLMP,λ=8,65536,1,945935,14.433822631835938
SSLMP,λ=8,65536,1,828813,12.646682739257812
SSLMP,λ=8,65536,1,961885,14.677200317382812
SSLMP,λ=8,65536,1,895288,13.6610107421875
SSLMP,λ=8,65536,1,886901,13.533035278320312
SSLMP,λ=8,65536,1,1009531,15.404220581054688
SSLMP,λ=8,65536,1,939562,14.336578369140625
SSLMP,λ=8,65536,1,884982,13.503753662109375
SSLMP,λ=8,65536,1,930837,14.203445434570312
SSLMP,λ=8,65536,1,970909,14.814895629882812
SSLMP,λ=8,65536,1,844464,12.885498046875
SSLMP,λ=8,65536,1,858617,13.101455688476562
SSLMP,λ=8,65536,1,984951,15.029159545898438
SSLMP,λ=8,65536,1,1012085,15.443191528320312
SSLMP,λ=8,65536,1,820311,12.516952514648438
SSLMP,λ=8,65536,1,815696,12.446533203125
SSLMP,λ=8,65536,1,873164,13.32342529296875
SSLMP,λ=8,65536,1,896490,13.679351806640625
SSLMP,λ=8,65536,1,852260,13.00445556640625
SSLMP,λ=8,65536,1,801614,12.231658935546875
SSLMP,λ=8,65536,1,936124,14.28411865234375
SSLMP,λ=8,65536,1,1001437,15.280715942382812
SSLMP,λ=8,65536,1,854171,13.033615112304688
SSLMP,λ=8,65536,1,961048,14.6644287109375
SSLMP,λ=8,65536,1,942934,14.388031005859375
SSLMP,λ=8,65536,1,920971,14.052902221679688
SSLMP,λ=8,65536,1,1039152,15.856201171875
SSLMP,λ=8,65536,1,1074063,16.388900756835938
SSLMP,λ=8,65536,1,865683,13.209274291992188
SSLMP,λ=8,65536,1,921169,14.055923461914062
SSLMP,λ=8,65536,1,878898,13.410919189453125
SSLMP,λ=8,65536,1,915394,13.967803955078125
SSLMP,λ=8,65536,1,849144,12.9569091796875
SSLMP,λ=8,65536,1,971272,14.8204345703125
SSLMP,λ=8,65536,1,941415,14.364852905273438
SSLMP,λ=8,65536,1,946372,14.44049072265625
SSLMP,λ=8,65536,1,885387,13.509933471679688
SSLMP,λ=8,65536,1,929750,14.186859130859375
SSLMP,λ=8,65536,1,850865,12.983169555664062
SSLMP,λ=8,65536,1,1043341,15.920120239257812
SSLMP,λ=8,65536,1,913868,13.94451904296875
SSLMP,λ=8,65536,1,856557,13.070022583007812
SSLMP,λ=8,65536,1,796209,12.149185180664062
SSLMP,λ=8,65536,1,876437,13.373367309570312
SSLMP,λ=8,65536,1,950223,14.499252319335938
SSLMP,λ=8,65536,1,922554,14.077056884765625
SSLMP,λ=8,65536,1,905397,13.815261840820312
SSLMP,λ=8,65536,1,1008273,15.385025024414062
SSLMP,λ=8,65536,1,871809,13.302749633789062
SSLMP,λ=8,65536,1,1174723,17.924850463867188
SSLMP,λ=8,65536,1,942198,14.376800537109375
SSLMP,λ=8,65536,1,1034967,15.792343139648438
SSLMP,λ=8,65536,1,812505,12.397842407226562
SSLMP,λ=8,65536,1,848502,12.947113037109375
SSLMP,λ=8,65536,1,901573,13.756912231445312
SSLMP,λ=8,65536,1,846332,12.91400146484375
SSLMP,λ=8,65536,1,990008,15.1063232421875
SSLMP,λ=8,65536,1,859852,13.12030029296875
SSLMP,λ=8,65536,1,858161,13.094497680664062
SSLMP,λ=8,65536,1,943671,14.399276733398438
SSLMP,λ=8,65536,1,905325,13.814163208007812
SSLMP,λ=8,65536,1,860215,13.125839233398438
SSLMP,λ=8,65536,1,919803,14.035079956054688
SSLMP,λ=8,65536,1,782384,11.938232421875
SSLMP,λ=8,65536,1,961317,14.668533325195312
SSLMP,λ=8,65536,1,839993,12.817276000976562
SSLMP,λ=8,65536,1,931531,14.214035034179688
SSLMP,λ=8,65536,1,918959,14.022201538085938
SSLMP,λ=8,65536,1,861038,13.138397216796875
SSLMP,λ=8,65536,1,820964,12.52691650390625
SSLMP,λ=8,65536,1,1012793,15.453994750976562
SSLMP,λ=8,65536,1,1264741,19.298416137695312
SSLMP,λ=8,65536,1,862110,13.154754638671875
SSLMP,λ=8,65536,1,902067,13.764450073242188
SSLMP,λ=8,65536,1,995035,15.183029174804688
SSLMP,λ=8,65536,1,859725,13.118362426757812
SSLMP,λ=8,65536,1,873381,13.326736450195312
SSLMP,λ=8,65536,1,1018276,15.53765869140625
SSLMP,λ=8,65536,1,863221,13.171707153320312
SSLMP,λ=8,65536,1,831981,12.695022583007812
SSLMP,λ=8,65536,1,901845,13.761062622070312
SSLMP,λ=8,65536,1,875077,13.352615356445312
SSLMP,λ=8,65536,1,880851,13.440719604492188
SSLMP,λ=8,65536,1,852310,13.005218505859375
SSDIP,λ=8,65536,1,854916,13.04498291015625
SSDIP,λ=8,65536,1,942687,14.384262084960938
SSDIP,λ=8,65536,1,923450,14.090728759765625
SSDIP,λ=8,65536,1,1102538,16.823394775390625
SSDIP,λ=8,65536,1,870889,13.288711547851562
SSDIP,λ=8,65536,1,1056496,16.120849609375
SSDIP,λ=8,65536,1,913447,13.938095092773438
SSDIP,λ=8,65536,1,938894,14.326385498046875
SSDIP,λ=8,65536,1,912573,13.924758911132812
SSDIP,λ=8,65536,1,916210,13.980255126953125
SSDIP,λ=8,65536,1,1025682,15.650665283203125
SSDIP,λ=8,65536,1,896165,13.674392700195312
SSDIP,λ=8,65536,1,923984,14.098876953125
SSDIP,λ=8,65536,1,889807,13.577377319335938
SSDIP,λ=8,65536,1,1015269,15.491775512695312
SSDIP,λ=8,65536,1,974761,14.873672485351562
SSDIP,λ=8,65536,1,965118,14.726531982421875
SSDIP,λ=8,65536,1,951835,14.523849487304688
SSDIP,λ=8,65536,1,890406,13.586517333984375
SSDIP,λ=8,65536,1,1089475,16.624069213867188
SSDIP,λ=8,65536,1,928750,14.171600341796875
SSDIP,λ=8,65536,1,879461,13.419509887695312
SSDIP,λ=8,65536,1,856434,13.068145751953125
SSDIP,λ=8,65536,1,869415,13.266220092773438
SSDIP,λ=8,65536,1,1179996,18.00531005859375
SSDIP,λ=8,65536,1,877616,13.391357421875
SSDIP,λ=8,65536,1,871017,13.290664672851562
SSDIP,λ=8,65536,1,839747,12.813522338867188
SSDIP,λ=8,65536,1,880360,13.4332275390625
SSDIP,λ=8,65536,1,918893,14.021194458007812
SSDIP,λ=8,65536,1,841343,12.837875366210938
SSDIP,λ=8,65536,1,980648,14.9635009765625
SSDIP,λ=8,65536,1,1002089,15.290664672851562
SSDIP,λ=8,65536,1,977699,14.918502807617188
SSDIP,λ=8,65536,1,891129,13.597549438476562
SSDIP,λ=8,65536,1,847070,12.925262451171875
SSDIP,λ=8,65536,1,925764,14.12603759765625
SSDIP,λ=8,65536,1,975525,14.885330200195312
SSDIP,λ=8,65536,1,909337,13.875381469726562
SSDIP,λ=8,65536,1,917713,14.003189086914062
SSDIP,λ=8,65536,1,880448,13.4345703125
SSDIP,λ=8,65536,1,906344,13.8297119140625
SSDIP,λ=8,65536,1,946718,14.445770263671875
SSDIP,λ=8,65536,1,923324,14.08880615234375
SSDIP,λ=8,65536,1,1240175,18.923568725585938
SSDIP,λ=8,65536,1,973428,14.85333251953125
SSDIP,λ=8,65536,1,910367,13.891098022460938
SSDIP,λ=8,65536,1,1053406,16.073699951171875
SSDIP,λ=8,65536,1,867363,13.234909057617188
SSDIP,λ=8,65536,1,866179,13.216842651367188
SSDIP,λ=8,65536,1,857490,13.084259033203125
SSDIP,λ=8,65536,1,920142,14.040252685546875
SSDIP,λ=8,65536,1,925110,14.116058349609375
SSDIP,λ=8,65536,1,879354,13.417877197265625
SSDIP,λ=8,65536,1,904115,13.795700073242188
SSDIP,λ=8,65536,1,855740,13.05755615234375
SSDIP,λ=8,65536,1,997308,15.21771240234375
SSDIP,λ=8,65536,1,836456,12.7633056640625
SSDIP,λ=8,65536,1,1031213,15.735061645507812
SSDIP,λ=8,65536,1,978654,14.933074951171875
SSDIP,λ=8,65536,1,945821,14.432083129882812
SSDIP,λ=8,65536,1,912510,13.923797607421875
SSDIP,λ=8,65536,1,924637,14.108840942382812
SSDIP,λ=8,65536,1,990933,15.120437622070312
SSDIP,λ=8,65536,1,988573,15.084426879882812
SSDIP,λ=8,65536,1,1033031,15.762802124023438
SSDIP,λ=8,65536,1,952181,14.529129028320312
SSDIP,λ=8,65536,1,970088,14.8023681640625
SSDIP,λ=8,65536,1,977149,14.910110473632812
SSDIP,λ=8,65536,1,969837,14.798538208007812
SSDIP,λ=8,65536,1,897833,13.699844360351562
SSDIP,λ=8,65536,1,897430,13.693695068359375
SSDIP,λ=8,65536,1,879302,13.417083740234375
SSDIP,λ=8,65536,1,940939,14.357589721679688
SSDIP,λ=8,65536,1,928401,14.166275024414062
SSDIP,λ=8,65536,1,1001467,15.281173706054688
SSDIP,λ=8,65536,1,910389,13.891433715820312
SSDIP,λ=8,65536,1,922518,14.076507568359375
SSDIP,λ=8,65536,1,913579,13.940109252929688
SSDIP,λ=8,65536,1,930772,14.20245361328125
SSDIP,λ=8,65536,1,922015,14.068832397460938
SSDIP,λ=8,65536,1,940811,14.355636596679688
SSDIP,λ=8,65536,1,913998,13.946502685546875
SSDIP,λ=8,65536,1,1000112,15.260498046875
SSDIP,λ=8,65536,1,959306,14.637847900390625
SSDIP,λ=8,65536,1,837620,12.78106689453125
SSDIP,λ=8,65536,1,901425,13.754653930664062
SSDIP,λ=8,65536,1,931815,14.218368530273438
SSDIP,λ=8,65536,1,856933,13.075759887695312
SSDIP,λ=8,65536,1,913635,13.940963745117188
SSDIP,λ=8,65536,1,1001219,15.277389526367188
SSDIP,λ=8,65536,1,957104,14.604248046875
SSDIP,λ=8,65536,1,929902,14.189178466796875
SSDIP,λ=8,65536,1,993527,15.160018920898438
SSDIP,λ=8,65536,1,856838,13.074310302734375
SSDIP,λ=8,65536,1,919721,14.033828735351562
SSDIP,λ=8,65536,1,933683,14.246871948242188
SSDIP,λ=8,65536,1,893452,13.63299560546875
SSDIP,λ=8,65536,1,921767,14.065048217773438
SSDIP,λ=8,65536,1,867369,13.235000610351562
SRDIP,λ=8,65536,1,768995,11.733932495117188
SRDIP,λ=8,65536,1,731050,11.154937744140625
SRDIP,λ=8,65536,1,761027,11.612350463867188
SRDIP,λ=8,65536,1,772639,11.789535522460938
SRDIP,λ=8,65536,1,707533,10.796096801757812
SRDIP,λ=8,65536,1,721371,11.007247924804688
SRDIP,λ=8,65536,1,701069,10.697463989257812
SRDIP,λ=8,65536,1,742635,11.331710815429688
SRDIP,λ=8,65536,1,723507,11.039840698242188
SRDIP,λ=8,65536,1,749952,11.443359375
SRDIP,λ=8,65536,1,741072,11.307861328125
SRDIP,λ=8,65536,1,755436,11.52703857421875
SRDIP,λ=8,65536,1,754087,11.506454467773438
SRDIP,λ=8,65536,1,650381,9.924026489257812
SRDIP,λ=8,65536,1,733468,11.19183349609375
SRDIP,λ=8,65536,1,730345,11.144180297851562
SRDIP,λ=8,65536,1,711410,10.855255126953125
SRDIP,λ=8,65536,1,746774,11.394866943359375
SRDIP,λ=8,65536,1,848674,12.949737548828125
SRDIP,λ=8,65536,1,675975,10.314559936523438
SRDIP,λ=8,65536,1,771071,11.765609741210938
SRDIP,λ=8,65536,1,704909,10.756057739257812
SRDIP,λ=8,65536,1,706358,10.778167724609375
SRDIP,λ=8,65536,1,685019,10.452560424804688
SRDIP,λ=8,65536,1,758777,11.578018188476562
SRDIP,λ=8,65536,1,685733,10.463455200195312
SRDIP,λ=8,65536,1,733145,11.186904907226562
SRDIP,λ=8,65536,1,760107,11.598312377929688
SRDIP,λ=8,65536,1,728421,11.114822387695312
SRDIP,λ=8,65536,1,696437,10.626785278320312
SRDIP,λ=8,65536,1,767326,11.708465576171875
SRDIP,λ=8,65536,1,731346,11.159454345703125
SRDIP,λ=8,65536,1,873710,13.331756591796875
SRDIP,λ=8,65536,1,754899,11.518844604492188
SRDIP,λ=8,65536,1,669170,10.210723876953125
SRDIP,λ=8,65536,1,716415,10.931625366210938
SRDIP,λ=8,65536,1,777335,11.861190795898438
SRDIP,λ=8,65536,1,684177,10.439712524414062
SRDIP,λ=8,65536,1,688183,10.500839233398438
SRDIP,λ=8,65536,1,699275,10.670089721679688
SRDIP,λ=8,65536,1,700159,10.683578491210938
SRDIP,λ=8,65536,1,648826,9.900299072265625
SRDIP,λ=8,65536,1,657673,10.035293579101562
SRDIP,λ=8,65536,1,731851,11.167160034179688
SRDIP,λ=8,65536,1,764318,11.662567138671875
SRDIP,λ=8,65536,1,688817,10.510513305664062
SRDIP,λ=8,65536,1,660777,10.082656860351562
SRDIP,λ=8,65536,1,875769,13.363174438476562
SRDIP,λ=8,65536,1,773126,11.796966552734375
SRDIP,λ=8,65536,1,726815,11.090316772460938
SRDIP,λ=8,65536,1,701848,10.7093505859375
SRDIP,λ=8,65536,1,684124,10.43890380859375
SRDIP,λ=8,65536,1,735391,11.221176147460938
SRDIP,λ=8,65536,1,791727,12.080795288085938
SRDIP,λ=8,65536,1,691440,10.550537109375
SRDIP,λ=8,65536,1,725234,11.066192626953125
SRDIP,λ=8,65536,1,763220,11.64581298828125
SRDIP,λ=8,65536,1,675441,10.306411743164062
SRDIP,λ=8,65536,1,735611,11.224533081054688
SRDIP,λ=8,65536,1,786711,12.004257202148438
SRDIP,λ=8,65536,1,756130,11.537628173828125
SRDIP,λ=8,65536,1,659277,10.059768676757812
SRDIP,λ=8,65536,1,729997,11.138870239257812
SRDIP,λ=8,65536,1,708404,10.80938720703125
SRDIP,λ=8,65536,1,816975,12.466049194335938
SRDIP,λ=8,65536,1,691242,10.547515869140625
SRDIP,λ=8,65536,1,727370,11.098785400390625
SRDIP,λ=8,65536,1,717952,10.955078125
SRDIP,λ=8,65536,1,726307,11.082565307617188
SRDIP,λ=8,65536,1,648801,9.899917602539062
SRDIP,λ=8,65536,1,672422,10.260345458984375
SRDIP,λ=8,65536,1,756112,11.537353515625
SRDIP,λ=8,65536,1,692735,10.570297241210938
SRDIP,λ=8,65536,1,703019,10.727218627929688
SRDIP,λ=8,65536,1,730120,11.1407470703125
SRDIP,λ=8,65536,1,685517,10.460159301757812
SRDIP,λ=8,65536,1,686158,10.469940185546875
SRDIP,λ=8,65536,1,669406,10.214324951171875
SRDIP,λ=8,65536,1,730738,11.150177001953125
SRDIP,λ=8,65536,1,699031,10.666366577148438
SRDIP,λ=8,65536,1,679815,10.373153686523438
SRDIP,λ=8,65536,1,799988,12.20684814453125
SRDIP,λ=8,65536,1,806023,12.298934936523438
SRDIP,λ=8,65536,1,742738,11.333282470703125
SRDIP,λ=8,65536,1,724690,11.057891845703125
SRDIP,λ=8,65536,1,713121,10.881362915039062
SRDIP,λ=8,65536,1,708980,10.81817626953125
SRDIP,λ=8,65536,1,686519,10.475448608398438
SRDIP,λ=8,65536,1,730840,11.1517333984375
SRDIP,λ=8,65536,1,736050,11.231231689453125
SRDIP,λ=8,65536,1,742513,11.329849243164062
SRDIP,λ=8,65536,1,714594,10.903839111328125
SRDIP,λ=8,65536,1,791875,12.083053588867188
SRDIP,λ=8,65536,1,758065,11.567153930664062
SRDIP,λ=8,65536,1,740991,11.306625366210938
SRDIP,λ=8,65536,1,805041,12.283950805664062
SRDIP,λ=8,65536,1,743602,11.346466064453125
SRDIP,λ=8,65536,1,701345,10.701675415039062
SRDIP,λ=8,65536,1,705898,10.771148681640625
SRDIP,λ=8,65536,1,641995,9.796066284179688
SHDIP,λ=8,65536,1,687468,10.48992919921875
SHDIP,λ=8,65536,1,658070,10.041351318359375
SHDIP,λ=8,65536,1,708437,10.809890747070312
SHDIP,λ=8,65536,1,699514,10.673736572265625
SHDIP,λ=8,65536,1,737704,11.2564697265625
SHDIP,λ=8,65536,1,682661,10.416580200195312
SHDIP,λ=8,65536,1,680233,10.379531860351562
SHDIP,λ=8,65536,1,769879,11.747421264648438
SHDIP,λ=8,65536,1,700063,10.682113647460938
SHDIP,λ=8,65536,1,665535,10.155258178710938
SHDIP,λ=8,65536,1,769623,11.743515014648438
SHDIP,λ=8,65536,1,687276,10.48699951171875
SHDIP,λ=8,65536,1,741736,11.3179931640625
SHDIP,λ=8,65536,1,723551,11.040512084960938
SHDIP,λ=8,65536,1,760892,11.61029052734375
SHDIP,λ=8,65536,1,702970,10.726470947265625
SHDIP,λ=8,65536,1,658969,10.055068969726562
SHDIP,λ=8,65536,1,713272,10.8836669921875
SHDIP,λ=8,65536,1,676488,10.3223876953125
SHDIP,λ=8,65536,1,788601,12.033096313476562
SHDIP,λ=8,65536,1,757373,11.556594848632812
SHDIP,λ=8,65536,1,677915,10.344161987304688
SHDIP,λ=8,65536,1,666930,10.176544189453125
SHDIP,λ=8,65536,1,706649,10.782608032226562
SHDIP,λ=8,65536,1,643524,9.81939697265625
SHDIP,λ=8,65536,1,776066,11.841827392578125
SHDIP,λ=8,65536,1,740586,11.300445556640625
SHDIP,λ=8,65536,1,694795,10.601730346679688
SHDIP,λ=8,65536,1,824314,12.578033447265625
SHDIP,λ=8,65536,1,700748,10.69256591796875
SHDIP,λ=8,65536,1,796879,12.159408569335938
SHDIP,λ=8,65536,1,760007,11.596786499023438
SHDIP,λ=8,65536,1,725716,11.07354736328125
SHDIP,λ=8,65536,1,721125,11.003494262695312
SHDIP,λ=8,65536,1,715659,10.920089721679688
SHDIP,λ=8,65536,1,740846,11.304412841796875
SHDIP,λ=8,65536,1,768577,11.727554321289062
SHDIP,λ=8,65536,1,763234,11.646026611328125
SHDIP,λ=8,65536,1,706826,10.785308837890625
SHDIP,λ=8,65536,1,694200,10.5926513671875
SHDIP,λ=8,65536,1,720098,10.987823486328125
SHDIP,λ=8,65536,1,685801,10.464492797851562
SHDIP,λ=8,65536,1,745719,11.378768920898438
SHDIP,λ=8,65536,1,804319,12.272933959960938
SHDIP,λ=8,65536,1,721757,11.013137817382812
SHDIP,λ=8,65536,1,759299,11.585983276367188
SHDIP,λ=8,65536,1,705079,10.758651733398438
SHDIP,λ=8,65536,1,697915,10.649337768554688
SHDIP,λ=8,65536,1,681508,10.39898681640625
SHDIP,λ=8,65536,1,678088,10.3468017578125
SHDIP,λ=8,65536,1,760378,11.602447509765625
SHDIP,λ=8,65536,1,712081,10.865493774414062
SHDIP,λ=8,65536,1,752031,11.475082397460938
SHDIP,λ=8,65536,1,740656,11.301513671875
SHDIP,λ=8,65536,1,722448,11.023681640625
SHDIP,λ=8,65536,1,715101,10.911575317382812
SHDIP,λ=8,65536,1,773056,11.7958984375
SHDIP,λ=8,65536,1,776293,11.845291137695312
SHDIP,λ=8,65536,1,748994,11.428741455078125
SHDIP,λ=8,65536,1,681328,10.396240234375
SHDIP,λ=8,65536,1,727977,11.108047485351562
SHDIP,λ=8,65536,1,744601,11.361709594726562
SHDIP,λ=8,65536,1,729214,11.126922607421875
SHDIP,λ=8,65536,1,772225,11.783218383789062
SHDIP,λ=8,65536,1,708788,10.81524658203125
SHDIP,λ=8,65536,1,736321,11.235366821289062
SHDIP,λ=8,65536,1,704615,10.751571655273438
SHDIP,λ=8,65536,1,753724,11.50091552734375
SHDIP,λ=8,65536,1,703409,10.733169555664062
SHDIP,λ=8,65536,1,700379,10.686935424804688
SHDIP,λ=8,65536,1,672548,10.26226806640625
SHDIP,λ=8,65536,1,730233,11.142471313476562
SHDIP,λ=8,65536,1,737196,11.24871826171875
SHDIP,λ=8,65536,1,815979,12.450851440429688
SHDIP,λ=8,65536,1,707752,10.7994384765625
SHDIP,λ=8,65536,1,753181,11.492630004882812
SHDIP,λ=8,65536,1,777691,11.866622924804688
SHDIP,λ=8,65536,1,746687,11.393539428710938
SHDIP,λ=8,65536,1,666686,10.172821044921875
SHDIP,λ=8,65536,1,712176,10.866943359375
SHDIP,λ=8,65536,1,689895,10.526962280273438
SHDIP,λ=8,65536,1,681065,10.392227172851562
SHDIP,λ=8,65536,1,769983,11.749008178710938
SHDIP,λ=8,65536,1,749576,11.4376220703125
SHDIP,λ=8,65536,1,734395,11.205978393554688
SHDIP,λ=8,65536,1,698261,10.654617309570312
SHDIP,λ=8,65536,1,782803,11.944625854492188
SHDIP,λ=8,65536,1,720807,10.998641967773438
SHDIP,λ=8,65536,1,691355,10.549240112304688
SHDIP,λ=8,65536,1,653046,9.964691162109375
SHDIP,λ=8,65536,1,672183,10.256698608398438
SHDIP,λ=8,65536,1,670472,10.2305908203125
SHDIP,λ=8,65536,1,869202,13.262969970703125
SHDIP,λ=8,65536,1,675389,10.305618286132812
SHDIP,λ=8,65536,1,731204,11.15728759765625
SHDIP,λ=8,65536,1,668275,10.197067260742188
SHDIP,λ=8,65536,1,708809,10.815567016601562
SHDIP,λ=8,65536,1,734378,11.205718994140625
SHDIP,λ=8,65536,1,695465,10.611953735351562
SHDIP,λ=8,65536,1,707983,10.802963256835938
SHLIP,λ=8,65536,1,767929,11.717666625976562
SHLIP,λ=8,65536,1,801916,12.23626708984375
SHLIP,λ=8,65536,1,755194,11.523345947265625
SHLIP,λ=8,65536,1,802741,12.248855590820312
SHLIP,λ=8,65536,1,744597,11.361648559570312
SHLIP,λ=8,65536,1,788923,12.038009643554688
SHLIP,λ=8,65536,1,705973,10.772293090820312
SHLIP,λ=8,65536,1,725994,11.077789306640625
SHLIP,λ=8,65536,1,691594,10.552886962890625
SHLIP,λ=8,65536,1,759644,11.59124755859375
SHLIP,λ=8,65536,1,756010,11.535797119140625
SHLIP,λ=8,65536,1,761382,11.617767333984375
SHLIP,λ=8,65536,1,885088,13.50537109375
SHLIP,λ=8,65536,1,788170,12.026519775390625
SHLIP,λ=8,65536,1,721173,11.004226684570312
SHLIP,λ=8,65536,1,849978,12.969635009765625
SHLIP,λ=8,65536,1,681399,10.397323608398438
SHLIP,λ=8,65536,1,763828,11.65509033203125
SHLIP,λ=8,65536,1,783980,11.96258544921875
SHLIP,λ=8,65536,1,686059,10.468429565429688
SHLIP,λ=8,65536,1,807679,12.324203491210938
SHLIP,λ=8,65536,1,779211,11.889816284179688
SHLIP,λ=8,65536,1,795093,12.132156372070312
SHLIP,λ=8,65536,1,778428,11.87786865234375
SHLIP,λ=8,65536,1,753912,11.5037841796875
SHLIP,λ=8,65536,1,812908,12.40399169921875
SHLIP,λ=8,65536,1,679129,10.362686157226562
SHLIP,λ=8,65536,1,689016,10.5135498046875
SHLIP,λ=8,65536,1,775822,11.838104248046875
SHLIP,λ=8,65536,1,801619,12.231735229492188
SHLIP,λ=8,65536,1,732605,11.178665161132812
SHLIP,λ=8,65536,1,687777,10.494644165039062
SHLIP,λ=8,65536,1,777151,11.858383178710938
SHLIP,λ=8,65536,1,803930,12.266998291015625
SHLIP,λ=8,65536,1,692838,10.571868896484375
SHLIP,λ=8,65536,1,711909,10.862869262695312
SHLIP,λ=8,65536,1,674282,10.288726806640625
SHLIP,λ=8,65536,1,703109,10.728591918945312
SHLIP,λ=8,65536,1,671951,10.253158569335938
SHLIP,λ=8,65536,1,723267,11.036178588867188
SHLIP,λ=8,65536,1,743403,11.343429565429688
SHLIP,λ=8,65536,1,701568,10.705078125
SHLIP,λ=8,65536,1,730479,11.146224975585938
SHLIP,λ=8,65536,1,689331,10.518356323242188
SHLIP,λ=8,65536,1,714792,10.9068603515625
SHLIP,λ=8,65536,1,697556,10.64385986328125
SHLIP,λ=8,65536,1,676465,10.322036743164062
SHLIP,λ=8,65536,1,852129,13.002456665039062
SHLIP,λ=8,65536,1,770387,11.755172729492188
SHLIP,λ=8,65536,1,692264,10.5631103515625
SHLIP,λ=8,65536,1,755890,11.533966064453125
SHLIP,λ=8,65536,1,914750,13.957977294921875
SHLIP,λ=8,65536,1,900491,13.740402221679688
SHLIP,λ=8,65536,1,707986,10.803009033203125
SHLIP,λ=8,65536,1,722818,11.029327392578125
SHLIP,λ=8,65536,1,779934,11.900848388671875
SHLIP,λ=8,65536,1,708133,10.805252075195312
SHLIP,λ=8,65536,1,708983,10.818222045898438
SHLIP,λ=8,65536,1,707228,10.79144287109375
SHLIP,λ=8,65536,1,801595,12.231369018554688
SHLIP,λ=8,65536,1,867166,13.231903076171875
SHLIP,λ=8,65536,1,674920,10.2984619140625
SHLIP,λ=8,65536,1,825948,12.60296630859375
SHLIP,λ=8,65536,1,739150,11.278533935546875
SHLIP,λ=8,65536,1,726045,11.078567504882812
SHLIP,λ=8,65536,1,699212,10.66912841796875
SHLIP,λ=8,65536,1,769582,11.742889404296875
SHLIP,λ=8,65536,1,720364,10.99188232421875
SHLIP,λ=8,65536,1,736544,11.23876953125
SHLIP,λ=8,65536,1,797195,12.164230346679688
SHLIP,λ=8,65536,1,752925,11.488723754882812
SHLIP,λ=8,65536,1,723563,11.040695190429688
SHLIP,λ=8,65536,1,794439,12.122177124023438
SHLIP,λ=8,65536,1,704689,10.752700805664062
SHLIP,λ=8,65536,1,737926,11.259857177734375
SHLIP,λ=8,65536,1,713110,10.881195068359375
SHLIP,λ=8,65536,1,728077,11.109573364257812
SHLIP,λ=8,65536,1,724128,11.04931640625
SHLIP,λ=8,65536,1,716163,10.927780151367188
SHLIP,λ=8,65536,1,817069,12.467483520507812
SHLIP,λ=8,65536,1,722617,11.026260375976562
SHLIP,λ=8,65536,1,813483,12.412765502929688
SHLIP,λ=8,65536,1,758512,11.573974609375
SHLIP,λ=8,65536,1,787028,12.00909423828125
SHLIP,λ=8,65536,1,716095,10.926742553710938
SHLIP,λ=8,65536,1,712596,10.87335205078125
SHLIP,λ=8,65536,1,701780,10.70831298828125
SHLIP,λ=8,65536,1,665204,10.15020751953125
SHLIP,λ=8,65536,1,810534,12.367767333984375
SHLIP,λ=8,65536,1,781354,11.922515869140625
SHLIP,λ=8,65536,1,758713,11.577041625976562
SHLIP,λ=8,65536,1,717192,10.9434814453125
SHLIP,λ=8,65536,1,735796,11.22735595703125
SHLIP,λ=8,65536,1,713239,10.883163452148438
SHLIP,λ=8,65536,1,679771,10.372482299804688
SHLIP,λ=8,65536,1,673592,10.2781982421875
SHLIP,λ=8,65536,1,770491,11.756759643554688
SHLIP,λ=8,65536,1,809153,12.346694946289062
SHLIP,λ=8,65536,1,810840,12.3724365234375
SHLIP,λ=8,65536,1,804334,12.273162841796875
SRLIP,λ=8,65536,1,788174,12.026580810546875
SRLIP,λ=8,65536,1,813208,12.4085693359375
SRLIP,λ=8,65536,1,701383,10.702255249023438
SRLIP,λ=8,65536,1,677830,10.342864990234375
SRLIP,λ=8,65536,1,740174,11.294158935546875
SRLIP,λ=8,65536,1,765230,11.676483154296875
SRLIP,λ=8,65536,1,688206,10.501190185546875
SRLIP,λ=8,65536,1,733641,11.194473266601562
SRLIP,λ=8,65536,1,702790,10.723724365234375
SRLIP,λ=8,65536,1,734560,11.20849609375
SRLIP,λ=8,65536,1,853446,13.022552490234375
SRLIP,λ=8,65536,1,715673,10.920303344726562
SRLIP,λ=8,65536,1,817075,12.467575073242188
SRLIP,λ=8,65536,1,809761,12.355972290039062
SRLIP,λ=8,65536,1,670414,10.229705810546875
SRLIP,λ=8,65536,1,691695,10.554428100585938
SRLIP,λ=8,65536,1,768535,11.726913452148438
SRLIP,λ=8,65536,1,683745,10.433120727539062
SRLIP,λ=8,65536,1,815708,12.44671630859375
SRLIP,λ=8,65536,1,720738,10.997589111328125
SRLIP,λ=8,65536,1,785765,11.989822387695312
SRLIP,λ=8,65536,1,744378,11.358306884765625
SRLIP,λ=8,65536,1,721554,11.010040283203125
SRLIP,λ=8,65536,1,730659,11.148971557617188
SRLIP,λ=8,65536,1,763233,11.646011352539062
SRLIP,λ=8,65536,1,777387,11.861984252929688
SRLIP,λ=8,65536,1,790295,12.058944702148438
SRLIP,λ=8,65536,1,717823,10.953109741210938
SRLIP,λ=8,65536,1,750718,11.455047607421875
SRLIP,λ=8,65536,1,754769,11.516860961914062
SRLIP,λ=8,65536,1,688677,10.508377075195312
SRLIP,λ=8,65536,1,698931,10.664840698242188
SRLIP,λ=8,65536,1,689684,10.52374267578125
SRLIP,λ=8,65536,1,729016,11.1239013671875
SRLIP,λ=8,65536,1,793845,12.113113403320312
SRLIP,λ=8,65536,1,751432,11.4659423828125
SRLIP,λ=8,65536,1,745571,11.376510620117188
SRLIP,λ=8,65536,1,820985,12.527236938476562
SRLIP,λ=8,65536,1,696604,10.62933349609375
SRLIP,λ=8,65536,1,682345,10.411758422851562
SRLIP,λ=8,65536,1,715843,10.922897338867188
SRLIP,λ=8,65536,1,873831,13.333602905273438
SRLIP,λ=8,65536,1,760838,11.609466552734375
SRLIP,λ=8,65536,1,713473,10.886734008789062
SRLIP,λ=8,65536,1,708874,10.816558837890625
SRLIP,λ=8,65536,1,716685,10.935745239257812
SRLIP,λ=8,65536,1,697776,10.647216796875
SRLIP,λ=8,65536,1,859534,13.115447998046875
SRLIP,λ=8,65536,1,738214,11.264251708984375
SRLIP,λ=8,65536,1,757814,11.563323974609375
SRLIP,λ=8,65536,1,750775,11.455917358398438
SRLIP,λ=8,65536,1,794815,12.127914428710938
SRLIP,λ=8,65536,1,651555,9.941940307617188
SRLIP,λ=8,65536,1,775346,11.830841064453125
SRLIP,λ=8,65536,1,691452,10.55072021484375
SRLIP,λ=8,65536,1,722586,11.025787353515625
SRLIP,λ=8,65536,1,702658,10.721710205078125
SRLIP,λ=8,65536,1,907441,13.846450805664062
SRLIP,λ=8,65536,1,753007,11.489974975585938
SRLIP,λ=8,65536,1,670967,10.238143920898438
SRLIP,λ=8,65536,1,680499,10.383590698242188
SRLIP,λ=8,65536,1,727671,11.103378295898438
SRLIP,λ=8,65536,1,705720,10.7684326171875
SRLIP,λ=8,65536,1,726217,11.081192016601562
SRLIP,λ=8,65536,1,782040,11.9329833984375
SRLIP,λ=8,65536,1,687704,10.4935302734375
SRLIP,λ=8,65536,1,747527,11.406356811523438
SRLIP,λ=8,65536,1,873810,13.333282470703125
SRLIP,λ=8,65536,1,730761,11.150527954101562
SRLIP,λ=8,65536,1,782795,11.944503784179688
SRLIP,λ=8,65536,1,810319,12.364486694335938
SRLIP,λ=8,65536,1,733448,11.1915283203125
SRLIP,λ=8,65536,1,799273,12.195938110351562
SRLIP,λ=8,65536,1,755950,11.534881591796875
SRLIP,λ=8,65536,1,736746,11.241851806640625
SRLIP,λ=8,65536,1,881399,13.449081420898438
SRLIP,λ=8,65536,1,767096,11.7049560546875
SRLIP,λ=8,65536,1,706576,10.781494140625
SRLIP,λ=8,65536,1,802479,12.244857788085938
SRLIP,λ=8,65536,1,741565,11.315383911132812
SRLIP,λ=8,65536,1,770945,11.763687133789062
SRLIP,λ=8,65536,1,800917,12.221023559570312
SRLIP,λ=8,65536,1,763450,11.649322509765625
SRLIP,λ=8,65536,1,965492,14.73223876953125
SRLIP,λ=8,65536,1,722984,11.0318603515625
SRLIP,λ=8,65536,1,810561,12.368179321289062
SRLIP,λ=8,65536,1,804919,12.282089233398438
SRLIP,λ=8,65536,1,746284,11.38739013671875
SRLIP,λ=8,65536,1,703662,10.737030029296875
SRLIP,λ=8,65536,1,898687,13.712875366210938
SRLIP,λ=8,65536,1,709215,10.821762084960938
SRLIP,λ=8,65536,1,744141,11.354690551757812
SRLIP,λ=8,65536,1,769926,11.748138427734375
SRLIP,λ=8,65536,1,795316,12.13555908203125
SRLIP,λ=8,65536,1,810914,12.373565673828125
SRLIP,λ=8,65536,1,746426,11.389556884765625
SRLIP,λ=8,65536,1,730256,11.142822265625
SRLIP,λ=8,65536,1,735576,11.2239990234375
SRLIP,λ=8,65536,1,728219,11.111740112304688
SRLIP,λ=8,65536,1,741991,11.321884155273438
SSLIP,λ=8,65536,1,841807,12.844955444335938
SSLIP,λ=8,65536,1,891396,13.60162353515625
SSLIP,λ=8,65536,1,943246,14.392791748046875
SSLIP,λ=8,65536,1,976073,14.893692016601562
SSLIP,λ=8,65536,1,967913,14.769180297851562
SSLIP,λ=8,65536,1,958223,14.621322631835938
SSLIP,λ=8,65536,1,954653,14.566848754882812
SSLIP,λ=8,65536,1,926127,14.131576538085938
SSLIP,λ=8,65536,1,988211,15.078903198242188
SSLIP,λ=8,65536,1,972197,14.834548950195312
SSLIP,λ=8,65536,1,978895,14.936752319335938
SSLIP,λ=8,65536,1,913666,13.941436767578125
SSLIP,λ=8,65536,1,937925,14.311599731445312
SSLIP,λ=8,65536,1,929136,14.177490234375
SSLIP,λ=8,65536,1,1053185,16.070327758789062
SSLIP,λ=8,65536,1,1045926,15.959564208984375
SSLIP,λ=8,65536,1,1028960,15.70068359375
SSLIP,λ=8,65536,1,995606,15.191741943359375
SSLIP,λ=8,65536,1,1032122,15.748931884765625
SSLIP,λ=8,65536,1,871931,13.304611206054688
SSLIP,λ=8,65536,1,908464,13.862060546875
SSLIP,λ=8,65536,1,968372,14.77618408203125
SSLIP,λ=8,65536,1,878527,13.405258178710938
SSLIP,λ=8,65536,1,984029,15.015090942382812
SSLIP,λ=8,65536,1,932247,14.224960327148438
SSLIP,λ=8,65536,1,932417,14.227554321289062
SSLIP,λ=8,65536,1,917644,14.00213623046875
SSLIP,λ=8,65536,1,1020800,15.576171875
SSLIP,λ=8,65536,1,914499,13.954147338867188
SSLIP,λ=8,65536,1,1004735,15.331039428710938
SSLIP,λ=8,65536,1,903364,13.78424072265625
SSLIP,λ=8,65536,1,965499,14.732345581054688
SSLIP,λ=8,65536,1,1008067,15.381881713867188
SSLIP,λ=8,65536,1,923220,14.08721923828125
SSLIP,λ=8,65536,1,878170,13.399810791015625
SSLIP,λ=8,65536,1,1166864,17.804931640625
SSLIP,λ=8,65536,1,914822,13.959075927734375
SSLIP,λ=8,65536,1,898655,13.712387084960938
SSLIP,λ=8,65536,1,991169,15.124038696289062
SSLIP,λ=8,65536,1,1071120,16.343994140625
SSLIP,λ=8,65536,1,1131504,17.265380859375
SSLIP,λ=8,65536,1,893827,13.638717651367188
SSLIP,λ=8,65536,1,841705,12.843399047851562
SSLIP,λ=8,65536,1,1093900,16.69158935546875
SSLIP,λ=8,65536,1,919072,14.02392578125
SSLIP,λ=8,65536,1,986698,15.055816650390625
SSLIP,λ=8,65536,1,1050431,16.028305053710938
SSLIP,λ=8,65536,1,903228,13.78216552734375
SSLIP,λ=8,65536,1,992325,15.141677856445312
SSLIP,λ=8,65536,1,1002916,15.30328369140625
SSLIP,λ=8,65536,1,891073,13.596694946289062
SSLIP,λ=8,65536,1,908991,13.870101928710938
SSLIP,λ=8,65536,1,948261,14.469314575195312
SSLIP,λ=8,65536,1,932213,14.224441528320312
SSLIP,λ=8,65536,1,990948,15.12066650390625
SSLIP,λ=8,65536,1,1021684,15.58966064453125
SSLIP,λ=8,65536,1,904860,13.80706787109375
SSLIP,λ=8,65536,1,941750,14.369964599609375
SSLIP,λ=8,65536,1,911167,13.903305053710938
SSLIP,λ=8,65536,1,981581,14.977737426757812
SSLIP,λ=8,65536,1,984624,15.024169921875
SSLIP,λ=8,65536,1,992665,15.146865844726562
SSLIP,λ=8,65536,1,974441,14.868789672851562
SSLIP,λ=8,65536,1,1029436,15.70794677734375
SSLIP,λ=8,65536,1,938367,14.318344116210938
SSLIP,λ=8,65536,1,981173,14.971511840820312
SSLIP,λ=8,65536,1,1131538,17.265899658203125
SSLIP,λ=8,65536,1,933998,14.251678466796875
SSLIP,λ=8,65536,1,956897,14.601089477539062
SSLIP,λ=8,65536,1,1047388,15.98187255859375
SSLIP,λ=8,65536,1,1100445,16.791458129882812
SSLIP,λ=8,65536,1,930870,14.203948974609375
SSLIP,λ=8,65536,1,915485,13.969192504882812
SSLIP,λ=8,65536,1,905625,13.818740844726562
SSLIP,λ=8,65536,1,1066513,16.273696899414062
SSLIP,λ=8,65536,1,977637,14.917556762695312
SSLIP,λ=8,65536,1,886721,13.530288696289062
SSLIP,λ=8,65536,1,1336881,20.399185180664062
SSLIP,λ=8,65536,1,875909,13.365310668945312
SSLIP,λ=8,65536,1,952936,14.5406494140625
SSLIP,λ=8,65536,1,967964,14.76995849609375
SSLIP,λ=8,65536,1,1000179,15.261520385742188
SSLIP,λ=8,65536,1,911898,13.914459228515625
SSLIP,λ=8,65536,1,929493,14.182937622070312
SSLIP,λ=8,65536,1,866440,13.2208251953125
SSLIP,λ=8,65536,1,944708,14.41510009765625
SSLIP,λ=8,65536,1,901545,13.756484985351562
SSLIP,λ=8,65536,1,1009563,15.404708862304688
SSLIP,λ=8,65536,1,1122715,17.131271362304688
SSLIP,λ=8,65536,1,947139,14.452194213867188
SSLIP,λ=8,65536,1,1020868,15.57720947265625
SSLIP,λ=8,65536,1,948567,14.473983764648438
SSLIP,λ=8,65536,1,952222,14.529754638671875
SSLIP,λ=8,65536,1,971381,14.822097778320312
SSLIP,λ=8,65536,1,881383,13.448837280273438
SSLIP,λ=8,65536,1,863737,13.179580688476562
SSLIP,λ=8,65536,1,1092302,16.667205810546875
SSLIP,λ=8,65536,1,1017927,15.532333374023438
SSLIP,λ=8,65536,1,991084,15.12274169921875
SSLIP,λ=8,65536,1,881842,13.455841064453125
SSDCD,λ=8,65536,1,812713,12.401016235351562
SSDCD,λ=8,65536,1,879184,13.415283203125
SSDCD,λ=8,65536,1,879926,13.426605224609375
SSDCD,λ=8,65536,1,880859,13.440841674804688
SSDCD,λ=8,65536,1,772994,11.794952392578125
SSDCD,λ=8,65536,1,854388,13.03692626953125
SSDCD,λ=8,65536,1,872812,13.31805419921875
SSDCD,λ=8,65536,1,884587,13.497726440429688
SSDCD,λ=8,65536,1,824865,12.586441040039062
SSDCD,λ=8,65536,1,882929,13.472427368164062
SSDCD,λ=8,65536,1,821928,12.5416259765625
SSDCD,λ=8,65536,1,866778,13.225982666015625
SSDCD,λ=8,65536,1,826545,12.612075805664062
SSDCD,λ=8,65536,1,901718,13.759124755859375
SSDCD,λ=8,65536,1,821653,12.537429809570312
SSDCD,λ=8,65536,1,988652,15.08563232421875
SSDCD,λ=8,65536,1,839185,12.804946899414062
SSDCD,λ=8,65536,1,880844,13.44061279296875
SSDCD,λ=8,65536,1,802738,12.248809814453125
SSDCD,λ=8,65536,1,906824,13.8370361328125
SSDCD,λ=8,65536,1,977396,14.91387939453125
SSDCD,λ=8,65536,1,987402,15.066558837890625
SSDCD,λ=8,65536,1,820070,12.513275146484375
SSDCD,λ=8,65536,1,885403,13.510177612304688
SSDCD,λ=8,65536,1,768467,11.725875854492188
SSDCD,λ=8,65536,1,825318,12.593353271484375
SSDCD,λ=8,65536,1,1059583,16.167953491210938
SSDCD,λ=8,65536,1,1005129,15.337051391601562
SSDCD,λ=8,65536,1,788971,12.038742065429688
SSDCD,λ=8,65536,1,861344,13.14306640625
SSDCD,λ=8,65536,1,735096,11.2166748046875
SSDCD,λ=8,65536,1,869130,13.261871337890625
SSDCD,λ=8,65536,1,873612,13.33026123046875
SSDCD,λ=8,65536,1,875120,13.353271484375
SSDCD,λ=8,65536,1,874137,13.338272094726562
SSDCD,λ=8,65536,1,877447,13.388778686523438
SSDCD,λ=8,65536,1,878050,13.397979736328125
SSDCD,λ=8,65536,1,858403,13.098190307617188
SSDCD,λ=8,65536,1,873864,13.3341064453125
SSDCD,λ=8,65536,1,903260,13.78265380859375
SSDCD,λ=8,65536,1,901631,13.757797241210938
SSDCD,λ=8,65536,1,842241,12.851577758789062
SSDCD,λ=8,65536,1,794389,12.121414184570312
SSDCD,λ=8,65536,1,913084,13.93255615234375
SSDCD,λ=8,65536,1,1057973,16.143386840820312
SSDCD,λ=8,65536,1,833403,12.716720581054688
SSDCD,λ=8,65536,1,869344,13.26513671875
SSDCD,λ=8,65536,1,790290,12.058868408203125
SSDCD,λ=8,65536,1,867889,13.242935180664062
SSDCD,λ=8,65536,1,806339,12.303756713867188
SSDCD,λ=8,65536,1,761082,11.613189697265625
SSDCD,λ=8,65536,1,947169,14.452651977539062
SSDCD,λ=8,65536,1,843355,12.868576049804688
SSDCD,λ=8,65536,1,846331,12.913986206054688
SSDCD,λ=8,65536,1,819861,12.510086059570312
SSDCD,λ=8,65536,1,889783,13.577011108398438
SSDCD,λ=8,65536,1,811034,12.375396728515625
SSDCD,λ=8,65536,1,925755,14.125900268554688
SSDCD,λ=8,65536,1,968541,14.778762817382812
SSDCD,λ=8,65536,1,918911,14.021469116210938
SSDCD,λ=8,65536,1,826882,12.617218017578125
SSDCD,λ=8,65536,1,1000876,15.27215576171875
SSDCD,λ=8,65536,1,853555,13.024215698242188
SSDCD,λ=8,65536,1,841132,12.83465576171875
SSDCD,λ=8,65536,1,838499,12.794479370117188
SSDCD,λ=8,65536,1,893222,13.629486083984375
SSDCD,λ=8,65536,1,819887,12.510482788085938
SSDCD,λ=8,65536,1,791087,12.071029663085938
SSDCD,λ=8,65536,1,866955,13.228683471679688
SSDCD,λ=8,65536,1,849836,12.96746826171875
SSDCD,λ=8,65536,1,907183,13.842514038085938
SSDCD,λ=8,65536,1,817953,12.480972290039062
SSDCD,λ=8,65536,1,860856,13.1356201171875
SSDCD,λ=8,65536,1,941684,14.36895751953125
SSDCD,λ=8,65536,1,877236,13.38555908203125
SSDCD,λ=8,65536,1,796682,12.156402587890625
SSDCD,λ=8,65536,1,926172,14.13226318359375
SSDCD,λ=8,65536,1,797090,12.162628173828125
SSDCD,λ=8,65536,1,827480,12.6263427734375
SSDCD,λ=8,65536,1,926661,14.139724731445312
SSDCD,λ=8,65536,1,1242494,18.958953857421875
SSDCD,λ=8,65536,1,1031374,15.737518310546875
SSDCD,λ=8,65536,1,863618,13.177764892578125
SSDCD,λ=8,65536,1,815088,12.437255859375
SSDCD,λ=8,65536,1,892139,13.612960815429688
SSDCD,λ=8,65536,1,927674,14.155181884765625
SSDCD,λ=8,65536,1,856845,13.074417114257812
SSDCD,λ=8,65536,1,951107,14.512741088867188
SSDCD,λ=8,65536,1,804448,12.27490234375
SSDCD,λ=8,65536,1,882810,13.470611572265625
SSDCD,λ=8,65536,1,889690,13.575592041015625
SSDCD,λ=8,65536,1,899626,13.727203369140625
SSDCD,λ=8,65536,1,806002,12.298614501953125
SSDCD,λ=8,65536,1,779487,11.894027709960938
SSDCD,λ=8,65536,1,891865,13.608779907226562
SSDCD,λ=8,65536,1,932958,14.235809326171875
SSDCD,λ=8,65536,1,842730,12.859039306640625
SSDCD,λ=8,65536,1,827146,12.621246337890625
SSDCD,λ=8,65536,1,872470,13.312835693359375
SSDCD,λ=8,65536,1,811522,12.382843017578125
SRDCD,λ=8,65536,1,621130,9.477691650390625
SRDCD,λ=8,65536,1,616430,9.405975341796875
SRDCD,λ=8,65536,1,672290,10.258331298828125
SRDCD,λ=8,65536,1,711375,10.854721069335938
SRDCD,λ=8,65536,1,561847,8.573104858398438
SRDCD,λ=8,65536,1,697797,10.647537231445312
SRDCD,λ=8,65536,1,623817,9.518692016601562
SRDCD,λ=8,65536,1,601109,9.172195434570312
SRDCD,λ=8,65536,1,626922,9.566070556640625
SRDCD,λ=8,65536,1,623869,9.519485473632812
SRDCD,λ=8,65536,1,651283,9.937789916992188
SRDCD,λ=8,65536,1,656260,10.01373291015625
SRDCD,λ=8,65536,1,611603,9.332321166992188
SRDCD,λ=8,65536,1,613259,9.357589721679688
SRDCD,λ=8,65536,1,633946,9.673248291015625
SRDCD,λ=8,65536,1,594361,9.069229125976562
SRDCD,λ=8,65536,1,638004,9.73516845703125
SRDCD,λ=8,65536,1,656406,10.015960693359375
SRDCD,λ=8,65536,1,603253,9.204910278320312
SRDCD,λ=8,65536,1,682225,10.409927368164062
SRDCD,λ=8,65536,1,648352,9.89306640625
SRDCD,λ=8,65536,1,651778,9.945343017578125
SRDCD,λ=8,65536,1,618415,9.436264038085938
SRDCD,λ=8,65536,1,577892,8.81793212890625
SRDCD,λ=8,65536,1,585412,8.93267822265625
SRDCD,λ=8,65536,1,608370,9.282989501953125
SRDCD,λ=8,65536,1,584422,8.917572021484375
SRDCD,λ=8,65536,1,630493,9.620559692382812
SRDCD,λ=8,65536,1,650635,9.927902221679688
SRDCD,λ=8,65536,1,619945,9.459609985351562
SRDCD,λ=8,65536,1,596228,9.09771728515625
SRDCD,λ=8,65536,1,643625,9.820938110351562
SRDCD,λ=8,65536,1,673613,10.278518676757812
SRDCD,λ=8,65536,1,581159,8.867782592773438
SRDCD,λ=8,65536,1,647696,9.883056640625
SRDCD,λ=8,65536,1,668354,10.198272705078125
SRDCD,λ=8,65536,1,624721,9.532485961914062
SRDCD,λ=8,65536,1,666425,10.168838500976562
SRDCD,λ=8,65536,1,605079,9.232772827148438
SRDCD,λ=8,65536,1,707139,10.790084838867188
SRDCD,λ=8,65536,1,715656,10.9200439453125
SRDCD,λ=8,65536,1,627600,9.576416015625
SRDCD,λ=8,65536,1,618814,9.442352294921875
SRDCD,λ=8,65536,1,654013,9.979446411132812
SRDCD,λ=8,65536,1,680328,10.3809814453125
SRDCD,λ=8,65536,1,624588,9.53045654296875
SRDCD,λ=8,65536,1,648236,9.89129638671875
SRDCD,λ=8,65536,1,593571,9.057174682617188
SRDCD,λ=8,65536,1,629073,9.598892211914062
SRDCD,λ=8,65536,1,630874,9.626373291015625
SRDCD,λ=8,65536,1,638114,9.736846923828125
SRDCD,λ=8,65536,1,634343,9.679306030273438
SRDCD,λ=8,65536,1,622428,9.49749755859375
SRDCD,λ=8,65536,1,756134,11.537689208984375
SRDCD,λ=8,65536,1,594380,9.06951904296875
SRDCD,λ=8,65536,1,673435,10.275802612304688
SRDCD,λ=8,65536,1,612189,9.341262817382812
SRDCD,λ=8,65536,1,642443,9.802902221679688
SRDCD,λ=8,65536,1,704945,10.756607055664062
SRDCD,λ=8,65536,1,685613,10.461624145507812
SRDCD,λ=8,65536,1,640555,9.774093627929688
SRDCD,λ=8,65536,1,626700,9.56268310546875
SRDCD,λ=8,65536,1,582666,8.890777587890625
SRDCD,λ=8,65536,1,642735,9.807357788085938
SRDCD,λ=8,65536,1,682716,10.41741943359375
SRDCD,λ=8,65536,1,619370,9.450836181640625
SRDCD,λ=8,65536,1,605363,9.237106323242188
SRDCD,λ=8,65536,1,676227,10.318405151367188
SRDCD,λ=8,65536,1,666083,10.163619995117188
SRDCD,λ=8,65536,1,625763,9.548385620117188
SRDCD,λ=8,65536,1,620925,9.474563598632812
SRDCD,λ=8,65536,1,674469,10.291580200195312
SRDCD,λ=8,65536,1,621956,9.49029541015625
SRDCD,λ=8,65536,1,656935,10.024032592773438
SRDCD,λ=8,65536,1,645944,9.8563232421875
SRDCD,λ=8,65536,1,657060,10.02593994140625
SRDCD,λ=8,65536,1,696421,10.626541137695312
SRDCD,λ=8,65536,1,609134,9.294647216796875
SRDCD,λ=8,65536,1,690692,10.53912353515625
SRDCD,λ=8,65536,1,600932,9.16949462890625
SRDCD,λ=8,65536,1,620965,9.475173950195312
SRDCD,λ=8,65536,1,626880,9.5654296875
SRDCD,λ=8,65536,1,645432,9.8485107421875
SRDCD,λ=8,65536,1,655790,10.006561279296875
SRDCD,λ=8,65536,1,591272,9.0220947265625
SRDCD,λ=8,65536,1,620286,9.464813232421875
SRDCD,λ=8,65536,1,734364,11.20550537109375
SRDCD,λ=8,65536,1,680029,10.376419067382812
SRDCD,λ=8,65536,1,677939,10.344528198242188
SRDCD,λ=8,65536,1,612442,9.345123291015625
SRDCD,λ=8,65536,1,595657,9.089004516601562
SRDCD,λ=8,65536,1,580736,8.861328125
SRDCD,λ=8,65536,1,688949,10.512527465820312
SRDCD,λ=8,65536,1,675509,10.307449340820312
SRDCD,λ=8,65536,1,621603,9.484909057617188
SRDCD,λ=8,65536,1,707023,10.788314819335938
SRDCD,λ=8,65536,1,637270,9.723968505859375
SRDCD,λ=8,65536,1,627520,9.5751953125
SRDCD,λ=8,65536,1,689374,10.519012451171875
SRDCD,λ=8,65536,1,731265,11.158218383789062
SHDCD,λ=8,65536,1,602893,9.199417114257812
SHDCD,λ=8,65536,1,556025,8.484268188476562
SHDCD,λ=8,65536,1,710273,10.837905883789062
SHDCD,λ=8,65536,1,619521,9.453140258789062
SHDCD,λ=8,65536,1,603025,9.201431274414062
SHDCD,λ=8,65536,1,641361,9.786392211914062
SHDCD,λ=8,65536,1,573657,8.753311157226562
SHDCD,λ=8,65536,1,560753,8.556411743164062
SHDCD,λ=8,65536,1,655317,9.999343872070312
SHDCD,λ=8,65536,1,545517,8.323928833007812
SHDCD,λ=8,65536,1,605309,9.236282348632812
SHDCD,λ=8,65536,1,674257,10.288345336914062
SHDCD,λ=8,65536,1,579649,8.844741821289062
SHDCD,λ=8,65536,1,643933,9.825637817382812
SHDCD,λ=8,65536,1,744817,11.365005493164062
SHDCD,λ=8,65536,1,605661,9.241653442382812
SHDCD,λ=8,65536,1,602973,9.200637817382812
SHDCD,λ=8,65536,1,633241,9.662490844726562
SHDCD,λ=8,65536,1,694473,10.596817016601562
SHDCD,λ=8,65536,1,664269,10.135940551757812
SHDCD,λ=8,65536,1,616061,9.400344848632812
SHDCD,λ=8,65536,1,606421,9.253250122070312
SHDCD,λ=8,65536,1,585757,8.937942504882812
SHDCD,λ=8,65536,1,561069,8.561233520507812
SHDCD,λ=8,65536,1,614557,9.377395629882812
SHDCD,λ=8,65536,1,564013,8.606155395507812
SHDCD,λ=8,65536,1,663792,10.128662109375
SHDCD,λ=8,65536,1,604309,9.221023559570312
SHDCD,λ=8,65536,1,742073,11.323135375976562
SHDCD,λ=8,65536,1,631416,9.6346435546875
SHDCD,λ=8,65536,1,648272,9.891845703125
SHDCD,λ=8,65536,1,677841,10.343032836914062
SHDCD,λ=8,65536,1,687113,10.484512329101562
SHDCD,λ=8,65536,1,558189,8.517288208007812
SHDCD,λ=8,65536,1,710976,10.8486328125
SHDCD,λ=8,65536,1,636285,9.708938598632812
SHDCD,λ=8,65536,1,592677,9.043533325195312
SHDCD,λ=8,65536,1,654313,9.984024047851562
SHDCD,λ=8,65536,1,582217,8.883926391601562
SHDCD,λ=8,65536,1,663260,10.12054443359375
SHDCD,λ=8,65536,1,662541,10.109573364257812
SHDCD,λ=8,65536,1,723501,11.039749145507812
SHDCD,λ=8,65536,1,625848,9.5496826171875
SHDCD,λ=8,65536,1,638105,9.736709594726562
SHDCD,λ=8,65536,1,596805,9.106521606445312
SHDCD,λ=8,65536,1,654693,9.989822387695312
SHDCD,λ=8,65536,1,595197,9.081985473632812
SHDCD,λ=8,65536,1,605789,9.243606567382812
SHDCD,λ=8,65536,1,646768,9.868896484375
SHDCD,λ=8,65536,1,579869,8.848098754882812
SHDCD,λ=8,65536,1,586016,8.94189453125
SHDCD,λ=8,65536,1,584677,8.921463012695312
SHDCD,λ=8,65536,1,600997,9.170486450195312
SHDCD,λ=8,65536,1,599553,9.148452758789062
SHDCD,λ=8,65536,1,569293,8.686721801757812
SHDCD,λ=8,65536,1,585268,8.93048095703125
SHDCD,λ=8,65536,1,585256,8.9302978515625
SHDCD,λ=8,65536,1,650408,9.9244384765625
SHDCD,λ=8,65536,1,602788,9.19781494140625
SHDCD,λ=8,65536,1,611593,9.332168579101562
SHDCD,λ=8,65536,1,544605,8.310012817382812
SHDCD,λ=8,65536,1,628153,9.584854125976562
SHDCD,λ=8,65536,1,624705,9.532241821289062
SHDCD,λ=8,65536,1,694153,10.591934204101562
SHDCD,λ=8,65536,1,636513,9.712417602539062
SHDCD,λ=8,65536,1,591565,9.026565551757812
SHDCD,λ=8,65536,1,616892,9.41302490234375
SHDCD,λ=8,65536,1,583869,8.909133911132812
SHDCD,λ=8,65536,1,631329,9.633316040039062
SHDCD,λ=8,65536,1,576457,8.796035766601562
SHDCD,λ=8,65536,1,617453,9.421585083007812
SHDCD,λ=8,65536,1,661009,10.086196899414062
SHDCD,λ=8,65536,1,670709,10.234207153320312
SHDCD,λ=8,65536,1,594661,9.073806762695312
SHDCD,λ=8,65536,1,613793,9.365737915039062
SHDCD,λ=8,65536,1,606205,9.249954223632812
SHDCD,λ=8,65536,1,682613,10.415847778320312
SHDCD,λ=8,65536,1,602017,9.186050415039062
SHDCD,λ=8,65536,1,620421,9.466873168945312
SHDCD,λ=8,65536,1,568545,8.675308227539062
SHDCD,λ=8,65536,1,665373,10.152786254882812
SHDCD,λ=8,65536,1,636429,9.711135864257812
SHDCD,λ=8,65536,1,621141,9.477859497070312
SHDCD,λ=8,65536,1,641285,9.785232543945312
SHDCD,λ=8,65536,1,580749,8.861526489257812
SHDCD,λ=8,65536,1,598413,9.131057739257812
SHDCD,λ=8,65536,1,719005,10.971145629882812
SHDCD,λ=8,65536,1,689573,10.522048950195312
SHDCD,λ=8,65536,1,684192,10.43994140625
SHDCD,λ=8,65536,1,679685,10.371170043945312
SHDCD,λ=8,65536,1,544937,8.315078735351562
SHDCD,λ=8,65536,1,596953,9.108779907226562
SHDCD,λ=8,65536,1,610888,9.3214111328125
SHDCD,λ=8,65536,1,571057,8.713638305664062
SHDCD,λ=8,65536,1,548360,8.3673095703125
SHDCD,λ=8,65536,1,574825,8.771133422851562
SHDCD,λ=8,65536,1,626909,9.565872192382812
SHDCD,λ=8,65536,1,561784,8.5721435546875
SHDCD,λ=8,65536,1,655521,10.002456665039062
SHDCD,λ=8,65536,1,681101,10.392776489257812
SHLCD,λ=8,65536,1,650323,9.923141479492188
SHLCD,λ=8,65536,1,581678,8.875701904296875
SHLCD,λ=8,65536,1,596435,9.100875854492188
SHLCD,λ=8,65536,1,675443,10.306442260742188
SHLCD,λ=8,65536,1,625262,9.540740966796875
SHLCD,λ=8,65536,1,587436,8.96356201171875
SHLCD,λ=8,65536,1,596781,9.106155395507812
SHLCD,λ=8,65536,1,571918,8.726776123046875
SHLCD,λ=8,65536,1,576504,8.7967529296875
SHLCD,λ=8,65536,1,605574,9.240325927734375
SHLCD,λ=8,65536,1,613491,9.361129760742188
SHLCD,λ=8,65536,1,613977,9.368545532226562
SHLCD,λ=8,65536,1,588063,8.973129272460938
SHLCD,λ=8,65536,1,608281,9.281631469726562
SHLCD,λ=8,65536,1,584529,8.919204711914062
SHLCD,λ=8,65536,1,601204,9.17364501953125
SHLCD,λ=8,65536,1,616679,9.409774780273438
SHLCD,λ=8,65536,1,576171,8.791671752929688
SHLCD,λ=8,65536,1,641829,9.793533325195312
SHLCD,λ=8,65536,1,665286,10.151458740234375
SHLCD,λ=8,65536,1,606092,9.24822998046875
SHLCD,λ=8,65536,1,591511,9.025741577148438
SHLCD,λ=8,65536,1,596570,9.102935791015625
SHLCD,λ=8,65536,1,665470,10.154266357421875
SHLCD,λ=8,65536,1,613792,9.36572265625
SHLCD,λ=8,65536,1,669330,10.213165283203125
SHLCD,λ=8,65536,1,608116,9.27911376953125
SHLCD,λ=8,65536,1,633218,9.662139892578125
SHLCD,λ=8,65536,1,603821,9.213577270507812
SHLCD,λ=8,65536,1,610695,9.318466186523438
SHLCD,λ=8,65536,1,583936,8.91015625
SHLCD,λ=8,65536,1,651377,9.939224243164062
SHLCD,λ=8,65536,1,729792,11.1357421875
SHLCD,λ=8,65536,1,629082,9.599029541015625
SHLCD,λ=8,65536,1,739180,11.27899169921875
SHLCD,λ=8,65536,1,605452,9.23846435546875
SHLCD,λ=8,65536,1,648543,9.895980834960938
SHLCD,λ=8,65536,1,663497,10.124160766601562
SHLCD,λ=8,65536,1,725533,11.070755004882812
SHLCD,λ=8,65536,1,598349,9.130081176757812
SHLCD,λ=8,65536,1,664253,10.135696411132812
SHLCD,λ=8,65536,1,677758,10.341766357421875
SHLCD,λ=8,65536,1,622702,9.501678466796875
SHLCD,λ=8,65536,1,622867,9.504196166992188
SHLCD,λ=8,65536,1,611026,9.323516845703125
SHLCD,λ=8,65536,1,607661,9.272171020507812
SHLCD,λ=8,65536,1,610150,9.310150146484375
SHLCD,λ=8,65536,1,575209,8.776992797851562
SHLCD,λ=8,65536,1,595197,9.081985473632812
SHLCD,λ=8,65536,1,598425,9.131240844726562
SHLCD,λ=8,65536,1,568321,8.671890258789062
SHLCD,λ=8,65536,1,605649,9.241470336914062
SHLCD,λ=8,65536,1,598542,9.133026123046875
SHLCD,λ=8,65536,1,594381,9.069534301757812
SHLCD,λ=8,65536,1,644406,9.832855224609375
SHLCD,λ=8,65536,1,595459,9.085983276367188
SHLCD,λ=8,65536,1,717942,10.954925537109375
SHLCD,λ=8,65536,1,584603,8.920333862304688
SHLCD,λ=8,65536,1,603857,9.214126586914062
SHLCD,λ=8,65536,1,642134,9.798187255859375
SHLCD,λ=8,65536,1,619166,9.447723388671875
SHLCD,λ=8,65536,1,645625,9.851455688476562
SHLCD,λ=8,65536,1,600136,9.1573486328125
SHLCD,λ=8,65536,1,612035,9.338912963867188
SHLCD,λ=8,65536,1,613890,9.367218017578125
SHLCD,λ=8,65536,1,704477,10.749465942382812
SHLCD,λ=8,65536,1,701139,10.698532104492188
SHLCD,λ=8,65536,1,607422,9.268524169921875
SHLCD,λ=8,65536,1,676224,10.318359375
SHLCD,λ=8,65536,1,672488,10.2613525390625
SHLCD,λ=8,65536,1,598194,9.127716064453125
SHLCD,λ=8,65536,1,602238,9.189422607421875
SHLCD,λ=8,65536,1,632234,9.647125244140625
SHLCD,λ=8,65536,1,575851,8.786788940429688
SHLCD,λ=8,65536,1,610987,9.322921752929688
SHLCD,λ=8,65536,1,625179,9.539474487304688
SHLCD,λ=8,65536,1,681039,10.391830444335938
SHLCD,λ=8,65536,1,603876,9.21441650390625
SHLCD,λ=8,65536,1,560128,8.546875
SHLCD,λ=8,65536,1,604112,9.218017578125
SHLCD,λ=8,65536,1,678650,10.355377197265625
SHLCD,λ=8,65536,1,727186,11.095977783203125
SHLCD,λ=8,65536,1,716999,10.940536499023438
SHLCD,λ=8,65536,1,642979,9.811080932617188
SHLCD,λ=8,65536,1,669695,10.218734741210938
SHLCD,λ=8,65536,1,624986,9.536529541015625
SHLCD,λ=8,65536,1,658605,10.049514770507812
SHLCD,λ=8,65536,1,642102,9.797698974609375
SHLCD,λ=8,65536,1,615745,9.395523071289062
SHLCD,λ=8,65536,1,657676,10.03533935546875
SHLCD,λ=8,65536,1,582138,8.882720947265625
SHLCD,λ=8,65536,1,617040,9.415283203125
SHLCD,λ=8,65536,1,719396,10.97711181640625
SHLCD,λ=8,65536,1,653703,9.974716186523438
SHLCD,λ=8,65536,1,721148,11.00384521484375
SHLCD,λ=8,65536,1,660406,10.076995849609375
SHLCD,λ=8,65536,1,651581,9.942337036132812
SHLCD,λ=8,65536,1,621353,9.481094360351562
SHLCD,λ=8,65536,1,626786,9.563995361328125
SHLCD,λ=8,65536,1,646473,9.864395141601562
SRLCD,λ=8,65536,1,624930,9.535675048828125
SRLCD,λ=8,65536,1,640404,9.77178955078125
SRLCD,λ=8,65536,1,636150,9.706878662109375
SRLCD,λ=8,65536,1,870121,13.276992797851562
SRLCD,λ=8,65536,1,665522,10.155059814453125
SRLCD,λ=8,65536,1,644114,9.828399658203125
SRLCD,λ=8,65536,1,601598,9.179656982421875
SRLCD,λ=8,65536,1,614635,9.378585815429688
SRLCD,λ=8,65536,1,617891,9.428268432617188
SRLCD,λ=8,65536,1,577978,8.819244384765625
SRLCD,λ=8,65536,1,640781,9.777542114257812
SRLCD,λ=8,65536,1,630921,9.627090454101562
SRLCD,λ=8,65536,1,683224,10.4251708984375
SRLCD,λ=8,65536,1,560919,8.558944702148438
SRLCD,λ=8,65536,1,620768,9.47216796875
SRLCD,λ=8,65536,1,585350,8.931732177734375
SRLCD,λ=8,65536,1,670503,10.231063842773438
SRLCD,λ=8,65536,1,646921,9.871231079101562
SRLCD,λ=8,65536,1,620230,9.463958740234375
SRLCD,λ=8,65536,1,647468,9.87957763671875
SRLCD,λ=8,65536,1,667076,10.17877197265625
SRLCD,λ=8,65536,1,621209,9.478897094726562
SRLCD,λ=8,65536,1,566325,8.641433715820312
SRLCD,λ=8,65536,1,629562,9.606353759765625
SRLCD,λ=8,65536,1,623905,9.520034790039062
SRLCD,λ=8,65536,1,605840,9.244384765625
SRLCD,λ=8,65536,1,639339,9.755538940429688
SRLCD,λ=8,65536,1,640080,9.766845703125
SRLCD,λ=8,65536,1,685098,10.453765869140625
SRLCD,λ=8,65536,1,708791,10.815292358398438
SRLCD,λ=8,65536,1,704544,10.75048828125
SRLCD,λ=8,65536,1,708818,10.815704345703125
SRLCD,λ=8,65536,1,672559,10.262435913085938
SRLCD,λ=8,65536,1,676892,10.32855224609375
SRLCD,λ=8,65536,1,609264,9.296630859375
SRLCD,λ=8,65536,1,585077,8.927566528320312
SRLCD,λ=8,65536,1,723216,11.035400390625
SRLCD,λ=8,65536,1,626825,9.564590454101562
SRLCD,λ=8,65536,1,589759,8.999008178710938
SRLCD,λ=8,65536,1,629021,9.598098754882812
SRLCD,λ=8,65536,1,617379,9.420455932617188
SRLCD,λ=8,65536,1,648488,9.8951416015625
SRLCD,λ=8,65536,1,653263,9.968002319335938
SRLCD,λ=8,65536,1,582809,8.892959594726562
SRLCD,λ=8,65536,1,640099,9.767135620117188
SRLCD,λ=8,65536,1,579870,8.848114013671875
SRLCD,λ=8,65536,1,775097,11.827041625976562
SRLCD,λ=8,65536,1,611848,9.3360595703125
SRLCD,λ=8,65536,1,676593,10.323989868164062
SRLCD,λ=8,65536,1,613563,9.362228393554688
SRLCD,λ=8,65536,1,645789,9.853958129882812
SRLCD,λ=8,65536,1,625520,9.544677734375
SRLCD,λ=8,65536,1,647352,9.8778076171875
SRLCD,λ=8,65536,1,687561,10.491348266601562
SRLCD,λ=8,65536,1,600997,9.170486450195312
SRLCD,λ=8,65536,1,681062,10.392181396484375
SRLCD,λ=8,65536,1,597904,9.123291015625
SRLCD,λ=8,65536,1,672813,10.266311645507812
SRLCD,λ=8,65536,1,645010,9.842071533203125
SRLCD,λ=8,65536,1,687364,10.48834228515625
SRLCD,λ=8,65536,1,601897,9.184219360351562
SRLCD,λ=8,65536,1,641755,9.792404174804688
SRLCD,λ=8,65536,1,611290,9.327545166015625
SRLCD,λ=8,65536,1,616683,9.409835815429688
SRLCD,λ=8,65536,1,695475,10.612106323242188
SRLCD,λ=8,65536,1,690836,10.54132080078125
SRLCD,λ=8,65536,1,644996,9.84185791015625
SRLCD,λ=8,65536,1,627467,9.574386596679688
SRLCD,λ=8,65536,1,639371,9.756027221679688
SRLCD,λ=8,65536,1,679918,10.374725341796875
SRLCD,λ=8,65536,1,652967,9.963485717773438
SRLCD,λ=8,65536,1,691432,10.5504150390625
SRLCD,λ=8,65536,1,607094,9.263519287109375
SRLCD,λ=8,65536,1,711192,10.8519287109375
SRLCD,λ=8,65536,1,595051,9.079757690429688
SRLCD,λ=8,65536,1,696518,10.628021240234375
SRLCD,λ=8,65536,1,611218,9.326446533203125
SRLCD,λ=8,65536,1,638415,9.741439819335938
SRLCD,λ=8,65536,1,570593,8.706558227539062
SRLCD,λ=8,65536,1,641979,9.795822143554688
SRLCD,λ=8,65536,1,583564,8.90447998046875
SRLCD,λ=8,65536,1,634561,9.682632446289062
SRLCD,λ=8,65536,1,646513,9.865005493164062
SRLCD,λ=8,65536,1,612107,9.340011596679688
SRLCD,λ=8,65536,1,763330,11.647491455078125
SRLCD,λ=8,65536,1,617549,9.423049926757812
SRLCD,λ=8,65536,1,654104,9.9808349609375
SRLCD,λ=8,65536,1,645970,9.856719970703125
SRLCD,λ=8,65536,1,641009,9.781021118164062
SRLCD,λ=8,65536,1,625984,9.5517578125
SRLCD,λ=8,65536,1,663175,10.119247436523438
SRLCD,λ=8,65536,1,625659,9.546798706054688
SRLCD,λ=8,65536,1,591193,9.020889282226562
SRLCD,λ=8,65536,1,650797,9.930374145507812
SRLCD,λ=8,65536,1,595404,9.08514404296875
SRLCD,λ=8,65536,1,617268,9.41876220703125
SRLCD,λ=8,65536,1,616023,9.399765014648438
SRLCD,λ=8,65536,1,595989,9.094070434570312
SRLCD,λ=8,65536,1,634820,9.68658447265625
SRLCD,λ=8,65536,1,660553,10.079238891601562
SSLCD,λ=8,65536,1,928439,14.166854858398438
SSLCD,λ=8,65536,1,904860,13.80706787109375
SSLCD,λ=8,65536,1,957905,14.616470336914062
SSLCD,λ=8,65536,1,981332,14.97393798828125
SSLCD,λ=8,65536,1,976896,14.90625
SSLCD,λ=8,65536,1,833675,12.720870971679688
SSLCD,λ=8,65536,1,891547,13.603927612304688
SSLCD,λ=8,65536,1,831679,12.690414428710938
SSLCD,λ=8,65536,1,964927,14.723617553710938
SSLCD,λ=8,65536,1,927056,14.145751953125
SSLCD,λ=8,65536,1,957058,14.603546142578125
SSLCD,λ=8,65536,1,992088,15.1380615234375
SSLCD,λ=8,65536,1,857196,13.07977294921875
SSLCD,λ=8,65536,1,887404,13.54071044921875
SSLCD,λ=8,65536,1,829292,12.65399169921875
SSLCD,λ=8,65536,1,888497,13.557388305664062
SSLCD,λ=8,65536,1,858679,13.102401733398438
SSLCD,λ=8,65536,1,952313,14.531143188476562
SSLCD,λ=8,65536,1,1176939,17.958663940429688
SSLCD,λ=8,65536,1,943786,14.401031494140625
SSLCD,λ=8,65536,1,959247,14.636947631835938
SSLCD,λ=8,65536,1,989211,15.094161987304688
SSLCD,λ=8,65536,1,973949,14.861282348632812
SSLCD,λ=8,65536,1,919641,14.032608032226562
SSLCD,λ=8,65536,1,893293,13.630569458007812
SSLCD,λ=8,65536,1,1089678,16.627166748046875
SSLCD,λ=8,65536,1,952142,14.528533935546875
SSLCD,λ=8,65536,1,1042002,15.899688720703125
SSLCD,λ=8,65536,1,848571,12.948165893554688
SSLCD,λ=8,65536,1,961264,14.667724609375
SSLCD,λ=8,65536,1,959011,14.633346557617188
SSLCD,λ=8,65536,1,1008104,15.3824462890625
SSLCD,λ=8,65536,1,888785,13.561782836914062
SSLCD,λ=8,65536,1,1223204,18.66461181640625
SSLCD,λ=8,65536,1,850543,12.978256225585938
SSLCD,λ=8,65536,1,901779,13.760055541992188
SSLCD,λ=8,65536,1,878707,13.408004760742188
SSLCD,λ=8,65536,1,955636,14.58184814453125
SSLCD,λ=8,65536,1,947767,14.461776733398438
SSLCD,λ=8,65536,1,947206,14.453216552734375
SSLCD,λ=8,65536,1,1004672,15.330078125
SSLCD,λ=8,65536,1,968984,14.7855224609375
SSLCD,λ=8,65536,1,1137587,17.358200073242188
SSLCD,λ=8,65536,1,899878,13.731048583984375
SSLCD,λ=8,65536,1,936261,14.286209106445312
SSLCD,λ=8,65536,1,826407,12.609970092773438
SSLCD,λ=8,65536,1,963971,14.709030151367188
SSLCD,λ=8,65536,1,872856,13.3187255859375
SSLCD,λ=8,65536,1,890709,13.591140747070312
SSLCD,λ=8,65536,1,856430,13.068084716796875
SSLCD,λ=8,65536,1,865014,13.199066162109375
SSLCD,λ=8,65536,1,896592,13.680908203125
SSLCD,λ=8,65536,1,950704,14.506591796875
SSLCD,λ=8,65536,1,1037866,15.836578369140625
SSLCD,λ=8,65536,1,1034539,15.785812377929688
SSLCD,λ=8,65536,1,817035,12.466964721679688
SSLCD,λ=8,65536,1,886225,13.522720336914062
SSLCD,λ=8,65536,1,941653,14.368484497070312
SSLCD,λ=8,65536,1,973588,14.85577392578125
SSLCD,λ=8,65536,1,949612,14.48992919921875
SSLCD,λ=8,65536,1,932186,14.224029541015625
SSLCD,λ=8,65536,1,973213,14.850051879882812
SSLCD,λ=8,65536,1,1001636,15.28375244140625
SSLCD,λ=8,65536,1,932103,14.222763061523438
SSLCD,λ=8,65536,1,887017,13.534805297851562
SSLCD,λ=8,65536,1,999294,15.248016357421875
SSLCD,λ=8,65536,1,929511,14.183212280273438
SSLCD,λ=8,65536,1,1001255,15.277938842773438
SSLCD,λ=8,65536,1,999729,15.254653930664062
SSLCD,λ=8,65536,1,908308,13.85968017578125
SSLCD,λ=8,65536,1,1047555,15.984420776367188
SSLCD,λ=8,65536,1,1053419,16.073898315429688
SSLCD,λ=8,65536,1,878391,13.403182983398438
SSLCD,λ=8,65536,1,1009209,15.399307250976562
SSLCD,λ=8,65536,1,958823,14.630477905273438
SSLCD,λ=8,65536,1,1022929,15.608657836914062
SSLCD,λ=8,65536,1,1014404,15.47857666015625
SSLCD,λ=8,65536,1,1085818,16.568267822265625
SSLCD,λ=8,65536,1,927669,14.155105590820312
SSLCD,λ=8,65536,1,961346,14.668975830078125
SSLCD,λ=8,65536,1,974788,14.87408447265625
SSLCD,λ=8,65536,1,887581,13.543411254882812
SSLCD,λ=8,65536,1,896616,13.6812744140625
SSLCD,λ=8,65536,1,918729,14.018692016601562
SSLCD,λ=8,65536,1,918679,14.017929077148438
SSLCD,λ=8,65536,1,877189,13.384841918945312
SSLCD,λ=8,65536,1,967435,14.761886596679688
SSLCD,λ=8,65536,1,898255,13.706283569335938
SSLCD,λ=8,65536,1,916505,13.984756469726562
SSLCD,λ=8,65536,1,831827,12.692672729492188
SSLCD,λ=8,65536,1,801525,12.230300903320312
SSLCD,λ=8,65536,1,921332,14.05841064453125
SSLCD,λ=8,65536,1,857512,13.0845947265625
SSLCD,λ=8,65536,1,1086629,16.580642700195312
SSLCD,λ=8,65536,1,969939,14.800094604492188
SSLCD,λ=8,65536,1,966943,14.754379272460938
SSLCD,λ=8,65536,1,1022330,15.599517822265625
SSLCD,λ=8,65536,1,991150,15.123748779296875
SSLCD,λ=8,65536,1,872230,13.309173583984375
SSLCD,λ=8,65536,1,988034,15.076202392578125
SSDSD,λ=8,65536,1,813123,12.407272338867188
SSDSD,λ=8,65536,1,805403,12.289474487304688
SSDSD,λ=8,65536,1,824913,12.587173461914062
SSDSD,λ=8,65536,1,877526,13.389984130859375
SSDSD,λ=8,65536,1,855284,13.05059814453125
SSDSD,λ=8,65536,1,807133,12.315872192382812
SSDSD,λ=8,65536,1,758171,11.568771362304688
SSDSD,λ=8,65536,1,896168,13.6744384765625
SSDSD,λ=8,65536,1,814814,12.433074951171875
SSDSD,λ=8,65536,1,860239,13.126205444335938
SSDSD,λ=8,65536,1,845958,12.908294677734375
SSDSD,λ=8,65536,1,912964,13.93072509765625
SSDSD,λ=8,65536,1,831648,12.68994140625
SSDSD,λ=8,65536,1,784568,11.9715576171875
SSDSD,λ=8,65536,1,988848,15.088623046875
SSDSD,λ=8,65536,1,870871,13.288436889648438
SSDSD,λ=8,65536,1,753784,11.5018310546875
SSDSD,λ=8,65536,1,875555,13.359909057617188
SSDSD,λ=8,65536,1,814920,12.4346923828125
SSDSD,λ=8,65536,1,845542,12.901947021484375
SSDSD,λ=8,65536,1,819099,12.498458862304688
SSDSD,λ=8,65536,1,847860,12.93731689453125
SSDSD,λ=8,65536,1,877156,13.38433837890625
SSDSD,λ=8,65536,1,843754,12.874664306640625
SSDSD,λ=8,65536,1,824587,12.582199096679688
SSDSD,λ=8,65536,1,788715,12.034835815429688
SSDSD,λ=8,65536,1,942166,14.376312255859375
SSDSD,λ=8,65536,1,813583,12.414291381835938
SSDSD,λ=8,65536,1,807169,12.316421508789062
SSDSD,λ=8,65536,1,803411,12.259078979492188
SSDSD,λ=8,65536,1,904249,13.797744750976562
SSDSD,λ=8,65536,1,839286,12.806488037109375
SSDSD,λ=8,65536,1,765478,11.680267333984375
SSDSD,λ=8,65536,1,816790,12.463226318359375
SSDSD,λ=8,65536,1,777655,11.866073608398438
SSDSD,λ=8,65536,1,799710,12.202606201171875
SSDSD,λ=8,65536,1,782905,11.946182250976562
SSDSD,λ=8,65536,1,1035932,15.80706787109375
SSDSD,λ=8,65536,1,782115,11.934127807617188
SSDSD,λ=8,65536,1,795743,12.142074584960938
SSDSD,λ=8,65536,1,831474,12.687286376953125
SSDSD,λ=8,65536,1,784033,11.963394165039062
SSDSD,λ=8,65536,1,797406,12.167449951171875
SSDSD,λ=8,65536,1,770365,11.754837036132812
SSDSD,λ=8,65536,1,745383,11.373641967773438
SSDSD,λ=8,65536,1,847903,12.937973022460938
SSDSD,λ=8,65536,1,803200,12.255859375
SSDSD,λ=8,65536,1,843030,12.863616943359375
SSDSD,λ=8,65536,1,883711,13.484359741210938
SSDSD,λ=8,65536,1,833182,12.713348388671875
SSDSD,λ=8,65536,1,925333,14.119461059570312
SSDSD,λ=8,65536,1,846595,12.918014526367188
SSDSD,λ=8,65536,1,765804,11.68524169921875
SSDSD,λ=8,65536,1,978361,14.928604125976562
SSDSD,λ=8,65536,1,763024,11.642822265625
SSDSD,λ=8,65536,1,862269,13.157180786132812
SSDSD,λ=8,65536,1,828962,12.648956298828125
SSDSD,λ=8,65536,1,891071,13.596664428710938
SSDSD,λ=8,65536,1,844034,12.878936767578125
SSDSD,λ=8,65536,1,802881,12.250991821289062
SSDSD,λ=8,65536,1,831516,12.68792724609375
SSDSD,λ=8,65536,1,797232,12.164794921875
SSDSD,λ=8,65536,1,802344,12.2427978515625
SSDSD,λ=8,65536,1,778487,11.878768920898438
SSDSD,λ=8,65536,1,829563,12.658126831054688
SSDSD,λ=8,65536,1,830498,12.672393798828125
SSDSD,λ=8,65536,1,782415,11.938705444335938
SSDSD,λ=8,65536,1,862747,13.164474487304688
SSDSD,λ=8,65536,1,796580,12.15484619140625
SSDSD,λ=8,65536,1,826384,12.609619140625
SSDSD,λ=8,65536,1,798640,12.186279296875
SSDSD,λ=8,65536,1,852979,13.015426635742188
SSDSD,λ=8,65536,1,800831,12.219711303710938
SSDSD,λ=8,65536,1,829119,12.651351928710938
SSDSD,λ=8,65536,1,806141,12.300735473632812
SSDSD,λ=8,65536,1,838031,12.787338256835938
SSDSD,λ=8,65536,1,740192,11.29443359375
SSDSD,λ=8,65536,1,767249,11.707290649414062
SSDSD,λ=8,65536,1,925602,14.123565673828125
SSDSD,λ=8,65536,1,840948,12.83184814453125
SSDSD,λ=8,65536,1,751396,11.46539306640625
SSDSD,λ=8,65536,1,851505,12.992935180664062
SSDSD,λ=8,65536,1,729675,11.133956909179688
SSDSD,λ=8,65536,1,835612,12.75042724609375
SSDSD,λ=8,65536,1,842339,12.853073120117188
SSDSD,λ=8,65536,1,834052,12.72662353515625
SSDSD,λ=8,65536,1,778988,11.88641357421875
SSDSD,λ=8,65536,1,813646,12.415252685546875
SSDSD,λ=8,65536,1,768659,11.728805541992188
SSDSD,λ=8,65536,1,784560,11.971435546875
SSDSD,λ=8,65536,1,855918,13.060272216796875
SSDSD,λ=8,65536,1,868773,13.256423950195312
SSDSD,λ=8,65536,1,785486,11.985565185546875
SSDSD,λ=8,65536,1,811986,12.389923095703125
SSDSD,λ=8,65536,1,967592,14.7642822265625
SSDSD,λ=8,65536,1,822134,12.544769287109375
SSDSD,λ=8,65536,1,770499,11.756881713867188
SSDSD,λ=8,65536,1,858274,13.096221923828125
SSDSD,λ=8,65536,1,825767,12.600204467773438
SSDSD,λ=8,65536,1,781576,11.9259033203125
SRDSD,λ=8,65536,1,519645,7.9291534423828125
SRDSD,λ=8,65536,1,782071,11.933456420898438
SRDSD,λ=8,65536,1,521455,7.9567718505859375
SRDSD,λ=8,65536,1,592435,9.039840698242188
SRDSD,λ=8,65536,1,579571,8.843551635742188
SRDSD,λ=8,65536,1,585007,8.926498413085938
SRDSD,λ=8,65536,1,633763,9.670455932617188
SRDSD,λ=8,65536,1,574991,8.773666381835938
SRDSD,λ=8,65536,1,592227,9.036666870117188
SRDSD,λ=8,65536,1,580359,8.855575561523438
SRDSD,λ=8,65536,1,583565,8.904495239257812
SRDSD,λ=8,65536,1,578813,8.831985473632812
SRDSD,λ=8,65536,1,548849,8.374771118164062
SRDSD,λ=8,65536,1,534075,8.149337768554688
SRDSD,λ=8,65536,1,622691,9.501510620117188
SRDSD,λ=8,65536,1,551013,8.407791137695312
SRDSD,λ=8,65536,1,567529,8.659805297851562
SRDSD,λ=8,65536,1,594589,9.072708129882812
SRDSD,λ=8,65536,1,558643,8.524215698242188
SRDSD,λ=8,65536,1,582499,8.888229370117188
SRDSD,λ=8,65536,1,610251,9.311691284179688
SRDSD,λ=8,65536,1,530787,8.099166870117188
SRDSD,λ=8,65536,1,570577,8.706314086914062
SRDSD,λ=8,65536,1,595513,9.086807250976562
SRDSD,λ=8,65536,1,585891,8.939987182617188
SRDSD,λ=8,65536,1,550313,8.397109985351562
SRDSD,λ=8,65536,1,582165,8.883132934570312
SRDSD,λ=8,65536,1,594559,9.072250366210938
SRDSD,λ=8,65536,1,543577,8.294326782226562
SRDSD,λ=8,65536,1,566239,8.640121459960938
SRDSD,λ=8,65536,1,606567,9.255477905273438
SRDSD,λ=8,65536,1,568359,8.672470092773438
SRDSD,λ=8,65536,1,585377,8.932144165039062
SRDSD,λ=8,65536,1,581783,8.877304077148438
SRDSD,λ=8,65536,1,620685,9.470901489257812
SRDSD,λ=8,65536,1,563195,8.593673706054688
SRDSD,λ=8,65536,1,555643,8.478439331054688
SRDSD,λ=8,65536,1,608339,9.282516479492188
SRDSD,λ=8,65536,1,534023,8.148544311523438
SRDSD,λ=8,65536,1,604781,9.228225708007812
SRDSD,λ=8,65536,1,567995,8.666915893554688
SRDSD,λ=8,65536,1,555983,8.483627319335938
SRDSD,λ=8,65536,1,653129,9.965957641601562
SRDSD,λ=8,65536,1,614685,9.379348754882812
SRDSD,λ=8,65536,1,582057,8.881484985351562
SRDSD,λ=8,65536,1,574975,8.773422241210938
SRDSD,λ=8,65536,1,642665,9.806289672851562
SRDSD,λ=8,65536,1,556263,8.487899780273438
SRDSD,λ=8,65536,1,557423,8.505599975585938
SRDSD,λ=8,65536,1,562409,8.581680297851562
SRDSD,λ=8,65536,1,533453,8.139846801757812
SRDSD,λ=8,65536,1,533507,8.140670776367188
SRDSD,λ=8,65536,1,640003,9.765670776367188
SRDSD,λ=8,65536,1,622621,9.500442504882812
SRDSD,λ=8,65536,1,573629,8.752883911132812
SRDSD,λ=8,65536,1,583081,8.897109985351562
SRDSD,λ=8,65536,1,618531,9.438034057617188
SRDSD,λ=8,65536,1,574669,8.768753051757812
SRDSD,λ=8,65536,1,554913,8.467300415039062
SRDSD,λ=8,65536,1,593353,9.053848266601562
SRDSD,λ=8,65536,1,638523,9.743087768554688
SRDSD,λ=8,65536,1,572475,8.735275268554688
SRDSD,λ=8,65536,1,583117,8.897659301757812
SRDSD,λ=8,65536,1,560933,8.559158325195312
SRDSD,λ=8,65536,1,575261,8.777786254882812
SRDSD,λ=8,65536,1,586481,8.948989868164062
SRDSD,λ=8,65536,1,634729,9.685195922851562
SRDSD,λ=8,65536,1,652237,9.952346801757812
SRDSD,λ=8,65536,1,566175,8.639144897460938
SRDSD,λ=8,65536,1,660141,10.072952270507812
SRDSD,λ=8,65536,1,541109,8.256668090820312
SRDSD,λ=8,65536,1,656061,10.010696411132812
SRDSD,λ=8,65536,1,555953,8.483169555664062
SRDSD,λ=8,65536,1,624189,9.524368286132812
SRDSD,λ=8,65536,1,552983,8.437850952148438
SRDSD,λ=8,65536,1,582801,8.892837524414062
SRDSD,λ=8,65536,1,619123,9.447067260742188
SRDSD,λ=8,65536,1,660809,10.083145141601562
SRDSD,λ=8,65536,1,552893,8.436477661132812
SRDSD,λ=8,65536,1,540977,8.254653930664062
SRDSD,λ=8,65536,1,525745,8.022232055664062
SRDSD,λ=8,65536,1,578339,8.824752807617188
SRDSD,λ=8,65536,1,546531,8.339401245117188
SRDSD,λ=8,65536,1,612285,9.342727661132812
SRDSD,λ=8,65536,1,603305,9.205703735351562
SRDSD,λ=8,65536,1,535659,8.173507690429688
SRDSD,λ=8,65536,1,650811,9.930587768554688
SRDSD,λ=8,65536,1,543373,8.291213989257812
SRDSD,λ=8,65536,1,589933,9.001663208007812
SRDSD,λ=8,65536,1,588115,8.973922729492188
SRDSD,λ=8,65536,1,588359,8.977645874023438
SRDSD,λ=8,65536,1,556361,8.489395141601562
SRDSD,λ=8,65536,1,610749,9.319290161132812
SRDSD,λ=8,65536,1,550607,8.401596069335938
SRDSD,λ=8,65536,1,631483,9.635665893554688
SRDSD,λ=8,65536,1,566523,8.644454956054688
SRDSD,λ=8,65536,1,597435,9.116134643554688
SRDSD,λ=8,65536,1,579811,8.847213745117188
SRDSD,λ=8,65536,1,578447,8.826400756835938
SRDSD,λ=8,65536,1,527231,8.044906616210938
SHDSD,λ=8,65536,1,580599,8.859237670898438
SHDSD,λ=8,65536,1,577443,8.811080932617188
SHDSD,λ=8,65536,1,595341,9.084182739257812
SHDSD,λ=8,65536,1,572367,8.733627319335938
SHDSD,λ=8,65536,1,558967,8.529159545898438
SHDSD,λ=8,65536,1,596567,9.102890014648438
SHDSD,λ=8,65536,1,573255,8.747177124023438
SHDSD,λ=8,65536,1,618227,9.433395385742188
SHDSD,λ=8,65536,1,597017,9.109756469726562
SHDSD,λ=8,65536,1,568407,8.673202514648438
SHDSD,λ=8,65536,1,599969,9.154800415039062
SHDSD,λ=8,65536,1,591931,9.032150268554688
SHDSD,λ=8,65536,1,595355,9.084396362304688
SHDSD,λ=8,65536,1,534981,8.163162231445312
SHDSD,λ=8,65536,1,548289,8.366226196289062
SHDSD,λ=8,65536,1,594389,9.069656372070312
SHDSD,λ=8,65536,1,559057,8.530532836914062
SHDSD,λ=8,65536,1,598085,9.126052856445312
SHDSD,λ=8,65536,1,588161,8.974624633789062
SHDSD,λ=8,65536,1,527609,8.050674438476562
SHDSD,λ=8,65536,1,581887,8.878890991210938
SHDSD,λ=8,65536,1,624965,9.536209106445312
SHDSD,λ=8,65536,1,572057,8.728897094726562
SHDSD,λ=8,65536,1,582593,8.889663696289062
SHDSD,λ=8,65536,1,713647,10.889389038085938
SHDSD,λ=8,65536,1,560951,8.559432983398438
SHDSD,λ=8,65536,1,592453,9.040115356445312
SHDSD,λ=8,65536,1,609397,9.298660278320312
SHDSD,λ=8,65536,1,583381,8.901687622070312
SHDSD,λ=8,65536,1,556991,8.499008178710938
SHDSD,λ=8,65536,1,553813,8.450515747070312
SHDSD,λ=8,65536,1,544661,8.310867309570312
SHDSD,λ=8,65536,1,588483,8.979537963867188
SHDSD,λ=8,65536,1,578181,8.822341918945312
SHDSD,λ=8,65536,1,599899,9.153732299804688
SHDSD,λ=8,65536,1,577159,8.806747436523438
SHDSD,λ=8,65536,1,668265,10.196914672851562
SHDSD,λ=8,65536,1,536133,8.180740356445312
SHDSD,λ=8,65536,1,542779,8.282150268554688
SHDSD,λ=8,65536,1,541023,8.255355834960938
SHDSD,λ=8,65536,1,572259,8.731979370117188
SHDSD,λ=8,65536,1,572911,8.741928100585938
SHDSD,λ=8,65536,1,561895,8.573837280273438
SHDSD,λ=8,65536,1,569121,8.684097290039062
SHDSD,λ=8,65536,1,542419,8.276657104492188
SHDSD,λ=8,65536,1,564815,8.618392944335938
SHDSD,λ=8,65536,1,550119,8.394149780273438
SHDSD,λ=8,65536,1,585565,8.935012817382812
SHDSD,λ=8,65536,1,522453,7.9720001220703125
SHDSD,λ=8,65536,1,576747,8.800460815429688
SHDSD,λ=8,65536,1,569945,8.696670532226562
SHDSD,λ=8,65536,1,643711,9.822250366210938
SHDSD,λ=8,65536,1,689097,10.514785766601562
SHDSD,λ=8,65536,1,539791,8.236557006835938
SHDSD,λ=8,65536,1,540863,8.252914428710938
SHDSD,λ=8,65536,1,544429,8.307327270507812
SHDSD,λ=8,65536,1,597485,9.116897583007812
SHDSD,λ=8,65536,1,594027,9.064132690429688
SHDSD,λ=8,65536,1,570939,8.711837768554688
SHDSD,λ=8,65536,1,540873,8.253067016601562
SHDSD,λ=8,65536,1,559579,8.538497924804688
SHDSD,λ=8,65536,1,585691,8.936935424804688
SHDSD,λ=8,65536,1,653151,9.966293334960938
SHDSD,λ=8,65536,1,558195,8.517379760742188
SHDSD,λ=8,65536,1,553183,8.440902709960938
SHDSD,λ=8,65536,1,618133,9.431961059570312
SHDSD,λ=8,65536,1,570075,8.698654174804688
SHDSD,λ=8,65536,1,550581,8.401199340820312
SHDSD,λ=8,65536,1,553193,8.441055297851562
SHDSD,λ=8,65536,1,608543,9.285629272460938
SHDSD,λ=8,65536,1,581633,8.875015258789062
SHDSD,λ=8,65536,1,550089,8.393692016601562
SHDSD,λ=8,65536,1,632779,9.655441284179688
SHDSD,λ=8,65536,1,525147,8.013107299804688
SHDSD,λ=8,65536,1,530363,8.092697143554688
SHDSD,λ=8,65536,1,517899,7.9025115966796875
SHDSD,λ=8,65536,1,534895,8.161849975585938
SHDSD,λ=8,65536,1,582629,8.890213012695312
SHDSD,λ=8,65536,1,583677,8.906204223632812
SHDSD,λ=8,65536,1,641773,9.792678833007812
SHDSD,λ=8,65536,1,565829,8.633865356445312
SHDSD,λ=8,65536,1,557853,8.512161254882812
SHDSD,λ=8,65536,1,562915,8.589401245117188
SHDSD,λ=8,65536,1,574311,8.763290405273438
SHDSD,λ=8,65536,1,581167,8.867904663085938
SHDSD,λ=8,65536,1,654559,9.987777709960938
SHDSD,λ=8,65536,1,510765,7.7936553955078125
SHDSD,λ=8,65536,1,658769,10.052017211914062
SHDSD,λ=8,65536,1,651519,9.941390991210938
SHDSD,λ=8,65536,1,592331,9.038253784179688
SHDSD,λ=8,65536,1,561313,8.564956665039062
SHDSD,λ=8,65536,1,589311,8.992172241210938
SHDSD,λ=8,65536,1,573855,8.756332397460938
SHDSD,λ=8,65536,1,583725,8.906936645507812
SHDSD,λ=8,65536,1,531107,8.104049682617188
SHDSD,λ=8,65536,1,596959,9.108871459960938
SHDSD,λ=8,65536,1,566397,8.642532348632812
SHDSD,λ=8,65536,1,528563,8.065231323242188
SHDSD,λ=8,65536,1,556615,8.493270874023438
SHDSD,λ=8,65536,1,593217,9.051773071289062
SHLSD,λ=8,65536,1,563775,8.602523803710938
SHLSD,λ=8,65536,1,580644,8.85992431640625
SHLSD,λ=8,65536,1,618996,9.44512939453125
SHLSD,λ=8,65536,1,612139,9.340499877929688
SHLSD,λ=8,65536,1,628565,9.591140747070312
SHLSD,λ=8,65536,1,576226,8.792510986328125
SHLSD,λ=8,65536,1,557792,8.51123046875
SHLSD,λ=8,65536,1,609822,9.305145263671875
SHLSD,λ=8,65536,1,590497,9.010269165039062
SHLSD,λ=8,65536,1,597660,9.11956787109375
SHLSD,λ=8,65536,1,554069,8.454421997070312
SHLSD,λ=8,65536,1,515905,7.8720855712890625
SHLSD,λ=8,65536,1,572120,8.7298583984375
SHLSD,λ=8,65536,1,555081,8.469863891601562
SHLSD,λ=8,65536,1,622045,9.491653442382812
SHLSD,λ=8,65536,1,616079,9.400619506835938
SHLSD,λ=8,65536,1,649304,9.9075927734375
SHLSD,λ=8,65536,1,539494,8.232025146484375
SHLSD,λ=8,65536,1,572842,8.740875244140625
SHLSD,λ=8,65536,1,569286,8.686614990234375
SHLSD,λ=8,65536,1,597560,9.1180419921875
SHLSD,λ=8,65536,1,605364,9.23712158203125
SHLSD,λ=8,65536,1,570123,8.699386596679688
SHLSD,λ=8,65536,1,568740,8.67828369140625
SHLSD,λ=8,65536,1,585730,8.937530517578125
SHLSD,λ=8,65536,1,589890,9.001007080078125
SHLSD,λ=8,65536,1,579646,8.844696044921875
SHLSD,λ=8,65536,1,584004,8.91119384765625
SHLSD,λ=8,65536,1,604001,9.216323852539062
SHLSD,λ=8,65536,1,649821,9.915481567382812
SHLSD,λ=8,65536,1,607084,9.26336669921875
SHLSD,λ=8,65536,1,583059,8.896774291992188
SHLSD,λ=8,65536,1,582228,8.88409423828125
SHLSD,λ=8,65536,1,631471,9.635482788085938
SHLSD,λ=8,65536,1,574372,8.76422119140625
SHLSD,λ=8,65536,1,651385,9.939346313476562
SHLSD,λ=8,65536,1,586327,8.946640014648438
SHLSD,λ=8,65536,1,553416,8.4444580078125
SHLSD,λ=8,65536,1,561722,8.571197509765625
SHLSD,λ=8,65536,1,531152,8.104736328125
SHLSD,λ=8,65536,1,533648,8.142822265625
SHLSD,λ=8,65536,1,611646,9.332977294921875
SHLSD,λ=8,65536,1,618615,9.439315795898438
SHLSD,λ=8,65536,1,542096,8.271728515625
SHLSD,λ=8,65536,1,577101,8.805862426757812
SHLSD,λ=8,65536,1,566709,8.647293090820312
SHLSD,λ=8,65536,1,613343,9.358871459960938
SHLSD,λ=8,65536,1,569376,8.68798828125
SHLSD,λ=8,65536,1,568665,8.677139282226562
SHLSD,λ=8,65536,1,557981,8.514114379882812
SHLSD,λ=8,65536,1,526652,8.03607177734375
SHLSD,λ=8,65536,1,623559,9.514755249023438
SHLSD,λ=8,65536,1,587324,8.96185302734375
SHLSD,λ=8,65536,1,568030,8.667449951171875
SHLSD,λ=8,65536,1,569778,8.694122314453125
SHLSD,λ=8,65536,1,553141,8.440261840820312
SHLSD,λ=8,65536,1,586766,8.953338623046875
SHLSD,λ=8,65536,1,567225,8.655166625976562
SHLSD,λ=8,65536,1,566802,8.648712158203125
SHLSD,λ=8,65536,1,611894,9.336761474609375
SHLSD,λ=8,65536,1,588336,8.977294921875
SHLSD,λ=8,65536,1,566683,8.646896362304688
SHLSD,λ=8,65536,1,621863,9.488876342773438
SHLSD,λ=8,65536,1,570075,8.698654174804688
SHLSD,λ=8,65536,1,530484,8.09454345703125
SHLSD,λ=8,65536,1,587295,8.961410522460938
SHLSD,λ=8,65536,1,654329,9.984268188476562
SHLSD,λ=8,65536,1,628367,9.588119506835938
SHLSD,λ=8,65536,1,519251,7.9231414794921875
SHLSD,λ=8,65536,1,563932,8.60491943359375
SHLSD,λ=8,65536,1,586559,8.950180053710938
SHLSD,λ=8,65536,1,543803,8.297775268554688
SHLSD,λ=8,65536,1,531392,8.1083984375
SHLSD,λ=8,65536,1,565364,8.62677001953125
SHLSD,λ=8,65536,1,524693,8.006179809570312
SHLSD,λ=8,65536,1,628345,9.587783813476562
SHLSD,λ=8,65536,1,543810,8.297882080078125
SHLSD,λ=8,65536,1,714525,10.902786254882812
SHLSD,λ=8,65536,1,568789,8.679031372070312
SHLSD,λ=8,65536,1,574895,8.772201538085938
SHLSD,λ=8,65536,1,567666,8.661895751953125
SHLSD,λ=8,65536,1,535180,8.16619873046875
SHLSD,λ=8,65536,1,546209,8.334487915039062
SHLSD,λ=8,65536,1,593444,9.05523681640625
SHLSD,λ=8,65536,1,601450,9.177398681640625
SHLSD,λ=8,65536,1,576950,8.803558349609375
SHLSD,λ=8,65536,1,550522,8.400299072265625
SHLSD,λ=8,65536,1,581376,8.87109375
SHLSD,λ=8,65536,1,548682,8.372222900390625
SHLSD,λ=8,65536,1,553782,8.450042724609375
SHLSD,λ=8,65536,1,555178,8.471343994140625
SHLSD,λ=8,65536,1,543010,8.285675048828125
SHLSD,λ=8,65536,1,549810,8.389434814453125
SHLSD,λ=8,65536,1,595527,9.087020874023438
SHLSD,λ=8,65536,1,522974,7.979949951171875
SHLSD,λ=8,65536,1,559372,8.53533935546875
SHLSD,λ=8,65536,1,550690,8.402862548828125
SHLSD,λ=8,65536,1,563380,8.59649658203125
SHLSD,λ=8,65536,1,579798,8.847015380859375
SHLSD,λ=8,65536,1,610036,9.30841064453125
SRLSD,λ=8,65536,1,556461,8.490921020507812
SRLSD,λ=8,65536,1,528114,8.058380126953125
SRLSD,λ=8,65536,1,580543,8.858383178710938
SRLSD,λ=8,65536,1,560807,8.557235717773438
SRLSD,λ=8,65536,1,605250,9.235382080078125
SRLSD,λ=8,65536,1,555518,8.476531982421875
SRLSD,λ=8,65536,1,619785,9.457168579101562
SRLSD,λ=8,65536,1,560858,8.558013916015625
SRLSD,λ=8,65536,1,555776,8.48046875
SRLSD,λ=8,65536,1,603169,9.203628540039062
SRLSD,λ=8,65536,1,606373,9.252517700195312
SRLSD,λ=8,65536,1,530156,8.08953857421875
SRLSD,λ=8,65536,1,579649,8.844741821289062
SRLSD,λ=8,65536,1,573006,8.743377685546875
SRLSD,λ=8,65536,1,636927,9.718734741210938
SRLSD,λ=8,65536,1,541016,8.2552490234375
SRLSD,λ=8,65536,1,576585,8.797988891601562
SRLSD,λ=8,65536,1,565689,8.631729125976562
SRLSD,λ=8,65536,1,547667,8.356735229492188
SRLSD,λ=8,65536,1,589289,8.991836547851562
SRLSD,λ=8,65536,1,637086,9.721160888671875
SRLSD,λ=8,65536,1,622271,9.495101928710938
SRLSD,λ=8,65536,1,524172,7.99822998046875
SRLSD,λ=8,65536,1,815273,12.440078735351562
SRLSD,λ=8,65536,1,570213,8.700759887695312
SRLSD,λ=8,65536,1,537635,8.203659057617188
SRLSD,λ=8,65536,1,543135,8.287582397460938
SRLSD,λ=8,65536,1,609260,9.29656982421875
SRLSD,λ=8,65536,1,572294,8.732513427734375
SRLSD,λ=8,65536,1,579523,8.842819213867188
SRLSD,λ=8,65536,1,576325,8.794021606445312
SRLSD,λ=8,65536,1,674999,10.299667358398438
SRLSD,λ=8,65536,1,599346,9.145294189453125
SRLSD,λ=8,65536,1,614603,9.378097534179688
SRLSD,λ=8,65536,1,631395,9.634323120117188
SRLSD,λ=8,65536,1,574677,8.768875122070312
SRLSD,λ=8,65536,1,619926,9.459320068359375
SRLSD,λ=8,65536,1,614880,9.38232421875
SRLSD,λ=8,65536,1,633085,9.660110473632812
SRLSD,λ=8,65536,1,595216,9.082275390625
SRLSD,λ=8,65536,1,562996,8.59063720703125
SRLSD,λ=8,65536,1,584961,8.925796508789062
SRLSD,λ=8,65536,1,589582,8.996307373046875
SRLSD,λ=8,65536,1,576046,8.789764404296875
SRLSD,λ=8,65536,1,572389,8.733963012695312
SRLSD,λ=8,65536,1,553076,8.43927001953125
SRLSD,λ=8,65536,1,562448,8.582275390625
SRLSD,λ=8,65536,1,555287,8.473007202148438
SRLSD,λ=8,65536,1,575294,8.778289794921875
SRLSD,λ=8,65536,1,548821,8.374343872070312
SRLSD,λ=8,65536,1,552297,8.427383422851562
SRLSD,λ=8,65536,1,595580,9.08782958984375
SRLSD,λ=8,65536,1,567711,8.662582397460938
SRLSD,λ=8,65536,1,535536,8.171630859375
SRLSD,λ=8,65536,1,544042,8.301422119140625
SRLSD,λ=8,65536,1,569815,8.694686889648438
SRLSD,λ=8,65536,1,598831,9.137435913085938
SRLSD,λ=8,65536,1,622646,9.500823974609375
SRLSD,λ=8,65536,1,596759,9.105819702148438
SRLSD,λ=8,65536,1,583741,8.907180786132812
SRLSD,λ=8,65536,1,608984,9.2923583984375
SRLSD,λ=8,65536,1,592961,9.047866821289062
SRLSD,λ=8,65536,1,539375,8.230209350585938
SRLSD,λ=8,65536,1,698409,10.656875610351562
SRLSD,λ=8,65536,1,574306,8.763214111328125
SRLSD,λ=8,65536,1,586001,8.941665649414062
SRLSD,λ=8,65536,1,589109,8.989089965820312
SRLSD,λ=8,65536,1,587027,8.957321166992188
SRLSD,λ=8,65536,1,617299,9.419235229492188
SRLSD,λ=8,65536,1,586794,8.953765869140625
SRLSD,λ=8,65536,1,587744,8.96826171875
SRLSD,λ=8,65536,1,588926,8.986297607421875
SRLSD,λ=8,65536,1,534358,8.153656005859375
SRLSD,λ=8,65536,1,614807,9.381210327148438
SRLSD,λ=8,65536,1,618873,9.443252563476562
SRLSD,λ=8,65536,1,596065,9.095230102539062
SRLSD,λ=8,65536,1,556153,8.486221313476562
SRLSD,λ=8,65536,1,600233,9.158828735351562
SRLSD,λ=8,65536,1,576118,8.790863037109375
SRLSD,λ=8,65536,1,546190,8.334197998046875
SRLSD,λ=8,65536,1,586338,8.946807861328125
SRLSD,λ=8,65536,1,587284,8.96124267578125
SRLSD,λ=8,65536,1,573139,8.745407104492188
SRLSD,λ=8,65536,1,552267,8.426925659179688
SRLSD,λ=8,65536,1,577247,8.808090209960938
SRLSD,λ=8,65536,1,589771,8.999191284179688
SRLSD,λ=8,65536,1,540862,8.252899169921875
SRLSD,λ=8,65536,1,571909,8.726638793945312
SRLSD,λ=8,65536,1,564776,8.6177978515625
SRLSD,λ=8,65536,1,607653,9.272048950195312
SRLSD,λ=8,65536,1,581570,8.874053955078125
SRLSD,λ=8,65536,1,555516,8.47650146484375
SRLSD,λ=8,65536,1,621599,9.484848022460938
SRLSD,λ=8,65536,1,549025,8.377456665039062
SRLSD,λ=8,65536,1,549532,8.38519287109375
SRLSD,λ=8,65536,1,563621,8.600173950195312
SRLSD,λ=8,65536,1,614895,9.382553100585938
SRLSD,λ=8,65536,1,555479,8.475936889648438
SRLSD,λ=8,65536,1,576227,8.792526245117188
SRLSD,λ=8,65536,1,613943,9.368026733398438
SSLSD,λ=8,65536,1,987713,15.071304321289062
SSLSD,λ=8,65536,1,843451,12.870040893554688
SSLSD,λ=8,65536,1,849363,12.960250854492188
SSLSD,λ=8,65536,1,880707,13.438522338867188
SSLSD,λ=8,65536,1,851375,12.990951538085938
SSLSD,λ=8,65536,1,780879,11.915267944335938
SSLSD,λ=8,65536,1,1016049,15.503677368164062
SSLSD,λ=8,65536,1,829945,12.663955688476562
SSLSD,λ=8,65536,1,811509,12.382644653320312
SSLSD,λ=8,65536,1,952143,14.528549194335938
SSLSD,λ=8,65536,1,1059277,16.163284301757812
SSLSD,λ=8,65536,1,825569,12.597183227539062
SSLSD,λ=8,65536,1,881381,13.448806762695312
SSLSD,λ=8,65536,1,830087,12.666122436523438
SSLSD,λ=8,65536,1,782043,11.933029174804688
SSLSD,λ=8,65536,1,876621,13.376174926757812
SSLSD,λ=8,65536,1,792449,12.091812133789062
SSLSD,λ=8,65536,1,867265,13.233413696289062
SSLSD,λ=8,65536,1,895415,13.662948608398438
SSLSD,λ=8,65536,1,807067,12.314865112304688
SSLSD,λ=8,65536,1,862843,13.165939331054688
SSLSD,λ=8,65536,1,792503,12.092636108398438
SSLSD,λ=8,65536,1,997297,15.217544555664062
SSLSD,λ=8,65536,1,817143,12.468612670898438
SSLSD,λ=8,65536,1,809235,12.347946166992188
SSLSD,λ=8,65536,1,870463,13.282211303710938
SSLSD,λ=8,65536,1,942853,14.386795043945312
SSLSD,λ=8,65536,1,812207,12.393295288085938
SSLSD,λ=8,65536,1,826997,12.618972778320312
SSLSD,λ=8,65536,1,799729,12.202896118164062
SSLSD,λ=8,65536,1,849159,12.957138061523438
SSLSD,λ=8,65536,1,982177,14.986831665039062
SSLSD,λ=8,65536,1,919017,14.023086547851562
SSLSD,λ=8,65536,1,829099,12.651046752929688
SSLSD,λ=8,65536,1,838727,12.797958374023438
SSLSD,λ=8,65536,1,920979,14.053024291992188
SSLSD,λ=8,65536,1,823819,12.570480346679688
SSLSD,λ=8,65536,1,938155,14.315109252929688
SSLSD,λ=8,65536,1,746633,11.392715454101562
SSLSD,λ=8,65536,1,913953,13.945816040039062
SSLSD,λ=8,65536,1,875451,13.358322143554688
SSLSD,λ=8,65536,1,881539,13.451217651367188
SSLSD,λ=8,65536,1,886471,13.526473999023438
SSLSD,λ=8,65536,1,778679,11.881698608398438
SSLSD,λ=8,65536,1,826411,12.610031127929688
SSLSD,λ=8,65536,1,845329,12.898696899414062
SSLSD,λ=8,65536,1,862101,13.154617309570312
SSLSD,λ=8,65536,1,845095,12.895126342773438
SSLSD,λ=8,65536,1,978693,14.933670043945312
SSLSD,λ=8,65536,1,911419,13.907150268554688
SSLSD,λ=8,65536,1,817963,12.481124877929688
SSLSD,λ=8,65536,1,851063,12.986190795898438
SSLSD,λ=8,65536,1,801371,12.227951049804688
SSLSD,λ=8,65536,1,811873,12.388198852539062
SSLSD,λ=8,65536,1,901789,13.760208129882812
SSLSD,λ=8,65536,1,792583,12.093856811523438
SSLSD,λ=8,65536,1,909239,13.873886108398438
SSLSD,λ=8,65536,1,816049,12.451919555664062
SSLSD,λ=8,65536,1,876049,13.367446899414062
SSLSD,λ=8,65536,1,960025,14.648818969726562
SSLSD,λ=8,65536,1,845073,12.894790649414062
SSLSD,λ=8,65536,1,815061,12.436843872070312
SSLSD,λ=8,65536,1,960277,14.652664184570312
SSLSD,λ=8,65536,1,899617,13.727066040039062
SSLSD,λ=8,65536,1,850255,12.973861694335938
SSLSD,λ=8,65536,1,929917,14.189407348632812
SSLSD,λ=8,65536,1,879951,13.426986694335938
SSLSD,λ=8,65536,1,844703,12.889144897460938
SSLSD,λ=8,65536,1,911151,13.903060913085938
SSLSD,λ=8,65536,1,1010999,15.426620483398438
SSLSD,λ=8,65536,1,871809,13.302749633789062
SSLSD,λ=8,65536,1,843335,12.868270874023438
SSLSD,λ=8,65536,1,935733,14.278152465820312
SSLSD,λ=8,65536,1,876447,13.373519897460938
SSLSD,λ=8,65536,1,843685,12.873611450195312
SSLSD,λ=8,65536,1,936349,14.287551879882812
SSLSD,λ=8,65536,1,894577,13.650161743164062
SSLSD,λ=8,65536,1,846677,12.919265747070312
SSLSD,λ=8,65536,1,849411,12.960983276367188
SSLSD,λ=8,65536,1,825605,12.597732543945312
SSLSD,λ=8,65536,1,919697,14.033462524414062
SSLSD,λ=8,65536,1,866993,13.229263305664062
SSLSD,λ=8,65536,1,896723,13.682907104492188
SSLSD,λ=8,65536,1,860999,13.137802124023438
SSLSD,λ=8,65536,1,860689,13.133071899414062
SSLSD,λ=8,65536,1,968425,14.776992797851562
SSLSD,λ=8,65536,1,827473,12.626235961914062
SSLSD,λ=8,65536,1,843635,12.872848510742188
SSLSD,λ=8,65536,1,828453,12.641189575195312
SSLSD,λ=8,65536,1,781765,11.928787231445312
SSLSD,λ=8,65536,1,947861,14.463211059570312
SSLSD,λ=8,65536,1,792717,12.095901489257812
SSLSD,λ=8,65536,1,799065,12.192764282226562
SSLSD,λ=8,65536,1,1062007,16.204940795898438
SSLSD,λ=8,65536,1,962343,14.684188842773438
SSLSD,λ=8,65536,1,921479,14.060653686523438
SSLSD,λ=8,65536,1,894713,13.652236938476562
SSLSD,λ=8,65536,1,878165,13.399734497070312
SSLSD,λ=8,65536,1,866209,13.217300415039062
SSLSD,λ=8,65536,1,898813,13.714797973632812
SSDMD,λ=8,65536,1,947531,14.458175659179688
SSDMD,λ=8,65536,1,792217,12.088272094726562
SSDMD,λ=8,65536,1,895584,13.66552734375
SSDMD,λ=8,65536,1,884349,13.494094848632812
SSDMD,λ=8,65536,1,854160,13.033447265625
SSDMD,λ=8,65536,1,795283,12.135055541992188
SSDMD,λ=8,65536,1,859082,13.108551025390625
SSDMD,λ=8,65536,1,861129,13.139785766601562
SSDMD,λ=8,65536,1,980534,14.961761474609375
SSDMD,λ=8,65536,1,1137514,17.357086181640625
SSDMD,λ=8,65536,1,790741,12.065750122070312
SSDMD,λ=8,65536,1,865402,13.204986572265625
SSDMD,λ=8,65536,1,886678,13.529632568359375
SSDMD,λ=8,65536,1,757511,11.558700561523438
SSDMD,λ=8,65536,1,795593,12.139785766601562
SSDMD,λ=8,65536,1,893308,13.63079833984375
SSDMD,λ=8,65536,1,817946,12.480865478515625
SSDMD,λ=8,65536,1,910373,13.891189575195312
SSDMD,λ=8,65536,1,914028,13.94696044921875
SSDMD,λ=8,65536,1,822284,12.54705810546875
SSDMD,λ=8,65536,1,872653,13.315628051757812
SSDMD,λ=8,65536,1,870557,13.283645629882812
SSDMD,λ=8,65536,1,751671,11.469589233398438
SSDMD,λ=8,65536,1,942739,14.385055541992188
SSDMD,λ=8,65536,1,781732,11.92828369140625
SSDMD,λ=8,65536,1,789852,12.05218505859375
SSDMD,λ=8,65536,1,908060,13.85589599609375
SSDMD,λ=8,65536,1,911115,13.902511596679688
SSDMD,λ=8,65536,1,822664,12.5528564453125
SSDMD,λ=8,65536,1,906906,13.838287353515625
SSDMD,λ=8,65536,1,1065539,16.258834838867188
SSDMD,λ=8,65536,1,932576,14.22998046875
SSDMD,λ=8,65536,1,944547,14.412643432617188
SSDMD,λ=8,65536,1,939342,14.333221435546875
SSDMD,λ=8,65536,1,815929,12.450088500976562
SSDMD,λ=8,65536,1,862446,13.159881591796875
SSDMD,λ=8,65536,1,833256,12.7144775390625
SSDMD,λ=8,65536,1,809600,12.353515625
SSDMD,λ=8,65536,1,895128,13.6585693359375
SSDMD,λ=8,65536,1,928461,14.167190551757812
SSDMD,λ=8,65536,1,850930,12.984161376953125
SSDMD,λ=8,65536,1,828900,12.64801025390625
SSDMD,λ=8,65536,1,849162,12.957183837890625
SSDMD,λ=8,65536,1,840959,12.832015991210938
SSDMD,λ=8,65536,1,964199,14.712509155273438
SSDMD,λ=8,65536,1,831886,12.693572998046875
SSDMD,λ=8,65536,1,801663,12.232406616210938
SSDMD,λ=8,65536,1,939130,14.329986572265625
SSDMD,λ=8,65536,1,795915,12.144699096679688
SSDMD,λ=8,65536,1,799435,12.198410034179688
SSDMD,λ=8,65536,1,813862,12.418548583984375
SSDMD,λ=8,65536,1,925987,14.129440307617188
SSDMD,λ=8,65536,1,1050959,16.036361694335938
SSDMD,λ=8,65536,1,794959,12.130111694335938
SSDMD,λ=8,65536,1,852267,13.004562377929688
SSDMD,λ=8,65536,1,880513,13.435562133789062
SSDMD,λ=8,65536,1,867601,13.238540649414062
SSDMD,λ=8,65536,1,1069688,16.3221435546875
SSDMD,λ=8,65536,1,881331,13.448043823242188
SSDMD,λ=8,65536,1,770841,11.762100219726562
SSDMD,λ=8,65536,1,942602,14.382965087890625
SSDMD,λ=8,65536,1,937598,14.306610107421875
SSDMD,λ=8,65536,1,853805,13.028030395507812
SSDMD,λ=8,65536,1,946129,14.436782836914062
SSDMD,λ=8,65536,1,948293,14.469802856445312
SSDMD,λ=8,65536,1,971096,14.8177490234375
SSDMD,λ=8,65536,1,793685,12.110671997070312
SSDMD,λ=8,65536,1,959988,14.64825439453125
SSDMD,λ=8,65536,1,908878,13.868377685546875
SSDMD,λ=8,65536,1,904684,13.80438232421875
SSDMD,λ=8,65536,1,828627,12.643844604492188
SSDMD,λ=8,65536,1,794125,12.117385864257812
SSDMD,λ=8,65536,1,910324,13.89044189453125
SSDMD,λ=8,65536,1,977634,14.917510986328125
SSDMD,λ=8,65536,1,857714,13.087677001953125
SSDMD,λ=8,65536,1,956203,14.590499877929688
SSDMD,λ=8,65536,1,995810,15.194854736328125
SSDMD,λ=8,65536,1,839056,12.802978515625
SSDMD,λ=8,65536,1,896569,13.680557250976562
SSDMD,λ=8,65536,1,807122,12.315704345703125
SSDMD,λ=8,65536,1,861678,13.148162841796875
SSDMD,λ=8,65536,1,934290,14.256134033203125
SSDMD,λ=8,65536,1,784947,11.977340698242188
SSDMD,λ=8,65536,1,801734,12.233489990234375
SSDMD,λ=8,65536,1,984224,15.01806640625
SSDMD,λ=8,65536,1,764744,11.6690673828125
SSDMD,λ=8,65536,1,940905,14.357070922851562
SSDMD,λ=8,65536,1,829986,12.664581298828125
SSDMD,λ=8,65536,1,825304,12.5931396484375
SSDMD,λ=8,65536,1,837665,12.781753540039062
SSDMD,λ=8,65536,1,949613,14.489944458007812
SSDMD,λ=8,65536,1,884593,13.497817993164062
SSDMD,λ=8,65536,1,865447,13.205673217773438
SSDMD,λ=8,65536,1,881308,13.44769287109375
SSDMD,λ=8,65536,1,836124,12.75823974609375
SSDMD,λ=8,65536,1,971330,14.821319580078125
SSDMD,λ=8,65536,1,921076,14.05450439453125
SSDMD,λ=8,65536,1,939885,14.341506958007812
SSDMD,λ=8,65536,1,933980,14.25140380859375
SSDMD,λ=8,65536,1,916026,13.977447509765625
SRDMD,λ=8,65536,1,611413,9.329421997070312
SRDMD,λ=8,65536,1,571458,8.719757080078125
SRDMD,λ=8,65536,1,646716,9.86810302734375
SRDMD,λ=8,65536,1,581113,8.867080688476562
SRDMD,λ=8,65536,1,617311,9.419418334960938
SRDMD,λ=8,65536,1,596029,9.094680786132812
SRDMD,λ=8,65536,1,699044,10.66656494140625
SRDMD,λ=8,65536,1,609902,9.306365966796875
SRDMD,λ=8,65536,1,560496,8.552490234375
SRDMD,λ=8,65536,1,612379,9.344161987304688
SRDMD,λ=8,65536,1,616005,9.399490356445312
SRDMD,λ=8,65536,1,688468,10.50518798828125
SRDMD,λ=8,65536,1,669732,10.21929931640625
SRDMD,λ=8,65536,1,570416,8.703857421875
SRDMD,λ=8,65536,1,590570,9.011383056640625
SRDMD,λ=8,65536,1,615569,9.392837524414062
SRDMD,λ=8,65536,1,622008,9.4910888671875
SRDMD,λ=8,65536,1,549630,8.386688232421875
SRDMD,λ=8,65536,1,605194,9.234527587890625
SRDMD,λ=8,65536,1,632542,9.651824951171875
SRDMD,λ=8,65536,1,632811,9.655929565429688
SRDMD,λ=8,65536,1,645751,9.853378295898438
SRDMD,λ=8,65536,1,610801,9.320083618164062
SRDMD,λ=8,65536,1,580242,8.853790283203125
SRDMD,λ=8,65536,1,560640,8.5546875
SRDMD,λ=8,65536,1,686493,10.475051879882812
SRDMD,λ=8,65536,1,599962,9.154693603515625
SRDMD,λ=8,65536,1,594128,9.065673828125
SRDMD,λ=8,65536,1,783830,11.960296630859375
SRDMD,λ=8,65536,1,573937,8.757583618164062
SRDMD,λ=8,65536,1,599133,9.142044067382812
SRDMD,λ=8,65536,1,595912,9.0928955078125
SRDMD,λ=8,65536,1,640374,9.771331787109375
SRDMD,λ=8,65536,1,668697,10.203506469726562
SRDMD,λ=8,65536,1,570910,8.711395263671875
SRDMD,λ=8,65536,1,599141,9.142166137695312
SRDMD,λ=8,65536,1,605984,9.24658203125
SRDMD,λ=8,65536,1,602357,9.191238403320312
SRDMD,λ=8,65536,1,626441,9.558731079101562
SRDMD,λ=8,65536,1,609734,9.303802490234375
SRDMD,λ=8,65536,1,646444,9.86395263671875
SRDMD,λ=8,65536,1,619983,9.460189819335938
SRDMD,λ=8,65536,1,633107,9.660446166992188
SRDMD,λ=8,65536,1,587983,8.971908569335938
SRDMD,λ=8,65536,1,571202,8.715850830078125
SRDMD,λ=8,65536,1,597581,9.118362426757812
SRDMD,λ=8,65536,1,609067,9.293624877929688
SRDMD,λ=8,65536,1,636373,9.710281372070312
SRDMD,λ=8,65536,1,575778,8.785675048828125
SRDMD,λ=8,65536,1,571603,8.721969604492188
SRDMD,λ=8,65536,1,579817,8.847305297851562
SRDMD,λ=8,65536,1,650471,9.925399780273438
SRDMD,λ=8,65536,1,589851,9.000411987304688
SRDMD,λ=8,65536,1,568301,8.671585083007812
SRDMD,λ=8,65536,1,604792,9.2283935546875
SRDMD,λ=8,65536,1,571038,8.713348388671875
SRDMD,λ=8,65536,1,593794,9.060577392578125
SRDMD,λ=8,65536,1,615796,9.39630126953125
SRDMD,λ=8,65536,1,612791,9.350448608398438
SRDMD,λ=8,65536,1,622554,9.499420166015625
SRDMD,λ=8,65536,1,583730,8.907012939453125
SRDMD,λ=8,65536,1,623910,9.520111083984375
SRDMD,λ=8,65536,1,625664,9.546875
SRDMD,λ=8,65536,1,707874,10.801300048828125
SRDMD,λ=8,65536,1,599526,9.148040771484375
SRDMD,λ=8,65536,1,553132,8.44012451171875
SRDMD,λ=8,65536,1,582781,8.892532348632812
SRDMD,λ=8,65536,1,608269,9.281448364257812
SRDMD,λ=8,65536,1,569012,8.68243408203125
SRDMD,λ=8,65536,1,555896,8.4822998046875
SRDMD,λ=8,65536,1,556607,8.493148803710938
SRDMD,λ=8,65536,1,578528,8.82763671875
SRDMD,λ=8,65536,1,595448,9.0858154296875
SRDMD,λ=8,65536,1,616341,9.404617309570312
SRDMD,λ=8,65536,1,701713,10.707290649414062
SRDMD,λ=8,65536,1,597447,9.116317749023438
SRDMD,λ=8,65536,1,621064,9.4766845703125
SRDMD,λ=8,65536,1,583830,8.908538818359375
SRDMD,λ=8,65536,1,568029,8.667434692382812
SRDMD,λ=8,65536,1,578319,8.824447631835938
SRDMD,λ=8,65536,1,566511,8.644271850585938
SRDMD,λ=8,65536,1,636009,9.704727172851562
SRDMD,λ=8,65536,1,591721,9.028945922851562
SRDMD,λ=8,65536,1,608308,9.28204345703125
SRDMD,λ=8,65536,1,602735,9.197006225585938
SRDMD,λ=8,65536,1,580007,8.850204467773438
SRDMD,λ=8,65536,1,592815,9.045639038085938
SRDMD,λ=8,65536,1,566079,8.637680053710938
SRDMD,λ=8,65536,1,619278,9.449432373046875
SRDMD,λ=8,65536,1,598090,9.126129150390625
SRDMD,λ=8,65536,1,591122,9.019805908203125
SRDMD,λ=8,65536,1,612225,9.341812133789062
SRDMD,λ=8,65536,1,636496,9.712158203125
SRDMD,λ=8,65536,1,599734,9.151214599609375
SRDMD,λ=8,65536,1,604456,9.2232666015625
SRDMD,λ=8,65536,1,551823,8.420150756835938
SRDMD,λ=8,65536,1,595803,9.091232299804688
SRDMD,λ=8,65536,1,614439,9.375595092773438
SRDMD,λ=8,65536,1,618678,9.440277099609375
SRDMD,λ=8,65536,1,657916,10.03900146484375
SHDMD,λ=8,65536,1,689469,10.520462036132812
SHDMD,λ=8,65536,1,653741,9.975296020507812
SHDMD,λ=8,65536,1,663649,10.126480102539062
SHDMD,λ=8,65536,1,639041,9.750991821289062
SHDMD,λ=8,65536,1,555189,8.471511840820312
SHDMD,λ=8,65536,1,660557,10.079299926757812
SHDMD,λ=8,65536,1,597385,9.115371704101562
SHDMD,λ=8,65536,1,643457,9.818374633789062
SHDMD,λ=8,65536,1,631541,9.636550903320312
SHDMD,λ=8,65536,1,615569,9.392837524414062
SHDMD,λ=8,65536,1,595365,9.084548950195312
SHDMD,λ=8,65536,1,631561,9.636856079101562
SHDMD,λ=8,65536,1,703829,10.739578247070312
SHDMD,λ=8,65536,1,561477,8.567459106445312
SHDMD,λ=8,65536,1,575073,8.774917602539062
SHDMD,λ=8,65536,1,616501,9.407058715820312
SHDMD,λ=8,65536,1,651397,9.939529418945312
SHDMD,λ=8,65536,1,562313,8.580215454101562
SHDMD,λ=8,65536,1,570709,8.708328247070312
SHDMD,λ=8,65536,1,585033,8.926895141601562
SHDMD,λ=8,65536,1,641077,9.782058715820312
SHDMD,λ=8,65536,1,615485,9.391555786132812
SHDMD,λ=8,65536,1,623433,9.512832641601562
SHDMD,λ=8,65536,1,620625,9.469985961914062
SHDMD,λ=8,65536,1,580389,8.856033325195312
SHDMD,λ=8,65536,1,656209,10.012954711914062
SHDMD,λ=8,65536,1,605777,9.243423461914062
SHDMD,λ=8,65536,1,571041,8.713394165039062
SHDMD,λ=8,65536,1,650957,9.932815551757812
SHDMD,λ=8,65536,1,596085,9.095535278320312
SHDMD,λ=8,65536,1,558193,8.517349243164062
SHDMD,λ=8,65536,1,630541,9.621292114257812
SHDMD,λ=8,65536,1,576269,8.793167114257812
SHDMD,λ=8,65536,1,642501,9.803787231445312
SHDMD,λ=8,65536,1,545749,8.327468872070312
SHDMD,λ=8,65536,1,620689,9.470962524414062
SHDMD,λ=8,65536,1,591313,9.022720336914062
SHDMD,λ=8,65536,1,633309,9.663528442382812
SHDMD,λ=8,65536,1,626089,9.553359985351562
SHDMD,λ=8,65536,1,651385,9.939346313476562
SHDMD,λ=8,65536,1,643425,9.817886352539062
SHDMD,λ=8,65536,1,673957,10.283767700195312
SHDMD,λ=8,65536,1,742449,11.328872680664062
SHDMD,λ=8,65536,1,574649,8.768447875976562
SHDMD,λ=8,65536,1,611837,9.335891723632812
SHDMD,λ=8,65536,1,559701,8.540359497070312
SHDMD,λ=8,65536,1,644585,9.835586547851562
SHDMD,λ=8,65536,1,632541,9.651809692382812
SHDMD,λ=8,65536,1,612029,9.338821411132812
SHDMD,λ=8,65536,1,606993,9.261978149414062
SHDMD,λ=8,65536,1,587569,8.965591430664062
SHDMD,λ=8,65536,1,603057,9.201919555664062
SHDMD,λ=8,65536,1,646193,9.860122680664062
SHDMD,λ=8,65536,1,625333,9.541824340820312
SHDMD,λ=8,65536,1,567249,8.655532836914062
SHDMD,λ=8,65536,1,573269,8.747390747070312
SHDMD,λ=8,65536,1,583369,8.901504516601562
SHDMD,λ=8,65536,1,634365,9.679641723632812
SHDMD,λ=8,65536,1,659337,10.060684204101562
SHDMD,λ=8,65536,1,552757,8.434402465820312
SHDMD,λ=8,65536,1,641141,9.783035278320312
SHDMD,λ=8,65536,1,637441,9.726577758789062
SHDMD,λ=8,65536,1,614057,9.369766235351562
SHDMD,λ=8,65536,1,586997,8.956863403320312
SHDMD,λ=8,65536,1,611913,9.337051391601562
SHDMD,λ=8,65536,1,650193,9.921157836914062
SHDMD,λ=8,65536,1,615553,9.392593383789062
SHDMD,λ=8,65536,1,581361,8.870864868164062
SHDMD,λ=8,65536,1,537405,8.200149536132812
SHDMD,λ=8,65536,1,682073,10.407608032226562
SHDMD,λ=8,65536,1,602737,9.197036743164062
SHDMD,λ=8,65536,1,614825,9.381484985351562
SHDMD,λ=8,65536,1,648893,9.901321411132812
SHDMD,λ=8,65536,1,546841,8.344131469726562
SHDMD,λ=8,65536,1,628637,9.592239379882812
SHDMD,λ=8,65536,1,658101,10.041824340820312
SHDMD,λ=8,65536,1,604817,9.228775024414062
SHDMD,λ=8,65536,1,677037,10.330764770507812
SHDMD,λ=8,65536,1,593533,9.056594848632812
SHDMD,λ=8,65536,1,612601,9.347549438476562
SHDMD,λ=8,65536,1,611737,9.334365844726562
SHDMD,λ=8,65536,1,651085,9.934768676757812
SHDMD,λ=8,65536,1,632189,9.646438598632812
SHDMD,λ=8,65536,1,561317,8.565017700195312
SHDMD,λ=8,65536,1,629921,9.611831665039062
SHDMD,λ=8,65536,1,668889,10.206436157226562
SHDMD,λ=8,65536,1,590589,9.011672973632812
SHDMD,λ=8,65536,1,591513,9.025772094726562
SHDMD,λ=8,65536,1,594145,9.065933227539062
SHDMD,λ=8,65536,1,601253,9.174392700195312
SHDMD,λ=8,65536,1,623561,9.514785766601562
SHDMD,λ=8,65536,1,670869,10.236648559570312
SHDMD,λ=8,65536,1,630057,9.613906860351562
SHDMD,λ=8,65536,1,614985,9.383926391601562
SHDMD,λ=8,65536,1,669117,10.209915161132812
SHDMD,λ=8,65536,1,631417,9.634658813476562
SHDMD,λ=8,65536,1,575329,8.778823852539062
SHDMD,λ=8,65536,1,549117,8.378860473632812
SHDMD,λ=8,65536,1,608169,9.279922485351562
SHDMD,λ=8,65536,1,574789,8.770584106445312
SHLMD,λ=8,65536,1,664125,10.133743286132812
SHLMD,λ=8,65536,1,626877,9.565383911132812
SHLMD,λ=8,65536,1,602929,9.199966430664062
SHLMD,λ=8,65536,1,697273,10.639541625976562
SHLMD,λ=8,65536,1,625177,9.539443969726562
SHLMD,λ=8,65536,1,641869,9.794143676757812
SHLMD,λ=8,65536,1,689541,10.521560668945312
SHLMD,λ=8,65536,1,588889,8.985733032226562
SHLMD,λ=8,65536,1,662193,10.104263305664062
SHLMD,λ=8,65536,1,586533,8.949783325195312
SHLMD,λ=8,65536,1,645741,9.853225708007812
SHLMD,λ=8,65536,1,643265,9.815444946289062
SHLMD,λ=8,65536,1,611841,9.335952758789062
SHLMD,λ=8,65536,1,646869,9.870437622070312
SHLMD,λ=8,65536,1,615213,9.387405395507812
SHLMD,λ=8,65536,1,568577,8.675796508789062
SHLMD,λ=8,65536,1,595913,9.092910766601562
SHLMD,λ=8,65536,1,587565,8.965530395507812
SHLMD,λ=8,65536,1,662969,10.116104125976562
SHLMD,λ=8,65536,1,605293,9.236038208007812
SHLMD,λ=8,65536,1,641289,9.785293579101562
SHLMD,λ=8,65536,1,634677,9.684402465820312
SHLMD,λ=8,65536,1,666029,10.162796020507812
SHLMD,λ=8,65536,1,586049,8.942398071289062
SHLMD,λ=8,65536,1,580893,8.863723754882812
SHLMD,λ=8,65536,1,643165,9.813919067382812
SHLMD,λ=8,65536,1,660489,10.078262329101562
SHLMD,λ=8,65536,1,594365,9.069290161132812
SHLMD,λ=8,65536,1,581525,8.873367309570312
SHLMD,λ=8,65536,1,599437,9.146682739257812
SHLMD,λ=8,65536,1,584429,8.917678833007812
SHLMD,λ=8,65536,1,687441,10.489517211914062
SHLMD,λ=8,65536,1,568293,8.671463012695312
SHLMD,λ=8,65536,1,668569,10.201553344726562
SHLMD,λ=8,65536,1,597793,9.121597290039062
SHLMD,λ=8,65536,1,800973,12.221878051757812
SHLMD,λ=8,65536,1,611129,9.325088500976562
SHLMD,λ=8,65536,1,892501,13.618484497070312
SHLMD,λ=8,65536,1,663905,10.130386352539062
SHLMD,λ=8,65536,1,656013,10.009963989257812
SHLMD,λ=8,65536,1,582057,8.881484985351562
SHLMD,λ=8,65536,1,608673,9.287612915039062
SHLMD,λ=8,65536,1,568417,8.673355102539062
SHLMD,λ=8,65536,1,654161,9.981704711914062
SHLMD,λ=8,65536,1,650657,9.928237915039062
SHLMD,λ=8,65536,1,608765,9.289016723632812
SHLMD,λ=8,65536,1,595877,9.092361450195312
SHLMD,λ=8,65536,1,636029,9.705032348632812
SHLMD,λ=8,65536,1,612085,9.339675903320312
SHLMD,λ=8,65536,1,641789,9.792922973632812
SHLMD,λ=8,65536,1,664025,10.132217407226562
SHLMD,λ=8,65536,1,707053,10.788772583007812
SHLMD,λ=8,65536,1,690057,10.529434204101562
SHLMD,λ=8,65536,1,612965,9.353103637695312
SHLMD,λ=8,65536,1,556213,8.487136840820312
SHLMD,λ=8,65536,1,627997,9.582473754882812
SHLMD,λ=8,65536,1,622069,9.492019653320312
SHLMD,λ=8,65536,1,664189,10.134719848632812
SHLMD,λ=8,65536,1,587149,8.959182739257812
SHLMD,λ=8,65536,1,675669,10.309890747070312
SHLMD,λ=8,65536,1,592745,9.044570922851562
SHLMD,λ=8,65536,1,669021,10.208450317382812
SHLMD,λ=8,65536,1,770317,11.754104614257812
SHLMD,λ=8,65536,1,613949,9.368118286132812
SHLMD,λ=8,65536,1,632109,9.645217895507812
SHLMD,λ=8,65536,1,638213,9.738357543945312
SHLMD,λ=8,65536,1,604601,9.225479125976562
SHLMD,λ=8,65536,1,629301,9.602371215820312
SHLMD,λ=8,65536,1,634669,9.684280395507812
SHLMD,λ=8,65536,1,573481,8.750625610351562
SHLMD,λ=8,65536,1,654645,9.989089965820312
SHLMD,λ=8,65536,1,648485,9.895095825195312
SHLMD,λ=8,65536,1,635969,9.704116821289062
SHLMD,λ=8,65536,1,660061,10.071731567382812
SHLMD,λ=8,65536,1,637041,9.720474243164062
SHLMD,λ=8,65536,1,639297,9.754898071289062
SHLMD,λ=8,65536,1,632533,9.651687622070312
SHLMD,λ=8,65536,1,680993,10.391128540039062
SHLMD,λ=8,65536,1,609685,9.303054809570312
SHLMD,λ=8,65536,1,566129,8.638442993164062
SHLMD,λ=8,65536,1,612269,9.342483520507812
SHLMD,λ=8,65536,1,661689,10.096572875976562
SHLMD,λ=8,65536,1,659649,10.065444946289062
SHLMD,λ=8,65536,1,664265,10.135879516601562
SHLMD,λ=8,65536,1,610325,9.312820434570312
SHLMD,λ=8,65536,1,608105,9.278945922851562
SHLMD,λ=8,65536,1,588025,8.972549438476562
SHLMD,λ=8,65536,1,708113,10.804946899414062
SHLMD,λ=8,65536,1,664813,10.144241333007812
SHLMD,λ=8,65536,1,690197,10.531570434570312
SHLMD,λ=8,65536,1,582581,8.889480590820312
SHLMD,λ=8,65536,1,634425,9.680557250976562
SHLMD,λ=8,65536,1,676613,10.324295043945312
SHLMD,λ=8,65536,1,589581,8.996292114257812
SHLMD,λ=8,65536,1,592909,9.047073364257812
SHLMD,λ=8,65536,1,648881,9.901138305664062
SHLMD,λ=8,65536,1,630405,9.619216918945312
SHLMD,λ=8,65536,1,603769,9.212783813476562
SHLMD,λ=8,65536,1,611441,9.329849243164062
SHLMD,λ=8,65536,1,702101,10.713211059570312
SRLMD,λ=8,65536,1,705953,10.771987915039062
SRLMD,λ=8,65536,1,602033,9.186294555664062
SRLMD,λ=8,65536,1,630937,9.627334594726562
SRLMD,λ=8,65536,1,580533,8.858230590820312
SRLMD,λ=8,65536,1,676005,10.315017700195312
SRLMD,λ=8,65536,1,663461,10.123611450195312
SRLMD,λ=8,65536,1,599077,9.141189575195312
SRLMD,λ=8,65536,1,571653,8.722732543945312
SRLMD,λ=8,65536,1,637485,9.727249145507812
SRLMD,λ=8,65536,1,611577,9.331924438476562
SRLMD,λ=8,65536,1,642569,9.804824829101562
SRLMD,λ=8,65536,1,699761,10.677505493164062
SRLMD,λ=8,65536,1,640469,9.772781372070312
SRLMD,λ=8,65536,1,647169,9.875015258789062
SRLMD,λ=8,65536,1,602053,9.186599731445312
SRLMD,λ=8,65536,1,676205,10.318069458007812
SRLMD,λ=8,65536,1,612697,9.349014282226562
SRLMD,λ=8,65536,1,655377,10.000259399414062
SRLMD,λ=8,65536,1,657573,10.033767700195312
SRLMD,λ=8,65536,1,643821,9.823928833007812
SRLMD,λ=8,65536,1,629385,9.603652954101562
SRLMD,λ=8,65536,1,657425,10.031509399414062
SRLMD,λ=8,65536,1,635045,9.690017700195312
SRLMD,λ=8,65536,1,597473,9.116714477539062
SRLMD,λ=8,65536,1,666885,10.175857543945312
SRLMD,λ=8,65536,1,675577,10.308486938476562
SRLMD,λ=8,65536,1,578677,8.829910278320312
SRLMD,λ=8,65536,1,582577,8.889419555664062
SRLMD,λ=8,65536,1,695409,10.611099243164062
SRLMD,λ=8,65536,1,619757,9.456741333007812
SRLMD,λ=8,65536,1,661265,10.090103149414062
SRLMD,λ=8,65536,1,627537,9.575454711914062
SRLMD,λ=8,65536,1,636093,9.706008911132812
SRLMD,λ=8,65536,1,664341,10.137039184570312
SRLMD,λ=8,65536,1,639789,9.762405395507812
SRLMD,λ=8,65536,1,624025,9.521865844726562
SRLMD,λ=8,65536,1,619469,9.452346801757812
SRLMD,λ=8,65536,1,622637,9.500686645507812
SRLMD,λ=8,65536,1,686681,10.477920532226562
SRLMD,λ=8,65536,1,643069,9.812454223632812
SRLMD,λ=8,65536,1,564289,8.610366821289062
SRLMD,λ=8,65536,1,640505,9.773330688476562
SRLMD,λ=8,65536,1,640397,9.771682739257812
SRLMD,λ=8,65536,1,674289,10.288833618164062
SRLMD,λ=8,65536,1,608077,9.278518676757812
SRLMD,λ=8,65536,1,657925,10.039138793945312
SRLMD,λ=8,65536,1,667805,10.189895629882812
SRLMD,λ=8,65536,1,578681,8.829971313476562
SRLMD,λ=8,65536,1,661569,10.094741821289062
SRLMD,λ=8,65536,1,715997,10.925247192382812
SRLMD,λ=8,65536,1,599961,9.154678344726562
SRLMD,λ=8,65536,1,849897,12.968399047851562
SRLMD,λ=8,65536,1,660981,10.085769653320312
SRLMD,λ=8,65536,1,644929,9.840835571289062
SRLMD,λ=8,65536,1,625377,9.542495727539062
SRLMD,λ=8,65536,1,614749,9.380325317382812
SRLMD,λ=8,65536,1,590793,9.014785766601562
SRLMD,λ=8,65536,1,696033,10.620620727539062
SRLMD,λ=8,65536,1,593189,9.051345825195312
SRLMD,λ=8,65536,1,564337,8.611099243164062
SRLMD,λ=8,65536,1,622385,9.496841430664062
SRLMD,λ=8,65536,1,625313,9.541519165039062
SRLMD,λ=8,65536,1,645485,9.849319458007812
SRLMD,λ=8,65536,1,603941,9.215408325195312
SRLMD,λ=8,65536,1,650945,9.932632446289062
SRLMD,λ=8,65536,1,595601,9.088150024414062
SRLMD,λ=8,65536,1,608245,9.281082153320312
SRLMD,λ=8,65536,1,655137,9.996597290039062
SRLMD,λ=8,65536,1,842033,12.848403930664062
SRLMD,λ=8,65536,1,614009,9.369033813476562
SRLMD,λ=8,65536,1,616853,9.412429809570312
SRLMD,λ=8,65536,1,569253,8.686111450195312
SRLMD,λ=8,65536,1,602017,9.186050415039062
SRLMD,λ=8,65536,1,736225,11.233901977539062
SRLMD,λ=8,65536,1,647481,9.879776000976562
SRLMD,λ=8,65536,1,618929,9.444107055664062
SRLMD,λ=8,65536,1,618165,9.432449340820312
SRLMD,λ=8,65536,1,567153,8.654067993164062
SRLMD,λ=8,65536,1,748889,11.427139282226562
SRLMD,λ=8,65536,1,580513,8.857925415039062
SRLMD,λ=8,65536,1,632833,9.656265258789062
SRLMD,λ=8,65536,1,651457,9.940444946289062
SRLMD,λ=8,65536,1,585349,8.931716918945312
SRLMD,λ=8,65536,1,620129,9.462417602539062
SRLMD,λ=8,65536,1,595041,9.079605102539062
SRLMD,λ=8,65536,1,712001,10.864273071289062
SRLMD,λ=8,65536,1,591669,9.028152465820312
SRLMD,λ=8,65536,1,613037,9.354202270507812
SRLMD,λ=8,65536,1,652317,9.953567504882812
SRLMD,λ=8,65536,1,599025,9.140396118164062
SRLMD,λ=8,65536,1,696161,10.622573852539062
SRLMD,λ=8,65536,1,632637,9.653274536132812
SRLMD,λ=8,65536,1,607985,9.277114868164062
SRLMD,λ=8,65536,1,602109,9.187454223632812
SRLMD,λ=8,65536,1,651461,9.940505981445312
SRLMD,λ=8,65536,1,596913,9.108169555664062
SRLMD,λ=8,65536,1,645665,9.852066040039062
SRLMD,λ=8,65536,1,633801,9.671035766601562
SRLMD,λ=8,65536,1,603905,9.214859008789062
SRLMD,λ=8,65536,1,623517,9.514114379882812
SSLMD,λ=8,65536,1,925471,14.121566772460938
SSLMD,λ=8,65536,1,894277,13.645584106445312
SSLMD,λ=8,65536,1,864901,13.197341918945312
SSLMD,λ=8,65536,1,893791,13.638168334960938
SSLMD,λ=8,65536,1,955207,14.575302124023438
SSLMD,λ=8,65536,1,880813,13.440139770507812
SSLMD,λ=8,65536,1,1079497,16.471817016601562
SSLMD,λ=8,65536,1,908425,13.861465454101562
SSLMD,λ=8,65536,1,948331,14.470382690429688
SSLMD,λ=8,65536,1,1068841,16.309219360351562
SSLMD,λ=8,65536,1,927955,14.159469604492188
SSLMD,λ=8,65536,1,853993,13.030899047851562
SSLMD,λ=8,65536,1,894061,13.642288208007812
SSLMD,λ=8,65536,1,854407,13.037216186523438
SSLMD,λ=8,65536,1,861067,13.138839721679688
SSLMD,λ=8,65536,1,929449,14.182266235351562
SSLMD,λ=8,65536,1,957871,14.615951538085938
SSLMD,λ=8,65536,1,804619,12.277511596679688
SSLMD,λ=8,65536,1,871291,13.294845581054688
SSLMD,λ=8,65536,1,866017,13.214370727539062
SSLMD,λ=8,65536,1,968257,14.774429321289062
SSLMD,λ=8,65536,1,926191,14.132553100585938
SSLMD,λ=8,65536,1,926479,14.136947631835938
SSLMD,λ=8,65536,1,835291,12.745529174804688
SSLMD,λ=8,65536,1,863515,13.176193237304688
SSLMD,λ=8,65536,1,898561,13.710952758789062
SSLMD,λ=8,65536,1,1129897,17.240859985351562
SSLMD,λ=8,65536,1,828685,12.644729614257812
SSLMD,λ=8,65536,1,884953,13.503311157226562
SSLMD,λ=8,65536,1,834301,12.730422973632812
SSLMD,λ=8,65536,1,972631,14.841171264648438
SSLMD,λ=8,65536,1,872911,13.319564819335938
SSLMD,λ=8,65536,1,890389,13.586257934570312
SSLMD,λ=8,65536,1,956611,14.596725463867188
SSLMD,λ=8,65536,1,807157,12.316238403320312
SSLMD,λ=8,65536,1,980767,14.965316772460938
SSLMD,λ=8,65536,1,919207,14.025985717773438
SSLMD,λ=8,65536,1,859159,13.109725952148438
SSLMD,λ=8,65536,1,850735,12.981185913085938
SSLMD,λ=8,65536,1,840295,12.821884155273438
SSLMD,λ=8,65536,1,1001485,15.281448364257812
SSLMD,λ=8,65536,1,867691,13.239913940429688
SSLMD,λ=8,65536,1,857341,13.081985473632812
SSLMD,λ=8,65536,1,1003933,15.318801879882812
SSLMD,λ=8,65536,1,971911,14.830184936523438
SSLMD,λ=8,65536,1,984835,15.027389526367188
SSLMD,λ=8,65536,1,881713,13.453872680664062
SSLMD,λ=8,65536,1,850411,12.976242065429688
SSLMD,λ=8,65536,1,866377,13.219863891601562
SSLMD,λ=8,65536,1,1009063,15.397079467773438
SSLMD,λ=8,65536,1,793495,12.107772827148438
SSLMD,λ=8,65536,1,1145755,17.482833862304688
SSLMD,λ=8,65536,1,1060057,16.175186157226562
SSLMD,λ=8,65536,1,849601,12.963882446289062
SSLMD,λ=8,65536,1,1098973,16.768997192382812
SSLMD,λ=8,65536,1,832717,12.706253051757812
SSLMD,λ=8,65536,1,892747,13.622238159179688
SSLMD,λ=8,65536,1,883261,13.477493286132812
SSLMD,λ=8,65536,1,915373,13.967483520507812
SSLMD,λ=8,65536,1,1011097,15.428115844726562
SSLMD,λ=8,65536,1,824311,12.577987670898438
SSLMD,λ=8,65536,1,967195,14.758224487304688
SSLMD,λ=8,65536,1,952795,14.538497924804688
SSLMD,λ=8,65536,1,977221,14.911209106445312
SSLMD,λ=8,65536,1,933769,14.248184204101562
SSLMD,λ=8,65536,1,847945,12.938613891601562
SSLMD,λ=8,65536,1,855991,13.061386108398438
SSLMD,λ=8,65536,1,1005625,15.344619750976562
SSLMD,λ=8,65536,1,861823,13.150375366210938
SSLMD,λ=8,65536,1,1011313,15.431411743164062
SSLMD,λ=8,65536,1,906463,13.831527709960938
SSLMD,λ=8,65536,1,1045927,15.959579467773438
SSLMD,λ=8,65536,1,1114219,17.001632690429688
SSLMD,λ=8,65536,1,864379,13.189376831054688
SSLMD,λ=8,65536,1,961381,14.669509887695312
SSLMD,λ=8,65536,1,919423,14.029281616210938
SSLMD,λ=8,65536,1,943561,14.397598266601562
SSLMD,λ=8,65536,1,813421,12.411819458007812
SSLMD,λ=8,65536,1,1023481,15.617080688476562
SSLMD,λ=8,65536,1,880741,13.439041137695312
SSLMD,λ=8,65536,1,878419,13.403610229492188
SSLMD,λ=8,65536,1,906319,13.829330444335938
SSLMD,λ=8,65536,1,991441,15.128189086914062
SSLMD,λ=8,65536,1,808993,12.344253540039062
SSLMD,λ=8,65536,1,872479,13.312973022460938
SSLMD,λ=8,65536,1,888283,13.554122924804688
SSLMD,λ=8,65536,1,871993,13.305557250976562
SSLMD,λ=8,65536,1,912799,13.928207397460938
SSLMD,λ=8,65536,1,920449,14.044937133789062
SSLMD,λ=8,65536,1,963613,14.703567504882812
SSLMD,λ=8,65536,1,886069,13.520339965820312
SSLMD,λ=8,65536,1,939637,14.337722778320312
SSLMD,λ=8,65536,1,957583,14.611557006835938
SSLMD,λ=8,65536,1,942319,14.378646850585938
SSLMD,λ=8,65536,1,1003897,15.318252563476562
SSLMD,λ=8,65536,1,928135,14.162216186523438
SSLMD,λ=8,65536,1,823609,12.567276000976562
SSLMD,λ=8,65536,1,836947,12.770797729492188
SSLMD,λ=8,65536,1,949015,14.480819702148438
SSLMD,λ=8,65536,1,834967,12.740585327148438
SSDID,λ=8,65536,1,928643,14.169967651367188
SSDID,λ=8,65536,1,1073517,16.380569458007812
SSDID,λ=8,65536,1,941716,14.36944580078125
SSDID,λ=8,65536,1,946595,14.443893432617188
SSDID,λ=8,65536,1,851242,12.988922119140625
SSDID,λ=8,65536,1,872781,13.317581176757812
SSDID,λ=8,65536,1,940747,14.354660034179688
SSDID,λ=8,65536,1,883729,13.484634399414062
SSDID,λ=8,65536,1,902480,13.770751953125
SSDID,λ=8,65536,1,937279,14.301742553710938
SSDID,λ=8,65536,1,894694,13.651947021484375
SSDID,λ=8,65536,1,844306,12.883087158203125
SSDID,λ=8,65536,1,854183,13.033798217773438
SSDID,λ=8,65536,1,817446,12.473236083984375
SSDID,λ=8,65536,1,906679,13.834823608398438
SSDID,λ=8,65536,1,834548,12.73419189453125
SSDID,λ=8,65536,1,847417,12.930557250976562
SSDID,λ=8,65536,1,1046385,15.966567993164062
SSDID,λ=8,65536,1,981275,14.973068237304688
SSDID,λ=8,65536,1,858620,13.10150146484375
SSDID,λ=8,65536,1,974050,14.862823486328125
SSDID,λ=8,65536,1,1303969,19.896987915039062
SSDID,λ=8,65536,1,888523,13.557785034179688
SSDID,λ=8,65536,1,969324,14.79071044921875
SSDID,λ=8,65536,1,950199,14.498886108398438
SSDID,λ=8,65536,1,914482,13.953887939453125
SSDID,λ=8,65536,1,1019151,15.551010131835938
SSDID,λ=8,65536,1,1066394,16.271881103515625
SSDID,λ=8,65536,1,910555,13.893966674804688
SSDID,λ=8,65536,1,843745,12.874526977539062
SSDID,λ=8,65536,1,986749,15.056594848632812
SSDID,λ=8,65536,1,878459,13.404220581054688
SSDID,λ=8,65536,1,870061,13.276077270507812
SSDID,λ=8,65536,1,819503,12.504623413085938
SSDID,λ=8,65536,1,1088783,16.613510131835938
SSDID,λ=8,65536,1,965108,14.72637939453125
SSDID,λ=8,65536,1,967335,14.760360717773438
SSDID,λ=8,65536,1,861340,13.14300537109375
SSDID,λ=8,65536,1,1065765,16.262283325195312
SSDID,λ=8,65536,1,914040,13.9471435546875
SSDID,λ=8,65536,1,873427,13.327438354492188
SSDID,λ=8,65536,1,901613,13.757522583007812
SSDID,λ=8,65536,1,1125503,17.173812866210938
SSDID,λ=8,65536,1,849338,12.959869384765625
SSDID,λ=8,65536,1,886041,13.519912719726562
SSDID,λ=8,65536,1,941240,14.3621826171875
SSDID,λ=8,65536,1,837999,12.786849975585938
SSDID,λ=8,65536,1,953871,14.554916381835938
SSDID,λ=8,65536,1,975512,14.8851318359375
SSDID,λ=8,65536,1,979745,14.949722290039062
SSDID,λ=8,65536,1,954568,14.5655517578125
SSDID,λ=8,65536,1,945235,14.423141479492188
SSDID,λ=8,65536,1,1279659,19.526046752929688
SSDID,λ=8,65536,1,989520,15.098876953125
SSDID,λ=8,65536,1,892773,13.622634887695312
SSDID,λ=8,65536,1,982550,14.992523193359375
SSDID,λ=8,65536,1,928745,14.171524047851562
SSDID,λ=8,65536,1,978861,14.936233520507812
SSDID,λ=8,65536,1,962490,14.686431884765625
SSDID,λ=8,65536,1,818347,12.486984252929688
SSDID,λ=8,65536,1,858739,13.103317260742188
SSDID,λ=8,65536,1,889458,13.572052001953125
SSDID,λ=8,65536,1,960688,14.658935546875
SSDID,λ=8,65536,1,935375,14.272689819335938
SSDID,λ=8,65536,1,877609,13.391250610351562
SSDID,λ=8,65536,1,861595,13.146896362304688
SSDID,λ=8,65536,1,923611,14.093185424804688
SSDID,λ=8,65536,1,880958,13.442352294921875
SSDID,λ=8,65536,1,1021701,15.589920043945312
SSDID,λ=8,65536,1,832202,12.698394775390625
SSDID,λ=8,65536,1,950182,14.498626708984375
SSDID,λ=8,65536,1,945932,14.43377685546875
SSDID,λ=8,65536,1,885633,13.513687133789062
SSDID,λ=8,65536,1,918681,14.017959594726562
SSDID,λ=8,65536,1,842555,12.856369018554688
SSDID,λ=8,65536,1,989248,15.0947265625
SSDID,λ=8,65536,1,950284,14.50018310546875
SSDID,λ=8,65536,1,963680,14.70458984375
SSDID,λ=8,65536,1,914584,13.9554443359375
SSDID,λ=8,65536,1,896972,13.68670654296875
SSDID,λ=8,65536,1,870588,13.28411865234375
SSDID,λ=8,65536,1,1008492,15.38836669921875
SSDID,λ=8,65536,1,993685,15.162429809570312
SSDID,λ=8,65536,1,1020868,15.57720947265625
SSDID,λ=8,65536,1,865114,13.200592041015625
SSDID,λ=8,65536,1,959311,14.637924194335938
SSDID,λ=8,65536,1,836469,12.763504028320312
SSDID,λ=8,65536,1,1053746,16.078887939453125
SSDID,λ=8,65536,1,931924,14.22003173828125
SSDID,λ=8,65536,1,971823,14.828842163085938
SSDID,λ=8,65536,1,939540,14.33624267578125
SSDID,λ=8,65536,1,895340,13.66180419921875
SSDID,λ=8,65536,1,916080,13.978271484375
SSDID,λ=8,65536,1,973540,14.85504150390625
SSDID,λ=8,65536,1,867783,13.241317749023438
SSDID,λ=8,65536,1,978640,14.932861328125
SSDID,λ=8,65536,1,898043,13.703048706054688
SSDID,λ=8,65536,1,890971,13.595138549804688
SSDID,λ=8,65536,1,902123,13.765304565429688
SSDID,λ=8,65536,1,911388,13.90667724609375
SRDID,λ=8,65536,1,706249,10.776504516601562
SRDID,λ=8,65536,1,786895,12.007064819335938
SRDID,λ=8,65536,1,743521,11.345230102539062
SRDID,λ=8,65536,1,729069,11.124710083007812
SRDID,λ=8,65536,1,729031,11.124130249023438
SRDID,λ=8,65536,1,719971,10.985885620117188
SRDID,λ=8,65536,1,700237,10.684768676757812
SRDID,λ=8,65536,1,737351,11.251083374023438
SRDID,λ=8,65536,1,723507,11.039840698242188
SRDID,λ=8,65536,1,747821,11.410842895507812
SRDID,λ=8,65536,1,750813,11.456497192382812
SRDID,λ=8,65536,1,743877,11.350662231445312
SRDID,λ=8,65536,1,733929,11.198867797851562
SRDID,λ=8,65536,1,661203,10.089157104492188
SRDID,λ=8,65536,1,706577,10.781509399414062
SRDID,λ=8,65536,1,713615,10.888900756835938
SRDID,λ=8,65536,1,895347,13.661911010742188
SRDID,λ=8,65536,1,805671,12.293563842773438
SRDID,λ=8,65536,1,692949,10.573562622070312
SRDID,λ=8,65536,1,856013,13.061721801757812
SRDID,λ=8,65536,1,694645,10.599441528320312
SRDID,λ=8,65536,1,779917,11.900588989257812
SRDID,λ=8,65536,1,695049,10.605606079101562
SRDID,λ=8,65536,1,734581,11.208816528320312
SRDID,λ=8,65536,1,694091,10.590988159179688
SRDID,λ=8,65536,1,737847,11.258651733398438
SRDID,λ=8,65536,1,831191,12.682968139648438
SRDID,λ=8,65536,1,674993,10.299575805664062
SRDID,λ=8,65536,1,731407,11.160385131835938
SRDID,λ=8,65536,1,634501,9.681716918945312
SRDID,λ=8,65536,1,765955,11.687545776367188
SRDID,λ=8,65536,1,762325,11.632156372070312
SRDID,λ=8,65536,1,723827,11.044723510742188
SRDID,λ=8,65536,1,742385,11.327896118164062
SRDID,λ=8,65536,1,664707,10.142623901367188
SRDID,λ=8,65536,1,663517,10.124465942382812
SRDID,λ=8,65536,1,725239,11.066268920898438
SRDID,λ=8,65536,1,703169,10.729507446289062
SRDID,λ=8,65536,1,681493,10.398757934570312
SRDID,λ=8,65536,1,668441,10.199600219726562
SRDID,λ=8,65536,1,800931,12.221237182617188
SRDID,λ=8,65536,1,672137,10.255996704101562
SRDID,λ=8,65536,1,718881,10.969253540039062
SRDID,λ=8,65536,1,812219,12.393478393554688
SRDID,λ=8,65536,1,775865,11.838760375976562
SRDID,λ=8,65536,1,722175,11.019515991210938
SRDID,λ=8,65536,1,700069,10.682205200195312
SRDID,λ=8,65536,1,771225,11.767959594726562
SRDID,λ=8,65536,1,829491,12.657028198242188
SRDID,λ=8,65536,1,725469,11.069778442382812
SRDID,λ=8,65536,1,728703,11.119125366210938
SRDID,λ=8,65536,1,796387,12.151901245117188
SRDID,λ=8,65536,1,722873,11.030166625976562
SRDID,λ=8,65536,1,698707,10.661422729492188
SRDID,λ=8,65536,1,702775,10.723495483398438
SRDID,λ=8,65536,1,714517,10.902664184570312
SRDID,λ=8,65536,1,761617,11.621353149414062
SRDID,λ=8,65536,1,701791,10.708480834960938
SRDID,λ=8,65536,1,657107,10.026657104492188
SRDID,λ=8,65536,1,724761,11.058975219726562
SRDID,λ=8,65536,1,708945,10.817642211914062
SRDID,λ=8,65536,1,724089,11.048721313476562
SRDID,λ=8,65536,1,704243,10.745895385742188
SRDID,λ=8,65536,1,743049,11.338027954101562
SRDID,λ=8,65536,1,674545,10.292739868164062
SRDID,λ=8,65536,1,710287,10.838119506835938
SRDID,λ=8,65536,1,913609,13.940567016601562
SRDID,λ=8,65536,1,763257,11.646377563476562
SRDID,λ=8,65536,1,741905,11.320571899414062
SRDID,λ=8,65536,1,749459,11.435836791992188
SRDID,λ=8,65536,1,714405,10.900955200195312
SRDID,λ=8,65536,1,726749,11.089309692382812
SRDID,λ=8,65536,1,759151,11.583724975585938
SRDID,λ=8,65536,1,666129,10.164321899414062
SRDID,λ=8,65536,1,772203,11.782882690429688
SRDID,λ=8,65536,1,792237,12.088577270507812
SRDID,λ=8,65536,1,693477,10.581619262695312
SRDID,λ=8,65536,1,736511,11.238265991210938
SRDID,λ=8,65536,1,647645,9.882278442382812
SRDID,λ=8,65536,1,717935,10.954818725585938
SRDID,λ=8,65536,1,718389,10.961746215820312
SRDID,λ=8,65536,1,699639,10.675643920898438
SRDID,λ=8,65536,1,717383,10.946395874023438
SRDID,λ=8,65536,1,694275,10.593795776367188
SRDID,λ=8,65536,1,648403,9.893844604492188
SRDID,λ=8,65536,1,830901,12.678543090820312
SRDID,λ=8,65536,1,664577,10.140640258789062
SRDID,λ=8,65536,1,707221,10.791336059570312
SRDID,λ=8,65536,1,778591,11.880355834960938
SRDID,λ=8,65536,1,679851,10.373703002929688
SRDID,λ=8,65536,1,747851,11.411300659179688
SRDID,λ=8,65536,1,760029,11.597122192382812
SRDID,λ=8,65536,1,679207,10.363876342773438
SRDID,λ=8,65536,1,701641,10.706192016601562
SRDID,λ=8,65536,1,690337,10.533706665039062
SRDID,λ=8,65536,1,746139,11.385177612304688
SRDID,λ=8,65536,1,762869,11.640457153320312
SRDID,λ=8,65536,1,749061,11.429763793945312
SRDID,λ=8,65536,1,738645,11.270828247070312
SRDID,λ=8,65536,1,700161,10.683609008789062
SHDID,λ=8,65536,1,717150,10.942840576171875
SHDID,λ=8,65536,1,720557,10.994827270507812
SHDID,λ=8,65536,1,709906,10.832305908203125
SHDID,λ=8,65536,1,734440,11.2066650390625
SHDID,λ=8,65536,1,686009,10.467666625976562
SHDID,λ=8,65536,1,707980,10.80291748046875
SHDID,λ=8,65536,1,790716,12.06536865234375
SHDID,λ=8,65536,1,660948,10.08526611328125
SHDID,λ=8,65536,1,652139,9.950851440429688
SHDID,λ=8,65536,1,723659,11.042160034179688
SHDID,λ=8,65536,1,820987,12.527267456054688
SHDID,λ=8,65536,1,674640,10.294189453125
SHDID,λ=8,65536,1,697128,10.6373291015625
SHDID,λ=8,65536,1,721488,11.009033203125
SHDID,λ=8,65536,1,662608,10.110595703125
SHDID,λ=8,65536,1,716929,10.939468383789062
SHDID,λ=8,65536,1,729546,11.131988525390625
SHDID,λ=8,65536,1,675178,10.302398681640625
SHDID,λ=8,65536,1,685567,10.460922241210938
SHDID,λ=8,65536,1,699623,10.675399780273438
SHDID,λ=8,65536,1,663189,10.119461059570312
SHDID,λ=8,65536,1,665374,10.152801513671875
SHDID,λ=8,65536,1,771323,11.769454956054688
SHDID,λ=8,65536,1,712558,10.872772216796875
SHDID,λ=8,65536,1,709202,10.821563720703125
SHDID,λ=8,65536,1,718842,10.968658447265625
SHDID,λ=8,65536,1,707277,10.792190551757812
SHDID,λ=8,65536,1,670925,10.237503051757812
SHDID,λ=8,65536,1,701030,10.696868896484375
SHDID,λ=8,65536,1,682325,10.411453247070312
SHDID,λ=8,65536,1,695998,10.620086669921875
SHDID,λ=8,65536,1,706954,10.787261962890625
SHDID,λ=8,65536,1,672513,10.261734008789062
SHDID,λ=8,65536,1,665255,10.150985717773438
SHDID,λ=8,65536,1,685856,10.46533203125
SHDID,λ=8,65536,1,663905,10.130386352539062
SHDID,λ=8,65536,1,791287,12.074081420898438
SHDID,λ=8,65536,1,642223,9.799545288085938
SHDID,λ=8,65536,1,755778,11.532257080078125
SHDID,λ=8,65536,1,740010,11.291656494140625
SHDID,λ=8,65536,1,743962,11.351959228515625
SHDID,λ=8,65536,1,690271,10.532699584960938
SHDID,λ=8,65536,1,687815,10.495223999023438
SHDID,λ=8,65536,1,667284,10.18194580078125
SHDID,λ=8,65536,1,647080,9.8736572265625
SHDID,λ=8,65536,1,673540,10.27740478515625
SHDID,λ=8,65536,1,681840,10.404052734375
SHDID,λ=8,65536,1,703252,10.73077392578125
SHDID,λ=8,65536,1,818191,12.484603881835938
SHDID,λ=8,65536,1,661392,10.092041015625
SHDID,λ=8,65536,1,682523,10.414474487304688
SHDID,λ=8,65536,1,674474,10.291656494140625
SHDID,λ=8,65536,1,768276,11.72296142578125
SHDID,λ=8,65536,1,617015,9.414901733398438
SHDID,λ=8,65536,1,724147,11.049606323242188
SHDID,λ=8,65536,1,699310,10.670623779296875
SHDID,λ=8,65536,1,712171,10.866867065429688
SHDID,λ=8,65536,1,697157,10.637771606445312
SHDID,λ=8,65536,1,653307,9.968673706054688
SHDID,λ=8,65536,1,626609,9.561294555664062
SHDID,λ=8,65536,1,653265,9.968032836914062
SHDID,λ=8,65536,1,683165,10.424270629882812
SHDID,λ=8,65536,1,730344,11.1441650390625
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SHDID,λ=8,65536,1,735324,11.22015380859375
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SHDID,λ=8,65536,1,727138,11.095245361328125
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SHDID,λ=8,65536,1,650450,9.925079345703125
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SHDID,λ=8,65536,1,665523,10.155075073242188
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SHDID,λ=8,65536,1,676242,10.318634033203125
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SHDID,λ=8,65536,1,656369,10.015396118164062
SHDID,λ=8,65536,1,635404,9.69549560546875
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SHDID,λ=8,65536,1,689379,10.519088745117188
SHDID,λ=8,65536,1,723712,11.04296875
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SHDID,λ=8,65536,1,650669,9.928421020507812
SHDID,λ=8,65536,1,665505,10.154800415039062
SHLID,λ=8,65536,1,775575,11.834335327148438
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SHLID,λ=8,65536,1,678047,10.346176147460938
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SHLID,λ=8,65536,1,801445,12.229080200195312
SHLID,λ=8,65536,1,735715,11.226119995117188
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SHLID,λ=8,65536,1,752210,11.477813720703125
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SRLID,λ=8,65536,1,664463,10.138900756835938
SRLID,λ=8,65536,1,771279,11.768783569335938
SRLID,λ=8,65536,1,747419,11.404708862304688
SRLID,λ=8,65536,1,701175,10.699081420898438
SRLID,λ=8,65536,1,729011,11.123825073242188
SRLID,λ=8,65536,1,721991,11.016708374023438
SRLID,λ=8,65536,1,806421,12.305007934570312
SRLID,λ=8,65536,1,736075,11.231613159179688
SRLID,λ=8,65536,1,709695,10.829086303710938
SRLID,λ=8,65536,1,739479,11.283554077148438
SRLID,λ=8,65536,1,880515,13.435592651367188
SRLID,λ=8,65536,1,696971,10.634933471679688
SRLID,λ=8,65536,1,816229,12.454666137695312
SRLID,λ=8,65536,1,792705,12.095718383789062
SRLID,λ=8,65536,1,739967,11.291000366210938
SRLID,λ=8,65536,1,683067,10.422775268554688
SRLID,λ=8,65536,1,788289,12.028335571289062
SRLID,λ=8,65536,1,848201,12.942520141601562
SRLID,λ=8,65536,1,791365,12.075271606445312
SRLID,λ=8,65536,1,765793,11.685073852539062
SRLID,λ=8,65536,1,721745,11.012954711914062
SRLID,λ=8,65536,1,761039,11.612533569335938
SRLID,λ=8,65536,1,685103,10.453842163085938
SRLID,λ=8,65536,1,826511,12.611557006835938
SRLID,λ=8,65536,1,732541,11.177688598632812
SRLID,λ=8,65536,1,854579,13.039840698242188
SRLID,λ=8,65536,1,760491,11.604171752929688
SRLID,λ=8,65536,1,734199,11.202987670898438
SRLID,λ=8,65536,1,867469,13.236526489257812
SRLID,λ=8,65536,1,804501,12.275711059570312
SRLID,λ=8,65536,1,757855,11.563949584960938
SRLID,λ=8,65536,1,744491,11.360031127929688
SRLID,λ=8,65536,1,776555,11.849288940429688
SRLID,λ=8,65536,1,734615,11.209335327148438
SRLID,λ=8,65536,1,731389,11.160110473632812
SRLID,λ=8,65536,1,772437,11.786453247070312
SRLID,λ=8,65536,1,880275,13.431930541992188
SRLID,λ=8,65536,1,726867,11.091110229492188
SRLID,λ=8,65536,1,749343,11.434066772460938
SRLID,λ=8,65536,1,704251,10.746017456054688
SRLID,λ=8,65536,1,750541,11.452346801757812
SRLID,λ=8,65536,1,753579,11.498703002929688
SRLID,λ=8,65536,1,802437,12.244216918945312
SRLID,λ=8,65536,1,765279,11.677230834960938
SRLID,λ=8,65536,1,810277,12.363845825195312
SRLID,λ=8,65536,1,744945,11.366958618164062
SRLID,λ=8,65536,1,790221,12.057815551757812
SRLID,λ=8,65536,1,796519,12.153915405273438
SRLID,λ=8,65536,1,806603,12.307785034179688
SRLID,λ=8,65536,1,784753,11.974380493164062
SRLID,λ=8,65536,1,705323,10.762374877929688
SRLID,λ=8,65536,1,768871,11.732040405273438
SRLID,λ=8,65536,1,787581,12.017532348632812
SRLID,λ=8,65536,1,736067,11.231491088867188
SRLID,λ=8,65536,1,720303,10.990951538085938
SRLID,λ=8,65536,1,700465,10.688247680664062
SRLID,λ=8,65536,1,707261,10.791946411132812
SRLID,λ=8,65536,1,783931,11.961837768554688
SRLID,λ=8,65536,1,732019,11.169723510742188
SRLID,λ=8,65536,1,725879,11.076034545898438
SRLID,λ=8,65536,1,738373,11.266677856445312
SRLID,λ=8,65536,1,815689,12.446426391601562
SRLID,λ=8,65536,1,968059,14.771408081054688
SRLID,λ=8,65536,1,725893,11.076248168945312
SRLID,λ=8,65536,1,764113,11.659439086914062
SRLID,λ=8,65536,1,781653,11.927078247070312
SRLID,λ=8,65536,1,709071,10.819564819335938
SRLID,λ=8,65536,1,742521,11.329971313476562
SRLID,λ=8,65536,1,737557,11.254226684570312
SRLID,λ=8,65536,1,787513,12.016494750976562
SRLID,λ=8,65536,1,775739,11.836837768554688
SRLID,λ=8,65536,1,801131,12.224288940429688
SRLID,λ=8,65536,1,764387,11.663619995117188
SRLID,λ=8,65536,1,730349,11.144241333007812
SRLID,λ=8,65536,1,768865,11.731948852539062
SRLID,λ=8,65536,1,770759,11.760848999023438
SSLID,λ=8,65536,1,1038259,15.842575073242188
SSLID,λ=8,65536,1,922159,14.071029663085938
SSLID,λ=8,65536,1,901711,13.759017944335938
SSLID,λ=8,65536,1,887707,13.545333862304688
SSLID,λ=8,65536,1,877501,13.389602661132812
SSLID,λ=8,65536,1,892099,13.612350463867188
SSLID,λ=8,65536,1,1064161,16.237808227539062
SSLID,λ=8,65536,1,914797,13.958694458007812
SSLID,λ=8,65536,1,945649,14.429458618164062
SSLID,λ=8,65536,1,1021033,15.579727172851562
SSLID,λ=8,65536,1,994321,15.172134399414062
SSLID,λ=8,65536,1,853975,13.030624389648438
SSLID,λ=8,65536,1,987193,15.063369750976562
SSLID,λ=8,65536,1,975745,14.888687133789062
SSLID,λ=8,65536,1,894475,13.648605346679688
SSLID,λ=8,65536,1,1035541,15.801101684570312
SSLID,λ=8,65536,1,919603,14.032028198242188
SSLID,λ=8,65536,1,1136755,17.345504760742188
SSLID,λ=8,65536,1,958771,14.629684448242188
SSLID,λ=8,65536,1,1070911,16.340805053710938
SSLID,λ=8,65536,1,942625,14.383316040039062
SSLID,λ=8,65536,1,864685,13.194046020507812
SSLID,λ=8,65536,1,996931,15.211959838867188
SSLID,λ=8,65536,1,1032247,15.750839233398438
SSLID,λ=8,65536,1,1086535,16.579208374023438
SSLID,λ=8,65536,1,1076815,16.430892944335938
SSLID,λ=8,65536,1,907543,13.848007202148438
SSLID,λ=8,65536,1,1019359,15.554183959960938
SSLID,λ=8,65536,1,901063,13.749130249023438
SSLID,λ=8,65536,1,963505,14.701919555664062
SSLID,λ=8,65536,1,944317,14.409133911132812
SSLID,λ=8,65536,1,923869,14.097122192382812
SSLID,λ=8,65536,1,952687,14.536849975585938
SSLID,λ=8,65536,1,900523,13.740890502929688
SSLID,λ=8,65536,1,951985,14.526138305664062
SSLID,λ=8,65536,1,909325,13.875198364257812
SSLID,λ=8,65536,1,898309,13.707107543945312
SSLID,λ=8,65536,1,957709,14.613479614257812
SSLID,λ=8,65536,1,888337,13.554946899414062
SSLID,λ=8,65536,1,965305,14.729385375976562
SSLID,λ=8,65536,1,1198387,18.285934448242188
SSLID,λ=8,65536,1,948349,14.470657348632812
SSLID,λ=8,65536,1,935137,14.269058227539062
SSLID,λ=8,65536,1,1021069,15.580276489257812
SSLID,λ=8,65536,1,900109,13.734573364257812
SSLID,λ=8,65536,1,1108063,16.907699584960938
SSLID,λ=8,65536,1,986563,15.053756713867188
SSLID,λ=8,65536,1,926983,14.144638061523438
SSLID,λ=8,65536,1,973837,14.859573364257812
SSLID,λ=8,65536,1,967159,14.757675170898438
SSLID,λ=8,65536,1,973225,14.850234985351562
SSLID,λ=8,65536,1,957061,14.603591918945312
SSLID,λ=8,65536,1,1019629,15.558303833007812
SSLID,λ=8,65536,1,1001269,15.278152465820312
SSLID,λ=8,65536,1,861085,13.139114379882812
SSLID,λ=8,65536,1,952021,14.526687622070312
SSLID,λ=8,65536,1,849061,12.955642700195312
SSLID,λ=8,65536,1,1039321,15.858779907226562
SSLID,λ=8,65536,1,926353,14.135025024414062
SSLID,λ=8,65536,1,966421,14.746414184570312
SSLID,λ=8,65536,1,900325,13.737869262695312
SSLID,λ=8,65536,1,1073197,16.375686645507812
SSLID,λ=8,65536,1,868375,13.250350952148438
SSLID,λ=8,65536,1,953857,14.554702758789062
SSLID,λ=8,65536,1,914491,13.954025268554688
SSLID,λ=8,65536,1,1122067,17.121383666992188
SSLID,λ=8,65536,1,1048681,16.001602172851562
SSLID,λ=8,65536,1,997993,15.228164672851562
SSLID,λ=8,65536,1,1197721,18.275772094726562
SSLID,λ=8,65536,1,902107,13.765060424804688
SSLID,λ=8,65536,1,925093,14.115798950195312
SSLID,λ=8,65536,1,1029277,15.705520629882812
SSLID,λ=8,65536,1,878131,13.399215698242188
SSLID,λ=8,65536,1,926713,14.140518188476562
SSLID,λ=8,65536,1,936253,14.286087036132812
SSLID,λ=8,65536,1,941833,14.371231079101562
SSLID,λ=8,65536,1,918163,14.010055541992188
SSLID,λ=8,65536,1,914347,13.951828002929688
SSLID,λ=8,65536,1,1188091,18.128829956054688
SSLID,λ=8,65536,1,993169,15.154556274414062
SSLID,λ=8,65536,1,1044559,15.938705444335938
SSLID,λ=8,65536,1,954613,14.566238403320312
SSLID,λ=8,65536,1,907147,13.841964721679688
SSLID,λ=8,65536,1,942751,14.385238647460938
SSLID,λ=8,65536,1,965575,14.733505249023438
SSLID,λ=8,65536,1,999523,15.251510620117188
SSLID,λ=8,65536,1,1133497,17.295791625976562
SSLID,λ=8,65536,1,920647,14.047958374023438
SSLID,λ=8,65536,1,965899,14.738449096679688
SSLID,λ=8,65536,1,964945,14.723892211914062
SSLID,λ=8,65536,1,1018549,15.541824340820312
SSLID,λ=8,65536,1,873163,13.323410034179688
SSLID,λ=8,65536,1,983035,14.999923706054688
SSLID,λ=8,65536,1,1037035,15.823898315429688
SSLID,λ=8,65536,1,1047691,15.986495971679688
SSLID,λ=8,65536,1,940933,14.357498168945312
SSLID,λ=8,65536,1,1098217,16.757461547851562
SSLID,λ=8,65536,1,1193023,18.204086303710938
SSLID,λ=8,65536,1,1031779,15.743698120117188
SSDCU,λ=8,65536,1,848073,12.940567016601562
SSDCU,λ=8,65536,1,867495,13.236923217773438
SSDCU,λ=8,65536,1,864127,13.185531616210938
SSDCU,λ=8,65536,1,855402,13.052398681640625
SSDCU,λ=8,65536,1,878303,13.401840209960938
SSDCU,λ=8,65536,1,829762,12.661163330078125
SSDCU,λ=8,65536,1,836563,12.764938354492188
SSDCU,λ=8,65536,1,921326,14.058319091796875
SSDCU,λ=8,65536,1,1115723,17.024581909179688
SSDCU,λ=8,65536,1,806520,12.3065185546875
SSDCU,λ=8,65536,1,822838,12.555511474609375
SSDCU,λ=8,65536,1,888155,13.552169799804688
SSDCU,λ=8,65536,1,842131,12.849899291992188
SSDCU,λ=8,65536,1,921458,14.060333251953125
SSDCU,λ=8,65536,1,759716,11.59234619140625
SSDCU,λ=8,65536,1,850522,12.977935791015625
SSDCU,λ=8,65536,1,836230,12.759857177734375
SSDCU,λ=8,65536,1,855572,13.05499267578125
SSDCU,λ=8,65536,1,887343,13.539779663085938
SSDCU,λ=8,65536,1,996957,15.212356567382812
SSDCU,λ=8,65536,1,868658,13.254669189453125
SSDCU,λ=8,65536,1,915551,13.970199584960938
SSDCU,λ=8,65536,1,870923,13.289230346679688
SSDCU,λ=8,65536,1,851649,12.995132446289062
SSDCU,λ=8,65536,1,921730,14.064483642578125
SSDCU,λ=8,65536,1,802050,12.238311767578125
SSDCU,λ=8,65536,1,1147520,17.509765625
SSDCU,λ=8,65536,1,795572,12.13946533203125
SSDCU,λ=8,65536,1,820044,12.51287841796875
SSDCU,λ=8,65536,1,917848,14.0052490234375
SSDCU,λ=8,65536,1,982498,14.991729736328125
SSDCU,λ=8,65536,1,917412,13.99859619140625
SSDCU,λ=8,65536,1,794102,12.117034912109375
SSDCU,λ=8,65536,1,960961,14.663101196289062
SSDCU,λ=8,65536,1,825428,12.59503173828125
SSDCU,λ=8,65536,1,939730,14.339141845703125
SSDCU,λ=8,65536,1,817905,12.480239868164062
SSDCU,λ=8,65536,1,1017719,15.529159545898438
SSDCU,λ=8,65536,1,966411,14.746261596679688
SSDCU,λ=8,65536,1,901982,13.763153076171875
SSDCU,λ=8,65536,1,962852,14.69195556640625
SSDCU,λ=8,65536,1,781175,11.919784545898438
SSDCU,λ=8,65536,1,864043,13.184249877929688
SSDCU,λ=8,65536,1,806963,12.313278198242188
SSDCU,λ=8,65536,1,925600,14.12353515625
SSDCU,λ=8,65536,1,856256,13.0654296875
SSDCU,λ=8,65536,1,937136,14.299560546875
SSDCU,λ=8,65536,1,901842,13.761016845703125
SSDCU,λ=8,65536,1,855264,13.05029296875
SSDCU,λ=8,65536,1,962309,14.683670043945312
SSDCU,λ=8,65536,1,812733,12.401321411132812
SSDCU,λ=8,65536,1,886506,13.527008056640625
SSDCU,λ=8,65536,1,806037,12.299148559570312
SSDCU,λ=8,65536,1,883724,13.48455810546875
SSDCU,λ=8,65536,1,810530,12.367706298828125
SSDCU,λ=8,65536,1,872760,13.3172607421875
SSDCU,λ=8,65536,1,799946,12.206207275390625
SSDCU,λ=8,65536,1,783525,11.955642700195312
SSDCU,λ=8,65536,1,904192,13.796875
SSDCU,λ=8,65536,1,957383,14.608505249023438
SSDCU,λ=8,65536,1,899065,13.718643188476562
SSDCU,λ=8,65536,1,1092917,16.676589965820312
SSDCU,λ=8,65536,1,881474,13.450225830078125
SSDCU,λ=8,65536,1,781869,11.930374145507812
SSDCU,λ=8,65536,1,873516,13.32879638671875
SSDCU,λ=8,65536,1,838512,12.794677734375
SSDCU,λ=8,65536,1,966777,14.751846313476562
SSDCU,λ=8,65536,1,784291,11.967330932617188
SSDCU,λ=8,65536,1,870207,13.278305053710938
SSDCU,λ=8,65536,1,931756,14.21746826171875
SSDCU,λ=8,65536,1,972730,14.842681884765625
SSDCU,λ=8,65536,1,943721,14.400039672851562
SSDCU,λ=8,65536,1,995449,15.189346313476562
SSDCU,λ=8,65536,1,919730,14.033966064453125
SSDCU,λ=8,65536,1,933453,14.243362426757812
SSDCU,λ=8,65536,1,880322,13.432647705078125
SSDCU,λ=8,65536,1,826140,12.60589599609375
SSDCU,λ=8,65536,1,907772,13.85150146484375
SSDCU,λ=8,65536,1,843101,12.864700317382812
SSDCU,λ=8,65536,1,921288,14.0577392578125
SSDCU,λ=8,65536,1,908586,13.863922119140625
SSDCU,λ=8,65536,1,915484,13.96917724609375
SSDCU,λ=8,65536,1,942405,14.379959106445312
SSDCU,λ=8,65536,1,890372,13.58599853515625
SSDCU,λ=8,65536,1,897456,13.694091796875
SSDCU,λ=8,65536,1,837157,12.774002075195312
SSDCU,λ=8,65536,1,938952,14.3272705078125
SSDCU,λ=8,65536,1,815784,12.4478759765625
SSDCU,λ=8,65536,1,868230,13.248138427734375
SSDCU,λ=8,65536,1,810356,12.36505126953125
SSDCU,λ=8,65536,1,878594,13.406280517578125
SSDCU,λ=8,65536,1,794569,12.124160766601562
SSDCU,λ=8,65536,1,811728,12.385986328125
SSDCU,λ=8,65536,1,927812,14.15728759765625
SSDCU,λ=8,65536,1,835146,12.743316650390625
SSDCU,λ=8,65536,1,809171,12.346969604492188
SSDCU,λ=8,65536,1,903673,13.788955688476562
SSDCU,λ=8,65536,1,907179,13.842453002929688
SSDCU,λ=8,65536,1,805524,12.29132080078125
SSDCU,λ=8,65536,1,859738,13.118560791015625
SRDCU,λ=8,65536,1,631098,9.629791259765625
SRDCU,λ=8,65536,1,644513,9.834487915039062
SRDCU,λ=8,65536,1,609267,9.296676635742188
SRDCU,λ=8,65536,1,612248,9.3421630859375
SRDCU,λ=8,65536,1,646001,9.857192993164062
SRDCU,λ=8,65536,1,649687,9.913436889648438
SRDCU,λ=8,65536,1,614213,9.372146606445312
SRDCU,λ=8,65536,1,589772,8.99920654296875
SRDCU,λ=8,65536,1,612669,9.348587036132812
SRDCU,λ=8,65536,1,653494,9.971527099609375
SRDCU,λ=8,65536,1,714142,10.896942138671875
SRDCU,λ=8,65536,1,697782,10.647308349609375
SRDCU,λ=8,65536,1,582259,8.884567260742188
SRDCU,λ=8,65536,1,627977,9.582168579101562
SRDCU,λ=8,65536,1,611940,9.33746337890625
SRDCU,λ=8,65536,1,624026,9.521881103515625
SRDCU,λ=8,65536,1,598579,9.133590698242188
SRDCU,λ=8,65536,1,739488,11.28369140625
SRDCU,λ=8,65536,1,591158,9.020355224609375
SRDCU,λ=8,65536,1,690298,10.533111572265625
SRDCU,λ=8,65536,1,589755,8.998947143554688
SRDCU,λ=8,65536,1,634344,9.6793212890625
SRDCU,λ=8,65536,1,606728,9.2579345703125
SRDCU,λ=8,65536,1,587800,8.9691162109375
SRDCU,λ=8,65536,1,643976,9.8262939453125
SRDCU,λ=8,65536,1,599382,9.145843505859375
SRDCU,λ=8,65536,1,625019,9.537033081054688
SRDCU,λ=8,65536,1,598860,9.13787841796875
SRDCU,λ=8,65536,1,581492,8.87286376953125
SRDCU,λ=8,65536,1,654153,9.981582641601562
SRDCU,λ=8,65536,1,584601,8.920303344726562
SRDCU,λ=8,65536,1,608165,9.279861450195312
SRDCU,λ=8,65536,1,607804,9.27435302734375
SRDCU,λ=8,65536,1,575048,8.7745361328125
SRDCU,λ=8,65536,1,656608,10.01904296875
SRDCU,λ=8,65536,1,761940,11.62628173828125
SRDCU,λ=8,65536,1,577383,8.810165405273438
SRDCU,λ=8,65536,1,666133,10.164382934570312
SRDCU,λ=8,65536,1,595263,9.082992553710938
SRDCU,λ=8,65536,1,626750,9.563446044921875
SRDCU,λ=8,65536,1,616512,9.4072265625
SRDCU,λ=8,65536,1,634826,9.686676025390625
SRDCU,λ=8,65536,1,586220,8.94500732421875
SRDCU,λ=8,65536,1,617565,9.423294067382812
SRDCU,λ=8,65536,1,612087,9.339706420898438
SRDCU,λ=8,65536,1,584805,8.923416137695312
SRDCU,λ=8,65536,1,539636,8.23419189453125
SRDCU,λ=8,65536,1,599016,9.1402587890625
SRDCU,λ=8,65536,1,620443,9.467208862304688
SRDCU,λ=8,65536,1,592319,9.038070678710938
SRDCU,λ=8,65536,1,610486,9.315277099609375
SRDCU,λ=8,65536,1,574805,8.770828247070312
SRDCU,λ=8,65536,1,707125,10.789871215820312
SRDCU,λ=8,65536,1,774402,11.816436767578125
SRDCU,λ=8,65536,1,630267,9.617111206054688
SRDCU,λ=8,65536,1,819636,12.50665283203125
SRDCU,λ=8,65536,1,650334,9.923309326171875
SRDCU,λ=8,65536,1,661007,10.086166381835938
SRDCU,λ=8,65536,1,633201,9.661880493164062
SRDCU,λ=8,65536,1,627252,9.57110595703125
SRDCU,λ=8,65536,1,590374,9.008392333984375
SRDCU,λ=8,65536,1,600640,9.1650390625
SRDCU,λ=8,65536,1,620937,9.474746704101562
SRDCU,λ=8,65536,1,542614,8.279632568359375
SRDCU,λ=8,65536,1,585339,8.931564331054688
SRDCU,λ=8,65536,1,703699,10.737594604492188
SRDCU,λ=8,65536,1,580124,8.85198974609375
SRDCU,λ=8,65536,1,598727,9.135848999023438
SRDCU,λ=8,65536,1,707025,10.788345336914062
SRDCU,λ=8,65536,1,688667,10.508224487304688
SRDCU,λ=8,65536,1,566271,8.640609741210938
SRDCU,λ=8,65536,1,625723,9.547775268554688
SRDCU,λ=8,65536,1,644887,9.840194702148438
SRDCU,λ=8,65536,1,587454,8.963836669921875
SRDCU,λ=8,65536,1,634360,9.6795654296875
SRDCU,λ=8,65536,1,592958,9.047821044921875
SRDCU,λ=8,65536,1,715175,10.912704467773438
SRDCU,λ=8,65536,1,642418,9.802520751953125
SRDCU,λ=8,65536,1,635490,9.696807861328125
SRDCU,λ=8,65536,1,689138,10.515411376953125
SRDCU,λ=8,65536,1,695903,10.618637084960938
SRDCU,λ=8,65536,1,590084,9.00396728515625
SRDCU,λ=8,65536,1,642071,9.797225952148438
SRDCU,λ=8,65536,1,613008,9.353759765625
SRDCU,λ=8,65536,1,600773,9.167068481445312
SRDCU,λ=8,65536,1,607709,9.272903442382812
SRDCU,λ=8,65536,1,590801,9.014907836914062
SRDCU,λ=8,65536,1,592139,9.035324096679688
SRDCU,λ=8,65536,1,564896,8.61962890625
SRDCU,λ=8,65536,1,620990,9.475555419921875
SRDCU,λ=8,65536,1,647395,9.878463745117188
SRDCU,λ=8,65536,1,623881,9.519668579101562
SRDCU,λ=8,65536,1,581571,8.874069213867188
SRDCU,λ=8,65536,1,594622,9.073211669921875
SRDCU,λ=8,65536,1,670796,10.23553466796875
SRDCU,λ=8,65536,1,607871,9.275375366210938
SRDCU,λ=8,65536,1,632858,9.656646728515625
SRDCU,λ=8,65536,1,604866,9.229522705078125
SRDCU,λ=8,65536,1,631901,9.642044067382812
SRDCU,λ=8,65536,1,651428,9.94000244140625
SHDCU,λ=8,65536,1,622837,9.503738403320312
SHDCU,λ=8,65536,1,554480,8.460693359375
SHDCU,λ=8,65536,1,631845,9.641189575195312
SHDCU,λ=8,65536,1,634821,9.686599731445312
SHDCU,λ=8,65536,1,623652,9.51617431640625
SHDCU,λ=8,65536,1,590477,9.009963989257812
SHDCU,λ=8,65536,1,594883,9.077194213867188
SHDCU,λ=8,65536,1,596396,9.10028076171875
SHDCU,λ=8,65536,1,632695,9.654159545898438
SHDCU,λ=8,65536,1,622775,9.502792358398438
SHDCU,λ=8,65536,1,570416,8.703857421875
SHDCU,λ=8,65536,1,750449,11.450942993164062
SHDCU,λ=8,65536,1,637560,9.7283935546875
SHDCU,λ=8,65536,1,640881,9.779067993164062
SHDCU,λ=8,65536,1,687388,10.48870849609375
SHDCU,λ=8,65536,1,619258,9.449127197265625
SHDCU,λ=8,65536,1,603884,9.21453857421875
SHDCU,λ=8,65536,1,580322,8.855010986328125
SHDCU,λ=8,65536,1,602213,9.189041137695312
SHDCU,λ=8,65536,1,647242,9.876129150390625
SHDCU,λ=8,65536,1,585945,8.940811157226562
SHDCU,λ=8,65536,1,661461,10.093093872070312
SHDCU,λ=8,65536,1,622845,9.503860473632812
SHDCU,λ=8,65536,1,631492,9.63580322265625
SHDCU,λ=8,65536,1,570786,8.709503173828125
SHDCU,λ=8,65536,1,759519,11.589340209960938
SHDCU,λ=8,65536,1,622313,9.495742797851562
SHDCU,λ=8,65536,1,628789,9.594558715820312
SHDCU,λ=8,65536,1,604599,9.225448608398438
SHDCU,λ=8,65536,1,579725,8.845901489257812
SHDCU,λ=8,65536,1,588360,8.9776611328125
SHDCU,λ=8,65536,1,638473,9.742324829101562
SHDCU,λ=8,65536,1,627613,9.576614379882812
SHDCU,λ=8,65536,1,621726,9.486785888671875
SHDCU,λ=8,65536,1,619558,9.453704833984375
SHDCU,λ=8,65536,1,566041,8.637100219726562
SHDCU,λ=8,65536,1,634300,9.67864990234375
SHDCU,λ=8,65536,1,601065,9.171524047851562
SHDCU,λ=8,65536,1,606087,9.248153686523438
SHDCU,λ=8,65536,1,666566,10.170989990234375
SHDCU,λ=8,65536,1,658039,10.040878295898438
SHDCU,λ=8,65536,1,596011,9.094406127929688
SHDCU,λ=8,65536,1,626710,9.562835693359375
SHDCU,λ=8,65536,1,649142,9.905120849609375
SHDCU,λ=8,65536,1,664642,10.141632080078125
SHDCU,λ=8,65536,1,811320,12.3797607421875
SHDCU,λ=8,65536,1,599358,9.145477294921875
SHDCU,λ=8,65536,1,621627,9.485275268554688
SHDCU,λ=8,65536,1,590806,9.014984130859375
SHDCU,λ=8,65536,1,591881,9.031387329101562
SHDCU,λ=8,65536,1,569306,8.686920166015625
SHDCU,λ=8,65536,1,625913,9.550674438476562
SHDCU,λ=8,65536,1,635610,9.698638916015625
SHDCU,λ=8,65536,1,645561,9.850479125976562
SHDCU,λ=8,65536,1,681171,10.393844604492188
SHDCU,λ=8,65536,1,655643,10.004318237304688
SHDCU,λ=8,65536,1,595238,9.082611083984375
SHDCU,λ=8,65536,1,637820,9.73236083984375
SHDCU,λ=8,65536,1,623535,9.514389038085938
SHDCU,λ=8,65536,1,711566,10.857635498046875
SHDCU,λ=8,65536,1,671310,10.243377685546875
SHDCU,λ=8,65536,1,588981,8.987136840820312
SHDCU,λ=8,65536,1,715651,10.919967651367188
SHDCU,λ=8,65536,1,731268,11.15826416015625
SHDCU,λ=8,65536,1,692890,10.572662353515625
SHDCU,λ=8,65536,1,641664,9.791015625
SHDCU,λ=8,65536,1,676136,10.3170166015625
SHDCU,λ=8,65536,1,627250,9.571075439453125
SHDCU,λ=8,65536,1,762249,11.630996704101562
SHDCU,λ=8,65536,1,754444,11.51190185546875
SHDCU,λ=8,65536,1,655298,9.999053955078125
SHDCU,λ=8,65536,1,635903,9.703109741210938
SHDCU,λ=8,65536,1,623570,9.514923095703125
SHDCU,λ=8,65536,1,572316,8.73284912109375
SHDCU,λ=8,65536,1,650694,9.928802490234375
SHDCU,λ=8,65536,1,698446,10.657440185546875
SHDCU,λ=8,65536,1,640954,9.780181884765625
SHDCU,λ=8,65536,1,595008,9.0791015625
SHDCU,λ=8,65536,1,675126,10.301605224609375
SHDCU,λ=8,65536,1,633512,9.6666259765625
SHDCU,λ=8,65536,1,585351,8.931747436523438
SHDCU,λ=8,65536,1,613262,9.357635498046875
SHDCU,λ=8,65536,1,654552,9.9876708984375
SHDCU,λ=8,65536,1,577563,8.812911987304688
SHDCU,λ=8,65536,1,643284,9.81573486328125
SHDCU,λ=8,65536,1,619689,9.455703735351562
SHDCU,λ=8,65536,1,634486,9.681488037109375
SHDCU,λ=8,65536,1,573110,8.744964599609375
SHDCU,λ=8,65536,1,684681,10.447402954101562
SHDCU,λ=8,65536,1,601450,9.177398681640625
SHDCU,λ=8,65536,1,645975,9.856796264648438
SHDCU,λ=8,65536,1,686456,10.4744873046875
SHDCU,λ=8,65536,1,584016,8.911376953125
SHDCU,λ=8,65536,1,613313,9.358413696289062
SHDCU,λ=8,65536,1,629450,9.604644775390625
SHDCU,λ=8,65536,1,645685,9.852371215820312
SHDCU,λ=8,65536,1,567319,8.656600952148438
SHDCU,λ=8,65536,1,571245,8.716506958007812
SHDCU,λ=8,65536,1,690296,10.5330810546875
SHDCU,λ=8,65536,1,675289,10.304092407226562
SHLCU,λ=8,65536,1,590652,9.01263427734375
SHLCU,λ=8,65536,1,602767,9.197494506835938
SHLCU,λ=8,65536,1,627630,9.576873779296875
SHLCU,λ=8,65536,1,576052,8.78985595703125
SHLCU,λ=8,65536,1,612961,9.353042602539062
SHLCU,λ=8,65536,1,646927,9.871322631835938
SHLCU,λ=8,65536,1,585228,8.92987060546875
SHLCU,λ=8,65536,1,632480,9.65087890625
SHLCU,λ=8,65536,1,594184,9.0665283203125
SHLCU,λ=8,65536,1,622444,9.49774169921875
SHLCU,λ=8,65536,1,624603,9.530685424804688
SHLCU,λ=8,65536,1,687654,10.492767333984375
SHLCU,λ=8,65536,1,704165,10.744705200195312
SHLCU,λ=8,65536,1,631458,9.635284423828125
SHLCU,λ=8,65536,1,619848,9.4581298828125
SHLCU,λ=8,65536,1,661318,10.090911865234375
SHLCU,λ=8,65536,1,568203,8.670089721679688
SHLCU,λ=8,65536,1,593929,9.062637329101562
SHLCU,λ=8,65536,1,638806,9.747406005859375
SHLCU,λ=8,65536,1,625974,9.551605224609375
SHLCU,λ=8,65536,1,619791,9.457260131835938
SHLCU,λ=8,65536,1,565634,8.630889892578125
SHLCU,λ=8,65536,1,627037,9.567825317382812
SHLCU,λ=8,65536,1,585393,8.932388305664062
SHLCU,λ=8,65536,1,643019,9.811691284179688
SHLCU,λ=8,65536,1,651817,9.945938110351562
SHLCU,λ=8,65536,1,591224,9.0213623046875
SHLCU,λ=8,65536,1,603920,9.215087890625
SHLCU,λ=8,65536,1,597473,9.116714477539062
SHLCU,λ=8,65536,1,589001,8.987442016601562
SHLCU,λ=8,65536,1,609626,9.302154541015625
SHLCU,λ=8,65536,1,601981,9.185501098632812
SHLCU,λ=8,65536,1,607242,9.265777587890625
SHLCU,λ=8,65536,1,571248,8.716552734375
SHLCU,λ=8,65536,1,581754,8.876861572265625
SHLCU,λ=8,65536,1,629777,9.609634399414062
SHLCU,λ=8,65536,1,585883,8.939865112304688
SHLCU,λ=8,65536,1,570871,8.710800170898438
SHLCU,λ=8,65536,1,657335,10.030136108398438
SHLCU,λ=8,65536,1,592682,9.043609619140625
SHLCU,λ=8,65536,1,620681,9.470840454101562
SHLCU,λ=8,65536,1,589382,8.993255615234375
SHLCU,λ=8,65536,1,666664,10.1724853515625
SHLCU,λ=8,65536,1,595888,9.092529296875
SHLCU,λ=8,65536,1,605754,9.243072509765625
SHLCU,λ=8,65536,1,552010,8.423004150390625
SHLCU,λ=8,65536,1,624618,9.530914306640625
SHLCU,λ=8,65536,1,587130,8.958892822265625
SHLCU,λ=8,65536,1,595478,9.086273193359375
SHLCU,λ=8,65536,1,585189,8.929275512695312
SHLCU,λ=8,65536,1,672112,10.255615234375
SHLCU,λ=8,65536,1,618488,9.4373779296875
SHLCU,λ=8,65536,1,570166,8.700042724609375
SHLCU,λ=8,65536,1,585065,8.927383422851562
SHLCU,λ=8,65536,1,670821,10.235916137695312
SHLCU,λ=8,65536,1,640682,9.776031494140625
SHLCU,λ=8,65536,1,585527,8.934432983398438
SHLCU,λ=8,65536,1,617384,9.4205322265625
SHLCU,λ=8,65536,1,561527,8.568222045898438
SHLCU,λ=8,65536,1,597062,9.110443115234375
SHLCU,λ=8,65536,1,612885,9.351882934570312
SHLCU,λ=8,65536,1,570913,8.711441040039062
SHLCU,λ=8,65536,1,646663,9.867294311523438
SHLCU,λ=8,65536,1,658741,10.051589965820312
SHLCU,λ=8,65536,1,642249,9.799942016601562
SHLCU,λ=8,65536,1,580451,8.856979370117188
SHLCU,λ=8,65536,1,568431,8.673568725585938
SHLCU,λ=8,65536,1,620342,9.465667724609375
SHLCU,λ=8,65536,1,598666,9.134918212890625
SHLCU,λ=8,65536,1,686464,10.474609375
SHLCU,λ=8,65536,1,565903,8.634994506835938
SHLCU,λ=8,65536,1,635776,9.701171875
SHLCU,λ=8,65536,1,599646,9.149871826171875
SHLCU,λ=8,65536,1,608540,9.28558349609375
SHLCU,λ=8,65536,1,588619,8.981613159179688
SHLCU,λ=8,65536,1,586096,8.943115234375
SHLCU,λ=8,65536,1,711287,10.853378295898438
SHLCU,λ=8,65536,1,632936,9.6578369140625
SHLCU,λ=8,65536,1,587284,8.96124267578125
SHLCU,λ=8,65536,1,619220,9.44854736328125
SHLCU,λ=8,65536,1,594619,9.073165893554688
SHLCU,λ=8,65536,1,575305,8.778457641601562
SHLCU,λ=8,65536,1,677489,10.337661743164062
SHLCU,λ=8,65536,1,634217,9.677383422851562
SHLCU,λ=8,65536,1,681987,10.406295776367188
SHLCU,λ=8,65536,1,616921,9.413467407226562
SHLCU,λ=8,65536,1,601592,9.1795654296875
SHLCU,λ=8,65536,1,559266,8.533721923828125
SHLCU,λ=8,65536,1,548136,8.3638916015625
SHLCU,λ=8,65536,1,595936,9.09326171875
SHLCU,λ=8,65536,1,604609,9.225601196289062
SHLCU,λ=8,65536,1,583884,8.90936279296875
SHLCU,λ=8,65536,1,560723,8.555953979492188
SHLCU,λ=8,65536,1,586939,8.955978393554688
SHLCU,λ=8,65536,1,637670,9.730072021484375
SHLCU,λ=8,65536,1,618382,9.435760498046875
SHLCU,λ=8,65536,1,583186,8.898712158203125
SHLCU,λ=8,65536,1,603302,9.205657958984375
SHLCU,λ=8,65536,1,604998,9.231536865234375
SHLCU,λ=8,65536,1,592345,9.038467407226562
SRLCU,λ=8,65536,1,612344,9.3436279296875
SRLCU,λ=8,65536,1,640311,9.770370483398438
SRLCU,λ=8,65536,1,627893,9.580886840820312
SRLCU,λ=8,65536,1,633286,9.663177490234375
SRLCU,λ=8,65536,1,702718,10.722625732421875
SRLCU,λ=8,65536,1,540418,8.246124267578125
SRLCU,λ=8,65536,1,599237,9.143630981445312
SRLCU,λ=8,65536,1,615341,9.389358520507812
SRLCU,λ=8,65536,1,573779,8.755172729492188
SRLCU,λ=8,65536,1,584887,8.924667358398438
SRLCU,λ=8,65536,1,653632,9.9736328125
SRLCU,λ=8,65536,1,609847,9.305526733398438
SRLCU,λ=8,65536,1,611111,9.324813842773438
SRLCU,λ=8,65536,1,696582,10.628997802734375
SRLCU,λ=8,65536,1,588171,8.974777221679688
SRLCU,λ=8,65536,1,636301,9.709182739257812
SRLCU,λ=8,65536,1,658874,10.053619384765625
SRLCU,λ=8,65536,1,682870,10.419769287109375
SRLCU,λ=8,65536,1,622002,9.490997314453125
SRLCU,λ=8,65536,1,637472,9.72705078125
SRLCU,λ=8,65536,1,659339,10.060714721679688
SRLCU,λ=8,65536,1,621946,9.490142822265625
SRLCU,λ=8,65536,1,601420,9.17694091796875
SRLCU,λ=8,65536,1,599317,9.144851684570312
SRLCU,λ=8,65536,1,613278,9.357879638671875
SRLCU,λ=8,65536,1,601689,9.181045532226562
SRLCU,λ=8,65536,1,570677,8.707839965820312
SRLCU,λ=8,65536,1,660962,10.085479736328125
SRLCU,λ=8,65536,1,643095,9.812850952148438
SRLCU,λ=8,65536,1,646723,9.868209838867188
SRLCU,λ=8,65536,1,647619,9.881881713867188
SRLCU,λ=8,65536,1,595928,9.0931396484375
SRLCU,λ=8,65536,1,605028,9.23199462890625
SRLCU,λ=8,65536,1,552762,8.434478759765625
SRLCU,λ=8,65536,1,750295,11.448593139648438
SRLCU,λ=8,65536,1,683258,10.425689697265625
SRLCU,λ=8,65536,1,607246,9.265838623046875
SRLCU,λ=8,65536,1,597523,9.117477416992188
SRLCU,λ=8,65536,1,602119,9.187606811523438
SRLCU,λ=8,65536,1,582665,8.890762329101562
SRLCU,λ=8,65536,1,668263,10.196884155273438
SRLCU,λ=8,65536,1,693151,10.576644897460938
SRLCU,λ=8,65536,1,592776,9.0450439453125
SRLCU,λ=8,65536,1,695845,10.617752075195312
SRLCU,λ=8,65536,1,599788,9.15203857421875
SRLCU,λ=8,65536,1,588367,8.977767944335938
SRLCU,λ=8,65536,1,595522,9.086944580078125
SRLCU,λ=8,65536,1,646309,9.861892700195312
SRLCU,λ=8,65536,1,622903,9.504745483398438
SRLCU,λ=8,65536,1,684574,10.445770263671875
SRLCU,λ=8,65536,1,667810,10.189971923828125
SRLCU,λ=8,65536,1,627506,9.574981689453125
SRLCU,λ=8,65536,1,602705,9.196548461914062
SRLCU,λ=8,65536,1,607886,9.275604248046875
SRLCU,λ=8,65536,1,665564,10.15570068359375
SRLCU,λ=8,65536,1,596080,9.095458984375
SRLCU,λ=8,65536,1,625186,9.539581298828125
SRLCU,λ=8,65536,1,572867,8.741256713867188
SRLCU,λ=8,65536,1,596468,9.10137939453125
SRLCU,λ=8,65536,1,689896,10.5269775390625
SRLCU,λ=8,65536,1,608087,9.278671264648438
SRLCU,λ=8,65536,1,643996,9.82659912109375
SRLCU,λ=8,65536,1,712100,10.86578369140625
SRLCU,λ=8,65536,1,656924,10.02386474609375
SRLCU,λ=8,65536,1,636377,9.710342407226562
SRLCU,λ=8,65536,1,583167,8.898422241210938
SRLCU,λ=8,65536,1,586513,8.949478149414062
SRLCU,λ=8,65536,1,607050,9.262847900390625
SRLCU,λ=8,65536,1,672752,10.265380859375
SRLCU,λ=8,65536,1,572438,8.734710693359375
SRLCU,λ=8,65536,1,685344,10.45751953125
SRLCU,λ=8,65536,1,595601,9.088150024414062
SRLCU,λ=8,65536,1,621633,9.485366821289062
SRLCU,λ=8,65536,1,614653,9.378860473632812
SRLCU,λ=8,65536,1,631812,9.64068603515625
SRLCU,λ=8,65536,1,648202,9.890777587890625
SRLCU,λ=8,65536,1,627321,9.572158813476562
SRLCU,λ=8,65536,1,704375,10.747909545898438
SRLCU,λ=8,65536,1,597738,9.120758056640625
SRLCU,λ=8,65536,1,619975,9.460067749023438
SRLCU,λ=8,65536,1,713737,10.890762329101562
SRLCU,λ=8,65536,1,578820,8.83209228515625
SRLCU,λ=8,65536,1,695947,10.619308471679688
SRLCU,λ=8,65536,1,685058,10.453155517578125
SRLCU,λ=8,65536,1,585674,8.936676025390625
SRLCU,λ=8,65536,1,616685,9.409866333007812
SRLCU,λ=8,65536,1,539680,8.23486328125
SRLCU,λ=8,65536,1,662820,10.11383056640625
SRLCU,λ=8,65536,1,652138,9.950836181640625
SRLCU,λ=8,65536,1,592155,9.035568237304688
SRLCU,λ=8,65536,1,690545,10.536880493164062
SRLCU,λ=8,65536,1,564492,8.61346435546875
SRLCU,λ=8,65536,1,586684,8.95208740234375
SRLCU,λ=8,65536,1,591854,9.030975341796875
SRLCU,λ=8,65536,1,611950,9.337615966796875
SRLCU,λ=8,65536,1,599737,9.151260375976562
SRLCU,λ=8,65536,1,622507,9.498703002929688
SRLCU,λ=8,65536,1,616660,9.40948486328125
SRLCU,λ=8,65536,1,612415,9.344711303710938
SRLCU,λ=8,65536,1,593093,9.049880981445312
SSLCU,λ=8,65536,1,948432,14.471923828125
SSLCU,λ=8,65536,1,1105425,16.867446899414062
SSLCU,λ=8,65536,1,1044289,15.934585571289062
SSLCU,λ=8,65536,1,1124985,17.165908813476562
SSLCU,λ=8,65536,1,962949,14.693435668945312
SSLCU,λ=8,65536,1,823763,12.569625854492188
SSLCU,λ=8,65536,1,1101385,16.805801391601562
SSLCU,λ=8,65536,1,949905,14.494400024414062
SSLCU,λ=8,65536,1,939049,14.328750610351562
SSLCU,λ=8,65536,1,1002308,15.29400634765625
SSLCU,λ=8,65536,1,1056892,16.12689208984375
SSLCU,λ=8,65536,1,861175,13.140487670898438
SSLCU,λ=8,65536,1,1082530,16.518096923828125
SSLCU,λ=8,65536,1,1114447,17.005111694335938
SSLCU,λ=8,65536,1,917451,13.999191284179688
SSLCU,λ=8,65536,1,888563,13.558395385742188
SSLCU,λ=8,65536,1,980532,14.96173095703125
SSLCU,λ=8,65536,1,859434,13.113922119140625
SSLCU,λ=8,65536,1,957713,14.613540649414062
SSLCU,λ=8,65536,1,1017461,15.525222778320312
SSLCU,λ=8,65536,1,1110612,16.94659423828125
SSLCU,λ=8,65536,1,959739,14.644454956054688
SSLCU,λ=8,65536,1,984426,15.021148681640625
SSLCU,λ=8,65536,1,1028997,15.701248168945312
SSLCU,λ=8,65536,1,887138,13.536651611328125
SSLCU,λ=8,65536,1,1234848,18.84228515625
SSLCU,λ=8,65536,1,1003614,15.313934326171875
SSLCU,λ=8,65536,1,1152298,17.582672119140625
SSLCU,λ=8,65536,1,908841,13.867813110351562
SSLCU,λ=8,65536,1,946806,14.447113037109375
SSLCU,λ=8,65536,1,1018121,15.535293579101562
SSLCU,λ=8,65536,1,859844,13.12017822265625
SSLCU,λ=8,65536,1,888125,13.551712036132812
SSLCU,λ=8,65536,1,947642,14.459869384765625
SSLCU,λ=8,65536,1,997424,15.219482421875
SSLCU,λ=8,65536,1,947281,14.454360961914062
SSLCU,λ=8,65536,1,967700,14.76593017578125
SSLCU,λ=8,65536,1,964233,14.713027954101562
SSLCU,λ=8,65536,1,1036466,15.815216064453125
SSLCU,λ=8,65536,1,944801,14.416519165039062
SSLCU,λ=8,65536,1,1103602,16.839630126953125
SSLCU,λ=8,65536,1,947224,14.4534912109375
SSLCU,λ=8,65536,1,910471,13.892684936523438
SSLCU,λ=8,65536,1,877849,13.394912719726562
SSLCU,λ=8,65536,1,896887,13.685409545898438
SSLCU,λ=8,65536,1,993687,15.162460327148438
SSLCU,λ=8,65536,1,1024178,15.627716064453125
SSLCU,λ=8,65536,1,936547,14.290573120117188
SSLCU,λ=8,65536,1,812817,12.402603149414062
SSLCU,λ=8,65536,1,1006930,15.364532470703125
SSLCU,λ=8,65536,1,829835,12.662277221679688
SSLCU,λ=8,65536,1,966715,14.750900268554688
SSLCU,λ=8,65536,1,811635,12.384567260742188
SSLCU,λ=8,65536,1,836509,12.764114379882812
SSLCU,λ=8,65536,1,1040612,15.87847900390625
SSLCU,λ=8,65536,1,981386,14.974761962890625
SSLCU,λ=8,65536,1,1070400,16.3330078125
SSLCU,λ=8,65536,1,1005592,15.3441162109375
SSLCU,λ=8,65536,1,1244282,18.986236572265625
SSLCU,λ=8,65536,1,1034444,15.78436279296875
SSLCU,λ=8,65536,1,935552,14.275390625
SSLCU,λ=8,65536,1,973807,14.859115600585938
SSLCU,λ=8,65536,1,910231,13.889022827148438
SSLCU,λ=8,65536,1,867159,13.231796264648438
SSLCU,λ=8,65536,1,896804,13.68414306640625
SSLCU,λ=8,65536,1,897823,13.699691772460938
SSLCU,λ=8,65536,1,851333,12.990310668945312
SSLCU,λ=8,65536,1,995811,15.194869995117188
SSLCU,λ=8,65536,1,825164,12.59100341796875
SSLCU,λ=8,65536,1,939990,14.343109130859375
SSLCU,λ=8,65536,1,944709,14.415115356445312
SSLCU,λ=8,65536,1,1007524,15.37359619140625
SSLCU,λ=8,65536,1,954138,14.558990478515625
SSLCU,λ=8,65536,1,1190741,18.169265747070312
SSLCU,λ=8,65536,1,1046208,15.9638671875
SSLCU,λ=8,65536,1,897457,13.694107055664062
SSLCU,λ=8,65536,1,959889,14.646743774414062
SSLCU,λ=8,65536,1,918061,14.008499145507812
SSLCU,λ=8,65536,1,936837,14.294998168945312
SSLCU,λ=8,65536,1,959788,14.64520263671875
SSLCU,λ=8,65536,1,922558,14.077117919921875
SSLCU,λ=8,65536,1,1029484,15.70867919921875
SSLCU,λ=8,65536,1,986160,15.047607421875
SSLCU,λ=8,65536,1,911370,13.906402587890625
SSLCU,λ=8,65536,1,1031084,15.73309326171875
SSLCU,λ=8,65536,1,969739,14.797042846679688
SSLCU,λ=8,65536,1,1033408,15.7685546875
SSLCU,λ=8,65536,1,1033437,15.768997192382812
SSLCU,λ=8,65536,1,1153567,17.602035522460938
SSLCU,λ=8,65536,1,988897,15.089370727539062
SSLCU,λ=8,65536,1,1007885,15.379104614257812
SSLCU,λ=8,65536,1,889067,13.566085815429688
SSLCU,λ=8,65536,1,1028642,15.695831298828125
SSLCU,λ=8,65536,1,951930,14.525299072265625
SSLCU,λ=8,65536,1,894635,13.651046752929688
SSLCU,λ=8,65536,1,930244,14.19439697265625
SSLCU,λ=8,65536,1,1046531,15.968795776367188
SSLCU,λ=8,65536,1,931860,14.21905517578125
SSLCU,λ=8,65536,1,963983,14.709213256835938
SSLCU,λ=8,65536,1,960851,14.661422729492188
SSDSU,λ=8,65536,1,888425,13.556289672851562
SSDSU,λ=8,65536,1,862137,13.155166625976562
SSDSU,λ=8,65536,1,833545,12.718887329101562
SSDSU,λ=8,65536,1,746441,11.389785766601562
SSDSU,λ=8,65536,1,819945,12.511367797851562
SSDSU,λ=8,65536,1,1005873,15.348403930664062
SSDSU,λ=8,65536,1,974249,14.865859985351562
SSDSU,λ=8,65536,1,792681,12.095352172851562
SSDSU,λ=8,65536,1,854497,13.038589477539062
SSDSU,λ=8,65536,1,838249,12.790664672851562
SSDSU,λ=8,65536,1,935417,14.273330688476562
SSDSU,λ=8,65536,1,750449,11.450942993164062
SSDSU,λ=8,65536,1,918409,14.013809204101562
SSDSU,λ=8,65536,1,860425,13.129043579101562
SSDSU,λ=8,65536,1,882089,13.459609985351562
SSDSU,λ=8,65536,1,793537,12.108413696289062
SSDSU,λ=8,65536,1,776257,11.844741821289062
SSDSU,λ=8,65536,1,854209,13.034194946289062
SSDSU,λ=8,65536,1,784049,11.963638305664062
SSDSU,λ=8,65536,1,859913,13.121231079101562
SSDSU,λ=8,65536,1,897969,13.701919555664062
SSDSU,λ=8,65536,1,902217,13.766738891601562
SSDSU,λ=8,65536,1,833409,12.716812133789062
SSDSU,λ=8,65536,1,931905,14.219741821289062
SSDSU,λ=8,65536,1,940729,14.354385375976562
SSDSU,λ=8,65536,1,946889,14.448379516601562
SSDSU,λ=8,65536,1,914977,13.961441040039062
SSDSU,λ=8,65536,1,747793,11.410415649414062
SSDSU,λ=8,65536,1,955697,14.582778930664062
SSDSU,λ=8,65536,1,882569,13.466934204101562
SSDSU,λ=8,65536,1,833257,12.714492797851562
SSDSU,λ=8,65536,1,934585,14.260635375976562
SSDSU,λ=8,65536,1,984017,15.014907836914062
SSDSU,λ=8,65536,1,818841,12.494522094726562
SSDSU,λ=8,65536,1,811801,12.387100219726562
SSDSU,λ=8,65536,1,874865,13.349380493164062
SSDSU,λ=8,65536,1,903697,13.789321899414062
SSDSU,λ=8,65536,1,817193,12.469375610351562
SSDSU,λ=8,65536,1,894097,13.642837524414062
SSDSU,λ=8,65536,1,886697,13.529922485351562
SSDSU,λ=8,65536,1,845905,12.907485961914062
SSDSU,λ=8,65536,1,787169,12.011245727539062
SSDSU,λ=8,65536,1,828537,12.642471313476562
SSDSU,λ=8,65536,1,801729,12.233413696289062
SSDSU,λ=8,65536,1,809041,12.344985961914062
SSDSU,λ=8,65536,1,944657,14.414321899414062
SSDSU,λ=8,65536,1,853105,13.017349243164062
SSDSU,λ=8,65536,1,978313,14.927871704101562
SSDSU,λ=8,65536,1,860193,13.125503540039062
SSDSU,λ=8,65536,1,996769,15.209487915039062
SSDSU,λ=8,65536,1,894705,13.652114868164062
SSDSU,λ=8,65536,1,776025,11.841201782226562
SSDSU,λ=8,65536,1,794593,12.124526977539062
SSDSU,λ=8,65536,1,885937,13.518325805664062
SSDSU,λ=8,65536,1,981321,14.973770141601562
SSDSU,λ=8,65536,1,854769,13.042739868164062
SSDSU,λ=8,65536,1,835417,12.747451782226562
SSDSU,λ=8,65536,1,768601,11.727920532226562
SSDSU,λ=8,65536,1,959897,14.646865844726562
SSDSU,λ=8,65536,1,908929,13.869155883789062
SSDSU,λ=8,65536,1,876601,13.375869750976562
SSDSU,λ=8,65536,1,799865,12.204971313476562
SSDSU,λ=8,65536,1,818889,12.495254516601562
SSDSU,λ=8,65536,1,918641,14.017349243164062
SSDSU,λ=8,65536,1,765329,11.677993774414062
SSDSU,λ=8,65536,1,839713,12.813003540039062
SSDSU,λ=8,65536,1,826489,12.611221313476562
SSDSU,λ=8,65536,1,777089,11.857437133789062
SSDSU,λ=8,65536,1,807713,12.324722290039062
SSDSU,λ=8,65536,1,846329,12.913955688476562
SSDSU,λ=8,65536,1,772137,11.781875610351562
SSDSU,λ=8,65536,1,820393,12.518203735351562
SSDSU,λ=8,65536,1,868321,13.249526977539062
SSDSU,λ=8,65536,1,844025,12.878799438476562
SSDSU,λ=8,65536,1,1048313,15.995986938476562
SSDSU,λ=8,65536,1,764145,11.659927368164062
SSDSU,λ=8,65536,1,860369,13.128189086914062
SSDSU,λ=8,65536,1,914257,13.950454711914062
SSDSU,λ=8,65536,1,799617,12.201187133789062
SSDSU,λ=8,65536,1,792553,12.093399047851562
SSDSU,λ=8,65536,1,825817,12.600967407226562
SSDSU,λ=8,65536,1,854689,13.041519165039062
SSDSU,λ=8,65536,1,966801,14.752212524414062
SSDSU,λ=8,65536,1,867153,13.231704711914062
SSDSU,λ=8,65536,1,809465,12.351455688476562
SSDSU,λ=8,65536,1,838505,12.794570922851562
SSDSU,λ=8,65536,1,976721,14.903579711914062
SSDSU,λ=8,65536,1,863273,13.172500610351562
SSDSU,λ=8,65536,1,798961,12.191177368164062
SSDSU,λ=8,65536,1,822001,12.542739868164062
SSDSU,λ=8,65536,1,928305,14.164810180664062
SSDSU,λ=8,65536,1,849057,12.955581665039062
SSDSU,λ=8,65536,1,810561,12.368179321289062
SSDSU,λ=8,65536,1,835057,12.741958618164062
SSDSU,λ=8,65536,1,908177,13.857681274414062
SSDSU,λ=8,65536,1,861769,13.149551391601562
SSDSU,λ=8,65536,1,840537,12.825576782226562
SSDSU,λ=8,65536,1,778641,11.881118774414062
SSDSU,λ=8,65536,1,792729,12.096084594726562
SRDSU,λ=8,65536,1,615893,9.397781372070312
SRDSU,λ=8,65536,1,572357,8.733474731445312
SRDSU,λ=8,65536,1,692401,10.565200805664062
SRDSU,λ=8,65536,1,571211,8.715988159179688
SRDSU,λ=8,65536,1,582813,8.893020629882812
SRDSU,λ=8,65536,1,573025,8.743667602539062
SRDSU,λ=8,65536,1,558449,8.521255493164062
SRDSU,λ=8,65536,1,574991,8.773666381835938
SRDSU,λ=8,65536,1,576633,8.798721313476562
SRDSU,λ=8,65536,1,550279,8.396591186523438
SRDSU,λ=8,65536,1,562189,8.578323364257812
SRDSU,λ=8,65536,1,585279,8.930648803710938
SRDSU,λ=8,65536,1,615241,9.387832641601562
SRDSU,λ=8,65536,1,568133,8.669021606445312
SRDSU,λ=8,65536,1,665387,10.152999877929688
SRDSU,λ=8,65536,1,684489,10.444473266601562
SRDSU,λ=8,65536,1,598161,9.127212524414062
SRDSU,λ=8,65536,1,664331,10.136886596679688
SRDSU,λ=8,65536,1,561233,8.563735961914062
SRDSU,λ=8,65536,1,604465,9.223403930664062
SRDSU,λ=8,65536,1,594133,9.065750122070312
SRDSU,λ=8,65536,1,546857,8.344375610351562
SRDSU,λ=8,65536,1,568209,8.670181274414062
SRDSU,λ=8,65536,1,548369,8.367446899414062
SRDSU,λ=8,65536,1,553427,8.444625854492188
SRDSU,λ=8,65536,1,620659,9.470504760742188
SRDSU,λ=8,65536,1,577117,8.806106567382812
SRDSU,λ=8,65536,1,776113,11.842544555664062
SRDSU,λ=8,65536,1,641199,9.783920288085938
SRDSU,λ=8,65536,1,656667,10.019943237304688
SRDSU,λ=8,65536,1,599115,9.141769409179688
SRDSU,λ=8,65536,1,588823,8.984725952148438
SRDSU,λ=8,65536,1,571329,8.717788696289062
SRDSU,λ=8,65536,1,593011,9.048629760742188
SRDSU,λ=8,65536,1,661897,10.099746704101562
SRDSU,λ=8,65536,1,541019,8.255294799804688
SRDSU,λ=8,65536,1,595589,9.087966918945312
SRDSU,λ=8,65536,1,580589,8.859085083007812
SRDSU,λ=8,65536,1,587137,8.958999633789062
SRDSU,λ=8,65536,1,544953,8.315322875976562
SRDSU,λ=8,65536,1,659847,10.068466186523438
SRDSU,λ=8,65536,1,665171,10.149703979492188
SRDSU,λ=8,65536,1,561705,8.570938110351562
SRDSU,λ=8,65536,1,602257,9.189712524414062
SRDSU,λ=8,65536,1,577093,8.805740356445312
SRDSU,λ=8,65536,1,607907,9.275924682617188
SRDSU,λ=8,65536,1,649151,9.905258178710938
SRDSU,λ=8,65536,1,565973,8.636062622070312
SRDSU,λ=8,65536,1,657767,10.036727905273438
SRDSU,λ=8,65536,1,559171,8.532272338867188
SRDSU,λ=8,65536,1,565963,8.635910034179688
SRDSU,λ=8,65536,1,626795,9.564132690429688
SRDSU,λ=8,65536,1,558615,8.523788452148438
SRDSU,λ=8,65536,1,571455,8.719711303710938
SRDSU,λ=8,65536,1,628571,9.591232299804688
SRDSU,λ=8,65536,1,595479,9.086288452148438
SRDSU,λ=8,65536,1,589403,8.993576049804688
SRDSU,λ=8,65536,1,568841,8.679824829101562
SRDSU,λ=8,65536,1,729489,11.131118774414062
SRDSU,λ=8,65536,1,623539,9.514450073242188
SRDSU,λ=8,65536,1,553715,8.449020385742188
SRDSU,λ=8,65536,1,664683,10.142257690429688
SRDSU,λ=8,65536,1,575453,8.780715942382812
SRDSU,λ=8,65536,1,587167,8.959457397460938
SRDSU,λ=8,65536,1,582787,8.892623901367188
SRDSU,λ=8,65536,1,624693,9.532058715820312
SRDSU,λ=8,65536,1,556539,8.492111206054688
SRDSU,λ=8,65536,1,574701,8.769241333007812
SRDSU,λ=8,65536,1,548203,8.364913940429688
SRDSU,λ=8,65536,1,580855,8.863143920898438
SRDSU,λ=8,65536,1,611517,9.331008911132812
SRDSU,λ=8,65536,1,575355,8.779220581054688
SRDSU,λ=8,65536,1,711537,10.857192993164062
SRDSU,λ=8,65536,1,641937,9.795181274414062
SRDSU,λ=8,65536,1,552369,8.428482055664062
SRDSU,λ=8,65536,1,574005,8.758621215820312
SRDSU,λ=8,65536,1,698021,10.650955200195312
SRDSU,λ=8,65536,1,671475,10.245895385742188
SRDSU,λ=8,65536,1,663387,10.122482299804688
SRDSU,λ=8,65536,1,571857,8.725845336914062
SRDSU,λ=8,65536,1,646685,9.867630004882812
SRDSU,λ=8,65536,1,559825,8.542251586914062
SRDSU,λ=8,65536,1,559547,8.538009643554688
SRDSU,λ=8,65536,1,599367,9.145614624023438
SRDSU,λ=8,65536,1,666459,10.169357299804688
SRDSU,λ=8,65536,1,611417,9.329483032226562
SRDSU,λ=8,65536,1,585351,8.931747436523438
SRDSU,λ=8,65536,1,614911,9.382797241210938
SRDSU,λ=8,65536,1,596767,9.105941772460938
SRDSU,λ=8,65536,1,589005,8.987503051757812
SRDSU,λ=8,65536,1,755803,11.532638549804688
SRDSU,λ=8,65536,1,577577,8.813125610351562
SRDSU,λ=8,65536,1,603817,9.213516235351562
SRDSU,λ=8,65536,1,551067,8.408615112304688
SRDSU,λ=8,65536,1,593741,9.059768676757812
SRDSU,λ=8,65536,1,575461,8.780838012695312
SRDSU,λ=8,65536,1,608203,9.280441284179688
SRDSU,λ=8,65536,1,664649,10.141738891601562
SRDSU,λ=8,65536,1,653703,9.974716186523438
SRDSU,λ=8,65536,1,554291,8.457809448242188
SHDSU,λ=8,65536,1,614444,9.37567138671875
SHDSU,λ=8,65536,1,533442,8.139678955078125
SHDSU,λ=8,65536,1,509802,7.778961181640625
SHDSU,λ=8,65536,1,557892,8.51275634765625
SHDSU,λ=8,65536,1,555411,8.474899291992188
SHDSU,λ=8,65536,1,573466,8.750396728515625
SHDSU,λ=8,65536,1,577540,8.81256103515625
SHDSU,λ=8,65536,1,634159,9.676498413085938
SHDSU,λ=8,65536,1,599347,9.145309448242188
SHDSU,λ=8,65536,1,566138,8.638580322265625
SHDSU,λ=8,65536,1,524798,8.007781982421875
SHDSU,λ=8,65536,1,557612,8.50848388671875
SHDSU,λ=8,65536,1,616859,9.412521362304688
SHDSU,λ=8,65536,1,635215,9.692611694335938
SHDSU,λ=8,65536,1,571653,8.722732543945312
SHDSU,λ=8,65536,1,587590,8.965911865234375
SHDSU,λ=8,65536,1,581732,8.87652587890625
SHDSU,λ=8,65536,1,699301,10.670486450195312
SHDSU,λ=8,65536,1,535775,8.175277709960938
SHDSU,λ=8,65536,1,595339,9.084152221679688
SHDSU,λ=8,65536,1,559376,8.535400390625
SHDSU,λ=8,65536,1,615178,9.386871337890625
SHDSU,λ=8,65536,1,574996,8.77374267578125
SHDSU,λ=8,65536,1,592212,9.03643798828125
SHDSU,λ=8,65536,1,620331,9.465499877929688
SHDSU,λ=8,65536,1,575010,8.773956298828125
SHDSU,λ=8,65536,1,622696,9.5015869140625
SHDSU,λ=8,65536,1,616969,9.414199829101562
SHDSU,λ=8,65536,1,587122,8.958770751953125
SHDSU,λ=8,65536,1,559919,8.543685913085938
SHDSU,λ=8,65536,1,550862,8.405487060546875
SHDSU,λ=8,65536,1,562002,8.575469970703125
SHDSU,λ=8,65536,1,616299,9.403976440429688
SHDSU,λ=8,65536,1,559387,8.535568237304688
SHDSU,λ=8,65536,1,570290,8.701934814453125
SHDSU,λ=8,65536,1,574822,8.771087646484375
SHDSU,λ=8,65536,1,617662,9.424774169921875
SHDSU,λ=8,65536,1,563763,8.602340698242188
SHDSU,λ=8,65536,1,605883,9.245040893554688
SHDSU,λ=8,65536,1,586204,8.94476318359375
SHDSU,λ=8,65536,1,537962,8.208648681640625
SHDSU,λ=8,65536,1,606410,9.253082275390625
SHDSU,λ=8,65536,1,544756,8.31231689453125
SHDSU,λ=8,65536,1,544144,8.302978515625
SHDSU,λ=8,65536,1,614609,9.378189086914062
SHDSU,λ=8,65536,1,579070,8.835906982421875
SHDSU,λ=8,65536,1,534894,8.161834716796875
SHDSU,λ=8,65536,1,587068,8.95794677734375
SHDSU,λ=8,65536,1,539518,8.232391357421875
SHDSU,λ=8,65536,1,559432,8.5362548828125
SHDSU,λ=8,65536,1,567283,8.656051635742188
SHDSU,λ=8,65536,1,660479,10.078109741210938
SHDSU,λ=8,65536,1,555053,8.469436645507812
SHDSU,λ=8,65536,1,658515,10.048141479492188
SHDSU,λ=8,65536,1,584031,8.911605834960938
SHDSU,λ=8,65536,1,628857,9.595596313476562
SHDSU,λ=8,65536,1,523329,7.9853668212890625
SHDSU,λ=8,65536,1,578965,8.834304809570312
SHDSU,λ=8,65536,1,572568,8.7366943359375
SHDSU,λ=8,65536,1,602181,9.188552856445312
SHDSU,λ=8,65536,1,556450,8.490753173828125
SHDSU,λ=8,65536,1,593072,9.049560546875
SHDSU,λ=8,65536,1,524987,8.010665893554688
SHDSU,λ=8,65536,1,660660,10.08087158203125
SHDSU,λ=8,65536,1,661581,10.094924926757812
SHDSU,λ=8,65536,1,567003,8.651779174804688
SHDSU,λ=8,65536,1,535235,8.167037963867188
SHDSU,λ=8,65536,1,570201,8.700576782226562
SHDSU,λ=8,65536,1,598532,9.13287353515625
SHDSU,λ=8,65536,1,573832,8.7559814453125
SHDSU,λ=8,65536,1,597964,9.12420654296875
SHDSU,λ=8,65536,1,563391,8.596664428710938
SHDSU,λ=8,65536,1,529500,8.07952880859375
SHDSU,λ=8,65536,1,549773,8.388870239257812
SHDSU,λ=8,65536,1,572154,8.730377197265625
SHDSU,λ=8,65536,1,554421,8.459793090820312
SHDSU,λ=8,65536,1,612140,9.34051513671875
SHDSU,λ=8,65536,1,538198,8.212249755859375
SHDSU,λ=8,65536,1,594409,9.069961547851562
SHDSU,λ=8,65536,1,572087,8.729354858398438
SHDSU,λ=8,65536,1,520948,7.94903564453125
SHDSU,λ=8,65536,1,665244,10.15081787109375
SHDSU,λ=8,65536,1,573754,8.754791259765625
SHDSU,λ=8,65536,1,580164,8.85260009765625
SHDSU,λ=8,65536,1,621129,9.477676391601562
SHDSU,λ=8,65536,1,570474,8.704742431640625
SHDSU,λ=8,65536,1,591196,9.02093505859375
SHDSU,λ=8,65536,1,629818,9.610260009765625
SHDSU,λ=8,65536,1,594318,9.068572998046875
SHDSU,λ=8,65536,1,549374,8.382781982421875
SHDSU,λ=8,65536,1,582957,8.895217895507812
SHDSU,λ=8,65536,1,606204,9.24993896484375
SHDSU,λ=8,65536,1,526093,8.027542114257812
SHDSU,λ=8,65536,1,520953,7.9491119384765625
SHDSU,λ=8,65536,1,554383,8.459213256835938
SHDSU,λ=8,65536,1,604560,9.224853515625
SHDSU,λ=8,65536,1,572273,8.732192993164062
SHDSU,λ=8,65536,1,654892,9.99285888671875
SHDSU,λ=8,65536,1,586447,8.948471069335938
SHDSU,λ=8,65536,1,616595,9.408493041992188
SHLSU,λ=8,65536,1,571227,8.716232299804688
SHLSU,λ=8,65536,1,575701,8.784500122070312
SHLSU,λ=8,65536,1,578613,8.828933715820312
SHLSU,λ=8,65536,1,639152,9.752685546875
SHLSU,λ=8,65536,1,633641,9.668594360351562
SHLSU,λ=8,65536,1,621663,9.485824584960938
SHLSU,λ=8,65536,1,552936,8.4371337890625
SHLSU,λ=8,65536,1,559531,8.537765502929688
SHLSU,λ=8,65536,1,582337,8.885757446289062
SHLSU,λ=8,65536,1,581929,8.879531860351562
SHLSU,λ=8,65536,1,606294,9.251312255859375
SHLSU,λ=8,65536,1,567847,8.664657592773438
SHLSU,λ=8,65536,1,570736,8.708740234375
SHLSU,λ=8,65536,1,551104,8.4091796875
SHLSU,λ=8,65536,1,550392,8.3983154296875
SHLSU,λ=8,65536,1,575071,8.774887084960938
SHLSU,λ=8,65536,1,552610,8.432159423828125
SHLSU,λ=8,65536,1,625356,9.54217529296875
SHLSU,λ=8,65536,1,548295,8.366317749023438
SHLSU,λ=8,65536,1,551017,8.407852172851562
SHLSU,λ=8,65536,1,593558,9.056976318359375
SHLSU,λ=8,65536,1,584019,8.911422729492188
SHLSU,λ=8,65536,1,587821,8.969436645507812
SHLSU,λ=8,65536,1,570355,8.702926635742188
SHLSU,λ=8,65536,1,589383,8.993270874023438
SHLSU,λ=8,65536,1,550204,8.39544677734375
SHLSU,λ=8,65536,1,556566,8.492523193359375
SHLSU,λ=8,65536,1,636813,9.716995239257812
SHLSU,λ=8,65536,1,592475,9.040451049804688
SHLSU,λ=8,65536,1,538713,8.220108032226562
SHLSU,λ=8,65536,1,562695,8.586044311523438
SHLSU,λ=8,65536,1,588958,8.986785888671875
SHLSU,λ=8,65536,1,575332,8.77886962890625
SHLSU,λ=8,65536,1,549318,8.381927490234375
SHLSU,λ=8,65536,1,589351,8.992782592773438
SHLSU,λ=8,65536,1,564885,8.619461059570312
SHLSU,λ=8,65536,1,563195,8.593673706054688
SHLSU,λ=8,65536,1,587172,8.95953369140625
SHLSU,λ=8,65536,1,592939,9.047531127929688
SHLSU,λ=8,65536,1,597171,9.112106323242188
SHLSU,λ=8,65536,1,507213,7.7394561767578125
SHLSU,λ=8,65536,1,550504,8.4000244140625
SHLSU,λ=8,65536,1,606013,9.247024536132812
SHLSU,λ=8,65536,1,601014,9.170745849609375
SHLSU,λ=8,65536,1,528736,8.06787109375
SHLSU,λ=8,65536,1,568805,8.679275512695312
SHLSU,λ=8,65536,1,550342,8.397552490234375
SHLSU,λ=8,65536,1,548270,8.365936279296875
SHLSU,λ=8,65536,1,573128,8.7452392578125
SHLSU,λ=8,65536,1,555805,8.480911254882812
SHLSU,λ=8,65536,1,551824,8.420166015625
SHLSU,λ=8,65536,1,558498,8.522003173828125
SHLSU,λ=8,65536,1,562170,8.578033447265625
SHLSU,λ=8,65536,1,552437,8.429519653320312
SHLSU,λ=8,65536,1,624935,9.535751342773438
SHLSU,λ=8,65536,1,591004,9.01800537109375
SHLSU,λ=8,65536,1,550404,8.39849853515625
SHLSU,λ=8,65536,1,527813,8.053787231445312
SHLSU,λ=8,65536,1,626670,9.562225341796875
SHLSU,λ=8,65536,1,550728,8.4034423828125
SHLSU,λ=8,65536,1,617610,9.423980712890625
SHLSU,λ=8,65536,1,548552,8.3702392578125
SHLSU,λ=8,65536,1,601258,9.174468994140625
SHLSU,λ=8,65536,1,552235,8.426437377929688
SHLSU,λ=8,65536,1,549950,8.391571044921875
SHLSU,λ=8,65536,1,574763,8.770187377929688
SHLSU,λ=8,65536,1,560228,8.54840087890625
SHLSU,λ=8,65536,1,651694,9.944061279296875
SHLSU,λ=8,65536,1,587897,8.970596313476562
SHLSU,λ=8,65536,1,543647,8.295394897460938
SHLSU,λ=8,65536,1,616183,9.402206420898438
SHLSU,λ=8,65536,1,529512,8.0797119140625
SHLSU,λ=8,65536,1,599505,9.147720336914062
SHLSU,λ=8,65536,1,568986,8.682037353515625
SHLSU,λ=8,65536,1,546129,8.333267211914062
SHLSU,λ=8,65536,1,568214,8.670257568359375
SHLSU,λ=8,65536,1,610544,9.316162109375
SHLSU,λ=8,65536,1,567510,8.659515380859375
SHLSU,λ=8,65536,1,608514,9.285186767578125
SHLSU,λ=8,65536,1,619798,9.457366943359375
SHLSU,λ=8,65536,1,650960,9.932861328125
SHLSU,λ=8,65536,1,614613,9.378250122070312
SHLSU,λ=8,65536,1,536610,8.188018798828125
SHLSU,λ=8,65536,1,551663,8.417709350585938
SHLSU,λ=8,65536,1,629788,9.60980224609375
SHLSU,λ=8,65536,1,673258,10.273101806640625
SHLSU,λ=8,65536,1,557885,8.512649536132812
SHLSU,λ=8,65536,1,630564,9.62164306640625
SHLSU,λ=8,65536,1,522868,7.97833251953125
SHLSU,λ=8,65536,1,584345,8.916397094726562
SHLSU,λ=8,65536,1,564818,8.618438720703125
SHLSU,λ=8,65536,1,714244,10.89849853515625
SHLSU,λ=8,65536,1,602740,9.19708251953125
SHLSU,λ=8,65536,1,542609,8.279556274414062
SHLSU,λ=8,65536,1,592266,9.037261962890625
SHLSU,λ=8,65536,1,575404,8.77996826171875
SHLSU,λ=8,65536,1,579907,8.848678588867188
SHLSU,λ=8,65536,1,626842,9.564849853515625
SHLSU,λ=8,65536,1,534120,8.1500244140625
SHLSU,λ=8,65536,1,546535,8.339462280273438
SRLSU,λ=8,65536,1,689843,10.526168823242188
SRLSU,λ=8,65536,1,601193,9.173477172851562
SRLSU,λ=8,65536,1,609825,9.305191040039062
SRLSU,λ=8,65536,1,578437,8.826248168945312
SRLSU,λ=8,65536,1,571201,8.715835571289062
SRLSU,λ=8,65536,1,575543,8.782089233398438
SRLSU,λ=8,65536,1,636543,9.712875366210938
SRLSU,λ=8,65536,1,636929,9.718765258789062
SRLSU,λ=8,65536,1,531607,8.111679077148438
SRLSU,λ=8,65536,1,630569,9.621719360351562
SRLSU,λ=8,65536,1,637413,9.726150512695312
SRLSU,λ=8,65536,1,687303,10.487411499023438
SRLSU,λ=8,65536,1,648307,9.892379760742188
SRLSU,λ=8,65536,1,585957,8.940994262695312
SRLSU,λ=8,65536,1,580837,8.862869262695312
SRLSU,λ=8,65536,1,556461,8.490921020507812
SRLSU,λ=8,65536,1,608847,9.290267944335938
SRLSU,λ=8,65536,1,585887,8.939926147460938
SRLSU,λ=8,65536,1,603899,9.214767456054688
SRLSU,λ=8,65536,1,589715,8.998336791992188
SRLSU,λ=8,65536,1,621891,9.489303588867188
SRLSU,λ=8,65536,1,587651,8.966842651367188
SRLSU,λ=8,65536,1,553679,8.448471069335938
SRLSU,λ=8,65536,1,572073,8.729141235351562
SRLSU,λ=8,65536,1,675663,10.309799194335938
SRLSU,λ=8,65536,1,565461,8.628250122070312
SRLSU,λ=8,65536,1,564609,8.615249633789062
SRLSU,λ=8,65536,1,605075,9.232711791992188
SRLSU,λ=8,65536,1,563283,8.595016479492188
SRLSU,λ=8,65536,1,586895,8.955307006835938
SRLSU,λ=8,65536,1,644213,9.829910278320312
SRLSU,λ=8,65536,1,624609,9.530776977539062
SRLSU,λ=8,65536,1,574003,8.758590698242188
SRLSU,λ=8,65536,1,616927,9.413558959960938
SRLSU,λ=8,65536,1,589921,9.001480102539062
SRLSU,λ=8,65536,1,650701,9.928909301757812
SRLSU,λ=8,65536,1,570979,8.712448120117188
SRLSU,λ=8,65536,1,575023,8.774154663085938
SRLSU,λ=8,65536,1,608183,9.280136108398438
SRLSU,λ=8,65536,1,609609,9.301895141601562
SRLSU,λ=8,65536,1,594223,9.067123413085938
SRLSU,λ=8,65536,1,590783,9.014633178710938
SRLSU,λ=8,65536,1,620969,9.475234985351562
SRLSU,λ=8,65536,1,574045,8.759231567382812
SRLSU,λ=8,65536,1,668329,10.197891235351562
SRLSU,λ=8,65536,1,557269,8.503250122070312
SRLSU,λ=8,65536,1,625579,9.545578002929688
SRLSU,λ=8,65536,1,649569,9.911636352539062
SRLSU,λ=8,65536,1,581815,8.877792358398438
SRLSU,λ=8,65536,1,693329,10.579360961914062
SRLSU,λ=8,65536,1,570185,8.700332641601562
SRLSU,λ=8,65536,1,630509,9.620803833007812
SRLSU,λ=8,65536,1,559365,8.535232543945312
SRLSU,λ=8,65536,1,559529,8.537734985351562
SRLSU,λ=8,65536,1,568775,8.678817749023438
SRLSU,λ=8,65536,1,576109,8.790725708007812
SRLSU,λ=8,65536,1,642239,9.799789428710938
SRLSU,λ=8,65536,1,694487,10.597030639648438
SRLSU,λ=8,65536,1,685981,10.467239379882812
SRLSU,λ=8,65536,1,762115,11.628952026367188
SRLSU,λ=8,65536,1,550457,8.399307250976562
SRLSU,λ=8,65536,1,632485,9.650955200195312
SRLSU,λ=8,65536,1,605027,9.231979370117188
SRLSU,λ=8,65536,1,611535,9.331283569335938
SRLSU,λ=8,65536,1,547615,8.355941772460938
SRLSU,λ=8,65536,1,609989,9.307693481445312
SRLSU,λ=8,65536,1,618589,9.438919067382812
SRLSU,λ=8,65536,1,563483,8.598068237304688
SRLSU,λ=8,65536,1,563931,8.604904174804688
SRLSU,λ=8,65536,1,607989,9.277175903320312
SRLSU,λ=8,65536,1,650769,9.929946899414062
SRLSU,λ=8,65536,1,595239,9.082626342773438
SRLSU,λ=8,65536,1,595883,9.092453002929688
SRLSU,λ=8,65536,1,556087,8.485214233398438
SRLSU,λ=8,65536,1,579195,8.837814331054688
SRLSU,λ=8,65536,1,606889,9.260391235351562
SRLSU,λ=8,65536,1,631339,9.633468627929688
SRLSU,λ=8,65536,1,691309,10.548538208007812
SRLSU,λ=8,65536,1,685737,10.463516235351562
SRLSU,λ=8,65536,1,650531,9.926315307617188
SRLSU,λ=8,65536,1,584027,8.911544799804688
SRLSU,λ=8,65536,1,720341,10.991531372070312
SRLSU,λ=8,65536,1,603219,9.204391479492188
SRLSU,λ=8,65536,1,641351,9.786239624023438
SRLSU,λ=8,65536,1,594081,9.064956665039062
SRLSU,λ=8,65536,1,594145,9.065933227539062
SRLSU,λ=8,65536,1,632313,9.648330688476562
SRLSU,λ=8,65536,1,623083,9.507492065429688
SRLSU,λ=8,65536,1,580509,8.857864379882812
SRLSU,λ=8,65536,1,586889,8.955215454101562
SRLSU,λ=8,65536,1,602085,9.187088012695312
SRLSU,λ=8,65536,1,585139,8.928512573242188
SRLSU,λ=8,65536,1,622525,9.498977661132812
SRLSU,λ=8,65536,1,594701,9.074417114257812
SRLSU,λ=8,65536,1,607937,9.276382446289062
SRLSU,λ=8,65536,1,716921,10.939346313476562
SRLSU,λ=8,65536,1,617035,9.415206909179688
SRLSU,λ=8,65536,1,564155,8.608322143554688
SRLSU,λ=8,65536,1,624223,9.524887084960938
SRLSU,λ=8,65536,1,558097,8.515884399414062
SSLSU,λ=8,65536,1,837282,12.775909423828125
SSLSU,λ=8,65536,1,926803,14.141891479492188
SSLSU,λ=8,65536,1,1051756,16.04852294921875
SSLSU,λ=8,65536,1,897246,13.690887451171875
SSLSU,λ=8,65536,1,963269,14.698318481445312
SSLSU,λ=8,65536,1,836644,12.76617431640625
SSLSU,λ=8,65536,1,811532,12.38299560546875
SSLSU,λ=8,65536,1,888387,13.555709838867188
SSLSU,λ=8,65536,1,961462,14.670745849609375
SSLSU,λ=8,65536,1,941397,14.364578247070312
SSLSU,λ=8,65536,1,1053751,16.078964233398438
SSLSU,λ=8,65536,1,824950,12.587738037109375
SSLSU,λ=8,65536,1,883609,13.482803344726562
SSLSU,λ=8,65536,1,1079346,16.469512939453125
SSLSU,λ=8,65536,1,866839,13.226913452148438
SSLSU,λ=8,65536,1,882814,13.470672607421875
SSLSU,λ=8,65536,1,884049,13.489517211914062
SSLSU,λ=8,65536,1,813242,12.409088134765625
SSLSU,λ=8,65536,1,947514,14.457916259765625
SSLSU,λ=8,65536,1,854106,13.032623291015625
SSLSU,λ=8,65536,1,874379,13.341964721679688
SSLSU,λ=8,65536,1,918957,14.022171020507812
SSLSU,λ=8,65536,1,829514,12.657379150390625
SSLSU,λ=8,65536,1,832256,12.69921875
SSLSU,λ=8,65536,1,950929,14.510025024414062
SSLSU,λ=8,65536,1,856339,13.066696166992188
SSLSU,λ=8,65536,1,937410,14.303741455078125
SSLSU,λ=8,65536,1,948987,14.480392456054688
SSLSU,λ=8,65536,1,830483,12.672164916992188
SSLSU,λ=8,65536,1,920960,14.052734375
SSLSU,λ=8,65536,1,827666,12.629180908203125
SSLSU,λ=8,65536,1,1053699,16.078170776367188
SSLSU,λ=8,65536,1,868563,13.253219604492188
SSLSU,λ=8,65536,1,790658,12.064483642578125
SSLSU,λ=8,65536,1,886068,13.52032470703125
SSLSU,λ=8,65536,1,839351,12.807479858398438
SSLSU,λ=8,65536,1,892033,13.611343383789062
SSLSU,λ=8,65536,1,833993,12.725723266601562
SSLSU,λ=8,65536,1,842299,12.852462768554688
SSLSU,λ=8,65536,1,883267,13.477584838867188
SSLSU,λ=8,65536,1,809734,12.355560302734375
SSLSU,λ=8,65536,1,1035788,15.80487060546875
SSLSU,λ=8,65536,1,956742,14.598724365234375
SSLSU,λ=8,65536,1,858626,13.101593017578125
SSLSU,λ=8,65536,1,868355,13.250045776367188
SSLSU,λ=8,65536,1,972560,14.840087890625
SSLSU,λ=8,65536,1,858746,13.103424072265625
SSLSU,λ=8,65536,1,816269,12.455276489257812
SSLSU,λ=8,65536,1,829388,12.65545654296875
SSLSU,λ=8,65536,1,899830,13.730316162109375
SSLSU,λ=8,65536,1,767286,11.707855224609375
SSLSU,λ=8,65536,1,940977,14.358169555664062
SSLSU,λ=8,65536,1,937124,14.29937744140625
SSLSU,λ=8,65536,1,866029,13.214553833007812
SSLSU,λ=8,65536,1,876116,13.36846923828125
SSLSU,λ=8,65536,1,940744,14.3546142578125
SSLSU,λ=8,65536,1,848412,12.94573974609375
SSLSU,λ=8,65536,1,944521,14.412246704101562
SSLSU,λ=8,65536,1,932933,14.235427856445312
SSLSU,λ=8,65536,1,900620,13.74237060546875
SSLSU,λ=8,65536,1,882839,13.471054077148438
SSLSU,λ=8,65536,1,915722,13.972808837890625
SSLSU,λ=8,65536,1,876685,13.377151489257812
SSLSU,λ=8,65536,1,881029,13.443435668945312
SSLSU,λ=8,65536,1,1048431,15.997787475585938
SSLSU,λ=8,65536,1,864714,13.194488525390625
SSLSU,λ=8,65536,1,803833,12.265518188476562
SSLSU,λ=8,65536,1,818690,12.492218017578125
SSLSU,λ=8,65536,1,917081,13.993545532226562
SSLSU,λ=8,65536,1,851709,12.996047973632812
SSLSU,λ=8,65536,1,791651,12.079635620117188
SSLSU,λ=8,65536,1,775854,11.838592529296875
SSLSU,λ=8,65536,1,758380,11.57196044921875
SSLSU,λ=8,65536,1,773723,11.806076049804688
SSLSU,λ=8,65536,1,983446,15.006195068359375
SSLSU,λ=8,65536,1,855459,13.053268432617188
SSLSU,λ=8,65536,1,984097,15.016128540039062
SSLSU,λ=8,65536,1,929935,14.189682006835938
SSLSU,λ=8,65536,1,834613,12.735183715820312
SSLSU,λ=8,65536,1,824717,12.584182739257812
SSLSU,λ=8,65536,1,813385,12.411270141601562
SSLSU,λ=8,65536,1,913199,13.934310913085938
SSLSU,λ=8,65536,1,831185,12.682876586914062
SSLSU,λ=8,65536,1,868442,13.251373291015625
SSLSU,λ=8,65536,1,854475,13.038253784179688
SSLSU,λ=8,65536,1,807109,12.315505981445312
SSLSU,λ=8,65536,1,857914,13.090728759765625
SSLSU,λ=8,65536,1,977645,14.917678833007812
SSLSU,λ=8,65536,1,929345,14.180679321289062
SSLSU,λ=8,65536,1,876951,13.381210327148438
SSLSU,λ=8,65536,1,859665,13.117446899414062
SSLSU,λ=8,65536,1,881875,13.456344604492188
SSLSU,λ=8,65536,1,848143,12.941635131835938
SSLSU,λ=8,65536,1,943008,14.38916015625
SSLSU,λ=8,65536,1,858444,13.09881591796875
SSLSU,λ=8,65536,1,1058352,16.149169921875
SSLSU,λ=8,65536,1,908000,13.85498046875
SSLSU,λ=8,65536,1,950831,14.508529663085938
SSLSU,λ=8,65536,1,1072807,16.369735717773438
SSLSU,λ=8,65536,1,757367,11.556503295898438
SSDMU,λ=8,65536,1,898275,13.706588745117188
SSDMU,λ=8,65536,1,884549,13.497146606445312
SSDMU,λ=8,65536,1,992732,15.14788818359375
SSDMU,λ=8,65536,1,936752,14.293701171875
SSDMU,λ=8,65536,1,742641,11.331802368164062
SSDMU,λ=8,65536,1,856235,13.065109252929688
SSDMU,λ=8,65536,1,890246,13.584075927734375
SSDMU,λ=8,65536,1,932231,14.224716186523438
SSDMU,λ=8,65536,1,827611,12.628341674804688
SSDMU,λ=8,65536,1,896168,13.6744384765625
SSDMU,λ=8,65536,1,849856,12.9677734375
SSDMU,λ=8,65536,1,816426,12.457672119140625
SSDMU,λ=8,65536,1,807411,12.320114135742188
SSDMU,λ=8,65536,1,942179,14.376510620117188
SSDMU,λ=8,65536,1,1087290,16.590728759765625
SSDMU,λ=8,65536,1,891584,13.6044921875
SSDMU,λ=8,65536,1,845932,12.90789794921875
SSDMU,λ=8,65536,1,921590,14.062347412109375
SSDMU,λ=8,65536,1,864280,13.1878662109375
SSDMU,λ=8,65536,1,833996,12.72576904296875
SSDMU,λ=8,65536,1,931174,14.208587646484375
SSDMU,λ=8,65536,1,789501,12.046829223632812
SSDMU,λ=8,65536,1,992359,15.142196655273438
SSDMU,λ=8,65536,1,918810,14.019927978515625
SSDMU,λ=8,65536,1,906774,13.836273193359375
SSDMU,λ=8,65536,1,876885,13.380203247070312
SSDMU,λ=8,65536,1,915214,13.965057373046875
SSDMU,λ=8,65536,1,897469,13.694290161132812
SSDMU,λ=8,65536,1,865631,13.208480834960938
SSDMU,λ=8,65536,1,859215,13.110580444335938
SSDMU,λ=8,65536,1,858665,13.102188110351562
SSDMU,λ=8,65536,1,843227,12.866622924804688
SSDMU,λ=8,65536,1,803619,12.262252807617188
SSDMU,λ=8,65536,1,836231,12.759872436523438
SSDMU,λ=8,65536,1,814385,12.426528930664062
SSDMU,λ=8,65536,1,832972,12.71014404296875
SSDMU,λ=8,65536,1,827796,12.63116455078125
SSDMU,λ=8,65536,1,803411,12.259078979492188
SSDMU,λ=8,65536,1,1109668,16.93218994140625
SSDMU,λ=8,65536,1,831988,12.69512939453125
SSDMU,λ=8,65536,1,865709,13.209671020507812
SSDMU,λ=8,65536,1,903839,13.791488647460938
SSDMU,λ=8,65536,1,950603,14.505050659179688
SSDMU,λ=8,65536,1,938798,14.324920654296875
SSDMU,λ=8,65536,1,905603,13.818405151367188
SSDMU,λ=8,65536,1,826937,12.618057250976562
SSDMU,λ=8,65536,1,937416,14.3038330078125
SSDMU,λ=8,65536,1,968715,14.781417846679688
SSDMU,λ=8,65536,1,861342,13.143035888671875
SSDMU,λ=8,65536,1,886395,13.525314331054688
SSDMU,λ=8,65536,1,920152,14.0404052734375
SSDMU,λ=8,65536,1,839415,12.808456420898438
SSDMU,λ=8,65536,1,820768,12.52392578125
SSDMU,λ=8,65536,1,859296,13.11181640625
SSDMU,λ=8,65536,1,870440,13.2818603515625
SSDMU,λ=8,65536,1,900563,13.741500854492188
SSDMU,λ=8,65536,1,966726,14.751068115234375
SSDMU,λ=8,65536,1,844168,12.8809814453125
SSDMU,λ=8,65536,1,893526,13.634124755859375
SSDMU,λ=8,65536,1,951539,14.519332885742188
SSDMU,λ=8,65536,1,846063,12.909896850585938
SSDMU,λ=8,65536,1,917545,14.000625610351562
SSDMU,λ=8,65536,1,884860,13.50189208984375
SSDMU,λ=8,65536,1,866205,13.217239379882812
SSDMU,λ=8,65536,1,828873,12.647598266601562
SSDMU,λ=8,65536,1,841962,12.847320556640625
SSDMU,λ=8,65536,1,980198,14.956634521484375
SSDMU,λ=8,65536,1,865879,13.212265014648438
SSDMU,λ=8,65536,1,828591,12.643295288085938
SSDMU,λ=8,65536,1,1145271,17.475448608398438
SSDMU,λ=8,65536,1,941524,14.36651611328125
SSDMU,λ=8,65536,1,882794,13.470367431640625
SSDMU,λ=8,65536,1,836356,12.76177978515625
SSDMU,λ=8,65536,1,1023787,15.621749877929688
SSDMU,λ=8,65536,1,899362,13.723175048828125
SSDMU,λ=8,65536,1,865322,13.203765869140625
SSDMU,λ=8,65536,1,941337,14.363662719726562
SSDMU,λ=8,65536,1,960057,14.649307250976562
SSDMU,λ=8,65536,1,747803,11.410568237304688
SSDMU,λ=8,65536,1,905404,13.81536865234375
SSDMU,λ=8,65536,1,907497,13.847305297851562
SSDMU,λ=8,65536,1,842049,12.848648071289062
SSDMU,λ=8,65536,1,820310,12.516937255859375
SSDMU,λ=8,65536,1,950834,14.508575439453125
SSDMU,λ=8,65536,1,1032163,15.749557495117188
SSDMU,λ=8,65536,1,849173,12.957351684570312
SSDMU,λ=8,65536,1,1002613,15.298660278320312
SSDMU,λ=8,65536,1,887665,13.544692993164062
SSDMU,λ=8,65536,1,897171,13.689743041992188
SSDMU,λ=8,65536,1,996958,15.212371826171875
SSDMU,λ=8,65536,1,839512,12.8099365234375
SSDMU,λ=8,65536,1,969239,14.789413452148438
SSDMU,λ=8,65536,1,1010347,15.416671752929688
SSDMU,λ=8,65536,1,997968,15.227783203125
SSDMU,λ=8,65536,1,798370,12.182159423828125
SSDMU,λ=8,65536,1,1059978,16.173980712890625
SSDMU,λ=8,65536,1,819890,12.510528564453125
SSDMU,λ=8,65536,1,814427,12.427169799804688
SSDMU,λ=8,65536,1,820246,12.515960693359375
SSDMU,λ=8,65536,1,930262,14.194671630859375
SRDMU,λ=8,65536,1,587941,8.971267700195312
SRDMU,λ=8,65536,1,634906,9.687896728515625
SRDMU,λ=8,65536,1,620732,9.47161865234375
SRDMU,λ=8,65536,1,698972,10.66546630859375
SRDMU,λ=8,65536,1,580089,8.851455688476562
SRDMU,λ=8,65536,1,636572,9.71331787109375
SRDMU,λ=8,65536,1,606715,9.257736206054688
SRDMU,λ=8,65536,1,598321,9.129653930664062
SRDMU,λ=8,65536,1,587338,8.962066650390625
SRDMU,λ=8,65536,1,616592,9.408447265625
SRDMU,λ=8,65536,1,671912,10.2525634765625
SRDMU,λ=8,65536,1,649062,9.903900146484375
SRDMU,λ=8,65536,1,618318,9.434783935546875
SRDMU,λ=8,65536,1,594589,9.072708129882812
SRDMU,λ=8,65536,1,582947,8.895065307617188
SRDMU,λ=8,65536,1,565783,8.633163452148438
SRDMU,λ=8,65536,1,603682,9.211456298828125
SRDMU,λ=8,65536,1,597162,9.111968994140625
SRDMU,λ=8,65536,1,654208,9.982421875
SRDMU,λ=8,65536,1,596811,9.106613159179688
SRDMU,λ=8,65536,1,655101,9.996047973632812
SRDMU,λ=8,65536,1,608307,9.282028198242188
SRDMU,λ=8,65536,1,625857,9.549819946289062
SRDMU,λ=8,65536,1,641604,9.79010009765625
SRDMU,λ=8,65536,1,604667,9.226486206054688
SRDMU,λ=8,65536,1,691750,10.555267333984375
SRDMU,λ=8,65536,1,616850,9.412384033203125
SRDMU,λ=8,65536,1,607643,9.271896362304688
SRDMU,λ=8,65536,1,576820,8.80157470703125
SRDMU,λ=8,65536,1,637291,9.724288940429688
SRDMU,λ=8,65536,1,620049,9.461196899414062
SRDMU,λ=8,65536,1,620997,9.475662231445312
SRDMU,λ=8,65536,1,663196,10.11956787109375
SRDMU,λ=8,65536,1,639774,9.762176513671875
SRDMU,λ=8,65536,1,590566,9.011322021484375
SRDMU,λ=8,65536,1,640546,9.773956298828125
SRDMU,λ=8,65536,1,615508,9.39190673828125
SRDMU,λ=8,65536,1,632922,9.657623291015625
SRDMU,λ=8,65536,1,586743,8.952987670898438
SRDMU,λ=8,65536,1,602734,9.196990966796875
SRDMU,λ=8,65536,1,637610,9.729156494140625
SRDMU,λ=8,65536,1,616093,9.400833129882812
SRDMU,λ=8,65536,1,580128,8.85205078125
SRDMU,λ=8,65536,1,600907,9.169113159179688
SRDMU,λ=8,65536,1,599252,9.14385986328125
SRDMU,λ=8,65536,1,633460,9.66583251953125
SRDMU,λ=8,65536,1,593022,9.048797607421875
SRDMU,λ=8,65536,1,597046,9.110198974609375
SRDMU,λ=8,65536,1,745215,11.371078491210938
SRDMU,λ=8,65536,1,598528,9.1328125
SRDMU,λ=8,65536,1,639391,9.756332397460938
SRDMU,λ=8,65536,1,575453,8.780715942382812
SRDMU,λ=8,65536,1,606021,9.247146606445312
SRDMU,λ=8,65536,1,575662,8.783905029296875
SRDMU,λ=8,65536,1,634708,9.68487548828125
SRDMU,λ=8,65536,1,600774,9.167083740234375
SRDMU,λ=8,65536,1,612558,9.346893310546875
SRDMU,λ=8,65536,1,580074,8.851226806640625
SRDMU,λ=8,65536,1,620293,9.464920043945312
SRDMU,λ=8,65536,1,553934,8.452362060546875
SRDMU,λ=8,65536,1,577499,8.811935424804688
SRDMU,λ=8,65536,1,571347,8.718063354492188
SRDMU,λ=8,65536,1,587220,8.96026611328125
SRDMU,λ=8,65536,1,611344,9.328369140625
SRDMU,λ=8,65536,1,724874,11.060699462890625
SRDMU,λ=8,65536,1,690406,10.534759521484375
SRDMU,λ=8,65536,1,594481,9.071060180664062
SRDMU,λ=8,65536,1,655210,9.997711181640625
SRDMU,λ=8,65536,1,652081,9.949966430664062
SRDMU,λ=8,65536,1,588697,8.982803344726562
SRDMU,λ=8,65536,1,645930,9.856109619140625
SRDMU,λ=8,65536,1,600403,9.161422729492188
SRDMU,λ=8,65536,1,657113,10.026748657226562
SRDMU,λ=8,65536,1,626022,9.552337646484375
SRDMU,λ=8,65536,1,619333,9.450271606445312
SRDMU,λ=8,65536,1,566422,8.642913818359375
SRDMU,λ=8,65536,1,608728,9.2884521484375
SRDMU,λ=8,65536,1,609434,9.299224853515625
SRDMU,λ=8,65536,1,612239,9.342025756835938
SRDMU,λ=8,65536,1,596923,9.108322143554688
SRDMU,λ=8,65536,1,575631,8.783432006835938
SRDMU,λ=8,65536,1,592294,9.037689208984375
SRDMU,λ=8,65536,1,642828,9.80877685546875
SRDMU,λ=8,65536,1,628905,9.596328735351562
SRDMU,λ=8,65536,1,567118,8.653533935546875
SRDMU,λ=8,65536,1,756297,11.540176391601562
SRDMU,λ=8,65536,1,626717,9.562942504882812
SRDMU,λ=8,65536,1,600688,9.165771484375
SRDMU,λ=8,65536,1,581600,8.87451171875
SRDMU,λ=8,65536,1,580266,8.854156494140625
SRDMU,λ=8,65536,1,920804,14.05035400390625
SRDMU,λ=8,65536,1,603464,9.2081298828125
SRDMU,λ=8,65536,1,625192,9.5396728515625
SRDMU,λ=8,65536,1,680319,10.380844116210938
SRDMU,λ=8,65536,1,537366,8.199554443359375
SRDMU,λ=8,65536,1,652048,9.949462890625
SRDMU,λ=8,65536,1,608866,9.290557861328125
SRDMU,λ=8,65536,1,581926,8.879486083984375
SRDMU,λ=8,65536,1,672448,10.2607421875
SRDMU,λ=8,65536,1,604895,9.229965209960938
SHDMU,λ=8,65536,1,629879,9.611190795898438
SHDMU,λ=8,65536,1,645871,9.855209350585938
SHDMU,λ=8,65536,1,683104,10.42333984375
SHDMU,λ=8,65536,1,648205,9.890823364257812
SHDMU,λ=8,65536,1,581202,8.868438720703125
SHDMU,λ=8,65536,1,583681,8.906265258789062
SHDMU,λ=8,65536,1,597722,9.120513916015625
SHDMU,λ=8,65536,1,571119,8.714584350585938
SHDMU,λ=8,65536,1,616064,9.400390625
SHDMU,λ=8,65536,1,618163,9.432418823242188
SHDMU,λ=8,65536,1,610709,9.318679809570312
SHDMU,λ=8,65536,1,609323,9.297531127929688
SHDMU,λ=8,65536,1,611752,9.3345947265625
SHDMU,λ=8,65536,1,715151,10.912338256835938
SHDMU,λ=8,65536,1,626571,9.560714721679688
SHDMU,λ=8,65536,1,607127,9.264022827148438
SHDMU,λ=8,65536,1,579805,8.847122192382812
SHDMU,λ=8,65536,1,630635,9.622726440429688
SHDMU,λ=8,65536,1,658432,10.046875
SHDMU,λ=8,65536,1,591942,9.032318115234375
SHDMU,λ=8,65536,1,597151,9.111801147460938
SHDMU,λ=8,65536,1,616637,9.409133911132812
SHDMU,λ=8,65536,1,611323,9.328048706054688
SHDMU,λ=8,65536,1,613357,9.359085083007812
SHDMU,λ=8,65536,1,644242,9.830352783203125
SHDMU,λ=8,65536,1,639949,9.764846801757812
SHDMU,λ=8,65536,1,689091,10.514694213867188
SHDMU,λ=8,65536,1,642944,9.810546875
SHDMU,λ=8,65536,1,620101,9.461990356445312
SHDMU,λ=8,65536,1,635229,9.692825317382812
SHDMU,λ=8,65536,1,672475,10.261154174804688
SHDMU,λ=8,65536,1,661854,10.099090576171875
SHDMU,λ=8,65536,1,575061,8.774734497070312
SHDMU,λ=8,65536,1,604773,9.228103637695312
SHDMU,λ=8,65536,1,582918,8.894622802734375
SHDMU,λ=8,65536,1,579690,8.845367431640625
SHDMU,λ=8,65536,1,678432,10.35205078125
SHDMU,λ=8,65536,1,578499,8.827194213867188
SHDMU,λ=8,65536,1,615631,9.393783569335938
SHDMU,λ=8,65536,1,651440,9.940185546875
SHDMU,λ=8,65536,1,577952,8.81884765625
SHDMU,λ=8,65536,1,590369,9.008316040039062
SHDMU,λ=8,65536,1,649987,9.918014526367188
SHDMU,λ=8,65536,1,631454,9.635223388671875
SHDMU,λ=8,65536,1,612769,9.350112915039062
SHDMU,λ=8,65536,1,571517,8.720657348632812
SHDMU,λ=8,65536,1,596910,9.108123779296875
SHDMU,λ=8,65536,1,575282,8.778106689453125
SHDMU,λ=8,65536,1,638091,9.736495971679688
SHDMU,λ=8,65536,1,741464,11.3138427734375
SHDMU,λ=8,65536,1,713079,10.880722045898438
SHDMU,λ=8,65536,1,624867,9.534713745117188
SHDMU,λ=8,65536,1,567499,8.659347534179688
SHDMU,λ=8,65536,1,639031,9.750839233398438
SHDMU,λ=8,65536,1,599436,9.14666748046875
SHDMU,λ=8,65536,1,686019,10.467819213867188
SHDMU,λ=8,65536,1,686432,10.47412109375
SHDMU,λ=8,65536,1,635046,9.690032958984375
SHDMU,λ=8,65536,1,581862,8.878509521484375
SHDMU,λ=8,65536,1,622339,9.496139526367188
SHDMU,λ=8,65536,1,673405,10.275344848632812
SHDMU,λ=8,65536,1,577670,8.814544677734375
SHDMU,λ=8,65536,1,679600,10.369873046875
SHDMU,λ=8,65536,1,656772,10.02154541015625
SHDMU,λ=8,65536,1,590809,9.015029907226562
SHDMU,λ=8,65536,1,631401,9.634414672851562
SHDMU,λ=8,65536,1,664586,10.140777587890625
SHDMU,λ=8,65536,1,654854,9.992279052734375
SHDMU,λ=8,65536,1,684081,10.438247680664062
SHDMU,λ=8,65536,1,617303,9.419296264648438
SHDMU,λ=8,65536,1,626098,9.553497314453125
SHDMU,λ=8,65536,1,566413,8.642776489257812
SHDMU,λ=8,65536,1,594503,9.071395874023438
SHDMU,λ=8,65536,1,590837,9.015457153320312
SHDMU,λ=8,65536,1,693914,10.588287353515625
SHDMU,λ=8,65536,1,560102,8.546478271484375
SHDMU,λ=8,65536,1,577616,8.813720703125
SHDMU,λ=8,65536,1,615521,9.392105102539062
SHDMU,λ=8,65536,1,657355,10.030441284179688
SHDMU,λ=8,65536,1,634224,9.677490234375
SHDMU,λ=8,65536,1,598577,9.133560180664062
SHDMU,λ=8,65536,1,647794,9.884552001953125
SHDMU,λ=8,65536,1,619156,9.44757080078125
SHDMU,λ=8,65536,1,608211,9.280563354492188
SHDMU,λ=8,65536,1,633451,9.665695190429688
SHDMU,λ=8,65536,1,687991,10.497909545898438
SHDMU,λ=8,65536,1,638936,9.7493896484375
SHDMU,λ=8,65536,1,605387,9.237472534179688
SHDMU,λ=8,65536,1,564810,8.618316650390625
SHDMU,λ=8,65536,1,597285,9.113845825195312
SHDMU,λ=8,65536,1,577847,8.817245483398438
SHDMU,λ=8,65536,1,594421,9.070144653320312
SHDMU,λ=8,65536,1,646271,9.861312866210938
SHDMU,λ=8,65536,1,626412,9.55828857421875
SHDMU,λ=8,65536,1,624343,9.526718139648438
SHDMU,λ=8,65536,1,622369,9.496597290039062
SHDMU,λ=8,65536,1,607157,9.264480590820312
SHDMU,λ=8,65536,1,724514,11.055206298828125
SHDMU,λ=8,65536,1,588554,8.980621337890625
SHDMU,λ=8,65536,1,676120,10.3167724609375
SHLMU,λ=8,65536,1,670977,10.238296508789062
SHLMU,λ=8,65536,1,612077,9.339553833007812
SHLMU,λ=8,65536,1,653173,9.966629028320312
SHLMU,λ=8,65536,1,626417,9.558364868164062
SHLMU,λ=8,65536,1,632381,9.649368286132812
SHLMU,λ=8,65536,1,658717,10.051223754882812
SHLMU,λ=8,65536,1,575605,8.783035278320312
SHLMU,λ=8,65536,1,609157,9.294998168945312
SHLMU,λ=8,65536,1,686025,10.467910766601562
SHLMU,λ=8,65536,1,661561,10.094619750976562
SHLMU,λ=8,65536,1,641709,9.791702270507812
SHLMU,λ=8,65536,1,614029,9.369338989257812
SHLMU,λ=8,65536,1,694369,10.595230102539062
SHLMU,λ=8,65536,1,608993,9.292495727539062
SHLMU,λ=8,65536,1,735529,11.223281860351562
SHLMU,λ=8,65536,1,610821,9.320388793945312
SHLMU,λ=8,65536,1,669201,10.211196899414062
SHLMU,λ=8,65536,1,600421,9.161697387695312
SHLMU,λ=8,65536,1,604741,9.227615356445312
SHLMU,λ=8,65536,1,759489,11.588882446289062
SHLMU,λ=8,65536,1,756209,11.538833618164062
SHLMU,λ=8,65536,1,656197,10.012771606445312
SHLMU,λ=8,65536,1,588229,8.975662231445312
SHLMU,λ=8,65536,1,626705,9.562759399414062
SHLMU,λ=8,65536,1,626997,9.567214965820312
SHLMU,λ=8,65536,1,633449,9.665664672851562
SHLMU,λ=8,65536,1,647657,9.882461547851562
SHLMU,λ=8,65536,1,608769,9.289077758789062
SHLMU,λ=8,65536,1,647377,9.878189086914062
SHLMU,λ=8,65536,1,651421,9.939895629882812
SHLMU,λ=8,65536,1,725985,11.077651977539062
SHLMU,λ=8,65536,1,681629,10.400833129882812
SHLMU,λ=8,65536,1,615945,9.398574829101562
SHLMU,λ=8,65536,1,681345,10.396499633789062
SHLMU,λ=8,65536,1,622225,9.494400024414062
SHLMU,λ=8,65536,1,616077,9.400588989257812
SHLMU,λ=8,65536,1,624937,9.535781860351562
SHLMU,λ=8,65536,1,691037,10.544387817382812
SHLMU,λ=8,65536,1,636729,9.715713500976562
SHLMU,λ=8,65536,1,728709,11.119216918945312
SHLMU,λ=8,65536,1,661829,10.098709106445312
SHLMU,λ=8,65536,1,652597,9.957839965820312
SHLMU,λ=8,65536,1,795649,12.140640258789062
SHLMU,λ=8,65536,1,597581,9.118362426757812
SHLMU,λ=8,65536,1,559489,8.537124633789062
SHLMU,λ=8,65536,1,635317,9.694168090820312
SHLMU,λ=8,65536,1,646989,9.872268676757812
SHLMU,λ=8,65536,1,626245,9.555740356445312
SHLMU,λ=8,65536,1,576653,8.799026489257812
SHLMU,λ=8,65536,1,609709,9.303421020507812
SHLMU,λ=8,65536,1,612513,9.346206665039062
SHLMU,λ=8,65536,1,643489,9.818862915039062
SHLMU,λ=8,65536,1,727677,11.103469848632812
SHLMU,λ=8,65536,1,711473,10.856216430664062
SHLMU,λ=8,65536,1,666781,10.174270629882812
SHLMU,λ=8,65536,1,613153,9.355972290039062
SHLMU,λ=8,65536,1,635393,9.695327758789062
SHLMU,λ=8,65536,1,626433,9.558609008789062
SHLMU,λ=8,65536,1,611125,9.325027465820312
SHLMU,λ=8,65536,1,597637,9.119216918945312
SHLMU,λ=8,65536,1,664129,10.133804321289062
SHLMU,λ=8,65536,1,625529,9.544815063476562
SHLMU,λ=8,65536,1,684069,10.438064575195312
SHLMU,λ=8,65536,1,620481,9.467788696289062
SHLMU,λ=8,65536,1,822005,12.542800903320312
SHLMU,λ=8,65536,1,606661,9.256912231445312
SHLMU,λ=8,65536,1,732101,11.170974731445312
SHLMU,λ=8,65536,1,683961,10.436416625976562
SHLMU,λ=8,65536,1,654109,9.980911254882812
SHLMU,λ=8,65536,1,630605,9.622268676757812
SHLMU,λ=8,65536,1,626025,9.552383422851562
SHLMU,λ=8,65536,1,677305,10.334854125976562
SHLMU,λ=8,65536,1,720641,10.996109008789062
SHLMU,λ=8,65536,1,643121,9.813247680664062
SHLMU,λ=8,65536,1,699573,10.674636840820312
SHLMU,λ=8,65536,1,607025,9.262466430664062
SHLMU,λ=8,65536,1,738573,11.269729614257812
SHLMU,λ=8,65536,1,583761,8.907485961914062
SHLMU,λ=8,65536,1,659129,10.057510375976562
SHLMU,λ=8,65536,1,658205,10.043411254882812
SHLMU,λ=8,65536,1,665729,10.158218383789062
SHLMU,λ=8,65536,1,579557,8.843338012695312
SHLMU,λ=8,65536,1,600417,9.161636352539062
SHLMU,λ=8,65536,1,608913,9.291275024414062
SHLMU,λ=8,65536,1,631549,9.636672973632812
SHLMU,λ=8,65536,1,644313,9.831436157226562
SHLMU,λ=8,65536,1,616001,9.399429321289062
SHLMU,λ=8,65536,1,627877,9.580642700195312
SHLMU,λ=8,65536,1,739493,11.283767700195312
SHLMU,λ=8,65536,1,705401,10.763565063476562
SHLMU,λ=8,65536,1,593977,9.063369750976562
SHLMU,λ=8,65536,1,679097,10.362197875976562
SHLMU,λ=8,65536,1,703621,10.736404418945312
SHLMU,λ=8,65536,1,591257,9.021865844726562
SHLMU,λ=8,65536,1,578069,8.820632934570312
SHLMU,λ=8,65536,1,619077,9.446365356445312
SHLMU,λ=8,65536,1,648881,9.901138305664062
SHLMU,λ=8,65536,1,602621,9.195266723632812
SHLMU,λ=8,65536,1,629441,9.604507446289062
SHLMU,λ=8,65536,1,660833,10.083511352539062
SRLMU,λ=8,65536,1,670357,10.228836059570312
SRLMU,λ=8,65536,1,716014,10.925506591796875
SRLMU,λ=8,65536,1,649740,9.91424560546875
SRLMU,λ=8,65536,1,779905,11.900405883789062
SRLMU,λ=8,65536,1,701252,10.70025634765625
SRLMU,λ=8,65536,1,705373,10.763137817382812
SRLMU,λ=8,65536,1,652011,9.948898315429688
SRLMU,λ=8,65536,1,681932,10.40545654296875
SRLMU,λ=8,65536,1,711913,10.862930297851562
SRLMU,λ=8,65536,1,648993,9.902847290039062
SRLMU,λ=8,65536,1,649002,9.902984619140625
SRLMU,λ=8,65536,1,848685,12.949905395507812
SRLMU,λ=8,65536,1,647845,9.885330200195312
SRLMU,λ=8,65536,1,698422,10.657073974609375
SRLMU,λ=8,65536,1,684210,10.440216064453125
SRLMU,λ=8,65536,1,663201,10.119644165039062
SRLMU,λ=8,65536,1,652082,9.949981689453125
SRLMU,λ=8,65536,1,706328,10.7777099609375
SRLMU,λ=8,65536,1,699003,10.665939331054688
SRLMU,λ=8,65536,1,670786,10.235382080078125
SRLMU,λ=8,65536,1,740295,11.296005249023438
SRLMU,λ=8,65536,1,705032,10.7579345703125
SRLMU,λ=8,65536,1,694413,10.595901489257812
SRLMU,λ=8,65536,1,659170,10.058135986328125
SRLMU,λ=8,65536,1,775028,11.82598876953125
SRLMU,λ=8,65536,1,796704,12.15673828125
SRLMU,λ=8,65536,1,738203,11.264083862304688
SRLMU,λ=8,65536,1,765099,11.674484252929688
SRLMU,λ=8,65536,1,670194,10.226348876953125
SRLMU,λ=8,65536,1,916606,13.986297607421875
SRLMU,λ=8,65536,1,776901,11.854568481445312
SRLMU,λ=8,65536,1,824183,12.576034545898438
SRLMU,λ=8,65536,1,649644,9.91278076171875
SRLMU,λ=8,65536,1,806333,12.303665161132812
SRLMU,λ=8,65536,1,645192,9.8448486328125
SRLMU,λ=8,65536,1,681529,10.399307250976562
SRLMU,λ=8,65536,1,741955,11.321334838867188
SRLMU,λ=8,65536,1,826704,12.614501953125
SRLMU,λ=8,65536,1,708489,10.810684204101562
SRLMU,λ=8,65536,1,692780,10.57098388671875
SRLMU,λ=8,65536,1,794107,12.117111206054688
SRLMU,λ=8,65536,1,685487,10.459701538085938
SRLMU,λ=8,65536,1,662719,10.112289428710938
SRLMU,λ=8,65536,1,777512,11.8638916015625
SRLMU,λ=8,65536,1,671411,10.244918823242188
SRLMU,λ=8,65536,1,718025,10.956192016601562
SRLMU,λ=8,65536,1,714589,10.903762817382812
SRLMU,λ=8,65536,1,674695,10.295028686523438
SRLMU,λ=8,65536,1,686637,10.477249145507812
SRLMU,λ=8,65536,1,763989,11.657546997070312
SRLMU,λ=8,65536,1,744006,11.352630615234375
SRLMU,λ=8,65536,1,734510,11.207733154296875
SRLMU,λ=8,65536,1,745245,11.371536254882812
SRLMU,λ=8,65536,1,647622,9.881927490234375
SRLMU,λ=8,65536,1,715627,10.919601440429688
SRLMU,λ=8,65536,1,768420,11.72515869140625
SRLMU,λ=8,65536,1,729257,11.127578735351562
SRLMU,λ=8,65536,1,630373,9.618728637695312
SRLMU,λ=8,65536,1,720966,11.001068115234375
SRLMU,λ=8,65536,1,851531,12.993331909179688
SRLMU,λ=8,65536,1,686531,10.475631713867188
SRLMU,λ=8,65536,1,743340,11.34246826171875
SRLMU,λ=8,65536,1,652550,9.957122802734375
SRLMU,λ=8,65536,1,699959,10.680526733398438
SRLMU,λ=8,65536,1,816242,12.454864501953125
SRLMU,λ=8,65536,1,711758,10.860565185546875
SRLMU,λ=8,65536,1,666361,10.167861938476562
SRLMU,λ=8,65536,1,670805,10.235671997070312
SRLMU,λ=8,65536,1,793230,12.103729248046875
SRLMU,λ=8,65536,1,693239,10.577987670898438
SRLMU,λ=8,65536,1,707341,10.793167114257812
SRLMU,λ=8,65536,1,665936,10.161376953125
SRLMU,λ=8,65536,1,745434,11.374420166015625
SRLMU,λ=8,65536,1,717847,10.953475952148438
SRLMU,λ=8,65536,1,682333,10.411575317382812
SRLMU,λ=8,65536,1,700239,10.684799194335938
SRLMU,λ=8,65536,1,663578,10.125396728515625
SRLMU,λ=8,65536,1,734015,11.200180053710938
SRLMU,λ=8,65536,1,692689,10.569595336914062
SRLMU,λ=8,65536,1,693539,10.582565307617188
SRLMU,λ=8,65536,1,666895,10.176010131835938
SRLMU,λ=8,65536,1,884087,13.490097045898438
SRLMU,λ=8,65536,1,778010,11.871490478515625
SRLMU,λ=8,65536,1,737546,11.254058837890625
SRLMU,λ=8,65536,1,650499,9.925827026367188
SRLMU,λ=8,65536,1,652218,9.952056884765625
SRLMU,λ=8,65536,1,711100,10.85052490234375
SRLMU,λ=8,65536,1,684159,10.439437866210938
SRLMU,λ=8,65536,1,653542,9.972259521484375
SRLMU,λ=8,65536,1,673220,10.27252197265625
SRLMU,λ=8,65536,1,657406,10.031219482421875
SRLMU,λ=8,65536,1,700086,10.682464599609375
SRLMU,λ=8,65536,1,691367,10.549423217773438
SRLMU,λ=8,65536,1,827425,12.625503540039062
SRLMU,λ=8,65536,1,763373,11.648147583007812
SRLMU,λ=8,65536,1,678865,10.358657836914062
SRLMU,λ=8,65536,1,707848,10.8009033203125
SRLMU,λ=8,65536,1,685105,10.453872680664062
SRLMU,λ=8,65536,1,689885,10.526809692382812
SSLMU,λ=8,65536,1,918562,14.016143798828125
SSLMU,λ=8,65536,1,845105,12.895278930664062
SSLMU,λ=8,65536,1,837098,12.773101806640625
SSLMU,λ=8,65536,1,855679,13.056625366210938
SSLMU,λ=8,65536,1,1074469,16.395095825195312
SSLMU,λ=8,65536,1,1229050,18.753814697265625
SSLMU,λ=8,65536,1,930394,14.196685791015625
SSLMU,λ=8,65536,1,953956,14.55621337890625
SSLMU,λ=8,65536,1,775728,11.836669921875
SSLMU,λ=8,65536,1,1081745,16.506118774414062
SSLMU,λ=8,65536,1,914057,13.947402954101562
SSLMU,λ=8,65536,1,1050669,16.031936645507812
SSLMU,λ=8,65536,1,874515,13.344039916992188
SSLMU,λ=8,65536,1,806770,12.310333251953125
SSLMU,λ=8,65536,1,880584,13.4366455078125
SSLMU,λ=8,65536,1,973268,14.85089111328125
SSLMU,λ=8,65536,1,876198,13.369720458984375
SSLMU,λ=8,65536,1,859113,13.109024047851562
SSLMU,λ=8,65536,1,1050227,16.025192260742188
SSLMU,λ=8,65536,1,978453,14.930007934570312
SSLMU,λ=8,65536,1,908549,13.863357543945312
SSLMU,λ=8,65536,1,908464,13.862060546875
SSLMU,λ=8,65536,1,838968,12.8016357421875
SSLMU,λ=8,65536,1,891821,13.608108520507812
SSLMU,λ=8,65536,1,1011042,15.427276611328125
SSLMU,λ=8,65536,1,898825,13.714981079101562
SSLMU,λ=8,65536,1,831148,12.68231201171875
SSLMU,λ=8,65536,1,990166,15.108734130859375
SSLMU,λ=8,65536,1,951865,14.524307250976562
SSLMU,λ=8,65536,1,856733,13.072708129882812
SSLMU,λ=8,65536,1,825419,12.594894409179688
SSLMU,λ=8,65536,1,988568,15.0843505859375
SSLMU,λ=8,65536,1,869126,13.261810302734375
SSLMU,λ=8,65536,1,967335,14.760360717773438
SSLMU,λ=8,65536,1,892297,13.615371704101562
SSLMU,λ=8,65536,1,802452,12.24444580078125
SSLMU,λ=8,65536,1,963918,14.708221435546875
SSLMU,λ=8,65536,1,990455,15.113143920898438
SSLMU,λ=8,65536,1,993889,15.165542602539062
SSLMU,λ=8,65536,1,853911,13.029647827148438
SSLMU,λ=8,65536,1,991679,15.131820678710938
SSLMU,λ=8,65536,1,852704,13.01123046875
SSLMU,λ=8,65536,1,856784,13.073486328125
SSLMU,λ=8,65536,1,1008730,15.391998291015625
SSLMU,λ=8,65536,1,940407,14.349472045898438
SSLMU,λ=8,65536,1,842368,12.853515625
SSLMU,λ=8,65536,1,907087,13.841049194335938
SSLMU,λ=8,65536,1,887554,13.542999267578125
SSLMU,λ=8,65536,1,933947,14.250900268554688
SSLMU,λ=8,65536,1,888761,13.561416625976562
SSLMU,λ=8,65536,1,1000485,15.266189575195312
SSLMU,λ=8,65536,1,879207,13.415634155273438
SSLMU,λ=8,65536,1,940645,14.353103637695312
SSLMU,λ=8,65536,1,1037222,15.826751708984375
SSLMU,λ=8,65536,1,900457,13.739883422851562
SSLMU,λ=8,65536,1,885582,13.512908935546875
SSLMU,λ=8,65536,1,845275,12.897872924804688
SSLMU,λ=8,65536,1,918477,14.014846801757812
SSLMU,λ=8,65536,1,913717,13.942214965820312
SSLMU,λ=8,65536,1,867171,13.231979370117188
SSLMU,λ=8,65536,1,1108146,16.908966064453125
SSLMU,λ=8,65536,1,953599,14.550765991210938
SSLMU,λ=8,65536,1,877099,13.383468627929688
SSLMU,λ=8,65536,1,868276,13.24884033203125
SSLMU,λ=8,65536,1,910589,13.894485473632812
SSLMU,λ=8,65536,1,881281,13.447280883789062
SSLMU,λ=8,65536,1,964105,14.711074829101562
SSLMU,λ=8,65536,1,973897,14.860488891601562
SSLMU,λ=8,65536,1,887214,13.537811279296875
SSLMU,λ=8,65536,1,905744,13.820556640625
SSLMU,λ=8,65536,1,899777,13.729507446289062
SSLMU,λ=8,65536,1,799035,12.192306518554688
SSLMU,λ=8,65536,1,818194,12.484649658203125
SSLMU,λ=8,65536,1,1054749,16.094192504882812
SSLMU,λ=8,65536,1,1001148,15.27630615234375
SSLMU,λ=8,65536,1,909195,13.873214721679688
SSLMU,λ=8,65536,1,871676,13.30072021484375
SSLMU,λ=8,65536,1,950284,14.50018310546875
SSLMU,λ=8,65536,1,963323,14.699142456054688
SSLMU,λ=8,65536,1,935902,14.280731201171875
SSLMU,λ=8,65536,1,944878,14.417694091796875
SSLMU,λ=8,65536,1,862190,13.155975341796875
SSLMU,λ=8,65536,1,871880,13.3038330078125
SSLMU,λ=8,65536,1,872866,13.318878173828125
SSLMU,λ=8,65536,1,896173,13.674514770507812
SSLMU,λ=8,65536,1,973472,14.85400390625
SSLMU,λ=8,65536,1,929493,14.182937622070312
SSLMU,λ=8,65536,1,929731,14.186569213867188
SSLMU,λ=8,65536,1,858552,13.1004638671875
SSLMU,λ=8,65536,1,947989,14.465164184570312
SSLMU,λ=8,65536,1,865454,13.205780029296875
SSLMU,λ=8,65536,1,900219,13.736251831054688
SSLMU,λ=8,65536,1,899029,13.718093872070312
SSLMU,λ=8,65536,1,1061260,16.19354248046875
SSLMU,λ=8,65536,1,976396,14.89862060546875
SSLMU,λ=8,65536,1,950063,14.496810913085938
SSLMU,λ=8,65536,1,850511,12.977767944335938
SSLMU,λ=8,65536,1,1035556,15.80133056640625
SSLMU,λ=8,65536,1,884851,13.501754760742188
SSLMU,λ=8,65536,1,931006,14.206024169921875
SSDIU,λ=8,65536,1,1047425,15.982437133789062
SSDIU,λ=8,65536,1,969601,14.794937133789062
SSDIU,λ=8,65536,1,939009,14.328140258789062
SSDIU,λ=8,65536,1,958353,14.623306274414062
SSDIU,λ=8,65536,1,1032289,15.751480102539062
SSDIU,λ=8,65536,1,878561,13.405776977539062
SSDIU,λ=8,65536,1,882785,13.470230102539062
SSDIU,λ=8,65536,1,954209,14.560073852539062
SSDIU,λ=8,65536,1,885953,13.518569946289062
SSDIU,λ=8,65536,1,1107585,16.900405883789062
SSDIU,λ=8,65536,1,897297,13.691665649414062
SSDIU,λ=8,65536,1,854497,13.038589477539062
SSDIU,λ=8,65536,1,845681,12.904067993164062
SSDIU,λ=8,65536,1,1049681,16.016860961914062
SSDIU,λ=8,65536,1,944337,14.409439086914062
SSDIU,λ=8,65536,1,984369,15.020278930664062
SSDIU,λ=8,65536,1,975473,14.884536743164062
SSDIU,λ=8,65536,1,988849,15.088638305664062
SSDIU,λ=8,65536,1,885201,13.507095336914062
SSDIU,λ=8,65536,1,1061857,16.202651977539062
SSDIU,λ=8,65536,1,929041,14.176040649414062
SSDIU,λ=8,65536,1,967185,14.758071899414062
SSDIU,λ=8,65536,1,918161,14.010025024414062
SSDIU,λ=8,65536,1,962177,14.681655883789062
SSDIU,λ=8,65536,1,900273,13.737075805664062
SSDIU,λ=8,65536,1,863857,13.181411743164062
SSDIU,λ=8,65536,1,910097,13.886978149414062
SSDIU,λ=8,65536,1,846401,12.915054321289062
SSDIU,λ=8,65536,1,869841,13.272720336914062
SSDIU,λ=8,65536,1,934337,14.256851196289062
SSDIU,λ=8,65536,1,902897,13.777114868164062
SSDIU,λ=8,65536,1,947985,14.465103149414062
SSDIU,λ=8,65536,1,840945,12.831802368164062
SSDIU,λ=8,65536,1,900657,13.742935180664062
SSDIU,λ=8,65536,1,928385,14.166030883789062
SSDIU,λ=8,65536,1,979969,14.953140258789062
SSDIU,λ=8,65536,1,919953,14.037368774414062
SSDIU,λ=8,65536,1,885841,13.516860961914062
SSDIU,λ=8,65536,1,1068305,16.301040649414062
SSDIU,λ=8,65536,1,924401,14.105239868164062
SSDIU,λ=8,65536,1,919249,14.026626586914062
SSDIU,λ=8,65536,1,877313,13.386734008789062
SSDIU,λ=8,65536,1,1024433,15.631607055664062
SSDIU,λ=8,65536,1,1100689,16.795181274414062
SSDIU,λ=8,65536,1,948225,14.468765258789062
SSDIU,λ=8,65536,1,1017361,15.523696899414062
SSDIU,λ=8,65536,1,859409,13.113540649414062
SSDIU,λ=8,65536,1,930897,14.204360961914062
SSDIU,λ=8,65536,1,813569,12.414077758789062
SSDIU,λ=8,65536,1,842593,12.856948852539062
SSDIU,λ=8,65536,1,812993,12.405288696289062
SSDIU,λ=8,65536,1,896961,13.686538696289062
SSDIU,λ=8,65536,1,887281,13.538833618164062
SSDIU,λ=8,65536,1,984961,15.029312133789062
SSDIU,λ=8,65536,1,868353,13.250015258789062
SSDIU,λ=8,65536,1,975713,14.888198852539062
SSDIU,λ=8,65536,1,965393,14.730728149414062
SSDIU,λ=8,65536,1,934881,14.265151977539062
SSDIU,λ=8,65536,1,971937,14.830581665039062
SSDIU,λ=8,65536,1,954913,14.570816040039062
SSDIU,λ=8,65536,1,1030769,15.728286743164062
SSDIU,λ=8,65536,1,939649,14.337905883789062
SSDIU,λ=8,65536,1,910337,13.890640258789062
SSDIU,λ=8,65536,1,1063121,16.221939086914062
SSDIU,λ=8,65536,1,986993,15.060317993164062
SSDIU,λ=8,65536,1,800513,12.214859008789062
SSDIU,λ=8,65536,1,895585,13.665542602539062
SSDIU,λ=8,65536,1,833617,12.719985961914062
SSDIU,λ=8,65536,1,963009,14.694351196289062
SSDIU,λ=8,65536,1,904705,13.804702758789062
SSDIU,λ=8,65536,1,961537,14.671890258789062
SSDIU,λ=8,65536,1,915777,13.973648071289062
SSDIU,λ=8,65536,1,857137,13.078872680664062
SSDIU,λ=8,65536,1,848465,12.946548461914062
SSDIU,λ=8,65536,1,875777,13.363296508789062
SSDIU,λ=8,65536,1,966113,14.741714477539062
SSDIU,λ=8,65536,1,925841,14.127212524414062
SSDIU,λ=8,65536,1,928449,14.167007446289062
SSDIU,λ=8,65536,1,890977,13.595230102539062
SSDIU,λ=8,65536,1,1180033,18.005874633789062
SSDIU,λ=8,65536,1,1002161,15.291763305664062
SSDIU,λ=8,65536,1,867473,13.236587524414062
SSDIU,λ=8,65536,1,917521,14.000259399414062
SSDIU,λ=8,65536,1,899153,13.719985961914062
SSDIU,λ=8,65536,1,869441,13.266616821289062
SSDIU,λ=8,65536,1,887185,13.537368774414062
SSDIU,λ=8,65536,1,918257,14.011489868164062
SSDIU,λ=8,65536,1,955105,14.573745727539062
SSDIU,λ=8,65536,1,1081537,16.502944946289062
SSDIU,λ=8,65536,1,994817,15.179702758789062
SSDIU,λ=8,65536,1,970449,14.807876586914062
SSDIU,λ=8,65536,1,1046497,15.968276977539062
SSDIU,λ=8,65536,1,903665,13.788833618164062
SSDIU,λ=8,65536,1,975297,14.881851196289062
SSDIU,λ=8,65536,1,1009601,15.405288696289062
SSDIU,λ=8,65536,1,964897,14.723159790039062
SSDIU,λ=8,65536,1,853393,13.021743774414062
SSDIU,λ=8,65536,1,929377,14.181167602539062
SSDIU,λ=8,65536,1,865169,13.201431274414062
SSDIU,λ=8,65536,1,891313,13.600357055664062
SRDIU,λ=8,65536,1,738439,11.267684936523438
SRDIU,λ=8,65536,1,755341,11.525588989257812
SRDIU,λ=8,65536,1,727290,11.097564697265625
SRDIU,λ=8,65536,1,669357,10.213577270507812
SRDIU,λ=8,65536,1,689795,10.525436401367188
SRDIU,λ=8,65536,1,731496,11.1617431640625
SRDIU,λ=8,65536,1,734872,11.2132568359375
SRDIU,λ=8,65536,1,753236,11.49346923828125
SRDIU,λ=8,65536,1,709724,10.82952880859375
SRDIU,λ=8,65536,1,763614,11.651824951171875
SRDIU,λ=8,65536,1,668719,10.203842163085938
SRDIU,λ=8,65536,1,759272,11.5855712890625
SRDIU,λ=8,65536,1,697752,10.6468505859375
SRDIU,λ=8,65536,1,700683,10.691574096679688
SRDIU,λ=8,65536,1,657868,10.03826904296875
SRDIU,λ=8,65536,1,700600,10.6903076171875
SRDIU,λ=8,65536,1,826807,12.616073608398438
SRDIU,λ=8,65536,1,718442,10.962554931640625
SRDIU,λ=8,65536,1,756561,11.544204711914062
SRDIU,λ=8,65536,1,679299,10.365280151367188
SRDIU,λ=8,65536,1,695569,10.613540649414062
SRDIU,λ=8,65536,1,718312,10.9605712890625
SRDIU,λ=8,65536,1,770307,11.753952026367188
SRDIU,λ=8,65536,1,676301,10.319534301757812
SRDIU,λ=8,65536,1,709645,10.828323364257812
SRDIU,λ=8,65536,1,713148,10.88177490234375
SRDIU,λ=8,65536,1,678803,10.357711791992188
SRDIU,λ=8,65536,1,740125,11.293411254882812
SRDIU,λ=8,65536,1,773634,11.804718017578125
SRDIU,λ=8,65536,1,734008,11.2000732421875
SRDIU,λ=8,65536,1,723856,11.045166015625
SRDIU,λ=8,65536,1,675036,10.30023193359375
SRDIU,λ=8,65536,1,743099,11.338790893554688
SRDIU,λ=8,65536,1,767724,11.71453857421875
SRDIU,λ=8,65536,1,784389,11.968826293945312
SRDIU,λ=8,65536,1,672382,10.259735107421875
SRDIU,λ=8,65536,1,678585,10.354385375976562
SRDIU,λ=8,65536,1,734834,11.212677001953125
SRDIU,λ=8,65536,1,728035,11.108932495117188
SRDIU,λ=8,65536,1,668567,10.201522827148438
SRDIU,λ=8,65536,1,668887,10.206405639648438
SRDIU,λ=8,65536,1,679413,10.367019653320312
SRDIU,λ=8,65536,1,716128,10.92724609375
SRDIU,λ=8,65536,1,739782,11.288177490234375
SRDIU,λ=8,65536,1,686334,10.472625732421875
SRDIU,λ=8,65536,1,703703,10.737655639648438
SRDIU,λ=8,65536,1,710419,10.840133666992188
SRDIU,λ=8,65536,1,703109,10.728591918945312
SRDIU,λ=8,65536,1,683576,10.4305419921875
SRDIU,λ=8,65536,1,778417,11.877700805664062
SRDIU,λ=8,65536,1,756341,11.540847778320312
SRDIU,λ=8,65536,1,665147,10.149337768554688
SRDIU,λ=8,65536,1,703168,10.7294921875
SRDIU,λ=8,65536,1,683605,10.430984497070312
SRDIU,λ=8,65536,1,710255,10.837631225585938
SRDIU,λ=8,65536,1,721861,11.014724731445312
SRDIU,λ=8,65536,1,698179,10.653366088867188
SRDIU,λ=8,65536,1,693619,10.583786010742188
SRDIU,λ=8,65536,1,717025,10.940933227539062
SRDIU,λ=8,65536,1,708694,10.813812255859375
SRDIU,λ=8,65536,1,659002,10.055572509765625
SRDIU,λ=8,65536,1,705177,10.760147094726562
SRDIU,λ=8,65536,1,706208,10.77587890625
SRDIU,λ=8,65536,1,752708,11.48541259765625
SRDIU,λ=8,65536,1,801603,12.231491088867188
SRDIU,λ=8,65536,1,719010,10.971221923828125
SRDIU,λ=8,65536,1,750802,11.456329345703125
SRDIU,λ=8,65536,1,690194,10.531524658203125
SRDIU,λ=8,65536,1,827811,12.631393432617188
SRDIU,λ=8,65536,1,692268,10.56317138671875
SRDIU,λ=8,65536,1,854595,13.040084838867188
SRDIU,λ=8,65536,1,699406,10.672088623046875
SRDIU,λ=8,65536,1,753396,11.49591064453125
SRDIU,λ=8,65536,1,748489,11.421035766601562
SRDIU,λ=8,65536,1,650135,9.920272827148438
SRDIU,λ=8,65536,1,701654,10.706390380859375
SRDIU,λ=8,65536,1,671324,10.24359130859375
SRDIU,λ=8,65536,1,687079,10.483993530273438
SRDIU,λ=8,65536,1,702842,10.724517822265625
SRDIU,λ=8,65536,1,699523,10.673873901367188
SRDIU,λ=8,65536,1,796157,12.148391723632812
SRDIU,λ=8,65536,1,751356,11.46478271484375
SRDIU,λ=8,65536,1,713542,10.887786865234375
SRDIU,λ=8,65536,1,698284,10.65496826171875
SRDIU,λ=8,65536,1,686446,10.474334716796875
SRDIU,λ=8,65536,1,666757,10.173904418945312
SRDIU,λ=8,65536,1,689484,10.52069091796875
SRDIU,λ=8,65536,1,757026,11.551300048828125
SRDIU,λ=8,65536,1,758292,11.57061767578125
SRDIU,λ=8,65536,1,816918,12.465179443359375
SRDIU,λ=8,65536,1,779109,11.888259887695312
SRDIU,λ=8,65536,1,719084,10.97235107421875
SRDIU,λ=8,65536,1,770986,11.764312744140625
SRDIU,λ=8,65536,1,730481,11.146255493164062
SRDIU,λ=8,65536,1,685906,10.466094970703125
SRDIU,λ=8,65536,1,881453,13.449905395507812
SRDIU,λ=8,65536,1,785232,11.981689453125
SRDIU,λ=8,65536,1,792352,12.09033203125
SRDIU,λ=8,65536,1,821290,12.531890869140625
SRDIU,λ=8,65536,1,728194,11.111358642578125
SHDIU,λ=8,65536,1,764557,11.666213989257812
SHDIU,λ=8,65536,1,718149,10.958084106445312
SHDIU,λ=8,65536,1,680615,10.385360717773438
SHDIU,λ=8,65536,1,714709,10.905593872070312
SHDIU,λ=8,65536,1,676173,10.317581176757812
SHDIU,λ=8,65536,1,695083,10.606124877929688
SHDIU,λ=8,65536,1,693663,10.584457397460938
SHDIU,λ=8,65536,1,696103,10.621688842773438
SHDIU,λ=8,65536,1,754865,11.518325805664062
SHDIU,λ=8,65536,1,792855,12.098007202148438
SHDIU,λ=8,65536,1,685083,10.453536987304688
SHDIU,λ=8,65536,1,767993,11.718643188476562
SHDIU,λ=8,65536,1,697363,10.640914916992188
SHDIU,λ=8,65536,1,740033,11.292007446289062
SHDIU,λ=8,65536,1,802445,12.244338989257812
SHDIU,λ=8,65536,1,766643,11.698043823242188
SHDIU,λ=8,65536,1,731757,11.165725708007812
SHDIU,λ=8,65536,1,655027,9.994918823242188
SHDIU,λ=8,65536,1,698787,10.662643432617188
SHDIU,λ=8,65536,1,670051,10.224166870117188
SHDIU,λ=8,65536,1,721763,11.013229370117188
SHDIU,λ=8,65536,1,770241,11.752944946289062
SHDIU,λ=8,65536,1,707469,10.795120239257812
SHDIU,λ=8,65536,1,681373,10.396926879882812
SHDIU,λ=8,65536,1,728375,11.114120483398438
SHDIU,λ=8,65536,1,761271,11.616073608398438
SHDIU,λ=8,65536,1,669849,10.221084594726562
SHDIU,λ=8,65536,1,745321,11.372695922851562
SHDIU,λ=8,65536,1,728257,11.112319946289062
SHDIU,λ=8,65536,1,788243,12.027633666992188
SHDIU,λ=8,65536,1,709121,10.820327758789062
SHDIU,λ=8,65536,1,752799,11.486801147460938
SHDIU,λ=8,65536,1,800877,12.220413208007812
SHDIU,λ=8,65536,1,718651,10.965744018554688
SHDIU,λ=8,65536,1,693633,10.583999633789062
SHDIU,λ=8,65536,1,797689,12.171768188476562
SHDIU,λ=8,65536,1,856743,13.072860717773438
SHDIU,λ=8,65536,1,787501,12.016311645507812
SHDIU,λ=8,65536,1,702053,10.712478637695312
SHDIU,λ=8,65536,1,676259,10.318893432617188
SHDIU,λ=8,65536,1,706065,10.773696899414062
SHDIU,λ=8,65536,1,683815,10.434188842773438
SHDIU,λ=8,65536,1,789757,12.050735473632812
SHDIU,λ=8,65536,1,681609,10.400527954101562
SHDIU,λ=8,65536,1,672441,10.260635375976562
SHDIU,λ=8,65536,1,699775,10.677719116210938
SHDIU,λ=8,65536,1,680261,10.379959106445312
SHDIU,λ=8,65536,1,791553,12.078140258789062
SHDIU,λ=8,65536,1,739207,11.279403686523438
SHDIU,λ=8,65536,1,775333,11.830642700195312
SHDIU,λ=8,65536,1,742807,11.334335327148438
SHDIU,λ=8,65536,1,788549,12.032302856445312
SHDIU,λ=8,65536,1,701405,10.702590942382812
SHDIU,λ=8,65536,1,675607,10.308944702148438
SHDIU,λ=8,65536,1,710615,10.843124389648438
SHDIU,λ=8,65536,1,725829,11.075271606445312
SHDIU,λ=8,65536,1,730709,11.149734497070312
SHDIU,λ=8,65536,1,679151,10.363021850585938
SHDIU,λ=8,65536,1,735629,11.224807739257812
SHDIU,λ=8,65536,1,746739,11.394332885742188
SHDIU,λ=8,65536,1,763939,11.656784057617188
SHDIU,λ=8,65536,1,846989,12.924026489257812
SHDIU,λ=8,65536,1,671325,10.243606567382812
SHDIU,λ=8,65536,1,733617,11.194107055664062
SHDIU,λ=8,65536,1,675943,10.314071655273438
SHDIU,λ=8,65536,1,718877,10.969192504882812
SHDIU,λ=8,65536,1,694019,10.589889526367188
SHDIU,λ=8,65536,1,670057,10.224258422851562
SHDIU,λ=8,65536,1,751407,11.465560913085938
SHDIU,λ=8,65536,1,686625,10.477066040039062
SHDIU,λ=8,65536,1,793571,12.108932495117188
SHDIU,λ=8,65536,1,671211,10.241867065429688
SHDIU,λ=8,65536,1,800545,12.215347290039062
SHDIU,λ=8,65536,1,729359,11.129135131835938
SHDIU,λ=8,65536,1,756619,11.545089721679688
SHDIU,λ=8,65536,1,906825,13.837051391601562
SHDIU,λ=8,65536,1,774009,11.810440063476562
SHDIU,λ=8,65536,1,867025,13.229751586914062
SHDIU,λ=8,65536,1,679915,10.374679565429688
SHDIU,λ=8,65536,1,711853,10.862014770507812
SHDIU,λ=8,65536,1,833681,12.720962524414062
SHDIU,λ=8,65536,1,676051,10.315719604492188
SHDIU,λ=8,65536,1,693129,10.576309204101562
SHDIU,λ=8,65536,1,798525,12.184524536132812
SHDIU,λ=8,65536,1,811775,12.386703491210938
SHDIU,λ=8,65536,1,732413,11.175735473632812
SHDIU,λ=8,65536,1,762729,11.638320922851562
SHDIU,λ=8,65536,1,746903,11.396835327148438
SHDIU,λ=8,65536,1,738933,11.275222778320312
SHDIU,λ=8,65536,1,780147,11.904098510742188
SHDIU,λ=8,65536,1,729331,11.128707885742188
SHDIU,λ=8,65536,1,722377,11.022598266601562
SHDIU,λ=8,65536,1,779817,11.899063110351562
SHDIU,λ=8,65536,1,709885,10.831985473632812
SHDIU,λ=8,65536,1,726649,11.087783813476562
SHDIU,λ=8,65536,1,710923,10.847824096679688
SHDIU,λ=8,65536,1,739311,11.280990600585938
SHDIU,λ=8,65536,1,726957,11.092483520507812
SHDIU,λ=8,65536,1,692017,10.559341430664062
SHDIU,λ=8,65536,1,727055,11.093978881835938
SHLIU,λ=8,65536,1,724142,11.049530029296875
SHLIU,λ=8,65536,1,709194,10.821441650390625
SHLIU,λ=8,65536,1,740961,11.306167602539062
SHLIU,λ=8,65536,1,806611,12.307907104492188
SHLIU,λ=8,65536,1,716170,10.927886962890625
SHLIU,λ=8,65536,1,777421,11.862503051757812
SHLIU,λ=8,65536,1,849249,12.958511352539062
SHLIU,λ=8,65536,1,741077,11.307937622070312
SHLIU,λ=8,65536,1,721834,11.014312744140625
SHLIU,λ=8,65536,1,906217,13.827774047851562
SHLIU,λ=8,65536,1,747339,11.403488159179688
SHLIU,λ=8,65536,1,721062,11.002532958984375
SHLIU,λ=8,65536,1,774800,11.822509765625
SHLIU,λ=8,65536,1,760781,11.608596801757812
SHLIU,λ=8,65536,1,816248,12.4549560546875
SHLIU,λ=8,65536,1,754161,11.507583618164062
SHLIU,λ=8,65536,1,723228,11.03558349609375
SHLIU,λ=8,65536,1,706139,10.774826049804688
SHLIU,λ=8,65536,1,724326,11.052337646484375
SHLIU,λ=8,65536,1,770837,11.762039184570312
SHLIU,λ=8,65536,1,702017,10.711929321289062
SHLIU,λ=8,65536,1,788084,12.02520751953125
SHLIU,λ=8,65536,1,812333,12.395217895507812
SHLIU,λ=8,65536,1,743043,11.337936401367188
SHLIU,λ=8,65536,1,762567,11.635848999023438
SHLIU,λ=8,65536,1,708509,10.810989379882812
SHLIU,λ=8,65536,1,749882,11.442291259765625
SHLIU,λ=8,65536,1,715264,10.9140625
SHLIU,λ=8,65536,1,829521,12.657485961914062
SHLIU,λ=8,65536,1,767417,11.709854125976562
SHLIU,λ=8,65536,1,709277,10.822708129882812
SHLIU,λ=8,65536,1,692860,10.57220458984375
SHLIU,λ=8,65536,1,694114,10.591339111328125
SHLIU,λ=8,65536,1,705479,10.764755249023438
SHLIU,λ=8,65536,1,719873,10.984390258789062
SHLIU,λ=8,65536,1,822646,12.552581787109375
SHLIU,λ=8,65536,1,857457,13.083755493164062
SHLIU,λ=8,65536,1,745196,11.37078857421875
SHLIU,λ=8,65536,1,788242,12.027618408203125
SHLIU,λ=8,65536,1,699848,10.6788330078125
SHLIU,λ=8,65536,1,698884,10.66412353515625
SHLIU,λ=8,65536,1,797236,12.16485595703125
SHLIU,λ=8,65536,1,746600,11.3922119140625
SHLIU,λ=8,65536,1,743579,11.346115112304688
SHLIU,λ=8,65536,1,717840,10.953369140625
SHLIU,λ=8,65536,1,771573,11.773269653320312
SHLIU,λ=8,65536,1,757180,11.55364990234375
SHLIU,λ=8,65536,1,794598,12.124603271484375
SHLIU,λ=8,65536,1,745341,11.373001098632812
SHLIU,λ=8,65536,1,778105,11.872940063476562
SHLIU,λ=8,65536,1,764331,11.662765502929688
SHLIU,λ=8,65536,1,774927,11.824447631835938
SHLIU,λ=8,65536,1,751378,11.465118408203125
SHLIU,λ=8,65536,1,692425,10.565567016601562
SHLIU,λ=8,65536,1,684566,10.445648193359375
SHLIU,λ=8,65536,1,660901,10.084548950195312
SHLIU,λ=8,65536,1,797724,12.17230224609375
SHLIU,λ=8,65536,1,785663,11.988265991210938
SHLIU,λ=8,65536,1,731072,11.1552734375
SHLIU,λ=8,65536,1,705782,10.769378662109375
SHLIU,λ=8,65536,1,804527,12.276107788085938
SHLIU,λ=8,65536,1,807134,12.315887451171875
SHLIU,λ=8,65536,1,792097,12.086441040039062
SHLIU,λ=8,65536,1,826001,12.603775024414062
SHLIU,λ=8,65536,1,877420,13.38836669921875
SHLIU,λ=8,65536,1,721226,11.005035400390625
SHLIU,λ=8,65536,1,684245,10.440750122070312
SHLIU,λ=8,65536,1,784159,11.965316772460938
SHLIU,λ=8,65536,1,691625,10.553359985351562
SHLIU,λ=8,65536,1,742149,11.324295043945312
SHLIU,λ=8,65536,1,755216,11.523681640625
SHLIU,λ=8,65536,1,721729,11.012710571289062
SHLIU,λ=8,65536,1,708273,10.807388305664062
SHLIU,λ=8,65536,1,792527,12.093002319335938
SHLIU,λ=8,65536,1,702593,10.720718383789062
SHLIU,λ=8,65536,1,798273,12.180679321289062
SHLIU,λ=8,65536,1,790957,12.069046020507812
SHLIU,λ=8,65536,1,763861,11.655593872070312
SHLIU,λ=8,65536,1,706855,10.785751342773438
SHLIU,λ=8,65536,1,1012354,15.447296142578125
SHLIU,λ=8,65536,1,812457,12.397109985351562
SHLIU,λ=8,65536,1,766704,11.698974609375
SHLIU,λ=8,65536,1,687018,10.483062744140625
SHLIU,λ=8,65536,1,768399,11.724838256835938
SHLIU,λ=8,65536,1,781596,11.92620849609375
SHLIU,λ=8,65536,1,724737,11.058609008789062
SHLIU,λ=8,65536,1,778520,11.8792724609375
SHLIU,λ=8,65536,1,697460,10.64239501953125
SHLIU,λ=8,65536,1,729287,11.128036499023438
SHLIU,λ=8,65536,1,831565,12.688674926757812
SHLIU,λ=8,65536,1,772311,11.784530639648438
SHLIU,λ=8,65536,1,734592,11.208984375
SHLIU,λ=8,65536,1,768560,11.727294921875
SHLIU,λ=8,65536,1,757915,11.564865112304688
SHLIU,λ=8,65536,1,757495,11.558456420898438
SHLIU,λ=8,65536,1,929651,14.185348510742188
SHLIU,λ=8,65536,1,756471,11.542831420898438
SHLIU,λ=8,65536,1,805035,12.283859252929688
SHLIU,λ=8,65536,1,715998,10.925262451171875
SHLIU,λ=8,65536,1,760393,11.602676391601562
SRLIU,λ=8,65536,1,771171,11.767135620117188
SRLIU,λ=8,65536,1,731543,11.162460327148438
SRLIU,λ=8,65536,1,704589,10.751174926757812
SRLIU,λ=8,65536,1,817839,12.479232788085938
SRLIU,λ=8,65536,1,722815,11.029281616210938
SRLIU,λ=8,65536,1,665763,10.158737182617188
SRLIU,λ=8,65536,1,744847,11.365463256835938
SRLIU,λ=8,65536,1,895383,13.662460327148438
SRLIU,λ=8,65536,1,691349,10.549148559570312
SRLIU,λ=8,65536,1,845775,12.905502319335938
SRLIU,λ=8,65536,1,688257,10.501968383789062
SRLIU,λ=8,65536,1,691581,10.552688598632812
SRLIU,λ=8,65536,1,721529,11.009658813476562
SRLIU,λ=8,65536,1,696501,10.627761840820312
SRLIU,λ=8,65536,1,684101,10.438552856445312
SRLIU,λ=8,65536,1,734601,11.209121704101562
SRLIU,λ=8,65536,1,667443,10.184371948242188
SRLIU,λ=8,65536,1,763435,11.649093627929688
SRLIU,λ=8,65536,1,698117,10.652420043945312
SRLIU,λ=8,65536,1,799913,12.205703735351562
SRLIU,λ=8,65536,1,737979,11.260665893554688
SRLIU,λ=8,65536,1,704711,10.753036499023438
SRLIU,λ=8,65536,1,769029,11.734451293945312
SRLIU,λ=8,65536,1,741887,11.320297241210938
SRLIU,λ=8,65536,1,740469,11.298660278320312
SRLIU,λ=8,65536,1,752587,11.483566284179688
SRLIU,λ=8,65536,1,767107,11.705123901367188
SRLIU,λ=8,65536,1,806473,12.305801391601562
SRLIU,λ=8,65536,1,683621,10.431228637695312
SRLIU,λ=8,65536,1,775259,11.829513549804688
SRLIU,λ=8,65536,1,723881,11.045547485351562
SRLIU,λ=8,65536,1,695321,10.609756469726562
SRLIU,λ=8,65536,1,682081,10.407730102539062
SRLIU,λ=8,65536,1,784951,11.977401733398438
SRLIU,λ=8,65536,1,717831,10.953231811523438
SRLIU,λ=8,65536,1,773819,11.807540893554688
SRLIU,λ=8,65536,1,735595,11.224288940429688
SRLIU,λ=8,65536,1,704371,10.747848510742188
SRLIU,λ=8,65536,1,742501,11.329666137695312
SRLIU,λ=8,65536,1,770033,11.749771118164062
SRLIU,λ=8,65536,1,680125,10.377883911132812
SRLIU,λ=8,65536,1,727747,11.104537963867188
SRLIU,λ=8,65536,1,704189,10.745071411132812
SRLIU,λ=8,65536,1,912885,13.929519653320312
SRLIU,λ=8,65536,1,786845,12.006301879882812
SRLIU,λ=8,65536,1,713131,10.881515502929688
SRLIU,λ=8,65536,1,694667,10.599777221679688
SRLIU,λ=8,65536,1,712641,10.874038696289062
SRLIU,λ=8,65536,1,672841,10.266738891601562
SRLIU,λ=8,65536,1,685395,10.458297729492188
SRLIU,λ=8,65536,1,668415,10.199203491210938
SRLIU,λ=8,65536,1,684715,10.447921752929688
SRLIU,λ=8,65536,1,736979,11.245407104492188
SRLIU,λ=8,65536,1,683981,10.436721801757812
SRLIU,λ=8,65536,1,751215,11.462631225585938
SRLIU,λ=8,65536,1,833613,12.719924926757812
SRLIU,λ=8,65536,1,755667,11.530563354492188
SRLIU,λ=8,65536,1,778611,11.880661010742188
SRLIU,λ=8,65536,1,679693,10.371292114257812
SRLIU,λ=8,65536,1,692609,10.568374633789062
SRLIU,λ=8,65536,1,710179,10.836471557617188
SRLIU,λ=8,65536,1,772499,11.787399291992188
SRLIU,λ=8,65536,1,730407,11.145126342773438
SRLIU,λ=8,65536,1,737447,11.252548217773438
SRLIU,λ=8,65536,1,741273,11.310928344726562
SRLIU,λ=8,65536,1,727623,11.102645874023438
SRLIU,λ=8,65536,1,837863,12.784774780273438
SRLIU,λ=8,65536,1,745091,11.369186401367188
SRLIU,λ=8,65536,1,724521,11.055313110351562
SRLIU,λ=8,65536,1,753477,11.497146606445312
SRLIU,λ=8,65536,1,737665,11.255874633789062
SRLIU,λ=8,65536,1,817915,12.480392456054688
SRLIU,λ=8,65536,1,707733,10.799148559570312
SRLIU,λ=8,65536,1,802787,12.249557495117188
SRLIU,λ=8,65536,1,671439,10.245346069335938
SRLIU,λ=8,65536,1,730293,11.143386840820312
SRLIU,λ=8,65536,1,713419,10.885910034179688
SRLIU,λ=8,65536,1,690095,10.530014038085938
SRLIU,λ=8,65536,1,715049,10.910781860351562
SRLIU,λ=8,65536,1,740495,11.299057006835938
SRLIU,λ=8,65536,1,740983,11.306503295898438
SRLIU,λ=8,65536,1,681319,10.396102905273438
SRLIU,λ=8,65536,1,753415,11.496200561523438
SRLIU,λ=8,65536,1,665365,10.152664184570312
SRLIU,λ=8,65536,1,696669,10.630325317382812
SRLIU,λ=8,65536,1,719041,10.971694946289062
SRLIU,λ=8,65536,1,750251,11.447921752929688
SRLIU,λ=8,65536,1,693691,10.584884643554688
SRLIU,λ=8,65536,1,684295,10.441513061523438
SRLIU,λ=8,65536,1,664195,10.134811401367188
SRLIU,λ=8,65536,1,716999,10.940536499023438
SRLIU,λ=8,65536,1,754343,11.510360717773438
SRLIU,λ=8,65536,1,757871,11.564193725585938
SRLIU,λ=8,65536,1,714519,10.902694702148438
SRLIU,λ=8,65536,1,684561,10.445571899414062
SRLIU,λ=8,65536,1,699851,10.678878784179688
SRLIU,λ=8,65536,1,694669,10.599807739257812
SRLIU,λ=8,65536,1,780119,11.903671264648438
SRLIU,λ=8,65536,1,716383,10.931137084960938
SRLIU,λ=8,65536,1,675289,10.304092407226562
SSLIU,λ=8,65536,1,1020065,15.564956665039062
SSLIU,λ=8,65536,1,970481,14.808364868164062
SSLIU,λ=8,65536,1,936401,14.288345336914062
SSLIU,λ=8,65536,1,1011153,15.428970336914062
SSLIU,λ=8,65536,1,937409,14.303726196289062
SSLIU,λ=8,65536,1,992257,15.140640258789062
SSLIU,λ=8,65536,1,1053569,16.076187133789062
SSLIU,λ=8,65536,1,1014369,15.478042602539062
SSLIU,λ=8,65536,1,966353,14.745376586914062
SSLIU,λ=8,65536,1,937841,14.310317993164062
SSLIU,λ=8,65536,1,944129,14.406265258789062
SSLIU,λ=8,65536,1,910625,13.895034790039062
SSLIU,λ=8,65536,1,866273,13.218276977539062
SSLIU,λ=8,65536,1,988609,15.084976196289062
SSLIU,λ=8,65536,1,952049,14.527114868164062
SSLIU,λ=8,65536,1,1170257,17.856704711914062
SSLIU,λ=8,65536,1,972737,14.842788696289062
SSLIU,λ=8,65536,1,926641,14.139419555664062
SSLIU,λ=8,65536,1,931777,14.217788696289062
SSLIU,λ=8,65536,1,995969,15.197280883789062
SSLIU,λ=8,65536,1,1046321,15.965591430664062
SSLIU,λ=8,65536,1,903745,13.790054321289062
SSLIU,λ=8,65536,1,978961,14.937759399414062
SSLIU,λ=8,65536,1,1014545,15.480728149414062
SSLIU,λ=8,65536,1,912737,13.927261352539062
SSLIU,λ=8,65536,1,1114081,16.999526977539062
SSLIU,λ=8,65536,1,974097,14.863540649414062
SSLIU,λ=8,65536,1,898561,13.710952758789062
SSLIU,λ=8,65536,1,1016705,15.513687133789062
SSLIU,λ=8,65536,1,997473,15.220230102539062
SSLIU,λ=8,65536,1,1126193,17.184341430664062
SSLIU,λ=8,65536,1,920113,14.039810180664062
SSLIU,λ=8,65536,1,1087121,16.588150024414062
SSLIU,λ=8,65536,1,963313,14.698989868164062
SSLIU,λ=8,65536,1,940753,14.354751586914062
SSLIU,λ=8,65536,1,948209,14.468521118164062
SSLIU,λ=8,65536,1,923409,14.090103149414062
SSLIU,λ=8,65536,1,1024609,15.634292602539062
SSLIU,λ=8,65536,1,989537,15.099136352539062
SSLIU,λ=8,65536,1,908049,13.855728149414062
SSLIU,λ=8,65536,1,1155665,17.634048461914062
SSLIU,λ=8,65536,1,964289,14.713882446289062
SSLIU,λ=8,65536,1,958417,14.624282836914062
SSLIU,λ=8,65536,1,917105,13.993911743164062
SSLIU,λ=8,65536,1,1046481,15.968032836914062
SSLIU,λ=8,65536,1,968097,14.771987915039062
SSLIU,λ=8,65536,1,859025,13.107681274414062
SSLIU,λ=8,65536,1,978625,14.932632446289062
SSLIU,λ=8,65536,1,893793,13.638198852539062
SSLIU,λ=8,65536,1,1009025,15.396499633789062
SSLIU,λ=8,65536,1,1093249,16.681655883789062
SSLIU,λ=8,65536,1,1017217,15.521499633789062
SSLIU,λ=8,65536,1,990721,15.117202758789062
SSLIU,λ=8,65536,1,1127729,17.207778930664062
SSLIU,λ=8,65536,1,1043777,15.926773071289062
SSLIU,λ=8,65536,1,1121777,17.116958618164062
SSLIU,λ=8,65536,1,896721,13.682876586914062
SSLIU,λ=8,65536,1,1051297,16.041519165039062
SSLIU,λ=8,65536,1,958097,14.619400024414062
SSLIU,λ=8,65536,1,970033,14.801528930664062
SSLIU,λ=8,65536,1,960577,14.657241821289062
SSLIU,λ=8,65536,1,1032769,15.758804321289062
SSLIU,λ=8,65536,1,1061153,16.191909790039062
SSLIU,λ=8,65536,1,1021761,15.590835571289062
SSLIU,λ=8,65536,1,908641,13.864761352539062
SSLIU,λ=8,65536,1,927553,14.153335571289062
SSLIU,λ=8,65536,1,861889,13.151382446289062
SSLIU,λ=8,65536,1,979569,14.947036743164062
SSLIU,λ=8,65536,1,942353,14.379165649414062
SSLIU,λ=8,65536,1,910289,13.889907836914062
SSLIU,λ=8,65536,1,1018977,15.548355102539062
SSLIU,λ=8,65536,1,980913,14.967544555664062
SSLIU,λ=8,65536,1,986353,15.050552368164062
SSLIU,λ=8,65536,1,965553,14.733169555664062
SSLIU,λ=8,65536,1,946481,14.442153930664062
SSLIU,λ=8,65536,1,907617,13.849136352539062
SSLIU,λ=8,65536,1,1009905,15.409927368164062
SSLIU,λ=8,65536,1,912113,13.917739868164062
SSLIU,λ=8,65536,1,1011937,15.440933227539062
SSLIU,λ=8,65536,1,1016097,15.504409790039062
SSLIU,λ=8,65536,1,986913,15.059097290039062
SSLIU,λ=8,65536,1,1316785,20.092544555664062
SSLIU,λ=8,65536,1,973441,14.853530883789062
SSLIU,λ=8,65536,1,904449,13.800796508789062
SSLIU,λ=8,65536,1,1117329,17.049087524414062
SSLIU,λ=8,65536,1,948097,14.466812133789062
SSLIU,λ=8,65536,1,954497,14.564468383789062
SSLIU,λ=8,65536,1,982145,14.986343383789062
SSLIU,λ=8,65536,1,978801,14.935317993164062
SSLIU,λ=8,65536,1,1005665,15.345230102539062
SSLIU,λ=8,65536,1,936449,14.289077758789062
SSLIU,λ=8,65536,1,966449,14.746841430664062
SSLIU,λ=8,65536,1,846385,12.914810180664062
SSLIU,λ=8,65536,1,962625,14.688491821289062
SSLIU,λ=8,65536,1,1081313,16.499526977539062
SSLIU,λ=8,65536,1,931121,14.207778930664062
SSLIU,λ=8,65536,1,894049,13.642105102539062
SSLIU,λ=8,65536,1,960369,14.654067993164062
SSLIU,λ=8,65536,1,957233,14.606216430664062
RSDCP,λ=8,8192,1,74565,9.1021728515625
RSDCP,λ=8,8192,1,98566,12.031982421875
RSDCP,λ=8,8192,1,95381,11.6431884765625
RSDCP,λ=8,8192,1,115971,14.1566162109375
RSDCP,λ=8,8192,1,94120,11.4892578125
RSDCP,λ=8,8192,1,93992,11.4736328125
RSDCP,λ=8,8192,1,100768,12.30078125
RSDCP,λ=8,8192,1,88064,10.75
RSDCP,λ=8,8192,1,88461,10.7984619140625
RSDCP,λ=8,8192,1,86982,10.617919921875
RSDCP,λ=8,8192,1,92685,11.3140869140625
RSDCP,λ=8,8192,1,89550,10.931396484375
RSDCP,λ=8,8192,1,82169,10.0303955078125
RSDCP,λ=8,8192,1,83286,10.166748046875
RSDCP,λ=8,8192,1,84727,10.3426513671875
RSDCP,λ=8,8192,1,80587,9.8372802734375
RSDCP,λ=8,8192,1,78879,9.6287841796875
RSDCP,λ=8,8192,1,86913,10.6094970703125
RSDCP,λ=8,8192,1,95035,11.6009521484375
RSDCP,λ=8,8192,1,121259,14.8021240234375
RSDCP,λ=8,8192,1,94688,11.55859375
RSDCP,λ=8,8192,1,85214,10.402099609375
RSDCP,λ=8,8192,1,92470,11.287841796875
RSDCP,λ=8,8192,1,93145,11.3702392578125
RSDCP,λ=8,8192,1,93122,11.367431640625
RSDCP,λ=8,8192,1,89689,10.9483642578125
RSDCP,λ=8,8192,1,106564,13.00830078125
RSDCP,λ=8,8192,1,87832,10.7216796875
RSDCP,λ=8,8192,1,87668,10.70166015625
RSDCP,λ=8,8192,1,86025,10.5010986328125
RSDCP,λ=8,8192,1,128354,15.668212890625
RSDCP,λ=8,8192,1,103186,12.595947265625
RSDCP,λ=8,8192,1,89845,10.9674072265625
RSDCP,λ=8,8192,1,97103,11.8533935546875
RSDCP,λ=8,8192,1,88502,10.803466796875
RSDCP,λ=8,8192,1,91970,11.226806640625
RSDCP,λ=8,8192,1,113121,13.8087158203125
RSDCP,λ=8,8192,1,86433,10.5509033203125
RSDCP,λ=8,8192,1,88477,10.8004150390625
RSDCP,λ=8,8192,1,90881,11.0938720703125
RSDCP,λ=8,8192,1,84572,10.32373046875
RSDCP,λ=8,8192,1,81683,9.9710693359375
RSDCP,λ=8,8192,1,85927,10.4891357421875
RSDCP,λ=8,8192,1,113307,13.8314208984375
RSDCP,λ=8,8192,1,92973,11.3492431640625
RSDCP,λ=8,8192,1,92669,11.3121337890625
RSDCP,λ=8,8192,1,87489,10.6798095703125
RSDCP,λ=8,8192,1,84112,10.267578125
RSDCP,λ=8,8192,1,84053,10.2603759765625
RSDCP,λ=8,8192,1,82142,10.027099609375
RSDCP,λ=8,8192,1,78746,9.612548828125
RSDCP,λ=8,8192,1,88994,10.863525390625
RSDCP,λ=8,8192,1,94953,11.5909423828125
RSDCP,λ=8,8192,1,84534,10.319091796875
RSDCP,λ=8,8192,1,86430,10.550537109375
RSDCP,λ=8,8192,1,93006,11.353271484375
RSDCP,λ=8,8192,1,100899,12.3167724609375
RSDCP,λ=8,8192,1,88644,10.82080078125
RSDCP,λ=8,8192,1,103850,12.677001953125
RSDCP,λ=8,8192,1,84570,10.323486328125
RSDCP,λ=8,8192,1,89901,10.9742431640625
RSDCP,λ=8,8192,1,78052,9.52783203125
RSDCP,λ=8,8192,1,78643,9.5999755859375
RSDCP,λ=8,8192,1,83326,10.171630859375
RSDCP,λ=8,8192,1,95244,11.62646484375
RSDCP,λ=8,8192,1,96676,11.80126953125
RSDCP,λ=8,8192,1,111344,13.591796875
RSDCP,λ=8,8192,1,91023,11.1112060546875
RSDCP,λ=8,8192,1,90841,11.0889892578125
RSDCP,λ=8,8192,1,90648,11.0654296875
RSDCP,λ=8,8192,1,98066,11.970947265625
RSDCP,λ=8,8192,1,85571,10.4456787109375
RSDCP,λ=8,8192,1,92614,11.305419921875
RSDCP,λ=8,8192,1,82290,10.045166015625
RSDCP,λ=8,8192,1,80715,9.8529052734375
RSDCP,λ=8,8192,1,96310,11.756591796875
RSDCP,λ=8,8192,1,83215,10.1580810546875
RSDCP,λ=8,8192,1,85535,10.4412841796875
RSDCP,λ=8,8192,1,81965,10.0054931640625
RSDCP,λ=8,8192,1,82756,10.10205078125
RSDCP,λ=8,8192,1,103616,12.6484375
RSDCP,λ=8,8192,1,83723,10.2200927734375
RSDCP,λ=8,8192,1,86212,10.52392578125
RSDCP,λ=8,8192,1,84038,10.258544921875
RSDCP,λ=8,8192,1,92840,11.3330078125
RSDCP,λ=8,8192,1,80081,9.7755126953125
RSDCP,λ=8,8192,1,87837,10.7222900390625
RSDCP,λ=8,8192,1,100549,12.2740478515625
RSDCP,λ=8,8192,1,87701,10.7056884765625
RSDCP,λ=8,8192,1,81043,9.8929443359375
RSDCP,λ=8,8192,1,80403,9.8148193359375
RSDCP,λ=8,8192,1,99607,12.1590576171875
RSDCP,λ=8,8192,1,85811,10.4749755859375
RSDCP,λ=8,8192,1,100195,12.2308349609375
RSDCP,λ=8,8192,1,123459,15.0706787109375
RSDCP,λ=8,8192,1,90393,11.0343017578125
RSDCP,λ=8,8192,1,84229,10.2818603515625
RSDCP,λ=8,8192,1,91390,11.156005859375
RSDCP,λ=8,8192,1,75047,9.1610107421875
RSDCP,λ=8,8192,1,83208,10.1572265625
RRDCP,λ=8,8192,1,70669,8.6265869140625
RRDCP,λ=8,8192,1,67768,8.2724609375
RRDCP,λ=8,8192,1,66557,8.1246337890625
RRDCP,λ=8,8192,1,70680,8.6279296875
RRDCP,λ=8,8192,1,75017,9.1573486328125
RRDCP,λ=8,8192,1,66772,8.15087890625
RRDCP,λ=8,8192,1,72400,8.837890625
RRDCP,λ=8,8192,1,79801,9.7413330078125
RRDCP,λ=8,8192,1,66714,8.143798828125
RRDCP,λ=8,8192,1,66155,8.0755615234375
RRDCP,λ=8,8192,1,77334,9.440185546875
RRDCP,λ=8,8192,1,65763,8.0277099609375
RRDCP,λ=8,8192,1,68449,8.3555908203125
RRDCP,λ=8,8192,1,74284,9.06787109375
RRDCP,λ=8,8192,1,71081,8.6768798828125
RRDCP,λ=8,8192,1,78274,9.554931640625
RRDCP,λ=8,8192,1,72810,8.887939453125
RRDCP,λ=8,8192,1,67198,8.202880859375
RRDCP,λ=8,8192,1,70778,8.639892578125
RRDCP,λ=8,8192,1,70296,8.5810546875
RRDCP,λ=8,8192,1,69552,8.490234375
RRDCP,λ=8,8192,1,70338,8.586181640625
RRDCP,λ=8,8192,1,81429,9.9400634765625
RRDCP,λ=8,8192,1,66639,8.1346435546875
RRDCP,λ=8,8192,1,74690,9.117431640625
RRDCP,λ=8,8192,1,70675,8.6273193359375
RRDCP,λ=8,8192,1,64398,7.861083984375
RRDCP,λ=8,8192,1,75309,9.1929931640625
RRDCP,λ=8,8192,1,73373,8.9566650390625
RRDCP,λ=8,8192,1,68887,8.4090576171875
RRDCP,λ=8,8192,1,70239,8.5740966796875
RRDCP,λ=8,8192,1,69410,8.472900390625
RRDCP,λ=8,8192,1,71130,8.682861328125
RRDCP,λ=8,8192,1,74573,9.1031494140625
RRDCP,λ=8,8192,1,69484,8.48193359375
RRDCP,λ=8,8192,1,87639,10.6981201171875
RRDCP,λ=8,8192,1,68638,8.378662109375
RRDCP,λ=8,8192,1,79319,9.6824951171875
RRDCP,λ=8,8192,1,78213,9.5474853515625
RRDCP,λ=8,8192,1,71936,8.78125
RRDCP,λ=8,8192,1,70610,8.619384765625
RRDCP,λ=8,8192,1,62763,7.6614990234375
RRDCP,λ=8,8192,1,76222,9.304443359375
RRDCP,λ=8,8192,1,65449,7.9893798828125
RRDCP,λ=8,8192,1,64297,7.8487548828125
RRDCP,λ=8,8192,1,81814,9.987060546875
RRDCP,λ=8,8192,1,68122,8.315673828125
RRDCP,λ=8,8192,1,74153,9.0518798828125
RRDCP,λ=8,8192,1,70370,8.590087890625
RRDCP,λ=8,8192,1,67815,8.2781982421875
RRDCP,λ=8,8192,1,61435,7.4993896484375
RRDCP,λ=8,8192,1,75502,9.216552734375
RRDCP,λ=8,8192,1,67963,8.2962646484375
RRDCP,λ=8,8192,1,65766,8.028076171875
RRDCP,λ=8,8192,1,70019,8.5472412109375
RRDCP,λ=8,8192,1,71075,8.6761474609375
RRDCP,λ=8,8192,1,67498,8.239501953125
RRDCP,λ=8,8192,1,71353,8.7100830078125
RRDCP,λ=8,8192,1,67954,8.295166015625
RRDCP,λ=8,8192,1,68288,8.3359375
RRDCP,λ=8,8192,1,70167,8.5653076171875
RRDCP,λ=8,8192,1,67667,8.2601318359375
RRDCP,λ=8,8192,1,66488,8.1162109375
RRDCP,λ=8,8192,1,69941,8.5377197265625
RRDCP,λ=8,8192,1,65887,8.0428466796875
RRDCP,λ=8,8192,1,63961,7.8077392578125
RRDCP,λ=8,8192,1,66528,8.12109375
RRDCP,λ=8,8192,1,70907,8.6556396484375
RRDCP,λ=8,8192,1,68768,8.39453125
RRDCP,λ=8,8192,1,71375,8.7127685546875
RRDCP,λ=8,8192,1,75827,9.2562255859375
RRDCP,λ=8,8192,1,85656,10.4560546875
RRDCP,λ=8,8192,1,74416,9.083984375
RRDCP,λ=8,8192,1,68088,8.3115234375
RRDCP,λ=8,8192,1,68450,8.355712890625
RRDCP,λ=8,8192,1,73705,8.9971923828125
RRDCP,λ=8,8192,1,72862,8.894287109375
RRDCP,λ=8,8192,1,66070,8.065185546875
RRDCP,λ=8,8192,1,62929,7.6817626953125
RRDCP,λ=8,8192,1,75911,9.2664794921875
RRDCP,λ=8,8192,1,62080,7.578125
RRDCP,λ=8,8192,1,68301,8.3375244140625
RRDCP,λ=8,8192,1,66460,8.11279296875
RRDCP,λ=8,8192,1,65348,7.97705078125
RRDCP,λ=8,8192,1,79124,9.65869140625
RRDCP,λ=8,8192,1,65401,7.9835205078125
RRDCP,λ=8,8192,1,74189,9.0562744140625
RRDCP,λ=8,8192,1,76843,9.3802490234375
RRDCP,λ=8,8192,1,74071,9.0418701171875
RRDCP,λ=8,8192,1,75088,9.166015625
RRDCP,λ=8,8192,1,66087,8.0672607421875
RRDCP,λ=8,8192,1,78354,9.564697265625
RRDCP,λ=8,8192,1,71201,8.6915283203125
RRDCP,λ=8,8192,1,64578,7.883056640625
RRDCP,λ=8,8192,1,71891,8.7757568359375
RRDCP,λ=8,8192,1,66551,8.1239013671875
RRDCP,λ=8,8192,1,74206,9.058349609375
RRDCP,λ=8,8192,1,65962,8.052001953125
RRDCP,λ=8,8192,1,71854,8.771240234375
RRDCP,λ=8,8192,1,76195,9.3011474609375
RHDCP,λ=8,8192,1,66886,8.164794921875
RHDCP,λ=8,8192,1,69096,8.4345703125
RHDCP,λ=8,8192,1,71520,8.73046875
RHDCP,λ=8,8192,1,72041,8.7940673828125
RHDCP,λ=8,8192,1,65014,7.936279296875
RHDCP,λ=8,8192,1,70000,8.544921875
RHDCP,λ=8,8192,1,63452,7.74560546875
RHDCP,λ=8,8192,1,69675,8.5052490234375
RHDCP,λ=8,8192,1,73153,8.9298095703125
RHDCP,λ=8,8192,1,61707,7.5325927734375
RHDCP,λ=8,8192,1,66507,8.1185302734375
RHDCP,λ=8,8192,1,66080,8.06640625
RHDCP,λ=8,8192,1,66891,8.1654052734375
RHDCP,λ=8,8192,1,66121,8.0714111328125
RHDCP,λ=8,8192,1,67703,8.2645263671875
RHDCP,λ=8,8192,1,80728,9.8544921875
RHDCP,λ=8,8192,1,73874,9.017822265625
RHDCP,λ=8,8192,1,73070,8.919677734375
RHDCP,λ=8,8192,1,65772,8.02880859375
RHDCP,λ=8,8192,1,78778,9.616455078125
RHDCP,λ=8,8192,1,65673,8.0167236328125
RHDCP,λ=8,8192,1,74529,9.0977783203125
RHDCP,λ=8,8192,1,65543,8.0008544921875
RHDCP,λ=8,8192,1,72686,8.872802734375
RHDCP,λ=8,8192,1,70151,8.5633544921875
RHDCP,λ=8,8192,1,69053,8.4293212890625
RHDCP,λ=8,8192,1,69903,8.5330810546875
RHDCP,λ=8,8192,1,63850,7.794189453125
RHDCP,λ=8,8192,1,84726,10.342529296875
RHDCP,λ=8,8192,1,92955,11.3470458984375
RHDCP,λ=8,8192,1,61238,7.475341796875
RHDCP,λ=8,8192,1,72813,8.8883056640625
RHDCP,λ=8,8192,1,69169,8.4434814453125
RHDCP,λ=8,8192,1,68739,8.3909912109375
RHDCP,λ=8,8192,1,70522,8.608642578125
RHDCP,λ=8,8192,1,69214,8.448974609375
RHDCP,λ=8,8192,1,66112,8.0703125
RHDCP,λ=8,8192,1,73404,8.96044921875
RHDCP,λ=8,8192,1,65969,8.0528564453125
RHDCP,λ=8,8192,1,63309,7.7281494140625
RHDCP,λ=8,8192,1,85199,10.4002685546875
RHDCP,λ=8,8192,1,78827,9.6224365234375
RHDCP,λ=8,8192,1,76421,9.3287353515625
RHDCP,λ=8,8192,1,71161,8.6866455078125
RHDCP,λ=8,8192,1,67219,8.2054443359375
RHDCP,λ=8,8192,1,68922,8.413330078125
RHDCP,λ=8,8192,1,72743,8.8797607421875
RHDCP,λ=8,8192,1,66400,8.10546875
RHDCP,λ=8,8192,1,64235,7.8411865234375
RHDCP,λ=8,8192,1,74472,9.0908203125
RHDCP,λ=8,8192,1,73269,8.9439697265625
RHDCP,λ=8,8192,1,67664,8.259765625
RHDCP,λ=8,8192,1,77877,9.5064697265625
RHDCP,λ=8,8192,1,75300,9.19189453125
RHDCP,λ=8,8192,1,71335,8.7078857421875
RHDCP,λ=8,8192,1,64312,7.8505859375
RHDCP,λ=8,8192,1,64709,7.8990478515625
RHDCP,λ=8,8192,1,73300,8.94775390625
RHDCP,λ=8,8192,1,64632,7.8896484375
RHDCP,λ=8,8192,1,62971,7.6868896484375
RHDCP,λ=8,8192,1,74167,9.0535888671875
RHDCP,λ=8,8192,1,68306,8.338134765625
RHDCP,λ=8,8192,1,75045,9.1607666015625
RHDCP,λ=8,8192,1,71934,8.781005859375
RHDCP,λ=8,8192,1,73610,8.985595703125
RHDCP,λ=8,8192,1,67993,8.2999267578125
RHDCP,λ=8,8192,1,65744,8.025390625
RHDCP,λ=8,8192,1,74384,9.080078125
RHDCP,λ=8,8192,1,66504,8.1181640625
RHDCP,λ=8,8192,1,67945,8.2940673828125
RHDCP,λ=8,8192,1,68371,8.3460693359375
RHDCP,λ=8,8192,1,73110,8.924560546875
RHDCP,λ=8,8192,1,71955,8.7835693359375
RHDCP,λ=8,8192,1,71781,8.7623291015625
RHDCP,λ=8,8192,1,67735,8.2684326171875
RHDCP,λ=8,8192,1,77226,9.427001953125
RHDCP,λ=8,8192,1,65052,7.94091796875
RHDCP,λ=8,8192,1,70301,8.5816650390625
RHDCP,λ=8,8192,1,68463,8.3572998046875
RHDCP,λ=8,8192,1,72075,8.7982177734375
RHDCP,λ=8,8192,1,72916,8.90087890625
RHDCP,λ=8,8192,1,69787,8.5189208984375
RHDCP,λ=8,8192,1,73624,8.9873046875
RHDCP,λ=8,8192,1,65367,7.9793701171875
RHDCP,λ=8,8192,1,68389,8.3482666015625
RHDCP,λ=8,8192,1,67407,8.2283935546875
RHDCP,λ=8,8192,1,70214,8.571044921875
RHDCP,λ=8,8192,1,73400,8.9599609375
RHDCP,λ=8,8192,1,73721,8.9991455078125
RHDCP,λ=8,8192,1,72625,8.8653564453125
RHDCP,λ=8,8192,1,64086,7.822998046875
RHDCP,λ=8,8192,1,75407,9.2049560546875
RHDCP,λ=8,8192,1,73689,8.9952392578125
RHDCP,λ=8,8192,1,78446,9.575927734375
RHDCP,λ=8,8192,1,70571,8.6146240234375
RHDCP,λ=8,8192,1,65010,7.935791015625
RHDCP,λ=8,8192,1,64525,7.8765869140625
RHDCP,λ=8,8192,1,79224,9.6708984375
RHDCP,λ=8,8192,1,72268,8.82177734375
RHDCP,λ=8,8192,1,66377,8.1026611328125
RHLCP,λ=8,8192,1,63705,7.7764892578125
RHLCP,λ=8,8192,1,76116,9.29150390625
RHLCP,λ=8,8192,1,67990,8.299560546875
RHLCP,λ=8,8192,1,66576,8.126953125
RHLCP,λ=8,8192,1,65230,7.962646484375
RHLCP,λ=8,8192,1,64547,7.8792724609375
RHLCP,λ=8,8192,1,64910,7.923583984375
RHLCP,λ=8,8192,1,70953,8.6612548828125
RHLCP,λ=8,8192,1,60335,7.3651123046875
RHLCP,λ=8,8192,1,66810,8.155517578125
RHLCP,λ=8,8192,1,60098,7.336181640625
RHLCP,λ=8,8192,1,73495,8.9715576171875
RHLCP,λ=8,8192,1,66995,8.1781005859375
RHLCP,λ=8,8192,1,65720,8.0224609375
RHLCP,λ=8,8192,1,63032,7.6943359375
RHLCP,λ=8,8192,1,63746,7.781494140625
RHLCP,λ=8,8192,1,61900,7.55615234375
RHLCP,λ=8,8192,1,64592,7.884765625
RHLCP,λ=8,8192,1,67531,8.2435302734375
RHLCP,λ=8,8192,1,63470,7.747802734375
RHLCP,λ=8,8192,1,64355,7.8558349609375
RHLCP,λ=8,8192,1,73860,9.01611328125
RHLCP,λ=8,8192,1,70604,8.61865234375
RHLCP,λ=8,8192,1,70013,8.5465087890625
RHLCP,λ=8,8192,1,71055,8.6737060546875
RHLCP,λ=8,8192,1,75936,9.26953125
RHLCP,λ=8,8192,1,70883,8.6527099609375
RHLCP,λ=8,8192,1,67693,8.2633056640625
RHLCP,λ=8,8192,1,66583,8.1278076171875
RHLCP,λ=8,8192,1,62860,7.67333984375
RHLCP,λ=8,8192,1,72911,8.9002685546875
RHLCP,λ=8,8192,1,65707,8.0208740234375
RHLCP,λ=8,8192,1,75711,9.2420654296875
RHLCP,λ=8,8192,1,66706,8.142822265625
RHLCP,λ=8,8192,1,66746,8.147705078125
RHLCP,λ=8,8192,1,62418,7.619384765625
RHLCP,λ=8,8192,1,63001,7.6905517578125
RHLCP,λ=8,8192,1,61299,7.4827880859375
RHLCP,λ=8,8192,1,76753,9.3692626953125
RHLCP,λ=8,8192,1,64290,7.847900390625
RHLCP,λ=8,8192,1,60804,7.42236328125
RHLCP,λ=8,8192,1,63060,7.69775390625
RHLCP,λ=8,8192,1,69654,8.502685546875
RHLCP,λ=8,8192,1,63466,7.747314453125
RHLCP,λ=8,8192,1,65235,7.9632568359375
RHLCP,λ=8,8192,1,64004,7.81298828125
RHLCP,λ=8,8192,1,75598,9.228271484375
RHLCP,λ=8,8192,1,70890,8.653564453125
RHLCP,λ=8,8192,1,66357,8.1002197265625
RHLCP,λ=8,8192,1,63415,7.7410888671875
RHLCP,λ=8,8192,1,64043,7.8177490234375
RHLCP,λ=8,8192,1,66982,8.176513671875
RHLCP,λ=8,8192,1,66634,8.134033203125
RHLCP,λ=8,8192,1,71769,8.7608642578125
RHLCP,λ=8,8192,1,63312,7.728515625
RHLCP,λ=8,8192,1,68585,8.3721923828125
RHLCP,λ=8,8192,1,72792,8.8857421875
RHLCP,λ=8,8192,1,70929,8.6583251953125
RHLCP,λ=8,8192,1,86295,10.5340576171875
RHLCP,λ=8,8192,1,63512,7.7529296875
RHLCP,λ=8,8192,1,66247,8.0867919921875
RHLCP,λ=8,8192,1,66225,8.0841064453125
RHLCP,λ=8,8192,1,68472,8.3583984375
RHLCP,λ=8,8192,1,63894,7.799560546875
RHLCP,λ=8,8192,1,69785,8.5186767578125
RHLCP,λ=8,8192,1,63822,7.790771484375
RHLCP,λ=8,8192,1,63749,7.7818603515625
RHLCP,λ=8,8192,1,66376,8.1025390625
RHLCP,λ=8,8192,1,75983,9.2752685546875
RHLCP,λ=8,8192,1,76015,9.2791748046875
RHLCP,λ=8,8192,1,64663,7.8934326171875
RHLCP,λ=8,8192,1,60834,7.426025390625
RHLCP,λ=8,8192,1,62519,7.6317138671875
RHLCP,λ=8,8192,1,64232,7.8408203125
RHLCP,λ=8,8192,1,65255,7.9656982421875
RHLCP,λ=8,8192,1,77831,9.5008544921875
RHLCP,λ=8,8192,1,62870,7.674560546875
RHLCP,λ=8,8192,1,70339,8.5863037109375
RHLCP,λ=8,8192,1,63912,7.8017578125
RHLCP,λ=8,8192,1,67471,8.2362060546875
RHLCP,λ=8,8192,1,61641,7.5245361328125
RHLCP,λ=8,8192,1,66581,8.1275634765625
RHLCP,λ=8,8192,1,69740,8.51318359375
RHLCP,λ=8,8192,1,63443,7.7445068359375
RHLCP,λ=8,8192,1,66959,8.1737060546875
RHLCP,λ=8,8192,1,70481,8.6036376953125
RHLCP,λ=8,8192,1,65127,7.9500732421875
RHLCP,λ=8,8192,1,62144,7.5859375
RHLCP,λ=8,8192,1,67152,8.197265625
RHLCP,λ=8,8192,1,67915,8.2904052734375
RHLCP,λ=8,8192,1,72025,8.7921142578125
RHLCP,λ=8,8192,1,67008,8.1796875
RHLCP,λ=8,8192,1,62358,7.612060546875
RHLCP,λ=8,8192,1,69592,8.4951171875
RHLCP,λ=8,8192,1,63884,7.79833984375
RHLCP,λ=8,8192,1,63692,7.77490234375
RHLCP,λ=8,8192,1,70691,8.6292724609375
RHLCP,λ=8,8192,1,62076,7.57763671875
RHLCP,λ=8,8192,1,71604,8.74072265625
RRLCP,λ=8,8192,1,75299,9.1917724609375
RRLCP,λ=8,8192,1,80367,9.8104248046875
RRLCP,λ=8,8192,1,68200,8.3251953125
RRLCP,λ=8,8192,1,85310,10.413818359375
RRLCP,λ=8,8192,1,80533,9.8306884765625
RRLCP,λ=8,8192,1,78744,9.6123046875
RRLCP,λ=8,8192,1,66571,8.1263427734375
RRLCP,λ=8,8192,1,73026,8.914306640625
RRLCP,λ=8,8192,1,67870,8.284912109375
RRLCP,λ=8,8192,1,71004,8.66748046875
RRLCP,λ=8,8192,1,74979,9.1527099609375
RRLCP,λ=8,8192,1,81429,9.9400634765625
RRLCP,λ=8,8192,1,87610,10.694580078125
RRLCP,λ=8,8192,1,74734,9.122802734375
RRLCP,λ=8,8192,1,78593,9.5938720703125
RRLCP,λ=8,8192,1,80799,9.8631591796875
RRLCP,λ=8,8192,1,73483,8.9700927734375
RRLCP,λ=8,8192,1,74661,9.1138916015625
RRLCP,λ=8,8192,1,77887,9.5076904296875
RRLCP,λ=8,8192,1,86342,10.539794921875
RRLCP,λ=8,8192,1,74972,9.15185546875
RRLCP,λ=8,8192,1,87999,10.7420654296875
RRLCP,λ=8,8192,1,88016,10.744140625
RRLCP,λ=8,8192,1,73985,9.0313720703125
RRLCP,λ=8,8192,1,74656,9.11328125
RRLCP,λ=8,8192,1,75455,9.2108154296875
RRLCP,λ=8,8192,1,74405,9.0826416015625
RRLCP,λ=8,8192,1,70498,8.605712890625
RRLCP,λ=8,8192,1,72738,8.879150390625
RRLCP,λ=8,8192,1,71772,8.76123046875
RRLCP,λ=8,8192,1,91133,11.1246337890625
RRLCP,λ=8,8192,1,79678,9.726318359375
RRLCP,λ=8,8192,1,85210,10.401611328125
RRLCP,λ=8,8192,1,70689,8.6290283203125
RRLCP,λ=8,8192,1,80396,9.81396484375
RRLCP,λ=8,8192,1,85233,10.4044189453125
RRLCP,λ=8,8192,1,68725,8.3892822265625
RRLCP,λ=8,8192,1,78417,9.5723876953125
RRLCP,λ=8,8192,1,68590,8.372802734375
RRLCP,λ=8,8192,1,77996,9.52099609375
RRLCP,λ=8,8192,1,69440,8.4765625
RRLCP,λ=8,8192,1,73087,8.9217529296875
RRLCP,λ=8,8192,1,75644,9.23388671875
RRLCP,λ=8,8192,1,82190,10.032958984375
RRLCP,λ=8,8192,1,69013,8.4244384765625
RRLCP,λ=8,8192,1,91896,11.2177734375
RRLCP,λ=8,8192,1,82016,10.01171875
RRLCP,λ=8,8192,1,86336,10.5390625
RRLCP,λ=8,8192,1,65652,8.01416015625
RRLCP,λ=8,8192,1,80540,9.83154296875
RRLCP,λ=8,8192,1,75585,9.2266845703125
RRLCP,λ=8,8192,1,62045,7.5738525390625
RRLCP,λ=8,8192,1,93313,11.3907470703125
RRLCP,λ=8,8192,1,69881,8.5303955078125
RRLCP,λ=8,8192,1,80240,9.794921875
RRLCP,λ=8,8192,1,72763,8.8822021484375
RRLCP,λ=8,8192,1,76159,9.2967529296875
RRLCP,λ=8,8192,1,87931,10.7337646484375
RRLCP,λ=8,8192,1,82773,10.1041259765625
RRLCP,λ=8,8192,1,68314,8.339111328125
RRLCP,λ=8,8192,1,71306,8.704345703125
RRLCP,λ=8,8192,1,76834,9.379150390625
RRLCP,λ=8,8192,1,73788,9.00732421875
RRLCP,λ=8,8192,1,69224,8.4501953125
RRLCP,λ=8,8192,1,80819,9.8656005859375
RRLCP,λ=8,8192,1,78344,9.5634765625
RRLCP,λ=8,8192,1,74304,9.0703125
RRLCP,λ=8,8192,1,76329,9.3175048828125
RRLCP,λ=8,8192,1,88781,10.8375244140625
RRLCP,λ=8,8192,1,86064,10.505859375
RRLCP,λ=8,8192,1,76662,9.358154296875
RRLCP,λ=8,8192,1,89415,10.9149169921875
RRLCP,λ=8,8192,1,69545,8.4893798828125
RRLCP,λ=8,8192,1,77480,9.4580078125
RRLCP,λ=8,8192,1,78721,9.6094970703125
RRLCP,λ=8,8192,1,86883,10.6058349609375
RRLCP,λ=8,8192,1,76563,9.3460693359375
RRLCP,λ=8,8192,1,73507,8.9730224609375
RRLCP,λ=8,8192,1,67057,8.1856689453125
RRLCP,λ=8,8192,1,83290,10.167236328125
RRLCP,λ=8,8192,1,70652,8.62451171875
RRLCP,λ=8,8192,1,91277,11.1422119140625
RRLCP,λ=8,8192,1,78745,9.6124267578125
RRLCP,λ=8,8192,1,63420,7.74169921875
RRLCP,λ=8,8192,1,76096,9.2890625
RRLCP,λ=8,8192,1,77902,9.509521484375
RRLCP,λ=8,8192,1,68142,8.318115234375
RRLCP,λ=8,8192,1,73247,8.9412841796875
RRLCP,λ=8,8192,1,77240,9.4287109375
RRLCP,λ=8,8192,1,71490,8.726806640625
RRLCP,λ=8,8192,1,72778,8.884033203125
RRLCP,λ=8,8192,1,66698,8.141845703125
RRLCP,λ=8,8192,1,67719,8.2664794921875
RRLCP,λ=8,8192,1,79118,9.657958984375
RRLCP,λ=8,8192,1,76436,9.33056640625
RRLCP,λ=8,8192,1,81541,9.9537353515625
RRLCP,λ=8,8192,1,70517,8.6080322265625
RRLCP,λ=8,8192,1,86320,10.537109375
RRLCP,λ=8,8192,1,78956,9.63818359375
RRLCP,λ=8,8192,1,74058,9.040283203125
RSLCP,λ=8,8192,1,101841,12.4317626953125
RSLCP,λ=8,8192,1,106174,12.960693359375
RSLCP,λ=8,8192,1,91934,11.222412109375
RSLCP,λ=8,8192,1,122403,14.9417724609375
RSLCP,λ=8,8192,1,92004,11.23095703125
RSLCP,λ=8,8192,1,90942,11.101318359375
RSLCP,λ=8,8192,1,82168,10.0302734375
RSLCP,λ=8,8192,1,101931,12.4427490234375
RSLCP,λ=8,8192,1,94400,11.5234375
RSLCP,λ=8,8192,1,87323,10.6595458984375
RSLCP,λ=8,8192,1,106156,12.95849609375
RSLCP,λ=8,8192,1,98774,12.057373046875
RSLCP,λ=8,8192,1,114460,13.97216796875
RSLCP,λ=8,8192,1,87089,10.6309814453125
RSLCP,λ=8,8192,1,88273,10.7755126953125
RSLCP,λ=8,8192,1,110619,13.5032958984375
RSLCP,λ=8,8192,1,100436,12.26025390625
RSLCP,λ=8,8192,1,98764,12.05615234375
RSLCP,λ=8,8192,1,91769,11.2022705078125
RSLCP,λ=8,8192,1,94437,11.5279541015625
RSLCP,λ=8,8192,1,97884,11.94873046875
RSLCP,λ=8,8192,1,91004,11.10888671875
RSLCP,λ=8,8192,1,100602,12.280517578125
RSLCP,λ=8,8192,1,98511,12.0252685546875
RSLCP,λ=8,8192,1,98730,12.052001953125
RSLCP,λ=8,8192,1,94599,11.5477294921875
RSLCP,λ=8,8192,1,103027,12.5765380859375
RSLCP,λ=8,8192,1,118642,14.482666015625
RSLCP,λ=8,8192,1,96545,11.7852783203125
RSLCP,λ=8,8192,1,95322,11.635986328125
RSLCP,λ=8,8192,1,101501,12.3902587890625
RSLCP,λ=8,8192,1,91174,11.129638671875
RSLCP,λ=8,8192,1,90708,11.07275390625
RSLCP,λ=8,8192,1,101742,12.419677734375
RSLCP,λ=8,8192,1,97374,11.886474609375
RSLCP,λ=8,8192,1,96936,11.8330078125
RSLCP,λ=8,8192,1,114026,13.919189453125
RSLCP,λ=8,8192,1,98184,11.9853515625
RSLCP,λ=8,8192,1,101953,12.4454345703125
RSLCP,λ=8,8192,1,96136,11.7353515625
RSLCP,λ=8,8192,1,96672,11.80078125
RSLCP,λ=8,8192,1,92910,11.341552734375
RSLCP,λ=8,8192,1,95142,11.614013671875
RSLCP,λ=8,8192,1,98972,12.08154296875
RSLCP,λ=8,8192,1,84862,10.359130859375
RSLCP,λ=8,8192,1,105080,12.8271484375
RSLCP,λ=8,8192,1,86080,10.5078125
RSLCP,λ=8,8192,1,105264,12.849609375
RSLCP,λ=8,8192,1,108643,13.2620849609375
RSLCP,λ=8,8192,1,101864,12.4345703125
RSLCP,λ=8,8192,1,99446,12.139404296875
RSLCP,λ=8,8192,1,102395,12.4993896484375
RSLCP,λ=8,8192,1,119965,14.6441650390625
RSLCP,λ=8,8192,1,98328,12.0029296875
RSLCP,λ=8,8192,1,103741,12.6636962890625
RSLCP,λ=8,8192,1,99789,12.1812744140625
RSLCP,λ=8,8192,1,103925,12.6861572265625
RSLCP,λ=8,8192,1,96126,11.734130859375
RSLCP,λ=8,8192,1,96949,11.8345947265625
RSLCP,λ=8,8192,1,118201,14.4288330078125
RSLCP,λ=8,8192,1,93953,11.4688720703125
RSLCP,λ=8,8192,1,99070,12.093505859375
RSLCP,λ=8,8192,1,88870,10.848388671875
RSLCP,λ=8,8192,1,106115,12.9534912109375
RSLCP,λ=8,8192,1,104898,12.804931640625
RSLCP,λ=8,8192,1,113081,13.8038330078125
RSLCP,λ=8,8192,1,101757,12.4215087890625
RSLCP,λ=8,8192,1,95574,11.666748046875
RSLCP,λ=8,8192,1,121173,14.7916259765625
RSLCP,λ=8,8192,1,92811,11.3294677734375
RSLCP,λ=8,8192,1,94240,11.50390625
RSLCP,λ=8,8192,1,94904,11.5849609375
RSLCP,λ=8,8192,1,89743,10.9549560546875
RSLCP,λ=8,8192,1,96780,11.81396484375
RSLCP,λ=8,8192,1,91982,11.228271484375
RSLCP,λ=8,8192,1,105347,12.8597412109375
RSLCP,λ=8,8192,1,93389,11.4000244140625
RSLCP,λ=8,8192,1,98353,12.0059814453125
RSLCP,λ=8,8192,1,88248,10.7724609375
RSLCP,λ=8,8192,1,106747,13.0306396484375
RSLCP,λ=8,8192,1,89299,10.9007568359375
RSLCP,λ=8,8192,1,89540,10.93017578125
RSLCP,λ=8,8192,1,97307,11.8782958984375
RSLCP,λ=8,8192,1,87562,10.688720703125
RSLCP,λ=8,8192,1,93120,11.3671875
RSLCP,λ=8,8192,1,103297,12.6094970703125
RSLCP,λ=8,8192,1,97684,11.92431640625
RSLCP,λ=8,8192,1,103615,12.6483154296875
RSLCP,λ=8,8192,1,92297,11.2667236328125
RSLCP,λ=8,8192,1,99395,12.1331787109375
RSLCP,λ=8,8192,1,96955,11.8353271484375
RSLCP,λ=8,8192,1,90151,11.0047607421875
RSLCP,λ=8,8192,1,85999,10.4979248046875
RSLCP,λ=8,8192,1,97600,11.9140625
RSLCP,λ=8,8192,1,105075,12.8265380859375
RSLCP,λ=8,8192,1,104011,12.6966552734375
RSLCP,λ=8,8192,1,94527,11.5389404296875
RSLCP,λ=8,8192,1,91580,11.17919921875
RSLCP,λ=8,8192,1,91897,11.2178955078125
RSLCP,λ=8,8192,1,97940,11.95556640625
RSDSP,λ=8,8192,1,96771,11.8128662109375
RSDSP,λ=8,8192,1,84826,10.354736328125
RSDSP,λ=8,8192,1,107764,13.15478515625
RSDSP,λ=8,8192,1,114285,13.9508056640625
RSDSP,λ=8,8192,1,83108,10.14501953125
RSDSP,λ=8,8192,1,91292,11.14404296875
RSDSP,λ=8,8192,1,99242,12.114501953125
RSDSP,λ=8,8192,1,94746,11.565673828125
RSDSP,λ=8,8192,1,88228,10.77001953125
RSDSP,λ=8,8192,1,86911,10.6092529296875
RSDSP,λ=8,8192,1,92269,11.2633056640625
RSDSP,λ=8,8192,1,92685,11.3140869140625
RSDSP,λ=8,8192,1,89253,10.8951416015625
RSDSP,λ=8,8192,1,91953,11.2247314453125
RSDSP,λ=8,8192,1,91044,11.11376953125
RSDSP,λ=8,8192,1,96727,11.8074951171875
RSDSP,λ=8,8192,1,85959,10.4930419921875
RSDSP,λ=8,8192,1,87776,10.71484375
RSDSP,λ=8,8192,1,101679,12.4119873046875
RSDSP,λ=8,8192,1,93955,11.4691162109375
RSDSP,λ=8,8192,1,89303,10.9012451171875
RSDSP,λ=8,8192,1,90512,11.048828125
RSDSP,λ=8,8192,1,85390,10.423583984375
RSDSP,λ=8,8192,1,85204,10.40087890625
RSDSP,λ=8,8192,1,90103,10.9989013671875
RSDSP,λ=8,8192,1,83508,10.19384765625
RSDSP,λ=8,8192,1,83602,10.205322265625
RSDSP,λ=8,8192,1,102015,12.4530029296875
RSDSP,λ=8,8192,1,101813,12.4283447265625
RSDSP,λ=8,8192,1,83189,10.1549072265625
RSDSP,λ=8,8192,1,92766,11.323974609375
RSDSP,λ=8,8192,1,114345,13.9581298828125
RSDSP,λ=8,8192,1,83754,10.223876953125
RSDSP,λ=8,8192,1,87215,10.6463623046875
RSDSP,λ=8,8192,1,86662,10.578857421875
RSDSP,λ=8,8192,1,94036,11.47900390625
RSDSP,λ=8,8192,1,88304,10.779296875
RSDSP,λ=8,8192,1,92681,11.3135986328125
RSDSP,λ=8,8192,1,93253,11.3834228515625
RSDSP,λ=8,8192,1,82558,10.077880859375
RSDSP,λ=8,8192,1,85950,10.491943359375
RSDSP,λ=8,8192,1,99300,12.12158203125
RSDSP,λ=8,8192,1,100645,12.2857666015625
RSDSP,λ=8,8192,1,93622,11.428466796875
RSDSP,λ=8,8192,1,93014,11.354248046875
RSDSP,λ=8,8192,1,111097,13.5616455078125
RSDSP,λ=8,8192,1,86903,10.6082763671875
RSDSP,λ=8,8192,1,92411,11.2806396484375
RSDSP,λ=8,8192,1,89308,10.90185546875
RSDSP,λ=8,8192,1,90297,11.0225830078125
RSDSP,λ=8,8192,1,81979,10.0072021484375
RSDSP,λ=8,8192,1,81358,9.931396484375
RSDSP,λ=8,8192,1,87931,10.7337646484375
RSDSP,λ=8,8192,1,96783,11.8143310546875
RSDSP,λ=8,8192,1,87130,10.635986328125
RSDSP,λ=8,8192,1,91962,11.225830078125
RSDSP,λ=8,8192,1,97249,11.8712158203125
RSDSP,λ=8,8192,1,84924,10.36669921875
RSDSP,λ=8,8192,1,96254,11.749755859375
RSDSP,λ=8,8192,1,103177,12.5948486328125
RSDSP,λ=8,8192,1,92869,11.3365478515625
RSDSP,λ=8,8192,1,86467,10.5550537109375
RSDSP,λ=8,8192,1,95603,11.6702880859375
RSDSP,λ=8,8192,1,119094,14.537841796875
RSDSP,λ=8,8192,1,88831,10.8436279296875
RSDSP,λ=8,8192,1,79984,9.763671875
RSDSP,λ=8,8192,1,115053,14.0445556640625
RSDSP,λ=8,8192,1,98066,11.970947265625
RSDSP,λ=8,8192,1,93930,11.466064453125
RSDSP,λ=8,8192,1,90126,11.001708984375
RSDSP,λ=8,8192,1,95740,11.68701171875
RSDSP,λ=8,8192,1,85535,10.4412841796875
RSDSP,λ=8,8192,1,83633,10.2091064453125
RSDSP,λ=8,8192,1,95186,11.619384765625
RSDSP,λ=8,8192,1,98400,12.01171875
RSDSP,λ=8,8192,1,84771,10.3480224609375
RSDSP,λ=8,8192,1,85226,10.403564453125
RSDSP,λ=8,8192,1,107662,13.142333984375
RSDSP,λ=8,8192,1,85189,10.3990478515625
RSDSP,λ=8,8192,1,81304,9.9248046875
RSDSP,λ=8,8192,1,91939,11.2230224609375
RSDSP,λ=8,8192,1,85519,10.4393310546875
RSDSP,λ=8,8192,1,89003,10.8646240234375
RSDSP,λ=8,8192,1,87088,10.630859375
RSDSP,λ=8,8192,1,92633,11.3077392578125
RSDSP,λ=8,8192,1,81578,9.958251953125
RSDSP,λ=8,8192,1,90170,11.007080078125
RSDSP,λ=8,8192,1,94084,11.48486328125
RSDSP,λ=8,8192,1,86779,10.5931396484375
RSDSP,λ=8,8192,1,85846,10.479248046875
RSDSP,λ=8,8192,1,83149,10.1500244140625
RSDSP,λ=8,8192,1,90834,11.088134765625
RSDSP,λ=8,8192,1,80186,9.788330078125
RSDSP,λ=8,8192,1,98517,12.0260009765625
RSDSP,λ=8,8192,1,90739,11.0765380859375
RSDSP,λ=8,8192,1,86173,10.5191650390625
RSDSP,λ=8,8192,1,93214,11.378662109375
RSDSP,λ=8,8192,1,83993,10.2530517578125
RSDSP,λ=8,8192,1,109118,13.320068359375
RSDSP,λ=8,8192,1,84441,10.3077392578125
RRDSP,λ=8,8192,1,65669,8.0162353515625
RRDSP,λ=8,8192,1,86719,10.5858154296875
RRDSP,λ=8,8192,1,65169,7.9552001953125
RRDSP,λ=8,8192,1,66175,8.0780029296875
RRDSP,λ=8,8192,1,63022,7.693115234375
RRDSP,λ=8,8192,1,71462,8.723388671875
RRDSP,λ=8,8192,1,60533,7.3892822265625
RRDSP,λ=8,8192,1,60382,7.370849609375
RRDSP,λ=8,8192,1,70053,8.5513916015625
RRDSP,λ=8,8192,1,65336,7.9755859375
RRDSP,λ=8,8192,1,61545,7.5128173828125
RRDSP,λ=8,8192,1,64167,7.8328857421875
RRDSP,λ=8,8192,1,59266,7.234619140625
RRDSP,λ=8,8192,1,62413,7.6187744140625
RRDSP,λ=8,8192,1,62496,7.62890625
RRDSP,λ=8,8192,1,60098,7.336181640625
RRDSP,λ=8,8192,1,64388,7.85986328125
RRDSP,λ=8,8192,1,59528,7.2666015625
RRDSP,λ=8,8192,1,60314,7.362548828125
RRDSP,λ=8,8192,1,76536,9.3427734375
RRDSP,λ=8,8192,1,66369,8.1016845703125
RRDSP,λ=8,8192,1,70440,8.5986328125
RRDSP,λ=8,8192,1,64607,7.8865966796875
RRDSP,λ=8,8192,1,61798,7.543701171875
RRDSP,λ=8,8192,1,63094,7.701904296875
RRDSP,λ=8,8192,1,61721,7.5343017578125
RRDSP,λ=8,8192,1,69460,8.47900390625
RRDSP,λ=8,8192,1,60428,7.37646484375
RRDSP,λ=8,8192,1,74067,9.0413818359375
RRDSP,λ=8,8192,1,70522,8.608642578125
RRDSP,λ=8,8192,1,75023,9.1580810546875
RRDSP,λ=8,8192,1,60408,7.3740234375
RRDSP,λ=8,8192,1,63309,7.7281494140625
RRDSP,λ=8,8192,1,60013,7.3258056640625
RRDSP,λ=8,8192,1,61478,7.504638671875
RRDSP,λ=8,8192,1,65704,8.0205078125
RRDSP,λ=8,8192,1,68160,8.3203125
RRDSP,λ=8,8192,1,69768,8.5166015625
RRDSP,λ=8,8192,1,75411,9.2054443359375
RRDSP,λ=8,8192,1,63191,7.7137451171875
RRDSP,λ=8,8192,1,65797,8.0318603515625
RRDSP,λ=8,8192,1,66151,8.0750732421875
RRDSP,λ=8,8192,1,65225,7.9620361328125
RRDSP,λ=8,8192,1,65176,7.9560546875
RRDSP,λ=8,8192,1,66749,8.1480712890625
RRDSP,λ=8,8192,1,61700,7.53173828125
RRDSP,λ=8,8192,1,59330,7.242431640625
RRDSP,λ=8,8192,1,63958,7.807373046875
RRDSP,λ=8,8192,1,66471,8.1141357421875
RRDSP,λ=8,8192,1,64454,7.867919921875
RRDSP,λ=8,8192,1,61162,7.466064453125
RRDSP,λ=8,8192,1,67664,8.259765625
RRDSP,λ=8,8192,1,67291,8.2142333984375
RRDSP,λ=8,8192,1,66461,8.1129150390625
RRDSP,λ=8,8192,1,65697,8.0196533203125
RRDSP,λ=8,8192,1,59755,7.2943115234375
RRDSP,λ=8,8192,1,60806,7.422607421875
RRDSP,λ=8,8192,1,62087,7.5789794921875
RRDSP,λ=8,8192,1,70258,8.576416015625
RRDSP,λ=8,8192,1,67888,8.287109375
RRDSP,λ=8,8192,1,63543,7.7567138671875
RRDSP,λ=8,8192,1,70807,8.6434326171875
RRDSP,λ=8,8192,1,69007,8.4237060546875
RRDSP,λ=8,8192,1,63210,7.716064453125
RRDSP,λ=8,8192,1,66139,8.0736083984375
RRDSP,λ=8,8192,1,64299,7.8489990234375
RRDSP,λ=8,8192,1,66647,8.1356201171875
RRDSP,λ=8,8192,1,65684,8.01806640625
RRDSP,λ=8,8192,1,60955,7.4407958984375
RRDSP,λ=8,8192,1,74915,9.1448974609375
RRDSP,λ=8,8192,1,65038,7.939208984375
RRDSP,λ=8,8192,1,61403,7.4954833984375
RRDSP,λ=8,8192,1,61339,7.4876708984375
RRDSP,λ=8,8192,1,72411,8.8392333984375
RRDSP,λ=8,8192,1,59576,7.2724609375
RRDSP,λ=8,8192,1,71100,8.67919921875
RRDSP,λ=8,8192,1,73941,9.0260009765625
RRDSP,λ=8,8192,1,59892,7.31103515625
RRDSP,λ=8,8192,1,63101,7.7027587890625
RRDSP,λ=8,8192,1,72121,8.8038330078125
RRDSP,λ=8,8192,1,74185,9.0557861328125
RRDSP,λ=8,8192,1,57772,7.05224609375
RRDSP,λ=8,8192,1,61113,7.4600830078125
RRDSP,λ=8,8192,1,58985,7.2003173828125
RRDSP,λ=8,8192,1,64589,7.8843994140625
RRDSP,λ=8,8192,1,61570,7.515869140625
RRDSP,λ=8,8192,1,66419,8.1077880859375
RRDSP,λ=8,8192,1,61498,7.507080078125
RRDSP,λ=8,8192,1,63691,7.7747802734375
RRDSP,λ=8,8192,1,73951,9.0272216796875
RRDSP,λ=8,8192,1,60347,7.3665771484375
RRDSP,λ=8,8192,1,66515,8.1195068359375
RRDSP,λ=8,8192,1,59602,7.275634765625
RRDSP,λ=8,8192,1,60732,7.41357421875
RRDSP,λ=8,8192,1,57266,6.990478515625
RRDSP,λ=8,8192,1,66035,8.0609130859375
RRDSP,λ=8,8192,1,67137,8.1954345703125
RRDSP,λ=8,8192,1,64193,7.8360595703125
RRDSP,λ=8,8192,1,63660,7.77099609375
RRDSP,λ=8,8192,1,71180,8.68896484375
RHDSP,λ=8,8192,1,63313,7.7286376953125
RHDSP,λ=8,8192,1,65442,7.988525390625
RHDSP,λ=8,8192,1,72286,8.823974609375
RHDSP,λ=8,8192,1,60985,7.4444580078125
RHDSP,λ=8,8192,1,62398,7.616943359375
RHDSP,λ=8,8192,1,65527,7.9989013671875
RHDSP,λ=8,8192,1,58606,7.154052734375
RHDSP,λ=8,8192,1,64495,7.8729248046875
RHDSP,λ=8,8192,1,64234,7.841064453125
RHDSP,λ=8,8192,1,62301,7.6051025390625
RHDSP,λ=8,8192,1,64556,7.88037109375
RHDSP,λ=8,8192,1,72416,8.83984375
RHDSP,λ=8,8192,1,65752,8.0263671875
RHDSP,λ=8,8192,1,60595,7.3968505859375
RHDSP,λ=8,8192,1,62717,7.6558837890625
RHDSP,λ=8,8192,1,66432,8.109375
RHDSP,λ=8,8192,1,65222,7.961669921875
RHDSP,λ=8,8192,1,56713,6.9229736328125
RHDSP,λ=8,8192,1,64950,7.928466796875
RHDSP,λ=8,8192,1,56652,6.91552734375
RHDSP,λ=8,8192,1,67203,8.2034912109375
RHDSP,λ=8,8192,1,69303,8.4598388671875
RHDSP,λ=8,8192,1,62336,7.609375
RHDSP,λ=8,8192,1,66918,8.168701171875
RHDSP,λ=8,8192,1,59061,7.2095947265625
RHDSP,λ=8,8192,1,70755,8.6370849609375
RHDSP,λ=8,8192,1,67603,8.2523193359375
RHDSP,λ=8,8192,1,71691,8.7513427734375
RHDSP,λ=8,8192,1,67561,8.2471923828125
RHDSP,λ=8,8192,1,63474,7.748291015625
RHDSP,λ=8,8192,1,68225,8.3282470703125
RHDSP,λ=8,8192,1,63697,7.7755126953125
RHDSP,λ=8,8192,1,97158,11.860107421875
RHDSP,λ=8,8192,1,66836,8.15869140625
RHDSP,λ=8,8192,1,60640,7.40234375
RHDSP,λ=8,8192,1,62171,7.5892333984375
RHDSP,λ=8,8192,1,66510,8.118896484375
RHDSP,λ=8,8192,1,66409,8.1065673828125
RHDSP,λ=8,8192,1,64587,7.8841552734375
RHDSP,λ=8,8192,1,62573,7.6383056640625
RHDSP,λ=8,8192,1,62747,7.6595458984375
RHDSP,λ=8,8192,1,71572,8.73681640625
RHDSP,λ=8,8192,1,67662,8.259521484375
RHDSP,λ=8,8192,1,61983,7.5662841796875
RHDSP,λ=8,8192,1,72880,8.896484375
RHDSP,λ=8,8192,1,62900,7.67822265625
RHDSP,λ=8,8192,1,58272,7.11328125
RHDSP,λ=8,8192,1,72739,8.8792724609375
RHDSP,λ=8,8192,1,76056,9.2841796875
RHDSP,λ=8,8192,1,65816,8.0341796875
RHDSP,λ=8,8192,1,62511,7.6307373046875
RHDSP,λ=8,8192,1,62627,7.6448974609375
RHDSP,λ=8,8192,1,70141,8.5621337890625
RHDSP,λ=8,8192,1,67715,8.2659912109375
RHDSP,λ=8,8192,1,60257,7.3555908203125
RHDSP,λ=8,8192,1,63248,7.720703125
RHDSP,λ=8,8192,1,62903,7.6785888671875
RHDSP,λ=8,8192,1,79376,9.689453125
RHDSP,λ=8,8192,1,61902,7.556396484375
RHDSP,λ=8,8192,1,61412,7.49658203125
RHDSP,λ=8,8192,1,61741,7.5367431640625
RHDSP,λ=8,8192,1,62697,7.6534423828125
RHDSP,λ=8,8192,1,56757,6.9283447265625
RHDSP,λ=8,8192,1,62973,7.6871337890625
RHDSP,λ=8,8192,1,65248,7.96484375
RHDSP,λ=8,8192,1,62917,7.6802978515625
RHDSP,λ=8,8192,1,68232,8.3291015625
RHDSP,λ=8,8192,1,59125,7.2174072265625
RHDSP,λ=8,8192,1,76204,9.30224609375
RHDSP,λ=8,8192,1,59988,7.32275390625
RHDSP,λ=8,8192,1,63447,7.7449951171875
RHDSP,λ=8,8192,1,62822,7.668701171875
RHDSP,λ=8,8192,1,59481,7.2608642578125
RHDSP,λ=8,8192,1,68538,8.366455078125
RHDSP,λ=8,8192,1,63076,7.69970703125
RHDSP,λ=8,8192,1,62877,7.6754150390625
RHDSP,λ=8,8192,1,61620,7.52197265625
RHDSP,λ=8,8192,1,61027,7.4495849609375
RHDSP,λ=8,8192,1,61116,7.46044921875
RHDSP,λ=8,8192,1,65042,7.939697265625
RHDSP,λ=8,8192,1,68264,8.3330078125
RHDSP,λ=8,8192,1,59545,7.2686767578125
RHDSP,λ=8,8192,1,66278,8.090576171875
RHDSP,λ=8,8192,1,66200,8.0810546875
RHDSP,λ=8,8192,1,64953,7.9288330078125
RHDSP,λ=8,8192,1,59509,7.2642822265625
RHDSP,λ=8,8192,1,61671,7.5281982421875
RHDSP,λ=8,8192,1,60172,7.34521484375
RHDSP,λ=8,8192,1,62078,7.577880859375
RHDSP,λ=8,8192,1,60285,7.3590087890625
RHDSP,λ=8,8192,1,66271,8.0897216796875
RHDSP,λ=8,8192,1,65686,8.018310546875
RHDSP,λ=8,8192,1,73050,8.917236328125
RHDSP,λ=8,8192,1,76548,9.34423828125
RHDSP,λ=8,8192,1,79517,9.7066650390625
RHDSP,λ=8,8192,1,61927,7.5594482421875
RHDSP,λ=8,8192,1,57062,6.965576171875
RHDSP,λ=8,8192,1,63304,7.7275390625
RHDSP,λ=8,8192,1,59786,7.298095703125
RHDSP,λ=8,8192,1,75755,9.2474365234375
RHLSP,λ=8,8192,1,65243,7.9642333984375
RHLSP,λ=8,8192,1,60076,7.33349609375
RHLSP,λ=8,8192,1,61976,7.5654296875
RHLSP,λ=8,8192,1,58985,7.2003173828125
RHLSP,λ=8,8192,1,78219,9.5482177734375
RHLSP,λ=8,8192,1,67010,8.179931640625
RHLSP,λ=8,8192,1,65941,8.0494384765625
RHLSP,λ=8,8192,1,58715,7.1673583984375
RHLSP,λ=8,8192,1,65076,7.94384765625
RHLSP,λ=8,8192,1,72607,8.8631591796875
RHLSP,λ=8,8192,1,66609,8.1309814453125
RHLSP,λ=8,8192,1,70045,8.5504150390625
RHLSP,λ=8,8192,1,67507,8.2406005859375
RHLSP,λ=8,8192,1,62052,7.57470703125
RHLSP,λ=8,8192,1,69698,8.508056640625
RHLSP,λ=8,8192,1,61503,7.5076904296875
RHLSP,λ=8,8192,1,65871,8.0408935546875
RHLSP,λ=8,8192,1,68519,8.3641357421875
RHLSP,λ=8,8192,1,73821,9.0113525390625
RHLSP,λ=8,8192,1,57137,6.9747314453125
RHLSP,λ=8,8192,1,58326,7.119873046875
RHLSP,λ=8,8192,1,61566,7.515380859375
RHLSP,λ=8,8192,1,65048,7.9404296875
RHLSP,λ=8,8192,1,63843,7.7933349609375
RHLSP,λ=8,8192,1,59969,7.3204345703125
RHLSP,λ=8,8192,1,70462,8.601318359375
RHLSP,λ=8,8192,1,67860,8.28369140625
RHLSP,λ=8,8192,1,73196,8.93505859375
RHLSP,λ=8,8192,1,60650,7.403564453125
RHLSP,λ=8,8192,1,64645,7.8912353515625
RHLSP,λ=8,8192,1,65592,8.0068359375
RHLSP,λ=8,8192,1,59396,7.25048828125
RHLSP,λ=8,8192,1,72564,8.85791015625
RHLSP,λ=8,8192,1,66260,8.08837890625
RHLSP,λ=8,8192,1,66075,8.0657958984375
RHLSP,λ=8,8192,1,66961,8.1739501953125
RHLSP,λ=8,8192,1,67905,8.2891845703125
RHLSP,λ=8,8192,1,60156,7.34326171875
RHLSP,λ=8,8192,1,60702,7.409912109375
RHLSP,λ=8,8192,1,59157,7.2213134765625
RHLSP,λ=8,8192,1,61326,7.486083984375
RHLSP,λ=8,8192,1,63487,7.7498779296875
RHLSP,λ=8,8192,1,62418,7.619384765625
RHLSP,λ=8,8192,1,67907,8.2894287109375
RHLSP,λ=8,8192,1,67899,8.2884521484375
RHLSP,λ=8,8192,1,60293,7.3599853515625
RHLSP,λ=8,8192,1,62544,7.634765625
RHLSP,λ=8,8192,1,61605,7.5201416015625
RHLSP,λ=8,8192,1,62447,7.6229248046875
RHLSP,λ=8,8192,1,65146,7.952392578125
RHLSP,λ=8,8192,1,67166,8.198974609375
RHLSP,λ=8,8192,1,62268,7.60107421875
RHLSP,λ=8,8192,1,59013,7.2037353515625
RHLSP,λ=8,8192,1,61154,7.465087890625
RHLSP,λ=8,8192,1,68208,8.326171875
RHLSP,λ=8,8192,1,62675,7.6507568359375
RHLSP,λ=8,8192,1,65594,8.007080078125
RHLSP,λ=8,8192,1,61450,7.501220703125
RHLSP,λ=8,8192,1,69733,8.5123291015625
RHLSP,λ=8,8192,1,57121,6.9727783203125
RHLSP,λ=8,8192,1,72526,8.853271484375
RHLSP,λ=8,8192,1,68177,8.3223876953125
RHLSP,λ=8,8192,1,58018,7.082275390625
RHLSP,λ=8,8192,1,63123,7.7054443359375
RHLSP,λ=8,8192,1,68821,8.4010009765625
RHLSP,λ=8,8192,1,63581,7.7613525390625
RHLSP,λ=8,8192,1,61165,7.4664306640625
RHLSP,λ=8,8192,1,56751,6.9276123046875
RHLSP,λ=8,8192,1,68170,8.321533203125
RHLSP,λ=8,8192,1,68850,8.404541015625
RHLSP,λ=8,8192,1,67453,8.2340087890625
RHLSP,λ=8,8192,1,82646,10.088623046875
RHLSP,λ=8,8192,1,61872,7.552734375
RHLSP,λ=8,8192,1,62929,7.6817626953125
RHLSP,λ=8,8192,1,64243,7.8421630859375
RHLSP,λ=8,8192,1,65682,8.017822265625
RHLSP,λ=8,8192,1,64875,7.9193115234375
RHLSP,λ=8,8192,1,59131,7.2181396484375
RHLSP,λ=8,8192,1,64763,7.9056396484375
RHLSP,λ=8,8192,1,60380,7.37060546875
RHLSP,λ=8,8192,1,58523,7.1439208984375
RHLSP,λ=8,8192,1,62384,7.615234375
RHLSP,λ=8,8192,1,60836,7.42626953125
RHLSP,λ=8,8192,1,68230,8.328857421875
RHLSP,λ=8,8192,1,60279,7.3582763671875
RHLSP,λ=8,8192,1,61061,7.4537353515625
RHLSP,λ=8,8192,1,61824,7.546875
RHLSP,λ=8,8192,1,65998,8.056396484375
RHLSP,λ=8,8192,1,56961,6.9532470703125
RHLSP,λ=8,8192,1,64455,7.8680419921875
RHLSP,λ=8,8192,1,60418,7.375244140625
RHLSP,λ=8,8192,1,67335,8.2196044921875
RHLSP,λ=8,8192,1,60435,7.3773193359375
RHLSP,λ=8,8192,1,64449,7.8673095703125
RHLSP,λ=8,8192,1,74308,9.07080078125
RHLSP,λ=8,8192,1,60453,7.3795166015625
RHLSP,λ=8,8192,1,63468,7.74755859375
RHLSP,λ=8,8192,1,69294,8.458740234375
RHLSP,λ=8,8192,1,62925,7.6812744140625
RHLSP,λ=8,8192,1,59820,7.30224609375
RRLSP,λ=8,8192,1,75273,9.1885986328125
RRLSP,λ=8,8192,1,82754,10.101806640625
RRLSP,λ=8,8192,1,71072,8.67578125
RRLSP,λ=8,8192,1,66057,8.0635986328125
RRLSP,λ=8,8192,1,60838,7.426513671875
RRLSP,λ=8,8192,1,60175,7.3455810546875
RRLSP,λ=8,8192,1,70742,8.635498046875
RRLSP,λ=8,8192,1,59803,7.3001708984375
RRLSP,λ=8,8192,1,59888,7.310546875
RRLSP,λ=8,8192,1,67265,8.2110595703125
RRLSP,λ=8,8192,1,69326,8.462646484375
RRLSP,λ=8,8192,1,63359,7.7342529296875
RRLSP,λ=8,8192,1,62523,7.6322021484375
RRLSP,λ=8,8192,1,74387,9.0804443359375
RRLSP,λ=8,8192,1,68907,8.4114990234375
RRLSP,λ=8,8192,1,56893,6.9449462890625
RRLSP,λ=8,8192,1,71983,8.7869873046875
RRLSP,λ=8,8192,1,63350,7.733154296875
RRLSP,λ=8,8192,1,62084,7.57861328125
RRLSP,λ=8,8192,1,62431,7.6209716796875
RRLSP,λ=8,8192,1,61561,7.5147705078125
RRLSP,λ=8,8192,1,67737,8.2686767578125
RRLSP,λ=8,8192,1,63345,7.7325439453125
RRLSP,λ=8,8192,1,63202,7.715087890625
RRLSP,λ=8,8192,1,60771,7.4183349609375
RRLSP,λ=8,8192,1,64990,7.933349609375
RRLSP,λ=8,8192,1,60917,7.4361572265625
RRLSP,λ=8,8192,1,61691,7.5306396484375
RRLSP,λ=8,8192,1,67827,8.2796630859375
RRLSP,λ=8,8192,1,59912,7.3134765625
RRLSP,λ=8,8192,1,65150,7.952880859375
RRLSP,λ=8,8192,1,60433,7.3770751953125
RRLSP,λ=8,8192,1,73559,8.9793701171875
RRLSP,λ=8,8192,1,65271,7.9676513671875
RRLSP,λ=8,8192,1,62120,7.5830078125
RRLSP,λ=8,8192,1,66385,8.1036376953125
RRLSP,λ=8,8192,1,72541,8.8551025390625
RRLSP,λ=8,8192,1,62915,7.6800537109375
RRLSP,λ=8,8192,1,67510,8.240966796875
RRLSP,λ=8,8192,1,65071,7.9432373046875
RRLSP,λ=8,8192,1,77253,9.4302978515625
RRLSP,λ=8,8192,1,63185,7.7130126953125
RRLSP,λ=8,8192,1,62974,7.687255859375
RRLSP,λ=8,8192,1,81348,9.93017578125
RRLSP,λ=8,8192,1,62747,7.6595458984375
RRLSP,λ=8,8192,1,61786,7.542236328125
RRLSP,λ=8,8192,1,74627,9.1097412109375
RRLSP,λ=8,8192,1,63810,7.789306640625
RRLSP,λ=8,8192,1,66742,8.147216796875
RRLSP,λ=8,8192,1,64651,7.8919677734375
RRLSP,λ=8,8192,1,57957,7.0748291015625
RRLSP,λ=8,8192,1,61883,7.5540771484375
RRLSP,λ=8,8192,1,69458,8.478759765625
RRLSP,λ=8,8192,1,71847,8.7703857421875
RRLSP,λ=8,8192,1,58180,7.10205078125
RRLSP,λ=8,8192,1,77401,9.4483642578125
RRLSP,λ=8,8192,1,60963,7.4417724609375
RRLSP,λ=8,8192,1,67163,8.1986083984375
RRLSP,λ=8,8192,1,70135,8.5614013671875
RRLSP,λ=8,8192,1,61011,7.4476318359375
RRLSP,λ=8,8192,1,65030,7.938232421875
RRLSP,λ=8,8192,1,58808,7.1787109375
RRLSP,λ=8,8192,1,64057,7.8194580078125
RRLSP,λ=8,8192,1,65432,7.9873046875
RRLSP,λ=8,8192,1,74973,9.1519775390625
RRLSP,λ=8,8192,1,64339,7.8538818359375
RRLSP,λ=8,8192,1,80548,9.83251953125
RRLSP,λ=8,8192,1,66552,8.1240234375
RRLSP,λ=8,8192,1,64609,7.8868408203125
RRLSP,λ=8,8192,1,69189,8.4459228515625
RRLSP,λ=8,8192,1,60678,7.406982421875
RRLSP,λ=8,8192,1,63512,7.7529296875
RRLSP,λ=8,8192,1,67136,8.1953125
RRLSP,λ=8,8192,1,62614,7.643310546875
RRLSP,λ=8,8192,1,63196,7.71435546875
RRLSP,λ=8,8192,1,62909,7.6793212890625
RRLSP,λ=8,8192,1,70169,8.5655517578125
RRLSP,λ=8,8192,1,68117,8.3150634765625
RRLSP,λ=8,8192,1,61578,7.516845703125
RRLSP,λ=8,8192,1,68277,8.3345947265625
RRLSP,λ=8,8192,1,63489,7.7501220703125
RRLSP,λ=8,8192,1,77283,9.4339599609375
RRLSP,λ=8,8192,1,68878,8.407958984375
RRLSP,λ=8,8192,1,60174,7.345458984375
RRLSP,λ=8,8192,1,66460,8.11279296875
RRLSP,λ=8,8192,1,67372,8.22412109375
RRLSP,λ=8,8192,1,66840,8.1591796875
RRLSP,λ=8,8192,1,71585,8.7384033203125
RRLSP,λ=8,8192,1,60899,7.4339599609375
RRLSP,λ=8,8192,1,60210,7.349853515625
RRLSP,λ=8,8192,1,59986,7.322509765625
RRLSP,λ=8,8192,1,66658,8.136962890625
RRLSP,λ=8,8192,1,72025,8.7921142578125
RRLSP,λ=8,8192,1,71304,8.7041015625
RRLSP,λ=8,8192,1,63601,7.7637939453125
RRLSP,λ=8,8192,1,63660,7.77099609375
RRLSP,λ=8,8192,1,63526,7.754638671875
RRLSP,λ=8,8192,1,65186,7.957275390625
RRLSP,λ=8,8192,1,61599,7.5194091796875
RRLSP,λ=8,8192,1,66880,8.1640625
RSLSP,λ=8,8192,1,89841,10.9669189453125
RSLSP,λ=8,8192,1,97801,11.9385986328125
RSLSP,λ=8,8192,1,94307,11.5120849609375
RSLSP,λ=8,8192,1,91147,11.1263427734375
RSLSP,λ=8,8192,1,89385,10.9112548828125
RSLSP,λ=8,8192,1,89504,10.92578125
RSLSP,λ=8,8192,1,89580,10.93505859375
RSLSP,λ=8,8192,1,95908,11.70751953125
RSLSP,λ=8,8192,1,91975,11.2274169921875
RSLSP,λ=8,8192,1,90424,11.0380859375
RSLSP,λ=8,8192,1,81720,9.9755859375
RSLSP,λ=8,8192,1,86858,10.602783203125
RSLSP,λ=8,8192,1,107651,13.1409912109375
RSLSP,λ=8,8192,1,88948,10.85791015625
RSLSP,λ=8,8192,1,88747,10.8333740234375
RSLSP,λ=8,8192,1,87108,10.63330078125
RSLSP,λ=8,8192,1,106858,13.044189453125
RSLSP,λ=8,8192,1,106522,13.003173828125
RSLSP,λ=8,8192,1,86101,10.5103759765625
RSLSP,λ=8,8192,1,109588,13.37744140625
RSLSP,λ=8,8192,1,79695,9.7283935546875
RSLSP,λ=8,8192,1,94747,11.5657958984375
RSLSP,λ=8,8192,1,88475,10.8001708984375
RSLSP,λ=8,8192,1,86092,10.50927734375
RSLSP,λ=8,8192,1,86304,10.53515625
RSLSP,λ=8,8192,1,93381,11.3990478515625
RSLSP,λ=8,8192,1,101554,12.396728515625
RSLSP,λ=8,8192,1,100419,12.2581787109375
RSLSP,λ=8,8192,1,93754,11.444580078125
RSLSP,λ=8,8192,1,106035,12.9437255859375
RSLSP,λ=8,8192,1,106203,12.9642333984375
RSLSP,λ=8,8192,1,80309,9.8033447265625
RSLSP,λ=8,8192,1,89921,10.9766845703125
RSLSP,λ=8,8192,1,109294,13.341552734375
RSLSP,λ=8,8192,1,91131,11.1243896484375
RSLSP,λ=8,8192,1,93352,11.3955078125
RSLSP,λ=8,8192,1,103002,12.573486328125
RSLSP,λ=8,8192,1,86240,10.52734375
RSLSP,λ=8,8192,1,114429,13.9683837890625
RSLSP,λ=8,8192,1,99562,12.153564453125
RSLSP,λ=8,8192,1,104454,12.750732421875
RSLSP,λ=8,8192,1,116072,14.1689453125
RSLSP,λ=8,8192,1,110803,13.5257568359375
RSLSP,λ=8,8192,1,98990,12.083740234375
RSLSP,λ=8,8192,1,96262,11.750732421875
RSLSP,λ=8,8192,1,99296,12.12109375
RSLSP,λ=8,8192,1,99577,12.1553955078125
RSLSP,λ=8,8192,1,83763,10.2249755859375
RSLSP,λ=8,8192,1,99363,12.1292724609375
RSLSP,λ=8,8192,1,90434,11.039306640625
RSLSP,λ=8,8192,1,99228,12.11279296875
RSLSP,λ=8,8192,1,92445,11.2847900390625
RSLSP,λ=8,8192,1,89307,10.9017333984375
RSLSP,λ=8,8192,1,97130,11.856689453125
RSLSP,λ=8,8192,1,102189,12.4742431640625
RSLSP,λ=8,8192,1,92214,11.256591796875
RSLSP,λ=8,8192,1,83493,10.1920166015625
RSLSP,λ=8,8192,1,90025,10.9893798828125
RSLSP,λ=8,8192,1,100283,12.2415771484375
RSLSP,λ=8,8192,1,80901,9.8756103515625
RSLSP,λ=8,8192,1,86918,10.610107421875
RSLSP,λ=8,8192,1,90877,11.0933837890625
RSLSP,λ=8,8192,1,86538,10.563720703125
RSLSP,λ=8,8192,1,96207,11.7440185546875
RSLSP,λ=8,8192,1,80787,9.8616943359375
RSLSP,λ=8,8192,1,113522,13.857666015625
RSLSP,λ=8,8192,1,91468,11.16552734375
RSLSP,λ=8,8192,1,80605,9.8394775390625
RSLSP,λ=8,8192,1,88858,10.846923828125
RSLSP,λ=8,8192,1,99000,12.0849609375
RSLSP,λ=8,8192,1,97745,11.9317626953125
RSLSP,λ=8,8192,1,93160,11.3720703125
RSLSP,λ=8,8192,1,117950,14.398193359375
RSLSP,λ=8,8192,1,85465,10.4327392578125
RSLSP,λ=8,8192,1,108267,13.2161865234375
RSLSP,λ=8,8192,1,91074,11.117431640625
RSLSP,λ=8,8192,1,86036,10.50244140625
RSLSP,λ=8,8192,1,92733,11.3199462890625
RSLSP,λ=8,8192,1,89036,10.86865234375
RSLSP,λ=8,8192,1,94383,11.5213623046875
RSLSP,λ=8,8192,1,94847,11.5780029296875
RSLSP,λ=8,8192,1,88119,10.7567138671875
RSLSP,λ=8,8192,1,97629,11.9176025390625
RSLSP,λ=8,8192,1,98490,12.022705078125
RSLSP,λ=8,8192,1,97212,11.86669921875
RSLSP,λ=8,8192,1,86405,10.5474853515625
RSLSP,λ=8,8192,1,94346,11.516845703125
RSLSP,λ=8,8192,1,93388,11.39990234375
RSLSP,λ=8,8192,1,89389,10.9117431640625
RSLSP,λ=8,8192,1,86758,10.590576171875
RSLSP,λ=8,8192,1,100890,12.315673828125
RSLSP,λ=8,8192,1,87746,10.711181640625
RSLSP,λ=8,8192,1,94933,11.5885009765625
RSLSP,λ=8,8192,1,82823,10.1102294921875
RSLSP,λ=8,8192,1,94440,11.5283203125
RSLSP,λ=8,8192,1,99606,12.158935546875
RSLSP,λ=8,8192,1,88116,10.75634765625
RSLSP,λ=8,8192,1,94452,11.52978515625
RSLSP,λ=8,8192,1,101680,12.412109375
RSLSP,λ=8,8192,1,98101,11.9752197265625
RSDMP,λ=8,8192,1,86600,10.5712890625
RSDMP,λ=8,8192,1,104331,12.7357177734375
RSDMP,λ=8,8192,1,101350,12.371826171875
RSDMP,λ=8,8192,1,80470,9.822998046875
RSDMP,λ=8,8192,1,98094,11.974365234375
RSDMP,λ=8,8192,1,87957,10.7369384765625
RSDMP,λ=8,8192,1,82510,10.072021484375
RSDMP,λ=8,8192,1,84582,10.324951171875
RSDMP,λ=8,8192,1,87269,10.6529541015625
RSDMP,λ=8,8192,1,85015,10.3778076171875
RSDMP,λ=8,8192,1,91551,11.1756591796875
RSDMP,λ=8,8192,1,88449,10.7969970703125
RSDMP,λ=8,8192,1,98748,12.05419921875
RSDMP,λ=8,8192,1,93136,11.369140625
RSDMP,λ=8,8192,1,85368,10.4208984375
RSDMP,λ=8,8192,1,89709,10.9508056640625
RSDMP,λ=8,8192,1,91679,11.1912841796875
RSDMP,λ=8,8192,1,89380,10.91064453125
RSDMP,λ=8,8192,1,84917,10.3658447265625
RSDMP,λ=8,8192,1,118764,14.49755859375
RSDMP,λ=8,8192,1,82707,10.0960693359375
RSDMP,λ=8,8192,1,88319,10.7811279296875
RSDMP,λ=8,8192,1,83231,10.1600341796875
RSDMP,λ=8,8192,1,100971,12.3255615234375
RSDMP,λ=8,8192,1,77699,9.4847412109375
RSDMP,λ=8,8192,1,95604,11.67041015625
RSDMP,λ=8,8192,1,92283,11.2650146484375
RSDMP,λ=8,8192,1,87391,10.6678466796875
RSDMP,λ=8,8192,1,98316,12.00146484375
RSDMP,λ=8,8192,1,94331,11.5150146484375
RSDMP,λ=8,8192,1,99962,12.202392578125
RSDMP,λ=8,8192,1,79878,9.750732421875
RSDMP,λ=8,8192,1,93158,11.371826171875
RSDMP,λ=8,8192,1,92568,11.2998046875
RSDMP,λ=8,8192,1,136905,16.7120361328125
RSDMP,λ=8,8192,1,82974,10.128662109375
RSDMP,λ=8,8192,1,85875,10.4827880859375
RSDMP,λ=8,8192,1,84332,10.29443359375
RSDMP,λ=8,8192,1,98048,11.96875
RSDMP,λ=8,8192,1,103386,12.620361328125
RSDMP,λ=8,8192,1,83207,10.1571044921875
RSDMP,λ=8,8192,1,89555,10.9320068359375
RSDMP,λ=8,8192,1,85057,10.3829345703125
RSDMP,λ=8,8192,1,95028,11.60009765625
RSDMP,λ=8,8192,1,85853,10.4801025390625
RSDMP,λ=8,8192,1,90860,11.09130859375
RSDMP,λ=8,8192,1,88335,10.7830810546875
RSDMP,λ=8,8192,1,99667,12.1663818359375
RSDMP,λ=8,8192,1,92867,11.3363037109375
RSDMP,λ=8,8192,1,81955,10.0042724609375
RSDMP,λ=8,8192,1,85715,10.4632568359375
RSDMP,λ=8,8192,1,93244,11.38232421875
RSDMP,λ=8,8192,1,84635,10.3314208984375
RSDMP,λ=8,8192,1,93390,11.400146484375
RSDMP,λ=8,8192,1,111733,13.6392822265625
RSDMP,λ=8,8192,1,83783,10.2274169921875
RSDMP,λ=8,8192,1,82560,10.078125
RSDMP,λ=8,8192,1,94715,11.5618896484375
RSDMP,λ=8,8192,1,100708,12.29345703125
RSDMP,λ=8,8192,1,97439,11.8944091796875
RSDMP,λ=8,8192,1,90397,11.0347900390625
RSDMP,λ=8,8192,1,83187,10.1546630859375
RSDMP,λ=8,8192,1,75925,9.2681884765625
RSDMP,λ=8,8192,1,84818,10.353759765625
RSDMP,λ=8,8192,1,101955,12.4456787109375
RSDMP,λ=8,8192,1,93483,11.4114990234375
RSDMP,λ=8,8192,1,81249,9.9180908203125
RSDMP,λ=8,8192,1,90624,11.0625
RSDMP,λ=8,8192,1,86771,10.5921630859375
RSDMP,λ=8,8192,1,119776,14.62109375
RSDMP,λ=8,8192,1,90477,11.0445556640625
RSDMP,λ=8,8192,1,87491,10.6800537109375
RSDMP,λ=8,8192,1,79002,9.643798828125
RSDMP,λ=8,8192,1,96662,11.799560546875
RSDMP,λ=8,8192,1,94728,11.5634765625
RSDMP,λ=8,8192,1,98090,11.973876953125
RSDMP,λ=8,8192,1,93113,11.3663330078125
RSDMP,λ=8,8192,1,86482,10.556884765625
RSDMP,λ=8,8192,1,85878,10.483154296875
RSDMP,λ=8,8192,1,91573,11.1783447265625
RSDMP,λ=8,8192,1,84668,10.33544921875
RSDMP,λ=8,8192,1,91847,11.2117919921875
RSDMP,λ=8,8192,1,100280,12.2412109375
RSDMP,λ=8,8192,1,99287,12.1199951171875
RSDMP,λ=8,8192,1,92244,11.26025390625
RSDMP,λ=8,8192,1,87488,10.6796875
RSDMP,λ=8,8192,1,89378,10.910400390625
RSDMP,λ=8,8192,1,95012,11.59814453125
RSDMP,λ=8,8192,1,85323,10.4154052734375
RSDMP,λ=8,8192,1,101355,12.3724365234375
RSDMP,λ=8,8192,1,94650,11.553955078125
RSDMP,λ=8,8192,1,80267,9.7982177734375
RSDMP,λ=8,8192,1,76435,9.3304443359375
RSDMP,λ=8,8192,1,129517,15.8101806640625
RSDMP,λ=8,8192,1,102138,12.468017578125
RSDMP,λ=8,8192,1,106090,12.950439453125
RSDMP,λ=8,8192,1,93927,11.4656982421875
RSDMP,λ=8,8192,1,98790,12.059326171875
RSDMP,λ=8,8192,1,95978,11.716064453125
RSDMP,λ=8,8192,1,87919,10.7322998046875
RRDMP,λ=8,8192,1,72063,8.7967529296875
RRDMP,λ=8,8192,1,71179,8.6888427734375
RRDMP,λ=8,8192,1,69081,8.4327392578125
RRDMP,λ=8,8192,1,66073,8.0655517578125
RRDMP,λ=8,8192,1,60781,7.4195556640625
RRDMP,λ=8,8192,1,68402,8.349853515625
RRDMP,λ=8,8192,1,64540,7.87841796875
RRDMP,λ=8,8192,1,65663,8.0155029296875
RRDMP,λ=8,8192,1,68776,8.3955078125
RRDMP,λ=8,8192,1,67010,8.179931640625
RRDMP,λ=8,8192,1,61025,7.4493408203125
RRDMP,λ=8,8192,1,61426,7.498291015625
RRDMP,λ=8,8192,1,63728,7.779296875
RRDMP,λ=8,8192,1,66027,8.0599365234375
RRDMP,λ=8,8192,1,67089,8.1895751953125
RRDMP,λ=8,8192,1,65142,7.951904296875
RRDMP,λ=8,8192,1,66440,8.1103515625
RRDMP,λ=8,8192,1,64177,7.8341064453125
RRDMP,λ=8,8192,1,76317,9.3160400390625
RRDMP,λ=8,8192,1,74529,9.0977783203125
RRDMP,λ=8,8192,1,65627,8.0111083984375
RRDMP,λ=8,8192,1,64612,7.88720703125
RRDMP,λ=8,8192,1,67652,8.25830078125
RRDMP,λ=8,8192,1,61618,7.521728515625
RRDMP,λ=8,8192,1,69038,8.427490234375
RRDMP,λ=8,8192,1,64085,7.8228759765625
RRDMP,λ=8,8192,1,60743,7.4149169921875
RRDMP,λ=8,8192,1,66965,8.1744384765625
RRDMP,λ=8,8192,1,73815,9.0106201171875
RRDMP,λ=8,8192,1,79981,9.7633056640625
RRDMP,λ=8,8192,1,66194,8.080322265625
RRDMP,λ=8,8192,1,62111,7.5819091796875
RRDMP,λ=8,8192,1,59648,7.28125
RRDMP,λ=8,8192,1,66661,8.1373291015625
RRDMP,λ=8,8192,1,67200,8.203125
RRDMP,λ=8,8192,1,63119,7.7049560546875
RRDMP,λ=8,8192,1,81149,9.9058837890625
RRDMP,λ=8,8192,1,66541,8.1226806640625
RRDMP,λ=8,8192,1,64642,7.890869140625
RRDMP,λ=8,8192,1,67344,8.220703125
RRDMP,λ=8,8192,1,60140,7.34130859375
RRDMP,λ=8,8192,1,72874,8.895751953125
RRDMP,λ=8,8192,1,72678,8.871826171875
RRDMP,λ=8,8192,1,67891,8.2874755859375
RRDMP,λ=8,8192,1,63861,7.7955322265625
RRDMP,λ=8,8192,1,74473,9.0909423828125
RRDMP,λ=8,8192,1,64531,7.8773193359375
RRDMP,λ=8,8192,1,63472,7.748046875
RRDMP,λ=8,8192,1,67195,8.2025146484375
RRDMP,λ=8,8192,1,65586,8.006103515625
RRDMP,λ=8,8192,1,67247,8.2088623046875
RRDMP,λ=8,8192,1,67111,8.1922607421875
RRDMP,λ=8,8192,1,73174,8.932373046875
RRDMP,λ=8,8192,1,72762,8.882080078125
RRDMP,λ=8,8192,1,65199,7.9588623046875
RRDMP,λ=8,8192,1,73988,9.03173828125
RRDMP,λ=8,8192,1,73265,8.9434814453125
RRDMP,λ=8,8192,1,63210,7.716064453125
RRDMP,λ=8,8192,1,71350,8.709716796875
RRDMP,λ=8,8192,1,68371,8.3460693359375
RRDMP,λ=8,8192,1,68400,8.349609375
RRDMP,λ=8,8192,1,63864,7.7958984375
RRDMP,λ=8,8192,1,61926,7.559326171875
RRDMP,λ=8,8192,1,67527,8.2430419921875
RRDMP,λ=8,8192,1,61547,7.5130615234375
RRDMP,λ=8,8192,1,65420,7.98583984375
RRDMP,λ=8,8192,1,65021,7.9371337890625
RRDMP,λ=8,8192,1,63082,7.700439453125
RRDMP,λ=8,8192,1,70199,8.5692138671875
RRDMP,λ=8,8192,1,76829,9.3785400390625
RRDMP,λ=8,8192,1,77348,9.44189453125
RRDMP,λ=8,8192,1,66327,8.0965576171875
RRDMP,λ=8,8192,1,73361,8.9552001953125
RRDMP,λ=8,8192,1,63076,7.69970703125
RRDMP,λ=8,8192,1,66889,8.1651611328125
RRDMP,λ=8,8192,1,65258,7.966064453125
RRDMP,λ=8,8192,1,69207,8.4481201171875
RRDMP,λ=8,8192,1,67665,8.2598876953125
RRDMP,λ=8,8192,1,61734,7.535888671875
RRDMP,λ=8,8192,1,64344,7.8544921875
RRDMP,λ=8,8192,1,61269,7.4791259765625
RRDMP,λ=8,8192,1,67319,8.2176513671875
RRDMP,λ=8,8192,1,69904,8.533203125
RRDMP,λ=8,8192,1,70475,8.6029052734375
RRDMP,λ=8,8192,1,63531,7.7552490234375
RRDMP,λ=8,8192,1,63409,7.7403564453125
RRDMP,λ=8,8192,1,69225,8.4503173828125
RRDMP,λ=8,8192,1,67228,8.20654296875
RRDMP,λ=8,8192,1,61725,7.5347900390625
RRDMP,λ=8,8192,1,71018,8.669189453125
RRDMP,λ=8,8192,1,66513,8.1192626953125
RRDMP,λ=8,8192,1,70117,8.5592041015625
RRDMP,λ=8,8192,1,64639,7.8905029296875
RRDMP,λ=8,8192,1,67406,8.228271484375
RRDMP,λ=8,8192,1,77655,9.4793701171875
RRDMP,λ=8,8192,1,81798,9.985107421875
RRDMP,λ=8,8192,1,75713,9.2423095703125
RRDMP,λ=8,8192,1,74737,9.1231689453125
RRDMP,λ=8,8192,1,64635,7.8900146484375
RRDMP,λ=8,8192,1,69192,8.4462890625
RHDMP,λ=8,8192,1,81869,9.9937744140625
RHDMP,λ=8,8192,1,66494,8.116943359375
RHDMP,λ=8,8192,1,67377,8.2247314453125
RHDMP,λ=8,8192,1,76803,9.3753662109375
RHDMP,λ=8,8192,1,67454,8.234130859375
RHDMP,λ=8,8192,1,68167,8.3211669921875
RHDMP,λ=8,8192,1,67668,8.26025390625
RHDMP,λ=8,8192,1,71726,8.755615234375
RHDMP,λ=8,8192,1,72708,8.87548828125
RHDMP,λ=8,8192,1,68445,8.3551025390625
RHDMP,λ=8,8192,1,69356,8.46630859375
RHDMP,λ=8,8192,1,70071,8.5535888671875
RHDMP,λ=8,8192,1,77259,9.4310302734375
RHDMP,λ=8,8192,1,63977,7.8096923828125
RHDMP,λ=8,8192,1,68447,8.3553466796875
RHDMP,λ=8,8192,1,77499,9.4603271484375
RHDMP,λ=8,8192,1,64292,7.84814453125
RHDMP,λ=8,8192,1,75251,9.1859130859375
RHDMP,λ=8,8192,1,69621,8.4986572265625
RHDMP,λ=8,8192,1,63276,7.72412109375
RHDMP,λ=8,8192,1,63177,7.7120361328125
RHDMP,λ=8,8192,1,73233,8.9395751953125
RHDMP,λ=8,8192,1,64471,7.8699951171875
RHDMP,λ=8,8192,1,71243,8.6966552734375
RHDMP,λ=8,8192,1,70247,8.5750732421875
RHDMP,λ=8,8192,1,73551,8.9783935546875
RHDMP,λ=8,8192,1,75922,9.267822265625
RHDMP,λ=8,8192,1,64855,7.9168701171875
RHDMP,λ=8,8192,1,74808,9.1318359375
RHDMP,λ=8,8192,1,71669,8.7486572265625
RHDMP,λ=8,8192,1,73243,8.9407958984375
RHDMP,λ=8,8192,1,65417,7.9854736328125
RHDMP,λ=8,8192,1,75999,9.2772216796875
RHDMP,λ=8,8192,1,71296,8.703125
RHDMP,λ=8,8192,1,76028,9.28076171875
RHDMP,λ=8,8192,1,79418,9.694580078125
RHDMP,λ=8,8192,1,81840,9.990234375
RHDMP,λ=8,8192,1,74482,9.092041015625
RHDMP,λ=8,8192,1,62032,7.572265625
RHDMP,λ=8,8192,1,66706,8.142822265625
RHDMP,λ=8,8192,1,72159,8.8084716796875
RHDMP,λ=8,8192,1,63971,7.8089599609375
RHDMP,λ=8,8192,1,75972,9.27392578125
RHDMP,λ=8,8192,1,67749,8.2701416015625
RHDMP,λ=8,8192,1,72617,8.8643798828125
RHDMP,λ=8,8192,1,84220,10.28076171875
RHDMP,λ=8,8192,1,65333,7.9752197265625
RHDMP,λ=8,8192,1,70347,8.5872802734375
RHDMP,λ=8,8192,1,70551,8.6121826171875
RHDMP,λ=8,8192,1,67716,8.26611328125
RHDMP,λ=8,8192,1,75253,9.1861572265625
RHDMP,λ=8,8192,1,66752,8.1484375
RHDMP,λ=8,8192,1,100587,12.2786865234375
RHDMP,λ=8,8192,1,70629,8.6217041015625
RHDMP,λ=8,8192,1,62576,7.638671875
RHDMP,λ=8,8192,1,67173,8.1998291015625
RHDMP,λ=8,8192,1,64099,7.8245849609375
RHDMP,λ=8,8192,1,70866,8.650634765625
RHDMP,λ=8,8192,1,85026,10.379150390625
RHDMP,λ=8,8192,1,80538,9.831298828125
RHDMP,λ=8,8192,1,66007,8.0574951171875
RHDMP,λ=8,8192,1,65744,8.025390625
RHDMP,λ=8,8192,1,72533,8.8541259765625
RHDMP,λ=8,8192,1,74576,9.103515625
RHDMP,λ=8,8192,1,72706,8.875244140625
RHDMP,λ=8,8192,1,64419,7.8636474609375
RHDMP,λ=8,8192,1,60202,7.348876953125
RHDMP,λ=8,8192,1,70204,8.56982421875
RHDMP,λ=8,8192,1,75708,9.24169921875
RHDMP,λ=8,8192,1,66857,8.1612548828125
RHDMP,λ=8,8192,1,70107,8.5579833984375
RHDMP,λ=8,8192,1,65811,8.0335693359375
RHDMP,λ=8,8192,1,64613,7.8873291015625
RHDMP,λ=8,8192,1,74351,9.0760498046875
RHDMP,λ=8,8192,1,75489,9.2149658203125
RHDMP,λ=8,8192,1,74832,9.134765625
RHDMP,λ=8,8192,1,70217,8.5714111328125
RHDMP,λ=8,8192,1,69172,8.44384765625
RHDMP,λ=8,8192,1,74983,9.1531982421875
RHDMP,λ=8,8192,1,71388,8.71435546875
RHDMP,λ=8,8192,1,82854,10.114013671875
RHDMP,λ=8,8192,1,65068,7.94287109375
RHDMP,λ=8,8192,1,70093,8.5562744140625
RHDMP,λ=8,8192,1,65057,7.9415283203125
RHDMP,λ=8,8192,1,75568,9.224609375
RHDMP,λ=8,8192,1,65470,7.991943359375
RHDMP,λ=8,8192,1,65641,8.0128173828125
RHDMP,λ=8,8192,1,68683,8.3841552734375
RHDMP,λ=8,8192,1,65403,7.9837646484375
RHDMP,λ=8,8192,1,85829,10.4771728515625
RHDMP,λ=8,8192,1,71127,8.6824951171875
RHDMP,λ=8,8192,1,69781,8.5181884765625
RHDMP,λ=8,8192,1,87028,10.62353515625
RHDMP,λ=8,8192,1,73050,8.917236328125
RHDMP,λ=8,8192,1,61382,7.492919921875
RHDMP,λ=8,8192,1,66622,8.132568359375
RHDMP,λ=8,8192,1,82256,10.041015625
RHDMP,λ=8,8192,1,75389,9.2027587890625
RHDMP,λ=8,8192,1,69624,8.4990234375
RHDMP,λ=8,8192,1,66537,8.1221923828125
RHLMP,λ=8,8192,1,69002,8.423095703125
RHLMP,λ=8,8192,1,76223,9.3045654296875
RHLMP,λ=8,8192,1,71230,8.695068359375
RHLMP,λ=8,8192,1,64192,7.8359375
RHLMP,λ=8,8192,1,68138,8.317626953125
RHLMP,λ=8,8192,1,68062,8.308349609375
RHLMP,λ=8,8192,1,77008,9.400390625
RHLMP,λ=8,8192,1,70400,8.59375
RHLMP,λ=8,8192,1,70202,8.569580078125
RHLMP,λ=8,8192,1,62443,7.6224365234375
RHLMP,λ=8,8192,1,59998,7.323974609375
RHLMP,λ=8,8192,1,68791,8.3973388671875
RHLMP,λ=8,8192,1,65976,8.0537109375
RHLMP,λ=8,8192,1,70163,8.5648193359375
RHLMP,λ=8,8192,1,66664,8.1376953125
RHLMP,λ=8,8192,1,73745,9.0020751953125
RHLMP,λ=8,8192,1,68447,8.3553466796875
RHLMP,λ=8,8192,1,64177,7.8341064453125
RHLMP,λ=8,8192,1,64990,7.933349609375
RHLMP,λ=8,8192,1,71288,8.7021484375
RHLMP,λ=8,8192,1,68519,8.3641357421875
RHLMP,λ=8,8192,1,63358,7.734130859375
RHLMP,λ=8,8192,1,67889,8.2872314453125
RHLMP,λ=8,8192,1,62831,7.6697998046875
RHLMP,λ=8,8192,1,69680,8.505859375
RHLMP,λ=8,8192,1,62122,7.583251953125
RHLMP,λ=8,8192,1,76010,9.278564453125
RHLMP,λ=8,8192,1,71429,8.7193603515625
RHLMP,λ=8,8192,1,64855,7.9168701171875
RHLMP,λ=8,8192,1,70532,8.60986328125
RHLMP,λ=8,8192,1,72960,8.90625
RHLMP,λ=8,8192,1,72985,8.9093017578125
RHLMP,λ=8,8192,1,73753,9.0030517578125
RHLMP,λ=8,8192,1,64479,7.8709716796875
RHLMP,λ=8,8192,1,76659,9.3577880859375
RHLMP,λ=8,8192,1,65659,8.0150146484375
RHLMP,λ=8,8192,1,71274,8.700439453125
RHLMP,λ=8,8192,1,65703,8.0203857421875
RHLMP,λ=8,8192,1,64645,7.8912353515625
RHLMP,λ=8,8192,1,64893,7.9215087890625
RHLMP,λ=8,8192,1,63029,7.6939697265625
RHLMP,λ=8,8192,1,76304,9.314453125
RHLMP,λ=8,8192,1,64104,7.8251953125
RHLMP,λ=8,8192,1,63835,7.7923583984375
RHLMP,λ=8,8192,1,64797,7.9097900390625
RHLMP,λ=8,8192,1,67344,8.220703125
RHLMP,λ=8,8192,1,79550,9.710693359375
RHLMP,λ=8,8192,1,82472,10.0673828125
RHLMP,λ=8,8192,1,71450,8.721923828125
RHLMP,λ=8,8192,1,72367,8.8338623046875
RHLMP,λ=8,8192,1,65176,7.9560546875
RHLMP,λ=8,8192,1,71801,8.7647705078125
RHLMP,λ=8,8192,1,63984,7.810546875
RHLMP,λ=8,8192,1,70290,8.580322265625
RHLMP,λ=8,8192,1,64069,7.8209228515625
RHLMP,λ=8,8192,1,65583,8.0057373046875
RHLMP,λ=8,8192,1,69746,8.513916015625
RHLMP,λ=8,8192,1,69519,8.4862060546875
RHLMP,λ=8,8192,1,61772,7.54052734375
RHLMP,λ=8,8192,1,67874,8.285400390625
RHLMP,λ=8,8192,1,73189,8.9342041015625
RHLMP,λ=8,8192,1,78164,9.54150390625
RHLMP,λ=8,8192,1,73052,8.91748046875
RHLMP,λ=8,8192,1,65435,7.9876708984375
RHLMP,λ=8,8192,1,72182,8.811279296875
RHLMP,λ=8,8192,1,65818,8.034423828125
RHLMP,λ=8,8192,1,70620,8.62060546875
RHLMP,λ=8,8192,1,81336,9.9287109375
RHLMP,λ=8,8192,1,76908,9.38818359375
RHLMP,λ=8,8192,1,69031,8.4266357421875
RHLMP,λ=8,8192,1,64315,7.8509521484375
RHLMP,λ=8,8192,1,73480,8.9697265625
RHLMP,λ=8,8192,1,75746,9.246337890625
RHLMP,λ=8,8192,1,63873,7.7969970703125
RHLMP,λ=8,8192,1,64087,7.8231201171875
RHLMP,λ=8,8192,1,63146,7.708251953125
RHLMP,λ=8,8192,1,66737,8.1466064453125
RHLMP,λ=8,8192,1,63794,7.787353515625
RHLMP,λ=8,8192,1,67572,8.24853515625
RHLMP,λ=8,8192,1,69094,8.434326171875
RHLMP,λ=8,8192,1,70217,8.5714111328125
RHLMP,λ=8,8192,1,68933,8.4146728515625
RHLMP,λ=8,8192,1,68592,8.373046875
RHLMP,λ=8,8192,1,68144,8.318359375
RHLMP,λ=8,8192,1,68227,8.3284912109375
RHLMP,λ=8,8192,1,69774,8.517333984375
RHLMP,λ=8,8192,1,76229,9.3052978515625
RHLMP,λ=8,8192,1,73568,8.98046875
RHLMP,λ=8,8192,1,66738,8.146728515625
RHLMP,λ=8,8192,1,79716,9.73095703125
RHLMP,λ=8,8192,1,66755,8.1488037109375
RHLMP,λ=8,8192,1,62172,7.58935546875
RHLMP,λ=8,8192,1,68165,8.3209228515625
RHLMP,λ=8,8192,1,68383,8.3475341796875
RHLMP,λ=8,8192,1,71409,8.7169189453125
RHLMP,λ=8,8192,1,64126,7.827880859375
RHLMP,λ=8,8192,1,76333,9.3179931640625
RHLMP,λ=8,8192,1,68307,8.3382568359375
RHLMP,λ=8,8192,1,76763,9.3704833984375
RHLMP,λ=8,8192,1,64156,7.83154296875
RRLMP,λ=8,8192,1,65718,8.022216796875
RRLMP,λ=8,8192,1,73752,9.0029296875
RRLMP,λ=8,8192,1,66502,8.117919921875
RRLMP,λ=8,8192,1,71366,8.711669921875
RRLMP,λ=8,8192,1,69724,8.51123046875
RRLMP,λ=8,8192,1,67666,8.260009765625
RRLMP,λ=8,8192,1,82129,10.0255126953125
RRLMP,λ=8,8192,1,69239,8.4520263671875
RRLMP,λ=8,8192,1,69770,8.516845703125
RRLMP,λ=8,8192,1,66453,8.1119384765625
RRLMP,λ=8,8192,1,71922,8.779541015625
RRLMP,λ=8,8192,1,67710,8.265380859375
RRLMP,λ=8,8192,1,62504,7.6298828125
RRLMP,λ=8,8192,1,69563,8.4915771484375
RRLMP,λ=8,8192,1,68223,8.3280029296875
RRLMP,λ=8,8192,1,73399,8.9598388671875
RRLMP,λ=8,8192,1,71736,8.7568359375
RRLMP,λ=8,8192,1,82499,10.0706787109375
RRLMP,λ=8,8192,1,70299,8.5814208984375
RRLMP,λ=8,8192,1,72294,8.824951171875
RRLMP,λ=8,8192,1,70601,8.6182861328125
RRLMP,λ=8,8192,1,65598,8.007568359375
RRLMP,λ=8,8192,1,68503,8.3621826171875
RRLMP,λ=8,8192,1,62876,7.67529296875
RRLMP,λ=8,8192,1,75775,9.2498779296875
RRLMP,λ=8,8192,1,73671,8.9930419921875
RRLMP,λ=8,8192,1,69420,8.47412109375
RRLMP,λ=8,8192,1,66064,8.064453125
RRLMP,λ=8,8192,1,66768,8.150390625
RRLMP,λ=8,8192,1,77232,9.427734375
RRLMP,λ=8,8192,1,68724,8.38916015625
RRLMP,λ=8,8192,1,68189,8.3238525390625
RRLMP,λ=8,8192,1,66089,8.0675048828125
RRLMP,λ=8,8192,1,60366,7.368896484375
RRLMP,λ=8,8192,1,74589,9.1051025390625
RRLMP,λ=8,8192,1,69520,8.486328125
RRLMP,λ=8,8192,1,71493,8.7271728515625
RRLMP,λ=8,8192,1,74917,9.1451416015625
RRLMP,λ=8,8192,1,72153,8.8077392578125
RRLMP,λ=8,8192,1,69050,8.428955078125
RRLMP,λ=8,8192,1,66829,8.1578369140625
RRLMP,λ=8,8192,1,70651,8.6243896484375
RRLMP,λ=8,8192,1,81080,9.8974609375
RRLMP,λ=8,8192,1,65533,7.9996337890625
RRLMP,λ=8,8192,1,76600,9.3505859375
RRLMP,λ=8,8192,1,68206,8.325927734375
RRLMP,λ=8,8192,1,63975,7.8094482421875
RRLMP,λ=8,8192,1,66093,8.0679931640625
RRLMP,λ=8,8192,1,72763,8.8822021484375
RRLMP,λ=8,8192,1,61294,7.482177734375
RRLMP,λ=8,8192,1,72458,8.844970703125
RRLMP,λ=8,8192,1,73669,8.9927978515625
RRLMP,λ=8,8192,1,62996,7.68994140625
RRLMP,λ=8,8192,1,69473,8.4805908203125
RRLMP,λ=8,8192,1,66234,8.085205078125
RRLMP,λ=8,8192,1,69304,8.4599609375
RRLMP,λ=8,8192,1,67694,8.263427734375
RRLMP,λ=8,8192,1,70248,8.5751953125
RRLMP,λ=8,8192,1,73592,8.9833984375
RRLMP,λ=8,8192,1,69581,8.4937744140625
RRLMP,λ=8,8192,1,69926,8.535888671875
RRLMP,λ=8,8192,1,70788,8.64111328125
RRLMP,λ=8,8192,1,63652,7.77001953125
RRLMP,λ=8,8192,1,68104,8.3134765625
RRLMP,λ=8,8192,1,72958,8.906005859375
RRLMP,λ=8,8192,1,68525,8.3648681640625
RRLMP,λ=8,8192,1,75182,9.177490234375
RRLMP,λ=8,8192,1,76788,9.37353515625
RRLMP,λ=8,8192,1,66857,8.1612548828125
RRLMP,λ=8,8192,1,72668,8.87060546875
RRLMP,λ=8,8192,1,69778,8.517822265625
RRLMP,λ=8,8192,1,67140,8.19580078125
RRLMP,λ=8,8192,1,74549,9.1002197265625
RRLMP,λ=8,8192,1,64405,7.8619384765625
RRLMP,λ=8,8192,1,70857,8.6495361328125
RRLMP,λ=8,8192,1,65994,8.055908203125
RRLMP,λ=8,8192,1,68538,8.366455078125
RRLMP,λ=8,8192,1,66329,8.0968017578125
RRLMP,λ=8,8192,1,67727,8.2674560546875
RRLMP,λ=8,8192,1,64086,7.822998046875
RRLMP,λ=8,8192,1,64976,7.931640625
RRLMP,λ=8,8192,1,68384,8.34765625
RRLMP,λ=8,8192,1,74137,9.0499267578125
RRLMP,λ=8,8192,1,68683,8.3841552734375
RRLMP,λ=8,8192,1,63982,7.810302734375
RRLMP,λ=8,8192,1,67284,8.21337890625
RRLMP,λ=8,8192,1,72825,8.8897705078125
RRLMP,λ=8,8192,1,63891,7.7991943359375
RRLMP,λ=8,8192,1,79900,9.75341796875
RRLMP,λ=8,8192,1,76040,9.2822265625
RRLMP,λ=8,8192,1,66757,8.1490478515625
RRLMP,λ=8,8192,1,66801,8.1544189453125
RRLMP,λ=8,8192,1,72534,8.854248046875
RRLMP,λ=8,8192,1,64698,7.897705078125
RRLMP,λ=8,8192,1,68241,8.3302001953125
RRLMP,λ=8,8192,1,64193,7.8360595703125
RRLMP,λ=8,8192,1,79762,9.736572265625
RRLMP,λ=8,8192,1,71020,8.66943359375
RRLMP,λ=8,8192,1,67770,8.272705078125
RSLMP,λ=8,8192,1,94866,11.580322265625
RSLMP,λ=8,8192,1,117280,14.31640625
RSLMP,λ=8,8192,1,97573,11.9107666015625
RSLMP,λ=8,8192,1,99340,12.12646484375
RSLMP,λ=8,8192,1,103672,12.6552734375
RSLMP,λ=8,8192,1,96417,11.7696533203125
RSLMP,λ=8,8192,1,111897,13.6593017578125
RSLMP,λ=8,8192,1,97093,11.8521728515625
RSLMP,λ=8,8192,1,88133,10.7584228515625
RSLMP,λ=8,8192,1,103418,12.624267578125
RSLMP,λ=8,8192,1,93237,11.3814697265625
RSLMP,λ=8,8192,1,103473,12.6309814453125
RSLMP,λ=8,8192,1,101451,12.3841552734375
RSLMP,λ=8,8192,1,100432,12.259765625
RSLMP,λ=8,8192,1,89866,10.969970703125
RSLMP,λ=8,8192,1,117974,14.401123046875
RSLMP,λ=8,8192,1,88390,10.789794921875
RSLMP,λ=8,8192,1,96298,11.755126953125
RSLMP,λ=8,8192,1,92804,11.32861328125
RSLMP,λ=8,8192,1,110797,13.5250244140625
RSLMP,λ=8,8192,1,95657,11.6768798828125
RSLMP,λ=8,8192,1,90117,11.0006103515625
RSLMP,λ=8,8192,1,96066,11.726806640625
RSLMP,λ=8,8192,1,93145,11.3702392578125
RSLMP,λ=8,8192,1,117283,14.3167724609375
RSLMP,λ=8,8192,1,107283,13.0960693359375
RSLMP,λ=8,8192,1,116575,14.2303466796875
RSLMP,λ=8,8192,1,99656,12.1650390625
RSLMP,λ=8,8192,1,112734,13.761474609375
RSLMP,λ=8,8192,1,127479,15.5614013671875
RSLMP,λ=8,8192,1,109781,13.4010009765625
RSLMP,λ=8,8192,1,102244,12.48095703125
RSLMP,λ=8,8192,1,100133,12.2232666015625
RSLMP,λ=8,8192,1,107034,13.065673828125
RSLMP,λ=8,8192,1,97104,11.853515625
RSLMP,λ=8,8192,1,88783,10.8377685546875
RSLMP,λ=8,8192,1,95678,11.679443359375
RSLMP,λ=8,8192,1,96506,11.780517578125
RSLMP,λ=8,8192,1,96174,11.739990234375
RSLMP,λ=8,8192,1,92872,11.3369140625
RSLMP,λ=8,8192,1,90044,10.99169921875
RSLMP,λ=8,8192,1,100376,12.2529296875
RSLMP,λ=8,8192,1,96952,11.8349609375
RSLMP,λ=8,8192,1,91442,11.162353515625
RSLMP,λ=8,8192,1,105440,12.87109375
RSLMP,λ=8,8192,1,91552,11.17578125
RSLMP,λ=8,8192,1,105733,12.9068603515625
RSLMP,λ=8,8192,1,90730,11.075439453125
RSLMP,λ=8,8192,1,92666,11.311767578125
RSLMP,λ=8,8192,1,89280,10.8984375
RSLMP,λ=8,8192,1,92961,11.3477783203125
RSLMP,λ=8,8192,1,115381,14.0845947265625
RSLMP,λ=8,8192,1,93303,11.3895263671875
RSLMP,λ=8,8192,1,89383,10.9110107421875
RSLMP,λ=8,8192,1,95930,11.710205078125
RSLMP,λ=8,8192,1,86685,10.5816650390625
RSLMP,λ=8,8192,1,102137,12.4678955078125
RSLMP,λ=8,8192,1,120987,14.7689208984375
RSLMP,λ=8,8192,1,102765,12.5445556640625
RSLMP,λ=8,8192,1,117914,14.393798828125
RSLMP,λ=8,8192,1,98329,12.0030517578125
RSLMP,λ=8,8192,1,88525,10.8062744140625
RSLMP,λ=8,8192,1,109812,13.40478515625
RSLMP,λ=8,8192,1,114937,14.0303955078125
RSLMP,λ=8,8192,1,104577,12.7657470703125
RSLMP,λ=8,8192,1,106007,12.9403076171875
RSLMP,λ=8,8192,1,108085,13.1939697265625
RSLMP,λ=8,8192,1,92794,11.327392578125
RSLMP,λ=8,8192,1,103875,12.6800537109375
RSLMP,λ=8,8192,1,92449,11.2852783203125
RSLMP,λ=8,8192,1,98062,11.970458984375
RSLMP,λ=8,8192,1,120889,14.7569580078125
RSLMP,λ=8,8192,1,113405,13.8433837890625
RSLMP,λ=8,8192,1,94312,11.5126953125
RSLMP,λ=8,8192,1,102203,12.4759521484375
RSLMP,λ=8,8192,1,87502,10.681396484375
RSLMP,λ=8,8192,1,103879,12.6805419921875
RSLMP,λ=8,8192,1,98530,12.027587890625
RSLMP,λ=8,8192,1,94301,11.5113525390625
RSLMP,λ=8,8192,1,91689,11.1925048828125
RSLMP,λ=8,8192,1,95976,11.7158203125
RSLMP,λ=8,8192,1,97701,11.9263916015625
RSLMP,λ=8,8192,1,102942,12.566162109375
RSLMP,λ=8,8192,1,96522,11.782470703125
RSLMP,λ=8,8192,1,85940,10.49072265625
RSLMP,λ=8,8192,1,96796,11.81591796875
RSLMP,λ=8,8192,1,100801,12.3048095703125
RSLMP,λ=8,8192,1,108683,13.2669677734375
RSLMP,λ=8,8192,1,97558,11.908935546875
RSLMP,λ=8,8192,1,105138,12.834228515625
RSLMP,λ=8,8192,1,110459,13.4837646484375
RSLMP,λ=8,8192,1,100273,12.2403564453125
RSLMP,λ=8,8192,1,90525,11.0504150390625
RSLMP,λ=8,8192,1,96379,11.7650146484375
RSLMP,λ=8,8192,1,107665,13.1427001953125
RSLMP,λ=8,8192,1,99138,12.101806640625
RSLMP,λ=8,8192,1,114047,13.9217529296875
RSLMP,λ=8,8192,1,108490,13.243408203125
RSLMP,λ=8,8192,1,117925,14.3951416015625
RSLMP,λ=8,8192,1,93270,11.385498046875
RSDIP,λ=8,8192,1,90835,11.0882568359375
RSDIP,λ=8,8192,1,95743,11.6873779296875
RSDIP,λ=8,8192,1,111129,13.5655517578125
RSDIP,λ=8,8192,1,94087,11.4852294921875
RSDIP,λ=8,8192,1,105153,12.8360595703125
RSDIP,λ=8,8192,1,91158,11.127685546875
RSDIP,λ=8,8192,1,93111,11.3660888671875
RSDIP,λ=8,8192,1,95335,11.6375732421875
RSDIP,λ=8,8192,1,108397,13.2320556640625
RSDIP,λ=8,8192,1,95554,11.664306640625
RSDIP,λ=8,8192,1,95411,11.6468505859375
RSDIP,λ=8,8192,1,101977,12.4483642578125
RSDIP,λ=8,8192,1,91302,11.145263671875
RSDIP,λ=8,8192,1,122263,14.9246826171875
RSDIP,λ=8,8192,1,98726,12.051513671875
RSDIP,λ=8,8192,1,93538,11.418212890625
RSDIP,λ=8,8192,1,104840,12.7978515625
RSDIP,λ=8,8192,1,99686,12.168701171875
RSDIP,λ=8,8192,1,97080,11.8505859375
RSDIP,λ=8,8192,1,87296,10.65625
RSDIP,λ=8,8192,1,105921,12.9298095703125
RSDIP,λ=8,8192,1,104290,12.730712890625
RSDIP,λ=8,8192,1,97191,11.8641357421875
RSDIP,λ=8,8192,1,97000,11.8408203125
RSDIP,λ=8,8192,1,104743,12.7860107421875
RSDIP,λ=8,8192,1,85669,10.4576416015625
RSDIP,λ=8,8192,1,124584,15.2080078125
RSDIP,λ=8,8192,1,96009,11.7198486328125
RSDIP,λ=8,8192,1,111098,13.561767578125
RSDIP,λ=8,8192,1,99502,12.146240234375
RSDIP,λ=8,8192,1,103826,12.674072265625
RSDIP,λ=8,8192,1,87346,10.662353515625
RSDIP,λ=8,8192,1,107131,13.0775146484375
RSDIP,λ=8,8192,1,90408,11.0361328125
RSDIP,λ=8,8192,1,111766,13.643310546875
RSDIP,λ=8,8192,1,82777,10.1046142578125
RSDIP,λ=8,8192,1,99533,12.1500244140625
RSDIP,λ=8,8192,1,98911,12.0740966796875
RSDIP,λ=8,8192,1,122074,14.901611328125
RSDIP,λ=8,8192,1,97773,11.9351806640625
RSDIP,λ=8,8192,1,124800,15.234375
RSDIP,λ=8,8192,1,99561,12.1534423828125
RSDIP,λ=8,8192,1,88793,10.8389892578125
RSDIP,λ=8,8192,1,90825,11.0870361328125
RSDIP,λ=8,8192,1,85251,10.4066162109375
RSDIP,λ=8,8192,1,99101,12.0972900390625
RSDIP,λ=8,8192,1,91680,11.19140625
RSDIP,λ=8,8192,1,104711,12.7821044921875
RSDIP,λ=8,8192,1,98247,11.9930419921875
RSDIP,λ=8,8192,1,102762,12.544189453125
RSDIP,λ=8,8192,1,95805,11.6949462890625
RSDIP,λ=8,8192,1,94576,11.544921875
RSDIP,λ=8,8192,1,90411,11.0364990234375
RSDIP,λ=8,8192,1,93310,11.390380859375
RSDIP,λ=8,8192,1,95748,11.68798828125
RSDIP,λ=8,8192,1,91119,11.1229248046875
RSDIP,λ=8,8192,1,110643,13.5062255859375
RSDIP,λ=8,8192,1,127568,15.572265625
RSDIP,λ=8,8192,1,100492,12.26708984375
RSDIP,λ=8,8192,1,101303,12.3660888671875
RSDIP,λ=8,8192,1,106812,13.03857421875
RSDIP,λ=8,8192,1,103787,12.6693115234375
RSDIP,λ=8,8192,1,109249,13.3360595703125
RSDIP,λ=8,8192,1,94152,11.4931640625
RSDIP,λ=8,8192,1,101398,12.377685546875
RSDIP,λ=8,8192,1,91233,11.1368408203125
RSDIP,λ=8,8192,1,91206,11.133544921875
RSDIP,λ=8,8192,1,96465,11.7755126953125
RSDIP,λ=8,8192,1,102716,12.53857421875
RSDIP,λ=8,8192,1,82684,10.09326171875
RSDIP,λ=8,8192,1,91749,11.1998291015625
RSDIP,λ=8,8192,1,102480,12.509765625
RSDIP,λ=8,8192,1,104552,12.7626953125
RSDIP,λ=8,8192,1,91997,11.2301025390625
RSDIP,λ=8,8192,1,91853,11.2125244140625
RSDIP,λ=8,8192,1,107536,13.126953125
RSDIP,λ=8,8192,1,116547,14.2269287109375
RSDIP,λ=8,8192,1,88929,10.8555908203125
RSDIP,λ=8,8192,1,106565,13.0084228515625
RSDIP,λ=8,8192,1,109638,13.383544921875
RSDIP,λ=8,8192,1,88767,10.8358154296875
RSDIP,λ=8,8192,1,97588,11.91259765625
RSDIP,λ=8,8192,1,110731,13.5169677734375
RSDIP,λ=8,8192,1,96026,11.721923828125
RSDIP,λ=8,8192,1,100839,12.3094482421875
RSDIP,λ=8,8192,1,99293,12.1207275390625
RSDIP,λ=8,8192,1,100466,12.263916015625
RSDIP,λ=8,8192,1,105600,12.890625
RSDIP,λ=8,8192,1,90298,11.022705078125
RSDIP,λ=8,8192,1,97199,11.8651123046875
RSDIP,λ=8,8192,1,101792,12.42578125
RSDIP,λ=8,8192,1,97618,11.916259765625
RSDIP,λ=8,8192,1,97500,11.90185546875
RSDIP,λ=8,8192,1,93096,11.3642578125
RSDIP,λ=8,8192,1,104868,12.80126953125
RSDIP,λ=8,8192,1,94846,11.577880859375
RSDIP,λ=8,8192,1,93061,11.3599853515625
RSDIP,λ=8,8192,1,106283,12.9739990234375
RSDIP,λ=8,8192,1,102047,12.4569091796875
RSDIP,λ=8,8192,1,97257,11.8721923828125
RRDIP,λ=8,8192,1,82510,10.072021484375
RRDIP,λ=8,8192,1,78886,9.629638671875
RRDIP,λ=8,8192,1,70758,8.637451171875
RRDIP,λ=8,8192,1,75566,9.224365234375
RRDIP,λ=8,8192,1,82511,10.0721435546875
RRDIP,λ=8,8192,1,89443,10.9183349609375
RRDIP,λ=8,8192,1,77395,9.4476318359375
RRDIP,λ=8,8192,1,76550,9.344482421875
RRDIP,λ=8,8192,1,87308,10.65771484375
RRDIP,λ=8,8192,1,75600,9.228515625
RRDIP,λ=8,8192,1,80376,9.8115234375
RRDIP,λ=8,8192,1,76041,9.2823486328125
RRDIP,λ=8,8192,1,81464,9.9443359375
RRDIP,λ=8,8192,1,90526,11.050537109375
RRDIP,λ=8,8192,1,111412,13.60009765625
RRDIP,λ=8,8192,1,76428,9.32958984375
RRDIP,λ=8,8192,1,76914,9.388916015625
RRDIP,λ=8,8192,1,78229,9.5494384765625
RRDIP,λ=8,8192,1,79113,9.6573486328125
RRDIP,λ=8,8192,1,76657,9.3575439453125
RRDIP,λ=8,8192,1,82176,10.03125
RRDIP,λ=8,8192,1,82279,10.0438232421875
RRDIP,λ=8,8192,1,89035,10.8685302734375
RRDIP,λ=8,8192,1,85799,10.4735107421875
RRDIP,λ=8,8192,1,80039,9.7703857421875
RRDIP,λ=8,8192,1,78521,9.5850830078125
RRDIP,λ=8,8192,1,74064,9.041015625
RRDIP,λ=8,8192,1,96695,11.8035888671875
RRDIP,λ=8,8192,1,82631,10.0867919921875
RRDIP,λ=8,8192,1,88032,10.74609375
RRDIP,λ=8,8192,1,80709,9.8521728515625
RRDIP,λ=8,8192,1,82706,10.095947265625
RRDIP,λ=8,8192,1,91568,11.177734375
RRDIP,λ=8,8192,1,80263,9.7977294921875
RRDIP,λ=8,8192,1,78285,9.5562744140625
RRDIP,λ=8,8192,1,80777,9.8604736328125
RRDIP,λ=8,8192,1,82008,10.0107421875
RRDIP,λ=8,8192,1,77935,9.5135498046875
RRDIP,λ=8,8192,1,76342,9.319091796875
RRDIP,λ=8,8192,1,85405,10.4254150390625
RRDIP,λ=8,8192,1,75272,9.1884765625
RRDIP,λ=8,8192,1,79065,9.6514892578125
RRDIP,λ=8,8192,1,74264,9.0654296875
RRDIP,λ=8,8192,1,97511,11.9031982421875
RRDIP,λ=8,8192,1,74942,9.148193359375
RRDIP,λ=8,8192,1,83914,10.243408203125
RRDIP,λ=8,8192,1,88673,10.8243408203125
RRDIP,λ=8,8192,1,90317,11.0250244140625
RRDIP,λ=8,8192,1,85099,10.3880615234375
RRDIP,λ=8,8192,1,82365,10.0543212890625
RRDIP,λ=8,8192,1,80906,9.876220703125
RRDIP,λ=8,8192,1,88539,10.8079833984375
RRDIP,λ=8,8192,1,83217,10.1583251953125
RRDIP,λ=8,8192,1,84651,10.3333740234375
RRDIP,λ=8,8192,1,82579,10.0804443359375
RRDIP,λ=8,8192,1,84188,10.27685546875
RRDIP,λ=8,8192,1,81088,9.8984375
RRDIP,λ=8,8192,1,86900,10.60791015625
RRDIP,λ=8,8192,1,77026,9.402587890625
RRDIP,λ=8,8192,1,80352,9.80859375
RRDIP,λ=8,8192,1,80108,9.77880859375
RRDIP,λ=8,8192,1,94010,11.475830078125
RRDIP,λ=8,8192,1,89699,10.9495849609375
RRDIP,λ=8,8192,1,76055,9.2840576171875
RRDIP,λ=8,8192,1,77504,9.4609375
RRDIP,λ=8,8192,1,89577,10.9346923828125
RRDIP,λ=8,8192,1,87008,10.62109375
RRDIP,λ=8,8192,1,74020,9.03564453125
RRDIP,λ=8,8192,1,92499,11.2913818359375
RRDIP,λ=8,8192,1,79220,9.67041015625
RRDIP,λ=8,8192,1,89086,10.874755859375
RRDIP,λ=8,8192,1,73980,9.03076171875
RRDIP,λ=8,8192,1,95096,11.6083984375
RRDIP,λ=8,8192,1,76937,9.3917236328125
RRDIP,λ=8,8192,1,85100,10.38818359375
RRDIP,λ=8,8192,1,83502,10.193115234375
RRDIP,λ=8,8192,1,80382,9.812255859375
RRDIP,λ=8,8192,1,86949,10.6138916015625
RRDIP,λ=8,8192,1,83430,10.184326171875
RRDIP,λ=8,8192,1,80936,9.8798828125
RRDIP,λ=8,8192,1,81550,9.954833984375
RRDIP,λ=8,8192,1,78288,9.556640625
RRDIP,λ=8,8192,1,79823,9.7440185546875
RRDIP,λ=8,8192,1,80294,9.801513671875
RRDIP,λ=8,8192,1,100141,12.2242431640625
RRDIP,λ=8,8192,1,80780,9.86083984375
RRDIP,λ=8,8192,1,80160,9.78515625
RRDIP,λ=8,8192,1,80101,9.7779541015625
RRDIP,λ=8,8192,1,84983,10.3739013671875
RRDIP,λ=8,8192,1,76883,9.3851318359375
RRDIP,λ=8,8192,1,74957,9.1500244140625
RRDIP,λ=8,8192,1,86262,10.530029296875
RRDIP,λ=8,8192,1,73687,8.9949951171875
RRDIP,λ=8,8192,1,77799,9.4969482421875
RRDIP,λ=8,8192,1,80405,9.8150634765625
RRDIP,λ=8,8192,1,99191,12.1082763671875
RRDIP,λ=8,8192,1,81139,9.9046630859375
RRDIP,λ=8,8192,1,77991,9.5203857421875
RRDIP,λ=8,8192,1,85982,10.495849609375
RHDIP,λ=8,8192,1,88337,10.7833251953125
RHDIP,λ=8,8192,1,86217,10.5245361328125
RHDIP,λ=8,8192,1,97989,11.9615478515625
RHDIP,λ=8,8192,1,77990,9.520263671875
RHDIP,λ=8,8192,1,84428,10.30615234375
RHDIP,λ=8,8192,1,83479,10.1903076171875
RHDIP,λ=8,8192,1,76020,9.27978515625
RHDIP,λ=8,8192,1,81457,9.9434814453125
RHDIP,λ=8,8192,1,71101,8.6793212890625
RHDIP,λ=8,8192,1,74120,9.0478515625
RHDIP,λ=8,8192,1,83489,10.1915283203125
RHDIP,λ=8,8192,1,76952,9.3935546875
RHDIP,λ=8,8192,1,92966,11.348388671875
RHDIP,λ=8,8192,1,78000,9.521484375
RHDIP,λ=8,8192,1,82711,10.0965576171875
RHDIP,λ=8,8192,1,73793,9.0079345703125
RHDIP,λ=8,8192,1,80131,9.7816162109375
RHDIP,λ=8,8192,1,85132,10.39208984375
RHDIP,λ=8,8192,1,78918,9.633544921875
RHDIP,λ=8,8192,1,78317,9.5601806640625
RHDIP,λ=8,8192,1,90703,11.0721435546875
RHDIP,λ=8,8192,1,81289,9.9229736328125
RHDIP,λ=8,8192,1,76804,9.37548828125
RHDIP,λ=8,8192,1,80155,9.7845458984375
RHDIP,λ=8,8192,1,76516,9.34033203125
RHDIP,λ=8,8192,1,92435,11.2835693359375
RHDIP,λ=8,8192,1,73545,8.9776611328125
RHDIP,λ=8,8192,1,76612,9.35205078125
RHDIP,λ=8,8192,1,85786,10.471923828125
RHDIP,λ=8,8192,1,90900,11.09619140625
RHDIP,λ=8,8192,1,102685,12.5347900390625
RHDIP,λ=8,8192,1,87289,10.6553955078125
RHDIP,λ=8,8192,1,99577,12.1553955078125
RHDIP,λ=8,8192,1,83102,10.144287109375
RHDIP,λ=8,8192,1,75853,9.2593994140625
RHDIP,λ=8,8192,1,77638,9.477294921875
RHDIP,λ=8,8192,1,89147,10.8822021484375
RHDIP,λ=8,8192,1,96220,11.74560546875
RHDIP,λ=8,8192,1,75583,9.2264404296875
RHDIP,λ=8,8192,1,77291,9.4349365234375
RHDIP,λ=8,8192,1,81308,9.92529296875
RHDIP,λ=8,8192,1,94605,11.5484619140625
RHDIP,λ=8,8192,1,82757,10.1021728515625
RHDIP,λ=8,8192,1,91197,11.1324462890625
RHDIP,λ=8,8192,1,78145,9.5391845703125
RHDIP,λ=8,8192,1,77918,9.511474609375
RHDIP,λ=8,8192,1,88266,10.774658203125
RHDIP,λ=8,8192,1,89316,10.90283203125
RHDIP,λ=8,8192,1,84165,10.2740478515625
RHDIP,λ=8,8192,1,91755,11.2005615234375
RHDIP,λ=8,8192,1,81118,9.902099609375
RHDIP,λ=8,8192,1,87719,10.7078857421875
RHDIP,λ=8,8192,1,84954,10.370361328125
RHDIP,λ=8,8192,1,79190,9.666748046875
RHDIP,λ=8,8192,1,77192,9.4228515625
RHDIP,λ=8,8192,1,78568,9.5908203125
RHDIP,λ=8,8192,1,83137,10.1485595703125
RHDIP,λ=8,8192,1,77892,9.50830078125
RHDIP,λ=8,8192,1,78375,9.5672607421875
RHDIP,λ=8,8192,1,75234,9.183837890625
RHDIP,λ=8,8192,1,77025,9.4024658203125
RHDIP,λ=8,8192,1,92862,11.335693359375
RHDIP,λ=8,8192,1,79960,9.7607421875
RHDIP,λ=8,8192,1,80004,9.76611328125
RHDIP,λ=8,8192,1,78672,9.603515625
RHDIP,λ=8,8192,1,88158,10.761474609375
RHDIP,λ=8,8192,1,76985,9.3975830078125
RHDIP,λ=8,8192,1,93633,11.4298095703125
RHDIP,λ=8,8192,1,81394,9.935791015625
RHDIP,λ=8,8192,1,74688,9.1171875
RHDIP,λ=8,8192,1,78695,9.6063232421875
RHDIP,λ=8,8192,1,79850,9.747314453125
RHDIP,λ=8,8192,1,78601,9.5948486328125
RHDIP,λ=8,8192,1,82932,10.12353515625
RHDIP,λ=8,8192,1,76337,9.3184814453125
RHDIP,λ=8,8192,1,76891,9.3861083984375
RHDIP,λ=8,8192,1,77200,9.423828125
RHDIP,λ=8,8192,1,83915,10.2435302734375
RHDIP,λ=8,8192,1,78709,9.6080322265625
RHDIP,λ=8,8192,1,82646,10.088623046875
RHDIP,λ=8,8192,1,77021,9.4019775390625
RHDIP,λ=8,8192,1,86829,10.5992431640625
RHDIP,λ=8,8192,1,74674,9.115478515625
RHDIP,λ=8,8192,1,98035,11.9671630859375
RHDIP,λ=8,8192,1,77880,9.5068359375
RHDIP,λ=8,8192,1,98579,12.0335693359375
RHDIP,λ=8,8192,1,76229,9.3052978515625
RHDIP,λ=8,8192,1,82182,10.031982421875
RHDIP,λ=8,8192,1,83736,10.2216796875
RHDIP,λ=8,8192,1,91048,11.1142578125
RHDIP,λ=8,8192,1,73096,8.9228515625
RHDIP,λ=8,8192,1,91291,11.1439208984375
RHDIP,λ=8,8192,1,78907,9.6322021484375
RHDIP,λ=8,8192,1,79350,9.686279296875
RHDIP,λ=8,8192,1,77659,9.4798583984375
RHDIP,λ=8,8192,1,89858,10.968994140625
RHDIP,λ=8,8192,1,86519,10.5614013671875
RHDIP,λ=8,8192,1,75700,9.24072265625
RHDIP,λ=8,8192,1,88546,10.808837890625
RHLIP,λ=8,8192,1,76596,9.35009765625
RHLIP,λ=8,8192,1,83189,10.1549072265625
RHLIP,λ=8,8192,1,80762,9.858642578125
RHLIP,λ=8,8192,1,86233,10.5264892578125
RHLIP,λ=8,8192,1,82336,10.05078125
RHLIP,λ=8,8192,1,79205,9.6685791015625
RHLIP,λ=8,8192,1,75877,9.2623291015625
RHLIP,λ=8,8192,1,92158,11.249755859375
RHLIP,λ=8,8192,1,85902,10.486083984375
RHLIP,λ=8,8192,1,80166,9.785888671875
RHLIP,λ=8,8192,1,78761,9.6143798828125
RHLIP,λ=8,8192,1,81092,9.89892578125
RHLIP,λ=8,8192,1,87220,10.64697265625
RHLIP,λ=8,8192,1,82673,10.0919189453125
RHLIP,λ=8,8192,1,75534,9.220458984375
RHLIP,λ=8,8192,1,82587,10.0814208984375
RHLIP,λ=8,8192,1,100059,12.2142333984375
RHLIP,λ=8,8192,1,81676,9.97021484375
RHLIP,λ=8,8192,1,91374,11.154052734375
RHLIP,λ=8,8192,1,71685,8.7506103515625
RHLIP,λ=8,8192,1,77016,9.4013671875
RHLIP,λ=8,8192,1,83283,10.1663818359375
RHLIP,λ=8,8192,1,78413,9.5718994140625
RHLIP,λ=8,8192,1,77145,9.4171142578125
RHLIP,λ=8,8192,1,93282,11.386962890625
RHLIP,λ=8,8192,1,79143,9.6610107421875
RHLIP,λ=8,8192,1,76929,9.3907470703125
RHLIP,λ=8,8192,1,72602,8.862548828125
RHLIP,λ=8,8192,1,90047,10.9920654296875
RHLIP,λ=8,8192,1,73895,9.0203857421875
RHLIP,λ=8,8192,1,82073,10.0186767578125
RHLIP,λ=8,8192,1,73984,9.03125
RHLIP,λ=8,8192,1,97591,11.9129638671875
RHLIP,λ=8,8192,1,81487,9.9471435546875
RHLIP,λ=8,8192,1,86357,10.5416259765625
RHLIP,λ=8,8192,1,81127,9.9031982421875
RHLIP,λ=8,8192,1,96271,11.7518310546875
RHLIP,λ=8,8192,1,90079,10.9959716796875
RHLIP,λ=8,8192,1,99703,12.1707763671875
RHLIP,λ=8,8192,1,77343,9.4412841796875
RHLIP,λ=8,8192,1,96269,11.7515869140625
RHLIP,λ=8,8192,1,84649,10.3331298828125
RHLIP,λ=8,8192,1,78157,9.5406494140625
RHLIP,λ=8,8192,1,82289,10.0450439453125
RHLIP,λ=8,8192,1,97725,11.9293212890625
RHLIP,λ=8,8192,1,73139,8.9281005859375
RHLIP,λ=8,8192,1,78839,9.6239013671875
RHLIP,λ=8,8192,1,73255,8.9422607421875
RHLIP,λ=8,8192,1,77357,9.4429931640625
RHLIP,λ=8,8192,1,84023,10.2567138671875
RHLIP,λ=8,8192,1,76018,9.279541015625
RHLIP,λ=8,8192,1,93230,11.380615234375
RHLIP,λ=8,8192,1,77313,9.4376220703125
RHLIP,λ=8,8192,1,104074,12.704345703125
RHLIP,λ=8,8192,1,81503,9.9490966796875
RHLIP,λ=8,8192,1,81345,9.9298095703125
RHLIP,λ=8,8192,1,90156,11.00537109375
RHLIP,λ=8,8192,1,82876,10.11669921875
RHLIP,λ=8,8192,1,81204,9.91259765625
RHLIP,λ=8,8192,1,78146,9.539306640625
RHLIP,λ=8,8192,1,77385,9.4464111328125
RHLIP,λ=8,8192,1,76107,9.2904052734375
RHLIP,λ=8,8192,1,84171,10.2747802734375
RHLIP,λ=8,8192,1,72866,8.894775390625
RHLIP,λ=8,8192,1,85381,10.4224853515625
RHLIP,λ=8,8192,1,91717,11.1959228515625
RHLIP,λ=8,8192,1,78171,9.5423583984375
RHLIP,λ=8,8192,1,80971,9.8841552734375
RHLIP,λ=8,8192,1,79667,9.7249755859375
RHLIP,λ=8,8192,1,73507,8.9730224609375
RHLIP,λ=8,8192,1,83609,10.2061767578125
RHLIP,λ=8,8192,1,96111,11.7322998046875
RHLIP,λ=8,8192,1,81153,9.9063720703125
RHLIP,λ=8,8192,1,82074,10.018798828125
RHLIP,λ=8,8192,1,80743,9.8563232421875
RHLIP,λ=8,8192,1,84348,10.29638671875
RHLIP,λ=8,8192,1,75273,9.1885986328125
RHLIP,λ=8,8192,1,76891,9.3861083984375
RHLIP,λ=8,8192,1,89091,10.8753662109375
RHLIP,λ=8,8192,1,83108,10.14501953125
RHLIP,λ=8,8192,1,76795,9.3743896484375
RHLIP,λ=8,8192,1,79974,9.762451171875
RHLIP,λ=8,8192,1,82867,10.1156005859375
RHLIP,λ=8,8192,1,95040,11.6015625
RHLIP,λ=8,8192,1,84863,10.3592529296875
RHLIP,λ=8,8192,1,81087,9.8983154296875
RHLIP,λ=8,8192,1,79199,9.6678466796875
RHLIP,λ=8,8192,1,77717,9.4869384765625
RHLIP,λ=8,8192,1,77761,9.4923095703125
RHLIP,λ=8,8192,1,94370,11.519775390625
RHLIP,λ=8,8192,1,86053,10.5045166015625
RHLIP,λ=8,8192,1,107719,13.1492919921875
RHLIP,λ=8,8192,1,74201,9.0577392578125
RHLIP,λ=8,8192,1,72779,8.8841552734375
RHLIP,λ=8,8192,1,76429,9.3297119140625
RHLIP,λ=8,8192,1,77865,9.5050048828125
RHLIP,λ=8,8192,1,88546,10.808837890625
RHLIP,λ=8,8192,1,77403,9.4486083984375
RHLIP,λ=8,8192,1,86506,10.559814453125
RRLIP,λ=8,8192,1,86793,10.5948486328125
RRLIP,λ=8,8192,1,79919,9.7557373046875
RRLIP,λ=8,8192,1,84286,10.288818359375
RRLIP,λ=8,8192,1,76020,9.27978515625
RRLIP,λ=8,8192,1,85137,10.3927001953125
RRLIP,λ=8,8192,1,82228,10.03759765625
RRLIP,λ=8,8192,1,84263,10.2860107421875
RRLIP,λ=8,8192,1,86480,10.556640625
RRLIP,λ=8,8192,1,78596,9.59423828125
RRLIP,λ=8,8192,1,77215,9.4256591796875
RRLIP,λ=8,8192,1,75702,9.240966796875
RRLIP,λ=8,8192,1,79160,9.6630859375
RRLIP,λ=8,8192,1,78062,9.529052734375
RRLIP,λ=8,8192,1,81522,9.951416015625
RRLIP,λ=8,8192,1,82587,10.0814208984375
RRLIP,λ=8,8192,1,82977,10.1290283203125
RRLIP,λ=8,8192,1,78409,9.5714111328125
RRLIP,λ=8,8192,1,75701,9.2408447265625
RRLIP,λ=8,8192,1,83451,10.1868896484375
RRLIP,λ=8,8192,1,76494,9.337646484375
RRLIP,λ=8,8192,1,77853,9.5035400390625
RRLIP,λ=8,8192,1,77926,9.512451171875
RRLIP,λ=8,8192,1,79922,9.756103515625
RRLIP,λ=8,8192,1,80190,9.788818359375
RRLIP,λ=8,8192,1,79294,9.679443359375
RRLIP,λ=8,8192,1,72978,8.908447265625
RRLIP,λ=8,8192,1,76000,9.27734375
RRLIP,λ=8,8192,1,80423,9.8172607421875
RRLIP,λ=8,8192,1,87882,10.727783203125
RRLIP,λ=8,8192,1,81685,9.9713134765625
RRLIP,λ=8,8192,1,85872,10.482421875
RRLIP,λ=8,8192,1,84444,10.30810546875
RRLIP,λ=8,8192,1,80924,9.87841796875
RRLIP,λ=8,8192,1,77744,9.490234375
RRLIP,λ=8,8192,1,81227,9.9154052734375
RRLIP,λ=8,8192,1,81266,9.920166015625
RRLIP,λ=8,8192,1,83172,10.15283203125
RRLIP,λ=8,8192,1,76266,9.309814453125
RRLIP,λ=8,8192,1,79534,9.708740234375
RRLIP,λ=8,8192,1,84257,10.2852783203125
RRLIP,λ=8,8192,1,81855,9.9920654296875
RRLIP,λ=8,8192,1,79875,9.7503662109375
RRLIP,λ=8,8192,1,75597,9.2281494140625
RRLIP,λ=8,8192,1,87397,10.6685791015625
RRLIP,λ=8,8192,1,95006,11.597412109375
RRLIP,λ=8,8192,1,84763,10.3470458984375
RRLIP,λ=8,8192,1,82167,10.0301513671875
RRLIP,λ=8,8192,1,79807,9.7420654296875
RRLIP,λ=8,8192,1,81795,9.9847412109375
RRLIP,λ=8,8192,1,85800,10.4736328125
RRLIP,λ=8,8192,1,82801,10.1075439453125
RRLIP,λ=8,8192,1,90608,11.060546875
RRLIP,λ=8,8192,1,74559,9.1014404296875
RRLIP,λ=8,8192,1,77693,9.4840087890625
RRLIP,λ=8,8192,1,84897,10.3634033203125
RRLIP,λ=8,8192,1,88529,10.8067626953125
RRLIP,λ=8,8192,1,81210,9.913330078125
RRLIP,λ=8,8192,1,83992,10.2529296875
RRLIP,λ=8,8192,1,80178,9.787353515625
RRLIP,λ=8,8192,1,82084,10.02001953125
RRLIP,λ=8,8192,1,83576,10.2021484375
RRLIP,λ=8,8192,1,77406,9.448974609375
RRLIP,λ=8,8192,1,83477,10.1900634765625
RRLIP,λ=8,8192,1,80271,9.7987060546875
RRLIP,λ=8,8192,1,83610,10.206298828125
RRLIP,λ=8,8192,1,90588,11.05810546875
RRLIP,λ=8,8192,1,83910,10.242919921875
RRLIP,λ=8,8192,1,84533,10.3189697265625
RRLIP,λ=8,8192,1,84021,10.2564697265625
RRLIP,λ=8,8192,1,78249,9.5518798828125
RRLIP,λ=8,8192,1,84244,10.28369140625
RRLIP,λ=8,8192,1,85340,10.41748046875
RRLIP,λ=8,8192,1,79430,9.696044921875
RRLIP,λ=8,8192,1,77957,9.5162353515625
RRLIP,λ=8,8192,1,88410,10.792236328125
RRLIP,λ=8,8192,1,78635,9.5989990234375
RRLIP,λ=8,8192,1,85573,10.4459228515625
RRLIP,λ=8,8192,1,83964,10.24951171875
RRLIP,λ=8,8192,1,76528,9.341796875
RRLIP,λ=8,8192,1,83224,10.1591796875
RRLIP,λ=8,8192,1,89066,10.872314453125
RRLIP,λ=8,8192,1,83727,10.2205810546875
RRLIP,λ=8,8192,1,72064,8.796875
RRLIP,λ=8,8192,1,85286,10.410888671875
RRLIP,λ=8,8192,1,77100,9.41162109375
RRLIP,λ=8,8192,1,88328,10.7822265625
RRLIP,λ=8,8192,1,80599,9.8387451171875
RRLIP,λ=8,8192,1,78120,9.5361328125
RRLIP,λ=8,8192,1,76671,9.3592529296875
RRLIP,λ=8,8192,1,74082,9.043212890625
RRLIP,λ=8,8192,1,74585,9.1046142578125
RRLIP,λ=8,8192,1,76874,9.384033203125
RRLIP,λ=8,8192,1,78962,9.638916015625
RRLIP,λ=8,8192,1,86182,10.520263671875
RRLIP,λ=8,8192,1,75700,9.24072265625
RRLIP,λ=8,8192,1,77339,9.4407958984375
RRLIP,λ=8,8192,1,81610,9.962158203125
RRLIP,λ=8,8192,1,78251,9.5521240234375
RRLIP,λ=8,8192,1,90798,11.083740234375
RRLIP,λ=8,8192,1,90727,11.0750732421875
RSLIP,λ=8,8192,1,93947,11.4681396484375
RSLIP,λ=8,8192,1,107306,13.098876953125
RSLIP,λ=8,8192,1,94230,11.502685546875
RSLIP,λ=8,8192,1,111817,13.6495361328125
RSLIP,λ=8,8192,1,124832,15.23828125
RSLIP,λ=8,8192,1,106491,12.9993896484375
RSLIP,λ=8,8192,1,103804,12.67138671875
RSLIP,λ=8,8192,1,114984,14.0361328125
RSLIP,λ=8,8192,1,98639,12.0408935546875
RSLIP,λ=8,8192,1,91957,11.2252197265625
RSLIP,λ=8,8192,1,112428,13.72412109375
RSLIP,λ=8,8192,1,131249,16.0216064453125
RSLIP,λ=8,8192,1,103796,12.67041015625
RSLIP,λ=8,8192,1,103218,12.599853515625
RSLIP,λ=8,8192,1,118937,14.5186767578125
RSLIP,λ=8,8192,1,102209,12.4766845703125
RSLIP,λ=8,8192,1,113366,13.838623046875
RSLIP,λ=8,8192,1,97752,11.9326171875
RSLIP,λ=8,8192,1,150924,18.42333984375
RSLIP,λ=8,8192,1,103806,12.671630859375
RSLIP,λ=8,8192,1,95559,11.6649169921875
RSLIP,λ=8,8192,1,106312,12.9775390625
RSLIP,λ=8,8192,1,99995,12.2064208984375
RSLIP,λ=8,8192,1,97950,11.956787109375
RSLIP,λ=8,8192,1,111706,13.635986328125
RSLIP,λ=8,8192,1,127805,15.6011962890625
RSLIP,λ=8,8192,1,119015,14.5281982421875
RSLIP,λ=8,8192,1,107686,13.145263671875
RSLIP,λ=8,8192,1,110696,13.5126953125
RSLIP,λ=8,8192,1,109013,13.3072509765625
RSLIP,λ=8,8192,1,99707,12.1712646484375
RSLIP,λ=8,8192,1,107268,13.09423828125
RSLIP,λ=8,8192,1,98976,12.08203125
RSLIP,λ=8,8192,1,95977,11.7159423828125
RSLIP,λ=8,8192,1,106356,12.98291015625
RSLIP,λ=8,8192,1,145852,17.80419921875
RSLIP,λ=8,8192,1,117748,14.37353515625
RSLIP,λ=8,8192,1,96372,11.76416015625
RSLIP,λ=8,8192,1,95850,11.700439453125
RSLIP,λ=8,8192,1,101204,12.35400390625
RSLIP,λ=8,8192,1,100622,12.282958984375
RSLIP,λ=8,8192,1,96451,11.7738037109375
RSLIP,λ=8,8192,1,108860,13.28857421875
RSLIP,λ=8,8192,1,110588,13.49951171875
RSLIP,λ=8,8192,1,101291,12.3646240234375
RSLIP,λ=8,8192,1,118931,14.5179443359375
RSLIP,λ=8,8192,1,105080,12.8271484375
RSLIP,λ=8,8192,1,103505,12.6348876953125
RSLIP,λ=8,8192,1,110515,13.4906005859375
RSLIP,λ=8,8192,1,112651,13.7513427734375
RSLIP,λ=8,8192,1,112920,13.7841796875
RSLIP,λ=8,8192,1,154835,18.9007568359375
RSLIP,λ=8,8192,1,97844,11.94384765625
RSLIP,λ=8,8192,1,102277,12.4849853515625
RSLIP,λ=8,8192,1,102266,12.483642578125
RSLIP,λ=8,8192,1,105170,12.838134765625
RSLIP,λ=8,8192,1,112929,13.7852783203125
RSLIP,λ=8,8192,1,107924,13.17431640625
RSLIP,λ=8,8192,1,96799,11.8162841796875
RSLIP,λ=8,8192,1,127203,15.5277099609375
RSLIP,λ=8,8192,1,99196,12.10888671875
RSLIP,λ=8,8192,1,109153,13.3243408203125
RSLIP,λ=8,8192,1,94157,11.4937744140625
RSLIP,λ=8,8192,1,119781,14.6217041015625
RSLIP,λ=8,8192,1,96784,11.814453125
RSLIP,λ=8,8192,1,95429,11.6490478515625
RSLIP,λ=8,8192,1,101319,12.3680419921875
RSLIP,λ=8,8192,1,118080,14.4140625
RSLIP,λ=8,8192,1,107353,13.1046142578125
RSLIP,λ=8,8192,1,111358,13.593505859375
RSLIP,λ=8,8192,1,116187,14.1829833984375
RSLIP,λ=8,8192,1,108384,13.23046875
RSLIP,λ=8,8192,1,101323,12.3685302734375
RSLIP,λ=8,8192,1,103484,12.63232421875
RSLIP,λ=8,8192,1,101460,12.38525390625
RSLIP,λ=8,8192,1,99277,12.1187744140625
RSLIP,λ=8,8192,1,114788,14.01220703125
RSLIP,λ=8,8192,1,119727,14.6151123046875
RSLIP,λ=8,8192,1,102201,12.4757080078125
RSLIP,λ=8,8192,1,106369,12.9844970703125
RSLIP,λ=8,8192,1,111976,13.6689453125
RSLIP,λ=8,8192,1,98480,12.021484375
RSLIP,λ=8,8192,1,110731,13.5169677734375
RSLIP,λ=8,8192,1,104333,12.7359619140625
RSLIP,λ=8,8192,1,108680,13.2666015625
RSLIP,λ=8,8192,1,117129,14.2979736328125
RSLIP,λ=8,8192,1,105424,12.869140625
RSLIP,λ=8,8192,1,100273,12.2403564453125
RSLIP,λ=8,8192,1,98574,12.032958984375
RSLIP,λ=8,8192,1,106019,12.9417724609375
RSLIP,λ=8,8192,1,107256,13.0927734375
RSLIP,λ=8,8192,1,107066,13.069580078125
RSLIP,λ=8,8192,1,100681,12.2901611328125
RSLIP,λ=8,8192,1,114958,14.032958984375
RSLIP,λ=8,8192,1,108060,13.19091796875
RSLIP,λ=8,8192,1,91280,11.142578125
RSLIP,λ=8,8192,1,94256,11.505859375
RSLIP,λ=8,8192,1,112535,13.7371826171875
RSLIP,λ=8,8192,1,115299,14.0745849609375
RSLIP,λ=8,8192,1,122814,14.991943359375
RSDCD,λ=8,8192,1,88494,10.802490234375
RSDCD,λ=8,8192,1,106124,12.95458984375
RSDCD,λ=8,8192,1,81368,9.9326171875
RSDCD,λ=8,8192,1,88267,10.7747802734375
RSDCD,λ=8,8192,1,90147,11.0042724609375
RSDCD,λ=8,8192,1,85628,10.45263671875
RSDCD,λ=8,8192,1,79654,9.723388671875
RSDCD,λ=8,8192,1,86858,10.602783203125
RSDCD,λ=8,8192,1,84052,10.26025390625
RSDCD,λ=8,8192,1,104869,12.8013916015625
RSDCD,λ=8,8192,1,92477,11.2886962890625
RSDCD,λ=8,8192,1,76745,9.3682861328125
RSDCD,λ=8,8192,1,85355,10.4193115234375
RSDCD,λ=8,8192,1,85356,10.41943359375
RSDCD,λ=8,8192,1,87233,10.6485595703125
RSDCD,λ=8,8192,1,82765,10.1031494140625
RSDCD,λ=8,8192,1,88963,10.8597412109375
RSDCD,λ=8,8192,1,88377,10.7882080078125
RSDCD,λ=8,8192,1,75120,9.169921875
RSDCD,λ=8,8192,1,85211,10.4017333984375
RSDCD,λ=8,8192,1,89992,10.9853515625
RSDCD,λ=8,8192,1,82415,10.0604248046875
RSDCD,λ=8,8192,1,80984,9.8857421875
RSDCD,λ=8,8192,1,79399,9.6922607421875
RSDCD,λ=8,8192,1,96384,11.765625
RSDCD,λ=8,8192,1,85614,10.450927734375
RSDCD,λ=8,8192,1,105239,12.8465576171875
RSDCD,λ=8,8192,1,87105,10.6329345703125
RSDCD,λ=8,8192,1,107237,13.0904541015625
RSDCD,λ=8,8192,1,78841,9.6241455078125
RSDCD,λ=8,8192,1,89640,10.9423828125
RSDCD,λ=8,8192,1,87710,10.706787109375
RSDCD,λ=8,8192,1,76382,9.323974609375
RSDCD,λ=8,8192,1,78555,9.5892333984375
RSDCD,λ=8,8192,1,100955,12.3236083984375
RSDCD,λ=8,8192,1,75968,9.2734375
RSDCD,λ=8,8192,1,87519,10.6834716796875
RSDCD,λ=8,8192,1,98872,12.0693359375
RSDCD,λ=8,8192,1,85981,10.4957275390625
RSDCD,λ=8,8192,1,91539,11.1741943359375
RSDCD,λ=8,8192,1,92483,11.2894287109375
RSDCD,λ=8,8192,1,99463,12.1414794921875
RSDCD,λ=8,8192,1,78926,9.634521484375
RSDCD,λ=8,8192,1,90913,11.0977783203125
RSDCD,λ=8,8192,1,85674,10.458251953125
RSDCD,λ=8,8192,1,95488,11.65625
RSDCD,λ=8,8192,1,90644,11.06494140625
RSDCD,λ=8,8192,1,92414,11.281005859375
RSDCD,λ=8,8192,1,76933,9.3912353515625
RSDCD,λ=8,8192,1,82459,10.0657958984375
RSDCD,λ=8,8192,1,109699,13.3909912109375
RSDCD,λ=8,8192,1,100087,12.2176513671875
RSDCD,λ=8,8192,1,91774,11.202880859375
RSDCD,λ=8,8192,1,83804,10.22998046875
RSDCD,λ=8,8192,1,96959,11.8358154296875
RSDCD,λ=8,8192,1,79421,9.6949462890625
RSDCD,λ=8,8192,1,94058,11.481689453125
RSDCD,λ=8,8192,1,88430,10.794677734375
RSDCD,λ=8,8192,1,93656,11.4326171875
RSDCD,λ=8,8192,1,79934,9.757568359375
RSDCD,λ=8,8192,1,82107,10.0228271484375
RSDCD,λ=8,8192,1,82693,10.0943603515625
RSDCD,λ=8,8192,1,94630,11.551513671875
RSDCD,λ=8,8192,1,89722,10.952392578125
RSDCD,λ=8,8192,1,95373,11.6422119140625
RSDCD,λ=8,8192,1,98943,12.0780029296875
RSDCD,λ=8,8192,1,100337,12.2481689453125
RSDCD,λ=8,8192,1,82637,10.0875244140625
RSDCD,λ=8,8192,1,86561,10.5665283203125
RSDCD,λ=8,8192,1,87381,10.6666259765625
RSDCD,λ=8,8192,1,109711,13.3924560546875
RSDCD,λ=8,8192,1,112166,13.692138671875
RSDCD,λ=8,8192,1,94018,11.476806640625
RSDCD,λ=8,8192,1,81983,10.0076904296875
RSDCD,λ=8,8192,1,84255,10.2850341796875
RSDCD,λ=8,8192,1,85649,10.4552001953125
RSDCD,λ=8,8192,1,103460,12.62939453125
RSDCD,λ=8,8192,1,114614,13.990966796875
RSDCD,λ=8,8192,1,90367,11.0311279296875
RSDCD,λ=8,8192,1,93107,11.3656005859375
RSDCD,λ=8,8192,1,79402,9.692626953125
RSDCD,λ=8,8192,1,99617,12.1602783203125
RSDCD,λ=8,8192,1,78002,9.521728515625
RSDCD,λ=8,8192,1,78189,9.5445556640625
RSDCD,λ=8,8192,1,93514,11.415283203125
RSDCD,λ=8,8192,1,96610,11.793212890625
RSDCD,λ=8,8192,1,81873,9.9942626953125
RSDCD,λ=8,8192,1,92230,11.258544921875
RSDCD,λ=8,8192,1,85517,10.4390869140625
RSDCD,λ=8,8192,1,87950,10.736083984375
RSDCD,λ=8,8192,1,80716,9.85302734375
RSDCD,λ=8,8192,1,92987,11.3509521484375
RSDCD,λ=8,8192,1,80780,9.86083984375
RSDCD,λ=8,8192,1,96017,11.7208251953125
RSDCD,λ=8,8192,1,83809,10.2305908203125
RSDCD,λ=8,8192,1,88305,10.7794189453125
RSDCD,λ=8,8192,1,86634,10.575439453125
RSDCD,λ=8,8192,1,84832,10.35546875
RSDCD,λ=8,8192,1,86636,10.57568359375
RSDCD,λ=8,8192,1,80839,9.8680419921875
RRDCD,λ=8,8192,1,65059,7.9417724609375
RRDCD,λ=8,8192,1,77694,9.484130859375
RRDCD,λ=8,8192,1,61198,7.470458984375
RRDCD,λ=8,8192,1,71020,8.66943359375
RRDCD,λ=8,8192,1,67669,8.2603759765625
RRDCD,λ=8,8192,1,69663,8.5037841796875
RRDCD,λ=8,8192,1,80576,9.8359375
RRDCD,λ=8,8192,1,83521,10.1954345703125
RRDCD,λ=8,8192,1,65946,8.050048828125
RRDCD,λ=8,8192,1,69864,8.5283203125
RRDCD,λ=8,8192,1,64597,7.8853759765625
RRDCD,λ=8,8192,1,81761,9.9805908203125
RRDCD,λ=8,8192,1,72502,8.850341796875
RRDCD,λ=8,8192,1,76505,9.3389892578125
RRDCD,λ=8,8192,1,73423,8.9627685546875
RRDCD,λ=8,8192,1,73703,8.9969482421875
RRDCD,λ=8,8192,1,63973,7.8092041015625
RRDCD,λ=8,8192,1,65643,8.0130615234375
RRDCD,λ=8,8192,1,64006,7.813232421875
RRDCD,λ=8,8192,1,81022,9.890380859375
RRDCD,λ=8,8192,1,62982,7.688232421875
RRDCD,λ=8,8192,1,61037,7.4508056640625
RRDCD,λ=8,8192,1,62594,7.640869140625
RRDCD,λ=8,8192,1,73069,8.9195556640625
RRDCD,λ=8,8192,1,71793,8.7637939453125
RRDCD,λ=8,8192,1,71802,8.764892578125
RRDCD,λ=8,8192,1,68127,8.3162841796875
RRDCD,λ=8,8192,1,66237,8.0855712890625
RRDCD,λ=8,8192,1,69932,8.53662109375
RRDCD,λ=8,8192,1,65254,7.965576171875
RRDCD,λ=8,8192,1,63108,7.70361328125
RRDCD,λ=8,8192,1,60096,7.3359375
RRDCD,λ=8,8192,1,67117,8.1929931640625
RRDCD,λ=8,8192,1,66654,8.136474609375
RRDCD,λ=8,8192,1,70361,8.5889892578125
RRDCD,λ=8,8192,1,61985,7.5665283203125
RRDCD,λ=8,8192,1,69775,8.5174560546875
RRDCD,λ=8,8192,1,72822,8.889404296875
RRDCD,λ=8,8192,1,67548,8.24560546875
RRDCD,λ=8,8192,1,61874,7.552978515625
RRDCD,λ=8,8192,1,69714,8.510009765625
RRDCD,λ=8,8192,1,66026,8.059814453125
RRDCD,λ=8,8192,1,62541,7.6343994140625
RRDCD,λ=8,8192,1,68910,8.411865234375
RRDCD,λ=8,8192,1,67510,8.240966796875
RRDCD,λ=8,8192,1,64817,7.9122314453125
RRDCD,λ=8,8192,1,70726,8.633544921875
RRDCD,λ=8,8192,1,70295,8.5809326171875
RRDCD,λ=8,8192,1,71508,8.72900390625
RRDCD,λ=8,8192,1,71995,8.7884521484375
RRDCD,λ=8,8192,1,76783,9.3729248046875
RRDCD,λ=8,8192,1,70349,8.5875244140625
RRDCD,λ=8,8192,1,73676,8.99365234375
RRDCD,λ=8,8192,1,67343,8.2205810546875
RRDCD,λ=8,8192,1,65109,7.9478759765625
RRDCD,λ=8,8192,1,71476,8.72509765625
RRDCD,λ=8,8192,1,75193,9.1788330078125
RRDCD,λ=8,8192,1,66353,8.0997314453125
RRDCD,λ=8,8192,1,64145,7.8302001953125
RRDCD,λ=8,8192,1,65792,8.03125
RRDCD,λ=8,8192,1,77970,9.517822265625
RRDCD,λ=8,8192,1,78568,9.5908203125
RRDCD,λ=8,8192,1,71121,8.6817626953125
RRDCD,λ=8,8192,1,73044,8.91650390625
RRDCD,λ=8,8192,1,64012,7.81396484375
RRDCD,λ=8,8192,1,64804,7.91064453125
RRDCD,λ=8,8192,1,68648,8.3798828125
RRDCD,λ=8,8192,1,66503,8.1180419921875
RRDCD,λ=8,8192,1,72878,8.896240234375
RRDCD,λ=8,8192,1,76088,9.2880859375
RRDCD,λ=8,8192,1,66456,8.1123046875
RRDCD,λ=8,8192,1,74304,9.0703125
RRDCD,λ=8,8192,1,66904,8.1669921875
RRDCD,λ=8,8192,1,66813,8.1558837890625
RRDCD,λ=8,8192,1,70877,8.6519775390625
RRDCD,λ=8,8192,1,69212,8.44873046875
RRDCD,λ=8,8192,1,67366,8.223388671875
RRDCD,λ=8,8192,1,65924,8.04736328125
RRDCD,λ=8,8192,1,68101,8.3131103515625
RRDCD,λ=8,8192,1,70376,8.5908203125
RRDCD,λ=8,8192,1,71656,8.7470703125
RRDCD,λ=8,8192,1,77049,9.4053955078125
RRDCD,λ=8,8192,1,68416,8.3515625
RRDCD,λ=8,8192,1,63539,7.7562255859375
RRDCD,λ=8,8192,1,71456,8.72265625
RRDCD,λ=8,8192,1,65634,8.011962890625
RRDCD,λ=8,8192,1,70079,8.5545654296875
RRDCD,λ=8,8192,1,72452,8.84423828125
RRDCD,λ=8,8192,1,74859,9.1380615234375
RRDCD,λ=8,8192,1,73552,8.978515625
RRDCD,λ=8,8192,1,64037,7.8170166015625
RRDCD,λ=8,8192,1,66420,8.10791015625
RRDCD,λ=8,8192,1,78427,9.5736083984375
RRDCD,λ=8,8192,1,65536,8.0
RRDCD,λ=8,8192,1,68383,8.3475341796875
RRDCD,λ=8,8192,1,67933,8.2926025390625
RRDCD,λ=8,8192,1,65444,7.98876953125
RRDCD,λ=8,8192,1,69764,8.51611328125
RRDCD,λ=8,8192,1,75443,9.2093505859375
RRDCD,λ=8,8192,1,71129,8.6827392578125
RHDCD,λ=8,8192,1,64251,7.8431396484375
RHDCD,λ=8,8192,1,73019,8.9134521484375
RHDCD,λ=8,8192,1,76768,9.37109375
RHDCD,λ=8,8192,1,69160,8.4423828125
RHDCD,λ=8,8192,1,64792,7.9091796875
RHDCD,λ=8,8192,1,77817,9.4991455078125
RHDCD,λ=8,8192,1,73064,8.9189453125
RHDCD,λ=8,8192,1,69466,8.479736328125
RHDCD,λ=8,8192,1,67049,8.1846923828125
RHDCD,λ=8,8192,1,73061,8.9185791015625
RHDCD,λ=8,8192,1,69621,8.4986572265625
RHDCD,λ=8,8192,1,64537,7.8780517578125
RHDCD,λ=8,8192,1,71130,8.682861328125
RHDCD,λ=8,8192,1,72603,8.8626708984375
RHDCD,λ=8,8192,1,65848,8.0380859375
RHDCD,λ=8,8192,1,68929,8.4141845703125
RHDCD,λ=8,8192,1,62970,7.686767578125
RHDCD,λ=8,8192,1,69565,8.4918212890625
RHDCD,λ=8,8192,1,73213,8.9371337890625
RHDCD,λ=8,8192,1,63703,7.7762451171875
RHDCD,λ=8,8192,1,61874,7.552978515625
RHDCD,λ=8,8192,1,65311,7.9725341796875
RHDCD,λ=8,8192,1,70714,8.632080078125
RHDCD,λ=8,8192,1,69566,8.491943359375
RHDCD,λ=8,8192,1,60067,7.3323974609375
RHDCD,λ=8,8192,1,68902,8.410888671875
RHDCD,λ=8,8192,1,74159,9.0526123046875
RHDCD,λ=8,8192,1,69797,8.5201416015625
RHDCD,λ=8,8192,1,61466,7.503173828125
RHDCD,λ=8,8192,1,74647,9.1121826171875
RHDCD,λ=8,8192,1,64868,7.91845703125
RHDCD,λ=8,8192,1,69343,8.4647216796875
RHDCD,λ=8,8192,1,62599,7.6414794921875
RHDCD,λ=8,8192,1,62338,7.609619140625
RHDCD,λ=8,8192,1,75590,9.227294921875
RHDCD,λ=8,8192,1,84812,10.35302734375
RHDCD,λ=8,8192,1,81526,9.951904296875
RHDCD,λ=8,8192,1,68248,8.3310546875
RHDCD,λ=8,8192,1,69909,8.5338134765625
RHDCD,λ=8,8192,1,64209,7.8380126953125
RHDCD,λ=8,8192,1,65894,8.043701171875
RHDCD,λ=8,8192,1,73819,9.0111083984375
RHDCD,λ=8,8192,1,73188,8.93408203125
RHDCD,λ=8,8192,1,64902,7.922607421875
RHDCD,λ=8,8192,1,68609,8.3751220703125
RHDCD,λ=8,8192,1,63831,7.7918701171875
RHDCD,λ=8,8192,1,76086,9.287841796875
RHDCD,λ=8,8192,1,68380,8.34716796875
RHDCD,λ=8,8192,1,73862,9.016357421875
RHDCD,λ=8,8192,1,75866,9.260986328125
RHDCD,λ=8,8192,1,65985,8.0548095703125
RHDCD,λ=8,8192,1,66297,8.0928955078125
RHDCD,λ=8,8192,1,63554,7.758056640625
RHDCD,λ=8,8192,1,65526,7.998779296875
RHDCD,λ=8,8192,1,67123,8.1937255859375
RHDCD,λ=8,8192,1,85726,10.464599609375
RHDCD,λ=8,8192,1,61394,7.494384765625
RHDCD,λ=8,8192,1,75382,9.201904296875
RHDCD,λ=8,8192,1,69052,8.42919921875
RHDCD,λ=8,8192,1,63212,7.71630859375
RHDCD,λ=8,8192,1,82079,10.0194091796875
RHDCD,λ=8,8192,1,70794,8.641845703125
RHDCD,λ=8,8192,1,60808,7.4228515625
RHDCD,λ=8,8192,1,78116,9.53564453125
RHDCD,λ=8,8192,1,70320,8.583984375
RHDCD,λ=8,8192,1,71880,8.7744140625
RHDCD,λ=8,8192,1,62978,7.687744140625
RHDCD,λ=8,8192,1,68681,8.3839111328125
RHDCD,λ=8,8192,1,70482,8.603759765625
RHDCD,λ=8,8192,1,69098,8.434814453125
RHDCD,λ=8,8192,1,66054,8.063232421875
RHDCD,λ=8,8192,1,63418,7.741455078125
RHDCD,λ=8,8192,1,67660,8.25927734375
RHDCD,λ=8,8192,1,67829,8.2799072265625
RHDCD,λ=8,8192,1,67787,8.2747802734375
RHDCD,λ=8,8192,1,68703,8.3865966796875
RHDCD,λ=8,8192,1,69448,8.4775390625
RHDCD,λ=8,8192,1,81851,9.9915771484375
RHDCD,λ=8,8192,1,63427,7.7425537109375
RHDCD,λ=8,8192,1,80770,9.859619140625
RHDCD,λ=8,8192,1,63409,7.7403564453125
RHDCD,λ=8,8192,1,72624,8.865234375
RHDCD,λ=8,8192,1,66669,8.1383056640625
RHDCD,λ=8,8192,1,67446,8.233154296875
RHDCD,λ=8,8192,1,68022,8.303466796875
RHDCD,λ=8,8192,1,76310,9.315185546875
RHDCD,λ=8,8192,1,69225,8.4503173828125
RHDCD,λ=8,8192,1,68735,8.3905029296875
RHDCD,λ=8,8192,1,64604,7.88623046875
RHDCD,λ=8,8192,1,67593,8.2510986328125
RHDCD,λ=8,8192,1,70057,8.5518798828125
RHDCD,λ=8,8192,1,65416,7.9853515625
RHDCD,λ=8,8192,1,66087,8.0672607421875
RHDCD,λ=8,8192,1,61115,7.4603271484375
RHDCD,λ=8,8192,1,69624,8.4990234375
RHDCD,λ=8,8192,1,65053,7.9410400390625
RHDCD,λ=8,8192,1,75979,9.2747802734375
RHDCD,λ=8,8192,1,66163,8.0765380859375
RHDCD,λ=8,8192,1,72044,8.79443359375
RHDCD,λ=8,8192,1,76800,9.375
RHLCD,λ=8,8192,1,74593,9.1055908203125
RHLCD,λ=8,8192,1,72901,8.8990478515625
RHLCD,λ=8,8192,1,63789,7.7867431640625
RHLCD,λ=8,8192,1,69721,8.5108642578125
RHLCD,λ=8,8192,1,68997,8.4224853515625
RHLCD,λ=8,8192,1,69769,8.5167236328125
RHLCD,λ=8,8192,1,67477,8.2369384765625
RHLCD,λ=8,8192,1,75649,9.2344970703125
RHLCD,λ=8,8192,1,65269,7.9674072265625
RHLCD,λ=8,8192,1,72353,8.8321533203125
RHLCD,λ=8,8192,1,71225,8.6944580078125
RHLCD,λ=8,8192,1,81469,9.9449462890625
RHLCD,λ=8,8192,1,73205,8.9361572265625
RHLCD,λ=8,8192,1,89561,10.9327392578125
RHLCD,λ=8,8192,1,83969,10.2501220703125
RHLCD,λ=8,8192,1,64857,7.9171142578125
RHLCD,λ=8,8192,1,59729,7.2911376953125
RHLCD,λ=8,8192,1,67525,8.2427978515625
RHLCD,λ=8,8192,1,66001,8.0567626953125
RHLCD,λ=8,8192,1,72621,8.8648681640625
RHLCD,λ=8,8192,1,71885,8.7750244140625
RHLCD,λ=8,8192,1,64321,7.8516845703125
RHLCD,λ=8,8192,1,67805,8.2769775390625
RHLCD,λ=8,8192,1,65065,7.9425048828125
RHLCD,λ=8,8192,1,68765,8.3941650390625
RHLCD,λ=8,8192,1,72213,8.8150634765625
RHLCD,λ=8,8192,1,68889,8.4093017578125
RHLCD,λ=8,8192,1,64281,7.8468017578125
RHLCD,λ=8,8192,1,66173,8.0777587890625
RHLCD,λ=8,8192,1,67973,8.2974853515625
RHLCD,λ=8,8192,1,79433,9.6964111328125
RHLCD,λ=8,8192,1,72160,8.80859375
RHLCD,λ=8,8192,1,87429,10.6724853515625
RHLCD,λ=8,8192,1,64117,7.8267822265625
RHLCD,λ=8,8192,1,65573,8.0045166015625
RHLCD,λ=8,8192,1,64717,7.9000244140625
RHLCD,λ=8,8192,1,63317,7.7291259765625
RHLCD,λ=8,8192,1,80685,9.8492431640625
RHLCD,λ=8,8192,1,68989,8.4215087890625
RHLCD,λ=8,8192,1,65413,7.9849853515625
RHLCD,λ=8,8192,1,76769,9.3712158203125
RHLCD,λ=8,8192,1,77705,9.4854736328125
RHLCD,λ=8,8192,1,66829,8.1578369140625
RHLCD,λ=8,8192,1,82865,10.1153564453125
RHLCD,λ=8,8192,1,69585,8.4942626953125
RHLCD,λ=8,8192,1,62333,7.6090087890625
RHLCD,λ=8,8192,1,66165,8.0767822265625
RHLCD,λ=8,8192,1,59513,7.2647705078125
RHLCD,λ=8,8192,1,71061,8.6744384765625
RHLCD,λ=8,8192,1,71969,8.7852783203125
RHLCD,λ=8,8192,1,78877,9.6285400390625
RHLCD,λ=8,8192,1,74249,9.0635986328125
RHLCD,λ=8,8192,1,70389,8.5924072265625
RHLCD,λ=8,8192,1,69025,8.4259033203125
RHLCD,λ=8,8192,1,61397,7.4947509765625
RHLCD,λ=8,8192,1,76705,9.3634033203125
RHLCD,λ=8,8192,1,70233,8.5733642578125
RHLCD,λ=8,8192,1,70244,8.57470703125
RHLCD,λ=8,8192,1,78349,9.5640869140625
RHLCD,λ=8,8192,1,66201,8.0811767578125
RHLCD,λ=8,8192,1,65684,8.01806640625
RHLCD,λ=8,8192,1,78793,9.6182861328125
RHLCD,λ=8,8192,1,74937,9.1475830078125
RHLCD,λ=8,8192,1,73861,9.0162353515625
RHLCD,λ=8,8192,1,73209,8.9366455078125
RHLCD,λ=8,8192,1,69064,8.4306640625
RHLCD,λ=8,8192,1,68913,8.4122314453125
RHLCD,λ=8,8192,1,63753,7.7823486328125
RHLCD,λ=8,8192,1,73697,8.9962158203125
RHLCD,λ=8,8192,1,62985,7.6885986328125
RHLCD,λ=8,8192,1,80132,9.78173828125
RHLCD,λ=8,8192,1,69767,8.5164794921875
RHLCD,λ=8,8192,1,64957,7.9293212890625
RHLCD,λ=8,8192,1,71425,8.7188720703125
RHLCD,λ=8,8192,1,63069,7.6988525390625
RHLCD,λ=8,8192,1,70705,8.6309814453125
RHLCD,λ=8,8192,1,58853,7.1842041015625
RHLCD,λ=8,8192,1,69237,8.4517822265625
RHLCD,λ=8,8192,1,71556,8.73486328125
RHLCD,λ=8,8192,1,73296,8.947265625
RHLCD,λ=8,8192,1,69361,8.4669189453125
RHLCD,λ=8,8192,1,68397,8.3492431640625
RHLCD,λ=8,8192,1,68401,8.3497314453125
RHLCD,λ=8,8192,1,61389,7.4937744140625
RHLCD,λ=8,8192,1,69689,8.5069580078125
RHLCD,λ=8,8192,1,68844,8.40380859375
RHLCD,λ=8,8192,1,64204,7.83740234375
RHLCD,λ=8,8192,1,65621,8.0103759765625
RHLCD,λ=8,8192,1,66392,8.1044921875
RHLCD,λ=8,8192,1,71076,8.67626953125
RHLCD,λ=8,8192,1,82416,10.060546875
RHLCD,λ=8,8192,1,62709,7.6549072265625
RHLCD,λ=8,8192,1,65557,8.0025634765625
RHLCD,λ=8,8192,1,67541,8.2447509765625
RHLCD,λ=8,8192,1,88537,10.8077392578125
RHLCD,λ=8,8192,1,65733,8.0240478515625
RHLCD,λ=8,8192,1,73441,8.9649658203125
RHLCD,λ=8,8192,1,64477,7.8707275390625
RHLCD,λ=8,8192,1,69577,8.4932861328125
RHLCD,λ=8,8192,1,70353,8.5880126953125
RRLCD,λ=8,8192,1,67438,8.232177734375
RRLCD,λ=8,8192,1,69994,8.544189453125
RRLCD,λ=8,8192,1,65000,7.9345703125
RRLCD,λ=8,8192,1,61075,7.4554443359375
RRLCD,λ=8,8192,1,75016,9.1572265625
RRLCD,λ=8,8192,1,67201,8.2032470703125
RRLCD,λ=8,8192,1,60850,7.427978515625
RRLCD,λ=8,8192,1,67262,8.210693359375
RRLCD,λ=8,8192,1,62529,7.6329345703125
RRLCD,λ=8,8192,1,68875,8.4075927734375
RRLCD,λ=8,8192,1,84511,10.3162841796875
RRLCD,λ=8,8192,1,69713,8.5098876953125
RRLCD,λ=8,8192,1,63758,7.782958984375
RRLCD,λ=8,8192,1,67261,8.2105712890625
RRLCD,λ=8,8192,1,70162,8.564697265625
RRLCD,λ=8,8192,1,72693,8.8736572265625
RRLCD,λ=8,8192,1,76378,9.323486328125
RRLCD,λ=8,8192,1,68886,8.408935546875
RRLCD,λ=8,8192,1,68395,8.3489990234375
RRLCD,λ=8,8192,1,67307,8.2161865234375
RRLCD,λ=8,8192,1,67155,8.1976318359375
RRLCD,λ=8,8192,1,78676,9.60400390625
RRLCD,λ=8,8192,1,63229,7.7183837890625
RRLCD,λ=8,8192,1,63850,7.794189453125
RRLCD,λ=8,8192,1,93067,11.3607177734375
RRLCD,λ=8,8192,1,68471,8.3582763671875
RRLCD,λ=8,8192,1,69508,8.48486328125
RRLCD,λ=8,8192,1,86792,10.5947265625
RRLCD,λ=8,8192,1,63309,7.7281494140625
RRLCD,λ=8,8192,1,76411,9.3275146484375
RRLCD,λ=8,8192,1,69816,8.5224609375
RRLCD,λ=8,8192,1,76895,9.3865966796875
RRLCD,λ=8,8192,1,74153,9.0518798828125
RRLCD,λ=8,8192,1,70370,8.590087890625
RRLCD,λ=8,8192,1,67963,8.2962646484375
RRLCD,λ=8,8192,1,73150,8.929443359375
RRLCD,λ=8,8192,1,66107,8.0697021484375
RRLCD,λ=8,8192,1,66543,8.1229248046875
RRLCD,λ=8,8192,1,67691,8.2630615234375
RRLCD,λ=8,8192,1,82417,10.0606689453125
RRLCD,λ=8,8192,1,63975,7.8094482421875
RRLCD,λ=8,8192,1,74166,9.053466796875
RRLCD,λ=8,8192,1,63968,7.80859375
RRLCD,λ=8,8192,1,77399,9.4481201171875
RRLCD,λ=8,8192,1,68382,8.347412109375
RRLCD,λ=8,8192,1,67415,8.2293701171875
RRLCD,λ=8,8192,1,73728,9.0
RRLCD,λ=8,8192,1,67595,8.2513427734375
RRLCD,λ=8,8192,1,64621,7.8883056640625
RRLCD,λ=8,8192,1,68883,8.4085693359375
RRLCD,λ=8,8192,1,66325,8.0963134765625
RRLCD,λ=8,8192,1,63020,7.69287109375
RRLCD,λ=8,8192,1,68541,8.3668212890625
RRLCD,λ=8,8192,1,72487,8.8485107421875
RRLCD,λ=8,8192,1,65873,8.0411376953125
RRLCD,λ=8,8192,1,70120,8.5595703125
RRLCD,λ=8,8192,1,72462,8.845458984375
RRLCD,λ=8,8192,1,64238,7.841552734375
RRLCD,λ=8,8192,1,84306,10.291259765625
RRLCD,λ=8,8192,1,72411,8.8392333984375
RRLCD,λ=8,8192,1,64629,7.8892822265625
RRLCD,λ=8,8192,1,68716,8.38818359375
RRLCD,λ=8,8192,1,68457,8.3565673828125
RRLCD,λ=8,8192,1,61230,7.474365234375
RRLCD,λ=8,8192,1,69269,8.4556884765625
RRLCD,λ=8,8192,1,75665,9.2364501953125
RRLCD,λ=8,8192,1,62784,7.6640625
RRLCD,λ=8,8192,1,80689,9.8497314453125
RRLCD,λ=8,8192,1,77408,9.44921875
RRLCD,λ=8,8192,1,68472,8.3583984375
RRLCD,λ=8,8192,1,68218,8.327392578125
RRLCD,λ=8,8192,1,62350,7.611083984375
RRLCD,λ=8,8192,1,65994,8.055908203125
RRLCD,λ=8,8192,1,65424,7.986328125
RRLCD,λ=8,8192,1,71840,8.76953125
RRLCD,λ=8,8192,1,65402,7.983642578125
RRLCD,λ=8,8192,1,69837,8.5250244140625
RRLCD,λ=8,8192,1,76092,9.28857421875
RRLCD,λ=8,8192,1,71501,8.7281494140625
RRLCD,λ=8,8192,1,62519,7.6317138671875
RRLCD,λ=8,8192,1,67850,8.282470703125
RRLCD,λ=8,8192,1,70270,8.577880859375
RRLCD,λ=8,8192,1,73782,9.006591796875
RRLCD,λ=8,8192,1,67280,8.212890625
RRLCD,λ=8,8192,1,66415,8.1072998046875
RRLCD,λ=8,8192,1,61774,7.540771484375
RRLCD,λ=8,8192,1,75900,9.26513671875
RRLCD,λ=8,8192,1,68549,8.3677978515625
RRLCD,λ=8,8192,1,70549,8.6119384765625
RRLCD,λ=8,8192,1,65453,7.9898681640625
RRLCD,λ=8,8192,1,74165,9.0533447265625
RRLCD,λ=8,8192,1,68216,8.3271484375
RRLCD,λ=8,8192,1,72320,8.828125
RRLCD,λ=8,8192,1,77617,9.4747314453125
RRLCD,λ=8,8192,1,77775,9.4940185546875
RRLCD,λ=8,8192,1,69814,8.522216796875
RRLCD,λ=8,8192,1,68019,8.3031005859375
RRLCD,λ=8,8192,1,66589,8.1285400390625
RRLCD,λ=8,8192,1,68436,8.35400390625
RRLCD,λ=8,8192,1,69364,8.46728515625
RSLCD,λ=8,8192,1,93093,11.3638916015625
RSLCD,λ=8,8192,1,96135,11.7352294921875
RSLCD,λ=8,8192,1,91258,11.139892578125
RSLCD,λ=8,8192,1,103438,12.626708984375
RSLCD,λ=8,8192,1,133550,16.302490234375
RSLCD,λ=8,8192,1,95921,11.7091064453125
RSLCD,λ=8,8192,1,92962,11.347900390625
RSLCD,λ=8,8192,1,109559,13.3739013671875
RSLCD,λ=8,8192,1,90857,11.0909423828125
RSLCD,λ=8,8192,1,93741,11.4429931640625
RSLCD,λ=8,8192,1,109961,13.4229736328125
RSLCD,λ=8,8192,1,102232,12.4794921875
RSLCD,λ=8,8192,1,123338,15.055908203125
RSLCD,λ=8,8192,1,101202,12.353759765625
RSLCD,λ=8,8192,1,100279,12.2410888671875
RSLCD,λ=8,8192,1,106058,12.946533203125
RSLCD,λ=8,8192,1,98177,11.9844970703125
RSLCD,λ=8,8192,1,110303,13.4647216796875
RSLCD,λ=8,8192,1,85741,10.4664306640625
RSLCD,λ=8,8192,1,102748,12.54248046875
RSLCD,λ=8,8192,1,98187,11.9857177734375
RSLCD,λ=8,8192,1,89750,10.955810546875
RSLCD,λ=8,8192,1,105761,12.9102783203125
RSLCD,λ=8,8192,1,100887,12.3153076171875
RSLCD,λ=8,8192,1,94672,11.556640625
RSLCD,λ=8,8192,1,108480,13.2421875
RSLCD,λ=8,8192,1,106205,12.9644775390625
RSLCD,λ=8,8192,1,97539,11.9066162109375
RSLCD,λ=8,8192,1,103340,12.61474609375
RSLCD,λ=8,8192,1,97175,11.8621826171875
RSLCD,λ=8,8192,1,84431,10.3065185546875
RSLCD,λ=8,8192,1,98830,12.064208984375
RSLCD,λ=8,8192,1,96659,11.7991943359375
RSLCD,λ=8,8192,1,117298,14.318603515625
RSLCD,λ=8,8192,1,102781,12.5465087890625
RSLCD,λ=8,8192,1,89839,10.9666748046875
RSLCD,λ=8,8192,1,102188,12.47412109375
RSLCD,λ=8,8192,1,102249,12.4815673828125
RSLCD,λ=8,8192,1,102916,12.56298828125
RSLCD,λ=8,8192,1,87481,10.6788330078125
RSLCD,λ=8,8192,1,102315,12.4896240234375
RSLCD,λ=8,8192,1,100469,12.2642822265625
RSLCD,λ=8,8192,1,106976,13.05859375
RSLCD,λ=8,8192,1,86831,10.5994873046875
RSLCD,λ=8,8192,1,102098,12.463134765625
RSLCD,λ=8,8192,1,93301,11.3892822265625
RSLCD,λ=8,8192,1,101490,12.388916015625
RSLCD,λ=8,8192,1,109168,13.326171875
RSLCD,λ=8,8192,1,99537,12.1505126953125
RSLCD,λ=8,8192,1,92437,11.2838134765625
RSLCD,λ=8,8192,1,100936,12.3212890625
RSLCD,λ=8,8192,1,89442,10.918212890625
RSLCD,λ=8,8192,1,103467,12.6302490234375
RSLCD,λ=8,8192,1,114149,13.9342041015625
RSLCD,λ=8,8192,1,102953,12.5675048828125
RSLCD,λ=8,8192,1,99664,12.166015625
RSLCD,λ=8,8192,1,91430,11.160888671875
RSLCD,λ=8,8192,1,94044,11.47998046875
RSLCD,λ=8,8192,1,94779,11.5697021484375
RSLCD,λ=8,8192,1,93621,11.4283447265625
RSLCD,λ=8,8192,1,89308,10.90185546875
RSLCD,λ=8,8192,1,113117,13.8082275390625
RSLCD,λ=8,8192,1,100341,12.2486572265625
RSLCD,λ=8,8192,1,105372,12.86279296875
RSLCD,λ=8,8192,1,89132,10.88037109375
RSLCD,λ=8,8192,1,106391,12.9871826171875
RSLCD,λ=8,8192,1,97870,11.947021484375
RSLCD,λ=8,8192,1,95902,11.706787109375
RSLCD,λ=8,8192,1,90638,11.064208984375
RSLCD,λ=8,8192,1,103528,12.6376953125
RSLCD,λ=8,8192,1,97651,11.9202880859375
RSLCD,λ=8,8192,1,88508,10.80419921875
RSLCD,λ=8,8192,1,100140,12.22412109375
RSLCD,λ=8,8192,1,103426,12.625244140625
RSLCD,λ=8,8192,1,93298,11.388916015625
RSLCD,λ=8,8192,1,88860,10.84716796875
RSLCD,λ=8,8192,1,98263,11.9949951171875
RSLCD,λ=8,8192,1,96786,11.814697265625
RSLCD,λ=8,8192,1,99128,12.1005859375
RSLCD,λ=8,8192,1,118497,14.4649658203125
RSLCD,λ=8,8192,1,98413,12.0133056640625
RSLCD,λ=8,8192,1,100285,12.2418212890625
RSLCD,λ=8,8192,1,93536,11.41796875
RSLCD,λ=8,8192,1,96443,11.7728271484375
RSLCD,λ=8,8192,1,94882,11.582275390625
RSLCD,λ=8,8192,1,109231,13.3338623046875
RSLCD,λ=8,8192,1,97162,11.860595703125
RSLCD,λ=8,8192,1,90928,11.099609375
RSLCD,λ=8,8192,1,105035,12.8216552734375
RSLCD,λ=8,8192,1,103179,12.5950927734375
RSLCD,λ=8,8192,1,86580,10.56884765625
RSLCD,λ=8,8192,1,122774,14.987060546875
RSLCD,λ=8,8192,1,126243,15.4105224609375
RSLCD,λ=8,8192,1,85723,10.4642333984375
RSLCD,λ=8,8192,1,94471,11.5321044921875
RSLCD,λ=8,8192,1,102995,12.5726318359375
RSLCD,λ=8,8192,1,115361,14.0821533203125
RSLCD,λ=8,8192,1,95868,11.70263671875
RSLCD,λ=8,8192,1,94652,11.55419921875
RSLCD,λ=8,8192,1,93419,11.4036865234375
RSDSD,λ=8,8192,1,93867,11.4583740234375
RSDSD,λ=8,8192,1,97130,11.856689453125
RSDSD,λ=8,8192,1,101725,12.4176025390625
RSDSD,λ=8,8192,1,88557,10.8101806640625
RSDSD,λ=8,8192,1,87199,10.6444091796875
RSDSD,λ=8,8192,1,85766,10.469482421875
RSDSD,λ=8,8192,1,95149,11.6148681640625
RSDSD,λ=8,8192,1,103809,12.6719970703125
RSDSD,λ=8,8192,1,100576,12.27734375
RSDSD,λ=8,8192,1,91998,11.230224609375
RSDSD,λ=8,8192,1,87892,10.72900390625
RSDSD,λ=8,8192,1,90111,10.9998779296875
RSDSD,λ=8,8192,1,109439,13.3592529296875
RSDSD,λ=8,8192,1,90752,11.078125
RSDSD,λ=8,8192,1,77751,9.4910888671875
RSDSD,λ=8,8192,1,87156,10.63916015625
RSDSD,λ=8,8192,1,97115,11.8548583984375
RSDSD,λ=8,8192,1,108287,13.2186279296875
RSDSD,λ=8,8192,1,95708,11.68310546875
RSDSD,λ=8,8192,1,89866,10.969970703125
RSDSD,λ=8,8192,1,84574,10.323974609375
RSDSD,λ=8,8192,1,93372,11.39794921875
RSDSD,λ=8,8192,1,92044,11.23583984375
RSDSD,λ=8,8192,1,114135,13.9324951171875
RSDSD,λ=8,8192,1,101061,12.3365478515625
RSDSD,λ=8,8192,1,93512,11.4150390625
RSDSD,λ=8,8192,1,83712,10.21875
RSDSD,λ=8,8192,1,122646,14.971435546875
RSDSD,λ=8,8192,1,89250,10.894775390625
RSDSD,λ=8,8192,1,83731,10.2210693359375
RSDSD,λ=8,8192,1,97156,11.85986328125
RSDSD,λ=8,8192,1,96689,11.8028564453125
RSDSD,λ=8,8192,1,97714,11.927978515625
RSDSD,λ=8,8192,1,81808,9.986328125
RSDSD,λ=8,8192,1,89099,10.8763427734375
RSDSD,λ=8,8192,1,93241,11.3819580078125
RSDSD,λ=8,8192,1,92027,11.2337646484375
RSDSD,λ=8,8192,1,131896,16.1005859375
RSDSD,λ=8,8192,1,88457,10.7979736328125
RSDSD,λ=8,8192,1,118910,14.515380859375
RSDSD,λ=8,8192,1,80359,9.8094482421875
RSDSD,λ=8,8192,1,93985,11.4727783203125
RSDSD,λ=8,8192,1,90278,11.020263671875
RSDSD,λ=8,8192,1,98359,12.0067138671875
RSDSD,λ=8,8192,1,92437,11.2838134765625
RSDSD,λ=8,8192,1,80163,9.7855224609375
RSDSD,λ=8,8192,1,86218,10.524658203125
RSDSD,λ=8,8192,1,85177,10.3975830078125
RSDSD,λ=8,8192,1,76783,9.3729248046875
RSDSD,λ=8,8192,1,94288,11.509765625
RSDSD,λ=8,8192,1,82669,10.0914306640625
RSDSD,λ=8,8192,1,84338,10.295166015625
RSDSD,λ=8,8192,1,91354,11.151611328125
RSDSD,λ=8,8192,1,100996,12.32861328125
RSDSD,λ=8,8192,1,99506,12.146728515625
RSDSD,λ=8,8192,1,86817,10.5977783203125
RSDSD,λ=8,8192,1,110953,13.5440673828125
RSDSD,λ=8,8192,1,95131,11.6126708984375
RSDSD,λ=8,8192,1,87336,10.6611328125
RSDSD,λ=8,8192,1,90252,11.01708984375
RSDSD,λ=8,8192,1,88549,10.8092041015625
RSDSD,λ=8,8192,1,90689,11.0704345703125
RSDSD,λ=8,8192,1,82464,10.06640625
RSDSD,λ=8,8192,1,92627,11.3070068359375
RSDSD,λ=8,8192,1,85904,10.486328125
RSDSD,λ=8,8192,1,92659,11.3109130859375
RSDSD,λ=8,8192,1,100661,12.2877197265625
RSDSD,λ=8,8192,1,89901,10.9742431640625
RSDSD,λ=8,8192,1,105972,12.93603515625
RSDSD,λ=8,8192,1,86125,10.5133056640625
RSDSD,λ=8,8192,1,90142,11.003662109375
RSDSD,λ=8,8192,1,83446,10.186279296875
RSDSD,λ=8,8192,1,84871,10.3602294921875
RSDSD,λ=8,8192,1,90763,11.0794677734375
RSDSD,λ=8,8192,1,83529,10.1964111328125
RSDSD,λ=8,8192,1,114559,13.9842529296875
RSDSD,λ=8,8192,1,137190,16.746826171875
RSDSD,λ=8,8192,1,98912,12.07421875
RSDSD,λ=8,8192,1,87887,10.7283935546875
RSDSD,λ=8,8192,1,106548,13.00634765625
RSDSD,λ=8,8192,1,96557,11.7867431640625
RSDSD,λ=8,8192,1,97959,11.9578857421875
RSDSD,λ=8,8192,1,103351,12.6160888671875
RSDSD,λ=8,8192,1,77995,9.5208740234375
RSDSD,λ=8,8192,1,125663,15.3397216796875
RSDSD,λ=8,8192,1,88176,10.763671875
RSDSD,λ=8,8192,1,84169,10.2745361328125
RSDSD,λ=8,8192,1,102405,12.5006103515625
RSDSD,λ=8,8192,1,84199,10.2781982421875
RSDSD,λ=8,8192,1,92802,11.328369140625
RSDSD,λ=8,8192,1,80394,9.813720703125
RSDSD,λ=8,8192,1,107190,13.084716796875
RSDSD,λ=8,8192,1,114071,13.9246826171875
RSDSD,λ=8,8192,1,86109,10.5113525390625
RSDSD,λ=8,8192,1,84976,10.373046875
RSDSD,λ=8,8192,1,81139,9.9046630859375
RSDSD,λ=8,8192,1,98154,11.981689453125
RSDSD,λ=8,8192,1,83492,10.19189453125
RSDSD,λ=8,8192,1,98101,11.9752197265625
RSDSD,λ=8,8192,1,84029,10.2574462890625
RRDSD,λ=8,8192,1,60305,7.3614501953125
RRDSD,λ=8,8192,1,66314,8.094970703125
RRDSD,λ=8,8192,1,64502,7.873779296875
RRDSD,λ=8,8192,1,67631,8.2557373046875
RRDSD,λ=8,8192,1,61712,7.533203125
RRDSD,λ=8,8192,1,78274,9.554931640625
RRDSD,λ=8,8192,1,70700,8.63037109375
RRDSD,λ=8,8192,1,65912,8.0458984375
RRDSD,λ=8,8192,1,61669,7.5279541015625
RRDSD,λ=8,8192,1,66758,8.149169921875
RRDSD,λ=8,8192,1,60662,7.405029296875
RRDSD,λ=8,8192,1,63222,7.717529296875
RRDSD,λ=8,8192,1,63289,7.7257080078125
RRDSD,λ=8,8192,1,77474,9.457275390625
RRDSD,λ=8,8192,1,61937,7.5606689453125
RRDSD,λ=8,8192,1,59631,7.2791748046875
RRDSD,λ=8,8192,1,61791,7.5428466796875
RRDSD,λ=8,8192,1,58286,7.114990234375
RRDSD,λ=8,8192,1,64321,7.8516845703125
RRDSD,λ=8,8192,1,62819,7.6683349609375
RRDSD,λ=8,8192,1,62122,7.583251953125
RRDSD,λ=8,8192,1,65352,7.9775390625
RRDSD,λ=8,8192,1,65711,8.0213623046875
RRDSD,λ=8,8192,1,63040,7.6953125
RRDSD,λ=8,8192,1,64430,7.864990234375
RRDSD,λ=8,8192,1,60818,7.424072265625
RRDSD,λ=8,8192,1,66061,8.0640869140625
RRDSD,λ=8,8192,1,75163,9.1751708984375
RRDSD,λ=8,8192,1,64819,7.9124755859375
RRDSD,λ=8,8192,1,59091,7.2132568359375
RRDSD,λ=8,8192,1,73576,8.9814453125
RRDSD,λ=8,8192,1,66125,8.0718994140625
RRDSD,λ=8,8192,1,62793,7.6651611328125
RRDSD,λ=8,8192,1,58641,7.1583251953125
RRDSD,λ=8,8192,1,68078,8.310302734375
RRDSD,λ=8,8192,1,62448,7.623046875
RRDSD,λ=8,8192,1,60983,7.4442138671875
RRDSD,λ=8,8192,1,61946,7.561767578125
RRDSD,λ=8,8192,1,60190,7.347412109375
RRDSD,λ=8,8192,1,61894,7.555419921875
RRDSD,λ=8,8192,1,68103,8.3133544921875
RRDSD,λ=8,8192,1,62028,7.57177734375
RRDSD,λ=8,8192,1,68541,8.3668212890625
RRDSD,λ=8,8192,1,58465,7.1368408203125
RRDSD,λ=8,8192,1,69179,8.4447021484375
RRDSD,λ=8,8192,1,60778,7.419189453125
RRDSD,λ=8,8192,1,66785,8.1524658203125
RRDSD,λ=8,8192,1,60651,7.4036865234375
RRDSD,λ=8,8192,1,63415,7.7410888671875
RRDSD,λ=8,8192,1,65077,7.9439697265625
RRDSD,λ=8,8192,1,60406,7.373779296875
RRDSD,λ=8,8192,1,64736,7.90234375
RRDSD,λ=8,8192,1,76480,9.3359375
RRDSD,λ=8,8192,1,69071,8.4315185546875
RRDSD,λ=8,8192,1,63907,7.8011474609375
RRDSD,λ=8,8192,1,58608,7.154296875
RRDSD,λ=8,8192,1,66483,8.1156005859375
RRDSD,λ=8,8192,1,61889,7.5548095703125
RRDSD,λ=8,8192,1,63752,7.7822265625
RRDSD,λ=8,8192,1,62799,7.6658935546875
RRDSD,λ=8,8192,1,66909,8.1676025390625
RRDSD,λ=8,8192,1,64442,7.866455078125
RRDSD,λ=8,8192,1,64745,7.9034423828125
RRDSD,λ=8,8192,1,59207,7.2274169921875
RRDSD,λ=8,8192,1,61559,7.5145263671875
RRDSD,λ=8,8192,1,60960,7.44140625
RRDSD,λ=8,8192,1,68629,8.3775634765625
RRDSD,λ=8,8192,1,69598,8.495849609375
RRDSD,λ=8,8192,1,63749,7.7818603515625
RRDSD,λ=8,8192,1,62441,7.6221923828125
RRDSD,λ=8,8192,1,65999,8.0565185546875
RRDSD,λ=8,8192,1,63493,7.7506103515625
RRDSD,λ=8,8192,1,61418,7.497314453125
RRDSD,λ=8,8192,1,62701,7.6539306640625
RRDSD,λ=8,8192,1,65578,8.005126953125
RRDSD,λ=8,8192,1,65548,8.00146484375
RRDSD,λ=8,8192,1,62429,7.6207275390625
RRDSD,λ=8,8192,1,68031,8.3045654296875
RRDSD,λ=8,8192,1,69448,8.4775390625
RRDSD,λ=8,8192,1,71024,8.669921875
RRDSD,λ=8,8192,1,60753,7.4161376953125
RRDSD,λ=8,8192,1,69689,8.5069580078125
RRDSD,λ=8,8192,1,57802,7.055908203125
RRDSD,λ=8,8192,1,80625,9.8419189453125
RRDSD,λ=8,8192,1,59793,7.2989501953125
RRDSD,λ=8,8192,1,61761,7.5391845703125
RRDSD,λ=8,8192,1,68950,8.416748046875
RRDSD,λ=8,8192,1,75587,9.2269287109375
RRDSD,λ=8,8192,1,64583,7.8836669921875
RRDSD,λ=8,8192,1,65401,7.9835205078125
RRDSD,λ=8,8192,1,60674,7.406494140625
RRDSD,λ=8,8192,1,70732,8.63427734375
RRDSD,λ=8,8192,1,65786,8.030517578125
RRDSD,λ=8,8192,1,66712,8.1435546875
RRDSD,λ=8,8192,1,58243,7.1097412109375
RRDSD,λ=8,8192,1,63056,7.697265625
RRDSD,λ=8,8192,1,63672,7.7724609375
RRDSD,λ=8,8192,1,66377,8.1026611328125
RHDSD,λ=8,8192,1,62467,7.6253662109375
RHDSD,λ=8,8192,1,63649,7.7696533203125
RHDSD,λ=8,8192,1,78557,9.5894775390625
RHDSD,λ=8,8192,1,69121,8.4376220703125
RHDSD,λ=8,8192,1,63815,7.7899169921875
RHDSD,λ=8,8192,1,61405,7.4957275390625
RHDSD,λ=8,8192,1,62067,7.5765380859375
RHDSD,λ=8,8192,1,76955,9.3939208984375
RHDSD,λ=8,8192,1,61745,7.5372314453125
RHDSD,λ=8,8192,1,58231,7.1082763671875
RHDSD,λ=8,8192,1,69187,8.4456787109375
RHDSD,λ=8,8192,1,60575,7.3944091796875
RHDSD,λ=8,8192,1,71135,8.6834716796875
RHDSD,λ=8,8192,1,63661,7.7711181640625
RHDSD,λ=8,8192,1,62251,7.5989990234375
RHDSD,λ=8,8192,1,59751,7.2938232421875
RHDSD,λ=8,8192,1,57189,6.9810791015625
RHDSD,λ=8,8192,1,73061,8.9185791015625
RHDSD,λ=8,8192,1,62673,7.6505126953125
RHDSD,λ=8,8192,1,72143,8.8065185546875
RHDSD,λ=8,8192,1,63125,7.7056884765625
RHDSD,λ=8,8192,1,62489,7.6280517578125
RHDSD,λ=8,8192,1,71489,8.7266845703125
RHDSD,λ=8,8192,1,64713,7.8995361328125
RHDSD,λ=8,8192,1,62231,7.5965576171875
RHDSD,λ=8,8192,1,64855,7.9168701171875
RHDSD,λ=8,8192,1,58365,7.1246337890625
RHDSD,λ=8,8192,1,71863,8.7723388671875
RHDSD,λ=8,8192,1,67217,8.2052001953125
RHDSD,λ=8,8192,1,65001,7.9346923828125
RHDSD,λ=8,8192,1,64489,7.8721923828125
RHDSD,λ=8,8192,1,61533,7.5113525390625
RHDSD,λ=8,8192,1,65837,8.0367431640625
RHDSD,λ=8,8192,1,66009,8.0577392578125
RHDSD,λ=8,8192,1,62023,7.5711669921875
RHDSD,λ=8,8192,1,58803,7.1781005859375
RHDSD,λ=8,8192,1,66287,8.0916748046875
RHDSD,λ=8,8192,1,62715,7.6556396484375
RHDSD,λ=8,8192,1,61215,7.4725341796875
RHDSD,λ=8,8192,1,56645,6.9146728515625
RHDSD,λ=8,8192,1,68987,8.4212646484375
RHDSD,λ=8,8192,1,75901,9.2652587890625
RHDSD,λ=8,8192,1,61983,7.5662841796875
RHDSD,λ=8,8192,1,66461,8.1129150390625
RHDSD,λ=8,8192,1,79991,9.7645263671875
RHDSD,λ=8,8192,1,65377,7.9805908203125
RHDSD,λ=8,8192,1,62955,7.6849365234375
RHDSD,λ=8,8192,1,63809,7.7891845703125
RHDSD,λ=8,8192,1,61133,7.4625244140625
RHDSD,λ=8,8192,1,61397,7.4947509765625
RHDSD,λ=8,8192,1,58341,7.1217041015625
RHDSD,λ=8,8192,1,57689,7.0421142578125
RHDSD,λ=8,8192,1,61489,7.5059814453125
RHDSD,λ=8,8192,1,64227,7.8402099609375
RHDSD,λ=8,8192,1,72899,8.8988037109375
RHDSD,λ=8,8192,1,72529,8.8536376953125
RHDSD,λ=8,8192,1,56365,6.8804931640625
RHDSD,λ=8,8192,1,65469,7.9918212890625
RHDSD,λ=8,8192,1,58075,7.0892333984375
RHDSD,λ=8,8192,1,68861,8.4058837890625
RHDSD,λ=8,8192,1,66957,8.1734619140625
RHDSD,λ=8,8192,1,65407,7.9842529296875
RHDSD,λ=8,8192,1,62603,7.6419677734375
RHDSD,λ=8,8192,1,60205,7.3492431640625
RHDSD,λ=8,8192,1,71495,8.7274169921875
RHDSD,λ=8,8192,1,64483,7.8714599609375
RHDSD,λ=8,8192,1,66429,8.1090087890625
RHDSD,λ=8,8192,1,69265,8.4552001953125
RHDSD,λ=8,8192,1,68631,8.3778076171875
RHDSD,λ=8,8192,1,64539,7.8782958984375
RHDSD,λ=8,8192,1,58843,7.1829833984375
RHDSD,λ=8,8192,1,59537,7.2677001953125
RHDSD,λ=8,8192,1,59253,7.2330322265625
RHDSD,λ=8,8192,1,59575,7.2723388671875
RHDSD,λ=8,8192,1,86443,10.5521240234375
RHDSD,λ=8,8192,1,65517,7.9976806640625
RHDSD,λ=8,8192,1,63539,7.7562255859375
RHDSD,λ=8,8192,1,60441,7.3780517578125
RHDSD,λ=8,8192,1,62195,7.5921630859375
RHDSD,λ=8,8192,1,62117,7.5826416015625
RHDSD,λ=8,8192,1,67787,8.2747802734375
RHDSD,λ=8,8192,1,77759,9.4920654296875
RHDSD,λ=8,8192,1,61229,7.4742431640625
RHDSD,λ=8,8192,1,63871,7.7967529296875
RHDSD,λ=8,8192,1,72397,8.8375244140625
RHDSD,λ=8,8192,1,63823,7.7908935546875
RHDSD,λ=8,8192,1,60347,7.3665771484375
RHDSD,λ=8,8192,1,63807,7.7889404296875
RHDSD,λ=8,8192,1,57713,7.0450439453125
RHDSD,λ=8,8192,1,59975,7.3211669921875
RHDSD,λ=8,8192,1,60709,7.4107666015625
RHDSD,λ=8,8192,1,57961,7.0753173828125
RHDSD,λ=8,8192,1,54895,6.7010498046875
RHDSD,λ=8,8192,1,84087,10.2645263671875
RHDSD,λ=8,8192,1,66403,8.1058349609375
RHDSD,λ=8,8192,1,58101,7.0924072265625
RHDSD,λ=8,8192,1,63727,7.7791748046875
RHDSD,λ=8,8192,1,61925,7.5592041015625
RHDSD,λ=8,8192,1,60945,7.4395751953125
RHDSD,λ=8,8192,1,60537,7.3897705078125
RHLSD,λ=8,8192,1,59103,7.2147216796875
RHLSD,λ=8,8192,1,66149,8.0748291015625
RHLSD,λ=8,8192,1,62837,7.6705322265625
RHLSD,λ=8,8192,1,68697,8.3858642578125
RHLSD,λ=8,8192,1,66203,8.0814208984375
RHLSD,λ=8,8192,1,70887,8.6531982421875
RHLSD,λ=8,8192,1,60557,7.3922119140625
RHLSD,λ=8,8192,1,64597,7.8853759765625
RHLSD,λ=8,8192,1,59069,7.2105712890625
RHLSD,λ=8,8192,1,67021,8.1812744140625
RHLSD,λ=8,8192,1,61421,7.4976806640625
RHLSD,λ=8,8192,1,61827,7.5472412109375
RHLSD,λ=8,8192,1,63073,7.6993408203125
RHLSD,λ=8,8192,1,66221,8.0836181640625
RHLSD,λ=8,8192,1,61767,7.5399169921875
RHLSD,λ=8,8192,1,67531,8.2435302734375
RHLSD,λ=8,8192,1,64377,7.8585205078125
RHLSD,λ=8,8192,1,61721,7.5343017578125
RHLSD,λ=8,8192,1,70503,8.6063232421875
RHLSD,λ=8,8192,1,61623,7.5223388671875
RHLSD,λ=8,8192,1,61433,7.4991455078125
RHLSD,λ=8,8192,1,60369,7.3692626953125
RHLSD,λ=8,8192,1,65829,8.0357666015625
RHLSD,λ=8,8192,1,60541,7.3902587890625
RHLSD,λ=8,8192,1,60005,7.3248291015625
RHLSD,λ=8,8192,1,75173,9.1763916015625
RHLSD,λ=8,8192,1,64261,7.8443603515625
RHLSD,λ=8,8192,1,66777,8.1514892578125
RHLSD,λ=8,8192,1,75943,9.2703857421875
RHLSD,λ=8,8192,1,60927,7.4373779296875
RHLSD,λ=8,8192,1,62111,7.5819091796875
RHLSD,λ=8,8192,1,69627,8.4993896484375
RHLSD,λ=8,8192,1,68911,8.4119873046875
RHLSD,λ=8,8192,1,65507,7.9964599609375
RHLSD,λ=8,8192,1,63445,7.7447509765625
RHLSD,λ=8,8192,1,65103,7.9471435546875
RHLSD,λ=8,8192,1,69655,8.5028076171875
RHLSD,λ=8,8192,1,59359,7.2459716796875
RHLSD,λ=8,8192,1,67207,8.2039794921875
RHLSD,λ=8,8192,1,63605,7.7642822265625
RHLSD,λ=8,8192,1,62289,7.6036376953125
RHLSD,λ=8,8192,1,63001,7.6905517578125
RHLSD,λ=8,8192,1,68121,8.3155517578125
RHLSD,λ=8,8192,1,63931,7.8040771484375
RHLSD,λ=8,8192,1,75599,9.2283935546875
RHLSD,λ=8,8192,1,60311,7.3621826171875
RHLSD,λ=8,8192,1,60465,7.3809814453125
RHLSD,λ=8,8192,1,58821,7.1802978515625
RHLSD,λ=8,8192,1,63415,7.7410888671875
RHLSD,λ=8,8192,1,59659,7.2825927734375
RHLSD,λ=8,8192,1,71259,8.6986083984375
RHLSD,λ=8,8192,1,64057,7.8194580078125
RHLSD,λ=8,8192,1,59317,7.2408447265625
RHLSD,λ=8,8192,1,63907,7.8011474609375
RHLSD,λ=8,8192,1,60781,7.4195556640625
RHLSD,λ=8,8192,1,60601,7.3975830078125
RHLSD,λ=8,8192,1,65153,7.9532470703125
RHLSD,λ=8,8192,1,59801,7.2999267578125
RHLSD,λ=8,8192,1,64943,7.9276123046875
RHLSD,λ=8,8192,1,79839,9.7459716796875
RHLSD,λ=8,8192,1,64609,7.8868408203125
RHLSD,λ=8,8192,1,63457,7.7462158203125
RHLSD,λ=8,8192,1,61367,7.4910888671875
RHLSD,λ=8,8192,1,59067,7.2103271484375
RHLSD,λ=8,8192,1,73041,8.9161376953125
RHLSD,λ=8,8192,1,73151,8.9295654296875
RHLSD,λ=8,8192,1,76443,9.3314208984375
RHLSD,λ=8,8192,1,67655,8.2586669921875
RHLSD,λ=8,8192,1,74301,9.0699462890625
RHLSD,λ=8,8192,1,65441,7.9884033203125
RHLSD,λ=8,8192,1,61897,7.5557861328125
RHLSD,λ=8,8192,1,67949,8.2945556640625
RHLSD,λ=8,8192,1,61495,7.5067138671875
RHLSD,λ=8,8192,1,63367,7.7352294921875
RHLSD,λ=8,8192,1,59573,7.2720947265625
RHLSD,λ=8,8192,1,67397,8.2271728515625
RHLSD,λ=8,8192,1,63811,7.7894287109375
RHLSD,λ=8,8192,1,64259,7.8441162109375
RHLSD,λ=8,8192,1,65121,7.9493408203125
RHLSD,λ=8,8192,1,57731,7.0472412109375
RHLSD,λ=8,8192,1,64409,7.8624267578125
RHLSD,λ=8,8192,1,65193,7.9581298828125
RHLSD,λ=8,8192,1,69317,8.4615478515625
RHLSD,λ=8,8192,1,72013,8.7906494140625
RHLSD,λ=8,8192,1,58369,7.1251220703125
RHLSD,λ=8,8192,1,59193,7.2257080078125
RHLSD,λ=8,8192,1,64917,7.9244384765625
RHLSD,λ=8,8192,1,60319,7.3631591796875
RHLSD,λ=8,8192,1,65401,7.9835205078125
RHLSD,λ=8,8192,1,60519,7.3875732421875
RHLSD,λ=8,8192,1,60435,7.3773193359375
RHLSD,λ=8,8192,1,61581,7.5172119140625
RHLSD,λ=8,8192,1,69753,8.5147705078125
RHLSD,λ=8,8192,1,65807,8.0330810546875
RHLSD,λ=8,8192,1,78007,9.5223388671875
RHLSD,λ=8,8192,1,62433,7.6212158203125
RHLSD,λ=8,8192,1,68675,8.3831787109375
RHLSD,λ=8,8192,1,67863,8.2840576171875
RHLSD,λ=8,8192,1,59205,7.2271728515625
RRLSD,λ=8,8192,1,73725,8.9996337890625
RRLSD,λ=8,8192,1,65631,8.0115966796875
RRLSD,λ=8,8192,1,62999,7.6903076171875
RRLSD,λ=8,8192,1,62837,7.6705322265625
RRLSD,λ=8,8192,1,59745,7.2930908203125
RRLSD,λ=8,8192,1,54463,6.6483154296875
RRLSD,λ=8,8192,1,67103,8.1912841796875
RRLSD,λ=8,8192,1,61157,7.4654541015625
RRLSD,λ=8,8192,1,59217,7.2286376953125
RRLSD,λ=8,8192,1,72801,8.8868408203125
RRLSD,λ=8,8192,1,74273,9.0665283203125
RRLSD,λ=8,8192,1,67059,8.1859130859375
RRLSD,λ=8,8192,1,58439,7.1336669921875
RRLSD,λ=8,8192,1,65771,8.0286865234375
RRLSD,λ=8,8192,1,72537,8.8546142578125
RRLSD,λ=8,8192,1,60517,7.3873291015625
RRLSD,λ=8,8192,1,65865,8.0401611328125
RRLSD,λ=8,8192,1,64857,7.9171142578125
RRLSD,λ=8,8192,1,72991,8.9100341796875
RRLSD,λ=8,8192,1,71453,8.7222900390625
RRLSD,λ=8,8192,1,59033,7.2061767578125
RRLSD,λ=8,8192,1,59987,7.3226318359375
RRLSD,λ=8,8192,1,67731,8.2679443359375
RRLSD,λ=8,8192,1,64343,7.8543701171875
RRLSD,λ=8,8192,1,73487,8.9705810546875
RRLSD,λ=8,8192,1,71985,8.7872314453125
RRLSD,λ=8,8192,1,63687,7.7742919921875
RRLSD,λ=8,8192,1,60903,7.4344482421875
RRLSD,λ=8,8192,1,65477,7.9927978515625
RRLSD,λ=8,8192,1,62817,7.6680908203125
RRLSD,λ=8,8192,1,67365,8.2232666015625
RRLSD,λ=8,8192,1,56157,6.8551025390625
RRLSD,λ=8,8192,1,60391,7.3719482421875
RRLSD,λ=8,8192,1,60615,7.3992919921875
RRLSD,λ=8,8192,1,73817,9.0108642578125
RRLSD,λ=8,8192,1,66187,8.0794677734375
RRLSD,λ=8,8192,1,63295,7.7264404296875
RRLSD,λ=8,8192,1,61223,7.4735107421875
RRLSD,λ=8,8192,1,65423,7.9862060546875
RRLSD,λ=8,8192,1,67255,8.2098388671875
RRLSD,λ=8,8192,1,67567,8.2479248046875
RRLSD,λ=8,8192,1,68651,8.3802490234375
RRLSD,λ=8,8192,1,66659,8.1370849609375
RRLSD,λ=8,8192,1,61511,7.5086669921875
RRLSD,λ=8,8192,1,62201,7.5928955078125
RRLSD,λ=8,8192,1,61571,7.5159912109375
RRLSD,λ=8,8192,1,63827,7.7913818359375
RRLSD,λ=8,8192,1,71643,8.7454833984375
RRLSD,λ=8,8192,1,67813,8.2779541015625
RRLSD,λ=8,8192,1,63399,7.7391357421875
RRLSD,λ=8,8192,1,65237,7.9635009765625
RRLSD,λ=8,8192,1,59181,7.2242431640625
RRLSD,λ=8,8192,1,74419,9.0843505859375
RRLSD,λ=8,8192,1,77117,9.4136962890625
RRLSD,λ=8,8192,1,60317,7.3629150390625
RRLSD,λ=8,8192,1,73065,8.9190673828125
RRLSD,λ=8,8192,1,61117,7.4605712890625
RRLSD,λ=8,8192,1,60455,7.3797607421875
RRLSD,λ=8,8192,1,66921,8.1690673828125
RRLSD,λ=8,8192,1,59801,7.2999267578125
RRLSD,λ=8,8192,1,72679,8.8719482421875
RRLSD,λ=8,8192,1,65761,8.0274658203125
RRLSD,λ=8,8192,1,58845,7.1832275390625
RRLSD,λ=8,8192,1,64315,7.8509521484375
RRLSD,λ=8,8192,1,65757,8.0269775390625
RRLSD,λ=8,8192,1,59779,7.2972412109375
RRLSD,λ=8,8192,1,62901,7.6783447265625
RRLSD,λ=8,8192,1,61143,7.4637451171875
RRLSD,λ=8,8192,1,64517,7.8756103515625
RRLSD,λ=8,8192,1,66929,8.1700439453125
RRLSD,λ=8,8192,1,62559,7.6365966796875
RRLSD,λ=8,8192,1,62791,7.6649169921875
RRLSD,λ=8,8192,1,61709,7.5328369140625
RRLSD,λ=8,8192,1,66545,8.1231689453125
RRLSD,λ=8,8192,1,67599,8.2518310546875
RRLSD,λ=8,8192,1,66889,8.1651611328125
RRLSD,λ=8,8192,1,64705,7.8985595703125
RRLSD,λ=8,8192,1,60299,7.3607177734375
RRLSD,λ=8,8192,1,73909,9.0220947265625
RRLSD,λ=8,8192,1,60969,7.4425048828125
RRLSD,λ=8,8192,1,65885,8.0426025390625
RRLSD,λ=8,8192,1,58953,7.1964111328125
RRLSD,λ=8,8192,1,61661,7.5269775390625
RRLSD,λ=8,8192,1,57859,7.0628662109375
RRLSD,λ=8,8192,1,60403,7.3734130859375
RRLSD,λ=8,8192,1,64143,7.8299560546875
RRLSD,λ=8,8192,1,75287,9.1903076171875
RRLSD,λ=8,8192,1,68891,8.4095458984375
RRLSD,λ=8,8192,1,64455,7.8680419921875
RRLSD,λ=8,8192,1,61523,7.5101318359375
RRLSD,λ=8,8192,1,70631,8.6219482421875
RRLSD,λ=8,8192,1,57175,6.9793701171875
RRLSD,λ=8,8192,1,61581,7.5172119140625
RRLSD,λ=8,8192,1,60169,7.3448486328125
RRLSD,λ=8,8192,1,70187,8.5677490234375
RRLSD,λ=8,8192,1,61069,7.4547119140625
RRLSD,λ=8,8192,1,58141,7.0972900390625
RRLSD,λ=8,8192,1,61613,7.5211181640625
RRLSD,λ=8,8192,1,61479,7.5047607421875
RRLSD,λ=8,8192,1,63849,7.7940673828125
RSLSD,λ=8,8192,1,115471,14.0955810546875
RSLSD,λ=8,8192,1,89089,10.8751220703125
RSLSD,λ=8,8192,1,90842,11.089111328125
RSLSD,λ=8,8192,1,100609,12.2813720703125
RSLSD,λ=8,8192,1,98609,12.0372314453125
RSLSD,λ=8,8192,1,87339,10.6614990234375
RSLSD,λ=8,8192,1,91734,11.197998046875
RSLSD,λ=8,8192,1,80457,9.8214111328125
RSLSD,λ=8,8192,1,87285,10.6549072265625
RSLSD,λ=8,8192,1,88806,10.840576171875
RSLSD,λ=8,8192,1,81410,9.937744140625
RSLSD,λ=8,8192,1,86090,10.509033203125
RSLSD,λ=8,8192,1,86687,10.5819091796875
RSLSD,λ=8,8192,1,81702,9.973388671875
RSLSD,λ=8,8192,1,91361,11.1524658203125
RSLSD,λ=8,8192,1,83865,10.2374267578125
RSLSD,λ=8,8192,1,88306,10.779541015625
RSLSD,λ=8,8192,1,101701,12.4146728515625
RSLSD,λ=8,8192,1,95916,11.70849609375
RSLSD,λ=8,8192,1,91010,11.109619140625
RSLSD,λ=8,8192,1,82873,10.1163330078125
RSLSD,λ=8,8192,1,88784,10.837890625
RSLSD,λ=8,8192,1,92941,11.3453369140625
RSLSD,λ=8,8192,1,86127,10.5135498046875
RSLSD,λ=8,8192,1,97839,11.9432373046875
RSLSD,λ=8,8192,1,94687,11.5584716796875
RSLSD,λ=8,8192,1,94982,11.594482421875
RSLSD,λ=8,8192,1,84751,10.3455810546875
RSLSD,λ=8,8192,1,93042,11.357666015625
RSLSD,λ=8,8192,1,88742,10.832763671875
RSLSD,λ=8,8192,1,107619,13.1370849609375
RSLSD,λ=8,8192,1,90167,11.0067138671875
RSLSD,λ=8,8192,1,84557,10.3218994140625
RSLSD,λ=8,8192,1,94208,11.5
RSLSD,λ=8,8192,1,93545,11.4190673828125
RSLSD,λ=8,8192,1,82827,10.1107177734375
RSLSD,λ=8,8192,1,90973,11.1051025390625
RSLSD,λ=8,8192,1,86222,10.525146484375
RSLSD,λ=8,8192,1,87674,10.702392578125
RSLSD,λ=8,8192,1,86720,10.5859375
RSLSD,λ=8,8192,1,96598,11.791748046875
RSLSD,λ=8,8192,1,90433,11.0391845703125
RSLSD,λ=8,8192,1,86560,10.56640625
RSLSD,λ=8,8192,1,89108,10.87744140625
RSLSD,λ=8,8192,1,89063,10.8719482421875
RSLSD,λ=8,8192,1,95236,11.62548828125
RSLSD,λ=8,8192,1,81100,9.89990234375
RSLSD,λ=8,8192,1,91254,11.139404296875
RSLSD,λ=8,8192,1,89440,10.91796875
RSLSD,λ=8,8192,1,127698,15.588134765625
RSLSD,λ=8,8192,1,90913,11.0977783203125
RSLSD,λ=8,8192,1,90831,11.0877685546875
RSLSD,λ=8,8192,1,90355,11.0296630859375
RSLSD,λ=8,8192,1,81330,9.927978515625
RSLSD,λ=8,8192,1,90883,11.0941162109375
RSLSD,λ=8,8192,1,83217,10.1583251953125
RSLSD,λ=8,8192,1,82254,10.040771484375
RSLSD,λ=8,8192,1,84127,10.2694091796875
RSLSD,λ=8,8192,1,96723,11.8070068359375
RSLSD,λ=8,8192,1,104566,12.764404296875
RSLSD,λ=8,8192,1,94783,11.5701904296875
RSLSD,λ=8,8192,1,88884,10.85009765625
RSLSD,λ=8,8192,1,110322,13.467041015625
RSLSD,λ=8,8192,1,91963,11.2259521484375
RSLSD,λ=8,8192,1,88120,10.7568359375
RSLSD,λ=8,8192,1,99742,12.175537109375
RSLSD,λ=8,8192,1,89470,10.921630859375
RSLSD,λ=8,8192,1,96972,11.83740234375
RSLSD,λ=8,8192,1,100161,12.2266845703125
RSLSD,λ=8,8192,1,90135,11.0028076171875
RSLSD,λ=8,8192,1,114375,13.9617919921875
RSLSD,λ=8,8192,1,118337,14.4454345703125
RSLSD,λ=8,8192,1,89002,10.864501953125
RSLSD,λ=8,8192,1,94383,11.5213623046875
RSLSD,λ=8,8192,1,85235,10.4046630859375
RSLSD,λ=8,8192,1,90766,11.079833984375
RSLSD,λ=8,8192,1,89676,10.94677734375
RSLSD,λ=8,8192,1,92051,11.2366943359375
RSLSD,λ=8,8192,1,92447,11.2850341796875
RSLSD,λ=8,8192,1,93085,11.3629150390625
RSLSD,λ=8,8192,1,88728,10.8310546875
RSLSD,λ=8,8192,1,100382,12.253662109375
RSLSD,λ=8,8192,1,95497,11.6573486328125
RSLSD,λ=8,8192,1,93890,11.461181640625
RSLSD,λ=8,8192,1,95120,11.611328125
RSLSD,λ=8,8192,1,129325,15.7867431640625
RSLSD,λ=8,8192,1,90923,11.0989990234375
RSLSD,λ=8,8192,1,90321,11.0255126953125
RSLSD,λ=8,8192,1,84905,10.3643798828125
RSLSD,λ=8,8192,1,123538,15.080322265625
RSLSD,λ=8,8192,1,79941,9.7584228515625
RSLSD,λ=8,8192,1,85559,10.4442138671875
RSLSD,λ=8,8192,1,94445,11.5289306640625
RSLSD,λ=8,8192,1,89852,10.96826171875
RSLSD,λ=8,8192,1,82555,10.0775146484375
RSLSD,λ=8,8192,1,87579,10.6907958984375
RSLSD,λ=8,8192,1,93234,11.381103515625
RSLSD,λ=8,8192,1,98154,11.981689453125
RSLSD,λ=8,8192,1,89976,10.9833984375
RSLSD,λ=8,8192,1,86516,10.56103515625
RSDMD,λ=8,8192,1,89449,10.9190673828125
RSDMD,λ=8,8192,1,84781,10.3492431640625
RSDMD,λ=8,8192,1,91829,11.2095947265625
RSDMD,λ=8,8192,1,87489,10.6798095703125
RSDMD,λ=8,8192,1,82245,10.0396728515625
RSDMD,λ=8,8192,1,105105,12.8302001953125
RSDMD,λ=8,8192,1,101725,12.4176025390625
RSDMD,λ=8,8192,1,89177,10.8858642578125
RSDMD,λ=8,8192,1,92717,11.3179931640625
RSDMD,λ=8,8192,1,88233,10.7706298828125
RSDMD,λ=8,8192,1,95813,11.6959228515625
RSDMD,λ=8,8192,1,91209,11.1339111328125
RSDMD,λ=8,8192,1,82209,10.0352783203125
RSDMD,λ=8,8192,1,86569,10.5675048828125
RSDMD,λ=8,8192,1,87089,10.6309814453125
RSDMD,λ=8,8192,1,95321,11.6358642578125
RSDMD,λ=8,8192,1,75657,9.2354736328125
RSDMD,λ=8,8192,1,94125,11.4898681640625
RSDMD,λ=8,8192,1,123045,15.0201416015625
RSDMD,λ=8,8192,1,79385,9.6905517578125
RSDMD,λ=8,8192,1,86137,10.5147705078125
RSDMD,λ=8,8192,1,91117,11.1226806640625
RSDMD,λ=8,8192,1,93317,11.3912353515625
RSDMD,λ=8,8192,1,94573,11.5445556640625
RSDMD,λ=8,8192,1,81601,9.9610595703125
RSDMD,λ=8,8192,1,98569,12.0323486328125
RSDMD,λ=8,8192,1,101589,12.4010009765625
RSDMD,λ=8,8192,1,94577,11.5450439453125
RSDMD,λ=8,8192,1,90409,11.0362548828125
RSDMD,λ=8,8192,1,93761,11.4454345703125
RSDMD,λ=8,8192,1,95065,11.6046142578125
RSDMD,λ=8,8192,1,83189,10.1549072265625
RSDMD,λ=8,8192,1,97677,11.9234619140625
RSDMD,λ=8,8192,1,103133,12.5894775390625
RSDMD,λ=8,8192,1,96549,11.7857666015625
RSDMD,λ=8,8192,1,76421,9.3287353515625
RSDMD,λ=8,8192,1,85537,10.4415283203125
RSDMD,λ=8,8192,1,107269,13.0943603515625
RSDMD,λ=8,8192,1,90429,11.0386962890625
RSDMD,λ=8,8192,1,85985,10.4962158203125
RSDMD,λ=8,8192,1,84149,10.2720947265625
RSDMD,λ=8,8192,1,86577,10.5684814453125
RSDMD,λ=8,8192,1,82081,10.0196533203125
RSDMD,λ=8,8192,1,72745,8.8800048828125
RSDMD,λ=8,8192,1,92573,11.3004150390625
RSDMD,λ=8,8192,1,103113,12.5870361328125
RSDMD,λ=8,8192,1,87997,10.7418212890625
RSDMD,λ=8,8192,1,87169,10.6407470703125
RSDMD,λ=8,8192,1,100245,12.2369384765625
RSDMD,λ=8,8192,1,95189,11.6197509765625
RSDMD,λ=8,8192,1,90685,11.0699462890625
RSDMD,λ=8,8192,1,108633,13.2608642578125
RSDMD,λ=8,8192,1,91141,11.1256103515625
RSDMD,λ=8,8192,1,110101,13.4400634765625
RSDMD,λ=8,8192,1,89245,10.8941650390625
RSDMD,λ=8,8192,1,85945,10.4913330078125
RSDMD,λ=8,8192,1,81345,9.9298095703125
RSDMD,λ=8,8192,1,83805,10.2301025390625
RSDMD,λ=8,8192,1,104365,12.7398681640625
RSDMD,λ=8,8192,1,91873,11.2149658203125
RSDMD,λ=8,8192,1,80509,9.8277587890625
RSDMD,λ=8,8192,1,85629,10.4527587890625
RSDMD,λ=8,8192,1,93445,11.4068603515625
RSDMD,λ=8,8192,1,86453,10.5533447265625
RSDMD,λ=8,8192,1,103469,12.6304931640625
RSDMD,λ=8,8192,1,96945,11.8341064453125
RSDMD,λ=8,8192,1,91305,11.1456298828125
RSDMD,λ=8,8192,1,84701,10.3394775390625
RSDMD,λ=8,8192,1,103797,12.6705322265625
RSDMD,λ=8,8192,1,85785,10.4718017578125
RSDMD,λ=8,8192,1,96709,11.8052978515625
RSDMD,λ=8,8192,1,84989,10.3746337890625
RSDMD,λ=8,8192,1,75645,9.2340087890625
RSDMD,λ=8,8192,1,84941,10.3687744140625
RSDMD,λ=8,8192,1,84213,10.2799072265625
RSDMD,λ=8,8192,1,76693,9.3619384765625
RSDMD,λ=8,8192,1,91597,11.1812744140625
RSDMD,λ=8,8192,1,81833,9.9893798828125
RSDMD,λ=8,8192,1,85217,10.4024658203125
RSDMD,λ=8,8192,1,85869,10.4820556640625
RSDMD,λ=8,8192,1,99629,12.1617431640625
RSDMD,λ=8,8192,1,97101,11.8531494140625
RSDMD,λ=8,8192,1,85033,10.3800048828125
RSDMD,λ=8,8192,1,89553,10.9317626953125
RSDMD,λ=8,8192,1,88597,10.8150634765625
RSDMD,λ=8,8192,1,80477,9.8238525390625
RSDMD,λ=8,8192,1,106929,13.0528564453125
RSDMD,λ=8,8192,1,95173,11.6177978515625
RSDMD,λ=8,8192,1,84865,10.3594970703125
RSDMD,λ=8,8192,1,109325,13.3453369140625
RSDMD,λ=8,8192,1,87733,10.7095947265625
RSDMD,λ=8,8192,1,83893,10.2408447265625
RSDMD,λ=8,8192,1,94333,11.5152587890625
RSDMD,λ=8,8192,1,98249,11.9932861328125
RSDMD,λ=8,8192,1,118129,14.4200439453125
RSDMD,λ=8,8192,1,95057,11.6036376953125
RSDMD,λ=8,8192,1,103833,12.6749267578125
RSDMD,λ=8,8192,1,101937,12.4434814453125
RSDMD,λ=8,8192,1,98561,12.0313720703125
RRDMD,λ=8,8192,1,91633,11.1856689453125
RRDMD,λ=8,8192,1,65166,7.954833984375
RRDMD,λ=8,8192,1,72739,8.8792724609375
RRDMD,λ=8,8192,1,81894,9.996826171875
RRDMD,λ=8,8192,1,64107,7.8255615234375
RRDMD,λ=8,8192,1,66414,8.107177734375
RRDMD,λ=8,8192,1,83945,10.2471923828125
RRDMD,λ=8,8192,1,74979,9.1527099609375
RRDMD,λ=8,8192,1,67484,8.23779296875
RRDMD,λ=8,8192,1,81688,9.9716796875
RRDMD,λ=8,8192,1,64620,7.88818359375
RRDMD,λ=8,8192,1,75135,9.1717529296875
RRDMD,λ=8,8192,1,65224,7.9619140625
RRDMD,λ=8,8192,1,62274,7.601806640625
RRDMD,λ=8,8192,1,77088,9.41015625
RRDMD,λ=8,8192,1,67382,8.225341796875
RRDMD,λ=8,8192,1,67444,8.23291015625
RRDMD,λ=8,8192,1,63713,7.7774658203125
RRDMD,λ=8,8192,1,65145,7.9522705078125
RRDMD,λ=8,8192,1,67721,8.2667236328125
RRDMD,λ=8,8192,1,61778,7.541259765625
RRDMD,λ=8,8192,1,76510,9.339599609375
RRDMD,λ=8,8192,1,65944,8.0498046875
RRDMD,λ=8,8192,1,63978,7.809814453125
RRDMD,λ=8,8192,1,83432,10.1845703125
RRDMD,λ=8,8192,1,71942,8.781982421875
RRDMD,λ=8,8192,1,59872,7.30859375
RRDMD,λ=8,8192,1,69038,8.427490234375
RRDMD,λ=8,8192,1,79878,9.750732421875
RRDMD,λ=8,8192,1,68996,8.42236328125
RRDMD,λ=8,8192,1,62569,7.6378173828125
RRDMD,λ=8,8192,1,67256,8.2099609375
RRDMD,λ=8,8192,1,66777,8.1514892578125
RRDMD,λ=8,8192,1,70138,8.561767578125
RRDMD,λ=8,8192,1,63664,7.771484375
RRDMD,λ=8,8192,1,67214,8.204833984375
RRDMD,λ=8,8192,1,63666,7.771728515625
RRDMD,λ=8,8192,1,65092,7.94580078125
RRDMD,λ=8,8192,1,63511,7.7528076171875
RRDMD,λ=8,8192,1,68733,8.3902587890625
RRDMD,λ=8,8192,1,73138,8.927978515625
RRDMD,λ=8,8192,1,68654,8.380615234375
RRDMD,λ=8,8192,1,70348,8.58740234375
RRDMD,λ=8,8192,1,72300,8.82568359375
RRDMD,λ=8,8192,1,66158,8.075927734375
RRDMD,λ=8,8192,1,72729,8.8780517578125
RRDMD,λ=8,8192,1,64068,7.82080078125
RRDMD,λ=8,8192,1,70769,8.6387939453125
RRDMD,λ=8,8192,1,64587,7.8841552734375
RRDMD,λ=8,8192,1,61311,7.4842529296875
RRDMD,λ=8,8192,1,65082,7.944580078125
RRDMD,λ=8,8192,1,70211,8.5706787109375
RRDMD,λ=8,8192,1,65940,8.04931640625
RRDMD,λ=8,8192,1,81801,9.9854736328125
RRDMD,λ=8,8192,1,74331,9.0736083984375
RRDMD,λ=8,8192,1,60588,7.39599609375
RRDMD,λ=8,8192,1,63486,7.749755859375
RRDMD,λ=8,8192,1,66013,8.0582275390625
RRDMD,λ=8,8192,1,61356,7.48974609375
RRDMD,λ=8,8192,1,68598,8.373779296875
RRDMD,λ=8,8192,1,72879,8.8963623046875
RRDMD,λ=8,8192,1,64715,7.8997802734375
RRDMD,λ=8,8192,1,61381,7.4927978515625
RRDMD,λ=8,8192,1,63248,7.720703125
RRDMD,λ=8,8192,1,71309,8.7047119140625
RRDMD,λ=8,8192,1,74241,9.0626220703125
RRDMD,λ=8,8192,1,69635,8.5003662109375
RRDMD,λ=8,8192,1,67839,8.2811279296875
RRDMD,λ=8,8192,1,66207,8.0819091796875
RRDMD,λ=8,8192,1,69194,8.446533203125
RRDMD,λ=8,8192,1,65248,7.96484375
RRDMD,λ=8,8192,1,77318,9.438232421875
RRDMD,λ=8,8192,1,73363,8.9554443359375
RRDMD,λ=8,8192,1,66195,8.0804443359375
RRDMD,λ=8,8192,1,73134,8.927490234375
RRDMD,λ=8,8192,1,78474,9.579345703125
RRDMD,λ=8,8192,1,64567,7.8817138671875
RRDMD,λ=8,8192,1,65846,8.037841796875
RRDMD,λ=8,8192,1,66914,8.168212890625
RRDMD,λ=8,8192,1,66309,8.0943603515625
RRDMD,λ=8,8192,1,62458,7.624267578125
RRDMD,λ=8,8192,1,71359,8.7108154296875
RRDMD,λ=8,8192,1,77180,9.42138671875
RRDMD,λ=8,8192,1,70103,8.5574951171875
RRDMD,λ=8,8192,1,75734,9.244873046875
RRDMD,λ=8,8192,1,69020,8.42529296875
RRDMD,λ=8,8192,1,74810,9.132080078125
RRDMD,λ=8,8192,1,66088,8.0673828125
RRDMD,λ=8,8192,1,70456,8.6005859375
RRDMD,λ=8,8192,1,71269,8.6998291015625
RRDMD,λ=8,8192,1,73055,8.9178466796875
RRDMD,λ=8,8192,1,84593,10.3262939453125
RRDMD,λ=8,8192,1,72041,8.7940673828125
RRDMD,λ=8,8192,1,67938,8.293212890625
RRDMD,λ=8,8192,1,67890,8.287353515625
RRDMD,λ=8,8192,1,69551,8.4901123046875
RRDMD,λ=8,8192,1,75443,9.2093505859375
RRDMD,λ=8,8192,1,66537,8.1221923828125
RRDMD,λ=8,8192,1,68877,8.4078369140625
RRDMD,λ=8,8192,1,66345,8.0987548828125
RHDMD,λ=8,8192,1,86081,10.5079345703125
RHDMD,λ=8,8192,1,66401,8.1055908203125
RHDMD,λ=8,8192,1,71181,8.6890869140625
RHDMD,λ=8,8192,1,69389,8.4703369140625
RHDMD,λ=8,8192,1,66365,8.1011962890625
RHDMD,λ=8,8192,1,69421,8.4742431640625
RHDMD,λ=8,8192,1,67261,8.2105712890625
RHDMD,λ=8,8192,1,86121,10.5128173828125
RHDMD,λ=8,8192,1,72409,8.8389892578125
RHDMD,λ=8,8192,1,70661,8.6256103515625
RHDMD,λ=8,8192,1,72649,8.8682861328125
RHDMD,λ=8,8192,1,75053,9.1617431640625
RHDMD,λ=8,8192,1,73937,9.0255126953125
RHDMD,λ=8,8192,1,69897,8.5323486328125
RHDMD,λ=8,8192,1,68021,8.3033447265625
RHDMD,λ=8,8192,1,66701,8.1422119140625
RHDMD,λ=8,8192,1,63845,7.7935791015625
RHDMD,λ=8,8192,1,60905,7.4346923828125
RHDMD,λ=8,8192,1,67925,8.2916259765625
RHDMD,λ=8,8192,1,68041,8.3057861328125
RHDMD,λ=8,8192,1,66917,8.1685791015625
RHDMD,λ=8,8192,1,66045,8.0621337890625
RHDMD,λ=8,8192,1,68705,8.3868408203125
RHDMD,λ=8,8192,1,67941,8.2935791015625
RHDMD,λ=8,8192,1,67673,8.2608642578125
RHDMD,λ=8,8192,1,66425,8.1085205078125
RHDMD,λ=8,8192,1,67565,8.2476806640625
RHDMD,λ=8,8192,1,81449,9.9425048828125
RHDMD,λ=8,8192,1,74841,9.1358642578125
RHDMD,λ=8,8192,1,74497,9.0938720703125
RHDMD,λ=8,8192,1,71985,8.7872314453125
RHDMD,λ=8,8192,1,73929,9.0245361328125
RHDMD,λ=8,8192,1,65969,8.0528564453125
RHDMD,λ=8,8192,1,79337,9.6846923828125
RHDMD,λ=8,8192,1,70309,8.5826416015625
RHDMD,λ=8,8192,1,61401,7.4952392578125
RHDMD,λ=8,8192,1,74269,9.0660400390625
RHDMD,λ=8,8192,1,66233,8.0850830078125
RHDMD,λ=8,8192,1,65489,7.9942626953125
RHDMD,λ=8,8192,1,70469,8.6021728515625
RHDMD,λ=8,8192,1,73221,8.9381103515625
RHDMD,λ=8,8192,1,78861,9.6265869140625
RHDMD,λ=8,8192,1,64797,7.9097900390625
RHDMD,λ=8,8192,1,68669,8.3824462890625
RHDMD,λ=8,8192,1,84113,10.2677001953125
RHDMD,λ=8,8192,1,61477,7.5045166015625
RHDMD,λ=8,8192,1,78421,9.5728759765625
RHDMD,λ=8,8192,1,66749,8.1480712890625
RHDMD,λ=8,8192,1,62573,7.6383056640625
RHDMD,λ=8,8192,1,82789,10.1060791015625
RHDMD,λ=8,8192,1,71005,8.6676025390625
RHDMD,λ=8,8192,1,66169,8.0772705078125
RHDMD,λ=8,8192,1,63513,7.7530517578125
RHDMD,λ=8,8192,1,62873,7.6749267578125
RHDMD,λ=8,8192,1,63861,7.7955322265625
RHDMD,λ=8,8192,1,67877,8.2857666015625
RHDMD,λ=8,8192,1,73001,8.9112548828125
RHDMD,λ=8,8192,1,63333,7.7310791015625
RHDMD,λ=8,8192,1,69517,8.4859619140625
RHDMD,λ=8,8192,1,64733,7.9019775390625
RHDMD,λ=8,8192,1,79137,9.6602783203125
RHDMD,λ=8,8192,1,62953,7.6846923828125
RHDMD,λ=8,8192,1,74969,9.1514892578125
RHDMD,λ=8,8192,1,71769,8.7608642578125
RHDMD,λ=8,8192,1,72373,8.8345947265625
RHDMD,λ=8,8192,1,70785,8.6407470703125
RHDMD,λ=8,8192,1,75561,9.2237548828125
RHDMD,λ=8,8192,1,65617,8.0098876953125
RHDMD,λ=8,8192,1,67625,8.2550048828125
RHDMD,λ=8,8192,1,88605,10.8160400390625
RHDMD,λ=8,8192,1,73997,9.0328369140625
RHDMD,λ=8,8192,1,72169,8.8096923828125
RHDMD,λ=8,8192,1,70393,8.5928955078125
RHDMD,λ=8,8192,1,75109,9.1685791015625
RHDMD,λ=8,8192,1,73981,9.0308837890625
RHDMD,λ=8,8192,1,66821,8.1568603515625
RHDMD,λ=8,8192,1,75981,9.2750244140625
RHDMD,λ=8,8192,1,63501,7.7515869140625
RHDMD,λ=8,8192,1,65245,7.9644775390625
RHDMD,λ=8,8192,1,68677,8.3834228515625
RHDMD,λ=8,8192,1,67857,8.2833251953125
RHDMD,λ=8,8192,1,69653,8.5025634765625
RHDMD,λ=8,8192,1,70193,8.5684814453125
RHDMD,λ=8,8192,1,83705,10.2178955078125
RHDMD,λ=8,8192,1,68825,8.4014892578125
RHDMD,λ=8,8192,1,77305,9.4366455078125
RHDMD,λ=8,8192,1,64605,7.8863525390625
RHDMD,λ=8,8192,1,69261,8.4547119140625
RHDMD,λ=8,8192,1,61681,7.5294189453125
RHDMD,λ=8,8192,1,72361,8.8331298828125
RHDMD,λ=8,8192,1,68241,8.3302001953125
RHDMD,λ=8,8192,1,74585,9.1046142578125
RHDMD,λ=8,8192,1,63653,7.7701416015625
RHDMD,λ=8,8192,1,73133,8.9273681640625
RHDMD,λ=8,8192,1,83017,10.1339111328125
RHDMD,λ=8,8192,1,67637,8.2564697265625
RHDMD,λ=8,8192,1,67981,8.2984619140625
RHDMD,λ=8,8192,1,76641,9.3555908203125
RHLMD,λ=8,8192,1,69760,8.515625
RHLMD,λ=8,8192,1,65226,7.962158203125
RHLMD,λ=8,8192,1,67669,8.2603759765625
RHLMD,λ=8,8192,1,70813,8.6441650390625
RHLMD,λ=8,8192,1,69129,8.4385986328125
RHLMD,λ=8,8192,1,70065,8.5528564453125
RHLMD,λ=8,8192,1,65810,8.033447265625
RHLMD,λ=8,8192,1,71986,8.787353515625
RHLMD,λ=8,8192,1,68054,8.307373046875
RHLMD,λ=8,8192,1,66296,8.0927734375
RHLMD,λ=8,8192,1,69897,8.5323486328125
RHLMD,λ=8,8192,1,74690,9.117431640625
RHLMD,λ=8,8192,1,67114,8.192626953125
RHLMD,λ=8,8192,1,67418,8.229736328125
RHLMD,λ=8,8192,1,65389,7.9820556640625
RHLMD,λ=8,8192,1,66008,8.0576171875
RHLMD,λ=8,8192,1,61400,7.4951171875
RHLMD,λ=8,8192,1,76847,9.3807373046875
RHLMD,λ=8,8192,1,84946,10.369384765625
RHLMD,λ=8,8192,1,70038,8.549560546875
RHLMD,λ=8,8192,1,64546,7.879150390625
RHLMD,λ=8,8192,1,81355,9.9310302734375
RHLMD,λ=8,8192,1,73731,9.0003662109375
RHLMD,λ=8,8192,1,71195,8.6907958984375
RHLMD,λ=8,8192,1,63063,7.6981201171875
RHLMD,λ=8,8192,1,65246,7.964599609375
RHLMD,λ=8,8192,1,71173,8.6881103515625
RHLMD,λ=8,8192,1,64767,7.9061279296875
RHLMD,λ=8,8192,1,67731,8.2679443359375
RHLMD,λ=8,8192,1,65921,8.0469970703125
RHLMD,λ=8,8192,1,61691,7.5306396484375
RHLMD,λ=8,8192,1,69986,8.543212890625
RHLMD,λ=8,8192,1,72027,8.7923583984375
RHLMD,λ=8,8192,1,60541,7.3902587890625
RHLMD,λ=8,8192,1,70297,8.5811767578125
RHLMD,λ=8,8192,1,66774,8.151123046875
RHLMD,λ=8,8192,1,62778,7.663330078125
RHLMD,λ=8,8192,1,68694,8.385498046875
RHLMD,λ=8,8192,1,66102,8.069091796875
RHLMD,λ=8,8192,1,68552,8.3681640625
RHLMD,λ=8,8192,1,74371,9.0784912109375
RHLMD,λ=8,8192,1,68725,8.3892822265625
RHLMD,λ=8,8192,1,66879,8.1639404296875
RHLMD,λ=8,8192,1,67526,8.242919921875
RHLMD,λ=8,8192,1,62723,7.6566162109375
RHLMD,λ=8,8192,1,69250,8.453369140625
RHLMD,λ=8,8192,1,86535,10.5633544921875
RHLMD,λ=8,8192,1,64158,7.831787109375
RHLMD,λ=8,8192,1,76460,9.33349609375
RHLMD,λ=8,8192,1,71031,8.6707763671875
RHLMD,λ=8,8192,1,73932,9.02490234375
RHLMD,λ=8,8192,1,80384,9.8125
RHLMD,λ=8,8192,1,67554,8.246337890625
RHLMD,λ=8,8192,1,75738,9.245361328125
RHLMD,λ=8,8192,1,69516,8.48583984375
RHLMD,λ=8,8192,1,70483,8.6038818359375
RHLMD,λ=8,8192,1,71146,8.684814453125
RHLMD,λ=8,8192,1,66899,8.1663818359375
RHLMD,λ=8,8192,1,68986,8.421142578125
RHLMD,λ=8,8192,1,65170,7.955322265625
RHLMD,λ=8,8192,1,65843,8.0374755859375
RHLMD,λ=8,8192,1,77586,9.470947265625
RHLMD,λ=8,8192,1,75772,9.24951171875
RHLMD,λ=8,8192,1,65027,7.9378662109375
RHLMD,λ=8,8192,1,65836,8.03662109375
RHLMD,λ=8,8192,1,65892,8.04345703125
RHLMD,λ=8,8192,1,64533,7.8775634765625
RHLMD,λ=8,8192,1,74609,9.1075439453125
RHLMD,λ=8,8192,1,65818,8.034423828125
RHLMD,λ=8,8192,1,66355,8.0999755859375
RHLMD,λ=8,8192,1,63547,7.7572021484375
RHLMD,λ=8,8192,1,69075,8.4320068359375
RHLMD,λ=8,8192,1,65052,7.94091796875
RHLMD,λ=8,8192,1,68407,8.3504638671875
RHLMD,λ=8,8192,1,61651,7.5257568359375
RHLMD,λ=8,8192,1,80571,9.8353271484375
RHLMD,λ=8,8192,1,63447,7.7449951171875
RHLMD,λ=8,8192,1,66685,8.1402587890625
RHLMD,λ=8,8192,1,67775,8.2733154296875
RHLMD,λ=8,8192,1,66545,8.1231689453125
RHLMD,λ=8,8192,1,70205,8.5699462890625
RHLMD,λ=8,8192,1,70728,8.6337890625
RHLMD,λ=8,8192,1,62762,7.661376953125
RHLMD,λ=8,8192,1,61436,7.49951171875
RHLMD,λ=8,8192,1,73317,8.9498291015625
RHLMD,λ=8,8192,1,68002,8.301025390625
RHLMD,λ=8,8192,1,63910,7.801513671875
RHLMD,λ=8,8192,1,61562,7.514892578125
RHLMD,λ=8,8192,1,63398,7.739013671875
RHLMD,λ=8,8192,1,63662,7.771240234375
RHLMD,λ=8,8192,1,78881,9.6290283203125
RHLMD,λ=8,8192,1,68727,8.3895263671875
RHLMD,λ=8,8192,1,68404,8.35009765625
RHLMD,λ=8,8192,1,72355,8.8323974609375
RHLMD,λ=8,8192,1,77184,9.421875
RHLMD,λ=8,8192,1,69292,8.45849609375
RHLMD,λ=8,8192,1,66403,8.1058349609375
RHLMD,λ=8,8192,1,72912,8.900390625
RHLMD,λ=8,8192,1,67165,8.1988525390625
RHLMD,λ=8,8192,1,68184,8.3232421875
RRLMD,λ=8,8192,1,74476,9.09130859375
RRLMD,λ=8,8192,1,63759,7.7830810546875
RRLMD,λ=8,8192,1,78750,9.613037109375
RRLMD,λ=8,8192,1,76341,9.3189697265625
RRLMD,λ=8,8192,1,67209,8.2042236328125
RRLMD,λ=8,8192,1,65241,7.9639892578125
RRLMD,λ=8,8192,1,60450,7.379150390625
RRLMD,λ=8,8192,1,72454,8.844482421875
RRLMD,λ=8,8192,1,68355,8.3441162109375
RRLMD,λ=8,8192,1,89000,10.8642578125
RRLMD,λ=8,8192,1,68513,8.3634033203125
RRLMD,λ=8,8192,1,62611,7.6429443359375
RRLMD,λ=8,8192,1,64094,7.823974609375
RRLMD,λ=8,8192,1,75655,9.2352294921875
RRLMD,λ=8,8192,1,67089,8.1895751953125
RRLMD,λ=8,8192,1,72387,8.8363037109375
RRLMD,λ=8,8192,1,72294,8.824951171875
RRLMD,λ=8,8192,1,72038,8.793701171875
RRLMD,λ=8,8192,1,66473,8.1143798828125
RRLMD,λ=8,8192,1,74880,9.140625
RRLMD,λ=8,8192,1,70844,8.64794921875
RRLMD,λ=8,8192,1,79862,9.748779296875
RRLMD,λ=8,8192,1,71445,8.7213134765625
RRLMD,λ=8,8192,1,65246,7.964599609375
RRLMD,λ=8,8192,1,79423,9.6951904296875
RRLMD,λ=8,8192,1,66621,8.1324462890625
RRLMD,λ=8,8192,1,74141,9.0504150390625
RRLMD,λ=8,8192,1,65361,7.9786376953125
RRLMD,λ=8,8192,1,64343,7.8543701171875
RRLMD,λ=8,8192,1,68739,8.3909912109375
RRLMD,λ=8,8192,1,72813,8.8883056640625
RRLMD,λ=8,8192,1,65173,7.9556884765625
RRLMD,λ=8,8192,1,66823,8.1571044921875
RRLMD,λ=8,8192,1,68586,8.372314453125
RRLMD,λ=8,8192,1,67421,8.2301025390625
RRLMD,λ=8,8192,1,77731,9.4886474609375
RRLMD,λ=8,8192,1,70138,8.561767578125
RRLMD,λ=8,8192,1,63570,7.760009765625
RRLMD,λ=8,8192,1,70309,8.5826416015625
RRLMD,λ=8,8192,1,72730,8.878173828125
RRLMD,λ=8,8192,1,75975,9.2742919921875
RRLMD,λ=8,8192,1,76304,9.314453125
RRLMD,λ=8,8192,1,69691,8.5072021484375
RRLMD,λ=8,8192,1,73800,9.0087890625
RRLMD,λ=8,8192,1,68160,8.3203125
RRLMD,λ=8,8192,1,69203,8.4476318359375
RRLMD,λ=8,8192,1,69366,8.467529296875
RRLMD,λ=8,8192,1,64327,7.8524169921875
RRLMD,λ=8,8192,1,70156,8.56396484375
RRLMD,λ=8,8192,1,79072,9.65234375
RRLMD,λ=8,8192,1,74381,9.0797119140625
RRLMD,λ=8,8192,1,66188,8.07958984375
RRLMD,λ=8,8192,1,73414,8.961669921875
RRLMD,λ=8,8192,1,68454,8.356201171875
RRLMD,λ=8,8192,1,63702,7.776123046875
RRLMD,λ=8,8192,1,68052,8.30712890625
RRLMD,λ=8,8192,1,66463,8.1131591796875
RRLMD,λ=8,8192,1,76785,9.3731689453125
RRLMD,λ=8,8192,1,66684,8.14013671875
RRLMD,λ=8,8192,1,67111,8.1922607421875
RRLMD,λ=8,8192,1,64478,7.870849609375
RRLMD,λ=8,8192,1,67398,8.227294921875
RRLMD,λ=8,8192,1,66492,8.11669921875
RRLMD,λ=8,8192,1,85704,10.4619140625
RRLMD,λ=8,8192,1,73025,8.9141845703125
RRLMD,λ=8,8192,1,71414,8.717529296875
RRLMD,λ=8,8192,1,70105,8.5577392578125
RRLMD,λ=8,8192,1,61313,7.4844970703125
RRLMD,λ=8,8192,1,69800,8.5205078125
RRLMD,λ=8,8192,1,69451,8.4779052734375
RRLMD,λ=8,8192,1,80441,9.8194580078125
RRLMD,λ=8,8192,1,76455,9.3328857421875
RRLMD,λ=8,8192,1,65108,7.94775390625
RRLMD,λ=8,8192,1,72518,8.852294921875
RRLMD,λ=8,8192,1,75065,9.1632080078125
RRLMD,λ=8,8192,1,69377,8.4688720703125
RRLMD,λ=8,8192,1,65504,7.99609375
RRLMD,λ=8,8192,1,70292,8.58056640625
RRLMD,λ=8,8192,1,66376,8.1025390625
RRLMD,λ=8,8192,1,64256,7.84375
RRLMD,λ=8,8192,1,69674,8.505126953125
RRLMD,λ=8,8192,1,65515,7.9974365234375
RRLMD,λ=8,8192,1,65532,7.99951171875
RRLMD,λ=8,8192,1,70044,8.55029296875
RRLMD,λ=8,8192,1,65948,8.05029296875
RRLMD,λ=8,8192,1,72790,8.885498046875
RRLMD,λ=8,8192,1,67333,8.2193603515625
RRLMD,λ=8,8192,1,70930,8.658447265625
RRLMD,λ=8,8192,1,62620,7.64404296875
RRLMD,λ=8,8192,1,61665,7.5274658203125
RRLMD,λ=8,8192,1,80501,9.8267822265625
RRLMD,λ=8,8192,1,64698,7.897705078125
RRLMD,λ=8,8192,1,67974,8.297607421875
RRLMD,λ=8,8192,1,74393,9.0811767578125
RRLMD,λ=8,8192,1,71286,8.701904296875
RRLMD,λ=8,8192,1,64308,7.85009765625
RRLMD,λ=8,8192,1,71188,8.68994140625
RRLMD,λ=8,8192,1,82462,10.066162109375
RRLMD,λ=8,8192,1,67472,8.236328125
RRLMD,λ=8,8192,1,68235,8.3294677734375
RSLMD,λ=8,8192,1,96170,11.739501953125
RSLMD,λ=8,8192,1,94470,11.531982421875
RSLMD,λ=8,8192,1,108597,13.2564697265625
RSLMD,λ=8,8192,1,115074,14.047119140625
RSLMD,λ=8,8192,1,97802,11.938720703125
RSLMD,λ=8,8192,1,101661,12.4097900390625
RSLMD,λ=8,8192,1,89710,10.950927734375
RSLMD,λ=8,8192,1,109736,13.3955078125
RSLMD,λ=8,8192,1,99604,12.15869140625
RSLMD,λ=8,8192,1,87823,10.7205810546875
RSLMD,λ=8,8192,1,97547,11.9075927734375
RSLMD,λ=8,8192,1,108002,13.183837890625
RSLMD,λ=8,8192,1,95031,11.6004638671875
RSLMD,λ=8,8192,1,92855,11.3348388671875
RSLMD,λ=8,8192,1,124679,15.2196044921875
RSLMD,λ=8,8192,1,97683,11.9241943359375
RSLMD,λ=8,8192,1,91920,11.220703125
RSLMD,λ=8,8192,1,106727,13.0281982421875
RSLMD,λ=8,8192,1,101559,12.3973388671875
RSLMD,λ=8,8192,1,93569,11.4219970703125
RSLMD,λ=8,8192,1,96833,11.8204345703125
RSLMD,λ=8,8192,1,96136,11.7353515625
RSLMD,λ=8,8192,1,115618,14.113525390625
RSLMD,λ=8,8192,1,93076,11.36181640625
RSLMD,λ=8,8192,1,108512,13.24609375
RSLMD,λ=8,8192,1,116995,14.2816162109375
RSLMD,λ=8,8192,1,94521,11.5382080078125
RSLMD,λ=8,8192,1,108614,13.258544921875
RSLMD,λ=8,8192,1,103582,12.644287109375
RSLMD,λ=8,8192,1,97258,11.872314453125
RSLMD,λ=8,8192,1,90866,11.092041015625
RSLMD,λ=8,8192,1,82417,10.0606689453125
RSLMD,λ=8,8192,1,98040,11.9677734375
RSLMD,λ=8,8192,1,118066,14.412353515625
RSLMD,λ=8,8192,1,88061,10.7496337890625
RSLMD,λ=8,8192,1,110977,13.5469970703125
RSLMD,λ=8,8192,1,89030,10.867919921875
RSLMD,λ=8,8192,1,96663,11.7996826171875
RSLMD,λ=8,8192,1,90883,11.0941162109375
RSLMD,λ=8,8192,1,89149,10.8824462890625
RSLMD,λ=8,8192,1,103106,12.586181640625
RSLMD,λ=8,8192,1,93246,11.382568359375
RSLMD,λ=8,8192,1,98499,12.0238037109375
RSLMD,λ=8,8192,1,90917,11.0982666015625
RSLMD,λ=8,8192,1,91342,11.150146484375
RSLMD,λ=8,8192,1,89132,10.88037109375
RSLMD,λ=8,8192,1,104806,12.793701171875
RSLMD,λ=8,8192,1,109889,13.4141845703125
RSLMD,λ=8,8192,1,95286,11.631591796875
RSLMD,λ=8,8192,1,97870,11.947021484375
RSLMD,λ=8,8192,1,82026,10.012939453125
RSLMD,λ=8,8192,1,94929,11.5880126953125
RSLMD,λ=8,8192,1,101933,12.4429931640625
RSLMD,λ=8,8192,1,98686,12.046630859375
RSLMD,λ=8,8192,1,91784,11.2041015625
RSLMD,λ=8,8192,1,108155,13.2025146484375
RSLMD,λ=8,8192,1,98142,11.980224609375
RSLMD,λ=8,8192,1,93450,11.407470703125
RSLMD,λ=8,8192,1,81431,9.9403076171875
RSLMD,λ=8,8192,1,84525,10.3179931640625
RSLMD,λ=8,8192,1,91648,11.1875
RSLMD,λ=8,8192,1,87925,10.7330322265625
RSLMD,λ=8,8192,1,113051,13.8001708984375
RSLMD,λ=8,8192,1,96578,11.789306640625
RSLMD,λ=8,8192,1,101797,12.4263916015625
RSLMD,λ=8,8192,1,99672,12.1669921875
RSLMD,λ=8,8192,1,89965,10.9820556640625
RSLMD,λ=8,8192,1,100675,12.2894287109375
RSLMD,λ=8,8192,1,102698,12.536376953125
RSLMD,λ=8,8192,1,94555,11.5423583984375
RSLMD,λ=8,8192,1,97445,11.8951416015625
RSLMD,λ=8,8192,1,101644,12.40771484375
RSLMD,λ=8,8192,1,106336,12.98046875
RSLMD,λ=8,8192,1,105860,12.92236328125
RSLMD,λ=8,8192,1,99944,12.2001953125
RSLMD,λ=8,8192,1,95099,11.6087646484375
RSLMD,λ=8,8192,1,106676,13.02197265625
RSLMD,λ=8,8192,1,98261,11.9947509765625
RSLMD,λ=8,8192,1,91631,11.1854248046875
RSLMD,λ=8,8192,1,100233,12.2354736328125
RSLMD,λ=8,8192,1,106948,13.05517578125
RSLMD,λ=8,8192,1,91937,11.2227783203125
RSLMD,λ=8,8192,1,102290,12.486572265625
RSLMD,λ=8,8192,1,96374,11.764404296875
RSLMD,λ=8,8192,1,96221,11.7457275390625
RSLMD,λ=8,8192,1,88554,10.809814453125
RSLMD,λ=8,8192,1,98091,11.9739990234375
RSLMD,λ=8,8192,1,104092,12.70654296875
RSLMD,λ=8,8192,1,101304,12.3662109375
RSLMD,λ=8,8192,1,96017,11.7208251953125
RSLMD,λ=8,8192,1,101355,12.3724365234375
RSLMD,λ=8,8192,1,93501,11.4136962890625
RSLMD,λ=8,8192,1,102392,12.4990234375
RSLMD,λ=8,8192,1,96323,11.7581787109375
RSLMD,λ=8,8192,1,102494,12.511474609375
RSLMD,λ=8,8192,1,89659,10.9447021484375
RSLMD,λ=8,8192,1,87891,10.7288818359375
RSDID,λ=8,8192,1,87217,10.6466064453125
RSDID,λ=8,8192,1,96897,11.8282470703125
RSDID,λ=8,8192,1,116065,14.1680908203125
RSDID,λ=8,8192,1,106561,13.0079345703125
RSDID,λ=8,8192,1,89377,10.9102783203125
RSDID,λ=8,8192,1,97329,11.8809814453125
RSDID,λ=8,8192,1,111105,13.5626220703125
RSDID,λ=8,8192,1,102753,12.5430908203125
RSDID,λ=8,8192,1,89073,10.8731689453125
RSDID,λ=8,8192,1,97649,11.9200439453125
RSDID,λ=8,8192,1,112625,13.7481689453125
RSDID,λ=8,8192,1,109297,13.3419189453125
RSDID,λ=8,8192,1,107377,13.1075439453125
RSDID,λ=8,8192,1,112833,13.7735595703125
RSDID,λ=8,8192,1,116721,14.2481689453125
RSDID,λ=8,8192,1,98785,12.0587158203125
RSDID,λ=8,8192,1,88433,10.7950439453125
RSDID,λ=8,8192,1,95873,11.7032470703125
RSDID,λ=8,8192,1,103905,12.6837158203125
RSDID,λ=8,8192,1,100497,12.2677001953125
RSDID,λ=8,8192,1,114385,13.9630126953125
RSDID,λ=8,8192,1,97393,11.8887939453125
RSDID,λ=8,8192,1,115809,14.1368408203125
RSDID,λ=8,8192,1,110433,13.4805908203125
RSDID,λ=8,8192,1,108017,13.1856689453125
RSDID,λ=8,8192,1,100097,12.2188720703125
RSDID,λ=8,8192,1,109841,13.4083251953125
RSDID,λ=8,8192,1,123329,15.0548095703125
RSDID,λ=8,8192,1,113297,13.8302001953125
RSDID,λ=8,8192,1,119857,14.6309814453125
RSDID,λ=8,8192,1,88257,10.7735595703125
RSDID,λ=8,8192,1,110929,13.5411376953125
RSDID,λ=8,8192,1,96033,11.7227783203125
RSDID,λ=8,8192,1,92369,11.2755126953125
RSDID,λ=8,8192,1,100049,12.2130126953125
RSDID,λ=8,8192,1,102529,12.5157470703125
RSDID,λ=8,8192,1,94961,11.5919189453125
RSDID,λ=8,8192,1,95217,11.6231689453125
RSDID,λ=8,8192,1,97089,11.8516845703125
RSDID,λ=8,8192,1,94897,11.5841064453125
RSDID,λ=8,8192,1,89409,10.9141845703125
RSDID,λ=8,8192,1,88017,10.7442626953125
RSDID,λ=8,8192,1,106529,13.0040283203125
RSDID,λ=8,8192,1,101313,12.3673095703125
RSDID,λ=8,8192,1,109009,13.3067626953125
RSDID,λ=8,8192,1,101809,12.4278564453125
RSDID,λ=8,8192,1,106961,13.0567626953125
RSDID,λ=8,8192,1,99985,12.2052001953125
RSDID,λ=8,8192,1,110849,13.5313720703125
RSDID,λ=8,8192,1,109905,13.4161376953125
RSDID,λ=8,8192,1,88561,10.8106689453125
RSDID,λ=8,8192,1,98417,12.0137939453125
RSDID,λ=8,8192,1,90401,11.0352783203125
RSDID,λ=8,8192,1,115185,14.0606689453125
RSDID,λ=8,8192,1,93953,11.4688720703125
RSDID,λ=8,8192,1,125089,15.2696533203125
RSDID,λ=8,8192,1,90689,11.0704345703125
RSDID,λ=8,8192,1,92625,11.3067626953125
RSDID,λ=8,8192,1,105249,12.8477783203125
RSDID,λ=8,8192,1,112897,13.7813720703125
RSDID,λ=8,8192,1,99521,12.1485595703125
RSDID,λ=8,8192,1,94817,11.5743408203125
RSDID,λ=8,8192,1,107713,13.1485595703125
RSDID,λ=8,8192,1,102161,12.4708251953125
RSDID,λ=8,8192,1,104401,12.7442626953125
RSDID,λ=8,8192,1,99617,12.1602783203125
RSDID,λ=8,8192,1,90417,11.0372314453125
RSDID,λ=8,8192,1,85569,10.4454345703125
RSDID,λ=8,8192,1,96289,11.7540283203125
RSDID,λ=8,8192,1,95649,11.6759033203125
RSDID,λ=8,8192,1,99505,12.1466064453125
RSDID,λ=8,8192,1,95553,11.6641845703125
RSDID,λ=8,8192,1,112977,13.7911376953125
RSDID,λ=8,8192,1,96481,11.7774658203125
RSDID,λ=8,8192,1,98705,12.0489501953125
RSDID,λ=8,8192,1,106673,13.0216064453125
RSDID,λ=8,8192,1,108161,13.2032470703125
RSDID,λ=8,8192,1,98017,11.9649658203125
RSDID,λ=8,8192,1,105009,12.8184814453125
RSDID,λ=8,8192,1,119185,14.5489501953125
RSDID,λ=8,8192,1,113713,13.8809814453125
RSDID,λ=8,8192,1,111073,13.5587158203125
RSDID,λ=8,8192,1,106193,12.9630126953125
RSDID,λ=8,8192,1,106945,13.0548095703125
RSDID,λ=8,8192,1,108545,13.2501220703125
RSDID,λ=8,8192,1,96225,11.7462158203125
RSDID,λ=8,8192,1,103857,12.6778564453125
RSDID,λ=8,8192,1,102801,12.5489501953125
RSDID,λ=8,8192,1,99233,12.1134033203125
RSDID,λ=8,8192,1,99633,12.1622314453125
RSDID,λ=8,8192,1,109873,13.4122314453125
RSDID,λ=8,8192,1,112209,13.6973876953125
RSDID,λ=8,8192,1,105041,12.8223876953125
RSDID,λ=8,8192,1,88545,10.8087158203125
RSDID,λ=8,8192,1,122465,14.9493408203125
RSDID,λ=8,8192,1,94529,11.5391845703125
RSDID,λ=8,8192,1,94737,11.5645751953125
RRDID,λ=8,8192,1,84561,10.3223876953125
RRDID,λ=8,8192,1,81509,9.9498291015625
RRDID,λ=8,8192,1,76203,9.3021240234375
RRDID,λ=8,8192,1,75559,9.2235107421875
RRDID,λ=8,8192,1,79227,9.6712646484375
RRDID,λ=8,8192,1,75979,9.2747802734375
RRDID,λ=8,8192,1,90077,10.9957275390625
RRDID,λ=8,8192,1,74341,9.0748291015625
RRDID,λ=8,8192,1,74299,9.0697021484375
RRDID,λ=8,8192,1,80725,9.8541259765625
RRDID,λ=8,8192,1,83819,10.2318115234375
RRDID,λ=8,8192,1,82209,10.0352783203125
RRDID,λ=8,8192,1,81677,9.9703369140625
RRDID,λ=8,8192,1,81621,9.9635009765625
RRDID,λ=8,8192,1,78303,9.5584716796875
RRDID,λ=8,8192,1,91407,11.1580810546875
RRDID,λ=8,8192,1,74509,9.0953369140625
RRDID,λ=8,8192,1,80697,9.8507080078125
RRDID,λ=8,8192,1,78107,9.5345458984375
RRDID,λ=8,8192,1,78513,9.5841064453125
RRDID,λ=8,8192,1,80753,9.8575439453125
RRDID,λ=8,8192,1,77771,9.4935302734375
RRDID,λ=8,8192,1,81257,9.9190673828125
RRDID,λ=8,8192,1,81187,9.9105224609375
RRDID,λ=8,8192,1,83189,10.1549072265625
RRDID,λ=8,8192,1,80935,9.8797607421875
RRDID,λ=8,8192,1,83371,10.1771240234375
RRDID,λ=8,8192,1,84015,10.2557373046875
RRDID,λ=8,8192,1,78905,9.6319580078125
RRDID,λ=8,8192,1,77379,9.4456787109375
RRDID,λ=8,8192,1,83147,10.1497802734375
RRDID,λ=8,8192,1,80473,9.8233642578125
RRDID,λ=8,8192,1,81131,9.9036865234375
RRDID,λ=8,8192,1,78289,9.5567626953125
RRDID,λ=8,8192,1,89125,10.8795166015625
RRDID,λ=8,8192,1,86199,10.5223388671875
RRDID,λ=8,8192,1,84267,10.2864990234375
RRDID,λ=8,8192,1,87151,10.6385498046875
RRDID,λ=8,8192,1,83987,10.2523193359375
RRDID,λ=8,8192,1,82601,10.0831298828125
RRDID,λ=8,8192,1,77575,9.4696044921875
RRDID,λ=8,8192,1,79339,9.6849365234375
RRDID,λ=8,8192,1,76105,9.2901611328125
RRDID,λ=8,8192,1,86745,10.5889892578125
RRDID,λ=8,8192,1,75671,9.2371826171875
RRDID,λ=8,8192,1,80221,9.7926025390625
RRDID,λ=8,8192,1,78037,9.5260009765625
RRDID,λ=8,8192,1,82083,10.0198974609375
RRDID,λ=8,8192,1,79871,9.7498779296875
RRDID,λ=8,8192,1,82069,10.0181884765625
RRDID,λ=8,8192,1,79633,9.7208251953125
RRDID,λ=8,8192,1,80249,9.7960205078125
RRDID,λ=8,8192,1,82475,10.0677490234375
RRDID,λ=8,8192,1,73683,8.9945068359375
RRDID,λ=8,8192,1,73543,8.9774169921875
RRDID,λ=8,8192,1,82377,10.0557861328125
RRDID,λ=8,8192,1,76119,9.2918701171875
RRDID,λ=8,8192,1,89587,10.9359130859375
RRDID,λ=8,8192,1,80277,9.7994384765625
RRDID,λ=8,8192,1,86017,10.5001220703125
RRDID,λ=8,8192,1,91183,11.1307373046875
RRDID,λ=8,8192,1,75615,9.2303466796875
RRDID,λ=8,8192,1,83651,10.2113037109375
RRDID,λ=8,8192,1,80319,9.8045654296875
RRDID,λ=8,8192,1,84701,10.3394775390625
RRDID,λ=8,8192,1,77911,9.5106201171875
RRDID,λ=8,8192,1,88705,10.8282470703125
RRDID,λ=8,8192,1,75951,9.2713623046875
RRDID,λ=8,8192,1,75489,9.2149658203125
RRDID,λ=8,8192,1,81691,9.9720458984375
RRDID,λ=8,8192,1,84799,10.3514404296875
RRDID,λ=8,8192,1,76693,9.3619384765625
RRDID,λ=8,8192,1,93129,11.3682861328125
RRDID,λ=8,8192,1,83245,10.1617431640625
RRDID,λ=8,8192,1,82657,10.0899658203125
RRDID,λ=8,8192,1,77939,9.5140380859375
RRDID,λ=8,8192,1,75419,9.2064208984375
RRDID,λ=8,8192,1,108361,13.2276611328125
RRDID,λ=8,8192,1,77015,9.4012451171875
RRDID,λ=8,8192,1,76637,9.3551025390625
RRDID,λ=8,8192,1,81201,9.9122314453125
RRDID,λ=8,8192,1,95061,11.6041259765625
RRDID,λ=8,8192,1,78765,9.6148681640625
RRDID,λ=8,8192,1,85723,10.4642333984375
RRDID,λ=8,8192,1,91939,11.2230224609375
RRDID,λ=8,8192,1,86395,10.5462646484375
RRDID,λ=8,8192,1,79311,9.6815185546875
RRDID,λ=8,8192,1,87837,10.7222900390625
RRDID,λ=8,8192,1,84169,10.2745361328125
RRDID,λ=8,8192,1,79955,9.7601318359375
RRDID,λ=8,8192,1,76301,9.3140869140625
RRDID,λ=8,8192,1,77617,9.4747314453125
RRDID,λ=8,8192,1,84421,10.3052978515625
RRDID,λ=8,8192,1,76315,9.3157958984375
RRDID,λ=8,8192,1,79003,9.6439208984375
RRDID,λ=8,8192,1,94333,11.5152587890625
RRDID,λ=8,8192,1,82769,10.1036376953125
RRDID,λ=8,8192,1,81929,10.0010986328125
RRDID,λ=8,8192,1,98449,12.0177001953125
RHDID,λ=8,8192,1,79873,9.7501220703125
RHDID,λ=8,8192,1,87062,10.627685546875
RHDID,λ=8,8192,1,91053,11.1148681640625
RHDID,λ=8,8192,1,81056,9.89453125
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RHDID,λ=8,8192,1,84618,10.329345703125
RHDID,λ=8,8192,1,90195,11.0101318359375
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RHDID,λ=8,8192,1,91209,11.1339111328125
RHDID,λ=8,8192,1,83539,10.1976318359375
RHDID,λ=8,8192,1,85788,10.47216796875
RHDID,λ=8,8192,1,74764,9.12646484375
RHDID,λ=8,8192,1,97436,11.89404296875
RHDID,λ=8,8192,1,86984,10.6181640625
RHDID,λ=8,8192,1,74296,9.0693359375
RHDID,λ=8,8192,1,93978,11.471923828125
RHDID,λ=8,8192,1,81641,9.9659423828125
RHDID,λ=8,8192,1,85008,10.376953125
RHDID,λ=8,8192,1,79301,9.6802978515625
RHDID,λ=8,8192,1,74712,9.1201171875
RHDID,λ=8,8192,1,73919,9.0233154296875
RHDID,λ=8,8192,1,87452,10.67529296875
RHDID,λ=8,8192,1,77910,9.510498046875
RHDID,λ=8,8192,1,80692,9.85009765625
RHDID,λ=8,8192,1,82551,10.0770263671875
RHDID,λ=8,8192,1,79717,9.7310791015625
RHDID,λ=8,8192,1,86282,10.532470703125
RHDID,λ=8,8192,1,78092,9.53271484375
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RHDID,λ=8,8192,1,82005,10.0103759765625
RHDID,λ=8,8192,1,83292,10.16748046875
RHDID,λ=8,8192,1,91872,11.21484375
RHDID,λ=8,8192,1,93458,11.408447265625
RHDID,λ=8,8192,1,76532,9.34228515625
RHDID,λ=8,8192,1,92223,11.2576904296875
RHDID,λ=8,8192,1,92977,11.3497314453125
RHDID,λ=8,8192,1,80861,9.8707275390625
RHDID,λ=8,8192,1,82356,10.05322265625
RHDID,λ=8,8192,1,84215,10.2801513671875
RHDID,λ=8,8192,1,82668,10.09130859375
RHDID,λ=8,8192,1,75089,9.1661376953125
RHDID,λ=8,8192,1,79171,9.6644287109375
RHDID,λ=8,8192,1,81303,9.9246826171875
RHDID,λ=8,8192,1,90858,11.091064453125
RHDID,λ=8,8192,1,79548,9.71044921875
RHDID,λ=8,8192,1,79210,9.669189453125
RHDID,λ=8,8192,1,92444,11.28466796875
RHDID,λ=8,8192,1,100387,12.2542724609375
RHDID,λ=8,8192,1,95824,11.697265625
RHDID,λ=8,8192,1,97722,11.928955078125
RHDID,λ=8,8192,1,76350,9.320068359375
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RHDID,λ=8,8192,1,91690,11.192626953125
RHDID,λ=8,8192,1,84774,10.348388671875
RHDID,λ=8,8192,1,91547,11.1751708984375
RHDID,λ=8,8192,1,82876,10.11669921875
RHDID,λ=8,8192,1,79353,9.6866455078125
RHDID,λ=8,8192,1,84124,10.26904296875
RHDID,λ=8,8192,1,75206,9.180419921875
RHDID,λ=8,8192,1,84306,10.291259765625
RHDID,λ=8,8192,1,81823,9.9881591796875
RHDID,λ=8,8192,1,82200,10.0341796875
RHDID,λ=8,8192,1,83773,10.2261962890625
RHDID,λ=8,8192,1,88050,10.748291015625
RHDID,λ=8,8192,1,112932,13.78564453125
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RHDID,λ=8,8192,1,80614,9.840576171875
RHDID,λ=8,8192,1,69434,8.475830078125
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RHDID,λ=8,8192,1,91066,11.116455078125
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RHDID,λ=8,8192,1,115168,14.05859375
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RHDID,λ=8,8192,1,85697,10.4610595703125
RHDID,λ=8,8192,1,103013,12.5748291015625
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RRLID,λ=8,8192,1,82811,10.1087646484375
RRLID,λ=8,8192,1,76805,9.3756103515625
RRLID,λ=8,8192,1,84547,10.3206787109375
RRLID,λ=8,8192,1,75139,9.1722412109375
RRLID,λ=8,8192,1,76273,9.3106689453125
RRLID,λ=8,8192,1,89559,10.9324951171875
RRLID,λ=8,8192,1,80627,9.8421630859375
RRLID,λ=8,8192,1,81859,9.9925537109375
RRLID,λ=8,8192,1,72675,8.8714599609375
RRLID,λ=8,8192,1,82657,10.0899658203125
RRLID,λ=8,8192,1,81845,9.9908447265625
RRLID,λ=8,8192,1,81327,9.9276123046875
RRLID,λ=8,8192,1,80767,9.8592529296875
RRLID,λ=8,8192,1,75629,9.2320556640625
RRLID,λ=8,8192,1,81481,9.9464111328125
RRLID,λ=8,8192,1,76133,9.2935791015625
RRLID,λ=8,8192,1,80865,9.8712158203125
RRLID,λ=8,8192,1,78765,9.6148681640625
RRLID,λ=8,8192,1,82839,10.1121826171875
RRLID,λ=8,8192,1,82013,10.0113525390625
RRLID,λ=8,8192,1,79199,9.6678466796875
RRLID,λ=8,8192,1,76301,9.3140869140625
RRLID,λ=8,8192,1,81733,9.9771728515625
RRLID,λ=8,8192,1,81565,9.9566650390625
RRLID,λ=8,8192,1,78149,9.5396728515625
RRLID,λ=8,8192,1,92639,11.3084716796875
RRLID,λ=8,8192,1,76959,9.3944091796875
RSLID,λ=8,8192,1,102943,12.5662841796875
RSLID,λ=8,8192,1,95563,11.6654052734375
RSLID,λ=8,8192,1,105013,12.8189697265625
RSLID,λ=8,8192,1,98587,12.0345458984375
RSLID,λ=8,8192,1,115399,14.0867919921875
RSLID,λ=8,8192,1,103609,12.6475830078125
RSLID,λ=8,8192,1,105481,12.8760986328125
RSLID,λ=8,8192,1,96301,11.7554931640625
RSLID,λ=8,8192,1,104095,12.7069091796875
RSLID,λ=8,8192,1,102061,12.4586181640625
RSLID,λ=8,8192,1,94645,11.5533447265625
RSLID,λ=8,8192,1,132031,16.1170654296875
RSLID,λ=8,8192,1,108181,13.2056884765625
RSLID,λ=8,8192,1,104851,12.7991943359375
RSLID,λ=8,8192,1,95185,11.6192626953125
RSLID,λ=8,8192,1,107929,13.1749267578125
RSLID,λ=8,8192,1,105391,12.8651123046875
RSLID,λ=8,8192,1,102835,12.5531005859375
RSLID,λ=8,8192,1,113815,13.8934326171875
RSLID,λ=8,8192,1,98299,11.9993896484375
RSLID,λ=8,8192,1,103105,12.5860595703125
RSLID,λ=8,8192,1,98857,12.0675048828125
RSLID,λ=8,8192,1,113959,13.9110107421875
RSLID,λ=8,8192,1,96031,11.7225341796875
RSLID,λ=8,8192,1,111115,13.5638427734375
RSLID,λ=8,8192,1,96283,11.7532958984375
RSLID,λ=8,8192,1,106993,13.0606689453125
RSLID,λ=8,8192,1,108343,13.2254638671875
RSLID,λ=8,8192,1,110071,13.4364013671875
RSLID,λ=8,8192,1,112159,13.6912841796875
RSLID,λ=8,8192,1,100585,12.2784423828125
RSLID,λ=8,8192,1,99253,12.1158447265625
RSLID,λ=8,8192,1,105787,12.9134521484375
RSLID,λ=8,8192,1,102259,12.4827880859375
RSLID,λ=8,8192,1,107011,13.0628662109375
RSLID,λ=8,8192,1,107443,13.1156005859375
RSLID,λ=8,8192,1,98911,12.0740966796875
RSLID,λ=8,8192,1,99883,12.1927490234375
RSLID,λ=8,8192,1,109819,13.4056396484375
RSLID,λ=8,8192,1,89353,10.9073486328125
RSLID,λ=8,8192,1,93331,11.3929443359375
RSLID,λ=8,8192,1,106723,13.0277099609375
RSLID,λ=8,8192,1,118585,14.4757080078125
RSLID,λ=8,8192,1,98929,12.0762939453125
RSLID,λ=8,8192,1,95383,11.6434326171875
RSLID,λ=8,8192,1,100369,12.2520751953125
RSLID,λ=8,8192,1,95473,11.6544189453125
RSLID,λ=8,8192,1,102115,12.4652099609375
RSLID,λ=8,8192,1,103627,12.6497802734375
RSLID,λ=8,8192,1,103951,12.6893310546875
RSLID,λ=8,8192,1,99379,12.1312255859375
RSLID,λ=8,8192,1,103069,12.5816650390625
RSLID,λ=8,8192,1,94339,11.5159912109375
RSLID,λ=8,8192,1,94177,11.4962158203125
RSLID,λ=8,8192,1,103969,12.6915283203125
RSLID,λ=8,8192,1,114661,13.9967041015625
RSLID,λ=8,8192,1,105985,12.9376220703125
RSLID,λ=8,8192,1,99487,12.1444091796875
RSLID,λ=8,8192,1,95113,11.6104736328125
RSLID,λ=8,8192,1,94663,11.5555419921875
RSLID,λ=8,8192,1,93007,11.3533935546875
RSLID,λ=8,8192,1,104401,12.7442626953125
RSLID,λ=8,8192,1,96625,11.7950439453125
RSLID,λ=8,8192,1,101233,12.3575439453125
RSLID,λ=8,8192,1,98623,12.0389404296875
RSLID,λ=8,8192,1,123535,15.0799560546875
RSLID,λ=8,8192,1,102547,12.5179443359375
RSLID,λ=8,8192,1,106543,13.0057373046875
RSLID,λ=8,8192,1,103879,12.6805419921875
RSLID,λ=8,8192,1,104239,12.7244873046875
RSLID,λ=8,8192,1,110161,13.4473876953125
RSLID,λ=8,8192,1,100099,12.2191162109375
RSLID,λ=8,8192,1,110323,13.4671630859375
RSLID,λ=8,8192,1,116371,14.2054443359375
RSLID,λ=8,8192,1,103303,12.6102294921875
RSLID,λ=8,8192,1,88147,10.7601318359375
RSLID,λ=8,8192,1,109207,13.3309326171875
RSLID,λ=8,8192,1,145171,17.7210693359375
RSLID,λ=8,8192,1,112519,13.7352294921875
RSLID,λ=8,8192,1,121429,14.8228759765625
RSLID,λ=8,8192,1,100405,12.2564697265625
RSLID,λ=8,8192,1,95833,11.6983642578125
RSLID,λ=8,8192,1,98047,11.9686279296875
RSLID,λ=8,8192,1,93889,11.4610595703125
RSLID,λ=8,8192,1,106165,12.9595947265625
RSLID,λ=8,8192,1,97975,11.9598388671875
RSLID,λ=8,8192,1,109405,13.3551025390625
RSLID,λ=8,8192,1,97057,11.8477783203125
RSLID,λ=8,8192,1,113311,13.8319091796875
RSLID,λ=8,8192,1,110341,13.4693603515625
RSLID,λ=8,8192,1,99307,12.1224365234375
RSLID,λ=8,8192,1,114463,13.9725341796875
RSLID,λ=8,8192,1,101143,12.3465576171875
RSLID,λ=8,8192,1,111637,13.6275634765625
RSLID,λ=8,8192,1,98101,11.9752197265625
RSLID,λ=8,8192,1,118405,14.4537353515625
RSDCU,λ=8,8192,1,77294,9.435302734375
RSDCU,λ=8,8192,1,80049,9.7716064453125
RSDCU,λ=8,8192,1,91606,11.182373046875
RSDCU,λ=8,8192,1,93762,11.445556640625
RSDCU,λ=8,8192,1,100730,12.296142578125
RSDCU,λ=8,8192,1,96487,11.7781982421875
RSDCU,λ=8,8192,1,79612,9.71826171875
RSDCU,λ=8,8192,1,92815,11.3299560546875
RSDCU,λ=8,8192,1,88909,10.8531494140625
RSDCU,λ=8,8192,1,104793,12.7921142578125
RSDCU,λ=8,8192,1,92647,11.3094482421875
RSDCU,λ=8,8192,1,83640,10.2099609375
RSDCU,λ=8,8192,1,90186,11.009033203125
RSDCU,λ=8,8192,1,90084,10.99658203125
RSDCU,λ=8,8192,1,78275,9.5550537109375
RSDCU,λ=8,8192,1,88809,10.8409423828125
RSDCU,λ=8,8192,1,82682,10.093017578125
RSDCU,λ=8,8192,1,91296,11.14453125
RSDCU,λ=8,8192,1,108069,13.1920166015625
RSDCU,λ=8,8192,1,89874,10.970947265625
RSDCU,λ=8,8192,1,92124,11.24560546875
RSDCU,λ=8,8192,1,91503,11.1697998046875
RSDCU,λ=8,8192,1,99448,12.1396484375
RSDCU,λ=8,8192,1,84269,10.2867431640625
RSDCU,λ=8,8192,1,78986,9.641845703125
RSDCU,λ=8,8192,1,90861,11.0914306640625
RSDCU,λ=8,8192,1,101140,12.34619140625
RSDCU,λ=8,8192,1,97980,11.96044921875
RSDCU,λ=8,8192,1,93756,11.44482421875
RSDCU,λ=8,8192,1,123717,15.1021728515625
RSDCU,λ=8,8192,1,88459,10.7982177734375
RSDCU,λ=8,8192,1,81191,9.9110107421875
RSDCU,λ=8,8192,1,102432,12.50390625
RSDCU,λ=8,8192,1,87148,10.63818359375
RSDCU,λ=8,8192,1,85029,10.3795166015625
RSDCU,λ=8,8192,1,79439,9.6971435546875
RSDCU,λ=8,8192,1,97716,11.92822265625
RSDCU,λ=8,8192,1,82935,10.1239013671875
RSDCU,λ=8,8192,1,80408,9.8154296875
RSDCU,λ=8,8192,1,98065,11.9708251953125
RSDCU,λ=8,8192,1,83048,10.1376953125
RSDCU,λ=8,8192,1,108579,13.2542724609375
RSDCU,λ=8,8192,1,91636,11.18603515625
RSDCU,λ=8,8192,1,92382,11.277099609375
RSDCU,λ=8,8192,1,92223,11.2576904296875
RSDCU,λ=8,8192,1,99840,12.1875
RSDCU,λ=8,8192,1,99016,12.0869140625
RSDCU,λ=8,8192,1,96899,11.8284912109375
RSDCU,λ=8,8192,1,104830,12.796630859375
RSDCU,λ=8,8192,1,92110,11.243896484375
RSDCU,λ=8,8192,1,94923,11.5872802734375
RSDCU,λ=8,8192,1,86029,10.5015869140625
RSDCU,λ=8,8192,1,105932,12.93115234375
RSDCU,λ=8,8192,1,77168,9.419921875
RSDCU,λ=8,8192,1,85501,10.4371337890625
RSDCU,λ=8,8192,1,77893,9.5084228515625
RSDCU,λ=8,8192,1,104482,12.754150390625
RSDCU,λ=8,8192,1,88091,10.7532958984375
RSDCU,λ=8,8192,1,85791,10.4725341796875
RSDCU,λ=8,8192,1,89574,10.934326171875
RSDCU,λ=8,8192,1,95344,11.638671875
RSDCU,λ=8,8192,1,101791,12.4256591796875
RSDCU,λ=8,8192,1,90912,11.09765625
RSDCU,λ=8,8192,1,86374,10.543701171875
RSDCU,λ=8,8192,1,86041,10.5030517578125
RSDCU,λ=8,8192,1,93680,11.435546875
RSDCU,λ=8,8192,1,106331,12.9798583984375
RSDCU,λ=8,8192,1,101438,12.382568359375
RSDCU,λ=8,8192,1,92118,11.244873046875
RSDCU,λ=8,8192,1,123828,15.11572265625
RSDCU,λ=8,8192,1,100021,12.2095947265625
RSDCU,λ=8,8192,1,102476,12.50927734375
RSDCU,λ=8,8192,1,84434,10.306884765625
RSDCU,λ=8,8192,1,85070,10.384521484375
RSDCU,λ=8,8192,1,87300,10.65673828125
RSDCU,λ=8,8192,1,81796,9.98486328125
RSDCU,λ=8,8192,1,91346,11.150634765625
RSDCU,λ=8,8192,1,98010,11.964111328125
RSDCU,λ=8,8192,1,92241,11.2598876953125
RSDCU,λ=8,8192,1,94207,11.4998779296875
RSDCU,λ=8,8192,1,77718,9.487060546875
RSDCU,λ=8,8192,1,89960,10.9814453125
RSDCU,λ=8,8192,1,130425,15.9210205078125
RSDCU,λ=8,8192,1,90970,11.104736328125
RSDCU,λ=8,8192,1,83224,10.1591796875
RSDCU,λ=8,8192,1,92303,11.2674560546875
RSDCU,λ=8,8192,1,103054,12.579833984375
RSDCU,λ=8,8192,1,92840,11.3330078125
RSDCU,λ=8,8192,1,86255,10.5291748046875
RSDCU,λ=8,8192,1,89903,10.9744873046875
RSDCU,λ=8,8192,1,89450,10.919189453125
RSDCU,λ=8,8192,1,107368,13.1064453125
RSDCU,λ=8,8192,1,83240,10.1611328125
RSDCU,λ=8,8192,1,84645,10.3326416015625
RSDCU,λ=8,8192,1,81017,9.8897705078125
RSDCU,λ=8,8192,1,84372,10.29931640625
RSDCU,λ=8,8192,1,93407,11.4022216796875
RSDCU,λ=8,8192,1,88466,10.799072265625
RSDCU,λ=8,8192,1,87207,10.6453857421875
RSDCU,λ=8,8192,1,77416,9.4501953125
RRDCU,λ=8,8192,1,69148,8.44091796875
RRDCU,λ=8,8192,1,67482,8.237548828125
RRDCU,λ=8,8192,1,73203,8.9359130859375
RRDCU,λ=8,8192,1,63216,7.716796875
RRDCU,λ=8,8192,1,71828,8.76806640625
RRDCU,λ=8,8192,1,69868,8.52880859375
RRDCU,λ=8,8192,1,68998,8.422607421875
RRDCU,λ=8,8192,1,61112,7.4599609375
RRDCU,λ=8,8192,1,76664,9.3583984375
RRDCU,λ=8,8192,1,67936,8.29296875
RRDCU,λ=8,8192,1,63537,7.7559814453125
RRDCU,λ=8,8192,1,63935,7.8045654296875
RRDCU,λ=8,8192,1,66340,8.09814453125
RRDCU,λ=8,8192,1,70567,8.6141357421875
RRDCU,λ=8,8192,1,65820,8.03466796875
RRDCU,λ=8,8192,1,62184,7.5908203125
RRDCU,λ=8,8192,1,69283,8.4573974609375
RRDCU,λ=8,8192,1,74122,9.048095703125
RRDCU,λ=8,8192,1,70676,8.62744140625
RRDCU,λ=8,8192,1,76439,9.3309326171875
RRDCU,λ=8,8192,1,65889,8.0430908203125
RRDCU,λ=8,8192,1,62835,7.6702880859375
RRDCU,λ=8,8192,1,66530,8.121337890625
RRDCU,λ=8,8192,1,70659,8.6253662109375
RRDCU,λ=8,8192,1,72288,8.82421875
RRDCU,λ=8,8192,1,70056,8.5517578125
RRDCU,λ=8,8192,1,69005,8.4234619140625
RRDCU,λ=8,8192,1,65280,7.96875
RRDCU,λ=8,8192,1,68921,8.4132080078125
RRDCU,λ=8,8192,1,64153,7.8311767578125
RRDCU,λ=8,8192,1,72680,8.8720703125
RRDCU,λ=8,8192,1,68771,8.3948974609375
RRDCU,λ=8,8192,1,63624,7.7666015625
RRDCU,λ=8,8192,1,65113,7.9483642578125
RRDCU,λ=8,8192,1,61929,7.5596923828125
RRDCU,λ=8,8192,1,66949,8.1724853515625
RRDCU,λ=8,8192,1,63111,7.7039794921875
RRDCU,λ=8,8192,1,76600,9.3505859375
RRDCU,λ=8,8192,1,65513,7.9971923828125
RRDCU,λ=8,8192,1,65657,8.0147705078125
RRDCU,λ=8,8192,1,67109,8.1920166015625
RRDCU,λ=8,8192,1,86976,10.6171875
RRDCU,λ=8,8192,1,67316,8.21728515625
RRDCU,λ=8,8192,1,64207,7.8377685546875
RRDCU,λ=8,8192,1,69013,8.4244384765625
RRDCU,λ=8,8192,1,67279,8.2127685546875
RRDCU,λ=8,8192,1,72972,8.90771484375
RRDCU,λ=8,8192,1,69333,8.4635009765625
RRDCU,λ=8,8192,1,68108,8.31396484375
RRDCU,λ=8,8192,1,67567,8.2479248046875
RRDCU,λ=8,8192,1,60020,7.32666015625
RRDCU,λ=8,8192,1,70049,8.5509033203125
RRDCU,λ=8,8192,1,71249,8.6973876953125
RRDCU,λ=8,8192,1,68936,8.4150390625
RRDCU,λ=8,8192,1,65467,7.9915771484375
RRDCU,λ=8,8192,1,62106,7.581298828125
RRDCU,λ=8,8192,1,74870,9.139404296875
RRDCU,λ=8,8192,1,64874,7.919189453125
RRDCU,λ=8,8192,1,71023,8.6697998046875
RRDCU,λ=8,8192,1,74032,9.037109375
RRDCU,λ=8,8192,1,62996,7.68994140625
RRDCU,λ=8,8192,1,72926,8.902099609375
RRDCU,λ=8,8192,1,63472,7.748046875
RRDCU,λ=8,8192,1,66933,8.1705322265625
RRDCU,λ=8,8192,1,70283,8.5794677734375
RRDCU,λ=8,8192,1,68750,8.392333984375
RRDCU,λ=8,8192,1,65409,7.9844970703125
RRDCU,λ=8,8192,1,65392,7.982421875
RRDCU,λ=8,8192,1,73797,9.0084228515625
RRDCU,λ=8,8192,1,68480,8.359375
RRDCU,λ=8,8192,1,70149,8.5631103515625
RRDCU,λ=8,8192,1,64092,7.82373046875
RRDCU,λ=8,8192,1,76128,9.29296875
RRDCU,λ=8,8192,1,68548,8.36767578125
RRDCU,λ=8,8192,1,73344,8.953125
RRDCU,λ=8,8192,1,69259,8.4544677734375
RRDCU,λ=8,8192,1,74525,9.0972900390625
RRDCU,λ=8,8192,1,67604,8.25244140625
RRDCU,λ=8,8192,1,63897,7.7999267578125
RRDCU,λ=8,8192,1,78241,9.5509033203125
RRDCU,λ=8,8192,1,71960,8.7841796875
RRDCU,λ=8,8192,1,78952,9.6376953125
RRDCU,λ=8,8192,1,69888,8.53125
RRDCU,λ=8,8192,1,90440,11.0400390625
RRDCU,λ=8,8192,1,80971,9.8841552734375
RRDCU,λ=8,8192,1,74817,9.1329345703125
RRDCU,λ=8,8192,1,72625,8.8653564453125
RRDCU,λ=8,8192,1,66441,8.1104736328125
RRDCU,λ=8,8192,1,97324,11.88037109375
RRDCU,λ=8,8192,1,69412,8.47314453125
RRDCU,λ=8,8192,1,69107,8.4359130859375
RRDCU,λ=8,8192,1,71585,8.7384033203125
RRDCU,λ=8,8192,1,63180,7.71240234375
RRDCU,λ=8,8192,1,83972,10.25048828125
RRDCU,λ=8,8192,1,63096,7.7021484375
RRDCU,λ=8,8192,1,66116,8.07080078125
RRDCU,λ=8,8192,1,73216,8.9375
RRDCU,λ=8,8192,1,73492,8.97119140625
RRDCU,λ=8,8192,1,71323,8.7064208984375
RHDCU,λ=8,8192,1,65546,8.001220703125
RHDCU,λ=8,8192,1,66008,8.0576171875
RHDCU,λ=8,8192,1,68031,8.3045654296875
RHDCU,λ=8,8192,1,63406,7.739990234375
RHDCU,λ=8,8192,1,71483,8.7259521484375
RHDCU,λ=8,8192,1,76548,9.34423828125
RHDCU,λ=8,8192,1,70065,8.5528564453125
RHDCU,λ=8,8192,1,63036,7.69482421875
RHDCU,λ=8,8192,1,74568,9.1025390625
RHDCU,λ=8,8192,1,69465,8.4796142578125
RHDCU,λ=8,8192,1,65968,8.052734375
RHDCU,λ=8,8192,1,64009,7.8135986328125
RHDCU,λ=8,8192,1,70855,8.6492919921875
RHDCU,λ=8,8192,1,68339,8.3421630859375
RHDCU,λ=8,8192,1,63276,7.72412109375
RHDCU,λ=8,8192,1,74050,9.039306640625
RHDCU,λ=8,8192,1,72604,8.86279296875
RHDCU,λ=8,8192,1,75919,9.2674560546875
RHDCU,λ=8,8192,1,61047,7.4520263671875
RHDCU,λ=8,8192,1,64713,7.8995361328125
RHDCU,λ=8,8192,1,69082,8.432861328125
RHDCU,λ=8,8192,1,78230,9.549560546875
RHDCU,λ=8,8192,1,65848,8.0380859375
RHDCU,λ=8,8192,1,77726,9.488037109375
RHDCU,λ=8,8192,1,73654,8.990966796875
RHDCU,λ=8,8192,1,73520,8.974609375
RHDCU,λ=8,8192,1,68435,8.3538818359375
RHDCU,λ=8,8192,1,61121,7.4610595703125
RHDCU,λ=8,8192,1,71486,8.726318359375
RHDCU,λ=8,8192,1,70655,8.6248779296875
RHDCU,λ=8,8192,1,69174,8.444091796875
RHDCU,λ=8,8192,1,78872,9.6279296875
RHDCU,λ=8,8192,1,65166,7.954833984375
RHDCU,λ=8,8192,1,67699,8.2640380859375
RHDCU,λ=8,8192,1,68642,8.379150390625
RHDCU,λ=8,8192,1,72559,8.8572998046875
RHDCU,λ=8,8192,1,73662,8.991943359375
RHDCU,λ=8,8192,1,67994,8.300048828125
RHDCU,λ=8,8192,1,67767,8.2723388671875
RHDCU,λ=8,8192,1,64964,7.93017578125
RHDCU,λ=8,8192,1,73283,8.9456787109375
RHDCU,λ=8,8192,1,62170,7.589111328125
RHDCU,λ=8,8192,1,65699,8.0198974609375
RHDCU,λ=8,8192,1,69842,8.525634765625
RHDCU,λ=8,8192,1,64254,7.843505859375
RHDCU,λ=8,8192,1,71695,8.7518310546875
RHDCU,λ=8,8192,1,71496,8.7275390625
RHDCU,λ=8,8192,1,71801,8.7647705078125
RHDCU,λ=8,8192,1,69170,8.443603515625
RHDCU,λ=8,8192,1,71133,8.6832275390625
RHDCU,λ=8,8192,1,69878,8.530029296875
RHDCU,λ=8,8192,1,66860,8.16162109375
RHDCU,λ=8,8192,1,68217,8.3272705078125
RHDCU,λ=8,8192,1,73139,8.9281005859375
RHDCU,λ=8,8192,1,73285,8.9459228515625
RHDCU,λ=8,8192,1,71644,8.74560546875
RHDCU,λ=8,8192,1,64727,7.9012451171875
RHDCU,λ=8,8192,1,87897,10.7296142578125
RHDCU,λ=8,8192,1,70283,8.5794677734375
RHDCU,λ=8,8192,1,83873,10.2384033203125
RHDCU,λ=8,8192,1,78958,9.638427734375
RHDCU,λ=8,8192,1,75464,9.2119140625
RHDCU,λ=8,8192,1,73608,8.9853515625
RHDCU,λ=8,8192,1,69995,8.5443115234375
RHDCU,λ=8,8192,1,65653,8.0142822265625
RHDCU,λ=8,8192,1,62308,7.60595703125
RHDCU,λ=8,8192,1,71390,8.714599609375
RHDCU,λ=8,8192,1,69485,8.4820556640625
RHDCU,λ=8,8192,1,80161,9.7852783203125
RHDCU,λ=8,8192,1,85451,10.4310302734375
RHDCU,λ=8,8192,1,71495,8.7274169921875
RHDCU,λ=8,8192,1,75307,9.1927490234375
RHDCU,λ=8,8192,1,66688,8.140625
RHDCU,λ=8,8192,1,81394,9.935791015625
RHDCU,λ=8,8192,1,65378,7.980712890625
RHDCU,λ=8,8192,1,65132,7.95068359375
RHDCU,λ=8,8192,1,68215,8.3270263671875
RHDCU,λ=8,8192,1,68789,8.3970947265625
RHDCU,λ=8,8192,1,67003,8.1790771484375
RHDCU,λ=8,8192,1,60337,7.3653564453125
RHDCU,λ=8,8192,1,68027,8.3040771484375
RHDCU,λ=8,8192,1,67724,8.26708984375
RHDCU,λ=8,8192,1,76297,9.3135986328125
RHDCU,λ=8,8192,1,70924,8.65771484375
RHDCU,λ=8,8192,1,70430,8.597412109375
RHDCU,λ=8,8192,1,67633,8.2559814453125
RHDCU,λ=8,8192,1,66724,8.14501953125
RHDCU,λ=8,8192,1,66592,8.12890625
RHDCU,λ=8,8192,1,74752,9.125
RHDCU,λ=8,8192,1,74771,9.1273193359375
RHDCU,λ=8,8192,1,69763,8.5159912109375
RHDCU,λ=8,8192,1,69893,8.5318603515625
RHDCU,λ=8,8192,1,73849,9.0147705078125
RHDCU,λ=8,8192,1,76069,9.2857666015625
RHDCU,λ=8,8192,1,76803,9.3753662109375
RHDCU,λ=8,8192,1,70964,8.66259765625
RHDCU,λ=8,8192,1,66622,8.132568359375
RHDCU,λ=8,8192,1,63692,7.77490234375
RHDCU,λ=8,8192,1,71328,8.70703125
RHDCU,λ=8,8192,1,60272,7.357421875
RHLCU,λ=8,8192,1,65221,7.9615478515625
RHLCU,λ=8,8192,1,66157,8.0758056640625
RHLCU,λ=8,8192,1,80115,9.7796630859375
RHLCU,λ=8,8192,1,70400,8.59375
RHLCU,λ=8,8192,1,71015,8.6688232421875
RHLCU,λ=8,8192,1,68673,8.3829345703125
RHLCU,λ=8,8192,1,64545,7.8790283203125
RHLCU,λ=8,8192,1,68000,8.30078125
RHLCU,λ=8,8192,1,79202,9.668212890625
RHLCU,λ=8,8192,1,64132,7.82861328125
RHLCU,λ=8,8192,1,63776,7.78515625
RHLCU,λ=8,8192,1,75438,9.208740234375
RHLCU,λ=8,8192,1,65499,7.9954833984375
RHLCU,λ=8,8192,1,59865,7.3077392578125
RHLCU,λ=8,8192,1,66472,8.1142578125
RHLCU,λ=8,8192,1,66554,8.124267578125
RHLCU,λ=8,8192,1,64680,7.8955078125
RHLCU,λ=8,8192,1,64181,7.8345947265625
RHLCU,λ=8,8192,1,73883,9.0189208984375
RHLCU,λ=8,8192,1,72844,8.89208984375
RHLCU,λ=8,8192,1,66128,8.072265625
RHLCU,λ=8,8192,1,68067,8.3089599609375
RHLCU,λ=8,8192,1,66500,8.11767578125
RHLCU,λ=8,8192,1,72948,8.90478515625
RHLCU,λ=8,8192,1,63209,7.7159423828125
RHLCU,λ=8,8192,1,63040,7.6953125
RHLCU,λ=8,8192,1,63271,7.7235107421875
RHLCU,λ=8,8192,1,65386,7.981689453125
RHLCU,λ=8,8192,1,69567,8.4920654296875
RHLCU,λ=8,8192,1,72829,8.8902587890625
RHLCU,λ=8,8192,1,76676,9.35986328125
RHLCU,λ=8,8192,1,69788,8.51904296875
RHLCU,λ=8,8192,1,68725,8.3892822265625
RHLCU,λ=8,8192,1,68344,8.3427734375
RHLCU,λ=8,8192,1,67658,8.259033203125
RHLCU,λ=8,8192,1,66344,8.0986328125
RHLCU,λ=8,8192,1,87124,10.63525390625
RHLCU,λ=8,8192,1,71693,8.7515869140625
RHLCU,λ=8,8192,1,67476,8.23681640625
RHLCU,λ=8,8192,1,72036,8.79345703125
RHLCU,λ=8,8192,1,69366,8.467529296875
RHLCU,λ=8,8192,1,69992,8.5439453125
RHLCU,λ=8,8192,1,62469,7.6256103515625
RHLCU,λ=8,8192,1,61988,7.56689453125
RHLCU,λ=8,8192,1,72907,8.8997802734375
RHLCU,λ=8,8192,1,64728,7.9013671875
RHLCU,λ=8,8192,1,73285,8.9459228515625
RHLCU,λ=8,8192,1,70868,8.65087890625
RHLCU,λ=8,8192,1,85842,10.478759765625
RHLCU,λ=8,8192,1,71353,8.7100830078125
RHLCU,λ=8,8192,1,70387,8.5921630859375
RHLCU,λ=8,8192,1,69984,8.54296875
RHLCU,λ=8,8192,1,62827,7.6693115234375
RHLCU,λ=8,8192,1,66563,8.1253662109375
RHLCU,λ=8,8192,1,68181,8.3228759765625
RHLCU,λ=8,8192,1,64622,7.888427734375
RHLCU,λ=8,8192,1,87615,10.6951904296875
RHLCU,λ=8,8192,1,68283,8.3353271484375
RHLCU,λ=8,8192,1,66404,8.10595703125
RHLCU,λ=8,8192,1,80170,9.786376953125
RHLCU,λ=8,8192,1,69497,8.4835205078125
RHLCU,λ=8,8192,1,74241,9.0626220703125
RHLCU,λ=8,8192,1,81394,9.935791015625
RHLCU,λ=8,8192,1,73905,9.0216064453125
RHLCU,λ=8,8192,1,68063,8.3084716796875
RHLCU,λ=8,8192,1,65205,7.9595947265625
RHLCU,λ=8,8192,1,67740,8.26904296875
RHLCU,λ=8,8192,1,82568,10.0791015625
RHLCU,λ=8,8192,1,77333,9.4400634765625
RHLCU,λ=8,8192,1,63079,7.7000732421875
RHLCU,λ=8,8192,1,64257,7.8438720703125
RHLCU,λ=8,8192,1,70169,8.5655517578125
RHLCU,λ=8,8192,1,69300,8.45947265625
RHLCU,λ=8,8192,1,69824,8.5234375
RHLCU,λ=8,8192,1,65529,7.9991455078125
RHLCU,λ=8,8192,1,68076,8.31005859375
RHLCU,λ=8,8192,1,78647,9.6004638671875
RHLCU,λ=8,8192,1,67829,8.2799072265625
RHLCU,λ=8,8192,1,77939,9.5140380859375
RHLCU,λ=8,8192,1,66004,8.05712890625
RHLCU,λ=8,8192,1,70615,8.6199951171875
RHLCU,λ=8,8192,1,63949,7.8062744140625
RHLCU,λ=8,8192,1,70431,8.5975341796875
RHLCU,λ=8,8192,1,76330,9.317626953125
RHLCU,λ=8,8192,1,72664,8.8701171875
RHLCU,λ=8,8192,1,79071,9.6522216796875
RHLCU,λ=8,8192,1,65852,8.03857421875
RHLCU,λ=8,8192,1,65709,8.0211181640625
RHLCU,λ=8,8192,1,78907,9.6322021484375
RHLCU,λ=8,8192,1,74788,9.12939453125
RHLCU,λ=8,8192,1,61723,7.5345458984375
RHLCU,λ=8,8192,1,70454,8.600341796875
RHLCU,λ=8,8192,1,63221,7.7174072265625
RHLCU,λ=8,8192,1,71971,8.7855224609375
RHLCU,λ=8,8192,1,64369,7.8575439453125
RHLCU,λ=8,8192,1,66081,8.0665283203125
RHLCU,λ=8,8192,1,64164,7.83251953125
RHLCU,λ=8,8192,1,71340,8.70849609375
RHLCU,λ=8,8192,1,75389,9.2027587890625
RHLCU,λ=8,8192,1,66927,8.1697998046875
RRLCU,λ=8,8192,1,66267,8.0892333984375
RRLCU,λ=8,8192,1,64105,7.8253173828125
RRLCU,λ=8,8192,1,78067,9.5296630859375
RRLCU,λ=8,8192,1,62371,7.6136474609375
RRLCU,λ=8,8192,1,62472,7.6259765625
RRLCU,λ=8,8192,1,70990,8.665771484375
RRLCU,λ=8,8192,1,60998,7.446044921875
RRLCU,λ=8,8192,1,58052,7.08642578125
RRLCU,λ=8,8192,1,69432,8.4755859375
RRLCU,λ=8,8192,1,63151,7.7088623046875
RRLCU,λ=8,8192,1,68445,8.3551025390625
RRLCU,λ=8,8192,1,64007,7.8133544921875
RRLCU,λ=8,8192,1,65327,7.9744873046875
RRLCU,λ=8,8192,1,68754,8.392822265625
RRLCU,λ=8,8192,1,65579,8.0052490234375
RRLCU,λ=8,8192,1,65200,7.958984375
RRLCU,λ=8,8192,1,64675,7.8948974609375
RRLCU,λ=8,8192,1,65429,7.9869384765625
RRLCU,λ=8,8192,1,63289,7.7257080078125
RRLCU,λ=8,8192,1,63980,7.81005859375
RRLCU,λ=8,8192,1,58904,7.1904296875
RRLCU,λ=8,8192,1,64292,7.84814453125
RRLCU,λ=8,8192,1,61796,7.54345703125
RRLCU,λ=8,8192,1,71453,8.7222900390625
RRLCU,λ=8,8192,1,68646,8.379638671875
RRLCU,λ=8,8192,1,70080,8.5546875
RRLCU,λ=8,8192,1,66673,8.1387939453125
RRLCU,λ=8,8192,1,69271,8.4559326171875
RRLCU,λ=8,8192,1,64703,7.8983154296875
RRLCU,λ=8,8192,1,68929,8.4141845703125
RRLCU,λ=8,8192,1,64928,7.92578125
RRLCU,λ=8,8192,1,74375,9.0789794921875
RRLCU,λ=8,8192,1,61815,7.5457763671875
RRLCU,λ=8,8192,1,77765,9.4927978515625
RRLCU,λ=8,8192,1,63035,7.6947021484375
RRLCU,λ=8,8192,1,70500,8.60595703125
RRLCU,λ=8,8192,1,59001,7.2022705078125
RRLCU,λ=8,8192,1,62543,7.6346435546875
RRLCU,λ=8,8192,1,63950,7.806396484375
RRLCU,λ=8,8192,1,68630,8.377685546875
RRLCU,λ=8,8192,1,65366,7.979248046875
RRLCU,λ=8,8192,1,62501,7.6295166015625
RRLCU,λ=8,8192,1,64642,7.890869140625
RRLCU,λ=8,8192,1,75748,9.24658203125
RRLCU,λ=8,8192,1,73659,8.9915771484375
RRLCU,λ=8,8192,1,63266,7.722900390625
RRLCU,λ=8,8192,1,73730,9.000244140625
RRLCU,λ=8,8192,1,64627,7.8890380859375
RRLCU,λ=8,8192,1,67904,8.2890625
RRLCU,λ=8,8192,1,67748,8.27001953125
RRLCU,λ=8,8192,1,71937,8.7813720703125
RRLCU,λ=8,8192,1,80487,9.8250732421875
RRLCU,λ=8,8192,1,62768,7.662109375
RRLCU,λ=8,8192,1,70183,8.5672607421875
RRLCU,λ=8,8192,1,63861,7.7955322265625
RRLCU,λ=8,8192,1,72040,8.7939453125
RRLCU,λ=8,8192,1,69130,8.438720703125
RRLCU,λ=8,8192,1,68460,8.35693359375
RRLCU,λ=8,8192,1,65684,8.01806640625
RRLCU,λ=8,8192,1,62142,7.585693359375
RRLCU,λ=8,8192,1,63429,7.7427978515625
RRLCU,λ=8,8192,1,65887,8.0428466796875
RRLCU,λ=8,8192,1,66145,8.0743408203125
RRLCU,λ=8,8192,1,63538,7.756103515625
RRLCU,λ=8,8192,1,63967,7.8084716796875
RRLCU,λ=8,8192,1,71602,8.740478515625
RRLCU,λ=8,8192,1,74075,9.0423583984375
RRLCU,λ=8,8192,1,67437,8.2320556640625
RRLCU,λ=8,8192,1,70617,8.6202392578125
RRLCU,λ=8,8192,1,64757,7.9049072265625
RRLCU,λ=8,8192,1,68131,8.3167724609375
RRLCU,λ=8,8192,1,71136,8.68359375
RRLCU,λ=8,8192,1,70644,8.62353515625
RRLCU,λ=8,8192,1,62259,7.5999755859375
RRLCU,λ=8,8192,1,64864,7.91796875
RRLCU,λ=8,8192,1,67840,8.28125
RRLCU,λ=8,8192,1,67432,8.2314453125
RRLCU,λ=8,8192,1,64116,7.82666015625
RRLCU,λ=8,8192,1,65949,8.0504150390625
RRLCU,λ=8,8192,1,71579,8.7376708984375
RRLCU,λ=8,8192,1,67690,8.262939453125
RRLCU,λ=8,8192,1,58861,7.1851806640625
RRLCU,λ=8,8192,1,65557,8.0025634765625
RRLCU,λ=8,8192,1,66140,8.07373046875
RRLCU,λ=8,8192,1,64369,7.8575439453125
RRLCU,λ=8,8192,1,79781,9.7388916015625
RRLCU,λ=8,8192,1,68004,8.30126953125
RRLCU,λ=8,8192,1,68783,8.3963623046875
RRLCU,λ=8,8192,1,73636,8.98876953125
RRLCU,λ=8,8192,1,64245,7.8424072265625
RRLCU,λ=8,8192,1,72325,8.8287353515625
RRLCU,λ=8,8192,1,65760,8.02734375
RRLCU,λ=8,8192,1,62688,7.65234375
RRLCU,λ=8,8192,1,69764,8.51611328125
RRLCU,λ=8,8192,1,71482,8.725830078125
RRLCU,λ=8,8192,1,63380,7.73681640625
RRLCU,λ=8,8192,1,64991,7.9334716796875
RRLCU,λ=8,8192,1,66765,8.1500244140625
RSLCU,λ=8,8192,1,95645,11.6754150390625
RSLCU,λ=8,8192,1,123989,15.1353759765625
RSLCU,λ=8,8192,1,88258,10.773681640625
RSLCU,λ=8,8192,1,94684,11.55810546875
RSLCU,λ=8,8192,1,111509,13.6119384765625
RSLCU,λ=8,8192,1,110604,13.50146484375
RSLCU,λ=8,8192,1,105993,12.9385986328125
RSLCU,λ=8,8192,1,84856,10.3583984375
RSLCU,λ=8,8192,1,93728,11.44140625
RSLCU,λ=8,8192,1,104337,12.7364501953125
RSLCU,λ=8,8192,1,111357,13.5933837890625
RSLCU,λ=8,8192,1,98659,12.0433349609375
RSLCU,λ=8,8192,1,96806,11.817138671875
RSLCU,λ=8,8192,1,112119,13.6864013671875
RSLCU,λ=8,8192,1,86812,10.59716796875
RSLCU,λ=8,8192,1,107731,13.1507568359375
RSLCU,λ=8,8192,1,97369,11.8858642578125
RSLCU,λ=8,8192,1,100815,12.3065185546875
RSLCU,λ=8,8192,1,113614,13.868896484375
RSLCU,λ=8,8192,1,120003,14.6488037109375
RSLCU,λ=8,8192,1,93146,11.370361328125
RSLCU,λ=8,8192,1,82269,10.0426025390625
RSLCU,λ=8,8192,1,92338,11.271728515625
RSLCU,λ=8,8192,1,118180,14.42626953125
RSLCU,λ=8,8192,1,89216,10.890625
RSLCU,λ=8,8192,1,95830,11.697998046875
RSLCU,λ=8,8192,1,97513,11.9034423828125
RSLCU,λ=8,8192,1,98918,12.074951171875
RSLCU,λ=8,8192,1,114042,13.921142578125
RSLCU,λ=8,8192,1,137384,16.7705078125
RSLCU,λ=8,8192,1,106773,13.0338134765625
RSLCU,λ=8,8192,1,108851,13.2874755859375
RSLCU,λ=8,8192,1,92062,11.238037109375
RSLCU,λ=8,8192,1,84429,10.3062744140625
RSLCU,λ=8,8192,1,112018,13.674072265625
RSLCU,λ=8,8192,1,103548,12.64013671875
RSLCU,λ=8,8192,1,99675,12.1673583984375
RSLCU,λ=8,8192,1,95634,11.674072265625
RSLCU,λ=8,8192,1,103134,12.589599609375
RSLCU,λ=8,8192,1,102915,12.5628662109375
RSLCU,λ=8,8192,1,92054,11.237060546875
RSLCU,λ=8,8192,1,102249,12.4815673828125
RSLCU,λ=8,8192,1,103414,12.623779296875
RSLCU,λ=8,8192,1,117729,14.3712158203125
RSLCU,λ=8,8192,1,101478,12.387451171875
RSLCU,λ=8,8192,1,100272,12.240234375
RSLCU,λ=8,8192,1,118477,14.4625244140625
RSLCU,λ=8,8192,1,95302,11.633544921875
RSLCU,λ=8,8192,1,99024,12.087890625
RSLCU,λ=8,8192,1,94923,11.5872802734375
RSLCU,λ=8,8192,1,95355,11.6400146484375
RSLCU,λ=8,8192,1,106975,13.0584716796875
RSLCU,λ=8,8192,1,105060,12.82470703125
RSLCU,λ=8,8192,1,96115,11.7327880859375
RSLCU,λ=8,8192,1,102701,12.5367431640625
RSLCU,λ=8,8192,1,104299,12.7318115234375
RSLCU,λ=8,8192,1,99968,12.203125
RSLCU,λ=8,8192,1,115702,14.123779296875
RSLCU,λ=8,8192,1,95890,11.705322265625
RSLCU,λ=8,8192,1,93782,11.447998046875
RSLCU,λ=8,8192,1,102395,12.4993896484375
RSLCU,λ=8,8192,1,111151,13.5682373046875
RSLCU,λ=8,8192,1,108659,13.2640380859375
RSLCU,λ=8,8192,1,94941,11.5894775390625
RSLCU,λ=8,8192,1,139681,17.0509033203125
RSLCU,λ=8,8192,1,120811,14.7474365234375
RSLCU,λ=8,8192,1,102794,12.548095703125
RSLCU,λ=8,8192,1,89470,10.921630859375
RSLCU,λ=8,8192,1,87856,10.724609375
RSLCU,λ=8,8192,1,108230,13.211669921875
RSLCU,λ=8,8192,1,92486,11.289794921875
RSLCU,λ=8,8192,1,88128,10.7578125
RSLCU,λ=8,8192,1,88045,10.7476806640625
RSLCU,λ=8,8192,1,104630,12.772216796875
RSLCU,λ=8,8192,1,95601,11.6700439453125
RSLCU,λ=8,8192,1,102161,12.4708251953125
RSLCU,λ=8,8192,1,90270,11.019287109375
RSLCU,λ=8,8192,1,104021,12.6978759765625
RSLCU,λ=8,8192,1,94808,11.5732421875
RSLCU,λ=8,8192,1,105462,12.873779296875
RSLCU,λ=8,8192,1,94776,11.5693359375
RSLCU,λ=8,8192,1,122069,14.9010009765625
RSLCU,λ=8,8192,1,115306,14.075439453125
RSLCU,λ=8,8192,1,109415,13.3563232421875
RSLCU,λ=8,8192,1,95112,11.6103515625
RSLCU,λ=8,8192,1,98086,11.973388671875
RSLCU,λ=8,8192,1,99920,12.197265625
RSLCU,λ=8,8192,1,104966,12.813232421875
RSLCU,λ=8,8192,1,111264,13.58203125
RSLCU,λ=8,8192,1,118037,14.4088134765625
RSLCU,λ=8,8192,1,83922,10.244384765625
RSLCU,λ=8,8192,1,94518,11.537841796875
RSLCU,λ=8,8192,1,103429,12.6256103515625
RSLCU,λ=8,8192,1,88083,10.7523193359375
RSLCU,λ=8,8192,1,130028,15.87255859375
RSLCU,λ=8,8192,1,96017,11.7208251953125
RSLCU,λ=8,8192,1,93492,11.41259765625
RSLCU,λ=8,8192,1,104190,12.718505859375
RSLCU,λ=8,8192,1,93490,11.412353515625
RSLCU,λ=8,8192,1,97110,11.854248046875
RSDSU,λ=8,8192,1,82209,10.0352783203125
RSDSU,λ=8,8192,1,91185,11.1309814453125
RSDSU,λ=8,8192,1,98529,12.0274658203125
RSDSU,λ=8,8192,1,78037,9.5260009765625
RSDSU,λ=8,8192,1,82241,10.0391845703125
RSDSU,λ=8,8192,1,85445,10.4302978515625
RSDSU,λ=8,8192,1,97625,11.9171142578125
RSDSU,λ=8,8192,1,111105,13.5626220703125
RSDSU,λ=8,8192,1,89545,10.9307861328125
RSDSU,λ=8,8192,1,83653,10.2115478515625
RSDSU,λ=8,8192,1,114189,13.9390869140625
RSDSU,λ=8,8192,1,86513,10.5606689453125
RSDSU,λ=8,8192,1,86909,10.6090087890625
RSDSU,λ=8,8192,1,93425,11.4044189453125
RSDSU,λ=8,8192,1,88145,10.7598876953125
RSDSU,λ=8,8192,1,98993,12.0841064453125
RSDSU,λ=8,8192,1,95989,11.7174072265625
RSDSU,λ=8,8192,1,86461,10.5543212890625
RSDSU,λ=8,8192,1,91469,11.1656494140625
RSDSU,λ=8,8192,1,100333,12.2476806640625
RSDSU,λ=8,8192,1,79361,9.6876220703125
RSDSU,λ=8,8192,1,89449,10.9190673828125
RSDSU,λ=8,8192,1,88885,10.8502197265625
RSDSU,λ=8,8192,1,87485,10.6793212890625
RSDSU,λ=8,8192,1,90101,10.9986572265625
RSDSU,λ=8,8192,1,80269,9.7984619140625
RSDSU,λ=8,8192,1,83085,10.1422119140625
RSDSU,λ=8,8192,1,95725,11.6851806640625
RSDSU,λ=8,8192,1,89625,10.9405517578125
RSDSU,λ=8,8192,1,90681,11.0694580078125
RSDSU,λ=8,8192,1,95277,11.6304931640625
RSDSU,λ=8,8192,1,101101,12.3414306640625
RSDSU,λ=8,8192,1,95873,11.7032470703125
RSDSU,λ=8,8192,1,100037,12.2115478515625
RSDSU,λ=8,8192,1,89857,10.9688720703125
RSDSU,λ=8,8192,1,90985,11.1065673828125
RSDSU,λ=8,8192,1,93401,11.4014892578125
RSDSU,λ=8,8192,1,98953,12.0792236328125
RSDSU,λ=8,8192,1,94265,11.5069580078125
RSDSU,λ=8,8192,1,82361,10.0538330078125
RSDSU,λ=8,8192,1,94201,11.4991455078125
RSDSU,λ=8,8192,1,100489,12.2667236328125
RSDSU,λ=8,8192,1,90801,11.0841064453125
RSDSU,λ=8,8192,1,106137,12.9561767578125
RSDSU,λ=8,8192,1,90777,11.0811767578125
RSDSU,λ=8,8192,1,88085,10.7525634765625
RSDSU,λ=8,8192,1,102409,12.5010986328125
RSDSU,λ=8,8192,1,90433,11.0391845703125
RSDSU,λ=8,8192,1,95217,11.6231689453125
RSDSU,λ=8,8192,1,92977,11.3497314453125
RSDSU,λ=8,8192,1,88341,10.7838134765625
RSDSU,λ=8,8192,1,89301,10.9010009765625
RSDSU,λ=8,8192,1,87741,10.7105712890625
RSDSU,λ=8,8192,1,81569,9.9571533203125
RSDSU,λ=8,8192,1,83781,10.2271728515625
RSDSU,λ=8,8192,1,90865,11.0919189453125
RSDSU,λ=8,8192,1,96061,11.7261962890625
RSDSU,λ=8,8192,1,82409,10.0596923828125
RSDSU,λ=8,8192,1,98913,12.0743408203125
RSDSU,λ=8,8192,1,115241,14.0675048828125
RSDSU,λ=8,8192,1,106433,12.9923095703125
RSDSU,λ=8,8192,1,87801,10.7178955078125
RSDSU,λ=8,8192,1,97957,11.9576416015625
RSDSU,λ=8,8192,1,87153,10.6387939453125
RSDSU,λ=8,8192,1,86221,10.5250244140625
RSDSU,λ=8,8192,1,84565,10.3228759765625
RSDSU,λ=8,8192,1,84833,10.3555908203125
RSDSU,λ=8,8192,1,82037,10.0142822265625
RSDSU,λ=8,8192,1,91749,11.1998291015625
RSDSU,λ=8,8192,1,89241,10.8936767578125
RSDSU,λ=8,8192,1,103469,12.6304931640625
RSDSU,λ=8,8192,1,86361,10.5421142578125
RSDSU,λ=8,8192,1,85081,10.3858642578125
RSDSU,λ=8,8192,1,110413,13.4781494140625
RSDSU,λ=8,8192,1,85357,10.4195556640625
RSDSU,λ=8,8192,1,103333,12.6138916015625
RSDSU,λ=8,8192,1,96365,11.7633056640625
RSDSU,λ=8,8192,1,117645,14.3609619140625
RSDSU,λ=8,8192,1,79785,9.7393798828125
RSDSU,λ=8,8192,1,87149,10.6383056640625
RSDSU,λ=8,8192,1,87641,10.6983642578125
RSDSU,λ=8,8192,1,95233,11.6251220703125
RSDSU,λ=8,8192,1,92297,11.2667236328125
RSDSU,λ=8,8192,1,104313,12.7335205078125
RSDSU,λ=8,8192,1,80713,9.8526611328125
RSDSU,λ=8,8192,1,86473,10.5557861328125
RSDSU,λ=8,8192,1,98813,12.0621337890625
RSDSU,λ=8,8192,1,101469,12.3863525390625
RSDSU,λ=8,8192,1,94945,11.5899658203125
RSDSU,λ=8,8192,1,87533,10.6851806640625
RSDSU,λ=8,8192,1,89437,10.9176025390625
RSDSU,λ=8,8192,1,90421,11.0377197265625
RSDSU,λ=8,8192,1,85905,10.4864501953125
RSDSU,λ=8,8192,1,90937,11.1007080078125
RSDSU,λ=8,8192,1,95637,11.6744384765625
RSDSU,λ=8,8192,1,84229,10.2818603515625
RSDSU,λ=8,8192,1,89957,10.9810791015625
RSDSU,λ=8,8192,1,112337,13.7130126953125
RSDSU,λ=8,8192,1,87069,10.6285400390625
RSDSU,λ=8,8192,1,83941,10.2467041015625
RRDSU,λ=8,8192,1,62401,7.6173095703125
RRDSU,λ=8,8192,1,62393,7.6163330078125
RRDSU,λ=8,8192,1,63769,7.7843017578125
RRDSU,λ=8,8192,1,65045,7.9400634765625
RRDSU,λ=8,8192,1,68011,8.3021240234375
RRDSU,λ=8,8192,1,63193,7.7139892578125
RRDSU,λ=8,8192,1,67199,8.2030029296875
RRDSU,λ=8,8192,1,70813,8.6441650390625
RRDSU,λ=8,8192,1,60775,7.4188232421875
RRDSU,λ=8,8192,1,62413,7.6187744140625
RRDSU,λ=8,8192,1,73495,8.9715576171875
RRDSU,λ=8,8192,1,80619,9.8411865234375
RRDSU,λ=8,8192,1,59757,7.2945556640625
RRDSU,λ=8,8192,1,61561,7.5147705078125
RRDSU,λ=8,8192,1,57995,7.0794677734375
RRDSU,λ=8,8192,1,58705,7.1661376953125
RRDSU,λ=8,8192,1,65629,8.0113525390625
RRDSU,λ=8,8192,1,68339,8.3421630859375
RRDSU,λ=8,8192,1,61329,7.4864501953125
RRDSU,λ=8,8192,1,65601,8.0079345703125
RRDSU,λ=8,8192,1,59419,7.2532958984375
RRDSU,λ=8,8192,1,69109,8.4361572265625
RRDSU,λ=8,8192,1,61543,7.5125732421875
RRDSU,λ=8,8192,1,59145,7.2198486328125
RRDSU,λ=8,8192,1,66553,8.1241455078125
RRDSU,λ=8,8192,1,59771,7.2962646484375
RRDSU,λ=8,8192,1,68225,8.3282470703125
RRDSU,λ=8,8192,1,63659,7.7708740234375
RRDSU,λ=8,8192,1,57507,7.0198974609375
RRDSU,λ=8,8192,1,63309,7.7281494140625
RRDSU,λ=8,8192,1,58667,7.1614990234375
RRDSU,λ=8,8192,1,65703,8.0203857421875
RRDSU,λ=8,8192,1,70875,8.6517333984375
RRDSU,λ=8,8192,1,60103,7.3367919921875
RRDSU,λ=8,8192,1,62915,7.6800537109375
RRDSU,λ=8,8192,1,59065,7.2100830078125
RRDSU,λ=8,8192,1,64901,7.9224853515625
RRDSU,λ=8,8192,1,81341,9.9293212890625
RRDSU,λ=8,8192,1,59459,7.2581787109375
RRDSU,λ=8,8192,1,61849,7.5499267578125
RRDSU,λ=8,8192,1,74709,9.1197509765625
RRDSU,λ=8,8192,1,72381,8.8355712890625
RRDSU,λ=8,8192,1,65487,7.9940185546875
RRDSU,λ=8,8192,1,74741,9.1236572265625
RRDSU,λ=8,8192,1,59735,7.2918701171875
RRDSU,λ=8,8192,1,61299,7.4827880859375
RRDSU,λ=8,8192,1,62115,7.5823974609375
RRDSU,λ=8,8192,1,65903,8.0447998046875
RRDSU,λ=8,8192,1,61467,7.5032958984375
RRDSU,λ=8,8192,1,60031,7.3280029296875
RRDSU,λ=8,8192,1,61163,7.4661865234375
RRDSU,λ=8,8192,1,60671,7.4061279296875
RRDSU,λ=8,8192,1,63333,7.7310791015625
RRDSU,λ=8,8192,1,64509,7.8746337890625
RRDSU,λ=8,8192,1,70995,8.6663818359375
RRDSU,λ=8,8192,1,64619,7.8880615234375
RRDSU,λ=8,8192,1,63819,7.7904052734375
RRDSU,λ=8,8192,1,67123,8.1937255859375
RRDSU,λ=8,8192,1,57333,6.9986572265625
RRDSU,λ=8,8192,1,60955,7.4407958984375
RRDSU,λ=8,8192,1,60725,7.4127197265625
RRDSU,λ=8,8192,1,60707,7.4105224609375
RRDSU,λ=8,8192,1,64231,7.8406982421875
RRDSU,λ=8,8192,1,57791,7.0545654296875
RRDSU,λ=8,8192,1,75295,9.1912841796875
RRDSU,λ=8,8192,1,61505,7.5079345703125
RRDSU,λ=8,8192,1,57683,7.0413818359375
RRDSU,λ=8,8192,1,66667,8.1380615234375
RRDSU,λ=8,8192,1,61143,7.4637451171875
RRDSU,λ=8,8192,1,73781,9.0064697265625
RRDSU,λ=8,8192,1,67869,8.2847900390625
RRDSU,λ=8,8192,1,65135,7.9510498046875
RRDSU,λ=8,8192,1,71631,8.7440185546875
RRDSU,λ=8,8192,1,62429,7.6207275390625
RRDSU,λ=8,8192,1,80973,9.8843994140625
RRDSU,λ=8,8192,1,65393,7.9825439453125
RRDSU,λ=8,8192,1,63803,7.7884521484375
RRDSU,λ=8,8192,1,65313,7.9727783203125
RRDSU,λ=8,8192,1,63263,7.7225341796875
RRDSU,λ=8,8192,1,67961,8.2960205078125
RRDSU,λ=8,8192,1,66861,8.1617431640625
RRDSU,λ=8,8192,1,62321,7.6075439453125
RRDSU,λ=8,8192,1,61673,7.5284423828125
RRDSU,λ=8,8192,1,63763,7.7835693359375
RRDSU,λ=8,8192,1,69369,8.4678955078125
RRDSU,λ=8,8192,1,71207,8.6922607421875
RRDSU,λ=8,8192,1,72345,8.8311767578125
RRDSU,λ=8,8192,1,66795,8.1536865234375
RRDSU,λ=8,8192,1,65051,7.9407958984375
RRDSU,λ=8,8192,1,61801,7.5440673828125
RRDSU,λ=8,8192,1,62483,7.6273193359375
RRDSU,λ=8,8192,1,77621,9.4752197265625
RRDSU,λ=8,8192,1,60895,7.4334716796875
RRDSU,λ=8,8192,1,58045,7.0855712890625
RRDSU,λ=8,8192,1,66611,8.1312255859375
RRDSU,λ=8,8192,1,61953,7.5626220703125
RRDSU,λ=8,8192,1,66719,8.1444091796875
RRDSU,λ=8,8192,1,63091,7.7015380859375
RRDSU,λ=8,8192,1,63259,7.7220458984375
RHDSU,λ=8,8192,1,75555,9.2230224609375
RHDSU,λ=8,8192,1,62049,7.5743408203125
RHDSU,λ=8,8192,1,63437,7.7437744140625
RHDSU,λ=8,8192,1,66087,8.0672607421875
RHDSU,λ=8,8192,1,67990,8.299560546875
RHDSU,λ=8,8192,1,66662,8.137451171875
RHDSU,λ=8,8192,1,73762,9.004150390625
RHDSU,λ=8,8192,1,83489,10.1915283203125
RHDSU,λ=8,8192,1,58330,7.120361328125
RHDSU,λ=8,8192,1,74603,9.1068115234375
RHDSU,λ=8,8192,1,86146,10.515869140625
RHDSU,λ=8,8192,1,64590,7.884521484375
RHDSU,λ=8,8192,1,65032,7.9384765625
RHDSU,λ=8,8192,1,68834,8.402587890625
RHDSU,λ=8,8192,1,63293,7.7261962890625
RHDSU,λ=8,8192,1,67418,8.229736328125
RHDSU,λ=8,8192,1,71087,8.6776123046875
RHDSU,λ=8,8192,1,63729,7.7794189453125
RHDSU,λ=8,8192,1,71143,8.6844482421875
RHDSU,λ=8,8192,1,67925,8.2916259765625
RHDSU,λ=8,8192,1,67482,8.237548828125
RHDSU,λ=8,8192,1,62052,7.57470703125
RHDSU,λ=8,8192,1,60595,7.3968505859375
RHDSU,λ=8,8192,1,60306,7.361572265625
RHDSU,λ=8,8192,1,62801,7.6661376953125
RHDSU,λ=8,8192,1,63416,7.7412109375
RHDSU,λ=8,8192,1,70325,8.5845947265625
RHDSU,λ=8,8192,1,59794,7.299072265625
RHDSU,λ=8,8192,1,72053,8.7955322265625
RHDSU,λ=8,8192,1,61174,7.467529296875
RHDSU,λ=8,8192,1,61987,7.5667724609375
RHDSU,λ=8,8192,1,62970,7.686767578125
RHDSU,λ=8,8192,1,70081,8.5548095703125
RHDSU,λ=8,8192,1,68385,8.3477783203125
RHDSU,λ=8,8192,1,71364,8.71142578125
RHDSU,λ=8,8192,1,75481,9.2139892578125
RHDSU,λ=8,8192,1,55864,6.8193359375
RHDSU,λ=8,8192,1,68837,8.4029541015625
RHDSU,λ=8,8192,1,75411,9.2054443359375
RHDSU,λ=8,8192,1,63295,7.7264404296875
RHDSU,λ=8,8192,1,62133,7.5845947265625
RHDSU,λ=8,8192,1,62974,7.687255859375
RHDSU,λ=8,8192,1,69372,8.46826171875
RHDSU,λ=8,8192,1,68219,8.3275146484375
RHDSU,λ=8,8192,1,60637,7.4019775390625
RHDSU,λ=8,8192,1,65528,7.9990234375
RHDSU,λ=8,8192,1,65564,8.00341796875
RHDSU,λ=8,8192,1,62045,7.5738525390625
RHDSU,λ=8,8192,1,56918,6.947998046875
RHDSU,λ=8,8192,1,69855,8.5272216796875
RHDSU,λ=8,8192,1,56833,6.9376220703125
RHDSU,λ=8,8192,1,71616,8.7421875
RHDSU,λ=8,8192,1,61409,7.4962158203125
RHDSU,λ=8,8192,1,62764,7.66162109375
RHDSU,λ=8,8192,1,62995,7.6898193359375
RHDSU,λ=8,8192,1,67111,8.1922607421875
RHDSU,λ=8,8192,1,59149,7.2203369140625
RHDSU,λ=8,8192,1,63619,7.7659912109375
RHDSU,λ=8,8192,1,70382,8.591552734375
RHDSU,λ=8,8192,1,59159,7.2215576171875
RHDSU,λ=8,8192,1,61244,7.47607421875
RHDSU,λ=8,8192,1,66647,8.1356201171875
RHDSU,λ=8,8192,1,64954,7.928955078125
RHDSU,λ=8,8192,1,62530,7.633056640625
RHDSU,λ=8,8192,1,58854,7.184326171875
RHDSU,λ=8,8192,1,57748,7.04931640625
RHDSU,λ=8,8192,1,64081,7.8223876953125
RHDSU,λ=8,8192,1,66957,8.1734619140625
RHDSU,λ=8,8192,1,63915,7.8021240234375
RHDSU,λ=8,8192,1,59023,7.2049560546875
RHDSU,λ=8,8192,1,60783,7.4197998046875
RHDSU,λ=8,8192,1,55755,6.8060302734375
RHDSU,λ=8,8192,1,65638,8.012451171875
RHDSU,λ=8,8192,1,74575,9.1033935546875
RHDSU,λ=8,8192,1,61812,7.54541015625
RHDSU,λ=8,8192,1,66228,8.08447265625
RHDSU,λ=8,8192,1,66648,8.1357421875
RHDSU,λ=8,8192,1,63622,7.766357421875
RHDSU,λ=8,8192,1,65193,7.9581298828125
RHDSU,λ=8,8192,1,68384,8.34765625
RHDSU,λ=8,8192,1,64447,7.8670654296875
RHDSU,λ=8,8192,1,68665,8.3819580078125
RHDSU,λ=8,8192,1,61610,7.520751953125
RHDSU,λ=8,8192,1,70103,8.5574951171875
RHDSU,λ=8,8192,1,65963,8.0521240234375
RHDSU,λ=8,8192,1,60279,7.3582763671875
RHDSU,λ=8,8192,1,61312,7.484375
RHDSU,λ=8,8192,1,63503,7.7518310546875
RHDSU,λ=8,8192,1,63685,7.7740478515625
RHDSU,λ=8,8192,1,89174,10.885498046875
RHDSU,λ=8,8192,1,74876,9.14013671875
RHDSU,λ=8,8192,1,63378,7.736572265625
RHDSU,λ=8,8192,1,69121,8.4376220703125
RHDSU,λ=8,8192,1,75237,9.1842041015625
RHDSU,λ=8,8192,1,68511,8.3631591796875
RHDSU,λ=8,8192,1,61855,7.5506591796875
RHDSU,λ=8,8192,1,71609,8.7413330078125
RHDSU,λ=8,8192,1,63145,7.7081298828125
RHDSU,λ=8,8192,1,68254,8.331787109375
RHDSU,λ=8,8192,1,64656,7.892578125
RHLSU,λ=8,8192,1,62243,7.5980224609375
RHLSU,λ=8,8192,1,63035,7.6947021484375
RHLSU,λ=8,8192,1,68663,8.3817138671875
RHLSU,λ=8,8192,1,61395,7.4945068359375
RHLSU,λ=8,8192,1,62377,7.6143798828125
RHLSU,λ=8,8192,1,64443,7.8665771484375
RHLSU,λ=8,8192,1,63381,7.7369384765625
RHLSU,λ=8,8192,1,68011,8.3021240234375
RHLSU,λ=8,8192,1,69163,8.4427490234375
RHLSU,λ=8,8192,1,86851,10.6019287109375
RHLSU,λ=8,8192,1,65929,8.0479736328125
RHLSU,λ=8,8192,1,69069,8.4312744140625
RHLSU,λ=8,8192,1,60761,7.4171142578125
RHLSU,λ=8,8192,1,61603,7.5198974609375
RHLSU,λ=8,8192,1,66753,8.1485595703125
RHLSU,λ=8,8192,1,60249,7.3546142578125
RHLSU,λ=8,8192,1,66299,8.0931396484375
RHLSU,λ=8,8192,1,66569,8.1260986328125
RHLSU,λ=8,8192,1,63027,7.6937255859375
RHLSU,λ=8,8192,1,71701,8.7525634765625
RHLSU,λ=8,8192,1,65149,7.9527587890625
RHLSU,λ=8,8192,1,72451,8.8441162109375
RHLSU,λ=8,8192,1,65239,7.9637451171875
RHLSU,λ=8,8192,1,68395,8.3489990234375
RHLSU,λ=8,8192,1,61791,7.5428466796875
RHLSU,λ=8,8192,1,63717,7.7779541015625
RHLSU,λ=8,8192,1,62515,7.6312255859375
RHLSU,λ=8,8192,1,62557,7.6363525390625
RHLSU,λ=8,8192,1,59737,7.2921142578125
RHLSU,λ=8,8192,1,67423,8.2303466796875
RHLSU,λ=8,8192,1,74521,9.0968017578125
RHLSU,λ=8,8192,1,63271,7.7235107421875
RHLSU,λ=8,8192,1,64489,7.8721923828125
RHLSU,λ=8,8192,1,61643,7.5247802734375
RHLSU,λ=8,8192,1,73753,9.0030517578125
RHLSU,λ=8,8192,1,63631,7.7674560546875
RHLSU,λ=8,8192,1,67497,8.2393798828125
RHLSU,λ=8,8192,1,70667,8.6263427734375
RHLSU,λ=8,8192,1,70651,8.6243896484375
RHLSU,λ=8,8192,1,65513,7.9971923828125
RHLSU,λ=8,8192,1,71979,8.7864990234375
RHLSU,λ=8,8192,1,56555,6.9036865234375
RHLSU,λ=8,8192,1,63137,7.7071533203125
RHLSU,λ=8,8192,1,65333,7.9752197265625
RHLSU,λ=8,8192,1,63911,7.8016357421875
RHLSU,λ=8,8192,1,67489,8.2384033203125
RHLSU,λ=8,8192,1,59919,7.3143310546875
RHLSU,λ=8,8192,1,61895,7.5555419921875
RHLSU,λ=8,8192,1,66975,8.1756591796875
RHLSU,λ=8,8192,1,71121,8.6817626953125
RHLSU,λ=8,8192,1,68943,8.4158935546875
RHLSU,λ=8,8192,1,69399,8.4715576171875
RHLSU,λ=8,8192,1,65077,7.9439697265625
RHLSU,λ=8,8192,1,61323,7.4857177734375
RHLSU,λ=8,8192,1,64805,7.9107666015625
RHLSU,λ=8,8192,1,63189,7.7135009765625
RHLSU,λ=8,8192,1,70613,8.6197509765625
RHLSU,λ=8,8192,1,69447,8.4774169921875
RHLSU,λ=8,8192,1,61601,7.5196533203125
RHLSU,λ=8,8192,1,60173,7.3453369140625
RHLSU,λ=8,8192,1,64483,7.8714599609375
RHLSU,λ=8,8192,1,57655,7.0379638671875
RHLSU,λ=8,8192,1,61689,7.5303955078125
RHLSU,λ=8,8192,1,70541,8.6109619140625
RHLSU,λ=8,8192,1,60203,7.3489990234375
RHLSU,λ=8,8192,1,59437,7.2554931640625
RHLSU,λ=8,8192,1,60341,7.3658447265625
RHLSU,λ=8,8192,1,71465,8.7237548828125
RHLSU,λ=8,8192,1,60741,7.4146728515625
RHLSU,λ=8,8192,1,65073,7.9434814453125
RHLSU,λ=8,8192,1,61651,7.5257568359375
RHLSU,λ=8,8192,1,62567,7.6375732421875
RHLSU,λ=8,8192,1,56755,6.9281005859375
RHLSU,λ=8,8192,1,62429,7.6207275390625
RHLSU,λ=8,8192,1,65957,8.0513916015625
RHLSU,λ=8,8192,1,62371,7.6136474609375
RHLSU,λ=8,8192,1,70377,8.5909423828125
RHLSU,λ=8,8192,1,60619,7.3997802734375
RHLSU,λ=8,8192,1,67453,8.2340087890625
RHLSU,λ=8,8192,1,65257,7.9659423828125
RHLSU,λ=8,8192,1,61563,7.5150146484375
RHLSU,λ=8,8192,1,54529,6.6563720703125
RHLSU,λ=8,8192,1,65465,7.9913330078125
RHLSU,λ=8,8192,1,60751,7.4158935546875
RHLSU,λ=8,8192,1,67369,8.2237548828125
RHLSU,λ=8,8192,1,57563,7.0267333984375
RHLSU,λ=8,8192,1,68351,8.3436279296875
RHLSU,λ=8,8192,1,60889,7.4327392578125
RHLSU,λ=8,8192,1,60623,7.4002685546875
RHLSU,λ=8,8192,1,71337,8.7081298828125
RHLSU,λ=8,8192,1,70517,8.6080322265625
RHLSU,λ=8,8192,1,64197,7.8365478515625
RHLSU,λ=8,8192,1,72331,8.8294677734375
RHLSU,λ=8,8192,1,63521,7.7540283203125
RHLSU,λ=8,8192,1,64839,7.9149169921875
RHLSU,λ=8,8192,1,62293,7.6041259765625
RHLSU,λ=8,8192,1,60961,7.4415283203125
RHLSU,λ=8,8192,1,72447,8.8436279296875
RHLSU,λ=8,8192,1,58307,7.1175537109375
RRLSU,λ=8,8192,1,64471,7.8699951171875
RRLSU,λ=8,8192,1,64866,7.918212890625
RRLSU,λ=8,8192,1,62087,7.5789794921875
RRLSU,λ=8,8192,1,61110,7.459716796875
RRLSU,λ=8,8192,1,67454,8.234130859375
RRLSU,λ=8,8192,1,57849,7.0616455078125
RRLSU,λ=8,8192,1,62946,7.683837890625
RRLSU,λ=8,8192,1,63151,7.7088623046875
RRLSU,λ=8,8192,1,58315,7.1185302734375
RRLSU,λ=8,8192,1,75930,9.268798828125
RRLSU,λ=8,8192,1,58735,7.1697998046875
RRLSU,λ=8,8192,1,58847,7.1834716796875
RRLSU,λ=8,8192,1,74654,9.113037109375
RRLSU,λ=8,8192,1,61919,7.5584716796875
RRLSU,λ=8,8192,1,59865,7.3077392578125
RRLSU,λ=8,8192,1,66736,8.146484375
RRLSU,λ=8,8192,1,57470,7.015380859375
RRLSU,λ=8,8192,1,65061,7.9420166015625
RRLSU,λ=8,8192,1,59653,7.2818603515625
RRLSU,λ=8,8192,1,61900,7.55615234375
RRLSU,λ=8,8192,1,55993,6.8350830078125
RRLSU,λ=8,8192,1,71281,8.7012939453125
RRLSU,λ=8,8192,1,69151,8.4412841796875
RRLSU,λ=8,8192,1,68475,8.3587646484375
RRLSU,λ=8,8192,1,61301,7.4830322265625
RRLSU,λ=8,8192,1,63114,7.704345703125
RRLSU,λ=8,8192,1,64769,7.9063720703125
RRLSU,λ=8,8192,1,62777,7.6632080078125
RRLSU,λ=8,8192,1,64386,7.859619140625
RRLSU,λ=8,8192,1,65374,7.980224609375
RRLSU,λ=8,8192,1,61757,7.5386962890625
RRLSU,λ=8,8192,1,69299,8.4593505859375
RRLSU,λ=8,8192,1,72360,8.8330078125
RRLSU,λ=8,8192,1,62571,7.6380615234375
RRLSU,λ=8,8192,1,75774,9.249755859375
RRLSU,λ=8,8192,1,61544,7.5126953125
RRLSU,λ=8,8192,1,64469,7.8697509765625
RRLSU,λ=8,8192,1,62036,7.57275390625
RRLSU,λ=8,8192,1,69452,8.47802734375
RRLSU,λ=8,8192,1,66715,8.1439208984375
RRLSU,λ=8,8192,1,67323,8.2181396484375
RRLSU,λ=8,8192,1,61093,7.4576416015625
RRLSU,λ=8,8192,1,70049,8.5509033203125
RRLSU,λ=8,8192,1,68541,8.3668212890625
RRLSU,λ=8,8192,1,68542,8.366943359375
RRLSU,λ=8,8192,1,60828,7.42529296875
RRLSU,λ=8,8192,1,62107,7.5814208984375
RRLSU,λ=8,8192,1,67373,8.2242431640625
RRLSU,λ=8,8192,1,64270,7.845458984375
RRLSU,λ=8,8192,1,70167,8.5653076171875
RRLSU,λ=8,8192,1,60970,7.442626953125
RRLSU,λ=8,8192,1,65482,7.993408203125
RRLSU,λ=8,8192,1,64205,7.8375244140625
RRLSU,λ=8,8192,1,62704,7.654296875
RRLSU,λ=8,8192,1,61181,7.4683837890625
RRLSU,λ=8,8192,1,66952,8.1728515625
RRLSU,λ=8,8192,1,58402,7.129150390625
RRLSU,λ=8,8192,1,67521,8.2423095703125
RRLSU,λ=8,8192,1,56220,6.86279296875
RRLSU,λ=8,8192,1,62218,7.594970703125
RRLSU,λ=8,8192,1,60412,7.37451171875
RRLSU,λ=8,8192,1,59445,7.2564697265625
RRLSU,λ=8,8192,1,65501,7.9957275390625
RRLSU,λ=8,8192,1,70236,8.57373046875
RRLSU,λ=8,8192,1,59515,7.2650146484375
RRLSU,λ=8,8192,1,58874,7.186767578125
RRLSU,λ=8,8192,1,70956,8.66162109375
RRLSU,λ=8,8192,1,71630,8.743896484375
RRLSU,λ=8,8192,1,64789,7.9088134765625
RRLSU,λ=8,8192,1,60255,7.3553466796875
RRLSU,λ=8,8192,1,60100,7.33642578125
RRLSU,λ=8,8192,1,65737,8.0245361328125
RRLSU,λ=8,8192,1,61758,7.538818359375
RRLSU,λ=8,8192,1,62485,7.6275634765625
RRLSU,λ=8,8192,1,63987,7.8109130859375
RRLSU,λ=8,8192,1,65068,7.94287109375
RRLSU,λ=8,8192,1,60543,7.3905029296875
RRLSU,λ=8,8192,1,79932,9.75732421875
RRLSU,λ=8,8192,1,59327,7.2420654296875
RRLSU,λ=8,8192,1,64277,7.8463134765625
RRLSU,λ=8,8192,1,62659,7.6488037109375
RRLSU,λ=8,8192,1,64783,7.9080810546875
RRLSU,λ=8,8192,1,76131,9.2933349609375
RRLSU,λ=8,8192,1,76287,9.3123779296875
RRLSU,λ=8,8192,1,73099,8.9232177734375
RRLSU,λ=8,8192,1,61776,7.541015625
RRLSU,λ=8,8192,1,81728,9.9765625
RRLSU,λ=8,8192,1,64527,7.8768310546875
RRLSU,λ=8,8192,1,65963,8.0521240234375
RRLSU,λ=8,8192,1,65575,8.0047607421875
RRLSU,λ=8,8192,1,57605,7.0318603515625
RRLSU,λ=8,8192,1,60685,7.4078369140625
RRLSU,λ=8,8192,1,62991,7.6893310546875
RRLSU,λ=8,8192,1,64578,7.883056640625
RRLSU,λ=8,8192,1,69241,8.4522705078125
RRLSU,λ=8,8192,1,67707,8.2650146484375
RRLSU,λ=8,8192,1,67356,8.22216796875
RRLSU,λ=8,8192,1,62925,7.6812744140625
RRLSU,λ=8,8192,1,59472,7.259765625
RSLSU,λ=8,8192,1,92781,11.3258056640625
RSLSU,λ=8,8192,1,92305,11.2677001953125
RSLSU,λ=8,8192,1,90851,11.0902099609375
RSLSU,λ=8,8192,1,101087,12.3397216796875
RSLSU,λ=8,8192,1,107605,13.1353759765625
RSLSU,λ=8,8192,1,97433,11.8936767578125
RSLSU,λ=8,8192,1,97777,11.9356689453125
RSLSU,λ=8,8192,1,101227,12.3568115234375
RSLSU,λ=8,8192,1,87263,10.6522216796875
RSLSU,λ=8,8192,1,104945,12.8106689453125
RSLSU,λ=8,8192,1,86573,10.5679931640625
RSLSU,λ=8,8192,1,90197,11.0103759765625
RSLSU,λ=8,8192,1,89583,10.9354248046875
RSLSU,λ=8,8192,1,91331,11.1488037109375
RSLSU,λ=8,8192,1,106523,13.0032958984375
RSLSU,λ=8,8192,1,106047,12.9451904296875
RSLSU,λ=8,8192,1,86461,10.5543212890625
RSLSU,λ=8,8192,1,100913,12.3184814453125
RSLSU,λ=8,8192,1,98147,11.9808349609375
RSLSU,λ=8,8192,1,104281,12.7296142578125
RSLSU,λ=8,8192,1,96169,11.7393798828125
RSLSU,λ=8,8192,1,101133,12.3453369140625
RSLSU,λ=8,8192,1,123007,15.0155029296875
RSLSU,λ=8,8192,1,108061,13.1910400390625
RSLSU,λ=8,8192,1,84361,10.2979736328125
RSLSU,λ=8,8192,1,93127,11.3680419921875
RSLSU,λ=8,8192,1,113095,13.8055419921875
RSLSU,λ=8,8192,1,108029,13.1871337890625
RSLSU,λ=8,8192,1,101195,12.3529052734375
RSLSU,λ=8,8192,1,89357,10.9078369140625
RSLSU,λ=8,8192,1,84931,10.3675537109375
RSLSU,λ=8,8192,1,97689,11.9249267578125
RSLSU,λ=8,8192,1,88453,10.7974853515625
RSLSU,λ=8,8192,1,81961,10.0050048828125
RSLSU,λ=8,8192,1,106931,13.0531005859375
RSLSU,λ=8,8192,1,113783,13.8895263671875
RSLSU,λ=8,8192,1,100013,12.2086181640625
RSLSU,λ=8,8192,1,83021,10.1343994140625
RSLSU,λ=8,8192,1,88825,10.8428955078125
RSLSU,λ=8,8192,1,87469,10.6773681640625
RSLSU,λ=8,8192,1,91585,11.1798095703125
RSLSU,λ=8,8192,1,99115,12.0989990234375
RSLSU,λ=8,8192,1,106893,13.0484619140625
RSLSU,λ=8,8192,1,99909,12.1959228515625
RSLSU,λ=8,8192,1,91267,11.1409912109375
RSLSU,λ=8,8192,1,89213,10.8902587890625
RSLSU,λ=8,8192,1,94853,11.5787353515625
RSLSU,λ=8,8192,1,91987,11.2288818359375
RSLSU,λ=8,8192,1,116579,14.2308349609375
RSLSU,λ=8,8192,1,98575,12.0330810546875
RSLSU,λ=8,8192,1,111315,13.5882568359375
RSLSU,λ=8,8192,1,93661,11.4332275390625
RSLSU,λ=8,8192,1,91941,11.2232666015625
RSLSU,λ=8,8192,1,83909,10.2427978515625
RSLSU,λ=8,8192,1,99811,12.1839599609375
RSLSU,λ=8,8192,1,83111,10.1453857421875
RSLSU,λ=8,8192,1,95695,11.6815185546875
RSLSU,λ=8,8192,1,104391,12.7430419921875
RSLSU,λ=8,8192,1,87699,10.7054443359375
RSLSU,λ=8,8192,1,91239,11.1375732421875
RSLSU,λ=8,8192,1,88731,10.8314208984375
RSLSU,λ=8,8192,1,100287,12.2420654296875
RSLSU,λ=8,8192,1,87359,10.6639404296875
RSLSU,λ=8,8192,1,91803,11.2064208984375
RSLSU,λ=8,8192,1,110147,13.4456787109375
RSLSU,λ=8,8192,1,90993,11.1075439453125
RSLSU,λ=8,8192,1,96465,11.7755126953125
RSLSU,λ=8,8192,1,93807,11.4510498046875
RSLSU,λ=8,8192,1,93493,11.4127197265625
RSLSU,λ=8,8192,1,95437,11.6500244140625
RSLSU,λ=8,8192,1,86345,10.5401611328125
RSLSU,λ=8,8192,1,92163,11.2503662109375
RSLSU,λ=8,8192,1,96913,11.8302001953125
RSLSU,λ=8,8192,1,99243,12.1146240234375
RSLSU,λ=8,8192,1,90455,11.0418701171875
RSLSU,λ=8,8192,1,100905,12.3175048828125
RSLSU,λ=8,8192,1,85593,10.4483642578125
RSLSU,λ=8,8192,1,104809,12.7940673828125
RSLSU,λ=8,8192,1,96433,11.7716064453125
RSLSU,λ=8,8192,1,87393,10.6680908203125
RSLSU,λ=8,8192,1,96193,11.7423095703125
RSLSU,λ=8,8192,1,86235,10.5267333984375
RSLSU,λ=8,8192,1,117701,14.3677978515625
RSLSU,λ=8,8192,1,90541,11.0523681640625
RSLSU,λ=8,8192,1,86305,10.5352783203125
RSLSU,λ=8,8192,1,99629,12.1617431640625
RSLSU,λ=8,8192,1,111983,13.6697998046875
RSLSU,λ=8,8192,1,108495,13.2440185546875
RSLSU,λ=8,8192,1,84863,10.3592529296875
RSLSU,λ=8,8192,1,101265,12.3614501953125
RSLSU,λ=8,8192,1,99365,12.1295166015625
RSLSU,λ=8,8192,1,94623,11.5506591796875
RSLSU,λ=8,8192,1,114527,13.9803466796875
RSLSU,λ=8,8192,1,101245,12.3590087890625
RSLSU,λ=8,8192,1,112007,13.6727294921875
RSLSU,λ=8,8192,1,99509,12.1470947265625
RSLSU,λ=8,8192,1,87281,10.6544189453125
RSLSU,λ=8,8192,1,84515,10.3167724609375
RSLSU,λ=8,8192,1,90229,11.0142822265625
RSLSU,λ=8,8192,1,91865,11.2139892578125
RSDMU,λ=8,8192,1,90097,10.9981689453125
RSDMU,λ=8,8192,1,88657,10.8223876953125
RSDMU,λ=8,8192,1,81174,9.908935546875
RSDMU,λ=8,8192,1,91054,11.114990234375
RSDMU,λ=8,8192,1,82510,10.072021484375
RSDMU,λ=8,8192,1,95993,11.7178955078125
RSDMU,λ=8,8192,1,91158,11.127685546875
RSDMU,λ=8,8192,1,96353,11.7618408203125
RSDMU,λ=8,8192,1,109363,13.3499755859375
RSDMU,λ=8,8192,1,109030,13.309326171875
RSDMU,λ=8,8192,1,96046,11.724365234375
RSDMU,λ=8,8192,1,82582,10.080810546875
RSDMU,λ=8,8192,1,95281,11.6309814453125
RSDMU,λ=8,8192,1,87569,10.6895751953125
RSDMU,λ=8,8192,1,88273,10.7755126953125
RSDMU,λ=8,8192,1,77686,9.483154296875
RSDMU,λ=8,8192,1,112633,13.7491455078125
RSDMU,λ=8,8192,1,96105,11.7315673828125
RSDMU,λ=8,8192,1,87145,10.6378173828125
RSDMU,λ=8,8192,1,89561,10.9327392578125
RSDMU,λ=8,8192,1,86777,10.5928955078125
RSDMU,λ=8,8192,1,94486,11.533935546875
RSDMU,λ=8,8192,1,113398,13.842529296875
RSDMU,λ=8,8192,1,89137,10.8809814453125
RSDMU,λ=8,8192,1,90582,11.057373046875
RSDMU,λ=8,8192,1,96641,11.7969970703125
RSDMU,λ=8,8192,1,87609,10.6944580078125
RSDMU,λ=8,8192,1,111201,13.5743408203125
RSDMU,λ=8,8192,1,91033,11.1124267578125
RSDMU,λ=8,8192,1,75825,9.2559814453125
RSDMU,λ=8,8192,1,84529,10.3184814453125
RSDMU,λ=8,8192,1,98801,12.0606689453125
RSDMU,λ=8,8192,1,85313,10.4141845703125
RSDMU,λ=8,8192,1,97441,11.8946533203125
RSDMU,λ=8,8192,1,87049,10.6260986328125
RSDMU,λ=8,8192,1,99918,12.197021484375
RSDMU,λ=8,8192,1,89609,10.9385986328125
RSDMU,λ=8,8192,1,91126,11.123779296875
RSDMU,λ=8,8192,1,79025,9.6466064453125
RSDMU,λ=8,8192,1,85049,10.3819580078125
RSDMU,λ=8,8192,1,80617,9.8409423828125
RSDMU,λ=8,8192,1,84729,10.3428955078125
RSDMU,λ=8,8192,1,86881,10.6055908203125
RSDMU,λ=8,8192,1,94203,11.4993896484375
RSDMU,λ=8,8192,1,105265,12.8497314453125
RSDMU,λ=8,8192,1,92361,11.2745361328125
RSDMU,λ=8,8192,1,103553,12.6407470703125
RSDMU,λ=8,8192,1,80870,9.871826171875
RSDMU,λ=8,8192,1,95017,11.5987548828125
RSDMU,λ=8,8192,1,87793,10.7169189453125
RSDMU,λ=8,8192,1,80510,9.827880859375
RSDMU,λ=8,8192,1,111001,13.5499267578125
RSDMU,λ=8,8192,1,95505,11.6583251953125
RSDMU,λ=8,8192,1,104806,12.793701171875
RSDMU,λ=8,8192,1,88038,10.746826171875
RSDMU,λ=8,8192,1,88065,10.7501220703125
RSDMU,λ=8,8192,1,109801,13.4034423828125
RSDMU,λ=8,8192,1,81137,9.9044189453125
RSDMU,λ=8,8192,1,95569,11.6661376953125
RSDMU,λ=8,8192,1,79033,9.6475830078125
RSDMU,λ=8,8192,1,119705,14.6124267578125
RSDMU,λ=8,8192,1,112830,13.773193359375
RSDMU,λ=8,8192,1,89998,10.986083984375
RSDMU,λ=8,8192,1,114953,14.0323486328125
RSDMU,λ=8,8192,1,99294,12.120849609375
RSDMU,λ=8,8192,1,82617,10.0850830078125
RSDMU,λ=8,8192,1,90129,11.0020751953125
RSDMU,λ=8,8192,1,94793,11.5714111328125
RSDMU,λ=8,8192,1,91009,11.1094970703125
RSDMU,λ=8,8192,1,90449,11.0411376953125
RSDMU,λ=8,8192,1,81881,9.9952392578125
RSDMU,λ=8,8192,1,88857,10.8468017578125
RSDMU,λ=8,8192,1,79505,9.7052001953125
RSDMU,λ=8,8192,1,93129,11.3682861328125
RSDMU,λ=8,8192,1,85217,10.4024658203125
RSDMU,λ=8,8192,1,106753,13.0313720703125
RSDMU,λ=8,8192,1,83633,10.2091064453125
RSDMU,λ=8,8192,1,89473,10.9219970703125
RSDMU,λ=8,8192,1,89977,10.9835205078125
RSDMU,λ=8,8192,1,88881,10.8497314453125
RSDMU,λ=8,8192,1,85721,10.4639892578125
RSDMU,λ=8,8192,1,84289,10.2891845703125
RSDMU,λ=8,8192,1,103769,12.6671142578125
RSDMU,λ=8,8192,1,101433,12.3819580078125
RSDMU,λ=8,8192,1,91870,11.214599609375
RSDMU,λ=8,8192,1,86273,10.5313720703125
RSDMU,λ=8,8192,1,108577,13.2540283203125
RSDMU,λ=8,8192,1,97233,11.8692626953125
RSDMU,λ=8,8192,1,87857,10.7247314453125
RSDMU,λ=8,8192,1,80481,9.8243408203125
RSDMU,λ=8,8192,1,85153,10.3946533203125
RSDMU,λ=8,8192,1,99465,12.1417236328125
RSDMU,λ=8,8192,1,94889,11.5831298828125
RSDMU,λ=8,8192,1,85966,10.493896484375
RSDMU,λ=8,8192,1,95585,11.6680908203125
RSDMU,λ=8,8192,1,108721,13.2716064453125
RSDMU,λ=8,8192,1,101766,12.422607421875
RSDMU,λ=8,8192,1,109881,13.4132080078125
RSDMU,λ=8,8192,1,89529,10.9288330078125
RSDMU,λ=8,8192,1,104377,12.7413330078125
RRDMU,λ=8,8192,1,69122,8.437744140625
RRDMU,λ=8,8192,1,66274,8.090087890625
RRDMU,λ=8,8192,1,70666,8.626220703125
RRDMU,λ=8,8192,1,66600,8.1298828125
RRDMU,λ=8,8192,1,62249,7.5987548828125
RRDMU,λ=8,8192,1,67806,8.277099609375
RRDMU,λ=8,8192,1,63671,7.7723388671875
RRDMU,λ=8,8192,1,68595,8.3734130859375
RRDMU,λ=8,8192,1,71999,8.7889404296875
RRDMU,λ=8,8192,1,63728,7.779296875
RRDMU,λ=8,8192,1,66635,8.1341552734375
RRDMU,λ=8,8192,1,72321,8.8282470703125
RRDMU,λ=8,8192,1,75744,9.24609375
RRDMU,λ=8,8192,1,78594,9.593994140625
RRDMU,λ=8,8192,1,73261,8.9429931640625
RRDMU,λ=8,8192,1,72004,8.78955078125
RRDMU,λ=8,8192,1,67726,8.267333984375
RRDMU,λ=8,8192,1,85280,10.41015625
RRDMU,λ=8,8192,1,73402,8.960205078125
RRDMU,λ=8,8192,1,69398,8.471435546875
RRDMU,λ=8,8192,1,72841,8.8917236328125
RRDMU,λ=8,8192,1,95725,11.6851806640625
RRDMU,λ=8,8192,1,68446,8.355224609375
RRDMU,λ=8,8192,1,69883,8.5306396484375
RRDMU,λ=8,8192,1,72834,8.890869140625
RRDMU,λ=8,8192,1,73642,8.989501953125
RRDMU,λ=8,8192,1,66918,8.168701171875
RRDMU,λ=8,8192,1,68146,8.318603515625
RRDMU,λ=8,8192,1,65426,7.986572265625
RRDMU,λ=8,8192,1,66695,8.1414794921875
RRDMU,λ=8,8192,1,70289,8.5802001953125
RRDMU,λ=8,8192,1,63152,7.708984375
RRDMU,λ=8,8192,1,66598,8.129638671875
RRDMU,λ=8,8192,1,73249,8.9415283203125
RRDMU,λ=8,8192,1,69970,8.541259765625
RRDMU,λ=8,8192,1,68610,8.375244140625
RRDMU,λ=8,8192,1,74305,9.0704345703125
RRDMU,λ=8,8192,1,70825,8.6456298828125
RRDMU,λ=8,8192,1,67658,8.259033203125
RRDMU,λ=8,8192,1,67327,8.2186279296875
RRDMU,λ=8,8192,1,67476,8.23681640625
RRDMU,λ=8,8192,1,70745,8.6358642578125
RRDMU,λ=8,8192,1,67286,8.213623046875
RRDMU,λ=8,8192,1,66107,8.0697021484375
RRDMU,λ=8,8192,1,63996,7.81201171875
RRDMU,λ=8,8192,1,81508,9.94970703125
RRDMU,λ=8,8192,1,72877,8.8961181640625
RRDMU,λ=8,8192,1,72798,8.886474609375
RRDMU,λ=8,8192,1,81112,9.9013671875
RRDMU,λ=8,8192,1,65888,8.04296875
RRDMU,λ=8,8192,1,62201,7.5928955078125
RRDMU,λ=8,8192,1,71647,8.7459716796875
RRDMU,λ=8,8192,1,69605,8.4967041015625
RRDMU,λ=8,8192,1,73376,8.95703125
RRDMU,λ=8,8192,1,67188,8.20166015625
RRDMU,λ=8,8192,1,66806,8.155029296875
RRDMU,λ=8,8192,1,67451,8.2337646484375
RRDMU,λ=8,8192,1,64092,7.82373046875
RRDMU,λ=8,8192,1,65836,8.03662109375
RRDMU,λ=8,8192,1,69216,8.44921875
RRDMU,λ=8,8192,1,65892,8.04345703125
RRDMU,λ=8,8192,1,64043,7.8177490234375
RRDMU,λ=8,8192,1,67589,8.2506103515625
RRDMU,λ=8,8192,1,71150,8.685302734375
RRDMU,λ=8,8192,1,62855,7.6727294921875
RRDMU,λ=8,8192,1,61989,7.5670166015625
RRDMU,λ=8,8192,1,70383,8.5916748046875
RRDMU,λ=8,8192,1,70415,8.5955810546875
RRDMU,λ=8,8192,1,63783,7.7860107421875
RRDMU,λ=8,8192,1,67740,8.26904296875
RRDMU,λ=8,8192,1,72667,8.8704833984375
RRDMU,λ=8,8192,1,69230,8.450927734375
RRDMU,λ=8,8192,1,75324,9.19482421875
RRDMU,λ=8,8192,1,73866,9.016845703125
RRDMU,λ=8,8192,1,69291,8.4583740234375
RRDMU,λ=8,8192,1,69934,8.536865234375
RRDMU,λ=8,8192,1,68416,8.3515625
RRDMU,λ=8,8192,1,78802,9.619384765625
RRDMU,λ=8,8192,1,67054,8.185302734375
RRDMU,λ=8,8192,1,65866,8.040283203125
RRDMU,λ=8,8192,1,95796,11.69384765625
RRDMU,λ=8,8192,1,63501,7.7515869140625
RRDMU,λ=8,8192,1,62950,7.684326171875
RRDMU,λ=8,8192,1,65064,7.9423828125
RRDMU,λ=8,8192,1,64514,7.875244140625
RRDMU,λ=8,8192,1,82094,10.021240234375
RRDMU,λ=8,8192,1,68853,8.4049072265625
RRDMU,λ=8,8192,1,64403,7.8616943359375
RRDMU,λ=8,8192,1,66328,8.0966796875
RRDMU,λ=8,8192,1,78212,9.54736328125
RRDMU,λ=8,8192,1,70173,8.5660400390625
RRDMU,λ=8,8192,1,71140,8.68408203125
RRDMU,λ=8,8192,1,64360,7.8564453125
RRDMU,λ=8,8192,1,65394,7.982666015625
RRDMU,λ=8,8192,1,76347,9.3197021484375
RRDMU,λ=8,8192,1,64578,7.883056640625
RRDMU,λ=8,8192,1,76996,9.39892578125
RRDMU,λ=8,8192,1,62229,7.5963134765625
RRDMU,λ=8,8192,1,63215,7.7166748046875
RRDMU,λ=8,8192,1,65148,7.95263671875
RHDMU,λ=8,8192,1,71961,8.7843017578125
RHDMU,λ=8,8192,1,66917,8.1685791015625
RHDMU,λ=8,8192,1,70745,8.6358642578125
RHDMU,λ=8,8192,1,71587,8.7386474609375
RHDMU,λ=8,8192,1,71950,8.782958984375
RHDMU,λ=8,8192,1,67579,8.2493896484375
RHDMU,λ=8,8192,1,67454,8.234130859375
RHDMU,λ=8,8192,1,69697,8.5079345703125
RHDMU,λ=8,8192,1,65778,8.029541015625
RHDMU,λ=8,8192,1,63475,7.7484130859375
RHDMU,λ=8,8192,1,66039,8.0614013671875
RHDMU,λ=8,8192,1,66562,8.125244140625
RHDMU,λ=8,8192,1,65624,8.0107421875
RHDMU,λ=8,8192,1,65046,7.940185546875
RHDMU,λ=8,8192,1,73399,8.9598388671875
RHDMU,λ=8,8192,1,69571,8.4925537109375
RHDMU,λ=8,8192,1,66051,8.0628662109375
RHDMU,λ=8,8192,1,66946,8.172119140625
RHDMU,λ=8,8192,1,76485,9.3365478515625
RHDMU,λ=8,8192,1,70132,8.56103515625
RHDMU,λ=8,8192,1,59918,7.314208984375
RHDMU,λ=8,8192,1,68561,8.3692626953125
RHDMU,λ=8,8192,1,68468,8.35791015625
RHDMU,λ=8,8192,1,73369,8.9561767578125
RHDMU,λ=8,8192,1,72566,8.858154296875
RHDMU,λ=8,8192,1,64638,7.890380859375
RHDMU,λ=8,8192,1,64806,7.910888671875
RHDMU,λ=8,8192,1,72175,8.8104248046875
RHDMU,λ=8,8192,1,62277,7.6021728515625
RHDMU,λ=8,8192,1,69104,8.435546875
RHDMU,λ=8,8192,1,68385,8.3477783203125
RHDMU,λ=8,8192,1,67971,8.2972412109375
RHDMU,λ=8,8192,1,66497,8.1173095703125
RHDMU,λ=8,8192,1,79998,9.765380859375
RHDMU,λ=8,8192,1,68187,8.3236083984375
RHDMU,λ=8,8192,1,62834,7.670166015625
RHDMU,λ=8,8192,1,71267,8.6995849609375
RHDMU,λ=8,8192,1,63786,7.786376953125
RHDMU,λ=8,8192,1,66477,8.1148681640625
RHDMU,λ=8,8192,1,62060,7.57568359375
RHDMU,λ=8,8192,1,63230,7.718505859375
RHDMU,λ=8,8192,1,68684,8.38427734375
RHDMU,λ=8,8192,1,64651,7.8919677734375
RHDMU,λ=8,8192,1,64105,7.8253173828125
RHDMU,λ=8,8192,1,65415,7.9852294921875
RHDMU,λ=8,8192,1,91310,11.146240234375
RHDMU,λ=8,8192,1,69550,8.489990234375
RHDMU,λ=8,8192,1,63348,7.73291015625
RHDMU,λ=8,8192,1,73571,8.9808349609375
RHDMU,λ=8,8192,1,67087,8.1893310546875
RHDMU,λ=8,8192,1,65114,7.948486328125
RHDMU,λ=8,8192,1,63613,7.7652587890625
RHDMU,λ=8,8192,1,64652,7.89208984375
RHDMU,λ=8,8192,1,65337,7.9757080078125
RHDMU,λ=8,8192,1,71972,8.78564453125
RHDMU,λ=8,8192,1,70233,8.5733642578125
RHDMU,λ=8,8192,1,80557,9.8336181640625
RHDMU,λ=8,8192,1,67336,8.2197265625
RHDMU,λ=8,8192,1,62683,7.6517333984375
RHDMU,λ=8,8192,1,65748,8.02587890625
RHDMU,λ=8,8192,1,77912,9.5107421875
RHDMU,λ=8,8192,1,64954,7.928955078125
RHDMU,λ=8,8192,1,74699,9.1185302734375
RHDMU,λ=8,8192,1,63010,7.691650390625
RHDMU,λ=8,8192,1,72722,8.877197265625
RHDMU,λ=8,8192,1,80903,9.8758544921875
RHDMU,λ=8,8192,1,66790,8.153076171875
RHDMU,λ=8,8192,1,82140,10.02685546875
RHDMU,λ=8,8192,1,66857,8.1612548828125
RHDMU,λ=8,8192,1,69132,8.43896484375
RHDMU,λ=8,8192,1,75065,9.1632080078125
RHDMU,λ=8,8192,1,73151,8.9295654296875
RHDMU,λ=8,8192,1,62549,7.6353759765625
RHDMU,λ=8,8192,1,72932,8.90283203125
RHDMU,λ=8,8192,1,64723,7.9007568359375
RHDMU,λ=8,8192,1,76433,9.3302001953125
RHDMU,λ=8,8192,1,88638,10.820068359375
RHDMU,λ=8,8192,1,71686,8.750732421875
RHDMU,λ=8,8192,1,70774,8.639404296875
RHDMU,λ=8,8192,1,69011,8.4241943359375
RHDMU,λ=8,8192,1,69865,8.5284423828125
RHDMU,λ=8,8192,1,63098,7.702392578125
RHDMU,λ=8,8192,1,65997,8.0562744140625
RHDMU,λ=8,8192,1,74409,9.0831298828125
RHDMU,λ=8,8192,1,67348,8.22119140625
RHDMU,λ=8,8192,1,79166,9.663818359375
RHDMU,λ=8,8192,1,65538,8.000244140625
RHDMU,λ=8,8192,1,73425,8.9630126953125
RHDMU,λ=8,8192,1,65709,8.0211181640625
RHDMU,λ=8,8192,1,72428,8.84130859375
RHDMU,λ=8,8192,1,77834,9.501220703125
RHDMU,λ=8,8192,1,64639,7.8905029296875
RHDMU,λ=8,8192,1,64334,7.853271484375
RHDMU,λ=8,8192,1,70025,8.5479736328125
RHDMU,λ=8,8192,1,77229,9.4273681640625
RHDMU,λ=8,8192,1,62703,7.6541748046875
RHDMU,λ=8,8192,1,64477,7.8707275390625
RHDMU,λ=8,8192,1,65756,8.02685546875
RHDMU,λ=8,8192,1,66880,8.1640625
RHDMU,λ=8,8192,1,75829,9.2564697265625
RHLMU,λ=8,8192,1,74573,9.1031494140625
RHLMU,λ=8,8192,1,66841,8.1593017578125
RHLMU,λ=8,8192,1,71353,8.7100830078125
RHLMU,λ=8,8192,1,77293,9.4351806640625
RHLMU,λ=8,8192,1,71053,8.6734619140625
RHLMU,λ=8,8192,1,59869,7.3082275390625
RHLMU,λ=8,8192,1,72197,8.8131103515625
RHLMU,λ=8,8192,1,70933,8.6588134765625
RHLMU,λ=8,8192,1,64385,7.8594970703125
RHLMU,λ=8,8192,1,66905,8.1671142578125
RHLMU,λ=8,8192,1,80985,9.8858642578125
RHLMU,λ=8,8192,1,63869,7.7965087890625
RHLMU,λ=8,8192,1,64253,7.8433837890625
RHLMU,λ=8,8192,1,61977,7.5655517578125
RHLMU,λ=8,8192,1,66721,8.1446533203125
RHLMU,λ=8,8192,1,68689,8.3848876953125
RHLMU,λ=8,8192,1,68257,8.3321533203125
RHLMU,λ=8,8192,1,82761,10.1026611328125
RHLMU,λ=8,8192,1,66121,8.0714111328125
RHLMU,λ=8,8192,1,68509,8.3629150390625
RHLMU,λ=8,8192,1,64685,7.8961181640625
RHLMU,λ=8,8192,1,71017,8.6690673828125
RHLMU,λ=8,8192,1,67117,8.1929931640625
RHLMU,λ=8,8192,1,65113,7.9483642578125
RHLMU,λ=8,8192,1,63229,7.7183837890625
RHLMU,λ=8,8192,1,75341,9.1968994140625
RHLMU,λ=8,8192,1,67217,8.2052001953125
RHLMU,λ=8,8192,1,77125,9.4146728515625
RHLMU,λ=8,8192,1,78957,9.6383056640625
RHLMU,λ=8,8192,1,71849,8.7706298828125
RHLMU,λ=8,8192,1,70289,8.5802001953125
RHLMU,λ=8,8192,1,64297,7.8487548828125
RHLMU,λ=8,8192,1,61845,7.5494384765625
RHLMU,λ=8,8192,1,74721,9.1212158203125
RHLMU,λ=8,8192,1,66153,8.0753173828125
RHLMU,λ=8,8192,1,68949,8.4166259765625
RHLMU,λ=8,8192,1,60177,7.3458251953125
RHLMU,λ=8,8192,1,81309,9.9254150390625
RHLMU,λ=8,8192,1,74249,9.0635986328125
RHLMU,λ=8,8192,1,63041,7.6954345703125
RHLMU,λ=8,8192,1,68985,8.4210205078125
RHLMU,λ=8,8192,1,80861,9.8707275390625
RHLMU,λ=8,8192,1,67461,8.2349853515625
RHLMU,λ=8,8192,1,69429,8.4752197265625
RHLMU,λ=8,8192,1,65117,7.9488525390625
RHLMU,λ=8,8192,1,76557,9.3453369140625
RHLMU,λ=8,8192,1,74177,9.0548095703125
RHLMU,λ=8,8192,1,76161,9.2969970703125
RHLMU,λ=8,8192,1,67657,8.2589111328125
RHLMU,λ=8,8192,1,70801,8.6427001953125
RHLMU,λ=8,8192,1,68181,8.3228759765625
RHLMU,λ=8,8192,1,62397,7.6168212890625
RHLMU,λ=8,8192,1,74217,9.0596923828125
RHLMU,λ=8,8192,1,60257,7.3555908203125
RHLMU,λ=8,8192,1,60133,7.3404541015625
RHLMU,λ=8,8192,1,82961,10.1270751953125
RHLMU,λ=8,8192,1,65029,7.9381103515625
RHLMU,λ=8,8192,1,67197,8.2027587890625
RHLMU,λ=8,8192,1,68957,8.4176025390625
RHLMU,λ=8,8192,1,63873,7.7969970703125
RHLMU,λ=8,8192,1,72301,8.8258056640625
RHLMU,λ=8,8192,1,61769,7.5401611328125
RHLMU,λ=8,8192,1,71649,8.7462158203125
RHLMU,λ=8,8192,1,68629,8.3775634765625
RHLMU,λ=8,8192,1,63837,7.7926025390625
RHLMU,λ=8,8192,1,64957,7.9293212890625
RHLMU,λ=8,8192,1,63361,7.7344970703125
RHLMU,λ=8,8192,1,74441,9.0870361328125
RHLMU,λ=8,8192,1,69869,8.5289306640625
RHLMU,λ=8,8192,1,62125,7.5836181640625
RHLMU,λ=8,8192,1,67077,8.1881103515625
RHLMU,λ=8,8192,1,66817,8.1563720703125
RHLMU,λ=8,8192,1,67305,8.2159423828125
RHLMU,λ=8,8192,1,68073,8.3096923828125
RHLMU,λ=8,8192,1,73977,9.0303955078125
RHLMU,λ=8,8192,1,71057,8.6739501953125
RHLMU,λ=8,8192,1,69329,8.4630126953125
RHLMU,λ=8,8192,1,64601,7.8858642578125
RHLMU,λ=8,8192,1,71689,8.7510986328125
RHLMU,λ=8,8192,1,67445,8.2330322265625
RHLMU,λ=8,8192,1,64853,7.9166259765625
RHLMU,λ=8,8192,1,91093,11.1197509765625
RHLMU,λ=8,8192,1,66849,8.1602783203125
RHLMU,λ=8,8192,1,71409,8.7169189453125
RHLMU,λ=8,8192,1,68753,8.3927001953125
RHLMU,λ=8,8192,1,68409,8.3507080078125
RHLMU,λ=8,8192,1,78205,9.5465087890625
RHLMU,λ=8,8192,1,75425,9.2071533203125
RHLMU,λ=8,8192,1,75009,9.1563720703125
RHLMU,λ=8,8192,1,62861,7.6734619140625
RHLMU,λ=8,8192,1,67493,8.2388916015625
RHLMU,λ=8,8192,1,63169,7.7110595703125
RHLMU,λ=8,8192,1,62461,7.6246337890625
RHLMU,λ=8,8192,1,75749,9.2467041015625
RHLMU,λ=8,8192,1,69553,8.4903564453125
RHLMU,λ=8,8192,1,65993,8.0557861328125
RHLMU,λ=8,8192,1,65165,7.9547119140625
RRLMU,λ=8,8192,1,67344,8.220703125
RRLMU,λ=8,8192,1,66041,8.0616455078125
RRLMU,λ=8,8192,1,70101,8.5572509765625
RRLMU,λ=8,8192,1,72810,8.887939453125
RRLMU,λ=8,8192,1,82708,10.09619140625
RRLMU,λ=8,8192,1,74176,9.0546875
RRLMU,λ=8,8192,1,81007,9.8885498046875
RRLMU,λ=8,8192,1,72774,8.883544921875
RRLMU,λ=8,8192,1,68007,8.3016357421875
RRLMU,λ=8,8192,1,63296,7.7265625
RRLMU,λ=8,8192,1,65579,8.0052490234375
RRLMU,λ=8,8192,1,65931,8.0482177734375
RRLMU,λ=8,8192,1,64486,7.871826171875
RRLMU,λ=8,8192,1,66694,8.141357421875
RRLMU,λ=8,8192,1,67999,8.3006591796875
RRLMU,λ=8,8192,1,64500,7.87353515625
RRLMU,λ=8,8192,1,74262,9.065185546875
RRLMU,λ=8,8192,1,69942,8.537841796875
RRLMU,λ=8,8192,1,64377,7.8585205078125
RRLMU,λ=8,8192,1,60486,7.383544921875
RRLMU,λ=8,8192,1,66617,8.1319580078125
RRLMU,λ=8,8192,1,66268,8.08935546875
RRLMU,λ=8,8192,1,76185,9.2999267578125
RRLMU,λ=8,8192,1,71155,8.6859130859375
RRLMU,λ=8,8192,1,65282,7.968994140625
RRLMU,λ=8,8192,1,78884,9.62939453125
RRLMU,λ=8,8192,1,69775,8.5174560546875
RRLMU,λ=8,8192,1,78887,9.6297607421875
RRLMU,λ=8,8192,1,72772,8.88330078125
RRLMU,λ=8,8192,1,63844,7.79345703125
RRLMU,λ=8,8192,1,69293,8.4586181640625
RRLMU,λ=8,8192,1,77414,9.449951171875
RRLMU,λ=8,8192,1,71045,8.6724853515625
RRLMU,λ=8,8192,1,74269,9.0660400390625
RRLMU,λ=8,8192,1,78978,9.640869140625
RRLMU,λ=8,8192,1,75941,9.2701416015625
RRLMU,λ=8,8192,1,62782,7.663818359375
RRLMU,λ=8,8192,1,63109,7.7037353515625
RRLMU,λ=8,8192,1,63941,7.8052978515625
RRLMU,λ=8,8192,1,74150,9.051513671875
RRLMU,λ=8,8192,1,62779,7.6634521484375
RRLMU,λ=8,8192,1,64728,7.9013671875
RRLMU,λ=8,8192,1,64272,7.845703125
RRLMU,λ=8,8192,1,71928,8.7802734375
RRLMU,λ=8,8192,1,72589,8.8609619140625
RRLMU,λ=8,8192,1,76488,9.3369140625
RRLMU,λ=8,8192,1,69479,8.4813232421875
RRLMU,λ=8,8192,1,69911,8.5340576171875
RRLMU,λ=8,8192,1,59910,7.313232421875
RRLMU,λ=8,8192,1,66888,8.1650390625
RRLMU,λ=8,8192,1,67891,8.2874755859375
RRLMU,λ=8,8192,1,64312,7.8505859375
RRLMU,λ=8,8192,1,66176,8.078125
RRLMU,λ=8,8192,1,63568,7.759765625
RRLMU,λ=8,8192,1,67122,8.193603515625
RRLMU,λ=8,8192,1,72163,8.8089599609375
RRLMU,λ=8,8192,1,63830,7.791748046875
RRLMU,λ=8,8192,1,66607,8.1307373046875
RRLMU,λ=8,8192,1,65058,7.941650390625
RRLMU,λ=8,8192,1,69846,8.526123046875
RRLMU,λ=8,8192,1,84665,10.3350830078125
RRLMU,λ=8,8192,1,74964,9.15087890625
RRLMU,λ=8,8192,1,65136,7.951171875
RRLMU,λ=8,8192,1,69635,8.5003662109375
RRLMU,λ=8,8192,1,72009,8.7901611328125
RRLMU,λ=8,8192,1,71030,8.670654296875
RRLMU,λ=8,8192,1,75239,9.1844482421875
RRLMU,λ=8,8192,1,76434,9.330322265625
RRLMU,λ=8,8192,1,68975,8.4197998046875
RRLMU,λ=8,8192,1,63808,7.7890625
RRLMU,λ=8,8192,1,73845,9.0142822265625
RRLMU,λ=8,8192,1,63165,7.7105712890625
RRLMU,λ=8,8192,1,61559,7.5145263671875
RRLMU,λ=8,8192,1,72859,8.8939208984375
RRLMU,λ=8,8192,1,73709,8.9976806640625
RRLMU,λ=8,8192,1,62744,7.6591796875
RRLMU,λ=8,8192,1,64961,7.9298095703125
RRLMU,λ=8,8192,1,66851,8.1605224609375
RRLMU,λ=8,8192,1,64019,7.8148193359375
RRLMU,λ=8,8192,1,64424,7.8642578125
RRLMU,λ=8,8192,1,77127,9.4149169921875
RRLMU,λ=8,8192,1,77225,9.4268798828125
RRLMU,λ=8,8192,1,87739,10.7103271484375
RRLMU,λ=8,8192,1,68592,8.373046875
RRLMU,λ=8,8192,1,69448,8.4775390625
RRLMU,λ=8,8192,1,64395,7.8607177734375
RRLMU,λ=8,8192,1,61652,7.52587890625
RRLMU,λ=8,8192,1,64552,7.8798828125
RRLMU,λ=8,8192,1,66786,8.152587890625
RRLMU,λ=8,8192,1,70452,8.60009765625
RRLMU,λ=8,8192,1,65575,8.0047607421875
RRLMU,λ=8,8192,1,65102,7.947021484375
RRLMU,λ=8,8192,1,68200,8.3251953125
RRLMU,λ=8,8192,1,66381,8.1031494140625
RRLMU,λ=8,8192,1,77130,9.415283203125
RRLMU,λ=8,8192,1,65323,7.9739990234375
RRLMU,λ=8,8192,1,66932,8.17041015625
RRLMU,λ=8,8192,1,69867,8.5286865234375
RRLMU,λ=8,8192,1,65165,7.9547119140625
RRLMU,λ=8,8192,1,64027,7.8157958984375
RSLMU,λ=8,8192,1,101780,12.42431640625
RSLMU,λ=8,8192,1,90968,11.1044921875
RSLMU,λ=8,8192,1,103718,12.660888671875
RSLMU,λ=8,8192,1,105707,12.9036865234375
RSLMU,λ=8,8192,1,100743,12.2977294921875
RSLMU,λ=8,8192,1,104364,12.73974609375
RSLMU,λ=8,8192,1,89081,10.8741455078125
RSLMU,λ=8,8192,1,92685,11.3140869140625
RSLMU,λ=8,8192,1,95949,11.7125244140625
RSLMU,λ=8,8192,1,91444,11.16259765625
RSLMU,λ=8,8192,1,110858,13.532470703125
RSLMU,λ=8,8192,1,91104,11.12109375
RSLMU,λ=8,8192,1,115329,14.0782470703125
RSLMU,λ=8,8192,1,106523,13.0032958984375
RSLMU,λ=8,8192,1,87177,10.6417236328125
RSLMU,λ=8,8192,1,97122,11.855712890625
RSLMU,λ=8,8192,1,94351,11.5174560546875
RSLMU,λ=8,8192,1,100131,12.2230224609375
RSLMU,λ=8,8192,1,91801,11.2061767578125
RSLMU,λ=8,8192,1,115839,14.1405029296875
RSLMU,λ=8,8192,1,99995,12.2064208984375
RSLMU,λ=8,8192,1,99961,12.2022705078125
RSLMU,λ=8,8192,1,110467,13.4847412109375
RSLMU,λ=8,8192,1,105367,12.8621826171875
RSLMU,λ=8,8192,1,84814,10.353271484375
RSLMU,λ=8,8192,1,99400,12.1337890625
RSLMU,λ=8,8192,1,85732,10.46533203125
RSLMU,λ=8,8192,1,94045,11.4801025390625
RSLMU,λ=8,8192,1,95303,11.6336669921875
RSLMU,λ=8,8192,1,110637,13.5054931640625
RSLMU,λ=8,8192,1,113969,13.9122314453125
RSLMU,λ=8,8192,1,86191,10.5213623046875
RSLMU,λ=8,8192,1,97581,11.9117431640625
RSLMU,λ=8,8192,1,91954,11.224853515625
RSLMU,λ=8,8192,1,96527,11.7830810546875
RSLMU,λ=8,8192,1,98958,12.079833984375
RSLMU,λ=8,8192,1,93076,11.36181640625
RSLMU,λ=8,8192,1,113493,13.8541259765625
RSLMU,λ=8,8192,1,96595,11.7913818359375
RSLMU,λ=8,8192,1,93620,11.42822265625
RSLMU,λ=8,8192,1,92838,11.332763671875
RSLMU,λ=8,8192,1,92872,11.3369140625
RSLMU,λ=8,8192,1,90849,11.0899658203125
RSLMU,λ=8,8192,1,104398,12.743896484375
RSLMU,λ=8,8192,1,98040,11.9677734375
RSLMU,λ=8,8192,1,121058,14.777587890625
RSLMU,λ=8,8192,1,100981,12.3267822265625
RSLMU,λ=8,8192,1,107951,13.1776123046875
RSLMU,λ=8,8192,1,89149,10.8824462890625
RSLMU,λ=8,8192,1,103412,12.62353515625
RSLMU,λ=8,8192,1,93858,11.457275390625
RSLMU,λ=8,8192,1,128827,15.7259521484375
RSLMU,λ=8,8192,1,109753,13.3975830078125
RSLMU,λ=8,8192,1,128385,15.6719970703125
RSLMU,λ=8,8192,1,109413,13.3560791015625
RSLMU,λ=8,8192,1,103633,12.6505126953125
RSLMU,λ=8,8192,1,97462,11.897216796875
RSLMU,λ=8,8192,1,95286,11.631591796875
RSLMU,λ=8,8192,1,108070,13.192138671875
RSLMU,λ=8,8192,1,92413,11.2808837890625
RSLMU,λ=8,8192,1,91784,11.2041015625
RSLMU,λ=8,8192,1,112745,13.7628173828125
RSLMU,λ=8,8192,1,103599,12.6463623046875
RSLMU,λ=8,8192,1,101678,12.411865234375
RSLMU,λ=8,8192,1,95915,11.7083740234375
RSLMU,λ=8,8192,1,100658,12.287353515625
RSLMU,λ=8,8192,1,101423,12.3807373046875
RSLMU,λ=8,8192,1,108478,13.241943359375
RSLMU,λ=8,8192,1,87330,10.660400390625
RSLMU,λ=8,8192,1,91648,11.1875
RSLMU,λ=8,8192,1,94572,11.54443359375
RSLMU,λ=8,8192,1,85868,10.48193359375
RSLMU,λ=8,8192,1,108087,13.1942138671875
RSLMU,λ=8,8192,1,92668,11.31201171875
RSLMU,λ=8,8192,1,98125,11.9781494140625
RSLMU,λ=8,8192,1,102018,12.453369140625
RSLMU,λ=8,8192,1,99043,12.0902099609375
RSLMU,λ=8,8192,1,105962,12.934814453125
RSLMU,λ=8,8192,1,116876,14.26708984375
RSLMU,λ=8,8192,1,100148,12.22509765625
RSLMU,λ=8,8192,1,83114,10.145751953125
RSLMU,λ=8,8192,1,125546,15.325439453125
RSLMU,λ=8,8192,1,110569,13.4971923828125
RSLMU,λ=8,8192,1,94844,11.57763671875
RSLMU,λ=8,8192,1,105622,12.893310546875
RSLMU,λ=8,8192,1,98533,12.0279541015625
RSLMU,λ=8,8192,1,95014,11.598388671875
RSLMU,λ=8,8192,1,99791,12.1815185546875
RSLMU,λ=8,8192,1,90237,11.0152587890625
RSLMU,λ=8,8192,1,90373,11.0318603515625
RSLMU,λ=8,8192,1,118644,14.48291015625
RSLMU,λ=8,8192,1,102766,12.544677734375
RSLMU,λ=8,8192,1,96221,11.7457275390625
RSLMU,λ=8,8192,1,106863,13.0447998046875
RSLMU,λ=8,8192,1,94334,11.515380859375
RSLMU,λ=8,8192,1,96017,11.7208251953125
RSLMU,λ=8,8192,1,94623,11.5506591796875
RSDIU,λ=8,8192,1,117121,14.2969970703125
RSDIU,λ=8,8192,1,90766,11.079833984375
RSDIU,λ=8,8192,1,105961,12.9346923828125
RSDIU,λ=8,8192,1,123781,15.1099853515625
RSDIU,λ=8,8192,1,101461,12.3853759765625
RSDIU,λ=8,8192,1,98866,12.068603515625
RSDIU,λ=8,8192,1,102061,12.4586181640625
RSDIU,λ=8,8192,1,122731,14.9818115234375
RSDIU,λ=8,8192,1,95746,11.687744140625
RSDIU,λ=8,8192,1,129106,15.760009765625
RSDIU,λ=8,8192,1,130186,15.891845703125
RSDIU,λ=8,8192,1,102241,12.4805908203125
RSDIU,λ=8,8192,1,93391,11.4002685546875
RSDIU,λ=8,8192,1,126871,15.4871826171875
RSDIU,λ=8,8192,1,102541,12.5172119140625
RSDIU,λ=8,8192,1,94771,11.5687255859375
RSDIU,λ=8,8192,1,95176,11.6181640625
RSDIU,λ=8,8192,1,119311,14.5643310546875
RSDIU,λ=8,8192,1,98566,12.031982421875
RSDIU,λ=8,8192,1,101776,12.423828125
RSDIU,λ=8,8192,1,109816,13.4052734375
RSDIU,λ=8,8192,1,92926,11.343505859375
RSDIU,λ=8,8192,1,91051,11.1146240234375
RSDIU,λ=8,8192,1,113731,13.8831787109375
RSDIU,λ=8,8192,1,103981,12.6929931640625
RSDIU,λ=8,8192,1,91576,11.1787109375
RSDIU,λ=8,8192,1,90886,11.094482421875
RSDIU,λ=8,8192,1,95206,11.621826171875
RSDIU,λ=8,8192,1,97036,11.84521484375
RSDIU,λ=8,8192,1,105691,12.9017333984375
RSDIU,λ=8,8192,1,103141,12.5904541015625
RSDIU,λ=8,8192,1,94606,11.548583984375
RSDIU,λ=8,8192,1,93721,11.4405517578125
RSDIU,λ=8,8192,1,89176,10.8857421875
RSDIU,λ=8,8192,1,107281,13.0958251953125
RSDIU,λ=8,8192,1,94051,11.4808349609375
RSDIU,λ=8,8192,1,93331,11.3929443359375
RSDIU,λ=8,8192,1,94756,11.56689453125
RSDIU,λ=8,8192,1,92836,11.33251953125
RSDIU,λ=8,8192,1,104131,12.7113037109375
RSDIU,λ=8,8192,1,103861,12.6783447265625
RSDIU,λ=8,8192,1,115351,14.0809326171875
RSDIU,λ=8,8192,1,109426,13.357666015625
RSDIU,λ=8,8192,1,90196,11.01025390625
RSDIU,λ=8,8192,1,104791,12.7918701171875
RSDIU,λ=8,8192,1,104296,12.7314453125
RSDIU,λ=8,8192,1,94066,11.482666015625
RSDIU,λ=8,8192,1,92281,11.2647705078125
RSDIU,λ=8,8192,1,100996,12.32861328125
RSDIU,λ=8,8192,1,92656,11.310546875
RSDIU,λ=8,8192,1,103741,12.6636962890625
RSDIU,λ=8,8192,1,91711,11.1951904296875
RSDIU,λ=8,8192,1,137416,16.7744140625
RSDIU,λ=8,8192,1,96781,11.8140869140625
RSDIU,λ=8,8192,1,98896,12.072265625
RSDIU,λ=8,8192,1,100156,12.22607421875
RSDIU,λ=8,8192,1,101806,12.427490234375
RSDIU,λ=8,8192,1,114901,14.0260009765625
RSDIU,λ=8,8192,1,92296,11.2666015625
RSDIU,λ=8,8192,1,88231,10.7703857421875
RSDIU,λ=8,8192,1,105571,12.8870849609375
RSDIU,λ=8,8192,1,95566,11.665771484375
RSDIU,λ=8,8192,1,100726,12.295654296875
RSDIU,λ=8,8192,1,90736,11.076171875
RSDIU,λ=8,8192,1,110206,13.452880859375
RSDIU,λ=8,8192,1,98611,12.0374755859375
RSDIU,λ=8,8192,1,98026,11.966064453125
RSDIU,λ=8,8192,1,112306,13.709228515625
RSDIU,λ=8,8192,1,106681,13.0225830078125
RSDIU,λ=8,8192,1,99451,12.1400146484375
RSDIU,λ=8,8192,1,105211,12.8431396484375
RSDIU,λ=8,8192,1,100111,12.2205810546875
RSDIU,λ=8,8192,1,96076,11.72802734375
RSDIU,λ=8,8192,1,90706,11.072509765625
RSDIU,λ=8,8192,1,98206,11.988037109375
RSDIU,λ=8,8192,1,92056,11.2373046875
RSDIU,λ=8,8192,1,113926,13.906982421875
RSDIU,λ=8,8192,1,96346,11.760986328125
RSDIU,λ=8,8192,1,94111,11.4881591796875
RSDIU,λ=8,8192,1,104596,12.76806640625
RSDIU,λ=8,8192,1,105976,12.9365234375
RSDIU,λ=8,8192,1,99406,12.134521484375
RSDIU,λ=8,8192,1,117931,14.3958740234375
RSDIU,λ=8,8192,1,97186,11.863525390625
RSDIU,λ=8,8192,1,101176,12.3505859375
RSDIU,λ=8,8192,1,97081,11.8507080078125
RSDIU,λ=8,8192,1,91906,11.218994140625
RSDIU,λ=8,8192,1,105361,12.8614501953125
RSDIU,λ=8,8192,1,104731,12.7845458984375
RSDIU,λ=8,8192,1,103516,12.63623046875
RSDIU,λ=8,8192,1,95986,11.717041015625
RSDIU,λ=8,8192,1,106411,12.9896240234375
RSDIU,λ=8,8192,1,99526,12.149169921875
RSDIU,λ=8,8192,1,90511,11.0487060546875
RSDIU,λ=8,8192,1,100051,12.2132568359375
RSDIU,λ=8,8192,1,94291,11.5101318359375
RSDIU,λ=8,8192,1,93046,11.358154296875
RSDIU,λ=8,8192,1,100501,12.2681884765625
RRDIU,λ=8,8192,1,72059,8.7962646484375
RRDIU,λ=8,8192,1,81691,9.9720458984375
RRDIU,λ=8,8192,1,76063,9.2850341796875
RRDIU,λ=8,8192,1,85037,10.3804931640625
RRDIU,λ=8,8192,1,71947,8.7825927734375
RRDIU,λ=8,8192,1,83777,10.2266845703125
RRDIU,λ=8,8192,1,79885,9.7515869140625
RRDIU,λ=8,8192,1,96811,11.8177490234375
RRDIU,λ=8,8192,1,80683,9.8489990234375
RRDIU,λ=8,8192,1,74929,9.1466064453125
RRDIU,λ=8,8192,1,81761,9.9805908203125
RRDIU,λ=8,8192,1,74761,9.1260986328125
RRDIU,λ=8,8192,1,78807,9.6199951171875
RRDIU,λ=8,8192,1,83175,10.1531982421875
RRDIU,λ=8,8192,1,75167,9.1756591796875
RRDIU,λ=8,8192,1,79479,9.7020263671875
RRDIU,λ=8,8192,1,86451,10.5531005859375
RRDIU,λ=8,8192,1,86703,10.5838623046875
RRDIU,λ=8,8192,1,88635,10.8197021484375
RRDIU,λ=8,8192,1,84841,10.3565673828125
RRDIU,λ=8,8192,1,85793,10.4727783203125
RRDIU,λ=8,8192,1,76651,9.3568115234375
RRDIU,λ=8,8192,1,74019,9.0355224609375
RRDIU,λ=8,8192,1,71597,8.7398681640625
RRDIU,λ=8,8192,1,74131,9.0491943359375
RRDIU,λ=8,8192,1,74733,9.1226806640625
RRDIU,λ=8,8192,1,79045,9.6490478515625
RRDIU,λ=8,8192,1,82027,10.0130615234375
RRDIU,λ=8,8192,1,73599,8.9842529296875
RRDIU,λ=8,8192,1,71863,8.7723388671875
RRDIU,λ=8,8192,1,92723,11.3187255859375
RRDIU,λ=8,8192,1,75391,9.2030029296875
RRDIU,λ=8,8192,1,90133,11.0025634765625
RRDIU,λ=8,8192,1,79493,9.7037353515625
RRDIU,λ=8,8192,1,80935,9.8797607421875
RRDIU,λ=8,8192,1,79507,9.7054443359375
RRDIU,λ=8,8192,1,79549,9.7105712890625
RRDIU,λ=8,8192,1,76413,9.3277587890625
RRDIU,λ=8,8192,1,84001,10.2540283203125
RRDIU,λ=8,8192,1,72241,8.8184814453125
RRDIU,λ=8,8192,1,77253,9.4302978515625
RRDIU,λ=8,8192,1,71051,8.6732177734375
RRDIU,λ=8,8192,1,84785,10.3497314453125
RRDIU,λ=8,8192,1,76791,9.3739013671875
RRDIU,λ=8,8192,1,79997,9.7652587890625
RRDIU,λ=8,8192,1,85625,10.4522705078125
RRDIU,λ=8,8192,1,72381,8.8355712890625
RRDIU,λ=8,8192,1,84617,10.3292236328125
RRDIU,λ=8,8192,1,77155,9.4183349609375
RRDIU,λ=8,8192,1,87767,10.7137451171875
RRDIU,λ=8,8192,1,75867,9.2611083984375
RRDIU,λ=8,8192,1,74691,9.1175537109375
RRDIU,λ=8,8192,1,77953,9.5157470703125
RRDIU,λ=8,8192,1,80151,9.7840576171875
RRDIU,λ=8,8192,1,91141,11.1256103515625
RRDIU,λ=8,8192,1,80459,9.8216552734375
RRDIU,λ=8,8192,1,71023,8.6697998046875
RRDIU,λ=8,8192,1,78037,9.5260009765625
RRDIU,λ=8,8192,1,83413,10.1822509765625
RRDIU,λ=8,8192,1,77925,9.5123291015625
RRDIU,λ=8,8192,1,81985,10.0079345703125
RRDIU,λ=8,8192,1,76735,9.3670654296875
RRDIU,λ=8,8192,1,78387,9.5687255859375
RRDIU,λ=8,8192,1,80823,9.8660888671875
RRDIU,λ=8,8192,1,70085,8.5552978515625
RRDIU,λ=8,8192,1,81663,9.9686279296875
RRDIU,λ=8,8192,1,83651,10.2113037109375
RRDIU,λ=8,8192,1,79101,9.6558837890625
RRDIU,λ=8,8192,1,77505,9.4610595703125
RRDIU,λ=8,8192,1,74971,9.1517333984375
RRDIU,λ=8,8192,1,81299,9.9241943359375
RRDIU,λ=8,8192,1,75909,9.2662353515625
RRDIU,λ=8,8192,1,74075,9.0423583984375
RRDIU,λ=8,8192,1,83609,10.2061767578125
RRDIU,λ=8,8192,1,83161,10.1514892578125
RRDIU,λ=8,8192,1,85765,10.4693603515625
RRDIU,λ=8,8192,1,86129,10.5137939453125
RRDIU,λ=8,8192,1,87473,10.6778564453125
RRDIU,λ=8,8192,1,88845,10.8453369140625
RRDIU,λ=8,8192,1,86885,10.6060791015625
RRDIU,λ=8,8192,1,78625,9.5977783203125
RRDIU,λ=8,8192,1,80123,9.7806396484375
RRDIU,λ=8,8192,1,81425,9.9395751953125
RRDIU,λ=8,8192,1,75209,9.1807861328125
RRDIU,λ=8,8192,1,76133,9.2935791015625
RRDIU,λ=8,8192,1,80081,9.7755126953125
RRDIU,λ=8,8192,1,76301,9.3140869140625
RRDIU,λ=8,8192,1,84169,10.2745361328125
RRDIU,λ=8,8192,1,80599,9.8387451171875
RRDIU,λ=8,8192,1,81649,9.9669189453125
RRDIU,λ=8,8192,1,77323,9.4388427734375
RRDIU,λ=8,8192,1,80403,9.8148193359375
RRDIU,λ=8,8192,1,76819,9.3773193359375
RRDIU,λ=8,8192,1,79465,9.7003173828125
RRDIU,λ=8,8192,1,79087,9.6541748046875
RRDIU,λ=8,8192,1,80879,9.8729248046875
RRDIU,λ=8,8192,1,76497,9.3380126953125
RHDIU,λ=8,8192,1,73921,9.0235595703125
RHDIU,λ=8,8192,1,95383,11.6434326171875
RHDIU,λ=8,8192,1,73193,8.9346923828125
RHDIU,λ=8,8192,1,81481,9.9464111328125
RHDIU,λ=8,8192,1,79801,9.7413330078125
RHDIU,λ=8,8192,1,78219,9.5482177734375
RHDIU,λ=8,8192,1,86969,10.6163330078125
RHDIU,λ=8,8192,1,91099,11.1204833984375
RHDIU,λ=8,8192,1,73837,9.0133056640625
RHDIU,λ=8,8192,1,73711,8.9979248046875
RHDIU,λ=8,8192,1,96461,11.7750244140625
RHDIU,λ=8,8192,1,76483,9.3363037109375
RHDIU,λ=8,8192,1,81761,9.9805908203125
RHDIU,λ=8,8192,1,84561,10.3223876953125
RHDIU,λ=8,8192,1,69315,8.4613037109375
RHDIU,λ=8,8192,1,86913,10.6094970703125
RHDIU,λ=8,8192,1,90553,11.0538330078125
RHDIU,λ=8,8192,1,86703,10.5838623046875
RHDIU,λ=8,8192,1,83875,10.2386474609375
RHDIU,λ=8,8192,1,89405,10.9136962890625
RHDIU,λ=8,8192,1,81509,9.9498291015625
RHDIU,λ=8,8192,1,78471,9.5789794921875
RHDIU,λ=8,8192,1,72269,8.8218994140625
RHDIU,λ=8,8192,1,87347,10.6624755859375
RHDIU,λ=8,8192,1,72983,8.9090576171875
RHDIU,λ=8,8192,1,72927,8.9022216796875
RHDIU,λ=8,8192,1,80977,9.8848876953125
RHDIU,λ=8,8192,1,76371,9.3226318359375
RHDIU,λ=8,8192,1,87305,10.6573486328125
RHDIU,λ=8,8192,1,80963,9.8831787109375
RHDIU,λ=8,8192,1,75447,9.2098388671875
RHDIU,λ=8,8192,1,78107,9.5345458984375
RHDIU,λ=8,8192,1,79717,9.7310791015625
RHDIU,λ=8,8192,1,80753,9.8575439453125
RHDIU,λ=8,8192,1,87627,10.6966552734375
RHDIU,λ=8,8192,1,74453,9.0885009765625
RHDIU,λ=8,8192,1,75825,9.2559814453125
RHDIU,λ=8,8192,1,73753,9.0030517578125
RHDIU,λ=8,8192,1,73487,8.9705810546875
RHDIU,λ=8,8192,1,80445,9.8199462890625
RHDIU,λ=8,8192,1,80263,9.7977294921875
RHDIU,λ=8,8192,1,77547,9.4661865234375
RHDIU,λ=8,8192,1,79549,9.7105712890625
RHDIU,λ=8,8192,1,88509,10.8043212890625
RHDIU,λ=8,8192,1,88271,10.7752685546875
RHDIU,λ=8,8192,1,80655,9.8455810546875
RHDIU,λ=8,8192,1,80305,9.8028564453125
RHDIU,λ=8,8192,1,86773,10.5924072265625
RHDIU,λ=8,8192,1,77071,9.4080810546875
RHDIU,λ=8,8192,1,90483,11.0452880859375
RHDIU,λ=8,8192,1,80109,9.7789306640625
RHDIU,λ=8,8192,1,77897,9.5089111328125
RHDIU,λ=8,8192,1,73207,8.9364013671875
RHDIU,λ=8,8192,1,80543,9.8319091796875
RHDIU,λ=8,8192,1,78009,9.5225830078125
RHDIU,λ=8,8192,1,79899,9.7532958984375
RHDIU,λ=8,8192,1,83805,10.2301025390625
RHDIU,λ=8,8192,1,76707,9.3636474609375
RHDIU,λ=8,8192,1,85919,10.4881591796875
RHDIU,λ=8,8192,1,78387,9.5687255859375
RHDIU,λ=8,8192,1,82909,10.1207275390625
RHDIU,λ=8,8192,1,88957,10.8590087890625
RHDIU,λ=8,8192,1,75615,9.2303466796875
RHDIU,λ=8,8192,1,80375,9.8114013671875
RHDIU,λ=8,8192,1,91113,11.1221923828125
RHDIU,λ=8,8192,1,73501,8.9722900390625
RHDIU,λ=8,8192,1,79129,9.6593017578125
RHDIU,λ=8,8192,1,78667,9.6029052734375
RHDIU,λ=8,8192,1,81691,9.9720458984375
RHDIU,λ=8,8192,1,73459,8.9671630859375
RHDIU,λ=8,8192,1,79213,9.6695556640625
RHDIU,λ=8,8192,1,78191,9.5447998046875
RHDIU,λ=8,8192,1,72675,8.8714599609375
RHDIU,λ=8,8192,1,73333,8.9517822265625
RHDIU,λ=8,8192,1,83385,10.1788330078125
RHDIU,λ=8,8192,1,83525,10.1959228515625
RHDIU,λ=8,8192,1,86129,10.5137939453125
RHDIU,λ=8,8192,1,72955,8.9056396484375
RHDIU,λ=8,8192,1,86871,10.6043701171875
RHDIU,λ=8,8192,1,81313,9.9259033203125
RHDIU,λ=8,8192,1,80921,9.8780517578125
RHDIU,λ=8,8192,1,78625,9.5977783203125
RHDIU,λ=8,8192,1,81425,9.9395751953125
RHDIU,λ=8,8192,1,84253,10.2847900390625
RHDIU,λ=8,8192,1,91841,11.2110595703125
RHDIU,λ=8,8192,1,85709,10.4625244140625
RHDIU,λ=8,8192,1,90189,11.0093994140625
RHDIU,λ=8,8192,1,81733,9.9771728515625
RHDIU,λ=8,8192,1,79535,9.7088623046875
RHDIU,λ=8,8192,1,78051,9.5277099609375
RHDIU,λ=8,8192,1,78359,9.5653076171875
RHDIU,λ=8,8192,1,87165,10.6402587890625
RHDIU,λ=8,8192,1,81929,10.0010986328125
RHDIU,λ=8,8192,1,76763,9.3704833984375
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RHDIU,λ=8,8192,1,77169,9.4200439453125
RHDIU,λ=8,8192,1,90119,11.0008544921875
RHLIU,λ=8,8192,1,83578,10.202392578125
RHLIU,λ=8,8192,1,82447,10.0643310546875
RHLIU,λ=8,8192,1,96318,11.757568359375
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RHLIU,λ=8,8192,1,77299,9.4359130859375
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RHLIU,λ=8,8192,1,83344,10.173828125
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RHLIU,λ=8,8192,1,81290,9.923095703125
RHLIU,λ=8,8192,1,78612,9.59619140625
RHLIU,λ=8,8192,1,78209,9.5469970703125
RHLIU,λ=8,8192,1,88609,10.8165283203125
RHLIU,λ=8,8192,1,90936,11.1005859375
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RHLIU,λ=8,8192,1,77052,9.40576171875
RHLIU,λ=8,8192,1,83955,10.2484130859375
RHLIU,λ=8,8192,1,82096,10.021484375
RHLIU,λ=8,8192,1,82265,10.0421142578125
RHLIU,λ=8,8192,1,79964,9.76123046875
RHLIU,λ=8,8192,1,84631,10.3309326171875
RHLIU,λ=8,8192,1,100764,12.30029296875
RHLIU,λ=8,8192,1,73646,8.989990234375
RHLIU,λ=8,8192,1,82187,10.0325927734375
RHLIU,λ=8,8192,1,84176,10.275390625
RHLIU,λ=8,8192,1,84540,10.31982421875
RHLIU,λ=8,8192,1,78521,9.5850830078125
RHLIU,λ=8,8192,1,81628,9.96435546875
RHLIU,λ=8,8192,1,75271,9.1883544921875
RHLIU,λ=8,8192,1,76519,9.3406982421875
RHLIU,λ=8,8192,1,94537,11.5401611328125
RHLIU,λ=8,8192,1,93068,11.36083984375
RHLIU,λ=8,8192,1,77260,9.43115234375
RHLIU,λ=8,8192,1,90429,11.0386962890625
RHLIU,λ=8,8192,1,73893,9.0201416015625
RHLIU,λ=8,8192,1,76818,9.377197265625
RHLIU,λ=8,8192,1,79769,9.7374267578125
RHLIU,λ=8,8192,1,87205,10.6451416015625
RHLIU,λ=8,8192,1,82837,10.1119384765625
RHLIU,λ=8,8192,1,85710,10.462646484375
RHLIU,λ=8,8192,1,88362,10.786376953125
RHLIU,λ=8,8192,1,81654,9.967529296875
RHLIU,λ=8,8192,1,81966,10.005615234375
RHLIU,λ=8,8192,1,83123,10.1468505859375
RHLIU,λ=8,8192,1,80601,9.8389892578125
RHLIU,λ=8,8192,1,87699,10.7054443359375
RHLIU,λ=8,8192,1,84163,10.2738037109375
RHLIU,λ=8,8192,1,83071,10.1405029296875
RHLIU,λ=8,8192,1,83591,10.2039794921875
RHLIU,λ=8,8192,1,92405,11.2799072265625
RHLIU,λ=8,8192,1,78287,9.5565185546875
RHLIU,λ=8,8192,1,81823,9.9881591796875
RHLIU,λ=8,8192,1,102233,12.4796142578125
RHLIU,λ=8,8192,1,93757,11.4449462890625
RHLIU,λ=8,8192,1,86009,10.4991455078125
RHLIU,λ=8,8192,1,85944,10.4912109375
RHLIU,λ=8,8192,1,83968,10.25
RHLIU,λ=8,8192,1,90507,11.0482177734375
RHLIU,λ=8,8192,1,88050,10.748291015625
RHLIU,λ=8,8192,1,85528,10.4404296875
RHLIU,λ=8,8192,1,81680,9.970703125
RHLIU,λ=8,8192,1,83370,10.177001953125
RHLIU,λ=8,8192,1,79054,9.650146484375
RHLIU,λ=8,8192,1,83617,10.2071533203125
RHLIU,λ=8,8192,1,85021,10.3785400390625
RHLIU,λ=8,8192,1,75362,9.199462890625
RHLIU,λ=8,8192,1,84930,10.367431640625
RHLIU,λ=8,8192,1,80198,9.789794921875
RHLIU,λ=8,8192,1,81407,9.9373779296875
RHLIU,λ=8,8192,1,84241,10.2833251953125
RHLIU,λ=8,8192,1,85346,10.418212890625
RHLIU,λ=8,8192,1,79574,9.713623046875
RHLIU,λ=8,8192,1,91352,11.1513671875
RHLIU,λ=8,8192,1,76415,9.3280029296875
RHLIU,λ=8,8192,1,87218,10.646728515625
RHLIU,λ=8,8192,1,93016,11.3544921875
RHLIU,λ=8,8192,1,84475,10.3118896484375
RHLIU,λ=8,8192,1,84839,10.3563232421875
RHLIU,λ=8,8192,1,81706,9.973876953125
RHLIU,λ=8,8192,1,84410,10.303955078125
RHLIU,λ=8,8192,1,90442,11.040283203125
RHLIU,λ=8,8192,1,82928,10.123046875
RHLIU,λ=8,8192,1,82772,10.10400390625
RHLIU,λ=8,8192,1,83110,10.145263671875
RHLIU,λ=8,8192,1,82135,10.0262451171875
RHLIU,λ=8,8192,1,75960,9.2724609375
RHLIU,λ=8,8192,1,84722,10.342041015625
RHLIU,λ=8,8192,1,75635,9.2327880859375
RHLIU,λ=8,8192,1,78144,9.5390625
RHLIU,λ=8,8192,1,78742,9.612060546875
RHLIU,λ=8,8192,1,86113,10.5118408203125
RHLIU,λ=8,8192,1,83994,10.253173828125
RHLIU,λ=8,8192,1,87790,10.716552734375
RHLIU,λ=8,8192,1,88466,10.799072265625
RRLIU,λ=8,8192,1,78508,9.58349609375
RRLIU,λ=8,8192,1,91170,11.129150390625
RRLIU,λ=8,8192,1,80679,9.8485107421875
RRLIU,λ=8,8192,1,79496,9.7041015625
RRLIU,λ=8,8192,1,76298,9.313720703125
RRLIU,λ=8,8192,1,81121,9.9024658203125
RRLIU,λ=8,8192,1,80185,9.7882080078125
RRLIU,λ=8,8192,1,82044,10.01513671875
RRLIU,λ=8,8192,1,87127,10.6356201171875
RRLIU,λ=8,8192,1,90078,10.995849609375
RRLIU,λ=8,8192,1,80354,9.808837890625
RRLIU,λ=8,8192,1,75453,9.2105712890625
RRLIU,λ=8,8192,1,74309,9.0709228515625
RRLIU,λ=8,8192,1,79743,9.7342529296875
RRLIU,λ=8,8192,1,85502,10.437255859375
RRLIU,λ=8,8192,1,75869,9.2613525390625
RRLIU,λ=8,8192,1,72255,8.8201904296875
RRLIU,λ=8,8192,1,105834,12.919189453125
RRLIU,λ=8,8192,1,85229,10.4039306640625
RRLIU,λ=8,8192,1,73061,8.9185791015625
RRLIU,λ=8,8192,1,76948,9.39306640625
RRLIU,λ=8,8192,1,80549,9.8326416015625
RRLIU,λ=8,8192,1,77143,9.4168701171875
RRLIU,λ=8,8192,1,75141,9.1724853515625
RRLIU,λ=8,8192,1,81433,9.9405517578125
RRLIU,λ=8,8192,1,104690,12.779541015625
RRLIU,λ=8,8192,1,80068,9.77392578125
RRLIU,λ=8,8192,1,78755,9.6136474609375
RRLIU,λ=8,8192,1,79041,9.6485595703125
RRLIU,λ=8,8192,1,86230,10.526123046875
RRLIU,λ=8,8192,1,75687,9.2391357421875
RRLIU,λ=8,8192,1,84332,10.29443359375
RRLIU,λ=8,8192,1,80328,9.8056640625
RRLIU,λ=8,8192,1,74153,9.0518798828125
RRLIU,λ=8,8192,1,85710,10.462646484375
RRLIU,λ=8,8192,1,73685,8.9947509765625
RRLIU,λ=8,8192,1,84267,10.2864990234375
RRLIU,λ=8,8192,1,78547,9.5882568359375
RRLIU,λ=8,8192,1,86607,10.5721435546875
RRLIU,λ=8,8192,1,83058,10.138916015625
RRLIU,λ=8,8192,1,98112,11.9765625
RRLIU,λ=8,8192,1,90728,11.0751953125
RRLIU,λ=8,8192,1,87309,10.6578369140625
RRLIU,λ=8,8192,1,78664,9.6025390625
RRLIU,λ=8,8192,1,81537,9.9532470703125
RRLIU,λ=8,8192,1,81134,9.904052734375
RRLIU,λ=8,8192,1,81966,10.005615234375
RRLIU,λ=8,8192,1,87400,10.6689453125
RRLIU,λ=8,8192,1,79119,9.6580810546875
RRLIU,λ=8,8192,1,82083,10.0198974609375
RRLIU,λ=8,8192,1,79197,9.6676025390625
RRLIU,λ=8,8192,1,74933,9.1470947265625
RRLIU,λ=8,8192,1,100907,12.3177490234375
RRLIU,λ=8,8192,1,77611,9.4739990234375
RRLIU,λ=8,8192,1,92678,11.313232421875
RRLIU,λ=8,8192,1,83071,10.1405029296875
RRLIU,λ=8,8192,1,72086,8.799560546875
RRLIU,λ=8,8192,1,89597,10.9371337890625
RRLIU,λ=8,8192,1,79483,9.7025146484375
RRLIU,λ=8,8192,1,77702,9.485107421875
RRLIU,λ=8,8192,1,91547,11.1751708984375
RRLIU,λ=8,8192,1,86906,10.608642578125
RRLIU,λ=8,8192,1,105002,12.817626953125
RRLIU,λ=8,8192,1,74634,9.110595703125
RRLIU,λ=8,8192,1,74868,9.13916015625
RRLIU,λ=8,8192,1,77884,9.50732421875
RRLIU,λ=8,8192,1,79587,9.7152099609375
RRLIU,λ=8,8192,1,83331,10.1722412109375
RRLIU,λ=8,8192,1,86009,10.4991455078125
RRLIU,λ=8,8192,1,96344,11.7607421875
RRLIU,λ=8,8192,1,85268,10.40869140625
RRLIU,λ=8,8192,1,82122,10.024658203125
RRLIU,λ=8,8192,1,87972,10.73876953125
RRLIU,λ=8,8192,1,85593,10.4483642578125
RRLIU,λ=8,8192,1,78482,9.580322265625
RRLIU,λ=8,8192,1,77624,9.4755859375
RRLIU,λ=8,8192,1,81498,9.948486328125
RRLIU,λ=8,8192,1,77455,9.4549560546875
RRLIU,λ=8,8192,1,88349,10.7847900390625
RRLIU,λ=8,8192,1,84748,10.34521484375
RRLIU,λ=8,8192,1,80250,9.796142578125
RRLIU,λ=8,8192,1,78118,9.535888671875
RRLIU,λ=8,8192,1,92509,11.2926025390625
RRLIU,λ=8,8192,1,78131,9.5374755859375
RRLIU,λ=8,8192,1,80653,9.8453369140625
RRLIU,λ=8,8192,1,80484,9.82470703125
RRLIU,λ=8,8192,1,80770,9.859619140625
RRLIU,λ=8,8192,1,84293,10.2896728515625
RRLIU,λ=8,8192,1,81745,9.9786376953125
RRLIU,λ=8,8192,1,88011,10.7435302734375
RRLIU,λ=8,8192,1,75960,9.2724609375
RRLIU,λ=8,8192,1,80835,9.8675537109375
RRLIU,λ=8,8192,1,87998,10.741943359375
RRLIU,λ=8,8192,1,82798,10.107177734375
RRLIU,λ=8,8192,1,83149,10.1500244140625
RRLIU,λ=8,8192,1,75700,9.24072265625
RRLIU,λ=8,8192,1,82317,10.0484619140625
RRLIU,λ=8,8192,1,76909,9.3883056640625
RSLIU,λ=8,8192,1,109745,13.3966064453125
RSLIU,λ=8,8192,1,112241,13.7012939453125
RSLIU,λ=8,8192,1,101665,12.4102783203125
RSLIU,λ=8,8192,1,115601,14.1114501953125
RSLIU,λ=8,8192,1,115537,14.1036376953125
RSLIU,λ=8,8192,1,97009,11.8419189453125
RSLIU,λ=8,8192,1,102353,12.4942626953125
RSLIU,λ=8,8192,1,111361,13.5938720703125
RSLIU,λ=8,8192,1,123793,15.1114501953125
RSLIU,λ=8,8192,1,102817,12.5509033203125
RSLIU,λ=8,8192,1,127905,15.6134033203125
RSLIU,λ=8,8192,1,104337,12.7364501953125
RSLIU,λ=8,8192,1,91473,11.1661376953125
RSLIU,λ=8,8192,1,114801,14.0137939453125
RSLIU,λ=8,8192,1,104113,12.7091064453125
RSLIU,λ=8,8192,1,104769,12.7891845703125
RSLIU,λ=8,8192,1,96321,11.7579345703125
RSLIU,λ=8,8192,1,120593,14.7208251953125
RSLIU,λ=8,8192,1,96417,11.7696533203125
RSLIU,λ=8,8192,1,108673,13.2657470703125
RSLIU,λ=8,8192,1,114961,14.0333251953125
RSLIU,λ=8,8192,1,109761,13.3985595703125
RSLIU,λ=8,8192,1,103889,12.6817626953125
RSLIU,λ=8,8192,1,100305,12.2442626953125
RSLIU,λ=8,8192,1,103665,12.6544189453125
RSLIU,λ=8,8192,1,110081,13.4376220703125
RSLIU,λ=8,8192,1,130113,15.8829345703125
RSLIU,λ=8,8192,1,106769,13.0333251953125
RSLIU,λ=8,8192,1,107153,13.0802001953125
RSLIU,λ=8,8192,1,92641,11.3087158203125
RSLIU,λ=8,8192,1,111457,13.6055908203125
RSLIU,λ=8,8192,1,116305,14.1973876953125
RSLIU,λ=8,8192,1,111681,13.6329345703125
RSLIU,λ=8,8192,1,85857,10.4805908203125
RSLIU,λ=8,8192,1,112913,13.7833251953125
RSLIU,λ=8,8192,1,101297,12.3653564453125
RSLIU,λ=8,8192,1,112385,13.7188720703125
RSLIU,λ=8,8192,1,105137,12.8341064453125
RSLIU,λ=8,8192,1,104593,12.7677001953125
RSLIU,λ=8,8192,1,101137,12.3458251953125
RSLIU,λ=8,8192,1,109393,13.3536376953125
RSLIU,λ=8,8192,1,97281,11.8751220703125
RSLIU,λ=8,8192,1,97025,11.8438720703125
RSLIU,λ=8,8192,1,94289,11.5098876953125
RSLIU,λ=8,8192,1,119393,14.5743408203125
RSLIU,λ=8,8192,1,102129,12.4669189453125
RSLIU,λ=8,8192,1,95857,11.7012939453125
RSLIU,λ=8,8192,1,96753,11.8106689453125
RSLIU,λ=8,8192,1,105089,12.8282470703125
RSLIU,λ=8,8192,1,98113,11.9766845703125
RSLIU,λ=8,8192,1,117473,14.3399658203125
RSLIU,λ=8,8192,1,94673,11.5567626953125
RSLIU,λ=8,8192,1,112609,13.7462158203125
RSLIU,λ=8,8192,1,93937,11.4669189453125
RSLIU,λ=8,8192,1,119777,14.6212158203125
RSLIU,λ=8,8192,1,118449,14.4591064453125
RSLIU,λ=8,8192,1,110145,13.4454345703125
RSLIU,λ=8,8192,1,111297,13.5860595703125
RSLIU,λ=8,8192,1,117153,14.3009033203125
RSLIU,λ=8,8192,1,109889,13.4141845703125
RSLIU,λ=8,8192,1,95569,11.6661376953125
RSLIU,λ=8,8192,1,119985,14.6466064453125
RSLIU,λ=8,8192,1,113185,13.8165283203125
RSLIU,λ=8,8192,1,98673,12.0450439453125
RSLIU,λ=8,8192,1,95265,11.6290283203125
RSLIU,λ=8,8192,1,102081,12.4610595703125
RSLIU,λ=8,8192,1,110865,13.5333251953125
RSLIU,λ=8,8192,1,136769,16.6954345703125
RSLIU,λ=8,8192,1,98753,12.0548095703125
RSLIU,λ=8,8192,1,102609,12.5255126953125
RSLIU,λ=8,8192,1,126369,15.4259033203125
RSLIU,λ=8,8192,1,96289,11.7540283203125
RSLIU,λ=8,8192,1,116321,14.1993408203125
RSLIU,λ=8,8192,1,99409,12.1348876953125
RSLIU,λ=8,8192,1,101745,12.4200439453125
RSLIU,λ=8,8192,1,87009,10.6212158203125
RSLIU,λ=8,8192,1,96481,11.7774658203125
RSLIU,λ=8,8192,1,108609,13.2579345703125
RSLIU,λ=8,8192,1,103329,12.6134033203125
RSLIU,λ=8,8192,1,107121,13.0762939453125
RSLIU,λ=8,8192,1,131041,15.9962158203125
RSLIU,λ=8,8192,1,97889,11.9493408203125
RSLIU,λ=8,8192,1,108161,13.2032470703125
RSLIU,λ=8,8192,1,98209,11.9884033203125
RSLIU,λ=8,8192,1,94945,11.5899658203125
RSLIU,λ=8,8192,1,112961,13.7891845703125
RSLIU,λ=8,8192,1,100273,12.2403564453125
RSLIU,λ=8,8192,1,106849,13.0430908203125
RSLIU,λ=8,8192,1,106193,12.9630126953125
RSLIU,λ=8,8192,1,106945,13.0548095703125
RSLIU,λ=8,8192,1,103137,12.5899658203125
RSLIU,λ=8,8192,1,101121,12.3438720703125
RSLIU,λ=8,8192,1,114993,14.0372314453125
RSLIU,λ=8,8192,1,102801,12.5489501953125
RSLIU,λ=8,8192,1,119809,14.6251220703125
RSLIU,λ=8,8192,1,95057,11.6036376953125
RSLIU,λ=8,8192,1,119217,14.5528564453125
HSDCP,λ=8,8192,1,86969,10.6163330078125
HSDCP,λ=8,8192,1,90561,11.0548095703125
HSDCP,λ=8,8192,1,83137,10.1485595703125
HSDCP,λ=8,8192,1,83057,10.1387939453125
HSDCP,λ=8,8192,1,91569,11.1778564453125
HSDCP,λ=8,8192,1,100257,12.2384033203125
HSDCP,λ=8,8192,1,87369,10.6651611328125
HSDCP,λ=8,8192,1,97433,11.8936767578125
HSDCP,λ=8,8192,1,92993,11.3516845703125
HSDCP,λ=8,8192,1,95353,11.6397705078125
HSDCP,λ=8,8192,1,100793,12.3038330078125
HSDCP,λ=8,8192,1,89817,10.9639892578125
HSDCP,λ=8,8192,1,94873,11.5811767578125
HSDCP,λ=8,8192,1,95009,11.5977783203125
HSDCP,λ=8,8192,1,107537,13.1270751953125
HSDCP,λ=8,8192,1,105537,12.8829345703125
HSDCP,λ=8,8192,1,77449,9.4542236328125
HSDCP,λ=8,8192,1,101057,12.3360595703125
HSDCP,λ=8,8192,1,88001,10.7423095703125
HSDCP,λ=8,8192,1,88177,10.7637939453125
HSDCP,λ=8,8192,1,97529,11.9053955078125
HSDCP,λ=8,8192,1,124689,15.2208251953125
HSDCP,λ=8,8192,1,90681,11.0694580078125
HSDCP,λ=8,8192,1,106769,13.0333251953125
HSDCP,λ=8,8192,1,92577,11.3009033203125
HSDCP,λ=8,8192,1,115865,14.1436767578125
HSDCP,λ=8,8192,1,98545,12.0294189453125
HSDCP,λ=8,8192,1,92937,11.3448486328125
HSDCP,λ=8,8192,1,84553,10.3214111328125
HSDCP,λ=8,8192,1,104569,12.7647705078125
HSDCP,λ=8,8192,1,99753,12.1768798828125
HSDCP,λ=8,8192,1,82281,10.0440673828125
HSDCP,λ=8,8192,1,97849,11.9444580078125
HSDCP,λ=8,8192,1,110921,13.5401611328125
HSDCP,λ=8,8192,1,79873,9.7501220703125
HSDCP,λ=8,8192,1,90473,11.0440673828125
HSDCP,λ=8,8192,1,93065,11.3604736328125
HSDCP,λ=8,8192,1,90801,11.0841064453125
HSDCP,λ=8,8192,1,86281,10.5323486328125
HSDCP,λ=8,8192,1,101297,12.3653564453125
HSDCP,λ=8,8192,1,85969,10.4942626953125
HSDCP,λ=8,8192,1,84209,10.2794189453125
HSDCP,λ=8,8192,1,85985,10.4962158203125
HSDCP,λ=8,8192,1,86001,10.4981689453125
HSDCP,λ=8,8192,1,88225,10.7696533203125
HSDCP,λ=8,8192,1,89353,10.9073486328125
HSDCP,λ=8,8192,1,85105,10.3887939453125
HSDCP,λ=8,8192,1,84249,10.2843017578125
HSDCP,λ=8,8192,1,74753,9.1251220703125
HSDCP,λ=8,8192,1,83513,10.1944580078125
HSDCP,λ=8,8192,1,86353,10.5411376953125
HSDCP,λ=8,8192,1,100473,12.2647705078125
HSDCP,λ=8,8192,1,89217,10.8907470703125
HSDCP,λ=8,8192,1,92697,11.3155517578125
HSDCP,λ=8,8192,1,86441,10.5518798828125
HSDCP,λ=8,8192,1,85041,10.3809814453125
HSDCP,λ=8,8192,1,91249,11.1387939453125
HSDCP,λ=8,8192,1,87225,10.6475830078125
HSDCP,λ=8,8192,1,87489,10.6798095703125
HSDCP,λ=8,8192,1,77353,9.4425048828125
HSDCP,λ=8,8192,1,111001,13.5499267578125
HSDCP,λ=8,8192,1,94113,11.4884033203125
HSDCP,λ=8,8192,1,93473,11.4102783203125
HSDCP,λ=8,8192,1,103849,12.6768798828125
HSDCP,λ=8,8192,1,77385,9.4464111328125
HSDCP,λ=8,8192,1,90137,11.0030517578125
HSDCP,λ=8,8192,1,95201,11.6212158203125
HSDCP,λ=8,8192,1,94065,11.4825439453125
HSDCP,λ=8,8192,1,109425,13.3575439453125
HSDCP,λ=8,8192,1,85681,10.4591064453125
HSDCP,λ=8,8192,1,100481,12.2657470703125
HSDCP,λ=8,8192,1,86897,10.6075439453125
HSDCP,λ=8,8192,1,89089,10.8751220703125
HSDCP,λ=8,8192,1,83825,10.2325439453125
HSDCP,λ=8,8192,1,81473,9.9454345703125
HSDCP,λ=8,8192,1,111009,13.5509033203125
HSDCP,λ=8,8192,1,85729,10.4649658203125
HSDCP,λ=8,8192,1,81737,9.9776611328125
HSDCP,λ=8,8192,1,87473,10.6778564453125
HSDCP,λ=8,8192,1,83385,10.1788330078125
HSDCP,λ=8,8192,1,87081,10.6300048828125
HSDCP,λ=8,8192,1,98729,12.0518798828125
HSDCP,λ=8,8192,1,92569,11.2999267578125
HSDCP,λ=8,8192,1,88921,10.8546142578125
HSDCP,λ=8,8192,1,98169,11.9835205078125
HSDCP,λ=8,8192,1,89017,10.8663330078125
HSDCP,λ=8,8192,1,87873,10.7266845703125
HSDCP,λ=8,8192,1,89001,10.8643798828125
HSDCP,λ=8,8192,1,86369,10.5430908203125
HSDCP,λ=8,8192,1,93329,11.3927001953125
HSDCP,λ=8,8192,1,81393,9.9356689453125
HSDCP,λ=8,8192,1,98441,12.0167236328125
HSDCP,λ=8,8192,1,103137,12.5899658203125
HSDCP,λ=8,8192,1,94017,11.4766845703125
HSDCP,λ=8,8192,1,98769,12.0567626953125
HSDCP,λ=8,8192,1,85273,10.4093017578125
HSDCP,λ=8,8192,1,87577,10.6905517578125
HSDCP,λ=8,8192,1,92169,11.2510986328125
HSDCP,λ=8,8192,1,92161,11.2501220703125
HRDCP,λ=8,8192,1,74189,9.0562744140625
HRDCP,λ=8,8192,1,63403,7.7396240234375
HRDCP,λ=8,8192,1,67270,8.211669921875
HRDCP,λ=8,8192,1,59891,7.3109130859375
HRDCP,λ=8,8192,1,71945,8.7823486328125
HRDCP,λ=8,8192,1,95693,11.6812744140625
HRDCP,λ=8,8192,1,81311,9.9256591796875
HRDCP,λ=8,8192,1,62467,7.6253662109375
HRDCP,λ=8,8192,1,67018,8.180908203125
HRDCP,λ=8,8192,1,76338,9.318603515625
HRDCP,λ=8,8192,1,65046,7.940185546875
HRDCP,λ=8,8192,1,71082,8.677001953125
HRDCP,λ=8,8192,1,70308,8.58251953125
HRDCP,λ=8,8192,1,83955,10.2484130859375
HRDCP,λ=8,8192,1,79888,9.751953125
HRDCP,λ=8,8192,1,70673,8.6270751953125
HRDCP,λ=8,8192,1,63991,7.8114013671875
HRDCP,λ=8,8192,1,66747,8.1478271484375
HRDCP,λ=8,8192,1,72225,8.8165283203125
HRDCP,λ=8,8192,1,70523,8.6087646484375
HRDCP,λ=8,8192,1,71381,8.7135009765625
HRDCP,λ=8,8192,1,72333,8.8297119140625
HRDCP,λ=8,8192,1,65601,8.0079345703125
HRDCP,λ=8,8192,1,71314,8.705322265625
HRDCP,λ=8,8192,1,75031,9.1590576171875
HRDCP,λ=8,8192,1,80508,9.82763671875
HRDCP,λ=8,8192,1,78504,9.5830078125
HRDCP,λ=8,8192,1,60857,7.4288330078125
HRDCP,λ=8,8192,1,69169,8.4434814453125
HRDCP,λ=8,8192,1,71772,8.76123046875
HRDCP,λ=8,8192,1,69242,8.452392578125
HRDCP,λ=8,8192,1,62852,7.67236328125
HRDCP,λ=8,8192,1,77765,9.4927978515625
HRDCP,λ=8,8192,1,68146,8.318603515625
HRDCP,λ=8,8192,1,76441,9.3311767578125
HRDCP,λ=8,8192,1,66965,8.1744384765625
HRDCP,λ=8,8192,1,66464,8.11328125
HRDCP,λ=8,8192,1,68552,8.3681640625
HRDCP,λ=8,8192,1,62077,7.5777587890625
HRDCP,λ=8,8192,1,65418,7.985595703125
HRDCP,λ=8,8192,1,73730,9.000244140625
HRDCP,λ=8,8192,1,68483,8.3597412109375
HRDCP,λ=8,8192,1,72814,8.888427734375
HRDCP,λ=8,8192,1,69343,8.4647216796875
HRDCP,λ=8,8192,1,72773,8.8834228515625
HRDCP,λ=8,8192,1,64053,7.8189697265625
HRDCP,λ=8,8192,1,66749,8.1480712890625
HRDCP,λ=8,8192,1,71241,8.6964111328125
HRDCP,λ=8,8192,1,73034,8.915283203125
HRDCP,λ=8,8192,1,65198,7.958740234375
HRDCP,λ=8,8192,1,73590,8.983154296875
HRDCP,λ=8,8192,1,69125,8.4381103515625
HRDCP,λ=8,8192,1,72408,8.8388671875
HRDCP,λ=8,8192,1,62129,7.5841064453125
HRDCP,λ=8,8192,1,70386,8.592041015625
HRDCP,λ=8,8192,1,61163,7.4661865234375
HRDCP,λ=8,8192,1,72442,8.843017578125
HRDCP,λ=8,8192,1,72981,8.9088134765625
HRDCP,λ=8,8192,1,72620,8.86474609375
HRDCP,λ=8,8192,1,68801,8.3985595703125
HRDCP,λ=8,8192,1,66220,8.08349609375
HRDCP,λ=8,8192,1,66269,8.0894775390625
HRDCP,λ=8,8192,1,73556,8.97900390625
HRDCP,λ=8,8192,1,62279,7.6024169921875
HRDCP,λ=8,8192,1,87618,10.695556640625
HRDCP,λ=8,8192,1,69424,8.474609375
HRDCP,λ=8,8192,1,64938,7.927001953125
HRDCP,λ=8,8192,1,68975,8.4197998046875
HRDCP,λ=8,8192,1,66106,8.069580078125
HRDCP,λ=8,8192,1,69906,8.533447265625
HRDCP,λ=8,8192,1,76563,9.3460693359375
HRDCP,λ=8,8192,1,77223,9.4266357421875
HRDCP,λ=8,8192,1,71980,8.78662109375
HRDCP,λ=8,8192,1,74952,9.1494140625
HRDCP,λ=8,8192,1,68328,8.3408203125
HRDCP,λ=8,8192,1,66256,8.087890625
HRDCP,λ=8,8192,1,71211,8.6927490234375
HRDCP,λ=8,8192,1,62296,7.6044921875
HRDCP,λ=8,8192,1,67775,8.2733154296875
HRDCP,λ=8,8192,1,74825,9.1339111328125
HRDCP,λ=8,8192,1,67599,8.2518310546875
HRDCP,λ=8,8192,1,63076,7.69970703125
HRDCP,λ=8,8192,1,64263,7.8446044921875
HRDCP,λ=8,8192,1,67216,8.205078125
HRDCP,λ=8,8192,1,74758,9.125732421875
HRDCP,λ=8,8192,1,73536,8.9765625
HRDCP,λ=8,8192,1,67187,8.2015380859375
HRDCP,λ=8,8192,1,66245,8.0865478515625
HRDCP,λ=8,8192,1,69114,8.436767578125
HRDCP,λ=8,8192,1,71686,8.750732421875
HRDCP,λ=8,8192,1,71024,8.669921875
HRDCP,λ=8,8192,1,69900,8.53271484375
HRDCP,λ=8,8192,1,66669,8.1383056640625
HRDCP,λ=8,8192,1,64827,7.9134521484375
HRDCP,λ=8,8192,1,68138,8.317626953125
HRDCP,λ=8,8192,1,76361,9.3214111328125
HRDCP,λ=8,8192,1,78487,9.5809326171875
HRDCP,λ=8,8192,1,61112,7.4599609375
HRDCP,λ=8,8192,1,70971,8.6634521484375
HRDCP,λ=8,8192,1,71269,8.6998291015625
HHDCP,λ=8,8192,1,74248,9.0634765625
HHDCP,λ=8,8192,1,62777,7.6632080078125
HHDCP,λ=8,8192,1,64264,7.8447265625
HHDCP,λ=8,8192,1,69225,8.4503173828125
HHDCP,λ=8,8192,1,72587,8.8607177734375
HHDCP,λ=8,8192,1,71081,8.6768798828125
HHDCP,λ=8,8192,1,62942,7.683349609375
HHDCP,λ=8,8192,1,69060,8.43017578125
HHDCP,λ=8,8192,1,65959,8.0516357421875
HHDCP,λ=8,8192,1,64692,7.89697265625
HHDCP,λ=8,8192,1,63980,7.81005859375
HHDCP,λ=8,8192,1,76986,9.397705078125
HHDCP,λ=8,8192,1,66142,8.073974609375
HHDCP,λ=8,8192,1,73070,8.919677734375
HHDCP,λ=8,8192,1,75548,9.22216796875
HHDCP,λ=8,8192,1,71445,8.7213134765625
HHDCP,λ=8,8192,1,74064,9.041015625
HHDCP,λ=8,8192,1,64153,7.8311767578125
HHDCP,λ=8,8192,1,83432,10.1845703125
HHDCP,λ=8,8192,1,66131,8.0726318359375
HHDCP,λ=8,8192,1,67513,8.2413330078125
HHDCP,λ=8,8192,1,64826,7.913330078125
HHDCP,λ=8,8192,1,66943,8.1717529296875
HHDCP,λ=8,8192,1,70655,8.6248779296875
HHDCP,λ=8,8192,1,67000,8.1787109375
HHDCP,λ=8,8192,1,81233,9.9161376953125
HHDCP,λ=8,8192,1,65881,8.0421142578125
HHDCP,λ=8,8192,1,74479,9.0916748046875
HHDCP,λ=8,8192,1,67512,8.2412109375
HHDCP,λ=8,8192,1,64658,7.892822265625
HHDCP,λ=8,8192,1,64111,7.8260498046875
HHDCP,λ=8,8192,1,61764,7.53955078125
HHDCP,λ=8,8192,1,62562,7.636962890625
HHDCP,λ=8,8192,1,66192,8.080078125
HHDCP,λ=8,8192,1,70757,8.6373291015625
HHDCP,λ=8,8192,1,77407,9.4490966796875
HHDCP,λ=8,8192,1,72564,8.85791015625
HHDCP,λ=8,8192,1,71496,8.7275390625
HHDCP,λ=8,8192,1,69353,8.4659423828125
HHDCP,λ=8,8192,1,66364,8.10107421875
HHDCP,λ=8,8192,1,62061,7.5758056640625
HHDCP,λ=8,8192,1,80051,9.7718505859375
HHDCP,λ=8,8192,1,59418,7.253173828125
HHDCP,λ=8,8192,1,63375,7.7362060546875
HHDCP,λ=8,8192,1,61894,7.555419921875
HHDCP,λ=8,8192,1,61481,7.5050048828125
HHDCP,λ=8,8192,1,59487,7.2615966796875
HHDCP,λ=8,8192,1,66124,8.07177734375
HHDCP,λ=8,8192,1,72373,8.8345947265625
HHDCP,λ=8,8192,1,62365,7.6129150390625
HHDCP,λ=8,8192,1,60846,7.427490234375
HHDCP,λ=8,8192,1,71903,8.7772216796875
HHDCP,λ=8,8192,1,65664,8.015625
HHDCP,λ=8,8192,1,70808,8.6435546875
HHDCP,λ=8,8192,1,65022,7.937255859375
HHDCP,λ=8,8192,1,67360,8.22265625
HHDCP,λ=8,8192,1,66813,8.1558837890625
HHDCP,λ=8,8192,1,66725,8.1451416015625
HHDCP,λ=8,8192,1,59563,7.2708740234375
HHDCP,λ=8,8192,1,66334,8.097412109375
HHDCP,λ=8,8192,1,64981,7.9322509765625
HHDCP,λ=8,8192,1,63101,7.7027587890625
HHDCP,λ=8,8192,1,70236,8.57373046875
HHDCP,λ=8,8192,1,70169,8.5655517578125
HHDCP,λ=8,8192,1,75501,9.2164306640625
HHDCP,λ=8,8192,1,76297,9.3135986328125
HHDCP,λ=8,8192,1,64035,7.8167724609375
HHDCP,λ=8,8192,1,63749,7.7818603515625
HHDCP,λ=8,8192,1,69428,8.47509765625
HHDCP,λ=8,8192,1,67807,8.2772216796875
HHDCP,λ=8,8192,1,72549,8.8560791015625
HHDCP,λ=8,8192,1,69133,8.4390869140625
HHDCP,λ=8,8192,1,67834,8.280517578125
HHDCP,λ=8,8192,1,68402,8.349853515625
HHDCP,λ=8,8192,1,68332,8.34130859375
HHDCP,λ=8,8192,1,68538,8.366455078125
HHDCP,λ=8,8192,1,67157,8.1978759765625
HHDCP,λ=8,8192,1,65634,8.011962890625
HHDCP,λ=8,8192,1,68071,8.3094482421875
HHDCP,λ=8,8192,1,68073,8.3096923828125
HHDCP,λ=8,8192,1,68998,8.422607421875
HHDCP,λ=8,8192,1,66889,8.1651611328125
HHDCP,λ=8,8192,1,69682,8.506103515625
HHDCP,λ=8,8192,1,71944,8.7822265625
HHDCP,λ=8,8192,1,63499,7.7513427734375
HHDCP,λ=8,8192,1,68815,8.4002685546875
HHDCP,λ=8,8192,1,64820,7.91259765625
HHDCP,λ=8,8192,1,66962,8.174072265625
HHDCP,λ=8,8192,1,66392,8.1044921875
HHDCP,λ=8,8192,1,72066,8.797119140625
HHDCP,λ=8,8192,1,68347,8.3431396484375
HHDCP,λ=8,8192,1,68113,8.3145751953125
HHDCP,λ=8,8192,1,66290,8.092041015625
HHDCP,λ=8,8192,1,61103,7.4588623046875
HHDCP,λ=8,8192,1,64245,7.8424072265625
HHDCP,λ=8,8192,1,70688,8.62890625
HHDCP,λ=8,8192,1,67422,8.230224609375
HHDCP,λ=8,8192,1,70865,8.6505126953125
HHDCP,λ=8,8192,1,75043,9.1605224609375
HHDCP,λ=8,8192,1,66628,8.13330078125
HHLCP,λ=8,8192,1,66453,8.1119384765625
HHLCP,λ=8,8192,1,72943,8.9041748046875
HHLCP,λ=8,8192,1,63919,7.8026123046875
HHLCP,λ=8,8192,1,91793,11.2052001953125
HHLCP,λ=8,8192,1,67330,8.218994140625
HHLCP,λ=8,8192,1,71662,8.747802734375
HHLCP,λ=8,8192,1,70778,8.639892578125
HHLCP,λ=8,8192,1,63128,7.7060546875
HHLCP,λ=8,8192,1,60544,7.390625
HHLCP,λ=8,8192,1,69160,8.4423828125
HHLCP,λ=8,8192,1,65923,8.0472412109375
HHLCP,λ=8,8192,1,67046,8.184326171875
HHLCP,λ=8,8192,1,68575,8.3709716796875
HHLCP,λ=8,8192,1,67507,8.2406005859375
HHLCP,λ=8,8192,1,64683,7.8958740234375
HHLCP,λ=8,8192,1,76717,9.3648681640625
HHLCP,λ=8,8192,1,72565,8.8580322265625
HHLCP,λ=8,8192,1,69766,8.516357421875
HHLCP,λ=8,8192,1,69698,8.508056640625
HHLCP,λ=8,8192,1,72252,8.81982421875
HHLCP,λ=8,8192,1,62594,7.640869140625
HHLCP,λ=8,8192,1,67138,8.195556640625
HHLCP,λ=8,8192,1,75701,9.2408447265625
HHLCP,λ=8,8192,1,69197,8.4468994140625
HHLCP,λ=8,8192,1,63491,7.7503662109375
HHLCP,λ=8,8192,1,63182,7.712646484375
HHLCP,λ=8,8192,1,64806,7.910888671875
HHLCP,λ=8,8192,1,65340,7.97607421875
HHLCP,λ=8,8192,1,61226,7.473876953125
HHLCP,λ=8,8192,1,68473,8.3585205078125
HHLCP,λ=8,8192,1,61393,7.4942626953125
HHLCP,λ=8,8192,1,70739,8.6351318359375
HHLCP,λ=8,8192,1,68758,8.393310546875
HHLCP,λ=8,8192,1,67815,8.2781982421875
HHLCP,λ=8,8192,1,66165,8.0767822265625
HHLCP,λ=8,8192,1,71528,8.7314453125
HHLCP,λ=8,8192,1,65657,8.0147705078125
HHLCP,λ=8,8192,1,62109,7.5816650390625
HHLCP,λ=8,8192,1,65528,7.9990234375
HHLCP,λ=8,8192,1,72764,8.88232421875
HHLCP,λ=8,8192,1,75532,9.22021484375
HHLCP,λ=8,8192,1,69467,8.4798583984375
HHLCP,λ=8,8192,1,66190,8.079833984375
HHLCP,λ=8,8192,1,74769,9.1270751953125
HHLCP,λ=8,8192,1,65229,7.9625244140625
HHLCP,λ=8,8192,1,68103,8.3133544921875
HHLCP,λ=8,8192,1,73669,8.9927978515625
HHLCP,λ=8,8192,1,67976,8.2978515625
HHLCP,λ=8,8192,1,70784,8.640625
HHLCP,λ=8,8192,1,72350,8.831787109375
HHLCP,λ=8,8192,1,68943,8.4158935546875
HHLCP,λ=8,8192,1,79377,9.6895751953125
HHLCP,λ=8,8192,1,69374,8.468505859375
HHLCP,λ=8,8192,1,69717,8.5103759765625
HHLCP,λ=8,8192,1,69135,8.4393310546875
HHLCP,λ=8,8192,1,83252,10.16259765625
HHLCP,λ=8,8192,1,61902,7.556396484375
HHLCP,λ=8,8192,1,74541,9.0992431640625
HHLCP,λ=8,8192,1,68531,8.3656005859375
HHLCP,λ=8,8192,1,74100,9.04541015625
HHLCP,λ=8,8192,1,79091,9.6546630859375
HHLCP,λ=8,8192,1,78831,9.6229248046875
HHLCP,λ=8,8192,1,66783,8.1522216796875
HHLCP,λ=8,8192,1,74927,9.1463623046875
HHLCP,λ=8,8192,1,64981,7.9322509765625
HHLCP,λ=8,8192,1,68971,8.4193115234375
HHLCP,λ=8,8192,1,77819,9.4993896484375
HHLCP,λ=8,8192,1,69824,8.5234375
HHLCP,λ=8,8192,1,67242,8.208251953125
HHLCP,λ=8,8192,1,78464,9.578125
HHLCP,λ=8,8192,1,67991,8.2996826171875
HHLCP,λ=8,8192,1,66794,8.153564453125
HHLCP,λ=8,8192,1,68277,8.3345947265625
HHLCP,λ=8,8192,1,66616,8.1318359375
HHLCP,λ=8,8192,1,68582,8.371826171875
HHLCP,λ=8,8192,1,70205,8.5699462890625
HHLCP,λ=8,8192,1,74670,9.114990234375
HHLCP,λ=8,8192,1,66245,8.0865478515625
HHLCP,λ=8,8192,1,68440,8.3544921875
HHLCP,λ=8,8192,1,67765,8.2720947265625
HHLCP,λ=8,8192,1,74998,9.155029296875
HHLCP,λ=8,8192,1,70123,8.5599365234375
HHLCP,λ=8,8192,1,66328,8.0966796875
HHLCP,λ=8,8192,1,70437,8.5982666015625
HHLCP,λ=8,8192,1,74538,9.098876953125
HHLCP,λ=8,8192,1,65011,7.9359130859375
HHLCP,λ=8,8192,1,65195,7.9583740234375
HHLCP,λ=8,8192,1,69777,8.5177001953125
HHLCP,λ=8,8192,1,68856,8.4052734375
HHLCP,λ=8,8192,1,63747,7.7816162109375
HHLCP,λ=8,8192,1,73858,9.015869140625
HHLCP,λ=8,8192,1,65394,7.982666015625
HHLCP,λ=8,8192,1,76756,9.36962890625
HHLCP,λ=8,8192,1,64162,7.832275390625
HHLCP,λ=8,8192,1,74160,9.052734375
HHLCP,λ=8,8192,1,66191,8.0799560546875
HHLCP,λ=8,8192,1,78699,9.6068115234375
HHLCP,λ=8,8192,1,76869,9.3834228515625
HHLCP,λ=8,8192,1,64788,7.90869140625
HHLCP,λ=8,8192,1,75043,9.1605224609375
HRLCP,λ=8,8192,1,67856,8.283203125
HRLCP,λ=8,8192,1,64926,7.925537109375
HRLCP,λ=8,8192,1,69972,8.54150390625
HRLCP,λ=8,8192,1,67010,8.179931640625
HRLCP,λ=8,8192,1,63523,7.7542724609375
HRLCP,λ=8,8192,1,75611,9.2298583984375
HRLCP,λ=8,8192,1,74440,9.0869140625
HRLCP,λ=8,8192,1,70496,8.60546875
HRLCP,λ=8,8192,1,66940,8.17138671875
HRLCP,λ=8,8192,1,84998,10.375732421875
HRLCP,λ=8,8192,1,77286,9.434326171875
HRLCP,λ=8,8192,1,71827,8.7679443359375
HRLCP,λ=8,8192,1,72633,8.8663330078125
HRLCP,λ=8,8192,1,65595,8.0072021484375
HRLCP,λ=8,8192,1,67224,8.2060546875
HRLCP,λ=8,8192,1,68701,8.3863525390625
HRLCP,λ=8,8192,1,69861,8.5279541015625
HRLCP,λ=8,8192,1,69766,8.516357421875
HRLCP,λ=8,8192,1,67564,8.24755859375
HRLCP,λ=8,8192,1,64179,7.8343505859375
HRLCP,λ=8,8192,1,68321,8.3399658203125
HRLCP,λ=8,8192,1,71173,8.6881103515625
HRLCP,λ=8,8192,1,62122,7.583251953125
HRLCP,λ=8,8192,1,75628,9.23193359375
HRLCP,λ=8,8192,1,63068,7.69873046875
HRLCP,λ=8,8192,1,66553,8.1241455078125
HRLCP,λ=8,8192,1,67508,8.24072265625
HRLCP,λ=8,8192,1,61987,7.5667724609375
HRLCP,λ=8,8192,1,63130,7.706298828125
HRLCP,λ=8,8192,1,66583,8.1278076171875
HRLCP,λ=8,8192,1,67028,8.18212890625
HRLCP,λ=8,8192,1,63866,7.796142578125
HRLCP,λ=8,8192,1,65107,7.9476318359375
HRLCP,λ=8,8192,1,67294,8.214599609375
HRLCP,λ=8,8192,1,70175,8.5662841796875
HRLCP,λ=8,8192,1,62352,7.611328125
HRLCP,λ=8,8192,1,75901,9.2652587890625
HRLCP,λ=8,8192,1,66657,8.1368408203125
HRLCP,λ=8,8192,1,64325,7.8521728515625
HRLCP,λ=8,8192,1,63826,7.791259765625
HRLCP,λ=8,8192,1,63800,7.7880859375
HRLCP,λ=8,8192,1,63996,7.81201171875
HRLCP,λ=8,8192,1,63275,7.7239990234375
HRLCP,λ=8,8192,1,71787,8.7630615234375
HRLCP,λ=8,8192,1,63476,7.74853515625
HRLCP,λ=8,8192,1,70572,8.61474609375
HRLCP,λ=8,8192,1,68708,8.38720703125
HRLCP,λ=8,8192,1,63921,7.8028564453125
HRLCP,λ=8,8192,1,66895,8.1658935546875
HRLCP,λ=8,8192,1,75349,9.1978759765625
HRLCP,λ=8,8192,1,67751,8.2703857421875
HRLCP,λ=8,8192,1,61356,7.48974609375
HRLCP,λ=8,8192,1,73436,8.96435546875
HRLCP,λ=8,8192,1,65220,7.96142578125
HRLCP,λ=8,8192,1,66005,8.0572509765625
HRLCP,λ=8,8192,1,67082,8.188720703125
HRLCP,λ=8,8192,1,67288,8.2138671875
HRLCP,λ=8,8192,1,71312,8.705078125
HRLCP,λ=8,8192,1,66996,8.17822265625
HRLCP,λ=8,8192,1,67583,8.2498779296875
HRLCP,λ=8,8192,1,76344,9.3193359375
HRLCP,λ=8,8192,1,77613,9.4742431640625
HRLCP,λ=8,8192,1,68283,8.3353271484375
HRLCP,λ=8,8192,1,83248,10.162109375
HRLCP,λ=8,8192,1,74051,9.0394287109375
HRLCP,λ=8,8192,1,68185,8.3233642578125
HRLCP,λ=8,8192,1,63627,7.7669677734375
HRLCP,λ=8,8192,1,73340,8.95263671875
HRLCP,λ=8,8192,1,76577,9.3477783203125
HRLCP,λ=8,8192,1,78665,9.6026611328125
HRLCP,λ=8,8192,1,62961,7.6856689453125
HRLCP,λ=8,8192,1,68171,8.3216552734375
HRLCP,λ=8,8192,1,62690,7.652587890625
HRLCP,λ=8,8192,1,67868,8.28466796875
HRLCP,λ=8,8192,1,69542,8.489013671875
HRLCP,λ=8,8192,1,60833,7.4259033203125
HRLCP,λ=8,8192,1,87085,10.6304931640625
HRLCP,λ=8,8192,1,69237,8.4517822265625
HRLCP,λ=8,8192,1,66590,8.128662109375
HRLCP,λ=8,8192,1,65380,7.98095703125
HRLCP,λ=8,8192,1,60977,7.4434814453125
HRLCP,λ=8,8192,1,76764,9.37060546875
HRLCP,λ=8,8192,1,77422,9.450927734375
HRLCP,λ=8,8192,1,68770,8.394775390625
HRLCP,λ=8,8192,1,73258,8.942626953125
HRLCP,λ=8,8192,1,72751,8.8807373046875
HRLCP,λ=8,8192,1,71062,8.674560546875
HRLCP,λ=8,8192,1,78097,9.5333251953125
HRLCP,λ=8,8192,1,69058,8.429931640625
HRLCP,λ=8,8192,1,64798,7.909912109375
HRLCP,λ=8,8192,1,65803,8.0325927734375
HRLCP,λ=8,8192,1,69937,8.5372314453125
HRLCP,λ=8,8192,1,67322,8.218017578125
HRLCP,λ=8,8192,1,72784,8.884765625
HRLCP,λ=8,8192,1,64307,7.8499755859375
HRLCP,λ=8,8192,1,63497,7.7510986328125
HRLCP,λ=8,8192,1,60464,7.380859375
HRLCP,λ=8,8192,1,74393,9.0811767578125
HRLCP,λ=8,8192,1,64742,7.903076171875
HRLCP,λ=8,8192,1,62273,7.6016845703125
HSLCP,λ=8,8192,1,118153,14.4229736328125
HSLCP,λ=8,8192,1,103234,12.601806640625
HSLCP,λ=8,8192,1,100463,12.2635498046875
HSLCP,λ=8,8192,1,96338,11.760009765625
HSLCP,λ=8,8192,1,119648,14.60546875
HSLCP,λ=8,8192,1,99229,12.1129150390625
HSLCP,λ=8,8192,1,98748,12.05419921875
HSLCP,λ=8,8192,1,99815,12.1844482421875
HSLCP,λ=8,8192,1,96624,11.794921875
HSLCP,λ=8,8192,1,123103,15.0272216796875
HSLCP,λ=8,8192,1,111499,13.6107177734375
HSLCP,λ=8,8192,1,110219,13.4544677734375
HSLCP,λ=8,8192,1,102312,12.4892578125
HSLCP,λ=8,8192,1,122208,14.91796875
HSLCP,λ=8,8192,1,101753,12.4210205078125
HSLCP,λ=8,8192,1,100695,12.2918701171875
HSLCP,λ=8,8192,1,97217,11.8673095703125
HSLCP,λ=8,8192,1,111132,13.56591796875
HSLCP,λ=8,8192,1,95220,11.62353515625
HSLCP,λ=8,8192,1,88492,10.80224609375
HSLCP,λ=8,8192,1,128575,15.6951904296875
HSLCP,λ=8,8192,1,88172,10.76318359375
HSLCP,λ=8,8192,1,105586,12.888916015625
HSLCP,λ=8,8192,1,110081,13.4376220703125
HSLCP,λ=8,8192,1,96125,11.7340087890625
HSLCP,λ=8,8192,1,103641,12.6514892578125
HSLCP,λ=8,8192,1,100971,12.3255615234375
HSLCP,λ=8,8192,1,92189,11.2535400390625
HSLCP,λ=8,8192,1,109042,13.310791015625
HSLCP,λ=8,8192,1,101414,12.379638671875
HSLCP,λ=8,8192,1,105746,12.908447265625
HSLCP,λ=8,8192,1,97414,11.891357421875
HSLCP,λ=8,8192,1,109273,13.3389892578125
HSLCP,λ=8,8192,1,110154,13.446533203125
HSLCP,λ=8,8192,1,164931,20.1331787109375
HSLCP,λ=8,8192,1,106299,12.9759521484375
HSLCP,λ=8,8192,1,124644,15.21533203125
HSLCP,λ=8,8192,1,109052,13.31201171875
HSLCP,λ=8,8192,1,96255,11.7498779296875
HSLCP,λ=8,8192,1,96458,11.774658203125
HSLCP,λ=8,8192,1,111229,13.5777587890625
HSLCP,λ=8,8192,1,83973,10.2506103515625
HSLCP,λ=8,8192,1,96772,11.81298828125
HSLCP,λ=8,8192,1,110181,13.4498291015625
HSLCP,λ=8,8192,1,104167,12.7156982421875
HSLCP,λ=8,8192,1,112227,13.6995849609375
HSLCP,λ=8,8192,1,109410,13.355712890625
HSLCP,λ=8,8192,1,107575,13.1317138671875
HSLCP,λ=8,8192,1,102992,12.572265625
HSLCP,λ=8,8192,1,108266,13.216064453125
HSLCP,λ=8,8192,1,104066,12.703369140625
HSLCP,λ=8,8192,1,95072,11.60546875
HSLCP,λ=8,8192,1,98079,11.9725341796875
HSLCP,λ=8,8192,1,89483,10.9232177734375
HSLCP,λ=8,8192,1,104318,12.734130859375
HSLCP,λ=8,8192,1,100538,12.272705078125
HSLCP,λ=8,8192,1,103249,12.6036376953125
HSLCP,λ=8,8192,1,113246,13.823974609375
HSLCP,λ=8,8192,1,87130,10.635986328125
HSLCP,λ=8,8192,1,102579,12.5218505859375
HSLCP,λ=8,8192,1,102305,12.4884033203125
HSLCP,λ=8,8192,1,110532,13.49267578125
HSLCP,λ=8,8192,1,121849,14.8741455078125
HSLCP,λ=8,8192,1,136594,16.674072265625
HSLCP,λ=8,8192,1,108106,13.196533203125
HSLCP,λ=8,8192,1,100726,12.295654296875
HSLCP,λ=8,8192,1,104996,12.81689453125
HSLCP,λ=8,8192,1,95250,11.627197265625
HSLCP,λ=8,8192,1,117845,14.3853759765625
HSLCP,λ=8,8192,1,111905,13.6602783203125
HSLCP,λ=8,8192,1,94144,11.4921875
HSLCP,λ=8,8192,1,109633,13.3829345703125
HSLCP,λ=8,8192,1,95776,11.69140625
HSLCP,λ=8,8192,1,104261,12.7271728515625
HSLCP,λ=8,8192,1,101786,12.425048828125
HSLCP,λ=8,8192,1,105339,12.8587646484375
HSLCP,λ=8,8192,1,103506,12.635009765625
HSLCP,λ=8,8192,1,114412,13.96630859375
HSLCP,λ=8,8192,1,90063,10.9940185546875
HSLCP,λ=8,8192,1,107129,13.0772705078125
HSLCP,λ=8,8192,1,95888,11.705078125
HSLCP,λ=8,8192,1,103285,12.6080322265625
HSLCP,λ=8,8192,1,109267,13.3382568359375
HSLCP,λ=8,8192,1,109086,13.316162109375
HSLCP,λ=8,8192,1,103664,12.654296875
HSLCP,λ=8,8192,1,98729,12.0518798828125
HSLCP,λ=8,8192,1,107321,13.1007080078125
HSLCP,λ=8,8192,1,113934,13.907958984375
HSLCP,λ=8,8192,1,110020,13.43017578125
HSLCP,λ=8,8192,1,127452,15.55810546875
HSLCP,λ=8,8192,1,103642,12.651611328125
HSLCP,λ=8,8192,1,100241,12.2364501953125
HSLCP,λ=8,8192,1,102210,12.476806640625
HSLCP,λ=8,8192,1,95793,11.6934814453125
HSLCP,λ=8,8192,1,115125,14.0533447265625
HSLCP,λ=8,8192,1,106090,12.950439453125
HSLCP,λ=8,8192,1,119745,14.6173095703125
HSLCP,λ=8,8192,1,108563,13.2523193359375
HSLCP,λ=8,8192,1,102746,12.542236328125
HSLCP,λ=8,8192,1,94348,11.51708984375
HSDSP,λ=8,8192,1,85225,10.4034423828125
HSDSP,λ=8,8192,1,86283,10.5325927734375
HSDSP,λ=8,8192,1,83825,10.2325439453125
HSDSP,λ=8,8192,1,88293,10.7779541015625
HSDSP,λ=8,8192,1,98225,11.9903564453125
HSDSP,λ=8,8192,1,96806,11.817138671875
HSDSP,λ=8,8192,1,76260,9.30908203125
HSDSP,λ=8,8192,1,82954,10.126220703125
HSDSP,λ=8,8192,1,76271,9.3104248046875
HSDSP,λ=8,8192,1,92685,11.3140869140625
HSDSP,λ=8,8192,1,88108,10.75537109375
HSDSP,λ=8,8192,1,84330,10.294189453125
HSDSP,λ=8,8192,1,89586,10.935791015625
HSDSP,λ=8,8192,1,85740,10.46630859375
HSDSP,λ=8,8192,1,109659,13.3861083984375
HSDSP,λ=8,8192,1,77802,9.497314453125
HSDSP,λ=8,8192,1,103750,12.664794921875
HSDSP,λ=8,8192,1,87805,10.7183837890625
HSDSP,λ=8,8192,1,86718,10.585693359375
HSDSP,λ=8,8192,1,97973,11.9595947265625
HSDSP,λ=8,8192,1,94020,11.47705078125
HSDSP,λ=8,8192,1,91321,11.1475830078125
HSDSP,λ=8,8192,1,91049,11.1143798828125
HSDSP,λ=8,8192,1,94103,11.4871826171875
HSDSP,λ=8,8192,1,84801,10.3516845703125
HSDSP,λ=8,8192,1,88106,10.755126953125
HSDSP,λ=8,8192,1,108613,13.2584228515625
HSDSP,λ=8,8192,1,102204,12.47607421875
HSDSP,λ=8,8192,1,93681,11.4356689453125
HSDSP,λ=8,8192,1,91094,11.119873046875
HSDSP,λ=8,8192,1,88401,10.7911376953125
HSDSP,λ=8,8192,1,94252,11.50537109375
HSDSP,λ=8,8192,1,88049,10.7481689453125
HSDSP,λ=8,8192,1,85121,10.3907470703125
HSDSP,λ=8,8192,1,81780,9.98291015625
HSDSP,λ=8,8192,1,92940,11.34521484375
HSDSP,λ=8,8192,1,93792,11.44921875
HSDSP,λ=8,8192,1,90950,11.102294921875
HSDSP,λ=8,8192,1,115081,14.0479736328125
HSDSP,λ=8,8192,1,115973,14.1568603515625
HSDSP,λ=8,8192,1,93068,11.36083984375
HSDSP,λ=8,8192,1,96213,11.7447509765625
HSDSP,λ=8,8192,1,91578,11.178955078125
HSDSP,λ=8,8192,1,81804,9.98583984375
HSDSP,λ=8,8192,1,86302,10.534912109375
HSDSP,λ=8,8192,1,95721,11.6846923828125
HSDSP,λ=8,8192,1,82907,10.1204833984375
HSDSP,λ=8,8192,1,107446,13.115966796875
HSDSP,λ=8,8192,1,94584,11.5458984375
HSDSP,λ=8,8192,1,82951,10.1258544921875
HSDSP,λ=8,8192,1,101310,12.366943359375
HSDSP,λ=8,8192,1,94288,11.509765625
HSDSP,λ=8,8192,1,106208,12.96484375
HSDSP,λ=8,8192,1,84445,10.3082275390625
HSDSP,λ=8,8192,1,83739,10.2220458984375
HSDSP,λ=8,8192,1,91758,11.200927734375
HSDSP,λ=8,8192,1,88908,10.85302734375
HSDSP,λ=8,8192,1,95384,11.6435546875
HSDSP,λ=8,8192,1,93614,11.427490234375
HSDSP,λ=8,8192,1,95632,11.673828125
HSDSP,λ=8,8192,1,88420,10.79345703125
HSDSP,λ=8,8192,1,96845,11.8218994140625
HSDSP,λ=8,8192,1,89239,10.8934326171875
HSDSP,λ=8,8192,1,91547,11.1751708984375
HSDSP,λ=8,8192,1,85834,10.477783203125
HSDSP,λ=8,8192,1,103502,12.634521484375
HSDSP,λ=8,8192,1,82808,10.1083984375
HSDSP,λ=8,8192,1,85451,10.4310302734375
HSDSP,λ=8,8192,1,92075,11.2396240234375
HSDSP,λ=8,8192,1,83378,10.177978515625
HSDSP,λ=8,8192,1,89104,10.876953125
HSDSP,λ=8,8192,1,106141,12.9566650390625
HSDSP,λ=8,8192,1,95814,11.696044921875
HSDSP,λ=8,8192,1,94995,11.5960693359375
HSDSP,λ=8,8192,1,96865,11.8243408203125
HSDSP,λ=8,8192,1,96260,11.75048828125
HSDSP,λ=8,8192,1,90024,10.9892578125
HSDSP,λ=8,8192,1,106679,13.0223388671875
HSDSP,λ=8,8192,1,119532,14.59130859375
HSDSP,λ=8,8192,1,90491,11.0462646484375
HSDSP,λ=8,8192,1,94997,11.5963134765625
HSDSP,λ=8,8192,1,81850,9.991455078125
HSDSP,λ=8,8192,1,103175,12.5946044921875
HSDSP,λ=8,8192,1,100858,12.311767578125
HSDSP,λ=8,8192,1,97562,11.909423828125
HSDSP,λ=8,8192,1,122756,14.98486328125
HSDSP,λ=8,8192,1,91148,11.12646484375
HSDSP,λ=8,8192,1,100470,12.264404296875
HSDSP,λ=8,8192,1,82621,10.0855712890625
HSDSP,λ=8,8192,1,86644,10.57666015625
HSDSP,λ=8,8192,1,89122,10.879150390625
HSDSP,λ=8,8192,1,104922,12.807861328125
HSDSP,λ=8,8192,1,89633,10.9415283203125
HSDSP,λ=8,8192,1,90265,11.0186767578125
HSDSP,λ=8,8192,1,84641,10.3321533203125
HSDSP,λ=8,8192,1,86807,10.5965576171875
HSDSP,λ=8,8192,1,102455,12.5067138671875
HSDSP,λ=8,8192,1,94463,11.5311279296875
HSDSP,λ=8,8192,1,77775,9.4940185546875
HRDSP,λ=8,8192,1,68340,8.34228515625
HRDSP,λ=8,8192,1,71317,8.7056884765625
HRDSP,λ=8,8192,1,82476,10.06787109375
HRDSP,λ=8,8192,1,59615,7.2772216796875
HRDSP,λ=8,8192,1,66662,8.137451171875
HRDSP,λ=8,8192,1,59877,7.3092041015625
HRDSP,λ=8,8192,1,62398,7.616943359375
HRDSP,λ=8,8192,1,68766,8.394287109375
HRDSP,λ=8,8192,1,61485,7.5054931640625
HRDSP,λ=8,8192,1,69526,8.487060546875
HRDSP,λ=8,8192,1,63151,7.7088623046875
HRDSP,λ=8,8192,1,66509,8.1187744140625
HRDSP,λ=8,8192,1,65224,7.9619140625
HRDSP,λ=8,8192,1,70001,8.5450439453125
HRDSP,λ=8,8192,1,64347,7.8548583984375
HRDSP,λ=8,8192,1,64011,7.8138427734375
HRDSP,λ=8,8192,1,60996,7.44580078125
HRDSP,λ=8,8192,1,63237,7.7193603515625
HRDSP,λ=8,8192,1,60084,7.33447265625
HRDSP,λ=8,8192,1,61158,7.465576171875
HRDSP,λ=8,8192,1,68655,8.3807373046875
HRDSP,λ=8,8192,1,61951,7.5623779296875
HRDSP,λ=8,8192,1,64832,7.9140625
HRDSP,λ=8,8192,1,66823,8.1571044921875
HRDSP,λ=8,8192,1,59397,7.2506103515625
HRDSP,λ=8,8192,1,58939,7.1947021484375
HRDSP,λ=8,8192,1,58189,7.1031494140625
HRDSP,λ=8,8192,1,60404,7.37353515625
HRDSP,λ=8,8192,1,68160,8.3203125
HRDSP,λ=8,8192,1,64828,7.91357421875
HRDSP,λ=8,8192,1,67151,8.1971435546875
HRDSP,λ=8,8192,1,65704,8.0205078125
HRDSP,λ=8,8192,1,67547,8.2454833984375
HRDSP,λ=8,8192,1,64627,7.8890380859375
HRDSP,λ=8,8192,1,65262,7.966552734375
HRDSP,λ=8,8192,1,61747,7.5374755859375
HRDSP,λ=8,8192,1,66092,8.06787109375
HRDSP,λ=8,8192,1,67739,8.2689208984375
HRDSP,λ=8,8192,1,61477,7.5045166015625
HRDSP,λ=8,8192,1,77946,9.514892578125
HRDSP,λ=8,8192,1,64272,7.845703125
HRDSP,λ=8,8192,1,64235,7.8411865234375
HRDSP,λ=8,8192,1,66013,8.0582275390625
HRDSP,λ=8,8192,1,62129,7.5841064453125
HRDSP,λ=8,8192,1,64606,7.886474609375
HRDSP,λ=8,8192,1,61241,7.4757080078125
HRDSP,λ=8,8192,1,79777,9.7384033203125
HRDSP,λ=8,8192,1,70833,8.6466064453125
HRDSP,λ=8,8192,1,65985,8.0548095703125
HRDSP,λ=8,8192,1,65986,8.054931640625
HRDSP,λ=8,8192,1,60548,7.39111328125
HRDSP,λ=8,8192,1,61167,7.4666748046875
HRDSP,λ=8,8192,1,60251,7.3548583984375
HRDSP,λ=8,8192,1,68518,8.364013671875
HRDSP,λ=8,8192,1,74821,9.1334228515625
HRDSP,λ=8,8192,1,71727,8.7557373046875
HRDSP,λ=8,8192,1,64044,7.81787109375
HRDSP,λ=8,8192,1,80933,9.8795166015625
HRDSP,λ=8,8192,1,66412,8.10693359375
HRDSP,λ=8,8192,1,64081,7.8223876953125
HRDSP,λ=8,8192,1,62695,7.6531982421875
HRDSP,λ=8,8192,1,64315,7.8509521484375
HRDSP,λ=8,8192,1,70684,8.62841796875
HRDSP,λ=8,8192,1,60835,7.4261474609375
HRDSP,λ=8,8192,1,72183,8.8114013671875
HRDSP,λ=8,8192,1,61509,7.5084228515625
HRDSP,λ=8,8192,1,62691,7.6527099609375
HRDSP,λ=8,8192,1,82762,10.102783203125
HRDSP,λ=8,8192,1,59876,7.30908203125
HRDSP,λ=8,8192,1,57450,7.012939453125
HRDSP,λ=8,8192,1,61857,7.5509033203125
HRDSP,λ=8,8192,1,59562,7.270751953125
HRDSP,λ=8,8192,1,57271,6.9910888671875
HRDSP,λ=8,8192,1,67991,8.2996826171875
HRDSP,λ=8,8192,1,66127,8.0721435546875
HRDSP,λ=8,8192,1,60809,7.4229736328125
HRDSP,λ=8,8192,1,68269,8.3336181640625
HRDSP,λ=8,8192,1,67043,8.1839599609375
HRDSP,λ=8,8192,1,67004,8.17919921875
HRDSP,λ=8,8192,1,59545,7.2686767578125
HRDSP,λ=8,8192,1,56274,6.869384765625
HRDSP,λ=8,8192,1,73977,9.0303955078125
HRDSP,λ=8,8192,1,62547,7.6351318359375
HRDSP,λ=8,8192,1,61345,7.4884033203125
HRDSP,λ=8,8192,1,59400,7.2509765625
HRDSP,λ=8,8192,1,63842,7.793212890625
HRDSP,λ=8,8192,1,65195,7.9583740234375
HRDSP,λ=8,8192,1,58526,7.144287109375
HRDSP,λ=8,8192,1,70287,8.5799560546875
HRDSP,λ=8,8192,1,63171,7.7113037109375
HRDSP,λ=8,8192,1,72355,8.8323974609375
HRDSP,λ=8,8192,1,69593,8.4952392578125
HRDSP,λ=8,8192,1,60602,7.397705078125
HRDSP,λ=8,8192,1,65992,8.0556640625
HRDSP,λ=8,8192,1,64126,7.827880859375
HRDSP,λ=8,8192,1,61105,7.4591064453125
HRDSP,λ=8,8192,1,67380,8.22509765625
HRDSP,λ=8,8192,1,78007,9.5223388671875
HRDSP,λ=8,8192,1,59764,7.29541015625
HRDSP,λ=8,8192,1,65993,8.0557861328125
HHDSP,λ=8,8192,1,62801,7.6661376953125
HHDSP,λ=8,8192,1,66055,8.0633544921875
HHDSP,λ=8,8192,1,65545,8.0010986328125
HHDSP,λ=8,8192,1,62328,7.6083984375
HHDSP,λ=8,8192,1,72218,8.815673828125
HHDSP,λ=8,8192,1,68334,8.341552734375
HHDSP,λ=8,8192,1,76456,9.3330078125
HHDSP,λ=8,8192,1,60951,7.4403076171875
HHDSP,λ=8,8192,1,63900,7.80029296875
HHDSP,λ=8,8192,1,65588,8.00634765625
HHDSP,λ=8,8192,1,74045,9.0386962890625
HHDSP,λ=8,8192,1,74798,9.130615234375
HHDSP,λ=8,8192,1,65514,7.997314453125
HHDSP,λ=8,8192,1,65459,7.9906005859375
HHDSP,λ=8,8192,1,64033,7.8165283203125
HHDSP,λ=8,8192,1,67709,8.2652587890625
HHDSP,λ=8,8192,1,59646,7.281005859375
HHDSP,λ=8,8192,1,65547,8.0013427734375
HHDSP,λ=8,8192,1,60807,7.4227294921875
HHDSP,λ=8,8192,1,66519,8.1199951171875
HHDSP,λ=8,8192,1,62977,7.6876220703125
HHDSP,λ=8,8192,1,69897,8.5323486328125
HHDSP,λ=8,8192,1,60712,7.4111328125
HHDSP,λ=8,8192,1,84374,10.299560546875
HHDSP,λ=8,8192,1,64234,7.841064453125
HHDSP,λ=8,8192,1,63929,7.8038330078125
HHDSP,λ=8,8192,1,68229,8.3287353515625
HHDSP,λ=8,8192,1,62517,7.6314697265625
HHDSP,λ=8,8192,1,64713,7.8995361328125
HHDSP,λ=8,8192,1,64751,7.9041748046875
HHDSP,λ=8,8192,1,66375,8.1024169921875
HHDSP,λ=8,8192,1,60064,7.33203125
HHDSP,λ=8,8192,1,64767,7.9061279296875
HHDSP,λ=8,8192,1,65049,7.9405517578125
HHDSP,λ=8,8192,1,63748,7.78173828125
HHDSP,λ=8,8192,1,62137,7.5850830078125
HHDSP,λ=8,8192,1,64305,7.8497314453125
HHDSP,λ=8,8192,1,74410,9.083251953125
HHDSP,λ=8,8192,1,71412,8.71728515625
HHDSP,λ=8,8192,1,63617,7.7657470703125
HHDSP,λ=8,8192,1,69242,8.452392578125
HHDSP,λ=8,8192,1,62094,7.579833984375
HHDSP,λ=8,8192,1,65376,7.98046875
HHDSP,λ=8,8192,1,75197,9.1793212890625
HHDSP,λ=8,8192,1,60384,7.37109375
HHDSP,λ=8,8192,1,66652,8.13623046875
HHDSP,λ=8,8192,1,59668,7.28369140625
HHDSP,λ=8,8192,1,60275,7.3577880859375
HHDSP,λ=8,8192,1,74638,9.111083984375
HHDSP,λ=8,8192,1,61548,7.51318359375
HHDSP,λ=8,8192,1,58232,7.1083984375
HHDSP,λ=8,8192,1,60066,7.332275390625
HHDSP,λ=8,8192,1,55827,6.8148193359375
HHDSP,λ=8,8192,1,74143,9.0506591796875
HHDSP,λ=8,8192,1,63277,7.7242431640625
HHDSP,λ=8,8192,1,58656,7.16015625
HHDSP,λ=8,8192,1,62268,7.60107421875
HHDSP,λ=8,8192,1,60974,7.443115234375
HHDSP,λ=8,8192,1,70574,8.614990234375
HHDSP,λ=8,8192,1,61989,7.5670166015625
HHDSP,λ=8,8192,1,64768,7.90625
HHDSP,λ=8,8192,1,59434,7.255126953125
HHDSP,λ=8,8192,1,79852,9.74755859375
HHDSP,λ=8,8192,1,63966,7.808349609375
HHDSP,λ=8,8192,1,65019,7.9368896484375
HHDSP,λ=8,8192,1,59742,7.292724609375
HHDSP,λ=8,8192,1,61547,7.5130615234375
HHDSP,λ=8,8192,1,67791,8.2752685546875
HHDSP,λ=8,8192,1,67121,8.1934814453125
HHDSP,λ=8,8192,1,72694,8.873779296875
HHDSP,λ=8,8192,1,65190,7.957763671875
HHDSP,λ=8,8192,1,59443,7.2562255859375
HHDSP,λ=8,8192,1,66376,8.1025390625
HHDSP,λ=8,8192,1,64789,7.9088134765625
HHDSP,λ=8,8192,1,60760,7.4169921875
HHDSP,λ=8,8192,1,61269,7.4791259765625
HHDSP,λ=8,8192,1,63874,7.797119140625
HHDSP,λ=8,8192,1,60912,7.435546875
HHDSP,λ=8,8192,1,66581,8.1275634765625
HHDSP,λ=8,8192,1,67300,8.21533203125
HHDSP,λ=8,8192,1,66309,8.0943603515625
HHDSP,λ=8,8192,1,63139,7.7073974609375
HHDSP,λ=8,8192,1,62935,7.6824951171875
HHDSP,λ=8,8192,1,70104,8.5576171875
HHDSP,λ=8,8192,1,63195,7.7142333984375
HHDSP,λ=8,8192,1,63363,7.7347412109375
HHDSP,λ=8,8192,1,65922,8.047119140625
HHDSP,λ=8,8192,1,66199,8.0809326171875
HHDSP,λ=8,8192,1,67299,8.2152099609375
HHDSP,λ=8,8192,1,66755,8.1488037109375
HHDSP,λ=8,8192,1,64080,7.822265625
HHDSP,λ=8,8192,1,71488,8.7265625
HHDSP,λ=8,8192,1,67683,8.2620849609375
HHDSP,λ=8,8192,1,69583,8.4940185546875
HHDSP,λ=8,8192,1,76315,9.3157958984375
HHDSP,λ=8,8192,1,59833,7.3038330078125
HHDSP,λ=8,8192,1,66593,8.1290283203125
HHDSP,λ=8,8192,1,63601,7.7637939453125
HHDSP,λ=8,8192,1,66544,8.123046875
HHDSP,λ=8,8192,1,65872,8.041015625
HHLSP,λ=8,8192,1,61153,7.4649658203125
HHLSP,λ=8,8192,1,67635,8.2562255859375
HHLSP,λ=8,8192,1,55774,6.808349609375
HHLSP,λ=8,8192,1,74176,9.0546875
HHLSP,λ=8,8192,1,63462,7.746826171875
HHLSP,λ=8,8192,1,63065,7.6983642578125
HHLSP,λ=8,8192,1,62642,7.646728515625
HHLSP,λ=8,8192,1,69315,8.4613037109375
HHLSP,λ=8,8192,1,66871,8.1629638671875
HHLSP,λ=8,8192,1,72257,8.8204345703125
HHLSP,λ=8,8192,1,64233,7.8409423828125
HHLSP,λ=8,8192,1,64958,7.929443359375
HHLSP,λ=8,8192,1,63296,7.7265625
HHLSP,λ=8,8192,1,68459,8.3568115234375
HHLSP,λ=8,8192,1,70159,8.5643310546875
HHLSP,λ=8,8192,1,65839,8.0369873046875
HHLSP,λ=8,8192,1,59528,7.2666015625
HHLSP,λ=8,8192,1,67502,8.239990234375
HHLSP,λ=8,8192,1,64704,7.8984375
HHLSP,λ=8,8192,1,59790,7.298583984375
HHLSP,λ=8,8192,1,73663,8.9920654296875
HHLSP,λ=8,8192,1,66274,8.090087890625
HHLSP,λ=8,8192,1,68519,8.3641357421875
HHLSP,λ=8,8192,1,65266,7.967041015625
HHLSP,λ=8,8192,1,63772,7.78466796875
HHLSP,λ=8,8192,1,63624,7.7666015625
HHLSP,λ=8,8192,1,64904,7.9228515625
HHLSP,λ=8,8192,1,58666,7.161376953125
HHLSP,λ=8,8192,1,64426,7.864501953125
HHLSP,λ=8,8192,1,63417,7.7413330078125
HHLSP,λ=8,8192,1,64430,7.864990234375
HHLSP,λ=8,8192,1,62860,7.67333984375
HHLSP,λ=8,8192,1,65159,7.9539794921875
HHLSP,λ=8,8192,1,74371,9.0784912109375
HHLSP,λ=8,8192,1,61247,7.4764404296875
HHLSP,λ=8,8192,1,62527,7.6326904296875
HHLSP,λ=8,8192,1,71783,8.7625732421875
HHLSP,λ=8,8192,1,60381,7.3707275390625
HHLSP,λ=8,8192,1,64695,7.8973388671875
HHLSP,λ=8,8192,1,63050,7.696533203125
HHLSP,λ=8,8192,1,56972,6.95458984375
HHLSP,λ=8,8192,1,70136,8.5615234375
HHLSP,λ=8,8192,1,65812,8.03369140625
HHLSP,λ=8,8192,1,70088,8.5556640625
HHLSP,λ=8,8192,1,59961,7.3194580078125
HHLSP,λ=8,8192,1,64851,7.9163818359375
HHLSP,λ=8,8192,1,65151,7.9530029296875
HHLSP,λ=8,8192,1,70901,8.6549072265625
HHLSP,λ=8,8192,1,70032,8.548828125
HHLSP,λ=8,8192,1,64847,7.9158935546875
HHLSP,λ=8,8192,1,70718,8.632568359375
HHLSP,λ=8,8192,1,69881,8.5303955078125
HHLSP,λ=8,8192,1,66060,8.06396484375
HHLSP,λ=8,8192,1,72040,8.7939453125
HHLSP,λ=8,8192,1,67554,8.246337890625
HHLSP,λ=8,8192,1,69684,8.50634765625
HHLSP,λ=8,8192,1,69654,8.502685546875
HHLSP,λ=8,8192,1,67888,8.287109375
HHLSP,λ=8,8192,1,61368,7.4912109375
HHLSP,λ=8,8192,1,61244,7.47607421875
HHLSP,λ=8,8192,1,66634,8.134033203125
HHLSP,λ=8,8192,1,61154,7.465087890625
HHLSP,λ=8,8192,1,61480,7.5048828125
HHLSP,λ=8,8192,1,63915,7.8021240234375
HHLSP,λ=8,8192,1,69496,8.4833984375
HHLSP,λ=8,8192,1,67168,8.19921875
HHLSP,λ=8,8192,1,68246,8.330810546875
HHLSP,λ=8,8192,1,65019,7.9368896484375
HHLSP,λ=8,8192,1,66106,8.069580078125
HHLSP,λ=8,8192,1,61990,7.567138671875
HHLSP,λ=8,8192,1,70272,8.578125
HHLSP,λ=8,8192,1,75491,9.2152099609375
HHLSP,λ=8,8192,1,63446,7.744873046875
HHLSP,λ=8,8192,1,63837,7.7926025390625
HHLSP,λ=8,8192,1,66906,8.167236328125
HHLSP,λ=8,8192,1,62878,7.675537109375
HHLSP,λ=8,8192,1,62978,7.687744140625
HHLSP,λ=8,8192,1,65268,7.96728515625
HHLSP,λ=8,8192,1,63367,7.7352294921875
HHLSP,λ=8,8192,1,67305,8.2159423828125
HHLSP,λ=8,8192,1,64924,7.92529296875
HHLSP,λ=8,8192,1,65003,7.9349365234375
HHLSP,λ=8,8192,1,65949,8.0504150390625
HHLSP,λ=8,8192,1,61138,7.463134765625
HHLSP,λ=8,8192,1,70781,8.6402587890625
HHLSP,λ=8,8192,1,65914,8.046142578125
HHLSP,λ=8,8192,1,63498,7.751220703125
HHLSP,λ=8,8192,1,68005,8.3013916015625
HHLSP,λ=8,8192,1,62706,7.654541015625
HHLSP,λ=8,8192,1,63241,7.7198486328125
HHLSP,λ=8,8192,1,67441,8.2325439453125
HHLSP,λ=8,8192,1,60418,7.375244140625
HHLSP,λ=8,8192,1,78283,9.5560302734375
HHLSP,λ=8,8192,1,59325,7.2418212890625
HHLSP,λ=8,8192,1,69558,8.490966796875
HHLSP,λ=8,8192,1,64656,7.892578125
HHLSP,λ=8,8192,1,63524,7.75439453125
HHLSP,λ=8,8192,1,58738,7.170166015625
HHLSP,λ=8,8192,1,68317,8.3394775390625
HRLSP,λ=8,8192,1,63770,7.784423828125
HRLSP,λ=8,8192,1,67759,8.2713623046875
HRLSP,λ=8,8192,1,70724,8.63330078125
HRLSP,λ=8,8192,1,60878,7.431396484375
HRLSP,λ=8,8192,1,66391,8.1043701171875
HRLSP,λ=8,8192,1,66997,8.1783447265625
HRLSP,λ=8,8192,1,63815,7.7899169921875
HRLSP,λ=8,8192,1,70729,8.6339111328125
HRLSP,λ=8,8192,1,63294,7.726318359375
HRLSP,λ=8,8192,1,62624,7.64453125
HRLSP,λ=8,8192,1,68997,8.4224853515625
HRLSP,λ=8,8192,1,67477,8.2369384765625
HRLSP,λ=8,8192,1,70742,8.635498046875
HRLSP,λ=8,8192,1,61410,7.496337890625
HRLSP,λ=8,8192,1,62526,7.632568359375
HRLSP,λ=8,8192,1,72067,8.7972412109375
HRLSP,λ=8,8192,1,63998,7.812255859375
HRLSP,λ=8,8192,1,62760,7.6611328125
HRLSP,λ=8,8192,1,64083,7.8226318359375
HRLSP,λ=8,8192,1,65672,8.0166015625
HRLSP,λ=8,8192,1,64186,7.835205078125
HRLSP,λ=8,8192,1,61583,7.5174560546875
HRLSP,λ=8,8192,1,71873,8.7735595703125
HRLSP,λ=8,8192,1,77601,9.4727783203125
HRLSP,λ=8,8192,1,72195,8.8128662109375
HRLSP,λ=8,8192,1,66008,8.0576171875
HRLSP,λ=8,8192,1,65576,8.0048828125
HRLSP,λ=8,8192,1,64177,7.8341064453125
HRLSP,λ=8,8192,1,66230,8.084716796875
HRLSP,λ=8,8192,1,66121,8.0714111328125
HRLSP,λ=8,8192,1,62489,7.6280517578125
HRLSP,λ=8,8192,1,76394,9.325439453125
HRLSP,λ=8,8192,1,78281,9.5557861328125
HRLSP,λ=8,8192,1,67357,8.2222900390625
HRLSP,λ=8,8192,1,74746,9.124267578125
HRLSP,λ=8,8192,1,74712,9.1201171875
HRLSP,λ=8,8192,1,69741,8.5133056640625
HRLSP,λ=8,8192,1,73906,9.021728515625
HRLSP,λ=8,8192,1,68308,8.33837890625
HRLSP,λ=8,8192,1,71964,8.78466796875
HRLSP,λ=8,8192,1,70489,8.6046142578125
HRLSP,λ=8,8192,1,68486,8.360107421875
HRLSP,λ=8,8192,1,63917,7.8023681640625
HRLSP,λ=8,8192,1,61650,7.525634765625
HRLSP,λ=8,8192,1,58515,7.1429443359375
HRLSP,λ=8,8192,1,72074,8.798095703125
HRLSP,λ=8,8192,1,58348,7.12255859375
HRLSP,λ=8,8192,1,64873,7.9190673828125
HRLSP,λ=8,8192,1,66342,8.098388671875
HRLSP,λ=8,8192,1,64272,7.845703125
HRLSP,λ=8,8192,1,69909,8.5338134765625
HRLSP,λ=8,8192,1,71005,8.6676025390625
HRLSP,λ=8,8192,1,66461,8.1129150390625
HRLSP,λ=8,8192,1,69802,8.520751953125
HRLSP,λ=8,8192,1,73143,8.9285888671875
HRLSP,λ=8,8192,1,64171,7.8333740234375
HRLSP,λ=8,8192,1,71618,8.742431640625
HRLSP,λ=8,8192,1,63244,7.72021484375
HRLSP,λ=8,8192,1,66181,8.0787353515625
HRLSP,λ=8,8192,1,67588,8.25048828125
HRLSP,λ=8,8192,1,67427,8.2308349609375
HRLSP,λ=8,8192,1,64736,7.90234375
HRLSP,λ=8,8192,1,59063,7.2098388671875
HRLSP,λ=8,8192,1,63248,7.720703125
HRLSP,λ=8,8192,1,64159,7.8319091796875
HRLSP,λ=8,8192,1,58532,7.14501953125
HRLSP,λ=8,8192,1,75013,9.1568603515625
HRLSP,λ=8,8192,1,61450,7.501220703125
HRLSP,λ=8,8192,1,71176,8.6884765625
HRLSP,λ=8,8192,1,59788,7.29833984375
HRLSP,λ=8,8192,1,56757,6.9283447265625
HRLSP,λ=8,8192,1,70415,8.5955810546875
HRLSP,λ=8,8192,1,63638,7.768310546875
HRLSP,λ=8,8192,1,57863,7.0633544921875
HRLSP,λ=8,8192,1,75842,9.258056640625
HRLSP,λ=8,8192,1,62209,7.5938720703125
HRLSP,λ=8,8192,1,65634,8.011962890625
HRLSP,λ=8,8192,1,61773,7.5406494140625
HRLSP,λ=8,8192,1,60942,7.439208984375
HRLSP,λ=8,8192,1,65343,7.9764404296875
HRLSP,λ=8,8192,1,71357,8.7105712890625
HRLSP,λ=8,8192,1,60378,7.370361328125
HRLSP,λ=8,8192,1,70589,8.6168212890625
HRLSP,λ=8,8192,1,65313,7.9727783203125
HRLSP,λ=8,8192,1,59130,7.218017578125
HRLSP,λ=8,8192,1,62950,7.684326171875
HRLSP,λ=8,8192,1,62857,7.6729736328125
HRLSP,λ=8,8192,1,64514,7.875244140625
HRLSP,λ=8,8192,1,59017,7.2042236328125
HRLSP,λ=8,8192,1,61493,7.5064697265625
HRLSP,λ=8,8192,1,66515,8.1195068359375
HRLSP,λ=8,8192,1,66146,8.074462890625
HRLSP,λ=8,8192,1,62285,7.6031494140625
HRLSP,λ=8,8192,1,74810,9.132080078125
HRLSP,λ=8,8192,1,65102,7.947021484375
HRLSP,λ=8,8192,1,70254,8.575927734375
HRLSP,λ=8,8192,1,73055,8.9178466796875
HRLSP,λ=8,8192,1,66958,8.173583984375
HRLSP,λ=8,8192,1,68583,8.3719482421875
HRLSP,λ=8,8192,1,63338,7.731689453125
HSLSP,λ=8,8192,1,103361,12.6173095703125
HSLSP,λ=8,8192,1,90850,11.090087890625
HSLSP,λ=8,8192,1,92059,11.2376708984375
HSLSP,λ=8,8192,1,87828,10.72119140625
HSLSP,λ=8,8192,1,89270,10.897216796875
HSLSP,λ=8,8192,1,99340,12.12646484375
HSLSP,λ=8,8192,1,98962,12.080322265625
HSLSP,λ=8,8192,1,91297,11.1446533203125
HSLSP,λ=8,8192,1,91828,11.20947265625
HSLSP,λ=8,8192,1,84837,10.3560791015625
HSLSP,λ=8,8192,1,96426,11.770751953125
HSLSP,λ=8,8192,1,99411,12.1351318359375
HSLSP,λ=8,8192,1,92793,11.3272705078125
HSLSP,λ=8,8192,1,88847,10.8455810546875
HSLSP,λ=8,8192,1,96727,11.8074951171875
HSLSP,λ=8,8192,1,92635,11.3079833984375
HSLSP,λ=8,8192,1,85406,10.425537109375
HSLSP,λ=8,8192,1,122445,14.9468994140625
HSLSP,λ=8,8192,1,89257,10.8956298828125
HSLSP,λ=8,8192,1,93653,11.4322509765625
HSLSP,λ=8,8192,1,90465,11.0430908203125
HSLSP,λ=8,8192,1,85826,10.476806640625
HSLSP,λ=8,8192,1,98857,12.0675048828125
HSLSP,λ=8,8192,1,81629,9.9644775390625
HSLSP,λ=8,8192,1,93512,11.4150390625
HSLSP,λ=8,8192,1,98881,12.0704345703125
HSLSP,λ=8,8192,1,96613,11.7935791015625
HSLSP,λ=8,8192,1,107945,13.1768798828125
HSLSP,λ=8,8192,1,85036,10.38037109375
HSLSP,λ=8,8192,1,95847,11.7000732421875
HSLSP,λ=8,8192,1,92698,11.315673828125
HSLSP,λ=8,8192,1,83967,10.2498779296875
HSLSP,λ=8,8192,1,104048,12.701171875
HSLSP,λ=8,8192,1,95996,11.71826171875
HSLSP,λ=8,8192,1,99339,12.1263427734375
HSLSP,λ=8,8192,1,133737,16.3253173828125
HSLSP,λ=8,8192,1,89484,10.92333984375
HSLSP,λ=8,8192,1,110054,13.434326171875
HSLSP,λ=8,8192,1,100399,12.2557373046875
HSLSP,λ=8,8192,1,87289,10.6553955078125
HSLSP,λ=8,8192,1,84733,10.3433837890625
HSLSP,λ=8,8192,1,100649,12.2862548828125
HSLSP,λ=8,8192,1,86619,10.5736083984375
HSLSP,λ=8,8192,1,106558,13.007568359375
HSLSP,λ=8,8192,1,91881,11.2159423828125
HSLSP,λ=8,8192,1,94389,11.5220947265625
HSLSP,λ=8,8192,1,83067,10.1400146484375
HSLSP,λ=8,8192,1,92681,11.3135986328125
HSLSP,λ=8,8192,1,79875,9.7503662109375
HSLSP,λ=8,8192,1,95490,11.656494140625
HSLSP,λ=8,8192,1,90879,11.0936279296875
HSLSP,λ=8,8192,1,86745,10.5889892578125
HSLSP,λ=8,8192,1,82557,10.0777587890625
HSLSP,λ=8,8192,1,103084,12.58349609375
HSLSP,λ=8,8192,1,98435,12.0159912109375
HSLSP,λ=8,8192,1,104216,12.7216796875
HSLSP,λ=8,8192,1,108738,13.273681640625
HSLSP,λ=8,8192,1,83527,10.1961669921875
HSLSP,λ=8,8192,1,84907,10.3646240234375
HSLSP,λ=8,8192,1,100363,12.2513427734375
HSLSP,λ=8,8192,1,84819,10.3538818359375
HSLSP,λ=8,8192,1,100341,12.2486572265625
HSLSP,λ=8,8192,1,92274,11.263916015625
HSLSP,λ=8,8192,1,84924,10.36669921875
HSLSP,λ=8,8192,1,93002,11.352783203125
HSLSP,λ=8,8192,1,87779,10.7152099609375
HSLSP,λ=8,8192,1,101665,12.4102783203125
HSLSP,λ=8,8192,1,89455,10.9197998046875
HSLSP,λ=8,8192,1,120690,14.732666015625
HSLSP,λ=8,8192,1,93140,11.36962890625
HSLSP,λ=8,8192,1,93982,11.472412109375
HSLSP,λ=8,8192,1,91883,11.2161865234375
HSLSP,λ=8,8192,1,95776,11.69140625
HSLSP,λ=8,8192,1,111542,13.615966796875
HSLSP,λ=8,8192,1,88310,10.780029296875
HSLSP,λ=8,8192,1,124702,15.222412109375
HSLSP,λ=8,8192,1,93114,11.366455078125
HSLSP,λ=8,8192,1,95005,11.5972900390625
HSLSP,λ=8,8192,1,86110,10.511474609375
HSLSP,λ=8,8192,1,93364,11.39697265625
HSLSP,λ=8,8192,1,110844,13.53076171875
HSLSP,λ=8,8192,1,103545,12.6397705078125
HSLSP,λ=8,8192,1,103729,12.6622314453125
HSLSP,λ=8,8192,1,95838,11.698974609375
HSLSP,λ=8,8192,1,98480,12.021484375
HSLSP,λ=8,8192,1,86716,10.58544921875
HSLSP,λ=8,8192,1,86971,10.6165771484375
HSLSP,λ=8,8192,1,87956,10.73681640625
HSLSP,λ=8,8192,1,90381,11.0328369140625
HSLSP,λ=8,8192,1,81878,9.994873046875
HSLSP,λ=8,8192,1,105774,12.911865234375
HSLSP,λ=8,8192,1,93578,11.423095703125
HSLSP,λ=8,8192,1,76817,9.3770751953125
HSLSP,λ=8,8192,1,85255,10.4071044921875
HSLSP,λ=8,8192,1,92728,11.3193359375
HSLSP,λ=8,8192,1,88060,10.74951171875
HSLSP,λ=8,8192,1,91504,11.169921875
HSLSP,λ=8,8192,1,91947,11.2239990234375
HSLSP,λ=8,8192,1,91402,11.157470703125
HSLSP,λ=8,8192,1,100575,12.2772216796875
HSDMP,λ=8,8192,1,86394,10.546142578125
HSDMP,λ=8,8192,1,93025,11.3555908203125
HSDMP,λ=8,8192,1,83988,10.25244140625
HSDMP,λ=8,8192,1,117679,14.3651123046875
HSDMP,λ=8,8192,1,100285,12.2418212890625
HSDMP,λ=8,8192,1,104046,12.700927734375
HSDMP,λ=8,8192,1,86763,10.5911865234375
HSDMP,λ=8,8192,1,90081,10.9962158203125
HSDMP,λ=8,8192,1,80498,9.826416015625
HSDMP,λ=8,8192,1,79270,9.676513671875
HSDMP,λ=8,8192,1,82398,10.058349609375
HSDMP,λ=8,8192,1,94748,11.56591796875
HSDMP,λ=8,8192,1,105427,12.8695068359375
HSDMP,λ=8,8192,1,106642,13.017822265625
HSDMP,λ=8,8192,1,108274,13.217041015625
HSDMP,λ=8,8192,1,94758,11.567138671875
HSDMP,λ=8,8192,1,97347,11.8831787109375
HSDMP,λ=8,8192,1,136495,16.6619873046875
HSDMP,λ=8,8192,1,78026,9.524658203125
HSDMP,λ=8,8192,1,82447,10.0643310546875
HSDMP,λ=8,8192,1,86924,10.61083984375
HSDMP,λ=8,8192,1,90651,11.0657958984375
HSDMP,λ=8,8192,1,96496,11.779296875
HSDMP,λ=8,8192,1,92586,11.302001953125
HSDMP,λ=8,8192,1,89508,10.92626953125
HSDMP,λ=8,8192,1,84602,10.327392578125
HSDMP,λ=8,8192,1,106325,12.9791259765625
HSDMP,λ=8,8192,1,80976,9.884765625
HSDMP,λ=8,8192,1,88879,10.8494873046875
HSDMP,λ=8,8192,1,100716,12.29443359375
HSDMP,λ=8,8192,1,85816,10.4755859375
HSDMP,λ=8,8192,1,85547,10.4427490234375
HSDMP,λ=8,8192,1,95775,11.6912841796875
HSDMP,λ=8,8192,1,97188,11.86376953125
HSDMP,λ=8,8192,1,90547,11.0531005859375
HSDMP,λ=8,8192,1,82791,10.1063232421875
HSDMP,λ=8,8192,1,98305,12.0001220703125
HSDMP,λ=8,8192,1,79571,9.7132568359375
HSDMP,λ=8,8192,1,99992,12.2060546875
HSDMP,λ=8,8192,1,88766,10.835693359375
HSDMP,λ=8,8192,1,75322,9.194580078125
HSDMP,λ=8,8192,1,86353,10.5411376953125
HSDMP,λ=8,8192,1,86365,10.5426025390625
HSDMP,λ=8,8192,1,88689,10.8262939453125
HSDMP,λ=8,8192,1,85612,10.45068359375
HSDMP,λ=8,8192,1,84628,10.33056640625
HSDMP,λ=8,8192,1,80708,9.85205078125
HSDMP,λ=8,8192,1,138910,16.956787109375
HSDMP,λ=8,8192,1,91399,11.1571044921875
HSDMP,λ=8,8192,1,92678,11.313232421875
HSDMP,λ=8,8192,1,114645,13.9947509765625
HSDMP,λ=8,8192,1,80991,9.8865966796875
HSDMP,λ=8,8192,1,100089,12.2178955078125
HSDMP,λ=8,8192,1,81946,10.003173828125
HSDMP,λ=8,8192,1,93824,11.453125
HSDMP,λ=8,8192,1,113566,13.863037109375
HSDMP,λ=8,8192,1,86670,10.579833984375
HSDMP,λ=8,8192,1,87751,10.7117919921875
HSDMP,λ=8,8192,1,162544,19.841796875
HSDMP,λ=8,8192,1,95241,11.6260986328125
HSDMP,λ=8,8192,1,118661,14.4849853515625
HSDMP,λ=8,8192,1,92413,11.2808837890625
HSDMP,λ=8,8192,1,78053,9.5279541015625
HSDMP,λ=8,8192,1,98387,12.0101318359375
HSDMP,λ=8,8192,1,112753,13.7637939453125
HSDMP,λ=8,8192,1,120730,14.737548828125
HSDMP,λ=8,8192,1,114369,13.9610595703125
HSDMP,λ=8,8192,1,103142,12.590576171875
HSDMP,λ=8,8192,1,84317,10.2926025390625
HSDMP,λ=8,8192,1,80222,9.792724609375
HSDMP,λ=8,8192,1,96076,11.72802734375
HSDMP,λ=8,8192,1,124090,15.147705078125
HSDMP,λ=8,8192,1,92863,11.3358154296875
HSDMP,λ=8,8192,1,71606,8.740966796875
HSDMP,λ=8,8192,1,93364,11.39697265625
HSDMP,λ=8,8192,1,87946,10.735595703125
HSDMP,λ=8,8192,1,95272,11.6298828125
HSDMP,λ=8,8192,1,108306,13.220947265625
HSDMP,λ=8,8192,1,124062,15.144287109375
HSDMP,λ=8,8192,1,113863,13.8992919921875
HSDMP,λ=8,8192,1,85189,10.3990478515625
HSDMP,λ=8,8192,1,83418,10.182861328125
HSDMP,λ=8,8192,1,79668,9.72509765625
HSDMP,λ=8,8192,1,90145,11.0040283203125
HSDMP,λ=8,8192,1,82792,10.1064453125
HSDMP,λ=8,8192,1,98289,11.9981689453125
HSDMP,λ=8,8192,1,90237,11.0152587890625
HSDMP,λ=8,8192,1,83564,10.20068359375
HSDMP,λ=8,8192,1,95580,11.66748046875
HSDMP,λ=8,8192,1,91722,11.196533203125
HSDMP,λ=8,8192,1,96487,11.7781982421875
HSDMP,λ=8,8192,1,81708,9.97412109375
HSDMP,λ=8,8192,1,102934,12.565185546875
HSDMP,λ=8,8192,1,85255,10.4071044921875
HSDMP,λ=8,8192,1,90395,11.0345458984375
HSDMP,λ=8,8192,1,86519,10.5614013671875
HSDMP,λ=8,8192,1,98000,11.962890625
HSDMP,λ=8,8192,1,98449,12.0177001953125
HSDMP,λ=8,8192,1,92850,11.334228515625
HSDMP,λ=8,8192,1,84029,10.2574462890625
HRDMP,λ=8,8192,1,64618,7.887939453125
HRDMP,λ=8,8192,1,66844,8.15966796875
HRDMP,λ=8,8192,1,62528,7.6328125
HRDMP,λ=8,8192,1,78103,9.5340576171875
HRDMP,λ=8,8192,1,71108,8.68017578125
HRDMP,λ=8,8192,1,66469,8.1138916015625
HRDMP,λ=8,8192,1,72870,8.895263671875
HRDMP,λ=8,8192,1,72747,8.8802490234375
HRDMP,λ=8,8192,1,65154,7.953369140625
HRDMP,λ=8,8192,1,68713,8.3878173828125
HRDMP,λ=8,8192,1,66360,8.1005859375
HRDMP,λ=8,8192,1,61025,7.4493408203125
HRDMP,λ=8,8192,1,66635,8.1341552734375
HRDMP,λ=8,8192,1,66084,8.06689453125
HRDMP,λ=8,8192,1,72011,8.7904052734375
HRDMP,λ=8,8192,1,67802,8.276611328125
HRDMP,λ=8,8192,1,67502,8.239990234375
HRDMP,λ=8,8192,1,61686,7.530029296875
HRDMP,λ=8,8192,1,67091,8.1898193359375
HRDMP,λ=8,8192,1,79760,9.736328125
HRDMP,λ=8,8192,1,68173,8.3218994140625
HRDMP,λ=8,8192,1,71514,8.729736328125
HRDMP,λ=8,8192,1,72379,8.8353271484375
HRDMP,λ=8,8192,1,74949,9.1490478515625
HRDMP,λ=8,8192,1,69711,8.5096435546875
HRDMP,λ=8,8192,1,64998,7.934326171875
HRDMP,λ=8,8192,1,61798,7.543701171875
HRDMP,λ=8,8192,1,59737,7.2921142578125
HRDMP,λ=8,8192,1,68252,8.33154296875
HRDMP,λ=8,8192,1,71381,8.7135009765625
HRDMP,λ=8,8192,1,71521,8.7305908203125
HRDMP,λ=8,8192,1,67236,8.20751953125
HRDMP,λ=8,8192,1,65182,7.956787109375
HRDMP,λ=8,8192,1,74067,9.0413818359375
HRDMP,λ=8,8192,1,76004,9.27783203125
HRDMP,λ=8,8192,1,68471,8.3582763671875
HRDMP,λ=8,8192,1,67532,8.24365234375
HRDMP,λ=8,8192,1,66132,8.07275390625
HRDMP,λ=8,8192,1,62198,7.592529296875
HRDMP,λ=8,8192,1,69988,8.54345703125
HRDMP,λ=8,8192,1,69164,8.44287109375
HRDMP,λ=8,8192,1,69351,8.4656982421875
HRDMP,λ=8,8192,1,66729,8.1456298828125
HRDMP,λ=8,8192,1,63266,7.722900390625
HRDMP,λ=8,8192,1,72920,8.9013671875
HRDMP,λ=8,8192,1,73966,9.029052734375
HRDMP,λ=8,8192,1,68792,8.3974609375
HRDMP,λ=8,8192,1,62480,7.626953125
HRDMP,λ=8,8192,1,68515,8.3636474609375
HRDMP,λ=8,8192,1,77202,9.424072265625
HRDMP,λ=8,8192,1,70630,8.621826171875
HRDMP,λ=8,8192,1,66557,8.1246337890625
HRDMP,λ=8,8192,1,66511,8.1190185546875
HRDMP,λ=8,8192,1,62943,7.6834716796875
HRDMP,λ=8,8192,1,63799,7.7879638671875
HRDMP,λ=8,8192,1,68748,8.39208984375
HRDMP,λ=8,8192,1,74738,9.123291015625
HRDMP,λ=8,8192,1,71516,8.72998046875
HRDMP,λ=8,8192,1,65392,7.982421875
HRDMP,λ=8,8192,1,84503,10.3153076171875
HRDMP,λ=8,8192,1,70382,8.591552734375
HRDMP,λ=8,8192,1,74821,9.1334228515625
HRDMP,λ=8,8192,1,69717,8.5103759765625
HRDMP,λ=8,8192,1,65432,7.9873046875
HRDMP,λ=8,8192,1,69349,8.4654541015625
HRDMP,λ=8,8192,1,72057,8.7960205078125
HRDMP,λ=8,8192,1,68197,8.3248291015625
HRDMP,λ=8,8192,1,66974,8.175537109375
HRDMP,λ=8,8192,1,62264,7.6005859375
HRDMP,λ=8,8192,1,66283,8.0911865234375
HRDMP,λ=8,8192,1,68304,8.337890625
HRDMP,λ=8,8192,1,82958,10.126708984375
HRDMP,λ=8,8192,1,67179,8.2005615234375
HRDMP,λ=8,8192,1,64306,7.849853515625
HRDMP,λ=8,8192,1,68904,8.4111328125
HRDMP,λ=8,8192,1,67136,8.1953125
HRDMP,λ=8,8192,1,70424,8.5966796875
HRDMP,λ=8,8192,1,73507,8.9730224609375
HRDMP,λ=8,8192,1,78482,9.580322265625
HRDMP,λ=8,8192,1,70320,8.583984375
HRDMP,λ=8,8192,1,62044,7.57373046875
HRDMP,λ=8,8192,1,76677,9.3599853515625
HRDMP,λ=8,8192,1,79665,9.7247314453125
HRDMP,λ=8,8192,1,78046,9.527099609375
HRDMP,λ=8,8192,1,83606,10.205810546875
HRDMP,λ=8,8192,1,66722,8.144775390625
HRDMP,λ=8,8192,1,74059,9.0404052734375
HRDMP,λ=8,8192,1,74496,9.09375
HRDMP,λ=8,8192,1,60739,7.4144287109375
HRDMP,λ=8,8192,1,63241,7.7198486328125
HRDMP,λ=8,8192,1,88388,10.78955078125
HRDMP,λ=8,8192,1,68433,8.3536376953125
HRDMP,λ=8,8192,1,67445,8.2330322265625
HRDMP,λ=8,8192,1,70908,8.65576171875
HRDMP,λ=8,8192,1,66403,8.1058349609375
HRDMP,λ=8,8192,1,68274,8.334228515625
HRDMP,λ=8,8192,1,65679,8.0174560546875
HRDMP,λ=8,8192,1,79116,9.65771484375
HRDMP,λ=8,8192,1,72919,8.9012451171875
HRDMP,λ=8,8192,1,60510,7.386474609375
HHDMP,λ=8,8192,1,80378,9.811767578125
HHDMP,λ=8,8192,1,71859,8.7718505859375
HHDMP,λ=8,8192,1,74369,9.0782470703125
HHDMP,λ=8,8192,1,69689,8.5069580078125
HHDMP,λ=8,8192,1,66578,8.127197265625
HHDMP,λ=8,8192,1,84204,10.27880859375
HHDMP,λ=8,8192,1,68776,8.3955078125
HHDMP,λ=8,8192,1,70423,8.5965576171875
HHDMP,λ=8,8192,1,92550,11.297607421875
HHDMP,λ=8,8192,1,73331,8.9515380859375
HHDMP,λ=8,8192,1,70089,8.5557861328125
HHDMP,λ=8,8192,1,65014,7.936279296875
HHDMP,λ=8,8192,1,66457,8.1124267578125
HHDMP,λ=8,8192,1,69085,8.4332275390625
HHDMP,λ=8,8192,1,62713,7.6553955078125
HHDMP,λ=8,8192,1,69952,8.5390625
HHDMP,λ=8,8192,1,65827,8.0355224609375
HHDMP,λ=8,8192,1,63058,7.697509765625
HHDMP,λ=8,8192,1,69563,8.4915771484375
HHDMP,λ=8,8192,1,60468,7.38134765625
HHDMP,λ=8,8192,1,67418,8.229736328125
HHDMP,λ=8,8192,1,76559,9.3455810546875
HHDMP,λ=8,8192,1,64590,7.884521484375
HHDMP,λ=8,8192,1,74469,9.0904541015625
HHDMP,λ=8,8192,1,71869,8.7730712890625
HHDMP,λ=8,8192,1,79636,9.72119140625
HHDMP,λ=8,8192,1,70488,8.6044921875
HHDMP,λ=8,8192,1,65934,8.048583984375
HHDMP,λ=8,8192,1,67562,8.247314453125
HHDMP,λ=8,8192,1,62051,7.5745849609375
HHDMP,λ=8,8192,1,69460,8.47900390625
HHDMP,λ=8,8192,1,64413,7.8629150390625
HHDMP,λ=8,8192,1,61839,7.5487060546875
HHDMP,λ=8,8192,1,60393,7.3721923828125
HHDMP,λ=8,8192,1,72720,8.876953125
HHDMP,λ=8,8192,1,74064,9.041015625
HHDMP,λ=8,8192,1,63663,7.7713623046875
HHDMP,λ=8,8192,1,71221,8.6939697265625
HHDMP,λ=8,8192,1,64665,7.8936767578125
HHDMP,λ=8,8192,1,74121,9.0479736328125
HHDMP,λ=8,8192,1,67838,8.281005859375
HHDMP,λ=8,8192,1,63474,7.748291015625
HHDMP,λ=8,8192,1,81510,9.949951171875
HHDMP,λ=8,8192,1,75271,9.1883544921875
HHDMP,λ=8,8192,1,65159,7.9539794921875
HHDMP,λ=8,8192,1,81061,9.8951416015625
HHDMP,λ=8,8192,1,68132,8.31689453125
HHDMP,λ=8,8192,1,64649,7.8917236328125
HHDMP,λ=8,8192,1,66385,8.1036376953125
HHDMP,λ=8,8192,1,69886,8.531005859375
HHDMP,λ=8,8192,1,72814,8.888427734375
HHDMP,λ=8,8192,1,71837,8.7691650390625
HHDMP,λ=8,8192,1,74789,9.1295166015625
HHDMP,λ=8,8192,1,74378,9.079345703125
HHDMP,λ=8,8192,1,74753,9.1251220703125
HHDMP,λ=8,8192,1,62448,7.623046875
HHDMP,λ=8,8192,1,71820,8.76708984375
HHDMP,λ=8,8192,1,60667,7.4056396484375
HHDMP,λ=8,8192,1,72244,8.81884765625
HHDMP,λ=8,8192,1,68708,8.38720703125
HHDMP,λ=8,8192,1,76128,9.29296875
HHDMP,λ=8,8192,1,62683,7.6517333984375
HHDMP,λ=8,8192,1,69845,8.5260009765625
HHDMP,λ=8,8192,1,77702,9.485107421875
HHDMP,λ=8,8192,1,71613,8.7418212890625
HHDMP,λ=8,8192,1,62891,7.6771240234375
HHDMP,λ=8,8192,1,83878,10.239013671875
HHDMP,λ=8,8192,1,67226,8.206298828125
HHDMP,λ=8,8192,1,66367,8.1014404296875
HHDMP,λ=8,8192,1,69155,8.4417724609375
HHDMP,λ=8,8192,1,63701,7.7760009765625
HHDMP,λ=8,8192,1,78171,9.5423583984375
HHDMP,λ=8,8192,1,67136,8.1953125
HHDMP,λ=8,8192,1,66584,8.1279296875
HHDMP,λ=8,8192,1,62744,7.6591796875
HHDMP,λ=8,8192,1,70987,8.6654052734375
HHDMP,λ=8,8192,1,65644,8.01318359375
HHDMP,λ=8,8192,1,64224,7.83984375
HHDMP,λ=8,8192,1,65488,7.994140625
HHDMP,λ=8,8192,1,66663,8.1375732421875
HHDMP,λ=8,8192,1,65404,7.98388671875
HHDMP,λ=8,8192,1,66327,8.0965576171875
HHDMP,λ=8,8192,1,66402,8.105712890625
HHDMP,λ=8,8192,1,62830,7.669677734375
HHDMP,λ=8,8192,1,65654,8.014404296875
HHDMP,λ=8,8192,1,70270,8.577880859375
HHDMP,λ=8,8192,1,67434,8.231689453125
HHDMP,λ=8,8192,1,78711,9.6082763671875
HHDMP,λ=8,8192,1,71882,8.774658203125
HHDMP,λ=8,8192,1,66448,8.111328125
HHDMP,λ=8,8192,1,64149,7.8306884765625
HHDMP,λ=8,8192,1,66328,8.0966796875
HHDMP,λ=8,8192,1,64273,7.8458251953125
HHDMP,λ=8,8192,1,72262,8.821044921875
HHDMP,λ=8,8192,1,73476,8.96923828125
HHDMP,λ=8,8192,1,61704,7.5322265625
HHDMP,λ=8,8192,1,77013,9.4010009765625
HHDMP,λ=8,8192,1,67370,8.223876953125
HHDMP,λ=8,8192,1,73234,8.939697265625
HHDMP,λ=8,8192,1,67433,8.2315673828125
HHLMP,λ=8,8192,1,66905,8.1671142578125
HHLMP,λ=8,8192,1,59219,7.2288818359375
HHLMP,λ=8,8192,1,63971,7.8089599609375
HHLMP,λ=8,8192,1,70019,8.5472412109375
HHLMP,λ=8,8192,1,63672,7.7724609375
HHLMP,λ=8,8192,1,76456,9.3330078125
HHLMP,λ=8,8192,1,62711,7.6551513671875
HHLMP,λ=8,8192,1,70307,8.5823974609375
HHLMP,λ=8,8192,1,62705,7.6544189453125
HHLMP,λ=8,8192,1,67913,8.2901611328125
HHLMP,λ=8,8192,1,70338,8.586181640625
HHLMP,λ=8,8192,1,64752,7.904296875
HHLMP,λ=8,8192,1,75744,9.24609375
HHLMP,λ=8,8192,1,64662,7.893310546875
HHLMP,λ=8,8192,1,74311,9.0711669921875
HHLMP,λ=8,8192,1,72101,8.8013916015625
HHLMP,λ=8,8192,1,65442,7.988525390625
HHLMP,λ=8,8192,1,63778,7.785400390625
HHLMP,λ=8,8192,1,64487,7.8719482421875
HHLMP,λ=8,8192,1,68188,8.32373046875
HHLMP,λ=8,8192,1,66432,8.109375
HHLMP,λ=8,8192,1,70936,8.6591796875
HHLMP,λ=8,8192,1,65767,8.0281982421875
HHLMP,λ=8,8192,1,65713,8.0216064453125
HHLMP,λ=8,8192,1,72486,8.848388671875
HHLMP,λ=8,8192,1,81986,10.008056640625
HHLMP,λ=8,8192,1,66425,8.1085205078125
HHLMP,λ=8,8192,1,69809,8.5216064453125
HHLMP,λ=8,8192,1,69669,8.5045166015625
HHLMP,λ=8,8192,1,62829,7.6695556640625
HHLMP,λ=8,8192,1,69738,8.512939453125
HHLMP,λ=8,8192,1,71682,8.750244140625
HHLMP,λ=8,8192,1,70642,8.623291015625
HHLMP,λ=8,8192,1,69311,8.4608154296875
HHLMP,λ=8,8192,1,81408,9.9375
HHLMP,λ=8,8192,1,64297,7.8487548828125
HHLMP,λ=8,8192,1,66026,8.059814453125
HHLMP,λ=8,8192,1,74571,9.1029052734375
HHLMP,λ=8,8192,1,71347,8.7093505859375
HHLMP,λ=8,8192,1,65908,8.04541015625
HHLMP,λ=8,8192,1,64886,7.920654296875
HHLMP,λ=8,8192,1,67608,8.2529296875
HHLMP,λ=8,8192,1,65971,8.0531005859375
HHLMP,λ=8,8192,1,75052,9.16162109375
HHLMP,λ=8,8192,1,64030,7.816162109375
HHLMP,λ=8,8192,1,68778,8.395751953125
HHLMP,λ=8,8192,1,71300,8.70361328125
HHLMP,λ=8,8192,1,63936,7.8046875
HHLMP,λ=8,8192,1,63020,7.69287109375
HHLMP,λ=8,8192,1,75468,9.21240234375
HHLMP,λ=8,8192,1,66951,8.1727294921875
HHLMP,λ=8,8192,1,68306,8.338134765625
HHLMP,λ=8,8192,1,75320,9.1943359375
HHLMP,λ=8,8192,1,62492,7.62841796875
HHLMP,λ=8,8192,1,65873,8.0411376953125
HHLMP,λ=8,8192,1,65390,7.982177734375
HHLMP,λ=8,8192,1,60707,7.4105224609375
HHLMP,λ=8,8192,1,67387,8.2259521484375
HHLMP,λ=8,8192,1,72411,8.8392333984375
HHLMP,λ=8,8192,1,70613,8.6197509765625
HHLMP,λ=8,8192,1,66355,8.0999755859375
HHLMP,λ=8,8192,1,67782,8.274169921875
HHLMP,λ=8,8192,1,70962,8.662353515625
HHLMP,λ=8,8192,1,66707,8.1429443359375
HHLMP,λ=8,8192,1,75531,9.2200927734375
HHLMP,λ=8,8192,1,68995,8.4222412109375
HHLMP,λ=8,8192,1,67260,8.21044921875
HHLMP,λ=8,8192,1,65052,7.94091796875
HHLMP,λ=8,8192,1,68463,8.3572998046875
HHLMP,λ=8,8192,1,59901,7.3121337890625
HHLMP,λ=8,8192,1,70236,8.57373046875
HHLMP,λ=8,8192,1,69030,8.426513671875
HHLMP,λ=8,8192,1,73986,9.031494140625
HHLMP,λ=8,8192,1,69856,8.52734375
HHLMP,λ=8,8192,1,61088,7.45703125
HHLMP,λ=8,8192,1,75698,9.240478515625
HHLMP,λ=8,8192,1,63076,7.69970703125
HHLMP,λ=8,8192,1,60151,7.3426513671875
HHLMP,λ=8,8192,1,67980,8.29833984375
HHLMP,λ=8,8192,1,61773,7.5406494140625
HHLMP,λ=8,8192,1,59880,7.3095703125
HHLMP,λ=8,8192,1,66889,8.1651611328125
HHLMP,λ=8,8192,1,69696,8.5078125
HHLMP,λ=8,8192,1,70393,8.5928955078125
HHLMP,λ=8,8192,1,62928,7.681640625
HHLMP,λ=8,8192,1,65278,7.968505859375
HHLMP,λ=8,8192,1,73090,8.922119140625
HHLMP,λ=8,8192,1,71123,8.6820068359375
HHLMP,λ=8,8192,1,63286,7.725341796875
HHLMP,λ=8,8192,1,68363,8.3450927734375
HHLMP,λ=8,8192,1,81496,9.9482421875
HHLMP,λ=8,8192,1,70793,8.6417236328125
HHLMP,λ=8,8192,1,59531,7.2669677734375
HHLMP,λ=8,8192,1,62215,7.5946044921875
HHLMP,λ=8,8192,1,70516,8.60791015625
HHLMP,λ=8,8192,1,66241,8.0860595703125
HHLMP,λ=8,8192,1,87450,10.675048828125
HHLMP,λ=8,8192,1,73961,9.0284423828125
HHLMP,λ=8,8192,1,71286,8.701904296875
HRLMP,λ=8,8192,1,86528,10.5625
HRLMP,λ=8,8192,1,71480,8.7255859375
HRLMP,λ=8,8192,1,63206,7.715576171875
HRLMP,λ=8,8192,1,68371,8.3460693359375
HRLMP,λ=8,8192,1,71947,8.7825927734375
HRLMP,λ=8,8192,1,70809,8.6436767578125
HRLMP,λ=8,8192,1,63684,7.77392578125
HRLMP,λ=8,8192,1,78346,9.563720703125
HRLMP,λ=8,8192,1,67312,8.216796875
HRLMP,λ=8,8192,1,65865,8.0401611328125
HRLMP,λ=8,8192,1,66721,8.1446533203125
HRLMP,λ=8,8192,1,67696,8.263671875
HRLMP,λ=8,8192,1,63973,7.8092041015625
HRLMP,λ=8,8192,1,62934,7.682373046875
HRLMP,λ=8,8192,1,66126,8.072021484375
HRLMP,λ=8,8192,1,63647,7.7694091796875
HRLMP,λ=8,8192,1,63031,7.6942138671875
HRLMP,λ=8,8192,1,69073,8.4317626953125
HRLMP,λ=8,8192,1,69362,8.467041015625
HRLMP,λ=8,8192,1,77639,9.4774169921875
HRLMP,λ=8,8192,1,66897,8.1661376953125
HRLMP,λ=8,8192,1,59155,7.2210693359375
HRLMP,λ=8,8192,1,69547,8.4896240234375
HRLMP,λ=8,8192,1,68406,8.350341796875
HRLMP,λ=8,8192,1,68849,8.4044189453125
HRLMP,λ=8,8192,1,60426,7.376220703125
HRLMP,λ=8,8192,1,67096,8.1904296875
HRLMP,λ=8,8192,1,90634,11.063720703125
HRLMP,λ=8,8192,1,70184,8.5673828125
HRLMP,λ=8,8192,1,65678,8.017333984375
HRLMP,λ=8,8192,1,71661,8.7476806640625
HRLMP,λ=8,8192,1,63956,7.80712890625
HRLMP,λ=8,8192,1,66286,8.091552734375
HRLMP,λ=8,8192,1,66182,8.078857421875
HRLMP,λ=8,8192,1,68026,8.303955078125
HRLMP,λ=8,8192,1,75571,9.2249755859375
HRLMP,λ=8,8192,1,62580,7.63916015625
HRLMP,λ=8,8192,1,66311,8.0946044921875
HRLMP,λ=8,8192,1,71991,8.7879638671875
HRLMP,λ=8,8192,1,64940,7.92724609375
HRLMP,λ=8,8192,1,68809,8.3995361328125
HRLMP,λ=8,8192,1,69645,8.5015869140625
HRLMP,λ=8,8192,1,63476,7.74853515625
HRLMP,λ=8,8192,1,67899,8.2884521484375
HRLMP,λ=8,8192,1,65273,7.9678955078125
HRLMP,λ=8,8192,1,66646,8.135498046875
HRLMP,λ=8,8192,1,75846,9.258544921875
HRLMP,λ=8,8192,1,76086,9.287841796875
HRLMP,λ=8,8192,1,76375,9.3231201171875
HRLMP,λ=8,8192,1,62540,7.63427734375
HRLMP,λ=8,8192,1,83873,10.2384033203125
HRLMP,λ=8,8192,1,65732,8.02392578125
HRLMP,λ=8,8192,1,65287,7.9696044921875
HRLMP,λ=8,8192,1,74765,9.1265869140625
HRLMP,λ=8,8192,1,69717,8.5103759765625
HRLMP,λ=8,8192,1,67341,8.2203369140625
HRLMP,λ=8,8192,1,70085,8.5552978515625
HRLMP,λ=8,8192,1,73222,8.938232421875
HRLMP,λ=8,8192,1,66011,8.0579833984375
HRLMP,λ=8,8192,1,67724,8.26708984375
HRLMP,λ=8,8192,1,63326,7.730224609375
HRLMP,λ=8,8192,1,76867,9.3831787109375
HRLMP,λ=8,8192,1,66224,8.083984375
HRLMP,λ=8,8192,1,68049,8.3067626953125
HRLMP,λ=8,8192,1,70652,8.62451171875
HRLMP,λ=8,8192,1,69542,8.489013671875
HRLMP,λ=8,8192,1,64224,7.83984375
HRLMP,λ=8,8192,1,68142,8.318115234375
HRLMP,λ=8,8192,1,66709,8.1431884765625
HRLMP,λ=8,8192,1,73705,8.9971923828125
HRLMP,λ=8,8192,1,62371,7.6136474609375
HRLMP,λ=8,8192,1,60914,7.435791015625
HRLMP,λ=8,8192,1,65472,7.9921875
HRLMP,λ=8,8192,1,65571,8.0042724609375
HRLMP,λ=8,8192,1,63085,7.7008056640625
HRLMP,λ=8,8192,1,83908,10.24267578125
HRLMP,λ=8,8192,1,77808,9.498046875
HRLMP,λ=8,8192,1,72375,8.8348388671875
HRLMP,λ=8,8192,1,73192,8.9345703125
HRLMP,λ=8,8192,1,71076,8.67626953125
HRLMP,λ=8,8192,1,64552,7.8798828125
HRLMP,λ=8,8192,1,64061,7.8199462890625
HRLMP,λ=8,8192,1,70249,8.5753173828125
HRLMP,λ=8,8192,1,73947,9.0267333984375
HRLMP,λ=8,8192,1,71894,8.776123046875
HRLMP,λ=8,8192,1,69678,8.505615234375
HRLMP,λ=8,8192,1,78487,9.5809326171875
HRLMP,λ=8,8192,1,70631,8.6219482421875
HRLMP,λ=8,8192,1,68125,8.3160400390625
HRLMP,λ=8,8192,1,67240,8.2080078125
HRLMP,λ=8,8192,1,64146,7.830322265625
HRLMP,λ=8,8192,1,73739,9.0013427734375
HRLMP,λ=8,8192,1,69866,8.528564453125
HRLMP,λ=8,8192,1,73012,8.91259765625
HRLMP,λ=8,8192,1,66030,8.060302734375
HRLMP,λ=8,8192,1,71684,8.75048828125
HRLMP,λ=8,8192,1,62703,7.6541748046875
HRLMP,λ=8,8192,1,64348,7.85498046875
HRLMP,λ=8,8192,1,69762,8.515869140625
HRLMP,λ=8,8192,1,69709,8.5093994140625
HSLMP,λ=8,8192,1,93176,11.3740234375
HSLMP,λ=8,8192,1,99307,12.1224365234375
HSLMP,λ=8,8192,1,99583,12.1561279296875
HSLMP,λ=8,8192,1,93306,11.389892578125
HSLMP,λ=8,8192,1,123062,15.022216796875
HSLMP,λ=8,8192,1,133292,16.27099609375
HSLMP,λ=8,8192,1,92366,11.275146484375
HSLMP,λ=8,8192,1,104160,12.71484375
HSLMP,λ=8,8192,1,104744,12.7861328125
HSLMP,λ=8,8192,1,113265,13.8262939453125
HSLMP,λ=8,8192,1,104976,12.814453125
HSLMP,λ=8,8192,1,92099,11.2425537109375
HSLMP,λ=8,8192,1,100494,12.267333984375
HSLMP,λ=8,8192,1,102799,12.5487060546875
HSLMP,λ=8,8192,1,96727,11.8074951171875
HSLMP,λ=8,8192,1,86785,10.5938720703125
HSLMP,λ=8,8192,1,105740,12.90771484375
HSLMP,λ=8,8192,1,103105,12.5860595703125
HSLMP,λ=8,8192,1,93314,11.390869140625
HSLMP,λ=8,8192,1,87870,10.726318359375
HSLMP,λ=8,8192,1,97043,11.8460693359375
HSLMP,λ=8,8192,1,94009,11.4757080078125
HSLMP,λ=8,8192,1,98186,11.985595703125
HSLMP,λ=8,8192,1,101231,12.3572998046875
HSLMP,λ=8,8192,1,97839,11.9432373046875
HSLMP,λ=8,8192,1,90787,11.0823974609375
HSLMP,λ=8,8192,1,101095,12.3406982421875
HSLMP,λ=8,8192,1,110499,13.4886474609375
HSLMP,λ=8,8192,1,102268,12.48388671875
HSLMP,λ=8,8192,1,119377,14.5723876953125
HSLMP,λ=8,8192,1,98009,11.9639892578125
HSLMP,λ=8,8192,1,99719,12.1727294921875
HSLMP,λ=8,8192,1,102054,12.457763671875
HSLMP,λ=8,8192,1,98259,11.9945068359375
HSLMP,λ=8,8192,1,94051,11.4808349609375
HSLMP,λ=8,8192,1,108557,13.2515869140625
HSLMP,λ=8,8192,1,110583,13.4989013671875
HSLMP,λ=8,8192,1,88776,10.8369140625
HSLMP,λ=8,8192,1,132710,16.199951171875
HSLMP,λ=8,8192,1,105844,12.92041015625
HSLMP,λ=8,8192,1,105019,12.8197021484375
HSLMP,λ=8,8192,1,100007,12.2078857421875
HSLMP,λ=8,8192,1,96261,11.7506103515625
HSLMP,λ=8,8192,1,105236,12.84619140625
HSLMP,λ=8,8192,1,98642,12.041259765625
HSLMP,λ=8,8192,1,99729,12.1739501953125
HSLMP,λ=8,8192,1,92772,11.32470703125
HSLMP,λ=8,8192,1,95579,11.6673583984375
HSLMP,λ=8,8192,1,82167,10.0301513671875
HSLMP,λ=8,8192,1,100537,12.2725830078125
HSLMP,λ=8,8192,1,92678,11.313232421875
HSLMP,λ=8,8192,1,106006,12.940185546875
HSLMP,λ=8,8192,1,91440,11.162109375
HSLMP,λ=8,8192,1,101954,12.445556640625
HSLMP,λ=8,8192,1,93333,11.3931884765625
HSLMP,λ=8,8192,1,107096,13.0732421875
HSLMP,λ=8,8192,1,106967,13.0574951171875
HSLMP,λ=8,8192,1,91746,11.199462890625
HSLMP,λ=8,8192,1,105280,12.8515625
HSLMP,λ=8,8192,1,88532,10.80712890625
HSLMP,λ=8,8192,1,113944,13.9091796875
HSLMP,λ=8,8192,1,89506,10.926025390625
HSLMP,λ=8,8192,1,106046,12.945068359375
HSLMP,λ=8,8192,1,108975,13.3026123046875
HSLMP,λ=8,8192,1,89948,10.97998046875
HSLMP,λ=8,8192,1,97598,11.913818359375
HSLMP,λ=8,8192,1,100140,12.22412109375
HSLMP,λ=8,8192,1,91761,11.2012939453125
HSLMP,λ=8,8192,1,96761,11.8116455078125
HSLMP,λ=8,8192,1,112676,13.75439453125
HSLMP,λ=8,8192,1,93107,11.3656005859375
HSLMP,λ=8,8192,1,93952,11.46875
HSLMP,λ=8,8192,1,102408,12.5009765625
HSLMP,λ=8,8192,1,96260,11.75048828125
HSLMP,λ=8,8192,1,91866,11.214111328125
HSLMP,λ=8,8192,1,90683,11.0697021484375
HSLMP,λ=8,8192,1,110055,13.4344482421875
HSLMP,λ=8,8192,1,89787,10.9603271484375
HSLMP,λ=8,8192,1,107974,13.180419921875
HSLMP,λ=8,8192,1,94954,11.591064453125
HSLMP,λ=8,8192,1,89736,10.9541015625
HSLMP,λ=8,8192,1,99143,12.1024169921875
HSLMP,λ=8,8192,1,116165,14.1802978515625
HSLMP,λ=8,8192,1,104274,12.728759765625
HSLMP,λ=8,8192,1,101211,12.3548583984375
HSLMP,λ=8,8192,1,87632,10.697265625
HSLMP,λ=8,8192,1,104119,12.7098388671875
HSLMP,λ=8,8192,1,97370,11.885986328125
HSLMP,λ=8,8192,1,91638,11.186279296875
HSLMP,λ=8,8192,1,89274,10.897705078125
HSLMP,λ=8,8192,1,94128,11.490234375
HSLMP,λ=8,8192,1,94347,11.5169677734375
HSLMP,λ=8,8192,1,109319,13.3446044921875
HSLMP,λ=8,8192,1,94826,11.575439453125
HSLMP,λ=8,8192,1,92960,11.34765625
HSLMP,λ=8,8192,1,96621,11.7945556640625
HSLMP,λ=8,8192,1,120525,14.7125244140625
HSLMP,λ=8,8192,1,90456,11.0419921875
HSLMP,λ=8,8192,1,95496,11.6572265625
HSLMP,λ=8,8192,1,94333,11.5152587890625
HSDIP,λ=8,8192,1,94060,11.48193359375
HSDIP,λ=8,8192,1,92008,11.2314453125
HSDIP,λ=8,8192,1,112159,13.6912841796875
HSDIP,λ=8,8192,1,96859,11.8236083984375
HSDIP,λ=8,8192,1,100846,12.310302734375
HSDIP,λ=8,8192,1,108289,13.2188720703125
HSDIP,λ=8,8192,1,119629,14.6031494140625
HSDIP,λ=8,8192,1,134497,16.4180908203125
HSDIP,λ=8,8192,1,107920,13.173828125
HSDIP,λ=8,8192,1,119782,14.621826171875
HSDIP,λ=8,8192,1,120961,14.7657470703125
HSDIP,λ=8,8192,1,110530,13.492431640625
HSDIP,λ=8,8192,1,92962,11.347900390625
HSDIP,λ=8,8192,1,95428,11.64892578125
HSDIP,λ=8,8192,1,124912,15.248046875
HSDIP,λ=8,8192,1,100558,12.275146484375
HSDIP,λ=8,8192,1,87238,10.649169921875
HSDIP,λ=8,8192,1,92206,11.255615234375
HSDIP,λ=8,8192,1,103402,12.622314453125
HSDIP,λ=8,8192,1,119323,14.5657958984375
HSDIP,λ=8,8192,1,99127,12.1004638671875
HSDIP,λ=8,8192,1,108730,13.272705078125
HSDIP,λ=8,8192,1,109702,13.391357421875
HSDIP,λ=8,8192,1,101206,12.354248046875
HSDIP,λ=8,8192,1,97939,11.9554443359375
HSDIP,λ=8,8192,1,93475,11.4105224609375
HSDIP,λ=8,8192,1,94105,11.4874267578125
HSDIP,λ=8,8192,1,94915,11.5863037109375
HSDIP,λ=8,8192,1,104941,12.8101806640625
HSDIP,λ=8,8192,1,112141,13.6890869140625
HSDIP,λ=8,8192,1,91225,11.1358642578125
HSDIP,λ=8,8192,1,90136,11.0029296875
HSDIP,λ=8,8192,1,104968,12.8134765625
HSDIP,λ=8,8192,1,107128,13.0771484375
HSDIP,λ=8,8192,1,106912,13.05078125
HSDIP,λ=8,8192,1,102610,12.525634765625
HSDIP,λ=8,8192,1,114634,13.993408203125
HSDIP,λ=8,8192,1,105670,12.899169921875
HSDIP,λ=8,8192,1,102862,12.556396484375
HSDIP,λ=8,8192,1,128242,15.654541015625
HSDIP,λ=8,8192,1,99397,12.1334228515625
HSDIP,λ=8,8192,1,105031,12.8211669921875
HSDIP,λ=8,8192,1,99622,12.160888671875
HSDIP,λ=8,8192,1,102025,12.4542236328125
HSDIP,λ=8,8192,1,91495,11.1688232421875
HSDIP,λ=8,8192,1,96526,11.782958984375
HSDIP,λ=8,8192,1,166303,20.3006591796875
HSDIP,λ=8,8192,1,119899,14.6361083984375
HSDIP,λ=8,8192,1,128827,15.7259521484375
HSDIP,λ=8,8192,1,96607,11.7928466796875
HSDIP,λ=8,8192,1,103249,12.6036376953125
HSDIP,λ=8,8192,1,105922,12.929931640625
HSDIP,λ=8,8192,1,102673,12.5333251953125
HSDIP,λ=8,8192,1,102322,12.490478515625
HSDIP,λ=8,8192,1,88327,10.7821044921875
HSDIP,λ=8,8192,1,104635,12.7728271484375
HSDIP,λ=8,8192,1,92260,11.26220703125
HSDIP,λ=8,8192,1,95248,11.626953125
HSDIP,λ=8,8192,1,95131,11.6126708984375
HSDIP,λ=8,8192,1,103969,12.6915283203125
HSDIP,λ=8,8192,1,108964,13.30126953125
HSDIP,λ=8,8192,1,93826,11.453369140625
HSDIP,λ=8,8192,1,110134,13.444091796875
HSDIP,λ=8,8192,1,97498,11.901611328125
HSDIP,λ=8,8192,1,112267,13.7044677734375
HSDIP,λ=8,8192,1,100882,12.314697265625
HSDIP,λ=8,8192,1,100054,12.213623046875
HSDIP,λ=8,8192,1,102988,12.57177734375
HSDIP,λ=8,8192,1,100243,12.2366943359375
HSDIP,λ=8,8192,1,121933,14.8843994140625
HSDIP,λ=8,8192,1,91351,11.1512451171875
HSDIP,λ=8,8192,1,86527,10.5623779296875
HSDIP,λ=8,8192,1,95509,11.6588134765625
HSDIP,λ=8,8192,1,108046,13.189208984375
HSDIP,λ=8,8192,1,112636,13.74951171875
HSDIP,λ=8,8192,1,100657,12.2872314453125
HSDIP,λ=8,8192,1,110161,13.4473876953125
HSDIP,λ=8,8192,1,97219,11.8675537109375
HSDIP,λ=8,8192,1,119674,14.608642578125
HSDIP,λ=8,8192,1,97021,11.8433837890625
HSDIP,λ=8,8192,1,101314,12.367431640625
HSDIP,λ=8,8192,1,95491,11.6566162109375
HSDIP,λ=8,8192,1,96796,11.81591796875
HSDIP,λ=8,8192,1,121771,14.8646240234375
HSDIP,λ=8,8192,1,91072,11.1171875
HSDIP,λ=8,8192,1,100009,12.2081298828125
HSDIP,λ=8,8192,1,107722,13.149658203125
HSDIP,λ=8,8192,1,95266,11.629150390625
HSDIP,λ=8,8192,1,96400,11.767578125
HSDIP,λ=8,8192,1,107857,13.1661376953125
HSDIP,λ=8,8192,1,96508,11.78076171875
HSDIP,λ=8,8192,1,94600,11.5478515625
HSDIP,λ=8,8192,1,115399,14.0867919921875
HSDIP,λ=8,8192,1,103294,12.609130859375
HSDIP,λ=8,8192,1,102853,12.5552978515625
HSDIP,λ=8,8192,1,109792,13.40234375
HSDIP,λ=8,8192,1,110314,13.466064453125
HSDIP,λ=8,8192,1,91603,11.1820068359375
HSDIP,λ=8,8192,1,103618,12.648681640625
HSDIP,λ=8,8192,1,108721,13.2716064453125
HRDIP,λ=8,8192,1,73546,8.977783203125
HRDIP,λ=8,8192,1,89129,10.8800048828125
HRDIP,λ=8,8192,1,102505,12.5128173828125
HRDIP,λ=8,8192,1,82366,10.054443359375
HRDIP,λ=8,8192,1,72855,8.8934326171875
HRDIP,λ=8,8192,1,82247,10.0399169921875
HRDIP,λ=8,8192,1,86616,10.5732421875
HRDIP,λ=8,8192,1,85699,10.4613037109375
HRDIP,λ=8,8192,1,91971,11.2269287109375
HRDIP,λ=8,8192,1,78687,9.6053466796875
HRDIP,λ=8,8192,1,76525,9.3414306640625
HRDIP,λ=8,8192,1,86304,10.53515625
HRDIP,λ=8,8192,1,78400,9.5703125
HRDIP,λ=8,8192,1,79020,9.64599609375
HRDIP,λ=8,8192,1,77227,9.4271240234375
HRDIP,λ=8,8192,1,71651,8.7464599609375
HRDIP,λ=8,8192,1,75924,9.26806640625
HRDIP,λ=8,8192,1,87091,10.6312255859375
HRDIP,λ=8,8192,1,74796,9.13037109375
HRDIP,λ=8,8192,1,73755,9.0032958984375
HRDIP,λ=8,8192,1,73928,9.0244140625
HRDIP,λ=8,8192,1,75441,9.2091064453125
HRDIP,λ=8,8192,1,90076,10.99560546875
HRDIP,λ=8,8192,1,84910,10.364990234375
HRDIP,λ=8,8192,1,78445,9.5758056640625
HRDIP,λ=8,8192,1,74835,9.1351318359375
HRDIP,λ=8,8192,1,83232,10.16015625
HRDIP,λ=8,8192,1,93196,11.37646484375
HRDIP,λ=8,8192,1,89441,10.9180908203125
HRDIP,λ=8,8192,1,79041,9.6485595703125
HRDIP,λ=8,8192,1,75964,9.27294921875
HRDIP,λ=8,8192,1,81808,9.986328125
HRDIP,λ=8,8192,1,79825,9.7442626953125
HRDIP,λ=8,8192,1,84258,10.285400390625
HRDIP,λ=8,8192,1,75680,9.23828125
HRDIP,λ=8,8192,1,79396,9.69189453125
HRDIP,λ=8,8192,1,82939,10.1243896484375
HRDIP,λ=8,8192,1,78416,9.572265625
HRDIP,λ=8,8192,1,79958,9.760498046875
HRDIP,λ=8,8192,1,76165,9.2974853515625
HRDIP,λ=8,8192,1,91868,11.21435546875
HRDIP,λ=8,8192,1,82689,10.0938720703125
HRDIP,λ=8,8192,1,84563,10.3226318359375
HRDIP,λ=8,8192,1,78994,9.642822265625
HRDIP,λ=8,8192,1,75249,9.1856689453125
HRDIP,λ=8,8192,1,81158,9.906982421875
HRDIP,λ=8,8192,1,76656,9.357421875
HRDIP,λ=8,8192,1,86346,10.540283203125
HRDIP,λ=8,8192,1,84113,10.2677001953125
HRDIP,λ=8,8192,1,75795,9.2523193359375
HRDIP,λ=8,8192,1,79677,9.7261962890625
HRDIP,λ=8,8192,1,80849,9.8692626953125
HRDIP,λ=8,8192,1,73877,9.0181884765625
HRDIP,λ=8,8192,1,79238,9.672607421875
HRDIP,λ=8,8192,1,77779,9.4945068359375
HRDIP,λ=8,8192,1,77069,9.4078369140625
HRDIP,λ=8,8192,1,86307,10.5355224609375
HRDIP,λ=8,8192,1,85169,10.3966064453125
HRDIP,λ=8,8192,1,75351,9.1981201171875
HRDIP,λ=8,8192,1,76665,9.3585205078125
HRDIP,λ=8,8192,1,80114,9.779541015625
HRDIP,λ=8,8192,1,69991,8.5438232421875
HRDIP,λ=8,8192,1,77723,9.4876708984375
HRDIP,λ=8,8192,1,84208,10.279296875
HRDIP,λ=8,8192,1,98304,12.0
HRDIP,λ=8,8192,1,85471,10.4334716796875
HRDIP,λ=8,8192,1,78234,9.550048828125
HRDIP,λ=8,8192,1,78703,9.6072998046875
HRDIP,λ=8,8192,1,73926,9.024169921875
HRDIP,λ=8,8192,1,86152,10.5166015625
HRDIP,λ=8,8192,1,80218,9.792236328125
HRDIP,λ=8,8192,1,80609,9.8399658203125
HRDIP,λ=8,8192,1,89238,10.893310546875
HRDIP,λ=8,8192,1,82070,10.018310546875
HRDIP,λ=8,8192,1,76778,9.372314453125
HRDIP,λ=8,8192,1,69980,8.54248046875
HRDIP,λ=8,8192,1,82370,10.054931640625
HRDIP,λ=8,8192,1,79913,9.7550048828125
HRDIP,λ=8,8192,1,85624,10.4521484375
HRDIP,λ=8,8192,1,73210,8.936767578125
HRDIP,λ=8,8192,1,80505,9.8272705078125
HRDIP,λ=8,8192,1,75630,9.232177734375
HRDIP,λ=8,8192,1,78441,9.5753173828125
HRDIP,λ=8,8192,1,78002,9.521728515625
HRDIP,λ=8,8192,1,77154,9.418212890625
HRDIP,λ=8,8192,1,77943,9.5145263671875
HRDIP,λ=8,8192,1,76560,9.345703125
HRDIP,λ=8,8192,1,70555,8.6126708984375
HRDIP,λ=8,8192,1,79290,9.678955078125
HRDIP,λ=8,8192,1,78625,9.5977783203125
HRDIP,λ=8,8192,1,76310,9.315185546875
HRDIP,λ=8,8192,1,81630,9.964599609375
HRDIP,λ=8,8192,1,85823,10.4764404296875
HRDIP,λ=8,8192,1,100539,12.2728271484375
HRDIP,λ=8,8192,1,85149,10.3941650390625
HRDIP,λ=8,8192,1,84339,10.2952880859375
HRDIP,λ=8,8192,1,78503,9.5828857421875
HRDIP,λ=8,8192,1,81929,10.0010986328125
HHDIP,λ=8,8192,1,76546,9.343994140625
HHDIP,λ=8,8192,1,78526,9.585693359375
HHDIP,λ=8,8192,1,85128,10.3916015625
HHDIP,λ=8,8192,1,76540,9.34326171875
HHDIP,λ=8,8192,1,78998,9.643310546875
HHDIP,λ=8,8192,1,88173,10.7633056640625
HHDIP,λ=8,8192,1,79776,9.73828125
HHDIP,λ=8,8192,1,73583,8.9822998046875
HHDIP,λ=8,8192,1,74223,9.0604248046875
HHDIP,λ=8,8192,1,87159,10.6395263671875
HHDIP,λ=8,8192,1,72846,8.892333984375
HHDIP,λ=8,8192,1,78762,9.614501953125
HHDIP,λ=8,8192,1,80110,9.779052734375
HHDIP,λ=8,8192,1,83079,10.1414794921875
HHDIP,λ=8,8192,1,78062,9.529052734375
HHDIP,λ=8,8192,1,77206,9.424560546875
HHDIP,λ=8,8192,1,79044,9.64892578125
HHDIP,λ=8,8192,1,79478,9.701904296875
HHDIP,λ=8,8192,1,92470,11.287841796875
HHDIP,λ=8,8192,1,77214,9.425537109375
HHDIP,λ=8,8192,1,85111,10.3895263671875
HHDIP,λ=8,8192,1,78422,9.572998046875
HHDIP,λ=8,8192,1,74335,9.0740966796875
HHDIP,λ=8,8192,1,80887,9.8739013671875
HHDIP,λ=8,8192,1,74932,9.14697265625
HHDIP,λ=8,8192,1,84816,10.353515625
HHDIP,λ=8,8192,1,75115,9.1693115234375
HHDIP,λ=8,8192,1,79453,9.6988525390625
HHDIP,λ=8,8192,1,80203,9.7904052734375
HHDIP,λ=8,8192,1,78054,9.528076171875
HHDIP,λ=8,8192,1,71772,8.76123046875
HHDIP,λ=8,8192,1,84797,10.3511962890625
HHDIP,λ=8,8192,1,88053,10.7486572265625
HHDIP,λ=8,8192,1,74522,9.096923828125
HHDIP,λ=8,8192,1,85198,10.400146484375
HHDIP,λ=8,8192,1,80764,9.85888671875
HHDIP,λ=8,8192,1,78678,9.604248046875
HHDIP,λ=8,8192,1,96236,11.74755859375
HHDIP,λ=8,8192,1,75051,9.1614990234375
HHDIP,λ=8,8192,1,80998,9.887451171875
HHDIP,λ=8,8192,1,79327,9.6834716796875
HHDIP,λ=8,8192,1,80677,9.8482666015625
HHDIP,λ=8,8192,1,80066,9.773681640625
HHDIP,λ=8,8192,1,81951,10.0037841796875
HHDIP,λ=8,8192,1,76644,9.35595703125
HHDIP,λ=8,8192,1,81955,10.0042724609375
HHDIP,λ=8,8192,1,82322,10.049072265625
HHDIP,λ=8,8192,1,74850,9.136962890625
HHDIP,λ=8,8192,1,76557,9.3453369140625
HHDIP,λ=8,8192,1,89897,10.9737548828125
HHDIP,λ=8,8192,1,69267,8.4554443359375
HHDIP,λ=8,8192,1,89668,10.94580078125
HHDIP,λ=8,8192,1,79542,9.709716796875
HHDIP,λ=8,8192,1,85490,10.435791015625
HHDIP,λ=8,8192,1,71422,8.718505859375
HHDIP,λ=8,8192,1,72094,8.800537109375
HHDIP,λ=8,8192,1,85398,10.424560546875
HHDIP,λ=8,8192,1,77176,9.4208984375
HHDIP,λ=8,8192,1,81334,9.928466796875
HHDIP,λ=8,8192,1,78963,9.6390380859375
HHDIP,λ=8,8192,1,74490,9.093017578125
HHDIP,λ=8,8192,1,74886,9.141357421875
HHDIP,λ=8,8192,1,83341,10.1734619140625
HHDIP,λ=8,8192,1,91547,11.1751708984375
HHDIP,λ=8,8192,1,74116,9.04736328125
HHDIP,λ=8,8192,1,76088,9.2880859375
HHDIP,λ=8,8192,1,82275,10.0433349609375
HHDIP,λ=8,8192,1,77665,9.4805908203125
HHDIP,λ=8,8192,1,77314,9.437744140625
HHDIP,λ=8,8192,1,81639,9.9656982421875
HHDIP,λ=8,8192,1,79787,9.7396240234375
HHDIP,λ=8,8192,1,85580,10.44677734375
HHDIP,λ=8,8192,1,78544,9.587890625
HHDIP,λ=8,8192,1,88386,10.789306640625
HHDIP,λ=8,8192,1,69072,8.431640625
HHDIP,λ=8,8192,1,79758,9.736083984375
HHDIP,λ=8,8192,1,85423,10.4276123046875
HHDIP,λ=8,8192,1,100093,12.2183837890625
HHDIP,λ=8,8192,1,87082,10.630126953125
HHDIP,λ=8,8192,1,79103,9.6561279296875
HHDIP,λ=8,8192,1,93351,11.3953857421875
HHDIP,λ=8,8192,1,75014,9.156982421875
HHDIP,λ=8,8192,1,79207,9.6688232421875
HHDIP,λ=8,8192,1,86613,10.5728759765625
HHDIP,λ=8,8192,1,74170,9.053955078125
HHDIP,λ=8,8192,1,78540,9.58740234375
HHDIP,λ=8,8192,1,82421,10.0611572265625
HHDIP,λ=8,8192,1,87017,10.6221923828125
HHDIP,λ=8,8192,1,75226,9.182861328125
HHDIP,λ=8,8192,1,77172,9.42041015625
HHDIP,λ=8,8192,1,94358,11.518310546875
HHDIP,λ=8,8192,1,81516,9.95068359375
HHDIP,λ=8,8192,1,78650,9.600830078125
HHDIP,λ=8,8192,1,78715,9.6087646484375
HHDIP,λ=8,8192,1,83442,10.185791015625
HHDIP,λ=8,8192,1,84043,10.2591552734375
HHDIP,λ=8,8192,1,77252,9.43017578125
HHDIP,λ=8,8192,1,83753,10.2237548828125
HHDIP,λ=8,8192,1,75326,9.195068359375
HHDIP,λ=8,8192,1,87209,10.6456298828125
HHLIP,λ=8,8192,1,78008,9.5224609375
HHLIP,λ=8,8192,1,77569,9.4688720703125
HHLIP,λ=8,8192,1,80539,9.8314208984375
HHLIP,λ=8,8192,1,87526,10.684326171875
HHLIP,λ=8,8192,1,94340,11.51611328125
HHLIP,λ=8,8192,1,86661,10.5787353515625
HHLIP,λ=8,8192,1,84977,10.3731689453125
HHLIP,λ=8,8192,1,82291,10.0452880859375
HHLIP,λ=8,8192,1,81681,9.9708251953125
HHLIP,λ=8,8192,1,98146,11.980712890625
HHLIP,λ=8,8192,1,86448,10.552734375
HHLIP,λ=8,8192,1,71774,8.761474609375
HHLIP,λ=8,8192,1,82128,10.025390625
HHLIP,λ=8,8192,1,82682,10.093017578125
HHLIP,λ=8,8192,1,76880,9.384765625
HHLIP,λ=8,8192,1,80520,9.8291015625
HHLIP,λ=8,8192,1,97795,11.9378662109375
HHLIP,λ=8,8192,1,110444,13.48193359375
HHLIP,λ=8,8192,1,75682,9.238525390625
HHLIP,λ=8,8192,1,80703,9.8514404296875
HHLIP,λ=8,8192,1,84971,10.3724365234375
HHLIP,λ=8,8192,1,82353,10.0528564453125
HHLIP,λ=8,8192,1,83153,10.1505126953125
HHLIP,λ=8,8192,1,79418,9.694580078125
HHLIP,λ=8,8192,1,98520,12.0263671875
HHLIP,λ=8,8192,1,84720,10.341796875
HHLIP,λ=8,8192,1,75282,9.189697265625
HHLIP,λ=8,8192,1,83580,10.20263671875
HHLIP,λ=8,8192,1,85448,10.4306640625
HHLIP,λ=8,8192,1,81103,9.9002685546875
HHLIP,λ=8,8192,1,83002,10.132080078125
HHLIP,λ=8,8192,1,91327,11.1483154296875
HHLIP,λ=8,8192,1,78706,9.607666015625
HHLIP,λ=8,8192,1,82216,10.0361328125
HHLIP,λ=8,8192,1,83322,10.171142578125
HHLIP,λ=8,8192,1,85481,10.4346923828125
HHLIP,λ=8,8192,1,89188,10.88720703125
HHLIP,λ=8,8192,1,93373,11.3980712890625
HHLIP,λ=8,8192,1,88242,10.771728515625
HHLIP,λ=8,8192,1,81416,9.9384765625
HHLIP,λ=8,8192,1,79401,9.6925048828125
HHLIP,λ=8,8192,1,79674,9.725830078125
HHLIP,λ=8,8192,1,80391,9.8133544921875
HHLIP,λ=8,8192,1,77774,9.493896484375
HHLIP,λ=8,8192,1,78541,9.5875244140625
HHLIP,λ=8,8192,1,88822,10.842529296875
HHLIP,λ=8,8192,1,83783,10.2274169921875
HHLIP,λ=8,8192,1,84491,10.3138427734375
HHLIP,λ=8,8192,1,84954,10.370361328125
HHLIP,λ=8,8192,1,84357,10.2974853515625
HHLIP,λ=8,8192,1,85915,10.4876708984375
HHLIP,λ=8,8192,1,84876,10.36083984375
HHLIP,λ=8,8192,1,84195,10.2777099609375
HHLIP,λ=8,8192,1,86750,10.589599609375
HHLIP,λ=8,8192,1,97507,11.9027099609375
HHLIP,λ=8,8192,1,80535,9.8309326171875
HHLIP,λ=8,8192,1,89683,10.9476318359375
HHLIP,λ=8,8192,1,81286,9.922607421875
HHLIP,λ=8,8192,1,86136,10.5146484375
HHLIP,λ=8,8192,1,77067,9.4075927734375
HHLIP,λ=8,8192,1,86546,10.564697265625
HHLIP,λ=8,8192,1,79547,9.7103271484375
HHLIP,λ=8,8192,1,80485,9.8248291015625
HHLIP,λ=8,8192,1,76775,9.3719482421875
HHLIP,λ=8,8192,1,106615,13.0145263671875
HHLIP,λ=8,8192,1,80509,9.8277587890625
HHLIP,λ=8,8192,1,78518,9.584716796875
HHLIP,λ=8,8192,1,84171,10.2747802734375
HHLIP,λ=8,8192,1,86555,10.5657958984375
HHLIP,λ=8,8192,1,84678,10.336669921875
HHLIP,λ=8,8192,1,91700,11.19384765625
HHLIP,λ=8,8192,1,90880,11.09375
HHLIP,λ=8,8192,1,85672,10.4580078125
HHLIP,λ=8,8192,1,73847,9.0145263671875
HHLIP,λ=8,8192,1,85728,10.46484375
HHLIP,λ=8,8192,1,85795,10.4730224609375
HHLIP,λ=8,8192,1,86159,10.5174560546875
HHLIP,λ=8,8192,1,85682,10.459228515625
HHLIP,λ=8,8192,1,89552,10.931640625
HHLIP,λ=8,8192,1,77724,9.48779296875
HHLIP,λ=8,8192,1,95491,11.6566162109375
HHLIP,λ=8,8192,1,101784,12.4248046875
HHLIP,λ=8,8192,1,88533,10.8072509765625
HHLIP,λ=8,8192,1,85721,10.4639892578125
HHLIP,λ=8,8192,1,100223,12.2342529296875
HHLIP,λ=8,8192,1,75486,9.214599609375
HHLIP,λ=8,8192,1,78097,9.5333251953125
HHLIP,λ=8,8192,1,78200,9.5458984375
HHLIP,λ=8,8192,1,79675,9.7259521484375
HHLIP,λ=8,8192,1,77609,9.4737548828125
HHLIP,λ=8,8192,1,84978,10.373291015625
HHLIP,λ=8,8192,1,91446,11.162841796875
HHLIP,λ=8,8192,1,80200,9.7900390625
HHLIP,λ=8,8192,1,84324,10.29345703125
HHLIP,λ=8,8192,1,82823,10.1102294921875
HHLIP,λ=8,8192,1,81924,10.00048828125
HHLIP,λ=8,8192,1,78152,9.5400390625
HHLIP,λ=8,8192,1,85309,10.4136962890625
HHLIP,λ=8,8192,1,81721,9.9757080078125
HHLIP,λ=8,8192,1,96551,11.7860107421875
HRLIP,λ=8,8192,1,87513,10.6827392578125
HRLIP,λ=8,8192,1,77107,9.4124755859375
HRLIP,λ=8,8192,1,80142,9.782958984375
HRLIP,λ=8,8192,1,79853,9.7476806640625
HRLIP,λ=8,8192,1,91692,11.19287109375
HRLIP,λ=8,8192,1,83468,10.18896484375
HRLIP,λ=8,8192,1,72613,8.8638916015625
HRLIP,λ=8,8192,1,73532,8.97607421875
HRLIP,λ=8,8192,1,97105,11.8536376953125
HRLIP,λ=8,8192,1,80060,9.77294921875
HRLIP,λ=8,8192,1,71530,8.731689453125
HRLIP,λ=8,8192,1,86608,10.572265625
HRLIP,λ=8,8192,1,101544,12.3955078125
HRLIP,λ=8,8192,1,80587,9.8372802734375
HRLIP,λ=8,8192,1,82159,10.0291748046875
HRLIP,λ=8,8192,1,86269,10.5308837890625
HRLIP,λ=8,8192,1,81318,9.926513671875
HRLIP,λ=8,8192,1,101367,12.3739013671875
HRLIP,λ=8,8192,1,78306,9.558837890625
HRLIP,λ=8,8192,1,84982,10.373779296875
HRLIP,λ=8,8192,1,85650,10.455322265625
HRLIP,λ=8,8192,1,86922,10.610595703125
HRLIP,λ=8,8192,1,80131,9.7816162109375
HRLIP,λ=8,8192,1,78783,9.6170654296875
HRLIP,λ=8,8192,1,80818,9.865478515625
HRLIP,λ=8,8192,1,79017,9.6456298828125
HRLIP,λ=8,8192,1,85669,10.4576416015625
HRLIP,λ=8,8192,1,81532,9.95263671875
HRLIP,λ=8,8192,1,78719,9.6092529296875
HRLIP,λ=8,8192,1,76538,9.343017578125
HRLIP,λ=8,8192,1,86191,10.5213623046875
HRLIP,λ=8,8192,1,76355,9.3206787109375
HRLIP,λ=8,8192,1,85237,10.4049072265625
HRLIP,λ=8,8192,1,90995,11.1077880859375
HRLIP,λ=8,8192,1,82051,10.0159912109375
HRLIP,λ=8,8192,1,86000,10.498046875
HRLIP,λ=8,8192,1,98817,12.0626220703125
HRLIP,λ=8,8192,1,92889,11.3389892578125
HRLIP,λ=8,8192,1,88637,10.8199462890625
HRLIP,λ=8,8192,1,80242,9.795166015625
HRLIP,λ=8,8192,1,76399,9.3260498046875
HRLIP,λ=8,8192,1,76714,9.364501953125
HRLIP,λ=8,8192,1,79076,9.65283203125
HRLIP,λ=8,8192,1,90945,11.1016845703125
HRLIP,λ=8,8192,1,85097,10.3878173828125
HRLIP,λ=8,8192,1,93432,11.4052734375
HRLIP,λ=8,8192,1,88764,10.83544921875
HRLIP,λ=8,8192,1,83772,10.22607421875
HRLIP,λ=8,8192,1,81946,10.003173828125
HRLIP,λ=8,8192,1,75579,9.2259521484375
HRLIP,λ=8,8192,1,82773,10.1041259765625
HRLIP,λ=8,8192,1,78850,9.625244140625
HRLIP,λ=8,8192,1,75392,9.203125
HRLIP,λ=8,8192,1,81503,9.9490966796875
HRLIP,λ=8,8192,1,78022,9.524169921875
HRLIP,λ=8,8192,1,76119,9.2918701171875
HRLIP,λ=8,8192,1,89664,10.9453125
HRLIP,λ=8,8192,1,88077,10.7515869140625
HRLIP,λ=8,8192,1,97183,11.8631591796875
HRLIP,λ=8,8192,1,80979,9.8851318359375
HRLIP,λ=8,8192,1,80024,9.7685546875
HRLIP,λ=8,8192,1,81374,9.933349609375
HRLIP,λ=8,8192,1,84061,10.2613525390625
HRLIP,λ=8,8192,1,72575,8.8592529296875
HRLIP,λ=8,8192,1,77377,9.4454345703125
HRLIP,λ=8,8192,1,87567,10.6893310546875
HRLIP,λ=8,8192,1,85630,10.452880859375
HRLIP,λ=8,8192,1,84909,10.3648681640625
HRLIP,λ=8,8192,1,88839,10.8446044921875
HRLIP,λ=8,8192,1,89299,10.9007568359375
HRLIP,λ=8,8192,1,78802,9.619384765625
HRLIP,λ=8,8192,1,87635,10.6976318359375
HRLIP,λ=8,8192,1,83293,10.1676025390625
HRLIP,λ=8,8192,1,78492,9.58154296875
HRLIP,λ=8,8192,1,90245,11.0162353515625
HRLIP,λ=8,8192,1,72660,8.86962890625
HRLIP,λ=8,8192,1,84180,10.27587890625
HRLIP,λ=8,8192,1,80707,9.8519287109375
HRLIP,λ=8,8192,1,84773,10.3482666015625
HRLIP,λ=8,8192,1,76932,9.39111328125
HRLIP,λ=8,8192,1,87903,10.7303466796875
HRLIP,λ=8,8192,1,81687,9.9715576171875
HRLIP,λ=8,8192,1,82349,10.0523681640625
HRLIP,λ=8,8192,1,86961,10.6153564453125
HRLIP,λ=8,8192,1,77859,9.5042724609375
HRLIP,λ=8,8192,1,89773,10.9586181640625
HRLIP,λ=8,8192,1,89972,10.98291015625
HRLIP,λ=8,8192,1,78277,9.5552978515625
HRLIP,λ=8,8192,1,81372,9.93310546875
HRLIP,λ=8,8192,1,79083,9.6536865234375
HRLIP,λ=8,8192,1,76695,9.3621826171875
HRLIP,λ=8,8192,1,82457,10.0655517578125
HRLIP,λ=8,8192,1,77872,9.505859375
HRLIP,λ=8,8192,1,84259,10.2855224609375
HRLIP,λ=8,8192,1,80789,9.8619384765625
HRLIP,λ=8,8192,1,89957,10.9810791015625
HRLIP,λ=8,8192,1,84514,10.316650390625
HRLIP,λ=8,8192,1,86112,10.51171875
HRLIP,λ=8,8192,1,75755,9.2474365234375
HRLIP,λ=8,8192,1,84114,10.267822265625
HSLIP,λ=8,8192,1,120512,14.7109375
HSLIP,λ=8,8192,1,98694,12.047607421875
HSLIP,λ=8,8192,1,122528,14.95703125
HSLIP,λ=8,8192,1,102243,12.4808349609375
HSLIP,λ=8,8192,1,107531,13.1263427734375
HSLIP,λ=8,8192,1,98973,12.0816650390625
HSLIP,λ=8,8192,1,108737,13.2735595703125
HSLIP,λ=8,8192,1,107300,13.09814453125
HSLIP,λ=8,8192,1,105547,12.8841552734375
HSLIP,λ=8,8192,1,103089,12.5841064453125
HSLIP,λ=8,8192,1,111653,13.6295166015625
HSLIP,λ=8,8192,1,108630,13.260498046875
HSLIP,λ=8,8192,1,107848,13.1650390625
HSLIP,λ=8,8192,1,109171,13.3265380859375
HSLIP,λ=8,8192,1,113960,13.9111328125
HSLIP,λ=8,8192,1,101465,12.3858642578125
HSLIP,λ=8,8192,1,92833,11.3321533203125
HSLIP,λ=8,8192,1,115043,14.0433349609375
HSLIP,λ=8,8192,1,102171,12.4720458984375
HSLIP,λ=8,8192,1,109872,13.412109375
HSLIP,λ=8,8192,1,117386,14.329345703125
HSLIP,λ=8,8192,1,98930,12.076416015625
HSLIP,λ=8,8192,1,89544,10.9306640625
HSLIP,λ=8,8192,1,106248,12.9697265625
HSLIP,λ=8,8192,1,107283,13.0960693359375
HSLIP,λ=8,8192,1,98528,12.02734375
HSLIP,λ=8,8192,1,96931,11.8323974609375
HSLIP,λ=8,8192,1,105980,12.93701171875
HSLIP,λ=8,8192,1,99504,12.146484375
HSLIP,λ=8,8192,1,104164,12.71533203125
HSLIP,λ=8,8192,1,101898,12.438720703125
HSLIP,λ=8,8192,1,100512,12.26953125
HSLIP,λ=8,8192,1,102180,12.47314453125
HSLIP,λ=8,8192,1,119657,14.6065673828125
HSLIP,λ=8,8192,1,130358,15.912841796875
HSLIP,λ=8,8192,1,107281,13.0958251953125
HSLIP,λ=8,8192,1,96900,11.82861328125
HSLIP,λ=8,8192,1,98709,12.0494384765625
HSLIP,λ=8,8192,1,88750,10.833740234375
HSLIP,λ=8,8192,1,101685,12.4127197265625
HSLIP,λ=8,8192,1,121959,14.8875732421875
HSLIP,λ=8,8192,1,111920,13.662109375
HSLIP,λ=8,8192,1,92910,11.341552734375
HSLIP,λ=8,8192,1,96600,11.7919921875
HSLIP,λ=8,8192,1,107218,13.088134765625
HSLIP,λ=8,8192,1,113172,13.81494140625
HSLIP,λ=8,8192,1,107315,13.0999755859375
HSLIP,λ=8,8192,1,102559,12.5194091796875
HSLIP,λ=8,8192,1,95792,11.693359375
HSLIP,λ=8,8192,1,118778,14.499267578125
HSLIP,λ=8,8192,1,103896,12.6826171875
HSLIP,λ=8,8192,1,128326,15.664794921875
HSLIP,λ=8,8192,1,94942,11.589599609375
HSLIP,λ=8,8192,1,109521,13.3692626953125
HSLIP,λ=8,8192,1,113983,13.9139404296875
HSLIP,λ=8,8192,1,126947,15.4964599609375
HSLIP,λ=8,8192,1,97035,11.8450927734375
HSLIP,λ=8,8192,1,99998,12.206787109375
HSLIP,λ=8,8192,1,98491,12.0228271484375
HSLIP,λ=8,8192,1,99245,12.1148681640625
HSLIP,λ=8,8192,1,112744,13.7626953125
HSLIP,λ=8,8192,1,103010,12.574462890625
HSLIP,λ=8,8192,1,103971,12.6917724609375
HSLIP,λ=8,8192,1,108134,13.199951171875
HSLIP,λ=8,8192,1,124472,15.1943359375
HSLIP,λ=8,8192,1,98423,12.0145263671875
HSLIP,λ=8,8192,1,102628,12.52783203125
HSLIP,λ=8,8192,1,121201,14.7950439453125
HSLIP,λ=8,8192,1,101191,12.3524169921875
HSLIP,λ=8,8192,1,106803,13.0374755859375
HSLIP,λ=8,8192,1,110478,13.486083984375
HSLIP,λ=8,8192,1,101510,12.391357421875
HSLIP,λ=8,8192,1,110460,13.48388671875
HSLIP,λ=8,8192,1,101626,12.405517578125
HSLIP,λ=8,8192,1,108525,13.2476806640625
HSLIP,λ=8,8192,1,105873,12.9239501953125
HSLIP,λ=8,8192,1,113976,13.9130859375
HSLIP,λ=8,8192,1,104172,12.71630859375
HSLIP,λ=8,8192,1,98670,12.044677734375
HSLIP,λ=8,8192,1,117423,14.3338623046875
HSLIP,λ=8,8192,1,130361,15.9132080078125
HSLIP,λ=8,8192,1,100852,12.31103515625
HSLIP,λ=8,8192,1,98345,12.0050048828125
HSLIP,λ=8,8192,1,90926,11.099365234375
HSLIP,λ=8,8192,1,157036,19.16943359375
HSLIP,λ=8,8192,1,124796,15.23388671875
HSLIP,λ=8,8192,1,94770,11.568603515625
HSLIP,λ=8,8192,1,123978,15.134033203125
HSLIP,λ=8,8192,1,98700,12.04833984375
HSLIP,λ=8,8192,1,100366,12.251708984375
HSLIP,λ=8,8192,1,114410,13.966064453125
HSLIP,λ=8,8192,1,93329,11.3927001953125
HSLIP,λ=8,8192,1,104082,12.705322265625
HSLIP,λ=8,8192,1,112272,13.705078125
HSLIP,λ=8,8192,1,111247,13.5799560546875
HSLIP,λ=8,8192,1,99567,12.1541748046875
HSLIP,λ=8,8192,1,124745,15.2276611328125
HSLIP,λ=8,8192,1,101593,12.4014892578125
HSLIP,λ=8,8192,1,121044,14.77587890625
HSDCD,λ=8,8192,1,77596,9.47216796875
HSDCD,λ=8,8192,1,88927,10.8553466796875
HSDCD,λ=8,8192,1,88106,10.755126953125
HSDCD,λ=8,8192,1,104659,12.7757568359375
HSDCD,λ=8,8192,1,96994,11.840087890625
HSDCD,λ=8,8192,1,89049,10.8702392578125
HSDCD,λ=8,8192,1,88541,10.8082275390625
HSDCD,λ=8,8192,1,89270,10.897216796875
HSDCD,λ=8,8192,1,85901,10.4859619140625
HSDCD,λ=8,8192,1,96706,11.804931640625
HSDCD,λ=8,8192,1,86913,10.6094970703125
HSDCD,λ=8,8192,1,104127,12.7108154296875
HSDCD,λ=8,8192,1,92935,11.3446044921875
HSDCD,λ=8,8192,1,99247,12.1151123046875
HSDCD,λ=8,8192,1,123606,15.088623046875
HSDCD,λ=8,8192,1,92635,11.3079833984375
HSDCD,λ=8,8192,1,91903,11.2186279296875
HSDCD,λ=8,8192,1,101437,12.3824462890625
HSDCD,λ=8,8192,1,85091,10.3870849609375
HSDCD,λ=8,8192,1,90469,11.0435791015625
HSDCD,λ=8,8192,1,87675,10.7025146484375
HSDCD,λ=8,8192,1,82295,10.0457763671875
HSDCD,λ=8,8192,1,88697,10.8272705078125
HSDCD,λ=8,8192,1,118035,14.4085693359375
HSDCD,λ=8,8192,1,92237,11.2593994140625
HSDCD,λ=8,8192,1,95801,11.6944580078125
HSDCD,λ=8,8192,1,103970,12.691650390625
HSDCD,λ=8,8192,1,84041,10.2589111328125
HSDCD,λ=8,8192,1,115453,14.0933837890625
HSDCD,λ=8,8192,1,93065,11.3604736328125
HSDCD,λ=8,8192,1,88830,10.843505859375
HSDCD,λ=8,8192,1,89232,10.892578125
HSDCD,λ=8,8192,1,86464,10.5546875
HSDCD,λ=8,8192,1,91327,11.1483154296875
HSDCD,λ=8,8192,1,88412,10.79248046875
HSDCD,λ=8,8192,1,83518,10.195068359375
HSDCD,λ=8,8192,1,87598,10.693115234375
HSDCD,λ=8,8192,1,100832,12.30859375
HSDCD,λ=8,8192,1,98757,12.0552978515625
HSDCD,λ=8,8192,1,98971,12.0814208984375
HSDCD,λ=8,8192,1,92310,11.268310546875
HSDCD,λ=8,8192,1,88330,10.782470703125
HSDCD,λ=8,8192,1,104023,12.6981201171875
HSDCD,λ=8,8192,1,94097,11.4864501953125
HSDCD,λ=8,8192,1,87997,10.7418212890625
HSDCD,λ=8,8192,1,94367,11.5194091796875
HSDCD,λ=8,8192,1,88200,10.7666015625
HSDCD,λ=8,8192,1,83420,10.18310546875
HSDCD,λ=8,8192,1,102614,12.526123046875
HSDCD,λ=8,8192,1,91421,11.1597900390625
HSDCD,λ=8,8192,1,80459,9.8216552734375
HSDCD,λ=8,8192,1,99802,12.182861328125
HSDCD,λ=8,8192,1,82293,10.0455322265625
HSDCD,λ=8,8192,1,87591,10.6922607421875
HSDCD,λ=8,8192,1,94426,11.526611328125
HSDCD,λ=8,8192,1,87990,10.740966796875
HSDCD,λ=8,8192,1,87801,10.7178955078125
HSDCD,λ=8,8192,1,99288,12.1201171875
HSDCD,λ=8,8192,1,95122,11.611572265625
HSDCD,λ=8,8192,1,105806,12.915771484375
HSDCD,λ=8,8192,1,85440,10.4296875
HSDCD,λ=8,8192,1,73489,8.9708251953125
HSDCD,λ=8,8192,1,92764,11.32373046875
HSDCD,λ=8,8192,1,80511,9.8280029296875
HSDCD,λ=8,8192,1,82852,10.11376953125
HSDCD,λ=8,8192,1,99445,12.1392822265625
HSDCD,λ=8,8192,1,93379,11.3988037109375
HSDCD,λ=8,8192,1,95528,11.6611328125
HSDCD,λ=8,8192,1,86386,10.545166015625
HSDCD,λ=8,8192,1,89304,10.9013671875
HSDCD,λ=8,8192,1,89098,10.876220703125
HSDCD,λ=8,8192,1,94484,11.53369140625
HSDCD,λ=8,8192,1,82893,10.1187744140625
HSDCD,λ=8,8192,1,86114,10.511962890625
HSDCD,λ=8,8192,1,87195,10.6439208984375
HSDCD,λ=8,8192,1,85330,10.416259765625
HSDCD,λ=8,8192,1,100328,12.2470703125
HSDCD,λ=8,8192,1,91439,11.1619873046875
HSDCD,λ=8,8192,1,98900,12.07275390625
HSDCD,λ=8,8192,1,108719,13.2713623046875
HSDCD,λ=8,8192,1,97813,11.9400634765625
HSDCD,λ=8,8192,1,88717,10.8297119140625
HSDCD,λ=8,8192,1,99906,12.195556640625
HSDCD,λ=8,8192,1,89117,10.8785400390625
HSDCD,λ=8,8192,1,109677,13.3883056640625
HSDCD,λ=8,8192,1,94488,11.5341796875
HSDCD,λ=8,8192,1,73470,8.968505859375
HSDCD,λ=8,8192,1,93968,11.470703125
HSDCD,λ=8,8192,1,92960,11.34765625
HSDCD,λ=8,8192,1,87548,10.68701171875
HSDCD,λ=8,8192,1,87837,10.7222900390625
HSDCD,λ=8,8192,1,88664,10.8232421875
HSDCD,λ=8,8192,1,93184,11.375
HSDCD,λ=8,8192,1,99081,12.0948486328125
HSDCD,λ=8,8192,1,94306,11.511962890625
HSDCD,λ=8,8192,1,100920,12.3193359375
HSDCD,λ=8,8192,1,118436,14.45751953125
HSDCD,λ=8,8192,1,89779,10.9593505859375
HSDCD,λ=8,8192,1,92108,11.24365234375
HSDCD,λ=8,8192,1,107222,13.088623046875
HRDCD,λ=8,8192,1,68606,8.374755859375
HRDCD,λ=8,8192,1,69781,8.5181884765625
HRDCD,λ=8,8192,1,68940,8.41552734375
HRDCD,λ=8,8192,1,75024,9.158203125
HRDCD,λ=8,8192,1,66531,8.1214599609375
HRDCD,λ=8,8192,1,69163,8.4427490234375
HRDCD,λ=8,8192,1,69839,8.5252685546875
HRDCD,λ=8,8192,1,82210,10.035400390625
HRDCD,λ=8,8192,1,73413,8.9615478515625
HRDCD,λ=8,8192,1,67273,8.2120361328125
HRDCD,λ=8,8192,1,80213,9.7916259765625
HRDCD,λ=8,8192,1,69376,8.46875
HRDCD,λ=8,8192,1,68204,8.32568359375
HRDCD,λ=8,8192,1,73934,9.025146484375
HRDCD,λ=8,8192,1,71896,8.7763671875
HRDCD,λ=8,8192,1,63506,7.752197265625
HRDCD,λ=8,8192,1,67487,8.2381591796875
HRDCD,λ=8,8192,1,71472,8.724609375
HRDCD,λ=8,8192,1,70003,8.5452880859375
HRDCD,λ=8,8192,1,67523,8.2425537109375
HRDCD,λ=8,8192,1,65506,7.996337890625
HRDCD,λ=8,8192,1,65055,7.9412841796875
HRDCD,λ=8,8192,1,70322,8.584228515625
HRDCD,λ=8,8192,1,75434,9.208251953125
HRDCD,λ=8,8192,1,68284,8.33544921875
HRDCD,λ=8,8192,1,73197,8.9351806640625
HRDCD,λ=8,8192,1,71796,8.76416015625
HRDCD,λ=8,8192,1,74831,9.1346435546875
HRDCD,λ=8,8192,1,73985,9.0313720703125
HRDCD,λ=8,8192,1,76510,9.339599609375
HRDCD,λ=8,8192,1,82047,10.0155029296875
HRDCD,λ=8,8192,1,69747,8.5140380859375
HRDCD,λ=8,8192,1,61328,7.486328125
HRDCD,λ=8,8192,1,69986,8.543212890625
HRDCD,λ=8,8192,1,72992,8.91015625
HRDCD,λ=8,8192,1,71364,8.71142578125
HRDCD,λ=8,8192,1,65449,7.9893798828125
HRDCD,λ=8,8192,1,68854,8.405029296875
HRDCD,λ=8,8192,1,71441,8.7208251953125
HRDCD,λ=8,8192,1,63309,7.7281494140625
HRDCD,λ=8,8192,1,69383,8.4696044921875
HRDCD,λ=8,8192,1,84906,10.364501953125
HRDCD,λ=8,8192,1,81439,9.9412841796875
HRDCD,λ=8,8192,1,65283,7.9691162109375
HRDCD,λ=8,8192,1,64903,7.9227294921875
HRDCD,λ=8,8192,1,74648,9.1123046875
HRDCD,λ=8,8192,1,67904,8.2890625
HRDCD,λ=8,8192,1,63191,7.7137451171875
HRDCD,λ=8,8192,1,76266,9.309814453125
HRDCD,λ=8,8192,1,70527,8.6092529296875
HRDCD,λ=8,8192,1,66107,8.0697021484375
HRDCD,λ=8,8192,1,76858,9.382080078125
HRDCD,λ=8,8192,1,66389,8.1041259765625
HRDCD,λ=8,8192,1,72147,8.8070068359375
HRDCD,λ=8,8192,1,79698,9.728759765625
HRDCD,λ=8,8192,1,64169,7.8331298828125
HRDCD,λ=8,8192,1,62364,7.61279296875
HRDCD,λ=8,8192,1,69419,8.4739990234375
HRDCD,λ=8,8192,1,69639,8.5008544921875
HRDCD,λ=8,8192,1,71290,8.702392578125
HRDCD,λ=8,8192,1,64356,7.85595703125
HRDCD,λ=8,8192,1,76773,9.3717041015625
HRDCD,λ=8,8192,1,66846,8.159912109375
HRDCD,λ=8,8192,1,80530,9.830322265625
HRDCD,λ=8,8192,1,70015,8.5467529296875
HRDCD,λ=8,8192,1,67556,8.24658203125
HRDCD,λ=8,8192,1,76661,9.3580322265625
HRDCD,λ=8,8192,1,80586,9.837158203125
HRDCD,λ=8,8192,1,66334,8.097412109375
HRDCD,λ=8,8192,1,69804,8.52099609375
HRDCD,λ=8,8192,1,67237,8.2076416015625
HRDCD,λ=8,8192,1,71205,8.6920166015625
HRDCD,λ=8,8192,1,64756,7.90478515625
HRDCD,λ=8,8192,1,70277,8.5787353515625
HRDCD,λ=8,8192,1,68001,8.3009033203125
HRDCD,λ=8,8192,1,69255,8.4539794921875
HRDCD,λ=8,8192,1,70371,8.5902099609375
HRDCD,λ=8,8192,1,75832,9.2568359375
HRDCD,λ=8,8192,1,72625,8.8653564453125
HRDCD,λ=8,8192,1,63719,7.7781982421875
HRDCD,λ=8,8192,1,79163,9.6634521484375
HRDCD,λ=8,8192,1,68554,8.368408203125
HRDCD,λ=8,8192,1,74035,9.0374755859375
HRDCD,λ=8,8192,1,72061,8.7965087890625
HRDCD,λ=8,8192,1,73737,9.0010986328125
HRDCD,λ=8,8192,1,68545,8.3673095703125
HRDCD,λ=8,8192,1,78733,9.6109619140625
HRDCD,λ=8,8192,1,68540,8.36669921875
HRDCD,λ=8,8192,1,69828,8.52392578125
HRDCD,λ=8,8192,1,65240,7.9638671875
HRDCD,λ=8,8192,1,67635,8.2562255859375
HRDCD,λ=8,8192,1,60145,7.3419189453125
HRDCD,λ=8,8192,1,67798,8.276123046875
HRDCD,λ=8,8192,1,67105,8.1915283203125
HRDCD,λ=8,8192,1,75263,9.1873779296875
HRDCD,λ=8,8192,1,74052,9.03955078125
HRDCD,λ=8,8192,1,75755,9.2474365234375
HRDCD,λ=8,8192,1,67225,8.2061767578125
HRDCD,λ=8,8192,1,68810,8.399658203125
HRDCD,λ=8,8192,1,68235,8.3294677734375
HHDCD,λ=8,8192,1,63683,7.7738037109375
HHDCD,λ=8,8192,1,66676,8.13916015625
HHDCD,λ=8,8192,1,66452,8.11181640625
HHDCD,λ=8,8192,1,65045,7.9400634765625
HHDCD,λ=8,8192,1,67990,8.299560546875
HHDCD,λ=8,8192,1,73574,8.981201171875
HHDCD,λ=8,8192,1,68838,8.403076171875
HHDCD,λ=8,8192,1,73191,8.9344482421875
HHDCD,λ=8,8192,1,68221,8.3277587890625
HHDCD,λ=8,8192,1,63525,7.7545166015625
HHDCD,λ=8,8192,1,76733,9.3668212890625
HHDCD,λ=8,8192,1,66591,8.1287841796875
HHDCD,λ=8,8192,1,61753,7.5382080078125
HHDCD,λ=8,8192,1,65747,8.0257568359375
HHDCD,λ=8,8192,1,61810,7.545166015625
HHDCD,λ=8,8192,1,66445,8.1109619140625
HHDCD,λ=8,8192,1,65723,8.0228271484375
HHDCD,λ=8,8192,1,66656,8.13671875
HHDCD,λ=8,8192,1,77002,9.399658203125
HHDCD,λ=8,8192,1,64551,7.8797607421875
HHDCD,λ=8,8192,1,74684,9.11669921875
HHDCD,λ=8,8192,1,63045,7.6959228515625
HHDCD,λ=8,8192,1,72474,8.846923828125
HHDCD,λ=8,8192,1,65982,8.054443359375
HHDCD,λ=8,8192,1,66897,8.1661376953125
HHDCD,λ=8,8192,1,63740,7.78076171875
HHDCD,λ=8,8192,1,73915,9.0228271484375
HHDCD,λ=8,8192,1,69279,8.4569091796875
HHDCD,λ=8,8192,1,63748,7.78173828125
HHDCD,λ=8,8192,1,64305,7.8497314453125
HHDCD,λ=8,8192,1,83856,10.236328125
HHDCD,λ=8,8192,1,75741,9.2457275390625
HHDCD,λ=8,8192,1,71658,8.747314453125
HHDCD,λ=8,8192,1,68276,8.33447265625
HHDCD,λ=8,8192,1,70441,8.5987548828125
HHDCD,λ=8,8192,1,68085,8.3111572265625
HHDCD,λ=8,8192,1,76769,9.3712158203125
HHDCD,λ=8,8192,1,63941,7.8052978515625
HHDCD,λ=8,8192,1,67842,8.281494140625
HHDCD,λ=8,8192,1,65366,7.979248046875
HHDCD,λ=8,8192,1,67497,8.2393798828125
HHDCD,λ=8,8192,1,64868,7.91845703125
HHDCD,λ=8,8192,1,71434,8.719970703125
HHDCD,λ=8,8192,1,73140,8.92822265625
HHDCD,λ=8,8192,1,80224,9.79296875
HHDCD,λ=8,8192,1,64015,7.8143310546875
HHDCD,λ=8,8192,1,66364,8.10107421875
HHDCD,λ=8,8192,1,74339,9.0745849609375
HHDCD,λ=8,8192,1,77826,9.500244140625
HHDCD,λ=8,8192,1,73300,8.94775390625
HHDCD,λ=8,8192,1,63390,7.738037109375
HHDCD,λ=8,8192,1,62864,7.673828125
HHDCD,λ=8,8192,1,69431,8.4754638671875
HHDCD,λ=8,8192,1,64356,7.85595703125
HHDCD,λ=8,8192,1,66413,8.1070556640625
HHDCD,λ=8,8192,1,76334,9.318115234375
HHDCD,λ=8,8192,1,70129,8.5606689453125
HHDCD,λ=8,8192,1,65907,8.0452880859375
HHDCD,λ=8,8192,1,69991,8.5438232421875
HHDCD,λ=8,8192,1,68598,8.373779296875
HHDCD,λ=8,8192,1,72508,8.85107421875
HHDCD,λ=8,8192,1,73389,8.9586181640625
HHDCD,λ=8,8192,1,68788,8.39697265625
HHDCD,λ=8,8192,1,70085,8.5552978515625
HHDCD,λ=8,8192,1,63200,7.71484375
HHDCD,λ=8,8192,1,65841,8.0372314453125
HHDCD,λ=8,8192,1,73905,9.0216064453125
HHDCD,λ=8,8192,1,68666,8.382080078125
HHDCD,λ=8,8192,1,66386,8.103759765625
HHDCD,λ=8,8192,1,60144,7.341796875
HHDCD,λ=8,8192,1,61857,7.5509033203125
HHDCD,λ=8,8192,1,73866,9.016845703125
HHDCD,λ=8,8192,1,68650,8.380126953125
HHDCD,λ=8,8192,1,72868,8.89501953125
HHDCD,λ=8,8192,1,66127,8.0721435546875
HHDCD,λ=8,8192,1,71388,8.71435546875
HHDCD,λ=8,8192,1,65846,8.037841796875
HHDCD,λ=8,8192,1,66514,8.119384765625
HHDCD,λ=8,8192,1,69964,8.54052734375
HHDCD,λ=8,8192,1,66322,8.095947265625
HHDCD,λ=8,8192,1,73597,8.9840087890625
HHDCD,λ=8,8192,1,72072,8.7978515625
HHDCD,λ=8,8192,1,66383,8.1033935546875
HHDCD,λ=8,8192,1,72851,8.8929443359375
HHDCD,λ=8,8192,1,70154,8.563720703125
HHDCD,λ=8,8192,1,72230,8.817138671875
HHDCD,λ=8,8192,1,64655,7.8924560546875
HHDCD,λ=8,8192,1,71326,8.706787109375
HHDCD,λ=8,8192,1,65705,8.0206298828125
HHDCD,λ=8,8192,1,66825,8.1573486328125
HHDCD,λ=8,8192,1,60145,7.3419189453125
HHDCD,λ=8,8192,1,65917,8.0465087890625
HHDCD,λ=8,8192,1,62677,7.6510009765625
HHDCD,λ=8,8192,1,76284,9.31201171875
HHDCD,λ=8,8192,1,62623,7.6444091796875
HHDCD,λ=8,8192,1,66462,8.113037109375
HHDCD,λ=8,8192,1,65743,8.0252685546875
HHDCD,λ=8,8192,1,69707,8.5091552734375
HHDCD,λ=8,8192,1,59855,7.3065185546875
HHLCD,λ=8,8192,1,70396,8.59326171875
HHLCD,λ=8,8192,1,66083,8.0667724609375
HHLCD,λ=8,8192,1,78432,9.57421875
HHLCD,λ=8,8192,1,66685,8.1402587890625
HHLCD,λ=8,8192,1,66052,8.06298828125
HHLCD,λ=8,8192,1,67734,8.268310546875
HHLCD,λ=8,8192,1,64840,7.9150390625
HHLCD,λ=8,8192,1,64909,7.9234619140625
HHLCD,λ=8,8192,1,66408,8.1064453125
HHLCD,λ=8,8192,1,64400,7.861328125
HHLCD,λ=8,8192,1,64545,7.8790283203125
HHLCD,λ=8,8192,1,76752,9.369140625
HHLCD,λ=8,8192,1,81997,10.0093994140625
HHLCD,λ=8,8192,1,76064,9.28515625
HHLCD,λ=8,8192,1,73741,9.0015869140625
HHLCD,λ=8,8192,1,62395,7.6165771484375
HHLCD,λ=8,8192,1,70315,8.5833740234375
HHLCD,λ=8,8192,1,60335,7.3651123046875
HHLCD,λ=8,8192,1,71238,8.696044921875
HHLCD,λ=8,8192,1,71472,8.724609375
HHLCD,λ=8,8192,1,70468,8.60205078125
HHLCD,λ=8,8192,1,72019,8.7913818359375
HHLCD,λ=8,8192,1,75200,9.1796875
HHLCD,λ=8,8192,1,63713,7.7774658203125
HHLCD,λ=8,8192,1,61424,7.498046875
HHLCD,λ=8,8192,1,66863,8.1619873046875
HHLCD,λ=8,8192,1,68284,8.33544921875
HHLCD,λ=8,8192,1,68448,8.35546875
HHLCD,λ=8,8192,1,69957,8.5396728515625
HHLCD,λ=8,8192,1,71111,8.6805419921875
HHLCD,λ=8,8192,1,74731,9.1224365234375
HHLCD,λ=8,8192,1,65466,7.991455078125
HHLCD,λ=8,8192,1,66606,8.130615234375
HHLCD,λ=8,8192,1,67203,8.2034912109375
HHLCD,λ=8,8192,1,68591,8.3729248046875
HHLCD,λ=8,8192,1,70849,8.6485595703125
HHLCD,λ=8,8192,1,65375,7.9803466796875
HHLCD,λ=8,8192,1,65489,7.9942626953125
HHLCD,λ=8,8192,1,67253,8.2095947265625
HHLCD,λ=8,8192,1,66352,8.099609375
HHLCD,λ=8,8192,1,86350,10.540771484375
HHLCD,λ=8,8192,1,73140,8.92822265625
HHLCD,λ=8,8192,1,72976,8.908203125
HHLCD,λ=8,8192,1,70388,8.59228515625
HHLCD,λ=8,8192,1,67533,8.2437744140625
HHLCD,λ=8,8192,1,73081,8.9210205078125
HHLCD,λ=8,8192,1,73590,8.983154296875
HHLCD,λ=8,8192,1,72901,8.8990478515625
HHLCD,λ=8,8192,1,64681,7.8956298828125
HHLCD,λ=8,8192,1,66668,8.13818359375
HHLCD,λ=8,8192,1,66177,8.0782470703125
HHLCD,λ=8,8192,1,65545,8.0010986328125
HHLCD,λ=8,8192,1,71239,8.6961669921875
HHLCD,λ=8,8192,1,64949,7.9283447265625
HHLCD,λ=8,8192,1,82162,10.029541015625
HHLCD,λ=8,8192,1,63611,7.7650146484375
HHLCD,λ=8,8192,1,65229,7.9625244140625
HHLCD,λ=8,8192,1,63277,7.7242431640625
HHLCD,λ=8,8192,1,69301,8.4595947265625
HHLCD,λ=8,8192,1,66251,8.0872802734375
HHLCD,λ=8,8192,1,64824,7.9130859375
HHLCD,λ=8,8192,1,64498,7.873291015625
HHLCD,λ=8,8192,1,73569,8.9805908203125
HHLCD,λ=8,8192,1,62668,7.64990234375
HHLCD,λ=8,8192,1,92260,11.26220703125
HHLCD,λ=8,8192,1,63087,7.7010498046875
HHLCD,λ=8,8192,1,60657,7.4044189453125
HHLCD,λ=8,8192,1,68780,8.39599609375
HHLCD,λ=8,8192,1,64892,7.92138671875
HHLCD,λ=8,8192,1,69509,8.4849853515625
HHLCD,λ=8,8192,1,69497,8.4835205078125
HHLCD,λ=8,8192,1,71309,8.7047119140625
HHLCD,λ=8,8192,1,68271,8.3338623046875
HHLCD,λ=8,8192,1,72836,8.89111328125
HHLCD,λ=8,8192,1,70029,8.5484619140625
HHLCD,λ=8,8192,1,70371,8.5902099609375
HHLCD,λ=8,8192,1,74303,9.0701904296875
HHLCD,λ=8,8192,1,84102,10.266357421875
HHLCD,λ=8,8192,1,66886,8.164794921875
HHLCD,λ=8,8192,1,73356,8.95458984375
HHLCD,λ=8,8192,1,70336,8.5859375
HHLCD,λ=8,8192,1,64337,7.8536376953125
HHLCD,λ=8,8192,1,59600,7.275390625
HHLCD,λ=8,8192,1,73589,8.9830322265625
HHLCD,λ=8,8192,1,66581,8.1275634765625
HHLCD,λ=8,8192,1,68060,8.30810546875
HHLCD,λ=8,8192,1,69412,8.47314453125
HHLCD,λ=8,8192,1,62316,7.60693359375
HHLCD,λ=8,8192,1,72592,8.861328125
HHLCD,λ=8,8192,1,65997,8.0562744140625
HHLCD,λ=8,8192,1,70249,8.5753173828125
HHLCD,λ=8,8192,1,66271,8.0897216796875
HHLCD,λ=8,8192,1,69325,8.4625244140625
HHLCD,λ=8,8192,1,69113,8.4366455078125
HHLCD,λ=8,8192,1,72320,8.828125
HHLCD,λ=8,8192,1,70454,8.600341796875
HHLCD,λ=8,8192,1,74204,9.05810546875
HHLCD,λ=8,8192,1,78105,9.5343017578125
HHLCD,λ=8,8192,1,67075,8.1878662109375
HHLCD,λ=8,8192,1,66628,8.13330078125
HRLCD,λ=8,8192,1,79964,9.76123046875
HRLCD,λ=8,8192,1,62934,7.682373046875
HRLCD,λ=8,8192,1,62833,7.6700439453125
HRLCD,λ=8,8192,1,74786,9.129150390625
HRLCD,λ=8,8192,1,69730,8.511962890625
HRLCD,λ=8,8192,1,63789,7.7867431640625
HRLCD,λ=8,8192,1,66300,8.09326171875
HRLCD,λ=8,8192,1,73332,8.95166015625
HRLCD,λ=8,8192,1,69647,8.5018310546875
HRLCD,λ=8,8192,1,61886,7.554443359375
HRLCD,λ=8,8192,1,71702,8.752685546875
HRLCD,λ=8,8192,1,69823,8.5233154296875
HRLCD,λ=8,8192,1,79903,9.7537841796875
HRLCD,λ=8,8192,1,69129,8.4385986328125
HRLCD,λ=8,8192,1,72801,8.8868408203125
HRLCD,λ=8,8192,1,64528,7.876953125
HRLCD,λ=8,8192,1,65801,8.0323486328125
HRLCD,λ=8,8192,1,63251,7.7210693359375
HRLCD,λ=8,8192,1,61722,7.534423828125
HRLCD,λ=8,8192,1,67399,8.2274169921875
HRLCD,λ=8,8192,1,65143,7.9520263671875
HRLCD,λ=8,8192,1,67564,8.24755859375
HRLCD,λ=8,8192,1,70881,8.6524658203125
HRLCD,λ=8,8192,1,66495,8.1170654296875
HRLCD,λ=8,8192,1,64426,7.864501953125
HRLCD,λ=8,8192,1,76189,9.3004150390625
HRLCD,λ=8,8192,1,67532,8.24365234375
HRLCD,λ=8,8192,1,65825,8.0352783203125
HRLCD,λ=8,8192,1,66912,8.16796875
HRLCD,λ=8,8192,1,70273,8.5782470703125
HRLCD,λ=8,8192,1,66934,8.170654296875
HRLCD,λ=8,8192,1,62352,7.611328125
HRLCD,λ=8,8192,1,61307,7.4837646484375
HRLCD,λ=8,8192,1,63738,7.780517578125
HRLCD,λ=8,8192,1,61553,7.5137939453125
HRLCD,λ=8,8192,1,68728,8.3896484375
HRLCD,λ=8,8192,1,67858,8.283447265625
HRLCD,λ=8,8192,1,68123,8.3157958984375
HRLCD,λ=8,8192,1,68305,8.3380126953125
HRLCD,λ=8,8192,1,72880,8.896484375
HRLCD,λ=8,8192,1,63968,7.80859375
HRLCD,λ=8,8192,1,67014,8.180419921875
HRLCD,λ=8,8192,1,60070,7.332763671875
HRLCD,λ=8,8192,1,65252,7.96533203125
HRLCD,λ=8,8192,1,68470,8.358154296875
HRLCD,λ=8,8192,1,64356,7.85595703125
HRLCD,λ=8,8192,1,62291,7.6038818359375
HRLCD,λ=8,8192,1,86953,10.6143798828125
HRLCD,λ=8,8192,1,69945,8.5382080078125
HRLCD,λ=8,8192,1,63161,7.7100830078125
HRLCD,λ=8,8192,1,78130,9.537353515625
HRLCD,λ=8,8192,1,72051,8.7952880859375
HRLCD,λ=8,8192,1,64227,7.8402099609375
HRLCD,λ=8,8192,1,81574,9.957763671875
HRLCD,λ=8,8192,1,65069,7.9429931640625
HRLCD,λ=8,8192,1,66985,8.1768798828125
HRLCD,λ=8,8192,1,69739,8.5130615234375
HRLCD,λ=8,8192,1,72391,8.8367919921875
HRLCD,λ=8,8192,1,65455,7.9901123046875
HRLCD,λ=8,8192,1,70261,8.5767822265625
HRLCD,λ=8,8192,1,69863,8.5281982421875
HRLCD,λ=8,8192,1,71960,8.7841796875
HRLCD,λ=8,8192,1,62004,7.56884765625
HRLCD,λ=8,8192,1,77230,9.427490234375
HRLCD,λ=8,8192,1,61976,7.5654296875
HRLCD,λ=8,8192,1,68177,8.3223876953125
HRLCD,λ=8,8192,1,67625,8.2550048828125
HRLCD,λ=8,8192,1,64341,7.8541259765625
HRLCD,λ=8,8192,1,67368,8.2236328125
HRLCD,λ=8,8192,1,75887,9.2635498046875
HRLCD,λ=8,8192,1,72111,8.8026123046875
HRLCD,λ=8,8192,1,73167,8.9315185546875
HRLCD,λ=8,8192,1,73763,9.0042724609375
HRLCD,λ=8,8192,1,72634,8.866455078125
HRLCD,λ=8,8192,1,71136,8.68359375
HRLCD,λ=8,8192,1,70637,8.6226806640625
HRLCD,λ=8,8192,1,74303,9.0701904296875
HRLCD,λ=8,8192,1,62499,7.6292724609375
HRLCD,λ=8,8192,1,67599,8.2518310546875
HRLCD,λ=8,8192,1,60739,7.4144287109375
HRLCD,λ=8,8192,1,67765,8.2720947265625
HRLCD,λ=8,8192,1,65428,7.98681640625
HRLCD,λ=8,8192,1,71123,8.6820068359375
HRLCD,λ=8,8192,1,76253,9.3082275390625
HRLCD,λ=8,8192,1,69345,8.4649658203125
HRLCD,λ=8,8192,1,87975,10.7391357421875
HRLCD,λ=8,8192,1,64846,7.915771484375
HRLCD,λ=8,8192,1,63171,7.7113037109375
HRLCD,λ=8,8192,1,78029,9.5250244140625
HRLCD,λ=8,8192,1,72078,8.798583984375
HRLCD,λ=8,8192,1,73614,8.986083984375
HRLCD,λ=8,8192,1,67728,8.267578125
HRLCD,λ=8,8192,1,65992,8.0556640625
HRLCD,λ=8,8192,1,65127,7.9500732421875
HRLCD,λ=8,8192,1,69121,8.4376220703125
HRLCD,λ=8,8192,1,67780,8.27392578125
HRLCD,λ=8,8192,1,81846,9.990966796875
HRLCD,λ=8,8192,1,64348,7.85498046875
HRLCD,λ=8,8192,1,76909,9.3883056640625
HSLCD,λ=8,8192,1,92929,11.3438720703125
HSLCD,λ=8,8192,1,108727,13.2723388671875
HSLCD,λ=8,8192,1,105897,12.9268798828125
HSLCD,λ=8,8192,1,93073,11.3614501953125
HSLCD,λ=8,8192,1,97988,11.96142578125
HSLCD,λ=8,8192,1,90938,11.100830078125
HSLCD,λ=8,8192,1,91077,11.1177978515625
HSLCD,λ=8,8192,1,109268,13.33837890625
HSLCD,λ=8,8192,1,91723,11.1966552734375
HSLCD,λ=8,8192,1,97595,11.9134521484375
HSLCD,λ=8,8192,1,100558,12.275146484375
HSLCD,λ=8,8192,1,90460,11.04248046875
HSLCD,λ=8,8192,1,89865,10.9698486328125
HSLCD,λ=8,8192,1,97783,11.9364013671875
HSLCD,λ=8,8192,1,103657,12.6534423828125
HSLCD,λ=8,8192,1,89155,10.8831787109375
HSLCD,λ=8,8192,1,104792,12.7919921875
HSLCD,λ=8,8192,1,116377,14.2061767578125
HSLCD,λ=8,8192,1,105535,12.8826904296875
HSLCD,λ=8,8192,1,101382,12.375732421875
HSLCD,λ=8,8192,1,88058,10.749267578125
HSLCD,λ=8,8192,1,92160,11.25
HSLCD,λ=8,8192,1,89789,10.9605712890625
HSLCD,λ=8,8192,1,101530,12.393798828125
HSLCD,λ=8,8192,1,88517,10.8052978515625
HSLCD,λ=8,8192,1,107120,13.076171875
HSLCD,λ=8,8192,1,95031,11.6004638671875
HSLCD,λ=8,8192,1,90061,10.9937744140625
HSLCD,λ=8,8192,1,108464,13.240234375
HSLCD,λ=8,8192,1,98018,11.965087890625
HSLCD,λ=8,8192,1,87754,10.712158203125
HSLCD,λ=8,8192,1,99645,12.1636962890625
HSLCD,λ=8,8192,1,94030,11.478271484375
HSLCD,λ=8,8192,1,93987,11.4730224609375
HSLCD,λ=8,8192,1,87661,10.7008056640625
HSLCD,λ=8,8192,1,101078,12.338623046875
HSLCD,λ=8,8192,1,92996,11.35205078125
HSLCD,λ=8,8192,1,97015,11.8426513671875
HSLCD,λ=8,8192,1,84734,10.343505859375
HSLCD,λ=8,8192,1,104593,12.7677001953125
HSLCD,λ=8,8192,1,89935,10.9783935546875
HSLCD,λ=8,8192,1,96600,11.7919921875
HSLCD,λ=8,8192,1,86713,10.5850830078125
HSLCD,λ=8,8192,1,93786,11.448486328125
HSLCD,λ=8,8192,1,98594,12.035400390625
HSLCD,λ=8,8192,1,99463,12.1414794921875
HSLCD,λ=8,8192,1,109098,13.317626953125
HSLCD,λ=8,8192,1,99726,12.173583984375
HSLCD,λ=8,8192,1,102813,12.5504150390625
HSLCD,λ=8,8192,1,101722,12.417236328125
HSLCD,λ=8,8192,1,111953,13.6661376953125
HSLCD,λ=8,8192,1,112015,13.6737060546875
HSLCD,λ=8,8192,1,91858,11.213134765625
HSLCD,λ=8,8192,1,122585,14.9639892578125
HSLCD,λ=8,8192,1,109554,13.373291015625
HSLCD,λ=8,8192,1,106288,12.974609375
HSLCD,λ=8,8192,1,92967,11.3485107421875
HSLCD,λ=8,8192,1,100741,12.2974853515625
HSLCD,λ=8,8192,1,110629,13.5045166015625
HSLCD,λ=8,8192,1,107653,13.1412353515625
HSLCD,λ=8,8192,1,97907,11.9515380859375
HSLCD,λ=8,8192,1,113449,13.8487548828125
HSLCD,λ=8,8192,1,92506,11.292236328125
HSLCD,λ=8,8192,1,97828,11.94189453125
HSLCD,λ=8,8192,1,107307,13.0989990234375
HSLCD,λ=8,8192,1,97790,11.937255859375
HSLCD,λ=8,8192,1,117378,14.328369140625
HSLCD,λ=8,8192,1,93328,11.392578125
HSLCD,λ=8,8192,1,116306,14.197509765625
HSLCD,λ=8,8192,1,92190,11.253662109375
HSLCD,λ=8,8192,1,117101,14.2945556640625
HSLCD,λ=8,8192,1,123401,15.0635986328125
HSLCD,λ=8,8192,1,105385,12.8643798828125
HSLCD,λ=8,8192,1,108675,13.2659912109375
HSLCD,λ=8,8192,1,89292,10.89990234375
HSLCD,λ=8,8192,1,106155,12.9583740234375
HSLCD,λ=8,8192,1,123137,15.0313720703125
HSLCD,λ=8,8192,1,85762,10.468994140625
HSLCD,λ=8,8192,1,103369,12.6182861328125
HSLCD,λ=8,8192,1,124720,15.224609375
HSLCD,λ=8,8192,1,107662,13.142333984375
HSLCD,λ=8,8192,1,146177,17.8438720703125
HSLCD,λ=8,8192,1,100249,12.2374267578125
HSLCD,λ=8,8192,1,94488,11.5341796875
HSLCD,λ=8,8192,1,99818,12.184814453125
HSLCD,λ=8,8192,1,105543,12.8836669921875
HSLCD,λ=8,8192,1,97233,11.8692626953125
HSLCD,λ=8,8192,1,95370,11.641845703125
HSLCD,λ=8,8192,1,97169,11.8614501953125
HSLCD,λ=8,8192,1,88498,10.802978515625
HSLCD,λ=8,8192,1,109272,13.3388671875
HSLCD,λ=8,8192,1,100539,12.2728271484375
HSLCD,λ=8,8192,1,95635,11.6741943359375
HSLCD,λ=8,8192,1,97125,11.8560791015625
HSLCD,λ=8,8192,1,97297,11.8770751953125
HSLCD,λ=8,8192,1,132448,16.16796875
HSLCD,λ=8,8192,1,114209,13.9415283203125
HSLCD,λ=8,8192,1,96063,11.7264404296875
HSLCD,λ=8,8192,1,110034,13.431884765625
HSLCD,λ=8,8192,1,88274,10.775634765625
HSDSD,λ=8,8192,1,97425,11.8927001953125
HSDSD,λ=8,8192,1,89863,10.9696044921875
HSDSD,λ=8,8192,1,85430,10.428466796875
HSDSD,λ=8,8192,1,96601,11.7921142578125
HSDSD,λ=8,8192,1,86061,10.5054931640625
HSDSD,λ=8,8192,1,93722,11.440673828125
HSDSD,λ=8,8192,1,87761,10.7130126953125
HSDSD,λ=8,8192,1,98406,12.012451171875
HSDSD,λ=8,8192,1,91998,11.230224609375
HSDSD,λ=8,8192,1,86991,10.6190185546875
HSDSD,λ=8,8192,1,79053,9.6500244140625
HSDSD,λ=8,8192,1,82255,10.0408935546875
HSDSD,λ=8,8192,1,94299,11.5111083984375
HSDSD,λ=8,8192,1,87973,10.7388916015625
HSDSD,λ=8,8192,1,84627,10.3304443359375
HSDSD,λ=8,8192,1,84468,10.31103515625
HSDSD,λ=8,8192,1,93489,11.4122314453125
HSDSD,λ=8,8192,1,87476,10.67822265625
HSDSD,λ=8,8192,1,88431,10.7947998046875
HSDSD,λ=8,8192,1,89647,10.9432373046875
HSDSD,λ=8,8192,1,94687,11.5584716796875
HSDSD,λ=8,8192,1,97939,11.9554443359375
HSDSD,λ=8,8192,1,84429,10.3062744140625
HSDSD,λ=8,8192,1,91419,11.1595458984375
HSDSD,λ=8,8192,1,85584,10.447265625
HSDSD,λ=8,8192,1,89896,10.9736328125
HSDSD,λ=8,8192,1,84902,10.364013671875
HSDSD,λ=8,8192,1,98009,11.9639892578125
HSDSD,λ=8,8192,1,103630,12.650146484375
HSDSD,λ=8,8192,1,106390,12.987060546875
HSDSD,λ=8,8192,1,87601,10.6934814453125
HSDSD,λ=8,8192,1,93565,11.4215087890625
HSDSD,λ=8,8192,1,93068,11.36083984375
HSDSD,λ=8,8192,1,97532,11.90576171875
HSDSD,λ=8,8192,1,101828,12.43017578125
HSDSD,λ=8,8192,1,101182,12.351318359375
HSDSD,λ=8,8192,1,93026,11.355712890625
HSDSD,λ=8,8192,1,113736,13.8837890625
HSDSD,λ=8,8192,1,102888,12.5595703125
HSDSD,λ=8,8192,1,86831,10.5994873046875
HSDSD,λ=8,8192,1,91359,11.1522216796875
HSDSD,λ=8,8192,1,103084,12.58349609375
HSDSD,λ=8,8192,1,91455,11.1639404296875
HSDSD,λ=8,8192,1,104234,12.723876953125
HSDSD,λ=8,8192,1,87888,10.728515625
HSDSD,λ=8,8192,1,100284,12.24169921875
HSDSD,λ=8,8192,1,96071,11.7274169921875
HSDSD,λ=8,8192,1,95855,11.7010498046875
HSDSD,λ=8,8192,1,86195,10.5218505859375
HSDSD,λ=8,8192,1,94816,11.57421875
HSDSD,λ=8,8192,1,100088,12.2177734375
HSDSD,λ=8,8192,1,84333,10.2945556640625
HSDSD,λ=8,8192,1,108429,13.2359619140625
HSDSD,λ=8,8192,1,88267,10.7747802734375
HSDSD,λ=8,8192,1,99546,12.151611328125
HSDSD,λ=8,8192,1,89239,10.8934326171875
HSDSD,λ=8,8192,1,99755,12.1771240234375
HSDSD,λ=8,8192,1,89132,10.88037109375
HSDSD,λ=8,8192,1,107310,13.099365234375
HSDSD,λ=8,8192,1,85152,10.39453125
HSDSD,λ=8,8192,1,96376,11.7646484375
HSDSD,λ=8,8192,1,106393,12.9874267578125
HSDSD,λ=8,8192,1,96466,11.775634765625
HSDSD,λ=8,8192,1,97781,11.9361572265625
HSDSD,λ=8,8192,1,88004,10.74267578125
HSDSD,λ=8,8192,1,103936,12.6875
HSDSD,λ=8,8192,1,92453,11.2857666015625
HSDSD,λ=8,8192,1,83383,10.1785888671875
HSDSD,λ=8,8192,1,86495,10.5584716796875
HSDSD,λ=8,8192,1,100982,12.326904296875
HSDSD,λ=8,8192,1,88559,10.8104248046875
HSDSD,λ=8,8192,1,95545,11.6632080078125
HSDSD,λ=8,8192,1,110053,13.4342041015625
HSDSD,λ=8,8192,1,88900,10.85205078125
HSDSD,λ=8,8192,1,84481,10.3126220703125
HSDSD,λ=8,8192,1,97149,11.8590087890625
HSDSD,λ=8,8192,1,79918,9.755615234375
HSDSD,λ=8,8192,1,99258,12.116455078125
HSDSD,λ=8,8192,1,80299,9.8021240234375
HSDSD,λ=8,8192,1,94215,11.5008544921875
HSDSD,λ=8,8192,1,83970,10.250244140625
HSDSD,λ=8,8192,1,93072,11.361328125
HSDSD,λ=8,8192,1,84639,10.3319091796875
HSDSD,λ=8,8192,1,91618,11.183837890625
HSDSD,λ=8,8192,1,102309,12.4888916015625
HSDSD,λ=8,8192,1,94541,11.5406494140625
HSDSD,λ=8,8192,1,85851,10.4798583984375
HSDSD,λ=8,8192,1,95540,11.66259765625
HSDSD,λ=8,8192,1,82173,10.0308837890625
HSDSD,λ=8,8192,1,99510,12.147216796875
HSDSD,λ=8,8192,1,83913,10.2432861328125
HSDSD,λ=8,8192,1,91110,11.121826171875
HSDSD,λ=8,8192,1,99660,12.16552734375
HSDSD,λ=8,8192,1,112670,13.753662109375
HSDSD,λ=8,8192,1,92322,11.269775390625
HSDSD,λ=8,8192,1,119713,14.6134033203125
HSDSD,λ=8,8192,1,84206,10.279052734375
HSDSD,λ=8,8192,1,96737,11.8087158203125
HSDSD,λ=8,8192,1,85238,10.405029296875
HSDSD,λ=8,8192,1,103394,12.621337890625
HRDSD,λ=8,8192,1,62817,7.6680908203125
HRDSD,λ=8,8192,1,66916,8.16845703125
HRDSD,λ=8,8192,1,67736,8.2685546875
HRDSD,λ=8,8192,1,63015,7.6922607421875
HRDSD,λ=8,8192,1,57051,6.9642333984375
HRDSD,λ=8,8192,1,70789,8.6412353515625
HRDSD,λ=8,8192,1,63818,7.790283203125
HRDSD,λ=8,8192,1,63537,7.7559814453125
HRDSD,λ=8,8192,1,87375,10.6658935546875
HRDSD,λ=8,8192,1,70442,8.598876953125
HRDSD,λ=8,8192,1,62024,7.5712890625
HRDSD,λ=8,8192,1,66445,8.1109619140625
HRDSD,λ=8,8192,1,65931,8.0482177734375
HRDSD,λ=8,8192,1,69819,8.5228271484375
HRDSD,λ=8,8192,1,77601,9.4727783203125
HRDSD,λ=8,8192,1,77441,9.4532470703125
HRDSD,λ=8,8192,1,59657,7.2823486328125
HRDSD,λ=8,8192,1,61846,7.549560546875
HRDSD,λ=8,8192,1,63360,7.734375
HRDSD,λ=8,8192,1,61880,7.5537109375
HRDSD,λ=8,8192,1,69698,8.508056640625
HRDSD,λ=8,8192,1,64500,7.87353515625
HRDSD,λ=8,8192,1,56338,6.877197265625
HRDSD,λ=8,8192,1,60417,7.3751220703125
HRDSD,λ=8,8192,1,60393,7.3721923828125
HRDSD,λ=8,8192,1,63063,7.6981201171875
HRDSD,λ=8,8192,1,64001,7.8126220703125
HRDSD,λ=8,8192,1,65543,8.0008544921875
HRDSD,λ=8,8192,1,61298,7.482666015625
HRDSD,λ=8,8192,1,73080,8.9208984375
HRDSD,λ=8,8192,1,60541,7.3902587890625
HRDSD,λ=8,8192,1,75516,9.21826171875
HRDSD,λ=8,8192,1,72071,8.7977294921875
HRDSD,λ=8,8192,1,59021,7.2047119140625
HRDSD,λ=8,8192,1,64658,7.892822265625
HRDSD,λ=8,8192,1,61306,7.483642578125
HRDSD,λ=8,8192,1,62666,7.649658203125
HRDSD,λ=8,8192,1,63704,7.7763671875
HRDSD,λ=8,8192,1,63404,7.73974609375
HRDSD,λ=8,8192,1,64364,7.85693359375
HRDSD,λ=8,8192,1,73231,8.9393310546875
HRDSD,λ=8,8192,1,62741,7.6588134765625
HRDSD,λ=8,8192,1,60321,7.3634033203125
HRDSD,λ=8,8192,1,65178,7.956298828125
HRDSD,λ=8,8192,1,68305,8.3380126953125
HRDSD,λ=8,8192,1,62008,7.5693359375
HRDSD,λ=8,8192,1,70576,8.615234375
HRDSD,λ=8,8192,1,79485,9.7027587890625
HRDSD,λ=8,8192,1,77953,9.5157470703125
HRDSD,λ=8,8192,1,60332,7.36474609375
HRDSD,λ=8,8192,1,63861,7.7955322265625
HRDSD,λ=8,8192,1,65109,7.9478759765625
HRDSD,λ=8,8192,1,64621,7.8883056640625
HRDSD,λ=8,8192,1,67386,8.225830078125
HRDSD,λ=8,8192,1,76367,9.3221435546875
HRDSD,λ=8,8192,1,78373,9.5670166015625
HRDSD,λ=8,8192,1,63814,7.789794921875
HRDSD,λ=8,8192,1,63244,7.72021484375
HRDSD,λ=8,8192,1,62656,7.6484375
HRDSD,λ=8,8192,1,68569,8.3702392578125
HRDSD,λ=8,8192,1,66201,8.0811767578125
HRDSD,λ=8,8192,1,64507,7.8743896484375
HRDSD,λ=8,8192,1,68937,8.4151611328125
HRDSD,λ=8,8192,1,72734,8.878662109375
HRDSD,λ=8,8192,1,63606,7.764404296875
HRDSD,λ=8,8192,1,64631,7.8895263671875
HRDSD,λ=8,8192,1,70161,8.5645751953125
HRDSD,λ=8,8192,1,60767,7.4178466796875
HRDSD,λ=8,8192,1,63305,7.7276611328125
HRDSD,λ=8,8192,1,65928,8.0478515625
HRDSD,λ=8,8192,1,59530,7.266845703125
HRDSD,λ=8,8192,1,79557,9.7115478515625
HRDSD,λ=8,8192,1,66967,8.1746826171875
HRDSD,λ=8,8192,1,60846,7.427490234375
HRDSD,λ=8,8192,1,66122,8.071533203125
HRDSD,λ=8,8192,1,70020,8.54736328125
HRDSD,λ=8,8192,1,58338,7.121337890625
HRDSD,λ=8,8192,1,64521,7.8760986328125
HRDSD,λ=8,8192,1,67140,8.19580078125
HRDSD,λ=8,8192,1,63782,7.785888671875
HRDSD,λ=8,8192,1,74288,9.068359375
HRDSD,λ=8,8192,1,72029,8.7926025390625
HRDSD,λ=8,8192,1,59289,7.2374267578125
HRDSD,λ=8,8192,1,73107,8.9241943359375
HRDSD,λ=8,8192,1,72013,8.7906494140625
HRDSD,λ=8,8192,1,65791,8.0311279296875
HRDSD,λ=8,8192,1,64666,7.893798828125
HRDSD,λ=8,8192,1,66138,8.073486328125
HRDSD,λ=8,8192,1,67227,8.2064208984375
HRDSD,λ=8,8192,1,74409,9.0831298828125
HRDSD,λ=8,8192,1,64123,7.8275146484375
HRDSD,λ=8,8192,1,61173,7.4674072265625
HRDSD,λ=8,8192,1,74414,9.083740234375
HRDSD,λ=8,8192,1,62172,7.58935546875
HRDSD,λ=8,8192,1,67728,8.267578125
HRDSD,λ=8,8192,1,74060,9.04052734375
HRDSD,λ=8,8192,1,75635,9.2327880859375
HRDSD,λ=8,8192,1,67938,8.293212890625
HRDSD,λ=8,8192,1,59380,7.24853515625
HRDSD,λ=8,8192,1,59309,7.2398681640625
HHDSD,λ=8,8192,1,63462,7.746826171875
HHDSD,λ=8,8192,1,75534,9.220458984375
HHDSD,λ=8,8192,1,73579,8.9818115234375
HHDSD,λ=8,8192,1,73052,8.91748046875
HHDSD,λ=8,8192,1,60102,7.336669921875
HHDSD,λ=8,8192,1,59885,7.3101806640625
HHDSD,λ=8,8192,1,68241,8.3302001953125
HHDSD,λ=8,8192,1,65202,7.959228515625
HHDSD,λ=8,8192,1,62498,7.629150390625
HHDSD,λ=8,8192,1,72491,8.8489990234375
HHDSD,λ=8,8192,1,61491,7.5062255859375
HHDSD,λ=8,8192,1,68107,8.3138427734375
HHDSD,λ=8,8192,1,74893,9.1422119140625
HHDSD,λ=8,8192,1,62737,7.6583251953125
HHDSD,λ=8,8192,1,63952,7.806640625
HHDSD,λ=8,8192,1,72649,8.8682861328125
HHDSD,λ=8,8192,1,61003,7.4466552734375
HHDSD,λ=8,8192,1,59971,7.3206787109375
HHDSD,λ=8,8192,1,73396,8.95947265625
HHDSD,λ=8,8192,1,72471,8.8465576171875
HHDSD,λ=8,8192,1,66554,8.124267578125
HHDSD,λ=8,8192,1,62885,7.6763916015625
HHDSD,λ=8,8192,1,66459,8.1126708984375
HHDSD,λ=8,8192,1,68614,8.375732421875
HHDSD,λ=8,8192,1,61880,7.5537109375
HHDSD,λ=8,8192,1,66160,8.076171875
HHDSD,λ=8,8192,1,64495,7.8729248046875
HHDSD,λ=8,8192,1,60799,7.4217529296875
HHDSD,λ=8,8192,1,68032,8.3046875
HHDSD,λ=8,8192,1,64996,7.93408203125
HHDSD,λ=8,8192,1,60853,7.4283447265625
HHDSD,λ=8,8192,1,63136,7.70703125
HHDSD,λ=8,8192,1,58894,7.189208984375
HHDSD,λ=8,8192,1,68415,8.3514404296875
HHDSD,λ=8,8192,1,63838,7.792724609375
HHDSD,λ=8,8192,1,64110,7.825927734375
HHDSD,λ=8,8192,1,71659,8.7474365234375
HHDSD,λ=8,8192,1,60864,7.4296875
HHDSD,λ=8,8192,1,62277,7.6021728515625
HHDSD,λ=8,8192,1,67864,8.2841796875
HHDSD,λ=8,8192,1,65413,7.9849853515625
HHDSD,λ=8,8192,1,62525,7.6324462890625
HHDSD,λ=8,8192,1,71566,8.736083984375
HHDSD,λ=8,8192,1,63078,7.699951171875
HHDSD,λ=8,8192,1,66385,8.1036376953125
HHDSD,λ=8,8192,1,58362,7.124267578125
HHDSD,λ=8,8192,1,58585,7.1514892578125
HHDSD,λ=8,8192,1,64071,7.8211669921875
HHDSD,λ=8,8192,1,58699,7.1654052734375
HHDSD,λ=8,8192,1,62589,7.6402587890625
HHDSD,λ=8,8192,1,80662,9.846435546875
HHDSD,λ=8,8192,1,65405,7.9840087890625
HHDSD,λ=8,8192,1,58223,7.1072998046875
HHDSD,λ=8,8192,1,59468,7.25927734375
HHDSD,λ=8,8192,1,63162,7.710205078125
HHDSD,λ=8,8192,1,62058,7.575439453125
HHDSD,λ=8,8192,1,55872,6.8203125
HHDSD,λ=8,8192,1,67163,8.1986083984375
HHDSD,λ=8,8192,1,64171,7.8333740234375
HHDSD,λ=8,8192,1,64989,7.9332275390625
HHDSD,λ=8,8192,1,65067,7.9427490234375
HHDSD,λ=8,8192,1,67966,8.296630859375
HHDSD,λ=8,8192,1,72952,8.9052734375
HHDSD,λ=8,8192,1,65153,7.9532470703125
HHDSD,λ=8,8192,1,65357,7.9781494140625
HHDSD,λ=8,8192,1,63505,7.7520751953125
HHDSD,λ=8,8192,1,62887,7.6766357421875
HHDSD,λ=8,8192,1,61374,7.491943359375
HHDSD,λ=8,8192,1,75556,9.22314453125
HHDSD,λ=8,8192,1,82026,10.012939453125
HHDSD,λ=8,8192,1,64024,7.8154296875
HHDSD,λ=8,8192,1,67393,8.2266845703125
HHDSD,λ=8,8192,1,62690,7.652587890625
HHDSD,λ=8,8192,1,66376,8.1025390625
HHDSD,λ=8,8192,1,59543,7.2684326171875
HHDSD,λ=8,8192,1,64370,7.857666015625
HHDSD,λ=8,8192,1,61869,7.5523681640625
HHDSD,λ=8,8192,1,70457,8.6007080078125
HHDSD,λ=8,8192,1,60999,7.4461669921875
HHDSD,λ=8,8192,1,69273,8.4561767578125
HHDSD,λ=8,8192,1,69083,8.4329833984375
HHDSD,λ=8,8192,1,70557,8.6129150390625
HHDSD,λ=8,8192,1,67146,8.196533203125
HHDSD,λ=8,8192,1,69962,8.540283203125
HHDSD,λ=8,8192,1,59914,7.313720703125
HHDSD,λ=8,8192,1,65189,7.9576416015625
HHDSD,λ=8,8192,1,74460,9.08935546875
HHDSD,λ=8,8192,1,70781,8.6402587890625
HHDSD,λ=8,8192,1,65824,8.03515625
HHDSD,λ=8,8192,1,61913,7.5577392578125
HHDSD,λ=8,8192,1,67867,8.2845458984375
HHDSD,λ=8,8192,1,61610,7.520751953125
HHDSD,λ=8,8192,1,62160,7.587890625
HHDSD,λ=8,8192,1,67333,8.2193603515625
HHDSD,λ=8,8192,1,64118,7.826904296875
HHDSD,λ=8,8192,1,64425,7.8643798828125
HHDSD,λ=8,8192,1,69470,8.480224609375
HHDSD,λ=8,8192,1,66927,8.1697998046875
HHDSD,λ=8,8192,1,61236,7.47509765625
HHDSD,λ=8,8192,1,56817,6.9356689453125
HHLSD,λ=8,8192,1,59385,7.2491455078125
HHLSD,λ=8,8192,1,60181,7.3463134765625
HHLSD,λ=8,8192,1,62837,7.6705322265625
HHLSD,λ=8,8192,1,58883,7.1878662109375
HHLSD,λ=8,8192,1,61759,7.5389404296875
HHLSD,λ=8,8192,1,70443,8.5989990234375
HHLSD,λ=8,8192,1,68993,8.4219970703125
HHLSD,λ=8,8192,1,63561,7.7589111328125
HHLSD,λ=8,8192,1,66039,8.0614013671875
HHLSD,λ=8,8192,1,61291,7.4818115234375
HHLSD,λ=8,8192,1,60841,7.4268798828125
HHLSD,λ=8,8192,1,64831,7.9139404296875
HHLSD,λ=8,8192,1,73965,9.0289306640625
HHLSD,λ=8,8192,1,66635,8.1341552734375
HHLSD,λ=8,8192,1,63043,7.6956787109375
HHLSD,λ=8,8192,1,61941,7.5611572265625
HHLSD,λ=8,8192,1,72407,8.8387451171875
HHLSD,λ=8,8192,1,61891,7.5550537109375
HHLSD,λ=8,8192,1,68375,8.3465576171875
HHLSD,λ=8,8192,1,64857,7.9171142578125
HHLSD,λ=8,8192,1,71485,8.7261962890625
HHLSD,λ=8,8192,1,75921,9.2677001953125
HHLSD,λ=8,8192,1,72465,8.8458251953125
HHLSD,λ=8,8192,1,67313,8.2169189453125
HHLSD,λ=8,8192,1,61249,7.4766845703125
HHLSD,λ=8,8192,1,70999,8.6668701171875
HHLSD,λ=8,8192,1,64391,7.8602294921875
HHLSD,λ=8,8192,1,69665,8.5040283203125
HHLSD,λ=8,8192,1,64845,7.9156494140625
HHLSD,λ=8,8192,1,65271,7.9676513671875
HHLSD,λ=8,8192,1,61749,7.5377197265625
HHLSD,λ=8,8192,1,63029,7.6939697265625
HHLSD,λ=8,8192,1,60187,7.3470458984375
HHLSD,λ=8,8192,1,66303,8.0936279296875
HHLSD,λ=8,8192,1,66829,8.1578369140625
HHLSD,λ=8,8192,1,62419,7.6195068359375
HHLSD,λ=8,8192,1,62333,7.6090087890625
HHLSD,λ=8,8192,1,59229,7.2301025390625
HHLSD,λ=8,8192,1,71979,8.7864990234375
HHLSD,λ=8,8192,1,67979,8.2982177734375
HHLSD,λ=8,8192,1,62781,7.6636962890625
HHLSD,λ=8,8192,1,67469,8.2359619140625
HHLSD,λ=8,8192,1,72483,8.8480224609375
HHLSD,λ=8,8192,1,64883,7.9202880859375
HHLSD,λ=8,8192,1,80585,9.8370361328125
HHLSD,λ=8,8192,1,65635,8.0120849609375
HHLSD,λ=8,8192,1,60573,7.3941650390625
HHLSD,λ=8,8192,1,69285,8.4576416015625
HHLSD,λ=8,8192,1,62761,7.6612548828125
HHLSD,λ=8,8192,1,62235,7.5970458984375
HHLSD,λ=8,8192,1,62969,7.6866455078125
HHLSD,λ=8,8192,1,60445,7.3785400390625
HHLSD,λ=8,8192,1,64575,7.8826904296875
HHLSD,λ=8,8192,1,68139,8.3177490234375
HHLSD,λ=8,8192,1,66835,8.1585693359375
HHLSD,λ=8,8192,1,69515,8.4857177734375
HHLSD,λ=8,8192,1,64267,7.8450927734375
HHLSD,λ=8,8192,1,65069,7.9429931640625
HHLSD,λ=8,8192,1,64045,7.8179931640625
HHLSD,λ=8,8192,1,67729,8.2677001953125
HHLSD,λ=8,8192,1,62891,7.6771240234375
HHLSD,λ=8,8192,1,65561,8.0030517578125
HHLSD,λ=8,8192,1,67481,8.2374267578125
HHLSD,λ=8,8192,1,69213,8.4488525390625
HHLSD,λ=8,8192,1,58355,7.1234130859375
HHLSD,λ=8,8192,1,66967,8.1746826171875
HHLSD,λ=8,8192,1,66629,8.1334228515625
HHLSD,λ=8,8192,1,66069,8.0650634765625
HHLSD,λ=8,8192,1,62265,7.6007080078125
HHLSD,λ=8,8192,1,68413,8.3511962890625
HHLSD,λ=8,8192,1,65021,7.9371337890625
HHLSD,λ=8,8192,1,69265,8.4552001953125
HHLSD,λ=8,8192,1,69919,8.5350341796875
HHLSD,λ=8,8192,1,73329,8.9512939453125
HHLSD,λ=8,8192,1,75065,9.1632080078125
HHLSD,λ=8,8192,1,76217,9.3038330078125
HHLSD,λ=8,8192,1,66047,8.0623779296875
HHLSD,λ=8,8192,1,61863,7.5516357421875
HHLSD,λ=8,8192,1,60025,7.3272705078125
HHLSD,λ=8,8192,1,61131,7.4622802734375
HHLSD,λ=8,8192,1,75119,9.1697998046875
HHLSD,λ=8,8192,1,62685,7.6519775390625
HHLSD,λ=8,8192,1,72169,8.8096923828125
HHLSD,λ=8,8192,1,61787,7.5423583984375
HHLSD,λ=8,8192,1,66633,8.1339111328125
HHLSD,λ=8,8192,1,60719,7.4119873046875
HHLSD,λ=8,8192,1,61265,7.4786376953125
HHLSD,λ=8,8192,1,72909,8.9000244140625
HHLSD,λ=8,8192,1,59167,7.2225341796875
HHLSD,λ=8,8192,1,61081,7.4561767578125
HHLSD,λ=8,8192,1,58445,7.1343994140625
HHLSD,λ=8,8192,1,71585,8.7384033203125
HHLSD,λ=8,8192,1,67061,8.1861572265625
HHLSD,λ=8,8192,1,68443,8.3548583984375
HHLSD,λ=8,8192,1,77855,9.5037841796875
HHLSD,λ=8,8192,1,80911,9.8768310546875
HHLSD,λ=8,8192,1,71405,8.7164306640625
HHLSD,λ=8,8192,1,67977,8.2979736328125
HHLSD,λ=8,8192,1,69737,8.5128173828125
HHLSD,λ=8,8192,1,68019,8.3031005859375
HRLSD,λ=8,8192,1,66453,8.1119384765625
HRLSD,λ=8,8192,1,61945,7.5616455078125
HRLSD,λ=8,8192,1,66219,8.0833740234375
HRLSD,λ=8,8192,1,60399,7.3729248046875
HRLSD,λ=8,8192,1,59835,7.3040771484375
HRLSD,λ=8,8192,1,64599,7.8856201171875
HRLSD,λ=8,8192,1,62335,7.6092529296875
HRLSD,λ=8,8192,1,66175,8.0780029296875
HRLSD,λ=8,8192,1,61727,7.5350341796875
HRLSD,λ=8,8192,1,71795,8.7640380859375
HRLSD,λ=8,8192,1,71373,8.7125244140625
HRLSD,λ=8,8192,1,65801,8.0323486328125
HRLSD,λ=8,8192,1,61777,7.5411376953125
HRLSD,λ=8,8192,1,59069,7.2105712890625
HRLSD,λ=8,8192,1,60713,7.4112548828125
HRLSD,λ=8,8192,1,64041,7.8175048828125
HRLSD,λ=8,8192,1,66873,8.1632080078125
HRLSD,λ=8,8192,1,65579,8.0052490234375
HRLSD,λ=8,8192,1,69661,8.5035400390625
HRLSD,λ=8,8192,1,63007,7.6912841796875
HRLSD,λ=8,8192,1,68041,8.3057861328125
HRLSD,λ=8,8192,1,63237,7.7193603515625
HRLSD,λ=8,8192,1,58519,7.1434326171875
HRLSD,λ=8,8192,1,66493,8.1168212890625
HRLSD,λ=8,8192,1,62301,7.6051025390625
HRLSD,λ=8,8192,1,72135,8.8055419921875
HRLSD,λ=8,8192,1,60891,7.4329833984375
HRLSD,λ=8,8192,1,60469,7.3814697265625
HRLSD,λ=8,8192,1,58269,7.1129150390625
HRLSD,λ=8,8192,1,62471,7.6258544921875
HRLSD,λ=8,8192,1,61737,7.5362548828125
HRLSD,λ=8,8192,1,61395,7.4945068359375
HRLSD,λ=8,8192,1,68553,8.3682861328125
HRLSD,λ=8,8192,1,71347,8.7093505859375
HRLSD,λ=8,8192,1,57439,7.0115966796875
HRLSD,λ=8,8192,1,60637,7.4019775390625
HRLSD,λ=8,8192,1,61477,7.5045166015625
HRLSD,λ=8,8192,1,68399,8.3494873046875
HRLSD,λ=8,8192,1,66351,8.0994873046875
HRLSD,λ=8,8192,1,72989,8.9097900390625
HRLSD,λ=8,8192,1,62651,7.6478271484375
HRLSD,λ=8,8192,1,68089,8.3116455078125
HRLSD,λ=8,8192,1,63275,7.7239990234375
HRLSD,λ=8,8192,1,62803,7.6663818359375
HRLSD,λ=8,8192,1,59041,7.2071533203125
HRLSD,λ=8,8192,1,60851,7.4281005859375
HRLSD,λ=8,8192,1,70243,8.5745849609375
HRLSD,λ=8,8192,1,59905,7.3126220703125
HRLSD,λ=8,8192,1,64949,7.9283447265625
HRLSD,λ=8,8192,1,68103,8.3133544921875
HRLSD,λ=8,8192,1,69441,8.4766845703125
HRLSD,λ=8,8192,1,73473,8.9688720703125
HRLSD,λ=8,8192,1,64145,7.8302001953125
HRLSD,λ=8,8192,1,73481,8.9698486328125
HRLSD,λ=8,8192,1,61931,7.5599365234375
HRLSD,λ=8,8192,1,63859,7.7952880859375
HRLSD,λ=8,8192,1,78331,9.5618896484375
HRLSD,λ=8,8192,1,59393,7.2501220703125
HRLSD,λ=8,8192,1,69233,8.4512939453125
HRLSD,λ=8,8192,1,63889,7.7989501953125
HRLSD,λ=8,8192,1,60091,7.3353271484375
HRLSD,λ=8,8192,1,69259,8.4544677734375
HRLSD,λ=8,8192,1,65357,7.9781494140625
HRLSD,λ=8,8192,1,60387,7.3714599609375
HRLSD,λ=8,8192,1,67883,8.2864990234375
HRLSD,λ=8,8192,1,59655,7.2821044921875
HRLSD,λ=8,8192,1,75471,9.2127685546875
HRLSD,λ=8,8192,1,64881,7.9200439453125
HRLSD,λ=8,8192,1,69765,8.5162353515625
HRLSD,λ=8,8192,1,62379,7.6146240234375
HRLSD,λ=8,8192,1,73329,8.9512939453125
HRLSD,λ=8,8192,1,66739,8.1468505859375
HRLSD,λ=8,8192,1,68589,8.3726806640625
HRLSD,λ=8,8192,1,65047,7.9403076171875
HRLSD,λ=8,8192,1,62519,7.6317138671875
HRLSD,λ=8,8192,1,76091,9.2884521484375
HRLSD,λ=8,8192,1,58565,7.1490478515625
HRLSD,λ=8,8192,1,58961,7.1973876953125
HRLSD,λ=8,8192,1,70533,8.6099853515625
HRLSD,λ=8,8192,1,63059,7.6976318359375
HRLSD,λ=8,8192,1,69893,8.5318603515625
HRLSD,λ=8,8192,1,61217,7.4727783203125
HRLSD,λ=8,8192,1,63795,7.7874755859375
HRLSD,λ=8,8192,1,67441,8.2325439453125
HRLSD,λ=8,8192,1,59107,7.2152099609375
HRLSD,λ=8,8192,1,59637,7.2799072265625
HRLSD,λ=8,8192,1,59799,7.2996826171875
HRLSD,λ=8,8192,1,65939,8.0491943359375
HRLSD,λ=8,8192,1,68273,8.3341064453125
HRLSD,λ=8,8192,1,61735,7.5360107421875
HRLSD,λ=8,8192,1,65275,7.9681396484375
HRLSD,λ=8,8192,1,66399,8.1053466796875
HRLSD,λ=8,8192,1,64017,7.8145751953125
HRLSD,λ=8,8192,1,60919,7.4364013671875
HRLSD,λ=8,8192,1,67635,8.2562255859375
HRLSD,λ=8,8192,1,65831,8.0360107421875
HRLSD,λ=8,8192,1,61569,7.5157470703125
HRLSD,λ=8,8192,1,69055,8.4295654296875
HRLSD,λ=8,8192,1,58307,7.1175537109375
HRLSD,λ=8,8192,1,66751,8.1483154296875
HSLSD,λ=8,8192,1,81035,9.8919677734375
HSLSD,λ=8,8192,1,84595,10.3265380859375
HSLSD,λ=8,8192,1,113049,13.7999267578125
HSLSD,λ=8,8192,1,86505,10.5596923828125
HSLSD,λ=8,8192,1,93595,11.4251708984375
HSLSD,λ=8,8192,1,88137,10.7589111328125
HSLSD,λ=8,8192,1,84059,10.2611083984375
HSLSD,λ=8,8192,1,95449,11.6514892578125
HSLSD,λ=8,8192,1,94147,11.4925537109375
HSLSD,λ=8,8192,1,87569,10.6895751953125
HSLSD,λ=8,8192,1,87217,10.6466064453125
HSLSD,λ=8,8192,1,89809,10.9630126953125
HSLSD,λ=8,8192,1,97407,11.8905029296875
HSLSD,λ=8,8192,1,110511,13.4901123046875
HSLSD,λ=8,8192,1,98993,12.0841064453125
HSLSD,λ=8,8192,1,83817,10.2315673828125
HSLSD,λ=8,8192,1,95009,11.5977783203125
HSLSD,λ=8,8192,1,89155,10.8831787109375
HSLSD,λ=8,8192,1,94165,11.4947509765625
HSLSD,λ=8,8192,1,97795,11.9378662109375
HSLSD,λ=8,8192,1,101583,12.4002685546875
HSLSD,λ=8,8192,1,103479,12.6317138671875
HSLSD,λ=8,8192,1,94213,11.5006103515625
HSLSD,λ=8,8192,1,93027,11.3558349609375
HSLSD,λ=8,8192,1,125479,15.3172607421875
HSLSD,λ=8,8192,1,84923,10.3665771484375
HSLSD,λ=8,8192,1,100887,12.3153076171875
HSLSD,λ=8,8192,1,85665,10.4571533203125
HSLSD,λ=8,8192,1,96695,11.8035888671875
HSLSD,λ=8,8192,1,91033,11.1124267578125
HSLSD,λ=8,8192,1,86485,10.5572509765625
HSLSD,λ=8,8192,1,93507,11.4144287109375
HSLSD,λ=8,8192,1,104407,12.7449951171875
HSLSD,λ=8,8192,1,91441,11.1622314453125
HSLSD,λ=8,8192,1,85809,10.4747314453125
HSLSD,λ=8,8192,1,101789,12.4254150390625
HSLSD,λ=8,8192,1,100211,12.2327880859375
HSLSD,λ=8,8192,1,92245,11.2603759765625
HSLSD,λ=8,8192,1,96449,11.7735595703125
HSLSD,λ=8,8192,1,101075,12.3382568359375
HSLSD,λ=8,8192,1,111703,13.6356201171875
HSLSD,λ=8,8192,1,82789,10.1060791015625
HSLSD,λ=8,8192,1,88061,10.7496337890625
HSLSD,λ=8,8192,1,92563,11.2991943359375
HSLSD,λ=8,8192,1,89325,10.9039306640625
HSLSD,λ=8,8192,1,91607,11.1824951171875
HSLSD,λ=8,8192,1,104615,12.7703857421875
HSLSD,λ=8,8192,1,90959,11.1033935546875
HSLSD,λ=8,8192,1,104409,12.7452392578125
HSLSD,λ=8,8192,1,95439,11.6502685546875
HSLSD,λ=8,8192,1,105147,12.8353271484375
HSLSD,λ=8,8192,1,89015,10.8660888671875
HSLSD,λ=8,8192,1,97045,11.8463134765625
HSLSD,λ=8,8192,1,121973,14.8892822265625
HSLSD,λ=8,8192,1,85299,10.4124755859375
HSLSD,λ=8,8192,1,83765,10.2252197265625
HSLSD,λ=8,8192,1,92047,11.2362060546875
HSLSD,λ=8,8192,1,86527,10.5623779296875
HSLSD,λ=8,8192,1,82079,10.0194091796875
HSLSD,λ=8,8192,1,100259,12.2386474609375
HSLSD,λ=8,8192,1,92267,11.2630615234375
HSLSD,λ=8,8192,1,118855,14.5086669921875
HSLSD,λ=8,8192,1,87669,10.7017822265625
HSLSD,λ=8,8192,1,85765,10.4693603515625
HSLSD,λ=8,8192,1,86699,10.5833740234375
HSLSD,λ=8,8192,1,105107,12.8304443359375
HSLSD,λ=8,8192,1,115197,14.0621337890625
HSLSD,λ=8,8192,1,89827,10.9652099609375
HSLSD,λ=8,8192,1,93563,11.4212646484375
HSLSD,λ=8,8192,1,83841,10.2344970703125
HSLSD,λ=8,8192,1,90371,11.0316162109375
HSLSD,λ=8,8192,1,83215,10.1580810546875
HSLSD,λ=8,8192,1,85635,10.4534912109375
HSLSD,λ=8,8192,1,86405,10.5474853515625
HSLSD,λ=8,8192,1,90089,10.9971923828125
HSLSD,λ=8,8192,1,109043,13.3109130859375
HSLSD,λ=8,8192,1,99423,12.1365966796875
HSLSD,λ=8,8192,1,97389,11.8883056640625
HSLSD,λ=8,8192,1,93245,11.3824462890625
HSLSD,λ=8,8192,1,101171,12.3499755859375
HSLSD,λ=8,8192,1,102377,12.4971923828125
HSLSD,λ=8,8192,1,108885,13.2916259765625
HSLSD,λ=8,8192,1,86581,10.5689697265625
HSLSD,λ=8,8192,1,81057,9.8946533203125
HSLSD,λ=8,8192,1,83047,10.1375732421875
HSLSD,λ=8,8192,1,117371,14.3275146484375
HSLSD,λ=8,8192,1,94943,11.5897216796875
HSLSD,λ=8,8192,1,90873,11.0928955078125
HSLSD,λ=8,8192,1,117627,14.3587646484375
HSLSD,λ=8,8192,1,92071,11.2391357421875
HSLSD,λ=8,8192,1,84953,10.3702392578125
HSLSD,λ=8,8192,1,74743,9.1239013671875
HSLSD,λ=8,8192,1,102801,12.5489501953125
HSLSD,λ=8,8192,1,95441,11.6505126953125
HSLSD,λ=8,8192,1,81581,9.9586181640625
HSLSD,λ=8,8192,1,84345,10.2960205078125
HSLSD,λ=8,8192,1,94529,11.5391845703125
HSLSD,λ=8,8192,1,89397,10.9127197265625
HSLSD,λ=8,8192,1,109939,13.4202880859375
HSLSD,λ=8,8192,1,86873,10.6046142578125
HSDMD,λ=8,8192,1,89793,10.9610595703125
HSDMD,λ=8,8192,1,96129,11.7344970703125
HSDMD,λ=8,8192,1,77929,9.5128173828125
HSDMD,λ=8,8192,1,87553,10.6876220703125
HSDMD,λ=8,8192,1,90721,11.0743408203125
HSDMD,λ=8,8192,1,133161,16.2550048828125
HSDMD,λ=8,8192,1,89049,10.8702392578125
HSDMD,λ=8,8192,1,110737,13.5177001953125
HSDMD,λ=8,8192,1,89145,10.8819580078125
HSDMD,λ=8,8192,1,100849,12.3106689453125
HSDMD,λ=8,8192,1,91489,11.1680908203125
HSDMD,λ=8,8192,1,89769,10.9581298828125
HSDMD,λ=8,8192,1,87729,10.7091064453125
HSDMD,λ=8,8192,1,101977,12.4483642578125
HSDMD,λ=8,8192,1,83449,10.1866455078125
HSDMD,λ=8,8192,1,96769,11.8126220703125
HSDMD,λ=8,8192,1,87465,10.6768798828125
HSDMD,λ=8,8192,1,99969,12.2032470703125
HSDMD,λ=8,8192,1,85601,10.4493408203125
HSDMD,λ=8,8192,1,87561,10.6885986328125
HSDMD,λ=8,8192,1,85305,10.4132080078125
HSDMD,λ=8,8192,1,82761,10.1026611328125
HSDMD,λ=8,8192,1,105073,12.8262939453125
HSDMD,λ=8,8192,1,87305,10.6573486328125
HSDMD,λ=8,8192,1,95209,11.6221923828125
HSDMD,λ=8,8192,1,80273,9.7989501953125
HSDMD,λ=8,8192,1,83737,10.2218017578125
HSDMD,λ=8,8192,1,81433,9.9405517578125
HSDMD,λ=8,8192,1,96545,11.7852783203125
HSDMD,λ=8,8192,1,84081,10.2637939453125
HSDMD,λ=8,8192,1,83129,10.1475830078125
HSDMD,λ=8,8192,1,88761,10.8350830078125
HSDMD,λ=8,8192,1,92321,11.2696533203125
HSDMD,λ=8,8192,1,95369,11.6417236328125
HSDMD,λ=8,8192,1,98009,11.9639892578125
HSDMD,λ=8,8192,1,116305,14.1973876953125
HSDMD,λ=8,8192,1,98433,12.0157470703125
HSDMD,λ=8,8192,1,88345,10.7843017578125
HSDMD,λ=8,8192,1,86185,10.5206298828125
HSDMD,λ=8,8192,1,90633,11.0635986328125
HSDMD,λ=8,8192,1,88209,10.7677001953125
HSDMD,λ=8,8192,1,92873,11.3370361328125
HSDMD,λ=8,8192,1,82865,10.1153564453125
HSDMD,λ=8,8192,1,85313,10.4141845703125
HSDMD,λ=8,8192,1,102433,12.5040283203125
HSDMD,λ=8,8192,1,85385,10.4229736328125
HSDMD,λ=8,8192,1,93449,11.4073486328125
HSDMD,λ=8,8192,1,96593,11.7911376953125
HSDMD,λ=8,8192,1,83121,10.1466064453125
HSDMD,λ=8,8192,1,114033,13.9200439453125
HSDMD,λ=8,8192,1,83665,10.2130126953125
HSDMD,λ=8,8192,1,85369,10.4210205078125
HSDMD,λ=8,8192,1,95297,11.6329345703125
HSDMD,λ=8,8192,1,84017,10.2559814453125
HSDMD,λ=8,8192,1,94689,11.5587158203125
HSDMD,λ=8,8192,1,85177,10.3975830078125
HSDMD,λ=8,8192,1,94809,11.5733642578125
HSDMD,λ=8,8192,1,83217,10.1583251953125
HSDMD,λ=8,8192,1,89337,10.9053955078125
HSDMD,λ=8,8192,1,89057,10.8712158203125
HSDMD,λ=8,8192,1,86625,10.5743408203125
HSDMD,λ=8,8192,1,85745,10.4669189453125
HSDMD,λ=8,8192,1,92009,11.2315673828125
HSDMD,λ=8,8192,1,99345,12.1270751953125
HSDMD,λ=8,8192,1,85649,10.4552001953125
HSDMD,λ=8,8192,1,77377,9.4454345703125
HSDMD,λ=8,8192,1,90769,11.0802001953125
HSDMD,λ=8,8192,1,101041,12.3341064453125
HSDMD,λ=8,8192,1,87785,10.7159423828125
HSDMD,λ=8,8192,1,88649,10.8214111328125
HSDMD,λ=8,8192,1,110809,13.5264892578125
HSDMD,λ=8,8192,1,85841,10.4786376953125
HSDMD,λ=8,8192,1,89169,10.8848876953125
HSDMD,λ=8,8192,1,100289,12.2423095703125
HSDMD,λ=8,8192,1,98593,12.0352783203125
HSDMD,λ=8,8192,1,86601,10.5714111328125
HSDMD,λ=8,8192,1,88713,10.8292236328125
HSDMD,λ=8,8192,1,92481,11.2891845703125
HSDMD,λ=8,8192,1,89041,10.8692626953125
HSDMD,λ=8,8192,1,90001,10.9864501953125
HSDMD,λ=8,8192,1,97545,11.9073486328125
HSDMD,λ=8,8192,1,104345,12.7374267578125
HSDMD,λ=8,8192,1,85441,10.4298095703125
HSDMD,λ=8,8192,1,87441,10.6739501953125
HSDMD,λ=8,8192,1,97729,11.9298095703125
HSDMD,λ=8,8192,1,95169,11.6173095703125
HSDMD,λ=8,8192,1,98129,11.9786376953125
HSDMD,λ=8,8192,1,97969,11.9591064453125
HSDMD,λ=8,8192,1,92593,11.3028564453125
HSDMD,λ=8,8192,1,103817,12.6729736328125
HSDMD,λ=8,8192,1,94697,11.5596923828125
HSDMD,λ=8,8192,1,94769,11.5684814453125
HSDMD,λ=8,8192,1,102097,12.4630126953125
HSDMD,λ=8,8192,1,80385,9.8126220703125
HSDMD,λ=8,8192,1,101937,12.4434814453125
HSDMD,λ=8,8192,1,94145,11.4923095703125
HSDMD,λ=8,8192,1,87841,10.7227783203125
HRDMD,λ=8,8192,1,70508,8.60693359375
HRDMD,λ=8,8192,1,68110,8.314208984375
HRDMD,λ=8,8192,1,66997,8.1783447265625
HRDMD,λ=8,8192,1,64084,7.82275390625
HRDMD,λ=8,8192,1,69697,8.5079345703125
HRDMD,λ=8,8192,1,66591,8.1287841796875
HRDMD,λ=8,8192,1,72674,8.871337890625
HRDMD,λ=8,8192,1,71843,8.7698974609375
HRDMD,λ=8,8192,1,66457,8.1124267578125
HRDMD,λ=8,8192,1,79145,9.6612548828125
HRDMD,λ=8,8192,1,79014,9.645263671875
HRDMD,λ=8,8192,1,75718,9.242919921875
HRDMD,λ=8,8192,1,63350,7.733154296875
HRDMD,λ=8,8192,1,72189,8.8121337890625
HRDMD,λ=8,8192,1,68303,8.3377685546875
HRDMD,λ=8,8192,1,70704,8.630859375
HRDMD,λ=8,8192,1,69124,8.43798828125
HRDMD,λ=8,8192,1,69460,8.47900390625
HRDMD,λ=8,8192,1,78985,9.6417236328125
HRDMD,λ=8,8192,1,68325,8.3404541015625
HRDMD,λ=8,8192,1,64904,7.9228515625
HRDMD,λ=8,8192,1,78884,9.62939453125
HRDMD,λ=8,8192,1,69588,8.49462890625
HRDMD,λ=8,8192,1,67987,8.2991943359375
HRDMD,λ=8,8192,1,63703,7.7762451171875
HRDMD,λ=8,8192,1,69136,8.439453125
HRDMD,λ=8,8192,1,65040,7.939453125
HRDMD,λ=8,8192,1,77664,9.48046875
HRDMD,λ=8,8192,1,69970,8.541259765625
HRDMD,λ=8,8192,1,72913,8.9005126953125
HRDMD,λ=8,8192,1,67253,8.2095947265625
HRDMD,λ=8,8192,1,63373,7.7359619140625
HRDMD,λ=8,8192,1,77108,9.41259765625
HRDMD,λ=8,8192,1,62788,7.66455078125
HRDMD,λ=8,8192,1,73006,8.911865234375
HRDMD,λ=8,8192,1,62166,7.588623046875
HRDMD,λ=8,8192,1,64445,7.8668212890625
HRDMD,λ=8,8192,1,64586,7.884033203125
HRDMD,λ=8,8192,1,70903,8.6551513671875
HRDMD,λ=8,8192,1,79882,9.751220703125
HRDMD,λ=8,8192,1,72976,8.908203125
HRDMD,λ=8,8192,1,71623,8.7430419921875
HRDMD,λ=8,8192,1,66511,8.1190185546875
HRDMD,λ=8,8192,1,64531,7.8773193359375
HRDMD,λ=8,8192,1,75468,9.21240234375
HRDMD,λ=8,8192,1,76582,9.348388671875
HRDMD,λ=8,8192,1,78629,9.5982666015625
HRDMD,λ=8,8192,1,75066,9.163330078125
HRDMD,λ=8,8192,1,61295,7.4822998046875
HRDMD,λ=8,8192,1,67361,8.2227783203125
HRDMD,λ=8,8192,1,72942,8.904052734375
HRDMD,λ=8,8192,1,66254,8.087646484375
HRDMD,λ=8,8192,1,65030,7.938232421875
HRDMD,λ=8,8192,1,63750,7.781982421875
HRDMD,λ=8,8192,1,64533,7.8775634765625
HRDMD,λ=8,8192,1,70670,8.626708984375
HRDMD,λ=8,8192,1,72900,8.89892578125
HRDMD,λ=8,8192,1,64497,7.8731689453125
HRDMD,λ=8,8192,1,61997,7.5679931640625
HRDMD,λ=8,8192,1,68063,8.3084716796875
HRDMD,λ=8,8192,1,69352,8.4658203125
HRDMD,λ=8,8192,1,62477,7.6265869140625
HRDMD,λ=8,8192,1,70558,8.613037109375
HRDMD,λ=8,8192,1,75174,9.176513671875
HRDMD,λ=8,8192,1,73584,8.982421875
HRDMD,λ=8,8192,1,69408,8.47265625
HRDMD,λ=8,8192,1,74389,9.0806884765625
HRDMD,λ=8,8192,1,66506,8.118408203125
HRDMD,λ=8,8192,1,83765,10.2252197265625
HRDMD,λ=8,8192,1,69928,8.5361328125
HRDMD,λ=8,8192,1,69423,8.4744873046875
HRDMD,λ=8,8192,1,70272,8.578125
HRDMD,λ=8,8192,1,78821,9.6217041015625
HRDMD,λ=8,8192,1,66047,8.0623779296875
HRDMD,λ=8,8192,1,64443,7.8665771484375
HRDMD,λ=8,8192,1,71737,8.7569580078125
HRDMD,λ=8,8192,1,66195,8.0804443359375
HRDMD,λ=8,8192,1,67453,8.2340087890625
HRDMD,λ=8,8192,1,65585,8.0059814453125
HRDMD,λ=8,8192,1,69948,8.53857421875
HRDMD,λ=8,8192,1,72938,8.903564453125
HRDMD,λ=8,8192,1,70016,8.546875
HRDMD,λ=8,8192,1,70728,8.6337890625
HRDMD,λ=8,8192,1,66705,8.1427001953125
HRDMD,λ=8,8192,1,63585,7.7618408203125
HRDMD,λ=8,8192,1,79823,9.7440185546875
HRDMD,λ=8,8192,1,59846,7.305419921875
HRDMD,λ=8,8192,1,82747,10.1009521484375
HRDMD,λ=8,8192,1,60699,7.4095458984375
HRDMD,λ=8,8192,1,77041,9.4044189453125
HRDMD,λ=8,8192,1,65649,8.0137939453125
HRDMD,λ=8,8192,1,65835,8.0364990234375
HRDMD,λ=8,8192,1,64240,7.841796875
HRDMD,λ=8,8192,1,73046,8.916748046875
HRDMD,λ=8,8192,1,64193,7.8360595703125
HRDMD,λ=8,8192,1,66095,8.0682373046875
HRDMD,λ=8,8192,1,69513,8.4854736328125
HRDMD,λ=8,8192,1,64156,7.83154296875
HRDMD,λ=8,8192,1,77632,9.4765625
HRDMD,λ=8,8192,1,71177,8.6885986328125
HHDMD,λ=8,8192,1,67002,8.178955078125
HHDMD,λ=8,8192,1,70396,8.59326171875
HHDMD,λ=8,8192,1,66893,8.1656494140625
HHDMD,λ=8,8192,1,62729,7.6573486328125
HHDMD,λ=8,8192,1,68222,8.327880859375
HHDMD,λ=8,8192,1,84446,10.308349609375
HHDMD,λ=8,8192,1,77832,9.5009765625
HHDMD,λ=8,8192,1,97823,11.9412841796875
HHDMD,λ=8,8192,1,68822,8.401123046875
HHDMD,λ=8,8192,1,63628,7.76708984375
HHDMD,λ=8,8192,1,64155,7.8314208984375
HHDMD,λ=8,8192,1,75737,9.2452392578125
HHDMD,λ=8,8192,1,71225,8.6944580078125
HHDMD,λ=8,8192,1,63990,7.811279296875
HHDMD,λ=8,8192,1,79274,9.677001953125
HHDMD,λ=8,8192,1,67487,8.2381591796875
HHDMD,λ=8,8192,1,69879,8.5301513671875
HHDMD,λ=8,8192,1,71128,8.6826171875
HHDMD,λ=8,8192,1,72614,8.864013671875
HHDMD,λ=8,8192,1,65576,8.0048828125
HHDMD,λ=8,8192,1,74466,9.090087890625
HHDMD,λ=8,8192,1,69625,8.4991455078125
HHDMD,λ=8,8192,1,70488,8.6044921875
HHDMD,λ=8,8192,1,72135,8.8055419921875
HHDMD,λ=8,8192,1,65000,7.9345703125
HHDMD,λ=8,8192,1,65543,8.0008544921875
HHDMD,λ=8,8192,1,72081,8.7989501953125
HHDMD,λ=8,8192,1,69738,8.512939453125
HHDMD,λ=8,8192,1,70714,8.632080078125
HHDMD,λ=8,8192,1,58662,7.160888671875
HHDMD,λ=8,8192,1,65699,8.0198974609375
HHDMD,λ=8,8192,1,73150,8.929443359375
HHDMD,λ=8,8192,1,78319,9.5604248046875
HHDMD,λ=8,8192,1,66741,8.1470947265625
HHDMD,λ=8,8192,1,68553,8.3682861328125
HHDMD,λ=8,8192,1,63710,7.777099609375
HHDMD,λ=8,8192,1,68078,8.310302734375
HHDMD,λ=8,8192,1,73641,8.9893798828125
HHDMD,λ=8,8192,1,68411,8.3509521484375
HHDMD,λ=8,8192,1,71218,8.693603515625
HHDMD,λ=8,8192,1,75788,9.25146484375
HHDMD,λ=8,8192,1,74978,9.152587890625
HHDMD,λ=8,8192,1,65584,8.005859375
HHDMD,λ=8,8192,1,62749,7.6597900390625
HHDMD,λ=8,8192,1,67657,8.2589111328125
HHDMD,λ=8,8192,1,74781,9.1285400390625
HHDMD,λ=8,8192,1,65805,8.0328369140625
HHDMD,λ=8,8192,1,69156,8.44189453125
HHDMD,λ=8,8192,1,67917,8.2906494140625
HHDMD,λ=8,8192,1,71113,8.6807861328125
HHDMD,λ=8,8192,1,66005,8.0572509765625
HHDMD,λ=8,8192,1,67875,8.2855224609375
HHDMD,λ=8,8192,1,84250,10.284423828125
HHDMD,λ=8,8192,1,66691,8.1409912109375
HHDMD,λ=8,8192,1,69374,8.468505859375
HHDMD,λ=8,8192,1,65893,8.0435791015625
HHDMD,λ=8,8192,1,66634,8.134033203125
HHDMD,λ=8,8192,1,71012,8.66845703125
HHDMD,λ=8,8192,1,71818,8.766845703125
HHDMD,λ=8,8192,1,66105,8.0694580078125
HHDMD,λ=8,8192,1,63903,7.8006591796875
HHDMD,λ=8,8192,1,95499,11.6575927734375
HHDMD,λ=8,8192,1,68716,8.38818359375
HHDMD,λ=8,8192,1,83691,10.2161865234375
HHDMD,λ=8,8192,1,60835,7.4261474609375
HHDMD,λ=8,8192,1,69604,8.49658203125
HHDMD,λ=8,8192,1,69545,8.4893798828125
HHDMD,λ=8,8192,1,77373,9.4449462890625
HHDMD,λ=8,8192,1,73329,8.9512939453125
HHDMD,λ=8,8192,1,67057,8.1856689453125
HHDMD,λ=8,8192,1,83802,10.229736328125
HHDMD,λ=8,8192,1,74185,9.0557861328125
HHDMD,λ=8,8192,1,70950,8.660888671875
HHDMD,λ=8,8192,1,90053,10.9927978515625
HHDMD,λ=8,8192,1,76625,9.3536376953125
HHDMD,λ=8,8192,1,62147,7.5863037109375
HHDMD,λ=8,8192,1,63053,7.6968994140625
HHDMD,λ=8,8192,1,70377,8.5909423828125
HHDMD,λ=8,8192,1,73324,8.95068359375
HHDMD,λ=8,8192,1,70595,8.6175537109375
HHDMD,λ=8,8192,1,72185,8.8116455078125
HHDMD,λ=8,8192,1,75161,9.1749267578125
HHDMD,λ=8,8192,1,66330,8.096923828125
HHDMD,λ=8,8192,1,89806,10.962646484375
HHDMD,λ=8,8192,1,72751,8.8807373046875
HHDMD,λ=8,8192,1,77488,9.458984375
HHDMD,λ=8,8192,1,68002,8.301025390625
HHDMD,λ=8,8192,1,66676,8.13916015625
HHDMD,λ=8,8192,1,64706,7.898681640625
HHDMD,λ=8,8192,1,66513,8.1192626953125
HHDMD,λ=8,8192,1,65339,7.9759521484375
HHDMD,λ=8,8192,1,72779,8.8841552734375
HHDMD,λ=8,8192,1,62882,7.676025390625
HHDMD,λ=8,8192,1,64329,7.8526611328125
HHDMD,λ=8,8192,1,67205,8.2037353515625
HHDMD,λ=8,8192,1,65756,8.02685546875
HHDMD,λ=8,8192,1,80895,9.8748779296875
HHDMD,λ=8,8192,1,66765,8.1500244140625
HHDMD,λ=8,8192,1,71366,8.711669921875
HHDMD,λ=8,8192,1,68810,8.399658203125
HHLMD,λ=8,8192,1,64505,7.8741455078125
HHLMD,λ=8,8192,1,71089,8.6778564453125
HHLMD,λ=8,8192,1,62961,7.6856689453125
HHLMD,λ=8,8192,1,76797,9.3746337890625
HHLMD,λ=8,8192,1,80201,9.7901611328125
HHLMD,λ=8,8192,1,68133,8.3170166015625
HHLMD,λ=8,8192,1,66057,8.0635986328125
HHLMD,λ=8,8192,1,65929,8.0479736328125
HHLMD,λ=8,8192,1,73769,9.0050048828125
HHLMD,λ=8,8192,1,62401,7.6173095703125
HHLMD,λ=8,8192,1,72961,8.9063720703125
HHLMD,λ=8,8192,1,74125,9.0484619140625
HHLMD,λ=8,8192,1,63257,7.7218017578125
HHLMD,λ=8,8192,1,65429,7.9869384765625
HHLMD,λ=8,8192,1,68157,8.3199462890625
HHLMD,λ=8,8192,1,65977,8.0538330078125
HHLMD,λ=8,8192,1,67357,8.2222900390625
HHLMD,λ=8,8192,1,73069,8.9195556640625
HHLMD,λ=8,8192,1,69957,8.5396728515625
HHLMD,λ=8,8192,1,64161,7.8321533203125
HHLMD,λ=8,8192,1,67853,8.2828369140625
HHLMD,λ=8,8192,1,68337,8.3419189453125
HHLMD,λ=8,8192,1,77473,9.4571533203125
HHLMD,λ=8,8192,1,75701,9.2408447265625
HHLMD,λ=8,8192,1,64289,7.8477783203125
HHLMD,λ=8,8192,1,68921,8.4132080078125
HHLMD,λ=8,8192,1,68033,8.3048095703125
HHLMD,λ=8,8192,1,67529,8.2432861328125
HHLMD,λ=8,8192,1,67117,8.1929931640625
HHLMD,λ=8,8192,1,63737,7.7803955078125
HHLMD,λ=8,8192,1,76993,9.3985595703125
HHLMD,λ=8,8192,1,68929,8.4141845703125
HHLMD,λ=8,8192,1,65825,8.0352783203125
HHLMD,λ=8,8192,1,77913,9.5108642578125
HHLMD,λ=8,8192,1,65413,7.9849853515625
HHLMD,λ=8,8192,1,65881,8.0421142578125
HHLMD,λ=8,8192,1,65685,8.0181884765625
HHLMD,λ=8,8192,1,77301,9.4361572265625
HHLMD,λ=8,8192,1,73077,8.9205322265625
HHLMD,λ=8,8192,1,67153,8.1973876953125
HHLMD,λ=8,8192,1,76881,9.3848876953125
HHLMD,λ=8,8192,1,63137,7.7071533203125
HHLMD,λ=8,8192,1,84197,10.2779541015625
HHLMD,λ=8,8192,1,68917,8.4127197265625
HHLMD,λ=8,8192,1,69161,8.4425048828125
HHLMD,λ=8,8192,1,70185,8.5675048828125
HHLMD,λ=8,8192,1,67653,8.2584228515625
HHLMD,λ=8,8192,1,67581,8.2496337890625
HHLMD,λ=8,8192,1,69353,8.4659423828125
HHLMD,λ=8,8192,1,67817,8.2784423828125
HHLMD,λ=8,8192,1,75497,9.2159423828125
HHLMD,λ=8,8192,1,73913,9.0225830078125
HHLMD,λ=8,8192,1,64949,7.9283447265625
HHLMD,λ=8,8192,1,73533,8.9761962890625
HHLMD,λ=8,8192,1,60641,7.4024658203125
HHLMD,λ=8,8192,1,61481,7.5050048828125
HHLMD,λ=8,8192,1,63161,7.7100830078125
HHLMD,λ=8,8192,1,69033,8.4268798828125
HHLMD,λ=8,8192,1,68505,8.3624267578125
HHLMD,λ=8,8192,1,71085,8.6773681640625
HHLMD,λ=8,8192,1,77053,9.4058837890625
HHLMD,λ=8,8192,1,65653,8.0142822265625
HHLMD,λ=8,8192,1,62397,7.6168212890625
HHLMD,λ=8,8192,1,65873,8.0411376953125
HHLMD,λ=8,8192,1,66981,8.1763916015625
HHLMD,λ=8,8192,1,71925,8.7799072265625
HHLMD,λ=8,8192,1,74805,9.1314697265625
HHLMD,λ=8,8192,1,64081,7.8223876953125
HHLMD,λ=8,8192,1,62937,7.6827392578125
HHLMD,λ=8,8192,1,65209,7.9600830078125
HHLMD,λ=8,8192,1,70981,8.6646728515625
HHLMD,λ=8,8192,1,66813,8.1558837890625
HHLMD,λ=8,8192,1,79757,9.7359619140625
HHLMD,λ=8,8192,1,78217,9.5479736328125
HHLMD,λ=8,8192,1,65757,8.0269775390625
HHLMD,λ=8,8192,1,67457,8.2344970703125
HHLMD,λ=8,8192,1,64613,7.8873291015625
HHLMD,λ=8,8192,1,66329,8.0968017578125
HHLMD,λ=8,8192,1,84769,10.3477783203125
HHLMD,λ=8,8192,1,65393,7.9825439453125
HHLMD,λ=8,8192,1,66245,8.0865478515625
HHLMD,λ=8,8192,1,65121,7.9493408203125
HHLMD,λ=8,8192,1,73437,8.9644775390625
HHLMD,λ=8,8192,1,66097,8.0684814453125
HHLMD,λ=8,8192,1,71253,8.6978759765625
HHLMD,λ=8,8192,1,67601,8.2520751953125
HHLMD,λ=8,8192,1,69689,8.5069580078125
HHLMD,λ=8,8192,1,63097,7.7022705078125
HHLMD,λ=8,8192,1,70533,8.6099853515625
HHLMD,λ=8,8192,1,62321,7.6075439453125
HHLMD,λ=8,8192,1,67629,8.2554931640625
HHLMD,λ=8,8192,1,76697,9.3624267578125
HHLMD,λ=8,8192,1,69001,8.4229736328125
HHLMD,λ=8,8192,1,62241,7.5977783203125
HHLMD,λ=8,8192,1,67545,8.2452392578125
HHLMD,λ=8,8192,1,65253,7.9654541015625
HHLMD,λ=8,8192,1,66993,8.1778564453125
HHLMD,λ=8,8192,1,67981,8.2984619140625
HHLMD,λ=8,8192,1,71609,8.7413330078125
HRLMD,λ=8,8192,1,70969,8.6632080078125
HRLMD,λ=8,8192,1,75757,9.2476806640625
HRLMD,λ=8,8192,1,69409,8.4727783203125
HRLMD,λ=8,8192,1,64889,7.9210205078125
HRLMD,λ=8,8192,1,71893,8.7760009765625
HRLMD,λ=8,8192,1,69973,8.5416259765625
HRLMD,λ=8,8192,1,68221,8.3277587890625
HRLMD,λ=8,8192,1,68893,8.4097900390625
HRLMD,λ=8,8192,1,68673,8.3829345703125
HRLMD,λ=8,8192,1,63353,7.7335205078125
HRLMD,λ=8,8192,1,65169,7.9552001953125
HRLMD,λ=8,8192,1,69129,8.4385986328125
HRLMD,λ=8,8192,1,73237,8.9400634765625
HRLMD,λ=8,8192,1,63817,7.7901611328125
HRLMD,λ=8,8192,1,62405,7.6177978515625
HRLMD,λ=8,8192,1,76533,9.3424072265625
HRLMD,λ=8,8192,1,77517,9.4625244140625
HRLMD,λ=8,8192,1,75993,9.2764892578125
HRLMD,λ=8,8192,1,66569,8.1260986328125
HRLMD,λ=8,8192,1,65965,8.0523681640625
HRLMD,λ=8,8192,1,68749,8.3922119140625
HRLMD,λ=8,8192,1,65537,8.0001220703125
HRLMD,λ=8,8192,1,75753,9.2471923828125
HRLMD,λ=8,8192,1,64869,7.9185791015625
HRLMD,λ=8,8192,1,76437,9.3306884765625
HRLMD,λ=8,8192,1,66121,8.0714111328125
HRLMD,λ=8,8192,1,64249,7.8428955078125
HRLMD,λ=8,8192,1,64537,7.8780517578125
HRLMD,λ=8,8192,1,64765,7.9058837890625
HRLMD,λ=8,8192,1,72341,8.8306884765625
HRLMD,λ=8,8192,1,66745,8.1475830078125
HRLMD,λ=8,8192,1,63945,7.8057861328125
HRLMD,λ=8,8192,1,64117,7.8267822265625
HRLMD,λ=8,8192,1,65173,7.9556884765625
HRLMD,λ=8,8192,1,70641,8.6231689453125
HRLMD,λ=8,8192,1,69949,8.5386962890625
HRLMD,λ=8,8192,1,68289,8.3360595703125
HRLMD,λ=8,8192,1,70849,8.6485595703125
HRLMD,λ=8,8192,1,72193,8.8126220703125
HRLMD,λ=8,8192,1,62745,7.6593017578125
HRLMD,λ=8,8192,1,63041,7.6954345703125
HRLMD,λ=8,8192,1,71753,8.7589111328125
HRLMD,λ=8,8192,1,72217,8.8155517578125
HRLMD,λ=8,8192,1,65845,8.0377197265625
HRLMD,λ=8,8192,1,65037,7.9390869140625
HRLMD,λ=8,8192,1,68025,8.3038330078125
HRLMD,λ=8,8192,1,66337,8.0977783203125
HRLMD,λ=8,8192,1,71497,8.7276611328125
HRLMD,λ=8,8192,1,67173,8.1998291015625
HRLMD,λ=8,8192,1,80561,9.8341064453125
HRLMD,λ=8,8192,1,63393,7.7384033203125
HRLMD,λ=8,8192,1,68485,8.3599853515625
HRLMD,λ=8,8192,1,68181,8.3228759765625
HRLMD,λ=8,8192,1,70105,8.5577392578125
HRLMD,λ=8,8192,1,66297,8.0928955078125
HRLMD,λ=8,8192,1,71193,8.6905517578125
HRLMD,λ=8,8192,1,71993,8.7882080078125
HRLMD,λ=8,8192,1,94725,11.5631103515625
HRLMD,λ=8,8192,1,74765,9.1265869140625
HRLMD,λ=8,8192,1,64509,7.8746337890625
HRLMD,λ=8,8192,1,68313,8.3389892578125
HRLMD,λ=8,8192,1,73169,8.9317626953125
HRLMD,λ=8,8192,1,70425,8.5968017578125
HRLMD,λ=8,8192,1,65761,8.0274658203125
HRLMD,λ=8,8192,1,71309,8.7047119140625
HRLMD,λ=8,8192,1,78601,9.5948486328125
HRLMD,λ=8,8192,1,63969,7.8087158203125
HRLMD,λ=8,8192,1,67625,8.2550048828125
HRLMD,λ=8,8192,1,71205,8.6920166015625
HRLMD,λ=8,8192,1,78665,9.6026611328125
HRLMD,λ=8,8192,1,66417,8.1075439453125
HRLMD,λ=8,8192,1,67093,8.1900634765625
HRLMD,λ=8,8192,1,71645,8.7457275390625
HRLMD,λ=8,8192,1,64957,7.9293212890625
HRLMD,λ=8,8192,1,68709,8.3873291015625
HRLMD,λ=8,8192,1,68285,8.3355712890625
HRLMD,λ=8,8192,1,63925,7.8033447265625
HRLMD,λ=8,8192,1,64101,7.8248291015625
HRLMD,λ=8,8192,1,68077,8.3101806640625
HRLMD,λ=8,8192,1,75473,9.2130126953125
HRLMD,λ=8,8192,1,74441,9.0870361328125
HRLMD,λ=8,8192,1,72929,8.9024658203125
HRLMD,λ=8,8192,1,60993,7.4454345703125
HRLMD,λ=8,8192,1,68933,8.4146728515625
HRLMD,λ=8,8192,1,63833,7.7921142578125
HRLMD,λ=8,8192,1,83933,10.2457275390625
HRLMD,λ=8,8192,1,63733,7.7799072265625
HRLMD,λ=8,8192,1,63949,7.8062744140625
HRLMD,λ=8,8192,1,66969,8.1749267578125
HRLMD,λ=8,8192,1,68465,8.3575439453125
HRLMD,λ=8,8192,1,88837,10.8443603515625
HRLMD,λ=8,8192,1,65265,7.9669189453125
HRLMD,λ=8,8192,1,73145,8.9288330078125
HRLMD,λ=8,8192,1,68005,8.3013916015625
HRLMD,λ=8,8192,1,64737,7.9024658203125
HRLMD,λ=8,8192,1,70009,8.5460205078125
HRLMD,λ=8,8192,1,72821,8.8892822265625
HRLMD,λ=8,8192,1,65777,8.0294189453125
HRLMD,λ=8,8192,1,68273,8.3341064453125
HRLMD,λ=8,8192,1,70385,8.5919189453125
HSLMD,λ=8,8192,1,94429,11.5269775390625
HSLMD,λ=8,8192,1,88066,10.750244140625
HSLMD,λ=8,8192,1,94492,11.53466796875
HSLMD,λ=8,8192,1,107308,13.09912109375
HSLMD,λ=8,8192,1,107812,13.16064453125
HSLMD,λ=8,8192,1,96994,11.840087890625
HSLMD,λ=8,8192,1,105625,12.8936767578125
HSLMD,λ=8,8192,1,91738,11.198486328125
HSLMD,λ=8,8192,1,106147,12.9573974609375
HSLMD,λ=8,8192,1,104815,12.7947998046875
HSLMD,λ=8,8192,1,107092,13.07275390625
HSLMD,λ=8,8192,1,102196,12.47509765625
HSLMD,λ=8,8192,1,91702,11.194091796875
HSLMD,λ=8,8192,1,92935,11.3446044921875
HSLMD,λ=8,8192,1,111232,13.578125
HSLMD,λ=8,8192,1,94690,11.558837890625
HSLMD,λ=8,8192,1,93880,11.4599609375
HSLMD,λ=8,8192,1,110827,13.5286865234375
HSLMD,λ=8,8192,1,91513,11.1710205078125
HSLMD,λ=8,8192,1,101449,12.3839111328125
HSLMD,λ=8,8192,1,82783,10.1053466796875
HSLMD,λ=8,8192,1,102565,12.5201416015625
HSLMD,λ=8,8192,1,112879,13.7791748046875
HSLMD,λ=8,8192,1,94834,11.576416015625
HSLMD,λ=8,8192,1,122212,14.91845703125
HSLMD,λ=8,8192,1,94744,11.5654296875
HSLMD,λ=8,8192,1,85096,10.3876953125
HSLMD,λ=8,8192,1,108487,13.2430419921875
HSLMD,λ=8,8192,1,94105,11.4874267578125
HSLMD,λ=8,8192,1,103798,12.670654296875
HSLMD,λ=8,8192,1,93142,11.369873046875
HSLMD,λ=8,8192,1,96562,11.787353515625
HSLMD,λ=8,8192,1,107038,13.066162109375
HSLMD,λ=8,8192,1,113491,13.8538818359375
HSLMD,λ=8,8192,1,94051,11.4808349609375
HSLMD,λ=8,8192,1,91585,11.1798095703125
HSLMD,λ=8,8192,1,117685,14.3658447265625
HSLMD,λ=8,8192,1,102394,12.499267578125
HSLMD,λ=8,8192,1,102475,12.5091552734375
HSLMD,λ=8,8192,1,102088,12.4619140625
HSLMD,λ=8,8192,1,92602,11.303955078125
HSLMD,λ=8,8192,1,95383,11.6434326171875
HSLMD,λ=8,8192,1,101368,12.3740234375
HSLMD,λ=8,8192,1,101602,12.402587890625
HSLMD,λ=8,8192,1,112051,13.6781005859375
HSLMD,λ=8,8192,1,102484,12.51025390625
HSLMD,λ=8,8192,1,98461,12.0191650390625
HSLMD,λ=8,8192,1,126280,15.4150390625
HSLMD,λ=8,8192,1,104806,12.793701171875
HSLMD,λ=8,8192,1,122176,14.9140625
HSLMD,λ=8,8192,1,110197,13.4517822265625
HSLMD,λ=8,8192,1,100702,12.292724609375
HSLMD,λ=8,8192,1,98686,12.046630859375
HSLMD,λ=8,8192,1,102304,12.48828125
HSLMD,λ=8,8192,1,117343,14.3240966796875
HSLMD,λ=8,8192,1,92116,11.24462890625
HSLMD,λ=8,8192,1,91765,11.2017822265625
HSLMD,λ=8,8192,1,102988,12.57177734375
HSLMD,λ=8,8192,1,102205,12.4761962890625
HSLMD,λ=8,8192,1,108217,13.2100830078125
HSLMD,λ=8,8192,1,113662,13.874755859375
HSLMD,λ=8,8192,1,105688,12.9013671875
HSLMD,λ=8,8192,1,114841,14.0186767578125
HSLMD,λ=8,8192,1,98938,12.077392578125
HSLMD,λ=8,8192,1,107488,13.12109375
HSLMD,λ=8,8192,1,98497,12.0235595703125
HSLMD,λ=8,8192,1,104149,12.7135009765625
HSLMD,λ=8,8192,1,113842,13.896728515625
HSLMD,λ=8,8192,1,95005,11.5972900390625
HSLMD,λ=8,8192,1,125884,15.36669921875
HSLMD,λ=8,8192,1,90676,11.06884765625
HSLMD,λ=8,8192,1,105841,12.9200439453125
HSLMD,λ=8,8192,1,90928,11.099609375
HSLMD,λ=8,8192,1,97471,11.8983154296875
HSLMD,λ=8,8192,1,90325,11.0260009765625
HSLMD,λ=8,8192,1,104878,12.802490234375
HSLMD,λ=8,8192,1,106255,12.9705810546875
HSLMD,λ=8,8192,1,130870,15.975341796875
HSLMD,λ=8,8192,1,106165,12.9595947265625
HSLMD,λ=8,8192,1,104275,12.7288818359375
HSLMD,λ=8,8192,1,98821,12.0631103515625
HSLMD,λ=8,8192,1,94474,11.532470703125
HSLMD,λ=8,8192,1,102655,12.5311279296875
HSLMD,λ=8,8192,1,89020,10.86669921875
HSLMD,λ=8,8192,1,94600,11.5478515625
HSLMD,λ=8,8192,1,106732,13.02880859375
HSLMD,λ=8,8192,1,113500,13.85498046875
HSLMD,λ=8,8192,1,98470,12.020263671875
HSLMD,λ=8,8192,1,100261,12.2388916015625
HSLMD,λ=8,8192,1,103051,12.5794677734375
HSLMD,λ=8,8192,1,92593,11.3028564453125
HSLMD,λ=8,8192,1,100774,12.301513671875
HSLMD,λ=8,8192,1,94483,11.5335693359375
HSLMD,λ=8,8192,1,102718,12.538818359375
HSLMD,λ=8,8192,1,91306,11.145751953125
HSLMD,λ=8,8192,1,119134,14.542724609375
HSDID,λ=8,8192,1,117233,14.3106689453125
HSDID,λ=8,8192,1,94801,11.5723876953125
HSDID,λ=8,8192,1,102689,12.5352783203125
HSDID,λ=8,8192,1,88033,10.7462158203125
HSDID,λ=8,8192,1,115537,14.1036376953125
HSDID,λ=8,8192,1,94465,11.5313720703125
HSDID,λ=8,8192,1,100993,12.3282470703125
HSDID,λ=8,8192,1,107425,13.1134033203125
HSDID,λ=8,8192,1,96113,11.7325439453125
HSDID,λ=8,8192,1,101649,12.4083251953125
HSDID,λ=8,8192,1,96321,11.7579345703125
HSDID,λ=8,8192,1,93249,11.3829345703125
HSDID,λ=8,8192,1,96769,11.8126220703125
HSDID,λ=8,8192,1,95185,11.6192626953125
HSDID,λ=8,8192,1,118097,14.4161376953125
HSDID,λ=8,8192,1,96257,11.7501220703125
HSDID,λ=8,8192,1,99057,12.0919189453125
HSDID,λ=8,8192,1,128481,15.6837158203125
HSDID,λ=8,8192,1,91393,11.1563720703125
HSDID,λ=8,8192,1,91361,11.1524658203125
HSDID,λ=8,8192,1,99969,12.2032470703125
HSDID,λ=8,8192,1,101457,12.3848876953125
HSDID,λ=8,8192,1,91073,11.1173095703125
HSDID,λ=8,8192,1,101057,12.3360595703125
HSDID,λ=8,8192,1,103105,12.5860595703125
HSDID,λ=8,8192,1,118593,14.4766845703125
HSDID,λ=8,8192,1,98177,11.9844970703125
HSDID,λ=8,8192,1,90465,11.0430908203125
HSDID,λ=8,8192,1,101089,12.3399658203125
HSDID,λ=8,8192,1,111329,13.5899658203125
HSDID,λ=8,8192,1,108913,13.2950439453125
HSDID,λ=8,8192,1,98513,12.0255126953125
HSDID,λ=8,8192,1,91553,11.1759033203125
HSDID,λ=8,8192,1,95537,11.6622314453125
HSDID,λ=8,8192,1,99777,12.1798095703125
HSDID,λ=8,8192,1,95457,11.6524658203125
HSDID,λ=8,8192,1,99217,12.1114501953125
HSDID,λ=8,8192,1,106625,13.0157470703125
HSDID,λ=8,8192,1,95297,11.6329345703125
HSDID,λ=8,8192,1,113025,13.7969970703125
HSDID,λ=8,8192,1,101281,12.3634033203125
HSDID,λ=8,8192,1,110417,13.4786376953125
HSDID,λ=8,8192,1,87265,10.6524658203125
HSDID,λ=8,8192,1,105553,12.8848876953125
HSDID,λ=8,8192,1,97025,11.8438720703125
HSDID,λ=8,8192,1,103505,12.6348876953125
HSDID,λ=8,8192,1,106961,13.0567626953125
HSDID,λ=8,8192,1,96817,11.8184814453125
HSDID,λ=8,8192,1,105089,12.8282470703125
HSDID,λ=8,8192,1,86241,10.5274658203125
HSDID,λ=8,8192,1,97585,11.9122314453125
HSDID,λ=8,8192,1,110369,13.4727783203125
HSDID,λ=8,8192,1,102225,12.4786376953125
HSDID,λ=8,8192,1,97809,11.9395751953125
HSDID,λ=8,8192,1,90593,11.0587158203125
HSDID,λ=8,8192,1,113665,13.8751220703125
HSDID,λ=8,8192,1,92097,11.2423095703125
HSDID,λ=8,8192,1,103537,12.6387939453125
HSDID,λ=8,8192,1,104785,12.7911376953125
HSDID,λ=8,8192,1,109937,13.4200439453125
HSDID,λ=8,8192,1,116801,14.2579345703125
HSDID,λ=8,8192,1,102161,12.4708251953125
HSDID,λ=8,8192,1,101249,12.3594970703125
HSDID,λ=8,8192,1,93457,11.4083251953125
HSDID,λ=8,8192,1,102081,12.4610595703125
HSDID,λ=8,8192,1,93185,11.3751220703125
HSDID,λ=8,8192,1,98353,12.0059814453125
HSDID,λ=8,8192,1,101377,12.3751220703125
HSDID,λ=8,8192,1,96929,11.8321533203125
HSDID,λ=8,8192,1,99505,12.1466064453125
HSDID,λ=8,8192,1,110961,13.5450439453125
HSDID,λ=8,8192,1,98865,12.0684814453125
HSDID,λ=8,8192,1,109185,13.3282470703125
HSDID,λ=8,8192,1,102913,12.5626220703125
HSDID,λ=8,8192,1,116849,14.2637939453125
HSDID,λ=8,8192,1,104433,12.7481689453125
HSDID,λ=8,8192,1,93889,11.4610595703125
HSDID,λ=8,8192,1,102977,12.5704345703125
HSDID,λ=8,8192,1,92897,11.3399658203125
HSDID,λ=8,8192,1,104961,12.8126220703125
HSDID,λ=8,8192,1,97233,11.8692626953125
HSDID,λ=8,8192,1,106849,13.0430908203125
HSDID,λ=8,8192,1,103393,12.6212158203125
HSDID,λ=8,8192,1,100129,12.2227783203125
HSDID,λ=8,8192,1,100433,12.2598876953125
HSDID,λ=8,8192,1,106081,12.9493408203125
HSDID,λ=8,8192,1,98129,11.9786376953125
HSDID,λ=8,8192,1,100641,12.2852783203125
HSDID,λ=8,8192,1,93281,11.3868408203125
HSDID,λ=8,8192,1,99233,12.1134033203125
HSDID,λ=8,8192,1,146801,17.9200439453125
HSDID,λ=8,8192,1,95057,11.6036376953125
HSDID,λ=8,8192,1,90289,11.0216064453125
HSDID,λ=8,8192,1,94769,11.5684814453125
HSDID,λ=8,8192,1,107825,13.1622314453125
HSDID,λ=8,8192,1,102097,12.4630126953125
HSDID,λ=8,8192,1,102705,12.5372314453125
HRDID,λ=8,8192,1,82461,10.0660400390625
HRDID,λ=8,8192,1,84113,10.2677001953125
HRDID,λ=8,8192,1,80515,9.8284912109375
HRDID,λ=8,8192,1,74229,9.0611572265625
HRDID,λ=8,8192,1,79241,9.6729736328125
HRDID,λ=8,8192,1,85527,10.4403076171875
HRDID,λ=8,8192,1,87235,10.6488037109375
HRDID,λ=8,8192,1,74929,9.1466064453125
HRDID,λ=8,8192,1,84463,10.3104248046875
HRDID,λ=8,8192,1,87389,10.6676025390625
HRDID,λ=8,8192,1,86269,10.5308837890625
HRDID,λ=8,8192,1,84183,10.2762451171875
HRDID,λ=8,8192,1,76525,9.3414306640625
HRDID,λ=8,8192,1,86157,10.5172119140625
HRDID,λ=8,8192,1,78947,9.6370849609375
HRDID,λ=8,8192,1,74271,9.0662841796875
HRDID,λ=8,8192,1,78471,9.5789794921875
HRDID,λ=8,8192,1,81747,9.9788818359375
HRDID,λ=8,8192,1,86997,10.6197509765625
HRDID,λ=8,8192,1,75895,9.2645263671875
HRDID,λ=8,8192,1,90469,11.0435791015625
HRDID,λ=8,8192,1,72927,8.9022216796875
HRDID,λ=8,8192,1,78513,9.5841064453125
HRDID,λ=8,8192,1,84827,10.3548583984375
HRDID,λ=8,8192,1,78345,9.5635986328125
HRDID,λ=8,8192,1,72941,8.9039306640625
HRDID,λ=8,8192,1,75055,9.1619873046875
HRDID,λ=8,8192,1,82685,10.0933837890625
HRDID,λ=8,8192,1,76749,9.3687744140625
HRDID,λ=8,8192,1,85079,10.3856201171875
HRDID,λ=8,8192,1,84239,10.2830810546875
HRDID,λ=8,8192,1,84295,10.2899169921875
HRDID,λ=8,8192,1,80949,9.8814697265625
HRDID,λ=8,8192,1,72577,8.8594970703125
HRDID,λ=8,8192,1,83973,10.2506103515625
HRDID,λ=8,8192,1,74089,9.0440673828125
HRDID,λ=8,8192,1,75783,9.2508544921875
HRDID,λ=8,8192,1,86577,10.5684814453125
HRDID,λ=8,8192,1,79591,9.7156982421875
HRDID,λ=8,8192,1,73011,8.9124755859375
HRDID,λ=8,8192,1,79437,9.6968994140625
HRDID,λ=8,8192,1,78233,9.5499267578125
HRDID,λ=8,8192,1,78121,9.5362548828125
HRDID,λ=8,8192,1,92401,11.2794189453125
HRDID,λ=8,8192,1,79171,9.6644287109375
HRDID,λ=8,8192,1,84729,10.3428955078125
HRDID,λ=8,8192,1,85597,10.4488525390625
HRDID,λ=8,8192,1,73179,8.9329833984375
HRDID,λ=8,8192,1,76665,9.3585205078125
HRDID,λ=8,8192,1,74215,9.0594482421875
HRDID,λ=8,8192,1,82251,10.0404052734375
HRDID,λ=8,8192,1,78919,9.6336669921875
HRDID,λ=8,8192,1,80543,9.8319091796875
HRDID,λ=8,8192,1,69175,8.4442138671875
HRDID,λ=8,8192,1,73025,8.9141845703125
HRDID,λ=8,8192,1,75027,9.1585693359375
HRDID,λ=8,8192,1,76175,9.2987060546875
HRDID,λ=8,8192,1,86045,10.5035400390625
HRDID,λ=8,8192,1,74985,9.1534423828125
HRDID,λ=8,8192,1,96335,11.7596435546875
HRDID,λ=8,8192,1,85947,10.4915771484375
HRDID,λ=8,8192,1,78485,9.5806884765625
HRDID,λ=8,8192,1,87039,10.6248779296875
HRDID,λ=8,8192,1,75125,9.1705322265625
HRDID,λ=8,8192,1,74971,9.1517333984375
HRDID,λ=8,8192,1,78135,9.5379638671875
HRDID,λ=8,8192,1,89755,10.9564208984375
HRDID,λ=8,8192,1,84085,10.2642822265625
HRDID,λ=8,8192,1,73165,8.9312744140625
HRDID,λ=8,8192,1,97161,11.8604736328125
HRDID,λ=8,8192,1,83357,10.1754150390625
HRDID,λ=8,8192,1,76805,9.3756103515625
HRDID,λ=8,8192,1,77281,9.4337158203125
HRDID,λ=8,8192,1,77561,9.4678955078125
HRDID,λ=8,8192,1,77421,9.4508056640625
HRDID,λ=8,8192,1,78709,9.6080322265625
HRDID,λ=8,8192,1,80207,9.7908935546875
HRDID,λ=8,8192,1,84589,10.3258056640625
HRDID,λ=8,8192,1,75195,9.1790771484375
HRDID,λ=8,8192,1,79759,9.7362060546875
HRDID,λ=8,8192,1,74859,9.1380615234375
HRDID,λ=8,8192,1,73431,8.9637451171875
HRDID,λ=8,8192,1,81901,9.9976806640625
HRDID,λ=8,8192,1,77309,9.4371337890625
HRDID,λ=8,8192,1,80081,9.7755126953125
HRDID,λ=8,8192,1,85709,10.4625244140625
HRDID,λ=8,8192,1,83091,10.1429443359375
HRDID,λ=8,8192,1,88565,10.8111572265625
HRDID,λ=8,8192,1,79535,9.7088623046875
HRDID,λ=8,8192,1,71723,8.7552490234375
HRDID,λ=8,8192,1,84043,10.2591552734375
HRDID,λ=8,8192,1,84645,10.3326416015625
HRDID,λ=8,8192,1,87165,10.6402587890625
HRDID,λ=8,8192,1,81285,9.9224853515625
HRDID,λ=8,8192,1,75713,9.2423095703125
HRDID,λ=8,8192,1,79297,9.6798095703125
HRDID,λ=8,8192,1,72647,8.8680419921875
HRDID,λ=8,8192,1,84743,10.3446044921875
HHDID,λ=8,8192,1,91407,11.1580810546875
HHDID,λ=8,8192,1,96545,11.7852783203125
HHDID,λ=8,8192,1,74159,9.0526123046875
HHDID,λ=8,8192,1,78009,9.5225830078125
HHDID,λ=8,8192,1,74971,9.1517333984375
HHDID,λ=8,8192,1,80053,9.7720947265625
HHDID,λ=8,8192,1,83693,10.2164306640625
HHDID,λ=8,8192,1,95075,11.6058349609375
HHDID,λ=8,8192,1,78961,9.6387939453125
HHDID,λ=8,8192,1,84449,10.3087158203125
HHDID,λ=8,8192,1,83819,10.2318115234375
HHDID,λ=8,8192,1,75545,9.2218017578125
HHDID,λ=8,8192,1,86101,10.5103759765625
HHDID,λ=8,8192,1,73277,8.9449462890625
HHDID,λ=8,8192,1,90259,11.0179443359375
HHDID,λ=8,8192,1,75993,9.2764892578125
HHDID,λ=8,8192,1,81523,9.9515380859375
HHDID,λ=8,8192,1,81677,9.9703369140625
HHDID,λ=8,8192,1,84183,10.2762451171875
HHDID,λ=8,8192,1,79269,9.6763916015625
HHDID,λ=8,8192,1,83889,10.2403564453125
HHDID,λ=8,8192,1,82321,10.0489501953125
HHDID,λ=8,8192,1,86381,10.5445556640625
HHDID,λ=8,8192,1,73879,9.0184326171875
HHDID,λ=8,8192,1,81173,9.9088134765625
HHDID,λ=8,8192,1,71289,8.7022705078125
HHDID,λ=8,8192,1,97147,11.8587646484375
HHDID,λ=8,8192,1,103755,12.6654052734375
HHDID,λ=8,8192,1,97917,11.9527587890625
HHDID,λ=8,8192,1,82853,10.1138916015625
HHDID,λ=8,8192,1,75923,9.2679443359375
HHDID,λ=8,8192,1,75741,9.2457275390625
HHDID,λ=8,8192,1,73753,9.0030517578125
HHDID,λ=8,8192,1,104539,12.7611083984375
HHDID,λ=8,8192,1,81271,9.9207763671875
HHDID,λ=8,8192,1,76343,9.3192138671875
HHDID,λ=8,8192,1,73515,8.9739990234375
HHDID,λ=8,8192,1,89517,10.9273681640625
HHDID,λ=8,8192,1,82433,10.0626220703125
HHDID,λ=8,8192,1,83763,10.2249755859375
HHDID,λ=8,8192,1,79647,9.7225341796875
HHDID,λ=8,8192,1,77407,9.4490966796875
HHDID,λ=8,8192,1,89363,10.9085693359375
HHDID,λ=8,8192,1,78569,9.5909423828125
HHDID,λ=8,8192,1,73081,8.9210205078125
HHDID,λ=8,8192,1,77001,9.3995361328125
HHDID,λ=8,8192,1,80487,9.8250732421875
HHDID,λ=8,8192,1,81229,9.9156494140625
HHDID,λ=8,8192,1,76105,9.2901611328125
HHDID,λ=8,8192,1,79521,9.7071533203125
HHDID,λ=8,8192,1,80515,9.8284912109375
HHDID,λ=8,8192,1,105169,12.8380126953125
HHDID,λ=8,8192,1,80137,9.7823486328125
HHDID,λ=8,8192,1,75279,9.1893310546875
HHDID,λ=8,8192,1,79871,9.7498779296875
HHDID,λ=8,8192,1,78387,9.5687255859375
HHDID,λ=8,8192,1,79899,9.7532958984375
HHDID,λ=8,8192,1,70995,8.6663818359375
HHDID,λ=8,8192,1,86003,10.4984130859375
HHDID,λ=8,8192,1,77057,9.4063720703125
HHDID,λ=8,8192,1,74985,9.1534423828125
HHDID,λ=8,8192,1,82993,10.1309814453125
HHDID,λ=8,8192,1,72549,8.8560791015625
HHDID,λ=8,8192,1,76511,9.3397216796875
HHDID,λ=8,8192,1,78667,9.6029052734375
HHDID,λ=8,8192,1,76623,9.3533935546875
HHDID,λ=8,8192,1,82699,10.0950927734375
HHDID,λ=8,8192,1,76805,9.3756103515625
HHDID,λ=8,8192,1,88649,10.8214111328125
HHDID,λ=8,8192,1,70505,8.6065673828125
HHDID,λ=8,8192,1,86521,10.5616455078125
HHDID,λ=8,8192,1,79605,9.7174072265625
HHDID,λ=8,8192,1,85261,10.4078369140625
HHDID,λ=8,8192,1,73431,8.9637451171875
HHDID,λ=8,8192,1,96993,11.8399658203125
HHDID,λ=8,8192,1,81901,9.9976806640625
HHDID,λ=8,8192,1,86087,10.5086669921875
HHDID,λ=8,8192,1,79955,9.7601318359375
HHDID,λ=8,8192,1,82755,10.1019287109375
HHDID,λ=8,8192,1,86143,10.5155029296875
HHDID,λ=8,8192,1,74537,9.0987548828125
HHDID,λ=8,8192,1,80501,9.8267822265625
HHDID,λ=8,8192,1,80403,9.8148193359375
HHDID,λ=8,8192,1,78359,9.5653076171875
HHDID,λ=8,8192,1,94445,11.5289306640625
HHDID,λ=8,8192,1,95845,11.6998291015625
HHDID,λ=8,8192,1,81565,9.9566650390625
HHDID,λ=8,8192,1,82223,10.0369873046875
HHDID,λ=8,8192,1,79087,9.6541748046875
HHDID,λ=8,8192,1,79157,9.6627197265625
HHDID,λ=8,8192,1,81929,10.0010986328125
HHDID,λ=8,8192,1,77085,9.4097900390625
HHDID,λ=8,8192,1,88607,10.8162841796875
HHDID,λ=8,8192,1,77645,9.4781494140625
HHDID,λ=8,8192,1,78149,9.5396728515625
HHDID,λ=8,8192,1,70925,8.6578369140625
HHDID,λ=8,8192,1,72129,8.8048095703125
HHDID,λ=8,8192,1,80739,9.8558349609375
HHLID,λ=8,8192,1,89026,10.867431640625
HHLID,λ=8,8192,1,85651,10.4554443359375
HHLID,λ=8,8192,1,78316,9.56005859375
HHLID,λ=8,8192,1,79366,9.688232421875
HHLID,λ=8,8192,1,77791,9.4959716796875
HHLID,λ=8,8192,1,81121,9.9024658203125
HHLID,λ=8,8192,1,80236,9.79443359375
HHLID,λ=8,8192,1,80881,9.8731689453125
HHLID,λ=8,8192,1,85186,10.398681640625
HHLID,λ=8,8192,1,87001,10.6202392578125
HHLID,λ=8,8192,1,83176,10.1533203125
HHLID,λ=8,8192,1,84511,10.3162841796875
HHLID,λ=8,8192,1,75211,9.1810302734375
HHLID,λ=8,8192,1,80326,9.805419921875
HHLID,λ=8,8192,1,82396,10.05810546875
HHLID,λ=8,8192,1,79006,9.644287109375
HHLID,λ=8,8192,1,77521,9.4630126953125
HHLID,λ=8,8192,1,84601,10.3272705078125
HHLID,λ=8,8192,1,79306,9.680908203125
HHLID,λ=8,8192,1,74446,9.087646484375
HHLID,λ=8,8192,1,73471,8.9686279296875
HHLID,λ=8,8192,1,90526,11.050537109375
HHLID,λ=8,8192,1,82021,10.0123291015625
HHLID,λ=8,8192,1,89521,10.9278564453125
HHLID,λ=8,8192,1,72136,8.8056640625
HHLID,λ=8,8192,1,79621,9.7193603515625
HHLID,λ=8,8192,1,84766,10.347412109375
HHLID,λ=8,8192,1,85876,10.48291015625
HHLID,λ=8,8192,1,77776,9.494140625
HHLID,λ=8,8192,1,92341,11.2720947265625
HHLID,λ=8,8192,1,93196,11.37646484375
HHLID,λ=8,8192,1,83191,10.1551513671875
HHLID,λ=8,8192,1,79111,9.6571044921875
HHLID,λ=8,8192,1,79246,9.673583984375
HHLID,λ=8,8192,1,83146,10.149658203125
HHLID,λ=8,8192,1,90481,11.0450439453125
HHLID,λ=8,8192,1,77731,9.4886474609375
HHLID,λ=8,8192,1,84826,10.354736328125
HHLID,λ=8,8192,1,86191,10.5213623046875
HHLID,λ=8,8192,1,76501,9.3385009765625
HHLID,λ=8,8192,1,76876,9.38427734375
HHLID,λ=8,8192,1,77011,9.4007568359375
HHLID,λ=8,8192,1,103246,12.603271484375
HHLID,λ=8,8192,1,82651,10.0892333984375
HHLID,λ=8,8192,1,73081,8.9210205078125
HHLID,λ=8,8192,1,88126,10.757568359375
HHLID,λ=8,8192,1,80386,9.812744140625
HHLID,λ=8,8192,1,75106,9.168212890625
HHLID,λ=8,8192,1,78811,9.6204833984375
HHLID,λ=8,8192,1,96391,11.7664794921875
HHLID,λ=8,8192,1,77716,9.48681640625
HHLID,λ=8,8192,1,81196,9.91162109375
HHLID,λ=8,8192,1,86986,10.618408203125
HHLID,λ=8,8192,1,78661,9.6021728515625
HHLID,λ=8,8192,1,84346,10.296142578125
HHLID,λ=8,8192,1,79516,9.70654296875
HHLID,λ=8,8192,1,83071,10.1405029296875
HHLID,λ=8,8192,1,88276,10.77587890625
HHLID,λ=8,8192,1,80176,9.787109375
HHLID,λ=8,8192,1,81946,10.003173828125
HHLID,λ=8,8192,1,81031,9.8914794921875
HHLID,λ=8,8192,1,78856,9.6259765625
HHLID,λ=8,8192,1,76186,9.300048828125
HHLID,λ=8,8192,1,76021,9.2799072265625
HHLID,λ=8,8192,1,76066,9.285400390625
HHLID,λ=8,8192,1,74056,9.0400390625
HHLID,λ=8,8192,1,74251,9.0638427734375
HHLID,λ=8,8192,1,81421,9.9390869140625
HHLID,λ=8,8192,1,79771,9.7376708984375
HHLID,λ=8,8192,1,76336,9.318359375
HHLID,λ=8,8192,1,79561,9.7120361328125
HHLID,λ=8,8192,1,95701,11.6822509765625
HHLID,λ=8,8192,1,92461,11.2867431640625
HHLID,λ=8,8192,1,88906,10.852783203125
HHLID,λ=8,8192,1,82816,10.109375
HHLID,λ=8,8192,1,78901,9.6314697265625
HHLID,λ=8,8192,1,74611,9.1077880859375
HHLID,λ=8,8192,1,86701,10.5836181640625
HHLID,λ=8,8192,1,75256,9.1865234375
HHLID,λ=8,8192,1,88666,10.823486328125
HHLID,λ=8,8192,1,80986,9.885986328125
HHLID,λ=8,8192,1,80821,9.8658447265625
HHLID,λ=8,8192,1,76921,9.3897705078125
HHLID,λ=8,8192,1,80536,9.8310546875
HHLID,λ=8,8192,1,80911,9.8768310546875
HHLID,λ=8,8192,1,85216,10.40234375
HHLID,λ=8,8192,1,83671,10.2137451171875
HHLID,λ=8,8192,1,79321,9.6827392578125
HHLID,λ=8,8192,1,81076,9.89697265625
HHLID,λ=8,8192,1,86506,10.559814453125
HHLID,λ=8,8192,1,81721,9.9757080078125
HHLID,λ=8,8192,1,79486,9.702880859375
HHLID,λ=8,8192,1,95851,11.7005615234375
HRLID,λ=8,8192,1,82125,10.0250244140625
HRLID,λ=8,8192,1,80683,9.8489990234375
HRLID,λ=8,8192,1,82111,10.0233154296875
HRLID,λ=8,8192,1,74285,9.0679931640625
HRLID,λ=8,8192,1,78317,9.5601806640625
HRLID,λ=8,8192,1,77281,9.4337158203125
HRLID,λ=8,8192,1,83105,10.1446533203125
HRLID,λ=8,8192,1,90651,11.0657958984375
HRLID,λ=8,8192,1,93115,11.3665771484375
HRLID,λ=8,8192,1,77351,9.4422607421875
HRLID,λ=8,8192,1,104147,12.7132568359375
HRLID,λ=8,8192,1,75825,9.2559814453125
HRLID,λ=8,8192,1,88691,10.8265380859375
HRLID,λ=8,8192,1,84225,10.2813720703125
HRLID,λ=8,8192,1,76539,9.3431396484375
HRLID,λ=8,8192,1,79073,9.6524658203125
HRLID,λ=8,8192,1,82153,10.0284423828125
HRLID,λ=8,8192,1,83077,10.1412353515625
HRLID,λ=8,8192,1,89153,10.8829345703125
HRLID,λ=8,8192,1,76441,9.3311767578125
HRLID,λ=8,8192,1,76343,9.3192138671875
HRLID,λ=8,8192,1,91309,11.1461181640625
HRLID,λ=8,8192,1,88971,10.8607177734375
HRLID,λ=8,8192,1,79185,9.6661376953125
HRLID,λ=8,8192,1,97427,11.8929443359375
HRLID,λ=8,8192,1,78583,9.5926513671875
HRLID,λ=8,8192,1,83371,10.1771240234375
HRLID,λ=8,8192,1,89111,10.8778076171875
HRLID,λ=8,8192,1,77603,9.4730224609375
HRLID,λ=8,8192,1,103237,12.6021728515625
HRLID,λ=8,8192,1,76777,9.3721923828125
HRLID,λ=8,8192,1,80179,9.7874755859375
HRLID,λ=8,8192,1,78233,9.5499267578125
HRLID,λ=8,8192,1,86199,10.5223388671875
HRLID,λ=8,8192,1,87963,10.7376708984375
HRLID,λ=8,8192,1,74439,9.0867919921875
HRLID,λ=8,8192,1,86773,10.5924072265625
HRLID,λ=8,8192,1,91197,11.1324462890625
HRLID,λ=8,8192,1,91995,11.2298583984375
HRLID,λ=8,8192,1,75181,9.1773681640625
HRLID,λ=8,8192,1,93101,11.3648681640625
HRLID,λ=8,8192,1,88061,10.7496337890625
HRLID,λ=8,8192,1,78401,9.5704345703125
HRLID,λ=8,8192,1,76105,9.2901611328125
HRLID,λ=8,8192,1,92485,11.2896728515625
HRLID,λ=8,8192,1,81089,9.8985595703125
HRLID,λ=8,8192,1,88439,10.7957763671875
HRLID,λ=8,8192,1,75279,9.1893310546875
HRLID,λ=8,8192,1,77043,9.4046630859375
HRLID,λ=8,8192,1,85275,10.4095458984375
HRLID,λ=8,8192,1,90917,11.0982666015625
HRLID,λ=8,8192,1,84939,10.3685302734375
HRLID,λ=8,8192,1,83273,10.1651611328125
HRLID,λ=8,8192,1,93717,11.4400634765625
HRLID,λ=8,8192,1,104721,12.7833251953125
HRLID,λ=8,8192,1,83917,10.2437744140625
HRLID,λ=8,8192,1,82881,10.1173095703125
HRLID,λ=8,8192,1,86017,10.5001220703125
HRLID,λ=8,8192,1,76329,9.3175048828125
HRLID,λ=8,8192,1,80235,9.7943115234375
HRLID,λ=8,8192,1,82895,10.1190185546875
HRLID,λ=8,8192,1,78695,9.6063232421875
HRLID,λ=8,8192,1,81397,9.9361572265625
HRLID,λ=8,8192,1,84365,10.2984619140625
HRLID,λ=8,8192,1,86647,10.5770263671875
HRLID,λ=8,8192,1,79843,9.7464599609375
HRLID,λ=8,8192,1,79129,9.6593017578125
HRLID,λ=8,8192,1,81299,9.9241943359375
HRLID,λ=8,8192,1,77099,9.4114990234375
HRLID,λ=8,8192,1,80319,9.8045654296875
HRLID,λ=8,8192,1,83161,10.1514892578125
HRLID,λ=8,8192,1,80893,9.8746337890625
HRLID,λ=8,8192,1,86129,10.5137939453125
HRLID,λ=8,8192,1,83385,10.1788330078125
HRLID,λ=8,8192,1,86829,10.5992431640625
HRLID,λ=8,8192,1,89377,10.9102783203125
HRLID,λ=8,8192,1,86087,10.5086669921875
HRLID,λ=8,8192,1,80767,9.8592529296875
HRLID,λ=8,8192,1,82867,10.1156005859375
HRLID,λ=8,8192,1,81481,9.9464111328125
HRLID,λ=8,8192,1,75517,9.2183837890625
HRLID,λ=8,8192,1,75153,9.1739501953125
HRLID,λ=8,8192,1,95061,11.6041259765625
HRLID,λ=8,8192,1,73977,9.0303955078125
HRLID,λ=8,8192,1,82013,10.0113525390625
HRLID,λ=8,8192,1,79941,9.7584228515625
HRLID,λ=8,8192,1,80501,9.8267822265625
HRLID,λ=8,8192,1,79003,9.6439208984375
HRLID,λ=8,8192,1,94333,11.5152587890625
HRLID,λ=8,8192,1,79465,9.7003173828125
HRLID,λ=8,8192,1,83329,10.1719970703125
HRLID,λ=8,8192,1,108347,13.2259521484375
HRLID,λ=8,8192,1,78079,9.5311279296875
HRLID,λ=8,8192,1,74663,9.1141357421875
HRLID,λ=8,8192,1,80739,9.8558349609375
HRLID,λ=8,8192,1,84743,10.3446044921875
HSLID,λ=8,8192,1,104381,12.7418212890625
HSLID,λ=8,8192,1,121109,14.7838134765625
HSLID,λ=8,8192,1,117369,14.3272705078125
HSLID,λ=8,8192,1,98924,12.07568359375
HSLID,λ=8,8192,1,91172,11.12939453125
HSLID,λ=8,8192,1,104024,12.6982421875
HSLID,λ=8,8192,1,97649,11.9200439453125
HSLID,λ=8,8192,1,88707,10.8284912109375
HSLID,λ=8,8192,1,112320,13.7109375
HSLID,λ=8,8192,1,110841,13.5303955078125
HSLID,λ=8,8192,1,128249,15.6553955078125
HSLID,λ=8,8192,1,138993,16.9669189453125
HSLID,λ=8,8192,1,108325,13.2232666015625
HSLID,λ=8,8192,1,116332,14.20068359375
HSLID,λ=8,8192,1,95949,11.7125244140625
HSLID,λ=8,8192,1,118865,14.5098876953125
HSLID,λ=8,8192,1,93161,11.3721923828125
HSLID,λ=8,8192,1,97938,11.955322265625
HSLID,λ=8,8192,1,98397,12.0113525390625
HSLID,λ=8,8192,1,107679,13.1444091796875
HSLID,λ=8,8192,1,122724,14.98095703125
HSLID,λ=8,8192,1,118610,14.478759765625
HSLID,λ=8,8192,1,103140,12.59033203125
HSLID,λ=8,8192,1,115584,14.109375
HSLID,λ=8,8192,1,106421,12.9908447265625
HSLID,λ=8,8192,1,91733,11.1978759765625
HSLID,λ=8,8192,1,104704,12.78125
HSLID,λ=8,8192,1,113221,13.8209228515625
HSLID,λ=8,8192,1,93926,11.465576171875
HSLID,λ=8,8192,1,114921,14.0284423828125
HSLID,λ=8,8192,1,112847,13.7752685546875
HSLID,λ=8,8192,1,111283,13.5843505859375
HSLID,λ=8,8192,1,107322,13.100830078125
HSLID,λ=8,8192,1,97972,11.95947265625
HSLID,λ=8,8192,1,97683,11.9241943359375
HSLID,λ=8,8192,1,112898,13.781494140625
HSLID,λ=8,8192,1,93790,11.448974609375
HSLID,λ=8,8192,1,95303,11.6336669921875
HSLID,λ=8,8192,1,93569,11.4219970703125
HSLID,λ=8,8192,1,96255,11.7498779296875
HSLID,λ=8,8192,1,128011,15.6263427734375
HSLID,λ=8,8192,1,95881,11.7042236328125
HSLID,λ=8,8192,1,91988,11.22900390625
HSLID,λ=8,8192,1,101525,12.3931884765625
HSLID,λ=8,8192,1,92974,11.349365234375
HSLID,λ=8,8192,1,109362,13.349853515625
HSLID,λ=8,8192,1,93076,11.36181640625
HSLID,λ=8,8192,1,108512,13.24609375
HSLID,λ=8,8192,1,106625,13.0157470703125
HSLID,λ=8,8192,1,101746,12.420166015625
HSLID,λ=8,8192,1,112881,13.7794189453125
HSLID,λ=8,8192,1,112915,13.7835693359375
HSLID,λ=8,8192,1,103582,12.644287109375
HSLID,λ=8,8192,1,96663,11.7996826171875
HSLID,λ=8,8192,1,98108,11.97607421875
HSLID,λ=8,8192,1,111623,13.6258544921875
HSLID,λ=8,8192,1,112728,13.7607421875
HSLID,λ=8,8192,1,99332,12.12548828125
HSLID,λ=8,8192,1,136392,16.6494140625
HSLID,λ=8,8192,1,99383,12.1317138671875
HSLID,λ=8,8192,1,94300,11.51123046875
HSLID,λ=8,8192,1,93705,11.4385986328125
HSLID,λ=8,8192,1,102358,12.494873046875
HSLID,λ=8,8192,1,112354,13.715087890625
HSLID,λ=8,8192,1,107135,13.0780029296875
HSLID,λ=8,8192,1,104636,12.77294921875
HSLID,λ=8,8192,1,106761,13.0323486328125
HSLID,λ=8,8192,1,103480,12.6318359375
HSLID,λ=8,8192,1,105911,12.9285888671875
HSLID,λ=8,8192,1,109668,13.38720703125
HSLID,λ=8,8192,1,101678,12.411865234375
HSLID,λ=8,8192,1,112745,13.7628173828125
HSLID,λ=8,8192,1,132227,16.1409912109375
HSLID,λ=8,8192,1,91019,11.1107177734375
HSLID,λ=8,8192,1,99196,12.10888671875
HSLID,λ=8,8192,1,101576,12.3994140625
HSLID,λ=8,8192,1,93450,11.407470703125
HSLID,λ=8,8192,1,101695,12.4139404296875
HSLID,λ=8,8192,1,102205,12.4761962890625
HSLID,λ=8,8192,1,114989,14.0367431640625
HSLID,λ=8,8192,1,102222,12.478271484375
HSLID,λ=8,8192,1,95694,11.681396484375
HSLID,λ=8,8192,1,135338,16.520751953125
HSLID,λ=8,8192,1,87364,10.66455078125
HSLID,λ=8,8192,1,110297,13.4639892578125
HSLID,λ=8,8192,1,96816,11.818359375
HSLID,λ=8,8192,1,97819,11.9407958984375
HSLID,λ=8,8192,1,99043,12.0902099609375
HSLID,λ=8,8192,1,94657,11.5548095703125
HSLID,λ=8,8192,1,95388,11.64404296875
HSLID,λ=8,8192,1,104075,12.7044677734375
HSLID,λ=8,8192,1,92039,11.2352294921875
HSLID,λ=8,8192,1,102120,12.4658203125
HSLID,λ=8,8192,1,100471,12.2645263671875
HSLID,λ=8,8192,1,120259,14.6800537109375
HSLID,λ=8,8192,1,101355,12.3724365234375
HSLID,λ=8,8192,1,108563,13.2523193359375
HSLID,λ=8,8192,1,110773,13.5220947265625
HSDCU,λ=8,8192,1,96200,11.7431640625
HSDCU,λ=8,8192,1,80611,9.8402099609375
HSDCU,λ=8,8192,1,126862,15.486083984375
HSDCU,λ=8,8192,1,84896,10.36328125
HSDCU,λ=8,8192,1,78041,9.5264892578125
HSDCU,λ=8,8192,1,85842,10.478759765625
HSDCU,λ=8,8192,1,101493,12.3892822265625
HSDCU,λ=8,8192,1,92609,11.3048095703125
HSDCU,λ=8,8192,1,91975,11.2274169921875
HSDCU,λ=8,8192,1,80082,9.775634765625
HSDCU,λ=8,8192,1,84618,10.329345703125
HSDCU,λ=8,8192,1,86858,10.602783203125
HSDCU,λ=8,8192,1,88754,10.834228515625
HSDCU,λ=8,8192,1,108565,13.2525634765625
HSDCU,λ=8,8192,1,89537,10.9298095703125
HSDCU,λ=8,8192,1,126699,15.4661865234375
HSDCU,λ=8,8192,1,87821,10.7203369140625
HSDCU,λ=8,8192,1,92124,11.24560546875
HSDCU,λ=8,8192,1,96222,11.745849609375
HSDCU,λ=8,8192,1,111777,13.6446533203125
HSDCU,λ=8,8192,1,85975,10.4949951171875
HSDCU,λ=8,8192,1,89807,10.9627685546875
HSDCU,λ=8,8192,1,84458,10.309814453125
HSDCU,λ=8,8192,1,94696,11.5595703125
HSDCU,λ=8,8192,1,84251,10.2845458984375
HSDCU,λ=8,8192,1,91118,11.122802734375
HSDCU,λ=8,8192,1,92432,11.283203125
HSDCU,λ=8,8192,1,89475,10.9222412109375
HSDCU,λ=8,8192,1,102943,12.5662841796875
HSDCU,λ=8,8192,1,103922,12.685791015625
HSDCU,λ=8,8192,1,100386,12.254150390625
HSDCU,λ=8,8192,1,91972,11.22705078125
HSDCU,λ=8,8192,1,106124,12.95458984375
HSDCU,λ=8,8192,1,97209,11.8663330078125
HSDCU,λ=8,8192,1,107619,13.1370849609375
HSDCU,λ=8,8192,1,82596,10.08251953125
HSDCU,λ=8,8192,1,87371,10.6654052734375
HSDCU,λ=8,8192,1,95354,11.639892578125
HSDCU,λ=8,8192,1,86213,10.5240478515625
HSDCU,λ=8,8192,1,105456,12.873046875
HSDCU,λ=8,8192,1,90921,11.0987548828125
HSDCU,λ=8,8192,1,94508,11.53662109375
HSDCU,λ=8,8192,1,82016,10.01171875
HSDCU,λ=8,8192,1,90544,11.052734375
HSDCU,λ=8,8192,1,83379,10.1781005859375
HSDCU,λ=8,8192,1,84559,10.3221435546875
HSDCU,λ=8,8192,1,87265,10.6524658203125
HSDCU,λ=8,8192,1,111347,13.5921630859375
HSDCU,λ=8,8192,1,100981,12.3267822265625
HSDCU,λ=8,8192,1,81008,9.888671875
HSDCU,λ=8,8192,1,78832,9.623046875
HSDCU,λ=8,8192,1,85964,10.49365234375
HSDCU,λ=8,8192,1,100740,12.29736328125
HSDCU,λ=8,8192,1,96254,11.749755859375
HSDCU,λ=8,8192,1,86152,10.5166015625
HSDCU,λ=8,8192,1,94014,11.476318359375
HSDCU,λ=8,8192,1,103969,12.6915283203125
HSDCU,λ=8,8192,1,93766,11.446044921875
HSDCU,λ=8,8192,1,100109,12.2203369140625
HSDCU,λ=8,8192,1,80072,9.7744140625
HSDCU,λ=8,8192,1,82360,10.0537109375
HSDCU,λ=8,8192,1,85648,10.455078125
HSDCU,λ=8,8192,1,91862,11.213623046875
HSDCU,λ=8,8192,1,91632,11.185546875
HSDCU,λ=8,8192,1,79603,9.7171630859375
HSDCU,λ=8,8192,1,88496,10.802734375
HSDCU,λ=8,8192,1,91456,11.1640625
HSDCU,λ=8,8192,1,101472,12.38671875
HSDCU,λ=8,8192,1,85070,10.384521484375
HSDCU,λ=8,8192,1,110182,13.449951171875
HSDCU,λ=8,8192,1,112576,13.7421875
HSDCU,λ=8,8192,1,89753,10.9561767578125
HSDCU,λ=8,8192,1,79336,9.6845703125
HSDCU,λ=8,8192,1,101007,12.3299560546875
HSDCU,λ=8,8192,1,119903,14.6365966796875
HSDCU,λ=8,8192,1,87811,10.7191162109375
HSDCU,λ=8,8192,1,83170,10.152587890625
HSDCU,λ=8,8192,1,98138,11.979736328125
HSDCU,λ=8,8192,1,101469,12.3863525390625
HSDCU,λ=8,8192,1,93628,11.42919921875
HSDCU,λ=8,8192,1,104922,12.807861328125
HSDCU,λ=8,8192,1,94724,11.56298828125
HSDCU,λ=8,8192,1,87957,10.7369384765625
HSDCU,λ=8,8192,1,89615,10.9393310546875
HSDCU,λ=8,8192,1,91752,11.2001953125
HSDCU,λ=8,8192,1,88176,10.763671875
HSDCU,λ=8,8192,1,100992,12.328125
HSDCU,λ=8,8192,1,106119,12.9539794921875
HSDCU,λ=8,8192,1,73291,8.9466552734375
HSDCU,λ=8,8192,1,88631,10.8192138671875
HSDCU,λ=8,8192,1,84588,10.32568359375
HSDCU,λ=8,8192,1,95371,11.6419677734375
HSDCU,λ=8,8192,1,112820,13.77197265625
HSDCU,λ=8,8192,1,98092,11.97412109375
HSDCU,λ=8,8192,1,84355,10.2972412109375
HSDCU,λ=8,8192,1,78969,9.6397705078125
HSDCU,λ=8,8192,1,102708,12.53759765625
HSDCU,λ=8,8192,1,98568,12.0322265625
HSDCU,λ=8,8192,1,89614,10.939208984375
HSDCU,λ=8,8192,1,110815,13.5272216796875
HRDCU,λ=8,8192,1,67559,8.2469482421875
HRDCU,λ=8,8192,1,68711,8.3875732421875
HRDCU,λ=8,8192,1,68182,8.322998046875
HRDCU,λ=8,8192,1,65007,7.9354248046875
HRDCU,λ=8,8192,1,61738,7.536376953125
HRDCU,λ=8,8192,1,71419,8.7181396484375
HRDCU,λ=8,8192,1,65589,8.0064697265625
HRDCU,λ=8,8192,1,73934,9.025146484375
HRDCU,λ=8,8192,1,68524,8.36474609375
HRDCU,λ=8,8192,1,65884,8.04248046875
HRDCU,λ=8,8192,1,62435,7.6214599609375
HRDCU,λ=8,8192,1,67091,8.1898193359375
HRDCU,λ=8,8192,1,78471,9.5789794921875
HRDCU,λ=8,8192,1,69969,8.5411376953125
HRDCU,λ=8,8192,1,69883,8.5306396484375
HRDCU,λ=8,8192,1,65457,7.9903564453125
HRDCU,λ=8,8192,1,68173,8.3218994140625
HRDCU,λ=8,8192,1,69410,8.472900390625
HRDCU,λ=8,8192,1,67222,8.205810546875
HRDCU,λ=8,8192,1,71179,8.6888427734375
HRDCU,λ=8,8192,1,78422,9.572998046875
HRDCU,λ=8,8192,1,70121,8.5596923828125
HRDCU,λ=8,8192,1,63740,7.78076171875
HRDCU,λ=8,8192,1,81540,9.95361328125
HRDCU,λ=8,8192,1,68929,8.4141845703125
HRDCU,λ=8,8192,1,66837,8.1588134765625
HRDCU,λ=8,8192,1,61945,7.5616455078125
HRDCU,λ=8,8192,1,69358,8.466552734375
HRDCU,λ=8,8192,1,78735,9.6112060546875
HRDCU,λ=8,8192,1,66771,8.1507568359375
HRDCU,λ=8,8192,1,73554,8.978759765625
HRDCU,λ=8,8192,1,70875,8.6517333984375
HRDCU,λ=8,8192,1,59396,7.25048828125
HRDCU,λ=8,8192,1,76278,9.311279296875
HRDCU,λ=8,8192,1,71661,8.7476806640625
HRDCU,λ=8,8192,1,72814,8.888427734375
HRDCU,λ=8,8192,1,66822,8.156982421875
HRDCU,λ=8,8192,1,62307,7.6058349609375
HRDCU,λ=8,8192,1,70111,8.5584716796875
HRDCU,λ=8,8192,1,65584,8.005859375
HRDCU,λ=8,8192,1,64738,7.902587890625
HRDCU,λ=8,8192,1,65467,7.9915771484375
HRDCU,λ=8,8192,1,70018,8.547119140625
HRDCU,λ=8,8192,1,79736,9.7333984375
HRDCU,λ=8,8192,1,89740,10.95458984375
HRDCU,λ=8,8192,1,70680,8.6279296875
HRDCU,λ=8,8192,1,71524,8.73095703125
HRDCU,λ=8,8192,1,67554,8.246337890625
HRDCU,λ=8,8192,1,64740,7.90283203125
HRDCU,λ=8,8192,1,69033,8.4268798828125
HRDCU,λ=8,8192,1,64925,7.9254150390625
HRDCU,λ=8,8192,1,77296,9.435546875
HRDCU,λ=8,8192,1,71403,8.7161865234375
HRDCU,λ=8,8192,1,81292,9.92333984375
HRDCU,λ=8,8192,1,79723,9.7318115234375
HRDCU,λ=8,8192,1,78324,9.56103515625
HRDCU,λ=8,8192,1,81059,9.8948974609375
HRDCU,λ=8,8192,1,60913,7.4356689453125
HRDCU,λ=8,8192,1,71325,8.7066650390625
HRDCU,λ=8,8192,1,68312,8.3388671875
HRDCU,λ=8,8192,1,83032,10.1357421875
HRDCU,λ=8,8192,1,65943,8.0496826171875
HRDCU,λ=8,8192,1,62983,7.6883544921875
HRDCU,λ=8,8192,1,74075,9.0423583984375
HRDCU,λ=8,8192,1,68919,8.4129638671875
HRDCU,λ=8,8192,1,84701,10.3394775390625
HRDCU,λ=8,8192,1,64185,7.8350830078125
HRDCU,λ=8,8192,1,66261,8.0885009765625
HRDCU,λ=8,8192,1,74817,9.1329345703125
HRDCU,λ=8,8192,1,67535,8.2440185546875
HRDCU,λ=8,8192,1,65404,7.98388671875
HRDCU,λ=8,8192,1,66358,8.100341796875
HRDCU,λ=8,8192,1,74107,9.0462646484375
HRDCU,λ=8,8192,1,88008,10.7431640625
HRDCU,λ=8,8192,1,60407,7.3739013671875
HRDCU,λ=8,8192,1,69317,8.4615478515625
HRDCU,λ=8,8192,1,69939,8.5374755859375
HRDCU,λ=8,8192,1,71914,8.778564453125
HRDCU,λ=8,8192,1,68844,8.40380859375
HRDCU,λ=8,8192,1,64113,7.8262939453125
HRDCU,λ=8,8192,1,69438,8.476318359375
HRDCU,λ=8,8192,1,69740,8.51318359375
HRDCU,λ=8,8192,1,66631,8.1336669921875
HRDCU,λ=8,8192,1,65948,8.05029296875
HRDCU,λ=8,8192,1,71109,8.6802978515625
HRDCU,λ=8,8192,1,65093,7.9459228515625
HRDCU,λ=8,8192,1,62546,7.635009765625
HRDCU,λ=8,8192,1,83304,10.1689453125
HRDCU,λ=8,8192,1,70009,8.5460205078125
HRDCU,λ=8,8192,1,84459,10.3099365234375
HRDCU,λ=8,8192,1,62121,7.5831298828125
HRDCU,λ=8,8192,1,73226,8.938720703125
HRDCU,λ=8,8192,1,67503,8.2401123046875
HRDCU,λ=8,8192,1,67370,8.223876953125
HRDCU,λ=8,8192,1,70231,8.5731201171875
HRDCU,λ=8,8192,1,67855,8.2830810546875
HRDCU,λ=8,8192,1,70865,8.6505126953125
HRDCU,λ=8,8192,1,67230,8.206787109375
HRDCU,λ=8,8192,1,73484,8.97021484375
HHDCU,λ=8,8192,1,81398,9.936279296875
HHDCU,λ=8,8192,1,64051,7.8187255859375
HHDCU,λ=8,8192,1,67565,8.2476806640625
HHDCU,λ=8,8192,1,66052,8.06298828125
HHDCU,λ=8,8192,1,67990,8.299560546875
HHDCU,λ=8,8192,1,62705,7.6544189453125
HHDCU,λ=8,8192,1,65527,7.9989013671875
HHDCU,λ=8,8192,1,81356,9.93115234375
HHDCU,λ=8,8192,1,73526,8.975341796875
HHDCU,λ=8,8192,1,72405,8.8385009765625
HHDCU,λ=8,8192,1,76059,9.2845458984375
HHDCU,λ=8,8192,1,75084,9.16552734375
HHDCU,λ=8,8192,1,64041,7.8175048828125
HHDCU,λ=8,8192,1,63778,7.785400390625
HHDCU,λ=8,8192,1,74155,9.0521240234375
HHDCU,λ=8,8192,1,96245,11.7486572265625
HHDCU,λ=8,8192,1,70584,8.6162109375
HHDCU,λ=8,8192,1,70067,8.5531005859375
HHDCU,λ=8,8192,1,68686,8.384521484375
HHDCU,λ=8,8192,1,66172,8.07763671875
HHDCU,λ=8,8192,1,71791,8.7635498046875
HHDCU,λ=8,8192,1,64182,7.834716796875
HHDCU,λ=8,8192,1,63717,7.7779541015625
HHDCU,λ=8,8192,1,66717,8.1441650390625
HHDCU,λ=8,8192,1,70747,8.6361083984375
HHDCU,λ=8,8192,1,78512,9.583984375
HHDCU,λ=8,8192,1,79342,9.685302734375
HHDCU,λ=8,8192,1,76696,9.3623046875
HHDCU,λ=8,8192,1,67616,8.25390625
HHDCU,λ=8,8192,1,62367,7.6131591796875
HHDCU,λ=8,8192,1,74340,9.07470703125
HHDCU,λ=8,8192,1,70895,8.6541748046875
HHDCU,λ=8,8192,1,67402,8.227783203125
HHDCU,λ=8,8192,1,66965,8.1744384765625
HHDCU,λ=8,8192,1,67410,8.228759765625
HHDCU,λ=8,8192,1,73939,9.0257568359375
HHDCU,λ=8,8192,1,74936,9.1474609375
HHDCU,λ=8,8192,1,68243,8.3304443359375
HHDCU,λ=8,8192,1,70739,8.6351318359375
HHDCU,λ=8,8192,1,68064,8.30859375
HHDCU,λ=8,8192,1,73293,8.9468994140625
HHDCU,λ=8,8192,1,73248,8.94140625
HHDCU,λ=8,8192,1,61554,7.513916015625
HHDCU,λ=8,8192,1,69037,8.4273681640625
HHDCU,λ=8,8192,1,67586,8.250244140625
HHDCU,λ=8,8192,1,67747,8.2698974609375
HHDCU,λ=8,8192,1,66603,8.1302490234375
HHDCU,λ=8,8192,1,63649,7.7696533203125
HHDCU,λ=8,8192,1,74516,9.09619140625
HHDCU,λ=8,8192,1,72293,8.8248291015625
HHDCU,λ=8,8192,1,64209,7.8380126953125
HHDCU,λ=8,8192,1,68726,8.389404296875
HHDCU,λ=8,8192,1,67891,8.2874755859375
HHDCU,λ=8,8192,1,70928,8.658203125
HHDCU,λ=8,8192,1,65927,8.0477294921875
HHDCU,λ=8,8192,1,79948,9.75927734375
HHDCU,λ=8,8192,1,72349,8.8316650390625
HHDCU,λ=8,8192,1,64733,7.9019775390625
HHDCU,λ=8,8192,1,72006,8.789794921875
HHDCU,λ=8,8192,1,64802,7.910400390625
HHDCU,λ=8,8192,1,66466,8.113525390625
HHDCU,λ=8,8192,1,63366,7.735107421875
HHDCU,λ=8,8192,1,72706,8.875244140625
HHDCU,λ=8,8192,1,68154,8.319580078125
HHDCU,λ=8,8192,1,63723,7.7786865234375
HHDCU,λ=8,8192,1,69305,8.4600830078125
HHDCU,λ=8,8192,1,66552,8.1240234375
HHDCU,λ=8,8192,1,73905,9.0216064453125
HHDCU,λ=8,8192,1,69265,8.4552001953125
HHDCU,λ=8,8192,1,61990,7.567138671875
HHDCU,λ=8,8192,1,90211,11.0120849609375
HHDCU,λ=8,8192,1,74301,9.0699462890625
HHDCU,λ=8,8192,1,67809,8.2774658203125
HHDCU,λ=8,8192,1,74031,9.0369873046875
HHDCU,λ=8,8192,1,61132,7.46240234375
HHDCU,λ=8,8192,1,62559,7.6365966796875
HHDCU,λ=8,8192,1,62693,7.6529541015625
HHDCU,λ=8,8192,1,63654,7.770263671875
HHDCU,λ=8,8192,1,68850,8.404541015625
HHDCU,λ=8,8192,1,68194,8.324462890625
HHDCU,λ=8,8192,1,72076,8.79833984375
HHDCU,λ=8,8192,1,71580,8.73779296875
HHDCU,λ=8,8192,1,70974,8.663818359375
HHDCU,λ=8,8192,1,66581,8.1275634765625
HHDCU,λ=8,8192,1,65512,7.9970703125
HHDCU,λ=8,8192,1,68140,8.31787109375
HHDCU,λ=8,8192,1,62604,7.64208984375
HHDCU,λ=8,8192,1,64669,7.8941650390625
HHDCU,λ=8,8192,1,64542,7.878662109375
HHDCU,λ=8,8192,1,63498,7.751220703125
HHDCU,λ=8,8192,1,72262,8.821044921875
HHDCU,λ=8,8192,1,61391,7.4940185546875
HHDCU,λ=8,8192,1,60732,7.41357421875
HHDCU,λ=8,8192,1,73117,8.9254150390625
HHDCU,λ=8,8192,1,65275,7.9681396484375
HHDCU,λ=8,8192,1,62882,7.676025390625
HHDCU,λ=8,8192,1,65708,8.02099609375
HHDCU,λ=8,8192,1,65227,7.9622802734375
HHDCU,λ=8,8192,1,62661,7.6490478515625
HHDCU,λ=8,8192,1,66377,8.1026611328125
HHLCU,λ=8,8192,1,69821,8.5230712890625
HHLCU,λ=8,8192,1,70992,8.666015625
HHLCU,λ=8,8192,1,69331,8.4632568359375
HHLCU,λ=8,8192,1,64576,7.8828125
HHLCU,λ=8,8192,1,73504,8.97265625
HHLCU,λ=8,8192,1,71917,8.7789306640625
HHLCU,λ=8,8192,1,70476,8.60302734375
HHLCU,λ=8,8192,1,69432,8.4755859375
HHLCU,λ=8,8192,1,67447,8.2332763671875
HHLCU,λ=8,8192,1,72022,8.791748046875
HHLCU,λ=8,8192,1,73423,8.9627685546875
HHLCU,λ=8,8192,1,68791,8.3973388671875
HHLCU,λ=8,8192,1,64934,7.926513671875
HHLCU,λ=8,8192,1,78947,9.6370849609375
HHLCU,λ=8,8192,1,67502,8.239990234375
HHLCU,λ=8,8192,1,73549,8.9781494140625
HHLCU,λ=8,8192,1,66890,8.165283203125
HHLCU,λ=8,8192,1,83880,10.2392578125
HHLCU,λ=8,8192,1,70530,8.609619140625
HHLCU,λ=8,8192,1,65286,7.969482421875
HHLCU,λ=8,8192,1,67818,8.278564453125
HHLCU,λ=8,8192,1,69420,8.47412109375
HHLCU,λ=8,8192,1,69930,8.536376953125
HHLCU,λ=8,8192,1,77660,9.47998046875
HHLCU,λ=8,8192,1,62522,7.632080078125
HHLCU,λ=8,8192,1,75087,9.1658935546875
HHLCU,λ=8,8192,1,65266,7.967041015625
HHLCU,λ=8,8192,1,77194,9.423095703125
HHLCU,λ=8,8192,1,61337,7.4874267578125
HHLCU,λ=8,8192,1,65182,7.956787109375
HHLCU,λ=8,8192,1,64741,7.9029541015625
HHLCU,λ=8,8192,1,72829,8.8902587890625
HHLCU,λ=8,8192,1,68160,8.3203125
HHLCU,λ=8,8192,1,69768,8.5166015625
HHLCU,λ=8,8192,1,69182,8.445068359375
HHLCU,λ=8,8192,1,93770,11.446533203125
HHLCU,λ=8,8192,1,87534,10.685302734375
HHLCU,λ=8,8192,1,73685,8.9947509765625
HHLCU,λ=8,8192,1,71937,8.7813720703125
HHLCU,λ=8,8192,1,83643,10.2103271484375
HHLCU,λ=8,8192,1,75658,9.235595703125
HHLCU,λ=8,8192,1,71216,8.693359375
HHLCU,λ=8,8192,1,66043,8.0618896484375
HHLCU,λ=8,8192,1,72056,8.7958984375
HHLCU,λ=8,8192,1,64818,7.912353515625
HHLCU,λ=8,8192,1,75398,9.203857421875
HHLCU,λ=8,8192,1,70885,8.6529541015625
HHLCU,λ=8,8192,1,72695,8.8739013671875
HHLCU,λ=8,8192,1,65883,8.0423583984375
HHLCU,λ=8,8192,1,63862,7.795654296875
HHLCU,λ=8,8192,1,60361,7.3682861328125
HHLCU,λ=8,8192,1,73230,8.939208984375
HHLCU,λ=8,8192,1,66732,8.14599609375
HHLCU,λ=8,8192,1,61895,7.5555419921875
HHLCU,λ=8,8192,1,65793,8.0313720703125
HHLCU,λ=8,8192,1,66456,8.1123046875
HHLCU,λ=8,8192,1,70394,8.593017578125
HHLCU,λ=8,8192,1,63030,7.694091796875
HHLCU,λ=8,8192,1,67604,8.25244140625
HHLCU,λ=8,8192,1,67911,8.2899169921875
HHLCU,λ=8,8192,1,70534,8.610107421875
HHLCU,λ=8,8192,1,83895,10.2410888671875
HHLCU,λ=8,8192,1,66813,8.1558837890625
HHLCU,λ=8,8192,1,74251,9.0638427734375
HHLCU,λ=8,8192,1,72725,8.8775634765625
HHLCU,λ=8,8192,1,64549,7.8795166015625
HHLCU,λ=8,8192,1,64922,7.925048828125
HHLCU,λ=8,8192,1,62614,7.643310546875
HHLCU,λ=8,8192,1,70637,8.6226806640625
HHLCU,λ=8,8192,1,69708,8.50927734375
HHLCU,λ=8,8192,1,63076,7.69970703125
HHLCU,λ=8,8192,1,63482,7.749267578125
HHLCU,λ=8,8192,1,70521,8.6085205078125
HHLCU,λ=8,8192,1,79018,9.645751953125
HHLCU,λ=8,8192,1,72656,8.869140625
HHLCU,λ=8,8192,1,64567,7.8817138671875
HHLCU,λ=8,8192,1,69273,8.4561767578125
HHLCU,λ=8,8192,1,64755,7.9046630859375
HHLCU,λ=8,8192,1,69246,8.452880859375
HHLCU,λ=8,8192,1,65949,8.0504150390625
HHLCU,λ=8,8192,1,68401,8.3497314453125
HHLCU,λ=8,8192,1,69722,8.510986328125
HHLCU,λ=8,8192,1,84706,10.340087890625
HHLCU,λ=8,8192,1,66514,8.119384765625
HHLCU,λ=8,8192,1,69677,8.5054931640625
HHLCU,λ=8,8192,1,74879,9.1405029296875
HHLCU,λ=8,8192,1,67779,8.2738037109375
HHLCU,λ=8,8192,1,66368,8.1015625
HHLCU,λ=8,8192,1,70930,8.658447265625
HHLCU,λ=8,8192,1,66801,8.1544189453125
HHLCU,λ=8,8192,1,70923,8.6575927734375
HHLCU,λ=8,8192,1,76435,9.3304443359375
HHLCU,λ=8,8192,1,67116,8.19287109375
HHLCU,λ=8,8192,1,64251,7.8431396484375
HHLCU,λ=8,8192,1,69814,8.522216796875
HHLCU,λ=8,8192,1,66993,8.1778564453125
HHLCU,λ=8,8192,1,82451,10.0648193359375
HHLCU,λ=8,8192,1,64635,7.8900146484375
HHLCU,λ=8,8192,1,66791,8.1531982421875
HHLCU,λ=8,8192,1,79539,9.7093505859375
HRLCU,λ=8,8192,1,83145,10.1495361328125
HRLCU,λ=8,8192,1,93174,11.373779296875
HRLCU,λ=8,8192,1,67688,8.2626953125
HRLCU,λ=8,8192,1,69106,8.435791015625
HRLCU,λ=8,8192,1,77911,9.5106201171875
HRLCU,λ=8,8192,1,75521,9.2188720703125
HRLCU,λ=8,8192,1,82629,10.0865478515625
HRLCU,λ=8,8192,1,74720,9.12109375
HRLCU,λ=8,8192,1,71677,8.7496337890625
HRLCU,λ=8,8192,1,78976,9.640625
HRLCU,λ=8,8192,1,78274,9.554931640625
HRLCU,λ=8,8192,1,70729,8.6339111328125
HRLCU,λ=8,8192,1,73413,8.9615478515625
HRLCU,λ=8,8192,1,79145,9.6612548828125
HRLCU,λ=8,8192,1,90468,11.04345703125
HRLCU,λ=8,8192,1,83535,10.1971435546875
HRLCU,λ=8,8192,1,73277,8.9449462890625
HRLCU,λ=8,8192,1,83286,10.166748046875
HRLCU,λ=8,8192,1,93095,11.3641357421875
HRLCU,λ=8,8192,1,77119,9.4139404296875
HRLCU,λ=8,8192,1,82096,10.021484375
HRLCU,λ=8,8192,1,85277,10.4097900390625
HRLCU,λ=8,8192,1,84627,10.3304443359375
HRLCU,λ=8,8192,1,79435,9.6966552734375
HRLCU,λ=8,8192,1,74122,9.048095703125
HRLCU,λ=8,8192,1,70730,8.634033203125
HRLCU,λ=8,8192,1,71103,8.6795654296875
HRLCU,λ=8,8192,1,73307,8.9486083984375
HRLCU,λ=8,8192,1,81629,9.9644775390625
HRLCU,λ=8,8192,1,75245,9.1851806640625
HRLCU,λ=8,8192,1,70048,8.55078125
HRLCU,λ=8,8192,1,78902,9.631591796875
HRLCU,λ=8,8192,1,71021,8.6695556640625
HRLCU,λ=8,8192,1,77146,9.417236328125
HRLCU,λ=8,8192,1,74080,9.04296875
HRLCU,λ=8,8192,1,82335,10.0506591796875
HRLCU,λ=8,8192,1,84925,10.3668212890625
HRLCU,λ=8,8192,1,80859,9.8704833984375
HRLCU,λ=8,8192,1,73276,8.94482421875
HRLCU,λ=8,8192,1,80610,9.840087890625
HRLCU,λ=8,8192,1,78357,9.5650634765625
HRLCU,λ=8,8192,1,72773,8.8834228515625
HRLCU,λ=8,8192,1,84633,10.3311767578125
HRLCU,λ=8,8192,1,78122,9.536376953125
HRLCU,λ=8,8192,1,86486,10.557373046875
HRLCU,λ=8,8192,1,71745,8.7579345703125
HRLCU,λ=8,8192,1,85387,10.4232177734375
HRLCU,λ=8,8192,1,71372,8.71240234375
HRLCU,λ=8,8192,1,75138,9.172119140625
HRLCU,λ=8,8192,1,85049,10.3819580078125
HRLCU,λ=8,8192,1,75380,9.20166015625
HRLCU,λ=8,8192,1,81732,9.97705078125
HRLCU,λ=8,8192,1,69394,8.470947265625
HRLCU,λ=8,8192,1,76619,9.3529052734375
HRLCU,λ=8,8192,1,77020,9.40185546875
HRLCU,λ=8,8192,1,85972,10.49462890625
HRLCU,λ=8,8192,1,77604,9.47314453125
HRLCU,λ=8,8192,1,71027,8.6702880859375
HRLCU,λ=8,8192,1,121110,14.783935546875
HRLCU,λ=8,8192,1,74233,9.0616455078125
HRLCU,λ=8,8192,1,75071,9.1639404296875
HRLCU,λ=8,8192,1,79780,9.73876953125
HRLCU,λ=8,8192,1,84128,10.26953125
HRLCU,λ=8,8192,1,77057,9.4063720703125
HRLCU,λ=8,8192,1,81824,9.98828125
HRLCU,λ=8,8192,1,74925,9.1461181640625
HRLCU,λ=8,8192,1,76746,9.368408203125
HRLCU,λ=8,8192,1,78420,9.57275390625
HRLCU,λ=8,8192,1,83971,10.2503662109375
HRLCU,λ=8,8192,1,81854,9.991943359375
HRLCU,λ=8,8192,1,85499,10.4368896484375
HRLCU,λ=8,8192,1,94442,11.528564453125
HRLCU,λ=8,8192,1,75780,9.25048828125
HRLCU,λ=8,8192,1,78709,9.6080322265625
HRLCU,λ=8,8192,1,78060,9.52880859375
HRLCU,λ=8,8192,1,79740,9.73388671875
HRLCU,λ=8,8192,1,82407,10.0594482421875
HRLCU,λ=8,8192,1,77676,9.48193359375
HRLCU,λ=8,8192,1,74380,9.07958984375
HRLCU,λ=8,8192,1,72441,8.8428955078125
HRLCU,λ=8,8192,1,81835,9.9896240234375
HRLCU,λ=8,8192,1,78288,9.556640625
HRLCU,λ=8,8192,1,70781,8.6402587890625
HRLCU,λ=8,8192,1,80071,9.7742919921875
HRLCU,λ=8,8192,1,74409,9.0831298828125
HRLCU,λ=8,8192,1,96550,11.785888671875
HRLCU,λ=8,8192,1,74189,9.0562744140625
HRLCU,λ=8,8192,1,77030,9.403076171875
HRLCU,λ=8,8192,1,83402,10.180908203125
HRLCU,λ=8,8192,1,69875,8.5296630859375
HRLCU,λ=8,8192,1,98592,12.03515625
HRLCU,λ=8,8192,1,76529,9.3419189453125
HRLCU,λ=8,8192,1,73472,8.96875
HRLCU,λ=8,8192,1,69690,8.507080078125
HRLCU,λ=8,8192,1,68715,8.3880615234375
HRLCU,λ=8,8192,1,75009,9.1563720703125
HRLCU,λ=8,8192,1,82020,10.01220703125
HRLCU,λ=8,8192,1,70187,8.5677490234375
HRLCU,λ=8,8192,1,76555,9.3450927734375
HRLCU,λ=8,8192,1,73146,8.928955078125
HSLCU,λ=8,8192,1,116558,14.228271484375
HSLCU,λ=8,8192,1,103222,12.600341796875
HSLCU,λ=8,8192,1,100867,12.3128662109375
HSLCU,λ=8,8192,1,93001,11.3526611328125
HSLCU,λ=8,8192,1,90091,10.9974365234375
HSLCU,λ=8,8192,1,98504,12.0244140625
HSLCU,λ=8,8192,1,104629,12.7720947265625
HSLCU,λ=8,8192,1,95753,11.6885986328125
HSLCU,λ=8,8192,1,92899,11.3402099609375
HSLCU,λ=8,8192,1,104095,12.7069091796875
HSLCU,λ=8,8192,1,102951,12.5672607421875
HSLCU,λ=8,8192,1,93428,11.40478515625
HSLCU,λ=8,8192,1,96706,11.804931640625
HSLCU,λ=8,8192,1,109886,13.413818359375
HSLCU,λ=8,8192,1,92480,11.2890625
HSLCU,λ=8,8192,1,90130,11.002197265625
HSLCU,λ=8,8192,1,102048,12.45703125
HSLCU,λ=8,8192,1,113138,13.810791015625
HSLCU,λ=8,8192,1,110077,13.4371337890625
HSLCU,λ=8,8192,1,102679,12.5340576171875
HSLCU,λ=8,8192,1,102935,12.5653076171875
HSLCU,λ=8,8192,1,114135,13.9324951171875
HSLCU,λ=8,8192,1,90756,11.07861328125
HSLCU,λ=8,8192,1,110739,13.5179443359375
HSLCU,λ=8,8192,1,95310,11.634521484375
HSLCU,λ=8,8192,1,94705,11.5606689453125
HSLCU,λ=8,8192,1,93732,11.44189453125
HSLCU,λ=8,8192,1,95726,11.685302734375
HSLCU,λ=8,8192,1,96138,11.735595703125
HSLCU,λ=8,8192,1,95117,11.6109619140625
HSLCU,λ=8,8192,1,93067,11.3607177734375
HSLCU,λ=8,8192,1,86668,10.57958984375
HSLCU,λ=8,8192,1,122140,14.90966796875
HSLCU,λ=8,8192,1,102020,12.45361328125
HSLCU,λ=8,8192,1,92172,11.25146484375
HSLCU,λ=8,8192,1,97532,11.90576171875
HSLCU,λ=8,8192,1,95161,11.6163330078125
HSLCU,λ=8,8192,1,89579,10.9349365234375
HSLCU,λ=8,8192,1,106443,12.9935302734375
HSLCU,λ=8,8192,1,95468,11.65380859375
HSLCU,λ=8,8192,1,97673,11.9229736328125
HSLCU,λ=8,8192,1,98638,12.040771484375
HSLCU,λ=8,8192,1,89394,10.912353515625
HSLCU,λ=8,8192,1,103432,12.6259765625
HSLCU,λ=8,8192,1,104932,12.80908203125
HSLCU,λ=8,8192,1,95399,11.6453857421875
HSLCU,λ=8,8192,1,115823,14.1385498046875
HSLCU,λ=8,8192,1,91498,11.169189453125
HSLCU,λ=8,8192,1,98841,12.0655517578125
HSLCU,λ=8,8192,1,89071,10.8729248046875
HSLCU,λ=8,8192,1,100438,12.260498046875
HSLCU,λ=8,8192,1,93618,11.427978515625
HSLCU,λ=8,8192,1,111623,13.6258544921875
HSLCU,λ=8,8192,1,104652,12.77490234375
HSLCU,λ=8,8192,1,107689,13.1456298828125
HSLCU,λ=8,8192,1,95792,11.693359375
HSLCU,λ=8,8192,1,87992,10.7412109375
HSLCU,λ=8,8192,1,88953,10.8585205078125
HSLCU,λ=8,8192,1,95917,11.7086181640625
HSLCU,λ=8,8192,1,103184,12.595703125
HSLCU,λ=8,8192,1,103919,12.6854248046875
HSLCU,λ=8,8192,1,109279,13.3397216796875
HSLCU,λ=8,8192,1,101717,12.4166259765625
HSLCU,λ=8,8192,1,95766,11.690185546875
HSLCU,λ=8,8192,1,105571,12.8870849609375
HSLCU,λ=8,8192,1,99792,12.181640625
HSLCU,λ=8,8192,1,94032,11.478515625
HSLCU,λ=8,8192,1,114553,13.9835205078125
HSLCU,λ=8,8192,1,93089,11.3634033203125
HSLCU,λ=8,8192,1,87060,10.62744140625
HSLCU,λ=8,8192,1,95356,11.64013671875
HSLCU,λ=8,8192,1,96717,11.8062744140625
HSLCU,λ=8,8192,1,87914,10.731689453125
HSLCU,λ=8,8192,1,100911,12.3182373046875
HSLCU,λ=8,8192,1,94952,11.5908203125
HSLCU,λ=8,8192,1,103768,12.6669921875
HSLCU,λ=8,8192,1,103584,12.64453125
HSLCU,λ=8,8192,1,98125,11.9781494140625
HSLCU,λ=8,8192,1,107874,13.168212890625
HSLCU,λ=8,8192,1,92398,11.279052734375
HSLCU,λ=8,8192,1,99324,12.12451171875
HSLCU,λ=8,8192,1,88895,10.8514404296875
HSLCU,λ=8,8192,1,107886,13.169677734375
HSLCU,λ=8,8192,1,97162,11.860595703125
HSLCU,λ=8,8192,1,107325,13.1011962890625
HSLCU,λ=8,8192,1,101008,12.330078125
HSLCU,λ=8,8192,1,98721,12.0509033203125
HSLCU,λ=8,8192,1,103066,12.581298828125
HSLCU,λ=8,8192,1,99936,12.19921875
HSLCU,λ=8,8192,1,90566,11.055419921875
HSLCU,λ=8,8192,1,102290,12.486572265625
HSLCU,λ=8,8192,1,97709,11.9273681640625
HSLCU,λ=8,8192,1,96974,11.837646484375
HSLCU,λ=8,8192,1,124856,15.2412109375
HSLCU,λ=8,8192,1,90962,11.103759765625
HSLCU,λ=8,8192,1,93207,11.3778076171875
HSLCU,λ=8,8192,1,95264,11.62890625
HSLCU,λ=8,8192,1,97759,11.9334716796875
HSLCU,λ=8,8192,1,112049,13.6778564453125
HSLCU,λ=8,8192,1,94548,11.54150390625
HSDSU,λ=8,8192,1,79649,9.7227783203125
HSDSU,λ=8,8192,1,87985,10.7403564453125
HSDSU,λ=8,8192,1,100177,12.2286376953125
HSDSU,λ=8,8192,1,92297,11.2667236328125
HSDSU,λ=8,8192,1,93785,11.4483642578125
HSDSU,λ=8,8192,1,105625,12.8936767578125
HSDSU,λ=8,8192,1,89497,10.9249267578125
HSDSU,λ=8,8192,1,104041,12.7003173828125
HSDSU,λ=8,8192,1,85865,10.4815673828125
HSDSU,λ=8,8192,1,107801,13.1593017578125
HSDSU,λ=8,8192,1,82809,10.1085205078125
HSDSU,λ=8,8192,1,81217,9.9141845703125
HSDSU,λ=8,8192,1,93193,11.3760986328125
HSDSU,λ=8,8192,1,82953,10.1260986328125
HSDSU,λ=8,8192,1,103409,12.6231689453125
HSDSU,λ=8,8192,1,88609,10.8165283203125
HSDSU,λ=8,8192,1,100913,12.3184814453125
HSDSU,λ=8,8192,1,98337,12.0040283203125
HSDSU,λ=8,8192,1,91073,11.1173095703125
HSDSU,λ=8,8192,1,93809,11.4512939453125
HSDSU,λ=8,8192,1,118721,14.4923095703125
HSDSU,λ=8,8192,1,79697,9.7286376953125
HSDSU,λ=8,8192,1,96169,11.7393798828125
HSDSU,λ=8,8192,1,86673,10.5802001953125
HSDSU,λ=8,8192,1,121265,14.8028564453125
HSDSU,λ=8,8192,1,93145,11.3702392578125
HSDSU,λ=8,8192,1,77689,9.4835205078125
HSDSU,λ=8,8192,1,96097,11.7305908203125
HSDSU,λ=8,8192,1,88697,10.8272705078125
HSDSU,λ=8,8192,1,100497,12.2677001953125
HSDSU,λ=8,8192,1,84553,10.3214111328125
HSDSU,λ=8,8192,1,96009,11.7198486328125
HSDSU,λ=8,8192,1,100097,12.2188720703125
HSDSU,λ=8,8192,1,82569,10.0792236328125
HSDSU,λ=8,8192,1,86025,10.5010986328125
HSDSU,λ=8,8192,1,89153,10.8829345703125
HSDSU,λ=8,8192,1,80065,9.7735595703125
HSDSU,λ=8,8192,1,98945,12.0782470703125
HSDSU,λ=8,8192,1,92649,11.3096923828125
HSDSU,λ=8,8192,1,94745,11.5655517578125
HSDSU,λ=8,8192,1,85025,10.3790283203125
HSDSU,λ=8,8192,1,101049,12.3350830078125
HSDSU,λ=8,8192,1,83985,10.2520751953125
HSDSU,λ=8,8192,1,91945,11.2237548828125
HSDSU,λ=8,8192,1,102385,12.4981689453125
HSDSU,λ=8,8192,1,98665,12.0440673828125
HSDSU,λ=8,8192,1,91713,11.1954345703125
HSDSU,λ=8,8192,1,97025,11.8438720703125
HSDSU,λ=8,8192,1,99377,12.1309814453125
HSDSU,λ=8,8192,1,92889,11.3389892578125
HSDSU,λ=8,8192,1,86241,10.5274658203125
HSDSU,λ=8,8192,1,92281,11.2647705078125
HSDSU,λ=8,8192,1,88041,10.7471923828125
HSDSU,λ=8,8192,1,89297,10.9005126953125
HSDSU,λ=8,8192,1,80529,9.8302001953125
HSDSU,λ=8,8192,1,100537,12.2725830078125
HSDSU,λ=8,8192,1,88977,10.8614501953125
HSDSU,λ=8,8192,1,94081,11.4844970703125
HSDSU,λ=8,8192,1,83137,10.1485595703125
HSDSU,λ=8,8192,1,95817,11.6964111328125
HSDSU,λ=8,8192,1,81345,9.9298095703125
HSDSU,λ=8,8192,1,120473,14.7061767578125
HSDSU,λ=8,8192,1,97721,11.9288330078125
HSDSU,λ=8,8192,1,104721,12.7833251953125
HSDSU,λ=8,8192,1,84521,10.3175048828125
HSDSU,λ=8,8192,1,81673,9.9698486328125
HSDSU,λ=8,8192,1,96729,11.8077392578125
HSDSU,λ=8,8192,1,98577,12.0333251953125
HSDSU,λ=8,8192,1,93073,11.3614501953125
HSDSU,λ=8,8192,1,114945,14.0313720703125
HSDSU,λ=8,8192,1,86009,10.4991455078125
HSDSU,λ=8,8192,1,96617,11.7940673828125
HSDSU,λ=8,8192,1,132921,16.2257080078125
HSDSU,λ=8,8192,1,99665,12.1661376953125
HSDSU,λ=8,8192,1,102081,12.4610595703125
HSDSU,λ=8,8192,1,86993,10.6192626953125
HSDSU,λ=8,8192,1,108977,13.3028564453125
HSDSU,λ=8,8192,1,98873,12.0694580078125
HSDSU,λ=8,8192,1,93601,11.4259033203125
HSDSU,λ=8,8192,1,93113,11.3663330078125
HSDSU,λ=8,8192,1,91681,11.1915283203125
HSDSU,λ=8,8192,1,84537,10.3194580078125
HSDSU,λ=8,8192,1,95409,11.6466064453125
HSDSU,λ=8,8192,1,85633,10.4532470703125
HSDSU,λ=8,8192,1,84169,10.2745361328125
HSDSU,λ=8,8192,1,114745,14.0069580078125
HSDSU,λ=8,8192,1,104729,12.7843017578125
HSDSU,λ=8,8192,1,89009,10.8653564453125
HSDSU,λ=8,8192,1,78801,9.6192626953125
HSDSU,λ=8,8192,1,97729,11.9298095703125
HSDSU,λ=8,8192,1,93217,11.3790283203125
HSDSU,λ=8,8192,1,106897,13.0489501953125
HSDSU,λ=8,8192,1,81929,10.0010986328125
HSDSU,λ=8,8192,1,102401,12.5001220703125
HSDSU,λ=8,8192,1,94025,11.4776611328125
HSDSU,λ=8,8192,1,107185,13.0841064453125
HSDSU,λ=8,8192,1,82817,10.1094970703125
HSDSU,λ=8,8192,1,79057,9.6505126953125
HSDSU,λ=8,8192,1,95785,11.6925048828125
HRDSU,λ=8,8192,1,64511,7.8748779296875
HRDSU,λ=8,8192,1,63639,7.7684326171875
HRDSU,λ=8,8192,1,61773,7.5406494140625
HRDSU,λ=8,8192,1,65599,8.0076904296875
HRDSU,λ=8,8192,1,65949,8.0504150390625
HRDSU,λ=8,8192,1,64425,7.8643798828125
HRDSU,λ=8,8192,1,73917,9.0230712890625
HRDSU,λ=8,8192,1,69199,8.4471435546875
HRDSU,λ=8,8192,1,60747,7.4154052734375
HRDSU,λ=8,8192,1,69313,8.4610595703125
HRDSU,λ=8,8192,1,63561,7.7589111328125
HRDSU,λ=8,8192,1,66067,8.0648193359375
HRDSU,λ=8,8192,1,66341,8.0982666015625
HRDSU,λ=8,8192,1,57783,7.0535888671875
HRDSU,λ=8,8192,1,69253,8.4537353515625
HRDSU,λ=8,8192,1,66875,8.1634521484375
HRDSU,λ=8,8192,1,65327,7.9744873046875
HRDSU,λ=8,8192,1,63025,7.6934814453125
HRDSU,λ=8,8192,1,57241,6.9874267578125
HRDSU,λ=8,8192,1,64865,7.9180908203125
HRDSU,λ=8,8192,1,64577,7.8829345703125
HRDSU,λ=8,8192,1,66119,8.0711669921875
HRDSU,λ=8,8192,1,62785,7.6641845703125
HRDSU,λ=8,8192,1,65643,8.0130615234375
HRDSU,λ=8,8192,1,72275,8.8226318359375
HRDSU,λ=8,8192,1,81195,9.9114990234375
HRDSU,λ=8,8192,1,72379,8.8353271484375
HRDSU,λ=8,8192,1,71577,8.7374267578125
HRDSU,λ=8,8192,1,64179,7.8343505859375
HRDSU,λ=8,8192,1,63739,7.7806396484375
HRDSU,λ=8,8192,1,68617,8.3760986328125
HRDSU,λ=8,8192,1,64591,7.8846435546875
HRDSU,λ=8,8192,1,66673,8.1387939453125
HRDSU,λ=8,8192,1,67383,8.2254638671875
HRDSU,λ=8,8192,1,61249,7.4766845703125
HRDSU,λ=8,8192,1,63665,7.7716064453125
HRDSU,λ=8,8192,1,71697,8.7520751953125
HRDSU,λ=8,8192,1,63271,7.7235107421875
HRDSU,λ=8,8192,1,62823,7.6688232421875
HRDSU,λ=8,8192,1,65519,7.9979248046875
HRDSU,λ=8,8192,1,69547,8.4896240234375
HRDSU,λ=8,8192,1,69565,8.4918212890625
HRDSU,λ=8,8192,1,65955,8.0511474609375
HRDSU,λ=8,8192,1,61073,7.4552001953125
HRDSU,λ=8,8192,1,63879,7.7977294921875
HRDSU,λ=8,8192,1,61755,7.5384521484375
HRDSU,λ=8,8192,1,63963,7.8079833984375
HRDSU,λ=8,8192,1,60803,7.4222412109375
HRDSU,λ=8,8192,1,61441,7.5001220703125
HRDSU,λ=8,8192,1,66239,8.0858154296875
HRDSU,λ=8,8192,1,68867,8.4066162109375
HRDSU,λ=8,8192,1,69655,8.5028076171875
HRDSU,λ=8,8192,1,62403,7.6175537109375
HRDSU,λ=8,8192,1,65535,7.9998779296875
HRDSU,λ=8,8192,1,59477,7.2603759765625
HRDSU,λ=8,8192,1,72655,8.8690185546875
HRDSU,λ=8,8192,1,73385,8.9581298828125
HRDSU,λ=8,8192,1,63387,7.7376708984375
HRDSU,λ=8,8192,1,61465,7.5030517578125
HRDSU,λ=8,8192,1,65609,8.0089111328125
HRDSU,λ=8,8192,1,66157,8.0758056640625
HRDSU,λ=8,8192,1,63001,7.6905517578125
HRDSU,λ=8,8192,1,65497,7.9952392578125
HRDSU,λ=8,8192,1,59421,7.2535400390625
HRDSU,λ=8,8192,1,66511,8.1190185546875
HRDSU,λ=8,8192,1,66947,8.1722412109375
HRDSU,λ=8,8192,1,63175,7.7117919921875
HRDSU,λ=8,8192,1,67583,8.2498779296875
HRDSU,λ=8,8192,1,67429,8.2310791015625
HRDSU,λ=8,8192,1,66355,8.0999755859375
HRDSU,λ=8,8192,1,58005,7.0806884765625
HRDSU,λ=8,8192,1,73033,8.9151611328125
HRDSU,λ=8,8192,1,64483,7.8714599609375
HRDSU,λ=8,8192,1,61595,7.5189208984375
HRDSU,λ=8,8192,1,64441,7.8663330078125
HRDSU,λ=8,8192,1,62337,7.6094970703125
HRDSU,λ=8,8192,1,69487,8.4822998046875
HRDSU,λ=8,8192,1,64439,7.8660888671875
HRDSU,λ=8,8192,1,66819,8.1566162109375
HRDSU,λ=8,8192,1,63047,7.6961669921875
HRDSU,λ=8,8192,1,72799,8.8865966796875
HRDSU,λ=8,8192,1,64643,7.8909912109375
HRDSU,λ=8,8192,1,58923,7.1927490234375
HRDSU,λ=8,8192,1,58079,7.0897216796875
HRDSU,λ=8,8192,1,57159,6.9774169921875
HRDSU,λ=8,8192,1,62879,7.6756591796875
HRDSU,λ=8,8192,1,58109,7.0933837890625
HRDSU,λ=8,8192,1,71605,8.7408447265625
HRDSU,λ=8,8192,1,65997,8.0562744140625
HRDSU,λ=8,8192,1,58997,7.2017822265625
HRDSU,λ=8,8192,1,68891,8.4095458984375
HRDSU,λ=8,8192,1,64527,7.8768310546875
HRDSU,λ=8,8192,1,65195,7.9583740234375
HRDSU,λ=8,8192,1,65853,8.0386962890625
HRDSU,λ=8,8192,1,60565,7.3931884765625
HRDSU,λ=8,8192,1,65787,8.0306396484375
HRDSU,λ=8,8192,1,66927,8.1697998046875
HRDSU,λ=8,8192,1,67225,8.2061767578125
HRDSU,λ=8,8192,1,67259,8.2103271484375
HHDSU,λ=8,8192,1,70629,8.6217041015625
HHDSU,λ=8,8192,1,65745,8.0255126953125
HHDSU,λ=8,8192,1,58293,7.1158447265625
HHDSU,λ=8,8192,1,62927,7.6815185546875
HHDSU,λ=8,8192,1,60747,7.4154052734375
HHDSU,λ=8,8192,1,62345,7.6104736328125
HHDSU,λ=8,8192,1,74135,9.0496826171875
HHDSU,λ=8,8192,1,65007,7.9354248046875
HHDSU,λ=8,8192,1,66637,8.1343994140625
HHDSU,λ=8,8192,1,59323,7.2415771484375
HHDSU,λ=8,8192,1,64155,7.8314208984375
HHDSU,λ=8,8192,1,61777,7.5411376953125
HHDSU,λ=8,8192,1,62413,7.6187744140625
HHDSU,λ=8,8192,1,75655,9.2352294921875
HHDSU,λ=8,8192,1,63121,7.7052001953125
HHDSU,λ=8,8192,1,69455,8.4783935546875
HHDSU,λ=8,8192,1,67285,8.2135009765625
HHDSU,λ=8,8192,1,67681,8.2618408203125
HHDSU,λ=8,8192,1,57753,7.0499267578125
HHDSU,λ=8,8192,1,62033,7.5723876953125
HHDSU,λ=8,8192,1,59319,7.2410888671875
HHDSU,λ=8,8192,1,64607,7.8865966796875
HHDSU,λ=8,8192,1,61957,7.5631103515625
HHDSU,λ=8,8192,1,65629,8.0113525390625
HHDSU,λ=8,8192,1,68503,8.3621826171875
HHDSU,λ=8,8192,1,58255,7.1112060546875
HHDSU,λ=8,8192,1,62613,7.6431884765625
HHDSU,λ=8,8192,1,66379,8.1029052734375
HHDSU,λ=8,8192,1,59981,7.3218994140625
HHDSU,λ=8,8192,1,62587,7.6400146484375
HHDSU,λ=8,8192,1,59993,7.3233642578125
HHDSU,λ=8,8192,1,58051,7.0863037109375
HHDSU,λ=8,8192,1,60505,7.3858642578125
HHDSU,λ=8,8192,1,61543,7.5125732421875
HHDSU,λ=8,8192,1,70889,8.6534423828125
HHDSU,λ=8,8192,1,60857,7.4288330078125
HHDSU,λ=8,8192,1,62439,7.6219482421875
HHDSU,λ=8,8192,1,62277,7.6021728515625
HHDSU,λ=8,8192,1,60877,7.4312744140625
HHDSU,λ=8,8192,1,61757,7.5386962890625
HHDSU,λ=8,8192,1,63365,7.7349853515625
HHDSU,λ=8,8192,1,78949,9.6373291015625
HHDSU,λ=8,8192,1,58895,7.1893310546875
HHDSU,λ=8,8192,1,94051,11.4808349609375
HHDSU,λ=8,8192,1,70175,8.5662841796875
HHDSU,λ=8,8192,1,65597,8.0074462890625
HHDSU,λ=8,8192,1,67329,8.2188720703125
HHDSU,λ=8,8192,1,64309,7.8502197265625
HHDSU,λ=8,8192,1,64327,7.8524169921875
HHDSU,λ=8,8192,1,67317,8.2174072265625
HHDSU,λ=8,8192,1,65797,8.0318603515625
HHDSU,λ=8,8192,1,57947,7.0736083984375
HHDSU,λ=8,8192,1,62789,7.6646728515625
HHDSU,λ=8,8192,1,71189,8.6900634765625
HHDSU,λ=8,8192,1,74287,9.0682373046875
HHDSU,λ=8,8192,1,61843,7.5491943359375
HHDSU,λ=8,8192,1,63693,7.7750244140625
HHDSU,λ=8,8192,1,62761,7.6612548828125
HHDSU,λ=8,8192,1,67689,8.2628173828125
HHDSU,λ=8,8192,1,63859,7.7952880859375
HHDSU,λ=8,8192,1,65027,7.9378662109375
HHDSU,λ=8,8192,1,66293,8.0924072265625
HHDSU,λ=8,8192,1,67755,8.2708740234375
HHDSU,λ=8,8192,1,59063,7.2098388671875
HHDSU,λ=8,8192,1,60955,7.4407958984375
HHDSU,λ=8,8192,1,72475,8.8470458984375
HHDSU,λ=8,8192,1,63569,7.7598876953125
HHDSU,λ=8,8192,1,61403,7.4954833984375
HHDSU,λ=8,8192,1,66079,8.0662841796875
HHDSU,λ=8,8192,1,68531,8.3656005859375
HHDSU,λ=8,8192,1,70415,8.5955810546875
HHDSU,λ=8,8192,1,60227,7.3519287109375
HHDSU,λ=8,8192,1,69099,8.4349365234375
HHDSU,λ=8,8192,1,94485,11.5338134765625
HHDSU,λ=8,8192,1,62173,7.5894775390625
HHDSU,λ=8,8192,1,58033,7.0841064453125
HHDSU,λ=8,8192,1,64203,7.8372802734375
HHDSU,λ=8,8192,1,61059,7.4534912109375
HHDSU,λ=8,8192,1,65773,8.0289306640625
HHDSU,λ=8,8192,1,70331,8.5853271484375
HHDSU,λ=8,8192,1,64269,7.8453369140625
HHDSU,λ=8,8192,1,57871,7.0643310546875
HHDSU,λ=8,8192,1,60593,7.3966064453125
HHDSU,λ=8,8192,1,58935,7.1942138671875
HHDSU,λ=8,8192,1,62141,7.5855712890625
HHDSU,λ=8,8192,1,63555,7.7581787109375
HHDSU,λ=8,8192,1,67061,8.1861572265625
HHDSU,λ=8,8192,1,59039,7.2069091796875
HHDSU,λ=8,8192,1,70123,8.5599365234375
HHDSU,λ=8,8192,1,63301,7.7271728515625
HHDSU,λ=8,8192,1,66877,8.1636962890625
HHDSU,λ=8,8192,1,69965,8.5406494140625
HHDSU,λ=8,8192,1,65309,7.9722900390625
HHDSU,λ=8,8192,1,66649,8.1358642578125
HHDSU,λ=8,8192,1,59009,7.2032470703125
HHDSU,λ=8,8192,1,63381,7.7369384765625
HHDSU,λ=8,8192,1,67997,8.3004150390625
HHDSU,λ=8,8192,1,64951,7.9285888671875
HHDSU,λ=8,8192,1,60795,7.4212646484375
HHLSU,λ=8,8192,1,70077,8.5543212890625
HHLSU,λ=8,8192,1,59814,7.301513671875
HHLSU,λ=8,8192,1,69313,8.4610595703125
HHLSU,λ=8,8192,1,70706,8.631103515625
HHLSU,λ=8,8192,1,63126,7.705810546875
HHLSU,λ=8,8192,1,65527,7.9989013671875
HHLSU,λ=8,8192,1,68693,8.3853759765625
HHLSU,λ=8,8192,1,64752,7.904296875
HHLSU,λ=8,8192,1,56629,6.9127197265625
HHLSU,λ=8,8192,1,69676,8.50537109375
HHLSU,λ=8,8192,1,63341,7.7320556640625
HHLSU,λ=8,8192,1,61104,7.458984375
HHLSU,λ=8,8192,1,58147,7.0980224609375
HHLSU,λ=8,8192,1,61583,7.5174560546875
HHLSU,λ=8,8192,1,66894,8.165771484375
HHLSU,λ=8,8192,1,65149,7.9527587890625
HHLSU,λ=8,8192,1,59842,7.304931640625
HHLSU,λ=8,8192,1,65911,8.0457763671875
HHLSU,λ=8,8192,1,61826,7.547119140625
HHLSU,λ=8,8192,1,71103,8.6795654296875
HHLSU,λ=8,8192,1,61320,7.4853515625
HHLSU,λ=8,8192,1,58514,7.142822265625
HHLSU,λ=8,8192,1,74131,9.0491943359375
HHLSU,λ=8,8192,1,58739,7.1702880859375
HHLSU,λ=8,8192,1,76464,9.333984375
HHLSU,λ=8,8192,1,73391,8.9588623046875
HHLSU,λ=8,8192,1,59871,7.3084716796875
HHLSU,λ=8,8192,1,58682,7.163330078125
HHLSU,λ=8,8192,1,70910,8.656005859375
HHLSU,λ=8,8192,1,62277,7.6021728515625
HHLSU,λ=8,8192,1,63687,7.7742919921875
HHLSU,λ=8,8192,1,61190,7.469482421875
HHLSU,λ=8,8192,1,66836,8.15869140625
HHLSU,λ=8,8192,1,64876,7.91943359375
HHLSU,λ=8,8192,1,67705,8.2647705078125
HHLSU,λ=8,8192,1,66434,8.109619140625
HHLSU,λ=8,8192,1,61359,7.4901123046875
HHLSU,λ=8,8192,1,56972,6.95458984375
HHLSU,λ=8,8192,1,60275,7.3577880859375
HHLSU,λ=8,8192,1,66638,8.134521484375
HHLSU,λ=8,8192,1,60776,7.4189453125
HHLSU,λ=8,8192,1,59813,7.3013916015625
HHLSU,λ=8,8192,1,70347,8.5872802734375
HHLSU,λ=8,8192,1,66864,8.162109375
HHLSU,λ=8,8192,1,65385,7.9815673828125
HHLSU,λ=8,8192,1,54790,6.688232421875
HHLSU,λ=8,8192,1,62971,7.6868896484375
HHLSU,λ=8,8192,1,77721,9.4874267578125
HHLSU,λ=8,8192,1,57608,7.0322265625
HHLSU,λ=8,8192,1,71016,8.6689453125
HHLSU,λ=8,8192,1,66503,8.1180419921875
HHLSU,λ=8,8192,1,65818,8.034423828125
HHLSU,λ=8,8192,1,66444,8.11083984375
HHLSU,λ=8,8192,1,61313,7.4844970703125
HHLSU,λ=8,8192,1,64081,7.8223876953125
HHLSU,λ=8,8192,1,57799,7.0555419921875
HHLSU,λ=8,8192,1,62264,7.6005859375
HHLSU,λ=8,8192,1,66866,8.162353515625
HHLSU,λ=8,8192,1,65808,8.033203125
HHLSU,λ=8,8192,1,65019,7.9368896484375
HHLSU,λ=8,8192,1,64594,7.885009765625
HHLSU,λ=8,8192,1,62192,7.591796875
HHLSU,λ=8,8192,1,59067,7.2103271484375
HHLSU,λ=8,8192,1,65745,8.0255126953125
HHLSU,λ=8,8192,1,69906,8.533447265625
HHLSU,λ=8,8192,1,73420,8.96240234375
HHLSU,λ=8,8192,1,63528,7.7548828125
HHLSU,λ=8,8192,1,69456,8.478515625
HHLSU,λ=8,8192,1,69405,8.4722900390625
HHLSU,λ=8,8192,1,64613,7.8873291015625
HHLSU,λ=8,8192,1,60080,7.333984375
HHLSU,λ=8,8192,1,64192,7.8359375
HHLSU,λ=8,8192,1,65988,8.05517578125
HHLSU,λ=8,8192,1,65404,7.98388671875
HHLSU,λ=8,8192,1,65585,8.0059814453125
HHLSU,λ=8,8192,1,72169,8.8096923828125
HHLSU,λ=8,8192,1,60834,7.426025390625
HHLSU,λ=8,8192,1,60545,7.3907470703125
HHLSU,λ=8,8192,1,65121,7.9493408203125
HHLSU,λ=8,8192,1,66441,8.1104736328125
HHLSU,λ=8,8192,1,67460,8.23486328125
HHLSU,λ=8,8192,1,64409,7.8624267578125
HHLSU,λ=8,8192,1,66893,8.1656494140625
HHLSU,λ=8,8192,1,59666,7.283447265625
HHLSU,λ=8,8192,1,67452,8.23388671875
HHLSU,λ=8,8192,1,61175,7.4676513671875
HHLSU,λ=8,8192,1,62706,7.654541015625
HHLSU,λ=8,8192,1,58629,7.1568603515625
HHLSU,λ=8,8192,1,66757,8.1490478515625
HHLSU,λ=8,8192,1,66970,8.175048828125
HHLSU,λ=8,8192,1,70481,8.6036376953125
HHLSU,λ=8,8192,1,65416,7.9853515625
HHLSU,λ=8,8192,1,64240,7.841796875
HHLSU,λ=8,8192,1,64980,7.93212890625
HHLSU,λ=8,8192,1,65188,7.95751953125
HHLSU,λ=8,8192,1,71311,8.7049560546875
HHLSU,λ=8,8192,1,66422,8.108154296875
HHLSU,λ=8,8192,1,65270,7.967529296875
HHLSU,λ=8,8192,1,62214,7.594482421875
HHLSU,λ=8,8192,1,64962,7.929931640625
HRLSU,λ=8,8192,1,63405,7.7398681640625
HRLSU,λ=8,8192,1,69447,8.4774169921875
HRLSU,λ=8,8192,1,61263,7.4783935546875
HRLSU,λ=8,8192,1,76383,9.3240966796875
HRLSU,λ=8,8192,1,68011,8.3021240234375
HRLSU,λ=8,8192,1,69647,8.5018310546875
HRLSU,λ=8,8192,1,61035,7.4505615234375
HRLSU,λ=8,8192,1,70281,8.5792236328125
HRLSU,λ=8,8192,1,61057,7.4532470703125
HRLSU,λ=8,8192,1,73423,8.9627685546875
HRLSU,λ=8,8192,1,71701,8.7525634765625
HRLSU,λ=8,8192,1,63073,7.6993408203125
HRLSU,λ=8,8192,1,62251,7.5989990234375
HRLSU,λ=8,8192,1,67049,8.1846923828125
HRLSU,λ=8,8192,1,66501,8.1177978515625
HRLSU,λ=8,8192,1,66473,8.1143798828125
HRLSU,λ=8,8192,1,58117,7.0943603515625
HRLSU,λ=8,8192,1,62489,7.6280517578125
HRLSU,λ=8,8192,1,75019,9.1575927734375
HRLSU,λ=8,8192,1,60771,7.4183349609375
HRLSU,λ=8,8192,1,54793,6.6885986328125
HRLSU,λ=8,8192,1,63739,7.7806396484375
HRLSU,λ=8,8192,1,68633,8.3780517578125
HRLSU,λ=8,8192,1,63491,7.7503662109375
HRLSU,λ=8,8192,1,63665,7.7716064453125
HRLSU,λ=8,8192,1,62801,7.6661376953125
HRLSU,λ=8,8192,1,63663,7.7713623046875
HRLSU,λ=8,8192,1,69109,8.4361572265625
HRLSU,λ=8,8192,1,71021,8.6695556640625
HRLSU,λ=8,8192,1,63495,7.7508544921875
HRLSU,λ=8,8192,1,64305,7.8497314453125
HRLSU,λ=8,8192,1,64085,7.8228759765625
HRLSU,λ=8,8192,1,70333,8.5855712890625
HRLSU,λ=8,8192,1,64479,7.8709716796875
HRLSU,λ=8,8192,1,83233,10.1602783203125
HRLSU,λ=8,8192,1,67749,8.2701416015625
HRLSU,λ=8,8192,1,62133,7.5845947265625
HRLSU,λ=8,8192,1,69081,8.4327392578125
HRLSU,λ=8,8192,1,62053,7.5748291015625
HRLSU,λ=8,8192,1,67181,8.2008056640625
HRLSU,λ=8,8192,1,68411,8.3509521484375
HRLSU,λ=8,8192,1,64097,7.8243408203125
HRLSU,λ=8,8192,1,65297,7.9708251953125
HRLSU,λ=8,8192,1,64847,7.9158935546875
HRLSU,λ=8,8192,1,82575,10.0799560546875
HRLSU,λ=8,8192,1,66169,8.0772705078125
HRLSU,λ=8,8192,1,64069,7.8209228515625
HRLSU,λ=8,8192,1,68455,8.3563232421875
HRLSU,λ=8,8192,1,73405,8.9605712890625
HRLSU,λ=8,8192,1,59905,7.3126220703125
HRLSU,λ=8,8192,1,65883,8.0423583984375
HRLSU,λ=8,8192,1,76153,9.2960205078125
HRLSU,λ=8,8192,1,57741,7.0484619140625
HRLSU,λ=8,8192,1,67247,8.2088623046875
HRLSU,λ=8,8192,1,62627,7.6448974609375
HRLSU,λ=8,8192,1,78443,9.5755615234375
HRLSU,λ=8,8192,1,59055,7.2088623046875
HRLSU,λ=8,8192,1,73065,8.9190673828125
HRLSU,λ=8,8192,1,71829,8.7681884765625
HRLSU,λ=8,8192,1,64159,7.8319091796875
HRLSU,λ=8,8192,1,60781,7.4195556640625
HRLSU,λ=8,8192,1,64203,7.8372802734375
HRLSU,λ=8,8192,1,68897,8.4102783203125
HRLSU,λ=8,8192,1,68171,8.3216552734375
HRLSU,λ=8,8192,1,60109,7.3375244140625
HRLSU,λ=8,8192,1,64035,7.8167724609375
HRLSU,λ=8,8192,1,63591,7.7625732421875
HRLSU,λ=8,8192,1,65585,8.0059814453125
HRLSU,λ=8,8192,1,78343,9.5633544921875
HRLSU,λ=8,8192,1,61387,7.4935302734375
HRLSU,λ=8,8192,1,68057,8.3077392578125
HRLSU,λ=8,8192,1,62055,7.5750732421875
HRLSU,λ=8,8192,1,65255,7.9656982421875
HRLSU,λ=8,8192,1,64763,7.9056396484375
HRLSU,λ=8,8192,1,60147,7.3421630859375
HRLSU,λ=8,8192,1,64395,7.8607177734375
HRLSU,λ=8,8192,1,60719,7.4119873046875
HRLSU,λ=8,8192,1,59561,7.2706298828125
HRLSU,λ=8,8192,1,66769,8.1505126953125
HRLSU,λ=8,8192,1,64699,7.8978271484375
HRLSU,λ=8,8192,1,73099,8.9232177734375
HRLSU,λ=8,8192,1,67779,8.2738037109375
HRLSU,λ=8,8192,1,61801,7.5440673828125
HRLSU,λ=8,8192,1,64625,7.8887939453125
HRLSU,λ=8,8192,1,65693,8.0191650390625
HRLSU,λ=8,8192,1,67445,8.2330322265625
HRLSU,λ=8,8192,1,68149,8.3189697265625
HRLSU,λ=8,8192,1,79001,9.6436767578125
HRLSU,λ=8,8192,1,63061,7.6978759765625
HRLSU,λ=8,8192,1,65505,7.9962158203125
HRLSU,λ=8,8192,1,68903,8.4110107421875
HRLSU,λ=8,8192,1,79055,9.6502685546875
HRLSU,λ=8,8192,1,66443,8.1107177734375
HRLSU,λ=8,8192,1,65329,7.9747314453125
HRLSU,λ=8,8192,1,73625,8.9874267578125
HRLSU,λ=8,8192,1,66589,8.1285400390625
HRLSU,λ=8,8192,1,66987,8.1771240234375
HRLSU,λ=8,8192,1,65285,7.9693603515625
HSLSU,λ=8,8192,1,89073,10.8731689453125
HSLSU,λ=8,8192,1,99033,12.0889892578125
HSLSU,λ=8,8192,1,91491,11.1683349609375
HSLSU,λ=8,8192,1,98435,12.0159912109375
HSLSU,λ=8,8192,1,84421,10.3052978515625
HSLSU,λ=8,8192,1,91695,11.1932373046875
HSLSU,λ=8,8192,1,87757,10.7125244140625
HSLSU,λ=8,8192,1,90225,11.0137939453125
HSLSU,λ=8,8192,1,93741,11.4429931640625
HSLSU,λ=8,8192,1,93919,11.4647216796875
HSLSU,λ=8,8192,1,91067,11.1165771484375
HSLSU,λ=8,8192,1,84921,10.3663330078125
HSLSU,λ=8,8192,1,88055,10.7489013671875
HSLSU,λ=8,8192,1,83699,10.2171630859375
HSLSU,λ=8,8192,1,86615,10.5731201171875
HSLSU,λ=8,8192,1,100383,12.2537841796875
HSLSU,λ=8,8192,1,98617,12.0382080078125
HSLSU,λ=8,8192,1,82267,10.0423583984375
HSLSU,λ=8,8192,1,93349,11.3951416015625
HSLSU,λ=8,8192,1,87613,10.6949462890625
HSLSU,λ=8,8192,1,92953,11.3468017578125
HSLSU,λ=8,8192,1,88785,10.8380126953125
HSLSU,λ=8,8192,1,87035,10.6243896484375
HSLSU,λ=8,8192,1,86575,10.5682373046875
HSLSU,λ=8,8192,1,95157,11.6158447265625
HSLSU,λ=8,8192,1,97691,11.9251708984375
HSLSU,λ=8,8192,1,99145,12.1026611328125
HSLSU,λ=8,8192,1,93065,11.3604736328125
HSLSU,λ=8,8192,1,87185,10.6427001953125
HSLSU,λ=8,8192,1,88345,10.7843017578125
HSLSU,λ=8,8192,1,92331,11.2708740234375
HSLSU,λ=8,8192,1,89581,10.9351806640625
HSLSU,λ=8,8192,1,85877,10.4830322265625
HSLSU,λ=8,8192,1,83973,10.2506103515625
HSLSU,λ=8,8192,1,107409,13.1114501953125
HSLSU,λ=8,8192,1,96197,11.7427978515625
HSLSU,λ=8,8192,1,103301,12.6099853515625
HSLSU,λ=8,8192,1,97541,11.9068603515625
HSLSU,λ=8,8192,1,102791,12.5477294921875
HSLSU,λ=8,8192,1,82081,10.0196533203125
HSLSU,λ=8,8192,1,107849,13.1651611328125
HSLSU,λ=8,8192,1,90433,11.0391845703125
HSLSU,λ=8,8192,1,109665,13.3868408203125
HSLSU,λ=8,8192,1,92065,11.2384033203125
HSLSU,λ=8,8192,1,97765,11.9342041015625
HSLSU,λ=8,8192,1,85447,10.4305419921875
HSLSU,λ=8,8192,1,104145,12.7130126953125
HSLSU,λ=8,8192,1,98207,11.9881591796875
HSLSU,λ=8,8192,1,82649,10.0889892578125
HSLSU,λ=8,8192,1,98173,11.9840087890625
HSLSU,λ=8,8192,1,96473,11.7764892578125
HSLSU,λ=8,8192,1,92411,11.2806396484375
HSLSU,λ=8,8192,1,107623,13.1375732421875
HSLSU,λ=8,8192,1,86479,10.5565185546875
HSLSU,λ=8,8192,1,93797,11.4498291015625
HSLSU,λ=8,8192,1,87985,10.7403564453125
HSLSU,λ=8,8192,1,98859,12.0677490234375
HSLSU,λ=8,8192,1,83605,10.2056884765625
HSLSU,λ=8,8192,1,87043,10.6253662109375
HSLSU,λ=8,8192,1,99281,12.1192626953125
HSLSU,λ=8,8192,1,93683,11.4359130859375
HSLSU,λ=8,8192,1,85909,10.4869384765625
HSLSU,λ=8,8192,1,88549,10.8092041015625
HSLSU,λ=8,8192,1,101717,12.4166259765625
HSLSU,λ=8,8192,1,92139,11.2474365234375
HSLSU,λ=8,8192,1,85791,10.4725341796875
HSLSU,λ=8,8192,1,106141,12.9566650390625
HSLSU,λ=8,8192,1,80531,9.8304443359375
HSLSU,λ=8,8192,1,105959,12.9344482421875
HSLSU,λ=8,8192,1,97807,11.9393310546875
HSLSU,λ=8,8192,1,93511,11.4149169921875
HSLSU,λ=8,8192,1,93297,11.3887939453125
HSLSU,λ=8,8192,1,87529,10.6846923828125
HSLSU,λ=8,8192,1,116737,14.2501220703125
HSLSU,λ=8,8192,1,91799,11.2059326171875
HSLSU,λ=8,8192,1,88347,10.7845458984375
HSLSU,λ=8,8192,1,84173,10.2750244140625
HSLSU,λ=8,8192,1,93403,11.4017333984375
HSLSU,λ=8,8192,1,81881,9.9952392578125
HSLSU,λ=8,8192,1,89559,10.9324951171875
HSLSU,λ=8,8192,1,116349,14.2027587890625
HSLSU,λ=8,8192,1,93645,11.4312744140625
HSLSU,λ=8,8192,1,98163,11.9827880859375
HSLSU,λ=8,8192,1,106101,12.9517822265625
HSLSU,λ=8,8192,1,86565,10.5670166015625
HSLSU,λ=8,8192,1,99539,12.1507568359375
HSLSU,λ=8,8192,1,83913,10.2432861328125
HSLSU,λ=8,8192,1,100349,12.2496337890625
HSLSU,λ=8,8192,1,85485,10.4351806640625
HSLSU,λ=8,8192,1,81043,9.8929443359375
HSLSU,λ=8,8192,1,84097,10.2657470703125
HSLSU,λ=8,8192,1,87047,10.6258544921875
HSLSU,λ=8,8192,1,86631,10.5750732421875
HSLSU,λ=8,8192,1,91897,11.2178955078125
HSLSU,λ=8,8192,1,102371,12.4964599609375
HSLSU,λ=8,8192,1,94427,11.5267333984375
HSLSU,λ=8,8192,1,92397,11.2789306640625
HSLSU,λ=8,8192,1,86509,10.5601806640625
HSLSU,λ=8,8192,1,106521,13.0030517578125
HSLSU,λ=8,8192,1,89659,10.9447021484375
HSDMU,λ=8,8192,1,80110,9.779052734375
HSDMU,λ=8,8192,1,76440,9.3310546875
HSDMU,λ=8,8192,1,84711,10.3406982421875
HSDMU,λ=8,8192,1,81817,9.9874267578125
HSDMU,λ=8,8192,1,85943,10.4910888671875
HSDMU,λ=8,8192,1,91292,11.14404296875
HSDMU,λ=8,8192,1,90540,11.05224609375
HSDMU,λ=8,8192,1,88734,10.831787109375
HSDMU,λ=8,8192,1,95470,11.654052734375
HSDMU,λ=8,8192,1,86827,10.5989990234375
HSDMU,λ=8,8192,1,109779,13.4007568359375
HSDMU,λ=8,8192,1,78768,9.615234375
HSDMU,λ=8,8192,1,83640,10.2099609375
HSDMU,λ=8,8192,1,82341,10.0513916015625
HSDMU,λ=8,8192,1,93684,11.43603515625
HSDMU,λ=8,8192,1,86948,10.61376953125
HSDMU,λ=8,8192,1,80314,9.803955078125
HSDMU,λ=8,8192,1,85863,10.4813232421875
HSDMU,λ=8,8192,1,77959,9.5164794921875
HSDMU,λ=8,8192,1,103657,12.6534423828125
HSDMU,λ=8,8192,1,107449,13.1163330078125
HSDMU,λ=8,8192,1,94464,11.53125
HSDMU,λ=8,8192,1,91051,11.1146240234375
HSDMU,λ=8,8192,1,84995,10.3753662109375
HSDMU,λ=8,8192,1,87388,10.66748046875
HSDMU,λ=8,8192,1,99159,12.1043701171875
HSDMU,λ=8,8192,1,81538,9.953369140625
HSDMU,λ=8,8192,1,111183,13.5721435546875
HSDMU,λ=8,8192,1,81029,9.8912353515625
HSDMU,λ=8,8192,1,102571,12.5208740234375
HSDMU,λ=8,8192,1,107907,13.1722412109375
HSDMU,λ=8,8192,1,104387,12.7425537109375
HSDMU,λ=8,8192,1,135841,16.5821533203125
HSDMU,λ=8,8192,1,97677,11.9234619140625
HSDMU,λ=8,8192,1,91653,11.1881103515625
HSDMU,λ=8,8192,1,97069,11.8492431640625
HSDMU,λ=8,8192,1,90612,11.06103515625
HSDMU,λ=8,8192,1,88288,10.77734375
HSDMU,λ=8,8192,1,90083,10.9964599609375
HSDMU,λ=8,8192,1,83355,10.1751708984375
HSDMU,λ=8,8192,1,93840,11.455078125
HSDMU,λ=8,8192,1,94582,11.545654296875
HSDMU,λ=8,8192,1,81645,9.9664306640625
HSDMU,λ=8,8192,1,110869,13.5338134765625
HSDMU,λ=8,8192,1,82312,10.0478515625
HSDMU,λ=8,8192,1,80351,9.8084716796875
HSDMU,λ=8,8192,1,82216,10.0361328125
HSDMU,λ=8,8192,1,77680,9.482421875
HSDMU,λ=8,8192,1,86559,10.5662841796875
HSDMU,λ=8,8192,1,75901,9.2652587890625
HSDMU,λ=8,8192,1,89551,10.9315185546875
HSDMU,λ=8,8192,1,79763,9.7366943359375
HSDMU,λ=8,8192,1,90573,11.0562744140625
HSDMU,λ=8,8192,1,91530,11.173095703125
HSDMU,λ=8,8192,1,74372,9.07861328125
HSDMU,λ=8,8192,1,89277,10.8980712890625
HSDMU,λ=8,8192,1,96391,11.7664794921875
HSDMU,λ=8,8192,1,98891,12.0716552734375
HSDMU,λ=8,8192,1,85712,10.462890625
HSDMU,λ=8,8192,1,88089,10.7530517578125
HSDMU,λ=8,8192,1,86666,10.579345703125
HSDMU,λ=8,8192,1,83137,10.1485595703125
HSDMU,λ=8,8192,1,87280,10.654296875
HSDMU,λ=8,8192,1,100180,12.22900390625
HSDMU,λ=8,8192,1,100493,12.2672119140625
HSDMU,λ=8,8192,1,103010,12.574462890625
HSDMU,λ=8,8192,1,98832,12.064453125
HSDMU,λ=8,8192,1,93453,11.4078369140625
HSDMU,λ=8,8192,1,105716,12.90478515625
HSDMU,λ=8,8192,1,112636,13.74951171875
HSDMU,λ=8,8192,1,99324,12.12451171875
HSDMU,λ=8,8192,1,100285,12.2418212890625
HSDMU,λ=8,8192,1,101279,12.3631591796875
HSDMU,λ=8,8192,1,117053,14.2886962890625
HSDMU,λ=8,8192,1,78343,9.5633544921875
HSDMU,λ=8,8192,1,78060,9.52880859375
HSDMU,λ=8,8192,1,85940,10.49072265625
HSDMU,λ=8,8192,1,84771,10.3480224609375
HSDMU,λ=8,8192,1,86580,10.56884765625
HSDMU,λ=8,8192,1,80625,9.8419189453125
HSDMU,λ=8,8192,1,97524,11.90478515625
HSDMU,λ=8,8192,1,104011,12.6966552734375
HSDMU,λ=8,8192,1,94985,11.5948486328125
HSDMU,λ=8,8192,1,102320,12.490234375
HSDMU,λ=8,8192,1,95584,11.66796875
HSDMU,λ=8,8192,1,85962,10.493408203125
HSDMU,λ=8,8192,1,87913,10.7315673828125
HSDMU,λ=8,8192,1,96523,11.7825927734375
HSDMU,λ=8,8192,1,105968,12.935546875
HSDMU,λ=8,8192,1,85846,10.479248046875
HSDMU,λ=8,8192,1,92013,11.2320556640625
HSDMU,λ=8,8192,1,94483,11.5335693359375
HSDMU,λ=8,8192,1,103715,12.6605224609375
HSDMU,λ=8,8192,1,108655,13.2635498046875
HSDMU,λ=8,8192,1,79368,9.6884765625
HSDMU,λ=8,8192,1,81363,9.9320068359375
HSDMU,λ=8,8192,1,88516,10.80517578125
HSDMU,λ=8,8192,1,90798,11.083740234375
HSDMU,λ=8,8192,1,92023,11.2332763671875
HSDMU,λ=8,8192,1,94692,11.55908203125
HRDMU,λ=8,8192,1,66666,8.137939453125
HRDMU,λ=8,8192,1,67602,8.252197265625
HRDMU,λ=8,8192,1,70568,8.6142578125
HRDMU,λ=8,8192,1,66286,8.091552734375
HRDMU,λ=8,8192,1,69619,8.4984130859375
HRDMU,λ=8,8192,1,65679,8.0174560546875
HRDMU,λ=8,8192,1,63290,7.725830078125
HRDMU,λ=8,8192,1,72891,8.8978271484375
HRDMU,λ=8,8192,1,82826,10.110595703125
HRDMU,λ=8,8192,1,76324,9.31689453125
HRDMU,λ=8,8192,1,64536,7.8779296875
HRDMU,λ=8,8192,1,71736,8.7568359375
HRDMU,λ=8,8192,1,67553,8.2462158203125
HRDMU,λ=8,8192,1,66524,8.12060546875
HRDMU,λ=8,8192,1,63222,7.717529296875
HRDMU,λ=8,8192,1,71219,8.6937255859375
HRDMU,λ=8,8192,1,69977,8.5421142578125
HRDMU,λ=8,8192,1,68526,8.364990234375
HRDMU,λ=8,8192,1,73272,8.9443359375
HRDMU,λ=8,8192,1,83944,10.2470703125
HRDMU,λ=8,8192,1,65089,7.9454345703125
HRDMU,λ=8,8192,1,66025,8.0596923828125
HRDMU,λ=8,8192,1,70451,8.5999755859375
HRDMU,λ=8,8192,1,63219,7.7171630859375
HRDMU,λ=8,8192,1,67741,8.2691650390625
HRDMU,λ=8,8192,1,74552,9.1005859375
HRDMU,λ=8,8192,1,65002,7.934814453125
HRDMU,λ=8,8192,1,60617,7.3995361328125
HRDMU,λ=8,8192,1,71856,8.771484375
HRDMU,λ=8,8192,1,65551,8.0018310546875
HRDMU,λ=8,8192,1,61475,7.5042724609375
HRDMU,λ=8,8192,1,76011,9.2786865234375
HRDMU,λ=8,8192,1,72437,8.8424072265625
HRDMU,λ=8,8192,1,64722,7.900634765625
HRDMU,λ=8,8192,1,68920,8.4130859375
HRDMU,λ=8,8192,1,66610,8.131103515625
HRDMU,λ=8,8192,1,68432,8.353515625
HRDMU,λ=8,8192,1,72928,8.90234375
HRDMU,λ=8,8192,1,69016,8.4248046875
HRDMU,λ=8,8192,1,66109,8.0699462890625
HRDMU,λ=8,8192,1,71878,8.774169921875
HRDMU,λ=8,8192,1,64071,7.8211669921875
HRDMU,λ=8,8192,1,62666,7.649658203125
HRDMU,λ=8,8192,1,64688,7.896484375
HRDMU,λ=8,8192,1,64417,7.8634033203125
HRDMU,λ=8,8192,1,71256,8.6982421875
HRDMU,λ=8,8192,1,66947,8.1722412109375
HRDMU,λ=8,8192,1,71402,8.716064453125
HRDMU,λ=8,8192,1,69014,8.424560546875
HRDMU,λ=8,8192,1,77190,9.422607421875
HRDMU,λ=8,8192,1,69639,8.5008544921875
HRDMU,λ=8,8192,1,65687,8.0184326171875
HRDMU,λ=8,8192,1,75828,9.25634765625
HRDMU,λ=8,8192,1,68598,8.373779296875
HRDMU,λ=8,8192,1,64972,7.93115234375
HRDMU,λ=8,8192,1,65287,7.9696044921875
HRDMU,λ=8,8192,1,75577,9.2257080078125
HRDMU,λ=8,8192,1,65293,7.9703369140625
HRDMU,λ=8,8192,1,63429,7.7427978515625
HRDMU,λ=8,8192,1,82727,10.0985107421875
HRDMU,λ=8,8192,1,70536,8.6103515625
HRDMU,λ=8,8192,1,71960,8.7841796875
HRDMU,λ=8,8192,1,77811,9.4984130859375
HRDMU,λ=8,8192,1,64439,7.8660888671875
HRDMU,λ=8,8192,1,73758,9.003662109375
HRDMU,λ=8,8192,1,65821,8.0347900390625
HRDMU,λ=8,8192,1,76190,9.300537109375
HRDMU,λ=8,8192,1,66411,8.1068115234375
HRDMU,λ=8,8192,1,73726,8.999755859375
HRDMU,λ=8,8192,1,67869,8.2847900390625
HRDMU,λ=8,8192,1,61280,7.48046875
HRDMU,λ=8,8192,1,81352,9.9306640625
HRDMU,λ=8,8192,1,69490,8.482666015625
HRDMU,λ=8,8192,1,67775,8.2733154296875
HRDMU,λ=8,8192,1,72222,8.816162109375
HRDMU,λ=8,8192,1,73736,9.0009765625
HRDMU,λ=8,8192,1,62685,7.6519775390625
HRDMU,λ=8,8192,1,69110,8.436279296875
HRDMU,λ=8,8192,1,61269,7.4791259765625
HRDMU,λ=8,8192,1,73981,9.0308837890625
HRDMU,λ=8,8192,1,72570,8.858642578125
HRDMU,λ=8,8192,1,72459,8.8450927734375
HRDMU,λ=8,8192,1,66633,8.1339111328125
HRDMU,λ=8,8192,1,68632,8.3779296875
HRDMU,λ=8,8192,1,64921,7.9249267578125
HRDMU,λ=8,8192,1,73597,8.9840087890625
HRDMU,λ=8,8192,1,57696,7.04296875
HRDMU,λ=8,8192,1,71591,8.7391357421875
HRDMU,λ=8,8192,1,64747,7.9036865234375
HRDMU,λ=8,8192,1,60068,7.33251953125
HRDMU,λ=8,8192,1,65099,7.9466552734375
HRDMU,λ=8,8192,1,69761,8.5157470703125
HRDMU,λ=8,8192,1,67228,8.20654296875
HRDMU,λ=8,8192,1,62140,7.58544921875
HRDMU,λ=8,8192,1,63692,7.77490234375
HRDMU,λ=8,8192,1,66966,8.174560546875
HRDMU,λ=8,8192,1,67950,8.294677734375
HRDMU,λ=8,8192,1,70271,8.5780029296875
HRDMU,λ=8,8192,1,69457,8.4786376953125
HHDMU,λ=8,8192,1,86157,10.5172119140625
HHDMU,λ=8,8192,1,70285,8.5797119140625
HHDMU,λ=8,8192,1,64297,7.8487548828125
HHDMU,λ=8,8192,1,79573,9.7135009765625
HHDMU,λ=8,8192,1,69313,8.4610595703125
HHDMU,λ=8,8192,1,74349,9.0758056640625
HHDMU,λ=8,8192,1,74565,9.1021728515625
HHDMU,λ=8,8192,1,64365,7.8570556640625
HHDMU,λ=8,8192,1,65553,8.0020751953125
HHDMU,λ=8,8192,1,65785,8.0303955078125
HHDMU,λ=8,8192,1,81505,9.9493408203125
HHDMU,λ=8,8192,1,81169,9.9083251953125
HHDMU,λ=8,8192,1,74037,9.0377197265625
HHDMU,λ=8,8192,1,65965,8.0523681640625
HHDMU,λ=8,8192,1,62881,7.6759033203125
HHDMU,λ=8,8192,1,74321,9.0723876953125
HHDMU,λ=8,8192,1,71629,8.7437744140625
HHDMU,λ=8,8192,1,67313,8.2169189453125
HHDMU,λ=8,8192,1,75701,9.2408447265625
HHDMU,λ=8,8192,1,68905,8.4112548828125
HHDMU,λ=8,8192,1,72789,8.8853759765625
HHDMU,λ=8,8192,1,66237,8.0855712890625
HHDMU,λ=8,8192,1,65049,7.9405517578125
HHDMU,λ=8,8192,1,70641,8.6231689453125
HHDMU,λ=8,8192,1,63905,7.8009033203125
HHDMU,λ=8,8192,1,70109,8.5582275390625
HHDMU,λ=8,8192,1,62913,7.6798095703125
HHDMU,λ=8,8192,1,68757,8.3931884765625
HHDMU,λ=8,8192,1,74517,9.0963134765625
HHDMU,λ=8,8192,1,66061,8.0640869140625
HHDMU,λ=8,8192,1,68973,8.4195556640625
HHDMU,λ=8,8192,1,66385,8.1036376953125
HHDMU,λ=8,8192,1,64065,7.8204345703125
HHDMU,λ=8,8192,1,61197,7.4703369140625
HHDMU,λ=8,8192,1,63113,7.7042236328125
HHDMU,λ=8,8192,1,68793,8.3975830078125
HHDMU,λ=8,8192,1,61317,7.4849853515625
HHDMU,λ=8,8192,1,72773,8.8834228515625
HHDMU,λ=8,8192,1,65677,8.0172119140625
HHDMU,λ=8,8192,1,66253,8.0875244140625
HHDMU,λ=8,8192,1,81097,9.8995361328125
HHDMU,λ=8,8192,1,80465,9.8223876953125
HHDMU,λ=8,8192,1,69045,8.4283447265625
HHDMU,λ=8,8192,1,73097,8.9229736328125
HHDMU,λ=8,8192,1,66805,8.1549072265625
HHDMU,λ=8,8192,1,65805,8.0328369140625
HHDMU,λ=8,8192,1,74369,9.0782470703125
HHDMU,λ=8,8192,1,70629,8.6217041015625
HHDMU,λ=8,8192,1,69473,8.4805908203125
HHDMU,λ=8,8192,1,69537,8.4884033203125
HHDMU,λ=8,8192,1,65485,7.9937744140625
HHDMU,λ=8,8192,1,74225,9.0606689453125
HHDMU,λ=8,8192,1,69581,8.4937744140625
HHDMU,λ=8,8192,1,73577,8.9815673828125
HHDMU,λ=8,8192,1,67281,8.2130126953125
HHDMU,λ=8,8192,1,71229,8.6949462890625
HHDMU,λ=8,8192,1,75085,9.1656494140625
HHDMU,λ=8,8192,1,65357,7.9781494140625
HHDMU,λ=8,8192,1,67845,8.2818603515625
HHDMU,λ=8,8192,1,63305,7.7276611328125
HHDMU,λ=8,8192,1,73469,8.9683837890625
HHDMU,λ=8,8192,1,77385,9.4464111328125
HHDMU,λ=8,8192,1,74973,9.1519775390625
HHDMU,λ=8,8192,1,70085,8.5552978515625
HHDMU,λ=8,8192,1,62337,7.6094970703125
HHDMU,λ=8,8192,1,65209,7.9600830078125
HHDMU,λ=8,8192,1,68789,8.3970947265625
HHDMU,λ=8,8192,1,66813,8.1558837890625
HHDMU,λ=8,8192,1,71141,8.6842041015625
HHDMU,λ=8,8192,1,68413,8.3511962890625
HHDMU,λ=8,8192,1,67237,8.2076416015625
HHDMU,λ=8,8192,1,71649,8.7462158203125
HHDMU,λ=8,8192,1,62669,7.6500244140625
HHDMU,λ=8,8192,1,73457,8.9669189453125
HHDMU,λ=8,8192,1,63837,7.7926025390625
HHDMU,λ=8,8192,1,74293,9.0689697265625
HHDMU,λ=8,8192,1,67949,8.2945556640625
HHDMU,λ=8,8192,1,68077,8.3101806640625
HHDMU,λ=8,8192,1,77389,9.4468994140625
HHDMU,λ=8,8192,1,71501,8.7281494140625
HHDMU,λ=8,8192,1,71253,8.6978759765625
HHDMU,λ=8,8192,1,66969,8.1749267578125
HHDMU,λ=8,8192,1,72837,8.8912353515625
HHDMU,λ=8,8192,1,75517,9.2183837890625
HHDMU,λ=8,8192,1,69901,8.5328369140625
HHDMU,λ=8,8192,1,68401,8.3497314453125
HHDMU,λ=8,8192,1,66769,8.1505126953125
HHDMU,λ=8,8192,1,65349,7.9771728515625
HHDMU,λ=8,8192,1,63409,7.7403564453125
HHDMU,λ=8,8192,1,82253,10.0406494140625
HHDMU,λ=8,8192,1,68253,8.3316650390625
HHDMU,λ=8,8192,1,70549,8.6119384765625
HHDMU,λ=8,8192,1,65401,7.9835205078125
HHDMU,λ=8,8192,1,69801,8.5206298828125
HHDMU,λ=8,8192,1,69753,8.5147705078125
HHDMU,λ=8,8192,1,66601,8.1300048828125
HHDMU,λ=8,8192,1,67997,8.3004150390625
HHDMU,λ=8,8192,1,62065,7.5762939453125
HHDMU,λ=8,8192,1,69457,8.4786376953125
HHDMU,λ=8,8192,1,64317,7.8511962890625
HHLMU,λ=8,8192,1,74173,9.0543212890625
HHLMU,λ=8,8192,1,68529,8.3653564453125
HHLMU,λ=8,8192,1,72981,8.9088134765625
HHLMU,λ=8,8192,1,60261,7.3560791015625
HHLMU,λ=8,8192,1,65949,8.0504150390625
HHLMU,λ=8,8192,1,73381,8.9576416015625
HHLMU,λ=8,8192,1,63993,7.8116455078125
HHLMU,λ=8,8192,1,77685,9.4830322265625
HHLMU,λ=8,8192,1,59845,7.3052978515625
HHLMU,λ=8,8192,1,69117,8.4371337890625
HHLMU,λ=8,8192,1,74221,9.0601806640625
HHLMU,λ=8,8192,1,59685,7.2857666015625
HHLMU,λ=8,8192,1,60249,7.3546142578125
HHLMU,λ=8,8192,1,76789,9.3736572265625
HHLMU,λ=8,8192,1,73965,9.0289306640625
HHLMU,λ=8,8192,1,71225,8.6944580078125
HHLMU,λ=8,8192,1,70445,8.5992431640625
HHLMU,λ=8,8192,1,84917,10.3658447265625
HHLMU,λ=8,8192,1,66221,8.0836181640625
HHLMU,λ=8,8192,1,65889,8.0430908203125
HHLMU,λ=8,8192,1,74109,9.0465087890625
HHLMU,λ=8,8192,1,67125,8.1939697265625
HHLMU,λ=8,8192,1,74545,9.0997314453125
HHLMU,λ=8,8192,1,67853,8.2828369140625
HHLMU,λ=8,8192,1,66141,8.0738525390625
HHLMU,λ=8,8192,1,67041,8.1837158203125
HHLMU,λ=8,8192,1,73821,9.0113525390625
HHLMU,λ=8,8192,1,64929,7.9259033203125
HHLMU,λ=8,8192,1,71413,8.7174072265625
HHLMU,λ=8,8192,1,72865,8.8946533203125
HHLMU,λ=8,8192,1,64489,7.8721923828125
HHLMU,λ=8,8192,1,63741,7.7808837890625
HHLMU,λ=8,8192,1,75133,9.1715087890625
HHLMU,λ=8,8192,1,74841,9.1358642578125
HHLMU,λ=8,8192,1,70081,8.5548095703125
HHLMU,λ=8,8192,1,63617,7.7657470703125
HHLMU,λ=8,8192,1,64769,7.9063720703125
HHLMU,λ=8,8192,1,59945,7.3175048828125
HHLMU,λ=8,8192,1,68733,8.3902587890625
HHLMU,λ=8,8192,1,68369,8.3458251953125
HHLMU,λ=8,8192,1,67417,8.2296142578125
HHLMU,λ=8,8192,1,62277,7.6021728515625
HHLMU,λ=8,8192,1,66233,8.0850830078125
HHLMU,λ=8,8192,1,71569,8.7364501953125
HHLMU,λ=8,8192,1,61629,7.5230712890625
HHLMU,λ=8,8192,1,66761,8.1495361328125
HHLMU,λ=8,8192,1,66165,8.0767822265625
HHLMU,λ=8,8192,1,64641,7.8907470703125
HHLMU,λ=8,8192,1,76685,9.3609619140625
HHLMU,λ=8,8192,1,71809,8.7657470703125
HHLMU,λ=8,8192,1,69333,8.4635009765625
HHLMU,λ=8,8192,1,71037,8.6715087890625
HHLMU,λ=8,8192,1,74741,9.1236572265625
HHLMU,λ=8,8192,1,69461,8.4791259765625
HHLMU,λ=8,8192,1,80313,9.8038330078125
HHLMU,λ=8,8192,1,61789,7.5426025390625
HHLMU,λ=8,8192,1,69845,8.5260009765625
HHLMU,λ=8,8192,1,67729,8.2677001953125
HHLMU,λ=8,8192,1,73453,8.9664306640625
HHLMU,λ=8,8192,1,75561,9.2237548828125
HHLMU,λ=8,8192,1,67521,8.2423095703125
HHLMU,λ=8,8192,1,64081,7.8223876953125
HHLMU,λ=8,8192,1,74073,9.0421142578125
HHLMU,λ=8,8192,1,65645,8.0133056640625
HHLMU,λ=8,8192,1,66629,8.1334228515625
HHLMU,λ=8,8192,1,74325,9.0728759765625
HHLMU,λ=8,8192,1,69269,8.4556884765625
HHLMU,λ=8,8192,1,70413,8.5953369140625
HHLMU,λ=8,8192,1,78273,9.5548095703125
HHLMU,λ=8,8192,1,64341,7.8541259765625
HHLMU,λ=8,8192,1,75061,9.1627197265625
HHLMU,λ=8,8192,1,70913,8.6563720703125
HHLMU,λ=8,8192,1,61309,7.4840087890625
HHLMU,λ=8,8192,1,70857,8.6495361328125
HHLMU,λ=8,8192,1,74197,9.0572509765625
HHLMU,λ=8,8192,1,62429,7.6207275390625
HHLMU,λ=8,8192,1,72517,8.8521728515625
HHLMU,λ=8,8192,1,80077,9.7750244140625
HHLMU,λ=8,8192,1,65737,8.0245361328125
HHLMU,λ=8,8192,1,63565,7.7593994140625
HHLMU,λ=8,8192,1,66861,8.1617431640625
HHLMU,λ=8,8192,1,62929,7.6817626953125
HHLMU,λ=8,8192,1,65621,8.0103759765625
HHLMU,λ=8,8192,1,65041,7.9395751953125
HHLMU,λ=8,8192,1,74481,9.0919189453125
HHLMU,λ=8,8192,1,61617,7.5216064453125
HHLMU,λ=8,8192,1,64149,7.8306884765625
HHLMU,λ=8,8192,1,70125,8.5601806640625
HHLMU,λ=8,8192,1,70749,8.6363525390625
HHLMU,λ=8,8192,1,70305,8.5821533203125
HHLMU,λ=8,8192,1,65693,8.0191650390625
HHLMU,λ=8,8192,1,70345,8.5870361328125
HHLMU,λ=8,8192,1,70061,8.5523681640625
HHLMU,λ=8,8192,1,64193,7.8360595703125
HHLMU,λ=8,8192,1,78405,9.5709228515625
HHLMU,λ=8,8192,1,72129,8.8048095703125
HHLMU,λ=8,8192,1,69973,8.5416259765625
HHLMU,λ=8,8192,1,76781,9.3726806640625
HHLMU,λ=8,8192,1,59369,7.2471923828125
HHLMU,λ=8,8192,1,66537,8.1221923828125
HRLMU,λ=8,8192,1,63941,7.8052978515625
HRLMU,λ=8,8192,1,64201,7.8370361328125
HRLMU,λ=8,8192,1,66933,8.1705322265625
HRLMU,λ=8,8192,1,73529,8.9757080078125
HRLMU,λ=8,8192,1,97629,11.9176025390625
HRLMU,λ=8,8192,1,68777,8.3956298828125
HRLMU,λ=8,8192,1,65589,8.0064697265625
HRLMU,λ=8,8192,1,68261,8.3326416015625
HRLMU,λ=8,8192,1,74113,9.0469970703125
HRLMU,λ=8,8192,1,75965,9.2730712890625
HRLMU,λ=8,8192,1,70089,8.5557861328125
HRLMU,λ=8,8192,1,70813,8.6441650390625
HRLMU,λ=8,8192,1,68997,8.4224853515625
HRLMU,λ=8,8192,1,72105,8.8018798828125
HRLMU,λ=8,8192,1,65269,7.9674072265625
HRLMU,λ=8,8192,1,69101,8.4351806640625
HRLMU,λ=8,8192,1,70741,8.6353759765625
HRLMU,λ=8,8192,1,74633,9.1104736328125
HRLMU,λ=8,8192,1,64041,7.8175048828125
HRLMU,λ=8,8192,1,63313,7.7286376953125
HRLMU,λ=8,8192,1,65249,7.9649658203125
HRLMU,λ=8,8192,1,73733,9.0006103515625
HRLMU,λ=8,8192,1,64221,7.8394775390625
HRLMU,λ=8,8192,1,70369,8.5899658203125
HRLMU,λ=8,8192,1,67965,8.2965087890625
HRLMU,λ=8,8192,1,67293,8.2144775390625
HRLMU,λ=8,8192,1,63845,7.7935791015625
HRLMU,λ=8,8192,1,66001,8.0567626953125
HRLMU,λ=8,8192,1,68509,8.3629150390625
HRLMU,λ=8,8192,1,71685,8.7506103515625
HRLMU,λ=8,8192,1,68489,8.3604736328125
HRLMU,λ=8,8192,1,74733,9.1226806640625
HRLMU,λ=8,8192,1,71381,8.7135009765625
HRLMU,λ=8,8192,1,70893,8.6539306640625
HRLMU,λ=8,8192,1,64685,7.8961181640625
HRLMU,λ=8,8192,1,66025,8.0596923828125
HRLMU,λ=8,8192,1,75141,9.1724853515625
HRLMU,λ=8,8192,1,85957,10.4927978515625
HRLMU,λ=8,8192,1,85469,10.4332275390625
HRLMU,λ=8,8192,1,68757,8.3931884765625
HRLMU,λ=8,8192,1,70581,8.6158447265625
HRLMU,λ=8,8192,1,71417,8.7178955078125
HRLMU,λ=8,8192,1,67749,8.2701416015625
HRLMU,λ=8,8192,1,64641,7.8907470703125
HRLMU,λ=8,8192,1,74665,9.1143798828125
HRLMU,λ=8,8192,1,71833,8.7686767578125
HRLMU,λ=8,8192,1,69521,8.4864501953125
HRLMU,λ=8,8192,1,73269,8.9439697265625
HRLMU,λ=8,8192,1,71845,8.7701416015625
HRLMU,λ=8,8192,1,71185,8.6895751953125
HRLMU,λ=8,8192,1,66549,8.1236572265625
HRLMU,λ=8,8192,1,71789,8.7633056640625
HRLMU,λ=8,8192,1,80681,9.8487548828125
HRLMU,λ=8,8192,1,61409,7.4962158203125
HRLMU,λ=8,8192,1,67877,8.2857666015625
HRLMU,λ=8,8192,1,72701,8.8746337890625
HRLMU,λ=8,8192,1,81885,9.9957275390625
HRLMU,λ=8,8192,1,67589,8.2506103515625
HRLMU,λ=8,8192,1,78461,9.5777587890625
HRLMU,λ=8,8192,1,83473,10.1895751953125
HRLMU,λ=8,8192,1,73301,8.9478759765625
HRLMU,λ=8,8192,1,68293,8.3365478515625
HRLMU,λ=8,8192,1,77241,9.4288330078125
HRLMU,λ=8,8192,1,92433,11.2833251953125
HRLMU,λ=8,8192,1,86861,10.6031494140625
HRLMU,λ=8,8192,1,67197,8.2027587890625
HRLMU,λ=8,8192,1,70277,8.5787353515625
HRLMU,λ=8,8192,1,64265,7.8448486328125
HRLMU,λ=8,8192,1,76913,9.3887939453125
HRLMU,λ=8,8192,1,71565,8.7359619140625
HRLMU,λ=8,8192,1,65857,8.0391845703125
HRLMU,λ=8,8192,1,98753,12.0548095703125
HRLMU,λ=8,8192,1,80941,9.8804931640625
HRLMU,λ=8,8192,1,76725,9.3658447265625
HRLMU,λ=8,8192,1,81717,9.9752197265625
HRLMU,λ=8,8192,1,72833,8.8907470703125
HRLMU,λ=8,8192,1,62217,7.5948486328125
HRLMU,λ=8,8192,1,61709,7.5328369140625
HRLMU,λ=8,8192,1,69869,8.5289306640625
HRLMU,λ=8,8192,1,62641,7.6466064453125
HRLMU,λ=8,8192,1,74205,9.0582275390625
HRLMU,λ=8,8192,1,61365,7.4908447265625
HRLMU,λ=8,8192,1,65781,8.0299072265625
HRLMU,λ=8,8192,1,68141,8.3179931640625
HRLMU,λ=8,8192,1,62553,7.6358642578125
HRLMU,λ=8,8192,1,64333,7.8531494140625
HRLMU,λ=8,8192,1,65193,7.9581298828125
HRLMU,λ=8,8192,1,67349,8.2213134765625
HRLMU,λ=8,8192,1,71165,8.6871337890625
HRLMU,λ=8,8192,1,77181,9.4215087890625
HRLMU,λ=8,8192,1,60033,7.3282470703125
HRLMU,λ=8,8192,1,68037,8.3052978515625
HRLMU,λ=8,8192,1,74165,9.0533447265625
HRLMU,λ=8,8192,1,73425,8.9630126953125
HRLMU,λ=8,8192,1,69277,8.4566650390625
HRLMU,λ=8,8192,1,71105,8.6798095703125
HRLMU,λ=8,8192,1,68581,8.3717041015625
HRLMU,λ=8,8192,1,63497,7.7510986328125
HSLMU,λ=8,8192,1,85809,10.4747314453125
HSLMU,λ=8,8192,1,127553,15.5704345703125
HSLMU,λ=8,8192,1,121505,14.8321533203125
HSLMU,λ=8,8192,1,87937,10.7344970703125
HSLMU,λ=8,8192,1,107297,13.0977783203125
HSLMU,λ=8,8192,1,90673,11.0684814453125
HSLMU,λ=8,8192,1,99905,12.1954345703125
HSLMU,λ=8,8192,1,111841,13.6524658203125
HSLMU,λ=8,8192,1,81297,9.9239501953125
HSLMU,λ=8,8192,1,97777,11.9356689453125
HSLMU,λ=8,8192,1,104337,12.7364501953125
HSLMU,λ=8,8192,1,117649,14.3614501953125
HSLMU,λ=8,8192,1,88449,10.7969970703125
HSLMU,λ=8,8192,1,110465,13.4844970703125
HSLMU,λ=8,8192,1,102993,12.5723876953125
HSLMU,λ=8,8192,1,91953,11.2247314453125
HSLMU,λ=8,8192,1,100305,12.2442626953125
HSLMU,λ=8,8192,1,100897,12.3165283203125
HSLMU,λ=8,8192,1,119281,14.5606689453125
HSLMU,λ=8,8192,1,94833,11.5762939453125
HSLMU,λ=8,8192,1,104609,12.7696533203125
HSLMU,λ=8,8192,1,87057,10.6270751953125
HSLMU,λ=8,8192,1,100017,12.2091064453125
HSLMU,λ=8,8192,1,104897,12.8048095703125
HSLMU,λ=8,8192,1,89953,10.9805908203125
HSLMU,λ=8,8192,1,106305,12.9766845703125
HSLMU,λ=8,8192,1,96977,11.8380126953125
HSLMU,λ=8,8192,1,109041,13.3106689453125
HSLMU,λ=8,8192,1,93681,11.4356689453125
HSLMU,λ=8,8192,1,96641,11.7969970703125
HSLMU,λ=8,8192,1,90833,11.0880126953125
HSLMU,λ=8,8192,1,101825,12.4298095703125
HSLMU,λ=8,8192,1,86801,10.5958251953125
HSLMU,λ=8,8192,1,95393,11.6446533203125
HSLMU,λ=8,8192,1,96065,11.7266845703125
HSLMU,λ=8,8192,1,104529,12.7598876953125
HSLMU,λ=8,8192,1,87649,10.6993408203125
HSLMU,λ=8,8192,1,106033,12.9434814453125
HSLMU,λ=8,8192,1,102593,12.5235595703125
HSLMU,λ=8,8192,1,110929,13.5411376953125
HSLMU,λ=8,8192,1,96561,11.7872314453125
HSLMU,λ=8,8192,1,95361,11.6407470703125
HSLMU,λ=8,8192,1,100689,12.2911376953125
HSLMU,λ=8,8192,1,84945,10.3692626953125
HSLMU,λ=8,8192,1,114641,13.9942626953125
HSLMU,λ=8,8192,1,86641,10.5762939453125
HSLMU,λ=8,8192,1,89217,10.8907470703125
HSLMU,λ=8,8192,1,101505,12.3907470703125
HSLMU,λ=8,8192,1,87249,10.6505126953125
HSLMU,λ=8,8192,1,101873,12.4356689453125
HSLMU,λ=8,8192,1,121153,14.7891845703125
HSLMU,λ=8,8192,1,104705,12.7813720703125
HSLMU,λ=8,8192,1,119953,14.6427001953125
HSLMU,λ=8,8192,1,99121,12.0997314453125
HSLMU,λ=8,8192,1,88561,10.8106689453125
HSLMU,λ=8,8192,1,98977,12.0821533203125
HSLMU,λ=8,8192,1,99921,12.1973876953125
HSLMU,λ=8,8192,1,90593,11.0587158203125
HSLMU,λ=8,8192,1,92097,11.2423095703125
HSLMU,λ=8,8192,1,91921,11.2208251953125
HSLMU,λ=8,8192,1,87553,10.6876220703125
HSLMU,λ=8,8192,1,97345,11.8829345703125
HSLMU,λ=8,8192,1,93633,11.4298095703125
HSLMU,λ=8,8192,1,97745,11.9317626953125
HSLMU,λ=8,8192,1,94065,11.4825439453125
HSLMU,λ=8,8192,1,102945,12.5665283203125
HSLMU,λ=8,8192,1,100625,12.2833251953125
HSLMU,λ=8,8192,1,104305,12.7325439453125
HSLMU,λ=8,8192,1,85681,10.4591064453125
HSLMU,λ=8,8192,1,93297,11.3887939453125
HSLMU,λ=8,8192,1,104241,12.7247314453125
HSLMU,λ=8,8192,1,95809,11.6954345703125
HSLMU,λ=8,8192,1,95649,11.6759033203125
HSLMU,λ=8,8192,1,96193,11.7423095703125
HSLMU,λ=8,8192,1,83761,10.2247314453125
HSLMU,λ=8,8192,1,95553,11.6641845703125
HSLMU,λ=8,8192,1,106577,13.0098876953125
HSLMU,λ=8,8192,1,105841,12.9200439453125
HSLMU,λ=8,8192,1,103953,12.6895751953125
HSLMU,λ=8,8192,1,103297,12.6094970703125
HSLMU,λ=8,8192,1,98705,12.0489501953125
HSLMU,λ=8,8192,1,106673,13.0216064453125
HSLMU,λ=8,8192,1,90017,10.9884033203125
HSLMU,λ=8,8192,1,92817,11.3302001953125
HSLMU,λ=8,8192,1,97169,11.8614501953125
HSLMU,λ=8,8192,1,103393,12.6212158203125
HSLMU,λ=8,8192,1,97057,11.8477783203125
HSLMU,λ=8,8192,1,93217,11.3790283203125
HSLMU,λ=8,8192,1,91777,11.2032470703125
HSLMU,λ=8,8192,1,95793,11.6934814453125
HSLMU,λ=8,8192,1,101105,12.3419189453125
HSLMU,λ=8,8192,1,92225,11.2579345703125
HSLMU,λ=8,8192,1,112209,13.6973876953125
HSLMU,λ=8,8192,1,84577,10.3243408203125
HSLMU,λ=8,8192,1,88497,10.8028564453125
HSLMU,λ=8,8192,1,99265,12.1173095703125
HSLMU,λ=8,8192,1,94737,11.5645751953125
HSDIU,λ=8,8192,1,106116,12.95361328125
HSDIU,λ=8,8192,1,120803,14.7464599609375
HSDIU,λ=8,8192,1,102069,12.4595947265625
HSDIU,λ=8,8192,1,97718,11.928466796875
HSDIU,λ=8,8192,1,114191,13.9393310546875
HSDIU,λ=8,8192,1,110695,13.5125732421875
HSDIU,λ=8,8192,1,102525,12.5152587890625
HSDIU,λ=8,8192,1,103513,12.6358642578125
HSDIU,λ=8,8192,1,98288,11.998046875
HSDIU,λ=8,8192,1,92493,11.2906494140625
HSDIU,λ=8,8192,1,103114,12.587158203125
HSDIU,λ=8,8192,1,105090,12.828369140625
HSDIU,λ=8,8192,1,99048,12.0908203125
HSDIU,λ=8,8192,1,101100,12.34130859375
HSDIU,λ=8,8192,1,95856,11.701171875
HSDIU,λ=8,8192,1,108206,13.208740234375
HSDIU,λ=8,8192,1,92037,11.2349853515625
HSDIU,λ=8,8192,1,94127,11.4901123046875
HSDIU,λ=8,8192,1,97243,11.8704833984375
HSDIU,λ=8,8192,1,98991,12.0838623046875
HSDIU,λ=8,8192,1,96863,11.8240966796875
HSDIU,λ=8,8192,1,105945,12.9327392578125
HSDIU,λ=8,8192,1,135851,16.5833740234375
HSDIU,λ=8,8192,1,93044,11.35791015625
HSDIU,λ=8,8192,1,93196,11.37646484375
HSDIU,λ=8,8192,1,104330,12.735595703125
HSDIU,λ=8,8192,1,105014,12.819091796875
HSDIU,λ=8,8192,1,100454,12.262451171875
HSDIU,λ=8,8192,1,98117,11.9771728515625
HSDIU,λ=8,8192,1,98155,11.9818115234375
HSDIU,λ=8,8192,1,93500,11.41357421875
HSDIU,λ=8,8192,1,105451,12.8724365234375
HSDIU,λ=8,8192,1,103874,12.679931640625
HSDIU,λ=8,8192,1,105584,12.888671875
HSDIU,λ=8,8192,1,115521,14.1016845703125
HSDIU,λ=8,8192,1,95685,11.6802978515625
HSDIU,λ=8,8192,1,98839,12.0653076171875
HSDIU,λ=8,8192,1,100150,12.225341796875
HSDIU,λ=8,8192,1,96901,11.8287353515625
HSDIU,λ=8,8192,1,105812,12.91650390625
HSDIU,λ=8,8192,1,105299,12.8538818359375
HSDIU,λ=8,8192,1,90669,11.0679931640625
HSDIU,λ=8,8192,1,99219,12.1116943359375
HSDIU,λ=8,8192,1,114039,13.9207763671875
HSDIU,λ=8,8192,1,99561,12.1534423828125
HSDIU,λ=8,8192,1,94602,11.548095703125
HSDIU,λ=8,8192,1,101290,12.364501953125
HSDIU,λ=8,8192,1,90498,11.047119140625
HSDIU,λ=8,8192,1,95476,11.65478515625
HSDIU,λ=8,8192,1,95191,11.6199951171875
HSDIU,λ=8,8192,1,93899,11.4622802734375
HSDIU,λ=8,8192,1,121905,14.8809814453125
HSDIU,λ=8,8192,1,116699,14.2454833984375
HSDIU,λ=8,8192,1,93310,11.390380859375
HSDIU,λ=8,8192,1,106173,12.9605712890625
HSDIU,λ=8,8192,1,92683,11.3138427734375
HSDIU,λ=8,8192,1,98136,11.9794921875
HSDIU,λ=8,8192,1,113925,13.9068603515625
HSDIU,λ=8,8192,1,128878,15.732177734375
HSDIU,λ=8,8192,1,102639,12.5291748046875
HSDIU,λ=8,8192,1,100397,12.2554931640625
HSDIU,λ=8,8192,1,123292,15.05029296875
HSDIU,λ=8,8192,1,106610,13.013916015625
HSDIU,λ=8,8192,1,98250,11.993408203125
HSDIU,λ=8,8192,1,98896,12.072265625
HSDIU,λ=8,8192,1,93272,11.3857421875
HSDIU,λ=8,8192,1,133552,16.302734375
HSDIU,λ=8,8192,1,95286,11.631591796875
HSDIU,λ=8,8192,1,90137,11.0030517578125
HSDIU,λ=8,8192,1,101974,12.447998046875
HSDIU,λ=8,8192,1,94507,11.5364990234375
HSDIU,λ=8,8192,1,90403,11.0355224609375
HSDIU,λ=8,8192,1,114989,14.0367431640625
HSDIU,λ=8,8192,1,100530,12.271728515625
HSDIU,λ=8,8192,1,119701,14.6119384765625
HSDIU,λ=8,8192,1,94621,11.5504150390625
HSDIU,λ=8,8192,1,102810,12.550048828125
HSDIU,λ=8,8192,1,109327,13.3455810546875
HSDIU,λ=8,8192,1,98763,12.0560302734375
HSDIU,λ=8,8192,1,89985,10.9844970703125
HSDIU,λ=8,8192,1,106097,12.9512939453125
HSDIU,λ=8,8192,1,96141,11.7359619140625
HSDIU,λ=8,8192,1,91714,11.195556640625
HSDIU,λ=8,8192,1,88845,10.8453369140625
HSDIU,λ=8,8192,1,101784,12.4248046875
HSDIU,λ=8,8192,1,109080,13.3154296875
HSDIU,λ=8,8192,1,94545,11.5411376953125
HSDIU,λ=8,8192,1,102297,12.4874267578125
HSDIU,λ=8,8192,1,113412,13.84423828125
HSDIU,λ=8,8192,1,107845,13.1646728515625
HSDIU,λ=8,8192,1,100967,12.3250732421875
HSDIU,λ=8,8192,1,101537,12.3946533203125
HSDIU,λ=8,8192,1,95229,11.6246337890625
HSDIU,λ=8,8192,1,100948,12.32275390625
HSDIU,λ=8,8192,1,91220,11.13525390625
HSDIU,λ=8,8192,1,112386,13.718994140625
HSDIU,λ=8,8192,1,93861,11.4576416015625
HSDIU,λ=8,8192,1,99466,12.141845703125
HRDIU,λ=8,8192,1,81621,9.9635009765625
HRDIU,λ=8,8192,1,79143,9.6610107421875
HRDIU,λ=8,8192,1,76231,9.3055419921875
HRDIU,λ=8,8192,1,83763,10.2249755859375
HRDIU,λ=8,8192,1,83903,10.2420654296875
HRDIU,λ=8,8192,1,82181,10.0318603515625
HRDIU,λ=8,8192,1,74705,9.1192626953125
HRDIU,λ=8,8192,1,77533,9.4644775390625
HRDIU,λ=8,8192,1,83693,10.2164306640625
HRDIU,λ=8,8192,1,73837,9.0133056640625
HRDIU,λ=8,8192,1,71233,8.6954345703125
HRDIU,λ=8,8192,1,75643,9.2337646484375
HRDIU,λ=8,8192,1,82209,10.0352783203125
HRDIU,λ=8,8192,1,78807,9.6199951171875
HRDIU,λ=8,8192,1,85219,10.4027099609375
HRDIU,λ=8,8192,1,83567,10.2010498046875
HRDIU,λ=8,8192,1,84841,10.3565673828125
HRDIU,λ=8,8192,1,89335,10.9051513671875
HRDIU,λ=8,8192,1,75321,9.1944580078125
HRDIU,λ=8,8192,1,76371,9.3226318359375
HRDIU,λ=8,8192,1,82447,10.0643310546875
HRDIU,λ=8,8192,1,70155,8.5638427734375
HRDIU,λ=8,8192,1,94221,11.5015869140625
HRDIU,λ=8,8192,1,91715,11.1956787109375
HRDIU,λ=8,8192,1,79045,9.6490478515625
HRDIU,λ=8,8192,1,79577,9.7139892578125
HRDIU,λ=8,8192,1,85121,10.3907470703125
HRDIU,λ=8,8192,1,82685,10.0933837890625
HRDIU,λ=8,8192,1,81257,9.9190673828125
HRDIU,λ=8,8192,1,81117,9.9019775390625
HRDIU,λ=8,8192,1,79507,9.7054443359375
HRDIU,λ=8,8192,1,80949,9.8814697265625
HRDIU,λ=8,8192,1,85233,10.4044189453125
HRDIU,λ=8,8192,1,76413,9.3277587890625
HRDIU,λ=8,8192,1,77869,9.5054931640625
HRDIU,λ=8,8192,1,85065,10.3839111328125
HRDIU,λ=8,8192,1,83553,10.1993408203125
HRDIU,λ=8,8192,1,83063,10.1395263671875
HRDIU,λ=8,8192,1,85177,10.3975830078125
HRDIU,λ=8,8192,1,101291,12.3646240234375
HRDIU,λ=8,8192,1,68699,8.3861083984375
HRDIU,λ=8,8192,1,75867,9.2611083984375
HRDIU,λ=8,8192,1,86115,10.5120849609375
HRDIU,λ=8,8192,1,79339,9.6849365234375
HRDIU,λ=8,8192,1,79521,9.7071533203125
HRDIU,λ=8,8192,1,85331,10.4163818359375
HRDIU,λ=8,8192,1,77897,9.5089111328125
HRDIU,λ=8,8192,1,77393,9.4473876953125
HRDIU,λ=8,8192,1,73571,8.9808349609375
HRDIU,λ=8,8192,1,77827,9.5003662109375
HRDIU,λ=8,8192,1,75349,9.1978759765625
HRDIU,λ=8,8192,1,82083,10.0198974609375
HRDIU,λ=8,8192,1,85597,10.4488525390625
HRDIU,λ=8,8192,1,74033,9.0372314453125
HRDIU,λ=8,8192,1,80249,9.7960205078125
HRDIU,λ=8,8192,1,80557,9.8336181640625
HRDIU,λ=8,8192,1,76735,9.3670654296875
HRDIU,λ=8,8192,1,78989,9.6422119140625
HRDIU,λ=8,8192,1,78331,9.5618896484375
HRDIU,λ=8,8192,1,82559,10.0780029296875
HRDIU,λ=8,8192,1,79101,9.6558837890625
HRDIU,λ=8,8192,1,74971,9.1517333984375
HRDIU,λ=8,8192,1,79843,9.7464599609375
HRDIU,λ=8,8192,1,79787,9.7396240234375
HRDIU,λ=8,8192,1,85289,10.4112548828125
HRDIU,λ=8,8192,1,88033,10.7462158203125
HRDIU,λ=8,8192,1,84071,10.2625732421875
HRDIU,λ=8,8192,1,95663,11.6776123046875
HRDIU,λ=8,8192,1,80893,9.8746337890625
HRDIU,λ=8,8192,1,76805,9.3756103515625
HRDIU,λ=8,8192,1,86507,10.5599365234375
HRDIU,λ=8,8192,1,89559,10.9324951171875
HRDIU,λ=8,8192,1,82657,10.0899658203125
HRDIU,λ=8,8192,1,77939,9.5140380859375
HRDIU,λ=8,8192,1,79759,9.7362060546875
HRDIU,λ=8,8192,1,76091,9.2884521484375
HRDIU,λ=8,8192,1,81327,9.9276123046875
HRDIU,λ=8,8192,1,81579,9.9583740234375
HRDIU,λ=8,8192,1,91729,11.1973876953125
HRDIU,λ=8,8192,1,73557,8.9791259765625
HRDIU,λ=8,8192,1,76287,9.3123779296875
HRDIU,λ=8,8192,1,74481,9.0919189453125
HRDIU,λ=8,8192,1,72199,8.8133544921875
HRDIU,λ=8,8192,1,86255,10.5291748046875
HRDIU,λ=8,8192,1,76819,9.3773193359375
HRDIU,λ=8,8192,1,87585,10.6915283203125
HRDIU,λ=8,8192,1,79465,9.7003173828125
HRDIU,λ=8,8192,1,79157,9.6627197265625
HRDIU,λ=8,8192,1,78149,9.5396728515625
HRDIU,λ=8,8192,1,78835,9.6234130859375
HRDIU,λ=8,8192,1,77169,9.4200439453125
HRDIU,λ=8,8192,1,84029,10.2574462890625
HHDIU,λ=8,8192,1,71667,8.7484130859375
HHDIU,λ=8,8192,1,86983,10.6180419921875
HHDIU,λ=8,8192,1,75867,9.2611083984375
HHDIU,λ=8,8192,1,72871,8.8953857421875
HHDIU,λ=8,8192,1,81915,9.9993896484375
HHDIU,λ=8,8192,1,82363,10.0540771484375
HHDIU,λ=8,8192,1,83259,10.1634521484375
HHDIU,λ=8,8192,1,76483,9.3363037109375
HHDIU,λ=8,8192,1,81019,9.8900146484375
HHDIU,λ=8,8192,1,84449,10.3087158203125
HHDIU,λ=8,8192,1,97217,11.8673095703125
HHDIU,λ=8,8192,1,78303,9.5584716796875
HHDIU,λ=8,8192,1,78947,9.6370849609375
HHDIU,λ=8,8192,1,89601,10.9376220703125
HHDIU,λ=8,8192,1,79857,9.7481689453125
HHDIU,λ=8,8192,1,77449,9.4542236328125
HHDIU,λ=8,8192,1,81747,9.9788818359375
HHDIU,λ=8,8192,1,70575,8.6151123046875
HHDIU,λ=8,8192,1,79661,9.7242431640625
HHDIU,λ=8,8192,1,91407,11.1580810546875
HHDIU,λ=8,8192,1,79423,9.6951904296875
HHDIU,λ=8,8192,1,80011,9.7669677734375
HHDIU,λ=8,8192,1,74453,9.0885009765625
HHDIU,λ=8,8192,1,81719,9.9754638671875
HHDIU,λ=8,8192,1,75055,9.1619873046875
HHDIU,λ=8,8192,1,74383,9.0799560546875
HHDIU,λ=8,8192,1,77841,9.5020751953125
HHDIU,λ=8,8192,1,89727,10.9530029296875
HHDIU,λ=8,8192,1,80347,9.8079833984375
HHDIU,λ=8,8192,1,79591,9.7156982421875
HHDIU,λ=8,8192,1,76777,9.3721923828125
HHDIU,λ=8,8192,1,78415,9.5721435546875
HHDIU,λ=8,8192,1,78247,9.5516357421875
HHDIU,λ=8,8192,1,93269,11.3853759765625
HHDIU,λ=8,8192,1,81341,9.9293212890625
HHDIU,λ=8,8192,1,78877,9.6285400390625
HHDIU,λ=8,8192,1,77253,9.4302978515625
HHDIU,λ=8,8192,1,74439,9.0867919921875
HHDIU,λ=8,8192,1,85415,10.4266357421875
HHDIU,λ=8,8192,1,77001,9.3995361328125
HHDIU,λ=8,8192,1,76147,9.2952880859375
HHDIU,λ=8,8192,1,79521,9.7071533203125
HHDIU,λ=8,8192,1,85555,10.4437255859375
HHDIU,λ=8,8192,1,80137,9.7823486328125
HHDIU,λ=8,8192,1,79703,9.7293701171875
HHDIU,λ=8,8192,1,80529,9.8302001953125
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HSLIU,λ=8,8192,1,99757,12.1773681640625
HSLIU,λ=8,8192,1,126991,15.5018310546875
HSLIU,λ=8,8192,1,100603,12.2806396484375
HSLIU,λ=8,8192,1,97705,11.9268798828125
HSLIU,λ=8,8192,1,108001,13.1837158203125
HSLIU,λ=8,8192,1,101557,12.3970947265625
HSLIU,λ=8,8192,1,98425,12.0147705078125
HSLIU,λ=8,8192,1,101377,12.3751220703125
HSLIU,λ=8,8192,1,99505,12.1466064453125
HSLIU,λ=8,8192,1,104671,12.7772216796875
HSLIU,λ=8,8192,1,108505,13.2452392578125
HSLIU,λ=8,8192,1,126721,15.4688720703125
HSLIU,λ=8,8192,1,119107,14.5394287109375
HSLIU,λ=8,8192,1,95887,11.7049560546875
HSLIU,λ=8,8192,1,102619,12.5267333984375
HSLIU,λ=8,8192,1,103213,12.5992431640625
HSLIU,λ=8,8192,1,90649,11.0655517578125
HSLIU,λ=8,8192,1,115345,14.0802001953125
HSLIU,λ=8,8192,1,99973,12.2037353515625
HSLIU,λ=8,8192,1,98641,12.0411376953125
HSLIU,λ=8,8192,1,98821,12.0631103515625
HSLIU,λ=8,8192,1,106021,12.9420166015625
HSLIU,λ=8,8192,1,99775,12.1795654296875
HSLIU,λ=8,8192,1,103393,12.6212158203125
HSLIU,λ=8,8192,1,100135,12.2235107421875
HSLIU,λ=8,8192,1,110143,13.4451904296875
HSLIU,λ=8,8192,1,95077,11.6060791015625
HSLIU,λ=8,8192,1,120097,14.6602783203125
HSLIU,λ=8,8192,1,109873,13.4122314453125
SSDCP,λ=8,8192,1,93191,11.3758544921875
SSDCP,λ=8,8192,1,88926,10.855224609375
SSDCP,λ=8,8192,1,83557,10.1998291015625
SSDCP,λ=8,8192,1,82736,10.099609375
SSDCP,λ=8,8192,1,92366,11.275146484375
SSDCP,λ=8,8192,1,91579,11.1790771484375
SSDCP,λ=8,8192,1,87908,10.73095703125
SSDCP,λ=8,8192,1,100569,12.2764892578125
SSDCP,λ=8,8192,1,92890,11.339111328125
SSDCP,λ=8,8192,1,96789,11.8150634765625
SSDCP,λ=8,8192,1,97617,11.9161376953125
SSDCP,λ=8,8192,1,87427,10.6722412109375
SSDCP,λ=8,8192,1,86669,10.5797119140625
SSDCP,λ=8,8192,1,99349,12.1275634765625
SSDCP,λ=8,8192,1,88478,10.800537109375
SSDCP,λ=8,8192,1,97883,11.9486083984375
SSDCP,λ=8,8192,1,89621,10.9400634765625
SSDCP,λ=8,8192,1,87404,10.66943359375
SSDCP,λ=8,8192,1,88177,10.7637939453125
SSDCP,λ=8,8192,1,92536,11.2958984375
SSDCP,λ=8,8192,1,94067,11.4827880859375
SSDCP,λ=8,8192,1,79504,9.705078125
SSDCP,λ=8,8192,1,90818,11.086181640625
SSDCP,λ=8,8192,1,82085,10.0201416015625
SSDCP,λ=8,8192,1,97277,11.8746337890625
SSDCP,λ=8,8192,1,83376,10.177734375
SSDCP,λ=8,8192,1,97298,11.877197265625
SSDCP,λ=8,8192,1,90023,10.9891357421875
SSDCP,λ=8,8192,1,99993,12.2061767578125
SSDCP,λ=8,8192,1,86676,10.58056640625
SSDCP,λ=8,8192,1,87549,10.6871337890625
SSDCP,λ=8,8192,1,90524,11.05029296875
SSDCP,λ=8,8192,1,98293,11.9986572265625
SSDCP,λ=8,8192,1,90429,11.0386962890625
SSDCP,λ=8,8192,1,88682,10.825439453125
SSDCP,λ=8,8192,1,95864,11.7021484375
SSDCP,λ=8,8192,1,98884,12.07080078125
SSDCP,λ=8,8192,1,91936,11.22265625
SSDCP,λ=8,8192,1,103225,12.6007080078125
SSDCP,λ=8,8192,1,90913,11.0977783203125
SSDCP,λ=8,8192,1,84862,10.359130859375
SSDCP,λ=8,8192,1,95026,11.599853515625
SSDCP,λ=8,8192,1,98218,11.989501953125
SSDCP,λ=8,8192,1,101850,12.432861328125
SSDCP,λ=8,8192,1,89702,10.949951171875
SSDCP,λ=8,8192,1,91552,11.17578125
SSDCP,λ=8,8192,1,94576,11.544921875
SSDCP,λ=8,8192,1,97693,11.9254150390625
SSDCP,λ=8,8192,1,101822,12.429443359375
SSDCP,λ=8,8192,1,99121,12.0997314453125
SSDCP,λ=8,8192,1,81746,9.978759765625
SSDCP,λ=8,8192,1,107697,13.1466064453125
SSDCP,λ=8,8192,1,89862,10.969482421875
SSDCP,λ=8,8192,1,127813,15.6021728515625
SSDCP,λ=8,8192,1,83789,10.2281494140625
SSDCP,λ=8,8192,1,110212,13.45361328125
SSDCP,λ=8,8192,1,94462,11.531005859375
SSDCP,λ=8,8192,1,94072,11.4833984375
SSDCP,λ=8,8192,1,107135,13.0780029296875
SSDCP,λ=8,8192,1,98977,12.0821533203125
SSDCP,λ=8,8192,1,86136,10.5146484375
SSDCP,λ=8,8192,1,82026,10.012939453125
SSDCP,λ=8,8192,1,92861,11.3355712890625
SSDCP,λ=8,8192,1,104599,12.7684326171875
SSDCP,λ=8,8192,1,97696,11.92578125
SSDCP,λ=8,8192,1,82061,10.0172119140625
SSDCP,λ=8,8192,1,82025,10.0128173828125
SSDCP,λ=8,8192,1,91054,11.114990234375
SSDCP,λ=8,8192,1,103060,12.58056640625
SSDCP,λ=8,8192,1,85970,10.494384765625
SSDCP,λ=8,8192,1,93106,11.365478515625
SSDCP,λ=8,8192,1,89605,10.9381103515625
SSDCP,λ=8,8192,1,98429,12.0152587890625
SSDCP,λ=8,8192,1,97788,11.93701171875
SSDCP,λ=8,8192,1,100066,12.215087890625
SSDCP,λ=8,8192,1,102537,12.5167236328125
SSDCP,λ=8,8192,1,97307,11.8782958984375
SSDCP,λ=8,8192,1,90210,11.011962890625
SSDCP,λ=8,8192,1,97793,11.9376220703125
SSDCP,λ=8,8192,1,106414,12.989990234375
SSDCP,λ=8,8192,1,85117,10.3902587890625
SSDCP,λ=8,8192,1,103287,12.6082763671875
SSDCP,λ=8,8192,1,90180,11.00830078125
SSDCP,λ=8,8192,1,90899,11.0960693359375
SSDCP,λ=8,8192,1,91303,11.1453857421875
SSDCP,λ=8,8192,1,97380,11.88720703125
SSDCP,λ=8,8192,1,88584,10.8134765625
SSDCP,λ=8,8192,1,86143,10.5155029296875
SSDCP,λ=8,8192,1,101328,12.369140625
SSDCP,λ=8,8192,1,81630,9.964599609375
SSDCP,λ=8,8192,1,101226,12.356689453125
SSDCP,λ=8,8192,1,99787,12.1810302734375
SSDCP,λ=8,8192,1,102608,12.525390625
SSDCP,λ=8,8192,1,90873,11.0928955078125
SSDCP,λ=8,8192,1,83879,10.2391357421875
SSDCP,λ=8,8192,1,85327,10.4158935546875
SSDCP,λ=8,8192,1,98769,12.0567626953125
SSDCP,λ=8,8192,1,89200,10.888671875
SSDCP,λ=8,8192,1,95312,11.634765625
SSDCP,λ=8,8192,1,99772,12.17919921875
SRDCP,λ=8,8192,1,75356,9.19873046875
SRDCP,λ=8,8192,1,67294,8.214599609375
SRDCP,λ=8,8192,1,71421,8.7183837890625
SRDCP,λ=8,8192,1,71737,8.7569580078125
SRDCP,λ=8,8192,1,62646,7.647216796875
SRDCP,λ=8,8192,1,68133,8.3170166015625
SRDCP,λ=8,8192,1,72415,8.8397216796875
SRDCP,λ=8,8192,1,76794,9.374267578125
SRDCP,λ=8,8192,1,64796,7.90966796875
SRDCP,λ=8,8192,1,70329,8.5850830078125
SRDCP,λ=8,8192,1,74323,9.0726318359375
SRDCP,λ=8,8192,1,61995,7.5677490234375
SRDCP,λ=8,8192,1,67089,8.1895751953125
SRDCP,λ=8,8192,1,72500,8.85009765625
SRDCP,λ=8,8192,1,74125,9.0484619140625
SRDCP,λ=8,8192,1,73402,8.960205078125
SRDCP,λ=8,8192,1,75921,9.2677001953125
SRDCP,λ=8,8192,1,68756,8.39306640625
SRDCP,λ=8,8192,1,65612,8.00927734375
SRDCP,λ=8,8192,1,72246,8.819091796875
SRDCP,λ=8,8192,1,72528,8.853515625
SRDCP,λ=8,8192,1,62865,7.6739501953125
SRDCP,λ=8,8192,1,64031,7.8162841796875
SRDCP,λ=8,8192,1,80126,9.781005859375
SRDCP,λ=8,8192,1,63764,7.78369140625
SRDCP,λ=8,8192,1,73246,8.941162109375
SRDCP,λ=8,8192,1,67571,8.2484130859375
SRDCP,λ=8,8192,1,66268,8.08935546875
SRDCP,λ=8,8192,1,70550,8.612060546875
SRDCP,λ=8,8192,1,66687,8.1405029296875
SRDCP,λ=8,8192,1,67603,8.2523193359375
SRDCP,λ=8,8192,1,65107,7.9476318359375
SRDCP,λ=8,8192,1,68757,8.3931884765625
SRDCP,λ=8,8192,1,69660,8.50341796875
SRDCP,λ=8,8192,1,62932,7.68212890625
SRDCP,λ=8,8192,1,65542,8.000732421875
SRDCP,λ=8,8192,1,69013,8.4244384765625
SRDCP,λ=8,8192,1,66212,8.08251953125
SRDCP,λ=8,8192,1,70842,8.647705078125
SRDCP,λ=8,8192,1,76252,9.30810546875
SRDCP,λ=8,8192,1,68824,8.4013671875
SRDCP,λ=8,8192,1,69285,8.4576416015625
SRDCP,λ=8,8192,1,73747,9.0023193359375
SRDCP,λ=8,8192,1,66895,8.1658935546875
SRDCP,λ=8,8192,1,67777,8.2735595703125
SRDCP,λ=8,8192,1,72266,8.821533203125
SRDCP,λ=8,8192,1,66511,8.1190185546875
SRDCP,λ=8,8192,1,62996,7.68994140625
SRDCP,λ=8,8192,1,60293,7.3599853515625
SRDCP,λ=8,8192,1,69929,8.5362548828125
SRDCP,λ=8,8192,1,68873,8.4073486328125
SRDCP,λ=8,8192,1,78766,9.614990234375
SRDCP,λ=8,8192,1,67590,8.250732421875
SRDCP,λ=8,8192,1,66954,8.173095703125
SRDCP,λ=8,8192,1,67914,8.290283203125
SRDCP,λ=8,8192,1,65392,7.982421875
SRDCP,λ=8,8192,1,66607,8.1307373046875
SRDCP,λ=8,8192,1,65893,8.0435791015625
SRDCP,λ=8,8192,1,66456,8.1123046875
SRDCP,λ=8,8192,1,74973,9.1519775390625
SRDCP,λ=8,8192,1,66978,8.176025390625
SRDCP,λ=8,8192,1,65626,8.010986328125
SRDCP,λ=8,8192,1,72287,8.8240966796875
SRDCP,λ=8,8192,1,71842,8.769775390625
SRDCP,λ=8,8192,1,65890,8.043212890625
SRDCP,λ=8,8192,1,71407,8.7166748046875
SRDCP,λ=8,8192,1,64541,7.8785400390625
SRDCP,λ=8,8192,1,63496,7.7509765625
SRDCP,λ=8,8192,1,70313,8.5831298828125
SRDCP,λ=8,8192,1,82644,10.08837890625
SRDCP,λ=8,8192,1,72585,8.8604736328125
SRDCP,λ=8,8192,1,63785,7.7862548828125
SRDCP,λ=8,8192,1,77209,9.4249267578125
SRDCP,λ=8,8192,1,62551,7.6356201171875
SRDCP,λ=8,8192,1,65380,7.98095703125
SRDCP,λ=8,8192,1,70217,8.5714111328125
SRDCP,λ=8,8192,1,67340,8.22021484375
SRDCP,λ=8,8192,1,65654,8.014404296875
SRDCP,λ=8,8192,1,67801,8.2764892578125
SRDCP,λ=8,8192,1,62869,7.6744384765625
SRDCP,λ=8,8192,1,64669,7.8941650390625
SRDCP,λ=8,8192,1,68825,8.4014892578125
SRDCP,λ=8,8192,1,64184,7.8349609375
SRDCP,λ=8,8192,1,66436,8.10986328125
SRDCP,λ=8,8192,1,71160,8.6865234375
SRDCP,λ=8,8192,1,66676,8.13916015625
SRDCP,λ=8,8192,1,64917,7.9244384765625
SRDCP,λ=8,8192,1,64082,7.822509765625
SRDCP,λ=8,8192,1,61932,7.56005859375
SRDCP,λ=8,8192,1,69157,8.4420166015625
SRDCP,λ=8,8192,1,77905,9.5098876953125
SRDCP,λ=8,8192,1,71723,8.7552490234375
SRDCP,λ=8,8192,1,81757,9.9801025390625
SRDCP,λ=8,8192,1,71026,8.670166015625
SRDCP,λ=8,8192,1,67910,8.289794921875
SRDCP,λ=8,8192,1,70025,8.5479736328125
SRDCP,λ=8,8192,1,71952,8.783203125
SRDCP,λ=8,8192,1,71151,8.6854248046875
SRDCP,λ=8,8192,1,65993,8.0557861328125
SRDCP,λ=8,8192,1,66391,8.1043701171875
SHDCP,λ=8,8192,1,71408,8.716796875
SHDCP,λ=8,8192,1,70820,8.64501953125
SHDCP,λ=8,8192,1,64789,7.9088134765625
SHDCP,λ=8,8192,1,65993,8.0557861328125
SHDCP,λ=8,8192,1,70838,8.647216796875
SHDCP,λ=8,8192,1,60761,7.4171142578125
SHDCP,λ=8,8192,1,69713,8.5098876953125
SHDCP,λ=8,8192,1,63906,7.801025390625
SHDCP,λ=8,8192,1,63609,7.7647705078125
SHDCP,λ=8,8192,1,71902,8.777099609375
SHDCP,λ=8,8192,1,64028,7.81591796875
SHDCP,λ=8,8192,1,70827,8.6458740234375
SHDCP,λ=8,8192,1,72579,8.8597412109375
SHDCP,λ=8,8192,1,73575,8.9813232421875
SHDCP,λ=8,8192,1,66142,8.073974609375
SHDCP,λ=8,8192,1,73373,8.9566650390625
SHDCP,λ=8,8192,1,70664,8.6259765625
SHDCP,λ=8,8192,1,67064,8.1865234375
SHDCP,λ=8,8192,1,66214,8.082763671875
SHDCP,λ=8,8192,1,67002,8.178955078125
SHDCP,λ=8,8192,1,64289,7.8477783203125
SHDCP,λ=8,8192,1,73551,8.9783935546875
SHDCP,λ=8,8192,1,65388,7.98193359375
SHDCP,λ=8,8192,1,70013,8.5465087890625
SHDCP,λ=8,8192,1,63962,7.807861328125
SHDCP,λ=8,8192,1,65840,8.037109375
SHDCP,λ=8,8192,1,68174,8.322021484375
SHDCP,λ=8,8192,1,65001,7.9346923828125
SHDCP,λ=8,8192,1,64452,7.86767578125
SHDCP,λ=8,8192,1,63152,7.708984375
SHDCP,λ=8,8192,1,72074,8.798095703125
SHDCP,λ=8,8192,1,63184,7.712890625
SHDCP,λ=8,8192,1,64903,7.9227294921875
SHDCP,λ=8,8192,1,70175,8.5662841796875
SHDCP,λ=8,8192,1,67800,8.2763671875
SHDCP,λ=8,8192,1,64068,7.82080078125
SHDCP,λ=8,8192,1,88998,10.864013671875
SHDCP,λ=8,8192,1,65812,8.03369140625
SHDCP,λ=8,8192,1,67154,8.197509765625
SHDCP,λ=8,8192,1,70185,8.5675048828125
SHDCP,λ=8,8192,1,67130,8.194580078125
SHDCP,λ=8,8192,1,65454,7.989990234375
SHDCP,λ=8,8192,1,67533,8.2437744140625
SHDCP,λ=8,8192,1,68120,8.3154296875
SHDCP,λ=8,8192,1,60947,7.4398193359375
SHDCP,λ=8,8192,1,68348,8.34326171875
SHDCP,λ=8,8192,1,64861,7.9176025390625
SHDCP,λ=8,8192,1,64812,7.91162109375
SHDCP,λ=8,8192,1,62470,7.625732421875
SHDCP,λ=8,8192,1,62267,7.6009521484375
SHDCP,λ=8,8192,1,67792,8.275390625
SHDCP,λ=8,8192,1,67877,8.2857666015625
SHDCP,λ=8,8192,1,64606,7.886474609375
SHDCP,λ=8,8192,1,79226,9.671142578125
SHDCP,λ=8,8192,1,67590,8.250732421875
SHDCP,λ=8,8192,1,68126,8.316162109375
SHDCP,λ=8,8192,1,67180,8.20068359375
SHDCP,λ=8,8192,1,68992,8.421875
SHDCP,λ=8,8192,1,65030,7.938232421875
SHDCP,λ=8,8192,1,66529,8.1212158203125
SHDCP,λ=8,8192,1,66844,8.15966796875
SHDCP,λ=8,8192,1,64892,7.92138671875
SHDCP,λ=8,8192,1,72477,8.8472900390625
SHDCP,λ=8,8192,1,68405,8.3502197265625
SHDCP,λ=8,8192,1,67047,8.1844482421875
SHDCP,λ=8,8192,1,67704,8.2646484375
SHDCP,λ=8,8192,1,65900,8.04443359375
SHDCP,λ=8,8192,1,68521,8.3643798828125
SHDCP,λ=8,8192,1,61990,7.567138671875
SHDCP,λ=8,8192,1,65025,7.9376220703125
SHDCP,λ=8,8192,1,67135,8.1951904296875
SHDCP,λ=8,8192,1,70320,8.583984375
SHDCP,λ=8,8192,1,65047,7.9403076171875
SHDCP,λ=8,8192,1,70455,8.6004638671875
SHDCP,λ=8,8192,1,69876,8.52978515625
SHDCP,λ=8,8192,1,63534,7.755615234375
SHDCP,λ=8,8192,1,77049,9.4053955078125
SHDCP,λ=8,8192,1,69899,8.5325927734375
SHDCP,λ=8,8192,1,73909,9.0220947265625
SHDCP,λ=8,8192,1,70094,8.556396484375
SHDCP,λ=8,8192,1,93005,11.3531494140625
SHDCP,λ=8,8192,1,69975,8.5418701171875
SHDCP,λ=8,8192,1,65515,7.9974365234375
SHDCP,λ=8,8192,1,66797,8.1539306640625
SHDCP,λ=8,8192,1,69426,8.474853515625
SHDCP,λ=8,8192,1,73773,9.0054931640625
SHDCP,λ=8,8192,1,71057,8.6739501953125
SHDCP,λ=8,8192,1,63139,7.7073974609375
SHDCP,λ=8,8192,1,68779,8.3958740234375
SHDCP,λ=8,8192,1,68056,8.3076171875
SHDCP,λ=8,8192,1,67779,8.2738037109375
SHDCP,λ=8,8192,1,78244,9.55126953125
SHDCP,λ=8,8192,1,71504,8.728515625
SHDCP,λ=8,8192,1,74343,9.0750732421875
SHDCP,λ=8,8192,1,65536,8.0
SHDCP,λ=8,8192,1,75732,9.24462890625
SHDCP,λ=8,8192,1,71576,8.7373046875
SHDCP,λ=8,8192,1,66087,8.0672607421875
SHDCP,λ=8,8192,1,73790,9.007568359375
SHDCP,λ=8,8192,1,73754,9.003173828125
SHLCP,λ=8,8192,1,69341,8.4644775390625
SHLCP,λ=8,8192,1,71992,8.7880859375
SHLCP,λ=8,8192,1,74515,9.0960693359375
SHLCP,λ=8,8192,1,66428,8.10888671875
SHLCP,λ=8,8192,1,67875,8.2855224609375
SHLCP,λ=8,8192,1,72328,8.8291015625
SHLCP,λ=8,8192,1,83401,10.1807861328125
SHLCP,λ=8,8192,1,70051,8.5511474609375
SHLCP,λ=8,8192,1,69310,8.460693359375
SHLCP,λ=8,8192,1,77932,9.51318359375
SHLCP,λ=8,8192,1,68534,8.365966796875
SHLCP,λ=8,8192,1,74819,9.1331787109375
SHLCP,λ=8,8192,1,69376,8.46875
SHLCP,λ=8,8192,1,70804,8.64306640625
SHLCP,λ=8,8192,1,68375,8.3465576171875
SHLCP,λ=8,8192,1,61256,7.4775390625
SHLCP,λ=8,8192,1,71948,8.78271484375
SHLCP,λ=8,8192,1,63764,7.78369140625
SHLCP,λ=8,8192,1,66918,8.168701171875
SHLCP,λ=8,8192,1,62231,7.5965576171875
SHLCP,λ=8,8192,1,77132,9.41552734375
SHLCP,λ=8,8192,1,67155,8.1976318359375
SHLCP,λ=8,8192,1,76404,9.32666015625
SHLCP,λ=8,8192,1,66291,8.0921630859375
SHLCP,λ=8,8192,1,66446,8.111083984375
SHLCP,λ=8,8192,1,75528,9.2197265625
SHLCP,λ=8,8192,1,68085,8.3111572265625
SHLCP,λ=8,8192,1,70086,8.555419921875
SHLCP,λ=8,8192,1,67353,8.2218017578125
SHLCP,λ=8,8192,1,63844,7.79345703125
SHLCP,λ=8,8192,1,63309,7.7281494140625
SHLCP,λ=8,8192,1,69892,8.53173828125
SHLCP,λ=8,8192,1,67512,8.2412109375
SHLCP,λ=8,8192,1,62368,7.61328125
SHLCP,λ=8,8192,1,64300,7.84912109375
SHLCP,λ=8,8192,1,74378,9.079345703125
SHLCP,λ=8,8192,1,62136,7.5849609375
SHLCP,λ=8,8192,1,86976,10.6171875
SHLCP,λ=8,8192,1,66182,8.078857421875
SHLCP,λ=8,8192,1,69422,8.474365234375
SHLCP,λ=8,8192,1,82134,10.026123046875
SHLCP,λ=8,8192,1,71216,8.693359375
SHLCP,λ=8,8192,1,68195,8.3245849609375
SHLCP,λ=8,8192,1,71178,8.688720703125
SHLCP,λ=8,8192,1,67824,8.279296875
SHLCP,λ=8,8192,1,67924,8.29150390625
SHLCP,λ=8,8192,1,69285,8.4576416015625
SHLCP,λ=8,8192,1,79401,9.6925048828125
SHLCP,λ=8,8192,1,66756,8.14892578125
SHLCP,λ=8,8192,1,75997,9.2769775390625
SHLCP,λ=8,8192,1,72293,8.8248291015625
SHLCP,λ=8,8192,1,66860,8.16162109375
SHLCP,λ=8,8192,1,65377,7.9805908203125
SHLCP,λ=8,8192,1,76181,9.2994384765625
SHLCP,λ=8,8192,1,67087,8.1893310546875
SHLCP,λ=8,8192,1,78194,9.545166015625
SHLCP,λ=8,8192,1,68224,8.328125
SHLCP,λ=8,8192,1,66413,8.1070556640625
SHLCP,λ=8,8192,1,72148,8.80712890625
SHLCP,λ=8,8192,1,70408,8.5947265625
SHLCP,λ=8,8192,1,71315,8.7054443359375
SHLCP,λ=8,8192,1,68250,8.331298828125
SHLCP,λ=8,8192,1,68313,8.3389892578125
SHLCP,λ=8,8192,1,72722,8.877197265625
SHLCP,λ=8,8192,1,86578,10.568603515625
SHLCP,λ=8,8192,1,63614,7.765380859375
SHLCP,λ=8,8192,1,67416,8.2294921875
SHLCP,λ=8,8192,1,70107,8.5579833984375
SHLCP,λ=8,8192,1,65414,7.985107421875
SHLCP,λ=8,8192,1,66560,8.125
SHLCP,λ=8,8192,1,79285,9.6783447265625
SHLCP,λ=8,8192,1,79561,9.7120361328125
SHLCP,λ=8,8192,1,69876,8.52978515625
SHLCP,λ=8,8192,1,65124,7.94970703125
SHLCP,λ=8,8192,1,68923,8.4134521484375
SHLCP,λ=8,8192,1,76374,9.322998046875
SHLCP,λ=8,8192,1,66327,8.0965576171875
SHLCP,λ=8,8192,1,66596,8.12939453125
SHLCP,λ=8,8192,1,62641,7.6466064453125
SHLCP,λ=8,8192,1,62286,7.603271484375
SHLCP,λ=8,8192,1,66278,8.090576171875
SHLCP,λ=8,8192,1,73054,8.917724609375
SHLCP,λ=8,8192,1,66481,8.1153564453125
SHLCP,λ=8,8192,1,65641,8.0128173828125
SHLCP,λ=8,8192,1,67349,8.2213134765625
SHLCP,λ=8,8192,1,68297,8.3370361328125
SHLCP,λ=8,8192,1,65383,7.9813232421875
SHLCP,λ=8,8192,1,70104,8.5576171875
SHLCP,λ=8,8192,1,73849,9.0147705078125
SHLCP,λ=8,8192,1,66023,8.0594482421875
SHLCP,λ=8,8192,1,64455,7.8680419921875
SHLCP,λ=8,8192,1,72428,8.84130859375
SHLCP,λ=8,8192,1,64120,7.8271484375
SHLCP,λ=8,8192,1,69296,8.458984375
SHLCP,λ=8,8192,1,68254,8.331787109375
SHLCP,λ=8,8192,1,65743,8.0252685546875
SHLCP,λ=8,8192,1,76781,9.3726806640625
SHLCP,λ=8,8192,1,70353,8.5880126953125
SHLCP,λ=8,8192,1,65993,8.0557861328125
SHLCP,λ=8,8192,1,64962,7.929931640625
SRLCP,λ=8,8192,1,64721,7.9005126953125
SRLCP,λ=8,8192,1,65978,8.053955078125
SRLCP,λ=8,8192,1,65287,7.9696044921875
SRLCP,λ=8,8192,1,63612,7.76513671875
SRLCP,λ=8,8192,1,76072,9.2861328125
SRLCP,λ=8,8192,1,74961,9.1505126953125
SRLCP,λ=8,8192,1,68513,8.3634033203125
SRLCP,λ=8,8192,1,68496,8.361328125
SRLCP,λ=8,8192,1,63313,7.7286376953125
SRLCP,λ=8,8192,1,70001,8.5450439453125
SRLCP,λ=8,8192,1,65327,7.9744873046875
SRLCP,λ=8,8192,1,71742,8.757568359375
SRLCP,λ=8,8192,1,75785,9.2510986328125
SRLCP,λ=8,8192,1,71996,8.78857421875
SRLCP,λ=8,8192,1,69571,8.4925537109375
SRLCP,λ=8,8192,1,70416,8.595703125
SRLCP,λ=8,8192,1,65750,8.026123046875
SRLCP,λ=8,8192,1,70673,8.6270751953125
SRLCP,λ=8,8192,1,64210,7.838134765625
SRLCP,λ=8,8192,1,90681,11.0694580078125
SRLCP,λ=8,8192,1,80273,9.7989501953125
SRLCP,λ=8,8192,1,77507,9.4613037109375
SRLCP,λ=8,8192,1,61882,7.553955078125
SRLCP,λ=8,8192,1,61406,7.495849609375
SRLCP,λ=8,8192,1,67155,8.1976318359375
SRLCP,λ=8,8192,1,70776,8.6396484375
SRLCP,λ=8,8192,1,62123,7.5833740234375
SRLCP,λ=8,8192,1,67217,8.2052001953125
SRLCP,λ=8,8192,1,64399,7.8612060546875
SRLCP,λ=8,8192,1,65463,7.9910888671875
SRLCP,λ=8,8192,1,70581,8.6158447265625
SRLCP,λ=8,8192,1,68926,8.413818359375
SRLCP,λ=8,8192,1,66920,8.1689453125
SRLCP,λ=8,8192,1,71888,8.775390625
SRLCP,λ=8,8192,1,67381,8.2252197265625
SRLCP,λ=8,8192,1,65704,8.0205078125
SRLCP,λ=8,8192,1,65335,7.9754638671875
SRLCP,λ=8,8192,1,66187,8.0794677734375
SRLCP,λ=8,8192,1,62419,7.6195068359375
SRLCP,λ=8,8192,1,64935,7.9266357421875
SRLCP,λ=8,8192,1,73283,8.9456787109375
SRLCP,λ=8,8192,1,60193,7.3477783203125
SRLCP,λ=8,8192,1,68377,8.3468017578125
SRLCP,λ=8,8192,1,69323,8.4622802734375
SRLCP,λ=8,8192,1,64565,7.8814697265625
SRLCP,λ=8,8192,1,74662,9.114013671875
SRLCP,λ=8,8192,1,61034,7.450439453125
SRLCP,λ=8,8192,1,65151,7.9530029296875
SRLCP,λ=8,8192,1,64918,7.924560546875
SRLCP,λ=8,8192,1,72068,8.79736328125
SRLCP,λ=8,8192,1,60427,7.3763427734375
SRLCP,λ=8,8192,1,67459,8.2347412109375
SRLCP,λ=8,8192,1,71422,8.718505859375
SRLCP,λ=8,8192,1,68136,8.3173828125
SRLCP,λ=8,8192,1,70690,8.629150390625
SRLCP,λ=8,8192,1,74232,9.0615234375
SRLCP,λ=8,8192,1,58276,7.11376953125
SRLCP,λ=8,8192,1,68841,8.4034423828125
SRLCP,λ=8,8192,1,68444,8.35498046875
SRLCP,λ=8,8192,1,67958,8.295654296875
SRLCP,λ=8,8192,1,66641,8.1348876953125
SRLCP,λ=8,8192,1,69305,8.4600830078125
SRLCP,λ=8,8192,1,70133,8.5611572265625
SRLCP,λ=8,8192,1,64503,7.8739013671875
SRLCP,λ=8,8192,1,72876,8.89599609375
SRLCP,λ=8,8192,1,69075,8.4320068359375
SRLCP,λ=8,8192,1,66077,8.0660400390625
SRLCP,λ=8,8192,1,72329,8.8292236328125
SRLCP,λ=8,8192,1,67988,8.29931640625
SRLCP,λ=8,8192,1,64659,7.8929443359375
SRLCP,λ=8,8192,1,75630,9.232177734375
SRLCP,λ=8,8192,1,66870,8.162841796875
SRLCP,λ=8,8192,1,64613,7.8873291015625
SRLCP,λ=8,8192,1,70956,8.66162109375
SRLCP,λ=8,8192,1,66592,8.12890625
SRLCP,λ=8,8192,1,64814,7.911865234375
SRLCP,λ=8,8192,1,66137,8.0733642578125
SRLCP,λ=8,8192,1,71501,8.7281494140625
SRLCP,λ=8,8192,1,66821,8.1568603515625
SRLCP,λ=8,8192,1,63207,7.7156982421875
SRLCP,λ=8,8192,1,70556,8.61279296875
SRLCP,λ=8,8192,1,71545,8.7335205078125
SRLCP,λ=8,8192,1,79040,9.6484375
SRLCP,λ=8,8192,1,73568,8.98046875
SRLCP,λ=8,8192,1,75769,9.2491455078125
SRLCP,λ=8,8192,1,62862,7.673583984375
SRLCP,λ=8,8192,1,66174,8.077880859375
SRLCP,λ=8,8192,1,65195,7.9583740234375
SRLCP,λ=8,8192,1,69113,8.4366455078125
SRLCP,λ=8,8192,1,66399,8.1053466796875
SRLCP,λ=8,8192,1,63648,7.76953125
SRLCP,λ=8,8192,1,77528,9.4638671875
SRLCP,λ=8,8192,1,70454,8.600341796875
SRLCP,λ=8,8192,1,75086,9.165771484375
SRLCP,λ=8,8192,1,67422,8.230224609375
SRLCP,λ=8,8192,1,67132,8.19482421875
SRLCP,λ=8,8192,1,69707,8.5091552734375
SRLCP,λ=8,8192,1,74052,9.03955078125
SRLCP,λ=8,8192,1,71366,8.711669921875
SSLCP,λ=8,8192,1,111473,13.6075439453125
SSLCP,λ=8,8192,1,98531,12.0277099609375
SSLCP,λ=8,8192,1,97661,11.9215087890625
SSLCP,λ=8,8192,1,90072,10.9951171875
SSLCP,λ=8,8192,1,97382,11.887451171875
SSLCP,λ=8,8192,1,89456,10.919921875
SSLCP,λ=8,8192,1,86620,10.57373046875
SSLCP,λ=8,8192,1,93430,11.405029296875
SSLCP,λ=8,8192,1,97460,11.89697265625
SSLCP,λ=8,8192,1,98631,12.0399169921875
SSLCP,λ=8,8192,1,99387,12.1322021484375
SSLCP,λ=8,8192,1,91393,11.1563720703125
SSLCP,λ=8,8192,1,93754,11.444580078125
SSLCP,λ=8,8192,1,93555,11.4202880859375
SSLCP,λ=8,8192,1,100901,12.3170166015625
SSLCP,λ=8,8192,1,95234,11.625244140625
SSLCP,λ=8,8192,1,106905,13.0499267578125
SSLCP,λ=8,8192,1,104293,12.7310791015625
SSLCP,λ=8,8192,1,106769,13.0333251953125
SSLCP,λ=8,8192,1,101934,12.443115234375
SSLCP,λ=8,8192,1,104845,12.7984619140625
SSLCP,λ=8,8192,1,100965,12.3248291015625
SSLCP,λ=8,8192,1,106452,12.99462890625
SSLCP,λ=8,8192,1,100365,12.2515869140625
SSLCP,λ=8,8192,1,98512,12.025390625
SSLCP,λ=8,8192,1,97904,11.951171875
SSLCP,λ=8,8192,1,94563,11.5433349609375
SSLCP,λ=8,8192,1,95324,11.63623046875
SSLCP,λ=8,8192,1,97627,11.9173583984375
SSLCP,λ=8,8192,1,88671,10.8240966796875
SSLCP,λ=8,8192,1,94695,11.5594482421875
SSLCP,λ=8,8192,1,114903,14.0262451171875
SSLCP,λ=8,8192,1,110930,13.541259765625
SSLCP,λ=8,8192,1,106120,12.9541015625
SSLCP,λ=8,8192,1,87921,10.7325439453125
SSLCP,λ=8,8192,1,98507,12.0247802734375
SSLCP,λ=8,8192,1,99898,12.194580078125
SSLCP,λ=8,8192,1,105807,12.9158935546875
SSLCP,λ=8,8192,1,92362,11.274658203125
SSLCP,λ=8,8192,1,105189,12.8404541015625
SSLCP,λ=8,8192,1,118995,14.5257568359375
SSLCP,λ=8,8192,1,101926,12.442138671875
SSLCP,λ=8,8192,1,102701,12.5367431640625
SSLCP,λ=8,8192,1,91310,11.146240234375
SSLCP,λ=8,8192,1,97506,11.902587890625
SSLCP,λ=8,8192,1,92491,11.2904052734375
SSLCP,λ=8,8192,1,107644,13.14013671875
SSLCP,λ=8,8192,1,99427,12.1370849609375
SSLCP,λ=8,8192,1,114210,13.941650390625
SSLCP,λ=8,8192,1,95752,11.6884765625
SSLCP,λ=8,8192,1,105020,12.81982421875
SSLCP,λ=8,8192,1,89987,10.9847412109375
SSLCP,λ=8,8192,1,101398,12.377685546875
SSLCP,λ=8,8192,1,117119,14.2967529296875
SSLCP,λ=8,8192,1,89966,10.982177734375
SSLCP,λ=8,8192,1,96150,11.737060546875
SSLCP,λ=8,8192,1,95835,11.6986083984375
SSLCP,λ=8,8192,1,95486,11.656005859375
SSLCP,λ=8,8192,1,117456,14.337890625
SSLCP,λ=8,8192,1,113105,13.8067626953125
SSLCP,λ=8,8192,1,94550,11.541748046875
SSLCP,λ=8,8192,1,106145,12.9571533203125
SSLCP,λ=8,8192,1,110357,13.4713134765625
SSLCP,λ=8,8192,1,108872,13.2900390625
SSLCP,λ=8,8192,1,105645,12.8961181640625
SSLCP,λ=8,8192,1,98741,12.0533447265625
SSLCP,λ=8,8192,1,93163,11.3724365234375
SSLCP,λ=8,8192,1,114083,13.9261474609375
SSLCP,λ=8,8192,1,107221,13.0885009765625
SSLCP,λ=8,8192,1,108719,13.2713623046875
SSLCP,λ=8,8192,1,97798,11.938232421875
SSLCP,λ=8,8192,1,101463,12.3856201171875
SSLCP,λ=8,8192,1,102271,12.4842529296875
SSLCP,λ=8,8192,1,93970,11.470947265625
SSLCP,λ=8,8192,1,102656,12.53125
SSLCP,λ=8,8192,1,100756,12.29931640625
SSLCP,λ=8,8192,1,135579,16.5501708984375
SSLCP,λ=8,8192,1,98684,12.04638671875
SSLCP,λ=8,8192,1,101889,12.4376220703125
SSLCP,λ=8,8192,1,96094,11.730224609375
SSLCP,λ=8,8192,1,98254,11.993896484375
SSLCP,λ=8,8192,1,102642,12.529541015625
SSLCP,λ=8,8192,1,101886,12.437255859375
SSLCP,λ=8,8192,1,111040,13.5546875
SSLCP,λ=8,8192,1,97366,11.885498046875
SSLCP,λ=8,8192,1,102834,12.552978515625
SSLCP,λ=8,8192,1,92587,11.3021240234375
SSLCP,λ=8,8192,1,88967,10.8602294921875
SSLCP,λ=8,8192,1,87477,10.6783447265625
SSLCP,λ=8,8192,1,97192,11.8642578125
SSLCP,λ=8,8192,1,105275,12.8509521484375
SSLCP,λ=8,8192,1,103504,12.634765625
SSLCP,λ=8,8192,1,116527,14.2244873046875
SSLCP,λ=8,8192,1,98007,11.9637451171875
SSLCP,λ=8,8192,1,97297,11.8770751953125
SSLCP,λ=8,8192,1,89850,10.968017578125
SSLCP,λ=8,8192,1,106328,12.9794921875
SSLCP,λ=8,8192,1,101750,12.420654296875
SSLCP,λ=8,8192,1,100040,12.2119140625
SSLCP,λ=8,8192,1,116158,14.179443359375
SSDSP,λ=8,8192,1,85183,10.3983154296875
SSDSP,λ=8,8192,1,92400,11.279296875
SSDSP,λ=8,8192,1,116049,14.1661376953125
SSDSP,λ=8,8192,1,101748,12.42041015625
SSDSP,λ=8,8192,1,88541,10.8082275390625
SSDSP,λ=8,8192,1,90815,11.0858154296875
SSDSP,λ=8,8192,1,81968,10.005859375
SSDSP,λ=8,8192,1,87926,10.733154296875
SSDSP,λ=8,8192,1,84615,10.3289794921875
SSDSP,λ=8,8192,1,85401,10.4249267578125
SSDSP,λ=8,8192,1,91534,11.173583984375
SSDSP,λ=8,8192,1,87403,10.6693115234375
SSDSP,λ=8,8192,1,87467,10.6771240234375
SSDSP,λ=8,8192,1,100108,12.22021484375
SSDSP,λ=8,8192,1,96896,11.828125
SSDSP,λ=8,8192,1,82845,10.1129150390625
SSDSP,λ=8,8192,1,91857,11.2130126953125
SSDSP,λ=8,8192,1,85840,10.478515625
SSDSP,λ=8,8192,1,90138,11.003173828125
SSDSP,λ=8,8192,1,84687,10.3377685546875
SSDSP,λ=8,8192,1,93655,11.4324951171875
SSDSP,λ=8,8192,1,95561,11.6651611328125
SSDSP,λ=8,8192,1,95396,11.64501953125
SSDSP,λ=8,8192,1,85179,10.3978271484375
SSDSP,λ=8,8192,1,91033,11.1124267578125
SSDSP,λ=8,8192,1,87743,10.7108154296875
SSDSP,λ=8,8192,1,107426,13.113525390625
SSDSP,λ=8,8192,1,92687,11.3143310546875
SSDSP,λ=8,8192,1,83349,10.1744384765625
SSDSP,λ=8,8192,1,92027,11.2337646484375
SSDSP,λ=8,8192,1,96234,11.747314453125
SSDSP,λ=8,8192,1,91585,11.1798095703125
SSDSP,λ=8,8192,1,94730,11.563720703125
SSDSP,λ=8,8192,1,95457,11.6524658203125
SSDSP,λ=8,8192,1,94193,11.4981689453125
SSDSP,λ=8,8192,1,98112,11.9765625
SSDSP,λ=8,8192,1,88190,10.765380859375
SSDSP,λ=8,8192,1,88037,10.7467041015625
SSDSP,λ=8,8192,1,82696,10.0947265625
SSDSP,λ=8,8192,1,85927,10.4891357421875
SSDSP,λ=8,8192,1,92650,11.309814453125
SSDSP,λ=8,8192,1,90173,11.0074462890625
SSDSP,λ=8,8192,1,89057,10.8712158203125
SSDSP,λ=8,8192,1,85935,10.4901123046875
SSDSP,λ=8,8192,1,100762,12.300048828125
SSDSP,λ=8,8192,1,95557,11.6646728515625
SSDSP,λ=8,8192,1,90809,11.0850830078125
SSDSP,λ=8,8192,1,88013,10.7437744140625
SSDSP,λ=8,8192,1,95958,11.713623046875
SSDSP,λ=8,8192,1,87226,10.647705078125
SSDSP,λ=8,8192,1,87225,10.6475830078125
SSDSP,λ=8,8192,1,89148,10.88232421875
SSDSP,λ=8,8192,1,95974,11.715576171875
SSDSP,λ=8,8192,1,91963,11.2259521484375
SSDSP,λ=8,8192,1,95243,11.6263427734375
SSDSP,λ=8,8192,1,105971,12.9359130859375
SSDSP,λ=8,8192,1,106465,12.9962158203125
SSDSP,λ=8,8192,1,93656,11.4326171875
SSDSP,λ=8,8192,1,95689,11.6807861328125
SSDSP,λ=8,8192,1,86884,10.60595703125
SSDSP,λ=8,8192,1,91765,11.2017822265625
SSDSP,λ=8,8192,1,121275,14.8040771484375
SSDSP,λ=8,8192,1,91113,11.1221923828125
SSDSP,λ=8,8192,1,86844,10.60107421875
SSDSP,λ=8,8192,1,97650,11.920166015625
SSDSP,λ=8,8192,1,89894,10.973388671875
SSDSP,λ=8,8192,1,89157,10.8834228515625
SSDSP,λ=8,8192,1,106710,13.026123046875
SSDSP,λ=8,8192,1,82489,10.0694580078125
SSDSP,λ=8,8192,1,78775,9.6160888671875
SSDSP,λ=8,8192,1,94008,11.4755859375
SSDSP,λ=8,8192,1,93328,11.392578125
SSDSP,λ=8,8192,1,97531,11.9056396484375
SSDSP,λ=8,8192,1,88799,10.8397216796875
SSDSP,λ=8,8192,1,94399,11.5233154296875
SSDSP,λ=8,8192,1,114819,14.0159912109375
SSDSP,λ=8,8192,1,86960,10.615234375
SSDSP,λ=8,8192,1,105739,12.9075927734375
SSDSP,λ=8,8192,1,101968,12.447265625
SSDSP,λ=8,8192,1,100616,12.2822265625
SSDSP,λ=8,8192,1,86613,10.5728759765625
SSDSP,λ=8,8192,1,91512,11.1708984375
SSDSP,λ=8,8192,1,92337,11.2716064453125
SSDSP,λ=8,8192,1,83978,10.251220703125
SSDSP,λ=8,8192,1,84416,10.3046875
SSDSP,λ=8,8192,1,84937,10.3682861328125
SSDSP,λ=8,8192,1,92934,11.344482421875
SSDSP,λ=8,8192,1,88814,10.841552734375
SSDSP,λ=8,8192,1,87975,10.7391357421875
SSDSP,λ=8,8192,1,98626,12.039306640625
SSDSP,λ=8,8192,1,88498,10.802978515625
SSDSP,λ=8,8192,1,91093,11.1197509765625
SSDSP,λ=8,8192,1,78444,9.57568359375
SSDSP,λ=8,8192,1,96203,11.7435302734375
SSDSP,λ=8,8192,1,83962,10.249267578125
SSDSP,λ=8,8192,1,97160,11.8603515625
SSDSP,λ=8,8192,1,88258,10.773681640625
SSDSP,λ=8,8192,1,108122,13.198486328125
SSDSP,λ=8,8192,1,86702,10.583740234375
SRDSP,λ=8,8192,1,67812,8.27783203125
SRDSP,λ=8,8192,1,59648,7.28125
SRDSP,λ=8,8192,1,72915,8.9007568359375
SRDSP,λ=8,8192,1,70245,8.5748291015625
SRDSP,λ=8,8192,1,65010,7.935791015625
SRDSP,λ=8,8192,1,69472,8.48046875
SRDSP,λ=8,8192,1,67426,8.230712890625
SRDSP,λ=8,8192,1,62022,7.571044921875
SRDSP,λ=8,8192,1,63341,7.7320556640625
SRDSP,λ=8,8192,1,65035,7.9388427734375
SRDSP,λ=8,8192,1,61982,7.566162109375
SRDSP,λ=8,8192,1,64226,7.840087890625
SRDSP,λ=8,8192,1,69998,8.544677734375
SRDSP,λ=8,8192,1,66579,8.1273193359375
SRDSP,λ=8,8192,1,58299,7.1165771484375
SRDSP,λ=8,8192,1,64142,7.829833984375
SRDSP,λ=8,8192,1,62222,7.595458984375
SRDSP,λ=8,8192,1,61561,7.5147705078125
SRDSP,λ=8,8192,1,63372,7.73583984375
SRDSP,λ=8,8192,1,74695,9.1180419921875
SRDSP,λ=8,8192,1,62474,7.626220703125
SRDSP,λ=8,8192,1,72308,8.82666015625
SRDSP,λ=8,8192,1,65673,8.0167236328125
SRDSP,λ=8,8192,1,56951,6.9520263671875
SRDSP,λ=8,8192,1,64712,7.8994140625
SRDSP,λ=8,8192,1,59741,7.2926025390625
SRDSP,λ=8,8192,1,61344,7.48828125
SRDSP,λ=8,8192,1,69337,8.4639892578125
SRDSP,λ=8,8192,1,64751,7.9041748046875
SRDSP,λ=8,8192,1,74141,9.0504150390625
SRDSP,λ=8,8192,1,58225,7.1075439453125
SRDSP,λ=8,8192,1,66025,8.0596923828125
SRDSP,λ=8,8192,1,60440,7.3779296875
SRDSP,λ=8,8192,1,61706,7.532470703125
SRDSP,λ=8,8192,1,63670,7.772216796875
SRDSP,λ=8,8192,1,63741,7.7808837890625
SRDSP,λ=8,8192,1,68739,8.3909912109375
SRDSP,λ=8,8192,1,60710,7.410888671875
SRDSP,λ=8,8192,1,62913,7.6798095703125
SRDSP,λ=8,8192,1,68085,8.3111572265625
SRDSP,λ=8,8192,1,63664,7.771484375
SRDSP,λ=8,8192,1,69520,8.486328125
SRDSP,λ=8,8192,1,67800,8.2763671875
SRDSP,λ=8,8192,1,61482,7.505126953125
SRDSP,λ=8,8192,1,77977,9.5186767578125
SRDSP,λ=8,8192,1,58041,7.0850830078125
SRDSP,λ=8,8192,1,61988,7.56689453125
SRDSP,λ=8,8192,1,62789,7.6646728515625
SRDSP,λ=8,8192,1,78688,9.60546875
SRDSP,λ=8,8192,1,62448,7.623046875
SRDSP,λ=8,8192,1,62514,7.631103515625
SRDSP,λ=8,8192,1,63013,7.6920166015625
SRDSP,λ=8,8192,1,66400,8.10546875
SRDSP,λ=8,8192,1,65668,8.01611328125
SRDSP,λ=8,8192,1,71316,8.70556640625
SRDSP,λ=8,8192,1,61299,7.4827880859375
SRDSP,λ=8,8192,1,68025,8.3038330078125
SRDSP,λ=8,8192,1,62954,7.684814453125
SRDSP,λ=8,8192,1,65273,7.9678955078125
SRDSP,λ=8,8192,1,64371,7.8577880859375
SRDSP,λ=8,8192,1,60804,7.42236328125
SRDSP,λ=8,8192,1,62943,7.6834716796875
SRDSP,λ=8,8192,1,65109,7.9478759765625
SRDSP,λ=8,8192,1,67163,8.1986083984375
SRDSP,λ=8,8192,1,62724,7.65673828125
SRDSP,λ=8,8192,1,64270,7.845458984375
SRDSP,λ=8,8192,1,59612,7.27685546875
SRDSP,λ=8,8192,1,60894,7.433349609375
SRDSP,λ=8,8192,1,61192,7.4697265625
SRDSP,λ=8,8192,1,59875,7.3089599609375
SRDSP,λ=8,8192,1,61841,7.5489501953125
SRDSP,λ=8,8192,1,57424,7.009765625
SRDSP,λ=8,8192,1,64943,7.9276123046875
SRDSP,λ=8,8192,1,65378,7.980712890625
SRDSP,λ=8,8192,1,65867,8.0404052734375
SRDSP,λ=8,8192,1,60399,7.3729248046875
SRDSP,λ=8,8192,1,59590,7.274169921875
SRDSP,λ=8,8192,1,59481,7.2608642578125
SRDSP,λ=8,8192,1,67727,8.2674560546875
SRDSP,λ=8,8192,1,63986,7.810791015625
SRDSP,λ=8,8192,1,59533,7.2672119140625
SRDSP,λ=8,8192,1,64524,7.87646484375
SRDSP,λ=8,8192,1,65471,7.9920654296875
SRDSP,λ=8,8192,1,63927,7.8035888671875
SRDSP,λ=8,8192,1,58831,7.1815185546875
SRDSP,λ=8,8192,1,57007,6.9588623046875
SRDSP,λ=8,8192,1,64916,7.92431640625
SRDSP,λ=8,8192,1,67177,8.2003173828125
SRDSP,λ=8,8192,1,73718,8.998779296875
SRDSP,λ=8,8192,1,63957,7.8072509765625
SRDSP,λ=8,8192,1,60184,7.3466796875
SRDSP,λ=8,8192,1,63344,7.732421875
SRDSP,λ=8,8192,1,61357,7.4898681640625
SRDSP,λ=8,8192,1,61069,7.4547119140625
SRDSP,λ=8,8192,1,65306,7.971923828125
SRDSP,λ=8,8192,1,62294,7.604248046875
SRDSP,λ=8,8192,1,62912,7.6796875
SRDSP,λ=8,8192,1,59996,7.32373046875
SRDSP,λ=8,8192,1,62329,7.6085205078125
SRDSP,λ=8,8192,1,65680,8.017578125
SHDSP,λ=8,8192,1,60826,7.425048828125
SHDSP,λ=8,8192,1,63674,7.772705078125
SHDSP,λ=8,8192,1,66372,8.10205078125
SHDSP,λ=8,8192,1,63250,7.720947265625
SHDSP,λ=8,8192,1,64596,7.88525390625
SHDSP,λ=8,8192,1,60557,7.3922119140625
SHDSP,λ=8,8192,1,60226,7.351806640625
SHDSP,λ=8,8192,1,63290,7.725830078125
SHDSP,λ=8,8192,1,62342,7.610107421875
SHDSP,λ=8,8192,1,67828,8.27978515625
SHDSP,λ=8,8192,1,65810,8.033447265625
SHDSP,λ=8,8192,1,62504,7.6298828125
SHDSP,λ=8,8192,1,68466,8.357666015625
SHDSP,λ=8,8192,1,74446,9.087646484375
SHDSP,λ=8,8192,1,65456,7.990234375
SHDSP,λ=8,8192,1,64551,7.8797607421875
SHDSP,λ=8,8192,1,64948,7.92822265625
SHDSP,λ=8,8192,1,64994,7.933837890625
SHDSP,λ=8,8192,1,60704,7.41015625
SHDSP,λ=8,8192,1,64987,7.9329833984375
SHDSP,λ=8,8192,1,63276,7.72412109375
SHDSP,λ=8,8192,1,69940,8.53759765625
SHDSP,λ=8,8192,1,66428,8.10888671875
SHDSP,λ=8,8192,1,66917,8.1685791015625
SHDSP,λ=8,8192,1,67903,8.2889404296875
SHDSP,λ=8,8192,1,69994,8.544189453125
SHDSP,λ=8,8192,1,78221,9.5484619140625
SHDSP,λ=8,8192,1,66064,8.064453125
SHDSP,λ=8,8192,1,73780,9.00634765625
SHDSP,λ=8,8192,1,75481,9.2139892578125
SHDSP,λ=8,8192,1,58169,7.1007080078125
SHDSP,λ=8,8192,1,64435,7.8656005859375
SHDSP,λ=8,8192,1,63184,7.712890625
SHDSP,λ=8,8192,1,66972,8.17529296875
SHDSP,λ=8,8192,1,58309,7.1177978515625
SHDSP,λ=8,8192,1,71052,8.67333984375
SHDSP,λ=8,8192,1,66272,8.08984375
SHDSP,λ=8,8192,1,65735,8.0242919921875
SHDSP,λ=8,8192,1,62307,7.6058349609375
SHDSP,λ=8,8192,1,69343,8.4647216796875
SHDSP,λ=8,8192,1,68195,8.3245849609375
SHDSP,λ=8,8192,1,66107,8.0697021484375
SHDSP,λ=8,8192,1,61306,7.483642578125
SHDSP,λ=8,8192,1,61223,7.4735107421875
SHDSP,λ=8,8192,1,59388,7.24951171875
SHDSP,λ=8,8192,1,77265,9.4317626953125
SHDSP,λ=8,8192,1,66389,8.1041259765625
SHDSP,λ=8,8192,1,62096,7.580078125
SHDSP,λ=8,8192,1,71747,8.7581787109375
SHDSP,λ=8,8192,1,60190,7.347412109375
SHDSP,λ=8,8192,1,62364,7.61279296875
SHDSP,λ=8,8192,1,66876,8.16357421875
SHDSP,λ=8,8192,1,60901,7.4342041015625
SHDSP,λ=8,8192,1,61971,7.5648193359375
SHDSP,λ=8,8192,1,69097,8.4346923828125
SHDSP,λ=8,8192,1,77615,9.4744873046875
SHDSP,λ=8,8192,1,63633,7.7677001953125
SHDSP,λ=8,8192,1,61489,7.5059814453125
SHDSP,λ=8,8192,1,66468,8.11376953125
SHDSP,λ=8,8192,1,65191,7.9578857421875
SHDSP,λ=8,8192,1,62018,7.570556640625
SHDSP,λ=8,8192,1,62675,7.6507568359375
SHDSP,λ=8,8192,1,64058,7.819580078125
SHDSP,λ=8,8192,1,62742,7.658935546875
SHDSP,λ=8,8192,1,61230,7.474365234375
SHDSP,λ=8,8192,1,62092,7.57958984375
SHDSP,λ=8,8192,1,70798,8.642333984375
SHDSP,λ=8,8192,1,65021,7.9371337890625
SHDSP,λ=8,8192,1,58934,7.194091796875
SHDSP,λ=8,8192,1,62634,7.645751953125
SHDSP,λ=8,8192,1,63458,7.746337890625
SHDSP,λ=8,8192,1,62975,7.6873779296875
SHDSP,λ=8,8192,1,62744,7.6591796875
SHDSP,λ=8,8192,1,59964,7.31982421875
SHDSP,λ=8,8192,1,82259,10.0413818359375
SHDSP,λ=8,8192,1,60626,7.400634765625
SHDSP,λ=8,8192,1,64723,7.9007568359375
SHDSP,λ=8,8192,1,65192,7.9580078125
SHDSP,λ=8,8192,1,63482,7.749267578125
SHDSP,λ=8,8192,1,61758,7.538818359375
SHDSP,λ=8,8192,1,61145,7.4639892578125
SHDSP,λ=8,8192,1,58602,7.153564453125
SHDSP,λ=8,8192,1,70944,8.66015625
SHDSP,λ=8,8192,1,65682,8.017822265625
SHDSP,λ=8,8192,1,66034,8.060791015625
SHDSP,λ=8,8192,1,61446,7.500732421875
SHDSP,λ=8,8192,1,64276,7.84619140625
SHDSP,λ=8,8192,1,66711,8.1434326171875
SHDSP,λ=8,8192,1,66368,8.1015625
SHDSP,λ=8,8192,1,63586,7.761962890625
SHDSP,λ=8,8192,1,71749,8.7584228515625
SHDSP,λ=8,8192,1,62564,7.63720703125
SHDSP,λ=8,8192,1,61316,7.48486328125
SHDSP,λ=8,8192,1,64163,7.8323974609375
SHDSP,λ=8,8192,1,60886,7.432373046875
SHDSP,λ=8,8192,1,70230,8.572998046875
SHDSP,λ=8,8192,1,65233,7.9630126953125
SHDSP,λ=8,8192,1,67635,8.2562255859375
SHDSP,λ=8,8192,1,62433,7.6212158203125
SHDSP,λ=8,8192,1,65572,8.00439453125
SHLSP,λ=8,8192,1,74112,9.046875
SHLSP,λ=8,8192,1,76882,9.385009765625
SHLSP,λ=8,8192,1,65718,8.022216796875
SHLSP,λ=8,8192,1,67005,8.1793212890625
SHLSP,λ=8,8192,1,64596,7.88525390625
SHLSP,λ=8,8192,1,62840,7.6708984375
SHLSP,λ=8,8192,1,64052,7.81884765625
SHLSP,λ=8,8192,1,66360,8.1005859375
SHLSP,λ=8,8192,1,62586,7.639892578125
SHLSP,λ=8,8192,1,69356,8.46630859375
SHLSP,λ=8,8192,1,82398,10.058349609375
SHLSP,λ=8,8192,1,76293,9.3131103515625
SHLSP,λ=8,8192,1,67050,8.184814453125
SHLSP,λ=8,8192,1,63054,7.697021484375
SHLSP,λ=8,8192,1,62730,7.657470703125
SHLSP,λ=8,8192,1,58975,7.1990966796875
SHLSP,λ=8,8192,1,64247,7.8426513671875
SHLSP,λ=8,8192,1,58358,7.123779296875
SHLSP,λ=8,8192,1,64857,7.9171142578125
SHLSP,λ=8,8192,1,72474,8.846923828125
SHLSP,λ=8,8192,1,74398,9.081787109375
SHLSP,λ=8,8192,1,62629,7.6451416015625
SHLSP,λ=8,8192,1,63918,7.802490234375
SHLSP,λ=8,8192,1,64103,7.8250732421875
SHLSP,λ=8,8192,1,64039,7.8172607421875
SHLSP,λ=8,8192,1,68415,8.3514404296875
SHLSP,λ=8,8192,1,64845,7.9156494140625
SHLSP,λ=8,8192,1,57272,6.9912109375
SHLSP,λ=8,8192,1,61141,7.4635009765625
SHLSP,λ=8,8192,1,72326,8.828857421875
SHLSP,λ=8,8192,1,66837,8.1588134765625
SHLSP,λ=8,8192,1,87068,10.62841796875
SHLSP,λ=8,8192,1,70184,8.5673828125
SHLSP,λ=8,8192,1,68432,8.353515625
SHLSP,λ=8,8192,1,60547,7.3909912109375
SHLSP,λ=8,8192,1,60658,7.404541015625
SHLSP,λ=8,8192,1,63590,7.762451171875
SHLSP,λ=8,8192,1,67651,8.2581787109375
SHLSP,λ=8,8192,1,63605,7.7642822265625
SHLSP,λ=8,8192,1,65451,7.9896240234375
SHLSP,λ=8,8192,1,72443,8.8431396484375
SHLSP,λ=8,8192,1,68399,8.3494873046875
SHLSP,λ=8,8192,1,65211,7.9603271484375
SHLSP,λ=8,8192,1,65018,7.936767578125
SHLSP,λ=8,8192,1,63855,7.7947998046875
SHLSP,λ=8,8192,1,55372,6.75927734375
SHLSP,λ=8,8192,1,67664,8.259765625
SHLSP,λ=8,8192,1,59500,7.26318359375
SHLSP,λ=8,8192,1,65545,8.0010986328125
SHLSP,λ=8,8192,1,63385,7.7374267578125
SHLSP,λ=8,8192,1,61844,7.54931640625
SHLSP,λ=8,8192,1,64945,7.9278564453125
SHLSP,λ=8,8192,1,70037,8.5494384765625
SHLSP,λ=8,8192,1,62091,7.5794677734375
SHLSP,λ=8,8192,1,59750,7.293701171875
SHLSP,λ=8,8192,1,67315,8.2171630859375
SHLSP,λ=8,8192,1,65058,7.941650390625
SHLSP,λ=8,8192,1,61171,7.4671630859375
SHLSP,λ=8,8192,1,64092,7.82373046875
SHLSP,λ=8,8192,1,63210,7.716064453125
SHLSP,λ=8,8192,1,69216,8.44921875
SHLSP,λ=8,8192,1,65461,7.9908447265625
SHLSP,λ=8,8192,1,61442,7.500244140625
SHLSP,λ=8,8192,1,79405,9.6929931640625
SHLSP,λ=8,8192,1,60601,7.3975830078125
SHLSP,λ=8,8192,1,59806,7.300537109375
SHLSP,λ=8,8192,1,59773,7.2965087890625
SHLSP,λ=8,8192,1,64609,7.8868408203125
SHLSP,λ=8,8192,1,66248,8.0869140625
SHLSP,λ=8,8192,1,68979,8.4202880859375
SHLSP,λ=8,8192,1,63969,7.8087158203125
SHLSP,λ=8,8192,1,64341,7.8541259765625
SHLSP,λ=8,8192,1,65291,7.9700927734375
SHLSP,λ=8,8192,1,66870,8.162841796875
SHLSP,λ=8,8192,1,66843,8.1595458984375
SHLSP,λ=8,8192,1,79253,9.6744384765625
SHLSP,λ=8,8192,1,72728,8.8779296875
SHLSP,λ=8,8192,1,62684,7.65185546875
SHLSP,λ=8,8192,1,66330,8.096923828125
SHLSP,λ=8,8192,1,59240,7.2314453125
SHLSP,λ=8,8192,1,67280,8.212890625
SHLSP,λ=8,8192,1,60499,7.3851318359375
SHLSP,λ=8,8192,1,65099,7.9466552734375
SHLSP,λ=8,8192,1,60625,7.4005126953125
SHLSP,λ=8,8192,1,63159,7.7098388671875
SHLSP,λ=8,8192,1,63096,7.7021484375
SHLSP,λ=8,8192,1,61391,7.4940185546875
SHLSP,λ=8,8192,1,61010,7.447509765625
SHLSP,λ=8,8192,1,64360,7.8564453125
SHLSP,λ=8,8192,1,66407,8.1063232421875
SHLSP,λ=8,8192,1,63163,7.7103271484375
SHLSP,λ=8,8192,1,72243,8.8187255859375
SHLSP,λ=8,8192,1,66644,8.13525390625
SHLSP,λ=8,8192,1,64278,7.846435546875
SHLSP,λ=8,8192,1,61927,7.5594482421875
SHLSP,λ=8,8192,1,65708,8.02099609375
SHLSP,λ=8,8192,1,62065,7.5762939453125
SHLSP,λ=8,8192,1,66987,8.1771240234375
SHLSP,λ=8,8192,1,66880,8.1640625
SRLSP,λ=8,8192,1,72480,8.84765625
SRLSP,λ=8,8192,1,60607,7.3983154296875
SRLSP,λ=8,8192,1,66934,8.170654296875
SRLSP,λ=8,8192,1,75865,9.2608642578125
SRLSP,λ=8,8192,1,59532,7.26708984375
SRLSP,λ=8,8192,1,63707,7.7767333984375
SRLSP,λ=8,8192,1,62319,7.6072998046875
SRLSP,λ=8,8192,1,65323,7.9739990234375
SRLSP,λ=8,8192,1,63789,7.7867431640625
SRLSP,λ=8,8192,1,69972,8.54150390625
SRLSP,λ=8,8192,1,71333,8.7076416015625
SRLSP,λ=8,8192,1,65549,8.0015869140625
SRLSP,λ=8,8192,1,69721,8.5108642578125
SRLSP,λ=8,8192,1,63347,7.7327880859375
SRLSP,λ=8,8192,1,63462,7.746826171875
SRLSP,λ=8,8192,1,71138,8.683837890625
SRLSP,λ=8,8192,1,67379,8.2249755859375
SRLSP,λ=8,8192,1,61410,7.496337890625
SRLSP,λ=8,8192,1,62941,7.6832275390625
SRLSP,λ=8,8192,1,67073,8.1876220703125
SRLSP,λ=8,8192,1,62369,7.6134033203125
SRLSP,λ=8,8192,1,63027,7.6937255859375
SRLSP,λ=8,8192,1,62222,7.595458984375
SRLSP,λ=8,8192,1,63679,7.7733154296875
SRLSP,λ=8,8192,1,64387,7.8597412109375
SRLSP,λ=8,8192,1,60692,7.40869140625
SRLSP,λ=8,8192,1,58674,7.162353515625
SRLSP,λ=8,8192,1,60691,7.4085693359375
SRLSP,λ=8,8192,1,70458,8.600830078125
SRLSP,λ=8,8192,1,59557,7.2701416015625
SRLSP,λ=8,8192,1,65358,7.978271484375
SRLSP,λ=8,8192,1,71331,8.7073974609375
SRLSP,λ=8,8192,1,58573,7.1500244140625
SRLSP,λ=8,8192,1,63741,7.7808837890625
SRLSP,λ=8,8192,1,81935,10.0018310546875
SRLSP,λ=8,8192,1,66112,8.0703125
SRLSP,λ=8,8192,1,64180,7.83447265625
SRLSP,λ=8,8192,1,58630,7.156982421875
SRLSP,λ=8,8192,1,83677,10.2144775390625
SRLSP,λ=8,8192,1,71457,8.7227783203125
SRLSP,λ=8,8192,1,73609,8.9854736328125
SRLSP,λ=8,8192,1,60454,7.379638671875
SRLSP,λ=8,8192,1,64018,7.814697265625
SRLSP,λ=8,8192,1,65281,7.9688720703125
SRLSP,λ=8,8192,1,58829,7.1812744140625
SRLSP,λ=8,8192,1,62747,7.6595458984375
SRLSP,λ=8,8192,1,68687,8.3846435546875
SRLSP,λ=8,8192,1,63683,7.7738037109375
SRLSP,λ=8,8192,1,69862,8.528076171875
SRLSP,λ=8,8192,1,61097,7.4581298828125
SRLSP,λ=8,8192,1,68578,8.371337890625
SRLSP,λ=8,8192,1,63882,7.798095703125
SRLSP,λ=8,8192,1,59710,7.288818359375
SRLSP,λ=8,8192,1,60082,7.334228515625
SRLSP,λ=8,8192,1,59146,7.219970703125
SRLSP,λ=8,8192,1,71705,8.7530517578125
SRLSP,λ=8,8192,1,65315,7.9730224609375
SRLSP,λ=8,8192,1,71831,8.7684326171875
SRLSP,λ=8,8192,1,65136,7.951171875
SRLSP,λ=8,8192,1,65645,8.0133056640625
SRLSP,λ=8,8192,1,70627,8.6214599609375
SRLSP,λ=8,8192,1,76130,9.293212890625
SRLSP,λ=8,8192,1,70020,8.54736328125
SRLSP,λ=8,8192,1,70909,8.6558837890625
SRLSP,λ=8,8192,1,67746,8.269775390625
SRLSP,λ=8,8192,1,66667,8.1380615234375
SRLSP,λ=8,8192,1,62524,7.63232421875
SRLSP,λ=8,8192,1,65264,7.966796875
SRLSP,λ=8,8192,1,68311,8.3387451171875
SRLSP,λ=8,8192,1,70433,8.5977783203125
SRLSP,λ=8,8192,1,64106,7.825439453125
SRLSP,λ=8,8192,1,61992,7.5673828125
SRLSP,λ=8,8192,1,65517,7.9976806640625
SRLSP,λ=8,8192,1,68998,8.422607421875
SRLSP,λ=8,8192,1,68828,8.40185546875
SRLSP,λ=8,8192,1,65258,7.966064453125
SRLSP,λ=8,8192,1,63886,7.798583984375
SRLSP,λ=8,8192,1,59263,7.2342529296875
SRLSP,λ=8,8192,1,67400,8.2275390625
SRLSP,λ=8,8192,1,64995,7.9339599609375
SRLSP,λ=8,8192,1,73105,8.9239501953125
SRLSP,λ=8,8192,1,66186,8.079345703125
SRLSP,λ=8,8192,1,61748,7.53759765625
SRLSP,λ=8,8192,1,73772,9.00537109375
SRLSP,λ=8,8192,1,58364,7.12451171875
SRLSP,λ=8,8192,1,64628,7.88916015625
SRLSP,λ=8,8192,1,61785,7.5421142578125
SRLSP,λ=8,8192,1,71591,8.7391357421875
SRLSP,λ=8,8192,1,64920,7.9248046875
SRLSP,λ=8,8192,1,64917,7.9244384765625
SRLSP,λ=8,8192,1,58464,7.13671875
SRLSP,λ=8,8192,1,64604,7.88623046875
SRLSP,λ=8,8192,1,67031,8.1824951171875
SRLSP,λ=8,8192,1,62252,7.59912109375
SRLSP,λ=8,8192,1,60179,7.3460693359375
SRLSP,λ=8,8192,1,60349,7.3668212890625
SRLSP,λ=8,8192,1,85956,10.49267578125
SRLSP,λ=8,8192,1,74916,9.14501953125
SRLSP,λ=8,8192,1,63787,7.7864990234375
SRLSP,λ=8,8192,1,67946,8.294189453125
SSLSP,λ=8,8192,1,89081,10.8741455078125
SSLSP,λ=8,8192,1,80742,9.856201171875
SSLSP,λ=8,8192,1,96543,11.7850341796875
SSLSP,λ=8,8192,1,97129,11.8565673828125
SSLSP,λ=8,8192,1,87925,10.7330322265625
SSLSP,λ=8,8192,1,96160,11.73828125
SSLSP,λ=8,8192,1,96732,11.80810546875
SSLSP,λ=8,8192,1,100779,12.3021240234375
SSLSP,λ=8,8192,1,96404,11.76806640625
SSLSP,λ=8,8192,1,83951,10.2479248046875
SSLSP,λ=8,8192,1,95619,11.6722412109375
SSLSP,λ=8,8192,1,81000,9.8876953125
SSLSP,λ=8,8192,1,105696,12.90234375
SSLSP,λ=8,8192,1,90609,11.0606689453125
SSLSP,λ=8,8192,1,88610,10.816650390625
SSLSP,λ=8,8192,1,117073,14.2911376953125
SSLSP,λ=8,8192,1,90528,11.05078125
SSLSP,λ=8,8192,1,94451,11.5296630859375
SSLSP,λ=8,8192,1,84155,10.2728271484375
SSLSP,λ=8,8192,1,106351,12.9822998046875
SSLSP,λ=8,8192,1,87150,10.638427734375
SSLSP,λ=8,8192,1,88683,10.8255615234375
SSLSP,λ=8,8192,1,95842,11.699462890625
SSLSP,λ=8,8192,1,102819,12.5511474609375
SSLSP,λ=8,8192,1,88805,10.8404541015625
SSLSP,λ=8,8192,1,111814,13.649169921875
SSLSP,λ=8,8192,1,87252,10.65087890625
SSLSP,λ=8,8192,1,87186,10.642822265625
SSLSP,λ=8,8192,1,90368,11.03125
SSLSP,λ=8,8192,1,94321,11.5137939453125
SSLSP,λ=8,8192,1,89971,10.9827880859375
SSLSP,λ=8,8192,1,104548,12.76220703125
SSLSP,λ=8,8192,1,84667,10.3353271484375
SSLSP,λ=8,8192,1,83536,10.197265625
SSLSP,λ=8,8192,1,87684,10.70361328125
SSLSP,λ=8,8192,1,86778,10.593017578125
SSLSP,λ=8,8192,1,84493,10.3140869140625
SSLSP,λ=8,8192,1,88774,10.836669921875
SSLSP,λ=8,8192,1,106560,13.0078125
SSLSP,λ=8,8192,1,103824,12.673828125
SSLSP,λ=8,8192,1,90879,11.0936279296875
SSLSP,λ=8,8192,1,94066,11.482666015625
SSLSP,λ=8,8192,1,89297,10.9005126953125
SSLSP,λ=8,8192,1,89933,10.9781494140625
SSLSP,λ=8,8192,1,100377,12.2530517578125
SSLSP,λ=8,8192,1,86543,10.5643310546875
SSLSP,λ=8,8192,1,89986,10.984619140625
SSLSP,λ=8,8192,1,84728,10.3427734375
SSLSP,λ=8,8192,1,102319,12.4901123046875
SSLSP,λ=8,8192,1,93906,11.463134765625
SSLSP,λ=8,8192,1,89593,10.9366455078125
SSLSP,λ=8,8192,1,98483,12.0218505859375
SSLSP,λ=8,8192,1,106648,13.0185546875
SSLSP,λ=8,8192,1,87615,10.6951904296875
SSLSP,λ=8,8192,1,91976,11.2275390625
SSLSP,λ=8,8192,1,88331,10.7825927734375
SSLSP,λ=8,8192,1,93138,11.369384765625
SSLSP,λ=8,8192,1,85510,10.438232421875
SSLSP,λ=8,8192,1,92869,11.3365478515625
SSLSP,λ=8,8192,1,107156,13.08056640625
SSLSP,λ=8,8192,1,90369,11.0313720703125
SSLSP,λ=8,8192,1,89949,10.9801025390625
SSLSP,λ=8,8192,1,100208,12.232421875
SSLSP,λ=8,8192,1,96214,11.744873046875
SSLSP,λ=8,8192,1,84824,10.3544921875
SSLSP,λ=8,8192,1,93654,11.432373046875
SSLSP,λ=8,8192,1,87113,10.6339111328125
SSLSP,λ=8,8192,1,101590,12.401123046875
SSLSP,λ=8,8192,1,90872,11.0927734375
SSLSP,λ=8,8192,1,89556,10.93212890625
SSLSP,λ=8,8192,1,92398,11.279052734375
SSLSP,λ=8,8192,1,93888,11.4609375
SSLSP,λ=8,8192,1,84663,10.3348388671875
SSLSP,λ=8,8192,1,110055,13.4344482421875
SSLSP,λ=8,8192,1,97184,11.86328125
SSLSP,λ=8,8192,1,106883,13.0472412109375
SSLSP,λ=8,8192,1,89338,10.905517578125
SSLSP,λ=8,8192,1,84547,10.3206787109375
SSLSP,λ=8,8192,1,98355,12.0062255859375
SSLSP,λ=8,8192,1,85033,10.3800048828125
SSLSP,λ=8,8192,1,84861,10.3590087890625
SSLSP,λ=8,8192,1,93862,11.457763671875
SSLSP,λ=8,8192,1,85692,10.46044921875
SSLSP,λ=8,8192,1,98017,11.9649658203125
SSLSP,λ=8,8192,1,88429,10.7945556640625
SSLSP,λ=8,8192,1,101606,12.403076171875
SSLSP,λ=8,8192,1,90710,11.072998046875
SSLSP,λ=8,8192,1,93499,11.4134521484375
SSLSP,λ=8,8192,1,105973,12.9361572265625
SSLSP,λ=8,8192,1,99056,12.091796875
SSLSP,λ=8,8192,1,97057,11.8477783203125
SSLSP,λ=8,8192,1,89373,10.9097900390625
SSLSP,λ=8,8192,1,90930,11.099853515625
SSLSP,λ=8,8192,1,86808,10.5966796875
SSLSP,λ=8,8192,1,101349,12.3717041015625
SSLSP,λ=8,8192,1,98038,11.967529296875
SSLSP,λ=8,8192,1,88290,10.777587890625
SSLSP,λ=8,8192,1,92639,11.3084716796875
SSLSP,λ=8,8192,1,92575,11.3006591796875
SSLSP,λ=8,8192,1,98212,11.98876953125
SSDMP,λ=8,8192,1,117911,14.3934326171875
SSDMP,λ=8,8192,1,101779,12.4241943359375
SSDMP,λ=8,8192,1,142345,17.3760986328125
SSDMP,λ=8,8192,1,122535,14.9578857421875
SSDMP,λ=8,8192,1,86184,10.5205078125
SSDMP,λ=8,8192,1,93650,11.431884765625
SSDMP,λ=8,8192,1,96811,11.8177490234375
SSDMP,λ=8,8192,1,89888,10.97265625
SSDMP,λ=8,8192,1,94931,11.5882568359375
SSDMP,λ=8,8192,1,82723,10.0980224609375
SSDMP,λ=8,8192,1,97120,11.85546875
SSDMP,λ=8,8192,1,99930,12.198486328125
SSDMP,λ=8,8192,1,88999,10.8641357421875
SSDMP,λ=8,8192,1,87318,10.658935546875
SSDMP,λ=8,8192,1,95872,11.703125
SSDMP,λ=8,8192,1,80165,9.7857666015625
SSDMP,λ=8,8192,1,89464,10.9208984375
SSDMP,λ=8,8192,1,91107,11.1214599609375
SSDMP,λ=8,8192,1,85767,10.4696044921875
SSDMP,λ=8,8192,1,93941,11.4674072265625
SSDMP,λ=8,8192,1,87727,10.7088623046875
SSDMP,λ=8,8192,1,124066,15.144775390625
SSDMP,λ=8,8192,1,110850,13.531494140625
SSDMP,λ=8,8192,1,90999,11.1082763671875
SSDMP,λ=8,8192,1,101231,12.3572998046875
SSDMP,λ=8,8192,1,94425,11.5264892578125
SSDMP,λ=8,8192,1,96085,11.7291259765625
SSDMP,λ=8,8192,1,98308,12.00048828125
SSDMP,λ=8,8192,1,106190,12.962646484375
SSDMP,λ=8,8192,1,116305,14.1973876953125
SSDMP,λ=8,8192,1,86889,10.6065673828125
SSDMP,λ=8,8192,1,99987,12.2054443359375
SSDMP,λ=8,8192,1,98815,12.0623779296875
SSDMP,λ=8,8192,1,102737,12.5411376953125
SSDMP,λ=8,8192,1,99988,12.20556640625
SSDMP,λ=8,8192,1,93594,11.425048828125
SSDMP,λ=8,8192,1,95418,11.647705078125
SSDMP,λ=8,8192,1,99592,12.1572265625
SSDMP,λ=8,8192,1,90306,11.023681640625
SSDMP,λ=8,8192,1,105103,12.8299560546875
SSDMP,λ=8,8192,1,93802,11.450439453125
SSDMP,λ=8,8192,1,103467,12.6302490234375
SSDMP,λ=8,8192,1,112006,13.672607421875
SSDMP,λ=8,8192,1,98218,11.989501953125
SSDMP,λ=8,8192,1,92823,11.3309326171875
SSDMP,λ=8,8192,1,87314,10.658447265625
SSDMP,λ=8,8192,1,97176,11.8623046875
SSDMP,λ=8,8192,1,100219,12.2337646484375
SSDMP,λ=8,8192,1,99433,12.1378173828125
SSDMP,λ=8,8192,1,89444,10.91845703125
SSDMP,λ=8,8192,1,92268,11.26318359375
SSDMP,λ=8,8192,1,92676,11.31298828125
SSDMP,λ=8,8192,1,94727,11.5633544921875
SSDMP,λ=8,8192,1,91547,11.1751708984375
SSDMP,λ=8,8192,1,116984,14.2802734375
SSDMP,λ=8,8192,1,96251,11.7493896484375
SSDMP,λ=8,8192,1,93086,11.363037109375
SSDMP,λ=8,8192,1,86729,10.5870361328125
SSDMP,λ=8,8192,1,109279,13.3397216796875
SSDMP,λ=8,8192,1,82728,10.0986328125
SSDMP,λ=8,8192,1,82344,10.0517578125
SSDMP,λ=8,8192,1,93887,11.4608154296875
SSDMP,λ=8,8192,1,91700,11.19384765625
SSDMP,λ=8,8192,1,99263,12.1170654296875
SSDMP,λ=8,8192,1,80869,9.8717041015625
SSDMP,λ=8,8192,1,105359,12.8612060546875
SSDMP,λ=8,8192,1,95862,11.701904296875
SSDMP,λ=8,8192,1,104936,12.8095703125
SSDMP,λ=8,8192,1,83001,10.1319580078125
SSDMP,λ=8,8192,1,100425,12.2589111328125
SSDMP,λ=8,8192,1,115612,14.11279296875
SSDMP,λ=8,8192,1,92553,11.2979736328125
SSDMP,λ=8,8192,1,85889,10.4844970703125
SSDMP,λ=8,8192,1,95796,11.69384765625
SSDMP,λ=8,8192,1,83555,10.1995849609375
SSDMP,λ=8,8192,1,88410,10.792236328125
SSDMP,λ=8,8192,1,109155,13.3245849609375
SSDMP,λ=8,8192,1,102597,12.5240478515625
SSDMP,λ=8,8192,1,101952,12.4453125
SSDMP,λ=8,8192,1,94068,11.48291015625
SSDMP,λ=8,8192,1,86470,10.555419921875
SSDMP,λ=8,8192,1,97793,11.9376220703125
SSDMP,λ=8,8192,1,83533,10.1968994140625
SSDMP,λ=8,8192,1,96039,11.7235107421875
SSDMP,λ=8,8192,1,90522,11.050048828125
SSDMP,λ=8,8192,1,104843,12.7982177734375
SSDMP,λ=8,8192,1,90740,11.07666015625
SSDMP,λ=8,8192,1,108803,13.2816162109375
SSDMP,λ=8,8192,1,96734,11.808349609375
SSDMP,λ=8,8192,1,96535,11.7840576171875
SSDMP,λ=8,8192,1,113540,13.85986328125
SSDMP,λ=8,8192,1,96507,11.7806396484375
SSDMP,λ=8,8192,1,87447,10.6746826171875
SSDMP,λ=8,8192,1,101958,12.446044921875
SSDMP,λ=8,8192,1,103878,12.680419921875
SSDMP,λ=8,8192,1,94445,11.5289306640625
SSDMP,λ=8,8192,1,99464,12.1416015625
SSDMP,λ=8,8192,1,87579,10.6907958984375
SSDMP,λ=8,8192,1,90738,11.076416015625
SSDMP,λ=8,8192,1,88516,10.80517578125
SRDMP,λ=8,8192,1,63892,7.79931640625
SRDMP,λ=8,8192,1,65037,7.9390869140625
SRDMP,λ=8,8192,1,67467,8.2357177734375
SRDMP,λ=8,8192,1,75223,9.1824951171875
SRDMP,λ=8,8192,1,75607,9.2293701171875
SRDMP,λ=8,8192,1,73513,8.9737548828125
SRDMP,λ=8,8192,1,63791,7.7869873046875
SRDMP,λ=8,8192,1,79902,9.753662109375
SRDMP,λ=8,8192,1,71726,8.755615234375
SRDMP,λ=8,8192,1,60575,7.3944091796875
SRDMP,λ=8,8192,1,60014,7.325927734375
SRDMP,λ=8,8192,1,65648,8.013671875
SRDMP,λ=8,8192,1,69160,8.4423828125
SRDMP,λ=8,8192,1,76198,9.301513671875
SRDMP,λ=8,8192,1,67923,8.2913818359375
SRDMP,λ=8,8192,1,68268,8.33349609375
SRDMP,λ=8,8192,1,73353,8.9542236328125
SRDMP,λ=8,8192,1,65973,8.0533447265625
SRDMP,λ=8,8192,1,66027,8.0599365234375
SRDMP,λ=8,8192,1,74155,9.0521240234375
SRDMP,λ=8,8192,1,70395,8.5931396484375
SRDMP,λ=8,8192,1,65537,8.0001220703125
SRDMP,λ=8,8192,1,66021,8.0592041015625
SRDMP,λ=8,8192,1,67399,8.2274169921875
SRDMP,λ=8,8192,1,74746,9.124267578125
SRDMP,λ=8,8192,1,78298,9.557861328125
SRDMP,λ=8,8192,1,66284,8.09130859375
SRDMP,λ=8,8192,1,77381,9.4459228515625
SRDMP,λ=8,8192,1,74733,9.1226806640625
SRDMP,λ=8,8192,1,72882,8.896728515625
SRDMP,λ=8,8192,1,74521,9.0968017578125
SRDMP,λ=8,8192,1,66131,8.0726318359375
SRDMP,λ=8,8192,1,62930,7.681884765625
SRDMP,λ=8,8192,1,61643,7.5247802734375
SRDMP,λ=8,8192,1,82949,10.1256103515625
SRDMP,λ=8,8192,1,72820,8.88916015625
SRDMP,λ=8,8192,1,67672,8.2607421875
SRDMP,λ=8,8192,1,71274,8.700439453125
SRDMP,λ=8,8192,1,69755,8.5150146484375
SRDMP,λ=8,8192,1,72645,8.8677978515625
SRDMP,λ=8,8192,1,63790,7.786865234375
SRDMP,λ=8,8192,1,65870,8.040771484375
SRDMP,λ=8,8192,1,65161,7.9542236328125
SRDMP,λ=8,8192,1,64709,7.8990478515625
SRDMP,λ=8,8192,1,67014,8.180419921875
SRDMP,λ=8,8192,1,66645,8.1353759765625
SRDMP,λ=8,8192,1,70928,8.658203125
SRDMP,λ=8,8192,1,63861,7.7955322265625
SRDMP,λ=8,8192,1,69570,8.492431640625
SRDMP,λ=8,8192,1,65079,7.9442138671875
SRDMP,λ=8,8192,1,63862,7.795654296875
SRDMP,λ=8,8192,1,66251,8.0872802734375
SRDMP,λ=8,8192,1,72757,8.8814697265625
SRDMP,λ=8,8192,1,63979,7.8099365234375
SRDMP,λ=8,8192,1,79428,9.69580078125
SRDMP,λ=8,8192,1,65110,7.947998046875
SRDMP,λ=8,8192,1,89050,10.870361328125
SRDMP,λ=8,8192,1,66996,8.17822265625
SRDMP,λ=8,8192,1,65793,8.0313720703125
SRDMP,λ=8,8192,1,78022,9.524169921875
SRDMP,λ=8,8192,1,76592,9.349609375
SRDMP,λ=8,8192,1,62240,7.59765625
SRDMP,λ=8,8192,1,67641,8.2569580078125
SRDMP,λ=8,8192,1,76718,9.364990234375
SRDMP,λ=8,8192,1,71549,8.7340087890625
SRDMP,λ=8,8192,1,62331,7.6087646484375
SRDMP,λ=8,8192,1,73486,8.970458984375
SRDMP,λ=8,8192,1,68938,8.415283203125
SRDMP,λ=8,8192,1,72062,8.796630859375
SRDMP,λ=8,8192,1,66224,8.083984375
SRDMP,λ=8,8192,1,65628,8.01123046875
SRDMP,λ=8,8192,1,65857,8.0391845703125
SRDMP,λ=8,8192,1,76076,9.28662109375
SRDMP,λ=8,8192,1,76101,9.2896728515625
SRDMP,λ=8,8192,1,73297,8.9473876953125
SRDMP,λ=8,8192,1,72239,8.8182373046875
SRDMP,λ=8,8192,1,69853,8.5269775390625
SRDMP,λ=8,8192,1,74344,9.0751953125
SRDMP,λ=8,8192,1,68658,8.381103515625
SRDMP,λ=8,8192,1,69884,8.53076171875
SRDMP,λ=8,8192,1,65599,8.0076904296875
SRDMP,λ=8,8192,1,67961,8.2960205078125
SRDMP,λ=8,8192,1,73822,9.011474609375
SRDMP,λ=8,8192,1,67359,8.2225341796875
SRDMP,λ=8,8192,1,66697,8.1417236328125
SRDMP,λ=8,8192,1,68527,8.3651123046875
SRDMP,λ=8,8192,1,70452,8.60009765625
SRDMP,λ=8,8192,1,70760,8.6376953125
SRDMP,λ=8,8192,1,71894,8.776123046875
SRDMP,λ=8,8192,1,72485,8.8482666015625
SRDMP,λ=8,8192,1,73291,8.9466552734375
SRDMP,λ=8,8192,1,66290,8.092041015625
SRDMP,λ=8,8192,1,84744,10.3447265625
SRDMP,λ=8,8192,1,65475,7.9925537109375
SRDMP,λ=8,8192,1,64278,7.846435546875
SRDMP,λ=8,8192,1,72809,8.8878173828125
SRDMP,λ=8,8192,1,66544,8.123046875
SRDMP,λ=8,8192,1,65518,7.997802734375
SRDMP,λ=8,8192,1,63259,7.7220458984375
SRDMP,λ=8,8192,1,65962,8.052001953125
SHDMP,λ=8,8192,1,65906,8.045166015625
SHDMP,λ=8,8192,1,69835,8.5247802734375
SHDMP,λ=8,8192,1,87266,10.652587890625
SHDMP,λ=8,8192,1,79985,9.7637939453125
SHDMP,λ=8,8192,1,70423,8.5965576171875
SHDMP,λ=8,8192,1,68547,8.3675537109375
SHDMP,λ=8,8192,1,70494,8.605224609375
SHDMP,λ=8,8192,1,71166,8.687255859375
SHDMP,λ=8,8192,1,80580,9.83642578125
SHDMP,λ=8,8192,1,72961,8.9063720703125
SHDMP,λ=8,8192,1,68713,8.3878173828125
SHDMP,λ=8,8192,1,71431,8.7196044921875
SHDMP,λ=8,8192,1,81047,9.8934326171875
SHDMP,λ=8,8192,1,68268,8.33349609375
SHDMP,λ=8,8192,1,72022,8.791748046875
SHDMP,λ=8,8192,1,68704,8.38671875
SHDMP,λ=8,8192,1,64693,7.8970947265625
SHDMP,λ=8,8192,1,70828,8.64599609375
SHDMP,λ=8,8192,1,66995,8.1781005859375
SHDMP,λ=8,8192,1,65666,8.015869140625
SHDMP,λ=8,8192,1,97073,11.8497314453125
SHDMP,λ=8,8192,1,65304,7.9716796875
SHDMP,λ=8,8192,1,69342,8.464599609375
SHDMP,λ=8,8192,1,67308,8.21630859375
SHDMP,λ=8,8192,1,75245,9.1851806640625
SHDMP,λ=8,8192,1,67423,8.2303466796875
SHDMP,λ=8,8192,1,68325,8.3404541015625
SHDMP,λ=8,8192,1,75115,9.1693115234375
SHDMP,λ=8,8192,1,65113,7.9483642578125
SHDMP,λ=8,8192,1,79188,9.66650390625
SHDMP,λ=8,8192,1,70500,8.60595703125
SHDMP,λ=8,8192,1,71045,8.6724853515625
SHDMP,λ=8,8192,1,72219,8.8157958984375
SHDMP,λ=8,8192,1,72233,8.8175048828125
SHDMP,λ=8,8192,1,65707,8.0208740234375
SHDMP,λ=8,8192,1,67994,8.300048828125
SHDMP,λ=8,8192,1,70348,8.58740234375
SHDMP,λ=8,8192,1,68792,8.3974609375
SHDMP,λ=8,8192,1,65899,8.0443115234375
SHDMP,λ=8,8192,1,72644,8.86767578125
SHDMP,λ=8,8192,1,63268,7.72314453125
SHDMP,λ=8,8192,1,69483,8.4818115234375
SHDMP,λ=8,8192,1,72588,8.86083984375
SHDMP,λ=8,8192,1,71547,8.7337646484375
SHDMP,λ=8,8192,1,72087,8.7996826171875
SHDMP,λ=8,8192,1,68376,8.3466796875
SHDMP,λ=8,8192,1,66926,8.169677734375
SHDMP,λ=8,8192,1,64651,7.8919677734375
SHDMP,λ=8,8192,1,65434,7.987548828125
SHDMP,λ=8,8192,1,84304,10.291015625
SHDMP,λ=8,8192,1,63709,7.7769775390625
SHDMP,λ=8,8192,1,64795,7.9095458984375
SHDMP,λ=8,8192,1,64050,7.818603515625
SHDMP,λ=8,8192,1,66231,8.0848388671875
SHDMP,λ=8,8192,1,70233,8.5733642578125
SHDMP,λ=8,8192,1,70015,8.5467529296875
SHDMP,λ=8,8192,1,72165,8.8092041015625
SHDMP,λ=8,8192,1,67082,8.188720703125
SHDMP,λ=8,8192,1,68029,8.3043212890625
SHDMP,λ=8,8192,1,63248,7.720703125
SHDMP,λ=8,8192,1,67145,8.1964111328125
SHDMP,λ=8,8192,1,78099,9.5335693359375
SHDMP,λ=8,8192,1,65274,7.968017578125
SHDMP,λ=8,8192,1,72095,8.8006591796875
SHDMP,λ=8,8192,1,76841,9.3800048828125
SHDMP,λ=8,8192,1,67594,8.251220703125
SHDMP,λ=8,8192,1,78527,9.5858154296875
SHDMP,λ=8,8192,1,63851,7.7943115234375
SHDMP,λ=8,8192,1,64058,7.819580078125
SHDMP,λ=8,8192,1,80866,9.871337890625
SHDMP,λ=8,8192,1,70112,8.55859375
SHDMP,λ=8,8192,1,68977,8.4200439453125
SHDMP,λ=8,8192,1,84217,10.2803955078125
SHDMP,λ=8,8192,1,84443,10.3079833984375
SHDMP,λ=8,8192,1,68142,8.318115234375
SHDMP,λ=8,8192,1,65404,7.98388671875
SHDMP,λ=8,8192,1,68031,8.3045654296875
SHDMP,λ=8,8192,1,67520,8.2421875
SHDMP,λ=8,8192,1,64580,7.88330078125
SHDMP,λ=8,8192,1,78524,9.58544921875
SHDMP,λ=8,8192,1,63053,7.6968994140625
SHDMP,λ=8,8192,1,69696,8.5078125
SHDMP,λ=8,8192,1,71584,8.73828125
SHDMP,λ=8,8192,1,69601,8.4962158203125
SHDMP,λ=8,8192,1,67620,8.25439453125
SHDMP,λ=8,8192,1,63720,7.7783203125
SHDMP,λ=8,8192,1,80484,9.82470703125
SHDMP,λ=8,8192,1,68401,8.3497314453125
SHDMP,λ=8,8192,1,69034,8.427001953125
SHDMP,λ=8,8192,1,61585,7.5177001953125
SHDMP,λ=8,8192,1,67796,8.27587890625
SHDMP,λ=8,8192,1,62178,7.590087890625
SHDMP,λ=8,8192,1,69791,8.5194091796875
SHDMP,λ=8,8192,1,76067,9.2855224609375
SHDMP,λ=8,8192,1,67335,8.2196044921875
SHDMP,λ=8,8192,1,68715,8.3880615234375
SHDMP,λ=8,8192,1,63533,7.7554931640625
SHDMP,λ=8,8192,1,67738,8.268798828125
SHDMP,λ=8,8192,1,66578,8.127197265625
SHDMP,λ=8,8192,1,65993,8.0557861328125
SHLMP,λ=8,8192,1,77442,9.453369140625
SHLMP,λ=8,8192,1,77399,9.4481201171875
SHLMP,λ=8,8192,1,67103,8.1912841796875
SHLMP,λ=8,8192,1,65541,8.0006103515625
SHLMP,λ=8,8192,1,74322,9.072509765625
SHLMP,λ=8,8192,1,66509,8.1187744140625
SHLMP,λ=8,8192,1,74120,9.0478515625
SHLMP,λ=8,8192,1,64310,7.850341796875
SHLMP,λ=8,8192,1,68223,8.3280029296875
SHLMP,λ=8,8192,1,67278,8.212646484375
SHLMP,λ=8,8192,1,66378,8.102783203125
SHLMP,λ=8,8192,1,81860,9.99267578125
SHLMP,λ=8,8192,1,64234,7.841064453125
SHLMP,λ=8,8192,1,75242,9.184814453125
SHLMP,λ=8,8192,1,68842,8.403564453125
SHLMP,λ=8,8192,1,70762,8.637939453125
SHLMP,λ=8,8192,1,70132,8.56103515625
SHLMP,λ=8,8192,1,72135,8.8055419921875
SHLMP,λ=8,8192,1,67080,8.1884765625
SHLMP,λ=8,8192,1,67627,8.2552490234375
SHLMP,λ=8,8192,1,65395,7.9827880859375
SHLMP,λ=8,8192,1,63491,7.7503662109375
SHLMP,λ=8,8192,1,76622,9.353271484375
SHLMP,λ=8,8192,1,63867,7.7962646484375
SHLMP,λ=8,8192,1,70451,8.5999755859375
SHLMP,λ=8,8192,1,66252,8.08740234375
SHLMP,λ=8,8192,1,68050,8.306884765625
SHLMP,λ=8,8192,1,66745,8.1475830078125
SHLMP,λ=8,8192,1,83253,10.1627197265625
SHLMP,λ=8,8192,1,76538,9.343017578125
SHLMP,λ=8,8192,1,65215,7.9608154296875
SHLMP,λ=8,8192,1,70489,8.6046142578125
SHLMP,λ=8,8192,1,69650,8.502197265625
SHLMP,λ=8,8192,1,74678,9.115966796875
SHLMP,λ=8,8192,1,82935,10.1239013671875
SHLMP,λ=8,8192,1,67555,8.2464599609375
SHLMP,λ=8,8192,1,74474,9.091064453125
SHLMP,λ=8,8192,1,66859,8.1614990234375
SHLMP,λ=8,8192,1,69469,8.4801025390625
SHLMP,λ=8,8192,1,68546,8.367431640625
SHLMP,λ=8,8192,1,69422,8.474365234375
SHLMP,λ=8,8192,1,66692,8.14111328125
SHLMP,λ=8,8192,1,72483,8.8480224609375
SHLMP,λ=8,8192,1,67194,8.202392578125
SHLMP,λ=8,8192,1,62599,7.6414794921875
SHLMP,λ=8,8192,1,76035,9.2816162109375
SHLMP,λ=8,8192,1,69461,8.4791259765625
SHLMP,λ=8,8192,1,77266,9.431884765625
SHLMP,λ=8,8192,1,70290,8.580322265625
SHLMP,λ=8,8192,1,64069,7.8209228515625
SHLMP,λ=8,8192,1,68236,8.32958984375
SHLMP,λ=8,8192,1,75648,9.234375
SHLMP,λ=8,8192,1,61890,7.554931640625
SHLMP,λ=8,8192,1,71014,8.668701171875
SHLMP,λ=8,8192,1,71616,8.7421875
SHLMP,λ=8,8192,1,71237,8.6959228515625
SHLMP,λ=8,8192,1,66201,8.0811767578125
SHLMP,λ=8,8192,1,64044,7.81787109375
SHLMP,λ=8,8192,1,66444,8.11083984375
SHLMP,λ=8,8192,1,66641,8.1348876953125
SHLMP,λ=8,8192,1,63915,7.8021240234375
SHLMP,λ=8,8192,1,62004,7.56884765625
SHLMP,λ=8,8192,1,67168,8.19921875
SHLMP,λ=8,8192,1,61705,7.5323486328125
SHLMP,λ=8,8192,1,74210,9.058837890625
SHLMP,λ=8,8192,1,61509,7.5084228515625
SHLMP,λ=8,8192,1,70334,8.585693359375
SHLMP,λ=8,8192,1,65483,7.9935302734375
SHLMP,λ=8,8192,1,82014,10.011474609375
SHLMP,λ=8,8192,1,68366,8.345458984375
SHLMP,λ=8,8192,1,65419,7.9857177734375
SHLMP,λ=8,8192,1,67803,8.2767333984375
SHLMP,λ=8,8192,1,73074,8.920166015625
SHLMP,λ=8,8192,1,66843,8.1595458984375
SHLMP,λ=8,8192,1,65290,7.969970703125
SHLMP,λ=8,8192,1,61556,7.51416015625
SHLMP,λ=8,8192,1,67949,8.2945556640625
SHLMP,λ=8,8192,1,63053,7.6968994140625
SHLMP,λ=8,8192,1,63352,7.7333984375
SHLMP,λ=8,8192,1,72929,8.9024658203125
SHLMP,λ=8,8192,1,70771,8.6390380859375
SHLMP,λ=8,8192,1,70658,8.625244140625
SHLMP,λ=8,8192,1,60832,7.42578125
SHLMP,λ=8,8192,1,82260,10.04150390625
SHLMP,λ=8,8192,1,78131,9.5374755859375
SHLMP,λ=8,8192,1,64514,7.875244140625
SHLMP,λ=8,8192,1,64628,7.88916015625
SHLMP,λ=8,8192,1,67372,8.22412109375
SHLMP,λ=8,8192,1,71708,8.75341796875
SHLMP,λ=8,8192,1,65575,8.0047607421875
SHLMP,λ=8,8192,1,71575,8.7371826171875
SHLMP,λ=8,8192,1,67597,8.2515869140625
SHLMP,λ=8,8192,1,60895,7.4334716796875
SHLMP,λ=8,8192,1,71099,8.6790771484375
SHLMP,λ=8,8192,1,81482,9.946533203125
SHLMP,λ=8,8192,1,67098,8.190673828125
SHLMP,λ=8,8192,1,66958,8.173583984375
SHLMP,λ=8,8192,1,79663,9.7244873046875
SHLMP,λ=8,8192,1,75884,9.26318359375
SHLMP,λ=8,8192,1,65872,8.041015625
SRLMP,λ=8,8192,1,73487,8.9705810546875
SRLMP,λ=8,8192,1,72418,8.840087890625
SRLMP,λ=8,8192,1,73611,8.9857177734375
SRLMP,λ=8,8192,1,65277,7.9683837890625
SRLMP,λ=8,8192,1,66573,8.1265869140625
SRLMP,λ=8,8192,1,74229,9.0611572265625
SRLMP,λ=8,8192,1,65553,8.0020751953125
SRLMP,λ=8,8192,1,75179,9.1771240234375
SRLMP,λ=8,8192,1,70602,8.618408203125
SRLMP,λ=8,8192,1,66298,8.093017578125
SRLMP,λ=8,8192,1,65459,7.9906005859375
SRLMP,λ=8,8192,1,75852,9.25927734375
SRLMP,λ=8,8192,1,68595,8.3734130859375
SRLMP,λ=8,8192,1,82538,10.075439453125
SRLMP,λ=8,8192,1,69253,8.4537353515625
SRLMP,λ=8,8192,1,65973,8.0533447265625
SRLMP,λ=8,8192,1,64654,7.892333984375
SRLMP,λ=8,8192,1,64331,7.8529052734375
SRLMP,λ=8,8192,1,63342,7.732177734375
SRLMP,λ=8,8192,1,68614,8.375732421875
SRLMP,λ=8,8192,1,78229,9.5494384765625
SRLMP,λ=8,8192,1,71281,8.7012939453125
SRLMP,λ=8,8192,1,70592,8.6171875
SRLMP,λ=8,8192,1,92588,11.30224609375
SRLMP,λ=8,8192,1,70375,8.5906982421875
SRLMP,λ=8,8192,1,68797,8.3980712890625
SRLMP,λ=8,8192,1,65601,8.0079345703125
SRLMP,λ=8,8192,1,65280,7.96875
SRLMP,λ=8,8192,1,70999,8.6668701171875
SRLMP,λ=8,8192,1,77145,9.4171142578125
SRLMP,λ=8,8192,1,70920,8.6572265625
SRLMP,λ=8,8192,1,77249,9.4298095703125
SRLMP,λ=8,8192,1,71268,8.69970703125
SRLMP,λ=8,8192,1,73539,8.9769287109375
SRLMP,λ=8,8192,1,65794,8.031494140625
SRLMP,λ=8,8192,1,68927,8.4139404296875
SRLMP,λ=8,8192,1,70849,8.6485595703125
SRLMP,λ=8,8192,1,67548,8.24560546875
SRLMP,λ=8,8192,1,80365,9.8101806640625
SRLMP,λ=8,8192,1,63479,7.7489013671875
SRLMP,λ=8,8192,1,62622,7.644287109375
SRLMP,λ=8,8192,1,66026,8.059814453125
SRLMP,λ=8,8192,1,68243,8.3304443359375
SRLMP,λ=8,8192,1,72016,8.791015625
SRLMP,λ=8,8192,1,66482,8.115478515625
SRLMP,λ=8,8192,1,73602,8.984619140625
SRLMP,λ=8,8192,1,68736,8.390625
SRLMP,λ=8,8192,1,71185,8.6895751953125
SRLMP,λ=8,8192,1,65937,8.0489501953125
SRLMP,λ=8,8192,1,70724,8.63330078125
SRLMP,λ=8,8192,1,70450,8.599853515625
SRLMP,λ=8,8192,1,73634,8.988525390625
SRLMP,λ=8,8192,1,68023,8.3035888671875
SRLMP,λ=8,8192,1,68542,8.366943359375
SRLMP,λ=8,8192,1,68417,8.3516845703125
SRLMP,λ=8,8192,1,73777,9.0059814453125
SRLMP,λ=8,8192,1,75038,9.159912109375
SRLMP,λ=8,8192,1,68760,8.3935546875
SRLMP,λ=8,8192,1,67431,8.2313232421875
SRLMP,λ=8,8192,1,75234,9.183837890625
SRLMP,λ=8,8192,1,76426,9.329345703125
SRLMP,λ=8,8192,1,69974,8.541748046875
SRLMP,λ=8,8192,1,73415,8.9617919921875
SRLMP,λ=8,8192,1,69077,8.4322509765625
SRLMP,λ=8,8192,1,70020,8.54736328125
SRLMP,λ=8,8192,1,71931,8.7806396484375
SRLMP,λ=8,8192,1,68213,8.3267822265625
SRLMP,λ=8,8192,1,69265,8.4552001953125
SRLMP,λ=8,8192,1,72812,8.88818359375
SRLMP,λ=8,8192,1,76055,9.2840576171875
SRLMP,λ=8,8192,1,71828,8.76806640625
SRLMP,λ=8,8192,1,67437,8.2320556640625
SRLMP,λ=8,8192,1,68589,8.3726806640625
SRLMP,λ=8,8192,1,72444,8.84326171875
SRLMP,λ=8,8192,1,70332,8.58544921875
SRLMP,λ=8,8192,1,79758,9.736083984375
SRLMP,λ=8,8192,1,72873,8.8956298828125
SRLMP,λ=8,8192,1,76683,9.3607177734375
SRLMP,λ=8,8192,1,74635,9.1107177734375
SRLMP,λ=8,8192,1,75362,9.199462890625
SRLMP,λ=8,8192,1,67732,8.26806640625
SRLMP,λ=8,8192,1,78674,9.603759765625
SRLMP,λ=8,8192,1,62195,7.5921630859375
SRLMP,λ=8,8192,1,63987,7.8109130859375
SRLMP,λ=8,8192,1,76544,9.34375
SRLMP,λ=8,8192,1,70346,8.587158203125
SRLMP,λ=8,8192,1,85971,10.4945068359375
SRLMP,λ=8,8192,1,71590,8.739013671875
SRLMP,λ=8,8192,1,66676,8.13916015625
SRLMP,λ=8,8192,1,73530,8.975830078125
SRLMP,λ=8,8192,1,63868,7.79638671875
SRLMP,λ=8,8192,1,66849,8.1602783203125
SRLMP,λ=8,8192,1,87447,10.6746826171875
SRLMP,λ=8,8192,1,68856,8.4052734375
SRLMP,λ=8,8192,1,104524,12.75927734375
SRLMP,λ=8,8192,1,71269,8.6998291015625
SRLMP,λ=8,8192,1,73739,9.0013427734375
SRLMP,λ=8,8192,1,71839,8.7694091796875
SRLMP,λ=8,8192,1,76641,9.3555908203125
SSLMP,λ=8,8192,1,91766,11.201904296875
SSLMP,λ=8,8192,1,113068,13.80224609375
SSLMP,λ=8,8192,1,94923,11.5872802734375
SSLMP,λ=8,8192,1,105082,12.827392578125
SSLMP,λ=8,8192,1,96624,11.794921875
SSLMP,λ=8,8192,1,104014,12.697021484375
SSLMP,λ=8,8192,1,110097,13.4395751953125
SSLMP,λ=8,8192,1,94476,11.53271484375
SSLMP,λ=8,8192,1,104572,12.76513671875
SSLMP,λ=8,8192,1,112401,13.7208251953125
SSLMP,λ=8,8192,1,92826,11.331298828125
SSLMP,λ=8,8192,1,96468,11.77587890625
SSLMP,λ=8,8192,1,95115,11.6107177734375
SSLMP,λ=8,8192,1,92926,11.343505859375
SSLMP,λ=8,8192,1,93337,11.3936767578125
SSLMP,λ=8,8192,1,89107,10.8773193359375
SSLMP,λ=8,8192,1,101759,12.4217529296875
SSLMP,λ=8,8192,1,130765,15.9625244140625
SSLMP,λ=8,8192,1,92135,11.2469482421875
SSLMP,λ=8,8192,1,107291,13.0970458984375
SSLMP,λ=8,8192,1,110811,13.5267333984375
SSLMP,λ=8,8192,1,106384,12.986328125
SSLMP,λ=8,8192,1,104485,12.7545166015625
SSLMP,λ=8,8192,1,98202,11.987548828125
SSLMP,λ=8,8192,1,84265,10.2862548828125
SSLMP,λ=8,8192,1,90999,11.1082763671875
SSLMP,λ=8,8192,1,101050,12.335205078125
SSLMP,λ=8,8192,1,97438,11.894287109375
SSLMP,λ=8,8192,1,100862,12.312255859375
SSLMP,λ=8,8192,1,115961,14.1553955078125
SSLMP,λ=8,8192,1,117346,14.324462890625
SSLMP,λ=8,8192,1,95199,11.6209716796875
SSLMP,λ=8,8192,1,100389,12.2545166015625
SSLMP,λ=8,8192,1,102213,12.4771728515625
SSLMP,λ=8,8192,1,96450,11.773681640625
SSLMP,λ=8,8192,1,104022,12.697998046875
SSLMP,λ=8,8192,1,93929,11.4659423828125
SSLMP,λ=8,8192,1,118414,14.454833984375
SSLMP,λ=8,8192,1,96043,11.7239990234375
SSLMP,λ=8,8192,1,105574,12.887451171875
SSLMP,λ=8,8192,1,101155,12.3480224609375
SSLMP,λ=8,8192,1,96711,11.8055419921875
SSLMP,λ=8,8192,1,126399,15.4295654296875
SSLMP,λ=8,8192,1,101244,12.35888671875
SSLMP,λ=8,8192,1,96055,11.7254638671875
SSLMP,λ=8,8192,1,93294,11.388427734375
SSLMP,λ=8,8192,1,126780,15.47607421875
SSLMP,λ=8,8192,1,92954,11.346923828125
SSLMP,λ=8,8192,1,102153,12.4698486328125
SSLMP,λ=8,8192,1,83302,10.168701171875
SSLMP,λ=8,8192,1,89383,10.9110107421875
SSLMP,λ=8,8192,1,106672,13.021484375
SSLMP,λ=8,8192,1,99789,12.1812744140625
SSLMP,λ=8,8192,1,97896,11.9501953125
SSLMP,λ=8,8192,1,95421,11.6480712890625
SSLMP,λ=8,8192,1,96004,11.71923828125
SSLMP,λ=8,8192,1,93672,11.4345703125
SSLMP,λ=8,8192,1,103596,12.64599609375
SSLMP,λ=8,8192,1,116645,14.2388916015625
SSLMP,λ=8,8192,1,106738,13.029541015625
SSLMP,λ=8,8192,1,101678,12.411865234375
SSLMP,λ=8,8192,1,102514,12.513916015625
SSLMP,λ=8,8192,1,91609,11.1827392578125
SSLMP,λ=8,8192,1,89415,10.9149169921875
SSLMP,λ=8,8192,1,84686,10.337646484375
SSLMP,λ=8,8192,1,97955,11.9573974609375
SSLMP,λ=8,8192,1,97574,11.910888671875
SSLMP,λ=8,8192,1,94011,11.4759521484375
SSLMP,λ=8,8192,1,98549,12.0299072265625
SSLMP,λ=8,8192,1,97568,11.91015625
SSLMP,λ=8,8192,1,99194,12.108642578125
SSLMP,λ=8,8192,1,106097,12.9512939453125
SSLMP,λ=8,8192,1,94142,11.491943359375
SSLMP,λ=8,8192,1,103292,12.60888671875
SSLMP,λ=8,8192,1,95810,11.695556640625
SSLMP,λ=8,8192,1,93062,11.360107421875
SSLMP,λ=8,8192,1,103485,12.6324462890625
SSLMP,λ=8,8192,1,96599,11.7918701171875
SSLMP,λ=8,8192,1,104415,12.7459716796875
SSLMP,λ=8,8192,1,95372,11.64208984375
SSLMP,λ=8,8192,1,95425,11.6485595703125
SSLMP,λ=8,8192,1,91773,11.2027587890625
SSLMP,λ=8,8192,1,105188,12.84033203125
SSLMP,λ=8,8192,1,89615,10.9393310546875
SSLMP,λ=8,8192,1,98583,12.0340576171875
SSLMP,λ=8,8192,1,100246,12.237060546875
SSLMP,λ=8,8192,1,89756,10.95654296875
SSLMP,λ=8,8192,1,98987,12.0833740234375
SSLMP,λ=8,8192,1,91656,11.1884765625
SSLMP,λ=8,8192,1,104524,12.75927734375
SSLMP,λ=8,8192,1,109863,13.4110107421875
SSLMP,λ=8,8192,1,91220,11.13525390625
SSLMP,λ=8,8192,1,94227,11.5023193359375
SSLMP,λ=8,8192,1,86291,10.5335693359375
SSLMP,λ=8,8192,1,105992,12.9384765625
SSLMP,λ=8,8192,1,93211,11.3782958984375
SSLMP,λ=8,8192,1,114068,13.92431640625
SSLMP,λ=8,8192,1,95018,11.598876953125
SSLMP,λ=8,8192,1,89782,10.959716796875
SSLMP,λ=8,8192,1,94652,11.55419921875
SSDIP,λ=8,8192,1,139097,16.9796142578125
SSDIP,λ=8,8192,1,105099,12.8294677734375
SSDIP,λ=8,8192,1,99003,12.0853271484375
SSDIP,λ=8,8192,1,90842,11.089111328125
SSDIP,λ=8,8192,1,104233,12.7237548828125
SSDIP,λ=8,8192,1,107410,13.111572265625
SSDIP,λ=8,8192,1,94524,11.53857421875
SSDIP,λ=8,8192,1,101407,12.3787841796875
SSDIP,λ=8,8192,1,106210,12.965087890625
SSDIP,λ=8,8192,1,106709,13.0260009765625
SSDIP,λ=8,8192,1,105493,12.8775634765625
SSDIP,λ=8,8192,1,98063,11.9705810546875
SSDIP,λ=8,8192,1,95114,11.610595703125
SSDIP,λ=8,8192,1,96706,11.804931640625
SSDIP,λ=8,8192,1,97254,11.871826171875
SSDIP,λ=8,8192,1,90840,11.0888671875
SSDIP,λ=8,8192,1,103183,12.5955810546875
SSDIP,λ=8,8192,1,105764,12.91064453125
SSDIP,λ=8,8192,1,92512,11.29296875
SSDIP,λ=8,8192,1,121083,14.7806396484375
SSDIP,λ=8,8192,1,102269,12.4840087890625
SSDIP,λ=8,8192,1,104281,12.7296142578125
SSDIP,λ=8,8192,1,109137,13.3223876953125
SSDIP,λ=8,8192,1,102924,12.56396484375
SSDIP,λ=8,8192,1,118269,14.4371337890625
SSDIP,λ=8,8192,1,97856,11.9453125
SSDIP,λ=8,8192,1,100551,12.2742919921875
SSDIP,λ=8,8192,1,109670,13.387451171875
SSDIP,λ=8,8192,1,111858,13.654541015625
SSDIP,λ=8,8192,1,97451,11.8958740234375
SSDIP,λ=8,8192,1,93658,11.432861328125
SSDIP,λ=8,8192,1,94970,11.593017578125
SSDIP,λ=8,8192,1,101391,12.3768310546875
SSDIP,λ=8,8192,1,120379,14.6947021484375
SSDIP,λ=8,8192,1,102407,12.5008544921875
SSDIP,λ=8,8192,1,103165,12.5933837890625
SSDIP,λ=8,8192,1,96819,11.8187255859375
SSDIP,λ=8,8192,1,103575,12.6434326171875
SSDIP,λ=8,8192,1,95192,11.6201171875
SSDIP,λ=8,8192,1,117255,14.3133544921875
SSDIP,λ=8,8192,1,95763,11.6898193359375
SSDIP,λ=8,8192,1,92331,11.2708740234375
SSDIP,λ=8,8192,1,94274,11.508056640625
SSDIP,λ=8,8192,1,112630,13.748779296875
SSDIP,λ=8,8192,1,97985,11.9610595703125
SSDIP,λ=8,8192,1,101471,12.3865966796875
SSDIP,λ=8,8192,1,89971,10.9827880859375
SSDIP,λ=8,8192,1,96917,11.8306884765625
SSDIP,λ=8,8192,1,101346,12.371337890625
SSDIP,λ=8,8192,1,110506,13.489501953125
SSDIP,λ=8,8192,1,100356,12.25048828125
SSDIP,λ=8,8192,1,98194,11.986572265625
SSDIP,λ=8,8192,1,107539,13.1273193359375
SSDIP,λ=8,8192,1,140572,17.15966796875
SSDIP,λ=8,8192,1,105113,12.8311767578125
SSDIP,λ=8,8192,1,99564,12.15380859375
SSDIP,λ=8,8192,1,103350,12.615966796875
SSDIP,λ=8,8192,1,94120,11.4892578125
SSDIP,λ=8,8192,1,97339,11.8822021484375
SSDIP,λ=8,8192,1,111926,13.662841796875
SSDIP,λ=8,8192,1,111787,13.6458740234375
SSDIP,λ=8,8192,1,93621,11.4283447265625
SSDIP,λ=8,8192,1,95474,11.654541015625
SSDIP,λ=8,8192,1,135788,16.57568359375
SSDIP,λ=8,8192,1,108442,13.237548828125
SSDIP,λ=8,8192,1,123572,15.08447265625
SSDIP,λ=8,8192,1,110891,13.5364990234375
SSDIP,λ=8,8192,1,95591,11.6688232421875
SSDIP,λ=8,8192,1,111005,13.5504150390625
SSDIP,λ=8,8192,1,99769,12.1788330078125
SSDIP,λ=8,8192,1,98455,12.0184326171875
SSDIP,λ=8,8192,1,104182,12.717529296875
SSDIP,λ=8,8192,1,103431,12.6258544921875
SSDIP,λ=8,8192,1,117390,14.329833984375
SSDIP,λ=8,8192,1,94410,11.524658203125
SSDIP,λ=8,8192,1,113643,13.8724365234375
SSDIP,λ=8,8192,1,100328,12.2470703125
SSDIP,λ=8,8192,1,88469,10.7994384765625
SSDIP,λ=8,8192,1,94706,11.560791015625
SSDIP,λ=8,8192,1,98490,12.022705078125
SSDIP,λ=8,8192,1,101413,12.3795166015625
SSDIP,λ=8,8192,1,91231,11.1365966796875
SSDIP,λ=8,8192,1,102060,12.45849609375
SSDIP,λ=8,8192,1,94377,11.5206298828125
SSDIP,λ=8,8192,1,103416,12.6240234375
SSDIP,λ=8,8192,1,108859,13.2884521484375
SSDIP,λ=8,8192,1,96968,11.8369140625
SSDIP,λ=8,8192,1,92055,11.2371826171875
SSDIP,λ=8,8192,1,111795,13.6468505859375
SSDIP,λ=8,8192,1,97389,11.8883056640625
SSDIP,λ=8,8192,1,98203,11.9876708984375
SSDIP,λ=8,8192,1,107052,13.06787109375
SSDIP,λ=8,8192,1,97625,11.9171142578125
SSDIP,λ=8,8192,1,89024,10.8671875
SSDIP,λ=8,8192,1,88575,10.8123779296875
SSDIP,λ=8,8192,1,119554,14.593994140625
SSDIP,λ=8,8192,1,104111,12.7088623046875
SSDIP,λ=8,8192,1,90622,11.062255859375
SSDIP,λ=8,8192,1,109924,13.41845703125
SSDIP,λ=8,8192,1,95213,11.6226806640625
SRDIP,λ=8,8192,1,83481,10.1905517578125
SRDIP,λ=8,8192,1,77080,9.4091796875
SRDIP,λ=8,8192,1,81716,9.97509765625
SRDIP,λ=8,8192,1,83036,10.13623046875
SRDIP,λ=8,8192,1,72337,8.8302001953125
SRDIP,λ=8,8192,1,75263,9.1873779296875
SRDIP,λ=8,8192,1,81083,9.8978271484375
SRDIP,λ=8,8192,1,79886,9.751708984375
SRDIP,λ=8,8192,1,77990,9.520263671875
SRDIP,λ=8,8192,1,77334,9.440185546875
SRDIP,λ=8,8192,1,81555,9.9554443359375
SRDIP,λ=8,8192,1,81930,10.001220703125
SRDIP,λ=8,8192,1,88155,10.7611083984375
SRDIP,λ=8,8192,1,74045,9.0386962890625
SRDIP,λ=8,8192,1,86920,10.6103515625
SRDIP,λ=8,8192,1,90259,11.0179443359375
SRDIP,λ=8,8192,1,88599,10.8153076171875
SRDIP,λ=8,8192,1,89253,10.8951416015625
SRDIP,λ=8,8192,1,78878,9.628662109375
SRDIP,λ=8,8192,1,91857,11.2130126953125
SRDIP,λ=8,8192,1,78563,9.5902099609375
SRDIP,λ=8,8192,1,78928,9.634765625
SRDIP,λ=8,8192,1,85642,10.454345703125
SRDIP,λ=8,8192,1,78486,9.580810546875
SRDIP,λ=8,8192,1,94249,11.5050048828125
SRDIP,λ=8,8192,1,75377,9.2012939453125
SRDIP,λ=8,8192,1,79915,9.7552490234375
SRDIP,λ=8,8192,1,75942,9.270263671875
SRDIP,λ=8,8192,1,79942,9.758544921875
SRDIP,λ=8,8192,1,78645,9.6002197265625
SRDIP,λ=8,8192,1,78266,9.553955078125
SRDIP,λ=8,8192,1,81861,9.9927978515625
SRDIP,λ=8,8192,1,74175,9.0545654296875
SRDIP,λ=8,8192,1,82697,10.0948486328125
SRDIP,λ=8,8192,1,87386,10.667236328125
SRDIP,λ=8,8192,1,79134,9.659912109375
SRDIP,λ=8,8192,1,82831,10.1112060546875
SRDIP,λ=8,8192,1,80635,9.8431396484375
SRDIP,λ=8,8192,1,73730,9.000244140625
SRDIP,λ=8,8192,1,84400,10.302734375
SRDIP,λ=8,8192,1,79495,9.7039794921875
SRDIP,λ=8,8192,1,83205,10.1568603515625
SRDIP,λ=8,8192,1,84914,10.365478515625
SRDIP,λ=8,8192,1,77785,9.4952392578125
SRDIP,λ=8,8192,1,85461,10.4322509765625
SRDIP,λ=8,8192,1,80156,9.78466796875
SRDIP,λ=8,8192,1,97033,11.8448486328125
SRDIP,λ=8,8192,1,74074,9.042236328125
SRDIP,λ=8,8192,1,84649,10.3331298828125
SRDIP,λ=8,8192,1,85457,10.4317626953125
SRDIP,λ=8,8192,1,80330,9.805908203125
SRDIP,λ=8,8192,1,77852,9.50341796875
SRDIP,λ=8,8192,1,76053,9.2838134765625
SRDIP,λ=8,8192,1,71616,8.7421875
SRDIP,λ=8,8192,1,90944,11.1015625
SRDIP,λ=8,8192,1,77268,9.43212890625
SRDIP,λ=8,8192,1,78098,9.533447265625
SRDIP,λ=8,8192,1,82426,10.061767578125
SRDIP,λ=8,8192,1,95807,11.6951904296875
SRDIP,λ=8,8192,1,77448,9.4541015625
SRDIP,λ=8,8192,1,77723,9.4876708984375
SRDIP,λ=8,8192,1,80339,9.8070068359375
SRDIP,λ=8,8192,1,85916,10.48779296875
SRDIP,λ=8,8192,1,82057,10.0167236328125
SRDIP,λ=8,8192,1,79891,9.7523193359375
SRDIP,λ=8,8192,1,76119,9.2918701171875
SRDIP,λ=8,8192,1,81345,9.9298095703125
SRDIP,λ=8,8192,1,79379,9.6898193359375
SRDIP,λ=8,8192,1,77335,9.4403076171875
SRDIP,λ=8,8192,1,77457,9.4552001953125
SRDIP,λ=8,8192,1,99627,12.1614990234375
SRDIP,λ=8,8192,1,73578,8.981689453125
SRDIP,λ=8,8192,1,72401,8.8380126953125
SRDIP,λ=8,8192,1,81477,9.9459228515625
SRDIP,λ=8,8192,1,81758,9.980224609375
SRDIP,λ=8,8192,1,89915,10.9759521484375
SRDIP,λ=8,8192,1,98804,12.06103515625
SRDIP,λ=8,8192,1,79364,9.68798828125
SRDIP,λ=8,8192,1,70466,8.601806640625
SRDIP,λ=8,8192,1,86799,10.5955810546875
SRDIP,λ=8,8192,1,80884,9.87353515625
SRDIP,λ=8,8192,1,87303,10.6571044921875
SRDIP,λ=8,8192,1,88838,10.844482421875
SRDIP,λ=8,8192,1,99324,12.12451171875
SRDIP,λ=8,8192,1,75104,9.16796875
SRDIP,λ=8,8192,1,76015,9.2791748046875
SRDIP,λ=8,8192,1,86111,10.5115966796875
SRDIP,λ=8,8192,1,81862,9.992919921875
SRDIP,λ=8,8192,1,75195,9.1790771484375
SRDIP,λ=8,8192,1,77066,9.407470703125
SRDIP,λ=8,8192,1,78021,9.5240478515625
SRDIP,λ=8,8192,1,76802,9.375244140625
SRDIP,λ=8,8192,1,83098,10.143798828125
SRDIP,λ=8,8192,1,73168,8.931640625
SRDIP,λ=8,8192,1,81958,10.004638671875
SRDIP,λ=8,8192,1,77512,9.4619140625
SRDIP,λ=8,8192,1,75787,9.2513427734375
SRDIP,λ=8,8192,1,86498,10.558837890625
SRDIP,λ=8,8192,1,72243,8.8187255859375
SRDIP,λ=8,8192,1,82029,10.0133056640625
SHDIP,λ=8,8192,1,78867,9.6273193359375
SHDIP,λ=8,8192,1,77560,9.4677734375
SHDIP,λ=8,8192,1,81550,9.954833984375
SHDIP,λ=8,8192,1,89713,10.9512939453125
SHDIP,λ=8,8192,1,79562,9.712158203125
SHDIP,λ=8,8192,1,94328,11.5146484375
SHDIP,λ=8,8192,1,81857,9.9923095703125
SHDIP,λ=8,8192,1,82401,10.0587158203125
SHDIP,λ=8,8192,1,78136,9.5380859375
SHDIP,λ=8,8192,1,78662,9.602294921875
SHDIP,λ=8,8192,1,80785,9.8614501953125
SHDIP,λ=8,8192,1,79145,9.6612548828125
SHDIP,λ=8,8192,1,84957,10.3707275390625
SHDIP,λ=8,8192,1,84463,10.3104248046875
SHDIP,λ=8,8192,1,80876,9.87255859375
SHDIP,λ=8,8192,1,71238,8.696044921875
SHDIP,λ=8,8192,1,79014,9.645263671875
SHDIP,λ=8,8192,1,81260,9.91943359375
SHDIP,λ=8,8192,1,76745,9.3682861328125
SHDIP,λ=8,8192,1,86984,10.6181640625
SHDIP,λ=8,8192,1,83235,10.1605224609375
SHDIP,λ=8,8192,1,91216,11.134765625
SHDIP,λ=8,8192,1,78739,9.6116943359375
SHDIP,λ=8,8192,1,88016,10.744140625
SHDIP,λ=8,8192,1,80107,9.7786865234375
SHDIP,λ=8,8192,1,75820,9.25537109375
SHDIP,λ=8,8192,1,80978,9.885009765625
SHDIP,λ=8,8192,1,81716,9.97509765625
SHDIP,λ=8,8192,1,78221,9.5484619140625
SHDIP,λ=8,8192,1,79745,9.7344970703125
SHDIP,λ=8,8192,1,78280,9.5556640625
SHDIP,λ=8,8192,1,80735,9.8553466796875
SHDIP,λ=8,8192,1,83253,10.1627197265625
SHDIP,λ=8,8192,1,79000,9.6435546875
SHDIP,λ=8,8192,1,82203,10.0345458984375
SHDIP,λ=8,8192,1,81580,9.95849609375
SHDIP,λ=8,8192,1,97751,11.9324951171875
SHDIP,λ=8,8192,1,78747,9.6126708984375
SHDIP,λ=8,8192,1,76155,9.2962646484375
SHDIP,λ=8,8192,1,81989,10.0084228515625
SHDIP,λ=8,8192,1,83207,10.1571044921875
SHDIP,λ=8,8192,1,90331,11.0267333984375
SHDIP,λ=8,8192,1,76970,9.395751953125
SHDIP,λ=8,8192,1,92265,11.2628173828125
SHDIP,λ=8,8192,1,89581,10.9351806640625
SHDIP,λ=8,8192,1,78706,9.607666015625
SHDIP,λ=8,8192,1,77218,9.426025390625
SHDIP,λ=8,8192,1,83787,10.2279052734375
SHDIP,λ=8,8192,1,83377,10.1778564453125
SHDIP,λ=8,8192,1,90860,11.09130859375
SHDIP,λ=8,8192,1,87534,10.685302734375
SHDIP,λ=8,8192,1,88872,10.8486328125
SHDIP,λ=8,8192,1,83975,10.2508544921875
SHDIP,λ=8,8192,1,83562,10.200439453125
SHDIP,λ=8,8192,1,81920,10.0
SHDIP,λ=8,8192,1,80163,9.7855224609375
SHDIP,λ=8,8192,1,98341,12.0045166015625
SHDIP,λ=8,8192,1,78078,9.531005859375
SHDIP,λ=8,8192,1,80038,9.770263671875
SHDIP,λ=8,8192,1,78433,9.5743408203125
SHDIP,λ=8,8192,1,79190,9.666748046875
SHDIP,λ=8,8192,1,83071,10.1405029296875
SHDIP,λ=8,8192,1,80006,9.766357421875
SHDIP,λ=8,8192,1,80178,9.787353515625
SHDIP,λ=8,8192,1,85548,10.44287109375
SHDIP,λ=8,8192,1,75488,9.21484375
SHDIP,λ=8,8192,1,81866,9.993408203125
SHDIP,λ=8,8192,1,79286,9.678466796875
SHDIP,λ=8,8192,1,77026,9.402587890625
SHDIP,λ=8,8192,1,92538,11.296142578125
SHDIP,λ=8,8192,1,81651,9.9671630859375
SHDIP,λ=8,8192,1,83178,10.153564453125
SHDIP,λ=8,8192,1,73212,8.93701171875
SHDIP,λ=8,8192,1,87040,10.625
SHDIP,λ=8,8192,1,84501,10.3150634765625
SHDIP,λ=8,8192,1,85649,10.4552001953125
SHDIP,λ=8,8192,1,84061,10.2613525390625
SHDIP,λ=8,8192,1,80606,9.839599609375
SHDIP,λ=8,8192,1,75627,9.2318115234375
SHDIP,λ=8,8192,1,79625,9.7198486328125
SHDIP,λ=8,8192,1,75136,9.171875
SHDIP,λ=8,8192,1,79271,9.6766357421875
SHDIP,λ=8,8192,1,89944,10.9794921875
SHDIP,λ=8,8192,1,75951,9.2713623046875
SHDIP,λ=8,8192,1,73696,8.99609375
SHDIP,λ=8,8192,1,82592,10.08203125
SHDIP,λ=8,8192,1,91153,11.1270751953125
SHDIP,λ=8,8192,1,77939,9.5140380859375
SHDIP,λ=8,8192,1,84549,10.3209228515625
SHDIP,λ=8,8192,1,77500,9.46044921875
SHDIP,λ=8,8192,1,78100,9.53369140625
SHDIP,λ=8,8192,1,76253,9.3082275390625
SHDIP,λ=8,8192,1,72805,8.8873291015625
SHDIP,λ=8,8192,1,82856,10.1142578125
SHDIP,λ=8,8192,1,74523,9.0970458984375
SHDIP,λ=8,8192,1,84186,10.276611328125
SHDIP,λ=8,8192,1,79543,9.7098388671875
SHDIP,λ=8,8192,1,91865,11.2139892578125
SHDIP,λ=8,8192,1,83455,10.1873779296875
SHLIP,λ=8,8192,1,83086,10.142333984375
SHLIP,λ=8,8192,1,74912,9.14453125
SHLIP,λ=8,8192,1,79243,9.6732177734375
SHLIP,λ=8,8192,1,76365,9.3218994140625
SHLIP,λ=8,8192,1,81753,9.9796142578125
SHLIP,λ=8,8192,1,86657,10.5782470703125
SHLIP,λ=8,8192,1,91591,11.1805419921875
SHLIP,λ=8,8192,1,79650,9.722900390625
SHLIP,λ=8,8192,1,96937,11.8331298828125
SHLIP,λ=8,8192,1,86448,10.552734375
SHLIP,λ=8,8192,1,82398,10.058349609375
SHLIP,λ=8,8192,1,95185,11.6192626953125
SHLIP,λ=8,8192,1,71114,8.680908203125
SHLIP,λ=8,8192,1,77695,9.4842529296875
SHLIP,λ=8,8192,1,77394,9.447509765625
SHLIP,λ=8,8192,1,85747,10.4671630859375
SHLIP,λ=8,8192,1,82843,10.1126708984375
SHLIP,λ=8,8192,1,83210,10.157470703125
SHLIP,λ=8,8192,1,80966,9.883544921875
SHLIP,λ=8,8192,1,81522,9.951416015625
SHLIP,λ=8,8192,1,84853,10.3580322265625
SHLIP,λ=8,8192,1,82302,10.046630859375
SHLIP,λ=8,8192,1,79816,9.7431640625
SHLIP,λ=8,8192,1,79655,9.7235107421875
SHLIP,λ=8,8192,1,74932,9.14697265625
SHLIP,λ=8,8192,1,75490,9.215087890625
SHLIP,λ=8,8192,1,80508,9.82763671875
SHLIP,λ=8,8192,1,91033,11.1124267578125
SHLIP,λ=8,8192,1,94866,11.580322265625
SHLIP,λ=8,8192,1,86317,10.5367431640625
SHLIP,λ=8,8192,1,82193,10.0333251953125
SHLIP,λ=8,8192,1,84498,10.314697265625
SHLIP,λ=8,8192,1,78469,9.5787353515625
SHLIP,λ=8,8192,1,74557,9.1011962890625
SHLIP,λ=8,8192,1,84867,10.3597412109375
SHLIP,λ=8,8192,1,88667,10.8236083984375
SHLIP,λ=8,8192,1,79323,9.6829833984375
SHLIP,λ=8,8192,1,100485,12.2662353515625
SHLIP,λ=8,8192,1,74203,9.0579833984375
SHLIP,λ=8,8192,1,84546,10.320556640625
SHLIP,λ=8,8192,1,78430,9.573974609375
SHLIP,λ=8,8192,1,95431,11.6492919921875
SHLIP,λ=8,8192,1,74516,9.09619140625
SHLIP,λ=8,8192,1,97168,11.861328125
SHLIP,λ=8,8192,1,88465,10.7989501953125
SHLIP,λ=8,8192,1,81452,9.94287109375
SHLIP,λ=8,8192,1,89860,10.96923828125
SHLIP,λ=8,8192,1,80724,9.85400390625
SHLIP,λ=8,8192,1,78406,9.571044921875
SHLIP,λ=8,8192,1,88745,10.8331298828125
SHLIP,λ=8,8192,1,78936,9.6357421875
SHLIP,λ=8,8192,1,82737,10.0997314453125
SHLIP,λ=8,8192,1,93172,11.37353515625
SHLIP,λ=8,8192,1,73767,9.0047607421875
SHLIP,λ=8,8192,1,89685,10.9478759765625
SHLIP,λ=8,8192,1,89228,10.89208984375
SHLIP,λ=8,8192,1,83317,10.1705322265625
SHLIP,λ=8,8192,1,91494,11.168701171875
SHLIP,λ=8,8192,1,93705,11.4385986328125
SHLIP,λ=8,8192,1,81088,9.8984375
SHLIP,λ=8,8192,1,88961,10.8594970703125
SHLIP,λ=8,8192,1,81985,10.0079345703125
SHLIP,λ=8,8192,1,81609,9.9620361328125
SHLIP,λ=8,8192,1,79613,9.7183837890625
SHLIP,λ=8,8192,1,74116,9.04736328125
SHLIP,λ=8,8192,1,78515,9.5843505859375
SHLIP,λ=8,8192,1,80421,9.8170166015625
SHLIP,λ=8,8192,1,67504,8.240234375
SHLIP,λ=8,8192,1,76999,9.3992919921875
SHLIP,λ=8,8192,1,94005,11.4752197265625
SHLIP,λ=8,8192,1,93633,11.4298095703125
SHLIP,λ=8,8192,1,89317,10.9029541015625
SHLIP,λ=8,8192,1,77293,9.4351806640625
SHLIP,λ=8,8192,1,80352,9.80859375
SHLIP,λ=8,8192,1,100035,12.2113037109375
SHLIP,λ=8,8192,1,78707,9.6077880859375
SHLIP,λ=8,8192,1,78522,9.585205078125
SHLIP,λ=8,8192,1,80023,9.7684326171875
SHLIP,λ=8,8192,1,89998,10.986083984375
SHLIP,λ=8,8192,1,83221,10.1588134765625
SHLIP,λ=8,8192,1,81517,9.9508056640625
SHLIP,λ=8,8192,1,78040,9.5263671875
SHLIP,λ=8,8192,1,89824,10.96484375
SHLIP,λ=8,8192,1,80651,9.8450927734375
SHLIP,λ=8,8192,1,99699,12.1702880859375
SHLIP,λ=8,8192,1,79867,9.7493896484375
SHLIP,λ=8,8192,1,81901,9.9976806640625
SHLIP,λ=8,8192,1,77216,9.42578125
SHLIP,λ=8,8192,1,82709,10.0963134765625
SHLIP,λ=8,8192,1,76709,9.3638916015625
SHLIP,λ=8,8192,1,85374,10.421630859375
SHLIP,λ=8,8192,1,83546,10.198486328125
SHLIP,λ=8,8192,1,80858,9.870361328125
SHLIP,λ=8,8192,1,80920,9.8779296875
SHLIP,λ=8,8192,1,87509,10.6822509765625
SHLIP,λ=8,8192,1,82647,10.0887451171875
SHLIP,λ=8,8192,1,78336,9.5625
SHLIP,λ=8,8192,1,80781,9.8609619140625
SHLIP,λ=8,8192,1,73775,9.0057373046875
SHLIP,λ=8,8192,1,86509,10.5601806640625
SRLIP,λ=8,8192,1,77027,9.4027099609375
SRLIP,λ=8,8192,1,91387,11.1556396484375
SRLIP,λ=8,8192,1,76711,9.3641357421875
SRLIP,λ=8,8192,1,76882,9.385009765625
SRLIP,λ=8,8192,1,78495,9.5819091796875
SRLIP,λ=8,8192,1,82589,10.0816650390625
SRLIP,λ=8,8192,1,84511,10.3162841796875
SRLIP,λ=8,8192,1,77204,9.42431640625
SRLIP,λ=8,8192,1,84449,10.3087158203125
SRLIP,λ=8,8192,1,73526,8.975341796875
SRLIP,λ=8,8192,1,77521,9.4630126953125
SRLIP,λ=8,8192,1,82174,10.031005859375
SRLIP,λ=8,8192,1,81287,9.9227294921875
SRLIP,λ=8,8192,1,76716,9.36474609375
SRLIP,λ=8,8192,1,72607,8.8631591796875
SRLIP,λ=8,8192,1,90120,11.0009765625
SRLIP,λ=8,8192,1,83728,10.220703125
SRLIP,λ=8,8192,1,74216,9.0595703125
SRLIP,λ=8,8192,1,77143,9.4168701171875
SRLIP,λ=8,8192,1,78162,9.541259765625
SRLIP,λ=8,8192,1,72246,8.819091796875
SRLIP,λ=8,8192,1,87007,10.6209716796875
SRLIP,λ=8,8192,1,72854,8.893310546875
SRLIP,λ=8,8192,1,78676,9.60400390625
SRLIP,λ=8,8192,1,77557,9.4674072265625
SRLIP,λ=8,8192,1,91598,11.181396484375
SRLIP,λ=8,8192,1,82193,10.0333251953125
SRLIP,λ=8,8192,1,92276,11.26416015625
SRLIP,λ=8,8192,1,76011,9.2786865234375
SRLIP,λ=8,8192,1,96419,11.7698974609375
SRLIP,λ=8,8192,1,84636,10.33154296875
SRLIP,λ=8,8192,1,76974,9.396240234375
SRLIP,λ=8,8192,1,80066,9.773681640625
SRLIP,λ=8,8192,1,85587,10.4476318359375
SRLIP,λ=8,8192,1,98014,11.964599609375
SRLIP,λ=8,8192,1,81664,9.96875
SRLIP,λ=8,8192,1,80567,9.8348388671875
SRLIP,λ=8,8192,1,74919,9.1453857421875
SRLIP,λ=8,8192,1,84220,10.28076171875
SRLIP,λ=8,8192,1,75795,9.2523193359375
SRLIP,λ=8,8192,1,82594,10.082275390625
SRLIP,λ=8,8192,1,82794,10.106689453125
SRLIP,λ=8,8192,1,82126,10.025146484375
SRLIP,λ=8,8192,1,79052,9.64990234375
SRLIP,λ=8,8192,1,88528,10.806640625
SRLIP,λ=8,8192,1,78789,9.6177978515625
SRLIP,λ=8,8192,1,81909,9.9986572265625
SRLIP,λ=8,8192,1,79679,9.7264404296875
SRLIP,λ=8,8192,1,89886,10.972412109375
SRLIP,λ=8,8192,1,77663,9.4803466796875
SRLIP,λ=8,8192,1,80577,9.8360595703125
SRLIP,λ=8,8192,1,80774,9.860107421875
SRLIP,λ=8,8192,1,82885,10.1177978515625
SRLIP,λ=8,8192,1,73092,8.92236328125
SRLIP,λ=8,8192,1,81692,9.97216796875
SRLIP,λ=8,8192,1,88337,10.7833251953125
SRLIP,λ=8,8192,1,78287,9.5565185546875
SRLIP,λ=8,8192,1,83923,10.2445068359375
SRLIP,λ=8,8192,1,86501,10.5592041015625
SRLIP,λ=8,8192,1,97800,11.9384765625
SRLIP,λ=8,8192,1,78804,9.61962890625
SRLIP,λ=8,8192,1,79363,9.6878662109375
SRLIP,λ=8,8192,1,78856,9.6259765625
SRLIP,λ=8,8192,1,82107,10.0228271484375
SRLIP,λ=8,8192,1,84108,10.26708984375
SRLIP,λ=8,8192,1,76841,9.3800048828125
SRLIP,λ=8,8192,1,90358,11.030029296875
SRLIP,λ=8,8192,1,99351,12.1278076171875
SRLIP,λ=8,8192,1,84782,10.349365234375
SRLIP,λ=8,8192,1,87856,10.724609375
SRLIP,λ=8,8192,1,75410,9.205322265625
SRLIP,λ=8,8192,1,79853,9.7476806640625
SRLIP,λ=8,8192,1,91757,11.2008056640625
SRLIP,λ=8,8192,1,81431,9.9403076171875
SRLIP,λ=8,8192,1,75536,9.220703125
SRLIP,λ=8,8192,1,97626,11.917236328125
SRLIP,λ=8,8192,1,90211,11.0120849609375
SRLIP,λ=8,8192,1,84796,10.35107421875
SRLIP,λ=8,8192,1,81917,9.9996337890625
SRLIP,λ=8,8192,1,89755,10.9564208984375
SRLIP,λ=8,8192,1,93706,11.438720703125
SRLIP,λ=8,8192,1,83433,10.1846923828125
SRLIP,λ=8,8192,1,90294,11.022216796875
SRLIP,λ=8,8192,1,80831,9.8670654296875
SRLIP,λ=8,8192,1,101093,12.3404541015625
SRLIP,λ=8,8192,1,83456,10.1875
SRLIP,λ=8,8192,1,86960,10.615234375
SRLIP,λ=8,8192,1,92211,11.2562255859375
SRLIP,λ=8,8192,1,92199,11.2547607421875
SRLIP,λ=8,8192,1,102994,12.572509765625
SRLIP,λ=8,8192,1,90126,11.001708984375
SRLIP,λ=8,8192,1,87493,10.6802978515625
SRLIP,λ=8,8192,1,86140,10.51513671875
SRLIP,λ=8,8192,1,81170,9.908447265625
SRLIP,λ=8,8192,1,84732,10.34326171875
SRLIP,λ=8,8192,1,78342,9.563232421875
SRLIP,λ=8,8192,1,73925,9.0240478515625
SRLIP,λ=8,8192,1,74015,9.0350341796875
SRLIP,λ=8,8192,1,73523,8.9749755859375
SSLIP,λ=8,8192,1,91393,11.1563720703125
SSLIP,λ=8,8192,1,101372,12.37451171875
SSLIP,λ=8,8192,1,103599,12.6463623046875
SSLIP,λ=8,8192,1,102341,12.4927978515625
SSLIP,λ=8,8192,1,94827,11.5755615234375
SSLIP,λ=8,8192,1,97785,11.9366455078125
SSLIP,λ=8,8192,1,104160,12.71484375
SSLIP,λ=8,8192,1,113374,13.839599609375
SSLIP,λ=8,8192,1,99859,12.1898193359375
SSLIP,λ=8,8192,1,90339,11.0277099609375
SSLIP,λ=8,8192,1,108461,13.2398681640625
SSLIP,λ=8,8192,1,131496,16.0517578125
SSLIP,λ=8,8192,1,109243,13.3353271484375
SSLIP,λ=8,8192,1,104840,12.7978515625
SSLIP,λ=8,8192,1,106642,13.017822265625
SSLIP,λ=8,8192,1,132295,16.1492919921875
SSLIP,λ=8,8192,1,116077,14.1695556640625
SSLIP,λ=8,8192,1,100420,12.25830078125
SSLIP,λ=8,8192,1,121755,14.8626708984375
SSLIP,λ=8,8192,1,108648,13.2626953125
SSLIP,λ=8,8192,1,106064,12.947265625
SSLIP,λ=8,8192,1,99961,12.2022705078125
SSLIP,λ=8,8192,1,107526,13.125732421875
SSLIP,λ=8,8192,1,113561,13.8624267578125
SSLIP,λ=8,8192,1,127297,15.5391845703125
SSLIP,λ=8,8192,1,102902,12.561279296875
SSLIP,λ=8,8192,1,103565,12.6422119140625
SSLIP,λ=8,8192,1,97309,11.8785400390625
SSLIP,λ=8,8192,1,100097,12.2188720703125
SSLIP,λ=8,8192,1,109005,13.3062744140625
SSLIP,λ=8,8192,1,89727,10.9530029296875
SSLIP,λ=8,8192,1,95847,11.7000732421875
SSLIP,λ=8,8192,1,119018,14.528564453125
SSLIP,λ=8,8192,1,92430,11.282958984375
SSLIP,λ=8,8192,1,104143,12.7127685546875
SSLIP,λ=8,8192,1,109855,13.4100341796875
SSLIP,λ=8,8192,1,114615,13.9910888671875
SSLIP,λ=8,8192,1,125784,15.3544921875
SSLIP,λ=8,8192,1,116315,14.1986083984375
SSLIP,λ=8,8192,1,130510,15.931396484375
SSLIP,λ=8,8192,1,90169,11.0069580078125
SSLIP,λ=8,8192,1,113272,13.8271484375
SSLIP,λ=8,8192,1,119256,14.5576171875
SSLIP,λ=8,8192,1,100811,12.3060302734375
SSLIP,λ=8,8192,1,139384,17.0146484375
SSLIP,λ=8,8192,1,97190,11.864013671875
SSLIP,λ=8,8192,1,113425,13.8458251953125
SSLIP,λ=8,8192,1,98380,12.00927734375
SSLIP,λ=8,8192,1,106540,13.00537109375
SSLIP,λ=8,8192,1,111623,13.6258544921875
SSLIP,λ=8,8192,1,105724,12.90576171875
SSLIP,λ=8,8192,1,118882,14.511962890625
SSLIP,λ=8,8192,1,107220,13.08837890625
SSLIP,λ=8,8192,1,108138,13.200439453125
SSLIP,λ=8,8192,1,108444,13.23779296875
SSLIP,λ=8,8192,1,91342,11.150146484375
SSLIP,λ=8,8192,1,121177,14.7921142578125
SSLIP,λ=8,8192,1,107050,13.067626953125
SSLIP,λ=8,8192,1,102358,12.494873046875
SSLIP,λ=8,8192,1,115992,14.1591796875
SSLIP,λ=8,8192,1,99281,12.1192626953125
SSLIP,λ=8,8192,1,101236,12.35791015625
SSLIP,λ=8,8192,1,107067,13.0697021484375
SSLIP,λ=8,8192,1,115941,14.1529541015625
SSLIP,λ=8,8192,1,101933,12.4429931640625
SSLIP,λ=8,8192,1,105911,12.9285888671875
SSLIP,λ=8,8192,1,110178,13.449462890625
SSLIP,λ=8,8192,1,97955,11.9573974609375
SSLIP,λ=8,8192,1,101474,12.386962890625
SSLIP,λ=8,8192,1,131088,16.001953125
SSLIP,λ=8,8192,1,117862,14.387451171875
SSLIP,λ=8,8192,1,97836,11.94287109375
SSLIP,λ=8,8192,1,97819,11.9407958984375
SSLIP,λ=8,8192,1,99672,12.1669921875
SSLIP,λ=8,8192,1,115227,14.0657958984375
SSLIP,λ=8,8192,1,103395,12.6214599609375
SSLIP,λ=8,8192,1,105996,12.93896484375
SSLIP,λ=8,8192,1,97496,11.9013671875
SSLIP,λ=8,8192,1,118797,14.5015869140625
SSLIP,λ=8,8192,1,134488,16.4169921875
SSLIP,λ=8,8192,1,95626,11.673095703125
SSLIP,λ=8,8192,1,95932,11.71044921875
SSLIP,λ=8,8192,1,99587,12.1566162109375
SSLIP,λ=8,8192,1,100301,12.2437744140625
SSLIP,λ=8,8192,1,104449,12.7501220703125
SSLIP,λ=8,8192,1,98720,12.05078125
SSLIP,λ=8,8192,1,92498,11.291259765625
SSLIP,λ=8,8192,1,104092,12.70654296875
SSLIP,λ=8,8192,1,103990,12.694091796875
SSLIP,λ=8,8192,1,87942,10.735107421875
SSLIP,λ=8,8192,1,100624,12.283203125
SSLIP,λ=8,8192,1,94504,11.5361328125
SSLIP,λ=8,8192,1,144841,17.6807861328125
SSLIP,λ=8,8192,1,110314,13.466064453125
SSLIP,λ=8,8192,1,114462,13.972412109375
SSLIP,λ=8,8192,1,103803,12.6712646484375
SSLIP,λ=8,8192,1,114700,14.00146484375
SSLIP,λ=8,8192,1,98890,12.071533203125
SSLIP,λ=8,8192,1,160260,19.56298828125
SSLIP,λ=8,8192,1,145691,17.7845458984375
SSDCD,λ=8,8192,1,103008,12.57421875
SSDCD,λ=8,8192,1,84482,10.312744140625
SSDCD,λ=8,8192,1,95412,11.64697265625
SSDCD,λ=8,8192,1,139868,17.07373046875
SSDCD,λ=8,8192,1,97330,11.881103515625
SSDCD,λ=8,8192,1,80175,9.7869873046875
SSDCD,λ=8,8192,1,85575,10.4461669921875
SSDCD,λ=8,8192,1,81451,9.9427490234375
SSDCD,λ=8,8192,1,92616,11.3056640625
SSDCD,λ=8,8192,1,90664,11.0673828125
SSDCD,λ=8,8192,1,89710,10.950927734375
SSDCD,λ=8,8192,1,92378,11.276611328125
SSDCD,λ=8,8192,1,89478,10.922607421875
SSDCD,λ=8,8192,1,90238,11.015380859375
SSDCD,λ=8,8192,1,88108,10.75537109375
SSDCD,λ=8,8192,1,87174,10.641357421875
SSDCD,λ=8,8192,1,93077,11.3619384765625
SSDCD,λ=8,8192,1,99077,12.0943603515625
SSDCD,λ=8,8192,1,98822,12.063232421875
SSDCD,λ=8,8192,1,91117,11.1226806640625
SSDCD,λ=8,8192,1,93161,11.3721923828125
SSDCD,λ=8,8192,1,97159,11.8602294921875
SSDCD,λ=8,8192,1,93528,11.4169921875
SSDCD,λ=8,8192,1,92879,11.3377685546875
SSDCD,λ=8,8192,1,101089,12.3399658203125
SSDCD,λ=8,8192,1,86760,10.5908203125
SSDCD,λ=8,8192,1,88053,10.7486572265625
SSDCD,λ=8,8192,1,118856,14.5087890625
SSDCD,λ=8,8192,1,91863,11.2137451171875
SSDCD,λ=8,8192,1,89573,10.9342041015625
SSDCD,λ=8,8192,1,102775,12.5457763671875
SSDCD,λ=8,8192,1,98462,12.019287109375
SSDCD,λ=8,8192,1,82602,10.083251953125
SSDCD,λ=8,8192,1,96005,11.7193603515625
SSDCD,λ=8,8192,1,90496,11.046875
SSDCD,λ=8,8192,1,85472,10.43359375
SSDCD,λ=8,8192,1,88725,10.8306884765625
SSDCD,λ=8,8192,1,115065,14.0460205078125
SSDCD,λ=8,8192,1,85742,10.466552734375
SSDCD,λ=8,8192,1,95995,11.7181396484375
SSDCD,λ=8,8192,1,94259,11.5062255859375
SSDCD,λ=8,8192,1,124700,15.22216796875
SSDCD,λ=8,8192,1,86218,10.524658203125
SSDCD,λ=8,8192,1,82871,10.1160888671875
SSDCD,λ=8,8192,1,91641,11.1866455078125
SSDCD,λ=8,8192,1,112041,13.6768798828125
SSDCD,λ=8,8192,1,87712,10.70703125
SSDCD,λ=8,8192,1,80617,9.8409423828125
SSDCD,λ=8,8192,1,91414,11.158935546875
SSDCD,λ=8,8192,1,92218,11.257080078125
SSDCD,λ=8,8192,1,86441,10.5518798828125
SSDCD,λ=8,8192,1,88041,10.7471923828125
SSDCD,λ=8,8192,1,96196,11.74267578125
SSDCD,λ=8,8192,1,89385,10.9112548828125
SSDCD,λ=8,8192,1,84536,10.3193359375
SSDCD,λ=8,8192,1,89228,10.89208984375
SSDCD,λ=8,8192,1,98885,12.0709228515625
SSDCD,λ=8,8192,1,86246,10.528076171875
SSDCD,λ=8,8192,1,101578,12.399658203125
SSDCD,λ=8,8192,1,94502,11.535888671875
SSDCD,λ=8,8192,1,111698,13.635009765625
SSDCD,λ=8,8192,1,91581,11.1793212890625
SSDCD,λ=8,8192,1,93262,11.384521484375
SSDCD,λ=8,8192,1,93133,11.3687744140625
SSDCD,λ=8,8192,1,102453,12.5064697265625
SSDCD,λ=8,8192,1,104235,12.7239990234375
SSDCD,λ=8,8192,1,96495,11.7791748046875
SSDCD,λ=8,8192,1,107987,13.1820068359375
SSDCD,λ=8,8192,1,86345,10.5401611328125
SSDCD,λ=8,8192,1,102717,12.5386962890625
SSDCD,λ=8,8192,1,82540,10.07568359375
SSDCD,λ=8,8192,1,101869,12.4351806640625
SSDCD,λ=8,8192,1,91833,11.2100830078125
SSDCD,λ=8,8192,1,86494,10.558349609375
SSDCD,λ=8,8192,1,90737,11.0762939453125
SSDCD,λ=8,8192,1,98673,12.0450439453125
SSDCD,λ=8,8192,1,85553,10.4434814453125
SSDCD,λ=8,8192,1,92305,11.2677001953125
SSDCD,λ=8,8192,1,93064,11.3603515625
SSDCD,λ=8,8192,1,91346,11.150634765625
SSDCD,λ=8,8192,1,83718,10.219482421875
SSDCD,λ=8,8192,1,86699,10.5833740234375
SSDCD,λ=8,8192,1,90063,10.9940185546875
SSDCD,λ=8,8192,1,101570,12.398681640625
SSDCD,λ=8,8192,1,99439,12.1385498046875
SSDCD,λ=8,8192,1,97959,11.9578857421875
SSDCD,λ=8,8192,1,108161,13.2032470703125
SSDCD,λ=8,8192,1,91592,11.1806640625
SSDCD,λ=8,8192,1,93723,11.4407958984375
SSDCD,λ=8,8192,1,95570,11.666259765625
SSDCD,λ=8,8192,1,85193,10.3995361328125
SSDCD,λ=8,8192,1,111062,13.557373046875
SSDCD,λ=8,8192,1,94181,11.4967041015625
SSDCD,λ=8,8192,1,103026,12.576416015625
SSDCD,λ=8,8192,1,101466,12.385986328125
SSDCD,λ=8,8192,1,89488,10.923828125
SSDCD,λ=8,8192,1,93886,11.460693359375
SSDCD,λ=8,8192,1,85574,10.446044921875
SSDCD,λ=8,8192,1,105206,12.842529296875
SSDCD,λ=8,8192,1,90534,11.051513671875
SRDCD,λ=8,8192,1,70143,8.5623779296875
SRDCD,λ=8,8192,1,75532,9.22021484375
SRDCD,λ=8,8192,1,69350,8.465576171875
SRDCD,λ=8,8192,1,66572,8.12646484375
SRDCD,λ=8,8192,1,69920,8.53515625
SRDCD,λ=8,8192,1,71662,8.747802734375
SRDCD,λ=8,8192,1,71392,8.71484375
SRDCD,λ=8,8192,1,67083,8.1888427734375
SRDCD,λ=8,8192,1,66623,8.1326904296875
SRDCD,λ=8,8192,1,70494,8.605224609375
SRDCD,λ=8,8192,1,73024,8.9140625
SRDCD,λ=8,8192,1,65718,8.022216796875
SRDCD,λ=8,8192,1,71824,8.767578125
SRDCD,λ=8,8192,1,71843,8.7698974609375
SRDCD,λ=8,8192,1,70007,8.5457763671875
SRDCD,λ=8,8192,1,68147,8.3187255859375
SRDCD,λ=8,8192,1,72255,8.8201904296875
SRDCD,λ=8,8192,1,69463,8.4793701171875
SRDCD,λ=8,8192,1,71079,8.6766357421875
SRDCD,λ=8,8192,1,77380,9.44580078125
SRDCD,λ=8,8192,1,77830,9.500732421875
SRDCD,λ=8,8192,1,62649,7.6475830078125
SRDCD,λ=8,8192,1,66937,8.1710205078125
SRDCD,λ=8,8192,1,73068,8.91943359375
SRDCD,λ=8,8192,1,72465,8.8458251953125
SRDCD,λ=8,8192,1,75292,9.19091796875
SRDCD,λ=8,8192,1,76517,9.3404541015625
SRDCD,λ=8,8192,1,77922,9.511962890625
SRDCD,λ=8,8192,1,66274,8.090087890625
SRDCD,λ=8,8192,1,71506,8.728759765625
SRDCD,λ=8,8192,1,66237,8.0855712890625
SRDCD,λ=8,8192,1,74772,9.12744140625
SRDCD,λ=8,8192,1,72680,8.8720703125
SRDCD,λ=8,8192,1,65783,8.0301513671875
SRDCD,λ=8,8192,1,78472,9.5791015625
SRDCD,λ=8,8192,1,67388,8.22607421875
SRDCD,λ=8,8192,1,67603,8.2523193359375
SRDCD,λ=8,8192,1,69775,8.5174560546875
SRDCD,λ=8,8192,1,73512,8.9736328125
SRDCD,λ=8,8192,1,66347,8.0989990234375
SRDCD,λ=8,8192,1,67619,8.2542724609375
SRDCD,λ=8,8192,1,63152,7.708984375
SRDCD,λ=8,8192,1,89670,10.946044921875
SRDCD,λ=8,8192,1,83207,10.1571044921875
SRDCD,λ=8,8192,1,70554,8.612548828125
SRDCD,λ=8,8192,1,86421,10.5494384765625
SRDCD,λ=8,8192,1,71352,8.7099609375
SRDCD,λ=8,8192,1,79317,9.6822509765625
SRDCD,λ=8,8192,1,73966,9.029052734375
SRDCD,λ=8,8192,1,71120,8.681640625
SRDCD,λ=8,8192,1,74849,9.1368408203125
SRDCD,λ=8,8192,1,73817,9.0108642578125
SRDCD,λ=8,8192,1,65899,8.0443115234375
SRDCD,λ=8,8192,1,69422,8.474365234375
SRDCD,λ=8,8192,1,68858,8.405517578125
SRDCD,λ=8,8192,1,71203,8.6917724609375
SRDCD,λ=8,8192,1,63860,7.79541015625
SRDCD,λ=8,8192,1,64069,7.8209228515625
SRDCD,λ=8,8192,1,71492,8.72705078125
SRDCD,λ=8,8192,1,62544,7.634765625
SRDCD,λ=8,8192,1,73767,9.0047607421875
SRDCD,λ=8,8192,1,64361,7.8565673828125
SRDCD,λ=8,8192,1,69179,8.4447021484375
SRDCD,λ=8,8192,1,65586,8.006103515625
SRDCD,λ=8,8192,1,70283,8.5794677734375
SRDCD,λ=8,8192,1,68514,8.363525390625
SRDCD,λ=8,8192,1,68480,8.359375
SRDCD,λ=8,8192,1,76903,9.3875732421875
SRDCD,λ=8,8192,1,76032,9.28125
SRDCD,λ=8,8192,1,69717,8.5103759765625
SRDCD,λ=8,8192,1,65656,8.0146484375
SRDCD,λ=8,8192,1,67341,8.2203369140625
SRDCD,λ=8,8192,1,69941,8.5377197265625
SRDCD,λ=8,8192,1,68492,8.36083984375
SRDCD,λ=8,8192,1,63961,7.8077392578125
SRDCD,λ=8,8192,1,83331,10.1722412109375
SRDCD,λ=8,8192,1,68304,8.337890625
SRDCD,λ=8,8192,1,75531,9.2200927734375
SRDCD,λ=8,8192,1,63458,7.746337890625
SRDCD,λ=8,8192,1,63228,7.71826171875
SRDCD,λ=8,8192,1,62940,7.68310546875
SRDCD,λ=8,8192,1,73167,8.9315185546875
SRDCD,λ=8,8192,1,66702,8.142333984375
SRDCD,λ=8,8192,1,68577,8.3712158203125
SRDCD,λ=8,8192,1,72832,8.890625
SRDCD,λ=8,8192,1,72497,8.8497314453125
SRDCD,λ=8,8192,1,68015,8.3026123046875
SRDCD,λ=8,8192,1,67464,8.2353515625
SRDCD,λ=8,8192,1,72643,8.8675537109375
SRDCD,λ=8,8192,1,65003,7.9349365234375
SRDCD,λ=8,8192,1,67756,8.27099609375
SRDCD,λ=8,8192,1,66383,8.1033935546875
SRDCD,λ=8,8192,1,72077,8.7984619140625
SRDCD,λ=8,8192,1,77518,9.462646484375
SRDCD,λ=8,8192,1,69791,8.5194091796875
SRDCD,λ=8,8192,1,71199,8.6912841796875
SRDCD,λ=8,8192,1,66944,8.171875
SRDCD,λ=8,8192,1,77873,9.5059814453125
SRDCD,λ=8,8192,1,67621,8.2545166015625
SRDCD,λ=8,8192,1,64698,7.897705078125
SHDCD,λ=8,8192,1,69093,8.4342041015625
SHDCD,λ=8,8192,1,66369,8.1016845703125
SHDCD,λ=8,8192,1,67213,8.2047119140625
SHDCD,λ=8,8192,1,76181,9.2994384765625
SHDCD,λ=8,8192,1,61581,7.5172119140625
SHDCD,λ=8,8192,1,81381,9.9342041015625
SHDCD,λ=8,8192,1,68893,8.4097900390625
SHDCD,λ=8,8192,1,65589,8.0064697265625
SHDCD,λ=8,8192,1,69129,8.4385986328125
SHDCD,λ=8,8192,1,71233,8.6954345703125
SHDCD,λ=8,8192,1,67649,8.2579345703125
SHDCD,λ=8,8192,1,74221,9.0601806640625
SHDCD,λ=8,8192,1,70741,8.6353759765625
SHDCD,λ=8,8192,1,64505,7.8741455078125
SHDCD,λ=8,8192,1,63325,7.7301025390625
SHDCD,λ=8,8192,1,72269,8.8218994140625
SHDCD,λ=8,8192,1,76317,9.3160400390625
SHDCD,λ=8,8192,1,68765,8.3941650390625
SHDCD,λ=8,8192,1,69197,8.4468994140625
SHDCD,λ=8,8192,1,78521,9.5850830078125
SHDCD,λ=8,8192,1,76929,9.3907470703125
SHDCD,λ=8,8192,1,68441,8.3546142578125
SHDCD,λ=8,8192,1,66089,8.0675048828125
SHDCD,λ=8,8192,1,65573,8.0045166015625
SHDCD,λ=8,8192,1,67217,8.2052001953125
SHDCD,λ=8,8192,1,74121,9.0479736328125
SHDCD,λ=8,8192,1,65173,7.9556884765625
SHDCD,λ=8,8192,1,64841,7.9151611328125
SHDCD,λ=8,8192,1,71473,8.7247314453125
SHDCD,λ=8,8192,1,64873,7.9190673828125
SHDCD,λ=8,8192,1,64649,7.8917236328125
SHDCD,λ=8,8192,1,76065,9.2852783203125
SHDCD,λ=8,8192,1,64641,7.8907470703125
SHDCD,λ=8,8192,1,64817,7.9122314453125
SHDCD,λ=8,8192,1,66085,8.0670166015625
SHDCD,λ=8,8192,1,62745,7.6593017578125
SHDCD,λ=8,8192,1,69161,8.4425048828125
SHDCD,λ=8,8192,1,66741,8.1470947265625
SHDCD,λ=8,8192,1,74709,9.1197509765625
SHDCD,λ=8,8192,1,70901,8.6549072265625
SHDCD,λ=8,8192,1,73757,9.0035400390625
SHDCD,λ=8,8192,1,76821,9.3775634765625
SHDCD,λ=8,8192,1,66557,8.1246337890625
SHDCD,λ=8,8192,1,68945,8.4161376953125
SHDCD,λ=8,8192,1,61185,7.4688720703125
SHDCD,λ=8,8192,1,66461,8.1129150390625
SHDCD,λ=8,8192,1,62749,7.6597900390625
SHDCD,λ=8,8192,1,65937,8.0489501953125
SHDCD,λ=8,8192,1,62001,7.5684814453125
SHDCD,λ=8,8192,1,68233,8.3292236328125
SHDCD,λ=8,8192,1,70501,8.6060791015625
SHDCD,λ=8,8192,1,63545,7.7569580078125
SHDCD,λ=8,8192,1,65985,8.0548095703125
SHDCD,λ=8,8192,1,69401,8.4718017578125
SHDCD,λ=8,8192,1,78481,9.5802001953125
SHDCD,λ=8,8192,1,85629,10.4527587890625
SHDCD,λ=8,8192,1,72665,8.8702392578125
SHDCD,λ=8,8192,1,68405,8.3502197265625
SHDCD,λ=8,8192,1,69077,8.4322509765625
SHDCD,λ=8,8192,1,70541,8.6109619140625
SHDCD,λ=8,8192,1,71549,8.7340087890625
SHDCD,λ=8,8192,1,63873,7.7969970703125
SHDCD,λ=8,8192,1,67677,8.2613525390625
SHDCD,λ=8,8192,1,64657,7.8927001953125
SHDCD,λ=8,8192,1,68245,8.3306884765625
SHDCD,λ=8,8192,1,88033,10.7462158203125
SHDCD,λ=8,8192,1,67437,8.2320556640625
SHDCD,λ=8,8192,1,64829,7.9136962890625
SHDCD,λ=8,8192,1,72417,8.8399658203125
SHDCD,λ=8,8192,1,65105,7.9473876953125
SHDCD,λ=8,8192,1,62933,7.6822509765625
SHDCD,λ=8,8192,1,74437,9.0865478515625
SHDCD,λ=8,8192,1,68497,8.3614501953125
SHDCD,λ=8,8192,1,65517,7.9976806640625
SHDCD,λ=8,8192,1,75789,9.2515869140625
SHDCD,λ=8,8192,1,64005,7.8131103515625
SHDCD,λ=8,8192,1,70205,8.5699462890625
SHDCD,λ=8,8192,1,65157,7.9537353515625
SHDCD,λ=8,8192,1,66901,8.1666259765625
SHDCD,λ=8,8192,1,66245,8.0865478515625
SHDCD,λ=8,8192,1,67369,8.2237548828125
SHDCD,λ=8,8192,1,62773,7.6627197265625
SHDCD,λ=8,8192,1,62825,7.6690673828125
SHDCD,λ=8,8192,1,66317,8.0953369140625
SHDCD,λ=8,8192,1,65301,7.9713134765625
SHDCD,λ=8,8192,1,62869,7.6744384765625
SHDCD,λ=8,8192,1,71605,8.7408447265625
SHDCD,λ=8,8192,1,68005,8.3013916015625
SHDCD,λ=8,8192,1,68037,8.3052978515625
SHDCD,λ=8,8192,1,61493,7.5064697265625
SHDCD,λ=8,8192,1,82533,10.0748291015625
SHDCD,λ=8,8192,1,70597,8.6177978515625
SHDCD,λ=8,8192,1,65989,8.0552978515625
SHDCD,λ=8,8192,1,71825,8.7677001953125
SHDCD,λ=8,8192,1,70145,8.5626220703125
SHDCD,λ=8,8192,1,62861,7.6734619140625
SHDCD,λ=8,8192,1,67105,8.1915283203125
SHDCD,λ=8,8192,1,66881,8.1641845703125
SHDCD,λ=8,8192,1,62965,7.6861572265625
SHDCD,λ=8,8192,1,68901,8.4107666015625
SHLCD,λ=8,8192,1,69159,8.4422607421875
SHLCD,λ=8,8192,1,67323,8.2181396484375
SHLCD,λ=8,8192,1,73556,8.97900390625
SHLCD,λ=8,8192,1,80048,9.771484375
SHLCD,λ=8,8192,1,64251,7.8431396484375
SHLCD,λ=8,8192,1,67936,8.29296875
SHLCD,λ=8,8192,1,68011,8.3021240234375
SHLCD,λ=8,8192,1,61082,7.456298828125
SHLCD,λ=8,8192,1,68940,8.41552734375
SHLCD,λ=8,8192,1,62332,7.60888671875
SHLCD,λ=8,8192,1,70296,8.5810546875
SHLCD,λ=8,8192,1,67066,8.186767578125
SHLCD,λ=8,8192,1,69126,8.438232421875
SHLCD,λ=8,8192,1,67642,8.257080078125
SHLCD,λ=8,8192,1,74323,9.0726318359375
SHLCD,λ=8,8192,1,64650,7.891845703125
SHLCD,λ=8,8192,1,65860,8.03955078125
SHLCD,λ=8,8192,1,78594,9.593994140625
SHLCD,λ=8,8192,1,66440,8.1103515625
SHLCD,λ=8,8192,1,62421,7.6197509765625
SHLCD,λ=8,8192,1,73647,8.9901123046875
SHLCD,λ=8,8192,1,72698,8.874267578125
SHLCD,λ=8,8192,1,79478,9.701904296875
SHLCD,λ=8,8192,1,64249,7.8428955078125
SHLCD,λ=8,8192,1,65063,7.9422607421875
SHLCD,λ=8,8192,1,68756,8.39306640625
SHLCD,λ=8,8192,1,67041,8.1837158203125
SHLCD,λ=8,8192,1,70632,8.6220703125
SHLCD,λ=8,8192,1,68846,8.404052734375
SHLCD,λ=8,8192,1,70274,8.578369140625
SHLCD,λ=8,8192,1,63764,7.78369140625
SHLCD,λ=8,8192,1,68406,8.350341796875
SHLCD,λ=8,8192,1,66050,8.062744140625
SHLCD,λ=8,8192,1,63938,7.804931640625
SHLCD,λ=8,8192,1,72979,8.9085693359375
SHLCD,λ=8,8192,1,70639,8.6229248046875
SHLCD,λ=8,8192,1,72992,8.91015625
SHLCD,λ=8,8192,1,75055,9.1619873046875
SHLCD,λ=8,8192,1,62769,7.6622314453125
SHLCD,λ=8,8192,1,65825,8.0352783203125
SHLCD,λ=8,8192,1,68680,8.3837890625
SHLCD,λ=8,8192,1,69004,8.42333984375
SHLCD,λ=8,8192,1,67410,8.228759765625
SHLCD,λ=8,8192,1,78846,9.624755859375
SHLCD,λ=8,8192,1,67699,8.2640380859375
SHLCD,λ=8,8192,1,68621,8.3765869140625
SHLCD,λ=8,8192,1,66859,8.1614990234375
SHLCD,λ=8,8192,1,76050,9.283447265625
SHLCD,λ=8,8192,1,69644,8.50146484375
SHLCD,λ=8,8192,1,64883,7.9202880859375
SHLCD,λ=8,8192,1,68310,8.338623046875
SHLCD,λ=8,8192,1,64520,7.8759765625
SHLCD,λ=8,8192,1,79372,9.68896484375
SHLCD,λ=8,8192,1,64288,7.84765625
SHLCD,λ=8,8192,1,80242,9.795166015625
SHLCD,λ=8,8192,1,75659,9.2357177734375
SHLCD,λ=8,8192,1,67978,8.298095703125
SHLCD,λ=8,8192,1,72170,8.809814453125
SHLCD,λ=8,8192,1,70836,8.64697265625
SHLCD,λ=8,8192,1,67939,8.2933349609375
SHLCD,λ=8,8192,1,87855,10.7244873046875
SHLCD,λ=8,8192,1,67145,8.1964111328125
SHLCD,λ=8,8192,1,68504,8.3623046875
SHLCD,λ=8,8192,1,66517,8.1197509765625
SHLCD,λ=8,8192,1,67269,8.2115478515625
SHLCD,λ=8,8192,1,71275,8.7005615234375
SHLCD,λ=8,8192,1,67886,8.286865234375
SHLCD,λ=8,8192,1,69031,8.4266357421875
SHLCD,λ=8,8192,1,69494,8.483154296875
SHLCD,λ=8,8192,1,70519,8.6082763671875
SHLCD,λ=8,8192,1,62657,7.6485595703125
SHLCD,λ=8,8192,1,74971,9.1517333984375
SHLCD,λ=8,8192,1,62578,7.638916015625
SHLCD,λ=8,8192,1,63227,7.7181396484375
SHLCD,λ=8,8192,1,71235,8.6956787109375
SHLCD,λ=8,8192,1,65757,8.0269775390625
SHLCD,λ=8,8192,1,69804,8.52099609375
SHLCD,λ=8,8192,1,66760,8.1494140625
SHLCD,λ=8,8192,1,73340,8.95263671875
SHLCD,λ=8,8192,1,69906,8.533447265625
SHLCD,λ=8,8192,1,62669,7.6500244140625
SHLCD,λ=8,8192,1,66225,8.0841064453125
SHLCD,λ=8,8192,1,75033,9.1593017578125
SHLCD,λ=8,8192,1,70029,8.5484619140625
SHLCD,λ=8,8192,1,73210,8.936767578125
SHLCD,λ=8,8192,1,68497,8.3614501953125
SHLCD,λ=8,8192,1,68416,8.3515625
SHLCD,λ=8,8192,1,71686,8.750732421875
SHLCD,λ=8,8192,1,68465,8.3575439453125
SHLCD,λ=8,8192,1,70044,8.55029296875
SHLCD,λ=8,8192,1,81020,9.89013671875
SHLCD,λ=8,8192,1,70900,8.65478515625
SHLCD,λ=8,8192,1,67299,8.2152099609375
SHLCD,λ=8,8192,1,75437,9.2086181640625
SHLCD,λ=8,8192,1,69477,8.4810791015625
SHLCD,λ=8,8192,1,78210,9.547119140625
SHLCD,λ=8,8192,1,63197,7.7144775390625
SHLCD,λ=8,8192,1,63849,7.7940673828125
SHLCD,λ=8,8192,1,66578,8.127197265625
SHLCD,λ=8,8192,1,70978,8.664306640625
SRLCD,λ=8,8192,1,76247,9.3074951171875
SRLCD,λ=8,8192,1,72107,8.8021240234375
SRLCD,λ=8,8192,1,70472,8.6025390625
SRLCD,λ=8,8192,1,70244,8.57470703125
SRLCD,λ=8,8192,1,64155,7.8314208984375
SRLCD,λ=8,8192,1,75726,9.243896484375
SRLCD,λ=8,8192,1,68204,8.32568359375
SRLCD,λ=8,8192,1,67438,8.232177734375
SRLCD,λ=8,8192,1,70327,8.5848388671875
SRLCD,λ=8,8192,1,70073,8.5538330078125
SRLCD,λ=8,8192,1,76850,9.381103515625
SRLCD,λ=8,8192,1,70427,8.5970458984375
SRLCD,λ=8,8192,1,66995,8.1781005859375
SRLCD,λ=8,8192,1,63991,7.8114013671875
SRLCD,λ=8,8192,1,70239,8.5740966796875
SRLCD,λ=8,8192,1,75955,9.2718505859375
SRLCD,λ=8,8192,1,71597,8.7398681640625
SRLCD,λ=8,8192,1,86179,10.5198974609375
SRLCD,λ=8,8192,1,69337,8.4639892578125
SRLCD,λ=8,8192,1,74845,9.1363525390625
SRLCD,λ=8,8192,1,70768,8.638671875
SRLCD,λ=8,8192,1,65322,7.973876953125
SRLCD,λ=8,8192,1,75510,9.217529296875
SRLCD,λ=8,8192,1,72359,8.8328857421875
SRLCD,λ=8,8192,1,69242,8.452392578125
SRLCD,λ=8,8192,1,68081,8.3106689453125
SRLCD,λ=8,8192,1,62191,7.5916748046875
SRLCD,λ=8,8192,1,65610,8.009033203125
SRLCD,λ=8,8192,1,66153,8.0753173828125
SRLCD,λ=8,8192,1,70146,8.562744140625
SRLCD,λ=8,8192,1,81117,9.9019775390625
SRLCD,λ=8,8192,1,91643,11.1868896484375
SRLCD,λ=8,8192,1,77218,9.426025390625
SRLCD,λ=8,8192,1,72745,8.8800048828125
SRLCD,λ=8,8192,1,67302,8.215576171875
SRLCD,λ=8,8192,1,68830,8.402099609375
SRLCD,λ=8,8192,1,69429,8.4752197265625
SRLCD,λ=8,8192,1,74372,9.07861328125
SRLCD,λ=8,8192,1,73819,9.0111083984375
SRLCD,λ=8,8192,1,67321,8.2178955078125
SRLCD,λ=8,8192,1,71212,8.69287109375
SRLCD,λ=8,8192,1,71815,8.7664794921875
SRLCD,λ=8,8192,1,65584,8.005859375
SRLCD,λ=8,8192,1,67014,8.180419921875
SRLCD,λ=8,8192,1,70979,8.6644287109375
SRLCD,λ=8,8192,1,71454,8.722412109375
SRLCD,λ=8,8192,1,68103,8.3133544921875
SRLCD,λ=8,8192,1,63362,7.734619140625
SRLCD,λ=8,8192,1,70996,8.66650390625
SRLCD,λ=8,8192,1,71303,8.7039794921875
SRLCD,λ=8,8192,1,64194,7.836181640625
SRLCD,λ=8,8192,1,76541,9.3433837890625
SRLCD,λ=8,8192,1,78326,9.561279296875
SRLCD,λ=8,8192,1,67208,8.2041015625
SRLCD,λ=8,8192,1,64507,7.8743896484375
SRLCD,λ=8,8192,1,67051,8.1849365234375
SRLCD,λ=8,8192,1,71385,8.7139892578125
SRLCD,λ=8,8192,1,69184,8.4453125
SRLCD,λ=8,8192,1,69039,8.4276123046875
SRLCD,λ=8,8192,1,71721,8.7550048828125
SRLCD,λ=8,8192,1,68751,8.3924560546875
SRLCD,λ=8,8192,1,72958,8.906005859375
SRLCD,λ=8,8192,1,71513,8.7296142578125
SRLCD,λ=8,8192,1,77293,9.4351806640625
SRLCD,λ=8,8192,1,73156,8.93017578125
SRLCD,λ=8,8192,1,78899,9.6312255859375
SRLCD,λ=8,8192,1,63190,7.713623046875
SRLCD,λ=8,8192,1,74075,9.0423583984375
SRLCD,λ=8,8192,1,65419,7.9857177734375
SRLCD,λ=8,8192,1,69856,8.52734375
SRLCD,λ=8,8192,1,67572,8.24853515625
SRLCD,λ=8,8192,1,73074,8.920166015625
SRLCD,λ=8,8192,1,71356,8.71044921875
SRLCD,λ=8,8192,1,64427,7.8646240234375
SRLCD,λ=8,8192,1,75147,9.1732177734375
SRLCD,λ=8,8192,1,69634,8.500244140625
SRLCD,λ=8,8192,1,66843,8.1595458984375
SRLCD,λ=8,8192,1,70166,8.565185546875
SRLCD,λ=8,8192,1,66213,8.0826416015625
SRLCD,λ=8,8192,1,67090,8.189697265625
SRLCD,λ=8,8192,1,76693,9.3619384765625
SRLCD,λ=8,8192,1,67037,8.1832275390625
SRLCD,λ=8,8192,1,70002,8.545166015625
SRLCD,λ=8,8192,1,75157,9.1744384765625
SRLCD,λ=8,8192,1,67534,8.243896484375
SRLCD,λ=8,8192,1,77509,9.4615478515625
SRLCD,λ=8,8192,1,68649,8.3800048828125
SRLCD,λ=8,8192,1,68775,8.3953857421875
SRLCD,λ=8,8192,1,65721,8.0225830078125
SRLCD,λ=8,8192,1,77518,9.462646484375
SRLCD,λ=8,8192,1,70597,8.6177978515625
SRLCD,λ=8,8192,1,79282,9.677978515625
SRLCD,λ=8,8192,1,75673,9.2374267578125
SRLCD,λ=8,8192,1,65746,8.025634765625
SRLCD,λ=8,8192,1,70683,8.6282958984375
SRLCD,λ=8,8192,1,73012,8.91259765625
SRLCD,λ=8,8192,1,69470,8.480224609375
SRLCD,λ=8,8192,1,68099,8.3128662109375
SRLCD,λ=8,8192,1,67165,8.1988525390625
SSLCD,λ=8,8192,1,96455,11.7742919921875
SSLCD,λ=8,8192,1,95741,11.6871337890625
SSLCD,λ=8,8192,1,96585,11.7901611328125
SSLCD,λ=8,8192,1,94085,11.4849853515625
SSLCD,λ=8,8192,1,109238,13.334716796875
SSLCD,λ=8,8192,1,118060,14.41162109375
SSLCD,λ=8,8192,1,101023,12.3319091796875
SSLCD,λ=8,8192,1,99117,12.0992431640625
SSLCD,λ=8,8192,1,94417,11.5255126953125
SSLCD,λ=8,8192,1,135230,16.507568359375
SSLCD,λ=8,8192,1,106913,13.0509033203125
SSLCD,λ=8,8192,1,109797,13.4029541015625
SSLCD,λ=8,8192,1,115508,14.10009765625
SSLCD,λ=8,8192,1,98811,12.0618896484375
SSLCD,λ=8,8192,1,90218,11.012939453125
SSLCD,λ=8,8192,1,91071,11.1170654296875
SSLCD,λ=8,8192,1,102276,12.48486328125
SSLCD,λ=8,8192,1,103568,12.642578125
SSLCD,λ=8,8192,1,108583,13.2547607421875
SSLCD,λ=8,8192,1,96660,11.79931640625
SSLCD,λ=8,8192,1,98064,11.970703125
SSLCD,λ=8,8192,1,100913,12.3184814453125
SSLCD,λ=8,8192,1,105391,12.8651123046875
SSLCD,λ=8,8192,1,94099,11.4866943359375
SSLCD,λ=8,8192,1,109727,13.3944091796875
SSLCD,λ=8,8192,1,96044,11.72412109375
SSLCD,λ=8,8192,1,97122,11.855712890625
SSLCD,λ=8,8192,1,91513,11.1710205078125
SSLCD,λ=8,8192,1,117174,14.303466796875
SSLCD,λ=8,8192,1,112780,13.76708984375
SSLCD,λ=8,8192,1,89822,10.964599609375
SSLCD,λ=8,8192,1,98409,12.0128173828125
SSLCD,λ=8,8192,1,112471,13.7293701171875
SSLCD,λ=8,8192,1,99315,12.1234130859375
SSLCD,λ=8,8192,1,102267,12.4837646484375
SSLCD,λ=8,8192,1,109422,13.357177734375
SSLCD,λ=8,8192,1,116798,14.257568359375
SSLCD,λ=8,8192,1,93594,11.425048828125
SSLCD,λ=8,8192,1,100829,12.3082275390625
SSLCD,λ=8,8192,1,90995,11.1077880859375
SSLCD,λ=8,8192,1,110892,13.53662109375
SSLCD,λ=8,8192,1,103791,12.6697998046875
SSLCD,λ=8,8192,1,89939,10.9788818359375
SSLCD,λ=8,8192,1,106517,13.0025634765625
SSLCD,λ=8,8192,1,101138,12.345947265625
SSLCD,λ=8,8192,1,99563,12.1536865234375
SSLCD,λ=8,8192,1,99131,12.1009521484375
SSLCD,λ=8,8192,1,105453,12.8726806640625
SSLCD,λ=8,8192,1,128761,15.7178955078125
SSLCD,λ=8,8192,1,93368,11.3974609375
SSLCD,λ=8,8192,1,93019,11.3548583984375
SSLCD,λ=8,8192,1,101733,12.4185791015625
SSLCD,λ=8,8192,1,93008,11.353515625
SSLCD,λ=8,8192,1,102582,12.522216796875
SSLCD,λ=8,8192,1,105756,12.90966796875
SSLCD,λ=8,8192,1,91798,11.205810546875
SSLCD,λ=8,8192,1,90786,11.082275390625
SSLCD,λ=8,8192,1,99723,12.1732177734375
SSLCD,λ=8,8192,1,99742,12.175537109375
SSLCD,λ=8,8192,1,93584,11.423828125
SSLCD,λ=8,8192,1,92075,11.2396240234375
SSLCD,λ=8,8192,1,100021,12.2095947265625
SSLCD,λ=8,8192,1,105476,12.87548828125
SSLCD,λ=8,8192,1,113843,13.8968505859375
SSLCD,λ=8,8192,1,99641,12.1632080078125
SSLCD,λ=8,8192,1,104071,12.7039794921875
SSLCD,λ=8,8192,1,104876,12.80224609375
SSLCD,λ=8,8192,1,98043,11.9681396484375
SSLCD,λ=8,8192,1,87303,10.6571044921875
SSLCD,λ=8,8192,1,88201,10.7667236328125
SSLCD,λ=8,8192,1,95402,11.645751953125
SSLCD,λ=8,8192,1,91628,11.18505859375
SSLCD,λ=8,8192,1,111407,13.5994873046875
SSLCD,λ=8,8192,1,101773,12.4234619140625
SSLCD,λ=8,8192,1,97287,11.8758544921875
SSLCD,λ=8,8192,1,111952,13.666015625
SSLCD,λ=8,8192,1,97235,11.8695068359375
SSLCD,λ=8,8192,1,114736,14.005859375
SSLCD,λ=8,8192,1,95838,11.698974609375
SSLCD,λ=8,8192,1,89295,10.9002685546875
SSLCD,λ=8,8192,1,90611,11.0609130859375
SSLCD,λ=8,8192,1,98443,12.0169677734375
SSLCD,λ=8,8192,1,96794,11.815673828125
SSLCD,λ=8,8192,1,110505,13.4893798828125
SSLCD,λ=8,8192,1,91490,11.168212890625
SSLCD,λ=8,8192,1,98454,12.018310546875
SSLCD,λ=8,8192,1,133542,16.301513671875
SSLCD,λ=8,8192,1,104215,12.7215576171875
SSLCD,λ=8,8192,1,100471,12.2645263671875
SSLCD,λ=8,8192,1,105043,12.8226318359375
SSLCD,λ=8,8192,1,96192,11.7421875
SSLCD,λ=8,8192,1,100241,12.2364501953125
SSLCD,λ=8,8192,1,94248,11.5048828125
SSLCD,λ=8,8192,1,91504,11.169921875
SSLCD,λ=8,8192,1,98393,12.0108642578125
SSLCD,λ=8,8192,1,98099,11.9749755859375
SSLCD,λ=8,8192,1,85798,10.473388671875
SSLCD,λ=8,8192,1,130267,15.9017333984375
SSLCD,λ=8,8192,1,110295,13.4637451171875
SSDSD,λ=8,8192,1,85637,10.4537353515625
SSDSD,λ=8,8192,1,85458,10.431884765625
SSDSD,λ=8,8192,1,104879,12.8026123046875
SSDSD,λ=8,8192,1,91261,11.1402587890625
SSDSD,λ=8,8192,1,81413,9.9381103515625
SSDSD,λ=8,8192,1,90384,11.033203125
SSDSD,λ=8,8192,1,89244,10.89404296875
SSDSD,λ=8,8192,1,107225,13.0889892578125
SSDSD,λ=8,8192,1,92406,11.280029296875
SSDSD,λ=8,8192,1,93168,11.373046875
SSDSD,λ=8,8192,1,102089,12.4620361328125
SSDSD,λ=8,8192,1,104609,12.7696533203125
SSDSD,λ=8,8192,1,106751,13.0311279296875
SSDSD,λ=8,8192,1,106946,13.054931640625
SSDSD,λ=8,8192,1,80361,9.8096923828125
SSDSD,λ=8,8192,1,86314,10.536376953125
SSDSD,λ=8,8192,1,88172,10.76318359375
SSDSD,λ=8,8192,1,90038,10.990966796875
SSDSD,λ=8,8192,1,91228,11.13623046875
SSDSD,λ=8,8192,1,109535,13.3709716796875
SSDSD,λ=8,8192,1,90651,11.0657958984375
SSDSD,λ=8,8192,1,97529,11.9053955078125
SSDSD,λ=8,8192,1,96594,11.791259765625
SSDSD,λ=8,8192,1,106163,12.9593505859375
SSDSD,λ=8,8192,1,102042,12.456298828125
SSDSD,λ=8,8192,1,96871,11.8250732421875
SSDSD,λ=8,8192,1,104849,12.7989501953125
SSDSD,λ=8,8192,1,92665,11.3116455078125
SSDSD,λ=8,8192,1,99515,12.1478271484375
SSDSD,λ=8,8192,1,92073,11.2393798828125
SSDSD,λ=8,8192,1,87688,10.7041015625
SSDSD,λ=8,8192,1,108597,13.2564697265625
SSDSD,λ=8,8192,1,89783,10.9598388671875
SSDSD,λ=8,8192,1,89048,10.8701171875
SSDSD,λ=8,8192,1,90545,11.0528564453125
SSDSD,λ=8,8192,1,85307,10.4134521484375
SSDSD,λ=8,8192,1,82098,10.021728515625
SSDSD,λ=8,8192,1,84783,10.3494873046875
SSDSD,λ=8,8192,1,99421,12.1363525390625
SSDSD,λ=8,8192,1,84710,10.340576171875
SSDSD,λ=8,8192,1,98945,12.0782470703125
SSDSD,λ=8,8192,1,87661,10.7008056640625
SSDSD,λ=8,8192,1,100150,12.225341796875
SSDSD,λ=8,8192,1,110984,13.5478515625
SSDSD,λ=8,8192,1,104689,12.7794189453125
SSDSD,λ=8,8192,1,105257,12.8487548828125
SSDSD,λ=8,8192,1,92024,11.2333984375
SSDSD,λ=8,8192,1,85978,10.495361328125
SSDSD,λ=8,8192,1,96926,11.831787109375
SSDSD,λ=8,8192,1,84358,10.297607421875
SSDSD,λ=8,8192,1,92985,11.3507080078125
SSDSD,λ=8,8192,1,79388,9.69091796875
SSDSD,λ=8,8192,1,93169,11.3731689453125
SSDSD,λ=8,8192,1,94284,11.50927734375
SSDSD,λ=8,8192,1,96129,11.7344970703125
SSDSD,λ=8,8192,1,90175,11.0076904296875
SSDSD,λ=8,8192,1,80550,9.832763671875
SSDSD,λ=8,8192,1,87232,10.6484375
SSDSD,λ=8,8192,1,82830,10.111083984375
SSDSD,λ=8,8192,1,93100,11.36474609375
SSDSD,λ=8,8192,1,85597,10.4488525390625
SSDSD,λ=8,8192,1,87864,10.7255859375
SSDSD,λ=8,8192,1,83885,10.2398681640625
SSDSD,λ=8,8192,1,92067,11.2386474609375
SSDSD,λ=8,8192,1,106153,12.9581298828125
SSDSD,λ=8,8192,1,83174,10.153076171875
SSDSD,λ=8,8192,1,88161,10.7618408203125
SSDSD,λ=8,8192,1,102141,12.4683837890625
SSDSD,λ=8,8192,1,75123,9.1702880859375
SSDSD,λ=8,8192,1,85397,10.4244384765625
SSDSD,λ=8,8192,1,93059,11.3597412109375
SSDSD,λ=8,8192,1,100529,12.2716064453125
SSDSD,λ=8,8192,1,98668,12.04443359375
SSDSD,λ=8,8192,1,88632,10.8193359375
SSDSD,λ=8,8192,1,83656,10.2119140625
SSDSD,λ=8,8192,1,88407,10.7918701171875
SSDSD,λ=8,8192,1,93362,11.396728515625
SSDSD,λ=8,8192,1,78647,9.6004638671875
SSDSD,λ=8,8192,1,89758,10.956787109375
SSDSD,λ=8,8192,1,89299,10.9007568359375
SSDSD,λ=8,8192,1,83710,10.218505859375
SSDSD,λ=8,8192,1,83475,10.1898193359375
SSDSD,λ=8,8192,1,97101,11.8531494140625
SSDSD,λ=8,8192,1,88322,10.781494140625
SSDSD,λ=8,8192,1,91018,11.110595703125
SSDSD,λ=8,8192,1,92513,11.2930908203125
SSDSD,λ=8,8192,1,96704,11.8046875
SSDSD,λ=8,8192,1,87439,10.6737060546875
SSDSD,λ=8,8192,1,99297,12.1212158203125
SSDSD,λ=8,8192,1,88814,10.841552734375
SSDSD,λ=8,8192,1,80431,9.8182373046875
SSDSD,λ=8,8192,1,91355,11.1517333984375
SSDSD,λ=8,8192,1,92564,11.29931640625
SSDSD,λ=8,8192,1,91097,11.1202392578125
SSDSD,λ=8,8192,1,94054,11.481201171875
SSDSD,λ=8,8192,1,92188,11.25341796875
SSDSD,λ=8,8192,1,84593,10.3262939453125
SSDSD,λ=8,8192,1,88736,10.83203125
SSDSD,λ=8,8192,1,85885,10.4840087890625
SSDSD,λ=8,8192,1,90674,11.068603515625
SRDSD,λ=8,8192,1,72967,8.9071044921875
SRDSD,λ=8,8192,1,68131,8.3167724609375
SRDSD,λ=8,8192,1,62065,7.5762939453125
SRDSD,λ=8,8192,1,67669,8.2603759765625
SRDSD,λ=8,8192,1,67785,8.2745361328125
SRDSD,λ=8,8192,1,61727,7.5350341796875
SRDSD,λ=8,8192,1,62705,7.6544189453125
SRDSD,λ=8,8192,1,68993,8.4219970703125
SRDSD,λ=8,8192,1,69119,8.4373779296875
SRDSD,λ=8,8192,1,70917,8.6568603515625
SRDSD,λ=8,8192,1,66099,8.0687255859375
SRDSD,λ=8,8192,1,64275,7.8460693359375
SRDSD,λ=8,8192,1,62413,7.6187744140625
SRDSD,λ=8,8192,1,68331,8.3411865234375
SRDSD,λ=8,8192,1,61041,7.4512939453125
SRDSD,λ=8,8192,1,70693,8.6295166015625
SRDSD,λ=8,8192,1,67251,8.2093505859375
SRDSD,λ=8,8192,1,68447,8.3553466796875
SRDSD,λ=8,8192,1,67895,8.2879638671875
SRDSD,λ=8,8192,1,62489,7.6280517578125
SRDSD,λ=8,8192,1,62517,7.6314697265625
SRDSD,λ=8,8192,1,66891,8.1654052734375
SRDSD,λ=8,8192,1,67721,8.2667236328125
SRDSD,λ=8,8192,1,62833,7.6700439453125
SRDSD,λ=8,8192,1,71173,8.6881103515625
SRDSD,λ=8,8192,1,63587,7.7620849609375
SRDSD,λ=8,8192,1,66375,8.1024169921875
SRDSD,λ=8,8192,1,61235,7.4749755859375
SRDSD,λ=8,8192,1,65605,8.0084228515625
SRDSD,λ=8,8192,1,60887,7.4324951171875
SRDSD,λ=8,8192,1,61439,7.4998779296875
SRDSD,λ=8,8192,1,61987,7.5667724609375
SRDSD,λ=8,8192,1,61347,7.4886474609375
SRDSD,λ=8,8192,1,61475,7.5042724609375
SRDSD,λ=8,8192,1,69249,8.4532470703125
SRDSD,λ=8,8192,1,68757,8.3931884765625
SRDSD,λ=8,8192,1,58551,7.1473388671875
SRDSD,λ=8,8192,1,60877,7.4312744140625
SRDSD,λ=8,8192,1,59169,7.2227783203125
SRDSD,λ=8,8192,1,63285,7.7252197265625
SRDSD,λ=8,8192,1,58169,7.1007080078125
SRDSD,λ=8,8192,1,61385,7.4932861328125
SRDSD,λ=8,8192,1,58803,7.1781005859375
SRDSD,λ=8,8192,1,61431,7.4989013671875
SRDSD,λ=8,8192,1,66315,8.0950927734375
SRDSD,λ=8,8192,1,61197,7.4703369140625
SRDSD,λ=8,8192,1,68515,8.3636474609375
SRDSD,λ=8,8192,1,59795,7.2991943359375
SRDSD,λ=8,8192,1,62589,7.6402587890625
SRDSD,λ=8,8192,1,59789,7.2984619140625
SRDSD,λ=8,8192,1,64499,7.8734130859375
SRDSD,λ=8,8192,1,59691,7.2864990234375
SRDSD,λ=8,8192,1,59613,7.2769775390625
SRDSD,λ=8,8192,1,57067,6.9661865234375
SRDSD,λ=8,8192,1,61971,7.5648193359375
SRDSD,λ=8,8192,1,66511,8.1190185546875
SRDSD,λ=8,8192,1,65751,8.0262451171875
SRDSD,λ=8,8192,1,64295,7.8485107421875
SRDSD,λ=8,8192,1,67577,8.2491455078125
SRDSD,λ=8,8192,1,59669,7.2838134765625
SRDSD,λ=8,8192,1,84333,10.2945556640625
SRDSD,λ=8,8192,1,65409,7.9844970703125
SRDSD,λ=8,8192,1,60251,7.3548583984375
SRDSD,λ=8,8192,1,71507,8.7288818359375
SRDSD,λ=8,8192,1,74713,9.1202392578125
SRDSD,λ=8,8192,1,64989,7.9332275390625
SRDSD,λ=8,8192,1,63157,7.7095947265625
SRDSD,λ=8,8192,1,62903,7.6785888671875
SRDSD,λ=8,8192,1,69635,8.5003662109375
SRDSD,λ=8,8192,1,65019,7.9368896484375
SRDSD,λ=8,8192,1,66737,8.1466064453125
SRDSD,λ=8,8192,1,70519,8.6082763671875
SRDSD,λ=8,8192,1,66197,8.0806884765625
SRDSD,λ=8,8192,1,66247,8.0867919921875
SRDSD,λ=8,8192,1,60217,7.3507080078125
SRDSD,λ=8,8192,1,64961,7.9298095703125
SRDSD,λ=8,8192,1,61127,7.4617919921875
SRDSD,λ=8,8192,1,60793,7.4210205078125
SRDSD,λ=8,8192,1,68091,8.3118896484375
SRDSD,λ=8,8192,1,63249,7.7208251953125
SRDSD,λ=8,8192,1,61145,7.4639892578125
SRDSD,λ=8,8192,1,66953,8.1729736328125
SRDSD,λ=8,8192,1,63949,7.8062744140625
SRDSD,λ=8,8192,1,62355,7.6116943359375
SRDSD,λ=8,8192,1,72231,8.8172607421875
SRDSD,λ=8,8192,1,65991,8.0555419921875
SRDSD,λ=8,8192,1,60129,7.3399658203125
SRDSD,λ=8,8192,1,60403,7.3734130859375
SRDSD,λ=8,8192,1,72077,8.7984619140625
SRDSD,λ=8,8192,1,65979,8.0540771484375
SRDSD,λ=8,8192,1,60197,7.3482666015625
SRDSD,λ=8,8192,1,60319,7.3631591796875
SRDSD,λ=8,8192,1,63997,7.8121337890625
SRDSD,λ=8,8192,1,64639,7.8905029296875
SRDSD,λ=8,8192,1,61501,7.5074462890625
SRDSD,λ=8,8192,1,72703,8.8748779296875
SRDSD,λ=8,8192,1,79057,9.6505126953125
SRDSD,λ=8,8192,1,59105,7.2149658203125
SRDSD,λ=8,8192,1,63377,7.7364501953125
SHDSD,λ=8,8192,1,60251,7.3548583984375
SHDSD,λ=8,8192,1,64397,7.8609619140625
SHDSD,λ=8,8192,1,60143,7.3416748046875
SHDSD,λ=8,8192,1,59671,7.2840576171875
SHDSD,λ=8,8192,1,61319,7.4852294921875
SHDSD,λ=8,8192,1,63077,7.6998291015625
SHDSD,λ=8,8192,1,59175,7.2235107421875
SHDSD,λ=8,8192,1,72467,8.8460693359375
SHDSD,λ=8,8192,1,66051,8.0628662109375
SHDSD,λ=8,8192,1,62885,7.6763916015625
SHDSD,λ=8,8192,1,80797,9.8629150390625
SHDSD,λ=8,8192,1,67293,8.2144775390625
SHDSD,λ=8,8192,1,62881,7.6759033203125
SHDSD,λ=8,8192,1,66501,8.1177978515625
SHDSD,λ=8,8192,1,63051,7.6966552734375
SHDSD,λ=8,8192,1,62301,7.6051025390625
SHDSD,λ=8,8192,1,71869,8.7730712890625
SHDSD,λ=8,8192,1,67125,8.1939697265625
SHDSD,λ=8,8192,1,69913,8.5343017578125
SHDSD,λ=8,8192,1,60417,7.3751220703125
SHDSD,λ=8,8192,1,62819,7.6683349609375
SHDSD,λ=8,8192,1,59079,7.2117919921875
SHDSD,λ=8,8192,1,57525,7.0220947265625
SHDSD,λ=8,8192,1,57913,7.0694580078125
SHDSD,λ=8,8192,1,67645,8.2574462890625
SHDSD,λ=8,8192,1,64751,7.9041748046875
SHDSD,λ=8,8192,1,64305,7.8497314453125
SHDSD,λ=8,8192,1,64039,7.8172607421875
SHDSD,λ=8,8192,1,63229,7.7183837890625
SHDSD,λ=8,8192,1,62131,7.5843505859375
SHDSD,λ=8,8192,1,63035,7.6947021484375
SHDSD,λ=8,8192,1,60711,7.4110107421875
SHDSD,λ=8,8192,1,65477,7.9927978515625
SHDSD,λ=8,8192,1,65539,8.0003662109375
SHDSD,λ=8,8192,1,60803,7.4222412109375
SHDSD,λ=8,8192,1,61593,7.5186767578125
SHDSD,λ=8,8192,1,70791,8.6414794921875
SHDSD,λ=8,8192,1,58309,7.1177978515625
SHDSD,λ=8,8192,1,73293,8.9468994140625
SHDSD,λ=8,8192,1,73067,8.9193115234375
SHDSD,λ=8,8192,1,69603,8.4964599609375
SHDSD,λ=8,8192,1,62781,7.6636962890625
SHDSD,λ=8,8192,1,65015,7.9364013671875
SHDSD,λ=8,8192,1,63371,7.7357177734375
SHDSD,λ=8,8192,1,61311,7.4842529296875
SHDSD,λ=8,8192,1,78871,9.6278076171875
SHDSD,λ=8,8192,1,65479,7.9930419921875
SHDSD,λ=8,8192,1,65095,7.9461669921875
SHDSD,λ=8,8192,1,66487,8.1160888671875
SHDSD,λ=8,8192,1,61471,7.5037841796875
SHDSD,λ=8,8192,1,57057,6.9649658203125
SHDSD,λ=8,8192,1,72311,8.8270263671875
SHDSD,λ=8,8192,1,65593,8.0069580078125
SHDSD,λ=8,8192,1,63149,7.7086181640625
SHDSD,λ=8,8192,1,62971,7.6868896484375
SHDSD,λ=8,8192,1,65235,7.9632568359375
SHDSD,λ=8,8192,1,63751,7.7821044921875
SHDSD,λ=8,8192,1,60357,7.3677978515625
SHDSD,λ=8,8192,1,60439,7.3778076171875
SHDSD,λ=8,8192,1,59013,7.2037353515625
SHDSD,λ=8,8192,1,59727,7.2908935546875
SHDSD,λ=8,8192,1,71705,8.7530517578125
SHDSD,λ=8,8192,1,60345,7.3663330078125
SHDSD,λ=8,8192,1,63907,7.8011474609375
SHDSD,λ=8,8192,1,62279,7.6024169921875
SHDSD,λ=8,8192,1,59923,7.3148193359375
SHDSD,λ=8,8192,1,63467,7.7474365234375
SHDSD,λ=8,8192,1,69287,8.4578857421875
SHDSD,λ=8,8192,1,62707,7.6546630859375
SHDSD,λ=8,8192,1,66069,8.0650634765625
SHDSD,λ=8,8192,1,58441,7.1339111328125
SHDSD,λ=8,8192,1,72667,8.8704833984375
SHDSD,λ=8,8192,1,70711,8.6317138671875
SHDSD,λ=8,8192,1,65857,8.0391845703125
SHDSD,λ=8,8192,1,60109,7.3375244140625
SHDSD,λ=8,8192,1,60937,7.4385986328125
SHDSD,λ=8,8192,1,56435,6.8890380859375
SHDSD,λ=8,8192,1,59503,7.2635498046875
SHDSD,λ=8,8192,1,61209,7.4718017578125
SHDSD,λ=8,8192,1,70557,8.6129150390625
SHDSD,λ=8,8192,1,61099,7.4583740234375
SHDSD,λ=8,8192,1,63093,7.7017822265625
SHDSD,λ=8,8192,1,61661,7.5269775390625
SHDSD,λ=8,8192,1,64485,7.8717041015625
SHDSD,λ=8,8192,1,76649,9.3565673828125
SHDSD,λ=8,8192,1,61497,7.5069580078125
SHDSD,λ=8,8192,1,67967,8.2967529296875
SHDSD,λ=8,8192,1,63363,7.7347412109375
SHDSD,λ=8,8192,1,70859,8.6497802734375
SHDSD,λ=8,8192,1,63383,7.7371826171875
SHDSD,λ=8,8192,1,61523,7.5101318359375
SHDSD,λ=8,8192,1,62293,7.6041259765625
SHDSD,λ=8,8192,1,61665,7.5274658203125
SHDSD,λ=8,8192,1,58797,7.1773681640625
SHDSD,λ=8,8192,1,70259,8.5765380859375
SHDSD,λ=8,8192,1,71319,8.7059326171875
SHDSD,λ=8,8192,1,60979,7.4437255859375
SHDSD,λ=8,8192,1,65053,7.9410400390625
SHDSD,λ=8,8192,1,59853,7.3062744140625
SHDSD,λ=8,8192,1,60881,7.4317626953125
SHLSD,λ=8,8192,1,64023,7.8153076171875
SHLSD,λ=8,8192,1,60783,7.4197998046875
SHLSD,λ=8,8192,1,61905,7.5567626953125
SHLSD,λ=8,8192,1,72715,8.8763427734375
SHLSD,λ=8,8192,1,61596,7.51904296875
SHLSD,λ=8,8192,1,56082,6.845947265625
SHLSD,λ=8,8192,1,64519,7.8758544921875
SHLSD,λ=8,8192,1,62468,7.62548828125
SHLSD,λ=8,8192,1,63537,7.7559814453125
SHLSD,λ=8,8192,1,69163,8.4427490234375
SHLSD,λ=8,8192,1,70669,8.6265869140625
SHLSD,λ=8,8192,1,64275,7.8460693359375
SHLSD,λ=8,8192,1,64125,7.8277587890625
SHLSD,λ=8,8192,1,60997,7.4459228515625
SHLSD,λ=8,8192,1,66374,8.102294921875
SHLSD,λ=8,8192,1,61182,7.468505859375
SHLSD,λ=8,8192,1,64009,7.8135986328125
SHLSD,λ=8,8192,1,56366,6.880615234375
SHLSD,λ=8,8192,1,60807,7.4227294921875
SHLSD,λ=8,8192,1,67024,8.181640625
SHLSD,λ=8,8192,1,60994,7.445556640625
SHLSD,λ=8,8192,1,64869,7.9185791015625
SHLSD,λ=8,8192,1,64170,7.833251953125
SHLSD,λ=8,8192,1,80969,9.8839111328125
SHLSD,λ=8,8192,1,59679,7.2850341796875
SHLSD,λ=8,8192,1,62819,7.6683349609375
SHLSD,λ=8,8192,1,70419,8.5960693359375
SHLSD,λ=8,8192,1,60613,7.3990478515625
SHLSD,λ=8,8192,1,59979,7.3216552734375
SHLSD,λ=8,8192,1,60224,7.3515625
SHLSD,λ=8,8192,1,61882,7.553955078125
SHLSD,λ=8,8192,1,65254,7.965576171875
SHLSD,λ=8,8192,1,66653,8.1363525390625
SHLSD,λ=8,8192,1,58560,7.1484375
SHLSD,λ=8,8192,1,59395,7.2503662109375
SHLSD,λ=8,8192,1,61987,7.5667724609375
SHLSD,λ=8,8192,1,70883,8.6527099609375
SHLSD,λ=8,8192,1,70697,8.6300048828125
SHLSD,λ=8,8192,1,67555,8.2464599609375
SHLSD,λ=8,8192,1,62847,7.6717529296875
SHLSD,λ=8,8192,1,63500,7.75146484375
SHLSD,λ=8,8192,1,65463,7.9910888671875
SHLSD,λ=8,8192,1,61564,7.51513671875
SHLSD,λ=8,8192,1,66949,8.1724853515625
SHLSD,λ=8,8192,1,61459,7.5023193359375
SHLSD,λ=8,8192,1,67544,8.2451171875
SHLSD,λ=8,8192,1,66342,8.098388671875
SHLSD,λ=8,8192,1,66833,8.1583251953125
SHLSD,λ=8,8192,1,67497,8.2393798828125
SHLSD,λ=8,8192,1,69644,8.50146484375
SHLSD,λ=8,8192,1,66409,8.1065673828125
SHLSD,λ=8,8192,1,61196,7.47021484375
SHLSD,λ=8,8192,1,65487,7.9940185546875
SHLSD,λ=8,8192,1,61574,7.516357421875
SHLSD,λ=8,8192,1,60448,7.37890625
SHLSD,λ=8,8192,1,64988,7.93310546875
SHLSD,λ=8,8192,1,67814,8.278076171875
SHLSD,λ=8,8192,1,77048,9.4052734375
SHLSD,λ=8,8192,1,66659,8.1370849609375
SHLSD,λ=8,8192,1,56889,6.9444580078125
SHLSD,λ=8,8192,1,60006,7.324951171875
SHLSD,λ=8,8192,1,60126,7.339599609375
SHLSD,λ=8,8192,1,59768,7.2958984375
SHLSD,λ=8,8192,1,65144,7.9521484375
SHLSD,λ=8,8192,1,65237,7.9635009765625
SHLSD,λ=8,8192,1,68139,8.3177490234375
SHLSD,λ=8,8192,1,61814,7.545654296875
SHLSD,λ=8,8192,1,69233,8.4512939453125
SHLSD,λ=8,8192,1,65936,8.048828125
SHLSD,λ=8,8192,1,60323,7.3636474609375
SHLSD,λ=8,8192,1,60257,7.3555908203125
SHLSD,λ=8,8192,1,65656,8.0146484375
SHLSD,λ=8,8192,1,62328,7.6083984375
SHLSD,λ=8,8192,1,60387,7.3714599609375
SHLSD,λ=8,8192,1,62240,7.59765625
SHLSD,λ=8,8192,1,67641,8.2569580078125
SHLSD,λ=8,8192,1,64614,7.887451171875
SHLSD,λ=8,8192,1,61567,7.5155029296875
SHLSD,λ=8,8192,1,66412,8.10693359375
SHLSD,λ=8,8192,1,60768,7.41796875
SHLSD,λ=8,8192,1,61808,7.544921875
SHLSD,λ=8,8192,1,63622,7.766357421875
SHLSD,λ=8,8192,1,64679,7.8953857421875
SHLSD,λ=8,8192,1,70708,8.63134765625
SHLSD,λ=8,8192,1,63076,7.69970703125
SHLSD,λ=8,8192,1,62146,7.586181640625
SHLSD,λ=8,8192,1,59287,7.2371826171875
SHLSD,λ=8,8192,1,62762,7.661376953125
SHLSD,λ=8,8192,1,67743,8.2694091796875
SHLSD,λ=8,8192,1,72956,8.90576171875
SHLSD,λ=8,8192,1,61915,7.5579833984375
SHLSD,λ=8,8192,1,63102,7.702880859375
SHLSD,λ=8,8192,1,62862,7.673583984375
SHLSD,λ=8,8192,1,66711,8.1434326171875
SHLSD,λ=8,8192,1,61391,7.4940185546875
SHLSD,λ=8,8192,1,66615,8.1317138671875
SHLSD,λ=8,8192,1,70732,8.63427734375
SHLSD,λ=8,8192,1,66258,8.088134765625
SHLSD,λ=8,8192,1,66467,8.1136474609375
SHLSD,λ=8,8192,1,69971,8.5413818359375
SRLSD,λ=8,8192,1,58012,7.08154296875
SRLSD,λ=8,8192,1,68754,8.392822265625
SRLSD,λ=8,8192,1,59094,7.213623046875
SRLSD,λ=8,8192,1,63658,7.770751953125
SRLSD,λ=8,8192,1,62863,7.6737060546875
SRLSD,λ=8,8192,1,69823,8.5233154296875
SRLSD,λ=8,8192,1,66623,8.1326904296875
SRLSD,λ=8,8192,1,59447,7.2567138671875
SRLSD,λ=8,8192,1,67052,8.18505859375
SRLSD,λ=8,8192,1,66758,8.149169921875
SRLSD,λ=8,8192,1,68418,8.351806640625
SRLSD,λ=8,8192,1,61707,7.5325927734375
SRLSD,λ=8,8192,1,65261,7.9664306640625
SRLSD,λ=8,8192,1,71089,8.6778564453125
SRLSD,λ=8,8192,1,62509,7.6304931640625
SRLSD,λ=8,8192,1,61270,7.479248046875
SRLSD,λ=8,8192,1,61792,7.54296875
SRLSD,λ=8,8192,1,66237,8.0855712890625
SRLSD,λ=8,8192,1,63962,7.807861328125
SRLSD,λ=8,8192,1,62639,7.6463623046875
SRLSD,λ=8,8192,1,61766,7.539794921875
SRLSD,λ=8,8192,1,70280,8.5791015625
SRLSD,λ=8,8192,1,59678,7.284912109375
SRLSD,λ=8,8192,1,58262,7.112060546875
SRLSD,λ=8,8192,1,62778,7.663330078125
SRLSD,λ=8,8192,1,64236,7.84130859375
SRLSD,λ=8,8192,1,64741,7.9029541015625
SRLSD,λ=8,8192,1,60547,7.3909912109375
SRLSD,λ=8,8192,1,62116,7.58251953125
SRLSD,λ=8,8192,1,71073,8.6759033203125
SRLSD,λ=8,8192,1,69536,8.48828125
SRLSD,λ=8,8192,1,66686,8.140380859375
SRLSD,λ=8,8192,1,72336,8.830078125
SRLSD,λ=8,8192,1,75767,9.2489013671875
SRLSD,λ=8,8192,1,62886,7.676513671875
SRLSD,λ=8,8192,1,59507,7.2640380859375
SRLSD,λ=8,8192,1,66085,8.0670166015625
SRLSD,λ=8,8192,1,60971,7.4427490234375
SRLSD,λ=8,8192,1,63509,7.7525634765625
SRLSD,λ=8,8192,1,67712,8.265625
SRLSD,λ=8,8192,1,60573,7.3941650390625
SRLSD,λ=8,8192,1,64169,7.8331298828125
SRLSD,λ=8,8192,1,65187,7.9573974609375
SRLSD,λ=8,8192,1,63206,7.715576171875
SRLSD,λ=8,8192,1,61218,7.472900390625
SRLSD,λ=8,8192,1,74259,9.0648193359375
SRLSD,λ=8,8192,1,62340,7.60986328125
SRLSD,λ=8,8192,1,67682,8.261962890625
SRLSD,λ=8,8192,1,60463,7.3807373046875
SRLSD,λ=8,8192,1,74225,9.0606689453125
SRLSD,λ=8,8192,1,65764,8.02783203125
SRLSD,λ=8,8192,1,62609,7.6427001953125
SRLSD,λ=8,8192,1,66634,8.134033203125
SRLSD,λ=8,8192,1,62139,7.5853271484375
SRLSD,λ=8,8192,1,60455,7.3797607421875
SRLSD,λ=8,8192,1,68313,8.3389892578125
SRLSD,λ=8,8192,1,57894,7.067138671875
SRLSD,λ=8,8192,1,69184,8.4453125
SRLSD,λ=8,8192,1,68550,8.367919921875
SRLSD,λ=8,8192,1,75346,9.197509765625
SRLSD,λ=8,8192,1,66248,8.0869140625
SRLSD,λ=8,8192,1,74693,9.1177978515625
SRLSD,λ=8,8192,1,91054,11.114990234375
SRLSD,λ=8,8192,1,65414,7.985107421875
SRLSD,λ=8,8192,1,62363,7.6126708984375
SRLSD,λ=8,8192,1,65025,7.9376220703125
SRLSD,λ=8,8192,1,71646,8.745849609375
SRLSD,λ=8,8192,1,68539,8.3665771484375
SRLSD,λ=8,8192,1,63637,7.7681884765625
SRLSD,λ=8,8192,1,65918,8.046630859375
SRLSD,λ=8,8192,1,65755,8.0267333984375
SRLSD,λ=8,8192,1,73400,8.9599609375
SRLSD,λ=8,8192,1,60639,7.4022216796875
SRLSD,λ=8,8192,1,65343,7.9764404296875
SRLSD,λ=8,8192,1,60580,7.39501953125
SRLSD,λ=8,8192,1,73056,8.91796875
SRLSD,λ=8,8192,1,61116,7.46044921875
SRLSD,λ=8,8192,1,64472,7.8701171875
SRLSD,λ=8,8192,1,58781,7.1754150390625
SRLSD,λ=8,8192,1,62773,7.6627197265625
SRLSD,λ=8,8192,1,80713,9.8526611328125
SRLSD,λ=8,8192,1,66499,8.1175537109375
SRLSD,λ=8,8192,1,70781,8.6402587890625
SRLSD,λ=8,8192,1,63443,7.7445068359375
SRLSD,λ=8,8192,1,75180,9.17724609375
SRLSD,λ=8,8192,1,71599,8.7401123046875
SRLSD,λ=8,8192,1,68022,8.303466796875
SRLSD,λ=8,8192,1,68253,8.3316650390625
SRLSD,λ=8,8192,1,86684,10.58154296875
SRLSD,λ=8,8192,1,63473,7.7481689453125
SRLSD,λ=8,8192,1,72023,8.7918701171875
SRLSD,λ=8,8192,1,63344,7.732421875
SRLSD,λ=8,8192,1,62465,7.6251220703125
SRLSD,λ=8,8192,1,64193,7.8360595703125
SRLSD,λ=8,8192,1,62751,7.6600341796875
SRLSD,λ=8,8192,1,66910,8.167724609375
SRLSD,λ=8,8192,1,64348,7.85498046875
SRLSD,λ=8,8192,1,71854,8.771240234375
SRLSD,λ=8,8192,1,59758,7.294677734375
SRLSD,λ=8,8192,1,66987,8.1771240234375
SSLSD,λ=8,8192,1,96359,11.7625732421875
SSLSD,λ=8,8192,1,117913,14.3936767578125
SSLSD,λ=8,8192,1,98775,12.0574951171875
SSLSD,λ=8,8192,1,80663,9.8465576171875
SSLSD,λ=8,8192,1,95993,11.7178955078125
SSLSD,λ=8,8192,1,81381,9.9342041015625
SSLSD,λ=8,8192,1,89881,10.9718017578125
SSLSD,λ=8,8192,1,92099,11.2425537109375
SSLSD,λ=8,8192,1,94027,11.4779052734375
SSLSD,λ=8,8192,1,89045,10.8697509765625
SSLSD,λ=8,8192,1,86787,10.5941162109375
SSLSD,λ=8,8192,1,103531,12.6380615234375
SSLSD,λ=8,8192,1,94461,11.5308837890625
SSLSD,λ=8,8192,1,97243,11.8704833984375
SSLSD,λ=8,8192,1,104951,12.8114013671875
SSLSD,λ=8,8192,1,106073,12.9483642578125
SSLSD,λ=8,8192,1,86205,10.5230712890625
SSLSD,λ=8,8192,1,97857,11.9454345703125
SSLSD,λ=8,8192,1,87999,10.7420654296875
SSLSD,λ=8,8192,1,98313,12.0010986328125
SSLSD,λ=8,8192,1,104911,12.8065185546875
SSLSD,λ=8,8192,1,95727,11.6854248046875
SSLSD,λ=8,8192,1,93535,11.4178466796875
SSLSD,λ=8,8192,1,96721,11.8067626953125
SSLSD,λ=8,8192,1,113269,13.8267822265625
SSLSD,λ=8,8192,1,89783,10.9598388671875
SSLSD,λ=8,8192,1,105895,12.9266357421875
SSLSD,λ=8,8192,1,99993,12.2061767578125
SSLSD,λ=8,8192,1,99647,12.1639404296875
SSLSD,λ=8,8192,1,88701,10.8277587890625
SSLSD,λ=8,8192,1,93605,11.4263916015625
SSLSD,λ=8,8192,1,81645,9.9664306640625
SSLSD,λ=8,8192,1,92573,11.3004150390625
SSLSD,λ=8,8192,1,99837,12.1871337890625
SSLSD,λ=8,8192,1,88443,10.7962646484375
SSLSD,λ=8,8192,1,105299,12.8538818359375
SSLSD,λ=8,8192,1,91069,11.1168212890625
SSLSD,λ=8,8192,1,91115,11.1224365234375
SSLSD,λ=8,8192,1,93069,11.3609619140625
SSLSD,λ=8,8192,1,104549,12.7623291015625
SSLSD,λ=8,8192,1,98251,11.9935302734375
SSLSD,λ=8,8192,1,105887,12.9256591796875
SSLSD,λ=8,8192,1,99437,12.1383056640625
SSLSD,λ=8,8192,1,92777,11.3253173828125
SSLSD,λ=8,8192,1,95805,11.6949462890625
SSLSD,λ=8,8192,1,103219,12.5999755859375
SSLSD,λ=8,8192,1,92907,11.3411865234375
SSLSD,λ=8,8192,1,107119,13.0760498046875
SSLSD,λ=8,8192,1,95533,11.6617431640625
SSLSD,λ=8,8192,1,90917,11.0982666015625
SSLSD,λ=8,8192,1,90595,11.0589599609375
SSLSD,λ=8,8192,1,84219,10.2806396484375
SSLSD,λ=8,8192,1,98587,12.0345458984375
SSLSD,λ=8,8192,1,83927,10.2449951171875
SSLSD,λ=8,8192,1,95145,11.6143798828125
SSLSD,λ=8,8192,1,100873,12.3135986328125
SSLSD,λ=8,8192,1,108157,13.2027587890625
SSLSD,λ=8,8192,1,92869,11.3365478515625
SSLSD,λ=8,8192,1,90403,11.0355224609375
SSLSD,λ=8,8192,1,92551,11.2977294921875
SSLSD,λ=8,8192,1,93083,11.3626708984375
SSLSD,λ=8,8192,1,90767,11.0799560546875
SSLSD,λ=8,8192,1,115053,14.0445556640625
SSLSD,λ=8,8192,1,86709,10.5845947265625
SSLSD,λ=8,8192,1,93297,11.3887939453125
SSLSD,λ=8,8192,1,98275,11.9964599609375
SSLSD,λ=8,8192,1,91281,11.1427001953125
SSLSD,λ=8,8192,1,93185,11.3751220703125
SSLSD,λ=8,8192,1,93021,11.3551025390625
SSLSD,λ=8,8192,1,92771,11.3245849609375
SSLSD,λ=8,8192,1,98679,12.0457763671875
SSLSD,λ=8,8192,1,100263,12.2391357421875
SSLSD,λ=8,8192,1,80171,9.7864990234375
SSLSD,λ=8,8192,1,93847,11.4559326171875
SSLSD,λ=8,8192,1,92259,11.2620849609375
SSLSD,λ=8,8192,1,112965,13.7896728515625
SSLSD,λ=8,8192,1,87887,10.7283935546875
SSLSD,λ=8,8192,1,89365,10.9088134765625
SSLSD,λ=8,8192,1,100143,12.2244873046875
SSLSD,λ=8,8192,1,95187,11.6195068359375
SSLSD,λ=8,8192,1,99013,12.0865478515625
SSLSD,λ=8,8192,1,96647,11.7977294921875
SSLSD,λ=8,8192,1,102651,12.5306396484375
SSLSD,λ=8,8192,1,89543,10.9305419921875
SSLSD,λ=8,8192,1,82389,10.0572509765625
SSLSD,λ=8,8192,1,93179,11.3743896484375
SSLSD,λ=8,8192,1,102655,12.5311279296875
SSLSD,λ=8,8192,1,86297,10.5343017578125
SSLSD,λ=8,8192,1,115445,14.0924072265625
SSLSD,λ=8,8192,1,93501,11.4136962890625
SSLSD,λ=8,8192,1,115361,14.0821533203125
SSLSD,λ=8,8192,1,103751,12.6649169921875
SSLSD,λ=8,8192,1,98193,11.9864501953125
SSLSD,λ=8,8192,1,113873,13.9005126953125
SSLSD,λ=8,8192,1,105587,12.8890380859375
SSLSD,λ=8,8192,1,94017,11.4766845703125
SSLSD,λ=8,8192,1,104069,12.7037353515625
SSLSD,λ=8,8192,1,90947,11.1019287109375
SSLSD,λ=8,8192,1,90279,11.0203857421875
SSLSD,λ=8,8192,1,86737,10.5880126953125
SSDMD,λ=8,8192,1,85737,10.4659423828125
SSDMD,λ=8,8192,1,94712,11.5615234375
SSDMD,λ=8,8192,1,87605,10.6939697265625
SSDMD,λ=8,8192,1,90365,11.0308837890625
SSDMD,λ=8,8192,1,91668,11.18994140625
SSDMD,λ=8,8192,1,91859,11.2132568359375
SSDMD,λ=8,8192,1,87899,10.7298583984375
SSDMD,λ=8,8192,1,109177,13.3272705078125
SSDMD,λ=8,8192,1,109861,13.4107666015625
SSDMD,λ=8,8192,1,100974,12.325927734375
SSDMD,λ=8,8192,1,91526,11.172607421875
SSDMD,λ=8,8192,1,89374,10.909912109375
SSDMD,λ=8,8192,1,89226,10.891845703125
SSDMD,λ=8,8192,1,86705,10.5841064453125
SSDMD,λ=8,8192,1,110508,13.48974609375
SSDMD,λ=8,8192,1,120812,14.74755859375
SSDMD,λ=8,8192,1,98802,12.060791015625
SSDMD,λ=8,8192,1,105545,12.8839111328125
SSDMD,λ=8,8192,1,91488,11.16796875
SSDMD,λ=8,8192,1,101844,12.43212890625
SSDMD,λ=8,8192,1,90521,11.0499267578125
SSDMD,λ=8,8192,1,90512,11.048828125
SSDMD,λ=8,8192,1,89121,10.8790283203125
SSDMD,λ=8,8192,1,92712,11.3173828125
SSDMD,λ=8,8192,1,118381,14.4508056640625
SSDMD,λ=8,8192,1,95347,11.6390380859375
SSDMD,λ=8,8192,1,93307,11.3900146484375
SSDMD,λ=8,8192,1,97914,11.952392578125
SSDMD,λ=8,8192,1,104015,12.6971435546875
SSDMD,λ=8,8192,1,83093,10.1431884765625
SSDMD,λ=8,8192,1,99504,12.146484375
SSDMD,λ=8,8192,1,100461,12.2633056640625
SSDMD,λ=8,8192,1,82626,10.086181640625
SSDMD,λ=8,8192,1,95230,11.624755859375
SSDMD,λ=8,8192,1,90652,11.06591796875
SSDMD,λ=8,8192,1,122143,14.9100341796875
SSDMD,λ=8,8192,1,93747,11.4437255859375
SSDMD,λ=8,8192,1,106245,12.9693603515625
SSDMD,λ=8,8192,1,119055,14.5330810546875
SSDMD,λ=8,8192,1,115486,14.097412109375
SSDMD,λ=8,8192,1,83662,10.212646484375
SSDMD,λ=8,8192,1,94756,11.56689453125
SSDMD,λ=8,8192,1,93530,11.417236328125
SSDMD,λ=8,8192,1,136038,16.606201171875
SSDMD,λ=8,8192,1,94359,11.5184326171875
SSDMD,λ=8,8192,1,103182,12.595458984375
SSDMD,λ=8,8192,1,94193,11.4981689453125
SSDMD,λ=8,8192,1,93105,11.3653564453125
SSDMD,λ=8,8192,1,94897,11.5841064453125
SSDMD,λ=8,8192,1,89910,10.975341796875
SSDMD,λ=8,8192,1,89973,10.9830322265625
SSDMD,λ=8,8192,1,111736,13.6396484375
SSDMD,λ=8,8192,1,91457,11.1641845703125
SSDMD,λ=8,8192,1,97619,11.9163818359375
SSDMD,λ=8,8192,1,85306,10.413330078125
SSDMD,λ=8,8192,1,90685,11.0699462890625
SSDMD,λ=8,8192,1,89918,10.976318359375
SSDMD,λ=8,8192,1,89306,10.901611328125
SSDMD,λ=8,8192,1,107592,13.1337890625
SSDMD,λ=8,8192,1,116006,14.160888671875
SSDMD,λ=8,8192,1,100956,12.32373046875
SSDMD,λ=8,8192,1,86063,10.5057373046875
SSDMD,λ=8,8192,1,107342,13.103271484375
SSDMD,λ=8,8192,1,107168,13.08203125
SSDMD,λ=8,8192,1,94604,11.54833984375
SSDMD,λ=8,8192,1,92234,11.259033203125
SSDMD,λ=8,8192,1,108478,13.241943359375
SSDMD,λ=8,8192,1,94179,11.4964599609375
SSDMD,λ=8,8192,1,96124,11.73388671875
SSDMD,λ=8,8192,1,89927,10.9774169921875
SSDMD,λ=8,8192,1,89777,10.9591064453125
SSDMD,λ=8,8192,1,102027,12.4544677734375
SSDMD,λ=8,8192,1,108756,13.27587890625
SSDMD,λ=8,8192,1,102378,12.497314453125
SSDMD,λ=8,8192,1,88705,10.8282470703125
SSDMD,λ=8,8192,1,91098,11.120361328125
SSDMD,λ=8,8192,1,108505,13.2452392578125
SSDMD,λ=8,8192,1,106557,13.0074462890625
SSDMD,λ=8,8192,1,99221,12.1119384765625
SSDMD,λ=8,8192,1,112595,13.7445068359375
SSDMD,λ=8,8192,1,87030,10.623779296875
SSDMD,λ=8,8192,1,98747,12.0540771484375
SSDMD,λ=8,8192,1,94780,11.56982421875
SSDMD,λ=8,8192,1,98163,11.9827880859375
SSDMD,λ=8,8192,1,96319,11.7576904296875
SSDMD,λ=8,8192,1,98984,12.0830078125
SSDMD,λ=8,8192,1,85653,10.4556884765625
SSDMD,λ=8,8192,1,92498,11.291259765625
SSDMD,λ=8,8192,1,113755,13.8861083984375
SSDMD,λ=8,8192,1,77180,9.42138671875
SSDMD,λ=8,8192,1,88795,10.8392333984375
SSDMD,λ=8,8192,1,91483,11.1673583984375
SSDMD,λ=8,8192,1,84206,10.279052734375
SSDMD,λ=8,8192,1,85167,10.3963623046875
SSDMD,λ=8,8192,1,94463,11.5311279296875
SSDMD,λ=8,8192,1,89548,10.93115234375
SSDMD,λ=8,8192,1,113349,13.8365478515625
SSDMD,λ=8,8192,1,87059,10.6273193359375
SSDMD,λ=8,8192,1,96551,11.7860107421875
SRDMD,λ=8,8192,1,70280,8.5791015625
SRDMD,λ=8,8192,1,67861,8.2838134765625
SRDMD,λ=8,8192,1,66103,8.0692138671875
SRDMD,λ=8,8192,1,65363,7.9788818359375
SRDMD,λ=8,8192,1,75093,9.1666259765625
SRDMD,λ=8,8192,1,64093,7.8238525390625
SRDMD,λ=8,8192,1,68838,8.403076171875
SRDMD,λ=8,8192,1,61157,7.4654541015625
SRDMD,λ=8,8192,1,66623,8.1326904296875
SRDMD,λ=8,8192,1,88414,10.792724609375
SRDMD,λ=8,8192,1,67913,8.2901611328125
SRDMD,λ=8,8192,1,73029,8.9146728515625
SRDMD,λ=8,8192,1,60910,7.435302734375
SRDMD,λ=8,8192,1,68358,8.344482421875
SRDMD,λ=8,8192,1,73734,9.000732421875
SRDMD,λ=8,8192,1,62343,7.6102294921875
SRDMD,λ=8,8192,1,60723,7.4124755859375
SRDMD,λ=8,8192,1,61334,7.487060546875
SRDMD,λ=8,8192,1,66360,8.1005859375
SRDMD,λ=8,8192,1,68595,8.3734130859375
SRDMD,λ=8,8192,1,66204,8.08154296875
SRDMD,λ=8,8192,1,68496,8.361328125
SRDMD,λ=8,8192,1,64186,7.835205078125
SRDMD,λ=8,8192,1,60112,7.337890625
SRDMD,λ=8,8192,1,71992,8.7880859375
SRDMD,λ=8,8192,1,76546,9.343994140625
SRDMD,λ=8,8192,1,69400,8.4716796875
SRDMD,λ=8,8192,1,64536,7.8779296875
SRDMD,λ=8,8192,1,75655,9.2352294921875
SRDMD,λ=8,8192,1,60336,7.365234375
SRDMD,λ=8,8192,1,66694,8.141357421875
SRDMD,λ=8,8192,1,63845,7.7935791015625
SRDMD,λ=8,8192,1,70548,8.61181640625
SRDMD,λ=8,8192,1,72481,8.8477783203125
SRDMD,λ=8,8192,1,72212,8.81494140625
SRDMD,λ=8,8192,1,62714,7.655517578125
SRDMD,λ=8,8192,1,64998,7.934326171875
SRDMD,λ=8,8192,1,67932,8.29248046875
SRDMD,λ=8,8192,1,71669,8.7486572265625
SRDMD,λ=8,8192,1,63764,7.78369140625
SRDMD,λ=8,8192,1,63431,7.7430419921875
SRDMD,λ=8,8192,1,68308,8.33837890625
SRDMD,λ=8,8192,1,67731,8.2679443359375
SRDMD,λ=8,8192,1,71671,8.7489013671875
SRDMD,λ=8,8192,1,69226,8.450439453125
SRDMD,λ=8,8192,1,72021,8.7916259765625
SRDMD,λ=8,8192,1,62207,7.5936279296875
SRDMD,λ=8,8192,1,64297,7.8487548828125
SRDMD,λ=8,8192,1,66869,8.1627197265625
SRDMD,λ=8,8192,1,69691,8.5072021484375
SRDMD,λ=8,8192,1,69886,8.531005859375
SRDMD,λ=8,8192,1,67659,8.2591552734375
SRDMD,λ=8,8192,1,65945,8.0499267578125
SRDMD,λ=8,8192,1,68533,8.3658447265625
SRDMD,λ=8,8192,1,65812,8.03369140625
SRDMD,λ=8,8192,1,69140,8.43994140625
SRDMD,λ=8,8192,1,65819,8.0345458984375
SRDMD,λ=8,8192,1,70985,8.6651611328125
SRDMD,λ=8,8192,1,69090,8.433837890625
SRDMD,λ=8,8192,1,65805,8.0328369140625
SRDMD,λ=8,8192,1,64531,7.8773193359375
SRDMD,λ=8,8192,1,71567,8.7362060546875
SRDMD,λ=8,8192,1,73873,9.0177001953125
SRDMD,λ=8,8192,1,70097,8.5567626953125
SRDMD,λ=8,8192,1,74449,9.0880126953125
SRDMD,λ=8,8192,1,61636,7.52392578125
SRDMD,λ=8,8192,1,66134,8.072998046875
SRDMD,λ=8,8192,1,75620,9.23095703125
SRDMD,λ=8,8192,1,67360,8.22265625
SRDMD,λ=8,8192,1,68995,8.4222412109375
SRDMD,λ=8,8192,1,68428,8.35302734375
SRDMD,λ=8,8192,1,66700,8.14208984375
SRDMD,λ=8,8192,1,70139,8.5618896484375
SRDMD,λ=8,8192,1,66766,8.150146484375
SRDMD,λ=8,8192,1,59515,7.2650146484375
SRDMD,λ=8,8192,1,74244,9.06298828125
SRDMD,λ=8,8192,1,64566,7.881591796875
SRDMD,λ=8,8192,1,69072,8.431640625
SRDMD,λ=8,8192,1,71930,8.780517578125
SRDMD,λ=8,8192,1,64185,7.8350830078125
SRDMD,λ=8,8192,1,67310,8.216552734375
SRDMD,λ=8,8192,1,68643,8.3792724609375
SRDMD,λ=8,8192,1,68871,8.4071044921875
SRDMD,λ=8,8192,1,72227,8.8167724609375
SRDMD,λ=8,8192,1,72446,8.843505859375
SRDMD,λ=8,8192,1,70892,8.65380859375
SRDMD,λ=8,8192,1,69884,8.53076171875
SRDMD,λ=8,8192,1,59525,7.2662353515625
SRDMD,λ=8,8192,1,64429,7.8648681640625
SRDMD,λ=8,8192,1,71209,8.6925048828125
SRDMD,λ=8,8192,1,69438,8.476318359375
SRDMD,λ=8,8192,1,73452,8.96630859375
SRDMD,λ=8,8192,1,72864,8.89453125
SRDMD,λ=8,8192,1,65967,8.0526123046875
SRDMD,λ=8,8192,1,64525,7.8765869140625
SRDMD,λ=8,8192,1,66116,8.07080078125
SRDMD,λ=8,8192,1,78339,9.5628662109375
SRDMD,λ=8,8192,1,70481,8.6036376953125
SRDMD,λ=8,8192,1,63576,7.7607421875
SRDMD,λ=8,8192,1,66791,8.1531982421875
SHDMD,λ=8,8192,1,69549,8.4898681640625
SHDMD,λ=8,8192,1,70789,8.6412353515625
SHDMD,λ=8,8192,1,68645,8.3795166015625
SHDMD,λ=8,8192,1,63721,7.7784423828125
SHDMD,λ=8,8192,1,65241,7.9639892578125
SHDMD,λ=8,8192,1,66637,8.1343994140625
SHDMD,λ=8,8192,1,70969,8.6632080078125
SHDMD,λ=8,8192,1,73277,8.9449462890625
SHDMD,λ=8,8192,1,66445,8.1109619140625
SHDMD,λ=8,8192,1,60997,7.4459228515625
SHDMD,λ=8,8192,1,69897,8.5323486328125
SHDMD,λ=8,8192,1,67293,8.2144775390625
SHDMD,λ=8,8192,1,61561,7.5147705078125
SHDMD,λ=8,8192,1,69621,8.4986572265625
SHDMD,λ=8,8192,1,68137,8.3175048828125
SHDMD,λ=8,8192,1,71877,8.7740478515625
SHDMD,λ=8,8192,1,59113,7.2159423828125
SHDMD,λ=8,8192,1,64413,7.8629150390625
SHDMD,λ=8,8192,1,68889,8.4093017578125
SHDMD,λ=8,8192,1,66425,8.1085205078125
SHDMD,λ=8,8192,1,67133,8.1949462890625
SHDMD,λ=8,8192,1,65097,7.9464111328125
SHDMD,λ=8,8192,1,77557,9.4674072265625
SHDMD,λ=8,8192,1,81925,10.0006103515625
SHDMD,λ=8,8192,1,67985,8.2989501953125
SHDMD,λ=8,8192,1,71473,8.7247314453125
SHDMD,λ=8,8192,1,72153,8.8077392578125
SHDMD,λ=8,8192,1,66561,8.1251220703125
SHDMD,λ=8,8192,1,67609,8.2530517578125
SHDMD,λ=8,8192,1,63109,7.7037353515625
SHDMD,λ=8,8192,1,69693,8.5074462890625
SHDMD,λ=8,8192,1,98229,11.9908447265625
SHDMD,λ=8,8192,1,69469,8.4801025390625
SHDMD,λ=8,8192,1,62057,7.5753173828125
SHDMD,λ=8,8192,1,78361,9.5655517578125
SHDMD,λ=8,8192,1,62493,7.6285400390625
SHDMD,λ=8,8192,1,62745,7.6593017578125
SHDMD,λ=8,8192,1,63881,7.7979736328125
SHDMD,λ=8,8192,1,68793,8.3975830078125
SHDMD,λ=8,8192,1,70757,8.6373291015625
SHDMD,λ=8,8192,1,67505,8.2403564453125
SHDMD,λ=8,8192,1,70885,8.6529541015625
SHDMD,λ=8,8192,1,68305,8.3380126953125
SHDMD,λ=8,8192,1,70621,8.6207275390625
SHDMD,λ=8,8192,1,77357,9.4429931640625
SHDMD,λ=8,8192,1,69517,8.4859619140625
SHDMD,λ=8,8192,1,66149,8.0748291015625
SHDMD,λ=8,8192,1,69997,8.5445556640625
SHDMD,λ=8,8192,1,63401,7.7393798828125
SHDMD,λ=8,8192,1,72177,8.8106689453125
SHDMD,λ=8,8192,1,65793,8.0313720703125
SHDMD,λ=8,8192,1,70721,8.6329345703125
SHDMD,λ=8,8192,1,64057,7.8194580078125
SHDMD,λ=8,8192,1,63553,7.7579345703125
SHDMD,λ=8,8192,1,70909,8.6558837890625
SHDMD,λ=8,8192,1,64393,7.8604736328125
SHDMD,λ=8,8192,1,74389,9.0806884765625
SHDMD,λ=8,8192,1,67625,8.2550048828125
SHDMD,λ=8,8192,1,70245,8.5748291015625
SHDMD,λ=8,8192,1,64549,7.8795166015625
SHDMD,λ=8,8192,1,73457,8.9669189453125
SHDMD,λ=8,8192,1,72377,8.8350830078125
SHDMD,λ=8,8192,1,59585,7.2735595703125
SHDMD,λ=8,8192,1,69021,8.4254150390625
SHDMD,λ=8,8192,1,71821,8.7672119140625
SHDMD,λ=8,8192,1,65737,8.0245361328125
SHDMD,λ=8,8192,1,75461,9.2115478515625
SHDMD,λ=8,8192,1,69181,8.4449462890625
SHDMD,λ=8,8192,1,65957,8.0513916015625
SHDMD,λ=8,8192,1,70505,8.6065673828125
SHDMD,λ=8,8192,1,72493,8.8492431640625
SHDMD,λ=8,8192,1,63657,7.7706298828125
SHDMD,λ=8,8192,1,62553,7.6358642578125
SHDMD,λ=8,8192,1,83933,10.2457275390625
SHDMD,λ=8,8192,1,79893,9.7525634765625
SHDMD,λ=8,8192,1,66889,8.1651611328125
SHDMD,λ=8,8192,1,69869,8.5289306640625
SHDMD,λ=8,8192,1,80545,9.8321533203125
SHDMD,λ=8,8192,1,67821,8.2789306640625
SHDMD,λ=8,8192,1,65349,7.9771728515625
SHDMD,λ=8,8192,1,77881,9.5069580078125
SHDMD,λ=8,8192,1,82253,10.0406494140625
SHDMD,λ=8,8192,1,71585,8.7384033203125
SHDMD,λ=8,8192,1,77717,9.4869384765625
SHDMD,λ=8,8192,1,64601,7.8858642578125
SHDMD,λ=8,8192,1,76225,9.3048095703125
SHDMD,λ=8,8192,1,67921,8.2911376953125
SHDMD,λ=8,8192,1,81665,9.9688720703125
SHDMD,λ=8,8192,1,69593,8.4952392578125
SHDMD,λ=8,8192,1,72065,8.7969970703125
SHDMD,λ=8,8192,1,64017,7.8145751953125
SHDMD,λ=8,8192,1,63037,7.6949462890625
SHDMD,λ=8,8192,1,75137,9.1719970703125
SHDMD,λ=8,8192,1,74669,9.1148681640625
SHDMD,λ=8,8192,1,65165,7.9547119140625
SHDMD,λ=8,8192,1,86737,10.5880126953125
SHDMD,λ=8,8192,1,69513,8.4854736328125
SHLMD,λ=8,8192,1,70561,8.6134033203125
SHLMD,λ=8,8192,1,70985,8.6651611328125
SHLMD,λ=8,8192,1,64077,7.8218994140625
SHLMD,λ=8,8192,1,68645,8.3795166015625
SHLMD,λ=8,8192,1,62481,7.6270751953125
SHLMD,λ=8,8192,1,67201,8.2032470703125
SHLMD,λ=8,8192,1,64365,7.8570556640625
SHLMD,λ=8,8192,1,69117,8.4371337890625
SHLMD,λ=8,8192,1,65929,8.0479736328125
SHLMD,λ=8,8192,1,73837,9.0133056640625
SHLMD,λ=8,8192,1,81429,9.9400634765625
SHLMD,λ=8,8192,1,67265,8.2110595703125
SHLMD,λ=8,8192,1,68445,8.3551025390625
SHLMD,λ=8,8192,1,67709,8.2652587890625
SHLMD,λ=8,8192,1,69757,8.5152587890625
SHLMD,λ=8,8192,1,70625,8.6212158203125
SHLMD,λ=8,8192,1,64221,7.8394775390625
SHLMD,λ=8,8192,1,66721,8.1446533203125
SHLMD,λ=8,8192,1,69073,8.4317626953125
SHLMD,λ=8,8192,1,67525,8.2427978515625
SHLMD,λ=8,8192,1,63125,7.7056884765625
SHLMD,λ=8,8192,1,71869,8.7730712890625
SHLMD,λ=8,8192,1,68229,8.3287353515625
SHLMD,λ=8,8192,1,77569,9.4688720703125
SHLMD,λ=8,8192,1,73985,9.0313720703125
SHLMD,λ=8,8192,1,70893,8.6539306640625
SHLMD,λ=8,8192,1,82549,10.0767822265625
SHLMD,λ=8,8192,1,65921,8.0469970703125
SHLMD,λ=8,8192,1,63905,7.8009033203125
SHLMD,λ=8,8192,1,70109,8.5582275390625
SHLMD,λ=8,8192,1,74577,9.1036376953125
SHLMD,λ=8,8192,1,71361,8.7110595703125
SHLMD,λ=8,8192,1,71493,8.7271728515625
SHLMD,λ=8,8192,1,75277,9.1890869140625
SHLMD,λ=8,8192,1,66829,8.1578369140625
SHLMD,λ=8,8192,1,69229,8.4508056640625
SHLMD,λ=8,8192,1,66729,8.1456298828125
SHLMD,λ=8,8192,1,67497,8.2393798828125
SHLMD,λ=8,8192,1,66281,8.0909423828125
SHLMD,λ=8,8192,1,64781,7.9078369140625
SHLMD,λ=8,8192,1,65729,8.0235595703125
SHLMD,λ=8,8192,1,65473,7.9923095703125
SHLMD,λ=8,8192,1,69909,8.5338134765625
SHLMD,λ=8,8192,1,63385,7.7374267578125
SHLMD,λ=8,8192,1,66841,8.1593017578125
SHLMD,λ=8,8192,1,65805,8.0328369140625
SHLMD,λ=8,8192,1,62129,7.5841064453125
SHLMD,λ=8,8192,1,66941,8.1715087890625
SHLMD,λ=8,8192,1,68873,8.4073486328125
SHLMD,λ=8,8192,1,70869,8.6510009765625
SHLMD,λ=8,8192,1,71329,8.7071533203125
SHLMD,λ=8,8192,1,78033,9.5255126953125
SHLMD,λ=8,8192,1,65069,7.9429931640625
SHLMD,λ=8,8192,1,61117,7.4605712890625
SHLMD,λ=8,8192,1,69549,8.4898681640625
SHLMD,λ=8,8192,1,75485,9.2144775390625
SHLMD,λ=8,8192,1,65153,7.9532470703125
SHLMD,λ=8,8192,1,81633,9.9649658203125
SHLMD,λ=8,8192,1,62605,7.6422119140625
SHLMD,λ=8,8192,1,71713,8.7540283203125
SHLMD,λ=8,8192,1,85245,10.4058837890625
SHLMD,λ=8,8192,1,63753,7.7823486328125
SHLMD,λ=8,8192,1,69265,8.4552001953125
SHLMD,λ=8,8192,1,64657,7.8927001953125
SHLMD,λ=8,8192,1,73225,8.9385986328125
SHLMD,λ=8,8192,1,68521,8.3643798828125
SHLMD,λ=8,8192,1,73457,8.9669189453125
SHLMD,λ=8,8192,1,64957,7.9293212890625
SHLMD,λ=8,8192,1,69785,8.5186767578125
SHLMD,λ=8,8192,1,75325,9.1949462890625
SHLMD,λ=8,8192,1,70637,8.6226806640625
SHLMD,λ=8,8192,1,72377,8.8350830078125
SHLMD,λ=8,8192,1,67949,8.2945556640625
SHLMD,λ=8,8192,1,72697,8.8741455078125
SHLMD,λ=8,8192,1,70941,8.6597900390625
SHLMD,λ=8,8192,1,75645,9.2340087890625
SHLMD,λ=8,8192,1,60849,7.4278564453125
SHLMD,λ=8,8192,1,68401,8.3497314453125
SHLMD,λ=8,8192,1,69689,8.5069580078125
SHLMD,λ=8,8192,1,67821,8.2789306640625
SHLMD,λ=8,8192,1,64485,7.8717041015625
SHLMD,λ=8,8192,1,65621,8.0103759765625
SHLMD,λ=8,8192,1,67797,8.2760009765625
SHLMD,λ=8,8192,1,70793,8.6417236328125
SHLMD,λ=8,8192,1,63821,7.7906494140625
SHLMD,λ=8,8192,1,69477,8.4810791015625
SHLMD,λ=8,8192,1,68429,8.3531494140625
SHLMD,λ=8,8192,1,69753,8.5147705078125
SHLMD,λ=8,8192,1,70117,8.5592041015625
SHLMD,λ=8,8192,1,70645,8.6236572265625
SHLMD,λ=8,8192,1,78577,9.5919189453125
SHLMD,λ=8,8192,1,72209,8.8145751953125
SHLMD,λ=8,8192,1,68357,8.3443603515625
SHLMD,λ=8,8192,1,80197,9.7896728515625
SHLMD,λ=8,8192,1,69137,8.4395751953125
SHLMD,λ=8,8192,1,70257,8.5762939453125
SHLMD,λ=8,8192,1,86189,10.5211181640625
SHLMD,λ=8,8192,1,60817,7.4239501953125
SHLMD,λ=8,8192,1,66081,8.0665283203125
SRLMD,λ=8,8192,1,67913,8.2901611328125
SRLMD,λ=8,8192,1,71437,8.7203369140625
SRLMD,λ=8,8192,1,68105,8.3135986328125
SRLMD,λ=8,8192,1,79605,9.7174072265625
SRLMD,λ=8,8192,1,59921,7.3145751953125
SRLMD,λ=8,8192,1,66997,8.1783447265625
SRLMD,λ=8,8192,1,68697,8.3858642578125
SRLMD,λ=8,8192,1,62621,7.6441650390625
SRLMD,λ=8,8192,1,63537,7.7559814453125
SRLMD,λ=8,8192,1,70053,8.5513916015625
SRLMD,λ=8,8192,1,77521,9.4630126953125
SRLMD,λ=8,8192,1,76061,9.2847900390625
SRLMD,λ=8,8192,1,74053,9.0396728515625
SRLMD,λ=8,8192,1,67189,8.2017822265625
SRLMD,λ=8,8192,1,64221,7.8394775390625
SRLMD,λ=8,8192,1,68361,8.3448486328125
SRLMD,λ=8,8192,1,65865,8.0401611328125
SRLMD,λ=8,8192,1,67965,8.2965087890625
SRLMD,λ=8,8192,1,65965,8.0523681640625
SRLMD,λ=8,8192,1,68749,8.3922119140625
SRLMD,λ=8,8192,1,76581,9.3482666015625
SRLMD,λ=8,8192,1,83049,10.1378173828125
SRLMD,λ=8,8192,1,65889,8.0430908203125
SRLMD,λ=8,8192,1,71281,8.7012939453125
SRLMD,λ=8,8192,1,65457,7.9903564453125
SRLMD,λ=8,8192,1,65353,7.9776611328125
SRLMD,λ=8,8192,1,70881,8.6524658203125
SRLMD,λ=8,8192,1,75849,9.2589111328125
SRLMD,λ=8,8192,1,65397,7.9830322265625
SRLMD,λ=8,8192,1,81289,9.9229736328125
SRLMD,λ=8,8192,1,73433,8.9639892578125
SRLMD,λ=8,8192,1,70109,8.5582275390625
SRLMD,λ=8,8192,1,66945,8.1719970703125
SRLMD,λ=8,8192,1,70937,8.6593017578125
SRLMD,λ=8,8192,1,67353,8.2218017578125
SRLMD,λ=8,8192,1,67609,8.2530517578125
SRLMD,λ=8,8192,1,72233,8.8175048828125
SRLMD,λ=8,8192,1,65881,8.0421142578125
SRLMD,λ=8,8192,1,68093,8.3121337890625
SRLMD,λ=8,8192,1,69229,8.4508056640625
SRLMD,λ=8,8192,1,69037,8.4273681640625
SRLMD,λ=8,8192,1,67249,8.2091064453125
SRLMD,λ=8,8192,1,63129,7.7061767578125
SRLMD,λ=8,8192,1,68553,8.3682861328125
SRLMD,λ=8,8192,1,71533,8.7320556640625
SRLMD,λ=8,8192,1,61557,7.5142822265625
SRLMD,λ=8,8192,1,69333,8.4635009765625
SRLMD,λ=8,8192,1,65133,7.9508056640625
SRLMD,λ=8,8192,1,77729,9.4884033203125
SRLMD,λ=8,8192,1,67149,8.1968994140625
SRLMD,λ=8,8192,1,80345,9.8077392578125
SRLMD,λ=8,8192,1,76357,9.3209228515625
SRLMD,λ=8,8192,1,71345,8.7091064453125
SRLMD,λ=8,8192,1,57973,7.0767822265625
SRLMD,λ=8,8192,1,73057,8.9180908203125
SRLMD,λ=8,8192,1,73797,9.0084228515625
SRLMD,λ=8,8192,1,66181,8.0787353515625
SRLMD,λ=8,8192,1,68569,8.3702392578125
SRLMD,λ=8,8192,1,85917,10.4879150390625
SRLMD,λ=8,8192,1,64989,7.9332275390625
SRLMD,λ=8,8192,1,64677,7.8951416015625
SRLMD,λ=8,8192,1,64533,7.8775634765625
SRLMD,λ=8,8192,1,67341,8.2203369140625
SRLMD,λ=8,8192,1,67481,8.2374267578125
SRLMD,λ=8,8192,1,65617,8.0098876953125
SRLMD,λ=8,8192,1,70261,8.5767822265625
SRLMD,λ=8,8192,1,67845,8.2818603515625
SRLMD,λ=8,8192,1,64629,7.8892822265625
SRLMD,λ=8,8192,1,73949,9.0269775390625
SRLMD,λ=8,8192,1,66613,8.1314697265625
SRLMD,λ=8,8192,1,77417,9.4503173828125
SRLMD,λ=8,8192,1,68789,8.3970947265625
SRLMD,λ=8,8192,1,73997,9.0328369140625
SRLMD,λ=8,8192,1,72953,8.9053955078125
SRLMD,λ=8,8192,1,63637,7.7681884765625
SRLMD,λ=8,8192,1,70041,8.5499267578125
SRLMD,λ=8,8192,1,72653,8.8687744140625
SRLMD,λ=8,8192,1,76217,9.3038330078125
SRLMD,λ=8,8192,1,64757,7.9049072265625
SRLMD,λ=8,8192,1,61897,7.5557861328125
SRLMD,λ=8,8192,1,62429,7.6207275390625
SRLMD,λ=8,8192,1,66265,8.0889892578125
SRLMD,λ=8,8192,1,64333,7.8531494140625
SRLMD,λ=8,8192,1,82477,10.0679931640625
SRLMD,λ=8,8192,1,69901,8.5328369140625
SRLMD,λ=8,8192,1,71109,8.6802978515625
SRLMD,λ=8,8192,1,63437,7.7437744140625
SRLMD,λ=8,8192,1,70649,8.6241455078125
SRLMD,λ=8,8192,1,64601,7.8858642578125
SRLMD,λ=8,8192,1,63685,7.7740478515625
SRLMD,λ=8,8192,1,61257,7.4776611328125
SRLMD,λ=8,8192,1,65309,7.9722900390625
SRLMD,λ=8,8192,1,65681,8.0177001953125
SRLMD,λ=8,8192,1,68125,8.3160400390625
SRLMD,λ=8,8192,1,71197,8.6910400390625
SRLMD,λ=8,8192,1,66993,8.1778564453125
SRLMD,λ=8,8192,1,67205,8.2037353515625
SRLMD,λ=8,8192,1,76781,9.3726806640625
SRLMD,λ=8,8192,1,67901,8.2886962890625
SSLMD,λ=8,8192,1,103519,12.6365966796875
SSLMD,λ=8,8192,1,113941,13.9088134765625
SSLMD,λ=8,8192,1,103411,12.6234130859375
SSLMD,λ=8,8192,1,108289,13.2188720703125
SSLMD,λ=8,8192,1,104995,12.8167724609375
SSLMD,λ=8,8192,1,97417,11.8917236328125
SSLMD,λ=8,8192,1,109891,13.4144287109375
SSLMD,λ=8,8192,1,91261,11.1402587890625
SSLMD,λ=8,8192,1,90217,11.0128173828125
SSLMD,λ=8,8192,1,87427,10.6722412109375
SSLMD,λ=8,8192,1,97885,11.9488525390625
SSLMD,λ=8,8192,1,104815,12.7947998046875
SSLMD,λ=8,8192,1,96013,11.7203369140625
SSLMD,λ=8,8192,1,95293,11.6324462890625
SSLMD,λ=8,8192,1,100747,12.2982177734375
SSLMD,λ=8,8192,1,105535,12.8826904296875
SSLMD,λ=8,8192,1,97399,11.8895263671875
SSLMD,λ=8,8192,1,103159,12.5926513671875
SSLMD,λ=8,8192,1,97723,11.9290771484375
SSLMD,λ=8,8192,1,90703,11.0721435546875
SSLMD,λ=8,8192,1,113383,13.8406982421875
SSLMD,λ=8,8192,1,99343,12.1268310546875
SSLMD,λ=8,8192,1,86419,10.5491943359375
SSLMD,λ=8,8192,1,111115,13.5638427734375
SSLMD,λ=8,8192,1,111457,13.6055908203125
SSLMD,λ=8,8192,1,103663,12.6541748046875
SSLMD,λ=8,8192,1,102763,12.5443115234375
SSLMD,λ=8,8192,1,90577,11.0567626953125
SSLMD,λ=8,8192,1,89065,10.8721923828125
SSLMD,λ=8,8192,1,109135,13.3221435546875
SSLMD,λ=8,8192,1,94429,11.5269775390625
SSLMD,λ=8,8192,1,128467,15.6820068359375
SSLMD,λ=8,8192,1,109639,13.3836669921875
SSLMD,λ=8,8192,1,91063,11.1160888671875
SSLMD,λ=8,8192,1,103357,12.6168212890625
SSLMD,λ=8,8192,1,100297,12.2432861328125
SSLMD,λ=8,8192,1,119305,14.5635986328125
SSLMD,λ=8,8192,1,90433,11.0391845703125
SSLMD,λ=8,8192,1,112213,13.6978759765625
SSLMD,λ=8,8192,1,100963,12.3245849609375
SSLMD,λ=8,8192,1,90667,11.0677490234375
SSLMD,λ=8,8192,1,97111,11.8543701171875
SSLMD,λ=8,8192,1,96553,11.7862548828125
SSLMD,λ=8,8192,1,91855,11.2127685546875
SSLMD,λ=8,8192,1,86275,10.5316162109375
SSLMD,λ=8,8192,1,100981,12.3267822265625
SSLMD,λ=8,8192,1,98173,11.9840087890625
SSLMD,λ=8,8192,1,86077,10.5074462890625
SSLMD,λ=8,8192,1,110899,13.5374755859375
SSLMD,λ=8,8192,1,100567,12.2762451171875
SSLMD,λ=8,8192,1,94357,11.5181884765625
SSLMD,λ=8,8192,1,96607,11.7928466796875
SSLMD,λ=8,8192,1,117145,14.2999267578125
SSLMD,λ=8,8192,1,96949,11.8345947265625
SSLMD,λ=8,8192,1,112609,13.7462158203125
SSLMD,λ=8,8192,1,88093,10.7535400390625
SSLMD,λ=8,8192,1,105013,12.8189697265625
SSLMD,λ=8,8192,1,94879,11.5819091796875
SSLMD,λ=8,8192,1,93295,11.3885498046875
SSLMD,λ=8,8192,1,94141,11.4918212890625
SSLMD,λ=8,8192,1,112735,13.7615966796875
SSLMD,λ=8,8192,1,97579,11.9114990234375
SSLMD,λ=8,8192,1,84997,10.3756103515625
SSLMD,λ=8,8192,1,117019,14.2845458984375
SSLMD,λ=8,8192,1,110089,13.4385986328125
SSLMD,λ=8,8192,1,92413,11.2808837890625
SSLMD,λ=8,8192,1,105679,12.9002685546875
SSLMD,λ=8,8192,1,91351,11.1512451171875
SSLMD,λ=8,8192,1,92791,11.3270263671875
SSLMD,λ=8,8192,1,104761,12.7882080078125
SSLMD,λ=8,8192,1,99451,12.1400146484375
SSLMD,λ=8,8192,1,95509,11.6588134765625
SSLMD,λ=8,8192,1,95311,11.6346435546875
SSLMD,λ=8,8192,1,110575,13.4979248046875
SSLMD,λ=8,8192,1,95599,11.6697998046875
SSLMD,λ=8,8192,1,104203,12.7200927734375
SSLMD,λ=8,8192,1,91009,11.1094970703125
SSLMD,λ=8,8192,1,101773,12.4234619140625
SSLMD,λ=8,8192,1,91423,11.1600341796875
SSLMD,λ=8,8192,1,100909,12.3179931640625
SSLMD,λ=8,8192,1,100153,12.2257080078125
SSLMD,λ=8,8192,1,92863,11.3358154296875
SSLMD,λ=8,8192,1,103933,12.6871337890625
SSLMD,λ=8,8192,1,89929,10.9776611328125
SSLMD,λ=8,8192,1,108415,13.2342529296875
SSLMD,λ=8,8192,1,116641,14.2384033203125
SSLMD,λ=8,8192,1,112555,13.7396240234375
SSLMD,λ=8,8192,1,85303,10.4129638671875
SSLMD,λ=8,8192,1,107263,13.0936279296875
SSLMD,λ=8,8192,1,94033,11.4786376953125
SSLMD,λ=8,8192,1,91729,11.1973876953125
SSLMD,λ=8,8192,1,87373,10.6656494140625
SSLMD,λ=8,8192,1,88597,10.8150634765625
SSLMD,λ=8,8192,1,103429,12.6256103515625
SSLMD,λ=8,8192,1,90937,11.1007080078125
SSLMD,λ=8,8192,1,102421,12.5025634765625
SSLMD,λ=8,8192,1,94501,11.5357666015625
SSDID,λ=8,8192,1,105010,12.818603515625
SSDID,λ=8,8192,1,97734,11.930419921875
SSDID,λ=8,8192,1,102375,12.4969482421875
SSDID,λ=8,8192,1,93960,11.4697265625
SSDID,λ=8,8192,1,89200,10.888671875
SSDID,λ=8,8192,1,97802,11.938720703125
SSDID,λ=8,8192,1,90628,11.06298828125
SSDID,λ=8,8192,1,96204,11.74365234375
SSDID,λ=8,8192,1,108852,13.28759765625
SSDID,λ=8,8192,1,110654,13.507568359375
SSDID,λ=8,8192,1,95660,11.67724609375
SSDID,λ=8,8192,1,104772,12.78955078125
SSDID,λ=8,8192,1,111895,13.6590576171875
SSDID,λ=8,8192,1,100216,12.2333984375
SSDID,λ=8,8192,1,106132,12.95556640625
SSDID,λ=8,8192,1,92617,11.3057861328125
SSDID,λ=8,8192,1,99366,12.129638671875
SSDID,λ=8,8192,1,106642,13.017822265625
SSDID,λ=8,8192,1,97938,11.955322265625
SSDID,λ=8,8192,1,103667,12.6546630859375
SSDID,λ=8,8192,1,105520,12.880859375
SSDID,λ=8,8192,1,110603,13.5013427734375
SSDID,λ=8,8192,1,93365,11.3970947265625
SSDID,λ=8,8192,1,103922,12.685791015625
SSDID,λ=8,8192,1,97207,11.8660888671875
SSDID,λ=8,8192,1,102902,12.561279296875
SSDID,λ=8,8192,1,106982,13.059326171875
SSDID,λ=8,8192,1,103565,12.6422119140625
SSDID,λ=8,8192,1,90985,11.1065673828125
SSDID,λ=8,8192,1,99094,12.096435546875
SSDID,λ=8,8192,1,103072,12.58203125
SSDID,λ=8,8192,1,99400,12.1337890625
SSDID,λ=8,8192,1,103786,12.669189453125
SSDID,λ=8,8192,1,113476,13.85205078125
SSDID,λ=8,8192,1,109770,13.399658203125
SSDID,λ=8,8192,1,117998,14.404052734375
SSDID,λ=8,8192,1,97904,11.951171875
SSDID,λ=8,8192,1,93569,11.4219970703125
SSDID,λ=8,8192,1,100777,12.3018798828125
SSDID,λ=8,8192,1,111555,13.6175537109375
SSDID,λ=8,8192,1,97700,11.92626953125
SSDID,λ=8,8192,1,88214,10.768310546875
SSDID,λ=8,8192,1,97343,11.8826904296875
SSDID,λ=8,8192,1,110263,13.4598388671875
SSDID,λ=8,8192,1,107169,13.0821533203125
SSDID,λ=8,8192,1,95864,11.7021484375
SSDID,λ=8,8192,1,101253,12.3599853515625
SSDID,λ=8,8192,1,90203,11.0111083984375
SSDID,λ=8,8192,1,96884,11.82666015625
SSDID,λ=8,8192,1,92872,11.3369140625
SSDID,λ=8,8192,1,96051,11.7249755859375
SSDID,λ=8,8192,1,103225,12.6007080078125
SSDID,λ=8,8192,1,105146,12.835205078125
SSDID,λ=8,8192,1,140234,17.118408203125
SSDID,λ=8,8192,1,99332,12.12548828125
SSDID,λ=8,8192,1,94589,11.5465087890625
SSDID,λ=8,8192,1,105843,12.9202880859375
SSDID,λ=8,8192,1,95286,11.631591796875
SSDID,λ=8,8192,1,108257,13.2149658203125
SSDID,λ=8,8192,1,113085,13.8043212890625
SSDID,λ=8,8192,1,94113,11.4884033203125
SSDID,λ=8,8192,1,148785,18.1622314453125
SSDID,λ=8,8192,1,107866,13.167236328125
SSDID,λ=8,8192,1,108070,13.192138671875
SSDID,λ=8,8192,1,100726,12.295654296875
SSDID,λ=8,8192,1,108155,13.2025146484375
SSDID,λ=8,8192,1,104245,12.7252197265625
SSDID,λ=8,8192,1,107713,13.1485595703125
SSDID,λ=8,8192,1,95643,11.6751708984375
SSDID,λ=8,8192,1,116723,14.2484130859375
SSDID,λ=8,8192,1,88486,10.801513671875
SSDID,λ=8,8192,1,98125,11.9781494140625
SSDID,λ=8,8192,1,92566,11.299560546875
SSDID,λ=8,8192,1,103395,12.6214599609375
SSDID,λ=8,8192,1,98873,12.0694580078125
SSDID,λ=8,8192,1,98023,11.9656982421875
SSDID,λ=8,8192,1,110484,13.48681640625
SSDID,λ=8,8192,1,92481,11.2891845703125
SSDID,λ=8,8192,1,102324,12.49072265625
SSDID,λ=8,8192,1,105418,12.868408203125
SSDID,λ=8,8192,1,109804,13.40380859375
SSDID,λ=8,8192,1,107594,13.134033203125
SSDID,λ=8,8192,1,99791,12.1815185546875
SSDID,λ=8,8192,1,100301,12.2437744140625
SSDID,λ=8,8192,1,99774,12.179443359375
SSDID,λ=8,8192,1,92498,11.291259765625
SSDID,λ=8,8192,1,104279,12.7293701171875
SSDID,λ=8,8192,1,102290,12.486572265625
SSDID,λ=8,8192,1,91716,11.19580078125
SSDID,λ=8,8192,1,102766,12.544677734375
SSDID,λ=8,8192,1,96221,11.7457275390625
SSDID,λ=8,8192,1,96153,11.7374267578125
SSDID,λ=8,8192,1,102868,12.55712890625
SSDID,λ=8,8192,1,98244,11.99267578125
SSDID,λ=8,8192,1,93722,11.440673828125
SRDID,λ=8,8192,1,85563,10.4447021484375
SRDID,λ=8,8192,1,77341,9.4410400390625
SRDID,λ=8,8192,1,78037,9.5260009765625
SRDID,λ=8,8192,1,81397,9.9361572265625
SRDID,λ=8,8192,1,77595,9.4720458984375
SRDID,λ=8,8192,1,76183,9.2996826171875
SRDID,λ=8,8192,1,75093,9.1666259765625
SRDID,λ=8,8192,1,92769,11.3243408203125
SRDID,λ=8,8192,1,86437,10.5513916015625
SRDID,λ=8,8192,1,87375,10.6658935546875
SRDID,λ=8,8192,1,74231,9.0614013671875
SRDID,λ=8,8192,1,80729,9.8546142578125
SRDID,λ=8,8192,1,72869,8.8951416015625
SRDID,λ=8,8192,1,82183,10.0321044921875
SRDID,λ=8,8192,1,76721,9.3653564453125
SRDID,λ=8,8192,1,72171,8.8099365234375
SRDID,λ=8,8192,1,86091,10.5091552734375
SRDID,λ=8,8192,1,85541,10.4420166015625
SRDID,λ=8,8192,1,86649,10.5772705078125
SRDID,λ=8,8192,1,88421,10.7935791015625
SRDID,λ=8,8192,1,88235,10.7708740234375
SRDID,λ=8,8192,1,83145,10.1495361328125
SRDID,λ=8,8192,1,75519,9.2186279296875
SRDID,λ=8,8192,1,80011,9.7669677734375
SRDID,λ=8,8192,1,96897,11.8282470703125
SRDID,λ=8,8192,1,71699,8.7523193359375
SRDID,λ=8,8192,1,74605,9.1070556640625
SRDID,λ=8,8192,1,75297,9.1915283203125
SRDID,λ=8,8192,1,79187,9.6663818359375
SRDID,λ=8,8192,1,80735,9.8553466796875
SRDID,λ=8,8192,1,84893,10.3629150390625
SRDID,λ=8,8192,1,75055,9.1619873046875
SRDID,λ=8,8192,1,79237,9.6724853515625
SRDID,λ=8,8192,1,82335,10.0506591796875
SRDID,λ=8,8192,1,74727,9.1219482421875
SRDID,λ=8,8192,1,82567,10.0789794921875
SRDID,λ=8,8192,1,79185,9.6661376953125
SRDID,λ=8,8192,1,92969,11.3487548828125
SRDID,λ=8,8192,1,78771,9.6156005859375
SRDID,λ=8,8192,1,76139,9.2943115234375
SRDID,λ=8,8192,1,75555,9.2230224609375
SRDID,λ=8,8192,1,85139,10.3929443359375
SRDID,λ=8,8192,1,77135,9.4158935546875
SRDID,λ=8,8192,1,81149,9.9058837890625
SRDID,λ=8,8192,1,79051,9.6497802734375
SRDID,λ=8,8192,1,74681,9.1163330078125
SRDID,λ=8,8192,1,84785,10.3497314453125
SRDID,λ=8,8192,1,97523,11.9046630859375
SRDID,λ=8,8192,1,72907,8.8997802734375
SRDID,λ=8,8192,1,80109,9.7789306640625
SRDID,λ=8,8192,1,77265,9.4317626953125
SRDID,λ=8,8192,1,85447,10.4305419921875
SRDID,λ=8,8192,1,73125,8.9263916015625
SRDID,λ=8,8192,1,94073,11.4835205078125
SRDID,λ=8,8192,1,83983,10.2518310546875
SRDID,λ=8,8192,1,87225,10.6475830078125
SRDID,λ=8,8192,1,80513,9.8282470703125
SRDID,λ=8,8192,1,80005,9.7662353515625
SRDID,λ=8,8192,1,97139,11.8577880859375
SRDID,λ=8,8192,1,79935,9.7576904296875
SRDID,λ=8,8192,1,88077,10.7515869140625
SRDID,λ=8,8192,1,74193,9.0567626953125
SRDID,λ=8,8192,1,92351,11.2733154296875
SRDID,λ=8,8192,1,73847,9.0145263671875
SRDID,λ=8,8192,1,72859,8.8939208984375
SRDID,λ=8,8192,1,84275,10.2874755859375
SRDID,λ=8,8192,1,80505,9.8272705078125
SRDID,λ=8,8192,1,75165,9.1754150390625
SRDID,λ=8,8192,1,80527,9.8299560546875
SRDID,λ=8,8192,1,89747,10.9554443359375
SRDID,λ=8,8192,1,72417,8.8399658203125
SRDID,λ=8,8192,1,82391,10.0574951171875
SRDID,λ=8,8192,1,72929,8.9024658203125
SRDID,λ=8,8192,1,76459,9.3333740234375
SRDID,λ=8,8192,1,91387,11.1556396484375
SRDID,λ=8,8192,1,79893,9.7525634765625
SRDID,λ=8,8192,1,74391,9.0809326171875
SRDID,λ=8,8192,1,79335,9.6844482421875
SRDID,λ=8,8192,1,72249,8.8194580078125
SRDID,λ=8,8192,1,75403,9.2044677734375
SRDID,λ=8,8192,1,84313,10.2921142578125
SRDID,λ=8,8192,1,83091,10.1429443359375
SRDID,λ=8,8192,1,75459,9.2113037109375
SRDID,λ=8,8192,1,75437,9.2086181640625
SRDID,λ=8,8192,1,77111,9.4129638671875
SRDID,λ=8,8192,1,79387,9.6907958984375
SRDID,λ=8,8192,1,84087,10.2645263671875
SRDID,λ=8,8192,1,77205,9.4244384765625
SRDID,λ=8,8192,1,74443,9.0872802734375
SRDID,λ=8,8192,1,77865,9.5050048828125
SRDID,λ=8,8192,1,89771,10.9583740234375
SRDID,λ=8,8192,1,75433,9.2081298828125
SRDID,λ=8,8192,1,83305,10.1690673828125
SRDID,λ=8,8192,1,79297,9.6798095703125
SRDID,λ=8,8192,1,85309,10.4136962890625
SRDID,λ=8,8192,1,89417,10.9151611328125
SRDID,λ=8,8192,1,75443,9.2093505859375
SRDID,λ=8,8192,1,75829,9.2564697265625
SHDID,λ=8,8192,1,78964,9.63916015625
SHDID,λ=8,8192,1,77485,9.4586181640625
SHDID,λ=8,8192,1,76698,9.362548828125
SHDID,λ=8,8192,1,75070,9.163818359375
SHDID,λ=8,8192,1,77703,9.4852294921875
SHDID,λ=8,8192,1,82030,10.013427734375
SHDID,λ=8,8192,1,88623,10.8182373046875
SHDID,λ=8,8192,1,80950,9.881591796875
SHDID,λ=8,8192,1,84889,10.3624267578125
SHDID,λ=8,8192,1,78436,9.57470703125
SHDID,λ=8,8192,1,77591,9.4715576171875
SHDID,λ=8,8192,1,81932,10.00146484375
SHDID,λ=8,8192,1,81318,9.926513671875
SHDID,λ=8,8192,1,78692,9.60595703125
SHDID,λ=8,8192,1,79435,9.6966552734375
SHDID,λ=8,8192,1,80269,9.7984619140625
SHDID,λ=8,8192,1,92164,11.25048828125
SHDID,λ=8,8192,1,102214,12.477294921875
SHDID,λ=8,8192,1,89102,10.876708984375
SHDID,λ=8,8192,1,77567,9.4686279296875
SHDID,λ=8,8192,1,77904,9.509765625
SHDID,λ=8,8192,1,81310,9.925537109375
SHDID,λ=8,8192,1,79299,9.6800537109375
SHDID,λ=8,8192,1,78946,9.636962890625
SHDID,λ=8,8192,1,76608,9.3515625
SHDID,λ=8,8192,1,76787,9.3734130859375
SHDID,λ=8,8192,1,73780,9.00634765625
SHDID,λ=8,8192,1,81347,9.9300537109375
SHDID,λ=8,8192,1,76173,9.2984619140625
SHDID,λ=8,8192,1,72437,8.8424072265625
SHDID,λ=8,8192,1,88203,10.7669677734375
SHDID,λ=8,8192,1,78678,9.604248046875
SHDID,λ=8,8192,1,80935,9.8797607421875
SHDID,λ=8,8192,1,77664,9.48046875
SHDID,λ=8,8192,1,80343,9.8074951171875
SHDID,λ=8,8192,1,79442,9.697509765625
SHDID,λ=8,8192,1,76600,9.3505859375
SHDID,λ=8,8192,1,76992,9.3984375
SHDID,λ=8,8192,1,74146,9.051025390625
SHDID,λ=8,8192,1,73496,8.9716796875
SHDID,λ=8,8192,1,87886,10.728271484375
SHDID,λ=8,8192,1,82585,10.0811767578125
SHDID,λ=8,8192,1,83080,10.1416015625
SHDID,λ=8,8192,1,83575,10.2020263671875
SHDID,λ=8,8192,1,82636,10.08740234375
SHDID,λ=8,8192,1,99632,12.162109375
SHDID,λ=8,8192,1,82900,10.11962890625
SHDID,λ=8,8192,1,78737,9.6114501953125
SHDID,λ=8,8192,1,76262,9.309326171875
SHDID,λ=8,8192,1,81588,9.95947265625
SHDID,λ=8,8192,1,93797,11.4498291015625
SHDID,λ=8,8192,1,77118,9.413818359375
SHDID,λ=8,8192,1,79210,9.669189453125
SHDID,λ=8,8192,1,74499,9.0941162109375
SHDID,λ=8,8192,1,76291,9.3128662109375
SHDID,λ=8,8192,1,83246,10.161865234375
SHDID,λ=8,8192,1,84819,10.3538818359375
SHDID,λ=8,8192,1,75384,9.2021484375
SHDID,λ=8,8192,1,77433,9.4522705078125
SHDID,λ=8,8192,1,73788,9.00732421875
SHDID,λ=8,8192,1,79314,9.681884765625
SHDID,λ=8,8192,1,81557,9.9556884765625
SHDID,λ=8,8192,1,82383,10.0565185546875
SHDID,λ=8,8192,1,80178,9.787353515625
SHDID,λ=8,8192,1,91932,11.22216796875
SHDID,λ=8,8192,1,82360,10.0537109375
SHDID,λ=8,8192,1,84365,10.2984619140625
SHDID,λ=8,8192,1,78123,9.5364990234375
SHDID,λ=8,8192,1,76434,9.330322265625
SHDID,λ=8,8192,1,79067,9.6517333984375
SHDID,λ=8,8192,1,75010,9.156494140625
SHDID,λ=8,8192,1,78707,9.6077880859375
SHDID,λ=8,8192,1,78325,9.5611572265625
SHDID,λ=8,8192,1,92718,11.318115234375
SHDID,λ=8,8192,1,72873,8.8956298828125
SHDID,λ=8,8192,1,78745,9.6124267578125
SHDID,λ=8,8192,1,77606,9.473388671875
SHDID,λ=8,8192,1,82000,10.009765625
SHDID,λ=8,8192,1,75873,9.2618408203125
SHDID,λ=8,8192,1,80118,9.780029296875
SHDID,λ=8,8192,1,82239,10.0389404296875
SHDID,λ=8,8192,1,84850,10.357666015625
SHDID,λ=8,8192,1,80597,9.8385009765625
SHDID,λ=8,8192,1,77283,9.4339599609375
SHDID,λ=8,8192,1,89117,10.8785400390625
SHDID,λ=8,8192,1,80994,9.886962890625
SHDID,λ=8,8192,1,78873,9.6280517578125
SHDID,λ=8,8192,1,75108,9.16845703125
SHDID,λ=8,8192,1,72077,8.7984619140625
SHDID,λ=8,8192,1,77717,9.4869384765625
SHDID,λ=8,8192,1,80658,9.845947265625
SHDID,λ=8,8192,1,75288,9.1904296875
SHDID,λ=8,8192,1,80267,9.7982177734375
SHDID,λ=8,8192,1,73614,8.986083984375
SHDID,λ=8,8192,1,89852,10.96826171875
SHDID,λ=8,8192,1,74650,9.112548828125
SHDID,λ=8,8192,1,85646,10.454833984375
SHDID,λ=8,8192,1,81752,9.9794921875
SHLID,λ=8,8192,1,86381,10.5445556640625
SHLID,λ=8,8192,1,91574,11.178466796875
SHLID,λ=8,8192,1,77702,9.485107421875
SHLID,λ=8,8192,1,78073,9.5303955078125
SHLID,λ=8,8192,1,88292,10.77783203125
SHLID,λ=8,8192,1,75332,9.19580078125
SHLID,λ=8,8192,1,93778,11.447509765625
SHLID,λ=8,8192,1,74673,9.1153564453125
SHLID,λ=8,8192,1,96976,11.837890625
SHLID,λ=8,8192,1,78612,9.59619140625
SHLID,λ=8,8192,1,84455,10.3094482421875
SHLID,λ=8,8192,1,79179,9.6654052734375
SHLID,λ=8,8192,1,81160,9.9072265625
SHLID,λ=8,8192,1,81141,9.9049072265625
SHLID,λ=8,8192,1,80913,9.8770751953125
SHLID,λ=8,8192,1,78303,9.5584716796875
SHLID,λ=8,8192,1,71472,8.724609375
SHLID,λ=8,8192,1,78507,9.5833740234375
SHLID,λ=8,8192,1,82894,10.118896484375
SHLID,λ=8,8192,1,74108,9.04638671875
SHLID,λ=8,8192,1,83422,10.183349609375
SHLID,λ=8,8192,1,76442,9.331298828125
SHLID,λ=8,8192,1,75500,9.21630859375
SHLID,λ=8,8192,1,88576,10.8125
SHLID,λ=8,8192,1,79393,9.6915283203125
SHLID,λ=8,8192,1,75151,9.1737060546875
SHLID,λ=8,8192,1,81852,9.99169921875
SHLID,λ=8,8192,1,83749,10.2232666015625
SHLID,λ=8,8192,1,81365,9.9322509765625
SHLID,λ=8,8192,1,79745,9.7344970703125
SHLID,λ=8,8192,1,83831,10.2332763671875
SHLID,λ=8,8192,1,79041,9.6485595703125
SHLID,λ=8,8192,1,88588,10.81396484375
SHLID,λ=8,8192,1,80002,9.765869140625
SHLID,λ=8,8192,1,84507,10.3157958984375
SHLID,λ=8,8192,1,79389,9.6910400390625
SHLID,λ=8,8192,1,85753,10.4678955078125
SHLID,λ=8,8192,1,79193,9.6671142578125
SHLID,λ=8,8192,1,85603,10.4495849609375
SHLID,λ=8,8192,1,80179,9.7874755859375
SHLID,λ=8,8192,1,79236,9.67236328125
SHLID,λ=8,8192,1,79714,9.730712890625
SHLID,λ=8,8192,1,77471,9.4569091796875
SHLID,λ=8,8192,1,93105,11.3653564453125
SHLID,λ=8,8192,1,74680,9.1162109375
SHLID,λ=8,8192,1,77082,9.409423828125
SHLID,λ=8,8192,1,80892,9.87451171875
SHLID,λ=8,8192,1,77756,9.49169921875
SHLID,λ=8,8192,1,77265,9.4317626953125
SHLID,λ=8,8192,1,84972,10.37255859375
SHLID,λ=8,8192,1,90771,11.0804443359375
SHLID,λ=8,8192,1,81401,9.9366455078125
SHLID,λ=8,8192,1,85099,10.3880615234375
SHLID,λ=8,8192,1,85590,10.447998046875
SHLID,λ=8,8192,1,75052,9.16162109375
SHLID,λ=8,8192,1,76887,9.3856201171875
SHLID,λ=8,8192,1,76166,9.297607421875
SHLID,λ=8,8192,1,91698,11.193603515625
SHLID,λ=8,8192,1,88041,10.7471923828125
SHLID,λ=8,8192,1,85398,10.424560546875
SHLID,λ=8,8192,1,81071,9.8963623046875
SHLID,λ=8,8192,1,77613,9.4742431640625
SHLID,λ=8,8192,1,79476,9.70166015625
SHLID,λ=8,8192,1,77179,9.4212646484375
SHLID,λ=8,8192,1,88520,10.8056640625
SHLID,λ=8,8192,1,78324,9.56103515625
SHLID,λ=8,8192,1,88596,10.81494140625
SHLID,λ=8,8192,1,84080,10.263671875
SHLID,λ=8,8192,1,86279,10.5321044921875
SHLID,λ=8,8192,1,85980,10.49560546875
SHLID,λ=8,8192,1,81261,9.9195556640625
SHLID,λ=8,8192,1,84085,10.2642822265625
SHLID,λ=8,8192,1,87190,10.643310546875
SHLID,λ=8,8192,1,85533,10.4410400390625
SHLID,λ=8,8192,1,91012,11.10986328125
SHLID,λ=8,8192,1,77326,9.439208984375
SHLID,λ=8,8192,1,83201,10.1563720703125
SHLID,λ=8,8192,1,82816,10.109375
SHLID,λ=8,8192,1,83445,10.1861572265625
SHLID,λ=8,8192,1,80046,9.771240234375
SHLID,λ=8,8192,1,68885,8.4088134765625
SHLID,λ=8,8192,1,84524,10.31787109375
SHLID,λ=8,8192,1,78814,9.620849609375
SHLID,λ=8,8192,1,97210,11.866455078125
SHLID,λ=8,8192,1,86888,10.6064453125
SHLID,λ=8,8192,1,95409,11.6466064453125
SHLID,λ=8,8192,1,82645,10.0885009765625
SHLID,λ=8,8192,1,80625,9.8419189453125
SHLID,λ=8,8192,1,86497,10.5587158203125
SHLID,λ=8,8192,1,79098,9.655517578125
SHLID,λ=8,8192,1,87187,10.6429443359375
SHLID,λ=8,8192,1,94347,11.5169677734375
SHLID,λ=8,8192,1,87975,10.7391357421875
SHLID,λ=8,8192,1,82492,10.06982421875
SHLID,λ=8,8192,1,84129,10.2696533203125
SHLID,λ=8,8192,1,81757,9.9801025390625
SHLID,λ=8,8192,1,79669,9.7252197265625
SHLID,λ=8,8192,1,75263,9.1873779296875
SHLID,λ=8,8192,1,76366,9.322021484375
SRLID,λ=8,8192,1,88573,10.8121337890625
SRLID,λ=8,8192,1,88801,10.8399658203125
SRLID,λ=8,8192,1,78663,9.6024169921875
SRLID,λ=8,8192,1,83349,10.1744384765625
SRLID,λ=8,8192,1,83821,10.2320556640625
SRLID,λ=8,8192,1,87819,10.7200927734375
SRLID,λ=8,8192,1,72705,8.8751220703125
SRLID,λ=8,8192,1,81209,9.9132080078125
SRLID,λ=8,8192,1,91647,11.1873779296875
SRLID,λ=8,8192,1,81599,9.9608154296875
SRLID,λ=8,8192,1,79429,9.6959228515625
SRLID,λ=8,8192,1,78847,9.6248779296875
SRLID,λ=8,8192,1,80293,9.8013916015625
SRLID,λ=8,8192,1,76061,9.2847900390625
SRLID,λ=8,8192,1,82271,10.0428466796875
SRLID,λ=8,8192,1,81135,9.9041748046875
SRLID,λ=8,8192,1,103269,12.6060791015625
SRLID,λ=8,8192,1,82711,10.0965576171875
SRLID,λ=8,8192,1,72551,8.8563232421875
SRLID,λ=8,8192,1,82853,10.1138916015625
SRLID,λ=8,8192,1,74545,9.0997314453125
SRLID,λ=8,8192,1,88527,10.8065185546875
SRLID,λ=8,8192,1,82419,10.0609130859375
SRLID,λ=8,8192,1,82369,10.0548095703125
SRLID,λ=8,8192,1,80443,9.8197021484375
SRLID,λ=8,8192,1,85087,10.3865966796875
SRLID,λ=8,8192,1,88579,10.8128662109375
SRLID,λ=8,8192,1,79111,9.6571044921875
SRLID,λ=8,8192,1,79451,9.6986083984375
SRLID,λ=8,8192,1,87743,10.7108154296875
SRLID,λ=8,8192,1,80691,9.8499755859375
SRLID,λ=8,8192,1,82581,10.0806884765625
SRLID,λ=8,8192,1,76539,9.3431396484375
SRLID,λ=8,8192,1,72423,8.8406982421875
SRLID,λ=8,8192,1,85587,10.4476318359375
SRLID,λ=8,8192,1,74103,9.0457763671875
SRLID,λ=8,8192,1,81487,9.9471435546875
SRLID,λ=8,8192,1,80655,9.8455810546875
SRLID,λ=8,8192,1,81593,9.9600830078125
SRLID,λ=8,8192,1,84703,10.3397216796875
SRLID,λ=8,8192,1,85927,10.4891357421875
SRLID,λ=8,8192,1,82289,10.0450439453125
SRLID,λ=8,8192,1,87171,10.6409912109375
SRLID,λ=8,8192,1,81089,9.8985595703125
SRLID,λ=8,8192,1,83655,10.2117919921875
SRLID,λ=8,8192,1,85845,10.4791259765625
SRLID,λ=8,8192,1,79197,9.6676025390625
SRLID,λ=8,8192,1,80967,9.8836669921875
SRLID,λ=8,8192,1,89571,10.9339599609375
SRLID,λ=8,8192,1,94155,11.4935302734375
SRLID,λ=8,8192,1,88417,10.7930908203125
SRLID,λ=8,8192,1,88371,10.7874755859375
SRLID,λ=8,8192,1,81879,9.9949951171875
SRLID,λ=8,8192,1,79899,9.7532958984375
SRLID,λ=8,8192,1,88455,10.7977294921875
SRLID,λ=8,8192,1,73309,8.9488525390625
SRLID,λ=8,8192,1,97957,11.9576416015625
SRLID,λ=8,8192,1,77385,9.4464111328125
SRLID,λ=8,8192,1,86861,10.6031494140625
SRLID,λ=8,8192,1,81639,9.9656982421875
SRLID,λ=8,8192,1,84739,10.3441162109375
SRLID,λ=8,8192,1,72681,8.8721923828125
SRLID,λ=8,8192,1,87123,10.6351318359375
SRLID,λ=8,8192,1,77099,9.4114990234375
SRLID,λ=8,8192,1,85317,10.4146728515625
SRLID,λ=8,8192,1,85019,10.3782958984375
SRLID,λ=8,8192,1,76423,9.3289794921875
SRLID,λ=8,8192,1,100517,12.2701416015625
SRLID,λ=8,8192,1,88627,10.8187255859375
SRLID,λ=8,8192,1,81517,9.9508056640625
SRLID,λ=8,8192,1,100111,12.2205810546875
SRLID,λ=8,8192,1,77209,9.4249267578125
SRLID,λ=8,8192,1,75461,9.2115478515625
SRLID,λ=8,8192,1,86443,10.5521240234375
SRLID,λ=8,8192,1,77045,9.4049072265625
SRLID,λ=8,8192,1,82131,10.0257568359375
SRLID,λ=8,8192,1,86129,10.5137939453125
SRLID,λ=8,8192,1,81611,9.9622802734375
SRLID,λ=8,8192,1,79139,9.6605224609375
SRLID,λ=8,8192,1,81507,9.9495849609375
SRLID,λ=8,8192,1,99949,12.2008056640625
SRLID,λ=8,8192,1,87687,10.7039794921875
SRLID,λ=8,8192,1,73275,8.9447021484375
SRLID,λ=8,8192,1,90109,10.9996337890625
SRLID,λ=8,8192,1,82911,10.1209716796875
SRLID,λ=8,8192,1,94295,11.5106201171875
SRLID,λ=8,8192,1,77881,9.5069580078125
SRLID,λ=8,8192,1,88097,10.7540283203125
SRLID,λ=8,8192,1,80449,9.8204345703125
SRLID,λ=8,8192,1,90435,11.0394287109375
SRLID,λ=8,8192,1,76369,9.3223876953125
SRLID,λ=8,8192,1,79165,9.6636962890625
SRLID,λ=8,8192,1,79239,9.6727294921875
SRLID,λ=8,8192,1,75987,9.2757568359375
SRLID,λ=8,8192,1,77047,9.4051513671875
SRLID,λ=8,8192,1,83013,10.1334228515625
SRLID,λ=8,8192,1,88779,10.8372802734375
SRLID,λ=8,8192,1,84483,10.3128662109375
SRLID,λ=8,8192,1,91555,11.1761474609375
SSLID,λ=8,8192,1,111709,13.6363525390625
SSLID,λ=8,8192,1,119737,14.6163330078125
SSLID,λ=8,8192,1,101269,12.3619384765625
SSLID,λ=8,8192,1,122185,14.9151611328125
SSLID,λ=8,8192,1,99991,12.2059326171875
SSLID,λ=8,8192,1,95131,11.6126708984375
SSLID,λ=8,8192,1,104491,12.7552490234375
SSLID,λ=8,8192,1,102007,12.4520263671875
SSLID,λ=8,8192,1,92125,11.2457275390625
SSLID,λ=8,8192,1,100711,12.2938232421875
SSLID,λ=8,8192,1,122833,14.9942626953125
SSLID,λ=8,8192,1,112681,13.7550048828125
SSLID,λ=8,8192,1,135955,16.5960693359375
SSLID,λ=8,8192,1,115273,14.0714111328125
SSLID,λ=8,8192,1,116911,14.2713623046875
SSLID,λ=8,8192,1,123085,15.0250244140625
SSLID,λ=8,8192,1,102745,12.5421142578125
SSLID,λ=8,8192,1,106147,12.9573974609375
SSLID,λ=8,8192,1,92017,11.2325439453125
SSLID,λ=8,8192,1,112177,13.6934814453125
SSLID,λ=8,8192,1,104059,12.7025146484375
SSLID,λ=8,8192,1,102799,12.5487060546875
SSLID,λ=8,8192,1,99109,12.0982666015625
SSLID,λ=8,8192,1,101629,12.4058837890625
SSLID,λ=8,8192,1,102637,12.5289306640625
SSLID,λ=8,8192,1,115777,14.1329345703125
SSLID,λ=8,8192,1,120529,14.7130126953125
SSLID,λ=8,8192,1,93025,11.3555908203125
SSLID,λ=8,8192,1,112861,13.7769775390625
SSLID,λ=8,8192,1,94915,11.5863037109375
SSLID,λ=8,8192,1,104941,12.8101806640625
SSLID,λ=8,8192,1,90127,11.0018310546875
SSLID,λ=8,8192,1,100315,12.2454833984375
SSLID,λ=8,8192,1,101989,12.4498291015625
SSLID,λ=8,8192,1,110071,13.4364013671875
SSLID,λ=8,8192,1,111583,13.6209716796875
SSLID,λ=8,8192,1,110305,13.4649658203125
SSLID,λ=8,8192,1,109855,13.4100341796875
SSLID,λ=8,8192,1,114013,13.9176025390625
SSLID,λ=8,8192,1,107983,13.1815185546875
SSLID,λ=8,8192,1,104473,12.7530517578125
SSLID,λ=8,8192,1,118927,14.5174560546875
SSLID,λ=8,8192,1,101953,12.4454345703125
SSLID,λ=8,8192,1,109819,13.4056396484375
SSLID,λ=8,8192,1,101017,12.3311767578125
SSLID,λ=8,8192,1,93781,11.4478759765625
SSLID,λ=8,8192,1,113923,13.9066162109375
SSLID,λ=8,8192,1,97129,11.8565673828125
SSLID,λ=8,8192,1,100117,12.2213134765625
SSLID,λ=8,8192,1,96949,11.8345947265625
SSLID,λ=8,8192,1,91369,11.1534423828125
SSLID,λ=8,8192,1,106939,13.0540771484375
SSLID,λ=8,8192,1,105013,12.8189697265625
SSLID,λ=8,8192,1,97489,11.9005126953125
SSLID,λ=8,8192,1,111277,13.5836181640625
SSLID,λ=8,8192,1,105571,12.8870849609375
SSLID,λ=8,8192,1,96229,11.7467041015625
SSLID,λ=8,8192,1,121897,14.8800048828125
SSLID,λ=8,8192,1,115939,14.1527099609375
SSLID,λ=8,8192,1,113185,13.8165283203125
SSLID,λ=8,8192,1,95545,11.6632080078125
SSLID,λ=8,8192,1,101233,12.3575439453125
SSLID,λ=8,8192,1,102205,12.4761962890625
SSLID,λ=8,8192,1,110755,13.5198974609375
SSLID,λ=8,8192,1,106543,13.0057373046875
SSLID,λ=8,8192,1,106363,12.9837646484375
SSLID,λ=8,8192,1,89983,10.9842529296875
SSLID,λ=8,8192,1,98083,11.9730224609375
SSLID,λ=8,8192,1,89821,10.9644775390625
SSLID,λ=8,8192,1,101071,12.3377685546875
SSLID,λ=8,8192,1,97705,11.9268798828125
SSLID,λ=8,8192,1,101557,12.3970947265625
SSLID,λ=8,8192,1,94627,11.5511474609375
SSLID,λ=8,8192,1,103879,12.6805419921875
SSLID,λ=8,8192,1,100675,12.2894287109375
SSLID,λ=8,8192,1,98767,12.0565185546875
SSLID,λ=8,8192,1,92845,11.3336181640625
SSLID,λ=8,8192,1,103753,12.6651611328125
SSLID,λ=8,8192,1,119269,14.5592041015625
SSLID,λ=8,8192,1,112519,13.7352294921875
SSLID,λ=8,8192,1,99181,12.1070556640625
SSLID,λ=8,8192,1,100801,12.3048095703125
SSLID,λ=8,8192,1,94699,11.5599365234375
SSLID,λ=8,8192,1,116191,14.1834716796875
SSLID,λ=8,8192,1,89389,10.9117431640625
SSLID,λ=8,8192,1,97543,11.9071044921875
SSLID,λ=8,8192,1,115417,14.0889892578125
SSLID,λ=8,8192,1,98947,12.0784912109375
SSLID,λ=8,8192,1,106849,13.0430908203125
SSLID,λ=8,8192,1,101161,12.3487548828125
SSLID,λ=8,8192,1,93763,11.4456787109375
SSLID,λ=8,8192,1,101935,12.4432373046875
SSLID,λ=8,8192,1,97759,11.9334716796875
SSLID,λ=8,8192,1,110341,13.4693603515625
SSLID,λ=8,8192,1,90289,11.0216064453125
SSLID,λ=8,8192,1,115669,14.1197509765625
SSDCU,λ=8,8192,1,87005,10.6207275390625
SSDCU,λ=8,8192,1,85533,10.4410400390625
SSDCU,λ=8,8192,1,80125,9.7808837890625
SSDCU,λ=8,8192,1,96024,11.7216796875
SSDCU,λ=8,8192,1,108932,13.29736328125
SSDCU,λ=8,8192,1,89769,10.9581298828125
SSDCU,λ=8,8192,1,95224,11.6240234375
SSDCU,λ=8,8192,1,86615,10.5731201171875
SSDCU,λ=8,8192,1,86461,10.5543212890625
SSDCU,λ=8,8192,1,113480,13.8525390625
SSDCU,λ=8,8192,1,85300,10.41259765625
SSDCU,λ=8,8192,1,85229,10.4039306640625
SSDCU,λ=8,8192,1,90430,11.038818359375
SSDCU,λ=8,8192,1,109567,13.3748779296875
SSDCU,λ=8,8192,1,83204,10.15673828125
SSDCU,λ=8,8192,1,92429,11.2828369140625
SSDCU,λ=8,8192,1,83940,10.24658203125
SSDCU,λ=8,8192,1,92865,11.3360595703125
SSDCU,λ=8,8192,1,115324,14.07763671875
SSDCU,λ=8,8192,1,90354,11.029541015625
SSDCU,λ=8,8192,1,107468,13.11865234375
SSDCU,λ=8,8192,1,99310,12.122802734375
SSDCU,λ=8,8192,1,86401,10.5469970703125
SSDCU,λ=8,8192,1,102902,12.561279296875
SSDCU,λ=8,8192,1,95322,11.635986328125
SSDCU,λ=8,8192,1,86419,10.5491943359375
SSDCU,λ=8,8192,1,95700,11.68212890625
SSDCU,λ=8,8192,1,99192,12.1083984375
SSDCU,λ=8,8192,1,90508,11.04833984375
SSDCU,λ=8,8192,1,93038,11.357177734375
SSDCU,λ=8,8192,1,85422,10.427490234375
SSDCU,λ=8,8192,1,117265,14.3145751953125
SSDCU,λ=8,8192,1,95506,11.658447265625
SSDCU,λ=8,8192,1,93290,11.387939453125
SSDCU,λ=8,8192,1,103209,12.5987548828125
SSDCU,λ=8,8192,1,102767,12.5447998046875
SSDCU,λ=8,8192,1,94435,11.5277099609375
SSDCU,λ=8,8192,1,89423,10.9158935546875
SSDCU,λ=8,8192,1,103515,12.6361083984375
SSDCU,λ=8,8192,1,99335,12.1258544921875
SSDCU,λ=8,8192,1,89658,10.944580078125
SSDCU,λ=8,8192,1,93620,11.42822265625
SSDCU,λ=8,8192,1,99039,12.0897216796875
SSDCU,λ=8,8192,1,102616,12.5263671875
SSDCU,λ=8,8192,1,99093,12.0963134765625
SSDCU,λ=8,8192,1,85594,10.448486328125
SSDCU,λ=8,8192,1,88445,10.7965087890625
SSDCU,λ=8,8192,1,81765,9.9810791015625
SSDCU,λ=8,8192,1,87677,10.7027587890625
SSDCU,λ=8,8192,1,89057,10.8712158203125
SSDCU,λ=8,8192,1,85612,10.45068359375
SSDCU,λ=8,8192,1,80951,9.8817138671875
SSDCU,λ=8,8192,1,85053,10.3824462890625
SSDCU,λ=8,8192,1,80558,9.833740234375
SSDCU,λ=8,8192,1,84107,10.2669677734375
SSDCU,λ=8,8192,1,91832,11.2099609375
SSDCU,λ=8,8192,1,94300,11.51123046875
SSDCU,λ=8,8192,1,106926,13.052490234375
SSDCU,λ=8,8192,1,96813,11.8179931640625
SSDCU,λ=8,8192,1,92882,11.338134765625
SSDCU,λ=8,8192,1,95975,11.7156982421875
SSDCU,λ=8,8192,1,94469,11.5318603515625
SSDCU,λ=8,8192,1,101322,12.368408203125
SSDCU,λ=8,8192,1,81564,9.95654296875
SSDCU,λ=8,8192,1,107544,13.1279296875
SSDCU,λ=8,8192,1,103155,12.5921630859375
SSDCU,λ=8,8192,1,79659,9.7239990234375
SSDCU,λ=8,8192,1,87732,10.70947265625
SSDCU,λ=8,8192,1,93883,11.4603271484375
SSDCU,λ=8,8192,1,93004,11.35302734375
SSDCU,λ=8,8192,1,90636,11.06396484375
SSDCU,λ=8,8192,1,108528,13.248046875
SSDCU,λ=8,8192,1,89036,10.86865234375
SSDCU,λ=8,8192,1,83001,10.1319580078125
SSDCU,λ=8,8192,1,94011,11.4759521484375
SSDCU,λ=8,8192,1,106359,12.9832763671875
SSDCU,λ=8,8192,1,99122,12.099853515625
SSDCU,λ=8,8192,1,92031,11.2342529296875
SSDCU,λ=8,8192,1,101972,12.44775390625
SSDCU,λ=8,8192,1,107140,13.07861328125
SSDCU,λ=8,8192,1,82213,10.0357666015625
SSDCU,λ=8,8192,1,93549,11.4195556640625
SSDCU,λ=8,8192,1,93504,11.4140625
SSDCU,λ=8,8192,1,89929,10.9776611328125
SSDCU,λ=8,8192,1,85303,10.4129638671875
SSDCU,λ=8,8192,1,85316,10.41455078125
SSDCU,λ=8,8192,1,106470,12.996826171875
SSDCU,λ=8,8192,1,93208,11.3779296875
SSDCU,λ=8,8192,1,104020,12.69775390625
SSDCU,λ=8,8192,1,93631,11.4295654296875
SSDCU,λ=8,8192,1,96488,11.7783203125
SSDCU,λ=8,8192,1,95033,11.6007080078125
SSDCU,λ=8,8192,1,102071,12.4598388671875
SSDCU,λ=8,8192,1,80495,9.8260498046875
SSDCU,λ=8,8192,1,89488,10.923828125
SSDCU,λ=8,8192,1,96217,11.7452392578125
SSDCU,λ=8,8192,1,90230,11.014404296875
SSDCU,λ=8,8192,1,86822,10.598388671875
SSDCU,λ=8,8192,1,92556,11.29833984375
SSDCU,λ=8,8192,1,96434,11.771728515625
SRDCU,λ=8,8192,1,62757,7.6607666015625
SRDCU,λ=8,8192,1,66546,8.123291015625
SRDCU,λ=8,8192,1,67260,8.21044921875
SRDCU,λ=8,8192,1,67534,8.243896484375
SRDCU,λ=8,8192,1,63171,7.7113037109375
SRDCU,λ=8,8192,1,67812,8.27783203125
SRDCU,λ=8,8192,1,66576,8.126953125
SRDCU,λ=8,8192,1,69647,8.5018310546875
SRDCU,λ=8,8192,1,71110,8.680419921875
SRDCU,λ=8,8192,1,66361,8.1007080078125
SRDCU,λ=8,8192,1,70307,8.5823974609375
SRDCU,λ=8,8192,1,80806,9.864013671875
SRDCU,λ=8,8192,1,67079,8.1883544921875
SRDCU,λ=8,8192,1,63132,7.70654296875
SRDCU,λ=8,8192,1,66028,8.06005859375
SRDCU,λ=8,8192,1,68595,8.3734130859375
SRDCU,λ=8,8192,1,66940,8.17138671875
SRDCU,λ=8,8192,1,69315,8.4613037109375
SRDCU,λ=8,8192,1,66915,8.1683349609375
SRDCU,λ=8,8192,1,74387,9.0804443359375
SRDCU,λ=8,8192,1,72067,8.7972412109375
SRDCU,λ=8,8192,1,73762,9.004150390625
SRDCU,λ=8,8192,1,70265,8.5772705078125
SRDCU,λ=8,8192,1,67418,8.229736328125
SRDCU,λ=8,8192,1,72996,8.91064453125
SRDCU,λ=8,8192,1,76760,9.3701171875
SRDCU,λ=8,8192,1,71428,8.71923828125
SRDCU,λ=8,8192,1,69615,8.4979248046875
SRDCU,λ=8,8192,1,71728,8.755859375
SRDCU,λ=8,8192,1,72834,8.890869140625
SRDCU,λ=8,8192,1,67529,8.2432861328125
SRDCU,λ=8,8192,1,81289,9.9229736328125
SRDCU,λ=8,8192,1,75779,9.2503662109375
SRDCU,λ=8,8192,1,67773,8.2730712890625
SRDCU,λ=8,8192,1,62306,7.605712890625
SRDCU,λ=8,8192,1,78645,9.6002197265625
SRDCU,λ=8,8192,1,66347,8.0989990234375
SRDCU,λ=8,8192,1,70092,8.55615234375
SRDCU,λ=8,8192,1,62893,7.6773681640625
SRDCU,λ=8,8192,1,66480,8.115234375
SRDCU,λ=8,8192,1,66388,8.10400390625
SRDCU,λ=8,8192,1,63941,7.8052978515625
SRDCU,λ=8,8192,1,66869,8.1627197265625
SRDCU,λ=8,8192,1,76413,9.3277587890625
SRDCU,λ=8,8192,1,80855,9.8699951171875
SRDCU,λ=8,8192,1,69251,8.4534912109375
SRDCU,λ=8,8192,1,69195,8.4466552734375
SRDCU,λ=8,8192,1,75670,9.237060546875
SRDCU,λ=8,8192,1,66092,8.06787109375
SRDCU,λ=8,8192,1,68533,8.3658447265625
SRDCU,λ=8,8192,1,71640,8.7451171875
SRDCU,λ=8,8192,1,67249,8.2091064453125
SRDCU,λ=8,8192,1,69161,8.4425048828125
SRDCU,λ=8,8192,1,62056,7.5751953125
SRDCU,λ=8,8192,1,63602,7.763916015625
SRDCU,λ=8,8192,1,74700,9.11865234375
SRDCU,λ=8,8192,1,72775,8.8836669921875
SRDCU,λ=8,8192,1,70347,8.5872802734375
SRDCU,λ=8,8192,1,62155,7.5872802734375
SRDCU,λ=8,8192,1,64738,7.902587890625
SRDCU,λ=8,8192,1,68300,8.33740234375
SRDCU,λ=8,8192,1,66056,8.0634765625
SRDCU,λ=8,8192,1,66668,8.13818359375
SRDCU,λ=8,8192,1,73285,8.9459228515625
SRDCU,λ=8,8192,1,71011,8.6683349609375
SRDCU,λ=8,8192,1,63206,7.715576171875
SRDCU,λ=8,8192,1,80459,9.8216552734375
SRDCU,λ=8,8192,1,63568,7.759765625
SRDCU,λ=8,8192,1,61654,7.526123046875
SRDCU,λ=8,8192,1,63827,7.7913818359375
SRDCU,λ=8,8192,1,64478,7.870849609375
SRDCU,λ=8,8192,1,77723,9.4876708984375
SRDCU,λ=8,8192,1,74602,9.106689453125
SRDCU,λ=8,8192,1,83635,10.2093505859375
SRDCU,λ=8,8192,1,66504,8.1181640625
SRDCU,λ=8,8192,1,73424,8.962890625
SRDCU,λ=8,8192,1,80208,9.791015625
SRDCU,λ=8,8192,1,74251,9.0638427734375
SRDCU,λ=8,8192,1,66077,8.0660400390625
SRDCU,λ=8,8192,1,78197,9.5455322265625
SRDCU,λ=8,8192,1,66560,8.125
SRDCU,λ=8,8192,1,66566,8.125732421875
SRDCU,λ=8,8192,1,70058,8.552001953125
SRDCU,λ=8,8192,1,70076,8.55419921875
SRDCU,λ=8,8192,1,65258,7.966064453125
SRDCU,λ=8,8192,1,65255,7.9656982421875
SRDCU,λ=8,8192,1,62042,7.573486328125
SRDCU,λ=8,8192,1,63278,7.724365234375
SRDCU,λ=8,8192,1,66350,8.099365234375
SRDCU,λ=8,8192,1,66088,8.0673828125
SRDCU,λ=8,8192,1,75624,9.2314453125
SRDCU,λ=8,8192,1,64532,7.87744140625
SRDCU,λ=8,8192,1,77278,9.433349609375
SRDCU,λ=8,8192,1,63412,7.74072265625
SRDCU,λ=8,8192,1,66959,8.1737060546875
SRDCU,λ=8,8192,1,75700,9.24072265625
SRDCU,λ=8,8192,1,72041,8.7940673828125
SRDCU,λ=8,8192,1,64506,7.874267578125
SRDCU,λ=8,8192,1,69457,8.4786376953125
SHDCU,λ=8,8192,1,66898,8.166259765625
SHDCU,λ=8,8192,1,82599,10.0828857421875
SHDCU,λ=8,8192,1,72892,8.89794921875
SHDCU,λ=8,8192,1,82838,10.112060546875
SHDCU,λ=8,8192,1,68974,8.419677734375
SHDCU,λ=8,8192,1,72944,8.904296875
SHDCU,λ=8,8192,1,71739,8.7572021484375
SHDCU,λ=8,8192,1,66423,8.1082763671875
SHDCU,λ=8,8192,1,62758,7.660888671875
SHDCU,λ=8,8192,1,64041,7.8175048828125
SHDCU,λ=8,8192,1,72101,8.8013916015625
SHDCU,λ=8,8192,1,69512,8.4853515625
SHDCU,λ=8,8192,1,74661,9.1138916015625
SHDCU,λ=8,8192,1,69528,8.4873046875
SHDCU,λ=8,8192,1,75595,9.2279052734375
SHDCU,λ=8,8192,1,75564,9.22412109375
SHDCU,λ=8,8192,1,71929,8.7803955078125
SHDCU,λ=8,8192,1,80269,9.7984619140625
SHDCU,λ=8,8192,1,78026,9.524658203125
SHDCU,λ=8,8192,1,69850,8.526611328125
SHDCU,λ=8,8192,1,70965,8.6627197265625
SHDCU,λ=8,8192,1,60116,7.33837890625
SHDCU,λ=8,8192,1,72995,8.9105224609375
SHDCU,λ=8,8192,1,68489,8.3604736328125
SHDCU,λ=8,8192,1,75034,9.159423828125
SHDCU,λ=8,8192,1,73915,9.0228271484375
SHDCU,λ=8,8192,1,69190,8.446044921875
SHDCU,λ=8,8192,1,69685,8.5064697265625
SHDCU,λ=8,8192,1,65551,8.0018310546875
SHDCU,λ=8,8192,1,70291,8.5804443359375
SHDCU,λ=8,8192,1,75267,9.1878662109375
SHDCU,λ=8,8192,1,69670,8.504638671875
SHDCU,λ=8,8192,1,69712,8.509765625
SHDCU,λ=8,8192,1,72018,8.791259765625
SHDCU,λ=8,8192,1,70894,8.654052734375
SHDCU,λ=8,8192,1,73901,9.0211181640625
SHDCU,λ=8,8192,1,70943,8.6600341796875
SHDCU,λ=8,8192,1,77869,9.5054931640625
SHDCU,λ=8,8192,1,73456,8.966796875
SHDCU,λ=8,8192,1,67563,8.2474365234375
SHDCU,λ=8,8192,1,67543,8.2449951171875
SHDCU,λ=8,8192,1,68642,8.379150390625
SHDCU,λ=8,8192,1,75314,9.193603515625
SHDCU,λ=8,8192,1,65400,7.9833984375
SHDCU,λ=8,8192,1,68786,8.396728515625
SHDCU,λ=8,8192,1,74644,9.11181640625
SHDCU,λ=8,8192,1,80401,9.8145751953125
SHDCU,λ=8,8192,1,72293,8.8248291015625
SHDCU,λ=8,8192,1,74775,9.1278076171875
SHDCU,λ=8,8192,1,65555,8.0023193359375
SHDCU,λ=8,8192,1,63000,7.6904296875
SHDCU,λ=8,8192,1,73579,8.9818115234375
SHDCU,λ=8,8192,1,67891,8.2874755859375
SHDCU,λ=8,8192,1,64673,7.8946533203125
SHDCU,λ=8,8192,1,65813,8.0338134765625
SHDCU,λ=8,8192,1,69102,8.435302734375
SHDCU,λ=8,8192,1,68306,8.338134765625
SHDCU,λ=8,8192,1,71414,8.717529296875
SHDCU,λ=8,8192,1,71535,8.7322998046875
SHDCU,λ=8,8192,1,67964,8.29638671875
SHDCU,λ=8,8192,1,73344,8.953125
SHDCU,λ=8,8192,1,69227,8.4505615234375
SHDCU,λ=8,8192,1,66355,8.0999755859375
SHDCU,λ=8,8192,1,68182,8.322998046875
SHDCU,λ=8,8192,1,65928,8.0478515625
SHDCU,λ=8,8192,1,63155,7.7093505859375
SHDCU,λ=8,8192,1,80004,9.76611328125
SHDCU,λ=8,8192,1,66346,8.098876953125
SHDCU,λ=8,8192,1,70150,8.563232421875
SHDCU,λ=8,8192,1,68666,8.382080078125
SHDCU,λ=8,8192,1,74390,9.080810546875
SHDCU,λ=8,8192,1,77597,9.4722900390625
SHDCU,λ=8,8192,1,71255,8.6981201171875
SHDCU,λ=8,8192,1,80008,9.7666015625
SHDCU,λ=8,8192,1,69359,8.4666748046875
SHDCU,λ=8,8192,1,79856,9.748046875
SHDCU,λ=8,8192,1,69167,8.4432373046875
SHDCU,λ=8,8192,1,78728,9.6103515625
SHDCU,λ=8,8192,1,78623,9.5975341796875
SHDCU,λ=8,8192,1,64466,7.869384765625
SHDCU,λ=8,8192,1,62740,7.65869140625
SHDCU,λ=8,8192,1,66129,8.0723876953125
SHDCU,λ=8,8192,1,70520,8.6083984375
SHDCU,λ=8,8192,1,81873,9.9942626953125
SHDCU,λ=8,8192,1,86436,10.55126953125
SHDCU,λ=8,8192,1,79008,9.64453125
SHDCU,λ=8,8192,1,65799,8.0321044921875
SHDCU,λ=8,8192,1,87373,10.6656494140625
SHDCU,λ=8,8192,1,70781,8.6402587890625
SHDCU,λ=8,8192,1,67100,8.19091796875
SHDCU,λ=8,8192,1,65538,8.000244140625
SHDCU,λ=8,8192,1,70057,8.5518798828125
SHDCU,λ=8,8192,1,66611,8.1312255859375
SHDCU,λ=8,8192,1,70160,8.564453125
SHDCU,λ=8,8192,1,64193,7.8360595703125
SHDCU,λ=8,8192,1,69752,8.5146484375
SHDCU,λ=8,8192,1,67938,8.293212890625
SHDCU,λ=8,8192,1,69814,8.522216796875
SHDCU,λ=8,8192,1,74663,9.1141357421875
SHDCU,λ=8,8192,1,94031,11.4783935546875
SHLCU,λ=8,8192,1,70384,8.591796875
SHLCU,λ=8,8192,1,66456,8.1123046875
SHLCU,λ=8,8192,1,69462,8.479248046875
SHLCU,λ=8,8192,1,66591,8.1287841796875
SHLCU,λ=8,8192,1,71594,8.739501953125
SHLCU,λ=8,8192,1,71596,8.73974609375
SHLCU,λ=8,8192,1,62946,7.683837890625
SHLCU,λ=8,8192,1,63812,7.78955078125
SHLCU,λ=8,8192,1,73220,8.93798828125
SHLCU,λ=8,8192,1,64255,7.8436279296875
SHLCU,λ=8,8192,1,75053,9.1617431640625
SHLCU,λ=8,8192,1,65249,7.9649658203125
SHLCU,λ=8,8192,1,72330,8.829345703125
SHLCU,λ=8,8192,1,74148,9.05126953125
SHLCU,λ=8,8192,1,65055,7.9412841796875
SHLCU,λ=8,8192,1,68375,8.3465576171875
SHLCU,λ=8,8192,1,70584,8.6162109375
SHLCU,λ=8,8192,1,70335,8.5858154296875
SHLCU,λ=8,8192,1,77024,9.40234375
SHLCU,λ=8,8192,1,68434,8.353759765625
SHLCU,λ=8,8192,1,64556,7.88037109375
SHLCU,λ=8,8192,1,68636,8.37841796875
SHLCU,λ=8,8192,1,64968,7.9306640625
SHLCU,λ=8,8192,1,64574,7.882568359375
SHLCU,λ=8,8192,1,73129,8.9268798828125
SHLCU,λ=8,8192,1,64637,7.8902587890625
SHLCU,λ=8,8192,1,65256,7.9658203125
SHLCU,λ=8,8192,1,65386,7.981689453125
SHLCU,λ=8,8192,1,74465,9.0899658203125
SHLCU,λ=8,8192,1,63309,7.7281494140625
SHLCU,λ=8,8192,1,67231,8.2069091796875
SHLCU,λ=8,8192,1,75941,9.2701416015625
SHLCU,λ=8,8192,1,68473,8.3585205078125
SHLCU,λ=8,8192,1,68922,8.413330078125
SHLCU,λ=8,8192,1,66226,8.084228515625
SHLCU,λ=8,8192,1,73752,9.0029296875
SHLCU,λ=8,8192,1,66238,8.085693359375
SHLCU,λ=8,8192,1,66041,8.0616455078125
SHLCU,λ=8,8192,1,73546,8.977783203125
SHLCU,λ=8,8192,1,66461,8.1129150390625
SHLCU,λ=8,8192,1,67639,8.2567138671875
SHLCU,λ=8,8192,1,61789,7.5426025390625
SHLCU,λ=8,8192,1,64350,7.855224609375
SHLCU,λ=8,8192,1,71119,8.6815185546875
SHLCU,λ=8,8192,1,85800,10.4736328125
SHLCU,λ=8,8192,1,68748,8.39208984375
SHLCU,λ=8,8192,1,62764,7.66162109375
SHLCU,λ=8,8192,1,68423,8.3524169921875
SHLCU,λ=8,8192,1,69515,8.4857177734375
SHLCU,λ=8,8192,1,61283,7.4808349609375
SHLCU,λ=8,8192,1,63023,7.6932373046875
SHLCU,λ=8,8192,1,66942,8.171630859375
SHLCU,λ=8,8192,1,71917,8.7789306640625
SHLCU,λ=8,8192,1,67682,8.261962890625
SHLCU,λ=8,8192,1,66492,8.11669921875
SHLCU,λ=8,8192,1,65561,8.0030517578125
SHLCU,λ=8,8192,1,60707,7.4105224609375
SHLCU,λ=8,8192,1,67557,8.2467041015625
SHLCU,λ=8,8192,1,70666,8.626220703125
SHLCU,λ=8,8192,1,71868,8.77294921875
SHLCU,λ=8,8192,1,67945,8.2940673828125
SHLCU,λ=8,8192,1,68818,8.400634765625
SHLCU,λ=8,8192,1,69793,8.5196533203125
SHLCU,λ=8,8192,1,68027,8.3040771484375
SHLCU,λ=8,8192,1,66909,8.1676025390625
SHLCU,λ=8,8192,1,69640,8.5009765625
SHLCU,λ=8,8192,1,64760,7.9052734375
SHLCU,λ=8,8192,1,70598,8.617919921875
SHLCU,λ=8,8192,1,68171,8.3216552734375
SHLCU,λ=8,8192,1,65372,7.97998046875
SHLCU,λ=8,8192,1,74399,9.0819091796875
SHLCU,λ=8,8192,1,60270,7.357177734375
SHLCU,λ=8,8192,1,70076,8.55419921875
SHLCU,λ=8,8192,1,65749,8.0260009765625
SHLCU,λ=8,8192,1,75789,9.2515869140625
SHLCU,λ=8,8192,1,68416,8.3515625
SHLCU,λ=8,8192,1,65833,8.0362548828125
SHLCU,λ=8,8192,1,68330,8.341064453125
SHLCU,λ=8,8192,1,68227,8.3284912109375
SHLCU,λ=8,8192,1,63588,7.76220703125
SHLCU,λ=8,8192,1,76354,9.320556640625
SHLCU,λ=8,8192,1,68499,8.3616943359375
SHLCU,λ=8,8192,1,65824,8.03515625
SHLCU,λ=8,8192,1,62458,7.624267578125
SHLCU,λ=8,8192,1,72113,8.8028564453125
SHLCU,λ=8,8192,1,64827,7.9134521484375
SHLCU,λ=8,8192,1,71599,8.7401123046875
SHLCU,λ=8,8192,1,73537,8.9766845703125
SHLCU,λ=8,8192,1,73993,9.0323486328125
SHLCU,λ=8,8192,1,73718,8.998779296875
SHLCU,λ=8,8192,1,67175,8.2000732421875
SHLCU,λ=8,8192,1,64278,7.846435546875
SHLCU,λ=8,8192,1,64193,7.8360595703125
SHLCU,λ=8,8192,1,65708,8.02099609375
SHLCU,λ=8,8192,1,62912,7.6796875
SHLCU,λ=8,8192,1,76647,9.3563232421875
SHLCU,λ=8,8192,1,60814,7.423583984375
SHLCU,λ=8,8192,1,65033,7.9385986328125
SHLCU,λ=8,8192,1,76835,9.3792724609375
SHLCU,λ=8,8192,1,69513,8.4854736328125
SRLCU,λ=8,8192,1,60964,7.44189453125
SRLCU,λ=8,8192,1,68530,8.365478515625
SRLCU,λ=8,8192,1,65977,8.0538330078125
SRLCU,λ=8,8192,1,63388,7.73779296875
SRLCU,λ=8,8192,1,68643,8.3792724609375
SRLCU,λ=8,8192,1,65098,7.946533203125
SRLCU,λ=8,8192,1,63595,7.7630615234375
SRLCU,λ=8,8192,1,67205,8.2037353515625
SRLCU,λ=8,8192,1,62194,7.592041015625
SRLCU,λ=8,8192,1,64490,7.872314453125
SRLCU,λ=8,8192,1,65514,7.997314453125
SRLCU,λ=8,8192,1,75649,9.2344970703125
SRLCU,λ=8,8192,1,64186,7.835205078125
SRLCU,λ=8,8192,1,79075,9.6527099609375
SRLCU,λ=8,8192,1,75212,9.18115234375
SRLCU,λ=8,8192,1,64577,7.8829345703125
SRLCU,λ=8,8192,1,71321,8.7061767578125
SRLCU,λ=8,8192,1,82320,10.048828125
SRLCU,λ=8,8192,1,68257,8.3321533203125
SRLCU,λ=8,8192,1,72686,8.872802734375
SRLCU,λ=8,8192,1,66768,8.150390625
SRLCU,λ=8,8192,1,78425,9.5733642578125
SRLCU,λ=8,8192,1,70504,8.6064453125
SRLCU,λ=8,8192,1,65221,7.9615478515625
SRLCU,λ=8,8192,1,67693,8.2633056640625
SRLCU,λ=8,8192,1,64213,7.8385009765625
SRLCU,λ=8,8192,1,63308,7.72802734375
SRLCU,λ=8,8192,1,72824,8.8896484375
SRLCU,λ=8,8192,1,61483,7.5052490234375
SRLCU,λ=8,8192,1,68146,8.318603515625
SRLCU,λ=8,8192,1,65017,7.9366455078125
SRLCU,λ=8,8192,1,67619,8.2542724609375
SRLCU,λ=8,8192,1,68694,8.385498046875
SRLCU,λ=8,8192,1,69023,8.4256591796875
SRLCU,λ=8,8192,1,77909,9.5103759765625
SRLCU,λ=8,8192,1,62034,7.572509765625
SRLCU,λ=8,8192,1,68145,8.3184814453125
SRLCU,λ=8,8192,1,63319,7.7293701171875
SRLCU,λ=8,8192,1,64811,7.9114990234375
SRLCU,λ=8,8192,1,69299,8.4593505859375
SRLCU,λ=8,8192,1,75853,9.2593994140625
SRLCU,λ=8,8192,1,68108,8.31396484375
SRLCU,λ=8,8192,1,72217,8.8155517578125
SRLCU,λ=8,8192,1,69202,8.447509765625
SRLCU,λ=8,8192,1,68840,8.4033203125
SRLCU,λ=8,8192,1,65078,7.944091796875
SRLCU,λ=8,8192,1,63254,7.721435546875
SRLCU,λ=8,8192,1,65144,7.9521484375
SRLCU,λ=8,8192,1,67976,8.2978515625
SRLCU,λ=8,8192,1,65079,7.9442138671875
SRLCU,λ=8,8192,1,73390,8.958740234375
SRLCU,λ=8,8192,1,67338,8.219970703125
SRLCU,λ=8,8192,1,68967,8.4188232421875
SRLCU,λ=8,8192,1,68505,8.3624267578125
SRLCU,λ=8,8192,1,70453,8.6002197265625
SRLCU,λ=8,8192,1,68908,8.41162109375
SRLCU,λ=8,8192,1,66096,8.068359375
SRLCU,λ=8,8192,1,62454,7.623779296875
SRLCU,λ=8,8192,1,74704,9.119140625
SRLCU,λ=8,8192,1,84137,10.2706298828125
SRLCU,λ=8,8192,1,66844,8.15966796875
SRLCU,λ=8,8192,1,73453,8.9664306640625
SRLCU,λ=8,8192,1,72475,8.8470458984375
SRLCU,λ=8,8192,1,68106,8.313720703125
SRLCU,λ=8,8192,1,65316,7.97314453125
SRLCU,λ=8,8192,1,69887,8.5311279296875
SRLCU,λ=8,8192,1,68271,8.3338623046875
SRLCU,λ=8,8192,1,72128,8.8046875
SRLCU,λ=8,8192,1,69040,8.427734375
SRLCU,λ=8,8192,1,63969,7.8087158203125
SRLCU,λ=8,8192,1,66930,8.170166015625
SRLCU,λ=8,8192,1,67160,8.1982421875
SRLCU,λ=8,8192,1,71645,8.7457275390625
SRLCU,λ=8,8192,1,85591,10.4481201171875
SRLCU,λ=8,8192,1,68001,8.3009033203125
SRLCU,λ=8,8192,1,75827,9.2562255859375
SRLCU,λ=8,8192,1,76602,9.350830078125
SRLCU,λ=8,8192,1,74755,9.1253662109375
SRLCU,λ=8,8192,1,68088,8.3115234375
SRLCU,λ=8,8192,1,66114,8.070556640625
SRLCU,λ=8,8192,1,74250,9.063720703125
SRLCU,λ=8,8192,1,64567,7.8817138671875
SRLCU,λ=8,8192,1,69943,8.5379638671875
SRLCU,λ=8,8192,1,77347,9.4417724609375
SRLCU,λ=8,8192,1,69273,8.4561767578125
SRLCU,λ=8,8192,1,64273,7.8458251953125
SRLCU,λ=8,8192,1,70224,8.572265625
SRLCU,λ=8,8192,1,66615,8.1317138671875
SRLCU,λ=8,8192,1,66199,8.0809326171875
SRLCU,λ=8,8192,1,81731,9.9769287109375
SRLCU,λ=8,8192,1,67020,8.18115234375
SRLCU,λ=8,8192,1,72314,8.827392578125
SRLCU,λ=8,8192,1,72410,8.839111328125
SRLCU,λ=8,8192,1,80878,9.872802734375
SRLCU,λ=8,8192,1,77834,9.501220703125
SRLCU,λ=8,8192,1,65275,7.9681396484375
SRLCU,λ=8,8192,1,70160,8.564453125
SRLCU,λ=8,8192,1,74737,9.1231689453125
SRLCU,λ=8,8192,1,67770,8.272705078125
SSLCU,λ=8,8192,1,96560,11.787109375
SSLCU,λ=8,8192,1,95530,11.661376953125
SSLCU,λ=8,8192,1,91585,11.1798095703125
SSLCU,λ=8,8192,1,103093,12.5845947265625
SSLCU,λ=8,8192,1,99153,12.1036376953125
SSLCU,λ=8,8192,1,93111,11.3660888671875
SSLCU,λ=8,8192,1,105547,12.8841552734375
SSLCU,λ=8,8192,1,108674,13.265869140625
SSLCU,λ=8,8192,1,121400,14.8193359375
SSLCU,λ=8,8192,1,114649,13.9952392578125
SSLCU,λ=8,8192,1,99662,12.165771484375
SSLCU,λ=8,8192,1,106868,13.04541015625
SSLCU,λ=8,8192,1,119500,14.58740234375
SSLCU,λ=8,8192,1,85936,10.490234375
SSLCU,λ=8,8192,1,94752,11.56640625
SSLCU,λ=8,8192,1,89058,10.871337890625
SSLCU,λ=8,8192,1,100526,12.271240234375
SSLCU,λ=8,8192,1,135223,16.5067138671875
SSLCU,λ=8,8192,1,97966,11.958740234375
SSLCU,λ=8,8192,1,103841,12.6759033203125
SSLCU,λ=8,8192,1,105238,12.846435546875
SSLCU,λ=8,8192,1,132433,16.1661376953125
SSLCU,λ=8,8192,1,95725,11.6851806640625
SSLCU,λ=8,8192,1,93266,11.385009765625
SSLCU,λ=8,8192,1,91109,11.1217041015625
SSLCU,λ=8,8192,1,89761,10.9571533203125
SSLCU,λ=8,8192,1,93212,11.37841796875
SSLCU,λ=8,8192,1,96009,11.7198486328125
SSLCU,λ=8,8192,1,108981,13.3033447265625
SSLCU,λ=8,8192,1,106124,12.95458984375
SSLCU,λ=8,8192,1,98248,11.9931640625
SSLCU,λ=8,8192,1,87458,10.676025390625
SSLCU,λ=8,8192,1,87601,10.6934814453125
SSLCU,λ=8,8192,1,99638,12.162841796875
SSLCU,λ=8,8192,1,91121,11.1231689453125
SSLCU,λ=8,8192,1,100777,12.3018798828125
SSLCU,λ=8,8192,1,104385,12.7423095703125
SSLCU,λ=8,8192,1,95761,11.6895751953125
SSLCU,λ=8,8192,1,91984,11.228515625
SSLCU,λ=8,8192,1,106689,13.0235595703125
SSLCU,λ=8,8192,1,109763,13.3988037109375
SSLCU,λ=8,8192,1,117142,14.299560546875
SSLCU,λ=8,8192,1,98419,12.0140380859375
SSLCU,λ=8,8192,1,96115,11.7327880859375
SSLCU,λ=8,8192,1,108440,13.2373046875
SSLCU,λ=8,8192,1,89149,10.8824462890625
SSLCU,λ=8,8192,1,94453,11.5299072265625
SSLCU,λ=8,8192,1,85626,10.452392578125
SSLCU,λ=8,8192,1,108411,13.2337646484375
SSLCU,λ=8,8192,1,115154,14.056884765625
SSLCU,λ=8,8192,1,106552,13.0068359375
SSLCU,λ=8,8192,1,89954,10.980712890625
SSLCU,λ=8,8192,1,98570,12.032470703125
SSLCU,λ=8,8192,1,96643,11.7972412109375
SSLCU,λ=8,8192,1,100786,12.302978515625
SSLCU,λ=8,8192,1,120306,14.685791015625
SSLCU,λ=8,8192,1,92385,11.2774658203125
SSLCU,λ=8,8192,1,97346,11.883056640625
SSLCU,λ=8,8192,1,94512,11.537109375
SSLCU,λ=8,8192,1,104542,12.761474609375
SSLCU,λ=8,8192,1,94926,11.587646484375
SSLCU,λ=8,8192,1,108175,13.2049560546875
SSLCU,λ=8,8192,1,96062,11.726318359375
SSLCU,λ=8,8192,1,92903,11.3406982421875
SSLCU,λ=8,8192,1,95643,11.6751708984375
SSLCU,λ=8,8192,1,105001,12.8175048828125
SSLCU,λ=8,8192,1,100207,12.2322998046875
SSLCU,λ=8,8192,1,91546,11.175048828125
SSLCU,λ=8,8192,1,104632,12.7724609375
SSLCU,λ=8,8192,1,102957,12.5679931640625
SSLCU,λ=8,8192,1,109650,13.385009765625
SSLCU,λ=8,8192,1,104479,12.7537841796875
SSLCU,λ=8,8192,1,105742,12.907958984375
SSLCU,λ=8,8192,1,102408,12.5009765625
SSLCU,λ=8,8192,1,92622,11.306396484375
SSLCU,λ=8,8192,1,94096,11.486328125
SSLCU,λ=8,8192,1,102546,12.517822265625
SSLCU,λ=8,8192,1,101853,12.4332275390625
SSLCU,λ=8,8192,1,115692,14.12255859375
SSLCU,λ=8,8192,1,100057,12.2139892578125
SSLCU,λ=8,8192,1,106907,13.0501708984375
SSLCU,λ=8,8192,1,121573,14.8404541015625
SSLCU,λ=8,8192,1,93727,11.4412841796875
SSLCU,λ=8,8192,1,100003,12.2073974609375
SSLCU,λ=8,8192,1,106852,13.04345703125
SSLCU,λ=8,8192,1,93537,11.4180908203125
SSLCU,λ=8,8192,1,104732,12.78466796875
SSLCU,λ=8,8192,1,92805,11.3287353515625
SSLCU,λ=8,8192,1,96535,11.7840576171875
SSLCU,λ=8,8192,1,102428,12.50341796875
SSLCU,λ=8,8192,1,116274,14.193603515625
SSLCU,λ=8,8192,1,105684,12.90087890625
SSLCU,λ=8,8192,1,97430,11.893310546875
SSLCU,λ=8,8192,1,96270,11.751708984375
SSLCU,λ=8,8192,1,96586,11.790283203125
SSLCU,λ=8,8192,1,97454,11.896240234375
SSLCU,λ=8,8192,1,101730,12.418212890625
SSLCU,λ=8,8192,1,99630,12.161865234375
SSLCU,λ=8,8192,1,116993,14.2813720703125
SSLCU,λ=8,8192,1,98139,11.9798583984375
SSDSU,λ=8,8192,1,107065,13.0694580078125
SSDSU,λ=8,8192,1,101329,12.3692626953125
SSDSU,λ=8,8192,1,87897,10.7296142578125
SSDSU,λ=8,8192,1,106273,12.9727783203125
SSDSU,λ=8,8192,1,89073,10.8731689453125
SSDSU,λ=8,8192,1,85129,10.3917236328125
SSDSU,λ=8,8192,1,88009,10.7432861328125
SSDSU,λ=8,8192,1,98681,12.0460205078125
SSDSU,λ=8,8192,1,96985,11.8389892578125
SSDSU,λ=8,8192,1,87217,10.6466064453125
SSDSU,λ=8,8192,1,79705,9.7296142578125
SSDSU,λ=8,8192,1,87993,10.7413330078125
SSDSU,λ=8,8192,1,101857,12.4337158203125
SSDSU,λ=8,8192,1,90553,11.0538330078125
SSDSU,λ=8,8192,1,111449,13.6046142578125
SSDSU,λ=8,8192,1,88129,10.7579345703125
SSDSU,λ=8,8192,1,87401,10.6690673828125
SSDSU,λ=8,8192,1,88001,10.7423095703125
SSDSU,λ=8,8192,1,83793,10.2286376953125
SSDSU,λ=8,8192,1,87025,10.6231689453125
SSDSU,λ=8,8192,1,89625,10.9405517578125
SSDSU,λ=8,8192,1,92785,11.3262939453125
SSDSU,λ=8,8192,1,86401,10.5469970703125
SSDSU,λ=8,8192,1,95433,11.6495361328125
SSDSU,λ=8,8192,1,82185,10.0323486328125
SSDSU,λ=8,8192,1,89289,10.8995361328125
SSDSU,λ=8,8192,1,96361,11.7628173828125
SSDSU,λ=8,8192,1,90409,11.0362548828125
SSDSU,λ=8,8192,1,88049,10.7481689453125
SSDSU,λ=8,8192,1,101825,12.4298095703125
SSDSU,λ=8,8192,1,82569,10.0792236328125
SSDSU,λ=8,8192,1,79073,9.6524658203125
SSDSU,λ=8,8192,1,99993,12.2061767578125
SSDSU,λ=8,8192,1,83153,10.1505126953125
SSDSU,λ=8,8192,1,98737,12.0528564453125
SSDSU,λ=8,8192,1,89065,10.8721923828125
SSDSU,λ=8,8192,1,83537,10.1973876953125
SSDSU,λ=8,8192,1,82361,10.0538330078125
SSDSU,λ=8,8192,1,90729,11.0753173828125
SSDSU,λ=8,8192,1,102249,12.4815673828125
SSDSU,λ=8,8192,1,90745,11.0772705078125
SSDSU,λ=8,8192,1,93449,11.4073486328125
SSDSU,λ=8,8192,1,110713,13.5147705078125
SSDSU,λ=8,8192,1,89249,10.8946533203125
SSDSU,λ=8,8192,1,86433,10.5509033203125
SSDSU,λ=8,8192,1,90361,11.0303955078125
SSDSU,λ=8,8192,1,94097,11.4864501953125
SSDSU,λ=8,8192,1,85489,10.4356689453125
SSDSU,λ=8,8192,1,85457,10.4317626953125
SSDSU,λ=8,8192,1,99257,12.1163330078125
SSDSU,λ=8,8192,1,75865,9.2608642578125
SSDSU,λ=8,8192,1,85937,10.4903564453125
SSDSU,λ=8,8192,1,99977,12.2042236328125
SSDSU,λ=8,8192,1,104705,12.7813720703125
SSDSU,λ=8,8192,1,91249,11.1387939453125
SSDSU,λ=8,8192,1,86945,10.6134033203125
SSDSU,λ=8,8192,1,80993,9.8868408203125
SSDSU,λ=8,8192,1,119233,14.5548095703125
SSDSU,λ=8,8192,1,73577,8.9815673828125
SSDSU,λ=8,8192,1,96537,11.7843017578125
SSDSU,λ=8,8192,1,89401,10.9132080078125
SSDSU,λ=8,8192,1,99001,12.0850830078125
SSDSU,λ=8,8192,1,86017,10.5001220703125
SSDSU,λ=8,8192,1,92625,11.3067626953125
SSDSU,λ=8,8192,1,94929,11.5880126953125
SSDSU,λ=8,8192,1,101721,12.4171142578125
SSDSU,λ=8,8192,1,90713,11.0733642578125
SSDSU,λ=8,8192,1,104289,12.7305908203125
SSDSU,λ=8,8192,1,92025,11.2335205078125
SSDSU,λ=8,8192,1,91761,11.2012939453125
SSDSU,λ=8,8192,1,87113,10.6339111328125
SSDSU,λ=8,8192,1,88633,10.8194580078125
SSDSU,λ=8,8192,1,88553,10.8096923828125
SSDSU,λ=8,8192,1,104249,12.7257080078125
SSDSU,λ=8,8192,1,91009,11.1094970703125
SSDSU,λ=8,8192,1,104937,12.8096923828125
SSDSU,λ=8,8192,1,91673,11.1905517578125
SSDSU,λ=8,8192,1,91425,11.1602783203125
SSDSU,λ=8,8192,1,91257,11.1397705078125
SSDSU,λ=8,8192,1,82449,10.0645751953125
SSDSU,λ=8,8192,1,97889,11.9493408203125
SSDSU,λ=8,8192,1,89713,10.9512939453125
SSDSU,λ=8,8192,1,87689,10.7042236328125
SSDSU,λ=8,8192,1,92417,11.2813720703125
SSDSU,λ=8,8192,1,92049,11.2364501953125
SSDSU,λ=8,8192,1,105665,12.8985595703125
SSDSU,λ=8,8192,1,87441,10.6739501953125
SSDSU,λ=8,8192,1,128929,15.7384033203125
SSDSU,λ=8,8192,1,85905,10.4864501953125
SSDSU,λ=8,8192,1,86105,10.5108642578125
SSDSU,λ=8,8192,1,86369,10.5430908203125
SSDSU,λ=8,8192,1,90873,11.0928955078125
SSDSU,λ=8,8192,1,83281,10.1661376953125
SSDSU,λ=8,8192,1,81185,9.9102783203125
SSDSU,λ=8,8192,1,93777,11.4473876953125
SSDSU,λ=8,8192,1,94273,11.5079345703125
SSDSU,λ=8,8192,1,113057,13.8009033203125
SSDSU,λ=8,8192,1,109881,13.4132080078125
SSDSU,λ=8,8192,1,87817,10.7198486328125
SRDSU,λ=8,8192,1,66459,8.1126708984375
SRDSU,λ=8,8192,1,77863,9.5047607421875
SRDSU,λ=8,8192,1,77117,9.4136962890625
SRDSU,λ=8,8192,1,63791,7.7869873046875
SRDSU,λ=8,8192,1,60295,7.3602294921875
SRDSU,λ=8,8192,1,83833,10.2335205078125
SRDSU,λ=8,8192,1,62249,7.5987548828125
SRDSU,λ=8,8192,1,65459,7.9906005859375
SRDSU,λ=8,8192,1,64283,7.8470458984375
SRDSU,λ=8,8192,1,70315,8.5833740234375
SRDSU,λ=8,8192,1,64255,7.8436279296875
SRDSU,λ=8,8192,1,57361,7.0020751953125
SRDSU,λ=8,8192,1,62021,7.5709228515625
SRDSU,λ=8,8192,1,69093,8.4342041015625
SRDSU,λ=8,8192,1,63779,7.7855224609375
SRDSU,λ=8,8192,1,75757,9.2476806640625
SRDSU,λ=8,8192,1,74461,9.0894775390625
SRDSU,λ=8,8192,1,61047,7.4520263671875
SRDSU,λ=8,8192,1,78263,9.5535888671875
SRDSU,λ=8,8192,1,62069,7.5767822265625
SRDSU,λ=8,8192,1,73089,8.9219970703125
SRDSU,λ=8,8192,1,63945,7.8057861328125
SRDSU,λ=8,8192,1,82281,10.0440673828125
SRDSU,λ=8,8192,1,76445,9.3316650390625
SRDSU,λ=8,8192,1,65825,8.0352783203125
SRDSU,λ=8,8192,1,69755,8.5150146484375
SRDSU,λ=8,8192,1,71849,8.7706298828125
SRDSU,λ=8,8192,1,58551,7.1473388671875
SRDSU,λ=8,8192,1,64313,7.8507080078125
SRDSU,λ=8,8192,1,64649,7.8917236328125
SRDSU,λ=8,8192,1,60093,7.3355712890625
SRDSU,λ=8,8192,1,64111,7.8260498046875
SRDSU,λ=8,8192,1,68105,8.3135986328125
SRDSU,λ=8,8192,1,67327,8.2186279296875
SRDSU,λ=8,8192,1,77345,9.4415283203125
SRDSU,λ=8,8192,1,60155,7.3431396484375
SRDSU,λ=8,8192,1,65183,7.9569091796875
SRDSU,λ=8,8192,1,72617,8.8643798828125
SRDSU,λ=8,8192,1,72689,8.8731689453125
SRDSU,λ=8,8192,1,67161,8.1983642578125
SRDSU,λ=8,8192,1,65297,7.9708251953125
SRDSU,λ=8,8192,1,61843,7.5491943359375
SRDSU,λ=8,8192,1,66337,8.0977783203125
SRDSU,λ=8,8192,1,61575,7.5164794921875
SRDSU,λ=8,8192,1,67591,8.2508544921875
SRDSU,λ=8,8192,1,71295,8.7030029296875
SRDSU,λ=8,8192,1,78897,9.6309814453125
SRDSU,λ=8,8192,1,69607,8.4969482421875
SRDSU,λ=8,8192,1,71993,8.7882080078125
SRDSU,λ=8,8192,1,67993,8.2999267578125
SRDSU,λ=8,8192,1,66647,8.1356201171875
SRDSU,λ=8,8192,1,65067,7.9427490234375
SRDSU,λ=8,8192,1,65469,7.9918212890625
SRDSU,λ=8,8192,1,60707,7.4105224609375
SRDSU,λ=8,8192,1,66957,8.1734619140625
SRDSU,λ=8,8192,1,67735,8.2684326171875
SRDSU,λ=8,8192,1,64029,7.8160400390625
SRDSU,λ=8,8192,1,74679,9.1160888671875
SRDSU,λ=8,8192,1,65821,8.0347900390625
SRDSU,λ=8,8192,1,68245,8.3306884765625
SRDSU,λ=8,8192,1,60523,7.3880615234375
SRDSU,λ=8,8192,1,62047,7.5740966796875
SRDSU,λ=8,8192,1,68001,8.3009033203125
SRDSU,λ=8,8192,1,68069,8.3092041015625
SRDSU,λ=8,8192,1,69703,8.5086669921875
SRDSU,λ=8,8192,1,65441,7.9884033203125
SRDSU,λ=8,8192,1,63267,7.7230224609375
SRDSU,λ=8,8192,1,62997,7.6900634765625
SRDSU,λ=8,8192,1,68909,8.4117431640625
SRDSU,λ=8,8192,1,68277,8.3345947265625
SRDSU,λ=8,8192,1,73721,8.9991455078125
SRDSU,λ=8,8192,1,65957,8.0513916015625
SRDSU,λ=8,8192,1,74963,9.1507568359375
SRDSU,λ=8,8192,1,62141,7.5855712890625
SRDSU,λ=8,8192,1,67025,8.1817626953125
SRDSU,λ=8,8192,1,68141,8.3179931640625
SRDSU,λ=8,8192,1,71715,8.7542724609375
SRDSU,λ=8,8192,1,59131,7.2181396484375
SRDSU,λ=8,8192,1,64409,7.8624267578125
SRDSU,λ=8,8192,1,72751,8.8807373046875
SRDSU,λ=8,8192,1,61915,7.5579833984375
SRDSU,λ=8,8192,1,65791,8.0311279296875
SRDSU,λ=8,8192,1,67643,8.2572021484375
SRDSU,λ=8,8192,1,62725,7.6568603515625
SRDSU,λ=8,8192,1,67713,8.2657470703125
SRDSU,λ=8,8192,1,60365,7.3687744140625
SRDSU,λ=8,8192,1,57371,7.0032958984375
SRDSU,λ=8,8192,1,61111,7.4598388671875
SRDSU,λ=8,8192,1,64853,7.9166259765625
SRDSU,λ=8,8192,1,73657,8.9913330078125
SRDSU,λ=8,8192,1,58623,7.1561279296875
SRDSU,λ=8,8192,1,66601,8.1300048828125
SRDSU,λ=8,8192,1,64329,7.8526611328125
SRDSU,λ=8,8192,1,67969,8.2969970703125
SRDSU,λ=8,8192,1,68019,8.3031005859375
SRDSU,λ=8,8192,1,64477,7.8707275390625
SRDSU,λ=8,8192,1,68035,8.3050537109375
SRDSU,λ=8,8192,1,69709,8.5093994140625
SHDSU,λ=8,8192,1,65946,8.050048828125
SHDSU,λ=8,8192,1,68115,8.3148193359375
SHDSU,λ=8,8192,1,72740,8.87939453125
SHDSU,λ=8,8192,1,67467,8.2357177734375
SHDSU,λ=8,8192,1,65804,8.03271484375
SHDSU,λ=8,8192,1,58775,7.1746826171875
SHDSU,λ=8,8192,1,68595,8.3734130859375
SHDSU,λ=8,8192,1,66204,8.08154296875
SHDSU,λ=8,8192,1,72806,8.887451171875
SHDSU,λ=8,8192,1,64125,7.8277587890625
SHDSU,λ=8,8192,1,57841,7.0606689453125
SHDSU,λ=8,8192,1,59622,7.278076171875
SHDSU,λ=8,8192,1,64006,7.813232421875
SHDSU,λ=8,8192,1,61114,7.460205078125
SHDSU,λ=8,8192,1,58198,7.104248046875
SHDSU,λ=8,8192,1,60532,7.38916015625
SHDSU,λ=8,8192,1,69792,8.51953125
SHDSU,λ=8,8192,1,63416,7.7412109375
SHDSU,λ=8,8192,1,63148,7.70849609375
SHDSU,λ=8,8192,1,66918,8.168701171875
SHDSU,λ=8,8192,1,64719,7.9002685546875
SHDSU,λ=8,8192,1,63772,7.78466796875
SHDSU,λ=8,8192,1,69632,8.5
SHDSU,λ=8,8192,1,67701,8.2642822265625
SHDSU,λ=8,8192,1,60693,7.4088134765625
SHDSU,λ=8,8192,1,62674,7.650634765625
SHDSU,λ=8,8192,1,66583,8.1278076171875
SHDSU,λ=8,8192,1,73545,8.9776611328125
SHDSU,λ=8,8192,1,66964,8.17431640625
SHDSU,λ=8,8192,1,62893,7.6773681640625
SHDSU,λ=8,8192,1,72071,8.7977294921875
SHDSU,λ=8,8192,1,61404,7.49560546875
SHDSU,λ=8,8192,1,61874,7.552978515625
SHDSU,λ=8,8192,1,65703,8.0203857421875
SHDSU,λ=8,8192,1,60350,7.366943359375
SHDSU,λ=8,8192,1,78262,9.553466796875
SHDSU,λ=8,8192,1,66266,8.089111328125
SHDSU,λ=8,8192,1,63078,7.699951171875
SHDSU,λ=8,8192,1,67316,8.21728515625
SHDSU,λ=8,8192,1,66961,8.1739501953125
SHDSU,λ=8,8192,1,71471,8.7244873046875
SHDSU,λ=8,8192,1,69081,8.4327392578125
SHDSU,λ=8,8192,1,69091,8.4339599609375
SHDSU,λ=8,8192,1,67306,8.216064453125
SHDSU,λ=8,8192,1,65454,7.989990234375
SHDSU,λ=8,8192,1,59609,7.2764892578125
SHDSU,λ=8,8192,1,65122,7.949462890625
SHDSU,λ=8,8192,1,73219,8.9378662109375
SHDSU,λ=8,8192,1,63529,7.7550048828125
SHDSU,λ=8,8192,1,58341,7.1217041015625
SHDSU,λ=8,8192,1,62001,7.5684814453125
SHDSU,λ=8,8192,1,67247,8.2088623046875
SHDSU,λ=8,8192,1,67188,8.20166015625
SHDSU,λ=8,8192,1,58567,7.1492919921875
SHDSU,λ=8,8192,1,60047,7.3299560546875
SHDSU,λ=8,8192,1,64267,7.8450927734375
SHDSU,λ=8,8192,1,64025,7.8155517578125
SHDSU,λ=8,8192,1,71818,8.766845703125
SHDSU,λ=8,8192,1,68208,8.326171875
SHDSU,λ=8,8192,1,59493,7.2623291015625
SHDSU,λ=8,8192,1,59002,7.202392578125
SHDSU,λ=8,8192,1,61604,7.52001953125
SHDSU,λ=8,8192,1,65293,7.9703369140625
SHDSU,λ=8,8192,1,69287,8.4578857421875
SHDSU,λ=8,8192,1,73514,8.973876953125
SHDSU,λ=8,8192,1,67704,8.2646484375
SHDSU,λ=8,8192,1,63701,7.7760009765625
SHDSU,λ=8,8192,1,64539,7.8782958984375
SHDSU,λ=8,8192,1,59823,7.3026123046875
SHDSU,λ=8,8192,1,68477,8.3590087890625
SHDSU,λ=8,8192,1,61059,7.4534912109375
SHDSU,λ=8,8192,1,71817,8.7667236328125
SHDSU,λ=8,8192,1,64838,7.914794921875
SHDSU,λ=8,8192,1,62379,7.6146240234375
SHDSU,λ=8,8192,1,61118,7.460693359375
SHDSU,λ=8,8192,1,68285,8.3355712890625
SHDSU,λ=8,8192,1,66527,8.1209716796875
SHDSU,λ=8,8192,1,60942,7.439208984375
SHDSU,λ=8,8192,1,68016,8.302734375
SHDSU,λ=8,8192,1,67090,8.189697265625
SHDSU,λ=8,8192,1,65737,8.0245361328125
SHDSU,λ=8,8192,1,63912,7.8017578125
SHDSU,λ=8,8192,1,72956,8.90576171875
SHDSU,λ=8,8192,1,63097,7.7022705078125
SHDSU,λ=8,8192,1,66481,8.1153564453125
SHDSU,λ=8,8192,1,63530,7.755126953125
SHDSU,λ=8,8192,1,60941,7.4390869140625
SHDSU,λ=8,8192,1,74481,9.0919189453125
SHDSU,λ=8,8192,1,72540,8.85498046875
SHDSU,λ=8,8192,1,73784,9.0068359375
SHDSU,λ=8,8192,1,62349,7.6109619140625
SHDSU,λ=8,8192,1,67413,8.2291259765625
SHDSU,λ=8,8192,1,62414,7.618896484375
SHDSU,λ=8,8192,1,63062,7.697998046875
SHDSU,λ=8,8192,1,70688,8.62890625
SHDSU,λ=8,8192,1,68009,8.3018798828125
SHDSU,λ=8,8192,1,71118,8.681396484375
SHDSU,λ=8,8192,1,56155,6.8548583984375
SHDSU,λ=8,8192,1,61579,7.5169677734375
SHDSU,λ=8,8192,1,69244,8.45263671875
SHLSU,λ=8,8192,1,59268,7.23486328125
SHLSU,λ=8,8192,1,71992,8.7880859375
SHLSU,λ=8,8192,1,65083,7.9447021484375
SHLSU,λ=8,8192,1,70569,8.6143798828125
SHLSU,λ=8,8192,1,64575,7.8826904296875
SHLSU,λ=8,8192,1,64957,7.9293212890625
SHLSU,λ=8,8192,1,62114,7.582275390625
SHLSU,λ=8,8192,1,64568,7.8818359375
SHLSU,λ=8,8192,1,64909,7.9234619140625
SHLSU,λ=8,8192,1,59634,7.279541015625
SHLSU,λ=8,8192,1,61892,7.55517578125
SHLSU,λ=8,8192,1,59665,7.2833251953125
SHLSU,λ=8,8192,1,75854,9.259521484375
SHLSU,λ=8,8192,1,75753,9.2471923828125
SHLSU,λ=8,8192,1,68442,8.354736328125
SHLSU,λ=8,8192,1,84999,10.3758544921875
SHLSU,λ=8,8192,1,67404,8.22802734375
SHLSU,λ=8,8192,1,58816,7.1796875
SHLSU,λ=8,8192,1,60892,7.43310546875
SHLSU,λ=8,8192,1,62610,7.642822265625
SHLSU,λ=8,8192,1,64458,7.868408203125
SHLSU,λ=8,8192,1,64182,7.834716796875
SHLSU,λ=8,8192,1,61639,7.5242919921875
SHLSU,λ=8,8192,1,64987,7.9329833984375
SHLSU,λ=8,8192,1,60276,7.35791015625
SHLSU,λ=8,8192,1,64950,7.928466796875
SHLSU,λ=8,8192,1,65358,7.978271484375
SHLSU,λ=8,8192,1,69933,8.5367431640625
SHLSU,λ=8,8192,1,59259,7.2337646484375
SHLSU,λ=8,8192,1,61238,7.475341796875
SHLSU,λ=8,8192,1,64426,7.864501953125
SHLSU,λ=8,8192,1,64215,7.8387451171875
SHLSU,λ=8,8192,1,59034,7.206298828125
SHLSU,λ=8,8192,1,66695,8.1414794921875
SHLSU,λ=8,8192,1,60898,7.433837890625
SHLSU,λ=8,8192,1,71460,8.72314453125
SHLSU,λ=8,8192,1,71529,8.7315673828125
SHLSU,λ=8,8192,1,61504,7.5078125
SHLSU,λ=8,8192,1,63373,7.7359619140625
SHLSU,λ=8,8192,1,61380,7.49267578125
SHLSU,λ=8,8192,1,64422,7.864013671875
SHLSU,λ=8,8192,1,60159,7.3436279296875
SHLSU,λ=8,8192,1,68736,8.390625
SHLSU,λ=8,8192,1,60137,7.3409423828125
SHLSU,λ=8,8192,1,64771,7.9066162109375
SHLSU,λ=8,8192,1,69045,8.4283447265625
SHLSU,λ=8,8192,1,65631,8.0115966796875
SHLSU,λ=8,8192,1,65815,8.0340576171875
SHLSU,λ=8,8192,1,67687,8.2625732421875
SHLSU,λ=8,8192,1,59697,7.2872314453125
SHLSU,λ=8,8192,1,60220,7.35107421875
SHLSU,λ=8,8192,1,64874,7.919189453125
SHLSU,λ=8,8192,1,68474,8.358642578125
SHLSU,λ=8,8192,1,61814,7.545654296875
SHLSU,λ=8,8192,1,79386,9.690673828125
SHLSU,λ=8,8192,1,57840,7.060546875
SHLSU,λ=8,8192,1,66708,8.14306640625
SHLSU,λ=8,8192,1,63750,7.781982421875
SHLSU,λ=8,8192,1,63828,7.79150390625
SHLSU,λ=8,8192,1,64375,7.8582763671875
SHLSU,λ=8,8192,1,69995,8.5443115234375
SHLSU,λ=8,8192,1,75692,9.23974609375
SHLSU,λ=8,8192,1,60936,7.4384765625
SHLSU,λ=8,8192,1,63200,7.71484375
SHLSU,λ=8,8192,1,63434,7.743408203125
SHLSU,λ=8,8192,1,66866,8.162353515625
SHLSU,λ=8,8192,1,64332,7.85302734375
SHLSU,λ=8,8192,1,67740,8.26904296875
SHLSU,λ=8,8192,1,59563,7.2708740234375
SHLSU,λ=8,8192,1,63798,7.787841796875
SHLSU,λ=8,8192,1,61018,7.448486328125
SHLSU,λ=8,8192,1,67868,8.28466796875
SHLSU,λ=8,8192,1,64443,7.8665771484375
SHLSU,λ=8,8192,1,63655,7.7703857421875
SHLSU,λ=8,8192,1,65604,8.00830078125
SHLSU,λ=8,8192,1,71886,8.775146484375
SHLSU,λ=8,8192,1,61310,7.484130859375
SHLSU,λ=8,8192,1,66245,8.0865478515625
SHLSU,λ=8,8192,1,69114,8.436767578125
SHLSU,λ=8,8192,1,58831,7.1815185546875
SHLSU,λ=8,8192,1,71680,8.75
SHLSU,λ=8,8192,1,62849,7.6719970703125
SHLSU,λ=8,8192,1,61265,7.4786376953125
SHLSU,λ=8,8192,1,69223,8.4500732421875
SHLSU,λ=8,8192,1,64184,7.8349609375
SHLSU,λ=8,8192,1,68363,8.3450927734375
SHLSU,λ=8,8192,1,65953,8.0509033203125
SHLSU,λ=8,8192,1,79288,9.6787109375
SHLSU,λ=8,8192,1,68950,8.416748046875
SHLSU,λ=8,8192,1,66136,8.0732421875
SHLSU,λ=8,8192,1,71405,8.7164306640625
SHLSU,λ=8,8192,1,65679,8.0174560546875
SHLSU,λ=8,8192,1,60184,7.3466796875
SHLSU,λ=8,8192,1,85427,10.4281005859375
SHLSU,λ=8,8192,1,66171,8.0775146484375
SHLSU,λ=8,8192,1,61859,7.5511474609375
SHLSU,λ=8,8192,1,64334,7.853271484375
SHLSU,λ=8,8192,1,61094,7.457763671875
SHLSU,λ=8,8192,1,64991,7.9334716796875
SRLSU,λ=8,8192,1,63059,7.6976318359375
SRLSU,λ=8,8192,1,65129,7.9503173828125
SRLSU,λ=8,8192,1,71491,8.7269287109375
SRLSU,λ=8,8192,1,76489,9.3370361328125
SRLSU,λ=8,8192,1,72785,8.8848876953125
SRLSU,λ=8,8192,1,67209,8.2042236328125
SRLSU,λ=8,8192,1,73765,9.0045166015625
SRLSU,λ=8,8192,1,63151,7.7088623046875
SRLSU,λ=8,8192,1,66299,8.0931396484375
SRLSU,λ=8,8192,1,64059,7.8197021484375
SRLSU,λ=8,8192,1,65327,7.9744873046875
SRLSU,λ=8,8192,1,75903,9.2655029296875
SRLSU,λ=8,8192,1,65865,8.0401611328125
SRLSU,λ=8,8192,1,65931,8.0482177734375
SRLSU,λ=8,8192,1,74063,9.0408935546875
SRLSU,λ=8,8192,1,61041,7.4512939453125
SRLSU,λ=8,8192,1,87003,10.6204833984375
SRLSU,λ=8,8192,1,66263,8.0887451171875
SRLSU,λ=8,8192,1,67519,8.2420654296875
SRLSU,λ=8,8192,1,62489,7.6280517578125
SRLSU,λ=8,8192,1,66937,8.1710205078125
SRLSU,λ=8,8192,1,62833,7.6700439453125
SRLSU,λ=8,8192,1,75681,9.2384033203125
SRLSU,λ=8,8192,1,66925,8.1695556640625
SRLSU,λ=8,8192,1,65395,7.9827880859375
SRLSU,λ=8,8192,1,70207,8.5701904296875
SRLSU,λ=8,8192,1,59989,7.3228759765625
SRLSU,λ=8,8192,1,64085,7.8228759765625
SRLSU,λ=8,8192,1,73195,8.9349365234375
SRLSU,λ=8,8192,1,70449,8.5997314453125
SRLSU,λ=8,8192,1,60711,7.4110107421875
SRLSU,λ=8,8192,1,70403,8.5941162109375
SRLSU,λ=8,8192,1,63705,7.7764892578125
SRLSU,λ=8,8192,1,83471,10.1893310546875
SRLSU,λ=8,8192,1,61151,7.4647216796875
SRLSU,λ=8,8192,1,68093,8.3121337890625
SRLSU,λ=8,8192,1,78905,9.6319580078125
SRLSU,λ=8,8192,1,76865,9.3829345703125
SRLSU,λ=8,8192,1,61431,7.4989013671875
SRLSU,λ=8,8192,1,87445,10.6744384765625
SRLSU,λ=8,8192,1,67611,8.2532958984375
SRLSU,λ=8,8192,1,75493,9.2154541015625
SRLSU,λ=8,8192,1,66831,8.1580810546875
SRLSU,λ=8,8192,1,62599,7.6414794921875
SRLSU,λ=8,8192,1,68553,8.3682861328125
SRLSU,λ=8,8192,1,64309,7.8502197265625
SRLSU,λ=8,8192,1,65945,8.0499267578125
SRLSU,λ=8,8192,1,61963,7.5638427734375
SRLSU,λ=8,8192,1,58599,7.1531982421875
SRLSU,λ=8,8192,1,63765,7.7838134765625
SRLSU,λ=8,8192,1,73407,8.9608154296875
SRLSU,λ=8,8192,1,65845,8.0377197265625
SRLSU,λ=8,8192,1,61335,7.4871826171875
SRLSU,λ=8,8192,1,65467,7.9915771484375
SRLSU,λ=8,8192,1,62015,7.5701904296875
SRLSU,λ=8,8192,1,65555,8.0023193359375
SRLSU,λ=8,8192,1,63931,7.8040771484375
SRLSU,λ=8,8192,1,65109,7.9478759765625
SRLSU,λ=8,8192,1,70629,8.6217041015625
SRLSU,λ=8,8192,1,73867,9.0169677734375
SRLSU,λ=8,8192,1,71113,8.6807861328125
SRLSU,λ=8,8192,1,66607,8.1307373046875
SRLSU,λ=8,8192,1,66293,8.0924072265625
SRLSU,λ=8,8192,1,67427,8.2308349609375
SRLSU,λ=8,8192,1,77917,9.5113525390625
SRLSU,λ=8,8192,1,66269,8.0894775390625
SRLSU,λ=8,8192,1,63819,7.7904052734375
SRLSU,λ=8,8192,1,60781,7.4195556640625
SRLSU,λ=8,8192,1,77241,9.4288330078125
SRLSU,λ=8,8192,1,65961,8.0518798828125
SRLSU,λ=8,8192,1,65983,8.0545654296875
SRLSU,λ=8,8192,1,74591,9.1053466796875
SRLSU,λ=8,8192,1,60823,7.4246826171875
SRLSU,λ=8,8192,1,68491,8.3607177734375
SRLSU,λ=8,8192,1,61851,7.5501708984375
SRLSU,λ=8,8192,1,62199,7.5926513671875
SRLSU,λ=8,8192,1,62985,7.6885986328125
SRLSU,λ=8,8192,1,72685,8.8726806640625
SRLSU,λ=8,8192,1,73825,9.0118408203125
SRLSU,λ=8,8192,1,65943,8.0496826171875
SRLSU,λ=8,8192,1,81371,9.9329833984375
SRLSU,λ=8,8192,1,66323,8.0960693359375
SRLSU,λ=8,8192,1,71505,8.7286376953125
SRLSU,λ=8,8192,1,68769,8.3946533203125
SRLSU,λ=8,8192,1,61551,7.5135498046875
SRLSU,λ=8,8192,1,63667,7.7718505859375
SRLSU,λ=8,8192,1,68309,8.3385009765625
SRLSU,λ=8,8192,1,64885,7.9205322265625
SRLSU,λ=8,8192,1,67829,8.2799072265625
SRLSU,λ=8,8192,1,77849,9.5030517578125
SRLSU,λ=8,8192,1,61429,7.4986572265625
SRLSU,λ=8,8192,1,65141,7.9517822265625
SRLSU,λ=8,8192,1,68391,8.3485107421875
SRLSU,λ=8,8192,1,66893,8.1656494140625
SRLSU,λ=8,8192,1,66371,8.1019287109375
SRLSU,λ=8,8192,1,65265,7.9669189453125
SRLSU,λ=8,8192,1,62869,7.6744384765625
SRLSU,λ=8,8192,1,68825,8.4014892578125
SRLSU,λ=8,8192,1,64319,7.8514404296875
SRLSU,λ=8,8192,1,73871,9.0174560546875
SSLSU,λ=8,8192,1,93571,11.4222412109375
SSLSU,λ=8,8192,1,91998,11.230224609375
SSLSU,λ=8,8192,1,98255,11.9940185546875
SSLSU,λ=8,8192,1,95660,11.67724609375
SSLSU,λ=8,8192,1,104470,12.752685546875
SSLSU,λ=8,8192,1,93822,11.452880859375
SSLSU,λ=8,8192,1,91261,11.1402587890625
SSLSU,λ=8,8192,1,99321,12.1241455078125
SSLSU,λ=8,8192,1,80336,9.806640625
SSLSU,λ=8,8192,1,91004,11.10888671875
SSLSU,λ=8,8192,1,96285,11.7535400390625
SSLSU,λ=8,8192,1,87296,10.65625
SSLSU,λ=8,8192,1,85686,10.459716796875
SSLSU,λ=8,8192,1,88300,10.77880859375
SSLSU,λ=8,8192,1,93467,11.4095458984375
SSLSU,λ=8,8192,1,98559,12.0311279296875
SSLSU,λ=8,8192,1,91273,11.1417236328125
SSLSU,λ=8,8192,1,99534,12.150146484375
SSLSU,λ=8,8192,1,90097,10.9981689453125
SSLSU,λ=8,8192,1,90051,10.9925537109375
SSLSU,λ=8,8192,1,101337,12.3702392578125
SSLSU,λ=8,8192,1,85895,10.4852294921875
SSLSU,λ=8,8192,1,86782,10.593505859375
SSLSU,λ=8,8192,1,88249,10.7725830078125
SSLSU,λ=8,8192,1,95906,11.707275390625
SSLSU,λ=8,8192,1,99319,12.1239013671875
SSLSU,λ=8,8192,1,86213,10.5240478515625
SSLSU,λ=8,8192,1,86366,10.542724609375
SSLSU,λ=8,8192,1,81434,9.940673828125
SSLSU,λ=8,8192,1,85969,10.4942626953125
SSLSU,λ=8,8192,1,84082,10.263916015625
SSLSU,λ=8,8192,1,85410,10.426025390625
SSLSU,λ=8,8192,1,89846,10.967529296875
SSLSU,λ=8,8192,1,120882,14.756103515625
SSLSU,λ=8,8192,1,85230,10.404052734375
SSLSU,λ=8,8192,1,78312,9.5595703125
SSLSU,λ=8,8192,1,92565,11.2994384765625
SSLSU,λ=8,8192,1,96506,11.780517578125
SSLSU,λ=8,8192,1,98069,11.9713134765625
SSLSU,λ=8,8192,1,92836,11.33251953125
SSLSU,λ=8,8192,1,89431,10.9168701171875
SSLSU,λ=8,8192,1,93014,11.354248046875
SSLSU,λ=8,8192,1,108041,13.1885986328125
SSLSU,λ=8,8192,1,84880,10.361328125
SSLSU,λ=8,8192,1,102887,12.5594482421875
SSLSU,λ=8,8192,1,86249,10.5284423828125
SSLSU,λ=8,8192,1,106327,12.9793701171875
SSLSU,λ=8,8192,1,97704,11.9267578125
SSLSU,λ=8,8192,1,104295,12.7313232421875
SSLSU,λ=8,8192,1,89598,10.937255859375
SSLSU,λ=8,8192,1,89923,10.9769287109375
SSLSU,λ=8,8192,1,91342,11.150146484375
SSLSU,λ=8,8192,1,84503,10.3153076171875
SSLSU,λ=8,8192,1,106996,13.06103515625
SSLSU,λ=8,8192,1,85409,10.4259033203125
SSLSU,λ=8,8192,1,96330,11.759033203125
SSLSU,λ=8,8192,1,109969,13.4239501953125
SSLSU,λ=8,8192,1,80223,9.7928466796875
SSLSU,λ=8,8192,1,106646,13.018310546875
SSLSU,λ=8,8192,1,87615,10.6951904296875
SSLSU,λ=8,8192,1,95241,11.6260986328125
SSLSU,λ=8,8192,1,106815,13.0389404296875
SSLSU,λ=8,8192,1,94852,11.57861328125
SSLSU,λ=8,8192,1,96865,11.8243408203125
SSLSU,λ=8,8192,1,85593,10.4483642578125
SSLSU,λ=8,8192,1,103756,12.66552734375
SSLSU,λ=8,8192,1,90635,11.0638427734375
SSLSU,λ=8,8192,1,103573,12.6431884765625
SSLSU,λ=8,8192,1,98439,12.0164794921875
SSLSU,λ=8,8192,1,90088,10.9970703125
SSLSU,λ=8,8192,1,99222,12.112060546875
SSLSU,λ=8,8192,1,116042,14.165283203125
SSLSU,λ=8,8192,1,83357,10.1754150390625
SSLSU,λ=8,8192,1,93737,11.4425048828125
SSLSU,λ=8,8192,1,87508,10.68212890625
SSLSU,λ=8,8192,1,92134,11.246826171875
SSLSU,λ=8,8192,1,95388,11.64404296875
SSLSU,λ=8,8192,1,86447,10.5526123046875
SSLSU,λ=8,8192,1,108752,13.275390625
SSLSU,λ=8,8192,1,95233,11.6251220703125
SSLSU,λ=8,8192,1,98028,11.96630859375
SSLSU,λ=8,8192,1,88571,10.8118896484375
SSLSU,λ=8,8192,1,84456,10.3095703125
SSLSU,λ=8,8192,1,89518,10.927490234375
SSLSU,λ=8,8192,1,86462,10.554443359375
SSLSU,λ=8,8192,1,95187,11.6195068359375
SSLSU,λ=8,8192,1,96502,11.780029296875
SSLSU,λ=8,8192,1,96036,11.72314453125
SSLSU,λ=8,8192,1,98755,12.0550537109375
SSLSU,λ=8,8192,1,91520,11.171875
SSLSU,λ=8,8192,1,98454,12.018310546875
SSLSU,λ=8,8192,1,103749,12.6646728515625
SSLSU,λ=8,8192,1,95816,11.6962890625
SSLSU,λ=8,8192,1,101431,12.3817138671875
SSLSU,λ=8,8192,1,102079,12.4608154296875
SSLSU,λ=8,8192,1,96447,11.7733154296875
SSLSU,λ=8,8192,1,84817,10.3536376953125
SSLSU,λ=8,8192,1,79849,9.7471923828125
SSLSU,λ=8,8192,1,84229,10.2818603515625
SSLSU,λ=8,8192,1,89614,10.939208984375
SSDMU,λ=8,8192,1,112099,13.6839599609375
SSDMU,λ=8,8192,1,90094,10.997802734375
SSDMU,λ=8,8192,1,107180,13.08349609375
SSDMU,λ=8,8192,1,104065,12.7032470703125
SSDMU,λ=8,8192,1,94732,11.56396484375
SSDMU,λ=8,8192,1,87847,10.7235107421875
SSDMU,λ=8,8192,1,98718,12.050537109375
SSDMU,λ=8,8192,1,89814,10.963623046875
SSDMU,λ=8,8192,1,87189,10.6431884765625
SSDMU,λ=8,8192,1,97218,11.867431640625
SSDMU,λ=8,8192,1,91978,11.227783203125
SSDMU,λ=8,8192,1,91000,11.1083984375
SSDMU,λ=8,8192,1,123447,15.0692138671875
SSDMU,λ=8,8192,1,114621,13.9918212890625
SSDMU,λ=8,8192,1,94406,11.524169921875
SSDMU,λ=8,8192,1,91925,11.2213134765625
SSDMU,λ=8,8192,1,130394,15.917236328125
SSDMU,λ=8,8192,1,119863,14.6317138671875
SSDMU,λ=8,8192,1,91491,11.1683349609375
SSDMU,λ=8,8192,1,92057,11.2374267578125
SSDMU,λ=8,8192,1,104025,12.6983642578125
SSDMU,λ=8,8192,1,97467,11.8978271484375
SSDMU,λ=8,8192,1,99870,12.191162109375
SSDMU,λ=8,8192,1,109137,13.3223876953125
SSDMU,λ=8,8192,1,89925,10.9771728515625
SSDMU,λ=8,8192,1,89921,10.9766845703125
SSDMU,λ=8,8192,1,94343,11.5164794921875
SSDMU,λ=8,8192,1,98095,11.9744873046875
SSDMU,λ=8,8192,1,108063,13.1912841796875
SSDMU,λ=8,8192,1,82406,10.059326171875
SSDMU,λ=8,8192,1,93038,11.357177734375
SSDMU,λ=8,8192,1,99492,12.14501953125
SSDMU,λ=8,8192,1,101559,12.3973388671875
SSDMU,λ=8,8192,1,99987,12.2054443359375
SSDMU,λ=8,8192,1,103339,12.6146240234375
SSDMU,λ=8,8192,1,110713,13.5147705078125
SSDMU,λ=8,8192,1,102966,12.569091796875
SSDMU,λ=8,8192,1,115899,14.1478271484375
SSDMU,λ=8,8192,1,90544,11.052734375
SSDMU,λ=8,8192,1,95560,11.6650390625
SSDMU,λ=8,8192,1,99884,12.19287109375
SSDMU,λ=8,8192,1,99820,12.18505859375
SSDMU,λ=8,8192,1,94669,11.5562744140625
SSDMU,λ=8,8192,1,87206,10.645263671875
SSDMU,λ=8,8192,1,119341,14.5679931640625
SSDMU,λ=8,8192,1,110191,13.4510498046875
SSDMU,λ=8,8192,1,106908,13.05029296875
SSDMU,λ=8,8192,1,102909,12.5621337890625
SSDMU,λ=8,8192,1,85651,10.4554443359375
SSDMU,λ=8,8192,1,86543,10.5643310546875
SSDMU,λ=8,8192,1,100699,12.2923583984375
SSDMU,λ=8,8192,1,93326,11.392333984375
SSDMU,λ=8,8192,1,98338,12.004150390625
SSDMU,λ=8,8192,1,85804,10.47412109375
SSDMU,λ=8,8192,1,87616,10.6953125
SSDMU,λ=8,8192,1,92578,11.301025390625
SSDMU,λ=8,8192,1,93954,11.468994140625
SSDMU,λ=8,8192,1,116329,14.2003173828125
SSDMU,λ=8,8192,1,101660,12.40966796875
SSDMU,λ=8,8192,1,78862,9.626708984375
SSDMU,λ=8,8192,1,89506,10.926025390625
SSDMU,λ=8,8192,1,102092,12.46240234375
SSDMU,λ=8,8192,1,97473,11.8985595703125
SSDMU,λ=8,8192,1,94663,11.5555419921875
SSDMU,λ=8,8192,1,94550,11.541748046875
SSDMU,λ=8,8192,1,89690,10.948486328125
SSDMU,λ=8,8192,1,101695,12.4139404296875
SSDMU,λ=8,8192,1,83515,10.1947021484375
SSDMU,λ=8,8192,1,83556,10.19970703125
SSDMU,λ=8,8192,1,117125,14.2974853515625
SSDMU,λ=8,8192,1,95420,11.64794921875
SSDMU,λ=8,8192,1,89259,10.8958740234375
SSDMU,λ=8,8192,1,101162,12.348876953125
SSDMU,λ=8,8192,1,84724,10.34228515625
SSDMU,λ=8,8192,1,88183,10.7645263671875
SSDMU,λ=8,8192,1,116060,14.16748046875
SSDMU,λ=8,8192,1,99636,12.16259765625
SSDMU,λ=8,8192,1,82519,10.0731201171875
SSDMU,λ=8,8192,1,85493,10.4361572265625
SSDMU,λ=8,8192,1,93847,11.4559326171875
SSDMU,λ=8,8192,1,107793,13.1583251953125
SSDMU,λ=8,8192,1,107261,13.0933837890625
SSDMU,λ=8,8192,1,105536,12.8828125
SSDMU,λ=8,8192,1,90165,11.0064697265625
SSDMU,λ=8,8192,1,87167,10.6405029296875
SSDMU,λ=8,8192,1,101811,12.4281005859375
SSDMU,λ=8,8192,1,95527,11.6610107421875
SSDMU,λ=8,8192,1,86876,10.60498046875
SSDMU,λ=8,8192,1,103163,12.5931396484375
SSDMU,λ=8,8192,1,90030,10.989990234375
SSDMU,λ=8,8192,1,91614,11.183349609375
SSDMU,λ=8,8192,1,87673,10.7022705078125
SSDMU,λ=8,8192,1,102079,12.4608154296875
SSDMU,λ=8,8192,1,85811,10.4749755859375
SSDMU,λ=8,8192,1,100949,12.3228759765625
SSDMU,λ=8,8192,1,119287,14.5614013671875
SSDMU,λ=8,8192,1,92829,11.3316650390625
SSDMU,λ=8,8192,1,98241,11.9923095703125
SSDMU,λ=8,8192,1,77095,9.4110107421875
SSDMU,λ=8,8192,1,85758,10.468505859375
SRDMU,λ=8,8192,1,65219,7.9613037109375
SRDMU,λ=8,8192,1,75392,9.203125
SRDMU,λ=8,8192,1,70706,8.631103515625
SRDMU,λ=8,8192,1,69742,8.513427734375
SRDMU,λ=8,8192,1,67005,8.1793212890625
SRDMU,λ=8,8192,1,66623,8.1326904296875
SRDMU,λ=8,8192,1,72461,8.8453369140625
SRDMU,λ=8,8192,1,71349,8.7095947265625
SRDMU,λ=8,8192,1,72891,8.8978271484375
SRDMU,λ=8,8192,1,71986,8.787353515625
SRDMU,λ=8,8192,1,68458,8.356689453125
SRDMU,λ=8,8192,1,70099,8.5570068359375
SRDMU,λ=8,8192,1,69463,8.4793701171875
SRDMU,λ=8,8192,1,66294,8.092529296875
SRDMU,λ=8,8192,1,74593,9.1055908203125
SRDMU,λ=8,8192,1,74048,9.0390625
SRDMU,λ=8,8192,1,63696,7.775390625
SRDMU,λ=8,8192,1,72364,8.83349609375
SRDMU,λ=8,8192,1,68638,8.378662109375
SRDMU,λ=8,8192,1,70562,8.613525390625
SRDMU,λ=8,8192,1,65767,8.0281982421875
SRDMU,λ=8,8192,1,70881,8.6524658203125
SRDMU,λ=8,8192,1,69720,8.5107421875
SRDMU,λ=8,8192,1,71657,8.7471923828125
SRDMU,λ=8,8192,1,70504,8.6064453125
SRDMU,λ=8,8192,1,64343,7.8543701171875
SRDMU,λ=8,8192,1,69986,8.543212890625
SRDMU,λ=8,8192,1,67616,8.25390625
SRDMU,λ=8,8192,1,73512,8.9736328125
SRDMU,λ=8,8192,1,70441,8.5987548828125
SRDMU,λ=8,8192,1,61404,7.49560546875
SRDMU,λ=8,8192,1,70024,8.5478515625
SRDMU,λ=8,8192,1,68663,8.3817138671875
SRDMU,λ=8,8192,1,66920,8.1689453125
SRDMU,λ=8,8192,1,83681,10.2149658203125
SRDMU,λ=8,8192,1,80347,9.8079833984375
SRDMU,λ=8,8192,1,67658,8.259033203125
SRDMU,λ=8,8192,1,67436,8.23193359375
SRDMU,λ=8,8192,1,73585,8.9825439453125
SRDMU,λ=8,8192,1,63846,7.793701171875
SRDMU,λ=8,8192,1,69909,8.5338134765625
SRDMU,λ=8,8192,1,77266,9.431884765625
SRDMU,λ=8,8192,1,71093,8.6783447265625
SRDMU,λ=8,8192,1,69979,8.5423583984375
SRDMU,λ=8,8192,1,67428,8.23095703125
SRDMU,λ=8,8192,1,66093,8.0679931640625
SRDMU,λ=8,8192,1,79378,9.689697265625
SRDMU,λ=8,8192,1,68236,8.32958984375
SRDMU,λ=8,8192,1,72924,8.90185546875
SRDMU,λ=8,8192,1,66645,8.1353759765625
SRDMU,λ=8,8192,1,69871,8.5291748046875
SRDMU,λ=8,8192,1,63583,7.7615966796875
SRDMU,λ=8,8192,1,67208,8.2041015625
SRDMU,λ=8,8192,1,67509,8.2408447265625
SRDMU,λ=8,8192,1,71893,8.7760009765625
SRDMU,λ=8,8192,1,62727,7.6571044921875
SRDMU,λ=8,8192,1,66978,8.176025390625
SRDMU,λ=8,8192,1,86371,10.5433349609375
SRDMU,λ=8,8192,1,63783,7.7860107421875
SRDMU,λ=8,8192,1,66022,8.059326171875
SRDMU,λ=8,8192,1,73841,9.0137939453125
SRDMU,λ=8,8192,1,57420,7.00927734375
SRDMU,λ=8,8192,1,77780,9.49462890625
SRDMU,λ=8,8192,1,70006,8.545654296875
SRDMU,λ=8,8192,1,69300,8.45947265625
SRDMU,λ=8,8192,1,71980,8.78662109375
SRDMU,λ=8,8192,1,79884,9.75146484375
SRDMU,λ=8,8192,1,68421,8.3521728515625
SRDMU,λ=8,8192,1,64732,7.90185546875
SRDMU,λ=8,8192,1,66724,8.14501953125
SRDMU,λ=8,8192,1,69542,8.489013671875
SRDMU,λ=8,8192,1,65424,7.986328125
SRDMU,λ=8,8192,1,72264,8.8212890625
SRDMU,λ=8,8192,1,78667,9.6029052734375
SRDMU,λ=8,8192,1,80077,9.7750244140625
SRDMU,λ=8,8192,1,68850,8.404541015625
SRDMU,λ=8,8192,1,71115,8.6810302734375
SRDMU,λ=8,8192,1,70114,8.558837890625
SRDMU,λ=8,8192,1,66812,8.15576171875
SRDMU,λ=8,8192,1,67840,8.28125
SRDMU,λ=8,8192,1,71348,8.70947265625
SRDMU,λ=8,8192,1,63465,7.7471923828125
SRDMU,λ=8,8192,1,68384,8.34765625
SRDMU,λ=8,8192,1,78027,9.5247802734375
SRDMU,λ=8,8192,1,62659,7.6488037109375
SRDMU,λ=8,8192,1,71579,8.7376708984375
SRDMU,λ=8,8192,1,68804,8.39892578125
SRDMU,λ=8,8192,1,73724,8.99951171875
SRDMU,λ=8,8192,1,67227,8.2064208984375
SRDMU,λ=8,8192,1,63685,7.7740478515625
SRDMU,λ=8,8192,1,67333,8.2193603515625
SRDMU,λ=8,8192,1,65005,7.9351806640625
SRDMU,λ=8,8192,1,65552,8.001953125
SRDMU,λ=8,8192,1,69292,8.45849609375
SRDMU,λ=8,8192,1,64532,7.87744140625
SRDMU,λ=8,8192,1,73022,8.913818359375
SRDMU,λ=8,8192,1,69963,8.5404052734375
SRDMU,λ=8,8192,1,65208,7.9599609375
SRDMU,λ=8,8192,1,67518,8.241943359375
SRDMU,λ=8,8192,1,86568,10.5673828125
SHDMU,λ=8,8192,1,67837,8.2808837890625
SHDMU,λ=8,8192,1,79497,9.7042236328125
SHDMU,λ=8,8192,1,67632,8.255859375
SHDMU,λ=8,8192,1,65641,8.0128173828125
SHDMU,λ=8,8192,1,64163,7.8323974609375
SHDMU,λ=8,8192,1,68099,8.3128662109375
SHDMU,λ=8,8192,1,70101,8.5572509765625
SHDMU,λ=8,8192,1,65230,7.962646484375
SHDMU,λ=8,8192,1,66666,8.137939453125
SHDMU,λ=8,8192,1,64836,7.91455078125
SHDMU,λ=8,8192,1,71722,8.755126953125
SHDMU,λ=8,8192,1,59802,7.300048828125
SHDMU,λ=8,8192,1,62941,7.6832275390625
SHDMU,λ=8,8192,1,69326,8.462646484375
SHDMU,λ=8,8192,1,68204,8.32568359375
SHDMU,λ=8,8192,1,70126,8.560302734375
SHDMU,λ=8,8192,1,71986,8.787353515625
SHDMU,λ=8,8192,1,67050,8.184814453125
SHDMU,λ=8,8192,1,69661,8.5035400390625
SHDMU,λ=8,8192,1,67965,8.2965087890625
SHDMU,λ=8,8192,1,86055,10.5047607421875
SHDMU,λ=8,8192,1,71299,8.7034912109375
SHDMU,λ=8,8192,1,65389,7.9820556640625
SHDMU,λ=8,8192,1,70584,8.6162109375
SHDMU,λ=8,8192,1,72654,8.868896484375
SHDMU,λ=8,8192,1,63746,7.781494140625
SHDMU,λ=8,8192,1,73793,9.0079345703125
SHDMU,λ=8,8192,1,67774,8.273193359375
SHDMU,λ=8,8192,1,81970,10.006103515625
SHDMU,λ=8,8192,1,64556,7.88037109375
SHDMU,λ=8,8192,1,73643,8.9896240234375
SHDMU,λ=8,8192,1,66799,8.1541748046875
SHDMU,λ=8,8192,1,65036,7.93896484375
SHDMU,λ=8,8192,1,60061,7.3316650390625
SHDMU,λ=8,8192,1,80182,9.787841796875
SHDMU,λ=8,8192,1,69508,8.48486328125
SHDMU,λ=8,8192,1,66965,8.1744384765625
SHDMU,λ=8,8192,1,65987,8.0550537109375
SHDMU,λ=8,8192,1,81813,9.9869384765625
SHDMU,λ=8,8192,1,69061,8.4302978515625
SHDMU,λ=8,8192,1,79211,9.6693115234375
SHDMU,λ=8,8192,1,79102,9.656005859375
SHDMU,λ=8,8192,1,68725,8.3892822265625
SHDMU,λ=8,8192,1,68630,8.377685546875
SHDMU,λ=8,8192,1,69178,8.444580078125
SHDMU,λ=8,8192,1,65717,8.0220947265625
SHDMU,λ=8,8192,1,77301,9.4361572265625
SHDMU,λ=8,8192,1,72127,8.8045654296875
SHDMU,λ=8,8192,1,69222,8.449951171875
SHDMU,λ=8,8192,1,69822,8.523193359375
SHDMU,λ=8,8192,1,84569,10.3233642578125
SHDMU,λ=8,8192,1,67286,8.213623046875
SHDMU,λ=8,8192,1,64520,7.8759765625
SHDMU,λ=8,8192,1,64697,7.8975830078125
SHDMU,λ=8,8192,1,67181,8.2008056640625
SHDMU,λ=8,8192,1,66674,8.138916015625
SHDMU,λ=8,8192,1,68602,8.374267578125
SHDMU,λ=8,8192,1,66679,8.1395263671875
SHDMU,λ=8,8192,1,76987,9.3978271484375
SHDMU,λ=8,8192,1,76960,9.39453125
SHDMU,λ=8,8192,1,82224,10.037109375
SHDMU,λ=8,8192,1,74238,9.062255859375
SHDMU,λ=8,8192,1,77376,9.4453125
SHDMU,λ=8,8192,1,63020,7.69287109375
SHDMU,λ=8,8192,1,63677,7.7730712890625
SHDMU,λ=8,8192,1,73122,8.926025390625
SHDMU,λ=8,8192,1,70696,8.6298828125
SHDMU,λ=8,8192,1,75503,9.2166748046875
SHDMU,λ=8,8192,1,85915,10.4876708984375
SHDMU,λ=8,8192,1,65445,7.9888916015625
SHDMU,λ=8,8192,1,69216,8.44921875
SHDMU,λ=8,8192,1,73103,8.9237060546875
SHDMU,λ=8,8192,1,68935,8.4149169921875
SHDMU,λ=8,8192,1,68414,8.351318359375
SHDMU,λ=8,8192,1,70534,8.610107421875
SHDMU,λ=8,8192,1,76006,9.278076171875
SHDMU,λ=8,8192,1,79667,9.7249755859375
SHDMU,λ=8,8192,1,80025,9.7686767578125
SHDMU,λ=8,8192,1,65504,7.99609375
SHDMU,λ=8,8192,1,86070,10.506591796875
SHDMU,λ=8,8192,1,66870,8.162841796875
SHDMU,λ=8,8192,1,64821,7.9127197265625
SHDMU,λ=8,8192,1,75248,9.185546875
SHDMU,λ=8,8192,1,68402,8.349853515625
SHDMU,λ=8,8192,1,76207,9.3026123046875
SHDMU,λ=8,8192,1,72130,8.804931640625
SHDMU,λ=8,8192,1,67453,8.2340087890625
SHDMU,λ=8,8192,1,68933,8.4146728515625
SHDMU,λ=8,8192,1,73806,9.009521484375
SHDMU,λ=8,8192,1,64259,7.8441162109375
SHDMU,λ=8,8192,1,65991,8.0555419921875
SHDMU,λ=8,8192,1,63081,7.7003173828125
SHDMU,λ=8,8192,1,66840,8.1591796875
SHDMU,λ=8,8192,1,65298,7.970947265625
SHDMU,λ=8,8192,1,73956,9.02783203125
SHDMU,λ=8,8192,1,68335,8.3416748046875
SHDMU,λ=8,8192,1,65693,8.0191650390625
SHDMU,λ=8,8192,1,70160,8.564453125
SHDMU,λ=8,8192,1,68166,8.321044921875
SHDMU,λ=8,8192,1,64334,7.853271484375
SHLMU,λ=8,8192,1,91201,11.1329345703125
SHLMU,λ=8,8192,1,74769,9.1270751953125
SHLMU,λ=8,8192,1,66293,8.0924072265625
SHLMU,λ=8,8192,1,69225,8.4503173828125
SHLMU,λ=8,8192,1,66057,8.0635986328125
SHLMU,λ=8,8192,1,73021,8.9136962890625
SHLMU,λ=8,8192,1,68449,8.3555908203125
SHLMU,λ=8,8192,1,82501,10.0709228515625
SHLMU,λ=8,8192,1,73513,8.9737548828125
SHLMU,λ=8,8192,1,67649,8.2579345703125
SHLMU,λ=8,8192,1,72613,8.8638916015625
SHLMU,λ=8,8192,1,72961,8.9063720703125
SHLMU,λ=8,8192,1,63405,7.7398681640625
SHLMU,λ=8,8192,1,75785,9.2510986328125
SHLMU,λ=8,8192,1,71321,8.7061767578125
SHLMU,λ=8,8192,1,62977,7.6876220703125
SHLMU,λ=8,8192,1,72189,8.8121337890625
SHLMU,λ=8,8192,1,69621,8.4986572265625
SHLMU,λ=8,8192,1,82853,10.1138916015625
SHLMU,λ=8,8192,1,72841,8.8917236328125
SHLMU,λ=8,8192,1,65353,7.9776611328125
SHLMU,λ=8,8192,1,72465,8.8458251953125
SHLMU,λ=8,8192,1,68321,8.3399658203125
SHLMU,λ=8,8192,1,71597,8.7398681640625
SHLMU,λ=8,8192,1,71913,8.7784423828125
SHLMU,λ=8,8192,1,63813,7.7896728515625
SHLMU,λ=8,8192,1,75701,9.2408447265625
SHLMU,λ=8,8192,1,65713,8.0216064453125
SHLMU,λ=8,8192,1,69565,8.4918212890625
SHLMU,λ=8,8192,1,66837,8.1588134765625
SHLMU,λ=8,8192,1,69989,8.5435791015625
SHLMU,λ=8,8192,1,80233,9.7940673828125
SHLMU,λ=8,8192,1,67069,8.1871337890625
SHLMU,λ=8,8192,1,74729,9.1221923828125
SHLMU,λ=8,8192,1,70309,8.5826416015625
SHLMU,λ=8,8192,1,75821,9.2554931640625
SHLMU,λ=8,8192,1,68653,8.3804931640625
SHLMU,λ=8,8192,1,68781,8.3961181640625
SHLMU,λ=8,8192,1,66829,8.1578369140625
SHLMU,λ=8,8192,1,65717,8.0220947265625
SHLMU,λ=8,8192,1,85185,10.3985595703125
SHLMU,λ=8,8192,1,69065,8.4307861328125
SHLMU,λ=8,8192,1,69797,8.5201416015625
SHLMU,λ=8,8192,1,69469,8.4801025390625
SHLMU,λ=8,8192,1,74681,9.1163330078125
SHLMU,λ=8,8192,1,78309,9.5592041015625
SHLMU,λ=8,8192,1,74305,9.0704345703125
SHLMU,λ=8,8192,1,75609,9.2296142578125
SHLMU,λ=8,8192,1,63881,7.7979736328125
SHLMU,λ=8,8192,1,70185,8.5675048828125
SHLMU,λ=8,8192,1,65677,8.0172119140625
SHLMU,λ=8,8192,1,68169,8.3214111328125
SHLMU,λ=8,8192,1,71845,8.7701416015625
SHLMU,λ=8,8192,1,63693,7.7750244140625
SHLMU,λ=8,8192,1,72385,8.8360595703125
SHLMU,λ=8,8192,1,68025,8.3038330078125
SHLMU,λ=8,8192,1,73445,8.9654541015625
SHLMU,λ=8,8192,1,72937,8.9034423828125
SHLMU,λ=8,8192,1,67337,8.2198486328125
SHLMU,λ=8,8192,1,70629,8.6217041015625
SHLMU,λ=8,8192,1,74117,9.0474853515625
SHLMU,λ=8,8192,1,69997,8.5445556640625
SHLMU,λ=8,8192,1,75017,9.1573486328125
SHLMU,λ=8,8192,1,64677,7.8951416015625
SHLMU,λ=8,8192,1,74057,9.0401611328125
SHLMU,λ=8,8192,1,69549,8.4898681640625
SHLMU,λ=8,8192,1,70161,8.5645751953125
SHLMU,λ=8,8192,1,77629,9.4761962890625
SHLMU,λ=8,8192,1,68213,8.3267822265625
SHLMU,λ=8,8192,1,68481,8.3594970703125
SHLMU,λ=8,8192,1,68769,8.3946533203125
SHLMU,λ=8,8192,1,79737,9.7335205078125
SHLMU,λ=8,8192,1,65105,7.9473876953125
SHLMU,λ=8,8192,1,72377,8.8350830078125
SHLMU,λ=8,8192,1,67949,8.2945556640625
SHLMU,λ=8,8192,1,62685,7.6519775390625
SHLMU,λ=8,8192,1,68933,8.4146728515625
SHLMU,λ=8,8192,1,76937,9.3917236328125
SHLMU,λ=8,8192,1,72261,8.8209228515625
SHLMU,λ=8,8192,1,74205,9.0582275390625
SHLMU,λ=8,8192,1,77849,9.5030517578125
SHLMU,λ=8,8192,1,64481,7.8712158203125
SHLMU,λ=8,8192,1,67033,8.1827392578125
SHLMU,λ=8,8192,1,72441,8.8428955078125
SHLMU,λ=8,8192,1,70253,8.5758056640625
SHLMU,λ=8,8192,1,73717,8.9986572265625
SHLMU,λ=8,8192,1,81065,9.8956298828125
SHLMU,λ=8,8192,1,72925,8.9019775390625
SHLMU,λ=8,8192,1,70061,8.5523681640625
SHLMU,λ=8,8192,1,67933,8.2926025390625
SHLMU,λ=8,8192,1,63221,7.7174072265625
SHLMU,λ=8,8192,1,65733,8.0240478515625
SHLMU,λ=8,8192,1,63625,7.7667236328125
SHLMU,λ=8,8192,1,67981,8.2984619140625
SHLMU,λ=8,8192,1,75745,9.2462158203125
SHLMU,λ=8,8192,1,81053,9.8941650390625
SHLMU,λ=8,8192,1,74669,9.1148681640625
SHLMU,λ=8,8192,1,71313,8.7052001953125
SRLMU,λ=8,8192,1,71498,8.727783203125
SRLMU,λ=8,8192,1,71889,8.7755126953125
SRLMU,λ=8,8192,1,75161,9.1749267578125
SRLMU,λ=8,8192,1,63524,7.75439453125
SRLMU,λ=8,8192,1,71543,8.7332763671875
SRLMU,λ=8,8192,1,81900,9.99755859375
SRLMU,λ=8,8192,1,89909,10.9752197265625
SRLMU,λ=8,8192,1,70529,8.6094970703125
SRLMU,λ=8,8192,1,96163,11.7386474609375
SRLMU,λ=8,8192,1,87691,10.7044677734375
SRLMU,λ=8,8192,1,86950,10.614013671875
SRLMU,λ=8,8192,1,72229,8.8170166015625
SRLMU,λ=8,8192,1,75113,9.1690673828125
SRLMU,λ=8,8192,1,74115,9.0472412109375
SRLMU,λ=8,8192,1,64898,7.922119140625
SRLMU,λ=8,8192,1,71966,8.784912109375
SRLMU,λ=8,8192,1,73600,8.984375
SRLMU,λ=8,8192,1,72022,8.791748046875
SRLMU,λ=8,8192,1,82546,10.076416015625
SRLMU,λ=8,8192,1,76812,9.37646484375
SRLMU,λ=8,8192,1,88518,10.805419921875
SRLMU,λ=8,8192,1,90346,11.028564453125
SRLMU,λ=8,8192,1,70682,8.628173828125
SRLMU,λ=8,8192,1,79697,9.7286376953125
SRLMU,λ=8,8192,1,67908,8.28955078125
SRLMU,λ=8,8192,1,66141,8.0738525390625
SRLMU,λ=8,8192,1,73896,9.0205078125
SRLMU,λ=8,8192,1,76650,9.356689453125
SRLMU,λ=8,8192,1,87728,10.708984375
SRLMU,λ=8,8192,1,73865,9.0167236328125
SRLMU,λ=8,8192,1,81625,9.9639892578125
SRLMU,λ=8,8192,1,78362,9.565673828125
SRLMU,λ=8,8192,1,78345,9.5635986328125
SRLMU,λ=8,8192,1,69538,8.488525390625
SRLMU,λ=8,8192,1,71881,8.7745361328125
SRLMU,λ=8,8192,1,72035,8.7933349609375
SRLMU,λ=8,8192,1,84336,10.294921875
SRLMU,λ=8,8192,1,85753,10.4678955078125
SRLMU,λ=8,8192,1,64065,7.8204345703125
SRLMU,λ=8,8192,1,94562,11.543212890625
SRLMU,λ=8,8192,1,82827,10.1107177734375
SRLMU,λ=8,8192,1,76328,9.3173828125
SRLMU,λ=8,8192,1,67109,8.1920166015625
SRLMU,λ=8,8192,1,73031,8.9149169921875
SRLMU,λ=8,8192,1,80555,9.8333740234375
SRLMU,λ=8,8192,1,74412,9.08349609375
SRLMU,λ=8,8192,1,76035,9.2816162109375
SRLMU,λ=8,8192,1,80662,9.846435546875
SRLMU,λ=8,8192,1,77682,9.482666015625
SRLMU,λ=8,8192,1,67456,8.234375
SRLMU,λ=8,8192,1,82812,10.10888671875
SRLMU,λ=8,8192,1,76302,9.314208984375
SRLMU,λ=8,8192,1,82636,10.08740234375
SRLMU,λ=8,8192,1,71747,8.7581787109375
SRLMU,λ=8,8192,1,70986,8.665283203125
SRLMU,λ=8,8192,1,70572,8.61474609375
SRLMU,λ=8,8192,1,66668,8.13818359375
SRLMU,λ=8,8192,1,81966,10.005615234375
SRLMU,λ=8,8192,1,76930,9.390869140625
SRLMU,λ=8,8192,1,75738,9.245361328125
SRLMU,λ=8,8192,1,81402,9.936767578125
SRLMU,λ=8,8192,1,83413,10.1822509765625
SRLMU,λ=8,8192,1,83276,10.16552734375
SRLMU,λ=8,8192,1,73957,9.0279541015625
SRLMU,λ=8,8192,1,86906,10.608642578125
SRLMU,λ=8,8192,1,77553,9.4669189453125
SRLMU,λ=8,8192,1,82395,10.0579833984375
SRLMU,λ=8,8192,1,97498,11.901611328125
SRLMU,λ=8,8192,1,65213,7.9605712890625
SRLMU,λ=8,8192,1,73542,8.977294921875
SRLMU,λ=8,8192,1,66475,8.1146240234375
SRLMU,λ=8,8192,1,90472,11.0439453125
SRLMU,λ=8,8192,1,84061,10.2613525390625
SRLMU,λ=8,8192,1,73507,8.9730224609375
SRLMU,λ=8,8192,1,80606,9.839599609375
SRLMU,λ=8,8192,1,68232,8.3291015625
SRLMU,λ=8,8192,1,79364,9.68798828125
SRLMU,λ=8,8192,1,84349,10.2965087890625
SRLMU,λ=8,8192,1,90276,11.02001953125
SRLMU,λ=8,8192,1,72239,8.8182373046875
SRLMU,λ=8,8192,1,80941,9.8804931640625
SRLMU,λ=8,8192,1,74943,9.1483154296875
SRLMU,λ=8,8192,1,84952,10.3701171875
SRLMU,λ=8,8192,1,76476,9.33544921875
SRLMU,λ=8,8192,1,82556,10.07763671875
SRLMU,λ=8,8192,1,76290,9.312744140625
SRLMU,λ=8,8192,1,72295,8.8250732421875
SRLMU,λ=8,8192,1,82306,10.047119140625
SRLMU,λ=8,8192,1,69964,8.54052734375
SRLMU,λ=8,8192,1,84878,10.361083984375
SRLMU,λ=8,8192,1,81273,9.9210205078125
SRLMU,λ=8,8192,1,76452,9.33251953125
SRLMU,λ=8,8192,1,69623,8.4989013671875
SRLMU,λ=8,8192,1,70075,8.5540771484375
SRLMU,λ=8,8192,1,65503,7.9959716796875
SRLMU,λ=8,8192,1,76124,9.29248046875
SRLMU,λ=8,8192,1,70223,8.5721435546875
SRLMU,λ=8,8192,1,80405,9.8150634765625
SRLMU,λ=8,8192,1,80670,9.847412109375
SRLMU,λ=8,8192,1,73010,8.912353515625
SSLMU,λ=8,8192,1,102001,12.4512939453125
SSLMU,λ=8,8192,1,89897,10.9737548828125
SSLMU,λ=8,8192,1,88010,10.743408203125
SSLMU,λ=8,8192,1,113612,13.86865234375
SSLMU,λ=8,8192,1,95048,11.6025390625
SSLMU,λ=8,8192,1,101661,12.4097900390625
SSLMU,λ=8,8192,1,103089,12.5841064453125
SSLMU,λ=8,8192,1,97649,11.9200439453125
SSLMU,λ=8,8192,1,99859,12.1898193359375
SSLMU,λ=8,8192,1,100216,12.2333984375
SSLMU,λ=8,8192,1,100590,12.279052734375
SSLMU,λ=8,8192,1,106047,12.9451904296875
SSLMU,λ=8,8192,1,98278,11.996826171875
SSLMU,λ=8,8192,1,96170,11.739501953125
SSLMU,λ=8,8192,1,92243,11.2601318359375
SSLMU,λ=8,8192,1,95728,11.685546875
SSLMU,λ=8,8192,1,109022,13.308349609375
SSLMU,λ=8,8192,1,89370,10.909423828125
SSLMU,λ=8,8192,1,100386,12.254150390625
SSLMU,λ=8,8192,1,105775,12.9119873046875
SSLMU,λ=8,8192,1,119171,14.5472412109375
SSLMU,λ=8,8192,1,92549,11.2974853515625
SSLMU,λ=8,8192,1,103548,12.64013671875
SSLMU,λ=8,8192,1,108002,13.183837890625
SSLMU,λ=8,8192,1,94878,11.581787109375
SSLMU,λ=8,8192,1,95031,11.6004638671875
SSLMU,λ=8,8192,1,107560,13.1298828125
SSLMU,λ=8,8192,1,116485,14.2193603515625
SSLMU,λ=8,8192,1,95337,11.6378173828125
SSLMU,λ=8,8192,1,95847,11.7000732421875
SSLMU,λ=8,8192,1,126889,15.4893798828125
SSLMU,λ=8,8192,1,94045,11.4801025390625
SSLMU,λ=8,8192,1,95303,11.6336669921875
SSLMU,λ=8,8192,1,95184,11.619140625
SSLMU,λ=8,8192,1,123268,15.04736328125
SSLMU,λ=8,8192,1,96255,11.7498779296875
SSLMU,λ=8,8192,1,125903,15.3690185546875
SSLMU,λ=8,8192,1,93263,11.3846435546875
SSLMU,λ=8,8192,1,92974,11.349365234375
SSLMU,λ=8,8192,1,109362,13.349853515625
SSLMU,λ=8,8192,1,105503,12.8787841796875
SSLMU,λ=8,8192,1,91189,11.1314697265625
SSLMU,λ=8,8192,1,101372,12.37451171875
SSLMU,λ=8,8192,1,84559,10.3221435546875
SSLMU,λ=8,8192,1,110909,13.5386962890625
SSLMU,λ=8,8192,1,110110,13.441162109375
SSLMU,λ=8,8192,1,98414,12.013427734375
SSLMU,λ=8,8192,1,91308,11.14599609375
SSLMU,λ=8,8192,1,92396,11.27880859375
SSLMU,λ=8,8192,1,100845,12.3101806640625
SSLMU,λ=8,8192,1,93705,11.4385986328125
SSLMU,λ=8,8192,1,105452,12.87255859375
SSLMU,λ=8,8192,1,96340,11.76025390625
SSLMU,λ=8,8192,1,84219,10.2806396484375
SSLMU,λ=8,8192,1,85834,10.477783203125
SSLMU,λ=8,8192,1,82876,10.11669921875
SSLMU,λ=8,8192,1,91138,11.125244140625
SSLMU,λ=8,8192,1,115992,14.1591796875
SSLMU,λ=8,8192,1,98006,11.963623046875
SSLMU,λ=8,8192,1,112031,13.6756591796875
SSLMU,λ=8,8192,1,93518,11.415771484375
SSLMU,λ=8,8192,1,110501,13.4888916015625
SSLMU,λ=8,8192,1,106761,13.0323486328125
SSLMU,λ=8,8192,1,112116,13.68603515625
SSLMU,λ=8,8192,1,100726,12.295654296875
SSLMU,λ=8,8192,1,106999,13.0614013671875
SSLMU,λ=8,8192,1,92294,11.266357421875
SSLMU,λ=8,8192,1,100964,12.32470703125
SSLMU,λ=8,8192,1,88503,10.8035888671875
SSLMU,λ=8,8192,1,112949,13.7877197265625
SSLMU,λ=8,8192,1,112252,13.70263671875
SSLMU,λ=8,8192,1,101474,12.386962890625
SSLMU,λ=8,8192,1,102035,12.4554443359375
SSLMU,λ=8,8192,1,97241,11.8702392578125
SSLMU,λ=8,8192,1,86225,10.5255126953125
SSLMU,λ=8,8192,1,89234,10.892822265625
SSLMU,λ=8,8192,1,99485,12.1441650390625
SSLMU,λ=8,8192,1,106472,12.9970703125
SSLMU,λ=8,8192,1,96544,11.78515625
SSLMU,λ=8,8192,1,98873,12.0694580078125
SSLMU,λ=8,8192,1,110416,13.478515625
SSLMU,λ=8,8192,1,105860,12.92236328125
SSLMU,λ=8,8192,1,107934,13.175537109375
SSLMU,λ=8,8192,1,120718,14.736083984375
SSLMU,λ=8,8192,1,88894,10.851318359375
SSLMU,λ=8,8192,1,96102,11.731201171875
SSLMU,λ=8,8192,1,117964,14.39990234375
SSLMU,λ=8,8192,1,101406,12.378662109375
SSLMU,λ=8,8192,1,141135,17.2283935546875
SSLMU,λ=8,8192,1,119766,14.619873046875
SSLMU,λ=8,8192,1,90611,11.0609130859375
SSLMU,λ=8,8192,1,95779,11.6917724609375
SSLMU,λ=8,8192,1,92719,11.3182373046875
SSLMU,λ=8,8192,1,104092,12.70654296875
SSLMU,λ=8,8192,1,99842,12.187744140625
SSLMU,λ=8,8192,1,100471,12.2645263671875
SSLMU,λ=8,8192,1,123183,15.0369873046875
SSLMU,λ=8,8192,1,98652,12.04248046875
SSLMU,λ=8,8192,1,118083,14.4144287109375
SSLMU,λ=8,8192,1,114003,13.9163818359375
SSDIU,λ=8,8192,1,102897,12.5606689453125
SSDIU,λ=8,8192,1,95185,11.6192626953125
SSDIU,λ=8,8192,1,94721,11.5626220703125
SSDIU,λ=8,8192,1,99393,12.1329345703125
SSDIU,λ=8,8192,1,113377,13.8399658203125
SSDIU,λ=8,8192,1,98577,12.0333251953125
SSDIU,λ=8,8192,1,101073,12.3380126953125
SSDIU,λ=8,8192,1,94257,11.5059814453125
SSDIU,λ=8,8192,1,95281,11.6309814453125
SSDIU,λ=8,8192,1,100753,12.2989501953125
SSDIU,λ=8,8192,1,95313,11.6348876953125
SSDIU,λ=8,8192,1,122625,14.9688720703125
SSDIU,λ=8,8192,1,92833,11.3321533203125
SSDIU,λ=8,8192,1,108897,13.2930908203125
SSDIU,λ=8,8192,1,102209,12.4766845703125
SSDIU,λ=8,8192,1,107969,13.1798095703125
SSDIU,λ=8,8192,1,116897,14.2696533203125
SSDIU,λ=8,8192,1,95937,11.7110595703125
SSDIU,λ=8,8192,1,104513,12.7579345703125
SSDIU,λ=8,8192,1,85425,10.4278564453125
SSDIU,λ=8,8192,1,104097,12.7071533203125
SSDIU,λ=8,8192,1,99425,12.1368408203125
SSDIU,λ=8,8192,1,102497,12.5118408203125
SSDIU,λ=8,8192,1,104673,12.7774658203125
SSDIU,λ=8,8192,1,87601,10.6934814453125
SSDIU,λ=8,8192,1,96161,11.7384033203125
SSDIU,λ=8,8192,1,105313,12.8555908203125
SSDIU,λ=8,8192,1,100225,12.2344970703125
SSDIU,λ=8,8192,1,91057,11.1153564453125
SSDIU,λ=8,8192,1,102289,12.4864501953125
SSDIU,λ=8,8192,1,104593,12.7677001953125
SSDIU,λ=8,8192,1,104417,12.7462158203125
SSDIU,λ=8,8192,1,96449,11.7735595703125
SSDIU,λ=8,8192,1,102625,12.5274658203125
SSDIU,λ=8,8192,1,105937,12.9317626953125
SSDIU,λ=8,8192,1,117521,14.3458251953125
SSDIU,λ=8,8192,1,109665,13.3868408203125
SSDIU,λ=8,8192,1,106417,12.9903564453125
SSDIU,λ=8,8192,1,99793,12.1817626953125
SSDIU,λ=8,8192,1,104353,12.7384033203125
SSDIU,λ=8,8192,1,98817,12.0626220703125
SSDIU,λ=8,8192,1,96753,11.8106689453125
SSDIU,λ=8,8192,1,112081,13.6817626953125
SSDIU,λ=8,8192,1,116817,14.2598876953125
SSDIU,λ=8,8192,1,108705,13.2696533203125
SSDIU,λ=8,8192,1,107329,13.1016845703125
SSDIU,λ=8,8192,1,94177,11.4962158203125
SSDIU,λ=8,8192,1,98369,12.0079345703125
SSDIU,λ=8,8192,1,95985,11.7169189453125
SSDIU,λ=8,8192,1,101569,12.3985595703125
SSDIU,λ=8,8192,1,97537,11.9063720703125
SSDIU,λ=8,8192,1,93137,11.3692626953125
SSDIU,λ=8,8192,1,97633,11.9180908203125
SSDIU,λ=8,8192,1,127521,15.5665283203125
SSDIU,λ=8,8192,1,118337,14.4454345703125
SSDIU,λ=8,8192,1,102785,12.5469970703125
SSDIU,λ=8,8192,1,103921,12.6856689453125
SSDIU,λ=8,8192,1,110865,13.5333251953125
SSDIU,λ=8,8192,1,96673,11.8009033203125
SSDIU,λ=8,8192,1,113553,13.8614501953125
SSDIU,λ=8,8192,1,111153,13.5684814453125
SSDIU,λ=8,8192,1,90417,11.0372314453125
SSDIU,λ=8,8192,1,108401,13.2325439453125
SSDIU,λ=8,8192,1,97825,11.9415283203125
SSDIU,λ=8,8192,1,97601,11.9141845703125
SSDIU,λ=8,8192,1,102033,12.4552001953125
SSDIU,λ=8,8192,1,104657,12.7755126953125
SSDIU,λ=8,8192,1,98865,12.0684814453125
SSDIU,λ=8,8192,1,98593,12.0352783203125
SSDIU,λ=8,8192,1,95249,11.6270751953125
SSDIU,λ=8,8192,1,105841,12.9200439453125
SSDIU,λ=8,8192,1,106865,13.0450439453125
SSDIU,λ=8,8192,1,115233,14.0665283203125
SSDIU,λ=8,8192,1,103729,12.6622314453125
SSDIU,λ=8,8192,1,134097,16.3692626953125
SSDIU,λ=8,8192,1,89377,10.9102783203125
SSDIU,λ=8,8192,1,88881,10.8497314453125
SSDIU,λ=8,8192,1,99441,12.1387939453125
SSDIU,λ=8,8192,1,96881,11.8262939453125
SSDIU,λ=8,8192,1,99601,12.1583251953125
SSDIU,λ=8,8192,1,101265,12.3614501953125
SSDIU,λ=8,8192,1,120689,14.7325439453125
SSDIU,λ=8,8192,1,100257,12.2384033203125
SSDIU,λ=8,8192,1,85441,10.4298095703125
SSDIU,λ=8,8192,1,114065,13.9239501953125
SSDIU,λ=8,8192,1,103393,12.6212158203125
SSDIU,λ=8,8192,1,89025,10.8673095703125
SSDIU,λ=8,8192,1,97057,11.8477783203125
SSDIU,λ=8,8192,1,90385,11.0333251953125
SSDIU,λ=8,8192,1,114993,14.0372314453125
SSDIU,λ=8,8192,1,94273,11.5079345703125
SSDIU,λ=8,8192,1,108561,13.2520751953125
SSDIU,λ=8,8192,1,110401,13.4766845703125
SSDIU,λ=8,8192,1,101937,12.4434814453125
SSDIU,λ=8,8192,1,97697,11.9259033203125
SRDIU,λ=8,8192,1,79609,9.7178955078125
SRDIU,λ=8,8192,1,73203,8.9359130859375
SRDIU,λ=8,8192,1,80238,9.794677734375
SRDIU,λ=8,8192,1,74282,9.067626953125
SRDIU,λ=8,8192,1,97967,11.9588623046875
SRDIU,λ=8,8192,1,77546,9.466064453125
SRDIU,λ=8,8192,1,82030,10.013427734375
SRDIU,λ=8,8192,1,91489,11.1680908203125
SRDIU,λ=8,8192,1,75740,9.24560546875
SRDIU,λ=8,8192,1,81019,9.8900146484375
SRDIU,λ=8,8192,1,77088,9.41015625
SRDIU,λ=8,8192,1,79684,9.72705078125
SRDIU,λ=8,8192,1,78656,9.6015625
SRDIU,λ=8,8192,1,85300,10.41259765625
SRDIU,λ=8,8192,1,88601,10.8155517578125
SRDIU,λ=8,8192,1,85406,10.425537109375
SRDIU,λ=8,8192,1,81324,9.92724609375
SRDIU,λ=8,8192,1,78138,9.538330078125
SRDIU,λ=8,8192,1,82430,10.062255859375
SRDIU,λ=8,8192,1,95440,11.650390625
SRDIU,λ=8,8192,1,81543,9.9539794921875
SRDIU,λ=8,8192,1,75519,9.2186279296875
SRDIU,λ=8,8192,1,79504,9.705078125
SRDIU,λ=8,8192,1,84602,10.327392578125
SRDIU,λ=8,8192,1,77755,9.4915771484375
SRDIU,λ=8,8192,1,98892,12.07177734375
SRDIU,λ=8,8192,1,78070,9.530029296875
SRDIU,λ=8,8192,1,84431,10.3065185546875
SRDIU,λ=8,8192,1,84332,10.29443359375
SRDIU,λ=8,8192,1,71679,8.7498779296875
SRDIU,λ=8,8192,1,84310,10.291748046875
SRDIU,λ=8,8192,1,81670,9.969482421875
SRDIU,λ=8,8192,1,80253,9.7965087890625
SRDIU,λ=8,8192,1,80066,9.773681640625
SRDIU,λ=8,8192,1,84272,10.287109375
SRDIU,λ=8,8192,1,75954,9.271728515625
SRDIU,λ=8,8192,1,80544,9.83203125
SRDIU,λ=8,8192,1,75940,9.27001953125
SRDIU,λ=8,8192,1,73293,8.9468994140625
SRDIU,λ=8,8192,1,79997,9.7652587890625
SRDIU,λ=8,8192,1,79457,9.6993408203125
SRDIU,λ=8,8192,1,82668,10.09130859375
SRDIU,λ=8,8192,1,81654,9.967529296875
SRDIU,λ=8,8192,1,72783,8.8846435546875
SRDIU,λ=8,8192,1,85284,10.41064453125
SRDIU,λ=8,8192,1,95282,11.631103515625
SRDIU,λ=8,8192,1,78708,9.60791015625
SRDIU,λ=8,8192,1,89643,10.9427490234375
SRDIU,λ=8,8192,1,79735,9.7332763671875
SRDIU,λ=8,8192,1,76166,9.297607421875
SRDIU,λ=8,8192,1,77237,9.4283447265625
SRDIU,λ=8,8192,1,81250,9.918212890625
SRDIU,λ=8,8192,1,76705,9.3634033203125
SRDIU,λ=8,8192,1,77491,9.4593505859375
SRDIU,λ=8,8192,1,81461,9.9439697265625
SRDIU,λ=8,8192,1,87161,10.6397705078125
SRDIU,λ=8,8192,1,83853,10.2359619140625
SRDIU,λ=8,8192,1,83605,10.2056884765625
SRDIU,λ=8,8192,1,75017,9.1573486328125
SRDIU,λ=8,8192,1,91885,11.2164306640625
SRDIU,λ=8,8192,1,81633,9.9649658203125
SRDIU,λ=8,8192,1,75101,9.1676025390625
SRDIU,λ=8,8192,1,85392,10.423828125
SRDIU,λ=8,8192,1,79631,9.7205810546875
SRDIU,λ=8,8192,1,75640,9.2333984375
SRDIU,λ=8,8192,1,81954,10.004150390625
SRDIU,λ=8,8192,1,97706,11.927001953125
SRDIU,λ=8,8192,1,81249,9.9180908203125
SRDIU,λ=8,8192,1,74192,9.056640625
SRDIU,λ=8,8192,1,77597,9.4722900390625
SRDIU,λ=8,8192,1,82412,10.06005859375
SRDIU,λ=8,8192,1,79077,9.6529541015625
SRDIU,λ=8,8192,1,73968,9.029296875
SRDIU,λ=8,8192,1,76336,9.318359375
SRDIU,λ=8,8192,1,83965,10.2496337890625
SRDIU,λ=8,8192,1,79271,9.6766357421875
SRDIU,λ=8,8192,1,79480,9.7021484375
SRDIU,λ=8,8192,1,79345,9.6856689453125
SRDIU,λ=8,8192,1,79082,9.653564453125
SRDIU,λ=8,8192,1,87543,10.6864013671875
SRDIU,λ=8,8192,1,76015,9.2791748046875
SRDIU,λ=8,8192,1,93890,11.461181640625
SRDIU,λ=8,8192,1,78069,9.5299072265625
SRDIU,λ=8,8192,1,80771,9.8597412109375
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SRDIU,λ=8,8192,1,73090,8.922119140625
SRDIU,λ=8,8192,1,80770,9.859619140625
SRDIU,λ=8,8192,1,90001,10.9864501953125
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SRDIU,λ=8,8192,1,84242,10.283447265625
SRDIU,λ=8,8192,1,76756,9.36962890625
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SRDIU,λ=8,8192,1,87842,10.722900390625
SRDIU,λ=8,8192,1,84114,10.267822265625
SRDIU,λ=8,8192,1,81752,9.9794921875
SHDIU,λ=8,8192,1,83491,10.1917724609375
SHDIU,λ=8,8192,1,75901,9.2652587890625
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SHDIU,λ=8,8192,1,83925,10.2447509765625
SHDIU,λ=8,8192,1,81739,9.9779052734375
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SHDIU,λ=8,8192,1,75177,9.1768798828125
SHDIU,λ=8,8192,1,80185,9.7882080078125
SHDIU,λ=8,8192,1,81209,9.9132080078125
SHDIU,λ=8,8192,1,81011,9.8890380859375
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SHDIU,λ=8,8192,1,74649,9.1124267578125
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SHDIU,λ=8,8192,1,78563,9.5902099609375
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SHDIU,λ=8,8192,1,82825,10.1104736328125
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SHDIU,λ=8,8192,1,80747,9.8568115234375
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SHDIU,λ=8,8192,1,73895,9.0203857421875
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SHDIU,λ=8,8192,1,81091,9.8988037109375
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SHDIU,λ=8,8192,1,84649,10.3331298828125
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SHDIU,λ=8,8192,1,72835,8.8909912109375
SHDIU,λ=8,8192,1,94859,11.5794677734375
SHDIU,λ=8,8192,1,78181,9.5435791015625
SHDIU,λ=8,8192,1,92973,11.3492431640625
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SHDIU,λ=8,8192,1,74809,9.1319580078125
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SHDIU,λ=8,8192,1,80959,9.8826904296875
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SHDIU,λ=8,8192,1,94119,11.4891357421875
SHDIU,λ=8,8192,1,80101,9.7779541015625
SHDIU,λ=8,8192,1,83809,10.2305908203125
SHDIU,λ=8,8192,1,79239,9.6727294921875
SHDIU,λ=8,8192,1,76723,9.3656005859375
SHDIU,λ=8,8192,1,90277,11.0201416015625
SHDIU,λ=8,8192,1,75813,9.2545166015625
SHDIU,λ=8,8192,1,72889,8.8975830078125
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SHLIU,λ=8,8192,1,77297,9.4356689453125
SHLIU,λ=8,8192,1,91271,11.1414794921875
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SSLIU,λ=8,8192,1,103649,12.6524658203125
SSLIU,λ=8,8192,1,106321,12.9786376953125
SSLIU,λ=8,8192,1,103809,12.6719970703125
SSLIU,λ=8,8192,1,97201,11.8653564453125
SSLIU,λ=8,8192,1,102241,12.4805908203125
SSLIU,λ=8,8192,1,100545,12.2735595703125
SSLIU,λ=8,8192,1,112833,13.7735595703125
SSLIU,λ=8,8192,1,98849,12.0665283203125
SSLIU,λ=8,8192,1,103473,12.6309814453125
SSLIU,λ=8,8192,1,104609,12.7696533203125
SSLIU,λ=8,8192,1,102577,12.5216064453125
SSLIU,λ=8,8192,1,93153,11.3712158203125
SSLIU,λ=8,8192,1,101025,12.3321533203125
SSLIU,λ=8,8192,1,103665,12.6544189453125
SSLIU,λ=8,8192,1,104897,12.8048095703125
SSLIU,λ=8,8192,1,89137,10.8809814453125
SSLIU,λ=8,8192,1,103105,12.5860595703125
SSLIU,λ=8,8192,1,108321,13.2227783203125
SSLIU,λ=8,8192,1,97937,11.9552001953125
SSLIU,λ=8,8192,1,151313,18.4708251953125
SSLIU,λ=8,8192,1,119249,14.5567626953125
SSLIU,λ=8,8192,1,87953,10.7364501953125
SSLIU,λ=8,8192,1,131057,15.9981689453125
SSLIU,λ=8,8192,1,108017,13.1856689453125
SSLIU,λ=8,8192,1,100097,12.2188720703125
SSLIU,λ=8,8192,1,104673,12.7774658203125
SSLIU,λ=8,8192,1,100513,12.2696533203125
SSLIU,λ=8,8192,1,104977,12.8145751953125
SSLIU,λ=8,8192,1,95825,11.6973876953125
SSLIU,λ=8,8192,1,117825,14.3829345703125
SSLIU,λ=8,8192,1,102321,12.4903564453125
SSLIU,λ=8,8192,1,102737,12.5411376953125
SSLIU,λ=8,8192,1,102689,12.5352783203125
SSLIU,λ=8,8192,1,110241,13.4571533203125
SSLIU,λ=8,8192,1,96161,11.7384033203125
SSLIU,λ=8,8192,1,89249,10.8946533203125
SSLIU,λ=8,8192,1,111169,13.5704345703125
SSLIU,λ=8,8192,1,112385,13.7188720703125
SSLIU,λ=8,8192,1,105137,12.8341064453125
SSLIU,λ=8,8192,1,104593,12.7677001953125
SSLIU,λ=8,8192,1,117425,14.3341064453125
SSLIU,λ=8,8192,1,105217,12.8438720703125
SSLIU,λ=8,8192,1,99793,12.1817626953125
SSLIU,λ=8,8192,1,101313,12.3673095703125
SSLIU,λ=8,8192,1,100721,12.2950439453125
SSLIU,λ=8,8192,1,105201,12.8419189453125
SSLIU,λ=8,8192,1,96337,11.7598876953125
SSLIU,λ=8,8192,1,113425,13.8458251953125
SSLIU,λ=8,8192,1,101809,12.4278564453125
SSLIU,λ=8,8192,1,122721,14.9805908203125
SSLIU,λ=8,8192,1,97873,11.9473876953125
SSLIU,λ=8,8192,1,102113,12.4649658203125
SSLIU,λ=8,8192,1,101473,12.3868408203125
SSLIU,λ=8,8192,1,120881,14.7559814453125
SSLIU,λ=8,8192,1,103185,12.5958251953125
SSLIU,λ=8,8192,1,92913,11.3419189453125
SSLIU,λ=8,8192,1,108257,13.2149658203125
SSLIU,λ=8,8192,1,127329,15.5430908203125
SSLIU,λ=8,8192,1,101489,12.3887939453125
SSLIU,λ=8,8192,1,101409,12.3790283203125
SSLIU,λ=8,8192,1,98577,12.0333251953125
SSLIU,λ=8,8192,1,104289,12.7305908203125
SSLIU,λ=8,8192,1,113185,13.8165283203125
SSLIU,λ=8,8192,1,101249,12.3594970703125
SSLIU,λ=8,8192,1,104913,12.8067626953125
SSLIU,λ=8,8192,1,101169,12.3497314453125
SSLIU,λ=8,8192,1,99713,12.1719970703125
SSLIU,λ=8,8192,1,95905,11.7071533203125
SSLIU,λ=8,8192,1,121505,14.8321533203125
SSLIU,λ=8,8192,1,96929,11.8321533203125
SSLIU,λ=8,8192,1,131361,16.0352783203125
SSLIU,λ=8,8192,1,95889,11.7052001953125
SSLIU,λ=8,8192,1,106753,13.0313720703125
SSLIU,λ=8,8192,1,110353,13.4708251953125
SSLIU,λ=8,8192,1,100081,12.2169189453125
SSLIU,λ=8,8192,1,115313,14.0762939453125
SSLIU,λ=8,8192,1,135761,16.5723876953125
SSLIU,λ=8,8192,1,95425,11.6485595703125
SSLIU,λ=8,8192,1,105569,12.8868408203125
SSLIU,λ=8,8192,1,103425,12.6251220703125
SSLIU,λ=8,8192,1,122001,14.8927001953125
SSLIU,λ=8,8192,1,100417,12.2579345703125
SSLIU,λ=8,8192,1,96849,11.8223876953125
SSLIU,λ=8,8192,1,106945,13.0548095703125
SSLIU,λ=8,8192,1,97057,11.8477783203125
SSLIU,λ=8,8192,1,101121,12.3438720703125
SSLIU,λ=8,8192,1,106897,13.0489501953125
SSLIU,λ=8,8192,1,99233,12.1134033203125
SSLIU,λ=8,8192,1,95793,11.6934814453125
SSLIU,λ=8,8192,1,95441,11.6505126953125
SSLIU,λ=8,8192,1,117537,14.3477783203125
SSLIU,λ=8,8192,1,97761,11.9337158203125
SSLIU,λ=8,8192,1,100449,12.2618408203125
RSDCP,λ<=n,8192,0,105721,12.9053955078125
RSDCP,λ<=n,8192,0,91974,11.227294921875
RSDCP,λ<=n,8192,0,129295,15.7830810546875
RSDCP,λ<=n,8192,0,119755,14.6185302734375
RSDCP,λ<=n,8192,0,97561,11.9093017578125
RSDCP,λ<=n,8192,0,100193,12.2305908203125
RSDCP,λ<=n,8192,0,83285,10.1666259765625
RSDCP,λ<=n,8192,0,168718,20.595458984375
RSDCP,λ<=n,8192,0,77700,9.48486328125
RSDCP,λ<=n,8192,0,128919,15.7371826171875
RSDCP,λ<=n,8192,0,171441,20.9278564453125
RSDCP,λ<=n,8192,0,70969,8.6632080078125
RSDCP,λ<=n,8192,0,87427,10.6722412109375
RSDCP,λ<=n,8192,0,114136,13.9326171875
RSDCP,λ<=n,8192,0,71128,8.6826171875
RSDCP,λ<=n,8192,0,87560,10.6884765625
RSDCP,λ<=n,8192,0,87347,10.6624755859375
RSDCP,λ<=n,8192,0,113167,13.8143310546875
RSDCP,λ<=n,8192,0,75309,9.1929931640625
RSDCP,λ<=n,8192,0,121174,14.791748046875
RSDCP,λ<=n,8192,0,231220,28.22509765625
RSDCP,λ<=n,8192,0,115714,14.125244140625
RSDCP,λ<=n,8192,0,85418,10.427001953125
RSDCP,λ<=n,8192,0,142479,17.3924560546875
RSDCP,λ<=n,8192,0,89224,10.8916015625
RSDCP,λ<=n,8192,0,121982,14.890380859375
RSDCP,λ<=n,8192,0,169353,20.6729736328125
RSDCP,λ<=n,8192,0,111365,13.5943603515625
RSDCP,λ<=n,8192,0,148797,18.1636962890625
RSDCP,λ<=n,8192,0,112930,13.785400390625
RSDCP,λ<=n,8192,0,93352,11.3955078125
RSDCP,λ<=n,8192,0,83831,10.2332763671875
RSDCP,λ<=n,8192,0,113124,13.80908203125
RSDCP,λ<=n,8192,0,140246,17.119873046875
RSDCP,λ<=n,8192,0,93067,11.3607177734375
RSDCP,λ<=n,8192,0,148142,18.083740234375
RSDCP,λ<=n,8192,0,127194,15.526611328125
RSDCP,λ<=n,8192,0,97863,11.9461669921875
RSDCP,λ<=n,8192,0,167759,20.4783935546875
RSDCP,λ<=n,8192,0,138833,16.9473876953125
RSDCP,λ<=n,8192,0,101021,12.3316650390625
RSDCP,λ<=n,8192,0,111131,13.5657958984375
RSDCP,λ<=n,8192,0,161267,19.6859130859375
RSDCP,λ<=n,8192,0,76832,9.37890625
RSDCP,λ<=n,8192,0,108489,13.2432861328125
RSDCP,λ<=n,8192,0,102564,12.52001953125
RSDCP,λ<=n,8192,0,94521,11.5382080078125
RSDCP,λ<=n,8192,0,164182,20.041748046875
RSDCP,λ<=n,8192,0,126372,15.42626953125
RSDCP,λ<=n,8192,0,140421,17.1412353515625
RSDCP,λ<=n,8192,0,115282,14.072509765625
RSDCP,λ<=n,8192,0,126112,15.39453125
RSDCP,λ<=n,8192,0,229049,27.9600830078125
RSDCP,λ<=n,8192,0,112281,13.7061767578125
RSDCP,λ<=n,8192,0,89987,10.9847412109375
RSDCP,λ<=n,8192,0,70819,8.6448974609375
RSDCP,λ<=n,8192,0,124618,15.212158203125
RSDCP,λ<=n,8192,0,111849,13.6534423828125
RSDCP,λ<=n,8192,0,154278,18.832763671875
RSDCP,λ<=n,8192,0,112735,13.7615966796875
RSDCP,λ<=n,8192,0,90977,11.1055908203125
RSDCP,λ<=n,8192,0,170927,20.8651123046875
RSDCP,λ<=n,8192,0,117692,14.36669921875
RSDCP,λ<=n,8192,0,137679,16.8065185546875
RSDCP,λ<=n,8192,0,96509,11.7808837890625
RSDCP,λ<=n,8192,0,80574,9.835693359375
RSDCP,λ<=n,8192,0,68154,8.319580078125
RSDCP,λ<=n,8192,0,151398,18.481201171875
RSDCP,λ<=n,8192,0,80170,9.786376953125
RSDCP,λ<=n,8192,0,115880,14.1455078125
RSDCP,λ<=n,8192,0,109442,13.359619140625
RSDCP,λ<=n,8192,0,103067,12.5814208984375
RSDCP,λ<=n,8192,0,99275,12.1185302734375
RSDCP,λ<=n,8192,0,94418,11.525634765625
RSDCP,λ<=n,8192,0,96030,11.722412109375
RSDCP,λ<=n,8192,0,79019,9.6458740234375
RSDCP,λ<=n,8192,0,123507,15.0765380859375
RSDCP,λ<=n,8192,0,117063,14.2899169921875
RSDCP,λ<=n,8192,0,80217,9.7921142578125
RSDCP,λ<=n,8192,0,95379,11.6429443359375
RSDCP,λ<=n,8192,0,78110,9.534912109375
RSDCP,λ<=n,8192,0,71725,8.7554931640625
RSDCP,λ<=n,8192,0,100828,12.30810546875
RSDCP,λ<=n,8192,0,118144,14.421875
RSDCP,λ<=n,8192,0,164498,20.080322265625
RSDCP,λ<=n,8192,0,176536,21.5498046875
RSDCP,λ<=n,8192,0,105205,12.8424072265625
RSDCP,λ<=n,8192,0,189468,23.12841796875
RSDCP,λ<=n,8192,0,109778,13.400634765625
RSDCP,λ<=n,8192,0,100950,12.322998046875
RSDCP,λ<=n,8192,0,92810,11.329345703125
RSDCP,λ<=n,8192,0,116872,14.2666015625
RSDCP,λ<=n,8192,0,119555,14.5941162109375
RSDCP,λ<=n,8192,0,65475,7.9925537109375
RSDCP,λ<=n,8192,0,104012,12.69677734375
RSDCP,λ<=n,8192,0,131951,16.1072998046875
RSDCP,λ<=n,8192,0,76781,9.3726806640625
RSDCP,λ<=n,8192,0,71328,8.70703125
RSDCP,λ<=n,8192,0,101086,12.339599609375
RSDCP,λ<=n,8192,0,145917,17.8121337890625
RRDCP,λ<=n,8192,0,89404,10.91357421875
RRDCP,λ<=n,8192,0,95803,11.6947021484375
RRDCP,λ<=n,8192,0,87090,10.631103515625
RRDCP,λ<=n,8192,0,52462,6.404052734375
RRDCP,λ<=n,8192,0,70549,8.6119384765625
RRDCP,λ<=n,8192,0,68327,8.3406982421875
RRDCP,λ<=n,8192,0,82137,10.0264892578125
RRDCP,λ<=n,8192,0,71015,8.6688232421875
RRDCP,λ<=n,8192,0,73606,8.985107421875
RRDCP,λ<=n,8192,0,105154,12.836181640625
RRDCP,λ<=n,8192,0,58024,7.0830078125
RRDCP,λ<=n,8192,0,66848,8.16015625
RRDCP,λ<=n,8192,0,68459,8.3568115234375
RRDCP,λ<=n,8192,0,57112,6.9716796875
RRDCP,λ<=n,8192,0,65118,7.948974609375
RRDCP,λ<=n,8192,0,71382,8.713623046875
RRDCP,λ<=n,8192,0,81671,9.9696044921875
RRDCP,λ<=n,8192,0,59354,7.245361328125
RRDCP,λ<=n,8192,0,85650,10.455322265625
RRDCP,λ<=n,8192,0,68448,8.35546875
RRDCP,λ<=n,8192,0,67853,8.2828369140625
RRDCP,λ<=n,8192,0,57423,7.0096435546875
RRDCP,λ<=n,8192,0,73485,8.9703369140625
RRDCP,λ<=n,8192,0,113959,13.9110107421875
RRDCP,λ<=n,8192,0,101404,12.37841796875
RRDCP,λ<=n,8192,0,113580,13.86474609375
RRDCP,λ<=n,8192,0,71111,8.6805419921875
RRDCP,λ<=n,8192,0,71054,8.673583984375
RRDCP,λ<=n,8192,0,52894,6.456787109375
RRDCP,λ<=n,8192,0,69685,8.5064697265625
RRDCP,λ<=n,8192,0,105176,12.8388671875
RRDCP,λ<=n,8192,0,75018,9.157470703125
RRDCP,λ<=n,8192,0,105367,12.8621826171875
RRDCP,λ<=n,8192,0,74357,9.0767822265625
RRDCP,λ<=n,8192,0,109980,13.42529296875
RRDCP,λ<=n,8192,0,57094,6.969482421875
RRDCP,λ<=n,8192,0,126365,15.4254150390625
RRDCP,λ<=n,8192,0,92572,11.30029296875
RRDCP,λ<=n,8192,0,59365,7.2467041015625
RRDCP,λ<=n,8192,0,53880,6.5771484375
RRDCP,λ<=n,8192,0,74307,9.0706787109375
RRDCP,λ<=n,8192,0,153403,18.7259521484375
RRDCP,λ<=n,8192,0,97086,11.851318359375
RRDCP,λ<=n,8192,0,87940,10.73486328125
RRDCP,λ<=n,8192,0,70175,8.5662841796875
RRDCP,λ<=n,8192,0,168342,20.549560546875
RRDCP,λ<=n,8192,0,77870,9.505615234375
RRDCP,λ<=n,8192,0,80603,9.8392333984375
RRDCP,λ<=n,8192,0,59613,7.2769775390625
RRDCP,λ<=n,8192,0,93818,11.452392578125
RRDCP,λ<=n,8192,0,65382,7.981201171875
RRDCP,λ<=n,8192,0,65284,7.96923828125
RRDCP,λ<=n,8192,0,65635,8.0120849609375
RRDCP,λ<=n,8192,0,111671,13.6317138671875
RRDCP,λ<=n,8192,0,64861,7.9176025390625
RRDCP,λ<=n,8192,0,84629,10.3306884765625
RRDCP,λ<=n,8192,0,63896,7.7998046875
RRDCP,λ<=n,8192,0,66642,8.135009765625
RRDCP,λ<=n,8192,0,79339,9.6849365234375
RRDCP,λ<=n,8192,0,57679,7.0408935546875
RRDCP,λ<=n,8192,0,70243,8.5745849609375
RRDCP,λ<=n,8192,0,68300,8.33740234375
RRDCP,λ<=n,8192,0,103824,12.673828125
RRDCP,λ<=n,8192,0,73932,9.02490234375
RRDCP,λ<=n,8192,0,73207,8.9364013671875
RRDCP,λ<=n,8192,0,69795,8.5198974609375
RRDCP,λ<=n,8192,0,62000,7.568359375
RRDCP,λ<=n,8192,0,86692,10.58251953125
RRDCP,λ<=n,8192,0,64979,7.9320068359375
RRDCP,λ<=n,8192,0,91401,11.1573486328125
RRDCP,λ<=n,8192,0,55097,6.7257080078125
RRDCP,λ<=n,8192,0,95891,11.7054443359375
RRDCP,λ<=n,8192,0,60767,7.4178466796875
RRDCP,λ<=n,8192,0,60496,7.384765625
RRDCP,λ<=n,8192,0,66412,8.10693359375
RRDCP,λ<=n,8192,0,74803,9.1312255859375
RRDCP,λ<=n,8192,0,132479,16.1717529296875
RRDCP,λ<=n,8192,0,88674,10.824462890625
RRDCP,λ<=n,8192,0,70277,8.5787353515625
RRDCP,λ<=n,8192,0,85580,10.44677734375
RRDCP,λ<=n,8192,0,60953,7.4405517578125
RRDCP,λ<=n,8192,0,77455,9.4549560546875
RRDCP,λ<=n,8192,0,93009,11.3536376953125
RRDCP,λ<=n,8192,0,86347,10.5404052734375
RRDCP,λ<=n,8192,0,86648,10.5771484375
RRDCP,λ<=n,8192,0,64914,7.924072265625
RRDCP,λ<=n,8192,0,62209,7.5938720703125
RRDCP,λ<=n,8192,0,219619,26.8089599609375
RRDCP,λ<=n,8192,0,64485,7.8717041015625
RRDCP,λ<=n,8192,0,73342,8.952880859375
RRDCP,λ<=n,8192,0,64149,7.8306884765625
RRDCP,λ<=n,8192,0,61602,7.519775390625
RRDCP,λ<=n,8192,0,72337,8.8302001953125
RRDCP,λ<=n,8192,0,59361,7.2462158203125
RRDCP,λ<=n,8192,0,59582,7.273193359375
RRDCP,λ<=n,8192,0,74652,9.11279296875
RRDCP,λ<=n,8192,0,70880,8.65234375
RRDCP,λ<=n,8192,0,100096,12.21875
RRDCP,λ<=n,8192,0,60629,7.4010009765625
RRDCP,λ<=n,8192,0,100196,12.23095703125
RHDCP,λ<=n,8192,0,55242,6.743408203125
RHDCP,λ<=n,8192,0,71936,8.78125
RHDCP,λ<=n,8192,0,72736,8.87890625
RHDCP,λ<=n,8192,0,88386,10.789306640625
RHDCP,λ<=n,8192,0,61310,7.484130859375
RHDCP,λ<=n,8192,0,55187,6.7366943359375
RHDCP,λ<=n,8192,0,107020,13.06396484375
RHDCP,λ<=n,8192,0,62592,7.640625
RHDCP,λ<=n,8192,0,65915,8.0462646484375
RHDCP,λ<=n,8192,0,61362,7.490478515625
RHDCP,λ<=n,8192,0,70953,8.6612548828125
RHDCP,λ<=n,8192,0,65672,8.0166015625
RHDCP,λ<=n,8192,0,57088,6.96875
RHDCP,λ<=n,8192,0,55016,6.7158203125
RHDCP,λ<=n,8192,0,56999,6.9578857421875
RHDCP,λ<=n,8192,0,110756,13.52001953125
RHDCP,λ<=n,8192,0,60652,7.40380859375
RHDCP,λ<=n,8192,0,60796,7.42138671875
RHDCP,λ<=n,8192,0,50430,6.156005859375
RHDCP,λ<=n,8192,0,53923,6.5823974609375
RHDCP,λ<=n,8192,0,54011,6.5931396484375
RHDCP,λ<=n,8192,0,66359,8.1004638671875
RHDCP,λ<=n,8192,0,84801,10.3516845703125
RHDCP,λ<=n,8192,0,58998,7.201904296875
RHDCP,λ<=n,8192,0,78298,9.557861328125
RHDCP,λ<=n,8192,0,67072,8.1875
RHDCP,λ<=n,8192,0,62276,7.60205078125
RHDCP,λ<=n,8192,0,62593,7.6407470703125
RHDCP,λ<=n,8192,0,80807,9.8641357421875
RHDCP,λ<=n,8192,0,72603,8.8626708984375
RHDCP,λ<=n,8192,0,57038,6.962646484375
RHDCP,λ<=n,8192,0,53974,6.588623046875
RHDCP,λ<=n,8192,0,61431,7.4989013671875
RHDCP,λ<=n,8192,0,60483,7.3831787109375
RHDCP,λ<=n,8192,0,116914,14.271728515625
RHDCP,λ<=n,8192,0,50288,6.138671875
RHDCP,λ<=n,8192,0,50374,6.149169921875
RHDCP,λ<=n,8192,0,57901,7.0679931640625
RHDCP,λ<=n,8192,0,54221,6.6187744140625
RHDCP,λ<=n,8192,0,80404,9.81494140625
RHDCP,λ<=n,8192,0,57723,7.0462646484375
RHDCP,λ<=n,8192,0,57969,7.0762939453125
RHDCP,λ<=n,8192,0,59614,7.277099609375
RHDCP,λ<=n,8192,0,88979,10.8616943359375
RHDCP,λ<=n,8192,0,66604,8.13037109375
RHDCP,λ<=n,8192,0,67479,8.2371826171875
RHDCP,λ<=n,8192,0,62596,7.64111328125
RHDCP,λ<=n,8192,0,58900,7.18994140625
RHDCP,λ<=n,8192,0,126360,15.4248046875
RHDCP,λ<=n,8192,0,57830,7.059326171875
RHDCP,λ<=n,8192,0,74946,9.148681640625
RHDCP,λ<=n,8192,0,60473,7.3819580078125
RHDCP,λ<=n,8192,0,59776,7.296875
RHDCP,λ<=n,8192,0,64727,7.9012451171875
RHDCP,λ<=n,8192,0,94268,11.50732421875
RHDCP,λ<=n,8192,0,56114,6.849853515625
RHDCP,λ<=n,8192,0,82052,10.01611328125
RHDCP,λ<=n,8192,0,58627,7.1566162109375
RHDCP,λ<=n,8192,0,81905,9.9981689453125
RHDCP,λ<=n,8192,0,59427,7.2542724609375
RHDCP,λ<=n,8192,0,75661,9.2359619140625
RHDCP,λ<=n,8192,0,54276,6.62548828125
RHDCP,λ<=n,8192,0,61997,7.5679931640625
RHDCP,λ<=n,8192,0,60392,7.3720703125
RHDCP,λ<=n,8192,0,60860,7.42919921875
RHDCP,λ<=n,8192,0,48501,5.9205322265625
RHDCP,λ<=n,8192,0,52981,6.4674072265625
RHDCP,λ<=n,8192,0,53092,6.48095703125
RHDCP,λ<=n,8192,0,84535,10.3192138671875
RHDCP,λ<=n,8192,0,66485,8.1158447265625
RHDCP,λ<=n,8192,0,134174,16.378662109375
RHDCP,λ<=n,8192,0,52175,6.3690185546875
RHDCP,λ<=n,8192,0,62810,7.667236328125
RHDCP,λ<=n,8192,0,72362,8.833251953125
RHDCP,λ<=n,8192,0,67501,8.2398681640625
RHDCP,λ<=n,8192,0,91243,11.1380615234375
RHDCP,λ<=n,8192,0,64407,7.8621826171875
RHDCP,λ<=n,8192,0,51557,6.2935791015625
RHDCP,λ<=n,8192,0,62321,7.6075439453125
RHDCP,λ<=n,8192,0,61617,7.5216064453125
RHDCP,λ<=n,8192,0,89141,10.8814697265625
RHDCP,λ<=n,8192,0,58069,7.0885009765625
RHDCP,λ<=n,8192,0,65575,8.0047607421875
RHDCP,λ<=n,8192,0,75712,9.2421875
RHDCP,λ<=n,8192,0,90578,11.056884765625
RHDCP,λ<=n,8192,0,56598,6.908935546875
RHDCP,λ<=n,8192,0,70341,8.5865478515625
RHDCP,λ<=n,8192,0,71891,8.7757568359375
RHDCP,λ<=n,8192,0,61539,7.5120849609375
RHDCP,λ<=n,8192,0,59008,7.203125
RHDCP,λ<=n,8192,0,71339,8.7083740234375
RHDCP,λ<=n,8192,0,63621,7.7662353515625
RHDCP,λ<=n,8192,0,76836,9.37939453125
RHDCP,λ<=n,8192,0,77445,9.4537353515625
RHDCP,λ<=n,8192,0,55234,6.742431640625
RHDCP,λ<=n,8192,0,90223,11.0135498046875
RHDCP,λ<=n,8192,0,57795,7.0550537109375
RHDCP,λ<=n,8192,0,54334,6.632568359375
RHDCP,λ<=n,8192,0,61354,7.489501953125
RHDCP,λ<=n,8192,0,65574,8.004638671875
RHLCP,λ<=n,8192,0,65363,7.9788818359375
RHLCP,λ<=n,8192,0,84999,10.3758544921875
RHLCP,λ<=n,8192,0,55045,6.7193603515625
RHLCP,λ<=n,8192,0,126683,15.4642333984375
RHLCP,λ<=n,8192,0,60149,7.3424072265625
RHLCP,λ<=n,8192,0,98771,12.0570068359375
RHLCP,λ<=n,8192,0,67162,8.198486328125
RHLCP,λ<=n,8192,0,86991,10.6190185546875
RHLCP,λ<=n,8192,0,68107,8.3138427734375
RHLCP,λ<=n,8192,0,55630,6.790771484375
RHLCP,λ<=n,8192,0,64275,7.8460693359375
RHLCP,λ<=n,8192,0,61372,7.49169921875
RHLCP,λ<=n,8192,0,59447,7.2567138671875
RHLCP,λ<=n,8192,0,67189,8.2017822265625
RHLCP,λ<=n,8192,0,63073,7.6993408203125
RHLCP,λ<=n,8192,0,81318,9.926513671875
RHLCP,λ<=n,8192,0,83427,10.1839599609375
RHLCP,λ<=n,8192,0,57372,7.00341796875
RHLCP,λ<=n,8192,0,58486,7.139404296875
RHLCP,λ<=n,8192,0,52409,6.3975830078125
RHLCP,λ<=n,8192,0,58452,7.13525390625
RHLCP,λ<=n,8192,0,63031,7.6942138671875
RHLCP,λ<=n,8192,0,59939,7.3167724609375
RHLCP,λ<=n,8192,0,57221,6.9849853515625
RHLCP,λ<=n,8192,0,55901,6.8238525390625
RHLCP,λ<=n,8192,0,78198,9.545654296875
RHLCP,λ<=n,8192,0,96255,11.7498779296875
RHLCP,λ<=n,8192,0,58394,7.128173828125
RHLCP,λ<=n,8192,0,64461,7.8687744140625
RHLCP,λ<=n,8192,0,56398,6.884521484375
RHLCP,λ<=n,8192,0,62644,7.64697265625
RHLCP,λ<=n,8192,0,56559,6.9041748046875
RHLCP,λ<=n,8192,0,69383,8.4696044921875
RHLCP,λ<=n,8192,0,57270,6.990966796875
RHLCP,λ<=n,8192,0,56987,6.9564208984375
RHLCP,λ<=n,8192,0,86836,10.60009765625
RHLCP,λ<=n,8192,0,57295,6.9940185546875
RHLCP,λ<=n,8192,0,61554,7.513916015625
RHLCP,λ<=n,8192,0,60442,7.378173828125
RHLCP,λ<=n,8192,0,72907,8.8997802734375
RHLCP,λ<=n,8192,0,64235,7.8411865234375
RHLCP,λ<=n,8192,0,95563,11.6654052734375
RHLCP,λ<=n,8192,0,78567,9.5906982421875
RHLCP,λ<=n,8192,0,63855,7.7947998046875
RHLCP,λ<=n,8192,0,101318,12.367919921875
RHLCP,λ<=n,8192,0,64709,7.8990478515625
RHLCP,λ<=n,8192,0,64158,7.831787109375
RHLCP,λ<=n,8192,0,60614,7.399169921875
RHLCP,λ<=n,8192,0,87231,10.6483154296875
RHLCP,λ<=n,8192,0,76062,9.284912109375
RHLCP,λ<=n,8192,0,62873,7.6749267578125
RHLCP,λ<=n,8192,0,121763,14.8636474609375
RHLCP,λ<=n,8192,0,66431,8.1092529296875
RHLCP,λ<=n,8192,0,67935,8.2928466796875
RHLCP,λ<=n,8192,0,94892,11.58349609375
RHLCP,λ<=n,8192,0,55287,6.7489013671875
RHLCP,λ<=n,8192,0,60198,7.348388671875
RHLCP,λ<=n,8192,0,58116,7.09423828125
RHLCP,λ<=n,8192,0,60388,7.37158203125
RHLCP,λ<=n,8192,0,60725,7.4127197265625
RHLCP,λ<=n,8192,0,63485,7.7496337890625
RHLCP,λ<=n,8192,0,59317,7.2408447265625
RHLCP,λ<=n,8192,0,87104,10.6328125
RHLCP,λ<=n,8192,0,104817,12.7950439453125
RHLCP,λ<=n,8192,0,62244,7.59814453125
RHLCP,λ<=n,8192,0,54552,6.6591796875
RHLCP,λ<=n,8192,0,89343,10.9061279296875
RHLCP,λ<=n,8192,0,80375,9.8114013671875
RHLCP,λ<=n,8192,0,88559,10.8104248046875
RHLCP,λ<=n,8192,0,79463,9.7000732421875
RHLCP,λ<=n,8192,0,81261,9.9195556640625
RHLCP,λ<=n,8192,0,95905,11.7071533203125
RHLCP,λ<=n,8192,0,64078,7.822021484375
RHLCP,λ<=n,8192,0,53097,6.4815673828125
RHLCP,λ<=n,8192,0,128033,15.6290283203125
RHLCP,λ<=n,8192,0,62933,7.6822509765625
RHLCP,λ<=n,8192,0,56912,6.947265625
RHLCP,λ<=n,8192,0,61709,7.5328369140625
RHLCP,λ<=n,8192,0,52719,6.4354248046875
RHLCP,λ<=n,8192,0,69245,8.4527587890625
RHLCP,λ<=n,8192,0,64777,7.9073486328125
RHLCP,λ<=n,8192,0,65949,8.0504150390625
RHLCP,λ<=n,8192,0,58831,7.1815185546875
RHLCP,λ<=n,8192,0,63081,7.7003173828125
RHLCP,λ<=n,8192,0,85609,10.4503173828125
RHLCP,λ<=n,8192,0,60756,7.41650390625
RHLCP,λ<=n,8192,0,59747,7.2933349609375
RHLCP,λ<=n,8192,0,76967,9.3953857421875
RHLCP,λ<=n,8192,0,69264,8.455078125
RHLCP,λ<=n,8192,0,57462,7.014404296875
RHLCP,λ<=n,8192,0,67040,8.18359375
RHLCP,λ<=n,8192,0,66030,8.060302734375
RHLCP,λ<=n,8192,0,77175,9.4207763671875
RHLCP,λ<=n,8192,0,83013,10.1334228515625
RHLCP,λ<=n,8192,0,99044,12.09033203125
RHLCP,λ<=n,8192,0,56291,6.8714599609375
RHLCP,λ<=n,8192,0,69241,8.4522705078125
RHLCP,λ<=n,8192,0,66589,8.1285400390625
RHLCP,λ<=n,8192,0,58549,7.1470947265625
RRLCP,λ<=n,8192,0,80928,9.87890625
RRLCP,λ<=n,8192,0,77824,9.5
RRLCP,λ<=n,8192,0,95242,11.626220703125
RRLCP,λ<=n,8192,0,56417,6.8868408203125
RRLCP,λ<=n,8192,0,77745,9.4903564453125
RRLCP,λ<=n,8192,0,71081,8.6768798828125
RRLCP,λ<=n,8192,0,81681,9.9708251953125
RRLCP,λ<=n,8192,0,58431,7.1326904296875
RRLCP,λ<=n,8192,0,65810,8.033447265625
RRLCP,λ<=n,8192,0,107158,13.080810546875
RRLCP,λ<=n,8192,0,63699,7.7757568359375
RRLCP,λ<=n,8192,0,69512,8.4853515625
RRLCP,λ<=n,8192,0,68466,8.357666015625
RRLCP,λ<=n,8192,0,80379,9.8118896484375
RRLCP,λ<=n,8192,0,60336,7.365234375
RRLCP,λ<=n,8192,0,71087,8.6776123046875
RRLCP,λ<=n,8192,0,85022,10.378662109375
RRLCP,λ<=n,8192,0,84368,10.298828125
RRLCP,λ<=n,8192,0,65858,8.039306640625
RRLCP,λ<=n,8192,0,62694,7.653076171875
RRLCP,λ<=n,8192,0,62639,7.6463623046875
RRLCP,λ<=n,8192,0,55279,6.7479248046875
RRLCP,λ<=n,8192,0,60207,7.3494873046875
RRLCP,λ<=n,8192,0,97453,11.8961181640625
RRLCP,λ<=n,8192,0,61766,7.539794921875
RRLCP,λ<=n,8192,0,72279,8.8231201171875
RRLCP,λ<=n,8192,0,70027,8.5482177734375
RRLCP,λ<=n,8192,0,91283,11.1429443359375
RRLCP,λ<=n,8192,0,80471,9.8231201171875
RRLCP,λ<=n,8192,0,82989,10.1304931640625
RRLCP,λ<=n,8192,0,81902,9.997802734375
RRLCP,λ<=n,8192,0,83327,10.1717529296875
RRLCP,λ<=n,8192,0,99060,12.09228515625
RRLCP,λ<=n,8192,0,65418,7.985595703125
RRLCP,λ<=n,8192,0,71878,8.774169921875
RRLCP,λ<=n,8192,0,64818,7.912353515625
RRLCP,λ<=n,8192,0,96906,11.829345703125
RRLCP,λ<=n,8192,0,84493,10.3140869140625
RRLCP,λ<=n,8192,0,74447,9.0877685546875
RRLCP,λ<=n,8192,0,117151,14.3006591796875
RRLCP,λ<=n,8192,0,103421,12.6246337890625
RRLCP,λ<=n,8192,0,92570,11.300048828125
RRLCP,λ<=n,8192,0,108772,13.27783203125
RRLCP,λ<=n,8192,0,67149,8.1968994140625
RRLCP,λ<=n,8192,0,57759,7.0506591796875
RRLCP,λ<=n,8192,0,66659,8.1370849609375
RRLCP,λ<=n,8192,0,64169,7.8331298828125
RRLCP,λ<=n,8192,0,121802,14.868408203125
RRLCP,λ<=n,8192,0,106186,12.962158203125
RRLCP,λ<=n,8192,0,120849,14.7520751953125
RRLCP,λ<=n,8192,0,88136,10.7587890625
RRLCP,λ<=n,8192,0,123429,15.0670166015625
RRLCP,λ<=n,8192,0,73688,8.9951171875
RRLCP,λ<=n,8192,0,90280,11.0205078125
RRLCP,λ<=n,8192,0,98612,12.03759765625
RRLCP,λ<=n,8192,0,60431,7.3768310546875
RRLCP,λ<=n,8192,0,60829,7.4254150390625
RRLCP,λ<=n,8192,0,71385,8.7139892578125
RRLCP,λ<=n,8192,0,58717,7.1676025390625
RRLCP,λ<=n,8192,0,61412,7.49658203125
RRLCP,λ<=n,8192,0,130577,15.9395751953125
RRLCP,λ<=n,8192,0,64392,7.8603515625
RRLCP,λ<=n,8192,0,94356,11.51806640625
RRLCP,λ<=n,8192,0,93256,11.3837890625
RRLCP,λ<=n,8192,0,60337,7.3653564453125
RRLCP,λ<=n,8192,0,76190,9.300537109375
RRLCP,λ<=n,8192,0,68587,8.3724365234375
RRLCP,λ<=n,8192,0,61690,7.530517578125
RRLCP,λ<=n,8192,0,65857,8.0391845703125
RRLCP,λ<=n,8192,0,102930,12.564697265625
RRLCP,λ<=n,8192,0,80718,9.853271484375
RRLCP,λ<=n,8192,0,90647,11.0653076171875
RRLCP,λ<=n,8192,0,98532,12.02783203125
RRLCP,λ<=n,8192,0,100675,12.2894287109375
RRLCP,λ<=n,8192,0,91942,11.223388671875
RRLCP,λ<=n,8192,0,58529,7.1446533203125
RRLCP,λ<=n,8192,0,61150,7.464599609375
RRLCP,λ<=n,8192,0,70874,8.651611328125
RRLCP,λ<=n,8192,0,69677,8.5054931640625
RRLCP,λ<=n,8192,0,189268,23.10400390625
RRLCP,λ<=n,8192,0,74881,9.1407470703125
RRLCP,λ<=n,8192,0,72400,8.837890625
RRLCP,λ<=n,8192,0,82959,10.1268310546875
RRLCP,λ<=n,8192,0,58359,7.1239013671875
RRLCP,λ<=n,8192,0,95624,11.6728515625
RRLCP,λ<=n,8192,0,70502,8.606201171875
RRLCP,λ<=n,8192,0,83313,10.1700439453125
RRLCP,λ<=n,8192,0,65803,8.0325927734375
RRLCP,λ<=n,8192,0,56766,6.929443359375
RRLCP,λ<=n,8192,0,105518,12.880615234375
RRLCP,λ<=n,8192,0,65275,7.9681396484375
RRLCP,λ<=n,8192,0,78074,9.530517578125
RRLCP,λ<=n,8192,0,80596,9.83837890625
RRLCP,λ<=n,8192,0,115307,14.0755615234375
RRLCP,λ<=n,8192,0,77865,9.5050048828125
RRLCP,λ<=n,8192,0,89119,10.8787841796875
RRLCP,λ<=n,8192,0,69814,8.522216796875
RRLCP,λ<=n,8192,0,98568,12.0322265625
RRLCP,λ<=n,8192,0,97500,11.90185546875
RRLCP,λ<=n,8192,0,63378,7.736572265625
RSLCP,λ<=n,8192,0,110690,13.511962890625
RSLCP,λ<=n,8192,0,95101,11.6090087890625
RSLCP,λ<=n,8192,0,90889,11.0948486328125
RSLCP,λ<=n,8192,0,90050,10.992431640625
RSLCP,λ<=n,8192,0,116226,14.187744140625
RSLCP,λ<=n,8192,0,80675,9.8480224609375
RSLCP,λ<=n,8192,0,133070,16.243896484375
RSLCP,λ<=n,8192,0,87463,10.6766357421875
RSLCP,λ<=n,8192,0,149680,18.271484375
RSLCP,λ<=n,8192,0,154784,18.89453125
RSLCP,λ<=n,8192,0,100985,12.3272705078125
RSLCP,λ<=n,8192,0,161716,19.74072265625
RSLCP,λ<=n,8192,0,128274,15.658447265625
RSLCP,λ<=n,8192,0,97369,11.8858642578125
RSLCP,λ<=n,8192,0,113809,13.8927001953125
RSLCP,λ<=n,8192,0,127093,15.5142822265625
RSLCP,λ<=n,8192,0,158849,19.3907470703125
RSLCP,λ<=n,8192,0,151538,18.498291015625
RSLCP,λ<=n,8192,0,148542,18.132568359375
RSLCP,λ<=n,8192,0,83793,10.2286376953125
RSLCP,λ<=n,8192,0,86205,10.5230712890625
RSLCP,λ<=n,8192,0,90681,11.0694580078125
RSLCP,λ<=n,8192,0,219735,26.8231201171875
RSLCP,λ<=n,8192,0,102837,12.5533447265625
RSLCP,λ<=n,8192,0,120064,14.65625
RSLCP,λ<=n,8192,0,115321,14.0772705078125
RSLCP,λ<=n,8192,0,86127,10.5135498046875
RSLCP,λ<=n,8192,0,106127,12.9549560546875
RSLCP,λ<=n,8192,0,105203,12.8421630859375
RSLCP,λ<=n,8192,0,106094,12.950927734375
RSLCP,λ<=n,8192,0,110084,13.43798828125
RSLCP,λ<=n,8192,0,79726,9.732177734375
RSLCP,λ<=n,8192,0,120439,14.7020263671875
RSLCP,λ<=n,8192,0,77913,9.5108642578125
RSLCP,λ<=n,8192,0,151371,18.4779052734375
RSLCP,λ<=n,8192,0,114111,13.9295654296875
RSLCP,λ<=n,8192,0,122143,14.9100341796875
RSLCP,λ<=n,8192,0,142402,17.383056640625
RSLCP,λ<=n,8192,0,82473,10.0675048828125
RSLCP,λ<=n,8192,0,158385,19.3341064453125
RSLCP,λ<=n,8192,0,82051,10.0159912109375
RSLCP,λ<=n,8192,0,147281,17.9786376953125
RSLCP,λ<=n,8192,0,79943,9.7586669921875
RSLCP,λ<=n,8192,0,95240,11.6259765625
RSLCP,λ<=n,8192,0,118651,14.4837646484375
RSLCP,λ<=n,8192,0,113279,13.8280029296875
RSLCP,λ<=n,8192,0,113973,13.9127197265625
RSLCP,λ<=n,8192,0,117481,14.3409423828125
RSLCP,λ<=n,8192,0,108984,13.3037109375
RSLCP,λ<=n,8192,0,93962,11.469970703125
RSLCP,λ<=n,8192,0,122883,15.0003662109375
RSLCP,λ<=n,8192,0,113487,13.8533935546875
RSLCP,λ<=n,8192,0,71422,8.718505859375
RSLCP,λ<=n,8192,0,92444,11.28466796875
RSLCP,λ<=n,8192,0,127023,15.5057373046875
RSLCP,λ<=n,8192,0,76100,9.28955078125
RSLCP,λ<=n,8192,0,100788,12.30322265625
RSLCP,λ<=n,8192,0,108688,13.267578125
RSLCP,λ<=n,8192,0,142847,17.4373779296875
RSLCP,λ<=n,8192,0,83805,10.2301025390625
RSLCP,λ<=n,8192,0,198114,24.183837890625
RSLCP,λ<=n,8192,0,95373,11.6422119140625
RSLCP,λ<=n,8192,0,197264,24.080078125
RSLCP,λ<=n,8192,0,87542,10.686279296875
RSLCP,λ<=n,8192,0,336436,41.06884765625
RSLCP,λ<=n,8192,0,76938,9.391845703125
RSLCP,λ<=n,8192,0,124897,15.2462158203125
RSLCP,λ<=n,8192,0,100669,12.2886962890625
RSLCP,λ<=n,8192,0,92066,11.238525390625
RSLCP,λ<=n,8192,0,133355,16.2786865234375
RSLCP,λ<=n,8192,0,99758,12.177490234375
RSLCP,λ<=n,8192,0,195417,23.8546142578125
RSLCP,λ<=n,8192,0,106627,13.0159912109375
RSLCP,λ<=n,8192,0,119576,14.5966796875
RSLCP,λ<=n,8192,0,77099,9.4114990234375
RSLCP,λ<=n,8192,0,159180,19.43115234375
RSLCP,λ<=n,8192,0,93023,11.3553466796875
RSLCP,λ<=n,8192,0,78072,9.5302734375
RSLCP,λ<=n,8192,0,189612,23.14599609375
RSLCP,λ<=n,8192,0,126647,15.4598388671875
RSLCP,λ<=n,8192,0,121690,14.854736328125
RSLCP,λ<=n,8192,0,127480,15.5615234375
RSLCP,λ<=n,8192,0,106766,13.032958984375
RSLCP,λ<=n,8192,0,88638,10.820068359375
RSLCP,λ<=n,8192,0,129690,15.831298828125
RSLCP,λ<=n,8192,0,86939,10.6126708984375
RSLCP,λ<=n,8192,0,95272,11.6298828125
RSLCP,λ<=n,8192,0,92226,11.258056640625
RSLCP,λ<=n,8192,0,160416,19.58203125
RSLCP,λ<=n,8192,0,103213,12.5992431640625
RSLCP,λ<=n,8192,0,73168,8.931640625
RSLCP,λ<=n,8192,0,146293,17.8580322265625
RSLCP,λ<=n,8192,0,90150,11.004638671875
RSLCP,λ<=n,8192,0,134096,16.369140625
RSLCP,λ<=n,8192,0,72851,8.8929443359375
RSLCP,λ<=n,8192,0,95527,11.6610107421875
RSLCP,λ<=n,8192,0,111808,13.6484375
RSLCP,λ<=n,8192,0,75721,9.2432861328125
RSLCP,λ<=n,8192,0,139113,16.9815673828125
RSLCP,λ<=n,8192,0,120028,14.65185546875
RSDSP,λ<=n,8192,0,105740,12.90771484375
RSDSP,λ<=n,8192,0,119480,14.5849609375
RSDSP,λ<=n,8192,0,110753,13.5196533203125
RSDSP,λ<=n,8192,0,93031,11.3563232421875
RSDSP,λ<=n,8192,0,109099,13.3177490234375
RSDSP,λ<=n,8192,0,99806,12.183349609375
RSDSP,λ<=n,8192,0,202470,24.715576171875
RSDSP,λ<=n,8192,0,124029,15.1402587890625
RSDSP,λ<=n,8192,0,134342,16.399169921875
RSDSP,λ<=n,8192,0,133841,16.3380126953125
RSDSP,λ<=n,8192,0,101073,12.3380126953125
RSDSP,λ<=n,8192,0,149128,18.2041015625
RSDSP,λ<=n,8192,0,113583,13.8651123046875
RSDSP,λ<=n,8192,0,168076,20.51708984375
RSDSP,λ<=n,8192,0,113841,13.8966064453125
RSDSP,λ<=n,8192,0,85274,10.409423828125
RSDSP,λ<=n,8192,0,111075,13.5589599609375
RSDSP,λ<=n,8192,0,122898,15.002197265625
RSDSP,λ<=n,8192,0,107056,13.068359375
RSDSP,λ<=n,8192,0,90269,11.0191650390625
RSDSP,λ<=n,8192,0,119414,14.576904296875
RSDSP,λ<=n,8192,0,139322,17.007080078125
RSDSP,λ<=n,8192,0,144373,17.6236572265625
RSDSP,λ<=n,8192,0,114430,13.968505859375
RSDSP,λ<=n,8192,0,136797,16.6988525390625
RSDSP,λ<=n,8192,0,114540,13.98193359375
RSDSP,λ<=n,8192,0,148404,18.11572265625
RSDSP,λ<=n,8192,0,113353,13.8370361328125
RSDSP,λ<=n,8192,0,120347,14.6907958984375
RSDSP,λ<=n,8192,0,189386,23.118408203125
RSDSP,λ<=n,8192,0,115272,14.0712890625
RSDSP,λ<=n,8192,0,114833,14.0177001953125
RSDSP,λ<=n,8192,0,102555,12.5189208984375
RSDSP,λ<=n,8192,0,120963,14.7659912109375
RSDSP,λ<=n,8192,0,140718,17.177490234375
RSDSP,λ<=n,8192,0,97103,11.8533935546875
RSDSP,λ<=n,8192,0,119385,14.5733642578125
RSDSP,λ<=n,8192,0,96220,11.74560546875
RSDSP,λ<=n,8192,0,86589,10.5699462890625
RSDSP,λ<=n,8192,0,121835,14.8724365234375
RSDSP,λ<=n,8192,0,95330,11.636962890625
RSDSP,λ<=n,8192,0,209302,25.549560546875
RSDSP,λ<=n,8192,0,98557,12.0308837890625
RSDSP,λ<=n,8192,0,94024,11.4775390625
RSDSP,λ<=n,8192,0,108574,13.253662109375
RSDSP,λ<=n,8192,0,153664,18.7578125
RSDSP,λ<=n,8192,0,138834,16.947509765625
RSDSP,λ<=n,8192,0,113197,13.8179931640625
RSDSP,λ<=n,8192,0,115921,14.1505126953125
RSDSP,λ<=n,8192,0,119128,14.5419921875
RSDSP,λ<=n,8192,0,118808,14.5029296875
RSDSP,λ<=n,8192,0,138807,16.9442138671875
RSDSP,λ<=n,8192,0,84461,10.3101806640625
RSDSP,λ<=n,8192,0,116113,14.1739501953125
RSDSP,λ<=n,8192,0,150681,18.3936767578125
RSDSP,λ<=n,8192,0,116805,14.2584228515625
RSDSP,λ<=n,8192,0,96582,11.789794921875
RSDSP,λ<=n,8192,0,103787,12.6693115234375
RSDSP,λ<=n,8192,0,123150,15.032958984375
RSDSP,λ<=n,8192,0,88143,10.7596435546875
RSDSP,λ<=n,8192,0,95163,11.6165771484375
RSDSP,λ<=n,8192,0,135149,16.4976806640625
RSDSP,λ<=n,8192,0,106288,12.974609375
RSDSP,λ<=n,8192,0,106550,13.006591796875
RSDSP,λ<=n,8192,0,165358,20.185302734375
RSDSP,λ<=n,8192,0,129911,15.8582763671875
RSDSP,λ<=n,8192,0,111525,13.6138916015625
RSDSP,λ<=n,8192,0,141389,17.2593994140625
RSDSP,λ<=n,8192,0,183042,22.343994140625
RSDSP,λ<=n,8192,0,103300,12.60986328125
RSDSP,λ<=n,8192,0,100262,12.239013671875
RSDSP,λ<=n,8192,0,162846,19.878662109375
RSDSP,λ<=n,8192,0,99066,12.093017578125
RSDSP,λ<=n,8192,0,144044,17.58349609375
RSDSP,λ<=n,8192,0,126359,15.4246826171875
RSDSP,λ<=n,8192,0,110152,13.4462890625
RSDSP,λ<=n,8192,0,108786,13.279541015625
RSDSP,λ<=n,8192,0,142468,17.39111328125
RSDSP,λ<=n,8192,0,102681,12.5343017578125
RSDSP,λ<=n,8192,0,92095,11.2420654296875
RSDSP,λ<=n,8192,0,104056,12.7021484375
RSDSP,λ<=n,8192,0,104651,12.7747802734375
RSDSP,λ<=n,8192,0,152764,18.64794921875
RSDSP,λ<=n,8192,0,84789,10.3502197265625
RSDSP,λ<=n,8192,0,124182,15.158935546875
RSDSP,λ<=n,8192,0,117896,14.3916015625
RSDSP,λ<=n,8192,0,95940,11.71142578125
RSDSP,λ<=n,8192,0,187705,22.9132080078125
RSDSP,λ<=n,8192,0,76803,9.3753662109375
RSDSP,λ<=n,8192,0,106019,12.9417724609375
RSDSP,λ<=n,8192,0,86255,10.5291748046875
RSDSP,λ<=n,8192,0,181304,22.1318359375
RSDSP,λ<=n,8192,0,261040,31.865234375
RSDSP,λ<=n,8192,0,122867,14.9984130859375
RSDSP,λ<=n,8192,0,215348,26.28759765625
RSDSP,λ<=n,8192,0,104114,12.709228515625
RSDSP,λ<=n,8192,0,146362,17.866455078125
RSDSP,λ<=n,8192,0,93586,11.424072265625
RSDSP,λ<=n,8192,0,126685,15.4644775390625
RSDSP,λ<=n,8192,0,125887,15.3670654296875
RRDSP,λ<=n,8192,0,103250,12.603759765625
RRDSP,λ<=n,8192,0,70482,8.603759765625
RRDSP,λ<=n,8192,0,68779,8.3958740234375
RRDSP,λ<=n,8192,0,64635,7.8900146484375
RRDSP,λ<=n,8192,0,64397,7.8609619140625
RRDSP,λ<=n,8192,0,69857,8.5274658203125
RRDSP,λ<=n,8192,0,92917,11.3424072265625
RRDSP,λ<=n,8192,0,80575,9.8358154296875
RRDSP,λ<=n,8192,0,159520,19.47265625
RRDSP,λ<=n,8192,0,79654,9.723388671875
RRDSP,λ<=n,8192,0,98774,12.057373046875
RRDSP,λ<=n,8192,0,95058,11.603759765625
RRDSP,λ<=n,8192,0,100368,12.251953125
RRDSP,λ<=n,8192,0,82809,10.1085205078125
RRDSP,λ<=n,8192,0,105155,12.8363037109375
RRDSP,λ<=n,8192,0,115484,14.09716796875
RRDSP,λ<=n,8192,0,80037,9.7701416015625
RRDSP,λ<=n,8192,0,74867,9.1390380859375
RRDSP,λ<=n,8192,0,89367,10.9090576171875
RRDSP,λ<=n,8192,0,73725,8.9996337890625
RRDSP,λ<=n,8192,0,111666,13.631103515625
RRDSP,λ<=n,8192,0,91488,11.16796875
RRDSP,λ<=n,8192,0,128991,15.7459716796875
RRDSP,λ<=n,8192,0,72918,8.901123046875
RRDSP,λ<=n,8192,0,71629,8.7437744140625
RRDSP,λ<=n,8192,0,69282,8.457275390625
RRDSP,λ<=n,8192,0,102946,12.566650390625
RRDSP,λ<=n,8192,0,153930,18.790283203125
RRDSP,λ<=n,8192,0,81655,9.9676513671875
RRDSP,λ<=n,8192,0,108211,13.2093505859375
RRDSP,λ<=n,8192,0,75203,9.1800537109375
RRDSP,λ<=n,8192,0,138707,16.9320068359375
RRDSP,λ<=n,8192,0,79840,9.74609375
RRDSP,λ<=n,8192,0,70081,8.5548095703125
RRDSP,λ<=n,8192,0,71698,8.752197265625
RRDSP,λ<=n,8192,0,69023,8.4256591796875
RRDSP,λ<=n,8192,0,85192,10.3994140625
RRDSP,λ<=n,8192,0,66598,8.129638671875
RRDSP,λ<=n,8192,0,71569,8.7364501953125
RRDSP,λ<=n,8192,0,90777,11.0811767578125
RRDSP,λ<=n,8192,0,91336,11.1494140625
RRDSP,λ<=n,8192,0,97985,11.9610595703125
RRDSP,λ<=n,8192,0,123171,15.0355224609375
RRDSP,λ<=n,8192,0,88626,10.818603515625
RRDSP,λ<=n,8192,0,83074,10.140869140625
RRDSP,λ<=n,8192,0,72217,8.8155517578125
RRDSP,λ<=n,8192,0,86340,10.53955078125
RRDSP,λ<=n,8192,0,88793,10.8389892578125
RRDSP,λ<=n,8192,0,74506,9.094970703125
RRDSP,λ<=n,8192,0,71845,8.7701416015625
RRDSP,λ<=n,8192,0,95844,11.69970703125
RRDSP,λ<=n,8192,0,77398,9.447998046875
RRDSP,λ<=n,8192,0,102774,12.545654296875
RRDSP,λ<=n,8192,0,68455,8.3563232421875
RRDSP,λ<=n,8192,0,77190,9.422607421875
RRDSP,λ<=n,8192,0,65947,8.0501708984375
RRDSP,λ<=n,8192,0,68324,8.34033203125
RRDSP,λ<=n,8192,0,88690,10.826416015625
RRDSP,λ<=n,8192,0,76449,9.3321533203125
RRDSP,λ<=n,8192,0,110022,13.430419921875
RRDSP,λ<=n,8192,0,119965,14.6441650390625
RRDSP,λ<=n,8192,0,82167,10.0301513671875
RRDSP,λ<=n,8192,0,95384,11.6435546875
RRDSP,λ<=n,8192,0,116317,14.1988525390625
RRDSP,λ<=n,8192,0,90014,10.988037109375
RRDSP,λ<=n,8192,0,69595,8.4954833984375
RRDSP,λ<=n,8192,0,80436,9.81884765625
RRDSP,λ<=n,8192,0,104563,12.7640380859375
RRDSP,λ<=n,8192,0,72206,8.814208984375
RRDSP,λ<=n,8192,0,98377,12.0089111328125
RRDSP,λ<=n,8192,0,93469,11.4097900390625
RRDSP,λ<=n,8192,0,79978,9.762939453125
RRDSP,λ<=n,8192,0,110963,13.5452880859375
RRDSP,λ<=n,8192,0,80574,9.835693359375
RRDSP,λ<=n,8192,0,99456,12.140625
RRDSP,λ<=n,8192,0,112252,13.70263671875
RRDSP,λ<=n,8192,0,128471,15.6824951171875
RRDSP,λ<=n,8192,0,70970,8.663330078125
RRDSP,λ<=n,8192,0,77373,9.4449462890625
RRDSP,λ<=n,8192,0,74959,9.1502685546875
RRDSP,λ<=n,8192,0,83802,10.229736328125
RRDSP,λ<=n,8192,0,88983,10.8621826171875
RRDSP,λ<=n,8192,0,70374,8.590576171875
RRDSP,λ<=n,8192,0,113699,13.8792724609375
RRDSP,λ<=n,8192,0,78188,9.54443359375
RRDSP,λ<=n,8192,0,133342,16.277099609375
RRDSP,λ<=n,8192,0,96928,11.83203125
RRDSP,λ<=n,8192,0,117918,14.394287109375
RRDSP,λ<=n,8192,0,96818,11.818603515625
RRDSP,λ<=n,8192,0,78004,9.52197265625
RRDSP,λ<=n,8192,0,99019,12.0872802734375
RRDSP,λ<=n,8192,0,72860,8.89404296875
RRDSP,λ<=n,8192,0,123966,15.132568359375
RRDSP,λ<=n,8192,0,67040,8.18359375
RRDSP,λ<=n,8192,0,70341,8.5865478515625
RRDSP,λ<=n,8192,0,86332,10.53857421875
RRDSP,λ<=n,8192,0,69866,8.528564453125
RRDSP,λ<=n,8192,0,75813,9.2545166015625
RRDSP,λ<=n,8192,0,68307,8.3382568359375
RRDSP,λ<=n,8192,0,81186,9.910400390625
RHDSP,λ<=n,8192,0,64275,7.8460693359375
RHDSP,λ<=n,8192,0,75927,9.2684326171875
RHDSP,λ<=n,8192,0,72910,8.900146484375
RHDSP,λ<=n,8192,0,65472,7.9921875
RHDSP,λ<=n,8192,0,69592,8.4951171875
RHDSP,λ<=n,8192,0,76698,9.362548828125
RHDSP,λ<=n,8192,0,76280,9.3115234375
RHDSP,λ<=n,8192,0,74424,9.0849609375
RHDSP,λ<=n,8192,0,61818,7.546142578125
RHDSP,λ<=n,8192,0,64400,7.861328125
RHDSP,λ<=n,8192,0,91367,11.1531982421875
RHDSP,λ<=n,8192,0,67642,8.257080078125
RHDSP,λ<=n,8192,0,179475,21.9085693359375
RHDSP,λ<=n,8192,0,80257,9.7969970703125
RHDSP,λ<=n,8192,0,58604,7.15380859375
RHDSP,λ<=n,8192,0,82211,10.0355224609375
RHDSP,λ<=n,8192,0,74794,9.130126953125
RHDSP,λ<=n,8192,0,63471,7.7479248046875
RHDSP,λ<=n,8192,0,94388,11.52197265625
RHDSP,λ<=n,8192,0,67293,8.2144775390625
RHDSP,λ<=n,8192,0,64368,7.857421875
RHDSP,λ<=n,8192,0,90243,11.0159912109375
RHDSP,λ<=n,8192,0,66021,8.0592041015625
RHDSP,λ<=n,8192,0,76244,9.30712890625
RHDSP,λ<=n,8192,0,71320,8.7060546875
RHDSP,λ<=n,8192,0,66432,8.109375
RHDSP,λ<=n,8192,0,69460,8.47900390625
RHDSP,λ<=n,8192,0,91006,11.109130859375
RHDSP,λ<=n,8192,0,66252,8.08740234375
RHDSP,λ<=n,8192,0,78280,9.5556640625
RHDSP,λ<=n,8192,0,78644,9.60009765625
RHDSP,λ<=n,8192,0,70441,8.5987548828125
RHDSP,λ<=n,8192,0,69036,8.42724609375
RHDSP,λ<=n,8192,0,74501,9.0943603515625
RHDSP,λ<=n,8192,0,72768,8.8828125
RHDSP,λ<=n,8192,0,71985,8.7872314453125
RHDSP,λ<=n,8192,0,85690,10.460205078125
RHDSP,λ<=n,8192,0,77806,9.497802734375
RHDSP,λ<=n,8192,0,77301,9.4361572265625
RHDSP,λ<=n,8192,0,75719,9.2430419921875
RHDSP,λ<=n,8192,0,67211,8.2044677734375
RHDSP,λ<=n,8192,0,64079,7.8221435546875
RHDSP,λ<=n,8192,0,92170,11.251220703125
RHDSP,λ<=n,8192,0,94605,11.5484619140625
RHDSP,λ<=n,8192,0,69288,8.4580078125
RHDSP,λ<=n,8192,0,67628,8.25537109375
RHDSP,λ<=n,8192,0,63901,7.8004150390625
RHDSP,λ<=n,8192,0,76767,9.3709716796875
RHDSP,λ<=n,8192,0,63825,7.7911376953125
RHDSP,λ<=n,8192,0,68684,8.38427734375
RHDSP,λ<=n,8192,0,68058,8.307861328125
RHDSP,λ<=n,8192,0,81239,9.9168701171875
RHDSP,λ<=n,8192,0,117098,14.294189453125
RHDSP,λ<=n,8192,0,159068,19.41748046875
RHDSP,λ<=n,8192,0,95699,11.6820068359375
RHDSP,λ<=n,8192,0,86936,10.6123046875
RHDSP,λ<=n,8192,0,67639,8.2567138671875
RHDSP,λ<=n,8192,0,87992,10.7412109375
RHDSP,λ<=n,8192,0,78705,9.6075439453125
RHDSP,λ<=n,8192,0,64099,7.8245849609375
RHDSP,λ<=n,8192,0,68967,8.4188232421875
RHDSP,λ<=n,8192,0,76205,9.3023681640625
RHDSP,λ<=n,8192,0,67188,8.20166015625
RHDSP,λ<=n,8192,0,61358,7.489990234375
RHDSP,λ<=n,8192,0,68569,8.3702392578125
RHDSP,λ<=n,8192,0,66708,8.14306640625
RHDSP,λ<=n,8192,0,70788,8.64111328125
RHDSP,λ<=n,8192,0,67993,8.2999267578125
RHDSP,λ<=n,8192,0,76554,9.344970703125
RHDSP,λ<=n,8192,0,66412,8.10693359375
RHDSP,λ<=n,8192,0,73489,8.9708251953125
RHDSP,λ<=n,8192,0,68716,8.38818359375
RHDSP,λ<=n,8192,0,76585,9.3487548828125
RHDSP,λ<=n,8192,0,73697,8.9962158203125
RHDSP,λ<=n,8192,0,70313,8.5831298828125
RHDSP,λ<=n,8192,0,62808,7.6669921875
RHDSP,λ<=n,8192,0,68904,8.4111328125
RHDSP,λ<=n,8192,0,63538,7.756103515625
RHDSP,λ<=n,8192,0,69167,8.4432373046875
RHDSP,λ<=n,8192,0,72735,8.8787841796875
RHDSP,λ<=n,8192,0,76514,9.340087890625
RHDSP,λ<=n,8192,0,103032,12.5771484375
RHDSP,λ<=n,8192,0,79364,9.68798828125
RHDSP,λ<=n,8192,0,63591,7.7625732421875
RHDSP,λ<=n,8192,0,78792,9.6181640625
RHDSP,λ<=n,8192,0,68665,8.3819580078125
RHDSP,λ<=n,8192,0,63139,7.7073974609375
RHDSP,λ<=n,8192,0,68319,8.3397216796875
RHDSP,λ<=n,8192,0,61273,7.4796142578125
RHDSP,λ<=n,8192,0,72826,8.889892578125
RHDSP,λ<=n,8192,0,67267,8.2113037109375
RHDSP,λ<=n,8192,0,62348,7.61083984375
RHDSP,λ<=n,8192,0,119346,14.568603515625
RHDSP,λ<=n,8192,0,79284,9.67822265625
RHDSP,λ<=n,8192,0,94723,11.5628662109375
RHDSP,λ<=n,8192,0,77185,9.4219970703125
RHDSP,λ<=n,8192,0,82393,10.0577392578125
RHDSP,λ<=n,8192,0,86133,10.5142822265625
RHDSP,λ<=n,8192,0,63168,7.7109375
RHLSP,λ<=n,8192,0,72433,8.8419189453125
RHLSP,λ<=n,8192,0,67032,8.1826171875
RHLSP,λ<=n,8192,0,79513,9.7061767578125
RHLSP,λ<=n,8192,0,100140,12.22412109375
RHLSP,λ<=n,8192,0,67339,8.2200927734375
RHLSP,λ<=n,8192,0,78900,9.63134765625
RHLSP,λ<=n,8192,0,66401,8.1055908203125
RHLSP,λ<=n,8192,0,69002,8.423095703125
RHLSP,λ<=n,8192,0,67131,8.1947021484375
RHLSP,λ<=n,8192,0,76574,9.347412109375
RHLSP,λ<=n,8192,0,69885,8.5308837890625
RHLSP,λ<=n,8192,0,97664,11.921875
RHLSP,λ<=n,8192,0,65860,8.03955078125
RHLSP,λ<=n,8192,0,88787,10.8382568359375
RHLSP,λ<=n,8192,0,74096,9.044921875
RHLSP,λ<=n,8192,0,80797,9.8629150390625
RHLSP,λ<=n,8192,0,70561,8.6134033203125
RHLSP,λ<=n,8192,0,63877,7.7974853515625
RHLSP,λ<=n,8192,0,99655,12.1649169921875
RHLSP,λ<=n,8192,0,71080,8.6767578125
RHLSP,λ<=n,8192,0,105241,12.8468017578125
RHLSP,λ<=n,8192,0,71173,8.6881103515625
RHLSP,λ<=n,8192,0,73040,8.916015625
RHLSP,λ<=n,8192,0,91616,11.18359375
RHLSP,λ<=n,8192,0,94009,11.4757080078125
RHLSP,λ<=n,8192,0,85827,10.4769287109375
RHLSP,λ<=n,8192,0,90590,11.058349609375
RHLSP,λ<=n,8192,0,70754,8.636962890625
RHLSP,λ<=n,8192,0,73186,8.933837890625
RHLSP,λ<=n,8192,0,74142,9.050537109375
RHLSP,λ<=n,8192,0,67350,8.221435546875
RHLSP,λ<=n,8192,0,74936,9.1474609375
RHLSP,λ<=n,8192,0,66394,8.104736328125
RHLSP,λ<=n,8192,0,86421,10.5494384765625
RHLSP,λ<=n,8192,0,102916,12.56298828125
RHLSP,λ<=n,8192,0,76482,9.336181640625
RHLSP,λ<=n,8192,0,74756,9.12548828125
RHLSP,λ<=n,8192,0,118506,14.466064453125
RHLSP,λ<=n,8192,0,74386,9.080322265625
RHLSP,λ<=n,8192,0,83121,10.1466064453125
RHLSP,λ<=n,8192,0,67510,8.240966796875
RHLSP,λ<=n,8192,0,75748,9.24658203125
RHLSP,λ<=n,8192,0,83794,10.228759765625
RHLSP,λ<=n,8192,0,72729,8.8780517578125
RHLSP,λ<=n,8192,0,92439,11.2840576171875
RHLSP,λ<=n,8192,0,76266,9.309814453125
RHLSP,λ<=n,8192,0,73140,8.92822265625
RHLSP,λ<=n,8192,0,75974,9.274169921875
RHLSP,λ<=n,8192,0,94193,11.4981689453125
RHLSP,λ<=n,8192,0,69966,8.540771484375
RHLSP,λ<=n,8192,0,71037,8.6715087890625
RHLSP,λ<=n,8192,0,77265,9.4317626953125
RHLSP,λ<=n,8192,0,70032,8.548828125
RHLSP,λ<=n,8192,0,79255,9.6746826171875
RHLSP,λ<=n,8192,0,73801,9.0089111328125
RHLSP,λ<=n,8192,0,74910,9.144287109375
RHLSP,λ<=n,8192,0,68568,8.3701171875
RHLSP,λ<=n,8192,0,104602,12.768798828125
RHLSP,λ<=n,8192,0,66826,8.157470703125
RHLSP,λ<=n,8192,0,65392,7.982421875
RHLSP,λ<=n,8192,0,75781,9.2506103515625
RHLSP,λ<=n,8192,0,70799,8.6424560546875
RHLSP,λ<=n,8192,0,71084,8.67724609375
RHLSP,λ<=n,8192,0,107555,13.1292724609375
RHLSP,λ<=n,8192,0,65029,7.9381103515625
RHLSP,λ<=n,8192,0,85351,10.4188232421875
RHLSP,λ<=n,8192,0,102304,12.48828125
RHLSP,λ<=n,8192,0,66560,8.125
RHLSP,λ<=n,8192,0,74844,9.13623046875
RHLSP,λ<=n,8192,0,111371,13.5950927734375
RHLSP,λ<=n,8192,0,79416,9.6943359375
RHLSP,λ<=n,8192,0,98532,12.02783203125
RHLSP,λ<=n,8192,0,78207,9.5467529296875
RHLSP,λ<=n,8192,0,64908,7.92333984375
RHLSP,λ<=n,8192,0,73134,8.927490234375
RHLSP,λ<=n,8192,0,145752,17.7919921875
RHLSP,λ<=n,8192,0,69696,8.5078125
RHLSP,λ<=n,8192,0,72656,8.869140625
RHLSP,λ<=n,8192,0,82525,10.0738525390625
RHLSP,λ<=n,8192,0,64791,7.9090576171875
RHLSP,λ<=n,8192,0,85261,10.4078369140625
RHLSP,λ<=n,8192,0,69796,8.52001953125
RHLSP,λ<=n,8192,0,73330,8.951416015625
RHLSP,λ<=n,8192,0,76288,9.3125
RHLSP,λ<=n,8192,0,106562,13.008056640625
RHLSP,λ<=n,8192,0,91956,11.22509765625
RHLSP,λ<=n,8192,0,119230,14.554443359375
RHLSP,λ<=n,8192,0,73853,9.0152587890625
RHLSP,λ<=n,8192,0,114232,13.9443359375
RHLSP,λ<=n,8192,0,103353,12.6163330078125
RHLSP,λ<=n,8192,0,76817,9.3770751953125
RHLSP,λ<=n,8192,0,69482,8.481689453125
RHLSP,λ<=n,8192,0,119713,14.6134033203125
RHLSP,λ<=n,8192,0,68113,8.3145751953125
RHLSP,λ<=n,8192,0,69535,8.4881591796875
RHLSP,λ<=n,8192,0,70368,8.58984375
RHLSP,λ<=n,8192,0,66980,8.17626953125
RHLSP,λ<=n,8192,0,69973,8.5416259765625
RHLSP,λ<=n,8192,0,110951,13.5438232421875
RHLSP,λ<=n,8192,0,76134,9.293701171875
RRLSP,λ<=n,8192,0,99162,12.104736328125
RRLSP,λ<=n,8192,0,107034,13.065673828125
RRLSP,λ<=n,8192,0,79120,9.658203125
RRLSP,λ<=n,8192,0,79292,9.67919921875
RRLSP,λ<=n,8192,0,81701,9.9732666015625
RRLSP,λ<=n,8192,0,76067,9.2855224609375
RRLSP,λ<=n,8192,0,76889,9.3858642578125
RRLSP,λ<=n,8192,0,75236,9.18408203125
RRLSP,λ<=n,8192,0,99806,12.183349609375
RRLSP,λ<=n,8192,0,113254,13.824951171875
RRLSP,λ<=n,8192,0,75545,9.2218017578125
RRLSP,λ<=n,8192,0,88624,10.818359375
RRLSP,λ<=n,8192,0,97247,11.8709716796875
RRLSP,λ<=n,8192,0,75179,9.1771240234375
RRLSP,λ<=n,8192,0,81311,9.9256591796875
RRLSP,λ<=n,8192,0,111811,13.6488037109375
RRLSP,λ<=n,8192,0,81570,9.957275390625
RRLSP,λ<=n,8192,0,133960,16.3525390625
RRLSP,λ<=n,8192,0,96472,11.7763671875
RRLSP,λ<=n,8192,0,82609,10.0841064453125
RRLSP,λ<=n,8192,0,126631,15.4578857421875
RRLSP,λ<=n,8192,0,83720,10.2197265625
RRLSP,λ<=n,8192,0,72167,8.8094482421875
RRLSP,λ<=n,8192,0,83324,10.17138671875
RRLSP,λ<=n,8192,0,88681,10.8253173828125
RRLSP,λ<=n,8192,0,84148,10.27197265625
RRLSP,λ<=n,8192,0,81759,9.9803466796875
RRLSP,λ<=n,8192,0,86549,10.5650634765625
RRLSP,λ<=n,8192,0,101865,12.4346923828125
RRLSP,λ<=n,8192,0,75548,9.22216796875
RRLSP,λ<=n,8192,0,122812,14.99169921875
RRLSP,λ<=n,8192,0,80932,9.87939453125
RRLSP,λ<=n,8192,0,81258,9.919189453125
RRLSP,λ<=n,8192,0,100887,12.3153076171875
RRLSP,λ<=n,8192,0,96875,11.8255615234375
RRLSP,λ<=n,8192,0,104043,12.7005615234375
RRLSP,λ<=n,8192,0,93484,11.41162109375
RRLSP,λ<=n,8192,0,112471,13.7293701171875
RRLSP,λ<=n,8192,0,81552,9.955078125
RRLSP,λ<=n,8192,0,100174,12.228271484375
RRLSP,λ<=n,8192,0,85895,10.4852294921875
RRLSP,λ<=n,8192,0,98969,12.0811767578125
RRLSP,λ<=n,8192,0,88085,10.7525634765625
RRLSP,λ<=n,8192,0,98772,12.05712890625
RRLSP,λ<=n,8192,0,76992,9.3984375
RRLSP,λ<=n,8192,0,76191,9.3006591796875
RRLSP,λ<=n,8192,0,81971,10.0062255859375
RRLSP,λ<=n,8192,0,69842,8.525634765625
RRLSP,λ<=n,8192,0,110406,13.477294921875
RRLSP,λ<=n,8192,0,84322,10.293212890625
RRLSP,λ<=n,8192,0,79597,9.7164306640625
RRLSP,λ<=n,8192,0,96317,11.7574462890625
RRLSP,λ<=n,8192,0,81189,9.9107666015625
RRLSP,λ<=n,8192,0,90771,11.0804443359375
RRLSP,λ<=n,8192,0,96711,11.8055419921875
RRLSP,λ<=n,8192,0,81765,9.9810791015625
RRLSP,λ<=n,8192,0,96903,11.8289794921875
RRLSP,λ<=n,8192,0,79990,9.764404296875
RRLSP,λ<=n,8192,0,100400,12.255859375
RRLSP,λ<=n,8192,0,139824,17.068359375
RRLSP,λ<=n,8192,0,97753,11.9327392578125
RRLSP,λ<=n,8192,0,81326,9.927490234375
RRLSP,λ<=n,8192,0,110598,13.500732421875
RRLSP,λ<=n,8192,0,75218,9.181884765625
RRLSP,λ<=n,8192,0,79377,9.6895751953125
RRLSP,λ<=n,8192,0,71535,8.7322998046875
RRLSP,λ<=n,8192,0,113302,13.830810546875
RRLSP,λ<=n,8192,0,111422,13.601318359375
RRLSP,λ<=n,8192,0,76796,9.37451171875
RRLSP,λ<=n,8192,0,73854,9.015380859375
RRLSP,λ<=n,8192,0,83388,10.17919921875
RRLSP,λ<=n,8192,0,82318,10.048583984375
RRLSP,λ<=n,8192,0,89880,10.9716796875
RRLSP,λ<=n,8192,0,75335,9.1961669921875
RRLSP,λ<=n,8192,0,79300,9.68017578125
RRLSP,λ<=n,8192,0,74873,9.1397705078125
RRLSP,λ<=n,8192,0,68774,8.395263671875
RRLSP,λ<=n,8192,0,99061,12.0924072265625
RRLSP,λ<=n,8192,0,97775,11.9354248046875
RRLSP,λ<=n,8192,0,80867,9.8714599609375
RRLSP,λ<=n,8192,0,77509,9.4615478515625
RRLSP,λ<=n,8192,0,70774,8.639404296875
RRLSP,λ<=n,8192,0,89017,10.8663330078125
RRLSP,λ<=n,8192,0,89327,10.9041748046875
RRLSP,λ<=n,8192,0,78288,9.556640625
RRLSP,λ<=n,8192,0,93354,11.395751953125
RRLSP,λ<=n,8192,0,76288,9.3125
RRLSP,λ<=n,8192,0,97318,11.879638671875
RRLSP,λ<=n,8192,0,80621,9.8414306640625
RRLSP,λ<=n,8192,0,87865,10.7257080078125
RRLSP,λ<=n,8192,0,82041,10.0147705078125
RRLSP,λ<=n,8192,0,73902,9.021240234375
RRLSP,λ<=n,8192,0,97618,11.916259765625
RRLSP,λ<=n,8192,0,79980,9.76318359375
RRLSP,λ<=n,8192,0,80878,9.872802734375
RRLSP,λ<=n,8192,0,73022,8.913818359375
RRLSP,λ<=n,8192,0,153812,18.77587890625
RRLSP,λ<=n,8192,0,149013,18.1900634765625
RRLSP,λ<=n,8192,0,81846,9.990966796875
RRLSP,λ<=n,8192,0,82608,10.083984375
RSLSP,λ<=n,8192,0,91488,11.16796875
RSLSP,λ<=n,8192,0,160418,19.582275390625
RSLSP,λ<=n,8192,0,132421,16.1646728515625
RSLSP,λ<=n,8192,0,111836,13.65185546875
RSLSP,λ<=n,8192,0,103649,12.6524658203125
RSLSP,λ<=n,8192,0,102343,12.4930419921875
RSLSP,λ<=n,8192,0,96976,11.837890625
RSLSP,λ<=n,8192,0,164412,20.06982421875
RSLSP,λ<=n,8192,0,105900,12.92724609375
RSLSP,λ<=n,8192,0,151999,18.5545654296875
RSLSP,λ<=n,8192,0,105631,12.8944091796875
RSLSP,λ<=n,8192,0,136321,16.6407470703125
RSLSP,λ<=n,8192,0,103364,12.61767578125
RSLSP,λ<=n,8192,0,170218,20.778564453125
RSLSP,λ<=n,8192,0,139945,17.0831298828125
RSLSP,λ<=n,8192,0,227073,27.7188720703125
RSLSP,λ<=n,8192,0,158224,19.314453125
RSLSP,λ<=n,8192,0,98356,12.00634765625
RSLSP,λ<=n,8192,0,142702,17.419677734375
RSLSP,λ<=n,8192,0,171917,20.9859619140625
RSLSP,λ<=n,8192,0,171000,20.8740234375
RSLSP,λ<=n,8192,0,109490,13.365478515625
RSLSP,λ<=n,8192,0,125582,15.329833984375
RSLSP,λ<=n,8192,0,119831,14.6278076171875
RSLSP,λ<=n,8192,0,113104,13.806640625
RSLSP,λ<=n,8192,0,122628,14.96923828125
RSLSP,λ<=n,8192,0,128378,15.671142578125
RSLSP,λ<=n,8192,0,92237,11.2593994140625
RSLSP,λ<=n,8192,0,103305,12.6104736328125
RSLSP,λ<=n,8192,0,89109,10.8775634765625
RSLSP,λ<=n,8192,0,202573,24.7281494140625
RSLSP,λ<=n,8192,0,94233,11.5030517578125
RSLSP,λ<=n,8192,0,95828,11.69775390625
RSLSP,λ<=n,8192,0,186630,22.781982421875
RSLSP,λ<=n,8192,0,101064,12.3369140625
RSLSP,λ<=n,8192,0,156565,19.1119384765625
RSLSP,λ<=n,8192,0,137678,16.806396484375
RSLSP,λ<=n,8192,0,80138,9.782470703125
RSLSP,λ<=n,8192,0,132432,16.166015625
RSLSP,λ<=n,8192,0,235150,28.704833984375
RSLSP,λ<=n,8192,0,123019,15.0169677734375
RSLSP,λ<=n,8192,0,132252,16.14404296875
RSLSP,λ<=n,8192,0,118813,14.5035400390625
RSLSP,λ<=n,8192,0,109313,13.3438720703125
RSLSP,λ<=n,8192,0,97662,11.921630859375
RSLSP,λ<=n,8192,0,89716,10.95166015625
RSLSP,λ<=n,8192,0,129642,15.825439453125
RSLSP,λ<=n,8192,0,182033,22.2208251953125
RSLSP,λ<=n,8192,0,121922,14.883056640625
RSLSP,λ<=n,8192,0,100703,12.2928466796875
RSLSP,λ<=n,8192,0,137001,16.7237548828125
RSLSP,λ<=n,8192,0,117338,14.323486328125
RSLSP,λ<=n,8192,0,127817,15.6026611328125
RSLSP,λ<=n,8192,0,119655,14.6063232421875
RSLSP,λ<=n,8192,0,104494,12.755615234375
RSLSP,λ<=n,8192,0,354834,43.314697265625
RSLSP,λ<=n,8192,0,146893,17.9312744140625
RSLSP,λ<=n,8192,0,135467,16.5364990234375
RSLSP,λ<=n,8192,0,91528,11.1728515625
RSLSP,λ<=n,8192,0,164524,20.08349609375
RSLSP,λ<=n,8192,0,133493,16.2955322265625
RSLSP,λ<=n,8192,0,181642,22.173095703125
RSLSP,λ<=n,8192,0,102579,12.5218505859375
RSLSP,λ<=n,8192,0,80296,9.8017578125
RSLSP,λ<=n,8192,0,123797,15.1119384765625
RSLSP,λ<=n,8192,0,97495,11.9012451171875
RSLSP,λ<=n,8192,0,134975,16.4764404296875
RSLSP,λ<=n,8192,0,166101,20.2760009765625
RSLSP,λ<=n,8192,0,166465,20.3204345703125
RSLSP,λ<=n,8192,0,99382,12.131591796875
RSLSP,λ<=n,8192,0,118366,14.448974609375
RSLSP,λ<=n,8192,0,112305,13.7091064453125
RSLSP,λ<=n,8192,0,171372,20.91943359375
RSLSP,λ<=n,8192,0,100069,12.2154541015625
RSLSP,λ<=n,8192,0,93420,11.40380859375
RSLSP,λ<=n,8192,0,142449,17.3887939453125
RSLSP,λ<=n,8192,0,91556,11.17626953125
RSLSP,λ<=n,8192,0,100339,12.2484130859375
RSLSP,λ<=n,8192,0,140213,17.1158447265625
RSLSP,λ<=n,8192,0,110202,13.452392578125
RSLSP,λ<=n,8192,0,100884,12.31494140625
RSLSP,λ<=n,8192,0,127747,15.5941162109375
RSLSP,λ<=n,8192,0,98172,11.98388671875
RSLSP,λ<=n,8192,0,124065,15.1446533203125
RSLSP,λ<=n,8192,0,92226,11.258056640625
RSLSP,λ<=n,8192,0,106194,12.963134765625
RSLSP,λ<=n,8192,0,124353,15.1798095703125
RSLSP,λ<=n,8192,0,116766,14.253662109375
RSLSP,λ<=n,8192,0,98687,12.0467529296875
RSLSP,λ<=n,8192,0,129464,15.8037109375
RSLSP,λ<=n,8192,0,149126,18.203857421875
RSLSP,λ<=n,8192,0,146976,17.94140625
RSLSP,λ<=n,8192,0,144253,17.6090087890625
RSLSP,λ<=n,8192,0,86719,10.5858154296875
RSLSP,λ<=n,8192,0,96670,11.800537109375
RSLSP,λ<=n,8192,0,126925,15.4937744140625
RSLSP,λ<=n,8192,0,110403,13.4769287109375
RSLSP,λ<=n,8192,0,99773,12.1793212890625
RSLSP,λ<=n,8192,0,107525,13.1256103515625
RSLSP,λ<=n,8192,0,105920,12.9296875
RSDMP,λ<=n,8192,0,125803,15.3568115234375
RSDMP,λ<=n,8192,0,210193,25.6583251953125
RSDMP,λ<=n,8192,0,113651,13.8734130859375
RSDMP,λ<=n,8192,0,97573,11.9107666015625
RSDMP,λ<=n,8192,0,85575,10.4461669921875
RSDMP,λ<=n,8192,0,157503,19.2264404296875
RSDMP,λ<=n,8192,0,82589,10.0816650390625
RSDMP,λ<=n,8192,0,253756,30.97607421875
RSDMP,λ<=n,8192,0,186619,22.7806396484375
RSDMP,λ<=n,8192,0,110719,13.5155029296875
RSDMP,λ<=n,8192,0,98748,12.05419921875
RSDMP,λ<=n,8192,0,101518,12.392333984375
RSDMP,λ<=n,8192,0,103543,12.6395263671875
RSDMP,λ<=n,8192,0,145060,17.70751953125
RSDMP,λ<=n,8192,0,80042,9.770751953125
RSDMP,λ<=n,8192,0,136173,16.6226806640625
RSDMP,λ<=n,8192,0,151473,18.4903564453125
RSDMP,λ<=n,8192,0,76721,9.3653564453125
RSDMP,λ<=n,8192,0,92006,11.231201171875
RSDMP,λ<=n,8192,0,167683,20.4691162109375
RSDMP,λ<=n,8192,0,126041,15.3858642578125
RSDMP,λ<=n,8192,0,91228,11.13623046875
RSDMP,λ<=n,8192,0,102095,12.4627685546875
RSDMP,λ<=n,8192,0,68734,8.390380859375
RSDMP,λ<=n,8192,0,118827,14.5052490234375
RSDMP,λ<=n,8192,0,107104,13.07421875
RSDMP,λ<=n,8192,0,75455,9.2108154296875
RSDMP,λ<=n,8192,0,109182,13.327880859375
RSDMP,λ<=n,8192,0,173237,21.1470947265625
RSDMP,λ<=n,8192,0,193739,23.6497802734375
RSDMP,λ<=n,8192,0,155692,19.00537109375
RSDMP,λ<=n,8192,0,167415,20.4364013671875
RSDMP,λ<=n,8192,0,99187,12.1077880859375
RSDMP,λ<=n,8192,0,84295,10.2899169921875
RSDMP,λ<=n,8192,0,126635,15.4583740234375
RSDMP,λ<=n,8192,0,101951,12.4451904296875
RSDMP,λ<=n,8192,0,192720,23.525390625
RSDMP,λ<=n,8192,0,83662,10.212646484375
RSDMP,λ<=n,8192,0,139399,17.0164794921875
RSDMP,λ<=n,8192,0,155891,19.0296630859375
RSDMP,λ<=n,8192,0,234879,28.6717529296875
RSDMP,λ<=n,8192,0,118041,14.4093017578125
RSDMP,λ<=n,8192,0,93914,11.464111328125
RSDMP,λ<=n,8192,0,104047,12.7010498046875
RSDMP,λ<=n,8192,0,97168,11.861328125
RSDMP,λ<=n,8192,0,78565,9.5904541015625
RSDMP,λ<=n,8192,0,156624,19.119140625
RSDMP,λ<=n,8192,0,167344,20.427734375
RSDMP,λ<=n,8192,0,72094,8.800537109375
RSDMP,λ<=n,8192,0,89291,10.8997802734375
RSDMP,λ<=n,8192,0,102484,12.51025390625
RSDMP,λ<=n,8192,0,113504,13.85546875
RSDMP,λ<=n,8192,0,113392,13.841796875
RSDMP,λ<=n,8192,0,105871,12.9237060546875
RSDMP,λ<=n,8192,0,163887,20.0057373046875
RSDMP,λ<=n,8192,0,89308,10.90185546875
RSDMP,λ<=n,8192,0,127895,15.6121826171875
RSDMP,λ<=n,8192,0,206578,25.217041015625
RSDMP,λ<=n,8192,0,84543,10.3201904296875
RSDMP,λ<=n,8192,0,170228,20.77978515625
RSDMP,λ<=n,8192,0,97424,11.892578125
RSDMP,λ<=n,8192,0,125037,15.2633056640625
RSDMP,λ<=n,8192,0,97820,11.94091796875
RSDMP,λ<=n,8192,0,99943,12.2000732421875
RSDMP,λ<=n,8192,0,132189,16.1363525390625
RSDMP,λ<=n,8192,0,102716,12.53857421875
RSDMP,λ<=n,8192,0,211957,25.8736572265625
RSDMP,λ<=n,8192,0,100874,12.313720703125
RSDMP,λ<=n,8192,0,83242,10.161376953125
RSDMP,λ<=n,8192,0,118393,14.4522705078125
RSDMP,λ<=n,8192,0,200738,24.504150390625
RSDMP,λ<=n,8192,0,140244,17.11962890625
RSDMP,λ<=n,8192,0,92371,11.2757568359375
RSDMP,λ<=n,8192,0,218223,26.6385498046875
RSDMP,λ<=n,8192,0,91314,11.146728515625
RSDMP,λ<=n,8192,0,108748,13.27490234375
RSDMP,λ<=n,8192,0,120800,14.74609375
RSDMP,λ<=n,8192,0,166126,20.279052734375
RSDMP,λ<=n,8192,0,219352,26.7763671875
RSDMP,λ<=n,8192,0,134589,16.4293212890625
RSDMP,λ<=n,8192,0,211316,25.79541015625
RSDMP,λ<=n,8192,0,305125,37.2467041015625
RSDMP,λ<=n,8192,0,141835,17.3138427734375
RSDMP,λ<=n,8192,0,91744,11.19921875
RSDMP,λ<=n,8192,0,94575,11.5447998046875
RSDMP,λ<=n,8192,0,114770,14.010009765625
RSDMP,λ<=n,8192,0,97445,11.8951416015625
RSDMP,λ<=n,8192,0,70557,8.6129150390625
RSDMP,λ<=n,8192,0,71490,8.726806640625
RSDMP,λ<=n,8192,0,80484,9.82470703125
RSDMP,λ<=n,8192,0,94491,11.5345458984375
RSDMP,λ<=n,8192,0,87711,10.7069091796875
RSDMP,λ<=n,8192,0,104412,12.74560546875
RSDMP,λ<=n,8192,0,122774,14.987060546875
RSDMP,λ<=n,8192,0,100301,12.2437744140625
RSDMP,λ<=n,8192,0,174622,21.316162109375
RSDMP,λ<=n,8192,0,130742,15.959716796875
RSDMP,λ<=n,8192,0,161077,19.6627197265625
RSDMP,λ<=n,8192,0,97066,11.848876953125
RSDMP,λ<=n,8192,0,70407,8.5946044921875
RRDMP,λ<=n,8192,0,55183,6.7362060546875
RRDMP,λ<=n,8192,0,107047,13.0672607421875
RRDMP,λ<=n,8192,0,151270,18.465576171875
RRDMP,λ<=n,8192,0,59869,7.3082275390625
RRDMP,λ<=n,8192,0,58258,7.111572265625
RRDMP,λ<=n,8192,0,76770,9.371337890625
RRDMP,λ<=n,8192,0,67870,8.284912109375
RRDMP,λ<=n,8192,0,93803,11.4505615234375
RRDMP,λ<=n,8192,0,62260,7.60009765625
RRDMP,λ<=n,8192,0,69472,8.48046875
RRDMP,λ<=n,8192,0,87375,10.6658935546875
RRDMP,λ<=n,8192,0,75726,9.243896484375
RRDMP,λ<=n,8192,0,68045,8.3062744140625
RRDMP,λ<=n,8192,0,74745,9.1241455078125
RRDMP,λ<=n,8192,0,65839,8.0369873046875
RRDMP,λ<=n,8192,0,87133,10.6363525390625
RRDMP,λ<=n,8192,0,74125,9.0484619140625
RRDMP,λ<=n,8192,0,73865,9.0167236328125
RRDMP,λ<=n,8192,0,119379,14.5726318359375
RRDMP,λ<=n,8192,0,83731,10.2210693359375
RRDMP,λ<=n,8192,0,77014,9.401123046875
RRDMP,λ<=n,8192,0,59760,7.294921875
RRDMP,λ<=n,8192,0,70672,8.626953125
RRDMP,λ<=n,8192,0,75341,9.1968994140625
RRDMP,λ<=n,8192,0,78538,9.587158203125
RRDMP,λ<=n,8192,0,74436,9.08642578125
RRDMP,λ<=n,8192,0,71498,8.727783203125
RRDMP,λ<=n,8192,0,80471,9.8231201171875
RRDMP,λ<=n,8192,0,67663,8.2596435546875
RRDMP,λ<=n,8192,0,59815,7.3016357421875
RRDMP,λ<=n,8192,0,58492,7.14013671875
RRDMP,λ<=n,8192,0,93225,11.3800048828125
RRDMP,λ<=n,8192,0,71888,8.775390625
RRDMP,λ<=n,8192,0,69892,8.53173828125
RRDMP,λ<=n,8192,0,60616,7.3994140625
RRDMP,λ<=n,8192,0,66315,8.0950927734375
RRDMP,λ<=n,8192,0,69439,8.4764404296875
RRDMP,λ<=n,8192,0,58597,7.1529541015625
RRDMP,λ<=n,8192,0,62589,7.6402587890625
RRDMP,λ<=n,8192,0,72655,8.8690185546875
RRDMP,λ<=n,8192,0,85174,10.397216796875
RRDMP,λ<=n,8192,0,81189,9.9107666015625
RRDMP,λ<=n,8192,0,71172,8.68798828125
RRDMP,λ<=n,8192,0,57703,7.0438232421875
RRDMP,λ<=n,8192,0,86994,10.619384765625
RRDMP,λ<=n,8192,0,65593,8.0069580078125
RRDMP,λ<=n,8192,0,61218,7.472900390625
RRDMP,λ<=n,8192,0,88918,10.854248046875
RRDMP,λ<=n,8192,0,63316,7.72900390625
RRDMP,λ<=n,8192,0,55703,6.7996826171875
RRDMP,λ<=n,8192,0,79633,9.7208251953125
RRDMP,λ<=n,8192,0,72206,8.814208984375
RRDMP,λ<=n,8192,0,57182,6.980224609375
RRDMP,λ<=n,8192,0,139543,17.0340576171875
RRDMP,λ<=n,8192,0,57880,7.0654296875
RRDMP,λ<=n,8192,0,63620,7.76611328125
RRDMP,λ<=n,8192,0,64299,7.8489990234375
RRDMP,λ<=n,8192,0,63269,7.7232666015625
RRDMP,λ<=n,8192,0,62004,7.56884765625
RRDMP,λ<=n,8192,0,65019,7.9368896484375
RRDMP,λ<=n,8192,0,106627,13.0159912109375
RRDMP,λ<=n,8192,0,72585,8.8604736328125
RRDMP,λ<=n,8192,0,62691,7.6527099609375
RRDMP,λ<=n,8192,0,77519,9.4627685546875
RRDMP,λ<=n,8192,0,94670,11.556396484375
RRDMP,λ<=n,8192,0,58843,7.1829833984375
RRDMP,λ<=n,8192,0,63228,7.71826171875
RRDMP,λ<=n,8192,0,57653,7.0377197265625
RRDMP,λ<=n,8192,0,71871,8.7733154296875
RRDMP,λ<=n,8192,0,85077,10.3853759765625
RRDMP,λ<=n,8192,0,66906,8.167236328125
RRDMP,λ<=n,8192,0,74226,9.060791015625
RRDMP,λ<=n,8192,0,101122,12.343994140625
RRDMP,λ<=n,8192,0,66663,8.1375732421875
RRDMP,λ<=n,8192,0,61524,7.51025390625
RRDMP,λ<=n,8192,0,76506,9.339111328125
RRDMP,λ<=n,8192,0,67394,8.226806640625
RRDMP,λ<=n,8192,0,78864,9.626953125
RRDMP,λ<=n,8192,0,58957,7.1968994140625
RRDMP,λ<=n,8192,0,73568,8.98046875
RRDMP,λ<=n,8192,0,76029,9.2808837890625
RRDMP,λ<=n,8192,0,65303,7.9715576171875
RRDMP,λ<=n,8192,0,65967,8.0526123046875
RRDMP,λ<=n,8192,0,121292,14.80615234375
RRDMP,λ<=n,8192,0,71039,8.6717529296875
RRDMP,λ<=n,8192,0,79186,9.666259765625
RRDMP,λ<=n,8192,0,56960,6.953125
RRDMP,λ<=n,8192,0,90298,11.022705078125
RRDMP,λ<=n,8192,0,61007,7.4471435546875
RRDMP,λ<=n,8192,0,80081,9.7755126953125
RRDMP,λ<=n,8192,0,80536,9.8310546875
RRDMP,λ<=n,8192,0,54209,6.6173095703125
RRDMP,λ<=n,8192,0,108004,13.18408203125
RRDMP,λ<=n,8192,0,57049,6.9639892578125
RRDMP,λ<=n,8192,0,63397,7.7388916015625
RRDMP,λ<=n,8192,0,56328,6.8759765625
RRDMP,λ<=n,8192,0,100606,12.281005859375
RRDMP,λ<=n,8192,0,62897,7.6778564453125
RRDMP,λ<=n,8192,0,65891,8.0433349609375
RHDMP,λ<=n,8192,0,53312,6.5078125
RHDMP,λ<=n,8192,0,80206,9.790771484375
RHDMP,λ<=n,8192,0,109497,13.3663330078125
RHDMP,λ<=n,8192,0,58832,7.181640625
RHDMP,λ<=n,8192,0,77066,9.407470703125
RHDMP,λ<=n,8192,0,66377,8.1026611328125
RHDMP,λ<=n,8192,0,62446,7.622802734375
RHDMP,λ<=n,8192,0,67045,8.1842041015625
RHDMP,λ<=n,8192,0,61856,7.55078125
RHDMP,λ<=n,8192,0,55783,6.8094482421875
RHDMP,λ<=n,8192,0,60572,7.39404296875
RHDMP,λ<=n,8192,0,70876,8.65185546875
RHDMP,λ<=n,8192,0,84008,10.2548828125
RHDMP,λ<=n,8192,0,63812,7.78955078125
RHDMP,λ<=n,8192,0,58121,7.0948486328125
RHDMP,λ<=n,8192,0,84296,10.2900390625
RHDMP,λ<=n,8192,0,64650,7.891845703125
RHDMP,λ<=n,8192,0,62376,7.6142578125
RHDMP,λ<=n,8192,0,93741,11.4429931640625
RHDMP,λ<=n,8192,0,55284,6.74853515625
RHDMP,λ<=n,8192,0,49056,5.98828125
RHDMP,λ<=n,8192,0,62311,7.6063232421875
RHDMP,λ<=n,8192,0,87253,10.6510009765625
RHDMP,λ<=n,8192,0,66664,8.1376953125
RHDMP,λ<=n,8192,0,73748,9.00244140625
RHDMP,λ<=n,8192,0,49175,6.0028076171875
RHDMP,λ<=n,8192,0,59379,7.2484130859375
RHDMP,λ<=n,8192,0,85618,10.451416015625
RHDMP,λ<=n,8192,0,67138,8.195556640625
RHDMP,λ<=n,8192,0,82967,10.1278076171875
RHDMP,λ<=n,8192,0,56174,6.857177734375
RHDMP,λ<=n,8192,0,61328,7.486328125
RHDMP,λ<=n,8192,0,101250,12.359619140625
RHDMP,λ<=n,8192,0,65710,8.021240234375
RHDMP,λ<=n,8192,0,57532,7.02294921875
RHDMP,λ<=n,8192,0,87084,10.63037109375
RHDMP,λ<=n,8192,0,59529,7.2667236328125
RHDMP,λ<=n,8192,0,61260,7.47802734375
RHDMP,λ<=n,8192,0,52155,6.3665771484375
RHDMP,λ<=n,8192,0,57643,7.0364990234375
RHDMP,λ<=n,8192,0,73938,9.025634765625
RHDMP,λ<=n,8192,0,133383,16.2821044921875
RHDMP,λ<=n,8192,0,55862,6.819091796875
RHDMP,λ<=n,8192,0,56553,6.9034423828125
RHDMP,λ<=n,8192,0,54026,6.594970703125
RHDMP,λ<=n,8192,0,60776,7.4189453125
RHDMP,λ<=n,8192,0,59813,7.3013916015625
RHDMP,λ<=n,8192,0,64890,7.921142578125
RHDMP,λ<=n,8192,0,56052,6.84228515625
RHDMP,λ<=n,8192,0,83514,10.194580078125
RHDMP,λ<=n,8192,0,65596,8.00732421875
RHDMP,λ<=n,8192,0,56026,6.839111328125
RHDMP,λ<=n,8192,0,62507,7.6302490234375
RHDMP,λ<=n,8192,0,83783,10.2274169921875
RHDMP,λ<=n,8192,0,63390,7.738037109375
RHDMP,λ<=n,8192,0,69014,8.424560546875
RHDMP,λ<=n,8192,0,59617,7.2774658203125
RHDMP,λ<=n,8192,0,54849,6.6954345703125
RHDMP,λ<=n,8192,0,65651,8.0140380859375
RHDMP,λ<=n,8192,0,56139,6.8529052734375
RHDMP,λ<=n,8192,0,56374,6.881591796875
RHDMP,λ<=n,8192,0,51711,6.3123779296875
RHDMP,λ<=n,8192,0,58661,7.1607666015625
RHDMP,λ<=n,8192,0,67892,8.28759765625
RHDMP,λ<=n,8192,0,64503,7.8739013671875
RHDMP,λ<=n,8192,0,108893,13.2926025390625
RHDMP,λ<=n,8192,0,55543,6.7801513671875
RHDMP,λ<=n,8192,0,54711,6.6785888671875
RHDMP,λ<=n,8192,0,78643,9.5999755859375
RHDMP,λ<=n,8192,0,65372,7.97998046875
RHDMP,λ<=n,8192,0,54086,6.602294921875
RHDMP,λ<=n,8192,0,60849,7.4278564453125
RHDMP,λ<=n,8192,0,52703,6.4334716796875
RHDMP,λ<=n,8192,0,59966,7.320068359375
RHDMP,λ<=n,8192,0,72459,8.8450927734375
RHDMP,λ<=n,8192,0,50695,6.1883544921875
RHDMP,λ<=n,8192,0,62786,7.664306640625
RHDMP,λ<=n,8192,0,51077,6.2349853515625
RHDMP,λ<=n,8192,0,57897,7.0675048828125
RHDMP,λ<=n,8192,0,86440,10.5517578125
RHDMP,λ<=n,8192,0,58938,7.194580078125
RHDMP,λ<=n,8192,0,72925,8.9019775390625
RHDMP,λ<=n,8192,0,55236,6.74267578125
RHDMP,λ<=n,8192,0,56465,6.8927001953125
RHDMP,λ<=n,8192,0,97858,11.945556640625
RHDMP,λ<=n,8192,0,54206,6.616943359375
RHDMP,λ<=n,8192,0,61785,7.5421142578125
RHDMP,λ<=n,8192,0,51244,6.25537109375
RHDMP,λ<=n,8192,0,56279,6.8699951171875
RHDMP,λ<=n,8192,0,75995,9.2767333984375
RHDMP,λ<=n,8192,0,57592,7.0302734375
RHDMP,λ<=n,8192,0,61665,7.5274658203125
RHDMP,λ<=n,8192,0,80501,9.8267822265625
RHDMP,λ<=n,8192,0,69583,8.4940185546875
RHDMP,λ<=n,8192,0,64163,7.8323974609375
RHDMP,λ<=n,8192,0,64532,7.87744140625
RHDMP,λ<=n,8192,0,107971,13.1800537109375
RHDMP,λ<=n,8192,0,67483,8.2376708984375
RHDMP,λ<=n,8192,0,52038,6.352294921875
RHDMP,λ<=n,8192,0,70051,8.5511474609375
RHLMP,λ<=n,8192,0,67148,8.19677734375
RHLMP,λ<=n,8192,0,77965,9.5172119140625
RHLMP,λ<=n,8192,0,55345,6.7559814453125
RHLMP,λ<=n,8192,0,73244,8.94091796875
RHLMP,λ<=n,8192,0,53296,6.505859375
RHLMP,λ<=n,8192,0,53936,6.583984375
RHLMP,λ<=n,8192,0,74979,9.1527099609375
RHLMP,λ<=n,8192,0,66637,8.1343994140625
RHLMP,λ<=n,8192,0,70442,8.598876953125
RHLMP,λ<=n,8192,0,56605,6.9097900390625
RHLMP,λ<=n,8192,0,56479,6.8944091796875
RHLMP,λ<=n,8192,0,65440,7.98828125
RHLMP,λ<=n,8192,0,58331,7.1204833984375
RHLMP,λ<=n,8192,0,66609,8.1309814453125
RHLMP,λ<=n,8192,0,77481,9.4581298828125
RHLMP,λ<=n,8192,0,52171,6.3685302734375
RHLMP,λ<=n,8192,0,69872,8.529296875
RHLMP,λ<=n,8192,0,94772,11.56884765625
RHLMP,λ<=n,8192,0,59258,7.233642578125
RHLMP,λ<=n,8192,0,57951,7.0740966796875
RHLMP,λ<=n,8192,0,70488,8.6044921875
RHLMP,λ<=n,8192,0,87521,10.6837158203125
RHLMP,λ<=n,8192,0,69915,8.5345458984375
RHLMP,λ<=n,8192,0,103487,12.6326904296875
RHLMP,λ<=n,8192,0,56284,6.87060546875
RHLMP,λ<=n,8192,0,67882,8.286376953125
RHLMP,λ<=n,8192,0,76622,9.353271484375
RHLMP,λ<=n,8192,0,101062,12.336669921875
RHLMP,λ<=n,8192,0,70889,8.6534423828125
RHLMP,λ<=n,8192,0,154807,18.8973388671875
RHLMP,λ<=n,8192,0,56100,6.84814453125
RHLMP,λ<=n,8192,0,68929,8.4141845703125
RHLMP,λ<=n,8192,0,74279,9.0672607421875
RHLMP,λ<=n,8192,0,53871,6.5760498046875
RHLMP,λ<=n,8192,0,53136,6.486328125
RHLMP,λ<=n,8192,0,61293,7.4820556640625
RHLMP,λ<=n,8192,0,71060,8.67431640625
RHLMP,λ<=n,8192,0,57763,7.0511474609375
RHLMP,λ<=n,8192,0,68145,8.3184814453125
RHLMP,λ<=n,8192,0,60339,7.3656005859375
RHLMP,λ<=n,8192,0,84710,10.340576171875
RHLMP,λ<=n,8192,0,69174,8.444091796875
RHLMP,λ<=n,8192,0,59292,7.23779296875
RHLMP,λ<=n,8192,0,59883,7.3099365234375
RHLMP,λ<=n,8192,0,55597,6.7867431640625
RHLMP,λ<=n,8192,0,78142,9.538818359375
RHLMP,λ<=n,8192,0,72877,8.8961181640625
RHLMP,λ<=n,8192,0,54214,6.617919921875
RHLMP,λ<=n,8192,0,70518,8.608154296875
RHLMP,λ<=n,8192,0,82476,10.06787109375
RHLMP,λ<=n,8192,0,83979,10.2513427734375
RHLMP,λ<=n,8192,0,106540,13.00537109375
RHLMP,λ<=n,8192,0,92411,11.2806396484375
RHLMP,λ<=n,8192,0,71647,8.7459716796875
RHLMP,λ<=n,8192,0,60825,7.4249267578125
RHLMP,λ<=n,8192,0,76291,9.3128662109375
RHLMP,λ<=n,8192,0,83527,10.1961669921875
RHLMP,λ<=n,8192,0,81503,9.9490966796875
RHLMP,λ<=n,8192,0,64043,7.8177490234375
RHLMP,λ<=n,8192,0,56603,6.9095458984375
RHLMP,λ<=n,8192,0,59023,7.2049560546875
RHLMP,λ<=n,8192,0,53709,6.5562744140625
RHLMP,λ<=n,8192,0,80342,9.807373046875
RHLMP,λ<=n,8192,0,82067,10.0179443359375
RHLMP,λ<=n,8192,0,68292,8.33642578125
RHLMP,λ<=n,8192,0,89684,10.94775390625
RHLMP,λ<=n,8192,0,75538,9.220947265625
RHLMP,λ<=n,8192,0,78123,9.5364990234375
RHLMP,λ<=n,8192,0,58865,7.1856689453125
RHLMP,λ<=n,8192,0,55532,6.77880859375
RHLMP,λ<=n,8192,0,112822,13.772216796875
RHLMP,λ<=n,8192,0,57229,6.9859619140625
RHLMP,λ<=n,8192,0,58338,7.121337890625
RHLMP,λ<=n,8192,0,76174,9.298583984375
RHLMP,λ<=n,8192,0,57192,6.9814453125
RHLMP,λ<=n,8192,0,69218,8.449462890625
RHLMP,λ<=n,8192,0,53567,6.5389404296875
RHLMP,λ<=n,8192,0,57779,7.0531005859375
RHLMP,λ<=n,8192,0,68192,8.32421875
RHLMP,λ<=n,8192,0,56611,6.9105224609375
RHLMP,λ<=n,8192,0,64559,7.8807373046875
RHLMP,λ<=n,8192,0,63657,7.7706298828125
RHLMP,λ<=n,8192,0,54983,6.7117919921875
RHLMP,λ<=n,8192,0,82260,10.04150390625
RHLMP,λ<=n,8192,0,58000,7.080078125
RHLMP,λ<=n,8192,0,68804,8.39892578125
RHLMP,λ<=n,8192,0,56626,6.912353515625
RHLMP,λ<=n,8192,0,105063,12.8250732421875
RHLMP,λ<=n,8192,0,58179,7.1019287109375
RHLMP,λ<=n,8192,0,78881,9.6290283203125
RHLMP,λ<=n,8192,0,67921,8.2911376953125
RHLMP,λ<=n,8192,0,86435,10.5511474609375
RHLMP,λ<=n,8192,0,54209,6.6173095703125
RHLMP,λ<=n,8192,0,56181,6.8580322265625
RHLMP,λ<=n,8192,0,54673,6.6739501953125
RHLMP,λ<=n,8192,0,55408,6.763671875
RHLMP,λ<=n,8192,0,56155,6.8548583984375
RHLMP,λ<=n,8192,0,54063,6.5994873046875
RHLMP,λ<=n,8192,0,89538,10.929931640625
RHLMP,λ<=n,8192,0,90419,11.0374755859375
RRLMP,λ<=n,8192,0,152685,18.6383056640625
RRLMP,λ<=n,8192,0,72678,8.871826171875
RRLMP,λ<=n,8192,0,65056,7.94140625
RRLMP,λ<=n,8192,0,85832,10.4775390625
RRLMP,λ<=n,8192,0,96976,11.837890625
RRLMP,λ<=n,8192,0,83743,10.2225341796875
RRLMP,λ<=n,8192,0,66651,8.1361083984375
RRLMP,λ<=n,8192,0,125132,15.27490234375
RRLMP,λ<=n,8192,0,69326,8.462646484375
RRLMP,λ<=n,8192,0,64958,7.929443359375
RRLMP,λ<=n,8192,0,66569,8.1260986328125
RRLMP,λ<=n,8192,0,107465,13.1182861328125
RRLMP,λ<=n,8192,0,83708,10.21826171875
RRLMP,λ<=n,8192,0,78528,9.5859375
RRLMP,λ<=n,8192,0,76710,9.364013671875
RRLMP,λ<=n,8192,0,81098,9.899658203125
RRLMP,λ<=n,8192,0,59508,7.26416015625
RRLMP,λ<=n,8192,0,75019,9.1575927734375
RRLMP,λ<=n,8192,0,73509,8.9732666015625
RRLMP,λ<=n,8192,0,74084,9.04345703125
RRLMP,λ<=n,8192,0,77755,9.4915771484375
RRLMP,λ<=n,8192,0,154944,18.9140625
RRLMP,λ<=n,8192,0,140172,17.11083984375
RRLMP,λ<=n,8192,0,90312,11.0244140625
RRLMP,λ<=n,8192,0,64855,7.9168701171875
RRLMP,λ<=n,8192,0,64735,7.9022216796875
RRLMP,λ<=n,8192,0,86901,10.6080322265625
RRLMP,λ<=n,8192,0,69775,8.5174560546875
RRLMP,λ<=n,8192,0,79825,9.7442626953125
RRLMP,λ<=n,8192,0,77634,9.476806640625
RRLMP,λ<=n,8192,0,65017,7.9366455078125
RRLMP,λ<=n,8192,0,108318,13.222412109375
RRLMP,λ<=n,8192,0,60877,7.4312744140625
RRLMP,λ<=n,8192,0,90331,11.0267333984375
RRLMP,λ<=n,8192,0,60869,7.4302978515625
RRLMP,λ<=n,8192,0,85385,10.4229736328125
RRLMP,λ<=n,8192,0,59660,7.28271484375
RRLMP,λ<=n,8192,0,85419,10.4271240234375
RRLMP,λ<=n,8192,0,61733,7.5357666015625
RRLMP,λ<=n,8192,0,83884,10.23974609375
RRLMP,λ<=n,8192,0,58636,7.15771484375
RRLMP,λ<=n,8192,0,65151,7.9530029296875
RRLMP,λ<=n,8192,0,69671,8.5047607421875
RRLMP,λ<=n,8192,0,118614,14.479248046875
RRLMP,λ<=n,8192,0,64465,7.8692626953125
RRLMP,λ<=n,8192,0,96107,11.7318115234375
RRLMP,λ<=n,8192,0,65095,7.9461669921875
RRLMP,λ<=n,8192,0,70036,8.54931640625
RRLMP,λ<=n,8192,0,69018,8.425048828125
RRLMP,λ<=n,8192,0,63255,7.7215576171875
RRLMP,λ<=n,8192,0,61844,7.54931640625
RRLMP,λ<=n,8192,0,85004,10.37646484375
RRLMP,λ<=n,8192,0,59688,7.2861328125
RRLMP,λ<=n,8192,0,80529,9.8302001953125
RRLMP,λ<=n,8192,0,75588,9.22705078125
RRLMP,λ<=n,8192,0,63189,7.7135009765625
RRLMP,λ<=n,8192,0,52104,6.3603515625
RRLMP,λ<=n,8192,0,62043,7.5736083984375
RRLMP,λ<=n,8192,0,60050,7.330322265625
RRLMP,λ<=n,8192,0,65191,7.9578857421875
RRLMP,λ<=n,8192,0,60781,7.4195556640625
RRLMP,λ<=n,8192,0,92205,11.2554931640625
RRLMP,λ<=n,8192,0,66504,8.1181640625
RRLMP,λ<=n,8192,0,66548,8.12353515625
RRLMP,λ<=n,8192,0,86491,10.5579833984375
RRLMP,λ<=n,8192,0,67076,8.18798828125
RRLMP,λ<=n,8192,0,95306,11.634033203125
RRLMP,λ<=n,8192,0,137660,16.80419921875
RRLMP,λ<=n,8192,0,63969,7.8087158203125
RRLMP,λ<=n,8192,0,66015,8.0584716796875
RRLMP,λ<=n,8192,0,74129,9.0489501953125
RRLMP,λ<=n,8192,0,111289,13.5850830078125
RRLMP,λ<=n,8192,0,90240,11.015625
RRLMP,λ<=n,8192,0,75961,9.2725830078125
RRLMP,λ<=n,8192,0,65299,7.9710693359375
RRLMP,λ<=n,8192,0,68497,8.3614501953125
RRLMP,λ<=n,8192,0,98197,11.9869384765625
RRLMP,λ<=n,8192,0,58025,7.0831298828125
RRLMP,λ<=n,8192,0,63759,7.7830810546875
RRLMP,λ<=n,8192,0,61748,7.53759765625
RRLMP,λ<=n,8192,0,68870,8.406982421875
RRLMP,λ<=n,8192,0,60225,7.3516845703125
RRLMP,λ<=n,8192,0,58938,7.194580078125
RRLMP,λ<=n,8192,0,68804,8.39892578125
RRLMP,λ<=n,8192,0,133463,16.2918701171875
RRLMP,λ<=n,8192,0,60290,7.359619140625
RRLMP,λ<=n,8192,0,92633,11.3077392578125
RRLMP,λ<=n,8192,0,92322,11.269775390625
RRLMP,λ<=n,8192,0,62300,7.60498046875
RRLMP,λ<=n,8192,0,65444,7.98876953125
RRLMP,λ<=n,8192,0,130446,15.923583984375
RRLMP,λ<=n,8192,0,71564,8.73583984375
RRLMP,λ<=n,8192,0,84157,10.2730712890625
RRLMP,λ<=n,8192,0,59921,7.3145751953125
RRLMP,λ<=n,8192,0,124545,15.2032470703125
RRLMP,λ<=n,8192,0,82451,10.0648193359375
RRLMP,λ<=n,8192,0,111974,13.668701171875
RRLMP,λ<=n,8192,0,85542,10.442138671875
RRLMP,λ<=n,8192,0,74099,9.0452880859375
RRLMP,λ<=n,8192,0,76058,9.284423828125
RSLMP,λ<=n,8192,0,106580,13.01025390625
RSLMP,λ<=n,8192,0,112042,13.677001953125
RSLMP,λ<=n,8192,0,106575,13.0096435546875
RSLMP,λ<=n,8192,0,153545,18.7432861328125
RSLMP,λ<=n,8192,0,199819,24.3919677734375
RSLMP,λ<=n,8192,0,140520,17.1533203125
RSLMP,λ<=n,8192,0,108238,13.212646484375
RSLMP,λ<=n,8192,0,96624,11.794921875
RSLMP,λ<=n,8192,0,193445,23.6138916015625
RSLMP,λ<=n,8192,0,162019,19.7777099609375
RSLMP,λ<=n,8192,0,88014,10.743896484375
RSLMP,λ<=n,8192,0,103964,12.69091796875
RSLMP,λ<=n,8192,0,106147,12.9573974609375
RSLMP,λ<=n,8192,0,92464,11.287109375
RSLMP,λ<=n,8192,0,86018,10.500244140625
RSLMP,λ<=n,8192,0,130244,15.89892578125
RSLMP,λ<=n,8192,0,109516,13.36865234375
RSLMP,λ<=n,8192,0,108069,13.1920166015625
RSLMP,λ<=n,8192,0,109068,13.31396484375
RSLMP,λ<=n,8192,0,108089,13.1944580078125
RSLMP,λ<=n,8192,0,83196,10.15576171875
RSLMP,λ<=n,8192,0,101531,12.3939208984375
RSLMP,λ<=n,8192,0,109354,13.348876953125
RSLMP,λ<=n,8192,0,87344,10.662109375
RSLMP,λ<=n,8192,0,141674,17.294189453125
RSLMP,λ<=n,8192,0,123480,15.0732421875
RSLMP,λ<=n,8192,0,124733,15.2261962890625
RSLMP,λ<=n,8192,0,154456,18.8544921875
RSLMP,λ<=n,8192,0,150815,18.4100341796875
RSLMP,λ<=n,8192,0,83731,10.2210693359375
RSLMP,λ<=n,8192,0,159814,19.508544921875
RSLMP,λ<=n,8192,0,150656,18.390625
RSLMP,λ<=n,8192,0,97683,11.9241943359375
RSLMP,λ<=n,8192,0,126959,15.4979248046875
RSLMP,λ<=n,8192,0,198568,24.2392578125
RSLMP,λ<=n,8192,0,125592,15.3310546875
RSLMP,λ<=n,8192,0,98787,12.0589599609375
RSLMP,λ<=n,8192,0,120157,14.6676025390625
RSLMP,λ<=n,8192,0,113446,13.848388671875
RSLMP,λ<=n,8192,0,142018,17.336181640625
RSLMP,λ<=n,8192,0,124368,15.181640625
RSLMP,λ<=n,8192,0,94365,11.5191650390625
RSLMP,λ<=n,8192,0,124248,15.1669921875
RSLMP,λ<=n,8192,0,94981,11.5943603515625
RSLMP,λ<=n,8192,0,278579,34.0062255859375
RSLMP,λ<=n,8192,0,108762,13.276611328125
RSLMP,λ<=n,8192,0,198109,24.1832275390625
RSLMP,λ<=n,8192,0,142074,17.343017578125
RSLMP,λ<=n,8192,0,121476,14.82861328125
RSLMP,λ<=n,8192,0,102539,12.5169677734375
RSLMP,λ<=n,8192,0,107644,13.14013671875
RSLMP,λ<=n,8192,0,127023,15.5057373046875
RSLMP,λ<=n,8192,0,95408,11.646484375
RSLMP,λ<=n,8192,0,114838,14.018310546875
RSLMP,λ<=n,8192,0,149052,18.19482421875
RSLMP,λ<=n,8192,0,268680,32.7978515625
RSLMP,λ<=n,8192,0,131472,16.048828125
RSLMP,λ<=n,8192,0,80819,9.8656005859375
RSLMP,λ<=n,8192,0,105315,12.8558349609375
RSLMP,λ<=n,8192,0,106587,13.0111083984375
RSLMP,λ<=n,8192,0,107754,13.153564453125
RSLMP,λ<=n,8192,0,75388,9.20263671875
RSLMP,λ<=n,8192,0,290315,35.4388427734375
RSLMP,λ<=n,8192,0,125915,15.3704833984375
RSLMP,λ<=n,8192,0,114185,13.9385986328125
RSLMP,λ<=n,8192,0,84284,10.28857421875
RSLMP,λ<=n,8192,0,171033,20.8780517578125
RSLMP,λ<=n,8192,0,202680,24.7412109375
RSLMP,λ<=n,8192,0,90142,11.003662109375
RSLMP,λ<=n,8192,0,127063,15.5106201171875
RSLMP,λ<=n,8192,0,277344,33.85546875
RSLMP,λ<=n,8192,0,117400,14.3310546875
RSLMP,λ<=n,8192,0,112928,13.78515625
RSLMP,λ<=n,8192,0,141986,17.332275390625
RSLMP,λ<=n,8192,0,115952,14.154296875
RSLMP,λ<=n,8192,0,218531,26.6761474609375
RSLMP,λ<=n,8192,0,113720,13.8818359375
RSLMP,λ<=n,8192,0,112378,13.718017578125
RSLMP,λ<=n,8192,0,120370,14.693603515625
RSLMP,λ<=n,8192,0,85335,10.4168701171875
RSLMP,λ<=n,8192,0,97470,11.898193359375
RSLMP,λ<=n,8192,0,166483,20.3226318359375
RSLMP,λ<=n,8192,0,89732,10.95361328125
RSLMP,λ<=n,8192,0,117651,14.3616943359375
RSLMP,λ<=n,8192,0,109505,13.3673095703125
RSLMP,λ<=n,8192,0,137151,16.7420654296875
RSLMP,λ<=n,8192,0,103192,12.5966796875
RSLMP,λ<=n,8192,0,136474,16.659423828125
RSLMP,λ<=n,8192,0,130886,15.977294921875
RSLMP,λ<=n,8192,0,79028,9.64697265625
RSLMP,λ<=n,8192,0,120314,14.686767578125
RSLMP,λ<=n,8192,0,102468,12.50830078125
RSLMP,λ<=n,8192,0,103207,12.5985107421875
RSLMP,λ<=n,8192,0,170524,20.81591796875
RSLMP,λ<=n,8192,0,86674,10.580322265625
RSLMP,λ<=n,8192,0,97554,11.908447265625
RSLMP,λ<=n,8192,0,195775,23.8983154296875
RSLMP,λ<=n,8192,0,120105,14.6612548828125
RSLMP,λ<=n,8192,0,85680,10.458984375
RSLMP,λ<=n,8192,0,80739,9.8558349609375
RSDIP,λ<=n,8192,0,88963,10.8597412109375
RSDIP,λ<=n,8192,0,156443,19.0970458984375
RSDIP,λ<=n,8192,0,112726,13.760498046875
RSDIP,λ<=n,8192,0,136829,16.7027587890625
RSDIP,λ<=n,8192,0,106506,13.001220703125
RSDIP,λ<=n,8192,0,136157,16.6207275390625
RSDIP,λ<=n,8192,0,133358,16.279052734375
RSDIP,λ<=n,8192,0,218746,26.702392578125
RSDIP,λ<=n,8192,0,96176,11.740234375
RSDIP,λ<=n,8192,0,205977,25.1436767578125
RSDIP,λ<=n,8192,0,109622,13.381591796875
RSDIP,λ<=n,8192,0,90489,11.0460205078125
RSDIP,λ<=n,8192,0,85790,10.472412109375
RSDIP,λ<=n,8192,0,92384,11.27734375
RSDIP,λ<=n,8192,0,137450,16.778564453125
RSDIP,λ<=n,8192,0,91540,11.17431640625
RSDIP,λ<=n,8192,0,135354,16.522705078125
RSDIP,λ<=n,8192,0,154362,18.843017578125
RSDIP,λ<=n,8192,0,102826,12.552001953125
RSDIP,λ<=n,8192,0,100446,12.261474609375
RSDIP,λ<=n,8192,0,98674,12.045166015625
RSDIP,λ<=n,8192,0,157410,19.215087890625
RSDIP,λ<=n,8192,0,103082,12.583251953125
RSDIP,λ<=n,8192,0,124439,15.1903076171875
RSDIP,λ<=n,8192,0,142594,17.406494140625
RSDIP,λ<=n,8192,0,112840,13.7744140625
RSDIP,λ<=n,8192,0,118269,14.4371337890625
RSDIP,λ<=n,8192,0,127173,15.5240478515625
RSDIP,λ<=n,8192,0,108211,13.2093505859375
RSDIP,λ<=n,8192,0,107346,13.103759765625
RSDIP,λ<=n,8192,0,127428,15.55517578125
RSDIP,λ<=n,8192,0,98318,12.001708984375
RSDIP,λ<=n,8192,0,98323,12.0023193359375
RSDIP,λ<=n,8192,0,101106,12.342041015625
RSDIP,λ<=n,8192,0,217092,26.50048828125
RSDIP,λ<=n,8192,0,115337,14.0792236328125
RSDIP,λ<=n,8192,0,130207,15.8944091796875
RSDIP,λ<=n,8192,0,131743,16.0819091796875
RSDIP,λ<=n,8192,0,104070,12.703857421875
RSDIP,λ<=n,8192,0,87289,10.6553955078125
RSDIP,λ<=n,8192,0,117672,14.3642578125
RSDIP,λ<=n,8192,0,162676,19.85791015625
RSDIP,λ<=n,8192,0,93815,11.4520263671875
RSDIP,λ<=n,8192,0,105352,12.8603515625
RSDIP,λ<=n,8192,0,130004,15.86962890625
RSDIP,λ<=n,8192,0,121017,14.7725830078125
RSDIP,λ<=n,8192,0,88566,10.811279296875
RSDIP,λ<=n,8192,0,98223,11.9901123046875
RSDIP,λ<=n,8192,0,184590,22.532958984375
RSDIP,λ<=n,8192,0,119861,14.6314697265625
RSDIP,λ<=n,8192,0,133002,16.235595703125
RSDIP,λ<=n,8192,0,120448,14.703125
RSDIP,λ<=n,8192,0,107411,13.1116943359375
RSDIP,λ<=n,8192,0,152714,18.641845703125
RSDIP,λ<=n,8192,0,122930,15.006103515625
RSDIP,λ<=n,8192,0,182291,22.2523193359375
RSDIP,λ<=n,8192,0,137356,16.76708984375
RSDIP,λ<=n,8192,0,158457,19.3428955078125
RSDIP,λ<=n,8192,0,101845,12.4322509765625
RSDIP,λ<=n,8192,0,108087,13.1942138671875
RSDIP,λ<=n,8192,0,131678,16.073974609375
RSDIP,λ<=n,8192,0,125889,15.3673095703125
RSDIP,λ<=n,8192,0,179059,21.8577880859375
RSDIP,λ<=n,8192,0,164482,20.078369140625
RSDIP,λ<=n,8192,0,120169,14.6690673828125
RSDIP,λ<=n,8192,0,125761,15.3516845703125
RSDIP,λ<=n,8192,0,125199,15.2830810546875
RSDIP,λ<=n,8192,0,97588,11.91259765625
RSDIP,λ<=n,8192,0,123154,15.033447265625
RSDIP,λ<=n,8192,0,122369,14.9376220703125
RSDIP,λ<=n,8192,0,133933,16.3492431640625
RSDIP,λ<=n,8192,0,112210,13.697509765625
RSDIP,λ<=n,8192,0,91510,11.170654296875
RSDIP,λ<=n,8192,0,110559,13.4959716796875
RSDIP,λ<=n,8192,0,89764,10.95751953125
RSDIP,λ<=n,8192,0,152276,18.58837890625
RSDIP,λ<=n,8192,0,99311,12.1229248046875
RSDIP,λ<=n,8192,0,210873,25.7413330078125
RSDIP,λ<=n,8192,0,125452,15.31396484375
RSDIP,λ<=n,8192,0,98345,12.0050048828125
RSDIP,λ<=n,8192,0,110135,13.4442138671875
RSDIP,λ<=n,8192,0,105341,12.8590087890625
RSDIP,λ<=n,8192,0,139104,16.98046875
RSDIP,λ<=n,8192,0,198081,24.1798095703125
RSDIP,λ<=n,8192,0,99293,12.1207275390625
RSDIP,λ<=n,8192,0,170796,20.84912109375
RSDIP,λ<=n,8192,0,129017,15.7491455078125
RSDIP,λ<=n,8192,0,135408,16.529296875
RSDIP,λ<=n,8192,0,92315,11.2689208984375
RSDIP,λ<=n,8192,0,100195,12.2308349609375
RSDIP,λ<=n,8192,0,166004,20.26416015625
RSDIP,λ<=n,8192,0,133076,16.24462890625
RSDIP,λ<=n,8192,0,92701,11.3160400390625
RSDIP,λ<=n,8192,0,95044,11.60205078125
RSDIP,λ<=n,8192,0,98974,12.081787109375
RSDIP,λ<=n,8192,0,102522,12.514892578125
RSDIP,λ<=n,8192,0,120031,14.6522216796875
RSDIP,λ<=n,8192,0,146212,17.84814453125
RSDIP,λ<=n,8192,0,101810,12.427978515625
RSDIP,λ<=n,8192,0,92161,11.2501220703125
RRDIP,λ<=n,8192,0,89321,10.9034423828125
RRDIP,λ<=n,8192,0,89891,10.9730224609375
RRDIP,λ<=n,8192,0,63996,7.81201171875
RRDIP,λ<=n,8192,0,86406,10.547607421875
RRDIP,λ<=n,8192,0,71110,8.680419921875
RRDIP,λ<=n,8192,0,74009,9.0343017578125
RRDIP,λ<=n,8192,0,120923,14.7611083984375
RRDIP,λ<=n,8192,0,92264,11.2626953125
RRDIP,λ<=n,8192,0,70458,8.600830078125
RRDIP,λ<=n,8192,0,83064,10.1396484375
RRDIP,λ<=n,8192,0,82001,10.0098876953125
RRDIP,λ<=n,8192,0,99084,12.09521484375
RRDIP,λ<=n,8192,0,182775,22.3114013671875
RRDIP,λ<=n,8192,0,72460,8.84521484375
RRDIP,λ<=n,8192,0,92008,11.2314453125
RRDIP,λ<=n,8192,0,99715,12.1722412109375
RRDIP,λ<=n,8192,0,108933,13.2974853515625
RRDIP,λ<=n,8192,0,75494,9.215576171875
RRDIP,λ<=n,8192,0,84827,10.3548583984375
RRDIP,λ<=n,8192,0,115573,14.1080322265625
RRDIP,λ<=n,8192,0,69649,8.5020751953125
RRDIP,λ<=n,8192,0,75741,9.2457275390625
RRDIP,λ<=n,8192,0,95973,11.7154541015625
RRDIP,λ<=n,8192,0,79840,9.74609375
RRDIP,λ<=n,8192,0,69123,8.4378662109375
RRDIP,λ<=n,8192,0,83233,10.1602783203125
RRDIP,λ<=n,8192,0,77388,9.44677734375
RRDIP,λ<=n,8192,0,95906,11.707275390625
RRDIP,λ<=n,8192,0,87437,10.6734619140625
RRDIP,λ<=n,8192,0,64758,7.905029296875
RRDIP,λ<=n,8192,0,107163,13.0814208984375
RRDIP,λ<=n,8192,0,97067,11.8489990234375
RRDIP,λ<=n,8192,0,72228,8.81689453125
RRDIP,λ<=n,8192,0,91872,11.21484375
RRDIP,λ<=n,8192,0,77201,9.4239501953125
RRDIP,λ<=n,8192,0,75001,9.1553955078125
RRDIP,λ<=n,8192,0,79983,9.7635498046875
RRDIP,λ<=n,8192,0,70019,8.5472412109375
RRDIP,λ<=n,8192,0,95350,11.639404296875
RRDIP,λ<=n,8192,0,74252,9.06396484375
RRDIP,λ<=n,8192,0,128380,15.67138671875
RRDIP,λ<=n,8192,0,116019,14.1624755859375
RRDIP,λ<=n,8192,0,127858,15.607666015625
RRDIP,λ<=n,8192,0,120801,14.7462158203125
RRDIP,λ<=n,8192,0,70572,8.61474609375
RRDIP,λ<=n,8192,0,90513,11.0489501953125
RRDIP,λ<=n,8192,0,153964,18.79443359375
RRDIP,λ<=n,8192,0,80617,9.8409423828125
RRDIP,λ<=n,8192,0,122767,14.9862060546875
RRDIP,λ<=n,8192,0,116189,14.1832275390625
RRDIP,λ<=n,8192,0,82897,10.1192626953125
RRDIP,λ<=n,8192,0,101831,12.4305419921875
RRDIP,λ<=n,8192,0,73862,9.016357421875
RRDIP,λ<=n,8192,0,69895,8.5321044921875
RRDIP,λ<=n,8192,0,75016,9.1572265625
RRDIP,λ<=n,8192,0,73797,9.0084228515625
RRDIP,λ<=n,8192,0,89069,10.8726806640625
RRDIP,λ<=n,8192,0,68518,8.364013671875
RRDIP,λ<=n,8192,0,80704,9.8515625
RRDIP,λ<=n,8192,0,73344,8.953125
RRDIP,λ<=n,8192,0,72878,8.896240234375
RRDIP,λ<=n,8192,0,71769,8.7608642578125
RRDIP,λ<=n,8192,0,76127,9.2928466796875
RRDIP,λ<=n,8192,0,79828,9.74462890625
RRDIP,λ<=n,8192,0,87208,10.6455078125
RRDIP,λ<=n,8192,0,69863,8.5281982421875
RRDIP,λ<=n,8192,0,87099,10.6322021484375
RRDIP,λ<=n,8192,0,78852,9.62548828125
RRDIP,λ<=n,8192,0,74688,9.1171875
RRDIP,λ<=n,8192,0,74241,9.0626220703125
RRDIP,λ<=n,8192,0,93461,11.4088134765625
RRDIP,λ<=n,8192,0,78273,9.5548095703125
RRDIP,λ<=n,8192,0,88295,10.7781982421875
RRDIP,λ<=n,8192,0,171407,20.9237060546875
RRDIP,λ<=n,8192,0,99978,12.204345703125
RRDIP,λ<=n,8192,0,87349,10.6627197265625
RRDIP,λ<=n,8192,0,70794,8.641845703125
RRDIP,λ<=n,8192,0,80319,9.8045654296875
RRDIP,λ<=n,8192,0,102607,12.5252685546875
RRDIP,λ<=n,8192,0,70712,8.6318359375
RRDIP,λ<=n,8192,0,89800,10.9619140625
RRDIP,λ<=n,8192,0,102556,12.51904296875
RRDIP,λ<=n,8192,0,90057,10.9932861328125
RRDIP,λ<=n,8192,0,92524,11.29443359375
RRDIP,λ<=n,8192,0,88410,10.792236328125
RRDIP,λ<=n,8192,0,117060,14.28955078125
RRDIP,λ<=n,8192,0,80490,9.825439453125
RRDIP,λ<=n,8192,0,90711,11.0731201171875
RRDIP,λ<=n,8192,0,87702,10.705810546875
RRDIP,λ<=n,8192,0,82094,10.021240234375
RRDIP,λ<=n,8192,0,91142,11.125732421875
RRDIP,λ<=n,8192,0,73530,8.975830078125
RRDIP,λ<=n,8192,0,76369,9.3223876953125
RRDIP,λ<=n,8192,0,80501,9.8267822265625
RRDIP,λ<=n,8192,0,84179,10.2757568359375
RRDIP,λ<=n,8192,0,82930,10.123291015625
RRDIP,λ<=n,8192,0,77447,9.4539794921875
RRDIP,λ<=n,8192,0,85172,10.39697265625
RRDIP,λ<=n,8192,0,101400,12.3779296875
RRDIP,λ<=n,8192,0,86113,10.5118408203125
RHDIP,λ<=n,8192,0,74283,9.0677490234375
RHDIP,λ<=n,8192,0,103254,12.604248046875
RHDIP,λ<=n,8192,0,64202,7.837158203125
RHDIP,λ<=n,8192,0,69570,8.492431640625
RHDIP,λ<=n,8192,0,65687,8.0184326171875
RHDIP,λ<=n,8192,0,80851,9.8695068359375
RHDIP,λ<=n,8192,0,71611,8.7415771484375
RHDIP,λ<=n,8192,0,85242,10.405517578125
RHDIP,λ<=n,8192,0,82589,10.0816650390625
RHDIP,λ<=n,8192,0,86068,10.50634765625
RHDIP,λ<=n,8192,0,62606,7.642333984375
RHDIP,λ<=n,8192,0,64040,7.8173828125
RHDIP,λ<=n,8192,0,68572,8.37060546875
RHDIP,λ<=n,8192,0,79952,9.759765625
RHDIP,λ<=n,8192,0,109518,13.368896484375
RHDIP,λ<=n,8192,0,63045,7.6959228515625
RHDIP,λ<=n,8192,0,108589,13.2554931640625
RHDIP,λ<=n,8192,0,69416,8.4736328125
RHDIP,λ<=n,8192,0,89682,10.947509765625
RHDIP,λ<=n,8192,0,69930,8.536376953125
RHDIP,λ<=n,8192,0,62613,7.6431884765625
RHDIP,λ<=n,8192,0,75037,9.1597900390625
RHDIP,λ<=n,8192,0,66807,8.1551513671875
RHDIP,λ<=n,8192,0,65388,7.98193359375
RHDIP,λ<=n,8192,0,62766,7.661865234375
RHDIP,λ<=n,8192,0,63772,7.78466796875
RHDIP,λ<=n,8192,0,75297,9.1915283203125
RHDIP,λ<=n,8192,0,73129,8.9268798828125
RHDIP,λ<=n,8192,0,84860,10.35888671875
RHDIP,λ<=n,8192,0,132813,16.2125244140625
RHDIP,λ<=n,8192,0,69544,8.4892578125
RHDIP,λ<=n,8192,0,84797,10.3511962890625
RHDIP,λ<=n,8192,0,69650,8.502197265625
RHDIP,λ<=n,8192,0,129353,15.7901611328125
RHDIP,λ<=n,8192,0,84431,10.3065185546875
RHDIP,λ<=n,8192,0,68989,8.4215087890625
RHDIP,λ<=n,8192,0,96530,11.783447265625
RHDIP,λ<=n,8192,0,69712,8.509765625
RHDIP,λ<=n,8192,0,64250,7.843017578125
RHDIP,λ<=n,8192,0,72074,8.798095703125
RHDIP,λ<=n,8192,0,71544,8.7333984375
RHDIP,λ<=n,8192,0,80581,9.8365478515625
RHDIP,λ<=n,8192,0,89711,10.9510498046875
RHDIP,λ<=n,8192,0,63858,7.795166015625
RHDIP,λ<=n,8192,0,66184,8.0791015625
RHDIP,λ<=n,8192,0,80102,9.778076171875
RHDIP,λ<=n,8192,0,78688,9.60546875
RHDIP,λ<=n,8192,0,62768,7.662109375
RHDIP,λ<=n,8192,0,87206,10.645263671875
RHDIP,λ<=n,8192,0,77439,9.4530029296875
RHDIP,λ<=n,8192,0,64415,7.8631591796875
RHDIP,λ<=n,8192,0,81501,9.9488525390625
RHDIP,λ<=n,8192,0,85049,10.3819580078125
RHDIP,λ<=n,8192,0,64949,7.9283447265625
RHDIP,λ<=n,8192,0,79256,9.6748046875
RHDIP,λ<=n,8192,0,64296,7.8486328125
RHDIP,λ<=n,8192,0,90944,11.1015625
RHDIP,λ<=n,8192,0,88004,10.74267578125
RHDIP,λ<=n,8192,0,90338,11.027587890625
RHDIP,λ<=n,8192,0,69497,8.4835205078125
RHDIP,λ<=n,8192,0,84747,10.3450927734375
RHDIP,λ<=n,8192,0,91569,11.1778564453125
RHDIP,λ<=n,8192,0,71889,8.7755126953125
RHDIP,λ<=n,8192,0,64539,7.8782958984375
RHDIP,λ<=n,8192,0,63458,7.746337890625
RHDIP,λ<=n,8192,0,93298,11.388916015625
RHDIP,λ<=n,8192,0,79019,9.6458740234375
RHDIP,λ<=n,8192,0,73507,8.9730224609375
RHDIP,λ<=n,8192,0,79566,9.712646484375
RHDIP,λ<=n,8192,0,66261,8.0885009765625
RHDIP,λ<=n,8192,0,75928,9.2685546875
RHDIP,λ<=n,8192,0,84388,10.30126953125
RHDIP,λ<=n,8192,0,73673,8.9932861328125
RHDIP,λ<=n,8192,0,78634,9.598876953125
RHDIP,λ<=n,8192,0,71729,8.7559814453125
RHDIP,λ<=n,8192,0,76318,9.316162109375
RHDIP,λ<=n,8192,0,69899,8.5325927734375
RHDIP,λ<=n,8192,0,72595,8.8616943359375
RHDIP,λ<=n,8192,0,65918,8.046630859375
RHDIP,λ<=n,8192,0,71388,8.71435546875
RHDIP,λ<=n,8192,0,66419,8.1077880859375
RHDIP,λ<=n,8192,0,66200,8.0810546875
RHDIP,λ<=n,8192,0,78655,9.6014404296875
RHDIP,λ<=n,8192,0,117382,14.328857421875
RHDIP,λ<=n,8192,0,134295,16.3934326171875
RHDIP,λ<=n,8192,0,112987,13.7923583984375
RHDIP,λ<=n,8192,0,87139,10.6370849609375
RHDIP,λ<=n,8192,0,100394,12.255126953125
RHDIP,λ<=n,8192,0,133814,16.334716796875
RHDIP,λ<=n,8192,0,69781,8.5181884765625
RHDIP,λ<=n,8192,0,72112,8.802734375
RHDIP,λ<=n,8192,0,80675,9.8480224609375
RHDIP,λ<=n,8192,0,66644,8.13525390625
RHDIP,λ<=n,8192,0,69121,8.4376220703125
RHDIP,λ<=n,8192,0,64144,7.830078125
RHDIP,λ<=n,8192,0,90739,11.0765380859375
RHDIP,λ<=n,8192,0,92023,11.2332763671875
RHDIP,λ<=n,8192,0,84820,10.35400390625
RHDIP,λ<=n,8192,0,76800,9.375
RHLIP,λ<=n,8192,0,88846,10.845458984375
RHLIP,λ<=n,8192,0,68476,8.35888671875
RHLIP,λ<=n,8192,0,74820,9.13330078125
RHLIP,λ<=n,8192,0,78754,9.613525390625
RHLIP,λ<=n,8192,0,69681,8.5059814453125
RHLIP,λ<=n,8192,0,64550,7.879638671875
RHLIP,λ<=n,8192,0,112810,13.770751953125
RHLIP,λ<=n,8192,0,65035,7.9388427734375
RHLIP,λ<=n,8192,0,78436,9.57470703125
RHLIP,λ<=n,8192,0,67278,8.212646484375
RHLIP,λ<=n,8192,0,70202,8.569580078125
RHLIP,λ<=n,8192,0,74872,9.1396484375
RHLIP,λ<=n,8192,0,87133,10.6363525390625
RHLIP,λ<=n,8192,0,73823,9.0115966796875
RHLIP,λ<=n,8192,0,85793,10.4727783203125
RHLIP,λ<=n,8192,0,75957,9.2720947265625
RHLIP,λ<=n,8192,0,85229,10.4039306640625
RHLIP,λ<=n,8192,0,160807,19.6297607421875
RHLIP,λ<=n,8192,0,84468,10.31103515625
RHLIP,λ<=n,8192,0,81101,9.9000244140625
RHLIP,λ<=n,8192,0,75509,9.2174072265625
RHLIP,λ<=n,8192,0,102549,12.5181884765625
RHLIP,λ<=n,8192,0,84361,10.2979736328125
RHLIP,λ<=n,8192,0,73755,9.0032958984375
RHLIP,λ<=n,8192,0,75616,9.23046875
RHLIP,λ<=n,8192,0,83258,10.163330078125
RHLIP,λ<=n,8192,0,77510,9.461669921875
RHLIP,λ<=n,8192,0,72853,8.8931884765625
RHLIP,λ<=n,8192,0,67731,8.2679443359375
RHLIP,λ<=n,8192,0,92615,11.3055419921875
RHLIP,λ<=n,8192,0,71632,8.744140625
RHLIP,λ<=n,8192,0,86590,10.570068359375
RHLIP,λ<=n,8192,0,82949,10.1256103515625
RHLIP,λ<=n,8192,0,88049,10.7481689453125
RHLIP,λ<=n,8192,0,68973,8.4195556640625
RHLIP,λ<=n,8192,0,70417,8.5958251953125
RHLIP,λ<=n,8192,0,68911,8.4119873046875
RHLIP,λ<=n,8192,0,75282,9.189697265625
RHLIP,λ<=n,8192,0,76232,9.3056640625
RHLIP,λ<=n,8192,0,99580,12.15576171875
RHLIP,λ<=n,8192,0,77231,9.4276123046875
RHLIP,λ<=n,8192,0,75711,9.2420654296875
RHLIP,λ<=n,8192,0,88729,10.8311767578125
RHLIP,λ<=n,8192,0,86209,10.5235595703125
RHLIP,λ<=n,8192,0,92844,11.33349609375
RHLIP,λ<=n,8192,0,77081,9.4093017578125
RHLIP,λ<=n,8192,0,67154,8.197509765625
RHLIP,λ<=n,8192,0,117470,14.339599609375
RHLIP,λ<=n,8192,0,109110,13.319091796875
RHLIP,λ<=n,8192,0,97121,11.8555908203125
RHLIP,λ<=n,8192,0,120318,14.687255859375
RHLIP,λ<=n,8192,0,70167,8.5653076171875
RHLIP,λ<=n,8192,0,99045,12.0904541015625
RHLIP,λ<=n,8192,0,82427,10.0618896484375
RHLIP,λ<=n,8192,0,67914,8.290283203125
RHLIP,λ<=n,8192,0,72006,8.789794921875
RHLIP,λ<=n,8192,0,83239,10.1610107421875
RHLIP,λ<=n,8192,0,71312,8.705078125
RHLIP,λ<=n,8192,0,70811,8.6439208984375
RHLIP,λ<=n,8192,0,84187,10.2767333984375
RHLIP,λ<=n,8192,0,69339,8.4642333984375
RHLIP,λ<=n,8192,0,128547,15.6917724609375
RHLIP,λ<=n,8192,0,113088,13.8046875
RHLIP,λ<=n,8192,0,81849,9.9913330078125
RHLIP,λ<=n,8192,0,72667,8.8704833984375
RHLIP,λ<=n,8192,0,85553,10.4434814453125
RHLIP,λ<=n,8192,0,94018,11.476806640625
RHLIP,λ<=n,8192,0,76268,9.31005859375
RHLIP,λ<=n,8192,0,89744,10.955078125
RHLIP,λ<=n,8192,0,74755,9.1253662109375
RHLIP,λ<=n,8192,0,109481,13.3643798828125
RHLIP,λ<=n,8192,0,94161,11.4942626953125
RHLIP,λ<=n,8192,0,87117,10.6343994140625
RHLIP,λ<=n,8192,0,75839,9.2576904296875
RHLIP,λ<=n,8192,0,126357,15.4244384765625
RHLIP,λ<=n,8192,0,75311,9.1932373046875
RHLIP,λ<=n,8192,0,82925,10.1226806640625
RHLIP,λ<=n,8192,0,77154,9.418212890625
RHLIP,λ<=n,8192,0,74036,9.03759765625
RHLIP,λ<=n,8192,0,70727,8.6336669921875
RHLIP,λ<=n,8192,0,71470,8.724365234375
RHLIP,λ<=n,8192,0,73552,8.978515625
RHLIP,λ<=n,8192,0,112055,13.6785888671875
RHLIP,λ<=n,8192,0,71165,8.6871337890625
RHLIP,λ<=n,8192,0,69012,8.42431640625
RHLIP,λ<=n,8192,0,125987,15.3792724609375
RHLIP,λ<=n,8192,0,93901,11.4625244140625
RHLIP,λ<=n,8192,0,72388,8.83642578125
RHLIP,λ<=n,8192,0,76917,9.3892822265625
RHLIP,λ<=n,8192,0,86779,10.5931396484375
RHLIP,λ<=n,8192,0,74204,9.05810546875
RHLIP,λ<=n,8192,0,66508,8.11865234375
RHLIP,λ<=n,8192,0,69719,8.5106201171875
RHLIP,λ<=n,8192,0,79157,9.6627197265625
RHLIP,λ<=n,8192,0,71163,8.6868896484375
RHLIP,λ<=n,8192,0,66559,8.1248779296875
RHLIP,λ<=n,8192,0,75713,9.2423095703125
RHLIP,λ<=n,8192,0,92002,11.230712890625
RHLIP,λ<=n,8192,0,84114,10.267822265625
RHLIP,λ<=n,8192,0,91448,11.1630859375
RRLIP,λ<=n,8192,0,118934,14.518310546875
RRLIP,λ<=n,8192,0,77710,9.486083984375
RRLIP,λ<=n,8192,0,93878,11.459716796875
RRLIP,λ<=n,8192,0,91456,11.1640625
RRLIP,λ<=n,8192,0,81553,9.9552001953125
RRLIP,λ<=n,8192,0,89608,10.9384765625
RRLIP,λ<=n,8192,0,93911,11.4637451171875
RRLIP,λ<=n,8192,0,83428,10.18408203125
RRLIP,λ<=n,8192,0,115455,14.0936279296875
RRLIP,λ<=n,8192,0,86052,10.50439453125
RRLIP,λ<=n,8192,0,99932,12.19873046875
RRLIP,λ<=n,8192,0,128136,15.6416015625
RRLIP,λ<=n,8192,0,126556,15.44873046875
RRLIP,λ<=n,8192,0,85521,10.4395751953125
RRLIP,λ<=n,8192,0,81169,9.9083251953125
RRLIP,λ<=n,8192,0,70468,8.60205078125
RRLIP,λ<=n,8192,0,101776,12.423828125
RRLIP,λ<=n,8192,0,121685,14.8541259765625
RRLIP,λ<=n,8192,0,85132,10.39208984375
RRLIP,λ<=n,8192,0,98582,12.033935546875
RRLIP,λ<=n,8192,0,75820,9.25537109375
RRLIP,λ<=n,8192,0,85960,10.4931640625
RRLIP,λ<=n,8192,0,82171,10.0306396484375
RRLIP,λ<=n,8192,0,106632,13.0166015625
RRLIP,λ<=n,8192,0,115834,14.139892578125
RRLIP,λ<=n,8192,0,91042,11.113525390625
RRLIP,λ<=n,8192,0,88722,10.830322265625
RRLIP,λ<=n,8192,0,84058,10.260986328125
RRLIP,λ<=n,8192,0,77978,9.518798828125
RRLIP,λ<=n,8192,0,91441,11.1622314453125
RRLIP,λ<=n,8192,0,78426,9.573486328125
RRLIP,λ<=n,8192,0,113724,13.88232421875
RRLIP,λ<=n,8192,0,70817,8.6446533203125
RRLIP,λ<=n,8192,0,71668,8.74853515625
RRLIP,λ<=n,8192,0,117167,14.3026123046875
RRLIP,λ<=n,8192,0,75706,9.241455078125
RRLIP,λ<=n,8192,0,94655,11.5545654296875
RRLIP,λ<=n,8192,0,77977,9.5186767578125
RRLIP,λ<=n,8192,0,73710,8.997802734375
RRLIP,λ<=n,8192,0,87796,10.71728515625
RRLIP,λ<=n,8192,0,79132,9.65966796875
RRLIP,λ<=n,8192,0,82476,10.06787109375
RRLIP,λ<=n,8192,0,82900,10.11962890625
RRLIP,λ<=n,8192,0,72880,8.896484375
RRLIP,λ<=n,8192,0,96559,11.7869873046875
RRLIP,λ<=n,8192,0,103947,12.6888427734375
RRLIP,λ<=n,8192,0,145376,17.74609375
RRLIP,λ<=n,8192,0,74345,9.0753173828125
RRLIP,λ<=n,8192,0,100284,12.24169921875
RRLIP,λ<=n,8192,0,77357,9.4429931640625
RRLIP,λ<=n,8192,0,71647,8.7459716796875
RRLIP,λ<=n,8192,0,80687,9.8494873046875
RRLIP,λ<=n,8192,0,72349,8.8316650390625
RRLIP,λ<=n,8192,0,69984,8.54296875
RRLIP,λ<=n,8192,0,82969,10.1280517578125
RRLIP,λ<=n,8192,0,130771,15.9632568359375
RRLIP,λ<=n,8192,0,90712,11.0732421875
RRLIP,λ<=n,8192,0,101818,12.428955078125
RRLIP,λ<=n,8192,0,119282,14.560791015625
RRLIP,λ<=n,8192,0,80485,9.8248291015625
RRLIP,λ<=n,8192,0,99223,12.1121826171875
RRLIP,λ<=n,8192,0,92486,11.289794921875
RRLIP,λ<=n,8192,0,134830,16.458740234375
RRLIP,λ<=n,8192,0,87618,10.695556640625
RRLIP,λ<=n,8192,0,195204,23.82861328125
RRLIP,λ<=n,8192,0,145396,17.74853515625
RRLIP,λ<=n,8192,0,74293,9.0689697265625
RRLIP,λ<=n,8192,0,95776,11.69140625
RRLIP,λ<=n,8192,0,111199,13.5740966796875
RRLIP,λ<=n,8192,0,95244,11.62646484375
RRLIP,λ<=n,8192,0,177472,21.6640625
RRLIP,λ<=n,8192,0,90091,10.9974365234375
RRLIP,λ<=n,8192,0,109638,13.383544921875
RRLIP,λ<=n,8192,0,74726,9.121826171875
RRLIP,λ<=n,8192,0,119236,14.55517578125
RRLIP,λ<=n,8192,0,86609,10.5723876953125
RRLIP,λ<=n,8192,0,75195,9.1790771484375
RRLIP,λ<=n,8192,0,83475,10.1898193359375
RRLIP,λ<=n,8192,0,72643,8.8675537109375
RRLIP,λ<=n,8192,0,84848,10.357421875
RRLIP,λ<=n,8192,0,108978,13.302978515625
RRLIP,λ<=n,8192,0,86970,10.616455078125
RRLIP,λ<=n,8192,0,73199,8.9354248046875
RRLIP,λ<=n,8192,0,86215,10.5242919921875
RRLIP,λ<=n,8192,0,77924,9.51220703125
RRLIP,λ<=n,8192,0,77111,9.4129638671875
RRLIP,λ<=n,8192,0,91208,11.1337890625
RRLIP,λ<=n,8192,0,97654,11.920654296875
RRLIP,λ<=n,8192,0,84125,10.2691650390625
RRLIP,λ<=n,8192,0,77307,9.4368896484375
RRLIP,λ<=n,8192,0,83298,10.168212890625
RRLIP,λ<=n,8192,0,75507,9.2171630859375
RRLIP,λ<=n,8192,0,124849,15.2403564453125
RRLIP,λ<=n,8192,0,89968,10.982421875
RRLIP,λ<=n,8192,0,76699,9.3626708984375
RRLIP,λ<=n,8192,0,86124,10.51318359375
RRLIP,λ<=n,8192,0,81076,9.89697265625
RRLIP,λ<=n,8192,0,87002,10.620361328125
RRLIP,λ<=n,8192,0,79733,9.7330322265625
RRLIP,λ<=n,8192,0,113258,13.825439453125
RSLIP,λ<=n,8192,0,112691,13.7562255859375
RSLIP,λ<=n,8192,0,120726,14.737060546875
RSLIP,λ<=n,8192,0,100438,12.260498046875
RSLIP,λ<=n,8192,0,149391,18.2362060546875
RSLIP,λ<=n,8192,0,110539,13.4935302734375
RSLIP,λ<=n,8192,0,189150,23.089599609375
RSLIP,λ<=n,8192,0,102752,12.54296875
RSLIP,λ<=n,8192,0,150474,18.368408203125
RSLIP,λ<=n,8192,0,113840,13.896484375
RSLIP,λ<=n,8192,0,127057,15.5098876953125
RSLIP,λ<=n,8192,0,102196,12.47509765625
RSLIP,λ<=n,8192,0,261255,31.8914794921875
RSLIP,λ<=n,8192,0,125748,15.35009765625
RSLIP,λ<=n,8192,0,92608,11.3046875
RSLIP,λ<=n,8192,0,135088,16.490234375
RSLIP,λ<=n,8192,0,85394,10.424072265625
RSLIP,λ<=n,8192,0,120588,14.72021484375
RSLIP,λ<=n,8192,0,92657,11.3106689453125
RSLIP,λ<=n,8192,0,109938,13.420166015625
RSLIP,λ<=n,8192,0,134719,16.4451904296875
RSLIP,λ<=n,8192,0,175722,21.450439453125
RSLIP,λ<=n,8192,0,211248,25.787109375
RSLIP,λ<=n,8192,0,97393,11.8887939453125
RSLIP,λ<=n,8192,0,124148,15.15478515625
RSLIP,λ<=n,8192,0,100931,12.3206787109375
RSLIP,λ<=n,8192,0,107684,13.14501953125
RSLIP,λ<=n,8192,0,159713,19.4962158203125
RSLIP,λ<=n,8192,0,148016,18.068359375
RSLIP,λ<=n,8192,0,128807,15.7235107421875
RSLIP,λ<=n,8192,0,132369,16.1583251953125
RSLIP,λ<=n,8192,0,181654,22.174560546875
RSLIP,λ<=n,8192,0,119396,14.57470703125
RSLIP,λ<=n,8192,0,145882,17.807861328125
RSLIP,λ<=n,8192,0,120035,14.6527099609375
RSLIP,λ<=n,8192,0,98208,11.98828125
RSLIP,λ<=n,8192,0,109843,13.4085693359375
RSLIP,λ<=n,8192,0,131859,16.0960693359375
RSLIP,λ<=n,8192,0,113118,13.808349609375
RSLIP,λ<=n,8192,0,110965,13.5455322265625
RSLIP,λ<=n,8192,0,124823,15.2371826171875
RSLIP,λ<=n,8192,0,179909,21.9615478515625
RSLIP,λ<=n,8192,0,109997,13.4273681640625
RSLIP,λ<=n,8192,0,142006,17.334716796875
RSLIP,λ<=n,8192,0,112081,13.6817626953125
RSLIP,λ<=n,8192,0,107922,13.174072265625
RSLIP,λ<=n,8192,0,167395,20.4339599609375
RSLIP,λ<=n,8192,0,137320,16.7626953125
RSLIP,λ<=n,8192,0,118273,14.4376220703125
RSLIP,λ<=n,8192,0,101178,12.350830078125
RSLIP,λ<=n,8192,0,108868,13.28955078125
RSLIP,λ<=n,8192,0,110211,13.4534912109375
RSLIP,λ<=n,8192,0,182305,22.2540283203125
RSLIP,λ<=n,8192,0,94319,11.5135498046875
RSLIP,λ<=n,8192,0,110972,13.54638671875
RSLIP,λ<=n,8192,0,95520,11.66015625
RSLIP,λ<=n,8192,0,117372,14.32763671875
RSLIP,λ<=n,8192,0,127438,15.556396484375
RSLIP,λ<=n,8192,0,265410,32.398681640625
RSLIP,λ<=n,8192,0,152286,18.589599609375
RSLIP,λ<=n,8192,0,188190,22.972412109375
RSLIP,λ<=n,8192,0,107572,13.13134765625
RSLIP,λ<=n,8192,0,122865,14.9981689453125
RSLIP,λ<=n,8192,0,123057,15.0216064453125
RSLIP,λ<=n,8192,0,180632,22.0498046875
RSLIP,λ<=n,8192,0,154686,18.882568359375
RSLIP,λ<=n,8192,0,114723,14.0042724609375
RSLIP,λ<=n,8192,0,93371,11.3978271484375
RSLIP,λ<=n,8192,0,112370,13.717041015625
RSLIP,λ<=n,8192,0,115686,14.121826171875
RSLIP,λ<=n,8192,0,146553,17.8897705078125
RSLIP,λ<=n,8192,0,107672,13.1435546875
RSLIP,λ<=n,8192,0,108317,13.2222900390625
RSLIP,λ<=n,8192,0,122470,14.949951171875
RSLIP,λ<=n,8192,0,125155,15.2777099609375
RSLIP,λ<=n,8192,0,102018,12.453369140625
RSLIP,λ<=n,8192,0,164489,20.0792236328125
RSLIP,λ<=n,8192,0,106345,12.9815673828125
RSLIP,λ<=n,8192,0,132342,16.155029296875
RSLIP,λ<=n,8192,0,143645,17.5347900390625
RSLIP,λ<=n,8192,0,125501,15.3199462890625
RSLIP,λ<=n,8192,0,115371,14.0833740234375
RSLIP,λ<=n,8192,0,116979,14.2796630859375
RSLIP,λ<=n,8192,0,160843,19.6341552734375
RSLIP,λ<=n,8192,0,147973,18.0631103515625
RSLIP,λ<=n,8192,0,113005,13.7945556640625
RSLIP,λ<=n,8192,0,142751,17.4256591796875
RSLIP,λ<=n,8192,0,139969,17.0860595703125
RSLIP,λ<=n,8192,0,132882,16.220947265625
RSLIP,λ<=n,8192,0,139454,17.023193359375
RSLIP,λ<=n,8192,0,103236,12.60205078125
RSLIP,λ<=n,8192,0,209896,25.6220703125
RSLIP,λ<=n,8192,0,100455,12.2625732421875
RSLIP,λ<=n,8192,0,109696,13.390625
RSLIP,λ<=n,8192,0,127365,15.5474853515625
RSLIP,λ<=n,8192,0,118981,14.5240478515625
RSLIP,λ<=n,8192,0,117527,14.3465576171875
RSLIP,λ<=n,8192,0,100976,12.326171875
RSLIP,λ<=n,8192,0,94532,11.53955078125
RSLIP,λ<=n,8192,0,97509,11.9029541015625
RSLIP,λ<=n,8192,0,142014,17.335693359375
RSDCD,λ<=n,8192,0,166213,20.2896728515625
RSDCD,λ<=n,8192,0,97338,11.882080078125
RSDCD,λ<=n,8192,0,158050,19.293212890625
RSDCD,λ<=n,8192,0,141325,17.2515869140625
RSDCD,λ<=n,8192,0,103872,12.6796875
RSDCD,λ<=n,8192,0,96517,11.7818603515625
RSDCD,λ<=n,8192,0,154723,18.8870849609375
RSDCD,λ<=n,8192,0,105090,12.828369140625
RSDCD,λ<=n,8192,0,94635,11.5521240234375
RSDCD,λ<=n,8192,0,127789,15.5992431640625
RSDCD,λ<=n,8192,0,107929,13.1749267578125
RSDCD,λ<=n,8192,0,135284,16.51416015625
RSDCD,λ<=n,8192,0,75506,9.217041015625
RSDCD,λ<=n,8192,0,87133,10.6363525390625
RSDCD,λ<=n,8192,0,100897,12.3165283203125
RSDCD,λ<=n,8192,0,135276,16.51318359375
RSDCD,λ<=n,8192,0,224389,27.3912353515625
RSDCD,λ<=n,8192,0,93435,11.4056396484375
RSDCD,λ<=n,8192,0,110578,13.498291015625
RSDCD,λ<=n,8192,0,75701,9.2408447265625
RSDCD,λ<=n,8192,0,102891,12.5599365234375
RSDCD,λ<=n,8192,0,91123,11.1234130859375
RSDCD,λ<=n,8192,0,71607,8.7410888671875
RSDCD,λ<=n,8192,0,84860,10.35888671875
RSDCD,λ<=n,8192,0,113330,13.834228515625
RSDCD,λ<=n,8192,0,88053,10.7486572265625
RSDCD,λ<=n,8192,0,159030,19.412841796875
RSDCD,λ<=n,8192,0,115749,14.1295166015625
RSDCD,λ<=n,8192,0,123325,15.0543212890625
RSDCD,λ<=n,8192,0,160358,19.574951171875
RSDCD,λ<=n,8192,0,181957,22.2115478515625
RSDCD,λ<=n,8192,0,95245,11.6265869140625
RSDCD,λ<=n,8192,0,220317,26.8941650390625
RSDCD,λ<=n,8192,0,82352,10.052734375
RSDCD,λ<=n,8192,0,103740,12.66357421875
RSDCD,λ<=n,8192,0,111766,13.643310546875
RSDCD,λ<=n,8192,0,78949,9.6373291015625
RSDCD,λ<=n,8192,0,87552,10.6875
RSDCD,λ<=n,8192,0,122037,14.8970947265625
RSDCD,λ<=n,8192,0,153263,18.7088623046875
RSDCD,λ<=n,8192,0,87445,10.6744384765625
RSDCD,λ<=n,8192,0,84508,10.31591796875
RSDCD,λ<=n,8192,0,134082,16.367431640625
RSDCD,λ<=n,8192,0,158182,19.309326171875
RSDCD,λ<=n,8192,0,250796,30.61474609375
RSDCD,λ<=n,8192,0,89565,10.9332275390625
RSDCD,λ<=n,8192,0,151985,18.5528564453125
RSDCD,λ<=n,8192,0,88196,10.76611328125
RSDCD,λ<=n,8192,0,92552,11.2978515625
RSDCD,λ<=n,8192,0,112657,13.7520751953125
RSDCD,λ<=n,8192,0,184697,22.5460205078125
RSDCD,λ<=n,8192,0,156081,19.0528564453125
RSDCD,λ<=n,8192,0,92807,11.3289794921875
RSDCD,λ<=n,8192,0,133843,16.3382568359375
RSDCD,λ<=n,8192,0,77092,9.41064453125
RSDCD,λ<=n,8192,0,110101,13.4400634765625
RSDCD,λ<=n,8192,0,151901,18.5426025390625
RSDCD,λ<=n,8192,0,199782,24.387451171875
RSDCD,λ<=n,8192,0,176841,21.5870361328125
RSDCD,λ<=n,8192,0,162746,19.866455078125
RSDCD,λ<=n,8192,0,130161,15.8887939453125
RSDCD,λ<=n,8192,0,72883,8.8968505859375
RSDCD,λ<=n,8192,0,73116,8.92529296875
RSDCD,λ<=n,8192,0,110598,13.500732421875
RSDCD,λ<=n,8192,0,179640,21.9287109375
RSDCD,λ<=n,8192,0,93953,11.4688720703125
RSDCD,λ<=n,8192,0,95403,11.6458740234375
RSDCD,λ<=n,8192,0,97495,11.9012451171875
RSDCD,λ<=n,8192,0,135693,16.5640869140625
RSDCD,λ<=n,8192,0,111934,13.663818359375
RSDCD,λ<=n,8192,0,128514,15.687744140625
RSDCD,λ<=n,8192,0,146721,17.9102783203125
RSDCD,λ<=n,8192,0,114607,13.9901123046875
RSDCD,λ<=n,8192,0,92627,11.3070068359375
RSDCD,λ<=n,8192,0,94485,11.5338134765625
RSDCD,λ<=n,8192,0,93511,11.4149169921875
RSDCD,λ<=n,8192,0,105692,12.90185546875
RSDCD,λ<=n,8192,0,98861,12.0679931640625
RSDCD,λ<=n,8192,0,162726,19.864013671875
RSDCD,λ<=n,8192,0,134127,16.3729248046875
RSDCD,λ<=n,8192,0,228341,27.8736572265625
RSDCD,λ<=n,8192,0,119421,14.5777587890625
RSDCD,λ<=n,8192,0,84932,10.36767578125
RSDCD,λ<=n,8192,0,97058,11.847900390625
RSDCD,λ<=n,8192,0,94555,11.5423583984375
RSDCD,λ<=n,8192,0,81873,9.9942626953125
RSDCD,λ<=n,8192,0,71808,8.765625
RSDCD,λ<=n,8192,0,178381,21.7750244140625
RSDCD,λ<=n,8192,0,190210,23.218994140625
RSDCD,λ<=n,8192,0,144992,17.69921875
RSDCD,λ<=n,8192,0,169165,20.6500244140625
RSDCD,λ<=n,8192,0,85033,10.3800048828125
RSDCD,λ<=n,8192,0,95514,11.659423828125
RSDCD,λ<=n,8192,0,220229,26.8834228515625
RSDCD,λ<=n,8192,0,151378,18.478759765625
RSDCD,λ<=n,8192,0,108963,13.3011474609375
RSDCD,λ<=n,8192,0,86496,10.55859375
RSDCD,λ<=n,8192,0,78354,9.564697265625
RSDCD,λ<=n,8192,0,105067,12.8255615234375
RSDCD,λ<=n,8192,0,150049,18.3165283203125
RRDCD,λ<=n,8192,0,68822,8.401123046875
RRDCD,λ<=n,8192,0,76551,9.3446044921875
RRDCD,λ<=n,8192,0,65008,7.935546875
RRDCD,λ<=n,8192,0,94202,11.499267578125
RRDCD,λ<=n,8192,0,92263,11.2625732421875
RRDCD,λ<=n,8192,0,76928,9.390625
RRDCD,λ<=n,8192,0,129997,15.8687744140625
RRDCD,λ<=n,8192,0,89667,10.9456787109375
RRDCD,λ<=n,8192,0,66012,8.05810546875
RRDCD,λ<=n,8192,0,101528,12.3935546875
RRDCD,λ<=n,8192,0,76825,9.3780517578125
RRDCD,λ<=n,8192,0,118166,14.424560546875
RRDCD,λ<=n,8192,0,87405,10.6695556640625
RRDCD,λ<=n,8192,0,74387,9.0804443359375
RRDCD,λ<=n,8192,0,114485,13.9752197265625
RRDCD,λ<=n,8192,0,120601,14.7218017578125
RRDCD,λ<=n,8192,0,78892,9.63037109375
RRDCD,λ<=n,8192,0,59384,7.2490234375
RRDCD,λ<=n,8192,0,81702,9.973388671875
RRDCD,λ<=n,8192,0,67607,8.2528076171875
RRDCD,λ<=n,8192,0,54751,6.6834716796875
RRDCD,λ<=n,8192,0,63717,7.7779541015625
RRDCD,λ<=n,8192,0,67085,8.1890869140625
RRDCD,λ<=n,8192,0,75292,9.19091796875
RRDCD,λ<=n,8192,0,75402,9.204345703125
RRDCD,λ<=n,8192,0,62180,7.59033203125
RRDCD,λ<=n,8192,0,88916,10.85400390625
RRDCD,λ<=n,8192,0,73479,8.9696044921875
RRDCD,λ<=n,8192,0,64638,7.890380859375
RRDCD,λ<=n,8192,0,77675,9.4818115234375
RRDCD,λ<=n,8192,0,67616,8.25390625
RRDCD,λ<=n,8192,0,131494,16.051513671875
RRDCD,λ<=n,8192,0,125364,15.30322265625
RRDCD,λ<=n,8192,0,57884,7.06591796875
RRDCD,λ<=n,8192,0,67609,8.2530517578125
RRDCD,λ<=n,8192,0,65498,7.995361328125
RRDCD,λ<=n,8192,0,62346,7.610595703125
RRDCD,λ<=n,8192,0,58890,7.188720703125
RRDCD,λ<=n,8192,0,74139,9.0501708984375
RRDCD,λ<=n,8192,0,97641,11.9190673828125
RRDCD,λ<=n,8192,0,104417,12.7462158203125
RRDCD,λ<=n,8192,0,130837,15.9713134765625
RRDCD,λ<=n,8192,0,84045,10.2593994140625
RRDCD,λ<=n,8192,0,65451,7.9896240234375
RRDCD,λ<=n,8192,0,95578,11.667236328125
RRDCD,λ<=n,8192,0,85188,10.39892578125
RRDCD,λ<=n,8192,0,95331,11.6370849609375
RRDCD,λ<=n,8192,0,60466,7.381103515625
RRDCD,λ<=n,8192,0,80967,9.8836669921875
RRDCD,λ<=n,8192,0,59994,7.323486328125
RRDCD,λ<=n,8192,0,72350,8.831787109375
RRDCD,λ<=n,8192,0,58438,7.133544921875
RRDCD,λ<=n,8192,0,63983,7.8104248046875
RRDCD,λ<=n,8192,0,118648,14.4833984375
RRDCD,λ<=n,8192,0,89766,10.957763671875
RRDCD,λ<=n,8192,0,67504,8.240234375
RRDCD,λ<=n,8192,0,155166,18.941162109375
RRDCD,λ<=n,8192,0,81071,9.8963623046875
RRDCD,λ<=n,8192,0,86293,10.5338134765625
RRDCD,λ<=n,8192,0,88262,10.774169921875
RRDCD,λ<=n,8192,0,93006,11.353271484375
RRDCD,λ<=n,8192,0,89836,10.96630859375
RRDCD,λ<=n,8192,0,82713,10.0968017578125
RRDCD,λ<=n,8192,0,112980,13.79150390625
RRDCD,λ<=n,8192,0,58825,7.1807861328125
RRDCD,λ<=n,8192,0,112069,13.6802978515625
RRDCD,λ<=n,8192,0,68938,8.415283203125
RRDCD,λ<=n,8192,0,114482,13.974853515625
RRDCD,λ<=n,8192,0,58783,7.1756591796875
RRDCD,λ<=n,8192,0,69778,8.517822265625
RRDCD,λ<=n,8192,0,83515,10.1947021484375
RRDCD,λ<=n,8192,0,63458,7.746337890625
RRDCD,λ<=n,8192,0,73151,8.9295654296875
RRDCD,λ<=n,8192,0,62102,7.580810546875
RRDCD,λ<=n,8192,0,71880,8.7744140625
RRDCD,λ<=n,8192,0,124435,15.1898193359375
RRDCD,λ<=n,8192,0,74878,9.140380859375
RRDCD,λ<=n,8192,0,89205,10.8892822265625
RRDCD,λ<=n,8192,0,54696,6.6767578125
RRDCD,λ<=n,8192,0,88452,10.79736328125
RRDCD,λ<=n,8192,0,71674,8.749267578125
RRDCD,λ<=n,8192,0,72493,8.8492431640625
RRDCD,λ<=n,8192,0,83977,10.2510986328125
RRDCD,λ<=n,8192,0,87210,10.645751953125
RRDCD,λ<=n,8192,0,84787,10.3499755859375
RRDCD,λ<=n,8192,0,63530,7.755126953125
RRDCD,λ<=n,8192,0,62179,7.5902099609375
RRDCD,λ<=n,8192,0,62078,7.577880859375
RRDCD,λ<=n,8192,0,93259,11.3841552734375
RRDCD,λ<=n,8192,0,52434,6.400634765625
RRDCD,λ<=n,8192,0,65102,7.947021484375
RRDCD,λ<=n,8192,0,100949,12.3228759765625
RRDCD,λ<=n,8192,0,77276,9.43310546875
RRDCD,λ<=n,8192,0,73012,8.91259765625
RRDCD,λ<=n,8192,0,81838,9.989990234375
RRDCD,λ<=n,8192,0,61539,7.5120849609375
RRDCD,λ<=n,8192,0,70051,8.5511474609375
RRDCD,λ<=n,8192,0,128303,15.6619873046875
RRDCD,λ<=n,8192,0,73136,8.927734375
RRDCD,λ<=n,8192,0,77065,9.4073486328125
RHDCD,λ<=n,8192,0,70958,8.661865234375
RHDCD,λ<=n,8192,0,85237,10.4049072265625
RHDCD,λ<=n,8192,0,63636,7.76806640625
RHDCD,λ<=n,8192,0,82584,10.0810546875
RHDCD,λ<=n,8192,0,55492,6.77392578125
RHDCD,λ<=n,8192,0,65778,8.029541015625
RHDCD,λ<=n,8192,0,53432,6.5224609375
RHDCD,λ<=n,8192,0,63428,7.74267578125
RHDCD,λ<=n,8192,0,74199,9.0574951171875
RHDCD,λ<=n,8192,0,85094,10.387451171875
RHDCD,λ<=n,8192,0,54483,6.6507568359375
RHDCD,λ<=n,8192,0,58246,7.110107421875
RHDCD,λ<=n,8192,0,65104,7.947265625
RHDCD,λ<=n,8192,0,75565,9.2242431640625
RHDCD,λ<=n,8192,0,55096,6.7255859375
RHDCD,λ<=n,8192,0,56632,6.9130859375
RHDCD,λ<=n,8192,0,61783,7.5418701171875
RHDCD,λ<=n,8192,0,80542,9.831787109375
RHDCD,λ<=n,8192,0,58376,7.1259765625
RHDCD,λ<=n,8192,0,60670,7.406005859375
RHDCD,λ<=n,8192,0,69649,8.5020751953125
RHDCD,λ<=n,8192,0,59991,7.3231201171875
RHDCD,λ<=n,8192,0,79371,9.6888427734375
RHDCD,λ<=n,8192,0,108173,13.2047119140625
RHDCD,λ<=n,8192,0,67171,8.1995849609375
RHDCD,λ<=n,8192,0,73048,8.9169921875
RHDCD,λ<=n,8192,0,73707,8.9974365234375
RHDCD,λ<=n,8192,0,54264,6.6240234375
RHDCD,λ<=n,8192,0,55716,6.80126953125
RHDCD,λ<=n,8192,0,55006,6.714599609375
RHDCD,λ<=n,8192,0,60042,7.329345703125
RHDCD,λ<=n,8192,0,149372,18.23388671875
RHDCD,λ<=n,8192,0,62998,7.690185546875
RHDCD,λ<=n,8192,0,56770,6.929931640625
RHDCD,λ<=n,8192,0,48361,5.9034423828125
RHDCD,λ<=n,8192,0,58722,7.168212890625
RHDCD,λ<=n,8192,0,55831,6.8153076171875
RHDCD,λ<=n,8192,0,64015,7.8143310546875
RHDCD,λ<=n,8192,0,59609,7.2764892578125
RHDCD,λ<=n,8192,0,58401,7.1290283203125
RHDCD,λ<=n,8192,0,58375,7.1258544921875
RHDCD,λ<=n,8192,0,74088,9.0439453125
RHDCD,λ<=n,8192,0,53994,6.591064453125
RHDCD,λ<=n,8192,0,51000,6.2255859375
RHDCD,λ<=n,8192,0,64350,7.855224609375
RHDCD,λ<=n,8192,0,66120,8.0712890625
RHDCD,λ<=n,8192,0,70806,8.643310546875
RHDCD,λ<=n,8192,0,62005,7.5689697265625
RHDCD,λ<=n,8192,0,60010,7.325439453125
RHDCD,λ<=n,8192,0,66293,8.0924072265625
RHDCD,λ<=n,8192,0,61208,7.4716796875
RHDCD,λ<=n,8192,0,64776,7.9072265625
RHDCD,λ<=n,8192,0,143071,17.4647216796875
RHDCD,λ<=n,8192,0,53060,6.47705078125
RHDCD,λ<=n,8192,0,80297,9.8018798828125
RHDCD,λ<=n,8192,0,86045,10.5035400390625
RHDCD,λ<=n,8192,0,92193,11.2540283203125
RHDCD,λ<=n,8192,0,61412,7.49658203125
RHDCD,λ<=n,8192,0,93933,11.4664306640625
RHDCD,λ<=n,8192,0,60627,7.4007568359375
RHDCD,λ<=n,8192,0,63723,7.7786865234375
RHDCD,λ<=n,8192,0,53214,6.495849609375
RHDCD,λ<=n,8192,0,56998,6.957763671875
RHDCD,λ<=n,8192,0,75640,9.2333984375
RHDCD,λ<=n,8192,0,57108,6.97119140625
RHDCD,λ<=n,8192,0,72628,8.86572265625
RHDCD,λ<=n,8192,0,61142,7.463623046875
RHDCD,λ<=n,8192,0,56119,6.8504638671875
RHDCD,λ<=n,8192,0,109411,13.3558349609375
RHDCD,λ<=n,8192,0,83039,10.1365966796875
RHDCD,λ<=n,8192,0,52307,6.3851318359375
RHDCD,λ<=n,8192,0,56980,6.95556640625
RHDCD,λ<=n,8192,0,62420,7.61962890625
RHDCD,λ<=n,8192,0,59876,7.30908203125
RHDCD,λ<=n,8192,0,64613,7.8873291015625
RHDCD,λ<=n,8192,0,78745,9.6124267578125
RHDCD,λ<=n,8192,0,73830,9.012451171875
RHDCD,λ<=n,8192,0,61019,7.4486083984375
RHDCD,λ<=n,8192,0,68227,8.3284912109375
RHDCD,λ<=n,8192,0,94541,11.5406494140625
RHDCD,λ<=n,8192,0,66330,8.096923828125
RHDCD,λ<=n,8192,0,103911,12.6844482421875
RHDCD,λ<=n,8192,0,53959,6.5867919921875
RHDCD,λ<=n,8192,0,74164,9.05322265625
RHDCD,λ<=n,8192,0,56007,6.8367919921875
RHDCD,λ<=n,8192,0,168573,20.5777587890625
RHDCD,λ<=n,8192,0,66383,8.1033935546875
RHDCD,λ<=n,8192,0,51131,6.2415771484375
RHDCD,λ<=n,8192,0,59531,7.2669677734375
RHDCD,λ<=n,8192,0,63055,7.6971435546875
RHDCD,λ<=n,8192,0,64172,7.83349609375
RHDCD,λ<=n,8192,0,58928,7.193359375
RHDCD,λ<=n,8192,0,51626,6.302001953125
RHDCD,λ<=n,8192,0,59893,7.3111572265625
RHDCD,λ<=n,8192,0,65450,7.989501953125
RHDCD,λ<=n,8192,0,57378,7.004150390625
RHDCD,λ<=n,8192,0,55480,6.7724609375
RHDCD,λ<=n,8192,0,80093,9.7769775390625
RHDCD,λ<=n,8192,0,59269,7.2349853515625
RHDCD,λ<=n,8192,0,66163,8.0765380859375
RHLCD,λ<=n,8192,0,70846,8.648193359375
RHLCD,λ<=n,8192,0,119693,14.6109619140625
RHLCD,λ<=n,8192,0,70098,8.556884765625
RHLCD,λ<=n,8192,0,77195,9.4232177734375
RHLCD,λ<=n,8192,0,68690,8.385009765625
RHLCD,λ<=n,8192,0,53142,6.487060546875
RHLCD,λ<=n,8192,0,60747,7.4154052734375
RHLCD,λ<=n,8192,0,78112,9.53515625
RHLCD,λ<=n,8192,0,55969,6.8321533203125
RHLCD,λ<=n,8192,0,63368,7.7353515625
RHLCD,λ<=n,8192,0,105673,12.8995361328125
RHLCD,λ<=n,8192,0,59004,7.20263671875
RHLCD,λ<=n,8192,0,82954,10.126220703125
RHLCD,λ<=n,8192,0,55691,6.7982177734375
RHLCD,λ<=n,8192,0,65696,8.01953125
RHLCD,λ<=n,8192,0,60780,7.41943359375
RHLCD,λ<=n,8192,0,55277,6.7476806640625
RHLCD,λ<=n,8192,0,58728,7.1689453125
RHLCD,λ<=n,8192,0,76572,9.34716796875
RHLCD,λ<=n,8192,0,112296,13.7080078125
RHLCD,λ<=n,8192,0,64291,7.8480224609375
RHLCD,λ<=n,8192,0,67272,8.2119140625
RHLCD,λ<=n,8192,0,85991,10.4969482421875
RHLCD,λ<=n,8192,0,57765,7.0513916015625
RHLCD,λ<=n,8192,0,84999,10.3758544921875
RHLCD,λ<=n,8192,0,58092,7.09130859375
RHLCD,λ<=n,8192,0,84653,10.3336181640625
RHLCD,λ<=n,8192,0,66530,8.121337890625
RHLCD,λ<=n,8192,0,60237,7.3531494140625
RHLCD,λ<=n,8192,0,68070,8.309326171875
RHLCD,λ<=n,8192,0,57760,7.05078125
RHLCD,λ<=n,8192,0,64103,7.8250732421875
RHLCD,λ<=n,8192,0,81365,9.9322509765625
RHLCD,λ<=n,8192,0,58222,7.107177734375
RHLCD,λ<=n,8192,0,64952,7.9287109375
RHLCD,λ<=n,8192,0,70755,8.6370849609375
RHLCD,λ<=n,8192,0,106862,13.044677734375
RHLCD,λ<=n,8192,0,54413,6.6422119140625
RHLCD,λ<=n,8192,0,55378,6.760009765625
RHLCD,λ<=n,8192,0,78785,9.6173095703125
RHLCD,λ<=n,8192,0,61864,7.5517578125
RHLCD,λ<=n,8192,0,74936,9.1474609375
RHLCD,λ<=n,8192,0,82118,10.024169921875
RHLCD,λ<=n,8192,0,65699,8.0198974609375
RHLCD,λ<=n,8192,0,71833,8.7686767578125
RHLCD,λ<=n,8192,0,66603,8.1302490234375
RHLCD,λ<=n,8192,0,56442,6.889892578125
RHLCD,λ<=n,8192,0,52966,6.465576171875
RHLCD,λ<=n,8192,0,54165,6.6119384765625
RHLCD,λ<=n,8192,0,94809,11.5733642578125
RHLCD,λ<=n,8192,0,76897,9.3868408203125
RHLCD,λ<=n,8192,0,106300,12.97607421875
RHLCD,λ<=n,8192,0,60052,7.33056640625
RHLCD,λ<=n,8192,0,80795,9.8626708984375
RHLCD,λ<=n,8192,0,53138,6.486572265625
RHLCD,λ<=n,8192,0,72043,8.7943115234375
RHLCD,λ<=n,8192,0,80540,9.83154296875
RHLCD,λ<=n,8192,0,65971,8.0531005859375
RHLCD,λ<=n,8192,0,71402,8.716064453125
RHLCD,λ<=n,8192,0,66511,8.1190185546875
RHLCD,λ<=n,8192,0,53065,6.4776611328125
RHLCD,λ<=n,8192,0,59732,7.29150390625
RHLCD,λ<=n,8192,0,57640,7.0361328125
RHLCD,λ<=n,8192,0,81769,9.9815673828125
RHLCD,λ<=n,8192,0,56695,6.9207763671875
RHLCD,λ<=n,8192,0,74592,9.10546875
RHLCD,λ<=n,8192,0,70112,8.55859375
RHLCD,λ<=n,8192,0,79062,9.651123046875
RHLCD,λ<=n,8192,0,87475,10.6781005859375
RHLCD,λ<=n,8192,0,127480,15.5615234375
RHLCD,λ<=n,8192,0,69785,8.5186767578125
RHLCD,λ<=n,8192,0,62190,7.591552734375
RHLCD,λ<=n,8192,0,82296,10.0458984375
RHLCD,λ<=n,8192,0,77945,9.5147705078125
RHLCD,λ<=n,8192,0,53198,6.493896484375
RHLCD,λ<=n,8192,0,65517,7.9976806640625
RHLCD,λ<=n,8192,0,58563,7.1488037109375
RHLCD,λ<=n,8192,0,56715,6.9232177734375
RHLCD,λ<=n,8192,0,60888,7.4326171875
RHLCD,λ<=n,8192,0,60751,7.4158935546875
RHLCD,λ<=n,8192,0,83899,10.2415771484375
RHLCD,λ<=n,8192,0,72070,8.797607421875
RHLCD,λ<=n,8192,0,69225,8.4503173828125
RHLCD,λ<=n,8192,0,76253,9.3082275390625
RHLCD,λ<=n,8192,0,95370,11.641845703125
RHLCD,λ<=n,8192,0,65401,7.9835205078125
RHLCD,λ<=n,8192,0,100834,12.308837890625
RHLCD,λ<=n,8192,0,61030,7.449951171875
RHLCD,λ<=n,8192,0,89179,10.8861083984375
RHLCD,λ<=n,8192,0,54490,6.651611328125
RHLCD,λ<=n,8192,0,78318,9.560302734375
RHLCD,λ<=n,8192,0,56628,6.91259765625
RHLCD,λ<=n,8192,0,65094,7.946044921875
RHLCD,λ<=n,8192,0,60471,7.3817138671875
RHLCD,λ<=n,8192,0,73502,8.972412109375
RHLCD,λ<=n,8192,0,67105,8.1915283203125
RHLCD,λ<=n,8192,0,63974,7.809326171875
RHLCD,λ<=n,8192,0,61506,7.508056640625
RHLCD,λ<=n,8192,0,66751,8.1483154296875
RHLCD,λ<=n,8192,0,75334,9.196044921875
RRLCD,λ<=n,8192,0,67626,8.255126953125
RRLCD,λ<=n,8192,0,126150,15.399169921875
RRLCD,λ<=n,8192,0,62114,7.582275390625
RRLCD,λ<=n,8192,0,61954,7.562744140625
RRLCD,λ<=n,8192,0,57191,6.9813232421875
RRLCD,λ<=n,8192,0,67982,8.298583984375
RRLCD,λ<=n,8192,0,136752,16.693359375
RRLCD,λ<=n,8192,0,83833,10.2335205078125
RRLCD,λ<=n,8192,0,96445,11.7730712890625
RRLCD,λ<=n,8192,0,87398,10.668701171875
RRLCD,λ<=n,8192,0,101544,12.3955078125
RRLCD,λ<=n,8192,0,68458,8.356689453125
RRLCD,λ<=n,8192,0,86513,10.5606689453125
RRLCD,λ<=n,8192,0,90656,11.06640625
RRLCD,λ<=n,8192,0,74593,9.1055908203125
RRLCD,λ<=n,8192,0,70553,8.6124267578125
RRLCD,λ<=n,8192,0,75448,9.2099609375
RRLCD,λ<=n,8192,0,68834,8.402587890625
RRLCD,λ<=n,8192,0,120840,14.7509765625
RRLCD,λ<=n,8192,0,97582,11.911865234375
RRLCD,λ<=n,8192,0,64692,7.89697265625
RRLCD,λ<=n,8192,0,116678,14.242919921875
RRLCD,λ<=n,8192,0,101206,12.354248046875
RRLCD,λ<=n,8192,0,58950,7.196044921875
RRLCD,λ<=n,8192,0,95202,11.621337890625
RRLCD,λ<=n,8192,0,88661,10.8228759765625
RRLCD,λ<=n,8192,0,184055,22.4676513671875
RRLCD,λ<=n,8192,0,58427,7.1322021484375
RRLCD,λ<=n,8192,0,69488,8.482421875
RRLCD,λ<=n,8192,0,113124,13.80908203125
RRLCD,λ<=n,8192,0,75642,9.233642578125
RRLCD,λ<=n,8192,0,69829,8.5240478515625
RRLCD,λ<=n,8192,0,76267,9.3099365234375
RRLCD,λ<=n,8192,0,60803,7.4222412109375
RRLCD,λ<=n,8192,0,112414,13.722412109375
RRLCD,λ<=n,8192,0,66352,8.099609375
RRLCD,λ<=n,8192,0,61220,7.47314453125
RRLCD,λ<=n,8192,0,71346,8.709228515625
RRLCD,λ<=n,8192,0,55151,6.7322998046875
RRLCD,λ<=n,8192,0,62257,7.5997314453125
RRLCD,λ<=n,8192,0,92780,11.32568359375
RRLCD,λ<=n,8192,0,81144,9.9052734375
RRLCD,λ<=n,8192,0,67922,8.291259765625
RRLCD,λ<=n,8192,0,72435,8.8421630859375
RRLCD,λ<=n,8192,0,110339,13.4691162109375
RRLCD,λ<=n,8192,0,61933,7.5601806640625
RRLCD,λ<=n,8192,0,68518,8.364013671875
RRLCD,λ<=n,8192,0,91803,11.2064208984375
RRLCD,λ<=n,8192,0,64287,7.8475341796875
RRLCD,λ<=n,8192,0,88748,10.83349609375
RRLCD,λ<=n,8192,0,80420,9.81689453125
RRLCD,λ<=n,8192,0,92260,11.26220703125
RRLCD,λ<=n,8192,0,96477,11.7769775390625
RRLCD,λ<=n,8192,0,65582,8.005615234375
RRLCD,λ<=n,8192,0,86210,10.523681640625
RRLCD,λ<=n,8192,0,86804,10.59619140625
RRLCD,λ<=n,8192,0,156630,19.119873046875
RRLCD,λ<=n,8192,0,57817,7.0577392578125
RRLCD,λ<=n,8192,0,133866,16.341064453125
RRLCD,λ<=n,8192,0,68958,8.417724609375
RRLCD,λ<=n,8192,0,74971,9.1517333984375
RRLCD,λ<=n,8192,0,74815,9.1326904296875
RRLCD,λ<=n,8192,0,66565,8.1256103515625
RRLCD,λ<=n,8192,0,113910,13.905029296875
RRLCD,λ<=n,8192,0,68101,8.3131103515625
RRLCD,λ<=n,8192,0,55543,6.7801513671875
RRLCD,λ<=n,8192,0,68477,8.3590087890625
RRLCD,λ<=n,8192,0,58843,7.1829833984375
RRLCD,λ<=n,8192,0,80512,9.828125
RRLCD,λ<=n,8192,0,75601,9.2286376953125
RRLCD,λ<=n,8192,0,62740,7.65869140625
RRLCD,λ<=n,8192,0,90766,11.079833984375
RRLCD,λ<=n,8192,0,63622,7.766357421875
RRLCD,λ<=n,8192,0,76648,9.3564453125
RRLCD,λ<=n,8192,0,77676,9.48193359375
RRLCD,λ<=n,8192,0,65268,7.96728515625
RRLCD,λ<=n,8192,0,64468,7.86962890625
RRLCD,λ<=n,8192,0,70114,8.558837890625
RRLCD,λ<=n,8192,0,210318,25.673583984375
RRLCD,λ<=n,8192,0,90692,11.07080078125
RRLCD,λ<=n,8192,0,66762,8.149658203125
RRLCD,λ<=n,8192,0,90267,11.0189208984375
RRLCD,λ<=n,8192,0,129535,15.8123779296875
RRLCD,λ<=n,8192,0,63278,7.724365234375
RRLCD,λ<=n,8192,0,64969,7.9307861328125
RRLCD,λ<=n,8192,0,61774,7.540771484375
RRLCD,λ<=n,8192,0,74076,9.04248046875
RRLCD,λ<=n,8192,0,70147,8.5628662109375
RRLCD,λ<=n,8192,0,96338,11.760009765625
RRLCD,λ<=n,8192,0,73429,8.9635009765625
RRLCD,λ<=n,8192,0,60443,7.3782958984375
RRLCD,λ<=n,8192,0,67576,8.2490234375
RRLCD,λ<=n,8192,0,64668,7.89404296875
RRLCD,λ<=n,8192,0,79764,9.73681640625
RRLCD,λ<=n,8192,0,86807,10.5965576171875
RRLCD,λ<=n,8192,0,63484,7.74951171875
RRLCD,λ<=n,8192,0,79733,9.7330322265625
RRLCD,λ<=n,8192,0,81392,9.935546875
RRLCD,λ<=n,8192,0,62702,7.654052734375
RRLCD,λ<=n,8192,0,97769,11.9346923828125
RSLCD,λ<=n,8192,0,109565,13.3746337890625
RSLCD,λ<=n,8192,0,92154,11.249267578125
RSLCD,λ<=n,8192,0,86938,10.612548828125
RSLCD,λ<=n,8192,0,92999,11.3524169921875
RSLCD,λ<=n,8192,0,194268,23.71435546875
RSLCD,λ<=n,8192,0,93359,11.3963623046875
RSLCD,λ<=n,8192,0,85103,10.3885498046875
RSLCD,λ<=n,8192,0,96135,11.7352294921875
RSLCD,λ<=n,8192,0,110546,13.494384765625
RSLCD,λ<=n,8192,0,82984,10.1298828125
RSLCD,λ<=n,8192,0,135455,16.5350341796875
RSLCD,λ<=n,8192,0,96015,11.7205810546875
RSLCD,λ<=n,8192,0,83875,10.2386474609375
RSLCD,λ<=n,8192,0,100475,12.2650146484375
RSLCD,λ<=n,8192,0,117538,14.347900390625
RSLCD,λ<=n,8192,0,110247,13.4578857421875
RSLCD,λ<=n,8192,0,112836,13.77392578125
RSLCD,λ<=n,8192,0,100453,12.2623291015625
RSLCD,λ<=n,8192,0,150620,18.38623046875
RSLCD,λ<=n,8192,0,130734,15.958740234375
RSLCD,λ<=n,8192,0,149704,18.2744140625
RSLCD,λ<=n,8192,0,164625,20.0958251953125
RSLCD,λ<=n,8192,0,162536,19.8408203125
RSLCD,λ<=n,8192,0,113683,13.8773193359375
RSLCD,λ<=n,8192,0,93977,11.4718017578125
RSLCD,λ<=n,8192,0,115596,14.11083984375
RSLCD,λ<=n,8192,0,129688,15.8310546875
RSLCD,λ<=n,8192,0,119108,14.53955078125
RSLCD,λ<=n,8192,0,147929,18.0577392578125
RSLCD,λ<=n,8192,0,151262,18.464599609375
RSLCD,λ<=n,8192,0,173188,21.14111328125
RSLCD,λ<=n,8192,0,77754,9.491455078125
RSLCD,λ<=n,8192,0,112703,13.7576904296875
RSLCD,λ<=n,8192,0,89565,10.9332275390625
RSLCD,λ<=n,8192,0,75074,9.164306640625
RSLCD,λ<=n,8192,0,116134,14.176513671875
RSLCD,λ<=n,8192,0,80662,9.846435546875
RSLCD,λ<=n,8192,0,107578,13.132080078125
RSLCD,λ<=n,8192,0,102866,12.556884765625
RSLCD,λ<=n,8192,0,74988,9.15380859375
RSLCD,λ<=n,8192,0,103604,12.64697265625
RSLCD,λ<=n,8192,0,153980,18.79638671875
RSLCD,λ<=n,8192,0,146501,17.8834228515625
RSLCD,λ<=n,8192,0,120093,14.6597900390625
RSLCD,λ<=n,8192,0,89975,10.9832763671875
RSLCD,λ<=n,8192,0,127924,15.61572265625
RSLCD,λ<=n,8192,0,135417,16.5303955078125
RSLCD,λ<=n,8192,0,102779,12.5462646484375
RSLCD,λ<=n,8192,0,128457,15.6807861328125
RSLCD,λ<=n,8192,0,106280,12.9736328125
RSLCD,λ<=n,8192,0,94300,11.51123046875
RSLCD,λ<=n,8192,0,100620,12.28271484375
RSLCD,λ<=n,8192,0,132958,16.230224609375
RSLCD,λ<=n,8192,0,104074,12.704345703125
RSLCD,λ<=n,8192,0,108538,13.249267578125
RSLCD,λ<=n,8192,0,115977,14.1573486328125
RSLCD,λ<=n,8192,0,229454,28.009521484375
RSLCD,λ<=n,8192,0,141284,17.24658203125
RSLCD,λ<=n,8192,0,145813,17.7994384765625
RSLCD,λ<=n,8192,0,107997,13.1832275390625
RSLCD,λ<=n,8192,0,270890,33.067626953125
RSLCD,λ<=n,8192,0,119686,14.610107421875
RSLCD,λ<=n,8192,0,121787,14.8665771484375
RSLCD,λ<=n,8192,0,126541,15.4468994140625
RSLCD,λ<=n,8192,0,99484,12.14404296875
RSLCD,λ<=n,8192,0,102777,12.5460205078125
RSLCD,λ<=n,8192,0,77597,9.4722900390625
RSLCD,λ<=n,8192,0,125735,15.3485107421875
RSLCD,λ<=n,8192,0,96485,11.7779541015625
RSLCD,λ<=n,8192,0,137105,16.7364501953125
RSLCD,λ<=n,8192,0,117224,14.3095703125
RSLCD,λ<=n,8192,0,91436,11.16162109375
RSLCD,λ<=n,8192,0,101279,12.3631591796875
RSLCD,λ<=n,8192,0,126355,15.4241943359375
RSLCD,λ<=n,8192,0,95812,11.69580078125
RSLCD,λ<=n,8192,0,109746,13.396728515625
RSLCD,λ<=n,8192,0,104778,12.790283203125
RSLCD,λ<=n,8192,0,141772,17.30615234375
RSLCD,λ<=n,8192,0,79668,9.72509765625
RSLCD,λ<=n,8192,0,126986,15.501220703125
RSLCD,λ<=n,8192,0,92244,11.26025390625
RSLCD,λ<=n,8192,0,99059,12.0921630859375
RSLCD,λ<=n,8192,0,82792,10.1064453125
RSLCD,λ<=n,8192,0,273858,33.429931640625
RSLCD,λ<=n,8192,0,152210,18.580322265625
RSLCD,λ<=n,8192,0,91871,11.2147216796875
RSLCD,λ<=n,8192,0,152168,18.5751953125
RSLCD,λ<=n,8192,0,164720,20.107421875
RSLCD,λ<=n,8192,0,124089,15.1475830078125
RSLCD,λ<=n,8192,0,120655,14.7283935546875
RSLCD,λ<=n,8192,0,96478,11.777099609375
RSLCD,λ<=n,8192,0,160902,19.641357421875
RSLCD,λ<=n,8192,0,144831,17.6795654296875
RSLCD,λ<=n,8192,0,97386,11.887939453125
RSLCD,λ<=n,8192,0,129328,15.787109375
RSLCD,λ<=n,8192,0,109994,13.427001953125
RSLCD,λ<=n,8192,0,126402,15.429931640625
RSLCD,λ<=n,8192,0,101396,12.37744140625
RSLCD,λ<=n,8192,0,84104,10.2666015625
RSLCD,λ<=n,8192,0,103147,12.5911865234375
RSDSD,λ<=n,8192,0,151697,18.5177001953125
RSDSD,λ<=n,8192,0,116818,14.260009765625
RSDSD,λ<=n,8192,0,110299,13.4642333984375
RSDSD,λ<=n,8192,0,107774,13.156005859375
RSDSD,λ<=n,8192,0,86450,10.552978515625
RSDSD,λ<=n,8192,0,93585,11.4239501953125
RSDSD,λ<=n,8192,0,94147,11.4925537109375
RSDSD,λ<=n,8192,0,105133,12.8336181640625
RSDSD,λ<=n,8192,0,104078,12.704833984375
RSDSD,λ<=n,8192,0,109961,13.4229736328125
RSDSD,λ<=n,8192,0,106760,13.0322265625
RSDSD,λ<=n,8192,0,103040,12.578125
RSDSD,λ<=n,8192,0,100999,12.3289794921875
RSDSD,λ<=n,8192,0,82212,10.03564453125
RSDSD,λ<=n,8192,0,104756,12.78759765625
RSDSD,λ<=n,8192,0,86032,10.501953125
RSDSD,λ<=n,8192,0,107350,13.104248046875
RSDSD,λ<=n,8192,0,118617,14.4796142578125
RSDSD,λ<=n,8192,0,94477,11.5328369140625
RSDSD,λ<=n,8192,0,108764,13.27685546875
RSDSD,λ<=n,8192,0,83745,10.2227783203125
RSDSD,λ<=n,8192,0,89695,10.9490966796875
RSDSD,λ<=n,8192,0,80503,9.8270263671875
RSDSD,λ<=n,8192,0,119158,14.545654296875
RSDSD,λ<=n,8192,0,79073,9.6524658203125
RSDSD,λ<=n,8192,0,130972,15.98779296875
RSDSD,λ<=n,8192,0,98803,12.0609130859375
RSDSD,λ<=n,8192,0,179660,21.93115234375
RSDSD,λ<=n,8192,0,135293,16.5152587890625
RSDSD,λ<=n,8192,0,117095,14.2938232421875
RSDSD,λ<=n,8192,0,129619,15.8226318359375
RSDSD,λ<=n,8192,0,78278,9.555419921875
RSDSD,λ<=n,8192,0,161076,19.66259765625
RSDSD,λ<=n,8192,0,94921,11.5870361328125
RSDSD,λ<=n,8192,0,137859,16.8284912109375
RSDSD,λ<=n,8192,0,126510,15.443115234375
RSDSD,λ<=n,8192,0,137360,16.767578125
RSDSD,λ<=n,8192,0,122668,14.97412109375
RSDSD,λ<=n,8192,0,77937,9.5137939453125
RSDSD,λ<=n,8192,0,138072,16.8544921875
RSDSD,λ<=n,8192,0,117808,14.380859375
RSDSD,λ<=n,8192,0,135310,16.517333984375
RSDSD,λ<=n,8192,0,94816,11.57421875
RSDSD,λ<=n,8192,0,112015,13.6737060546875
RSDSD,λ<=n,8192,0,111837,13.6519775390625
RSDSD,λ<=n,8192,0,125414,15.309326171875
RSDSD,λ<=n,8192,0,117573,14.3521728515625
RSDSD,λ<=n,8192,0,136123,16.6165771484375
RSDSD,λ<=n,8192,0,78321,9.5606689453125
RSDSD,λ<=n,8192,0,118367,14.4490966796875
RSDSD,λ<=n,8192,0,119214,14.552490234375
RSDSD,λ<=n,8192,0,173415,21.1688232421875
RSDSD,λ<=n,8192,0,99652,12.16455078125
RSDSD,λ<=n,8192,0,236188,28.83154296875
RSDSD,λ<=n,8192,0,144444,17.63232421875
RSDSD,λ<=n,8192,0,134821,16.4576416015625
RSDSD,λ<=n,8192,0,106354,12.982666015625
RSDSD,λ<=n,8192,0,109923,13.4183349609375
RSDSD,λ<=n,8192,0,124180,15.15869140625
RSDSD,λ<=n,8192,0,86048,10.50390625
RSDSD,λ<=n,8192,0,116428,14.21240234375
RSDSD,λ<=n,8192,0,134904,16.4677734375
RSDSD,λ<=n,8192,0,106020,12.94189453125
RSDSD,λ<=n,8192,0,167864,20.4912109375
RSDSD,λ<=n,8192,0,114084,13.92626953125
RSDSD,λ<=n,8192,0,118766,14.497802734375
RSDSD,λ<=n,8192,0,127319,15.5418701171875
RSDSD,λ<=n,8192,0,93453,11.4078369140625
RSDSD,λ<=n,8192,0,146363,17.8665771484375
RSDSD,λ<=n,8192,0,107454,13.116943359375
RSDSD,λ<=n,8192,0,131699,16.0765380859375
RSDSD,λ<=n,8192,0,113865,13.8995361328125
RSDSD,λ<=n,8192,0,104715,12.7825927734375
RSDSD,λ<=n,8192,0,93755,11.4447021484375
RSDSD,λ<=n,8192,0,121138,14.787353515625
RSDSD,λ<=n,8192,0,184311,22.4989013671875
RSDSD,λ<=n,8192,0,135129,16.4952392578125
RSDSD,λ<=n,8192,0,106974,13.058349609375
RSDSD,λ<=n,8192,0,104433,12.7481689453125
RSDSD,λ<=n,8192,0,152336,18.595703125
RSDSD,λ<=n,8192,0,161379,19.6995849609375
RSDSD,λ<=n,8192,0,131458,16.047119140625
RSDSD,λ<=n,8192,0,124850,15.240478515625
RSDSD,λ<=n,8192,0,103725,12.6617431640625
RSDSD,λ<=n,8192,0,103463,12.6297607421875
RSDSD,λ<=n,8192,0,92030,11.234130859375
RSDSD,λ<=n,8192,0,109151,13.3240966796875
RSDSD,λ<=n,8192,0,137907,16.8343505859375
RSDSD,λ<=n,8192,0,147524,18.00830078125
RSDSD,λ<=n,8192,0,235327,28.7264404296875
RSDSD,λ<=n,8192,0,144760,17.6708984375
RSDSD,λ<=n,8192,0,105973,12.9361572265625
RSDSD,λ<=n,8192,0,94306,11.511962890625
RSDSD,λ<=n,8192,0,107659,13.1419677734375
RSDSD,λ<=n,8192,0,98654,12.042724609375
RSDSD,λ<=n,8192,0,176499,21.5452880859375
RSDSD,λ<=n,8192,0,86201,10.5225830078125
RSDSD,λ<=n,8192,0,96143,11.7362060546875
RSDSD,λ<=n,8192,0,81770,9.981689453125
RSDSD,λ<=n,8192,0,160916,19.64306640625
RRDSD,λ<=n,8192,0,98059,11.9700927734375
RRDSD,λ<=n,8192,0,77504,9.4609375
RRDSD,λ<=n,8192,0,75136,9.171875
RRDSD,λ<=n,8192,0,70790,8.641357421875
RRDSD,λ<=n,8192,0,69857,8.5274658203125
RRDSD,λ<=n,8192,0,77233,9.4278564453125
RRDSD,λ<=n,8192,0,64557,7.8804931640625
RRDSD,λ<=n,8192,0,67602,8.252197265625
RRDSD,λ<=n,8192,0,89321,10.9034423828125
RRDSD,λ<=n,8192,0,116106,14.173095703125
RRDSD,λ<=n,8192,0,152505,18.6163330078125
RRDSD,λ<=n,8192,0,84885,10.3619384765625
RRDSD,λ<=n,8192,0,77539,9.4652099609375
RRDSD,λ<=n,8192,0,150459,18.3665771484375
RRDSD,λ<=n,8192,0,87918,10.732177734375
RRDSD,λ<=n,8192,0,78400,9.5703125
RRDSD,λ<=n,8192,0,93729,11.4415283203125
RRDSD,λ<=n,8192,0,74972,9.15185546875
RRDSD,λ<=n,8192,0,75512,9.2177734375
RRDSD,λ<=n,8192,0,68970,8.419189453125
RRDSD,λ<=n,8192,0,78138,9.538330078125
RRDSD,λ<=n,8192,0,112507,13.7337646484375
RRDSD,λ<=n,8192,0,77956,9.51611328125
RRDSD,λ<=n,8192,0,148334,18.107177734375
RRDSD,λ<=n,8192,0,84795,10.3509521484375
RRDSD,λ<=n,8192,0,87391,10.6678466796875
RRDSD,λ<=n,8192,0,119958,14.643310546875
RRDSD,λ<=n,8192,0,74365,9.0777587890625
RRDSD,λ<=n,8192,0,83831,10.2332763671875
RRDSD,λ<=n,8192,0,73391,8.9588623046875
RRDSD,λ<=n,8192,0,70027,8.5482177734375
RRDSD,λ<=n,8192,0,72930,8.902587890625
RRDSD,λ<=n,8192,0,73756,9.00341796875
RRDSD,λ<=n,8192,0,89517,10.9273681640625
RRDSD,λ<=n,8192,0,129901,15.8570556640625
RRDSD,λ<=n,8192,0,71661,8.7476806640625
RRDSD,λ<=n,8192,0,79591,9.7156982421875
RRDSD,λ<=n,8192,0,85073,10.3848876953125
RRDSD,λ<=n,8192,0,108381,13.2301025390625
RRDSD,λ<=n,8192,0,91548,11.17529296875
RRDSD,λ<=n,8192,0,72564,8.85791015625
RRDSD,λ<=n,8192,0,79708,9.72998046875
RRDSD,λ<=n,8192,0,79169,9.6641845703125
RRDSD,λ<=n,8192,0,74079,9.0428466796875
RRDSD,λ<=n,8192,0,69491,8.4827880859375
RRDSD,λ<=n,8192,0,82376,10.0556640625
RRDSD,λ<=n,8192,0,68333,8.3414306640625
RRDSD,λ<=n,8192,0,100781,12.3023681640625
RRDSD,λ<=n,8192,0,73407,8.9608154296875
RRDSD,λ<=n,8192,0,76262,9.309326171875
RRDSD,λ<=n,8192,0,72408,8.8388671875
RRDSD,λ<=n,8192,0,90248,11.0166015625
RRDSD,λ<=n,8192,0,77401,9.4483642578125
RRDSD,λ<=n,8192,0,71387,8.7142333984375
RRDSD,λ<=n,8192,0,70364,8.58935546875
RRDSD,λ<=n,8192,0,73962,9.028564453125
RRDSD,λ<=n,8192,0,76367,9.3221435546875
RRDSD,λ<=n,8192,0,106695,13.0242919921875
RRDSD,λ<=n,8192,0,70545,8.6114501953125
RRDSD,λ<=n,8192,0,94199,11.4989013671875
RRDSD,λ<=n,8192,0,110531,13.4925537109375
RRDSD,λ<=n,8192,0,78481,9.5802001953125
RRDSD,λ<=n,8192,0,201306,24.573486328125
RRDSD,λ<=n,8192,0,98779,12.0579833984375
RRDSD,λ<=n,8192,0,88582,10.813232421875
RRDSD,λ<=n,8192,0,69424,8.474609375
RRDSD,λ<=n,8192,0,86374,10.543701171875
RRDSD,λ<=n,8192,0,99965,12.2027587890625
RRDSD,λ<=n,8192,0,98360,12.0068359375
RRDSD,λ<=n,8192,0,77382,9.446044921875
RRDSD,λ<=n,8192,0,72215,8.8153076171875
RRDSD,λ<=n,8192,0,69874,8.529541015625
RRDSD,λ<=n,8192,0,72302,8.825927734375
RRDSD,λ<=n,8192,0,68102,8.313232421875
RRDSD,λ<=n,8192,0,76273,9.3106689453125
RRDSD,λ<=n,8192,0,83533,10.1968994140625
RRDSD,λ<=n,8192,0,110320,13.466796875
RRDSD,λ<=n,8192,0,77346,9.441650390625
RRDSD,λ<=n,8192,0,67471,8.2362060546875
RRDSD,λ<=n,8192,0,73951,9.0272216796875
RRDSD,λ<=n,8192,0,75622,9.231201171875
RRDSD,λ<=n,8192,0,99516,12.14794921875
RRDSD,λ<=n,8192,0,120256,14.6796875
RRDSD,λ<=n,8192,0,71359,8.7108154296875
RRDSD,λ<=n,8192,0,78342,9.563232421875
RRDSD,λ<=n,8192,0,67299,8.2152099609375
RRDSD,λ<=n,8192,0,69889,8.5313720703125
RRDSD,λ<=n,8192,0,71550,8.734130859375
RRDSD,λ<=n,8192,0,85319,10.4149169921875
RRDSD,λ<=n,8192,0,100195,12.2308349609375
RRDSD,λ<=n,8192,0,79865,9.7491455078125
RRDSD,λ<=n,8192,0,73665,8.9923095703125
RRDSD,λ<=n,8192,0,104017,12.6973876953125
RRDSD,λ<=n,8192,0,73502,8.972412109375
RRDSD,λ<=n,8192,0,80898,9.875244140625
RRDSD,λ<=n,8192,0,90947,11.1019287109375
RRDSD,λ<=n,8192,0,75945,9.2706298828125
RRDSD,λ<=n,8192,0,67356,8.22216796875
RRDSD,λ<=n,8192,0,72647,8.8680419921875
RRDSD,λ<=n,8192,0,74021,9.0357666015625
RHDSD,λ<=n,8192,0,82634,10.087158203125
RHDSD,λ<=n,8192,0,74134,9.049560546875
RHDSD,λ<=n,8192,0,63571,7.7601318359375
RHDSD,λ<=n,8192,0,121661,14.8511962890625
RHDSD,λ<=n,8192,0,108733,13.2730712890625
RHDSD,λ<=n,8192,0,60630,7.401123046875
RHDSD,λ<=n,8192,0,68838,8.403076171875
RHDSD,λ<=n,8192,0,74440,9.0869140625
RHDSD,λ<=n,8192,0,65076,7.94384765625
RHDSD,λ<=n,8192,0,64752,7.904296875
RHDSD,λ<=n,8192,0,70315,8.5833740234375
RHDSD,λ<=n,8192,0,70647,8.6239013671875
RHDSD,λ<=n,8192,0,77591,9.4715576171875
RHDSD,λ<=n,8192,0,71006,8.667724609375
RHDSD,λ<=n,8192,0,62019,7.5706787109375
RHDSD,λ<=n,8192,0,67023,8.1815185546875
RHDSD,λ<=n,8192,0,60132,7.34033203125
RHDSD,λ<=n,8192,0,73549,8.9781494140625
RHDSD,λ<=n,8192,0,83570,10.201416015625
RHDSD,λ<=n,8192,0,93130,11.368408203125
RHDSD,λ<=n,8192,0,67676,8.26123046875
RHDSD,λ<=n,8192,0,108851,13.2874755859375
RHDSD,λ<=n,8192,0,69957,8.5396728515625
RHDSD,λ<=n,8192,0,100966,12.324951171875
RHDSD,λ<=n,8192,0,65660,8.01513671875
RHDSD,λ<=n,8192,0,81625,9.9639892578125
RHDSD,λ<=n,8192,0,90093,10.9976806640625
RHDSD,λ<=n,8192,0,75784,9.2509765625
RHDSD,λ<=n,8192,0,66173,8.0777587890625
RHDSD,λ<=n,8192,0,70426,8.596923828125
RHDSD,λ<=n,8192,0,64735,7.9022216796875
RHDSD,λ<=n,8192,0,102117,12.4654541015625
RHDSD,λ<=n,8192,0,73114,8.925048828125
RHDSD,λ<=n,8192,0,64703,7.8983154296875
RHDSD,λ<=n,8192,0,78137,9.5382080078125
RHDSD,λ<=n,8192,0,67561,8.2471923828125
RHDSD,λ<=n,8192,0,70829,8.6461181640625
RHDSD,λ<=n,8192,0,76390,9.324951171875
RHDSD,λ<=n,8192,0,60694,7.408935546875
RHDSD,λ<=n,8192,0,58799,7.1776123046875
RHDSD,λ<=n,8192,0,91184,11.130859375
RHDSD,λ<=n,8192,0,72360,8.8330078125
RHDSD,λ<=n,8192,0,93026,11.355712890625
RHDSD,λ<=n,8192,0,61330,7.486572265625
RHDSD,λ<=n,8192,0,96327,11.7586669921875
RHDSD,λ<=n,8192,0,79550,9.710693359375
RHDSD,λ<=n,8192,0,84197,10.2779541015625
RHDSD,λ<=n,8192,0,58099,7.0921630859375
RHDSD,λ<=n,8192,0,68956,8.41748046875
RHDSD,λ<=n,8192,0,95101,11.6090087890625
RHDSD,λ<=n,8192,0,107032,13.0654296875
RHDSD,λ<=n,8192,0,70183,8.5672607421875
RHDSD,λ<=n,8192,0,64992,7.93359375
RHDSD,λ<=n,8192,0,81380,9.93408203125
RHDSD,λ<=n,8192,0,63390,7.738037109375
RHDSD,λ<=n,8192,0,71567,8.7362060546875
RHDSD,λ<=n,8192,0,66732,8.14599609375
RHDSD,λ<=n,8192,0,61241,7.4757080078125
RHDSD,λ<=n,8192,0,83488,10.19140625
RHDSD,λ<=n,8192,0,69304,8.4599609375
RHDSD,λ<=n,8192,0,77828,9.50048828125
RHDSD,λ<=n,8192,0,84876,10.36083984375
RHDSD,λ<=n,8192,0,70832,8.646484375
RHDSD,λ<=n,8192,0,106586,13.010986328125
RHDSD,λ<=n,8192,0,65793,8.0313720703125
RHDSD,λ<=n,8192,0,109211,13.3314208984375
RHDSD,λ<=n,8192,0,72060,8.79638671875
RHDSD,λ<=n,8192,0,61947,7.5618896484375
RHDSD,λ<=n,8192,0,92511,11.2928466796875
RHDSD,λ<=n,8192,0,62007,7.5692138671875
RHDSD,λ<=n,8192,0,80768,9.859375
RHDSD,λ<=n,8192,0,68904,8.4111328125
RHDSD,λ<=n,8192,0,71384,8.7138671875
RHDSD,λ<=n,8192,0,63735,7.7801513671875
RHDSD,λ<=n,8192,0,65190,7.957763671875
RHDSD,λ<=n,8192,0,102434,12.504150390625
RHDSD,λ<=n,8192,0,64244,7.84228515625
RHDSD,λ<=n,8192,0,67310,8.216552734375
RHDSD,λ<=n,8192,0,67884,8.28662109375
RHDSD,λ<=n,8192,0,75336,9.1962890625
RHDSD,λ<=n,8192,0,65634,8.011962890625
RHDSD,λ<=n,8192,0,85684,10.45947265625
RHDSD,λ<=n,8192,0,88743,10.8328857421875
RHDSD,λ<=n,8192,0,84435,10.3070068359375
RHDSD,λ<=n,8192,0,86457,10.5538330078125
RHDSD,λ<=n,8192,0,65782,8.030029296875
RHDSD,λ<=n,8192,0,63910,7.801513671875
RHDSD,λ<=n,8192,0,63301,7.7271728515625
RHDSD,λ<=n,8192,0,67779,8.2738037109375
RHDSD,λ<=n,8192,0,81275,9.9212646484375
RHDSD,λ<=n,8192,0,81709,9.9742431640625
RHDSD,λ<=n,8192,0,63510,7.752685546875
RHDSD,λ<=n,8192,0,70187,8.5677490234375
RHDSD,λ<=n,8192,0,63755,7.7825927734375
RHDSD,λ<=n,8192,0,88363,10.7864990234375
RHDSD,λ<=n,8192,0,62751,7.6600341796875
RHDSD,λ<=n,8192,0,69735,8.5125732421875
RHDSD,λ<=n,8192,0,75570,9.224853515625
RHDSD,λ<=n,8192,0,83822,10.232177734375
RHLSD,λ<=n,8192,0,67647,8.2576904296875
RHLSD,λ<=n,8192,0,65855,8.0389404296875
RHLSD,λ<=n,8192,0,111362,13.593994140625
RHLSD,λ<=n,8192,0,74531,9.0980224609375
RHLSD,λ<=n,8192,0,74894,9.142333984375
RHLSD,λ<=n,8192,0,69707,8.5091552734375
RHLSD,λ<=n,8192,0,81056,9.89453125
RHLSD,λ<=n,8192,0,84837,10.3560791015625
RHLSD,λ<=n,8192,0,69659,8.5032958984375
RHLSD,λ<=n,8192,0,107436,13.11474609375
RHLSD,λ<=n,8192,0,68974,8.419677734375
RHLSD,λ<=n,8192,0,69647,8.5018310546875
RHLSD,λ<=n,8192,0,69348,8.46533203125
RHLSD,λ<=n,8192,0,69162,8.442626953125
RHLSD,λ<=n,8192,0,92993,11.3516845703125
RHLSD,λ<=n,8192,0,68551,8.3680419921875
RHLSD,λ<=n,8192,0,83109,10.1451416015625
RHLSD,λ<=n,8192,0,70953,8.6612548828125
RHLSD,λ<=n,8192,0,114512,13.978515625
RHLSD,λ<=n,8192,0,82992,10.130859375
RHLSD,λ<=n,8192,0,81827,9.9886474609375
RHLSD,λ<=n,8192,0,87952,10.736328125
RHLSD,λ<=n,8192,0,65100,7.94677734375
RHLSD,λ<=n,8192,0,93829,11.4537353515625
RHLSD,λ<=n,8192,0,83145,10.1495361328125
RHLSD,λ<=n,8192,0,82368,10.0546875
RHLSD,λ<=n,8192,0,89535,10.9295654296875
RHLSD,λ<=n,8192,0,68503,8.3621826171875
RHLSD,λ<=n,8192,0,76126,9.292724609375
RHLSD,λ<=n,8192,0,72522,8.852783203125
RHLSD,λ<=n,8192,0,81667,9.9691162109375
RHLSD,λ<=n,8192,0,65625,8.0108642578125
RHLSD,λ<=n,8192,0,77292,9.43505859375
RHLSD,λ<=n,8192,0,100608,12.28125
RHLSD,λ<=n,8192,0,74552,9.1005859375
RHLSD,λ<=n,8192,0,96875,11.8255615234375
RHLSD,λ<=n,8192,0,120890,14.757080078125
RHLSD,λ<=n,8192,0,78454,9.576904296875
RHLSD,λ<=n,8192,0,65955,8.0511474609375
RHLSD,λ<=n,8192,0,85908,10.48681640625
RHLSD,λ<=n,8192,0,70515,8.6077880859375
RHLSD,λ<=n,8192,0,73876,9.01806640625
RHLSD,λ<=n,8192,0,74465,9.0899658203125
RHLSD,λ<=n,8192,0,79529,9.7081298828125
RHLSD,λ<=n,8192,0,65374,7.980224609375
RHLSD,λ<=n,8192,0,73776,9.005859375
RHLSD,λ<=n,8192,0,104526,12.759521484375
RHLSD,λ<=n,8192,0,73558,8.979248046875
RHLSD,λ<=n,8192,0,69229,8.4508056640625
RHLSD,λ<=n,8192,0,62009,7.5694580078125
RHLSD,λ<=n,8192,0,66482,8.115478515625
RHLSD,λ<=n,8192,0,73817,9.0108642578125
RHLSD,λ<=n,8192,0,81951,10.0037841796875
RHLSD,λ<=n,8192,0,78190,9.544677734375
RHLSD,λ<=n,8192,0,75480,9.2138671875
RHLSD,λ<=n,8192,0,85620,10.45166015625
RHLSD,λ<=n,8192,0,72605,8.8629150390625
RHLSD,λ<=n,8192,0,69605,8.4967041015625
RHLSD,λ<=n,8192,0,64421,7.8638916015625
RHLSD,λ<=n,8192,0,70698,8.630126953125
RHLSD,λ<=n,8192,0,69599,8.4959716796875
RHLSD,λ<=n,8192,0,71507,8.7288818359375
RHLSD,λ<=n,8192,0,83622,10.207763671875
RHLSD,λ<=n,8192,0,68314,8.339111328125
RHLSD,λ<=n,8192,0,85919,10.4881591796875
RHLSD,λ<=n,8192,0,79431,9.6961669921875
RHLSD,λ<=n,8192,0,106638,13.017333984375
RHLSD,λ<=n,8192,0,66957,8.1734619140625
RHLSD,λ<=n,8192,0,80208,9.791015625
RHLSD,λ<=n,8192,0,108448,13.23828125
RHLSD,λ<=n,8192,0,71713,8.7540283203125
RHLSD,λ<=n,8192,0,80521,9.8292236328125
RHLSD,λ<=n,8192,0,64024,7.8154296875
RHLSD,λ<=n,8192,0,66772,8.15087890625
RHLSD,λ<=n,8192,0,89134,10.880615234375
RHLSD,λ<=n,8192,0,84061,10.2613525390625
RHLSD,λ<=n,8192,0,91853,11.2125244140625
RHLSD,λ<=n,8192,0,85751,10.4676513671875
RHLSD,λ<=n,8192,0,63782,7.785888671875
RHLSD,λ<=n,8192,0,90129,11.0020751953125
RHLSD,λ<=n,8192,0,107343,13.1033935546875
RHLSD,λ<=n,8192,0,70520,8.6083984375
RHLSD,λ<=n,8192,0,81424,9.939453125
RHLSD,λ<=n,8192,0,67074,8.187744140625
RHLSD,λ<=n,8192,0,92529,11.2950439453125
RHLSD,λ<=n,8192,0,74130,9.049072265625
RHLSD,λ<=n,8192,0,72951,8.9051513671875
RHLSD,λ<=n,8192,0,106206,12.964599609375
RHLSD,λ<=n,8192,0,85189,10.3990478515625
RHLSD,λ<=n,8192,0,84331,10.2943115234375
RHLSD,λ<=n,8192,0,99135,12.1014404296875
RHLSD,λ<=n,8192,0,71756,8.75927734375
RHLSD,λ<=n,8192,0,78625,9.5977783203125
RHLSD,λ<=n,8192,0,74147,9.0511474609375
RHLSD,λ<=n,8192,0,80589,9.8375244140625
RHLSD,λ<=n,8192,0,78881,9.6290283203125
RHLSD,λ<=n,8192,0,74098,9.045166015625
RHLSD,λ<=n,8192,0,72511,8.8514404296875
RHLSD,λ<=n,8192,0,85700,10.46142578125
RRLSD,λ<=n,8192,0,71358,8.710693359375
RRLSD,λ<=n,8192,0,113950,13.909912109375
RRLSD,λ<=n,8192,0,76582,9.348388671875
RRLSD,λ<=n,8192,0,90638,11.064208984375
RRLSD,λ<=n,8192,0,91297,11.1446533203125
RRLSD,λ<=n,8192,0,117215,14.3084716796875
RRLSD,λ<=n,8192,0,96646,11.797607421875
RRLSD,λ<=n,8192,0,109876,13.41259765625
RRLSD,λ<=n,8192,0,70421,8.5963134765625
RRLSD,λ<=n,8192,0,76483,9.3363037109375
RRLSD,λ<=n,8192,0,136087,16.6121826171875
RRLSD,λ<=n,8192,0,97170,11.861572265625
RRLSD,λ<=n,8192,0,128808,15.7236328125
RRLSD,λ<=n,8192,0,163352,19.9404296875
RRLSD,λ<=n,8192,0,79038,9.648193359375
RRLSD,λ<=n,8192,0,131244,16.02099609375
RRLSD,λ<=n,8192,0,77481,9.4581298828125
RRLSD,λ<=n,8192,0,87877,10.7271728515625
RRLSD,λ<=n,8192,0,78400,9.5703125
RRLSD,λ<=n,8192,0,75753,9.2471923828125
RRLSD,λ<=n,8192,0,145091,17.7113037109375
RRLSD,λ<=n,8192,0,113332,13.83447265625
RRLSD,λ<=n,8192,0,119613,14.6011962890625
RRLSD,λ<=n,8192,0,69017,8.4249267578125
RRLSD,λ<=n,8192,0,88068,10.75048828125
RRLSD,λ<=n,8192,0,81101,9.9000244140625
RRLSD,λ<=n,8192,0,87388,10.66748046875
RRLSD,λ<=n,8192,0,79423,9.6951904296875
RRLSD,λ<=n,8192,0,89925,10.9771728515625
RRLSD,λ<=n,8192,0,96007,11.7196044921875
RRLSD,λ<=n,8192,0,83948,10.24755859375
RRLSD,λ<=n,8192,0,85812,10.47509765625
RRLSD,λ<=n,8192,0,73642,8.989501953125
RRLSD,λ<=n,8192,0,68730,8.389892578125
RRLSD,λ<=n,8192,0,95453,11.6519775390625
RRLSD,λ<=n,8192,0,74678,9.115966796875
RRLSD,λ<=n,8192,0,76461,9.3336181640625
RRLSD,λ<=n,8192,0,110549,13.4947509765625
RRLSD,λ<=n,8192,0,106214,12.965576171875
RRLSD,λ<=n,8192,0,75715,9.2425537109375
RRLSD,λ<=n,8192,0,83320,10.1708984375
RRLSD,λ<=n,8192,0,80830,9.866943359375
RRLSD,λ<=n,8192,0,74456,9.0888671875
RRLSD,λ<=n,8192,0,78246,9.551513671875
RRLSD,λ<=n,8192,0,141722,17.300048828125
RRLSD,λ<=n,8192,0,79549,9.7105712890625
RRLSD,λ<=n,8192,0,88304,10.779296875
RRLSD,λ<=n,8192,0,84095,10.2655029296875
RRLSD,λ<=n,8192,0,95240,11.6259765625
RRLSD,λ<=n,8192,0,75042,9.160400390625
RRLSD,λ<=n,8192,0,117992,14.4033203125
RRLSD,λ<=n,8192,0,80886,9.873779296875
RRLSD,λ<=n,8192,0,77893,9.5084228515625
RRLSD,λ<=n,8192,0,106264,12.9716796875
RRLSD,λ<=n,8192,0,82570,10.079345703125
RRLSD,λ<=n,8192,0,75045,9.1607666015625
RRLSD,λ<=n,8192,0,83463,10.1883544921875
RRLSD,λ<=n,8192,0,88530,10.806884765625
RRLSD,λ<=n,8192,0,74672,9.115234375
RRLSD,λ<=n,8192,0,116291,14.1956787109375
RRLSD,λ<=n,8192,0,103915,12.6849365234375
RRLSD,λ<=n,8192,0,146113,17.8360595703125
RRLSD,λ<=n,8192,0,82958,10.126708984375
RRLSD,λ<=n,8192,0,76455,9.3328857421875
RRLSD,λ<=n,8192,0,80877,9.8726806640625
RRLSD,λ<=n,8192,0,100905,12.3175048828125
RRLSD,λ<=n,8192,0,153971,18.7952880859375
RRLSD,λ<=n,8192,0,101336,12.3701171875
RRLSD,λ<=n,8192,0,138918,16.957763671875
RRLSD,λ<=n,8192,0,92898,11.340087890625
RRLSD,λ<=n,8192,0,76255,9.3084716796875
RRLSD,λ<=n,8192,0,76101,9.2896728515625
RRLSD,λ<=n,8192,0,159879,19.5164794921875
RRLSD,λ<=n,8192,0,82904,10.1201171875
RRLSD,λ<=n,8192,0,74828,9.13427734375
RRLSD,λ<=n,8192,0,78880,9.62890625
RRLSD,λ<=n,8192,0,96193,11.7423095703125
RRLSD,λ<=n,8192,0,131812,16.09033203125
RRLSD,λ<=n,8192,0,94682,11.557861328125
RRLSD,λ<=n,8192,0,87811,10.7191162109375
RRLSD,λ<=n,8192,0,105528,12.8818359375
RRLSD,λ<=n,8192,0,110806,13.526123046875
RRLSD,λ<=n,8192,0,72388,8.83642578125
RRLSD,λ<=n,8192,0,87533,10.6851806640625
RRLSD,λ<=n,8192,0,97975,11.9598388671875
RRLSD,λ<=n,8192,0,81252,9.91845703125
RRLSD,λ<=n,8192,0,119572,14.59619140625
RRLSD,λ<=n,8192,0,72254,8.820068359375
RRLSD,λ<=n,8192,0,145931,17.8138427734375
RRLSD,λ<=n,8192,0,74999,9.1551513671875
RRLSD,λ<=n,8192,0,67962,8.296142578125
RRLSD,λ<=n,8192,0,77528,9.4638671875
RRLSD,λ<=n,8192,0,86542,10.564208984375
RRLSD,λ<=n,8192,0,96203,11.7435302734375
RRLSD,λ<=n,8192,0,92829,11.3316650390625
RRLSD,λ<=n,8192,0,83577,10.2022705078125
RRLSD,λ<=n,8192,0,76695,9.3621826171875
RRLSD,λ<=n,8192,0,117761,14.3751220703125
RRLSD,λ<=n,8192,0,85215,10.4022216796875
RRLSD,λ<=n,8192,0,83901,10.2418212890625
RSLSD,λ<=n,8192,0,88518,10.805419921875
RSLSD,λ<=n,8192,0,130295,15.9051513671875
RSLSD,λ<=n,8192,0,149845,18.2916259765625
RSLSD,λ<=n,8192,0,91018,11.110595703125
RSLSD,λ<=n,8192,0,141897,17.3214111328125
RSLSD,λ<=n,8192,0,92853,11.3345947265625
RSLSD,λ<=n,8192,0,180683,22.0560302734375
RSLSD,λ<=n,8192,0,124898,15.246337890625
RSLSD,λ<=n,8192,0,106428,12.99169921875
RSLSD,λ<=n,8192,0,184566,22.530029296875
RSLSD,λ<=n,8192,0,137546,16.790283203125
RSLSD,λ<=n,8192,0,327706,40.003173828125
RSLSD,λ<=n,8192,0,129074,15.756103515625
RSLSD,λ<=n,8192,0,119043,14.5316162109375
RSLSD,λ<=n,8192,0,117013,14.2838134765625
RSLSD,λ<=n,8192,0,137450,16.778564453125
RSLSD,λ<=n,8192,0,142429,17.3863525390625
RSLSD,λ<=n,8192,0,327892,40.02587890625
RSLSD,λ<=n,8192,0,127206,15.528076171875
RSLSD,λ<=n,8192,0,134251,16.3880615234375
RSLSD,λ<=n,8192,0,119729,14.6153564453125
RSLSD,λ<=n,8192,0,101269,12.3619384765625
RSLSD,λ<=n,8192,0,112292,13.70751953125
RSLSD,λ<=n,8192,0,99771,12.1790771484375
RSLSD,λ<=n,8192,0,240814,29.396240234375
RSLSD,λ<=n,8192,0,100334,12.247802734375
RSLSD,λ<=n,8192,0,91895,11.2176513671875
RSLSD,λ<=n,8192,0,127339,15.5443115234375
RSLSD,λ<=n,8192,0,86422,10.549560546875
RSLSD,λ<=n,8192,0,163264,19.9296875
RSLSD,λ<=n,8192,0,279353,34.1007080078125
RSLSD,λ<=n,8192,0,114082,13.926025390625
RSLSD,λ<=n,8192,0,121414,14.821044921875
RSLSD,λ<=n,8192,0,121096,14.7822265625
RSLSD,λ<=n,8192,0,95245,11.6265869140625
RSLSD,λ<=n,8192,0,90167,11.0067138671875
RSLSD,λ<=n,8192,0,93225,11.3800048828125
RSLSD,λ<=n,8192,0,104143,12.7127685546875
RSLSD,λ<=n,8192,0,132475,16.1712646484375
RSLSD,λ<=n,8192,0,122543,14.9588623046875
RSLSD,λ<=n,8192,0,97274,11.874267578125
RSLSD,λ<=n,8192,0,168849,20.6114501953125
RSLSD,λ<=n,8192,0,114015,13.9178466796875
RSLSD,λ<=n,8192,0,143533,17.5211181640625
RSLSD,λ<=n,8192,0,107726,13.150146484375
RSLSD,λ<=n,8192,0,180060,21.97998046875
RSLSD,λ<=n,8192,0,90003,10.9866943359375
RSLSD,λ<=n,8192,0,104266,12.727783203125
RSLSD,λ<=n,8192,0,136187,16.6243896484375
RSLSD,λ<=n,8192,0,124262,15.168701171875
RSLSD,λ<=n,8192,0,133271,16.2684326171875
RSLSD,λ<=n,8192,0,109555,13.3734130859375
RSLSD,λ<=n,8192,0,95760,11.689453125
RSLSD,λ<=n,8192,0,152371,18.5999755859375
RSLSD,λ<=n,8192,0,109612,13.38037109375
RSLSD,λ<=n,8192,0,125461,15.3150634765625
RSLSD,λ<=n,8192,0,102732,12.54052734375
RSLSD,λ<=n,8192,0,115765,14.1314697265625
RSLSD,λ<=n,8192,0,99082,12.094970703125
RSLSD,λ<=n,8192,0,115226,14.065673828125
RSLSD,λ<=n,8192,0,121767,14.8641357421875
RSLSD,λ<=n,8192,0,137904,16.833984375
RSLSD,λ<=n,8192,0,91144,11.1259765625
RSLSD,λ<=n,8192,0,124615,15.2117919921875
RSLSD,λ<=n,8192,0,105331,12.8577880859375
RSLSD,λ<=n,8192,0,91547,11.1751708984375
RSLSD,λ<=n,8192,0,193646,23.638427734375
RSLSD,λ<=n,8192,0,96836,11.82080078125
RSLSD,λ<=n,8192,0,84985,10.3741455078125
RSLSD,λ<=n,8192,0,219636,26.81103515625
RSLSD,λ<=n,8192,0,203831,24.8817138671875
RSLSD,λ<=n,8192,0,121560,14.8388671875
RSLSD,λ<=n,8192,0,138011,16.8470458984375
RSLSD,λ<=n,8192,0,201162,24.555908203125
RSLSD,λ<=n,8192,0,96578,11.789306640625
RSLSD,λ<=n,8192,0,113439,13.8475341796875
RSLSD,λ<=n,8192,0,117531,14.3470458984375
RSLSD,λ<=n,8192,0,255095,31.1395263671875
RSLSD,λ<=n,8192,0,349768,42.6962890625
RSLSD,λ<=n,8192,0,153363,18.7210693359375
RSLSD,λ<=n,8192,0,101620,12.40478515625
RSLSD,λ<=n,8192,0,142013,17.3355712890625
RSLSD,λ<=n,8192,0,100295,12.2430419921875
RSLSD,λ<=n,8192,0,208092,25.40185546875
RSLSD,λ<=n,8192,0,169120,20.64453125
RSLSD,λ<=n,8192,0,177890,21.715087890625
RSLSD,λ<=n,8192,0,91213,11.1343994140625
RSLSD,λ<=n,8192,0,114999,14.0379638671875
RSLSD,λ<=n,8192,0,105441,12.8712158203125
RSLSD,λ<=n,8192,0,141197,17.2359619140625
RSLSD,λ<=n,8192,0,145674,17.782470703125
RSLSD,λ<=n,8192,0,111213,13.5758056640625
RSLSD,λ<=n,8192,0,243947,29.7786865234375
RSLSD,λ<=n,8192,0,94337,11.5157470703125
RSLSD,λ<=n,8192,0,116551,14.2274169921875
RSLSD,λ<=n,8192,0,114448,13.970703125
RSLSD,λ<=n,8192,0,125204,15.28369140625
RSLSD,λ<=n,8192,0,149676,18.27099609375
RSLSD,λ<=n,8192,0,120836,14.75048828125
RSLSD,λ<=n,8192,0,191099,23.3275146484375
RSDMD,λ<=n,8192,0,98502,12.024169921875
RSDMD,λ<=n,8192,0,101591,12.4012451171875
RSDMD,λ<=n,8192,0,111475,13.6077880859375
RSDMD,λ<=n,8192,0,171525,20.9381103515625
RSDMD,λ<=n,8192,0,86373,10.5435791015625
RSDMD,λ<=n,8192,0,223425,27.2735595703125
RSDMD,λ<=n,8192,0,121814,14.869873046875
RSDMD,λ<=n,8192,0,113374,13.839599609375
RSDMD,λ<=n,8192,0,100737,12.2969970703125
RSDMD,λ<=n,8192,0,111897,13.6593017578125
RSDMD,λ<=n,8192,0,124778,15.231689453125
RSDMD,λ<=n,8192,0,72321,8.8282470703125
RSDMD,λ<=n,8192,0,208087,25.4012451171875
RSDMD,λ<=n,8192,0,77044,9.40478515625
RSDMD,λ<=n,8192,0,120873,14.7550048828125
RSDMD,λ<=n,8192,0,181953,22.2110595703125
RSDMD,λ<=n,8192,0,75200,9.1796875
RSDMD,λ<=n,8192,0,83421,10.1832275390625
RSDMD,λ<=n,8192,0,80630,9.842529296875
RSDMD,λ<=n,8192,0,129349,15.7896728515625
RSDMD,λ<=n,8192,0,99673,12.1671142578125
RSDMD,λ<=n,8192,0,107752,13.1533203125
RSDMD,λ<=n,8192,0,80755,9.8577880859375
RSDMD,λ<=n,8192,0,86901,10.6080322265625
RSDMD,λ<=n,8192,0,84901,10.3638916015625
RSDMD,λ<=n,8192,0,225092,27.47705078125
RSDMD,λ<=n,8192,0,97546,11.907470703125
RSDMD,λ<=n,8192,0,91309,11.1461181640625
RSDMD,λ<=n,8192,0,114006,13.916748046875
RSDMD,λ<=n,8192,0,134969,16.4757080078125
RSDMD,λ<=n,8192,0,97735,11.9305419921875
RSDMD,λ<=n,8192,0,69827,8.5238037109375
RSDMD,λ<=n,8192,0,128079,15.6346435546875
RSDMD,λ<=n,8192,0,152720,18.642578125
RSDMD,λ<=n,8192,0,83748,10.22314453125
RSDMD,λ<=n,8192,0,149320,18.2275390625
RSDMD,λ<=n,8192,0,164519,20.0828857421875
RSDMD,λ<=n,8192,0,91076,11.11767578125
RSDMD,λ<=n,8192,0,96326,11.758544921875
RSDMD,λ<=n,8192,0,90500,11.04736328125
RSDMD,λ<=n,8192,0,118439,14.4578857421875
RSDMD,λ<=n,8192,0,178230,21.756591796875
RSDMD,λ<=n,8192,0,98535,12.0281982421875
RSDMD,λ<=n,8192,0,86778,10.593017578125
RSDMD,λ<=n,8192,0,77600,9.47265625
RSDMD,λ<=n,8192,0,169525,20.6939697265625
RSDMD,λ<=n,8192,0,102516,12.51416015625
RSDMD,λ<=n,8192,0,241422,29.470458984375
RSDMD,λ<=n,8192,0,75750,9.246826171875
RSDMD,λ<=n,8192,0,97571,11.9105224609375
RSDMD,λ<=n,8192,0,69156,8.44189453125
RSDMD,λ<=n,8192,0,110500,13.48876953125
RSDMD,λ<=n,8192,0,134941,16.4722900390625
RSDMD,λ<=n,8192,0,102626,12.527587890625
RSDMD,λ<=n,8192,0,132213,16.1392822265625
RSDMD,λ<=n,8192,0,106645,13.0181884765625
RSDMD,λ<=n,8192,0,141458,17.267822265625
RSDMD,λ<=n,8192,0,146632,17.8994140625
RSDMD,λ<=n,8192,0,103626,12.649658203125
RSDMD,λ<=n,8192,0,87751,10.7117919921875
RSDMD,λ<=n,8192,0,98240,11.9921875
RSDMD,λ<=n,8192,0,125404,15.30810546875
RSDMD,λ<=n,8192,0,102536,12.5166015625
RSDMD,λ<=n,8192,0,140333,17.1304931640625
RSDMD,λ<=n,8192,0,133203,16.2601318359375
RSDMD,λ<=n,8192,0,87660,10.70068359375
RSDMD,λ<=n,8192,0,152949,18.6705322265625
RSDMD,λ<=n,8192,0,130454,15.924560546875
RSDMD,λ<=n,8192,0,122973,15.0113525390625
RSDMD,λ<=n,8192,0,93706,11.438720703125
RSDMD,λ<=n,8192,0,244120,29.7998046875
RSDMD,λ<=n,8192,0,110357,13.4713134765625
RSDMD,λ<=n,8192,0,91009,11.1094970703125
RSDMD,λ<=n,8192,0,102556,12.51904296875
RSDMD,λ<=n,8192,0,115318,14.076904296875
RSDMD,λ<=n,8192,0,101504,12.390625
RSDMD,λ<=n,8192,0,81833,9.9893798828125
RSDMD,λ<=n,8192,0,96538,11.784423828125
RSDMD,λ<=n,8192,0,128430,15.677490234375
RSDMD,λ<=n,8192,0,109795,13.4027099609375
RSDMD,λ<=n,8192,0,77542,9.465576171875
RSDMD,λ<=n,8192,0,98684,12.04638671875
RSDMD,λ<=n,8192,0,90852,11.09033203125
RSDMD,λ<=n,8192,0,108535,13.2489013671875
RSDMD,λ<=n,8192,0,125418,15.309814453125
RSDMD,λ<=n,8192,0,110861,13.5328369140625
RSDMD,λ<=n,8192,0,115818,14.137939453125
RSDMD,λ<=n,8192,0,108612,13.25830078125
RSDMD,λ<=n,8192,0,116387,14.2073974609375
RSDMD,λ<=n,8192,0,73904,9.021484375
RSDMD,λ<=n,8192,0,106671,13.0213623046875
RSDMD,λ<=n,8192,0,88600,10.8154296875
RSDMD,λ<=n,8192,0,119071,14.5350341796875
RSDMD,λ<=n,8192,0,90486,11.045654296875
RSDMD,λ<=n,8192,0,170179,20.7738037109375
RSDMD,λ<=n,8192,0,184477,22.5191650390625
RSDMD,λ<=n,8192,0,119194,14.550048828125
RSDMD,λ<=n,8192,0,73384,8.9580078125
RSDMD,λ<=n,8192,0,99776,12.1796875
RSDMD,λ<=n,8192,0,128521,15.6885986328125
RRDMD,λ<=n,8192,0,88365,10.7867431640625
RRDMD,λ<=n,8192,0,57491,7.0179443359375
RRDMD,λ<=n,8192,0,66835,8.1585693359375
RRDMD,λ<=n,8192,0,67764,8.27197265625
RRDMD,λ<=n,8192,0,62285,7.6031494140625
RRDMD,λ<=n,8192,0,59412,7.25244140625
RRDMD,λ<=n,8192,0,170543,20.8182373046875
RRDMD,λ<=n,8192,0,60258,7.355712890625
RRDMD,λ<=n,8192,0,70887,8.6531982421875
RRDMD,λ<=n,8192,0,70190,8.568115234375
RRDMD,λ<=n,8192,0,75135,9.1717529296875
RRDMD,λ<=n,8192,0,62839,7.6707763671875
RRDMD,λ<=n,8192,0,61160,7.4658203125
RRDMD,λ<=n,8192,0,68109,8.3140869140625
RRDMD,λ<=n,8192,0,55913,6.8253173828125
RRDMD,λ<=n,8192,0,80069,9.7740478515625
RRDMD,λ<=n,8192,0,65055,7.9412841796875
RRDMD,λ<=n,8192,0,59084,7.21240234375
RRDMD,λ<=n,8192,0,70335,8.5858154296875
RRDMD,λ<=n,8192,0,107940,13.17626953125
RRDMD,λ<=n,8192,0,325404,39.72216796875
RRDMD,λ<=n,8192,0,96393,11.7667236328125
RRDMD,λ<=n,8192,0,69464,8.4794921875
RRDMD,λ<=n,8192,0,65286,7.969482421875
RRDMD,λ<=n,8192,0,75923,9.2679443359375
RRDMD,λ<=n,8192,0,61834,7.548095703125
RRDMD,λ<=n,8192,0,69501,8.4840087890625
RRDMD,λ<=n,8192,0,82931,10.1234130859375
RRDMD,λ<=n,8192,0,73040,8.916015625
RRDMD,λ<=n,8192,0,66268,8.08935546875
RRDMD,λ<=n,8192,0,64913,7.9239501953125
RRDMD,λ<=n,8192,0,71746,8.758056640625
RRDMD,λ<=n,8192,0,118856,14.5087890625
RRDMD,λ<=n,8192,0,88890,10.850830078125
RRDMD,λ<=n,8192,0,62361,7.6124267578125
RRDMD,λ<=n,8192,0,81188,9.91064453125
RRDMD,λ<=n,8192,0,68663,8.3817138671875
RRDMD,λ<=n,8192,0,63790,7.786865234375
RRDMD,λ<=n,8192,0,66266,8.089111328125
RRDMD,λ<=n,8192,0,66239,8.0858154296875
RRDMD,λ<=n,8192,0,59554,7.269775390625
RRDMD,λ<=n,8192,0,64068,7.82080078125
RRDMD,λ<=n,8192,0,95297,11.6329345703125
RRDMD,λ<=n,8192,0,67306,8.216064453125
RRDMD,λ<=n,8192,0,66477,8.1148681640625
RRDMD,λ<=n,8192,0,62096,7.580078125
RRDMD,λ<=n,8192,0,85080,10.3857421875
RRDMD,λ<=n,8192,0,95026,11.599853515625
RRDMD,λ<=n,8192,0,88692,10.82666015625
RRDMD,λ<=n,8192,0,79809,9.7423095703125
RRDMD,λ<=n,8192,0,123759,15.1072998046875
RRDMD,λ<=n,8192,0,72311,8.8270263671875
RRDMD,λ<=n,8192,0,73148,8.92919921875
RRDMD,λ<=n,8192,0,112095,13.6834716796875
RRDMD,λ<=n,8192,0,65793,8.0313720703125
RRDMD,λ<=n,8192,0,80706,9.851806640625
RRDMD,λ<=n,8192,0,71829,8.7681884765625
RRDMD,λ<=n,8192,0,60345,7.3663330078125
RRDMD,λ<=n,8192,0,85525,10.4400634765625
RRDMD,λ<=n,8192,0,60601,7.3975830078125
RRDMD,λ<=n,8192,0,56476,6.89404296875
RRDMD,λ<=n,8192,0,54857,6.6964111328125
RRDMD,λ<=n,8192,0,72792,8.8857421875
RRDMD,λ<=n,8192,0,76901,9.3873291015625
RRDMD,λ<=n,8192,0,57817,7.0577392578125
RRDMD,λ<=n,8192,0,81374,9.933349609375
RRDMD,λ<=n,8192,0,68897,8.4102783203125
RRDMD,λ<=n,8192,0,69072,8.431640625
RRDMD,λ<=n,8192,0,79737,9.7335205078125
RRDMD,λ<=n,8192,0,79469,9.7008056640625
RRDMD,λ<=n,8192,0,90100,10.99853515625
RRDMD,λ<=n,8192,0,61132,7.46240234375
RRDMD,λ<=n,8192,0,70276,8.57861328125
RRDMD,λ<=n,8192,0,56957,6.9527587890625
RRDMD,λ<=n,8192,0,69290,8.458251953125
RRDMD,λ<=n,8192,0,63044,7.69580078125
RRDMD,λ<=n,8192,0,62081,7.5782470703125
RRDMD,λ<=n,8192,0,73652,8.99072265625
RRDMD,λ<=n,8192,0,223142,27.239013671875
RRDMD,λ<=n,8192,0,75198,9.179443359375
RRDMD,λ<=n,8192,0,61805,7.5445556640625
RRDMD,λ<=n,8192,0,63788,7.78662109375
RRDMD,λ<=n,8192,0,117755,14.3743896484375
RRDMD,λ<=n,8192,0,110794,13.524658203125
RRDMD,λ<=n,8192,0,62916,7.68017578125
RRDMD,λ<=n,8192,0,69245,8.4527587890625
RRDMD,λ<=n,8192,0,65916,8.04638671875
RRDMD,λ<=n,8192,0,66820,8.15673828125
RRDMD,λ<=n,8192,0,66289,8.0919189453125
RRDMD,λ<=n,8192,0,59496,7.2626953125
RRDMD,λ<=n,8192,0,61723,7.5345458984375
RRDMD,λ<=n,8192,0,72065,8.7969970703125
RRDMD,λ<=n,8192,0,80920,9.8779296875
RRDMD,λ<=n,8192,0,103751,12.6649169921875
RRDMD,λ<=n,8192,0,69617,8.4981689453125
RRDMD,λ<=n,8192,0,74342,9.074951171875
RRDMD,λ<=n,8192,0,61017,7.4483642578125
RRDMD,λ<=n,8192,0,82442,10.063720703125
RRDMD,λ<=n,8192,0,104467,12.7523193359375
RRDMD,λ<=n,8192,0,59269,7.2349853515625
RHDMD,λ<=n,8192,0,76574,9.347412109375
RHDMD,λ<=n,8192,0,71128,8.6826171875
RHDMD,λ<=n,8192,0,56768,6.9296875
RHDMD,λ<=n,8192,0,69480,8.4814453125
RHDMD,λ<=n,8192,0,65415,7.9852294921875
RHDMD,λ<=n,8192,0,58544,7.146484375
RHDMD,λ<=n,8192,0,77217,9.4259033203125
RHDMD,λ<=n,8192,0,91975,11.2274169921875
RHDMD,λ<=n,8192,0,52517,6.4107666015625
RHDMD,λ<=n,8192,0,59664,7.283203125
RHDMD,λ<=n,8192,0,71526,8.731201171875
RHDMD,λ<=n,8192,0,73037,8.9156494140625
RHDMD,λ<=n,8192,0,54082,6.601806640625
RHDMD,λ<=n,8192,0,58710,7.166748046875
RHDMD,λ<=n,8192,0,94110,11.488037109375
RHDMD,λ<=n,8192,0,82682,10.093017578125
RHDMD,λ<=n,8192,0,58714,7.167236328125
RHDMD,λ<=n,8192,0,65261,7.9664306640625
RHDMD,λ<=n,8192,0,71472,8.724609375
RHDMD,λ<=n,8192,0,63186,7.713134765625
RHDMD,λ<=n,8192,0,58847,7.1834716796875
RHDMD,λ<=n,8192,0,73600,8.984375
RHDMD,λ<=n,8192,0,57085,6.9683837890625
RHDMD,λ<=n,8192,0,72845,8.8922119140625
RHDMD,λ<=n,8192,0,113357,13.8375244140625
RHDMD,λ<=n,8192,0,66379,8.1029052734375
RHDMD,λ<=n,8192,0,92402,11.279541015625
RHDMD,λ<=n,8192,0,57456,7.013671875
RHDMD,λ<=n,8192,0,99625,12.1612548828125
RHDMD,λ<=n,8192,0,53859,6.5745849609375
RHDMD,λ<=n,8192,0,58666,7.161376953125
RHDMD,λ<=n,8192,0,74526,9.097412109375
RHDMD,λ<=n,8192,0,65282,7.968994140625
RHDMD,λ<=n,8192,0,79138,9.660400390625
RHDMD,λ<=n,8192,0,67663,8.2596435546875
RHDMD,λ<=n,8192,0,62643,7.6468505859375
RHDMD,λ<=n,8192,0,58446,7.134521484375
RHDMD,λ<=n,8192,0,54120,6.6064453125
RHDMD,λ<=n,8192,0,92314,11.268798828125
RHDMD,λ<=n,8192,0,79194,9.667236328125
RHDMD,λ<=n,8192,0,64646,7.891357421875
RHDMD,λ<=n,8192,0,95797,11.6939697265625
RHDMD,λ<=n,8192,0,71767,8.7606201171875
RHDMD,λ<=n,8192,0,73360,8.955078125
RHDMD,λ<=n,8192,0,52794,6.444580078125
RHDMD,λ<=n,8192,0,96494,11.779052734375
RHDMD,λ<=n,8192,0,78977,9.6407470703125
RHDMD,λ<=n,8192,0,60415,7.3748779296875
RHDMD,λ<=n,8192,0,73605,8.9849853515625
RHDMD,λ<=n,8192,0,53723,6.5579833984375
RHDMD,λ<=n,8192,0,55987,6.8343505859375
RHDMD,λ<=n,8192,0,76936,9.3916015625
RHDMD,λ<=n,8192,0,102673,12.5333251953125
RHDMD,λ<=n,8192,0,55683,6.7972412109375
RHDMD,λ<=n,8192,0,81905,9.9981689453125
RHDMD,λ<=n,8192,0,59252,7.23291015625
RHDMD,λ<=n,8192,0,56909,6.9468994140625
RHDMD,λ<=n,8192,0,67419,8.2298583984375
RHDMD,λ<=n,8192,0,57668,7.03955078125
RHDMD,λ<=n,8192,0,50581,6.1744384765625
RHDMD,λ<=n,8192,0,104523,12.7591552734375
RHDMD,λ<=n,8192,0,68491,8.3607177734375
RHDMD,λ<=n,8192,0,63086,7.700927734375
RHDMD,λ<=n,8192,0,61607,7.5203857421875
RHDMD,λ<=n,8192,0,54552,6.6591796875
RHDMD,λ<=n,8192,0,107838,13.163818359375
RHDMD,λ<=n,8192,0,58100,7.09228515625
RHDMD,λ<=n,8192,0,114701,14.0015869140625
RHDMD,λ<=n,8192,0,80668,9.84716796875
RHDMD,λ<=n,8192,0,54283,6.6263427734375
RHDMD,λ<=n,8192,0,57742,7.048583984375
RHDMD,λ<=n,8192,0,52969,6.4659423828125
RHDMD,λ<=n,8192,0,72896,8.8984375
RHDMD,λ<=n,8192,0,65644,8.01318359375
RHDMD,λ<=n,8192,0,64613,7.8873291015625
RHDMD,λ<=n,8192,0,55511,6.7762451171875
RHDMD,λ<=n,8192,0,109387,13.3529052734375
RHDMD,λ<=n,8192,0,95125,11.6119384765625
RHDMD,λ<=n,8192,0,60639,7.4022216796875
RHDMD,λ<=n,8192,0,55929,6.8272705078125
RHDMD,λ<=n,8192,0,102692,12.53564453125
RHDMD,λ<=n,8192,0,57890,7.066650390625
RHDMD,λ<=n,8192,0,71794,8.763916015625
RHDMD,λ<=n,8192,0,49639,6.0594482421875
RHDMD,λ<=n,8192,0,79373,9.6890869140625
RHDMD,λ<=n,8192,0,55123,6.7288818359375
RHDMD,λ<=n,8192,0,60709,7.4107666015625
RHDMD,λ<=n,8192,0,54866,6.697509765625
RHDMD,λ<=n,8192,0,52621,6.4234619140625
RHDMD,λ<=n,8192,0,57592,7.0302734375
RHDMD,λ<=n,8192,0,57764,7.05126953125
RHDMD,λ<=n,8192,0,60706,7.410400390625
RHDMD,λ<=n,8192,0,53252,6.50048828125
RHDMD,λ<=n,8192,0,55945,6.8292236328125
RHDMD,λ<=n,8192,0,52554,6.415283203125
RHDMD,λ<=n,8192,0,59372,7.24755859375
RHDMD,λ<=n,8192,0,59580,7.27294921875
RHDMD,λ<=n,8192,0,74042,9.038330078125
RHDMD,λ<=n,8192,0,59996,7.32373046875
RHDMD,λ<=n,8192,0,59598,7.275146484375
RHLMD,λ<=n,8192,0,70175,8.5662841796875
RHLMD,λ<=n,8192,0,59348,7.24462890625
RHLMD,λ<=n,8192,0,64860,7.91748046875
RHLMD,λ<=n,8192,0,61668,7.52783203125
RHLMD,λ<=n,8192,0,60346,7.366455078125
RHLMD,λ<=n,8192,0,65369,7.9796142578125
RHLMD,λ<=n,8192,0,66734,8.146240234375
RHLMD,λ<=n,8192,0,79916,9.75537109375
RHLMD,λ<=n,8192,0,59960,7.3193359375
RHLMD,λ<=n,8192,0,62828,7.66943359375
RHLMD,λ<=n,8192,0,104627,12.7718505859375
RHLMD,λ<=n,8192,0,110313,13.4659423828125
RHLMD,λ<=n,8192,0,63797,7.7877197265625
RHLMD,λ<=n,8192,0,64675,7.8948974609375
RHLMD,λ<=n,8192,0,54750,6.683349609375
RHLMD,λ<=n,8192,0,70186,8.567626953125
RHLMD,λ<=n,8192,0,52792,6.4443359375
RHLMD,λ<=n,8192,0,55269,6.7467041015625
RHLMD,λ<=n,8192,0,60611,7.3988037109375
RHLMD,λ<=n,8192,0,74545,9.0997314453125
RHLMD,λ<=n,8192,0,73755,9.0032958984375
RHLMD,λ<=n,8192,0,60097,7.3360595703125
RHLMD,λ<=n,8192,0,63740,7.78076171875
RHLMD,λ<=n,8192,0,64031,7.8162841796875
RHLMD,λ<=n,8192,0,61682,7.529541015625
RHLMD,λ<=n,8192,0,58376,7.1259765625
RHLMD,λ<=n,8192,0,65802,8.032470703125
RHLMD,λ<=n,8192,0,70672,8.626953125
RHLMD,λ<=n,8192,0,61033,7.4503173828125
RHLMD,λ<=n,8192,0,54558,6.659912109375
RHLMD,λ<=n,8192,0,58837,7.1822509765625
RHLMD,λ<=n,8192,0,64806,7.910888671875
RHLMD,λ<=n,8192,0,56970,6.954345703125
RHLMD,λ<=n,8192,0,59350,7.244873046875
RHLMD,λ<=n,8192,0,70462,8.601318359375
RHLMD,λ<=n,8192,0,73382,8.957763671875
RHLMD,λ<=n,8192,0,101513,12.3917236328125
RHLMD,λ<=n,8192,0,72192,8.8125
RHLMD,λ<=n,8192,0,75555,9.2230224609375
RHLMD,λ<=n,8192,0,66153,8.0753173828125
RHLMD,λ<=n,8192,0,74702,9.118896484375
RHLMD,λ<=n,8192,0,60248,7.3544921875
RHLMD,λ<=n,8192,0,65161,7.9542236328125
RHLMD,λ<=n,8192,0,61988,7.56689453125
RHLMD,λ<=n,8192,0,58763,7.1732177734375
RHLMD,λ<=n,8192,0,98607,12.0369873046875
RHLMD,λ<=n,8192,0,92227,11.2581787109375
RHLMD,λ<=n,8192,0,66400,8.10546875
RHLMD,λ<=n,8192,0,63509,7.7525634765625
RHLMD,λ<=n,8192,0,89860,10.96923828125
RHLMD,λ<=n,8192,0,52083,6.3577880859375
RHLMD,λ<=n,8192,0,90850,11.090087890625
RHLMD,λ<=n,8192,0,104066,12.703369140625
RHLMD,λ<=n,8192,0,54466,6.648681640625
RHLMD,λ<=n,8192,0,74234,9.061767578125
RHLMD,λ<=n,8192,0,70035,8.5491943359375
RHLMD,λ<=n,8192,0,73948,9.02685546875
RHLMD,λ<=n,8192,0,63558,7.758544921875
RHLMD,λ<=n,8192,0,138672,16.927734375
RHLMD,λ<=n,8192,0,61542,7.512451171875
RHLMD,λ<=n,8192,0,58588,7.15185546875
RHLMD,λ<=n,8192,0,57678,7.040771484375
RHLMD,λ<=n,8192,0,69221,8.4498291015625
RHLMD,λ<=n,8192,0,78511,9.5838623046875
RHLMD,λ<=n,8192,0,73436,8.96435546875
RHLMD,λ<=n,8192,0,140219,17.1165771484375
RHLMD,λ<=n,8192,0,60894,7.433349609375
RHLMD,λ<=n,8192,0,80095,9.7772216796875
RHLMD,λ<=n,8192,0,59159,7.2215576171875
RHLMD,λ<=n,8192,0,56276,6.86962890625
RHLMD,λ<=n,8192,0,73103,8.9237060546875
RHLMD,λ<=n,8192,0,88107,10.7552490234375
RHLMD,λ<=n,8192,0,125756,15.35107421875
RHLMD,λ<=n,8192,0,70981,8.6646728515625
RHLMD,λ<=n,8192,0,59437,7.2554931640625
RHLMD,λ<=n,8192,0,56721,6.9239501953125
RHLMD,λ<=n,8192,0,63212,7.71630859375
RHLMD,λ<=n,8192,0,62497,7.6290283203125
RHLMD,λ<=n,8192,0,55043,6.7191162109375
RHLMD,λ<=n,8192,0,71737,8.7569580078125
RHLMD,λ<=n,8192,0,62072,7.5771484375
RHLMD,λ<=n,8192,0,59533,7.2672119140625
RHLMD,λ<=n,8192,0,55906,6.824462890625
RHLMD,λ<=n,8192,0,66861,8.1617431640625
RHLMD,λ<=n,8192,0,98021,11.9654541015625
RHLMD,λ<=n,8192,0,68898,8.410400390625
RHLMD,λ<=n,8192,0,63355,7.7337646484375
RHLMD,λ<=n,8192,0,91706,11.194580078125
RHLMD,λ<=n,8192,0,64123,7.8275146484375
RHLMD,λ<=n,8192,0,58607,7.1541748046875
RHLMD,λ<=n,8192,0,52963,6.4652099609375
RHLMD,λ<=n,8192,0,63344,7.732421875
RHLMD,λ<=n,8192,0,71105,8.6798095703125
RHLMD,λ<=n,8192,0,68274,8.334228515625
RHLMD,λ<=n,8192,0,94463,11.5311279296875
RHLMD,λ<=n,8192,0,66095,8.0682373046875
RHLMD,λ<=n,8192,0,78405,9.5709228515625
RHLMD,λ<=n,8192,0,59310,7.239990234375
RHLMD,λ<=n,8192,0,72950,8.905029296875
RHLMD,λ<=n,8192,0,61850,7.550048828125
RRLMD,λ<=n,8192,0,132508,16.17529296875
RRLMD,λ<=n,8192,0,73943,9.0262451171875
RRLMD,λ<=n,8192,0,70948,8.66064453125
RRLMD,λ<=n,8192,0,66852,8.16064453125
RRLMD,λ<=n,8192,0,84455,10.3094482421875
RRLMD,λ<=n,8192,0,91067,11.1165771484375
RRLMD,λ<=n,8192,0,100799,12.3045654296875
RRLMD,λ<=n,8192,0,77857,9.5040283203125
RRLMD,λ<=n,8192,0,61057,7.4532470703125
RRLMD,λ<=n,8192,0,103127,12.5887451171875
RRLMD,λ<=n,8192,0,61669,7.5279541015625
RRLMD,λ<=n,8192,0,63186,7.713134765625
RRLMD,λ<=n,8192,0,97847,11.9442138671875
RRLMD,λ<=n,8192,0,64398,7.861083984375
RRLMD,λ<=n,8192,0,103318,12.612060546875
RRLMD,λ<=n,8192,0,112058,13.678955078125
RRLMD,λ<=n,8192,0,68137,8.3175048828125
RRLMD,λ<=n,8192,0,69433,8.4757080078125
RRLMD,λ<=n,8192,0,77674,9.481689453125
RRLMD,λ<=n,8192,0,66925,8.1695556640625
RRLMD,λ<=n,8192,0,114540,13.98193359375
RRLMD,λ<=n,8192,0,72999,8.9110107421875
RRLMD,λ<=n,8192,0,62137,7.5850830078125
RRLMD,λ<=n,8192,0,74774,9.127685546875
RRLMD,λ<=n,8192,0,75936,9.26953125
RRLMD,λ<=n,8192,0,102532,12.51611328125
RRLMD,λ<=n,8192,0,77557,9.4674072265625
RRLMD,λ<=n,8192,0,57376,7.00390625
RRLMD,λ<=n,8192,0,64236,7.84130859375
RRLMD,λ<=n,8192,0,87437,10.6734619140625
RRLMD,λ<=n,8192,0,89786,10.960205078125
RRLMD,λ<=n,8192,0,85756,10.46826171875
RRLMD,λ<=n,8192,0,72384,8.8359375
RRLMD,λ<=n,8192,0,53601,6.5430908203125
RRLMD,λ<=n,8192,0,60013,7.3258056640625
RRLMD,λ<=n,8192,0,69444,8.47705078125
RRLMD,λ<=n,8192,0,80454,9.821044921875
RRLMD,λ<=n,8192,0,67332,8.21923828125
RRLMD,λ<=n,8192,0,71979,8.7864990234375
RRLMD,λ<=n,8192,0,121604,14.84423828125
RRLMD,λ<=n,8192,0,64279,7.8465576171875
RRLMD,λ<=n,8192,0,83562,10.200439453125
RRLMD,λ<=n,8192,0,76989,9.3980712890625
RRLMD,λ<=n,8192,0,61161,7.4659423828125
RRLMD,λ<=n,8192,0,123405,15.0640869140625
RRLMD,λ<=n,8192,0,74447,9.0877685546875
RRLMD,λ<=n,8192,0,65789,8.0308837890625
RRLMD,λ<=n,8192,0,82503,10.0711669921875
RRLMD,λ<=n,8192,0,75603,9.2288818359375
RRLMD,λ<=n,8192,0,67517,8.2418212890625
RRLMD,λ<=n,8192,0,60804,7.42236328125
RRLMD,λ<=n,8192,0,80202,9.790283203125
RRLMD,λ<=n,8192,0,101587,12.4007568359375
RRLMD,λ<=n,8192,0,86358,10.541748046875
RRLMD,λ<=n,8192,0,78234,9.550048828125
RRLMD,λ<=n,8192,0,154081,18.8087158203125
RRLMD,λ<=n,8192,0,72781,8.8843994140625
RRLMD,λ<=n,8192,0,69954,8.539306640625
RRLMD,λ<=n,8192,0,76707,9.3636474609375
RRLMD,λ<=n,8192,0,90998,11.108154296875
RRLMD,λ<=n,8192,0,68220,8.32763671875
RRLMD,λ<=n,8192,0,59733,7.2916259765625
RRLMD,λ<=n,8192,0,63769,7.7843017578125
RRLMD,λ<=n,8192,0,134623,16.4334716796875
RRLMD,λ<=n,8192,0,97198,11.864990234375
RRLMD,λ<=n,8192,0,82136,10.0263671875
RRLMD,λ<=n,8192,0,85648,10.455078125
RRLMD,λ<=n,8192,0,97392,11.888671875
RRLMD,λ<=n,8192,0,85970,10.494384765625
RRLMD,λ<=n,8192,0,56978,6.955322265625
RRLMD,λ<=n,8192,0,63190,7.713623046875
RRLMD,λ<=n,8192,0,100177,12.2286376953125
RRLMD,λ<=n,8192,0,97047,11.8465576171875
RRLMD,λ<=n,8192,0,57941,7.0728759765625
RRLMD,λ<=n,8192,0,77968,9.517578125
RRLMD,λ<=n,8192,0,71503,8.7283935546875
RRLMD,λ<=n,8192,0,59428,7.25439453125
RRLMD,λ<=n,8192,0,99407,12.1346435546875
RRLMD,λ<=n,8192,0,80679,9.8485107421875
RRLMD,λ<=n,8192,0,92242,11.260009765625
RRLMD,λ<=n,8192,0,84692,10.33837890625
RRLMD,λ<=n,8192,0,60378,7.370361328125
RRLMD,λ<=n,8192,0,73177,8.9327392578125
RRLMD,λ<=n,8192,0,95116,11.61083984375
RRLMD,λ<=n,8192,0,66441,8.1104736328125
RRLMD,λ<=n,8192,0,92642,11.308837890625
RRLMD,λ<=n,8192,0,73259,8.9427490234375
RRLMD,λ<=n,8192,0,71724,8.75537109375
RRLMD,λ<=n,8192,0,68564,8.36962890625
RRLMD,λ<=n,8192,0,58675,7.1624755859375
RRLMD,λ<=n,8192,0,180177,21.9942626953125
RRLMD,λ<=n,8192,0,68735,8.3905029296875
RRLMD,λ<=n,8192,0,62093,7.5797119140625
RRLMD,λ<=n,8192,0,60443,7.3782958984375
RRLMD,λ<=n,8192,0,228583,27.9031982421875
RRLMD,λ<=n,8192,0,74201,9.0577392578125
RRLMD,λ<=n,8192,0,68009,8.3018798828125
RRLMD,λ<=n,8192,0,81094,9.899169921875
RRLMD,λ<=n,8192,0,69870,8.529052734375
RSLMD,λ<=n,8192,0,124710,15.223388671875
RSLMD,λ<=n,8192,0,107934,13.175537109375
RSLMD,λ<=n,8192,0,82690,10.093994140625
RSLMD,λ<=n,8192,0,98581,12.0338134765625
RSLMD,λ<=n,8192,0,152638,18.632568359375
RSLMD,λ<=n,8192,0,92304,11.267578125
RSLMD,λ<=n,8192,0,129335,15.7879638671875
RSLMD,λ<=n,8192,0,107146,13.079345703125
RSLMD,λ<=n,8192,0,116885,14.2681884765625
RSLMD,λ<=n,8192,0,82742,10.100341796875
RSLMD,λ<=n,8192,0,81171,9.9085693359375
RSLMD,λ<=n,8192,0,108565,13.2525634765625
RSLMD,λ<=n,8192,0,144993,17.6993408203125
RSLMD,λ<=n,8192,0,108720,13.271484375
RSLMD,λ<=n,8192,0,77701,9.4849853515625
RSLMD,λ<=n,8192,0,123168,15.03515625
RSLMD,λ<=n,8192,0,74477,9.0914306640625
RSLMD,λ<=n,8192,0,97322,11.880126953125
RSLMD,λ<=n,8192,0,88475,10.8001708984375
RSLMD,λ<=n,8192,0,120592,14.720703125
RSLMD,λ<=n,8192,0,213317,26.0396728515625
RSLMD,λ<=n,8192,0,122610,14.967041015625
RSLMD,λ<=n,8192,0,128127,15.6405029296875
RSLMD,λ<=n,8192,0,99651,12.1644287109375
RSLMD,λ<=n,8192,0,109655,13.3856201171875
RSLMD,λ<=n,8192,0,105145,12.8350830078125
RSLMD,λ<=n,8192,0,132865,16.2188720703125
RSLMD,λ<=n,8192,0,253903,30.9940185546875
RSLMD,λ<=n,8192,0,81378,9.933837890625
RSLMD,λ<=n,8192,0,82795,10.1068115234375
RSLMD,λ<=n,8192,0,131299,16.0277099609375
RSLMD,λ<=n,8192,0,122734,14.982177734375
RSLMD,λ<=n,8192,0,138436,16.89892578125
RSLMD,λ<=n,8192,0,158979,19.4066162109375
RSLMD,λ<=n,8192,0,139947,17.0833740234375
RSLMD,λ<=n,8192,0,160138,19.548095703125
RSLMD,λ<=n,8192,0,121669,14.8521728515625
RSLMD,λ<=n,8192,0,106205,12.9644775390625
RSLMD,λ<=n,8192,0,111494,13.610107421875
RSLMD,λ<=n,8192,0,174881,21.3477783203125
RSLMD,λ<=n,8192,0,103133,12.5894775390625
RSLMD,λ<=n,8192,0,176187,21.5072021484375
RSLMD,λ<=n,8192,0,144454,17.633544921875
RSLMD,λ<=n,8192,0,150677,18.3931884765625
RSLMD,λ<=n,8192,0,93174,11.373779296875
RSLMD,λ<=n,8192,0,97103,11.8533935546875
RSLMD,λ<=n,8192,0,86199,10.5223388671875
RSLMD,λ<=n,8192,0,75060,9.16259765625
RSLMD,λ<=n,8192,0,129961,15.8643798828125
RSLMD,λ<=n,8192,0,233008,28.443359375
RSLMD,λ<=n,8192,0,208691,25.4749755859375
RSLMD,λ<=n,8192,0,213405,26.0504150390625
RSLMD,λ<=n,8192,0,93661,11.4332275390625
RSLMD,λ<=n,8192,0,90882,11.093994140625
RSLMD,λ<=n,8192,0,117428,14.33447265625
RSLMD,λ<=n,8192,0,112442,13.725830078125
RSLMD,λ<=n,8192,0,117809,14.3809814453125
RSLMD,λ<=n,8192,0,147111,17.9578857421875
RSLMD,λ<=n,8192,0,95975,11.7156982421875
RSLMD,λ<=n,8192,0,102227,12.4788818359375
RSLMD,λ<=n,8192,0,115999,14.1600341796875
RSLMD,λ<=n,8192,0,126625,15.4571533203125
RSLMD,λ<=n,8192,0,135454,16.534912109375
RSLMD,λ<=n,8192,0,218665,26.6925048828125
RSLMD,λ<=n,8192,0,115267,14.0706787109375
RSLMD,λ<=n,8192,0,144061,17.5855712890625
RSLMD,λ<=n,8192,0,125404,15.30810546875
RSLMD,λ<=n,8192,0,135098,16.491455078125
RSLMD,λ<=n,8192,0,113971,13.9124755859375
RSLMD,λ<=n,8192,0,96139,11.7357177734375
RSLMD,λ<=n,8192,0,278784,34.03125
RSLMD,λ<=n,8192,0,112333,13.7125244140625
RSLMD,λ<=n,8192,0,135500,16.54052734375
RSLMD,λ<=n,8192,0,83554,10.199462890625
RSLMD,λ<=n,8192,0,133238,16.264404296875
RSLMD,λ<=n,8192,0,86040,10.5029296875
RSLMD,λ<=n,8192,0,118251,14.4349365234375
RSLMD,λ<=n,8192,0,116327,14.2000732421875
RSLMD,λ<=n,8192,0,101192,12.3525390625
RSLMD,λ<=n,8192,0,91459,11.1644287109375
RSLMD,λ<=n,8192,0,203861,24.8853759765625
RSLMD,λ<=n,8192,0,100138,12.223876953125
RSLMD,λ<=n,8192,0,84404,10.30322265625
RSLMD,λ<=n,8192,0,104596,12.76806640625
RSLMD,λ<=n,8192,0,85442,10.429931640625
RSLMD,λ<=n,8192,0,131365,16.0357666015625
RSLMD,λ<=n,8192,0,126774,15.475341796875
RSLMD,λ<=n,8192,0,138476,16.90380859375
RSLMD,λ<=n,8192,0,206012,25.14794921875
RSLMD,λ<=n,8192,0,111372,13.59521484375
RSLMD,λ<=n,8192,0,95524,11.66064453125
RSLMD,λ<=n,8192,0,145925,17.8131103515625
RSLMD,λ<=n,8192,0,108877,13.2906494140625
RSLMD,λ<=n,8192,0,190352,23.236328125
RSLMD,λ<=n,8192,0,118363,14.4486083984375
RSLMD,λ<=n,8192,0,162882,19.883056640625
RSLMD,λ<=n,8192,0,102652,12.53076171875
RSLMD,λ<=n,8192,0,127812,15.60205078125
RSLMD,λ<=n,8192,0,91027,11.1116943359375
RSLMD,λ<=n,8192,0,180520,22.0361328125
RSDID,λ<=n,8192,0,145137,17.7169189453125
RSDID,λ<=n,8192,0,123061,15.0220947265625
RSDID,λ<=n,8192,0,104989,12.8160400390625
RSDID,λ<=n,8192,0,98357,12.0064697265625
RSDID,λ<=n,8192,0,118587,14.4759521484375
RSDID,λ<=n,8192,0,88645,10.8209228515625
RSDID,λ<=n,8192,0,109045,13.3111572265625
RSDID,λ<=n,8192,0,105219,12.8441162109375
RSDID,λ<=n,8192,0,133011,16.2366943359375
RSDID,λ<=n,8192,0,121987,14.8909912109375
RSDID,λ<=n,8192,0,138457,16.9014892578125
RSDID,λ<=n,8192,0,125957,15.3756103515625
RSDID,λ<=n,8192,0,87363,10.6644287109375
RSDID,λ<=n,8192,0,90399,11.0350341796875
RSDID,λ<=n,8192,0,207429,25.3209228515625
RSDID,λ<=n,8192,0,131491,16.0511474609375
RSDID,λ<=n,8192,0,133575,16.3055419921875
RSDID,λ<=n,8192,0,112367,13.7166748046875
RSDID,λ<=n,8192,0,116339,14.2015380859375
RSDID,λ<=n,8192,0,95035,11.6009521484375
RSDID,λ<=n,8192,0,152995,18.6761474609375
RSDID,λ<=n,8192,0,116115,14.1741943359375
RSDID,λ<=n,8192,0,162921,19.8878173828125
RSDID,λ<=n,8192,0,117243,14.3118896484375
RSDID,λ<=n,8192,0,186997,22.8267822265625
RSDID,λ<=n,8192,0,86161,10.5177001953125
RSDID,λ<=n,8192,0,210719,25.7225341796875
RSDID,λ<=n,8192,0,109865,13.4112548828125
RSDID,λ<=n,8192,0,123439,15.0682373046875
RSDID,λ<=n,8192,0,131097,16.0030517578125
RSDID,λ<=n,8192,0,94249,11.5050048828125
RSDID,λ<=n,8192,0,112121,13.6866455078125
RSDID,λ<=n,8192,0,107099,13.0736083984375
RSDID,λ<=n,8192,0,84539,10.3197021484375
RSDID,λ<=n,8192,0,165713,20.2286376953125
RSDID,λ<=n,8192,0,201261,24.5679931640625
RSDID,λ<=n,8192,0,97099,11.8529052734375
RSDID,λ<=n,8192,0,177291,21.6419677734375
RSDID,λ<=n,8192,0,135553,16.5469970703125
RSDID,λ<=n,8192,0,85185,10.3985595703125
RSDID,λ<=n,8192,0,91585,11.1798095703125
RSDID,λ<=n,8192,0,128191,15.6483154296875
RSDID,λ<=n,8192,0,121017,14.7725830078125
RSDID,λ<=n,8192,0,99131,12.1009521484375
RSDID,λ<=n,8192,0,84633,10.3311767578125
RSDID,λ<=n,8192,0,124847,15.2401123046875
RSDID,λ<=n,8192,0,158827,19.3880615234375
RSDID,λ<=n,8192,0,160415,19.5819091796875
RSDID,λ<=n,8192,0,88719,10.8299560546875
RSDID,λ<=n,8192,0,103561,12.6417236328125
RSDID,λ<=n,8192,0,153157,18.6959228515625
RSDID,λ<=n,8192,0,158971,19.4056396484375
RSDID,λ<=n,8192,0,120513,14.7110595703125
RSDID,λ<=n,8192,0,160303,19.5682373046875
RSDID,λ<=n,8192,0,152243,18.5843505859375
RSDID,λ<=n,8192,0,92361,11.2745361328125
RSDID,λ<=n,8192,0,83591,10.2039794921875
RSDID,λ<=n,8192,0,162527,19.8397216796875
RSDID,λ<=n,8192,0,100287,12.2420654296875
RSDID,λ<=n,8192,0,148161,18.0860595703125
RSDID,λ<=n,8192,0,121095,14.7821044921875
RSDID,λ<=n,8192,0,112137,13.6885986328125
RSDID,λ<=n,8192,0,172985,21.1163330078125
RSDID,λ<=n,8192,0,242099,29.5531005859375
RSDID,λ<=n,8192,0,198989,24.2906494140625
RSDID,λ<=n,8192,0,151147,18.4505615234375
RSDID,λ<=n,8192,0,101387,12.3763427734375
RSDID,λ<=n,8192,0,129869,15.8531494140625
RSDID,λ<=n,8192,0,131923,16.1038818359375
RSDID,λ<=n,8192,0,99935,12.1990966796875
RSDID,λ<=n,8192,0,168923,20.6204833984375
RSDID,λ<=n,8192,0,211059,25.7640380859375
RSDID,λ<=n,8192,0,205153,25.0430908203125
RSDID,λ<=n,8192,0,95151,11.6151123046875
RSDID,λ<=n,8192,0,140907,17.2005615234375
RSDID,λ<=n,8192,0,107517,13.1246337890625
RSDID,λ<=n,8192,0,108687,13.2674560546875
RSDID,λ<=n,8192,0,108535,13.2489013671875
RSDID,λ<=n,8192,0,124325,15.1763916015625
RSDID,λ<=n,8192,0,130607,15.9432373046875
RSDID,λ<=n,8192,0,94699,11.5599365234375
RSDID,λ<=n,8192,0,103769,12.6671142578125
RSDID,λ<=n,8192,0,116073,14.1690673828125
RSDID,λ<=n,8192,0,358913,43.8126220703125
RSDID,λ<=n,8192,0,127761,15.5958251953125
RSDID,λ<=n,8192,0,101523,12.3929443359375
RSDID,λ<=n,8192,0,131783,16.0867919921875
RSDID,λ<=n,8192,0,142243,17.3636474609375
RSDID,λ<=n,8192,0,102421,12.5025634765625
RSDID,λ<=n,8192,0,111071,13.5584716796875
RSDID,λ<=n,8192,0,171029,20.8775634765625
RSDID,λ<=n,8192,0,105033,12.8214111328125
RSDID,λ<=n,8192,0,128913,15.7364501953125
RSDID,λ<=n,8192,0,144165,17.5982666015625
RSDID,λ<=n,8192,0,122837,14.9947509765625
RSDID,λ<=n,8192,0,93035,11.3568115234375
RSDID,λ<=n,8192,0,112337,13.7130126953125
RSDID,λ<=n,8192,0,99265,12.1173095703125
RSDID,λ<=n,8192,0,112527,13.7362060546875
RSDID,λ<=n,8192,0,98257,11.9942626953125
RRDID,λ<=n,8192,0,116467,14.2171630859375
RRDID,λ<=n,8192,0,132491,16.1732177734375
RRDID,λ<=n,8192,0,94561,11.5430908203125
RRDID,λ<=n,8192,0,78299,9.5579833984375
RRDID,λ<=n,8192,0,96447,11.7733154296875
RRDID,λ<=n,8192,0,99117,12.0992431640625
RRDID,λ<=n,8192,0,75223,9.1824951171875
RRDID,λ<=n,8192,0,157085,19.1754150390625
RRDID,λ<=n,8192,0,74739,9.1234130859375
RRDID,λ<=n,8192,0,84059,10.2611083984375
RRDID,λ<=n,8192,0,103151,12.5916748046875
RRDID,λ<=n,8192,0,82387,10.0570068359375
RRDID,λ<=n,8192,0,82125,10.0250244140625
RRDID,λ<=n,8192,0,76045,9.2828369140625
RRDID,λ<=n,8192,0,101977,12.4483642578125
RRDID,λ<=n,8192,0,67913,8.2901611328125
RRDID,λ<=n,8192,0,117087,14.2928466796875
RRDID,λ<=n,8192,0,73765,9.0045166015625
RRDID,λ<=n,8192,0,82627,10.0863037109375
RRDID,λ<=n,8192,0,78701,9.6070556640625
RRDID,λ<=n,8192,0,93141,11.3697509765625
RRDID,λ<=n,8192,0,127439,15.5565185546875
RRDID,λ<=n,8192,0,78717,9.6090087890625
RRDID,λ<=n,8192,0,116115,14.1741943359375
RRDID,λ<=n,8192,0,106887,13.0477294921875
RRDID,λ<=n,8192,0,71195,8.6907958984375
RRDID,λ<=n,8192,0,98545,12.0294189453125
RRDID,λ<=n,8192,0,97475,11.8988037109375
RRDID,λ<=n,8192,0,84709,10.3404541015625
RRDID,λ<=n,8192,0,75847,9.2586669921875
RRDID,λ<=n,8192,0,116933,14.2740478515625
RRDID,λ<=n,8192,0,69679,8.5057373046875
RRDID,λ<=n,8192,0,95273,11.6300048828125
RRDID,λ<=n,8192,0,97787,11.9368896484375
RRDID,λ<=n,8192,0,81685,9.9713134765625
RRDID,λ<=n,8192,0,132315,16.1517333984375
RRDID,λ<=n,8192,0,68119,8.3153076171875
RRDID,λ<=n,8192,0,70667,8.6263427734375
RRDID,λ<=n,8192,0,102107,12.4642333984375
RRDID,λ<=n,8192,0,89861,10.9693603515625
RRDID,λ<=n,8192,0,84523,10.3177490234375
RRDID,λ<=n,8192,0,87717,10.7076416015625
RRDID,λ<=n,8192,0,87741,10.7105712890625
RRDID,λ<=n,8192,0,98335,12.0037841796875
RRDID,λ<=n,8192,0,96449,11.7735595703125
RRDID,λ<=n,8192,0,133469,16.2926025390625
RRDID,λ<=n,8192,0,110131,13.4437255859375
RRDID,λ<=n,8192,0,114147,13.9339599609375
RRDID,λ<=n,8192,0,78607,9.5955810546875
RRDID,λ<=n,8192,0,67461,8.2349853515625
RRDID,λ<=n,8192,0,114635,13.9935302734375
RRDID,λ<=n,8192,0,64681,7.8956298828125
RRDID,λ<=n,8192,0,81605,9.9615478515625
RRDID,λ<=n,8192,0,67595,8.2513427734375
RRDID,λ<=n,8192,0,80389,9.8131103515625
RRDID,λ<=n,8192,0,136285,16.6363525390625
RRDID,λ<=n,8192,0,105521,12.8809814453125
RRDID,λ<=n,8192,0,75149,9.1734619140625
RRDID,λ<=n,8192,0,99121,12.0997314453125
RRDID,λ<=n,8192,0,76799,9.3748779296875
RRDID,λ<=n,8192,0,81905,9.9981689453125
RRDID,λ<=n,8192,0,74407,9.0828857421875
RRDID,λ<=n,8192,0,81619,9.9632568359375
RRDID,λ<=n,8192,0,91401,11.1573486328125
RRDID,λ<=n,8192,0,69389,8.4703369140625
RRDID,λ<=n,8192,0,105985,12.9376220703125
RRDID,λ<=n,8192,0,82899,10.1195068359375
RRDID,λ<=n,8192,0,108819,13.2835693359375
RRDID,λ<=n,8192,0,69919,8.5350341796875
RRDID,λ<=n,8192,0,70929,8.6583251953125
RRDID,λ<=n,8192,0,88441,10.7960205078125
RRDID,λ<=n,8192,0,79639,9.7215576171875
RRDID,λ<=n,8192,0,79285,9.6783447265625
RRDID,λ<=n,8192,0,115003,14.0384521484375
RRDID,λ<=n,8192,0,99895,12.1942138671875
RRDID,λ<=n,8192,0,95889,11.7052001953125
RRDID,λ<=n,8192,0,114205,13.9410400390625
RRDID,λ<=n,8192,0,87505,10.6817626953125
RRDID,λ<=n,8192,0,72261,8.8209228515625
RRDID,λ<=n,8192,0,77389,9.4468994140625
RRDID,λ<=n,8192,0,72935,8.9031982421875
RRDID,λ<=n,8192,0,75419,9.2064208984375
RRDID,λ<=n,8192,0,84937,10.3682861328125
RRDID,λ<=n,8192,0,78939,9.6361083984375
RRDID,λ<=n,8192,0,76755,9.3695068359375
RRDID,λ<=n,8192,0,65447,7.9891357421875
RRDID,λ<=n,8192,0,92509,11.2926025390625
RRDID,λ<=n,8192,0,78625,9.5977783203125
RRDID,λ<=n,8192,0,84325,10.2935791015625
RRDID,λ<=n,8192,0,83913,10.2432861328125
RRDID,λ<=n,8192,0,79011,9.6448974609375
RRDID,λ<=n,8192,0,101171,12.3499755859375
RRDID,λ<=n,8192,0,124437,15.1900634765625
RRDID,λ<=n,8192,0,69623,8.4989013671875
RRDID,λ<=n,8192,0,108103,13.1961669921875
RRDID,λ<=n,8192,0,73443,8.9652099609375
RRDID,λ<=n,8192,0,76909,9.3883056640625
RRDID,λ<=n,8192,0,97597,11.9136962890625
RRDID,λ<=n,8192,0,113295,13.8299560546875
RRDID,λ<=n,8192,0,67897,8.2882080078125
RHDID,λ<=n,8192,0,67073,8.1876220703125
RHDID,λ<=n,8192,0,63013,7.6920166015625
RHDID,λ<=n,8192,0,62005,7.5689697265625
RHDID,λ<=n,8192,0,75699,9.2406005859375
RHDID,λ<=n,8192,0,68893,8.4097900390625
RHDID,λ<=n,8192,0,67347,8.2210693359375
RHDID,λ<=n,8192,0,104399,12.7440185546875
RHDID,λ<=n,8192,0,91367,11.1531982421875
RHDID,λ<=n,8192,0,66781,8.1519775390625
RHDID,λ<=n,8192,0,98789,12.0592041015625
RHDID,λ<=n,8192,0,75457,9.2110595703125
RHDID,λ<=n,8192,0,78847,9.6248779296875
RHDID,λ<=n,8192,0,65243,7.9642333984375
RHDID,λ<=n,8192,0,96417,11.7696533203125
RHDID,λ<=n,8192,0,70001,8.5450439453125
RHDID,λ<=n,8192,0,68129,8.3165283203125
RHDID,λ<=n,8192,0,65055,7.9412841796875
RHDID,λ<=n,8192,0,76849,9.3809814453125
RHDID,λ<=n,8192,0,97737,11.9307861328125
RHDID,λ<=n,8192,0,69687,8.5067138671875
RHDID,λ<=n,8192,0,86673,10.5802001953125
RHDID,λ<=n,8192,0,86549,10.5650634765625
RHDID,λ<=n,8192,0,75029,9.1588134765625
RHDID,λ<=n,8192,0,94009,11.4757080078125
RHDID,λ<=n,8192,0,94239,11.5037841796875
RHDID,λ<=n,8192,0,72053,8.7955322265625
RHDID,λ<=n,8192,0,80735,9.8553466796875
RHDID,λ<=n,8192,0,77771,9.4935302734375
RHDID,λ<=n,8192,0,91415,11.1590576171875
RHDID,λ<=n,8192,0,67745,8.2696533203125
RHDID,λ<=n,8192,0,77147,9.4173583984375
RHDID,λ<=n,8192,0,84775,10.3485107421875
RHDID,λ<=n,8192,0,84655,10.3338623046875
RHDID,λ<=n,8192,0,86191,10.5213623046875
RHDID,λ<=n,8192,0,68653,8.3804931640625
RHDID,λ<=n,8192,0,72219,8.8157958984375
RHDID,λ<=n,8192,0,96639,11.7967529296875
RHDID,λ<=n,8192,0,69691,8.5072021484375
RHDID,λ<=n,8192,0,97871,11.9471435546875
RHDID,λ<=n,8192,0,125169,15.2794189453125
RHDID,λ<=n,8192,0,70215,8.5711669921875
RHDID,λ<=n,8192,0,83985,10.2520751953125
RHDID,λ<=n,8192,0,64071,7.8211669921875
RHDID,λ<=n,8192,0,70991,8.6658935546875
RHDID,λ<=n,8192,0,65701,8.0201416015625
RHDID,λ<=n,8192,0,87587,10.6917724609375
RHDID,λ<=n,8192,0,74177,9.0548095703125
RHDID,λ<=n,8192,0,73139,8.9281005859375
RHDID,λ<=n,8192,0,68883,8.4085693359375
RHDID,λ<=n,8192,0,84621,10.3297119140625
RHDID,λ<=n,8192,0,168939,20.6224365234375
RHDID,λ<=n,8192,0,64025,7.8155517578125
RHDID,λ<=n,8192,0,74555,9.1009521484375
RHDID,λ<=n,8192,0,82113,10.0235595703125
RHDID,λ<=n,8192,0,127425,15.5548095703125
RHDID,λ<=n,8192,0,67521,8.2423095703125
RHDID,λ<=n,8192,0,79121,9.6583251953125
RHDID,λ<=n,8192,0,71513,8.7296142578125
RHDID,λ<=n,8192,0,70477,8.6031494140625
RHDID,λ<=n,8192,0,94551,11.5418701171875
RHDID,λ<=n,8192,0,67839,8.2811279296875
RHDID,λ<=n,8192,0,62487,7.6278076171875
RHDID,λ<=n,8192,0,83183,10.1541748046875
RHDID,λ<=n,8192,0,78257,9.5528564453125
RHDID,λ<=n,8192,0,77637,9.4771728515625
RHDID,λ<=n,8192,0,70169,8.5655517578125
RHDID,λ<=n,8192,0,84481,10.3126220703125
RHDID,λ<=n,8192,0,70913,8.6563720703125
RHDID,λ<=n,8192,0,67159,8.1981201171875
RHDID,λ<=n,8192,0,63667,7.7718505859375
RHDID,λ<=n,8192,0,64789,7.9088134765625
RHDID,λ<=n,8192,0,78709,9.6080322265625
RHDID,λ<=n,8192,0,64407,7.8621826171875
RHDID,λ<=n,8192,0,65755,8.0267333984375
RHDID,λ<=n,8192,0,98939,12.0775146484375
RHDID,λ<=n,8192,0,75161,9.1749267578125
RHDID,λ<=n,8192,0,107573,13.1314697265625
RHDID,λ<=n,8192,0,66317,8.0953369140625
RHDID,λ<=n,8192,0,80229,9.7935791015625
RHDID,λ<=n,8192,0,90611,11.0609130859375
RHDID,λ<=n,8192,0,107461,13.1177978515625
RHDID,λ<=n,8192,0,82717,10.0972900390625
RHDID,λ<=n,8192,0,78057,9.5284423828125
RHDID,λ<=n,8192,0,64919,7.9246826171875
RHDID,λ<=n,8192,0,66615,8.1317138671875
RHDID,λ<=n,8192,0,74379,9.0794677734375
RHDID,λ<=n,8192,0,70275,8.5784912109375
RHDID,λ<=n,8192,0,80449,9.8204345703125
RHDID,λ<=n,8192,0,69781,8.5181884765625
RHDID,λ<=n,8192,0,86369,10.5430908203125
RHDID,λ<=n,8192,0,75425,9.2071533203125
RHDID,λ<=n,8192,0,79747,9.7347412109375
RHDID,λ<=n,8192,0,79993,9.7647705078125
RHDID,λ<=n,8192,0,64133,7.8287353515625
RHDID,λ<=n,8192,0,71367,8.7117919921875
RHDID,λ<=n,8192,0,71447,8.7215576171875
RHDID,λ<=n,8192,0,77271,9.4324951171875
RHDID,λ<=n,8192,0,72959,8.9061279296875
RHDID,λ<=n,8192,0,92751,11.3221435546875
RHDID,λ<=n,8192,0,73443,8.9652099609375
RHLID,λ<=n,8192,0,78959,9.6385498046875
RHLID,λ<=n,8192,0,70067,8.5531005859375
RHLID,λ<=n,8192,0,74117,9.0474853515625
RHLID,λ<=n,8192,0,74955,9.1497802734375
RHLID,λ<=n,8192,0,71677,8.7496337890625
RHLID,λ<=n,8192,0,99531,12.1497802734375
RHLID,λ<=n,8192,0,85225,10.4034423828125
RHLID,λ<=n,8192,0,87757,10.7125244140625
RHLID,λ<=n,8192,0,67131,8.1947021484375
RHLID,λ<=n,8192,0,88375,10.7879638671875
RHLID,λ<=n,8192,0,111843,13.6527099609375
RHLID,λ<=n,8192,0,87143,10.6375732421875
RHLID,λ<=n,8192,0,73613,8.9859619140625
RHLID,λ<=n,8192,0,120021,14.6510009765625
RHLID,λ<=n,8192,0,97795,11.9378662109375
RHLID,λ<=n,8192,0,72635,8.8665771484375
RHLID,λ<=n,8192,0,77331,9.4398193359375
RHLID,λ<=n,8192,0,72135,8.8055419921875
RHLID,λ<=n,8192,0,67443,8.2327880859375
RHLID,λ<=n,8192,0,78317,9.5601806640625
RHLID,λ<=n,8192,0,80537,9.8311767578125
RHLID,λ<=n,8192,0,76811,9.3763427734375
RHLID,λ<=n,8192,0,84827,10.3548583984375
RHLID,λ<=n,8192,0,74133,9.0494384765625
RHLID,λ<=n,8192,0,64039,7.8172607421875
RHLID,λ<=n,8192,0,65895,8.0438232421875
RHLID,λ<=n,8192,0,94963,11.5921630859375
RHLID,λ<=n,8192,0,75825,9.2559814453125
RHLID,λ<=n,8192,0,75377,9.2012939453125
RHLID,λ<=n,8192,0,68929,8.4141845703125
RHLID,λ<=n,8192,0,72291,8.8245849609375
RHLID,λ<=n,8192,0,73467,8.9681396484375
RHLID,λ<=n,8192,0,74497,9.0938720703125
RHLID,λ<=n,8192,0,76461,9.3336181640625
RHLID,λ<=n,8192,0,91645,11.1871337890625
RHLID,λ<=n,8192,0,69987,8.5433349609375
RHLID,λ<=n,8192,0,76355,9.3206787109375
RHLID,λ<=n,8192,0,87977,10.7393798828125
RHLID,λ<=n,8192,0,73073,8.9200439453125
RHLID,λ<=n,8192,0,78309,9.5592041015625
RHLID,λ<=n,8192,0,69453,8.4781494140625
RHLID,λ<=n,8192,0,69013,8.4244384765625
RHLID,λ<=n,8192,0,64309,7.8502197265625
RHLID,λ<=n,8192,0,106401,12.9884033203125
RHLID,λ<=n,8192,0,85359,10.4197998046875
RHLID,λ<=n,8192,0,69631,8.4998779296875
RHLID,λ<=n,8192,0,70211,8.5706787109375
RHLID,λ<=n,8192,0,71787,8.7630615234375
RHLID,λ<=n,8192,0,104327,12.7352294921875
RHLID,λ<=n,8192,0,66169,8.0772705078125
RHLID,λ<=n,8192,0,77937,9.5137939453125
RHLID,λ<=n,8192,0,66249,8.0870361328125
RHLID,λ<=n,8192,0,118987,14.5247802734375
RHLID,λ<=n,8192,0,77581,9.4703369140625
RHLID,λ<=n,8192,0,75599,9.2283935546875
RHLID,λ<=n,8192,0,77735,9.4891357421875
RHLID,λ<=n,8192,0,71855,8.7713623046875
RHLID,λ<=n,8192,0,65409,7.9844970703125
RHLID,λ<=n,8192,0,70869,8.6510009765625
RHLID,λ<=n,8192,0,84053,10.2603759765625
RHLID,λ<=n,8192,0,93469,11.4097900390625
RHLID,λ<=n,8192,0,77017,9.4014892578125
RHLID,λ<=n,8192,0,72259,8.8206787109375
RHLID,λ<=n,8192,0,68751,8.3924560546875
RHLID,λ<=n,8192,0,86045,10.5035400390625
RHLID,λ<=n,8192,0,68531,8.3656005859375
RHLID,λ<=n,8192,0,69793,8.5196533203125
RHLID,λ<=n,8192,0,75331,9.1956787109375
RHLID,λ<=n,8192,0,79709,9.7301025390625
RHLID,λ<=n,8192,0,66667,8.1380615234375
RHLID,λ<=n,8192,0,85289,10.4112548828125
RHLID,λ<=n,8192,0,82821,10.1099853515625
RHLID,λ<=n,8192,0,81573,9.9576416015625
RHLID,λ<=n,8192,0,71029,8.6705322265625
RHLID,λ<=n,8192,0,70201,8.5694580078125
RHLID,λ<=n,8192,0,65231,7.9627685546875
RHLID,λ<=n,8192,0,71553,8.7344970703125
RHLID,λ<=n,8192,0,69411,8.4730224609375
RHLID,λ<=n,8192,0,76673,9.3594970703125
RHLID,λ<=n,8192,0,95821,11.6968994140625
RHLID,λ<=n,8192,0,69773,8.5172119140625
RHLID,λ<=n,8192,0,67539,8.2445068359375
RHLID,λ<=n,8192,0,69381,8.4693603515625
RHLID,λ<=n,8192,0,80959,9.8826904296875
RHLID,λ<=n,8192,0,72453,8.8443603515625
RHLID,λ<=n,8192,0,88625,10.8184814453125
RHLID,λ<=n,8192,0,70429,8.5972900390625
RHLID,λ<=n,8192,0,85721,10.4639892578125
RHLID,λ<=n,8192,0,106985,13.0596923828125
RHLID,λ<=n,8192,0,79533,9.7086181640625
RHLID,λ<=n,8192,0,84351,10.2967529296875
RHLID,λ<=n,8192,0,71591,8.7391357421875
RHLID,λ<=n,8192,0,69843,8.5257568359375
RHLID,λ<=n,8192,0,74041,9.0382080078125
RHLID,λ<=n,8192,0,82767,10.1033935546875
RHLID,λ<=n,8192,0,65917,8.0465087890625
RHLID,λ<=n,8192,0,66103,8.0692138671875
RHLID,λ<=n,8192,0,74553,9.1007080078125
RHLID,λ<=n,8192,0,109939,13.4202880859375
RHLID,λ<=n,8192,0,95323,11.6361083984375
RRLID,λ<=n,8192,0,116469,14.2174072265625
RRLID,λ<=n,8192,0,87773,10.7144775390625
RRLID,λ<=n,8192,0,101385,12.3760986328125
RRLID,λ<=n,8192,0,74767,9.1268310546875
RRLID,λ<=n,8192,0,75403,9.2044677734375
RRLID,λ<=n,8192,0,89667,10.9456787109375
RRLID,λ<=n,8192,0,73009,8.9122314453125
RRLID,λ<=n,8192,0,69523,8.4866943359375
RRLID,λ<=n,8192,0,82883,10.1175537109375
RRLID,λ<=n,8192,0,108145,13.2012939453125
RRLID,λ<=n,8192,0,90467,11.0433349609375
RRLID,λ<=n,8192,0,76825,9.3780517578125
RRLID,λ<=n,8192,0,82695,10.0946044921875
RRLID,λ<=n,8192,0,77591,9.4715576171875
RRLID,λ<=n,8192,0,127727,15.5916748046875
RRLID,λ<=n,8192,0,107001,13.0616455078125
RRLID,λ<=n,8192,0,77503,9.4608154296875
RRLID,λ<=n,8192,0,83817,10.2315673828125
RRLID,λ<=n,8192,0,86187,10.5208740234375
RRLID,λ<=n,8192,0,75359,9.1990966796875
RRLID,λ<=n,8192,0,122385,14.9395751953125
RRLID,λ<=n,8192,0,84545,10.3204345703125
RRLID,λ<=n,8192,0,116267,14.1927490234375
RRLID,λ<=n,8192,0,81931,10.0013427734375
RRLID,λ<=n,8192,0,75889,9.2637939453125
RRLID,λ<=n,8192,0,70639,8.6229248046875
RRLID,λ<=n,8192,0,87907,10.7308349609375
RRLID,λ<=n,8192,0,89103,10.8768310546875
RRLID,λ<=n,8192,0,86721,10.5860595703125
RRLID,λ<=n,8192,0,82059,10.0169677734375
RRLID,λ<=n,8192,0,73539,8.9769287109375
RRLID,λ<=n,8192,0,109057,13.3126220703125
RRLID,λ<=n,8192,0,74517,9.0963134765625
RRLID,λ<=n,8192,0,97627,11.9173583984375
RRLID,λ<=n,8192,0,77231,9.4276123046875
RRLID,λ<=n,8192,0,89517,10.9273681640625
RRLID,λ<=n,8192,0,72153,8.8077392578125
RRLID,λ<=n,8192,0,79769,9.7374267578125
RRLID,λ<=n,8192,0,114345,13.9581298828125
RRLID,λ<=n,8192,0,73971,9.0296630859375
RRLID,λ<=n,8192,0,75197,9.1793212890625
RRLID,λ<=n,8192,0,82531,10.0745849609375
RRLID,λ<=n,8192,0,72207,8.8143310546875
RRLID,λ<=n,8192,0,76989,9.3980712890625
RRLID,λ<=n,8192,0,125439,15.3123779296875
RRLID,λ<=n,8192,0,92445,11.2847900390625
RRLID,λ<=n,8192,0,105443,12.8714599609375
RRLID,λ<=n,8192,0,71845,8.7701416015625
RRLID,λ<=n,8192,0,73109,8.9244384765625
RRLID,λ<=n,8192,0,92831,11.3319091796875
RRLID,λ<=n,8192,0,90879,11.0936279296875
RRLID,λ<=n,8192,0,74259,9.0648193359375
RRLID,λ<=n,8192,0,102395,12.4993896484375
RRLID,λ<=n,8192,0,83823,10.2322998046875
RRLID,λ<=n,8192,0,74215,9.0594482421875
RRLID,λ<=n,8192,0,94155,11.4935302734375
RRLID,λ<=n,8192,0,82487,10.0692138671875
RRLID,λ<=n,8192,0,94113,11.4884033203125
RRLID,λ<=n,8192,0,86285,10.5328369140625
RRLID,λ<=n,8192,0,88101,10.7545166015625
RRLID,λ<=n,8192,0,73861,9.0162353515625
RRLID,λ<=n,8192,0,102233,12.4796142578125
RRLID,λ<=n,8192,0,74241,9.0626220703125
RRLID,λ<=n,8192,0,85507,10.4378662109375
RRLID,λ<=n,8192,0,78499,9.5823974609375
RRLID,λ<=n,8192,0,73847,9.0145263671875
RRLID,λ<=n,8192,0,75909,9.2662353515625
RRLID,λ<=n,8192,0,70199,8.5692138671875
RRLID,λ<=n,8192,0,78253,9.5523681640625
RRLID,λ<=n,8192,0,91061,11.1158447265625
RRLID,λ<=n,8192,0,127077,15.5123291015625
RRLID,λ<=n,8192,0,120817,14.7481689453125
RRLID,λ<=n,8192,0,130243,15.8988037109375
RRLID,λ<=n,8192,0,100045,12.2125244140625
RRLID,λ<=n,8192,0,101853,12.4332275390625
RRLID,λ<=n,8192,0,92087,11.2410888671875
RRLID,λ<=n,8192,0,98265,11.9952392578125
RRLID,λ<=n,8192,0,211615,25.8319091796875
RRLID,λ<=n,8192,0,82509,10.0718994140625
RRLID,λ<=n,8192,0,80773,9.8599853515625
RRLID,λ<=n,8192,0,70771,8.6390380859375
RRLID,λ<=n,8192,0,112639,13.7498779296875
RRLID,λ<=n,8192,0,117883,14.3900146484375
RRLID,λ<=n,8192,0,129859,15.8519287109375
RRLID,λ<=n,8192,0,84335,10.2947998046875
RRLID,λ<=n,8192,0,79847,9.7469482421875
RRLID,λ<=n,8192,0,80589,9.8375244140625
RRLID,λ<=n,8192,0,77971,9.5179443359375
RRLID,λ<=n,8192,0,135571,16.5491943359375
RRLID,λ<=n,8192,0,79675,9.7259521484375
RRLID,λ<=n,8192,0,86779,10.5931396484375
RRLID,λ<=n,8192,0,89227,10.8919677734375
RRLID,λ<=n,8192,0,75171,9.1761474609375
RRLID,λ<=n,8192,0,67825,8.2794189453125
RRLID,λ<=n,8192,0,71653,8.7467041015625
RRLID,λ<=n,8192,0,110879,13.5350341796875
RRLID,λ<=n,8192,0,75043,9.1605224609375
RRLID,λ<=n,8192,0,94697,11.5596923828125
RRLID,λ<=n,8192,0,98225,11.9903564453125
RRLID,λ<=n,8192,0,72933,8.9029541015625
RSLID,λ<=n,8192,0,112347,13.7142333984375
RSLID,λ<=n,8192,0,117591,14.3543701171875
RSLID,λ<=n,8192,0,153609,18.7510986328125
RSLID,λ<=n,8192,0,160677,19.6138916015625
RSLID,λ<=n,8192,0,185047,22.5887451171875
RSLID,λ<=n,8192,0,133457,16.2911376953125
RSLID,λ<=n,8192,0,115055,14.0447998046875
RSLID,λ<=n,8192,0,96967,11.8367919921875
RSLID,λ<=n,8192,0,101345,12.3712158203125
RSLID,λ<=n,8192,0,124271,15.1697998046875
RSLID,λ<=n,8192,0,142667,17.4154052734375
RSLID,λ<=n,8192,0,120005,14.6490478515625
RSLID,λ<=n,8192,0,218971,26.7298583984375
RSLID,λ<=n,8192,0,97115,11.8548583984375
RSLID,λ<=n,8192,0,205213,25.0504150390625
RSLID,λ<=n,8192,0,149647,18.2674560546875
RSLID,λ<=n,8192,0,113653,13.8736572265625
RSLID,λ<=n,8192,0,91989,11.2291259765625
RSLID,λ<=n,8192,0,151113,18.4464111328125
RSLID,λ<=n,8192,0,103027,12.5765380859375
RSLID,λ<=n,8192,0,121237,14.7994384765625
RSLID,λ<=n,8192,0,205657,25.1046142578125
RSLID,λ<=n,8192,0,107591,13.1336669921875
RSLID,λ<=n,8192,0,124633,15.2139892578125
RSLID,λ<=n,8192,0,136415,16.6522216796875
RSLID,λ<=n,8192,0,227123,27.7249755859375
RSLID,λ<=n,8192,0,96339,11.7601318359375
RSLID,λ<=n,8192,0,213595,26.0736083984375
RSLID,λ<=n,8192,0,100887,12.3153076171875
RSLID,λ<=n,8192,0,99625,12.1612548828125
RSLID,λ<=n,8192,0,133591,16.3074951171875
RSLID,λ<=n,8192,0,111283,13.5843505859375
RSLID,λ<=n,8192,0,111873,13.6563720703125
RSLID,λ<=n,8192,0,139821,17.0679931640625
RSLID,λ<=n,8192,0,131295,16.0272216796875
RSLID,λ<=n,8192,0,148381,18.1129150390625
RSLID,λ<=n,8192,0,172167,21.0164794921875
RSLID,λ<=n,8192,0,103929,12.6866455078125
RSLID,λ<=n,8192,0,108123,13.1986083984375
RSLID,λ<=n,8192,0,146215,17.8485107421875
RSLID,λ<=n,8192,0,107211,13.0872802734375
RSLID,λ<=n,8192,0,115131,14.0540771484375
RSLID,λ<=n,8192,0,126675,15.4632568359375
RSLID,λ<=n,8192,0,125439,15.3123779296875
RSLID,λ<=n,8192,0,120775,14.7430419921875
RSLID,λ<=n,8192,0,180681,22.0557861328125
RSLID,λ<=n,8192,0,98529,12.0274658203125
RSLID,λ<=n,8192,0,97051,11.8470458984375
RSLID,λ<=n,8192,0,119209,14.5518798828125
RSLID,λ<=n,8192,0,181309,22.1324462890625
RSLID,λ<=n,8192,0,108307,13.2210693359375
RSLID,λ<=n,8192,0,100587,12.2786865234375
RSLID,λ<=n,8192,0,307035,37.4798583984375
RSLID,λ<=n,8192,0,108429,13.2359619140625
RSLID,λ<=n,8192,0,126229,15.4088134765625
RSLID,λ<=n,8192,0,131569,16.0606689453125
RSLID,λ<=n,8192,0,163175,19.9188232421875
RSLID,λ<=n,8192,0,139717,17.0552978515625
RSLID,λ<=n,8192,0,114351,13.9588623046875
RSLID,λ<=n,8192,0,123947,15.1302490234375
RSLID,λ<=n,8192,0,101921,12.4415283203125
RSLID,λ<=n,8192,0,122109,14.9058837890625
RSLID,λ<=n,8192,0,91193,11.1319580078125
RSLID,λ<=n,8192,0,114433,13.9688720703125
RSLID,λ<=n,8192,0,118457,14.4600830078125
RSLID,λ<=n,8192,0,97827,11.9417724609375
RSLID,λ<=n,8192,0,157699,19.2503662109375
RSLID,λ<=n,8192,0,128361,15.6690673828125
RSLID,λ<=n,8192,0,144649,17.6573486328125
RSLID,λ<=n,8192,0,142045,17.3394775390625
RSLID,λ<=n,8192,0,107607,13.1356201171875
RSLID,λ<=n,8192,0,157281,19.1993408203125
RSLID,λ<=n,8192,0,105181,12.8394775390625
RSLID,λ<=n,8192,0,176149,21.5025634765625
RSLID,λ<=n,8192,0,125199,15.2830810546875
RSLID,λ<=n,8192,0,149377,18.2344970703125
RSLID,λ<=n,8192,0,111163,13.5697021484375
RSLID,λ<=n,8192,0,103435,12.6263427734375
RSLID,λ<=n,8192,0,120573,14.7183837890625
RSLID,λ<=n,8192,0,142651,17.4134521484375
RSLID,λ<=n,8192,0,88349,10.7847900390625
RSLID,λ<=n,8192,0,93893,11.4615478515625
RSLID,λ<=n,8192,0,109147,13.3236083984375
RSLID,λ<=n,8192,0,154725,18.8873291015625
RSLID,λ<=n,8192,0,167391,20.4334716796875
RSLID,λ<=n,8192,0,120545,14.7149658203125
RSLID,λ<=n,8192,0,155401,18.9698486328125
RSLID,λ<=n,8192,0,104405,12.7447509765625
RSLID,λ<=n,8192,0,173259,21.1497802734375
RSLID,λ<=n,8192,0,164059,20.0267333984375
RSLID,λ<=n,8192,0,108099,13.1956787109375
RSLID,λ<=n,8192,0,171129,20.8897705078125
RSLID,λ<=n,8192,0,99195,12.1087646484375
RSLID,λ<=n,8192,0,107571,13.1312255859375
RSLID,λ<=n,8192,0,98963,12.0804443359375
RSLID,λ<=n,8192,0,100129,12.2227783203125
RSLID,λ<=n,8192,0,148631,18.1434326171875
RSLID,λ<=n,8192,0,122559,14.9608154296875
RSLID,λ<=n,8192,0,124225,15.1641845703125
RSLID,λ<=n,8192,0,108663,13.2645263671875
RSDCU,λ<=n,8192,0,147219,17.9710693359375
RSDCU,λ<=n,8192,0,138847,16.9490966796875
RSDCU,λ<=n,8192,0,226602,27.661376953125
RSDCU,λ<=n,8192,0,92719,11.3182373046875
RSDCU,λ<=n,8192,0,184932,22.57470703125
RSDCU,λ<=n,8192,0,94684,11.55810546875
RSDCU,λ<=n,8192,0,83083,10.1419677734375
RSDCU,λ<=n,8192,0,99235,12.1136474609375
RSDCU,λ<=n,8192,0,227941,27.8248291015625
RSDCU,λ<=n,8192,0,91207,11.1336669921875
RSDCU,λ<=n,8192,0,140630,17.166748046875
RSDCU,λ<=n,8192,0,81599,9.9608154296875
RSDCU,λ<=n,8192,0,149495,18.2489013671875
RSDCU,λ<=n,8192,0,77286,9.434326171875
RSDCU,λ<=n,8192,0,72353,8.8321533203125
RSDCU,λ<=n,8192,0,115375,14.0838623046875
RSDCU,λ<=n,8192,0,91304,11.1455078125
RSDCU,λ<=n,8192,0,155559,18.9891357421875
RSDCU,λ<=n,8192,0,133565,16.3043212890625
RSDCU,λ<=n,8192,0,91480,11.1669921875
RSDCU,λ<=n,8192,0,92893,11.3394775390625
RSDCU,λ<=n,8192,0,153297,18.7130126953125
RSDCU,λ<=n,8192,0,146650,17.901611328125
RSDCU,λ<=n,8192,0,107433,13.1143798828125
RSDCU,λ<=n,8192,0,137061,16.7310791015625
RSDCU,λ<=n,8192,0,110533,13.4927978515625
RSDCU,λ<=n,8192,0,109121,13.3204345703125
RSDCU,λ<=n,8192,0,98857,12.0675048828125
RSDCU,λ<=n,8192,0,121267,14.8031005859375
RSDCU,λ<=n,8192,0,80604,9.83935546875
RSDCU,λ<=n,8192,0,77522,9.463134765625
RSDCU,λ<=n,8192,0,97351,11.8836669921875
RSDCU,λ<=n,8192,0,102755,12.5433349609375
RSDCU,λ<=n,8192,0,98214,11.989013671875
RSDCU,λ<=n,8192,0,322687,39.3905029296875
RSDCU,λ<=n,8192,0,165188,20.16455078125
RSDCU,λ<=n,8192,0,102403,12.5003662109375
RSDCU,λ<=n,8192,0,105417,12.8682861328125
RSDCU,λ<=n,8192,0,79624,9.7197265625
RSDCU,λ<=n,8192,0,94329,11.5147705078125
RSDCU,λ<=n,8192,0,76085,9.2877197265625
RSDCU,λ<=n,8192,0,113999,13.9158935546875
RSDCU,λ<=n,8192,0,111456,13.60546875
RSDCU,λ<=n,8192,0,109057,13.3126220703125
RSDCU,λ<=n,8192,0,96797,11.8160400390625
RSDCU,λ<=n,8192,0,82118,10.024169921875
RSDCU,λ<=n,8192,0,100568,12.2763671875
RSDCU,λ<=n,8192,0,118470,14.461669921875
RSDCU,λ<=n,8192,0,175726,21.450927734375
RSDCU,λ<=n,8192,0,101425,12.3809814453125
RSDCU,λ<=n,8192,0,71533,8.7320556640625
RSDCU,λ<=n,8192,0,82635,10.0872802734375
RSDCU,λ<=n,8192,0,118749,14.4957275390625
RSDCU,λ<=n,8192,0,107081,13.0714111328125
RSDCU,λ<=n,8192,0,84945,10.3692626953125
RSDCU,λ<=n,8192,0,102813,12.5504150390625
RSDCU,λ<=n,8192,0,132301,16.1500244140625
RSDCU,λ<=n,8192,0,67551,8.2459716796875
RSDCU,λ<=n,8192,0,107951,13.1776123046875
RSDCU,λ<=n,8192,0,77048,9.4052734375
RSDCU,λ<=n,8192,0,91421,11.1597900390625
RSDCU,λ<=n,8192,0,111623,13.6258544921875
RSDCU,λ<=n,8192,0,156979,19.1624755859375
RSDCU,λ<=n,8192,0,107312,13.099609375
RSDCU,λ<=n,8192,0,78316,9.56005859375
RSDCU,λ<=n,8192,0,102740,12.54150390625
RSDCU,λ<=n,8192,0,77673,9.4815673828125
RSDCU,λ<=n,8192,0,263452,32.15966796875
RSDCU,λ<=n,8192,0,78321,9.5606689453125
RSDCU,λ<=n,8192,0,69168,8.443359375
RSDCU,λ<=n,8192,0,88231,10.7703857421875
RSDCU,λ<=n,8192,0,98777,12.0577392578125
RSDCU,λ<=n,8192,0,101818,12.428955078125
RSDCU,λ<=n,8192,0,139698,17.052978515625
RSDCU,λ<=n,8192,0,97553,11.9083251953125
RSDCU,λ<=n,8192,0,89506,10.926025390625
RSDCU,λ<=n,8192,0,95747,11.6878662109375
RSDCU,λ<=n,8192,0,68493,8.3609619140625
RSDCU,λ<=n,8192,0,75065,9.1632080078125
RSDCU,λ<=n,8192,0,165641,20.2198486328125
RSDCU,λ<=n,8192,0,91439,11.1619873046875
RSDCU,λ<=n,8192,0,135464,16.5361328125
RSDCU,λ<=n,8192,0,99934,12.198974609375
RSDCU,λ<=n,8192,0,87543,10.6864013671875
RSDCU,λ<=n,8192,0,94869,11.5806884765625
RSDCU,λ<=n,8192,0,121303,14.8074951171875
RSDCU,λ<=n,8192,0,96938,11.833251953125
RSDCU,λ<=n,8192,0,92936,11.3447265625
RSDCU,λ<=n,8192,0,113259,13.8255615234375
RSDCU,λ<=n,8192,0,194341,23.7232666015625
RSDCU,λ<=n,8192,0,74752,9.125
RSDCU,λ<=n,8192,0,106683,13.0228271484375
RSDCU,λ<=n,8192,0,84648,10.3330078125
RSDCU,λ<=n,8192,0,77229,9.4273681640625
RSDCU,λ<=n,8192,0,88575,10.8123779296875
RSDCU,λ<=n,8192,0,98137,11.9796142578125
RSDCU,λ<=n,8192,0,105196,12.84130859375
RSDCU,λ<=n,8192,0,98902,12.072998046875
RSDCU,λ<=n,8192,0,114318,13.954833984375
RSDCU,λ<=n,8192,0,86506,10.559814453125
RRDCU,λ<=n,8192,0,107168,13.08203125
RRDCU,λ<=n,8192,0,57442,7.011962890625
RRDCU,λ<=n,8192,0,56512,6.8984375
RRDCU,λ<=n,8192,0,82125,10.0250244140625
RRDCU,λ<=n,8192,0,71947,8.7825927734375
RRDCU,λ<=n,8192,0,63928,7.8037109375
RRDCU,λ<=n,8192,0,78133,9.5377197265625
RRDCU,λ<=n,8192,0,64246,7.842529296875
RRDCU,λ<=n,8192,0,80447,9.8201904296875
RRDCU,λ<=n,8192,0,109797,13.4029541015625
RRDCU,λ<=n,8192,0,86437,10.5513916015625
RRDCU,λ<=n,8192,0,72532,8.85400390625
RRDCU,λ<=n,8192,0,82341,10.0513916015625
RRDCU,λ<=n,8192,0,64221,7.8394775390625
RRDCU,λ<=n,8192,0,76265,9.3096923828125
RRDCU,λ<=n,8192,0,98178,11.984619140625
RRDCU,λ<=n,8192,0,62184,7.5908203125
RRDCU,λ<=n,8192,0,59694,7.286865234375
RRDCU,λ<=n,8192,0,57470,7.015380859375
RRDCU,λ<=n,8192,0,63845,7.7935791015625
RRDCU,λ<=n,8192,0,68507,8.3626708984375
RRDCU,λ<=n,8192,0,99356,12.12841796875
RRDCU,λ<=n,8192,0,82977,10.1290283203125
RRDCU,λ<=n,8192,0,52220,6.37451171875
RRDCU,λ<=n,8192,0,56882,6.943603515625
RRDCU,λ<=n,8192,0,56283,6.8704833984375
RRDCU,λ<=n,8192,0,83829,10.2330322265625
RRDCU,λ<=n,8192,0,64031,7.8162841796875
RRDCU,λ<=n,8192,0,64289,7.8477783203125
RRDCU,λ<=n,8192,0,90590,11.058349609375
RRDCU,λ<=n,8192,0,86475,10.5560302734375
RRDCU,λ<=n,8192,0,62842,7.671142578125
RRDCU,λ<=n,8192,0,84239,10.2830810546875
RRDCU,λ<=n,8192,0,61346,7.488525390625
RRDCU,λ<=n,8192,0,53545,6.5362548828125
RRDCU,λ<=n,8192,0,62171,7.5892333984375
RRDCU,λ<=n,8192,0,59228,7.22998046875
RRDCU,λ<=n,8192,0,67350,8.221435546875
RRDCU,λ<=n,8192,0,67609,8.2530517578125
RRDCU,λ<=n,8192,0,70894,8.654052734375
RRDCU,λ<=n,8192,0,61764,7.53955078125
RRDCU,λ<=n,8192,0,57117,6.9722900390625
RRDCU,λ<=n,8192,0,79833,9.7452392578125
RRDCU,λ<=n,8192,0,64515,7.8753662109375
RRDCU,λ<=n,8192,0,57854,7.062255859375
RRDCU,λ<=n,8192,0,61311,7.4842529296875
RRDCU,λ<=n,8192,0,111592,13.6220703125
RRDCU,λ<=n,8192,0,85106,10.388916015625
RRDCU,λ<=n,8192,0,63896,7.7998046875
RRDCU,λ<=n,8192,0,54377,6.6378173828125
RRDCU,λ<=n,8192,0,78780,9.61669921875
RRDCU,λ<=n,8192,0,66169,8.0772705078125
RRDCU,λ<=n,8192,0,61471,7.5037841796875
RRDCU,λ<=n,8192,0,59847,7.3055419921875
RRDCU,λ<=n,8192,0,63658,7.770751953125
RRDCU,λ<=n,8192,0,64295,7.8485107421875
RRDCU,λ<=n,8192,0,71494,8.727294921875
RRDCU,λ<=n,8192,0,109771,13.3997802734375
RRDCU,λ<=n,8192,0,63639,7.7684326171875
RRDCU,λ<=n,8192,0,75800,9.2529296875
RRDCU,λ<=n,8192,0,95505,11.6583251953125
RRDCU,λ<=n,8192,0,89114,10.878173828125
RRDCU,λ<=n,8192,0,58493,7.1402587890625
RRDCU,λ<=n,8192,0,80208,9.791015625
RRDCU,λ<=n,8192,0,56235,6.8646240234375
RRDCU,λ<=n,8192,0,82422,10.061279296875
RRDCU,λ<=n,8192,0,77370,9.444580078125
RRDCU,λ<=n,8192,0,103888,12.681640625
RRDCU,λ<=n,8192,0,77515,9.4622802734375
RRDCU,λ<=n,8192,0,58253,7.1109619140625
RRDCU,λ<=n,8192,0,68168,8.3212890625
RRDCU,λ<=n,8192,0,56897,6.9454345703125
RRDCU,λ<=n,8192,0,55591,6.7860107421875
RRDCU,λ<=n,8192,0,58726,7.168701171875
RRDCU,λ<=n,8192,0,121049,14.7764892578125
RRDCU,λ<=n,8192,0,113993,13.9151611328125
RRDCU,λ<=n,8192,0,66870,8.162841796875
RRDCU,λ<=n,8192,0,93009,11.3536376953125
RRDCU,λ<=n,8192,0,73794,9.008056640625
RRDCU,λ<=n,8192,0,144590,17.650146484375
RRDCU,λ<=n,8192,0,91843,11.2113037109375
RRDCU,λ<=n,8192,0,60371,7.3695068359375
RRDCU,λ<=n,8192,0,117400,14.3310546875
RRDCU,λ<=n,8192,0,63656,7.7705078125
RRDCU,λ<=n,8192,0,86176,10.51953125
RRDCU,λ<=n,8192,0,62141,7.5855712890625
RRDCU,λ<=n,8192,0,64559,7.8807373046875
RRDCU,λ<=n,8192,0,70270,8.577880859375
RRDCU,λ<=n,8192,0,108911,13.2947998046875
RRDCU,λ<=n,8192,0,84537,10.3194580078125
RRDCU,λ<=n,8192,0,63081,7.7003173828125
RRDCU,λ<=n,8192,0,65824,8.03515625
RRDCU,λ<=n,8192,0,143276,17.48974609375
RRDCU,λ<=n,8192,0,57713,7.0450439453125
RRDCU,λ<=n,8192,0,100417,12.2579345703125
RRDCU,λ<=n,8192,0,58526,7.144287109375
RRDCU,λ<=n,8192,0,93748,11.44384765625
RRDCU,λ<=n,8192,0,129689,15.8311767578125
RRDCU,λ<=n,8192,0,60453,7.3795166015625
RRDCU,λ<=n,8192,0,76719,9.3651123046875
RHDCU,λ<=n,8192,0,58245,7.1099853515625
RHDCU,λ<=n,8192,0,64989,7.9332275390625
RHDCU,λ<=n,8192,0,54695,6.6766357421875
RHDCU,λ<=n,8192,0,70929,8.6583251953125
RHDCU,λ<=n,8192,0,56696,6.9208984375
RHDCU,λ<=n,8192,0,67048,8.1845703125
RHDCU,λ<=n,8192,0,108558,13.251708984375
RHDCU,λ<=n,8192,0,59551,7.2694091796875
RHDCU,λ<=n,8192,0,71322,8.706298828125
RHDCU,λ<=n,8192,0,60747,7.4154052734375
RHDCU,λ<=n,8192,0,51550,6.292724609375
RHDCU,λ<=n,8192,0,57621,7.0338134765625
RHDCU,λ<=n,8192,0,67559,8.2469482421875
RHDCU,λ<=n,8192,0,62606,7.642333984375
RHDCU,λ<=n,8192,0,54399,6.6405029296875
RHDCU,λ<=n,8192,0,64590,7.884521484375
RHDCU,λ<=n,8192,0,60866,7.429931640625
RHDCU,λ<=n,8192,0,59842,7.304931640625
RHDCU,λ<=n,8192,0,76726,9.365966796875
RHDCU,λ<=n,8192,0,55086,6.724365234375
RHDCU,λ<=n,8192,0,64420,7.86376953125
RHDCU,λ<=n,8192,0,59882,7.309814453125
RHDCU,λ<=n,8192,0,72407,8.8387451171875
RHDCU,λ<=n,8192,0,155914,19.032470703125
RHDCU,λ<=n,8192,0,68872,8.4072265625
RHDCU,λ<=n,8192,0,74981,9.1529541015625
RHDCU,λ<=n,8192,0,58471,7.1375732421875
RHDCU,λ<=n,8192,0,71865,8.7725830078125
RHDCU,λ<=n,8192,0,70747,8.6361083984375
RHDCU,λ<=n,8192,0,61238,7.475341796875
RHDCU,λ<=n,8192,0,65859,8.0394287109375
RHDCU,λ<=n,8192,0,55642,6.792236328125
RHDCU,λ<=n,8192,0,65608,8.0087890625
RHDCU,λ<=n,8192,0,60093,7.3355712890625
RHDCU,λ<=n,8192,0,98011,11.9642333984375
RHDCU,λ<=n,8192,0,54898,6.701416015625
RHDCU,λ<=n,8192,0,52311,6.3856201171875
RHDCU,λ<=n,8192,0,54853,6.6959228515625
RHDCU,λ<=n,8192,0,72712,8.8759765625
RHDCU,λ<=n,8192,0,61554,7.513916015625
RHDCU,λ<=n,8192,0,56791,6.9324951171875
RHDCU,λ<=n,8192,0,50869,6.2095947265625
RHDCU,λ<=n,8192,0,148116,18.08056640625
RHDCU,λ<=n,8192,0,76070,9.285888671875
RHDCU,λ<=n,8192,0,71051,8.6732177734375
RHDCU,λ<=n,8192,0,96430,11.771240234375
RHDCU,λ<=n,8192,0,91498,11.169189453125
RHDCU,λ<=n,8192,0,62135,7.5848388671875
RHDCU,λ<=n,8192,0,77439,9.4530029296875
RHDCU,λ<=n,8192,0,56592,6.908203125
RHDCU,λ<=n,8192,0,79168,9.6640625
RHDCU,λ<=n,8192,0,61935,7.5604248046875
RHDCU,λ<=n,8192,0,57233,6.9864501953125
RHDCU,λ<=n,8192,0,72170,8.809814453125
RHDCU,λ<=n,8192,0,104566,12.764404296875
RHDCU,λ<=n,8192,0,71603,8.7406005859375
RHDCU,λ<=n,8192,0,54748,6.68310546875
RHDCU,λ<=n,8192,0,54117,6.6060791015625
RHDCU,λ<=n,8192,0,63292,7.72607421875
RHDCU,λ<=n,8192,0,71782,8.762451171875
RHDCU,λ<=n,8192,0,70851,8.6488037109375
RHDCU,λ<=n,8192,0,51046,6.231201171875
RHDCU,λ<=n,8192,0,62891,7.6771240234375
RHDCU,λ<=n,8192,0,97226,11.868408203125
RHDCU,λ<=n,8192,0,55908,6.82470703125
RHDCU,λ<=n,8192,0,68371,8.3460693359375
RHDCU,λ<=n,8192,0,49812,6.08056640625
RHDCU,λ<=n,8192,0,73847,9.0145263671875
RHDCU,λ<=n,8192,0,79449,9.6983642578125
RHDCU,λ<=n,8192,0,70854,8.649169921875
RHDCU,λ<=n,8192,0,52558,6.415771484375
RHDCU,λ<=n,8192,0,74020,9.03564453125
RHDCU,λ<=n,8192,0,58874,7.186767578125
RHDCU,λ<=n,8192,0,73680,8.994140625
RHDCU,λ<=n,8192,0,56009,6.8370361328125
RHDCU,λ<=n,8192,0,53423,6.5213623046875
RHDCU,λ<=n,8192,0,53563,6.5384521484375
RHDCU,λ<=n,8192,0,89868,10.97021484375
RHDCU,λ<=n,8192,0,65121,7.9493408203125
RHDCU,λ<=n,8192,0,65516,7.99755859375
RHDCU,λ<=n,8192,0,90539,11.0521240234375
RHDCU,λ<=n,8192,0,69141,8.4400634765625
RHDCU,λ<=n,8192,0,62117,7.5826416015625
RHDCU,λ<=n,8192,0,63410,7.740478515625
RHDCU,λ<=n,8192,0,67006,8.179443359375
RHDCU,λ<=n,8192,0,52054,6.354248046875
RHDCU,λ<=n,8192,0,64204,7.83740234375
RHDCU,λ<=n,8192,0,95253,11.6275634765625
RHDCU,λ<=n,8192,0,54944,6.70703125
RHDCU,λ<=n,8192,0,68335,8.3416748046875
RHDCU,λ<=n,8192,0,55579,6.7845458984375
RHDCU,λ<=n,8192,0,72936,8.9033203125
RHDCU,λ<=n,8192,0,62293,7.6041259765625
RHDCU,λ<=n,8192,0,53892,6.57861328125
RHDCU,λ<=n,8192,0,70069,8.5533447265625
RHDCU,λ<=n,8192,0,72337,8.8302001953125
RHDCU,λ<=n,8192,0,67798,8.276123046875
RHDCU,λ<=n,8192,0,54475,6.6497802734375
RHDCU,λ<=n,8192,0,71798,8.764404296875
RHDCU,λ<=n,8192,0,58307,7.1175537109375
RHLCU,λ<=n,8192,0,54638,6.669677734375
RHLCU,λ<=n,8192,0,64098,7.824462890625
RHLCU,λ<=n,8192,0,67373,8.2242431640625
RHLCU,λ<=n,8192,0,62503,7.6297607421875
RHLCU,λ<=n,8192,0,59851,7.3060302734375
RHLCU,λ<=n,8192,0,58266,7.112548828125
RHLCU,λ<=n,8192,0,83113,10.1456298828125
RHLCU,λ<=n,8192,0,56815,6.9354248046875
RHLCU,λ<=n,8192,0,63791,7.7869873046875
RHLCU,λ<=n,8192,0,75740,9.24560546875
RHLCU,λ<=n,8192,0,65770,8.028564453125
RHLCU,λ<=n,8192,0,79369,9.6885986328125
RHLCU,λ<=n,8192,0,58520,7.1435546875
RHLCU,λ<=n,8192,0,54196,6.61572265625
RHLCU,λ<=n,8192,0,115841,14.1407470703125
RHLCU,λ<=n,8192,0,54382,6.638427734375
RHLCU,λ<=n,8192,0,70792,8.6416015625
RHLCU,λ<=n,8192,0,57023,6.9608154296875
RHLCU,λ<=n,8192,0,61422,7.497802734375
RHLCU,λ<=n,8192,0,70659,8.6253662109375
RHLCU,λ<=n,8192,0,53898,6.579345703125
RHLCU,λ<=n,8192,0,55081,6.7237548828125
RHLCU,λ<=n,8192,0,56098,6.847900390625
RHLCU,λ<=n,8192,0,100536,12.2724609375
RHLCU,λ<=n,8192,0,58137,7.0968017578125
RHLCU,λ<=n,8192,0,75031,9.1590576171875
RHLCU,λ<=n,8192,0,55163,6.7337646484375
RHLCU,λ<=n,8192,0,59918,7.314208984375
RHLCU,λ<=n,8192,0,109586,13.377197265625
RHLCU,λ<=n,8192,0,61261,7.4781494140625
RHLCU,λ<=n,8192,0,52448,6.40234375
RHLCU,λ<=n,8192,0,53289,6.5050048828125
RHLCU,λ<=n,8192,0,86983,10.6180419921875
RHLCU,λ<=n,8192,0,103892,12.68212890625
RHLCU,λ<=n,8192,0,79652,9.72314453125
RHLCU,λ<=n,8192,0,61644,7.52490234375
RHLCU,λ<=n,8192,0,65694,8.019287109375
RHLCU,λ<=n,8192,0,58612,7.15478515625
RHLCU,λ<=n,8192,0,50411,6.1536865234375
RHLCU,λ<=n,8192,0,67748,8.27001953125
RHLCU,λ<=n,8192,0,61307,7.4837646484375
RHLCU,λ<=n,8192,0,65454,7.989990234375
RHLCU,λ<=n,8192,0,60758,7.416748046875
RHLCU,λ<=n,8192,0,65845,8.0377197265625
RHLCU,λ<=n,8192,0,59640,7.2802734375
RHLCU,λ<=n,8192,0,66494,8.116943359375
RHLCU,λ<=n,8192,0,69847,8.5262451171875
RHLCU,λ<=n,8192,0,77054,9.406005859375
RHLCU,λ<=n,8192,0,60304,7.361328125
RHLCU,λ<=n,8192,0,65252,7.96533203125
RHLCU,λ<=n,8192,0,64731,7.9017333984375
RHLCU,λ<=n,8192,0,55943,6.8289794921875
RHLCU,λ<=n,8192,0,61011,7.4476318359375
RHLCU,λ<=n,8192,0,54185,6.6143798828125
RHLCU,λ<=n,8192,0,58067,7.0882568359375
RHLCU,λ<=n,8192,0,55283,6.7484130859375
RHLCU,λ<=n,8192,0,60781,7.4195556640625
RHLCU,λ<=n,8192,0,67051,8.1849365234375
RHLCU,λ<=n,8192,0,56650,6.915283203125
RHLCU,λ<=n,8192,0,58578,7.150634765625
RHLCU,λ<=n,8192,0,61505,7.5079345703125
RHLCU,λ<=n,8192,0,55192,6.7373046875
RHLCU,λ<=n,8192,0,75331,9.1956787109375
RHLCU,λ<=n,8192,0,51037,6.2301025390625
RHLCU,λ<=n,8192,0,112564,13.74072265625
RHLCU,λ<=n,8192,0,56546,6.902587890625
RHLCU,λ<=n,8192,0,71375,8.7127685546875
RHLCU,λ<=n,8192,0,54705,6.6778564453125
RHLCU,λ<=n,8192,0,53529,6.5343017578125
RHLCU,λ<=n,8192,0,61556,7.51416015625
RHLCU,λ<=n,8192,0,65918,8.046630859375
RHLCU,λ<=n,8192,0,69874,8.529541015625
RHLCU,λ<=n,8192,0,58535,7.1453857421875
RHLCU,λ<=n,8192,0,63534,7.755615234375
RHLCU,λ<=n,8192,0,68923,8.4134521484375
RHLCU,λ<=n,8192,0,83964,10.24951171875
RHLCU,λ<=n,8192,0,51877,6.3326416015625
RHLCU,λ<=n,8192,0,54891,6.7005615234375
RHLCU,λ<=n,8192,0,74205,9.0582275390625
RHLCU,λ<=n,8192,0,59525,7.2662353515625
RHLCU,λ<=n,8192,0,63093,7.7017822265625
RHLCU,λ<=n,8192,0,63927,7.8035888671875
RHLCU,λ<=n,8192,0,62849,7.6719970703125
RHLCU,λ<=n,8192,0,90162,11.006103515625
RHLCU,λ<=n,8192,0,59942,7.317138671875
RHLCU,λ<=n,8192,0,70463,8.6014404296875
RHLCU,λ<=n,8192,0,54287,6.6268310546875
RHLCU,λ<=n,8192,0,128612,15.69970703125
RHLCU,λ<=n,8192,0,63868,7.79638671875
RHLCU,λ<=n,8192,0,63795,7.7874755859375
RHLCU,λ<=n,8192,0,57592,7.0302734375
RHLCU,λ<=n,8192,0,59342,7.243896484375
RHLCU,λ<=n,8192,0,86301,10.5347900390625
RHLCU,λ<=n,8192,0,57567,7.0272216796875
RHLCU,λ<=n,8192,0,54464,6.6484375
RHLCU,λ<=n,8192,0,65034,7.938720703125
RHLCU,λ<=n,8192,0,80660,9.84619140625
RHLCU,λ<=n,8192,0,53204,6.49462890625
RHLCU,λ<=n,8192,0,58977,7.1993408203125
RHLCU,λ<=n,8192,0,57315,6.9964599609375
RRLCU,λ<=n,8192,0,117866,14.387939453125
RRLCU,λ<=n,8192,0,64087,7.8231201171875
RRLCU,λ<=n,8192,0,68261,8.3326416015625
RRLCU,λ<=n,8192,0,60143,7.3416748046875
RRLCU,λ<=n,8192,0,74349,9.0758056640625
RRLCU,λ<=n,8192,0,59802,7.300048828125
RRLCU,λ<=n,8192,0,70065,8.5528564453125
RRLCU,λ<=n,8192,0,68280,8.3349609375
RRLCU,λ<=n,8192,0,85902,10.486083984375
RRLCU,λ<=n,8192,0,62689,7.6524658203125
RRLCU,λ<=n,8192,0,63647,7.7694091796875
RRLCU,λ<=n,8192,0,71382,8.713623046875
RRLCU,λ<=n,8192,0,63713,7.7774658203125
RRLCU,λ<=n,8192,0,58969,7.1983642578125
RRLCU,λ<=n,8192,0,161044,19.65869140625
RRLCU,λ<=n,8192,0,81825,9.9884033203125
RRLCU,λ<=n,8192,0,150593,18.3829345703125
RRLCU,λ<=n,8192,0,60933,7.4381103515625
RRLCU,λ<=n,8192,0,111497,13.6104736328125
RRLCU,λ<=n,8192,0,76439,9.3309326171875
RRLCU,λ<=n,8192,0,64562,7.881103515625
RRLCU,λ<=n,8192,0,98313,12.0010986328125
RRLCU,λ<=n,8192,0,60859,7.4290771484375
RRLCU,λ<=n,8192,0,79459,9.6995849609375
RRLCU,λ<=n,8192,0,61708,7.53271484375
RRLCU,λ<=n,8192,0,72573,8.8590087890625
RRLCU,λ<=n,8192,0,66267,8.0892333984375
RRLCU,λ<=n,8192,0,65177,7.9561767578125
RRLCU,λ<=n,8192,0,67028,8.18212890625
RRLCU,λ<=n,8192,0,79672,9.7255859375
RRLCU,λ<=n,8192,0,88249,10.7725830078125
RRLCU,λ<=n,8192,0,87437,10.6734619140625
RRLCU,λ<=n,8192,0,62424,7.6201171875
RRLCU,λ<=n,8192,0,82818,10.109619140625
RRLCU,λ<=n,8192,0,74091,9.0443115234375
RRLCU,λ<=n,8192,0,82012,10.01123046875
RRLCU,λ<=n,8192,0,123873,15.1212158203125
RRLCU,λ<=n,8192,0,56362,6.880126953125
RRLCU,λ<=n,8192,0,91813,11.2076416015625
RRLCU,λ<=n,8192,0,61573,7.5162353515625
RRLCU,λ<=n,8192,0,83397,10.1802978515625
RRLCU,λ<=n,8192,0,66151,8.0750732421875
RRLCU,λ<=n,8192,0,55606,6.787841796875
RRLCU,λ<=n,8192,0,79896,9.7529296875
RRLCU,λ<=n,8192,0,69631,8.4998779296875
RRLCU,λ<=n,8192,0,74177,9.0548095703125
RRLCU,λ<=n,8192,0,87499,10.6810302734375
RRLCU,λ<=n,8192,0,64945,7.9278564453125
RRLCU,λ<=n,8192,0,79809,9.7423095703125
RRLCU,λ<=n,8192,0,64709,7.8990478515625
RRLCU,λ<=n,8192,0,66176,8.078125
RRLCU,λ<=n,8192,0,64531,7.8773193359375
RRLCU,λ<=n,8192,0,95815,11.6961669921875
RRLCU,λ<=n,8192,0,67315,8.2171630859375
RRLCU,λ<=n,8192,0,86856,10.6025390625
RRLCU,λ<=n,8192,0,82007,10.0106201171875
RRLCU,λ<=n,8192,0,66883,8.1644287109375
RRLCU,λ<=n,8192,0,60474,7.382080078125
RRLCU,λ<=n,8192,0,75561,9.2237548828125
RRLCU,λ<=n,8192,0,76841,9.3800048828125
RRLCU,λ<=n,8192,0,59092,7.21337890625
RRLCU,λ<=n,8192,0,78844,9.62451171875
RRLCU,λ<=n,8192,0,67092,8.18994140625
RRLCU,λ<=n,8192,0,62810,7.667236328125
RRLCU,λ<=n,8192,0,70282,8.579345703125
RRLCU,λ<=n,8192,0,76563,9.3460693359375
RRLCU,λ<=n,8192,0,60358,7.367919921875
RRLCU,λ<=n,8192,0,61263,7.4783935546875
RRLCU,λ<=n,8192,0,191930,23.428955078125
RRLCU,λ<=n,8192,0,85682,10.459228515625
RRLCU,λ<=n,8192,0,90086,10.996826171875
RRLCU,λ<=n,8192,0,62072,7.5771484375
RRLCU,λ<=n,8192,0,85849,10.4796142578125
RRLCU,λ<=n,8192,0,80274,9.799072265625
RRLCU,λ<=n,8192,0,59946,7.317626953125
RRLCU,λ<=n,8192,0,57871,7.0643310546875
RRLCU,λ<=n,8192,0,114998,14.037841796875
RRLCU,λ<=n,8192,0,74832,9.134765625
RRLCU,λ<=n,8192,0,70765,8.6383056640625
RRLCU,λ<=n,8192,0,59852,7.30615234375
RRLCU,λ<=n,8192,0,93843,11.4554443359375
RRLCU,λ<=n,8192,0,94164,11.49462890625
RRLCU,λ<=n,8192,0,65599,8.0076904296875
RRLCU,λ<=n,8192,0,62952,7.6845703125
RRLCU,λ<=n,8192,0,57097,6.9698486328125
RRLCU,λ<=n,8192,0,60623,7.4002685546875
RRLCU,λ<=n,8192,0,74587,9.1048583984375
RRLCU,λ<=n,8192,0,103242,12.602783203125
RRLCU,λ<=n,8192,0,108379,13.2298583984375
RRLCU,λ<=n,8192,0,61761,7.5391845703125
RRLCU,λ<=n,8192,0,58797,7.1773681640625
RRLCU,λ<=n,8192,0,100809,12.3057861328125
RRLCU,λ<=n,8192,0,111222,13.576904296875
RRLCU,λ<=n,8192,0,81559,9.9559326171875
RRLCU,λ<=n,8192,0,67977,8.2979736328125
RRLCU,λ<=n,8192,0,63625,7.7667236328125
RRLCU,λ<=n,8192,0,86846,10.601318359375
RRLCU,λ<=n,8192,0,59380,7.24853515625
RRLCU,λ<=n,8192,0,67706,8.264892578125
RRLCU,λ<=n,8192,0,60510,7.386474609375
RSLCU,λ<=n,8192,0,96693,11.8033447265625
RSLCU,λ<=n,8192,0,144505,17.6397705078125
RSLCU,λ<=n,8192,0,95992,11.7177734375
RSLCU,λ<=n,8192,0,121231,14.7987060546875
RSLCU,λ<=n,8192,0,142122,17.348876953125
RSLCU,λ<=n,8192,0,123781,15.1099853515625
RSLCU,λ<=n,8192,0,85254,10.406982421875
RSLCU,λ<=n,8192,0,75791,9.2518310546875
RSLCU,λ<=n,8192,0,150325,18.3502197265625
RSLCU,λ<=n,8192,0,92620,11.30615234375
RSLCU,λ<=n,8192,0,77521,9.4630126953125
RSLCU,λ<=n,8192,0,110872,13.5341796875
RSLCU,λ<=n,8192,0,179465,21.9073486328125
RSLCU,λ<=n,8192,0,165446,20.196044921875
RSLCU,λ<=n,8192,0,122479,14.9510498046875
RSLCU,λ<=n,8192,0,167078,20.395263671875
RSLCU,λ<=n,8192,0,129028,15.75048828125
RSLCU,λ<=n,8192,0,119724,14.61474609375
RSLCU,λ<=n,8192,0,170993,20.8731689453125
RSLCU,λ<=n,8192,0,146880,17.9296875
RSLCU,λ<=n,8192,0,96007,11.7196044921875
RSLCU,λ<=n,8192,0,124137,15.1534423828125
RSLCU,λ<=n,8192,0,85886,10.484130859375
RSLCU,λ<=n,8192,0,140636,17.16748046875
RSLCU,λ<=n,8192,0,125462,15.315185546875
RSLCU,λ<=n,8192,0,117702,14.367919921875
RSLCU,λ<=n,8192,0,118217,14.4307861328125
RSLCU,λ<=n,8192,0,129838,15.849365234375
RSLCU,λ<=n,8192,0,133166,16.255615234375
RSLCU,λ<=n,8192,0,87437,10.6734619140625
RSLCU,λ<=n,8192,0,85480,10.4345703125
RSLCU,λ<=n,8192,0,90471,11.0438232421875
RSLCU,λ<=n,8192,0,79969,9.7618408203125
RSLCU,λ<=n,8192,0,103198,12.597412109375
RSLCU,λ<=n,8192,0,259788,31.71240234375
RSLCU,λ<=n,8192,0,77471,9.4569091796875
RSLCU,λ<=n,8192,0,124299,15.1732177734375
RSLCU,λ<=n,8192,0,180784,22.068359375
RSLCU,λ<=n,8192,0,90935,11.1004638671875
RSLCU,λ<=n,8192,0,148849,18.1700439453125
RSLCU,λ<=n,8192,0,146877,17.9293212890625
RSLCU,λ<=n,8192,0,122848,14.99609375
RSLCU,λ<=n,8192,0,104329,12.7354736328125
RSLCU,λ<=n,8192,0,156836,19.14501953125
RSLCU,λ<=n,8192,0,79119,9.6580810546875
RSLCU,λ<=n,8192,0,124188,15.15966796875
RSLCU,λ<=n,8192,0,83095,10.1434326171875
RSLCU,λ<=n,8192,0,89525,10.9283447265625
RSLCU,λ<=n,8192,0,97764,11.93408203125
RSLCU,λ<=n,8192,0,94938,11.589111328125
RSLCU,λ<=n,8192,0,116662,14.240966796875
RSLCU,λ<=n,8192,0,83317,10.1705322265625
RSLCU,λ<=n,8192,0,92680,11.3134765625
RSLCU,λ<=n,8192,0,91440,11.162109375
RSLCU,λ<=n,8192,0,92133,11.2467041015625
RSLCU,λ<=n,8192,0,189443,23.1253662109375
RSLCU,λ<=n,8192,0,88898,10.851806640625
RSLCU,λ<=n,8192,0,97439,11.8944091796875
RSLCU,λ<=n,8192,0,106010,12.940673828125
RSLCU,λ<=n,8192,0,113761,13.8868408203125
RSLCU,λ<=n,8192,0,133407,16.2850341796875
RSLCU,λ<=n,8192,0,126812,15.47998046875
RSLCU,λ<=n,8192,0,115177,14.0596923828125
RSLCU,λ<=n,8192,0,76661,9.3580322265625
RSLCU,λ<=n,8192,0,178599,21.8016357421875
RSLCU,λ<=n,8192,0,139466,17.024658203125
RSLCU,λ<=n,8192,0,187569,22.8966064453125
RSLCU,λ<=n,8192,0,85315,10.4144287109375
RSLCU,λ<=n,8192,0,107147,13.0794677734375
RSLCU,λ<=n,8192,0,115470,14.095458984375
RSLCU,λ<=n,8192,0,85395,10.4241943359375
RSLCU,λ<=n,8192,0,116209,14.1856689453125
RSLCU,λ<=n,8192,0,78199,9.5457763671875
RSLCU,λ<=n,8192,0,128176,15.646484375
RSLCU,λ<=n,8192,0,131765,16.0845947265625
RSLCU,λ<=n,8192,0,83842,10.234619140625
RSLCU,λ<=n,8192,0,101984,12.44921875
RSLCU,λ<=n,8192,0,96546,11.785400390625
RSLCU,λ<=n,8192,0,164135,20.0360107421875
RSLCU,λ<=n,8192,0,119649,14.6055908203125
RSLCU,λ<=n,8192,0,83797,10.2291259765625
RSLCU,λ<=n,8192,0,134002,16.357666015625
RSLCU,λ<=n,8192,0,99350,12.127685546875
RSLCU,λ<=n,8192,0,103916,12.68505859375
RSLCU,λ<=n,8192,0,111036,13.55419921875
RSLCU,λ<=n,8192,0,86932,10.61181640625
RSLCU,λ<=n,8192,0,87831,10.7215576171875
RSLCU,λ<=n,8192,0,162533,19.8404541015625
RSLCU,λ<=n,8192,0,222713,27.1866455078125
RSLCU,λ<=n,8192,0,156265,19.0753173828125
RSLCU,λ<=n,8192,0,148060,18.07373046875
RSLCU,λ<=n,8192,0,100685,12.2906494140625
RSLCU,λ<=n,8192,0,101328,12.369140625
RSLCU,λ<=n,8192,0,135169,16.5001220703125
RSLCU,λ<=n,8192,0,165019,20.1439208984375
RSLCU,λ<=n,8192,0,117182,14.304443359375
RSLCU,λ<=n,8192,0,140600,17.1630859375
RSLCU,λ<=n,8192,0,115395,14.0863037109375
RSLCU,λ<=n,8192,0,150836,18.41259765625
RSLCU,λ<=n,8192,0,147445,17.9986572265625
RSDSU,λ<=n,8192,0,110433,13.4805908203125
RSDSU,λ<=n,8192,0,90391,11.0340576171875
RSDSU,λ<=n,8192,0,169819,20.7298583984375
RSDSU,λ<=n,8192,0,180234,22.001220703125
RSDSU,λ<=n,8192,0,137782,16.819091796875
RSDSU,λ<=n,8192,0,116016,14.162109375
RSDSU,λ<=n,8192,0,95449,11.6514892578125
RSDSU,λ<=n,8192,0,87178,10.641845703125
RSDSU,λ<=n,8192,0,169318,20.668701171875
RSDSU,λ<=n,8192,0,98543,12.0291748046875
RSDSU,λ<=n,8192,0,160995,19.6527099609375
RSDSU,λ<=n,8192,0,110661,13.5084228515625
RSDSU,λ<=n,8192,0,82625,10.0860595703125
RSDSU,λ<=n,8192,0,102430,12.503662109375
RSDSU,λ<=n,8192,0,172346,21.038330078125
RSDSU,λ<=n,8192,0,143746,17.547119140625
RSDSU,λ<=n,8192,0,107755,13.1536865234375
RSDSU,λ<=n,8192,0,83699,10.2171630859375
RSDSU,λ<=n,8192,0,120230,14.676513671875
RSDSU,λ<=n,8192,0,100462,12.263427734375
RSDSU,λ<=n,8192,0,188508,23.01123046875
RSDSU,λ<=n,8192,0,167970,20.504150390625
RSDSU,λ<=n,8192,0,113332,13.83447265625
RSDSU,λ<=n,8192,0,84373,10.2994384765625
RSDSU,λ<=n,8192,0,113362,13.838134765625
RSDSU,λ<=n,8192,0,108494,13.243896484375
RSDSU,λ<=n,8192,0,86354,10.541259765625
RSDSU,λ<=n,8192,0,88617,10.8175048828125
RSDSU,λ<=n,8192,0,163579,19.9681396484375
RSDSU,λ<=n,8192,0,306171,37.3743896484375
RSDSU,λ<=n,8192,0,140201,17.1143798828125
RSDSU,λ<=n,8192,0,157651,19.2445068359375
RSDSU,λ<=n,8192,0,175074,21.371337890625
RSDSU,λ<=n,8192,0,118793,14.5010986328125
RSDSU,λ<=n,8192,0,83458,10.187744140625
RSDSU,λ<=n,8192,0,146722,17.910400390625
RSDSU,λ<=n,8192,0,123300,15.05126953125
RSDSU,λ<=n,8192,0,155146,18.938720703125
RSDSU,λ<=n,8192,0,87758,10.712646484375
RSDSU,λ<=n,8192,0,92130,11.246337890625
RSDSU,λ<=n,8192,0,86474,10.555908203125
RSDSU,λ<=n,8192,0,155691,19.0052490234375
RSDSU,λ<=n,8192,0,138142,16.863037109375
RSDSU,λ<=n,8192,0,210042,25.639892578125
RSDSU,λ<=n,8192,0,96568,11.7880859375
RSDSU,λ<=n,8192,0,145353,17.7432861328125
RSDSU,λ<=n,8192,0,105660,12.89794921875
RSDSU,λ<=n,8192,0,106583,13.0106201171875
RSDSU,λ<=n,8192,0,97895,11.9500732421875
RSDSU,λ<=n,8192,0,118890,14.512939453125
RSDSU,λ<=n,8192,0,75683,9.2386474609375
RSDSU,λ<=n,8192,0,101310,12.366943359375
RSDSU,λ<=n,8192,0,76098,9.289306640625
RSDSU,λ<=n,8192,0,126758,15.473388671875
RSDSU,λ<=n,8192,0,145593,17.7725830078125
RSDSU,λ<=n,8192,0,86935,10.6121826171875
RSDSU,λ<=n,8192,0,142628,17.41064453125
RSDSU,λ<=n,8192,0,111154,13.568603515625
RSDSU,λ<=n,8192,0,87722,10.708251953125
RSDSU,λ<=n,8192,0,115198,14.062255859375
RSDSU,λ<=n,8192,0,90049,10.9923095703125
RSDSU,λ<=n,8192,0,136466,16.658447265625
RSDSU,λ<=n,8192,0,84188,10.27685546875
RSDSU,λ<=n,8192,0,73887,9.0194091796875
RSDSU,λ<=n,8192,0,76127,9.2928466796875
RSDSU,λ<=n,8192,0,103958,12.690185546875
RSDSU,λ<=n,8192,0,192750,23.529052734375
RSDSU,λ<=n,8192,0,318458,38.874267578125
RSDSU,λ<=n,8192,0,95021,11.5992431640625
RSDSU,λ<=n,8192,0,95750,11.688232421875
RSDSU,λ<=n,8192,0,154914,18.910400390625
RSDSU,λ<=n,8192,0,149227,18.2161865234375
RSDSU,λ<=n,8192,0,151079,18.4422607421875
RSDSU,λ<=n,8192,0,80908,9.87646484375
RSDSU,λ<=n,8192,0,150142,18.327880859375
RSDSU,λ<=n,8192,0,94215,11.5008544921875
RSDSU,λ<=n,8192,0,179625,21.9268798828125
RSDSU,λ<=n,8192,0,82277,10.0435791015625
RSDSU,λ<=n,8192,0,84752,10.345703125
RSDSU,λ<=n,8192,0,103623,12.6492919921875
RSDSU,λ<=n,8192,0,109892,13.41455078125
RSDSU,λ<=n,8192,0,166432,20.31640625
RSDSU,λ<=n,8192,0,149935,18.3026123046875
RSDSU,λ<=n,8192,0,210424,25.6865234375
RSDSU,λ<=n,8192,0,189345,23.1134033203125
RSDSU,λ<=n,8192,0,87857,10.7247314453125
RSDSU,λ<=n,8192,0,83299,10.1683349609375
RSDSU,λ<=n,8192,0,137515,16.7864990234375
RSDSU,λ<=n,8192,0,186961,22.8223876953125
RSDSU,λ<=n,8192,0,108080,13.193359375
RSDSU,λ<=n,8192,0,158031,19.2908935546875
RSDSU,λ<=n,8192,0,96208,11.744140625
RSDSU,λ<=n,8192,0,90871,11.0926513671875
RSDSU,λ<=n,8192,0,164575,20.0897216796875
RSDSU,λ<=n,8192,0,147500,18.00537109375
RSDSU,λ<=n,8192,0,77185,9.4219970703125
RSDSU,λ<=n,8192,0,146512,17.884765625
RSDSU,λ<=n,8192,0,162421,19.8267822265625
RSDSU,λ<=n,8192,0,146240,17.8515625
RSDSU,λ<=n,8192,0,130196,15.89306640625
RRDSU,λ<=n,8192,0,91898,11.218017578125
RRDSU,λ<=n,8192,0,76345,9.3194580078125
RRDSU,λ<=n,8192,0,87846,10.723388671875
RRDSU,λ<=n,8192,0,97573,11.9107666015625
RRDSU,λ<=n,8192,0,104270,12.728271484375
RRDSU,λ<=n,8192,0,88365,10.7867431640625
RRDSU,λ<=n,8192,0,93166,11.372802734375
RRDSU,λ<=n,8192,0,67666,8.260009765625
RRDSU,λ<=n,8192,0,72711,8.8758544921875
RRDSU,λ<=n,8192,0,97358,11.884521484375
RRDSU,λ<=n,8192,0,68595,8.3734130859375
RRDSU,λ<=n,8192,0,79360,9.6875
RRDSU,λ<=n,8192,0,74387,9.0804443359375
RRDSU,λ<=n,8192,0,75257,9.1866455078125
RRDSU,λ<=n,8192,0,66718,8.144287109375
RRDSU,λ<=n,8192,0,98488,12.0224609375
RRDSU,λ<=n,8192,0,64013,7.8140869140625
RRDSU,λ<=n,8192,0,74908,9.14404296875
RRDSU,λ<=n,8192,0,220131,26.8714599609375
RRDSU,λ<=n,8192,0,82878,10.116943359375
RRDSU,λ<=n,8192,0,79661,9.7242431640625
RRDSU,λ<=n,8192,0,76250,9.307861328125
RRDSU,λ<=n,8192,0,70847,8.6483154296875
RRDSU,λ<=n,8192,0,76071,9.2860107421875
RRDSU,λ<=n,8192,0,83410,10.181884765625
RRDSU,λ<=n,8192,0,141291,17.2474365234375
RRDSU,λ<=n,8192,0,66017,8.0587158203125
RRDSU,λ<=n,8192,0,73183,8.9334716796875
RRDSU,λ<=n,8192,0,79808,9.7421875
RRDSU,λ<=n,8192,0,82059,10.0169677734375
RRDSU,λ<=n,8192,0,84082,10.263916015625
RRDSU,λ<=n,8192,0,73251,8.9417724609375
RRDSU,λ<=n,8192,0,79779,9.7386474609375
RRDSU,λ<=n,8192,0,76610,9.351806640625
RRDSU,λ<=n,8192,0,76642,9.355712890625
RRDSU,λ<=n,8192,0,87969,10.7384033203125
RRDSU,λ<=n,8192,0,72297,8.8253173828125
RRDSU,λ<=n,8192,0,76968,9.3955078125
RRDSU,λ<=n,8192,0,76314,9.315673828125
RRDSU,λ<=n,8192,0,133998,16.357177734375
RRDSU,λ<=n,8192,0,79374,9.689208984375
RRDSU,λ<=n,8192,0,82126,10.025146484375
RRDSU,λ<=n,8192,0,63042,7.695556640625
RRDSU,λ<=n,8192,0,82900,10.11962890625
RRDSU,λ<=n,8192,0,81302,9.924560546875
RRDSU,λ<=n,8192,0,78475,9.5794677734375
RRDSU,λ<=n,8192,0,77953,9.5157470703125
RRDSU,λ<=n,8192,0,91120,11.123046875
RRDSU,λ<=n,8192,0,138610,16.920166015625
RRDSU,λ<=n,8192,0,169020,20.63232421875
RRDSU,λ<=n,8192,0,96424,11.7705078125
RRDSU,λ<=n,8192,0,89170,10.885009765625
RRDSU,λ<=n,8192,0,70037,8.5494384765625
RRDSU,λ<=n,8192,0,76492,9.33740234375
RRDSU,λ<=n,8192,0,71636,8.74462890625
RRDSU,λ<=n,8192,0,109971,13.4241943359375
RRDSU,λ<=n,8192,0,151997,18.5543212890625
RRDSU,λ<=n,8192,0,84053,10.2603759765625
RRDSU,λ<=n,8192,0,64736,7.90234375
RRDSU,λ<=n,8192,0,94926,11.587646484375
RRDSU,λ<=n,8192,0,96251,11.7493896484375
RRDSU,λ<=n,8192,0,71176,8.6884765625
RRDSU,λ<=n,8192,0,71781,8.7623291015625
RRDSU,λ<=n,8192,0,121861,14.8756103515625
RRDSU,λ<=n,8192,0,83895,10.2410888671875
RRDSU,λ<=n,8192,0,73468,8.96826171875
RRDSU,λ<=n,8192,0,92733,11.3199462890625
RRDSU,λ<=n,8192,0,75501,9.2164306640625
RRDSU,λ<=n,8192,0,127143,15.5203857421875
RRDSU,λ<=n,8192,0,147877,18.0513916015625
RRDSU,λ<=n,8192,0,78760,9.6142578125
RRDSU,λ<=n,8192,0,94538,11.540283203125
RRDSU,λ<=n,8192,0,76042,9.282470703125
RRDSU,λ<=n,8192,0,98086,11.973388671875
RRDSU,λ<=n,8192,0,76739,9.3675537109375
RRDSU,λ<=n,8192,0,110090,13.438720703125
RRDSU,λ<=n,8192,0,117780,14.37744140625
RRDSU,λ<=n,8192,0,80130,9.781494140625
RRDSU,λ<=n,8192,0,71062,8.674560546875
RRDSU,λ<=n,8192,0,82250,10.040283203125
RRDSU,λ<=n,8192,0,74162,9.052978515625
RRDSU,λ<=n,8192,0,61586,7.517822265625
RRDSU,λ<=n,8192,0,106798,13.036865234375
RRDSU,λ<=n,8192,0,72371,8.8343505859375
RRDSU,λ<=n,8192,0,95061,11.6041259765625
RRDSU,λ<=n,8192,0,98641,12.0411376953125
RRDSU,λ<=n,8192,0,143987,17.5765380859375
RRDSU,λ<=n,8192,0,80331,9.8060302734375
RRDSU,λ<=n,8192,0,184358,22.504638671875
RRDSU,λ<=n,8192,0,74098,9.045166015625
RRDSU,λ<=n,8192,0,76333,9.3179931640625
RRDSU,λ<=n,8192,0,97448,11.8955078125
RRDSU,λ<=n,8192,0,119360,14.5703125
RRDSU,λ<=n,8192,0,129800,15.8447265625
RRDSU,λ<=n,8192,0,79059,9.6507568359375
RRDSU,λ<=n,8192,0,66986,8.177001953125
RRDSU,λ<=n,8192,0,109881,13.4132080078125
RRDSU,λ<=n,8192,0,74889,9.1417236328125
RRDSU,λ<=n,8192,0,110895,13.5369873046875
RRDSU,λ<=n,8192,0,71811,8.7659912109375
RHDSU,λ<=n,8192,0,79959,9.7606201171875
RHDSU,λ<=n,8192,0,67582,8.249755859375
RHDSU,λ<=n,8192,0,64349,7.8551025390625
RHDSU,λ<=n,8192,0,71808,8.765625
RHDSU,λ<=n,8192,0,64516,7.87548828125
RHDSU,λ<=n,8192,0,72855,8.8934326171875
RHDSU,λ<=n,8192,0,79949,9.7593994140625
RHDSU,λ<=n,8192,0,62800,7.666015625
RHDSU,λ<=n,8192,0,72017,8.7911376953125
RHDSU,λ<=n,8192,0,71166,8.687255859375
RHDSU,λ<=n,8192,0,61426,7.498291015625
RHDSU,λ<=n,8192,0,73965,9.0289306640625
RHDSU,λ<=n,8192,0,65524,7.99853515625
RHDSU,λ<=n,8192,0,68603,8.3743896484375
RHDSU,λ<=n,8192,0,68834,8.402587890625
RHDSU,λ<=n,8192,0,103930,12.686767578125
RHDSU,λ<=n,8192,0,72498,8.849853515625
RHDSU,λ<=n,8192,0,88749,10.8336181640625
RHDSU,λ<=n,8192,0,75595,9.2279052734375
RHDSU,λ<=n,8192,0,79160,9.6630859375
RHDSU,λ<=n,8192,0,59528,7.2666015625
RHDSU,λ<=n,8192,0,99655,12.1649169921875
RHDSU,λ<=n,8192,0,60348,7.36669921875
RHDSU,λ<=n,8192,0,65772,8.02880859375
RHDSU,λ<=n,8192,0,66284,8.09130859375
RHDSU,λ<=n,8192,0,67002,8.178955078125
RHDSU,λ<=n,8192,0,86790,10.594482421875
RHDSU,λ<=n,8192,0,64001,7.8126220703125
RHDSU,λ<=n,8192,0,136591,16.6737060546875
RHDSU,λ<=n,8192,0,77264,9.431640625
RHDSU,λ<=n,8192,0,66605,8.1304931640625
RHDSU,λ<=n,8192,0,65182,7.956787109375
RHDSU,λ<=n,8192,0,71941,8.7818603515625
RHDSU,λ<=n,8192,0,64928,7.92578125
RHDSU,λ<=n,8192,0,95465,11.6534423828125
RHDSU,λ<=n,8192,0,67838,8.281005859375
RHDSU,λ<=n,8192,0,64944,7.927734375
RHDSU,λ<=n,8192,0,89815,10.9637451171875
RHDSU,λ<=n,8192,0,77055,9.4061279296875
RHDSU,λ<=n,8192,0,66480,8.115234375
RHDSU,λ<=n,8192,0,64297,7.8487548828125
RHDSU,λ<=n,8192,0,91891,11.2171630859375
RHDSU,λ<=n,8192,0,76482,9.336181640625
RHDSU,λ<=n,8192,0,128527,15.6893310546875
RHDSU,λ<=n,8192,0,75817,9.2550048828125
RHDSU,λ<=n,8192,0,68501,8.3619384765625
RHDSU,λ<=n,8192,0,72920,8.9013671875
RHDSU,λ<=n,8192,0,90860,11.09130859375
RHDSU,λ<=n,8192,0,63330,7.730712890625
RHDSU,λ<=n,8192,0,86942,10.613037109375
RHDSU,λ<=n,8192,0,68515,8.3636474609375
RHDSU,λ<=n,8192,0,77073,9.4083251953125
RHDSU,λ<=n,8192,0,61399,7.4949951171875
RHDSU,λ<=n,8192,0,62400,7.6171875
RHDSU,λ<=n,8192,0,72443,8.8431396484375
RHDSU,λ<=n,8192,0,81174,9.908935546875
RHDSU,λ<=n,8192,0,67568,8.248046875
RHDSU,λ<=n,8192,0,69979,8.5423583984375
RHDSU,λ<=n,8192,0,78043,9.5267333984375
RHDSU,λ<=n,8192,0,60721,7.4122314453125
RHDSU,λ<=n,8192,0,69519,8.4862060546875
RHDSU,λ<=n,8192,0,99374,12.130615234375
RHDSU,λ<=n,8192,0,221760,27.0703125
RHDSU,λ<=n,8192,0,75028,9.15869140625
RHDSU,λ<=n,8192,0,61274,7.479736328125
RHDSU,λ<=n,8192,0,67528,8.2431640625
RHDSU,λ<=n,8192,0,78773,9.6158447265625
RHDSU,λ<=n,8192,0,74805,9.1314697265625
RHDSU,λ<=n,8192,0,84942,10.368896484375
RHDSU,λ<=n,8192,0,60846,7.427490234375
RHDSU,λ<=n,8192,0,97518,11.904052734375
RHDSU,λ<=n,8192,0,67640,8.2568359375
RHDSU,λ<=n,8192,0,64644,7.89111328125
RHDSU,λ<=n,8192,0,70711,8.6317138671875
RHDSU,λ<=n,8192,0,85301,10.4127197265625
RHDSU,λ<=n,8192,0,87416,10.6708984375
RHDSU,λ<=n,8192,0,112223,13.6990966796875
RHDSU,λ<=n,8192,0,78602,9.594970703125
RHDSU,λ<=n,8192,0,80791,9.8621826171875
RHDSU,λ<=n,8192,0,63718,7.778076171875
RHDSU,λ<=n,8192,0,105656,12.8974609375
RHDSU,λ<=n,8192,0,70256,8.576171875
RHDSU,λ<=n,8192,0,66794,8.153564453125
RHDSU,λ<=n,8192,0,128784,15.720703125
RHDSU,λ<=n,8192,0,72945,8.9044189453125
RHDSU,λ<=n,8192,0,66962,8.174072265625
RHDSU,λ<=n,8192,0,100678,12.289794921875
RHDSU,λ<=n,8192,0,109325,13.3453369140625
RHDSU,λ<=n,8192,0,77270,9.432373046875
RHDSU,λ<=n,8192,0,96890,11.827392578125
RHDSU,λ<=n,8192,0,137366,16.768310546875
RHDSU,λ<=n,8192,0,69678,8.505615234375
RHDSU,λ<=n,8192,0,60602,7.397705078125
RHDSU,λ<=n,8192,0,79332,9.68408203125
RHDSU,λ<=n,8192,0,70805,8.6431884765625
RHDSU,λ<=n,8192,0,62807,7.6668701171875
RHDSU,λ<=n,8192,0,59586,7.273681640625
RHDSU,λ<=n,8192,0,73864,9.0166015625
RHDSU,λ<=n,8192,0,80272,9.798828125
RHDSU,λ<=n,8192,0,88853,10.8463134765625
RHLSU,λ<=n,8192,0,68863,8.4061279296875
RHLSU,λ<=n,8192,0,83598,10.204833984375
RHLSU,λ<=n,8192,0,78052,9.52783203125
RHLSU,λ<=n,8192,0,70005,8.5455322265625
RHLSU,λ<=n,8192,0,77169,9.4200439453125
RHLSU,λ<=n,8192,0,88223,10.7694091796875
RHLSU,λ<=n,8192,0,68976,8.419921875
RHLSU,λ<=n,8192,0,76882,9.385009765625
RHLSU,λ<=n,8192,0,76216,9.3037109375
RHLSU,λ<=n,8192,0,71168,8.6875
RHLSU,λ<=n,8192,0,81599,9.9608154296875
RHLSU,λ<=n,8192,0,90978,11.105712890625
RHLSU,λ<=n,8192,0,69831,8.5242919921875
RHLSU,λ<=n,8192,0,84999,10.3758544921875
RHLSU,λ<=n,8192,0,70961,8.6622314453125
RHLSU,λ<=n,8192,0,78480,9.580078125
RHLSU,λ<=n,8192,0,73432,8.9638671875
RHLSU,λ<=n,8192,0,77660,9.47998046875
RHLSU,λ<=n,8192,0,91174,11.129638671875
RHLSU,λ<=n,8192,0,92687,11.3143310546875
RHLSU,λ<=n,8192,0,90481,11.0450439453125
RHLSU,λ<=n,8192,0,90833,11.0880126953125
RHLSU,λ<=n,8192,0,68193,8.3243408203125
RHLSU,λ<=n,8192,0,75801,9.2530517578125
RHLSU,λ<=n,8192,0,84679,10.3367919921875
RHLSU,λ<=n,8192,0,83320,10.1708984375
RHLSU,λ<=n,8192,0,90905,11.0968017578125
RHLSU,λ<=n,8192,0,104931,12.8089599609375
RHLSU,λ<=n,8192,0,71104,8.6796875
RHLSU,λ<=n,8192,0,102916,12.56298828125
RHLSU,λ<=n,8192,0,98945,12.0782470703125
RHLSU,λ<=n,8192,0,70678,8.627685546875
RHLSU,λ<=n,8192,0,72564,8.85791015625
RHLSU,λ<=n,8192,0,100213,12.2330322265625
RHLSU,λ<=n,8192,0,92582,11.301513671875
RHLSU,λ<=n,8192,0,79732,9.73291015625
RHLSU,λ<=n,8192,0,72765,8.8824462890625
RHLSU,λ<=n,8192,0,113997,13.9156494140625
RHLSU,λ<=n,8192,0,64674,7.894775390625
RHLSU,λ<=n,8192,0,80149,9.7838134765625
RHLSU,λ<=n,8192,0,68454,8.356201171875
RHLSU,λ<=n,8192,0,90323,11.0257568359375
RHLSU,λ<=n,8192,0,72015,8.7908935546875
RHLSU,λ<=n,8192,0,120709,14.7349853515625
RHLSU,λ<=n,8192,0,115765,14.1314697265625
RHLSU,λ<=n,8192,0,73634,8.988525390625
RHLSU,λ<=n,8192,0,73188,8.93408203125
RHLSU,λ<=n,8192,0,152242,18.584228515625
RHLSU,λ<=n,8192,0,86426,10.550048828125
RHLSU,λ<=n,8192,0,75193,9.1788330078125
RHLSU,λ<=n,8192,0,89853,10.9683837890625
RHLSU,λ<=n,8192,0,84875,10.3607177734375
RHLSU,λ<=n,8192,0,71616,8.7421875
RHLSU,λ<=n,8192,0,72170,8.809814453125
RHLSU,λ<=n,8192,0,218287,26.6463623046875
RHLSU,λ<=n,8192,0,89268,10.89697265625
RHLSU,λ<=n,8192,0,79021,9.6461181640625
RHLSU,λ<=n,8192,0,74544,9.099609375
RHLSU,λ<=n,8192,0,74445,9.0875244140625
RHLSU,λ<=n,8192,0,97216,11.8671875
RHLSU,λ<=n,8192,0,68047,8.3065185546875
RHLSU,λ<=n,8192,0,75790,9.251708984375
RHLSU,λ<=n,8192,0,86689,10.5821533203125
RHLSU,λ<=n,8192,0,71716,8.75439453125
RHLSU,λ<=n,8192,0,90332,11.02685546875
RHLSU,λ<=n,8192,0,83374,10.177490234375
RHLSU,λ<=n,8192,0,104495,12.7557373046875
RHLSU,λ<=n,8192,0,77579,9.4700927734375
RHLSU,λ<=n,8192,0,80521,9.8292236328125
RHLSU,λ<=n,8192,0,68975,8.4197998046875
RHLSU,λ<=n,8192,0,110732,13.51708984375
RHLSU,λ<=n,8192,0,103610,12.647705078125
RHLSU,λ<=n,8192,0,79709,9.7301025390625
RHLSU,λ<=n,8192,0,92086,11.240966796875
RHLSU,λ<=n,8192,0,73392,8.958984375
RHLSU,λ<=n,8192,0,128433,15.6778564453125
RHLSU,λ<=n,8192,0,81821,9.9879150390625
RHLSU,λ<=n,8192,0,70378,8.591064453125
RHLSU,λ<=n,8192,0,90606,11.060302734375
RHLSU,λ<=n,8192,0,71438,8.720458984375
RHLSU,λ<=n,8192,0,85393,10.4239501953125
RHLSU,λ<=n,8192,0,80771,9.8597412109375
RHLSU,λ<=n,8192,0,66574,8.126708984375
RHLSU,λ<=n,8192,0,115898,14.147705078125
RHLSU,λ<=n,8192,0,165318,20.180419921875
RHLSU,λ<=n,8192,0,92007,11.2313232421875
RHLSU,λ<=n,8192,0,86473,10.5557861328125
RHLSU,λ<=n,8192,0,82270,10.042724609375
RHLSU,λ<=n,8192,0,93456,11.408203125
RHLSU,λ<=n,8192,0,89437,10.9176025390625
RHLSU,λ<=n,8192,0,71199,8.6912841796875
RHLSU,λ<=n,8192,0,84855,10.3582763671875
RHLSU,λ<=n,8192,0,110833,13.5294189453125
RHLSU,λ<=n,8192,0,93329,11.3927001953125
RHLSU,λ<=n,8192,0,72039,8.7938232421875
RHLSU,λ<=n,8192,0,78772,9.61572265625
RHLSU,λ<=n,8192,0,74308,9.07080078125
RHLSU,λ<=n,8192,0,94654,11.554443359375
RHLSU,λ<=n,8192,0,72289,8.8243408203125
RHLSU,λ<=n,8192,0,108721,13.2716064453125
RRLSU,λ<=n,8192,0,71941,8.7818603515625
RRLSU,λ<=n,8192,0,71883,8.7747802734375
RRLSU,λ<=n,8192,0,137698,16.808837890625
RRLSU,λ<=n,8192,0,148281,18.1007080078125
RRLSU,λ<=n,8192,0,132164,16.13330078125
RRLSU,λ<=n,8192,0,71491,8.7269287109375
RRLSU,λ<=n,8192,0,100849,12.3106689453125
RRLSU,λ<=n,8192,0,148328,18.1064453125
RRLSU,λ<=n,8192,0,102874,12.557861328125
RRLSU,λ<=n,8192,0,99298,12.121337890625
RRLSU,λ<=n,8192,0,100569,12.2764892578125
RRLSU,λ<=n,8192,0,117146,14.300048828125
RRLSU,λ<=n,8192,0,77715,9.4866943359375
RRLSU,λ<=n,8192,0,104141,12.7125244140625
RRLSU,λ<=n,8192,0,74273,9.0665283203125
RRLSU,λ<=n,8192,0,97823,11.9412841796875
RRLSU,λ<=n,8192,0,87665,10.7012939453125
RRLSU,λ<=n,8192,0,73173,8.9322509765625
RRLSU,λ<=n,8192,0,76991,9.3983154296875
RRLSU,λ<=n,8192,0,104242,12.724853515625
RRLSU,λ<=n,8192,0,90897,11.0958251953125
RRLSU,λ<=n,8192,0,120375,14.6942138671875
RRLSU,λ<=n,8192,0,89039,10.8690185546875
RRLSU,λ<=n,8192,0,69046,8.428466796875
RRLSU,λ<=n,8192,0,71800,8.7646484375
RRLSU,λ<=n,8192,0,75667,9.2366943359375
RRLSU,λ<=n,8192,0,116906,14.270751953125
RRLSU,λ<=n,8192,0,105559,12.8856201171875
RRLSU,λ<=n,8192,0,89142,10.881591796875
RRLSU,λ<=n,8192,0,77956,9.51611328125
RRLSU,λ<=n,8192,0,88057,10.7491455078125
RRLSU,λ<=n,8192,0,97702,11.926513671875
RRLSU,λ<=n,8192,0,119009,14.5274658203125
RRLSU,λ<=n,8192,0,77871,9.5057373046875
RRLSU,λ<=n,8192,0,86179,10.5198974609375
RRLSU,λ<=n,8192,0,91895,11.2176513671875
RRLSU,λ<=n,8192,0,89508,10.92626953125
RRLSU,λ<=n,8192,0,100309,12.2447509765625
RRLSU,λ<=n,8192,0,83159,10.1512451171875
RRLSU,λ<=n,8192,0,140983,17.2098388671875
RRLSU,λ<=n,8192,0,95896,11.7060546875
RRLSU,λ<=n,8192,0,188872,23.0556640625
RRLSU,λ<=n,8192,0,86504,10.5595703125
RRLSU,λ<=n,8192,0,101884,12.43701171875
RRLSU,λ<=n,8192,0,107884,13.16943359375
RRLSU,λ<=n,8192,0,91450,11.163330078125
RRLSU,λ<=n,8192,0,86418,10.549072265625
RRLSU,λ<=n,8192,0,85127,10.3914794921875
RRLSU,λ<=n,8192,0,76165,9.2974853515625
RRLSU,λ<=n,8192,0,69191,8.4461669921875
RRLSU,λ<=n,8192,0,83859,10.2366943359375
RRLSU,λ<=n,8192,0,81848,9.9912109375
RRLSU,λ<=n,8192,0,75098,9.167236328125
RRLSU,λ<=n,8192,0,72159,8.8084716796875
RRLSU,λ<=n,8192,0,132136,16.1298828125
RRLSU,λ<=n,8192,0,73609,8.9854736328125
RRLSU,λ<=n,8192,0,88210,10.767822265625
RRLSU,λ<=n,8192,0,92042,11.235595703125
RRLSU,λ<=n,8192,0,76944,9.392578125
RRLSU,λ<=n,8192,0,91641,11.1866455078125
RRLSU,λ<=n,8192,0,79628,9.72021484375
RRLSU,λ<=n,8192,0,123110,15.028076171875
RRLSU,λ<=n,8192,0,85387,10.4232177734375
RRLSU,λ<=n,8192,0,82536,10.0751953125
RRLSU,λ<=n,8192,0,98529,12.0274658203125
RRLSU,λ<=n,8192,0,112518,13.735107421875
RRLSU,λ<=n,8192,0,130762,15.962158203125
RRLSU,λ<=n,8192,0,116808,14.2587890625
RRLSU,λ<=n,8192,0,132814,16.212646484375
RRLSU,λ<=n,8192,0,104440,12.7490234375
RRLSU,λ<=n,8192,0,77892,9.50830078125
RRLSU,λ<=n,8192,0,100162,12.226806640625
RRLSU,λ<=n,8192,0,100786,12.302978515625
RRLSU,λ<=n,8192,0,195024,23.806640625
RRLSU,λ<=n,8192,0,121261,14.8023681640625
RRLSU,λ<=n,8192,0,91210,11.134033203125
RRLSU,λ<=n,8192,0,75824,9.255859375
RRLSU,λ<=n,8192,0,112294,13.707763671875
RRLSU,λ<=n,8192,0,113743,13.8846435546875
RRLSU,λ<=n,8192,0,96394,11.766845703125
RRLSU,λ<=n,8192,0,81085,9.8980712890625
RRLSU,λ<=n,8192,0,85395,10.4241943359375
RRLSU,λ<=n,8192,0,84672,10.3359375
RRLSU,λ<=n,8192,0,99643,12.1634521484375
RRLSU,λ<=n,8192,0,96859,11.8236083984375
RRLSU,λ<=n,8192,0,114243,13.9456787109375
RRLSU,λ<=n,8192,0,75521,9.2188720703125
RRLSU,λ<=n,8192,0,92136,11.2470703125
RRLSU,λ<=n,8192,0,72295,8.8250732421875
RRLSU,λ<=n,8192,0,102914,12.562744140625
RRLSU,λ<=n,8192,0,95033,11.6007080078125
RRLSU,λ<=n,8192,0,87139,10.6370849609375
RRLSU,λ<=n,8192,0,91841,11.2110595703125
RRLSU,λ<=n,8192,0,78179,9.5433349609375
RRLSU,λ<=n,8192,0,81649,9.9669189453125
RRLSU,λ<=n,8192,0,136875,16.7083740234375
RRLSU,λ<=n,8192,0,70957,8.6617431640625
RRLSU,λ<=n,8192,0,85238,10.405029296875
RRLSU,λ<=n,8192,0,92386,11.277587890625
RRLSU,λ<=n,8192,0,76971,9.3958740234375
RSLSU,λ<=n,8192,0,106994,13.060791015625
RSLSU,λ<=n,8192,0,132068,16.12158203125
RSLSU,λ<=n,8192,0,129814,15.846435546875
RSLSU,λ<=n,8192,0,204009,24.9034423828125
RSLSU,λ<=n,8192,0,101661,12.4097900390625
RSLSU,λ<=n,8192,0,105325,12.8570556640625
RSLSU,λ<=n,8192,0,146820,17.92236328125
RSLSU,λ<=n,8192,0,111723,13.6380615234375
RSLSU,λ<=n,8192,0,79750,9.735107421875
RSLSU,λ<=n,8192,0,125447,15.3133544921875
RSLSU,λ<=n,8192,0,115651,14.1175537109375
RSLSU,λ<=n,8192,0,119681,14.6094970703125
RSLSU,λ<=n,8192,0,90621,11.0621337890625
RSLSU,λ<=n,8192,0,137469,16.7808837890625
RSLSU,λ<=n,8192,0,170072,20.7607421875
RSLSU,λ<=n,8192,0,97481,11.8995361328125
RSLSU,λ<=n,8192,0,272724,33.29150390625
RSLSU,λ<=n,8192,0,125938,15.373291015625
RSLSU,λ<=n,8192,0,110018,13.429931640625
RSLSU,λ<=n,8192,0,130412,15.91943359375
RSLSU,λ<=n,8192,0,147287,17.9793701171875
RSLSU,λ<=n,8192,0,139975,17.0867919921875
RSLSU,λ<=n,8192,0,163313,19.9356689453125
RSLSU,λ<=n,8192,0,152703,18.6405029296875
RSLSU,λ<=n,8192,0,89718,10.951904296875
RSLSU,λ<=n,8192,0,89558,10.932373046875
RSLSU,λ<=n,8192,0,141530,17.276611328125
RSLSU,λ<=n,8192,0,108019,13.1859130859375
RSLSU,λ<=n,8192,0,131307,16.0286865234375
RSLSU,λ<=n,8192,0,111128,13.5654296875
RSLSU,λ<=n,8192,0,140111,17.1033935546875
RSLSU,λ<=n,8192,0,137916,16.83544921875
RSLSU,λ<=n,8192,0,114137,13.9327392578125
RSLSU,λ<=n,8192,0,133139,16.2523193359375
RSLSU,λ<=n,8192,0,141352,17.2548828125
RSLSU,λ<=n,8192,0,121867,14.8763427734375
RSLSU,λ<=n,8192,0,98855,12.0672607421875
RSLSU,λ<=n,8192,0,89353,10.9073486328125
RSLSU,λ<=n,8192,0,88686,10.825927734375
RSLSU,λ<=n,8192,0,108882,13.291259765625
RSLSU,λ<=n,8192,0,132396,16.16162109375
RSLSU,λ<=n,8192,0,284140,34.68505859375
RSLSU,λ<=n,8192,0,129447,15.8016357421875
RSLSU,λ<=n,8192,0,148306,18.103759765625
RSLSU,λ<=n,8192,0,114924,14.02880859375
RSLSU,λ<=n,8192,0,91177,11.1300048828125
RSLSU,λ<=n,8192,0,111491,13.6097412109375
RSLSU,λ<=n,8192,0,127691,15.5872802734375
RSLSU,λ<=n,8192,0,141205,17.2369384765625
RSLSU,λ<=n,8192,0,126715,15.4681396484375
RSLSU,λ<=n,8192,0,136725,16.6900634765625
RSLSU,λ<=n,8192,0,126539,15.4466552734375
RSLSU,λ<=n,8192,0,112559,13.7401123046875
RSLSU,λ<=n,8192,0,101578,12.399658203125
RSLSU,λ<=n,8192,0,139681,17.0509033203125
RSLSU,λ<=n,8192,0,99975,12.2039794921875
RSLSU,λ<=n,8192,0,148927,18.1795654296875
RSLSU,λ<=n,8192,0,86557,10.5660400390625
RSLSU,λ<=n,8192,0,144952,17.6943359375
RSLSU,λ<=n,8192,0,116546,14.226806640625
RSLSU,λ<=n,8192,0,119096,14.5380859375
RSLSU,λ<=n,8192,0,90721,11.0743408203125
RSLSU,λ<=n,8192,0,124226,15.164306640625
RSLSU,λ<=n,8192,0,246174,30.050537109375
RSLSU,λ<=n,8192,0,169987,20.7503662109375
RSLSU,λ<=n,8192,0,125274,15.292236328125
RSLSU,λ<=n,8192,0,107856,13.166015625
RSLSU,λ<=n,8192,0,173932,21.23193359375
RSLSU,λ<=n,8192,0,195595,23.8763427734375
RSLSU,λ<=n,8192,0,122329,14.9327392578125
RSLSU,λ<=n,8192,0,127291,15.5384521484375
RSLSU,λ<=n,8192,0,160888,19.6396484375
RSLSU,λ<=n,8192,0,136405,16.6510009765625
RSLSU,λ<=n,8192,0,99743,12.1756591796875
RSLSU,λ<=n,8192,0,110460,13.48388671875
RSLSU,λ<=n,8192,0,132182,16.135498046875
RSLSU,λ<=n,8192,0,150137,18.3272705078125
RSLSU,λ<=n,8192,0,103931,12.6868896484375
RSLSU,λ<=n,8192,0,165024,20.14453125
RSLSU,λ<=n,8192,0,225091,27.4769287109375
RSLSU,λ<=n,8192,0,160893,19.6402587890625
RSLSU,λ<=n,8192,0,246756,30.12158203125
RSLSU,λ<=n,8192,0,81237,9.9166259765625
RSLSU,λ<=n,8192,0,108514,13.246337890625
RSLSU,λ<=n,8192,0,106659,13.0198974609375
RSLSU,λ<=n,8192,0,132495,16.1737060546875
RSLSU,λ<=n,8192,0,196015,23.9276123046875
RSLSU,λ<=n,8192,0,127941,15.6177978515625
RSLSU,λ<=n,8192,0,88255,10.7733154296875
RSLSU,λ<=n,8192,0,167060,20.39306640625
RSLSU,λ<=n,8192,0,89887,10.9725341796875
RSLSU,λ<=n,8192,0,193880,23.6669921875
RSLSU,λ<=n,8192,0,105983,12.9373779296875
RSLSU,λ<=n,8192,0,92119,11.2449951171875
RSLSU,λ<=n,8192,0,90257,11.0177001953125
RSLSU,λ<=n,8192,0,139727,17.0565185546875
RSLSU,λ<=n,8192,0,94350,11.517333984375
RSLSU,λ<=n,8192,0,86503,10.5594482421875
RSLSU,λ<=n,8192,0,166176,20.28515625
RSLSU,λ<=n,8192,0,121585,14.8419189453125
RSDMU,λ<=n,8192,0,111692,13.63427734375
RSDMU,λ<=n,8192,0,86794,10.594970703125
RSDMU,λ<=n,8192,0,88582,10.813232421875
RSDMU,λ<=n,8192,0,154469,18.8560791015625
RSDMU,λ<=n,8192,0,123289,15.0499267578125
RSDMU,λ<=n,8192,0,75369,9.2003173828125
RSDMU,λ<=n,8192,0,121830,14.871826171875
RSDMU,λ<=n,8192,0,93803,11.4505615234375
RSDMU,λ<=n,8192,0,122843,14.9954833984375
RSDMU,λ<=n,8192,0,103723,12.6614990234375
RSDMU,λ<=n,8192,0,142397,17.3824462890625
RSDMU,λ<=n,8192,0,79006,9.644287109375
RSDMU,λ<=n,8192,0,106297,12.9757080078125
RSDMU,λ<=n,8192,0,100586,12.278564453125
RSDMU,λ<=n,8192,0,102287,12.4862060546875
RSDMU,λ<=n,8192,0,75345,9.1973876953125
RSDMU,λ<=n,8192,0,65965,8.0523681640625
RSDMU,λ<=n,8192,0,205487,25.0838623046875
RSDMU,λ<=n,8192,0,108278,13.217529296875
RSDMU,λ<=n,8192,0,107498,13.122314453125
RSDMU,λ<=n,8192,0,115203,14.0628662109375
RSDMU,λ<=n,8192,0,102485,12.5103759765625
RSDMU,λ<=n,8192,0,83728,10.220703125
RSDMU,λ<=n,8192,0,135276,16.51318359375
RSDMU,λ<=n,8192,0,88536,10.8076171875
RSDMU,λ<=n,8192,0,80868,9.87158203125
RSDMU,λ<=n,8192,0,103689,12.6573486328125
RSDMU,λ<=n,8192,0,268286,32.749755859375
RSDMU,λ<=n,8192,0,92856,11.3349609375
RSDMU,λ<=n,8192,0,98316,12.00146484375
RSDMU,λ<=n,8192,0,75628,9.23193359375
RSDMU,λ<=n,8192,0,83829,10.2330322265625
RSDMU,λ<=n,8192,0,74335,9.0740966796875
RSDMU,λ<=n,8192,0,104168,12.7158203125
RSDMU,λ<=n,8192,0,101050,12.335205078125
RSDMU,λ<=n,8192,0,83134,10.148193359375
RSDMU,λ<=n,8192,0,87582,10.691162109375
RSDMU,λ<=n,8192,0,169282,20.664306640625
RSDMU,λ<=n,8192,0,80736,9.85546875
RSDMU,λ<=n,8192,0,111802,13.647705078125
RSDMU,λ<=n,8192,0,118368,14.44921875
RSDMU,λ<=n,8192,0,120114,14.662353515625
RSDMU,λ<=n,8192,0,78437,9.5748291015625
RSDMU,λ<=n,8192,0,102054,12.457763671875
RSDMU,λ<=n,8192,0,123670,15.096435546875
RSDMU,λ<=n,8192,0,124458,15.192626953125
RSDMU,λ<=n,8192,0,106407,12.9891357421875
RSDMU,λ<=n,8192,0,124111,15.1502685546875
RSDMU,λ<=n,8192,0,82216,10.0361328125
RSDMU,λ<=n,8192,0,171253,20.9049072265625
RSDMU,λ<=n,8192,0,93338,11.393798828125
RSDMU,λ<=n,8192,0,82325,10.0494384765625
RSDMU,λ<=n,8192,0,114274,13.949462890625
RSDMU,λ<=n,8192,0,117782,14.377685546875
RSDMU,λ<=n,8192,0,91522,11.172119140625
RSDMU,λ<=n,8192,0,173253,21.1490478515625
RSDMU,λ<=n,8192,0,72644,8.86767578125
RSDMU,λ<=n,8192,0,92582,11.301513671875
RSDMU,λ<=n,8192,0,81068,9.89599609375
RSDMU,λ<=n,8192,0,78122,9.536376953125
RSDMU,λ<=n,8192,0,75788,9.25146484375
RSDMU,λ<=n,8192,0,103113,12.5870361328125
RSDMU,λ<=n,8192,0,189020,23.07373046875
RSDMU,λ<=n,8192,0,199434,24.344970703125
RSDMU,λ<=n,8192,0,267934,32.706787109375
RSDMU,λ<=n,8192,0,73405,8.9605712890625
RSDMU,λ<=n,8192,0,80202,9.790283203125
RSDMU,λ<=n,8192,0,79683,9.7269287109375
RSDMU,λ<=n,8192,0,107547,13.1282958984375
RSDMU,λ<=n,8192,0,101141,12.3463134765625
RSDMU,λ<=n,8192,0,93672,11.4345703125
RSDMU,λ<=n,8192,0,127425,15.5548095703125
RSDMU,λ<=n,8192,0,86010,10.499267578125
RSDMU,λ<=n,8192,0,112306,13.709228515625
RSDMU,λ<=n,8192,0,89036,10.86865234375
RSDMU,λ<=n,8192,0,105989,12.9381103515625
RSDMU,λ<=n,8192,0,172118,21.010498046875
RSDMU,λ<=n,8192,0,75473,9.2130126953125
RSDMU,λ<=n,8192,0,92971,11.3489990234375
RSDMU,λ<=n,8192,0,69597,8.4957275390625
RSDMU,λ<=n,8192,0,90015,10.9881591796875
RSDMU,λ<=n,8192,0,88717,10.8297119140625
RSDMU,λ<=n,8192,0,137266,16.756103515625
RSDMU,λ<=n,8192,0,73130,8.927001953125
RSDMU,λ<=n,8192,0,144828,17.67919921875
RSDMU,λ<=n,8192,0,179387,21.8978271484375
RSDMU,λ<=n,8192,0,90253,11.0172119140625
RSDMU,λ<=n,8192,0,147440,17.998046875
RSDMU,λ<=n,8192,0,97712,11.927734375
RSDMU,λ<=n,8192,0,149851,18.2923583984375
RSDMU,λ<=n,8192,0,86395,10.5462646484375
RSDMU,λ<=n,8192,0,171903,20.9842529296875
RSDMU,λ<=n,8192,0,121207,14.7957763671875
RSDMU,λ<=n,8192,0,95893,11.7056884765625
RSDMU,λ<=n,8192,0,197202,24.072509765625
RSDMU,λ<=n,8192,0,86133,10.5142822265625
RSDMU,λ<=n,8192,0,80255,9.7967529296875
RSDMU,λ<=n,8192,0,139544,17.0341796875
RSDMU,λ<=n,8192,0,118183,14.4266357421875
RSDMU,λ<=n,8192,0,94374,11.520263671875
RRDMU,λ<=n,8192,0,63854,7.794677734375
RRDMU,λ<=n,8192,0,84757,10.3463134765625
RRDMU,λ<=n,8192,0,90318,11.025146484375
RRDMU,λ<=n,8192,0,70891,8.6536865234375
RRDMU,λ<=n,8192,0,62875,7.6751708984375
RRDMU,λ<=n,8192,0,55630,6.790771484375
RRDMU,λ<=n,8192,0,68729,8.3897705078125
RRDMU,λ<=n,8192,0,58024,7.0830078125
RRDMU,λ<=n,8192,0,64142,7.829833984375
RRDMU,λ<=n,8192,0,56313,6.8741455078125
RRDMU,λ<=n,8192,0,105212,12.84326171875
RRDMU,λ<=n,8192,0,116676,14.24267578125
RRDMU,λ<=n,8192,0,64704,7.8984375
RRDMU,λ<=n,8192,0,94726,11.563232421875
RRDMU,λ<=n,8192,0,84454,10.309326171875
RRDMU,λ<=n,8192,0,102192,12.474609375
RRDMU,λ<=n,8192,0,77569,9.4688720703125
RRDMU,λ<=n,8192,0,71685,8.7506103515625
RRDMU,λ<=n,8192,0,58287,7.1151123046875
RRDMU,λ<=n,8192,0,55583,6.7850341796875
RRDMU,λ<=n,8192,0,64153,7.8311767578125
RRDMU,λ<=n,8192,0,75765,9.2486572265625
RRDMU,λ<=n,8192,0,56085,6.8463134765625
RRDMU,λ<=n,8192,0,58225,7.1075439453125
RRDMU,λ<=n,8192,0,93813,11.4517822265625
RRDMU,λ<=n,8192,0,69632,8.5
RRDMU,λ<=n,8192,0,85032,10.3798828125
RRDMU,λ<=n,8192,0,71509,8.7291259765625
RRDMU,λ<=n,8192,0,60111,7.3377685546875
RRDMU,λ<=n,8192,0,86767,10.5916748046875
RRDMU,λ<=n,8192,0,61650,7.525634765625
RRDMU,λ<=n,8192,0,66497,8.1173095703125
RRDMU,λ<=n,8192,0,60238,7.353271484375
RRDMU,λ<=n,8192,0,112746,13.762939453125
RRDMU,λ<=n,8192,0,66999,8.1785888671875
RRDMU,λ<=n,8192,0,54179,6.6136474609375
RRDMU,λ<=n,8192,0,76311,9.3153076171875
RRDMU,λ<=n,8192,0,69251,8.4534912109375
RRDMU,λ<=n,8192,0,115650,14.117431640625
RRDMU,λ<=n,8192,0,58228,7.10791015625
RRDMU,λ<=n,8192,0,54079,6.6014404296875
RRDMU,λ<=n,8192,0,88419,10.7933349609375
RRDMU,λ<=n,8192,0,58500,7.14111328125
RRDMU,λ<=n,8192,0,107452,13.11669921875
RRDMU,λ<=n,8192,0,95475,11.6546630859375
RRDMU,λ<=n,8192,0,97469,11.8980712890625
RRDMU,λ<=n,8192,0,52179,6.3695068359375
RRDMU,λ<=n,8192,0,106975,13.0584716796875
RRDMU,λ<=n,8192,0,54998,6.713623046875
RRDMU,λ<=n,8192,0,79229,9.6715087890625
RRDMU,λ<=n,8192,0,82240,10.0390625
RRDMU,λ<=n,8192,0,71192,8.6904296875
RRDMU,λ<=n,8192,0,145444,17.75439453125
RRDMU,λ<=n,8192,0,63486,7.749755859375
RRDMU,λ<=n,8192,0,75028,9.15869140625
RRDMU,λ<=n,8192,0,63542,7.756591796875
RRDMU,λ<=n,8192,0,59318,7.240966796875
RRDMU,λ<=n,8192,0,65646,8.013427734375
RRDMU,λ<=n,8192,0,68801,8.3985595703125
RRDMU,λ<=n,8192,0,60829,7.4254150390625
RRDMU,λ<=n,8192,0,70479,8.6033935546875
RRDMU,λ<=n,8192,0,86293,10.5338134765625
RRDMU,λ<=n,8192,0,92139,11.2474365234375
RRDMU,λ<=n,8192,0,65044,7.93994140625
RRDMU,λ<=n,8192,0,71634,8.744384765625
RRDMU,λ<=n,8192,0,62265,7.6007080078125
RRDMU,λ<=n,8192,0,82468,10.06689453125
RRDMU,λ<=n,8192,0,68278,8.334716796875
RRDMU,λ<=n,8192,0,59742,7.292724609375
RRDMU,λ<=n,8192,0,81395,9.9359130859375
RRDMU,λ<=n,8192,0,64756,7.90478515625
RRDMU,λ<=n,8192,0,159172,19.43017578125
RRDMU,λ<=n,8192,0,78838,9.623779296875
RRDMU,λ<=n,8192,0,63069,7.6988525390625
RRDMU,λ<=n,8192,0,67391,8.2264404296875
RRDMU,λ<=n,8192,0,92479,11.2889404296875
RRDMU,λ<=n,8192,0,62826,7.669189453125
RRDMU,λ<=n,8192,0,96486,11.778076171875
RRDMU,λ<=n,8192,0,98239,11.9920654296875
RRDMU,λ<=n,8192,0,75951,9.2713623046875
RRDMU,λ<=n,8192,0,75978,9.274658203125
RRDMU,λ<=n,8192,0,62117,7.5826416015625
RRDMU,λ<=n,8192,0,90692,11.07080078125
RRDMU,λ<=n,8192,0,231903,28.3084716796875
RRDMU,λ<=n,8192,0,145301,17.7369384765625
RRDMU,λ<=n,8192,0,53718,6.557373046875
RRDMU,λ<=n,8192,0,66427,8.1087646484375
RRDMU,λ<=n,8192,0,76840,9.3798828125
RRDMU,λ<=n,8192,0,61312,7.484375
RRDMU,λ<=n,8192,0,73299,8.9476318359375
RRDMU,λ<=n,8192,0,61112,7.4599609375
RRDMU,λ<=n,8192,0,78339,9.5628662109375
RRDMU,λ<=n,8192,0,75731,9.2445068359375
RRDMU,λ<=n,8192,0,65444,7.98876953125
RRDMU,λ<=n,8192,0,64126,7.827880859375
RRDMU,λ<=n,8192,0,86062,10.505615234375
RRDMU,λ<=n,8192,0,140460,17.14599609375
RRDMU,λ<=n,8192,0,71604,8.74072265625
RRDMU,λ<=n,8192,0,76300,9.31396484375
RHDMU,λ<=n,8192,0,52416,6.3984375
RHDMU,λ<=n,8192,0,54728,6.6806640625
RHDMU,λ<=n,8192,0,57092,6.96923828125
RHDMU,λ<=n,8192,0,68516,8.36376953125
RHDMU,λ<=n,8192,0,53007,6.4705810546875
RHDMU,λ<=n,8192,0,63234,7.718994140625
RHDMU,λ<=n,8192,0,81720,9.9755859375
RHDMU,λ<=n,8192,0,60123,7.3392333984375
RHDMU,λ<=n,8192,0,51243,6.2552490234375
RHDMU,λ<=n,8192,0,69858,8.527587890625
RHDMU,λ<=n,8192,0,52955,6.4642333984375
RHDMU,λ<=n,8192,0,66299,8.0931396484375
RHDMU,λ<=n,8192,0,66940,8.17138671875
RHDMU,λ<=n,8192,0,107787,13.1575927734375
RHDMU,λ<=n,8192,0,48768,5.953125
RHDMU,λ<=n,8192,0,59094,7.213623046875
RHDMU,λ<=n,8192,0,70601,8.6182861328125
RHDMU,λ<=n,8192,0,74574,9.103271484375
RHDMU,λ<=n,8192,0,51865,6.3311767578125
RHDMU,λ<=n,8192,0,67378,8.224853515625
RHDMU,λ<=n,8192,0,52609,6.4219970703125
RHDMU,λ<=n,8192,0,55567,6.7830810546875
RHDMU,λ<=n,8192,0,79329,9.6837158203125
RHDMU,λ<=n,8192,0,56690,6.920166015625
RHDMU,λ<=n,8192,0,66747,8.1478271484375
RHDMU,λ<=n,8192,0,53626,6.546142578125
RHDMU,λ<=n,8192,0,72850,8.892822265625
RHDMU,λ<=n,8192,0,56652,6.91552734375
RHDMU,λ<=n,8192,0,62919,7.6805419921875
RHDMU,λ<=n,8192,0,59787,7.2982177734375
RHDMU,λ<=n,8192,0,65097,7.9464111328125
RHDMU,λ<=n,8192,0,52448,6.40234375
RHDMU,λ<=n,8192,0,68947,8.4163818359375
RHDMU,λ<=n,8192,0,57226,6.985595703125
RHDMU,λ<=n,8192,0,58711,7.1668701171875
RHDMU,λ<=n,8192,0,54268,6.62451171875
RHDMU,λ<=n,8192,0,85321,10.4151611328125
RHDMU,λ<=n,8192,0,73067,8.9193115234375
RHDMU,λ<=n,8192,0,98871,12.0692138671875
RHDMU,λ<=n,8192,0,58363,7.1243896484375
RHDMU,λ<=n,8192,0,60089,7.3350830078125
RHDMU,λ<=n,8192,0,57354,7.001220703125
RHDMU,λ<=n,8192,0,58800,7.177734375
RHDMU,λ<=n,8192,0,80698,9.850830078125
RHDMU,λ<=n,8192,0,62060,7.57568359375
RHDMU,λ<=n,8192,0,54331,6.6322021484375
RHDMU,λ<=n,8192,0,56026,6.839111328125
RHDMU,λ<=n,8192,0,66860,8.16162109375
RHDMU,λ<=n,8192,0,62505,7.6300048828125
RHDMU,λ<=n,8192,0,74300,9.06982421875
RHDMU,λ<=n,8192,0,55455,6.7694091796875
RHDMU,λ<=n,8192,0,49631,6.0584716796875
RHDMU,λ<=n,8192,0,54106,6.604736328125
RHDMU,λ<=n,8192,0,65140,7.95166015625
RHDMU,λ<=n,8192,0,58673,7.1622314453125
RHDMU,λ<=n,8192,0,49641,6.0596923828125
RHDMU,λ<=n,8192,0,65342,7.976318359375
RHDMU,λ<=n,8192,0,50427,6.1556396484375
RHDMU,λ<=n,8192,0,52584,6.4189453125
RHDMU,λ<=n,8192,0,100056,12.2138671875
RHDMU,λ<=n,8192,0,55779,6.8089599609375
RHDMU,λ<=n,8192,0,140867,17.1956787109375
RHDMU,λ<=n,8192,0,70098,8.556884765625
RHDMU,λ<=n,8192,0,58462,7.136474609375
RHDMU,λ<=n,8192,0,58249,7.1104736328125
RHDMU,λ<=n,8192,0,55677,6.7965087890625
RHDMU,λ<=n,8192,0,53547,6.5364990234375
RHDMU,λ<=n,8192,0,62502,7.629638671875
RHDMU,λ<=n,8192,0,54540,6.65771484375
RHDMU,λ<=n,8192,0,56819,6.9359130859375
RHDMU,λ<=n,8192,0,56001,6.8360595703125
RHDMU,λ<=n,8192,0,54227,6.6195068359375
RHDMU,λ<=n,8192,0,72932,8.90283203125
RHDMU,λ<=n,8192,0,54747,6.6829833984375
RHDMU,λ<=n,8192,0,57543,7.0242919921875
RHDMU,λ<=n,8192,0,54722,6.679931640625
RHDMU,λ<=n,8192,0,51787,6.3216552734375
RHDMU,λ<=n,8192,0,62146,7.586181640625
RHDMU,λ<=n,8192,0,63580,7.76123046875
RHDMU,λ<=n,8192,0,51509,6.2877197265625
RHDMU,λ<=n,8192,0,59545,7.2686767578125
RHDMU,λ<=n,8192,0,58827,7.1810302734375
RHDMU,λ<=n,8192,0,58000,7.080078125
RHDMU,λ<=n,8192,0,55482,6.772705078125
RHDMU,λ<=n,8192,0,53951,6.5858154296875
RHDMU,λ<=n,8192,0,57713,7.0450439453125
RHDMU,λ<=n,8192,0,71199,8.6912841796875
RHDMU,λ<=n,8192,0,97135,11.8572998046875
RHDMU,λ<=n,8192,0,52906,6.458251953125
RHDMU,λ<=n,8192,0,53990,6.590576171875
RHDMU,λ<=n,8192,0,63761,7.7833251953125
RHDMU,λ<=n,8192,0,60810,7.423095703125
RHDMU,λ<=n,8192,0,50300,6.14013671875
RHDMU,λ<=n,8192,0,113359,13.8377685546875
RHDMU,λ<=n,8192,0,64193,7.8360595703125
RHDMU,λ<=n,8192,0,54130,6.607666015625
RHDMU,λ<=n,8192,0,88280,10.7763671875
RHDMU,λ<=n,8192,0,56608,6.91015625
RHDMU,λ<=n,8192,0,54755,6.6839599609375
RHDMU,λ<=n,8192,0,61501,7.5074462890625
RHLMU,λ<=n,8192,0,50466,6.160400390625
RHLMU,λ<=n,8192,0,69427,8.4749755859375
RHLMU,λ<=n,8192,0,124806,15.235107421875
RHLMU,λ<=n,8192,0,86406,10.547607421875
RHLMU,λ<=n,8192,0,58966,7.197998046875
RHLMU,λ<=n,8192,0,66361,8.1007080078125
RHLMU,λ<=n,8192,0,50189,6.1265869140625
RHLMU,λ<=n,8192,0,62561,7.6368408203125
RHLMU,λ<=n,8192,0,68265,8.3331298828125
RHLMU,λ<=n,8192,0,54347,6.6341552734375
RHLMU,λ<=n,8192,0,51074,6.234619140625
RHLMU,λ<=n,8192,0,63360,7.734375
RHLMU,λ<=n,8192,0,51778,6.320556640625
RHLMU,λ<=n,8192,0,63746,7.781494140625
RHLMU,λ<=n,8192,0,67607,8.2528076171875
RHLMU,λ<=n,8192,0,62522,7.632080078125
RHLMU,λ<=n,8192,0,70284,8.57958984375
RHLMU,λ<=n,8192,0,103776,12.66796875
RHLMU,λ<=n,8192,0,63068,7.69873046875
RHLMU,λ<=n,8192,0,52784,6.443359375
RHLMU,λ<=n,8192,0,81084,9.89794921875
RHLMU,λ<=n,8192,0,126333,15.4215087890625
RHLMU,λ<=n,8192,0,69614,8.497802734375
RHLMU,λ<=n,8192,0,103835,12.6751708984375
RHLMU,λ<=n,8192,0,91696,11.193359375
RHLMU,λ<=n,8192,0,59756,7.29443359375
RHLMU,λ<=n,8192,0,81536,9.953125
RHLMU,λ<=n,8192,0,57768,7.0517578125
RHLMU,λ<=n,8192,0,67619,8.2542724609375
RHLMU,λ<=n,8192,0,72021,8.7916259765625
RHLMU,λ<=n,8192,0,60991,7.4451904296875
RHLMU,λ<=n,8192,0,101729,12.4180908203125
RHLMU,λ<=n,8192,0,61330,7.486572265625
RHLMU,λ<=n,8192,0,63598,7.763427734375
RHLMU,λ<=n,8192,0,56293,6.8717041015625
RHLMU,λ<=n,8192,0,56761,6.9288330078125
RHLMU,λ<=n,8192,0,57947,7.0736083984375
RHLMU,λ<=n,8192,0,61576,7.5166015625
RHLMU,λ<=n,8192,0,59331,7.2425537109375
RHLMU,λ<=n,8192,0,56111,6.8494873046875
RHLMU,λ<=n,8192,0,59272,7.2353515625
RHLMU,λ<=n,8192,0,55869,6.8199462890625
RHLMU,λ<=n,8192,0,63256,7.7216796875
RHLMU,λ<=n,8192,0,63860,7.79541015625
RHLMU,λ<=n,8192,0,79954,9.760009765625
RHLMU,λ<=n,8192,0,55967,6.8319091796875
RHLMU,λ<=n,8192,0,71694,8.751708984375
RHLMU,λ<=n,8192,0,69267,8.4554443359375
RHLMU,λ<=n,8192,0,73250,8.941650390625
RHLMU,λ<=n,8192,0,62045,7.5738525390625
RHLMU,λ<=n,8192,0,76105,9.2901611328125
RHLMU,λ<=n,8192,0,110985,13.5479736328125
RHLMU,λ<=n,8192,0,82459,10.0657958984375
RHLMU,λ<=n,8192,0,72990,8.909912109375
RHLMU,λ<=n,8192,0,55210,6.739501953125
RHLMU,λ<=n,8192,0,60804,7.42236328125
RHLMU,λ<=n,8192,0,53189,6.4927978515625
RHLMU,λ<=n,8192,0,75844,9.25830078125
RHLMU,λ<=n,8192,0,56682,6.919189453125
RHLMU,λ<=n,8192,0,56190,6.859130859375
RHLMU,λ<=n,8192,0,55179,6.7357177734375
RHLMU,λ<=n,8192,0,52094,6.359130859375
RHLMU,λ<=n,8192,0,109930,13.419189453125
RHLMU,λ<=n,8192,0,58118,7.094482421875
RHLMU,λ<=n,8192,0,68637,8.3785400390625
RHLMU,λ<=n,8192,0,65119,7.9490966796875
RHLMU,λ<=n,8192,0,64899,7.9222412109375
RHLMU,λ<=n,8192,0,91508,11.17041015625
RHLMU,λ<=n,8192,0,60474,7.382080078125
RHLMU,λ<=n,8192,0,72531,8.8538818359375
RHLMU,λ<=n,8192,0,71525,8.7310791015625
RHLMU,λ<=n,8192,0,53984,6.58984375
RHLMU,λ<=n,8192,0,66796,8.15380859375
RHLMU,λ<=n,8192,0,64659,7.8929443359375
RHLMU,λ<=n,8192,0,57129,6.9737548828125
RHLMU,λ<=n,8192,0,74066,9.041259765625
RHLMU,λ<=n,8192,0,57020,6.96044921875
RHLMU,λ<=n,8192,0,102414,12.501708984375
RHLMU,λ<=n,8192,0,67081,8.1885986328125
RHLMU,λ<=n,8192,0,111373,13.5953369140625
RHLMU,λ<=n,8192,0,106572,13.00927734375
RHLMU,λ<=n,8192,0,62162,7.588134765625
RHLMU,λ<=n,8192,0,66889,8.1651611328125
RHLMU,λ<=n,8192,0,61712,7.533203125
RHLMU,λ<=n,8192,0,70002,8.545166015625
RHLMU,λ<=n,8192,0,123402,15.063720703125
RHLMU,λ<=n,8192,0,59836,7.30419921875
RHLMU,λ<=n,8192,0,83977,10.2510986328125
RHLMU,λ<=n,8192,0,63386,7.737548828125
RHLMU,λ<=n,8192,0,62353,7.6114501953125
RHLMU,λ<=n,8192,0,102464,12.5078125
RHLMU,λ<=n,8192,0,70984,8.6650390625
RHLMU,λ<=n,8192,0,138574,16.915771484375
RHLMU,λ<=n,8192,0,62450,7.623291015625
RHLMU,λ<=n,8192,0,63407,7.7401123046875
RHLMU,λ<=n,8192,0,69201,8.4473876953125
RHLMU,λ<=n,8192,0,79993,9.7647705078125
RHLMU,λ<=n,8192,0,81659,9.9681396484375
RHLMU,λ<=n,8192,0,63959,7.8074951171875
RHLMU,λ<=n,8192,0,57000,6.9580078125
RRLMU,λ<=n,8192,0,61108,7.45947265625
RRLMU,λ<=n,8192,0,75141,9.1724853515625
RRLMU,λ<=n,8192,0,62768,7.662109375
RRLMU,λ<=n,8192,0,65357,7.9781494140625
RRLMU,λ<=n,8192,0,79028,9.64697265625
RRLMU,λ<=n,8192,0,65877,8.0416259765625
RRLMU,λ<=n,8192,0,84059,10.2611083984375
RRLMU,λ<=n,8192,0,55519,6.7772216796875
RRLMU,λ<=n,8192,0,183499,22.3997802734375
RRLMU,λ<=n,8192,0,80354,9.808837890625
RRLMU,λ<=n,8192,0,67142,8.196044921875
RRLMU,λ<=n,8192,0,72707,8.8753662109375
RRLMU,λ<=n,8192,0,59636,7.27978515625
RRLMU,λ<=n,8192,0,57921,7.0704345703125
RRLMU,λ<=n,8192,0,62435,7.6214599609375
RRLMU,λ<=n,8192,0,96341,11.7603759765625
RRLMU,λ<=n,8192,0,61880,7.5537109375
RRLMU,λ<=n,8192,0,89471,10.9217529296875
RRLMU,λ<=n,8192,0,69946,8.538330078125
RRLMU,λ<=n,8192,0,69625,8.4991455078125
RRLMU,λ<=n,8192,0,109661,13.3863525390625
RRLMU,λ<=n,8192,0,121128,14.7861328125
RRLMU,λ<=n,8192,0,73408,8.9609375
RRLMU,λ<=n,8192,0,61834,7.548095703125
RRLMU,λ<=n,8192,0,62068,7.57666015625
RRLMU,λ<=n,8192,0,93484,11.41162109375
RRLMU,λ<=n,8192,0,83336,10.1728515625
RRLMU,λ<=n,8192,0,74312,9.0712890625
RRLMU,λ<=n,8192,0,90214,11.012451171875
RRLMU,λ<=n,8192,0,68346,8.343017578125
RRLMU,λ<=n,8192,0,79678,9.726318359375
RRLMU,λ<=n,8192,0,74307,9.0706787109375
RRLMU,λ<=n,8192,0,96041,11.7237548828125
RRLMU,λ<=n,8192,0,109162,13.325439453125
RRLMU,λ<=n,8192,0,62403,7.6175537109375
RRLMU,λ<=n,8192,0,76050,9.283447265625
RRLMU,λ<=n,8192,0,131533,16.0562744140625
RRLMU,λ<=n,8192,0,68987,8.4212646484375
RRLMU,λ<=n,8192,0,72207,8.8143310546875
RRLMU,λ<=n,8192,0,74451,9.0882568359375
RRLMU,λ<=n,8192,0,63550,7.757568359375
RRLMU,λ<=n,8192,0,60006,7.324951171875
RRLMU,λ<=n,8192,0,163217,19.9239501953125
RRLMU,λ<=n,8192,0,74473,9.0909423828125
RRLMU,λ<=n,8192,0,58123,7.0950927734375
RRLMU,λ<=n,8192,0,76367,9.3221435546875
RRLMU,λ<=n,8192,0,69120,8.4375
RRLMU,λ<=n,8192,0,82234,10.038330078125
RRLMU,λ<=n,8192,0,133781,16.3306884765625
RRLMU,λ<=n,8192,0,110532,13.49267578125
RRLMU,λ<=n,8192,0,56543,6.9022216796875
RRLMU,λ<=n,8192,0,63224,7.7177734375
RRLMU,λ<=n,8192,0,98422,12.014404296875
RRLMU,λ<=n,8192,0,71574,8.737060546875
RRLMU,λ<=n,8192,0,96705,11.8048095703125
RRLMU,λ<=n,8192,0,180166,21.992919921875
RRLMU,λ<=n,8192,0,106075,12.9486083984375
RRLMU,λ<=n,8192,0,88500,10.80322265625
RRLMU,λ<=n,8192,0,78844,9.62451171875
RRLMU,λ<=n,8192,0,62237,7.5972900390625
RRLMU,λ<=n,8192,0,79227,9.6712646484375
RRLMU,λ<=n,8192,0,62379,7.6146240234375
RRLMU,λ<=n,8192,0,67807,8.2772216796875
RRLMU,λ<=n,8192,0,70424,8.5966796875
RRLMU,λ<=n,8192,0,59642,7.280517578125
RRLMU,λ<=n,8192,0,74615,9.1082763671875
RRLMU,λ<=n,8192,0,76602,9.350830078125
RRLMU,λ<=n,8192,0,54256,6.623046875
RRLMU,λ<=n,8192,0,64879,7.9197998046875
RRLMU,λ<=n,8192,0,94556,11.54248046875
RRLMU,λ<=n,8192,0,64885,7.9205322265625
RRLMU,λ<=n,8192,0,85133,10.3922119140625
RRLMU,λ<=n,8192,0,68914,8.412353515625
RRLMU,λ<=n,8192,0,75139,9.1722412109375
RRLMU,λ<=n,8192,0,70433,8.5977783203125
RRLMU,λ<=n,8192,0,73134,8.927490234375
RRLMU,λ<=n,8192,0,95576,11.6669921875
RRLMU,λ<=n,8192,0,77989,9.5201416015625
RRLMU,λ<=n,8192,0,75959,9.2723388671875
RRLMU,λ<=n,8192,0,56651,6.9154052734375
RRLMU,λ<=n,8192,0,66010,8.057861328125
RRLMU,λ<=n,8192,0,119566,14.595458984375
RRLMU,λ<=n,8192,0,78021,9.5240478515625
RRLMU,λ<=n,8192,0,68397,8.3492431640625
RRLMU,λ<=n,8192,0,63499,7.7513427734375
RRLMU,λ<=n,8192,0,83977,10.2510986328125
RRLMU,λ<=n,8192,0,68898,8.410400390625
RRLMU,λ<=n,8192,0,78956,9.63818359375
RRLMU,λ<=n,8192,0,82308,10.04736328125
RRLMU,λ<=n,8192,0,82040,10.0146484375
RRLMU,λ<=n,8192,0,57971,7.0765380859375
RRLMU,λ<=n,8192,0,81623,9.9637451171875
RRLMU,λ<=n,8192,0,87483,10.6790771484375
RRLMU,λ<=n,8192,0,63883,7.7982177734375
RRLMU,λ<=n,8192,0,58613,7.1549072265625
RRLMU,λ<=n,8192,0,67969,8.2969970703125
RRLMU,λ<=n,8192,0,77371,9.4447021484375
RRLMU,λ<=n,8192,0,65331,7.9749755859375
RRLMU,λ<=n,8192,0,63377,7.7364501953125
RRLMU,λ<=n,8192,0,76624,9.353515625
RSLMU,λ<=n,8192,0,159822,19.509521484375
RSLMU,λ<=n,8192,0,97369,11.8858642578125
RSLMU,λ<=n,8192,0,156932,19.15673828125
RSLMU,λ<=n,8192,0,93109,11.3658447265625
RSLMU,λ<=n,8192,0,100768,12.30078125
RSLMU,λ<=n,8192,0,144759,17.6707763671875
RSLMU,λ<=n,8192,0,98811,12.0618896484375
RSLMU,λ<=n,8192,0,105987,12.9378662109375
RSLMU,λ<=n,8192,0,200541,24.4801025390625
RSLMU,λ<=n,8192,0,122361,14.9366455078125
RSLMU,λ<=n,8192,0,167232,20.4140625
RSLMU,λ<=n,8192,0,182419,22.2679443359375
RSLMU,λ<=n,8192,0,122453,14.9478759765625
RSLMU,λ<=n,8192,0,116732,14.24951171875
RSLMU,λ<=n,8192,0,74574,9.103271484375
RSLMU,λ<=n,8192,0,121773,14.8648681640625
RSLMU,λ<=n,8192,0,145172,17.72119140625
RSLMU,λ<=n,8192,0,194842,23.784423828125
RSLMU,λ<=n,8192,0,124990,15.257568359375
RSLMU,λ<=n,8192,0,103868,12.67919921875
RSLMU,λ<=n,8192,0,124735,15.2264404296875
RSLMU,λ<=n,8192,0,114153,13.9346923828125
RSLMU,λ<=n,8192,0,176697,21.5694580078125
RSLMU,λ<=n,8192,0,132514,16.176025390625
RSLMU,λ<=n,8192,0,121693,14.8551025390625
RSLMU,λ<=n,8192,0,173784,21.2138671875
RSLMU,λ<=n,8192,0,99673,12.1671142578125
RSLMU,λ<=n,8192,0,126246,15.410888671875
RSLMU,λ<=n,8192,0,91187,11.1312255859375
RSLMU,λ<=n,8192,0,109049,13.3116455078125
RSLMU,λ<=n,8192,0,74808,9.1318359375
RSLMU,λ<=n,8192,0,172252,21.02685546875
RSLMU,λ<=n,8192,0,149302,18.225341796875
RSLMU,λ<=n,8192,0,81935,10.0018310546875
RSLMU,λ<=n,8192,0,299264,36.53125
RSLMU,λ<=n,8192,0,185951,22.6990966796875
RSLMU,λ<=n,8192,0,198535,24.2352294921875
RSLMU,λ<=n,8192,0,241184,29.44140625
RSLMU,λ<=n,8192,0,118088,14.4150390625
RSLMU,λ<=n,8192,0,107878,13.168701171875
RSLMU,λ<=n,8192,0,90408,11.0361328125
RSLMU,λ<=n,8192,0,79803,9.7415771484375
RSLMU,λ<=n,8192,0,178296,21.7646484375
RSLMU,λ<=n,8192,0,115347,14.0804443359375
RSLMU,λ<=n,8192,0,128107,15.6380615234375
RSLMU,λ<=n,8192,0,150484,18.36962890625
RSLMU,λ<=n,8192,0,149999,18.3104248046875
RSLMU,λ<=n,8192,0,101372,12.37451171875
RSLMU,λ<=n,8192,0,99667,12.1663818359375
RSLMU,λ<=n,8192,0,104307,12.7327880859375
RSLMU,λ<=n,8192,0,84862,10.359130859375
RSLMU,λ<=n,8192,0,148254,18.097412109375
RSLMU,λ<=n,8192,0,125637,15.3365478515625
RSLMU,λ<=n,8192,0,146982,17.942138671875
RSLMU,λ<=n,8192,0,160742,19.621826171875
RSLMU,λ<=n,8192,0,91167,11.1287841796875
RSLMU,λ<=n,8192,0,88297,10.7784423828125
RSLMU,λ<=n,8192,0,118872,14.5107421875
RSLMU,λ<=n,8192,0,121880,14.8779296875
RSLMU,λ<=n,8192,0,181165,22.1148681640625
RSLMU,λ<=n,8192,0,122890,15.001220703125
RSLMU,λ<=n,8192,0,133146,16.253173828125
RSLMU,λ<=n,8192,0,90668,11.06787109375
RSLMU,λ<=n,8192,0,123525,15.0787353515625
RSLMU,λ<=n,8192,0,125381,15.3052978515625
RSLMU,λ<=n,8192,0,138231,16.8739013671875
RSLMU,λ<=n,8192,0,146670,17.904052734375
RSLMU,λ<=n,8192,0,183720,22.4267578125
RSLMU,λ<=n,8192,0,102448,12.505859375
RSLMU,λ<=n,8192,0,100962,12.324462890625
RSLMU,λ<=n,8192,0,114963,14.0335693359375
RSLMU,λ<=n,8192,0,86830,10.599365234375
RSLMU,λ<=n,8192,0,89413,10.9146728515625
RSLMU,λ<=n,8192,0,84535,10.3192138671875
RSLMU,λ<=n,8192,0,126281,15.4151611328125
RSLMU,λ<=n,8192,0,125412,15.30908203125
RSLMU,λ<=n,8192,0,171981,20.9937744140625
RSLMU,λ<=n,8192,0,113282,13.828369140625
RSLMU,λ<=n,8192,0,148434,18.119384765625
RSLMU,λ<=n,8192,0,174137,21.2569580078125
RSLMU,λ<=n,8192,0,83418,10.182861328125
RSLMU,λ<=n,8192,0,95059,11.6038818359375
RSLMU,λ<=n,8192,0,79575,9.7137451171875
RSLMU,λ<=n,8192,0,93245,11.3824462890625
RSLMU,λ<=n,8192,0,128265,15.6573486328125
RSLMU,λ<=n,8192,0,103212,12.59912109375
RSLMU,λ<=n,8192,0,179813,21.9498291015625
RSLMU,λ<=n,8192,0,137897,16.8331298828125
RSLMU,λ<=n,8192,0,98506,12.024658203125
RSLMU,λ<=n,8192,0,113835,13.8958740234375
RSLMU,λ<=n,8192,0,81388,9.93505859375
RSLMU,λ<=n,8192,0,159176,19.4306640625
RSLMU,λ<=n,8192,0,83269,10.1646728515625
RSLMU,λ<=n,8192,0,96748,11.81005859375
RSLMU,λ<=n,8192,0,160826,19.632080078125
RSLMU,λ<=n,8192,0,75353,9.1983642578125
RSLMU,λ<=n,8192,0,101750,12.420654296875
RSLMU,λ<=n,8192,0,92654,11.310302734375
RSLMU,λ<=n,8192,0,127514,15.565673828125
RSDIU,λ<=n,8192,0,97777,11.9356689453125
RSDIU,λ<=n,8192,0,112545,13.7384033203125
RSDIU,λ<=n,8192,0,173639,21.1961669921875
RSDIU,λ<=n,8192,0,127641,15.5811767578125
RSDIU,λ<=n,8192,0,90087,10.9969482421875
RSDIU,λ<=n,8192,0,103609,12.6475830078125
RSDIU,λ<=n,8192,0,102563,12.5198974609375
RSDIU,λ<=n,8192,0,109973,13.4244384765625
RSDIU,λ<=n,8192,0,96937,11.8331298828125
RSDIU,λ<=n,8192,0,248233,30.3018798828125
RSDIU,λ<=n,8192,0,119281,14.5606689453125
RSDIU,λ<=n,8192,0,92635,11.3079833984375
RSDIU,λ<=n,8192,0,145991,17.8211669921875
RSDIU,λ<=n,8192,0,108543,13.2498779296875
RSDIU,λ<=n,8192,0,252849,30.8653564453125
RSDIU,λ<=n,8192,0,77051,9.4056396484375
RSDIU,λ<=n,8192,0,82983,10.1297607421875
RSDIU,λ<=n,8192,0,95613,11.6715087890625
RSDIU,λ<=n,8192,0,140677,17.1724853515625
RSDIU,λ<=n,8192,0,213669,26.0826416015625
RSDIU,λ<=n,8192,0,93747,11.4437255859375
RSDIU,λ<=n,8192,0,141793,17.3087158203125
RSDIU,λ<=n,8192,0,148045,18.0718994140625
RSDIU,λ<=n,8192,0,95555,11.6644287109375
RSDIU,λ<=n,8192,0,159333,19.4498291015625
RSDIU,λ<=n,8192,0,107429,13.1138916015625
RSDIU,λ<=n,8192,0,83025,10.1348876953125
RSDIU,λ<=n,8192,0,146515,17.8851318359375
RSDIU,λ<=n,8192,0,82951,10.1258544921875
RSDIU,λ<=n,8192,0,199747,24.3831787109375
RSDIU,λ<=n,8192,0,140135,17.1063232421875
RSDIU,λ<=n,8192,0,104353,12.7384033203125
RSDIU,λ<=n,8192,0,118547,14.4710693359375
RSDIU,λ<=n,8192,0,133439,16.2889404296875
RSDIU,λ<=n,8192,0,135979,16.5989990234375
RSDIU,λ<=n,8192,0,110327,13.4676513671875
RSDIU,λ<=n,8192,0,101873,12.4356689453125
RSDIU,λ<=n,8192,0,137363,16.7679443359375
RSDIU,λ<=n,8192,0,90263,11.0184326171875
RSDIU,λ<=n,8192,0,171397,20.9224853515625
RSDIU,λ<=n,8192,0,213137,26.0177001953125
RSDIU,λ<=n,8192,0,104595,12.7679443359375
RSDIU,λ<=n,8192,0,139903,17.0780029296875
RSDIU,λ<=n,8192,0,112303,13.7088623046875
RSDIU,λ<=n,8192,0,115103,14.0506591796875
RSDIU,λ<=n,8192,0,130467,15.9261474609375
RSDIU,λ<=n,8192,0,154251,18.8294677734375
RSDIU,λ<=n,8192,0,105477,12.8756103515625
RSDIU,λ<=n,8192,0,140757,17.1822509765625
RSDIU,λ<=n,8192,0,147937,18.0587158203125
RSDIU,λ<=n,8192,0,189309,23.1090087890625
RSDIU,λ<=n,8192,0,107653,13.1412353515625
RSDIU,λ<=n,8192,0,98645,12.0416259765625
RSDIU,λ<=n,8192,0,94519,11.5379638671875
RSDIU,λ<=n,8192,0,145469,17.7574462890625
RSDIU,λ<=n,8192,0,101781,12.4244384765625
RSDIU,λ<=n,8192,0,179359,21.8944091796875
RSDIU,λ<=n,8192,0,94267,11.5072021484375
RSDIU,λ<=n,8192,0,91757,11.2008056640625
RSDIU,λ<=n,8192,0,112699,13.7572021484375
RSDIU,λ<=n,8192,0,106813,13.0386962890625
RSDIU,λ<=n,8192,0,195903,23.9139404296875
RSDIU,λ<=n,8192,0,122699,14.9779052734375
RSDIU,λ<=n,8192,0,105333,12.8580322265625
RSDIU,λ<=n,8192,0,151475,18.4906005859375
RSDIU,λ<=n,8192,0,92533,11.2955322265625
RSDIU,λ<=n,8192,0,118289,14.4395751953125
RSDIU,λ<=n,8192,0,127113,15.5167236328125
RSDIU,λ<=n,8192,0,193165,23.5797119140625
RSDIU,λ<=n,8192,0,142139,17.3509521484375
RSDIU,λ<=n,8192,0,106971,13.0579833984375
RSDIU,λ<=n,8192,0,106199,12.9637451171875
RSDIU,λ<=n,8192,0,148037,18.0709228515625
RSDIU,λ<=n,8192,0,126969,15.4991455078125
RSDIU,λ<=n,8192,0,240349,29.3394775390625
RSDIU,λ<=n,8192,0,99875,12.1917724609375
RSDIU,λ<=n,8192,0,139009,16.9688720703125
RSDIU,λ<=n,8192,0,129399,15.7957763671875
RSDIU,λ<=n,8192,0,103351,12.6160888671875
RSDIU,λ<=n,8192,0,147457,18.0001220703125
RSDIU,λ<=n,8192,0,125669,15.3404541015625
RSDIU,λ<=n,8192,0,94885,11.5826416015625
RSDIU,λ<=n,8192,0,104747,12.7864990234375
RSDIU,λ<=n,8192,0,85801,10.4737548828125
RSDIU,λ<=n,8192,0,142971,17.4525146484375
RSDIU,λ<=n,8192,0,94401,11.5235595703125
RSDIU,λ<=n,8192,0,85685,10.4595947265625
RSDIU,λ<=n,8192,0,83549,10.1988525390625
RSDIU,λ<=n,8192,0,140271,17.1229248046875
RSDIU,λ<=n,8192,0,100641,12.2852783203125
RSDIU,λ<=n,8192,0,91059,11.1156005859375
RSDIU,λ<=n,8192,0,96907,11.8294677734375
RSDIU,λ<=n,8192,0,113585,13.8653564453125
RSDIU,λ<=n,8192,0,107737,13.1514892578125
RSDIU,λ<=n,8192,0,106353,12.9825439453125
RSDIU,λ<=n,8192,0,145533,17.7652587890625
RSDIU,λ<=n,8192,0,141157,17.2310791015625
RSDIU,λ<=n,8192,0,100693,12.2916259765625
RSDIU,λ<=n,8192,0,274625,33.5235595703125
RSDIU,λ<=n,8192,0,113057,13.8009033203125
RRDIU,λ<=n,8192,0,80901,9.8756103515625
RRDIU,λ<=n,8192,0,126459,15.4368896484375
RRDIU,λ<=n,8192,0,89115,10.8782958984375
RRDIU,λ<=n,8192,0,93699,11.4378662109375
RRDIU,λ<=n,8192,0,87109,10.6334228515625
RRDIU,λ<=n,8192,0,79885,9.7515869140625
RRDIU,λ<=n,8192,0,83307,10.1693115234375
RRDIU,λ<=n,8192,0,82315,10.0482177734375
RRDIU,λ<=n,8192,0,96155,11.7376708984375
RRDIU,λ<=n,8192,0,97141,11.8580322265625
RRDIU,λ<=n,8192,0,124999,15.2586669921875
RRDIU,λ<=n,8192,0,138579,16.9163818359375
RRDIU,λ<=n,8192,0,70255,8.5760498046875
RRDIU,λ<=n,8192,0,88809,10.8409423828125
RRDIU,λ<=n,8192,0,83061,10.1392822265625
RRDIU,λ<=n,8192,0,92307,11.2679443359375
RRDIU,λ<=n,8192,0,75117,9.1695556640625
RRDIU,λ<=n,8192,0,132827,16.2142333984375
RRDIU,λ<=n,8192,0,89841,10.9669189453125
RRDIU,λ<=n,8192,0,85253,10.4068603515625
RRDIU,λ<=n,8192,0,84903,10.3641357421875
RRDIU,λ<=n,8192,0,82549,10.0767822265625
RRDIU,λ<=n,8192,0,79061,9.6510009765625
RRDIU,λ<=n,8192,0,93651,11.4320068359375
RRDIU,λ<=n,8192,0,98941,12.0777587890625
RRDIU,λ<=n,8192,0,96721,11.8067626953125
RRDIU,λ<=n,8192,0,96281,11.7530517578125
RRDIU,λ<=n,8192,0,77277,9.4332275390625
RRDIU,λ<=n,8192,0,99781,12.1802978515625
RRDIU,λ<=n,8192,0,118857,14.5089111328125
RRDIU,λ<=n,8192,0,106299,12.9759521484375
RRDIU,λ<=n,8192,0,96215,11.7449951171875
RRDIU,λ<=n,8192,0,170671,20.8338623046875
RRDIU,λ<=n,8192,0,99645,12.1636962890625
RRDIU,λ<=n,8192,0,227467,27.7669677734375
RRDIU,λ<=n,8192,0,116621,14.2359619140625
RRDIU,λ<=n,8192,0,95463,11.6531982421875
RRDIU,λ<=n,8192,0,72631,8.8660888671875
RRDIU,λ<=n,8192,0,74571,9.1029052734375
RRDIU,λ<=n,8192,0,106459,12.9954833984375
RRDIU,λ<=n,8192,0,76501,9.3385009765625
RRDIU,λ<=n,8192,0,98649,12.0421142578125
RRDIU,λ<=n,8192,0,78393,9.5694580078125
RRDIU,λ<=n,8192,0,91125,11.1236572265625
RRDIU,λ<=n,8192,0,110867,13.5335693359375
RRDIU,λ<=n,8192,0,72193,8.8126220703125
RRDIU,λ<=n,8192,0,76685,9.3609619140625
RRDIU,λ<=n,8192,0,71859,8.7718505859375
RRDIU,λ<=n,8192,0,86487,10.5574951171875
RRDIU,λ<=n,8192,0,75683,9.2386474609375
RRDIU,λ<=n,8192,0,110839,13.5301513671875
RRDIU,λ<=n,8192,0,81295,9.9237060546875
RRDIU,λ<=n,8192,0,71997,8.7886962890625
RRDIU,λ<=n,8192,0,71001,8.6671142578125
RRDIU,λ<=n,8192,0,77243,9.4290771484375
RRDIU,λ<=n,8192,0,75733,9.2447509765625
RRDIU,λ<=n,8192,0,76877,9.3843994140625
RRDIU,λ<=n,8192,0,95357,11.6402587890625
RRDIU,λ<=n,8192,0,78649,9.6007080078125
RRDIU,λ<=n,8192,0,75867,9.2611083984375
RRDIU,λ<=n,8192,0,76875,9.3841552734375
RRDIU,λ<=n,8192,0,99669,12.1666259765625
RRDIU,λ<=n,8192,0,96127,11.7342529296875
RRDIU,λ<=n,8192,0,70349,8.5875244140625
RRDIU,λ<=n,8192,0,90273,11.0196533203125
RRDIU,λ<=n,8192,0,97873,11.9473876953125
RRDIU,λ<=n,8192,0,93689,11.4366455078125
RRDIU,λ<=n,8192,0,87451,10.6751708984375
RRDIU,λ<=n,8192,0,112645,13.7506103515625
RRDIU,λ<=n,8192,0,125059,15.2659912109375
RRDIU,λ<=n,8192,0,82453,10.0650634765625
RRDIU,λ<=n,8192,0,85353,10.4190673828125
RRDIU,λ<=n,8192,0,78197,9.5455322265625
RRDIU,λ<=n,8192,0,85109,10.3892822265625
RRDIU,λ<=n,8192,0,82241,10.0391845703125
RRDIU,λ<=n,8192,0,169381,20.6763916015625
RRDIU,λ<=n,8192,0,124855,15.2410888671875
RRDIU,λ<=n,8192,0,134039,16.3621826171875
RRDIU,λ<=n,8192,0,75621,9.2310791015625
RRDIU,λ<=n,8192,0,118811,14.5032958984375
RRDIU,λ<=n,8192,0,73165,8.9312744140625
RRDIU,λ<=n,8192,0,85833,10.4776611328125
RRDIU,λ<=n,8192,0,86749,10.5894775390625
RRDIU,λ<=n,8192,0,77455,9.4549560546875
RRDIU,λ<=n,8192,0,92145,11.2481689453125
RRDIU,λ<=n,8192,0,79665,9.7247314453125
RRDIU,λ<=n,8192,0,86439,10.5516357421875
RRDIU,λ<=n,8192,0,81583,9.9588623046875
RRDIU,λ<=n,8192,0,92255,11.2615966796875
RRDIU,λ<=n,8192,0,87641,10.6983642578125
RRDIU,λ<=n,8192,0,108957,13.3004150390625
RRDIU,λ<=n,8192,0,87709,10.7066650390625
RRDIU,λ<=n,8192,0,98747,12.0540771484375
RRDIU,λ<=n,8192,0,79767,9.7371826171875
RRDIU,λ<=n,8192,0,67223,8.2059326171875
RRDIU,λ<=n,8192,0,99019,12.0872802734375
RRDIU,λ<=n,8192,0,68853,8.4049072265625
RRDIU,λ<=n,8192,0,97921,11.9532470703125
RRDIU,λ<=n,8192,0,84513,10.3165283203125
RRDIU,λ<=n,8192,0,117745,14.3731689453125
RHDIU,λ<=n,8192,0,78295,9.5574951171875
RHDIU,λ<=n,8192,0,68133,8.3170166015625
RHDIU,λ<=n,8192,0,82849,10.1134033203125
RHDIU,λ<=n,8192,0,65589,8.0064697265625
RHDIU,λ<=n,8192,0,63523,7.7542724609375
RHDIU,λ<=n,8192,0,65915,8.0462646484375
RHDIU,λ<=n,8192,0,87847,10.7235107421875
RHDIU,λ<=n,8192,0,69523,8.4866943359375
RHDIU,λ<=n,8192,0,83921,10.2442626953125
RHDIU,λ<=n,8192,0,78847,9.6248779296875
RHDIU,λ<=n,8192,0,78857,9.6260986328125
RHDIU,λ<=n,8192,0,80015,9.7674560546875
RHDIU,λ<=n,8192,0,67389,8.2261962890625
RHDIU,λ<=n,8192,0,70439,8.5985107421875
RHDIU,λ<=n,8192,0,83661,10.2125244140625
RHDIU,λ<=n,8192,0,144045,17.5836181640625
RHDIU,λ<=n,8192,0,67553,8.2462158203125
RHDIU,λ<=n,8192,0,87833,10.7218017578125
RHDIU,λ<=n,8192,0,94803,11.5726318359375
RHDIU,λ<=n,8192,0,63647,7.7694091796875
RHDIU,λ<=n,8192,0,67091,8.1898193359375
RHDIU,λ<=n,8192,0,65911,8.0457763671875
RHDIU,λ<=n,8192,0,107591,13.1336669921875
RHDIU,λ<=n,8192,0,77587,9.4710693359375
RHDIU,λ<=n,8192,0,67001,8.1788330078125
RHDIU,λ<=n,8192,0,64689,7.8966064453125
RHDIU,λ<=n,8192,0,77171,9.4202880859375
RHDIU,λ<=n,8192,0,74141,9.0504150390625
RHDIU,λ<=n,8192,0,86037,10.5025634765625
RHDIU,λ<=n,8192,0,100931,12.3206787109375
RHDIU,λ<=n,8192,0,65573,8.0045166015625
RHDIU,λ<=n,8192,0,115263,14.0701904296875
RHDIU,λ<=n,8192,0,80961,9.8829345703125
RHDIU,λ<=n,8192,0,67619,8.2542724609375
RHDIU,λ<=n,8192,0,103385,12.6202392578125
RHDIU,λ<=n,8192,0,88971,10.8607177734375
RHDIU,λ<=n,8192,0,65283,7.9691162109375
RHDIU,λ<=n,8192,0,69059,8.4300537109375
RHDIU,λ<=n,8192,0,68239,8.3299560546875
RHDIU,λ<=n,8192,0,77131,9.4154052734375
RHDIU,λ<=n,8192,0,65855,8.0389404296875
RHDIU,λ<=n,8192,0,96561,11.7872314453125
RHDIU,λ<=n,8192,0,88059,10.7493896484375
RHDIU,λ<=n,8192,0,100423,12.2586669921875
RHDIU,λ<=n,8192,0,78565,9.5904541015625
RHDIU,λ<=n,8192,0,69397,8.4713134765625
RHDIU,λ<=n,8192,0,71745,8.7579345703125
RHDIU,λ<=n,8192,0,65555,8.0023193359375
RHDIU,λ<=n,8192,0,83909,10.2427978515625
RHDIU,λ<=n,8192,0,61789,7.5426025390625
RHDIU,λ<=n,8192,0,118527,14.4686279296875
RHDIU,λ<=n,8192,0,79307,9.6810302734375
RHDIU,λ<=n,8192,0,73143,8.9285888671875
RHDIU,λ<=n,8192,0,71119,8.6815185546875
RHDIU,λ<=n,8192,0,70819,8.6448974609375
RHDIU,λ<=n,8192,0,66941,8.1715087890625
RHDIU,λ<=n,8192,0,182349,22.2593994140625
RHDIU,λ<=n,8192,0,117465,14.3389892578125
RHDIU,λ<=n,8192,0,64287,7.8475341796875
RHDIU,λ<=n,8192,0,75487,9.2147216796875
RHDIU,λ<=n,8192,0,84677,10.3365478515625
RHDIU,λ<=n,8192,0,80927,9.8787841796875
RHDIU,λ<=n,8192,0,69233,8.4512939453125
RHDIU,λ<=n,8192,0,85919,10.4881591796875
RHDIU,λ<=n,8192,0,68773,8.3951416015625
RHDIU,λ<=n,8192,0,91815,11.2078857421875
RHDIU,λ<=n,8192,0,64503,7.8739013671875
RHDIU,λ<=n,8192,0,121319,14.8094482421875
RHDIU,λ<=n,8192,0,84603,10.3275146484375
RHDIU,λ<=n,8192,0,68631,8.3778076171875
RHDIU,λ<=n,8192,0,71351,8.7098388671875
RHDIU,λ<=n,8192,0,72401,8.8380126953125
RHDIU,λ<=n,8192,0,61267,7.4788818359375
RHDIU,λ<=n,8192,0,65419,7.9857177734375
RHDIU,λ<=n,8192,0,68069,8.3092041015625
RHDIU,λ<=n,8192,0,72055,8.7957763671875
RHDIU,λ<=n,8192,0,86089,10.5089111328125
RHDIU,λ<=n,8192,0,74351,9.0760498046875
RHDIU,λ<=n,8192,0,67535,8.2440185546875
RHDIU,λ<=n,8192,0,66327,8.0965576171875
RHDIU,λ<=n,8192,0,64005,7.8131103515625
RHDIU,λ<=n,8192,0,65313,7.9727783203125
RHDIU,λ<=n,8192,0,70615,8.6199951171875
RHDIU,λ<=n,8192,0,77509,9.4615478515625
RHDIU,λ<=n,8192,0,79063,9.6512451171875
RHDIU,λ<=n,8192,0,67857,8.2833251953125
RHDIU,λ<=n,8192,0,66481,8.1153564453125
RHDIU,λ<=n,8192,0,87187,10.6429443359375
RHDIU,λ<=n,8192,0,69261,8.4547119140625
RHDIU,λ<=n,8192,0,64973,7.9312744140625
RHDIU,λ<=n,8192,0,65195,7.9583740234375
RHDIU,λ<=n,8192,0,112827,13.7728271484375
RHDIU,λ<=n,8192,0,65835,8.0364990234375
RHDIU,λ<=n,8192,0,114071,13.9246826171875
RHDIU,λ<=n,8192,0,97297,11.8770751953125
RHDIU,λ<=n,8192,0,66095,8.0682373046875
RHDIU,λ<=n,8192,0,66927,8.1697998046875
RHDIU,λ<=n,8192,0,77257,9.4307861328125
RHDIU,λ<=n,8192,0,71609,8.7413330078125
RHLIU,λ<=n,8192,0,78317,9.5601806640625
RHLIU,λ<=n,8192,0,105885,12.9254150390625
RHLIU,λ<=n,8192,0,79709,9.7301025390625
RHLIU,λ<=n,8192,0,79447,9.6981201171875
RHLIU,λ<=n,8192,0,76405,9.3267822265625
RHLIU,λ<=n,8192,0,78531,9.5863037109375
RHLIU,λ<=n,8192,0,88707,10.8284912109375
RHLIU,λ<=n,8192,0,85135,10.3924560546875
RHLIU,λ<=n,8192,0,83141,10.1490478515625
RHLIU,λ<=n,8192,0,76483,9.3363037109375
RHLIU,λ<=n,8192,0,86991,10.6190185546875
RHLIU,λ<=n,8192,0,92993,11.3516845703125
RHLIU,λ<=n,8192,0,70741,8.6353759765625
RHLIU,λ<=n,8192,0,93299,11.3890380859375
RHLIU,λ<=n,8192,0,72891,8.8978271484375
RHLIU,λ<=n,8192,0,68147,8.3187255859375
RHLIU,λ<=n,8192,0,76089,9.2882080078125
RHLIU,λ<=n,8192,0,83061,10.1392822265625
RHLIU,λ<=n,8192,0,73701,8.9967041015625
RHLIU,λ<=n,8192,0,75785,9.2510986328125
RHLIU,λ<=n,8192,0,75143,9.1727294921875
RHLIU,λ<=n,8192,0,139475,17.0257568359375
RHLIU,λ<=n,8192,0,77751,9.4910888671875
RHLIU,λ<=n,8192,0,106149,12.9576416015625
RHLIU,λ<=n,8192,0,73725,8.9996337890625
RHLIU,λ<=n,8192,0,84675,10.3363037109375
RHLIU,λ<=n,8192,0,84545,10.3204345703125
RHLIU,λ<=n,8192,0,73907,9.0218505859375
RHLIU,λ<=n,8192,0,78281,9.5557861328125
RHLIU,λ<=n,8192,0,71103,8.6795654296875
RHLIU,λ<=n,8192,0,71429,8.7193603515625
RHLIU,λ<=n,8192,0,76837,9.3795166015625
RHLIU,λ<=n,8192,0,71697,8.7520751953125
RHLIU,λ<=n,8192,0,116289,14.1954345703125
RHLIU,λ<=n,8192,0,85665,10.4571533203125
RHLIU,λ<=n,8192,0,69271,8.4559326171875
RHLIU,λ<=n,8192,0,92691,11.3148193359375
RHLIU,λ<=n,8192,0,112027,13.6751708984375
RHLIU,λ<=n,8192,0,78837,9.6236572265625
RHLIU,λ<=n,8192,0,71659,8.7474365234375
RHLIU,λ<=n,8192,0,77765,9.4927978515625
RHLIU,λ<=n,8192,0,85121,10.3907470703125
RHLIU,λ<=n,8192,0,78435,9.5745849609375
RHLIU,λ<=n,8192,0,73815,9.0106201171875
RHLIU,λ<=n,8192,0,80547,9.8323974609375
RHLIU,λ<=n,8192,0,69023,8.4256591796875
RHLIU,λ<=n,8192,0,83419,10.1829833984375
RHLIU,λ<=n,8192,0,75051,9.1614990234375
RHLIU,λ<=n,8192,0,80323,9.8050537109375
RHLIU,λ<=n,8192,0,99997,12.2066650390625
RHLIU,λ<=n,8192,0,69177,8.4444580078125
RHLIU,λ<=n,8192,0,74665,9.1143798828125
RHLIU,λ<=n,8192,0,83975,10.2508544921875
RHLIU,λ<=n,8192,0,70635,8.6224365234375
RHLIU,λ<=n,8192,0,93231,11.3807373046875
RHLIU,λ<=n,8192,0,71547,8.7337646484375
RHLIU,λ<=n,8192,0,102861,12.5562744140625
RHLIU,λ<=n,8192,0,81537,9.9532470703125
RHLIU,λ<=n,8192,0,82417,10.0606689453125
RHLIU,λ<=n,8192,0,80389,9.8131103515625
RHLIU,λ<=n,8192,0,65805,8.0328369140625
RHLIU,λ<=n,8192,0,111491,13.6097412109375
RHLIU,λ<=n,8192,0,74331,9.0736083984375
RHLIU,λ<=n,8192,0,91983,11.2283935546875
RHLIU,λ<=n,8192,0,77721,9.4874267578125
RHLIU,λ<=n,8192,0,105875,12.9241943359375
RHLIU,λ<=n,8192,0,94195,11.4984130859375
RHLIU,λ<=n,8192,0,78009,9.5225830078125
RHLIU,λ<=n,8192,0,89587,10.9359130859375
RHLIU,λ<=n,8192,0,86809,10.5968017578125
RHLIU,λ<=n,8192,0,74765,9.1265869140625
RHLIU,λ<=n,8192,0,81973,10.0064697265625
RHLIU,λ<=n,8192,0,68819,8.4007568359375
RHLIU,λ<=n,8192,0,99487,12.1444091796875
RHLIU,λ<=n,8192,0,84725,10.3424072265625
RHLIU,λ<=n,8192,0,94663,11.5555419921875
RHLIU,λ<=n,8192,0,79147,9.6614990234375
RHLIU,λ<=n,8192,0,83101,10.1441650390625
RHLIU,λ<=n,8192,0,76457,9.3331298828125
RHLIU,λ<=n,8192,0,72859,8.8939208984375
RHLIU,λ<=n,8192,0,81399,9.9364013671875
RHLIU,λ<=n,8192,0,76683,9.3607177734375
RHLIU,λ<=n,8192,0,100435,12.2601318359375
RHLIU,λ<=n,8192,0,100831,12.3084716796875
RHLIU,λ<=n,8192,0,74843,9.1361083984375
RHLIU,λ<=n,8192,0,76713,9.3643798828125
RHLIU,λ<=n,8192,0,92173,11.2515869140625
RHLIU,λ<=n,8192,0,110889,13.5362548828125
RHLIU,λ<=n,8192,0,74859,9.1380615234375
RHLIU,λ<=n,8192,0,153275,18.7103271484375
RHLIU,λ<=n,8192,0,68549,8.3677978515625
RHLIU,λ<=n,8192,0,93559,11.4207763671875
RHLIU,λ<=n,8192,0,77799,9.4969482421875
RHLIU,λ<=n,8192,0,78007,9.5223388671875
RHLIU,λ<=n,8192,0,79541,9.7095947265625
RHLIU,λ<=n,8192,0,68675,8.3831787109375
RHLIU,λ<=n,8192,0,88369,10.7872314453125
RHLIU,λ<=n,8192,0,87573,10.6900634765625
RHLIU,λ<=n,8192,0,88545,10.8087158203125
RHLIU,λ<=n,8192,0,94255,11.5057373046875
RRLIU,λ<=n,8192,0,129085,15.7574462890625
RRLIU,λ<=n,8192,0,86163,10.5179443359375
RRLIU,λ<=n,8192,0,94453,11.5299072265625
RRLIU,λ<=n,8192,0,127377,15.5489501953125
RRLIU,λ<=n,8192,0,137731,16.8128662109375
RRLIU,λ<=n,8192,0,89909,10.9752197265625
RRLIU,λ<=n,8192,0,94147,11.4925537109375
RRLIU,λ<=n,8192,0,82501,10.0709228515625
RRLIU,λ<=n,8192,0,83015,10.1336669921875
RRLIU,λ<=n,8192,0,126911,15.4920654296875
RRLIU,λ<=n,8192,0,76135,9.2938232421875
RRLIU,λ<=n,8192,0,78333,9.5621337890625
RRLIU,λ<=n,8192,0,97991,11.9617919921875
RRLIU,λ<=n,8192,0,78701,9.6070556640625
RRLIU,λ<=n,8192,0,77397,9.4478759765625
RRLIU,λ<=n,8192,0,89211,10.8900146484375
RRLIU,λ<=n,8192,0,85819,10.4759521484375
RRLIU,λ<=n,8192,0,95293,11.6324462890625
RRLIU,λ<=n,8192,0,78301,9.5582275390625
RRLIU,λ<=n,8192,0,79167,9.6639404296875
RRLIU,λ<=n,8192,0,100521,12.2706298828125
RRLIU,λ<=n,8192,0,115463,14.0946044921875
RRLIU,λ<=n,8192,0,150021,18.3131103515625
RRLIU,λ<=n,8192,0,86673,10.5802001953125
RRLIU,λ<=n,8192,0,78669,9.6031494140625
RRLIU,λ<=n,8192,0,95423,11.6483154296875
RRLIU,λ<=n,8192,0,106919,13.0516357421875
RRLIU,λ<=n,8192,0,84717,10.3414306640625
RRLIU,λ<=n,8192,0,101629,12.4058837890625
RRLIU,λ<=n,8192,0,107303,13.0985107421875
RRLIU,λ<=n,8192,0,78787,9.6175537109375
RRLIU,λ<=n,8192,0,87843,10.7230224609375
RRLIU,λ<=n,8192,0,93913,11.4639892578125
RRLIU,λ<=n,8192,0,128237,15.6539306640625
RRLIU,λ<=n,8192,0,72997,8.9107666015625
RRLIU,λ<=n,8192,0,87581,10.6910400390625
RRLIU,λ<=n,8192,0,75173,9.1763916015625
RRLIU,λ<=n,8192,0,74357,9.0767822265625
RRLIU,λ<=n,8192,0,95417,11.6475830078125
RRLIU,λ<=n,8192,0,111457,13.6055908203125
RRLIU,λ<=n,8192,0,80323,9.8050537109375
RRLIU,λ<=n,8192,0,80243,9.7952880859375
RRLIU,λ<=n,8192,0,83021,10.1343994140625
RRLIU,λ<=n,8192,0,80211,9.7913818359375
RRLIU,λ<=n,8192,0,92265,11.2628173828125
RRLIU,λ<=n,8192,0,77749,9.4908447265625
RRLIU,λ<=n,8192,0,77471,9.4569091796875
RRLIU,λ<=n,8192,0,84257,10.2852783203125
RRLIU,λ<=n,8192,0,76821,9.3775634765625
RRLIU,λ<=n,8192,0,71641,8.7452392578125
RRLIU,λ<=n,8192,0,140421,17.1412353515625
RRLIU,λ<=n,8192,0,98419,12.0140380859375
RRLIU,λ<=n,8192,0,78523,9.5853271484375
RRLIU,λ<=n,8192,0,92823,11.3309326171875
RRLIU,λ<=n,8192,0,81843,9.9906005859375
RRLIU,λ<=n,8192,0,82505,10.0714111328125
RRLIU,λ<=n,8192,0,95093,11.6080322265625
RRLIU,λ<=n,8192,0,81345,9.9298095703125
RRLIU,λ<=n,8192,0,88577,10.8126220703125
RRLIU,λ<=n,8192,0,81557,9.9556884765625
RRLIU,λ<=n,8192,0,93579,11.4232177734375
RRLIU,λ<=n,8192,0,77179,9.4212646484375
RRLIU,λ<=n,8192,0,143195,17.4798583984375
RRLIU,λ<=n,8192,0,91959,11.2254638671875
RRLIU,λ<=n,8192,0,79771,9.7376708984375
RRLIU,λ<=n,8192,0,89901,10.9742431640625
RRLIU,λ<=n,8192,0,74873,9.1397705078125
RRLIU,λ<=n,8192,0,94829,11.5758056640625
RRLIU,λ<=n,8192,0,144915,17.6898193359375
RRLIU,λ<=n,8192,0,101369,12.3741455078125
RRLIU,λ<=n,8192,0,81669,9.9693603515625
RRLIU,λ<=n,8192,0,122471,14.9500732421875
RRLIU,λ<=n,8192,0,84505,10.3155517578125
RRLIU,λ<=n,8192,0,83407,10.1815185546875
RRLIU,λ<=n,8192,0,92215,11.2567138671875
RRLIU,λ<=n,8192,0,189975,23.1903076171875
RRLIU,λ<=n,8192,0,78253,9.5523681640625
RRLIU,λ<=n,8192,0,98001,11.9630126953125
RRLIU,λ<=n,8192,0,110555,13.4954833984375
RRLIU,λ<=n,8192,0,108965,13.3013916015625
RRLIU,λ<=n,8192,0,119203,14.5511474609375
RRLIU,λ<=n,8192,0,116165,14.1802978515625
RRLIU,λ<=n,8192,0,87493,10.6802978515625
RRLIU,λ<=n,8192,0,76499,9.3382568359375
RRLIU,λ<=n,8192,0,79139,9.6605224609375
RRLIU,λ<=n,8192,0,130395,15.9173583984375
RRLIU,λ<=n,8192,0,71725,8.7554931640625
RRLIU,λ<=n,8192,0,86489,10.5577392578125
RRLIU,λ<=n,8192,0,87643,10.6986083984375
RRLIU,λ<=n,8192,0,108129,13.1993408203125
RRLIU,λ<=n,8192,0,109645,13.3843994140625
RRLIU,λ<=n,8192,0,115023,14.0408935546875
RRLIU,λ<=n,8192,0,114055,13.9227294921875
RRLIU,λ<=n,8192,0,103283,12.6077880859375
RRLIU,λ<=n,8192,0,85731,10.4652099609375
RRLIU,λ<=n,8192,0,77621,9.4752197265625
RRLIU,λ<=n,8192,0,104695,12.7801513671875
RRLIU,λ<=n,8192,0,98539,12.0286865234375
RRLIU,λ<=n,8192,0,74039,9.0379638671875
RRLIU,λ<=n,8192,0,76959,9.3944091796875
RSLIU,λ<=n,8192,0,116539,14.2259521484375
RSLIU,λ<=n,8192,0,143481,17.5147705078125
RSLIU,λ<=n,8192,0,108033,13.1876220703125
RSLIU,λ<=n,8192,0,222349,27.1422119140625
RSLIU,λ<=n,8192,0,149231,18.2166748046875
RSLIU,λ<=n,8192,0,144575,17.6483154296875
RSLIU,λ<=n,8192,0,111263,13.5819091796875
RSLIU,λ<=n,8192,0,88507,10.8040771484375
RSLIU,λ<=n,8192,0,119745,14.6173095703125
RSLIU,λ<=n,8192,0,105127,12.8328857421875
RSLIU,λ<=n,8192,0,105121,12.8321533203125
RSLIU,λ<=n,8192,0,168607,20.5819091796875
RSLIU,λ<=n,8192,0,154017,18.8009033203125
RSLIU,λ<=n,8192,0,206189,25.1695556640625
RSLIU,λ<=n,8192,0,135205,16.5045166015625
RSLIU,λ<=n,8192,0,203825,24.8809814453125
RSLIU,λ<=n,8192,0,123981,15.1343994140625
RSLIU,λ<=n,8192,0,145861,17.8052978515625
RSLIU,λ<=n,8192,0,139213,16.9937744140625
RSLIU,λ<=n,8192,0,169323,20.6693115234375
RSLIU,λ<=n,8192,0,161759,19.7459716796875
RSLIU,λ<=n,8192,0,144423,17.6297607421875
RSLIU,λ<=n,8192,0,106029,12.9429931640625
RSLIU,λ<=n,8192,0,102131,12.4671630859375
RSLIU,λ<=n,8192,0,111325,13.5894775390625
RSLIU,λ<=n,8192,0,191801,23.4132080078125
RSLIU,λ<=n,8192,0,95079,11.6063232421875
RSLIU,λ<=n,8192,0,161631,19.7303466796875
RSLIU,λ<=n,8192,0,146529,17.8868408203125
RSLIU,λ<=n,8192,0,194935,23.7957763671875
RSLIU,λ<=n,8192,0,122717,14.9801025390625
RSLIU,λ<=n,8192,0,119489,14.5860595703125
RSLIU,λ<=n,8192,0,113397,13.8424072265625
RSLIU,λ<=n,8192,0,94765,11.5679931640625
RSLIU,λ<=n,8192,0,167555,20.4534912109375
RSLIU,λ<=n,8192,0,136587,16.6732177734375
RSLIU,λ<=n,8192,0,134101,16.3697509765625
RSLIU,λ<=n,8192,0,230311,28.1141357421875
RSLIU,λ<=n,8192,0,153511,18.7391357421875
RSLIU,λ<=n,8192,0,162925,19.8883056640625
RSLIU,λ<=n,8192,0,106583,13.0106201171875
RSLIU,λ<=n,8192,0,126873,15.4874267578125
RSLIU,λ<=n,8192,0,217465,26.5460205078125
RSLIU,λ<=n,8192,0,124517,15.1998291015625
RSLIU,λ<=n,8192,0,103259,12.6048583984375
RSLIU,λ<=n,8192,0,111739,13.6400146484375
RSLIU,λ<=n,8192,0,108399,13.2322998046875
RSLIU,λ<=n,8192,0,107951,13.1776123046875
RSLIU,λ<=n,8192,0,107047,13.0672607421875
RSLIU,λ<=n,8192,0,100271,12.2401123046875
RSLIU,λ<=n,8192,0,97867,11.9466552734375
RSLIU,λ<=n,8192,0,138575,16.9158935546875
RSLIU,λ<=n,8192,0,175497,21.4229736328125
RSLIU,λ<=n,8192,0,132653,16.1929931640625
RSLIU,λ<=n,8192,0,153749,18.7681884765625
RSLIU,λ<=n,8192,0,112609,13.7462158203125
RSLIU,λ<=n,8192,0,171783,20.9696044921875
RSLIU,λ<=n,8192,0,114267,13.9486083984375
RSLIU,λ<=n,8192,0,154083,18.8089599609375
RSLIU,λ<=n,8192,0,153305,18.7139892578125
RSLIU,λ<=n,8192,0,108301,13.2203369140625
RSLIU,λ<=n,8192,0,110119,13.4422607421875
RSLIU,λ<=n,8192,0,120141,14.6656494140625
RSLIU,λ<=n,8192,0,117211,14.3079833984375
RSLIU,λ<=n,8192,0,122547,14.9593505859375
RSLIU,λ<=n,8192,0,145129,17.7159423828125
RSLIU,λ<=n,8192,0,122865,14.9981689453125
RSLIU,λ<=n,8192,0,131219,16.0179443359375
RSLIU,λ<=n,8192,0,196689,24.0098876953125
RSLIU,λ<=n,8192,0,129825,15.8477783203125
RSLIU,λ<=n,8192,0,203973,24.8990478515625
RSLIU,λ<=n,8192,0,106307,12.9769287109375
RSLIU,λ<=n,8192,0,132499,16.1741943359375
RSLIU,λ<=n,8192,0,164885,20.1275634765625
RSLIU,λ<=n,8192,0,89787,10.9603271484375
RSLIU,λ<=n,8192,0,104249,12.7257080078125
RSLIU,λ<=n,8192,0,102553,12.5186767578125
RSLIU,λ<=n,8192,0,141823,17.3123779296875
RSLIU,λ<=n,8192,0,188043,22.9544677734375
RSLIU,λ<=n,8192,0,99593,12.1573486328125
RSLIU,λ<=n,8192,0,130375,15.9149169921875
RSLIU,λ<=n,8192,0,103483,12.6322021484375
RSLIU,λ<=n,8192,0,149397,18.2369384765625
RSLIU,λ<=n,8192,0,143967,17.5740966796875
RSLIU,λ<=n,8192,0,102049,12.4571533203125
RSLIU,λ<=n,8192,0,118013,14.4058837890625
RSLIU,λ<=n,8192,0,125473,15.3165283203125
RSLIU,λ<=n,8192,0,195893,23.9127197265625
RSLIU,λ<=n,8192,0,108885,13.2916259765625
RSLIU,λ<=n,8192,0,120943,14.7635498046875
RSLIU,λ<=n,8192,0,137147,16.7415771484375
RSLIU,λ<=n,8192,0,123419,15.0657958984375
RSLIU,λ<=n,8192,0,110203,13.4525146484375
RSLIU,λ<=n,8192,0,127483,15.5618896484375
RSLIU,λ<=n,8192,0,95919,11.7088623046875
RSLIU,λ<=n,8192,0,145505,17.7618408203125
RSLIU,λ<=n,8192,0,133187,16.2581787109375
RSLIU,λ<=n,8192,0,155761,19.0137939453125
RSLIU,λ<=n,8192,0,123531,15.0794677734375
RSLIU,λ<=n,8192,0,136333,16.6422119140625
HSDCP,λ<=n,8192,0,70959,8.6619873046875
HSDCP,λ<=n,8192,0,150731,18.3997802734375
HSDCP,λ<=n,8192,0,142269,17.3668212890625
HSDCP,λ<=n,8192,0,80575,9.8358154296875
HSDCP,λ<=n,8192,0,82906,10.120361328125
HSDCP,λ<=n,8192,0,126237,15.4097900390625
HSDCP,λ<=n,8192,0,210709,25.7213134765625
HSDCP,λ<=n,8192,0,162523,19.8392333984375
HSDCP,λ<=n,8192,0,179466,21.907470703125
HSDCP,λ<=n,8192,0,213444,26.05517578125
HSDCP,λ<=n,8192,0,104925,12.8082275390625
HSDCP,λ<=n,8192,0,120422,14.699951171875
HSDCP,λ<=n,8192,0,61731,7.5355224609375
HSDCP,λ<=n,8192,0,83721,10.2198486328125
HSDCP,λ<=n,8192,0,73878,9.018310546875
HSDCP,λ<=n,8192,0,150634,18.387939453125
HSDCP,λ<=n,8192,0,81260,9.91943359375
HSDCP,λ<=n,8192,0,81584,9.958984375
HSDCP,λ<=n,8192,0,86187,10.5208740234375
HSDCP,λ<=n,8192,0,186576,22.775390625
HSDCP,λ<=n,8192,0,107617,13.1368408203125
HSDCP,λ<=n,8192,0,92865,11.3360595703125
HSDCP,λ<=n,8192,0,95133,11.6129150390625
HSDCP,λ<=n,8192,0,92939,11.3450927734375
HSDCP,λ<=n,8192,0,132117,16.1275634765625
HSDCP,λ<=n,8192,0,78140,9.53857421875
HSDCP,λ<=n,8192,0,78950,9.637451171875
HSDCP,λ<=n,8192,0,88219,10.7689208984375
HSDCP,λ<=n,8192,0,105981,12.9371337890625
HSDCP,λ<=n,8192,0,86231,10.5262451171875
HSDCP,λ<=n,8192,0,122554,14.960205078125
HSDCP,λ<=n,8192,0,96851,11.8226318359375
HSDCP,λ<=n,8192,0,267214,32.618896484375
HSDCP,λ<=n,8192,0,184329,22.5010986328125
HSDCP,λ<=n,8192,0,93356,11.39599609375
HSDCP,λ<=n,8192,0,66998,8.178466796875
HSDCP,λ<=n,8192,0,133891,16.3441162109375
HSDCP,λ<=n,8192,0,211962,25.874267578125
HSDCP,λ<=n,8192,0,100133,12.2232666015625
HSDCP,λ<=n,8192,0,86242,10.527587890625
HSDCP,λ<=n,8192,0,95172,11.61767578125
HSDCP,λ<=n,8192,0,425308,51.91748046875
HSDCP,λ<=n,8192,0,105863,12.9227294921875
HSDCP,λ<=n,8192,0,144871,17.6844482421875
HSDCP,λ<=n,8192,0,97550,11.907958984375
HSDCP,λ<=n,8192,0,134008,16.3583984375
HSDCP,λ<=n,8192,0,98430,12.015380859375
HSDCP,λ<=n,8192,0,70593,8.6173095703125
HSDCP,λ<=n,8192,0,86954,10.614501953125
HSDCP,λ<=n,8192,0,83542,10.197998046875
HSDCP,λ<=n,8192,0,105678,12.900146484375
HSDCP,λ<=n,8192,0,107577,13.1319580078125
HSDCP,λ<=n,8192,0,79152,9.662109375
HSDCP,λ<=n,8192,0,100377,12.2530517578125
HSDCP,λ<=n,8192,0,98809,12.0616455078125
HSDCP,λ<=n,8192,0,101077,12.3385009765625
HSDCP,λ<=n,8192,0,203693,24.8648681640625
HSDCP,λ<=n,8192,0,89665,10.9454345703125
HSDCP,λ<=n,8192,0,146670,17.904052734375
HSDCP,λ<=n,8192,0,87208,10.6455078125
HSDCP,λ<=n,8192,0,88914,10.853759765625
HSDCP,λ<=n,8192,0,69287,8.4578857421875
HSDCP,λ<=n,8192,0,72685,8.8726806640625
HSDCP,λ<=n,8192,0,110732,13.51708984375
HSDCP,λ<=n,8192,0,103610,12.647705078125
HSDCP,λ<=n,8192,0,118729,14.4932861328125
HSDCP,λ<=n,8192,0,99249,12.1153564453125
HSDCP,λ<=n,8192,0,75698,9.240478515625
HSDCP,λ<=n,8192,0,89795,10.9613037109375
HSDCP,λ<=n,8192,0,120410,14.698486328125
HSDCP,λ<=n,8192,0,125484,15.31787109375
HSDCP,λ<=n,8192,0,95663,11.6776123046875
HSDCP,λ<=n,8192,0,84064,10.26171875
HSDCP,λ<=n,8192,0,118308,14.44189453125
HSDCP,λ<=n,8192,0,108319,13.2225341796875
HSDCP,λ<=n,8192,0,122218,14.919189453125
HSDCP,λ<=n,8192,0,80321,9.8048095703125
HSDCP,λ<=n,8192,0,120753,14.7403564453125
HSDCP,λ<=n,8192,0,88105,10.7550048828125
HSDCP,λ<=n,8192,0,85380,10.42236328125
HSDCP,λ<=n,8192,0,100479,12.2655029296875
HSDCP,λ<=n,8192,0,90939,11.1009521484375
HSDCP,λ<=n,8192,0,106771,13.0335693359375
HSDCP,λ<=n,8192,0,94787,11.5706787109375
HSDCP,λ<=n,8192,0,155496,18.9814453125
HSDCP,λ<=n,8192,0,112819,13.7718505859375
HSDCP,λ<=n,8192,0,219223,26.7606201171875
HSDCP,λ<=n,8192,0,70463,8.6014404296875
HSDCP,λ<=n,8192,0,140066,17.097900390625
HSDCP,λ<=n,8192,0,138483,16.9046630859375
HSDCP,λ<=n,8192,0,199553,24.3594970703125
HSDCP,λ<=n,8192,0,120589,14.7203369140625
HSDCP,λ<=n,8192,0,81687,9.9715576171875
HSDCP,λ<=n,8192,0,80426,9.817626953125
HSDCP,λ<=n,8192,0,99465,12.1417236328125
HSDCP,λ<=n,8192,0,102370,12.496337890625
HSDCP,λ<=n,8192,0,140012,17.09130859375
HSDCP,λ<=n,8192,0,103200,12.59765625
HSDCP,λ<=n,8192,0,157982,19.284912109375
HSDCP,λ<=n,8192,0,94692,11.55908203125
HRDCP,λ<=n,8192,0,57756,7.05029296875
HRDCP,λ<=n,8192,0,75236,9.18408203125
HRDCP,λ<=n,8192,0,77962,9.516845703125
HRDCP,λ<=n,8192,0,67871,8.2850341796875
HRDCP,λ<=n,8192,0,65251,7.9652099609375
HRDCP,λ<=n,8192,0,172483,21.0550537109375
HRDCP,λ<=n,8192,0,81632,9.96484375
HRDCP,λ<=n,8192,0,53904,6.580078125
HRDCP,λ<=n,8192,0,52994,6.468994140625
HRDCP,λ<=n,8192,0,100120,12.2216796875
HRDCP,λ<=n,8192,0,66976,8.17578125
HRDCP,λ<=n,8192,0,61583,7.5174560546875
HRDCP,λ<=n,8192,0,106937,13.0538330078125
HRDCP,λ<=n,8192,0,71028,8.67041015625
HRDCP,λ<=n,8192,0,67676,8.26123046875
HRDCP,λ<=n,8192,0,76261,9.3092041015625
HRDCP,λ<=n,8192,0,57187,6.9808349609375
HRDCP,λ<=n,8192,0,85144,10.3935546875
HRDCP,λ<=n,8192,0,61783,7.5418701171875
HRDCP,λ<=n,8192,0,58265,7.1124267578125
HRDCP,λ<=n,8192,0,127491,15.5628662109375
HRDCP,λ<=n,8192,0,65842,8.037353515625
HRDCP,λ<=n,8192,0,66767,8.1502685546875
HRDCP,λ<=n,8192,0,57036,6.96240234375
HRDCP,λ<=n,8192,0,87570,10.689697265625
HRDCP,λ<=n,8192,0,58084,7.09033203125
HRDCP,λ<=n,8192,0,75133,9.1715087890625
HRDCP,λ<=n,8192,0,65341,7.9761962890625
HRDCP,λ<=n,8192,0,59678,7.284912109375
HRDCP,λ<=n,8192,0,104451,12.7503662109375
HRDCP,λ<=n,8192,0,86514,10.560791015625
HRDCP,λ<=n,8192,0,77147,9.4173583984375
HRDCP,λ<=n,8192,0,58016,7.08203125
HRDCP,λ<=n,8192,0,60803,7.4222412109375
HRDCP,λ<=n,8192,0,59955,7.3187255859375
HRDCP,λ<=n,8192,0,57519,7.0213623046875
HRDCP,λ<=n,8192,0,71452,8.72216796875
HRDCP,λ<=n,8192,0,85293,10.4117431640625
HRDCP,λ<=n,8192,0,97812,11.93994140625
HRDCP,λ<=n,8192,0,60164,7.34423828125
HRDCP,λ<=n,8192,0,83884,10.23974609375
HRDCP,λ<=n,8192,0,71937,8.7813720703125
HRDCP,λ<=n,8192,0,56537,6.9014892578125
HRDCP,λ<=n,8192,0,83379,10.1781005859375
HRDCP,λ<=n,8192,0,58192,7.103515625
HRDCP,λ<=n,8192,0,70756,8.63720703125
HRDCP,λ<=n,8192,0,63946,7.805908203125
HRDCP,λ<=n,8192,0,69817,8.5225830078125
HRDCP,λ<=n,8192,0,66992,8.177734375
HRDCP,λ<=n,8192,0,91050,11.114501953125
HRDCP,λ<=n,8192,0,67639,8.2567138671875
HRDCP,λ<=n,8192,0,130592,15.94140625
HRDCP,λ<=n,8192,0,72567,8.8582763671875
HRDCP,λ<=n,8192,0,78443,9.5755615234375
HRDCP,λ<=n,8192,0,69320,8.4619140625
HRDCP,λ<=n,8192,0,52687,6.4315185546875
HRDCP,λ<=n,8192,0,87744,10.7109375
HRDCP,λ<=n,8192,0,61313,7.4844970703125
HRDCP,λ<=n,8192,0,67226,8.206298828125
HRDCP,λ<=n,8192,0,61997,7.5679931640625
HRDCP,λ<=n,8192,0,87893,10.7291259765625
HRDCP,λ<=n,8192,0,60256,7.35546875
HRDCP,λ<=n,8192,0,59434,7.255126953125
HRDCP,λ<=n,8192,0,61926,7.559326171875
HRDCP,λ<=n,8192,0,121158,14.789794921875
HRDCP,λ<=n,8192,0,70909,8.6558837890625
HRDCP,λ<=n,8192,0,61679,7.5291748046875
HRDCP,λ<=n,8192,0,58018,7.082275390625
HRDCP,λ<=n,8192,0,68263,8.3328857421875
HRDCP,λ<=n,8192,0,71565,8.7359619140625
HRDCP,λ<=n,8192,0,115003,14.0384521484375
HRDCP,λ<=n,8192,0,72154,8.807861328125
HRDCP,λ<=n,8192,0,72264,8.8212890625
HRDCP,λ<=n,8192,0,58126,7.095458984375
HRDCP,λ<=n,8192,0,51472,6.283203125
HRDCP,λ<=n,8192,0,66988,8.17724609375
HRDCP,λ<=n,8192,0,90057,10.9932861328125
HRDCP,λ<=n,8192,0,75372,9.20068359375
HRDCP,λ<=n,8192,0,59852,7.30615234375
HRDCP,λ<=n,8192,0,58485,7.1392822265625
HRDCP,λ<=n,8192,0,55584,6.78515625
HRDCP,λ<=n,8192,0,118272,14.4375
HRDCP,λ<=n,8192,0,73650,8.990478515625
HRDCP,λ<=n,8192,0,57323,6.9974365234375
HRDCP,λ<=n,8192,0,56412,6.88623046875
HRDCP,λ<=n,8192,0,121945,14.8858642578125
HRDCP,λ<=n,8192,0,83574,10.201904296875
HRDCP,λ<=n,8192,0,166806,20.362060546875
HRDCP,λ<=n,8192,0,108000,13.18359375
HRDCP,λ<=n,8192,0,84474,10.311767578125
HRDCP,λ<=n,8192,0,76401,9.3262939453125
HRDCP,λ<=n,8192,0,95755,11.6888427734375
HRDCP,λ<=n,8192,0,55368,6.7587890625
HRDCP,λ<=n,8192,0,63621,7.7662353515625
HRDCP,λ<=n,8192,0,72325,8.8287353515625
HRDCP,λ<=n,8192,0,97046,11.846435546875
HRDCP,λ<=n,8192,0,108989,13.3043212890625
HRDCP,λ<=n,8192,0,69076,8.43212890625
HRDCP,λ<=n,8192,0,71798,8.764404296875
HRDCP,λ<=n,8192,0,72933,8.9029541015625
HHDCP,λ<=n,8192,0,53692,6.55419921875
HHDCP,λ<=n,8192,0,86833,10.5997314453125
HHDCP,λ<=n,8192,0,72662,8.869873046875
HHDCP,λ<=n,8192,0,55969,6.8321533203125
HHDCP,λ<=n,8192,0,88224,10.76953125
HHDCP,λ<=n,8192,0,67201,8.2032470703125
HHDCP,λ<=n,8192,0,47095,5.7489013671875
HHDCP,λ<=n,8192,0,64545,7.8790283203125
HHDCP,λ<=n,8192,0,73734,9.000732421875
HHDCP,λ<=n,8192,0,75649,9.2344970703125
HHDCP,λ<=n,8192,0,63812,7.78955078125
HHDCP,λ<=n,8192,0,52700,6.43310546875
HHDCP,λ<=n,8192,0,103678,12.656005859375
HHDCP,λ<=n,8192,0,54507,6.6536865234375
HHDCP,λ<=n,8192,0,52118,6.362060546875
HHDCP,λ<=n,8192,0,88952,10.8583984375
HHDCP,λ<=n,8192,0,63222,7.717529296875
HHDCP,λ<=n,8192,0,52260,6.37939453125
HHDCP,λ<=n,8192,0,78011,9.5228271484375
HHDCP,λ<=n,8192,0,78414,9.572021484375
HHDCP,λ<=n,8192,0,78991,9.6424560546875
HHDCP,λ<=n,8192,0,65228,7.96240234375
HHDCP,λ<=n,8192,0,54309,6.6295166015625
HHDCP,λ<=n,8192,0,57080,6.9677734375
HHDCP,λ<=n,8192,0,69484,8.48193359375
HHDCP,λ<=n,8192,0,68127,8.3162841796875
HHDCP,λ<=n,8192,0,65790,8.031005859375
HHDCP,λ<=n,8192,0,51193,6.2491455078125
HHDCP,λ<=n,8192,0,65636,8.01220703125
HHDCP,λ<=n,8192,0,81150,9.906005859375
HHDCP,λ<=n,8192,0,84406,10.303466796875
HHDCP,λ<=n,8192,0,57406,7.007568359375
HHDCP,λ<=n,8192,0,88890,10.850830078125
HHDCP,λ<=n,8192,0,61121,7.4610595703125
HHDCP,λ<=n,8192,0,54050,6.597900390625
HHDCP,λ<=n,8192,0,64893,7.9215087890625
HHDCP,λ<=n,8192,0,46979,5.7347412109375
HHDCP,λ<=n,8192,0,76532,9.34228515625
HHDCP,λ<=n,8192,0,77558,9.467529296875
HHDCP,λ<=n,8192,0,55196,6.73779296875
HHDCP,λ<=n,8192,0,52679,6.4305419921875
HHDCP,λ<=n,8192,0,50411,6.1536865234375
HHDCP,λ<=n,8192,0,53748,6.56103515625
HHDCP,λ<=n,8192,0,68120,8.3154296875
HHDCP,λ<=n,8192,0,57427,7.0101318359375
HHDCP,λ<=n,8192,0,64432,7.865234375
HHDCP,λ<=n,8192,0,55639,6.7918701171875
HHDCP,λ<=n,8192,0,68945,8.4161376953125
HHDCP,λ<=n,8192,0,54423,6.6434326171875
HHDCP,λ<=n,8192,0,55197,6.7379150390625
HHDCP,λ<=n,8192,0,52444,6.40185546875
HHDCP,λ<=n,8192,0,64145,7.8302001953125
HHDCP,λ<=n,8192,0,58071,7.0887451171875
HHDCP,λ<=n,8192,0,75772,9.24951171875
HHDCP,λ<=n,8192,0,64805,7.9107666015625
HHDCP,λ<=n,8192,0,51396,6.27392578125
HHDCP,λ<=n,8192,0,76841,9.3800048828125
HHDCP,λ<=n,8192,0,82037,10.0142822265625
HHDCP,λ<=n,8192,0,65841,8.0372314453125
HHDCP,λ<=n,8192,0,58249,7.1104736328125
HHDCP,λ<=n,8192,0,57757,7.0504150390625
HHDCP,λ<=n,8192,0,57691,7.0423583984375
HHDCP,λ<=n,8192,0,51367,6.2703857421875
HHDCP,λ<=n,8192,0,55194,6.737548828125
HHDCP,λ<=n,8192,0,63969,7.8087158203125
HHDCP,λ<=n,8192,0,47737,5.8272705078125
HHDCP,λ<=n,8192,0,59340,7.24365234375
HHDCP,λ<=n,8192,0,61744,7.537109375
HHDCP,λ<=n,8192,0,64957,7.9293212890625
HHDCP,λ<=n,8192,0,94008,11.4755859375
HHDCP,λ<=n,8192,0,56515,6.8988037109375
HHDCP,λ<=n,8192,0,53103,6.4822998046875
HHDCP,λ<=n,8192,0,71656,8.7470703125
HHDCP,λ<=n,8192,0,58676,7.16259765625
HHDCP,λ<=n,8192,0,104937,12.8096923828125
HHDCP,λ<=n,8192,0,60086,7.334716796875
HHDCP,λ<=n,8192,0,57652,7.03759765625
HHDCP,λ<=n,8192,0,56731,6.9251708984375
HHDCP,λ<=n,8192,0,70589,8.6168212890625
HHDCP,λ<=n,8192,0,53546,6.536376953125
HHDCP,λ<=n,8192,0,62832,7.669921875
HHDCP,λ<=n,8192,0,66854,8.160888671875
HHDCP,λ<=n,8192,0,81832,9.9892578125
HHDCP,λ<=n,8192,0,113965,13.9117431640625
HHDCP,λ<=n,8192,0,49919,6.0936279296875
HHDCP,λ<=n,8192,0,79905,9.7540283203125
HHDCP,λ<=n,8192,0,86862,10.603271484375
HHDCP,λ<=n,8192,0,57310,6.995849609375
HHDCP,λ<=n,8192,0,63807,7.7889404296875
HHDCP,λ<=n,8192,0,59819,7.3021240234375
HHDCP,λ<=n,8192,0,59602,7.275634765625
HHDCP,λ<=n,8192,0,57365,7.0025634765625
HHDCP,λ<=n,8192,0,56574,6.906005859375
HHDCP,λ<=n,8192,0,61396,7.49462890625
HHDCP,λ<=n,8192,0,57303,6.9949951171875
HHDCP,λ<=n,8192,0,49925,6.0943603515625
HHDCP,λ<=n,8192,0,61156,7.46533203125
HHDCP,λ<=n,8192,0,62635,7.6458740234375
HHDCP,λ<=n,8192,0,59361,7.2462158203125
HHDCP,λ<=n,8192,0,53378,6.515869140625
HHLCP,λ<=n,8192,0,63036,7.69482421875
HHLCP,λ<=n,8192,0,57810,7.056884765625
HHLCP,λ<=n,8192,0,64425,7.8643798828125
HHLCP,λ<=n,8192,0,87207,10.6453857421875
HHLCP,λ<=n,8192,0,60170,7.344970703125
HHLCP,λ<=n,8192,0,55491,6.7738037109375
HHLCP,λ<=n,8192,0,62342,7.610107421875
HHLCP,λ<=n,8192,0,61421,7.4976806640625
HHLCP,λ<=n,8192,0,71986,8.787353515625
HHLCP,λ<=n,8192,0,69046,8.428466796875
HHLCP,λ<=n,8192,0,64486,7.871826171875
HHLCP,λ<=n,8192,0,62021,7.5709228515625
HHLCP,λ<=n,8192,0,56313,6.8741455078125
HHLCP,λ<=n,8192,0,61707,7.5325927734375
HHLCP,λ<=n,8192,0,65741,8.0250244140625
HHLCP,λ<=n,8192,0,67965,8.2965087890625
HHLCP,λ<=n,8192,0,66524,8.12060546875
HHLCP,λ<=n,8192,0,56418,6.886962890625
HHLCP,λ<=n,8192,0,62382,7.614990234375
HHLCP,λ<=n,8192,0,68882,8.408447265625
HHLCP,λ<=n,8192,0,73540,8.97705078125
HHLCP,λ<=n,8192,0,82795,10.1068115234375
HHLCP,λ<=n,8192,0,73821,9.0113525390625
HHLCP,λ<=n,8192,0,54837,6.6939697265625
HHLCP,λ<=n,8192,0,99926,12.197998046875
HHLCP,λ<=n,8192,0,54636,6.66943359375
HHLCP,λ<=n,8192,0,96518,11.781982421875
HHLCP,λ<=n,8192,0,89507,10.9261474609375
HHLCP,λ<=n,8192,0,50467,6.1605224609375
HHLCP,λ<=n,8192,0,55420,6.76513671875
HHLCP,λ<=n,8192,0,81725,9.9761962890625
HHLCP,λ<=n,8192,0,57768,7.0517578125
HHLCP,λ<=n,8192,0,52342,6.389404296875
HHLCP,λ<=n,8192,0,102249,12.4815673828125
HHLCP,λ<=n,8192,0,63790,7.786865234375
HHLCP,λ<=n,8192,0,62798,7.665771484375
HHLCP,λ<=n,8192,0,83594,10.204345703125
HHLCP,λ<=n,8192,0,55158,6.733154296875
HHLCP,λ<=n,8192,0,52591,6.4197998046875
HHLCP,λ<=n,8192,0,58411,7.1302490234375
HHLCP,λ<=n,8192,0,59507,7.2640380859375
HHLCP,λ<=n,8192,0,57300,6.99462890625
HHLCP,λ<=n,8192,0,85600,10.44921875
HHLCP,λ<=n,8192,0,64918,7.924560546875
HHLCP,λ<=n,8192,0,66313,8.0948486328125
HHLCP,λ<=n,8192,0,55323,6.7532958984375
HHLCP,λ<=n,8192,0,80519,9.8289794921875
HHLCP,λ<=n,8192,0,65888,8.04296875
HHLCP,λ<=n,8192,0,79406,9.693115234375
HHLCP,λ<=n,8192,0,57954,7.074462890625
HHLCP,λ<=n,8192,0,55838,6.816162109375
HHLCP,λ<=n,8192,0,60288,7.359375
HHLCP,λ<=n,8192,0,54530,6.656494140625
HHLCP,λ<=n,8192,0,56737,6.9259033203125
HHLCP,λ<=n,8192,0,79328,9.68359375
HHLCP,λ<=n,8192,0,68126,8.316162109375
HHLCP,λ<=n,8192,0,71567,8.7362060546875
HHLCP,λ<=n,8192,0,89133,10.8804931640625
HHLCP,λ<=n,8192,0,53564,6.53857421875
HHLCP,λ<=n,8192,0,81749,9.9791259765625
HHLCP,λ<=n,8192,0,79580,9.71435546875
HHLCP,λ<=n,8192,0,54659,6.6722412109375
HHLCP,λ<=n,8192,0,60388,7.37158203125
HHLCP,λ<=n,8192,0,52696,6.4326171875
HHLCP,λ<=n,8192,0,57894,7.067138671875
HHLCP,λ<=n,8192,0,65617,8.0098876953125
HHLCP,λ<=n,8192,0,52999,6.4696044921875
HHLCP,λ<=n,8192,0,52731,6.4368896484375
HHLCP,λ<=n,8192,0,60860,7.42919921875
HHLCP,λ<=n,8192,0,62192,7.591796875
HHLCP,λ<=n,8192,0,73225,8.9385986328125
HHLCP,λ<=n,8192,0,65722,8.022705078125
HHLCP,λ<=n,8192,0,58454,7.135498046875
HHLCP,λ<=n,8192,0,63894,7.799560546875
HHLCP,λ<=n,8192,0,69554,8.490478515625
HHLCP,λ<=n,8192,0,83444,10.18603515625
HHLCP,λ<=n,8192,0,66047,8.0623779296875
HHLCP,λ<=n,8192,0,51665,6.3067626953125
HHLCP,λ<=n,8192,0,67074,8.187744140625
HHLCP,λ<=n,8192,0,52715,6.4349365234375
HHLCP,λ<=n,8192,0,75722,9.243408203125
HHLCP,λ<=n,8192,0,68092,8.31201171875
HHLCP,λ<=n,8192,0,64086,7.822998046875
HHLCP,λ<=n,8192,0,50287,6.1385498046875
HHLCP,λ<=n,8192,0,80409,9.8155517578125
HHLCP,λ<=n,8192,0,64303,7.8494873046875
HHLCP,λ<=n,8192,0,60675,7.4066162109375
HHLCP,λ<=n,8192,0,98780,12.05810546875
HHLCP,λ<=n,8192,0,60372,7.36962890625
HHLCP,λ<=n,8192,0,65349,7.9771728515625
HHLCP,λ<=n,8192,0,71670,8.748779296875
HHLCP,λ<=n,8192,0,64143,7.8299560546875
HHLCP,λ<=n,8192,0,74191,9.0565185546875
HHLCP,λ<=n,8192,0,52827,6.4486083984375
HHLCP,λ<=n,8192,0,52952,6.4638671875
HHLCP,λ<=n,8192,0,58878,7.187255859375
HHLCP,λ<=n,8192,0,61111,7.4598388671875
HHLCP,λ<=n,8192,0,77905,9.5098876953125
HHLCP,λ<=n,8192,0,76917,9.3892822265625
HHLCP,λ<=n,8192,0,66087,8.0672607421875
HRLCP,λ<=n,8192,0,74131,9.0491943359375
HRLCP,λ<=n,8192,0,126831,15.4822998046875
HRLCP,λ<=n,8192,0,58423,7.1317138671875
HRLCP,λ<=n,8192,0,120613,14.7232666015625
HRLCP,λ<=n,8192,0,94869,11.5806884765625
HRLCP,λ<=n,8192,0,89407,10.9139404296875
HRLCP,λ<=n,8192,0,122457,14.9483642578125
HRLCP,λ<=n,8192,0,53081,6.4796142578125
HRLCP,λ<=n,8192,0,56124,6.85107421875
HRLCP,λ<=n,8192,0,60854,7.428466796875
HRLCP,λ<=n,8192,0,58231,7.1082763671875
HRLCP,λ<=n,8192,0,83743,10.2225341796875
HRLCP,λ<=n,8192,0,58167,7.1004638671875
HRLCP,λ<=n,8192,0,72707,8.8753662109375
HRLCP,λ<=n,8192,0,60780,7.41943359375
HRLCP,λ<=n,8192,0,92833,11.3321533203125
HRLCP,λ<=n,8192,0,65913,8.0460205078125
HRLCP,λ<=n,8192,0,88865,10.8477783203125
HRLCP,λ<=n,8192,0,60241,7.3536376953125
HRLCP,λ<=n,8192,0,81747,9.9788818359375
HRLCP,λ<=n,8192,0,77227,9.4271240234375
HRLCP,λ<=n,8192,0,66370,8.101806640625
HRLCP,λ<=n,8192,0,77783,9.4949951171875
HRLCP,λ<=n,8192,0,105350,12.860107421875
HRLCP,λ<=n,8192,0,72152,8.8076171875
HRLCP,λ<=n,8192,0,93591,11.4246826171875
HRLCP,λ<=n,8192,0,60820,7.42431640625
HRLCP,λ<=n,8192,0,61248,7.4765625
HRLCP,λ<=n,8192,0,56207,6.8612060546875
HRLCP,λ<=n,8192,0,92421,11.2818603515625
HRLCP,λ<=n,8192,0,82873,10.1163330078125
HRLCP,λ<=n,8192,0,62899,7.6781005859375
HRLCP,λ<=n,8192,0,73114,8.925048828125
HRLCP,λ<=n,8192,0,93865,11.4581298828125
HRLCP,λ<=n,8192,0,115180,14.06005859375
HRLCP,λ<=n,8192,0,107907,13.1722412109375
HRLCP,λ<=n,8192,0,57647,7.0369873046875
HRLCP,λ<=n,8192,0,107258,13.093017578125
HRLCP,λ<=n,8192,0,83207,10.1571044921875
HRLCP,λ<=n,8192,0,60350,7.366943359375
HRLCP,λ<=n,8192,0,84344,10.2958984375
HRLCP,λ<=n,8192,0,65060,7.94189453125
HRLCP,λ<=n,8192,0,69655,8.5028076171875
HRLCP,λ<=n,8192,0,56555,6.9036865234375
HRLCP,λ<=n,8192,0,91161,11.1280517578125
HRLCP,λ<=n,8192,0,61447,7.5008544921875
HRLCP,λ<=n,8192,0,86336,10.5390625
HRLCP,λ<=n,8192,0,72043,8.7943115234375
HRLCP,λ<=n,8192,0,99698,12.170166015625
HRLCP,λ<=n,8192,0,71588,8.73876953125
HRLCP,λ<=n,8192,0,69795,8.5198974609375
HRLCP,λ<=n,8192,0,112864,13.77734375
HRLCP,λ<=n,8192,0,75456,9.2109375
HRLCP,λ<=n,8192,0,78439,9.5750732421875
HRLCP,λ<=n,8192,0,66587,8.1282958984375
HRLCP,λ<=n,8192,0,62540,7.63427734375
HRLCP,λ<=n,8192,0,63948,7.80615234375
HRLCP,λ<=n,8192,0,77440,9.453125
HRLCP,λ<=n,8192,0,78349,9.5640869140625
HRLCP,λ<=n,8192,0,99990,12.205810546875
HRLCP,λ<=n,8192,0,82383,10.0565185546875
HRLCP,λ<=n,8192,0,112479,13.7303466796875
HRLCP,λ<=n,8192,0,112683,13.7552490234375
HRLCP,λ<=n,8192,0,72578,8.859619140625
HRLCP,λ<=n,8192,0,108753,13.2755126953125
HRLCP,λ<=n,8192,0,81409,9.9376220703125
HRLCP,λ<=n,8192,0,76999,9.3992919921875
HRLCP,λ<=n,8192,0,71531,8.7318115234375
HRLCP,λ<=n,8192,0,87060,10.62744140625
HRLCP,λ<=n,8192,0,77387,9.4466552734375
HRLCP,λ<=n,8192,0,121926,14.883544921875
HRLCP,λ<=n,8192,0,59623,7.2781982421875
HRLCP,λ<=n,8192,0,66754,8.148681640625
HRLCP,λ<=n,8192,0,78482,9.580322265625
HRLCP,λ<=n,8192,0,102816,12.55078125
HRLCP,λ<=n,8192,0,70282,8.579345703125
HRLCP,λ<=n,8192,0,54906,6.702392578125
HRLCP,λ<=n,8192,0,71602,8.740478515625
HRLCP,λ<=n,8192,0,72549,8.8560791015625
HRLCP,λ<=n,8192,0,71510,8.729248046875
HRLCP,λ<=n,8192,0,82448,10.064453125
HRLCP,λ<=n,8192,0,112975,13.7908935546875
HRLCP,λ<=n,8192,0,54175,6.6131591796875
HRLCP,λ<=n,8192,0,62055,7.5750732421875
HRLCP,λ<=n,8192,0,64763,7.9056396484375
HRLCP,λ<=n,8192,0,58074,7.089111328125
HRLCP,λ<=n,8192,0,72909,8.9000244140625
HRLCP,λ<=n,8192,0,71057,8.6739501953125
HRLCP,λ<=n,8192,0,67849,8.2823486328125
HRLCP,λ<=n,8192,0,81767,9.9813232421875
HRLCP,λ<=n,8192,0,78956,9.63818359375
HRLCP,λ<=n,8192,0,91588,11.18017578125
HRLCP,λ<=n,8192,0,77518,9.462646484375
HRLCP,λ<=n,8192,0,58868,7.18603515625
HRLCP,λ<=n,8192,0,69498,8.483642578125
HRLCP,λ<=n,8192,0,117360,14.326171875
HRLCP,λ<=n,8192,0,82864,10.115234375
HRLCP,λ<=n,8192,0,104798,12.792724609375
HRLCP,λ<=n,8192,0,95336,11.6376953125
HRLCP,λ<=n,8192,0,78506,9.583251953125
HSLCP,λ<=n,8192,0,88782,10.837646484375
HSLCP,λ<=n,8192,0,83170,10.152587890625
HSLCP,λ<=n,8192,0,124032,15.140625
HSLCP,λ<=n,8192,0,122719,14.9803466796875
HSLCP,λ<=n,8192,0,137955,16.8402099609375
HSLCP,λ<=n,8192,0,130373,15.9146728515625
HSLCP,λ<=n,8192,0,110234,13.456298828125
HSLCP,λ<=n,8192,0,116583,14.2313232421875
HSLCP,λ<=n,8192,0,157957,19.2818603515625
HSLCP,λ<=n,8192,0,146339,17.8636474609375
HSLCP,λ<=n,8192,0,118432,14.45703125
HSLCP,λ<=n,8192,0,138711,16.9324951171875
HSLCP,λ<=n,8192,0,96472,11.7763671875
HSLCP,λ<=n,8192,0,147805,18.0426025390625
HSLCP,λ<=n,8192,0,190229,23.2213134765625
HSLCP,λ<=n,8192,0,157317,19.2037353515625
HSLCP,λ<=n,8192,0,86211,10.5238037109375
HSLCP,λ<=n,8192,0,97774,11.935302734375
HSLCP,λ<=n,8192,0,91108,11.12158203125
HSLCP,λ<=n,8192,0,121980,14.89013671875
HSLCP,λ<=n,8192,0,108987,13.3040771484375
HSLCP,λ<=n,8192,0,107526,13.125732421875
HSLCP,λ<=n,8192,0,222368,27.14453125
HSLCP,λ<=n,8192,0,90999,11.1082763671875
HSLCP,λ<=n,8192,0,72603,8.8626708984375
HSLCP,λ<=n,8192,0,98318,12.001708984375
HSLCP,λ<=n,8192,0,114738,14.006103515625
HSLCP,λ<=n,8192,0,75942,9.270263671875
HSLCP,λ<=n,8192,0,198045,24.1754150390625
HSLCP,λ<=n,8192,0,104202,12.719970703125
HSLCP,λ<=n,8192,0,102422,12.502685546875
HSLCP,λ<=n,8192,0,96612,11.79345703125
HSLCP,λ<=n,8192,0,113281,13.8282470703125
HSLCP,λ<=n,8192,0,88214,10.768310546875
HSLCP,λ<=n,8192,0,81804,9.98583984375
HSLCP,λ<=n,8192,0,117280,14.31640625
HSLCP,λ<=n,8192,0,138603,16.9193115234375
HSLCP,λ<=n,8192,0,109436,13.35888671875
HSLCP,λ<=n,8192,0,109485,13.3648681640625
HSLCP,λ<=n,8192,0,83715,10.2191162109375
HSLCP,λ<=n,8192,0,123662,15.095458984375
HSLCP,λ<=n,8192,0,125700,15.34423828125
HSLCP,λ<=n,8192,0,121648,14.849609375
HSLCP,λ<=n,8192,0,80224,9.79296875
HSLCP,λ<=n,8192,0,165690,20.225830078125
HSLCP,λ<=n,8192,0,129723,15.8353271484375
HSLCP,λ<=n,8192,0,90693,11.0709228515625
HSLCP,λ<=n,8192,0,131114,16.005126953125
HSLCP,λ<=n,8192,0,130091,15.8802490234375
HSLCP,λ<=n,8192,0,115921,14.1505126953125
HSLCP,λ<=n,8192,0,88311,10.7801513671875
HSLCP,λ<=n,8192,0,110177,13.4493408203125
HSLCP,λ<=n,8192,0,95287,11.6317138671875
HSLCP,λ<=n,8192,0,142921,17.4464111328125
HSLCP,λ<=n,8192,0,197621,24.1236572265625
HSLCP,λ<=n,8192,0,151794,18.529541015625
HSLCP,λ<=n,8192,0,115067,14.0462646484375
HSLCP,λ<=n,8192,0,155722,19.009033203125
HSLCP,λ<=n,8192,0,192254,23.468505859375
HSLCP,λ<=n,8192,0,108157,13.2027587890625
HSLCP,λ<=n,8192,0,91025,11.1114501953125
HSLCP,λ<=n,8192,0,109583,13.3768310546875
HSLCP,λ<=n,8192,0,84637,10.3316650390625
HSLCP,λ<=n,8192,0,139531,17.0325927734375
HSLCP,λ<=n,8192,0,117665,14.3634033203125
HSLCP,λ<=n,8192,0,80539,9.8314208984375
HSLCP,λ<=n,8192,0,116651,14.2396240234375
HSLCP,λ<=n,8192,0,126267,15.4134521484375
HSLCP,λ<=n,8192,0,108952,13.2998046875
HSLCP,λ<=n,8192,0,88503,10.8035888671875
HSLCP,λ<=n,8192,0,146052,17.82861328125
HSLCP,λ<=n,8192,0,238166,29.072998046875
HSLCP,λ<=n,8192,0,115803,14.1361083984375
HSLCP,λ<=n,8192,0,120170,14.669189453125
HSLCP,λ<=n,8192,0,271940,33.19580078125
HSLCP,λ<=n,8192,0,170108,20.76513671875
HSLCP,λ<=n,8192,0,90417,11.0372314453125
HSLCP,λ<=n,8192,0,78220,9.54833984375
HSLCP,λ<=n,8192,0,81066,9.895751953125
HSLCP,λ<=n,8192,0,248030,30.277099609375
HSLCP,λ<=n,8192,0,101112,12.3427734375
HSLCP,λ<=n,8192,0,99019,12.0872802734375
HSLCP,λ<=n,8192,0,147234,17.972900390625
HSLCP,λ<=n,8192,0,126604,15.45458984375
HSLCP,λ<=n,8192,0,200130,24.429931640625
HSLCP,λ<=n,8192,0,119865,14.6319580078125
HSLCP,λ<=n,8192,0,108745,13.2745361328125
HSLCP,λ<=n,8192,0,98652,12.04248046875
HSLCP,λ<=n,8192,0,155054,18.927490234375
HSLCP,λ<=n,8192,0,93443,11.4066162109375
HSLCP,λ<=n,8192,0,107251,13.0921630859375
HSLCP,λ<=n,8192,0,74652,9.11279296875
HSLCP,λ<=n,8192,0,98603,12.0364990234375
HSLCP,λ<=n,8192,0,90762,11.079345703125
HSLCP,λ<=n,8192,0,92575,11.3006591796875
HSLCP,λ<=n,8192,0,95961,11.7139892578125
HSLCP,λ<=n,8192,0,141943,17.3270263671875
HSLCP,λ<=n,8192,0,205244,25.05419921875
HSLCP,λ<=n,8192,0,87478,10.678466796875
HSLCP,λ<=n,8192,0,101748,12.42041015625
HSDSP,λ<=n,8192,0,166612,20.33837890625
HSDSP,λ<=n,8192,0,145185,17.7227783203125
HSDSP,λ<=n,8192,0,102650,12.530517578125
HSDSP,λ<=n,8192,0,129270,15.780029296875
HSDSP,λ<=n,8192,0,164015,20.0213623046875
HSDSP,λ<=n,8192,0,104912,12.806640625
HSDSP,λ<=n,8192,0,89310,10.902099609375
HSDSP,λ<=n,8192,0,125268,15.29150390625
HSDSP,λ<=n,8192,0,79135,9.6600341796875
HSDSP,λ<=n,8192,0,145240,17.7294921875
HSDSP,λ<=n,8192,0,194269,23.7144775390625
HSDSP,λ<=n,8192,0,111468,13.60693359375
HSDSP,λ<=n,8192,0,133346,16.277587890625
HSDSP,λ<=n,8192,0,178807,21.8270263671875
HSDSP,λ<=n,8192,0,113860,13.89892578125
HSDSP,λ<=n,8192,0,119375,14.5721435546875
HSDSP,λ<=n,8192,0,123651,15.0941162109375
HSDSP,λ<=n,8192,0,140971,17.2083740234375
HSDSP,λ<=n,8192,0,119223,14.5535888671875
HSDSP,λ<=n,8192,0,160257,19.5626220703125
HSDSP,λ<=n,8192,0,113421,13.8453369140625
HSDSP,λ<=n,8192,0,91801,11.2061767578125
HSDSP,λ<=n,8192,0,107643,13.1400146484375
HSDSP,λ<=n,8192,0,149602,18.261962890625
HSDSP,λ<=n,8192,0,220645,26.9342041015625
HSDSP,λ<=n,8192,0,127370,15.548095703125
HSDSP,λ<=n,8192,0,93162,11.372314453125
HSDSP,λ<=n,8192,0,91006,11.109130859375
HSDSP,λ<=n,8192,0,93196,11.37646484375
HSDSP,λ<=n,8192,0,138163,16.8656005859375
HSDSP,λ<=n,8192,0,79915,9.7552490234375
HSDSP,λ<=n,8192,0,115794,14.135009765625
HSDSP,λ<=n,8192,0,99417,12.1358642578125
HSDSP,λ<=n,8192,0,89952,10.98046875
HSDSP,λ<=n,8192,0,146318,17.861083984375
HSDSP,λ<=n,8192,0,107060,13.06884765625
HSDSP,λ<=n,8192,0,131593,16.0635986328125
HSDSP,λ<=n,8192,0,127465,15.5596923828125
HSDSP,λ<=n,8192,0,99877,12.1920166015625
HSDSP,λ<=n,8192,0,97900,11.95068359375
HSDSP,λ<=n,8192,0,71650,8.746337890625
HSDSP,λ<=n,8192,0,124956,15.25341796875
HSDSP,λ<=n,8192,0,103050,12.579345703125
HSDSP,λ<=n,8192,0,121392,14.818359375
HSDSP,λ<=n,8192,0,85344,10.41796875
HSDSP,λ<=n,8192,0,180964,22.09033203125
HSDSP,λ<=n,8192,0,96025,11.7218017578125
HSDSP,λ<=n,8192,0,86336,10.5390625
HSDSP,λ<=n,8192,0,101547,12.3958740234375
HSDSP,λ<=n,8192,0,199470,24.349365234375
HSDSP,λ<=n,8192,0,222758,27.192138671875
HSDSP,λ<=n,8192,0,115355,14.0814208984375
HSDSP,λ<=n,8192,0,88935,10.8563232421875
HSDSP,λ<=n,8192,0,83673,10.2139892578125
HSDSP,λ<=n,8192,0,119304,14.5634765625
HSDSP,λ<=n,8192,0,131824,16.091796875
HSDSP,λ<=n,8192,0,87078,10.629638671875
HSDSP,λ<=n,8192,0,116733,14.2496337890625
HSDSP,λ<=n,8192,0,306444,37.40771484375
HSDSP,λ<=n,8192,0,117874,14.388916015625
HSDSP,λ<=n,8192,0,118241,14.4337158203125
HSDSP,λ<=n,8192,0,177694,21.691162109375
HSDSP,λ<=n,8192,0,121317,14.8092041015625
HSDSP,λ<=n,8192,0,89906,10.974853515625
HSDSP,λ<=n,8192,0,159913,19.5206298828125
HSDSP,λ<=n,8192,0,183150,22.357177734375
HSDSP,λ<=n,8192,0,92968,11.3486328125
HSDSP,λ<=n,8192,0,119784,14.6220703125
HSDSP,λ<=n,8192,0,168387,20.5550537109375
HSDSP,λ<=n,8192,0,138219,16.8724365234375
HSDSP,λ<=n,8192,0,103763,12.6663818359375
HSDSP,λ<=n,8192,0,92454,11.285888671875
HSDSP,λ<=n,8192,0,130387,15.9163818359375
HSDSP,λ<=n,8192,0,185592,22.6552734375
HSDSP,λ<=n,8192,0,183975,22.4578857421875
HSDSP,λ<=n,8192,0,116318,14.198974609375
HSDSP,λ<=n,8192,0,199706,24.378173828125
HSDSP,λ<=n,8192,0,152573,18.6246337890625
HSDSP,λ<=n,8192,0,141645,17.2906494140625
HSDSP,λ<=n,8192,0,107359,13.1053466796875
HSDSP,λ<=n,8192,0,160144,19.548828125
HSDSP,λ<=n,8192,0,151496,18.4931640625
HSDSP,λ<=n,8192,0,147124,17.95947265625
HSDSP,λ<=n,8192,0,130417,15.9200439453125
HSDSP,λ<=n,8192,0,165173,20.1627197265625
HSDSP,λ<=n,8192,0,128343,15.6668701171875
HSDSP,λ<=n,8192,0,145642,17.778564453125
HSDSP,λ<=n,8192,0,193277,23.5933837890625
HSDSP,λ<=n,8192,0,97042,11.845947265625
HSDSP,λ<=n,8192,0,162533,19.8404541015625
HSDSP,λ<=n,8192,0,112502,13.733154296875
HSDSP,λ<=n,8192,0,209755,25.6048583984375
HSDSP,λ<=n,8192,0,109704,13.3916015625
HSDSP,λ<=n,8192,0,164685,20.1031494140625
HSDSP,λ<=n,8192,0,129231,15.7752685546875
HSDSP,λ<=n,8192,0,103018,12.575439453125
HSDSP,λ<=n,8192,0,152973,18.6734619140625
HSDSP,λ<=n,8192,0,80518,9.828857421875
HSDSP,λ<=n,8192,0,121697,14.8555908203125
HSDSP,λ<=n,8192,0,104017,12.6973876953125
HRDSP,λ<=n,8192,0,69326,8.462646484375
HRDSP,λ<=n,8192,0,80443,9.8197021484375
HRDSP,λ<=n,8192,0,101388,12.37646484375
HRDSP,λ<=n,8192,0,70706,8.631103515625
HRDSP,λ<=n,8192,0,69838,8.525146484375
HRDSP,λ<=n,8192,0,203485,24.8394775390625
HRDSP,λ<=n,8192,0,97642,11.919189453125
HRDSP,λ<=n,8192,0,94778,11.569580078125
HRDSP,λ<=n,8192,0,138256,16.876953125
HRDSP,λ<=n,8192,0,97077,11.8502197265625
HRDSP,λ<=n,8192,0,84386,10.301025390625
HRDSP,λ<=n,8192,0,81298,9.924072265625
HRDSP,λ<=n,8192,0,69839,8.5252685546875
HRDSP,λ<=n,8192,0,83578,10.202392578125
HRDSP,λ<=n,8192,0,74745,9.1241455078125
HRDSP,λ<=n,8192,0,119619,14.6019287109375
HRDSP,λ<=n,8192,0,74285,9.0679931640625
HRDSP,λ<=n,8192,0,65389,7.9820556640625
HRDSP,λ<=n,8192,0,89449,10.9190673828125
HRDSP,λ<=n,8192,0,77444,9.45361328125
HRDSP,λ<=n,8192,0,68842,8.403564453125
HRDSP,λ<=n,8192,0,86132,10.51416015625
HRDSP,λ<=n,8192,0,87401,10.6690673828125
HRDSP,λ<=n,8192,0,81759,9.9803466796875
HRDSP,λ<=n,8192,0,123585,15.0860595703125
HRDSP,λ<=n,8192,0,82055,10.0164794921875
HRDSP,λ<=n,8192,0,117910,14.393310546875
HRDSP,λ<=n,8192,0,71836,8.76904296875
HRDSP,λ<=n,8192,0,101340,12.37060546875
HRDSP,λ<=n,8192,0,72737,8.8790283203125
HRDSP,λ<=n,8192,0,85538,10.441650390625
HRDSP,λ<=n,8192,0,90167,11.0067138671875
HRDSP,λ<=n,8192,0,94380,11.52099609375
HRDSP,λ<=n,8192,0,97900,11.95068359375
HRDSP,λ<=n,8192,0,85872,10.482421875
HRDSP,λ<=n,8192,0,101399,12.3778076171875
HRDSP,λ<=n,8192,0,107791,13.1580810546875
HRDSP,λ<=n,8192,0,73901,9.0211181640625
HRDSP,λ<=n,8192,0,86309,10.5357666015625
HRDSP,λ<=n,8192,0,84980,10.37353515625
HRDSP,λ<=n,8192,0,99367,12.1297607421875
HRDSP,λ<=n,8192,0,117865,14.3878173828125
HRDSP,λ<=n,8192,0,124067,15.1448974609375
HRDSP,λ<=n,8192,0,103225,12.6007080078125
HRDSP,λ<=n,8192,0,112731,13.7611083984375
HRDSP,λ<=n,8192,0,118749,14.4957275390625
HRDSP,λ<=n,8192,0,163390,19.945068359375
HRDSP,λ<=n,8192,0,116550,14.227294921875
HRDSP,λ<=n,8192,0,70182,8.567138671875
HRDSP,λ<=n,8192,0,109454,13.361083984375
HRDSP,λ<=n,8192,0,126086,15.391357421875
HRDSP,λ<=n,8192,0,100587,12.2786865234375
HRDSP,λ<=n,8192,0,74581,9.1041259765625
HRDSP,λ<=n,8192,0,117655,14.3621826171875
HRDSP,λ<=n,8192,0,101442,12.383056640625
HRDSP,λ<=n,8192,0,98417,12.0137939453125
HRDSP,λ<=n,8192,0,72163,8.8089599609375
HRDSP,λ<=n,8192,0,71245,8.6968994140625
HRDSP,λ<=n,8192,0,129629,15.8238525390625
HRDSP,λ<=n,8192,0,65836,8.03662109375
HRDSP,λ<=n,8192,0,89028,10.86767578125
HRDSP,λ<=n,8192,0,91047,11.1141357421875
HRDSP,λ<=n,8192,0,96001,11.7188720703125
HRDSP,λ<=n,8192,0,102560,12.51953125
HRDSP,λ<=n,8192,0,87522,10.683837890625
HRDSP,λ<=n,8192,0,84833,10.3555908203125
HRDSP,λ<=n,8192,0,72968,8.9072265625
HRDSP,λ<=n,8192,0,72149,8.8072509765625
HRDSP,λ<=n,8192,0,73480,8.9697265625
HRDSP,λ<=n,8192,0,75342,9.197021484375
HRDSP,λ<=n,8192,0,104207,12.7205810546875
HRDSP,λ<=n,8192,0,69798,8.520263671875
HRDSP,λ<=n,8192,0,72668,8.87060546875
HRDSP,λ<=n,8192,0,104630,12.772216796875
HRDSP,λ<=n,8192,0,80866,9.871337890625
HRDSP,λ<=n,8192,0,83965,10.2496337890625
HRDSP,λ<=n,8192,0,97032,11.8447265625
HRDSP,λ<=n,8192,0,73987,9.0316162109375
HRDSP,λ<=n,8192,0,70430,8.597412109375
HRDSP,λ<=n,8192,0,92475,11.2884521484375
HRDSP,λ<=n,8192,0,79300,9.68017578125
HRDSP,λ<=n,8192,0,85040,10.380859375
HRDSP,λ<=n,8192,0,111178,13.571533203125
HRDSP,λ<=n,8192,0,143298,17.492431640625
HRDSP,λ<=n,8192,0,70495,8.6053466796875
HRDSP,λ<=n,8192,0,86580,10.56884765625
HRDSP,λ<=n,8192,0,79905,9.7540283203125
HRDSP,λ<=n,8192,0,87342,10.661865234375
HRDSP,λ<=n,8192,0,73630,8.988037109375
HRDSP,λ<=n,8192,0,81079,9.8973388671875
HRDSP,λ<=n,8192,0,78186,9.544189453125
HRDSP,λ<=n,8192,0,66458,8.112548828125
HRDSP,λ<=n,8192,0,66452,8.11181640625
HRDSP,λ<=n,8192,0,116924,14.27294921875
HRDSP,λ<=n,8192,0,85002,10.376220703125
HRDSP,λ<=n,8192,0,71564,8.73583984375
HRDSP,λ<=n,8192,0,82555,10.0775146484375
HRDSP,λ<=n,8192,0,64825,7.9132080078125
HRDSP,λ<=n,8192,0,83994,10.253173828125
HRDSP,λ<=n,8192,0,85825,10.4766845703125
HHDSP,λ<=n,8192,0,72068,8.79736328125
HHDSP,λ<=n,8192,0,64312,7.8505859375
HHDSP,λ<=n,8192,0,61271,7.4793701171875
HHDSP,λ<=n,8192,0,83158,10.151123046875
HHDSP,λ<=n,8192,0,86478,10.556396484375
HHDSP,λ<=n,8192,0,66997,8.1783447265625
HHDSP,λ<=n,8192,0,93494,11.412841796875
HHDSP,λ<=n,8192,0,72133,8.8052978515625
HHDSP,λ<=n,8192,0,60492,7.38427734375
HHDSP,λ<=n,8192,0,65696,8.01953125
HHDSP,λ<=n,8192,0,79204,9.66845703125
HHDSP,λ<=n,8192,0,74433,9.0860595703125
HHDSP,λ<=n,8192,0,61609,7.5206298828125
HHDSP,λ<=n,8192,0,90600,11.0595703125
HHDSP,λ<=n,8192,0,149975,18.3074951171875
HHDSP,λ<=n,8192,0,64934,7.926513671875
HHDSP,λ<=n,8192,0,59000,7.2021484375
HHDSP,λ<=n,8192,0,77206,9.424560546875
HHDSP,λ<=n,8192,0,84556,10.32177734375
HHDSP,λ<=n,8192,0,106580,13.01025390625
HHDSP,λ<=n,8192,0,71103,8.6795654296875
HHDSP,λ<=n,8192,0,62185,7.5909423828125
HHDSP,λ<=n,8192,0,63587,7.7620849609375
HHDSP,λ<=n,8192,0,73985,9.0313720703125
HHDSP,λ<=n,8192,0,63282,7.724853515625
HHDSP,λ<=n,8192,0,66196,8.08056640625
HHDSP,λ<=n,8192,0,74080,9.04296875
HHDSP,λ<=n,8192,0,94266,11.507080078125
HHDSP,λ<=n,8192,0,75385,9.2022705078125
HHDSP,λ<=n,8192,0,66943,8.1717529296875
HHDSP,λ<=n,8192,0,76920,9.3896484375
HHDSP,λ<=n,8192,0,60577,7.3946533203125
HHDSP,λ<=n,8192,0,81840,9.990234375
HHDSP,λ<=n,8192,0,69627,8.4993896484375
HHDSP,λ<=n,8192,0,111865,13.6553955078125
HHDSP,λ<=n,8192,0,59132,7.21826171875
HHDSP,λ<=n,8192,0,72472,8.8466796875
HHDSP,λ<=n,8192,0,64165,7.8326416015625
HHDSP,λ<=n,8192,0,73202,8.935791015625
HHDSP,λ<=n,8192,0,93241,11.3819580078125
HHDSP,λ<=n,8192,0,74180,9.05517578125
HHDSP,λ<=n,8192,0,70175,8.5662841796875
HHDSP,λ<=n,8192,0,67651,8.2581787109375
HHDSP,λ<=n,8192,0,98629,12.0396728515625
HHDSP,λ<=n,8192,0,75733,9.2447509765625
HHDSP,λ<=n,8192,0,68123,8.3157958984375
HHDSP,λ<=n,8192,0,92602,11.303955078125
HHDSP,λ<=n,8192,0,61548,7.51318359375
HHDSP,λ<=n,8192,0,69074,8.431884765625
HHDSP,λ<=n,8192,0,95752,11.6884765625
HHDSP,λ<=n,8192,0,79021,9.6461181640625
HHDSP,λ<=n,8192,0,128546,15.691650390625
HHDSP,λ<=n,8192,0,62099,7.5804443359375
HHDSP,λ<=n,8192,0,80901,9.8756103515625
HHDSP,λ<=n,8192,0,71989,8.7877197265625
HHDSP,λ<=n,8192,0,63620,7.76611328125
HHDSP,λ<=n,8192,0,60010,7.325439453125
HHDSP,λ<=n,8192,0,64570,7.882080078125
HHDSP,λ<=n,8192,0,67504,8.240234375
HHDSP,λ<=n,8192,0,91401,11.1573486328125
HHDSP,λ<=n,8192,0,67729,8.2677001953125
HHDSP,λ<=n,8192,0,99382,12.131591796875
HHDSP,λ<=n,8192,0,81867,9.9935302734375
HHDSP,λ<=n,8192,0,126191,15.4041748046875
HHDSP,λ<=n,8192,0,104738,12.785400390625
HHDSP,λ<=n,8192,0,74697,9.1182861328125
HHDSP,λ<=n,8192,0,75531,9.2200927734375
HHDSP,λ<=n,8192,0,70877,8.6519775390625
HHDSP,λ<=n,8192,0,70413,8.5953369140625
HHDSP,λ<=n,8192,0,110385,13.4747314453125
HHDSP,λ<=n,8192,0,74104,9.0458984375
HHDSP,λ<=n,8192,0,71586,8.738525390625
HHDSP,λ<=n,8192,0,65857,8.0391845703125
HHDSP,λ<=n,8192,0,71943,8.7821044921875
HHDSP,λ<=n,8192,0,61253,7.4771728515625
HHDSP,λ<=n,8192,0,60113,7.3380126953125
HHDSP,λ<=n,8192,0,151209,18.4581298828125
HHDSP,λ<=n,8192,0,75873,9.2618408203125
HHDSP,λ<=n,8192,0,66304,8.09375
HHDSP,λ<=n,8192,0,60422,7.375732421875
HHDSP,λ<=n,8192,0,63803,7.7884521484375
HHDSP,λ<=n,8192,0,65470,7.991943359375
HHDSP,λ<=n,8192,0,74670,9.114990234375
HHDSP,λ<=n,8192,0,63402,7.739501953125
HHDSP,λ<=n,8192,0,77216,9.42578125
HHDSP,λ<=n,8192,0,77808,9.498046875
HHDSP,λ<=n,8192,0,88098,10.754150390625
HHDSP,λ<=n,8192,0,77015,9.4012451171875
HHDSP,λ<=n,8192,0,78004,9.52197265625
HHDSP,λ<=n,8192,0,67044,8.18408203125
HHDSP,λ<=n,8192,0,67779,8.2738037109375
HHDSP,λ<=n,8192,0,76681,9.3604736328125
HHDSP,λ<=n,8192,0,60460,7.38037109375
HHDSP,λ<=n,8192,0,59712,7.2890625
HHDSP,λ<=n,8192,0,66380,8.10302734375
HHDSP,λ<=n,8192,0,77447,9.4539794921875
HHDSP,λ<=n,8192,0,90092,10.99755859375
HHDSP,λ<=n,8192,0,63621,7.7662353515625
HHDSP,λ<=n,8192,0,64480,7.87109375
HHDSP,λ<=n,8192,0,66578,8.127197265625
HHLSP,λ<=n,8192,0,64577,7.8829345703125
HHLSP,λ<=n,8192,0,77193,9.4229736328125
HHLSP,λ<=n,8192,0,72967,8.9071044921875
HHLSP,λ<=n,8192,0,69721,8.5108642578125
HHLSP,λ<=n,8192,0,74961,9.1505126953125
HHLSP,λ<=n,8192,0,72705,8.8751220703125
HHLSP,λ<=n,8192,0,77862,9.504638671875
HHLSP,λ<=n,8192,0,77934,9.513427734375
HHLSP,λ<=n,8192,0,67795,8.2757568359375
HHLSP,λ<=n,8192,0,72622,8.864990234375
HHLSP,λ<=n,8192,0,72961,8.9063720703125
HHLSP,λ<=n,8192,0,81385,9.9346923828125
HHLSP,λ<=n,8192,0,70329,8.5850830078125
HHLSP,λ<=n,8192,0,68265,8.3331298828125
HHLSP,λ<=n,8192,0,69253,8.4537353515625
HHLSP,λ<=n,8192,0,78845,9.6246337890625
HHLSP,λ<=n,8192,0,73725,8.9996337890625
HHLSP,λ<=n,8192,0,85249,10.4063720703125
HHLSP,λ<=n,8192,0,75596,9.22802734375
HHLSP,λ<=n,8192,0,68686,8.384521484375
HHLSP,λ<=n,8192,0,88523,10.8060302734375
HHLSP,λ<=n,8192,0,97237,11.8697509765625
HHLSP,λ<=n,8192,0,70478,8.603271484375
HHLSP,λ<=n,8192,0,77141,9.4166259765625
HHLSP,λ<=n,8192,0,84670,10.335693359375
HHLSP,λ<=n,8192,0,67985,8.2989501953125
HHLSP,λ<=n,8192,0,71361,8.7110595703125
HHLSP,λ<=n,8192,0,73119,8.9256591796875
HHLSP,λ<=n,8192,0,73196,8.93505859375
HHLSP,λ<=n,8192,0,72928,8.90234375
HHLSP,λ<=n,8192,0,63191,7.7137451171875
HHLSP,λ<=n,8192,0,65766,8.028076171875
HHLSP,λ<=n,8192,0,79132,9.65966796875
HHLSP,λ<=n,8192,0,72438,8.842529296875
HHLSP,λ<=n,8192,0,73699,8.9964599609375
HHLSP,λ<=n,8192,0,77946,9.514892578125
HHLSP,λ<=n,8192,0,73795,9.0081787109375
HHLSP,λ<=n,8192,0,67363,8.2230224609375
HHLSP,λ<=n,8192,0,83031,10.1356201171875
HHLSP,λ<=n,8192,0,99470,12.142333984375
HHLSP,λ<=n,8192,0,70979,8.6644287109375
HHLSP,λ<=n,8192,0,101359,12.3729248046875
HHLSP,λ<=n,8192,0,74369,9.0782470703125
HHLSP,λ<=n,8192,0,71300,8.70361328125
HHLSP,λ<=n,8192,0,80561,9.8341064453125
HHLSP,λ<=n,8192,0,67939,8.2933349609375
HHLSP,λ<=n,8192,0,77313,9.4376220703125
HHLSP,λ<=n,8192,0,73418,8.962158203125
HHLSP,λ<=n,8192,0,70514,8.607666015625
HHLSP,λ<=n,8192,0,87559,10.6883544921875
HHLSP,λ<=n,8192,0,71507,8.7288818359375
HHLSP,λ<=n,8192,0,83845,10.2349853515625
HHLSP,λ<=n,8192,0,66634,8.134033203125
HHLSP,λ<=n,8192,0,74749,9.1246337890625
HHLSP,λ<=n,8192,0,77947,9.5150146484375
HHLSP,λ<=n,8192,0,79324,9.68310546875
HHLSP,λ<=n,8192,0,97124,11.85595703125
HHLSP,λ<=n,8192,0,73486,8.970458984375
HHLSP,λ<=n,8192,0,82819,10.1097412109375
HHLSP,λ<=n,8192,0,79843,9.7464599609375
HHLSP,λ<=n,8192,0,82089,10.0206298828125
HHLSP,λ<=n,8192,0,77039,9.4041748046875
HHLSP,λ<=n,8192,0,74575,9.1033935546875
HHLSP,λ<=n,8192,0,83692,10.21630859375
HHLSP,λ<=n,8192,0,77368,9.4443359375
HHLSP,λ<=n,8192,0,97047,11.8465576171875
HHLSP,λ<=n,8192,0,67375,8.2244873046875
HHLSP,λ<=n,8192,0,98465,12.0196533203125
HHLSP,λ<=n,8192,0,80524,9.82958984375
HHLSP,λ<=n,8192,0,72520,8.8525390625
HHLSP,λ<=n,8192,0,78865,9.6270751953125
HHLSP,λ<=n,8192,0,81606,9.961669921875
HHLSP,λ<=n,8192,0,76003,9.2777099609375
HHLSP,λ<=n,8192,0,77531,9.4642333984375
HHLSP,λ<=n,8192,0,76870,9.383544921875
HHLSP,λ<=n,8192,0,108252,13.21435546875
HHLSP,λ<=n,8192,0,71614,8.741943359375
HHLSP,λ<=n,8192,0,151609,18.5069580078125
HHLSP,λ<=n,8192,0,71484,8.72607421875
HHLSP,λ<=n,8192,0,68560,8.369140625
HHLSP,λ<=n,8192,0,85061,10.3834228515625
HHLSP,λ<=n,8192,0,81176,9.9091796875
HHLSP,λ<=n,8192,0,72858,8.893798828125
HHLSP,λ<=n,8192,0,66944,8.171875
HHLSP,λ<=n,8192,0,71360,8.7109375
HHLSP,λ<=n,8192,0,68404,8.35009765625
HHLSP,λ<=n,8192,0,78903,9.6317138671875
HHLSP,λ<=n,8192,0,65686,8.018310546875
HHLSP,λ<=n,8192,0,73670,8.992919921875
HHLSP,λ<=n,8192,0,70481,8.6036376953125
HHLSP,λ<=n,8192,0,66053,8.0631103515625
HHLSP,λ<=n,8192,0,68004,8.30126953125
HHLSP,λ<=n,8192,0,96203,11.7435302734375
HHLSP,λ<=n,8192,0,69799,8.5203857421875
HHLSP,λ<=n,8192,0,162756,19.86767578125
HHLSP,λ<=n,8192,0,65756,8.02685546875
HHLSP,λ<=n,8192,0,70925,8.6578369140625
HHLSP,λ<=n,8192,0,85542,10.442138671875
HHLSP,λ<=n,8192,0,77403,9.4486083984375
HHLSP,λ<=n,8192,0,73523,8.9749755859375
HRLSP,λ<=n,8192,0,71302,8.703857421875
HRLSP,λ<=n,8192,0,127173,15.5240478515625
HRLSP,λ<=n,8192,0,69070,8.431396484375
HRLSP,λ<=n,8192,0,124487,15.1961669921875
HRLSP,λ<=n,8192,0,75374,9.200927734375
HRLSP,λ<=n,8192,0,81192,9.9111328125
HRLSP,λ<=n,8192,0,93778,11.447509765625
HRLSP,λ<=n,8192,0,96831,11.8201904296875
HRLSP,λ<=n,8192,0,85832,10.4775390625
HRLSP,λ<=n,8192,0,75643,9.2337646484375
HRLSP,λ<=n,8192,0,79755,9.7357177734375
HRLSP,λ<=n,8192,0,103993,12.6944580078125
HRLSP,λ<=n,8192,0,87685,10.7037353515625
HRLSP,λ<=n,8192,0,106750,13.031005859375
HRLSP,λ<=n,8192,0,86092,10.50927734375
HRLSP,λ<=n,8192,0,108919,13.2957763671875
HRLSP,λ<=n,8192,0,117003,14.2825927734375
HRLSP,λ<=n,8192,0,135007,16.4803466796875
HRLSP,λ<=n,8192,0,87966,10.738037109375
HRLSP,λ<=n,8192,0,78964,9.63916015625
HRLSP,λ<=n,8192,0,76738,9.367431640625
HRLSP,λ<=n,8192,0,102215,12.4774169921875
HRLSP,λ<=n,8192,0,73208,8.9365234375
HRLSP,λ<=n,8192,0,81641,9.9659423828125
HRLSP,λ<=n,8192,0,81874,9.994384765625
HRLSP,λ<=n,8192,0,77132,9.41552734375
HRLSP,λ<=n,8192,0,103562,12.641845703125
HRLSP,λ<=n,8192,0,95146,11.614501953125
HRLSP,λ<=n,8192,0,128145,15.6427001953125
HRLSP,λ<=n,8192,0,108976,13.302734375
HRLSP,λ<=n,8192,0,74357,9.0767822265625
HRLSP,λ<=n,8192,0,70522,8.608642578125
HRLSP,λ<=n,8192,0,79624,9.7197265625
HRLSP,λ<=n,8192,0,78254,9.552490234375
HRLSP,λ<=n,8192,0,87954,10.736572265625
HRLSP,λ<=n,8192,0,70500,8.60595703125
HRLSP,λ<=n,8192,0,79211,9.6693115234375
HRLSP,λ<=n,8192,0,94967,11.5926513671875
HRLSP,λ<=n,8192,0,87466,10.677001953125
HRLSP,λ<=n,8192,0,99528,12.1494140625
HRLSP,λ<=n,8192,0,148040,18.0712890625
HRLSP,λ<=n,8192,0,77301,9.4361572265625
HRLSP,λ<=n,8192,0,84049,10.2598876953125
HRLSP,λ<=n,8192,0,83526,10.196044921875
HRLSP,λ<=n,8192,0,71710,8.753662109375
HRLSP,λ<=n,8192,0,76140,9.29443359375
HRLSP,λ<=n,8192,0,75984,9.275390625
HRLSP,λ<=n,8192,0,97512,11.9033203125
HRLSP,λ<=n,8192,0,72783,8.8846435546875
HRLSP,λ<=n,8192,0,97517,11.9039306640625
HRLSP,λ<=n,8192,0,68736,8.390625
HRLSP,λ<=n,8192,0,94601,11.5479736328125
HRLSP,λ<=n,8192,0,110957,13.5445556640625
HRLSP,λ<=n,8192,0,94407,11.5242919921875
HRLSP,λ<=n,8192,0,90039,10.9910888671875
HRLSP,λ<=n,8192,0,94085,11.4849853515625
HRLSP,λ<=n,8192,0,100816,12.306640625
HRLSP,λ<=n,8192,0,149084,18.19873046875
HRLSP,λ<=n,8192,0,72245,8.8189697265625
HRLSP,λ<=n,8192,0,87897,10.7296142578125
HRLSP,λ<=n,8192,0,83246,10.161865234375
HRLSP,λ<=n,8192,0,70105,8.5577392578125
HRLSP,λ<=n,8192,0,88327,10.7821044921875
HRLSP,λ<=n,8192,0,84728,10.3427734375
HRLSP,λ<=n,8192,0,70997,8.6666259765625
HRLSP,λ<=n,8192,0,84092,10.26513671875
HRLSP,λ<=n,8192,0,73278,8.945068359375
HRLSP,λ<=n,8192,0,90914,11.097900390625
HRLSP,λ<=n,8192,0,72301,8.8258056640625
HRLSP,λ<=n,8192,0,94179,11.4964599609375
HRLSP,λ<=n,8192,0,86386,10.545166015625
HRLSP,λ<=n,8192,0,81339,9.9290771484375
HRLSP,λ<=n,8192,0,92782,11.325927734375
HRLSP,λ<=n,8192,0,96124,11.73388671875
HRLSP,λ<=n,8192,0,87660,10.70068359375
HRLSP,λ<=n,8192,0,80308,9.80322265625
HRLSP,λ<=n,8192,0,87008,10.62109375
HRLSP,λ<=n,8192,0,89676,10.94677734375
HRLSP,λ<=n,8192,0,88704,10.828125
HRLSP,λ<=n,8192,0,92553,11.2979736328125
HRLSP,λ<=n,8192,0,82879,10.1170654296875
HRLSP,λ<=n,8192,0,97005,11.8414306640625
HRLSP,λ<=n,8192,0,82439,10.0633544921875
HRLSP,λ<=n,8192,0,69981,8.5426025390625
HRLSP,λ<=n,8192,0,129070,15.755615234375
HRLSP,λ<=n,8192,0,76830,9.378662109375
HRLSP,λ<=n,8192,0,108958,13.300537109375
HRLSP,λ<=n,8192,0,83806,10.230224609375
HRLSP,λ<=n,8192,0,171293,20.9097900390625
HRLSP,λ<=n,8192,0,81709,9.9742431640625
HRLSP,λ<=n,8192,0,108757,13.2760009765625
HRLSP,λ<=n,8192,0,75507,9.2171630859375
HRLSP,λ<=n,8192,0,100467,12.2640380859375
HRLSP,λ<=n,8192,0,79368,9.6884765625
HRLSP,λ<=n,8192,0,76424,9.3291015625
HRLSP,λ<=n,8192,0,75145,9.1729736328125
HRLSP,λ<=n,8192,0,120265,14.6807861328125
HRLSP,λ<=n,8192,0,85696,10.4609375
HRLSP,λ<=n,8192,0,94580,11.54541015625
HRLSP,λ<=n,8192,0,88853,10.8463134765625
HSLSP,λ<=n,8192,0,127591,15.5750732421875
HSLSP,λ<=n,8192,0,93619,11.4281005859375
HSLSP,λ<=n,8192,0,131550,16.058349609375
HSLSP,λ<=n,8192,0,128045,15.6304931640625
HSLSP,λ<=n,8192,0,151771,18.5267333984375
HSLSP,λ<=n,8192,0,96788,11.81494140625
HSLSP,λ<=n,8192,0,95947,11.7122802734375
HSLSP,λ<=n,8192,0,184924,22.57373046875
HSLSP,λ<=n,8192,0,100609,12.2813720703125
HSLSP,λ<=n,8192,0,163575,19.9676513671875
HSLSP,λ<=n,8192,0,129718,15.834716796875
HSLSP,λ<=n,8192,0,127907,15.6136474609375
HSLSP,λ<=n,8192,0,116900,14.27001953125
HSLSP,λ<=n,8192,0,154963,18.9163818359375
HSLSP,λ<=n,8192,0,83877,10.2388916015625
HSLSP,λ<=n,8192,0,117871,14.3885498046875
HSLSP,λ<=n,8192,0,97848,11.9443359375
HSLSP,λ<=n,8192,0,158172,19.30810546875
HSLSP,λ<=n,8192,0,173574,21.188232421875
HSLSP,λ<=n,8192,0,101480,12.3876953125
HSLSP,λ<=n,8192,0,228756,27.92431640625
HSLSP,λ<=n,8192,0,146306,17.859619140625
HSLSP,λ<=n,8192,0,186865,22.8106689453125
HSLSP,λ<=n,8192,0,100307,12.2445068359375
HSLSP,λ<=n,8192,0,150574,18.380615234375
HSLSP,λ<=n,8192,0,106769,13.0333251953125
HSLSP,λ<=n,8192,0,129463,15.8035888671875
HSLSP,λ<=n,8192,0,155693,19.0054931640625
HSLSP,λ<=n,8192,0,105074,12.826416015625
HSLSP,λ<=n,8192,0,146468,17.87939453125
HSLSP,λ<=n,8192,0,209207,25.5379638671875
HSLSP,λ<=n,8192,0,131649,16.0704345703125
HSLSP,λ<=n,8192,0,190754,23.285400390625
HSLSP,λ<=n,8192,0,136235,16.6302490234375
HSLSP,λ<=n,8192,0,150053,18.3170166015625
HSLSP,λ<=n,8192,0,91042,11.113525390625
HSLSP,λ<=n,8192,0,121086,14.781005859375
HSLSP,λ<=n,8192,0,125336,15.2998046875
HSLSP,λ<=n,8192,0,121093,14.7818603515625
HSLSP,λ<=n,8192,0,98176,11.984375
HSLSP,λ<=n,8192,0,106915,13.0511474609375
HSLSP,λ<=n,8192,0,169961,20.7471923828125
HSLSP,λ<=n,8192,0,115169,14.0587158203125
HSLSP,λ<=n,8192,0,95608,11.6708984375
HSLSP,λ<=n,8192,0,187487,22.8865966796875
HSLSP,λ<=n,8192,0,133696,16.3203125
HSLSP,λ<=n,8192,0,120882,14.756103515625
HSLSP,λ<=n,8192,0,115561,14.1065673828125
HSLSP,λ<=n,8192,0,130629,15.9459228515625
HSLSP,λ<=n,8192,0,116425,14.2120361328125
HSLSP,λ<=n,8192,0,135654,16.559326171875
HSLSP,λ<=n,8192,0,124428,15.18896484375
HSLSP,λ<=n,8192,0,101746,12.420166015625
HSLSP,λ<=n,8192,0,113454,13.849365234375
HSLSP,λ<=n,8192,0,110011,13.4290771484375
HSLSP,λ<=n,8192,0,239511,29.2371826171875
HSLSP,λ<=n,8192,0,136758,16.694091796875
HSLSP,λ<=n,8192,0,137958,16.840576171875
HSLSP,λ<=n,8192,0,96911,11.8299560546875
HSLSP,λ<=n,8192,0,140614,17.164794921875
HSLSP,λ<=n,8192,0,130311,15.9071044921875
HSLSP,λ<=n,8192,0,210047,25.6405029296875
HSLSP,λ<=n,8192,0,93294,11.388427734375
HSLSP,λ<=n,8192,0,197373,24.0933837890625
HSLSP,λ<=n,8192,0,145210,17.725830078125
HSLSP,λ<=n,8192,0,184762,22.553955078125
HSLSP,λ<=n,8192,0,158047,19.2928466796875
HSLSP,λ<=n,8192,0,142758,17.426513671875
HSLSP,λ<=n,8192,0,102617,12.5264892578125
HSLSP,λ<=n,8192,0,217294,26.525146484375
HSLSP,λ<=n,8192,0,127922,15.615478515625
HSLSP,λ<=n,8192,0,99614,12.159912109375
HSLSP,λ<=n,8192,0,103563,12.6419677734375
HSLSP,λ<=n,8192,0,91242,11.137939453125
HSLSP,λ<=n,8192,0,121283,14.8050537109375
HSLSP,λ<=n,8192,0,104105,12.7081298828125
HSLSP,λ<=n,8192,0,96276,11.75244140625
HSLSP,λ<=n,8192,0,107428,13.11376953125
HSLSP,λ<=n,8192,0,106331,12.9798583984375
HSLSP,λ<=n,8192,0,117353,14.3253173828125
HSLSP,λ<=n,8192,0,144682,17.661376953125
HSLSP,λ<=n,8192,0,94163,11.4945068359375
HSLSP,λ<=n,8192,0,108133,13.1998291015625
HSLSP,λ<=n,8192,0,145030,17.703857421875
HSLSP,λ<=n,8192,0,77902,9.509521484375
HSLSP,λ<=n,8192,0,113169,13.8145751953125
HSLSP,λ<=n,8192,0,161751,19.7449951171875
HSLSP,λ<=n,8192,0,106907,13.0501708984375
HSLSP,λ<=n,8192,0,83933,10.2457275390625
HSLSP,λ<=n,8192,0,105483,12.8763427734375
HSLSP,λ<=n,8192,0,112070,13.680419921875
HSLSP,λ<=n,8192,0,172556,21.06396484375
HSLSP,λ<=n,8192,0,144353,17.6212158203125
HSLSP,λ<=n,8192,0,105237,12.8463134765625
HSLSP,λ<=n,8192,0,125631,15.3358154296875
HSLSP,λ<=n,8192,0,119644,14.60498046875
HSLSP,λ<=n,8192,0,116804,14.25830078125
HSLSP,λ<=n,8192,0,110034,13.431884765625
HSLSP,λ<=n,8192,0,130989,15.9898681640625
HSLSP,λ<=n,8192,0,134145,16.3751220703125
HSDMP,λ<=n,8192,0,123483,15.0736083984375
HSDMP,λ<=n,8192,0,145257,17.7315673828125
HSDMP,λ<=n,8192,0,116742,14.250732421875
HSDMP,λ<=n,8192,0,111203,13.5745849609375
HSDMP,λ<=n,8192,0,94769,11.5684814453125
HSDMP,λ<=n,8192,0,82510,10.072021484375
HSDMP,λ<=n,8192,0,114885,14.0240478515625
HSDMP,λ<=n,8192,0,130171,15.8900146484375
HSDMP,λ<=n,8192,0,143355,17.4993896484375
HSDMP,λ<=n,8192,0,126533,15.4459228515625
HSDMP,λ<=n,8192,0,76020,9.27978515625
HSDMP,λ<=n,8192,0,86569,10.5675048828125
HSDMP,λ<=n,8192,0,92325,11.2701416015625
HSDMP,λ<=n,8192,0,104807,12.7938232421875
HSDMP,λ<=n,8192,0,150949,18.4263916015625
HSDMP,λ<=n,8192,0,118859,14.5091552734375
HSDMP,λ<=n,8192,0,74661,9.1138916015625
HSDMP,λ<=n,8192,0,120662,14.729248046875
HSDMP,λ<=n,8192,0,163004,19.89794921875
HSDMP,λ<=n,8192,0,109438,13.359130859375
HSDMP,λ<=n,8192,0,104292,12.73095703125
HSDMP,λ<=n,8192,0,104897,12.8048095703125
HSDMP,λ<=n,8192,0,123017,15.0167236328125
HSDMP,λ<=n,8192,0,96060,11.72607421875
HSDMP,λ<=n,8192,0,91737,11.1983642578125
HSDMP,λ<=n,8192,0,171263,20.9061279296875
HSDMP,λ<=n,8192,0,138535,16.9110107421875
HSDMP,λ<=n,8192,0,94744,11.5654296875
HSDMP,λ<=n,8192,0,97097,11.8526611328125
HSDMP,λ<=n,8192,0,104311,12.7332763671875
HSDMP,λ<=n,8192,0,124123,15.1517333984375
HSDMP,λ<=n,8192,0,85241,10.4053955078125
HSDMP,λ<=n,8192,0,148750,18.157958984375
HSDMP,λ<=n,8192,0,113675,13.8763427734375
HSDMP,λ<=n,8192,0,98513,12.0255126953125
HSDMP,λ<=n,8192,0,120749,14.7398681640625
HSDMP,λ<=n,8192,0,86025,10.5010986328125
HSDMP,λ<=n,8192,0,81998,10.009521484375
HSDMP,λ<=n,8192,0,71486,8.726318359375
HSDMP,λ<=n,8192,0,121013,14.7720947265625
HSDMP,λ<=n,8192,0,110534,13.492919921875
HSDMP,λ<=n,8192,0,89111,10.8778076171875
HSDMP,λ<=n,8192,0,107065,13.0694580078125
HSDMP,λ<=n,8192,0,113279,13.8280029296875
HSDMP,λ<=n,8192,0,64364,7.85693359375
HSDMP,λ<=n,8192,0,104212,12.72119140625
HSDMP,λ<=n,8192,0,134553,16.4249267578125
HSDMP,λ<=n,8192,0,186639,22.7830810546875
HSDMP,λ<=n,8192,0,74931,9.1468505859375
HSDMP,λ<=n,8192,0,84358,10.297607421875
HSDMP,λ<=n,8192,0,148207,18.0916748046875
HSDMP,λ<=n,8192,0,87395,10.6683349609375
HSDMP,λ<=n,8192,0,98420,12.01416015625
HSDMP,λ<=n,8192,0,154104,18.8115234375
HSDMP,λ<=n,8192,0,93543,11.4188232421875
HSDMP,λ<=n,8192,0,137239,16.7528076171875
HSDMP,λ<=n,8192,0,110110,13.441162109375
HSDMP,λ<=n,8192,0,120670,14.730224609375
HSDMP,λ<=n,8192,0,132795,16.2103271484375
HSDMP,λ<=n,8192,0,330049,40.2891845703125
HSDMP,λ<=n,8192,0,109812,13.40478515625
HSDMP,λ<=n,8192,0,94632,11.5517578125
HSDMP,λ<=n,8192,0,128963,15.7425537109375
HSDMP,λ<=n,8192,0,96766,11.812255859375
HSDMP,λ<=n,8192,0,84477,10.3121337890625
HSDMP,λ<=n,8192,0,191056,23.322265625
HSDMP,λ<=n,8192,0,92210,11.256103515625
HSDMP,λ<=n,8192,0,95870,11.702880859375
HSDMP,λ<=n,8192,0,85453,10.4312744140625
HSDMP,λ<=n,8192,0,107363,13.1058349609375
HSDMP,λ<=n,8192,0,77671,9.4813232421875
HSDMP,λ<=n,8192,0,105882,12.925048828125
HSDMP,λ<=n,8192,0,110960,13.544921875
HSDMP,λ<=n,8192,0,87026,10.623291015625
HSDMP,λ<=n,8192,0,83501,10.1929931640625
HSDMP,λ<=n,8192,0,72676,8.87158203125
HSDMP,λ<=n,8192,0,83933,10.2457275390625
HSDMP,λ<=n,8192,0,74380,9.07958984375
HSDMP,λ<=n,8192,0,84604,10.32763671875
HSDMP,λ<=n,8192,0,75840,9.2578125
HSDMP,λ<=n,8192,0,131136,16.0078125
HSDMP,λ<=n,8192,0,69900,8.53271484375
HSDMP,λ<=n,8192,0,90162,11.006103515625
HSDMP,λ<=n,8192,0,91037,11.1129150390625
HSDMP,λ<=n,8192,0,96619,11.7943115234375
HSDMP,λ<=n,8192,0,116484,14.21923828125
HSDMP,λ<=n,8192,0,100008,12.2080078125
HSDMP,λ<=n,8192,0,105063,12.8250732421875
HSDMP,λ<=n,8192,0,101987,12.4495849609375
HSDMP,λ<=n,8192,0,76620,9.35302734375
HSDMP,λ<=n,8192,0,83924,10.24462890625
HSDMP,λ<=n,8192,0,83319,10.1707763671875
HSDMP,λ<=n,8192,0,143618,17.531494140625
HSDMP,λ<=n,8192,0,107197,13.0855712890625
HSDMP,λ<=n,8192,0,86634,10.575439453125
HSDMP,λ<=n,8192,0,82844,10.11279296875
HSDMP,λ<=n,8192,0,99581,12.1558837890625
HSDMP,λ<=n,8192,0,113585,13.8653564453125
HSDMP,λ<=n,8192,0,168105,20.5206298828125
HSDMP,λ<=n,8192,0,94443,11.5286865234375
HRDMP,λ<=n,8192,0,60885,7.4322509765625
HRDMP,λ<=n,8192,0,108481,13.2423095703125
HRDMP,λ<=n,8192,0,98744,12.0537109375
HRDMP,λ<=n,8192,0,57881,7.0655517578125
HRDMP,λ<=n,8192,0,93294,11.388427734375
HRDMP,λ<=n,8192,0,57346,7.000244140625
HRDMP,λ<=n,8192,0,56158,6.855224609375
HRDMP,λ<=n,8192,0,65705,8.0206298828125
HRDMP,λ<=n,8192,0,71153,8.6856689453125
HRDMP,λ<=n,8192,0,67785,8.2745361328125
HRDMP,λ<=n,8192,0,63537,7.7559814453125
HRDMP,λ<=n,8192,0,54253,6.6226806640625
HRDMP,λ<=n,8192,0,75638,9.233154296875
HRDMP,λ<=n,8192,0,130831,15.9705810546875
HRDMP,λ<=n,8192,0,140908,17.20068359375
HRDMP,λ<=n,8192,0,57659,7.0384521484375
HRDMP,λ<=n,8192,0,83598,10.204833984375
HRDMP,λ<=n,8192,0,90840,11.0888671875
HRDMP,λ<=n,8192,0,57112,6.9716796875
HRDMP,λ<=n,8192,0,60296,7.3603515625
HRDMP,λ<=n,8192,0,84675,10.3363037109375
HRDMP,λ<=n,8192,0,66021,8.0592041015625
HRDMP,λ<=n,8192,0,55252,6.74462890625
HRDMP,λ<=n,8192,0,57644,7.03662109375
HRDMP,λ<=n,8192,0,71975,8.7860107421875
HRDMP,λ<=n,8192,0,161001,19.6534423828125
HRDMP,λ<=n,8192,0,66237,8.0855712890625
HRDMP,λ<=n,8192,0,61033,7.4503173828125
HRDMP,λ<=n,8192,0,61129,7.4620361328125
HRDMP,λ<=n,8192,0,93817,11.4522705078125
HRDMP,λ<=n,8192,0,100940,12.32177734375
HRDMP,λ<=n,8192,0,53582,6.540771484375
HRDMP,λ<=n,8192,0,60238,7.353271484375
HRDMP,λ<=n,8192,0,65026,7.937744140625
HRDMP,λ<=n,8192,0,67778,8.273681640625
HRDMP,λ<=n,8192,0,70667,8.6263427734375
HRDMP,λ<=n,8192,0,56950,6.951904296875
HRDMP,λ<=n,8192,0,50453,6.1588134765625
HRDMP,λ<=n,8192,0,75495,9.2156982421875
HRDMP,λ<=n,8192,0,61544,7.5126953125
HRDMP,λ<=n,8192,0,77299,9.4359130859375
HRDMP,λ<=n,8192,0,57745,7.0489501953125
HRDMP,λ<=n,8192,0,53531,6.5345458984375
HRDMP,λ<=n,8192,0,65834,8.036376953125
HRDMP,λ<=n,8192,0,137320,16.7626953125
HRDMP,λ<=n,8192,0,59817,7.3018798828125
HRDMP,λ<=n,8192,0,55898,6.823486328125
HRDMP,λ<=n,8192,0,67195,8.2025146484375
HRDMP,λ<=n,8192,0,57127,6.9735107421875
HRDMP,λ<=n,8192,0,84363,10.2982177734375
HRDMP,λ<=n,8192,0,55283,6.7484130859375
HRDMP,λ<=n,8192,0,65038,7.939208984375
HRDMP,λ<=n,8192,0,64438,7.865966796875
HRDMP,λ<=n,8192,0,63366,7.735107421875
HRDMP,λ<=n,8192,0,91765,11.2017822265625
HRDMP,λ<=n,8192,0,183710,22.425537109375
HRDMP,λ<=n,8192,0,61717,7.5338134765625
HRDMP,λ<=n,8192,0,64405,7.8619384765625
HRDMP,λ<=n,8192,0,124659,15.2171630859375
HRDMP,λ<=n,8192,0,71362,8.711181640625
HRDMP,λ<=n,8192,0,69554,8.490478515625
HRDMP,λ<=n,8192,0,109124,13.32080078125
HRDMP,λ<=n,8192,0,102060,12.45849609375
HRDMP,λ<=n,8192,0,58593,7.1524658203125
HRDMP,λ<=n,8192,0,64005,7.8131103515625
HRDMP,λ<=n,8192,0,60718,7.411865234375
HRDMP,λ<=n,8192,0,91889,11.2169189453125
HRDMP,λ<=n,8192,0,75256,9.1865234375
HRDMP,λ<=n,8192,0,67054,8.185302734375
HRDMP,λ<=n,8192,0,54390,6.639404296875
HRDMP,λ<=n,8192,0,64610,7.886962890625
HRDMP,λ<=n,8192,0,103476,12.63134765625
HRDMP,λ<=n,8192,0,54930,6.705322265625
HRDMP,λ<=n,8192,0,90522,11.050048828125
HRDMP,λ<=n,8192,0,62659,7.6488037109375
HRDMP,λ<=n,8192,0,92140,11.24755859375
HRDMP,λ<=n,8192,0,78131,9.5374755859375
HRDMP,λ<=n,8192,0,65621,8.0103759765625
HRDMP,λ<=n,8192,0,68898,8.410400390625
HRDMP,λ<=n,8192,0,95061,11.6041259765625
HRDMP,λ<=n,8192,0,54493,6.6519775390625
HRDMP,λ<=n,8192,0,57713,7.0450439453125
HRDMP,λ<=n,8192,0,82101,10.0220947265625
HRDMP,λ<=n,8192,0,67843,8.2816162109375
HRDMP,λ<=n,8192,0,159864,19.5146484375
HRDMP,λ<=n,8192,0,56574,6.906005859375
HRDMP,λ<=n,8192,0,69889,8.5313720703125
HRDMP,λ<=n,8192,0,56094,6.847412109375
HRDMP,λ<=n,8192,0,75626,9.231689453125
HRDMP,λ<=n,8192,0,55822,6.814208984375
HRDMP,λ<=n,8192,0,61781,7.5416259765625
HRDMP,λ<=n,8192,0,69264,8.455078125
HRDMP,λ<=n,8192,0,81794,9.984619140625
HRDMP,λ<=n,8192,0,57609,7.0323486328125
HRDMP,λ<=n,8192,0,92004,11.23095703125
HRDMP,λ<=n,8192,0,71675,8.7493896484375
HRDMP,λ<=n,8192,0,66993,8.1778564453125
HRDMP,λ<=n,8192,0,59404,7.25146484375
HRDMP,λ<=n,8192,0,56954,6.952392578125
HRDMP,λ<=n,8192,0,128521,15.6885986328125
HHDMP,λ<=n,8192,0,69638,8.500732421875
HHDMP,λ<=n,8192,0,121436,14.82373046875
HHDMP,λ<=n,8192,0,69655,8.5028076171875
HHDMP,λ<=n,8192,0,76987,9.3978271484375
HHDMP,λ<=n,8192,0,67235,8.2073974609375
HHDMP,λ<=n,8192,0,52777,6.4425048828125
HHDMP,λ<=n,8192,0,53261,6.5015869140625
HHDMP,λ<=n,8192,0,63438,7.743896484375
HHDMP,λ<=n,8192,0,63414,7.740966796875
HHDMP,λ<=n,8192,0,104090,12.706298828125
HHDMP,λ<=n,8192,0,66489,8.1163330078125
HHDMP,λ<=n,8192,0,52757,6.4400634765625
HHDMP,λ<=n,8192,0,67404,8.22802734375
HHDMP,λ<=n,8192,0,68068,8.30908203125
HHDMP,λ<=n,8192,0,61537,7.5118408203125
HHDMP,λ<=n,8192,0,54309,6.6295166015625
HHDMP,λ<=n,8192,0,72099,8.8011474609375
HHDMP,λ<=n,8192,0,54223,6.6190185546875
HHDMP,λ<=n,8192,0,87228,10.64794921875
HHDMP,λ<=n,8192,0,54984,6.7119140625
HHDMP,λ<=n,8192,0,54641,6.6700439453125
HHDMP,λ<=n,8192,0,66215,8.0828857421875
HHDMP,λ<=n,8192,0,54523,6.6556396484375
HHDMP,λ<=n,8192,0,59830,7.303466796875
HHDMP,λ<=n,8192,0,66447,8.1112060546875
HHDMP,λ<=n,8192,0,56970,6.954345703125
HHDMP,λ<=n,8192,0,62439,7.6219482421875
HHDMP,λ<=n,8192,0,75766,9.248779296875
HHDMP,λ<=n,8192,0,80045,9.7711181640625
HHDMP,λ<=n,8192,0,61190,7.469482421875
HHDMP,λ<=n,8192,0,77156,9.41845703125
HHDMP,λ<=n,8192,0,60852,7.42822265625
HHDMP,λ<=n,8192,0,68473,8.3585205078125
HHDMP,λ<=n,8192,0,49710,6.068115234375
HHDMP,λ<=n,8192,0,82934,10.123779296875
HHDMP,λ<=n,8192,0,60222,7.351318359375
HHDMP,λ<=n,8192,0,54684,6.67529296875
HHDMP,λ<=n,8192,0,69842,8.525634765625
HHDMP,λ<=n,8192,0,55253,6.7447509765625
HHDMP,λ<=n,8192,0,53246,6.499755859375
HHDMP,λ<=n,8192,0,67062,8.186279296875
HHDMP,λ<=n,8192,0,60004,7.32470703125
HHDMP,λ<=n,8192,0,71616,8.7421875
HHDMP,λ<=n,8192,0,70386,8.592041015625
HHDMP,λ<=n,8192,0,51214,6.251708984375
HHDMP,λ<=n,8192,0,68470,8.358154296875
HHDMP,λ<=n,8192,0,54407,6.6414794921875
HHDMP,λ<=n,8192,0,55102,6.726318359375
HHDMP,λ<=n,8192,0,73121,8.9259033203125
HHDMP,λ<=n,8192,0,56983,6.9559326171875
HHDMP,λ<=n,8192,0,66921,8.1690673828125
HHDMP,λ<=n,8192,0,80648,9.8447265625
HHDMP,λ<=n,8192,0,138827,16.9466552734375
HHDMP,λ<=n,8192,0,49490,6.041259765625
HHDMP,λ<=n,8192,0,60205,7.3492431640625
HHDMP,λ<=n,8192,0,57404,7.00732421875
HHDMP,λ<=n,8192,0,84950,10.369873046875
HHDMP,λ<=n,8192,0,54938,6.706298828125
HHDMP,λ<=n,8192,0,112897,13.7813720703125
HHDMP,λ<=n,8192,0,68493,8.3609619140625
HHDMP,λ<=n,8192,0,77465,9.4561767578125
HHDMP,λ<=n,8192,0,64024,7.8154296875
HHDMP,λ<=n,8192,0,90296,11.0224609375
HHDMP,λ<=n,8192,0,134455,16.4129638671875
HHDMP,λ<=n,8192,0,59574,7.272216796875
HHDMP,λ<=n,8192,0,63101,7.7027587890625
HHDMP,λ<=n,8192,0,67725,8.2672119140625
HHDMP,λ<=n,8192,0,58491,7.1400146484375
HHDMP,λ<=n,8192,0,57578,7.028564453125
HHDMP,λ<=n,8192,0,49762,6.074462890625
HHDMP,λ<=n,8192,0,59946,7.317626953125
HHDMP,λ<=n,8192,0,50458,6.159423828125
HHDMP,λ<=n,8192,0,69591,8.4949951171875
HHDMP,λ<=n,8192,0,49889,6.0899658203125
HHDMP,λ<=n,8192,0,56957,6.9527587890625
HHDMP,λ<=n,8192,0,53563,6.5384521484375
HHDMP,λ<=n,8192,0,55870,6.820068359375
HHDMP,λ<=n,8192,0,72261,8.8209228515625
HHDMP,λ<=n,8192,0,65472,7.9921875
HHDMP,λ<=n,8192,0,71813,8.7662353515625
HHDMP,λ<=n,8192,0,62110,7.581787109375
HHDMP,λ<=n,8192,0,65799,8.0321044921875
HHDMP,λ<=n,8192,0,50937,6.2178955078125
HHDMP,λ<=n,8192,0,86428,10.55029296875
HHDMP,λ<=n,8192,0,79907,9.7542724609375
HHDMP,λ<=n,8192,0,82301,10.0465087890625
HHDMP,λ<=n,8192,0,55559,6.7821044921875
HHDMP,λ<=n,8192,0,64127,7.8280029296875
HHDMP,λ<=n,8192,0,194831,23.7830810546875
HHDMP,λ<=n,8192,0,65300,7.97119140625
HHDMP,λ<=n,8192,0,50694,6.188232421875
HHDMP,λ<=n,8192,0,82492,10.06982421875
HHDMP,λ<=n,8192,0,49210,6.007080078125
HHDMP,λ<=n,8192,0,60313,7.3624267578125
HHDMP,λ<=n,8192,0,59886,7.310302734375
HHDMP,λ<=n,8192,0,83962,10.249267578125
HHDMP,λ<=n,8192,0,84420,10.30517578125
HHDMP,λ<=n,8192,0,75274,9.188720703125
HHDMP,λ<=n,8192,0,60944,7.439453125
HHDMP,λ<=n,8192,0,69319,8.4617919921875
HHLMP,λ<=n,8192,0,59847,7.3055419921875
HHLMP,λ<=n,8192,0,57101,6.9703369140625
HHLMP,λ<=n,8192,0,68430,8.353271484375
HHLMP,λ<=n,8192,0,67617,8.2540283203125
HHLMP,λ<=n,8192,0,65470,7.991943359375
HHLMP,λ<=n,8192,0,60685,7.4078369140625
HHLMP,λ<=n,8192,0,64516,7.87548828125
HHLMP,λ<=n,8192,0,79877,9.7506103515625
HHLMP,λ<=n,8192,0,62446,7.622802734375
HHLMP,λ<=n,8192,0,79879,9.7508544921875
HHLMP,λ<=n,8192,0,61035,7.4505615234375
HHLMP,λ<=n,8192,0,78136,9.5380859375
HHLMP,λ<=n,8192,0,57732,7.04736328125
HHLMP,λ<=n,8192,0,57576,7.0283203125
HHLMP,λ<=n,8192,0,101562,12.397705078125
HHLMP,λ<=n,8192,0,66734,8.146240234375
HHLMP,λ<=n,8192,0,57960,7.0751953125
HHLMP,λ<=n,8192,0,68045,8.3062744140625
HHLMP,λ<=n,8192,0,53600,6.54296875
HHLMP,λ<=n,8192,0,53821,6.5699462890625
HHLMP,λ<=n,8192,0,95274,11.630126953125
HHLMP,λ<=n,8192,0,53347,6.5120849609375
HHLMP,λ<=n,8192,0,61731,7.5355224609375
HHLMP,λ<=n,8192,0,79581,9.7144775390625
HHLMP,λ<=n,8192,0,70958,8.661865234375
HHLMP,λ<=n,8192,0,96855,11.8231201171875
HHLMP,λ<=n,8192,0,60740,7.41455078125
HHLMP,λ<=n,8192,0,100305,12.2442626953125
HHLMP,λ<=n,8192,0,76525,9.3414306640625
HHLMP,λ<=n,8192,0,65741,8.0250244140625
HHLMP,λ<=n,8192,0,132089,16.1241455078125
HHLMP,λ<=n,8192,0,61355,7.4896240234375
HHLMP,λ<=n,8192,0,53487,6.5291748046875
HHLMP,λ<=n,8192,0,63176,7.7119140625
HHLMP,λ<=n,8192,0,52117,6.3619384765625
HHLMP,λ<=n,8192,0,61512,7.5087890625
HHLMP,λ<=n,8192,0,53711,6.5565185546875
HHLMP,λ<=n,8192,0,53597,6.5426025390625
HHLMP,λ<=n,8192,0,55607,6.7879638671875
HHLMP,λ<=n,8192,0,99168,12.10546875
HHLMP,λ<=n,8192,0,90787,11.0823974609375
HHLMP,λ<=n,8192,0,67693,8.2633056640625
HHLMP,λ<=n,8192,0,57650,7.037353515625
HHLMP,λ<=n,8192,0,57782,7.053466796875
HHLMP,λ<=n,8192,0,52849,6.4512939453125
HHLMP,λ<=n,8192,0,80080,9.775390625
HHLMP,λ<=n,8192,0,65769,8.0284423828125
HHLMP,λ<=n,8192,0,61226,7.473876953125
HHLMP,λ<=n,8192,0,64435,7.8656005859375
HHLMP,λ<=n,8192,0,58484,7.13916015625
HHLMP,λ<=n,8192,0,53551,6.5369873046875
HHLMP,λ<=n,8192,0,59660,7.28271484375
HHLMP,λ<=n,8192,0,66558,8.124755859375
HHLMP,λ<=n,8192,0,72300,8.82568359375
HHLMP,λ<=n,8192,0,60748,7.41552734375
HHLMP,λ<=n,8192,0,58793,7.1768798828125
HHLMP,λ<=n,8192,0,70396,8.59326171875
HHLMP,λ<=n,8192,0,55803,6.8118896484375
HHLMP,λ<=n,8192,0,61852,7.55029296875
HHLMP,λ<=n,8192,0,55273,6.7471923828125
HHLMP,λ<=n,8192,0,60208,7.349609375
HHLMP,λ<=n,8192,0,65346,7.976806640625
HHLMP,λ<=n,8192,0,61922,7.558837890625
HHLMP,λ<=n,8192,0,58357,7.1236572265625
HHLMP,λ<=n,8192,0,82900,10.11962890625
HHLMP,λ<=n,8192,0,91755,11.2005615234375
HHLMP,λ<=n,8192,0,54665,6.6729736328125
HHLMP,λ<=n,8192,0,58177,7.1016845703125
HHLMP,λ<=n,8192,0,55517,6.7769775390625
HHLMP,λ<=n,8192,0,60987,7.4447021484375
HHLMP,λ<=n,8192,0,50048,6.109375
HHLMP,λ<=n,8192,0,61952,7.5625
HHLMP,λ<=n,8192,0,55978,6.833251953125
HHLMP,λ<=n,8192,0,74954,9.149658203125
HHLMP,λ<=n,8192,0,60627,7.4007568359375
HHLMP,λ<=n,8192,0,56911,6.9471435546875
HHLMP,λ<=n,8192,0,68292,8.33642578125
HHLMP,λ<=n,8192,0,64451,7.8675537109375
HHLMP,λ<=n,8192,0,72916,8.90087890625
HHLMP,λ<=n,8192,0,57889,7.0665283203125
HHLMP,λ<=n,8192,0,60584,7.3955078125
HHLMP,λ<=n,8192,0,77306,9.436767578125
HHLMP,λ<=n,8192,0,58230,7.108154296875
HHLMP,λ<=n,8192,0,121228,14.79833984375
HHLMP,λ<=n,8192,0,60080,7.333984375
HHLMP,λ<=n,8192,0,58428,7.13232421875
HHLMP,λ<=n,8192,0,80679,9.8485107421875
HHLMP,λ<=n,8192,0,65799,8.0321044921875
HHLMP,λ<=n,8192,0,59130,7.218017578125
HHLMP,λ<=n,8192,0,77605,9.4732666015625
HHLMP,λ<=n,8192,0,56655,6.9158935546875
HHLMP,λ<=n,8192,0,51494,6.285888671875
HHLMP,λ<=n,8192,0,57323,6.9974365234375
HHLMP,λ<=n,8192,0,84292,10.28955078125
HHLMP,λ<=n,8192,0,62248,7.5986328125
HHLMP,λ<=n,8192,0,56953,6.9522705078125
HHLMP,λ<=n,8192,0,61020,7.44873046875
HHLMP,λ<=n,8192,0,61327,7.4862060546875
HHLMP,λ<=n,8192,0,62241,7.5977783203125
HHLMP,λ<=n,8192,0,54818,6.691650390625
HRLMP,λ<=n,8192,0,101553,12.3966064453125
HRLMP,λ<=n,8192,0,89788,10.96044921875
HRLMP,λ<=n,8192,0,123834,15.116455078125
HRLMP,λ<=n,8192,0,78601,9.5948486328125
HRLMP,λ<=n,8192,0,68516,8.36376953125
HRLMP,λ<=n,8192,0,70089,8.5557861328125
HRLMP,λ<=n,8192,0,57025,6.9610595703125
HRLMP,λ<=n,8192,0,52264,6.3798828125
HRLMP,λ<=n,8192,0,59114,7.216064453125
HRLMP,λ<=n,8192,0,86627,10.5745849609375
HRLMP,λ<=n,8192,0,65862,8.039794921875
HRLMP,λ<=n,8192,0,77464,9.4560546875
HRLMP,λ<=n,8192,0,65350,7.977294921875
HRLMP,λ<=n,8192,0,80060,9.77294921875
HRLMP,λ<=n,8192,0,69243,8.4525146484375
HRLMP,λ<=n,8192,0,61730,7.535400390625
HRLMP,λ<=n,8192,0,59162,7.221923828125
HRLMP,λ<=n,8192,0,78592,9.59375
HRLMP,λ<=n,8192,0,96743,11.8094482421875
HRLMP,λ<=n,8192,0,67833,8.2803955078125
HRLMP,λ<=n,8192,0,60611,7.3988037109375
HRLMP,λ<=n,8192,0,71371,8.7122802734375
HRLMP,λ<=n,8192,0,64383,7.8592529296875
HRLMP,λ<=n,8192,0,84384,10.30078125
HRLMP,λ<=n,8192,0,109798,13.403076171875
HRLMP,λ<=n,8192,0,75402,9.204345703125
HRLMP,λ<=n,8192,0,69680,8.505859375
HRLMP,λ<=n,8192,0,59670,7.283935546875
HRLMP,λ<=n,8192,0,74880,9.140625
HRLMP,λ<=n,8192,0,62694,7.653076171875
HRLMP,λ<=n,8192,0,76393,9.3253173828125
HRLMP,λ<=n,8192,0,75998,9.277099609375
HRLMP,λ<=n,8192,0,90402,11.035400390625
HRLMP,λ<=n,8192,0,63136,7.70703125
HRLMP,λ<=n,8192,0,67440,8.232421875
HRLMP,λ<=n,8192,0,65048,7.9404296875
HRLMP,λ<=n,8192,0,86786,10.593994140625
HRLMP,λ<=n,8192,0,109620,13.38134765625
HRLMP,λ<=n,8192,0,68741,8.3912353515625
HRLMP,λ<=n,8192,0,71619,8.7425537109375
HRLMP,λ<=n,8192,0,75549,9.2222900390625
HRLMP,λ<=n,8192,0,67860,8.28369140625
HRLMP,λ<=n,8192,0,76222,9.304443359375
HRLMP,λ<=n,8192,0,70590,8.616943359375
HRLMP,λ<=n,8192,0,90910,11.097412109375
HRLMP,λ<=n,8192,0,56393,6.8839111328125
HRLMP,λ<=n,8192,0,66920,8.1689453125
HRLMP,λ<=n,8192,0,69714,8.510009765625
HRLMP,λ<=n,8192,0,73426,8.963134765625
HRLMP,λ<=n,8192,0,68456,8.3564453125
HRLMP,λ<=n,8192,0,61820,7.54638671875
HRLMP,λ<=n,8192,0,73079,8.9207763671875
HRLMP,λ<=n,8192,0,70848,8.6484375
HRLMP,λ<=n,8192,0,88095,10.7537841796875
HRLMP,λ<=n,8192,0,108316,13.22216796875
HRLMP,λ<=n,8192,0,61196,7.47021484375
HRLMP,λ<=n,8192,0,112881,13.7794189453125
HRLMP,λ<=n,8192,0,121262,14.802490234375
HRLMP,λ<=n,8192,0,80163,9.7855224609375
HRLMP,λ<=n,8192,0,56403,6.8851318359375
HRLMP,λ<=n,8192,0,90422,11.037841796875
HRLMP,λ<=n,8192,0,66655,8.1365966796875
HRLMP,λ<=n,8192,0,132999,16.2352294921875
HRLMP,λ<=n,8192,0,73481,8.9698486328125
HRLMP,λ<=n,8192,0,74001,9.0333251953125
HRLMP,λ<=n,8192,0,56234,6.864501953125
HRLMP,λ<=n,8192,0,101761,12.4219970703125
HRLMP,λ<=n,8192,0,124143,15.1541748046875
HRLMP,λ<=n,8192,0,91838,11.210693359375
HRLMP,λ<=n,8192,0,65890,8.043212890625
HRLMP,λ<=n,8192,0,83346,10.174072265625
HRLMP,λ<=n,8192,0,65136,7.951171875
HRLMP,λ<=n,8192,0,89680,10.947265625
HRLMP,λ<=n,8192,0,63752,7.7822265625
HRLMP,λ<=n,8192,0,73101,8.9234619140625
HRLMP,λ<=n,8192,0,90872,11.0927734375
HRLMP,λ<=n,8192,0,60599,7.3973388671875
HRLMP,λ<=n,8192,0,105181,12.8394775390625
HRLMP,λ<=n,8192,0,70520,8.6083984375
HRLMP,λ<=n,8192,0,65918,8.046630859375
HRLMP,λ<=n,8192,0,60151,7.3426513671875
HRLMP,λ<=n,8192,0,72169,8.8096923828125
HRLMP,λ<=n,8192,0,111487,13.6092529296875
HRLMP,λ<=n,8192,0,93180,11.37451171875
HRLMP,λ<=n,8192,0,140426,17.141845703125
HRLMP,λ<=n,8192,0,64599,7.8856201171875
HRLMP,λ<=n,8192,0,54467,6.6488037109375
HRLMP,λ<=n,8192,0,81519,9.9510498046875
HRLMP,λ<=n,8192,0,69225,8.4503173828125
HRLMP,λ<=n,8192,0,61756,7.53857421875
HRLMP,λ<=n,8192,0,64798,7.909912109375
HRLMP,λ<=n,8192,0,74343,9.0750732421875
HRLMP,λ<=n,8192,0,119748,14.61767578125
HRLMP,λ<=n,8192,0,117652,14.36181640625
HRLMP,λ<=n,8192,0,56214,6.862060546875
HRLMP,λ<=n,8192,0,94366,11.519287109375
HRLMP,λ<=n,8192,0,68254,8.331787109375
HRLMP,λ<=n,8192,0,57331,6.9984130859375
HRLMP,λ<=n,8192,0,63878,7.797607421875
HRLMP,λ<=n,8192,0,58958,7.197021484375
HSLMP,λ<=n,8192,0,89991,10.9852294921875
HSLMP,λ<=n,8192,0,91503,11.1697998046875
HSLMP,λ<=n,8192,0,161261,19.6851806640625
HSLMP,λ<=n,8192,0,94825,11.5753173828125
HSLMP,λ<=n,8192,0,130121,15.8839111328125
HSLMP,λ<=n,8192,0,87095,10.6317138671875
HSLMP,λ<=n,8192,0,122383,14.9393310546875
HSLMP,λ<=n,8192,0,139393,17.0157470703125
HSLMP,λ<=n,8192,0,232100,28.33251953125
HSLMP,λ<=n,8192,0,129624,15.8232421875
HSLMP,λ<=n,8192,0,150956,18.42724609375
HSLMP,λ<=n,8192,0,94917,11.5865478515625
HSLMP,λ<=n,8192,0,89045,10.8697509765625
HSLMP,λ<=n,8192,0,93809,11.4512939453125
HSLMP,λ<=n,8192,0,87224,10.6474609375
HSLMP,λ<=n,8192,0,209348,25.55517578125
HSLMP,λ<=n,8192,0,116758,14.252685546875
HSLMP,λ<=n,8192,0,129469,15.8043212890625
HSLMP,λ<=n,8192,0,77804,9.49755859375
HSLMP,λ<=n,8192,0,115489,14.0977783203125
HSLMP,λ<=n,8192,0,109974,13.424560546875
HSLMP,λ<=n,8192,0,100124,12.22216796875
HSLMP,λ<=n,8192,0,88188,10.76513671875
HSLMP,λ<=n,8192,0,193416,23.6103515625
HSLMP,λ<=n,8192,0,105617,12.8927001953125
HSLMP,λ<=n,8192,0,103015,12.5750732421875
HSLMP,λ<=n,8192,0,99707,12.1712646484375
HSLMP,λ<=n,8192,0,130140,15.88623046875
HSLMP,λ<=n,8192,0,84469,10.3111572265625
HSLMP,λ<=n,8192,0,105239,12.8465576171875
HSLMP,λ<=n,8192,0,269811,32.9359130859375
HSLMP,λ<=n,8192,0,118206,14.429443359375
HSLMP,λ<=n,8192,0,128442,15.678955078125
HSLMP,λ<=n,8192,0,105671,12.8992919921875
HSLMP,λ<=n,8192,0,127515,15.5657958984375
HSLMP,λ<=n,8192,0,135468,16.53662109375
HSLMP,λ<=n,8192,0,206171,25.1673583984375
HSLMP,λ<=n,8192,0,81086,9.898193359375
HSLMP,λ<=n,8192,0,96168,11.7392578125
HSLMP,λ<=n,8192,0,118421,14.4556884765625
HSLMP,λ<=n,8192,0,94602,11.548095703125
HSLMP,λ<=n,8192,0,97111,11.8543701171875
HSLMP,λ<=n,8192,0,90589,11.0582275390625
HSLMP,λ<=n,8192,0,95219,11.6234130859375
HSLMP,λ<=n,8192,0,155671,19.0028076171875
HSLMP,λ<=n,8192,0,113159,13.8133544921875
HSLMP,λ<=n,8192,0,129524,15.81103515625
HSLMP,λ<=n,8192,0,115355,14.0814208984375
HSLMP,λ<=n,8192,0,97693,11.9254150390625
HSLMP,λ<=n,8192,0,93093,11.3638916015625
HSLMP,λ<=n,8192,0,149251,18.2191162109375
HSLMP,λ<=n,8192,0,120117,14.6627197265625
HSLMP,λ<=n,8192,0,94302,11.511474609375
HSLMP,λ<=n,8192,0,102349,12.4937744140625
HSLMP,λ<=n,8192,0,112735,13.7615966796875
HSLMP,λ<=n,8192,0,93824,11.453125
HSLMP,λ<=n,8192,0,82091,10.0208740234375
HSLMP,λ<=n,8192,0,129890,15.855712890625
HSLMP,λ<=n,8192,0,120760,14.7412109375
HSLMP,λ<=n,8192,0,82684,10.09326171875
HSLMP,λ<=n,8192,0,99792,12.181640625
HSLMP,λ<=n,8192,0,96335,11.7596435546875
HSLMP,λ<=n,8192,0,82752,10.1015625
HSLMP,λ<=n,8192,0,192255,23.4686279296875
HSLMP,λ<=n,8192,0,141044,17.21728515625
HSLMP,λ<=n,8192,0,104112,12.708984375
HSLMP,λ<=n,8192,0,84711,10.3406982421875
HSLMP,λ<=n,8192,0,94670,11.556396484375
HSLMP,λ<=n,8192,0,111239,13.5789794921875
HSLMP,λ<=n,8192,0,87029,10.6236572265625
HSLMP,λ<=n,8192,0,123220,15.04150390625
HSLMP,λ<=n,8192,0,93185,11.3751220703125
HSLMP,λ<=n,8192,0,90763,11.0794677734375
HSLMP,λ<=n,8192,0,84584,10.3251953125
HSLMP,λ<=n,8192,0,92091,11.2415771484375
HSLMP,λ<=n,8192,0,120393,14.6964111328125
HSLMP,λ<=n,8192,0,197324,24.08740234375
HSLMP,λ<=n,8192,0,215067,26.2532958984375
HSLMP,λ<=n,8192,0,87697,10.7052001953125
HSLMP,λ<=n,8192,0,117036,14.28662109375
HSLMP,λ<=n,8192,0,104035,12.6995849609375
HSLMP,λ<=n,8192,0,133072,16.244140625
HSLMP,λ<=n,8192,0,100919,12.3192138671875
HSLMP,λ<=n,8192,0,111939,13.6644287109375
HSLMP,λ<=n,8192,0,121309,14.8082275390625
HSLMP,λ<=n,8192,0,92874,11.337158203125
HSLMP,λ<=n,8192,0,135560,16.5478515625
HSLMP,λ<=n,8192,0,123067,15.0228271484375
HSLMP,λ<=n,8192,0,150791,18.4071044921875
HSLMP,λ<=n,8192,0,304456,37.1650390625
HSLMP,λ<=n,8192,0,139924,17.08056640625
HSLMP,λ<=n,8192,0,97852,11.94482421875
HSLMP,λ<=n,8192,0,150836,18.41259765625
HSLMP,λ<=n,8192,0,186710,22.791748046875
HSLMP,λ<=n,8192,0,98007,11.9637451171875
HSLMP,λ<=n,8192,0,122791,14.9891357421875
HSLMP,λ<=n,8192,0,135037,16.4840087890625
HSLMP,λ<=n,8192,0,100410,12.257080078125
HSLMP,λ<=n,8192,0,91132,11.12451171875
HSLMP,λ<=n,8192,0,92981,11.3502197265625
HSDIP,λ<=n,8192,0,88618,10.817626953125
HSDIP,λ<=n,8192,0,118854,14.508544921875
HSDIP,λ<=n,8192,0,134114,16.371337890625
HSDIP,λ<=n,8192,0,90150,11.004638671875
HSDIP,λ<=n,8192,0,159822,19.509521484375
HSDIP,λ<=n,8192,0,114860,14.02099609375
HSDIP,λ<=n,8192,0,159665,19.4903564453125
HSDIP,λ<=n,8192,0,203565,24.8492431640625
HSDIP,λ<=n,8192,0,142397,17.3824462890625
HSDIP,λ<=n,8192,0,93377,11.3985595703125
HSDIP,λ<=n,8192,0,161439,19.7069091796875
HSDIP,λ<=n,8192,0,145803,17.7982177734375
HSDIP,λ<=n,8192,0,110683,13.5111083984375
HSDIP,λ<=n,8192,0,104613,12.7701416015625
HSDIP,λ<=n,8192,0,108700,13.26904296875
HSDIP,λ<=n,8192,0,142774,17.428466796875
HSDIP,λ<=n,8192,0,120032,14.65234375
HSDIP,λ<=n,8192,0,163351,19.9403076171875
HSDIP,λ<=n,8192,0,207428,25.32080078125
HSDIP,λ<=n,8192,0,126924,15.49365234375
HSDIP,λ<=n,8192,0,188917,23.0611572265625
HSDIP,λ<=n,8192,0,247110,30.164794921875
HSDIP,λ<=n,8192,0,114357,13.9595947265625
HSDIP,λ<=n,8192,0,139015,16.9696044921875
HSDIP,λ<=n,8192,0,129469,15.8043212890625
HSDIP,λ<=n,8192,0,183012,22.34033203125
HSDIP,λ<=n,8192,0,97860,11.94580078125
HSDIP,λ<=n,8192,0,189375,23.1170654296875
HSDIP,λ<=n,8192,0,118155,14.4232177734375
HSDIP,λ<=n,8192,0,151661,18.5133056640625
HSDIP,λ<=n,8192,0,127822,15.603271484375
HSDIP,λ<=n,8192,0,94705,11.5606689453125
HSDIP,λ<=n,8192,0,125674,15.341064453125
HSDIP,λ<=n,8192,0,92739,11.3206787109375
HSDIP,λ<=n,8192,0,185530,22.647705078125
HSDIP,λ<=n,8192,0,117636,14.35986328125
HSDIP,λ<=n,8192,0,94592,11.546875
HSDIP,λ<=n,8192,0,170485,20.8111572265625
HSDIP,λ<=n,8192,0,95433,11.6495361328125
HSDIP,λ<=n,8192,0,90484,11.04541015625
HSDIP,λ<=n,8192,0,147066,17.952392578125
HSDIP,λ<=n,8192,0,166960,20.380859375
HSDIP,λ<=n,8192,0,120749,14.7398681640625
HSDIP,λ<=n,8192,0,116757,14.2525634765625
HSDIP,λ<=n,8192,0,113555,13.8616943359375
HSDIP,λ<=n,8192,0,104435,12.7484130859375
HSDIP,λ<=n,8192,0,103466,12.630126953125
HSDIP,λ<=n,8192,0,89429,10.9166259765625
HSDIP,λ<=n,8192,0,93530,11.417236328125
HSDIP,λ<=n,8192,0,103048,12.5791015625
HSDIP,λ<=n,8192,0,113481,13.8526611328125
HSDIP,λ<=n,8192,0,176903,21.5946044921875
HSDIP,λ<=n,8192,0,139895,17.0770263671875
HSDIP,λ<=n,8192,0,99820,12.18505859375
HSDIP,λ<=n,8192,0,138141,16.8629150390625
HSDIP,λ<=n,8192,0,106623,13.0155029296875
HSDIP,λ<=n,8192,0,104711,12.7821044921875
HSDIP,λ<=n,8192,0,111043,13.5550537109375
HSDIP,λ<=n,8192,0,115355,14.0814208984375
HSDIP,λ<=n,8192,0,173153,21.1368408203125
HSDIP,λ<=n,8192,0,86479,10.5565185546875
HSDIP,λ<=n,8192,0,89525,10.9283447265625
HSDIP,λ<=n,8192,0,86126,10.513427734375
HSDIP,λ<=n,8192,0,117792,14.37890625
HSDIP,λ<=n,8192,0,140163,17.1097412109375
HSDIP,λ<=n,8192,0,111881,13.6573486328125
HSDIP,λ<=n,8192,0,129678,15.829833984375
HSDIP,λ<=n,8192,0,154917,18.9107666015625
HSDIP,λ<=n,8192,0,125629,15.3355712890625
HSDIP,λ<=n,8192,0,111032,13.5537109375
HSDIP,λ<=n,8192,0,187486,22.886474609375
HSDIP,λ<=n,8192,0,179927,21.9637451171875
HSDIP,λ<=n,8192,0,100431,12.2596435546875
HSDIP,λ<=n,8192,0,114295,13.9520263671875
HSDIP,λ<=n,8192,0,113562,13.862548828125
HSDIP,λ<=n,8192,0,93774,11.447021484375
HSDIP,λ<=n,8192,0,108888,13.2919921875
HSDIP,λ<=n,8192,0,148599,18.1395263671875
HSDIP,λ<=n,8192,0,120842,14.751220703125
HSDIP,λ<=n,8192,0,122223,14.9197998046875
HSDIP,λ<=n,8192,0,136166,16.621826171875
HSDIP,λ<=n,8192,0,98062,11.970458984375
HSDIP,λ<=n,8192,0,158772,19.38134765625
HSDIP,λ<=n,8192,0,106020,12.94189453125
HSDIP,λ<=n,8192,0,120644,14.72705078125
HSDIP,λ<=n,8192,0,146093,17.8336181640625
HSDIP,λ<=n,8192,0,124074,15.145751953125
HSDIP,λ<=n,8192,0,158935,19.4012451171875
HSDIP,λ<=n,8192,0,206979,25.2659912109375
HSDIP,λ<=n,8192,0,189532,23.13623046875
HSDIP,λ<=n,8192,0,110822,13.528076171875
HSDIP,λ<=n,8192,0,101770,12.423095703125
HSDIP,λ<=n,8192,0,95546,11.663330078125
HSDIP,λ<=n,8192,0,146365,17.8668212890625
HSDIP,λ<=n,8192,0,106411,12.9896240234375
HSDIP,λ<=n,8192,0,175973,21.4810791015625
HSDIP,λ<=n,8192,0,106768,13.033203125
HSDIP,λ<=n,8192,0,115299,14.0745849609375
HSDIP,λ<=n,8192,0,95572,11.66650390625
HSDIP,λ<=n,8192,0,118030,14.407958984375
HRDIP,λ<=n,8192,0,78483,9.5804443359375
HRDIP,λ<=n,8192,0,102520,12.5146484375
HRDIP,λ<=n,8192,0,96972,11.83740234375
HRDIP,λ<=n,8192,0,99006,12.085693359375
HRDIP,λ<=n,8192,0,95057,11.6036376953125
HRDIP,λ<=n,8192,0,79801,9.7413330078125
HRDIP,λ<=n,8192,0,95947,11.7122802734375
HRDIP,λ<=n,8192,0,100823,12.3074951171875
HRDIP,λ<=n,8192,0,71722,8.755126953125
HRDIP,λ<=n,8192,0,79182,9.665771484375
HRDIP,λ<=n,8192,0,81019,9.8900146484375
HRDIP,λ<=n,8192,0,75773,9.2496337890625
HRDIP,λ<=n,8192,0,85784,10.4716796875
HRDIP,λ<=n,8192,0,138438,16.899169921875
HRDIP,λ<=n,8192,0,89433,10.9171142578125
HRDIP,λ<=n,8192,0,80333,9.8062744140625
HRDIP,λ<=n,8192,0,98178,11.984619140625
HRDIP,λ<=n,8192,0,72358,8.832763671875
HRDIP,λ<=n,8192,0,113750,13.885498046875
HRDIP,λ<=n,8192,0,98242,11.992431640625
HRDIP,λ<=n,8192,0,104480,12.75390625
HRDIP,λ<=n,8192,0,91630,11.185302734375
HRDIP,λ<=n,8192,0,94127,11.4901123046875
HRDIP,λ<=n,8192,0,101013,12.3306884765625
HRDIP,λ<=n,8192,0,86795,10.5950927734375
HRDIP,λ<=n,8192,0,105801,12.9151611328125
HRDIP,λ<=n,8192,0,84106,10.266845703125
HRDIP,λ<=n,8192,0,98622,12.038818359375
HRDIP,λ<=n,8192,0,64103,7.8250732421875
HRDIP,λ<=n,8192,0,90671,11.0682373046875
HRDIP,λ<=n,8192,0,82983,10.1297607421875
HRDIP,λ<=n,8192,0,67929,8.2921142578125
HRDIP,λ<=n,8192,0,118106,14.417236328125
HRDIP,λ<=n,8192,0,74864,9.138671875
HRDIP,λ<=n,8192,0,92162,11.250244140625
HRDIP,λ<=n,8192,0,88742,10.832763671875
HRDIP,λ<=n,8192,0,75617,9.2305908203125
HRDIP,λ<=n,8192,0,142282,17.368408203125
HRDIP,λ<=n,8192,0,70642,8.623291015625
HRDIP,λ<=n,8192,0,80316,9.80419921875
HRDIP,λ<=n,8192,0,92115,11.2445068359375
HRDIP,λ<=n,8192,0,80281,9.7999267578125
HRDIP,λ<=n,8192,0,73893,9.0201416015625
HRDIP,λ<=n,8192,0,85250,10.406494140625
HRDIP,λ<=n,8192,0,85281,10.4102783203125
HRDIP,λ<=n,8192,0,99790,12.181396484375
HRDIP,λ<=n,8192,0,95330,11.636962890625
HRDIP,λ<=n,8192,0,92895,11.3397216796875
HRDIP,λ<=n,8192,0,73752,9.0029296875
HRDIP,λ<=n,8192,0,71710,8.753662109375
HRDIP,λ<=n,8192,0,105863,12.9227294921875
HRDIP,λ<=n,8192,0,75590,9.227294921875
HRDIP,λ<=n,8192,0,85106,10.388916015625
HRDIP,λ<=n,8192,0,80946,9.881103515625
HRDIP,λ<=n,8192,0,100142,12.224365234375
HRDIP,λ<=n,8192,0,94601,11.5479736328125
HRDIP,λ<=n,8192,0,116096,14.171875
HRDIP,λ<=n,8192,0,85820,10.47607421875
HRDIP,λ<=n,8192,0,94959,11.5916748046875
HRDIP,λ<=n,8192,0,116136,14.1767578125
HRDIP,λ<=n,8192,0,71993,8.7882080078125
HRDIP,λ<=n,8192,0,109525,13.3697509765625
HRDIP,λ<=n,8192,0,131368,16.0361328125
HRDIP,λ<=n,8192,0,72347,8.8314208984375
HRDIP,λ<=n,8192,0,121622,14.846435546875
HRDIP,λ<=n,8192,0,123118,15.029052734375
HRDIP,λ<=n,8192,0,119738,14.616455078125
HRDIP,λ<=n,8192,0,108784,13.279296875
HRDIP,λ<=n,8192,0,108233,13.2120361328125
HRDIP,λ<=n,8192,0,85648,10.455078125
HRDIP,λ<=n,8192,0,66936,8.1708984375
HRDIP,λ<=n,8192,0,75330,9.195556640625
HRDIP,λ<=n,8192,0,73847,9.0145263671875
HRDIP,λ<=n,8192,0,81005,9.8883056640625
HRDIP,λ<=n,8192,0,131475,16.0491943359375
HRDIP,λ<=n,8192,0,78491,9.5814208984375
HRDIP,λ<=n,8192,0,105344,12.859375
HRDIP,λ<=n,8192,0,87016,10.6220703125
HRDIP,λ<=n,8192,0,80893,9.8746337890625
HRDIP,λ<=n,8192,0,114478,13.974365234375
HRDIP,λ<=n,8192,0,86396,10.54638671875
HRDIP,λ<=n,8192,0,101418,12.380126953125
HRDIP,λ<=n,8192,0,96709,11.8052978515625
HRDIP,λ<=n,8192,0,85340,10.41748046875
HRDIP,λ<=n,8192,0,136877,16.7086181640625
HRDIP,λ<=n,8192,0,79430,9.696044921875
HRDIP,λ<=n,8192,0,75736,9.2451171875
HRDIP,λ<=n,8192,0,72663,8.8699951171875
HRDIP,λ<=n,8192,0,86726,10.586669921875
HRDIP,λ<=n,8192,0,72527,8.8533935546875
HRDIP,λ<=n,8192,0,91323,11.1478271484375
HRDIP,λ<=n,8192,0,94244,11.50439453125
HRDIP,λ<=n,8192,0,84312,10.2919921875
HRDIP,λ<=n,8192,0,67029,8.1822509765625
HRDIP,λ<=n,8192,0,80394,9.813720703125
HRDIP,λ<=n,8192,0,79747,9.7347412109375
HRDIP,λ<=n,8192,0,76124,9.29248046875
HRDIP,λ<=n,8192,0,84755,10.3460693359375
HRDIP,λ<=n,8192,0,76723,9.3656005859375
HRDIP,λ<=n,8192,0,67380,8.22509765625
HHDIP,λ<=n,8192,0,71611,8.7415771484375
HHDIP,λ<=n,8192,0,68132,8.31689453125
HHDIP,λ<=n,8192,0,72920,8.9013671875
HHDIP,λ<=n,8192,0,64209,7.8380126953125
HHDIP,λ<=n,8192,0,63447,7.7449951171875
HHDIP,λ<=n,8192,0,64596,7.88525390625
HHDIP,λ<=n,8192,0,73816,9.0107421875
HHDIP,λ<=n,8192,0,88233,10.7706298828125
HHDIP,λ<=n,8192,0,85897,10.4854736328125
HHDIP,λ<=n,8192,0,68042,8.305908203125
HHDIP,λ<=n,8192,0,70508,8.60693359375
HHDIP,λ<=n,8192,0,82183,10.0321044921875
HHDIP,λ<=n,8192,0,105765,12.9107666015625
HHDIP,λ<=n,8192,0,93428,11.40478515625
HHDIP,λ<=n,8192,0,82359,10.0535888671875
HHDIP,λ<=n,8192,0,67709,8.2652587890625
HHDIP,λ<=n,8192,0,81193,9.9112548828125
HHDIP,λ<=n,8192,0,68459,8.3568115234375
HHDIP,λ<=n,8192,0,62759,7.6610107421875
HHDIP,λ<=n,8192,0,65984,8.0546875
HHDIP,λ<=n,8192,0,92617,11.3057861328125
HHDIP,λ<=n,8192,0,90600,11.0595703125
HHDIP,λ<=n,8192,0,70561,8.6134033203125
HHDIP,λ<=n,8192,0,72579,8.8597412109375
HHDIP,λ<=n,8192,0,101424,12.380859375
HHDIP,λ<=n,8192,0,70328,8.5849609375
HHDIP,λ<=n,8192,0,100228,12.23486328125
HHDIP,λ<=n,8192,0,67443,8.2327880859375
HHDIP,λ<=n,8192,0,79107,9.6566162109375
HHDIP,λ<=n,8192,0,79268,9.67626953125
HHDIP,λ<=n,8192,0,71445,8.7213134765625
HHDIP,λ<=n,8192,0,75935,9.2694091796875
HHDIP,λ<=n,8192,0,119379,14.5726318359375
HHDIP,λ<=n,8192,0,135550,16.546630859375
HHDIP,λ<=n,8192,0,60064,7.33203125
HHDIP,λ<=n,8192,0,67440,8.232421875
HHDIP,λ<=n,8192,0,74347,9.0755615234375
HHDIP,λ<=n,8192,0,87982,10.739990234375
HHDIP,λ<=n,8192,0,101390,12.376708984375
HHDIP,λ<=n,8192,0,79453,9.6988525390625
HHDIP,λ<=n,8192,0,68174,8.322021484375
HHDIP,λ<=n,8192,0,70754,8.636962890625
HHDIP,λ<=n,8192,0,76519,9.3406982421875
HHDIP,λ<=n,8192,0,69670,8.504638671875
HHDIP,λ<=n,8192,0,64781,7.9078369140625
HHDIP,λ<=n,8192,0,133288,16.2705078125
HHDIP,λ<=n,8192,0,67469,8.2359619140625
HHDIP,λ<=n,8192,0,61166,7.466552734375
HHDIP,λ<=n,8192,0,104040,12.7001953125
HHDIP,λ<=n,8192,0,63513,7.7530517578125
HHDIP,λ<=n,8192,0,66032,8.060546875
HHDIP,λ<=n,8192,0,86005,10.4986572265625
HHDIP,λ<=n,8192,0,69089,8.4337158203125
HHDIP,λ<=n,8192,0,74738,9.123291015625
HHDIP,λ<=n,8192,0,70294,8.580810546875
HHDIP,λ<=n,8192,0,74202,9.057861328125
HHDIP,λ<=n,8192,0,65607,8.0086669921875
HHDIP,λ<=n,8192,0,63566,7.759521484375
HHDIP,λ<=n,8192,0,106400,12.98828125
HHDIP,λ<=n,8192,0,72487,8.8485107421875
HHDIP,λ<=n,8192,0,68760,8.3935546875
HHDIP,λ<=n,8192,0,60879,7.4315185546875
HHDIP,λ<=n,8192,0,105957,12.9342041015625
HHDIP,λ<=n,8192,0,75561,9.2237548828125
HHDIP,λ<=n,8192,0,63322,7.729736328125
HHDIP,λ<=n,8192,0,79042,9.648681640625
HHDIP,λ<=n,8192,0,70620,8.62060546875
HHDIP,λ<=n,8192,0,66405,8.1060791015625
HHDIP,λ<=n,8192,0,71112,8.6806640625
HHDIP,λ<=n,8192,0,80363,9.8099365234375
HHDIP,λ<=n,8192,0,95865,11.7022705078125
HHDIP,λ<=n,8192,0,73212,8.93701171875
HHDIP,λ<=n,8192,0,79787,9.7396240234375
HHDIP,λ<=n,8192,0,70963,8.6624755859375
HHDIP,λ<=n,8192,0,99270,12.117919921875
HHDIP,λ<=n,8192,0,66195,8.0804443359375
HHDIP,λ<=n,8192,0,72833,8.8907470703125
HHDIP,λ<=n,8192,0,68923,8.4134521484375
HHDIP,λ<=n,8192,0,87555,10.6878662109375
HHDIP,λ<=n,8192,0,80882,9.873291015625
HHDIP,λ<=n,8192,0,111742,13.640380859375
HHDIP,λ<=n,8192,0,73810,9.010009765625
HHDIP,λ<=n,8192,0,72671,8.8709716796875
HHDIP,λ<=n,8192,0,63691,7.7747802734375
HHDIP,λ<=n,8192,0,66568,8.1259765625
HHDIP,λ<=n,8192,0,106213,12.9654541015625
HHDIP,λ<=n,8192,0,75011,9.1566162109375
HHDIP,λ<=n,8192,0,87306,10.657470703125
HHDIP,λ<=n,8192,0,67206,8.203857421875
HHDIP,λ<=n,8192,0,79515,9.7064208984375
HHDIP,λ<=n,8192,0,76671,9.3592529296875
HHDIP,λ<=n,8192,0,81975,10.0067138671875
HHDIP,λ<=n,8192,0,99553,12.1524658203125
HHDIP,λ<=n,8192,0,85149,10.3941650390625
HHDIP,λ<=n,8192,0,64668,7.89404296875
HHDIP,λ<=n,8192,0,68370,8.345947265625
HHDIP,λ<=n,8192,0,76284,9.31201171875
HHDIP,λ<=n,8192,0,86873,10.6046142578125
HHDIP,λ<=n,8192,0,71447,8.7215576171875
HHDIP,λ<=n,8192,0,71366,8.711669921875
HHLIP,λ<=n,8192,0,66165,8.0767822265625
HHLIP,λ<=n,8192,0,90565,11.0552978515625
HHLIP,λ<=n,8192,0,86040,10.5029296875
HHLIP,λ<=n,8192,0,80627,9.8421630859375
HHLIP,λ<=n,8192,0,80495,9.8260498046875
HHLIP,λ<=n,8192,0,80479,9.8240966796875
HHLIP,λ<=n,8192,0,104612,12.77001953125
HHLIP,λ<=n,8192,0,70228,8.57275390625
HHLIP,λ<=n,8192,0,83819,10.2318115234375
HHLIP,λ<=n,8192,0,148486,18.125732421875
HHLIP,λ<=n,8192,0,72977,8.9083251953125
HHLIP,λ<=n,8192,0,104930,12.808837890625
HHLIP,λ<=n,8192,0,67871,8.2850341796875
HHLIP,λ<=n,8192,0,78914,9.633056640625
HHLIP,λ<=n,8192,0,79351,9.6864013671875
HHLIP,λ<=n,8192,0,70992,8.666015625
HHLIP,λ<=n,8192,0,76316,9.31591796875
HHLIP,λ<=n,8192,0,98468,12.02001953125
HHLIP,λ<=n,8192,0,114512,13.978515625
HHLIP,λ<=n,8192,0,89560,10.9326171875
HHLIP,λ<=n,8192,0,76807,9.3758544921875
HHLIP,λ<=n,8192,0,67272,8.2119140625
HHLIP,λ<=n,8192,0,74684,9.11669921875
HHLIP,λ<=n,8192,0,75417,9.2061767578125
HHLIP,λ<=n,8192,0,77572,9.46923828125
HHLIP,λ<=n,8192,0,83613,10.2066650390625
HHLIP,λ<=n,8192,0,92342,11.272216796875
HHLIP,λ<=n,8192,0,64119,7.8270263671875
HHLIP,λ<=n,8192,0,81560,9.9560546875
HHLIP,λ<=n,8192,0,88356,10.78564453125
HHLIP,λ<=n,8192,0,101682,12.412353515625
HHLIP,λ<=n,8192,0,95413,11.6470947265625
HHLIP,λ<=n,8192,0,72941,8.9039306640625
HHLIP,λ<=n,8192,0,102554,12.518798828125
HHLIP,λ<=n,8192,0,80128,9.78125
HHLIP,λ<=n,8192,0,70148,8.56298828125
HHLIP,λ<=n,8192,0,74489,9.0928955078125
HHLIP,λ<=n,8192,0,74306,9.070556640625
HHLIP,λ<=n,8192,0,125363,15.3031005859375
HHLIP,λ<=n,8192,0,88960,10.859375
HHLIP,λ<=n,8192,0,83954,10.248291015625
HHLIP,λ<=n,8192,0,73658,8.991455078125
HHLIP,λ<=n,8192,0,87598,10.693115234375
HHLIP,λ<=n,8192,0,71434,8.719970703125
HHLIP,λ<=n,8192,0,105540,12.88330078125
HHLIP,λ<=n,8192,0,103938,12.687744140625
HHLIP,λ<=n,8192,0,88673,10.8243408203125
HHLIP,λ<=n,8192,0,98220,11.98974609375
HHLIP,λ<=n,8192,0,89738,10.954345703125
HHLIP,λ<=n,8192,0,78282,9.555908203125
HHLIP,λ<=n,8192,0,84123,10.2689208984375
HHLIP,λ<=n,8192,0,80786,9.861572265625
HHLIP,λ<=n,8192,0,86195,10.5218505859375
HHLIP,λ<=n,8192,0,74032,9.037109375
HHLIP,λ<=n,8192,0,103312,12.611328125
HHLIP,λ<=n,8192,0,71223,8.6942138671875
HHLIP,λ<=n,8192,0,88908,10.85302734375
HHLIP,λ<=n,8192,0,88460,10.79833984375
HHLIP,λ<=n,8192,0,92022,11.233154296875
HHLIP,λ<=n,8192,0,101473,12.3868408203125
HHLIP,λ<=n,8192,0,67427,8.2308349609375
HHLIP,λ<=n,8192,0,73569,8.9805908203125
HHLIP,λ<=n,8192,0,90982,11.106201171875
HHLIP,λ<=n,8192,0,74713,9.1202392578125
HHLIP,λ<=n,8192,0,72373,8.8345947265625
HHLIP,λ<=n,8192,0,79027,9.6468505859375
HHLIP,λ<=n,8192,0,77665,9.4805908203125
HHLIP,λ<=n,8192,0,86022,10.500732421875
HHLIP,λ<=n,8192,0,111498,13.610595703125
HHLIP,λ<=n,8192,0,71307,8.7044677734375
HHLIP,λ<=n,8192,0,70598,8.617919921875
HHLIP,λ<=n,8192,0,71231,8.6951904296875
HHLIP,λ<=n,8192,0,113635,13.8714599609375
HHLIP,λ<=n,8192,0,101191,12.3524169921875
HHLIP,λ<=n,8192,0,75165,9.1754150390625
HHLIP,λ<=n,8192,0,89747,10.9554443359375
HHLIP,λ<=n,8192,0,97266,11.873291015625
HHLIP,λ<=n,8192,0,107955,13.1781005859375
HHLIP,λ<=n,8192,0,74566,9.102294921875
HHLIP,λ<=n,8192,0,91718,11.196044921875
HHLIP,λ<=n,8192,0,80382,9.812255859375
HHLIP,λ<=n,8192,0,81418,9.938720703125
HHLIP,λ<=n,8192,0,77018,9.401611328125
HHLIP,λ<=n,8192,0,107573,13.1314697265625
HHLIP,λ<=n,8192,0,69438,8.476318359375
HHLIP,λ<=n,8192,0,70615,8.6199951171875
HHLIP,λ<=n,8192,0,82272,10.04296875
HHLIP,λ<=n,8192,0,73315,8.9495849609375
HHLIP,λ<=n,8192,0,86116,10.51220703125
HHLIP,λ<=n,8192,0,89686,10.947998046875
HHLIP,λ<=n,8192,0,104547,12.7620849609375
HHLIP,λ<=n,8192,0,105468,12.87451171875
HHLIP,λ<=n,8192,0,67630,8.255615234375
HHLIP,λ<=n,8192,0,80500,9.82666015625
HHLIP,λ<=n,8192,0,119789,14.6226806640625
HHLIP,λ<=n,8192,0,72100,8.80126953125
HHLIP,λ<=n,8192,0,88779,10.8372802734375
HHLIP,λ<=n,8192,0,79297,9.6798095703125
HHLIP,λ<=n,8192,0,84345,10.2960205078125
HHLIP,λ<=n,8192,0,71811,8.7659912109375
HRLIP,λ<=n,8192,0,96576,11.7890625
HRLIP,λ<=n,8192,0,85041,10.3809814453125
HRLIP,λ<=n,8192,0,105743,12.9080810546875
HRLIP,λ<=n,8192,0,103124,12.58837890625
HRLIP,λ<=n,8192,0,90673,11.0684814453125
HRLIP,λ<=n,8192,0,106466,12.996337890625
HRLIP,λ<=n,8192,0,72084,8.79931640625
HRLIP,λ<=n,8192,0,81546,9.954345703125
HRLIP,λ<=n,8192,0,83428,10.18408203125
HRLIP,λ<=n,8192,0,102325,12.4908447265625
HRLIP,λ<=n,8192,0,80354,9.808837890625
HRLIP,λ<=n,8192,0,94571,11.5443115234375
HRLIP,λ<=n,8192,0,82209,10.0352783203125
HRLIP,λ<=n,8192,0,92325,11.2701416015625
HRLIP,λ<=n,8192,0,70969,8.6632080078125
HRLIP,λ<=n,8192,0,87107,10.6331787109375
HRLIP,λ<=n,8192,0,98951,12.0789794921875
HRLIP,λ<=n,8192,0,76059,9.2845458984375
HRLIP,λ<=n,8192,0,82913,10.1212158203125
HRLIP,λ<=n,8192,0,82478,10.068115234375
HRLIP,λ<=n,8192,0,89817,10.9639892578125
HRLIP,λ<=n,8192,0,92870,11.336669921875
HRLIP,λ<=n,8192,0,94461,11.5308837890625
HRLIP,λ<=n,8192,0,106740,13.02978515625
HRLIP,λ<=n,8192,0,83251,10.1624755859375
HRLIP,λ<=n,8192,0,101130,12.344970703125
HRLIP,λ<=n,8192,0,78222,9.548583984375
HRLIP,λ<=n,8192,0,94351,11.5174560546875
HRLIP,λ<=n,8192,0,90432,11.0390625
HRLIP,λ<=n,8192,0,89789,10.9605712890625
HRLIP,λ<=n,8192,0,118155,14.4232177734375
HRLIP,λ<=n,8192,0,90048,10.9921875
HRLIP,λ<=n,8192,0,106234,12.968017578125
HRLIP,λ<=n,8192,0,132839,16.2156982421875
HRLIP,λ<=n,8192,0,79081,9.6534423828125
HRLIP,λ<=n,8192,0,75115,9.1693115234375
HRLIP,λ<=n,8192,0,95500,11.65771484375
HRLIP,λ<=n,8192,0,68424,8.3525390625
HRLIP,λ<=n,8192,0,115180,14.06005859375
HRLIP,λ<=n,8192,0,75942,9.270263671875
HRLIP,λ<=n,8192,0,125104,15.271484375
HRLIP,λ<=n,8192,0,85059,10.3831787109375
HRLIP,λ<=n,8192,0,104723,12.7835693359375
HRLIP,λ<=n,8192,0,174146,21.258056640625
HRLIP,λ<=n,8192,0,128154,15.643798828125
HRLIP,λ<=n,8192,0,84232,10.2822265625
HRLIP,λ<=n,8192,0,71001,8.6671142578125
HRLIP,λ<=n,8192,0,78708,9.60791015625
HRLIP,λ<=n,8192,0,97861,11.9459228515625
HRLIP,λ<=n,8192,0,94693,11.5592041015625
HRLIP,λ<=n,8192,0,69373,8.4683837890625
HRLIP,λ<=n,8192,0,70696,8.6298828125
HRLIP,λ<=n,8192,0,96718,11.806396484375
HRLIP,λ<=n,8192,0,81334,9.928466796875
HRLIP,λ<=n,8192,0,77554,9.467041015625
HRLIP,λ<=n,8192,0,80665,9.8468017578125
HRLIP,λ<=n,8192,0,73543,8.9774169921875
HRLIP,λ<=n,8192,0,80288,9.80078125
HRLIP,λ<=n,8192,0,83498,10.192626953125
HRLIP,λ<=n,8192,0,82940,10.12451171875
HRLIP,λ<=n,8192,0,128534,15.690185546875
HRLIP,λ<=n,8192,0,104258,12.726806640625
HRLIP,λ<=n,8192,0,72531,8.8538818359375
HRLIP,λ<=n,8192,0,85112,10.3896484375
HRLIP,λ<=n,8192,0,77843,9.5023193359375
HRLIP,λ<=n,8192,0,75665,9.2364501953125
HRLIP,λ<=n,8192,0,96344,11.7607421875
HRLIP,λ<=n,8192,0,94852,11.57861328125
HRLIP,λ<=n,8192,0,101036,12.33349609375
HRLIP,λ<=n,8192,0,109592,13.3779296875
HRLIP,λ<=n,8192,0,72296,8.8251953125
HRLIP,λ<=n,8192,0,76096,9.2890625
HRLIP,λ<=n,8192,0,71712,8.75390625
HRLIP,λ<=n,8192,0,77254,9.430419921875
HRLIP,λ<=n,8192,0,103021,12.5758056640625
HRLIP,λ<=n,8192,0,103721,12.6612548828125
HRLIP,λ<=n,8192,0,84244,10.28369140625
HRLIP,λ<=n,8192,0,79008,9.64453125
HRLIP,λ<=n,8192,0,108048,13.189453125
HRLIP,λ<=n,8192,0,80959,9.8826904296875
HRLIP,λ<=n,8192,0,92030,11.234130859375
HRLIP,λ<=n,8192,0,85286,10.410888671875
HRLIP,λ<=n,8192,0,73977,9.0303955078125
HRLIP,λ<=n,8192,0,89511,10.9266357421875
HRLIP,λ<=n,8192,0,82062,10.017333984375
HRLIP,λ<=n,8192,0,76359,9.3211669921875
HRLIP,λ<=n,8192,0,82861,10.1148681640625
HRLIP,λ<=n,8192,0,86369,10.5430908203125
HRLIP,λ<=n,8192,0,75134,9.171630859375
HRLIP,λ<=n,8192,0,76044,9.28271484375
HRLIP,λ<=n,8192,0,90725,11.0748291015625
HRLIP,λ<=n,8192,0,111190,13.572998046875
HRLIP,λ<=n,8192,0,90385,11.0333251953125
HRLIP,λ<=n,8192,0,76106,9.290283203125
HRLIP,λ<=n,8192,0,149367,18.2332763671875
HRLIP,λ<=n,8192,0,93636,11.43017578125
HRLIP,λ<=n,8192,0,98603,12.0364990234375
HRLIP,λ<=n,8192,0,79570,9.713134765625
HRLIP,λ<=n,8192,0,78215,9.5477294921875
HRLIP,λ<=n,8192,0,86112,10.51171875
HSLIP,λ<=n,8192,0,139118,16.982177734375
HSLIP,λ<=n,8192,0,124229,15.1646728515625
HSLIP,λ<=n,8192,0,104366,12.739990234375
HSLIP,λ<=n,8192,0,168524,20.57177734375
HSLIP,λ<=n,8192,0,116849,14.2637939453125
HSLIP,λ<=n,8192,0,122022,14.895263671875
HSLIP,λ<=n,8192,0,100898,12.316650390625
HSLIP,λ<=n,8192,0,125578,15.329345703125
HSLIP,λ<=n,8192,0,155468,18.97802734375
HSLIP,λ<=n,8192,0,139092,16.97900390625
HSLIP,λ<=n,8192,0,123665,15.0958251953125
HSLIP,λ<=n,8192,0,128727,15.7137451171875
HSLIP,λ<=n,8192,0,121037,14.7750244140625
HSLIP,λ<=n,8192,0,165407,20.1912841796875
HSLIP,λ<=n,8192,0,122089,14.9034423828125
HSLIP,λ<=n,8192,0,118783,14.4998779296875
HSLIP,λ<=n,8192,0,117038,14.286865234375
HSLIP,λ<=n,8192,0,111559,13.6180419921875
HSLIP,λ<=n,8192,0,100217,12.2335205078125
HSLIP,λ<=n,8192,0,114169,13.9366455078125
HSLIP,λ<=n,8192,0,98773,12.0572509765625
HSLIP,λ<=n,8192,0,189142,23.088623046875
HSLIP,λ<=n,8192,0,105738,12.907470703125
HSLIP,λ<=n,8192,0,177122,21.621337890625
HSLIP,λ<=n,8192,0,137527,16.7879638671875
HSLIP,λ<=n,8192,0,104472,12.7529296875
HSLIP,λ<=n,8192,0,103689,12.6573486328125
HSLIP,λ<=n,8192,0,121693,14.8551025390625
HSLIP,λ<=n,8192,0,178454,21.783935546875
HSLIP,λ<=n,8192,0,223480,27.2802734375
HSLIP,λ<=n,8192,0,142904,17.4443359375
HSLIP,λ<=n,8192,0,99761,12.1778564453125
HSLIP,λ<=n,8192,0,139973,17.0865478515625
HSLIP,λ<=n,8192,0,117606,14.356201171875
HSLIP,λ<=n,8192,0,198969,24.2882080078125
HSLIP,λ<=n,8192,0,105141,12.8345947265625
HSLIP,λ<=n,8192,0,142430,17.386474609375
HSLIP,λ<=n,8192,0,170149,20.7701416015625
HSLIP,λ<=n,8192,0,143299,17.4925537109375
HSLIP,λ<=n,8192,0,104034,12.699462890625
HSLIP,λ<=n,8192,0,139033,16.9718017578125
HSLIP,λ<=n,8192,0,160912,19.642578125
HSLIP,λ<=n,8192,0,259396,31.66455078125
HSLIP,λ<=n,8192,0,111592,13.6220703125
HSLIP,λ<=n,8192,0,116784,14.255859375
HSLIP,λ<=n,8192,0,113787,13.8900146484375
HSLIP,λ<=n,8192,0,134708,16.44384765625
HSLIP,λ<=n,8192,0,107833,13.1632080078125
HSLIP,λ<=n,8192,0,95805,11.6949462890625
HSLIP,λ<=n,8192,0,108703,13.2694091796875
HSLIP,λ<=n,8192,0,96463,11.7752685546875
HSLIP,λ<=n,8192,0,146575,17.8924560546875
HSLIP,λ<=n,8192,0,90258,11.017822265625
HSLIP,λ<=n,8192,0,111269,13.5826416015625
HSLIP,λ<=n,8192,0,136429,16.6539306640625
HSLIP,λ<=n,8192,0,83931,10.2454833984375
HSLIP,λ<=n,8192,0,111416,13.6005859375
HSLIP,λ<=n,8192,0,126113,15.3946533203125
HSLIP,λ<=n,8192,0,134664,16.4384765625
HSLIP,λ<=n,8192,0,119875,14.6331787109375
HSLIP,λ<=n,8192,0,142163,17.3538818359375
HSLIP,λ<=n,8192,0,115519,14.1014404296875
HSLIP,λ<=n,8192,0,236693,28.8931884765625
HSLIP,λ<=n,8192,0,133265,16.2677001953125
HSLIP,λ<=n,8192,0,110543,13.4940185546875
HSLIP,λ<=n,8192,0,96655,11.7987060546875
HSLIP,λ<=n,8192,0,138767,16.9393310546875
HSLIP,λ<=n,8192,0,123891,15.1234130859375
HSLIP,λ<=n,8192,0,174338,21.281494140625
HSLIP,λ<=n,8192,0,101306,12.366455078125
HSLIP,λ<=n,8192,0,140278,17.123779296875
HSLIP,λ<=n,8192,0,163627,19.9739990234375
HSLIP,λ<=n,8192,0,204242,24.931884765625
HSLIP,λ<=n,8192,0,176614,21.559326171875
HSLIP,λ<=n,8192,0,105104,12.830078125
HSLIP,λ<=n,8192,0,148250,18.096923828125
HSLIP,λ<=n,8192,0,102027,12.4544677734375
HSLIP,λ<=n,8192,0,114749,14.0074462890625
HSLIP,λ<=n,8192,0,100839,12.3094482421875
HSLIP,λ<=n,8192,0,151496,18.4931640625
HSLIP,λ<=n,8192,0,128983,15.7449951171875
HSLIP,λ<=n,8192,0,146989,17.9429931640625
HSLIP,λ<=n,8192,0,163915,20.0091552734375
HSLIP,λ<=n,8192,0,111393,13.5977783203125
HSLIP,λ<=n,8192,0,148734,18.156005859375
HSLIP,λ<=n,8192,0,122806,14.990966796875
HSLIP,λ<=n,8192,0,174134,21.256591796875
HSLIP,λ<=n,8192,0,139436,17.02099609375
HSLIP,λ<=n,8192,0,149237,18.2174072265625
HSLIP,λ<=n,8192,0,139630,17.044677734375
HSLIP,λ<=n,8192,0,234876,28.67138671875
HSLIP,λ<=n,8192,0,127657,15.5831298828125
HSLIP,λ<=n,8192,0,100257,12.2384033203125
HSLIP,λ<=n,8192,0,143705,17.5421142578125
HSLIP,λ<=n,8192,0,155239,18.9500732421875
HSLIP,λ<=n,8192,0,105636,12.89501953125
HSLIP,λ<=n,8192,0,148192,18.08984375
HSLIP,λ<=n,8192,0,182866,22.322509765625
HSLIP,λ<=n,8192,0,123468,15.07177734375
HSLIP,λ<=n,8192,0,99231,12.1131591796875
HSDCD,λ<=n,8192,0,71555,8.7347412109375
HSDCD,λ<=n,8192,0,136577,16.6719970703125
HSDCD,λ<=n,8192,0,68318,8.339599609375
HSDCD,λ<=n,8192,0,109061,13.3131103515625
HSDCD,λ<=n,8192,0,144255,17.6092529296875
HSDCD,λ<=n,8192,0,111745,13.6407470703125
HSDCD,λ<=n,8192,0,203934,24.894287109375
HSDCD,λ<=n,8192,0,113483,13.8529052734375
HSDCD,λ<=n,8192,0,91158,11.127685546875
HSDCD,λ<=n,8192,0,107984,13.181640625
HSDCD,λ<=n,8192,0,75566,9.224365234375
HSDCD,λ<=n,8192,0,83639,10.2098388671875
HSDCD,λ<=n,8192,0,108750,13.275146484375
HSDCD,λ<=n,8192,0,130859,15.9739990234375
HSDCD,λ<=n,8192,0,93643,11.4310302734375
HSDCD,λ<=n,8192,0,114831,14.0174560546875
HSDCD,λ<=n,8192,0,131515,16.0540771484375
HSDCD,λ<=n,8192,0,111609,13.6241455078125
HSDCD,λ<=n,8192,0,94437,11.5279541015625
HSDCD,λ<=n,8192,0,65595,8.0072021484375
HSDCD,λ<=n,8192,0,162976,19.89453125
HSDCD,λ<=n,8192,0,104169,12.7159423828125
HSDCD,λ<=n,8192,0,135395,16.5277099609375
HSDCD,λ<=n,8192,0,156279,19.0770263671875
HSDCD,λ<=n,8192,0,75888,9.263671875
HSDCD,λ<=n,8192,0,104403,12.7445068359375
HSDCD,λ<=n,8192,0,101480,12.3876953125
HSDCD,λ<=n,8192,0,217754,26.581298828125
HSDCD,λ<=n,8192,0,76389,9.3248291015625
HSDCD,λ<=n,8192,0,102461,12.5074462890625
HSDCD,λ<=n,8192,0,68173,8.3218994140625
HSDCD,λ<=n,8192,0,160181,19.5533447265625
HSDCD,λ<=n,8192,0,80983,9.8856201171875
HSDCD,λ<=n,8192,0,120187,14.6712646484375
HSDCD,λ<=n,8192,0,153859,18.7816162109375
HSDCD,λ<=n,8192,0,100157,12.2261962890625
HSDCD,λ<=n,8192,0,75817,9.2550048828125
HSDCD,λ<=n,8192,0,114002,13.916259765625
HSDCD,λ<=n,8192,0,167758,20.478271484375
HSDCD,λ<=n,8192,0,123171,15.0355224609375
HSDCD,λ<=n,8192,0,161257,19.6846923828125
HSDCD,λ<=n,8192,0,89890,10.972900390625
HSDCD,λ<=n,8192,0,92101,11.2427978515625
HSDCD,λ<=n,8192,0,147486,18.003662109375
HSDCD,λ<=n,8192,0,164995,20.1409912109375
HSDCD,λ<=n,8192,0,209513,25.5753173828125
HSDCD,λ<=n,8192,0,135240,16.5087890625
HSDCD,λ<=n,8192,0,113137,13.8106689453125
HSDCD,λ<=n,8192,0,96162,11.738525390625
HSDCD,λ<=n,8192,0,78834,9.623291015625
HSDCD,λ<=n,8192,0,86142,10.515380859375
HSDCD,λ<=n,8192,0,93703,11.4383544921875
HSDCD,λ<=n,8192,0,79309,9.6812744140625
HSDCD,λ<=n,8192,0,116950,14.276123046875
HSDCD,λ<=n,8192,0,117319,14.3211669921875
HSDCD,λ<=n,8192,0,135259,16.5111083984375
HSDCD,λ<=n,8192,0,75561,9.2237548828125
HSDCD,λ<=n,8192,0,95745,11.6876220703125
HSDCD,λ<=n,8192,0,138203,16.8704833984375
HSDCD,λ<=n,8192,0,108500,13.24462890625
HSDCD,λ<=n,8192,0,111268,13.58251953125
HSDCD,λ<=n,8192,0,96482,11.777587890625
HSDCD,λ<=n,8192,0,100617,12.2823486328125
HSDCD,λ<=n,8192,0,153482,18.735595703125
HSDCD,λ<=n,8192,0,159501,19.4703369140625
HSDCD,λ<=n,8192,0,96877,11.8258056640625
HSDCD,λ<=n,8192,0,84811,10.3529052734375
HSDCD,λ<=n,8192,0,95744,11.6875
HSDCD,λ<=n,8192,0,86993,10.6192626953125
HSDCD,λ<=n,8192,0,116437,14.2135009765625
HSDCD,λ<=n,8192,0,99424,12.13671875
HSDCD,λ<=n,8192,0,115026,14.041259765625
HSDCD,λ<=n,8192,0,97287,11.8758544921875
HSDCD,λ<=n,8192,0,100002,12.207275390625
HSDCD,λ<=n,8192,0,75358,9.198974609375
HSDCD,λ<=n,8192,0,101388,12.37646484375
HSDCD,λ<=n,8192,0,160477,19.5894775390625
HSDCD,λ<=n,8192,0,83035,10.1361083984375
HSDCD,λ<=n,8192,0,109185,13.3282470703125
HSDCD,λ<=n,8192,0,132586,16.184814453125
HSDCD,λ<=n,8192,0,76830,9.378662109375
HSDCD,λ<=n,8192,0,208546,25.457275390625
HSDCD,λ<=n,8192,0,74642,9.111572265625
HSDCD,λ<=n,8192,0,174362,21.284423828125
HSDCD,λ<=n,8192,0,108161,13.2032470703125
HSDCD,λ<=n,8192,0,90191,11.0096435546875
HSDCD,λ<=n,8192,0,131179,16.0130615234375
HSDCD,λ<=n,8192,0,153373,18.7222900390625
HSDCD,λ<=n,8192,0,125705,15.3448486328125
HSDCD,λ<=n,8192,0,89274,10.897705078125
HSDCD,λ<=n,8192,0,116874,14.266845703125
HSDCD,λ<=n,8192,0,127724,15.59130859375
HSDCD,λ<=n,8192,0,128418,15.676025390625
HSDCD,λ<=n,8192,0,113115,13.8079833984375
HSDCD,λ<=n,8192,0,167142,20.403076171875
HSDCD,λ<=n,8192,0,81387,9.9349365234375
HSDCD,λ<=n,8192,0,109328,13.345703125
HSDCD,λ<=n,8192,0,145244,17.72998046875
HSDCD,λ<=n,8192,0,169437,20.6832275390625
HSDCD,λ<=n,8192,0,119173,14.5474853515625
HRDCD,λ<=n,8192,0,95347,11.6390380859375
HRDCD,λ<=n,8192,0,66627,8.1331787109375
HRDCD,λ<=n,8192,0,102753,12.5430908203125
HRDCD,λ<=n,8192,0,63818,7.790283203125
HRDCD,λ<=n,8192,0,80474,9.823486328125
HRDCD,λ<=n,8192,0,86068,10.50634765625
HRDCD,λ<=n,8192,0,76733,9.3668212890625
HRDCD,λ<=n,8192,0,142870,17.440185546875
HRDCD,λ<=n,8192,0,62770,7.662353515625
HRDCD,λ<=n,8192,0,77074,9.408447265625
HRDCD,λ<=n,8192,0,85401,10.4249267578125
HRDCD,λ<=n,8192,0,62021,7.5709228515625
HRDCD,λ<=n,8192,0,70855,8.6492919921875
HRDCD,λ<=n,8192,0,83264,10.1640625
HRDCD,λ<=n,8192,0,101565,12.3980712890625
HRDCD,λ<=n,8192,0,68447,8.3553466796875
HRDCD,λ<=n,8192,0,65995,8.0560302734375
HRDCD,λ<=n,8192,0,96868,11.82470703125
HRDCD,λ<=n,8192,0,104533,12.7603759765625
HRDCD,λ<=n,8192,0,76622,9.353271484375
HRDCD,λ<=n,8192,0,63624,7.7666015625
HRDCD,λ<=n,8192,0,67388,8.22607421875
HRDCD,λ<=n,8192,0,141240,17.2412109375
HRDCD,λ<=n,8192,0,62367,7.6131591796875
HRDCD,λ<=n,8192,0,95157,11.6158447265625
HRDCD,λ<=n,8192,0,96287,11.7537841796875
HRDCD,λ<=n,8192,0,65256,7.9658203125
HRDCD,λ<=n,8192,0,58840,7.1826171875
HRDCD,λ<=n,8192,0,94736,11.564453125
HRDCD,λ<=n,8192,0,57743,7.0487060546875
HRDCD,λ<=n,8192,0,59122,7.217041015625
HRDCD,λ<=n,8192,0,60117,7.3385009765625
HRDCD,λ<=n,8192,0,53601,6.5430908203125
HRDCD,λ<=n,8192,0,72780,8.88427734375
HRDCD,λ<=n,8192,0,83343,10.1737060546875
HRDCD,λ<=n,8192,0,58534,7.145263671875
HRDCD,λ<=n,8192,0,70651,8.6243896484375
HRDCD,λ<=n,8192,0,62555,7.6361083984375
HRDCD,λ<=n,8192,0,84095,10.2655029296875
HRDCD,λ<=n,8192,0,138660,16.92626953125
HRDCD,λ<=n,8192,0,137393,16.7716064453125
HRDCD,λ<=n,8192,0,92223,11.2576904296875
HRDCD,λ<=n,8192,0,78255,9.5526123046875
HRDCD,λ<=n,8192,0,59367,7.2469482421875
HRDCD,λ<=n,8192,0,110230,13.455810546875
HRDCD,λ<=n,8192,0,64453,7.8677978515625
HRDCD,λ<=n,8192,0,76958,9.394287109375
HRDCD,λ<=n,8192,0,72721,8.8770751953125
HRDCD,λ<=n,8192,0,61795,7.5433349609375
HRDCD,λ<=n,8192,0,92907,11.3411865234375
HRDCD,λ<=n,8192,0,62996,7.68994140625
HRDCD,λ<=n,8192,0,97873,11.9473876953125
HRDCD,λ<=n,8192,0,100970,12.325439453125
HRDCD,λ<=n,8192,0,76100,9.28955078125
HRDCD,λ<=n,8192,0,82545,10.0762939453125
HRDCD,λ<=n,8192,0,67188,8.20166015625
HRDCD,λ<=n,8192,0,97331,11.8812255859375
HRDCD,λ<=n,8192,0,55943,6.8289794921875
HRDCD,λ<=n,8192,0,60317,7.3629150390625
HRDCD,λ<=n,8192,0,106776,13.0341796875
HRDCD,λ<=n,8192,0,65066,7.942626953125
HRDCD,λ<=n,8192,0,75556,9.22314453125
HRDCD,λ<=n,8192,0,75858,9.260009765625
HRDCD,λ<=n,8192,0,76434,9.330322265625
HRDCD,λ<=n,8192,0,55014,6.715576171875
HRDCD,λ<=n,8192,0,74803,9.1312255859375
HRDCD,λ<=n,8192,0,130982,15.989013671875
HRDCD,λ<=n,8192,0,60648,7.4033203125
HRDCD,λ<=n,8192,0,60136,7.3408203125
HRDCD,λ<=n,8192,0,75339,9.1966552734375
HRDCD,λ<=n,8192,0,82370,10.054931640625
HRDCD,λ<=n,8192,0,85849,10.4796142578125
HRDCD,λ<=n,8192,0,80674,9.847900390625
HRDCD,λ<=n,8192,0,100675,12.2894287109375
HRDCD,λ<=n,8192,0,57652,7.03759765625
HRDCD,λ<=n,8192,0,58535,7.1453857421875
HRDCD,λ<=n,8192,0,74069,9.0416259765625
HRDCD,λ<=n,8192,0,73810,9.010009765625
HRDCD,λ<=n,8192,0,64924,7.92529296875
HRDCD,λ<=n,8192,0,72570,8.858642578125
HRDCD,λ<=n,8192,0,72494,8.849365234375
HRDCD,λ<=n,8192,0,89570,10.933837890625
HRDCD,λ<=n,8192,0,60499,7.3851318359375
HRDCD,λ<=n,8192,0,104952,12.8115234375
HRDCD,λ<=n,8192,0,71756,8.75927734375
HRDCD,λ<=n,8192,0,74998,9.155029296875
HRDCD,λ<=n,8192,0,125955,15.3753662109375
HRDCD,λ<=n,8192,0,55296,6.75
HRDCD,λ<=n,8192,0,100281,12.2413330078125
HRDCD,λ<=n,8192,0,70516,8.60791015625
HRDCD,λ<=n,8192,0,67962,8.296142578125
HRDCD,λ<=n,8192,0,60822,7.424560546875
HRDCD,λ<=n,8192,0,71020,8.66943359375
HRDCD,λ<=n,8192,0,88497,10.8028564453125
HRDCD,λ<=n,8192,0,147399,17.9930419921875
HRDCD,λ<=n,8192,0,76152,9.2958984375
HRDCD,λ<=n,8192,0,90246,11.016357421875
HRDCD,λ<=n,8192,0,83339,10.1732177734375
HRDCD,λ<=n,8192,0,169142,20.647216796875
HRDCD,λ<=n,8192,0,58738,7.170166015625
HHDCD,λ<=n,8192,0,56652,6.91552734375
HHDCD,λ<=n,8192,0,85754,10.468017578125
HHDCD,λ<=n,8192,0,92836,11.33251953125
HHDCD,λ<=n,8192,0,52777,6.4425048828125
HHDCD,λ<=n,8192,0,130871,15.9754638671875
HHDCD,λ<=n,8192,0,60346,7.366455078125
HHDCD,λ<=n,8192,0,70700,8.63037109375
HHDCD,λ<=n,8192,0,75906,9.265869140625
HHDCD,λ<=n,8192,0,51389,6.2730712890625
HHDCD,λ<=n,8192,0,54231,6.6199951171875
HHDCD,λ<=n,8192,0,64843,7.9154052734375
HHDCD,λ<=n,8192,0,92325,11.2701416015625
HHDCD,λ<=n,8192,0,72221,8.8160400390625
HHDCD,λ<=n,8192,0,79440,9.697265625
HHDCD,λ<=n,8192,0,71174,8.688232421875
HHDCD,λ<=n,8192,0,90625,11.0626220703125
HHDCD,λ<=n,8192,0,70310,8.582763671875
HHDCD,λ<=n,8192,0,64420,7.86376953125
HHDCD,λ<=n,8192,0,53099,6.4818115234375
HHDCD,λ<=n,8192,0,58372,7.12548828125
HHDCD,λ<=n,8192,0,82172,10.03076171875
HHDCD,λ<=n,8192,0,54055,6.5985107421875
HHDCD,λ<=n,8192,0,75859,9.2601318359375
HHDCD,λ<=n,8192,0,62278,7.602294921875
HHDCD,λ<=n,8192,0,52015,6.3494873046875
HHDCD,λ<=n,8192,0,60925,7.4371337890625
HHDCD,λ<=n,8192,0,89102,10.876708984375
HHDCD,λ<=n,8192,0,54131,6.6077880859375
HHDCD,λ<=n,8192,0,63183,7.7127685546875
HHDCD,λ<=n,8192,0,79036,9.64794921875
HHDCD,λ<=n,8192,0,74145,9.0509033203125
HHDCD,λ<=n,8192,0,75841,9.2579345703125
HHDCD,λ<=n,8192,0,59741,7.2926025390625
HHDCD,λ<=n,8192,0,73412,8.96142578125
HHDCD,λ<=n,8192,0,80864,9.87109375
HHDCD,λ<=n,8192,0,92698,11.315673828125
HHDCD,λ<=n,8192,0,49708,6.06787109375
HHDCD,λ<=n,8192,0,60877,7.4312744140625
HHDCD,λ<=n,8192,0,69147,8.4407958984375
HHDCD,λ<=n,8192,0,146849,17.9259033203125
HHDCD,λ<=n,8192,0,68682,8.384033203125
HHDCD,λ<=n,8192,0,86421,10.5494384765625
HHDCD,λ<=n,8192,0,88278,10.776123046875
HHDCD,λ<=n,8192,0,69768,8.5166015625
HHDCD,λ<=n,8192,0,109245,13.3355712890625
HHDCD,λ<=n,8192,0,58448,7.134765625
HHDCD,λ<=n,8192,0,79983,9.7635498046875
HHDCD,λ<=n,8192,0,68461,8.3570556640625
HHDCD,λ<=n,8192,0,91901,11.2183837890625
HHDCD,λ<=n,8192,0,55503,6.7752685546875
HHDCD,λ<=n,8192,0,102676,12.53369140625
HHDCD,λ<=n,8192,0,87180,10.64208984375
HHDCD,λ<=n,8192,0,74782,9.128662109375
HHDCD,λ<=n,8192,0,83909,10.2427978515625
HHDCD,λ<=n,8192,0,76043,9.2825927734375
HHDCD,λ<=n,8192,0,68224,8.328125
HHDCD,λ<=n,8192,0,59078,7.211669921875
HHDCD,λ<=n,8192,0,63680,7.7734375
HHDCD,λ<=n,8192,0,68600,8.3740234375
HHDCD,λ<=n,8192,0,64863,7.9178466796875
HHDCD,λ<=n,8192,0,58310,7.117919921875
HHDCD,λ<=n,8192,0,65074,7.943603515625
HHDCD,λ<=n,8192,0,75542,9.221435546875
HHDCD,λ<=n,8192,0,82323,10.0491943359375
HHDCD,λ<=n,8192,0,52238,6.376708984375
HHDCD,λ<=n,8192,0,67384,8.2255859375
HHDCD,λ<=n,8192,0,64999,7.9344482421875
HHDCD,λ<=n,8192,0,70334,8.585693359375
HHDCD,λ<=n,8192,0,52902,6.457763671875
HHDCD,λ<=n,8192,0,54409,6.6417236328125
HHDCD,λ<=n,8192,0,47545,5.8038330078125
HHDCD,λ<=n,8192,0,88633,10.8194580078125
HHDCD,λ<=n,8192,0,48654,5.939208984375
HHDCD,λ<=n,8192,0,62874,7.675048828125
HHDCD,λ<=n,8192,0,67949,8.2945556640625
HHDCD,λ<=n,8192,0,85426,10.427978515625
HHDCD,λ<=n,8192,0,68015,8.3026123046875
HHDCD,λ<=n,8192,0,61869,7.5523681640625
HHDCD,λ<=n,8192,0,64720,7.900390625
HHDCD,λ<=n,8192,0,49692,6.06591796875
HHDCD,λ<=n,8192,0,63720,7.7783203125
HHDCD,λ<=n,8192,0,57767,7.0516357421875
HHDCD,λ<=n,8192,0,85082,10.385986328125
HHDCD,λ<=n,8192,0,72858,8.893798828125
HHDCD,λ<=n,8192,0,64168,7.8330078125
HHDCD,λ<=n,8192,0,71502,8.728271484375
HHDCD,λ<=n,8192,0,67162,8.198486328125
HHDCD,λ<=n,8192,0,56676,6.91845703125
HHDCD,λ<=n,8192,0,54262,6.623779296875
HHDCD,λ<=n,8192,0,72325,8.8287353515625
HHDCD,λ<=n,8192,0,56982,6.955810546875
HHDCD,λ<=n,8192,0,74553,9.1007080078125
HHDCD,λ<=n,8192,0,83801,10.2296142578125
HHDCD,λ<=n,8192,0,165399,20.1903076171875
HHDCD,λ<=n,8192,0,56977,6.9552001953125
HHDCD,λ<=n,8192,0,63870,7.796630859375
HHDCD,λ<=n,8192,0,67473,8.2364501953125
HHDCD,λ<=n,8192,0,56316,6.87451171875
HHDCD,λ<=n,8192,0,64131,7.8284912109375
HHDCD,λ<=n,8192,0,52519,6.4110107421875
HHLCD,λ<=n,8192,0,59815,7.3016357421875
HHLCD,λ<=n,8192,0,63715,7.7777099609375
HHLCD,λ<=n,8192,0,64571,7.8822021484375
HHLCD,λ<=n,8192,0,72340,8.83056640625
HHLCD,λ<=n,8192,0,67199,8.2030029296875
HHLCD,λ<=n,8192,0,73574,8.981201171875
HHLCD,λ<=n,8192,0,55711,6.8006591796875
HHLCD,λ<=n,8192,0,52919,6.4598388671875
HHLCD,λ<=n,8192,0,67426,8.230712890625
HHLCD,λ<=n,8192,0,66118,8.071044921875
HHLCD,λ<=n,8192,0,55217,6.7403564453125
HHLCD,λ<=n,8192,0,100719,12.2947998046875
HHLCD,λ<=n,8192,0,59227,7.2298583984375
HHLCD,λ<=n,8192,0,79014,9.645263671875
HHLCD,λ<=n,8192,0,64676,7.89501953125
HHLCD,λ<=n,8192,0,62075,7.5775146484375
HHLCD,λ<=n,8192,0,82212,10.03564453125
HHLCD,λ<=n,8192,0,54921,6.7042236328125
HHLCD,λ<=n,8192,0,60704,7.41015625
HHLCD,λ<=n,8192,0,87703,10.7059326171875
HHLCD,λ<=n,8192,0,54751,6.6834716796875
HHLCD,λ<=n,8192,0,59516,7.26513671875
HHLCD,λ<=n,8192,0,68039,8.3055419921875
HHLCD,λ<=n,8192,0,52926,6.460693359375
HHLCD,λ<=n,8192,0,60680,7.4072265625
HHLCD,λ<=n,8192,0,54789,6.6881103515625
HHLCD,λ<=n,8192,0,56207,6.8612060546875
HHLCD,λ<=n,8192,0,55045,6.7193603515625
HHLCD,λ<=n,8192,0,57784,7.0537109375
HHLCD,λ<=n,8192,0,88988,10.86279296875
HHLCD,λ<=n,8192,0,79433,9.6964111328125
HHLCD,λ<=n,8192,0,59558,7.270263671875
HHLCD,λ<=n,8192,0,65495,7.9949951171875
HHLCD,λ<=n,8192,0,63617,7.7657470703125
HHLCD,λ<=n,8192,0,54648,6.6708984375
HHLCD,λ<=n,8192,0,78348,9.56396484375
HHLCD,λ<=n,8192,0,55593,6.7862548828125
HHLCD,λ<=n,8192,0,98075,11.9720458984375
HHLCD,λ<=n,8192,0,72098,8.801025390625
HHLCD,λ<=n,8192,0,83371,10.1771240234375
HHLCD,λ<=n,8192,0,64876,7.91943359375
HHLCD,λ<=n,8192,0,82402,10.058837890625
HHLCD,λ<=n,8192,0,52405,6.3970947265625
HHLCD,λ<=n,8192,0,60561,7.3927001953125
HHLCD,λ<=n,8192,0,59894,7.311279296875
HHLCD,λ<=n,8192,0,76382,9.323974609375
HHLCD,λ<=n,8192,0,89551,10.9315185546875
HHLCD,λ<=n,8192,0,66543,8.1229248046875
HHLCD,λ<=n,8192,0,65874,8.041259765625
HHLCD,λ<=n,8192,0,66779,8.1517333984375
HHLCD,λ<=n,8192,0,58329,7.1202392578125
HHLCD,λ<=n,8192,0,61444,7.50048828125
HHLCD,λ<=n,8192,0,72030,8.792724609375
HHLCD,λ<=n,8192,0,68778,8.395751953125
HHLCD,λ<=n,8192,0,84628,10.33056640625
HHLCD,λ<=n,8192,0,63551,7.7576904296875
HHLCD,λ<=n,8192,0,122738,14.982666015625
HHLCD,λ<=n,8192,0,76241,9.3067626953125
HHLCD,λ<=n,8192,0,67538,8.244384765625
HHLCD,λ<=n,8192,0,73018,8.913330078125
HHLCD,λ<=n,8192,0,102779,12.5462646484375
HHLCD,λ<=n,8192,0,60651,7.4036865234375
HHLCD,λ<=n,8192,0,70244,8.57470703125
HHLCD,λ<=n,8192,0,71042,8.672119140625
HHLCD,λ<=n,8192,0,49302,6.018310546875
HHLCD,λ<=n,8192,0,53769,6.5635986328125
HHLCD,λ<=n,8192,0,64768,7.90625
HHLCD,λ<=n,8192,0,66844,8.15966796875
HHLCD,λ<=n,8192,0,136469,16.6588134765625
HHLCD,λ<=n,8192,0,85839,10.4783935546875
HHLCD,λ<=n,8192,0,63897,7.7999267578125
HHLCD,λ<=n,8192,0,83398,10.180419921875
HHLCD,λ<=n,8192,0,80173,9.7867431640625
HHLCD,λ<=n,8192,0,65414,7.985107421875
HHLCD,λ<=n,8192,0,83122,10.146728515625
HHLCD,λ<=n,8192,0,75907,9.2659912109375
HHLCD,λ<=n,8192,0,54906,6.702392578125
HHLCD,λ<=n,8192,0,57676,7.04052734375
HHLCD,λ<=n,8192,0,75217,9.1817626953125
HHLCD,λ<=n,8192,0,57002,6.958251953125
HHLCD,λ<=n,8192,0,52823,6.4481201171875
HHLCD,λ<=n,8192,0,90734,11.075927734375
HHLCD,λ<=n,8192,0,66685,8.1402587890625
HHLCD,λ<=n,8192,0,60893,7.4332275390625
HHLCD,λ<=n,8192,0,55388,6.76123046875
HHLCD,λ<=n,8192,0,62146,7.586181640625
HHLCD,λ<=n,8192,0,65737,8.0245361328125
HHLCD,λ<=n,8192,0,61787,7.5423583984375
HHLCD,λ<=n,8192,0,75568,9.224609375
HHLCD,λ<=n,8192,0,55015,6.7156982421875
HHLCD,λ<=n,8192,0,58833,7.1817626953125
HHLCD,λ<=n,8192,0,74532,9.09814453125
HHLCD,λ<=n,8192,0,68403,8.3499755859375
HHLCD,λ<=n,8192,0,87380,10.66650390625
HHLCD,λ<=n,8192,0,83962,10.249267578125
HHLCD,λ<=n,8192,0,69882,8.530517578125
HHLCD,λ<=n,8192,0,88668,10.82373046875
HHLCD,λ<=n,8192,0,57335,6.9989013671875
HHLCD,λ<=n,8192,0,84840,10.3564453125
HHLCD,λ<=n,8192,0,56587,6.9075927734375
HRLCD,λ<=n,8192,0,66280,8.0908203125
HRLCD,λ<=n,8192,0,78297,9.5577392578125
HRLCD,λ<=n,8192,0,75623,9.2313232421875
HRLCD,λ<=n,8192,0,77258,9.430908203125
HRLCD,λ<=n,8192,0,80076,9.77490234375
HRLCD,λ<=n,8192,0,73734,9.000732421875
HRLCD,λ<=n,8192,0,77378,9.445556640625
HRLCD,λ<=n,8192,0,58902,7.190185546875
HRLCD,λ<=n,8192,0,84330,10.294189453125
HRLCD,λ<=n,8192,0,59780,7.29736328125
HRLCD,λ<=n,8192,0,80060,9.77294921875
HRLCD,λ<=n,8192,0,79179,9.6654052734375
HRLCD,λ<=n,8192,0,68799,8.3983154296875
HRLCD,λ<=n,8192,0,79609,9.7178955078125
HRLCD,λ<=n,8192,0,62084,7.57861328125
HRLCD,λ<=n,8192,0,74690,9.117431640625
HRLCD,λ<=n,8192,0,73261,8.9429931640625
HRLCD,λ<=n,8192,0,68749,8.3922119140625
HRLCD,λ<=n,8192,0,63237,7.7193603515625
HRLCD,λ<=n,8192,0,58486,7.139404296875
HRLCD,λ<=n,8192,0,93555,11.4202880859375
HRLCD,λ<=n,8192,0,54076,6.60107421875
HRLCD,λ<=n,8192,0,68685,8.3843994140625
HRLCD,λ<=n,8192,0,63265,7.7227783203125
HRLCD,λ<=n,8192,0,87999,10.7420654296875
HRLCD,λ<=n,8192,0,75233,9.1837158203125
HRLCD,λ<=n,8192,0,96871,11.8250732421875
HRLCD,λ<=n,8192,0,98409,12.0128173828125
HRLCD,λ<=n,8192,0,99928,12.1982421875
HRLCD,λ<=n,8192,0,81858,9.992431640625
HRLCD,λ<=n,8192,0,76787,9.3734130859375
HRLCD,λ<=n,8192,0,70084,8.55517578125
HRLCD,λ<=n,8192,0,77260,9.43115234375
HRLCD,λ<=n,8192,0,62798,7.665771484375
HRLCD,λ<=n,8192,0,149008,18.189453125
HRLCD,λ<=n,8192,0,77437,9.4527587890625
HRLCD,λ<=n,8192,0,122542,14.958740234375
HRLCD,λ<=n,8192,0,65657,8.0147705078125
HRLCD,λ<=n,8192,0,70769,8.6387939453125
HRLCD,λ<=n,8192,0,64515,7.8753662109375
HRLCD,λ<=n,8192,0,109609,13.3800048828125
HRLCD,λ<=n,8192,0,61573,7.5162353515625
HRLCD,λ<=n,8192,0,136304,16.638671875
HRLCD,λ<=n,8192,0,62452,7.62353515625
HRLCD,λ<=n,8192,0,60329,7.3643798828125
HRLCD,λ<=n,8192,0,59272,7.2353515625
HRLCD,λ<=n,8192,0,66397,8.1051025390625
HRLCD,λ<=n,8192,0,84014,10.255615234375
HRLCD,λ<=n,8192,0,58760,7.1728515625
HRLCD,λ<=n,8192,0,83412,10.18212890625
HRLCD,λ<=n,8192,0,231685,28.2818603515625
HRLCD,λ<=n,8192,0,77192,9.4228515625
HRLCD,λ<=n,8192,0,86246,10.528076171875
HRLCD,λ<=n,8192,0,77448,9.4541015625
HRLCD,λ<=n,8192,0,66139,8.0736083984375
HRLCD,λ<=n,8192,0,73527,8.9754638671875
HRLCD,λ<=n,8192,0,84137,10.2706298828125
HRLCD,λ<=n,8192,0,81564,9.95654296875
HRLCD,λ<=n,8192,0,99276,12.11865234375
HRLCD,λ<=n,8192,0,103014,12.574951171875
HRLCD,λ<=n,8192,0,88218,10.768798828125
HRLCD,λ<=n,8192,0,66435,8.1097412109375
HRLCD,λ<=n,8192,0,68428,8.35302734375
HRLCD,λ<=n,8192,0,108229,13.2115478515625
HRLCD,λ<=n,8192,0,87803,10.7181396484375
HRLCD,λ<=n,8192,0,77186,9.422119140625
HRLCD,λ<=n,8192,0,90906,11.096923828125
HRLCD,λ<=n,8192,0,116549,14.2271728515625
HRLCD,λ<=n,8192,0,54702,6.677490234375
HRLCD,λ<=n,8192,0,65096,7.9462890625
HRLCD,λ<=n,8192,0,59235,7.2308349609375
HRLCD,λ<=n,8192,0,63676,7.77294921875
HRLCD,λ<=n,8192,0,99701,12.1705322265625
HRLCD,λ<=n,8192,0,56446,6.890380859375
HRLCD,λ<=n,8192,0,71751,8.7586669921875
HRLCD,λ<=n,8192,0,66720,8.14453125
HRLCD,λ<=n,8192,0,69688,8.5068359375
HRLCD,λ<=n,8192,0,66892,8.16552734375
HRLCD,λ<=n,8192,0,129589,15.8189697265625
HRLCD,λ<=n,8192,0,83263,10.1639404296875
HRLCD,λ<=n,8192,0,58822,7.180419921875
HRLCD,λ<=n,8192,0,120524,14.71240234375
HRLCD,λ<=n,8192,0,59342,7.243896484375
HRLCD,λ<=n,8192,0,70481,8.6036376953125
HRLCD,λ<=n,8192,0,66150,8.074951171875
HRLCD,λ<=n,8192,0,91322,11.147705078125
HRLCD,λ<=n,8192,0,79995,9.7650146484375
HRLCD,λ<=n,8192,0,59198,7.226318359375
HRLCD,λ<=n,8192,0,68290,8.336181640625
HRLCD,λ<=n,8192,0,74394,9.081298828125
HRLCD,λ<=n,8192,0,57062,6.965576171875
HRLCD,λ<=n,8192,0,87841,10.7227783203125
HRLCD,λ<=n,8192,0,108386,13.230712890625
HRLCD,λ<=n,8192,0,77065,9.4073486328125
HRLCD,λ<=n,8192,0,64560,7.880859375
HRLCD,λ<=n,8192,0,59786,7.298095703125
HRLCD,λ<=n,8192,0,66751,8.1483154296875
HRLCD,λ<=n,8192,0,76816,9.376953125
HRLCD,λ<=n,8192,0,88818,10.842041015625
HSLCD,λ<=n,8192,0,128243,15.6546630859375
HSLCD,λ<=n,8192,0,105030,12.821044921875
HSLCD,λ<=n,8192,0,118374,14.449951171875
HSLCD,λ<=n,8192,0,106677,13.0220947265625
HSLCD,λ<=n,8192,0,94070,11.483154296875
HSLCD,λ<=n,8192,0,98887,12.0711669921875
HSLCD,λ<=n,8192,0,105661,12.8980712890625
HSLCD,λ<=n,8192,0,106098,12.951416015625
HSLCD,λ<=n,8192,0,110673,13.5098876953125
HSLCD,λ<=n,8192,0,135394,16.527587890625
HSLCD,λ<=n,8192,0,96789,11.8150634765625
HSLCD,λ<=n,8192,0,75365,9.1998291015625
HSLCD,λ<=n,8192,0,132900,16.22314453125
HSLCD,λ<=n,8192,0,92096,11.2421875
HSLCD,λ<=n,8192,0,119813,14.6256103515625
HSLCD,λ<=n,8192,0,109682,13.388916015625
HSLCD,λ<=n,8192,0,76285,9.3121337890625
HSLCD,λ<=n,8192,0,101238,12.358154296875
HSLCD,λ<=n,8192,0,107358,13.105224609375
HSLCD,λ<=n,8192,0,157008,19.166015625
HSLCD,λ<=n,8192,0,109987,13.4261474609375
HSLCD,λ<=n,8192,0,105595,12.8900146484375
HSLCD,λ<=n,8192,0,123809,15.1134033203125
HSLCD,λ<=n,8192,0,89523,10.9281005859375
HSLCD,λ<=n,8192,0,112475,13.7298583984375
HSLCD,λ<=n,8192,0,73175,8.9324951171875
HSLCD,λ<=n,8192,0,141636,17.28955078125
HSLCD,λ<=n,8192,0,101911,12.4403076171875
HSLCD,λ<=n,8192,0,210237,25.6636962890625
HSLCD,λ<=n,8192,0,163865,20.0030517578125
HSLCD,λ<=n,8192,0,84429,10.3062744140625
HSLCD,λ<=n,8192,0,99198,12.109130859375
HSLCD,λ<=n,8192,0,119286,14.561279296875
HSLCD,λ<=n,8192,0,111832,13.6513671875
HSLCD,λ<=n,8192,0,116032,14.1640625
HSLCD,λ<=n,8192,0,93067,11.3607177734375
HSLCD,λ<=n,8192,0,72175,8.8104248046875
HSLCD,λ<=n,8192,0,93867,11.4583740234375
HSLCD,λ<=n,8192,0,88117,10.7564697265625
HSLCD,λ<=n,8192,0,137837,16.8258056640625
HSLCD,λ<=n,8192,0,174270,21.273193359375
HSLCD,λ<=n,8192,0,168299,20.5443115234375
HSLCD,λ<=n,8192,0,124740,15.22705078125
HSLCD,λ<=n,8192,0,111644,13.62841796875
HSLCD,λ<=n,8192,0,127714,15.590087890625
HSLCD,λ<=n,8192,0,81831,9.9891357421875
HSLCD,λ<=n,8192,0,172895,21.1053466796875
HSLCD,λ<=n,8192,0,127915,15.6146240234375
HSLCD,λ<=n,8192,0,332027,40.5306396484375
HSLCD,λ<=n,8192,0,83686,10.215576171875
HSLCD,λ<=n,8192,0,84951,10.3699951171875
HSLCD,λ<=n,8192,0,111549,13.6168212890625
HSLCD,λ<=n,8192,0,101908,12.43994140625
HSLCD,λ<=n,8192,0,80287,9.8006591796875
HSLCD,λ<=n,8192,0,106360,12.9833984375
HSLCD,λ<=n,8192,0,151387,18.4798583984375
HSLCD,λ<=n,8192,0,86126,10.513427734375
HSLCD,λ<=n,8192,0,99924,12.19775390625
HSLCD,λ<=n,8192,0,138003,16.8460693359375
HSLCD,λ<=n,8192,0,138956,16.96240234375
HSLCD,λ<=n,8192,0,131876,16.09814453125
HSLCD,λ<=n,8192,0,87361,10.6641845703125
HSLCD,λ<=n,8192,0,136539,16.6673583984375
HSLCD,λ<=n,8192,0,132271,16.1463623046875
HSLCD,λ<=n,8192,0,110816,13.52734375
HSLCD,λ<=n,8192,0,174774,21.334716796875
HSLCD,λ<=n,8192,0,114293,13.9517822265625
HSLCD,λ<=n,8192,0,208271,25.4237060546875
HSLCD,λ<=n,8192,0,163799,19.9949951171875
HSLCD,λ<=n,8192,0,284249,34.6983642578125
HSLCD,λ<=n,8192,0,149953,18.3048095703125
HSLCD,λ<=n,8192,0,124554,15.204345703125
HSLCD,λ<=n,8192,0,121805,14.8687744140625
HSLCD,λ<=n,8192,0,77602,9.472900390625
HSLCD,λ<=n,8192,0,86613,10.5728759765625
HSLCD,λ<=n,8192,0,148717,18.1539306640625
HSLCD,λ<=n,8192,0,111983,13.6697998046875
HSLCD,λ<=n,8192,0,127768,15.5966796875
HSLCD,λ<=n,8192,0,131376,16.037109375
HSLCD,λ<=n,8192,0,83430,10.184326171875
HSLCD,λ<=n,8192,0,98418,12.013916015625
HSLCD,λ<=n,8192,0,144121,17.5928955078125
HSLCD,λ<=n,8192,0,83474,10.189697265625
HSLCD,λ<=n,8192,0,113026,13.797119140625
HSLCD,λ<=n,8192,0,88685,10.8258056640625
HSLCD,λ<=n,8192,0,197989,24.1685791015625
HSLCD,λ<=n,8192,0,118888,14.5126953125
HSLCD,λ<=n,8192,0,170804,20.85009765625
HSLCD,λ<=n,8192,0,118814,14.503662109375
HSLCD,λ<=n,8192,0,76681,9.3604736328125
HSLCD,λ<=n,8192,0,105235,12.8460693359375
HSLCD,λ<=n,8192,0,98365,12.0074462890625
HSLCD,λ<=n,8192,0,100838,12.309326171875
HSLCD,λ<=n,8192,0,102228,12.47900390625
HSLCD,λ<=n,8192,0,130488,15.9287109375
HSLCD,λ<=n,8192,0,78911,9.6326904296875
HSLCD,λ<=n,8192,0,159600,19.482421875
HSLCD,λ<=n,8192,0,98393,12.0108642578125
HSLCD,λ<=n,8192,0,89810,10.963134765625
HSLCD,λ<=n,8192,0,84520,10.3173828125
HSDSD,λ<=n,8192,0,91522,11.172119140625
HSDSD,λ<=n,8192,0,103106,12.586181640625
HSDSD,λ<=n,8192,0,103894,12.682373046875
HSDSD,λ<=n,8192,0,172111,21.0096435546875
HSDSD,λ<=n,8192,0,110116,13.44189453125
HSDSD,λ<=n,8192,0,115084,14.04833984375
HSDSD,λ<=n,8192,0,90650,11.065673828125
HSDSD,λ<=n,8192,0,86513,10.5606689453125
HSDSD,λ<=n,8192,0,132973,16.2320556640625
HSDSD,λ<=n,8192,0,142636,17.41162109375
HSDSD,λ<=n,8192,0,133054,16.241943359375
HSDSD,λ<=n,8192,0,159727,19.4979248046875
HSDSD,λ<=n,8192,0,125234,15.287353515625
HSDSD,λ<=n,8192,0,94648,11.5537109375
HSDSD,λ<=n,8192,0,132827,16.2142333984375
HSDSD,λ<=n,8192,0,95653,11.6763916015625
HSDSD,λ<=n,8192,0,104730,12.784423828125
HSDSD,λ<=n,8192,0,88963,10.8597412109375
HSDSD,λ<=n,8192,0,96057,11.7257080078125
HSDSD,λ<=n,8192,0,266858,32.575439453125
HSDSD,λ<=n,8192,0,89203,10.8890380859375
HSDSD,λ<=n,8192,0,144811,17.6771240234375
HSDSD,λ<=n,8192,0,130524,15.93310546875
HSDSD,λ<=n,8192,0,151159,18.4520263671875
HSDSD,λ<=n,8192,0,141212,17.23779296875
HSDSD,λ<=n,8192,0,120531,14.7132568359375
HSDSD,λ<=n,8192,0,99707,12.1712646484375
HSDSD,λ<=n,8192,0,226789,27.6842041015625
HSDSD,λ<=n,8192,0,93761,11.4454345703125
HSDSD,λ<=n,8192,0,123800,15.1123046875
HSDSD,λ<=n,8192,0,96915,11.8304443359375
HSDSD,λ<=n,8192,0,113303,13.8309326171875
HSDSD,λ<=n,8192,0,91634,11.185791015625
HSDSD,λ<=n,8192,0,118747,14.4954833984375
HSDSD,λ<=n,8192,0,222229,27.1275634765625
HSDSD,λ<=n,8192,0,137813,16.8228759765625
HSDSD,λ<=n,8192,0,112412,13.72216796875
HSDSD,λ<=n,8192,0,114044,13.92138671875
HSDSD,λ<=n,8192,0,119890,14.635009765625
HSDSD,λ<=n,8192,0,179803,21.9486083984375
HSDSD,λ<=n,8192,0,103386,12.620361328125
HSDSD,λ<=n,8192,0,178605,21.8023681640625
HSDSD,λ<=n,8192,0,139477,17.0260009765625
HSDSD,λ<=n,8192,0,119234,14.554931640625
HSDSD,λ<=n,8192,0,91981,11.2281494140625
HSDSD,λ<=n,8192,0,158353,19.3302001953125
HSDSD,λ<=n,8192,0,156860,19.14794921875
HSDSD,λ<=n,8192,0,114033,13.9200439453125
HSDSD,λ<=n,8192,0,81778,9.982666015625
HSDSD,λ<=n,8192,0,93713,11.4395751953125
HSDSD,λ<=n,8192,0,88773,10.8365478515625
HSDSD,λ<=n,8192,0,143265,17.4884033203125
HSDSD,λ<=n,8192,0,135972,16.59814453125
HSDSD,λ<=n,8192,0,100580,12.27783203125
HSDSD,λ<=n,8192,0,82688,10.09375
HSDSD,λ<=n,8192,0,92986,11.350830078125
HSDSD,λ<=n,8192,0,83493,10.1920166015625
HSDSD,λ<=n,8192,0,224023,27.3465576171875
HSDSD,λ<=n,8192,0,160523,19.5950927734375
HSDSD,λ<=n,8192,0,91481,11.1671142578125
HSDSD,λ<=n,8192,0,128394,15.673095703125
HSDSD,λ<=n,8192,0,123892,15.12353515625
HSDSD,λ<=n,8192,0,91746,11.199462890625
HSDSD,λ<=n,8192,0,177091,21.6175537109375
HSDSD,λ<=n,8192,0,126935,15.4949951171875
HSDSD,λ<=n,8192,0,87355,10.6634521484375
HSDSD,λ<=n,8192,0,142538,17.399658203125
HSDSD,λ<=n,8192,0,108898,13.293212890625
HSDSD,λ<=n,8192,0,109016,13.3076171875
HSDSD,λ<=n,8192,0,123180,15.03662109375
HSDSD,λ<=n,8192,0,92163,11.2503662109375
HSDSD,λ<=n,8192,0,87039,10.6248779296875
HSDSD,λ<=n,8192,0,101921,12.4415283203125
HSDSD,λ<=n,8192,0,94418,11.525634765625
HSDSD,λ<=n,8192,0,80194,9.789306640625
HSDSD,λ<=n,8192,0,113156,13.81298828125
HSDSD,λ<=n,8192,0,126319,15.4197998046875
HSDSD,λ<=n,8192,0,110221,13.4547119140625
HSDSD,λ<=n,8192,0,142743,17.4246826171875
HSDSD,λ<=n,8192,0,111910,13.660888671875
HSDSD,λ<=n,8192,0,86883,10.6058349609375
HSDSD,λ<=n,8192,0,116128,14.17578125
HSDSD,λ<=n,8192,0,112860,13.77685546875
HSDSD,λ<=n,8192,0,110066,13.435791015625
HSDSD,λ<=n,8192,0,132406,16.162841796875
HSDSD,λ<=n,8192,0,84382,10.300537109375
HSDSD,λ<=n,8192,0,108237,13.2125244140625
HSDSD,λ<=n,8192,0,102920,12.5634765625
HSDSD,λ<=n,8192,0,127592,15.5751953125
HSDSD,λ<=n,8192,0,89960,10.9814453125
HSDSD,λ<=n,8192,0,139599,17.0408935546875
HSDSD,λ<=n,8192,0,185691,22.6673583984375
HSDSD,λ<=n,8192,0,120052,14.65478515625
HSDSD,λ<=n,8192,0,156341,19.0845947265625
HSDSD,λ<=n,8192,0,103539,12.6390380859375
HSDSD,λ<=n,8192,0,123516,15.07763671875
HSDSD,λ<=n,8192,0,181646,22.173583984375
HSDSD,λ<=n,8192,0,187906,22.937744140625
HSDSD,λ<=n,8192,0,83929,10.2452392578125
HSDSD,λ<=n,8192,0,117936,14.396484375
HRDSD,λ<=n,8192,0,68133,8.3170166015625
HRDSD,λ<=n,8192,0,72705,8.8751220703125
HRDSD,λ<=n,8192,0,80734,9.855224609375
HRDSD,λ<=n,8192,0,79529,9.7081298828125
HRDSD,λ<=n,8192,0,86670,10.579833984375
HRDSD,λ<=n,8192,0,66236,8.08544921875
HRDSD,λ<=n,8192,0,65185,7.9571533203125
HRDSD,λ<=n,8192,0,65243,7.9642333984375
HRDSD,λ<=n,8192,0,68147,8.3187255859375
HRDSD,λ<=n,8192,0,63760,7.783203125
HRDSD,λ<=n,8192,0,106642,13.017822265625
HRDSD,λ<=n,8192,0,146414,17.872802734375
HRDSD,λ<=n,8192,0,100131,12.2230224609375
HRDSD,λ<=n,8192,0,78986,9.641845703125
HRDSD,λ<=n,8192,0,77815,9.4989013671875
HRDSD,λ<=n,8192,0,91112,11.1220703125
HRDSD,λ<=n,8192,0,128523,15.6888427734375
HRDSD,λ<=n,8192,0,80922,9.878173828125
HRDSD,λ<=n,8192,0,80961,9.8829345703125
HRDSD,λ<=n,8192,0,115627,14.1146240234375
HRDSD,λ<=n,8192,0,87882,10.727783203125
HRDSD,λ<=n,8192,0,82352,10.052734375
HRDSD,λ<=n,8192,0,82433,10.0626220703125
HRDSD,λ<=n,8192,0,79704,9.7294921875
HRDSD,λ<=n,8192,0,69668,8.50439453125
HRDSD,λ<=n,8192,0,95134,11.613037109375
HRDSD,λ<=n,8192,0,74789,9.1295166015625
HRDSD,λ<=n,8192,0,121515,14.8333740234375
HRDSD,λ<=n,8192,0,174868,21.34619140625
HRDSD,λ<=n,8192,0,97911,11.9520263671875
HRDSD,λ<=n,8192,0,114548,13.98291015625
HRDSD,λ<=n,8192,0,77155,9.4183349609375
HRDSD,λ<=n,8192,0,69491,8.4827880859375
HRDSD,λ<=n,8192,0,124867,15.2425537109375
HRDSD,λ<=n,8192,0,68123,8.3157958984375
HRDSD,λ<=n,8192,0,68916,8.41259765625
HRDSD,λ<=n,8192,0,104016,12.697265625
HRDSD,λ<=n,8192,0,92831,11.3319091796875
HRDSD,λ<=n,8192,0,99372,12.13037109375
HRDSD,λ<=n,8192,0,80117,9.7799072265625
HRDSD,λ<=n,8192,0,87314,10.658447265625
HRDSD,λ<=n,8192,0,94597,11.5474853515625
HRDSD,λ<=n,8192,0,75834,9.257080078125
HRDSD,λ<=n,8192,0,65851,8.0384521484375
HRDSD,λ<=n,8192,0,66413,8.1070556640625
HRDSD,λ<=n,8192,0,76790,9.373779296875
HRDSD,λ<=n,8192,0,119772,14.62060546875
HRDSD,λ<=n,8192,0,73867,9.0169677734375
HRDSD,λ<=n,8192,0,66149,8.0748291015625
HRDSD,λ<=n,8192,0,101141,12.3463134765625
HRDSD,λ<=n,8192,0,105020,12.81982421875
HRDSD,λ<=n,8192,0,82064,10.017578125
HRDSD,λ<=n,8192,0,102867,12.5570068359375
HRDSD,λ<=n,8192,0,95658,11.677001953125
HRDSD,λ<=n,8192,0,84939,10.3685302734375
HRDSD,λ<=n,8192,0,65620,8.01025390625
HRDSD,λ<=n,8192,0,65077,7.9439697265625
HRDSD,λ<=n,8192,0,91661,11.1890869140625
HRDSD,λ<=n,8192,0,65136,7.951171875
HRDSD,λ<=n,8192,0,75432,9.2080078125
HRDSD,λ<=n,8192,0,73480,8.9697265625
HRDSD,λ<=n,8192,0,75329,9.1954345703125
HRDSD,λ<=n,8192,0,69052,8.42919921875
HRDSD,λ<=n,8192,0,93934,11.466552734375
HRDSD,λ<=n,8192,0,65052,7.94091796875
HRDSD,λ<=n,8192,0,108342,13.225341796875
HRDSD,λ<=n,8192,0,85423,10.4276123046875
HRDSD,λ<=n,8192,0,66114,8.070556640625
HRDSD,λ<=n,8192,0,85426,10.427978515625
HRDSD,λ<=n,8192,0,82215,10.0360107421875
HRDSD,λ<=n,8192,0,93134,11.368896484375
HRDSD,λ<=n,8192,0,81862,9.992919921875
HRDSD,λ<=n,8192,0,73638,8.989013671875
HRDSD,λ<=n,8192,0,83588,10.20361328125
HRDSD,λ<=n,8192,0,142199,17.3582763671875
HRDSD,λ<=n,8192,0,74900,9.14306640625
HRDSD,λ<=n,8192,0,86087,10.5086669921875
HRDSD,λ<=n,8192,0,73054,8.917724609375
HRDSD,λ<=n,8192,0,78096,9.533203125
HRDSD,λ<=n,8192,0,77605,9.4732666015625
HRDSD,λ<=n,8192,0,81120,9.90234375
HRDSD,λ<=n,8192,0,94780,11.56982421875
HRDSD,λ<=n,8192,0,70623,8.6209716796875
HRDSD,λ<=n,8192,0,66406,8.106201171875
HRDSD,λ<=n,8192,0,75445,9.2095947265625
HRDSD,λ<=n,8192,0,114580,13.98681640625
HRDSD,λ<=n,8192,0,91614,11.183349609375
HRDSD,λ<=n,8192,0,101573,12.3990478515625
HRDSD,λ<=n,8192,0,192593,23.5098876953125
HRDSD,λ<=n,8192,0,110143,13.4451904296875
HRDSD,λ<=n,8192,0,91079,11.1180419921875
HRDSD,λ<=n,8192,0,95367,11.6414794921875
HRDSD,λ<=n,8192,0,73541,8.9771728515625
HRDSD,λ<=n,8192,0,70872,8.6513671875
HRDSD,λ<=n,8192,0,70223,8.5721435546875
HRDSD,λ<=n,8192,0,72553,8.8565673828125
HRDSD,λ<=n,8192,0,94636,11.55224609375
HRDSD,λ<=n,8192,0,105343,12.8592529296875
HRDSD,λ<=n,8192,0,74052,9.03955078125
HRDSD,λ<=n,8192,0,75829,9.2564697265625
HHDSD,λ<=n,8192,0,75793,9.2520751953125
HHDSD,λ<=n,8192,0,72758,8.881591796875
HHDSD,λ<=n,8192,0,59772,7.29638671875
HHDSD,λ<=n,8192,0,69782,8.518310546875
HHDSD,λ<=n,8192,0,74626,9.109619140625
HHDSD,λ<=n,8192,0,73824,9.01171875
HHDSD,λ<=n,8192,0,59323,7.2415771484375
HHDSD,λ<=n,8192,0,70442,8.598876953125
HHDSD,λ<=n,8192,0,70746,8.635986328125
HHDSD,λ<=n,8192,0,60713,7.4112548828125
HHDSD,λ<=n,8192,0,64859,7.9173583984375
HHDSD,λ<=n,8192,0,64809,7.9112548828125
HHDSD,λ<=n,8192,0,114544,13.982421875
HHDSD,λ<=n,8192,0,68272,8.333984375
HHDSD,λ<=n,8192,0,63644,7.76904296875
HHDSD,λ<=n,8192,0,109974,13.424560546875
HHDSD,λ<=n,8192,0,67465,8.2354736328125
HHDSD,λ<=n,8192,0,87772,10.71435546875
HHDSD,λ<=n,8192,0,78296,9.5576171875
HHDSD,λ<=n,8192,0,71759,8.7596435546875
HHDSD,λ<=n,8192,0,110155,13.4466552734375
HHDSD,λ<=n,8192,0,61304,7.4833984375
HHDSD,λ<=n,8192,0,63219,7.7171630859375
HHDSD,λ<=n,8192,0,71521,8.7305908203125
HHDSD,λ<=n,8192,0,66447,8.1112060546875
HHDSD,λ<=n,8192,0,118106,14.417236328125
HHDSD,λ<=n,8192,0,77277,9.4332275390625
HHDSD,λ<=n,8192,0,72326,8.828857421875
HHDSD,λ<=n,8192,0,79802,9.741455078125
HHDSD,λ<=n,8192,0,82818,10.109619140625
HHDSD,λ<=n,8192,0,74491,9.0931396484375
HHDSD,λ<=n,8192,0,69147,8.4407958984375
HHDSD,λ<=n,8192,0,112276,13.70556640625
HHDSD,λ<=n,8192,0,81434,9.940673828125
HHDSD,λ<=n,8192,0,82995,10.1312255859375
HHDSD,λ<=n,8192,0,129097,15.7589111328125
HHDSD,λ<=n,8192,0,74747,9.1243896484375
HHDSD,λ<=n,8192,0,74085,9.0435791015625
HHDSD,λ<=n,8192,0,99354,12.128173828125
HHDSD,λ<=n,8192,0,64851,7.9163818359375
HHDSD,λ<=n,8192,0,73641,8.9893798828125
HHDSD,λ<=n,8192,0,69631,8.4998779296875
HHDSD,λ<=n,8192,0,89919,10.9764404296875
HHDSD,λ<=n,8192,0,65467,7.9915771484375
HHDSD,λ<=n,8192,0,69386,8.469970703125
HHDSD,λ<=n,8192,0,75728,9.244140625
HHDSD,λ<=n,8192,0,67254,8.209716796875
HHDSD,λ<=n,8192,0,67591,8.2508544921875
HHDSD,λ<=n,8192,0,79043,9.6488037109375
HHDSD,λ<=n,8192,0,86192,10.521484375
HHDSD,λ<=n,8192,0,72926,8.902099609375
HHDSD,λ<=n,8192,0,66254,8.087646484375
HHDSD,λ<=n,8192,0,60542,7.390380859375
HHDSD,λ<=n,8192,0,97267,11.8734130859375
HHDSD,λ<=n,8192,0,170159,20.7713623046875
HHDSD,λ<=n,8192,0,65844,8.03759765625
HHDSD,λ<=n,8192,0,75013,9.1568603515625
HHDSD,λ<=n,8192,0,108695,13.2684326171875
HHDSD,λ<=n,8192,0,76994,9.398681640625
HHDSD,λ<=n,8192,0,77698,9.484619140625
HHDSD,λ<=n,8192,0,96635,11.7962646484375
HHDSD,λ<=n,8192,0,65044,7.93994140625
HHDSD,λ<=n,8192,0,70302,8.581787109375
HHDSD,λ<=n,8192,0,66977,8.1759033203125
HHDSD,λ<=n,8192,0,69212,8.44873046875
HHDSD,λ<=n,8192,0,73486,8.970458984375
HHDSD,λ<=n,8192,0,74056,9.0400390625
HHDSD,λ<=n,8192,0,126757,15.4732666015625
HHDSD,λ<=n,8192,0,58338,7.121337890625
HHDSD,λ<=n,8192,0,71421,8.7183837890625
HHDSD,λ<=n,8192,0,67988,8.29931640625
HHDSD,λ<=n,8192,0,70652,8.62451171875
HHDSD,λ<=n,8192,0,69108,8.43603515625
HHDSD,λ<=n,8192,0,67772,8.27294921875
HHDSD,λ<=n,8192,0,80279,9.7996826171875
HHDSD,λ<=n,8192,0,62878,7.675537109375
HHDSD,λ<=n,8192,0,78060,9.52880859375
HHDSD,λ<=n,8192,0,75014,9.156982421875
HHDSD,λ<=n,8192,0,65599,8.0076904296875
HHDSD,λ<=n,8192,0,66817,8.1563720703125
HHDSD,λ<=n,8192,0,63085,7.7008056640625
HHDSD,λ<=n,8192,0,74380,9.07958984375
HHDSD,λ<=n,8192,0,108556,13.25146484375
HHDSD,λ<=n,8192,0,66842,8.159423828125
HHDSD,λ<=n,8192,0,89218,10.890869140625
HHDSD,λ<=n,8192,0,84886,10.362060546875
HHDSD,λ<=n,8192,0,87957,10.7369384765625
HHDSD,λ<=n,8192,0,68488,8.3603515625
HHDSD,λ<=n,8192,0,73099,8.9232177734375
HHDSD,λ<=n,8192,0,79675,9.7259521484375
HHDSD,λ<=n,8192,0,63456,7.74609375
HHDSD,λ<=n,8192,0,69006,8.423583984375
HHDSD,λ<=n,8192,0,62414,7.618896484375
HHDSD,λ<=n,8192,0,70160,8.564453125
HHDSD,λ<=n,8192,0,71797,8.7642822265625
HHDSD,λ<=n,8192,0,70039,8.5496826171875
HHDSD,λ<=n,8192,0,77967,9.5174560546875
HHDSD,λ<=n,8192,0,62294,7.604248046875
HHDSD,λ<=n,8192,0,76971,9.3958740234375
HHLSD,λ<=n,8192,0,81379,9.9339599609375
HHLSD,λ<=n,8192,0,83021,10.1343994140625
HHLSD,λ<=n,8192,0,76018,9.279541015625
HHLSD,λ<=n,8192,0,78244,9.55126953125
HHLSD,λ<=n,8192,0,98477,12.0211181640625
HHLSD,λ<=n,8192,0,72969,8.9073486328125
HHLSD,λ<=n,8192,0,79382,9.690185546875
HHLSD,λ<=n,8192,0,92092,11.24169921875
HHLSD,λ<=n,8192,0,72084,8.79931640625
HHLSD,λ<=n,8192,0,105091,12.8284912109375
HHLSD,λ<=n,8192,0,64837,7.9146728515625
HHLSD,λ<=n,8192,0,83479,10.1903076171875
HHLSD,λ<=n,8192,0,71101,8.6793212890625
HHLSD,λ<=n,8192,0,82396,10.05810546875
HHLSD,λ<=n,8192,0,64255,7.8436279296875
HHLSD,λ<=n,8192,0,68613,8.3756103515625
HHLSD,λ<=n,8192,0,78272,9.5546875
HHLSD,λ<=n,8192,0,64894,7.921630859375
HHLSD,λ<=n,8192,0,70792,8.6416015625
HHLSD,λ<=n,8192,0,70003,8.5452880859375
HHLSD,λ<=n,8192,0,70067,8.5531005859375
HHLSD,λ<=n,8192,0,76640,9.35546875
HHLSD,λ<=n,8192,0,68083,8.3109130859375
HHLSD,λ<=n,8192,0,77755,9.4915771484375
HHLSD,λ<=n,8192,0,87087,10.6307373046875
HHLSD,λ<=n,8192,0,87061,10.6275634765625
HHLSD,λ<=n,8192,0,70737,8.6348876953125
HHLSD,λ<=n,8192,0,69279,8.4569091796875
HHLSD,λ<=n,8192,0,73089,8.9219970703125
HHLSD,λ<=n,8192,0,67217,8.2052001953125
HHLSD,λ<=n,8192,0,90615,11.0614013671875
HHLSD,λ<=n,8192,0,76539,9.3431396484375
HHLSD,λ<=n,8192,0,83565,10.2008056640625
HHLSD,λ<=n,8192,0,121921,14.8829345703125
HHLSD,λ<=n,8192,0,65987,8.0550537109375
HHLSD,λ<=n,8192,0,70212,8.57080078125
HHLSD,λ<=n,8192,0,133661,16.3160400390625
HHLSD,λ<=n,8192,0,77140,9.41650390625
HHLSD,λ<=n,8192,0,80056,9.7724609375
HHLSD,λ<=n,8192,0,92661,11.3111572265625
HHLSD,λ<=n,8192,0,61619,7.5218505859375
HHLSD,λ<=n,8192,0,65754,8.026611328125
HHLSD,λ<=n,8192,0,68305,8.3380126953125
HHLSD,λ<=n,8192,0,68508,8.36279296875
HHLSD,λ<=n,8192,0,84121,10.2686767578125
HHLSD,λ<=n,8192,0,66659,8.1370849609375
HHLSD,λ<=n,8192,0,66511,8.1190185546875
HHLSD,λ<=n,8192,0,63390,7.738037109375
HHLSD,λ<=n,8192,0,81916,9.99951171875
HHLSD,λ<=n,8192,0,73913,9.0225830078125
HHLSD,λ<=n,8192,0,79195,9.6673583984375
HHLSD,λ<=n,8192,0,91517,11.1715087890625
HHLSD,λ<=n,8192,0,66096,8.068359375
HHLSD,λ<=n,8192,0,86906,10.608642578125
HHLSD,λ<=n,8192,0,66602,8.130126953125
HHLSD,λ<=n,8192,0,81590,9.959716796875
HHLSD,λ<=n,8192,0,88760,10.8349609375
HHLSD,λ<=n,8192,0,84477,10.3121337890625
HHLSD,λ<=n,8192,0,68935,8.4149169921875
HHLSD,λ<=n,8192,0,80352,9.80859375
HHLSD,λ<=n,8192,0,100962,12.324462890625
HHLSD,λ<=n,8192,0,83331,10.1722412109375
HHLSD,λ<=n,8192,0,94438,11.528076171875
HHLSD,λ<=n,8192,0,94150,11.492919921875
HHLSD,λ<=n,8192,0,68477,8.3590087890625
HHLSD,λ<=n,8192,0,70413,8.5953369140625
HHLSD,λ<=n,8192,0,63942,7.805419921875
HHLSD,λ<=n,8192,0,91334,11.149169921875
HHLSD,λ<=n,8192,0,101278,12.363037109375
HHLSD,λ<=n,8192,0,75833,9.2569580078125
HHLSD,λ<=n,8192,0,70644,8.62353515625
HHLSD,λ<=n,8192,0,64008,7.8134765625
HHLSD,λ<=n,8192,0,95544,11.6630859375
HHLSD,λ<=n,8192,0,82455,10.0653076171875
HHLSD,λ<=n,8192,0,73736,9.0009765625
HHLSD,λ<=n,8192,0,76553,9.3448486328125
HHLSD,λ<=n,8192,0,72227,8.8167724609375
HHLSD,λ<=n,8192,0,92029,11.2340087890625
HHLSD,λ<=n,8192,0,82386,10.056884765625
HHLSD,λ<=n,8192,0,86447,10.5526123046875
HHLSD,λ<=n,8192,0,71906,8.777587890625
HHLSD,λ<=n,8192,0,70650,8.624267578125
HHLSD,λ<=n,8192,0,77181,9.4215087890625
HHLSD,λ<=n,8192,0,65728,8.0234375
HHLSD,λ<=n,8192,0,99139,12.1019287109375
HHLSD,λ<=n,8192,0,65600,8.0078125
HHLSD,λ<=n,8192,0,80937,9.8800048828125
HHLSD,λ<=n,8192,0,111331,13.5902099609375
HHLSD,λ<=n,8192,0,66000,8.056640625
HHLSD,λ<=n,8192,0,85116,10.39013671875
HHLSD,λ<=n,8192,0,89970,10.982666015625
HHLSD,λ<=n,8192,0,81565,9.9566650390625
HHLSD,λ<=n,8192,0,93281,11.3868408203125
HHLSD,λ<=n,8192,0,77741,9.4898681640625
HHLSD,λ<=n,8192,0,71285,8.7017822265625
HHLSD,λ<=n,8192,0,70223,8.5721435546875
HHLSD,λ<=n,8192,0,76149,9.2955322265625
HHLSD,λ<=n,8192,0,86168,10.5185546875
HHLSD,λ<=n,8192,0,72082,8.799072265625
HHLSD,λ<=n,8192,0,75807,9.2537841796875
HRLSD,λ<=n,8192,0,73575,8.9813232421875
HRLSD,λ<=n,8192,0,75580,9.22607421875
HRLSD,λ<=n,8192,0,75813,9.2545166015625
HRLSD,λ<=n,8192,0,89390,10.911865234375
HRLSD,λ<=n,8192,0,79346,9.685791015625
HRLSD,λ<=n,8192,0,85151,10.3944091796875
HRLSD,λ<=n,8192,0,111755,13.6419677734375
HRLSD,λ<=n,8192,0,142231,17.3621826171875
HRLSD,λ<=n,8192,0,74714,9.120361328125
HRLSD,λ<=n,8192,0,74387,9.0804443359375
HRLSD,λ<=n,8192,0,72157,8.8082275390625
HRLSD,λ<=n,8192,0,111918,13.661865234375
HRLSD,λ<=n,8192,0,86681,10.5811767578125
HRLSD,λ<=n,8192,0,86703,10.5838623046875
HRLSD,λ<=n,8192,0,77005,9.4000244140625
HRLSD,λ<=n,8192,0,92124,11.24560546875
HRLSD,λ<=n,8192,0,187575,22.8973388671875
HRLSD,λ<=n,8192,0,71733,8.7564697265625
HRLSD,λ<=n,8192,0,122301,14.9293212890625
HRLSD,λ<=n,8192,0,78230,9.549560546875
HRLSD,λ<=n,8192,0,105511,12.8797607421875
HRLSD,λ<=n,8192,0,88232,10.7705078125
HRLSD,λ<=n,8192,0,75418,9.206298828125
HRLSD,λ<=n,8192,0,99759,12.1776123046875
HRLSD,λ<=n,8192,0,104946,12.810791015625
HRLSD,λ<=n,8192,0,77984,9.51953125
HRLSD,λ<=n,8192,0,148710,18.153076171875
HRLSD,λ<=n,8192,0,99316,12.12353515625
HRLSD,λ<=n,8192,0,75495,9.2156982421875
HRLSD,λ<=n,8192,0,82051,10.0159912109375
HRLSD,λ<=n,8192,0,108993,13.3048095703125
HRLSD,λ<=n,8192,0,136418,16.652587890625
HRLSD,λ<=n,8192,0,83887,10.2401123046875
HRLSD,λ<=n,8192,0,106625,13.0157470703125
HRLSD,λ<=n,8192,0,71471,8.7244873046875
HRLSD,λ<=n,8192,0,137092,16.73486328125
HRLSD,λ<=n,8192,0,80440,9.8193359375
HRLSD,λ<=n,8192,0,73911,9.0223388671875
HRLSD,λ<=n,8192,0,79474,9.701416015625
HRLSD,λ<=n,8192,0,86172,10.51904296875
HRLSD,λ<=n,8192,0,68708,8.38720703125
HRLSD,λ<=n,8192,0,102224,12.478515625
HRLSD,λ<=n,8192,0,73219,8.9378662109375
HRLSD,λ<=n,8192,0,85080,10.3857421875
HRLSD,λ<=n,8192,0,87182,10.642333984375
HRLSD,λ<=n,8192,0,84763,10.3470458984375
HRLSD,λ<=n,8192,0,92281,11.2647705078125
HRLSD,λ<=n,8192,0,70349,8.5875244140625
HRLSD,λ<=n,8192,0,74610,9.107666015625
HRLSD,λ<=n,8192,0,77068,9.40771484375
HRLSD,λ<=n,8192,0,139047,16.9735107421875
HRLSD,λ<=n,8192,0,141396,17.26025390625
HRLSD,λ<=n,8192,0,78443,9.5755615234375
HRLSD,λ<=n,8192,0,156706,19.129150390625
HRLSD,λ<=n,8192,0,75127,9.1707763671875
HRLSD,λ<=n,8192,0,76119,9.2918701171875
HRLSD,λ<=n,8192,0,89784,10.9599609375
HRLSD,λ<=n,8192,0,92097,11.2423095703125
HRLSD,λ<=n,8192,0,120862,14.753662109375
HRLSD,λ<=n,8192,0,103596,12.64599609375
HRLSD,λ<=n,8192,0,76391,9.3250732421875
HRLSD,λ<=n,8192,0,73469,8.9683837890625
HRLSD,λ<=n,8192,0,70666,8.626220703125
HRLSD,λ<=n,8192,0,94418,11.525634765625
HRLSD,λ<=n,8192,0,73972,9.02978515625
HRLSD,λ<=n,8192,0,68255,8.3319091796875
HRLSD,λ<=n,8192,0,75563,9.2239990234375
HRLSD,λ<=n,8192,0,71735,8.7567138671875
HRLSD,λ<=n,8192,0,84362,10.298095703125
HRLSD,λ<=n,8192,0,76179,9.2991943359375
HRLSD,λ<=n,8192,0,86040,10.5029296875
HRLSD,λ<=n,8192,0,79257,9.6749267578125
HRLSD,λ<=n,8192,0,95420,11.64794921875
HRLSD,λ<=n,8192,0,70430,8.597412109375
HRLSD,λ<=n,8192,0,123220,15.04150390625
HRLSD,λ<=n,8192,0,78047,9.5272216796875
HRLSD,λ<=n,8192,0,75630,9.232177734375
HRLSD,λ<=n,8192,0,111211,13.5755615234375
HRLSD,λ<=n,8192,0,66953,8.1729736328125
HRLSD,λ<=n,8192,0,102280,12.4853515625
HRLSD,λ<=n,8192,0,110844,13.53076171875
HRLSD,λ<=n,8192,0,73494,8.971435546875
HRLSD,λ<=n,8192,0,82556,10.07763671875
HRLSD,λ<=n,8192,0,85213,10.4019775390625
HRLSD,λ<=n,8192,0,74920,9.1455078125
HRLSD,λ<=n,8192,0,109581,13.3765869140625
HRLSD,λ<=n,8192,0,70298,8.581298828125
HRLSD,λ<=n,8192,0,69730,8.511962890625
HRLSD,λ<=n,8192,0,103979,12.6927490234375
HRLSD,λ<=n,8192,0,93259,11.3841552734375
HRLSD,λ<=n,8192,0,79186,9.666259765625
HRLSD,λ<=n,8192,0,189244,23.10107421875
HRLSD,λ<=n,8192,0,74016,9.03515625
HRLSD,λ<=n,8192,0,77109,9.4127197265625
HRLSD,λ<=n,8192,0,75732,9.24462890625
HRLSD,λ<=n,8192,0,72243,8.8187255859375
HRLSD,λ<=n,8192,0,82679,10.0926513671875
HRLSD,λ<=n,8192,0,82317,10.0484619140625
HRLSD,λ<=n,8192,0,111581,13.6207275390625
HRLSD,λ<=n,8192,0,79687,9.7274169921875
HSLSD,λ<=n,8192,0,102303,12.4881591796875
HSLSD,λ<=n,8192,0,133147,16.2532958984375
HSLSD,λ<=n,8192,0,85799,10.4735107421875
HSLSD,λ<=n,8192,0,107902,13.171630859375
HSLSD,λ<=n,8192,0,134638,16.435302734375
HSLSD,λ<=n,8192,0,97144,11.8583984375
HSLSD,λ<=n,8192,0,139153,16.9864501953125
HSLSD,λ<=n,8192,0,109636,13.38330078125
HSLSD,λ<=n,8192,0,103157,12.5924072265625
HSLSD,λ<=n,8192,0,116453,14.2154541015625
HSLSD,λ<=n,8192,0,152475,18.6126708984375
HSLSD,λ<=n,8192,0,87066,10.628173828125
HSLSD,λ<=n,8192,0,84627,10.3304443359375
HSLSD,λ<=n,8192,0,170583,20.8231201171875
HSLSD,λ<=n,8192,0,89807,10.9627685546875
HSLSD,λ<=n,8192,0,100854,12.311279296875
HSLSD,λ<=n,8192,0,97451,11.8958740234375
HSLSD,λ<=n,8192,0,112861,13.7769775390625
HSLSD,λ<=n,8192,0,138411,16.8958740234375
HSLSD,λ<=n,8192,0,113047,13.7996826171875
HSLSD,λ<=n,8192,0,91311,11.1463623046875
HSLSD,λ<=n,8192,0,129204,15.77197265625
HSLSD,λ<=n,8192,0,157338,19.206298828125
HSLSD,λ<=n,8192,0,115764,14.13134765625
HSLSD,λ<=n,8192,0,104469,12.7525634765625
HSLSD,λ<=n,8192,0,134076,16.36669921875
HSLSD,λ<=n,8192,0,86514,10.560791015625
HSLSD,λ<=n,8192,0,98087,11.9735107421875
HSLSD,λ<=n,8192,0,190606,23.267333984375
HSLSD,λ<=n,8192,0,101118,12.343505859375
HSLSD,λ<=n,8192,0,113103,13.8065185546875
HSLSD,λ<=n,8192,0,221316,27.01611328125
HSLSD,λ<=n,8192,0,125707,15.3450927734375
HSLSD,λ<=n,8192,0,89095,10.8758544921875
HSLSD,λ<=n,8192,0,133892,16.34423828125
HSLSD,λ<=n,8192,0,104125,12.7105712890625
HSLSD,λ<=n,8192,0,116438,14.213623046875
HSLSD,λ<=n,8192,0,125952,15.375
HSLSD,λ<=n,8192,0,90062,10.993896484375
HSLSD,λ<=n,8192,0,87789,10.7164306640625
HSLSD,λ<=n,8192,0,129219,15.7738037109375
HSLSD,λ<=n,8192,0,207733,25.3580322265625
HSLSD,λ<=n,8192,0,97281,11.8751220703125
HSLSD,λ<=n,8192,0,138544,16.912109375
HSLSD,λ<=n,8192,0,134972,16.47607421875
HSLSD,λ<=n,8192,0,94039,11.4793701171875
HSLSD,λ<=n,8192,0,131929,16.1046142578125
HSLSD,λ<=n,8192,0,79595,9.7161865234375
HSLSD,λ<=n,8192,0,85016,10.3779296875
HSLSD,λ<=n,8192,0,94175,11.4959716796875
HSLSD,λ<=n,8192,0,101385,12.3760986328125
HSLSD,λ<=n,8192,0,114645,13.9947509765625
HSLSD,λ<=n,8192,0,164872,20.1259765625
HSLSD,λ<=n,8192,0,89351,10.9071044921875
HSLSD,λ<=n,8192,0,109674,13.387939453125
HSLSD,λ<=n,8192,0,147312,17.982421875
HSLSD,λ<=n,8192,0,102702,12.536865234375
HSLSD,λ<=n,8192,0,289387,35.3255615234375
HSLSD,λ<=n,8192,0,91105,11.1212158203125
HSLSD,λ<=n,8192,0,113705,13.8800048828125
HSLSD,λ<=n,8192,0,106102,12.951904296875
HSLSD,λ<=n,8192,0,94831,11.5760498046875
HSLSD,λ<=n,8192,0,129987,15.8675537109375
HSLSD,λ<=n,8192,0,255657,31.2081298828125
HSLSD,λ<=n,8192,0,177323,21.6458740234375
HSLSD,λ<=n,8192,0,110488,13.4873046875
HSLSD,λ<=n,8192,0,100335,12.2479248046875
HSLSD,λ<=n,8192,0,249934,30.509521484375
HSLSD,λ<=n,8192,0,114928,14.029296875
HSLSD,λ<=n,8192,0,86056,10.5048828125
HSLSD,λ<=n,8192,0,115802,14.135986328125
HSLSD,λ<=n,8192,0,166910,20.374755859375
HSLSD,λ<=n,8192,0,138054,16.852294921875
HSLSD,λ<=n,8192,0,87965,10.7379150390625
HSLSD,λ<=n,8192,0,97794,11.937744140625
HSLSD,λ<=n,8192,0,106106,12.952392578125
HSLSD,λ<=n,8192,0,153551,18.7440185546875
HSLSD,λ<=n,8192,0,110111,13.4412841796875
HSLSD,λ<=n,8192,0,114438,13.969482421875
HSLSD,λ<=n,8192,0,100105,12.2198486328125
HSLSD,λ<=n,8192,0,220229,26.8834228515625
HSLSD,λ<=n,8192,0,120609,14.7227783203125
HSLSD,λ<=n,8192,0,142194,17.357666015625
HSLSD,λ<=n,8192,0,184151,22.4793701171875
HSLSD,λ<=n,8192,0,118523,14.4681396484375
HSLSD,λ<=n,8192,0,138557,16.9136962890625
HSLSD,λ<=n,8192,0,89617,10.9395751953125
HSLSD,λ<=n,8192,0,116681,14.2432861328125
HSLSD,λ<=n,8192,0,101315,12.3675537109375
HSLSD,λ<=n,8192,0,139978,17.087158203125
HSLSD,λ<=n,8192,0,153973,18.7955322265625
HSLSD,λ<=n,8192,0,106446,12.993896484375
HSLSD,λ<=n,8192,0,104848,12.798828125
HSLSD,λ<=n,8192,0,131592,16.0634765625
HSLSD,λ<=n,8192,0,90393,11.0343017578125
HSLSD,λ<=n,8192,0,117991,14.4031982421875
HSLSD,λ<=n,8192,0,127887,15.6112060546875
HSLSD,λ<=n,8192,0,180022,21.975341796875
HSLSD,λ<=n,8192,0,118738,14.494384765625
HSLSD,λ<=n,8192,0,102097,12.4630126953125
HSDMD,λ<=n,8192,0,89337,10.9053955078125
HSDMD,λ<=n,8192,0,80482,9.824462890625
HSDMD,λ<=n,8192,0,83028,10.13525390625
HSDMD,λ<=n,8192,0,75236,9.18408203125
HSDMD,λ<=n,8192,0,111567,13.6190185546875
HSDMD,λ<=n,8192,0,102587,12.5228271484375
HSDMD,λ<=n,8192,0,96411,11.7689208984375
HSDMD,λ<=n,8192,0,195687,23.8875732421875
HSDMD,λ<=n,8192,0,78900,9.63134765625
HSDMD,λ<=n,8192,0,98800,12.060546875
HSDMD,λ<=n,8192,0,72708,8.87548828125
HSDMD,λ<=n,8192,0,143102,17.468505859375
HSDMD,λ<=n,8192,0,105818,12.917236328125
HSDMD,λ<=n,8192,0,92634,11.307861328125
HSDMD,λ<=n,8192,0,145392,17.748046875
HSDMD,λ<=n,8192,0,123103,15.0272216796875
HSDMD,λ<=n,8192,0,112021,13.6744384765625
HSDMD,λ<=n,8192,0,74418,9.084228515625
HSDMD,λ<=n,8192,0,112190,13.695068359375
HSDMD,λ<=n,8192,0,105780,12.91259765625
HSDMD,λ<=n,8192,0,73918,9.023193359375
HSDMD,λ<=n,8192,0,95164,11.61669921875
HSDMD,λ<=n,8192,0,103022,12.575927734375
HSDMD,λ<=n,8192,0,108328,13.2236328125
HSDMD,λ<=n,8192,0,117174,14.303466796875
HSDMD,λ<=n,8192,0,99434,12.137939453125
HSDMD,λ<=n,8192,0,125302,15.295654296875
HSDMD,λ<=n,8192,0,109271,13.3387451171875
HSDMD,λ<=n,8192,0,74529,9.0977783203125
HSDMD,λ<=n,8192,0,105221,12.8443603515625
HSDMD,λ<=n,8192,0,112763,13.7650146484375
HSDMD,λ<=n,8192,0,71942,8.781982421875
HSDMD,λ<=n,8192,0,101564,12.39794921875
HSDMD,λ<=n,8192,0,186757,22.7974853515625
HSDMD,λ<=n,8192,0,93550,11.419677734375
HSDMD,λ<=n,8192,0,111286,13.584716796875
HSDMD,λ<=n,8192,0,144024,17.5810546875
HSDMD,λ<=n,8192,0,82706,10.095947265625
HSDMD,λ<=n,8192,0,177009,21.6075439453125
HSDMD,λ<=n,8192,0,112818,13.771728515625
HSDMD,λ<=n,8192,0,99955,12.2015380859375
HSDMD,λ<=n,8192,0,174360,21.2841796875
HSDMD,λ<=n,8192,0,97263,11.8729248046875
HSDMD,λ<=n,8192,0,76427,9.3294677734375
HSDMD,λ<=n,8192,0,129194,15.770751953125
HSDMD,λ<=n,8192,0,137764,16.81689453125
HSDMD,λ<=n,8192,0,96576,11.7890625
HSDMD,λ<=n,8192,0,109485,13.3648681640625
HSDMD,λ<=n,8192,0,92573,11.3004150390625
HSDMD,λ<=n,8192,0,86434,10.551025390625
HSDMD,λ<=n,8192,0,84067,10.2620849609375
HSDMD,λ<=n,8192,0,102786,12.547119140625
HSDMD,λ<=n,8192,0,98370,12.008056640625
HSDMD,λ<=n,8192,0,115421,14.0894775390625
HSDMD,λ<=n,8192,0,82775,10.1043701171875
HSDMD,λ<=n,8192,0,120558,14.716552734375
HSDMD,λ<=n,8192,0,92332,11.27099609375
HSDMD,λ<=n,8192,0,264128,32.2421875
HSDMD,λ<=n,8192,0,96391,11.7664794921875
HSDMD,λ<=n,8192,0,123030,15.018310546875
HSDMD,λ<=n,8192,0,76665,9.3585205078125
HSDMD,λ<=n,8192,0,122193,14.9161376953125
HSDMD,λ<=n,8192,0,140616,17.1650390625
HSDMD,λ<=n,8192,0,116251,14.1907958984375
HSDMD,λ<=n,8192,0,88136,10.7587890625
HSDMD,λ<=n,8192,0,200742,24.504638671875
HSDMD,λ<=n,8192,0,81049,9.8936767578125
HSDMD,λ<=n,8192,0,94604,11.54833984375
HSDMD,λ<=n,8192,0,86315,10.5364990234375
HSDMD,λ<=n,8192,0,92425,11.2823486328125
HSDMD,λ<=n,8192,0,137799,16.8211669921875
HSDMD,λ<=n,8192,0,182331,22.2572021484375
HSDMD,λ<=n,8192,0,94449,11.5294189453125
HSDMD,λ<=n,8192,0,81296,9.923828125
HSDMD,λ<=n,8192,0,264238,32.255615234375
HSDMD,λ<=n,8192,0,79522,9.707275390625
HSDMD,λ<=n,8192,0,200414,24.464599609375
HSDMD,λ<=n,8192,0,103743,12.6639404296875
HSDMD,λ<=n,8192,0,139804,17.06591796875
HSDMD,λ<=n,8192,0,160157,19.5504150390625
HSDMD,λ<=n,8192,0,124567,15.2059326171875
HSDMD,λ<=n,8192,0,229087,27.9647216796875
HSDMD,λ<=n,8192,0,132828,16.21435546875
HSDMD,λ<=n,8192,0,149620,18.26416015625
HSDMD,λ<=n,8192,0,145418,17.751220703125
HSDMD,λ<=n,8192,0,207077,25.2779541015625
HSDMD,λ<=n,8192,0,190983,23.3133544921875
HSDMD,λ<=n,8192,0,78698,9.606689453125
HSDMD,λ<=n,8192,0,71183,8.6893310546875
HSDMD,λ<=n,8192,0,99615,12.1600341796875
HSDMD,λ<=n,8192,0,95514,11.659423828125
HSDMD,λ<=n,8192,0,124113,15.1505126953125
HSDMD,λ<=n,8192,0,210663,25.7156982421875
HSDMD,λ<=n,8192,0,110714,13.514892578125
HSDMD,λ<=n,8192,0,209572,25.58251953125
HSDMD,λ<=n,8192,0,79675,9.7259521484375
HSDMD,λ<=n,8192,0,83348,10.17431640625
HSDMD,λ<=n,8192,0,81165,9.9078369140625
HSDMD,λ<=n,8192,0,125246,15.288818359375
HSDMD,λ<=n,8192,0,122127,14.9080810546875
HRDMD,λ<=n,8192,0,57222,6.985107421875
HRDMD,λ<=n,8192,0,59958,7.319091796875
HRDMD,λ<=n,8192,0,73737,9.0010986328125
HRDMD,λ<=n,8192,0,64569,7.8819580078125
HRDMD,λ<=n,8192,0,56858,6.940673828125
HRDMD,λ<=n,8192,0,68133,8.3170166015625
HRDMD,λ<=n,8192,0,60346,7.366455078125
HRDMD,λ<=n,8192,0,55291,6.7493896484375
HRDMD,λ<=n,8192,0,85242,10.405517578125
HRDMD,λ<=n,8192,0,112087,13.6824951171875
HRDMD,λ<=n,8192,0,55848,6.8173828125
HRDMD,λ<=n,8192,0,88406,10.791748046875
HRDMD,λ<=n,8192,0,52852,6.45166015625
HRDMD,λ<=n,8192,0,65905,8.0450439453125
HRDMD,λ<=n,8192,0,70480,8.603515625
HRDMD,λ<=n,8192,0,106039,12.9442138671875
HRDMD,λ<=n,8192,0,127440,15.556640625
HRDMD,λ<=n,8192,0,64590,7.884521484375
HRDMD,λ<=n,8192,0,65838,8.036865234375
HRDMD,λ<=n,8192,0,92731,11.3197021484375
HRDMD,λ<=n,8192,0,62002,7.568603515625
HRDMD,λ<=n,8192,0,61114,7.460205078125
HRDMD,λ<=n,8192,0,115141,14.0552978515625
HRDMD,λ<=n,8192,0,63647,7.7694091796875
HRDMD,λ<=n,8192,0,91321,11.1475830078125
HRDMD,λ<=n,8192,0,73656,8.9912109375
HRDMD,λ<=n,8192,0,97831,11.9422607421875
HRDMD,λ<=n,8192,0,169639,20.7078857421875
HRDMD,λ<=n,8192,0,70915,8.6566162109375
HRDMD,λ<=n,8192,0,68952,8.4169921875
HRDMD,λ<=n,8192,0,59716,7.28955078125
HRDMD,λ<=n,8192,0,56312,6.8740234375
HRDMD,λ<=n,8192,0,66065,8.0645751953125
HRDMD,λ<=n,8192,0,85722,10.464111328125
HRDMD,λ<=n,8192,0,143152,17.474609375
HRDMD,λ<=n,8192,0,105801,12.9151611328125
HRDMD,λ<=n,8192,0,59918,7.314208984375
HRDMD,λ<=n,8192,0,68475,8.3587646484375
HRDMD,λ<=n,8192,0,66653,8.1363525390625
HRDMD,λ<=n,8192,0,122346,14.934814453125
HRDMD,λ<=n,8192,0,69665,8.5040283203125
HRDMD,λ<=n,8192,0,86148,10.51611328125
HRDMD,λ<=n,8192,0,79342,9.685302734375
HRDMD,λ<=n,8192,0,82685,10.0933837890625
HRDMD,λ<=n,8192,0,120331,14.6888427734375
HRDMD,λ<=n,8192,0,59350,7.244873046875
HRDMD,λ<=n,8192,0,70590,8.616943359375
HRDMD,λ<=n,8192,0,82454,10.065185546875
HRDMD,λ<=n,8192,0,80253,9.7965087890625
HRDMD,λ<=n,8192,0,62330,7.608642578125
HRDMD,λ<=n,8192,0,98650,12.042236328125
HRDMD,λ<=n,8192,0,75477,9.2135009765625
HRDMD,λ<=n,8192,0,58433,7.1329345703125
HRDMD,λ<=n,8192,0,83148,10.14990234375
HRDMD,λ<=n,8192,0,98123,11.9779052734375
HRDMD,λ<=n,8192,0,145480,17.7587890625
HRDMD,λ<=n,8192,0,62957,7.6851806640625
HRDMD,λ<=n,8192,0,89394,10.912353515625
HRDMD,λ<=n,8192,0,65870,8.040771484375
HRDMD,λ<=n,8192,0,54099,6.6038818359375
HRDMD,λ<=n,8192,0,60752,7.416015625
HRDMD,λ<=n,8192,0,149742,18.279052734375
HRDMD,λ<=n,8192,0,67062,8.186279296875
HRDMD,λ<=n,8192,0,78757,9.6138916015625
HRDMD,λ<=n,8192,0,103938,12.687744140625
HRDMD,λ<=n,8192,0,54992,6.712890625
HRDMD,λ<=n,8192,0,78078,9.531005859375
HRDMD,λ<=n,8192,0,81006,9.888427734375
HRDMD,λ<=n,8192,0,65435,7.9876708984375
HRDMD,λ<=n,8192,0,61011,7.4476318359375
HRDMD,λ<=n,8192,0,60894,7.433349609375
HRDMD,λ<=n,8192,0,76680,9.3603515625
HRDMD,λ<=n,8192,0,84700,10.33935546875
HRDMD,λ<=n,8192,0,57585,7.0294189453125
HRDMD,λ<=n,8192,0,67387,8.2259521484375
HRDMD,λ<=n,8192,0,63966,7.808349609375
HRDMD,λ<=n,8192,0,63752,7.7822265625
HRDMD,λ<=n,8192,0,67886,8.286865234375
HRDMD,λ<=n,8192,0,58473,7.1378173828125
HRDMD,λ<=n,8192,0,61990,7.567138671875
HRDMD,λ<=n,8192,0,85672,10.4580078125
HRDMD,λ<=n,8192,0,86279,10.5321044921875
HRDMD,λ<=n,8192,0,84894,10.363037109375
HRDMD,λ<=n,8192,0,81803,9.9857177734375
HRDMD,λ<=n,8192,0,71202,8.691650390625
HRDMD,λ<=n,8192,0,82009,10.0108642578125
HRDMD,λ<=n,8192,0,89498,10.925048828125
HRDMD,λ<=n,8192,0,82099,10.0218505859375
HRDMD,λ<=n,8192,0,101388,12.37646484375
HRDMD,λ<=n,8192,0,62987,7.6888427734375
HRDMD,λ<=n,8192,0,125446,15.313232421875
HRDMD,λ<=n,8192,0,129105,15.7598876953125
HRDMD,λ<=n,8192,0,72858,8.893798828125
HRDMD,λ<=n,8192,0,76359,9.3211669921875
HRDMD,λ<=n,8192,0,66615,8.1317138671875
HRDMD,λ<=n,8192,0,58909,7.1910400390625
HRDMD,λ<=n,8192,0,61581,7.5172119140625
HRDMD,λ<=n,8192,0,80061,9.7730712890625
HRDMD,λ<=n,8192,0,81789,9.9840087890625
HRDMD,λ<=n,8192,0,60443,7.3782958984375
HHDMD,λ<=n,8192,0,65740,8.02490234375
HHDMD,λ<=n,8192,0,59778,7.297119140625
HHDMD,λ<=n,8192,0,70839,8.6473388671875
HHDMD,λ<=n,8192,0,70125,8.5601806640625
HHDMD,λ<=n,8192,0,57219,6.9847412109375
HHDMD,λ<=n,8192,0,69348,8.46533203125
HHDMD,λ<=n,8192,0,58054,7.086669921875
HHDMD,λ<=n,8192,0,59109,7.2154541015625
HHDMD,λ<=n,8192,0,62840,7.6708984375
HHDMD,λ<=n,8192,0,56963,6.9534912109375
HHDMD,λ<=n,8192,0,206455,25.2020263671875
HHDMD,λ<=n,8192,0,66039,8.0614013671875
HHDMD,λ<=n,8192,0,51529,6.2901611328125
HHDMD,λ<=n,8192,0,73727,8.9998779296875
HHDMD,λ<=n,8192,0,55875,6.8206787109375
HHDMD,λ<=n,8192,0,55911,6.8250732421875
HHDMD,λ<=n,8192,0,83880,10.2392578125
HHDMD,λ<=n,8192,0,59916,7.31396484375
HHDMD,λ<=n,8192,0,78964,9.63916015625
HHDMD,λ<=n,8192,0,51397,6.2740478515625
HHDMD,λ<=n,8192,0,79044,9.64892578125
HHDMD,λ<=n,8192,0,69086,8.433349609375
HHDMD,λ<=n,8192,0,72927,8.9022216796875
HHDMD,λ<=n,8192,0,55886,6.822021484375
HHDMD,λ<=n,8192,0,57187,6.9808349609375
HHDMD,λ<=n,8192,0,67540,8.24462890625
HHDMD,λ<=n,8192,0,76893,9.3863525390625
HHDMD,λ<=n,8192,0,62051,7.5745849609375
HHDMD,λ<=n,8192,0,74509,9.0953369140625
HHDMD,λ<=n,8192,0,58051,7.0863037109375
HHDMD,λ<=n,8192,0,74605,9.1070556640625
HHDMD,λ<=n,8192,0,49775,6.0760498046875
HHDMD,λ<=n,8192,0,61235,7.4749755859375
HHDMD,λ<=n,8192,0,62220,7.59521484375
HHDMD,λ<=n,8192,0,85176,10.3974609375
HHDMD,λ<=n,8192,0,57647,7.0369873046875
HHDMD,λ<=n,8192,0,108522,13.247314453125
HHDMD,λ<=n,8192,0,85361,10.4200439453125
HHDMD,λ<=n,8192,0,53772,6.56396484375
HHDMD,λ<=n,8192,0,60432,7.376953125
HHDMD,λ<=n,8192,0,51879,6.3328857421875
HHDMD,λ<=n,8192,0,81928,10.0009765625
HHDMD,λ<=n,8192,0,61441,7.5001220703125
HHDMD,λ<=n,8192,0,65859,8.0394287109375
HHDMD,λ<=n,8192,0,50198,6.127685546875
HHDMD,λ<=n,8192,0,69444,8.47705078125
HHDMD,λ<=n,8192,0,70846,8.648193359375
HHDMD,λ<=n,8192,0,58534,7.145263671875
HHDMD,λ<=n,8192,0,56293,6.8717041015625
HHDMD,λ<=n,8192,0,65874,8.041259765625
HHDMD,λ<=n,8192,0,67698,8.263916015625
HHDMD,λ<=n,8192,0,54892,6.70068359375
HHDMD,λ<=n,8192,0,51062,6.233154296875
HHDMD,λ<=n,8192,0,73097,8.9229736328125
HHDMD,λ<=n,8192,0,56638,6.913818359375
HHDMD,λ<=n,8192,0,67577,8.2491455078125
HHDMD,λ<=n,8192,0,93762,11.445556640625
HHDMD,λ<=n,8192,0,57308,6.99560546875
HHDMD,λ<=n,8192,0,58875,7.1868896484375
HHDMD,λ<=n,8192,0,84195,10.2777099609375
HHDMD,λ<=n,8192,0,51458,6.281494140625
HHDMD,λ<=n,8192,0,60879,7.4315185546875
HHDMD,λ<=n,8192,0,85641,10.4542236328125
HHDMD,λ<=n,8192,0,60257,7.3555908203125
HHDMD,λ<=n,8192,0,56276,6.86962890625
HHDMD,λ<=n,8192,0,58076,7.08935546875
HHDMD,λ<=n,8192,0,59129,7.2178955078125
HHDMD,λ<=n,8192,0,47700,5.82275390625
HHDMD,λ<=n,8192,0,61510,7.508544921875
HHDMD,λ<=n,8192,0,97314,11.879150390625
HHDMD,λ<=n,8192,0,66207,8.0819091796875
HHDMD,λ<=n,8192,0,56113,6.8497314453125
HHDMD,λ<=n,8192,0,57060,6.96533203125
HHDMD,λ<=n,8192,0,56758,6.928466796875
HHDMD,λ<=n,8192,0,57982,7.077880859375
HHDMD,λ<=n,8192,0,94628,11.55126953125
HHDMD,λ<=n,8192,0,58109,7.0933837890625
HHDMD,λ<=n,8192,0,119246,14.556396484375
HHDMD,λ<=n,8192,0,69874,8.529541015625
HHDMD,λ<=n,8192,0,75362,9.199462890625
HHDMD,λ<=n,8192,0,54759,6.6844482421875
HHDMD,λ<=n,8192,0,106972,13.05810546875
HHDMD,λ<=n,8192,0,51139,6.2425537109375
HHDMD,λ<=n,8192,0,63571,7.7601318359375
HHDMD,λ<=n,8192,0,75897,9.2647705078125
HHDMD,λ<=n,8192,0,54124,6.60693359375
HHDMD,λ<=n,8192,0,60233,7.3526611328125
HHDMD,λ<=n,8192,0,56130,6.851806640625
HHDMD,λ<=n,8192,0,59561,7.2706298828125
HHDMD,λ<=n,8192,0,67029,8.1822509765625
HHDMD,λ<=n,8192,0,54760,6.6845703125
HHDMD,λ<=n,8192,0,54673,6.6739501953125
HHDMD,λ<=n,8192,0,65505,7.9962158203125
HHDMD,λ<=n,8192,0,51215,6.2518310546875
HHDMD,λ<=n,8192,0,67339,8.2200927734375
HHDMD,λ<=n,8192,0,70145,8.5626220703125
HHDMD,λ<=n,8192,0,54755,6.6839599609375
HHDMD,λ<=n,8192,0,56021,6.8385009765625
HHDMD,λ<=n,8192,0,52530,6.412353515625
HHDMD,λ<=n,8192,0,68317,8.3394775390625
HHLMD,λ<=n,8192,0,63280,7.724609375
HHLMD,λ<=n,8192,0,62705,7.6544189453125
HHLMD,λ<=n,8192,0,56522,6.899658203125
HHLMD,λ<=n,8192,0,62089,7.5792236328125
HHLMD,λ<=n,8192,0,59746,7.293212890625
HHLMD,λ<=n,8192,0,79127,9.6590576171875
HHLMD,λ<=n,8192,0,56930,6.949462890625
HHLMD,λ<=n,8192,0,56716,6.92333984375
HHLMD,λ<=n,8192,0,76505,9.3389892578125
HHLMD,λ<=n,8192,0,64112,7.826171875
HHLMD,λ<=n,8192,0,115343,14.0799560546875
HHLMD,λ<=n,8192,0,92793,11.3272705078125
HHLMD,λ<=n,8192,0,58688,7.1640625
HHLMD,λ<=n,8192,0,58901,7.1900634765625
HHLMD,λ<=n,8192,0,54476,6.64990234375
HHLMD,λ<=n,8192,0,131830,16.092529296875
HHLMD,λ<=n,8192,0,54380,6.63818359375
HHLMD,λ<=n,8192,0,54314,6.630126953125
HHLMD,λ<=n,8192,0,65562,8.003173828125
HHLMD,λ<=n,8192,0,63663,7.7713623046875
HHLMD,λ<=n,8192,0,56284,6.87060546875
HHLMD,λ<=n,8192,0,65282,7.968994140625
HHLMD,λ<=n,8192,0,63141,7.7076416015625
HHLMD,λ<=n,8192,0,52523,6.4114990234375
HHLMD,λ<=n,8192,0,70849,8.6485595703125
HHLMD,λ<=n,8192,0,58905,7.1905517578125
HHLMD,λ<=n,8192,0,77379,9.4456787109375
HHLMD,λ<=n,8192,0,75719,9.2430419921875
HHLMD,λ<=n,8192,0,76081,9.2872314453125
HHLMD,λ<=n,8192,0,55793,6.8106689453125
HHLMD,λ<=n,8192,0,74789,9.1295166015625
HHLMD,λ<=n,8192,0,59059,7.2093505859375
HHLMD,λ<=n,8192,0,62774,7.662841796875
HHLMD,λ<=n,8192,0,76605,9.3511962890625
HHLMD,λ<=n,8192,0,69138,8.439697265625
HHLMD,λ<=n,8192,0,54040,6.5966796875
HHLMD,λ<=n,8192,0,83553,10.1993408203125
HHLMD,λ<=n,8192,0,95901,11.7066650390625
HHLMD,λ<=n,8192,0,84964,10.37158203125
HHLMD,λ<=n,8192,0,62008,7.5693359375
HHLMD,λ<=n,8192,0,53317,6.5084228515625
HHLMD,λ<=n,8192,0,66188,8.07958984375
HHLMD,λ<=n,8192,0,55035,6.7181396484375
HHLMD,λ<=n,8192,0,65130,7.950439453125
HHLMD,λ<=n,8192,0,54956,6.70849609375
HHLMD,λ<=n,8192,0,185599,22.6561279296875
HHLMD,λ<=n,8192,0,65927,8.0477294921875
HHLMD,λ<=n,8192,0,64575,7.8826904296875
HHLMD,λ<=n,8192,0,57346,7.000244140625
HHLMD,λ<=n,8192,0,63415,7.7410888671875
HHLMD,λ<=n,8192,0,56017,6.8380126953125
HHLMD,λ<=n,8192,0,86900,10.60791015625
HHLMD,λ<=n,8192,0,57840,7.060546875
HHLMD,λ<=n,8192,0,59801,7.2999267578125
HHLMD,λ<=n,8192,0,52456,6.4033203125
HHLMD,λ<=n,8192,0,54041,6.5968017578125
HHLMD,λ<=n,8192,0,69070,8.431396484375
HHLMD,λ<=n,8192,0,52632,6.4248046875
HHLMD,λ<=n,8192,0,68928,8.4140625
HHLMD,λ<=n,8192,0,65378,7.980712890625
HHLMD,λ<=n,8192,0,89611,10.9388427734375
HHLMD,λ<=n,8192,0,59524,7.26611328125
HHLMD,λ<=n,8192,0,53595,6.5423583984375
HHLMD,λ<=n,8192,0,61505,7.5079345703125
HHLMD,λ<=n,8192,0,59188,7.22509765625
HHLMD,λ<=n,8192,0,71362,8.711181640625
HHLMD,λ<=n,8192,0,63940,7.80517578125
HHLMD,λ<=n,8192,0,70320,8.583984375
HHLMD,λ<=n,8192,0,89985,10.9844970703125
HHLMD,λ<=n,8192,0,99069,12.0933837890625
HHLMD,λ<=n,8192,0,68416,8.3515625
HHLMD,λ<=n,8192,0,59263,7.2342529296875
HHLMD,λ<=n,8192,0,70436,8.59814453125
HHLMD,λ<=n,8192,0,62095,7.5799560546875
HHLMD,λ<=n,8192,0,75944,9.2705078125
HHLMD,λ<=n,8192,0,111944,13.6650390625
HHLMD,λ<=n,8192,0,53676,6.55224609375
HHLMD,λ<=n,8192,0,103039,12.5780029296875
HHLMD,λ<=n,8192,0,60968,7.4423828125
HHLMD,λ<=n,8192,0,53403,6.5189208984375
HHLMD,λ<=n,8192,0,104405,12.7447509765625
HHLMD,λ<=n,8192,0,61774,7.540771484375
HHLMD,λ<=n,8192,0,66387,8.1038818359375
HHLMD,λ<=n,8192,0,61635,7.5238037109375
HHLMD,λ<=n,8192,0,56300,6.87255859375
HHLMD,λ<=n,8192,0,72794,8.885986328125
HHLMD,λ<=n,8192,0,56657,6.9161376953125
HHLMD,λ<=n,8192,0,57812,7.05712890625
HHLMD,λ<=n,8192,0,58619,7.1556396484375
HHLMD,λ<=n,8192,0,60528,7.388671875
HHLMD,λ<=n,8192,0,66755,8.1488037109375
HHLMD,λ<=n,8192,0,92888,11.3388671875
HHLMD,λ<=n,8192,0,60522,7.387939453125
HHLMD,λ<=n,8192,0,52839,6.4500732421875
HHLMD,λ<=n,8192,0,55298,6.750244140625
HHLMD,λ<=n,8192,0,64449,7.8673095703125
HHLMD,λ<=n,8192,0,52262,6.379638671875
HHLMD,λ<=n,8192,0,63049,7.6964111328125
HHLMD,λ<=n,8192,0,66081,8.0665283203125
HHLMD,λ<=n,8192,0,70130,8.560791015625
HRLMD,λ<=n,8192,0,81119,9.9022216796875
HRLMD,λ<=n,8192,0,72353,8.8321533203125
HRLMD,λ<=n,8192,0,73584,8.982421875
HRLMD,λ<=n,8192,0,62080,7.578125
HRLMD,λ<=n,8192,0,70287,8.5799560546875
HRLMD,λ<=n,8192,0,154635,18.8763427734375
HRLMD,λ<=n,8192,0,65169,7.9552001953125
HRLMD,λ<=n,8192,0,59661,7.2828369140625
HRLMD,λ<=n,8192,0,135747,16.5706787109375
HRLMD,λ<=n,8192,0,75475,9.2132568359375
HRLMD,λ<=n,8192,0,81523,9.9515380859375
HRLMD,λ<=n,8192,0,64577,7.8829345703125
HRLMD,λ<=n,8192,0,69540,8.48876953125
HRLMD,λ<=n,8192,0,67251,8.2093505859375
HRLMD,λ<=n,8192,0,70070,8.553466796875
HRLMD,λ<=n,8192,0,64562,7.881103515625
HRLMD,λ<=n,8192,0,69930,8.536376953125
HRLMD,λ<=n,8192,0,78413,9.5718994140625
HRLMD,λ<=n,8192,0,72392,8.8369140625
HRLMD,λ<=n,8192,0,92421,11.2818603515625
HRLMD,λ<=n,8192,0,69956,8.53955078125
HRLMD,λ<=n,8192,0,58314,7.118408203125
HRLMD,λ<=n,8192,0,66553,8.1241455078125
HRLMD,λ<=n,8192,0,66017,8.0587158203125
HRLMD,λ<=n,8192,0,62100,7.58056640625
HRLMD,λ<=n,8192,0,77557,9.4674072265625
HRLMD,λ<=n,8192,0,90501,11.0474853515625
HRLMD,λ<=n,8192,0,68941,8.4156494140625
HRLMD,λ<=n,8192,0,126105,15.3936767578125
HRLMD,λ<=n,8192,0,70092,8.55615234375
HRLMD,λ<=n,8192,0,74474,9.091064453125
HRLMD,λ<=n,8192,0,82706,10.095947265625
HRLMD,λ<=n,8192,0,86843,10.6009521484375
HRLMD,λ<=n,8192,0,65587,8.0062255859375
HRLMD,λ<=n,8192,0,102321,12.4903564453125
HRLMD,λ<=n,8192,0,62660,7.64892578125
HRLMD,λ<=n,8192,0,60640,7.40234375
HRLMD,λ<=n,8192,0,71970,8.785400390625
HRLMD,λ<=n,8192,0,71625,8.7432861328125
HRLMD,λ<=n,8192,0,72224,8.81640625
HRLMD,λ<=n,8192,0,66192,8.080078125
HRLMD,λ<=n,8192,0,63199,7.7147216796875
HRLMD,λ<=n,8192,0,70527,8.6092529296875
HRLMD,λ<=n,8192,0,59770,7.296142578125
HRLMD,λ<=n,8192,0,67573,8.2486572265625
HRLMD,λ<=n,8192,0,56514,6.898681640625
HRLMD,λ<=n,8192,0,85475,10.4339599609375
HRLMD,λ<=n,8192,0,81189,9.9107666015625
HRLMD,λ<=n,8192,0,68668,8.38232421875
HRLMD,λ<=n,8192,0,61386,7.493408203125
HRLMD,λ<=n,8192,0,89767,10.9578857421875
HRLMD,λ<=n,8192,0,74820,9.13330078125
HRLMD,λ<=n,8192,0,76038,9.281982421875
HRLMD,λ<=n,8192,0,84876,10.36083984375
HRLMD,λ<=n,8192,0,61297,7.4825439453125
HRLMD,λ<=n,8192,0,89425,10.9161376953125
HRLMD,λ<=n,8192,0,66727,8.1453857421875
HRLMD,λ<=n,8192,0,63751,7.7821044921875
HRLMD,λ<=n,8192,0,61572,7.51611328125
HRLMD,λ<=n,8192,0,86430,10.550537109375
HRLMD,λ<=n,8192,0,67865,8.2843017578125
HRLMD,λ<=n,8192,0,58661,7.1607666015625
HRLMD,λ<=n,8192,0,77845,9.5025634765625
HRLMD,λ<=n,8192,0,58556,7.14794921875
HRLMD,λ<=n,8192,0,61559,7.5145263671875
HRLMD,λ<=n,8192,0,94481,11.5333251953125
HRLMD,λ<=n,8192,0,80315,9.8040771484375
HRLMD,λ<=n,8192,0,78812,9.62060546875
HRLMD,λ<=n,8192,0,64856,7.9169921875
HRLMD,λ<=n,8192,0,70761,8.6378173828125
HRLMD,λ<=n,8192,0,70340,8.58642578125
HRLMD,λ<=n,8192,0,85102,10.388427734375
HRLMD,λ<=n,8192,0,123578,15.085205078125
HRLMD,λ<=n,8192,0,77489,9.4591064453125
HRLMD,λ<=n,8192,0,66709,8.1431884765625
HRLMD,λ<=n,8192,0,66479,8.1151123046875
HRLMD,λ<=n,8192,0,71391,8.7147216796875
HRLMD,λ<=n,8192,0,84883,10.3616943359375
HRLMD,λ<=n,8192,0,68450,8.355712890625
HRLMD,λ<=n,8192,0,78908,9.63232421875
HRLMD,λ<=n,8192,0,70436,8.59814453125
HRLMD,λ<=n,8192,0,134110,16.370849609375
HRLMD,λ<=n,8192,0,75769,9.2491455078125
HRLMD,λ<=n,8192,0,74865,9.1387939453125
HRLMD,λ<=n,8192,0,61357,7.4898681640625
HRLMD,λ<=n,8192,0,67728,8.267578125
HRLMD,λ<=n,8192,0,72784,8.884765625
HRLMD,λ<=n,8192,0,59986,7.322509765625
HRLMD,λ<=n,8192,0,67576,8.2490234375
HRLMD,λ<=n,8192,0,96147,11.7366943359375
HRLMD,λ<=n,8192,0,74016,9.03515625
HRLMD,λ<=n,8192,0,58990,7.200927734375
HRLMD,λ<=n,8192,0,61960,7.5634765625
HRLMD,λ<=n,8192,0,89373,10.9097900390625
HRLMD,λ<=n,8192,0,99138,12.101806640625
HRLMD,λ<=n,8192,0,68796,8.39794921875
HRLMD,λ<=n,8192,0,58404,7.12939453125
HRLMD,λ<=n,8192,0,133264,16.267578125
HRLMD,λ<=n,8192,0,79283,9.6781005859375
HRLMD,λ<=n,8192,0,92373,11.2760009765625
HSLMD,λ<=n,8192,0,139134,16.984130859375
HSLMD,λ<=n,8192,0,89011,10.8656005859375
HSLMD,λ<=n,8192,0,195988,23.92431640625
HSLMD,λ<=n,8192,0,104675,12.7777099609375
HSLMD,λ<=n,8192,0,81290,9.923095703125
HSLMD,λ<=n,8192,0,109749,13.3970947265625
HSLMD,λ<=n,8192,0,139019,16.9700927734375
HSLMD,λ<=n,8192,0,139858,17.072509765625
HSLMD,λ<=n,8192,0,142442,17.387939453125
HSLMD,λ<=n,8192,0,121027,14.7738037109375
HSLMD,λ<=n,8192,0,92918,11.342529296875
HSLMD,λ<=n,8192,0,134282,16.391845703125
HSLMD,λ<=n,8192,0,149893,18.2974853515625
HSLMD,λ<=n,8192,0,124191,15.1600341796875
HSLMD,λ<=n,8192,0,90859,11.0911865234375
HSLMD,λ<=n,8192,0,152905,18.6651611328125
HSLMD,λ<=n,8192,0,115024,14.041015625
HSLMD,λ<=n,8192,0,96930,11.832275390625
HSLMD,λ<=n,8192,0,93666,11.433837890625
HSLMD,λ<=n,8192,0,99707,12.1712646484375
HSLMD,λ<=n,8192,0,171742,20.964599609375
HSLMD,λ<=n,8192,0,170523,20.8157958984375
HSLMD,λ<=n,8192,0,112455,13.7274169921875
HSLMD,λ<=n,8192,0,93588,11.42431640625
HSLMD,λ<=n,8192,0,252382,30.808349609375
HSLMD,λ<=n,8192,0,83358,10.175537109375
HSLMD,λ<=n,8192,0,118240,14.43359375
HSLMD,λ<=n,8192,0,115962,14.155517578125
HSLMD,λ<=n,8192,0,140968,17.2080078125
HSLMD,λ<=n,8192,0,121867,14.8763427734375
HSLMD,λ<=n,8192,0,251519,30.7030029296875
HSLMD,λ<=n,8192,0,98814,12.062255859375
HSLMD,λ<=n,8192,0,187210,22.852783203125
HSLMD,λ<=n,8192,0,106401,12.9884033203125
HSLMD,λ<=n,8192,0,95297,11.6329345703125
HSLMD,λ<=n,8192,0,117893,14.3912353515625
HSLMD,λ<=n,8192,0,102676,12.53369140625
HSLMD,λ<=n,8192,0,92042,11.235595703125
HSLMD,λ<=n,8192,0,149612,18.26318359375
HSLMD,λ<=n,8192,0,111248,13.580078125
HSLMD,λ<=n,8192,0,121065,14.7784423828125
HSLMD,λ<=n,8192,0,74331,9.0736083984375
HSLMD,λ<=n,8192,0,152428,18.60693359375
HSLMD,λ<=n,8192,0,101602,12.402587890625
HSLMD,λ<=n,8192,0,107217,13.0880126953125
HSLMD,λ<=n,8192,0,203680,24.86328125
HSLMD,λ<=n,8192,0,112611,13.7464599609375
HSLMD,λ<=n,8192,0,130278,15.903076171875
HSLMD,λ<=n,8192,0,78208,9.546875
HSLMD,λ<=n,8192,0,96095,11.7303466796875
HSLMD,λ<=n,8192,0,111431,13.6024169921875
HSLMD,λ<=n,8192,0,121095,14.7821044921875
HSLMD,λ<=n,8192,0,83702,10.217529296875
HSLMD,λ<=n,8192,0,90029,10.9898681640625
HSLMD,λ<=n,8192,0,123982,15.134521484375
HSLMD,λ<=n,8192,0,92270,11.263427734375
HSLMD,λ<=n,8192,0,108623,13.2596435546875
HSLMD,λ<=n,8192,0,257197,31.3961181640625
HSLMD,λ<=n,8192,0,111446,13.604248046875
HSLMD,λ<=n,8192,0,128279,15.6590576171875
HSLMD,λ<=n,8192,0,105571,12.8870849609375
HSLMD,λ<=n,8192,0,114392,13.9638671875
HSLMD,λ<=n,8192,0,239309,29.2125244140625
HSLMD,λ<=n,8192,0,155509,18.9830322265625
HSLMD,λ<=n,8192,0,115294,14.073974609375
HSLMD,λ<=n,8192,0,98869,12.0689697265625
HSLMD,λ<=n,8192,0,79788,9.73974609375
HSLMD,λ<=n,8192,0,200780,24.50927734375
HSLMD,λ<=n,8192,0,161016,19.6552734375
HSLMD,λ<=n,8192,0,130411,15.9193115234375
HSLMD,λ<=n,8192,0,92916,11.34228515625
HSLMD,λ<=n,8192,0,102901,12.5611572265625
HSLMD,λ<=n,8192,0,218545,26.6778564453125
HSLMD,λ<=n,8192,0,115705,14.1241455078125
HSLMD,λ<=n,8192,0,85682,10.459228515625
HSLMD,λ<=n,8192,0,129682,15.830322265625
HSLMD,λ<=n,8192,0,161767,19.7469482421875
HSLMD,λ<=n,8192,0,100058,12.214111328125
HSLMD,λ<=n,8192,0,98823,12.0633544921875
HSLMD,λ<=n,8192,0,86999,10.6199951171875
HSLMD,λ<=n,8192,0,139297,17.0040283203125
HSLMD,λ<=n,8192,0,135791,16.5760498046875
HSLMD,λ<=n,8192,0,96848,11.822265625
HSLMD,λ<=n,8192,0,157702,19.250732421875
HSLMD,λ<=n,8192,0,156155,19.0618896484375
HSLMD,λ<=n,8192,0,88184,10.7646484375
HSLMD,λ<=n,8192,0,109528,13.3701171875
HSLMD,λ<=n,8192,0,120686,14.732177734375
HSLMD,λ<=n,8192,0,78792,9.6181640625
HSLMD,λ<=n,8192,0,99439,12.1385498046875
HSLMD,λ<=n,8192,0,139847,17.0711669921875
HSLMD,λ<=n,8192,0,147234,17.972900390625
HSLMD,λ<=n,8192,0,224903,27.4539794921875
HSLMD,λ<=n,8192,0,80921,9.8780517578125
HSLMD,λ<=n,8192,0,107141,13.0787353515625
HSLMD,λ<=n,8192,0,84588,10.32568359375
HSLMD,λ<=n,8192,0,118161,14.4239501953125
HSLMD,λ<=n,8192,0,144841,17.6807861328125
HSLMD,λ<=n,8192,0,86128,10.513671875
HSLMD,λ<=n,8192,0,78007,9.5223388671875
HSDID,λ<=n,8192,0,145801,17.7979736328125
HSDID,λ<=n,8192,0,108409,13.2335205078125
HSDID,λ<=n,8192,0,169937,20.7442626953125
HSDID,λ<=n,8192,0,90903,11.0965576171875
HSDID,λ<=n,8192,0,116643,14.2386474609375
HSDID,λ<=n,8192,0,91551,11.1756591796875
HSDID,λ<=n,8192,0,144695,17.6629638671875
HSDID,λ<=n,8192,0,218625,26.6876220703125
HSDID,λ<=n,8192,0,102929,12.5645751953125
HSDID,λ<=n,8192,0,104641,12.7735595703125
HSDID,λ<=n,8192,0,136565,16.6705322265625
HSDID,λ<=n,8192,0,95951,11.7127685546875
HSDID,λ<=n,8192,0,123981,15.1343994140625
HSDID,λ<=n,8192,0,125557,15.3267822265625
HSDID,λ<=n,8192,0,192133,23.4537353515625
HSDID,λ<=n,8192,0,82321,10.0489501953125
HSDID,λ<=n,8192,0,181969,22.2130126953125
HSDID,λ<=n,8192,0,152943,18.6697998046875
HSDID,λ<=n,8192,0,101895,12.4383544921875
HSDID,λ<=n,8192,0,172343,21.0379638671875
HSDID,λ<=n,8192,0,157971,19.2835693359375
HSDID,λ<=n,8192,0,166641,20.3419189453125
HSDID,λ<=n,8192,0,99891,12.1937255859375
HSDID,λ<=n,8192,0,126889,15.4893798828125
HSDID,λ<=n,8192,0,94563,11.5433349609375
HSDID,λ<=n,8192,0,100461,12.2633056640625
HSDID,λ<=n,8192,0,130199,15.8934326171875
HSDID,λ<=n,8192,0,113753,13.8858642578125
HSDID,λ<=n,8192,0,100585,12.2784423828125
HSDID,λ<=n,8192,0,122881,15.0001220703125
HSDID,λ<=n,8192,0,110309,13.4654541015625
HSDID,λ<=n,8192,0,138921,16.9581298828125
HSDID,λ<=n,8192,0,158715,19.3743896484375
HSDID,λ<=n,8192,0,148663,18.1473388671875
HSDID,λ<=n,8192,0,143739,17.5462646484375
HSDID,λ<=n,8192,0,81073,9.8966064453125
HSDID,λ<=n,8192,0,160849,19.6348876953125
HSDID,λ<=n,8192,0,84209,10.2794189453125
HSDID,λ<=n,8192,0,93987,11.4730224609375
HSDID,λ<=n,8192,0,96923,11.8314208984375
HSDID,λ<=n,8192,0,120775,14.7430419921875
HSDID,λ<=n,8192,0,138141,16.8629150390625
HSDID,λ<=n,8192,0,113685,13.8775634765625
HSDID,λ<=n,8192,0,94073,11.4835205078125
HSDID,λ<=n,8192,0,139767,17.0614013671875
HSDID,λ<=n,8192,0,135979,16.5989990234375
HSDID,λ<=n,8192,0,104299,12.7318115234375
HSDID,λ<=n,8192,0,150115,18.3245849609375
HSDID,λ<=n,8192,0,102273,12.4844970703125
HSDID,λ<=n,8192,0,107549,13.1285400390625
HSDID,λ<=n,8192,0,149581,18.2593994140625
HSDID,λ<=n,8192,0,91927,11.2215576171875
HSDID,λ<=n,8192,0,98329,12.0030517578125
HSDID,λ<=n,8192,0,105751,12.9090576171875
HSDID,λ<=n,8192,0,112171,13.6927490234375
HSDID,λ<=n,8192,0,98119,11.9774169921875
HSDID,λ<=n,8192,0,106633,13.0167236328125
HSDID,λ<=n,8192,0,134387,16.4046630859375
HSDID,λ<=n,8192,0,203129,24.7960205078125
HSDID,λ<=n,8192,0,117511,14.3446044921875
HSDID,λ<=n,8192,0,139071,16.9764404296875
HSDID,λ<=n,8192,0,96075,11.7279052734375
HSDID,λ<=n,8192,0,112573,13.7418212890625
HSDID,λ<=n,8192,0,82489,10.0694580078125
HSDID,λ<=n,8192,0,148933,18.1802978515625
HSDID,λ<=n,8192,0,108759,13.2762451171875
HSDID,λ<=n,8192,0,254851,31.1097412109375
HSDID,λ<=n,8192,0,119589,14.5982666015625
HSDID,λ<=n,8192,0,209601,25.5860595703125
HSDID,λ<=n,8192,0,213129,26.0167236328125
HSDID,λ<=n,8192,0,120889,14.7569580078125
HSDID,λ<=n,8192,0,178839,21.8309326171875
HSDID,λ<=n,8192,0,130309,15.9068603515625
HSDID,λ<=n,8192,0,94585,11.5460205078125
HSDID,λ<=n,8192,0,157467,19.2220458984375
HSDID,λ<=n,8192,0,129859,15.8519287109375
HSDID,λ<=n,8192,0,105229,12.8453369140625
HSDID,λ<=n,8192,0,284633,34.7452392578125
HSDID,λ<=n,8192,0,139805,17.0660400390625
HSDID,λ<=n,8192,0,133971,16.3538818359375
HSDID,λ<=n,8192,0,160893,19.6402587890625
HSDID,λ<=n,8192,0,273679,33.4080810546875
HSDID,λ<=n,8192,0,164559,20.0877685546875
HSDID,λ<=n,8192,0,119415,14.5770263671875
HSDID,λ<=n,8192,0,90899,11.0960693359375
HSDID,λ<=n,8192,0,124451,15.1917724609375
HSDID,λ<=n,8192,0,103769,12.6671142578125
HSDID,λ<=n,8192,0,141447,17.2664794921875
HSDID,λ<=n,8192,0,185637,22.6607666015625
HSDID,λ<=n,8192,0,148463,18.1229248046875
HSDID,λ<=n,8192,0,115327,14.0780029296875
HSDID,λ<=n,8192,0,183237,22.3677978515625
HSDID,λ<=n,8192,0,256807,31.3485107421875
HSDID,λ<=n,8192,0,129229,15.7750244140625
HSDID,λ<=n,8192,0,202825,24.7589111328125
HSDID,λ<=n,8192,0,148049,18.0723876953125
HSDID,λ<=n,8192,0,179175,21.8719482421875
HSDID,λ<=n,8192,0,82261,10.0416259765625
HSDID,λ<=n,8192,0,97019,11.8431396484375
HSDID,λ<=n,8192,0,194799,23.7791748046875
HRDID,λ<=n,8192,0,104395,12.7435302734375
HRDID,λ<=n,8192,0,83327,10.1717529296875
HRDID,λ<=n,8192,0,105575,12.8875732421875
HRDID,λ<=n,8192,0,69329,8.4630126953125
HRDID,λ<=n,8192,0,99293,12.1207275390625
HRDID,λ<=n,8192,0,76493,9.3375244140625
HRDID,λ<=n,8192,0,72871,8.8953857421875
HRDID,λ<=n,8192,0,104975,12.8143310546875
HRDID,λ<=n,8192,0,88913,10.8536376953125
HRDID,λ<=n,8192,0,88223,10.7694091796875
HRDID,λ<=n,8192,0,87847,10.7235107421875
HRDID,λ<=n,8192,0,177133,21.6226806640625
HRDID,λ<=n,8192,0,71843,8.7698974609375
HRDID,λ<=n,8192,0,74785,9.1290283203125
HRDID,λ<=n,8192,0,83833,10.2335205078125
HRDID,λ<=n,8192,0,75129,9.1710205078125
HRDID,λ<=n,8192,0,81385,9.9346923828125
HRDID,λ<=n,8192,0,111499,13.6107177734375
HRDID,λ<=n,8192,0,73019,8.9134521484375
HRDID,λ<=n,8192,0,64831,7.9139404296875
HRDID,λ<=n,8192,0,81723,9.9759521484375
HRDID,λ<=n,8192,0,101531,12.3939208984375
HRDID,λ<=n,8192,0,77331,9.4398193359375
HRDID,λ<=n,8192,0,67125,8.1939697265625
HRDID,λ<=n,8192,0,75519,9.2186279296875
HRDID,λ<=n,8192,0,119765,14.6197509765625
HRDID,λ<=n,8192,0,107489,13.1212158203125
HRDID,λ<=n,8192,0,94221,11.5015869140625
HRDID,λ<=n,8192,0,131465,16.0479736328125
HRDID,λ<=n,8192,0,76235,9.3060302734375
HRDID,λ<=n,8192,0,75971,9.2738037109375
HRDID,λ<=n,8192,0,88691,10.8265380859375
HRDID,λ<=n,8192,0,91149,11.1265869140625
HRDID,λ<=n,8192,0,73487,8.9705810546875
HRDID,λ<=n,8192,0,93891,11.4613037109375
HRDID,λ<=n,8192,0,96819,11.8187255859375
HRDID,λ<=n,8192,0,72713,8.8760986328125
HRDID,λ<=n,8192,0,118735,14.4940185546875
HRDID,λ<=n,8192,0,84775,10.3485107421875
HRDID,λ<=n,8192,0,73559,8.9793701171875
HRDID,λ<=n,8192,0,79583,9.7147216796875
HRDID,λ<=n,8192,0,65717,8.0220947265625
HRDID,λ<=n,8192,0,76895,9.3865966796875
HRDID,λ<=n,8192,0,82081,10.0196533203125
HRDID,λ<=n,8192,0,96205,11.7437744140625
HRDID,λ<=n,8192,0,138257,16.8770751953125
HRDID,λ<=n,8192,0,73031,8.9149169921875
HRDID,λ<=n,8192,0,73783,9.0067138671875
HRDID,λ<=n,8192,0,74043,9.0384521484375
HRDID,λ<=n,8192,0,72773,8.8834228515625
HRDID,λ<=n,8192,0,66741,8.1470947265625
HRDID,λ<=n,8192,0,70185,8.5675048828125
HRDID,λ<=n,8192,0,75181,9.1773681640625
HRDID,λ<=n,8192,0,150179,18.3323974609375
HRDID,λ<=n,8192,0,68745,8.3917236328125
HRDID,λ<=n,8192,0,103855,12.6776123046875
HRDID,λ<=n,8192,0,64889,7.9210205078125
HRDID,λ<=n,8192,0,79421,9.6949462890625
HRDID,λ<=n,8192,0,79043,9.6488037109375
HRDID,λ<=n,8192,0,98809,12.0616455078125
HRDID,λ<=n,8192,0,69539,8.4886474609375
HRDID,λ<=n,8192,0,78439,9.5750732421875
HRDID,λ<=n,8192,0,96781,11.8140869140625
HRDID,λ<=n,8192,0,80209,9.7911376953125
HRDID,λ<=n,8192,0,70479,8.6033935546875
HRDID,λ<=n,8192,0,76079,9.2869873046875
HRDID,λ<=n,8192,0,81409,9.9376220703125
HRDID,λ<=n,8192,0,80121,9.7803955078125
HRDID,λ<=n,8192,0,101921,12.4415283203125
HRDID,λ<=n,8192,0,94055,11.4813232421875
HRDID,λ<=n,8192,0,72629,8.8658447265625
HRDID,λ<=n,8192,0,83765,10.2252197265625
HRDID,λ<=n,8192,0,94565,11.5435791015625
HRDID,λ<=n,8192,0,125401,15.3077392578125
HRDID,λ<=n,8192,0,160429,19.5836181640625
HRDID,λ<=n,8192,0,82079,10.0194091796875
HRDID,λ<=n,8192,0,68629,8.3775634765625
HRDID,λ<=n,8192,0,89765,10.9576416015625
HRDID,λ<=n,8192,0,72819,8.8890380859375
HRDID,λ<=n,8192,0,117093,14.2935791015625
HRDID,λ<=n,8192,0,85735,10.4656982421875
HRDID,λ<=n,8192,0,71139,8.6839599609375
HRDID,λ<=n,8192,0,83301,10.1685791015625
HRDID,λ<=n,8192,0,64589,7.8843994140625
HRDID,λ<=n,8192,0,121667,14.8519287109375
HRDID,λ<=n,8192,0,91257,11.1397705078125
HRDID,λ<=n,8192,0,73259,8.9427490234375
HRDID,λ<=n,8192,0,80229,9.7935791015625
HRDID,λ<=n,8192,0,74771,9.1273193359375
HRDID,λ<=n,8192,0,74999,9.1551513671875
HRDID,λ<=n,8192,0,131679,16.0740966796875
HRDID,λ<=n,8192,0,83257,10.1632080078125
HRDID,λ<=n,8192,0,79517,9.7066650390625
HRDID,λ<=n,8192,0,72903,8.8992919921875
HRDID,λ<=n,8192,0,77085,9.4097900390625
HRDID,λ<=n,8192,0,104069,12.7037353515625
HRDID,λ<=n,8192,0,85599,10.4490966796875
HRDID,λ<=n,8192,0,65765,8.0279541015625
HRDID,λ<=n,8192,0,84423,10.3055419921875
HRDID,λ<=n,8192,0,96747,11.8099365234375
HHDID,λ<=n,8192,0,61777,7.5411376953125
HHDID,λ<=n,8192,0,94641,11.5528564453125
HHDID,λ<=n,8192,0,69703,8.5086669921875
HHDID,λ<=n,8192,0,68715,8.3880615234375
HHDID,λ<=n,8192,0,73775,9.0057373046875
HHDID,λ<=n,8192,0,72543,8.8553466796875
HHDID,λ<=n,8192,0,67103,8.1912841796875
HHDID,λ<=n,8192,0,83921,10.2442626953125
HHDID,λ<=n,8192,0,149907,18.2991943359375
HHDID,λ<=n,8192,0,72107,8.8021240234375
HHDID,λ<=n,8192,0,75993,9.2764892578125
HHDID,λ<=n,8192,0,74735,9.1229248046875
HHDID,λ<=n,8192,0,74649,9.1124267578125
HHDID,λ<=n,8192,0,75257,9.1866455078125
HHDID,λ<=n,8192,0,72195,8.8128662109375
HHDID,λ<=n,8192,0,62243,7.5980224609375
HHDID,λ<=n,8192,0,83019,10.1341552734375
HHDID,λ<=n,8192,0,72155,8.8079833984375
HHDID,λ<=n,8192,0,94965,11.5924072265625
HHDID,λ<=n,8192,0,68291,8.3363037109375
HHDID,λ<=n,8192,0,69385,8.4698486328125
HHDID,λ<=n,8192,0,70525,8.6090087890625
HHDID,λ<=n,8192,0,91985,11.2286376953125
HHDID,λ<=n,8192,0,69621,8.4986572265625
HHDID,λ<=n,8192,0,72099,8.8011474609375
HHDID,λ<=n,8192,0,63273,7.7237548828125
HHDID,λ<=n,8192,0,91787,11.2044677734375
HHDID,λ<=n,8192,0,68287,8.3358154296875
HHDID,λ<=n,8192,0,88975,10.8612060546875
HHDID,λ<=n,8192,0,65783,8.0301513671875
HHDID,λ<=n,8192,0,70837,8.6470947265625
HHDID,λ<=n,8192,0,63495,7.7508544921875
HHDID,λ<=n,8192,0,73649,8.9903564453125
HHDID,λ<=n,8192,0,66617,8.1319580078125
HHDID,λ<=n,8192,0,66553,8.1241455078125
HHDID,λ<=n,8192,0,67513,8.2413330078125
HHDID,λ<=n,8192,0,82703,10.0955810546875
HHDID,λ<=n,8192,0,82431,10.0623779296875
HHDID,λ<=n,8192,0,84679,10.3367919921875
HHDID,λ<=n,8192,0,74583,9.1043701171875
HHDID,λ<=n,8192,0,72545,8.8555908203125
HHDID,λ<=n,8192,0,69989,8.5435791015625
HHDID,λ<=n,8192,0,133303,16.2723388671875
HHDID,λ<=n,8192,0,91121,11.1231689453125
HHDID,λ<=n,8192,0,65567,8.0037841796875
HHDID,λ<=n,8192,0,82339,10.0511474609375
HHDID,λ<=n,8192,0,65283,7.9691162109375
HHDID,λ<=n,8192,0,72577,8.8594970703125
HHDID,λ<=n,8192,0,69229,8.4508056640625
HHDID,λ<=n,8192,0,82081,10.0196533203125
HHDID,λ<=n,8192,0,66273,8.0899658203125
HHDID,λ<=n,8192,0,66729,8.1456298828125
HHDID,λ<=n,8192,0,83667,10.2132568359375
HHDID,λ<=n,8192,0,67219,8.2054443359375
HHDID,λ<=n,8192,0,92179,11.2523193359375
HHDID,λ<=n,8192,0,85461,10.4322509765625
HHDID,λ<=n,8192,0,69947,8.5384521484375
HHDID,λ<=n,8192,0,72605,8.8629150390625
HHDID,λ<=n,8192,0,107103,13.0740966796875
HHDID,λ<=n,8192,0,128839,15.7274169921875
HHDID,λ<=n,8192,0,155451,18.9759521484375
HHDID,λ<=n,8192,0,65509,7.9967041015625
HHDID,λ<=n,8192,0,65229,7.9625244140625
HHDID,λ<=n,8192,0,78697,9.6065673828125
HHDID,λ<=n,8192,0,69301,8.4595947265625
HHDID,λ<=n,8192,0,64785,7.9083251953125
HHDID,λ<=n,8192,0,66049,8.0626220703125
HHDID,λ<=n,8192,0,65027,7.9378662109375
HHDID,λ<=n,8192,0,90049,10.9923095703125
HHDID,λ<=n,8192,0,78195,9.5452880859375
HHDID,λ<=n,8192,0,69175,8.4442138671875
HHDID,λ<=n,8192,0,66647,8.1356201171875
HHDID,λ<=n,8192,0,66985,8.1768798828125
HHDID,λ<=n,8192,0,72095,8.8006591796875
HHDID,λ<=n,8192,0,95617,11.6719970703125
HHDID,λ<=n,8192,0,67401,8.2276611328125
HHDID,λ<=n,8192,0,76981,9.3970947265625
HHDID,λ<=n,8192,0,77093,9.4107666015625
HHDID,λ<=n,8192,0,73503,8.9725341796875
HHDID,λ<=n,8192,0,75397,9.2037353515625
HHDID,λ<=n,8192,0,67515,8.2415771484375
HHDID,λ<=n,8192,0,68769,8.3946533203125
HHDID,λ<=n,8192,0,68643,8.3792724609375
HHDID,λ<=n,8192,0,102159,12.4705810546875
HHDID,λ<=n,8192,0,105737,12.9073486328125
HHDID,λ<=n,8192,0,71729,8.7559814453125
HHDID,λ<=n,8192,0,67077,8.1881103515625
HHDID,λ<=n,8192,0,71899,8.7767333984375
HHDID,λ<=n,8192,0,99155,12.1038818359375
HHDID,λ<=n,8192,0,85535,10.4412841796875
HHDID,λ<=n,8192,0,64429,7.8648681640625
HHDID,λ<=n,8192,0,64107,7.8255615234375
HHDID,λ<=n,8192,0,74853,9.1373291015625
HHDID,λ<=n,8192,0,65753,8.0264892578125
HHDID,λ<=n,8192,0,86471,10.5555419921875
HHDID,λ<=n,8192,0,76701,9.3629150390625
HHDID,λ<=n,8192,0,64229,7.8404541015625
HHDID,λ<=n,8192,0,85153,10.3946533203125
HHDID,λ<=n,8192,0,75685,9.2388916015625
HHDID,λ<=n,8192,0,68175,8.3221435546875
HHLID,λ<=n,8192,0,67839,8.2811279296875
HHLID,λ<=n,8192,0,86097,10.5098876953125
HHLID,λ<=n,8192,0,72249,8.8194580078125
HHLID,λ<=n,8192,0,68443,8.3548583984375
HHLID,λ<=n,8192,0,87001,10.6202392578125
HHLID,λ<=n,8192,0,74363,9.0775146484375
HHLID,λ<=n,8192,0,94729,11.5635986328125
HHLID,λ<=n,8192,0,82539,10.0755615234375
HHLID,λ<=n,8192,0,69253,8.4537353515625
HHLID,λ<=n,8192,0,74199,9.0574951171875
HHLID,λ<=n,8192,0,68007,8.3016357421875
HHLID,λ<=n,8192,0,87745,10.7110595703125
HHLID,λ<=n,8192,0,69019,8.4251708984375
HHLID,λ<=n,8192,0,82111,10.0233154296875
HHLID,λ<=n,8192,0,115219,14.0648193359375
HHLID,λ<=n,8192,0,78761,9.6143798828125
HHLID,λ<=n,8192,0,65499,7.9954833984375
HHLID,λ<=n,8192,0,62455,7.6239013671875
HHLID,λ<=n,8192,0,72195,8.8128662109375
HHLID,λ<=n,8192,0,67925,8.2916259765625
HHLID,λ<=n,8192,0,96069,11.7271728515625
HHLID,λ<=n,8192,0,74271,9.0662841796875
HHLID,λ<=n,8192,0,85249,10.4063720703125
HHLID,λ<=n,8192,0,82711,10.0965576171875
HHLID,λ<=n,8192,0,88995,10.8636474609375
HHLID,λ<=n,8192,0,82217,10.0362548828125
HHLID,λ<=n,8192,0,71799,8.7645263671875
HHLID,λ<=n,8192,0,67313,8.2169189453125
HHLID,λ<=n,8192,0,78783,9.6170654296875
HHLID,λ<=n,8192,0,83389,10.1793212890625
HHLID,λ<=n,8192,0,84581,10.3248291015625
HHLID,λ<=n,8192,0,63231,7.7186279296875
HHLID,λ<=n,8192,0,76125,9.2926025390625
HHLID,λ<=n,8192,0,69705,8.5089111328125
HHLID,λ<=n,8192,0,70889,8.6534423828125
HHLID,λ<=n,8192,0,71361,8.7110595703125
HHLID,λ<=n,8192,0,78747,9.6126708984375
HHLID,λ<=n,8192,0,105677,12.9000244140625
HHLID,λ<=n,8192,0,85185,10.3985595703125
HHLID,λ<=n,8192,0,76997,9.3990478515625
HHLID,λ<=n,8192,0,68917,8.4127197265625
HHLID,λ<=n,8192,0,80585,9.8370361328125
HHLID,λ<=n,8192,0,72743,8.8797607421875
HHLID,λ<=n,8192,0,71541,8.7330322265625
HHLID,λ<=n,8192,0,82905,10.1202392578125
HHLID,λ<=n,8192,0,73641,8.9893798828125
HHLID,λ<=n,8192,0,68963,8.4183349609375
HHLID,λ<=n,8192,0,74717,9.1207275390625
HHLID,λ<=n,8192,0,66627,8.1331787109375
HHLID,λ<=n,8192,0,88311,10.7801513671875
HHLID,λ<=n,8192,0,67959,8.2957763671875
HHLID,λ<=n,8192,0,89375,10.9100341796875
HHLID,λ<=n,8192,0,70349,8.5875244140625
HHLID,λ<=n,8192,0,111519,13.6131591796875
HHLID,λ<=n,8192,0,123403,15.0638427734375
HHLID,λ<=n,8192,0,94039,11.4793701171875
HHLID,λ<=n,8192,0,80577,9.8360595703125
HHLID,λ<=n,8192,0,74033,9.0372314453125
HHLID,λ<=n,8192,0,92695,11.3153076171875
HHLID,λ<=n,8192,0,76111,9.2908935546875
HHLID,λ<=n,8192,0,101671,12.4110107421875
HHLID,λ<=n,8192,0,68559,8.3690185546875
HHLID,λ<=n,8192,0,70799,8.6424560546875
HHLID,λ<=n,8192,0,64977,7.9317626953125
HHLID,λ<=n,8192,0,83845,10.2349853515625
HHLID,λ<=n,8192,0,67583,8.2498779296875
HHLID,λ<=n,8192,0,75567,9.2244873046875
HHLID,λ<=n,8192,0,92171,11.2513427734375
HHLID,λ<=n,8192,0,77057,9.4063720703125
HHLID,λ<=n,8192,0,66321,8.0958251953125
HHLID,λ<=n,8192,0,82727,10.0985107421875
HHLID,λ<=n,8192,0,78241,9.5509033203125
HHLID,λ<=n,8192,0,79099,9.6556396484375
HHLID,λ<=n,8192,0,71893,8.7760009765625
HHLID,λ<=n,8192,0,65357,7.9781494140625
HHLID,λ<=n,8192,0,107077,13.0709228515625
HHLID,λ<=n,8192,0,71205,8.6920166015625
HHLID,λ<=n,8192,0,82815,10.1092529296875
HHLID,λ<=n,8192,0,86409,10.5479736328125
HHLID,λ<=n,8192,0,81395,9.9359130859375
HHLID,λ<=n,8192,0,135611,16.5540771484375
HHLID,λ<=n,8192,0,75335,9.1961669921875
HHLID,λ<=n,8192,0,69021,8.4254150390625
HHLID,λ<=n,8192,0,81489,9.9473876953125
HHLID,λ<=n,8192,0,75521,9.2188720703125
HHLID,λ<=n,8192,0,138971,16.9642333984375
HHLID,λ<=n,8192,0,113317,13.8326416015625
HHLID,λ<=n,8192,0,98821,12.0631103515625
HHLID,λ<=n,8192,0,81079,9.8973388671875
HHLID,λ<=n,8192,0,70983,8.6649169921875
HHLID,λ<=n,8192,0,73729,9.0001220703125
HHLID,λ<=n,8192,0,100265,12.2393798828125
HHLID,λ<=n,8192,0,85831,10.4774169921875
HHLID,λ<=n,8192,0,67339,8.2200927734375
HHLID,λ<=n,8192,0,77775,9.4940185546875
HHLID,λ<=n,8192,0,75713,9.2423095703125
HHLID,λ<=n,8192,0,70865,8.6505126953125
HHLID,λ<=n,8192,0,125885,15.3668212890625
HHLID,λ<=n,8192,0,72351,8.8319091796875
HHLID,λ<=n,8192,0,70743,8.6356201171875
HRLID,λ<=n,8192,0,75903,9.2655029296875
HRLID,λ<=n,8192,0,115141,14.0552978515625
HRLID,λ<=n,8192,0,74987,9.1536865234375
HRLID,λ<=n,8192,0,87701,10.7056884765625
HRLID,λ<=n,8192,0,75575,9.2254638671875
HRLID,λ<=n,8192,0,99529,12.1495361328125
HRLID,λ<=n,8192,0,110325,13.4674072265625
HRLID,λ<=n,8192,0,89667,10.9456787109375
HRLID,λ<=n,8192,0,69117,8.4371337890625
HRLID,λ<=n,8192,0,105479,12.8758544921875
HRLID,λ<=n,8192,0,97823,11.9412841796875
HRLID,λ<=n,8192,0,81781,9.9830322265625
HRLID,λ<=n,8192,0,74893,9.1422119140625
HRLID,λ<=n,8192,0,78593,9.5938720703125
HRLID,λ<=n,8192,0,91357,11.1519775390625
HRLID,λ<=n,8192,0,89367,10.9090576171875
HRLID,λ<=n,8192,0,89187,10.8870849609375
HRLID,λ<=n,8192,0,88177,10.7637939453125
HRLID,λ<=n,8192,0,101533,12.3941650390625
HRLID,λ<=n,8192,0,106741,13.0299072265625
HRLID,λ<=n,8192,0,87843,10.7230224609375
HRLID,λ<=n,8192,0,71793,8.7637939453125
HRLID,λ<=n,8192,0,92785,11.3262939453125
HRLID,λ<=n,8192,0,101419,12.3802490234375
HRLID,λ<=n,8192,0,86073,10.5069580078125
HRLID,λ<=n,8192,0,104833,12.7969970703125
HRLID,λ<=n,8192,0,123003,15.0150146484375
HRLID,λ<=n,8192,0,150671,18.3924560546875
HRLID,λ<=n,8192,0,90219,11.0130615234375
HRLID,λ<=n,8192,0,73863,9.0164794921875
HRLID,λ<=n,8192,0,80211,9.7913818359375
HRLID,λ<=n,8192,0,78905,9.6319580078125
HRLID,λ<=n,8192,0,118441,14.4581298828125
HRLID,λ<=n,8192,0,89237,10.8931884765625
HRLID,λ<=n,8192,0,95861,11.7017822265625
HRLID,λ<=n,8192,0,75319,9.1942138671875
HRLID,λ<=n,8192,0,93357,11.3961181640625
HRLID,λ<=n,8192,0,110583,13.4989013671875
HRLID,λ<=n,8192,0,79031,9.6473388671875
HRLID,λ<=n,8192,0,89565,10.9332275390625
HRLID,λ<=n,8192,0,83397,10.1802978515625
HRLID,λ<=n,8192,0,82757,10.1021728515625
HRLID,λ<=n,8192,0,77631,9.4764404296875
HRLID,λ<=n,8192,0,72765,8.8824462890625
HRLID,λ<=n,8192,0,77267,9.4320068359375
HRLID,λ<=n,8192,0,99917,12.1968994140625
HRLID,λ<=n,8192,0,78227,9.5491943359375
HRLID,λ<=n,8192,0,98341,12.0045166015625
HRLID,λ<=n,8192,0,90003,10.9866943359375
HRLID,λ<=n,8192,0,105817,12.9171142578125
HRLID,λ<=n,8192,0,83673,10.2139892578125
HRLID,λ<=n,8192,0,74065,9.0411376953125
HRLID,λ<=n,8192,0,142645,17.4127197265625
HRLID,λ<=n,8192,0,120769,14.7423095703125
HRLID,λ<=n,8192,0,75679,9.2381591796875
HRLID,λ<=n,8192,0,101517,12.3922119140625
HRLID,λ<=n,8192,0,95533,11.6617431640625
HRLID,λ<=n,8192,0,80793,9.8624267578125
HRLID,λ<=n,8192,0,77543,9.4656982421875
HRLID,λ<=n,8192,0,93683,11.4359130859375
HRLID,λ<=n,8192,0,90977,11.1055908203125
HRLID,λ<=n,8192,0,80209,9.7911376953125
HRLID,λ<=n,8192,0,86481,10.5567626953125
HRLID,λ<=n,8192,0,71277,8.7008056640625
HRLID,λ<=n,8192,0,78071,9.5301513671875
HRLID,λ<=n,8192,0,76001,9.2774658203125
HRLID,λ<=n,8192,0,97205,11.8658447265625
HRLID,λ<=n,8192,0,68601,8.3741455078125
HRLID,λ<=n,8192,0,74803,9.1312255859375
HRLID,λ<=n,8192,0,101319,12.3680419921875
HRLID,λ<=n,8192,0,73547,8.9779052734375
HRLID,λ<=n,8192,0,75329,9.1954345703125
HRLID,λ<=n,8192,0,88813,10.8414306640625
HRLID,λ<=n,8192,0,82815,10.1092529296875
HRLID,λ<=n,8192,0,77595,9.4720458984375
HRLID,λ<=n,8192,0,102901,12.5611572265625
HRLID,λ<=n,8192,0,148449,18.1212158203125
HRLID,λ<=n,8192,0,83609,10.2061767578125
HRLID,λ<=n,8192,0,86819,10.5980224609375
HRLID,λ<=n,8192,0,102055,12.4578857421875
HRLID,λ<=n,8192,0,70213,8.5709228515625
HRLID,λ<=n,8192,0,74619,9.1087646484375
HRLID,λ<=n,8192,0,125233,15.2872314453125
HRLID,λ<=n,8192,0,79155,9.6624755859375
HRLID,λ<=n,8192,0,89527,10.9285888671875
HRLID,λ<=n,8192,0,76479,9.3358154296875
HRLID,λ<=n,8192,0,77361,9.4434814453125
HRLID,λ<=n,8192,0,140045,17.0953369140625
HRLID,λ<=n,8192,0,91617,11.1837158203125
HRLID,λ<=n,8192,0,175799,21.4598388671875
HRLID,λ<=n,8192,0,153873,18.7833251953125
HRLID,λ<=n,8192,0,150227,18.3382568359375
HRLID,λ<=n,8192,0,108845,13.2867431640625
HRLID,λ<=n,8192,0,140327,17.1297607421875
HRLID,λ<=n,8192,0,99517,12.1480712890625
HRLID,λ<=n,8192,0,68717,8.3883056640625
HRLID,λ<=n,8192,0,87423,10.6717529296875
HRLID,λ<=n,8192,0,78575,9.5916748046875
HRLID,λ<=n,8192,0,88597,10.8150634765625
HRLID,λ<=n,8192,0,82583,10.0809326171875
HSLID,λ<=n,8192,0,131057,15.9981689453125
HSLID,λ<=n,8192,0,88415,10.7928466796875
HSLID,λ<=n,8192,0,119125,14.5416259765625
HSLID,λ<=n,8192,0,164057,20.0264892578125
HSLID,λ<=n,8192,0,123655,15.0946044921875
HSLID,λ<=n,8192,0,235015,28.6883544921875
HSLID,λ<=n,8192,0,114747,14.0072021484375
HSLID,λ<=n,8192,0,102551,12.5184326171875
HSLID,λ<=n,8192,0,144897,17.6876220703125
HSLID,λ<=n,8192,0,127997,15.6246337890625
HSLID,λ<=n,8192,0,166425,20.3155517578125
HSLID,λ<=n,8192,0,114131,13.9320068359375
HSLID,λ<=n,8192,0,103779,12.6683349609375
HSLID,λ<=n,8192,0,165253,20.1724853515625
HSLID,λ<=n,8192,0,113899,13.9036865234375
HSLID,λ<=n,8192,0,128155,15.6439208984375
HSLID,λ<=n,8192,0,101575,12.3992919921875
HSLID,λ<=n,8192,0,104555,12.7630615234375
HSLID,λ<=n,8192,0,170185,20.7745361328125
HSLID,λ<=n,8192,0,130459,15.9251708984375
HSLID,λ<=n,8192,0,196499,23.9866943359375
HSLID,λ<=n,8192,0,96341,11.7603759765625
HSLID,λ<=n,8192,0,104169,12.7159423828125
HSLID,λ<=n,8192,0,118821,14.5045166015625
HSLID,λ<=n,8192,0,103667,12.6546630859375
HSLID,λ<=n,8192,0,134339,16.3988037109375
HSLID,λ<=n,8192,0,181407,22.1444091796875
HSLID,λ<=n,8192,0,106325,12.9791259765625
HSLID,λ<=n,8192,0,112879,13.7791748046875
HSLID,λ<=n,8192,0,96273,11.7520751953125
HSLID,λ<=n,8192,0,109041,13.3106689453125
HSLID,λ<=n,8192,0,124137,15.1534423828125
HSLID,λ<=n,8192,0,89441,10.9180908203125
HSLID,λ<=n,8192,0,133811,16.3343505859375
HSLID,λ<=n,8192,0,96961,11.8360595703125
HSLID,λ<=n,8192,0,112391,13.7196044921875
HSLID,λ<=n,8192,0,107021,13.0640869140625
HSLID,λ<=n,8192,0,103339,12.6146240234375
HSLID,λ<=n,8192,0,122175,14.9139404296875
HSLID,λ<=n,8192,0,172583,21.0672607421875
HSLID,λ<=n,8192,0,117325,14.3218994140625
HSLID,λ<=n,8192,0,226753,27.6798095703125
HSLID,λ<=n,8192,0,101327,12.3690185546875
HSLID,λ<=n,8192,0,137393,16.7716064453125
HSLID,λ<=n,8192,0,105777,12.9122314453125
HSLID,λ<=n,8192,0,154865,18.9044189453125
HSLID,λ<=n,8192,0,125597,15.3316650390625
HSLID,λ<=n,8192,0,105969,12.9356689453125
HSLID,λ<=n,8192,0,100175,12.2283935546875
HSLID,λ<=n,8192,0,131859,16.0960693359375
HSLID,λ<=n,8192,0,124129,15.1524658203125
HSLID,λ<=n,8192,0,103251,12.6038818359375
HSLID,λ<=n,8192,0,153491,18.7366943359375
HSLID,λ<=n,8192,0,123395,15.0628662109375
HSLID,λ<=n,8192,0,110007,13.4285888671875
HSLID,λ<=n,8192,0,96391,11.7664794921875
HSLID,λ<=n,8192,0,92697,11.3155517578125
HSLID,λ<=n,8192,0,111733,13.6392822265625
HSLID,λ<=n,8192,0,97753,11.9327392578125
HSLID,λ<=n,8192,0,190249,23.2237548828125
HSLID,λ<=n,8192,0,166973,20.3824462890625
HSLID,λ<=n,8192,0,208935,25.5047607421875
HSLID,λ<=n,8192,0,153475,18.7347412109375
HSLID,λ<=n,8192,0,209143,25.5301513671875
HSLID,λ<=n,8192,0,90927,11.0994873046875
HSLID,λ<=n,8192,0,229983,28.0740966796875
HSLID,λ<=n,8192,0,112597,13.7447509765625
HSLID,λ<=n,8192,0,124529,15.2012939453125
HSLID,λ<=n,8192,0,111271,13.5828857421875
HSLID,λ<=n,8192,0,172345,21.0382080078125
HSLID,λ<=n,8192,0,209381,25.5592041015625
HSLID,λ<=n,8192,0,123623,15.0906982421875
HSLID,λ<=n,8192,0,115333,14.0787353515625
HSLID,λ<=n,8192,0,118945,14.5196533203125
HSLID,λ<=n,8192,0,116169,14.1807861328125
HSLID,λ<=n,8192,0,224421,27.3951416015625
HSLID,λ<=n,8192,0,128893,15.7340087890625
HSLID,λ<=n,8192,0,145165,17.7203369140625
HSLID,λ<=n,8192,0,130057,15.8760986328125
HSLID,λ<=n,8192,0,100961,12.3243408203125
HSLID,λ<=n,8192,0,111289,13.5850830078125
HSLID,λ<=n,8192,0,204873,25.0089111328125
HSLID,λ<=n,8192,0,104139,12.7122802734375
HSLID,λ<=n,8192,0,155755,19.0130615234375
HSLID,λ<=n,8192,0,130231,15.8973388671875
HSLID,λ<=n,8192,0,93245,11.3824462890625
HSLID,λ<=n,8192,0,120597,14.7213134765625
HSLID,λ<=n,8192,0,126481,15.4395751953125
HSLID,λ<=n,8192,0,138765,16.9390869140625
HSLID,λ<=n,8192,0,124557,15.2047119140625
HSLID,λ<=n,8192,0,100559,12.2752685546875
HSLID,λ<=n,8192,0,151423,18.4842529296875
HSLID,λ<=n,8192,0,92377,11.2764892578125
HSLID,λ<=n,8192,0,105335,12.8582763671875
HSLID,λ<=n,8192,0,93945,11.4678955078125
HSLID,λ<=n,8192,0,149371,18.2337646484375
HSLID,λ<=n,8192,0,89741,10.9547119140625
HSLID,λ<=n,8192,0,113603,13.8675537109375
HSLID,λ<=n,8192,0,112157,13.6910400390625
HSLID,λ<=n,8192,0,106801,13.0372314453125
HSDCU,λ<=n,8192,0,126671,15.4627685546875
HSDCU,λ<=n,8192,0,79135,9.6600341796875
HSDCU,λ<=n,8192,0,118247,14.4344482421875
HSDCU,λ<=n,8192,0,115755,14.1302490234375
HSDCU,λ<=n,8192,0,70796,8.64208984375
HSDCU,λ<=n,8192,0,99263,12.1170654296875
HSDCU,λ<=n,8192,0,93794,11.449462890625
HSDCU,λ<=n,8192,0,82741,10.1002197265625
HSDCU,λ<=n,8192,0,131034,15.995361328125
HSDCU,λ<=n,8192,0,145128,17.7158203125
HSDCU,λ<=n,8192,0,147805,18.0426025390625
HSDCU,λ<=n,8192,0,106151,12.9578857421875
HSDCU,λ<=n,8192,0,87833,10.7218017578125
HSDCU,λ<=n,8192,0,84927,10.3670654296875
HSDCU,λ<=n,8192,0,104609,12.7696533203125
HSDCU,λ<=n,8192,0,135697,16.5645751953125
HSDCU,λ<=n,8192,0,149577,18.2589111328125
HSDCU,λ<=n,8192,0,140087,17.1004638671875
HSDCU,λ<=n,8192,0,100564,12.27587890625
HSDCU,λ<=n,8192,0,72922,8.901611328125
HSDCU,λ<=n,8192,0,86161,10.5177001953125
HSDCU,λ<=n,8192,0,127740,15.59326171875
HSDCU,λ<=n,8192,0,86169,10.5186767578125
HSDCU,λ<=n,8192,0,166726,20.352294921875
HSDCU,λ<=n,8192,0,134078,16.366943359375
HSDCU,λ<=n,8192,0,118333,14.4449462890625
HSDCU,λ<=n,8192,0,90999,11.1082763671875
HSDCU,λ<=n,8192,0,160815,19.6307373046875
HSDCU,λ<=n,8192,0,79782,9.739013671875
HSDCU,λ<=n,8192,0,93704,11.4384765625
HSDCU,λ<=n,8192,0,76645,9.3560791015625
HSDCU,λ<=n,8192,0,124564,15.20556640625
HSDCU,λ<=n,8192,0,116171,14.1810302734375
HSDCU,λ<=n,8192,0,90612,11.06103515625
HSDCU,λ<=n,8192,0,84512,10.31640625
HSDCU,λ<=n,8192,0,120484,14.70751953125
HSDCU,λ<=n,8192,0,82118,10.024169921875
HSDCU,λ<=n,8192,0,85861,10.4810791015625
HSDCU,λ<=n,8192,0,254821,31.1060791015625
HSDCU,λ<=n,8192,0,307600,37.548828125
HSDCU,λ<=n,8192,0,108836,13.28564453125
HSDCU,λ<=n,8192,0,93815,11.4520263671875
HSDCU,λ<=n,8192,0,107420,13.11279296875
HSDCU,λ<=n,8192,0,83763,10.2249755859375
HSDCU,λ<=n,8192,0,77407,9.4490966796875
HSDCU,λ<=n,8192,0,80825,9.8663330078125
HSDCU,λ<=n,8192,0,85818,10.475830078125
HSDCU,λ<=n,8192,0,89956,10.98095703125
HSDCU,λ<=n,8192,0,75867,9.2611083984375
HSDCU,λ<=n,8192,0,200345,24.4561767578125
HSDCU,λ<=n,8192,0,104711,12.7821044921875
HSDCU,λ<=n,8192,0,132832,16.21484375
HSDCU,λ<=n,8192,0,160983,19.6512451171875
HSDCU,λ<=n,8192,0,198051,24.1761474609375
HSDCU,λ<=n,8192,0,96101,11.7310791015625
HSDCU,λ<=n,8192,0,90668,11.06787109375
HSDCU,λ<=n,8192,0,101236,12.35791015625
HSDCU,λ<=n,8192,0,123344,15.056640625
HSDCU,λ<=n,8192,0,86221,10.5250244140625
HSDCU,λ<=n,8192,0,76127,9.2928466796875
HSDCU,λ<=n,8192,0,112933,13.7857666015625
HSDCU,λ<=n,8192,0,98107,11.9759521484375
HSDCU,λ<=n,8192,0,97909,11.9517822265625
HSDCU,λ<=n,8192,0,85222,10.403076171875
HSDCU,λ<=n,8192,0,104509,12.7574462890625
HSDCU,λ<=n,8192,0,94065,11.4825439453125
HSDCU,λ<=n,8192,0,155801,19.0186767578125
HSDCU,λ<=n,8192,0,69936,8.537109375
HSDCU,λ<=n,8192,0,159671,19.4910888671875
HSDCU,λ<=n,8192,0,100435,12.2601318359375
HSDCU,λ<=n,8192,0,162667,19.8568115234375
HSDCU,λ<=n,8192,0,200180,24.43603515625
HSDCU,λ<=n,8192,0,72642,8.867431640625
HSDCU,λ<=n,8192,0,124091,15.1478271484375
HSDCU,λ<=n,8192,0,81850,9.991455078125
HSDCU,λ<=n,8192,0,180077,21.9820556640625
HSDCU,λ<=n,8192,0,88595,10.8148193359375
HSDCU,λ<=n,8192,0,86110,10.511474609375
HSDCU,λ<=n,8192,0,77240,9.4287109375
HSDCU,λ<=n,8192,0,95932,11.71044921875
HSDCU,λ<=n,8192,0,138811,16.9447021484375
HSDCU,λ<=n,8192,0,88878,10.849365234375
HSDCU,λ<=n,8192,0,72956,8.90576171875
HSDCU,λ<=n,8192,0,133454,16.290771484375
HSDCU,λ<=n,8192,0,84303,10.2908935546875
HSDCU,λ<=n,8192,0,90287,11.0213623046875
HSDCU,λ<=n,8192,0,140066,17.097900390625
HSDCU,λ<=n,8192,0,121225,14.7979736328125
HSDCU,λ<=n,8192,0,130869,15.9752197265625
HSDCU,λ<=n,8192,0,178013,21.7301025390625
HSDCU,λ<=n,8192,0,91190,11.131591796875
HSDCU,λ<=n,8192,0,156391,19.0906982421875
HSDCU,λ<=n,8192,0,118194,14.427978515625
HSDCU,λ<=n,8192,0,75812,9.25439453125
HSDCU,λ<=n,8192,0,82746,10.100830078125
HSDCU,λ<=n,8192,0,122694,14.977294921875
HSDCU,λ<=n,8192,0,78407,9.5711669921875
HSDCU,λ<=n,8192,0,97066,11.848876953125
HSDCU,λ<=n,8192,0,155438,18.974365234375
HSDCU,λ<=n,8192,0,98889,12.0714111328125
HRDCU,λ<=n,8192,0,76461,9.3336181640625
HRDCU,λ<=n,8192,0,65474,7.992431640625
HRDCU,λ<=n,8192,0,93630,11.429443359375
HRDCU,λ<=n,8192,0,57850,7.061767578125
HRDCU,λ<=n,8192,0,72295,8.8250732421875
HRDCU,λ<=n,8192,0,120281,14.6827392578125
HRDCU,λ<=n,8192,0,60059,7.3314208984375
HRDCU,λ<=n,8192,0,55345,6.7559814453125
HRDCU,λ<=n,8192,0,67010,8.179931640625
HRDCU,λ<=n,8192,0,79690,9.727783203125
HRDCU,λ<=n,8192,0,54681,6.6749267578125
HRDCU,λ<=n,8192,0,55707,6.8001708984375
HRDCU,λ<=n,8192,0,50727,6.1922607421875
HRDCU,λ<=n,8192,0,55284,6.74853515625
HRDCU,λ<=n,8192,0,85893,10.4849853515625
HRDCU,λ<=n,8192,0,70914,8.656494140625
HRDCU,λ<=n,8192,0,59572,7.27197265625
HRDCU,λ<=n,8192,0,61615,7.5213623046875
HRDCU,λ<=n,8192,0,81984,10.0078125
HRDCU,λ<=n,8192,0,65968,8.052734375
HRDCU,λ<=n,8192,0,99366,12.129638671875
HRDCU,λ<=n,8192,0,66090,8.067626953125
HRDCU,λ<=n,8192,0,90526,11.050537109375
HRDCU,λ<=n,8192,0,57661,7.0386962890625
HRDCU,λ<=n,8192,0,105449,12.8721923828125
HRDCU,λ<=n,8192,0,82043,10.0150146484375
HRDCU,λ<=n,8192,0,64458,7.868408203125
HRDCU,λ<=n,8192,0,87005,10.6207275390625
HRDCU,λ<=n,8192,0,64782,7.907958984375
HRDCU,λ<=n,8192,0,133183,16.2576904296875
HRDCU,λ<=n,8192,0,62613,7.6431884765625
HRDCU,λ<=n,8192,0,100457,12.2628173828125
HRDCU,λ<=n,8192,0,69741,8.5133056640625
HRDCU,λ<=n,8192,0,85910,10.487060546875
HRDCU,λ<=n,8192,0,58770,7.174072265625
HRDCU,λ<=n,8192,0,122387,14.9398193359375
HRDCU,λ<=n,8192,0,74808,9.1318359375
HRDCU,λ<=n,8192,0,67623,8.2547607421875
HRDCU,λ<=n,8192,0,53385,6.5167236328125
HRDCU,λ<=n,8192,0,51271,6.2586669921875
HRDCU,λ<=n,8192,0,153857,18.7813720703125
HRDCU,λ<=n,8192,0,62203,7.5931396484375
HRDCU,λ<=n,8192,0,68344,8.3427734375
HRDCU,λ<=n,8192,0,60277,7.3580322265625
HRDCU,λ<=n,8192,0,74378,9.079345703125
HRDCU,λ<=n,8192,0,50388,6.15087890625
HRDCU,λ<=n,8192,0,72989,8.9097900390625
HRDCU,λ<=n,8192,0,75253,9.1861572265625
HRDCU,λ<=n,8192,0,84763,10.3470458984375
HRDCU,λ<=n,8192,0,72080,8.798828125
HRDCU,λ<=n,8192,0,64050,7.818603515625
HRDCU,λ<=n,8192,0,76094,9.288818359375
HRDCU,λ<=n,8192,0,55704,6.7998046875
HRDCU,λ<=n,8192,0,57733,7.0474853515625
HRDCU,λ<=n,8192,0,71934,8.781005859375
HRDCU,λ<=n,8192,0,63730,7.779541015625
HRDCU,λ<=n,8192,0,58507,7.1419677734375
HRDCU,λ<=n,8192,0,104935,12.8094482421875
HRDCU,λ<=n,8192,0,57974,7.076904296875
HRDCU,λ<=n,8192,0,63312,7.728515625
HRDCU,λ<=n,8192,0,82011,10.0111083984375
HRDCU,λ<=n,8192,0,64392,7.8603515625
HRDCU,λ<=n,8192,0,69793,8.5196533203125
HRDCU,λ<=n,8192,0,72149,8.8072509765625
HRDCU,λ<=n,8192,0,53485,6.5289306640625
HRDCU,λ<=n,8192,0,58635,7.1575927734375
HRDCU,λ<=n,8192,0,102141,12.4683837890625
HRDCU,λ<=n,8192,0,58865,7.1856689453125
HRDCU,λ<=n,8192,0,75295,9.1912841796875
HRDCU,λ<=n,8192,0,101563,12.3978271484375
HRDCU,λ<=n,8192,0,66808,8.1552734375
HRDCU,λ<=n,8192,0,62341,7.6099853515625
HRDCU,λ<=n,8192,0,77191,9.4227294921875
HRDCU,λ<=n,8192,0,64856,7.9169921875
HRDCU,λ<=n,8192,0,121201,14.7950439453125
HRDCU,λ<=n,8192,0,72735,8.8787841796875
HRDCU,λ<=n,8192,0,80750,9.857177734375
HRDCU,λ<=n,8192,0,56372,6.88134765625
HRDCU,λ<=n,8192,0,61287,7.4813232421875
HRDCU,λ<=n,8192,0,71136,8.68359375
HRDCU,λ<=n,8192,0,64707,7.8988037109375
HRDCU,λ<=n,8192,0,55960,6.8310546875
HRDCU,λ<=n,8192,0,56957,6.9527587890625
HRDCU,λ<=n,8192,0,135646,16.558349609375
HRDCU,λ<=n,8192,0,72185,8.8116455078125
HRDCU,λ<=n,8192,0,88728,10.8310546875
HRDCU,λ<=n,8192,0,76131,9.2933349609375
HRDCU,λ<=n,8192,0,67348,8.22119140625
HRDCU,λ<=n,8192,0,66328,8.0966796875
HRDCU,λ<=n,8192,0,61175,7.4676513671875
HRDCU,λ<=n,8192,0,69761,8.5157470703125
HRDCU,λ<=n,8192,0,61932,7.56005859375
HRDCU,λ<=n,8192,0,61007,7.4471435546875
HRDCU,λ<=n,8192,0,72485,8.8482666015625
HRDCU,λ<=n,8192,0,101702,12.414794921875
HRDCU,λ<=n,8192,0,69593,8.4952392578125
HRDCU,λ<=n,8192,0,90762,11.079345703125
HRDCU,λ<=n,8192,0,75721,9.2432861328125
HRDCU,λ<=n,8192,0,76366,9.322021484375
HRDCU,λ<=n,8192,0,103661,12.6539306640625
HHDCU,λ<=n,8192,0,66160,8.076171875
HHDCU,λ<=n,8192,0,52849,6.4512939453125
HHDCU,λ<=n,8192,0,47375,5.7830810546875
HHDCU,λ<=n,8192,0,53574,6.539794921875
HHDCU,λ<=n,8192,0,80816,9.865234375
HHDCU,λ<=n,8192,0,55733,6.8033447265625
HHDCU,λ<=n,8192,0,53276,6.50341796875
HHDCU,λ<=n,8192,0,67045,8.1842041015625
HHDCU,λ<=n,8192,0,59877,7.3092041015625
HHDCU,λ<=n,8192,0,49706,6.067626953125
HHDCU,λ<=n,8192,0,74761,9.1260986328125
HHDCU,λ<=n,8192,0,59046,7.207763671875
HHDCU,λ<=n,8192,0,91192,11.1318359375
HHDCU,λ<=n,8192,0,56996,6.95751953125
HHDCU,λ<=n,8192,0,62409,7.6182861328125
HHDCU,λ<=n,8192,0,66433,8.1094970703125
HHDCU,λ<=n,8192,0,65723,8.0228271484375
HHDCU,λ<=n,8192,0,64221,7.8394775390625
HHDCU,λ<=n,8192,0,48237,5.8883056640625
HHDCU,λ<=n,8192,0,62184,7.5908203125
HHDCU,λ<=n,8192,0,54187,6.6146240234375
HHDCU,λ<=n,8192,0,86065,10.5059814453125
HHDCU,λ<=n,8192,0,57729,7.0469970703125
HHDCU,λ<=n,8192,0,62892,7.67724609375
HHDCU,λ<=n,8192,0,68646,8.379638671875
HHDCU,λ<=n,8192,0,57137,6.9747314453125
HHDCU,λ<=n,8192,0,53761,6.5626220703125
HHDCU,λ<=n,8192,0,52825,6.4483642578125
HHDCU,λ<=n,8192,0,74245,9.0631103515625
HHDCU,λ<=n,8192,0,78719,9.6092529296875
HHDCU,λ<=n,8192,0,48904,5.9697265625
HHDCU,λ<=n,8192,0,118700,14.48974609375
HHDCU,λ<=n,8192,0,118815,14.5037841796875
HHDCU,λ<=n,8192,0,84310,10.291748046875
HHDCU,λ<=n,8192,0,55162,6.733642578125
HHDCU,λ<=n,8192,0,68987,8.4212646484375
HHDCU,λ<=n,8192,0,58791,7.1766357421875
HHDCU,λ<=n,8192,0,64187,7.8353271484375
HHDCU,λ<=n,8192,0,54684,6.67529296875
HHDCU,λ<=n,8192,0,47877,5.8443603515625
HHDCU,λ<=n,8192,0,49399,6.0301513671875
HHDCU,λ<=n,8192,0,58223,7.1072998046875
HHDCU,λ<=n,8192,0,65198,7.958740234375
HHDCU,λ<=n,8192,0,59961,7.3194580078125
HHDCU,λ<=n,8192,0,81864,9.9931640625
HHDCU,λ<=n,8192,0,50126,6.118896484375
HHDCU,λ<=n,8192,0,49370,6.026611328125
HHDCU,λ<=n,8192,0,67817,8.2784423828125
HHDCU,λ<=n,8192,0,57725,7.0465087890625
HHDCU,λ<=n,8192,0,62045,7.5738525390625
HHDCU,λ<=n,8192,0,57410,7.008056640625
HHDCU,λ<=n,8192,0,66100,8.06884765625
HHDCU,λ<=n,8192,0,66846,8.159912109375
HHDCU,λ<=n,8192,0,52259,6.3792724609375
HHDCU,λ<=n,8192,0,50196,6.12744140625
HHDCU,λ<=n,8192,0,61912,7.5576171875
HHDCU,λ<=n,8192,0,99301,12.1217041015625
HHDCU,λ<=n,8192,0,59426,7.254150390625
HHDCU,λ<=n,8192,0,70608,8.619140625
HHDCU,λ<=n,8192,0,57392,7.005859375
HHDCU,λ<=n,8192,0,60523,7.3880615234375
HHDCU,λ<=n,8192,0,60438,7.377685546875
HHDCU,λ<=n,8192,0,70199,8.5692138671875
HHDCU,λ<=n,8192,0,97758,11.933349609375
HHDCU,λ<=n,8192,0,55042,6.718994140625
HHDCU,λ<=n,8192,0,50131,6.1195068359375
HHDCU,λ<=n,8192,0,58586,7.151611328125
HHDCU,λ<=n,8192,0,48471,5.9168701171875
HHDCU,λ<=n,8192,0,76307,9.3148193359375
HHDCU,λ<=n,8192,0,61287,7.4813232421875
HHDCU,λ<=n,8192,0,58230,7.108154296875
HHDCU,λ<=n,8192,0,46900,5.72509765625
HHDCU,λ<=n,8192,0,67654,8.258544921875
HHDCU,λ<=n,8192,0,56730,6.925048828125
HHDCU,λ<=n,8192,0,54273,6.6251220703125
HHDCU,λ<=n,8192,0,65338,7.975830078125
HHDCU,λ<=n,8192,0,51108,6.23876953125
HHDCU,λ<=n,8192,0,60950,7.440185546875
HHDCU,λ<=n,8192,0,122885,15.0006103515625
HHDCU,λ<=n,8192,0,81739,9.9779052734375
HHDCU,λ<=n,8192,0,55456,6.76953125
HHDCU,λ<=n,8192,0,57514,7.020751953125
HHDCU,λ<=n,8192,0,72231,8.8172607421875
HHDCU,λ<=n,8192,0,75170,9.176025390625
HHDCU,λ<=n,8192,0,87643,10.6986083984375
HHDCU,λ<=n,8192,0,51576,6.2958984375
HHDCU,λ<=n,8192,0,49744,6.072265625
HHDCU,λ<=n,8192,0,54961,6.7091064453125
HHDCU,λ<=n,8192,0,77166,9.419677734375
HHDCU,λ<=n,8192,0,67040,8.18359375
HHDCU,λ<=n,8192,0,57609,7.0323486328125
HHDCU,λ<=n,8192,0,59081,7.2120361328125
HHDCU,λ<=n,8192,0,53252,6.50048828125
HHDCU,λ<=n,8192,0,72200,8.8134765625
HHDCU,λ<=n,8192,0,49436,6.03466796875
HHDCU,λ<=n,8192,0,80097,9.7774658203125
HHDCU,λ<=n,8192,0,71118,8.681396484375
HHDCU,λ<=n,8192,0,60400,7.373046875
HHDCU,λ<=n,8192,0,70511,8.6072998046875
HHDCU,λ<=n,8192,0,61354,7.489501953125
HHLCU,λ<=n,8192,0,89934,10.978271484375
HHLCU,λ<=n,8192,0,59066,7.210205078125
HHLCU,λ<=n,8192,0,65888,8.04296875
HHLCU,λ<=n,8192,0,53311,6.5076904296875
HHLCU,λ<=n,8192,0,58296,7.1162109375
HHLCU,λ<=n,8192,0,66584,8.1279296875
HHLCU,λ<=n,8192,0,55187,6.7366943359375
HHLCU,λ<=n,8192,0,56353,6.8790283203125
HHLCU,λ<=n,8192,0,54778,6.686767578125
HHLCU,λ<=n,8192,0,65667,8.0159912109375
HHLCU,λ<=n,8192,0,56278,6.869873046875
HHLCU,λ<=n,8192,0,60492,7.38427734375
HHLCU,λ<=n,8192,0,55769,6.8077392578125
HHLCU,λ<=n,8192,0,109698,13.390869140625
HHLCU,λ<=n,8192,0,56974,6.954833984375
HHLCU,λ<=n,8192,0,61515,7.5091552734375
HHLCU,λ<=n,8192,0,78762,9.614501953125
HHLCU,λ<=n,8192,0,78080,9.53125
HHLCU,λ<=n,8192,0,52025,6.3507080078125
HHLCU,λ<=n,8192,0,62274,7.601806640625
HHLCU,λ<=n,8192,0,65439,7.9881591796875
HHLCU,λ<=n,8192,0,59189,7.2252197265625
HHLCU,λ<=n,8192,0,51818,6.325439453125
HHLCU,λ<=n,8192,0,60925,7.4371337890625
HHLCU,λ<=n,8192,0,64210,7.838134765625
HHLCU,λ<=n,8192,0,50023,6.1063232421875
HHLCU,λ<=n,8192,0,48978,5.978759765625
HHLCU,λ<=n,8192,0,54181,6.6138916015625
HHLCU,λ<=n,8192,0,53638,6.547607421875
HHLCU,λ<=n,8192,0,52375,6.3934326171875
HHLCU,λ<=n,8192,0,82829,10.1109619140625
HHLCU,λ<=n,8192,0,58471,7.1375732421875
HHLCU,λ<=n,8192,0,106512,13.001953125
HHLCU,λ<=n,8192,0,60440,7.3779296875
HHLCU,λ<=n,8192,0,72750,8.880615234375
HHLCU,λ<=n,8192,0,59480,7.2607421875
HHLCU,λ<=n,8192,0,56093,6.8472900390625
HHLCU,λ<=n,8192,0,56689,6.9200439453125
HHLCU,λ<=n,8192,0,83485,10.1910400390625
HHLCU,λ<=n,8192,0,68369,8.3458251953125
HHLCU,λ<=n,8192,0,110426,13.479736328125
HHLCU,λ<=n,8192,0,64741,7.9029541015625
HHLCU,λ<=n,8192,0,68966,8.418701171875
HHLCU,λ<=n,8192,0,54825,6.6925048828125
HHLCU,λ<=n,8192,0,59849,7.3057861328125
HHLCU,λ<=n,8192,0,67120,8.193359375
HHLCU,λ<=n,8192,0,62518,7.631591796875
HHLCU,λ<=n,8192,0,67970,8.297119140625
HHLCU,λ<=n,8192,0,63996,7.81201171875
HHLCU,λ<=n,8192,0,64295,7.8485107421875
HHLCU,λ<=n,8192,0,56994,6.957275390625
HHLCU,λ<=n,8192,0,64194,7.836181640625
HHLCU,λ<=n,8192,0,74167,9.0535888671875
HHLCU,λ<=n,8192,0,60050,7.330322265625
HHLCU,λ<=n,8192,0,66362,8.100830078125
HHLCU,λ<=n,8192,0,59121,7.2169189453125
HHLCU,λ<=n,8192,0,60455,7.3797607421875
HHLCU,λ<=n,8192,0,54431,6.6444091796875
HHLCU,λ<=n,8192,0,63819,7.7904052734375
HHLCU,λ<=n,8192,0,70967,8.6629638671875
HHLCU,λ<=n,8192,0,66504,8.1181640625
HHLCU,λ<=n,8192,0,119774,14.620849609375
HHLCU,λ<=n,8192,0,61450,7.501220703125
HHLCU,λ<=n,8192,0,57413,7.0084228515625
HHLCU,λ<=n,8192,0,54695,6.6766357421875
HHLCU,λ<=n,8192,0,65823,8.0350341796875
HHLCU,λ<=n,8192,0,68612,8.37548828125
HHLCU,λ<=n,8192,0,63805,7.7886962890625
HHLCU,λ<=n,8192,0,54093,6.6031494140625
HHLCU,λ<=n,8192,0,85797,10.4732666015625
HHLCU,λ<=n,8192,0,96544,11.78515625
HHLCU,λ<=n,8192,0,80800,9.86328125
HHLCU,λ<=n,8192,0,78267,9.5540771484375
HHLCU,λ<=n,8192,0,60871,7.4305419921875
HHLCU,λ<=n,8192,0,55185,6.7364501953125
HHLCU,λ<=n,8192,0,119355,14.5697021484375
HHLCU,λ<=n,8192,0,56578,6.906494140625
HHLCU,λ<=n,8192,0,65516,7.99755859375
HHLCU,λ<=n,8192,0,82917,10.1217041015625
HHLCU,λ<=n,8192,0,107232,13.08984375
HHLCU,λ<=n,8192,0,107582,13.132568359375
HHLCU,λ<=n,8192,0,61229,7.4742431640625
HHLCU,λ<=n,8192,0,54429,6.6441650390625
HHLCU,λ<=n,8192,0,97050,11.846923828125
HHLCU,λ<=n,8192,0,65979,8.0540771484375
HHLCU,λ<=n,8192,0,71160,8.6865234375
HHLCU,λ<=n,8192,0,58598,7.153076171875
HHLCU,λ<=n,8192,0,82110,10.023193359375
HHLCU,λ<=n,8192,0,57667,7.0394287109375
HHLCU,λ<=n,8192,0,95738,11.686767578125
HHLCU,λ<=n,8192,0,67879,8.2860107421875
HHLCU,λ<=n,8192,0,70145,8.5626220703125
HHLCU,λ<=n,8192,0,73636,8.98876953125
HHLCU,λ<=n,8192,0,71311,8.7049560546875
HHLCU,λ<=n,8192,0,58549,7.1470947265625
HHLCU,λ<=n,8192,0,114118,13.930419921875
HHLCU,λ<=n,8192,0,60688,7.408203125
HHLCU,λ<=n,8192,0,66163,8.0765380859375
HHLCU,λ<=n,8192,0,74124,9.04833984375
HRLCU,λ<=n,8192,0,72183,8.8114013671875
HRLCU,λ<=n,8192,0,84786,10.349853515625
HRLCU,λ<=n,8192,0,65453,7.9898681640625
HRLCU,λ<=n,8192,0,132006,16.114013671875
HRLCU,λ<=n,8192,0,71611,8.7415771484375
HRLCU,λ<=n,8192,0,69163,8.4427490234375
HRLCU,λ<=n,8192,0,59484,7.26123046875
HRLCU,λ<=n,8192,0,61560,7.5146484375
HRLCU,λ<=n,8192,0,65251,7.9652099609375
HRLCU,λ<=n,8192,0,56320,6.875
HRLCU,λ<=n,8192,0,96876,11.82568359375
HRLCU,λ<=n,8192,0,114851,14.0198974609375
HRLCU,λ<=n,8192,0,57472,7.015625
HRLCU,λ<=n,8192,0,61659,7.5267333984375
HRLCU,λ<=n,8192,0,62395,7.6165771484375
HRLCU,λ<=n,8192,0,102072,12.4599609375
HRLCU,λ<=n,8192,0,70308,8.58251953125
HRLCU,λ<=n,8192,0,83800,10.2294921875
HRLCU,λ<=n,8192,0,83427,10.1839599609375
HRLCU,λ<=n,8192,0,72090,8.800048828125
HRLCU,λ<=n,8192,0,67293,8.2144775390625
HRLCU,λ<=n,8192,0,61680,7.529296875
HRLCU,λ<=n,8192,0,84946,10.369384765625
HRLCU,λ<=n,8192,0,72275,8.8226318359375
HRLCU,λ<=n,8192,0,98316,12.00146484375
HRLCU,λ<=n,8192,0,138248,16.8759765625
HRLCU,λ<=n,8192,0,105991,12.9383544921875
HRLCU,λ<=n,8192,0,65254,7.965576171875
HRLCU,λ<=n,8192,0,71413,8.7174072265625
HRLCU,λ<=n,8192,0,131333,16.0318603515625
HRLCU,λ<=n,8192,0,73908,9.02197265625
HRLCU,λ<=n,8192,0,97602,11.914306640625
HRLCU,λ<=n,8192,0,58004,7.08056640625
HRLCU,λ<=n,8192,0,107781,13.1568603515625
HRLCU,λ<=n,8192,0,73707,8.9974365234375
HRLCU,λ<=n,8192,0,58469,7.1373291015625
HRLCU,λ<=n,8192,0,133047,16.2410888671875
HRLCU,λ<=n,8192,0,97919,11.9530029296875
HRLCU,λ<=n,8192,0,62023,7.5711669921875
HRLCU,λ<=n,8192,0,60650,7.403564453125
HRLCU,λ<=n,8192,0,74180,9.05517578125
HRLCU,λ<=n,8192,0,58389,7.1275634765625
HRLCU,λ<=n,8192,0,107447,13.1160888671875
HRLCU,λ<=n,8192,0,75767,9.2489013671875
HRLCU,λ<=n,8192,0,59360,7.24609375
HRLCU,λ<=n,8192,0,58885,7.1881103515625
HRLCU,λ<=n,8192,0,63600,7.763671875
HRLCU,λ<=n,8192,0,62560,7.63671875
HRLCU,λ<=n,8192,0,66260,8.08837890625
HRLCU,λ<=n,8192,0,57438,7.011474609375
HRLCU,λ<=n,8192,0,73231,8.9393310546875
HRLCU,λ<=n,8192,0,58763,7.1732177734375
HRLCU,λ<=n,8192,0,84519,10.3172607421875
HRLCU,λ<=n,8192,0,64764,7.90576171875
HRLCU,λ<=n,8192,0,61883,7.5540771484375
HRLCU,λ<=n,8192,0,58955,7.1966552734375
HRLCU,λ<=n,8192,0,54176,6.61328125
HRLCU,λ<=n,8192,0,56038,6.840576171875
HRLCU,λ<=n,8192,0,60010,7.325439453125
HRLCU,λ<=n,8192,0,67750,8.270263671875
HRLCU,λ<=n,8192,0,65492,7.99462890625
HRLCU,λ<=n,8192,0,85068,10.38427734375
HRLCU,λ<=n,8192,0,76212,9.30322265625
HRLCU,λ<=n,8192,0,55186,6.736572265625
HRLCU,λ<=n,8192,0,67528,8.2431640625
HRLCU,λ<=n,8192,0,76757,9.3697509765625
HRLCU,λ<=n,8192,0,87104,10.6328125
HRLCU,λ<=n,8192,0,61942,7.561279296875
HRLCU,λ<=n,8192,0,54361,6.6358642578125
HRLCU,λ<=n,8192,0,79257,9.6749267578125
HRLCU,λ<=n,8192,0,61559,7.5145263671875
HRLCU,λ<=n,8192,0,169042,20.635009765625
HRLCU,λ<=n,8192,0,89913,10.9757080078125
HRLCU,λ<=n,8192,0,102816,12.55078125
HRLCU,λ<=n,8192,0,57142,6.975341796875
HRLCU,λ<=n,8192,0,92673,11.3126220703125
HRLCU,λ<=n,8192,0,73160,8.9306640625
HRLCU,λ<=n,8192,0,79573,9.7135009765625
HRLCU,λ<=n,8192,0,59922,7.314697265625
HRLCU,λ<=n,8192,0,65749,8.0260009765625
HRLCU,λ<=n,8192,0,78397,9.5699462890625
HRLCU,λ<=n,8192,0,63560,7.7587890625
HRLCU,λ<=n,8192,0,91072,11.1171875
HRLCU,λ<=n,8192,0,60889,7.4327392578125
HRLCU,λ<=n,8192,0,62353,7.6114501953125
HRLCU,λ<=n,8192,0,66669,8.1383056640625
HRLCU,λ<=n,8192,0,97301,11.8775634765625
HRLCU,λ<=n,8192,0,89594,10.936767578125
HRLCU,λ<=n,8192,0,62078,7.577880859375
HRLCU,λ<=n,8192,0,79035,9.6478271484375
HRLCU,λ<=n,8192,0,63344,7.732421875
HRLCU,λ<=n,8192,0,88795,10.8392333984375
HRLCU,λ<=n,8192,0,137927,16.8367919921875
HRLCU,λ<=n,8192,0,68006,8.301513671875
HRLCU,λ<=n,8192,0,64639,7.8905029296875
HRLCU,λ<=n,8192,0,59935,7.3162841796875
HRLCU,λ<=n,8192,0,92919,11.3426513671875
HRLCU,λ<=n,8192,0,83660,10.21240234375
HRLCU,λ<=n,8192,0,72194,8.812744140625
HRLCU,λ<=n,8192,0,73888,9.01953125
HSLCU,λ<=n,8192,0,223397,27.2701416015625
HSLCU,λ<=n,8192,0,106140,12.95654296875
HSLCU,λ<=n,8192,0,79461,9.6998291015625
HSLCU,λ<=n,8192,0,151483,18.4915771484375
HSLCU,λ<=n,8192,0,113053,13.8004150390625
HSLCU,λ<=n,8192,0,74277,9.0670166015625
HSLCU,λ<=n,8192,0,147133,17.9605712890625
HSLCU,λ<=n,8192,0,73816,9.0107421875
HSLCU,λ<=n,8192,0,70269,8.5777587890625
HSLCU,λ<=n,8192,0,103211,12.5989990234375
HSLCU,λ<=n,8192,0,88449,10.7969970703125
HSLCU,λ<=n,8192,0,119425,14.5782470703125
HSLCU,λ<=n,8192,0,96445,11.7730712890625
HSLCU,λ<=n,8192,0,106749,13.0308837890625
HSLCU,λ<=n,8192,0,91888,11.216796875
HSLCU,λ<=n,8192,0,124238,15.165771484375
HSLCU,λ<=n,8192,0,110722,13.515869140625
HSLCU,λ<=n,8192,0,97880,11.9482421875
HSLCU,λ<=n,8192,0,89265,10.8966064453125
HSLCU,λ<=n,8192,0,279284,34.09228515625
HSLCU,λ<=n,8192,0,150993,18.4317626953125
HSLCU,λ<=n,8192,0,95925,11.7095947265625
HSLCU,λ<=n,8192,0,125060,15.26611328125
HSLCU,λ<=n,8192,0,109037,13.3101806640625
HSLCU,λ<=n,8192,0,180006,21.973388671875
HSLCU,λ<=n,8192,0,115540,14.10400390625
HSLCU,λ<=n,8192,0,74522,9.096923828125
HSLCU,λ<=n,8192,0,118944,14.51953125
HSLCU,λ<=n,8192,0,113217,13.8204345703125
HSLCU,λ<=n,8192,0,123300,15.05126953125
HSLCU,λ<=n,8192,0,97792,11.9375
HSLCU,λ<=n,8192,0,89106,10.877197265625
HSLCU,λ<=n,8192,0,88257,10.7735595703125
HSLCU,λ<=n,8192,0,101373,12.3746337890625
HSLCU,λ<=n,8192,0,96450,11.773681640625
HSLCU,λ<=n,8192,0,116397,14.2086181640625
HSLCU,λ<=n,8192,0,80938,9.880126953125
HSLCU,λ<=n,8192,0,75265,9.1876220703125
HSLCU,λ<=n,8192,0,114931,14.0296630859375
HSLCU,λ<=n,8192,0,148958,18.183349609375
HSLCU,λ<=n,8192,0,117335,14.3231201171875
HSLCU,λ<=n,8192,0,91728,11.197265625
HSLCU,λ<=n,8192,0,102610,12.525634765625
HSLCU,λ<=n,8192,0,197682,24.131103515625
HSLCU,λ<=n,8192,0,118602,14.477783203125
HSLCU,λ<=n,8192,0,101787,12.4251708984375
HSLCU,λ<=n,8192,0,105560,12.8857421875
HSLCU,λ<=n,8192,0,236412,28.85888671875
HSLCU,λ<=n,8192,0,123223,15.0418701171875
HSLCU,λ<=n,8192,0,98303,11.9998779296875
HSLCU,λ<=n,8192,0,113379,13.8402099609375
HSLCU,λ<=n,8192,0,309371,37.7650146484375
HSLCU,λ<=n,8192,0,106125,12.9547119140625
HSLCU,λ<=n,8192,0,109029,13.3092041015625
HSLCU,λ<=n,8192,0,115473,14.0958251953125
HSLCU,λ<=n,8192,0,75797,9.2525634765625
HSLCU,λ<=n,8192,0,133781,16.3306884765625
HSLCU,λ<=n,8192,0,133027,16.2386474609375
HSLCU,λ<=n,8192,0,116634,14.237548828125
HSLCU,λ<=n,8192,0,128222,15.652099609375
HSLCU,λ<=n,8192,0,120707,14.7347412109375
HSLCU,λ<=n,8192,0,84689,10.3380126953125
HSLCU,λ<=n,8192,0,108175,13.2049560546875
HSLCU,λ<=n,8192,0,80848,9.869140625
HSLCU,λ<=n,8192,0,78851,9.6253662109375
HSLCU,λ<=n,8192,0,80277,9.7994384765625
HSLCU,λ<=n,8192,0,125163,15.2786865234375
HSLCU,λ<=n,8192,0,118229,14.4322509765625
HSLCU,λ<=n,8192,0,96333,11.7593994140625
HSLCU,λ<=n,8192,0,183548,22.40576171875
HSLCU,λ<=n,8192,0,90523,11.0501708984375
HSLCU,λ<=n,8192,0,144737,17.6680908203125
HSLCU,λ<=n,8192,0,112693,13.7564697265625
HSLCU,λ<=n,8192,0,87753,10.7120361328125
HSLCU,λ<=n,8192,0,69415,8.4735107421875
HSLCU,λ<=n,8192,0,98263,11.9949951171875
HSLCU,λ<=n,8192,0,86279,10.5321044921875
HSLCU,λ<=n,8192,0,77784,9.4951171875
HSLCU,λ<=n,8192,0,85955,10.4925537109375
HSLCU,λ<=n,8192,0,119127,14.5418701171875
HSLCU,λ<=n,8192,0,119834,14.628173828125
HSLCU,λ<=n,8192,0,95461,11.6529541015625
HSLCU,λ<=n,8192,0,77347,9.4417724609375
HSLCU,λ<=n,8192,0,74945,9.1485595703125
HSLCU,λ<=n,8192,0,84380,10.30029296875
HSLCU,λ<=n,8192,0,127803,15.6009521484375
HSLCU,λ<=n,8192,0,96184,11.7412109375
HSLCU,λ<=n,8192,0,94905,11.5850830078125
HSLCU,λ<=n,8192,0,134740,16.44775390625
HSLCU,λ<=n,8192,0,95229,11.6246337890625
HSLCU,λ<=n,8192,0,131202,16.015869140625
HSLCU,λ<=n,8192,0,116958,14.277099609375
HSLCU,λ<=n,8192,0,122028,14.89599609375
HSLCU,λ<=n,8192,0,101152,12.34765625
HSLCU,λ<=n,8192,0,134393,16.4053955078125
HSLCU,λ<=n,8192,0,118136,14.4208984375
HSLCU,λ<=n,8192,0,94860,11.57958984375
HSLCU,λ<=n,8192,0,161883,19.7611083984375
HSLCU,λ<=n,8192,0,276525,33.7554931640625
HSLCU,λ<=n,8192,0,96497,11.7794189453125
HSDSU,λ<=n,8192,0,94679,11.5574951171875
HSDSU,λ<=n,8192,0,144266,17.610595703125
HSDSU,λ<=n,8192,0,140127,17.1053466796875
HSDSU,λ<=n,8192,0,164523,20.0833740234375
HSDSU,λ<=n,8192,0,108734,13.273193359375
HSDSU,λ<=n,8192,0,111105,13.5626220703125
HSDSU,λ<=n,8192,0,274731,33.5364990234375
HSDSU,λ<=n,8192,0,86620,10.57373046875
HSDSU,λ<=n,8192,0,154238,18.827880859375
HSDSU,λ<=n,8192,0,162518,19.838623046875
HSDSU,λ<=n,8192,0,145975,17.8192138671875
HSDSU,λ<=n,8192,0,136299,16.6380615234375
HSDSU,λ<=n,8192,0,88601,10.8155517578125
HSDSU,λ<=n,8192,0,143516,17.51904296875
HSDSU,λ<=n,8192,0,160393,19.5792236328125
HSDSU,λ<=n,8192,0,90140,11.00341796875
HSDSU,λ<=n,8192,0,124066,15.144775390625
HSDSU,λ<=n,8192,0,159999,19.5311279296875
HSDSU,λ<=n,8192,0,85008,10.376953125
HSDSU,λ<=n,8192,0,117225,14.3096923828125
HSDSU,λ<=n,8192,0,132543,16.1795654296875
HSDSU,λ<=n,8192,0,82797,10.1070556640625
HSDSU,λ<=n,8192,0,112942,13.786865234375
HSDSU,λ<=n,8192,0,207573,25.3385009765625
HSDSU,λ<=n,8192,0,134124,16.37255859375
HSDSU,λ<=n,8192,0,133976,16.3544921875
HSDSU,λ<=n,8192,0,86108,10.51123046875
HSDSU,λ<=n,8192,0,98445,12.0172119140625
HSDSU,λ<=n,8192,0,77836,9.50146484375
HSDSU,λ<=n,8192,0,118247,14.4344482421875
HSDSU,λ<=n,8192,0,129109,15.7603759765625
HSDSU,λ<=n,8192,0,79782,9.739013671875
HSDSU,λ<=n,8192,0,98914,12.074462890625
HSDSU,λ<=n,8192,0,196575,23.9959716796875
HSDSU,λ<=n,8192,0,95539,11.6624755859375
HSDSU,λ<=n,8192,0,89065,10.8721923828125
HSDSU,λ<=n,8192,0,82157,10.0289306640625
HSDSU,λ<=n,8192,0,98075,11.9720458984375
HSDSU,λ<=n,8192,0,176012,21.48583984375
HSDSU,λ<=n,8192,0,173496,21.1787109375
HSDSU,λ<=n,8192,0,95134,11.613037109375
HSDSU,λ<=n,8192,0,93622,11.428466796875
HSDSU,λ<=n,8192,0,100447,12.2615966796875
HSDSU,λ<=n,8192,0,97765,11.9342041015625
HSDSU,λ<=n,8192,0,138679,16.9285888671875
HSDSU,λ<=n,8192,0,93244,11.38232421875
HSDSU,λ<=n,8192,0,121792,14.8671875
HSDSU,λ<=n,8192,0,124613,15.2115478515625
HSDSU,λ<=n,8192,0,156012,19.04443359375
HSDSU,λ<=n,8192,0,123872,15.12109375
HSDSU,λ<=n,8192,0,236563,28.8773193359375
HSDSU,λ<=n,8192,0,123684,15.09814453125
HSDSU,λ<=n,8192,0,119402,14.575439453125
HSDSU,λ<=n,8192,0,287822,35.134521484375
HSDSU,λ<=n,8192,0,143872,17.5625
HSDSU,λ<=n,8192,0,121825,14.8712158203125
HSDSU,λ<=n,8192,0,93341,11.3941650390625
HSDSU,λ<=n,8192,0,183027,22.3421630859375
HSDSU,λ<=n,8192,0,117953,14.3985595703125
HSDSU,λ<=n,8192,0,329505,40.2227783203125
HSDSU,λ<=n,8192,0,123787,15.1107177734375
HSDSU,λ<=n,8192,0,116541,14.2261962890625
HSDSU,λ<=n,8192,0,183927,22.4520263671875
HSDSU,λ<=n,8192,0,215631,26.3221435546875
HSDSU,λ<=n,8192,0,104866,12.801025390625
HSDSU,λ<=n,8192,0,134688,16.44140625
HSDSU,λ<=n,8192,0,137511,16.7860107421875
HSDSU,λ<=n,8192,0,97878,11.947998046875
HSDSU,λ<=n,8192,0,92632,11.3076171875
HSDSU,λ<=n,8192,0,131668,16.07275390625
HSDSU,λ<=n,8192,0,93389,11.4000244140625
HSDSU,λ<=n,8192,0,116748,14.25146484375
HSDSU,λ<=n,8192,0,96185,11.7413330078125
HSDSU,λ<=n,8192,0,100295,12.2430419921875
HSDSU,λ<=n,8192,0,114770,14.010009765625
HSDSU,λ<=n,8192,0,101681,12.4122314453125
HSDSU,λ<=n,8192,0,106296,12.9755859375
HSDSU,λ<=n,8192,0,132691,16.1976318359375
HSDSU,λ<=n,8192,0,114246,13.946044921875
HSDSU,λ<=n,8192,0,89084,10.87451171875
HSDSU,λ<=n,8192,0,132496,16.173828125
HSDSU,λ<=n,8192,0,149473,18.2462158203125
HSDSU,λ<=n,8192,0,132777,16.2081298828125
HSDSU,λ<=n,8192,0,100031,12.2108154296875
HSDSU,λ<=n,8192,0,94471,11.5321044921875
HSDSU,λ<=n,8192,0,146755,17.9144287109375
HSDSU,λ<=n,8192,0,166806,20.362060546875
HSDSU,λ<=n,8192,0,89009,10.8653564453125
HSDSU,λ<=n,8192,0,209045,25.5181884765625
HSDSU,λ<=n,8192,0,143988,17.57666015625
HSDSU,λ<=n,8192,0,168269,20.5406494140625
HSDSU,λ<=n,8192,0,162314,19.813720703125
HSDSU,λ<=n,8192,0,133755,16.3275146484375
HSDSU,λ<=n,8192,0,164361,20.0635986328125
HSDSU,λ<=n,8192,0,156881,19.1505126953125
HSDSU,λ<=n,8192,0,162363,19.8197021484375
HSDSU,λ<=n,8192,0,80757,9.8580322265625
HSDSU,λ<=n,8192,0,130024,15.8720703125
HSDSU,λ<=n,8192,0,96638,11.796630859375
HSDSU,λ<=n,8192,0,85267,10.4085693359375
HRDSU,λ<=n,8192,0,83708,10.21826171875
HRDSU,λ<=n,8192,0,84816,10.353515625
HRDSU,λ<=n,8192,0,74939,9.1478271484375
HRDSU,λ<=n,8192,0,71306,8.704345703125
HRDSU,λ<=n,8192,0,68657,8.3809814453125
HRDSU,λ<=n,8192,0,82708,10.09619140625
HRDSU,λ<=n,8192,0,78128,9.537109375
HRDSU,λ<=n,8192,0,94894,11.583740234375
HRDSU,λ<=n,8192,0,78774,9.615966796875
HRDSU,λ<=n,8192,0,91946,11.223876953125
HRDSU,λ<=n,8192,0,76678,9.360107421875
HRDSU,λ<=n,8192,0,71966,8.784912109375
HRDSU,λ<=n,8192,0,73019,8.9134521484375
HRDSU,λ<=n,8192,0,104696,12.7802734375
HRDSU,λ<=n,8192,0,103862,12.678466796875
HRDSU,λ<=n,8192,0,64898,7.922119140625
HRDSU,λ<=n,8192,0,73748,9.00244140625
HRDSU,λ<=n,8192,0,73745,9.0020751953125
HRDSU,λ<=n,8192,0,76256,9.30859375
HRDSU,λ<=n,8192,0,67011,8.1800537109375
HRDSU,λ<=n,8192,0,75242,9.184814453125
HRDSU,λ<=n,8192,0,75534,9.220458984375
HRDSU,λ<=n,8192,0,93555,11.4202880859375
HRDSU,λ<=n,8192,0,94726,11.563232421875
HRDSU,λ<=n,8192,0,75889,9.2637939453125
HRDSU,λ<=n,8192,0,94056,11.4814453125
HRDSU,λ<=n,8192,0,66747,8.1478271484375
HRDSU,λ<=n,8192,0,71111,8.6805419921875
HRDSU,λ<=n,8192,0,71703,8.7528076171875
HRDSU,λ<=n,8192,0,105273,12.8507080078125
HRDSU,λ<=n,8192,0,65510,7.996826171875
HRDSU,λ<=n,8192,0,93020,11.35498046875
HRDSU,λ<=n,8192,0,90905,11.0968017578125
HRDSU,λ<=n,8192,0,80396,9.81396484375
HRDSU,λ<=n,8192,0,74306,9.070556640625
HRDSU,λ<=n,8192,0,95098,11.608642578125
HRDSU,λ<=n,8192,0,73920,9.0234375
HRDSU,λ<=n,8192,0,97354,11.884033203125
HRDSU,λ<=n,8192,0,93325,11.3922119140625
HRDSU,λ<=n,8192,0,76311,9.3153076171875
HRDSU,λ<=n,8192,0,71668,8.74853515625
HRDSU,λ<=n,8192,0,83226,10.159423828125
HRDSU,λ<=n,8192,0,102058,12.458251953125
HRDSU,λ<=n,8192,0,81172,9.90869140625
HRDSU,λ<=n,8192,0,71730,8.756103515625
HRDSU,λ<=n,8192,0,121615,14.8455810546875
HRDSU,λ<=n,8192,0,75322,9.194580078125
HRDSU,λ<=n,8192,0,70906,8.655517578125
HRDSU,λ<=n,8192,0,83063,10.1395263671875
HRDSU,λ<=n,8192,0,75863,9.2606201171875
HRDSU,λ<=n,8192,0,96675,11.8011474609375
HRDSU,λ<=n,8192,0,80465,9.8223876953125
HRDSU,λ<=n,8192,0,82634,10.087158203125
HRDSU,λ<=n,8192,0,72094,8.800537109375
HRDSU,λ<=n,8192,0,70979,8.6644287109375
HRDSU,λ<=n,8192,0,110584,13.4990234375
HRDSU,λ<=n,8192,0,94085,11.4849853515625
HRDSU,λ<=n,8192,0,71387,8.7142333984375
HRDSU,λ<=n,8192,0,86768,10.591796875
HRDSU,λ<=n,8192,0,82284,10.04443359375
HRDSU,λ<=n,8192,0,147585,18.0157470703125
HRDSU,λ<=n,8192,0,70869,8.6510009765625
HRDSU,λ<=n,8192,0,71917,8.7789306640625
HRDSU,λ<=n,8192,0,106505,13.0010986328125
HRDSU,λ<=n,8192,0,117850,14.385986328125
HRDSU,λ<=n,8192,0,67594,8.251220703125
HRDSU,λ<=n,8192,0,70666,8.626220703125
HRDSU,λ<=n,8192,0,78055,9.5281982421875
HRDSU,λ<=n,8192,0,116054,14.166748046875
HRDSU,λ<=n,8192,0,80375,9.8114013671875
HRDSU,λ<=n,8192,0,88197,10.7662353515625
HRDSU,λ<=n,8192,0,109796,13.40283203125
HRDSU,λ<=n,8192,0,73997,9.0328369140625
HRDSU,λ<=n,8192,0,71404,8.71630859375
HRDSU,λ<=n,8192,0,72142,8.806396484375
HRDSU,λ<=n,8192,0,75778,9.250244140625
HRDSU,λ<=n,8192,0,114803,14.0140380859375
HRDSU,λ<=n,8192,0,84505,10.3155517578125
HRDSU,λ<=n,8192,0,69411,8.4730224609375
HRDSU,λ<=n,8192,0,84769,10.3477783203125
HRDSU,λ<=n,8192,0,71976,8.7861328125
HRDSU,λ<=n,8192,0,81965,10.0054931640625
HRDSU,λ<=n,8192,0,91731,11.1976318359375
HRDSU,λ<=n,8192,0,94184,11.4970703125
HRDSU,λ<=n,8192,0,94814,11.573974609375
HRDSU,λ<=n,8192,0,109464,13.3623046875
HRDSU,λ<=n,8192,0,74030,9.036865234375
HRDSU,λ<=n,8192,0,63286,7.725341796875
HRDSU,λ<=n,8192,0,81304,9.9248046875
HRDSU,λ<=n,8192,0,72766,8.882568359375
HRDSU,λ<=n,8192,0,66676,8.13916015625
HRDSU,λ<=n,8192,0,71660,8.74755859375
HRDSU,λ<=n,8192,0,88967,10.8602294921875
HRDSU,λ<=n,8192,0,122703,14.9783935546875
HRDSU,λ<=n,8192,0,79157,9.6627197265625
HRDSU,λ<=n,8192,0,83107,10.1448974609375
HRDSU,λ<=n,8192,0,71367,8.7117919921875
HRDSU,λ<=n,8192,0,67637,8.2564697265625
HRDSU,λ<=n,8192,0,71777,8.7618408203125
HRDSU,λ<=n,8192,0,186688,22.7890625
HHDSU,λ<=n,8192,0,78945,9.6368408203125
HHDSU,λ<=n,8192,0,74681,9.1163330078125
HHDSU,λ<=n,8192,0,78906,9.632080078125
HHDSU,λ<=n,8192,0,73729,9.0001220703125
HHDSU,λ<=n,8192,0,65785,8.0303955078125
HHDSU,λ<=n,8192,0,65251,7.9652099609375
HHDSU,λ<=n,8192,0,63251,7.7210693359375
HHDSU,λ<=n,8192,0,70777,8.6397705078125
HHDSU,λ<=n,8192,0,68007,8.3016357421875
HHDSU,λ<=n,8192,0,90505,11.0479736328125
HHDSU,λ<=n,8192,0,70265,8.5772705078125
HHDSU,λ<=n,8192,0,61057,7.4532470703125
HHDSU,λ<=n,8192,0,67487,8.2381591796875
HHDSU,λ<=n,8192,0,82604,10.08349609375
HHDSU,λ<=n,8192,0,81322,9.927001953125
HHDSU,λ<=n,8192,0,63360,7.734375
HHDSU,λ<=n,8192,0,75509,9.2174072265625
HHDSU,λ<=n,8192,0,81931,10.0013427734375
HHDSU,λ<=n,8192,0,90414,11.036865234375
HHDSU,λ<=n,8192,0,67894,8.287841796875
HHDSU,λ<=n,8192,0,70179,8.5667724609375
HHDSU,λ<=n,8192,0,91795,11.2054443359375
HHDSU,λ<=n,8192,0,83440,10.185546875
HHDSU,λ<=n,8192,0,70672,8.626953125
HHDSU,λ<=n,8192,0,81449,9.9425048828125
HHDSU,λ<=n,8192,0,61987,7.5667724609375
HHDSU,λ<=n,8192,0,79880,9.7509765625
HHDSU,λ<=n,8192,0,66912,8.16796875
HHDSU,λ<=n,8192,0,62424,7.6201171875
HHDSU,λ<=n,8192,0,75771,9.2493896484375
HHDSU,λ<=n,8192,0,67530,8.243408203125
HHDSU,λ<=n,8192,0,87271,10.6531982421875
HHDSU,λ<=n,8192,0,91370,11.153564453125
HHDSU,λ<=n,8192,0,65542,8.000732421875
HHDSU,λ<=n,8192,0,75851,9.2591552734375
HHDSU,λ<=n,8192,0,64018,7.814697265625
HHDSU,λ<=n,8192,0,70136,8.5615234375
HHDSU,λ<=n,8192,0,66911,8.1678466796875
HHDSU,λ<=n,8192,0,61557,7.5142822265625
HHDSU,λ<=n,8192,0,62793,7.6651611328125
HHDSU,λ<=n,8192,0,77866,9.505126953125
HHDSU,λ<=n,8192,0,61770,7.540283203125
HHDSU,λ<=n,8192,0,87249,10.6505126953125
HHDSU,λ<=n,8192,0,89609,10.9385986328125
HHDSU,λ<=n,8192,0,69458,8.478759765625
HHDSU,λ<=n,8192,0,73097,8.9229736328125
HHDSU,λ<=n,8192,0,71031,8.6707763671875
HHDSU,λ<=n,8192,0,68542,8.366943359375
HHDSU,λ<=n,8192,0,90959,11.1033935546875
HHDSU,λ<=n,8192,0,71959,8.7840576171875
HHDSU,λ<=n,8192,0,63566,7.759521484375
HHDSU,λ<=n,8192,0,107595,13.1341552734375
HHDSU,λ<=n,8192,0,78895,9.6307373046875
HHDSU,λ<=n,8192,0,74559,9.1014404296875
HHDSU,λ<=n,8192,0,76708,9.36376953125
HHDSU,λ<=n,8192,0,63264,7.72265625
HHDSU,λ<=n,8192,0,74008,9.0341796875
HHDSU,λ<=n,8192,0,77548,9.46630859375
HHDSU,λ<=n,8192,0,97353,11.8839111328125
HHDSU,λ<=n,8192,0,70918,8.656982421875
HHDSU,λ<=n,8192,0,69760,8.515625
HHDSU,λ<=n,8192,0,78849,9.6251220703125
HHDSU,λ<=n,8192,0,63752,7.7822265625
HHDSU,λ<=n,8192,0,65205,7.9595947265625
HHDSU,λ<=n,8192,0,66584,8.1279296875
HHDSU,λ<=n,8192,0,75621,9.2310791015625
HHDSU,λ<=n,8192,0,75827,9.2562255859375
HHDSU,λ<=n,8192,0,68930,8.414306640625
HHDSU,λ<=n,8192,0,73852,9.01513671875
HHDSU,λ<=n,8192,0,73561,8.9796142578125
HHDSU,λ<=n,8192,0,121877,14.8775634765625
HHDSU,λ<=n,8192,0,64063,7.8201904296875
HHDSU,λ<=n,8192,0,68038,8.305419921875
HHDSU,λ<=n,8192,0,101567,12.3983154296875
HHDSU,λ<=n,8192,0,103292,12.60888671875
HHDSU,λ<=n,8192,0,95272,11.6298828125
HHDSU,λ<=n,8192,0,61825,7.5469970703125
HHDSU,λ<=n,8192,0,65403,7.9837646484375
HHDSU,λ<=n,8192,0,65447,7.9891357421875
HHDSU,λ<=n,8192,0,100801,12.3048095703125
HHDSU,λ<=n,8192,0,59007,7.2030029296875
HHDSU,λ<=n,8192,0,75226,9.182861328125
HHDSU,λ<=n,8192,0,84367,10.2987060546875
HHDSU,λ<=n,8192,0,64625,7.8887939453125
HHDSU,λ<=n,8192,0,73927,9.0242919921875
HHDSU,λ<=n,8192,0,125790,15.355224609375
HHDSU,λ<=n,8192,0,98654,12.042724609375
HHDSU,λ<=n,8192,0,84648,10.3330078125
HHDSU,λ<=n,8192,0,62882,7.676025390625
HHDSU,λ<=n,8192,0,62436,7.62158203125
HHDSU,λ<=n,8192,0,88363,10.7864990234375
HHDSU,λ<=n,8192,0,79663,9.7244873046875
HHDSU,λ<=n,8192,0,83959,10.2489013671875
HHDSU,λ<=n,8192,0,73625,8.9874267578125
HHDSU,λ<=n,8192,0,73925,9.0240478515625
HHDSU,λ<=n,8192,0,84772,10.34814453125
HHDSU,λ<=n,8192,0,73460,8.96728515625
HHDSU,λ<=n,8192,0,76729,9.3663330078125
HHDSU,λ<=n,8192,0,72950,8.905029296875
HHDSU,λ<=n,8192,0,106200,12.9638671875
HHLSU,λ<=n,8192,0,83814,10.231201171875
HHLSU,λ<=n,8192,0,73809,9.0098876953125
HHLSU,λ<=n,8192,0,87512,10.6826171875
HHLSU,λ<=n,8192,0,80633,9.8428955078125
HHLSU,λ<=n,8192,0,76115,9.2913818359375
HHLSU,λ<=n,8192,0,76112,9.291015625
HHLSU,λ<=n,8192,0,67048,8.1845703125
HHLSU,λ<=n,8192,0,76183,9.2996826171875
HHLSU,λ<=n,8192,0,109738,13.395751953125
HHLSU,λ<=n,8192,0,119590,14.598388671875
HHLSU,λ<=n,8192,0,75289,9.1905517578125
HHLSU,λ<=n,8192,0,84889,10.3624267578125
HHLSU,λ<=n,8192,0,79836,9.74560546875
HHLSU,λ<=n,8192,0,70567,8.6141357421875
HHLSU,λ<=n,8192,0,83539,10.1976318359375
HHLSU,λ<=n,8192,0,100605,12.2808837890625
HHLSU,λ<=n,8192,0,115349,14.0806884765625
HHLSU,λ<=n,8192,0,80493,9.8258056640625
HHLSU,λ<=n,8192,0,101274,12.362548828125
HHLSU,λ<=n,8192,0,74285,9.0679931640625
HHLSU,λ<=n,8192,0,79020,9.64599609375
HHLSU,λ<=n,8192,0,76880,9.384765625
HHLSU,λ<=n,8192,0,89920,10.9765625
HHLSU,λ<=n,8192,0,80969,9.8839111328125
HHLSU,λ<=n,8192,0,66263,8.0887451171875
HHLSU,λ<=n,8192,0,89468,10.92138671875
HHLSU,λ<=n,8192,0,71281,8.7012939453125
HHLSU,λ<=n,8192,0,87401,10.6690673828125
HHLSU,λ<=n,8192,0,84853,10.3580322265625
HHLSU,λ<=n,8192,0,68734,8.390380859375
HHLSU,λ<=n,8192,0,82231,10.0379638671875
HHLSU,λ<=n,8192,0,119323,14.5657958984375
HHLSU,λ<=n,8192,0,78422,9.572998046875
HHLSU,λ<=n,8192,0,70921,8.6573486328125
HHLSU,λ<=n,8192,0,67731,8.2679443359375
HHLSU,λ<=n,8192,0,71819,8.7669677734375
HHLSU,λ<=n,8192,0,85422,10.427490234375
HHLSU,λ<=n,8192,0,73815,9.0106201171875
HHLSU,λ<=n,8192,0,109057,13.3126220703125
HHLSU,λ<=n,8192,0,100990,12.327880859375
HHLSU,λ<=n,8192,0,77231,9.4276123046875
HHLSU,λ<=n,8192,0,111778,13.644775390625
HHLSU,λ<=n,8192,0,77781,9.4947509765625
HHLSU,λ<=n,8192,0,117739,14.3724365234375
HHLSU,λ<=n,8192,0,75583,9.2264404296875
HHLSU,λ<=n,8192,0,92359,11.2742919921875
HHLSU,λ<=n,8192,0,68880,8.408203125
HHLSU,λ<=n,8192,0,72217,8.8155517578125
HHLSU,λ<=n,8192,0,75603,9.2288818359375
HHLSU,λ<=n,8192,0,76898,9.386962890625
HHLSU,λ<=n,8192,0,69878,8.530029296875
HHLSU,λ<=n,8192,0,81012,9.88916015625
HHLSU,λ<=n,8192,0,68025,8.3038330078125
HHLSU,λ<=n,8192,0,79339,9.6849365234375
HHLSU,λ<=n,8192,0,64949,7.9283447265625
HHLSU,λ<=n,8192,0,77357,9.4429931640625
HHLSU,λ<=n,8192,0,64188,7.83544921875
HHLSU,λ<=n,8192,0,96607,11.7928466796875
HHLSU,λ<=n,8192,0,72051,8.7952880859375
HHLSU,λ<=n,8192,0,80322,9.804931640625
HHLSU,λ<=n,8192,0,84062,10.261474609375
HHLSU,λ<=n,8192,0,69100,8.43505859375
HHLSU,λ<=n,8192,0,89090,10.875244140625
HHLSU,λ<=n,8192,0,116613,14.2349853515625
HHLSU,λ<=n,8192,0,73836,9.01318359375
HHLSU,λ<=n,8192,0,127432,15.5556640625
HHLSU,λ<=n,8192,0,79129,9.6593017578125
HHLSU,λ<=n,8192,0,69003,8.4232177734375
HHLSU,λ<=n,8192,0,70277,8.5787353515625
HHLSU,λ<=n,8192,0,87044,10.62548828125
HHLSU,λ<=n,8192,0,88342,10.783935546875
HHLSU,λ<=n,8192,0,88738,10.832275390625
HHLSU,λ<=n,8192,0,106767,13.0330810546875
HHLSU,λ<=n,8192,0,116836,14.26220703125
HHLSU,λ<=n,8192,0,77593,9.4718017578125
HHLSU,λ<=n,8192,0,70705,8.6309814453125
HHLSU,λ<=n,8192,0,73830,9.012451171875
HHLSU,λ<=n,8192,0,74689,9.1173095703125
HHLSU,λ<=n,8192,0,68038,8.305419921875
HHLSU,λ<=n,8192,0,68611,8.3753662109375
HHLSU,λ<=n,8192,0,117667,14.3636474609375
HHLSU,λ<=n,8192,0,78585,9.5928955078125
HHLSU,λ<=n,8192,0,70002,8.545166015625
HHLSU,λ<=n,8192,0,78685,9.6051025390625
HHLSU,λ<=n,8192,0,67992,8.2998046875
HHLSU,λ<=n,8192,0,75973,9.2740478515625
HHLSU,λ<=n,8192,0,83282,10.166259765625
HHLSU,λ<=n,8192,0,111240,13.5791015625
HHLSU,λ<=n,8192,0,79252,9.67431640625
HHLSU,λ<=n,8192,0,78244,9.55126953125
HHLSU,λ<=n,8192,0,75367,9.2000732421875
HHLSU,λ<=n,8192,0,140198,17.114013671875
HHLSU,λ<=n,8192,0,85255,10.4071044921875
HHLSU,λ<=n,8192,0,87634,10.697509765625
HHLSU,λ<=n,8192,0,68165,8.3209228515625
HHLSU,λ<=n,8192,0,75934,9.269287109375
HHLSU,λ<=n,8192,0,93061,11.3599853515625
HHLSU,λ<=n,8192,0,85267,10.4085693359375
HHLSU,λ<=n,8192,0,100606,12.281005859375
HHLSU,λ<=n,8192,0,104681,12.7784423828125
HRLSU,λ<=n,8192,0,114823,14.0164794921875
HRLSU,λ<=n,8192,0,128374,15.670654296875
HRLSU,λ<=n,8192,0,101283,12.3636474609375
HRLSU,λ<=n,8192,0,74060,9.04052734375
HRLSU,λ<=n,8192,0,80201,9.7901611328125
HRLSU,λ<=n,8192,0,115429,14.0904541015625
HRLSU,λ<=n,8192,0,139960,17.0849609375
HRLSU,λ<=n,8192,0,85050,10.382080078125
HRLSU,λ<=n,8192,0,85527,10.4403076171875
HRLSU,λ<=n,8192,0,81209,9.9132080078125
HRLSU,λ<=n,8192,0,122741,14.9830322265625
HRLSU,λ<=n,8192,0,90857,11.0909423828125
HRLSU,λ<=n,8192,0,117038,14.286865234375
HRLSU,λ<=n,8192,0,101903,12.4393310546875
HRLSU,λ<=n,8192,0,137694,16.808349609375
HRLSU,λ<=n,8192,0,118427,14.4564208984375
HRLSU,λ<=n,8192,0,70071,8.5535888671875
HRLSU,λ<=n,8192,0,78770,9.615478515625
HRLSU,λ<=n,8192,0,75506,9.217041015625
HRLSU,λ<=n,8192,0,94093,11.4859619140625
HRLSU,λ<=n,8192,0,158781,19.3824462890625
HRLSU,λ<=n,8192,0,86211,10.5238037109375
HRLSU,λ<=n,8192,0,88995,10.8636474609375
HRLSU,λ<=n,8192,0,91374,11.154052734375
HRLSU,λ<=n,8192,0,108222,13.210693359375
HRLSU,λ<=n,8192,0,78778,9.616455078125
HRLSU,λ<=n,8192,0,105221,12.8443603515625
HRLSU,λ<=n,8192,0,105606,12.891357421875
HRLSU,λ<=n,8192,0,109865,13.4112548828125
HRLSU,λ<=n,8192,0,71224,8.6943359375
HRLSU,λ<=n,8192,0,180290,22.008056640625
HRLSU,λ<=n,8192,0,72750,8.880615234375
HRLSU,λ<=n,8192,0,107686,13.145263671875
HRLSU,λ<=n,8192,0,91996,11.22998046875
HRLSU,λ<=n,8192,0,72125,8.8043212890625
HRLSU,λ<=n,8192,0,115249,14.0684814453125
HRLSU,λ<=n,8192,0,82966,10.127685546875
HRLSU,λ<=n,8192,0,83226,10.159423828125
HRLSU,λ<=n,8192,0,80702,9.851318359375
HRLSU,λ<=n,8192,0,80939,9.8802490234375
HRLSU,λ<=n,8192,0,142785,17.4298095703125
HRLSU,λ<=n,8192,0,105550,12.884521484375
HRLSU,λ<=n,8192,0,101165,12.3492431640625
HRLSU,λ<=n,8192,0,107711,13.1483154296875
HRLSU,λ<=n,8192,0,105865,12.9229736328125
HRLSU,λ<=n,8192,0,126351,15.4237060546875
HRLSU,λ<=n,8192,0,81593,9.9600830078125
HRLSU,λ<=n,8192,0,77243,9.4290771484375
HRLSU,λ<=n,8192,0,80306,9.802978515625
HRLSU,λ<=n,8192,0,81097,9.8995361328125
HRLSU,λ<=n,8192,0,97017,11.8428955078125
HRLSU,λ<=n,8192,0,71845,8.7701416015625
HRLSU,λ<=n,8192,0,73548,8.97802734375
HRLSU,λ<=n,8192,0,87272,10.6533203125
HRLSU,λ<=n,8192,0,123414,15.065185546875
HRLSU,λ<=n,8192,0,131176,16.0126953125
HRLSU,λ<=n,8192,0,77133,9.4156494140625
HRLSU,λ<=n,8192,0,76111,9.2908935546875
HRLSU,λ<=n,8192,0,84876,10.36083984375
HRLSU,λ<=n,8192,0,80543,9.8319091796875
HRLSU,λ<=n,8192,0,76128,9.29296875
HRLSU,λ<=n,8192,0,98485,12.0220947265625
HRLSU,λ<=n,8192,0,73796,9.00830078125
HRLSU,λ<=n,8192,0,129393,15.7950439453125
HRLSU,λ<=n,8192,0,82344,10.0517578125
HRLSU,λ<=n,8192,0,80324,9.80517578125
HRLSU,λ<=n,8192,0,110501,13.4888916015625
HRLSU,λ<=n,8192,0,162815,19.8748779296875
HRLSU,λ<=n,8192,0,89238,10.893310546875
HRLSU,λ<=n,8192,0,81299,9.9241943359375
HRLSU,λ<=n,8192,0,99978,12.204345703125
HRLSU,λ<=n,8192,0,82079,10.0194091796875
HRLSU,λ<=n,8192,0,69029,8.4263916015625
HRLSU,λ<=n,8192,0,69418,8.473876953125
HRLSU,λ<=n,8192,0,93106,11.365478515625
HRLSU,λ<=n,8192,0,94628,11.55126953125
HRLSU,λ<=n,8192,0,83991,10.2528076171875
HRLSU,λ<=n,8192,0,81048,9.8935546875
HRLSU,λ<=n,8192,0,134028,16.36083984375
HRLSU,λ<=n,8192,0,73134,8.927490234375
HRLSU,λ<=n,8192,0,85340,10.41748046875
HRLSU,λ<=n,8192,0,70728,8.6337890625
HRLSU,λ<=n,8192,0,69207,8.4481201171875
HRLSU,λ<=n,8192,0,75727,9.2440185546875
HRLSU,λ<=n,8192,0,92609,11.3048095703125
HRLSU,λ<=n,8192,0,79477,9.7017822265625
HRLSU,λ<=n,8192,0,101176,12.3505859375
HRLSU,λ<=n,8192,0,75144,9.1728515625
HRLSU,λ<=n,8192,0,124106,15.149658203125
HRLSU,λ<=n,8192,0,80738,9.855712890625
HRLSU,λ<=n,8192,0,80162,9.785400390625
HRLSU,λ<=n,8192,0,73482,8.969970703125
HRLSU,λ<=n,8192,0,108714,13.270751953125
HRLSU,λ<=n,8192,0,84264,10.2861328125
HRLSU,λ<=n,8192,0,71013,8.6685791015625
HRLSU,λ<=n,8192,0,100559,12.2752685546875
HRLSU,λ<=n,8192,0,76115,9.2913818359375
HRLSU,λ<=n,8192,0,78503,9.5828857421875
HRLSU,λ<=n,8192,0,108615,13.2586669921875
HRLSU,λ<=n,8192,0,80258,9.797119140625
HSLSU,λ<=n,8192,0,101451,12.3841552734375
HSLSU,λ<=n,8192,0,86924,10.61083984375
HSLSU,λ<=n,8192,0,199937,24.4063720703125
HSLSU,λ<=n,8192,0,196347,23.9681396484375
HSLSU,λ<=n,8192,0,165551,20.2088623046875
HSLSU,λ<=n,8192,0,242538,29.606689453125
HSLSU,λ<=n,8192,0,82032,10.013671875
HSLSU,λ<=n,8192,0,229127,27.9696044921875
HSLSU,λ<=n,8192,0,115712,14.125
HSLSU,λ<=n,8192,0,104766,12.788818359375
HSLSU,λ<=n,8192,0,107972,13.18017578125
HSLSU,λ<=n,8192,0,91211,11.1341552734375
HSLSU,λ<=n,8192,0,136005,16.6021728515625
HSLSU,λ<=n,8192,0,154637,18.8765869140625
HSLSU,λ<=n,8192,0,129730,15.836181640625
HSLSU,λ<=n,8192,0,102828,12.55224609375
HSLSU,λ<=n,8192,0,80772,9.85986328125
HSLSU,λ<=n,8192,0,96520,11.7822265625
HSLSU,λ<=n,8192,0,118531,14.4691162109375
HSLSU,λ<=n,8192,0,156729,19.1319580078125
HSLSU,λ<=n,8192,0,127808,15.6015625
HSLSU,λ<=n,8192,0,99334,12.125732421875
HSLSU,λ<=n,8192,0,199761,24.3848876953125
HSLSU,λ<=n,8192,0,87432,10.6728515625
HSLSU,λ<=n,8192,0,118628,14.48095703125
HSLSU,λ<=n,8192,0,107956,13.17822265625
HSLSU,λ<=n,8192,0,99914,12.196533203125
HSLSU,λ<=n,8192,0,197489,24.1075439453125
HSLSU,λ<=n,8192,0,113555,13.8616943359375
HSLSU,λ<=n,8192,0,153432,18.7294921875
HSLSU,λ<=n,8192,0,233907,28.5531005859375
HSLSU,λ<=n,8192,0,155973,19.0396728515625
HSLSU,λ<=n,8192,0,128047,15.6307373046875
HSLSU,λ<=n,8192,0,109492,13.36572265625
HSLSU,λ<=n,8192,0,112915,13.7835693359375
HSLSU,λ<=n,8192,0,132194,16.136962890625
HSLSU,λ<=n,8192,0,180315,22.0111083984375
HSLSU,λ<=n,8192,0,108550,13.250732421875
HSLSU,λ<=n,8192,0,110110,13.441162109375
HSLSU,λ<=n,8192,0,116606,14.234130859375
HSLSU,λ<=n,8192,0,133546,16.302001953125
HSLSU,λ<=n,8192,0,104221,12.7222900390625
HSLSU,λ<=n,8192,0,95748,11.68798828125
HSLSU,λ<=n,8192,0,100284,12.24169921875
HSLSU,λ<=n,8192,0,112126,13.687255859375
HSLSU,λ<=n,8192,0,139328,17.0078125
HSLSU,λ<=n,8192,0,253274,30.917236328125
HSLSU,λ<=n,8192,0,118145,14.4219970703125
HSLSU,λ<=n,8192,0,100038,12.211669921875
HSLSU,λ<=n,8192,0,137049,16.7296142578125
HSLSU,λ<=n,8192,0,114596,13.98876953125
HSLSU,λ<=n,8192,0,121240,14.7998046875
HSLSU,λ<=n,8192,0,107583,13.1326904296875
HSLSU,λ<=n,8192,0,122614,14.967529296875
HSLSU,λ<=n,8192,0,123298,15.051025390625
HSLSU,λ<=n,8192,0,98436,12.01611328125
HSLSU,λ<=n,8192,0,128890,15.733642578125
HSLSU,λ<=n,8192,0,186237,22.7340087890625
HSLSU,λ<=n,8192,0,99865,12.1905517578125
HSLSU,λ<=n,8192,0,134824,16.4580078125
HSLSU,λ<=n,8192,0,103577,12.6436767578125
HSLSU,λ<=n,8192,0,111141,13.5670166015625
HSLSU,λ<=n,8192,0,102062,12.458740234375
HSLSU,λ<=n,8192,0,92047,11.2362060546875
HSLSU,λ<=n,8192,0,237053,28.9371337890625
HSLSU,λ<=n,8192,0,94075,11.4837646484375
HSLSU,λ<=n,8192,0,136032,16.60546875
HSLSU,λ<=n,8192,0,103736,12.6630859375
HSLSU,λ<=n,8192,0,112870,13.778076171875
HSLSU,λ<=n,8192,0,123243,15.0443115234375
HSLSU,λ<=n,8192,0,127741,15.5933837890625
HSLSU,λ<=n,8192,0,92354,11.273681640625
HSLSU,λ<=n,8192,0,158441,19.3409423828125
HSLSU,λ<=n,8192,0,90374,11.031982421875
HSLSU,λ<=n,8192,0,91843,11.2113037109375
HSLSU,λ<=n,8192,0,78973,9.6402587890625
HSLSU,λ<=n,8192,0,131623,16.0672607421875
HSLSU,λ<=n,8192,0,147198,17.968505859375
HSLSU,λ<=n,8192,0,92849,11.3341064453125
HSLSU,λ<=n,8192,0,131970,16.109619140625
HSLSU,λ<=n,8192,0,88595,10.8148193359375
HSLSU,λ<=n,8192,0,168846,20.611083984375
HSLSU,λ<=n,8192,0,86717,10.5855712890625
HSLSU,λ<=n,8192,0,92705,11.3165283203125
HSLSU,λ<=n,8192,0,167642,20.464111328125
HSLSU,λ<=n,8192,0,161630,19.730224609375
HSLSU,λ<=n,8192,0,122644,14.97119140625
HSLSU,λ<=n,8192,0,120138,14.665283203125
HSLSU,λ<=n,8192,0,136251,16.6322021484375
HSLSU,λ<=n,8192,0,132824,16.2138671875
HSLSU,λ<=n,8192,0,122791,14.9891357421875
HSLSU,λ<=n,8192,0,122609,14.9669189453125
HSLSU,λ<=n,8192,0,169908,20.74072265625
HSLSU,λ<=n,8192,0,130649,15.9483642578125
HSLSU,λ<=n,8192,0,206867,25.2523193359375
HSLSU,λ<=n,8192,0,97899,11.9505615234375
HSLSU,λ<=n,8192,0,86493,10.5582275390625
HSLSU,λ<=n,8192,0,131377,16.0372314453125
HSLSU,λ<=n,8192,0,94697,11.5596923828125
HSLSU,λ<=n,8192,0,157930,19.278564453125
HSDMU,λ<=n,8192,0,162658,19.855712890625
HSDMU,λ<=n,8192,0,75054,9.161865234375
HSDMU,λ<=n,8192,0,124843,15.2396240234375
HSDMU,λ<=n,8192,0,90108,10.99951171875
HSDMU,λ<=n,8192,0,90322,11.025634765625
HSDMU,λ<=n,8192,0,86696,10.5830078125
HSDMU,λ<=n,8192,0,102921,12.5635986328125
HSDMU,λ<=n,8192,0,91207,11.1336669921875
HSDMU,λ<=n,8192,0,85180,10.39794921875
HSDMU,λ<=n,8192,0,83054,10.138427734375
HSDMU,λ<=n,8192,0,96044,11.72412109375
HSDMU,λ<=n,8192,0,127704,15.5888671875
HSDMU,λ<=n,8192,0,189726,23.159912109375
HSDMU,λ<=n,8192,0,126904,15.4912109375
HSDMU,λ<=n,8192,0,72024,8.7919921875
HSDMU,λ<=n,8192,0,116416,14.2109375
HSDMU,λ<=n,8192,0,135324,16.51904296875
HSDMU,λ<=n,8192,0,120476,14.70654296875
HSDMU,λ<=n,8192,0,92692,11.31494140625
HSDMU,λ<=n,8192,0,108981,13.3033447265625
HSDMU,λ<=n,8192,0,95270,11.629638671875
HSDMU,λ<=n,8192,0,133107,16.2484130859375
HSDMU,λ<=n,8192,0,110887,13.5360107421875
HSDMU,λ<=n,8192,0,78426,9.573486328125
HSDMU,λ<=n,8192,0,68112,8.314453125
HSDMU,λ<=n,8192,0,92130,11.246337890625
HSDMU,λ<=n,8192,0,84636,10.33154296875
HSDMU,λ<=n,8192,0,126164,15.40087890625
HSDMU,λ<=n,8192,0,101585,12.4005126953125
HSDMU,λ<=n,8192,0,146013,17.8238525390625
HSDMU,λ<=n,8192,0,78114,9.535400390625
HSDMU,λ<=n,8192,0,112844,13.77490234375
HSDMU,λ<=n,8192,0,109527,13.3699951171875
HSDMU,λ<=n,8192,0,95297,11.6329345703125
HSDMU,λ<=n,8192,0,96768,11.8125
HSDMU,λ<=n,8192,0,110597,13.5006103515625
HSDMU,λ<=n,8192,0,259460,31.67236328125
HSDMU,λ<=n,8192,0,126293,15.4166259765625
HSDMU,λ<=n,8192,0,98876,12.06982421875
HSDMU,λ<=n,8192,0,78406,9.571044921875
HSDMU,λ<=n,8192,0,133594,16.307861328125
HSDMU,λ<=n,8192,0,96924,11.83154296875
HSDMU,λ<=n,8192,0,133836,16.33740234375
HSDMU,λ<=n,8192,0,91602,11.181884765625
HSDMU,λ<=n,8192,0,128368,15.669921875
HSDMU,λ<=n,8192,0,80005,9.7662353515625
HSDMU,λ<=n,8192,0,178008,21.7294921875
HSDMU,λ<=n,8192,0,109083,13.3157958984375
HSDMU,λ<=n,8192,0,77981,9.5191650390625
HSDMU,λ<=n,8192,0,103969,12.6915283203125
HSDMU,λ<=n,8192,0,143377,17.5020751953125
HSDMU,λ<=n,8192,0,80225,9.7930908203125
HSDMU,λ<=n,8192,0,70464,8.6015625
HSDMU,λ<=n,8192,0,93572,11.42236328125
HSDMU,λ<=n,8192,0,153242,18.706298828125
HSDMU,λ<=n,8192,0,94055,11.4813232421875
HSDMU,λ<=n,8192,0,108564,13.25244140625
HSDMU,λ<=n,8192,0,138049,16.8516845703125
HSDMU,λ<=n,8192,0,132563,16.1820068359375
HSDMU,λ<=n,8192,0,102081,12.4610595703125
HSDMU,λ<=n,8192,0,89901,10.9742431640625
HSDMU,λ<=n,8192,0,73750,9.002685546875
HSDMU,λ<=n,8192,0,73388,8.95849609375
HSDMU,λ<=n,8192,0,131261,16.0230712890625
HSDMU,λ<=n,8192,0,70277,8.5787353515625
HSDMU,λ<=n,8192,0,112564,13.74072265625
HSDMU,λ<=n,8192,0,102355,12.4945068359375
HSDMU,λ<=n,8192,0,83897,10.2413330078125
HSDMU,λ<=n,8192,0,121105,14.7833251953125
HSDMU,λ<=n,8192,0,87137,10.6368408203125
HSDMU,λ<=n,8192,0,93715,11.4398193359375
HSDMU,λ<=n,8192,0,78551,9.5887451171875
HSDMU,λ<=n,8192,0,91418,11.159423828125
HSDMU,λ<=n,8192,0,83964,10.24951171875
HSDMU,λ<=n,8192,0,157000,19.1650390625
HSDMU,λ<=n,8192,0,101088,12.33984375
HSDMU,λ<=n,8192,0,98264,11.9951171875
HSDMU,λ<=n,8192,0,80843,9.8685302734375
HSDMU,λ<=n,8192,0,94495,11.5350341796875
HSDMU,λ<=n,8192,0,132474,16.171142578125
HSDMU,λ<=n,8192,0,104412,12.74560546875
HSDMU,λ<=n,8192,0,59666,7.283447265625
HSDMU,λ<=n,8192,0,118849,14.5079345703125
HSDMU,λ<=n,8192,0,114391,13.9637451171875
HSDMU,λ<=n,8192,0,109240,13.3349609375
HSDMU,λ<=n,8192,0,98454,12.018310546875
HSDMU,λ<=n,8192,0,79640,9.7216796875
HSDMU,λ<=n,8192,0,99558,12.153076171875
HSDMU,λ<=n,8192,0,103447,12.6278076171875
HSDMU,λ<=n,8192,0,67370,8.223876953125
HSDMU,λ<=n,8192,0,78318,9.560302734375
HSDMU,λ<=n,8192,0,188424,23.0009765625
HSDMU,λ<=n,8192,0,81486,9.947021484375
HSDMU,λ<=n,8192,0,130211,15.8948974609375
HSDMU,λ<=n,8192,0,120501,14.7095947265625
HSDMU,λ<=n,8192,0,116888,14.2685546875
HSDMU,λ<=n,8192,0,91830,11.209716796875
HSDMU,λ<=n,8192,0,95978,11.716064453125
HSDMU,λ<=n,8192,0,132866,16.218994140625
HSDMU,λ<=n,8192,0,116402,14.209228515625
HRDMU,λ<=n,8192,0,72758,8.881591796875
HRDMU,λ<=n,8192,0,67462,8.235107421875
HRDMU,λ<=n,8192,0,136571,16.6712646484375
HRDMU,λ<=n,8192,0,72016,8.791015625
HRDMU,λ<=n,8192,0,106426,12.991455078125
HRDMU,λ<=n,8192,0,77355,9.4427490234375
HRDMU,λ<=n,8192,0,88292,10.77783203125
HRDMU,λ<=n,8192,0,69681,8.5059814453125
HRDMU,λ<=n,8192,0,76794,9.374267578125
HRDMU,λ<=n,8192,0,101215,12.3553466796875
HRDMU,λ<=n,8192,0,51675,6.3079833984375
HRDMU,λ<=n,8192,0,97593,11.9132080078125
HRDMU,λ<=n,8192,0,55691,6.7982177734375
HRDMU,λ<=n,8192,0,140715,17.1771240234375
HRDMU,λ<=n,8192,0,55242,6.743408203125
HRDMU,λ<=n,8192,0,56225,6.8634033203125
HRDMU,λ<=n,8192,0,89252,10.89501953125
HRDMU,λ<=n,8192,0,77727,9.4881591796875
HRDMU,λ<=n,8192,0,58603,7.1536865234375
HRDMU,λ<=n,8192,0,61426,7.498291015625
HRDMU,λ<=n,8192,0,53440,6.5234375
HRDMU,λ<=n,8192,0,61428,7.49853515625
HRDMU,λ<=n,8192,0,53210,6.495361328125
HRDMU,λ<=n,8192,0,61948,7.56201171875
HRDMU,λ<=n,8192,0,53517,6.5328369140625
HRDMU,λ<=n,8192,0,66363,8.1009521484375
HRDMU,λ<=n,8192,0,127629,15.5797119140625
HRDMU,λ<=n,8192,0,75317,9.1939697265625
HRDMU,λ<=n,8192,0,56807,6.9344482421875
HRDMU,λ<=n,8192,0,87242,10.649658203125
HRDMU,λ<=n,8192,0,83312,10.169921875
HRDMU,λ<=n,8192,0,86868,10.60400390625
HRDMU,λ<=n,8192,0,93350,11.395263671875
HRDMU,λ<=n,8192,0,78543,9.5877685546875
HRDMU,λ<=n,8192,0,55175,6.7352294921875
HRDMU,λ<=n,8192,0,63371,7.7357177734375
HRDMU,λ<=n,8192,0,77641,9.4776611328125
HRDMU,λ<=n,8192,0,61084,7.45654296875
HRDMU,λ<=n,8192,0,79674,9.725830078125
HRDMU,λ<=n,8192,0,75892,9.26416015625
HRDMU,λ<=n,8192,0,136759,16.6942138671875
HRDMU,λ<=n,8192,0,82445,10.0640869140625
HRDMU,λ<=n,8192,0,74061,9.0406494140625
HRDMU,λ<=n,8192,0,73912,9.0224609375
HRDMU,λ<=n,8192,0,67751,8.2703857421875
HRDMU,λ<=n,8192,0,88731,10.8314208984375
HRDMU,λ<=n,8192,0,73112,8.9248046875
HRDMU,λ<=n,8192,0,74490,9.093017578125
HRDMU,λ<=n,8192,0,54883,6.6995849609375
HRDMU,λ<=n,8192,0,80334,9.806396484375
HRDMU,λ<=n,8192,0,178360,21.7724609375
HRDMU,λ<=n,8192,0,56910,6.947021484375
HRDMU,λ<=n,8192,0,74973,9.1519775390625
HRDMU,λ<=n,8192,0,76329,9.3175048828125
HRDMU,λ<=n,8192,0,59923,7.3148193359375
HRDMU,λ<=n,8192,0,52573,6.4176025390625
HRDMU,λ<=n,8192,0,62937,7.6827392578125
HRDMU,λ<=n,8192,0,80090,9.776611328125
HRDMU,λ<=n,8192,0,86149,10.5162353515625
HRDMU,λ<=n,8192,0,58716,7.16748046875
HRDMU,λ<=n,8192,0,56119,6.8504638671875
HRDMU,λ<=n,8192,0,56746,6.927001953125
HRDMU,λ<=n,8192,0,66197,8.0806884765625
HRDMU,λ<=n,8192,0,93654,11.432373046875
HRDMU,λ<=n,8192,0,66439,8.1102294921875
HRDMU,λ<=n,8192,0,59265,7.2344970703125
HRDMU,λ<=n,8192,0,69860,8.52783203125
HRDMU,λ<=n,8192,0,58440,7.1337890625
HRDMU,λ<=n,8192,0,91410,11.158447265625
HRDMU,λ<=n,8192,0,59633,7.2794189453125
HRDMU,λ<=n,8192,0,56856,6.9404296875
HRDMU,λ<=n,8192,0,70557,8.6129150390625
HRDMU,λ<=n,8192,0,58392,7.1279296875
HRDMU,λ<=n,8192,0,66969,8.1749267578125
HRDMU,λ<=n,8192,0,71914,8.778564453125
HRDMU,λ<=n,8192,0,80716,9.85302734375
HRDMU,λ<=n,8192,0,66167,8.0770263671875
HRDMU,λ<=n,8192,0,74674,9.115478515625
HRDMU,λ<=n,8192,0,78463,9.5780029296875
HRDMU,λ<=n,8192,0,111682,13.633056640625
HRDMU,λ<=n,8192,0,53987,6.5902099609375
HRDMU,λ<=n,8192,0,62709,7.6549072265625
HRDMU,λ<=n,8192,0,97259,11.8724365234375
HRDMU,λ<=n,8192,0,67921,8.2911376953125
HRDMU,λ<=n,8192,0,105345,12.8594970703125
HRDMU,λ<=n,8192,0,115594,14.110595703125
HRDMU,λ<=n,8192,0,71099,8.6790771484375
HRDMU,λ<=n,8192,0,69594,8.495361328125
HRDMU,λ<=n,8192,0,79239,9.6727294921875
HRDMU,λ<=n,8192,0,59112,7.2158203125
HRDMU,λ<=n,8192,0,66381,8.1031494140625
HRDMU,λ<=n,8192,0,102132,12.46728515625
HRDMU,λ<=n,8192,0,65217,7.9610595703125
HRDMU,λ<=n,8192,0,49220,6.00830078125
HRDMU,λ<=n,8192,0,69391,8.4705810546875
HRDMU,λ<=n,8192,0,123605,15.0885009765625
HRDMU,λ<=n,8192,0,72337,8.8302001953125
HRDMU,λ<=n,8192,0,67859,8.2835693359375
HRDMU,λ<=n,8192,0,72950,8.905029296875
HRDMU,λ<=n,8192,0,67356,8.22216796875
HHDMU,λ<=n,8192,0,68507,8.3626708984375
HHDMU,λ<=n,8192,0,53453,6.5250244140625
HHDMU,λ<=n,8192,0,56235,6.8646240234375
HHDMU,λ<=n,8192,0,92601,11.3038330078125
HHDMU,λ<=n,8192,0,55777,6.8087158203125
HHDMU,λ<=n,8192,0,57324,6.99755859375
HHDMU,λ<=n,8192,0,57109,6.9713134765625
HHDMU,λ<=n,8192,0,70062,8.552490234375
HHDMU,λ<=n,8192,0,64274,7.845947265625
HHDMU,λ<=n,8192,0,51323,6.2650146484375
HHDMU,λ<=n,8192,0,55947,6.8294677734375
HHDMU,λ<=n,8192,0,54842,6.694580078125
HHDMU,λ<=n,8192,0,59665,7.2833251953125
HHDMU,λ<=n,8192,0,57639,7.0360107421875
HHDMU,λ<=n,8192,0,76807,9.3758544921875
HHDMU,λ<=n,8192,0,56616,6.9111328125
HHDMU,λ<=n,8192,0,48029,5.8629150390625
HHDMU,λ<=n,8192,0,57583,7.0291748046875
HHDMU,λ<=n,8192,0,52160,6.3671875
HHDMU,λ<=n,8192,0,109064,13.3134765625
HHDMU,λ<=n,8192,0,154787,18.8948974609375
HHDMU,λ<=n,8192,0,61826,7.547119140625
HHDMU,λ<=n,8192,0,85161,10.3956298828125
HHDMU,λ<=n,8192,0,57837,7.0601806640625
HHDMU,λ<=n,8192,0,74131,9.0491943359375
HHDMU,λ<=n,8192,0,54446,6.646240234375
HHDMU,λ<=n,8192,0,61678,7.529052734375
HHDMU,λ<=n,8192,0,84106,10.266845703125
HHDMU,λ<=n,8192,0,62757,7.6607666015625
HHDMU,λ<=n,8192,0,53991,6.5906982421875
HHDMU,λ<=n,8192,0,63960,7.8076171875
HHDMU,λ<=n,8192,0,57174,6.979248046875
HHDMU,λ<=n,8192,0,70017,8.5469970703125
HHDMU,λ<=n,8192,0,63816,7.7900390625
HHDMU,λ<=n,8192,0,53130,6.485595703125
HHDMU,λ<=n,8192,0,74105,9.0460205078125
HHDMU,λ<=n,8192,0,78035,9.5257568359375
HHDMU,λ<=n,8192,0,64811,7.9114990234375
HHDMU,λ<=n,8192,0,57492,7.01806640625
HHDMU,λ<=n,8192,0,62562,7.636962890625
HHDMU,λ<=n,8192,0,60457,7.3800048828125
HHDMU,λ<=n,8192,0,56698,6.921142578125
HHDMU,λ<=n,8192,0,65945,8.0499267578125
HHDMU,λ<=n,8192,0,65740,8.02490234375
HHDMU,λ<=n,8192,0,74412,9.08349609375
HHDMU,λ<=n,8192,0,77155,9.4183349609375
HHDMU,λ<=n,8192,0,62510,7.630615234375
HHDMU,λ<=n,8192,0,55493,6.7740478515625
HHDMU,λ<=n,8192,0,161792,19.75
HHDMU,λ<=n,8192,0,56711,6.9227294921875
HHDMU,λ<=n,8192,0,66876,8.16357421875
HHDMU,λ<=n,8192,0,48619,5.9349365234375
HHDMU,λ<=n,8192,0,55986,6.834228515625
HHDMU,λ<=n,8192,0,95342,11.638427734375
HHDMU,λ<=n,8192,0,54849,6.6954345703125
HHDMU,λ<=n,8192,0,63830,7.791748046875
HHDMU,λ<=n,8192,0,57594,7.030517578125
HHDMU,λ<=n,8192,0,51236,6.25439453125
HHDMU,λ<=n,8192,0,61181,7.4683837890625
HHDMU,λ<=n,8192,0,55476,6.77197265625
HHDMU,λ<=n,8192,0,65656,8.0146484375
HHDMU,λ<=n,8192,0,80768,9.859375
HHDMU,λ<=n,8192,0,64366,7.857177734375
HHDMU,λ<=n,8192,0,53985,6.5899658203125
HHDMU,λ<=n,8192,0,69212,8.44873046875
HHDMU,λ<=n,8192,0,52482,6.406494140625
HHDMU,λ<=n,8192,0,54609,6.6661376953125
HHDMU,λ<=n,8192,0,72586,8.860595703125
HHDMU,λ<=n,8192,0,68594,8.373291015625
HHDMU,λ<=n,8192,0,66702,8.142333984375
HHDMU,λ<=n,8192,0,49052,5.98779296875
HHDMU,λ<=n,8192,0,56742,6.926513671875
HHDMU,λ<=n,8192,0,49762,6.074462890625
HHDMU,λ<=n,8192,0,96820,11.81884765625
HHDMU,λ<=n,8192,0,98497,12.0235595703125
HHDMU,λ<=n,8192,0,57633,7.0352783203125
HHDMU,λ<=n,8192,0,68269,8.3336181640625
HHDMU,λ<=n,8192,0,90371,11.0316162109375
HHDMU,λ<=n,8192,0,64610,7.886962890625
HHDMU,λ<=n,8192,0,62553,7.6358642578125
HHDMU,λ<=n,8192,0,56562,6.904541015625
HHDMU,λ<=n,8192,0,58827,7.1810302734375
HHDMU,λ<=n,8192,0,94610,11.549072265625
HHDMU,λ<=n,8192,0,51096,6.2373046875
HHDMU,λ<=n,8192,0,72398,8.837646484375
HHDMU,λ<=n,8192,0,50320,6.142578125
HHDMU,λ<=n,8192,0,61779,7.5413818359375
HHDMU,λ<=n,8192,0,73288,8.9462890625
HHDMU,λ<=n,8192,0,50416,6.154296875
HHDMU,λ<=n,8192,0,50251,6.1341552734375
HHDMU,λ<=n,8192,0,64973,7.9312744140625
HHDMU,λ<=n,8192,0,49774,6.075927734375
HHDMU,λ<=n,8192,0,72314,8.827392578125
HHDMU,λ<=n,8192,0,56377,6.8819580078125
HHDMU,λ<=n,8192,0,51761,6.3184814453125
HHDMU,λ<=n,8192,0,61588,7.51806640625
HHDMU,λ<=n,8192,0,68494,8.361083984375
HHDMU,λ<=n,8192,0,55589,6.7857666015625
HHDMU,λ<=n,8192,0,57527,7.0223388671875
HHDMU,λ<=n,8192,0,47443,5.7913818359375
HHLMU,λ<=n,8192,0,59061,7.2095947265625
HHLMU,λ<=n,8192,0,60287,7.3592529296875
HHLMU,λ<=n,8192,0,65852,8.03857421875
HHLMU,λ<=n,8192,0,65743,8.0252685546875
HHLMU,λ<=n,8192,0,60764,7.41748046875
HHLMU,λ<=n,8192,0,57213,6.9840087890625
HHLMU,λ<=n,8192,0,54253,6.6226806640625
HHLMU,λ<=n,8192,0,64997,7.9342041015625
HHLMU,λ<=n,8192,0,55707,6.8001708984375
HHLMU,λ<=n,8192,0,58012,7.08154296875
HHLMU,λ<=n,8192,0,55691,6.7982177734375
HHLMU,λ<=n,8192,0,71722,8.755126953125
HHLMU,λ<=n,8192,0,65730,8.023681640625
HHLMU,λ<=n,8192,0,61432,7.4990234375
HHLMU,λ<=n,8192,0,56419,6.8870849609375
HHLMU,λ<=n,8192,0,55201,6.7384033203125
HHLMU,λ<=n,8192,0,56406,6.885498046875
HHLMU,λ<=n,8192,0,111635,13.6273193359375
HHLMU,λ<=n,8192,0,105559,12.8856201171875
HHLMU,λ<=n,8192,0,64129,7.8282470703125
HHLMU,λ<=n,8192,0,56212,6.86181640625
HHLMU,λ<=n,8192,0,54879,6.6990966796875
HHLMU,λ<=n,8192,0,107827,13.1624755859375
HHLMU,λ<=n,8192,0,62068,7.57666015625
HHLMU,λ<=n,8192,0,61721,7.5343017578125
HHLMU,λ<=n,8192,0,72971,8.9075927734375
HHLMU,λ<=n,8192,0,67448,8.2333984375
HHLMU,λ<=n,8192,0,80887,9.8739013671875
HHLMU,λ<=n,8192,0,67846,8.281982421875
HHLMU,λ<=n,8192,0,59854,7.306396484375
HHLMU,λ<=n,8192,0,82076,10.01904296875
HHLMU,λ<=n,8192,0,59756,7.29443359375
HHLMU,λ<=n,8192,0,55697,6.7989501953125
HHLMU,λ<=n,8192,0,91891,11.2171630859375
HHLMU,λ<=n,8192,0,54832,6.693359375
HHLMU,λ<=n,8192,0,59301,7.2388916015625
HHLMU,λ<=n,8192,0,52838,6.449951171875
HHLMU,λ<=n,8192,0,83552,10.19921875
HHLMU,λ<=n,8192,0,113470,13.851318359375
HHLMU,λ<=n,8192,0,68377,8.3468017578125
HHLMU,λ<=n,8192,0,51420,6.27685546875
HHLMU,λ<=n,8192,0,70185,8.5675048828125
HHLMU,λ<=n,8192,0,55988,6.83447265625
HHLMU,λ<=n,8192,0,84951,10.3699951171875
HHLMU,λ<=n,8192,0,61899,7.5560302734375
HHLMU,λ<=n,8192,0,54198,6.615966796875
HHLMU,λ<=n,8192,0,55450,6.768798828125
HHLMU,λ<=n,8192,0,57826,7.058837890625
HHLMU,λ<=n,8192,0,68668,8.38232421875
HHLMU,λ<=n,8192,0,71546,8.733642578125
HHLMU,λ<=n,8192,0,56449,6.8907470703125
HHLMU,λ<=n,8192,0,110668,13.50927734375
HHLMU,λ<=n,8192,0,67813,8.2779541015625
HHLMU,λ<=n,8192,0,58503,7.1414794921875
HHLMU,λ<=n,8192,0,58538,7.145751953125
HHLMU,λ<=n,8192,0,59214,7.228271484375
HHLMU,λ<=n,8192,0,59275,7.2357177734375
HHLMU,λ<=n,8192,0,85068,10.38427734375
HHLMU,λ<=n,8192,0,59708,7.28857421875
HHLMU,λ<=n,8192,0,88989,10.8629150390625
HHLMU,λ<=n,8192,0,71773,8.7613525390625
HHLMU,λ<=n,8192,0,65132,7.95068359375
HHLMU,λ<=n,8192,0,53550,6.536865234375
HHLMU,λ<=n,8192,0,64999,7.9344482421875
HHLMU,λ<=n,8192,0,66830,8.157958984375
HHLMU,λ<=n,8192,0,54609,6.6661376953125
HHLMU,λ<=n,8192,0,50788,6.19970703125
HHLMU,λ<=n,8192,0,53648,6.548828125
HHLMU,λ<=n,8192,0,91026,11.111572265625
HHLMU,λ<=n,8192,0,73968,9.029296875
HHLMU,λ<=n,8192,0,65731,8.0238037109375
HHLMU,λ<=n,8192,0,69868,8.52880859375
HHLMU,λ<=n,8192,0,85019,10.3782958984375
HHLMU,λ<=n,8192,0,60213,7.3502197265625
HHLMU,λ<=n,8192,0,61325,7.4859619140625
HHLMU,λ<=n,8192,0,53710,6.556396484375
HHLMU,λ<=n,8192,0,85998,10.497802734375
HHLMU,λ<=n,8192,0,51558,6.293701171875
HHLMU,λ<=n,8192,0,80762,9.858642578125
HHLMU,λ<=n,8192,0,65408,7.984375
HHLMU,λ<=n,8192,0,55548,6.78076171875
HHLMU,λ<=n,8192,0,55920,6.826171875
HHLMU,λ<=n,8192,0,76384,9.32421875
HHLMU,λ<=n,8192,0,60992,7.4453125
HHLMU,λ<=n,8192,0,90325,11.0260009765625
HHLMU,λ<=n,8192,0,75652,9.23486328125
HHLMU,λ<=n,8192,0,64037,7.8170166015625
HHLMU,λ<=n,8192,0,127855,15.6072998046875
HHLMU,λ<=n,8192,0,72398,8.837646484375
HHLMU,λ<=n,8192,0,59383,7.2489013671875
HHLMU,λ<=n,8192,0,59643,7.2806396484375
HHLMU,λ<=n,8192,0,62725,7.6568603515625
HHLMU,λ<=n,8192,0,55156,6.73291015625
HHLMU,λ<=n,8192,0,67029,8.1822509765625
HHLMU,λ<=n,8192,0,75624,9.2314453125
HHLMU,λ<=n,8192,0,60787,7.4202880859375
HHLMU,λ<=n,8192,0,73446,8.965576171875
HHLMU,λ<=n,8192,0,86333,10.5386962890625
HHLMU,λ<=n,8192,0,69719,8.5106201171875
HRLMU,λ<=n,8192,0,66997,8.1783447265625
HRLMU,λ<=n,8192,0,77532,9.46435546875
HRLMU,λ<=n,8192,0,59715,7.2894287109375
HRLMU,λ<=n,8192,0,126111,15.3944091796875
HRLMU,λ<=n,8192,0,68593,8.3731689453125
HRLMU,λ<=n,8192,0,105831,12.9188232421875
HRLMU,λ<=n,8192,0,67553,8.2462158203125
HRLMU,λ<=n,8192,0,71967,8.7850341796875
HRLMU,λ<=n,8192,0,58372,7.12548828125
HRLMU,λ<=n,8192,0,111000,13.5498046875
HRLMU,λ<=n,8192,0,69086,8.433349609375
HRLMU,λ<=n,8192,0,61164,7.46630859375
HRLMU,λ<=n,8192,0,68906,8.411376953125
HRLMU,λ<=n,8192,0,82369,10.0548095703125
HRLMU,λ<=n,8192,0,102728,12.5400390625
HRLMU,λ<=n,8192,0,73865,9.0167236328125
HRLMU,λ<=n,8192,0,97979,11.9603271484375
HRLMU,λ<=n,8192,0,54867,6.6976318359375
HRLMU,λ<=n,8192,0,58225,7.1075439453125
HRLMU,λ<=n,8192,0,54495,6.6522216796875
HRLMU,λ<=n,8192,0,75998,9.277099609375
HRLMU,λ<=n,8192,0,76185,9.2999267578125
HRLMU,λ<=n,8192,0,54765,6.6851806640625
HRLMU,λ<=n,8192,0,61128,7.4619140625
HRLMU,λ<=n,8192,0,61618,7.521728515625
HRLMU,λ<=n,8192,0,74645,9.1119384765625
HRLMU,λ<=n,8192,0,55912,6.8251953125
HRLMU,λ<=n,8192,0,61584,7.517578125
HRLMU,λ<=n,8192,0,69670,8.504638671875
HRLMU,λ<=n,8192,0,52304,6.384765625
HRLMU,λ<=n,8192,0,64340,7.85400390625
HRLMU,λ<=n,8192,0,65031,7.9383544921875
HRLMU,λ<=n,8192,0,62756,7.66064453125
HRLMU,λ<=n,8192,0,255778,31.222900390625
HRLMU,λ<=n,8192,0,67210,8.204345703125
HRLMU,λ<=n,8192,0,77781,9.4947509765625
HRLMU,λ<=n,8192,0,73939,9.0257568359375
HRLMU,λ<=n,8192,0,75378,9.201416015625
HRLMU,λ<=n,8192,0,132038,16.117919921875
HRLMU,λ<=n,8192,0,66153,8.0753173828125
HRLMU,λ<=n,8192,0,55660,6.79443359375
HRLMU,λ<=n,8192,0,71732,8.75634765625
HRLMU,λ<=n,8192,0,85509,10.4381103515625
HRLMU,λ<=n,8192,0,68837,8.4029541015625
HRLMU,λ<=n,8192,0,123650,15.093994140625
HRLMU,λ<=n,8192,0,66831,8.1580810546875
HRLMU,λ<=n,8192,0,59168,7.22265625
HRLMU,λ<=n,8192,0,51994,6.346923828125
HRLMU,λ<=n,8192,0,77763,9.4925537109375
HRLMU,λ<=n,8192,0,66839,8.1590576171875
HRLMU,λ<=n,8192,0,74993,9.1544189453125
HRLMU,λ<=n,8192,0,84794,10.350830078125
HRLMU,λ<=n,8192,0,52966,6.465576171875
HRLMU,λ<=n,8192,0,59036,7.20654296875
HRLMU,λ<=n,8192,0,76960,9.39453125
HRLMU,λ<=n,8192,0,56144,6.853515625
HRLMU,λ<=n,8192,0,66211,8.0823974609375
HRLMU,λ<=n,8192,0,67752,8.2705078125
HRLMU,λ<=n,8192,0,86270,10.531005859375
HRLMU,λ<=n,8192,0,81783,9.9832763671875
HRLMU,λ<=n,8192,0,66599,8.1297607421875
HRLMU,λ<=n,8192,0,89254,10.895263671875
HRLMU,λ<=n,8192,0,56737,6.9259033203125
HRLMU,λ<=n,8192,0,75246,9.185302734375
HRLMU,λ<=n,8192,0,89862,10.969482421875
HRLMU,λ<=n,8192,0,179329,21.8907470703125
HRLMU,λ<=n,8192,0,64205,7.8375244140625
HRLMU,λ<=n,8192,0,62360,7.6123046875
HRLMU,λ<=n,8192,0,70394,8.593017578125
HRLMU,λ<=n,8192,0,72234,8.817626953125
HRLMU,λ<=n,8192,0,65315,7.9730224609375
HRLMU,λ<=n,8192,0,87618,10.695556640625
HRLMU,λ<=n,8192,0,94551,11.5418701171875
HRLMU,λ<=n,8192,0,72183,8.8114013671875
HRLMU,λ<=n,8192,0,130724,15.95751953125
HRLMU,λ<=n,8192,0,62477,7.6265869140625
HRLMU,λ<=n,8192,0,74792,9.1298828125
HRLMU,λ<=n,8192,0,70940,8.65966796875
HRLMU,λ<=n,8192,0,98673,12.0450439453125
HRLMU,λ<=n,8192,0,79156,9.66259765625
HRLMU,λ<=n,8192,0,78821,9.6217041015625
HRLMU,λ<=n,8192,0,66217,8.0831298828125
HRLMU,λ<=n,8192,0,73563,8.9798583984375
HRLMU,λ<=n,8192,0,84349,10.2965087890625
HRLMU,λ<=n,8192,0,64885,7.9205322265625
HRLMU,λ<=n,8192,0,62607,7.6424560546875
HRLMU,λ<=n,8192,0,63153,7.7091064453125
HRLMU,λ<=n,8192,0,59503,7.2635498046875
HRLMU,λ<=n,8192,0,71606,8.740966796875
HRLMU,λ<=n,8192,0,57959,7.0750732421875
HRLMU,λ<=n,8192,0,53641,6.5479736328125
HRLMU,λ<=n,8192,0,155185,18.9434814453125
HRLMU,λ<=n,8192,0,78624,9.59765625
HRLMU,λ<=n,8192,0,109585,13.3770751953125
HRLMU,λ<=n,8192,0,65803,8.0325927734375
HRLMU,λ<=n,8192,0,58045,7.0855712890625
HRLMU,λ<=n,8192,0,157901,19.2750244140625
HRLMU,λ<=n,8192,0,69624,8.4990234375
HRLMU,λ<=n,8192,0,55889,6.8223876953125
HRLMU,λ<=n,8192,0,81392,9.935546875
HSLMU,λ<=n,8192,0,96695,11.8035888671875
HSLMU,λ<=n,8192,0,81732,9.97705078125
HSLMU,λ<=n,8192,0,109084,13.31591796875
HSLMU,λ<=n,8192,0,82890,10.118408203125
HSLMU,λ<=n,8192,0,154414,18.849365234375
HSLMU,λ<=n,8192,0,124298,15.173095703125
HSLMU,λ<=n,8192,0,162238,19.804443359375
HSLMU,λ<=n,8192,0,98620,12.03857421875
HSLMU,λ<=n,8192,0,103985,12.6934814453125
HSLMU,λ<=n,8192,0,86406,10.547607421875
HSLMU,λ<=n,8192,0,146120,17.8369140625
HSLMU,λ<=n,8192,0,84884,10.36181640625
HSLMU,λ<=n,8192,0,105552,12.884765625
HSLMU,λ<=n,8192,0,97442,11.894775390625
HSLMU,λ<=n,8192,0,119313,14.5645751953125
HSLMU,λ<=n,8192,0,130461,15.9254150390625
HSLMU,λ<=n,8192,0,141827,17.3128662109375
HSLMU,λ<=n,8192,0,155701,19.0064697265625
HSLMU,λ<=n,8192,0,88885,10.8502197265625
HSLMU,λ<=n,8192,0,172109,21.0093994140625
HSLMU,λ<=n,8192,0,114474,13.973876953125
HSLMU,λ<=n,8192,0,178901,21.8385009765625
HSLMU,λ<=n,8192,0,122517,14.9556884765625
HSLMU,λ<=n,8192,0,142381,17.3804931640625
HSLMU,λ<=n,8192,0,103689,12.6573486328125
HSLMU,λ<=n,8192,0,191256,23.3466796875
HSLMU,λ<=n,8192,0,210834,25.736572265625
HSLMU,λ<=n,8192,0,137988,16.84423828125
HSLMU,λ<=n,8192,0,92113,11.2442626953125
HSLMU,λ<=n,8192,0,95936,11.7109375
HSLMU,λ<=n,8192,0,197480,24.1064453125
HSLMU,λ<=n,8192,0,95751,11.6883544921875
HSLMU,λ<=n,8192,0,98867,12.0687255859375
HSLMU,λ<=n,8192,0,137547,16.7904052734375
HSLMU,λ<=n,8192,0,183900,22.44873046875
HSLMU,λ<=n,8192,0,92027,11.2337646484375
HSLMU,λ<=n,8192,0,96778,11.813720703125
HSLMU,λ<=n,8192,0,112439,13.7254638671875
HSLMU,λ<=n,8192,0,80351,9.8084716796875
HSLMU,λ<=n,8192,0,97015,11.8426513671875
HSLMU,λ<=n,8192,0,87879,10.7274169921875
HSLMU,λ<=n,8192,0,94756,11.56689453125
HSLMU,λ<=n,8192,0,85369,10.4210205078125
HSLMU,λ<=n,8192,0,104125,12.7105712890625
HSLMU,λ<=n,8192,0,132946,16.228759765625
HSLMU,λ<=n,8192,0,110523,13.4915771484375
HSLMU,λ<=n,8192,0,145656,17.7802734375
HSLMU,λ<=n,8192,0,109492,13.36572265625
HSLMU,λ<=n,8192,0,154794,18.895751953125
HSLMU,λ<=n,8192,0,79712,9.73046875
HSLMU,λ<=n,8192,0,157622,19.240966796875
HSLMU,λ<=n,8192,0,99989,12.2056884765625
HSLMU,λ<=n,8192,0,116854,14.264404296875
HSLMU,λ<=n,8192,0,97678,11.923583984375
HSLMU,λ<=n,8192,0,109823,13.4061279296875
HSLMU,λ<=n,8192,0,82064,10.017578125
HSLMU,λ<=n,8192,0,138525,16.9097900390625
HSLMU,λ<=n,8192,0,153093,18.6881103515625
HSLMU,λ<=n,8192,0,90406,11.035888671875
HSLMU,λ<=n,8192,0,112233,13.7003173828125
HSLMU,λ<=n,8192,0,121671,14.8524169921875
HSLMU,λ<=n,8192,0,134530,16.422119140625
HSLMU,λ<=n,8192,0,141921,17.3243408203125
HSLMU,λ<=n,8192,0,132189,16.1363525390625
HSLMU,λ<=n,8192,0,94604,11.54833984375
HSLMU,λ<=n,8192,0,78398,9.570068359375
HSLMU,λ<=n,8192,0,75920,9.267578125
HSLMU,λ<=n,8192,0,113423,13.8455810546875
HSLMU,λ<=n,8192,0,93089,11.3634033203125
HSLMU,λ<=n,8192,0,111378,13.595947265625
HSLMU,λ<=n,8192,0,115686,14.121826171875
HSLMU,λ<=n,8192,0,120125,14.6636962890625
HSLMU,λ<=n,8192,0,145381,17.7467041015625
HSLMU,λ<=n,8192,0,216654,26.447021484375
HSLMU,λ<=n,8192,0,100045,12.2125244140625
HSLMU,λ<=n,8192,0,131907,16.1019287109375
HSLMU,λ<=n,8192,0,149613,18.2633056640625
HSLMU,λ<=n,8192,0,95070,11.605224609375
HSLMU,λ<=n,8192,0,114486,13.975341796875
HSLMU,λ<=n,8192,0,118991,14.5252685546875
HSLMU,λ<=n,8192,0,171514,20.936767578125
HSLMU,λ<=n,8192,0,93533,11.4176025390625
HSLMU,λ<=n,8192,0,110747,13.5189208984375
HSLMU,λ<=n,8192,0,79496,9.7041015625
HSLMU,λ<=n,8192,0,98700,12.04833984375
HSLMU,λ<=n,8192,0,200108,24.42724609375
HSLMU,λ<=n,8192,0,92949,11.3463134765625
HSLMU,λ<=n,8192,0,89458,10.920166015625
HSLMU,λ<=n,8192,0,116240,14.189453125
HSLMU,λ<=n,8192,0,104939,12.8099365234375
HSLMU,λ<=n,8192,0,115964,14.15576171875
HSLMU,λ<=n,8192,0,115160,14.0576171875
HSLMU,λ<=n,8192,0,79491,9.7034912109375
HSLMU,λ<=n,8192,0,147152,17.962890625
HSLMU,λ<=n,8192,0,166176,20.28515625
HSLMU,λ<=n,8192,0,105587,12.8890380859375
HSLMU,λ<=n,8192,0,105337,12.8585205078125
HSLMU,λ<=n,8192,0,108629,13.2603759765625
HSLMU,λ<=n,8192,0,80325,9.8052978515625
HSLMU,λ<=n,8192,0,85867,10.4818115234375
HSDIU,λ<=n,8192,0,135867,16.5853271484375
HSDIU,λ<=n,8192,0,120917,14.7603759765625
HSDIU,λ<=n,8192,0,130373,15.9146728515625
HSDIU,λ<=n,8192,0,136395,16.6497802734375
HSDIU,λ<=n,8192,0,130351,15.9119873046875
HSDIU,λ<=n,8192,0,146795,17.9193115234375
HSDIU,λ<=n,8192,0,92011,11.2318115234375
HSDIU,λ<=n,8192,0,168061,20.5152587890625
HSDIU,λ<=n,8192,0,156177,19.0645751953125
HSDIU,λ<=n,8192,0,105279,12.8514404296875
HSDIU,λ<=n,8192,0,120025,14.6514892578125
HSDIU,λ<=n,8192,0,109857,13.4102783203125
HSDIU,λ<=n,8192,0,167919,20.4979248046875
HSDIU,λ<=n,8192,0,157103,19.1776123046875
HSDIU,λ<=n,8192,0,139383,17.0145263671875
HSDIU,λ<=n,8192,0,143825,17.5567626953125
HSDIU,λ<=n,8192,0,121923,14.8831787109375
HSDIU,λ<=n,8192,0,117309,14.3199462890625
HSDIU,λ<=n,8192,0,124617,15.2120361328125
HSDIU,λ<=n,8192,0,91397,11.1568603515625
HSDIU,λ<=n,8192,0,117515,14.3450927734375
HSDIU,λ<=n,8192,0,92443,11.2845458984375
HSDIU,λ<=n,8192,0,110041,13.4327392578125
HSDIU,λ<=n,8192,0,204059,24.9095458984375
HSDIU,λ<=n,8192,0,109463,13.3621826171875
HSDIU,λ<=n,8192,0,151507,18.4945068359375
HSDIU,λ<=n,8192,0,89925,10.9771728515625
HSDIU,λ<=n,8192,0,135091,16.4906005859375
HSDIU,λ<=n,8192,0,122499,14.9534912109375
HSDIU,λ<=n,8192,0,212637,25.9566650390625
HSDIU,λ<=n,8192,0,136927,16.7147216796875
HSDIU,λ<=n,8192,0,133607,16.3094482421875
HSDIU,λ<=n,8192,0,104569,12.7647705078125
HSDIU,λ<=n,8192,0,216191,26.3905029296875
HSDIU,λ<=n,8192,0,127263,15.5350341796875
HSDIU,λ<=n,8192,0,88911,10.8533935546875
HSDIU,λ<=n,8192,0,94373,11.5201416015625
HSDIU,λ<=n,8192,0,130443,15.9232177734375
HSDIU,λ<=n,8192,0,107383,13.1082763671875
HSDIU,λ<=n,8192,0,96037,11.7232666015625
HSDIU,λ<=n,8192,0,96211,11.7445068359375
HSDIU,λ<=n,8192,0,132315,16.1517333984375
HSDIU,λ<=n,8192,0,152269,18.5875244140625
HSDIU,λ<=n,8192,0,139421,17.0191650390625
HSDIU,λ<=n,8192,0,115729,14.1270751953125
HSDIU,λ<=n,8192,0,133435,16.2884521484375
HSDIU,λ<=n,8192,0,104617,12.7706298828125
HSDIU,λ<=n,8192,0,129037,15.7515869140625
HSDIU,λ<=n,8192,0,124035,15.1409912109375
HSDIU,λ<=n,8192,0,84647,10.3328857421875
HSDIU,λ<=n,8192,0,108945,13.2989501953125
HSDIU,λ<=n,8192,0,99667,12.1663818359375
HSDIU,λ<=n,8192,0,89799,10.9617919921875
HSDIU,λ<=n,8192,0,153371,18.7220458984375
HSDIU,λ<=n,8192,0,107541,13.1275634765625
HSDIU,λ<=n,8192,0,147257,17.9757080078125
HSDIU,λ<=n,8192,0,104515,12.7581787109375
HSDIU,λ<=n,8192,0,101045,12.3345947265625
HSDIU,λ<=n,8192,0,91165,11.1285400390625
HSDIU,λ<=n,8192,0,109061,13.3131103515625
HSDIU,λ<=n,8192,0,95191,11.6199951171875
HSDIU,λ<=n,8192,0,181275,22.1282958984375
HSDIU,λ<=n,8192,0,100397,12.2554931640625
HSDIU,λ<=n,8192,0,135337,16.5206298828125
HSDIU,λ<=n,8192,0,109373,13.3511962890625
HSDIU,λ<=n,8192,0,188069,22.9576416015625
HSDIU,λ<=n,8192,0,122349,14.9351806640625
HSDIU,λ<=n,8192,0,118433,14.4571533203125
HSDIU,λ<=n,8192,0,118675,14.4866943359375
HSDIU,λ<=n,8192,0,130609,15.9434814453125
HSDIU,λ<=n,8192,0,157599,19.2381591796875
HSDIU,λ<=n,8192,0,126793,15.4776611328125
HSDIU,λ<=n,8192,0,200409,24.4639892578125
HSDIU,λ<=n,8192,0,205201,25.0489501953125
HSDIU,λ<=n,8192,0,81359,9.9315185546875
HSDIU,λ<=n,8192,0,242889,29.6495361328125
HSDIU,λ<=n,8192,0,78779,9.6165771484375
HSDIU,λ<=n,8192,0,114767,14.0096435546875
HSDIU,λ<=n,8192,0,114533,13.9810791015625
HSDIU,λ<=n,8192,0,238393,29.1007080078125
HSDIU,λ<=n,8192,0,159901,19.5191650390625
HSDIU,λ<=n,8192,0,121053,14.7769775390625
HSDIU,λ<=n,8192,0,227057,27.7169189453125
HSDIU,λ<=n,8192,0,94369,11.5196533203125
HSDIU,λ<=n,8192,0,131763,16.0843505859375
HSDIU,λ<=n,8192,0,120969,14.7667236328125
HSDIU,λ<=n,8192,0,109131,13.3216552734375
HSDIU,λ<=n,8192,0,114017,13.9180908203125
HSDIU,λ<=n,8192,0,132053,16.1197509765625
HSDIU,λ<=n,8192,0,126181,15.4029541015625
HSDIU,λ<=n,8192,0,295233,36.0391845703125
HSDIU,λ<=n,8192,0,191879,23.4227294921875
HSDIU,λ<=n,8192,0,139229,16.9957275390625
HSDIU,λ<=n,8192,0,155635,18.9984130859375
HSDIU,λ<=n,8192,0,129771,15.8411865234375
HSDIU,λ<=n,8192,0,83305,10.1690673828125
HSDIU,λ<=n,8192,0,122465,14.9493408203125
HSDIU,λ<=n,8192,0,198669,24.2515869140625
HSDIU,λ<=n,8192,0,95531,11.6614990234375
HSDIU,λ<=n,8192,0,87059,10.6273193359375
HRDIU,λ<=n,8192,0,108053,13.1900634765625
HRDIU,λ<=n,8192,0,83181,10.1539306640625
HRDIU,λ<=n,8192,0,109795,13.4027099609375
HRDIU,λ<=n,8192,0,78651,9.6009521484375
HRDIU,λ<=n,8192,0,133537,16.3009033203125
HRDIU,λ<=n,8192,0,96999,11.8406982421875
HRDIU,λ<=n,8192,0,74819,9.1331787109375
HRDIU,λ<=n,8192,0,75453,9.2105712890625
HRDIU,λ<=n,8192,0,74243,9.0628662109375
HRDIU,λ<=n,8192,0,76163,9.2972412109375
HRDIU,λ<=n,8192,0,75053,9.1617431640625
HRDIU,λ<=n,8192,0,78561,9.5899658203125
HRDIU,λ<=n,8192,0,86705,10.5841064453125
HRDIU,λ<=n,8192,0,78917,9.6334228515625
HRDIU,λ<=n,8192,0,79167,9.6639404296875
HRDIU,λ<=n,8192,0,81163,9.9075927734375
HRDIU,λ<=n,8192,0,70677,8.6275634765625
HRDIU,λ<=n,8192,0,91413,11.1588134765625
HRDIU,λ<=n,8192,0,87597,10.6929931640625
HRDIU,λ<=n,8192,0,70961,8.6622314453125
HRDIU,λ<=n,8192,0,71577,8.7374267578125
HRDIU,λ<=n,8192,0,83663,10.2127685546875
HRDIU,λ<=n,8192,0,102891,12.5599365234375
HRDIU,λ<=n,8192,0,89203,10.8890380859375
HRDIU,λ<=n,8192,0,79017,9.6456298828125
HRDIU,λ<=n,8192,0,149053,18.1949462890625
HRDIU,λ<=n,8192,0,184391,22.5086669921875
HRDIU,λ<=n,8192,0,71627,8.7435302734375
HRDIU,λ<=n,8192,0,88277,10.7760009765625
HRDIU,λ<=n,8192,0,96281,11.7530517578125
HRDIU,λ<=n,8192,0,68605,8.3746337890625
HRDIU,λ<=n,8192,0,93087,11.3631591796875
HRDIU,λ<=n,8192,0,84901,10.3638916015625
HRDIU,λ<=n,8192,0,91203,11.1331787109375
HRDIU,λ<=n,8192,0,98155,11.9818115234375
HRDIU,λ<=n,8192,0,92331,11.2708740234375
HRDIU,λ<=n,8192,0,78545,9.5880126953125
HRDIU,λ<=n,8192,0,103153,12.5919189453125
HRDIU,λ<=n,8192,0,107853,13.1656494140625
HRDIU,λ<=n,8192,0,75571,9.2249755859375
HRDIU,λ<=n,8192,0,84633,10.3311767578125
HRDIU,λ<=n,8192,0,82655,10.0897216796875
HRDIU,λ<=n,8192,0,90693,11.0709228515625
HRDIU,λ<=n,8192,0,76147,9.2952880859375
HRDIU,λ<=n,8192,0,86207,10.5233154296875
HRDIU,λ<=n,8192,0,77343,9.4412841796875
HRDIU,λ<=n,8192,0,100981,12.3267822265625
HRDIU,λ<=n,8192,0,81197,9.9117431640625
HRDIU,λ<=n,8192,0,66013,8.0582275390625
HRDIU,λ<=n,8192,0,76025,9.2803955078125
HRDIU,λ<=n,8192,0,77063,9.4071044921875
HRDIU,λ<=n,8192,0,111881,13.6573486328125
HRDIU,λ<=n,8192,0,121767,14.8641357421875
HRDIU,λ<=n,8192,0,94339,11.5159912109375
HRDIU,λ<=n,8192,0,105401,12.8663330078125
HRDIU,λ<=n,8192,0,98369,12.0079345703125
HRDIU,λ<=n,8192,0,86533,10.5631103515625
HRDIU,λ<=n,8192,0,87225,10.6475830078125
HRDIU,λ<=n,8192,0,81503,9.9490966796875
HRDIU,λ<=n,8192,0,77435,9.4525146484375
HRDIU,λ<=n,8192,0,127543,15.5692138671875
HRDIU,λ<=n,8192,0,90691,11.0706787109375
HRDIU,λ<=n,8192,0,99685,12.1685791015625
HRDIU,λ<=n,8192,0,155749,19.0123291015625
HRDIU,λ<=n,8192,0,82961,10.1270751953125
HRDIU,λ<=n,8192,0,81143,9.9051513671875
HRDIU,λ<=n,8192,0,76857,9.3819580078125
HRDIU,λ<=n,8192,0,69497,8.4835205078125
HRDIU,λ<=n,8192,0,76307,9.3148193359375
HRDIU,λ<=n,8192,0,80791,9.8621826171875
HRDIU,λ<=n,8192,0,180423,22.0242919921875
HRDIU,λ<=n,8192,0,78537,9.5870361328125
HRDIU,λ<=n,8192,0,82215,10.0360107421875
HRDIU,λ<=n,8192,0,76211,9.3031005859375
HRDIU,λ<=n,8192,0,78103,9.5340576171875
HRDIU,λ<=n,8192,0,72663,8.8699951171875
HRDIU,λ<=n,8192,0,121475,14.8284912109375
HRDIU,λ<=n,8192,0,77605,9.4732666015625
HRDIU,λ<=n,8192,0,70803,8.6429443359375
HRDIU,λ<=n,8192,0,92197,11.2545166015625
HRDIU,λ<=n,8192,0,74793,9.1300048828125
HRDIU,λ<=n,8192,0,77181,9.4215087890625
HRDIU,λ<=n,8192,0,84307,10.2913818359375
HRDIU,λ<=n,8192,0,78419,9.5726318359375
HRDIU,λ<=n,8192,0,101251,12.3597412109375
HRDIU,λ<=n,8192,0,76287,9.3123779296875
HRDIU,λ<=n,8192,0,84695,10.3387451171875
HRDIU,λ<=n,8192,0,77971,9.5179443359375
HRDIU,λ<=n,8192,0,75619,9.2308349609375
HRDIU,λ<=n,8192,0,76075,9.2864990234375
HRDIU,λ<=n,8192,0,115399,14.0867919921875
HRDIU,λ<=n,8192,0,86105,10.5108642578125
HRDIU,λ<=n,8192,0,77013,9.4010009765625
HRDIU,λ<=n,8192,0,91191,11.1317138671875
HRDIU,λ<=n,8192,0,74295,9.0692138671875
HRDIU,λ<=n,8192,0,77659,9.4798583984375
HRDIU,λ<=n,8192,0,78359,9.5653076171875
HRDIU,λ<=n,8192,0,95367,11.6414794921875
HRDIU,λ<=n,8192,0,70145,8.5626220703125
HRDIU,λ<=n,8192,0,79917,9.7554931640625
HHDIU,λ<=n,8192,0,66161,8.0762939453125
HHDIU,λ<=n,8192,0,83655,10.2117919921875
HHDIU,λ<=n,8192,0,78185,9.5440673828125
HHDIU,λ<=n,8192,0,124315,15.1751708984375
HHDIU,λ<=n,8192,0,72587,8.8607177734375
HHDIU,λ<=n,8192,0,82629,10.0865478515625
HHDIU,λ<=n,8192,0,65163,7.9544677734375
HHDIU,λ<=n,8192,0,66847,8.1600341796875
HHDIU,λ<=n,8192,0,80353,9.8087158203125
HHDIU,λ<=n,8192,0,97077,11.8502197265625
HHDIU,λ<=n,8192,0,69101,8.4351806640625
HHDIU,λ<=n,8192,0,81385,9.9346923828125
HHDIU,λ<=n,8192,0,74115,9.0472412109375
HHDIU,λ<=n,8192,0,85663,10.4569091796875
HHDIU,λ<=n,8192,0,71225,8.6944580078125
HHDIU,λ<=n,8192,0,105915,12.9290771484375
HHDIU,λ<=n,8192,0,71561,8.7354736328125
HHDIU,λ<=n,8192,0,141533,17.2769775390625
HHDIU,λ<=n,8192,0,89449,10.9190673828125
HHDIU,λ<=n,8192,0,77767,9.4930419921875
HHDIU,λ<=n,8192,0,84467,10.3109130859375
HHDIU,λ<=n,8192,0,71951,8.7830810546875
HHDIU,λ<=n,8192,0,73645,8.9898681640625
HHDIU,λ<=n,8192,0,72089,8.7999267578125
HHDIU,λ<=n,8192,0,84119,10.2684326171875
HHDIU,λ<=n,8192,0,93951,11.4686279296875
HHDIU,λ<=n,8192,0,82931,10.1234130859375
HHDIU,λ<=n,8192,0,80273,9.7989501953125
HHDIU,λ<=n,8192,0,76565,9.3463134765625
HHDIU,λ<=n,8192,0,94477,11.5328369140625
HHDIU,λ<=n,8192,0,69669,8.5045166015625
HHDIU,λ<=n,8192,0,71607,8.7410888671875
HHDIU,λ<=n,8192,0,71331,8.7073974609375
HHDIU,λ<=n,8192,0,64039,7.8172607421875
HHDIU,λ<=n,8192,0,118951,14.5203857421875
HHDIU,λ<=n,8192,0,67217,8.2052001953125
HHDIU,λ<=n,8192,0,97413,11.8912353515625
HHDIU,λ<=n,8192,0,77979,9.5189208984375
HHDIU,λ<=n,8192,0,85939,10.4906005859375
HHDIU,λ<=n,8192,0,87131,10.6361083984375
HHDIU,λ<=n,8192,0,97805,11.9390869140625
HHDIU,λ<=n,8192,0,80805,9.8638916015625
HHDIU,λ<=n,8192,0,112331,13.7122802734375
HHDIU,λ<=n,8192,0,83763,10.2249755859375
HHDIU,λ<=n,8192,0,67905,8.2891845703125
HHDIU,λ<=n,8192,0,72137,8.8057861328125
HHDIU,λ<=n,8192,0,70635,8.6224365234375
HHDIU,λ<=n,8192,0,105393,12.8653564453125
HHDIU,λ<=n,8192,0,69333,8.4635009765625
HHDIU,λ<=n,8192,0,72775,8.8836669921875
HHDIU,λ<=n,8192,0,64651,7.8919677734375
HHDIU,λ<=n,8192,0,67899,8.2884521484375
HHDIU,λ<=n,8192,0,78459,9.5775146484375
HHDIU,λ<=n,8192,0,66413,8.1070556640625
HHDIU,λ<=n,8192,0,89855,10.9686279296875
HHDIU,λ<=n,8192,0,73473,8.9688720703125
HHDIU,λ<=n,8192,0,63535,7.7557373046875
HHDIU,λ<=n,8192,0,68829,8.4019775390625
HHDIU,λ<=n,8192,0,66933,8.1705322265625
HHDIU,λ<=n,8192,0,86005,10.4986572265625
HHDIU,λ<=n,8192,0,65237,7.9635009765625
HHDIU,λ<=n,8192,0,74539,9.0989990234375
HHDIU,λ<=n,8192,0,79933,9.7574462890625
HHDIU,λ<=n,8192,0,70471,8.6024169921875
HHDIU,λ<=n,8192,0,70425,8.5968017578125
HHDIU,λ<=n,8192,0,67269,8.2115478515625
HHDIU,λ<=n,8192,0,70161,8.5645751953125
HHDIU,λ<=n,8192,0,68153,8.3194580078125
HHDIU,λ<=n,8192,0,65315,7.9730224609375
HHDIU,λ<=n,8192,0,124349,15.1793212890625
HHDIU,λ<=n,8192,0,69339,8.4642333984375
HHDIU,λ<=n,8192,0,69793,8.5196533203125
HHDIU,λ<=n,8192,0,69077,8.4322509765625
HHDIU,λ<=n,8192,0,106509,13.0015869140625
HHDIU,λ<=n,8192,0,64423,7.8641357421875
HHDIU,λ<=n,8192,0,97655,11.9207763671875
HHDIU,λ<=n,8192,0,73101,8.9234619140625
HHDIU,λ<=n,8192,0,88877,10.8492431640625
HHDIU,λ<=n,8192,0,78665,9.6026611328125
HHDIU,λ<=n,8192,0,78341,9.5631103515625
HHDIU,λ<=n,8192,0,75139,9.1722412109375
HHDIU,λ<=n,8192,0,77361,9.4434814453125
HHDIU,λ<=n,8192,0,75291,9.1907958984375
HHDIU,λ<=n,8192,0,83933,10.2457275390625
HHDIU,λ<=n,8192,0,68227,8.3284912109375
HHDIU,λ<=n,8192,0,76795,9.3743896484375
HHDIU,λ<=n,8192,0,71921,8.7794189453125
HHDIU,λ<=n,8192,0,66499,8.1175537109375
HHDIU,λ<=n,8192,0,84487,10.3133544921875
HHDIU,λ<=n,8192,0,67643,8.2572021484375
HHDIU,λ<=n,8192,0,64143,7.8299560546875
HHDIU,λ<=n,8192,0,65997,8.0562744140625
HHDIU,λ<=n,8192,0,70075,8.5540771484375
HHDIU,λ<=n,8192,0,86537,10.5635986328125
HHDIU,λ<=n,8192,0,80675,9.8480224609375
HHDIU,λ<=n,8192,0,69217,8.4493408203125
HHDIU,λ<=n,8192,0,72289,8.8243408203125
HHDIU,λ<=n,8192,0,73855,9.0155029296875
HHDIU,λ<=n,8192,0,86797,10.5953369140625
HHDIU,λ<=n,8192,0,65033,7.9385986328125
HHLIU,λ<=n,8192,0,80547,9.8323974609375
HHLIU,λ<=n,8192,0,158867,19.3929443359375
HHLIU,λ<=n,8192,0,72187,8.8118896484375
HHLIU,λ<=n,8192,0,68163,8.3206787109375
HHLIU,λ<=n,8192,0,76469,9.3345947265625
HHLIU,λ<=n,8192,0,81435,9.9407958984375
HHLIU,λ<=n,8192,0,76825,9.3780517578125
HHLIU,λ<=n,8192,0,94549,11.5416259765625
HHLIU,λ<=n,8192,0,163151,19.9158935546875
HHLIU,λ<=n,8192,0,99085,12.0953369140625
HHLIU,λ<=n,8192,0,73483,8.9700927734375
HHLIU,λ<=n,8192,0,87015,10.6219482421875
HHLIU,λ<=n,8192,0,79053,9.6500244140625
HHLIU,λ<=n,8192,0,74655,9.1131591796875
HHLIU,λ<=n,8192,0,76655,9.3572998046875
HHLIU,λ<=n,8192,0,95069,11.6051025390625
HHLIU,λ<=n,8192,0,74695,9.1180419921875
HHLIU,λ<=n,8192,0,92135,11.2469482421875
HHLIU,λ<=n,8192,0,70207,8.5701904296875
HHLIU,λ<=n,8192,0,77507,9.4613037109375
HHLIU,λ<=n,8192,0,78519,9.5848388671875
HHLIU,λ<=n,8192,0,74411,9.0833740234375
HHLIU,λ<=n,8192,0,100887,12.3153076171875
HHLIU,λ<=n,8192,0,97327,11.8807373046875
HHLIU,λ<=n,8192,0,99897,12.1944580078125
HHLIU,λ<=n,8192,0,116119,14.1746826171875
HHLIU,λ<=n,8192,0,74357,9.0767822265625
HHLIU,λ<=n,8192,0,72611,8.8636474609375
HHLIU,λ<=n,8192,0,83425,10.1837158203125
HHLIU,λ<=n,8192,0,75711,9.2420654296875
HHLIU,λ<=n,8192,0,68949,8.4166259765625
HHLIU,λ<=n,8192,0,74103,9.0457763671875
HHLIU,λ<=n,8192,0,83205,10.1568603515625
HHLIU,λ<=n,8192,0,72745,8.8800048828125
HHLIU,λ<=n,8192,0,74085,9.0435791015625
HHLIU,λ<=n,8192,0,89353,10.9073486328125
HHLIU,λ<=n,8192,0,75891,9.2640380859375
HHLIU,λ<=n,8192,0,77785,9.4952392578125
HHLIU,λ<=n,8192,0,77081,9.4093017578125
HHLIU,λ<=n,8192,0,86773,10.5924072265625
HHLIU,λ<=n,8192,0,83171,10.1527099609375
HHLIU,λ<=n,8192,0,77033,9.4034423828125
HHLIU,λ<=n,8192,0,80861,9.8707275390625
HHLIU,λ<=n,8192,0,103225,12.6007080078125
HHLIU,λ<=n,8192,0,74377,9.0792236328125
HHLIU,λ<=n,8192,0,76237,9.3062744140625
HHLIU,λ<=n,8192,0,85845,10.4791259765625
HHLIU,λ<=n,8192,0,112165,13.6920166015625
HHLIU,λ<=n,8192,0,75537,9.2208251953125
HHLIU,λ<=n,8192,0,74527,9.0975341796875
HHLIU,λ<=n,8192,0,90917,11.0982666015625
HHLIU,λ<=n,8192,0,85679,10.4588623046875
HHLIU,λ<=n,8192,0,77723,9.4876708984375
HHLIU,λ<=n,8192,0,78375,9.5672607421875
HHLIU,λ<=n,8192,0,87211,10.6458740234375
HHLIU,λ<=n,8192,0,82411,10.0599365234375
HHLIU,λ<=n,8192,0,92811,11.3294677734375
HHLIU,λ<=n,8192,0,73861,9.0162353515625
HHLIU,λ<=n,8192,0,84171,10.2747802734375
HHLIU,λ<=n,8192,0,69305,8.4600830078125
HHLIU,λ<=n,8192,0,66707,8.1429443359375
HHLIU,λ<=n,8192,0,89455,10.9197998046875
HHLIU,λ<=n,8192,0,70907,8.6556396484375
HHLIU,λ<=n,8192,0,77743,9.4901123046875
HHLIU,λ<=n,8192,0,104489,12.7550048828125
HHLIU,λ<=n,8192,0,76337,9.3184814453125
HHLIU,λ<=n,8192,0,69811,8.5218505859375
HHLIU,λ<=n,8192,0,82819,10.1097412109375
HHLIU,λ<=n,8192,0,68185,8.3233642578125
HHLIU,λ<=n,8192,0,87629,10.6968994140625
HHLIU,λ<=n,8192,0,94999,11.5965576171875
HHLIU,λ<=n,8192,0,73555,8.9788818359375
HHLIU,λ<=n,8192,0,79731,9.7327880859375
HHLIU,λ<=n,8192,0,84505,10.3155517578125
HHLIU,λ<=n,8192,0,105513,12.8800048828125
HHLIU,λ<=n,8192,0,78673,9.6036376953125
HHLIU,λ<=n,8192,0,85533,10.4410400390625
HHLIU,λ<=n,8192,0,101183,12.3514404296875
HHLIU,λ<=n,8192,0,73721,8.9991455078125
HHLIU,λ<=n,8192,0,76211,9.3031005859375
HHLIU,λ<=n,8192,0,68885,8.4088134765625
HHLIU,λ<=n,8192,0,69943,8.5379638671875
HHLIU,λ<=n,8192,0,106271,12.9725341796875
HHLIU,λ<=n,8192,0,86601,10.5714111328125
HHLIU,λ<=n,8192,0,79867,9.7493896484375
HHLIU,λ<=n,8192,0,114737,14.0059814453125
HHLIU,λ<=n,8192,0,118533,14.4693603515625
HHLIU,λ<=n,8192,0,75445,9.2095947265625
HHLIU,λ<=n,8192,0,71599,8.7401123046875
HHLIU,λ<=n,8192,0,67311,8.2166748046875
HHLIU,λ<=n,8192,0,73969,9.0294189453125
HHLIU,λ<=n,8192,0,67713,8.2657470703125
HHLIU,λ<=n,8192,0,74237,9.0621337890625
HHLIU,λ<=n,8192,0,72485,8.8482666015625
HHLIU,λ<=n,8192,0,75995,9.2767333984375
HHLIU,λ<=n,8192,0,81165,9.9078369140625
HHLIU,λ<=n,8192,0,110625,13.5040283203125
HHLIU,λ<=n,8192,0,67637,8.2564697265625
HHLIU,λ<=n,8192,0,92751,11.3221435546875
HHLIU,λ<=n,8192,0,114435,13.9691162109375
HRLIU,λ<=n,8192,0,81625,9.9639892578125
HRLIU,λ<=n,8192,0,106083,12.9495849609375
HRLIU,λ<=n,8192,0,169977,20.7491455078125
HRLIU,λ<=n,8192,0,85851,10.4798583984375
HRLIU,λ<=n,8192,0,94391,11.5223388671875
HRLIU,λ<=n,8192,0,137955,16.8402099609375
HRLIU,λ<=n,8192,0,87487,10.6795654296875
HRLIU,λ<=n,8192,0,84757,10.3463134765625
HRLIU,λ<=n,8192,0,122123,14.9075927734375
HRLIU,λ<=n,8192,0,120783,14.7440185546875
HRLIU,λ<=n,8192,0,85247,10.4061279296875
HRLIU,λ<=n,8192,0,90441,11.0401611328125
HRLIU,λ<=n,8192,0,75657,9.2354736328125
HRLIU,λ<=n,8192,0,74763,9.1263427734375
HRLIU,λ<=n,8192,0,96013,11.7203369140625
HRLIU,λ<=n,8192,0,95293,11.6324462890625
HRLIU,λ<=n,8192,0,99109,12.0982666015625
HRLIU,λ<=n,8192,0,101553,12.3966064453125
HRLIU,λ<=n,8192,0,79795,9.7406005859375
HRLIU,λ<=n,8192,0,85227,10.4036865234375
HRLIU,λ<=n,8192,0,74657,9.1134033203125
HRLIU,λ<=n,8192,0,88639,10.8201904296875
HRLIU,λ<=n,8192,0,85383,10.4227294921875
HRLIU,λ<=n,8192,0,83467,10.1888427734375
HRLIU,λ<=n,8192,0,72099,8.8011474609375
HRLIU,λ<=n,8192,0,85777,10.4708251953125
HRLIU,λ<=n,8192,0,119765,14.6197509765625
HRLIU,λ<=n,8192,0,90379,11.0325927734375
HRLIU,λ<=n,8192,0,86901,10.6080322265625
HRLIU,λ<=n,8192,0,94731,11.5638427734375
HRLIU,λ<=n,8192,0,75617,9.2305908203125
HRLIU,λ<=n,8192,0,149155,18.2073974609375
HRLIU,λ<=n,8192,0,104477,12.7535400390625
HRLIU,λ<=n,8192,0,76411,9.3275146484375
HRLIU,λ<=n,8192,0,78785,9.6173095703125
HRLIU,λ<=n,8192,0,108715,13.2708740234375
HRLIU,λ<=n,8192,0,79803,9.7415771484375
HRLIU,λ<=n,8192,0,84001,10.2540283203125
HRLIU,λ<=n,8192,0,105471,12.8748779296875
HRLIU,λ<=n,8192,0,93799,11.4500732421875
HRLIU,λ<=n,8192,0,122487,14.9520263671875
HRLIU,λ<=n,8192,0,79887,9.7518310546875
HRLIU,λ<=n,8192,0,77343,9.4412841796875
HRLIU,λ<=n,8192,0,106429,12.9918212890625
HRLIU,λ<=n,8192,0,110411,13.4779052734375
HRLIU,λ<=n,8192,0,82459,10.0657958984375
HRLIU,λ<=n,8192,0,77513,9.4620361328125
HRLIU,λ<=n,8192,0,88763,10.8353271484375
HRLIU,λ<=n,8192,0,79685,9.7271728515625
HRLIU,λ<=n,8192,0,77925,9.5123291015625
HRLIU,λ<=n,8192,0,102809,12.5499267578125
HRLIU,λ<=n,8192,0,121247,14.8006591796875
HRLIU,λ<=n,8192,0,92301,11.2672119140625
HRLIU,λ<=n,8192,0,92097,11.2423095703125
HRLIU,λ<=n,8192,0,137357,16.7672119140625
HRLIU,λ<=n,8192,0,114789,14.0123291015625
HRLIU,λ<=n,8192,0,105017,12.8194580078125
HRLIU,λ<=n,8192,0,100617,12.2823486328125
HRLIU,λ<=n,8192,0,79331,9.6839599609375
HRLIU,λ<=n,8192,0,86599,10.5711669921875
HRLIU,λ<=n,8192,0,112573,13.7418212890625
HRLIU,λ<=n,8192,0,87925,10.7330322265625
HRLIU,λ<=n,8192,0,79149,9.6617431640625
HRLIU,λ<=n,8192,0,174915,21.3519287109375
HRLIU,λ<=n,8192,0,68897,8.4102783203125
HRLIU,λ<=n,8192,0,85681,10.4591064453125
HRLIU,λ<=n,8192,0,76055,9.2840576171875
HRLIU,λ<=n,8192,0,106785,13.0352783203125
HRLIU,λ<=n,8192,0,76891,9.3861083984375
HRLIU,λ<=n,8192,0,79295,9.6795654296875
HRLIU,λ<=n,8192,0,92529,11.2950439453125
HRLIU,λ<=n,8192,0,92479,11.2889404296875
HRLIU,λ<=n,8192,0,84883,10.3616943359375
HRLIU,λ<=n,8192,0,86061,10.5054931640625
HRLIU,λ<=n,8192,0,74619,9.1087646484375
HRLIU,λ<=n,8192,0,161777,19.7481689453125
HRLIU,λ<=n,8192,0,90245,11.0162353515625
HRLIU,λ<=n,8192,0,100249,12.2374267578125
HRLIU,λ<=n,8192,0,114569,13.9854736328125
HRLIU,λ<=n,8192,0,78427,9.5736083984375
HRLIU,λ<=n,8192,0,103337,12.6143798828125
HRLIU,λ<=n,8192,0,112563,13.7406005859375
HRLIU,λ<=n,8192,0,89333,10.9049072265625
HRLIU,λ<=n,8192,0,89701,10.9498291015625
HRLIU,λ<=n,8192,0,81219,9.9144287109375
HRLIU,λ<=n,8192,0,101523,12.3929443359375
HRLIU,λ<=n,8192,0,83645,10.2105712890625
HRLIU,λ<=n,8192,0,98657,12.0430908203125
HRLIU,λ<=n,8192,0,100507,12.2689208984375
HRLIU,λ<=n,8192,0,82889,10.1182861328125
HRLIU,λ<=n,8192,0,88675,10.8245849609375
HRLIU,λ<=n,8192,0,79863,9.7489013671875
HRLIU,λ<=n,8192,0,87547,10.6868896484375
HRLIU,λ<=n,8192,0,130587,15.9407958984375
HRLIU,λ<=n,8192,0,91947,11.2239990234375
HRLIU,λ<=n,8192,0,127779,15.5980224609375
HRLIU,λ<=n,8192,0,75721,9.2432861328125
HRLIU,λ<=n,8192,0,95531,11.6614990234375
HRLIU,λ<=n,8192,0,81053,9.8941650390625
HSLIU,λ<=n,8192,0,96953,11.8350830078125
HSLIU,λ<=n,8192,0,116039,14.1649169921875
HSLIU,λ<=n,8192,0,150307,18.3480224609375
HSLIU,λ<=n,8192,0,101363,12.3734130859375
HSLIU,λ<=n,8192,0,145589,17.7720947265625
HSLIU,λ<=n,8192,0,152441,18.6085205078125
HSLIU,λ<=n,8192,0,138821,16.9459228515625
HSLIU,λ<=n,8192,0,104697,12.7803955078125
HSLIU,λ<=n,8192,0,167341,20.4273681640625
HSLIU,λ<=n,8192,0,108439,13.2371826171875
HSLIU,λ<=n,8192,0,136343,16.6434326171875
HSLIU,λ<=n,8192,0,136705,16.6876220703125
HSLIU,λ<=n,8192,0,106791,13.0360107421875
HSLIU,λ<=n,8192,0,138031,16.8494873046875
HSLIU,λ<=n,8192,0,108773,13.2779541015625
HSLIU,λ<=n,8192,0,114977,14.0352783203125
HSLIU,λ<=n,8192,0,147175,17.9656982421875
HSLIU,λ<=n,8192,0,146585,17.8936767578125
HSLIU,λ<=n,8192,0,97941,11.9556884765625
HSLIU,λ<=n,8192,0,171391,20.9217529296875
HSLIU,λ<=n,8192,0,104959,12.8123779296875
HSLIU,λ<=n,8192,0,95133,11.6129150390625
HSLIU,λ<=n,8192,0,162579,19.8460693359375
HSLIU,λ<=n,8192,0,128223,15.6522216796875
HSLIU,λ<=n,8192,0,110445,13.4820556640625
HSLIU,λ<=n,8192,0,135603,16.5531005859375
HSLIU,λ<=n,8192,0,101333,12.3697509765625
HSLIU,λ<=n,8192,0,139081,16.9776611328125
HSLIU,λ<=n,8192,0,111579,13.6204833984375
HSLIU,λ<=n,8192,0,123439,15.0682373046875
HSLIU,λ<=n,8192,0,117359,14.3260498046875
HSLIU,λ<=n,8192,0,168121,20.5225830078125
HSLIU,λ<=n,8192,0,94573,11.5445556640625
HSLIU,λ<=n,8192,0,144659,17.6585693359375
HSLIU,λ<=n,8192,0,89845,10.9674072265625
HSLIU,λ<=n,8192,0,121069,14.7789306640625
HSLIU,λ<=n,8192,0,124781,15.2320556640625
HSLIU,λ<=n,8192,0,148525,18.1304931640625
HSLIU,λ<=n,8192,0,163715,19.9847412109375
HSLIU,λ<=n,8192,0,113305,13.8311767578125
HSLIU,λ<=n,8192,0,128465,15.6817626953125
HSLIU,λ<=n,8192,0,122561,14.9610595703125
HSLIU,λ<=n,8192,0,116665,14.2413330078125
HSLIU,λ<=n,8192,0,118173,14.4254150390625
HSLIU,λ<=n,8192,0,153897,18.7862548828125
HSLIU,λ<=n,8192,0,137183,16.7459716796875
HSLIU,λ<=n,8192,0,115205,14.0631103515625
HSLIU,λ<=n,8192,0,89277,10.8980712890625
HSLIU,λ<=n,8192,0,81801,9.9854736328125
HSLIU,λ<=n,8192,0,112585,13.7432861328125
HSLIU,λ<=n,8192,0,191441,23.3692626953125
HSLIU,λ<=n,8192,0,158615,19.3621826171875
HSLIU,λ<=n,8192,0,124045,15.1422119140625
HSLIU,λ<=n,8192,0,119797,14.6236572265625
HSLIU,λ<=n,8192,0,102087,12.4617919921875
HSLIU,λ<=n,8192,0,173543,21.1844482421875
HSLIU,λ<=n,8192,0,174989,21.3609619140625
HSLIU,λ<=n,8192,0,118081,14.4141845703125
HSLIU,λ<=n,8192,0,110215,13.4539794921875
HSLIU,λ<=n,8192,0,115545,14.1046142578125
HSLIU,λ<=n,8192,0,96607,11.7928466796875
HSLIU,λ<=n,8192,0,119693,14.6109619140625
HSLIU,λ<=n,8192,0,100741,12.2974853515625
HSLIU,λ<=n,8192,0,120881,14.7559814453125
HSLIU,λ<=n,8192,0,140839,17.1922607421875
HSLIU,λ<=n,8192,0,98491,12.0228271484375
HSLIU,λ<=n,8192,0,163231,19.9256591796875
HSLIU,λ<=n,8192,0,103099,12.5853271484375
HSLIU,λ<=n,8192,0,192305,23.4747314453125
HSLIU,λ<=n,8192,0,114733,14.0054931640625
HSLIU,λ<=n,8192,0,105571,12.8870849609375
HSLIU,λ<=n,8192,0,242715,29.6282958984375
HSLIU,λ<=n,8192,0,119247,14.5565185546875
HSLIU,λ<=n,8192,0,88559,10.8104248046875
HSLIU,λ<=n,8192,0,167103,20.3983154296875
HSLIU,λ<=n,8192,0,114141,13.9332275390625
HSLIU,λ<=n,8192,0,107025,13.0645751953125
HSLIU,λ<=n,8192,0,102901,12.5611572265625
HSLIU,λ<=n,8192,0,142687,17.4178466796875
HSLIU,λ<=n,8192,0,125899,15.3685302734375
HSLIU,λ<=n,8192,0,96709,11.8052978515625
HSLIU,λ<=n,8192,0,146923,17.9349365234375
HSLIU,λ<=n,8192,0,112695,13.7567138671875
HSLIU,λ<=n,8192,0,150611,18.3851318359375
HSLIU,λ<=n,8192,0,118969,14.5225830078125
HSLIU,λ<=n,8192,0,135637,16.5572509765625
HSLIU,λ<=n,8192,0,109315,13.3441162109375
HSLIU,λ<=n,8192,0,105527,12.8817138671875
HSLIU,λ<=n,8192,0,127783,15.5985107421875
HSLIU,λ<=n,8192,0,149935,18.3026123046875
HSLIU,λ<=n,8192,0,117057,14.2891845703125
HSLIU,λ<=n,8192,0,131087,16.0018310546875
HSLIU,λ<=n,8192,0,106081,12.9493408203125
HSLIU,λ<=n,8192,0,160043,19.5364990234375
HSLIU,λ<=n,8192,0,145389,17.7476806640625
HSLIU,λ<=n,8192,0,90781,11.0816650390625
HSLIU,λ<=n,8192,0,123445,15.0689697265625
HSLIU,λ<=n,8192,0,101459,12.3851318359375
HSLIU,λ<=n,8192,0,124745,15.2276611328125
HSLIU,λ<=n,8192,0,116923,14.2728271484375
SSDCP,λ<=n,8192,0,89466,10.921142578125
SSDCP,λ<=n,8192,0,98221,11.9898681640625
SSDCP,λ<=n,8192,0,125352,15.3017578125
SSDCP,λ<=n,8192,0,210254,25.665771484375
SSDCP,λ<=n,8192,0,90641,11.0645751953125
SSDCP,λ<=n,8192,0,93195,11.3763427734375
SSDCP,λ<=n,8192,0,97718,11.928466796875
SSDCP,λ<=n,8192,0,110039,13.4324951171875
SSDCP,λ<=n,8192,0,119938,14.640869140625
SSDCP,λ<=n,8192,0,184724,22.54931640625
SSDCP,λ<=n,8192,0,128658,15.705322265625
SSDCP,λ<=n,8192,0,100360,12.2509765625
SSDCP,λ<=n,8192,0,114258,13.947509765625
SSDCP,λ<=n,8192,0,103980,12.69287109375
SSDCP,λ<=n,8192,0,89554,10.931884765625
SSDCP,λ<=n,8192,0,104282,12.729736328125
SSDCP,λ<=n,8192,0,81762,9.980712890625
SSDCP,λ<=n,8192,0,100995,12.3284912109375
SSDCP,λ<=n,8192,0,137735,16.8133544921875
SSDCP,λ<=n,8192,0,109101,13.3179931640625
SSDCP,λ<=n,8192,0,97997,11.9625244140625
SSDCP,λ<=n,8192,0,97966,11.958740234375
SSDCP,λ<=n,8192,0,167353,20.4288330078125
SSDCP,λ<=n,8192,0,152103,18.5672607421875
SSDCP,λ<=n,8192,0,116455,14.2156982421875
SSDCP,λ<=n,8192,0,119739,14.6165771484375
SSDCP,λ<=n,8192,0,170549,20.8189697265625
SSDCP,λ<=n,8192,0,107728,13.150390625
SSDCP,λ<=n,8192,0,98186,11.985595703125
SSDCP,λ<=n,8192,0,155963,19.0384521484375
SSDCP,λ<=n,8192,0,137618,16.799072265625
SSDCP,λ<=n,8192,0,194255,23.7127685546875
SSDCP,λ<=n,8192,0,91863,11.2137451171875
SSDCP,λ<=n,8192,0,147487,18.0037841796875
SSDCP,λ<=n,8192,0,103296,12.609375
SSDCP,λ<=n,8192,0,114970,14.034423828125
SSDCP,λ<=n,8192,0,117702,14.367919921875
SSDCP,λ<=n,8192,0,133835,16.3372802734375
SSDCP,λ<=n,8192,0,174432,21.29296875
SSDCP,λ<=n,8192,0,127641,15.5811767578125
SSDCP,λ<=n,8192,0,140111,17.1033935546875
SSDCP,λ<=n,8192,0,99987,12.2054443359375
SSDCP,λ<=n,8192,0,89786,10.960205078125
SSDCP,λ<=n,8192,0,89176,10.8857421875
SSDCP,λ<=n,8192,0,99714,12.172119140625
SSDCP,λ<=n,8192,0,268083,32.7249755859375
SSDCP,λ<=n,8192,0,87974,10.739013671875
SSDCP,λ<=n,8192,0,94730,11.563720703125
SSDCP,λ<=n,8192,0,103686,12.656982421875
SSDCP,λ<=n,8192,0,100074,12.216064453125
SSDCP,λ<=n,8192,0,107871,13.1678466796875
SSDCP,λ<=n,8192,0,95219,11.6234130859375
SSDCP,λ<=n,8192,0,95581,11.6676025390625
SSDCP,λ<=n,8192,0,95564,11.66552734375
SSDCP,λ<=n,8192,0,87345,10.6622314453125
SSDCP,λ<=n,8192,0,93008,11.353515625
SSDCP,λ<=n,8192,0,107870,13.167724609375
SSDCP,λ<=n,8192,0,126839,15.4832763671875
SSDCP,λ<=n,8192,0,106867,13.0452880859375
SSDCP,λ<=n,8192,0,108413,13.2340087890625
SSDCP,λ<=n,8192,0,101109,12.3424072265625
SSDCP,λ<=n,8192,0,84678,10.336669921875
SSDCP,λ<=n,8192,0,127889,15.6114501953125
SSDCP,λ<=n,8192,0,256200,31.2744140625
SSDCP,λ<=n,8192,0,86709,10.5845947265625
SSDCP,λ<=n,8192,0,157612,19.23974609375
SSDCP,λ<=n,8192,0,186319,22.7440185546875
SSDCP,λ<=n,8192,0,93408,11.40234375
SSDCP,λ<=n,8192,0,120634,14.725830078125
SSDCP,λ<=n,8192,0,226371,27.6331787109375
SSDCP,λ<=n,8192,0,113496,13.8544921875
SSDCP,λ<=n,8192,0,107475,13.1195068359375
SSDCP,λ<=n,8192,0,210483,25.6937255859375
SSDCP,λ<=n,8192,0,112584,13.7431640625
SSDCP,λ<=n,8192,0,123768,15.1083984375
SSDCP,λ<=n,8192,0,84402,10.302978515625
SSDCP,λ<=n,8192,0,101808,12.427734375
SSDCP,λ<=n,8192,0,117605,14.3560791015625
SSDCP,λ<=n,8192,0,96365,11.7633056640625
SSDCP,λ<=n,8192,0,98964,12.08056640625
SSDCP,λ<=n,8192,0,120406,14.697998046875
SSDCP,λ<=n,8192,0,93697,11.4376220703125
SSDCP,λ<=n,8192,0,100172,12.22802734375
SSDCP,λ<=n,8192,0,99471,12.1424560546875
SSDCP,λ<=n,8192,0,95639,11.6746826171875
SSDCP,λ<=n,8192,0,121309,14.8082275390625
SSDCP,λ<=n,8192,0,83866,10.237548828125
SSDCP,λ<=n,8192,0,106860,13.04443359375
SSDCP,λ<=n,8192,0,124684,15.22021484375
SSDCP,λ<=n,8192,0,169594,20.702392578125
SSDCP,λ<=n,8192,0,87936,10.734375
SSDCP,λ<=n,8192,0,154169,18.8194580078125
SSDCP,λ<=n,8192,0,119486,14.585693359375
SSDCP,λ<=n,8192,0,97707,11.9271240234375
SSDCP,λ<=n,8192,0,123718,15.102294921875
SSDCP,λ<=n,8192,0,140707,17.1761474609375
SSDCP,λ<=n,8192,0,87260,10.65185546875
SSDCP,λ<=n,8192,0,111536,13.615234375
SSDCP,λ<=n,8192,0,169194,20.653564453125
SSDCP,λ<=n,8192,0,295009,36.0118408203125
SRDCP,λ<=n,8192,0,73536,8.9765625
SRDCP,λ<=n,8192,0,70476,8.60302734375
SRDCP,λ<=n,8192,0,72959,8.9061279296875
SRDCP,λ<=n,8192,0,77962,9.516845703125
SRDCP,λ<=n,8192,0,61101,7.4586181640625
SRDCP,λ<=n,8192,0,141620,17.28759765625
SRDCP,λ<=n,8192,0,70090,8.555908203125
SRDCP,λ<=n,8192,0,70178,8.566650390625
SRDCP,λ<=n,8192,0,61560,7.5146484375
SRDCP,λ<=n,8192,0,75650,9.234619140625
SRDCP,λ<=n,8192,0,64283,7.8470458984375
SRDCP,λ<=n,8192,0,62722,7.656494140625
SRDCP,λ<=n,8192,0,69455,8.4783935546875
SRDCP,λ<=n,8192,0,65550,8.001708984375
SRDCP,λ<=n,8192,0,66736,8.146484375
SRDCP,λ<=n,8192,0,96500,11.77978515625
SRDCP,λ<=n,8192,0,64869,7.9185791015625
SRDCP,λ<=n,8192,0,78011,9.5228271484375
SRDCP,λ<=n,8192,0,73793,9.0079345703125
SRDCP,λ<=n,8192,0,67908,8.28955078125
SRDCP,λ<=n,8192,0,65006,7.935302734375
SRDCP,λ<=n,8192,0,90543,11.0526123046875
SRDCP,λ<=n,8192,0,104168,12.7158203125
SRDCP,λ<=n,8192,0,81269,9.9205322265625
SRDCP,λ<=n,8192,0,123824,15.115234375
SRDCP,λ<=n,8192,0,88378,10.788330078125
SRDCP,λ<=n,8192,0,102571,12.5208740234375
SRDCP,λ<=n,8192,0,70737,8.6348876953125
SRDCP,λ<=n,8192,0,90179,11.0081787109375
SRDCP,λ<=n,8192,0,62123,7.5833740234375
SRDCP,λ<=n,8192,0,82802,10.107666015625
SRDCP,λ<=n,8192,0,80961,9.8829345703125
SRDCP,λ<=n,8192,0,86782,10.593505859375
SRDCP,λ<=n,8192,0,62439,7.6219482421875
SRDCP,λ<=n,8192,0,85816,10.4755859375
SRDCP,λ<=n,8192,0,123143,15.0321044921875
SRDCP,λ<=n,8192,0,73756,9.00341796875
SRDCP,λ<=n,8192,0,77985,9.5196533203125
SRDCP,λ<=n,8192,0,80805,9.8638916015625
SRDCP,λ<=n,8192,0,96908,11.82958984375
SRDCP,λ<=n,8192,0,67530,8.243408203125
SRDCP,λ<=n,8192,0,64476,7.87060546875
SRDCP,λ<=n,8192,0,64868,7.91845703125
SRDCP,λ<=n,8192,0,122561,14.9610595703125
SRDCP,λ<=n,8192,0,122551,14.9598388671875
SRDCP,λ<=n,8192,0,79708,9.72998046875
SRDCP,λ<=n,8192,0,65423,7.9862060546875
SRDCP,λ<=n,8192,0,61166,7.466552734375
SRDCP,λ<=n,8192,0,59613,7.2769775390625
SRDCP,λ<=n,8192,0,91678,11.191162109375
SRDCP,λ<=n,8192,0,89897,10.9737548828125
SRDCP,λ<=n,8192,0,81134,9.904052734375
SRDCP,λ<=n,8192,0,80515,9.8284912109375
SRDCP,λ<=n,8192,0,73586,8.982666015625
SRDCP,λ<=n,8192,0,64746,7.903564453125
SRDCP,λ<=n,8192,0,72804,8.88720703125
SRDCP,λ<=n,8192,0,68139,8.3177490234375
SRDCP,λ<=n,8192,0,110846,13.531005859375
SRDCP,λ<=n,8192,0,61868,7.55224609375
SRDCP,λ<=n,8192,0,83885,10.2398681640625
SRDCP,λ<=n,8192,0,62855,7.6727294921875
SRDCP,λ<=n,8192,0,116760,14.2529296875
SRDCP,λ<=n,8192,0,107365,13.1060791015625
SRDCP,λ<=n,8192,0,107924,13.17431640625
SRDCP,λ<=n,8192,0,68234,8.329345703125
SRDCP,λ<=n,8192,0,112224,13.69921875
SRDCP,λ<=n,8192,0,86031,10.5018310546875
SRDCP,λ<=n,8192,0,67916,8.29052734375
SRDCP,λ<=n,8192,0,66283,8.0911865234375
SRDCP,λ<=n,8192,0,65501,7.9957275390625
SRDCP,λ<=n,8192,0,71755,8.7591552734375
SRDCP,λ<=n,8192,0,78024,9.5244140625
SRDCP,λ<=n,8192,0,65483,7.9935302734375
SRDCP,λ<=n,8192,0,168574,20.577880859375
SRDCP,λ<=n,8192,0,69418,8.473876953125
SRDCP,λ<=n,8192,0,62102,7.580810546875
SRDCP,λ<=n,8192,0,73763,9.0042724609375
SRDCP,λ<=n,8192,0,84712,10.3408203125
SRDCP,λ<=n,8192,0,63069,7.6988525390625
SRDCP,λ<=n,8192,0,138843,16.9486083984375
SRDCP,λ<=n,8192,0,86749,10.5894775390625
SRDCP,λ<=n,8192,0,122189,14.9156494140625
SRDCP,λ<=n,8192,0,91459,11.1644287109375
SRDCP,λ<=n,8192,0,107401,13.1104736328125
SRDCP,λ<=n,8192,0,104778,12.790283203125
SRDCP,λ<=n,8192,0,58759,7.1727294921875
SRDCP,λ<=n,8192,0,101672,12.4111328125
SRDCP,λ<=n,8192,0,70623,8.6209716796875
SRDCP,λ<=n,8192,0,61451,7.5013427734375
SRDCP,λ<=n,8192,0,101304,12.3662109375
SRDCP,λ<=n,8192,0,73084,8.92138671875
SRDCP,λ<=n,8192,0,63473,7.7481689453125
SRDCP,λ<=n,8192,0,110459,13.4837646484375
SRDCP,λ<=n,8192,0,81578,9.958251953125
SRDCP,λ<=n,8192,0,113498,13.854736328125
SRDCP,λ<=n,8192,0,81777,9.9825439453125
SRDCP,λ<=n,8192,0,67728,8.267578125
SRDCP,λ<=n,8192,0,65569,8.0040283203125
SRDCP,λ<=n,8192,0,76347,9.3197021484375
SRDCP,λ<=n,8192,0,63497,7.7510986328125
SHDCP,λ<=n,8192,0,61745,7.5372314453125
SHDCP,λ<=n,8192,0,71987,8.7874755859375
SHDCP,λ<=n,8192,0,53838,6.572021484375
SHDCP,λ<=n,8192,0,59886,7.310302734375
SHDCP,λ<=n,8192,0,81422,9.939208984375
SHDCP,λ<=n,8192,0,101743,12.4197998046875
SHDCP,λ<=n,8192,0,73004,8.91162109375
SHDCP,λ<=n,8192,0,79471,9.7010498046875
SHDCP,λ<=n,8192,0,91261,11.1402587890625
SHDCP,λ<=n,8192,0,58383,7.1268310546875
SHDCP,λ<=n,8192,0,62770,7.662353515625
SHDCP,λ<=n,8192,0,62409,7.6182861328125
SHDCP,λ<=n,8192,0,64859,7.9173583984375
SHDCP,λ<=n,8192,0,60628,7.40087890625
SHDCP,λ<=n,8192,0,69295,8.4588623046875
SHDCP,λ<=n,8192,0,69219,8.4495849609375
SHDCP,λ<=n,8192,0,64813,7.9117431640625
SHDCP,λ<=n,8192,0,59464,7.2587890625
SHDCP,λ<=n,8192,0,60943,7.4393310546875
SHDCP,λ<=n,8192,0,69621,8.4986572265625
SHDCP,λ<=n,8192,0,78202,9.546142578125
SHDCP,λ<=n,8192,0,68452,8.35595703125
SHDCP,λ<=n,8192,0,60417,7.3751220703125
SHDCP,λ<=n,8192,0,56707,6.9222412109375
SHDCP,λ<=n,8192,0,73643,8.9896240234375
SHDCP,λ<=n,8192,0,69957,8.5396728515625
SHDCP,λ<=n,8192,0,56287,6.8709716796875
SHDCP,λ<=n,8192,0,63918,7.802490234375
SHDCP,λ<=n,8192,0,63488,7.75
SHDCP,λ<=n,8192,0,72850,8.892822265625
SHDCP,λ<=n,8192,0,75856,9.259765625
SHDCP,λ<=n,8192,0,70179,8.5667724609375
SHDCP,λ<=n,8192,0,69082,8.432861328125
SHDCP,λ<=n,8192,0,67565,8.2476806640625
SHDCP,λ<=n,8192,0,64285,7.8472900390625
SHDCP,λ<=n,8192,0,75069,9.1636962890625
SHDCP,λ<=n,8192,0,82184,10.0322265625
SHDCP,λ<=n,8192,0,95192,11.6201171875
SHDCP,λ<=n,8192,0,69788,8.51904296875
SHDCP,λ<=n,8192,0,56647,6.9149169921875
SHDCP,λ<=n,8192,0,157121,19.1798095703125
SHDCP,λ<=n,8192,0,83425,10.1837158203125
SHDCP,λ<=n,8192,0,75711,9.2420654296875
SHDCP,λ<=n,8192,0,74536,9.0986328125
SHDCP,λ<=n,8192,0,105340,12.85888671875
SHDCP,λ<=n,8192,0,125577,15.3292236328125
SHDCP,λ<=n,8192,0,80338,9.806884765625
SHDCP,λ<=n,8192,0,75761,9.2481689453125
SHDCP,λ<=n,8192,0,64115,7.8265380859375
SHDCP,λ<=n,8192,0,111193,13.5733642578125
SHDCP,λ<=n,8192,0,108266,13.216064453125
SHDCP,λ<=n,8192,0,194732,23.77099609375
SHDCP,λ<=n,8192,0,63574,7.760498046875
SHDCP,λ<=n,8192,0,66413,8.1070556640625
SHDCP,λ<=n,8192,0,67361,8.2227783203125
SHDCP,λ<=n,8192,0,84644,10.33251953125
SHDCP,λ<=n,8192,0,64824,7.9130859375
SHDCP,λ<=n,8192,0,73838,9.013427734375
SHDCP,λ<=n,8192,0,69221,8.4498291015625
SHDCP,λ<=n,8192,0,97403,11.8900146484375
SHDCP,λ<=n,8192,0,55733,6.8033447265625
SHDCP,λ<=n,8192,0,65191,7.9578857421875
SHDCP,λ<=n,8192,0,77105,9.4122314453125
SHDCP,λ<=n,8192,0,63006,7.691162109375
SHDCP,λ<=n,8192,0,91038,11.113037109375
SHDCP,λ<=n,8192,0,75914,9.266845703125
SHDCP,λ<=n,8192,0,78831,9.6229248046875
SHDCP,λ<=n,8192,0,83773,10.2261962890625
SHDCP,λ<=n,8192,0,97955,11.9573974609375
SHDCP,λ<=n,8192,0,62438,7.621826171875
SHDCP,λ<=n,8192,0,64460,7.86865234375
SHDCP,λ<=n,8192,0,58930,7.193603515625
SHDCP,λ<=n,8192,0,83444,10.18603515625
SHDCP,λ<=n,8192,0,79173,9.6646728515625
SHDCP,λ<=n,8192,0,71630,8.743896484375
SHDCP,λ<=n,8192,0,68577,8.3712158203125
SHDCP,λ<=n,8192,0,80749,9.8570556640625
SHDCP,λ<=n,8192,0,73141,8.9283447265625
SHDCP,λ<=n,8192,0,152546,18.621337890625
SHDCP,λ<=n,8192,0,75736,9.2451171875
SHDCP,λ<=n,8192,0,61407,7.4959716796875
SHDCP,λ<=n,8192,0,56795,6.9329833984375
SHDCP,λ<=n,8192,0,57016,6.9599609375
SHDCP,λ<=n,8192,0,60722,7.412353515625
SHDCP,λ<=n,8192,0,80416,9.81640625
SHDCP,λ<=n,8192,0,54467,6.6488037109375
SHDCP,λ<=n,8192,0,68721,8.3887939453125
SHDCP,λ<=n,8192,0,107273,13.0948486328125
SHDCP,λ<=n,8192,0,80625,9.8419189453125
SHDCP,λ<=n,8192,0,117426,14.334228515625
SHDCP,λ<=n,8192,0,56702,6.921630859375
SHDCP,λ<=n,8192,0,72230,8.817138671875
SHDCP,λ<=n,8192,0,89756,10.95654296875
SHDCP,λ<=n,8192,0,94285,11.5093994140625
SHDCP,λ<=n,8192,0,77138,9.416259765625
SHDCP,λ<=n,8192,0,55265,6.7462158203125
SHDCP,λ<=n,8192,0,89448,10.9189453125
SHDCP,λ<=n,8192,0,61972,7.56494140625
SHDCP,λ<=n,8192,0,85599,10.4490966796875
SHDCP,λ<=n,8192,0,58327,7.1199951171875
SHLCP,λ<=n,8192,0,143573,17.5260009765625
SHLCP,λ<=n,8192,0,143073,17.4649658203125
SHLCP,λ<=n,8192,0,59898,7.311767578125
SHLCP,λ<=n,8192,0,74239,9.0623779296875
SHLCP,λ<=n,8192,0,61862,7.551513671875
SHLCP,λ<=n,8192,0,63818,7.790283203125
SHLCP,λ<=n,8192,0,76752,9.369140625
SHLCP,λ<=n,8192,0,73734,9.000732421875
SHLCP,λ<=n,8192,0,58691,7.1644287109375
SHLCP,λ<=n,8192,0,67650,8.258056640625
SHLCP,λ<=n,8192,0,68513,8.3634033203125
SHLCP,λ<=n,8192,0,59447,7.2567138671875
SHLCP,λ<=n,8192,0,66810,8.155517578125
SHLCP,λ<=n,8192,0,63027,7.6937255859375
SHLCP,λ<=n,8192,0,62411,7.6185302734375
SHLCP,λ<=n,8192,0,58244,7.10986328125
SHLCP,λ<=n,8192,0,119270,14.559326171875
SHLCP,λ<=n,8192,0,81464,9.9443359375
SHLCP,λ<=n,8192,0,97609,11.9151611328125
SHLCP,λ<=n,8192,0,79478,9.701904296875
SHLCP,λ<=n,8192,0,66891,8.1654052734375
SHLCP,λ<=n,8192,0,64834,7.914306640625
SHLCP,λ<=n,8192,0,67818,8.278564453125
SHLCP,λ<=n,8192,0,73510,8.973388671875
SHLCP,λ<=n,8192,0,59737,7.2921142578125
SHLCP,λ<=n,8192,0,73900,9.02099609375
SHLCP,λ<=n,8192,0,72948,8.90478515625
SHLCP,λ<=n,8192,0,65990,8.055419921875
SHLCP,λ<=n,8192,0,77961,9.5167236328125
SHLCP,λ<=n,8192,0,74133,9.0494384765625
SHLCP,λ<=n,8192,0,88988,10.86279296875
SHLCP,λ<=n,8192,0,63960,7.8076171875
SHLCP,λ<=n,8192,0,66918,8.168701171875
SHLCP,λ<=n,8192,0,71155,8.6859130859375
SHLCP,λ<=n,8192,0,92687,11.3143310546875
SHLCP,λ<=n,8192,0,60391,7.3719482421875
SHLCP,λ<=n,8192,0,71927,8.7801513671875
SHLCP,λ<=n,8192,0,129576,15.8173828125
SHLCP,λ<=n,8192,0,64336,7.853515625
SHLCP,λ<=n,8192,0,60159,7.3436279296875
SHLCP,λ<=n,8192,0,60971,7.4427490234375
SHLCP,λ<=n,8192,0,65812,8.03369140625
SHLCP,λ<=n,8192,0,61482,7.505126953125
SHLCP,λ<=n,8192,0,58948,7.19580078125
SHLCP,λ<=n,8192,0,115721,14.1260986328125
SHLCP,λ<=n,8192,0,66389,8.1041259765625
SHLCP,λ<=n,8192,0,79554,9.711181640625
SHLCP,λ<=n,8192,0,66454,8.112060546875
SHLCP,λ<=n,8192,0,80620,9.84130859375
SHLCP,λ<=n,8192,0,75582,9.226318359375
SHLCP,λ<=n,8192,0,61772,7.54052734375
SHLCP,λ<=n,8192,0,67243,8.2083740234375
SHLCP,λ<=n,8192,0,71492,8.72705078125
SHLCP,λ<=n,8192,0,95644,11.67529296875
SHLCP,λ<=n,8192,0,74533,9.0982666015625
SHLCP,λ<=n,8192,0,88602,10.815673828125
SHLCP,λ<=n,8192,0,77554,9.467041015625
SHLCP,λ<=n,8192,0,63814,7.789794921875
SHLCP,λ<=n,8192,0,65492,7.99462890625
SHLCP,λ<=n,8192,0,92268,11.26318359375
SHLCP,λ<=n,8192,0,97424,11.892578125
SHLCP,λ<=n,8192,0,65893,8.0435791015625
SHLCP,λ<=n,8192,0,70203,8.5697021484375
SHLCP,λ<=n,8192,0,72373,8.8345947265625
SHLCP,λ<=n,8192,0,77981,9.5191650390625
SHLCP,λ<=n,8192,0,77974,9.518310546875
SHLCP,λ<=n,8192,0,77544,9.4658203125
SHLCP,λ<=n,8192,0,63897,7.7999267578125
SHLCP,λ<=n,8192,0,75224,9.1826171875
SHLCP,λ<=n,8192,0,84405,10.3033447265625
SHLCP,λ<=n,8192,0,67282,8.213134765625
SHLCP,λ<=n,8192,0,67435,8.2318115234375
SHLCP,λ<=n,8192,0,58661,7.1607666015625
SHLCP,λ<=n,8192,0,74144,9.05078125
SHLCP,λ<=n,8192,0,67212,8.20458984375
SHLCP,λ<=n,8192,0,63538,7.756103515625
SHLCP,λ<=n,8192,0,77374,9.445068359375
SHLCP,λ<=n,8192,0,95471,11.6541748046875
SHLCP,λ<=n,8192,0,72377,8.8350830078125
SHLCP,λ<=n,8192,0,68309,8.3385009765625
SHLCP,λ<=n,8192,0,74706,9.119384765625
SHLCP,λ<=n,8192,0,65749,8.0260009765625
SHLCP,λ<=n,8192,0,57779,7.0531005859375
SHLCP,λ<=n,8192,0,77882,9.507080078125
SHLCP,λ<=n,8192,0,68416,8.3515625
SHLCP,λ<=n,8192,0,69837,8.5250244140625
SHLCP,λ<=n,8192,0,74612,9.10791015625
SHLCP,λ<=n,8192,0,62095,7.5799560546875
SHLCP,λ<=n,8192,0,71790,8.763427734375
SHLCP,λ<=n,8192,0,72663,8.8699951171875
SHLCP,λ<=n,8192,0,66029,8.0601806640625
SHLCP,λ<=n,8192,0,63301,7.7271728515625
SHLCP,λ<=n,8192,0,124902,15.246826171875
SHLCP,λ<=n,8192,0,61761,7.5391845703125
SHLCP,λ<=n,8192,0,62285,7.6031494140625
SHLCP,λ<=n,8192,0,115527,14.1024169921875
SHLCP,λ<=n,8192,0,68494,8.361083984375
SHLCP,λ<=n,8192,0,79541,9.7095947265625
SHLCP,λ<=n,8192,0,62358,7.612060546875
SHLCP,λ<=n,8192,0,76416,9.328125
SRLCP,λ<=n,8192,0,75220,9.18212890625
SRLCP,λ<=n,8192,0,90500,11.04736328125
SRLCP,λ<=n,8192,0,71050,8.673095703125
SRLCP,λ<=n,8192,0,90591,11.0584716796875
SRLCP,λ<=n,8192,0,131457,16.0469970703125
SRLCP,λ<=n,8192,0,70990,8.665771484375
SRLCP,λ<=n,8192,0,94936,11.5888671875
SRLCP,λ<=n,8192,0,63258,7.721923828125
SRLCP,λ<=n,8192,0,74838,9.135498046875
SRLCP,λ<=n,8192,0,63995,7.8118896484375
SRLCP,λ<=n,8192,0,89653,10.9439697265625
SRLCP,λ<=n,8192,0,75506,9.217041015625
SRLCP,λ<=n,8192,0,97810,11.939697265625
SRLCP,λ<=n,8192,0,105083,12.8275146484375
SRLCP,λ<=n,8192,0,83345,10.1739501953125
SRLCP,λ<=n,8192,0,71532,8.73193359375
SRLCP,λ<=n,8192,0,95937,11.7110595703125
SRLCP,λ<=n,8192,0,120210,14.674072265625
SRLCP,λ<=n,8192,0,131097,16.0030517578125
SRLCP,λ<=n,8192,0,78176,9.54296875
SRLCP,λ<=n,8192,0,106364,12.98388671875
SRLCP,λ<=n,8192,0,96674,11.801025390625
SRLCP,λ<=n,8192,0,135057,16.4864501953125
SRLCP,λ<=n,8192,0,76404,9.32666015625
SRLCP,λ<=n,8192,0,100174,12.228271484375
SRLCP,λ<=n,8192,0,69066,8.430908203125
SRLCP,λ<=n,8192,0,78922,9.634033203125
SRLCP,λ<=n,8192,0,61190,7.469482421875
SRLCP,λ<=n,8192,0,66771,8.1507568359375
SRLCP,λ<=n,8192,0,76269,9.3101806640625
SRLCP,λ<=n,8192,0,63687,7.7742919921875
SRLCP,λ<=n,8192,0,104867,12.8011474609375
SRLCP,λ<=n,8192,0,102591,12.5233154296875
SRLCP,λ<=n,8192,0,62798,7.665771484375
SRLCP,λ<=n,8192,0,87710,10.706787109375
SRLCP,λ<=n,8192,0,80049,9.7716064453125
SRLCP,λ<=n,8192,0,67951,8.2947998046875
SRLCP,λ<=n,8192,0,73702,8.996826171875
SRLCP,λ<=n,8192,0,107127,13.0770263671875
SRLCP,λ<=n,8192,0,79215,9.6697998046875
SRLCP,λ<=n,8192,0,73300,8.94775390625
SRLCP,λ<=n,8192,0,74691,9.1175537109375
SRLCP,λ<=n,8192,0,66903,8.1668701171875
SRLCP,λ<=n,8192,0,74088,9.0439453125
SRLCP,λ<=n,8192,0,67714,8.265869140625
SRLCP,λ<=n,8192,0,85388,10.42333984375
SRLCP,λ<=n,8192,0,67141,8.1959228515625
SRLCP,λ<=n,8192,0,89838,10.966552734375
SRLCP,λ<=n,8192,0,86533,10.5631103515625
SRLCP,λ<=n,8192,0,87931,10.7337646484375
SRLCP,λ<=n,8192,0,76936,9.3916015625
SRLCP,λ<=n,8192,0,92716,11.31787109375
SRLCP,λ<=n,8192,0,101042,12.334228515625
SRLCP,λ<=n,8192,0,110972,13.54638671875
SRLCP,λ<=n,8192,0,69168,8.443359375
SRLCP,λ<=n,8192,0,77912,9.5107421875
SRLCP,λ<=n,8192,0,90261,11.0181884765625
SRLCP,λ<=n,8192,0,72204,8.81396484375
SRLCP,λ<=n,8192,0,70882,8.652587890625
SRLCP,λ<=n,8192,0,88372,10.78759765625
SRLCP,λ<=n,8192,0,63897,7.7999267578125
SRLCP,λ<=n,8192,0,68044,8.30615234375
SRLCP,λ<=n,8192,0,66613,8.1314697265625
SRLCP,λ<=n,8192,0,76677,9.3599853515625
SRLCP,λ<=n,8192,0,84348,10.29638671875
SRLCP,λ<=n,8192,0,69868,8.52880859375
SRLCP,λ<=n,8192,0,143540,17.52197265625
SRLCP,λ<=n,8192,0,72887,8.8973388671875
SRLCP,λ<=n,8192,0,71707,8.7532958984375
SRLCP,λ<=n,8192,0,108977,13.3028564453125
SRLCP,λ<=n,8192,0,63069,7.6988525390625
SRLCP,λ<=n,8192,0,88553,10.8096923828125
SRLCP,λ<=n,8192,0,78279,9.5555419921875
SRLCP,λ<=n,8192,0,83003,10.1322021484375
SRLCP,λ<=n,8192,0,73363,8.9554443359375
SRLCP,λ<=n,8192,0,85158,10.395263671875
SRLCP,λ<=n,8192,0,94651,11.5540771484375
SRLCP,λ<=n,8192,0,90812,11.08544921875
SRLCP,λ<=n,8192,0,76896,9.38671875
SRLCP,λ<=n,8192,0,66574,8.126708984375
SRLCP,λ<=n,8192,0,67280,8.212890625
SRLCP,λ<=n,8192,0,85824,10.4765625
SRLCP,λ<=n,8192,0,116342,14.201904296875
SRLCP,λ<=n,8192,0,65824,8.03515625
SRLCP,λ<=n,8192,0,81304,9.9248046875
SRLCP,λ<=n,8192,0,81521,9.9512939453125
SRLCP,λ<=n,8192,0,95256,11.6279296875
SRLCP,λ<=n,8192,0,79186,9.666259765625
SRLCP,λ<=n,8192,0,88176,10.763671875
SRLCP,λ<=n,8192,0,89701,10.9498291015625
SRLCP,λ<=n,8192,0,67403,8.2279052734375
SRLCP,λ<=n,8192,0,65115,7.9486083984375
SRLCP,λ<=n,8192,0,65649,8.0137939453125
SRLCP,λ<=n,8192,0,61723,7.5345458984375
SRLCP,λ<=n,8192,0,102923,12.5638427734375
SRLCP,λ<=n,8192,0,81277,9.9215087890625
SRLCP,λ<=n,8192,0,65733,8.0240478515625
SRLCP,λ<=n,8192,0,121336,14.8115234375
SRLCP,λ<=n,8192,0,72511,8.8514404296875
SRLCP,λ<=n,8192,0,115395,14.0863037109375
SSLCP,λ<=n,8192,0,153458,18.732666015625
SSLCP,λ<=n,8192,0,121275,14.8040771484375
SSLCP,λ<=n,8192,0,116936,14.2744140625
SSLCP,λ<=n,8192,0,238657,29.1329345703125
SSLCP,λ<=n,8192,0,84881,10.3614501953125
SSLCP,λ<=n,8192,0,138602,16.919189453125
SSLCP,λ<=n,8192,0,97077,11.8502197265625
SSLCP,λ<=n,8192,0,137022,16.726318359375
SSLCP,λ<=n,8192,0,110640,13.505859375
SSLCP,λ<=n,8192,0,109683,13.3890380859375
SSLCP,λ<=n,8192,0,143866,17.561767578125
SSLCP,λ<=n,8192,0,127052,15.50927734375
SSLCP,λ<=n,8192,0,180451,22.0277099609375
SSLCP,λ<=n,8192,0,104840,12.7978515625
SSLCP,λ<=n,8192,0,83041,10.1368408203125
SSLCP,λ<=n,8192,0,230065,28.0841064453125
SSLCP,λ<=n,8192,0,106291,12.9749755859375
SSLCP,λ<=n,8192,0,208940,25.50537109375
SSLCP,λ<=n,8192,0,139763,17.0609130859375
SSLCP,λ<=n,8192,0,133423,16.2869873046875
SSLCP,λ<=n,8192,0,257206,31.397216796875
SSLCP,λ<=n,8192,0,111911,13.6610107421875
SSLCP,λ<=n,8192,0,118038,14.408935546875
SSLCP,λ<=n,8192,0,137603,16.7972412109375
SSLCP,λ<=n,8192,0,101257,12.3604736328125
SSLCP,λ<=n,8192,0,144793,17.6749267578125
SSLCP,λ<=n,8192,0,103122,12.588134765625
SSLCP,λ<=n,8192,0,209079,25.5223388671875
SSLCP,λ<=n,8192,0,102308,12.48876953125
SSLCP,λ<=n,8192,0,139485,17.0269775390625
SSLCP,λ<=n,8192,0,226726,27.676513671875
SSLCP,λ<=n,8192,0,118944,14.51953125
SSLCP,λ<=n,8192,0,93516,11.41552734375
SSLCP,λ<=n,8192,0,210857,25.7393798828125
SSLCP,λ<=n,8192,0,180577,22.0430908203125
SSLCP,λ<=n,8192,0,195684,23.88720703125
SSLCP,λ<=n,8192,0,106301,12.9761962890625
SSLCP,λ<=n,8192,0,225194,27.489501953125
SSLCP,λ<=n,8192,0,99290,12.120361328125
SSLCP,λ<=n,8192,0,186206,22.730224609375
SSLCP,λ<=n,8192,0,122143,14.9100341796875
SSLCP,λ<=n,8192,0,116860,14.26513671875
SSLCP,λ<=n,8192,0,124295,15.1727294921875
SSLCP,λ<=n,8192,0,105290,12.852783203125
SSLCP,λ<=n,8192,0,114797,14.0133056640625
SSLCP,λ<=n,8192,0,138441,16.8995361328125
SSLCP,λ<=n,8192,0,92328,11.2705078125
SSLCP,λ<=n,8192,0,140338,17.131103515625
SSLCP,λ<=n,8192,0,136476,16.65966796875
SSLCP,λ<=n,8192,0,99925,12.1978759765625
SSLCP,λ<=n,8192,0,99703,12.1707763671875
SSLCP,λ<=n,8192,0,124457,15.1925048828125
SSLCP,λ<=n,8192,0,133261,16.2672119140625
SSLCP,λ<=n,8192,0,94813,11.5738525390625
SSLCP,λ<=n,8192,0,98173,11.9840087890625
SSLCP,λ<=n,8192,0,314290,38.365478515625
SSLCP,λ<=n,8192,0,147406,17.993896484375
SSLCP,λ<=n,8192,0,116562,14.228759765625
SSLCP,λ<=n,8192,0,118328,14.4443359375
SSLCP,λ<=n,8192,0,110346,13.469970703125
SSLCP,λ<=n,8192,0,110367,13.4725341796875
SSLCP,λ<=n,8192,0,94792,11.5712890625
SSLCP,λ<=n,8192,0,141013,17.2135009765625
SSLCP,λ<=n,8192,0,124354,15.179931640625
SSLCP,λ<=n,8192,0,101398,12.377685546875
SSLCP,λ<=n,8192,0,128786,15.720947265625
SSLCP,λ<=n,8192,0,148360,18.1103515625
SSLCP,λ<=n,8192,0,112735,13.7615966796875
SSLCP,λ<=n,8192,0,133782,16.330810546875
SSLCP,λ<=n,8192,0,156263,19.0750732421875
SSLCP,λ<=n,8192,0,158247,19.3172607421875
SSLCP,λ<=n,8192,0,123180,15.03662109375
SSLCP,λ<=n,8192,0,102703,12.5369873046875
SSLCP,λ<=n,8192,0,106627,13.0159912109375
SSLCP,λ<=n,8192,0,83968,10.25
SSLCP,λ<=n,8192,0,112964,13.78955078125
SSLCP,λ<=n,8192,0,112978,13.791259765625
SSLCP,λ<=n,8192,0,114717,14.0035400390625
SSLCP,λ<=n,8192,0,146390,17.869873046875
SSLCP,λ<=n,8192,0,141382,17.258544921875
SSLCP,λ<=n,8192,0,104988,12.81591796875
SSLCP,λ<=n,8192,0,105256,12.8486328125
SSLCP,λ<=n,8192,0,106881,13.0469970703125
SSLCP,λ<=n,8192,0,138702,16.931396484375
SSLCP,λ<=n,8192,0,192470,23.494873046875
SSLCP,λ<=n,8192,0,207875,25.3753662109375
SSLCP,λ<=n,8192,0,114619,13.9915771484375
SSLCP,λ<=n,8192,0,171311,20.9119873046875
SSLCP,λ<=n,8192,0,103882,12.680908203125
SSLCP,λ<=n,8192,0,112555,13.7396240234375
SSLCP,λ<=n,8192,0,132402,16.162353515625
SSLCP,λ<=n,8192,0,133214,16.261474609375
SSLCP,λ<=n,8192,0,144253,17.6090087890625
SSLCP,λ<=n,8192,0,106394,12.987548828125
SSLCP,λ<=n,8192,0,128309,15.6627197265625
SSLCP,λ<=n,8192,0,192030,23.441162109375
SSLCP,λ<=n,8192,0,90829,11.0875244140625
SSLCP,λ<=n,8192,0,136676,16.68408203125
SSLCP,λ<=n,8192,0,175162,21.382080078125
SSLCP,λ<=n,8192,0,102496,12.51171875
SSDSP,λ<=n,8192,0,141856,17.31640625
SSDSP,λ<=n,8192,0,134048,16.36328125
SSDSP,λ<=n,8192,0,156409,19.0928955078125
SSDSP,λ<=n,8192,0,93896,11.4619140625
SSDSP,λ<=n,8192,0,137890,16.832275390625
SSDSP,λ<=n,8192,0,136372,16.64697265625
SSDSP,λ<=n,8192,0,139074,16.976806640625
SSDSP,λ<=n,8192,0,96166,11.739013671875
SSDSP,λ<=n,8192,0,108016,13.185546875
SSDSP,λ<=n,8192,0,144389,17.6256103515625
SSDSP,λ<=n,8192,0,125673,15.3409423828125
SSDSP,λ<=n,8192,0,213780,26.09619140625
SSDSP,λ<=n,8192,0,101102,12.341552734375
SSDSP,λ<=n,8192,0,281191,34.3250732421875
SSDSP,λ<=n,8192,0,145764,17.79345703125
SSDSP,λ<=n,8192,0,89075,10.8734130859375
SSDSP,λ<=n,8192,0,116142,14.177490234375
SSDSP,λ<=n,8192,0,99655,12.1649169921875
SSDSP,λ<=n,8192,0,143837,17.5582275390625
SSDSP,λ<=n,8192,0,93589,11.4244384765625
SSDSP,λ<=n,8192,0,97373,11.8863525390625
SSDSP,λ<=n,8192,0,202057,24.6651611328125
SSDSP,λ<=n,8192,0,231084,28.20849609375
SSDSP,λ<=n,8192,0,129595,15.8197021484375
SSDSP,λ<=n,8192,0,132140,16.13037109375
SSDSP,λ<=n,8192,0,106885,13.0474853515625
SSDSP,λ<=n,8192,0,113621,13.8697509765625
SSDSP,λ<=n,8192,0,232432,28.373046875
SSDSP,λ<=n,8192,0,132472,16.1708984375
SSDSP,λ<=n,8192,0,160855,19.6356201171875
SSDSP,λ<=n,8192,0,102350,12.493896484375
SSDSP,λ<=n,8192,0,141661,17.2926025390625
SSDSP,λ<=n,8192,0,155145,18.9385986328125
SSDSP,λ<=n,8192,0,219154,26.752197265625
SSDSP,λ<=n,8192,0,135224,16.5068359375
SSDSP,λ<=n,8192,0,170772,20.84619140625
SSDSP,λ<=n,8192,0,133984,16.35546875
SSDSP,λ<=n,8192,0,107895,13.1707763671875
SSDSP,λ<=n,8192,0,132096,16.125
SSDSP,λ<=n,8192,0,87310,10.657958984375
SSDSP,λ<=n,8192,0,102593,12.5235595703125
SSDSP,λ<=n,8192,0,156718,19.130615234375
SSDSP,λ<=n,8192,0,213903,26.1112060546875
SSDSP,λ<=n,8192,0,90797,11.0836181640625
SSDSP,λ<=n,8192,0,128467,15.6820068359375
SSDSP,λ<=n,8192,0,134801,16.4552001953125
SSDSP,λ<=n,8192,0,135930,16.593017578125
SSDSP,λ<=n,8192,0,141041,17.2169189453125
SSDSP,λ<=n,8192,0,89399,10.9129638671875
SSDSP,λ<=n,8192,0,169100,20.64208984375
SSDSP,λ<=n,8192,0,113015,13.7957763671875
SSDSP,λ<=n,8192,0,96802,11.816650390625
SSDSP,λ<=n,8192,0,116285,14.1949462890625
SSDSP,λ<=n,8192,0,146711,17.9090576171875
SSDSP,λ<=n,8192,0,135415,16.5301513671875
SSDSP,λ<=n,8192,0,96198,11.742919921875
SSDSP,λ<=n,8192,0,134674,16.439697265625
SSDSP,λ<=n,8192,0,185599,22.6561279296875
SSDSP,λ<=n,8192,0,190091,23.2044677734375
SSDSP,λ<=n,8192,0,193787,23.6556396484375
SSDSP,λ<=n,8192,0,121825,14.8712158203125
SSDSP,λ<=n,8192,0,186466,22.761962890625
SSDSP,λ<=n,8192,0,96783,11.8143310546875
SSDSP,λ<=n,8192,0,104998,12.817138671875
SSDSP,λ<=n,8192,0,99327,12.1248779296875
SSDSP,λ<=n,8192,0,107730,13.150634765625
SSDSP,λ<=n,8192,0,102802,12.549072265625
SSDSP,λ<=n,8192,0,144346,17.620361328125
SSDSP,λ<=n,8192,0,156928,19.15625
SSDSP,λ<=n,8192,0,120944,14.763671875
SSDSP,λ<=n,8192,0,119450,14.581298828125
SSDSP,λ<=n,8192,0,101426,12.381103515625
SSDSP,λ<=n,8192,0,145675,17.7825927734375
SSDSP,λ<=n,8192,0,345680,42.197265625
SSDSP,λ<=n,8192,0,97659,11.9212646484375
SSDSP,λ<=n,8192,0,168193,20.5313720703125
SSDSP,λ<=n,8192,0,96910,11.829833984375
SSDSP,λ<=n,8192,0,99734,12.174560546875
SSDSP,λ<=n,8192,0,128322,15.664306640625
SSDSP,λ<=n,8192,0,129704,15.8330078125
SSDSP,λ<=n,8192,0,110889,13.5362548828125
SSDSP,λ<=n,8192,0,116031,14.1639404296875
SSDSP,λ<=n,8192,0,178472,21.7861328125
SSDSP,λ<=n,8192,0,148906,18.177001953125
SSDSP,λ<=n,8192,0,229511,28.0164794921875
SSDSP,λ<=n,8192,0,140066,17.097900390625
SSDSP,λ<=n,8192,0,206228,25.17431640625
SSDSP,λ<=n,8192,0,120895,14.7576904296875
SSDSP,λ<=n,8192,0,191434,23.368408203125
SSDSP,λ<=n,8192,0,145694,17.784912109375
SSDSP,λ<=n,8192,0,115727,14.1268310546875
SSDSP,λ<=n,8192,0,129919,15.8592529296875
SSDSP,λ<=n,8192,0,93945,11.4678955078125
SSDSP,λ<=n,8192,0,120368,14.693359375
SSDSP,λ<=n,8192,0,176332,21.52490234375
SSDSP,λ<=n,8192,0,95057,11.6036376953125
SSDSP,λ<=n,8192,0,182895,22.3260498046875
SSDSP,λ<=n,8192,0,109654,13.385498046875
SSDSP,λ<=n,8192,0,108353,13.2266845703125
SSDSP,λ<=n,8192,0,163870,20.003662109375
SRDSP,λ<=n,8192,0,87489,10.6798095703125
SRDSP,λ<=n,8192,0,97386,11.887939453125
SRDSP,λ<=n,8192,0,76729,9.3663330078125
SRDSP,λ<=n,8192,0,75874,9.261962890625
SRDSP,λ<=n,8192,0,80717,9.8531494140625
SRDSP,λ<=n,8192,0,89115,10.8782958984375
SRDSP,λ<=n,8192,0,90664,11.0673828125
SRDSP,λ<=n,8192,0,73513,8.9737548828125
SRDSP,λ<=n,8192,0,107367,13.1063232421875
SRDSP,λ<=n,8192,0,79916,9.75537109375
SRDSP,λ<=n,8192,0,97127,11.8563232421875
SRDSP,λ<=n,8192,0,83640,10.2099609375
SRDSP,λ<=n,8192,0,85654,10.455810546875
SRDSP,λ<=n,8192,0,87928,10.7333984375
SRDSP,λ<=n,8192,0,78836,9.62353515625
SRDSP,λ<=n,8192,0,77706,9.485595703125
SRDSP,λ<=n,8192,0,74477,9.0914306640625
SRDSP,λ<=n,8192,0,137491,16.7835693359375
SRDSP,λ<=n,8192,0,94223,11.5018310546875
SRDSP,λ<=n,8192,0,74986,9.153564453125
SRDSP,λ<=n,8192,0,107928,13.1748046875
SRDSP,λ<=n,8192,0,95575,11.6668701171875
SRDSP,λ<=n,8192,0,78931,9.6351318359375
SRDSP,λ<=n,8192,0,78389,9.5689697265625
SRDSP,λ<=n,8192,0,75924,9.26806640625
SRDSP,λ<=n,8192,0,70188,8.56787109375
SRDSP,λ<=n,8192,0,74731,9.1224365234375
SRDSP,λ<=n,8192,0,78519,9.5848388671875
SRDSP,λ<=n,8192,0,90370,11.031494140625
SRDSP,λ<=n,8192,0,126000,15.380859375
SRDSP,λ<=n,8192,0,86383,10.5447998046875
SRDSP,λ<=n,8192,0,81634,9.965087890625
SRDSP,λ<=n,8192,0,102915,12.5628662109375
SRDSP,λ<=n,8192,0,96255,11.7498779296875
SRDSP,λ<=n,8192,0,75704,9.2412109375
SRDSP,λ<=n,8192,0,89099,10.8763427734375
SRDSP,λ<=n,8192,0,73842,9.013916015625
SRDSP,λ<=n,8192,0,88178,10.763916015625
SRDSP,λ<=n,8192,0,100321,12.2462158203125
SRDSP,λ<=n,8192,0,86976,10.6171875
SRDSP,λ<=n,8192,0,67979,8.2982177734375
SRDSP,λ<=n,8192,0,78139,9.5384521484375
SRDSP,λ<=n,8192,0,98877,12.0699462890625
SRDSP,λ<=n,8192,0,77412,9.44970703125
SRDSP,λ<=n,8192,0,86019,10.5003662109375
SRDSP,λ<=n,8192,0,89307,10.9017333984375
SRDSP,λ<=n,8192,0,105687,12.9012451171875
SRDSP,λ<=n,8192,0,101771,12.4232177734375
SRDSP,λ<=n,8192,0,166676,20.34619140625
SRDSP,λ<=n,8192,0,99255,12.1160888671875
SRDSP,λ<=n,8192,0,82547,10.0765380859375
SRDSP,λ<=n,8192,0,84445,10.3082275390625
SRDSP,λ<=n,8192,0,86241,10.5274658203125
SRDSP,λ<=n,8192,0,130718,15.956787109375
SRDSP,λ<=n,8192,0,78548,9.58837890625
SRDSP,λ<=n,8192,0,87407,10.6697998046875
SRDSP,λ<=n,8192,0,146116,17.83642578125
SRDSP,λ<=n,8192,0,130768,15.962890625
SRDSP,λ<=n,8192,0,139235,16.9964599609375
SRDSP,λ<=n,8192,0,134555,16.4251708984375
SRDSP,λ<=n,8192,0,86723,10.5863037109375
SRDSP,λ<=n,8192,0,88165,10.7623291015625
SRDSP,λ<=n,8192,0,107950,13.177490234375
SRDSP,λ<=n,8192,0,81055,9.8944091796875
SRDSP,λ<=n,8192,0,80150,9.783935546875
SRDSP,λ<=n,8192,0,131364,16.03564453125
SRDSP,λ<=n,8192,0,72782,8.884521484375
SRDSP,λ<=n,8192,0,87715,10.7073974609375
SRDSP,λ<=n,8192,0,80090,9.776611328125
SRDSP,λ<=n,8192,0,83174,10.153076171875
SRDSP,λ<=n,8192,0,91113,11.1221923828125
SRDSP,λ<=n,8192,0,101423,12.3807373046875
SRDSP,λ<=n,8192,0,80551,9.8328857421875
SRDSP,λ<=n,8192,0,74842,9.135986328125
SRDSP,λ<=n,8192,0,81758,9.980224609375
SRDSP,λ<=n,8192,0,104100,12.70751953125
SRDSP,λ<=n,8192,0,116866,14.265869140625
SRDSP,λ<=n,8192,0,95244,11.62646484375
SRDSP,λ<=n,8192,0,72000,8.7890625
SRDSP,λ<=n,8192,0,83003,10.1322021484375
SRDSP,λ<=n,8192,0,91276,11.14208984375
SRDSP,λ<=n,8192,0,97675,11.9232177734375
SRDSP,λ<=n,8192,0,86144,10.515625
SRDSP,λ<=n,8192,0,75573,9.2252197265625
SRDSP,λ<=n,8192,0,108609,13.2579345703125
SRDSP,λ<=n,8192,0,98054,11.969482421875
SRDSP,λ<=n,8192,0,141755,17.3040771484375
SRDSP,λ<=n,8192,0,112855,13.7762451171875
SRDSP,λ<=n,8192,0,81215,9.9139404296875
SRDSP,λ<=n,8192,0,76436,9.33056640625
SRDSP,λ<=n,8192,0,79304,9.6806640625
SRDSP,λ<=n,8192,0,83197,10.1558837890625
SRDSP,λ<=n,8192,0,82308,10.04736328125
SRDSP,λ<=n,8192,0,73506,8.972900390625
SRDSP,λ<=n,8192,0,67796,8.27587890625
SRDSP,λ<=n,8192,0,82253,10.0406494140625
SRDSP,λ<=n,8192,0,212841,25.9815673828125
SRDSP,λ<=n,8192,0,106733,13.0289306640625
SRDSP,λ<=n,8192,0,100351,12.2498779296875
SRDSP,λ<=n,8192,0,130755,15.9613037109375
SHDSP,λ<=n,8192,0,74597,9.1060791015625
SHDSP,λ<=n,8192,0,84761,10.3468017578125
SHDSP,λ<=n,8192,0,85717,10.4635009765625
SHDSP,λ<=n,8192,0,86602,10.571533203125
SHDSP,λ<=n,8192,0,78750,9.613037109375
SHDSP,λ<=n,8192,0,73331,8.9515380859375
SHDSP,λ<=n,8192,0,74157,9.0523681640625
SHDSP,λ<=n,8192,0,75426,9.207275390625
SHDSP,λ<=n,8192,0,67261,8.2105712890625
SHDSP,λ<=n,8192,0,89136,10.880859375
SHDSP,λ<=n,8192,0,72806,8.887451171875
SHDSP,λ<=n,8192,0,73708,8.99755859375
SHDSP,λ<=n,8192,0,94900,11.58447265625
SHDSP,λ<=n,8192,0,71791,8.7635498046875
SHDSP,λ<=n,8192,0,136289,16.6368408203125
SHDSP,λ<=n,8192,0,73645,8.9898681640625
SHDSP,λ<=n,8192,0,77328,9.439453125
SHDSP,λ<=n,8192,0,66747,8.1478271484375
SHDSP,λ<=n,8192,0,80928,9.87890625
SHDSP,λ<=n,8192,0,93201,11.3770751953125
SHDSP,λ<=n,8192,0,106674,13.021728515625
SHDSP,λ<=n,8192,0,86996,10.61962890625
SHDSP,λ<=n,8192,0,75385,9.2022705078125
SHDSP,λ<=n,8192,0,68848,8.404296875
SHDSP,λ<=n,8192,0,106094,12.950927734375
SHDSP,λ<=n,8192,0,87754,10.712158203125
SHDSP,λ<=n,8192,0,157855,19.2694091796875
SHDSP,λ<=n,8192,0,79602,9.717041015625
SHDSP,λ<=n,8192,0,99716,12.17236328125
SHDSP,λ<=n,8192,0,68243,8.3304443359375
SHDSP,λ<=n,8192,0,95850,11.700439453125
SHDSP,λ<=n,8192,0,77037,9.4039306640625
SHDSP,λ<=n,8192,0,73662,8.991943359375
SHDSP,λ<=n,8192,0,77140,9.41650390625
SHDSP,λ<=n,8192,0,84448,10.30859375
SHDSP,λ<=n,8192,0,70388,8.59228515625
SHDSP,λ<=n,8192,0,71358,8.710693359375
SHDSP,λ<=n,8192,0,74287,9.0682373046875
SHDSP,λ<=n,8192,0,82503,10.0711669921875
SHDSP,λ<=n,8192,0,81027,9.8909912109375
SHDSP,λ<=n,8192,0,67568,8.248046875
SHDSP,λ<=n,8192,0,71745,8.7579345703125
SHDSP,λ<=n,8192,0,66490,8.116455078125
SHDSP,λ<=n,8192,0,126758,15.473388671875
SHDSP,λ<=n,8192,0,66463,8.1131591796875
SHDSP,λ<=n,8192,0,88689,10.8262939453125
SHDSP,λ<=n,8192,0,73473,8.9688720703125
SHDSP,λ<=n,8192,0,73189,8.9342041015625
SHDSP,λ<=n,8192,0,64498,7.873291015625
SHDSP,λ<=n,8192,0,92422,11.281982421875
SHDSP,λ<=n,8192,0,75045,9.1607666015625
SHDSP,λ<=n,8192,0,82409,10.0596923828125
SHDSP,λ<=n,8192,0,70574,8.614990234375
SHDSP,λ<=n,8192,0,112962,13.789306640625
SHDSP,λ<=n,8192,0,70128,8.560546875
SHDSP,λ<=n,8192,0,72368,8.833984375
SHDSP,λ<=n,8192,0,71958,8.783935546875
SHDSP,λ<=n,8192,0,118359,14.4481201171875
SHDSP,λ<=n,8192,0,68104,8.3134765625
SHDSP,λ<=n,8192,0,95689,11.6807861328125
SHDSP,λ<=n,8192,0,73372,8.95654296875
SHDSP,λ<=n,8192,0,64339,7.8538818359375
SHDSP,λ<=n,8192,0,69888,8.53125
SHDSP,λ<=n,8192,0,81651,9.9671630859375
SHDSP,λ<=n,8192,0,88581,10.8131103515625
SHDSP,λ<=n,8192,0,110635,13.5052490234375
SHDSP,λ<=n,8192,0,103784,12.6689453125
SHDSP,λ<=n,8192,0,120910,14.759521484375
SHDSP,λ<=n,8192,0,119407,14.5760498046875
SHDSP,λ<=n,8192,0,80718,9.853271484375
SHDSP,λ<=n,8192,0,80505,9.8272705078125
SHDSP,λ<=n,8192,0,74031,9.0369873046875
SHDSP,λ<=n,8192,0,73553,8.9786376953125
SHDSP,λ<=n,8192,0,77636,9.47705078125
SHDSP,λ<=n,8192,0,77122,9.414306640625
SHDSP,λ<=n,8192,0,71522,8.730712890625
SHDSP,λ<=n,8192,0,92091,11.2415771484375
SHDSP,λ<=n,8192,0,91168,11.12890625
SHDSP,λ<=n,8192,0,76396,9.32568359375
SHDSP,λ<=n,8192,0,65472,7.9921875
SHDSP,λ<=n,8192,0,67787,8.2747802734375
SHDSP,λ<=n,8192,0,103387,12.6204833984375
SHDSP,λ<=n,8192,0,71191,8.6903076171875
SHDSP,λ<=n,8192,0,67541,8.2447509765625
SHDSP,λ<=n,8192,0,69596,8.49560546875
SHDSP,λ<=n,8192,0,65401,7.9835205078125
SHDSP,λ<=n,8192,0,87365,10.6646728515625
SHDSP,λ<=n,8192,0,115808,14.13671875
SHDSP,λ<=n,8192,0,73858,9.015869140625
SHDSP,λ<=n,8192,0,76401,9.3262939453125
SHDSP,λ<=n,8192,0,66258,8.088134765625
SHDSP,λ<=n,8192,0,69217,8.4493408203125
SHDSP,λ<=n,8192,0,67545,8.2452392578125
SHDSP,λ<=n,8192,0,104114,12.709228515625
SHDSP,λ<=n,8192,0,83353,10.1749267578125
SHDSP,λ<=n,8192,0,82244,10.03955078125
SHDSP,λ<=n,8192,0,137354,16.766845703125
SHDSP,λ<=n,8192,0,81363,9.9320068359375
SHDSP,λ<=n,8192,0,83339,10.1732177734375
SHLSP,λ<=n,8192,0,84276,10.28759765625
SHLSP,λ<=n,8192,0,78026,9.524658203125
SHLSP,λ<=n,8192,0,84943,10.3690185546875
SHLSP,λ<=n,8192,0,75236,9.18408203125
SHLSP,λ<=n,8192,0,99796,12.18212890625
SHLSP,λ<=n,8192,0,67936,8.29296875
SHLSP,λ<=n,8192,0,94225,11.5020751953125
SHLSP,λ<=n,8192,0,74673,9.1153564453125
SHLSP,λ<=n,8192,0,74979,9.1527099609375
SHLSP,λ<=n,8192,0,73076,8.92041015625
SHLSP,λ<=n,8192,0,75049,9.1612548828125
SHLSP,λ<=n,8192,0,73298,8.947509765625
SHLSP,λ<=n,8192,0,140969,17.2081298828125
SHLSP,λ<=n,8192,0,83359,10.1756591796875
SHLSP,λ<=n,8192,0,83175,10.1531982421875
SHLSP,λ<=n,8192,0,84398,10.302490234375
SHLSP,λ<=n,8192,0,86384,10.544921875
SHLSP,λ<=n,8192,0,82265,10.0421142578125
SHLSP,λ<=n,8192,0,73321,8.9503173828125
SHLSP,λ<=n,8192,0,77152,9.41796875
SHLSP,λ<=n,8192,0,80827,9.8665771484375
SHLSP,λ<=n,8192,0,120226,14.676025390625
SHLSP,λ<=n,8192,0,87476,10.67822265625
SHLSP,λ<=n,8192,0,75663,9.2362060546875
SHLSP,λ<=n,8192,0,85812,10.47509765625
SHLSP,λ<=n,8192,0,86803,10.5960693359375
SHLSP,λ<=n,8192,0,84251,10.2845458984375
SHLSP,λ<=n,8192,0,87115,10.6341552734375
SHLSP,λ<=n,8192,0,73129,8.9268798828125
SHLSP,λ<=n,8192,0,115249,14.0684814453125
SHLSP,λ<=n,8192,0,79138,9.660400390625
SHLSP,λ<=n,8192,0,84258,10.285400390625
SHLSP,λ<=n,8192,0,71667,8.7484130859375
SHLSP,λ<=n,8192,0,73620,8.98681640625
SHLSP,λ<=n,8192,0,133425,16.2872314453125
SHLSP,λ<=n,8192,0,73351,8.9539794921875
SHLSP,λ<=n,8192,0,78142,9.538818359375
SHLSP,λ<=n,8192,0,75879,9.2625732421875
SHLSP,λ<=n,8192,0,79334,9.684326171875
SHLSP,λ<=n,8192,0,73031,8.9149169921875
SHLSP,λ<=n,8192,0,82674,10.092041015625
SHLSP,λ<=n,8192,0,75658,9.235595703125
SHLSP,λ<=n,8192,0,82476,10.06787109375
SHLSP,λ<=n,8192,0,71418,8.718017578125
SHLSP,λ<=n,8192,0,75970,9.273681640625
SHLSP,λ<=n,8192,0,110480,13.486328125
SHLSP,λ<=n,8192,0,102115,12.4652099609375
SHLSP,λ<=n,8192,0,73634,8.988525390625
SHLSP,λ<=n,8192,0,81144,9.9052734375
SHLSP,λ<=n,8192,0,69683,8.5062255859375
SHLSP,λ<=n,8192,0,75844,9.25830078125
SHLSP,λ<=n,8192,0,85046,10.381591796875
SHLSP,λ<=n,8192,0,75216,9.181640625
SHLSP,λ<=n,8192,0,75699,9.2406005859375
SHLSP,λ<=n,8192,0,85737,10.4659423828125
SHLSP,λ<=n,8192,0,89966,10.982177734375
SHLSP,λ<=n,8192,0,72781,8.8843994140625
SHLSP,λ<=n,8192,0,75442,9.209228515625
SHLSP,λ<=n,8192,0,78129,9.5372314453125
SHLSP,λ<=n,8192,0,76386,9.324462890625
SHLSP,λ<=n,8192,0,79353,9.6866455078125
SHLSP,λ<=n,8192,0,70997,8.6666259765625
SHLSP,λ<=n,8192,0,69435,8.4759521484375
SHLSP,λ<=n,8192,0,82318,10.048583984375
SHLSP,λ<=n,8192,0,77908,9.51025390625
SHLSP,λ<=n,8192,0,71844,8.77001953125
SHLSP,λ<=n,8192,0,71384,8.7138671875
SHLSP,λ<=n,8192,0,86114,10.511962890625
SHLSP,λ<=n,8192,0,88633,10.8194580078125
SHLSP,λ<=n,8192,0,132017,16.1153564453125
SHLSP,λ<=n,8192,0,90607,11.0604248046875
SHLSP,λ<=n,8192,0,74288,9.068359375
SHLSP,λ<=n,8192,0,71053,8.6734619140625
SHLSP,λ<=n,8192,0,83043,10.1370849609375
SHLSP,λ<=n,8192,0,69853,8.5269775390625
SHLSP,λ<=n,8192,0,89022,10.866943359375
SHLSP,λ<=n,8192,0,76318,9.316162109375
SHLSP,λ<=n,8192,0,90894,11.095458984375
SHLSP,λ<=n,8192,0,77326,9.439208984375
SHLSP,λ<=n,8192,0,107671,13.1434326171875
SHLSP,λ<=n,8192,0,84478,10.312255859375
SHLSP,λ<=n,8192,0,75736,9.2451171875
SHLSP,λ<=n,8192,0,97496,11.9013671875
SHLSP,λ<=n,8192,0,72867,8.8948974609375
SHLSP,λ<=n,8192,0,82515,10.0726318359375
SHLSP,λ<=n,8192,0,74391,9.0809326171875
SHLSP,λ<=n,8192,0,84789,10.3502197265625
SHLSP,λ<=n,8192,0,118390,14.451904296875
SHLSP,λ<=n,8192,0,96528,11.783203125
SHLSP,λ<=n,8192,0,79199,9.6678466796875
SHLSP,λ<=n,8192,0,87441,10.6739501953125
SHLSP,λ<=n,8192,0,95737,11.6866455078125
SHLSP,λ<=n,8192,0,112494,13.732177734375
SHLSP,λ<=n,8192,0,90042,10.991455078125
SHLSP,λ<=n,8192,0,69006,8.423583984375
SHLSP,λ<=n,8192,0,220867,26.9613037109375
SHLSP,λ<=n,8192,0,83755,10.2239990234375
SHLSP,λ<=n,8192,0,98241,11.9923095703125
SHLSP,λ<=n,8192,0,126040,15.3857421875
SHLSP,λ<=n,8192,0,86822,10.598388671875
SRLSP,λ<=n,8192,0,91668,11.18994140625
SRLSP,λ<=n,8192,0,91393,11.1563720703125
SRLSP,λ<=n,8192,0,92468,11.28759765625
SRLSP,λ<=n,8192,0,80889,9.8741455078125
SRLSP,λ<=n,8192,0,92566,11.299560546875
SRLSP,λ<=n,8192,0,93816,11.4521484375
SRLSP,λ<=n,8192,0,87798,10.717529296875
SRLSP,λ<=n,8192,0,75852,9.25927734375
SRLSP,λ<=n,8192,0,150610,18.385009765625
SRLSP,λ<=n,8192,0,79568,9.712890625
SRLSP,λ<=n,8192,0,81607,9.9617919921875
SRLSP,λ<=n,8192,0,75881,9.2628173828125
SRLSP,λ<=n,8192,0,100017,12.2091064453125
SRLSP,λ<=n,8192,0,86211,10.5238037109375
SRLSP,λ<=n,8192,0,88617,10.8175048828125
SRLSP,λ<=n,8192,0,92588,11.30224609375
SRLSP,λ<=n,8192,0,97399,11.8895263671875
SRLSP,λ<=n,8192,0,84510,10.316162109375
SRLSP,λ<=n,8192,0,80537,9.8311767578125
SRLSP,λ<=n,8192,0,125835,15.3607177734375
SRLSP,λ<=n,8192,0,104026,12.698486328125
SRLSP,λ<=n,8192,0,131465,16.0479736328125
SRLSP,λ<=n,8192,0,100445,12.2613525390625
SRLSP,λ<=n,8192,0,105139,12.8343505859375
SRLSP,λ<=n,8192,0,111922,13.662353515625
SRLSP,λ<=n,8192,0,119170,14.547119140625
SRLSP,λ<=n,8192,0,84141,10.2711181640625
SRLSP,λ<=n,8192,0,89644,10.94287109375
SRLSP,λ<=n,8192,0,103970,12.691650390625
SRLSP,λ<=n,8192,0,176492,21.54443359375
SRLSP,λ<=n,8192,0,106229,12.9674072265625
SRLSP,λ<=n,8192,0,98233,11.9913330078125
SRLSP,λ<=n,8192,0,91572,11.17822265625
SRLSP,λ<=n,8192,0,84277,10.2877197265625
SRLSP,λ<=n,8192,0,76861,9.3824462890625
SRLSP,λ<=n,8192,0,91988,11.22900390625
SRLSP,λ<=n,8192,0,91663,11.1893310546875
SRLSP,λ<=n,8192,0,88384,10.7890625
SRLSP,λ<=n,8192,0,99837,12.1871337890625
SRLSP,λ<=n,8192,0,90519,11.0496826171875
SRLSP,λ<=n,8192,0,99217,12.1114501953125
SRLSP,λ<=n,8192,0,91197,11.1324462890625
SRLSP,λ<=n,8192,0,105705,12.9034423828125
SRLSP,λ<=n,8192,0,93630,11.429443359375
SRLSP,λ<=n,8192,0,135161,16.4991455078125
SRLSP,λ<=n,8192,0,105286,12.852294921875
SRLSP,λ<=n,8192,0,95958,11.713623046875
SRLSP,λ<=n,8192,0,93233,11.3809814453125
SRLSP,λ<=n,8192,0,87075,10.6292724609375
SRLSP,λ<=n,8192,0,103959,12.6903076171875
SRLSP,λ<=n,8192,0,86117,10.5123291015625
SRLSP,λ<=n,8192,0,102716,12.53857421875
SRLSP,λ<=n,8192,0,91029,11.1119384765625
SRLSP,λ<=n,8192,0,96990,11.839599609375
SRLSP,λ<=n,8192,0,77375,9.4451904296875
SRLSP,λ<=n,8192,0,108697,13.2686767578125
SRLSP,λ<=n,8192,0,82752,10.1015625
SRLSP,λ<=n,8192,0,136074,16.610595703125
SRLSP,λ<=n,8192,0,100336,12.248046875
SRLSP,λ<=n,8192,0,96029,11.7222900390625
SRLSP,λ<=n,8192,0,79851,9.7474365234375
SRLSP,λ<=n,8192,0,104495,12.7557373046875
SRLSP,λ<=n,8192,0,160932,19.64501953125
SRLSP,λ<=n,8192,0,102703,12.5369873046875
SRLSP,λ<=n,8192,0,95407,11.6463623046875
SRLSP,λ<=n,8192,0,76358,9.321044921875
SRLSP,λ<=n,8192,0,93362,11.396728515625
SRLSP,λ<=n,8192,0,168827,20.6087646484375
SRLSP,λ<=n,8192,0,82599,10.0828857421875
SRLSP,λ<=n,8192,0,93514,11.415283203125
SRLSP,λ<=n,8192,0,98197,11.9869384765625
SRLSP,λ<=n,8192,0,87517,10.6832275390625
SRLSP,λ<=n,8192,0,86949,10.6138916015625
SRLSP,λ<=n,8192,0,145748,17.79150390625
SRLSP,λ<=n,8192,0,82213,10.0357666015625
SRLSP,λ<=n,8192,0,106252,12.97021484375
SRLSP,λ<=n,8192,0,85859,10.4808349609375
SRLSP,λ<=n,8192,0,102174,12.472412109375
SRLSP,λ<=n,8192,0,112463,13.7283935546875
SRLSP,λ<=n,8192,0,87154,10.638916015625
SRLSP,λ<=n,8192,0,97468,11.89794921875
SRLSP,λ<=n,8192,0,114310,13.953857421875
SRLSP,λ<=n,8192,0,75587,9.2269287109375
SRLSP,λ<=n,8192,0,100998,12.328857421875
SRLSP,λ<=n,8192,0,76803,9.3753662109375
SRLSP,λ<=n,8192,0,96830,11.820068359375
SRLSP,λ<=n,8192,0,116648,14.2392578125
SRLSP,λ<=n,8192,0,85043,10.3812255859375
SRLSP,λ<=n,8192,0,189321,23.1104736328125
SRLSP,λ<=n,8192,0,100135,12.2235107421875
SRLSP,λ<=n,8192,0,83442,10.185791015625
SRLSP,λ<=n,8192,0,97356,11.88427734375
SRLSP,λ<=n,8192,0,101935,12.4432373046875
SRLSP,λ<=n,8192,0,83627,10.2083740234375
SRLSP,λ<=n,8192,0,163692,19.98193359375
SRLSP,λ<=n,8192,0,161890,19.761962890625
SRLSP,λ<=n,8192,0,72919,8.9012451171875
SRLSP,λ<=n,8192,0,112145,13.6895751953125
SRLSP,λ<=n,8192,0,94877,11.5816650390625
SRLSP,λ<=n,8192,0,76200,9.3017578125
SSLSP,λ<=n,8192,0,152822,18.655029296875
SSLSP,λ<=n,8192,0,101403,12.3782958984375
SSLSP,λ<=n,8192,0,173776,21.212890625
SSLSP,λ<=n,8192,0,138029,16.8492431640625
SSLSP,λ<=n,8192,0,113902,13.904052734375
SSLSP,λ<=n,8192,0,118893,14.5133056640625
SSLSP,λ<=n,8192,0,128058,15.632080078125
SSLSP,λ<=n,8192,0,123315,15.0531005859375
SSLSP,λ<=n,8192,0,111499,13.6107177734375
SSLSP,λ<=n,8192,0,103079,12.5828857421875
SSLSP,λ<=n,8192,0,165742,20.232177734375
SSLSP,λ<=n,8192,0,164766,20.113037109375
SSLSP,λ<=n,8192,0,117777,14.3770751953125
SSLSP,λ<=n,8192,0,178468,21.78564453125
SSLSP,λ<=n,8192,0,100793,12.3038330078125
SSLSP,λ<=n,8192,0,119292,14.56201171875
SSLSP,λ<=n,8192,0,91953,11.2247314453125
SSLSP,λ<=n,8192,0,112367,13.7166748046875
SSLSP,λ<=n,8192,0,116545,14.2266845703125
SSLSP,λ<=n,8192,0,103161,12.5928955078125
SSLSP,λ<=n,8192,0,124197,15.1607666015625
SSLSP,λ<=n,8192,0,125431,15.3114013671875
SSLSP,λ<=n,8192,0,200680,24.4970703125
SSLSP,λ<=n,8192,0,128386,15.672119140625
SSLSP,λ<=n,8192,0,140434,17.142822265625
SSLSP,λ<=n,8192,0,166036,20.26806640625
SSLSP,λ<=n,8192,0,102139,12.4681396484375
SSLSP,λ<=n,8192,0,109982,13.425537109375
SSLSP,λ<=n,8192,0,92841,11.3331298828125
SSLSP,λ<=n,8192,0,153673,18.7589111328125
SSLSP,λ<=n,8192,0,118978,14.523681640625
SSLSP,λ<=n,8192,0,124008,15.1376953125
SSLSP,λ<=n,8192,0,113369,13.8389892578125
SSLSP,λ<=n,8192,0,99098,12.096923828125
SSLSP,λ<=n,8192,0,110860,13.53271484375
SSLSP,λ<=n,8192,0,212157,25.8980712890625
SSLSP,λ<=n,8192,0,172304,21.033203125
SSLSP,λ<=n,8192,0,98544,12.029296875
SSLSP,λ<=n,8192,0,136098,16.613525390625
SSLSP,λ<=n,8192,0,150236,18.33935546875
SSLSP,λ<=n,8192,0,103224,12.6005859375
SSLSP,λ<=n,8192,0,96334,11.759521484375
SSLSP,λ<=n,8192,0,227771,27.8040771484375
SSLSP,λ<=n,8192,0,123288,15.0498046875
SSLSP,λ<=n,8192,0,104723,12.7835693359375
SSLSP,λ<=n,8192,0,98787,12.0589599609375
SSLSP,λ<=n,8192,0,112826,13.772705078125
SSLSP,λ<=n,8192,0,94946,11.590087890625
SSLSP,λ<=n,8192,0,280471,34.2371826171875
SSLSP,λ<=n,8192,0,199755,24.3841552734375
SSLSP,λ<=n,8192,0,176557,21.5523681640625
SSLSP,λ<=n,8192,0,126859,15.4857177734375
SSLSP,λ<=n,8192,0,162834,19.877197265625
SSLSP,λ<=n,8192,0,123136,15.03125
SSLSP,λ<=n,8192,0,101256,12.3603515625
SSLSP,λ<=n,8192,0,106009,12.9405517578125
SSLSP,λ<=n,8192,0,132050,16.119384765625
SSLSP,λ<=n,8192,0,130469,15.9263916015625
SSLSP,λ<=n,8192,0,158966,19.405029296875
SSLSP,λ<=n,8192,0,92703,11.3162841796875
SSLSP,λ<=n,8192,0,128960,15.7421875
SSLSP,λ<=n,8192,0,99546,12.151611328125
SSLSP,λ<=n,8192,0,112233,13.7003173828125
SSLSP,λ<=n,8192,0,140856,17.1943359375
SSLSP,λ<=n,8192,0,122761,14.9854736328125
SSLSP,λ<=n,8192,0,121261,14.8023681640625
SSLSP,λ<=n,8192,0,140094,17.101318359375
SSLSP,λ<=n,8192,0,134434,16.410400390625
SSLSP,λ<=n,8192,0,163913,20.0089111328125
SSLSP,λ<=n,8192,0,140157,17.1090087890625
SSLSP,λ<=n,8192,0,99351,12.1278076171875
SSLSP,λ<=n,8192,0,109646,13.384521484375
SSLSP,λ<=n,8192,0,146725,17.9107666015625
SSLSP,λ<=n,8192,0,138814,16.945068359375
SSLSP,λ<=n,8192,0,112964,13.78955078125
SSLSP,λ<=n,8192,0,153971,18.7952880859375
SSLSP,λ<=n,8192,0,192490,23.497314453125
SSLSP,λ<=n,8192,0,114050,13.922119140625
SSLSP,λ<=n,8192,0,98263,11.9949951171875
SSLSP,λ<=n,8192,0,245256,29.9384765625
SSLSP,λ<=n,8192,0,140186,17.112548828125
SSLSP,λ<=n,8192,0,181986,22.215087890625
SSLSP,λ<=n,8192,0,139066,16.975830078125
SSLSP,λ<=n,8192,0,133541,16.3013916015625
SSLSP,λ<=n,8192,0,114419,13.9671630859375
SSLSP,λ<=n,8192,0,128692,15.70947265625
SSLSP,λ<=n,8192,0,165458,20.197509765625
SSLSP,λ<=n,8192,0,146574,17.892333984375
SSLSP,λ<=n,8192,0,103489,12.6329345703125
SSLSP,λ<=n,8192,0,215163,26.2650146484375
SSLSP,λ<=n,8192,0,119766,14.619873046875
SSLSP,λ<=n,8192,0,270863,33.0643310546875
SSLSP,λ<=n,8192,0,101469,12.3863525390625
SSLSP,λ<=n,8192,0,131415,16.0418701171875
SSLSP,λ<=n,8192,0,136278,16.635498046875
SSLSP,λ<=n,8192,0,125044,15.26416015625
SSLSP,λ<=n,8192,0,182250,22.247314453125
SSLSP,λ<=n,8192,0,152883,18.6624755859375
SSLSP,λ<=n,8192,0,171428,20.92626953125
SSLSP,λ<=n,8192,0,127718,15.590576171875
SSDMP,λ<=n,8192,0,104160,12.71484375
SSDMP,λ<=n,8192,0,273246,33.355224609375
SSDMP,λ<=n,8192,0,98366,12.007568359375
SSDMP,λ<=n,8192,0,92263,11.2625732421875
SSDMP,λ<=n,8192,0,112112,13.685546875
SSDMP,λ<=n,8192,0,86075,10.5072021484375
SSDMP,λ<=n,8192,0,87083,10.6302490234375
SSDMP,λ<=n,8192,0,94746,11.565673828125
SSDMP,λ<=n,8192,0,164206,20.044677734375
SSDMP,λ<=n,8192,0,121140,14.78759765625
SSDMP,λ<=n,8192,0,96175,11.7401123046875
SSDMP,λ<=n,8192,0,147384,17.9912109375
SSDMP,λ<=n,8192,0,96706,11.804931640625
SSDMP,λ<=n,8192,0,92318,11.269287109375
SSDMP,λ<=n,8192,0,152853,18.6588134765625
SSDMP,λ<=n,8192,0,147017,17.9464111328125
SSDMP,λ<=n,8192,0,130983,15.9891357421875
SSDMP,λ<=n,8192,0,264551,32.2938232421875
SSDMP,λ<=n,8192,0,95925,11.7095947265625
SSDMP,λ<=n,8192,0,128877,15.7320556640625
SSDMP,λ<=n,8192,0,102364,12.49560546875
SSDMP,λ<=n,8192,0,124362,15.180908203125
SSDMP,λ<=n,8192,0,169802,20.727783203125
SSDMP,λ<=n,8192,0,100666,12.288330078125
SSDMP,λ<=n,8192,0,108026,13.186767578125
SSDMP,λ<=n,8192,0,114487,13.9754638671875
SSDMP,λ<=n,8192,0,105357,12.8609619140625
SSDMP,λ<=n,8192,0,125755,15.3509521484375
SSDMP,λ<=n,8192,0,115979,14.1575927734375
SSDMP,λ<=n,8192,0,107992,13.1826171875
SSDMP,λ<=n,8192,0,122554,14.960205078125
SSDMP,λ<=n,8192,0,117281,14.3165283203125
SSDMP,λ<=n,8192,0,115337,14.0792236328125
SSDMP,λ<=n,8192,0,155147,18.9388427734375
SSDMP,λ<=n,8192,0,188227,22.9769287109375
SSDMP,λ<=n,8192,0,109520,13.369140625
SSDMP,λ<=n,8192,0,145037,17.7047119140625
SSDMP,λ<=n,8192,0,86662,10.578857421875
SSDMP,λ<=n,8192,0,110204,13.45263671875
SSDMP,λ<=n,8192,0,136467,16.6585693359375
SSDMP,λ<=n,8192,0,126488,15.4404296875
SSDMP,λ<=n,8192,0,92220,11.25732421875
SSDMP,λ<=n,8192,0,152602,18.628173828125
SSDMP,λ<=n,8192,0,108311,13.2215576171875
SSDMP,λ<=n,8192,0,109126,13.321044921875
SSDMP,λ<=n,8192,0,96378,11.764892578125
SSDMP,λ<=n,8192,0,113709,13.8804931640625
SSDMP,λ<=n,8192,0,135479,16.5379638671875
SSDMP,λ<=n,8192,0,91430,11.160888671875
SSDMP,λ<=n,8192,0,84101,10.2662353515625
SSDMP,λ<=n,8192,0,139833,17.0694580078125
SSDMP,λ<=n,8192,0,112074,13.680908203125
SSDMP,λ<=n,8192,0,145997,17.8218994140625
SSDMP,λ<=n,8192,0,102154,12.469970703125
SSDMP,λ<=n,8192,0,100541,12.2730712890625
SSDMP,λ<=n,8192,0,99327,12.1248779296875
SSDMP,λ<=n,8192,0,100740,12.29736328125
SSDMP,λ<=n,8192,0,99982,12.204833984375
SSDMP,λ<=n,8192,0,82591,10.0819091796875
SSDMP,λ<=n,8192,0,151329,18.4727783203125
SSDMP,λ<=n,8192,0,117343,14.3240966796875
SSDMP,λ<=n,8192,0,98471,12.0203857421875
SSDMP,λ<=n,8192,0,122811,14.9915771484375
SSDMP,λ<=n,8192,0,178088,21.7392578125
SSDMP,λ<=n,8192,0,110964,13.54541015625
SSDMP,λ<=n,8192,0,130015,15.8709716796875
SSDMP,λ<=n,8192,0,101306,12.366455078125
SSDMP,λ<=n,8192,0,146706,17.908447265625
SSDMP,λ<=n,8192,0,81397,9.9361572265625
SSDMP,λ<=n,8192,0,113722,13.882080078125
SSDMP,λ<=n,8192,0,105184,12.83984375
SSDMP,λ<=n,8192,0,202183,24.6805419921875
SSDMP,λ<=n,8192,0,238095,29.0643310546875
SSDMP,λ<=n,8192,0,180585,22.0440673828125
SSDMP,λ<=n,8192,0,112991,13.7928466796875
SSDMP,λ<=n,8192,0,216093,26.3785400390625
SSDMP,λ<=n,8192,0,92469,11.2877197265625
SSDMP,λ<=n,8192,0,123396,15.06298828125
SSDMP,λ<=n,8192,0,118289,14.4395751953125
SSDMP,λ<=n,8192,0,109341,13.3472900390625
SSDMP,λ<=n,8192,0,86981,10.6177978515625
SSDMP,λ<=n,8192,0,117662,14.363037109375
SSDMP,λ<=n,8192,0,109315,13.3441162109375
SSDMP,λ<=n,8192,0,100189,12.2301025390625
SSDMP,λ<=n,8192,0,134177,16.3790283203125
SSDMP,λ<=n,8192,0,119073,14.5352783203125
SSDMP,λ<=n,8192,0,104878,12.802490234375
SSDMP,λ<=n,8192,0,91072,11.1171875
SSDMP,λ<=n,8192,0,124250,15.167236328125
SSDMP,λ<=n,8192,0,80770,9.859619140625
SSDMP,λ<=n,8192,0,127579,15.5736083984375
SSDMP,λ<=n,8192,0,127501,15.5640869140625
SSDMP,λ<=n,8192,0,91142,11.125732421875
SSDMP,λ<=n,8192,0,102100,12.46337890625
SSDMP,λ<=n,8192,0,88592,10.814453125
SSDMP,λ<=n,8192,0,102339,12.4925537109375
SSDMP,λ<=n,8192,0,85427,10.4281005859375
SSDMP,λ<=n,8192,0,86123,10.5130615234375
SSDMP,λ<=n,8192,0,110207,13.4530029296875
SSDMP,λ<=n,8192,0,149805,18.2867431640625
SRDMP,λ<=n,8192,0,64324,7.85205078125
SRDMP,λ<=n,8192,0,65539,8.0003662109375
SRDMP,λ<=n,8192,0,78541,9.5875244140625
SRDMP,λ<=n,8192,0,76401,9.3262939453125
SRDMP,λ<=n,8192,0,81000,9.8876953125
SRDMP,λ<=n,8192,0,70337,8.5860595703125
SRDMP,λ<=n,8192,0,72344,8.8310546875
SRDMP,λ<=n,8192,0,86288,10.533203125
SRDMP,λ<=n,8192,0,93848,11.4560546875
SRDMP,λ<=n,8192,0,83699,10.2171630859375
SRDMP,λ<=n,8192,0,77889,9.5079345703125
SRDMP,λ<=n,8192,0,90968,11.1044921875
SRDMP,λ<=n,8192,0,84178,10.275634765625
SRDMP,λ<=n,8192,0,97090,11.851806640625
SRDMP,λ<=n,8192,0,158156,19.30615234375
SRDMP,λ<=n,8192,0,78065,9.5294189453125
SRDMP,λ<=n,8192,0,74908,9.14404296875
SRDMP,λ<=n,8192,0,59056,7.208984375
SRDMP,λ<=n,8192,0,66128,8.072265625
SRDMP,λ<=n,8192,0,70503,8.6063232421875
SRDMP,λ<=n,8192,0,74365,9.0777587890625
SRDMP,λ<=n,8192,0,68308,8.33837890625
SRDMP,λ<=n,8192,0,65001,7.9346923828125
SRDMP,λ<=n,8192,0,95922,11.709228515625
SRDMP,λ<=n,8192,0,101039,12.3338623046875
SRDMP,λ<=n,8192,0,89588,10.93603515625
SRDMP,λ<=n,8192,0,75766,9.248779296875
SRDMP,λ<=n,8192,0,57334,6.998779296875
SRDMP,λ<=n,8192,0,68973,8.4195556640625
SRDMP,λ<=n,8192,0,72822,8.889404296875
SRDMP,λ<=n,8192,0,72928,8.90234375
SRDMP,λ<=n,8192,0,87552,10.6875
SRDMP,λ<=n,8192,0,84082,10.263916015625
SRDMP,λ<=n,8192,0,113678,13.876708984375
SRDMP,λ<=n,8192,0,72921,8.9014892578125
SRDMP,λ<=n,8192,0,88432,10.794921875
SRDMP,λ<=n,8192,0,80206,9.790771484375
SRDMP,λ<=n,8192,0,78713,9.6085205078125
SRDMP,λ<=n,8192,0,65739,8.0247802734375
SRDMP,λ<=n,8192,0,95761,11.6895751953125
SRDMP,λ<=n,8192,0,62993,7.6895751953125
SRDMP,λ<=n,8192,0,84285,10.2886962890625
SRDMP,λ<=n,8192,0,85572,10.44580078125
SRDMP,λ<=n,8192,0,85912,10.4873046875
SRDMP,λ<=n,8192,0,106172,12.96044921875
SRDMP,λ<=n,8192,0,74472,9.0908203125
SRDMP,λ<=n,8192,0,149177,18.2100830078125
SRDMP,λ<=n,8192,0,93899,11.4622802734375
SRDMP,λ<=n,8192,0,83542,10.197998046875
SRDMP,λ<=n,8192,0,67769,8.2725830078125
SRDMP,λ<=n,8192,0,133177,16.2569580078125
SRDMP,λ<=n,8192,0,70833,8.6466064453125
SRDMP,λ<=n,8192,0,88417,10.7930908203125
SRDMP,λ<=n,8192,0,69115,8.4368896484375
SRDMP,λ<=n,8192,0,82998,10.131591796875
SRDMP,λ<=n,8192,0,87546,10.686767578125
SRDMP,λ<=n,8192,0,70609,8.6192626953125
SRDMP,λ<=n,8192,0,139842,17.070556640625
SRDMP,λ<=n,8192,0,72260,8.82080078125
SRDMP,λ<=n,8192,0,62454,7.623779296875
SRDMP,λ<=n,8192,0,92274,11.263916015625
SRDMP,λ<=n,8192,0,99431,12.1375732421875
SRDMP,λ<=n,8192,0,72724,8.87744140625
SRDMP,λ<=n,8192,0,88168,10.7626953125
SRDMP,λ<=n,8192,0,79275,9.6771240234375
SRDMP,λ<=n,8192,0,101665,12.4102783203125
SRDMP,λ<=n,8192,0,79657,9.7237548828125
SRDMP,λ<=n,8192,0,62922,7.680908203125
SRDMP,λ<=n,8192,0,79395,9.6917724609375
SRDMP,λ<=n,8192,0,69648,8.501953125
SRDMP,λ<=n,8192,0,105799,12.9149169921875
SRDMP,λ<=n,8192,0,68362,8.344970703125
SRDMP,λ<=n,8192,0,71162,8.686767578125
SRDMP,λ<=n,8192,0,68789,8.3970947265625
SRDMP,λ<=n,8192,0,82543,10.0760498046875
SRDMP,λ<=n,8192,0,89894,10.973388671875
SRDMP,λ<=n,8192,0,91502,11.169677734375
SRDMP,λ<=n,8192,0,64346,7.854736328125
SRDMP,λ<=n,8192,0,94415,11.5252685546875
SRDMP,λ<=n,8192,0,72694,8.873779296875
SRDMP,λ<=n,8192,0,86225,10.5255126953125
SRDMP,λ<=n,8192,0,76514,9.340087890625
SRDMP,λ<=n,8192,0,80319,9.8045654296875
SRDMP,λ<=n,8192,0,71393,8.7149658203125
SRDMP,λ<=n,8192,0,64463,7.8690185546875
SRDMP,λ<=n,8192,0,67727,8.2674560546875
SRDMP,λ<=n,8192,0,83114,10.145751953125
SRDMP,λ<=n,8192,0,84042,10.259033203125
SRDMP,λ<=n,8192,0,76549,9.3443603515625
SRDMP,λ<=n,8192,0,59436,7.25537109375
SRDMP,λ<=n,8192,0,130884,15.97705078125
SRDMP,λ<=n,8192,0,61265,7.4786376953125
SRDMP,λ<=n,8192,0,99152,12.103515625
SRDMP,λ<=n,8192,0,71601,8.7403564453125
SRDMP,λ<=n,8192,0,70287,8.5799560546875
SRDMP,λ<=n,8192,0,66407,8.1063232421875
SRDMP,λ<=n,8192,0,83519,10.1951904296875
SRDMP,λ<=n,8192,0,94133,11.4908447265625
SRDMP,λ<=n,8192,0,90591,11.0584716796875
SRDMP,λ<=n,8192,0,78353,9.5645751953125
SHDMP,λ<=n,8192,0,56219,6.8626708984375
SHDMP,λ<=n,8192,0,68476,8.35888671875
SHDMP,λ<=n,8192,0,93543,11.4188232421875
SHDMP,λ<=n,8192,0,60051,7.3304443359375
SHDMP,λ<=n,8192,0,61596,7.51904296875
SHDMP,λ<=n,8192,0,67347,8.2210693359375
SHDMP,λ<=n,8192,0,91192,11.1318359375
SHDMP,λ<=n,8192,0,55707,6.8001708984375
SHDMP,λ<=n,8192,0,58064,7.087890625
SHDMP,λ<=n,8192,0,54644,6.67041015625
SHDMP,λ<=n,8192,0,105814,12.916748046875
SHDMP,λ<=n,8192,0,71208,8.6923828125
SHDMP,λ<=n,8192,0,63121,7.7052001953125
SHDMP,λ<=n,8192,0,61177,7.4678955078125
SHDMP,λ<=n,8192,0,89651,10.9437255859375
SHDMP,λ<=n,8192,0,91884,11.21630859375
SHDMP,λ<=n,8192,0,60873,7.4307861328125
SHDMP,λ<=n,8192,0,60933,7.4381103515625
SHDMP,λ<=n,8192,0,101928,12.4423828125
SHDMP,λ<=n,8192,0,69464,8.4794921875
SHDMP,λ<=n,8192,0,59258,7.233642578125
SHDMP,λ<=n,8192,0,57951,7.0740966796875
SHDMP,λ<=n,8192,0,126383,15.4276123046875
SHDMP,λ<=n,8192,0,64249,7.8428955078125
SHDMP,λ<=n,8192,0,108105,13.1964111328125
SHDMP,λ<=n,8192,0,118431,14.4569091796875
SHDMP,λ<=n,8192,0,73411,8.9613037109375
SHDMP,λ<=n,8192,0,58225,7.1075439453125
SHDMP,λ<=n,8192,0,72053,8.7955322265625
SHDMP,λ<=n,8192,0,63888,7.798828125
SHDMP,λ<=n,8192,0,84541,10.3199462890625
SHDMP,λ<=n,8192,0,111286,13.584716796875
SHDMP,λ<=n,8192,0,71964,8.78466796875
SHDMP,λ<=n,8192,0,86250,10.528564453125
SHDMP,λ<=n,8192,0,62191,7.5916748046875
SHDMP,λ<=n,8192,0,115516,14.10107421875
SHDMP,λ<=n,8192,0,61564,7.51513671875
SHDMP,λ<=n,8192,0,74491,9.0931396484375
SHDMP,λ<=n,8192,0,119121,14.5411376953125
SHDMP,λ<=n,8192,0,80805,9.8638916015625
SHDMP,λ<=n,8192,0,61125,7.4615478515625
SHDMP,λ<=n,8192,0,77603,9.4730224609375
SHDMP,λ<=n,8192,0,105252,12.84814453125
SHDMP,λ<=n,8192,0,75817,9.2550048828125
SHDMP,λ<=n,8192,0,88085,10.7525634765625
SHDMP,λ<=n,8192,0,128391,15.6727294921875
SHDMP,λ<=n,8192,0,64903,7.9227294921875
SHDMP,λ<=n,8192,0,70317,8.5836181640625
SHDMP,λ<=n,8192,0,62776,7.6630859375
SHDMP,λ<=n,8192,0,95869,11.7027587890625
SHDMP,λ<=n,8192,0,54035,6.5960693359375
SHDMP,λ<=n,8192,0,59813,7.3013916015625
SHDMP,λ<=n,8192,0,57101,6.9703369140625
SHDMP,λ<=n,8192,0,64293,7.8482666015625
SHDMP,λ<=n,8192,0,68444,8.35498046875
SHDMP,λ<=n,8192,0,56952,6.9521484375
SHDMP,λ<=n,8192,0,71721,8.7550048828125
SHDMP,λ<=n,8192,0,172978,21.115478515625
SHDMP,λ<=n,8192,0,88218,10.768798828125
SHDMP,λ<=n,8192,0,81824,9.98828125
SHDMP,λ<=n,8192,0,62973,7.6871337890625
SHDMP,λ<=n,8192,0,57691,7.0423583984375
SHDMP,λ<=n,8192,0,65289,7.9698486328125
SHDMP,λ<=n,8192,0,60501,7.3853759765625
SHDMP,λ<=n,8192,0,59965,7.3199462890625
SHDMP,λ<=n,8192,0,111801,13.6475830078125
SHDMP,λ<=n,8192,0,63591,7.7625732421875
SHDMP,λ<=n,8192,0,96546,11.785400390625
SHDMP,λ<=n,8192,0,68087,8.3114013671875
SHDMP,λ<=n,8192,0,58891,7.1888427734375
SHDMP,λ<=n,8192,0,72561,8.8575439453125
SHDMP,λ<=n,8192,0,66685,8.1402587890625
SHDMP,λ<=n,8192,0,57905,7.0684814453125
SHDMP,λ<=n,8192,0,53971,6.5882568359375
SHDMP,λ<=n,8192,0,64106,7.825439453125
SHDMP,λ<=n,8192,0,59370,7.247314453125
SHDMP,λ<=n,8192,0,60751,7.4158935546875
SHDMP,λ<=n,8192,0,94541,11.5406494140625
SHDMP,λ<=n,8192,0,69796,8.52001953125
SHDMP,λ<=n,8192,0,81579,9.9583740234375
SHDMP,λ<=n,8192,0,61748,7.53759765625
SHDMP,λ<=n,8192,0,55072,6.72265625
SHDMP,λ<=n,8192,0,84822,10.354248046875
SHDMP,λ<=n,8192,0,83216,10.158203125
SHDMP,λ<=n,8192,0,68890,8.409423828125
SHDMP,λ<=n,8192,0,61785,7.5421142578125
SHDMP,λ<=n,8192,0,90963,11.1038818359375
SHDMP,λ<=n,8192,0,65600,8.0078125
SHDMP,λ<=n,8192,0,64737,7.9024658203125
SHDMP,λ<=n,8192,0,78212,9.54736328125
SHDMP,λ<=n,8192,0,81728,9.9765625
SHDMP,λ<=n,8192,0,58797,7.1773681640625
SHDMP,λ<=n,8192,0,75574,9.225341796875
SHDMP,λ<=n,8192,0,56735,6.9256591796875
SHDMP,λ<=n,8192,0,105587,12.8890380859375
SHDMP,λ<=n,8192,0,81139,9.9046630859375
SHDMP,λ<=n,8192,0,74997,9.1549072265625
SHDMP,λ<=n,8192,0,67969,8.2969970703125
SHDMP,λ<=n,8192,0,59593,7.2745361328125
SHDMP,λ<=n,8192,0,61069,7.4547119140625
SHLMP,λ<=n,8192,0,70284,8.57958984375
SHLMP,λ<=n,8192,0,69877,8.5299072265625
SHLMP,λ<=n,8192,0,94174,11.495849609375
SHLMP,λ<=n,8192,0,64838,7.914794921875
SHLMP,λ<=n,8192,0,56161,6.8555908203125
SHLMP,λ<=n,8192,0,76084,9.28759765625
SHLMP,λ<=n,8192,0,67488,8.23828125
SHLMP,λ<=n,8192,0,59897,7.3116455078125
SHLMP,λ<=n,8192,0,86303,10.5350341796875
SHLMP,λ<=n,8192,0,63475,7.7484130859375
SHLMP,λ<=n,8192,0,79202,9.668212890625
SHLMP,λ<=n,8192,0,102303,12.4881591796875
SHLMP,λ<=n,8192,0,72754,8.881103515625
SHLMP,λ<=n,8192,0,79351,9.6864013671875
SHLMP,λ<=n,8192,0,67261,8.2105712890625
SHLMP,λ<=n,8192,0,76059,9.2845458984375
SHLMP,λ<=n,8192,0,109975,13.4246826171875
SHLMP,λ<=n,8192,0,62222,7.595458984375
SHLMP,λ<=n,8192,0,65106,7.947509765625
SHLMP,λ<=n,8192,0,77495,9.4598388671875
SHLMP,λ<=n,8192,0,62554,7.635986328125
SHLMP,λ<=n,8192,0,78666,9.602783203125
SHLMP,λ<=n,8192,0,72294,8.824951171875
SHLMP,λ<=n,8192,0,88390,10.789794921875
SHLMP,λ<=n,8192,0,72922,8.901611328125
SHLMP,λ<=n,8192,0,67147,8.1966552734375
SHLMP,λ<=n,8192,0,65397,7.9830322265625
SHLMP,λ<=n,8192,0,65543,8.0008544921875
SHLMP,λ<=n,8192,0,61406,7.495849609375
SHLMP,λ<=n,8192,0,71920,8.779296875
SHLMP,λ<=n,8192,0,59061,7.2095947265625
SHLMP,λ<=n,8192,0,65097,7.9464111328125
SHLMP,λ<=n,8192,0,111375,13.5955810546875
SHLMP,λ<=n,8192,0,65152,7.953125
SHLMP,λ<=n,8192,0,73048,8.9169921875
SHLMP,λ<=n,8192,0,77707,9.4857177734375
SHLMP,λ<=n,8192,0,69459,8.4788818359375
SHLMP,λ<=n,8192,0,80089,9.7764892578125
SHLMP,λ<=n,8192,0,78066,9.529541015625
SHLMP,λ<=n,8192,0,61264,7.478515625
SHLMP,λ<=n,8192,0,63479,7.7489013671875
SHLMP,λ<=n,8192,0,60655,7.4041748046875
SHLMP,λ<=n,8192,0,67219,8.2054443359375
SHLMP,λ<=n,8192,0,69453,8.4781494140625
SHLMP,λ<=n,8192,0,66319,8.0955810546875
SHLMP,λ<=n,8192,0,70172,8.56591796875
SHLMP,λ<=n,8192,0,71310,8.704833984375
SHLMP,λ<=n,8192,0,79171,9.6644287109375
SHLMP,λ<=n,8192,0,59430,7.254638671875
SHLMP,λ<=n,8192,0,104402,12.744384765625
SHLMP,λ<=n,8192,0,130119,15.8836669921875
SHLMP,λ<=n,8192,0,73795,9.0081787109375
SHLMP,λ<=n,8192,0,73377,8.9571533203125
SHLMP,λ<=n,8192,0,62680,7.6513671875
SHLMP,λ<=n,8192,0,61294,7.482177734375
SHLMP,λ<=n,8192,0,73157,8.9302978515625
SHLMP,λ<=n,8192,0,67841,8.2813720703125
SHLMP,λ<=n,8192,0,117262,14.314208984375
SHLMP,λ<=n,8192,0,57665,7.0391845703125
SHLMP,λ<=n,8192,0,69474,8.480712890625
SHLMP,λ<=n,8192,0,71870,8.773193359375
SHLMP,λ<=n,8192,0,64622,7.888427734375
SHLMP,λ<=n,8192,0,62328,7.6083984375
SHLMP,λ<=n,8192,0,64304,7.849609375
SHLMP,λ<=n,8192,0,84065,10.2618408203125
SHLMP,λ<=n,8192,0,95516,11.65966796875
SHLMP,λ<=n,8192,0,80880,9.873046875
SHLMP,λ<=n,8192,0,70301,8.5816650390625
SHLMP,λ<=n,8192,0,64046,7.818115234375
SHLMP,λ<=n,8192,0,84316,10.29248046875
SHLMP,λ<=n,8192,0,66114,8.070556640625
SHLMP,λ<=n,8192,0,63419,7.7415771484375
SHLMP,λ<=n,8192,0,81936,10.001953125
SHLMP,λ<=n,8192,0,103752,12.6650390625
SHLMP,λ<=n,8192,0,74817,9.1329345703125
SHLMP,λ<=n,8192,0,72642,8.867431640625
SHLMP,λ<=n,8192,0,68092,8.31201171875
SHLMP,λ<=n,8192,0,80058,9.772705078125
SHLMP,λ<=n,8192,0,70505,8.6065673828125
SHLMP,λ<=n,8192,0,87632,10.697265625
SHLMP,λ<=n,8192,0,86521,10.5616455078125
SHLMP,λ<=n,8192,0,83769,10.2257080078125
SHLMP,λ<=n,8192,0,90425,11.0382080078125
SHLMP,λ<=n,8192,0,58565,7.1490478515625
SHLMP,λ<=n,8192,0,64790,7.908935546875
SHLMP,λ<=n,8192,0,61229,7.4742431640625
SHLMP,λ<=n,8192,0,59383,7.2489013671875
SHLMP,λ<=n,8192,0,108387,13.2308349609375
SHLMP,λ<=n,8192,0,71687,8.7508544921875
SHLMP,λ<=n,8192,0,63473,7.7481689453125
SHLMP,λ<=n,8192,0,59602,7.275634765625
SHLMP,λ<=n,8192,0,65011,7.9359130859375
SHLMP,λ<=n,8192,0,62093,7.5797119140625
SHLMP,λ<=n,8192,0,88361,10.7862548828125
SHLMP,λ<=n,8192,0,60343,7.3660888671875
SHLMP,λ<=n,8192,0,81757,9.9801025390625
SHLMP,λ<=n,8192,0,63870,7.796630859375
SHLMP,λ<=n,8192,0,56421,6.8873291015625
SHLMP,λ<=n,8192,0,80373,9.8111572265625
SHLMP,λ<=n,8192,0,67230,8.206787109375
SRLMP,λ<=n,8192,0,74960,9.150390625
SRLMP,λ<=n,8192,0,107557,13.1295166015625
SRLMP,λ<=n,8192,0,67271,8.2117919921875
SRLMP,λ<=n,8192,0,68938,8.415283203125
SRLMP,λ<=n,8192,0,105235,12.8460693359375
SRLMP,λ<=n,8192,0,90700,11.07177734375
SRLMP,λ<=n,8192,0,101237,12.3580322265625
SRLMP,λ<=n,8192,0,68356,8.34423828125
SRLMP,λ<=n,8192,0,65915,8.0462646484375
SRLMP,λ<=n,8192,0,87828,10.72119140625
SRLMP,λ<=n,8192,0,133535,16.3006591796875
SRLMP,λ<=n,8192,0,66666,8.137939453125
SRLMP,λ<=n,8192,0,149204,18.21337890625
SRLMP,λ<=n,8192,0,89478,10.922607421875
SRLMP,λ<=n,8192,0,82710,10.096435546875
SRLMP,λ<=n,8192,0,72711,8.8758544921875
SRLMP,λ<=n,8192,0,73924,9.02392578125
SRLMP,λ<=n,8192,0,92147,11.2484130859375
SRLMP,λ<=n,8192,0,107842,13.164306640625
SRLMP,λ<=n,8192,0,81346,9.929931640625
SRLMP,λ<=n,8192,0,71799,8.7645263671875
SRLMP,λ<=n,8192,0,72450,8.843994140625
SRLMP,λ<=n,8192,0,71478,8.725341796875
SRLMP,λ<=n,8192,0,68906,8.411376953125
SRLMP,λ<=n,8192,0,121549,14.8375244140625
SRLMP,λ<=n,8192,0,74471,9.0906982421875
SRLMP,λ<=n,8192,0,94696,11.5595703125
SRLMP,λ<=n,8192,0,63938,7.804931640625
SRLMP,λ<=n,8192,0,122265,14.9249267578125
SRLMP,λ<=n,8192,0,74092,9.04443359375
SRLMP,λ<=n,8192,0,73195,8.9349365234375
SRLMP,λ<=n,8192,0,114022,13.918701171875
SRLMP,λ<=n,8192,0,89153,10.8829345703125
SRLMP,λ<=n,8192,0,114046,13.921630859375
SRLMP,λ<=n,8192,0,77583,9.4705810546875
SRLMP,λ<=n,8192,0,81967,10.0057373046875
SRLMP,λ<=n,8192,0,72219,8.8157958984375
SRLMP,λ<=n,8192,0,60869,7.4302978515625
SRLMP,λ<=n,8192,0,70655,8.6248779296875
SRLMP,λ<=n,8192,0,70791,8.6414794921875
SRLMP,λ<=n,8192,0,74479,9.0916748046875
SRLMP,λ<=n,8192,0,74536,9.0986328125
SRLMP,λ<=n,8192,0,80351,9.8084716796875
SRLMP,λ<=n,8192,0,78289,9.5567626953125
SRLMP,λ<=n,8192,0,72949,8.9049072265625
SRLMP,λ<=n,8192,0,71864,8.7724609375
SRLMP,λ<=n,8192,0,97572,11.91064453125
SRLMP,λ<=n,8192,0,102077,12.4605712890625
SRLMP,λ<=n,8192,0,79110,9.656982421875
SRLMP,λ<=n,8192,0,111671,13.6317138671875
SRLMP,λ<=n,8192,0,74252,9.06396484375
SRLMP,λ<=n,8192,0,84635,10.3314208984375
SRLMP,λ<=n,8192,0,79967,9.7615966796875
SRLMP,λ<=n,8192,0,142448,17.388671875
SRLMP,λ<=n,8192,0,96162,11.738525390625
SRLMP,λ<=n,8192,0,104061,12.7027587890625
SRLMP,λ<=n,8192,0,76669,9.3590087890625
SRLMP,λ<=n,8192,0,131084,16.00146484375
SRLMP,λ<=n,8192,0,70324,8.58447265625
SRLMP,λ<=n,8192,0,88149,10.7603759765625
SRLMP,λ<=n,8192,0,68104,8.3134765625
SRLMP,λ<=n,8192,0,82323,10.0491943359375
SRLMP,λ<=n,8192,0,61403,7.4954833984375
SRLMP,λ<=n,8192,0,77026,9.402587890625
SRLMP,λ<=n,8192,0,92599,11.3035888671875
SRLMP,λ<=n,8192,0,65044,7.93994140625
SRLMP,λ<=n,8192,0,68362,8.344970703125
SRLMP,λ<=n,8192,0,150104,18.3232421875
SRLMP,λ<=n,8192,0,77335,9.4403076171875
SRLMP,λ<=n,8192,0,78665,9.6026611328125
SRLMP,λ<=n,8192,0,113222,13.821044921875
SRLMP,λ<=n,8192,0,70486,8.604248046875
SRLMP,λ<=n,8192,0,73680,8.994140625
SRLMP,λ<=n,8192,0,117031,14.2860107421875
SRLMP,λ<=n,8192,0,77318,9.438232421875
SRLMP,λ<=n,8192,0,83966,10.249755859375
SRLMP,λ<=n,8192,0,91940,11.22314453125
SRLMP,λ<=n,8192,0,79864,9.7490234375
SRLMP,λ<=n,8192,0,95497,11.6573486328125
SRLMP,λ<=n,8192,0,82556,10.07763671875
SRLMP,λ<=n,8192,0,109754,13.397705078125
SRLMP,λ<=n,8192,0,74900,9.14306640625
SRLMP,λ<=n,8192,0,67221,8.2056884765625
SRLMP,λ<=n,8192,0,97186,11.863525390625
SRLMP,λ<=n,8192,0,66568,8.1259765625
SRLMP,λ<=n,8192,0,63912,7.8017578125
SRLMP,λ<=n,8192,0,104732,12.78466796875
SRLMP,λ<=n,8192,0,76288,9.3125
SRLMP,λ<=n,8192,0,93851,11.4564208984375
SRLMP,λ<=n,8192,0,99047,12.0906982421875
SRLMP,λ<=n,8192,0,75987,9.2757568359375
SRLMP,λ<=n,8192,0,80200,9.7900390625
SRLMP,λ<=n,8192,0,97912,11.9521484375
SRLMP,λ<=n,8192,0,62807,7.6668701171875
SRLMP,λ<=n,8192,0,87929,10.7335205078125
SRLMP,λ<=n,8192,0,77339,9.4407958984375
SRLMP,λ<=n,8192,0,84577,10.3243408203125
SRLMP,λ<=n,8192,0,78542,9.587646484375
SRLMP,λ<=n,8192,0,74017,9.0352783203125
SRLMP,λ<=n,8192,0,99305,12.1221923828125
SSLMP,λ<=n,8192,0,169024,20.6328125
SSLMP,λ<=n,8192,0,142934,17.447998046875
SSLMP,λ<=n,8192,0,237035,28.9349365234375
SSLMP,λ<=n,8192,0,117001,14.2823486328125
SSLMP,λ<=n,8192,0,129099,15.7591552734375
SSLMP,λ<=n,8192,0,114436,13.96923828125
SSLMP,λ<=n,8192,0,157298,19.201416015625
SSLMP,λ<=n,8192,0,131092,16.00244140625
SSLMP,λ<=n,8192,0,138100,16.85791015625
SSLMP,λ<=n,8192,0,113254,13.824951171875
SSLMP,λ<=n,8192,0,125934,15.372802734375
SSLMP,λ<=n,8192,0,119030,14.530029296875
SSLMP,λ<=n,8192,0,116744,14.2509765625
SSLMP,λ<=n,8192,0,147781,18.0396728515625
SSLMP,λ<=n,8192,0,108630,13.260498046875
SSLMP,λ<=n,8192,0,97617,11.9161376953125
SSLMP,λ<=n,8192,0,93340,11.39404296875
SSLMP,λ<=n,8192,0,89319,10.9031982421875
SSLMP,λ<=n,8192,0,135331,16.5198974609375
SSLMP,λ<=n,8192,0,179836,21.95263671875
SSLMP,λ<=n,8192,0,119886,14.634521484375
SSLMP,λ<=n,8192,0,110657,13.5079345703125
SSLMP,λ<=n,8192,0,128093,15.6363525390625
SSLMP,λ<=n,8192,0,252892,30.87060546875
SSLMP,λ<=n,8192,0,119283,14.5609130859375
SSLMP,λ<=n,8192,0,115463,14.0946044921875
SSLMP,λ<=n,8192,0,110983,13.5477294921875
SSLMP,λ<=n,8192,0,98746,12.053955078125
SSLMP,λ<=n,8192,0,102220,12.47802734375
SSLMP,λ<=n,8192,0,229953,28.0704345703125
SSLMP,λ<=n,8192,0,107071,13.0701904296875
SSLMP,λ<=n,8192,0,118613,14.4791259765625
SSLMP,λ<=n,8192,0,147350,17.987060546875
SSLMP,λ<=n,8192,0,167119,20.4002685546875
SSLMP,λ<=n,8192,0,99492,12.14501953125
SSLMP,λ<=n,8192,0,230970,28.194580078125
SSLMP,λ<=n,8192,0,134080,16.3671875
SSLMP,λ<=n,8192,0,320366,39.107177734375
SSLMP,λ<=n,8192,0,85523,10.4398193359375
SSLMP,λ<=n,8192,0,116727,14.2489013671875
SSLMP,λ<=n,8192,0,138134,16.862060546875
SSLMP,λ<=n,8192,0,141825,17.3126220703125
SSLMP,λ<=n,8192,0,142444,17.38818359375
SSLMP,λ<=n,8192,0,129067,15.7552490234375
SSLMP,λ<=n,8192,0,109436,13.35888671875
SSLMP,λ<=n,8192,0,92677,11.3131103515625
SSLMP,λ<=n,8192,0,102475,12.5091552734375
SSLMP,λ<=n,8192,0,99314,12.123291015625
SSLMP,λ<=n,8192,0,164243,20.0491943359375
SSLMP,λ<=n,8192,0,113484,13.85302734375
SSLMP,λ<=n,8192,0,113830,13.895263671875
SSLMP,λ<=n,8192,0,323745,39.5196533203125
SSLMP,λ<=n,8192,0,124931,15.2503662109375
SSLMP,λ<=n,8192,0,99381,12.1314697265625
SSLMP,λ<=n,8192,0,144900,17.68798828125
SSLMP,λ<=n,8192,0,105891,12.9261474609375
SSLMP,λ<=n,8192,0,149244,18.21826171875
SSLMP,λ<=n,8192,0,103681,12.6563720703125
SSLMP,λ<=n,8192,0,88143,10.7596435546875
SSLMP,λ<=n,8192,0,113073,13.8028564453125
SSLMP,λ<=n,8192,0,245567,29.9764404296875
SSLMP,λ<=n,8192,0,93086,11.363037109375
SSLMP,λ<=n,8192,0,115493,14.0982666015625
SSLMP,λ<=n,8192,0,120534,14.713623046875
SSLMP,λ<=n,8192,0,90403,11.0355224609375
SSLMP,λ<=n,8192,0,102333,12.4918212890625
SSLMP,λ<=n,8192,0,96519,11.7821044921875
SSLMP,λ<=n,8192,0,123252,15.04541015625
SSLMP,λ<=n,8192,0,143145,17.4737548828125
SSLMP,λ<=n,8192,0,224649,27.4229736328125
SSLMP,λ<=n,8192,0,156476,19.10107421875
SSLMP,λ<=n,8192,0,147600,18.017578125
SSLMP,λ<=n,8192,0,124673,15.2188720703125
SSLMP,λ<=n,8192,0,193212,23.58544921875
SSLMP,λ<=n,8192,0,102534,12.516357421875
SSLMP,λ<=n,8192,0,189115,23.0853271484375
SSLMP,λ<=n,8192,0,182393,22.2647705078125
SSLMP,λ<=n,8192,0,129185,15.7696533203125
SSLMP,λ<=n,8192,0,135013,16.4810791015625
SSLMP,λ<=n,8192,0,119196,14.55029296875
SSLMP,λ<=n,8192,0,121163,14.7904052734375
SSLMP,λ<=n,8192,0,158315,19.3255615234375
SSLMP,λ<=n,8192,0,107845,13.1646728515625
SSLMP,λ<=n,8192,0,179058,21.857666015625
SSLMP,λ<=n,8192,0,191077,23.3248291015625
SSLMP,λ<=n,8192,0,107579,13.1322021484375
SSLMP,λ<=n,8192,0,306343,37.3953857421875
SSLMP,λ<=n,8192,0,96574,11.788818359375
SSLMP,λ<=n,8192,0,110237,13.4566650390625
SSLMP,λ<=n,8192,0,114613,13.9908447265625
SSLMP,λ<=n,8192,0,161106,19.666259765625
SSLMP,λ<=n,8192,0,97430,11.893310546875
SSLMP,λ<=n,8192,0,117108,14.29541015625
SSLMP,λ<=n,8192,0,120546,14.715087890625
SSLMP,λ<=n,8192,0,222317,27.1383056640625
SSLMP,λ<=n,8192,0,127956,15.61962890625
SSLMP,λ<=n,8192,0,129517,15.8101806640625
SSLMP,λ<=n,8192,0,108499,13.2445068359375
SSLMP,λ<=n,8192,0,98795,12.0599365234375
SSLMP,λ<=n,8192,0,108880,13.291015625
SSDIP,λ<=n,8192,0,160662,19.612060546875
SSDIP,λ<=n,8192,0,114221,13.9429931640625
SSDIP,λ<=n,8192,0,138018,16.847900390625
SSDIP,λ<=n,8192,0,103649,12.6524658203125
SSDIP,λ<=n,8192,0,103438,12.626708984375
SSDIP,λ<=n,8192,0,130216,15.8955078125
SSDIP,λ<=n,8192,0,125538,15.324462890625
SSDIP,λ<=n,8192,0,127472,15.560546875
SSDIP,λ<=n,8192,0,111095,13.5614013671875
SSDIP,λ<=n,8192,0,119378,14.572509765625
SSDIP,λ<=n,8192,0,160176,19.552734375
SSDIP,λ<=n,8192,0,109737,13.3956298828125
SSDIP,λ<=n,8192,0,154280,18.8330078125
SSDIP,λ<=n,8192,0,101051,12.3353271484375
SSDIP,λ<=n,8192,0,280542,34.245849609375
SSDIP,λ<=n,8192,0,163884,20.00537109375
SSDIP,λ<=n,8192,0,191261,23.3472900390625
SSDIP,λ<=n,8192,0,199275,24.3255615234375
SSDIP,λ<=n,8192,0,118322,14.443603515625
SSDIP,λ<=n,8192,0,111451,13.6048583984375
SSDIP,λ<=n,8192,0,116721,14.2481689453125
SSDIP,λ<=n,8192,0,152575,18.6248779296875
SSDIP,λ<=n,8192,0,210719,25.7225341796875
SSDIP,λ<=n,8192,0,156856,19.1474609375
SSDIP,λ<=n,8192,0,110494,13.488037109375
SSDIP,λ<=n,8192,0,106305,12.9766845703125
SSDIP,λ<=n,8192,0,164070,20.028076171875
SSDIP,λ<=n,8192,0,161179,19.6751708984375
SSDIP,λ<=n,8192,0,118558,14.472412109375
SSDIP,λ<=n,8192,0,124415,15.1873779296875
SSDIP,λ<=n,8192,0,106222,12.966552734375
SSDIP,λ<=n,8192,0,131057,15.9981689453125
SSDIP,λ<=n,8192,0,136204,16.62646484375
SSDIP,λ<=n,8192,0,136049,16.6075439453125
SSDIP,λ<=n,8192,0,138107,16.8587646484375
SSDIP,λ<=n,8192,0,144965,17.6959228515625
SSDIP,λ<=n,8192,0,117253,14.3131103515625
SSDIP,λ<=n,8192,0,138422,16.897216796875
SSDIP,λ<=n,8192,0,117114,14.296142578125
SSDIP,λ<=n,8192,0,162137,19.7921142578125
SSDIP,λ<=n,8192,0,175398,21.410888671875
SSDIP,λ<=n,8192,0,142372,17.37939453125
SSDIP,λ<=n,8192,0,117052,14.28857421875
SSDIP,λ<=n,8192,0,99881,12.1925048828125
SSDIP,λ<=n,8192,0,134402,16.406494140625
SSDIP,λ<=n,8192,0,130204,15.89404296875
SSDIP,λ<=n,8192,0,116642,14.238525390625
SSDIP,λ<=n,8192,0,133784,16.3310546875
SSDIP,λ<=n,8192,0,111090,13.560791015625
SSDIP,λ<=n,8192,0,162936,19.8896484375
SSDIP,λ<=n,8192,0,119390,14.573974609375
SSDIP,λ<=n,8192,0,158042,19.292236328125
SSDIP,λ<=n,8192,0,119525,14.5904541015625
SSDIP,λ<=n,8192,0,138249,16.8760986328125
SSDIP,λ<=n,8192,0,110352,13.470703125
SSDIP,λ<=n,8192,0,167257,20.4171142578125
SSDIP,λ<=n,8192,0,164831,20.1209716796875
SSDIP,λ<=n,8192,0,103951,12.6893310546875
SSDIP,λ<=n,8192,0,132968,16.2314453125
SSDIP,λ<=n,8192,0,196771,24.0198974609375
SSDIP,λ<=n,8192,0,217865,26.5948486328125
SSDIP,λ<=n,8192,0,110643,13.5062255859375
SSDIP,λ<=n,8192,0,120940,14.76318359375
SSDIP,λ<=n,8192,0,151314,18.470947265625
SSDIP,λ<=n,8192,0,101270,12.362060546875
SSDIP,λ<=n,8192,0,130905,15.9796142578125
SSDIP,λ<=n,8192,0,104309,12.7330322265625
SSDIP,λ<=n,8192,0,126414,15.431396484375
SSDIP,λ<=n,8192,0,182063,22.2244873046875
SSDIP,λ<=n,8192,0,197203,24.0726318359375
SSDIP,λ<=n,8192,0,195409,23.8536376953125
SSDIP,λ<=n,8192,0,116154,14.178955078125
SSDIP,λ<=n,8192,0,155533,18.9859619140625
SSDIP,λ<=n,8192,0,129386,15.794189453125
SSDIP,λ<=n,8192,0,111992,13.6708984375
SSDIP,λ<=n,8192,0,122704,14.978515625
SSDIP,λ<=n,8192,0,111289,13.5850830078125
SSDIP,λ<=n,8192,0,106971,13.0579833984375
SSDIP,λ<=n,8192,0,215834,26.346923828125
SSDIP,λ<=n,8192,0,98271,11.9959716796875
SSDIP,λ<=n,8192,0,198632,24.2470703125
SSDIP,λ<=n,8192,0,103978,12.692626953125
SSDIP,λ<=n,8192,0,172898,21.105712890625
SSDIP,λ<=n,8192,0,119469,14.5836181640625
SSDIP,λ<=n,8192,0,233568,28.51171875
SSDIP,λ<=n,8192,0,125912,15.3701171875
SSDIP,λ<=n,8192,0,127313,15.5411376953125
SSDIP,λ<=n,8192,0,153873,18.7833251953125
SSDIP,λ<=n,8192,0,141275,17.2454833984375
SSDIP,λ<=n,8192,0,117848,14.3857421875
SSDIP,λ<=n,8192,0,124200,15.1611328125
SSDIP,λ<=n,8192,0,147056,17.951171875
SSDIP,λ<=n,8192,0,113273,13.8272705078125
SSDIP,λ<=n,8192,0,119346,14.568603515625
SSDIP,λ<=n,8192,0,144113,17.5919189453125
SSDIP,λ<=n,8192,0,142117,17.3482666015625
SSDIP,λ<=n,8192,0,182078,22.226318359375
SSDIP,λ<=n,8192,0,116242,14.189697265625
SSDIP,λ<=n,8192,0,110995,13.5491943359375
SSDIP,λ<=n,8192,0,134408,16.4072265625
SRDIP,λ<=n,8192,0,82954,10.126220703125
SRDIP,λ<=n,8192,0,91363,11.1527099609375
SRDIP,λ<=n,8192,0,119622,14.602294921875
SRDIP,λ<=n,8192,0,107823,13.1619873046875
SRDIP,λ<=n,8192,0,107416,13.1123046875
SRDIP,λ<=n,8192,0,95099,11.6087646484375
SRDIP,λ<=n,8192,0,69302,8.459716796875
SRDIP,λ<=n,8192,0,81494,9.947998046875
SRDIP,λ<=n,8192,0,89390,10.911865234375
SRDIP,λ<=n,8192,0,87536,10.685546875
SRDIP,λ<=n,8192,0,99452,12.14013671875
SRDIP,λ<=n,8192,0,73965,9.0289306640625
SRDIP,λ<=n,8192,0,97093,11.8521728515625
SRDIP,λ<=n,8192,0,120975,14.7674560546875
SRDIP,λ<=n,8192,0,144872,17.6845703125
SRDIP,λ<=n,8192,0,86451,10.5531005859375
SRDIP,λ<=n,8192,0,107331,13.1019287109375
SRDIP,λ<=n,8192,0,80569,9.8350830078125
SRDIP,λ<=n,8192,0,80378,9.811767578125
SRDIP,λ<=n,8192,0,97126,11.856201171875
SRDIP,λ<=n,8192,0,71428,8.71923828125
SRDIP,λ<=n,8192,0,109735,13.3953857421875
SRDIP,λ<=n,8192,0,82071,10.0184326171875
SRDIP,λ<=n,8192,0,106461,12.9957275390625
SRDIP,λ<=n,8192,0,80309,9.8033447265625
SRDIP,λ<=n,8192,0,98313,12.0010986328125
SRDIP,λ<=n,8192,0,121473,14.8282470703125
SRDIP,λ<=n,8192,0,89629,10.9410400390625
SRDIP,λ<=n,8192,0,96009,11.7198486328125
SRDIP,λ<=n,8192,0,107703,13.1473388671875
SRDIP,λ<=n,8192,0,80444,9.81982421875
SRDIP,λ<=n,8192,0,152793,18.6514892578125
SRDIP,λ<=n,8192,0,103307,12.6107177734375
SRDIP,λ<=n,8192,0,91450,11.163330078125
SRDIP,λ<=n,8192,0,102244,12.48095703125
SRDIP,λ<=n,8192,0,78056,9.5283203125
SRDIP,λ<=n,8192,0,94192,11.498046875
SRDIP,λ<=n,8192,0,88671,10.8240966796875
SRDIP,λ<=n,8192,0,105252,12.84814453125
SRDIP,λ<=n,8192,0,74334,9.073974609375
SRDIP,λ<=n,8192,0,86188,10.52099609375
SRDIP,λ<=n,8192,0,74899,9.1429443359375
SRDIP,λ<=n,8192,0,87527,10.6844482421875
SRDIP,λ<=n,8192,0,119641,14.6046142578125
SRDIP,λ<=n,8192,0,94614,11.549560546875
SRDIP,λ<=n,8192,0,89910,10.975341796875
SRDIP,λ<=n,8192,0,79171,9.6644287109375
SRDIP,λ<=n,8192,0,81678,9.970458984375
SRDIP,λ<=n,8192,0,77221,9.4263916015625
SRDIP,λ<=n,8192,0,94073,11.4835205078125
SRDIP,λ<=n,8192,0,91747,11.1995849609375
SRDIP,λ<=n,8192,0,97865,11.9464111328125
SRDIP,λ<=n,8192,0,98560,12.03125
SRDIP,λ<=n,8192,0,99598,12.157958984375
SRDIP,λ<=n,8192,0,111249,13.5802001953125
SRDIP,λ<=n,8192,0,74903,9.1434326171875
SRDIP,λ<=n,8192,0,98420,12.01416015625
SRDIP,λ<=n,8192,0,90190,11.009521484375
SRDIP,λ<=n,8192,0,83020,10.13427734375
SRDIP,λ<=n,8192,0,88861,10.8472900390625
SRDIP,λ<=n,8192,0,80967,9.8836669921875
SRDIP,λ<=n,8192,0,129163,15.7669677734375
SRDIP,λ<=n,8192,0,141181,17.2340087890625
SRDIP,λ<=n,8192,0,80335,9.8065185546875
SRDIP,λ<=n,8192,0,125037,15.2633056640625
SRDIP,λ<=n,8192,0,89781,10.9595947265625
SRDIP,λ<=n,8192,0,81905,9.9981689453125
SRDIP,λ<=n,8192,0,109626,13.382080078125
SRDIP,λ<=n,8192,0,120344,14.6904296875
SRDIP,λ<=n,8192,0,113665,13.8751220703125
SRDIP,λ<=n,8192,0,73469,8.9683837890625
SRDIP,λ<=n,8192,0,87856,10.724609375
SRDIP,λ<=n,8192,0,79407,9.6932373046875
SRDIP,λ<=n,8192,0,92139,11.2474365234375
SRDIP,λ<=n,8192,0,80372,9.81103515625
SRDIP,λ<=n,8192,0,78352,9.564453125
SRDIP,λ<=n,8192,0,77671,9.4813232421875
SRDIP,λ<=n,8192,0,86139,10.5150146484375
SRDIP,λ<=n,8192,0,80279,9.7996826171875
SRDIP,λ<=n,8192,0,97705,11.9268798828125
SRDIP,λ<=n,8192,0,84704,10.33984375
SRDIP,λ<=n,8192,0,83423,10.1834716796875
SRDIP,λ<=n,8192,0,87457,10.6759033203125
SRDIP,λ<=n,8192,0,89295,10.9002685546875
SRDIP,λ<=n,8192,0,79118,9.657958984375
SRDIP,λ<=n,8192,0,77035,9.4036865234375
SRDIP,λ<=n,8192,0,68161,8.3204345703125
SRDIP,λ<=n,8192,0,84134,10.270263671875
SRDIP,λ<=n,8192,0,142095,17.3455810546875
SRDIP,λ<=n,8192,0,92513,11.2930908203125
SRDIP,λ<=n,8192,0,105581,12.8883056640625
SRDIP,λ<=n,8192,0,91479,11.1668701171875
SRDIP,λ<=n,8192,0,88399,10.7908935546875
SRDIP,λ<=n,8192,0,81057,9.8946533203125
SRDIP,λ<=n,8192,0,101662,12.409912109375
SRDIP,λ<=n,8192,0,110873,13.5343017578125
SRDIP,λ<=n,8192,0,101842,12.431884765625
SRDIP,λ<=n,8192,0,76664,9.3583984375
SRDIP,λ<=n,8192,0,93041,11.3575439453125
SRDIP,λ<=n,8192,0,95132,11.61279296875
SHDIP,λ<=n,8192,0,82817,10.1094970703125
SHDIP,λ<=n,8192,0,79174,9.664794921875
SHDIP,λ<=n,8192,0,83486,10.191162109375
SHDIP,λ<=n,8192,0,79218,9.670166015625
SHDIP,λ<=n,8192,0,76733,9.3668212890625
SHDIP,λ<=n,8192,0,79425,9.6954345703125
SHDIP,λ<=n,8192,0,71594,8.739501953125
SHDIP,λ<=n,8192,0,69162,8.442626953125
SHDIP,λ<=n,8192,0,87506,10.681884765625
SHDIP,λ<=n,8192,0,72395,8.8372802734375
SHDIP,λ<=n,8192,0,70439,8.5985107421875
SHDIP,λ<=n,8192,0,79355,9.6868896484375
SHDIP,λ<=n,8192,0,78192,9.544921875
SHDIP,λ<=n,8192,0,75451,9.2103271484375
SHDIP,λ<=n,8192,0,120116,14.66259765625
SHDIP,λ<=n,8192,0,68257,8.3321533203125
SHDIP,λ<=n,8192,0,71527,8.7313232421875
SHDIP,λ<=n,8192,0,112120,13.6865234375
SHDIP,λ<=n,8192,0,125431,15.3114013671875
SHDIP,λ<=n,8192,0,79829,9.7447509765625
SHDIP,λ<=n,8192,0,80497,9.8262939453125
SHDIP,λ<=n,8192,0,69649,8.5020751953125
SHDIP,λ<=n,8192,0,76464,9.333984375
SHDIP,λ<=n,8192,0,92175,11.2518310546875
SHDIP,λ<=n,8192,0,79299,9.6800537109375
SHDIP,λ<=n,8192,0,77273,9.4327392578125
SHDIP,λ<=n,8192,0,85032,10.3798828125
SHDIP,λ<=n,8192,0,122655,14.9725341796875
SHDIP,λ<=n,8192,0,80167,9.7860107421875
SHDIP,λ<=n,8192,0,111201,13.5743408203125
SHDIP,λ<=n,8192,0,76011,9.2786865234375
SHDIP,λ<=n,8192,0,69987,8.5433349609375
SHDIP,λ<=n,8192,0,87549,10.6871337890625
SHDIP,λ<=n,8192,0,85372,10.42138671875
SHDIP,λ<=n,8192,0,87264,10.65234375
SHDIP,λ<=n,8192,0,114247,13.9461669921875
SHDIP,λ<=n,8192,0,77260,9.43115234375
SHDIP,λ<=n,8192,0,114538,13.981689453125
SHDIP,λ<=n,8192,0,95161,11.6163330078125
SHDIP,λ<=n,8192,0,82467,10.0667724609375
SHDIP,λ<=n,8192,0,71652,8.74658203125
SHDIP,λ<=n,8192,0,77011,9.4007568359375
SHDIP,λ<=n,8192,0,83794,10.228759765625
SHDIP,λ<=n,8192,0,79833,9.7452392578125
SHDIP,λ<=n,8192,0,106541,13.0054931640625
SHDIP,λ<=n,8192,0,77360,9.443359375
SHDIP,λ<=n,8192,0,77251,9.4300537109375
SHDIP,λ<=n,8192,0,75636,9.23291015625
SHDIP,λ<=n,8192,0,92362,11.274658203125
SHDIP,λ<=n,8192,0,77266,9.431884765625
SHDIP,λ<=n,8192,0,76576,9.34765625
SHDIP,λ<=n,8192,0,96675,11.8011474609375
SHDIP,λ<=n,8192,0,78500,9.58251953125
SHDIP,λ<=n,8192,0,81216,9.9140625
SHDIP,λ<=n,8192,0,96077,11.7281494140625
SHDIP,λ<=n,8192,0,80617,9.8409423828125
SHDIP,λ<=n,8192,0,86826,10.598876953125
SHDIP,λ<=n,8192,0,67373,8.2242431640625
SHDIP,λ<=n,8192,0,109614,13.380615234375
SHDIP,λ<=n,8192,0,77391,9.4471435546875
SHDIP,λ<=n,8192,0,96813,11.8179931640625
SHDIP,λ<=n,8192,0,73447,8.9656982421875
SHDIP,λ<=n,8192,0,88940,10.85693359375
SHDIP,λ<=n,8192,0,73453,8.9664306640625
SHDIP,λ<=n,8192,0,90207,11.0115966796875
SHDIP,λ<=n,8192,0,82564,10.07861328125
SHDIP,λ<=n,8192,0,75316,9.19384765625
SHDIP,λ<=n,8192,0,79853,9.7476806640625
SHDIP,λ<=n,8192,0,79851,9.7474365234375
SHDIP,λ<=n,8192,0,89455,10.9197998046875
SHDIP,λ<=n,8192,0,78123,9.5364990234375
SHDIP,λ<=n,8192,0,75952,9.271484375
SHDIP,λ<=n,8192,0,78794,9.618408203125
SHDIP,λ<=n,8192,0,105888,12.92578125
SHDIP,λ<=n,8192,0,75525,9.2193603515625
SHDIP,λ<=n,8192,0,80606,9.839599609375
SHDIP,λ<=n,8192,0,71510,8.729248046875
SHDIP,λ<=n,8192,0,75893,9.2642822265625
SHDIP,λ<=n,8192,0,87608,10.6943359375
SHDIP,λ<=n,8192,0,69708,8.50927734375
SHDIP,λ<=n,8192,0,78207,9.5467529296875
SHDIP,λ<=n,8192,0,92761,11.3233642578125
SHDIP,λ<=n,8192,0,81691,9.9720458984375
SHDIP,λ<=n,8192,0,91140,11.12548828125
SHDIP,λ<=n,8192,0,76506,9.339111328125
SHDIP,λ<=n,8192,0,97798,11.938232421875
SHDIP,λ<=n,8192,0,102382,12.497802734375
SHDIP,λ<=n,8192,0,71860,8.77197265625
SHDIP,λ<=n,8192,0,77392,9.447265625
SHDIP,λ<=n,8192,0,83098,10.143798828125
SHDIP,λ<=n,8192,0,87664,10.701171875
SHDIP,λ<=n,8192,0,74196,9.05712890625
SHDIP,λ<=n,8192,0,84047,10.2596435546875
SHDIP,λ<=n,8192,0,80331,9.8060302734375
SHDIP,λ<=n,8192,0,85153,10.3946533203125
SHDIP,λ<=n,8192,0,81789,9.9840087890625
SHDIP,λ<=n,8192,0,67576,8.2490234375
SHDIP,λ<=n,8192,0,81186,9.910400390625
SHDIP,λ<=n,8192,0,67915,8.2904052734375
SHDIP,λ<=n,8192,0,90961,11.1036376953125
SHLIP,λ<=n,8192,0,71791,8.7635498046875
SHLIP,λ<=n,8192,0,72573,8.8590087890625
SHLIP,λ<=n,8192,0,84424,10.3056640625
SHLIP,λ<=n,8192,0,78095,9.5330810546875
SHLIP,λ<=n,8192,0,98940,12.07763671875
SHLIP,λ<=n,8192,0,95787,11.6927490234375
SHLIP,λ<=n,8192,0,113593,13.8663330078125
SHLIP,λ<=n,8192,0,74132,9.04931640625
SHLIP,λ<=n,8192,0,89667,10.9456787109375
SHLIP,λ<=n,8192,0,91738,11.198486328125
SHLIP,λ<=n,8192,0,84666,10.335205078125
SHLIP,λ<=n,8192,0,84386,10.301025390625
SHLIP,λ<=n,8192,0,78593,9.5938720703125
SHLIP,λ<=n,8192,0,77454,9.454833984375
SHLIP,λ<=n,8192,0,98403,12.0120849609375
SHLIP,λ<=n,8192,0,72214,8.815185546875
SHLIP,λ<=n,8192,0,81047,9.8934326171875
SHLIP,λ<=n,8192,0,74387,9.0804443359375
SHLIP,λ<=n,8192,0,88055,10.7489013671875
SHLIP,λ<=n,8192,0,73350,8.953857421875
SHLIP,λ<=n,8192,0,86130,10.513916015625
SHLIP,λ<=n,8192,0,107557,13.1295166015625
SHLIP,λ<=n,8192,0,74574,9.103271484375
SHLIP,λ<=n,8192,0,88235,10.7708740234375
SHLIP,λ<=n,8192,0,80286,9.800537109375
SHLIP,λ<=n,8192,0,84596,10.32666015625
SHLIP,λ<=n,8192,0,158368,19.33203125
SHLIP,λ<=n,8192,0,80928,9.87890625
SHLIP,λ<=n,8192,0,81310,9.925537109375
SHLIP,λ<=n,8192,0,89109,10.8775634765625
SHLIP,λ<=n,8192,0,74524,9.09716796875
SHLIP,λ<=n,8192,0,106870,13.045654296875
SHLIP,λ<=n,8192,0,129502,15.808349609375
SHLIP,λ<=n,8192,0,75954,9.271728515625
SHLIP,λ<=n,8192,0,198079,24.1795654296875
SHLIP,λ<=n,8192,0,72168,8.8095703125
SHLIP,λ<=n,8192,0,79032,9.6474609375
SHLIP,λ<=n,8192,0,75788,9.25146484375
SHLIP,λ<=n,8192,0,74885,9.1412353515625
SHLIP,λ<=n,8192,0,73125,8.9263916015625
SHLIP,λ<=n,8192,0,81810,9.986572265625
SHLIP,λ<=n,8192,0,136727,16.6903076171875
SHLIP,λ<=n,8192,0,88247,10.7723388671875
SHLIP,λ<=n,8192,0,82418,10.060791015625
SHLIP,λ<=n,8192,0,81089,9.8985595703125
SHLIP,λ<=n,8192,0,85154,10.394775390625
SHLIP,λ<=n,8192,0,84729,10.3428955078125
SHLIP,λ<=n,8192,0,87407,10.6697998046875
SHLIP,λ<=n,8192,0,84661,10.3345947265625
SHLIP,λ<=n,8192,0,76291,9.3128662109375
SHLIP,λ<=n,8192,0,84671,10.3358154296875
SHLIP,λ<=n,8192,0,74332,9.07373046875
SHLIP,λ<=n,8192,0,117272,14.3154296875
SHLIP,λ<=n,8192,0,84069,10.2623291015625
SHLIP,λ<=n,8192,0,81513,9.9503173828125
SHLIP,λ<=n,8192,0,85637,10.4537353515625
SHLIP,λ<=n,8192,0,76329,9.3175048828125
SHLIP,λ<=n,8192,0,77164,9.41943359375
SHLIP,λ<=n,8192,0,82903,10.1199951171875
SHLIP,λ<=n,8192,0,146669,17.9039306640625
SHLIP,λ<=n,8192,0,74438,9.086669921875
SHLIP,λ<=n,8192,0,113547,13.8607177734375
SHLIP,λ<=n,8192,0,74093,9.0445556640625
SHLIP,λ<=n,8192,0,107759,13.1541748046875
SHLIP,λ<=n,8192,0,83971,10.2503662109375
SHLIP,λ<=n,8192,0,80315,9.8040771484375
SHLIP,λ<=n,8192,0,78072,9.5302734375
SHLIP,λ<=n,8192,0,85580,10.44677734375
SHLIP,λ<=n,8192,0,88179,10.7640380859375
SHLIP,λ<=n,8192,0,74912,9.14453125
SHLIP,λ<=n,8192,0,85630,10.452880859375
SHLIP,λ<=n,8192,0,80094,9.777099609375
SHLIP,λ<=n,8192,0,90129,11.0020751953125
SHLIP,λ<=n,8192,0,113573,13.8638916015625
SHLIP,λ<=n,8192,0,88807,10.8406982421875
SHLIP,λ<=n,8192,0,83631,10.2088623046875
SHLIP,λ<=n,8192,0,80115,9.7796630859375
SHLIP,λ<=n,8192,0,101654,12.408935546875
SHLIP,λ<=n,8192,0,124442,15.190673828125
SHLIP,λ<=n,8192,0,86147,10.5159912109375
SHLIP,λ<=n,8192,0,81862,9.992919921875
SHLIP,λ<=n,8192,0,72076,8.79833984375
SHLIP,λ<=n,8192,0,88845,10.8453369140625
SHLIP,λ<=n,8192,0,82666,10.091064453125
SHLIP,λ<=n,8192,0,75435,9.2083740234375
SHLIP,λ<=n,8192,0,68939,8.4154052734375
SHLIP,λ<=n,8192,0,75602,9.228759765625
SHLIP,λ<=n,8192,0,129399,15.7957763671875
SHLIP,λ<=n,8192,0,89528,10.9287109375
SHLIP,λ<=n,8192,0,76709,9.3638916015625
SHLIP,λ<=n,8192,0,77487,9.4588623046875
SHLIP,λ<=n,8192,0,113985,13.9141845703125
SHLIP,λ<=n,8192,0,76002,9.277587890625
SHLIP,λ<=n,8192,0,76294,9.313232421875
SHLIP,λ<=n,8192,0,86123,10.5130615234375
SHLIP,λ<=n,8192,0,76940,9.39208984375
SHLIP,λ<=n,8192,0,76412,9.32763671875
SHLIP,λ<=n,8192,0,88301,10.7789306640625
SHLIP,λ<=n,8192,0,71301,8.7037353515625
SHLIP,λ<=n,8192,0,93788,11.44873046875
SRLIP,λ<=n,8192,0,82044,10.01513671875
SRLIP,λ<=n,8192,0,139008,16.96875
SRLIP,λ<=n,8192,0,155714,19.008056640625
SRLIP,λ<=n,8192,0,137248,16.75390625
SRLIP,λ<=n,8192,0,163132,19.91357421875
SRLIP,λ<=n,8192,0,97144,11.8583984375
SRLIP,λ<=n,8192,0,90540,11.05224609375
SRLIP,λ<=n,8192,0,101215,12.3553466796875
SRLIP,λ<=n,8192,0,111437,13.6031494140625
SRLIP,λ<=n,8192,0,83366,10.176513671875
SRLIP,λ<=n,8192,0,119206,14.551513671875
SRLIP,λ<=n,8192,0,105929,12.9307861328125
SRLIP,λ<=n,8192,0,105877,12.9244384765625
SRLIP,λ<=n,8192,0,92307,11.2679443359375
SRLIP,λ<=n,8192,0,160453,19.5865478515625
SRLIP,λ<=n,8192,0,96257,11.7501220703125
SRLIP,λ<=n,8192,0,156799,19.1405029296875
SRLIP,λ<=n,8192,0,100267,12.2396240234375
SRLIP,λ<=n,8192,0,85601,10.4493408203125
SRLIP,λ<=n,8192,0,100119,12.2215576171875
SRLIP,λ<=n,8192,0,97491,11.9007568359375
SRLIP,λ<=n,8192,0,101140,12.34619140625
SRLIP,λ<=n,8192,0,165105,20.1544189453125
SRLIP,λ<=n,8192,0,104281,12.7296142578125
SRLIP,λ<=n,8192,0,90493,11.0465087890625
SRLIP,λ<=n,8192,0,97365,11.8853759765625
SRLIP,λ<=n,8192,0,78198,9.545654296875
SRLIP,λ<=n,8192,0,125570,15.328369140625
SRLIP,λ<=n,8192,0,94030,11.478271484375
SRLIP,λ<=n,8192,0,99503,12.1463623046875
SRLIP,λ<=n,8192,0,82495,10.0701904296875
SRLIP,λ<=n,8192,0,86668,10.57958984375
SRLIP,λ<=n,8192,0,105186,12.840087890625
SRLIP,λ<=n,8192,0,85509,10.4381103515625
SRLIP,λ<=n,8192,0,94212,11.50048828125
SRLIP,λ<=n,8192,0,102615,12.5262451171875
SRLIP,λ<=n,8192,0,78415,9.5721435546875
SRLIP,λ<=n,8192,0,106765,13.0328369140625
SRLIP,λ<=n,8192,0,90105,10.9991455078125
SRLIP,λ<=n,8192,0,82654,10.089599609375
SRLIP,λ<=n,8192,0,107351,13.1043701171875
SRLIP,λ<=n,8192,0,91753,11.2003173828125
SRLIP,λ<=n,8192,0,87670,10.701904296875
SRLIP,λ<=n,8192,0,84718,10.341552734375
SRLIP,λ<=n,8192,0,86426,10.550048828125
SRLIP,λ<=n,8192,0,81402,9.936767578125
SRLIP,λ<=n,8192,0,103677,12.6558837890625
SRLIP,λ<=n,8192,0,117792,14.37890625
SRLIP,λ<=n,8192,0,73572,8.98095703125
SRLIP,λ<=n,8192,0,87455,10.6756591796875
SRLIP,λ<=n,8192,0,110789,13.5240478515625
SRLIP,λ<=n,8192,0,115992,14.1591796875
SRLIP,λ<=n,8192,0,112431,13.7244873046875
SRLIP,λ<=n,8192,0,120680,14.7314453125
SRLIP,λ<=n,8192,0,84108,10.26708984375
SRLIP,λ<=n,8192,0,117341,14.3238525390625
SRLIP,λ<=n,8192,0,81409,9.9376220703125
SRLIP,λ<=n,8192,0,85381,10.4224853515625
SRLIP,λ<=n,8192,0,80925,9.8785400390625
SRLIP,λ<=n,8192,0,89016,10.8662109375
SRLIP,λ<=n,8192,0,93256,11.3837890625
SRLIP,λ<=n,8192,0,82676,10.09228515625
SRLIP,λ<=n,8192,0,87194,10.643798828125
SRLIP,λ<=n,8192,0,140034,17.093994140625
SRLIP,λ<=n,8192,0,77780,9.49462890625
SRLIP,λ<=n,8192,0,96263,11.7508544921875
SRLIP,λ<=n,8192,0,78273,9.5548095703125
SRLIP,λ<=n,8192,0,81359,9.9315185546875
SRLIP,λ<=n,8192,0,87287,10.6551513671875
SRLIP,λ<=n,8192,0,116957,14.2769775390625
SRLIP,λ<=n,8192,0,134831,16.4588623046875
SRLIP,λ<=n,8192,0,118254,14.435302734375
SRLIP,λ<=n,8192,0,78377,9.5675048828125
SRLIP,λ<=n,8192,0,76673,9.3594970703125
SRLIP,λ<=n,8192,0,152926,18.667724609375
SRLIP,λ<=n,8192,0,92614,11.305419921875
SRLIP,λ<=n,8192,0,113169,13.8145751953125
SRLIP,λ<=n,8192,0,83423,10.1834716796875
SRLIP,λ<=n,8192,0,82439,10.0633544921875
SRLIP,λ<=n,8192,0,83385,10.1788330078125
SRLIP,λ<=n,8192,0,104057,12.7022705078125
SRLIP,λ<=n,8192,0,105569,12.8868408203125
SRLIP,λ<=n,8192,0,89596,10.93701171875
SRLIP,λ<=n,8192,0,90321,11.0255126953125
SRLIP,λ<=n,8192,0,102804,12.54931640625
SRLIP,λ<=n,8192,0,74930,9.146728515625
SRLIP,λ<=n,8192,0,114521,13.9796142578125
SRLIP,λ<=n,8192,0,102934,12.565185546875
SRLIP,λ<=n,8192,0,88083,10.7523193359375
SRLIP,λ<=n,8192,0,129850,15.850830078125
SRLIP,λ<=n,8192,0,100532,12.27197265625
SRLIP,λ<=n,8192,0,79332,9.68408203125
SRLIP,λ<=n,8192,0,85116,10.39013671875
SRLIP,λ<=n,8192,0,108430,13.236083984375
SRLIP,λ<=n,8192,0,105223,12.8446044921875
SRLIP,λ<=n,8192,0,78248,9.5517578125
SRLIP,λ<=n,8192,0,95944,11.7119140625
SRLIP,λ<=n,8192,0,110988,13.54833984375
SRLIP,λ<=n,8192,0,106828,13.04052734375
SRLIP,λ<=n,8192,0,112729,13.7608642578125
SSLIP,λ<=n,8192,0,158786,19.383056640625
SSLIP,λ<=n,8192,0,229832,28.0556640625
SSLIP,λ<=n,8192,0,175708,21.44873046875
SSLIP,λ<=n,8192,0,286517,34.9752197265625
SSLIP,λ<=n,8192,0,184562,22.529541015625
SSLIP,λ<=n,8192,0,135757,16.5718994140625
SSLIP,λ<=n,8192,0,184257,22.4923095703125
SSLIP,λ<=n,8192,0,226169,27.6085205078125
SSLIP,λ<=n,8192,0,124243,15.1663818359375
SSLIP,λ<=n,8192,0,135521,16.5430908203125
SSLIP,λ<=n,8192,0,111882,13.657470703125
SSLIP,λ<=n,8192,0,136983,16.7215576171875
SSLIP,λ<=n,8192,0,139464,17.0244140625
SSLIP,λ<=n,8192,0,100972,12.32568359375
SSLIP,λ<=n,8192,0,197288,24.0830078125
SSLIP,λ<=n,8192,0,121696,14.85546875
SSLIP,λ<=n,8192,0,148305,18.1036376953125
SSLIP,λ<=n,8192,0,133805,16.3336181640625
SSLIP,λ<=n,8192,0,214176,26.14453125
SSLIP,λ<=n,8192,0,184660,22.54150390625
SSLIP,λ<=n,8192,0,109025,13.3087158203125
SSLIP,λ<=n,8192,0,122690,14.976806640625
SSLIP,λ<=n,8192,0,138000,16.845703125
SSLIP,λ<=n,8192,0,110535,13.4930419921875
SSLIP,λ<=n,8192,0,110126,13.443115234375
SSLIP,λ<=n,8192,0,155475,18.9788818359375
SSLIP,λ<=n,8192,0,154446,18.853271484375
SSLIP,λ<=n,8192,0,105630,12.894287109375
SSLIP,λ<=n,8192,0,172882,21.103759765625
SSLIP,λ<=n,8192,0,111706,13.635986328125
SSLIP,λ<=n,8192,0,131675,16.0736083984375
SSLIP,λ<=n,8192,0,129595,15.8197021484375
SSLIP,λ<=n,8192,0,122972,15.01123046875
SSLIP,λ<=n,8192,0,175729,21.4512939453125
SSLIP,λ<=n,8192,0,163653,19.9771728515625
SSLIP,λ<=n,8192,0,140302,17.126708984375
SSLIP,λ<=n,8192,0,120024,14.6513671875
SSLIP,λ<=n,8192,0,161081,19.6632080078125
SSLIP,λ<=n,8192,0,111281,13.5841064453125
SSLIP,λ<=n,8192,0,124768,15.23046875
SSLIP,λ<=n,8192,0,239832,29.2763671875
SSLIP,λ<=n,8192,0,99687,12.1688232421875
SSLIP,λ<=n,8192,0,104929,12.8087158203125
SSLIP,λ<=n,8192,0,150046,18.316162109375
SSLIP,λ<=n,8192,0,213191,26.0242919921875
SSLIP,λ<=n,8192,0,152716,18.64208984375
SSLIP,λ<=n,8192,0,157007,19.1658935546875
SSLIP,λ<=n,8192,0,137287,16.7586669921875
SSLIP,λ<=n,8192,0,146896,17.931640625
SSLIP,λ<=n,8192,0,151466,18.489501953125
SSLIP,λ<=n,8192,0,112130,13.687744140625
SSLIP,λ<=n,8192,0,132281,16.1475830078125
SSLIP,λ<=n,8192,0,100395,12.2552490234375
SSLIP,λ<=n,8192,0,130744,15.9599609375
SSLIP,λ<=n,8192,0,163433,19.9503173828125
SSLIP,λ<=n,8192,0,132968,16.2314453125
SSLIP,λ<=n,8192,0,126204,15.40576171875
SSLIP,λ<=n,8192,0,153588,18.74853515625
SSLIP,λ<=n,8192,0,114693,14.0006103515625
SSLIP,λ<=n,8192,0,186199,22.7293701171875
SSLIP,λ<=n,8192,0,133794,16.332275390625
SSLIP,λ<=n,8192,0,130464,15.92578125
SSLIP,λ<=n,8192,0,213822,26.101318359375
SSLIP,λ<=n,8192,0,171942,20.989013671875
SSLIP,λ<=n,8192,0,147249,17.9747314453125
SSLIP,λ<=n,8192,0,167214,20.411865234375
SSLIP,λ<=n,8192,0,129256,15.7783203125
SSLIP,λ<=n,8192,0,153064,18.6845703125
SSLIP,λ<=n,8192,0,102333,12.4918212890625
SSLIP,λ<=n,8192,0,143186,17.478759765625
SSLIP,λ<=n,8192,0,101572,12.39892578125
SSLIP,λ<=n,8192,0,169892,20.73876953125
SSLIP,λ<=n,8192,0,148174,18.087646484375
SSLIP,λ<=n,8192,0,132819,16.2132568359375
SSLIP,λ<=n,8192,0,120578,14.718994140625
SSLIP,λ<=n,8192,0,110351,13.4705810546875
SSLIP,λ<=n,8192,0,132130,16.129150390625
SSLIP,λ<=n,8192,0,170155,20.7708740234375
SSLIP,λ<=n,8192,0,122455,14.9481201171875
SSLIP,λ<=n,8192,0,116795,14.2572021484375
SSLIP,λ<=n,8192,0,128968,15.7431640625
SSLIP,λ<=n,8192,0,131391,16.0389404296875
SSLIP,λ<=n,8192,0,110066,13.435791015625
SSLIP,λ<=n,8192,0,106884,13.04736328125
SSLIP,λ<=n,8192,0,119296,14.5625
SSLIP,λ<=n,8192,0,122583,14.9637451171875
SSLIP,λ<=n,8192,0,112916,13.78369140625
SSLIP,λ<=n,8192,0,110730,13.516845703125
SSLIP,λ<=n,8192,0,154221,18.8258056640625
SSLIP,λ<=n,8192,0,138177,16.8673095703125
SSLIP,λ<=n,8192,0,160558,19.599365234375
SSLIP,λ<=n,8192,0,107886,13.169677734375
SSLIP,λ<=n,8192,0,120254,14.679443359375
SSLIP,λ<=n,8192,0,133600,16.30859375
SSLIP,λ<=n,8192,0,284522,34.731689453125
SSLIP,λ<=n,8192,0,125658,15.339111328125
SSLIP,λ<=n,8192,0,148497,18.1270751953125
SSLIP,λ<=n,8192,0,126551,15.4481201171875
SSLIP,λ<=n,8192,0,224302,27.380615234375
SSLIP,λ<=n,8192,0,120805,14.7467041015625
SSDCD,λ<=n,8192,0,84670,10.335693359375
SSDCD,λ<=n,8192,0,113697,13.8790283203125
SSDCD,λ<=n,8192,0,159186,19.431884765625
SSDCD,λ<=n,8192,0,108110,13.197021484375
SSDCD,λ<=n,8192,0,125482,15.317626953125
SSDCD,λ<=n,8192,0,242054,29.547607421875
SSDCD,λ<=n,8192,0,86712,10.5849609375
SSDCD,λ<=n,8192,0,260162,31.758056640625
SSDCD,λ<=n,8192,0,95972,11.71533203125
SSDCD,λ<=n,8192,0,154175,18.8201904296875
SSDCD,λ<=n,8192,0,101044,12.33447265625
SSDCD,λ<=n,8192,0,165253,20.1724853515625
SSDCD,λ<=n,8192,0,134140,16.37451171875
SSDCD,λ<=n,8192,0,108517,13.2467041015625
SSDCD,λ<=n,8192,0,118580,14.47509765625
SSDCD,λ<=n,8192,0,105135,12.8338623046875
SSDCD,λ<=n,8192,0,102644,12.52978515625
SSDCD,λ<=n,8192,0,89513,10.9268798828125
SSDCD,λ<=n,8192,0,140942,17.204833984375
SSDCD,λ<=n,8192,0,174378,21.286376953125
SSDCD,λ<=n,8192,0,111428,13.60205078125
SSDCD,λ<=n,8192,0,122724,14.98095703125
SSDCD,λ<=n,8192,0,94690,11.558837890625
SSDCD,λ<=n,8192,0,106807,13.0379638671875
SSDCD,λ<=n,8192,0,94703,11.5604248046875
SSDCD,λ<=n,8192,0,175511,21.4246826171875
SSDCD,λ<=n,8192,0,116864,14.265625
SSDCD,λ<=n,8192,0,127017,15.5050048828125
SSDCD,λ<=n,8192,0,147112,17.9580078125
SSDCD,λ<=n,8192,0,121992,14.8916015625
SSDCD,λ<=n,8192,0,144180,17.60009765625
SSDCD,λ<=n,8192,0,115575,14.1082763671875
SSDCD,λ<=n,8192,0,172121,21.0108642578125
SSDCD,λ<=n,8192,0,106915,13.0511474609375
SSDCD,λ<=n,8192,0,140030,17.093505859375
SSDCD,λ<=n,8192,0,179759,21.9432373046875
SSDCD,λ<=n,8192,0,103042,12.578369140625
SSDCD,λ<=n,8192,0,94435,11.5277099609375
SSDCD,λ<=n,8192,0,167216,20.412109375
SSDCD,λ<=n,8192,0,102107,12.4642333984375
SSDCD,λ<=n,8192,0,151707,18.5189208984375
SSDCD,λ<=n,8192,0,118053,14.4107666015625
SSDCD,λ<=n,8192,0,111797,13.6470947265625
SSDCD,λ<=n,8192,0,134171,16.3782958984375
SSDCD,λ<=n,8192,0,171808,20.97265625
SSDCD,λ<=n,8192,0,83783,10.2274169921875
SSDCD,λ<=n,8192,0,151012,18.43408203125
SSDCD,λ<=n,8192,0,79307,9.6810302734375
SSDCD,λ<=n,8192,0,101473,12.3868408203125
SSDCD,λ<=n,8192,0,153241,18.7061767578125
SSDCD,λ<=n,8192,0,119777,14.6212158203125
SSDCD,λ<=n,8192,0,156168,19.0634765625
SSDCD,λ<=n,8192,0,98896,12.072265625
SSDCD,λ<=n,8192,0,149179,18.2103271484375
SSDCD,λ<=n,8192,0,152113,18.5684814453125
SSDCD,λ<=n,8192,0,90261,11.0181884765625
SSDCD,λ<=n,8192,0,108144,13.201171875
SSDCD,λ<=n,8192,0,86734,10.587646484375
SSDCD,λ<=n,8192,0,85923,10.4886474609375
SSDCD,λ<=n,8192,0,102996,12.57275390625
SSDCD,λ<=n,8192,0,138110,16.859130859375
SSDCD,λ<=n,8192,0,91466,11.165283203125
SSDCD,λ<=n,8192,0,176338,21.525634765625
SSDCD,λ<=n,8192,0,117353,14.3253173828125
SSDCD,λ<=n,8192,0,125401,15.3077392578125
SSDCD,λ<=n,8192,0,95862,11.701904296875
SSDCD,λ<=n,8192,0,114953,14.0323486328125
SSDCD,λ<=n,8192,0,88310,10.780029296875
SSDCD,λ<=n,8192,0,170108,20.76513671875
SSDCD,λ<=n,8192,0,223672,27.3037109375
SSDCD,λ<=n,8192,0,105994,12.938720703125
SSDCD,λ<=n,8192,0,87543,10.6864013671875
SSDCD,λ<=n,8192,0,92660,11.31103515625
SSDCD,λ<=n,8192,0,187435,22.8802490234375
SSDCD,λ<=n,8192,0,75521,9.2188720703125
SSDCD,λ<=n,8192,0,89960,10.9814453125
SSDCD,λ<=n,8192,0,135954,16.595947265625
SSDCD,λ<=n,8192,0,211650,25.836181640625
SSDCD,λ<=n,8192,0,85217,10.4024658203125
SSDCD,λ<=n,8192,0,114691,14.0003662109375
SSDCD,λ<=n,8192,0,120822,14.748779296875
SSDCD,λ<=n,8192,0,119872,14.6328125
SSDCD,λ<=n,8192,0,182459,22.2728271484375
SSDCD,λ<=n,8192,0,89840,10.966796875
SSDCD,λ<=n,8192,0,138125,16.8609619140625
SSDCD,λ<=n,8192,0,106268,12.97216796875
SSDCD,λ<=n,8192,0,116691,14.2445068359375
SSDCD,λ<=n,8192,0,169828,20.73095703125
SSDCD,λ<=n,8192,0,201029,24.5396728515625
SSDCD,λ<=n,8192,0,127151,15.5213623046875
SSDCD,λ<=n,8192,0,138928,16.958984375
SSDCD,λ<=n,8192,0,145334,17.740966796875
SSDCD,λ<=n,8192,0,150690,18.394775390625
SSDCD,λ<=n,8192,0,191339,23.3568115234375
SSDCD,λ<=n,8192,0,127512,15.5654296875
SSDCD,λ<=n,8192,0,93927,11.4656982421875
SSDCD,λ<=n,8192,0,111324,13.58935546875
SSDCD,λ<=n,8192,0,118306,14.441650390625
SSDCD,λ<=n,8192,0,105144,12.8349609375
SSDCD,λ<=n,8192,0,131035,15.9954833984375
SRDCD,λ<=n,8192,0,74660,9.11376953125
SRDCD,λ<=n,8192,0,80916,9.87744140625
SRDCD,λ<=n,8192,0,69406,8.472412109375
SRDCD,λ<=n,8192,0,64919,7.9246826171875
SRDCD,λ<=n,8192,0,76462,9.333740234375
SRDCD,λ<=n,8192,0,78219,9.5482177734375
SRDCD,λ<=n,8192,0,63193,7.7139892578125
SRDCD,λ<=n,8192,0,92951,11.3465576171875
SRDCD,λ<=n,8192,0,78767,9.6151123046875
SRDCD,λ<=n,8192,0,73574,8.981201171875
SRDCD,λ<=n,8192,0,65530,7.999267578125
SRDCD,λ<=n,8192,0,70007,8.5457763671875
SRDCD,λ<=n,8192,0,88702,10.827880859375
SRDCD,λ<=n,8192,0,75096,9.1669921875
SRDCD,λ<=n,8192,0,88574,10.812255859375
SRDCD,λ<=n,8192,0,60314,7.362548828125
SRDCD,λ<=n,8192,0,70395,8.5931396484375
SRDCD,λ<=n,8192,0,73126,8.926513671875
SRDCD,λ<=n,8192,0,65726,8.023193359375
SRDCD,λ<=n,8192,0,57098,6.969970703125
SRDCD,λ<=n,8192,0,68157,8.3199462890625
SRDCD,λ<=n,8192,0,140551,17.1571044921875
SRDCD,λ<=n,8192,0,66747,8.1478271484375
SRDCD,λ<=n,8192,0,66897,8.1661376953125
SRDCD,λ<=n,8192,0,65395,7.9827880859375
SRDCD,λ<=n,8192,0,69282,8.457275390625
SRDCD,λ<=n,8192,0,62804,7.66650390625
SRDCD,λ<=n,8192,0,70179,8.5667724609375
SRDCD,λ<=n,8192,0,71000,8.6669921875
SRDCD,λ<=n,8192,0,88401,10.7911376953125
SRDCD,λ<=n,8192,0,88691,10.8265380859375
SRDCD,λ<=n,8192,0,73058,8.918212890625
SRDCD,λ<=n,8192,0,60353,7.3673095703125
SRDCD,λ<=n,8192,0,97539,11.9066162109375
SRDCD,λ<=n,8192,0,68973,8.4195556640625
SRDCD,λ<=n,8192,0,128362,15.669189453125
SRDCD,λ<=n,8192,0,92526,11.294677734375
SRDCD,λ<=n,8192,0,83308,10.16943359375
SRDCD,λ<=n,8192,0,181910,22.205810546875
SRDCD,λ<=n,8192,0,156105,19.0557861328125
SRDCD,λ<=n,8192,0,86698,10.583251953125
SRDCD,λ<=n,8192,0,96757,11.8111572265625
SRDCD,λ<=n,8192,0,78278,9.555419921875
SRDCD,λ<=n,8192,0,68837,8.4029541015625
SRDCD,λ<=n,8192,0,136731,16.6907958984375
SRDCD,λ<=n,8192,0,66746,8.147705078125
SRDCD,λ<=n,8192,0,158692,19.37158203125
SRDCD,λ<=n,8192,0,86976,10.6171875
SRDCD,λ<=n,8192,0,79531,9.7083740234375
SRDCD,λ<=n,8192,0,61308,7.48388671875
SRDCD,λ<=n,8192,0,98024,11.9658203125
SRDCD,λ<=n,8192,0,71695,8.7518310546875
SRDCD,λ<=n,8192,0,69285,8.4576416015625
SRDCD,λ<=n,8192,0,71815,8.7664794921875
SRDCD,λ<=n,8192,0,143564,17.52490234375
SRDCD,λ<=n,8192,0,90357,11.0299072265625
SRDCD,λ<=n,8192,0,84304,10.291015625
SRDCD,λ<=n,8192,0,64128,7.828125
SRDCD,λ<=n,8192,0,171856,20.978515625
SRDCD,λ<=n,8192,0,56679,6.9188232421875
SRDCD,λ<=n,8192,0,76227,9.3050537109375
SRDCD,λ<=n,8192,0,68829,8.4019775390625
SRDCD,λ<=n,8192,0,62197,7.5924072265625
SRDCD,λ<=n,8192,0,80665,9.8468017578125
SRDCD,λ<=n,8192,0,72931,8.9027099609375
SRDCD,λ<=n,8192,0,99052,12.09130859375
SRDCD,λ<=n,8192,0,107885,13.1695556640625
SRDCD,λ<=n,8192,0,58724,7.16845703125
SRDCD,λ<=n,8192,0,84535,10.3192138671875
SRDCD,λ<=n,8192,0,67237,8.2076416015625
SRDCD,λ<=n,8192,0,79845,9.7467041015625
SRDCD,λ<=n,8192,0,84868,10.35986328125
SRDCD,λ<=n,8192,0,67809,8.2774658203125
SRDCD,λ<=n,8192,0,81164,9.90771484375
SRDCD,λ<=n,8192,0,82692,10.09423828125
SRDCD,λ<=n,8192,0,80046,9.771240234375
SRDCD,λ<=n,8192,0,75632,9.232421875
SRDCD,λ<=n,8192,0,76544,9.34375
SRDCD,λ<=n,8192,0,110675,13.5101318359375
SRDCD,λ<=n,8192,0,75348,9.19775390625
SRDCD,λ<=n,8192,0,70336,8.5859375
SRDCD,λ<=n,8192,0,93956,11.46923828125
SRDCD,λ<=n,8192,0,74164,9.05322265625
SRDCD,λ<=n,8192,0,68199,8.3250732421875
SRDCD,λ<=n,8192,0,68161,8.3204345703125
SRDCD,λ<=n,8192,0,69011,8.4241943359375
SRDCD,λ<=n,8192,0,79670,9.725341796875
SRDCD,λ<=n,8192,0,66309,8.0943603515625
SRDCD,λ<=n,8192,0,63531,7.7552490234375
SRDCD,λ<=n,8192,0,78625,9.5977783203125
SRDCD,λ<=n,8192,0,65914,8.046142578125
SRDCD,λ<=n,8192,0,73977,9.0303955078125
SRDCD,λ<=n,8192,0,90586,11.057861328125
SRDCD,λ<=n,8192,0,70456,8.6005859375
SRDCD,λ<=n,8192,0,95038,11.601318359375
SRDCD,λ<=n,8192,0,66381,8.1031494140625
SRDCD,λ<=n,8192,0,70051,8.5511474609375
SRDCD,λ<=n,8192,0,92313,11.2686767578125
SRDCD,λ<=n,8192,0,68134,8.317138671875
SRDCD,λ<=n,8192,0,73684,8.99462890625
SHDCD,λ<=n,8192,0,74917,9.1451416015625
SHDCD,λ<=n,8192,0,67394,8.226806640625
SHDCD,λ<=n,8192,0,71386,8.714111328125
SHDCD,λ<=n,8192,0,73478,8.969482421875
SHDCD,λ<=n,8192,0,76572,9.34716796875
SHDCD,λ<=n,8192,0,60544,7.390625
SHDCD,λ<=n,8192,0,64581,7.8834228515625
SHDCD,λ<=n,8192,0,62758,7.660888671875
SHDCD,λ<=n,8192,0,66946,8.172119140625
SHDCD,λ<=n,8192,0,59842,7.304931640625
SHDCD,λ<=n,8192,0,76525,9.3414306640625
SHDCD,λ<=n,8192,0,72330,8.829345703125
SHDCD,λ<=n,8192,0,55913,6.8253173828125
SHDCD,λ<=n,8192,0,61538,7.511962890625
SHDCD,λ<=n,8192,0,62730,7.657470703125
SHDCD,λ<=n,8192,0,63845,7.7935791015625
SHDCD,λ<=n,8192,0,61846,7.549560546875
SHDCD,λ<=n,8192,0,86132,10.51416015625
SHDCD,λ<=n,8192,0,63771,7.7845458984375
SHDCD,λ<=n,8192,0,61023,7.4490966796875
SHDCD,λ<=n,8192,0,67443,8.2327880859375
SHDCD,λ<=n,8192,0,74746,9.124267578125
SHDCD,λ<=n,8192,0,62833,7.6700439453125
SHDCD,λ<=n,8192,0,57228,6.98583984375
SHDCD,λ<=n,8192,0,67989,8.2994384765625
SHDCD,λ<=n,8192,0,95795,11.6937255859375
SHDCD,λ<=n,8192,0,89042,10.869384765625
SHDCD,λ<=n,8192,0,65147,7.9525146484375
SHDCD,λ<=n,8192,0,57504,7.01953125
SHDCD,λ<=n,8192,0,87595,10.6927490234375
SHDCD,λ<=n,8192,0,85452,10.43115234375
SHDCD,λ<=n,8192,0,74586,9.104736328125
SHDCD,λ<=n,8192,0,61504,7.5078125
SHDCD,λ<=n,8192,0,60669,7.4058837890625
SHDCD,λ<=n,8192,0,66833,8.1583251953125
SHDCD,λ<=n,8192,0,62480,7.626953125
SHDCD,λ<=n,8192,0,69453,8.4781494140625
SHDCD,λ<=n,8192,0,67476,8.23681640625
SHDCD,λ<=n,8192,0,57547,7.0247802734375
SHDCD,λ<=n,8192,0,95090,11.607666015625
SHDCD,λ<=n,8192,0,69533,8.4879150390625
SHDCD,λ<=n,8192,0,69825,8.5235595703125
SHDCD,λ<=n,8192,0,68678,8.383544921875
SHDCD,λ<=n,8192,0,64636,7.89013671875
SHDCD,λ<=n,8192,0,65606,8.008544921875
SHDCD,λ<=n,8192,0,86677,10.5806884765625
SHDCD,λ<=n,8192,0,99729,12.1739501953125
SHDCD,λ<=n,8192,0,66389,8.1041259765625
SHDCD,λ<=n,8192,0,60294,7.360107421875
SHDCD,λ<=n,8192,0,61259,7.4779052734375
SHDCD,λ<=n,8192,0,68025,8.3038330078125
SHDCD,λ<=n,8192,0,55427,6.7659912109375
SHDCD,λ<=n,8192,0,62955,7.6849365234375
SHDCD,λ<=n,8192,0,73255,8.9422607421875
SHDCD,λ<=n,8192,0,55846,6.817138671875
SHDCD,λ<=n,8192,0,70621,8.6207275390625
SHDCD,λ<=n,8192,0,54176,6.61328125
SHDCD,λ<=n,8192,0,63261,7.7222900390625
SHDCD,λ<=n,8192,0,60047,7.3299560546875
SHDCD,λ<=n,8192,0,68460,8.35693359375
SHDCD,λ<=n,8192,0,60794,7.421142578125
SHDCD,λ<=n,8192,0,56360,6.8798828125
SHDCD,λ<=n,8192,0,61572,7.51611328125
SHDCD,λ<=n,8192,0,79696,9.728515625
SHDCD,λ<=n,8192,0,81948,10.00341796875
SHDCD,λ<=n,8192,0,69658,8.503173828125
SHDCD,λ<=n,8192,0,54249,6.6221923828125
SHDCD,λ<=n,8192,0,66405,8.1060791015625
SHDCD,λ<=n,8192,0,94806,11.572998046875
SHDCD,λ<=n,8192,0,63569,7.7598876953125
SHDCD,λ<=n,8192,0,67296,8.21484375
SHDCD,λ<=n,8192,0,62082,7.578369140625
SHDCD,λ<=n,8192,0,87747,10.7113037109375
SHDCD,λ<=n,8192,0,61976,7.5654296875
SHDCD,λ<=n,8192,0,74592,9.10546875
SHDCD,λ<=n,8192,0,74454,9.088623046875
SHDCD,λ<=n,8192,0,68407,8.3504638671875
SHDCD,λ<=n,8192,0,61284,7.48095703125
SHDCD,λ<=n,8192,0,62676,7.65087890625
SHDCD,λ<=n,8192,0,61930,7.559814453125
SHDCD,λ<=n,8192,0,58684,7.16357421875
SHDCD,λ<=n,8192,0,75928,9.2685546875
SHDCD,λ<=n,8192,0,96579,11.7894287109375
SHDCD,λ<=n,8192,0,62845,7.6715087890625
SHDCD,λ<=n,8192,0,92877,11.3375244140625
SHDCD,λ<=n,8192,0,68156,8.31982421875
SHDCD,λ<=n,8192,0,58703,7.1658935546875
SHDCD,λ<=n,8192,0,56079,6.8455810546875
SHDCD,λ<=n,8192,0,58000,7.080078125
SHDCD,λ<=n,8192,0,55373,6.7593994140625
SHDCD,λ<=n,8192,0,81057,9.8946533203125
SHDCD,λ<=n,8192,0,68634,8.378173828125
SHDCD,λ<=n,8192,0,64578,7.883056640625
SHDCD,λ<=n,8192,0,58613,7.1549072265625
SHDCD,λ<=n,8192,0,60049,7.3302001953125
SHDCD,λ<=n,8192,0,67810,8.277587890625
SHDCD,λ<=n,8192,0,67859,8.2835693359375
SHDCD,λ<=n,8192,0,130049,15.8751220703125
SHDCD,λ<=n,8192,0,84835,10.3558349609375
SHDCD,λ<=n,8192,0,64991,7.9334716796875
SHLCD,λ<=n,8192,0,64859,7.9173583984375
SHLCD,λ<=n,8192,0,75909,9.2662353515625
SHLCD,λ<=n,8192,0,64535,7.8778076171875
SHLCD,λ<=n,8192,0,67855,8.2830810546875
SHLCD,λ<=n,8192,0,96438,11.772216796875
SHLCD,λ<=n,8192,0,63126,7.705810546875
SHLCD,λ<=n,8192,0,81111,9.9012451171875
SHLCD,λ<=n,8192,0,72181,8.8111572265625
SHLCD,λ<=n,8192,0,82363,10.0540771484375
SHLCD,λ<=n,8192,0,93494,11.412841796875
SHLCD,λ<=n,8192,0,60575,7.3944091796875
SHLCD,λ<=n,8192,0,60910,7.435302734375
SHLCD,λ<=n,8192,0,71468,8.72412109375
SHLCD,λ<=n,8192,0,66609,8.1309814453125
SHLCD,λ<=n,8192,0,59998,7.323974609375
SHLCD,λ<=n,8192,0,67312,8.216796875
SHLCD,λ<=n,8192,0,64094,7.823974609375
SHLCD,λ<=n,8192,0,85411,10.4261474609375
SHLCD,λ<=n,8192,0,59916,7.31396484375
SHLCD,λ<=n,8192,0,70143,8.5623779296875
SHLCD,λ<=n,8192,0,65104,7.947265625
SHLCD,λ<=n,8192,0,74222,9.060302734375
SHLCD,λ<=n,8192,0,78587,9.5931396484375
SHLCD,λ<=n,8192,0,66763,8.1497802734375
SHLCD,λ<=n,8192,0,62557,7.6363525390625
SHLCD,λ<=n,8192,0,67754,8.270751953125
SHLCD,λ<=n,8192,0,71685,8.7506103515625
SHLCD,λ<=n,8192,0,66428,8.10888671875
SHLCD,λ<=n,8192,0,96868,11.82470703125
SHLCD,λ<=n,8192,0,60352,7.3671875
SHLCD,λ<=n,8192,0,114081,13.9259033203125
SHLCD,λ<=n,8192,0,92408,11.2802734375
SHLCD,λ<=n,8192,0,75680,9.23828125
SHLCD,λ<=n,8192,0,58453,7.1353759765625
SHLCD,λ<=n,8192,0,69054,8.429443359375
SHLCD,λ<=n,8192,0,77566,9.468505859375
SHLCD,λ<=n,8192,0,66536,8.1220703125
SHLCD,λ<=n,8192,0,67365,8.2232666015625
SHLCD,λ<=n,8192,0,90143,11.0037841796875
SHLCD,λ<=n,8192,0,110519,13.4910888671875
SHLCD,λ<=n,8192,0,58793,7.1768798828125
SHLCD,λ<=n,8192,0,60027,7.3275146484375
SHLCD,λ<=n,8192,0,73602,8.984619140625
SHLCD,λ<=n,8192,0,68793,8.3975830078125
SHLCD,λ<=n,8192,0,64071,7.8211669921875
SHLCD,λ<=n,8192,0,86560,10.56640625
SHLCD,λ<=n,8192,0,64070,7.821044921875
SHLCD,λ<=n,8192,0,65874,8.041259765625
SHLCD,λ<=n,8192,0,73455,8.9666748046875
SHLCD,λ<=n,8192,0,58856,7.1845703125
SHLCD,λ<=n,8192,0,77747,9.4906005859375
SHLCD,λ<=n,8192,0,73580,8.98193359375
SHLCD,λ<=n,8192,0,77729,9.4884033203125
SHLCD,λ<=n,8192,0,54418,6.642822265625
SHLCD,λ<=n,8192,0,64866,7.918212890625
SHLCD,λ<=n,8192,0,110600,13.5009765625
SHLCD,λ<=n,8192,0,59755,7.2943115234375
SHLCD,λ<=n,8192,0,90009,10.9874267578125
SHLCD,λ<=n,8192,0,86424,10.5498046875
SHLCD,λ<=n,8192,0,63577,7.7608642578125
SHLCD,λ<=n,8192,0,68794,8.397705078125
SHLCD,λ<=n,8192,0,61590,7.518310546875
SHLCD,λ<=n,8192,0,101631,12.4061279296875
SHLCD,λ<=n,8192,0,61542,7.512451171875
SHLCD,λ<=n,8192,0,64652,7.89208984375
SHLCD,λ<=n,8192,0,65219,7.9613037109375
SHLCD,λ<=n,8192,0,66954,8.173095703125
SHLCD,λ<=n,8192,0,87455,10.6756591796875
SHLCD,λ<=n,8192,0,66231,8.0848388671875
SHLCD,λ<=n,8192,0,72562,8.857666015625
SHLCD,λ<=n,8192,0,66220,8.08349609375
SHLCD,λ<=n,8192,0,71158,8.686279296875
SHLCD,λ<=n,8192,0,73372,8.95654296875
SHLCD,λ<=n,8192,0,57869,7.0640869140625
SHLCD,λ<=n,8192,0,66688,8.140625
SHLCD,λ<=n,8192,0,65850,8.038330078125
SHLCD,λ<=n,8192,0,72429,8.8414306640625
SHLCD,λ<=n,8192,0,65021,7.9371337890625
SHLCD,λ<=n,8192,0,60253,7.3551025390625
SHLCD,λ<=n,8192,0,142812,17.43310546875
SHLCD,λ<=n,8192,0,67834,8.280517578125
SHLCD,λ<=n,8192,0,59607,7.2762451171875
SHLCD,λ<=n,8192,0,76593,9.3497314453125
SHLCD,λ<=n,8192,0,73785,9.0069580078125
SHLCD,λ<=n,8192,0,61253,7.4771728515625
SHLCD,λ<=n,8192,0,84668,10.33544921875
SHLCD,λ<=n,8192,0,69105,8.4356689453125
SHLCD,λ<=n,8192,0,66817,8.1563720703125
SHLCD,λ<=n,8192,0,56795,6.9329833984375
SHLCD,λ<=n,8192,0,90347,11.0286865234375
SHLCD,λ<=n,8192,0,68555,8.3685302734375
SHLCD,λ<=n,8192,0,71591,8.7391357421875
SHLCD,λ<=n,8192,0,61913,7.5577392578125
SHLCD,λ<=n,8192,0,88034,10.746337890625
SHLCD,λ<=n,8192,0,70055,8.5516357421875
SHLCD,λ<=n,8192,0,63646,7.769287109375
SHLCD,λ<=n,8192,0,72630,8.865966796875
SHLCD,λ<=n,8192,0,65034,7.938720703125
SHLCD,λ<=n,8192,0,61062,7.453857421875
SHLCD,λ<=n,8192,0,68019,8.3031005859375
SRLCD,λ<=n,8192,0,63285,7.7252197265625
SRLCD,λ<=n,8192,0,86376,10.5439453125
SRLCD,λ<=n,8192,0,87722,10.708251953125
SRLCD,λ<=n,8192,0,72909,8.9000244140625
SRLCD,λ<=n,8192,0,76452,9.33251953125
SRLCD,λ<=n,8192,0,71392,8.71484375
SRLCD,λ<=n,8192,0,79799,9.7410888671875
SRLCD,λ<=n,8192,0,83113,10.1456298828125
SRLCD,λ<=n,8192,0,85627,10.4525146484375
SRLCD,λ<=n,8192,0,78170,9.542236328125
SRLCD,λ<=n,8192,0,69187,8.4456787109375
SRLCD,λ<=n,8192,0,71596,8.73974609375
SRLCD,λ<=n,8192,0,91677,11.1910400390625
SRLCD,λ<=n,8192,0,68523,8.3646240234375
SRLCD,λ<=n,8192,0,75930,9.268798828125
SRLCD,λ<=n,8192,0,72173,8.8101806640625
SRLCD,λ<=n,8192,0,64808,7.9111328125
SRLCD,λ<=n,8192,0,93095,11.3641357421875
SRLCD,λ<=n,8192,0,79089,9.6544189453125
SRLCD,λ<=n,8192,0,159552,19.4765625
SRLCD,λ<=n,8192,0,99326,12.124755859375
SRLCD,λ<=n,8192,0,68237,8.3297119140625
SRLCD,λ<=n,8192,0,93587,11.4241943359375
SRLCD,λ<=n,8192,0,80728,9.8544921875
SRLCD,λ<=n,8192,0,67742,8.269287109375
SRLCD,λ<=n,8192,0,81191,9.9110107421875
SRLCD,λ<=n,8192,0,73233,8.9395751953125
SRLCD,λ<=n,8192,0,65250,7.965087890625
SRLCD,λ<=n,8192,0,70419,8.5960693359375
SRLCD,λ<=n,8192,0,65036,7.93896484375
SRLCD,λ<=n,8192,0,95595,11.6693115234375
SRLCD,λ<=n,8192,0,68070,8.309326171875
SRLCD,λ<=n,8192,0,77141,9.4166259765625
SRLCD,λ<=n,8192,0,76158,9.296630859375
SRLCD,λ<=n,8192,0,85903,10.4862060546875
SRLCD,λ<=n,8192,0,89479,10.9227294921875
SRLCD,λ<=n,8192,0,74161,9.0528564453125
SRLCD,λ<=n,8192,0,97726,11.929443359375
SRLCD,λ<=n,8192,0,85257,10.4073486328125
SRLCD,λ<=n,8192,0,65685,8.0181884765625
SRLCD,λ<=n,8192,0,80100,9.77783203125
SRLCD,λ<=n,8192,0,73714,8.998291015625
SRLCD,λ<=n,8192,0,78713,9.6085205078125
SRLCD,λ<=n,8192,0,146773,17.9166259765625
SRLCD,λ<=n,8192,0,74095,9.0447998046875
SRLCD,λ<=n,8192,0,67364,8.22314453125
SRLCD,λ<=n,8192,0,137741,16.8140869140625
SRLCD,λ<=n,8192,0,72608,8.86328125
SRLCD,λ<=n,8192,0,72597,8.8619384765625
SRLCD,λ<=n,8192,0,77729,9.4884033203125
SRLCD,λ<=n,8192,0,72091,8.8001708984375
SRLCD,λ<=n,8192,0,80202,9.790283203125
SRLCD,λ<=n,8192,0,57522,7.021728515625
SRLCD,λ<=n,8192,0,101675,12.4114990234375
SRLCD,λ<=n,8192,0,70690,8.629150390625
SRLCD,λ<=n,8192,0,65478,7.992919921875
SRLCD,λ<=n,8192,0,64214,7.838623046875
SRLCD,λ<=n,8192,0,83605,10.2056884765625
SRLCD,λ<=n,8192,0,70180,8.56689453125
SRLCD,λ<=n,8192,0,65758,8.027099609375
SRLCD,λ<=n,8192,0,66503,8.1180419921875
SRLCD,λ<=n,8192,0,157089,19.1759033203125
SRLCD,λ<=n,8192,0,109497,13.3663330078125
SRLCD,λ<=n,8192,0,76141,9.2945556640625
SRLCD,λ<=n,8192,0,92715,11.3177490234375
SRLCD,λ<=n,8192,0,70539,8.6107177734375
SRLCD,λ<=n,8192,0,83039,10.1365966796875
SRLCD,λ<=n,8192,0,111162,13.569580078125
SRLCD,λ<=n,8192,0,94484,11.53369140625
SRLCD,λ<=n,8192,0,102900,12.56103515625
SRLCD,λ<=n,8192,0,62524,7.63232421875
SRLCD,λ<=n,8192,0,63940,7.80517578125
SRLCD,λ<=n,8192,0,66739,8.1468505859375
SRLCD,λ<=n,8192,0,77624,9.4755859375
SRLCD,λ<=n,8192,0,75124,9.17041015625
SRLCD,λ<=n,8192,0,99485,12.1441650390625
SRLCD,λ<=n,8192,0,94312,11.5126953125
SRLCD,λ<=n,8192,0,83316,10.17041015625
SRLCD,λ<=n,8192,0,82448,10.064453125
SRLCD,λ<=n,8192,0,85682,10.459228515625
SRLCD,λ<=n,8192,0,92086,11.240966796875
SRLCD,λ<=n,8192,0,66329,8.0968017578125
SRLCD,λ<=n,8192,0,100831,12.3084716796875
SRLCD,λ<=n,8192,0,73736,9.0009765625
SRLCD,λ<=n,8192,0,99872,12.19140625
SRLCD,λ<=n,8192,0,74036,9.03759765625
SRLCD,λ<=n,8192,0,75109,9.1685791015625
SRLCD,λ<=n,8192,0,92689,11.3145751953125
SRLCD,λ<=n,8192,0,81556,9.95556640625
SRLCD,λ<=n,8192,0,84012,10.25537109375
SRLCD,λ<=n,8192,0,69277,8.4566650390625
SRLCD,λ<=n,8192,0,110873,13.5343017578125
SRLCD,λ<=n,8192,0,114376,13.9619140625
SRLCD,λ<=n,8192,0,77115,9.4134521484375
SRLCD,λ<=n,8192,0,79422,9.695068359375
SRLCD,λ<=n,8192,0,63959,7.8074951171875
SRLCD,λ<=n,8192,0,74802,9.131103515625
SRLCD,λ<=n,8192,0,69546,8.489501953125
SRLCD,λ<=n,8192,0,109432,13.3583984375
SRLCD,λ<=n,8192,0,94348,11.51708984375
SSLCD,λ<=n,8192,0,114831,14.0174560546875
SSLCD,λ<=n,8192,0,156922,19.155517578125
SSLCD,λ<=n,8192,0,172974,21.114990234375
SSLCD,λ<=n,8192,0,148189,18.0894775390625
SSLCD,λ<=n,8192,0,116974,14.279052734375
SSLCD,λ<=n,8192,0,96397,11.7672119140625
SSLCD,λ<=n,8192,0,132666,16.194580078125
SSLCD,λ<=n,8192,0,141664,17.29296875
SSLCD,λ<=n,8192,0,109738,13.395751953125
SSLCD,λ<=n,8192,0,105711,12.9041748046875
SSLCD,λ<=n,8192,0,163792,19.994140625
SSLCD,λ<=n,8192,0,88150,10.760498046875
SSLCD,λ<=n,8192,0,86289,10.5333251953125
SSLCD,λ<=n,8192,0,126805,15.4791259765625
SSLCD,λ<=n,8192,0,213366,26.045654296875
SSLCD,λ<=n,8192,0,158306,19.324462890625
SSLCD,λ<=n,8192,0,111028,13.55322265625
SSLCD,λ<=n,8192,0,118830,14.505615234375
SSLCD,λ<=n,8192,0,147161,17.9639892578125
SSLCD,λ<=n,8192,0,109682,13.388916015625
SSLCD,λ<=n,8192,0,147175,17.9656982421875
SSLCD,λ<=n,8192,0,163283,19.9320068359375
SSLCD,λ<=n,8192,0,248727,30.3621826171875
SSLCD,λ<=n,8192,0,188949,23.0650634765625
SSLCD,λ<=n,8192,0,83836,10.23388671875
SSLCD,λ<=n,8192,0,149548,18.25537109375
SSLCD,λ<=n,8192,0,85356,10.41943359375
SSLCD,λ<=n,8192,0,94253,11.5054931640625
SSLCD,λ<=n,8192,0,93044,11.35791015625
SSLCD,λ<=n,8192,0,87622,10.696044921875
SSLCD,λ<=n,8192,0,133334,16.276123046875
SSLCD,λ<=n,8192,0,88356,10.78564453125
SSLCD,λ<=n,8192,0,91545,11.1749267578125
SSLCD,λ<=n,8192,0,95896,11.7060546875
SSLCD,λ<=n,8192,0,105617,12.8927001953125
SSLCD,λ<=n,8192,0,124593,15.2091064453125
SSLCD,λ<=n,8192,0,114200,13.9404296875
SSLCD,λ<=n,8192,0,100115,12.2210693359375
SSLCD,λ<=n,8192,0,168351,20.5506591796875
SSLCD,λ<=n,8192,0,117061,14.2896728515625
SSLCD,λ<=n,8192,0,98048,11.96875
SSLCD,λ<=n,8192,0,110572,13.49755859375
SSLCD,λ<=n,8192,0,135486,16.538818359375
SSLCD,λ<=n,8192,0,146739,17.9124755859375
SSLCD,λ<=n,8192,0,91145,11.1260986328125
SSLCD,λ<=n,8192,0,179083,21.8607177734375
SSLCD,λ<=n,8192,0,178276,21.76220703125
SSLCD,λ<=n,8192,0,90715,11.0736083984375
SSLCD,λ<=n,8192,0,95326,11.636474609375
SSLCD,λ<=n,8192,0,98430,12.015380859375
SSLCD,λ<=n,8192,0,83808,10.23046875
SSLCD,λ<=n,8192,0,106559,13.0076904296875
SSLCD,λ<=n,8192,0,100326,12.246826171875
SSLCD,λ<=n,8192,0,103449,12.6280517578125
SSLCD,λ<=n,8192,0,123377,15.0606689453125
SSLCD,λ<=n,8192,0,110854,13.531982421875
SSLCD,λ<=n,8192,0,166107,20.2767333984375
SSLCD,λ<=n,8192,0,94058,11.481689453125
SSLCD,λ<=n,8192,0,107675,13.1439208984375
SSLCD,λ<=n,8192,0,143800,17.5537109375
SSLCD,λ<=n,8192,0,149724,18.27685546875
SSLCD,λ<=n,8192,0,151188,18.45556640625
SSLCD,λ<=n,8192,0,185659,22.6634521484375
SSLCD,λ<=n,8192,0,111345,13.5919189453125
SSLCD,λ<=n,8192,0,110972,13.54638671875
SSLCD,λ<=n,8192,0,154135,18.8153076171875
SSLCD,λ<=n,8192,0,147675,18.0267333984375
SSLCD,λ<=n,8192,0,128943,15.7401123046875
SSLCD,λ<=n,8192,0,157312,19.203125
SSLCD,λ<=n,8192,0,94271,11.5076904296875
SSLCD,λ<=n,8192,0,129847,15.8504638671875
SSLCD,λ<=n,8192,0,124503,15.1981201171875
SSLCD,λ<=n,8192,0,103705,12.6593017578125
SSLCD,λ<=n,8192,0,132869,16.2193603515625
SSLCD,λ<=n,8192,0,108968,13.3017578125
SSLCD,λ<=n,8192,0,107695,13.1463623046875
SSLCD,λ<=n,8192,0,98320,12.001953125
SSLCD,λ<=n,8192,0,113218,13.820556640625
SSLCD,λ<=n,8192,0,93665,11.4337158203125
SSLCD,λ<=n,8192,0,101596,12.40185546875
SSLCD,λ<=n,8192,0,127302,15.539794921875
SSLCD,λ<=n,8192,0,142556,17.40185546875
SSLCD,λ<=n,8192,0,126572,15.45068359375
SSLCD,λ<=n,8192,0,177346,21.648681640625
SSLCD,λ<=n,8192,0,141295,17.2479248046875
SSLCD,λ<=n,8192,0,116337,14.2012939453125
SSLCD,λ<=n,8192,0,140557,17.1578369140625
SSLCD,λ<=n,8192,0,112987,13.7923583984375
SSLCD,λ<=n,8192,0,113189,13.8170166015625
SSLCD,λ<=n,8192,0,162221,19.8023681640625
SSLCD,λ<=n,8192,0,115815,14.1375732421875
SSLCD,λ<=n,8192,0,122735,14.9822998046875
SSLCD,λ<=n,8192,0,90215,11.0125732421875
SSLCD,λ<=n,8192,0,145426,17.752197265625
SSLCD,λ<=n,8192,0,194346,23.723876953125
SSLCD,λ<=n,8192,0,102367,12.4959716796875
SSLCD,λ<=n,8192,0,240739,29.3870849609375
SSLCD,λ<=n,8192,0,103147,12.5911865234375
SSLCD,λ<=n,8192,0,114910,14.027099609375
SSLCD,λ<=n,8192,0,185146,22.600830078125
SSDSD,λ<=n,8192,0,91653,11.1881103515625
SSDSD,λ<=n,8192,0,87958,10.737060546875
SSDSD,λ<=n,8192,0,98699,12.0482177734375
SSDSD,λ<=n,8192,0,203882,24.887939453125
SSDSD,λ<=n,8192,0,130351,15.9119873046875
SSDSD,λ<=n,8192,0,155118,18.935302734375
SSDSD,λ<=n,8192,0,95210,11.622314453125
SSDSD,λ<=n,8192,0,102091,12.4622802734375
SSDSD,λ<=n,8192,0,113431,13.8465576171875
SSDSD,λ<=n,8192,0,126288,15.416015625
SSDSD,λ<=n,8192,0,111252,13.58056640625
SSDSD,λ<=n,8192,0,114119,13.9305419921875
SSDSD,λ<=n,8192,0,184420,22.51220703125
SSDSD,λ<=n,8192,0,121652,14.85009765625
SSDSD,λ<=n,8192,0,108816,13.283203125
SSDSD,λ<=n,8192,0,226778,27.682861328125
SSDSD,λ<=n,8192,0,106843,13.0423583984375
SSDSD,λ<=n,8192,0,108084,13.19384765625
SSDSD,λ<=n,8192,0,104976,12.814453125
SSDSD,λ<=n,8192,0,123071,15.0233154296875
SSDSD,λ<=n,8192,0,119164,14.54638671875
SSDSD,λ<=n,8192,0,127069,15.5113525390625
SSDSD,λ<=n,8192,0,119526,14.590576171875
SSDSD,λ<=n,8192,0,117252,14.31298828125
SSDSD,λ<=n,8192,0,168216,20.5341796875
SSDSD,λ<=n,8192,0,107765,13.1549072265625
SSDSD,λ<=n,8192,0,105544,12.8837890625
SSDSD,λ<=n,8192,0,96736,11.80859375
SSDSD,λ<=n,8192,0,129200,15.771484375
SSDSD,λ<=n,8192,0,132156,16.13232421875
SSDSD,λ<=n,8192,0,149339,18.2298583984375
SSDSD,λ<=n,8192,0,215573,26.3150634765625
SSDSD,λ<=n,8192,0,122765,14.9859619140625
SSDSD,λ<=n,8192,0,175074,21.371337890625
SSDSD,λ<=n,8192,0,103622,12.649169921875
SSDSD,λ<=n,8192,0,113104,13.806640625
SSDSD,λ<=n,8192,0,96425,11.7706298828125
SSDSD,λ<=n,8192,0,143944,17.5712890625
SSDSD,λ<=n,8192,0,177508,21.66845703125
SSDSD,λ<=n,8192,0,98259,11.9945068359375
SSDSD,λ<=n,8192,0,102419,12.5023193359375
SSDSD,λ<=n,8192,0,132831,16.2147216796875
SSDSD,λ<=n,8192,0,127127,15.5184326171875
SSDSD,λ<=n,8192,0,123702,15.100341796875
SSDSD,λ<=n,8192,0,99533,12.1500244140625
SSDSD,λ<=n,8192,0,159610,19.483642578125
SSDSD,λ<=n,8192,0,120103,14.6610107421875
SSDSD,λ<=n,8192,0,146297,17.8585205078125
SSDSD,λ<=n,8192,0,125982,15.378662109375
SSDSD,λ<=n,8192,0,133492,16.29541015625
SSDSD,λ<=n,8192,0,114564,13.98486328125
SSDSD,λ<=n,8192,0,107947,13.1771240234375
SSDSD,λ<=n,8192,0,123349,15.0572509765625
SSDSD,λ<=n,8192,0,131094,16.002685546875
SSDSD,λ<=n,8192,0,121051,14.7767333984375
SSDSD,λ<=n,8192,0,87086,10.630615234375
SSDSD,λ<=n,8192,0,122193,14.9161376953125
SSDSD,λ<=n,8192,0,98809,12.0616455078125
SSDSD,λ<=n,8192,0,224303,27.3807373046875
SSDSD,λ<=n,8192,0,124166,15.156982421875
SSDSD,λ<=n,8192,0,105323,12.8568115234375
SSDSD,λ<=n,8192,0,95543,11.6629638671875
SSDSD,λ<=n,8192,0,124265,15.1690673828125
SSDSD,λ<=n,8192,0,124003,15.1370849609375
SSDSD,λ<=n,8192,0,121780,14.86572265625
SSDSD,λ<=n,8192,0,175793,21.4591064453125
SSDSD,λ<=n,8192,0,113432,13.8466796875
SSDSD,λ<=n,8192,0,139472,17.025390625
SSDSD,λ<=n,8192,0,131718,16.078857421875
SSDSD,λ<=n,8192,0,116795,14.2572021484375
SSDSD,λ<=n,8192,0,113847,13.8973388671875
SSDSD,λ<=n,8192,0,120233,14.6768798828125
SSDSD,λ<=n,8192,0,112608,13.74609375
SSDSD,λ<=n,8192,0,208248,25.4208984375
SSDSD,λ<=n,8192,0,99910,12.196044921875
SSDSD,λ<=n,8192,0,148752,18.158203125
SSDSD,λ<=n,8192,0,178548,21.79541015625
SSDSD,λ<=n,8192,0,102962,12.568603515625
SSDSD,λ<=n,8192,0,89445,10.9185791015625
SSDSD,λ<=n,8192,0,122857,14.9971923828125
SSDSD,λ<=n,8192,0,95374,11.642333984375
SSDSD,λ<=n,8192,0,112990,13.792724609375
SSDSD,λ<=n,8192,0,108055,13.1903076171875
SSDSD,λ<=n,8192,0,105229,12.8453369140625
SSDSD,λ<=n,8192,0,105158,12.836669921875
SSDSD,λ<=n,8192,0,115371,14.0833740234375
SSDSD,λ<=n,8192,0,124426,15.188720703125
SSDSD,λ<=n,8192,0,185314,22.621337890625
SSDSD,λ<=n,8192,0,154354,18.842041015625
SSDSD,λ<=n,8192,0,96734,11.808349609375
SSDSD,λ<=n,8192,0,128239,15.6541748046875
SSDSD,λ<=n,8192,0,135067,16.4876708984375
SSDSD,λ<=n,8192,0,148627,18.1429443359375
SSDSD,λ<=n,8192,0,180440,22.0263671875
SSDSD,λ<=n,8192,0,133788,16.33154296875
SSDSD,λ<=n,8192,0,112574,13.741943359375
SSDSD,λ<=n,8192,0,106792,13.0361328125
SSDSD,λ<=n,8192,0,90382,11.032958984375
SSDSD,λ<=n,8192,0,112368,13.716796875
SSDSD,λ<=n,8192,0,106656,13.01953125
SRDSD,λ<=n,8192,0,98303,11.9998779296875
SRDSD,λ<=n,8192,0,105184,12.83984375
SRDSD,λ<=n,8192,0,74391,9.0809326171875
SRDSD,λ<=n,8192,0,99901,12.1949462890625
SRDSD,λ<=n,8192,0,73379,8.9573974609375
SRDSD,λ<=n,8192,0,100761,12.2999267578125
SRDSD,λ<=n,8192,0,75496,9.2158203125
SRDSD,λ<=n,8192,0,73237,8.9400634765625
SRDSD,λ<=n,8192,0,88677,10.8248291015625
SRDSD,λ<=n,8192,0,68635,8.3782958984375
SRDSD,λ<=n,8192,0,113629,13.8707275390625
SRDSD,λ<=n,8192,0,88902,10.852294921875
SRDSD,λ<=n,8192,0,75705,9.2413330078125
SRDSD,λ<=n,8192,0,103983,12.6932373046875
SRDSD,λ<=n,8192,0,79572,9.71337890625
SRDSD,λ<=n,8192,0,91558,11.176513671875
SRDSD,λ<=n,8192,0,99650,12.164306640625
SRDSD,λ<=n,8192,0,137505,16.7852783203125
SRDSD,λ<=n,8192,0,74046,9.038818359375
SRDSD,λ<=n,8192,0,82004,10.01025390625
SRDSD,λ<=n,8192,0,77142,9.416748046875
SRDSD,λ<=n,8192,0,74597,9.1060791015625
SRDSD,λ<=n,8192,0,77400,9.4482421875
SRDSD,λ<=n,8192,0,72143,8.8065185546875
SRDSD,λ<=n,8192,0,112857,13.7764892578125
SRDSD,λ<=n,8192,0,78587,9.5931396484375
SRDSD,λ<=n,8192,0,126041,15.3858642578125
SRDSD,λ<=n,8192,0,118659,14.4847412109375
SRDSD,λ<=n,8192,0,99091,12.0960693359375
SRDSD,λ<=n,8192,0,75151,9.1737060546875
SRDSD,λ<=n,8192,0,75856,9.259765625
SRDSD,λ<=n,8192,0,77669,9.4810791015625
SRDSD,λ<=n,8192,0,76779,9.3724365234375
SRDSD,λ<=n,8192,0,78201,9.5460205078125
SRDSD,λ<=n,8192,0,73276,8.94482421875
SRDSD,λ<=n,8192,0,75122,9.170166015625
SRDSD,λ<=n,8192,0,152207,18.5799560546875
SRDSD,λ<=n,8192,0,105081,12.8272705078125
SRDSD,λ<=n,8192,0,91892,11.21728515625
SRDSD,λ<=n,8192,0,110560,13.49609375
SRDSD,λ<=n,8192,0,79527,9.7078857421875
SRDSD,λ<=n,8192,0,108669,13.2652587890625
SRDSD,λ<=n,8192,0,96238,11.747802734375
SRDSD,λ<=n,8192,0,74681,9.1163330078125
SRDSD,λ<=n,8192,0,112703,13.7576904296875
SRDSD,λ<=n,8192,0,81073,9.8966064453125
SRDSD,λ<=n,8192,0,78639,9.5994873046875
SRDSD,λ<=n,8192,0,113923,13.9066162109375
SRDSD,λ<=n,8192,0,88196,10.76611328125
SRDSD,λ<=n,8192,0,118073,14.4132080078125
SRDSD,λ<=n,8192,0,115879,14.1453857421875
SRDSD,λ<=n,8192,0,101053,12.3355712890625
SRDSD,λ<=n,8192,0,71852,8.77099609375
SRDSD,λ<=n,8192,0,82794,10.106689453125
SRDSD,λ<=n,8192,0,100033,12.2110595703125
SRDSD,λ<=n,8192,0,125250,15.289306640625
SRDSD,λ<=n,8192,0,137334,16.764404296875
SRDSD,λ<=n,8192,0,75863,9.2606201171875
SRDSD,λ<=n,8192,0,132165,16.1334228515625
SRDSD,λ<=n,8192,0,101395,12.3773193359375
SRDSD,λ<=n,8192,0,91878,11.215576171875
SRDSD,λ<=n,8192,0,69595,8.4954833984375
SRDSD,λ<=n,8192,0,154583,18.8699951171875
SRDSD,λ<=n,8192,0,105029,12.8209228515625
SRDSD,λ<=n,8192,0,93610,11.427001953125
SRDSD,λ<=n,8192,0,89312,10.90234375
SRDSD,λ<=n,8192,0,76680,9.3603515625
SRDSD,λ<=n,8192,0,128350,15.667724609375
SRDSD,λ<=n,8192,0,84128,10.26953125
SRDSD,λ<=n,8192,0,92735,11.3201904296875
SRDSD,λ<=n,8192,0,82037,10.0142822265625
SRDSD,λ<=n,8192,0,78527,9.5858154296875
SRDSD,λ<=n,8192,0,71960,8.7841796875
SRDSD,λ<=n,8192,0,101409,12.3790283203125
SRDSD,λ<=n,8192,0,96072,11.7275390625
SRDSD,λ<=n,8192,0,78352,9.564453125
SRDSD,λ<=n,8192,0,169673,20.7120361328125
SRDSD,λ<=n,8192,0,80111,9.7791748046875
SRDSD,λ<=n,8192,0,85155,10.3948974609375
SRDSD,λ<=n,8192,0,86319,10.5369873046875
SRDSD,λ<=n,8192,0,91053,11.1148681640625
SRDSD,λ<=n,8192,0,75839,9.2576904296875
SRDSD,λ<=n,8192,0,83431,10.1844482421875
SRDSD,λ<=n,8192,0,107035,13.0657958984375
SRDSD,λ<=n,8192,0,79793,9.7403564453125
SRDSD,λ<=n,8192,0,105846,12.920654296875
SRDSD,λ<=n,8192,0,228166,27.852294921875
SRDSD,λ<=n,8192,0,115313,14.0762939453125
SRDSD,λ<=n,8192,0,86140,10.51513671875
SRDSD,λ<=n,8192,0,119880,14.6337890625
SRDSD,λ<=n,8192,0,80337,9.8067626953125
SRDSD,λ<=n,8192,0,75459,9.2113037109375
SRDSD,λ<=n,8192,0,68279,8.3348388671875
SRDSD,λ<=n,8192,0,125977,15.3780517578125
SRDSD,λ<=n,8192,0,119972,14.64501953125
SRDSD,λ<=n,8192,0,127219,15.5296630859375
SRDSD,λ<=n,8192,0,103326,12.613037109375
SRDSD,λ<=n,8192,0,69695,8.5076904296875
SRDSD,λ<=n,8192,0,77991,9.5203857421875
SRDSD,λ<=n,8192,0,100101,12.2193603515625
SHDSD,λ<=n,8192,0,69188,8.44580078125
SHDSD,λ<=n,8192,0,85392,10.423828125
SHDSD,λ<=n,8192,0,68577,8.3712158203125
SHDSD,λ<=n,8192,0,77976,9.5185546875
SHDSD,λ<=n,8192,0,74151,9.0516357421875
SHDSD,λ<=n,8192,0,91366,11.153076171875
SHDSD,λ<=n,8192,0,73311,8.9490966796875
SHDSD,λ<=n,8192,0,72885,8.8970947265625
SHDSD,λ<=n,8192,0,74890,9.141845703125
SHDSD,λ<=n,8192,0,110763,13.5208740234375
SHDSD,λ<=n,8192,0,79176,9.6650390625
SHDSD,λ<=n,8192,0,106147,12.9573974609375
SHDSD,λ<=n,8192,0,72633,8.8663330078125
SHDSD,λ<=n,8192,0,82127,10.0252685546875
SHDSD,λ<=n,8192,0,135809,16.5782470703125
SHDSD,λ<=n,8192,0,65984,8.0546875
SHDSD,λ<=n,8192,0,67686,8.262451171875
SHDSD,λ<=n,8192,0,64504,7.8740234375
SHDSD,λ<=n,8192,0,74122,9.048095703125
SHDSD,λ<=n,8192,0,107510,13.123779296875
SHDSD,λ<=n,8192,0,70733,8.6343994140625
SHDSD,λ<=n,8192,0,65246,7.964599609375
SHDSD,λ<=n,8192,0,75146,9.173095703125
SHDSD,λ<=n,8192,0,65660,8.01513671875
SHDSD,λ<=n,8192,0,107100,13.07373046875
SHDSD,λ<=n,8192,0,67675,8.2611083984375
SHDSD,λ<=n,8192,0,87111,10.6336669921875
SHDSD,λ<=n,8192,0,97839,11.9432373046875
SHDSD,λ<=n,8192,0,88253,10.7730712890625
SHDSD,λ<=n,8192,0,76579,9.3480224609375
SHDSD,λ<=n,8192,0,74121,9.0479736328125
SHDSD,λ<=n,8192,0,89573,10.9342041015625
SHDSD,λ<=n,8192,0,80671,9.8475341796875
SHDSD,λ<=n,8192,0,68667,8.3822021484375
SHDSD,λ<=n,8192,0,77055,9.4061279296875
SHDSD,λ<=n,8192,0,99253,12.1158447265625
SHDSD,λ<=n,8192,0,64199,7.8367919921875
SHDSD,λ<=n,8192,0,80355,9.8089599609375
SHDSD,λ<=n,8192,0,86619,10.5736083984375
SHDSD,λ<=n,8192,0,82075,10.0189208984375
SHDSD,λ<=n,8192,0,81971,10.0062255859375
SHDSD,λ<=n,8192,0,64964,7.93017578125
SHDSD,λ<=n,8192,0,72047,8.7947998046875
SHDSD,λ<=n,8192,0,84473,10.3116455078125
SHDSD,λ<=n,8192,0,73752,9.0029296875
SHDSD,λ<=n,8192,0,80585,9.8370361328125
SHDSD,λ<=n,8192,0,82463,10.0662841796875
SHDSD,λ<=n,8192,0,74381,9.0797119140625
SHDSD,λ<=n,8192,0,78111,9.5350341796875
SHDSD,λ<=n,8192,0,72817,8.8887939453125
SHDSD,λ<=n,8192,0,82204,10.03466796875
SHDSD,λ<=n,8192,0,73269,8.9439697265625
SHDSD,λ<=n,8192,0,65446,7.989013671875
SHDSD,λ<=n,8192,0,74691,9.1175537109375
SHDSD,λ<=n,8192,0,69639,8.5008544921875
SHDSD,λ<=n,8192,0,69993,8.5440673828125
SHDSD,λ<=n,8192,0,64889,7.9210205078125
SHDSD,λ<=n,8192,0,84140,10.27099609375
SHDSD,λ<=n,8192,0,65090,7.945556640625
SHDSD,λ<=n,8192,0,71303,8.7039794921875
SHDSD,λ<=n,8192,0,97092,11.85205078125
SHDSD,λ<=n,8192,0,108820,13.28369140625
SHDSD,λ<=n,8192,0,78381,9.5679931640625
SHDSD,λ<=n,8192,0,65435,7.9876708984375
SHDSD,λ<=n,8192,0,75384,9.2021484375
SHDSD,λ<=n,8192,0,76854,9.381591796875
SHDSD,λ<=n,8192,0,72934,8.903076171875
SHDSD,λ<=n,8192,0,130023,15.8719482421875
SHDSD,λ<=n,8192,0,64375,7.8582763671875
SHDSD,λ<=n,8192,0,69995,8.5443115234375
SHDSD,λ<=n,8192,0,65623,8.0106201171875
SHDSD,λ<=n,8192,0,112453,13.7271728515625
SHDSD,λ<=n,8192,0,68631,8.3778076171875
SHDSD,λ<=n,8192,0,65483,7.9935302734375
SHDSD,λ<=n,8192,0,91265,11.1407470703125
SHDSD,λ<=n,8192,0,76549,9.3443603515625
SHDSD,λ<=n,8192,0,77882,9.507080078125
SHDSD,λ<=n,8192,0,72258,8.820556640625
SHDSD,λ<=n,8192,0,68611,8.3753662109375
SHDSD,λ<=n,8192,0,65141,7.9517822265625
SHDSD,λ<=n,8192,0,66097,8.0684814453125
SHDSD,λ<=n,8192,0,115628,14.11474609375
SHDSD,λ<=n,8192,0,69223,8.4500732421875
SHDSD,λ<=n,8192,0,79373,9.6890869140625
SHDSD,λ<=n,8192,0,67896,8.2880859375
SHDSD,λ<=n,8192,0,101023,12.3319091796875
SHDSD,λ<=n,8192,0,65998,8.056396484375
SHDSD,λ<=n,8192,0,82928,10.123046875
SHDSD,λ<=n,8192,0,86297,10.5343017578125
SHDSD,λ<=n,8192,0,77109,9.4127197265625
SHDSD,λ<=n,8192,0,68715,8.3880615234375
SHDSD,λ<=n,8192,0,65569,8.0040283203125
SHDSD,λ<=n,8192,0,81482,9.946533203125
SHDSD,λ<=n,8192,0,77969,9.5177001953125
SHDSD,λ<=n,8192,0,167935,20.4998779296875
SHDSD,λ<=n,8192,0,72305,8.8262939453125
SHDSD,λ<=n,8192,0,101179,12.3509521484375
SHDSD,λ<=n,8192,0,65632,8.01171875
SHDSD,λ<=n,8192,0,77416,9.4501953125
SHDSD,λ<=n,8192,0,151684,18.51611328125
SHLSD,λ<=n,8192,0,75876,9.26220703125
SHLSD,λ<=n,8192,0,101058,12.336181640625
SHLSD,λ<=n,8192,0,89015,10.8660888671875
SHLSD,λ<=n,8192,0,73486,8.970458984375
SHLSD,λ<=n,8192,0,74787,9.1292724609375
SHLSD,λ<=n,8192,0,118386,14.451416015625
SHLSD,λ<=n,8192,0,77797,9.4967041015625
SHLSD,λ<=n,8192,0,66855,8.1610107421875
SHLSD,λ<=n,8192,0,86472,10.5556640625
SHLSD,λ<=n,8192,0,68445,8.3551025390625
SHLSD,λ<=n,8192,0,81626,9.964111328125
SHLSD,λ<=n,8192,0,113536,13.859375
SHLSD,λ<=n,8192,0,71225,8.6944580078125
SHLSD,λ<=n,8192,0,99727,12.1737060546875
SHLSD,λ<=n,8192,0,73123,8.9261474609375
SHLSD,λ<=n,8192,0,78159,9.5408935546875
SHLSD,λ<=n,8192,0,79038,9.648193359375
SHLSD,λ<=n,8192,0,74148,9.05126953125
SHLSD,λ<=n,8192,0,97279,11.8748779296875
SHLSD,λ<=n,8192,0,103475,12.6312255859375
SHLSD,λ<=n,8192,0,77031,9.4031982421875
SHLSD,λ<=n,8192,0,138113,16.8594970703125
SHLSD,λ<=n,8192,0,103667,12.6546630859375
SHLSD,λ<=n,8192,0,122190,14.915771484375
SHLSD,λ<=n,8192,0,90861,11.0914306640625
SHLSD,λ<=n,8192,0,82529,10.0743408203125
SHLSD,λ<=n,8192,0,89625,10.9405517578125
SHLSD,λ<=n,8192,0,88868,10.84814453125
SHLSD,λ<=n,8192,0,77660,9.47998046875
SHLSD,λ<=n,8192,0,97271,11.8739013671875
SHLSD,λ<=n,8192,0,66375,8.1024169921875
SHLSD,λ<=n,8192,0,70599,8.6180419921875
SHLSD,λ<=n,8192,0,90402,11.035400390625
SHLSD,λ<=n,8192,0,104392,12.7431640625
SHLSD,λ<=n,8192,0,75696,9.240234375
SHLSD,λ<=n,8192,0,84814,10.353271484375
SHLSD,λ<=n,8192,0,73467,8.9681396484375
SHLSD,λ<=n,8192,0,73520,8.974609375
SHLSD,λ<=n,8192,0,86868,10.60400390625
SHLSD,λ<=n,8192,0,86044,10.50341796875
SHLSD,λ<=n,8192,0,71881,8.7745361328125
SHLSD,λ<=n,8192,0,73884,9.01904296875
SHLSD,λ<=n,8192,0,68112,8.314453125
SHLSD,λ<=n,8192,0,72021,8.7916259765625
SHLSD,λ<=n,8192,0,99429,12.1373291015625
SHLSD,λ<=n,8192,0,90496,11.046875
SHLSD,λ<=n,8192,0,69318,8.461669921875
SHLSD,λ<=n,8192,0,77136,9.416015625
SHLSD,λ<=n,8192,0,75495,9.2156982421875
SHLSD,λ<=n,8192,0,96622,11.794677734375
SHLSD,λ<=n,8192,0,72207,8.8143310546875
SHLSD,λ<=n,8192,0,73368,8.9560546875
SHLSD,λ<=n,8192,0,80184,9.7880859375
SHLSD,λ<=n,8192,0,99563,12.1536865234375
SHLSD,λ<=n,8192,0,82326,10.049560546875
SHLSD,λ<=n,8192,0,76566,9.346435546875
SHLSD,λ<=n,8192,0,94584,11.5458984375
SHLSD,λ<=n,8192,0,88817,10.8419189453125
SHLSD,λ<=n,8192,0,69976,8.5419921875
SHLSD,λ<=n,8192,0,85333,10.4166259765625
SHLSD,λ<=n,8192,0,68367,8.3455810546875
SHLSD,λ<=n,8192,0,115000,14.0380859375
SHLSD,λ<=n,8192,0,66933,8.1705322265625
SHLSD,λ<=n,8192,0,73688,8.9951171875
SHLSD,λ<=n,8192,0,75440,9.208984375
SHLSD,λ<=n,8192,0,86856,10.6025390625
SHLSD,λ<=n,8192,0,115606,14.112060546875
SHLSD,λ<=n,8192,0,85409,10.4259033203125
SHLSD,λ<=n,8192,0,98422,12.014404296875
SHLSD,λ<=n,8192,0,70721,8.6329345703125
SHLSD,λ<=n,8192,0,78109,9.5347900390625
SHLSD,λ<=n,8192,0,66164,8.07666015625
SHLSD,λ<=n,8192,0,76270,9.310302734375
SHLSD,λ<=n,8192,0,100951,12.3231201171875
SHLSD,λ<=n,8192,0,117224,14.3095703125
SHLSD,λ<=n,8192,0,89747,10.9554443359375
SHLSD,λ<=n,8192,0,71858,8.771728515625
SHLSD,λ<=n,8192,0,74351,9.0760498046875
SHLSD,λ<=n,8192,0,89124,10.87939453125
SHLSD,λ<=n,8192,0,78632,9.5986328125
SHLSD,λ<=n,8192,0,83907,10.2425537109375
SHLSD,λ<=n,8192,0,165883,20.2493896484375
SHLSD,λ<=n,8192,0,75315,9.1937255859375
SHLSD,λ<=n,8192,0,90599,11.0594482421875
SHLSD,λ<=n,8192,0,74766,9.126708984375
SHLSD,λ<=n,8192,0,86252,10.52880859375
SHLSD,λ<=n,8192,0,85638,10.453857421875
SHLSD,λ<=n,8192,0,72357,8.8326416015625
SHLSD,λ<=n,8192,0,76883,9.3851318359375
SHLSD,λ<=n,8192,0,67299,8.2152099609375
SHLSD,λ<=n,8192,0,80579,9.8363037109375
SHLSD,λ<=n,8192,0,68383,8.3475341796875
SHLSD,λ<=n,8192,0,79490,9.703369140625
SHLSD,λ<=n,8192,0,89872,10.970703125
SHLSD,λ<=n,8192,0,75987,9.2757568359375
SHLSD,λ<=n,8192,0,81185,9.9102783203125
SHLSD,λ<=n,8192,0,73066,8.919189453125
SHLSD,λ<=n,8192,0,99415,12.1356201171875
SHLSD,λ<=n,8192,0,116111,14.1737060546875
SHLSD,λ<=n,8192,0,73359,8.9549560546875
SRLSD,λ<=n,8192,0,95493,11.6568603515625
SRLSD,λ<=n,8192,0,77350,9.442138671875
SRLSD,λ<=n,8192,0,75693,9.2398681640625
SRLSD,λ<=n,8192,0,95795,11.6937255859375
SRLSD,λ<=n,8192,0,95085,11.6070556640625
SRLSD,λ<=n,8192,0,101403,12.3782958984375
SRLSD,λ<=n,8192,0,86583,10.5692138671875
SRLSD,λ<=n,8192,0,72925,8.9019775390625
SRLSD,λ<=n,8192,0,79916,9.75537109375
SRLSD,λ<=n,8192,0,109504,13.3671875
SRLSD,λ<=n,8192,0,71548,8.73388671875
SRLSD,λ<=n,8192,0,114179,13.9378662109375
SRLSD,λ<=n,8192,0,70508,8.60693359375
SRLSD,λ<=n,8192,0,73820,9.01123046875
SRLSD,λ<=n,8192,0,122474,14.950439453125
SRLSD,λ<=n,8192,0,89039,10.8690185546875
SRLSD,λ<=n,8192,0,130274,15.902587890625
SRLSD,λ<=n,8192,0,99795,12.1820068359375
SRLSD,λ<=n,8192,0,74274,9.066650390625
SRLSD,λ<=n,8192,0,86703,10.5838623046875
SRLSD,λ<=n,8192,0,98150,11.981201171875
SRLSD,λ<=n,8192,0,90978,11.105712890625
SRLSD,λ<=n,8192,0,96199,11.7430419921875
SRLSD,λ<=n,8192,0,149629,18.2652587890625
SRLSD,λ<=n,8192,0,98956,12.07958984375
SRLSD,λ<=n,8192,0,101827,12.4300537109375
SRLSD,λ<=n,8192,0,80736,9.85546875
SRLSD,λ<=n,8192,0,83376,10.177734375
SRLSD,λ<=n,8192,0,83129,10.1475830078125
SRLSD,λ<=n,8192,0,88891,10.8509521484375
SRLSD,λ<=n,8192,0,75341,9.1968994140625
SRLSD,λ<=n,8192,0,97461,11.8970947265625
SRLSD,λ<=n,8192,0,80849,9.8692626953125
SRLSD,λ<=n,8192,0,85475,10.4339599609375
SRLSD,λ<=n,8192,0,96073,11.7276611328125
SRLSD,λ<=n,8192,0,90630,11.063232421875
SRLSD,λ<=n,8192,0,93078,11.362060546875
SRLSD,λ<=n,8192,0,102811,12.5501708984375
SRLSD,λ<=n,8192,0,86115,10.5120849609375
SRLSD,λ<=n,8192,0,112263,13.7039794921875
SRLSD,λ<=n,8192,0,95805,11.6949462890625
SRLSD,λ<=n,8192,0,88854,10.846435546875
SRLSD,λ<=n,8192,0,78682,9.604736328125
SRLSD,λ<=n,8192,0,76038,9.281982421875
SRLSD,λ<=n,8192,0,83615,10.2069091796875
SRLSD,λ<=n,8192,0,97222,11.867919921875
SRLSD,λ<=n,8192,0,87359,10.6639404296875
SRLSD,λ<=n,8192,0,99957,12.2017822265625
SRLSD,λ<=n,8192,0,98463,12.0194091796875
SRLSD,λ<=n,8192,0,110059,13.4349365234375
SRLSD,λ<=n,8192,0,71012,8.66845703125
SRLSD,λ<=n,8192,0,80648,9.8447265625
SRLSD,λ<=n,8192,0,74213,9.0592041015625
SRLSD,λ<=n,8192,0,80392,9.8134765625
SRLSD,λ<=n,8192,0,89354,10.907470703125
SRLSD,λ<=n,8192,0,97909,11.9517822265625
SRLSD,λ<=n,8192,0,80122,9.780517578125
SRLSD,λ<=n,8192,0,128496,15.685546875
SRLSD,λ<=n,8192,0,75010,9.156494140625
SRLSD,λ<=n,8192,0,88679,10.8250732421875
SRLSD,λ<=n,8192,0,87491,10.6800537109375
SRLSD,λ<=n,8192,0,95669,11.6783447265625
SRLSD,λ<=n,8192,0,69907,8.5335693359375
SRLSD,λ<=n,8192,0,75154,9.174072265625
SRLSD,λ<=n,8192,0,91796,11.20556640625
SRLSD,λ<=n,8192,0,79731,9.7327880859375
SRLSD,λ<=n,8192,0,83229,10.1597900390625
SRLSD,λ<=n,8192,0,74617,9.1085205078125
SRLSD,λ<=n,8192,0,105963,12.9349365234375
SRLSD,λ<=n,8192,0,86089,10.5089111328125
SRLSD,λ<=n,8192,0,90096,10.998046875
SRLSD,λ<=n,8192,0,81138,9.904541015625
SRLSD,λ<=n,8192,0,93112,11.3662109375
SRLSD,λ<=n,8192,0,75911,9.2664794921875
SRLSD,λ<=n,8192,0,90037,10.9908447265625
SRLSD,λ<=n,8192,0,73075,8.9202880859375
SRLSD,λ<=n,8192,0,77015,9.4012451171875
SRLSD,λ<=n,8192,0,70475,8.6029052734375
SRLSD,λ<=n,8192,0,113291,13.8294677734375
SRLSD,λ<=n,8192,0,107832,13.1630859375
SRLSD,λ<=n,8192,0,95059,11.6038818359375
SRLSD,λ<=n,8192,0,77793,9.4962158203125
SRLSD,λ<=n,8192,0,78859,9.6263427734375
SRLSD,λ<=n,8192,0,82840,10.1123046875
SRLSD,λ<=n,8192,0,103632,12.650390625
SRLSD,λ<=n,8192,0,112740,13.76220703125
SRLSD,λ<=n,8192,0,87163,10.6400146484375
SRLSD,λ<=n,8192,0,125473,15.3165283203125
SRLSD,λ<=n,8192,0,102863,12.5565185546875
SRLSD,λ<=n,8192,0,84199,10.2781982421875
SRLSD,λ<=n,8192,0,79282,9.677978515625
SRLSD,λ<=n,8192,0,113177,13.8155517578125
SRLSD,λ<=n,8192,0,85718,10.463623046875
SRLSD,λ<=n,8192,0,79993,9.7647705078125
SRLSD,λ<=n,8192,0,92188,11.25341796875
SRLSD,λ<=n,8192,0,84978,10.373291015625
SRLSD,λ<=n,8192,0,100976,12.326171875
SRLSD,λ<=n,8192,0,94871,11.5809326171875
SRLSD,λ<=n,8192,0,85798,10.473388671875
SRLSD,λ<=n,8192,0,97597,11.9136962890625
SSLSD,λ<=n,8192,0,147975,18.0633544921875
SSLSD,λ<=n,8192,0,113365,13.8385009765625
SSLSD,λ<=n,8192,0,188712,23.0361328125
SSLSD,λ<=n,8192,0,102594,12.523681640625
SSLSD,λ<=n,8192,0,172822,21.096435546875
SSLSD,λ<=n,8192,0,92839,11.3328857421875
SSLSD,λ<=n,8192,0,136807,16.7000732421875
SSLSD,λ<=n,8192,0,113523,13.8577880859375
SSLSD,λ<=n,8192,0,112888,13.7802734375
SSLSD,λ<=n,8192,0,157773,19.2593994140625
SSLSD,λ<=n,8192,0,102798,12.548583984375
SSLSD,λ<=n,8192,0,150867,18.4163818359375
SSLSD,λ<=n,8192,0,141598,17.284912109375
SSLSD,λ<=n,8192,0,153052,18.68310546875
SSLSD,λ<=n,8192,0,152862,18.659912109375
SSLSD,λ<=n,8192,0,135424,16.53125
SSLSD,λ<=n,8192,0,106439,12.9930419921875
SSLSD,λ<=n,8192,0,157543,19.2313232421875
SSLSD,λ<=n,8192,0,144788,17.67431640625
SSLSD,λ<=n,8192,0,104894,12.804443359375
SSLSD,λ<=n,8192,0,156048,19.048828125
SSLSD,λ<=n,8192,0,93226,11.380126953125
SSLSD,λ<=n,8192,0,99995,12.2064208984375
SSLSD,λ<=n,8192,0,110564,13.49658203125
SSLSD,λ<=n,8192,0,126673,15.4630126953125
SSLSD,λ<=n,8192,0,111427,13.6019287109375
SSLSD,λ<=n,8192,0,180506,22.034423828125
SSLSD,λ<=n,8192,0,166014,20.265380859375
SSLSD,λ<=n,8192,0,191592,23.3876953125
SSLSD,λ<=n,8192,0,123195,15.0384521484375
SSLSD,λ<=n,8192,0,145840,17.802734375
SSLSD,λ<=n,8192,0,191103,23.3280029296875
SSLSD,λ<=n,8192,0,154805,18.8970947265625
SSLSD,λ<=n,8192,0,149818,18.288330078125
SSLSD,λ<=n,8192,0,106123,12.9544677734375
SSLSD,λ<=n,8192,0,83021,10.1343994140625
SSLSD,λ<=n,8192,0,131588,16.06298828125
SSLSD,λ<=n,8192,0,106772,13.03369140625
SSLSD,λ<=n,8192,0,128738,15.715087890625
SSLSD,λ<=n,8192,0,100485,12.2662353515625
SSLSD,λ<=n,8192,0,230553,28.1436767578125
SSLSD,λ<=n,8192,0,245413,29.9576416015625
SSLSD,λ<=n,8192,0,140687,17.1737060546875
SSLSD,λ<=n,8192,0,99992,12.2060546875
SSLSD,λ<=n,8192,0,159810,19.508056640625
SSLSD,λ<=n,8192,0,104598,12.768310546875
SSLSD,λ<=n,8192,0,111479,13.6082763671875
SSLSD,λ<=n,8192,0,121566,14.839599609375
SSLSD,λ<=n,8192,0,173068,21.12646484375
SSLSD,λ<=n,8192,0,133668,16.31689453125
SSLSD,λ<=n,8192,0,115205,14.0631103515625
SSLSD,λ<=n,8192,0,134009,16.3585205078125
SSLSD,λ<=n,8192,0,211630,25.833740234375
SSLSD,λ<=n,8192,0,103666,12.654541015625
SSLSD,λ<=n,8192,0,109033,13.3096923828125
SSLSD,λ<=n,8192,0,115872,14.14453125
SSLSD,λ<=n,8192,0,111607,13.6239013671875
SSLSD,λ<=n,8192,0,234903,28.6746826171875
SSLSD,λ<=n,8192,0,108307,13.2210693359375
SSLSD,λ<=n,8192,0,121153,14.7891845703125
SSLSD,λ<=n,8192,0,99185,12.1075439453125
SSLSD,λ<=n,8192,0,150232,18.3388671875
SSLSD,λ<=n,8192,0,155278,18.954833984375
SSLSD,λ<=n,8192,0,147589,18.0162353515625
SSLSD,λ<=n,8192,0,103693,12.6578369140625
SSLSD,λ<=n,8192,0,168794,20.604736328125
SSLSD,λ<=n,8192,0,163801,19.9952392578125
SSLSD,λ<=n,8192,0,115605,14.1119384765625
SSLSD,λ<=n,8192,0,111512,13.6123046875
SSLSD,λ<=n,8192,0,144766,17.671630859375
SSLSD,λ<=n,8192,0,129340,15.78857421875
SSLSD,λ<=n,8192,0,148660,18.14697265625
SSLSD,λ<=n,8192,0,157105,19.1778564453125
SSLSD,λ<=n,8192,0,112560,13.740234375
SSLSD,λ<=n,8192,0,123534,15.079833984375
SSLSD,λ<=n,8192,0,113594,13.866455078125
SSLSD,λ<=n,8192,0,202945,24.7735595703125
SSLSD,λ<=n,8192,0,128291,15.6605224609375
SSLSD,λ<=n,8192,0,149242,18.218017578125
SSLSD,λ<=n,8192,0,95106,11.609619140625
SSLSD,λ<=n,8192,0,140430,17.142333984375
SSLSD,λ<=n,8192,0,189998,23.193115234375
SSLSD,λ<=n,8192,0,105470,12.874755859375
SSLSD,λ<=n,8192,0,178370,21.773681640625
SSLSD,λ<=n,8192,0,94698,11.559814453125
SSLSD,λ<=n,8192,0,144206,17.603271484375
SSLSD,λ<=n,8192,0,109725,13.3941650390625
SSLSD,λ<=n,8192,0,116342,14.201904296875
SSLSD,λ<=n,8192,0,129909,15.8580322265625
SSLSD,λ<=n,8192,0,112787,13.7679443359375
SSLSD,λ<=n,8192,0,120256,14.6796875
SSLSD,λ<=n,8192,0,118448,14.458984375
SSLSD,λ<=n,8192,0,132421,16.1646728515625
SSLSD,λ<=n,8192,0,115385,14.0850830078125
SSLSD,λ<=n,8192,0,137392,16.771484375
SSLSD,λ<=n,8192,0,92564,11.29931640625
SSLSD,λ<=n,8192,0,132164,16.13330078125
SSLSD,λ<=n,8192,0,126722,15.468994140625
SSLSD,λ<=n,8192,0,116993,14.2813720703125
SSLSD,λ<=n,8192,0,119349,14.5689697265625
SSDMD,λ<=n,8192,0,113502,13.855224609375
SSDMD,λ<=n,8192,0,110770,13.521728515625
SSDMD,λ<=n,8192,0,114975,14.0350341796875
SSDMD,λ<=n,8192,0,156130,19.058837890625
SSDMD,λ<=n,8192,0,130505,15.9307861328125
SSDMD,λ<=n,8192,0,91805,11.2066650390625
SSDMD,λ<=n,8192,0,90418,11.037353515625
SSDMD,λ<=n,8192,0,115159,14.0574951171875
SSDMD,λ<=n,8192,0,96624,11.794921875
SSDMD,λ<=n,8192,0,178791,21.8250732421875
SSDMD,λ<=n,8192,0,147038,17.948974609375
SSDMD,λ<=n,8192,0,89252,10.89501953125
SSDMD,λ<=n,8192,0,98951,12.0789794921875
SSDMD,λ<=n,8192,0,90994,11.107666015625
SSDMD,λ<=n,8192,0,98310,12.000732421875
SSDMD,λ<=n,8192,0,155276,18.95458984375
SSDMD,λ<=n,8192,0,106442,12.993408203125
SSDMD,λ<=n,8192,0,122265,14.9249267578125
SSDMD,λ<=n,8192,0,112575,13.7420654296875
SSDMD,λ<=n,8192,0,152504,18.6162109375
SSDMD,λ<=n,8192,0,200270,24.447021484375
SSDMD,λ<=n,8192,0,98330,12.003173828125
SSDMD,λ<=n,8192,0,99707,12.1712646484375
SSDMD,λ<=n,8192,0,147364,17.98876953125
SSDMD,λ<=n,8192,0,104165,12.7154541015625
SSDMD,λ<=n,8192,0,109538,13.371337890625
SSDMD,λ<=n,8192,0,122851,14.9964599609375
SSDMD,λ<=n,8192,0,120518,14.711669921875
SSDMD,λ<=n,8192,0,95846,11.699951171875
SSDMD,λ<=n,8192,0,105453,12.8726806640625
SSDMD,λ<=n,8192,0,119041,14.5313720703125
SSDMD,λ<=n,8192,0,100623,12.2830810546875
SSDMD,λ<=n,8192,0,104571,12.7650146484375
SSDMD,λ<=n,8192,0,100326,12.246826171875
SSDMD,λ<=n,8192,0,111151,13.5682373046875
SSDMD,λ<=n,8192,0,100019,12.2093505859375
SSDMD,λ<=n,8192,0,206484,25.20556640625
SSDMD,λ<=n,8192,0,219332,26.77392578125
SSDMD,λ<=n,8192,0,85272,10.4091796875
SSDMD,λ<=n,8192,0,96783,11.8143310546875
SSDMD,λ<=n,8192,0,106704,13.025390625
SSDMD,λ<=n,8192,0,148915,18.1781005859375
SSDMD,λ<=n,8192,0,122149,14.9107666015625
SSDMD,λ<=n,8192,0,80787,9.8616943359375
SSDMD,λ<=n,8192,0,96058,11.725830078125
SSDMD,λ<=n,8192,0,93839,11.4549560546875
SSDMD,λ<=n,8192,0,76426,9.329345703125
SSDMD,λ<=n,8192,0,97242,11.870361328125
SSDMD,λ<=n,8192,0,117861,14.3873291015625
SSDMD,λ<=n,8192,0,247133,30.1676025390625
SSDMD,λ<=n,8192,0,82067,10.0179443359375
SSDMD,λ<=n,8192,0,100925,12.3199462890625
SSDMD,λ<=n,8192,0,77843,9.5023193359375
SSDMD,λ<=n,8192,0,129368,15.7919921875
SSDMD,λ<=n,8192,0,147983,18.0643310546875
SSDMD,λ<=n,8192,0,87144,10.6376953125
SSDMD,λ<=n,8192,0,98611,12.0374755859375
SSDMD,λ<=n,8192,0,80008,9.7666015625
SSDMD,λ<=n,8192,0,154348,18.84130859375
SSDMD,λ<=n,8192,0,118676,14.48681640625
SSDMD,λ<=n,8192,0,162600,19.8486328125
SSDMD,λ<=n,8192,0,147969,18.0626220703125
SSDMD,λ<=n,8192,0,96786,11.814697265625
SSDMD,λ<=n,8192,0,202633,24.7354736328125
SSDMD,λ<=n,8192,0,172506,21.057861328125
SSDMD,λ<=n,8192,0,101960,12.4462890625
SSDMD,λ<=n,8192,0,104479,12.7537841796875
SSDMD,λ<=n,8192,0,95821,11.6968994140625
SSDMD,λ<=n,8192,0,99271,12.1180419921875
SSDMD,λ<=n,8192,0,128806,15.723388671875
SSDMD,λ<=n,8192,0,123115,15.0286865234375
SSDMD,λ<=n,8192,0,131958,16.108154296875
SSDMD,λ<=n,8192,0,152065,18.5626220703125
SSDMD,λ<=n,8192,0,86717,10.5855712890625
SSDMD,λ<=n,8192,0,335443,40.9476318359375
SSDMD,λ<=n,8192,0,120257,14.6798095703125
SSDMD,λ<=n,8192,0,160475,19.5892333984375
SSDMD,λ<=n,8192,0,95882,11.704345703125
SSDMD,λ<=n,8192,0,152810,18.653564453125
SSDMD,λ<=n,8192,0,123833,15.1163330078125
SSDMD,λ<=n,8192,0,126338,15.422119140625
SSDMD,λ<=n,8192,0,155474,18.978759765625
SSDMD,λ<=n,8192,0,100034,12.211181640625
SSDMD,λ<=n,8192,0,96734,11.808349609375
SSDMD,λ<=n,8192,0,79488,9.703125
SSDMD,λ<=n,8192,0,102049,12.4571533203125
SSDMD,λ<=n,8192,0,95061,11.6041259765625
SSDMD,λ<=n,8192,0,264908,32.33740234375
SSDMD,λ<=n,8192,0,110522,13.491455078125
SSDMD,λ<=n,8192,0,113021,13.7965087890625
SSDMD,λ<=n,8192,0,98754,12.054931640625
SSDMD,λ<=n,8192,0,252780,30.85693359375
SSDMD,λ<=n,8192,0,136981,16.7213134765625
SSDMD,λ<=n,8192,0,90725,11.0748291015625
SSDMD,λ<=n,8192,0,100254,12.238037109375
SSDMD,λ<=n,8192,0,81830,9.989013671875
SSDMD,λ<=n,8192,0,174029,21.2437744140625
SSDMD,λ<=n,8192,0,385344,47.0390625
SSDMD,λ<=n,8192,0,92329,11.2706298828125
SSDMD,λ<=n,8192,0,135037,16.4840087890625
SRDMD,λ<=n,8192,0,93056,11.359375
SRDMD,λ<=n,8192,0,75596,9.22802734375
SRDMD,λ<=n,8192,0,66583,8.1278076171875
SRDMD,λ<=n,8192,0,73547,8.9779052734375
SRDMD,λ<=n,8192,0,70198,8.569091796875
SRDMD,λ<=n,8192,0,69146,8.440673828125
SRDMD,λ<=n,8192,0,87770,10.714111328125
SRDMD,λ<=n,8192,0,72871,8.8953857421875
SRDMD,λ<=n,8192,0,70423,8.5965576171875
SRDMD,λ<=n,8192,0,66486,8.115966796875
SRDMD,λ<=n,8192,0,73463,8.9676513671875
SRDMD,λ<=n,8192,0,71166,8.687255859375
SRDMD,λ<=n,8192,0,76324,9.31689453125
SRDMD,λ<=n,8192,0,66519,8.1199951171875
SRDMD,λ<=n,8192,0,114043,13.9212646484375
SRDMD,λ<=n,8192,0,89087,10.8748779296875
SRDMD,λ<=n,8192,0,86134,10.514404296875
SRDMD,λ<=n,8192,0,60908,7.43505859375
SRDMD,λ<=n,8192,0,67097,8.1905517578125
SRDMD,λ<=n,8192,0,84106,10.266845703125
SRDMD,λ<=n,8192,0,75023,9.1580810546875
SRDMD,λ<=n,8192,0,102986,12.571533203125
SRDMD,λ<=n,8192,0,73091,8.9222412109375
SRDMD,λ<=n,8192,0,117846,14.385498046875
SRDMD,λ<=n,8192,0,68682,8.384033203125
SRDMD,λ<=n,8192,0,71352,8.7099609375
SRDMD,λ<=n,8192,0,93174,11.373779296875
SRDMD,λ<=n,8192,0,78178,9.543212890625
SRDMD,λ<=n,8192,0,82837,10.1119384765625
SRDMD,λ<=n,8192,0,68792,8.3974609375
SRDMD,λ<=n,8192,0,82531,10.0745849609375
SRDMD,λ<=n,8192,0,92783,11.3260498046875
SRDMD,λ<=n,8192,0,163213,19.9234619140625
SRDMD,λ<=n,8192,0,64207,7.8377685546875
SRDMD,λ<=n,8192,0,66041,8.0616455078125
SRDMD,λ<=n,8192,0,85930,10.489501953125
SRDMD,λ<=n,8192,0,104125,12.7105712890625
SRDMD,λ<=n,8192,0,69288,8.4580078125
SRDMD,λ<=n,8192,0,73270,8.944091796875
SRDMD,λ<=n,8192,0,107452,13.11669921875
SRDMD,λ<=n,8192,0,68737,8.3907470703125
SRDMD,λ<=n,8192,0,68089,8.3116455078125
SRDMD,λ<=n,8192,0,81303,9.9246826171875
SRDMD,λ<=n,8192,0,100072,12.2158203125
SRDMD,λ<=n,8192,0,90702,11.072021484375
SRDMD,λ<=n,8192,0,75409,9.2052001953125
SRDMD,λ<=n,8192,0,113164,13.81396484375
SRDMD,λ<=n,8192,0,68542,8.366943359375
SRDMD,λ<=n,8192,0,80995,9.8870849609375
SRDMD,λ<=n,8192,0,64575,7.8826904296875
SRDMD,λ<=n,8192,0,82855,10.1141357421875
SRDMD,λ<=n,8192,0,83983,10.2518310546875
SRDMD,λ<=n,8192,0,62775,7.6629638671875
SRDMD,λ<=n,8192,0,105098,12.829345703125
SRDMD,λ<=n,8192,0,85314,10.414306640625
SRDMD,λ<=n,8192,0,86977,10.6173095703125
SRDMD,λ<=n,8192,0,70670,8.626708984375
SRDMD,λ<=n,8192,0,88156,10.76123046875
SRDMD,λ<=n,8192,0,96882,11.826416015625
SRDMD,λ<=n,8192,0,131204,16.01611328125
SRDMD,λ<=n,8192,0,60394,7.372314453125
SRDMD,λ<=n,8192,0,78370,9.566650390625
SRDMD,λ<=n,8192,0,75491,9.2152099609375
SRDMD,λ<=n,8192,0,80320,9.8046875
SRDMD,λ<=n,8192,0,73038,8.915771484375
SRDMD,λ<=n,8192,0,76479,9.3358154296875
SRDMD,λ<=n,8192,0,75195,9.1790771484375
SRDMD,λ<=n,8192,0,94377,11.5206298828125
SRDMD,λ<=n,8192,0,98054,11.969482421875
SRDMD,λ<=n,8192,0,137985,16.8438720703125
SRDMD,λ<=n,8192,0,66816,8.15625
SRDMD,λ<=n,8192,0,107002,13.061767578125
SRDMD,λ<=n,8192,0,62125,7.5836181640625
SRDMD,λ<=n,8192,0,77989,9.5201416015625
SRDMD,λ<=n,8192,0,69317,8.4615478515625
SRDMD,λ<=n,8192,0,70431,8.5975341796875
SRDMD,λ<=n,8192,0,65174,7.955810546875
SRDMD,λ<=n,8192,0,69096,8.4345703125
SRDMD,λ<=n,8192,0,79508,9.70556640625
SRDMD,λ<=n,8192,0,65462,7.990966796875
SRDMD,λ<=n,8192,0,73419,8.9622802734375
SRDMD,λ<=n,8192,0,70649,8.6241455078125
SRDMD,λ<=n,8192,0,61801,7.5440673828125
SRDMD,λ<=n,8192,0,76681,9.3604736328125
SRDMD,λ<=n,8192,0,72331,8.8294677734375
SRDMD,λ<=n,8192,0,86824,10.5986328125
SRDMD,λ<=n,8192,0,62113,7.5821533203125
SRDMD,λ<=n,8192,0,58209,7.1055908203125
SRDMD,λ<=n,8192,0,86846,10.601318359375
SRDMD,λ<=n,8192,0,105038,12.822021484375
SRDMD,λ<=n,8192,0,80879,9.8729248046875
SRDMD,λ<=n,8192,0,64425,7.8643798828125
SRDMD,λ<=n,8192,0,120785,14.7442626953125
SRDMD,λ<=n,8192,0,68019,8.3031005859375
SRDMD,λ<=n,8192,0,67105,8.1915283203125
SRDMD,λ<=n,8192,0,71313,8.7052001953125
SRDMD,λ<=n,8192,0,99954,12.201416015625
SRDMD,λ<=n,8192,0,87256,10.6513671875
SRDMD,λ<=n,8192,0,94353,11.5177001953125
SRDMD,λ<=n,8192,0,82404,10.05908203125
SHDMD,λ<=n,8192,0,57477,7.0162353515625
SHDMD,λ<=n,8192,0,62191,7.5916748046875
SHDMD,λ<=n,8192,0,64418,7.863525390625
SHDMD,λ<=n,8192,0,69040,8.427734375
SHDMD,λ<=n,8192,0,64232,7.8408203125
SHDMD,λ<=n,8192,0,95059,11.6038818359375
SHDMD,λ<=n,8192,0,54599,6.6649169921875
SHDMD,λ<=n,8192,0,57440,7.01171875
SHDMD,λ<=n,8192,0,54598,6.664794921875
SHDMD,λ<=n,8192,0,58460,7.13623046875
SHDMD,λ<=n,8192,0,81889,9.9962158203125
SHDMD,λ<=n,8192,0,94936,11.5888671875
SHDMD,λ<=n,8192,0,67209,8.2042236328125
SHDMD,λ<=n,8192,0,57659,7.0384521484375
SHDMD,λ<=n,8192,0,82338,10.051025390625
SHDMD,λ<=n,8192,0,97218,11.867431640625
SHDMD,λ<=n,8192,0,65525,7.9986572265625
SHDMD,λ<=n,8192,0,72157,8.8082275390625
SHDMD,λ<=n,8192,0,85541,10.4420166015625
SHDMD,λ<=n,8192,0,56929,6.9493408203125
SHDMD,λ<=n,8192,0,57470,7.015380859375
SHDMD,λ<=n,8192,0,70959,8.6619873046875
SHDMD,λ<=n,8192,0,69608,8.4970703125
SHDMD,λ<=n,8192,0,61955,7.5628662109375
SHDMD,λ<=n,8192,0,79738,9.733642578125
SHDMD,λ<=n,8192,0,56136,6.8525390625
SHDMD,λ<=n,8192,0,80289,9.8009033203125
SHDMD,λ<=n,8192,0,72335,8.8299560546875
SHDMD,λ<=n,8192,0,91576,11.1787109375
SHDMD,λ<=n,8192,0,101214,12.355224609375
SHDMD,λ<=n,8192,0,62766,7.661865234375
SHDMD,λ<=n,8192,0,71017,8.6690673828125
SHDMD,λ<=n,8192,0,81808,9.986328125
SHDMD,λ<=n,8192,0,83033,10.1358642578125
SHDMD,λ<=n,8192,0,65567,8.0037841796875
SHDMD,λ<=n,8192,0,55460,6.77001953125
SHDMD,λ<=n,8192,0,82865,10.1153564453125
SHDMD,λ<=n,8192,0,95068,11.60498046875
SHDMD,λ<=n,8192,0,66561,8.1251220703125
SHDMD,λ<=n,8192,0,86891,10.6068115234375
SHDMD,λ<=n,8192,0,61013,7.4478759765625
SHDMD,λ<=n,8192,0,74637,9.1109619140625
SHDMD,λ<=n,8192,0,58924,7.19287109375
SHDMD,λ<=n,8192,0,74401,9.0821533203125
SHDMD,λ<=n,8192,0,62136,7.5849609375
SHDMD,λ<=n,8192,0,79437,9.6968994140625
SHDMD,λ<=n,8192,0,64130,7.828369140625
SHDMD,λ<=n,8192,0,55803,6.8118896484375
SHDMD,λ<=n,8192,0,86102,10.510498046875
SHDMD,λ<=n,8192,0,59337,7.2432861328125
SHDMD,λ<=n,8192,0,75249,9.1856689453125
SHDMD,λ<=n,8192,0,96121,11.7335205078125
SHDMD,λ<=n,8192,0,69992,8.5439453125
SHDMD,λ<=n,8192,0,67128,8.1943359375
SHDMD,λ<=n,8192,0,61843,7.5491943359375
SHDMD,λ<=n,8192,0,66547,8.1234130859375
SHDMD,λ<=n,8192,0,82789,10.1060791015625
SHDMD,λ<=n,8192,0,78789,9.6177978515625
SHDMD,λ<=n,8192,0,73743,9.0018310546875
SHDMD,λ<=n,8192,0,69263,8.4549560546875
SHDMD,λ<=n,8192,0,80240,9.794921875
SHDMD,λ<=n,8192,0,76715,9.3646240234375
SHDMD,λ<=n,8192,0,92686,11.314208984375
SHDMD,λ<=n,8192,0,83882,10.239501953125
SHDMD,λ<=n,8192,0,63630,7.767333984375
SHDMD,λ<=n,8192,0,62437,7.6217041015625
SHDMD,λ<=n,8192,0,59159,7.2215576171875
SHDMD,λ<=n,8192,0,72899,8.8988037109375
SHDMD,λ<=n,8192,0,64271,7.8455810546875
SHDMD,λ<=n,8192,0,76911,9.3885498046875
SHDMD,λ<=n,8192,0,56186,6.858642578125
SHDMD,λ<=n,8192,0,86884,10.60595703125
SHDMD,λ<=n,8192,0,76720,9.365234375
SHDMD,λ<=n,8192,0,63769,7.7843017578125
SHDMD,λ<=n,8192,0,71883,8.7747802734375
SHDMD,λ<=n,8192,0,78812,9.62060546875
SHDMD,λ<=n,8192,0,65248,7.96484375
SHDMD,λ<=n,8192,0,74267,9.0657958984375
SHDMD,λ<=n,8192,0,96183,11.7410888671875
SHDMD,λ<=n,8192,0,62909,7.6793212890625
SHDMD,λ<=n,8192,0,83000,10.1318359375
SHDMD,λ<=n,8192,0,62822,7.668701171875
SHDMD,λ<=n,8192,0,104203,12.7200927734375
SHDMD,λ<=n,8192,0,70005,8.5455322265625
SHDMD,λ<=n,8192,0,62693,7.6529541015625
SHDMD,λ<=n,8192,0,63641,7.7686767578125
SHDMD,λ<=n,8192,0,61809,7.5450439453125
SHDMD,λ<=n,8192,0,56525,6.9000244140625
SHDMD,λ<=n,8192,0,63498,7.751220703125
SHDMD,λ<=n,8192,0,75226,9.182861328125
SHDMD,λ<=n,8192,0,95341,11.6383056640625
SHDMD,λ<=n,8192,0,78427,9.5736083984375
SHDMD,λ<=n,8192,0,56160,6.85546875
SHDMD,λ<=n,8192,0,58881,7.1876220703125
SHDMD,λ<=n,8192,0,57961,7.0753173828125
SHDMD,λ<=n,8192,0,54565,6.6607666015625
SHDMD,λ<=n,8192,0,66601,8.1300048828125
SHDMD,λ<=n,8192,0,73871,9.0174560546875
SHDMD,λ<=n,8192,0,56447,6.8905029296875
SHDMD,λ<=n,8192,0,77169,9.4200439453125
SHLMD,λ<=n,8192,0,63848,7.7939453125
SHLMD,λ<=n,8192,0,56898,6.945556640625
SHLMD,λ<=n,8192,0,64627,7.8890380859375
SHLMD,λ<=n,8192,0,62089,7.5792236328125
SHLMD,λ<=n,8192,0,69075,8.4320068359375
SHLMD,λ<=n,8192,0,71147,8.6849365234375
SHLMD,λ<=n,8192,0,62362,7.612548828125
SHLMD,λ<=n,8192,0,64323,7.8519287109375
SHLMD,λ<=n,8192,0,74135,9.0496826171875
SHLMD,λ<=n,8192,0,73379,8.9573974609375
SHLMD,λ<=n,8192,0,70421,8.5963134765625
SHLMD,λ<=n,8192,0,61577,7.5167236328125
SHLMD,λ<=n,8192,0,69390,8.470458984375
SHLMD,λ<=n,8192,0,80890,9.874267578125
SHLMD,λ<=n,8192,0,72651,8.8685302734375
SHLMD,λ<=n,8192,0,58622,7.156005859375
SHLMD,λ<=n,8192,0,60713,7.4112548828125
SHLMD,λ<=n,8192,0,57183,6.9803466796875
SHLMD,λ<=n,8192,0,74603,9.1068115234375
SHLMD,λ<=n,8192,0,70327,8.5848388671875
SHLMD,λ<=n,8192,0,61415,7.4969482421875
SHLMD,λ<=n,8192,0,73953,9.0274658203125
SHLMD,λ<=n,8192,0,74745,9.1241455078125
SHLMD,λ<=n,8192,0,84453,10.3092041015625
SHLMD,λ<=n,8192,0,59047,7.2078857421875
SHLMD,λ<=n,8192,0,129673,15.8292236328125
SHLMD,λ<=n,8192,0,66172,8.07763671875
SHLMD,λ<=n,8192,0,78409,9.5714111328125
SHLMD,λ<=n,8192,0,72947,8.9046630859375
SHLMD,λ<=n,8192,0,128767,15.7186279296875
SHLMD,λ<=n,8192,0,58573,7.1500244140625
SHLMD,λ<=n,8192,0,90603,11.0599365234375
SHLMD,λ<=n,8192,0,66465,8.1134033203125
SHLMD,λ<=n,8192,0,71610,8.741455078125
SHLMD,λ<=n,8192,0,61293,7.4820556640625
SHLMD,λ<=n,8192,0,75572,9.22509765625
SHLMD,λ<=n,8192,0,63712,7.77734375
SHLMD,λ<=n,8192,0,96078,11.728271484375
SHLMD,λ<=n,8192,0,65311,7.9725341796875
SHLMD,λ<=n,8192,0,74936,9.1474609375
SHLMD,λ<=n,8192,0,84090,10.264892578125
SHLMD,λ<=n,8192,0,70406,8.594482421875
SHLMD,λ<=n,8192,0,64779,7.9075927734375
SHLMD,λ<=n,8192,0,64223,7.8397216796875
SHLMD,λ<=n,8192,0,60495,7.3846435546875
SHLMD,λ<=n,8192,0,61196,7.47021484375
SHLMD,λ<=n,8192,0,97512,11.9033203125
SHLMD,λ<=n,8192,0,74741,9.1236572265625
SHLMD,λ<=n,8192,0,57076,6.96728515625
SHLMD,λ<=n,8192,0,59907,7.3128662109375
SHLMD,λ<=n,8192,0,58624,7.15625
SHLMD,λ<=n,8192,0,59486,7.261474609375
SHLMD,λ<=n,8192,0,60671,7.4061279296875
SHLMD,λ<=n,8192,0,58260,7.11181640625
SHLMD,λ<=n,8192,0,80429,9.8179931640625
SHLMD,λ<=n,8192,0,77893,9.5084228515625
SHLMD,λ<=n,8192,0,70574,8.614990234375
SHLMD,λ<=n,8192,0,79832,9.7451171875
SHLMD,λ<=n,8192,0,78798,9.618896484375
SHLMD,λ<=n,8192,0,75694,9.239990234375
SHLMD,λ<=n,8192,0,74604,9.10693359375
SHLMD,λ<=n,8192,0,64342,7.854248046875
SHLMD,λ<=n,8192,0,63698,7.775634765625
SHLMD,λ<=n,8192,0,68716,8.38818359375
SHLMD,λ<=n,8192,0,65316,7.97314453125
SHLMD,λ<=n,8192,0,60556,7.39208984375
SHLMD,λ<=n,8192,0,68457,8.3565673828125
SHLMD,λ<=n,8192,0,78156,9.54052734375
SHLMD,λ<=n,8192,0,71098,8.678955078125
SHLMD,λ<=n,8192,0,78325,9.5611572265625
SHLMD,λ<=n,8192,0,65185,7.9571533203125
SHLMD,λ<=n,8192,0,60816,7.423828125
SHLMD,λ<=n,8192,0,72819,8.8890380859375
SHLMD,λ<=n,8192,0,84382,10.300537109375
SHLMD,λ<=n,8192,0,62693,7.6529541015625
SHLMD,λ<=n,8192,0,81591,9.9598388671875
SHLMD,λ<=n,8192,0,72598,8.862060546875
SHLMD,λ<=n,8192,0,69290,8.458251953125
SHLMD,λ<=n,8192,0,88803,10.8402099609375
SHLMD,λ<=n,8192,0,59491,7.2620849609375
SHLMD,λ<=n,8192,0,75227,9.1829833984375
SHLMD,λ<=n,8192,0,62095,7.5799560546875
SHLMD,λ<=n,8192,0,73810,9.010009765625
SHLMD,λ<=n,8192,0,72710,8.875732421875
SHLMD,λ<=n,8192,0,68264,8.3330078125
SHLMD,λ<=n,8192,0,95116,11.61083984375
SHLMD,λ<=n,8192,0,61243,7.4759521484375
SHLMD,λ<=n,8192,0,81120,9.90234375
SHLMD,λ<=n,8192,0,76063,9.2850341796875
SHLMD,λ<=n,8192,0,89085,10.8746337890625
SHLMD,λ<=n,8192,0,78754,9.613525390625
SHLMD,λ<=n,8192,0,70597,8.6177978515625
SHLMD,λ<=n,8192,0,83244,10.16162109375
SHLMD,λ<=n,8192,0,153560,18.7451171875
SHLMD,λ<=n,8192,0,64146,7.830322265625
SHLMD,λ<=n,8192,0,97072,11.849609375
SHLMD,λ<=n,8192,0,66572,8.12646484375
SHLMD,λ<=n,8192,0,56103,6.8485107421875
SHLMD,λ<=n,8192,0,77445,9.4537353515625
SHLMD,λ<=n,8192,0,62731,7.6575927734375
SRLMD,λ<=n,8192,0,69459,8.4788818359375
SRLMD,λ<=n,8192,0,83355,10.1751708984375
SRLMD,λ<=n,8192,0,99589,12.1568603515625
SRLMD,λ<=n,8192,0,115504,14.099609375
SRLMD,λ<=n,8192,0,76046,9.282958984375
SRLMD,λ<=n,8192,0,73786,9.007080078125
SRLMD,λ<=n,8192,0,79057,9.6505126953125
SRLMD,λ<=n,8192,0,84657,10.3341064453125
SRLMD,λ<=n,8192,0,69742,8.513427734375
SRLMD,λ<=n,8192,0,114076,13.92529296875
SRLMD,λ<=n,8192,0,67870,8.284912109375
SRLMD,λ<=n,8192,0,137272,16.7568359375
SRLMD,λ<=n,8192,0,94719,11.5623779296875
SRLMD,λ<=n,8192,0,73824,9.01171875
SRLMD,λ<=n,8192,0,81377,9.9337158203125
SRLMD,λ<=n,8192,0,90007,10.9871826171875
SRLMD,λ<=n,8192,0,97760,11.93359375
SRLMD,λ<=n,8192,0,93193,11.3760986328125
SRLMD,λ<=n,8192,0,68754,8.392822265625
SRLMD,λ<=n,8192,0,66900,8.16650390625
SRLMD,λ<=n,8192,0,106649,13.0186767578125
SRLMD,λ<=n,8192,0,79951,9.7596435546875
SRLMD,λ<=n,8192,0,67802,8.276611328125
SRLMD,λ<=n,8192,0,89471,10.9217529296875
SRLMD,λ<=n,8192,0,88421,10.7935791015625
SRLMD,λ<=n,8192,0,83251,10.1624755859375
SRLMD,λ<=n,8192,0,62755,7.6605224609375
SRLMD,λ<=n,8192,0,62638,7.646240234375
SRLMD,λ<=n,8192,0,78725,9.6099853515625
SRLMD,λ<=n,8192,0,88617,10.8175048828125
SRLMD,λ<=n,8192,0,81805,9.9859619140625
SRLMD,λ<=n,8192,0,73891,9.0198974609375
SRLMD,λ<=n,8192,0,74222,9.060302734375
SRLMD,λ<=n,8192,0,64119,7.8270263671875
SRLMD,λ<=n,8192,0,78293,9.5572509765625
SRLMD,λ<=n,8192,0,92911,11.3416748046875
SRLMD,λ<=n,8192,0,95595,11.6693115234375
SRLMD,λ<=n,8192,0,66064,8.064453125
SRLMD,λ<=n,8192,0,67652,8.25830078125
SRLMD,λ<=n,8192,0,66349,8.0992431640625
SRLMD,λ<=n,8192,0,152867,18.6605224609375
SRLMD,λ<=n,8192,0,75803,9.2532958984375
SRLMD,λ<=n,8192,0,77577,9.4698486328125
SRLMD,λ<=n,8192,0,96118,11.733154296875
SRLMD,λ<=n,8192,0,86156,10.51708984375
SRLMD,λ<=n,8192,0,69642,8.501220703125
SRLMD,λ<=n,8192,0,101478,12.387451171875
SRLMD,λ<=n,8192,0,82060,10.01708984375
SRLMD,λ<=n,8192,0,64327,7.8524169921875
SRLMD,λ<=n,8192,0,69812,8.52197265625
SRLMD,λ<=n,8192,0,65834,8.036376953125
SRLMD,λ<=n,8192,0,89919,10.9764404296875
SRLMD,λ<=n,8192,0,74778,9.128173828125
SRLMD,λ<=n,8192,0,78043,9.5267333984375
SRLMD,λ<=n,8192,0,71372,8.71240234375
SRLMD,λ<=n,8192,0,78789,9.6177978515625
SRLMD,λ<=n,8192,0,63709,7.7769775390625
SRLMD,λ<=n,8192,0,69929,8.5362548828125
SRLMD,λ<=n,8192,0,76748,9.36865234375
SRLMD,λ<=n,8192,0,73679,8.9940185546875
SRLMD,λ<=n,8192,0,64404,7.86181640625
SRLMD,λ<=n,8192,0,70721,8.6329345703125
SRLMD,λ<=n,8192,0,67429,8.2310791015625
SRLMD,λ<=n,8192,0,75355,9.1986083984375
SRLMD,λ<=n,8192,0,87604,10.69384765625
SRLMD,λ<=n,8192,0,65520,7.998046875
SRLMD,λ<=n,8192,0,119571,14.5960693359375
SRLMD,λ<=n,8192,0,76661,9.3580322265625
SRLMD,λ<=n,8192,0,67916,8.29052734375
SRLMD,λ<=n,8192,0,136292,16.63720703125
SRLMD,λ<=n,8192,0,75026,9.158447265625
SRLMD,λ<=n,8192,0,62634,7.645751953125
SRLMD,λ<=n,8192,0,106223,12.9666748046875
SRLMD,λ<=n,8192,0,93857,11.4571533203125
SRLMD,λ<=n,8192,0,65999,8.0565185546875
SRLMD,λ<=n,8192,0,65773,8.0289306640625
SRLMD,λ<=n,8192,0,69021,8.4254150390625
SRLMD,λ<=n,8192,0,74617,9.1085205078125
SRLMD,λ<=n,8192,0,96703,11.8045654296875
SRLMD,λ<=n,8192,0,87482,10.678955078125
SRLMD,λ<=n,8192,0,124727,15.2254638671875
SRLMD,λ<=n,8192,0,73806,9.009521484375
SRLMD,λ<=n,8192,0,86233,10.5264892578125
SRLMD,λ<=n,8192,0,67369,8.2237548828125
SRLMD,λ<=n,8192,0,73768,9.0048828125
SRLMD,λ<=n,8192,0,68351,8.3436279296875
SRLMD,λ<=n,8192,0,74667,9.1146240234375
SRLMD,λ<=n,8192,0,69653,8.5025634765625
SRLMD,λ<=n,8192,0,85829,10.4771728515625
SRLMD,λ<=n,8192,0,116101,14.1724853515625
SRLMD,λ<=n,8192,0,61916,7.55810546875
SRLMD,λ<=n,8192,0,65536,8.0
SRLMD,λ<=n,8192,0,61112,7.4599609375
SRLMD,λ<=n,8192,0,77997,9.5211181640625
SRLMD,λ<=n,8192,0,74041,9.0382080078125
SRLMD,λ<=n,8192,0,62241,7.5977783203125
SRLMD,λ<=n,8192,0,247038,30.156005859375
SRLMD,λ<=n,8192,0,66572,8.12646484375
SRLMD,λ<=n,8192,0,62065,7.5762939453125
SRLMD,λ<=n,8192,0,93722,11.440673828125
SSLMD,λ<=n,8192,0,112289,13.7071533203125
SSLMD,λ<=n,8192,0,108555,13.2513427734375
SSLMD,λ<=n,8192,0,244528,29.849609375
SSLMD,λ<=n,8192,0,184371,22.5062255859375
SSLMD,λ<=n,8192,0,117686,14.365966796875
SSLMD,λ<=n,8192,0,96210,11.744384765625
SSLMD,λ<=n,8192,0,137261,16.7554931640625
SSLMD,λ<=n,8192,0,145187,17.7230224609375
SSLMD,λ<=n,8192,0,110329,13.4678955078125
SSLMD,λ<=n,8192,0,123761,15.1075439453125
SSLMD,λ<=n,8192,0,121688,14.8544921875
SSLMD,λ<=n,8192,0,118364,14.44873046875
SSLMD,λ<=n,8192,0,110511,13.4901123046875
SSLMD,λ<=n,8192,0,81743,9.9783935546875
SSLMD,λ<=n,8192,0,284624,34.744140625
SSLMD,λ<=n,8192,0,112448,13.7265625
SSLMD,λ<=n,8192,0,114566,13.985107421875
SSLMD,λ<=n,8192,0,135465,16.5362548828125
SSLMD,λ<=n,8192,0,119283,14.5609130859375
SSLMD,λ<=n,8192,0,173283,21.1527099609375
SSLMD,λ<=n,8192,0,100901,12.3170166015625
SSLMD,λ<=n,8192,0,213175,26.0223388671875
SSLMD,λ<=n,8192,0,152090,18.565673828125
SSLMD,λ<=n,8192,0,92426,11.282470703125
SSLMD,λ<=n,8192,0,121999,14.8924560546875
SSLMD,λ<=n,8192,0,122271,14.9256591796875
SSLMD,λ<=n,8192,0,98735,12.0526123046875
SSLMD,λ<=n,8192,0,134755,16.4495849609375
SSLMD,λ<=n,8192,0,139901,17.0777587890625
SSLMD,λ<=n,8192,0,199830,24.393310546875
SSLMD,λ<=n,8192,0,136265,16.6339111328125
SSLMD,λ<=n,8192,0,104688,12.779296875
SSLMD,λ<=n,8192,0,99348,12.12744140625
SSLMD,λ<=n,8192,0,102497,12.5118408203125
SSLMD,λ<=n,8192,0,134675,16.4398193359375
SSLMD,λ<=n,8192,0,101893,12.4381103515625
SSLMD,λ<=n,8192,0,96749,11.8101806640625
SSLMD,λ<=n,8192,0,125670,15.340576171875
SSLMD,λ<=n,8192,0,104933,12.8092041015625
SSLMD,λ<=n,8192,0,103198,12.597412109375
SSLMD,λ<=n,8192,0,178921,21.8409423828125
SSLMD,λ<=n,8192,0,131128,16.0068359375
SSLMD,λ<=n,8192,0,166992,20.384765625
SSLMD,λ<=n,8192,0,163331,19.9378662109375
SSLMD,λ<=n,8192,0,127344,15.544921875
SSLMD,λ<=n,8192,0,128772,15.71923828125
SSLMD,λ<=n,8192,0,134171,16.3782958984375
SSLMD,λ<=n,8192,0,122871,14.9989013671875
SSLMD,λ<=n,8192,0,106489,12.9991455078125
SSLMD,λ<=n,8192,0,86057,10.5050048828125
SSLMD,λ<=n,8192,0,138386,16.892822265625
SSLMD,λ<=n,8192,0,175906,21.472900390625
SSLMD,λ<=n,8192,0,215830,26.346435546875
SSLMD,λ<=n,8192,0,111955,13.6663818359375
SSLMD,λ<=n,8192,0,121586,14.842041015625
SSLMD,λ<=n,8192,0,123586,15.086181640625
SSLMD,λ<=n,8192,0,99285,12.1197509765625
SSLMD,λ<=n,8192,0,92381,11.2769775390625
SSLMD,λ<=n,8192,0,148649,18.1456298828125
SSLMD,λ<=n,8192,0,132366,16.157958984375
SSLMD,λ<=n,8192,0,114163,13.9359130859375
SSLMD,λ<=n,8192,0,100050,12.213134765625
SSLMD,λ<=n,8192,0,116638,14.238037109375
SSLMD,λ<=n,8192,0,133397,16.2838134765625
SSLMD,λ<=n,8192,0,113901,13.9039306640625
SSLMD,λ<=n,8192,0,104272,12.728515625
SSLMD,λ<=n,8192,0,86663,10.5789794921875
SSLMD,λ<=n,8192,0,104761,12.7882080078125
SSLMD,λ<=n,8192,0,100657,12.2872314453125
SSLMD,λ<=n,8192,0,142341,17.3756103515625
SSLMD,λ<=n,8192,0,101122,12.343994140625
SSLMD,λ<=n,8192,0,131331,16.0316162109375
SSLMD,λ<=n,8192,0,205383,25.0711669921875
SSLMD,λ<=n,8192,0,143231,17.4842529296875
SSLMD,λ<=n,8192,0,117460,14.33837890625
SSLMD,λ<=n,8192,0,137475,16.7816162109375
SSLMD,λ<=n,8192,0,119856,14.630859375
SSLMD,λ<=n,8192,0,95852,11.70068359375
SSLMD,λ<=n,8192,0,105882,12.925048828125
SSLMD,λ<=n,8192,0,277378,33.859619140625
SSLMD,λ<=n,8192,0,140001,17.0899658203125
SSLMD,λ<=n,8192,0,207631,25.3455810546875
SSLMD,λ<=n,8192,0,89806,10.962646484375
SSLMD,λ<=n,8192,0,97109,11.8541259765625
SSLMD,λ<=n,8192,0,190500,23.25439453125
SSLMD,λ<=n,8192,0,97389,11.8883056640625
SSLMD,λ<=n,8192,0,124703,15.2225341796875
SSLMD,λ<=n,8192,0,124548,15.20361328125
SSLMD,λ<=n,8192,0,237921,29.0430908203125
SSLMD,λ<=n,8192,0,99756,12.17724609375
SSLMD,λ<=n,8192,0,147082,17.954345703125
SSLMD,λ<=n,8192,0,117900,14.39208984375
SSLMD,λ<=n,8192,0,123967,15.1326904296875
SSLMD,λ<=n,8192,0,91806,11.206787109375
SSLMD,λ<=n,8192,0,149972,18.30712890625
SSLMD,λ<=n,8192,0,151015,18.4344482421875
SSLMD,λ<=n,8192,0,135435,16.5325927734375
SSLMD,λ<=n,8192,0,112430,13.724365234375
SSLMD,λ<=n,8192,0,117202,14.306884765625
SSLMD,λ<=n,8192,0,230205,28.1011962890625
SSDID,λ<=n,8192,0,210991,25.7557373046875
SSDID,λ<=n,8192,0,101005,12.3297119140625
SSDID,λ<=n,8192,0,104427,12.7474365234375
SSDID,λ<=n,8192,0,95799,11.6942138671875
SSDID,λ<=n,8192,0,157033,19.1690673828125
SSDID,λ<=n,8192,0,140443,17.1439208984375
SSDID,λ<=n,8192,0,121803,14.8685302734375
SSDID,λ<=n,8192,0,120813,14.7476806640625
SSDID,λ<=n,8192,0,122491,14.9525146484375
SSDID,λ<=n,8192,0,103289,12.6085205078125
SSDID,λ<=n,8192,0,148133,18.0826416015625
SSDID,λ<=n,8192,0,192995,23.5589599609375
SSDID,λ<=n,8192,0,134013,16.3590087890625
SSDID,λ<=n,8192,0,114189,13.9390869140625
SSDID,λ<=n,8192,0,135869,16.5855712890625
SSDID,λ<=n,8192,0,114121,13.9307861328125
SSDID,λ<=n,8192,0,127591,15.5750732421875
SSDID,λ<=n,8192,0,209839,25.6151123046875
SSDID,λ<=n,8192,0,143523,17.5198974609375
SSDID,λ<=n,8192,0,120621,14.7242431640625
SSDID,λ<=n,8192,0,152703,18.6405029296875
SSDID,λ<=n,8192,0,212691,25.9632568359375
SSDID,λ<=n,8192,0,134529,16.4219970703125
SSDID,λ<=n,8192,0,199555,24.3597412109375
SSDID,λ<=n,8192,0,107457,13.1173095703125
SSDID,λ<=n,8192,0,121745,14.8614501953125
SSDID,λ<=n,8192,0,127769,15.5968017578125
SSDID,λ<=n,8192,0,133323,16.2747802734375
SSDID,λ<=n,8192,0,104941,12.8101806640625
SSDID,λ<=n,8192,0,95369,11.6417236328125
SSDID,λ<=n,8192,0,166937,20.3780517578125
SSDID,λ<=n,8192,0,164315,20.0579833984375
SSDID,λ<=n,8192,0,111281,13.5841064453125
SSDID,λ<=n,8192,0,97421,11.8922119140625
SSDID,λ<=n,8192,0,130363,15.9134521484375
SSDID,λ<=n,8192,0,102689,12.5352783203125
SSDID,λ<=n,8192,0,211453,25.8121337890625
SSDID,λ<=n,8192,0,170109,20.7652587890625
SSDID,λ<=n,8192,0,98317,12.0015869140625
SSDID,λ<=n,8192,0,95457,11.6524658203125
SSDID,λ<=n,8192,0,97913,11.9522705078125
SSDID,λ<=n,8192,0,163993,20.0186767578125
SSDID,λ<=n,8192,0,105865,12.9229736328125
SSDID,λ<=n,8192,0,121397,14.8189697265625
SSDID,λ<=n,8192,0,131471,16.0487060546875
SSDID,λ<=n,8192,0,178299,21.7650146484375
SSDID,λ<=n,8192,0,112037,13.6763916015625
SSDID,λ<=n,8192,0,127823,15.6033935546875
SSDID,λ<=n,8192,0,96305,11.7559814453125
SSDID,λ<=n,8192,0,134099,16.3695068359375
SSDID,λ<=n,8192,0,167343,20.4276123046875
SSDID,λ<=n,8192,0,104299,12.7318115234375
SSDID,λ<=n,8192,0,119871,14.6326904296875
SSDID,λ<=n,8192,0,173907,21.2288818359375
SSDID,λ<=n,8192,0,166821,20.3638916015625
SSDID,λ<=n,8192,0,116967,14.2781982421875
SSDID,λ<=n,8192,0,234309,28.6021728515625
SSDID,λ<=n,8192,0,161857,19.7579345703125
SSDID,λ<=n,8192,0,151335,18.4735107421875
SSDID,λ<=n,8192,0,162001,19.7755126953125
SSDID,λ<=n,8192,0,206609,25.2208251953125
SSDID,λ<=n,8192,0,211797,25.8541259765625
SSDID,λ<=n,8192,0,152141,18.5718994140625
SSDID,λ<=n,8192,0,109801,13.4034423828125
SSDID,λ<=n,8192,0,123805,15.1129150390625
SSDID,λ<=n,8192,0,137553,16.7911376953125
SSDID,λ<=n,8192,0,97633,11.9180908203125
SSDID,λ<=n,8192,0,167651,20.4652099609375
SSDID,λ<=n,8192,0,167715,20.4730224609375
SSDID,λ<=n,8192,0,117341,14.3238525390625
SSDID,λ<=n,8192,0,93979,11.4720458984375
SSDID,λ<=n,8192,0,141361,17.2559814453125
SSDID,λ<=n,8192,0,118433,14.4571533203125
SSDID,λ<=n,8192,0,109619,13.3812255859375
SSDID,λ<=n,8192,0,132693,16.1978759765625
SSDID,λ<=n,8192,0,142835,17.4359130859375
SSDID,λ<=n,8192,0,99521,12.1485595703125
SSDID,λ<=n,8192,0,402651,49.1517333984375
SSDID,λ<=n,8192,0,149687,18.2723388671875
SSDID,λ<=n,8192,0,114907,14.0267333984375
SSDID,λ<=n,8192,0,105709,12.9039306640625
SSDID,λ<=n,8192,0,245601,29.9805908203125
SSDID,λ<=n,8192,0,100425,12.2589111328125
SSDID,λ<=n,8192,0,137633,16.8009033203125
SSDID,λ<=n,8192,0,102957,12.5679931640625
SSDID,λ<=n,8192,0,105117,12.8316650390625
SSDID,λ<=n,8192,0,139335,17.0086669921875
SSDID,λ<=n,8192,0,160479,19.5897216796875
SSDID,λ<=n,8192,0,155255,18.9520263671875
SSDID,λ<=n,8192,0,138293,16.8814697265625
SSDID,λ<=n,8192,0,139793,17.0645751953125
SSDID,λ<=n,8192,0,91861,11.2135009765625
SSDID,λ<=n,8192,0,140833,17.1915283203125
SSDID,λ<=n,8192,0,122895,15.0018310546875
SSDID,λ<=n,8192,0,214615,26.1981201171875
SSDID,λ<=n,8192,0,126795,15.4779052734375
SSDID,λ<=n,8192,0,175699,21.4476318359375
SSDID,λ<=n,8192,0,130383,15.9158935546875
SSDID,λ<=n,8192,0,246021,30.0318603515625
SSDID,λ<=n,8192,0,101331,12.3695068359375
SRDID,λ<=n,8192,0,98982,12.082763671875
SRDID,λ<=n,8192,0,111340,13.59130859375
SRDID,λ<=n,8192,0,109352,13.3486328125
SRDID,λ<=n,8192,0,71548,8.73388671875
SRDID,λ<=n,8192,0,94414,11.525146484375
SRDID,λ<=n,8192,0,125868,15.36474609375
SRDID,λ<=n,8192,0,109275,13.3392333984375
SRDID,λ<=n,8192,0,80729,9.8546142578125
SRDID,λ<=n,8192,0,114944,14.03125
SRDID,λ<=n,8192,0,71462,8.723388671875
SRDID,λ<=n,8192,0,111684,13.63330078125
SRDID,λ<=n,8192,0,72282,8.823486328125
SRDID,λ<=n,8192,0,89554,10.931884765625
SRDID,λ<=n,8192,0,85974,10.494873046875
SRDID,λ<=n,8192,0,96175,11.7401123046875
SRDID,λ<=n,8192,0,80834,9.867431640625
SRDID,λ<=n,8192,0,102231,12.4793701171875
SRDID,λ<=n,8192,0,164407,20.0692138671875
SRDID,λ<=n,8192,0,73350,8.953857421875
SRDID,λ<=n,8192,0,83570,10.201416015625
SRDID,λ<=n,8192,0,72758,8.881591796875
SRDID,λ<=n,8192,0,93593,11.4249267578125
SRDID,λ<=n,8192,0,126212,15.40673828125
SRDID,λ<=n,8192,0,88208,10.767578125
SRDID,λ<=n,8192,0,82071,10.0184326171875
SRDID,λ<=n,8192,0,75251,9.1859130859375
SRDID,λ<=n,8192,0,102924,12.56396484375
SRDID,λ<=n,8192,0,77250,9.429931640625
SRDID,λ<=n,8192,0,82082,10.019775390625
SRDID,λ<=n,8192,0,128897,15.7344970703125
SRDID,λ<=n,8192,0,144471,17.6356201171875
SRDID,λ<=n,8192,0,86790,10.594482421875
SRDID,λ<=n,8192,0,75240,9.1845703125
SRDID,λ<=n,8192,0,124984,15.2568359375
SRDID,λ<=n,8192,0,84723,10.3421630859375
SRDID,λ<=n,8192,0,87092,10.63134765625
SRDID,λ<=n,8192,0,85176,10.3974609375
SRDID,λ<=n,8192,0,80996,9.88720703125
SRDID,λ<=n,8192,0,116050,14.166259765625
SRDID,λ<=n,8192,0,102422,12.502685546875
SRDID,λ<=n,8192,0,143980,17.57568359375
SRDID,λ<=n,8192,0,105451,12.8724365234375
SRDID,λ<=n,8192,0,81814,9.987060546875
SRDID,λ<=n,8192,0,90983,11.1063232421875
SRDID,λ<=n,8192,0,78178,9.543212890625
SRDID,λ<=n,8192,0,124150,15.155029296875
SRDID,λ<=n,8192,0,82334,10.050537109375
SRDID,λ<=n,8192,0,87027,10.6234130859375
SRDID,λ<=n,8192,0,87297,10.6563720703125
SRDID,λ<=n,8192,0,92889,11.3389892578125
SRDID,λ<=n,8192,0,100981,12.3267822265625
SRDID,λ<=n,8192,0,106552,13.0068359375
SRDID,λ<=n,8192,0,71643,8.7454833984375
SRDID,λ<=n,8192,0,140541,17.1558837890625
SRDID,λ<=n,8192,0,66220,8.08349609375
SRDID,λ<=n,8192,0,93903,11.4627685546875
SRDID,λ<=n,8192,0,111760,13.642578125
SRDID,λ<=n,8192,0,74101,9.0455322265625
SRDID,λ<=n,8192,0,109624,13.3818359375
SRDID,λ<=n,8192,0,95556,11.66455078125
SRDID,λ<=n,8192,0,107156,13.08056640625
SRDID,λ<=n,8192,0,76556,9.34521484375
SRDID,λ<=n,8192,0,88840,10.8447265625
SRDID,λ<=n,8192,0,109632,13.3828125
SRDID,λ<=n,8192,0,73845,9.0142822265625
SRDID,λ<=n,8192,0,74104,9.0458984375
SRDID,λ<=n,8192,0,91314,11.146728515625
SRDID,λ<=n,8192,0,70460,8.60107421875
SRDID,λ<=n,8192,0,95681,11.6798095703125
SRDID,λ<=n,8192,0,106362,12.983642578125
SRDID,λ<=n,8192,0,104632,12.7724609375
SRDID,λ<=n,8192,0,78728,9.6103515625
SRDID,λ<=n,8192,0,92632,11.3076171875
SRDID,λ<=n,8192,0,93021,11.3551025390625
SRDID,λ<=n,8192,0,101581,12.4000244140625
SRDID,λ<=n,8192,0,76113,9.2911376953125
SRDID,λ<=n,8192,0,138283,16.8802490234375
SRDID,λ<=n,8192,0,85426,10.427978515625
SRDID,λ<=n,8192,0,108675,13.2659912109375
SRDID,λ<=n,8192,0,117059,14.2894287109375
SRDID,λ<=n,8192,0,82525,10.0738525390625
SRDID,λ<=n,8192,0,126421,15.4322509765625
SRDID,λ<=n,8192,0,127622,15.578857421875
SRDID,λ<=n,8192,0,111805,13.6480712890625
SRDID,λ<=n,8192,0,84005,10.2545166015625
SRDID,λ<=n,8192,0,117413,14.3326416015625
SRDID,λ<=n,8192,0,92364,11.27490234375
SRDID,λ<=n,8192,0,80358,9.809326171875
SRDID,λ<=n,8192,0,84612,10.32861328125
SRDID,λ<=n,8192,0,75459,9.2113037109375
SRDID,λ<=n,8192,0,115588,14.10986328125
SRDID,λ<=n,8192,0,87960,10.7373046875
SRDID,λ<=n,8192,0,96737,11.8087158203125
SRDID,λ<=n,8192,0,72410,8.839111328125
SRDID,λ<=n,8192,0,111439,13.6033935546875
SRDID,λ<=n,8192,0,100096,12.21875
SRDID,λ<=n,8192,0,93264,11.384765625
SRDID,λ<=n,8192,0,94255,11.5057373046875
SRDID,λ<=n,8192,0,75745,9.2462158203125
SRDID,λ<=n,8192,0,83339,10.1732177734375
SHDID,λ<=n,8192,0,73692,8.99560546875
SHDID,λ<=n,8192,0,82150,10.028076171875
SHDID,λ<=n,8192,0,67218,8.205322265625
SHDID,λ<=n,8192,0,87369,10.6651611328125
SHDID,λ<=n,8192,0,110918,13.539794921875
SHDID,λ<=n,8192,0,69002,8.423095703125
SHDID,λ<=n,8192,0,86528,10.5625
SHDID,λ<=n,8192,0,68899,8.4105224609375
SHDID,λ<=n,8192,0,75167,9.1756591796875
SHDID,λ<=n,8192,0,69463,8.4793701171875
SHDID,λ<=n,8192,0,112029,13.6754150390625
SHDID,λ<=n,8192,0,70786,8.640869140625
SHDID,λ<=n,8192,0,75899,9.2650146484375
SHDID,λ<=n,8192,0,94718,11.562255859375
SHDID,λ<=n,8192,0,81054,9.894287109375
SHDID,λ<=n,8192,0,73834,9.012939453125
SHDID,λ<=n,8192,0,74597,9.1060791015625
SHDID,λ<=n,8192,0,82843,10.1126708984375
SHDID,λ<=n,8192,0,76640,9.35546875
SHDID,λ<=n,8192,0,68439,8.3543701171875
SHDID,λ<=n,8192,0,104403,12.7445068359375
SHDID,λ<=n,8192,0,70762,8.637939453125
SHDID,λ<=n,8192,0,82761,10.1026611328125
SHDID,λ<=n,8192,0,71791,8.7635498046875
SHDID,λ<=n,8192,0,94587,11.5462646484375
SHDID,λ<=n,8192,0,71506,8.728759765625
SHDID,λ<=n,8192,0,67041,8.1837158203125
SHDID,λ<=n,8192,0,75447,9.2098388671875
SHDID,λ<=n,8192,0,85131,10.3919677734375
SHDID,λ<=n,8192,0,100309,12.2447509765625
SHDID,λ<=n,8192,0,69190,8.446044921875
SHDID,λ<=n,8192,0,77493,9.4595947265625
SHDID,λ<=n,8192,0,64735,7.9022216796875
SHDID,λ<=n,8192,0,102365,12.4957275390625
SHDID,λ<=n,8192,0,65840,8.037109375
SHDID,λ<=n,8192,0,70754,8.636962890625
SHDID,λ<=n,8192,0,70138,8.561767578125
SHDID,λ<=n,8192,0,78388,9.56884765625
SHDID,λ<=n,8192,0,91599,11.1815185546875
SHDID,λ<=n,8192,0,73627,8.9876708984375
SHDID,λ<=n,8192,0,76120,9.2919921875
SHDID,λ<=n,8192,0,71324,8.70654296875
SHDID,λ<=n,8192,0,69668,8.50439453125
SHDID,λ<=n,8192,0,92084,11.24072265625
SHDID,λ<=n,8192,0,74747,9.1243896484375
SHDID,λ<=n,8192,0,75761,9.2481689453125
SHDID,λ<=n,8192,0,89482,10.923095703125
SHDID,λ<=n,8192,0,99093,12.0963134765625
SHDID,λ<=n,8192,0,74910,9.144287109375
SHDID,λ<=n,8192,0,69758,8.515380859375
SHDID,λ<=n,8192,0,68840,8.4033203125
SHDID,λ<=n,8192,0,73747,9.0023193359375
SHDID,λ<=n,8192,0,68742,8.391357421875
SHDID,λ<=n,8192,0,86892,10.60693359375
SHDID,λ<=n,8192,0,71616,8.7421875
SHDID,λ<=n,8192,0,104061,12.7027587890625
SHDID,λ<=n,8192,0,68948,8.41650390625
SHDID,λ<=n,8192,0,76281,9.3116455078125
SHDID,λ<=n,8192,0,77525,9.4635009765625
SHDID,λ<=n,8192,0,76521,9.3409423828125
SHDID,λ<=n,8192,0,79330,9.683837890625
SHDID,λ<=n,8192,0,76122,9.292236328125
SHDID,λ<=n,8192,0,72934,8.903076171875
SHDID,λ<=n,8192,0,148039,18.0711669921875
SHDID,λ<=n,8192,0,76618,9.352783203125
SHDID,λ<=n,8192,0,87715,10.7073974609375
SHDID,λ<=n,8192,0,88158,10.761474609375
SHDID,λ<=n,8192,0,116724,14.24853515625
SHDID,λ<=n,8192,0,87144,10.6376953125
SHDID,λ<=n,8192,0,73578,8.981689453125
SHDID,λ<=n,8192,0,81085,9.8980712890625
SHDID,λ<=n,8192,0,66703,8.1424560546875
SHDID,λ<=n,8192,0,75335,9.1961669921875
SHDID,λ<=n,8192,0,68709,8.3873291015625
SHDID,λ<=n,8192,0,91231,11.1365966796875
SHDID,λ<=n,8192,0,64800,7.91015625
SHDID,λ<=n,8192,0,83652,10.21142578125
SHDID,λ<=n,8192,0,86008,10.4990234375
SHDID,λ<=n,8192,0,119120,14.541015625
SHDID,λ<=n,8192,0,79430,9.696044921875
SHDID,λ<=n,8192,0,69774,8.517333984375
SHDID,λ<=n,8192,0,65702,8.020263671875
SHDID,λ<=n,8192,0,89017,10.8663330078125
SHDID,λ<=n,8192,0,95514,11.659423828125
SHDID,λ<=n,8192,0,94226,11.502197265625
SHDID,λ<=n,8192,0,71637,8.7447509765625
SHDID,λ<=n,8192,0,147872,18.05078125
SHDID,λ<=n,8192,0,77508,9.46142578125
SHDID,λ<=n,8192,0,65728,8.0234375
SHDID,λ<=n,8192,0,88740,10.83251953125
SHDID,λ<=n,8192,0,74379,9.0794677734375
SHDID,λ<=n,8192,0,90909,11.0972900390625
SHDID,λ<=n,8192,0,77428,9.45166015625
SHDID,λ<=n,8192,0,78810,9.620361328125
SHDID,λ<=n,8192,0,84634,10.331298828125
SHDID,λ<=n,8192,0,75685,9.2388916015625
SHDID,λ<=n,8192,0,68028,8.30419921875
SHDID,λ<=n,8192,0,71740,8.75732421875
SHDID,λ<=n,8192,0,69244,8.45263671875
SHDID,λ<=n,8192,0,87788,10.71630859375
SHLID,λ<=n,8192,0,80287,9.8006591796875
SHLID,λ<=n,8192,0,105016,12.8193359375
SHLID,λ<=n,8192,0,101498,12.389892578125
SHLID,λ<=n,8192,0,101717,12.4166259765625
SHLID,λ<=n,8192,0,79124,9.65869140625
SHLID,λ<=n,8192,0,87786,10.716064453125
SHLID,λ<=n,8192,0,71333,8.7076416015625
SHLID,λ<=n,8192,0,145338,17.741455078125
SHLID,λ<=n,8192,0,72894,8.898193359375
SHLID,λ<=n,8192,0,70400,8.59375
SHLID,λ<=n,8192,0,77848,9.5029296875
SHLID,λ<=n,8192,0,78170,9.542236328125
SHLID,λ<=n,8192,0,164103,20.0321044921875
SHLID,λ<=n,8192,0,86545,10.5645751953125
SHLID,λ<=n,8192,0,86186,10.520751953125
SHLID,λ<=n,8192,0,80876,9.87255859375
SHLID,λ<=n,8192,0,75852,9.25927734375
SHLID,λ<=n,8192,0,90467,11.0433349609375
SHLID,λ<=n,8192,0,140744,17.1806640625
SHLID,λ<=n,8192,0,75438,9.208740234375
SHLID,λ<=n,8192,0,78935,9.6356201171875
SHLID,λ<=n,8192,0,88370,10.787353515625
SHLID,λ<=n,8192,0,71261,8.6988525390625
SHLID,λ<=n,8192,0,109727,13.3944091796875
SHLID,λ<=n,8192,0,86614,10.572998046875
SHLID,λ<=n,8192,0,89621,10.9400634765625
SHLID,λ<=n,8192,0,78281,9.5557861328125
SHLID,λ<=n,8192,0,79217,9.6700439453125
SHLID,λ<=n,8192,0,100551,12.2742919921875
SHLID,λ<=n,8192,0,69616,8.498046875
SHLID,λ<=n,8192,0,77536,9.46484375
SHLID,λ<=n,8192,0,69720,8.5107421875
SHLID,λ<=n,8192,0,77472,9.45703125
SHLID,λ<=n,8192,0,73644,8.98974609375
SHLID,λ<=n,8192,0,82631,10.0867919921875
SHLID,λ<=n,8192,0,94028,11.47802734375
SHLID,λ<=n,8192,0,87068,10.62841796875
SHLID,λ<=n,8192,0,68694,8.385498046875
SHLID,λ<=n,8192,0,71679,8.7498779296875
SHLID,λ<=n,8192,0,73876,9.01806640625
SHLID,λ<=n,8192,0,95085,11.6070556640625
SHLID,λ<=n,8192,0,126868,15.48681640625
SHLID,λ<=n,8192,0,78978,9.640869140625
SHLID,λ<=n,8192,0,76482,9.336181640625
SHLID,λ<=n,8192,0,87215,10.6463623046875
SHLID,λ<=n,8192,0,84001,10.2540283203125
SHLID,λ<=n,8192,0,96870,11.824951171875
SHLID,λ<=n,8192,0,87921,10.7325439453125
SHLID,λ<=n,8192,0,83205,10.1568603515625
SHLID,λ<=n,8192,0,88676,10.82470703125
SHLID,λ<=n,8192,0,107429,13.1138916015625
SHLID,λ<=n,8192,0,104447,12.7498779296875
SHLID,λ<=n,8192,0,144262,17.610107421875
SHLID,λ<=n,8192,0,97911,11.9520263671875
SHLID,λ<=n,8192,0,114853,14.0201416015625
SHLID,λ<=n,8192,0,89923,10.9769287109375
SHLID,λ<=n,8192,0,81326,9.927490234375
SHLID,λ<=n,8192,0,78195,9.5452880859375
SHLID,λ<=n,8192,0,77693,9.4840087890625
SHLID,λ<=n,8192,0,84109,10.2672119140625
SHLID,λ<=n,8192,0,93717,11.4400634765625
SHLID,λ<=n,8192,0,85546,10.442626953125
SHLID,λ<=n,8192,0,95168,11.6171875
SHLID,λ<=n,8192,0,80872,9.8720703125
SHLID,λ<=n,8192,0,82316,10.04833984375
SHLID,λ<=n,8192,0,156317,19.0816650390625
SHLID,λ<=n,8192,0,76872,9.3837890625
SHLID,λ<=n,8192,0,76598,9.350341796875
SHLID,λ<=n,8192,0,104953,12.8116455078125
SHLID,λ<=n,8192,0,76884,9.38525390625
SHLID,λ<=n,8192,0,74093,9.0445556640625
SHLID,λ<=n,8192,0,81299,9.9241943359375
SHLID,λ<=n,8192,0,88440,10.7958984375
SHLID,λ<=n,8192,0,97428,11.89306640625
SHLID,λ<=n,8192,0,105906,12.927978515625
SHLID,λ<=n,8192,0,126049,15.3868408203125
SHLID,λ<=n,8192,0,114962,14.033447265625
SHLID,λ<=n,8192,0,99043,12.0902099609375
SHLID,λ<=n,8192,0,76524,9.34130859375
SHLID,λ<=n,8192,0,114469,13.9732666015625
SHLID,λ<=n,8192,0,71861,8.7720947265625
SHLID,λ<=n,8192,0,66709,8.1431884765625
SHLID,λ<=n,8192,0,114436,13.96923828125
SHLID,λ<=n,8192,0,96102,11.731201171875
SHLID,λ<=n,8192,0,72440,8.8427734375
SHLID,λ<=n,8192,0,85635,10.4534912109375
SHLID,λ<=n,8192,0,102217,12.4776611328125
SHLID,λ<=n,8192,0,87697,10.7052001953125
SHLID,λ<=n,8192,0,86888,10.6064453125
SHLID,λ<=n,8192,0,78769,9.6153564453125
SHLID,λ<=n,8192,0,89729,10.9532470703125
SHLID,λ<=n,8192,0,114379,13.9622802734375
SHLID,λ<=n,8192,0,137392,16.771484375
SHLID,λ<=n,8192,0,71628,8.74365234375
SHLID,λ<=n,8192,0,77476,9.45751953125
SHLID,λ<=n,8192,0,112533,13.7369384765625
SHLID,λ<=n,8192,0,78487,9.5809326171875
SHLID,λ<=n,8192,0,91268,11.14111328125
SHLID,λ<=n,8192,0,80325,9.8052978515625
SHLID,λ<=n,8192,0,128445,15.6793212890625
SRLID,λ<=n,8192,0,72834,8.890869140625
SRLID,λ<=n,8192,0,74702,9.118896484375
SRLID,λ<=n,8192,0,95840,11.69921875
SRLID,λ<=n,8192,0,163290,19.932861328125
SRLID,λ<=n,8192,0,102004,12.45166015625
SRLID,λ<=n,8192,0,103501,12.6343994140625
SRLID,λ<=n,8192,0,113779,13.8890380859375
SRLID,λ<=n,8192,0,96086,11.729248046875
SRLID,λ<=n,8192,0,73024,8.9140625
SRLID,λ<=n,8192,0,80447,9.8201904296875
SRLID,λ<=n,8192,0,77715,9.4866943359375
SRLID,λ<=n,8192,0,88014,10.743896484375
SRLID,λ<=n,8192,0,90225,11.0137939453125
SRLID,λ<=n,8192,0,84885,10.3619384765625
SRLID,λ<=n,8192,0,75737,9.2452392578125
SRLID,λ<=n,8192,0,86448,10.552734375
SRLID,λ<=n,8192,0,99488,12.14453125
SRLID,λ<=n,8192,0,115223,14.0653076171875
SRLID,λ<=n,8192,0,75885,9.2633056640625
SRLID,λ<=n,8192,0,72189,8.8121337890625
SRLID,λ<=n,8192,0,88139,10.7591552734375
SRLID,λ<=n,8192,0,97348,11.88330078125
SRLID,λ<=n,8192,0,88169,10.7628173828125
SRLID,λ<=n,8192,0,101202,12.353759765625
SRLID,λ<=n,8192,0,105919,12.9295654296875
SRLID,λ<=n,8192,0,74108,9.04638671875
SRLID,λ<=n,8192,0,112111,13.6854248046875
SRLID,λ<=n,8192,0,81460,9.94384765625
SRLID,λ<=n,8192,0,89523,10.9281005859375
SRLID,λ<=n,8192,0,106064,12.947265625
SRLID,λ<=n,8192,0,81351,9.9305419921875
SRLID,λ<=n,8192,0,88222,10.769287109375
SRLID,λ<=n,8192,0,92393,11.2784423828125
SRLID,λ<=n,8192,0,97849,11.9444580078125
SRLID,λ<=n,8192,0,115386,14.085205078125
SRLID,λ<=n,8192,0,93017,11.3546142578125
SRLID,λ<=n,8192,0,109265,13.3380126953125
SRLID,λ<=n,8192,0,80230,9.793701171875
SRLID,λ<=n,8192,0,74281,9.0675048828125
SRLID,λ<=n,8192,0,101796,12.42626953125
SRLID,λ<=n,8192,0,85075,10.3851318359375
SRLID,λ<=n,8192,0,97965,11.9586181640625
SRLID,λ<=n,8192,0,103466,12.630126953125
SRLID,λ<=n,8192,0,83046,10.137451171875
SRLID,λ<=n,8192,0,78374,9.567138671875
SRLID,λ<=n,8192,0,72816,8.888671875
SRLID,λ<=n,8192,0,75262,9.187255859375
SRLID,λ<=n,8192,0,183597,22.4117431640625
SRLID,λ<=n,8192,0,78145,9.5391845703125
SRLID,λ<=n,8192,0,84964,10.37158203125
SRLID,λ<=n,8192,0,201065,24.5440673828125
SRLID,λ<=n,8192,0,99632,12.162109375
SRLID,λ<=n,8192,0,118867,14.5101318359375
SRLID,λ<=n,8192,0,80287,9.8006591796875
SRLID,λ<=n,8192,0,111383,13.5965576171875
SRLID,λ<=n,8192,0,73250,8.941650390625
SRLID,λ<=n,8192,0,77877,9.5064697265625
SRLID,λ<=n,8192,0,100400,12.255859375
SRLID,λ<=n,8192,0,95488,11.65625
SRLID,λ<=n,8192,0,83626,10.208251953125
SRLID,λ<=n,8192,0,70389,8.5924072265625
SRLID,λ<=n,8192,0,83106,10.144775390625
SRLID,λ<=n,8192,0,93462,11.408935546875
SRLID,λ<=n,8192,0,126088,15.3916015625
SRLID,λ<=n,8192,0,125426,15.310791015625
SRLID,λ<=n,8192,0,79381,9.6900634765625
SRLID,λ<=n,8192,0,75290,9.190673828125
SRLID,λ<=n,8192,0,75004,9.15576171875
SRLID,λ<=n,8192,0,97489,11.9005126953125
SRLID,λ<=n,8192,0,101761,12.4219970703125
SRLID,λ<=n,8192,0,149475,18.2464599609375
SRLID,λ<=n,8192,0,91401,11.1573486328125
SRLID,λ<=n,8192,0,88455,10.7977294921875
SRLID,λ<=n,8192,0,92253,11.2613525390625
SRLID,λ<=n,8192,0,93887,11.4608154296875
SRLID,λ<=n,8192,0,106850,13.043212890625
SRLID,λ<=n,8192,0,86499,10.5589599609375
SRLID,λ<=n,8192,0,99935,12.1990966796875
SRLID,λ<=n,8192,0,76925,9.3902587890625
SRLID,λ<=n,8192,0,78366,9.566162109375
SRLID,λ<=n,8192,0,78665,9.6026611328125
SRLID,λ<=n,8192,0,108317,13.2222900390625
SRLID,λ<=n,8192,0,84071,10.2625732421875
SRLID,λ<=n,8192,0,83326,10.171630859375
SRLID,λ<=n,8192,0,88968,10.8603515625
SRLID,λ<=n,8192,0,94556,11.54248046875
SRLID,λ<=n,8192,0,81903,9.9979248046875
SRLID,λ<=n,8192,0,77542,9.465576171875
SRLID,λ<=n,8192,0,81934,10.001708984375
SRLID,λ<=n,8192,0,85807,10.4744873046875
SRLID,λ<=n,8192,0,95527,11.6610107421875
SRLID,λ<=n,8192,0,113735,13.8836669921875
SRLID,λ<=n,8192,0,86744,10.5888671875
SRLID,λ<=n,8192,0,103347,12.6156005859375
SRLID,λ<=n,8192,0,132976,16.232421875
SRLID,λ<=n,8192,0,90303,11.0233154296875
SRLID,λ<=n,8192,0,74393,9.0811767578125
SRLID,λ<=n,8192,0,123567,15.0838623046875
SRLID,λ<=n,8192,0,93407,11.4022216796875
SRLID,λ<=n,8192,0,81475,9.9456787109375
SSLID,λ<=n,8192,0,145277,17.7340087890625
SSLID,λ<=n,8192,0,105549,12.8843994140625
SSLID,λ<=n,8192,0,119369,14.5714111328125
SSLID,λ<=n,8192,0,173183,21.1405029296875
SSLID,λ<=n,8192,0,123431,15.0672607421875
SSLID,λ<=n,8192,0,176897,21.5938720703125
SSLID,λ<=n,8192,0,118349,14.4468994140625
SSLID,λ<=n,8192,0,164359,20.0633544921875
SSLID,λ<=n,8192,0,106321,12.9786376953125
SSLID,λ<=n,8192,0,114863,14.0213623046875
SSLID,λ<=n,8192,0,158235,19.3157958984375
SSLID,λ<=n,8192,0,126441,15.4346923828125
SSLID,λ<=n,8192,0,132295,16.1492919921875
SSLID,λ<=n,8192,0,103975,12.6922607421875
SSLID,λ<=n,8192,0,128585,15.6964111328125
SSLID,λ<=n,8192,0,130867,15.9749755859375
SSLID,λ<=n,8192,0,185465,22.6397705078125
SSLID,λ<=n,8192,0,182027,22.2200927734375
SSLID,λ<=n,8192,0,106237,12.9683837890625
SSLID,λ<=n,8192,0,170725,20.8404541015625
SSLID,λ<=n,8192,0,118861,14.5093994140625
SSLID,λ<=n,8192,0,114709,14.0025634765625
SSLID,λ<=n,8192,0,341981,41.7457275390625
SSLID,λ<=n,8192,0,157967,19.2830810546875
SSLID,λ<=n,8192,0,125133,15.2750244140625
SSLID,λ<=n,8192,0,169611,20.7044677734375
SSLID,λ<=n,8192,0,135005,16.4801025390625
SSLID,λ<=n,8192,0,213205,26.0260009765625
SSLID,λ<=n,8192,0,133047,16.2410888671875
SSLID,λ<=n,8192,0,166431,20.3162841796875
SSLID,λ<=n,8192,0,100571,12.2767333984375
SSLID,λ<=n,8192,0,149979,18.3079833984375
SSLID,λ<=n,8192,0,130363,15.9134521484375
SSLID,λ<=n,8192,0,226597,27.6607666015625
SSLID,λ<=n,8192,0,283057,34.5528564453125
SSLID,λ<=n,8192,0,143691,17.5404052734375
SSLID,λ<=n,8192,0,135539,16.5452880859375
SSLID,λ<=n,8192,0,114617,13.9913330078125
SSLID,λ<=n,8192,0,137847,16.8270263671875
SSLID,λ<=n,8192,0,122487,14.9520263671875
SSLID,λ<=n,8192,0,141039,17.2166748046875
SSLID,λ<=n,8192,0,196747,24.0169677734375
SSLID,λ<=n,8192,0,141131,17.2279052734375
SSLID,λ<=n,8192,0,118995,14.5257568359375
SSLID,λ<=n,8192,0,128653,15.7047119140625
SSLID,λ<=n,8192,0,287435,35.0872802734375
SSLID,λ<=n,8192,0,131693,16.0758056640625
SSLID,λ<=n,8192,0,180351,22.0155029296875
SSLID,λ<=n,8192,0,152343,18.5965576171875
SSLID,λ<=n,8192,0,112281,13.7061767578125
SSLID,λ<=n,8192,0,134857,16.4620361328125
SSLID,λ<=n,8192,0,149293,18.2242431640625
SSLID,λ<=n,8192,0,124677,15.2193603515625
SSLID,λ<=n,8192,0,155757,19.0133056640625
SSLID,λ<=n,8192,0,117819,14.3822021484375
SSLID,λ<=n,8192,0,110355,13.4710693359375
SSLID,λ<=n,8192,0,165917,20.2535400390625
SSLID,λ<=n,8192,0,111871,13.6561279296875
SSLID,λ<=n,8192,0,153885,18.7847900390625
SSLID,λ<=n,8192,0,215909,26.3560791015625
SSLID,λ<=n,8192,0,144359,17.6219482421875
SSLID,λ<=n,8192,0,130141,15.8863525390625
SSLID,λ<=n,8192,0,214831,26.2244873046875
SSLID,λ<=n,8192,0,133919,16.3475341796875
SSLID,λ<=n,8192,0,125865,15.3643798828125
SSLID,λ<=n,8192,0,156123,19.0579833984375
SSLID,λ<=n,8192,0,114777,14.0108642578125
SSLID,λ<=n,8192,0,120091,14.6595458984375
SSLID,λ<=n,8192,0,112223,13.6990966796875
SSLID,λ<=n,8192,0,239931,29.2884521484375
SSLID,λ<=n,8192,0,127207,15.5281982421875
SSLID,λ<=n,8192,0,119099,14.5384521484375
SSLID,λ<=n,8192,0,105187,12.8402099609375
SSLID,λ<=n,8192,0,151323,18.4720458984375
SSLID,λ<=n,8192,0,139835,17.0697021484375
SSLID,λ<=n,8192,0,219633,26.8106689453125
SSLID,λ<=n,8192,0,112365,13.7164306640625
SSLID,λ<=n,8192,0,147087,17.9549560546875
SSLID,λ<=n,8192,0,147141,17.9615478515625
SSLID,λ<=n,8192,0,118355,14.4476318359375
SSLID,λ<=n,8192,0,126413,15.4312744140625
SSLID,λ<=n,8192,0,148721,18.1544189453125
SSLID,λ<=n,8192,0,127841,15.6055908203125
SSLID,λ<=n,8192,0,110835,13.5296630859375
SSLID,λ<=n,8192,0,126867,15.4866943359375
SSLID,λ<=n,8192,0,172321,21.0352783203125
SSLID,λ<=n,8192,0,119687,14.6102294921875
SSLID,λ<=n,8192,0,141541,17.2779541015625
SSLID,λ<=n,8192,0,164323,20.0589599609375
SSLID,λ<=n,8192,0,130841,15.9718017578125
SSLID,λ<=n,8192,0,176637,21.5621337890625
SSLID,λ<=n,8192,0,121499,14.8314208984375
SSLID,λ<=n,8192,0,120501,14.7095947265625
SSLID,λ<=n,8192,0,103459,12.6292724609375
SSLID,λ<=n,8192,0,122447,14.9471435546875
SSLID,λ<=n,8192,0,170001,20.7520751953125
SSLID,λ<=n,8192,0,136703,16.6873779296875
SSLID,λ<=n,8192,0,135799,16.5770263671875
SSLID,λ<=n,8192,0,158819,19.3870849609375
SSLID,λ<=n,8192,0,119315,14.5648193359375
SSDCU,λ<=n,8192,0,97814,11.940185546875
SSDCU,λ<=n,8192,0,170122,20.766845703125
SSDCU,λ<=n,8192,0,237725,29.0191650390625
SSDCU,λ<=n,8192,0,108238,13.212646484375
SSDCU,λ<=n,8192,0,89851,10.9681396484375
SSDCU,λ<=n,8192,0,187773,22.9215087890625
SSDCU,λ<=n,8192,0,131565,16.0601806640625
SSDCU,λ<=n,8192,0,90081,10.9962158203125
SSDCU,λ<=n,8192,0,112681,13.7550048828125
SSDCU,λ<=n,8192,0,195350,23.846435546875
SSDCU,λ<=n,8192,0,93010,11.353759765625
SSDCU,λ<=n,8192,0,124646,15.215576171875
SSDCU,λ<=n,8192,0,111657,13.6300048828125
SSDCU,λ<=n,8192,0,112366,13.716552734375
SSDCU,λ<=n,8192,0,93168,11.373046875
SSDCU,λ<=n,8192,0,111082,13.559814453125
SSDCU,λ<=n,8192,0,95260,11.62841796875
SSDCU,λ<=n,8192,0,88601,10.8155517578125
SSDCU,λ<=n,8192,0,84178,10.275634765625
SSDCU,λ<=n,8192,0,103140,12.59033203125
SSDCU,λ<=n,8192,0,109735,13.3953857421875
SSDCU,λ<=n,8192,0,126981,15.5006103515625
SSDCU,λ<=n,8192,0,219693,26.8179931640625
SSDCU,λ<=n,8192,0,123470,15.072021484375
SSDCU,λ<=n,8192,0,113561,13.8624267578125
SSDCU,λ<=n,8192,0,80107,9.7786865234375
SSDCU,λ<=n,8192,0,101658,12.409423828125
SSDCU,λ<=n,8192,0,154911,18.9100341796875
SSDCU,λ<=n,8192,0,127392,15.55078125
SSDCU,λ<=n,8192,0,178150,21.746826171875
SSDCU,λ<=n,8192,0,184038,22.465576171875
SSDCU,λ<=n,8192,0,91800,11.2060546875
SSDCU,λ<=n,8192,0,76798,9.374755859375
SSDCU,λ<=n,8192,0,215624,26.3212890625
SSDCU,λ<=n,8192,0,219592,26.8056640625
SSDCU,λ<=n,8192,0,96540,11.78466796875
SSDCU,λ<=n,8192,0,145019,17.7025146484375
SSDCU,λ<=n,8192,0,171945,20.9893798828125
SSDCU,λ<=n,8192,0,163695,19.9822998046875
SSDCU,λ<=n,8192,0,95743,11.6873779296875
SSDCU,λ<=n,8192,0,93974,11.471435546875
SSDCU,λ<=n,8192,0,137342,16.765380859375
SSDCU,λ<=n,8192,0,84656,10.333984375
SSDCU,λ<=n,8192,0,110588,13.49951171875
SSDCU,λ<=n,8192,0,128583,15.6961669921875
SSDCU,λ<=n,8192,0,134273,16.3907470703125
SSDCU,λ<=n,8192,0,83356,10.17529296875
SSDCU,λ<=n,8192,0,94097,11.4864501953125
SSDCU,λ<=n,8192,0,134057,16.3643798828125
SSDCU,λ<=n,8192,0,104016,12.697265625
SSDCU,λ<=n,8192,0,118147,14.4222412109375
SSDCU,λ<=n,8192,0,99137,12.1016845703125
SSDCU,λ<=n,8192,0,101605,12.4029541015625
SSDCU,λ<=n,8192,0,142395,17.3822021484375
SSDCU,λ<=n,8192,0,106726,13.028076171875
SSDCU,λ<=n,8192,0,111045,13.5552978515625
SSDCU,λ<=n,8192,0,189828,23.17236328125
SSDCU,λ<=n,8192,0,118875,14.5111083984375
SSDCU,λ<=n,8192,0,155938,19.035400390625
SSDCU,λ<=n,8192,0,77908,9.51025390625
SSDCU,λ<=n,8192,0,126436,15.43408203125
SSDCU,λ<=n,8192,0,119235,14.5550537109375
SSDCU,λ<=n,8192,0,114050,13.922119140625
SSDCU,λ<=n,8192,0,97032,11.8447265625
SSDCU,λ<=n,8192,0,114090,13.927001953125
SSDCU,λ<=n,8192,0,95926,11.709716796875
SSDCU,λ<=n,8192,0,132499,16.1741943359375
SSDCU,λ<=n,8192,0,85438,10.429443359375
SSDCU,λ<=n,8192,0,88248,10.7724609375
SSDCU,λ<=n,8192,0,141550,17.279052734375
SSDCU,λ<=n,8192,0,127261,15.5347900390625
SSDCU,λ<=n,8192,0,98197,11.9869384765625
SSDCU,λ<=n,8192,0,123283,15.0491943359375
SSDCU,λ<=n,8192,0,151455,18.4881591796875
SSDCU,λ<=n,8192,0,158552,19.3544921875
SSDCU,λ<=n,8192,0,99678,12.167724609375
SSDCU,λ<=n,8192,0,157127,19.1805419921875
SSDCU,λ<=n,8192,0,87464,10.6767578125
SSDCU,λ<=n,8192,0,86697,10.5831298828125
SSDCU,λ<=n,8192,0,98984,12.0830078125
SSDCU,λ<=n,8192,0,107880,13.1689453125
SSDCU,λ<=n,8192,0,111915,13.6614990234375
SSDCU,λ<=n,8192,0,102256,12.482421875
SSDCU,λ<=n,8192,0,133262,16.267333984375
SSDCU,λ<=n,8192,0,153688,18.7607421875
SSDCU,λ<=n,8192,0,106878,13.046630859375
SSDCU,λ<=n,8192,0,114055,13.9227294921875
SSDCU,λ<=n,8192,0,134531,16.4222412109375
SSDCU,λ<=n,8192,0,122638,14.970458984375
SSDCU,λ<=n,8192,0,120509,14.7105712890625
SSDCU,λ<=n,8192,0,115348,14.08056640625
SSDCU,λ<=n,8192,0,117818,14.382080078125
SSDCU,λ<=n,8192,0,140829,17.1910400390625
SSDCU,λ<=n,8192,0,147270,17.977294921875
SSDCU,λ<=n,8192,0,163109,19.9107666015625
SSDCU,λ<=n,8192,0,128561,15.6934814453125
SSDCU,λ<=n,8192,0,102746,12.542236328125
SSDCU,λ<=n,8192,0,87132,10.63623046875
SSDCU,λ<=n,8192,0,217497,26.5499267578125
SSDCU,λ<=n,8192,0,144726,17.666748046875
SRDCU,λ<=n,8192,0,69187,8.4456787109375
SRDCU,λ<=n,8192,0,100954,12.323486328125
SRDCU,λ<=n,8192,0,67872,8.28515625
SRDCU,λ<=n,8192,0,78189,9.5445556640625
SRDCU,λ<=n,8192,0,89362,10.908447265625
SRDCU,λ<=n,8192,0,77652,9.47900390625
SRDCU,λ<=n,8192,0,75874,9.261962890625
SRDCU,λ<=n,8192,0,82483,10.0687255859375
SRDCU,λ<=n,8192,0,64491,7.8724365234375
SRDCU,λ<=n,8192,0,96353,11.7618408203125
SRDCU,λ<=n,8192,0,70603,8.6185302734375
SRDCU,λ<=n,8192,0,90609,11.0606689453125
SRDCU,λ<=n,8192,0,110683,13.5111083984375
SRDCU,λ<=n,8192,0,86145,10.5157470703125
SRDCU,λ<=n,8192,0,76324,9.31689453125
SRDCU,λ<=n,8192,0,76559,9.3455810546875
SRDCU,λ<=n,8192,0,76533,9.3424072265625
SRDCU,λ<=n,8192,0,102993,12.5723876953125
SRDCU,λ<=n,8192,0,73629,8.9879150390625
SRDCU,λ<=n,8192,0,71701,8.7525634765625
SRDCU,λ<=n,8192,0,58649,7.1593017578125
SRDCU,λ<=n,8192,0,67502,8.239990234375
SRDCU,λ<=n,8192,0,89934,10.978271484375
SRDCU,λ<=n,8192,0,82901,10.1197509765625
SRDCU,λ<=n,8192,0,88451,10.7972412109375
SRDCU,λ<=n,8192,0,83757,10.2242431640625
SRDCU,λ<=n,8192,0,65750,8.026123046875
SRDCU,λ<=n,8192,0,78332,9.56201171875
SRDCU,λ<=n,8192,0,67895,8.2879638671875
SRDCU,λ<=n,8192,0,73365,8.9556884765625
SRDCU,λ<=n,8192,0,76442,9.331298828125
SRDCU,λ<=n,8192,0,146592,17.89453125
SRDCU,λ<=n,8192,0,64990,7.933349609375
SRDCU,λ<=n,8192,0,62085,7.5787353515625
SRDCU,λ<=n,8192,0,84910,10.364990234375
SRDCU,λ<=n,8192,0,158400,19.3359375
SRDCU,λ<=n,8192,0,109586,13.377197265625
SRDCU,λ<=n,8192,0,71768,8.7607421875
SRDCU,λ<=n,8192,0,124425,15.1885986328125
SRDCU,λ<=n,8192,0,69694,8.507568359375
SRDCU,λ<=n,8192,0,75695,9.2401123046875
SRDCU,λ<=n,8192,0,77576,9.4697265625
SRDCU,λ<=n,8192,0,106276,12.97314453125
SRDCU,λ<=n,8192,0,83717,10.2193603515625
SRDCU,λ<=n,8192,0,110076,13.43701171875
SRDCU,λ<=n,8192,0,115074,14.047119140625
SRDCU,λ<=n,8192,0,79079,9.6531982421875
SRDCU,λ<=n,8192,0,72913,8.9005126953125
SRDCU,λ<=n,8192,0,71581,8.7379150390625
SRDCU,λ<=n,8192,0,61317,7.4849853515625
SRDCU,λ<=n,8192,0,104125,12.7105712890625
SRDCU,λ<=n,8192,0,62789,7.6646728515625
SRDCU,λ<=n,8192,0,73414,8.961669921875
SRDCU,λ<=n,8192,0,59735,7.2918701171875
SRDCU,λ<=n,8192,0,65377,7.9805908203125
SRDCU,λ<=n,8192,0,70004,8.54541015625
SRDCU,λ<=n,8192,0,65631,8.0115966796875
SRDCU,λ<=n,8192,0,68110,8.314208984375
SRDCU,λ<=n,8192,0,99137,12.1016845703125
SRDCU,λ<=n,8192,0,85906,10.486572265625
SRDCU,λ<=n,8192,0,84716,10.34130859375
SRDCU,λ<=n,8192,0,71027,8.6702880859375
SRDCU,λ<=n,8192,0,105204,12.84228515625
SRDCU,λ<=n,8192,0,105575,12.8875732421875
SRDCU,λ<=n,8192,0,70670,8.626708984375
SRDCU,λ<=n,8192,0,92193,11.2540283203125
SRDCU,λ<=n,8192,0,106475,12.9974365234375
SRDCU,λ<=n,8192,0,174639,21.3182373046875
SRDCU,λ<=n,8192,0,84224,10.28125
SRDCU,λ<=n,8192,0,78073,9.5303955078125
SRDCU,λ<=n,8192,0,74815,9.1326904296875
SRDCU,λ<=n,8192,0,75259,9.1868896484375
SRDCU,λ<=n,8192,0,89974,10.983154296875
SRDCU,λ<=n,8192,0,80188,9.78857421875
SRDCU,λ<=n,8192,0,116795,14.2572021484375
SRDCU,λ<=n,8192,0,85289,10.4112548828125
SRDCU,λ<=n,8192,0,74244,9.06298828125
SRDCU,λ<=n,8192,0,108140,13.20068359375
SRDCU,λ<=n,8192,0,118031,14.4080810546875
SRDCU,λ<=n,8192,0,79220,9.67041015625
SRDCU,λ<=n,8192,0,127336,15.5439453125
SRDCU,λ<=n,8192,0,72658,8.869384765625
SRDCU,λ<=n,8192,0,62286,7.603271484375
SRDCU,λ<=n,8192,0,73531,8.9759521484375
SRDCU,λ<=n,8192,0,116540,14.22607421875
SRDCU,λ<=n,8192,0,60376,7.3701171875
SRDCU,λ<=n,8192,0,71484,8.72607421875
SRDCU,λ<=n,8192,0,77174,9.420654296875
SRDCU,λ<=n,8192,0,69328,8.462890625
SRDCU,λ<=n,8192,0,78057,9.5284423828125
SRDCU,λ<=n,8192,0,72397,8.8375244140625
SRDCU,λ<=n,8192,0,78733,9.6109619140625
SRDCU,λ<=n,8192,0,96847,11.8221435546875
SRDCU,λ<=n,8192,0,67944,8.2939453125
SRDCU,λ<=n,8192,0,93820,11.45263671875
SRDCU,λ<=n,8192,0,67503,8.2401123046875
SRDCU,λ<=n,8192,0,65505,7.9962158203125
SRDCU,λ<=n,8192,0,81076,9.89697265625
SRDCU,λ<=n,8192,0,66932,8.17041015625
SRDCU,λ<=n,8192,0,69192,8.4462890625
SHDCU,λ<=n,8192,0,66651,8.1361083984375
SHDCU,λ<=n,8192,0,73529,8.9757080078125
SHDCU,λ<=n,8192,0,57007,6.9588623046875
SHDCU,λ<=n,8192,0,67445,8.2330322265625
SHDCU,λ<=n,8192,0,57440,7.01171875
SHDCU,λ<=n,8192,0,65363,7.9788818359375
SHDCU,λ<=n,8192,0,67488,8.23828125
SHDCU,λ<=n,8192,0,94332,11.51513671875
SHDCU,λ<=n,8192,0,80796,9.86279296875
SHDCU,λ<=n,8192,0,61351,7.4891357421875
SHDCU,λ<=n,8192,0,57313,6.9962158203125
SHDCU,λ<=n,8192,0,68713,8.3878173828125
SHDCU,λ<=n,8192,0,78836,9.62353515625
SHDCU,λ<=n,8192,0,59485,7.2613525390625
SHDCU,λ<=n,8192,0,86137,10.5147705078125
SHDCU,λ<=n,8192,0,72011,8.7904052734375
SHDCU,λ<=n,8192,0,87514,10.682861328125
SHDCU,λ<=n,8192,0,65666,8.015869140625
SHDCU,λ<=n,8192,0,68459,8.3568115234375
SHDCU,λ<=n,8192,0,96980,11.83837890625
SHDCU,λ<=n,8192,0,62002,7.568603515625
SHDCU,λ<=n,8192,0,66008,8.0576171875
SHDCU,λ<=n,8192,0,88404,10.79150390625
SHDCU,λ<=n,8192,0,85562,10.444580078125
SHDCU,λ<=n,8192,0,56395,6.8841552734375
SHDCU,λ<=n,8192,0,61318,7.485107421875
SHDCU,λ<=n,8192,0,63282,7.724853515625
SHDCU,λ<=n,8192,0,78290,9.556884765625
SHDCU,λ<=n,8192,0,60917,7.4361572265625
SHDCU,λ<=n,8192,0,66237,8.0855712890625
SHDCU,λ<=n,8192,0,59912,7.3134765625
SHDCU,λ<=n,8192,0,101214,12.355224609375
SHDCU,λ<=n,8192,0,57468,7.01513671875
SHDCU,λ<=n,8192,0,65895,8.0438232421875
SHDCU,λ<=n,8192,0,58573,7.1500244140625
SHDCU,λ<=n,8192,0,66564,8.12548828125
SHDCU,λ<=n,8192,0,107608,13.1357421875
SHDCU,λ<=n,8192,0,63594,7.762939453125
SHDCU,λ<=n,8192,0,57968,7.076171875
SHDCU,λ<=n,8192,0,66777,8.1514892578125
SHDCU,λ<=n,8192,0,59765,7.2955322265625
SHDCU,λ<=n,8192,0,68854,8.405029296875
SHDCU,λ<=n,8192,0,80312,9.8037109375
SHDCU,λ<=n,8192,0,59461,7.2584228515625
SHDCU,λ<=n,8192,0,64781,7.9078369140625
SHDCU,λ<=n,8192,0,56040,6.8408203125
SHDCU,λ<=n,8192,0,59466,7.259033203125
SHDCU,λ<=n,8192,0,75974,9.274169921875
SHDCU,λ<=n,8192,0,83821,10.2320556640625
SHDCU,λ<=n,8192,0,99024,12.087890625
SHDCU,λ<=n,8192,0,72775,8.8836669921875
SHDCU,λ<=n,8192,0,65382,7.981201171875
SHDCU,λ<=n,8192,0,56663,6.9168701171875
SHDCU,λ<=n,8192,0,80306,9.802978515625
SHDCU,λ<=n,8192,0,58115,7.0941162109375
SHDCU,λ<=n,8192,0,72110,8.802490234375
SHDCU,λ<=n,8192,0,74974,9.152099609375
SHDCU,λ<=n,8192,0,68482,8.359619140625
SHDCU,λ<=n,8192,0,69166,8.443115234375
SHDCU,λ<=n,8192,0,57482,7.016845703125
SHDCU,λ<=n,8192,0,86768,10.591796875
SHDCU,λ<=n,8192,0,58260,7.11181640625
SHDCU,λ<=n,8192,0,68559,8.3690185546875
SHDCU,λ<=n,8192,0,70244,8.57470703125
SHDCU,λ<=n,8192,0,67288,8.2138671875
SHDCU,λ<=n,8192,0,59028,7.20556640625
SHDCU,λ<=n,8192,0,62631,7.6453857421875
SHDCU,λ<=n,8192,0,71842,8.769775390625
SHDCU,λ<=n,8192,0,93839,11.4549560546875
SHDCU,λ<=n,8192,0,69408,8.47265625
SHDCU,λ<=n,8192,0,64442,7.866455078125
SHDCU,λ<=n,8192,0,61547,7.5130615234375
SHDCU,λ<=n,8192,0,79667,9.7249755859375
SHDCU,λ<=n,8192,0,76530,9.342041015625
SHDCU,λ<=n,8192,0,58806,7.178466796875
SHDCU,λ<=n,8192,0,66566,8.125732421875
SHDCU,λ<=n,8192,0,90102,10.998779296875
SHDCU,λ<=n,8192,0,81048,9.8935546875
SHDCU,λ<=n,8192,0,61630,7.523193359375
SHDCU,λ<=n,8192,0,67310,8.216552734375
SHDCU,λ<=n,8192,0,60162,7.343994140625
SHDCU,λ<=n,8192,0,70588,8.61669921875
SHDCU,λ<=n,8192,0,70276,8.57861328125
SHDCU,λ<=n,8192,0,62989,7.6890869140625
SHDCU,λ<=n,8192,0,68674,8.383056640625
SHDCU,λ<=n,8192,0,60214,7.350341796875
SHDCU,λ<=n,8192,0,60739,7.4144287109375
SHDCU,λ<=n,8192,0,73942,9.026123046875
SHDCU,λ<=n,8192,0,68443,8.3548583984375
SHDCU,λ<=n,8192,0,64655,7.8924560546875
SHDCU,λ<=n,8192,0,55348,6.75634765625
SHDCU,λ<=n,8192,0,67175,8.2000732421875
SHDCU,λ<=n,8192,0,68431,8.3533935546875
SHDCU,λ<=n,8192,0,56920,6.9482421875
SHDCU,λ<=n,8192,0,74922,9.145751953125
SHDCU,λ<=n,8192,0,103857,12.6778564453125
SHDCU,λ<=n,8192,0,83353,10.1749267578125
SHDCU,λ<=n,8192,0,59310,7.239990234375
SHDCU,λ<=n,8192,0,83586,10.203369140625
SHDCU,λ<=n,8192,0,57796,7.05517578125
SHLCU,λ<=n,8192,0,87340,10.66162109375
SHLCU,λ<=n,8192,0,121136,14.787109375
SHLCU,λ<=n,8192,0,71407,8.7166748046875
SHLCU,λ<=n,8192,0,64075,7.8216552734375
SHLCU,λ<=n,8192,0,71811,8.7659912109375
SHLCU,λ<=n,8192,0,87001,10.6202392578125
SHLCU,λ<=n,8192,0,87095,10.6317138671875
SHLCU,λ<=n,8192,0,73004,8.91162109375
SHLCU,λ<=n,8192,0,70421,8.5963134765625
SHLCU,λ<=n,8192,0,61577,7.5167236328125
SHLCU,λ<=n,8192,0,76260,9.30908203125
SHLCU,λ<=n,8192,0,71626,8.743408203125
SHLCU,λ<=n,8192,0,60322,7.363525390625
SHLCU,λ<=n,8192,0,70053,8.5513916015625
SHLCU,λ<=n,8192,0,73159,8.9305419921875
SHLCU,λ<=n,8192,0,55911,6.8250732421875
SHLCU,λ<=n,8192,0,63754,7.782470703125
SHLCU,λ<=n,8192,0,68223,8.3280029296875
SHLCU,λ<=n,8192,0,126699,15.4661865234375
SHLCU,λ<=n,8192,0,74361,9.0772705078125
SHLCU,λ<=n,8192,0,66501,8.1177978515625
SHLCU,λ<=n,8192,0,78276,9.55517578125
SHLCU,λ<=n,8192,0,68173,8.3218994140625
SHLCU,λ<=n,8192,0,83140,10.14892578125
SHLCU,λ<=n,8192,0,62515,7.6312255859375
SHLCU,λ<=n,8192,0,175947,21.4779052734375
SHLCU,λ<=n,8192,0,67448,8.2333984375
SHLCU,λ<=n,8192,0,66025,8.0596923828125
SHLCU,λ<=n,8192,0,65080,7.9443359375
SHLCU,λ<=n,8192,0,60064,7.33203125
SHLCU,λ<=n,8192,0,74552,9.1005859375
SHLCU,λ<=n,8192,0,70747,8.6361083984375
SHLCU,λ<=n,8192,0,62944,7.68359375
SHLCU,λ<=n,8192,0,59681,7.2852783203125
SHLCU,λ<=n,8192,0,63370,7.735595703125
SHLCU,λ<=n,8192,0,60069,7.3326416015625
SHLCU,λ<=n,8192,0,90717,11.0738525390625
SHLCU,λ<=n,8192,0,67532,8.24365234375
SHLCU,λ<=n,8192,0,72384,8.8359375
SHLCU,λ<=n,8192,0,63216,7.716796875
SHLCU,λ<=n,8192,0,59093,7.2135009765625
SHLCU,λ<=n,8192,0,74305,9.0704345703125
SHLCU,λ<=n,8192,0,91082,11.118408203125
SHLCU,λ<=n,8192,0,64586,7.884033203125
SHLCU,λ<=n,8192,0,60222,7.351318359375
SHLCU,λ<=n,8192,0,62457,7.6241455078125
SHLCU,λ<=n,8192,0,73877,9.0181884765625
SHLCU,λ<=n,8192,0,69128,8.4384765625
SHLCU,λ<=n,8192,0,61009,7.4473876953125
SHLCU,λ<=n,8192,0,97229,11.8687744140625
SHLCU,λ<=n,8192,0,68393,8.3487548828125
SHLCU,λ<=n,8192,0,94832,11.576171875
SHLCU,λ<=n,8192,0,66454,8.112060546875
SHLCU,λ<=n,8192,0,62806,7.666748046875
SHLCU,λ<=n,8192,0,92152,11.2490234375
SHLCU,λ<=n,8192,0,77535,9.4647216796875
SHLCU,λ<=n,8192,0,65692,8.01904296875
SHLCU,λ<=n,8192,0,65586,8.006103515625
SHLCU,λ<=n,8192,0,104615,12.7703857421875
SHLCU,λ<=n,8192,0,61662,7.527099609375
SHLCU,λ<=n,8192,0,83538,10.197509765625
SHLCU,λ<=n,8192,0,59181,7.2242431640625
SHLCU,λ<=n,8192,0,90956,11.10302734375
SHLCU,λ<=n,8192,0,60929,7.4376220703125
SHLCU,λ<=n,8192,0,61107,7.4593505859375
SHLCU,λ<=n,8192,0,64374,7.858154296875
SHLCU,λ<=n,8192,0,74507,9.0950927734375
SHLCU,λ<=n,8192,0,75396,9.20361328125
SHLCU,λ<=n,8192,0,63018,7.692626953125
SHLCU,λ<=n,8192,0,66828,8.15771484375
SHLCU,λ<=n,8192,0,84018,10.256103515625
SHLCU,λ<=n,8192,0,101123,12.3441162109375
SHLCU,λ<=n,8192,0,73326,8.950927734375
SHLCU,λ<=n,8192,0,93468,11.40966796875
SHLCU,λ<=n,8192,0,65302,7.971435546875
SHLCU,λ<=n,8192,0,74686,9.116943359375
SHLCU,λ<=n,8192,0,76376,9.3232421875
SHLCU,λ<=n,8192,0,110752,13.51953125
SHLCU,λ<=n,8192,0,133556,16.30322265625
SHLCU,λ<=n,8192,0,85569,10.4454345703125
SHLCU,λ<=n,8192,0,81598,9.960693359375
SHLCU,λ<=n,8192,0,61280,7.48046875
SHLCU,λ<=n,8192,0,105344,12.859375
SHLCU,λ<=n,8192,0,110698,13.512939453125
SHLCU,λ<=n,8192,0,101293,12.3648681640625
SHLCU,λ<=n,8192,0,86098,10.510009765625
SHLCU,λ<=n,8192,0,74235,9.0618896484375
SHLCU,λ<=n,8192,0,63207,7.7156982421875
SHLCU,λ<=n,8192,0,67400,8.2275390625
SHLCU,λ<=n,8192,0,68890,8.409423828125
SHLCU,λ<=n,8192,0,82731,10.0989990234375
SHLCU,λ<=n,8192,0,67896,8.2880859375
SHLCU,λ<=n,8192,0,69048,8.4287109375
SHLCU,λ<=n,8192,0,66755,8.1488037109375
SHLCU,λ<=n,8192,0,130028,15.87255859375
SHLCU,λ<=n,8192,0,83363,10.1761474609375
SHLCU,λ<=n,8192,0,61292,7.48193359375
SHLCU,λ<=n,8192,0,103394,12.621337890625
SHLCU,λ<=n,8192,0,87998,10.741943359375
SHLCU,λ<=n,8192,0,70078,8.554443359375
SRLCU,λ<=n,8192,0,110340,13.46923828125
SRLCU,λ<=n,8192,0,93595,11.4251708984375
SRLCU,λ<=n,8192,0,69076,8.43212890625
SRLCU,λ<=n,8192,0,69751,8.5145263671875
SRLCU,λ<=n,8192,0,82363,10.0540771484375
SRLCU,λ<=n,8192,0,74909,9.1441650390625
SRLCU,λ<=n,8192,0,112119,13.6864013671875
SRLCU,λ<=n,8192,0,99298,12.121337890625
SRLCU,λ<=n,8192,0,92493,11.2906494140625
SRLCU,λ<=n,8192,0,63632,7.767578125
SRLCU,λ<=n,8192,0,136939,16.7161865234375
SRLCU,λ<=n,8192,0,86608,10.572265625
SRLCU,λ<=n,8192,0,139029,16.9713134765625
SRLCU,λ<=n,8192,0,70567,8.6141357421875
SRLCU,λ<=n,8192,0,67114,8.192626953125
SRLCU,λ<=n,8192,0,77503,9.4608154296875
SRLCU,λ<=n,8192,0,83570,10.201416015625
SRLCU,λ<=n,8192,0,65242,7.964111328125
SRLCU,λ<=n,8192,0,76518,9.340576171875
SRLCU,λ<=n,8192,0,105399,12.8660888671875
SRLCU,λ<=n,8192,0,128925,15.7379150390625
SRLCU,λ<=n,8192,0,68350,8.343505859375
SRLCU,λ<=n,8192,0,113730,13.883056640625
SRLCU,λ<=n,8192,0,77736,9.4892578125
SRLCU,λ<=n,8192,0,70530,8.609619140625
SRLCU,λ<=n,8192,0,93182,11.374755859375
SRLCU,λ<=n,8192,0,88536,10.8076171875
SRLCU,λ<=n,8192,0,69017,8.4249267578125
SRLCU,λ<=n,8192,0,70592,8.6171875
SRLCU,λ<=n,8192,0,61721,7.5343017578125
SRLCU,λ<=n,8192,0,83733,10.2213134765625
SRLCU,λ<=n,8192,0,71499,8.7279052734375
SRLCU,λ<=n,8192,0,73369,8.9561767578125
SRLCU,λ<=n,8192,0,75741,9.2457275390625
SRLCU,λ<=n,8192,0,70333,8.5855712890625
SRLCU,λ<=n,8192,0,80691,9.8499755859375
SRLCU,λ<=n,8192,0,153887,18.7850341796875
SRLCU,λ<=n,8192,0,76390,9.324951171875
SRLCU,λ<=n,8192,0,71441,8.7208251953125
SRLCU,λ<=n,8192,0,71361,8.7110595703125
SRLCU,λ<=n,8192,0,80677,9.8482666015625
SRLCU,λ<=n,8192,0,180950,22.088623046875
SRLCU,λ<=n,8192,0,79312,9.681640625
SRLCU,λ<=n,8192,0,76978,9.396728515625
SRLCU,λ<=n,8192,0,73254,8.942138671875
SRLCU,λ<=n,8192,0,83205,10.1568603515625
SRLCU,λ<=n,8192,0,80351,9.8084716796875
SRLCU,λ<=n,8192,0,91127,11.1239013671875
SRLCU,λ<=n,8192,0,73293,8.9468994140625
SRLCU,λ<=n,8192,0,67767,8.2723388671875
SRLCU,λ<=n,8192,0,81880,9.9951171875
SRLCU,λ<=n,8192,0,77114,9.413330078125
SRLCU,λ<=n,8192,0,106625,13.0157470703125
SRLCU,λ<=n,8192,0,89661,10.9449462890625
SRLCU,λ<=n,8192,0,73240,8.9404296875
SRLCU,λ<=n,8192,0,73590,8.983154296875
SRLCU,λ<=n,8192,0,152500,18.61572265625
SRLCU,λ<=n,8192,0,77255,9.4305419921875
SRLCU,λ<=n,8192,0,81302,9.924560546875
SRLCU,λ<=n,8192,0,106690,13.023681640625
SRLCU,λ<=n,8192,0,70718,8.632568359375
SRLCU,λ<=n,8192,0,90125,11.0015869140625
SRLCU,λ<=n,8192,0,88745,10.8331298828125
SRLCU,λ<=n,8192,0,112526,13.736083984375
SRLCU,λ<=n,8192,0,94086,11.485107421875
SRLCU,λ<=n,8192,0,78834,9.623291015625
SRLCU,λ<=n,8192,0,69156,8.44189453125
SRLCU,λ<=n,8192,0,91697,11.1934814453125
SRLCU,λ<=n,8192,0,70611,8.6195068359375
SRLCU,λ<=n,8192,0,75440,9.208984375
SRLCU,λ<=n,8192,0,67919,8.2908935546875
SRLCU,λ<=n,8192,0,76032,9.28125
SRLCU,λ<=n,8192,0,100782,12.302490234375
SRLCU,λ<=n,8192,0,69349,8.4654541015625
SRLCU,λ<=n,8192,0,127461,15.5592041015625
SRLCU,λ<=n,8192,0,141480,17.2705078125
SRLCU,λ<=n,8192,0,152963,18.6722412109375
SRLCU,λ<=n,8192,0,111237,13.5787353515625
SRLCU,λ<=n,8192,0,65019,7.9368896484375
SRLCU,λ<=n,8192,0,93670,11.434326171875
SRLCU,λ<=n,8192,0,79525,9.7076416015625
SRLCU,λ<=n,8192,0,70413,8.5953369140625
SRLCU,λ<=n,8192,0,94611,11.5491943359375
SRLCU,λ<=n,8192,0,162759,19.8680419921875
SRLCU,λ<=n,8192,0,91152,11.126953125
SRLCU,λ<=n,8192,0,70950,8.660888671875
SRLCU,λ<=n,8192,0,92031,11.2342529296875
SRLCU,λ<=n,8192,0,69874,8.529541015625
SRLCU,λ<=n,8192,0,61773,7.5406494140625
SRLCU,λ<=n,8192,0,82220,10.03662109375
SRLCU,λ<=n,8192,0,76553,9.3448486328125
SRLCU,λ<=n,8192,0,76384,9.32421875
SRLCU,λ<=n,8192,0,72076,8.79833984375
SRLCU,λ<=n,8192,0,80810,9.864501953125
SRLCU,λ<=n,8192,0,70649,8.6241455078125
SRLCU,λ<=n,8192,0,66776,8.1513671875
SRLCU,λ<=n,8192,0,103751,12.6649169921875
SRLCU,λ<=n,8192,0,66381,8.1031494140625
SRLCU,λ<=n,8192,0,146279,17.8563232421875
SRLCU,λ<=n,8192,0,81094,9.899169921875
SSLCU,λ<=n,8192,0,136983,16.7215576171875
SSLCU,λ<=n,8192,0,121088,14.78125
SSLCU,λ<=n,8192,0,123869,15.1207275390625
SSLCU,λ<=n,8192,0,146074,17.831298828125
SSLCU,λ<=n,8192,0,118194,14.427978515625
SSLCU,λ<=n,8192,0,216165,26.3873291015625
SSLCU,λ<=n,8192,0,163952,20.013671875
SSLCU,λ<=n,8192,0,148681,18.1495361328125
SSLCU,λ<=n,8192,0,129179,15.7689208984375
SSLCU,λ<=n,8192,0,116335,14.2010498046875
SSLCU,λ<=n,8192,0,98146,11.980712890625
SSLCU,λ<=n,8192,0,173788,21.21435546875
SSLCU,λ<=n,8192,0,167476,20.44384765625
SSLCU,λ<=n,8192,0,223229,27.2496337890625
SSLCU,λ<=n,8192,0,122641,14.9708251953125
SSLCU,λ<=n,8192,0,98564,12.03173828125
SSLCU,λ<=n,8192,0,88063,10.7498779296875
SSLCU,λ<=n,8192,0,130037,15.8736572265625
SSLCU,λ<=n,8192,0,92636,11.30810546875
SSLCU,λ<=n,8192,0,100679,12.2899169921875
SSLCU,λ<=n,8192,0,113411,13.8441162109375
SSLCU,λ<=n,8192,0,101930,12.442626953125
SSLCU,λ<=n,8192,0,95653,11.6763916015625
SSLCU,λ<=n,8192,0,116971,14.2786865234375
SSLCU,λ<=n,8192,0,100854,12.311279296875
SSLCU,λ<=n,8192,0,103702,12.658935546875
SSLCU,λ<=n,8192,0,177103,21.6190185546875
SSLCU,λ<=n,8192,0,90439,11.0399169921875
SSLCU,λ<=n,8192,0,139643,17.0462646484375
SSLCU,λ<=n,8192,0,199830,24.393310546875
SSLCU,λ<=n,8192,0,96562,11.787353515625
SSLCU,λ<=n,8192,0,135006,16.480224609375
SSLCU,λ<=n,8192,0,230151,28.0946044921875
SSLCU,λ<=n,8192,0,111176,13.5712890625
SSLCU,λ<=n,8192,0,101503,12.3905029296875
SSLCU,λ<=n,8192,0,165566,20.210693359375
SSLCU,λ<=n,8192,0,105573,12.8873291015625
SSLCU,λ<=n,8192,0,172693,21.0806884765625
SSLCU,λ<=n,8192,0,128582,15.696044921875
SSLCU,λ<=n,8192,0,143783,17.5516357421875
SSLCU,λ<=n,8192,0,141414,17.262451171875
SSLCU,λ<=n,8192,0,203911,24.8914794921875
SSLCU,λ<=n,8192,0,126238,15.409912109375
SSLCU,λ<=n,8192,0,96197,11.7427978515625
SSLCU,λ<=n,8192,0,94691,11.5589599609375
SSLCU,λ<=n,8192,0,130960,15.986328125
SSLCU,λ<=n,8192,0,97913,11.9522705078125
SSLCU,λ<=n,8192,0,164320,20.05859375
SSLCU,λ<=n,8192,0,111834,13.651611328125
SSLCU,λ<=n,8192,0,120649,14.7276611328125
SSLCU,λ<=n,8192,0,197332,24.08837890625
SSLCU,λ<=n,8192,0,197575,24.1180419921875
SSLCU,λ<=n,8192,0,103391,12.6209716796875
SSLCU,λ<=n,8192,0,87672,10.7021484375
SSLCU,λ<=n,8192,0,218449,26.6661376953125
SSLCU,λ<=n,8192,0,137805,16.8218994140625
SSLCU,λ<=n,8192,0,109713,13.3927001953125
SSLCU,λ<=n,8192,0,107939,13.1761474609375
SSLCU,λ<=n,8192,0,96424,11.7705078125
SSLCU,λ<=n,8192,0,127158,15.522216796875
SSLCU,λ<=n,8192,0,122427,14.9447021484375
SSLCU,λ<=n,8192,0,90614,11.061279296875
SSLCU,λ<=n,8192,0,82409,10.0596923828125
SSLCU,λ<=n,8192,0,94426,11.526611328125
SSLCU,λ<=n,8192,0,101495,12.3895263671875
SSLCU,λ<=n,8192,0,156724,19.13134765625
SSLCU,λ<=n,8192,0,100168,12.2275390625
SSLCU,λ<=n,8192,0,112179,13.6937255859375
SSLCU,λ<=n,8192,0,97553,11.9083251953125
SSLCU,λ<=n,8192,0,104144,12.712890625
SSLCU,λ<=n,8192,0,141515,17.2747802734375
SSLCU,λ<=n,8192,0,123654,15.094482421875
SSLCU,λ<=n,8192,0,89589,10.9361572265625
SSLCU,λ<=n,8192,0,86663,10.5789794921875
SSLCU,λ<=n,8192,0,98083,11.9730224609375
SSLCU,λ<=n,8192,0,116089,14.1710205078125
SSLCU,λ<=n,8192,0,177991,21.7274169921875
SSLCU,λ<=n,8192,0,116506,14.221923828125
SSLCU,λ<=n,8192,0,157459,19.2210693359375
SSLCU,λ<=n,8192,0,104343,12.7371826171875
SSLCU,λ<=n,8192,0,171013,20.8756103515625
SSLCU,λ<=n,8192,0,138375,16.8914794921875
SSLCU,λ<=n,8192,0,154317,18.8375244140625
SSLCU,λ<=n,8192,0,99565,12.1539306640625
SSLCU,λ<=n,8192,0,212853,25.9830322265625
SSLCU,λ<=n,8192,0,149834,18.290283203125
SSLCU,λ<=n,8192,0,99047,12.0906982421875
SSLCU,λ<=n,8192,0,135826,16.580322265625
SSLCU,λ<=n,8192,0,200168,24.4345703125
SSLCU,λ<=n,8192,0,111716,13.63720703125
SSLCU,λ<=n,8192,0,100584,12.2783203125
SSLCU,λ<=n,8192,0,120000,14.6484375
SSLCU,λ<=n,8192,0,205130,25.040283203125
SSLCU,λ<=n,8192,0,94368,11.51953125
SSLCU,λ<=n,8192,0,119991,14.6473388671875
SSLCU,λ<=n,8192,0,137376,16.76953125
SSLCU,λ<=n,8192,0,125315,15.2972412109375
SSLCU,λ<=n,8192,0,95083,11.6068115234375
SSLCU,λ<=n,8192,0,129151,15.7655029296875
SSLCU,λ<=n,8192,0,93155,11.3714599609375
SSDSU,λ<=n,8192,0,101364,12.37353515625
SSDSU,λ<=n,8192,0,101533,12.3941650390625
SSDSU,λ<=n,8192,0,149270,18.221435546875
SSDSU,λ<=n,8192,0,114413,13.9664306640625
SSDSU,λ<=n,8192,0,170040,20.7568359375
SSDSU,λ<=n,8192,0,113143,13.8114013671875
SSDSU,λ<=n,8192,0,191683,23.3988037109375
SSDSU,λ<=n,8192,0,111684,13.63330078125
SSDSU,λ<=n,8192,0,96407,11.7684326171875
SSDSU,λ<=n,8192,0,118993,14.5255126953125
SSDSU,λ<=n,8192,0,134781,16.4527587890625
SSDSU,λ<=n,8192,0,113614,13.868896484375
SSDSU,λ<=n,8192,0,104163,12.7152099609375
SSDSU,λ<=n,8192,0,95293,11.6324462890625
SSDSU,λ<=n,8192,0,149256,18.2197265625
SSDSU,λ<=n,8192,0,106607,13.0135498046875
SSDSU,λ<=n,8192,0,114417,13.9669189453125
SSDSU,λ<=n,8192,0,125035,15.2630615234375
SSDSU,λ<=n,8192,0,127129,15.5186767578125
SSDSU,λ<=n,8192,0,114620,13.99169921875
SSDSU,λ<=n,8192,0,118133,14.4205322265625
SSDSU,λ<=n,8192,0,95575,11.6668701171875
SSDSU,λ<=n,8192,0,107358,13.105224609375
SSDSU,λ<=n,8192,0,159953,19.5255126953125
SSDSU,λ<=n,8192,0,143329,17.4962158203125
SSDSU,λ<=n,8192,0,120089,14.6593017578125
SSDSU,λ<=n,8192,0,108163,13.2034912109375
SSDSU,λ<=n,8192,0,137004,16.72412109375
SSDSU,λ<=n,8192,0,165453,20.1968994140625
SSDSU,λ<=n,8192,0,133100,16.24755859375
SSDSU,λ<=n,8192,0,111128,13.5654296875
SSDSU,λ<=n,8192,0,145982,17.820068359375
SSDSU,λ<=n,8192,0,94583,11.5457763671875
SSDSU,λ<=n,8192,0,135511,16.5418701171875
SSDSU,λ<=n,8192,0,98824,12.0634765625
SSDSU,λ<=n,8192,0,104529,12.7598876953125
SSDSU,λ<=n,8192,0,110803,13.5257568359375
SSDSU,λ<=n,8192,0,108195,13.2073974609375
SSDSU,λ<=n,8192,0,98801,12.0606689453125
SSDSU,λ<=n,8192,0,154361,18.8428955078125
SSDSU,λ<=n,8192,0,148406,18.115966796875
SSDSU,λ<=n,8192,0,168952,20.6240234375
SSDSU,λ<=n,8192,0,116238,14.189208984375
SSDSU,λ<=n,8192,0,147544,18.0107421875
SSDSU,λ<=n,8192,0,104997,12.8170166015625
SSDSU,λ<=n,8192,0,135639,16.5574951171875
SSDSU,λ<=n,8192,0,129114,15.760986328125
SSDSU,λ<=n,8192,0,102621,12.5269775390625
SSDSU,λ<=n,8192,0,141508,17.27392578125
SSDSU,λ<=n,8192,0,140425,17.1417236328125
SSDSU,λ<=n,8192,0,123194,15.038330078125
SSDSU,λ<=n,8192,0,138838,16.947998046875
SSDSU,λ<=n,8192,0,166721,20.3516845703125
SSDSU,λ<=n,8192,0,122663,14.9735107421875
SSDSU,λ<=n,8192,0,105169,12.8380126953125
SSDSU,λ<=n,8192,0,99237,12.1138916015625
SSDSU,λ<=n,8192,0,132477,16.1715087890625
SSDSU,λ<=n,8192,0,267721,32.6807861328125
SSDSU,λ<=n,8192,0,165360,20.185546875
SSDSU,λ<=n,8192,0,259663,31.6971435546875
SSDSU,λ<=n,8192,0,163948,20.01318359375
SSDSU,λ<=n,8192,0,208028,25.39404296875
SSDSU,λ<=n,8192,0,121022,14.773193359375
SSDSU,λ<=n,8192,0,107866,13.167236328125
SSDSU,λ<=n,8192,0,246576,30.099609375
SSDSU,λ<=n,8192,0,129186,15.769775390625
SSDSU,λ<=n,8192,0,171941,20.9888916015625
SSDSU,λ<=n,8192,0,149687,18.2723388671875
SSDSU,λ<=n,8192,0,169009,20.6309814453125
SSDSU,λ<=n,8192,0,100980,12.32666015625
SSDSU,λ<=n,8192,0,111606,13.623779296875
SSDSU,λ<=n,8192,0,155839,19.0233154296875
SSDSU,λ<=n,8192,0,163176,19.9189453125
SSDSU,λ<=n,8192,0,231828,28.29931640625
SSDSU,λ<=n,8192,0,117070,14.290771484375
SSDSU,λ<=n,8192,0,93389,11.4000244140625
SSDSU,λ<=n,8192,0,152866,18.660400390625
SSDSU,λ<=n,8192,0,108221,13.2105712890625
SSDSU,λ<=n,8192,0,122364,14.93701171875
SSDSU,λ<=n,8192,0,107040,13.06640625
SSDSU,λ<=n,8192,0,109638,13.383544921875
SSDSU,λ<=n,8192,0,139819,17.0677490234375
SSDSU,λ<=n,8192,0,120124,14.66357421875
SSDSU,λ<=n,8192,0,98197,11.9869384765625
SSDSU,λ<=n,8192,0,103322,12.612548828125
SSDSU,λ<=n,8192,0,103753,12.6651611328125
SSDSU,λ<=n,8192,0,219020,26.73583984375
SSDSU,λ<=n,8192,0,101497,12.3897705078125
SSDSU,λ<=n,8192,0,186730,22.794189453125
SSDSU,λ<=n,8192,0,104861,12.8004150390625
SSDSU,λ<=n,8192,0,129656,15.8271484375
SSDSU,λ<=n,8192,0,149095,18.2000732421875
SSDSU,λ<=n,8192,0,282566,34.492919921875
SSDSU,λ<=n,8192,0,111065,13.5577392578125
SSDSU,λ<=n,8192,0,88631,10.8192138671875
SSDSU,λ<=n,8192,0,192448,23.4921875
SSDSU,λ<=n,8192,0,104457,12.7510986328125
SSDSU,λ<=n,8192,0,227591,27.7821044921875
SSDSU,λ<=n,8192,0,112304,13.708984375
SSDSU,λ<=n,8192,0,141417,17.2628173828125
SRDSU,λ<=n,8192,0,101875,12.4359130859375
SRDSU,λ<=n,8192,0,101562,12.397705078125
SRDSU,λ<=n,8192,0,77395,9.4476318359375
SRDSU,λ<=n,8192,0,87727,10.7088623046875
SRDSU,λ<=n,8192,0,79931,9.7572021484375
SRDSU,λ<=n,8192,0,87510,10.682373046875
SRDSU,λ<=n,8192,0,112969,13.7901611328125
SRDSU,λ<=n,8192,0,97419,11.8919677734375
SRDSU,λ<=n,8192,0,110465,13.4844970703125
SRDSU,λ<=n,8192,0,87363,10.6644287109375
SRDSU,λ<=n,8192,0,133346,16.277587890625
SRDSU,λ<=n,8192,0,94437,11.5279541015625
SRDSU,λ<=n,8192,0,82687,10.0936279296875
SRDSU,λ<=n,8192,0,79362,9.687744140625
SRDSU,λ<=n,8192,0,112201,13.6964111328125
SRDSU,λ<=n,8192,0,81699,9.9730224609375
SRDSU,λ<=n,8192,0,95725,11.6851806640625
SRDSU,λ<=n,8192,0,72135,8.8055419921875
SRDSU,λ<=n,8192,0,92429,11.2828369140625
SRDSU,λ<=n,8192,0,105148,12.83544921875
SRDSU,λ<=n,8192,0,73731,9.0003662109375
SRDSU,λ<=n,8192,0,120547,14.7152099609375
SRDSU,λ<=n,8192,0,159364,19.45361328125
SRDSU,λ<=n,8192,0,81544,9.9541015625
SRDSU,λ<=n,8192,0,125674,15.341064453125
SRDSU,λ<=n,8192,0,87639,10.6981201171875
SRDSU,λ<=n,8192,0,70936,8.6591796875
SRDSU,λ<=n,8192,0,107346,13.103759765625
SRDSU,λ<=n,8192,0,76464,9.333984375
SRDSU,λ<=n,8192,0,75682,9.238525390625
SRDSU,λ<=n,8192,0,116513,14.2227783203125
SRDSU,λ<=n,8192,0,111899,13.6595458984375
SRDSU,λ<=n,8192,0,160855,19.6356201171875
SRDSU,λ<=n,8192,0,83360,10.17578125
SRDSU,λ<=n,8192,0,88588,10.81396484375
SRDSU,λ<=n,8192,0,78066,9.529541015625
SRDSU,λ<=n,8192,0,75580,9.22607421875
SRDSU,λ<=n,8192,0,91696,11.193359375
SRDSU,λ<=n,8192,0,134459,16.4134521484375
SRDSU,λ<=n,8192,0,108326,13.223388671875
SRDSU,λ<=n,8192,0,141974,17.330810546875
SRDSU,λ<=n,8192,0,78437,9.5748291015625
SRDSU,λ<=n,8192,0,77603,9.4730224609375
SRDSU,λ<=n,8192,0,80628,9.84228515625
SRDSU,λ<=n,8192,0,73079,8.9207763671875
SRDSU,λ<=n,8192,0,92711,11.3172607421875
SRDSU,λ<=n,8192,0,97556,11.90869140625
SRDSU,λ<=n,8192,0,75522,9.218994140625
SRDSU,λ<=n,8192,0,127939,15.6175537109375
SRDSU,λ<=n,8192,0,83643,10.2103271484375
SRDSU,λ<=n,8192,0,81158,9.906982421875
SRDSU,λ<=n,8192,0,89578,10.934814453125
SRDSU,λ<=n,8192,0,109988,13.42626953125
SRDSU,λ<=n,8192,0,148187,18.0892333984375
SRDSU,λ<=n,8192,0,137714,16.810791015625
SRDSU,λ<=n,8192,0,84433,10.3067626953125
SRDSU,λ<=n,8192,0,73546,8.977783203125
SRDSU,λ<=n,8192,0,130851,15.9730224609375
SRDSU,λ<=n,8192,0,88135,10.7586669921875
SRDSU,λ<=n,8192,0,74331,9.0736083984375
SRDSU,λ<=n,8192,0,92491,11.2904052734375
SRDSU,λ<=n,8192,0,69417,8.4737548828125
SRDSU,λ<=n,8192,0,96691,11.8031005859375
SRDSU,λ<=n,8192,0,72673,8.8712158203125
SRDSU,λ<=n,8192,0,108760,13.2763671875
SRDSU,λ<=n,8192,0,82091,10.0208740234375
SRDSU,λ<=n,8192,0,163175,19.9188232421875
SRDSU,λ<=n,8192,0,120779,14.7435302734375
SRDSU,λ<=n,8192,0,80509,9.8277587890625
SRDSU,λ<=n,8192,0,92682,11.313720703125
SRDSU,λ<=n,8192,0,90244,11.01611328125
SRDSU,λ<=n,8192,0,80057,9.7725830078125
SRDSU,λ<=n,8192,0,74047,9.0389404296875
SRDSU,λ<=n,8192,0,79788,9.73974609375
SRDSU,λ<=n,8192,0,75684,9.23876953125
SRDSU,λ<=n,8192,0,133973,16.3541259765625
SRDSU,λ<=n,8192,0,71943,8.7821044921875
SRDSU,λ<=n,8192,0,98125,11.9781494140625
SRDSU,λ<=n,8192,0,84505,10.3155517578125
SRDSU,λ<=n,8192,0,94283,11.5091552734375
SRDSU,λ<=n,8192,0,98486,12.022216796875
SRDSU,λ<=n,8192,0,88452,10.79736328125
SRDSU,λ<=n,8192,0,178838,21.830810546875
SRDSU,λ<=n,8192,0,74181,9.0552978515625
SRDSU,λ<=n,8192,0,118612,14.47900390625
SRDSU,λ<=n,8192,0,84456,10.3095703125
SRDSU,λ<=n,8192,0,153497,18.7374267578125
SRDSU,λ<=n,8192,0,85474,10.433837890625
SRDSU,λ<=n,8192,0,82730,10.098876953125
SRDSU,λ<=n,8192,0,139513,17.0303955078125
SRDSU,λ<=n,8192,0,92498,11.291259765625
SRDSU,λ<=n,8192,0,94023,11.4774169921875
SRDSU,λ<=n,8192,0,130375,15.9149169921875
SRDSU,λ<=n,8192,0,102651,12.5306396484375
SRDSU,λ<=n,8192,0,76921,9.3897705078125
SRDSU,λ<=n,8192,0,68203,8.3255615234375
SRDSU,λ<=n,8192,0,76695,9.3621826171875
SRDSU,λ<=n,8192,0,75137,9.1719970703125
SRDSU,λ<=n,8192,0,118938,14.518798828125
SRDSU,λ<=n,8192,0,103194,12.596923828125
SHDSU,λ<=n,8192,0,109334,13.346435546875
SHDSU,λ<=n,8192,0,73477,8.9693603515625
SHDSU,λ<=n,8192,0,81404,9.93701171875
SHDSU,λ<=n,8192,0,93031,11.3563232421875
SHDSU,λ<=n,8192,0,84845,10.3570556640625
SHDSU,λ<=n,8192,0,77862,9.504638671875
SHDSU,λ<=n,8192,0,67426,8.230712890625
SHDSU,λ<=n,8192,0,111723,13.6380615234375
SHDSU,λ<=n,8192,0,69676,8.50537109375
SHDSU,λ<=n,8192,0,78001,9.5216064453125
SHDSU,λ<=n,8192,0,74603,9.1068115234375
SHDSU,λ<=n,8192,0,78867,9.6273193359375
SHDSU,λ<=n,8192,0,76972,9.39599609375
SHDSU,λ<=n,8192,0,79128,9.6591796875
SHDSU,λ<=n,8192,0,62876,7.67529296875
SHDSU,λ<=n,8192,0,75292,9.19091796875
SHDSU,λ<=n,8192,0,101551,12.3963623046875
SHDSU,λ<=n,8192,0,101020,12.33154296875
SHDSU,λ<=n,8192,0,87391,10.6678466796875
SHDSU,λ<=n,8192,0,74727,9.1219482421875
SHDSU,λ<=n,8192,0,69602,8.496337890625
SHDSU,λ<=n,8192,0,75511,9.2176513671875
SHDSU,λ<=n,8192,0,90056,10.9931640625
SHDSU,λ<=n,8192,0,72911,8.9002685546875
SHDSU,λ<=n,8192,0,133229,16.2633056640625
SHDSU,λ<=n,8192,0,84636,10.33154296875
SHDSU,λ<=n,8192,0,73984,9.03125
SHDSU,λ<=n,8192,0,98019,11.9652099609375
SHDSU,λ<=n,8192,0,114909,14.0269775390625
SHDSU,λ<=n,8192,0,79969,9.7618408203125
SHDSU,λ<=n,8192,0,87538,10.685791015625
SHDSU,λ<=n,8192,0,71581,8.7379150390625
SHDSU,λ<=n,8192,0,85761,10.4688720703125
SHDSU,λ<=n,8192,0,105503,12.8787841796875
SHDSU,λ<=n,8192,0,77212,9.42529296875
SHDSU,λ<=n,8192,0,76402,9.326416015625
SHDSU,λ<=n,8192,0,71282,8.701416015625
SHDSU,λ<=n,8192,0,73641,8.9893798828125
SHDSU,λ<=n,8192,0,88566,10.811279296875
SHDSU,λ<=n,8192,0,78282,9.555908203125
SHDSU,λ<=n,8192,0,68568,8.3701171875
SHDSU,λ<=n,8192,0,88391,10.7899169921875
SHDSU,λ<=n,8192,0,79967,9.7615966796875
SHDSU,λ<=n,8192,0,68794,8.397705078125
SHDSU,λ<=n,8192,0,73143,8.9285888671875
SHDSU,λ<=n,8192,0,72803,8.8870849609375
SHDSU,λ<=n,8192,0,99523,12.1488037109375
SHDSU,λ<=n,8192,0,69437,8.4761962890625
SHDSU,λ<=n,8192,0,88655,10.8221435546875
SHDSU,λ<=n,8192,0,90202,11.010986328125
SHDSU,λ<=n,8192,0,71917,8.7789306640625
SHDSU,λ<=n,8192,0,78387,9.5687255859375
SHDSU,λ<=n,8192,0,74609,9.1075439453125
SHDSU,λ<=n,8192,0,78344,9.5634765625
SHDSU,λ<=n,8192,0,66968,8.1748046875
SHDSU,λ<=n,8192,0,83756,10.22412109375
SHDSU,λ<=n,8192,0,72548,8.85595703125
SHDSU,λ<=n,8192,0,78795,9.6185302734375
SHDSU,λ<=n,8192,0,87381,10.6666259765625
SHDSU,λ<=n,8192,0,68860,8.40576171875
SHDSU,λ<=n,8192,0,95332,11.63720703125
SHDSU,λ<=n,8192,0,96124,11.73388671875
SHDSU,λ<=n,8192,0,74454,9.088623046875
SHDSU,λ<=n,8192,0,85970,10.494384765625
SHDSU,λ<=n,8192,0,71666,8.748291015625
SHDSU,λ<=n,8192,0,89885,10.9722900390625
SHDSU,λ<=n,8192,0,75833,9.2569580078125
SHDSU,λ<=n,8192,0,85423,10.4276123046875
SHDSU,λ<=n,8192,0,79271,9.6766357421875
SHDSU,λ<=n,8192,0,69021,8.4254150390625
SHDSU,λ<=n,8192,0,105193,12.8409423828125
SHDSU,λ<=n,8192,0,83431,10.1844482421875
SHDSU,λ<=n,8192,0,97601,11.9141845703125
SHDSU,λ<=n,8192,0,80627,9.8421630859375
SHDSU,λ<=n,8192,0,79785,9.7393798828125
SHDSU,λ<=n,8192,0,73806,9.009521484375
SHDSU,λ<=n,8192,0,70535,8.6102294921875
SHDSU,λ<=n,8192,0,90390,11.033935546875
SHDSU,λ<=n,8192,0,71579,8.7376708984375
SHDSU,λ<=n,8192,0,78581,9.5924072265625
SHDSU,λ<=n,8192,0,110038,13.432373046875
SHDSU,λ<=n,8192,0,66786,8.152587890625
SHDSU,λ<=n,8192,0,68540,8.36669921875
SHDSU,λ<=n,8192,0,90030,10.989990234375
SHDSU,λ<=n,8192,0,66971,8.1751708984375
SHDSU,λ<=n,8192,0,69325,8.4625244140625
SHDSU,λ<=n,8192,0,70597,8.6177978515625
SHDSU,λ<=n,8192,0,92324,11.27001953125
SHDSU,λ<=n,8192,0,83047,10.1375732421875
SHDSU,λ<=n,8192,0,81772,9.98193359375
SHDSU,λ<=n,8192,0,97448,11.8955078125
SHDSU,λ<=n,8192,0,114343,13.9578857421875
SHDSU,λ<=n,8192,0,75137,9.1719970703125
SHDSU,λ<=n,8192,0,70966,8.662841796875
SHDSU,λ<=n,8192,0,67915,8.2904052734375
SHDSU,λ<=n,8192,0,92329,11.2706298828125
SHDSU,λ<=n,8192,0,73864,9.0166015625
SHDSU,λ<=n,8192,0,67981,8.2984619140625
SHDSU,λ<=n,8192,0,141563,17.2806396484375
SHDSU,λ<=n,8192,0,90246,11.016357421875
SHLSU,λ<=n,8192,0,98511,12.0252685546875
SHLSU,λ<=n,8192,0,70498,8.605712890625
SHLSU,λ<=n,8192,0,74465,9.0899658203125
SHLSU,λ<=n,8192,0,99814,12.184326171875
SHLSU,λ<=n,8192,0,85802,10.473876953125
SHLSU,λ<=n,8192,0,78274,9.554931640625
SHLSU,λ<=n,8192,0,84083,10.2640380859375
SHLSU,λ<=n,8192,0,76036,9.28173828125
SHLSU,λ<=n,8192,0,80354,9.808837890625
SHLSU,λ<=n,8192,0,86573,10.5679931640625
SHLSU,λ<=n,8192,0,88162,10.761962890625
SHLSU,λ<=n,8192,0,81648,9.966796875
SHLSU,λ<=n,8192,0,86288,10.533203125
SHLSU,λ<=n,8192,0,71924,8.77978515625
SHLSU,λ<=n,8192,0,81939,10.0023193359375
SHLSU,λ<=n,8192,0,83817,10.2315673828125
SHLSU,λ<=n,8192,0,87863,10.7254638671875
SHLSU,λ<=n,8192,0,80376,9.8115234375
SHLSU,λ<=n,8192,0,88478,10.800537109375
SHLSU,λ<=n,8192,0,106337,12.9805908203125
SHLSU,λ<=n,8192,0,103282,12.607666015625
SHLSU,λ<=n,8192,0,79719,9.7313232421875
SHLSU,λ<=n,8192,0,77668,9.48095703125
SHLSU,λ<=n,8192,0,87228,10.64794921875
SHLSU,λ<=n,8192,0,73302,8.947998046875
SHLSU,λ<=n,8192,0,126308,15.41845703125
SHLSU,λ<=n,8192,0,93532,11.41748046875
SHLSU,λ<=n,8192,0,88002,10.742431640625
SHLSU,λ<=n,8192,0,107772,13.15576171875
SHLSU,λ<=n,8192,0,89150,10.882568359375
SHLSU,λ<=n,8192,0,81375,9.9334716796875
SHLSU,λ<=n,8192,0,78777,9.6163330078125
SHLSU,λ<=n,8192,0,78278,9.555419921875
SHLSU,λ<=n,8192,0,97165,11.8609619140625
SHLSU,λ<=n,8192,0,174242,21.269775390625
SHLSU,λ<=n,8192,0,106968,13.0576171875
SHLSU,λ<=n,8192,0,95314,11.635009765625
SHLSU,λ<=n,8192,0,95884,11.70458984375
SHLSU,λ<=n,8192,0,84285,10.2886962890625
SHLSU,λ<=n,8192,0,117200,14.306640625
SHLSU,λ<=n,8192,0,122681,14.9757080078125
SHLSU,λ<=n,8192,0,100438,12.260498046875
SHLSU,λ<=n,8192,0,81300,9.92431640625
SHLSU,λ<=n,8192,0,80026,9.768798828125
SHLSU,λ<=n,8192,0,87134,10.636474609375
SHLSU,λ<=n,8192,0,81783,9.9832763671875
SHLSU,λ<=n,8192,0,92559,11.2987060546875
SHLSU,λ<=n,8192,0,91354,11.151611328125
SHLSU,λ<=n,8192,0,121373,14.8160400390625
SHLSU,λ<=n,8192,0,117547,14.3489990234375
SHLSU,λ<=n,8192,0,94510,11.536865234375
SHLSU,λ<=n,8192,0,95596,11.66943359375
SHLSU,λ<=n,8192,0,81531,9.9525146484375
SHLSU,λ<=n,8192,0,83923,10.2445068359375
SHLSU,λ<=n,8192,0,110646,13.506591796875
SHLSU,λ<=n,8192,0,108301,13.2203369140625
SHLSU,λ<=n,8192,0,83845,10.2349853515625
SHLSU,λ<=n,8192,0,76110,9.290771484375
SHLSU,λ<=n,8192,0,93649,11.4317626953125
SHLSU,λ<=n,8192,0,77385,9.4464111328125
SHLSU,λ<=n,8192,0,75355,9.1986083984375
SHLSU,λ<=n,8192,0,87468,10.67724609375
SHLSU,λ<=n,8192,0,83651,10.2113037109375
SHLSU,λ<=n,8192,0,101832,12.4306640625
SHLSU,λ<=n,8192,0,98166,11.983154296875
SHLSU,λ<=n,8192,0,97827,11.9417724609375
SHLSU,λ<=n,8192,0,86349,10.5406494140625
SHLSU,λ<=n,8192,0,122492,14.95263671875
SHLSU,λ<=n,8192,0,76625,9.3536376953125
SHLSU,λ<=n,8192,0,100435,12.2601318359375
SHLSU,λ<=n,8192,0,95394,11.644775390625
SHLSU,λ<=n,8192,0,72728,8.8779296875
SHLSU,λ<=n,8192,0,86294,10.533935546875
SHLSU,λ<=n,8192,0,86999,10.6199951171875
SHLSU,λ<=n,8192,0,80731,9.8548583984375
SHLSU,λ<=n,8192,0,92710,11.317138671875
SHLSU,λ<=n,8192,0,80626,9.842041015625
SHLSU,λ<=n,8192,0,85495,10.4364013671875
SHLSU,λ<=n,8192,0,93994,11.473876953125
SHLSU,λ<=n,8192,0,94840,11.5771484375
SHLSU,λ<=n,8192,0,106823,13.0399169921875
SHLSU,λ<=n,8192,0,87373,10.6656494140625
SHLSU,λ<=n,8192,0,75209,9.1807861328125
SHLSU,λ<=n,8192,0,85692,10.46044921875
SHLSU,λ<=n,8192,0,111372,13.59521484375
SHLSU,λ<=n,8192,0,73310,8.948974609375
SHLSU,λ<=n,8192,0,72331,8.8294677734375
SHLSU,λ<=n,8192,0,80644,9.84423828125
SHLSU,λ<=n,8192,0,81442,9.941650390625
SHLSU,λ<=n,8192,0,89221,10.8912353515625
SHLSU,λ<=n,8192,0,79947,9.7591552734375
SHLSU,λ<=n,8192,0,84181,10.2760009765625
SHLSU,λ<=n,8192,0,83078,10.141357421875
SHLSU,λ<=n,8192,0,78800,9.619140625
SHLSU,λ<=n,8192,0,80591,9.8377685546875
SHLSU,λ<=n,8192,0,73359,8.9549560546875
SHLSU,λ<=n,8192,0,101798,12.426513671875
SHLSU,λ<=n,8192,0,87577,10.6905517578125
SHLSU,λ<=n,8192,0,76729,9.3663330078125
SHLSU,λ<=n,8192,0,75368,9.2001953125
SRLSU,λ<=n,8192,0,99974,12.203857421875
SRLSU,λ<=n,8192,0,83086,10.142333984375
SRLSU,λ<=n,8192,0,81490,9.947509765625
SRLSU,λ<=n,8192,0,90865,11.0919189453125
SRLSU,λ<=n,8192,0,87472,10.677734375
SRLSU,λ<=n,8192,0,99180,12.10693359375
SRLSU,λ<=n,8192,0,93316,11.39111328125
SRLSU,λ<=n,8192,0,96474,11.776611328125
SRLSU,λ<=n,8192,0,87127,10.6356201171875
SRLSU,λ<=n,8192,0,79902,9.753662109375
SRLSU,λ<=n,8192,0,82341,10.0513916015625
SRLSU,λ<=n,8192,0,76395,9.3255615234375
SRLSU,λ<=n,8192,0,108439,13.2371826171875
SRLSU,λ<=n,8192,0,78240,9.55078125
SRLSU,λ<=n,8192,0,80041,9.7706298828125
SRLSU,λ<=n,8192,0,91989,11.2291259765625
SRLSU,λ<=n,8192,0,78573,9.5914306640625
SRLSU,λ<=n,8192,0,110233,13.4561767578125
SRLSU,λ<=n,8192,0,87421,10.6715087890625
SRLSU,λ<=n,8192,0,78400,9.5703125
SRLSU,λ<=n,8192,0,85799,10.4735107421875
SRLSU,λ<=n,8192,0,140160,17.109375
SRLSU,λ<=n,8192,0,131756,16.08349609375
SRLSU,λ<=n,8192,0,90095,10.9979248046875
SRLSU,λ<=n,8192,0,84214,10.280029296875
SRLSU,λ<=n,8192,0,106088,12.9501953125
SRLSU,λ<=n,8192,0,81146,9.905517578125
SRLSU,λ<=n,8192,0,110541,13.4937744140625
SRLSU,λ<=n,8192,0,101106,12.342041015625
SRLSU,λ<=n,8192,0,119710,14.613037109375
SRLSU,λ<=n,8192,0,78054,9.528076171875
SRLSU,λ<=n,8192,0,79583,9.7147216796875
SRLSU,λ<=n,8192,0,95184,11.619140625
SRLSU,λ<=n,8192,0,93767,11.4461669921875
SRLSU,λ<=n,8192,0,106651,13.0189208984375
SRLSU,λ<=n,8192,0,82311,10.0477294921875
SRLSU,λ<=n,8192,0,78785,9.6173095703125
SRLSU,λ<=n,8192,0,81814,9.987060546875
SRLSU,λ<=n,8192,0,97660,11.92138671875
SRLSU,λ<=n,8192,0,84283,10.2884521484375
SRLSU,λ<=n,8192,0,85371,10.4212646484375
SRLSU,λ<=n,8192,0,89147,10.8822021484375
SRLSU,λ<=n,8192,0,99637,12.1627197265625
SRLSU,λ<=n,8192,0,80102,9.778076171875
SRLSU,λ<=n,8192,0,113060,13.80126953125
SRLSU,λ<=n,8192,0,92483,11.2894287109375
SRLSU,λ<=n,8192,0,86180,10.52001953125
SRLSU,λ<=n,8192,0,142420,17.38525390625
SRLSU,λ<=n,8192,0,85720,10.4638671875
SRLSU,λ<=n,8192,0,110707,13.5140380859375
SRLSU,λ<=n,8192,0,103229,12.6011962890625
SRLSU,λ<=n,8192,0,84120,10.2685546875
SRLSU,λ<=n,8192,0,142173,17.3551025390625
SRLSU,λ<=n,8192,0,77105,9.4122314453125
SRLSU,λ<=n,8192,0,104874,12.802001953125
SRLSU,λ<=n,8192,0,109942,13.420654296875
SRLSU,λ<=n,8192,0,92123,11.2454833984375
SRLSU,λ<=n,8192,0,100947,12.3226318359375
SRLSU,λ<=n,8192,0,197922,24.160400390625
SRLSU,λ<=n,8192,0,101944,12.4443359375
SRLSU,λ<=n,8192,0,82345,10.0518798828125
SRLSU,λ<=n,8192,0,102514,12.513916015625
SRLSU,λ<=n,8192,0,82835,10.1116943359375
SRLSU,λ<=n,8192,0,88503,10.8035888671875
SRLSU,λ<=n,8192,0,115686,14.121826171875
SRLSU,λ<=n,8192,0,91484,11.16748046875
SRLSU,λ<=n,8192,0,76418,9.328369140625
SRLSU,λ<=n,8192,0,82924,10.12255859375
SRLSU,λ<=n,8192,0,78432,9.57421875
SRLSU,λ<=n,8192,0,104540,12.76123046875
SRLSU,λ<=n,8192,0,124435,15.1898193359375
SRLSU,λ<=n,8192,0,98465,12.0196533203125
SRLSU,λ<=n,8192,0,98724,12.05126953125
SRLSU,λ<=n,8192,0,105656,12.8974609375
SRLSU,λ<=n,8192,0,104271,12.7283935546875
SRLSU,λ<=n,8192,0,81352,9.9306640625
SRLSU,λ<=n,8192,0,130011,15.8704833984375
SRLSU,λ<=n,8192,0,121865,14.8760986328125
SRLSU,λ<=n,8192,0,122665,14.9737548828125
SRLSU,λ<=n,8192,0,132155,16.1322021484375
SRLSU,λ<=n,8192,0,124087,15.1473388671875
SRLSU,λ<=n,8192,0,150165,18.3306884765625
SRLSU,λ<=n,8192,0,84307,10.2913818359375
SRLSU,λ<=n,8192,0,110279,13.4617919921875
SRLSU,λ<=n,8192,0,91870,11.214599609375
SRLSU,λ<=n,8192,0,94805,11.5728759765625
SRLSU,λ<=n,8192,0,117430,14.334716796875
SRLSU,λ<=n,8192,0,94885,11.5826416015625
SRLSU,λ<=n,8192,0,106966,13.057373046875
SRLSU,λ<=n,8192,0,92713,11.3175048828125
SRLSU,λ<=n,8192,0,102245,12.4810791015625
SRLSU,λ<=n,8192,0,83863,10.2371826171875
SRLSU,λ<=n,8192,0,108187,13.2064208984375
SRLSU,λ<=n,8192,0,101015,12.3309326171875
SRLSU,λ<=n,8192,0,219513,26.7960205078125
SRLSU,λ<=n,8192,0,113311,13.8319091796875
SRLSU,λ<=n,8192,0,80591,9.8377685546875
SRLSU,λ<=n,8192,0,112429,13.7242431640625
SRLSU,λ<=n,8192,0,89480,10.9228515625
SRLSU,λ<=n,8192,0,108726,13.272216796875
SSLSU,λ<=n,8192,0,102446,12.505615234375
SSLSU,λ<=n,8192,0,146468,17.87939453125
SSLSU,λ<=n,8192,0,119168,14.546875
SSLSU,λ<=n,8192,0,122533,14.9576416015625
SSLSU,λ<=n,8192,0,135268,16.51220703125
SSLSU,λ<=n,8192,0,104250,12.725830078125
SSLSU,λ<=n,8192,0,113666,13.875244140625
SSLSU,λ<=n,8192,0,157172,19.18603515625
SSLSU,λ<=n,8192,0,127122,15.517822265625
SSLSU,λ<=n,8192,0,123436,15.06787109375
SSLSU,λ<=n,8192,0,143102,17.468505859375
SSLSU,λ<=n,8192,0,215183,26.2674560546875
SSLSU,λ<=n,8192,0,112810,13.770751953125
SSLSU,λ<=n,8192,0,159921,19.5216064453125
SSLSU,λ<=n,8192,0,108897,13.2930908203125
SSLSU,λ<=n,8192,0,133951,16.3514404296875
SSLSU,λ<=n,8192,0,171067,20.8822021484375
SSLSU,λ<=n,8192,0,106833,13.0411376953125
SSLSU,λ<=n,8192,0,120835,14.7503662109375
SSLSU,λ<=n,8192,0,149915,18.3001708984375
SSLSU,λ<=n,8192,0,109798,13.403076171875
SSLSU,λ<=n,8192,0,126126,15.396240234375
SSLSU,λ<=n,8192,0,115745,14.1290283203125
SSLSU,λ<=n,8192,0,168413,20.5582275390625
SSLSU,λ<=n,8192,0,127769,15.5968017578125
SSLSU,λ<=n,8192,0,113803,13.8919677734375
SSLSU,λ<=n,8192,0,115855,14.1424560546875
SSLSU,λ<=n,8192,0,103455,12.6287841796875
SSLSU,λ<=n,8192,0,136839,16.7039794921875
SSLSU,λ<=n,8192,0,274214,33.473388671875
SSLSU,λ<=n,8192,0,106538,13.005126953125
SSLSU,λ<=n,8192,0,271171,33.1019287109375
SSLSU,λ<=n,8192,0,156561,19.1114501953125
SSLSU,λ<=n,8192,0,134055,16.3641357421875
SSLSU,λ<=n,8192,0,135032,16.4833984375
SSLSU,λ<=n,8192,0,163015,19.8992919921875
SSLSU,λ<=n,8192,0,142237,17.3629150390625
SSLSU,λ<=n,8192,0,242781,29.6363525390625
SSLSU,λ<=n,8192,0,198324,24.20947265625
SSLSU,λ<=n,8192,0,147128,17.9599609375
SSLSU,λ<=n,8192,0,229307,27.9915771484375
SSLSU,λ<=n,8192,0,122277,14.9263916015625
SSLSU,λ<=n,8192,0,176922,21.596923828125
SSLSU,λ<=n,8192,0,156085,19.0533447265625
SSLSU,λ<=n,8192,0,117743,14.3729248046875
SSLSU,λ<=n,8192,0,144790,17.674560546875
SSLSU,λ<=n,8192,0,128953,15.7413330078125
SSLSU,λ<=n,8192,0,100294,12.242919921875
SSLSU,λ<=n,8192,0,214188,26.14599609375
SSLSU,λ<=n,8192,0,99368,12.1298828125
SSLSU,λ<=n,8192,0,98428,12.01513671875
SSLSU,λ<=n,8192,0,118822,14.504638671875
SSLSU,λ<=n,8192,0,134390,16.405029296875
SSLSU,λ<=n,8192,0,118043,14.4095458984375
SSLSU,λ<=n,8192,0,124648,15.2158203125
SSLSU,λ<=n,8192,0,126229,15.4088134765625
SSLSU,λ<=n,8192,0,157227,19.1927490234375
SSLSU,λ<=n,8192,0,131288,16.0263671875
SSLSU,λ<=n,8192,0,121584,14.841796875
SSLSU,λ<=n,8192,0,129563,15.8157958984375
SSLSU,λ<=n,8192,0,155479,18.9793701171875
SSLSU,λ<=n,8192,0,116319,14.1990966796875
SSLSU,λ<=n,8192,0,123015,15.0164794921875
SSLSU,λ<=n,8192,0,103697,12.6583251953125
SSLSU,λ<=n,8192,0,153477,18.7349853515625
SSLSU,λ<=n,8192,0,238540,29.11865234375
SSLSU,λ<=n,8192,0,142247,17.3641357421875
SSLSU,λ<=n,8192,0,117018,14.284423828125
SSLSU,λ<=n,8192,0,121319,14.8094482421875
SSLSU,λ<=n,8192,0,110463,13.4842529296875
SSLSU,λ<=n,8192,0,120868,14.75439453125
SSLSU,λ<=n,8192,0,190786,23.289306640625
SSLSU,λ<=n,8192,0,108267,13.2161865234375
SSLSU,λ<=n,8192,0,156003,19.0433349609375
SSLSU,λ<=n,8192,0,104717,12.7828369140625
SSLSU,λ<=n,8192,0,120056,14.6552734375
SSLSU,λ<=n,8192,0,150795,18.4075927734375
SSLSU,λ<=n,8192,0,131623,16.0672607421875
SSLSU,λ<=n,8192,0,118252,14.43505859375
SSLSU,λ<=n,8192,0,144224,17.60546875
SSLSU,λ<=n,8192,0,131829,16.0924072265625
SSLSU,λ<=n,8192,0,138971,16.9642333984375
SSLSU,λ<=n,8192,0,154459,18.8548583984375
SSLSU,λ<=n,8192,0,131188,16.01416015625
SSLSU,λ<=n,8192,0,147392,17.9921875
SSLSU,λ<=n,8192,0,157384,19.2119140625
SSLSU,λ<=n,8192,0,115699,14.1234130859375
SSLSU,λ<=n,8192,0,126174,15.402099609375
SSLSU,λ<=n,8192,0,96488,11.7783203125
SSLSU,λ<=n,8192,0,127576,15.5732421875
SSLSU,λ<=n,8192,0,122403,14.9417724609375
SSLSU,λ<=n,8192,0,100304,12.244140625
SSLSU,λ<=n,8192,0,108253,13.2144775390625
SSLSU,λ<=n,8192,0,194644,23.76025390625
SSLSU,λ<=n,8192,0,156661,19.1236572265625
SSLSU,λ<=n,8192,0,100933,12.3209228515625
SSLSU,λ<=n,8192,0,115815,14.1375732421875
SSLSU,λ<=n,8192,0,158494,19.347412109375
SSLSU,λ<=n,8192,0,165130,20.157470703125
SSLSU,λ<=n,8192,0,188324,22.98876953125
SSDMU,λ<=n,8192,0,137938,16.838134765625
SSDMU,λ<=n,8192,0,90535,11.0516357421875
SSDMU,λ<=n,8192,0,90129,11.0020751953125
SSDMU,λ<=n,8192,0,84630,10.330810546875
SSDMU,λ<=n,8192,0,127616,15.578125
SSDMU,λ<=n,8192,0,118131,14.4202880859375
SSDMU,λ<=n,8192,0,149756,18.28076171875
SSDMU,λ<=n,8192,0,127159,15.5223388671875
SSDMU,λ<=n,8192,0,108813,13.2828369140625
SSDMU,λ<=n,8192,0,91658,11.188720703125
SSDMU,λ<=n,8192,0,81160,9.9072265625
SSDMU,λ<=n,8192,0,78867,9.6273193359375
SSDMU,λ<=n,8192,0,81311,9.9256591796875
SSDMU,λ<=n,8192,0,88333,10.7828369140625
SSDMU,λ<=n,8192,0,118044,14.40966796875
SSDMU,λ<=n,8192,0,154115,18.8128662109375
SSDMU,λ<=n,8192,0,107598,13.134521484375
SSDMU,λ<=n,8192,0,148022,18.069091796875
SSDMU,λ<=n,8192,0,116216,14.1865234375
SSDMU,λ<=n,8192,0,99328,12.125
SSDMU,λ<=n,8192,0,167590,20.457763671875
SSDMU,λ<=n,8192,0,226890,27.696533203125
SSDMU,λ<=n,8192,0,136538,16.667236328125
SSDMU,λ<=n,8192,0,137061,16.7310791015625
SSDMU,λ<=n,8192,0,173680,21.201171875
SSDMU,λ<=n,8192,0,110431,13.4803466796875
SSDMU,λ<=n,8192,0,138961,16.9630126953125
SSDMU,λ<=n,8192,0,198424,24.2216796875
SSDMU,λ<=n,8192,0,108801,13.2813720703125
SSDMU,λ<=n,8192,0,89780,10.95947265625
SSDMU,λ<=n,8192,0,113486,13.853271484375
SSDMU,λ<=n,8192,0,107286,13.096435546875
SSDMU,λ<=n,8192,0,93535,11.4178466796875
SSDMU,λ<=n,8192,0,250961,30.6348876953125
SSDMU,λ<=n,8192,0,110045,13.4332275390625
SSDMU,λ<=n,8192,0,182067,22.2249755859375
SSDMU,λ<=n,8192,0,192294,23.473388671875
SSDMU,λ<=n,8192,0,117498,14.343017578125
SSDMU,λ<=n,8192,0,181176,22.1162109375
SSDMU,λ<=n,8192,0,140359,17.1336669921875
SSDMU,λ<=n,8192,0,92830,11.331787109375
SSDMU,λ<=n,8192,0,114909,14.0269775390625
SSDMU,λ<=n,8192,0,143057,17.4630126953125
SSDMU,λ<=n,8192,0,87538,10.685791015625
SSDMU,λ<=n,8192,0,92895,11.3397216796875
SSDMU,λ<=n,8192,0,110523,13.4915771484375
SSDMU,λ<=n,8192,0,131067,15.9993896484375
SSDMU,λ<=n,8192,0,181355,22.1380615234375
SSDMU,λ<=n,8192,0,138312,16.8837890625
SSDMU,λ<=n,8192,0,98510,12.025146484375
SSDMU,λ<=n,8192,0,92042,11.235595703125
SSDMU,λ<=n,8192,0,105156,12.83642578125
SSDMU,λ<=n,8192,0,100885,12.3150634765625
SSDMU,λ<=n,8192,0,82240,10.0390625
SSDMU,λ<=n,8192,0,111714,13.636962890625
SSDMU,λ<=n,8192,0,168999,20.6297607421875
SSDMU,λ<=n,8192,0,85986,10.496337890625
SSDMU,λ<=n,8192,0,117329,14.3223876953125
SSDMU,λ<=n,8192,0,181864,22.2001953125
SSDMU,λ<=n,8192,0,117272,14.3154296875
SSDMU,λ<=n,8192,0,103633,12.6505126953125
SSDMU,λ<=n,8192,0,85643,10.4544677734375
SSDMU,λ<=n,8192,0,124845,15.2398681640625
SSDMU,λ<=n,8192,0,137623,16.7996826171875
SSDMU,λ<=n,8192,0,120298,14.684814453125
SSDMU,λ<=n,8192,0,99262,12.116943359375
SSDMU,λ<=n,8192,0,102008,12.4521484375
SSDMU,λ<=n,8192,0,125306,15.296142578125
SSDMU,λ<=n,8192,0,114295,13.9520263671875
SSDMU,λ<=n,8192,0,203222,24.807373046875
SSDMU,λ<=n,8192,0,108469,13.2408447265625
SSDMU,λ<=n,8192,0,174347,21.2825927734375
SSDMU,λ<=n,8192,0,112250,13.702392578125
SSDMU,λ<=n,8192,0,154598,18.871826171875
SSDMU,λ<=n,8192,0,76942,9.392333984375
SSDMU,λ<=n,8192,0,88796,10.83935546875
SSDMU,λ<=n,8192,0,165942,20.256591796875
SSDMU,λ<=n,8192,0,162392,19.8232421875
SSDMU,λ<=n,8192,0,184665,22.5421142578125
SSDMU,λ<=n,8192,0,132773,16.2076416015625
SSDMU,λ<=n,8192,0,258781,31.5894775390625
SSDMU,λ<=n,8192,0,104671,12.7772216796875
SSDMU,λ<=n,8192,0,82925,10.1226806640625
SSDMU,λ<=n,8192,0,98067,11.9710693359375
SSDMU,λ<=n,8192,0,165281,20.1759033203125
SSDMU,λ<=n,8192,0,121667,14.8519287109375
SSDMU,λ<=n,8192,0,149977,18.3077392578125
SSDMU,λ<=n,8192,0,99735,12.1746826171875
SSDMU,λ<=n,8192,0,104129,12.7110595703125
SSDMU,λ<=n,8192,0,104075,12.7044677734375
SSDMU,λ<=n,8192,0,155832,19.0224609375
SSDMU,λ<=n,8192,0,110422,13.479248046875
SSDMU,λ<=n,8192,0,97038,11.845458984375
SSDMU,λ<=n,8192,0,130754,15.961181640625
SSDMU,λ<=n,8192,0,350721,42.8126220703125
SSDMU,λ<=n,8192,0,95687,11.6805419921875
SSDMU,λ<=n,8192,0,112820,13.77197265625
SSDMU,λ<=n,8192,0,114047,13.9217529296875
SSDMU,λ<=n,8192,0,111458,13.605712890625
SSDMU,λ<=n,8192,0,98568,12.0322265625
SRDMU,λ<=n,8192,0,78608,9.595703125
SRDMU,λ<=n,8192,0,61414,7.496826171875
SRDMU,λ<=n,8192,0,78787,9.6175537109375
SRDMU,λ<=n,8192,0,71746,8.758056640625
SRDMU,λ<=n,8192,0,65781,8.0299072265625
SRDMU,λ<=n,8192,0,67822,8.279052734375
SRDMU,λ<=n,8192,0,90591,11.0584716796875
SRDMU,λ<=n,8192,0,106404,12.98876953125
SRDMU,λ<=n,8192,0,91637,11.1861572265625
SRDMU,λ<=n,8192,0,93585,11.4239501953125
SRDMU,λ<=n,8192,0,106983,13.0594482421875
SRDMU,λ<=n,8192,0,66735,8.1463623046875
SRDMU,λ<=n,8192,0,125165,15.2789306640625
SRDMU,λ<=n,8192,0,84585,10.3253173828125
SRDMU,λ<=n,8192,0,66579,8.1273193359375
SRDMU,λ<=n,8192,0,78878,9.628662109375
SRDMU,λ<=n,8192,0,62380,7.61474609375
SRDMU,λ<=n,8192,0,80923,9.8782958984375
SRDMU,λ<=n,8192,0,63877,7.7974853515625
SRDMU,λ<=n,8192,0,98071,11.9715576171875
SRDMU,λ<=n,8192,0,83042,10.136962890625
SRDMU,λ<=n,8192,0,121083,14.7806396484375
SRDMU,λ<=n,8192,0,65935,8.0487060546875
SRDMU,λ<=n,8192,0,73667,8.9925537109375
SRDMU,λ<=n,8192,0,78379,9.5677490234375
SRDMU,λ<=n,8192,0,86211,10.5238037109375
SRDMU,λ<=n,8192,0,76244,9.30712890625
SRDMU,λ<=n,8192,0,72834,8.890869140625
SRDMU,λ<=n,8192,0,92421,11.2818603515625
SRDMU,λ<=n,8192,0,67656,8.2587890625
SRDMU,λ<=n,8192,0,85969,10.4942626953125
SRDMU,λ<=n,8192,0,64223,7.8397216796875
SRDMU,λ<=n,8192,0,75767,9.2489013671875
SRDMU,λ<=n,8192,0,66761,8.1495361328125
SRDMU,λ<=n,8192,0,106052,12.94580078125
SRDMU,λ<=n,8192,0,71424,8.71875
SRDMU,λ<=n,8192,0,172899,21.1058349609375
SRDMU,λ<=n,8192,0,119350,14.569091796875
SRDMU,λ<=n,8192,0,66961,8.1739501953125
SRDMU,λ<=n,8192,0,101502,12.390380859375
SRDMU,λ<=n,8192,0,116948,14.27587890625
SRDMU,λ<=n,8192,0,65795,8.0316162109375
SRDMU,λ<=n,8192,0,64464,7.869140625
SRDMU,λ<=n,8192,0,86163,10.5179443359375
SRDMU,λ<=n,8192,0,93415,11.4031982421875
SRDMU,λ<=n,8192,0,110124,13.44287109375
SRDMU,λ<=n,8192,0,92602,11.303955078125
SRDMU,λ<=n,8192,0,127720,15.5908203125
SRDMU,λ<=n,8192,0,92978,11.349853515625
SRDMU,λ<=n,8192,0,71210,8.692626953125
SRDMU,λ<=n,8192,0,83575,10.2020263671875
SRDMU,λ<=n,8192,0,70235,8.5736083984375
SRDMU,λ<=n,8192,0,103477,12.6314697265625
SRDMU,λ<=n,8192,0,70968,8.6630859375
SRDMU,λ<=n,8192,0,85712,10.462890625
SRDMU,λ<=n,8192,0,61349,7.4888916015625
SRDMU,λ<=n,8192,0,110924,13.54052734375
SRDMU,λ<=n,8192,0,82897,10.1192626953125
SRDMU,λ<=n,8192,0,64746,7.903564453125
SRDMU,λ<=n,8192,0,76705,9.3634033203125
SRDMU,λ<=n,8192,0,67751,8.2703857421875
SRDMU,λ<=n,8192,0,97246,11.870849609375
SRDMU,λ<=n,8192,0,75866,9.260986328125
SRDMU,λ<=n,8192,0,73577,8.9815673828125
SRDMU,λ<=n,8192,0,60439,7.3778076171875
SRDMU,λ<=n,8192,0,100330,12.247314453125
SRDMU,λ<=n,8192,0,134555,16.4251708984375
SRDMU,λ<=n,8192,0,72117,8.8033447265625
SRDMU,λ<=n,8192,0,79960,9.7607421875
SRDMU,λ<=n,8192,0,87647,10.6990966796875
SRDMU,λ<=n,8192,0,74948,9.14892578125
SRDMU,λ<=n,8192,0,79587,9.7152099609375
SRDMU,λ<=n,8192,0,88422,10.793701171875
SRDMU,λ<=n,8192,0,97428,11.89306640625
SRDMU,λ<=n,8192,0,63227,7.7181396484375
SRDMU,λ<=n,8192,0,67988,8.29931640625
SRDMU,λ<=n,8192,0,62961,7.6856689453125
SRDMU,λ<=n,8192,0,63894,7.799560546875
SRDMU,λ<=n,8192,0,71707,8.7532958984375
SRDMU,λ<=n,8192,0,83700,10.21728515625
SRDMU,λ<=n,8192,0,64908,7.92333984375
SRDMU,λ<=n,8192,0,124702,15.222412109375
SRDMU,λ<=n,8192,0,66438,8.110107421875
SRDMU,λ<=n,8192,0,75352,9.1982421875
SRDMU,λ<=n,8192,0,69667,8.5042724609375
SRDMU,λ<=n,8192,0,78021,9.5240478515625
SRDMU,λ<=n,8192,0,133396,16.28369140625
SRDMU,λ<=n,8192,0,71680,8.75
SRDMU,λ<=n,8192,0,92805,11.3287353515625
SRDMU,λ<=n,8192,0,67534,8.243896484375
SRDMU,λ<=n,8192,0,87010,10.621337890625
SRDMU,λ<=n,8192,0,84787,10.3499755859375
SRDMU,λ<=n,8192,0,74198,9.057373046875
SRDMU,λ<=n,8192,0,66458,8.112548828125
SRDMU,λ<=n,8192,0,67962,8.296142578125
SRDMU,λ<=n,8192,0,81167,9.9080810546875
SRDMU,λ<=n,8192,0,79083,9.6536865234375
SRDMU,λ<=n,8192,0,63056,7.697265625
SRDMU,λ<=n,8192,0,86818,10.597900390625
SRDMU,λ<=n,8192,0,78007,9.5223388671875
SHDMU,λ<=n,8192,0,63789,7.7867431640625
SHDMU,λ<=n,8192,0,67559,8.2469482421875
SHDMU,λ<=n,8192,0,71125,8.6822509765625
SHDMU,λ<=n,8192,0,96860,11.82373046875
SHDMU,λ<=n,8192,0,67690,8.262939453125
SHDMU,λ<=n,8192,0,65624,8.0107421875
SHDMU,λ<=n,8192,0,111599,13.6229248046875
SHDMU,λ<=n,8192,0,82355,10.0531005859375
SHDMU,λ<=n,8192,0,60488,7.3837890625
SHDMU,λ<=n,8192,0,71373,8.7125244140625
SHDMU,λ<=n,8192,0,87089,10.6309814453125
SHDMU,λ<=n,8192,0,68604,8.37451171875
SHDMU,λ<=n,8192,0,68265,8.3331298828125
SHDMU,λ<=n,8192,0,71561,8.7354736328125
SHDMU,λ<=n,8192,0,76652,9.35693359375
SHDMU,λ<=n,8192,0,67553,8.2462158203125
SHDMU,λ<=n,8192,0,58911,7.1912841796875
SHDMU,λ<=n,8192,0,77002,9.399658203125
SHDMU,λ<=n,8192,0,87421,10.6715087890625
SHDMU,λ<=n,8192,0,124164,15.15673828125
SHDMU,λ<=n,8192,0,62714,7.655517578125
SHDMU,λ<=n,8192,0,64765,7.9058837890625
SHDMU,λ<=n,8192,0,72918,8.901123046875
SHDMU,λ<=n,8192,0,150906,18.421142578125
SHDMU,λ<=n,8192,0,73755,9.0032958984375
SHDMU,λ<=n,8192,0,77842,9.502197265625
SHDMU,λ<=n,8192,0,96152,11.7373046875
SHDMU,λ<=n,8192,0,65566,8.003662109375
SHDMU,λ<=n,8192,0,59808,7.30078125
SHDMU,λ<=n,8192,0,65611,8.0091552734375
SHDMU,λ<=n,8192,0,58461,7.1363525390625
SHDMU,λ<=n,8192,0,68655,8.3807373046875
SHDMU,λ<=n,8192,0,61885,7.5543212890625
SHDMU,λ<=n,8192,0,100426,12.259033203125
SHDMU,λ<=n,8192,0,61643,7.5247802734375
SHDMU,λ<=n,8192,0,96059,11.7259521484375
SHDMU,λ<=n,8192,0,70434,8.597900390625
SHDMU,λ<=n,8192,0,62812,7.66748046875
SHDMU,λ<=n,8192,0,63697,7.7755126953125
SHDMU,λ<=n,8192,0,62071,7.5770263671875
SHDMU,λ<=n,8192,0,64250,7.843017578125
SHDMU,λ<=n,8192,0,58570,7.149658203125
SHDMU,λ<=n,8192,0,90514,11.049072265625
SHDMU,λ<=n,8192,0,68573,8.3707275390625
SHDMU,λ<=n,8192,0,90278,11.020263671875
SHDMU,λ<=n,8192,0,91793,11.2052001953125
SHDMU,λ<=n,8192,0,55835,6.8157958984375
SHDMU,λ<=n,8192,0,73397,8.9595947265625
SHDMU,λ<=n,8192,0,76897,9.3868408203125
SHDMU,λ<=n,8192,0,61311,7.4842529296875
SHDMU,λ<=n,8192,0,67489,8.2384033203125
SHDMU,λ<=n,8192,0,128954,15.741455078125
SHDMU,λ<=n,8192,0,64338,7.853759765625
SHDMU,λ<=n,8192,0,71745,8.7579345703125
SHDMU,λ<=n,8192,0,99368,12.1298828125
SHDMU,λ<=n,8192,0,59847,7.3055419921875
SHDMU,λ<=n,8192,0,81039,9.8924560546875
SHDMU,λ<=n,8192,0,61481,7.5050048828125
SHDMU,λ<=n,8192,0,94942,11.589599609375
SHDMU,λ<=n,8192,0,57530,7.022705078125
SHDMU,λ<=n,8192,0,77604,9.47314453125
SHDMU,λ<=n,8192,0,69100,8.43505859375
SHDMU,λ<=n,8192,0,59023,7.2049560546875
SHDMU,λ<=n,8192,0,87020,10.62255859375
SHDMU,λ<=n,8192,0,68789,8.3970947265625
SHDMU,λ<=n,8192,0,61719,7.5340576171875
SHDMU,λ<=n,8192,0,64756,7.90478515625
SHDMU,λ<=n,8192,0,65088,7.9453125
SHDMU,λ<=n,8192,0,65722,8.022705078125
SHDMU,λ<=n,8192,0,63190,7.713623046875
SHDMU,λ<=n,8192,0,81491,9.9476318359375
SHDMU,λ<=n,8192,0,62047,7.5740966796875
SHDMU,λ<=n,8192,0,60606,7.398193359375
SHDMU,λ<=n,8192,0,79737,9.7335205078125
SHDMU,λ<=n,8192,0,57579,7.0286865234375
SHDMU,λ<=n,8192,0,63925,7.8033447265625
SHDMU,λ<=n,8192,0,70815,8.6444091796875
SHDMU,λ<=n,8192,0,73166,8.931396484375
SHDMU,λ<=n,8192,0,72120,8.8037109375
SHDMU,λ<=n,8192,0,131319,16.0301513671875
SHDMU,λ<=n,8192,0,60446,7.378662109375
SHDMU,λ<=n,8192,0,60952,7.4404296875
SHDMU,λ<=n,8192,0,77312,9.4375
SHDMU,λ<=n,8192,0,159490,19.468994140625
SHDMU,λ<=n,8192,0,116552,14.2275390625
SHDMU,λ<=n,8192,0,94945,11.5899658203125
SHDMU,λ<=n,8192,0,88087,10.7528076171875
SHDMU,λ<=n,8192,0,82227,10.0374755859375
SHDMU,λ<=n,8192,0,59903,7.3123779296875
SHDMU,λ<=n,8192,0,76529,9.3419189453125
SHDMU,λ<=n,8192,0,74140,9.05029296875
SHDMU,λ<=n,8192,0,60886,7.432373046875
SHDMU,λ<=n,8192,0,53763,6.5628662109375
SHDMU,λ<=n,8192,0,100763,12.3001708984375
SHDMU,λ<=n,8192,0,77130,9.415283203125
SHDMU,λ<=n,8192,0,94846,11.577880859375
SHDMU,λ<=n,8192,0,57794,7.054931640625
SHDMU,λ<=n,8192,0,62923,7.6810302734375
SHDMU,λ<=n,8192,0,56784,6.931640625
SHDMU,λ<=n,8192,0,58549,7.1470947265625
SHLMU,λ<=n,8192,0,63741,7.7808837890625
SHLMU,λ<=n,8192,0,70347,8.5872802734375
SHLMU,λ<=n,8192,0,91157,11.1275634765625
SHLMU,λ<=n,8192,0,77542,9.465576171875
SHLMU,λ<=n,8192,0,80127,9.7811279296875
SHLMU,λ<=n,8192,0,67103,8.1912841796875
SHLMU,λ<=n,8192,0,58398,7.128662109375
SHLMU,λ<=n,8192,0,110765,13.5211181640625
SHLMU,λ<=n,8192,0,66486,8.115966796875
SHLMU,λ<=n,8192,0,63475,7.7484130859375
SHLMU,λ<=n,8192,0,94282,11.509033203125
SHLMU,λ<=n,8192,0,74368,9.078125
SHLMU,λ<=n,8192,0,61750,7.537841796875
SHLMU,λ<=n,8192,0,71184,8.689453125
SHLMU,λ<=n,8192,0,64678,7.895263671875
SHLMU,λ<=n,8192,0,61432,7.4990234375
SHLMU,λ<=n,8192,0,63428,7.74267578125
SHLMU,λ<=n,8192,0,71431,8.7196044921875
SHLMU,λ<=n,8192,0,81455,9.9432373046875
SHLMU,λ<=n,8192,0,64772,7.90673828125
SHLMU,λ<=n,8192,0,90205,11.0113525390625
SHLMU,λ<=n,8192,0,67507,8.2406005859375
SHLMU,λ<=n,8192,0,58869,7.1861572265625
SHLMU,λ<=n,8192,0,83757,10.2242431640625
SHLMU,λ<=n,8192,0,85406,10.425537109375
SHLMU,λ<=n,8192,0,62610,7.642822265625
SHLMU,λ<=n,8192,0,65625,8.0108642578125
SHLMU,λ<=n,8192,0,95937,11.7110595703125
SHLMU,λ<=n,8192,0,76510,9.339599609375
SHLMU,λ<=n,8192,0,74733,9.1226806640625
SHLMU,λ<=n,8192,0,72850,8.892822265625
SHLMU,λ<=n,8192,0,66495,8.1170654296875
SHLMU,λ<=n,8192,0,85157,10.3951416015625
SHLMU,λ<=n,8192,0,79138,9.660400390625
SHLMU,λ<=n,8192,0,77731,9.4886474609375
SHLMU,λ<=n,8192,0,62290,7.603759765625
SHLMU,λ<=n,8192,0,77337,9.4405517578125
SHLMU,λ<=n,8192,0,85192,10.3994140625
SHLMU,λ<=n,8192,0,60803,7.4222412109375
SHLMU,λ<=n,8192,0,62116,7.58251953125
SHLMU,λ<=n,8192,0,69229,8.4508056640625
SHLMU,λ<=n,8192,0,82751,10.1014404296875
SHLMU,λ<=n,8192,0,68160,8.3203125
SHLMU,λ<=n,8192,0,63669,7.7720947265625
SHLMU,λ<=n,8192,0,71078,8.676513671875
SHLMU,λ<=n,8192,0,95797,11.6939697265625
SHLMU,λ<=n,8192,0,71908,8.77783203125
SHLMU,λ<=n,8192,0,70172,8.56591796875
SHLMU,λ<=n,8192,0,85359,10.4197998046875
SHLMU,λ<=n,8192,0,64209,7.8380126953125
SHLMU,λ<=n,8192,0,72244,8.81884765625
SHLMU,λ<=n,8192,0,64850,7.916259765625
SHLMU,λ<=n,8192,0,61828,7.54736328125
SHLMU,λ<=n,8192,0,65843,8.0374755859375
SHLMU,λ<=n,8192,0,61049,7.4522705078125
SHLMU,λ<=n,8192,0,58848,7.18359375
SHLMU,λ<=n,8192,0,77188,9.42236328125
SHLMU,λ<=n,8192,0,64328,7.8525390625
SHLMU,λ<=n,8192,0,75150,9.173583984375
SHLMU,λ<=n,8192,0,97890,11.949462890625
SHLMU,λ<=n,8192,0,73661,8.9918212890625
SHLMU,λ<=n,8192,0,77801,9.4971923828125
SHLMU,λ<=n,8192,0,61657,7.5264892578125
SHLMU,λ<=n,8192,0,66429,8.1090087890625
SHLMU,λ<=n,8192,0,68958,8.417724609375
SHLMU,λ<=n,8192,0,60185,7.3468017578125
SHLMU,λ<=n,8192,0,70413,8.5953369140625
SHLMU,λ<=n,8192,0,82410,10.059814453125
SHLMU,λ<=n,8192,0,71022,8.669677734375
SHLMU,λ<=n,8192,0,80945,9.8809814453125
SHLMU,λ<=n,8192,0,63101,7.7027587890625
SHLMU,λ<=n,8192,0,66560,8.125
SHLMU,λ<=n,8192,0,71035,8.6712646484375
SHLMU,λ<=n,8192,0,92898,11.340087890625
SHLMU,λ<=n,8192,0,69133,8.4390869140625
SHLMU,λ<=n,8192,0,65644,8.01318359375
SHLMU,λ<=n,8192,0,78253,9.5523681640625
SHLMU,λ<=n,8192,0,66592,8.12890625
SHLMU,λ<=n,8192,0,59889,7.3106689453125
SHLMU,λ<=n,8192,0,74726,9.121826171875
SHLMU,λ<=n,8192,0,75789,9.2515869140625
SHLMU,λ<=n,8192,0,95576,11.6669921875
SHLMU,λ<=n,8192,0,59663,7.2830810546875
SHLMU,λ<=n,8192,0,65301,7.9713134765625
SHLMU,λ<=n,8192,0,66938,8.171142578125
SHLMU,λ<=n,8192,0,95434,11.649658203125
SHLMU,λ<=n,8192,0,67348,8.22119140625
SHLMU,λ<=n,8192,0,58871,7.1864013671875
SHLMU,λ<=n,8192,0,62927,7.6815185546875
SHLMU,λ<=n,8192,0,62239,7.5975341796875
SHLMU,λ<=n,8192,0,76294,9.313232421875
SHLMU,λ<=n,8192,0,65475,7.9925537109375
SHLMU,λ<=n,8192,0,63297,7.7266845703125
SHLMU,λ<=n,8192,0,60715,7.4114990234375
SHLMU,λ<=n,8192,0,62615,7.6434326171875
SHLMU,λ<=n,8192,0,80660,9.84619140625
SHLMU,λ<=n,8192,0,83222,10.158935546875
SHLMU,λ<=n,8192,0,59764,7.29541015625
SHLMU,λ<=n,8192,0,62925,7.6812744140625
SRLMU,λ<=n,8192,0,89769,10.9581298828125
SRLMU,λ<=n,8192,0,71506,8.728759765625
SRLMU,λ<=n,8192,0,60986,7.444580078125
SRLMU,λ<=n,8192,0,83452,10.18701171875
SRLMU,λ<=n,8192,0,106685,13.0230712890625
SRLMU,λ<=n,8192,0,67095,8.1903076171875
SRLMU,λ<=n,8192,0,77272,9.4326171875
SRLMU,λ<=n,8192,0,87216,10.646484375
SRLMU,λ<=n,8192,0,67199,8.2030029296875
SRLMU,λ<=n,8192,0,114879,14.0233154296875
SRLMU,λ<=n,8192,0,62468,7.62548828125
SRLMU,λ<=n,8192,0,63954,7.806884765625
SRLMU,λ<=n,8192,0,78141,9.5386962890625
SRLMU,λ<=n,8192,0,84956,10.37060546875
SRLMU,λ<=n,8192,0,73701,8.9967041015625
SRLMU,λ<=n,8192,0,143945,17.5714111328125
SRLMU,λ<=n,8192,0,83624,10.2080078125
SRLMU,λ<=n,8192,0,92001,11.2305908203125
SRLMU,λ<=n,8192,0,65868,8.04052734375
SRLMU,λ<=n,8192,0,83085,10.1422119140625
SRLMU,λ<=n,8192,0,72460,8.84521484375
SRLMU,λ<=n,8192,0,68323,8.3402099609375
SRLMU,λ<=n,8192,0,67378,8.224853515625
SRLMU,λ<=n,8192,0,69464,8.4794921875
SRLMU,λ<=n,8192,0,95377,11.6427001953125
SRLMU,λ<=n,8192,0,113754,13.885986328125
SRLMU,λ<=n,8192,0,69978,8.542236328125
SRLMU,λ<=n,8192,0,117702,14.367919921875
SRLMU,λ<=n,8192,0,82569,10.0792236328125
SRLMU,λ<=n,8192,0,72223,8.8162841796875
SRLMU,λ<=n,8192,0,80408,9.8154296875
SRLMU,λ<=n,8192,0,87437,10.6734619140625
SRLMU,λ<=n,8192,0,74000,9.033203125
SRLMU,λ<=n,8192,0,70714,8.632080078125
SRLMU,λ<=n,8192,0,66598,8.129638671875
SRLMU,λ<=n,8192,0,79509,9.7056884765625
SRLMU,λ<=n,8192,0,65875,8.0413818359375
SRLMU,λ<=n,8192,0,100416,12.2578125
SRLMU,λ<=n,8192,0,112909,13.7828369140625
SRLMU,λ<=n,8192,0,71161,8.6866455078125
SRLMU,λ<=n,8192,0,69469,8.4801025390625
SRLMU,λ<=n,8192,0,75949,9.2711181640625
SRLMU,λ<=n,8192,0,76214,9.303466796875
SRLMU,λ<=n,8192,0,90306,11.023681640625
SRLMU,λ<=n,8192,0,77946,9.514892578125
SRLMU,λ<=n,8192,0,130600,15.9423828125
SRLMU,λ<=n,8192,0,62787,7.6644287109375
SRLMU,λ<=n,8192,0,76498,9.338134765625
SRLMU,λ<=n,8192,0,72349,8.8316650390625
SRLMU,λ<=n,8192,0,78242,9.551025390625
SRLMU,λ<=n,8192,0,106910,13.050537109375
SRLMU,λ<=n,8192,0,94395,11.5228271484375
SRLMU,λ<=n,8192,0,86078,10.507568359375
SRLMU,λ<=n,8192,0,72562,8.857666015625
SRLMU,λ<=n,8192,0,112838,13.774169921875
SRLMU,λ<=n,8192,0,69349,8.4654541015625
SRLMU,λ<=n,8192,0,157373,19.2105712890625
SRLMU,λ<=n,8192,0,89493,10.9244384765625
SRLMU,λ<=n,8192,0,75355,9.1986083984375
SRLMU,λ<=n,8192,0,130938,15.983642578125
SRLMU,λ<=n,8192,0,69800,8.5205078125
SRLMU,λ<=n,8192,0,71831,8.7684326171875
SRLMU,λ<=n,8192,0,83695,10.2166748046875
SRLMU,λ<=n,8192,0,62850,7.672119140625
SRLMU,λ<=n,8192,0,75760,9.248046875
SRLMU,λ<=n,8192,0,104487,12.7547607421875
SRLMU,λ<=n,8192,0,96394,11.766845703125
SRLMU,λ<=n,8192,0,71835,8.7689208984375
SRLMU,λ<=n,8192,0,90492,11.04638671875
SRLMU,λ<=n,8192,0,77039,9.4041748046875
SRLMU,λ<=n,8192,0,74995,9.1546630859375
SRLMU,λ<=n,8192,0,87354,10.663330078125
SRLMU,λ<=n,8192,0,98300,11.99951171875
SRLMU,λ<=n,8192,0,64114,7.826416015625
SRLMU,λ<=n,8192,0,77561,9.4678955078125
SRLMU,λ<=n,8192,0,72218,8.815673828125
SRLMU,λ<=n,8192,0,82646,10.088623046875
SRLMU,λ<=n,8192,0,92186,11.253173828125
SRLMU,λ<=n,8192,0,74726,9.121826171875
SRLMU,λ<=n,8192,0,111742,13.640380859375
SRLMU,λ<=n,8192,0,134820,16.45751953125
SRLMU,λ<=n,8192,0,70431,8.5975341796875
SRLMU,λ<=n,8192,0,69426,8.474853515625
SRLMU,λ<=n,8192,0,104503,12.7567138671875
SRLMU,λ<=n,8192,0,85226,10.403564453125
SRLMU,λ<=n,8192,0,74242,9.062744140625
SRLMU,λ<=n,8192,0,79262,9.675537109375
SRLMU,λ<=n,8192,0,95406,11.646240234375
SRLMU,λ<=n,8192,0,70614,8.619873046875
SRLMU,λ<=n,8192,0,86490,10.557861328125
SRLMU,λ<=n,8192,0,76109,9.2906494140625
SRLMU,λ<=n,8192,0,80999,9.8875732421875
SRLMU,λ<=n,8192,0,63653,7.7701416015625
SRLMU,λ<=n,8192,0,83168,10.15234375
SRLMU,λ<=n,8192,0,135857,16.5841064453125
SRLMU,λ<=n,8192,0,69043,8.4281005859375
SRLMU,λ<=n,8192,0,70246,8.574951171875
SRLMU,λ<=n,8192,0,76373,9.3228759765625
SRLMU,λ<=n,8192,0,84229,10.2818603515625
SRLMU,λ<=n,8192,0,77095,9.4110107421875
SSLMU,λ<=n,8192,0,121803,14.8685302734375
SSLMU,λ<=n,8192,0,89485,10.9234619140625
SSLMU,λ<=n,8192,0,127709,15.5894775390625
SSLMU,λ<=n,8192,0,120248,14.6787109375
SSLMU,λ<=n,8192,0,167002,20.385986328125
SSLMU,λ<=n,8192,0,116353,14.2032470703125
SSLMU,λ<=n,8192,0,111189,13.5728759765625
SSLMU,λ<=n,8192,0,129214,15.773193359375
SSLMU,λ<=n,8192,0,98178,11.984619140625
SSLMU,λ<=n,8192,0,154115,18.8128662109375
SSLMU,λ<=n,8192,0,102232,12.4794921875
SSLMU,λ<=n,8192,0,92833,11.3321533203125
SSLMU,λ<=n,8192,0,104488,12.7548828125
SSLMU,λ<=n,8192,0,104756,12.78759765625
SSLMU,λ<=n,8192,0,140444,17.14404296875
SSLMU,λ<=n,8192,0,149111,18.2020263671875
SSLMU,λ<=n,8192,0,120635,14.7259521484375
SSLMU,λ<=n,8192,0,128478,15.683349609375
SSLMU,λ<=n,8192,0,106721,13.0274658203125
SSLMU,λ<=n,8192,0,137061,16.7310791015625
SSLMU,λ<=n,8192,0,105049,12.8233642578125
SSLMU,λ<=n,8192,0,107768,13.1552734375
SSLMU,λ<=n,8192,0,150319,18.3494873046875
SSLMU,λ<=n,8192,0,211509,25.8189697265625
SSLMU,λ<=n,8192,0,102848,12.5546875
SSLMU,λ<=n,8192,0,86238,10.527099609375
SSLMU,λ<=n,8192,0,99072,12.09375
SSLMU,λ<=n,8192,0,104388,12.74267578125
SSLMU,λ<=n,8192,0,141240,17.2412109375
SSLMU,λ<=n,8192,0,100937,12.3214111328125
SSLMU,λ<=n,8192,0,195464,23.8603515625
SSLMU,λ<=n,8192,0,153306,18.714111328125
SSLMU,λ<=n,8192,0,110674,13.510009765625
SSLMU,λ<=n,8192,0,158255,19.3182373046875
SSLMU,λ<=n,8192,0,177012,21.60791015625
SSLMU,λ<=n,8192,0,161889,19.7618408203125
SSLMU,λ<=n,8192,0,131637,16.0689697265625
SSLMU,λ<=n,8192,0,168101,20.5201416015625
SSLMU,λ<=n,8192,0,121908,14.88134765625
SSLMU,λ<=n,8192,0,134671,16.4393310546875
SSLMU,λ<=n,8192,0,118902,14.514404296875
SSLMU,λ<=n,8192,0,121541,14.8365478515625
SSLMU,λ<=n,8192,0,117188,14.30517578125
SSLMU,λ<=n,8192,0,128225,15.6524658203125
SSLMU,λ<=n,8192,0,108059,13.1907958984375
SSLMU,λ<=n,8192,0,101217,12.3555908203125
SSLMU,λ<=n,8192,0,147797,18.0416259765625
SSLMU,λ<=n,8192,0,115409,14.0880126953125
SSLMU,λ<=n,8192,0,117615,14.3572998046875
SSLMU,λ<=n,8192,0,129662,15.827880859375
SSLMU,λ<=n,8192,0,121844,14.87353515625
SSLMU,λ<=n,8192,0,212642,25.957275390625
SSLMU,λ<=n,8192,0,134570,16.427001953125
SSLMU,λ<=n,8192,0,127011,15.5042724609375
SSLMU,λ<=n,8192,0,100560,12.275390625
SSLMU,λ<=n,8192,0,209882,25.620361328125
SSLMU,λ<=n,8192,0,185729,22.6719970703125
SSLMU,λ<=n,8192,0,119692,14.61083984375
SSLMU,λ<=n,8192,0,89184,10.88671875
SSLMU,λ<=n,8192,0,119557,14.5943603515625
SSLMU,λ<=n,8192,0,140112,17.103515625
SSLMU,λ<=n,8192,0,120468,14.70556640625
SSLMU,λ<=n,8192,0,86804,10.59619140625
SSLMU,λ<=n,8192,0,131334,16.031982421875
SSLMU,λ<=n,8192,0,152503,18.6160888671875
SSLMU,λ<=n,8192,0,99243,12.1146240234375
SSLMU,λ<=n,8192,0,130400,15.91796875
SSLMU,λ<=n,8192,0,176770,21.578369140625
SSLMU,λ<=n,8192,0,94739,11.5648193359375
SSLMU,λ<=n,8192,0,126504,15.4423828125
SSLMU,λ<=n,8192,0,105629,12.8941650390625
SSLMU,λ<=n,8192,0,104489,12.7550048828125
SSLMU,λ<=n,8192,0,127004,15.50341796875
SSLMU,λ<=n,8192,0,93405,11.4019775390625
SSLMU,λ<=n,8192,0,182569,22.2862548828125
SSLMU,λ<=n,8192,0,127595,15.5755615234375
SSLMU,λ<=n,8192,0,106952,13.0556640625
SSLMU,λ<=n,8192,0,186407,22.7547607421875
SSLMU,λ<=n,8192,0,221480,27.0361328125
SSLMU,λ<=n,8192,0,179116,21.86474609375
SSLMU,λ<=n,8192,0,93135,11.3690185546875
SSLMU,λ<=n,8192,0,174049,21.2462158203125
SSLMU,λ<=n,8192,0,135842,16.582275390625
SSLMU,λ<=n,8192,0,169360,20.673828125
SSLMU,λ<=n,8192,0,95724,11.68505859375
SSLMU,λ<=n,8192,0,97921,11.9532470703125
SSLMU,λ<=n,8192,0,121819,14.8704833984375
SSLMU,λ<=n,8192,0,100478,12.265380859375
SSLMU,λ<=n,8192,0,105649,12.8966064453125
SSLMU,λ<=n,8192,0,120673,14.7305908203125
SSLMU,λ<=n,8192,0,106980,13.05908203125
SSLMU,λ<=n,8192,0,119597,14.5992431640625
SSLMU,λ<=n,8192,0,102531,12.5159912109375
SSLMU,λ<=n,8192,0,121885,14.8785400390625
SSLMU,λ<=n,8192,0,207441,25.3223876953125
SSLMU,λ<=n,8192,0,106133,12.9556884765625
SSLMU,λ<=n,8192,0,158092,19.29833984375
SSLMU,λ<=n,8192,0,150050,18.316650390625
SSLMU,λ<=n,8192,0,121589,14.8424072265625
SSLMU,λ<=n,8192,0,118699,14.4896240234375
SSDIU,λ<=n,8192,0,182213,22.2427978515625
SSDIU,λ<=n,8192,0,133587,16.3070068359375
SSDIU,λ<=n,8192,0,110153,13.4464111328125
SSDIU,λ<=n,8192,0,245595,29.9798583984375
SSDIU,λ<=n,8192,0,144105,17.5909423828125
SSDIU,λ<=n,8192,0,111023,13.5526123046875
SSDIU,λ<=n,8192,0,131625,16.0675048828125
SSDIU,λ<=n,8192,0,140969,17.2081298828125
SSDIU,λ<=n,8192,0,129285,15.7818603515625
SSDIU,λ<=n,8192,0,162929,19.8887939453125
SSDIU,λ<=n,8192,0,106437,12.9927978515625
SSDIU,λ<=n,8192,0,99321,12.1241455078125
SSDIU,λ<=n,8192,0,118399,14.4530029296875
SSDIU,λ<=n,8192,0,108165,13.2037353515625
SSDIU,λ<=n,8192,0,110287,13.4627685546875
SSDIU,λ<=n,8192,0,142277,17.3677978515625
SSDIU,λ<=n,8192,0,153633,18.7540283203125
SSDIU,λ<=n,8192,0,369725,45.1324462890625
SSDIU,λ<=n,8192,0,133059,16.2425537109375
SSDIU,λ<=n,8192,0,132841,16.2159423828125
SSDIU,λ<=n,8192,0,142431,17.3865966796875
SSDIU,λ<=n,8192,0,158979,19.4066162109375
SSDIU,λ<=n,8192,0,99303,12.1219482421875
SSDIU,λ<=n,8192,0,198703,24.2557373046875
SSDIU,λ<=n,8192,0,199109,24.3052978515625
SSDIU,λ<=n,8192,0,128383,15.6717529296875
SSDIU,λ<=n,8192,0,115403,14.0872802734375
SSDIU,λ<=n,8192,0,136019,16.6038818359375
SSDIU,λ<=n,8192,0,183661,22.4195556640625
SSDIU,λ<=n,8192,0,102259,12.4827880859375
SSDIU,λ<=n,8192,0,147337,17.9854736328125
SSDIU,λ<=n,8192,0,138505,16.9073486328125
SSDIU,λ<=n,8192,0,242733,29.6304931640625
SSDIU,λ<=n,8192,0,153299,18.7132568359375
SSDIU,λ<=n,8192,0,104259,12.7269287109375
SSDIU,λ<=n,8192,0,113697,13.8790283203125
SSDIU,λ<=n,8192,0,169665,20.7110595703125
SSDIU,λ<=n,8192,0,113997,13.9156494140625
SSDIU,λ<=n,8192,0,97505,11.9024658203125
SSDIU,λ<=n,8192,0,118419,14.4554443359375
SSDIU,λ<=n,8192,0,139219,16.9945068359375
SSDIU,λ<=n,8192,0,233031,28.4461669921875
SSDIU,λ<=n,8192,0,118295,14.4403076171875
SSDIU,λ<=n,8192,0,247421,30.2027587890625
SSDIU,λ<=n,8192,0,117593,14.3546142578125
SSDIU,λ<=n,8192,0,208739,25.4808349609375
SSDIU,λ<=n,8192,0,132215,16.1395263671875
SSDIU,λ<=n,8192,0,95443,11.6507568359375
SSDIU,λ<=n,8192,0,137043,16.7288818359375
SSDIU,λ<=n,8192,0,186481,22.7637939453125
SSDIU,λ<=n,8192,0,152893,18.6636962890625
SSDIU,λ<=n,8192,0,217611,26.5638427734375
SSDIU,λ<=n,8192,0,169103,20.6424560546875
SSDIU,λ<=n,8192,0,150655,18.3905029296875
SSDIU,λ<=n,8192,0,237899,29.0404052734375
SSDIU,λ<=n,8192,0,95963,11.7142333984375
SSDIU,λ<=n,8192,0,117819,14.3822021484375
SSDIU,λ<=n,8192,0,159781,19.5045166015625
SSDIU,λ<=n,8192,0,97035,11.8450927734375
SSDIU,λ<=n,8192,0,107949,13.1773681640625
SSDIU,λ<=n,8192,0,135843,16.5823974609375
SSDIU,λ<=n,8192,0,101069,12.3375244140625
SSDIU,λ<=n,8192,0,118005,14.4049072265625
SSDIU,λ<=n,8192,0,103527,12.6375732421875
SSDIU,λ<=n,8192,0,137511,16.7860107421875
SSDIU,λ<=n,8192,0,127277,15.5367431640625
SSDIU,λ<=n,8192,0,115597,14.1109619140625
SSDIU,λ<=n,8192,0,172551,21.0633544921875
SSDIU,λ<=n,8192,0,121425,14.8223876953125
SSDIU,λ<=n,8192,0,109593,13.3780517578125
SSDIU,λ<=n,8192,0,127533,15.5679931640625
SSDIU,λ<=n,8192,0,114871,14.0223388671875
SSDIU,λ<=n,8192,0,150945,18.4259033203125
SSDIU,λ<=n,8192,0,167583,20.4569091796875
SSDIU,λ<=n,8192,0,126141,15.3980712890625
SSDIU,λ<=n,8192,0,101745,12.4200439453125
SSDIU,λ<=n,8192,0,108709,13.2701416015625
SSDIU,λ<=n,8192,0,104811,12.7943115234375
SSDIU,λ<=n,8192,0,100945,12.3223876953125
SSDIU,λ<=n,8192,0,232765,28.4136962890625
SSDIU,λ<=n,8192,0,147849,18.0479736328125
SSDIU,λ<=n,8192,0,98163,11.9827880859375
SSDIU,λ<=n,8192,0,185581,22.6539306640625
SSDIU,λ<=n,8192,0,124687,15.2205810546875
SSDIU,λ<=n,8192,0,143875,17.5628662109375
SSDIU,λ<=n,8192,0,175169,21.3829345703125
SSDIU,λ<=n,8192,0,102065,12.4591064453125
SSDIU,λ<=n,8192,0,240785,29.3927001953125
SSDIU,λ<=n,8192,0,137039,16.7283935546875
SSDIU,λ<=n,8192,0,112961,13.7891845703125
SSDIU,λ<=n,8192,0,106665,13.0206298828125
SSDIU,λ<=n,8192,0,270901,33.0689697265625
SSDIU,λ<=n,8192,0,131797,16.0885009765625
SSDIU,λ<=n,8192,0,122735,14.9822998046875
SSDIU,λ<=n,8192,0,191697,23.4005126953125
SSDIU,λ<=n,8192,0,123765,15.1080322265625
SSDIU,λ<=n,8192,0,121089,14.7813720703125
SSDIU,λ<=n,8192,0,96807,11.8172607421875
SSDIU,λ<=n,8192,0,127635,15.5804443359375
SSDIU,λ<=n,8192,0,195555,23.8714599609375
SRDIU,λ<=n,8192,0,121202,14.795166015625
SRDIU,λ<=n,8192,0,108503,13.2449951171875
SRDIU,λ<=n,8192,0,100890,12.315673828125
SRDIU,λ<=n,8192,0,97717,11.9283447265625
SRDIU,λ<=n,8192,0,74208,9.05859375
SRDIU,λ<=n,8192,0,77685,9.4830322265625
SRDIU,λ<=n,8192,0,109372,13.35107421875
SRDIU,λ<=n,8192,0,91258,11.139892578125
SRDIU,λ<=n,8192,0,92384,11.27734375
SRDIU,λ<=n,8192,0,75604,9.22900390625
SRDIU,λ<=n,8192,0,78532,9.58642578125
SRDIU,λ<=n,8192,0,103717,12.6607666015625
SRDIU,λ<=n,8192,0,84956,10.37060546875
SRDIU,λ<=n,8192,0,112317,13.7105712890625
SRDIU,λ<=n,8192,0,125646,15.337646484375
SRDIU,λ<=n,8192,0,78529,9.5860595703125
SRDIU,λ<=n,8192,0,80047,9.7713623046875
SRDIU,λ<=n,8192,0,81509,9.9498291015625
SRDIU,λ<=n,8192,0,91630,11.185302734375
SRDIU,λ<=n,8192,0,76863,9.3826904296875
SRDIU,λ<=n,8192,0,146567,17.8914794921875
SRDIU,λ<=n,8192,0,86065,10.5059814453125
SRDIU,λ<=n,8192,0,100424,12.2587890625
SRDIU,λ<=n,8192,0,83467,10.1888427734375
SRDIU,λ<=n,8192,0,150932,18.42431640625
SRDIU,λ<=n,8192,0,73935,9.0252685546875
SRDIU,λ<=n,8192,0,94397,11.5230712890625
SRDIU,λ<=n,8192,0,81956,10.00439453125
SRDIU,λ<=n,8192,0,85773,10.4703369140625
SRDIU,λ<=n,8192,0,82949,10.1256103515625
SRDIU,λ<=n,8192,0,88661,10.8228759765625
SRDIU,λ<=n,8192,0,72830,8.890380859375
SRDIU,λ<=n,8192,0,101772,12.42333984375
SRDIU,λ<=n,8192,0,89752,10.9560546875
SRDIU,λ<=n,8192,0,261900,31.97021484375
SRDIU,λ<=n,8192,0,74465,9.0899658203125
SRDIU,λ<=n,8192,0,101151,12.3475341796875
SRDIU,λ<=n,8192,0,109520,13.369140625
SRDIU,λ<=n,8192,0,104371,12.7406005859375
SRDIU,λ<=n,8192,0,91170,11.129150390625
SRDIU,λ<=n,8192,0,95481,11.6553955078125
SRDIU,λ<=n,8192,0,101182,12.351318359375
SRDIU,λ<=n,8192,0,102423,12.5028076171875
SRDIU,λ<=n,8192,0,118216,14.4306640625
SRDIU,λ<=n,8192,0,73963,9.0286865234375
SRDIU,λ<=n,8192,0,142826,17.434814453125
SRDIU,λ<=n,8192,0,99898,12.194580078125
SRDIU,λ<=n,8192,0,102529,12.5157470703125
SRDIU,λ<=n,8192,0,79943,9.7586669921875
SRDIU,λ<=n,8192,0,128512,15.6875
SRDIU,λ<=n,8192,0,92696,11.3154296875
SRDIU,λ<=n,8192,0,92387,11.2777099609375
SRDIU,λ<=n,8192,0,79400,9.6923828125
SRDIU,λ<=n,8192,0,140316,17.12841796875
SRDIU,λ<=n,8192,0,135883,16.5872802734375
SRDIU,λ<=n,8192,0,80183,9.7879638671875
SRDIU,λ<=n,8192,0,119942,14.641357421875
SRDIU,λ<=n,8192,0,75168,9.17578125
SRDIU,λ<=n,8192,0,149093,18.1998291015625
SRDIU,λ<=n,8192,0,95534,11.661865234375
SRDIU,λ<=n,8192,0,95238,11.625732421875
SRDIU,λ<=n,8192,0,120020,14.65087890625
SRDIU,λ<=n,8192,0,86270,10.531005859375
SRDIU,λ<=n,8192,0,76827,9.3782958984375
SRDIU,λ<=n,8192,0,152401,18.6036376953125
SRDIU,λ<=n,8192,0,73862,9.016357421875
SRDIU,λ<=n,8192,0,106682,13.022705078125
SRDIU,λ<=n,8192,0,93953,11.4688720703125
SRDIU,λ<=n,8192,0,98982,12.082763671875
SRDIU,λ<=n,8192,0,74419,9.0843505859375
SRDIU,λ<=n,8192,0,72601,8.8624267578125
SRDIU,λ<=n,8192,0,98913,12.0743408203125
SRDIU,λ<=n,8192,0,142541,17.4000244140625
SRDIU,λ<=n,8192,0,105883,12.9251708984375
SRDIU,λ<=n,8192,0,128018,15.627197265625
SRDIU,λ<=n,8192,0,80485,9.8248291015625
SRDIU,λ<=n,8192,0,87317,10.6588134765625
SRDIU,λ<=n,8192,0,134868,16.46337890625
SRDIU,λ<=n,8192,0,118103,14.4168701171875
SRDIU,λ<=n,8192,0,99167,12.1053466796875
SRDIU,λ<=n,8192,0,83296,10.16796875
SRDIU,λ<=n,8192,0,76901,9.3873291015625
SRDIU,λ<=n,8192,0,119738,14.616455078125
SRDIU,λ<=n,8192,0,76217,9.3038330078125
SRDIU,λ<=n,8192,0,104859,12.8001708984375
SRDIU,λ<=n,8192,0,75623,9.2313232421875
SRDIU,λ<=n,8192,0,80350,9.808349609375
SRDIU,λ<=n,8192,0,93121,11.3673095703125
SRDIU,λ<=n,8192,0,101905,12.4395751953125
SRDIU,λ<=n,8192,0,93566,11.421630859375
SRDIU,λ<=n,8192,0,98272,11.99609375
SRDIU,λ<=n,8192,0,84537,10.3194580078125
SRDIU,λ<=n,8192,0,129726,15.835693359375
SRDIU,λ<=n,8192,0,95738,11.686767578125
SRDIU,λ<=n,8192,0,70447,8.5994873046875
SRDIU,λ<=n,8192,0,82457,10.0655517578125
SRDIU,λ<=n,8192,0,89850,10.968017578125
SRDIU,λ<=n,8192,0,152097,18.5665283203125
SRDIU,λ<=n,8192,0,123574,15.084716796875
SRDIU,λ<=n,8192,0,91002,11.108642578125
SHDIU,λ<=n,8192,0,99334,12.125732421875
SHDIU,λ<=n,8192,0,72401,8.8380126953125
SHDIU,λ<=n,8192,0,113689,13.8780517578125
SHDIU,λ<=n,8192,0,99770,12.178955078125
SHDIU,λ<=n,8192,0,84011,10.2552490234375
SHDIU,λ<=n,8192,0,87323,10.6595458984375
SHDIU,λ<=n,8192,0,85628,10.45263671875
SHDIU,λ<=n,8192,0,85792,10.47265625
SHDIU,λ<=n,8192,0,68381,8.3472900390625
SHDIU,λ<=n,8192,0,77464,9.4560546875
SHDIU,λ<=n,8192,0,69356,8.46630859375
SHDIU,λ<=n,8192,0,135354,16.522705078125
SHDIU,λ<=n,8192,0,83202,10.156494140625
SHDIU,λ<=n,8192,0,83214,10.157958984375
SHDIU,λ<=n,8192,0,105152,12.8359375
SHDIU,λ<=n,8192,0,69967,8.5408935546875
SHDIU,λ<=n,8192,0,93869,11.4586181640625
SHDIU,λ<=n,8192,0,102038,12.455810546875
SHDIU,λ<=n,8192,0,87895,10.7293701171875
SHDIU,λ<=n,8192,0,92571,11.3001708984375
SHDIU,λ<=n,8192,0,81631,9.9647216796875
SHDIU,λ<=n,8192,0,81671,9.9696044921875
SHDIU,λ<=n,8192,0,99655,12.1649169921875
SHDIU,λ<=n,8192,0,114669,13.9976806640625
SHDIU,λ<=n,8192,0,76914,9.388916015625
SHDIU,λ<=n,8192,0,76394,9.325439453125
SHDIU,λ<=n,8192,0,95310,11.634521484375
SHDIU,λ<=n,8192,0,117997,14.4039306640625
SHDIU,λ<=n,8192,0,98313,12.0010986328125
SHDIU,λ<=n,8192,0,109306,13.343017578125
SHDIU,λ<=n,8192,0,74543,9.0994873046875
SHDIU,λ<=n,8192,0,71703,8.7528076171875
SHDIU,λ<=n,8192,0,83206,10.156982421875
SHDIU,λ<=n,8192,0,75235,9.1839599609375
SHDIU,λ<=n,8192,0,98361,12.0069580078125
SHDIU,λ<=n,8192,0,77935,9.5135498046875
SHDIU,λ<=n,8192,0,76120,9.2919921875
SHDIU,λ<=n,8192,0,72016,8.791015625
SHDIU,λ<=n,8192,0,76342,9.319091796875
SHDIU,λ<=n,8192,0,106407,12.9891357421875
SHDIU,λ<=n,8192,0,107533,13.1265869140625
SHDIU,λ<=n,8192,0,72563,8.8577880859375
SHDIU,λ<=n,8192,0,68763,8.3939208984375
SHDIU,λ<=n,8192,0,80254,9.796630859375
SHDIU,λ<=n,8192,0,112131,13.6878662109375
SHDIU,λ<=n,8192,0,75683,9.2386474609375
SHDIU,λ<=n,8192,0,104375,12.7410888671875
SHDIU,λ<=n,8192,0,71172,8.68798828125
SHDIU,λ<=n,8192,0,75912,9.2666015625
SHDIU,λ<=n,8192,0,71991,8.7879638671875
SHDIU,λ<=n,8192,0,73801,9.0089111328125
SHDIU,λ<=n,8192,0,75281,9.1895751953125
SHDIU,λ<=n,8192,0,84899,10.3636474609375
SHDIU,λ<=n,8192,0,75207,9.1805419921875
SHDIU,λ<=n,8192,0,78723,9.6097412109375
SHDIU,λ<=n,8192,0,72981,8.9088134765625
SHDIU,λ<=n,8192,0,82885,10.1177978515625
SHDIU,λ<=n,8192,0,85899,10.4857177734375
SHDIU,λ<=n,8192,0,95222,11.623779296875
SHDIU,λ<=n,8192,0,98967,12.0809326171875
SHDIU,λ<=n,8192,0,73215,8.9373779296875
SHDIU,λ<=n,8192,0,77467,9.4564208984375
SHDIU,λ<=n,8192,0,89496,10.9248046875
SHDIU,λ<=n,8192,0,87633,10.6973876953125
SHDIU,λ<=n,8192,0,77025,9.4024658203125
SHDIU,λ<=n,8192,0,90209,11.0118408203125
SHDIU,λ<=n,8192,0,93764,11.44580078125
SHDIU,λ<=n,8192,0,72121,8.8038330078125
SHDIU,λ<=n,8192,0,77223,9.4266357421875
SHDIU,λ<=n,8192,0,70028,8.54833984375
SHDIU,λ<=n,8192,0,90336,11.02734375
SHDIU,λ<=n,8192,0,83357,10.1754150390625
SHDIU,λ<=n,8192,0,105303,12.8543701171875
SHDIU,λ<=n,8192,0,68192,8.32421875
SHDIU,λ<=n,8192,0,95126,11.612060546875
SHDIU,λ<=n,8192,0,85021,10.3785400390625
SHDIU,λ<=n,8192,0,73038,8.915771484375
SHDIU,λ<=n,8192,0,70205,8.5699462890625
SHDIU,λ<=n,8192,0,96512,11.78125
SHDIU,λ<=n,8192,0,94767,11.5682373046875
SHDIU,λ<=n,8192,0,87051,10.6263427734375
SHDIU,λ<=n,8192,0,71734,8.756591796875
SHDIU,λ<=n,8192,0,101406,12.378662109375
SHDIU,λ<=n,8192,0,101672,12.4111328125
SHDIU,λ<=n,8192,0,113885,13.9019775390625
SHDIU,λ<=n,8192,0,71751,8.7586669921875
SHDIU,λ<=n,8192,0,75796,9.25244140625
SHDIU,λ<=n,8192,0,93994,11.473876953125
SHDIU,λ<=n,8192,0,87093,10.6314697265625
SHDIU,λ<=n,8192,0,84313,10.2921142578125
SHDIU,λ<=n,8192,0,81521,9.9512939453125
SHDIU,λ<=n,8192,0,92254,11.261474609375
SHDIU,λ<=n,8192,0,78815,9.6209716796875
SHDIU,λ<=n,8192,0,71551,8.7342529296875
SHDIU,λ<=n,8192,0,81102,9.900146484375
SHDIU,λ<=n,8192,0,145925,17.8131103515625
SHDIU,λ<=n,8192,0,70691,8.6292724609375
SHDIU,λ<=n,8192,0,86113,10.5118408203125
SHDIU,λ<=n,8192,0,88941,10.8570556640625
SHDIU,λ<=n,8192,0,93170,11.373291015625
SHLIU,λ<=n,8192,0,85988,10.49658203125
SHLIU,λ<=n,8192,0,79789,9.7398681640625
SHLIU,λ<=n,8192,0,76254,9.308349609375
SHLIU,λ<=n,8192,0,82633,10.0870361328125
SHLIU,λ<=n,8192,0,92195,11.2542724609375
SHLIU,λ<=n,8192,0,98887,12.0711669921875
SHLIU,λ<=n,8192,0,119092,14.53759765625
SHLIU,λ<=n,8192,0,91850,11.212158203125
SHLIU,λ<=n,8192,0,81398,9.936279296875
SHLIU,λ<=n,8192,0,153907,18.7874755859375
SHLIU,λ<=n,8192,0,85412,10.42626953125
SHLIU,λ<=n,8192,0,83079,10.1414794921875
SHLIU,λ<=n,8192,0,74361,9.0772705078125
SHLIU,λ<=n,8192,0,84574,10.323974609375
SHLIU,λ<=n,8192,0,78471,9.5789794921875
SHLIU,λ<=n,8192,0,104408,12.7451171875
SHLIU,λ<=n,8192,0,76822,9.377685546875
SHLIU,λ<=n,8192,0,94688,11.55859375
SHLIU,λ<=n,8192,0,99159,12.1043701171875
SHLIU,λ<=n,8192,0,78986,9.641845703125
SHLIU,λ<=n,8192,0,80131,9.7816162109375
SHLIU,λ<=n,8192,0,71877,8.7740478515625
SHLIU,λ<=n,8192,0,72991,8.9100341796875
SHLIU,λ<=n,8192,0,91912,11.2197265625
SHLIU,λ<=n,8192,0,100124,12.22216796875
SHLIU,λ<=n,8192,0,84361,10.2979736328125
SHLIU,λ<=n,8192,0,82779,10.1048583984375
SHLIU,λ<=n,8192,0,80496,9.826171875
SHLIU,λ<=n,8192,0,88770,10.836181640625
SHLIU,λ<=n,8192,0,81719,9.9754638671875
SHLIU,λ<=n,8192,0,95896,11.7060546875
SHLIU,λ<=n,8192,0,85320,10.4150390625
SHLIU,λ<=n,8192,0,82949,10.1256103515625
SHLIU,λ<=n,8192,0,82685,10.0933837890625
SHLIU,λ<=n,8192,0,84210,10.279541015625
SHLIU,λ<=n,8192,0,77733,9.4888916015625
SHLIU,λ<=n,8192,0,75991,9.2762451171875
SHLIU,λ<=n,8192,0,81840,9.990234375
SHLIU,λ<=n,8192,0,87131,10.6361083984375
SHLIU,λ<=n,8192,0,75715,9.2425537109375
SHLIU,λ<=n,8192,0,79411,9.6937255859375
SHLIU,λ<=n,8192,0,88805,10.8404541015625
SHLIU,λ<=n,8192,0,86298,10.534423828125
SHLIU,λ<=n,8192,0,83754,10.223876953125
SHLIU,λ<=n,8192,0,88304,10.779296875
SHLIU,λ<=n,8192,0,114432,13.96875
SHLIU,λ<=n,8192,0,97556,11.90869140625
SHLIU,λ<=n,8192,0,77785,9.4952392578125
SHLIU,λ<=n,8192,0,116482,14.218994140625
SHLIU,λ<=n,8192,0,82635,10.0872802734375
SHLIU,λ<=n,8192,0,110588,13.49951171875
SHLIU,λ<=n,8192,0,86020,10.50048828125
SHLIU,λ<=n,8192,0,83450,10.186767578125
SHLIU,λ<=n,8192,0,93965,11.4703369140625
SHLIU,λ<=n,8192,0,113927,13.9071044921875
SHLIU,λ<=n,8192,0,84555,10.3216552734375
SHLIU,λ<=n,8192,0,130300,15.90576171875
SHLIU,λ<=n,8192,0,99754,12.177001953125
SHLIU,λ<=n,8192,0,84628,10.33056640625
SHLIU,λ<=n,8192,0,88041,10.7471923828125
SHLIU,λ<=n,8192,0,78098,9.533447265625
SHLIU,λ<=n,8192,0,73282,8.945556640625
SHLIU,λ<=n,8192,0,75399,9.2039794921875
SHLIU,λ<=n,8192,0,81976,10.0068359375
SHLIU,λ<=n,8192,0,83223,10.1590576171875
SHLIU,λ<=n,8192,0,85929,10.4893798828125
SHLIU,λ<=n,8192,0,81037,9.8922119140625
SHLIU,λ<=n,8192,0,74507,9.0950927734375
SHLIU,λ<=n,8192,0,94511,11.5369873046875
SHLIU,λ<=n,8192,0,95241,11.6260986328125
SHLIU,λ<=n,8192,0,112512,13.734375
SHLIU,λ<=n,8192,0,85239,10.4051513671875
SHLIU,λ<=n,8192,0,117107,14.2952880859375
SHLIU,λ<=n,8192,0,88831,10.8436279296875
SHLIU,λ<=n,8192,0,145425,17.7520751953125
SHLIU,λ<=n,8192,0,81085,9.8980712890625
SHLIU,λ<=n,8192,0,112299,13.7083740234375
SHLIU,λ<=n,8192,0,191733,23.4049072265625
SHLIU,λ<=n,8192,0,71035,8.6712646484375
SHLIU,λ<=n,8192,0,87195,10.6439208984375
SHLIU,λ<=n,8192,0,93129,11.3682861328125
SHLIU,λ<=n,8192,0,92845,11.3336181640625
SHLIU,λ<=n,8192,0,114438,13.969482421875
SHLIU,λ<=n,8192,0,110090,13.438720703125
SHLIU,λ<=n,8192,0,85404,10.42529296875
SHLIU,λ<=n,8192,0,73162,8.930908203125
SHLIU,λ<=n,8192,0,80406,9.815185546875
SHLIU,λ<=n,8192,0,78004,9.52197265625
SHLIU,λ<=n,8192,0,101288,12.3642578125
SHLIU,λ<=n,8192,0,89174,10.885498046875
SHLIU,λ<=n,8192,0,89477,10.9224853515625
SHLIU,λ<=n,8192,0,131783,16.0867919921875
SHLIU,λ<=n,8192,0,76470,9.334716796875
SHLIU,λ<=n,8192,0,105275,12.8509521484375
SHLIU,λ<=n,8192,0,97978,11.960205078125
SHLIU,λ<=n,8192,0,98732,12.05224609375
SHLIU,λ<=n,8192,0,73766,9.004638671875
SHLIU,λ<=n,8192,0,81882,9.995361328125
SHLIU,λ<=n,8192,0,213072,26.009765625
SHLIU,λ<=n,8192,0,80835,9.8675537109375
SRLIU,λ<=n,8192,0,94640,11.552734375
SRLIU,λ<=n,8192,0,107952,13.177734375
SRLIU,λ<=n,8192,0,100932,12.32080078125
SRLIU,λ<=n,8192,0,80175,9.7869873046875
SRLIU,λ<=n,8192,0,96191,11.7420654296875
SRLIU,λ<=n,8192,0,87323,10.6595458984375
SRLIU,λ<=n,8192,0,99330,12.125244140625
SRLIU,λ<=n,8192,0,79903,9.7537841796875
SRLIU,λ<=n,8192,0,96426,11.770751953125
SRLIU,λ<=n,8192,0,78170,9.542236328125
SRLIU,λ<=n,8192,0,92125,11.2457275390625
SRLIU,λ<=n,8192,0,123301,15.0513916015625
SRLIU,λ<=n,8192,0,108149,13.2017822265625
SRLIU,λ<=n,8192,0,81483,9.9466552734375
SRLIU,λ<=n,8192,0,84623,10.3299560546875
SRLIU,λ<=n,8192,0,180345,22.0147705078125
SRLIU,λ<=n,8192,0,124432,15.189453125
SRLIU,λ<=n,8192,0,107158,13.080810546875
SRLIU,λ<=n,8192,0,103694,12.657958984375
SRLIU,λ<=n,8192,0,86913,10.6094970703125
SRLIU,λ<=n,8192,0,129707,15.8333740234375
SRLIU,λ<=n,8192,0,92970,11.348876953125
SRLIU,λ<=n,8192,0,99264,12.1171875
SRLIU,λ<=n,8192,0,77227,9.4271240234375
SRLIU,λ<=n,8192,0,88001,10.7423095703125
SRLIU,λ<=n,8192,0,129050,15.753173828125
SRLIU,λ<=n,8192,0,144833,17.6798095703125
SRLIU,λ<=n,8192,0,91227,11.1361083984375
SRLIU,λ<=n,8192,0,205793,25.1212158203125
SRLIU,λ<=n,8192,0,97866,11.946533203125
SRLIU,λ<=n,8192,0,81151,9.9061279296875
SRLIU,λ<=n,8192,0,81289,9.9229736328125
SRLIU,λ<=n,8192,0,142634,17.411376953125
SRLIU,λ<=n,8192,0,118057,14.4112548828125
SRLIU,λ<=n,8192,0,84636,10.33154296875
SRLIU,λ<=n,8192,0,176571,21.5540771484375
SRLIU,λ<=n,8192,0,117841,14.3848876953125
SRLIU,λ<=n,8192,0,81685,9.9713134765625
SRLIU,λ<=n,8192,0,81941,10.0025634765625
SRLIU,λ<=n,8192,0,79887,9.7518310546875
SRLIU,λ<=n,8192,0,105937,12.9317626953125
SRLIU,λ<=n,8192,0,90458,11.042236328125
SRLIU,λ<=n,8192,0,84433,10.3067626953125
SRLIU,λ<=n,8192,0,106174,12.960693359375
SRLIU,λ<=n,8192,0,108984,13.3037109375
SRLIU,λ<=n,8192,0,111455,13.6053466796875
SRLIU,λ<=n,8192,0,81229,9.9156494140625
SRLIU,λ<=n,8192,0,90355,11.0296630859375
SRLIU,λ<=n,8192,0,96198,11.742919921875
SRLIU,λ<=n,8192,0,111787,13.6458740234375
SRLIU,λ<=n,8192,0,84560,10.322265625
SRLIU,λ<=n,8192,0,88741,10.8326416015625
SRLIU,λ<=n,8192,0,89571,10.9339599609375
SRLIU,λ<=n,8192,0,88634,10.819580078125
SRLIU,λ<=n,8192,0,107460,13.11767578125
SRLIU,λ<=n,8192,0,75850,9.259033203125
SRLIU,λ<=n,8192,0,87616,10.6953125
SRLIU,λ<=n,8192,0,85112,10.3896484375
SRLIU,λ<=n,8192,0,126106,15.393798828125
SRLIU,λ<=n,8192,0,99938,12.199462890625
SRLIU,λ<=n,8192,0,87859,10.7249755859375
SRLIU,λ<=n,8192,0,125560,15.3271484375
SRLIU,λ<=n,8192,0,83383,10.1785888671875
SRLIU,λ<=n,8192,0,90750,11.077880859375
SRLIU,λ<=n,8192,0,93680,11.435546875
SRLIU,λ<=n,8192,0,123416,15.0654296875
SRLIU,λ<=n,8192,0,111005,13.5504150390625
SRLIU,λ<=n,8192,0,79923,9.7562255859375
SRLIU,λ<=n,8192,0,94896,11.583984375
SRLIU,λ<=n,8192,0,84026,10.257080078125
SRLIU,λ<=n,8192,0,99283,12.1195068359375
SRLIU,λ<=n,8192,0,98083,11.9730224609375
SRLIU,λ<=n,8192,0,87529,10.6846923828125
SRLIU,λ<=n,8192,0,85724,10.46435546875
SRLIU,λ<=n,8192,0,110297,13.4639892578125
SRLIU,λ<=n,8192,0,80674,9.847900390625
SRLIU,λ<=n,8192,0,83024,10.134765625
SRLIU,λ<=n,8192,0,88374,10.787841796875
SRLIU,λ<=n,8192,0,83925,10.2447509765625
SRLIU,λ<=n,8192,0,103829,12.6744384765625
SRLIU,λ<=n,8192,0,150114,18.324462890625
SRLIU,λ<=n,8192,0,113851,13.8978271484375
SRLIU,λ<=n,8192,0,90706,11.072509765625
SRLIU,λ<=n,8192,0,93529,11.4171142578125
SRLIU,λ<=n,8192,0,91692,11.19287109375
SRLIU,λ<=n,8192,0,110955,13.5443115234375
SRLIU,λ<=n,8192,0,112491,13.7318115234375
SRLIU,λ<=n,8192,0,97864,11.9462890625
SRLIU,λ<=n,8192,0,83774,10.226318359375
SRLIU,λ<=n,8192,0,87557,10.6881103515625
SRLIU,λ<=n,8192,0,106948,13.05517578125
SRLIU,λ<=n,8192,0,81566,9.956787109375
SRLIU,λ<=n,8192,0,155239,18.9500732421875
SRLIU,λ<=n,8192,0,85153,10.3946533203125
SRLIU,λ<=n,8192,0,107516,13.12451171875
SRLIU,λ<=n,8192,0,94247,11.5047607421875
SRLIU,λ<=n,8192,0,134650,16.436767578125
SRLIU,λ<=n,8192,0,84953,10.3702392578125
SRLIU,λ<=n,8192,0,150690,18.394775390625
SRLIU,λ<=n,8192,0,102585,12.5225830078125
SSLIU,λ<=n,8192,0,164089,20.0303955078125
SSLIU,λ<=n,8192,0,111881,13.6573486328125
SSLIU,λ<=n,8192,0,106509,13.0015869140625
SSLIU,λ<=n,8192,0,138239,16.8748779296875
SSLIU,λ<=n,8192,0,141871,17.3182373046875
SSLIU,λ<=n,8192,0,135765,16.5728759765625
SSLIU,λ<=n,8192,0,113879,13.9012451171875
SSLIU,λ<=n,8192,0,140853,17.1939697265625
SSLIU,λ<=n,8192,0,139153,16.9864501953125
SSLIU,λ<=n,8192,0,144693,17.6627197265625
SSLIU,λ<=n,8192,0,108397,13.2320556640625
SSLIU,λ<=n,8192,0,117159,14.3016357421875
SSLIU,λ<=n,8192,0,107821,13.1617431640625
SSLIU,λ<=n,8192,0,219627,26.8099365234375
SSLIU,λ<=n,8192,0,104059,12.7025146484375
SSLIU,λ<=n,8192,0,147507,18.0062255859375
SSLIU,λ<=n,8192,0,109895,13.4149169921875
SSLIU,λ<=n,8192,0,180229,22.0006103515625
SSLIU,λ<=n,8192,0,115769,14.1319580078125
SSLIU,λ<=n,8192,0,130093,15.8804931640625
SSLIU,λ<=n,8192,0,219083,26.7435302734375
SSLIU,λ<=n,8192,0,257619,31.4476318359375
SSLIU,λ<=n,8192,0,167287,20.4207763671875
SSLIU,λ<=n,8192,0,111221,13.5767822265625
SSLIU,λ<=n,8192,0,113959,13.9110107421875
SSLIU,λ<=n,8192,0,143909,17.5670166015625
SSLIU,λ<=n,8192,0,107543,13.1278076171875
SSLIU,λ<=n,8192,0,130951,15.9852294921875
SSLIU,λ<=n,8192,0,190049,23.1993408203125
SSLIU,λ<=n,8192,0,182827,22.3177490234375
SSLIU,λ<=n,8192,0,115745,14.1290283203125
SSLIU,λ<=n,8192,0,153933,18.7906494140625
SSLIU,λ<=n,8192,0,105367,12.8621826171875
SSLIU,λ<=n,8192,0,145757,17.7926025390625
SSLIU,λ<=n,8192,0,110061,13.4351806640625
SSLIU,λ<=n,8192,0,120439,14.7020263671875
SSLIU,λ<=n,8192,0,124827,15.2376708984375
SSLIU,λ<=n,8192,0,161421,19.7047119140625
SSLIU,λ<=n,8192,0,112439,13.7254638671875
SSLIU,λ<=n,8192,0,164561,20.0880126953125
SSLIU,λ<=n,8192,0,146153,17.8409423828125
SSLIU,λ<=n,8192,0,111633,13.6270751953125
SSLIU,λ<=n,8192,0,132113,16.1270751953125
SSLIU,λ<=n,8192,0,138139,16.8626708984375
SSLIU,λ<=n,8192,0,111803,13.6478271484375
SSLIU,λ<=n,8192,0,121991,14.8914794921875
SSLIU,λ<=n,8192,0,125461,15.3150634765625
SSLIU,λ<=n,8192,0,149309,18.2261962890625
SSLIU,λ<=n,8192,0,156259,19.0745849609375
SSLIU,λ<=n,8192,0,125443,15.3128662109375
SSLIU,λ<=n,8192,0,157303,19.2020263671875
SSLIU,λ<=n,8192,0,134173,16.3785400390625
SSLIU,λ<=n,8192,0,130813,15.9683837890625
SSLIU,λ<=n,8192,0,122061,14.9000244140625
SSLIU,λ<=n,8192,0,121679,14.8533935546875
SSLIU,λ<=n,8192,0,125265,15.2911376953125
SSLIU,λ<=n,8192,0,127625,15.5792236328125
SSLIU,λ<=n,8192,0,151329,18.4727783203125
SSLIU,λ<=n,8192,0,189509,23.1334228515625
SSLIU,λ<=n,8192,0,179645,21.9293212890625
SSLIU,λ<=n,8192,0,101921,12.4415283203125
SSLIU,λ<=n,8192,0,121139,14.7874755859375
SSLIU,λ<=n,8192,0,119781,14.6217041015625
SSLIU,λ<=n,8192,0,168745,20.5987548828125
SSLIU,λ<=n,8192,0,134589,16.4293212890625
SSLIU,λ<=n,8192,0,201487,24.5955810546875
SSLIU,λ<=n,8192,0,127971,15.6214599609375
SSLIU,λ<=n,8192,0,133685,16.3189697265625
SSLIU,λ<=n,8192,0,135891,16.5882568359375
SSLIU,λ<=n,8192,0,207039,25.2733154296875
SSLIU,λ<=n,8192,0,142897,17.4434814453125
SSLIU,λ<=n,8192,0,130393,15.9171142578125
SSLIU,λ<=n,8192,0,112895,13.7811279296875
SSLIU,λ<=n,8192,0,130151,15.8875732421875
SSLIU,λ<=n,8192,0,121937,14.8848876953125
SSLIU,λ<=n,8192,0,142601,17.4073486328125
SSLIU,λ<=n,8192,0,111925,13.6627197265625
SSLIU,λ<=n,8192,0,240903,29.4071044921875
SSLIU,λ<=n,8192,0,113495,13.8543701171875
SSLIU,λ<=n,8192,0,141387,17.2591552734375
SSLIU,λ<=n,8192,0,204187,24.9251708984375
SSLIU,λ<=n,8192,0,147945,18.0596923828125
SSLIU,λ<=n,8192,0,136885,16.7095947265625
SSLIU,λ<=n,8192,0,154655,18.8787841796875
SSLIU,λ<=n,8192,0,141709,17.2984619140625
SSLIU,λ<=n,8192,0,128021,15.6275634765625
SSLIU,λ<=n,8192,0,125235,15.2874755859375
SSLIU,λ<=n,8192,0,150381,18.3570556640625
SSLIU,λ<=n,8192,0,106471,12.9969482421875
SSLIU,λ<=n,8192,0,129617,15.8223876953125
SSLIU,λ<=n,8192,0,181761,22.1876220703125
SSLIU,λ<=n,8192,0,126925,15.4937744140625
SSLIU,λ<=n,8192,0,159141,19.4263916015625
SSLIU,λ<=n,8192,0,166105,20.2764892578125
SSLIU,λ<=n,8192,0,182753,22.3087158203125
SSLIU,λ<=n,8192,0,91771,11.2025146484375
SSLIU,λ<=n,8192,0,122985,15.0128173828125
SSLIU,λ<=n,8192,0,135309,16.5172119140625
SSLIU,λ<=n,8192,0,176119,21.4989013671875
SSLIU,λ<=n,8192,0,141033,17.2159423828125
RSDCP,λ<=n,8192,1,56941,6.9508056640625
RSDCP,λ<=n,8192,1,110357,13.4713134765625
RSDCP,λ<=n,8192,1,77881,9.5069580078125
RSDCP,λ<=n,8192,1,56171,6.8568115234375
RSDCP,λ<=n,8192,1,53225,6.4971923828125
RSDCP,λ<=n,8192,1,68588,8.37255859375
RSDCP,λ<=n,8192,1,58052,7.08642578125
RSDCP,λ<=n,8192,1,66457,8.1124267578125
RSDCP,λ<=n,8192,1,55280,6.748046875
RSDCP,λ<=n,8192,1,57569,7.0274658203125
RSDCP,λ<=n,8192,1,56814,6.935302734375
RSDCP,λ<=n,8192,1,53996,6.59130859375
RSDCP,λ<=n,8192,1,54057,6.5987548828125
RSDCP,λ<=n,8192,1,51258,6.257080078125
RSDCP,λ<=n,8192,1,77206,9.424560546875
RSDCP,λ<=n,8192,1,56355,6.8792724609375
RSDCP,λ<=n,8192,1,51720,6.3134765625
RSDCP,λ<=n,8192,1,53151,6.4881591796875
RSDCP,λ<=n,8192,1,75628,9.23193359375
RSDCP,λ<=n,8192,1,54177,6.6134033203125
RSDCP,λ<=n,8192,1,54963,6.7093505859375
RSDCP,λ<=n,8192,1,69718,8.510498046875
RSDCP,λ<=n,8192,1,61508,7.50830078125
RSDCP,λ<=n,8192,1,75115,9.1693115234375
RSDCP,λ<=n,8192,1,53691,6.5540771484375
RSDCP,λ<=n,8192,1,51109,6.2388916015625
RSDCP,λ<=n,8192,1,53644,6.54833984375
RSDCP,λ<=n,8192,1,55564,6.78271484375
RSDCP,λ<=n,8192,1,55912,6.8251953125
RSDCP,λ<=n,8192,1,50168,6.1240234375
RSDCP,λ<=n,8192,1,69087,8.4334716796875
RSDCP,λ<=n,8192,1,59088,7.212890625
RSDCP,λ<=n,8192,1,59649,7.2813720703125
RSDCP,λ<=n,8192,1,69136,8.439453125
RSDCP,λ<=n,8192,1,55117,6.7281494140625
RSDCP,λ<=n,8192,1,55877,6.8209228515625
RSDCP,λ<=n,8192,1,60547,7.3909912109375
RSDCP,λ<=n,8192,1,54896,6.701171875
RSDCP,λ<=n,8192,1,56942,6.950927734375
RSDCP,λ<=n,8192,1,64048,7.818359375
RSDCP,λ<=n,8192,1,116886,14.268310546875
RSDCP,λ<=n,8192,1,56986,6.956298828125
RSDCP,λ<=n,8192,1,63111,7.7039794921875
RSDCP,λ<=n,8192,1,69318,8.461669921875
RSDCP,λ<=n,8192,1,60546,7.390869140625
RSDCP,λ<=n,8192,1,51962,6.343017578125
RSDCP,λ<=n,8192,1,59459,7.2581787109375
RSDCP,λ<=n,8192,1,61986,7.566650390625
RSDCP,λ<=n,8192,1,56609,6.9102783203125
RSDCP,λ<=n,8192,1,65635,8.0120849609375
RSDCP,λ<=n,8192,1,57669,7.0396728515625
RSDCP,λ<=n,8192,1,71249,8.6973876953125
RSDCP,λ<=n,8192,1,55018,6.716064453125
RSDCP,λ<=n,8192,1,63975,7.8094482421875
RSDCP,λ<=n,8192,1,51760,6.318359375
RSDCP,λ<=n,8192,1,54121,6.6065673828125
RSDCP,λ<=n,8192,1,77497,9.4600830078125
RSDCP,λ<=n,8192,1,73962,9.028564453125
RSDCP,λ<=n,8192,1,53082,6.479736328125
RSDCP,λ<=n,8192,1,52010,6.348876953125
RSDCP,λ<=n,8192,1,104224,12.72265625
RSDCP,λ<=n,8192,1,53852,6.57373046875
RSDCP,λ<=n,8192,1,56192,6.859375
RSDCP,λ<=n,8192,1,56903,6.9461669921875
RSDCP,λ<=n,8192,1,58413,7.1304931640625
RSDCP,λ<=n,8192,1,62922,7.680908203125
RSDCP,λ<=n,8192,1,53794,6.566650390625
RSDCP,λ<=n,8192,1,54044,6.59716796875
RSDCP,λ<=n,8192,1,96140,11.73583984375
RSDCP,λ<=n,8192,1,81896,9.9970703125
RSDCP,λ<=n,8192,1,85610,10.450439453125
RSDCP,λ<=n,8192,1,56158,6.855224609375
RSDCP,λ<=n,8192,1,58002,7.080322265625
RSDCP,λ<=n,8192,1,64756,7.90478515625
RSDCP,λ<=n,8192,1,60589,7.3961181640625
RSDCP,λ<=n,8192,1,52913,6.4591064453125
RSDCP,λ<=n,8192,1,54155,6.6107177734375
RSDCP,λ<=n,8192,1,60883,7.4320068359375
RSDCP,λ<=n,8192,1,90774,11.080810546875
RSDCP,λ<=n,8192,1,121431,14.8231201171875
RSDCP,λ<=n,8192,1,58378,7.126220703125
RSDCP,λ<=n,8192,1,54675,6.6741943359375
RSDCP,λ<=n,8192,1,61620,7.52197265625
RSDCP,λ<=n,8192,1,50401,6.1524658203125
RSDCP,λ<=n,8192,1,58529,7.1446533203125
RSDCP,λ<=n,8192,1,54668,6.67333984375
RSDCP,λ<=n,8192,1,54639,6.6697998046875
RSDCP,λ<=n,8192,1,54363,6.6361083984375
RSDCP,λ<=n,8192,1,64875,7.9193115234375
RSDCP,λ<=n,8192,1,57230,6.986083984375
RSDCP,λ<=n,8192,1,58203,7.1048583984375
RSDCP,λ<=n,8192,1,55896,6.8232421875
RSDCP,λ<=n,8192,1,51876,6.33251953125
RSDCP,λ<=n,8192,1,53623,6.5457763671875
RSDCP,λ<=n,8192,1,65705,8.0206298828125
RSDCP,λ<=n,8192,1,92397,11.2789306640625
RSDCP,λ<=n,8192,1,55352,6.7568359375
RSDCP,λ<=n,8192,1,67859,8.2835693359375
RSDCP,λ<=n,8192,1,52793,6.4444580078125
RSDCP,λ<=n,8192,1,64414,7.863037109375
RRDCP,λ<=n,8192,1,61519,7.5096435546875
RRDCP,λ<=n,8192,1,47908,5.84814453125
RRDCP,λ<=n,8192,1,62842,7.671142578125
RRDCP,λ<=n,8192,1,85451,10.4310302734375
RRDCP,λ<=n,8192,1,62920,7.6806640625
RRDCP,λ<=n,8192,1,77217,9.4259033203125
RRDCP,λ<=n,8192,1,180735,22.0623779296875
RRDCP,λ<=n,8192,1,52581,6.4185791015625
RRDCP,λ<=n,8192,1,120761,14.7413330078125
RRDCP,λ<=n,8192,1,129904,15.857421875
RRDCP,λ<=n,8192,1,101448,12.3837890625
RRDCP,λ<=n,8192,1,68155,8.3197021484375
RRDCP,λ<=n,8192,1,49376,6.02734375
RRDCP,λ<=n,8192,1,49017,5.9835205078125
RRDCP,λ<=n,8192,1,58916,7.19189453125
RRDCP,λ<=n,8192,1,55201,6.7384033203125
RRDCP,λ<=n,8192,1,70427,8.5970458984375
RRDCP,λ<=n,8192,1,76726,9.365966796875
RRDCP,λ<=n,8192,1,61834,7.548095703125
RRDCP,λ<=n,8192,1,66811,8.1556396484375
RRDCP,λ<=n,8192,1,62085,7.5787353515625
RRDCP,λ<=n,8192,1,82086,10.020263671875
RRDCP,λ<=n,8192,1,53908,6.58056640625
RRDCP,λ<=n,8192,1,95280,11.630859375
RRDCP,λ<=n,8192,1,71657,8.7471923828125
RRDCP,λ<=n,8192,1,56189,6.8590087890625
RRDCP,λ<=n,8192,1,53413,6.5201416015625
RRDCP,λ<=n,8192,1,62823,7.6688232421875
RRDCP,λ<=n,8192,1,56100,6.84814453125
RRDCP,λ<=n,8192,1,48807,5.9578857421875
RRDCP,λ<=n,8192,1,72291,8.8245849609375
RRDCP,λ<=n,8192,1,89955,10.9808349609375
RRDCP,λ<=n,8192,1,50859,6.2083740234375
RRDCP,λ<=n,8192,1,77396,9.44775390625
RRDCP,λ<=n,8192,1,55085,6.7242431640625
RRDCP,λ<=n,8192,1,68654,8.380615234375
RRDCP,λ<=n,8192,1,58333,7.1207275390625
RRDCP,λ<=n,8192,1,49439,6.0350341796875
RRDCP,λ<=n,8192,1,60281,7.3585205078125
RRDCP,λ<=n,8192,1,55448,6.7685546875
RRDCP,λ<=n,8192,1,74858,9.137939453125
RRDCP,λ<=n,8192,1,50126,6.118896484375
RRDCP,λ<=n,8192,1,54578,6.662353515625
RRDCP,λ<=n,8192,1,46691,5.6995849609375
RRDCP,λ<=n,8192,1,98970,12.081298828125
RRDCP,λ<=n,8192,1,57646,7.036865234375
RRDCP,λ<=n,8192,1,51901,6.3355712890625
RRDCP,λ<=n,8192,1,51862,6.330810546875
RRDCP,λ<=n,8192,1,55524,6.77783203125
RRDCP,λ<=n,8192,1,50617,6.1788330078125
RRDCP,λ<=n,8192,1,70952,8.6611328125
RRDCP,λ<=n,8192,1,109741,13.3961181640625
RRDCP,λ<=n,8192,1,56411,6.8861083984375
RRDCP,λ<=n,8192,1,79482,9.702392578125
RRDCP,λ<=n,8192,1,70574,8.614990234375
RRDCP,λ<=n,8192,1,49915,6.0931396484375
RRDCP,λ<=n,8192,1,51774,6.320068359375
RRDCP,λ<=n,8192,1,54803,6.6898193359375
RRDCP,λ<=n,8192,1,64467,7.8695068359375
RRDCP,λ<=n,8192,1,67269,8.2115478515625
RRDCP,λ<=n,8192,1,46905,5.7257080078125
RRDCP,λ<=n,8192,1,77314,9.437744140625
RRDCP,λ<=n,8192,1,55462,6.770263671875
RRDCP,λ<=n,8192,1,69228,8.45068359375
RRDCP,λ<=n,8192,1,54595,6.6644287109375
RRDCP,λ<=n,8192,1,50925,6.2164306640625
RRDCP,λ<=n,8192,1,54344,6.6337890625
RRDCP,λ<=n,8192,1,49502,6.042724609375
RRDCP,λ<=n,8192,1,59143,7.2196044921875
RRDCP,λ<=n,8192,1,70956,8.66162109375
RRDCP,λ<=n,8192,1,54059,6.5989990234375
RRDCP,λ<=n,8192,1,56424,6.8876953125
RRDCP,λ<=n,8192,1,48314,5.897705078125
RRDCP,λ<=n,8192,1,88797,10.8394775390625
RRDCP,λ<=n,8192,1,48800,5.95703125
RRDCP,λ<=n,8192,1,55456,6.76953125
RRDCP,λ<=n,8192,1,64763,7.9056396484375
RRDCP,λ<=n,8192,1,57996,7.07958984375
RRDCP,λ<=n,8192,1,61451,7.5013427734375
RRDCP,λ<=n,8192,1,128039,15.6297607421875
RRDCP,λ<=n,8192,1,98334,12.003662109375
RRDCP,λ<=n,8192,1,50641,6.1817626953125
RRDCP,λ<=n,8192,1,93245,11.3824462890625
RRDCP,λ<=n,8192,1,72045,8.7945556640625
RRDCP,λ<=n,8192,1,89528,10.9287109375
RRDCP,λ<=n,8192,1,83725,10.2203369140625
RRDCP,λ<=n,8192,1,52788,6.44384765625
RRDCP,λ<=n,8192,1,46657,5.6954345703125
RRDCP,λ<=n,8192,1,101228,12.35693359375
RRDCP,λ<=n,8192,1,58598,7.153076171875
RRDCP,λ<=n,8192,1,52671,6.4295654296875
RRDCP,λ<=n,8192,1,49115,5.9954833984375
RRDCP,λ<=n,8192,1,52863,6.4530029296875
RRDCP,λ<=n,8192,1,51164,6.24560546875
RRDCP,λ<=n,8192,1,61936,7.560546875
RRDCP,λ<=n,8192,1,48084,5.86962890625
RRDCP,λ<=n,8192,1,71163,8.6868896484375
RRDCP,λ<=n,8192,1,86201,10.5225830078125
RRDCP,λ<=n,8192,1,63014,7.692138671875
RRDCP,λ<=n,8192,1,66095,8.0682373046875
RHDCP,λ<=n,8192,1,59950,7.318115234375
RHDCP,λ<=n,8192,1,54711,6.6785888671875
RHDCP,λ<=n,8192,1,76910,9.388427734375
RHDCP,λ<=n,8192,1,61237,7.4752197265625
RHDCP,λ<=n,8192,1,54999,6.7137451171875
RHDCP,λ<=n,8192,1,55850,6.817626953125
RHDCP,λ<=n,8192,1,71110,8.680419921875
RHDCP,λ<=n,8192,1,54667,6.6732177734375
RHDCP,λ<=n,8192,1,64597,7.8853759765625
RHDCP,λ<=n,8192,1,50093,6.1148681640625
RHDCP,λ<=n,8192,1,56325,6.8756103515625
RHDCP,λ<=n,8192,1,64033,7.8165283203125
RHDCP,λ<=n,8192,1,52550,6.414794921875
RHDCP,λ<=n,8192,1,55541,6.7799072265625
RHDCP,λ<=n,8192,1,62127,7.5838623046875
RHDCP,λ<=n,8192,1,63700,7.77587890625
RHDCP,λ<=n,8192,1,58063,7.0877685546875
RHDCP,λ<=n,8192,1,55398,6.762451171875
RHDCP,λ<=n,8192,1,61937,7.5606689453125
RHDCP,λ<=n,8192,1,48506,5.921142578125
RHDCP,λ<=n,8192,1,51384,6.2724609375
RHDCP,λ<=n,8192,1,48794,5.956298828125
RHDCP,λ<=n,8192,1,56355,6.8792724609375
RHDCP,λ<=n,8192,1,70965,8.6627197265625
RHDCP,λ<=n,8192,1,59709,7.2886962890625
RHDCP,λ<=n,8192,1,54890,6.700439453125
RHDCP,λ<=n,8192,1,46794,5.712158203125
RHDCP,λ<=n,8192,1,63779,7.7855224609375
RHDCP,λ<=n,8192,1,47767,5.8309326171875
RHDCP,λ<=n,8192,1,48917,5.9713134765625
RHDCP,λ<=n,8192,1,49930,6.094970703125
RHDCP,λ<=n,8192,1,57688,7.0419921875
RHDCP,λ<=n,8192,1,54434,6.644775390625
RHDCP,λ<=n,8192,1,65519,7.9979248046875
RHDCP,λ<=n,8192,1,57810,7.056884765625
RHDCP,λ<=n,8192,1,51271,6.2586669921875
RHDCP,λ<=n,8192,1,50891,6.2122802734375
RHDCP,λ<=n,8192,1,55076,6.72314453125
RHDCP,λ<=n,8192,1,60864,7.4296875
RHDCP,λ<=n,8192,1,47672,5.8193359375
RHDCP,λ<=n,8192,1,54925,6.7047119140625
RHDCP,λ<=n,8192,1,45536,5.55859375
RHDCP,λ<=n,8192,1,52591,6.4197998046875
RHDCP,λ<=n,8192,1,50406,6.153076171875
RHDCP,λ<=n,8192,1,49902,6.091552734375
RHDCP,λ<=n,8192,1,73172,8.93212890625
RHDCP,λ<=n,8192,1,53941,6.5845947265625
RHDCP,λ<=n,8192,1,45797,5.5904541015625
RHDCP,λ<=n,8192,1,60504,7.3857421875
RHDCP,λ<=n,8192,1,47511,5.7996826171875
RHDCP,λ<=n,8192,1,51868,6.33154296875
RHDCP,λ<=n,8192,1,55605,6.7877197265625
RHDCP,λ<=n,8192,1,61847,7.5496826171875
RHDCP,λ<=n,8192,1,50301,6.1402587890625
RHDCP,λ<=n,8192,1,63143,7.7078857421875
RHDCP,λ<=n,8192,1,49805,6.0797119140625
RHDCP,λ<=n,8192,1,52158,6.366943359375
RHDCP,λ<=n,8192,1,53087,6.4803466796875
RHDCP,λ<=n,8192,1,73767,9.0047607421875
RHDCP,λ<=n,8192,1,59285,7.2369384765625
RHDCP,λ<=n,8192,1,52206,6.372802734375
RHDCP,λ<=n,8192,1,55553,6.7813720703125
RHDCP,λ<=n,8192,1,57318,6.996826171875
RHDCP,λ<=n,8192,1,57151,6.9764404296875
RHDCP,λ<=n,8192,1,56583,6.9071044921875
RHDCP,λ<=n,8192,1,63767,7.7840576171875
RHDCP,λ<=n,8192,1,58468,7.13720703125
RHDCP,λ<=n,8192,1,60846,7.427490234375
RHDCP,λ<=n,8192,1,48627,5.9359130859375
RHDCP,λ<=n,8192,1,52091,6.3587646484375
RHDCP,λ<=n,8192,1,53234,6.498291015625
RHDCP,λ<=n,8192,1,59226,7.229736328125
RHDCP,λ<=n,8192,1,48994,5.980712890625
RHDCP,λ<=n,8192,1,60913,7.4356689453125
RHDCP,λ<=n,8192,1,46752,5.70703125
RHDCP,λ<=n,8192,1,47371,5.7825927734375
RHDCP,λ<=n,8192,1,46297,5.6514892578125
RHDCP,λ<=n,8192,1,67283,8.2132568359375
RHDCP,λ<=n,8192,1,53140,6.48681640625
RHDCP,λ<=n,8192,1,46052,5.62158203125
RHDCP,λ<=n,8192,1,52126,6.363037109375
RHDCP,λ<=n,8192,1,56871,6.9422607421875
RHDCP,λ<=n,8192,1,55302,6.750732421875
RHDCP,λ<=n,8192,1,51373,6.2711181640625
RHDCP,λ<=n,8192,1,84904,10.3642578125
RHDCP,λ<=n,8192,1,53222,6.496826171875
RHDCP,λ<=n,8192,1,57626,7.034423828125
RHDCP,λ<=n,8192,1,56095,6.8475341796875
RHDCP,λ<=n,8192,1,71990,8.787841796875
RHDCP,λ<=n,8192,1,57592,7.0302734375
RHDCP,λ<=n,8192,1,79827,9.7445068359375
RHDCP,λ<=n,8192,1,62415,7.6190185546875
RHDCP,λ<=n,8192,1,65217,7.9610595703125
RHDCP,λ<=n,8192,1,56519,6.8992919921875
RHDCP,λ<=n,8192,1,59548,7.26904296875
RHDCP,λ<=n,8192,1,51061,6.2330322265625
RHDCP,λ<=n,8192,1,53204,6.49462890625
RHDCP,λ<=n,8192,1,48945,5.9747314453125
RHDCP,λ<=n,8192,1,51633,6.3028564453125
RHDCP,λ<=n,8192,1,57400,7.0068359375
RHLCP,λ<=n,8192,1,46428,5.66748046875
RHLCP,λ<=n,8192,1,60355,7.3675537109375
RHLCP,λ<=n,8192,1,59415,7.2528076171875
RHLCP,λ<=n,8192,1,46250,5.645751953125
RHLCP,λ<=n,8192,1,83213,10.1578369140625
RHLCP,λ<=n,8192,1,115184,14.060546875
RHLCP,λ<=n,8192,1,53020,6.47216796875
RHLCP,λ<=n,8192,1,69117,8.4371337890625
RHLCP,λ<=n,8192,1,80553,9.8331298828125
RHLCP,λ<=n,8192,1,54946,6.707275390625
RHLCP,λ<=n,8192,1,84974,10.372802734375
RHLCP,λ<=n,8192,1,102336,12.4921875
RHLCP,λ<=n,8192,1,46901,5.7252197265625
RHLCP,λ<=n,8192,1,45927,5.6063232421875
RHLCP,λ<=n,8192,1,59199,7.2264404296875
RHLCP,λ<=n,8192,1,49619,6.0570068359375
RHLCP,λ<=n,8192,1,52757,6.4400634765625
RHLCP,λ<=n,8192,1,54436,6.64501953125
RHLCP,λ<=n,8192,1,55928,6.8271484375
RHLCP,λ<=n,8192,1,79473,9.7012939453125
RHLCP,λ<=n,8192,1,65982,8.054443359375
RHLCP,λ<=n,8192,1,104583,12.7664794921875
RHLCP,λ<=n,8192,1,54989,6.7125244140625
RHLCP,λ<=n,8192,1,57464,7.0146484375
RHLCP,λ<=n,8192,1,59673,7.2843017578125
RHLCP,λ<=n,8192,1,44965,5.4888916015625
RHLCP,λ<=n,8192,1,46466,5.672119140625
RHLCP,λ<=n,8192,1,72606,8.863037109375
RHLCP,λ<=n,8192,1,44469,5.4283447265625
RHLCP,λ<=n,8192,1,48250,5.889892578125
RHLCP,λ<=n,8192,1,55073,6.7227783203125
RHLCP,λ<=n,8192,1,46942,5.730224609375
RHLCP,λ<=n,8192,1,46848,5.71875
RHLCP,λ<=n,8192,1,47473,5.7950439453125
RHLCP,λ<=n,8192,1,51371,6.2708740234375
RHLCP,λ<=n,8192,1,53095,6.4813232421875
RHLCP,λ<=n,8192,1,143576,17.5263671875
RHLCP,λ<=n,8192,1,52273,6.3809814453125
RHLCP,λ<=n,8192,1,45569,5.5626220703125
RHLCP,λ<=n,8192,1,45164,5.51318359375
RHLCP,λ<=n,8192,1,92299,11.2669677734375
RHLCP,λ<=n,8192,1,52712,6.4345703125
RHLCP,λ<=n,8192,1,83356,10.17529296875
RHLCP,λ<=n,8192,1,61938,7.560791015625
RHLCP,λ<=n,8192,1,44425,5.4229736328125
RHLCP,λ<=n,8192,1,77696,9.484375
RHLCP,λ<=n,8192,1,66860,8.16162109375
RHLCP,λ<=n,8192,1,86115,10.5120849609375
RHLCP,λ<=n,8192,1,66249,8.0870361328125
RHLCP,λ<=n,8192,1,60434,7.377197265625
RHLCP,λ<=n,8192,1,120074,14.657470703125
RHLCP,λ<=n,8192,1,43269,5.2818603515625
RHLCP,λ<=n,8192,1,69990,8.543701171875
RHLCP,λ<=n,8192,1,61654,7.526123046875
RHLCP,λ<=n,8192,1,46574,5.685302734375
RHLCP,λ<=n,8192,1,93471,11.4100341796875
RHLCP,λ<=n,8192,1,54714,6.678955078125
RHLCP,λ<=n,8192,1,57102,6.970458984375
RHLCP,λ<=n,8192,1,46730,5.704345703125
RHLCP,λ<=n,8192,1,48482,5.918212890625
RHLCP,λ<=n,8192,1,49306,6.018798828125
RHLCP,λ<=n,8192,1,49837,6.0836181640625
RHLCP,λ<=n,8192,1,59777,7.2969970703125
RHLCP,λ<=n,8192,1,76592,9.349609375
RHLCP,λ<=n,8192,1,72507,8.8509521484375
RHLCP,λ<=n,8192,1,46905,5.7257080078125
RHLCP,λ<=n,8192,1,55178,6.735595703125
RHLCP,λ<=n,8192,1,46752,5.70703125
RHLCP,λ<=n,8192,1,74104,9.0458984375
RHLCP,λ<=n,8192,1,48282,5.893798828125
RHLCP,λ<=n,8192,1,55467,6.7708740234375
RHLCP,λ<=n,8192,1,50737,6.1934814453125
RHLCP,λ<=n,8192,1,91343,11.1502685546875
RHLCP,λ<=n,8192,1,51168,6.24609375
RHLCP,λ<=n,8192,1,53536,6.53515625
RHLCP,λ<=n,8192,1,51476,6.28369140625
RHLCP,λ<=n,8192,1,55118,6.728271484375
RHLCP,λ<=n,8192,1,59677,7.2847900390625
RHLCP,λ<=n,8192,1,53091,6.4808349609375
RHLCP,λ<=n,8192,1,47037,5.7418212890625
RHLCP,λ<=n,8192,1,49531,6.0462646484375
RHLCP,λ<=n,8192,1,48894,5.968505859375
RHLCP,λ<=n,8192,1,54647,6.6707763671875
RHLCP,λ<=n,8192,1,75435,9.2083740234375
RHLCP,λ<=n,8192,1,44161,5.3907470703125
RHLCP,λ<=n,8192,1,63097,7.7022705078125
RHLCP,λ<=n,8192,1,73717,8.9986572265625
RHLCP,λ<=n,8192,1,50432,6.15625
RHLCP,λ<=n,8192,1,56042,6.841064453125
RHLCP,λ<=n,8192,1,55023,6.7166748046875
RHLCP,λ<=n,8192,1,86637,10.5758056640625
RHLCP,λ<=n,8192,1,47421,5.7886962890625
RHLCP,λ<=n,8192,1,44814,5.470458984375
RHLCP,λ<=n,8192,1,93477,11.4107666015625
RHLCP,λ<=n,8192,1,85700,10.46142578125
RHLCP,λ<=n,8192,1,53500,6.53076171875
RHLCP,λ<=n,8192,1,55889,6.8223876953125
RHLCP,λ<=n,8192,1,49195,6.0052490234375
RHLCP,λ<=n,8192,1,51185,6.2481689453125
RHLCP,λ<=n,8192,1,53534,6.534912109375
RRLCP,λ<=n,8192,1,47126,5.752685546875
RRLCP,λ<=n,8192,1,62823,7.6688232421875
RRLCP,λ<=n,8192,1,72175,8.8104248046875
RRLCP,λ<=n,8192,1,122058,14.899658203125
RRLCP,λ<=n,8192,1,83245,10.1617431640625
RRLCP,λ<=n,8192,1,59072,7.2109375
RRLCP,λ<=n,8192,1,55497,6.7745361328125
RRLCP,λ<=n,8192,1,46112,5.62890625
RRLCP,λ<=n,8192,1,49373,6.0269775390625
RRLCP,λ<=n,8192,1,55325,6.7535400390625
RRLCP,λ<=n,8192,1,58941,7.1949462890625
RRLCP,λ<=n,8192,1,56708,6.92236328125
RRLCP,λ<=n,8192,1,56814,6.935302734375
RRLCP,λ<=n,8192,1,66728,8.1455078125
RRLCP,λ<=n,8192,1,50310,6.141357421875
RRLCP,λ<=n,8192,1,44864,5.4765625
RRLCP,λ<=n,8192,1,50592,6.17578125
RRLCP,λ<=n,8192,1,45661,5.5738525390625
RRLCP,λ<=n,8192,1,79952,9.759765625
RRLCP,λ<=n,8192,1,51200,6.25
RRLCP,λ<=n,8192,1,46641,5.6934814453125
RRLCP,λ<=n,8192,1,56853,6.9400634765625
RRLCP,λ<=n,8192,1,50023,6.1063232421875
RRLCP,λ<=n,8192,1,74639,9.1112060546875
RRLCP,λ<=n,8192,1,48772,5.95361328125
RRLCP,λ<=n,8192,1,51374,6.271240234375
RRLCP,λ<=n,8192,1,53886,6.577880859375
RRLCP,λ<=n,8192,1,47767,5.8309326171875
RRLCP,λ<=n,8192,1,60547,7.3909912109375
RRLCP,λ<=n,8192,1,51743,6.3162841796875
RRLCP,λ<=n,8192,1,60067,7.3323974609375
RRLCP,λ<=n,8192,1,50597,6.1763916015625
RRLCP,λ<=n,8192,1,56087,6.8465576171875
RRLCP,λ<=n,8192,1,72966,8.906982421875
RRLCP,λ<=n,8192,1,48043,5.8646240234375
RRLCP,λ<=n,8192,1,46226,5.642822265625
RRLCP,λ<=n,8192,1,54221,6.6187744140625
RRLCP,λ<=n,8192,1,88242,10.771728515625
RRLCP,λ<=n,8192,1,63239,7.7196044921875
RRLCP,λ<=n,8192,1,58829,7.1812744140625
RRLCP,λ<=n,8192,1,54165,6.6119384765625
RRLCP,λ<=n,8192,1,43105,5.2618408203125
RRLCP,λ<=n,8192,1,59154,7.220947265625
RRLCP,λ<=n,8192,1,82536,10.0751953125
RRLCP,λ<=n,8192,1,72293,8.8248291015625
RRLCP,λ<=n,8192,1,51431,6.2781982421875
RRLCP,λ<=n,8192,1,49874,6.088134765625
RRLCP,λ<=n,8192,1,44565,5.4400634765625
RRLCP,λ<=n,8192,1,47231,5.7655029296875
RRLCP,λ<=n,8192,1,49776,6.076171875
RRLCP,λ<=n,8192,1,45448,5.5478515625
RRLCP,λ<=n,8192,1,58595,7.1527099609375
RRLCP,λ<=n,8192,1,82545,10.0762939453125
RRLCP,λ<=n,8192,1,50006,6.104248046875
RRLCP,λ<=n,8192,1,47498,5.798095703125
RRLCP,λ<=n,8192,1,47555,5.8050537109375
RRLCP,λ<=n,8192,1,71934,8.781005859375
RRLCP,λ<=n,8192,1,50547,6.1702880859375
RRLCP,λ<=n,8192,1,51036,6.22998046875
RRLCP,λ<=n,8192,1,73103,8.9237060546875
RRLCP,λ<=n,8192,1,50714,6.190673828125
RRLCP,λ<=n,8192,1,57551,7.0252685546875
RRLCP,λ<=n,8192,1,92913,11.3419189453125
RRLCP,λ<=n,8192,1,45328,5.533203125
RRLCP,λ<=n,8192,1,61604,7.52001953125
RRLCP,λ<=n,8192,1,53207,6.4949951171875
RRLCP,λ<=n,8192,1,76079,9.2869873046875
RRLCP,λ<=n,8192,1,47552,5.8046875
RRLCP,λ<=n,8192,1,75830,9.256591796875
RRLCP,λ<=n,8192,1,62477,7.6265869140625
RRLCP,λ<=n,8192,1,91700,11.19384765625
RRLCP,λ<=n,8192,1,59539,7.2679443359375
RRLCP,λ<=n,8192,1,62379,7.6146240234375
RRLCP,λ<=n,8192,1,44911,5.4822998046875
RRLCP,λ<=n,8192,1,47931,5.8509521484375
RRLCP,λ<=n,8192,1,102354,12.494384765625
RRLCP,λ<=n,8192,1,62189,7.5914306640625
RRLCP,λ<=n,8192,1,120896,14.7578125
RRLCP,λ<=n,8192,1,56634,6.913330078125
RRLCP,λ<=n,8192,1,46634,5.692626953125
RRLCP,λ<=n,8192,1,69131,8.4388427734375
RRLCP,λ<=n,8192,1,80883,9.8734130859375
RRLCP,λ<=n,8192,1,58086,7.090576171875
RRLCP,λ<=n,8192,1,55456,6.76953125
RRLCP,λ<=n,8192,1,54959,6.7088623046875
RRLCP,λ<=n,8192,1,44318,5.409912109375
RRLCP,λ<=n,8192,1,63205,7.7154541015625
RRLCP,λ<=n,8192,1,46713,5.7022705078125
RRLCP,λ<=n,8192,1,43654,5.328857421875
RRLCP,λ<=n,8192,1,73597,8.9840087890625
RRLCP,λ<=n,8192,1,60403,7.3734130859375
RRLCP,λ<=n,8192,1,52152,6.3662109375
RRLCP,λ<=n,8192,1,45509,5.5552978515625
RRLCP,λ<=n,8192,1,78579,9.5921630859375
RRLCP,λ<=n,8192,1,58734,7.169677734375
RRLCP,λ<=n,8192,1,103076,12.58251953125
RRLCP,λ<=n,8192,1,64527,7.8768310546875
RRLCP,λ<=n,8192,1,78549,9.5885009765625
RRLCP,λ<=n,8192,1,99828,12.18603515625
RRLCP,λ<=n,8192,1,45698,5.578369140625
RSLCP,λ<=n,8192,1,65763,8.0277099609375
RSLCP,λ<=n,8192,1,70581,8.6158447265625
RSLCP,λ<=n,8192,1,64097,7.8243408203125
RSLCP,λ<=n,8192,1,66453,8.1119384765625
RSLCP,λ<=n,8192,1,225178,27.487548828125
RSLCP,λ<=n,8192,1,77426,9.451416015625
RSLCP,λ<=n,8192,1,57380,7.00439453125
RSLCP,λ<=n,8192,1,153238,18.705810546875
RSLCP,λ<=n,8192,1,82741,10.1002197265625
RSLCP,λ<=n,8192,1,59266,7.234619140625
RSLCP,λ<=n,8192,1,72157,8.8082275390625
RSLCP,λ<=n,8192,1,102742,12.541748046875
RSLCP,λ<=n,8192,1,103473,12.6309814453125
RSLCP,λ<=n,8192,1,65726,8.023193359375
RSLCP,λ<=n,8192,1,61846,7.549560546875
RSLCP,λ<=n,8192,1,63557,7.7584228515625
RSLCP,λ<=n,8192,1,93878,11.459716796875
RSLCP,λ<=n,8192,1,63470,7.747802734375
RSLCP,λ<=n,8192,1,73645,8.9898681640625
RSLCP,λ<=n,8192,1,62484,7.62744140625
RSLCP,λ<=n,8192,1,75019,9.1575927734375
RSLCP,λ<=n,8192,1,70470,8.602294921875
RSLCP,λ<=n,8192,1,62613,7.6431884765625
RSLCP,λ<=n,8192,1,159908,19.52001953125
RSLCP,λ<=n,8192,1,59174,7.223388671875
RSLCP,λ<=n,8192,1,64064,7.8203125
RSLCP,λ<=n,8192,1,59320,7.2412109375
RSLCP,λ<=n,8192,1,71942,8.781982421875
RSLCP,λ<=n,8192,1,62648,7.6474609375
RSLCP,λ<=n,8192,1,64020,7.81494140625
RSLCP,λ<=n,8192,1,61248,7.4765625
RSLCP,λ<=n,8192,1,61032,7.4501953125
RSLCP,λ<=n,8192,1,59973,7.3209228515625
RSLCP,λ<=n,8192,1,304763,37.2025146484375
RSLCP,λ<=n,8192,1,60720,7.412109375
RSLCP,λ<=n,8192,1,79953,9.7598876953125
RSLCP,λ<=n,8192,1,87706,10.706298828125
RSLCP,λ<=n,8192,1,59648,7.28125
RSLCP,λ<=n,8192,1,77430,9.451904296875
RSLCP,λ<=n,8192,1,75941,9.2701416015625
RSLCP,λ<=n,8192,1,62312,7.6064453125
RSLCP,λ<=n,8192,1,58793,7.1768798828125
RSLCP,λ<=n,8192,1,61958,7.563232421875
RSLCP,λ<=n,8192,1,76832,9.37890625
RSLCP,λ<=n,8192,1,59720,7.2900390625
RSLCP,λ<=n,8192,1,160003,19.5316162109375
RSLCP,λ<=n,8192,1,63914,7.802001953125
RSLCP,λ<=n,8192,1,60758,7.416748046875
RSLCP,λ<=n,8192,1,60947,7.4398193359375
RSLCP,λ<=n,8192,1,69982,8.542724609375
RSLCP,λ<=n,8192,1,73049,8.9171142578125
RSLCP,λ<=n,8192,1,64746,7.903564453125
RSLCP,λ<=n,8192,1,66933,8.1705322265625
RSLCP,λ<=n,8192,1,58390,7.127685546875
RSLCP,λ<=n,8192,1,66899,8.1663818359375
RSLCP,λ<=n,8192,1,58418,7.131103515625
RSLCP,λ<=n,8192,1,65058,7.941650390625
RSLCP,λ<=n,8192,1,61167,7.4666748046875
RSLCP,λ<=n,8192,1,61760,7.5390625
RSLCP,λ<=n,8192,1,84728,10.3427734375
RSLCP,λ<=n,8192,1,63706,7.776611328125
RSLCP,λ<=n,8192,1,66208,8.08203125
RSLCP,λ<=n,8192,1,59308,7.23974609375
RSLCP,λ<=n,8192,1,64631,7.8895263671875
RSLCP,λ<=n,8192,1,177739,21.6966552734375
RSLCP,λ<=n,8192,1,65074,7.943603515625
RSLCP,λ<=n,8192,1,64434,7.865478515625
RSLCP,λ<=n,8192,1,69564,8.49169921875
RSLCP,λ<=n,8192,1,77579,9.4700927734375
RSLCP,λ<=n,8192,1,67704,8.2646484375
RSLCP,λ<=n,8192,1,64060,7.81982421875
RSLCP,λ<=n,8192,1,65757,8.0269775390625
RSLCP,λ<=n,8192,1,60149,7.3424072265625
RSLCP,λ<=n,8192,1,69286,8.457763671875
RSLCP,λ<=n,8192,1,64856,7.9169921875
RSLCP,λ<=n,8192,1,158823,19.3875732421875
RSLCP,λ<=n,8192,1,68481,8.3594970703125
RSLCP,λ<=n,8192,1,124903,15.2469482421875
RSLCP,λ<=n,8192,1,70513,8.6075439453125
RSLCP,λ<=n,8192,1,63343,7.7322998046875
RSLCP,λ<=n,8192,1,62499,7.6292724609375
RSLCP,λ<=n,8192,1,60055,7.3309326171875
RSLCP,λ<=n,8192,1,64208,7.837890625
RSLCP,λ<=n,8192,1,110166,13.447998046875
RSLCP,λ<=n,8192,1,95340,11.63818359375
RSLCP,λ<=n,8192,1,63871,7.7967529296875
RSLCP,λ<=n,8192,1,59561,7.2706298828125
RSLCP,λ<=n,8192,1,62652,7.64794921875
RSLCP,λ<=n,8192,1,63339,7.7318115234375
RSLCP,λ<=n,8192,1,126531,15.4456787109375
RSLCP,λ<=n,8192,1,77609,9.4737548828125
RSLCP,λ<=n,8192,1,96275,11.7523193359375
RSLCP,λ<=n,8192,1,64532,7.87744140625
RSLCP,λ<=n,8192,1,65475,7.9925537109375
RSLCP,λ<=n,8192,1,88711,10.8289794921875
RSLCP,λ<=n,8192,1,271123,33.0960693359375
RSLCP,λ<=n,8192,1,73492,8.97119140625
RSLCP,λ<=n,8192,1,62661,7.6490478515625
RSLCP,λ<=n,8192,1,64742,7.903076171875
RSDSP,λ<=n,8192,1,94648,11.5537109375
RSDSP,λ<=n,8192,1,126227,15.4085693359375
RSDSP,λ<=n,8192,1,128997,15.7467041015625
RSDSP,λ<=n,8192,1,86285,10.5328369140625
RSDSP,λ<=n,8192,1,111091,13.5609130859375
RSDSP,λ<=n,8192,1,86572,10.56787109375
RSDSP,λ<=n,8192,1,94332,11.51513671875
RSDSP,λ<=n,8192,1,188198,22.973388671875
RSDSP,λ<=n,8192,1,113134,13.810302734375
RSDSP,λ<=n,8192,1,79877,9.7506103515625
RSDSP,λ<=n,8192,1,131620,16.06689453125
RSDSP,λ<=n,8192,1,88449,10.7969970703125
RSDSP,λ<=n,8192,1,141092,17.22314453125
RSDSP,λ<=n,8192,1,75426,9.207275390625
RSDSP,λ<=n,8192,1,102059,12.4583740234375
RSDSP,λ<=n,8192,1,157027,19.1683349609375
RSDSP,λ<=n,8192,1,152279,18.5887451171875
RSDSP,λ<=n,8192,1,114075,13.9251708984375
RSDSP,λ<=n,8192,1,123738,15.104736328125
RSDSP,λ<=n,8192,1,128877,15.7320556640625
RSDSP,λ<=n,8192,1,82482,10.068603515625
RSDSP,λ<=n,8192,1,75971,9.2738037109375
RSDSP,λ<=n,8192,1,69656,8.5029296875
RSDSP,λ<=n,8192,1,144511,17.6405029296875
RSDSP,λ<=n,8192,1,120186,14.671142578125
RSDSP,λ<=n,8192,1,121383,14.8172607421875
RSDSP,λ<=n,8192,1,88714,10.829345703125
RSDSP,λ<=n,8192,1,84826,10.354736328125
RSDSP,λ<=n,8192,1,94764,11.56787109375
RSDSP,λ<=n,8192,1,188833,23.0509033203125
RSDSP,λ<=n,8192,1,77134,9.415771484375
RSDSP,λ<=n,8192,1,147594,18.016845703125
RSDSP,λ<=n,8192,1,82402,10.058837890625
RSDSP,λ<=n,8192,1,130636,15.94677734375
RSDSP,λ<=n,8192,1,202648,24.7373046875
RSDSP,λ<=n,8192,1,93263,11.3846435546875
RSDSP,λ<=n,8192,1,83677,10.2144775390625
RSDSP,λ<=n,8192,1,80359,9.8094482421875
RSDSP,λ<=n,8192,1,104689,12.7794189453125
RSDSP,λ<=n,8192,1,91092,11.11962890625
RSDSP,λ<=n,8192,1,99463,12.1414794921875
RSDSP,λ<=n,8192,1,80724,9.85400390625
RSDSP,λ<=n,8192,1,162952,19.8916015625
RSDSP,λ<=n,8192,1,90357,11.0299072265625
RSDSP,λ<=n,8192,1,100113,12.2208251953125
RSDSP,λ<=n,8192,1,84767,10.3475341796875
RSDSP,λ<=n,8192,1,102140,12.46826171875
RSDSP,λ<=n,8192,1,158143,19.3045654296875
RSDSP,λ<=n,8192,1,81354,9.930908203125
RSDSP,λ<=n,8192,1,86299,10.5345458984375
RSDSP,λ<=n,8192,1,93024,11.35546875
RSDSP,λ<=n,8192,1,99862,12.190185546875
RSDSP,λ<=n,8192,1,101344,12.37109375
RSDSP,λ<=n,8192,1,113049,13.7999267578125
RSDSP,λ<=n,8192,1,86626,10.574462890625
RSDSP,λ<=n,8192,1,159791,19.5057373046875
RSDSP,λ<=n,8192,1,215579,26.3157958984375
RSDSP,λ<=n,8192,1,97710,11.927490234375
RSDSP,λ<=n,8192,1,143417,17.5069580078125
RSDSP,λ<=n,8192,1,89657,10.9444580078125
RSDSP,λ<=n,8192,1,91054,11.114990234375
RSDSP,λ<=n,8192,1,114141,13.9332275390625
RSDSP,λ<=n,8192,1,99713,12.1719970703125
RSDSP,λ<=n,8192,1,70542,8.611083984375
RSDSP,λ<=n,8192,1,123220,15.04150390625
RSDSP,λ<=n,8192,1,88374,10.787841796875
RSDSP,λ<=n,8192,1,123703,15.1004638671875
RSDSP,λ<=n,8192,1,70238,8.573974609375
RSDSP,λ<=n,8192,1,167229,20.4136962890625
RSDSP,λ<=n,8192,1,96193,11.7423095703125
RSDSP,λ<=n,8192,1,131390,16.038818359375
RSDSP,λ<=n,8192,1,87419,10.6712646484375
RSDSP,λ<=n,8192,1,160558,19.599365234375
RSDSP,λ<=n,8192,1,197578,24.118408203125
RSDSP,λ<=n,8192,1,91565,11.1773681640625
RSDSP,λ<=n,8192,1,86405,10.5474853515625
RSDSP,λ<=n,8192,1,87640,10.6982421875
RSDSP,λ<=n,8192,1,84335,10.2947998046875
RSDSP,λ<=n,8192,1,95614,11.671630859375
RSDSP,λ<=n,8192,1,84456,10.3095703125
RSDSP,λ<=n,8192,1,112644,13.75048828125
RSDSP,λ<=n,8192,1,204696,24.9873046875
RSDSP,λ<=n,8192,1,79100,9.65576171875
RSDSP,λ<=n,8192,1,120596,14.72119140625
RSDSP,λ<=n,8192,1,84134,10.270263671875
RSDSP,λ<=n,8192,1,85205,10.4010009765625
RSDSP,λ<=n,8192,1,100103,12.2196044921875
RSDSP,λ<=n,8192,1,97329,11.8809814453125
RSDSP,λ<=n,8192,1,117946,14.397705078125
RSDSP,λ<=n,8192,1,152948,18.67041015625
RSDSP,λ<=n,8192,1,80495,9.8260498046875
RSDSP,λ<=n,8192,1,76839,9.3797607421875
RSDSP,λ<=n,8192,1,79259,9.6751708984375
RSDSP,λ<=n,8192,1,178181,21.7506103515625
RSDSP,λ<=n,8192,1,123765,15.1080322265625
RSDSP,λ<=n,8192,1,137425,16.7755126953125
RSDSP,λ<=n,8192,1,105289,12.8526611328125
RSDSP,λ<=n,8192,1,97671,11.9227294921875
RSDSP,λ<=n,8192,1,87207,10.6453857421875
RSDSP,λ<=n,8192,1,82817,10.1094970703125
RRDSP,λ<=n,8192,1,158910,19.398193359375
RRDSP,λ<=n,8192,1,114835,14.0179443359375
RRDSP,λ<=n,8192,1,70134,8.561279296875
RRDSP,λ<=n,8192,1,68134,8.317138671875
RRDSP,λ<=n,8192,1,79024,9.646484375
RRDSP,λ<=n,8192,1,91859,11.2132568359375
RRDSP,λ<=n,8192,1,91615,11.1834716796875
RRDSP,λ<=n,8192,1,118131,14.4202880859375
RRDSP,λ<=n,8192,1,71739,8.7572021484375
RRDSP,λ<=n,8192,1,141481,17.2706298828125
RRDSP,λ<=n,8192,1,58052,7.08642578125
RRDSP,λ<=n,8192,1,66509,8.1187744140625
RRDSP,λ<=n,8192,1,85287,10.4110107421875
RRDSP,λ<=n,8192,1,73606,8.985107421875
RRDSP,λ<=n,8192,1,68458,8.356689453125
RRDSP,λ<=n,8192,1,82163,10.0296630859375
RRDSP,λ<=n,8192,1,183777,22.4337158203125
RRDSP,λ<=n,8192,1,83393,10.1798095703125
RRDSP,λ<=n,8192,1,103437,12.6265869140625
RRDSP,λ<=n,8192,1,63740,7.78076171875
RRDSP,λ<=n,8192,1,59993,7.3233642578125
RRDSP,λ<=n,8192,1,54989,6.7125244140625
RRDSP,λ<=n,8192,1,67675,8.2611083984375
RRDSP,λ<=n,8192,1,51650,6.304931640625
RRDSP,λ<=n,8192,1,136230,16.629638671875
RRDSP,λ<=n,8192,1,69303,8.4598388671875
RRDSP,λ<=n,8192,1,81476,9.94580078125
RRDSP,λ<=n,8192,1,99113,12.0987548828125
RRDSP,λ<=n,8192,1,79693,9.7281494140625
RRDSP,λ<=n,8192,1,79074,9.652587890625
RRDSP,λ<=n,8192,1,66205,8.0816650390625
RRDSP,λ<=n,8192,1,62439,7.6219482421875
RRDSP,λ<=n,8192,1,56072,6.8447265625
RRDSP,λ<=n,8192,1,57402,7.007080078125
RRDSP,λ<=n,8192,1,85422,10.427490234375
RRDSP,λ<=n,8192,1,70449,8.5997314453125
RRDSP,λ<=n,8192,1,59292,7.23779296875
RRDSP,λ<=n,8192,1,103455,12.6287841796875
RRDSP,λ<=n,8192,1,72611,8.8636474609375
RRDSP,λ<=n,8192,1,62660,7.64892578125
RRDSP,λ<=n,8192,1,86860,10.60302734375
RRDSP,λ<=n,8192,1,69440,8.4765625
RRDSP,λ<=n,8192,1,54437,6.6451416015625
RRDSP,λ<=n,8192,1,96564,11.78759765625
RRDSP,λ<=n,8192,1,93119,11.3670654296875
RRDSP,λ<=n,8192,1,96622,11.794677734375
RRDSP,λ<=n,8192,1,86414,10.548583984375
RRDSP,λ<=n,8192,1,104578,12.765869140625
RRDSP,λ<=n,8192,1,97397,11.8892822265625
RRDSP,λ<=n,8192,1,120585,14.7198486328125
RRDSP,λ<=n,8192,1,105457,12.8731689453125
RRDSP,λ<=n,8192,1,61573,7.5162353515625
RRDSP,λ<=n,8192,1,92353,11.2735595703125
RRDSP,λ<=n,8192,1,79238,9.672607421875
RRDSP,λ<=n,8192,1,56588,6.90771484375
RRDSP,λ<=n,8192,1,67907,8.2894287109375
RRDSP,λ<=n,8192,1,94288,11.509765625
RRDSP,λ<=n,8192,1,82744,10.1005859375
RRDSP,λ<=n,8192,1,77401,9.4483642578125
RRDSP,λ<=n,8192,1,97364,11.88525390625
RRDSP,λ<=n,8192,1,151314,18.470947265625
RRDSP,λ<=n,8192,1,71146,8.684814453125
RRDSP,λ<=n,8192,1,76890,9.385986328125
RRDSP,λ<=n,8192,1,74846,9.136474609375
RRDSP,λ<=n,8192,1,65793,8.0313720703125
RRDSP,λ<=n,8192,1,54965,6.7095947265625
RRDSP,λ<=n,8192,1,80647,9.8446044921875
RRDSP,λ<=n,8192,1,77929,9.5128173828125
RRDSP,λ<=n,8192,1,106568,13.0087890625
RRDSP,λ<=n,8192,1,58235,7.1087646484375
RRDSP,λ<=n,8192,1,56624,6.912109375
RRDSP,λ<=n,8192,1,75027,9.1585693359375
RRDSP,λ<=n,8192,1,95891,11.7054443359375
RRDSP,λ<=n,8192,1,67594,8.251220703125
RRDSP,λ<=n,8192,1,69887,8.5311279296875
RRDSP,λ<=n,8192,1,68428,8.35302734375
RRDSP,λ<=n,8192,1,132742,16.203857421875
RRDSP,λ<=n,8192,1,84196,10.27783203125
RRDSP,λ<=n,8192,1,62691,7.6527099609375
RRDSP,λ<=n,8192,1,59539,7.2679443359375
RRDSP,λ<=n,8192,1,78257,9.5528564453125
RRDSP,λ<=n,8192,1,70272,8.578125
RRDSP,λ<=n,8192,1,87080,10.6298828125
RRDSP,λ<=n,8192,1,87382,10.666748046875
RRDSP,λ<=n,8192,1,61556,7.51416015625
RRDSP,λ<=n,8192,1,84402,10.302978515625
RRDSP,λ<=n,8192,1,78249,9.5518798828125
RRDSP,λ<=n,8192,1,75632,9.232421875
RRDSP,λ<=n,8192,1,86110,10.511474609375
RRDSP,λ<=n,8192,1,60603,7.3978271484375
RRDSP,λ<=n,8192,1,71209,8.6925048828125
RRDSP,λ<=n,8192,1,95109,11.6099853515625
RRDSP,λ<=n,8192,1,84940,10.36865234375
RRDSP,λ<=n,8192,1,84959,10.3709716796875
RRDSP,λ<=n,8192,1,59327,7.2420654296875
RRDSP,λ<=n,8192,1,85859,10.4808349609375
RRDSP,λ<=n,8192,1,95406,11.646240234375
RRDSP,λ<=n,8192,1,55709,6.8004150390625
RRDSP,λ<=n,8192,1,135941,16.5943603515625
RRDSP,λ<=n,8192,1,74140,9.05029296875
RHDSP,λ<=n,8192,1,78875,9.6282958984375
RHDSP,λ<=n,8192,1,66704,8.142578125
RHDSP,λ<=n,8192,1,120823,14.7489013671875
RHDSP,λ<=n,8192,1,71582,8.738037109375
RHDSP,λ<=n,8192,1,63884,7.79833984375
RHDSP,λ<=n,8192,1,69427,8.4749755859375
RHDSP,λ<=n,8192,1,94966,11.592529296875
RHDSP,λ<=n,8192,1,92618,11.305908203125
RHDSP,λ<=n,8192,1,62446,7.622802734375
RHDSP,λ<=n,8192,1,70809,8.6436767578125
RHDSP,λ<=n,8192,1,59891,7.3109130859375
RHDSP,λ<=n,8192,1,66651,8.1361083984375
RHDSP,λ<=n,8192,1,65459,7.9906005859375
RHDSP,λ<=n,8192,1,76083,9.2874755859375
RHDSP,λ<=n,8192,1,77182,9.421630859375
RHDSP,λ<=n,8192,1,62722,7.656494140625
RHDSP,λ<=n,8192,1,69315,8.4613037109375
RHDSP,λ<=n,8192,1,60759,7.4168701171875
RHDSP,λ<=n,8192,1,68418,8.351806640625
RHDSP,λ<=n,8192,1,78891,9.6302490234375
RHDSP,λ<=n,8192,1,73187,8.9339599609375
RHDSP,λ<=n,8192,1,65439,7.9881591796875
RHDSP,λ<=n,8192,1,66736,8.146484375
RHDSP,λ<=n,8192,1,66232,8.0849609375
RHDSP,λ<=n,8192,1,125131,15.2747802734375
RHDSP,λ<=n,8192,1,72131,8.8050537109375
RHDSP,λ<=n,8192,1,62228,7.59619140625
RHDSP,λ<=n,8192,1,71320,8.7060546875
RHDSP,λ<=n,8192,1,99619,12.1605224609375
RHDSP,λ<=n,8192,1,92426,11.282470703125
RHDSP,λ<=n,8192,1,57623,7.0340576171875
RHDSP,λ<=n,8192,1,60505,7.3858642578125
RHDSP,λ<=n,8192,1,112153,13.6905517578125
RHDSP,λ<=n,8192,1,60029,7.3277587890625
RHDSP,λ<=n,8192,1,96253,11.7496337890625
RHDSP,λ<=n,8192,1,109378,13.351806640625
RHDSP,λ<=n,8192,1,80961,9.8829345703125
RHDSP,λ<=n,8192,1,142941,17.4488525390625
RHDSP,λ<=n,8192,1,136440,16.6552734375
RHDSP,λ<=n,8192,1,85911,10.4871826171875
RHDSP,λ<=n,8192,1,78418,9.572509765625
RHDSP,λ<=n,8192,1,123806,15.113037109375
RHDSP,λ<=n,8192,1,64201,7.8370361328125
RHDSP,λ<=n,8192,1,68388,8.34814453125
RHDSP,λ<=n,8192,1,134852,16.46142578125
RHDSP,λ<=n,8192,1,61573,7.5162353515625
RHDSP,λ<=n,8192,1,63985,7.8106689453125
RHDSP,λ<=n,8192,1,106516,13.00244140625
RHDSP,λ<=n,8192,1,65606,8.008544921875
RHDSP,λ<=n,8192,1,64390,7.860107421875
RHDSP,λ<=n,8192,1,106024,12.9423828125
RHDSP,λ<=n,8192,1,87232,10.6484375
RHDSP,λ<=n,8192,1,86365,10.5426025390625
RHDSP,λ<=n,8192,1,57571,7.0277099609375
RHDSP,λ<=n,8192,1,68748,8.39208984375
RHDSP,λ<=n,8192,1,104204,12.72021484375
RHDSP,λ<=n,8192,1,66933,8.1705322265625
RHDSP,λ<=n,8192,1,63853,7.7945556640625
RHDSP,λ<=n,8192,1,87990,10.740966796875
RHDSP,λ<=n,8192,1,62393,7.6163330078125
RHDSP,λ<=n,8192,1,64863,7.9178466796875
RHDSP,λ<=n,8192,1,86063,10.5057373046875
RHDSP,λ<=n,8192,1,65287,7.9696044921875
RHDSP,λ<=n,8192,1,97439,11.8944091796875
RHDSP,λ<=n,8192,1,93602,11.426025390625
RHDSP,λ<=n,8192,1,84924,10.36669921875
RHDSP,λ<=n,8192,1,57204,6.98291015625
RHDSP,λ<=n,8192,1,58118,7.094482421875
RHDSP,λ<=n,8192,1,70168,8.5654296875
RHDSP,λ<=n,8192,1,62404,7.61767578125
RHDSP,λ<=n,8192,1,82037,10.0142822265625
RHDSP,λ<=n,8192,1,67387,8.2259521484375
RHDSP,λ<=n,8192,1,68716,8.38818359375
RHDSP,λ<=n,8192,1,63924,7.80322265625
RHDSP,λ<=n,8192,1,62619,7.6439208984375
RHDSP,λ<=n,8192,1,65896,8.0439453125
RHDSP,λ<=n,8192,1,57934,7.072021484375
RHDSP,λ<=n,8192,1,55940,6.82861328125
RHDSP,λ<=n,8192,1,92278,11.264404296875
RHDSP,λ<=n,8192,1,76549,9.3443603515625
RHDSP,λ<=n,8192,1,58050,7.086181640625
RHDSP,λ<=n,8192,1,69865,8.5284423828125
RHDSP,λ<=n,8192,1,57197,6.9820556640625
RHDSP,λ<=n,8192,1,84969,10.3721923828125
RHDSP,λ<=n,8192,1,104449,12.7501220703125
RHDSP,λ<=n,8192,1,81228,9.91552734375
RHDSP,λ<=n,8192,1,109003,13.3060302734375
RHDSP,λ<=n,8192,1,100997,12.3287353515625
RHDSP,λ<=n,8192,1,68717,8.3883056640625
RHDSP,λ<=n,8192,1,66877,8.1636962890625
RHDSP,λ<=n,8192,1,75626,9.231689453125
RHDSP,λ<=n,8192,1,82123,10.0247802734375
RHDSP,λ<=n,8192,1,63221,7.7174072265625
RHDSP,λ<=n,8192,1,67413,8.2291259765625
RHDSP,λ<=n,8192,1,61552,7.513671875
RHDSP,λ<=n,8192,1,92121,11.2452392578125
RHDSP,λ<=n,8192,1,146423,17.8739013671875
RHDSP,λ<=n,8192,1,66467,8.1136474609375
RHDSP,λ<=n,8192,1,76365,9.3218994140625
RHDSP,λ<=n,8192,1,103194,12.596923828125
RHLSP,λ<=n,8192,1,79174,9.664794921875
RHLSP,λ<=n,8192,1,86174,10.519287109375
RHLSP,λ<=n,8192,1,118988,14.52490234375
RHLSP,λ<=n,8192,1,84684,10.33740234375
RHLSP,λ<=n,8192,1,99802,12.182861328125
RHLSP,λ<=n,8192,1,63267,7.7230224609375
RHLSP,λ<=n,8192,1,84042,10.259033203125
RHLSP,λ<=n,8192,1,96998,11.840576171875
RHLSP,λ<=n,8192,1,82681,10.0928955078125
RHLSP,λ<=n,8192,1,95910,11.707763671875
RHLSP,λ<=n,8192,1,109383,13.3524169921875
RHLSP,λ<=n,8192,1,80876,9.87255859375
RHLSP,λ<=n,8192,1,98800,12.060546875
RHLSP,λ<=n,8192,1,52751,6.4393310546875
RHLSP,λ<=n,8192,1,80042,9.770751953125
RHLSP,λ<=n,8192,1,90827,11.0872802734375
RHLSP,λ<=n,8192,1,56264,6.8681640625
RHLSP,λ<=n,8192,1,92006,11.231201171875
RHLSP,λ<=n,8192,1,127156,15.52197265625
RHLSP,λ<=n,8192,1,76745,9.3682861328125
RHLSP,λ<=n,8192,1,72484,8.84814453125
RHLSP,λ<=n,8192,1,98857,12.0675048828125
RHLSP,λ<=n,8192,1,61318,7.485107421875
RHLSP,λ<=n,8192,1,93702,11.438232421875
RHLSP,λ<=n,8192,1,59787,7.2982177734375
RHLSP,λ<=n,8192,1,64396,7.86083984375
RHLSP,λ<=n,8192,1,62951,7.6844482421875
RHLSP,λ<=n,8192,1,94266,11.507080078125
RHLSP,λ<=n,8192,1,66291,8.0921630859375
RHLSP,λ<=n,8192,1,67532,8.24365234375
RHLSP,λ<=n,8192,1,57647,7.0369873046875
RHLSP,λ<=n,8192,1,56923,6.9486083984375
RHLSP,λ<=n,8192,1,95199,11.6209716796875
RHLSP,λ<=n,8192,1,82939,10.1243896484375
RHLSP,λ<=n,8192,1,61865,7.5518798828125
RHLSP,λ<=n,8192,1,144384,17.625
RHLSP,λ<=n,8192,1,78841,9.6241455078125
RHLSP,λ<=n,8192,1,75303,9.1922607421875
RHLSP,λ<=n,8192,1,76832,9.37890625
RHLSP,λ<=n,8192,1,68792,8.3974609375
RHLSP,λ<=n,8192,1,56080,6.845703125
RHLSP,λ<=n,8192,1,65740,8.02490234375
RHLSP,λ<=n,8192,1,64708,7.89892578125
RHLSP,λ<=n,8192,1,67610,8.253173828125
RHLSP,λ<=n,8192,1,60755,7.4163818359375
RHLSP,λ<=n,8192,1,60281,7.3585205078125
RHLSP,λ<=n,8192,1,88766,10.835693359375
RHLSP,λ<=n,8192,1,92024,11.2333984375
RHLSP,λ<=n,8192,1,79979,9.7630615234375
RHLSP,λ<=n,8192,1,59858,7.306884765625
RHLSP,λ<=n,8192,1,87587,10.6917724609375
RHLSP,λ<=n,8192,1,68602,8.374267578125
RHLSP,λ<=n,8192,1,75892,9.26416015625
RHLSP,λ<=n,8192,1,58339,7.1214599609375
RHLSP,λ<=n,8192,1,75866,9.260986328125
RHLSP,λ<=n,8192,1,58808,7.1787109375
RHLSP,λ<=n,8192,1,71012,8.66845703125
RHLSP,λ<=n,8192,1,65670,8.016357421875
RHLSP,λ<=n,8192,1,80235,9.7943115234375
RHLSP,λ<=n,8192,1,104360,12.7392578125
RHLSP,λ<=n,8192,1,142422,17.385498046875
RHLSP,λ<=n,8192,1,74751,9.1248779296875
RHLSP,λ<=n,8192,1,63934,7.804443359375
RHLSP,λ<=n,8192,1,70140,8.56201171875
RHLSP,λ<=n,8192,1,74325,9.0728759765625
RHLSP,λ<=n,8192,1,64024,7.8154296875
RHLSP,λ<=n,8192,1,141491,17.2718505859375
RHLSP,λ<=n,8192,1,70940,8.65966796875
RHLSP,λ<=n,8192,1,64060,7.81982421875
RHLSP,λ<=n,8192,1,67012,8.18017578125
RHLSP,λ<=n,8192,1,103610,12.647705078125
RHLSP,λ<=n,8192,1,109028,13.30908203125
RHLSP,λ<=n,8192,1,101472,12.38671875
RHLSP,λ<=n,8192,1,61816,7.5458984375
RHLSP,λ<=n,8192,1,144563,17.6468505859375
RHLSP,λ<=n,8192,1,60580,7.39501953125
RHLSP,λ<=n,8192,1,66555,8.1243896484375
RHLSP,λ<=n,8192,1,88410,10.792236328125
RHLSP,λ<=n,8192,1,66317,8.0953369140625
RHLSP,λ<=n,8192,1,108978,13.302978515625
RHLSP,λ<=n,8192,1,73362,8.955322265625
RHLSP,λ<=n,8192,1,54930,6.705322265625
RHLSP,λ<=n,8192,1,79670,9.725341796875
RHLSP,λ<=n,8192,1,76649,9.3565673828125
RHLSP,λ<=n,8192,1,64699,7.8978271484375
RHLSP,λ<=n,8192,1,79564,9.71240234375
RHLSP,λ<=n,8192,1,119290,14.561767578125
RHLSP,λ<=n,8192,1,72357,8.8326416015625
RHLSP,λ<=n,8192,1,55403,6.7630615234375
RHLSP,λ<=n,8192,1,105549,12.8843994140625
RHLSP,λ<=n,8192,1,91093,11.1197509765625
RHLSP,λ<=n,8192,1,116829,14.2613525390625
RHLSP,λ<=n,8192,1,92487,11.2899169921875
RHLSP,λ<=n,8192,1,105411,12.8675537109375
RHLSP,λ<=n,8192,1,124545,15.2032470703125
RHLSP,λ<=n,8192,1,53862,6.574951171875
RHLSP,λ<=n,8192,1,55093,6.7252197265625
RHLSP,λ<=n,8192,1,84472,10.3115234375
RHLSP,λ<=n,8192,1,63640,7.7685546875
RHLSP,λ<=n,8192,1,79455,9.6990966796875
RRLSP,λ<=n,8192,1,58054,7.086669921875
RRLSP,λ<=n,8192,1,87253,10.6510009765625
RRLSP,λ<=n,8192,1,68108,8.31396484375
RRLSP,λ<=n,8192,1,72164,8.80908203125
RRLSP,λ<=n,8192,1,105878,12.924560546875
RRLSP,λ<=n,8192,1,85479,10.4344482421875
RRLSP,λ<=n,8192,1,88461,10.7984619140625
RRLSP,λ<=n,8192,1,94276,11.50830078125
RRLSP,λ<=n,8192,1,103977,12.6925048828125
RRLSP,λ<=n,8192,1,64678,7.895263671875
RRLSP,λ<=n,8192,1,113790,13.890380859375
RRLSP,λ<=n,8192,1,67650,8.258056640625
RRLSP,λ<=n,8192,1,97172,11.86181640625
RRLSP,λ<=n,8192,1,145727,17.7889404296875
RRLSP,λ<=n,8192,1,75957,9.2720947265625
RRLSP,λ<=n,8192,1,80923,9.8782958984375
RRLSP,λ<=n,8192,1,88208,10.767578125
RRLSP,λ<=n,8192,1,103105,12.5860595703125
RRLSP,λ<=n,8192,1,116714,14.247314453125
RRLSP,λ<=n,8192,1,90250,11.016845703125
RRLSP,λ<=n,8192,1,113277,13.8277587890625
RRLSP,λ<=n,8192,1,134931,16.4710693359375
RRLSP,λ<=n,8192,1,81108,9.90087890625
RRLSP,λ<=n,8192,1,58998,7.201904296875
RRLSP,λ<=n,8192,1,90813,11.0855712890625
RRLSP,λ<=n,8192,1,67882,8.286376953125
RRLSP,λ<=n,8192,1,118575,14.4744873046875
RRLSP,λ<=n,8192,1,105230,12.845458984375
RRLSP,λ<=n,8192,1,70881,8.6524658203125
RRLSP,λ<=n,8192,1,118480,14.462890625
RRLSP,λ<=n,8192,1,76902,9.387451171875
RRLSP,λ<=n,8192,1,94109,11.4879150390625
RRLSP,λ<=n,8192,1,63130,7.706298828125
RRLSP,λ<=n,8192,1,75241,9.1846923828125
RRLSP,λ<=n,8192,1,65452,7.98974609375
RRLSP,λ<=n,8192,1,88171,10.7630615234375
RRLSP,λ<=n,8192,1,126139,15.3978271484375
RRLSP,λ<=n,8192,1,93721,11.4405517578125
RRLSP,λ<=n,8192,1,100859,12.3118896484375
RRLSP,λ<=n,8192,1,57776,7.052734375
RRLSP,λ<=n,8192,1,71073,8.6759033203125
RRLSP,λ<=n,8192,1,96791,11.8153076171875
RRLSP,λ<=n,8192,1,105488,12.876953125
RRLSP,λ<=n,8192,1,87994,10.741455078125
RRLSP,λ<=n,8192,1,64494,7.872802734375
RRLSP,λ<=n,8192,1,140716,17.17724609375
RRLSP,λ<=n,8192,1,88085,10.7525634765625
RRLSP,λ<=n,8192,1,95521,11.6602783203125
RRLSP,λ<=n,8192,1,84734,10.343505859375
RRLSP,λ<=n,8192,1,76791,9.3739013671875
RRLSP,λ<=n,8192,1,90171,11.0072021484375
RRLSP,λ<=n,8192,1,66094,8.068115234375
RRLSP,λ<=n,8192,1,74412,9.08349609375
RRLSP,λ<=n,8192,1,71851,8.7708740234375
RRLSP,λ<=n,8192,1,78438,9.574951171875
RRLSP,λ<=n,8192,1,66325,8.0963134765625
RRLSP,λ<=n,8192,1,66723,8.1448974609375
RRLSP,λ<=n,8192,1,150486,18.369873046875
RRLSP,λ<=n,8192,1,88854,10.846435546875
RRLSP,λ<=n,8192,1,98386,12.010009765625
RRLSP,λ<=n,8192,1,93369,11.3975830078125
RRLSP,λ<=n,8192,1,76281,9.3116455078125
RRLSP,λ<=n,8192,1,83853,10.2359619140625
RRLSP,λ<=n,8192,1,112022,13.674560546875
RRLSP,λ<=n,8192,1,126947,15.4964599609375
RRLSP,λ<=n,8192,1,98845,12.0660400390625
RRLSP,λ<=n,8192,1,131655,16.0711669921875
RRLSP,λ<=n,8192,1,60646,7.403076171875
RRLSP,λ<=n,8192,1,89688,10.9482421875
RRLSP,λ<=n,8192,1,160251,19.5618896484375
RRLSP,λ<=n,8192,1,83691,10.2161865234375
RRLSP,λ<=n,8192,1,77694,9.484130859375
RRLSP,λ<=n,8192,1,71638,8.744873046875
RRLSP,λ<=n,8192,1,66830,8.157958984375
RRLSP,λ<=n,8192,1,80944,9.880859375
RRLSP,λ<=n,8192,1,96531,11.7835693359375
RRLSP,λ<=n,8192,1,97629,11.9176025390625
RRLSP,λ<=n,8192,1,217748,26.58056640625
RRLSP,λ<=n,8192,1,59759,7.2947998046875
RRLSP,λ<=n,8192,1,76254,9.308349609375
RRLSP,λ<=n,8192,1,88458,10.798095703125
RRLSP,λ<=n,8192,1,93062,11.360107421875
RRLSP,λ<=n,8192,1,82946,10.125244140625
RRLSP,λ<=n,8192,1,64036,7.81689453125
RRLSP,λ<=n,8192,1,108265,13.2159423828125
RRLSP,λ<=n,8192,1,78982,9.641357421875
RRLSP,λ<=n,8192,1,83474,10.189697265625
RRLSP,λ<=n,8192,1,78898,9.631103515625
RRLSP,λ<=n,8192,1,72032,8.79296875
RRLSP,λ<=n,8192,1,73419,8.9622802734375
RRLSP,λ<=n,8192,1,97942,11.955810546875
RRLSP,λ<=n,8192,1,125493,15.3189697265625
RRLSP,λ<=n,8192,1,120915,14.7601318359375
RRLSP,λ<=n,8192,1,78907,9.6322021484375
RRLSP,λ<=n,8192,1,87690,10.704345703125
RRLSP,λ<=n,8192,1,89549,10.9312744140625
RRLSP,λ<=n,8192,1,113093,13.8052978515625
RRLSP,λ<=n,8192,1,85599,10.4490966796875
RRLSP,λ<=n,8192,1,113258,13.825439453125
RRLSP,λ<=n,8192,1,62214,7.594482421875
RSLSP,λ<=n,8192,1,69271,8.4559326171875
RSLSP,λ<=n,8192,1,68399,8.3494873046875
RSLSP,λ<=n,8192,1,110645,13.5064697265625
RSLSP,λ<=n,8192,1,80116,9.77978515625
RSLSP,λ<=n,8192,1,73840,9.013671875
RSLSP,λ<=n,8192,1,70418,8.595947265625
RSLSP,λ<=n,8192,1,70014,8.546630859375
RSLSP,λ<=n,8192,1,76083,9.2874755859375
RSLSP,λ<=n,8192,1,86921,10.6104736328125
RSLSP,λ<=n,8192,1,308742,37.688232421875
RSLSP,λ<=n,8192,1,80063,9.7733154296875
RSLSP,λ<=n,8192,1,82813,10.1090087890625
RSLSP,λ<=n,8192,1,219507,26.7952880859375
RSLSP,λ<=n,8192,1,140713,17.1768798828125
RSLSP,λ<=n,8192,1,91216,11.134765625
RSLSP,λ<=n,8192,1,175922,21.474853515625
RSLSP,λ<=n,8192,1,94528,11.5390625
RSLSP,λ<=n,8192,1,154187,18.8216552734375
RSLSP,λ<=n,8192,1,115024,14.041015625
RSLSP,λ<=n,8192,1,75823,9.2557373046875
RSLSP,λ<=n,8192,1,70717,8.6324462890625
RSLSP,λ<=n,8192,1,93282,11.386962890625
RSLSP,λ<=n,8192,1,143404,17.50537109375
RSLSP,λ<=n,8192,1,86127,10.5135498046875
RSLSP,λ<=n,8192,1,133047,16.2410888671875
RSLSP,λ<=n,8192,1,270202,32.983642578125
RSLSP,λ<=n,8192,1,98117,11.9771728515625
RSLSP,λ<=n,8192,1,87752,10.7119140625
RSLSP,λ<=n,8192,1,244729,29.8741455078125
RSLSP,λ<=n,8192,1,196717,24.0133056640625
RSLSP,λ<=n,8192,1,75162,9.175048828125
RSLSP,λ<=n,8192,1,73320,8.9501953125
RSLSP,λ<=n,8192,1,257861,31.4771728515625
RSLSP,λ<=n,8192,1,110246,13.457763671875
RSLSP,λ<=n,8192,1,94961,11.5919189453125
RSLSP,λ<=n,8192,1,216281,26.4014892578125
RSLSP,λ<=n,8192,1,109128,13.3212890625
RSLSP,λ<=n,8192,1,81652,9.96728515625
RSLSP,λ<=n,8192,1,84707,10.3402099609375
RSLSP,λ<=n,8192,1,143565,17.5250244140625
RSLSP,λ<=n,8192,1,151930,18.546142578125
RSLSP,λ<=n,8192,1,138899,16.9554443359375
RSLSP,λ<=n,8192,1,69862,8.528076171875
RSLSP,λ<=n,8192,1,69938,8.537353515625
RSLSP,λ<=n,8192,1,74527,9.0975341796875
RSLSP,λ<=n,8192,1,153009,18.6778564453125
RSLSP,λ<=n,8192,1,86248,10.5283203125
RSLSP,λ<=n,8192,1,73044,8.91650390625
RSLSP,λ<=n,8192,1,99642,12.163330078125
RSLSP,λ<=n,8192,1,86244,10.52783203125
RSLSP,λ<=n,8192,1,161952,19.76953125
RSLSP,λ<=n,8192,1,149607,18.2625732421875
RSLSP,λ<=n,8192,1,95745,11.6876220703125
RSLSP,λ<=n,8192,1,110816,13.52734375
RSLSP,λ<=n,8192,1,131418,16.042236328125
RSLSP,λ<=n,8192,1,81866,9.993408203125
RSLSP,λ<=n,8192,1,71159,8.6864013671875
RSLSP,λ<=n,8192,1,109149,13.3238525390625
RSLSP,λ<=n,8192,1,91466,11.165283203125
RSLSP,λ<=n,8192,1,112327,13.7117919921875
RSLSP,λ<=n,8192,1,75452,9.21044921875
RSLSP,λ<=n,8192,1,72687,8.8729248046875
RSLSP,λ<=n,8192,1,179563,21.9193115234375
RSLSP,λ<=n,8192,1,120172,14.66943359375
RSLSP,λ<=n,8192,1,84066,10.261962890625
RSLSP,λ<=n,8192,1,94948,11.59033203125
RSLSP,λ<=n,8192,1,256796,31.34716796875
RSLSP,λ<=n,8192,1,91562,11.177001953125
RSLSP,λ<=n,8192,1,124246,15.166748046875
RSLSP,λ<=n,8192,1,73303,8.9481201171875
RSLSP,λ<=n,8192,1,88803,10.8402099609375
RSLSP,λ<=n,8192,1,81077,9.8970947265625
RSLSP,λ<=n,8192,1,163722,19.985595703125
RSLSP,λ<=n,8192,1,92255,11.2615966796875
RSLSP,λ<=n,8192,1,102926,12.564208984375
RSLSP,λ<=n,8192,1,223124,27.23681640625
RSLSP,λ<=n,8192,1,116441,14.2139892578125
RSLSP,λ<=n,8192,1,87203,10.6448974609375
RSLSP,λ<=n,8192,1,99071,12.0936279296875
RSLSP,λ<=n,8192,1,78492,9.58154296875
RSLSP,λ<=n,8192,1,85534,10.441162109375
RSLSP,λ<=n,8192,1,106050,12.945556640625
RSLSP,λ<=n,8192,1,98454,12.018310546875
RSLSP,λ<=n,8192,1,161199,19.6776123046875
RSLSP,λ<=n,8192,1,79640,9.7216796875
RSLSP,λ<=n,8192,1,69678,8.505615234375
RSLSP,λ<=n,8192,1,76171,9.2982177734375
RSLSP,λ<=n,8192,1,169791,20.7264404296875
RSLSP,λ<=n,8192,1,159349,19.4517822265625
RSLSP,λ<=n,8192,1,175570,21.431884765625
RSLSP,λ<=n,8192,1,111796,13.64697265625
RSLSP,λ<=n,8192,1,105206,12.842529296875
RSLSP,λ<=n,8192,1,224165,27.3638916015625
RSLSP,λ<=n,8192,1,119353,14.5694580078125
RSLSP,λ<=n,8192,1,123205,15.0396728515625
RSLSP,λ<=n,8192,1,191911,23.4266357421875
RSLSP,λ<=n,8192,1,186533,22.7701416015625
RSLSP,λ<=n,8192,1,140437,17.1431884765625
RSLSP,λ<=n,8192,1,85825,10.4766845703125
RSLSP,λ<=n,8192,1,111061,13.5572509765625
RSDMP,λ<=n,8192,1,168864,20.61328125
RSDMP,λ<=n,8192,1,80638,9.843505859375
RSDMP,λ<=n,8192,1,73570,8.980712890625
RSDMP,λ<=n,8192,1,74488,9.0927734375
RSDMP,λ<=n,8192,1,132985,16.2335205078125
RSDMP,λ<=n,8192,1,105732,12.90673828125
RSDMP,λ<=n,8192,1,164541,20.0855712890625
RSDMP,λ<=n,8192,1,198642,24.248291015625
RSDMP,λ<=n,8192,1,262072,31.9912109375
RSDMP,λ<=n,8192,1,309587,37.7913818359375
RSDMP,λ<=n,8192,1,111483,13.6087646484375
RSDMP,λ<=n,8192,1,64125,7.8277587890625
RSDMP,λ<=n,8192,1,189409,23.1212158203125
RSDMP,λ<=n,8192,1,64331,7.8529052734375
RSDMP,λ<=n,8192,1,62033,7.5723876953125
RSDMP,λ<=n,8192,1,67049,8.1846923828125
RSDMP,λ<=n,8192,1,95771,11.6907958984375
RSDMP,λ<=n,8192,1,73490,8.970947265625
RSDMP,λ<=n,8192,1,78379,9.5677490234375
RSDMP,λ<=n,8192,1,96823,11.8192138671875
RSDMP,λ<=n,8192,1,117203,14.3070068359375
RSDMP,λ<=n,8192,1,65640,8.0126953125
RSDMP,λ<=n,8192,1,130063,15.8768310546875
RSDMP,λ<=n,8192,1,115658,14.118408203125
RSDMP,λ<=n,8192,1,108410,13.233642578125
RSDMP,λ<=n,8192,1,284835,34.7698974609375
RSDMP,λ<=n,8192,1,150729,18.3995361328125
RSDMP,λ<=n,8192,1,104393,12.7432861328125
RSDMP,λ<=n,8192,1,129649,15.8262939453125
RSDMP,λ<=n,8192,1,94497,11.5352783203125
RSDMP,λ<=n,8192,1,59312,7.240234375
RSDMP,λ<=n,8192,1,69054,8.429443359375
RSDMP,λ<=n,8192,1,61404,7.49560546875
RSDMP,λ<=n,8192,1,153370,18.721923828125
RSDMP,λ<=n,8192,1,69892,8.53173828125
RSDMP,λ<=n,8192,1,125830,15.360107421875
RSDMP,λ<=n,8192,1,72730,8.878173828125
RSDMP,λ<=n,8192,1,71875,8.7738037109375
RSDMP,λ<=n,8192,1,69603,8.4964599609375
RSDMP,λ<=n,8192,1,59057,7.2091064453125
RSDMP,λ<=n,8192,1,63239,7.7196044921875
RSDMP,λ<=n,8192,1,81308,9.92529296875
RSDMP,λ<=n,8192,1,70136,8.5615234375
RSDMP,λ<=n,8192,1,204391,24.9500732421875
RSDMP,λ<=n,8192,1,75005,9.1558837890625
RSDMP,λ<=n,8192,1,73757,9.0035400390625
RSDMP,λ<=n,8192,1,369889,45.1524658203125
RSDMP,λ<=n,8192,1,80519,9.8289794921875
RSDMP,λ<=n,8192,1,66646,8.135498046875
RSDMP,λ<=n,8192,1,96115,11.7327880859375
RSDMP,λ<=n,8192,1,232205,28.3453369140625
RSDMP,λ<=n,8192,1,68568,8.3701171875
RSDMP,λ<=n,8192,1,137946,16.839111328125
RSDMP,λ<=n,8192,1,106082,12.949462890625
RSDMP,λ<=n,8192,1,65229,7.9625244140625
RSDMP,λ<=n,8192,1,90952,11.1025390625
RSDMP,λ<=n,8192,1,126419,15.4320068359375
RSDMP,λ<=n,8192,1,88395,10.7904052734375
RSDMP,λ<=n,8192,1,89133,10.8804931640625
RSDMP,λ<=n,8192,1,64553,7.8800048828125
RSDMP,λ<=n,8192,1,134133,16.3736572265625
RSDMP,λ<=n,8192,1,114518,13.979248046875
RSDMP,λ<=n,8192,1,145087,17.7108154296875
RSDMP,λ<=n,8192,1,181362,22.138916015625
RSDMP,λ<=n,8192,1,76680,9.3603515625
RSDMP,λ<=n,8192,1,179183,21.8729248046875
RSDMP,λ<=n,8192,1,130942,15.984130859375
RSDMP,λ<=n,8192,1,113665,13.8751220703125
RSDMP,λ<=n,8192,1,267737,32.6827392578125
RSDMP,λ<=n,8192,1,90118,11.000732421875
RSDMP,λ<=n,8192,1,85963,10.4935302734375
RSDMP,λ<=n,8192,1,117105,14.2950439453125
RSDMP,λ<=n,8192,1,96604,11.79248046875
RSDMP,λ<=n,8192,1,131367,16.0360107421875
RSDMP,λ<=n,8192,1,75521,9.2188720703125
RSDMP,λ<=n,8192,1,61872,7.552734375
RSDMP,λ<=n,8192,1,83099,10.1439208984375
RSDMP,λ<=n,8192,1,183407,22.3885498046875
RSDMP,λ<=n,8192,1,119908,14.63720703125
RSDMP,λ<=n,8192,1,72365,8.8336181640625
RSDMP,λ<=n,8192,1,121004,14.77099609375
RSDMP,λ<=n,8192,1,70429,8.5972900390625
RSDMP,λ<=n,8192,1,176316,21.52294921875
RSDMP,λ<=n,8192,1,316129,38.5899658203125
RSDMP,λ<=n,8192,1,66769,8.1505126953125
RSDMP,λ<=n,8192,1,205474,25.082275390625
RSDMP,λ<=n,8192,1,89594,10.936767578125
RSDMP,λ<=n,8192,1,134172,16.37841796875
RSDMP,λ<=n,8192,1,126312,15.4189453125
RSDMP,λ<=n,8192,1,172218,21.022705078125
RSDMP,λ<=n,8192,1,102853,12.5552978515625
RSDMP,λ<=n,8192,1,95077,11.6060791015625
RSDMP,λ<=n,8192,1,82135,10.0262451171875
RSDMP,λ<=n,8192,1,146539,17.8880615234375
RSDMP,λ<=n,8192,1,86828,10.59912109375
RSDMP,λ<=n,8192,1,94625,11.5509033203125
RSDMP,λ<=n,8192,1,63468,7.74755859375
RSDMP,λ<=n,8192,1,69470,8.480224609375
RSDMP,λ<=n,8192,1,64176,7.833984375
RSDMP,λ<=n,8192,1,66932,8.17041015625
RRDMP,λ<=n,8192,1,56610,6.910400390625
RRDMP,λ<=n,8192,1,73659,8.9915771484375
RRDMP,λ<=n,8192,1,53170,6.490478515625
RRDMP,λ<=n,8192,1,65435,7.9876708984375
RRDMP,λ<=n,8192,1,58826,7.180908203125
RRDMP,λ<=n,8192,1,57960,7.0751953125
RRDMP,λ<=n,8192,1,67618,8.254150390625
RRDMP,λ<=n,8192,1,61716,7.53369140625
RRDMP,λ<=n,8192,1,58584,7.1513671875
RRDMP,λ<=n,8192,1,52266,6.380126953125
RRDMP,λ<=n,8192,1,93905,11.4630126953125
RRDMP,λ<=n,8192,1,72565,8.8580322265625
RRDMP,λ<=n,8192,1,47084,5.74755859375
RRDMP,λ<=n,8192,1,70530,8.609619140625
RRDMP,λ<=n,8192,1,76442,9.331298828125
RRDMP,λ<=n,8192,1,68503,8.3621826171875
RRDMP,λ<=n,8192,1,60447,7.3787841796875
RRDMP,λ<=n,8192,1,61537,7.5118408203125
RRDMP,λ<=n,8192,1,49006,5.982177734375
RRDMP,λ<=n,8192,1,67895,8.2879638671875
RRDMP,λ<=n,8192,1,55294,6.749755859375
RRDMP,λ<=n,8192,1,109269,13.3385009765625
RRDMP,λ<=n,8192,1,53068,6.47802734375
RRDMP,λ<=n,8192,1,60451,7.3792724609375
RRDMP,λ<=n,8192,1,62594,7.640869140625
RRDMP,λ<=n,8192,1,53565,6.5386962890625
RRDMP,λ<=n,8192,1,52857,6.4522705078125
RRDMP,λ<=n,8192,1,60924,7.43701171875
RRDMP,λ<=n,8192,1,68325,8.3404541015625
RRDMP,λ<=n,8192,1,55611,6.7884521484375
RRDMP,λ<=n,8192,1,55578,6.784423828125
RRDMP,λ<=n,8192,1,60338,7.365478515625
RRDMP,λ<=n,8192,1,50743,6.1942138671875
RRDMP,λ<=n,8192,1,57800,7.0556640625
RRDMP,λ<=n,8192,1,66331,8.0970458984375
RRDMP,λ<=n,8192,1,57768,7.0517578125
RRDMP,λ<=n,8192,1,60845,7.4273681640625
RRDMP,λ<=n,8192,1,54494,6.652099609375
RRDMP,λ<=n,8192,1,54779,6.6868896484375
RRDMP,λ<=n,8192,1,57190,6.981201171875
RRDMP,λ<=n,8192,1,67800,8.2763671875
RRDMP,λ<=n,8192,1,48967,5.9774169921875
RRDMP,λ<=n,8192,1,91434,11.161376953125
RRDMP,λ<=n,8192,1,55254,6.744873046875
RRDMP,λ<=n,8192,1,63774,7.784912109375
RRDMP,λ<=n,8192,1,64967,7.9305419921875
RRDMP,λ<=n,8192,1,56514,6.898681640625
RRDMP,λ<=n,8192,1,53766,6.563232421875
RRDMP,λ<=n,8192,1,51668,6.30712890625
RRDMP,λ<=n,8192,1,67664,8.259765625
RRDMP,λ<=n,8192,1,57261,6.9898681640625
RRDMP,λ<=n,8192,1,54491,6.6517333984375
RRDMP,λ<=n,8192,1,55841,6.8165283203125
RRDMP,λ<=n,8192,1,98977,12.0821533203125
RRDMP,λ<=n,8192,1,65357,7.9781494140625
RRDMP,λ<=n,8192,1,63332,7.73095703125
RRDMP,λ<=n,8192,1,71106,8.679931640625
RRDMP,λ<=n,8192,1,75746,9.246337890625
RRDMP,λ<=n,8192,1,68789,8.3970947265625
RRDMP,λ<=n,8192,1,55463,6.7703857421875
RRDMP,λ<=n,8192,1,56158,6.855224609375
RRDMP,λ<=n,8192,1,63326,7.730224609375
RRDMP,λ<=n,8192,1,56819,6.9359130859375
RRDMP,λ<=n,8192,1,55068,6.72216796875
RRDMP,λ<=n,8192,1,52677,6.4302978515625
RRDMP,λ<=n,8192,1,53617,6.5450439453125
RRDMP,λ<=n,8192,1,77526,9.463623046875
RRDMP,λ<=n,8192,1,73992,9.0322265625
RRDMP,λ<=n,8192,1,54722,6.679931640625
RRDMP,λ<=n,8192,1,55057,6.7208251953125
RRDMP,λ<=n,8192,1,56010,6.837158203125
RRDMP,λ<=n,8192,1,60830,7.425537109375
RRDMP,λ<=n,8192,1,73395,8.9593505859375
RRDMP,λ<=n,8192,1,48314,5.897705078125
RRDMP,λ<=n,8192,1,54696,6.6767578125
RRDMP,λ<=n,8192,1,78653,9.6011962890625
RRDMP,λ<=n,8192,1,57560,7.0263671875
RRDMP,λ<=n,8192,1,46936,5.7294921875
RRDMP,λ<=n,8192,1,80294,9.801513671875
RRDMP,λ<=n,8192,1,66956,8.17333984375
RRDMP,λ<=n,8192,1,86612,10.57275390625
RRDMP,λ<=n,8192,1,72851,8.8929443359375
RRDMP,λ<=n,8192,1,63943,7.8055419921875
RRDMP,λ<=n,8192,1,56261,6.8677978515625
RRDMP,λ<=n,8192,1,54425,6.6436767578125
RRDMP,λ<=n,8192,1,73291,8.9466552734375
RRDMP,λ<=n,8192,1,57165,6.9781494140625
RRDMP,λ<=n,8192,1,66324,8.09619140625
RRDMP,λ<=n,8192,1,52922,6.460205078125
RRDMP,λ<=n,8192,1,61522,7.510009765625
RRDMP,λ<=n,8192,1,55038,6.718505859375
RRDMP,λ<=n,8192,1,59798,7.299560546875
RRDMP,λ<=n,8192,1,75883,9.2630615234375
RRDMP,λ<=n,8192,1,49223,6.0086669921875
RRDMP,λ<=n,8192,1,48708,5.94580078125
RRDMP,λ<=n,8192,1,63057,7.6973876953125
RRDMP,λ<=n,8192,1,47742,5.827880859375
RRDMP,λ<=n,8192,1,49050,5.987548828125
RRDMP,λ<=n,8192,1,80325,9.8052978515625
RRDMP,λ<=n,8192,1,60032,7.328125
RHDMP,λ<=n,8192,1,59571,7.2718505859375
RHDMP,λ<=n,8192,1,79412,9.69384765625
RHDMP,λ<=n,8192,1,49492,6.04150390625
RHDMP,λ<=n,8192,1,65642,8.012939453125
RHDMP,λ<=n,8192,1,127395,15.5511474609375
RHDMP,λ<=n,8192,1,95275,11.6302490234375
RHDMP,λ<=n,8192,1,47431,5.7899169921875
RHDMP,λ<=n,8192,1,149225,18.2159423828125
RHDMP,λ<=n,8192,1,53470,6.527099609375
RHDMP,λ<=n,8192,1,59995,7.3236083984375
RHDMP,λ<=n,8192,1,86681,10.5811767578125
RHDMP,λ<=n,8192,1,91117,11.1226806640625
RHDMP,λ<=n,8192,1,73338,8.952392578125
RHDMP,λ<=n,8192,1,75534,9.220458984375
RHDMP,λ<=n,8192,1,53901,6.5797119140625
RHDMP,λ<=n,8192,1,44982,5.490966796875
RHDMP,λ<=n,8192,1,50534,6.168701171875
RHDMP,λ<=n,8192,1,51959,6.3426513671875
RHDMP,λ<=n,8192,1,48112,5.873046875
RHDMP,λ<=n,8192,1,51806,6.323974609375
RHDMP,λ<=n,8192,1,58087,7.0906982421875
RHDMP,λ<=n,8192,1,73302,8.947998046875
RHDMP,λ<=n,8192,1,51785,6.3214111328125
RHDMP,λ<=n,8192,1,53711,6.5565185546875
RHDMP,λ<=n,8192,1,52871,6.4539794921875
RHDMP,λ<=n,8192,1,54299,6.6282958984375
RHDMP,λ<=n,8192,1,50460,6.15966796875
RHDMP,λ<=n,8192,1,91929,11.2218017578125
RHDMP,λ<=n,8192,1,63624,7.7666015625
RHDMP,λ<=n,8192,1,85778,10.470947265625
RHDMP,λ<=n,8192,1,50943,6.2186279296875
RHDMP,λ<=n,8192,1,61073,7.4552001953125
RHDMP,λ<=n,8192,1,89655,10.9442138671875
RHDMP,λ<=n,8192,1,100931,12.3206787109375
RHDMP,λ<=n,8192,1,63307,7.7279052734375
RHDMP,λ<=n,8192,1,44778,5.466064453125
RHDMP,λ<=n,8192,1,52578,6.418212890625
RHDMP,λ<=n,8192,1,67947,8.2943115234375
RHDMP,λ<=n,8192,1,56120,6.8505859375
RHDMP,λ<=n,8192,1,84190,10.277099609375
RHDMP,λ<=n,8192,1,48152,5.8779296875
RHDMP,λ<=n,8192,1,69266,8.455322265625
RHDMP,λ<=n,8192,1,61764,7.53955078125
RHDMP,λ<=n,8192,1,103929,12.6866455078125
RHDMP,λ<=n,8192,1,134136,16.3740234375
RHDMP,λ<=n,8192,1,50356,6.14697265625
RHDMP,λ<=n,8192,1,76603,9.3509521484375
RHDMP,λ<=n,8192,1,47673,5.8194580078125
RHDMP,λ<=n,8192,1,48104,5.8720703125
RHDMP,λ<=n,8192,1,46616,5.6904296875
RHDMP,λ<=n,8192,1,54967,6.7098388671875
RHDMP,λ<=n,8192,1,49354,6.024658203125
RHDMP,λ<=n,8192,1,52598,6.420654296875
RHDMP,λ<=n,8192,1,50589,6.1754150390625
RHDMP,λ<=n,8192,1,49095,5.9930419921875
RHDMP,λ<=n,8192,1,68256,8.33203125
RHDMP,λ<=n,8192,1,54121,6.6065673828125
RHDMP,λ<=n,8192,1,58336,7.12109375
RHDMP,λ<=n,8192,1,86625,10.5743408203125
RHDMP,λ<=n,8192,1,67874,8.285400390625
RHDMP,λ<=n,8192,1,67589,8.2506103515625
RHDMP,λ<=n,8192,1,64677,7.8951416015625
RHDMP,λ<=n,8192,1,81286,9.922607421875
RHDMP,λ<=n,8192,1,55476,6.77197265625
RHDMP,λ<=n,8192,1,75967,9.2733154296875
RHDMP,λ<=n,8192,1,58910,7.191162109375
RHDMP,λ<=n,8192,1,81307,9.9251708984375
RHDMP,λ<=n,8192,1,70150,8.563232421875
RHDMP,λ<=n,8192,1,56493,6.8961181640625
RHDMP,λ<=n,8192,1,48182,5.881591796875
RHDMP,λ<=n,8192,1,59655,7.2821044921875
RHDMP,λ<=n,8192,1,50861,6.2086181640625
RHDMP,λ<=n,8192,1,72378,8.835205078125
RHDMP,λ<=n,8192,1,45593,5.5655517578125
RHDMP,λ<=n,8192,1,46284,5.64990234375
RHDMP,λ<=n,8192,1,134784,16.453125
RHDMP,λ<=n,8192,1,57814,7.057373046875
RHDMP,λ<=n,8192,1,49845,6.0845947265625
RHDMP,λ<=n,8192,1,44536,5.4365234375
RHDMP,λ<=n,8192,1,51786,6.321533203125
RHDMP,λ<=n,8192,1,62641,7.6466064453125
RHDMP,λ<=n,8192,1,48603,5.9329833984375
RHDMP,λ<=n,8192,1,49444,6.03564453125
RHDMP,λ<=n,8192,1,47320,5.7763671875
RHDMP,λ<=n,8192,1,60625,7.4005126953125
RHDMP,λ<=n,8192,1,75445,9.2095947265625
RHDMP,λ<=n,8192,1,48096,5.87109375
RHDMP,λ<=n,8192,1,64672,7.89453125
RHDMP,λ<=n,8192,1,62140,7.58544921875
RHDMP,λ<=n,8192,1,79148,9.66162109375
RHDMP,λ<=n,8192,1,57165,6.9781494140625
RHDMP,λ<=n,8192,1,60602,7.397705078125
RHDMP,λ<=n,8192,1,53074,6.478759765625
RHDMP,λ<=n,8192,1,102186,12.473876953125
RHDMP,λ<=n,8192,1,43370,5.294189453125
RHDMP,λ<=n,8192,1,55984,6.833984375
RHDMP,λ<=n,8192,1,57218,6.984619140625
RHDMP,λ<=n,8192,1,64858,7.917236328125
RHDMP,λ<=n,8192,1,46782,5.710693359375
RHLMP,λ<=n,8192,1,87258,10.651611328125
RHLMP,λ<=n,8192,1,53575,6.5399169921875
RHLMP,λ<=n,8192,1,93614,11.427490234375
RHLMP,λ<=n,8192,1,47197,5.7613525390625
RHLMP,λ<=n,8192,1,61530,7.510986328125
RHLMP,λ<=n,8192,1,63022,7.693115234375
RHLMP,λ<=n,8192,1,54669,6.6734619140625
RHLMP,λ<=n,8192,1,59888,7.310546875
RHLMP,λ<=n,8192,1,59323,7.2415771484375
RHLMP,λ<=n,8192,1,74929,9.1466064453125
RHLMP,λ<=n,8192,1,157216,19.19140625
RHLMP,λ<=n,8192,1,54301,6.6285400390625
RHLMP,λ<=n,8192,1,48211,5.8851318359375
RHLMP,λ<=n,8192,1,49961,6.0987548828125
RHLMP,λ<=n,8192,1,59391,7.2498779296875
RHLMP,λ<=n,8192,1,66126,8.072021484375
RHLMP,λ<=n,8192,1,51663,6.3065185546875
RHLMP,λ<=n,8192,1,44724,5.45947265625
RHLMP,λ<=n,8192,1,49057,5.9884033203125
RHLMP,λ<=n,8192,1,46019,5.6175537109375
RHLMP,λ<=n,8192,1,45565,5.5621337890625
RHLMP,λ<=n,8192,1,44733,5.4605712890625
RHLMP,λ<=n,8192,1,83572,10.20166015625
RHLMP,λ<=n,8192,1,44973,5.4898681640625
RHLMP,λ<=n,8192,1,51357,6.2691650390625
RHLMP,λ<=n,8192,1,43947,5.3646240234375
RHLMP,λ<=n,8192,1,61225,7.4737548828125
RHLMP,λ<=n,8192,1,49566,6.050537109375
RHLMP,λ<=n,8192,1,54934,6.705810546875
RHLMP,λ<=n,8192,1,63741,7.7808837890625
RHLMP,λ<=n,8192,1,53155,6.4886474609375
RHLMP,λ<=n,8192,1,49613,6.0562744140625
RHLMP,λ<=n,8192,1,44495,5.4315185546875
RHLMP,λ<=n,8192,1,51443,6.2796630859375
RHLMP,λ<=n,8192,1,50779,6.1986083984375
RHLMP,λ<=n,8192,1,47883,5.8450927734375
RHLMP,λ<=n,8192,1,68902,8.410888671875
RHLMP,λ<=n,8192,1,63388,7.73779296875
RHLMP,λ<=n,8192,1,46193,5.6387939453125
RHLMP,λ<=n,8192,1,66226,8.084228515625
RHLMP,λ<=n,8192,1,72056,8.7958984375
RHLMP,λ<=n,8192,1,60140,7.34130859375
RHLMP,λ<=n,8192,1,66075,8.0657958984375
RHLMP,λ<=n,8192,1,47985,5.8575439453125
RHLMP,λ<=n,8192,1,55139,6.7308349609375
RHLMP,λ<=n,8192,1,71172,8.68798828125
RHLMP,λ<=n,8192,1,46921,5.7276611328125
RHLMP,λ<=n,8192,1,66351,8.0994873046875
RHLMP,λ<=n,8192,1,59468,7.25927734375
RHLMP,λ<=n,8192,1,51883,6.3333740234375
RHLMP,λ<=n,8192,1,47097,5.7491455078125
RHLMP,λ<=n,8192,1,55750,6.805419921875
RHLMP,λ<=n,8192,1,74596,9.10595703125
RHLMP,λ<=n,8192,1,52082,6.357666015625
RHLMP,λ<=n,8192,1,69995,8.5443115234375
RHLMP,λ<=n,8192,1,55216,6.740234375
RHLMP,λ<=n,8192,1,60918,7.436279296875
RHLMP,λ<=n,8192,1,72204,8.81396484375
RHLMP,λ<=n,8192,1,49667,6.0628662109375
RHLMP,λ<=n,8192,1,64081,7.8223876953125
RHLMP,λ<=n,8192,1,56096,6.84765625
RHLMP,λ<=n,8192,1,46894,5.724365234375
RHLMP,λ<=n,8192,1,42840,5.2294921875
RHLMP,λ<=n,8192,1,125187,15.2816162109375
RHLMP,λ<=n,8192,1,59767,7.2957763671875
RHLMP,λ<=n,8192,1,52704,6.43359375
RHLMP,λ<=n,8192,1,76925,9.3902587890625
RHLMP,λ<=n,8192,1,46753,5.7071533203125
RHLMP,λ<=n,8192,1,44687,5.4549560546875
RHLMP,λ<=n,8192,1,73516,8.97412109375
RHLMP,λ<=n,8192,1,44868,5.47705078125
RHLMP,λ<=n,8192,1,70320,8.583984375
RHLMP,λ<=n,8192,1,59988,7.32275390625
RHLMP,λ<=n,8192,1,66527,8.1209716796875
RHLMP,λ<=n,8192,1,48451,5.9144287109375
RHLMP,λ<=n,8192,1,98080,11.97265625
RHLMP,λ<=n,8192,1,45720,5.5810546875
RHLMP,λ<=n,8192,1,47081,5.7471923828125
RHLMP,λ<=n,8192,1,52495,6.4080810546875
RHLMP,λ<=n,8192,1,69921,8.5352783203125
RHLMP,λ<=n,8192,1,68092,8.31201171875
RHLMP,λ<=n,8192,1,72440,8.8427734375
RHLMP,λ<=n,8192,1,50047,6.1092529296875
RHLMP,λ<=n,8192,1,51235,6.2542724609375
RHLMP,λ<=n,8192,1,62553,7.6358642578125
RHLMP,λ<=n,8192,1,46934,5.729248046875
RHLMP,λ<=n,8192,1,68898,8.410400390625
RHLMP,λ<=n,8192,1,118299,14.4407958984375
RHLMP,λ<=n,8192,1,71127,8.6824951171875
RHLMP,λ<=n,8192,1,65967,8.0526123046875
RHLMP,λ<=n,8192,1,45215,5.5194091796875
RHLMP,λ<=n,8192,1,61681,7.5294189453125
RHLMP,λ<=n,8192,1,88962,10.859619140625
RHLMP,λ<=n,8192,1,49955,6.0980224609375
RHLMP,λ<=n,8192,1,62172,7.58935546875
RHLMP,λ<=n,8192,1,53427,6.5218505859375
RHLMP,λ<=n,8192,1,55406,6.763427734375
RHLMP,λ<=n,8192,1,51017,6.2276611328125
RHLMP,λ<=n,8192,1,51198,6.249755859375
RHLMP,λ<=n,8192,1,51245,6.2554931640625
RRLMP,λ<=n,8192,1,54399,6.6405029296875
RRLMP,λ<=n,8192,1,82997,10.1314697265625
RRLMP,λ<=n,8192,1,59259,7.2337646484375
RRLMP,λ<=n,8192,1,46719,5.7030029296875
RRLMP,λ<=n,8192,1,48853,5.9635009765625
RRLMP,λ<=n,8192,1,54089,6.6026611328125
RRLMP,λ<=n,8192,1,46519,5.6785888671875
RRLMP,λ<=n,8192,1,59664,7.283203125
RRLMP,λ<=n,8192,1,50874,6.210205078125
RRLMP,λ<=n,8192,1,46527,5.6795654296875
RRLMP,λ<=n,8192,1,52412,6.39794921875
RRLMP,λ<=n,8192,1,51095,6.2371826171875
RRLMP,λ<=n,8192,1,48952,5.9755859375
RRLMP,λ<=n,8192,1,55976,6.8330078125
RRLMP,λ<=n,8192,1,47021,5.7398681640625
RRLMP,λ<=n,8192,1,51950,6.341552734375
RRLMP,λ<=n,8192,1,51005,6.2261962890625
RRLMP,λ<=n,8192,1,56241,6.8653564453125
RRLMP,λ<=n,8192,1,47793,5.8341064453125
RRLMP,λ<=n,8192,1,49038,5.986083984375
RRLMP,λ<=n,8192,1,48832,5.9609375
RRLMP,λ<=n,8192,1,54784,6.6875
RRLMP,λ<=n,8192,1,104730,12.784423828125
RRLMP,λ<=n,8192,1,60417,7.3751220703125
RRLMP,λ<=n,8192,1,101061,12.3365478515625
RRLMP,λ<=n,8192,1,48131,5.8753662109375
RRLMP,λ<=n,8192,1,51073,6.2344970703125
RRLMP,λ<=n,8192,1,61233,7.4747314453125
RRLMP,λ<=n,8192,1,50504,6.1650390625
RRLMP,λ<=n,8192,1,52725,6.4361572265625
RRLMP,λ<=n,8192,1,64871,7.9188232421875
RRLMP,λ<=n,8192,1,67645,8.2574462890625
RRLMP,λ<=n,8192,1,63687,7.7742919921875
RRLMP,λ<=n,8192,1,72071,8.7977294921875
RRLMP,λ<=n,8192,1,66570,8.126220703125
RRLMP,λ<=n,8192,1,51517,6.2886962890625
RRLMP,λ<=n,8192,1,60350,7.366943359375
RRLMP,λ<=n,8192,1,52664,6.4287109375
RRLMP,λ<=n,8192,1,46979,5.7347412109375
RRLMP,λ<=n,8192,1,65366,7.979248046875
RRLMP,λ<=n,8192,1,78050,9.527587890625
RRLMP,λ<=n,8192,1,43490,5.308837890625
RRLMP,λ<=n,8192,1,56047,6.8416748046875
RRLMP,λ<=n,8192,1,48349,5.9019775390625
RRLMP,λ<=n,8192,1,48809,5.9581298828125
RRLMP,λ<=n,8192,1,46033,5.6192626953125
RRLMP,λ<=n,8192,1,82757,10.1021728515625
RRLMP,λ<=n,8192,1,113376,13.83984375
RRLMP,λ<=n,8192,1,51299,6.2620849609375
RRLMP,λ<=n,8192,1,48635,5.9368896484375
RRLMP,λ<=n,8192,1,73049,8.9171142578125
RRLMP,λ<=n,8192,1,77852,9.50341796875
RRLMP,λ<=n,8192,1,52358,6.391357421875
RRLMP,λ<=n,8192,1,52476,6.40576171875
RRLMP,λ<=n,8192,1,73873,9.0177001953125
RRLMP,λ<=n,8192,1,69517,8.4859619140625
RRLMP,λ<=n,8192,1,49641,6.0596923828125
RRLMP,λ<=n,8192,1,52094,6.359130859375
RRLMP,λ<=n,8192,1,53231,6.4979248046875
RRLMP,λ<=n,8192,1,56473,6.8936767578125
RRLMP,λ<=n,8192,1,51493,6.2857666015625
RRLMP,λ<=n,8192,1,55245,6.7437744140625
RRLMP,λ<=n,8192,1,63010,7.691650390625
RRLMP,λ<=n,8192,1,54619,6.6673583984375
RRLMP,λ<=n,8192,1,53243,6.4993896484375
RRLMP,λ<=n,8192,1,50723,6.1917724609375
RRLMP,λ<=n,8192,1,46631,5.6922607421875
RRLMP,λ<=n,8192,1,53550,6.536865234375
RRLMP,λ<=n,8192,1,53303,6.5067138671875
RRLMP,λ<=n,8192,1,58079,7.0897216796875
RRLMP,λ<=n,8192,1,54152,6.6103515625
RRLMP,λ<=n,8192,1,46128,5.630859375
RRLMP,λ<=n,8192,1,50281,6.1378173828125
RRLMP,λ<=n,8192,1,53038,6.474365234375
RRLMP,λ<=n,8192,1,53521,6.5333251953125
RRLMP,λ<=n,8192,1,75489,9.2149658203125
RRLMP,λ<=n,8192,1,64424,7.8642578125
RRLMP,λ<=n,8192,1,44468,5.42822265625
RRLMP,λ<=n,8192,1,56378,6.882080078125
RRLMP,λ<=n,8192,1,48429,5.9117431640625
RRLMP,λ<=n,8192,1,57534,7.023193359375
RRLMP,λ<=n,8192,1,45572,5.56298828125
RRLMP,λ<=n,8192,1,47198,5.761474609375
RRLMP,λ<=n,8192,1,52195,6.3714599609375
RRLMP,λ<=n,8192,1,47747,5.8284912109375
RRLMP,λ<=n,8192,1,46871,5.7215576171875
RRLMP,λ<=n,8192,1,49444,6.03564453125
RRLMP,λ<=n,8192,1,54287,6.6268310546875
RRLMP,λ<=n,8192,1,58160,7.099609375
RRLMP,λ<=n,8192,1,64123,7.8275146484375
RRLMP,λ<=n,8192,1,58861,7.1851806640625
RRLMP,λ<=n,8192,1,51378,6.271728515625
RRLMP,λ<=n,8192,1,68006,8.301513671875
RRLMP,λ<=n,8192,1,46879,5.7225341796875
RRLMP,λ<=n,8192,1,54370,6.636962890625
RRLMP,λ<=n,8192,1,48130,5.875244140625
RRLMP,λ<=n,8192,1,68019,8.3031005859375
RRLMP,λ<=n,8192,1,55405,6.7633056640625
RRLMP,λ<=n,8192,1,45405,5.5426025390625
RRLMP,λ<=n,8192,1,48438,5.912841796875
RSLMP,λ<=n,8192,1,82916,10.12158203125
RSLMP,λ<=n,8192,1,146297,17.8585205078125
RSLMP,λ<=n,8192,1,111108,13.56298828125
RSLMP,λ<=n,8192,1,88986,10.862548828125
RSLMP,λ<=n,8192,1,133340,16.27685546875
RSLMP,λ<=n,8192,1,104142,12.712646484375
RSLMP,λ<=n,8192,1,88948,10.85791015625
RSLMP,λ<=n,8192,1,102303,12.4881591796875
RSLMP,λ<=n,8192,1,111985,13.6700439453125
RSLMP,λ<=n,8192,1,99453,12.1402587890625
RSLMP,λ<=n,8192,1,109850,13.409423828125
RSLMP,λ<=n,8192,1,81338,9.928955078125
RSLMP,λ<=n,8192,1,67189,8.2017822265625
RSLMP,λ<=n,8192,1,127566,15.572021484375
RSLMP,λ<=n,8192,1,74735,9.1229248046875
RSLMP,λ<=n,8192,1,118695,14.4891357421875
RSLMP,λ<=n,8192,1,68886,8.408935546875
RSLMP,λ<=n,8192,1,76026,9.280517578125
RSLMP,λ<=n,8192,1,100718,12.294677734375
RSLMP,λ<=n,8192,1,115714,14.125244140625
RSLMP,λ<=n,8192,1,92470,11.287841796875
RSLMP,λ<=n,8192,1,76313,9.3155517578125
RSLMP,λ<=n,8192,1,97857,11.9454345703125
RSLMP,λ<=n,8192,1,109535,13.3709716796875
RSLMP,λ<=n,8192,1,121863,14.8758544921875
RSLMP,λ<=n,8192,1,65280,7.96875
RSLMP,λ<=n,8192,1,207139,25.2855224609375
RSLMP,λ<=n,8192,1,66897,8.1661376953125
RSLMP,λ<=n,8192,1,66625,8.1329345703125
RSLMP,λ<=n,8192,1,93532,11.41748046875
RSLMP,λ<=n,8192,1,85678,10.458740234375
RSLMP,λ<=n,8192,1,78869,9.6275634765625
RSLMP,λ<=n,8192,1,79717,9.7310791015625
RSLMP,λ<=n,8192,1,105746,12.908447265625
RSLMP,λ<=n,8192,1,69226,8.450439453125
RSLMP,λ<=n,8192,1,69183,8.4451904296875
RSLMP,λ<=n,8192,1,77771,9.4935302734375
RSLMP,λ<=n,8192,1,101936,12.443359375
RSLMP,λ<=n,8192,1,68848,8.404296875
RSLMP,λ<=n,8192,1,77592,9.4716796875
RSLMP,λ<=n,8192,1,70291,8.5804443359375
RSLMP,λ<=n,8192,1,71805,8.7652587890625
RSLMP,λ<=n,8192,1,74029,9.0367431640625
RSLMP,λ<=n,8192,1,90083,10.9964599609375
RSLMP,λ<=n,8192,1,84156,10.27294921875
RSLMP,λ<=n,8192,1,67381,8.2252197265625
RSLMP,λ<=n,8192,1,76532,9.34228515625
RSLMP,λ<=n,8192,1,87394,10.668212890625
RSLMP,λ<=n,8192,1,108479,13.2420654296875
RSLMP,λ<=n,8192,1,112071,13.6805419921875
RSLMP,λ<=n,8192,1,72300,8.82568359375
RSLMP,λ<=n,8192,1,133085,16.2457275390625
RSLMP,λ<=n,8192,1,86813,10.5972900390625
RSLMP,λ<=n,8192,1,75752,9.2470703125
RSLMP,λ<=n,8192,1,136651,16.6810302734375
RSLMP,λ<=n,8192,1,109992,13.4267578125
RSLMP,λ<=n,8192,1,72763,8.8822021484375
RSLMP,λ<=n,8192,1,70818,8.644775390625
RSLMP,λ<=n,8192,1,66752,8.1484375
RSLMP,λ<=n,8192,1,71085,8.6773681640625
RSLMP,λ<=n,8192,1,71987,8.7874755859375
RSLMP,λ<=n,8192,1,70886,8.653076171875
RSLMP,λ<=n,8192,1,293197,35.7906494140625
RSLMP,λ<=n,8192,1,165348,20.18408203125
RSLMP,λ<=n,8192,1,91849,11.2120361328125
RSLMP,λ<=n,8192,1,71354,8.710205078125
RSLMP,λ<=n,8192,1,122674,14.974853515625
RSLMP,λ<=n,8192,1,77230,9.427490234375
RSLMP,λ<=n,8192,1,98577,12.0333251953125
RSLMP,λ<=n,8192,1,113299,13.8304443359375
RSLMP,λ<=n,8192,1,95600,11.669921875
RSLMP,λ<=n,8192,1,87645,10.6988525390625
RSLMP,λ<=n,8192,1,95501,11.6578369140625
RSLMP,λ<=n,8192,1,104203,12.7200927734375
RSLMP,λ<=n,8192,1,68643,8.3792724609375
RSLMP,λ<=n,8192,1,82750,10.101318359375
RSLMP,λ<=n,8192,1,76673,9.3594970703125
RSLMP,λ<=n,8192,1,77943,9.5145263671875
RSLMP,λ<=n,8192,1,89540,10.93017578125
RSLMP,λ<=n,8192,1,137124,16.73876953125
RSLMP,λ<=n,8192,1,107244,13.09130859375
RSLMP,λ<=n,8192,1,144860,17.68310546875
RSLMP,λ<=n,8192,1,67033,8.1827392578125
RSLMP,λ<=n,8192,1,154329,18.8389892578125
RSLMP,λ<=n,8192,1,113280,13.828125
RSLMP,λ<=n,8192,1,83727,10.2205810546875
RSLMP,λ<=n,8192,1,109579,13.3763427734375
RSLMP,λ<=n,8192,1,87557,10.6881103515625
RSLMP,λ<=n,8192,1,126953,15.4971923828125
RSLMP,λ<=n,8192,1,67630,8.255615234375
RSLMP,λ<=n,8192,1,64920,7.9248046875
RSLMP,λ<=n,8192,1,96890,11.827392578125
RSLMP,λ<=n,8192,1,72069,8.7974853515625
RSLMP,λ<=n,8192,1,83402,10.180908203125
RSLMP,λ<=n,8192,1,85619,10.4515380859375
RSLMP,λ<=n,8192,1,89398,10.912841796875
RSLMP,λ<=n,8192,1,72515,8.8519287109375
RSLMP,λ<=n,8192,1,88060,10.74951171875
RSLMP,λ<=n,8192,1,157675,19.2474365234375
RSLMP,λ<=n,8192,1,63168,7.7109375
RSDIP,λ<=n,8192,1,131014,15.992919921875
RSDIP,λ<=n,8192,1,216698,26.452392578125
RSDIP,λ<=n,8192,1,85506,10.437744140625
RSDIP,λ<=n,8192,1,93287,11.3875732421875
RSDIP,λ<=n,8192,1,127918,15.614990234375
RSDIP,λ<=n,8192,1,372003,45.4105224609375
RSDIP,λ<=n,8192,1,220815,26.9549560546875
RSDIP,λ<=n,8192,1,113148,13.81201171875
RSDIP,λ<=n,8192,1,197757,24.1402587890625
RSDIP,λ<=n,8192,1,148130,18.082275390625
RSDIP,λ<=n,8192,1,80576,9.8359375
RSDIP,λ<=n,8192,1,168718,20.595458984375
RSDIP,λ<=n,8192,1,73413,8.9615478515625
RSDIP,λ<=n,8192,1,88842,10.844970703125
RSDIP,λ<=n,8192,1,130253,15.9000244140625
RSDIP,λ<=n,8192,1,74120,9.0478515625
RSDIP,λ<=n,8192,1,83785,10.2276611328125
RSDIP,λ<=n,8192,1,72806,8.887451171875
RSDIP,λ<=n,8192,1,241981,29.5386962890625
RSDIP,λ<=n,8192,1,256480,31.30859375
RSDIP,λ<=n,8192,1,84261,10.2857666015625
RSDIP,λ<=n,8192,1,258490,31.553955078125
RSDIP,λ<=n,8192,1,75359,9.1990966796875
RSDIP,λ<=n,8192,1,191330,23.355712890625
RSDIP,λ<=n,8192,1,135525,16.5435791015625
RSDIP,λ<=n,8192,1,98147,11.9808349609375
RSDIP,λ<=n,8192,1,177906,21.717041015625
RSDIP,λ<=n,8192,1,118659,14.4847412109375
RSDIP,λ<=n,8192,1,111323,13.5892333984375
RSDIP,λ<=n,8192,1,94067,11.4827880859375
RSDIP,λ<=n,8192,1,81538,9.953369140625
RSDIP,λ<=n,8192,1,98600,12.0361328125
RSDIP,λ<=n,8192,1,70999,8.6668701171875
RSDIP,λ<=n,8192,1,137383,16.7703857421875
RSDIP,λ<=n,8192,1,69303,8.4598388671875
RSDIP,λ<=n,8192,1,72738,8.879150390625
RSDIP,λ<=n,8192,1,74630,9.110107421875
RSDIP,λ<=n,8192,1,113479,13.8524169921875
RSDIP,λ<=n,8192,1,123924,15.12744140625
RSDIP,λ<=n,8192,1,80764,9.85888671875
RSDIP,λ<=n,8192,1,91275,11.1419677734375
RSDIP,λ<=n,8192,1,77810,9.498291015625
RSDIP,λ<=n,8192,1,108742,13.274169921875
RSDIP,λ<=n,8192,1,84168,10.2744140625
RSDIP,λ<=n,8192,1,93412,11.40283203125
RSDIP,λ<=n,8192,1,74330,9.073486328125
RSDIP,λ<=n,8192,1,135639,16.5574951171875
RSDIP,λ<=n,8192,1,72617,8.8643798828125
RSDIP,λ<=n,8192,1,201041,24.5411376953125
RSDIP,λ<=n,8192,1,209559,25.5809326171875
RSDIP,λ<=n,8192,1,96911,11.8299560546875
RSDIP,λ<=n,8192,1,73564,8.97998046875
RSDIP,λ<=n,8192,1,185186,22.605712890625
RSDIP,λ<=n,8192,1,154282,18.833251953125
RSDIP,λ<=n,8192,1,373596,45.60498046875
RSDIP,λ<=n,8192,1,221777,27.0723876953125
RSDIP,λ<=n,8192,1,82788,10.10595703125
RSDIP,λ<=n,8192,1,83246,10.161865234375
RSDIP,λ<=n,8192,1,127784,15.5986328125
RSDIP,λ<=n,8192,1,135856,16.583984375
RSDIP,λ<=n,8192,1,248512,30.3359375
RSDIP,λ<=n,8192,1,87243,10.6497802734375
RSDIP,λ<=n,8192,1,74749,9.1246337890625
RSDIP,λ<=n,8192,1,70128,8.560546875
RSDIP,λ<=n,8192,1,116065,14.1680908203125
RSDIP,λ<=n,8192,1,95484,11.65576171875
RSDIP,λ<=n,8192,1,113801,13.8917236328125
RSDIP,λ<=n,8192,1,145145,17.7178955078125
RSDIP,λ<=n,8192,1,85045,10.3814697265625
RSDIP,λ<=n,8192,1,153255,18.7078857421875
RSDIP,λ<=n,8192,1,384279,46.9090576171875
RSDIP,λ<=n,8192,1,83798,10.229248046875
RSDIP,λ<=n,8192,1,76831,9.3787841796875
RSDIP,λ<=n,8192,1,96171,11.7396240234375
RSDIP,λ<=n,8192,1,110635,13.5052490234375
RSDIP,λ<=n,8192,1,86263,10.5301513671875
RSDIP,λ<=n,8192,1,117457,14.3380126953125
RSDIP,λ<=n,8192,1,214853,26.2271728515625
RSDIP,λ<=n,8192,1,98172,11.98388671875
RSDIP,λ<=n,8192,1,168486,20.567138671875
RSDIP,λ<=n,8192,1,112182,13.694091796875
RSDIP,λ<=n,8192,1,107573,13.1314697265625
RSDIP,λ<=n,8192,1,226662,27.668701171875
RSDIP,λ<=n,8192,1,240394,29.344970703125
RSDIP,λ<=n,8192,1,192197,23.4615478515625
RSDIP,λ<=n,8192,1,134670,16.439208984375
RSDIP,λ<=n,8192,1,84047,10.2596435546875
RSDIP,λ<=n,8192,1,74444,9.08740234375
RSDIP,λ<=n,8192,1,195337,23.8448486328125
RSDIP,λ<=n,8192,1,147714,18.031494140625
RSDIP,λ<=n,8192,1,83998,10.253662109375
RSDIP,λ<=n,8192,1,94187,11.4974365234375
RSDIP,λ<=n,8192,1,70624,8.62109375
RSDIP,λ<=n,8192,1,95103,11.6092529296875
RSDIP,λ<=n,8192,1,83318,10.170654296875
RSDIP,λ<=n,8192,1,136095,16.6131591796875
RSDIP,λ<=n,8192,1,86732,10.58740234375
RSDIP,λ<=n,8192,1,87132,10.63623046875
RSDIP,λ<=n,8192,1,175109,21.3756103515625
RSDIP,λ<=n,8192,1,216688,26.451171875
RRDIP,λ<=n,8192,1,80102,9.778076171875
RRDIP,λ<=n,8192,1,55380,6.76025390625
RRDIP,λ<=n,8192,1,60491,7.3841552734375
RRDIP,λ<=n,8192,1,58642,7.158447265625
RRDIP,λ<=n,8192,1,70948,8.66064453125
RRDIP,λ<=n,8192,1,70209,8.5704345703125
RRDIP,λ<=n,8192,1,72340,8.83056640625
RRDIP,λ<=n,8192,1,51692,6.31005859375
RRDIP,λ<=n,8192,1,62946,7.683837890625
RRDIP,λ<=n,8192,1,83740,10.22216796875
RRDIP,λ<=n,8192,1,59483,7.2611083984375
RRDIP,λ<=n,8192,1,53782,6.565185546875
RRDIP,λ<=n,8192,1,70467,8.6019287109375
RRDIP,λ<=n,8192,1,57911,7.0692138671875
RRDIP,λ<=n,8192,1,113872,13.900390625
RRDIP,λ<=n,8192,1,81322,9.927001953125
RRDIP,λ<=n,8192,1,67430,8.231201171875
RRDIP,λ<=n,8192,1,80741,9.8560791015625
RRDIP,λ<=n,8192,1,93013,11.3541259765625
RRDIP,λ<=n,8192,1,66493,8.1168212890625
RRDIP,λ<=n,8192,1,102029,12.4547119140625
RRDIP,λ<=n,8192,1,71685,8.7506103515625
RRDIP,λ<=n,8192,1,59981,7.3218994140625
RRDIP,λ<=n,8192,1,82886,10.117919921875
RRDIP,λ<=n,8192,1,58264,7.1123046875
RRDIP,λ<=n,8192,1,63346,7.732666015625
RRDIP,λ<=n,8192,1,76804,9.37548828125
RRDIP,λ<=n,8192,1,71171,8.6878662109375
RRDIP,λ<=n,8192,1,79717,9.7310791015625
RRDIP,λ<=n,8192,1,56364,6.88037109375
RRDIP,λ<=n,8192,1,61885,7.5543212890625
RRDIP,λ<=n,8192,1,55472,6.771484375
RRDIP,λ<=n,8192,1,67264,8.2109375
RRDIP,λ<=n,8192,1,93679,11.4354248046875
RRDIP,λ<=n,8192,1,75801,9.2530517578125
RRDIP,λ<=n,8192,1,70927,8.6580810546875
RRDIP,λ<=n,8192,1,89981,10.9840087890625
RRDIP,λ<=n,8192,1,67861,8.2838134765625
RRDIP,λ<=n,8192,1,66112,8.0703125
RRDIP,λ<=n,8192,1,117114,14.296142578125
RRDIP,λ<=n,8192,1,145462,17.756591796875
RRDIP,λ<=n,8192,1,97104,11.853515625
RRDIP,λ<=n,8192,1,106558,13.007568359375
RRDIP,λ<=n,8192,1,75502,9.216552734375
RRDIP,λ<=n,8192,1,53647,6.5487060546875
RRDIP,λ<=n,8192,1,59970,7.320556640625
RRDIP,λ<=n,8192,1,65513,7.9971923828125
RRDIP,λ<=n,8192,1,59792,7.298828125
RRDIP,λ<=n,8192,1,81278,9.921630859375
RRDIP,λ<=n,8192,1,114573,13.9859619140625
RRDIP,λ<=n,8192,1,58346,7.122314453125
RRDIP,λ<=n,8192,1,81303,9.9246826171875
RRDIP,λ<=n,8192,1,64738,7.902587890625
RRDIP,λ<=n,8192,1,71142,8.684326171875
RRDIP,λ<=n,8192,1,63611,7.7650146484375
RRDIP,λ<=n,8192,1,64296,7.8486328125
RRDIP,λ<=n,8192,1,64889,7.9210205078125
RRDIP,λ<=n,8192,1,59781,7.2974853515625
RRDIP,λ<=n,8192,1,66100,8.06884765625
RRDIP,λ<=n,8192,1,67575,8.2489013671875
RRDIP,λ<=n,8192,1,83488,10.19140625
RRDIP,λ<=n,8192,1,91832,11.2099609375
RRDIP,λ<=n,8192,1,65156,7.95361328125
RRDIP,λ<=n,8192,1,68750,8.392333984375
RRDIP,λ<=n,8192,1,67919,8.2908935546875
RRDIP,λ<=n,8192,1,76032,9.28125
RRDIP,λ<=n,8192,1,65482,7.993408203125
RRDIP,λ<=n,8192,1,83927,10.2449951171875
RRDIP,λ<=n,8192,1,65075,7.9437255859375
RRDIP,λ<=n,8192,1,60805,7.4224853515625
RRDIP,λ<=n,8192,1,68094,8.312255859375
RRDIP,λ<=n,8192,1,68957,8.4176025390625
RRDIP,λ<=n,8192,1,101584,12.400390625
RRDIP,λ<=n,8192,1,88239,10.7713623046875
RRDIP,λ<=n,8192,1,62579,7.6390380859375
RRDIP,λ<=n,8192,1,62379,7.6146240234375
RRDIP,λ<=n,8192,1,91546,11.175048828125
RRDIP,λ<=n,8192,1,64702,7.898193359375
RRDIP,λ<=n,8192,1,68536,8.3662109375
RRDIP,λ<=n,8192,1,74723,9.1214599609375
RRDIP,λ<=n,8192,1,77122,9.414306640625
RRDIP,λ<=n,8192,1,74625,9.1094970703125
RRDIP,λ<=n,8192,1,91794,11.205322265625
RRDIP,λ<=n,8192,1,60593,7.3966064453125
RRDIP,λ<=n,8192,1,64580,7.88330078125
RRDIP,λ<=n,8192,1,75008,9.15625
RRDIP,λ<=n,8192,1,112983,13.7918701171875
RRDIP,λ<=n,8192,1,67464,8.2353515625
RRDIP,λ<=n,8192,1,72493,8.8492431640625
RRDIP,λ<=n,8192,1,74599,9.1063232421875
RRDIP,λ<=n,8192,1,106686,13.023193359375
RRDIP,λ<=n,8192,1,62563,7.6370849609375
RRDIP,λ<=n,8192,1,87376,10.666015625
RRDIP,λ<=n,8192,1,66392,8.1044921875
RRDIP,λ<=n,8192,1,65267,7.9671630859375
RRDIP,λ<=n,8192,1,79995,9.7650146484375
RRDIP,λ<=n,8192,1,72078,8.798583984375
RRDIP,λ<=n,8192,1,73498,8.971923828125
RRDIP,λ<=n,8192,1,69414,8.473388671875
RRDIP,λ<=n,8192,1,71086,8.677490234375
RHDIP,λ<=n,8192,1,74725,9.1217041015625
RHDIP,λ<=n,8192,1,99871,12.1912841796875
RHDIP,λ<=n,8192,1,73507,8.9730224609375
RHDIP,λ<=n,8192,1,60747,7.4154052734375
RHDIP,λ<=n,8192,1,141519,17.2752685546875
RHDIP,λ<=n,8192,1,62508,7.63037109375
RHDIP,λ<=n,8192,1,67856,8.283203125
RHDIP,λ<=n,8192,1,112569,13.7413330078125
RHDIP,λ<=n,8192,1,65269,7.9674072265625
RHDIP,λ<=n,8192,1,68163,8.3206787109375
RHDIP,λ<=n,8192,1,75773,9.2496337890625
RHDIP,λ<=n,8192,1,119140,14.54345703125
RHDIP,λ<=n,8192,1,66099,8.0687255859375
RHDIP,λ<=n,8192,1,125450,15.313720703125
RHDIP,λ<=n,8192,1,75200,9.1796875
RHDIP,λ<=n,8192,1,60241,7.3536376953125
RHDIP,λ<=n,8192,1,73477,8.9693603515625
RHDIP,λ<=n,8192,1,91135,11.1248779296875
RHDIP,λ<=n,8192,1,68173,8.3218994140625
RHDIP,λ<=n,8192,1,88001,10.7423095703125
RHDIP,λ<=n,8192,1,80772,9.85986328125
RHDIP,λ<=n,8192,1,68906,8.411376953125
RHDIP,λ<=n,8192,1,70284,8.57958984375
RHDIP,λ<=n,8192,1,89674,10.946533203125
RHDIP,λ<=n,8192,1,65468,7.99169921875
RHDIP,λ<=n,8192,1,82590,10.081787109375
RHDIP,λ<=n,8192,1,83206,10.156982421875
RHDIP,λ<=n,8192,1,75825,9.2559814453125
RHDIP,λ<=n,8192,1,95417,11.6475830078125
RHDIP,λ<=n,8192,1,79172,9.66455078125
RHDIP,λ<=n,8192,1,62306,7.605712890625
RHDIP,λ<=n,8192,1,84925,10.3668212890625
RHDIP,λ<=n,8192,1,91598,11.181396484375
RHDIP,λ<=n,8192,1,66331,8.0970458984375
RHDIP,λ<=n,8192,1,59945,7.3175048828125
RHDIP,λ<=n,8192,1,85059,10.3831787109375
RHDIP,λ<=n,8192,1,82145,10.0274658203125
RHDIP,λ<=n,8192,1,86530,10.562744140625
RHDIP,λ<=n,8192,1,76081,9.2872314453125
RHDIP,λ<=n,8192,1,66002,8.056884765625
RHDIP,λ<=n,8192,1,58448,7.134765625
RHDIP,λ<=n,8192,1,75644,9.23388671875
RHDIP,λ<=n,8192,1,56553,6.9034423828125
RHDIP,λ<=n,8192,1,78509,9.5836181640625
RHDIP,λ<=n,8192,1,71859,8.7718505859375
RHDIP,λ<=n,8192,1,98349,12.0054931640625
RHDIP,λ<=n,8192,1,75333,9.1959228515625
RHDIP,λ<=n,8192,1,64616,7.8876953125
RHDIP,λ<=n,8192,1,81452,9.94287109375
RHDIP,λ<=n,8192,1,66382,8.103271484375
RHDIP,λ<=n,8192,1,68699,8.3861083984375
RHDIP,λ<=n,8192,1,102887,12.5594482421875
RHDIP,λ<=n,8192,1,75831,9.2567138671875
RHDIP,λ<=n,8192,1,66494,8.116943359375
RHDIP,λ<=n,8192,1,96753,11.8106689453125
RHDIP,λ<=n,8192,1,87866,10.725830078125
RHDIP,λ<=n,8192,1,85049,10.3819580078125
RHDIP,λ<=n,8192,1,54956,6.70849609375
RHDIP,λ<=n,8192,1,74946,9.148681640625
RHDIP,λ<=n,8192,1,64145,7.8302001953125
RHDIP,λ<=n,8192,1,68247,8.3309326171875
RHDIP,λ<=n,8192,1,78705,9.6075439453125
RHDIP,λ<=n,8192,1,75156,9.17431640625
RHDIP,λ<=n,8192,1,65337,7.9757080078125
RHDIP,λ<=n,8192,1,71998,8.788818359375
RHDIP,λ<=n,8192,1,73481,8.9698486328125
RHDIP,λ<=n,8192,1,87430,10.672607421875
RHDIP,λ<=n,8192,1,123429,15.0670166015625
RHDIP,λ<=n,8192,1,62595,7.6409912109375
RHDIP,λ<=n,8192,1,100620,12.28271484375
RHDIP,λ<=n,8192,1,68104,8.3134765625
RHDIP,λ<=n,8192,1,76567,9.3465576171875
RHDIP,λ<=n,8192,1,65617,8.0098876953125
RHDIP,λ<=n,8192,1,93006,11.353271484375
RHDIP,λ<=n,8192,1,91757,11.2008056640625
RHDIP,λ<=n,8192,1,91943,11.2235107421875
RHDIP,λ<=n,8192,1,60255,7.3553466796875
RHDIP,λ<=n,8192,1,60302,7.361083984375
RHDIP,λ<=n,8192,1,65124,7.94970703125
RHDIP,λ<=n,8192,1,69921,8.5352783203125
RHDIP,λ<=n,8192,1,88452,10.79736328125
RHDIP,λ<=n,8192,1,65141,7.9517822265625
RHDIP,λ<=n,8192,1,99395,12.1331787109375
RHDIP,λ<=n,8192,1,126277,15.4146728515625
RHDIP,λ<=n,8192,1,62786,7.664306640625
RHDIP,λ<=n,8192,1,85721,10.4639892578125
RHDIP,λ<=n,8192,1,62849,7.6719970703125
RHDIP,λ<=n,8192,1,55105,6.7266845703125
RHDIP,λ<=n,8192,1,70619,8.6204833984375
RHDIP,λ<=n,8192,1,74343,9.0750732421875
RHDIP,λ<=n,8192,1,93498,11.413330078125
RHDIP,λ<=n,8192,1,54233,6.6202392578125
RHDIP,λ<=n,8192,1,77834,9.501220703125
RHDIP,λ<=n,8192,1,57303,6.9949951171875
RHDIP,λ<=n,8192,1,57014,6.959716796875
RHDIP,λ<=n,8192,1,79541,9.7095947265625
RHDIP,λ<=n,8192,1,60817,7.4239501953125
RHDIP,λ<=n,8192,1,79059,9.6507568359375
RHDIP,λ<=n,8192,1,79567,9.7127685546875
RHDIP,λ<=n,8192,1,74855,9.1375732421875
RHLIP,λ<=n,8192,1,62617,7.6436767578125
RHLIP,λ<=n,8192,1,109109,13.3189697265625
RHLIP,λ<=n,8192,1,99469,12.1422119140625
RHLIP,λ<=n,8192,1,55396,6.76220703125
RHLIP,λ<=n,8192,1,62695,7.6531982421875
RHLIP,λ<=n,8192,1,91392,11.15625
RHLIP,λ<=n,8192,1,62292,7.60400390625
RHLIP,λ<=n,8192,1,72028,8.79248046875
RHLIP,λ<=n,8192,1,69302,8.459716796875
RHLIP,λ<=n,8192,1,92618,11.305908203125
RHLIP,λ<=n,8192,1,60374,7.369873046875
RHLIP,λ<=n,8192,1,78767,9.6151123046875
RHLIP,λ<=n,8192,1,83585,10.2032470703125
RHLIP,λ<=n,8192,1,76868,9.38330078125
RHLIP,λ<=n,8192,1,58937,7.1944580078125
RHLIP,λ<=n,8192,1,83521,10.1954345703125
RHLIP,λ<=n,8192,1,68557,8.3687744140625
RHLIP,λ<=n,8192,1,57606,7.031982421875
RHLIP,λ<=n,8192,1,58436,7.13330078125
RHLIP,λ<=n,8192,1,83569,10.2012939453125
RHLIP,λ<=n,8192,1,65196,7.95849609375
RHLIP,λ<=n,8192,1,71174,8.688232421875
RHLIP,λ<=n,8192,1,59319,7.2410888671875
RHLIP,λ<=n,8192,1,74148,9.05126953125
RHLIP,λ<=n,8192,1,75686,9.239013671875
RHLIP,λ<=n,8192,1,56338,6.877197265625
RHLIP,λ<=n,8192,1,71577,8.7374267578125
RHLIP,λ<=n,8192,1,58255,7.1112060546875
RHLIP,λ<=n,8192,1,67673,8.2608642578125
RHLIP,λ<=n,8192,1,63226,7.718017578125
RHLIP,λ<=n,8192,1,65361,7.9786376953125
RHLIP,λ<=n,8192,1,61885,7.5543212890625
RHLIP,λ<=n,8192,1,89695,10.9490966796875
RHLIP,λ<=n,8192,1,61584,7.517578125
RHLIP,λ<=n,8192,1,68694,8.385498046875
RHLIP,λ<=n,8192,1,55537,6.7794189453125
RHLIP,λ<=n,8192,1,87874,10.726806640625
RHLIP,λ<=n,8192,1,55152,6.732421875
RHLIP,λ<=n,8192,1,64048,7.818359375
RHLIP,λ<=n,8192,1,61247,7.4764404296875
RHLIP,λ<=n,8192,1,71544,8.7333984375
RHLIP,λ<=n,8192,1,78555,9.5892333984375
RHLIP,λ<=n,8192,1,66319,8.0955810546875
RHLIP,λ<=n,8192,1,63839,7.7928466796875
RHLIP,λ<=n,8192,1,66657,8.1368408203125
RHLIP,λ<=n,8192,1,94981,11.5943603515625
RHLIP,λ<=n,8192,1,94923,11.5872802734375
RHLIP,λ<=n,8192,1,90780,11.08154296875
RHLIP,λ<=n,8192,1,88720,10.830078125
RHLIP,λ<=n,8192,1,63149,7.7086181640625
RHLIP,λ<=n,8192,1,62005,7.5689697265625
RHLIP,λ<=n,8192,1,57665,7.0391845703125
RHLIP,λ<=n,8192,1,75797,9.2525634765625
RHLIP,λ<=n,8192,1,109715,13.3929443359375
RHLIP,λ<=n,8192,1,63023,7.6932373046875
RHLIP,λ<=n,8192,1,62859,7.6732177734375
RHLIP,λ<=n,8192,1,59294,7.238037109375
RHLIP,λ<=n,8192,1,59207,7.2274169921875
RHLIP,λ<=n,8192,1,57227,6.9857177734375
RHLIP,λ<=n,8192,1,65529,7.9991455078125
RHLIP,λ<=n,8192,1,71656,8.7470703125
RHLIP,λ<=n,8192,1,69255,8.4539794921875
RHLIP,λ<=n,8192,1,69542,8.489013671875
RHLIP,λ<=n,8192,1,80266,9.798095703125
RHLIP,λ<=n,8192,1,63419,7.7415771484375
RHLIP,λ<=n,8192,1,71981,8.7867431640625
RHLIP,λ<=n,8192,1,66127,8.0721435546875
RHLIP,λ<=n,8192,1,111133,13.5660400390625
RHLIP,λ<=n,8192,1,76121,9.2921142578125
RHLIP,λ<=n,8192,1,60830,7.425537109375
RHLIP,λ<=n,8192,1,78634,9.598876953125
RHLIP,λ<=n,8192,1,108320,13.22265625
RHLIP,λ<=n,8192,1,102078,12.460693359375
RHLIP,λ<=n,8192,1,73038,8.915771484375
RHLIP,λ<=n,8192,1,70589,8.6168212890625
RHLIP,λ<=n,8192,1,56856,6.9404296875
RHLIP,λ<=n,8192,1,57720,7.0458984375
RHLIP,λ<=n,8192,1,94004,11.47509765625
RHLIP,λ<=n,8192,1,95491,11.6566162109375
RHLIP,λ<=n,8192,1,73633,8.9884033203125
RHLIP,λ<=n,8192,1,66682,8.139892578125
RHLIP,λ<=n,8192,1,63691,7.7747802734375
RHLIP,λ<=n,8192,1,58510,7.142333984375
RHLIP,λ<=n,8192,1,63205,7.7154541015625
RHLIP,λ<=n,8192,1,65403,7.9837646484375
RHLIP,λ<=n,8192,1,59333,7.2427978515625
RHLIP,λ<=n,8192,1,54391,6.6395263671875
RHLIP,λ<=n,8192,1,62926,7.681396484375
RHLIP,λ<=n,8192,1,86876,10.60498046875
RHLIP,λ<=n,8192,1,88388,10.78955078125
RHLIP,λ<=n,8192,1,60460,7.38037109375
RHLIP,λ<=n,8192,1,60522,7.387939453125
RHLIP,λ<=n,8192,1,56059,6.8431396484375
RHLIP,λ<=n,8192,1,60351,7.3670654296875
RHLIP,λ<=n,8192,1,62861,7.6734619140625
RHLIP,λ<=n,8192,1,90781,11.0816650390625
RHLIP,λ<=n,8192,1,76283,9.3118896484375
RHLIP,λ<=n,8192,1,60995,7.4456787109375
RHLIP,λ<=n,8192,1,53998,6.591552734375
RHLIP,λ<=n,8192,1,73523,8.9749755859375
RRLIP,λ<=n,8192,1,56331,6.8763427734375
RRLIP,λ<=n,8192,1,66946,8.172119140625
RRLIP,λ<=n,8192,1,59013,7.2037353515625
RRLIP,λ<=n,8192,1,103400,12.6220703125
RRLIP,λ<=n,8192,1,64788,7.90869140625
RRLIP,λ<=n,8192,1,121855,14.8748779296875
RRLIP,λ<=n,8192,1,63900,7.80029296875
RRLIP,λ<=n,8192,1,87979,10.7396240234375
RRLIP,λ<=n,8192,1,67828,8.27978515625
RRLIP,λ<=n,8192,1,137577,16.7940673828125
RRLIP,λ<=n,8192,1,70975,8.6639404296875
RRLIP,λ<=n,8192,1,81390,9.935302734375
RRLIP,λ<=n,8192,1,87003,10.6204833984375
RRLIP,λ<=n,8192,1,71048,8.6728515625
RRLIP,λ<=n,8192,1,110094,13.439208984375
RRLIP,λ<=n,8192,1,118133,14.4205322265625
RRLIP,λ<=n,8192,1,96328,11.7587890625
RRLIP,λ<=n,8192,1,60925,7.4371337890625
RRLIP,λ<=n,8192,1,60813,7.4234619140625
RRLIP,λ<=n,8192,1,107433,13.1143798828125
RRLIP,λ<=n,8192,1,101005,12.3297119140625
RRLIP,λ<=n,8192,1,72468,8.84619140625
RRLIP,λ<=n,8192,1,61047,7.4520263671875
RRLIP,λ<=n,8192,1,70562,8.613525390625
RRLIP,λ<=n,8192,1,112878,13.779052734375
RRLIP,λ<=n,8192,1,64751,7.9041748046875
RRLIP,λ<=n,8192,1,76125,9.2926025390625
RRLIP,λ<=n,8192,1,71521,8.7305908203125
RRLIP,λ<=n,8192,1,158843,19.3900146484375
RRLIP,λ<=n,8192,1,96031,11.7225341796875
RRLIP,λ<=n,8192,1,84714,10.341064453125
RRLIP,λ<=n,8192,1,59397,7.2506103515625
RRLIP,λ<=n,8192,1,64841,7.9151611328125
RRLIP,λ<=n,8192,1,82791,10.1063232421875
RRLIP,λ<=n,8192,1,71002,8.667236328125
RRLIP,λ<=n,8192,1,60655,7.4041748046875
RRLIP,λ<=n,8192,1,66036,8.06103515625
RRLIP,λ<=n,8192,1,67510,8.240966796875
RRLIP,λ<=n,8192,1,68364,8.34521484375
RRLIP,λ<=n,8192,1,78994,9.642822265625
RRLIP,λ<=n,8192,1,124368,15.181640625
RRLIP,λ<=n,8192,1,80811,9.8646240234375
RRLIP,λ<=n,8192,1,96261,11.7506103515625
RRLIP,λ<=n,8192,1,67154,8.197509765625
RRLIP,λ<=n,8192,1,59036,7.20654296875
RRLIP,λ<=n,8192,1,120507,14.7103271484375
RRLIP,λ<=n,8192,1,71588,8.73876953125
RRLIP,λ<=n,8192,1,90702,11.072021484375
RRLIP,λ<=n,8192,1,65938,8.049072265625
RRLIP,λ<=n,8192,1,65509,7.9967041015625
RRLIP,λ<=n,8192,1,76164,9.29736328125
RRLIP,λ<=n,8192,1,104324,12.73486328125
RRLIP,λ<=n,8192,1,58341,7.1217041015625
RRLIP,λ<=n,8192,1,66413,8.1070556640625
RRLIP,λ<=n,8192,1,59458,7.258056640625
RRLIP,λ<=n,8192,1,88436,10.79541015625
RRLIP,λ<=n,8192,1,55987,6.8343505859375
RRLIP,λ<=n,8192,1,70832,8.646484375
RRLIP,λ<=n,8192,1,140618,17.165283203125
RRLIP,λ<=n,8192,1,87522,10.683837890625
RRLIP,λ<=n,8192,1,86315,10.5364990234375
RRLIP,λ<=n,8192,1,130466,15.926025390625
RRLIP,λ<=n,8192,1,64526,7.876708984375
RRLIP,λ<=n,8192,1,56666,6.917236328125
RRLIP,λ<=n,8192,1,66518,8.119873046875
RRLIP,λ<=n,8192,1,74390,9.080810546875
RRLIP,λ<=n,8192,1,116088,14.1708984375
RRLIP,λ<=n,8192,1,73949,9.0269775390625
RRLIP,λ<=n,8192,1,61322,7.485595703125
RRLIP,λ<=n,8192,1,88951,10.8582763671875
RRLIP,λ<=n,8192,1,70082,8.554931640625
RRLIP,λ<=n,8192,1,92146,11.248291015625
RRLIP,λ<=n,8192,1,71421,8.7183837890625
RRLIP,λ<=n,8192,1,139142,16.985107421875
RRLIP,λ<=n,8192,1,73563,8.9798583984375
RRLIP,λ<=n,8192,1,157556,19.23291015625
RRLIP,λ<=n,8192,1,67803,8.2767333984375
RRLIP,λ<=n,8192,1,61132,7.46240234375
RRLIP,λ<=n,8192,1,77124,9.41455078125
RRLIP,λ<=n,8192,1,79665,9.7247314453125
RRLIP,λ<=n,8192,1,67331,8.2191162109375
RRLIP,λ<=n,8192,1,88845,10.8453369140625
RRLIP,λ<=n,8192,1,63874,7.797119140625
RRLIP,λ<=n,8192,1,57897,7.0675048828125
RRLIP,λ<=n,8192,1,88260,10.77392578125
RRLIP,λ<=n,8192,1,58293,7.1158447265625
RRLIP,λ<=n,8192,1,73105,8.9239501953125
RRLIP,λ<=n,8192,1,59071,7.2108154296875
RRLIP,λ<=n,8192,1,101128,12.3447265625
RRLIP,λ<=n,8192,1,62108,7.58154296875
RRLIP,λ<=n,8192,1,71670,8.748779296875
RRLIP,λ<=n,8192,1,61916,7.55810546875
RRLIP,λ<=n,8192,1,68056,8.3076171875
RRLIP,λ<=n,8192,1,64801,7.9102783203125
RRLIP,λ<=n,8192,1,56443,6.8900146484375
RRLIP,λ<=n,8192,1,70864,8.650390625
RRLIP,λ<=n,8192,1,99172,12.10595703125
RRLIP,λ<=n,8192,1,76695,9.3621826171875
RRLIP,λ<=n,8192,1,92348,11.27294921875
RRLIP,λ<=n,8192,1,78256,9.552734375
RSLIP,λ<=n,8192,1,96350,11.761474609375
RSLIP,λ<=n,8192,1,81093,9.8990478515625
RSLIP,λ<=n,8192,1,104195,12.7191162109375
RSLIP,λ<=n,8192,1,166837,20.3658447265625
RSLIP,λ<=n,8192,1,122874,14.999267578125
RSLIP,λ<=n,8192,1,122824,14.9931640625
RSLIP,λ<=n,8192,1,129557,15.8150634765625
RSLIP,λ<=n,8192,1,232000,28.3203125
RSLIP,λ<=n,8192,1,94887,11.5828857421875
RSLIP,λ<=n,8192,1,124195,15.1605224609375
RSLIP,λ<=n,8192,1,98064,11.970703125
RSLIP,λ<=n,8192,1,162499,19.8363037109375
RSLIP,λ<=n,8192,1,119522,14.590087890625
RSLIP,λ<=n,8192,1,96927,11.8319091796875
RSLIP,λ<=n,8192,1,153058,18.683837890625
RSLIP,λ<=n,8192,1,152834,18.656494140625
RSLIP,λ<=n,8192,1,135248,16.509765625
RSLIP,λ<=n,8192,1,87388,10.66748046875
RSLIP,λ<=n,8192,1,152086,18.565185546875
RSLIP,λ<=n,8192,1,154356,18.84228515625
RSLIP,λ<=n,8192,1,96720,11.806640625
RSLIP,λ<=n,8192,1,171605,20.9478759765625
RSLIP,λ<=n,8192,1,84251,10.2845458984375
RSLIP,λ<=n,8192,1,335389,40.9410400390625
RSLIP,λ<=n,8192,1,122060,14.89990234375
RSLIP,λ<=n,8192,1,175660,21.44287109375
RSLIP,λ<=n,8192,1,115317,14.0767822265625
RSLIP,λ<=n,8192,1,140946,17.205322265625
RSLIP,λ<=n,8192,1,131913,16.1026611328125
RSLIP,λ<=n,8192,1,164501,20.0806884765625
RSLIP,λ<=n,8192,1,123558,15.082763671875
RSLIP,λ<=n,8192,1,152985,18.6749267578125
RSLIP,λ<=n,8192,1,180889,22.0811767578125
RSLIP,λ<=n,8192,1,103630,12.650146484375
RSLIP,λ<=n,8192,1,211329,25.7969970703125
RSLIP,λ<=n,8192,1,79778,9.738525390625
RSLIP,λ<=n,8192,1,454546,55.486572265625
RSLIP,λ<=n,8192,1,154227,18.8265380859375
RSLIP,λ<=n,8192,1,249563,30.4642333984375
RSLIP,λ<=n,8192,1,89432,10.9169921875
RSLIP,λ<=n,8192,1,76978,9.396728515625
RSLIP,λ<=n,8192,1,113887,13.9022216796875
RSLIP,λ<=n,8192,1,89147,10.8822021484375
RSLIP,λ<=n,8192,1,91981,11.2281494140625
RSLIP,λ<=n,8192,1,119442,14.580322265625
RSLIP,λ<=n,8192,1,119067,14.5345458984375
RSLIP,λ<=n,8192,1,242794,29.637939453125
RSLIP,λ<=n,8192,1,159164,19.42919921875
RSLIP,λ<=n,8192,1,127353,15.5460205078125
RSLIP,λ<=n,8192,1,109011,13.3070068359375
RSLIP,λ<=n,8192,1,252806,30.860107421875
RSLIP,λ<=n,8192,1,194565,23.7506103515625
RSLIP,λ<=n,8192,1,104402,12.744384765625
RSLIP,λ<=n,8192,1,140121,17.1046142578125
RSLIP,λ<=n,8192,1,102295,12.4871826171875
RSLIP,λ<=n,8192,1,134569,16.4268798828125
RSLIP,λ<=n,8192,1,94979,11.5941162109375
RSLIP,λ<=n,8192,1,141250,17.242431640625
RSLIP,λ<=n,8192,1,87399,10.6688232421875
RSLIP,λ<=n,8192,1,105401,12.8663330078125
RSLIP,λ<=n,8192,1,233151,28.4608154296875
RSLIP,λ<=n,8192,1,79751,9.7352294921875
RSLIP,λ<=n,8192,1,152528,18.619140625
RSLIP,λ<=n,8192,1,133493,16.2955322265625
RSLIP,λ<=n,8192,1,98982,12.082763671875
RSLIP,λ<=n,8192,1,87359,10.6639404296875
RSLIP,λ<=n,8192,1,166117,20.2779541015625
RSLIP,λ<=n,8192,1,99635,12.1624755859375
RSLIP,λ<=n,8192,1,130774,15.963623046875
RSLIP,λ<=n,8192,1,97495,11.9012451171875
RSLIP,λ<=n,8192,1,167666,20.467041015625
RSLIP,λ<=n,8192,1,132795,16.2103271484375
RSLIP,λ<=n,8192,1,282249,34.4542236328125
RSLIP,λ<=n,8192,1,132672,16.1953125
RSLIP,λ<=n,8192,1,129405,15.7965087890625
RSLIP,λ<=n,8192,1,111504,13.611328125
RSLIP,λ<=n,8192,1,86877,10.6051025390625
RSLIP,λ<=n,8192,1,118005,14.4049072265625
RSLIP,λ<=n,8192,1,188329,22.9893798828125
RSLIP,λ<=n,8192,1,85081,10.3858642578125
RSLIP,λ<=n,8192,1,156746,19.134033203125
RSLIP,λ<=n,8192,1,214782,26.218505859375
RSLIP,λ<=n,8192,1,83236,10.16064453125
RSLIP,λ<=n,8192,1,85814,10.475341796875
RSLIP,λ<=n,8192,1,124625,15.2130126953125
RSLIP,λ<=n,8192,1,258292,31.52978515625
RSLIP,λ<=n,8192,1,166401,20.3126220703125
RSLIP,λ<=n,8192,1,88458,10.798095703125
RSLIP,λ<=n,8192,1,252531,30.8265380859375
RSLIP,λ<=n,8192,1,93072,11.361328125
RSLIP,λ<=n,8192,1,87946,10.735595703125
RSLIP,λ<=n,8192,1,77542,9.465576171875
RSLIP,λ<=n,8192,1,79974,9.762451171875
RSLIP,λ<=n,8192,1,185874,22.689697265625
RSLIP,λ<=n,8192,1,165547,20.2083740234375
RSLIP,λ<=n,8192,1,148405,18.1158447265625
RSLIP,λ<=n,8192,1,96591,11.7908935546875
RSLIP,λ<=n,8192,1,166681,20.3468017578125
RSLIP,λ<=n,8192,1,127123,15.5179443359375
RSLIP,λ<=n,8192,1,156116,19.05712890625
RSDCD,λ<=n,8192,1,54528,6.65625
RSDCD,λ<=n,8192,1,54890,6.700439453125
RSDCD,λ<=n,8192,1,71763,8.7601318359375
RSDCD,λ<=n,8192,1,53564,6.53857421875
RSDCD,λ<=n,8192,1,55920,6.826171875
RSDCD,λ<=n,8192,1,51286,6.260498046875
RSDCD,λ<=n,8192,1,57111,6.9715576171875
RSDCD,λ<=n,8192,1,58809,7.1788330078125
RSDCD,λ<=n,8192,1,58340,7.12158203125
RSDCD,λ<=n,8192,1,87126,10.635498046875
RSDCD,λ<=n,8192,1,72502,8.850341796875
RSDCD,λ<=n,8192,1,70992,8.666015625
RSDCD,λ<=n,8192,1,54213,6.6177978515625
RSDCD,λ<=n,8192,1,55016,6.7158203125
RSDCD,λ<=n,8192,1,59082,7.212158203125
RSDCD,λ<=n,8192,1,60396,7.37255859375
RSDCD,λ<=n,8192,1,58626,7.156494140625
RSDCD,λ<=n,8192,1,58461,7.1363525390625
RSDCD,λ<=n,8192,1,59320,7.2412109375
RSDCD,λ<=n,8192,1,65895,8.0438232421875
RSDCD,λ<=n,8192,1,58521,7.1436767578125
RSDCD,λ<=n,8192,1,60693,7.4088134765625
RSDCD,λ<=n,8192,1,57145,6.9757080078125
RSDCD,λ<=n,8192,1,55324,6.75341796875
RSDCD,λ<=n,8192,1,60891,7.4329833984375
RSDCD,λ<=n,8192,1,55852,6.81787109375
RSDCD,λ<=n,8192,1,54269,6.6246337890625
RSDCD,λ<=n,8192,1,54039,6.5965576171875
RSDCD,λ<=n,8192,1,111784,13.6455078125
RSDCD,λ<=n,8192,1,50078,6.113037109375
RSDCD,λ<=n,8192,1,55006,6.714599609375
RSDCD,λ<=n,8192,1,81685,9.9713134765625
RSDCD,λ<=n,8192,1,57643,7.0364990234375
RSDCD,λ<=n,8192,1,56400,6.884765625
RSDCD,λ<=n,8192,1,62723,7.6566162109375
RSDCD,λ<=n,8192,1,77360,9.443359375
RSDCD,λ<=n,8192,1,118608,14.478515625
RSDCD,λ<=n,8192,1,54649,6.6710205078125
RSDCD,λ<=n,8192,1,69288,8.4580078125
RSDCD,λ<=n,8192,1,70885,8.6529541015625
RSDCD,λ<=n,8192,1,63825,7.7911376953125
RSDCD,λ<=n,8192,1,65198,7.958740234375
RSDCD,λ<=n,8192,1,54248,6.6220703125
RSDCD,λ<=n,8192,1,54992,6.712890625
RSDCD,λ<=n,8192,1,126090,15.391845703125
RSDCD,λ<=n,8192,1,58161,7.0997314453125
RSDCD,λ<=n,8192,1,55433,6.7667236328125
RSDCD,λ<=n,8192,1,96924,11.83154296875
RSDCD,λ<=n,8192,1,69684,8.50634765625
RSDCD,λ<=n,8192,1,61242,7.475830078125
RSDCD,λ<=n,8192,1,54556,6.65966796875
RSDCD,λ<=n,8192,1,74499,9.0941162109375
RSDCD,λ<=n,8192,1,55631,6.7908935546875
RSDCD,λ<=n,8192,1,58143,7.0975341796875
RSDCD,λ<=n,8192,1,51249,6.2559814453125
RSDCD,λ<=n,8192,1,59838,7.304443359375
RSDCD,λ<=n,8192,1,54637,6.6695556640625
RSDCD,λ<=n,8192,1,59127,7.2176513671875
RSDCD,λ<=n,8192,1,100947,12.3226318359375
RSDCD,λ<=n,8192,1,52573,6.4176025390625
RSDCD,λ<=n,8192,1,57850,7.061767578125
RSDCD,λ<=n,8192,1,66967,8.1746826171875
RSDCD,λ<=n,8192,1,53709,6.5562744140625
RSDCD,λ<=n,8192,1,60309,7.3619384765625
RSDCD,λ<=n,8192,1,56757,6.9283447265625
RSDCD,λ<=n,8192,1,65399,7.9832763671875
RSDCD,λ<=n,8192,1,52605,6.4215087890625
RSDCD,λ<=n,8192,1,64248,7.8427734375
RSDCD,λ<=n,8192,1,57473,7.0157470703125
RSDCD,λ<=n,8192,1,63072,7.69921875
RSDCD,λ<=n,8192,1,57742,7.048583984375
RSDCD,λ<=n,8192,1,54344,6.6337890625
RSDCD,λ<=n,8192,1,55136,6.73046875
RSDCD,λ<=n,8192,1,54831,6.6932373046875
RSDCD,λ<=n,8192,1,70196,8.56884765625
RSDCD,λ<=n,8192,1,54835,6.6937255859375
RSDCD,λ<=n,8192,1,68389,8.3482666015625
RSDCD,λ<=n,8192,1,59759,7.2947998046875
RSDCD,λ<=n,8192,1,96552,11.7861328125
RSDCD,λ<=n,8192,1,140709,17.1763916015625
RSDCD,λ<=n,8192,1,60722,7.412353515625
RSDCD,λ<=n,8192,1,59333,7.2427978515625
RSDCD,λ<=n,8192,1,57330,6.998291015625
RSDCD,λ<=n,8192,1,55131,6.7298583984375
RSDCD,λ<=n,8192,1,56925,6.9488525390625
RSDCD,λ<=n,8192,1,54773,6.6861572265625
RSDCD,λ<=n,8192,1,62285,7.6031494140625
RSDCD,λ<=n,8192,1,94336,11.515625
RSDCD,λ<=n,8192,1,54100,6.60400390625
RSDCD,λ<=n,8192,1,56637,6.9136962890625
RSDCD,λ<=n,8192,1,63773,7.7847900390625
RSDCD,λ<=n,8192,1,55228,6.74169921875
RSDCD,λ<=n,8192,1,65226,7.962158203125
RSDCD,λ<=n,8192,1,58683,7.1634521484375
RSDCD,λ<=n,8192,1,57485,7.0172119140625
RSDCD,λ<=n,8192,1,54232,6.6201171875
RSDCD,λ<=n,8192,1,94341,11.5162353515625
RSDCD,λ<=n,8192,1,56343,6.8778076171875
RSDCD,λ<=n,8192,1,59105,7.2149658203125
RSDCD,λ<=n,8192,1,68808,8.3994140625
RRDCD,λ<=n,8192,1,54788,6.68798828125
RRDCD,λ<=n,8192,1,107483,13.1204833984375
RRDCD,λ<=n,8192,1,50835,6.2054443359375
RRDCD,λ<=n,8192,1,55904,6.82421875
RRDCD,λ<=n,8192,1,77355,9.4427490234375
RRDCD,λ<=n,8192,1,46057,5.6221923828125
RRDCD,λ<=n,8192,1,57324,6.99755859375
RRDCD,λ<=n,8192,1,68795,8.3978271484375
RRDCD,λ<=n,8192,1,224428,27.39599609375
RRDCD,λ<=n,8192,1,44450,5.426025390625
RRDCD,λ<=n,8192,1,49353,6.0245361328125
RRDCD,λ<=n,8192,1,56253,6.8668212890625
RRDCD,λ<=n,8192,1,118305,14.4415283203125
RRDCD,λ<=n,8192,1,48230,5.887451171875
RRDCD,λ<=n,8192,1,57249,6.9884033203125
RRDCD,λ<=n,8192,1,60479,7.3826904296875
RRDCD,λ<=n,8192,1,55670,6.795654296875
RRDCD,λ<=n,8192,1,57693,7.0426025390625
RRDCD,λ<=n,8192,1,87363,10.6644287109375
RRDCD,λ<=n,8192,1,108894,13.292724609375
RRDCD,λ<=n,8192,1,52831,6.4490966796875
RRDCD,λ<=n,8192,1,50024,6.1064453125
RRDCD,λ<=n,8192,1,49321,6.0206298828125
RRDCD,λ<=n,8192,1,57951,7.0740966796875
RRDCD,λ<=n,8192,1,59709,7.2886962890625
RRDCD,λ<=n,8192,1,140402,17.138916015625
RRDCD,λ<=n,8192,1,67147,8.1966552734375
RRDCD,λ<=n,8192,1,54350,6.634521484375
RRDCD,λ<=n,8192,1,88975,10.8612060546875
RRDCD,λ<=n,8192,1,49487,6.0408935546875
RRDCD,λ<=n,8192,1,65036,7.93896484375
RRDCD,λ<=n,8192,1,114128,13.931640625
RRDCD,λ<=n,8192,1,53187,6.4925537109375
RRDCD,λ<=n,8192,1,82623,10.0858154296875
RRDCD,λ<=n,8192,1,47809,5.8360595703125
RRDCD,λ<=n,8192,1,45792,5.58984375
RRDCD,λ<=n,8192,1,48751,5.9510498046875
RRDCD,λ<=n,8192,1,66111,8.0701904296875
RRDCD,λ<=n,8192,1,45110,5.506591796875
RRDCD,λ<=n,8192,1,49880,6.0888671875
RRDCD,λ<=n,8192,1,50191,6.1268310546875
RRDCD,λ<=n,8192,1,69338,8.464111328125
RRDCD,λ<=n,8192,1,61308,7.48388671875
RRDCD,λ<=n,8192,1,66715,8.1439208984375
RRDCD,λ<=n,8192,1,50849,6.2071533203125
RRDCD,λ<=n,8192,1,57225,6.9854736328125
RRDCD,λ<=n,8192,1,49507,6.0433349609375
RRDCD,λ<=n,8192,1,44576,5.44140625
RRDCD,λ<=n,8192,1,61126,7.461669921875
RRDCD,λ<=n,8192,1,51857,6.3302001953125
RRDCD,λ<=n,8192,1,82240,10.0390625
RRDCD,λ<=n,8192,1,91811,11.2073974609375
RRDCD,λ<=n,8192,1,49940,6.09619140625
RRDCD,λ<=n,8192,1,91809,11.2071533203125
RRDCD,λ<=n,8192,1,54235,6.6204833984375
RRDCD,λ<=n,8192,1,57775,7.0526123046875
RRDCD,λ<=n,8192,1,55126,6.729248046875
RRDCD,λ<=n,8192,1,46865,5.7208251953125
RRDCD,λ<=n,8192,1,48736,5.94921875
RRDCD,λ<=n,8192,1,54727,6.6805419921875
RRDCD,λ<=n,8192,1,50392,6.1513671875
RRDCD,λ<=n,8192,1,47451,5.7923583984375
RRDCD,λ<=n,8192,1,58250,7.110595703125
RRDCD,λ<=n,8192,1,54398,6.640380859375
RRDCD,λ<=n,8192,1,53912,6.5810546875
RRDCD,λ<=n,8192,1,62490,7.628173828125
RRDCD,λ<=n,8192,1,47691,5.8216552734375
RRDCD,λ<=n,8192,1,50458,6.159423828125
RRDCD,λ<=n,8192,1,54675,6.6741943359375
RRDCD,λ<=n,8192,1,58959,7.1971435546875
RRDCD,λ<=n,8192,1,80651,9.8450927734375
RRDCD,λ<=n,8192,1,78653,9.6011962890625
RRDCD,λ<=n,8192,1,72441,8.8428955078125
RRDCD,λ<=n,8192,1,66441,8.1104736328125
RRDCD,λ<=n,8192,1,45681,5.5762939453125
RRDCD,λ<=n,8192,1,51573,6.2955322265625
RRDCD,λ<=n,8192,1,50242,6.133056640625
RRDCD,λ<=n,8192,1,62344,7.6103515625
RRDCD,λ<=n,8192,1,55364,6.75830078125
RRDCD,λ<=n,8192,1,112419,13.7230224609375
RRDCD,λ<=n,8192,1,56443,6.8900146484375
RRDCD,λ<=n,8192,1,74537,9.0987548828125
RRDCD,λ<=n,8192,1,101384,12.3759765625
RRDCD,λ<=n,8192,1,50404,6.15283203125
RRDCD,λ<=n,8192,1,84612,10.32861328125
RRDCD,λ<=n,8192,1,67713,8.2657470703125
RRDCD,λ<=n,8192,1,46737,5.7052001953125
RRDCD,λ<=n,8192,1,73238,8.940185546875
RRDCD,λ<=n,8192,1,46281,5.6495361328125
RRDCD,λ<=n,8192,1,52120,6.3623046875
RRDCD,λ<=n,8192,1,100630,12.283935546875
RRDCD,λ<=n,8192,1,53774,6.564208984375
RRDCD,λ<=n,8192,1,44225,5.3985595703125
RRDCD,λ<=n,8192,1,44421,5.4224853515625
RRDCD,λ<=n,8192,1,54982,6.711669921875
RRDCD,λ<=n,8192,1,54818,6.691650390625
RRDCD,λ<=n,8192,1,55101,6.7261962890625
RRDCD,λ<=n,8192,1,49391,6.0291748046875
RRDCD,λ<=n,8192,1,52739,6.4378662109375
RRDCD,λ<=n,8192,1,49824,6.08203125
RHDCD,λ<=n,8192,1,48775,5.9539794921875
RHDCD,λ<=n,8192,1,70613,8.6197509765625
RHDCD,λ<=n,8192,1,58730,7.169189453125
RHDCD,λ<=n,8192,1,64909,7.9234619140625
RHDCD,λ<=n,8192,1,97146,11.858642578125
RHDCD,λ<=n,8192,1,57774,7.052490234375
RHDCD,λ<=n,8192,1,56077,6.8453369140625
RHDCD,λ<=n,8192,1,54082,6.601806640625
RHDCD,λ<=n,8192,1,46660,5.69580078125
RHDCD,λ<=n,8192,1,58064,7.087890625
RHDCD,λ<=n,8192,1,57887,7.0662841796875
RHDCD,λ<=n,8192,1,51241,6.2550048828125
RHDCD,λ<=n,8192,1,65801,8.0323486328125
RHDCD,λ<=n,8192,1,71431,8.7196044921875
RHDCD,λ<=n,8192,1,49237,6.0103759765625
RHDCD,λ<=n,8192,1,96341,11.7603759765625
RHDCD,λ<=n,8192,1,55796,6.81103515625
RHDCD,λ<=n,8192,1,51134,6.241943359375
RHDCD,λ<=n,8192,1,82419,10.0609130859375
RHDCD,λ<=n,8192,1,72528,8.853515625
RHDCD,λ<=n,8192,1,75402,9.204345703125
RHDCD,λ<=n,8192,1,56277,6.8697509765625
RHDCD,λ<=n,8192,1,45462,5.549560546875
RHDCD,λ<=n,8192,1,47767,5.8309326171875
RHDCD,λ<=n,8192,1,62522,7.632080078125
RHDCD,λ<=n,8192,1,48713,5.9464111328125
RHDCD,λ<=n,8192,1,58051,7.0863037109375
RHDCD,λ<=n,8192,1,46803,5.7132568359375
RHDCD,λ<=n,8192,1,90885,11.0943603515625
RHDCD,λ<=n,8192,1,53586,6.541259765625
RHDCD,λ<=n,8192,1,52723,6.4359130859375
RHDCD,λ<=n,8192,1,47783,5.8328857421875
RHDCD,λ<=n,8192,1,61584,7.517578125
RHDCD,λ<=n,8192,1,49433,6.0343017578125
RHDCD,λ<=n,8192,1,50417,6.1544189453125
RHDCD,λ<=n,8192,1,57451,7.0130615234375
RHDCD,λ<=n,8192,1,53843,6.5726318359375
RHDCD,λ<=n,8192,1,60862,7.429443359375
RHDCD,λ<=n,8192,1,102051,12.4573974609375
RHDCD,λ<=n,8192,1,81130,9.903564453125
RHDCD,λ<=n,8192,1,54832,6.693359375
RHDCD,λ<=n,8192,1,48705,5.9454345703125
RHDCD,λ<=n,8192,1,47237,5.7662353515625
RHDCD,λ<=n,8192,1,58924,7.19287109375
RHDCD,λ<=n,8192,1,59139,7.2191162109375
RHDCD,λ<=n,8192,1,67887,8.2869873046875
RHDCD,λ<=n,8192,1,53938,6.584228515625
RHDCD,λ<=n,8192,1,81778,9.982666015625
RHDCD,λ<=n,8192,1,122623,14.9686279296875
RHDCD,λ<=n,8192,1,47643,5.8157958984375
RHDCD,λ<=n,8192,1,51360,6.26953125
RHDCD,λ<=n,8192,1,62364,7.61279296875
RHDCD,λ<=n,8192,1,71492,8.72705078125
RHDCD,λ<=n,8192,1,65229,7.9625244140625
RHDCD,λ<=n,8192,1,71414,8.717529296875
RHDCD,λ<=n,8192,1,54346,6.634033203125
RHDCD,λ<=n,8192,1,51181,6.2476806640625
RHDCD,λ<=n,8192,1,71727,8.7557373046875
RHDCD,λ<=n,8192,1,51493,6.2857666015625
RHDCD,λ<=n,8192,1,107681,13.1446533203125
RHDCD,λ<=n,8192,1,61154,7.465087890625
RHDCD,λ<=n,8192,1,50269,6.1363525390625
RHDCD,λ<=n,8192,1,48797,5.9566650390625
RHDCD,λ<=n,8192,1,88454,10.797607421875
RHDCD,λ<=n,8192,1,52859,6.4525146484375
RHDCD,λ<=n,8192,1,77505,9.4610595703125
RHDCD,λ<=n,8192,1,133277,16.2691650390625
RHDCD,λ<=n,8192,1,57831,7.0594482421875
RHDCD,λ<=n,8192,1,48392,5.9072265625
RHDCD,λ<=n,8192,1,59510,7.264404296875
RHDCD,λ<=n,8192,1,55401,6.7628173828125
RHDCD,λ<=n,8192,1,63749,7.7818603515625
RHDCD,λ<=n,8192,1,64466,7.869384765625
RHDCD,λ<=n,8192,1,66365,8.1011962890625
RHDCD,λ<=n,8192,1,68650,8.380126953125
RHDCD,λ<=n,8192,1,59749,7.2935791015625
RHDCD,λ<=n,8192,1,45526,5.557373046875
RHDCD,λ<=n,8192,1,71139,8.6839599609375
RHDCD,λ<=n,8192,1,72675,8.8714599609375
RHDCD,λ<=n,8192,1,71501,8.7281494140625
RHDCD,λ<=n,8192,1,57843,7.0609130859375
RHDCD,λ<=n,8192,1,72354,8.832275390625
RHDCD,λ<=n,8192,1,47800,5.8349609375
RHDCD,λ<=n,8192,1,60719,7.4119873046875
RHDCD,λ<=n,8192,1,82173,10.0308837890625
RHDCD,λ<=n,8192,1,50652,6.18310546875
RHDCD,λ<=n,8192,1,52467,6.4046630859375
RHDCD,λ<=n,8192,1,81947,10.0032958984375
RHDCD,λ<=n,8192,1,48085,5.8697509765625
RHDCD,λ<=n,8192,1,61913,7.5577392578125
RHDCD,λ<=n,8192,1,49590,6.053466796875
RHDCD,λ<=n,8192,1,46902,5.725341796875
RHDCD,λ<=n,8192,1,49644,6.06005859375
RHDCD,λ<=n,8192,1,64615,7.8875732421875
RHDCD,λ<=n,8192,1,74016,9.03515625
RHDCD,λ<=n,8192,1,57495,7.0184326171875
RHDCD,λ<=n,8192,1,83348,10.17431640625
RHDCD,λ<=n,8192,1,60228,7.35205078125
RHDCD,λ<=n,8192,1,69041,8.4278564453125
RHDCD,λ<=n,8192,1,51198,6.249755859375
RHLCD,λ<=n,8192,1,45162,5.512939453125
RHLCD,λ<=n,8192,1,45667,5.5745849609375
RHLCD,λ<=n,8192,1,60405,7.3736572265625
RHLCD,λ<=n,8192,1,61770,7.540283203125
RHLCD,λ<=n,8192,1,60037,7.3287353515625
RHLCD,λ<=n,8192,1,47967,5.8553466796875
RHLCD,λ<=n,8192,1,46002,5.615478515625
RHLCD,λ<=n,8192,1,46816,5.71484375
RHLCD,λ<=n,8192,1,45836,5.59521484375
RHLCD,λ<=n,8192,1,43687,5.3328857421875
RHLCD,λ<=n,8192,1,52716,6.43505859375
RHLCD,λ<=n,8192,1,47383,5.7840576171875
RHLCD,λ<=n,8192,1,49765,6.0748291015625
RHLCD,λ<=n,8192,1,49839,6.0838623046875
RHLCD,λ<=n,8192,1,49381,6.0279541015625
RHLCD,λ<=n,8192,1,74231,9.0614013671875
RHLCD,λ<=n,8192,1,46550,5.682373046875
RHLCD,λ<=n,8192,1,51079,6.2352294921875
RHLCD,λ<=n,8192,1,64534,7.877685546875
RHLCD,λ<=n,8192,1,47542,5.803466796875
RHLCD,λ<=n,8192,1,52332,6.38818359375
RHLCD,λ<=n,8192,1,49665,6.0626220703125
RHLCD,λ<=n,8192,1,44371,5.4163818359375
RHLCD,λ<=n,8192,1,48484,5.91845703125
RHLCD,λ<=n,8192,1,77019,9.4017333984375
RHLCD,λ<=n,8192,1,63746,7.781494140625
RHLCD,λ<=n,8192,1,49467,6.0384521484375
RHLCD,λ<=n,8192,1,47342,5.779052734375
RHLCD,λ<=n,8192,1,94451,11.5296630859375
RHLCD,λ<=n,8192,1,47031,5.7410888671875
RHLCD,λ<=n,8192,1,46146,5.633056640625
RHLCD,λ<=n,8192,1,47127,5.7528076171875
RHLCD,λ<=n,8192,1,53024,6.47265625
RHLCD,λ<=n,8192,1,48760,5.9521484375
RHLCD,λ<=n,8192,1,47248,5.767578125
RHLCD,λ<=n,8192,1,44673,5.4532470703125
RHLCD,λ<=n,8192,1,49484,6.04052734375
RHLCD,λ<=n,8192,1,45433,5.5460205078125
RHLCD,λ<=n,8192,1,48105,5.8721923828125
RHLCD,λ<=n,8192,1,52440,6.4013671875
RHLCD,λ<=n,8192,1,53488,6.529296875
RHLCD,λ<=n,8192,1,47189,5.7603759765625
RHLCD,λ<=n,8192,1,48704,5.9453125
RHLCD,λ<=n,8192,1,72780,8.88427734375
RHLCD,λ<=n,8192,1,47939,5.8519287109375
RHLCD,λ<=n,8192,1,46968,5.7333984375
RHLCD,λ<=n,8192,1,60748,7.41552734375
RHLCD,λ<=n,8192,1,48849,5.9630126953125
RHLCD,λ<=n,8192,1,47877,5.8443603515625
RHLCD,λ<=n,8192,1,47295,5.7733154296875
RHLCD,λ<=n,8192,1,45327,5.5330810546875
RHLCD,λ<=n,8192,1,52184,6.3701171875
RHLCD,λ<=n,8192,1,48613,5.9342041015625
RHLCD,λ<=n,8192,1,50050,6.109619140625
RHLCD,λ<=n,8192,1,47509,5.7994384765625
RHLCD,λ<=n,8192,1,48937,5.9737548828125
RHLCD,λ<=n,8192,1,47475,5.7952880859375
RHLCD,λ<=n,8192,1,50315,6.1419677734375
RHLCD,λ<=n,8192,1,46032,5.619140625
RHLCD,λ<=n,8192,1,117277,14.3160400390625
RHLCD,λ<=n,8192,1,78443,9.5755615234375
RHLCD,λ<=n,8192,1,49151,5.9998779296875
RHLCD,λ<=n,8192,1,74713,9.1202392578125
RHLCD,λ<=n,8192,1,47910,5.848388671875
RHLCD,λ<=n,8192,1,46750,5.706787109375
RHLCD,λ<=n,8192,1,46144,5.6328125
RHLCD,λ<=n,8192,1,48513,5.9219970703125
RHLCD,λ<=n,8192,1,54375,6.6375732421875
RHLCD,λ<=n,8192,1,50682,6.186767578125
RHLCD,λ<=n,8192,1,54695,6.6766357421875
RHLCD,λ<=n,8192,1,48982,5.979248046875
RHLCD,λ<=n,8192,1,47937,5.8516845703125
RHLCD,λ<=n,8192,1,46950,5.731201171875
RHLCD,λ<=n,8192,1,48288,5.89453125
RHLCD,λ<=n,8192,1,48386,5.906494140625
RHLCD,λ<=n,8192,1,54712,6.6787109375
RHLCD,λ<=n,8192,1,80661,9.8463134765625
RHLCD,λ<=n,8192,1,62575,7.6385498046875
RHLCD,λ<=n,8192,1,71211,8.6927490234375
RHLCD,λ<=n,8192,1,45865,5.5987548828125
RHLCD,λ<=n,8192,1,46276,5.64892578125
RHLCD,λ<=n,8192,1,47289,5.7725830078125
RHLCD,λ<=n,8192,1,46648,5.6943359375
RHLCD,λ<=n,8192,1,50004,6.10400390625
RHLCD,λ<=n,8192,1,48852,5.96337890625
RHLCD,λ<=n,8192,1,60214,7.350341796875
RHLCD,λ<=n,8192,1,61474,7.504150390625
RHLCD,λ<=n,8192,1,47316,5.77587890625
RHLCD,λ<=n,8192,1,50236,6.13232421875
RHLCD,λ<=n,8192,1,56274,6.869384765625
RHLCD,λ<=n,8192,1,48014,5.861083984375
RHLCD,λ<=n,8192,1,59467,7.2591552734375
RHLCD,λ<=n,8192,1,50305,6.1407470703125
RHLCD,λ<=n,8192,1,48028,5.86279296875
RHLCD,λ<=n,8192,1,46960,5.732421875
RHLCD,λ<=n,8192,1,48594,5.931884765625
RHLCD,λ<=n,8192,1,47744,5.828125
RHLCD,λ<=n,8192,1,51252,6.25634765625
RHLCD,λ<=n,8192,1,67637,8.2564697265625
RHLCD,λ<=n,8192,1,46494,5.675537109375
RRLCD,λ<=n,8192,1,57744,7.048828125
RRLCD,λ<=n,8192,1,66992,8.177734375
RRLCD,λ<=n,8192,1,94059,11.4818115234375
RRLCD,λ<=n,8192,1,46057,5.6221923828125
RRLCD,λ<=n,8192,1,97661,11.9215087890625
RRLCD,λ<=n,8192,1,166774,20.358154296875
RRLCD,λ<=n,8192,1,66651,8.1361083984375
RRLCD,λ<=n,8192,1,52875,6.4544677734375
RRLCD,λ<=n,8192,1,78141,9.5386962890625
RRLCD,λ<=n,8192,1,78857,9.6260986328125
RRLCD,λ<=n,8192,1,71806,8.765380859375
RRLCD,λ<=n,8192,1,49017,5.9835205078125
RRLCD,λ<=n,8192,1,51968,6.34375
RRLCD,λ<=n,8192,1,47262,5.769287109375
RRLCD,λ<=n,8192,1,61957,7.5631103515625
RRLCD,λ<=n,8192,1,53151,6.4881591796875
RRLCD,λ<=n,8192,1,50023,6.1063232421875
RRLCD,λ<=n,8192,1,135487,16.5389404296875
RRLCD,λ<=n,8192,1,51264,6.2578125
RRLCD,λ<=n,8192,1,48468,5.91650390625
RRLCD,λ<=n,8192,1,48089,5.8702392578125
RRLCD,λ<=n,8192,1,69190,8.446044921875
RRLCD,λ<=n,8192,1,66768,8.150390625
RRLCD,λ<=n,8192,1,53159,6.4891357421875
RRLCD,λ<=n,8192,1,46808,5.7138671875
RRLCD,λ<=n,8192,1,83503,10.1932373046875
RRLCD,λ<=n,8192,1,47750,5.828857421875
RRLCD,λ<=n,8192,1,53787,6.5657958984375
RRLCD,λ<=n,8192,1,103498,12.634033203125
RRLCD,λ<=n,8192,1,79418,9.694580078125
RRLCD,λ<=n,8192,1,51541,6.2916259765625
RRLCD,λ<=n,8192,1,86891,10.6068115234375
RRLCD,λ<=n,8192,1,48831,5.9608154296875
RRLCD,λ<=n,8192,1,46274,5.648681640625
RRLCD,λ<=n,8192,1,61864,7.5517578125
RRLCD,λ<=n,8192,1,59148,7.22021484375
RRLCD,λ<=n,8192,1,48250,5.889892578125
RRLCD,λ<=n,8192,1,45908,5.60400390625
RRLCD,λ<=n,8192,1,84734,10.343505859375
RRLCD,λ<=n,8192,1,50322,6.142822265625
RRLCD,λ<=n,8192,1,53811,6.5687255859375
RRLCD,λ<=n,8192,1,54859,6.6966552734375
RRLCD,λ<=n,8192,1,52103,6.3602294921875
RRLCD,λ<=n,8192,1,49808,6.080078125
RRLCD,λ<=n,8192,1,47887,5.8455810546875
RRLCD,λ<=n,8192,1,47214,5.763427734375
RRLCD,λ<=n,8192,1,54065,6.5997314453125
RRLCD,λ<=n,8192,1,65284,7.96923828125
RRLCD,λ<=n,8192,1,58078,7.089599609375
RRLCD,λ<=n,8192,1,54564,6.66064453125
RRLCD,λ<=n,8192,1,46666,5.696533203125
RRLCD,λ<=n,8192,1,92945,11.3458251953125
RRLCD,λ<=n,8192,1,49553,6.0489501953125
RRLCD,λ<=n,8192,1,48204,5.88427734375
RRLCD,λ<=n,8192,1,46654,5.695068359375
RRLCD,λ<=n,8192,1,52277,6.3814697265625
RRLCD,λ<=n,8192,1,55370,6.759033203125
RRLCD,λ<=n,8192,1,56149,6.8541259765625
RRLCD,λ<=n,8192,1,53430,6.522216796875
RRLCD,λ<=n,8192,1,100671,12.2889404296875
RRLCD,λ<=n,8192,1,48670,5.941162109375
RRLCD,λ<=n,8192,1,54615,6.6668701171875
RRLCD,λ<=n,8192,1,81974,10.006591796875
RRLCD,λ<=n,8192,1,52916,6.45947265625
RRLCD,λ<=n,8192,1,57163,6.9779052734375
RRLCD,λ<=n,8192,1,45940,5.60791015625
RRLCD,λ<=n,8192,1,63783,7.7860107421875
RRLCD,λ<=n,8192,1,156205,19.0679931640625
RRLCD,λ<=n,8192,1,50271,6.1365966796875
RRLCD,λ<=n,8192,1,57227,6.9857177734375
RRLCD,λ<=n,8192,1,48815,5.9588623046875
RRLCD,λ<=n,8192,1,47794,5.834228515625
RRLCD,λ<=n,8192,1,52222,6.374755859375
RRLCD,λ<=n,8192,1,48590,5.931396484375
RRLCD,λ<=n,8192,1,45920,5.60546875
RRLCD,λ<=n,8192,1,49531,6.0462646484375
RRLCD,λ<=n,8192,1,61734,7.535888671875
RRLCD,λ<=n,8192,1,47738,5.827392578125
RRLCD,λ<=n,8192,1,47401,5.7862548828125
RRLCD,λ<=n,8192,1,51625,6.3018798828125
RRLCD,λ<=n,8192,1,56748,6.92724609375
RRLCD,λ<=n,8192,1,49044,5.98681640625
RRLCD,λ<=n,8192,1,66769,8.1505126953125
RRLCD,λ<=n,8192,1,68297,8.3370361328125
RRLCD,λ<=n,8192,1,48253,5.8902587890625
RRLCD,λ<=n,8192,1,52441,6.4014892578125
RRLCD,λ<=n,8192,1,47580,5.80810546875
RRLCD,λ<=n,8192,1,60120,7.3388671875
RRLCD,λ<=n,8192,1,47889,5.8458251953125
RRLCD,λ<=n,8192,1,65195,7.9583740234375
RRLCD,λ<=n,8192,1,59315,7.2406005859375
RRLCD,λ<=n,8192,1,178911,21.8397216796875
RRLCD,λ<=n,8192,1,49678,6.064208984375
RRLCD,λ<=n,8192,1,56140,6.85302734375
RRLCD,λ<=n,8192,1,52177,6.3692626953125
RRLCD,λ<=n,8192,1,144597,17.6510009765625
RRLCD,λ<=n,8192,1,49179,6.0032958984375
RRLCD,λ<=n,8192,1,65208,7.9599609375
RRLCD,λ<=n,8192,1,62461,7.6246337890625
RRLCD,λ<=n,8192,1,90229,11.0142822265625
RSLCD,λ<=n,8192,1,117728,14.37109375
RSLCD,λ<=n,8192,1,95085,11.6070556640625
RSLCD,λ<=n,8192,1,80912,9.876953125
RSLCD,λ<=n,8192,1,79682,9.726806640625
RSLCD,λ<=n,8192,1,105637,12.8951416015625
RSLCD,λ<=n,8192,1,84881,10.3614501953125
RSLCD,λ<=n,8192,1,78274,9.554931640625
RSLCD,λ<=n,8192,1,89146,10.882080078125
RSLCD,λ<=n,8192,1,88647,10.8211669921875
RSLCD,λ<=n,8192,1,73491,8.9710693359375
RSLCD,λ<=n,8192,1,103983,12.6932373046875
RSLCD,λ<=n,8192,1,84263,10.2860107421875
RSLCD,λ<=n,8192,1,82896,10.119140625
RSLCD,λ<=n,8192,1,82359,10.0535888671875
RSLCD,λ<=n,8192,1,110374,13.473388671875
RSLCD,λ<=n,8192,1,98536,12.0283203125
RSLCD,λ<=n,8192,1,90155,11.0052490234375
RSLCD,λ<=n,8192,1,87143,10.6375732421875
RSLCD,λ<=n,8192,1,77920,9.51171875
RSLCD,λ<=n,8192,1,85396,10.42431640625
RSLCD,λ<=n,8192,1,95115,11.6107177734375
RSLCD,λ<=n,8192,1,102935,12.5653076171875
RSLCD,λ<=n,8192,1,99042,12.090087890625
RSLCD,λ<=n,8192,1,79362,9.687744140625
RSLCD,λ<=n,8192,1,71179,8.6888427734375
RSLCD,λ<=n,8192,1,84688,10.337890625
RSLCD,λ<=n,8192,1,87413,10.6705322265625
RSLCD,λ<=n,8192,1,74121,9.0479736328125
RSLCD,λ<=n,8192,1,86094,10.509521484375
RSLCD,λ<=n,8192,1,76427,9.3294677734375
RSLCD,λ<=n,8192,1,119657,14.6065673828125
RSLCD,λ<=n,8192,1,73279,8.9451904296875
RSLCD,λ<=n,8192,1,87168,10.640625
RSLCD,λ<=n,8192,1,68344,8.3427734375
RSLCD,λ<=n,8192,1,82155,10.0286865234375
RSLCD,λ<=n,8192,1,83288,10.1669921875
RSLCD,λ<=n,8192,1,77769,9.4932861328125
RSLCD,λ<=n,8192,1,81593,9.9600830078125
RSLCD,λ<=n,8192,1,83562,10.200439453125
RSLCD,λ<=n,8192,1,102710,12.537841796875
RSLCD,λ<=n,8192,1,84232,10.2822265625
RSLCD,λ<=n,8192,1,91173,11.1295166015625
RSLCD,λ<=n,8192,1,87672,10.7021484375
RSLCD,λ<=n,8192,1,124239,15.1658935546875
RSLCD,λ<=n,8192,1,75059,9.1624755859375
RSLCD,λ<=n,8192,1,93965,11.4703369140625
RSLCD,λ<=n,8192,1,102129,12.4669189453125
RSLCD,λ<=n,8192,1,83641,10.2100830078125
RSLCD,λ<=n,8192,1,84808,10.3525390625
RSLCD,λ<=n,8192,1,77401,9.4483642578125
RSLCD,λ<=n,8192,1,82830,10.111083984375
RSLCD,λ<=n,8192,1,83862,10.237060546875
RSLCD,λ<=n,8192,1,63633,7.7677001953125
RSLCD,λ<=n,8192,1,76367,9.3221435546875
RSLCD,λ<=n,8192,1,75290,9.190673828125
RSLCD,λ<=n,8192,1,77570,9.468994140625
RSLCD,λ<=n,8192,1,73093,8.9224853515625
RSLCD,λ<=n,8192,1,87014,10.621826171875
RSLCD,λ<=n,8192,1,94712,11.5615234375
RSLCD,λ<=n,8192,1,63434,7.743408203125
RSLCD,λ<=n,8192,1,76142,9.294677734375
RSLCD,λ<=n,8192,1,79530,9.708251953125
RSLCD,λ<=n,8192,1,82764,10.10302734375
RSLCD,λ<=n,8192,1,73841,9.0137939453125
RSLCD,λ<=n,8192,1,77408,9.44921875
RSLCD,λ<=n,8192,1,61535,7.5115966796875
RSLCD,λ<=n,8192,1,74594,9.105712890625
RSLCD,λ<=n,8192,1,105117,12.8316650390625
RSLCD,λ<=n,8192,1,82750,10.101318359375
RSLCD,λ<=n,8192,1,76713,9.3643798828125
RSLCD,λ<=n,8192,1,84958,10.370849609375
RSLCD,λ<=n,8192,1,92090,11.241455078125
RSLCD,λ<=n,8192,1,77049,9.4053955078125
RSLCD,λ<=n,8192,1,112867,13.7777099609375
RSLCD,λ<=n,8192,1,73241,8.9405517578125
RSLCD,λ<=n,8192,1,67665,8.2598876953125
RSLCD,λ<=n,8192,1,111411,13.5999755859375
RSLCD,λ<=n,8192,1,86927,10.6112060546875
RSLCD,λ<=n,8192,1,77346,9.441650390625
RSLCD,λ<=n,8192,1,95340,11.63818359375
RSLCD,λ<=n,8192,1,89210,10.889892578125
RSLCD,λ<=n,8192,1,85061,10.3834228515625
RSLCD,λ<=n,8192,1,103483,12.6322021484375
RSLCD,λ<=n,8192,1,83375,10.1776123046875
RSLCD,λ<=n,8192,1,72023,8.7918701171875
RSLCD,λ<=n,8192,1,103680,12.65625
RSLCD,λ<=n,8192,1,83628,10.20849609375
RSLCD,λ<=n,8192,1,104215,12.7215576171875
RSLCD,λ<=n,8192,1,88134,10.758544921875
RSLCD,λ<=n,8192,1,72842,8.891845703125
RSLCD,λ<=n,8192,1,104457,12.7510986328125
RSLCD,λ<=n,8192,1,89779,10.9593505859375
RSLCD,λ<=n,8192,1,81387,9.9349365234375
RSLCD,λ<=n,8192,1,79059,9.6507568359375
RSLCD,λ<=n,8192,1,69624,8.4990234375
RSLCD,λ<=n,8192,1,75570,9.224853515625
RSLCD,λ<=n,8192,1,100836,12.30908203125
RSLCD,λ<=n,8192,1,64611,7.8870849609375
RSLCD,λ<=n,8192,1,94013,11.4761962890625
RSLCD,λ<=n,8192,1,96227,11.7464599609375
RSDSD,λ<=n,8192,1,183378,22.385009765625
RSDSD,λ<=n,8192,1,73374,8.956787109375
RSDSD,λ<=n,8192,1,98665,12.0440673828125
RSDSD,λ<=n,8192,1,66805,8.1549072265625
RSDSD,λ<=n,8192,1,82979,10.1292724609375
RSDSD,λ<=n,8192,1,184984,22.5810546875
RSDSD,λ<=n,8192,1,80139,9.7825927734375
RSDSD,λ<=n,8192,1,195356,23.84716796875
RSDSD,λ<=n,8192,1,77459,9.4554443359375
RSDSD,λ<=n,8192,1,178378,21.774658203125
RSDSD,λ<=n,8192,1,97127,11.8563232421875
RSDSD,λ<=n,8192,1,83517,10.1949462890625
RSDSD,λ<=n,8192,1,69463,8.4793701171875
RSDSD,λ<=n,8192,1,118387,14.4515380859375
RSDSD,λ<=n,8192,1,168663,20.5887451171875
RSDSD,λ<=n,8192,1,163222,19.924560546875
RSDSD,λ<=n,8192,1,79479,9.7020263671875
RSDSD,λ<=n,8192,1,66496,8.1171875
RSDSD,λ<=n,8192,1,71128,8.6826171875
RSDSD,λ<=n,8192,1,97694,11.925537109375
RSDSD,λ<=n,8192,1,94093,11.4859619140625
RSDSD,λ<=n,8192,1,79959,9.7606201171875
RSDSD,λ<=n,8192,1,132135,16.1297607421875
RSDSD,λ<=n,8192,1,107768,13.1552734375
RSDSD,λ<=n,8192,1,68889,8.4093017578125
RSDSD,λ<=n,8192,1,73919,9.0233154296875
RSDSD,λ<=n,8192,1,127422,15.554443359375
RSDSD,λ<=n,8192,1,112905,13.7823486328125
RSDSD,λ<=n,8192,1,150815,18.4100341796875
RSDSD,λ<=n,8192,1,72479,8.8475341796875
RSDSD,λ<=n,8192,1,81213,9.9136962890625
RSDSD,λ<=n,8192,1,76013,9.2789306640625
RSDSD,λ<=n,8192,1,92938,11.344970703125
RSDSD,λ<=n,8192,1,137148,16.74169921875
RSDSD,λ<=n,8192,1,96031,11.7225341796875
RSDSD,λ<=n,8192,1,65710,8.021240234375
RSDSD,λ<=n,8192,1,74463,9.0897216796875
RSDSD,λ<=n,8192,1,85123,10.3909912109375
RSDSD,λ<=n,8192,1,124187,15.1595458984375
RSDSD,λ<=n,8192,1,175220,21.38916015625
RSDSD,λ<=n,8192,1,70047,8.5506591796875
RSDSD,λ<=n,8192,1,116388,14.20751953125
RSDSD,λ<=n,8192,1,66333,8.0972900390625
RSDSD,λ<=n,8192,1,75867,9.2611083984375
RSDSD,λ<=n,8192,1,65377,7.9805908203125
RSDSD,λ<=n,8192,1,68300,8.33740234375
RSDSD,λ<=n,8192,1,68750,8.392333984375
RSDSD,λ<=n,8192,1,71085,8.6773681640625
RSDSD,λ<=n,8192,1,167190,20.408935546875
RSDSD,λ<=n,8192,1,238539,29.1185302734375
RSDSD,λ<=n,8192,1,84219,10.2806396484375
RSDSD,λ<=n,8192,1,111788,13.64599609375
RSDSD,λ<=n,8192,1,132534,16.178466796875
RSDSD,λ<=n,8192,1,130175,15.8905029296875
RSDSD,λ<=n,8192,1,80744,9.8564453125
RSDSD,λ<=n,8192,1,79069,9.6519775390625
RSDSD,λ<=n,8192,1,76116,9.29150390625
RSDSD,λ<=n,8192,1,71868,8.77294921875
RSDSD,λ<=n,8192,1,68186,8.323486328125
RSDSD,λ<=n,8192,1,69701,8.5084228515625
RSDSD,λ<=n,8192,1,123813,15.1138916015625
RSDSD,λ<=n,8192,1,65615,8.0096435546875
RSDSD,λ<=n,8192,1,83651,10.2113037109375
RSDSD,λ<=n,8192,1,101278,12.363037109375
RSDSD,λ<=n,8192,1,85795,10.4730224609375
RSDSD,λ<=n,8192,1,69868,8.52880859375
RSDSD,λ<=n,8192,1,70448,8.599609375
RSDSD,λ<=n,8192,1,84395,10.3021240234375
RSDSD,λ<=n,8192,1,79566,9.712646484375
RSDSD,λ<=n,8192,1,70644,8.62353515625
RSDSD,λ<=n,8192,1,88201,10.7667236328125
RSDSD,λ<=n,8192,1,91843,11.2113037109375
RSDSD,λ<=n,8192,1,92864,11.3359375
RSDSD,λ<=n,8192,1,187593,22.8995361328125
RSDSD,λ<=n,8192,1,91423,11.1600341796875
RSDSD,λ<=n,8192,1,72083,8.7991943359375
RSDSD,λ<=n,8192,1,103152,12.591796875
RSDSD,λ<=n,8192,1,69274,8.456298828125
RSDSD,λ<=n,8192,1,98211,11.9886474609375
RSDSD,λ<=n,8192,1,91818,11.208251953125
RSDSD,λ<=n,8192,1,75986,9.275634765625
RSDSD,λ<=n,8192,1,66884,8.16455078125
RSDSD,λ<=n,8192,1,71308,8.70458984375
RSDSD,λ<=n,8192,1,82698,10.094970703125
RSDSD,λ<=n,8192,1,100233,12.2354736328125
RSDSD,λ<=n,8192,1,73735,9.0008544921875
RSDSD,λ<=n,8192,1,122744,14.9833984375
RSDSD,λ<=n,8192,1,78014,9.523193359375
RSDSD,λ<=n,8192,1,71708,8.75341796875
RSDSD,λ<=n,8192,1,69781,8.5181884765625
RSDSD,λ<=n,8192,1,75228,9.18310546875
RSDSD,λ<=n,8192,1,69240,8.4521484375
RSDSD,λ<=n,8192,1,74631,9.1102294921875
RSDSD,λ<=n,8192,1,153973,18.7955322265625
RSDSD,λ<=n,8192,1,82798,10.107177734375
RSDSD,λ<=n,8192,1,128128,15.640625
RSDSD,λ<=n,8192,1,70051,8.5511474609375
RSDSD,λ<=n,8192,1,106639,13.0174560546875
RSDSD,λ<=n,8192,1,71294,8.702880859375
RSDSD,λ<=n,8192,1,120265,14.6807861328125
RRDSD,λ<=n,8192,1,58064,7.087890625
RRDSD,λ<=n,8192,1,93507,11.4144287109375
RRDSD,λ<=n,8192,1,56579,6.9066162109375
RRDSD,λ<=n,8192,1,62355,7.6116943359375
RRDSD,λ<=n,8192,1,71543,8.7332763671875
RRDSD,λ<=n,8192,1,62988,7.68896484375
RRDSD,λ<=n,8192,1,73593,8.9835205078125
RRDSD,λ<=n,8192,1,68673,8.3829345703125
RRDSD,λ<=n,8192,1,110537,13.4932861328125
RRDSD,λ<=n,8192,1,62523,7.6322021484375
RRDSD,λ<=n,8192,1,72600,8.8623046875
RRDSD,λ<=n,8192,1,55213,6.7398681640625
RRDSD,λ<=n,8192,1,62021,7.5709228515625
RRDSD,λ<=n,8192,1,69400,8.4716796875
RRDSD,λ<=n,8192,1,62075,7.5775146484375
RRDSD,λ<=n,8192,1,78301,9.5582275390625
RRDSD,λ<=n,8192,1,91107,11.1214599609375
RRDSD,λ<=n,8192,1,60132,7.34033203125
RRDSD,λ<=n,8192,1,56212,6.86181640625
RRDSD,λ<=n,8192,1,60011,7.3255615234375
RRDSD,λ<=n,8192,1,67531,8.2435302734375
RRDSD,λ<=n,8192,1,62313,7.6065673828125
RRDSD,λ<=n,8192,1,78172,9.54248046875
RRDSD,λ<=n,8192,1,63125,7.7056884765625
RRDSD,λ<=n,8192,1,90651,11.0657958984375
RRDSD,λ<=n,8192,1,60600,7.3974609375
RRDSD,λ<=n,8192,1,57539,7.0238037109375
RRDSD,λ<=n,8192,1,71145,8.6846923828125
RRDSD,λ<=n,8192,1,53886,6.577880859375
RRDSD,λ<=n,8192,1,75483,9.2142333984375
RRDSD,λ<=n,8192,1,62581,7.6392822265625
RRDSD,λ<=n,8192,1,57464,7.0146484375
RRDSD,λ<=n,8192,1,59687,7.2860107421875
RRDSD,λ<=n,8192,1,56635,6.9134521484375
RRDSD,λ<=n,8192,1,64502,7.873779296875
RRDSD,λ<=n,8192,1,75370,9.200439453125
RRDSD,λ<=n,8192,1,73994,9.032470703125
RRDSD,λ<=n,8192,1,63988,7.81103515625
RRDSD,λ<=n,8192,1,59376,7.248046875
RRDSD,λ<=n,8192,1,55034,6.718017578125
RRDSD,λ<=n,8192,1,62480,7.626953125
RRDSD,λ<=n,8192,1,59307,7.2396240234375
RRDSD,λ<=n,8192,1,77641,9.4776611328125
RRDSD,λ<=n,8192,1,60573,7.3941650390625
RRDSD,λ<=n,8192,1,70744,8.6357421875
RRDSD,λ<=n,8192,1,59041,7.2071533203125
RRDSD,λ<=n,8192,1,59697,7.2872314453125
RRDSD,λ<=n,8192,1,78984,9.6416015625
RRDSD,λ<=n,8192,1,60579,7.3948974609375
RRDSD,λ<=n,8192,1,72721,8.8770751953125
RRDSD,λ<=n,8192,1,67639,8.2567138671875
RRDSD,λ<=n,8192,1,60828,7.42529296875
RRDSD,λ<=n,8192,1,54358,6.635498046875
RRDSD,λ<=n,8192,1,66124,8.07177734375
RRDSD,λ<=n,8192,1,85462,10.432373046875
RRDSD,λ<=n,8192,1,54145,6.6094970703125
RRDSD,λ<=n,8192,1,70330,8.585205078125
RRDSD,λ<=n,8192,1,66293,8.0924072265625
RRDSD,λ<=n,8192,1,63573,7.7603759765625
RRDSD,λ<=n,8192,1,70995,8.6663818359375
RRDSD,λ<=n,8192,1,64619,7.8880615234375
RRDSD,λ<=n,8192,1,60707,7.4105224609375
RRDSD,λ<=n,8192,1,75694,9.239990234375
RRDSD,λ<=n,8192,1,58412,7.13037109375
RRDSD,λ<=n,8192,1,65623,8.0106201171875
RRDSD,λ<=n,8192,1,59773,7.2965087890625
RRDSD,λ<=n,8192,1,63047,7.6961669921875
RRDSD,λ<=n,8192,1,80877,9.8726806640625
RRDSD,λ<=n,8192,1,79765,9.7369384765625
RRDSD,λ<=n,8192,1,78273,9.5548095703125
RRDSD,λ<=n,8192,1,53734,6.559326171875
RRDSD,λ<=n,8192,1,64517,7.8756103515625
RRDSD,λ<=n,8192,1,83034,10.135986328125
RRDSD,λ<=n,8192,1,59885,7.3101806640625
RRDSD,λ<=n,8192,1,70076,8.55419921875
RRDSD,λ<=n,8192,1,59428,7.25439453125
RRDSD,λ<=n,8192,1,68746,8.391845703125
RRDSD,λ<=n,8192,1,67215,8.2049560546875
RRDSD,λ<=n,8192,1,59263,7.2342529296875
RRDSD,λ<=n,8192,1,59289,7.2374267578125
RRDSD,λ<=n,8192,1,53281,6.5040283203125
RRDSD,λ<=n,8192,1,62049,7.5743408203125
RRDSD,λ<=n,8192,1,57624,7.0341796875
RRDSD,λ<=n,8192,1,81492,9.94775390625
RRDSD,λ<=n,8192,1,60941,7.4390869140625
RRDSD,λ<=n,8192,1,65914,8.046142578125
RRDSD,λ<=n,8192,1,75108,9.16845703125
RRDSD,λ<=n,8192,1,73630,8.988037109375
RRDSD,λ<=n,8192,1,63477,7.7486572265625
RRDSD,λ<=n,8192,1,74379,9.0794677734375
RRDSD,λ<=n,8192,1,56548,6.90283203125
RRDSD,λ<=n,8192,1,73607,8.9852294921875
RRDSD,λ<=n,8192,1,76315,9.3157958984375
RRDSD,λ<=n,8192,1,56429,6.8883056640625
RRDSD,λ<=n,8192,1,55271,6.7469482421875
RRDSD,λ<=n,8192,1,66622,8.132568359375
RRDSD,λ<=n,8192,1,57485,7.0172119140625
RRDSD,λ<=n,8192,1,61608,7.5205078125
RRDSD,λ<=n,8192,1,62186,7.591064453125
RRDSD,λ<=n,8192,1,61823,7.5467529296875
RHDSD,λ<=n,8192,1,54019,6.5941162109375
RHDSD,λ<=n,8192,1,80019,9.7679443359375
RHDSD,λ<=n,8192,1,105378,12.863525390625
RHDSD,λ<=n,8192,1,68778,8.395751953125
RHDSD,λ<=n,8192,1,62664,7.6494140625
RHDSD,λ<=n,8192,1,74229,9.0611572265625
RHDSD,λ<=n,8192,1,81479,9.9461669921875
RHDSD,λ<=n,8192,1,76216,9.3037109375
RHDSD,λ<=n,8192,1,75337,9.1964111328125
RHDSD,λ<=n,8192,1,77426,9.451416015625
RHDSD,λ<=n,8192,1,73491,8.9710693359375
RHDSD,λ<=n,8192,1,64155,7.8314208984375
RHDSD,λ<=n,8192,1,106994,13.060791015625
RHDSD,λ<=n,8192,1,66753,8.1485595703125
RHDSD,λ<=n,8192,1,55875,6.8206787109375
RHDSD,λ<=n,8192,1,70162,8.564697265625
RHDSD,λ<=n,8192,1,86834,10.599853515625
RHDSD,λ<=n,8192,1,69675,8.5052490234375
RHDSD,λ<=n,8192,1,56117,6.8502197265625
RHDSD,λ<=n,8192,1,65456,7.990234375
RHDSD,λ<=n,8192,1,54037,6.5963134765625
RHDSD,λ<=n,8192,1,90775,11.0809326171875
RHDSD,λ<=n,8192,1,88326,10.781982421875
RHDSD,λ<=n,8192,1,79749,9.7349853515625
RHDSD,λ<=n,8192,1,59476,7.26025390625
RHDSD,λ<=n,8192,1,90657,11.0665283203125
RHDSD,λ<=n,8192,1,78739,9.6116943359375
RHDSD,λ<=n,8192,1,73798,9.008544921875
RHDSD,λ<=n,8192,1,73645,8.9898681640625
RHDSD,λ<=n,8192,1,78380,9.56787109375
RHDSD,λ<=n,8192,1,91108,11.12158203125
RHDSD,λ<=n,8192,1,68083,8.3109130859375
RHDSD,λ<=n,8192,1,59419,7.2532958984375
RHDSD,λ<=n,8192,1,68724,8.38916015625
RHDSD,λ<=n,8192,1,64588,7.88427734375
RHDSD,λ<=n,8192,1,93156,11.37158203125
RHDSD,λ<=n,8192,1,77810,9.498291015625
RHDSD,λ<=n,8192,1,75214,9.181396484375
RHDSD,λ<=n,8192,1,75424,9.20703125
RHDSD,λ<=n,8192,1,71441,8.7208251953125
RHDSD,λ<=n,8192,1,79413,9.6939697265625
RHDSD,λ<=n,8192,1,73519,8.9744873046875
RHDSD,λ<=n,8192,1,81130,9.903564453125
RHDSD,λ<=n,8192,1,72780,8.88427734375
RHDSD,λ<=n,8192,1,73354,8.954345703125
RHDSD,λ<=n,8192,1,69251,8.4534912109375
RHDSD,λ<=n,8192,1,63050,7.696533203125
RHDSD,λ<=n,8192,1,104212,12.72119140625
RHDSD,λ<=n,8192,1,63922,7.802978515625
RHDSD,λ<=n,8192,1,57446,7.012451171875
RHDSD,λ<=n,8192,1,79796,9.74072265625
RHDSD,λ<=n,8192,1,67717,8.2662353515625
RHDSD,λ<=n,8192,1,86359,10.5418701171875
RHDSD,λ<=n,8192,1,81964,10.00537109375
RHDSD,λ<=n,8192,1,50684,6.18701171875
RHDSD,λ<=n,8192,1,57678,7.040771484375
RHDSD,λ<=n,8192,1,54087,6.6024169921875
RHDSD,λ<=n,8192,1,73416,8.9619140625
RHDSD,λ<=n,8192,1,70860,8.64990234375
RHDSD,λ<=n,8192,1,59347,7.2445068359375
RHDSD,λ<=n,8192,1,70394,8.593017578125
RHDSD,λ<=n,8192,1,57777,7.0528564453125
RHDSD,λ<=n,8192,1,88000,10.7421875
RHDSD,λ<=n,8192,1,56968,6.9541015625
RHDSD,λ<=n,8192,1,57535,7.0233154296875
RHDSD,λ<=n,8192,1,58724,7.16845703125
RHDSD,λ<=n,8192,1,69610,8.497314453125
RHDSD,λ<=n,8192,1,77335,9.4403076171875
RHDSD,λ<=n,8192,1,79395,9.6917724609375
RHDSD,λ<=n,8192,1,71030,8.670654296875
RHDSD,λ<=n,8192,1,70367,8.5897216796875
RHDSD,λ<=n,8192,1,73451,8.9661865234375
RHDSD,λ<=n,8192,1,54634,6.669189453125
RHDSD,λ<=n,8192,1,81085,9.8980712890625
RHDSD,λ<=n,8192,1,81529,9.9522705078125
RHDSD,λ<=n,8192,1,74757,9.1256103515625
RHDSD,λ<=n,8192,1,65954,8.051025390625
RHDSD,λ<=n,8192,1,52913,6.4591064453125
RHDSD,λ<=n,8192,1,53064,6.4775390625
RHDSD,λ<=n,8192,1,72910,8.900146484375
RHDSD,λ<=n,8192,1,60830,7.425537109375
RHDSD,λ<=n,8192,1,72093,8.8004150390625
RHDSD,λ<=n,8192,1,56159,6.8553466796875
RHDSD,λ<=n,8192,1,71976,8.7861328125
RHDSD,λ<=n,8192,1,103655,12.6531982421875
RHDSD,λ<=n,8192,1,77816,9.4990234375
RHDSD,λ<=n,8192,1,112499,13.7327880859375
RHDSD,λ<=n,8192,1,103077,12.5826416015625
RHDSD,λ<=n,8192,1,76681,9.3604736328125
RHDSD,λ<=n,8192,1,71575,8.7371826171875
RHDSD,λ<=n,8192,1,92866,11.336181640625
RHDSD,λ<=n,8192,1,60610,7.398681640625
RHDSD,λ<=n,8192,1,66150,8.074951171875
RHDSD,λ<=n,8192,1,57523,7.0218505859375
RHDSD,λ<=n,8192,1,61552,7.513671875
RHDSD,λ<=n,8192,1,89719,10.9520263671875
RHDSD,λ<=n,8192,1,53174,6.490966796875
RHDSD,λ<=n,8192,1,63775,7.7850341796875
RHDSD,λ<=n,8192,1,62186,7.591064453125
RHDSD,λ<=n,8192,1,97323,11.8802490234375
RHLSD,λ<=n,8192,1,49306,6.018798828125
RHLSD,λ<=n,8192,1,54581,6.6627197265625
RHLSD,λ<=n,8192,1,55134,6.730224609375
RHLSD,λ<=n,8192,1,53112,6.4833984375
RHLSD,λ<=n,8192,1,51605,6.2994384765625
RHLSD,λ<=n,8192,1,56225,6.8634033203125
RHLSD,λ<=n,8192,1,55574,6.783935546875
RHLSD,λ<=n,8192,1,68163,8.3206787109375
RHLSD,λ<=n,8192,1,75179,9.1771240234375
RHLSD,λ<=n,8192,1,75129,9.1710205078125
RHLSD,λ<=n,8192,1,52550,6.414794921875
RHLSD,λ<=n,8192,1,51773,6.3199462890625
RHLSD,λ<=n,8192,1,81570,9.957275390625
RHLSD,λ<=n,8192,1,68640,8.37890625
RHLSD,λ<=n,8192,1,83315,10.1702880859375
RHLSD,λ<=n,8192,1,54281,6.6260986328125
RHLSD,λ<=n,8192,1,59997,7.3238525390625
RHLSD,λ<=n,8192,1,113732,13.88330078125
RHLSD,λ<=n,8192,1,63797,7.7877197265625
RHLSD,λ<=n,8192,1,53206,6.494873046875
RHLSD,λ<=n,8192,1,67309,8.2164306640625
RHLSD,λ<=n,8192,1,67285,8.2135009765625
RHLSD,λ<=n,8192,1,72387,8.8363037109375
RHLSD,λ<=n,8192,1,65143,7.9520263671875
RHLSD,λ<=n,8192,1,64546,7.879150390625
RHLSD,λ<=n,8192,1,59508,7.26416015625
RHLSD,λ<=n,8192,1,55992,6.8349609375
RHLSD,λ<=n,8192,1,61270,7.479248046875
RHLSD,λ<=n,8192,1,56182,6.858154296875
RHLSD,λ<=n,8192,1,50142,6.120849609375
RHLSD,λ<=n,8192,1,58471,7.1375732421875
RHLSD,λ<=n,8192,1,51569,6.2950439453125
RHLSD,λ<=n,8192,1,75998,9.277099609375
RHLSD,λ<=n,8192,1,59616,7.27734375
RHLSD,λ<=n,8192,1,68848,8.404296875
RHLSD,λ<=n,8192,1,62367,7.6131591796875
RHLSD,λ<=n,8192,1,73158,8.930419921875
RHLSD,λ<=n,8192,1,62145,7.5860595703125
RHLSD,λ<=n,8192,1,53449,6.5245361328125
RHLSD,λ<=n,8192,1,57292,6.99365234375
RHLSD,λ<=n,8192,1,50277,6.1373291015625
RHLSD,λ<=n,8192,1,66219,8.0833740234375
RHLSD,λ<=n,8192,1,60644,7.40283203125
RHLSD,λ<=n,8192,1,53277,6.5035400390625
RHLSD,λ<=n,8192,1,53555,6.5374755859375
RHLSD,λ<=n,8192,1,56012,6.83740234375
RHLSD,λ<=n,8192,1,52679,6.4305419921875
RHLSD,λ<=n,8192,1,64475,7.8704833984375
RHLSD,λ<=n,8192,1,113298,13.830322265625
RHLSD,λ<=n,8192,1,50351,6.1463623046875
RHLSD,λ<=n,8192,1,50291,6.1390380859375
RHLSD,λ<=n,8192,1,81593,9.9600830078125
RHLSD,λ<=n,8192,1,59583,7.2733154296875
RHLSD,λ<=n,8192,1,62793,7.6651611328125
RHLSD,λ<=n,8192,1,92083,11.2406005859375
RHLSD,λ<=n,8192,1,58175,7.1014404296875
RHLSD,λ<=n,8192,1,68839,8.4031982421875
RHLSD,λ<=n,8192,1,63831,7.7918701171875
RHLSD,λ<=n,8192,1,55286,6.748779296875
RHLSD,λ<=n,8192,1,62064,7.576171875
RHLSD,λ<=n,8192,1,50355,6.1468505859375
RHLSD,λ<=n,8192,1,55871,6.8201904296875
RHLSD,λ<=n,8192,1,71959,8.7840576171875
RHLSD,λ<=n,8192,1,65936,8.048828125
RHLSD,λ<=n,8192,1,61840,7.548828125
RHLSD,λ<=n,8192,1,64736,7.90234375
RHLSD,λ<=n,8192,1,51863,6.3309326171875
RHLSD,λ<=n,8192,1,83248,10.162109375
RHLSD,λ<=n,8192,1,54568,6.6611328125
RHLSD,λ<=n,8192,1,55999,6.8358154296875
RHLSD,λ<=n,8192,1,53200,6.494140625
RHLSD,λ<=n,8192,1,63227,7.7181396484375
RHLSD,λ<=n,8192,1,66760,8.1494140625
RHLSD,λ<=n,8192,1,56003,6.8363037109375
RHLSD,λ<=n,8192,1,59936,7.31640625
RHLSD,λ<=n,8192,1,51702,6.311279296875
RHLSD,λ<=n,8192,1,70401,8.5938720703125
RHLSD,λ<=n,8192,1,64905,7.9229736328125
RHLSD,λ<=n,8192,1,71280,8.701171875
RHLSD,λ<=n,8192,1,72042,8.794189453125
RHLSD,λ<=n,8192,1,91007,11.1092529296875
RHLSD,λ<=n,8192,1,75372,9.20068359375
RHLSD,λ<=n,8192,1,104662,12.776123046875
RHLSD,λ<=n,8192,1,46638,5.693115234375
RHLSD,λ<=n,8192,1,55304,6.7509765625
RHLSD,λ<=n,8192,1,54807,6.6903076171875
RHLSD,λ<=n,8192,1,69534,8.488037109375
RHLSD,λ<=n,8192,1,97200,11.865234375
RHLSD,λ<=n,8192,1,56562,6.904541015625
RHLSD,λ<=n,8192,1,72072,8.7978515625
RHLSD,λ<=n,8192,1,53987,6.5902099609375
RHLSD,λ<=n,8192,1,57083,6.9681396484375
RHLSD,λ<=n,8192,1,53307,6.5072021484375
RHLSD,λ<=n,8192,1,57794,7.054931640625
RHLSD,λ<=n,8192,1,47563,5.8060302734375
RHLSD,λ<=n,8192,1,58141,7.0972900390625
RHLSD,λ<=n,8192,1,57588,7.02978515625
RHLSD,λ<=n,8192,1,53900,6.57958984375
RHLSD,λ<=n,8192,1,52429,6.4000244140625
RRLSD,λ<=n,8192,1,83408,10.181640625
RRLSD,λ<=n,8192,1,69279,8.4569091796875
RRLSD,λ<=n,8192,1,80112,9.779296875
RRLSD,λ<=n,8192,1,78474,9.579345703125
RRLSD,λ<=n,8192,1,82444,10.06396484375
RRLSD,λ<=n,8192,1,56353,6.8790283203125
RRLSD,λ<=n,8192,1,94661,11.5552978515625
RRLSD,λ<=n,8192,1,67468,8.23583984375
RRLSD,λ<=n,8192,1,62586,7.639892578125
RRLSD,λ<=n,8192,1,50944,6.21875
RRLSD,λ<=n,8192,1,62496,7.62890625
RRLSD,λ<=n,8192,1,52377,6.3936767578125
RRLSD,λ<=n,8192,1,58277,7.1138916015625
RRLSD,λ<=n,8192,1,52199,6.3719482421875
RRLSD,λ<=n,8192,1,63186,7.713134765625
RRLSD,λ<=n,8192,1,56084,6.84619140625
RRLSD,λ<=n,8192,1,55931,6.8275146484375
RRLSD,λ<=n,8192,1,49038,5.986083984375
RRLSD,λ<=n,8192,1,55398,6.762451171875
RRLSD,λ<=n,8192,1,76581,9.3482666015625
RRLSD,λ<=n,8192,1,58358,7.123779296875
RRLSD,λ<=n,8192,1,51257,6.2569580078125
RRLSD,λ<=n,8192,1,68048,8.306640625
RRLSD,λ<=n,8192,1,52368,6.392578125
RRLSD,λ<=n,8192,1,98918,12.074951171875
RRLSD,λ<=n,8192,1,65145,7.9522705078125
RRLSD,λ<=n,8192,1,62831,7.6697998046875
RRLSD,λ<=n,8192,1,58696,7.1650390625
RRLSD,λ<=n,8192,1,74784,9.12890625
RRLSD,λ<=n,8192,1,61201,7.4708251953125
RRLSD,λ<=n,8192,1,80697,9.8507080078125
RRLSD,λ<=n,8192,1,61643,7.5247802734375
RRLSD,λ<=n,8192,1,72992,8.91015625
RRLSD,λ<=n,8192,1,90634,11.063720703125
RRLSD,λ<=n,8192,1,69062,8.430419921875
RRLSD,λ<=n,8192,1,105776,12.912109375
RRLSD,λ<=n,8192,1,58476,7.13818359375
RRLSD,λ<=n,8192,1,56733,6.9254150390625
RRLSD,λ<=n,8192,1,75853,9.2593994140625
RRLSD,λ<=n,8192,1,81650,9.967041015625
RRLSD,λ<=n,8192,1,82929,10.1231689453125
RRLSD,λ<=n,8192,1,52496,6.408203125
RRLSD,λ<=n,8192,1,63113,7.7042236328125
RRLSD,λ<=n,8192,1,80244,9.79541015625
RRLSD,λ<=n,8192,1,76490,9.337158203125
RRLSD,λ<=n,8192,1,98069,11.9713134765625
RRLSD,λ<=n,8192,1,84804,10.35205078125
RRLSD,λ<=n,8192,1,62314,7.606689453125
RRLSD,λ<=n,8192,1,58750,7.171630859375
RRLSD,λ<=n,8192,1,98171,11.9837646484375
RRLSD,λ<=n,8192,1,78848,9.625
RRLSD,λ<=n,8192,1,62181,7.5904541015625
RRLSD,λ<=n,8192,1,56361,6.8800048828125
RRLSD,λ<=n,8192,1,69550,8.489990234375
RRLSD,λ<=n,8192,1,81250,9.918212890625
RRLSD,λ<=n,8192,1,54445,6.6461181640625
RRLSD,λ<=n,8192,1,77470,9.456787109375
RRLSD,λ<=n,8192,1,75016,9.1572265625
RRLSD,λ<=n,8192,1,63244,7.72021484375
RRLSD,λ<=n,8192,1,92334,11.271240234375
RRLSD,λ<=n,8192,1,65234,7.963134765625
RRLSD,λ<=n,8192,1,63908,7.80126953125
RRLSD,λ<=n,8192,1,50543,6.1697998046875
RRLSD,λ<=n,8192,1,66883,8.1644287109375
RRLSD,λ<=n,8192,1,59999,7.3240966796875
RRLSD,λ<=n,8192,1,61728,7.53515625
RRLSD,λ<=n,8192,1,63442,7.744384765625
RRLSD,λ<=n,8192,1,72968,8.9072265625
RRLSD,λ<=n,8192,1,62854,7.672607421875
RRLSD,λ<=n,8192,1,52159,6.3670654296875
RRLSD,λ<=n,8192,1,88840,10.8447265625
RRLSD,λ<=n,8192,1,89941,10.9791259765625
RRLSD,λ<=n,8192,1,64718,7.900146484375
RRLSD,λ<=n,8192,1,64930,7.926025390625
RRLSD,λ<=n,8192,1,91524,11.17236328125
RRLSD,λ<=n,8192,1,73987,9.0316162109375
RRLSD,λ<=n,8192,1,62748,7.65966796875
RRLSD,λ<=n,8192,1,57201,6.9825439453125
RRLSD,λ<=n,8192,1,74719,9.1209716796875
RRLSD,λ<=n,8192,1,51204,6.25048828125
RRLSD,λ<=n,8192,1,54323,6.6312255859375
RRLSD,λ<=n,8192,1,58485,7.1392822265625
RRLSD,λ<=n,8192,1,60923,7.4368896484375
RRLSD,λ<=n,8192,1,51269,6.2584228515625
RRLSD,λ<=n,8192,1,100008,12.2080078125
RRLSD,λ<=n,8192,1,55559,6.7821044921875
RRLSD,λ<=n,8192,1,64168,7.8330078125
RRLSD,λ<=n,8192,1,88675,10.8245849609375
RRLSD,λ<=n,8192,1,58871,7.1864013671875
RRLSD,λ<=n,8192,1,60041,7.3292236328125
RRLSD,λ<=n,8192,1,78998,9.643310546875
RRLSD,λ<=n,8192,1,67974,8.297607421875
RRLSD,λ<=n,8192,1,72838,8.891357421875
RRLSD,λ<=n,8192,1,56502,6.897216796875
RRLSD,λ<=n,8192,1,62186,7.591064453125
RRLSD,λ<=n,8192,1,51706,6.311767578125
RRLSD,λ<=n,8192,1,56417,6.8868408203125
RRLSD,λ<=n,8192,1,53844,6.57275390625
RRLSD,λ<=n,8192,1,82080,10.01953125
RSLSD,λ<=n,8192,1,203401,24.8292236328125
RSLSD,λ<=n,8192,1,87223,10.6473388671875
RSLSD,λ<=n,8192,1,93715,11.4398193359375
RSLSD,λ<=n,8192,1,70896,8.654296875
RSLSD,λ<=n,8192,1,329967,40.2791748046875
RSLSD,λ<=n,8192,1,211385,25.8038330078125
RSLSD,λ<=n,8192,1,172299,21.0325927734375
RSLSD,λ<=n,8192,1,169595,20.7025146484375
RSLSD,λ<=n,8192,1,204193,24.9259033203125
RSLSD,λ<=n,8192,1,128270,15.657958984375
RSLSD,λ<=n,8192,1,87742,10.710693359375
RSLSD,λ<=n,8192,1,104424,12.7470703125
RSLSD,λ<=n,8192,1,123808,15.11328125
RSLSD,λ<=n,8192,1,83214,10.157958984375
RSLSD,λ<=n,8192,1,105837,12.9195556640625
RSLSD,λ<=n,8192,1,121574,14.840576171875
RSLSD,λ<=n,8192,1,135527,16.5438232421875
RSLSD,λ<=n,8192,1,159947,19.5247802734375
RSLSD,λ<=n,8192,1,112927,13.7850341796875
RSLSD,λ<=n,8192,1,74657,9.1134033203125
RSLSD,λ<=n,8192,1,149548,18.25537109375
RSLSD,λ<=n,8192,1,177066,21.614501953125
RSLSD,λ<=n,8192,1,159710,19.495849609375
RSLSD,λ<=n,8192,1,189322,23.110595703125
RSLSD,λ<=n,8192,1,149190,18.211669921875
RSLSD,λ<=n,8192,1,141497,17.2725830078125
RSLSD,λ<=n,8192,1,82918,10.121826171875
RSLSD,λ<=n,8192,1,120797,14.7457275390625
RSLSD,λ<=n,8192,1,166679,20.3465576171875
RSLSD,λ<=n,8192,1,85087,10.3865966796875
RSLSD,λ<=n,8192,1,112268,13.70458984375
RSLSD,λ<=n,8192,1,152498,18.615478515625
RSLSD,λ<=n,8192,1,81532,9.95263671875
RSLSD,λ<=n,8192,1,171688,20.9580078125
RSLSD,λ<=n,8192,1,75169,9.1759033203125
RSLSD,λ<=n,8192,1,154211,18.8245849609375
RSLSD,λ<=n,8192,1,120952,14.7646484375
RSLSD,λ<=n,8192,1,147962,18.061767578125
RSLSD,λ<=n,8192,1,100115,12.2210693359375
RSLSD,λ<=n,8192,1,102858,12.555908203125
RSLSD,λ<=n,8192,1,96415,11.7694091796875
RSLSD,λ<=n,8192,1,212126,25.894287109375
RSLSD,λ<=n,8192,1,89156,10.88330078125
RSLSD,λ<=n,8192,1,154842,18.901611328125
RSLSD,λ<=n,8192,1,102467,12.5081787109375
RSLSD,λ<=n,8192,1,86529,10.5626220703125
RSLSD,λ<=n,8192,1,127580,15.57373046875
RSLSD,λ<=n,8192,1,89599,10.9373779296875
RSLSD,λ<=n,8192,1,169853,20.7340087890625
RSLSD,λ<=n,8192,1,231653,28.2779541015625
RSLSD,λ<=n,8192,1,125181,15.2808837890625
RSLSD,λ<=n,8192,1,102088,12.4619140625
RSLSD,λ<=n,8192,1,208043,25.3958740234375
RSLSD,λ<=n,8192,1,127088,15.513671875
RSLSD,λ<=n,8192,1,198837,24.2720947265625
RSLSD,λ<=n,8192,1,115872,14.14453125
RSLSD,λ<=n,8192,1,75138,9.172119140625
RSLSD,λ<=n,8192,1,76875,9.3841552734375
RSLSD,λ<=n,8192,1,86994,10.619384765625
RSLSD,λ<=n,8192,1,269128,32.8525390625
RSLSD,λ<=n,8192,1,94816,11.57421875
RSLSD,λ<=n,8192,1,81514,9.950439453125
RSLSD,λ<=n,8192,1,81979,10.0072021484375
RSLSD,λ<=n,8192,1,151764,18.52587890625
RSLSD,λ<=n,8192,1,106695,13.0242919921875
RSLSD,λ<=n,8192,1,185907,22.6937255859375
RSLSD,λ<=n,8192,1,97690,11.925048828125
RSLSD,λ<=n,8192,1,144539,17.6439208984375
RSLSD,λ<=n,8192,1,84762,10.346923828125
RSLSD,λ<=n,8192,1,133062,16.242919921875
RSLSD,λ<=n,8192,1,213762,26.093994140625
RSLSD,λ<=n,8192,1,84774,10.348388671875
RSLSD,λ<=n,8192,1,148997,18.1881103515625
RSLSD,λ<=n,8192,1,82091,10.0208740234375
RSLSD,λ<=n,8192,1,196264,23.9580078125
RSLSD,λ<=n,8192,1,73560,8.9794921875
RSLSD,λ<=n,8192,1,163550,19.964599609375
RSLSD,λ<=n,8192,1,202174,24.679443359375
RSLSD,λ<=n,8192,1,169442,20.683837890625
RSLSD,λ<=n,8192,1,103875,12.6800537109375
RSLSD,λ<=n,8192,1,84501,10.3150634765625
RSLSD,λ<=n,8192,1,117710,14.368896484375
RSLSD,λ<=n,8192,1,73308,8.94873046875
RSLSD,λ<=n,8192,1,138952,16.9619140625
RSLSD,λ<=n,8192,1,90131,11.0023193359375
RSLSD,λ<=n,8192,1,89463,10.9207763671875
RSLSD,λ<=n,8192,1,98905,12.0733642578125
RSLSD,λ<=n,8192,1,118143,14.4217529296875
RSLSD,λ<=n,8192,1,95434,11.649658203125
RSLSD,λ<=n,8192,1,85609,10.4503173828125
RSLSD,λ<=n,8192,1,82301,10.0465087890625
RSLSD,λ<=n,8192,1,92345,11.2725830078125
RSLSD,λ<=n,8192,1,117385,14.3292236328125
RSLSD,λ<=n,8192,1,103856,12.677734375
RSLSD,λ<=n,8192,1,100532,12.27197265625
RSLSD,λ<=n,8192,1,137756,16.81591796875
RSLSD,λ<=n,8192,1,83340,10.17333984375
RSLSD,λ<=n,8192,1,107298,13.097900390625
RSLSD,λ<=n,8192,1,110988,13.54833984375
RSLSD,λ<=n,8192,1,194090,23.692626953125
RSDMD,λ<=n,8192,1,61179,7.4681396484375
RSDMD,λ<=n,8192,1,59560,7.2705078125
RSDMD,λ<=n,8192,1,64840,7.9150390625
RSDMD,λ<=n,8192,1,63523,7.7542724609375
RSDMD,λ<=n,8192,1,57673,7.0401611328125
RSDMD,λ<=n,8192,1,54285,6.6265869140625
RSDMD,λ<=n,8192,1,62713,7.6553955078125
RSDMD,λ<=n,8192,1,63077,7.6998291015625
RSDMD,λ<=n,8192,1,66639,8.1346435546875
RSDMD,λ<=n,8192,1,61140,7.46337890625
RSDMD,λ<=n,8192,1,62496,7.62890625
RSDMD,λ<=n,8192,1,56150,6.854248046875
RSDMD,λ<=n,8192,1,64947,7.9281005859375
RSDMD,λ<=n,8192,1,56544,6.90234375
RSDMD,λ<=n,8192,1,64495,7.8729248046875
RSDMD,λ<=n,8192,1,55993,6.8350830078125
RSDMD,λ<=n,8192,1,57387,7.0052490234375
RSDMD,λ<=n,8192,1,60326,7.364013671875
RSDMD,λ<=n,8192,1,62276,7.60205078125
RSDMD,λ<=n,8192,1,56673,6.9180908203125
RSDMD,λ<=n,8192,1,58415,7.1307373046875
RSDMD,λ<=n,8192,1,54360,6.6357421875
RSDMD,λ<=n,8192,1,58573,7.1500244140625
RSDMD,λ<=n,8192,1,60887,7.4324951171875
RSDMD,λ<=n,8192,1,63945,7.8057861328125
RSDMD,λ<=n,8192,1,58521,7.1436767578125
RSDMD,λ<=n,8192,1,52421,6.3990478515625
RSDMD,λ<=n,8192,1,62913,7.6798095703125
RSDMD,λ<=n,8192,1,61338,7.487548828125
RSDMD,λ<=n,8192,1,55852,6.81787109375
RSDMD,λ<=n,8192,1,54908,6.70263671875
RSDMD,λ<=n,8192,1,60975,7.4432373046875
RSDMD,λ<=n,8192,1,58860,7.18505859375
RSDMD,λ<=n,8192,1,61958,7.563232421875
RSDMD,λ<=n,8192,1,55181,6.7359619140625
RSDMD,λ<=n,8192,1,55615,6.7889404296875
RSDMD,λ<=n,8192,1,60089,7.3350830078125
RSDMD,λ<=n,8192,1,62789,7.6646728515625
RSDMD,λ<=n,8192,1,62645,7.6470947265625
RSDMD,λ<=n,8192,1,59345,7.2442626953125
RSDMD,λ<=n,8192,1,58694,7.164794921875
RSDMD,λ<=n,8192,1,55729,6.8028564453125
RSDMD,λ<=n,8192,1,60851,7.4281005859375
RSDMD,λ<=n,8192,1,54466,6.648681640625
RSDMD,λ<=n,8192,1,62045,7.5738525390625
RSDMD,λ<=n,8192,1,58150,7.098388671875
RSDMD,λ<=n,8192,1,61471,7.5037841796875
RSDMD,λ<=n,8192,1,58046,7.085693359375
RSDMD,λ<=n,8192,1,60070,7.332763671875
RSDMD,λ<=n,8192,1,61894,7.555419921875
RSDMD,λ<=n,8192,1,63060,7.69775390625
RSDMD,λ<=n,8192,1,60963,7.4417724609375
RSDMD,λ<=n,8192,1,60200,7.3486328125
RSDMD,λ<=n,8192,1,73122,8.926025390625
RSDMD,λ<=n,8192,1,59306,7.239501953125
RSDMD,λ<=n,8192,1,55524,6.77783203125
RSDMD,λ<=n,8192,1,67180,8.20068359375
RSDMD,λ<=n,8192,1,55444,6.76806640625
RSDMD,λ<=n,8192,1,55558,6.781982421875
RSDMD,λ<=n,8192,1,64328,7.8525390625
RSDMD,λ<=n,8192,1,58540,7.14599609375
RSDMD,λ<=n,8192,1,62530,7.633056640625
RSDMD,λ<=n,8192,1,58773,7.1744384765625
RSDMD,λ<=n,8192,1,60462,7.380615234375
RSDMD,λ<=n,8192,1,57430,7.010498046875
RSDMD,λ<=n,8192,1,61687,7.5301513671875
RSDMD,λ<=n,8192,1,66307,8.0941162109375
RSDMD,λ<=n,8192,1,59207,7.2274169921875
RSDMD,λ<=n,8192,1,54275,6.6253662109375
RSDMD,λ<=n,8192,1,58079,7.0897216796875
RSDMD,λ<=n,8192,1,62341,7.6099853515625
RSDMD,λ<=n,8192,1,59475,7.2601318359375
RSDMD,λ<=n,8192,1,63425,7.7423095703125
RSDMD,λ<=n,8192,1,52338,6.388916015625
RSDMD,λ<=n,8192,1,54243,6.6214599609375
RSDMD,λ<=n,8192,1,62989,7.6890869140625
RSDMD,λ<=n,8192,1,56498,6.896728515625
RSDMD,λ<=n,8192,1,56924,6.94873046875
RSDMD,λ<=n,8192,1,65480,7.9931640625
RSDMD,λ<=n,8192,1,56482,6.894775390625
RSDMD,λ<=n,8192,1,61376,7.4921875
RSDMD,λ<=n,8192,1,61655,7.5262451171875
RSDMD,λ<=n,8192,1,71072,8.67578125
RSDMD,λ<=n,8192,1,59602,7.275634765625
RSDMD,λ<=n,8192,1,62140,7.58544921875
RSDMD,λ<=n,8192,1,67597,8.2515869140625
RSDMD,λ<=n,8192,1,60418,7.375244140625
RSDMD,λ<=n,8192,1,57303,6.9949951171875
RSDMD,λ<=n,8192,1,61660,7.52685546875
RSDMD,λ<=n,8192,1,62414,7.618896484375
RSDMD,λ<=n,8192,1,61069,7.4547119140625
RSDMD,λ<=n,8192,1,59582,7.273193359375
RSDMD,λ<=n,8192,1,74916,9.14501953125
RSDMD,λ<=n,8192,1,118090,14.415283203125
RSDMD,λ<=n,8192,1,56585,6.9073486328125
RSDMD,λ<=n,8192,1,64825,7.9132080078125
RSDMD,λ<=n,8192,1,59548,7.26904296875
RSDMD,λ<=n,8192,1,64854,7.916748046875
RSDMD,λ<=n,8192,1,59820,7.30224609375
RSDMD,λ<=n,8192,1,56866,6.941650390625
RRDMD,λ<=n,8192,1,50038,6.108154296875
RRDMD,λ<=n,8192,1,47672,5.8193359375
RRDMD,λ<=n,8192,1,45107,5.5062255859375
RRDMD,λ<=n,8192,1,51199,6.2498779296875
RRDMD,λ<=n,8192,1,46682,5.698486328125
RRDMD,λ<=n,8192,1,55475,6.7718505859375
RRDMD,λ<=n,8192,1,46268,5.64794921875
RRDMD,λ<=n,8192,1,54285,6.6265869140625
RRDMD,λ<=n,8192,1,46294,5.651123046875
RRDMD,λ<=n,8192,1,50302,6.140380859375
RRDMD,λ<=n,8192,1,60436,7.37744140625
RRDMD,λ<=n,8192,1,55550,6.781005859375
RRDMD,λ<=n,8192,1,70496,8.60546875
RRDMD,λ<=n,8192,1,48868,5.96533203125
RRDMD,λ<=n,8192,1,44726,5.459716796875
RRDMD,λ<=n,8192,1,48330,5.899658203125
RRDMD,λ<=n,8192,1,50021,6.1060791015625
RRDMD,λ<=n,8192,1,46508,5.67724609375
RRDMD,λ<=n,8192,1,46261,5.6470947265625
RRDMD,λ<=n,8192,1,45706,5.579345703125
RRDMD,λ<=n,8192,1,43618,5.324462890625
RRDMD,λ<=n,8192,1,45674,5.575439453125
RRDMD,λ<=n,8192,1,86341,10.5396728515625
RRDMD,λ<=n,8192,1,59495,7.2625732421875
RRDMD,λ<=n,8192,1,56454,6.891357421875
RRDMD,λ<=n,8192,1,49882,6.089111328125
RRDMD,λ<=n,8192,1,44683,5.4544677734375
RRDMD,λ<=n,8192,1,44709,5.4576416015625
RRDMD,λ<=n,8192,1,44165,5.3912353515625
RRDMD,λ<=n,8192,1,49967,6.0994873046875
RRDMD,λ<=n,8192,1,54220,6.61865234375
RRDMD,λ<=n,8192,1,106175,12.9608154296875
RRDMD,λ<=n,8192,1,44835,5.4730224609375
RRDMD,λ<=n,8192,1,54918,6.703857421875
RRDMD,λ<=n,8192,1,54994,6.713134765625
RRDMD,λ<=n,8192,1,72547,8.8558349609375
RRDMD,λ<=n,8192,1,51304,6.2626953125
RRDMD,λ<=n,8192,1,46970,5.733642578125
RRDMD,λ<=n,8192,1,45933,5.6070556640625
RRDMD,λ<=n,8192,1,47305,5.7745361328125
RRDMD,λ<=n,8192,1,62555,7.6361083984375
RRDMD,λ<=n,8192,1,53238,6.498779296875
RRDMD,λ<=n,8192,1,50930,6.217041015625
RRDMD,λ<=n,8192,1,45027,5.4964599609375
RRDMD,λ<=n,8192,1,51377,6.2716064453125
RRDMD,λ<=n,8192,1,48308,5.89697265625
RRDMD,λ<=n,8192,1,43692,5.33349609375
RRDMD,λ<=n,8192,1,51366,6.270263671875
RRDMD,λ<=n,8192,1,45055,5.4998779296875
RRDMD,λ<=n,8192,1,69367,8.4676513671875
RRDMD,λ<=n,8192,1,45193,5.5167236328125
RRDMD,λ<=n,8192,1,64795,7.9095458984375
RRDMD,λ<=n,8192,1,47614,5.812255859375
RRDMD,λ<=n,8192,1,50640,6.181640625
RRDMD,λ<=n,8192,1,127543,15.5692138671875
RRDMD,λ<=n,8192,1,44386,5.418212890625
RRDMD,λ<=n,8192,1,58210,7.105712890625
RRDMD,λ<=n,8192,1,140566,17.158935546875
RRDMD,λ<=n,8192,1,80706,9.851806640625
RRDMD,λ<=n,8192,1,63767,7.7840576171875
RRDMD,λ<=n,8192,1,65293,7.9703369140625
RRDMD,λ<=n,8192,1,66355,8.0999755859375
RRDMD,λ<=n,8192,1,51414,6.276123046875
RRDMD,λ<=n,8192,1,63155,7.7093505859375
RRDMD,λ<=n,8192,1,47119,5.7518310546875
RRDMD,λ<=n,8192,1,48501,5.9205322265625
RRDMD,λ<=n,8192,1,47043,5.7425537109375
RRDMD,λ<=n,8192,1,84092,10.26513671875
RRDMD,λ<=n,8192,1,46958,5.732177734375
RRDMD,λ<=n,8192,1,44958,5.488037109375
RRDMD,λ<=n,8192,1,76179,9.2991943359375
RRDMD,λ<=n,8192,1,46411,5.6654052734375
RRDMD,λ<=n,8192,1,50671,6.1854248046875
RRDMD,λ<=n,8192,1,48315,5.8978271484375
RRDMD,λ<=n,8192,1,115176,14.0595703125
RRDMD,λ<=n,8192,1,62983,7.6883544921875
RRDMD,λ<=n,8192,1,45201,5.5177001953125
RRDMD,λ<=n,8192,1,51016,6.2275390625
RRDMD,λ<=n,8192,1,44761,5.4639892578125
RRDMD,λ<=n,8192,1,46522,5.678955078125
RRDMD,λ<=n,8192,1,59213,7.2281494140625
RRDMD,λ<=n,8192,1,54086,6.602294921875
RRDMD,λ<=n,8192,1,50710,6.190185546875
RRDMD,λ<=n,8192,1,68582,8.371826171875
RRDMD,λ<=n,8192,1,69869,8.5289306640625
RRDMD,λ<=n,8192,1,104180,12.71728515625
RRDMD,λ<=n,8192,1,65042,7.939697265625
RRDMD,λ<=n,8192,1,48006,5.860107421875
RRDMD,λ<=n,8192,1,54024,6.5947265625
RRDMD,λ<=n,8192,1,45815,5.5926513671875
RRDMD,λ<=n,8192,1,50134,6.119873046875
RRDMD,λ<=n,8192,1,50641,6.1817626953125
RRDMD,λ<=n,8192,1,44877,5.4781494140625
RRDMD,λ<=n,8192,1,45265,5.5255126953125
RRDMD,λ<=n,8192,1,45575,5.5633544921875
RRDMD,λ<=n,8192,1,66292,8.09228515625
RRDMD,λ<=n,8192,1,63787,7.7864990234375
RRDMD,λ<=n,8192,1,54077,6.6011962890625
RRDMD,λ<=n,8192,1,48946,5.974853515625
RRDMD,λ<=n,8192,1,47850,5.841064453125
RHDMD,λ<=n,8192,1,66852,8.16064453125
RHDMD,λ<=n,8192,1,48512,5.921875
RHDMD,λ<=n,8192,1,49599,6.0545654296875
RHDMD,λ<=n,8192,1,145451,17.7552490234375
RHDMD,λ<=n,8192,1,63137,7.7071533203125
RHDMD,λ<=n,8192,1,67914,8.290283203125
RHDMD,λ<=n,8192,1,56250,6.866455078125
RHDMD,λ<=n,8192,1,49106,5.994384765625
RHDMD,λ<=n,8192,1,47854,5.841552734375
RHDMD,λ<=n,8192,1,51439,6.2791748046875
RHDMD,λ<=n,8192,1,105310,12.855224609375
RHDMD,λ<=n,8192,1,54658,6.672119140625
RHDMD,λ<=n,8192,1,76807,9.3758544921875
RHDMD,λ<=n,8192,1,63350,7.733154296875
RHDMD,λ<=n,8192,1,49459,6.0374755859375
RHDMD,λ<=n,8192,1,53267,6.5023193359375
RHDMD,λ<=n,8192,1,54405,6.6412353515625
RHDMD,λ<=n,8192,1,63764,7.78369140625
RHDMD,λ<=n,8192,1,92580,11.30126953125
RHDMD,λ<=n,8192,1,51283,6.2601318359375
RHDMD,λ<=n,8192,1,48661,5.9400634765625
RHDMD,λ<=n,8192,1,75779,9.2503662109375
RHDMD,λ<=n,8192,1,80983,9.8856201171875
RHDMD,λ<=n,8192,1,63843,7.7933349609375
RHDMD,λ<=n,8192,1,61141,7.4635009765625
RHDMD,λ<=n,8192,1,68081,8.3106689453125
RHDMD,λ<=n,8192,1,53155,6.4886474609375
RHDMD,λ<=n,8192,1,62769,7.6622314453125
RHDMD,λ<=n,8192,1,92814,11.329833984375
RHDMD,λ<=n,8192,1,52342,6.389404296875
RHDMD,λ<=n,8192,1,74474,9.091064453125
RHDMD,λ<=n,8192,1,98894,12.072021484375
RHDMD,λ<=n,8192,1,53995,6.5911865234375
RHDMD,λ<=n,8192,1,71569,8.7364501953125
RHDMD,λ<=n,8192,1,74307,9.0706787109375
RHDMD,λ<=n,8192,1,52893,6.4566650390625
RHDMD,λ<=n,8192,1,49679,6.0643310546875
RHDMD,λ<=n,8192,1,76864,9.3828125
RHDMD,λ<=n,8192,1,53650,6.549072265625
RHDMD,λ<=n,8192,1,52565,6.4166259765625
RHDMD,λ<=n,8192,1,53032,6.4736328125
RHDMD,λ<=n,8192,1,107888,13.169921875
RHDMD,λ<=n,8192,1,83295,10.1678466796875
RHDMD,λ<=n,8192,1,81091,9.8988037109375
RHDMD,λ<=n,8192,1,61663,7.5272216796875
RHDMD,λ<=n,8192,1,138333,16.8863525390625
RHDMD,λ<=n,8192,1,68206,8.325927734375
RHDMD,λ<=n,8192,1,49788,6.07763671875
RHDMD,λ<=n,8192,1,64338,7.853759765625
RHDMD,λ<=n,8192,1,54761,6.6846923828125
RHDMD,λ<=n,8192,1,47613,5.8121337890625
RHDMD,λ<=n,8192,1,51530,6.290283203125
RHDMD,λ<=n,8192,1,50589,6.1754150390625
RHDMD,λ<=n,8192,1,70868,8.65087890625
RHDMD,λ<=n,8192,1,57521,7.0216064453125
RHDMD,λ<=n,8192,1,61605,7.5201416015625
RHDMD,λ<=n,8192,1,56994,6.957275390625
RHDMD,λ<=n,8192,1,58098,7.092041015625
RHDMD,λ<=n,8192,1,56096,6.84765625
RHDMD,λ<=n,8192,1,68772,8.39501953125
RHDMD,λ<=n,8192,1,73415,8.9617919921875
RHDMD,λ<=n,8192,1,89684,10.94775390625
RHDMD,λ<=n,8192,1,92738,11.320556640625
RHDMD,λ<=n,8192,1,75123,9.1702880859375
RHDMD,λ<=n,8192,1,85417,10.4268798828125
RHDMD,λ<=n,8192,1,56743,6.9266357421875
RHDMD,λ<=n,8192,1,59642,7.280517578125
RHDMD,λ<=n,8192,1,99532,12.14990234375
RHDMD,λ<=n,8192,1,49969,6.0997314453125
RHDMD,λ<=n,8192,1,51331,6.2659912109375
RHDMD,λ<=n,8192,1,51662,6.306396484375
RHDMD,λ<=n,8192,1,89445,10.9185791015625
RHDMD,λ<=n,8192,1,116225,14.1876220703125
RHDMD,λ<=n,8192,1,48854,5.963623046875
RHDMD,λ<=n,8192,1,57699,7.0433349609375
RHDMD,λ<=n,8192,1,69894,8.531982421875
RHDMD,λ<=n,8192,1,52674,6.429931640625
RHDMD,λ<=n,8192,1,49593,6.0538330078125
RHDMD,λ<=n,8192,1,73107,8.9241943359375
RHDMD,λ<=n,8192,1,64875,7.9193115234375
RHDMD,λ<=n,8192,1,57210,6.983642578125
RHDMD,λ<=n,8192,1,79864,9.7490234375
RHDMD,λ<=n,8192,1,48223,5.8865966796875
RHDMD,λ<=n,8192,1,48327,5.8992919921875
RHDMD,λ<=n,8192,1,87379,10.6663818359375
RHDMD,λ<=n,8192,1,108883,13.2913818359375
RHDMD,λ<=n,8192,1,51660,6.30615234375
RHDMD,λ<=n,8192,1,59712,7.2890625
RHDMD,λ<=n,8192,1,81306,9.925048828125
RHDMD,λ<=n,8192,1,49952,6.09765625
RHDMD,λ<=n,8192,1,91611,11.1829833984375
RHDMD,λ<=n,8192,1,50249,6.1339111328125
RHDMD,λ<=n,8192,1,56552,6.9033203125
RHDMD,λ<=n,8192,1,60979,7.4437255859375
RHDMD,λ<=n,8192,1,50929,6.2169189453125
RHDMD,λ<=n,8192,1,59401,7.2510986328125
RHDMD,λ<=n,8192,1,46145,5.6329345703125
RHDMD,λ<=n,8192,1,49824,6.08203125
RHDMD,λ<=n,8192,1,48294,5.895263671875
RHLMD,λ<=n,8192,1,47023,5.7401123046875
RHLMD,λ<=n,8192,1,50154,6.122314453125
RHLMD,λ<=n,8192,1,54847,6.6951904296875
RHLMD,λ<=n,8192,1,56977,6.9552001953125
RHLMD,λ<=n,8192,1,52073,6.3565673828125
RHLMD,λ<=n,8192,1,111713,13.6368408203125
RHLMD,λ<=n,8192,1,48128,5.875
RHLMD,λ<=n,8192,1,64620,7.88818359375
RHLMD,λ<=n,8192,1,82343,10.0516357421875
RHLMD,λ<=n,8192,1,51020,6.22802734375
RHLMD,λ<=n,8192,1,51852,6.32958984375
RHLMD,λ<=n,8192,1,49377,6.0274658203125
RHLMD,λ<=n,8192,1,48495,5.9197998046875
RHLMD,λ<=n,8192,1,62021,7.5709228515625
RHLMD,λ<=n,8192,1,66728,8.1455078125
RHLMD,λ<=n,8192,1,54862,6.697021484375
RHLMD,λ<=n,8192,1,50717,6.1910400390625
RHLMD,λ<=n,8192,1,47782,5.832763671875
RHLMD,λ<=n,8192,1,133805,16.3336181640625
RHLMD,λ<=n,8192,1,54037,6.5963134765625
RHLMD,λ<=n,8192,1,99176,12.1064453125
RHLMD,λ<=n,8192,1,92085,11.2408447265625
RHLMD,λ<=n,8192,1,49321,6.0206298828125
RHLMD,λ<=n,8192,1,88306,10.779541015625
RHLMD,λ<=n,8192,1,75955,9.2718505859375
RHLMD,λ<=n,8192,1,52172,6.36865234375
RHLMD,λ<=n,8192,1,51206,6.250732421875
RHLMD,λ<=n,8192,1,100202,12.231689453125
RHLMD,λ<=n,8192,1,46441,5.6690673828125
RHLMD,λ<=n,8192,1,50677,6.1861572265625
RHLMD,λ<=n,8192,1,49258,6.012939453125
RHLMD,λ<=n,8192,1,53318,6.508544921875
RHLMD,λ<=n,8192,1,62865,7.6739501953125
RHLMD,λ<=n,8192,1,90117,11.0006103515625
RHLMD,λ<=n,8192,1,49607,6.0555419921875
RHLMD,λ<=n,8192,1,57785,7.0538330078125
RHLMD,λ<=n,8192,1,64913,7.9239501953125
RHLMD,λ<=n,8192,1,48185,5.8819580078125
RHLMD,λ<=n,8192,1,64213,7.8385009765625
RHLMD,λ<=n,8192,1,48152,5.8779296875
RHLMD,λ<=n,8192,1,64435,7.8656005859375
RHLMD,λ<=n,8192,1,87461,10.6763916015625
RHLMD,λ<=n,8192,1,82929,10.1231689453125
RHLMD,λ<=n,8192,1,93798,11.449951171875
RHLMD,λ<=n,8192,1,53854,6.573974609375
RHLMD,λ<=n,8192,1,104548,12.76220703125
RHLMD,λ<=n,8192,1,60222,7.351318359375
RHLMD,λ<=n,8192,1,65945,8.0499267578125
RHLMD,λ<=n,8192,1,46370,5.660400390625
RHLMD,λ<=n,8192,1,59943,7.3172607421875
RHLMD,λ<=n,8192,1,48657,5.9395751953125
RHLMD,λ<=n,8192,1,68963,8.4183349609375
RHLMD,λ<=n,8192,1,49686,6.065185546875
RHLMD,λ<=n,8192,1,49283,6.0159912109375
RHLMD,λ<=n,8192,1,45580,5.56396484375
RHLMD,λ<=n,8192,1,54174,6.613037109375
RHLMD,λ<=n,8192,1,54958,6.708740234375
RHLMD,λ<=n,8192,1,77867,9.5052490234375
RHLMD,λ<=n,8192,1,60283,7.3587646484375
RHLMD,λ<=n,8192,1,55618,6.789306640625
RHLMD,λ<=n,8192,1,55334,6.754638671875
RHLMD,λ<=n,8192,1,49594,6.053955078125
RHLMD,λ<=n,8192,1,52983,6.4676513671875
RHLMD,λ<=n,8192,1,69630,8.499755859375
RHLMD,λ<=n,8192,1,48672,5.94140625
RHLMD,λ<=n,8192,1,59028,7.20556640625
RHLMD,λ<=n,8192,1,46855,5.7196044921875
RHLMD,λ<=n,8192,1,64989,7.9332275390625
RHLMD,λ<=n,8192,1,48476,5.91748046875
RHLMD,λ<=n,8192,1,43464,5.3056640625
RHLMD,λ<=n,8192,1,70098,8.556884765625
RHLMD,λ<=n,8192,1,61077,7.4556884765625
RHLMD,λ<=n,8192,1,60138,7.341064453125
RHLMD,λ<=n,8192,1,92958,11.347412109375
RHLMD,λ<=n,8192,1,54628,6.66845703125
RHLMD,λ<=n,8192,1,48411,5.9095458984375
RHLMD,λ<=n,8192,1,76418,9.328369140625
RHLMD,λ<=n,8192,1,52677,6.4302978515625
RHLMD,λ<=n,8192,1,74272,9.06640625
RHLMD,λ<=n,8192,1,50896,6.212890625
RHLMD,λ<=n,8192,1,68008,8.3017578125
RHLMD,λ<=n,8192,1,48136,5.8759765625
RHLMD,λ<=n,8192,1,49789,6.0777587890625
RHLMD,λ<=n,8192,1,85879,10.4832763671875
RHLMD,λ<=n,8192,1,70644,8.62353515625
RHLMD,λ<=n,8192,1,83970,10.250244140625
RHLMD,λ<=n,8192,1,52681,6.4307861328125
RHLMD,λ<=n,8192,1,91852,11.21240234375
RHLMD,λ<=n,8192,1,51352,6.2685546875
RHLMD,λ<=n,8192,1,48317,5.8980712890625
RHLMD,λ<=n,8192,1,43240,5.2783203125
RHLMD,λ<=n,8192,1,50695,6.1883544921875
RHLMD,λ<=n,8192,1,57078,6.967529296875
RHLMD,λ<=n,8192,1,55259,6.7454833984375
RHLMD,λ<=n,8192,1,93268,11.38525390625
RHLMD,λ<=n,8192,1,46384,5.662109375
RHLMD,λ<=n,8192,1,61111,7.4598388671875
RHLMD,λ<=n,8192,1,52637,6.4254150390625
RHLMD,λ<=n,8192,1,69296,8.458984375
RRLMD,λ<=n,8192,1,74227,9.0609130859375
RRLMD,λ<=n,8192,1,51839,6.3280029296875
RRLMD,λ<=n,8192,1,52190,6.370849609375
RRLMD,λ<=n,8192,1,49616,6.056640625
RRLMD,λ<=n,8192,1,47377,5.7833251953125
RRLMD,λ<=n,8192,1,65778,8.029541015625
RRLMD,λ<=n,8192,1,46687,5.6990966796875
RRLMD,λ<=n,8192,1,61577,7.5167236328125
RRLMD,λ<=n,8192,1,52867,6.4534912109375
RRLMD,λ<=n,8192,1,48510,5.921630859375
RRLMD,λ<=n,8192,1,52428,6.39990234375
RRLMD,λ<=n,8192,1,52376,6.3935546875
RRLMD,λ<=n,8192,1,50421,6.1549072265625
RRLMD,λ<=n,8192,1,54789,6.6881103515625
RRLMD,λ<=n,8192,1,46331,5.6556396484375
RRLMD,λ<=n,8192,1,48731,5.9486083984375
RRLMD,λ<=n,8192,1,47809,5.8360595703125
RRLMD,λ<=n,8192,1,65712,8.021484375
RRLMD,λ<=n,8192,1,54909,6.7027587890625
RRLMD,λ<=n,8192,1,53596,6.54248046875
RRLMD,λ<=n,8192,1,46980,5.73486328125
RRLMD,λ<=n,8192,1,45124,5.50830078125
RRLMD,λ<=n,8192,1,46065,5.6231689453125
RRLMD,λ<=n,8192,1,59815,7.3016357421875
RRLMD,λ<=n,8192,1,48629,5.9361572265625
RRLMD,λ<=n,8192,1,49875,6.0882568359375
RRLMD,λ<=n,8192,1,50935,6.2176513671875
RRLMD,λ<=n,8192,1,54441,6.6456298828125
RRLMD,λ<=n,8192,1,48899,5.9691162109375
RRLMD,λ<=n,8192,1,47368,5.7822265625
RRLMD,λ<=n,8192,1,93269,11.3853759765625
RRLMD,λ<=n,8192,1,48523,5.9232177734375
RRLMD,λ<=n,8192,1,69992,8.5439453125
RRLMD,λ<=n,8192,1,53032,6.4736328125
RRLMD,λ<=n,8192,1,89730,10.953369140625
RRLMD,λ<=n,8192,1,69091,8.4339599609375
RRLMD,λ<=n,8192,1,52460,6.40380859375
RRLMD,λ<=n,8192,1,51463,6.2821044921875
RRLMD,λ<=n,8192,1,59468,7.25927734375
RRLMD,λ<=n,8192,1,85181,10.3980712890625
RRLMD,λ<=n,8192,1,76961,9.3946533203125
RRLMD,λ<=n,8192,1,75052,9.16162109375
RRLMD,λ<=n,8192,1,96164,11.73876953125
RRLMD,λ<=n,8192,1,80462,9.822021484375
RRLMD,λ<=n,8192,1,65927,8.0477294921875
RRLMD,λ<=n,8192,1,45679,5.5760498046875
RRLMD,λ<=n,8192,1,49394,6.029541015625
RRLMD,λ<=n,8192,1,48232,5.8876953125
RRLMD,λ<=n,8192,1,48300,5.89599609375
RRLMD,λ<=n,8192,1,56410,6.885986328125
RRLMD,λ<=n,8192,1,51582,6.296630859375
RRLMD,λ<=n,8192,1,52900,6.45751953125
RRLMD,λ<=n,8192,1,48482,5.918212890625
RRLMD,λ<=n,8192,1,46415,5.6658935546875
RRLMD,λ<=n,8192,1,54087,6.6024169921875
RRLMD,λ<=n,8192,1,49257,6.0128173828125
RRLMD,λ<=n,8192,1,53433,6.5225830078125
RRLMD,λ<=n,8192,1,62283,7.6029052734375
RRLMD,λ<=n,8192,1,48247,5.8895263671875
RRLMD,λ<=n,8192,1,50020,6.10595703125
RRLMD,λ<=n,8192,1,123532,15.07958984375
RRLMD,λ<=n,8192,1,49451,6.0364990234375
RRLMD,λ<=n,8192,1,54841,6.6944580078125
RRLMD,λ<=n,8192,1,46905,5.7257080078125
RRLMD,λ<=n,8192,1,73697,8.9962158203125
RRLMD,λ<=n,8192,1,46866,5.720947265625
RRLMD,λ<=n,8192,1,47737,5.8272705078125
RRLMD,λ<=n,8192,1,46840,5.7177734375
RRLMD,λ<=n,8192,1,61476,7.50439453125
RRLMD,λ<=n,8192,1,55401,6.7628173828125
RRLMD,λ<=n,8192,1,50306,6.140869140625
RRLMD,λ<=n,8192,1,87137,10.6368408203125
RRLMD,λ<=n,8192,1,65714,8.021728515625
RRLMD,λ<=n,8192,1,50231,6.1317138671875
RRLMD,λ<=n,8192,1,47691,5.8216552734375
RRLMD,λ<=n,8192,1,45744,5.583984375
RRLMD,λ<=n,8192,1,48317,5.8980712890625
RRLMD,λ<=n,8192,1,48213,5.8853759765625
RRLMD,λ<=n,8192,1,45261,5.5250244140625
RRLMD,λ<=n,8192,1,87024,10.623046875
RRLMD,λ<=n,8192,1,53257,6.5010986328125
RRLMD,λ<=n,8192,1,46039,5.6199951171875
RRLMD,λ<=n,8192,1,45660,5.57373046875
RRLMD,λ<=n,8192,1,46709,5.7017822265625
RRLMD,λ<=n,8192,1,83323,10.1712646484375
RRLMD,λ<=n,8192,1,51025,6.2286376953125
RRLMD,λ<=n,8192,1,50236,6.13232421875
RRLMD,λ<=n,8192,1,70897,8.6544189453125
RRLMD,λ<=n,8192,1,47121,5.7520751953125
RRLMD,λ<=n,8192,1,48000,5.859375
RRLMD,λ<=n,8192,1,46727,5.7039794921875
RRLMD,λ<=n,8192,1,48722,5.947509765625
RRLMD,λ<=n,8192,1,47707,5.8236083984375
RRLMD,λ<=n,8192,1,61316,7.48486328125
RRLMD,λ<=n,8192,1,55879,6.8211669921875
RRLMD,λ<=n,8192,1,105655,12.8973388671875
RRLMD,λ<=n,8192,1,71286,8.701904296875
RRLMD,λ<=n,8192,1,69145,8.4405517578125
RRLMD,λ<=n,8192,1,49475,6.0394287109375
RRLMD,λ<=n,8192,1,49157,6.0006103515625
RSLMD,λ<=n,8192,1,78323,9.5609130859375
RSLMD,λ<=n,8192,1,100019,12.2093505859375
RSLMD,λ<=n,8192,1,78759,9.6141357421875
RSLMD,λ<=n,8192,1,103369,12.6182861328125
RSLMD,λ<=n,8192,1,67196,8.20263671875
RSLMD,λ<=n,8192,1,63100,7.70263671875
RSLMD,λ<=n,8192,1,81915,9.9993896484375
RSLMD,λ<=n,8192,1,87323,10.6595458984375
RSLMD,λ<=n,8192,1,82303,10.0467529296875
RSLMD,λ<=n,8192,1,84567,10.3231201171875
RSLMD,λ<=n,8192,1,81184,9.91015625
RSLMD,λ<=n,8192,1,66734,8.146240234375
RSLMD,λ<=n,8192,1,81945,10.0030517578125
RSLMD,λ<=n,8192,1,62713,7.6553955078125
RSLMD,λ<=n,8192,1,90979,11.1058349609375
RSLMD,λ<=n,8192,1,84585,10.3253173828125
RSLMD,λ<=n,8192,1,74745,9.1241455078125
RSLMD,λ<=n,8192,1,72101,8.8013916015625
RSLMD,λ<=n,8192,1,73123,8.9261474609375
RSLMD,λ<=n,8192,1,80619,9.8411865234375
RSLMD,λ<=n,8192,1,86643,10.5765380859375
RSLMD,λ<=n,8192,1,77993,9.5206298828125
RSLMD,λ<=n,8192,1,84990,10.374755859375
RSLMD,λ<=n,8192,1,93502,11.413818359375
RSLMD,λ<=n,8192,1,75554,9.222900390625
RSLMD,λ<=n,8192,1,96328,11.7587890625
RSLMD,λ<=n,8192,1,76371,9.3226318359375
RSLMD,λ<=n,8192,1,68083,8.3109130859375
RSLMD,λ<=n,8192,1,82419,10.0609130859375
RSLMD,λ<=n,8192,1,94799,11.5721435546875
RSLMD,λ<=n,8192,1,70837,8.6470947265625
RSLMD,λ<=n,8192,1,65611,8.0091552734375
RSLMD,λ<=n,8192,1,62336,7.609375
RSLMD,λ<=n,8192,1,86044,10.50341796875
RSLMD,λ<=n,8192,1,84504,10.3154296875
RSLMD,λ<=n,8192,1,77806,9.497802734375
RSLMD,λ<=n,8192,1,91083,11.1185302734375
RSLMD,λ<=n,8192,1,79493,9.7037353515625
RSLMD,λ<=n,8192,1,75549,9.2222900390625
RSLMD,λ<=n,8192,1,86185,10.5206298828125
RSLMD,λ<=n,8192,1,84867,10.3597412109375
RSLMD,λ<=n,8192,1,78320,9.560546875
RSLMD,λ<=n,8192,1,88303,10.7791748046875
RSLMD,λ<=n,8192,1,84082,10.263916015625
RSLMD,λ<=n,8192,1,68483,8.3597412109375
RSLMD,λ<=n,8192,1,70398,8.593505859375
RSLMD,λ<=n,8192,1,88757,10.8345947265625
RSLMD,λ<=n,8192,1,81907,9.9984130859375
RSLMD,λ<=n,8192,1,63191,7.7137451171875
RSLMD,λ<=n,8192,1,88783,10.8377685546875
RSLMD,λ<=n,8192,1,75752,9.2470703125
RSLMD,λ<=n,8192,1,89363,10.9085693359375
RSLMD,λ<=n,8192,1,102811,12.5501708984375
RSLMD,λ<=n,8192,1,89956,10.98095703125
RSLMD,λ<=n,8192,1,80401,9.8145751953125
RSLMD,λ<=n,8192,1,73792,9.0078125
RSLMD,λ<=n,8192,1,75834,9.257080078125
RSLMD,λ<=n,8192,1,79735,9.7332763671875
RSLMD,λ<=n,8192,1,77735,9.4891357421875
RSLMD,λ<=n,8192,1,73978,9.030517578125
RSLMD,λ<=n,8192,1,66789,8.1529541015625
RSLMD,λ<=n,8192,1,88136,10.7587890625
RSLMD,λ<=n,8192,1,69543,8.4891357421875
RSLMD,λ<=n,8192,1,70091,8.5560302734375
RSLMD,λ<=n,8192,1,87355,10.6634521484375
RSLMD,λ<=n,8192,1,90817,11.0860595703125
RSLMD,λ<=n,8192,1,65520,7.998046875
RSLMD,λ<=n,8192,1,68283,8.3353271484375
RSLMD,λ<=n,8192,1,80574,9.835693359375
RSLMD,λ<=n,8192,1,82820,10.10986328125
RSLMD,λ<=n,8192,1,78930,9.635009765625
RSLMD,λ<=n,8192,1,81042,9.892822265625
RSLMD,λ<=n,8192,1,80111,9.7791748046875
RSLMD,λ<=n,8192,1,79918,9.755615234375
RSLMD,λ<=n,8192,1,81399,9.9364013671875
RSLMD,λ<=n,8192,1,85751,10.4676513671875
RSLMD,λ<=n,8192,1,71029,8.6705322265625
RSLMD,λ<=n,8192,1,69634,8.500244140625
RSLMD,λ<=n,8192,1,85133,10.3922119140625
RSLMD,λ<=n,8192,1,70988,8.66552734375
RSLMD,λ<=n,8192,1,76042,9.282470703125
RSLMD,λ<=n,8192,1,93514,11.415283203125
RSLMD,λ<=n,8192,1,76092,9.28857421875
RSLMD,λ<=n,8192,1,81095,9.8992919921875
RSLMD,λ<=n,8192,1,77951,9.5155029296875
RSLMD,λ<=n,8192,1,95253,11.6275634765625
RSLMD,λ<=n,8192,1,81566,9.956787109375
RSLMD,λ<=n,8192,1,79244,9.67333984375
RSLMD,λ<=n,8192,1,80139,9.7825927734375
RSLMD,λ<=n,8192,1,77800,9.4970703125
RSLMD,λ<=n,8192,1,75710,9.241943359375
RSLMD,λ<=n,8192,1,84741,10.3443603515625
RSLMD,λ<=n,8192,1,86779,10.5931396484375
RSLMD,λ<=n,8192,1,78339,9.5628662109375
RSLMD,λ<=n,8192,1,74754,9.125244140625
RSLMD,λ<=n,8192,1,77861,9.5045166015625
RSLMD,λ<=n,8192,1,74997,9.1549072265625
RSLMD,λ<=n,8192,1,73502,8.972412109375
RSLMD,λ<=n,8192,1,87132,10.63623046875
RSLMD,λ<=n,8192,1,80325,9.8052978515625
RSDID,λ<=n,8192,1,75495,9.2156982421875
RSDID,λ<=n,8192,1,78457,9.5772705078125
RSDID,λ<=n,8192,1,75652,9.23486328125
RSDID,λ<=n,8192,1,75822,9.255615234375
RSDID,λ<=n,8192,1,163425,19.9493408203125
RSDID,λ<=n,8192,1,354170,43.233642578125
RSDID,λ<=n,8192,1,75916,9.26708984375
RSDID,λ<=n,8192,1,90121,11.0010986328125
RSDID,λ<=n,8192,1,131772,16.08544921875
RSDID,λ<=n,8192,1,103750,12.664794921875
RSDID,λ<=n,8192,1,95299,11.6331787109375
RSDID,λ<=n,8192,1,148557,18.1343994140625
RSDID,λ<=n,8192,1,83847,10.2352294921875
RSDID,λ<=n,8192,1,148954,18.182861328125
RSDID,λ<=n,8192,1,146479,17.8807373046875
RSDID,λ<=n,8192,1,79020,9.64599609375
RSDID,λ<=n,8192,1,74622,9.109130859375
RSDID,λ<=n,8192,1,129661,15.8277587890625
RSDID,λ<=n,8192,1,80632,9.8427734375
RSDID,λ<=n,8192,1,156052,19.04931640625
RSDID,λ<=n,8192,1,166045,20.2691650390625
RSDID,λ<=n,8192,1,162575,19.8455810546875
RSDID,λ<=n,8192,1,118570,14.473876953125
RSDID,λ<=n,8192,1,85771,10.4700927734375
RSDID,λ<=n,8192,1,95782,11.692138671875
RSDID,λ<=n,8192,1,118978,14.523681640625
RSDID,λ<=n,8192,1,150987,18.4310302734375
RSDID,λ<=n,8192,1,179136,21.8671875
RSDID,λ<=n,8192,1,116692,14.24462890625
RSDID,λ<=n,8192,1,136768,16.6953125
RSDID,λ<=n,8192,1,81554,9.955322265625
RSDID,λ<=n,8192,1,81434,9.940673828125
RSDID,λ<=n,8192,1,79334,9.684326171875
RSDID,λ<=n,8192,1,195789,23.9000244140625
RSDID,λ<=n,8192,1,93929,11.4659423828125
RSDID,λ<=n,8192,1,106401,12.9884033203125
RSDID,λ<=n,8192,1,95399,11.6453857421875
RSDID,λ<=n,8192,1,132829,16.2144775390625
RSDID,λ<=n,8192,1,169199,20.6541748046875
RSDID,λ<=n,8192,1,182670,22.298583984375
RSDID,λ<=n,8192,1,92411,11.2806396484375
RSDID,λ<=n,8192,1,117814,14.381591796875
RSDID,λ<=n,8192,1,142715,17.4212646484375
RSDID,λ<=n,8192,1,137892,16.83251953125
RSDID,λ<=n,8192,1,90426,11.038330078125
RSDID,λ<=n,8192,1,111025,13.5528564453125
RSDID,λ<=n,8192,1,310328,37.8818359375
RSDID,λ<=n,8192,1,85044,10.38134765625
RSDID,λ<=n,8192,1,172656,21.076171875
RSDID,λ<=n,8192,1,72701,8.8746337890625
RSDID,λ<=n,8192,1,120656,14.728515625
RSDID,λ<=n,8192,1,128314,15.663330078125
RSDID,λ<=n,8192,1,96947,11.8343505859375
RSDID,λ<=n,8192,1,128534,15.690185546875
RSDID,λ<=n,8192,1,88156,10.76123046875
RSDID,λ<=n,8192,1,105402,12.866455078125
RSDID,λ<=n,8192,1,168067,20.5159912109375
RSDID,λ<=n,8192,1,112830,13.773193359375
RSDID,λ<=n,8192,1,110113,13.4415283203125
RSDID,λ<=n,8192,1,180166,21.992919921875
RSDID,λ<=n,8192,1,78067,9.5296630859375
RSDID,λ<=n,8192,1,112544,13.73828125
RSDID,λ<=n,8192,1,98423,12.0145263671875
RSDID,λ<=n,8192,1,155853,19.0250244140625
RSDID,λ<=n,8192,1,110053,13.4342041015625
RSDID,λ<=n,8192,1,182478,22.275146484375
RSDID,λ<=n,8192,1,150327,18.3504638671875
RSDID,λ<=n,8192,1,84284,10.28857421875
RSDID,λ<=n,8192,1,86663,10.5789794921875
RSDID,λ<=n,8192,1,88174,10.763427734375
RSDID,λ<=n,8192,1,73709,8.9976806640625
RSDID,λ<=n,8192,1,178751,21.8201904296875
RSDID,λ<=n,8192,1,98909,12.0738525390625
RSDID,λ<=n,8192,1,97601,11.9141845703125
RSDID,λ<=n,8192,1,121273,14.8038330078125
RSDID,λ<=n,8192,1,162621,19.8511962890625
RSDID,λ<=n,8192,1,87676,10.70263671875
RSDID,λ<=n,8192,1,117828,14.38330078125
RSDID,λ<=n,8192,1,150201,18.3350830078125
RSDID,λ<=n,8192,1,93332,11.39306640625
RSDID,λ<=n,8192,1,145960,17.8173828125
RSDID,λ<=n,8192,1,235250,28.717041015625
RSDID,λ<=n,8192,1,72400,8.837890625
RSDID,λ<=n,8192,1,145311,17.7381591796875
RSDID,λ<=n,8192,1,178546,21.795166015625
RSDID,λ<=n,8192,1,86297,10.5343017578125
RSDID,λ<=n,8192,1,78051,9.5277099609375
RSDID,λ<=n,8192,1,99477,12.1431884765625
RSDID,λ<=n,8192,1,91605,11.1822509765625
RSDID,λ<=n,8192,1,263105,32.1173095703125
RSDID,λ<=n,8192,1,88663,10.8231201171875
RSDID,λ<=n,8192,1,97297,11.8770751953125
RSDID,λ<=n,8192,1,100241,12.2364501953125
RSDID,λ<=n,8192,1,83008,10.1328125
RSDID,λ<=n,8192,1,106011,12.9407958984375
RSDID,λ<=n,8192,1,150725,18.3990478515625
RSDID,λ<=n,8192,1,125264,15.291015625
RSDID,λ<=n,8192,1,147243,17.9739990234375
RSDID,λ<=n,8192,1,99482,12.143798828125
RSDID,λ<=n,8192,1,131805,16.0894775390625
RRDID,λ<=n,8192,1,63387,7.7376708984375
RRDID,λ<=n,8192,1,71306,8.704345703125
RRDID,λ<=n,8192,1,67811,8.2777099609375
RRDID,λ<=n,8192,1,58730,7.169189453125
RRDID,λ<=n,8192,1,62621,7.6441650390625
RRDID,λ<=n,8192,1,67468,8.23583984375
RRDID,λ<=n,8192,1,59268,7.23486328125
RRDID,λ<=n,8192,1,64729,7.9014892578125
RRDID,λ<=n,8192,1,61998,7.568115234375
RRDID,λ<=n,8192,1,66753,8.1485595703125
RRDID,λ<=n,8192,1,62606,7.642333984375
RRDID,λ<=n,8192,1,61722,7.534423828125
RRDID,λ<=n,8192,1,65459,7.9906005859375
RRDID,λ<=n,8192,1,65648,8.013671875
RRDID,λ<=n,8192,1,58639,7.1580810546875
RRDID,λ<=n,8192,1,71079,8.6766357421875
RRDID,λ<=n,8192,1,76533,9.3424072265625
RRDID,λ<=n,8192,1,58626,7.156494140625
RRDID,λ<=n,8192,1,64654,7.892333984375
RRDID,λ<=n,8192,1,68331,8.3411865234375
RRDID,λ<=n,8192,1,76323,9.3167724609375
RRDID,λ<=n,8192,1,65279,7.9686279296875
RRDID,λ<=n,8192,1,76596,9.35009765625
RRDID,λ<=n,8192,1,83961,10.2491455078125
RRDID,λ<=n,8192,1,72152,8.8076171875
RRDID,λ<=n,8192,1,62122,7.583251953125
RRDID,λ<=n,8192,1,70247,8.5750732421875
RRDID,λ<=n,8192,1,59124,7.21728515625
RRDID,λ<=n,8192,1,78140,9.53857421875
RRDID,λ<=n,8192,1,59385,7.2491455078125
RRDID,λ<=n,8192,1,66349,8.0992431640625
RRDID,λ<=n,8192,1,54202,6.616455078125
RRDID,λ<=n,8192,1,65417,7.9854736328125
RRDID,λ<=n,8192,1,77557,9.4674072265625
RRDID,λ<=n,8192,1,61929,7.5596923828125
RRDID,λ<=n,8192,1,69311,8.4608154296875
RRDID,λ<=n,8192,1,83698,10.217041015625
RRDID,λ<=n,8192,1,59529,7.2667236328125
RRDID,λ<=n,8192,1,68228,8.32861328125
RRDID,λ<=n,8192,1,60367,7.3690185546875
RRDID,λ<=n,8192,1,76413,9.3277587890625
RRDID,λ<=n,8192,1,67658,8.259033203125
RRDID,λ<=n,8192,1,60140,7.34130859375
RRDID,λ<=n,8192,1,77202,9.424072265625
RRDID,λ<=n,8192,1,64018,7.814697265625
RRDID,λ<=n,8192,1,63223,7.7176513671875
RRDID,λ<=n,8192,1,92541,11.2965087890625
RRDID,λ<=n,8192,1,55485,6.7730712890625
RRDID,λ<=n,8192,1,68115,8.3148193359375
RRDID,λ<=n,8192,1,59840,7.3046875
RRDID,λ<=n,8192,1,81003,9.8880615234375
RRDID,λ<=n,8192,1,70784,8.640625
RRDID,λ<=n,8192,1,104213,12.7213134765625
RRDID,λ<=n,8192,1,79029,9.6470947265625
RRDID,λ<=n,8192,1,73870,9.017333984375
RRDID,λ<=n,8192,1,71046,8.672607421875
RRDID,λ<=n,8192,1,57988,7.07861328125
RRDID,λ<=n,8192,1,58910,7.191162109375
RRDID,λ<=n,8192,1,56493,6.8961181640625
RRDID,λ<=n,8192,1,57614,7.032958984375
RRDID,λ<=n,8192,1,53330,6.510009765625
RRDID,λ<=n,8192,1,69352,8.4658203125
RRDID,λ<=n,8192,1,66307,8.0941162109375
RRDID,λ<=n,8192,1,88351,10.7850341796875
RRDID,λ<=n,8192,1,58536,7.1455078125
RRDID,λ<=n,8192,1,56003,6.8363037109375
RRDID,λ<=n,8192,1,61487,7.5057373046875
RRDID,λ<=n,8192,1,64508,7.87451171875
RRDID,λ<=n,8192,1,71771,8.7611083984375
RRDID,λ<=n,8192,1,68506,8.362548828125
RRDID,λ<=n,8192,1,58406,7.129638671875
RRDID,λ<=n,8192,1,73297,8.9473876953125
RRDID,λ<=n,8192,1,77012,9.40087890625
RRDID,λ<=n,8192,1,65290,7.969970703125
RRDID,λ<=n,8192,1,85133,10.3922119140625
RRDID,λ<=n,8192,1,77489,9.4591064453125
RRDID,λ<=n,8192,1,68142,8.318115234375
RRDID,λ<=n,8192,1,70487,8.6043701171875
RRDID,λ<=n,8192,1,65957,8.0513916015625
RRDID,λ<=n,8192,1,64075,7.8216552734375
RRDID,λ<=n,8192,1,69172,8.44384765625
RRDID,λ<=n,8192,1,69481,8.4815673828125
RRDID,λ<=n,8192,1,61903,7.5565185546875
RRDID,λ<=n,8192,1,73330,8.951416015625
RRDID,λ<=n,8192,1,60604,7.39794921875
RRDID,λ<=n,8192,1,66436,8.10986328125
RRDID,λ<=n,8192,1,57936,7.072265625
RRDID,λ<=n,8192,1,54782,6.687255859375
RRDID,λ<=n,8192,1,64625,7.8887939453125
RRDID,λ<=n,8192,1,65661,8.0152587890625
RRDID,λ<=n,8192,1,59712,7.2890625
RRDID,λ<=n,8192,1,60522,7.387939453125
RRDID,λ<=n,8192,1,80579,9.8363037109375
RRDID,λ<=n,8192,1,75700,9.24072265625
RRDID,λ<=n,8192,1,64334,7.853271484375
RRDID,λ<=n,8192,1,81139,9.9046630859375
RRDID,λ<=n,8192,1,82555,10.0775146484375
RRDID,λ<=n,8192,1,73754,9.003173828125
RRDID,λ<=n,8192,1,61285,7.4810791015625
RHDID,λ<=n,8192,1,55833,6.8155517578125
RHDID,λ<=n,8192,1,98930,12.076416015625
RHDID,λ<=n,8192,1,59250,7.232666015625
RHDID,λ<=n,8192,1,84410,10.303955078125
RHDID,λ<=n,8192,1,104024,12.6982421875
RHDID,λ<=n,8192,1,60346,7.366455078125
RHDID,λ<=n,8192,1,109617,13.3809814453125
RHDID,λ<=n,8192,1,72133,8.8052978515625
RHDID,λ<=n,8192,1,67674,8.260986328125
RHDID,λ<=n,8192,1,79471,9.7010498046875
RHDID,λ<=n,8192,1,119999,14.6483154296875
RHDID,λ<=n,8192,1,62737,7.6583251953125
RHDID,λ<=n,8192,1,80326,9.805419921875
RHDID,λ<=n,8192,1,71097,8.6788330078125
RHDID,λ<=n,8192,1,70038,8.549560546875
RHDID,λ<=n,8192,1,81715,9.9749755859375
RHDID,λ<=n,8192,1,86308,10.53564453125
RHDID,λ<=n,8192,1,67540,8.24462890625
RHDID,λ<=n,8192,1,60770,7.418212890625
RHDID,λ<=n,8192,1,73675,8.9935302734375
RHDID,λ<=n,8192,1,110696,13.5126953125
RHDID,λ<=n,8192,1,62829,7.6695556640625
RHDID,λ<=n,8192,1,75936,9.26953125
RHDID,λ<=n,8192,1,90448,11.041015625
RHDID,λ<=n,8192,1,131714,16.078369140625
RHDID,λ<=n,8192,1,59061,7.2095947265625
RHDID,λ<=n,8192,1,75021,9.1578369140625
RHDID,λ<=n,8192,1,52771,6.4417724609375
RHDID,λ<=n,8192,1,85042,10.381103515625
RHDID,λ<=n,8192,1,89520,10.927734375
RHDID,λ<=n,8192,1,98075,11.9720458984375
RHDID,λ<=n,8192,1,78990,9.642333984375
RHDID,λ<=n,8192,1,55107,6.7269287109375
RHDID,λ<=n,8192,1,85949,10.4918212890625
RHDID,λ<=n,8192,1,72159,8.8084716796875
RHDID,λ<=n,8192,1,92573,11.3004150390625
RHDID,λ<=n,8192,1,59030,7.205810546875
RHDID,λ<=n,8192,1,66078,8.066162109375
RHDID,λ<=n,8192,1,71399,8.7156982421875
RHDID,λ<=n,8192,1,62463,7.6248779296875
RHDID,λ<=n,8192,1,61832,7.5478515625
RHDID,λ<=n,8192,1,118726,14.492919921875
RHDID,λ<=n,8192,1,69128,8.4384765625
RHDID,λ<=n,8192,1,91879,11.2156982421875
RHDID,λ<=n,8192,1,91442,11.162353515625
RHDID,λ<=n,8192,1,88037,10.7467041015625
RHDID,λ<=n,8192,1,67687,8.2625732421875
RHDID,λ<=n,8192,1,76161,9.2969970703125
RHDID,λ<=n,8192,1,67657,8.2589111328125
RHDID,λ<=n,8192,1,66511,8.1190185546875
RHDID,λ<=n,8192,1,73410,8.961181640625
RHDID,λ<=n,8192,1,85906,10.486572265625
RHDID,λ<=n,8192,1,155076,18.93017578125
RHDID,λ<=n,8192,1,62732,7.65771484375
RHDID,λ<=n,8192,1,83807,10.2303466796875
RHDID,λ<=n,8192,1,85776,10.470703125
RHDID,λ<=n,8192,1,71592,8.7392578125
RHDID,λ<=n,8192,1,66208,8.08203125
RHDID,λ<=n,8192,1,78995,9.6429443359375
RHDID,λ<=n,8192,1,94113,11.4884033203125
RHDID,λ<=n,8192,1,94449,11.5294189453125
RHDID,λ<=n,8192,1,61878,7.553466796875
RHDID,λ<=n,8192,1,97706,11.927001953125
RHDID,λ<=n,8192,1,70884,8.65283203125
RHDID,λ<=n,8192,1,60773,7.4185791015625
RHDID,λ<=n,8192,1,108595,13.2562255859375
RHDID,λ<=n,8192,1,78633,9.5987548828125
RHDID,λ<=n,8192,1,69075,8.4320068359375
RHDID,λ<=n,8192,1,100345,12.2491455078125
RHDID,λ<=n,8192,1,56304,6.873046875
RHDID,λ<=n,8192,1,120249,14.6788330078125
RHDID,λ<=n,8192,1,70028,8.54833984375
RHDID,λ<=n,8192,1,63923,7.8031005859375
RHDID,λ<=n,8192,1,72576,8.859375
RHDID,λ<=n,8192,1,80383,9.8123779296875
RHDID,λ<=n,8192,1,66098,8.068603515625
RHDID,λ<=n,8192,1,69291,8.4583740234375
RHDID,λ<=n,8192,1,95402,11.645751953125
RHDID,λ<=n,8192,1,55826,6.814697265625
RHDID,λ<=n,8192,1,57871,7.0643310546875
RHDID,λ<=n,8192,1,83644,10.21044921875
RHDID,λ<=n,8192,1,83886,10.239990234375
RHDID,λ<=n,8192,1,62814,7.667724609375
RHDID,λ<=n,8192,1,77565,9.4683837890625
RHDID,λ<=n,8192,1,116244,14.18994140625
RHDID,λ<=n,8192,1,101266,12.361572265625
RHDID,λ<=n,8192,1,70802,8.642822265625
RHDID,λ<=n,8192,1,67638,8.256591796875
RHDID,λ<=n,8192,1,54770,6.685791015625
RHDID,λ<=n,8192,1,73729,9.0001220703125
RHDID,λ<=n,8192,1,65126,7.949951171875
RHDID,λ<=n,8192,1,64448,7.8671875
RHDID,λ<=n,8192,1,78184,9.5439453125
RHDID,λ<=n,8192,1,61936,7.560546875
RHDID,λ<=n,8192,1,86807,10.5965576171875
RHDID,λ<=n,8192,1,61069,7.4547119140625
RHDID,λ<=n,8192,1,60145,7.3419189453125
RHDID,λ<=n,8192,1,97671,11.9227294921875
RHDID,λ<=n,8192,1,67811,8.2777099609375
RHLID,λ<=n,8192,1,62435,7.6214599609375
RHLID,λ<=n,8192,1,70885,8.6529541015625
RHLID,λ<=n,8192,1,85662,10.456787109375
RHLID,λ<=n,8192,1,56508,6.89794921875
RHLID,λ<=n,8192,1,80607,9.8397216796875
RHLID,λ<=n,8192,1,83211,10.1575927734375
RHLID,λ<=n,8192,1,62577,7.6387939453125
RHLID,λ<=n,8192,1,59100,7.21435546875
RHLID,λ<=n,8192,1,57577,7.0284423828125
RHLID,λ<=n,8192,1,99730,12.174072265625
RHLID,λ<=n,8192,1,69160,8.4423828125
RHLID,λ<=n,8192,1,77059,9.4066162109375
RHLID,λ<=n,8192,1,65365,7.9791259765625
RHLID,λ<=n,8192,1,57686,7.041748046875
RHLID,λ<=n,8192,1,75869,9.2613525390625
RHLID,λ<=n,8192,1,66736,8.146484375
RHLID,λ<=n,8192,1,61686,7.530029296875
RHLID,λ<=n,8192,1,73656,8.9912109375
RHLID,λ<=n,8192,1,63032,7.6943359375
RHLID,λ<=n,8192,1,79435,9.6966552734375
RHLID,λ<=n,8192,1,89080,10.8740234375
RHLID,λ<=n,8192,1,59628,7.27880859375
RHLID,λ<=n,8192,1,81346,9.929931640625
RHLID,λ<=n,8192,1,120016,14.650390625
RHLID,λ<=n,8192,1,54627,6.6683349609375
RHLID,λ<=n,8192,1,62833,7.6700439453125
RHLID,λ<=n,8192,1,70188,8.56787109375
RHLID,λ<=n,8192,1,60820,7.42431640625
RHLID,λ<=n,8192,1,72750,8.880615234375
RHLID,λ<=n,8192,1,60377,7.3702392578125
RHLID,λ<=n,8192,1,93156,11.37158203125
RHLID,λ<=n,8192,1,57658,7.038330078125
RHLID,λ<=n,8192,1,61533,7.5113525390625
RHLID,λ<=n,8192,1,74848,9.13671875
RHLID,λ<=n,8192,1,68179,8.3226318359375
RHLID,λ<=n,8192,1,75391,9.2030029296875
RHLID,λ<=n,8192,1,60069,7.3326416015625
RHLID,λ<=n,8192,1,63394,7.738525390625
RHLID,λ<=n,8192,1,60265,7.3565673828125
RHLID,λ<=n,8192,1,98087,11.9735107421875
RHLID,λ<=n,8192,1,87653,10.6998291015625
RHLID,λ<=n,8192,1,60065,7.3321533203125
RHLID,λ<=n,8192,1,67000,8.1787109375
RHLID,λ<=n,8192,1,61385,7.4932861328125
RHLID,λ<=n,8192,1,61247,7.4764404296875
RHLID,λ<=n,8192,1,87500,10.68115234375
RHLID,λ<=n,8192,1,73893,9.0201416015625
RHLID,λ<=n,8192,1,75477,9.2135009765625
RHLID,λ<=n,8192,1,63225,7.7178955078125
RHLID,λ<=n,8192,1,53205,6.4947509765625
RHLID,λ<=n,8192,1,62816,7.66796875
RHLID,λ<=n,8192,1,82552,10.0771484375
RHLID,λ<=n,8192,1,67329,8.2188720703125
RHLID,λ<=n,8192,1,58500,7.14111328125
RHLID,λ<=n,8192,1,78006,9.522216796875
RHLID,λ<=n,8192,1,71418,8.718017578125
RHLID,λ<=n,8192,1,59517,7.2652587890625
RHLID,λ<=n,8192,1,57766,7.051513671875
RHLID,λ<=n,8192,1,64984,7.9326171875
RHLID,λ<=n,8192,1,66463,8.1131591796875
RHLID,λ<=n,8192,1,57164,6.97802734375
RHLID,λ<=n,8192,1,71146,8.684814453125
RHLID,λ<=n,8192,1,62272,7.6015625
RHLID,λ<=n,8192,1,56422,6.887451171875
RHLID,λ<=n,8192,1,67298,8.215087890625
RHLID,λ<=n,8192,1,66297,8.0928955078125
RHLID,λ<=n,8192,1,65690,8.018798828125
RHLID,λ<=n,8192,1,68618,8.376220703125
RHLID,λ<=n,8192,1,77363,9.4437255859375
RHLID,λ<=n,8192,1,87618,10.695556640625
RHLID,λ<=n,8192,1,95175,11.6180419921875
RHLID,λ<=n,8192,1,65501,7.9957275390625
RHLID,λ<=n,8192,1,82140,10.02685546875
RHLID,λ<=n,8192,1,62898,7.677978515625
RHLID,λ<=n,8192,1,59067,7.2103271484375
RHLID,λ<=n,8192,1,60872,7.4306640625
RHLID,λ<=n,8192,1,54694,6.676513671875
RHLID,λ<=n,8192,1,56819,6.9359130859375
RHLID,λ<=n,8192,1,69428,8.47509765625
RHLID,λ<=n,8192,1,81491,9.9476318359375
RHLID,λ<=n,8192,1,61978,7.565673828125
RHLID,λ<=n,8192,1,58487,7.1395263671875
RHLID,λ<=n,8192,1,67851,8.2825927734375
RHLID,λ<=n,8192,1,56611,6.9105224609375
RHLID,λ<=n,8192,1,70213,8.5709228515625
RHLID,λ<=n,8192,1,60121,7.3389892578125
RHLID,λ<=n,8192,1,81881,9.9952392578125
RHLID,λ<=n,8192,1,69734,8.512451171875
RHLID,λ<=n,8192,1,94281,11.5089111328125
RHLID,λ<=n,8192,1,66568,8.1259765625
RHLID,λ<=n,8192,1,64277,7.8463134765625
RHLID,λ<=n,8192,1,56222,6.863037109375
RHLID,λ<=n,8192,1,106823,13.0399169921875
RHLID,λ<=n,8192,1,64801,7.9102783203125
RHLID,λ<=n,8192,1,73927,9.0242919921875
RHLID,λ<=n,8192,1,60161,7.3438720703125
RHLID,λ<=n,8192,1,64431,7.8651123046875
RHLID,λ<=n,8192,1,65760,8.02734375
RHLID,λ<=n,8192,1,74206,9.058349609375
RHLID,λ<=n,8192,1,69457,8.4786376953125
RRLID,λ<=n,8192,1,85501,10.4371337890625
RRLID,λ<=n,8192,1,74462,9.089599609375
RRLID,λ<=n,8192,1,79620,9.71923828125
RRLID,λ<=n,8192,1,54999,6.7137451171875
RRLID,λ<=n,8192,1,87402,10.669189453125
RRLID,λ<=n,8192,1,64729,7.9014892578125
RRLID,λ<=n,8192,1,132440,16.1669921875
RRLID,λ<=n,8192,1,59520,7.265625
RRLID,λ<=n,8192,1,94752,11.56640625
RRLID,λ<=n,8192,1,148503,18.1278076171875
RRLID,λ<=n,8192,1,92410,11.280517578125
RRLID,λ<=n,8192,1,70337,8.5860595703125
RRLID,λ<=n,8192,1,85974,10.494873046875
RRLID,λ<=n,8192,1,71996,8.78857421875
RRLID,λ<=n,8192,1,64486,7.871826171875
RRLID,λ<=n,8192,1,64947,7.9281005859375
RRLID,λ<=n,8192,1,66728,8.1455078125
RRLID,λ<=n,8192,1,64534,7.877685546875
RRLID,λ<=n,8192,1,73850,9.014892578125
RRLID,λ<=n,8192,1,73409,8.9610595703125
RRLID,λ<=n,8192,1,147981,18.0640869140625
RRLID,λ<=n,8192,1,84100,10.26611328125
RRLID,λ<=n,8192,1,61270,7.479248046875
RRLID,λ<=n,8192,1,74659,9.1136474609375
RRLID,λ<=n,8192,1,102000,12.451171875
RRLID,λ<=n,8192,1,76437,9.3306884765625
RRLID,λ<=n,8192,1,77668,9.48095703125
RRLID,λ<=n,8192,1,52828,6.44873046875
RRLID,λ<=n,8192,1,71224,8.6943359375
RRLID,λ<=n,8192,1,85157,10.3951416015625
RRLID,λ<=n,8192,1,69902,8.532958984375
RRLID,λ<=n,8192,1,77771,9.4935302734375
RRLID,λ<=n,8192,1,61475,7.5042724609375
RRLID,λ<=n,8192,1,69614,8.497802734375
RRLID,λ<=n,8192,1,73488,8.970703125
RRLID,λ<=n,8192,1,79194,9.667236328125
RRLID,λ<=n,8192,1,83681,10.2149658203125
RRLID,λ<=n,8192,1,79201,9.6680908203125
RRLID,λ<=n,8192,1,67151,8.1971435546875
RRLID,λ<=n,8192,1,60159,7.3436279296875
RRLID,λ<=n,8192,1,56645,6.9146728515625
RRLID,λ<=n,8192,1,104167,12.7156982421875
RRLID,λ<=n,8192,1,66692,8.14111328125
RRLID,λ<=n,8192,1,71809,8.7657470703125
RRLID,λ<=n,8192,1,78564,9.59033203125
RRLID,λ<=n,8192,1,72617,8.8643798828125
RRLID,λ<=n,8192,1,68892,8.40966796875
RRLID,λ<=n,8192,1,70185,8.5675048828125
RRLID,λ<=n,8192,1,78304,9.55859375
RRLID,λ<=n,8192,1,72811,8.8880615234375
RRLID,λ<=n,8192,1,86034,10.502197265625
RRLID,λ<=n,8192,1,95231,11.6248779296875
RRLID,λ<=n,8192,1,89278,10.898193359375
RRLID,λ<=n,8192,1,68925,8.4136962890625
RRLID,λ<=n,8192,1,87280,10.654296875
RRLID,λ<=n,8192,1,79122,9.658447265625
RRLID,λ<=n,8192,1,69499,8.4837646484375
RRLID,λ<=n,8192,1,81204,9.91259765625
RRLID,λ<=n,8192,1,82235,10.0384521484375
RRLID,λ<=n,8192,1,84436,10.30712890625
RRLID,λ<=n,8192,1,70133,8.5611572265625
RRLID,λ<=n,8192,1,65581,8.0054931640625
RRLID,λ<=n,8192,1,96945,11.8341064453125
RRLID,λ<=n,8192,1,125845,15.3619384765625
RRLID,λ<=n,8192,1,127974,15.621826171875
RRLID,λ<=n,8192,1,66566,8.125732421875
RRLID,λ<=n,8192,1,58870,7.186279296875
RRLID,λ<=n,8192,1,57907,7.0687255859375
RRLID,λ<=n,8192,1,91034,11.112548828125
RRLID,λ<=n,8192,1,62671,7.6502685546875
RRLID,λ<=n,8192,1,62978,7.687744140625
RRLID,λ<=n,8192,1,71930,8.780517578125
RRLID,λ<=n,8192,1,64463,7.8690185546875
RRLID,λ<=n,8192,1,62016,7.5703125
RRLID,λ<=n,8192,1,58009,7.0811767578125
RRLID,λ<=n,8192,1,71456,8.72265625
RRLID,λ<=n,8192,1,65268,7.96728515625
RRLID,λ<=n,8192,1,106445,12.9937744140625
RRLID,λ<=n,8192,1,134823,16.4578857421875
RRLID,λ<=n,8192,1,62391,7.6160888671875
RRLID,λ<=n,8192,1,120338,14.689697265625
RRLID,λ<=n,8192,1,79932,9.75732421875
RRLID,λ<=n,8192,1,78288,9.556640625
RRLID,λ<=n,8192,1,67643,8.2572021484375
RRLID,λ<=n,8192,1,54042,6.596923828125
RRLID,λ<=n,8192,1,104206,12.720458984375
RRLID,λ<=n,8192,1,73849,9.0147705078125
RRLID,λ<=n,8192,1,89632,10.94140625
RRLID,λ<=n,8192,1,77541,9.4654541015625
RRLID,λ<=n,8192,1,83946,10.247314453125
RRLID,λ<=n,8192,1,96147,11.7366943359375
RRLID,λ<=n,8192,1,114618,13.991455078125
RRLID,λ<=n,8192,1,84206,10.279052734375
RRLID,λ<=n,8192,1,151883,18.5404052734375
RRLID,λ<=n,8192,1,135857,16.5841064453125
RRLID,λ<=n,8192,1,75427,9.2073974609375
RRLID,λ<=n,8192,1,59811,7.3011474609375
RRLID,λ<=n,8192,1,60264,7.3564453125
RRLID,λ<=n,8192,1,67859,8.2835693359375
RRLID,λ<=n,8192,1,71609,8.7413330078125
RSLID,λ<=n,8192,1,206018,25.148681640625
RSLID,λ<=n,8192,1,131469,16.0484619140625
RSLID,λ<=n,8192,1,120348,14.69091796875
RSLID,λ<=n,8192,1,137782,16.819091796875
RSLID,λ<=n,8192,1,130686,15.952880859375
RSLID,λ<=n,8192,1,105228,12.84521484375
RSLID,λ<=n,8192,1,105832,12.9189453125
RSLID,λ<=n,8192,1,131974,16.110107421875
RSLID,λ<=n,8192,1,135667,16.5609130859375
RSLID,λ<=n,8192,1,105047,12.8231201171875
RSLID,λ<=n,8192,1,112243,13.7015380859375
RSLID,λ<=n,8192,1,113465,13.8507080078125
RSLID,λ<=n,8192,1,125688,15.3427734375
RSLID,λ<=n,8192,1,139415,17.0184326171875
RSLID,λ<=n,8192,1,160591,19.6033935546875
RSLID,λ<=n,8192,1,169690,20.714111328125
RSLID,λ<=n,8192,1,161124,19.66845703125
RSLID,λ<=n,8192,1,86438,10.551513671875
RSLID,λ<=n,8192,1,162258,19.806884765625
RSLID,λ<=n,8192,1,89679,10.9471435546875
RSLID,λ<=n,8192,1,171733,20.9635009765625
RSLID,λ<=n,8192,1,97379,11.8870849609375
RSLID,λ<=n,8192,1,159364,19.45361328125
RSLID,λ<=n,8192,1,149883,18.2962646484375
RSLID,λ<=n,8192,1,151159,18.4520263671875
RSLID,λ<=n,8192,1,101429,12.3814697265625
RSLID,λ<=n,8192,1,159406,19.458740234375
RSLID,λ<=n,8192,1,104918,12.807373046875
RSLID,λ<=n,8192,1,209487,25.5721435546875
RSLID,λ<=n,8192,1,97698,11.926025390625
RSLID,λ<=n,8192,1,86990,10.618896484375
RSLID,λ<=n,8192,1,151324,18.47216796875
RSLID,λ<=n,8192,1,95184,11.619140625
RSLID,λ<=n,8192,1,126222,15.407958984375
RSLID,λ<=n,8192,1,202991,24.7791748046875
RSLID,λ<=n,8192,1,170163,20.7718505859375
RSLID,λ<=n,8192,1,134933,16.4713134765625
RSLID,λ<=n,8192,1,192860,23.54248046875
RSLID,λ<=n,8192,1,125196,15.28271484375
RSLID,λ<=n,8192,1,217565,26.5582275390625
RSLID,λ<=n,8192,1,165970,20.260009765625
RSLID,λ<=n,8192,1,89503,10.9256591796875
RSLID,λ<=n,8192,1,181318,22.133544921875
RSLID,λ<=n,8192,1,108945,13.2989501953125
RSLID,λ<=n,8192,1,104497,12.7559814453125
RSLID,λ<=n,8192,1,98876,12.06982421875
RSLID,λ<=n,8192,1,99564,12.15380859375
RSLID,λ<=n,8192,1,127691,15.5872802734375
RSLID,λ<=n,8192,1,121450,14.825439453125
RSLID,λ<=n,8192,1,85925,10.4888916015625
RSLID,λ<=n,8192,1,115260,14.06982421875
RSLID,λ<=n,8192,1,123240,15.0439453125
RSLID,λ<=n,8192,1,106793,13.0362548828125
RSLID,λ<=n,8192,1,91724,11.19677734375
RSLID,λ<=n,8192,1,150066,18.318603515625
RSLID,λ<=n,8192,1,159614,19.484130859375
RSLID,λ<=n,8192,1,115633,14.1153564453125
RSLID,λ<=n,8192,1,112345,13.7139892578125
RSLID,λ<=n,8192,1,78989,9.6422119140625
RSLID,λ<=n,8192,1,183797,22.4361572265625
RSLID,λ<=n,8192,1,87422,10.671630859375
RSLID,λ<=n,8192,1,265808,32.447265625
RSLID,λ<=n,8192,1,106482,12.998291015625
RSLID,λ<=n,8192,1,118919,14.5164794921875
RSLID,λ<=n,8192,1,148101,18.0787353515625
RSLID,λ<=n,8192,1,111560,13.6181640625
RSLID,λ<=n,8192,1,132227,16.1409912109375
RSLID,λ<=n,8192,1,148784,18.162109375
RSLID,λ<=n,8192,1,131923,16.1038818359375
RSLID,λ<=n,8192,1,133258,16.266845703125
RSLID,λ<=n,8192,1,84237,10.2828369140625
RSLID,λ<=n,8192,1,84349,10.2965087890625
RSLID,λ<=n,8192,1,98001,11.9630126953125
RSLID,λ<=n,8192,1,209449,25.5675048828125
RSLID,λ<=n,8192,1,87009,10.6212158203125
RSLID,λ<=n,8192,1,130730,15.958251953125
RSLID,λ<=n,8192,1,163844,20.00048828125
RSLID,λ<=n,8192,1,126039,15.3856201171875
RSLID,λ<=n,8192,1,91048,11.1142578125
RSLID,λ<=n,8192,1,150870,18.416748046875
RSLID,λ<=n,8192,1,155325,18.9605712890625
RSLID,λ<=n,8192,1,191603,23.3890380859375
RSLID,λ<=n,8192,1,134893,16.4664306640625
RSLID,λ<=n,8192,1,93948,11.46826171875
RSLID,λ<=n,8192,1,147930,18.057861328125
RSLID,λ<=n,8192,1,115098,14.050048828125
RSLID,λ<=n,8192,1,90228,11.01416015625
RSLID,λ<=n,8192,1,84744,10.3447265625
RSLID,λ<=n,8192,1,204538,24.968017578125
RSLID,λ<=n,8192,1,134405,16.4068603515625
RSLID,λ<=n,8192,1,140707,17.1761474609375
RSLID,λ<=n,8192,1,210100,25.64697265625
RSLID,λ<=n,8192,1,223052,27.22802734375
RSLID,λ<=n,8192,1,307018,37.477783203125
RSLID,λ<=n,8192,1,114695,14.0008544921875
RSLID,λ<=n,8192,1,173409,21.1680908203125
RSLID,λ<=n,8192,1,107770,13.155517578125
RSLID,λ<=n,8192,1,136825,16.7022705078125
RSLID,λ<=n,8192,1,98252,11.99365234375
RSLID,λ<=n,8192,1,115641,14.1163330078125
RSDCU,λ<=n,8192,1,59843,7.3050537109375
RSDCU,λ<=n,8192,1,56797,6.9332275390625
RSDCU,λ<=n,8192,1,60134,7.340576171875
RSDCU,λ<=n,8192,1,62324,7.60791015625
RSDCU,λ<=n,8192,1,62028,7.57177734375
RSDCU,λ<=n,8192,1,70374,8.590576171875
RSDCU,λ<=n,8192,1,70209,8.5704345703125
RSDCU,λ<=n,8192,1,56124,6.85107421875
RSDCU,λ<=n,8192,1,59006,7.202880859375
RSDCU,λ<=n,8192,1,59014,7.203857421875
RSDCU,λ<=n,8192,1,58167,7.1004638671875
RSDCU,λ<=n,8192,1,59046,7.207763671875
RSDCU,λ<=n,8192,1,68755,8.3929443359375
RSDCU,λ<=n,8192,1,64089,7.8233642578125
RSDCU,λ<=n,8192,1,61565,7.5152587890625
RSDCU,λ<=n,8192,1,68361,8.3448486328125
RSDCU,λ<=n,8192,1,72387,8.8363037109375
RSDCU,λ<=n,8192,1,67607,8.2528076171875
RSDCU,λ<=n,8192,1,61791,7.5428466796875
RSDCU,λ<=n,8192,1,66242,8.086181640625
RSDCU,λ<=n,8192,1,58366,7.124755859375
RSDCU,λ<=n,8192,1,61320,7.4853515625
RSDCU,λ<=n,8192,1,55917,6.8258056640625
RSDCU,λ<=n,8192,1,63063,7.6981201171875
RSDCU,λ<=n,8192,1,62865,7.6739501953125
RSDCU,λ<=n,8192,1,60512,7.38671875
RSDCU,λ<=n,8192,1,63068,7.69873046875
RSDCU,λ<=n,8192,1,59062,7.209716796875
RSDCU,λ<=n,8192,1,61940,7.56103515625
RSDCU,λ<=n,8192,1,61439,7.4998779296875
RSDCU,λ<=n,8192,1,72813,8.8883056640625
RSDCU,λ<=n,8192,1,60433,7.3770751953125
RSDCU,λ<=n,8192,1,64215,7.8387451171875
RSDCU,λ<=n,8192,1,61032,7.4501953125
RSDCU,λ<=n,8192,1,57312,6.99609375
RSDCU,λ<=n,8192,1,52363,6.3919677734375
RSDCU,λ<=n,8192,1,71010,8.668212890625
RSDCU,λ<=n,8192,1,62066,7.576416015625
RSDCU,λ<=n,8192,1,59805,7.3004150390625
RSDCU,λ<=n,8192,1,66998,8.178466796875
RSDCU,λ<=n,8192,1,60818,7.424072265625
RSDCU,λ<=n,8192,1,67963,8.2962646484375
RSDCU,λ<=n,8192,1,64207,7.8377685546875
RSDCU,λ<=n,8192,1,59618,7.277587890625
RSDCU,λ<=n,8192,1,57498,7.018798828125
RSDCU,λ<=n,8192,1,62452,7.62353515625
RSDCU,λ<=n,8192,1,69092,8.43408203125
RSDCU,λ<=n,8192,1,54972,6.71044921875
RSDCU,λ<=n,8192,1,65528,7.9990234375
RSDCU,λ<=n,8192,1,60215,7.3504638671875
RSDCU,λ<=n,8192,1,62000,7.568359375
RSDCU,λ<=n,8192,1,62005,7.5689697265625
RSDCU,λ<=n,8192,1,56422,6.887451171875
RSDCU,λ<=n,8192,1,66954,8.173095703125
RSDCU,λ<=n,8192,1,67112,8.1923828125
RSDCU,λ<=n,8192,1,64776,7.9072265625
RSDCU,λ<=n,8192,1,94630,11.551513671875
RSDCU,λ<=n,8192,1,65626,8.010986328125
RSDCU,λ<=n,8192,1,65373,7.9801025390625
RSDCU,λ<=n,8192,1,67078,8.188232421875
RSDCU,λ<=n,8192,1,65617,8.0098876953125
RSDCU,λ<=n,8192,1,63155,7.7093505859375
RSDCU,λ<=n,8192,1,66552,8.1240234375
RSDCU,λ<=n,8192,1,64724,7.90087890625
RSDCU,λ<=n,8192,1,62387,7.6156005859375
RSDCU,λ<=n,8192,1,65808,8.033203125
RSDCU,λ<=n,8192,1,58923,7.1927490234375
RSDCU,λ<=n,8192,1,62578,7.638916015625
RSDCU,λ<=n,8192,1,59038,7.206787109375
RSDCU,λ<=n,8192,1,64856,7.9169921875
RSDCU,λ<=n,8192,1,64460,7.86865234375
RSDCU,λ<=n,8192,1,59695,7.2869873046875
RSDCU,λ<=n,8192,1,159382,19.455810546875
RSDCU,λ<=n,8192,1,60597,7.3970947265625
RSDCU,λ<=n,8192,1,61967,7.5643310546875
RSDCU,λ<=n,8192,1,67744,8.26953125
RSDCU,λ<=n,8192,1,90037,10.9908447265625
RSDCU,λ<=n,8192,1,59911,7.3133544921875
RSDCU,λ<=n,8192,1,63691,7.7747802734375
RSDCU,λ<=n,8192,1,90107,10.9993896484375
RSDCU,λ<=n,8192,1,56251,6.8665771484375
RSDCU,λ<=n,8192,1,68051,8.3070068359375
RSDCU,λ<=n,8192,1,64143,7.8299560546875
RSDCU,λ<=n,8192,1,61916,7.55810546875
RSDCU,λ<=n,8192,1,64920,7.9248046875
RSDCU,λ<=n,8192,1,70103,8.5574951171875
RSDCU,λ<=n,8192,1,62818,7.668212890625
RSDCU,λ<=n,8192,1,66757,8.1490478515625
RSDCU,λ<=n,8192,1,59984,7.322265625
RSDCU,λ<=n,8192,1,56594,6.908447265625
RSDCU,λ<=n,8192,1,58479,7.1385498046875
RSDCU,λ<=n,8192,1,60919,7.4364013671875
RSDCU,λ<=n,8192,1,60926,7.437255859375
RSDCU,λ<=n,8192,1,72289,8.8243408203125
RSDCU,λ<=n,8192,1,55507,6.7757568359375
RSDCU,λ<=n,8192,1,60629,7.4010009765625
RSDCU,λ<=n,8192,1,58609,7.1544189453125
RSDCU,λ<=n,8192,1,71811,8.7659912109375
RSDCU,λ<=n,8192,1,69047,8.4285888671875
RRDCU,λ<=n,8192,1,57380,7.00439453125
RRDCU,λ<=n,8192,1,73064,8.9189453125
RRDCU,λ<=n,8192,1,73307,8.9486083984375
RRDCU,λ<=n,8192,1,74721,9.1212158203125
RRDCU,λ<=n,8192,1,108804,13.28173828125
RRDCU,λ<=n,8192,1,94198,11.498779296875
RRDCU,λ<=n,8192,1,77009,9.4005126953125
RRDCU,λ<=n,8192,1,78382,9.568115234375
RRDCU,λ<=n,8192,1,66540,8.12255859375
RRDCU,λ<=n,8192,1,62468,7.62548828125
RRDCU,λ<=n,8192,1,69365,8.4674072265625
RRDCU,λ<=n,8192,1,75953,9.2716064453125
RRDCU,λ<=n,8192,1,141227,17.2396240234375
RRDCU,λ<=n,8192,1,70252,8.57568359375
RRDCU,λ<=n,8192,1,52646,6.426513671875
RRDCU,λ<=n,8192,1,60666,7.405517578125
RRDCU,λ<=n,8192,1,50142,6.120849609375
RRDCU,λ<=n,8192,1,51596,6.29833984375
RRDCU,λ<=n,8192,1,55901,6.8238525390625
RRDCU,λ<=n,8192,1,92222,11.257568359375
RRDCU,λ<=n,8192,1,69616,8.498046875
RRDCU,λ<=n,8192,1,66268,8.08935546875
RRDCU,λ<=n,8192,1,57864,7.0634765625
RRDCU,λ<=n,8192,1,61815,7.5457763671875
RRDCU,λ<=n,8192,1,85038,10.380615234375
RRDCU,λ<=n,8192,1,57226,6.985595703125
RRDCU,λ<=n,8192,1,115240,14.0673828125
RRDCU,λ<=n,8192,1,130675,15.9515380859375
RRDCU,λ<=n,8192,1,50446,6.157958984375
RRDCU,λ<=n,8192,1,66132,8.07275390625
RRDCU,λ<=n,8192,1,69272,8.4560546875
RRDCU,λ<=n,8192,1,59765,7.2955322265625
RRDCU,λ<=n,8192,1,74495,9.0936279296875
RRDCU,λ<=n,8192,1,55549,6.7808837890625
RRDCU,λ<=n,8192,1,47442,5.791259765625
RRDCU,λ<=n,8192,1,51248,6.255859375
RRDCU,λ<=n,8192,1,53854,6.573974609375
RRDCU,λ<=n,8192,1,106519,13.0028076171875
RRDCU,λ<=n,8192,1,100651,12.2864990234375
RRDCU,λ<=n,8192,1,56972,6.95458984375
RRDCU,λ<=n,8192,1,61095,7.4578857421875
RRDCU,λ<=n,8192,1,102260,12.48291015625
RRDCU,λ<=n,8192,1,57703,7.0438232421875
RRDCU,λ<=n,8192,1,81091,9.8988037109375
RRDCU,λ<=n,8192,1,51695,6.3104248046875
RRDCU,λ<=n,8192,1,56357,6.8795166015625
RRDCU,λ<=n,8192,1,61477,7.5045166015625
RRDCU,λ<=n,8192,1,51640,6.3037109375
RRDCU,λ<=n,8192,1,128774,15.719482421875
RRDCU,λ<=n,8192,1,62846,7.671630859375
RRDCU,λ<=n,8192,1,64850,7.916259765625
RRDCU,λ<=n,8192,1,56710,6.922607421875
RRDCU,λ<=n,8192,1,141502,17.273193359375
RRDCU,λ<=n,8192,1,52050,6.353759765625
RRDCU,λ<=n,8192,1,65476,7.99267578125
RRDCU,λ<=n,8192,1,69417,8.4737548828125
RRDCU,λ<=n,8192,1,91279,11.1424560546875
RRDCU,λ<=n,8192,1,60293,7.3599853515625
RRDCU,λ<=n,8192,1,52769,6.4415283203125
RRDCU,λ<=n,8192,1,78023,9.5242919921875
RRDCU,λ<=n,8192,1,49740,6.07177734375
RRDCU,λ<=n,8192,1,48605,5.9332275390625
RRDCU,λ<=n,8192,1,56096,6.84765625
RRDCU,λ<=n,8192,1,54619,6.6673583984375
RRDCU,λ<=n,8192,1,69974,8.541748046875
RRDCU,λ<=n,8192,1,70962,8.662353515625
RRDCU,λ<=n,8192,1,67168,8.19921875
RRDCU,λ<=n,8192,1,125756,15.35107421875
RRDCU,λ<=n,8192,1,71549,8.7340087890625
RRDCU,λ<=n,8192,1,64882,7.920166015625
RRDCU,λ<=n,8192,1,62412,7.61865234375
RRDCU,λ<=n,8192,1,48467,5.9163818359375
RRDCU,λ<=n,8192,1,75471,9.2127685546875
RRDCU,λ<=n,8192,1,63364,7.73486328125
RRDCU,λ<=n,8192,1,70772,8.63916015625
RRDCU,λ<=n,8192,1,89305,10.9014892578125
RRDCU,λ<=n,8192,1,50664,6.1845703125
RRDCU,λ<=n,8192,1,57450,7.012939453125
RRDCU,λ<=n,8192,1,74112,9.046875
RRDCU,λ<=n,8192,1,58506,7.141845703125
RRDCU,λ<=n,8192,1,75172,9.17626953125
RRDCU,λ<=n,8192,1,64008,7.8134765625
RRDCU,λ<=n,8192,1,65192,7.9580078125
RRDCU,λ<=n,8192,1,66590,8.128662109375
RRDCU,λ<=n,8192,1,53536,6.53515625
RRDCU,λ<=n,8192,1,69876,8.52978515625
RRDCU,λ<=n,8192,1,70234,8.573486328125
RRDCU,λ<=n,8192,1,125953,15.3751220703125
RRDCU,λ<=n,8192,1,131018,15.993408203125
RRDCU,λ<=n,8192,1,46683,5.6986083984375
RRDCU,λ<=n,8192,1,74379,9.0794677734375
RRDCU,λ<=n,8192,1,49196,6.00537109375
RRDCU,λ<=n,8192,1,60522,7.387939453125
RRDCU,λ<=n,8192,1,54912,6.703125
RRDCU,λ<=n,8192,1,50983,6.2235107421875
RRDCU,λ<=n,8192,1,87274,10.653564453125
RRDCU,λ<=n,8192,1,88060,10.74951171875
RRDCU,λ<=n,8192,1,67637,8.2564697265625
RRDCU,λ<=n,8192,1,63847,7.7938232421875
RRDCU,λ<=n,8192,1,95535,11.6619873046875
RHDCU,λ<=n,8192,1,56312,6.8740234375
RHDCU,λ<=n,8192,1,46848,5.71875
RHDCU,λ<=n,8192,1,66542,8.122802734375
RHDCU,λ<=n,8192,1,71639,8.7449951171875
RHDCU,λ<=n,8192,1,66571,8.1263427734375
RHDCU,λ<=n,8192,1,53081,6.4796142578125
RHDCU,λ<=n,8192,1,50262,6.135498046875
RHDCU,λ<=n,8192,1,46038,5.619873046875
RHDCU,λ<=n,8192,1,69523,8.4866943359375
RHDCU,λ<=n,8192,1,45718,5.580810546875
RHDCU,λ<=n,8192,1,65496,7.9951171875
RHDCU,λ<=n,8192,1,50981,6.2232666015625
RHDCU,λ<=n,8192,1,53297,6.5059814453125
RHDCU,λ<=n,8192,1,48005,5.8599853515625
RHDCU,λ<=n,8192,1,48108,5.87255859375
RHDCU,λ<=n,8192,1,45467,5.5501708984375
RHDCU,λ<=n,8192,1,42994,5.248291015625
RHDCU,λ<=n,8192,1,51079,6.2352294921875
RHDCU,λ<=n,8192,1,87905,10.7305908203125
RHDCU,λ<=n,8192,1,42284,5.16162109375
RHDCU,λ<=n,8192,1,44785,5.4669189453125
RHDCU,λ<=n,8192,1,59090,7.213134765625
RHDCU,λ<=n,8192,1,67309,8.2164306640625
RHDCU,λ<=n,8192,1,47078,5.746826171875
RHDCU,λ<=n,8192,1,49551,6.0487060546875
RHDCU,λ<=n,8192,1,44246,5.401123046875
RHDCU,λ<=n,8192,1,66142,8.073974609375
RHDCU,λ<=n,8192,1,72481,8.8477783203125
RHDCU,λ<=n,8192,1,60362,7.368408203125
RHDCU,λ<=n,8192,1,65660,8.01513671875
RHDCU,λ<=n,8192,1,85087,10.3865966796875
RHDCU,λ<=n,8192,1,89197,10.8883056640625
RHDCU,λ<=n,8192,1,43360,5.29296875
RHDCU,λ<=n,8192,1,82431,10.0623779296875
RHDCU,λ<=n,8192,1,45547,5.5599365234375
RHDCU,λ<=n,8192,1,67264,8.2109375
RHDCU,λ<=n,8192,1,56571,6.9056396484375
RHDCU,λ<=n,8192,1,52737,6.4376220703125
RHDCU,λ<=n,8192,1,72359,8.8328857421875
RHDCU,λ<=n,8192,1,65374,7.980224609375
RHDCU,λ<=n,8192,1,48156,5.87841796875
RHDCU,λ<=n,8192,1,45858,5.597900390625
RHDCU,λ<=n,8192,1,53601,6.5430908203125
RHDCU,λ<=n,8192,1,87994,10.741455078125
RHDCU,λ<=n,8192,1,72219,8.8157958984375
RHDCU,λ<=n,8192,1,77134,9.415771484375
RHDCU,λ<=n,8192,1,63266,7.722900390625
RHDCU,λ<=n,8192,1,76588,9.34912109375
RHDCU,λ<=n,8192,1,72921,8.9014892578125
RHDCU,λ<=n,8192,1,44333,5.4117431640625
RHDCU,λ<=n,8192,1,75879,9.2625732421875
RHDCU,λ<=n,8192,1,44655,5.4510498046875
RHDCU,λ<=n,8192,1,74339,9.0745849609375
RHDCU,λ<=n,8192,1,73125,8.9263916015625
RHDCU,λ<=n,8192,1,47096,5.7490234375
RHDCU,λ<=n,8192,1,61444,7.50048828125
RHDCU,λ<=n,8192,1,49454,6.036865234375
RHDCU,λ<=n,8192,1,75671,9.2371826171875
RHDCU,λ<=n,8192,1,89834,10.966064453125
RHDCU,λ<=n,8192,1,83930,10.245361328125
RHDCU,λ<=n,8192,1,67575,8.2489013671875
RHDCU,λ<=n,8192,1,60445,7.3785400390625
RHDCU,λ<=n,8192,1,57823,7.0584716796875
RHDCU,λ<=n,8192,1,47715,5.8245849609375
RHDCU,λ<=n,8192,1,48123,5.8743896484375
RHDCU,λ<=n,8192,1,45707,5.5794677734375
RHDCU,λ<=n,8192,1,58028,7.08349609375
RHDCU,λ<=n,8192,1,43727,5.3377685546875
RHDCU,λ<=n,8192,1,71159,8.6864013671875
RHDCU,λ<=n,8192,1,47051,5.7435302734375
RHDCU,λ<=n,8192,1,50731,6.1927490234375
RHDCU,λ<=n,8192,1,65399,7.9832763671875
RHDCU,λ<=n,8192,1,57075,6.9671630859375
RHDCU,λ<=n,8192,1,47545,5.8038330078125
RHDCU,λ<=n,8192,1,78052,9.52783203125
RHDCU,λ<=n,8192,1,46870,5.721435546875
RHDCU,λ<=n,8192,1,46489,5.6749267578125
RHDCU,λ<=n,8192,1,61149,7.4644775390625
RHDCU,λ<=n,8192,1,54028,6.59521484375
RHDCU,λ<=n,8192,1,47768,5.8310546875
RHDCU,λ<=n,8192,1,53090,6.480712890625
RHDCU,λ<=n,8192,1,52809,6.4464111328125
RHDCU,λ<=n,8192,1,69207,8.4481201171875
RHDCU,λ<=n,8192,1,56863,6.9412841796875
RHDCU,λ<=n,8192,1,44060,5.37841796875
RHDCU,λ<=n,8192,1,118143,14.4217529296875
RHDCU,λ<=n,8192,1,86932,10.61181640625
RHDCU,λ<=n,8192,1,52147,6.3656005859375
RHDCU,λ<=n,8192,1,57972,7.07666015625
RHDCU,λ<=n,8192,1,46093,5.6265869140625
RHDCU,λ<=n,8192,1,94958,11.591552734375
RHDCU,λ<=n,8192,1,62483,7.6273193359375
RHDCU,λ<=n,8192,1,78367,9.5662841796875
RHDCU,λ<=n,8192,1,67503,8.2401123046875
RHDCU,λ<=n,8192,1,47873,5.8438720703125
RHDCU,λ<=n,8192,1,131716,16.07861328125
RHDCU,λ<=n,8192,1,48059,5.8665771484375
RHDCU,λ<=n,8192,1,57311,6.9959716796875
RHDCU,λ<=n,8192,1,47562,5.805908203125
RHDCU,λ<=n,8192,1,62688,7.65234375
RHLCU,λ<=n,8192,1,58784,7.17578125
RHLCU,λ<=n,8192,1,62990,7.689208984375
RHLCU,λ<=n,8192,1,60467,7.3812255859375
RHLCU,λ<=n,8192,1,64204,7.83740234375
RHLCU,λ<=n,8192,1,63789,7.7867431640625
RHLCU,λ<=n,8192,1,56732,6.92529296875
RHLCU,λ<=n,8192,1,55502,6.775146484375
RHLCU,λ<=n,8192,1,63562,7.759033203125
RHLCU,λ<=n,8192,1,53864,6.5751953125
RHLCU,λ<=n,8192,1,59803,7.3001708984375
RHLCU,λ<=n,8192,1,68693,8.3853759765625
RHLCU,λ<=n,8192,1,66028,8.06005859375
RHLCU,λ<=n,8192,1,69676,8.50537109375
RHLCU,λ<=n,8192,1,73153,8.9298095703125
RHLCU,λ<=n,8192,1,65200,7.958984375
RHLCU,λ<=n,8192,1,62411,7.6185302734375
RHLCU,λ<=n,8192,1,66294,8.092529296875
RHLCU,λ<=n,8192,1,74455,9.0887451171875
RHLCU,λ<=n,8192,1,69792,8.51953125
RHLCU,λ<=n,8192,1,68803,8.3988037109375
RHLCU,λ<=n,8192,1,65601,8.0079345703125
RHLCU,λ<=n,8192,1,68519,8.3641357421875
RHLCU,λ<=n,8192,1,64871,7.9188232421875
RHLCU,λ<=n,8192,1,52472,6.4052734375
RHLCU,λ<=n,8192,1,81719,9.9754638671875
RHLCU,λ<=n,8192,1,63938,7.804931640625
RHLCU,λ<=n,8192,1,63108,7.70361328125
RHLCU,λ<=n,8192,1,68097,8.3126220703125
RHLCU,λ<=n,8192,1,53592,6.5419921875
RHLCU,λ<=n,8192,1,78201,9.5460205078125
RHLCU,λ<=n,8192,1,56336,6.876953125
RHLCU,λ<=n,8192,1,95667,11.6781005859375
RHLCU,λ<=n,8192,1,60898,7.433837890625
RHLCU,λ<=n,8192,1,61346,7.488525390625
RHLCU,λ<=n,8192,1,69538,8.488525390625
RHLCU,λ<=n,8192,1,76523,9.3411865234375
RHLCU,λ<=n,8192,1,71650,8.746337890625
RHLCU,λ<=n,8192,1,60342,7.365966796875
RHLCU,λ<=n,8192,1,81670,9.969482421875
RHLCU,λ<=n,8192,1,64314,7.850830078125
RHLCU,λ<=n,8192,1,68226,8.328369140625
RHLCU,λ<=n,8192,1,100955,12.3236083984375
RHLCU,λ<=n,8192,1,55831,6.8153076171875
RHLCU,λ<=n,8192,1,48252,5.89013671875
RHLCU,λ<=n,8192,1,56052,6.84228515625
RHLCU,λ<=n,8192,1,59778,7.297119140625
RHLCU,λ<=n,8192,1,69817,8.5225830078125
RHLCU,λ<=n,8192,1,54174,6.613037109375
RHLCU,λ<=n,8192,1,56965,6.9537353515625
RHLCU,λ<=n,8192,1,83575,10.2020263671875
RHLCU,λ<=n,8192,1,79584,9.71484375
RHLCU,λ<=n,8192,1,70898,8.654541015625
RHLCU,λ<=n,8192,1,69516,8.48583984375
RHLCU,λ<=n,8192,1,91472,11.166015625
RHLCU,λ<=n,8192,1,77970,9.517822265625
RHLCU,λ<=n,8192,1,70870,8.651123046875
RHLCU,λ<=n,8192,1,61489,7.5059814453125
RHLCU,λ<=n,8192,1,66357,8.1002197265625
RHLCU,λ<=n,8192,1,72931,8.9027099609375
RHLCU,λ<=n,8192,1,52206,6.372802734375
RHLCU,λ<=n,8192,1,63948,7.80615234375
RHLCU,λ<=n,8192,1,58178,7.101806640625
RHLCU,λ<=n,8192,1,67145,8.1964111328125
RHLCU,λ<=n,8192,1,80392,9.8134765625
RHLCU,λ<=n,8192,1,63303,7.7274169921875
RHLCU,λ<=n,8192,1,104621,12.7711181640625
RHLCU,λ<=n,8192,1,62328,7.6083984375
RHLCU,λ<=n,8192,1,67557,8.2467041015625
RHLCU,λ<=n,8192,1,67202,8.203369140625
RHLCU,λ<=n,8192,1,64412,7.86279296875
RHLCU,λ<=n,8192,1,55653,6.7935791015625
RHLCU,λ<=n,8192,1,61720,7.5341796875
RHLCU,λ<=n,8192,1,62092,7.57958984375
RHLCU,λ<=n,8192,1,73720,8.9990234375
RHLCU,λ<=n,8192,1,72629,8.8658447265625
RHLCU,λ<=n,8192,1,60409,7.3741455078125
RHLCU,λ<=n,8192,1,63364,7.73486328125
RHLCU,λ<=n,8192,1,53642,6.548095703125
RHLCU,λ<=n,8192,1,54015,6.5936279296875
RHLCU,λ<=n,8192,1,59601,7.2755126953125
RHLCU,λ<=n,8192,1,57060,6.96533203125
RHLCU,λ<=n,8192,1,79912,9.7548828125
RHLCU,λ<=n,8192,1,52031,6.3514404296875
RHLCU,λ<=n,8192,1,81894,9.996826171875
RHLCU,λ<=n,8192,1,52713,6.4346923828125
RHLCU,λ<=n,8192,1,55223,6.7410888671875
RHLCU,λ<=n,8192,1,49729,6.0704345703125
RHLCU,λ<=n,8192,1,69381,8.4693603515625
RHLCU,λ<=n,8192,1,118272,14.4375
RHLCU,λ<=n,8192,1,60923,7.4368896484375
RHLCU,λ<=n,8192,1,61272,7.4794921875
RHLCU,λ<=n,8192,1,64672,7.89453125
RHLCU,λ<=n,8192,1,63646,7.769287109375
RHLCU,λ<=n,8192,1,57825,7.0587158203125
RHLCU,λ<=n,8192,1,69335,8.4637451171875
RHLCU,λ<=n,8192,1,74041,9.0382080078125
RHLCU,λ<=n,8192,1,70872,8.6513671875
RHLCU,λ<=n,8192,1,66113,8.0704345703125
RHLCU,λ<=n,8192,1,63640,7.7685546875
RHLCU,λ<=n,8192,1,68134,8.317138671875
RRLCU,λ<=n,8192,1,49839,6.0838623046875
RRLCU,λ<=n,8192,1,48495,5.9197998046875
RRLCU,λ<=n,8192,1,49509,6.0435791015625
RRLCU,λ<=n,8192,1,48811,5.9583740234375
RRLCU,λ<=n,8192,1,63923,7.8031005859375
RRLCU,λ<=n,8192,1,54876,6.69873046875
RRLCU,λ<=n,8192,1,134134,16.373779296875
RRLCU,λ<=n,8192,1,58258,7.111572265625
RRLCU,λ<=n,8192,1,49376,6.02734375
RRLCU,λ<=n,8192,1,49893,6.0904541015625
RRLCU,λ<=n,8192,1,48108,5.87255859375
RRLCU,λ<=n,8192,1,50030,6.107177734375
RRLCU,λ<=n,8192,1,53808,6.568359375
RRLCU,λ<=n,8192,1,49595,6.0540771484375
RRLCU,λ<=n,8192,1,68785,8.3966064453125
RRLCU,λ<=n,8192,1,50623,6.1795654296875
RRLCU,λ<=n,8192,1,55114,6.727783203125
RRLCU,λ<=n,8192,1,47878,5.844482421875
RRLCU,λ<=n,8192,1,48525,5.9234619140625
RRLCU,λ<=n,8192,1,53327,6.5096435546875
RRLCU,λ<=n,8192,1,72882,8.896728515625
RRLCU,λ<=n,8192,1,49458,6.037353515625
RRLCU,λ<=n,8192,1,48320,5.8984375
RRLCU,λ<=n,8192,1,69336,8.4638671875
RRLCU,λ<=n,8192,1,57199,6.9822998046875
RRLCU,λ<=n,8192,1,64612,7.88720703125
RRLCU,λ<=n,8192,1,52153,6.3663330078125
RRLCU,λ<=n,8192,1,50363,6.1478271484375
RRLCU,λ<=n,8192,1,53111,6.4832763671875
RRLCU,λ<=n,8192,1,58840,7.1826171875
RRLCU,λ<=n,8192,1,48900,5.96923828125
RRLCU,λ<=n,8192,1,53253,6.5006103515625
RRLCU,λ<=n,8192,1,46575,5.6854248046875
RRLCU,λ<=n,8192,1,49730,6.070556640625
RRLCU,λ<=n,8192,1,45964,5.61083984375
RRLCU,λ<=n,8192,1,48444,5.91357421875
RRLCU,λ<=n,8192,1,47046,5.742919921875
RRLCU,λ<=n,8192,1,91076,11.11767578125
RRLCU,λ<=n,8192,1,55762,6.806884765625
RRLCU,λ<=n,8192,1,50423,6.1551513671875
RRLCU,λ<=n,8192,1,50335,6.1444091796875
RRLCU,λ<=n,8192,1,58763,7.1732177734375
RRLCU,λ<=n,8192,1,55254,6.744873046875
RRLCU,λ<=n,8192,1,47364,5.78173828125
RRLCU,λ<=n,8192,1,49737,6.0714111328125
RRLCU,λ<=n,8192,1,50722,6.191650390625
RRLCU,λ<=n,8192,1,49095,5.9930419921875
RRLCU,λ<=n,8192,1,54575,6.6619873046875
RRLCU,λ<=n,8192,1,65252,7.96533203125
RRLCU,λ<=n,8192,1,53029,6.4732666015625
RRLCU,λ<=n,8192,1,47996,5.85888671875
RRLCU,λ<=n,8192,1,48066,5.867431640625
RRLCU,λ<=n,8192,1,51334,6.266357421875
RRLCU,λ<=n,8192,1,46967,5.7332763671875
RRLCU,λ<=n,8192,1,55718,6.801513671875
RRLCU,λ<=n,8192,1,46845,5.7183837890625
RRLCU,λ<=n,8192,1,55524,6.77783203125
RRLCU,λ<=n,8192,1,58538,7.145751953125
RRLCU,λ<=n,8192,1,48379,5.9056396484375
RRLCU,λ<=n,8192,1,51582,6.296630859375
RRLCU,λ<=n,8192,1,58276,7.11376953125
RRLCU,λ<=n,8192,1,52417,6.3985595703125
RRLCU,λ<=n,8192,1,52354,6.390869140625
RRLCU,λ<=n,8192,1,56268,6.86865234375
RRLCU,λ<=n,8192,1,49536,6.046875
RRLCU,λ<=n,8192,1,48416,5.91015625
RRLCU,λ<=n,8192,1,47671,5.8192138671875
RRLCU,λ<=n,8192,1,48483,5.9183349609375
RRLCU,λ<=n,8192,1,72057,8.7960205078125
RRLCU,λ<=n,8192,1,52670,6.429443359375
RRLCU,λ<=n,8192,1,47721,5.8253173828125
RRLCU,λ<=n,8192,1,50346,6.145751953125
RRLCU,λ<=n,8192,1,49565,6.0504150390625
RRLCU,λ<=n,8192,1,47507,5.7991943359375
RRLCU,λ<=n,8192,1,49892,6.09033203125
RRLCU,λ<=n,8192,1,55899,6.8236083984375
RRLCU,λ<=n,8192,1,48461,5.9156494140625
RRLCU,λ<=n,8192,1,47981,5.8570556640625
RRLCU,λ<=n,8192,1,47709,5.8238525390625
RRLCU,λ<=n,8192,1,87348,10.66259765625
RRLCU,λ<=n,8192,1,54315,6.6302490234375
RRLCU,λ<=n,8192,1,50426,6.155517578125
RRLCU,λ<=n,8192,1,47719,5.8250732421875
RRLCU,λ<=n,8192,1,54042,6.596923828125
RRLCU,λ<=n,8192,1,48669,5.9410400390625
RRLCU,λ<=n,8192,1,49123,5.9964599609375
RRLCU,λ<=n,8192,1,51841,6.3282470703125
RRLCU,λ<=n,8192,1,49894,6.090576171875
RRLCU,λ<=n,8192,1,51353,6.2686767578125
RRLCU,λ<=n,8192,1,83125,10.1470947265625
RRLCU,λ<=n,8192,1,46214,5.641357421875
RRLCU,λ<=n,8192,1,58045,7.0855712890625
RRLCU,λ<=n,8192,1,48799,5.9569091796875
RRLCU,λ<=n,8192,1,49438,6.034912109375
RRLCU,λ<=n,8192,1,66993,8.1778564453125
RRLCU,λ<=n,8192,1,49521,6.0450439453125
RRLCU,λ<=n,8192,1,84056,10.2607421875
RRLCU,λ<=n,8192,1,48054,5.865966796875
RRLCU,λ<=n,8192,1,50703,6.1893310546875
RSLCU,λ<=n,8192,1,62848,7.671875
RSLCU,λ<=n,8192,1,61443,7.5003662109375
RSLCU,λ<=n,8192,1,89294,10.900146484375
RSLCU,λ<=n,8192,1,69900,8.53271484375
RSLCU,λ<=n,8192,1,76047,9.2830810546875
RSLCU,λ<=n,8192,1,143925,17.5689697265625
RSLCU,λ<=n,8192,1,68392,8.3486328125
RSLCU,λ<=n,8192,1,188297,22.9854736328125
RSLCU,λ<=n,8192,1,63376,7.736328125
RSLCU,λ<=n,8192,1,65486,7.993896484375
RSLCU,λ<=n,8192,1,201324,24.57568359375
RSLCU,λ<=n,8192,1,64041,7.8175048828125
RSLCU,λ<=n,8192,1,77539,9.4652099609375
RSLCU,λ<=n,8192,1,105929,12.9307861328125
RSLCU,λ<=n,8192,1,127727,15.5916748046875
RSLCU,λ<=n,8192,1,98627,12.0394287109375
RSLCU,λ<=n,8192,1,61611,7.5208740234375
RSLCU,λ<=n,8192,1,81715,9.9749755859375
RSLCU,λ<=n,8192,1,77755,9.4915771484375
RSLCU,λ<=n,8192,1,96701,11.8043212890625
RSLCU,λ<=n,8192,1,89370,10.909423828125
RSLCU,λ<=n,8192,1,78928,9.634765625
RSLCU,λ<=n,8192,1,58998,7.201904296875
RSLCU,λ<=n,8192,1,78513,9.5841064453125
RSLCU,λ<=n,8192,1,90792,11.0830078125
RSLCU,λ<=n,8192,1,63938,7.804931640625
RSLCU,λ<=n,8192,1,57886,7.066162109375
RSLCU,λ<=n,8192,1,64039,7.8172607421875
RSLCU,λ<=n,8192,1,131062,15.998779296875
RSLCU,λ<=n,8192,1,83888,10.240234375
RSLCU,λ<=n,8192,1,64638,7.890380859375
RSLCU,λ<=n,8192,1,74645,9.1119384765625
RSLCU,λ<=n,8192,1,66943,8.1717529296875
RSLCU,λ<=n,8192,1,62994,7.689697265625
RSLCU,λ<=n,8192,1,59219,7.2288818359375
RSLCU,λ<=n,8192,1,60370,7.369384765625
RSLCU,λ<=n,8192,1,87242,10.649658203125
RSLCU,λ<=n,8192,1,66598,8.129638671875
RSLCU,λ<=n,8192,1,197747,24.1390380859375
RSLCU,λ<=n,8192,1,62527,7.6326904296875
RSLCU,λ<=n,8192,1,63373,7.7359619140625
RSLCU,λ<=n,8192,1,98979,12.0823974609375
RSLCU,λ<=n,8192,1,72716,8.87646484375
RSLCU,λ<=n,8192,1,74153,9.0518798828125
RSLCU,λ<=n,8192,1,162232,19.8037109375
RSLCU,λ<=n,8192,1,66212,8.08251953125
RSLCU,λ<=n,8192,1,75683,9.2386474609375
RSLCU,λ<=n,8192,1,102710,12.537841796875
RSLCU,λ<=n,8192,1,103259,12.6048583984375
RSLCU,λ<=n,8192,1,81697,9.9727783203125
RSLCU,λ<=n,8192,1,65454,7.989990234375
RSLCU,λ<=n,8192,1,78005,9.5220947265625
RSLCU,λ<=n,8192,1,63582,7.761474609375
RSLCU,λ<=n,8192,1,79215,9.6697998046875
RSLCU,λ<=n,8192,1,70630,8.621826171875
RSLCU,λ<=n,8192,1,66157,8.0758056640625
RSLCU,λ<=n,8192,1,80620,9.84130859375
RSLCU,λ<=n,8192,1,70152,8.5634765625
RSLCU,λ<=n,8192,1,65903,8.0447998046875
RSLCU,λ<=n,8192,1,170054,20.758544921875
RSLCU,λ<=n,8192,1,67141,8.1959228515625
RSLCU,λ<=n,8192,1,73111,8.9246826171875
RSLCU,λ<=n,8192,1,72396,8.83740234375
RSLCU,λ<=n,8192,1,71377,8.7130126953125
RSLCU,λ<=n,8192,1,73059,8.9183349609375
RSLCU,λ<=n,8192,1,60663,7.4051513671875
RSLCU,λ<=n,8192,1,64573,7.8824462890625
RSLCU,λ<=n,8192,1,151458,18.488525390625
RSLCU,λ<=n,8192,1,122846,14.995849609375
RSLCU,λ<=n,8192,1,61413,7.4967041015625
RSLCU,λ<=n,8192,1,90786,11.082275390625
RSLCU,λ<=n,8192,1,80648,9.8447265625
RSLCU,λ<=n,8192,1,104491,12.7552490234375
RSLCU,λ<=n,8192,1,67086,8.189208984375
RSLCU,λ<=n,8192,1,70316,8.58349609375
RSLCU,λ<=n,8192,1,75408,9.205078125
RSLCU,λ<=n,8192,1,88286,10.777099609375
RSLCU,λ<=n,8192,1,113680,13.876953125
RSLCU,λ<=n,8192,1,59224,7.2294921875
RSLCU,λ<=n,8192,1,110302,13.464599609375
RSLCU,λ<=n,8192,1,121329,14.8106689453125
RSLCU,λ<=n,8192,1,101568,12.3984375
RSLCU,λ<=n,8192,1,66316,8.09521484375
RSLCU,λ<=n,8192,1,192123,23.4525146484375
RSLCU,λ<=n,8192,1,65779,8.0296630859375
RSLCU,λ<=n,8192,1,157000,19.1650390625
RSLCU,λ<=n,8192,1,86701,10.5836181640625
RSLCU,λ<=n,8192,1,61350,7.489013671875
RSLCU,λ<=n,8192,1,75227,9.1829833984375
RSLCU,λ<=n,8192,1,81095,9.8992919921875
RSLCU,λ<=n,8192,1,63585,7.7618408203125
RSLCU,λ<=n,8192,1,66683,8.1400146484375
RSLCU,λ<=n,8192,1,62063,7.5760498046875
RSLCU,λ<=n,8192,1,79356,9.68701171875
RSLCU,λ<=n,8192,1,70385,8.5919189453125
RSLCU,λ<=n,8192,1,71891,8.7757568359375
RSLCU,λ<=n,8192,1,88546,10.808837890625
RSLCU,λ<=n,8192,1,86722,10.586181640625
RSLCU,λ<=n,8192,1,68777,8.3956298828125
RSLCU,λ<=n,8192,1,66791,8.1531982421875
RSDSU,λ<=n,8192,1,71346,8.709228515625
RSDSU,λ<=n,8192,1,110866,13.533447265625
RSDSU,λ<=n,8192,1,124216,15.1630859375
RSDSU,λ<=n,8192,1,82170,10.030517578125
RSDSU,λ<=n,8192,1,108558,13.251708984375
RSDSU,λ<=n,8192,1,74208,9.05859375
RSDSU,λ<=n,8192,1,148480,18.125
RSDSU,λ<=n,8192,1,185941,22.6978759765625
RSDSU,λ<=n,8192,1,128426,15.677001953125
RSDSU,λ<=n,8192,1,77692,9.48388671875
RSDSU,λ<=n,8192,1,77964,9.51708984375
RSDSU,λ<=n,8192,1,150017,18.3126220703125
RSDSU,λ<=n,8192,1,86121,10.5128173828125
RSDSU,λ<=n,8192,1,80424,9.8173828125
RSDSU,λ<=n,8192,1,230210,28.101806640625
RSDSU,λ<=n,8192,1,153261,18.7086181640625
RSDSU,λ<=n,8192,1,112598,13.744873046875
RSDSU,λ<=n,8192,1,92338,11.271728515625
RSDSU,λ<=n,8192,1,72004,8.78955078125
RSDSU,λ<=n,8192,1,111544,13.6162109375
RSDSU,λ<=n,8192,1,63980,7.81005859375
RSDSU,λ<=n,8192,1,154347,18.8411865234375
RSDSU,λ<=n,8192,1,156294,19.078857421875
RSDSU,λ<=n,8192,1,72995,8.9105224609375
RSDSU,λ<=n,8192,1,93732,11.44189453125
RSDSU,λ<=n,8192,1,71759,8.7596435546875
RSDSU,λ<=n,8192,1,93913,11.4639892578125
RSDSU,λ<=n,8192,1,72686,8.872802734375
RSDSU,λ<=n,8192,1,74405,9.0826416015625
RSDSU,λ<=n,8192,1,71000,8.6669921875
RSDSU,λ<=n,8192,1,197765,24.1412353515625
RSDSU,λ<=n,8192,1,273085,33.3355712890625
RSDSU,λ<=n,8192,1,89984,10.984375
RSDSU,λ<=n,8192,1,172497,21.0567626953125
RSDSU,λ<=n,8192,1,112196,13.69580078125
RSDSU,λ<=n,8192,1,156462,19.099365234375
RSDSU,λ<=n,8192,1,145990,17.821044921875
RSDSU,λ<=n,8192,1,109520,13.369140625
RSDSU,λ<=n,8192,1,108073,13.1925048828125
RSDSU,λ<=n,8192,1,182519,22.2801513671875
RSDSU,λ<=n,8192,1,124762,15.229736328125
RSDSU,λ<=n,8192,1,151276,18.46630859375
RSDSU,λ<=n,8192,1,69195,8.4466552734375
RSDSU,λ<=n,8192,1,81920,10.0
RSDSU,λ<=n,8192,1,398858,48.688720703125
RSDSU,λ<=n,8192,1,133312,16.2734375
RSDSU,λ<=n,8192,1,157182,19.187255859375
RSDSU,λ<=n,8192,1,112123,13.6868896484375
RSDSU,λ<=n,8192,1,68912,8.412109375
RSDSU,λ<=n,8192,1,119128,14.5419921875
RSDSU,λ<=n,8192,1,103671,12.6551513671875
RSDSU,λ<=n,8192,1,156685,19.1265869140625
RSDSU,λ<=n,8192,1,215288,26.2802734375
RSDSU,λ<=n,8192,1,217125,26.5045166015625
RSDSU,λ<=n,8192,1,85925,10.4888916015625
RSDSU,λ<=n,8192,1,81497,9.9483642578125
RSDSU,λ<=n,8192,1,164673,20.1016845703125
RSDSU,λ<=n,8192,1,96597,11.7916259765625
RSDSU,λ<=n,8192,1,183264,22.37109375
RSDSU,λ<=n,8192,1,117573,14.3521728515625
RSDSU,λ<=n,8192,1,135519,16.5428466796875
RSDSU,λ<=n,8192,1,118754,14.496337890625
RSDSU,λ<=n,8192,1,78919,9.6336669921875
RSDSU,λ<=n,8192,1,95832,11.6982421875
RSDSU,λ<=n,8192,1,85232,10.404296875
RSDSU,λ<=n,8192,1,156473,19.1007080078125
RSDSU,λ<=n,8192,1,117610,14.356689453125
RSDSU,λ<=n,8192,1,98819,12.0628662109375
RSDSU,λ<=n,8192,1,232875,28.4271240234375
RSDSU,λ<=n,8192,1,72796,8.88623046875
RSDSU,λ<=n,8192,1,90698,11.071533203125
RSDSU,λ<=n,8192,1,149493,18.2486572265625
RSDSU,λ<=n,8192,1,196408,23.9755859375
RSDSU,λ<=n,8192,1,90647,11.0653076171875
RSDSU,λ<=n,8192,1,100025,12.2100830078125
RSDSU,λ<=n,8192,1,181446,22.149169921875
RSDSU,λ<=n,8192,1,75248,9.185546875
RSDSU,λ<=n,8192,1,156987,19.1634521484375
RSDSU,λ<=n,8192,1,95480,11.6552734375
RSDSU,λ<=n,8192,1,215638,26.322998046875
RSDSU,λ<=n,8192,1,150156,18.32958984375
RSDSU,λ<=n,8192,1,75521,9.2188720703125
RSDSU,λ<=n,8192,1,127035,15.5072021484375
RSDSU,λ<=n,8192,1,105394,12.865478515625
RSDSU,λ<=n,8192,1,84047,10.2596435546875
RSDSU,λ<=n,8192,1,91467,11.1654052734375
RSDSU,λ<=n,8192,1,94724,11.56298828125
RSDSU,λ<=n,8192,1,215771,26.3392333984375
RSDSU,λ<=n,8192,1,74140,9.05029296875
RSDSU,λ<=n,8192,1,116852,14.26416015625
RSDSU,λ<=n,8192,1,164180,20.04150390625
RSDSU,λ<=n,8192,1,76157,9.2965087890625
RSDSU,λ<=n,8192,1,122249,14.9229736328125
RSDSU,λ<=n,8192,1,111458,13.605712890625
RSDSU,λ<=n,8192,1,198479,24.2283935546875
RSDSU,λ<=n,8192,1,136773,16.6959228515625
RSDSU,λ<=n,8192,1,114127,13.9315185546875
RSDSU,λ<=n,8192,1,108117,13.1978759765625
RSDSU,λ<=n,8192,1,119646,14.605224609375
RRDSU,λ<=n,8192,1,64676,7.89501953125
RRDSU,λ<=n,8192,1,54962,6.709228515625
RRDSU,λ<=n,8192,1,60962,7.441650390625
RRDSU,λ<=n,8192,1,79465,9.7003173828125
RRDSU,λ<=n,8192,1,86572,10.56787109375
RRDSU,λ<=n,8192,1,62345,7.6104736328125
RRDSU,λ<=n,8192,1,75965,9.2730712890625
RRDSU,λ<=n,8192,1,81720,9.9755859375
RRDSU,λ<=n,8192,1,63065,7.6983642578125
RRDSU,λ<=n,8192,1,75526,9.219482421875
RRDSU,λ<=n,8192,1,62446,7.622802734375
RRDSU,λ<=n,8192,1,73769,9.0050048828125
RRDSU,λ<=n,8192,1,76752,9.369140625
RRDSU,λ<=n,8192,1,89081,10.8741455078125
RRDSU,λ<=n,8192,1,82710,10.096435546875
RRDSU,λ<=n,8192,1,54842,6.694580078125
RRDSU,λ<=n,8192,1,54975,6.7108154296875
RRDSU,λ<=n,8192,1,54399,6.6405029296875
RRDSU,λ<=n,8192,1,64059,7.8197021484375
RRDSU,λ<=n,8192,1,96927,11.8319091796875
RRDSU,λ<=n,8192,1,59528,7.2666015625
RRDSU,λ<=n,8192,1,89449,10.9190673828125
RRDSU,λ<=n,8192,1,53939,6.5843505859375
RRDSU,λ<=n,8192,1,70252,8.57568359375
RRDSU,λ<=n,8192,1,65828,8.03564453125
RRDSU,λ<=n,8192,1,66263,8.0887451171875
RRDSU,λ<=n,8192,1,84148,10.27197265625
RRDSU,λ<=n,8192,1,57457,7.0137939453125
RRDSU,λ<=n,8192,1,65286,7.969482421875
RRDSU,λ<=n,8192,1,70604,8.61865234375
RRDSU,λ<=n,8192,1,74338,9.074462890625
RRDSU,λ<=n,8192,1,57048,6.9638671875
RRDSU,λ<=n,8192,1,54746,6.682861328125
RRDSU,λ<=n,8192,1,58788,7.17626953125
RRDSU,λ<=n,8192,1,65182,7.956787109375
RRDSU,λ<=n,8192,1,56481,6.8946533203125
RRDSU,λ<=n,8192,1,58886,7.188232421875
RRDSU,λ<=n,8192,1,89629,10.9410400390625
RRDSU,λ<=n,8192,1,69978,8.542236328125
RRDSU,λ<=n,8192,1,103638,12.651123046875
RRDSU,λ<=n,8192,1,75418,9.206298828125
RRDSU,λ<=n,8192,1,63500,7.75146484375
RRDSU,λ<=n,8192,1,65510,7.996826171875
RRDSU,λ<=n,8192,1,61865,7.5518798828125
RRDSU,λ<=n,8192,1,66320,8.095703125
RRDSU,λ<=n,8192,1,61584,7.517578125
RRDSU,λ<=n,8192,1,83503,10.1932373046875
RRDSU,λ<=n,8192,1,108596,13.25634765625
RRDSU,λ<=n,8192,1,60720,7.412109375
RRDSU,λ<=n,8192,1,64065,7.8204345703125
RRDSU,λ<=n,8192,1,67543,8.2449951171875
RRDSU,λ<=n,8192,1,94620,11.55029296875
RRDSU,λ<=n,8192,1,70012,8.54638671875
RRDSU,λ<=n,8192,1,72644,8.86767578125
RRDSU,λ<=n,8192,1,53246,6.499755859375
RRDSU,λ<=n,8192,1,69807,8.5213623046875
RRDSU,λ<=n,8192,1,55031,6.7176513671875
RRDSU,λ<=n,8192,1,49804,6.07958984375
RRDSU,λ<=n,8192,1,58588,7.15185546875
RRDSU,λ<=n,8192,1,57308,6.99560546875
RRDSU,λ<=n,8192,1,64733,7.9019775390625
RRDSU,λ<=n,8192,1,70545,8.6114501953125
RRDSU,λ<=n,8192,1,62354,7.611572265625
RRDSU,λ<=n,8192,1,57529,7.0225830078125
RRDSU,λ<=n,8192,1,59708,7.28857421875
RRDSU,λ<=n,8192,1,61011,7.4476318359375
RRDSU,λ<=n,8192,1,64802,7.910400390625
RRDSU,λ<=n,8192,1,60455,7.3797607421875
RRDSU,λ<=n,8192,1,65822,8.034912109375
RRDSU,λ<=n,8192,1,49135,5.9979248046875
RRDSU,λ<=n,8192,1,65761,8.0274658203125
RRDSU,λ<=n,8192,1,92381,11.2769775390625
RRDSU,λ<=n,8192,1,117018,14.284423828125
RRDSU,λ<=n,8192,1,53445,6.5240478515625
RRDSU,λ<=n,8192,1,68255,8.3319091796875
RRDSU,λ<=n,8192,1,70558,8.613037109375
RRDSU,λ<=n,8192,1,56577,6.9063720703125
RRDSU,λ<=n,8192,1,70282,8.579345703125
RRDSU,λ<=n,8192,1,59253,7.2330322265625
RRDSU,λ<=n,8192,1,62177,7.5899658203125
RRDSU,λ<=n,8192,1,59510,7.264404296875
RRDSU,λ<=n,8192,1,89495,10.9246826171875
RRDSU,λ<=n,8192,1,68930,8.414306640625
RRDSU,λ<=n,8192,1,60270,7.357177734375
RRDSU,λ<=n,8192,1,68951,8.4168701171875
RRDSU,λ<=n,8192,1,89634,10.941650390625
RRDSU,λ<=n,8192,1,61188,7.46923828125
RRDSU,λ<=n,8192,1,53810,6.568603515625
RRDSU,λ<=n,8192,1,66336,8.09765625
RRDSU,λ<=n,8192,1,60122,7.339111328125
RRDSU,λ<=n,8192,1,61641,7.5245361328125
RRDSU,λ<=n,8192,1,55029,6.7174072265625
RRDSU,λ<=n,8192,1,66769,8.1505126953125
RRDSU,λ<=n,8192,1,76029,9.2808837890625
RRDSU,λ<=n,8192,1,82300,10.04638671875
RRDSU,λ<=n,8192,1,65401,7.9835205078125
RRDSU,λ<=n,8192,1,62329,7.6085205078125
RRDSU,λ<=n,8192,1,75095,9.1668701171875
RRDSU,λ<=n,8192,1,62790,7.664794921875
RRDSU,λ<=n,8192,1,67950,8.294677734375
RHDSU,λ<=n,8192,1,108478,13.241943359375
RHDSU,λ<=n,8192,1,84356,10.29736328125
RHDSU,λ<=n,8192,1,183420,22.39013671875
RHDSU,λ<=n,8192,1,78498,9.582275390625
RHDSU,λ<=n,8192,1,64997,7.9342041015625
RHDSU,λ<=n,8192,1,57531,7.0228271484375
RHDSU,λ<=n,8192,1,79060,9.65087890625
RHDSU,λ<=n,8192,1,112862,13.777099609375
RHDSU,λ<=n,8192,1,63321,7.7296142578125
RHDSU,λ<=n,8192,1,61178,7.468017578125
RHDSU,λ<=n,8192,1,108458,13.239501953125
RHDSU,λ<=n,8192,1,63077,7.6998291015625
RHDSU,λ<=n,8192,1,67050,8.184814453125
RHDSU,λ<=n,8192,1,60759,7.4168701171875
RHDSU,λ<=n,8192,1,90487,11.0457763671875
RHDSU,λ<=n,8192,1,83728,10.220703125
RHDSU,λ<=n,8192,1,74122,9.048095703125
RHDSU,λ<=n,8192,1,60679,7.4071044921875
RHDSU,λ<=n,8192,1,70841,8.6475830078125
RHDSU,λ<=n,8192,1,64504,7.8740234375
RHDSU,λ<=n,8192,1,102067,12.4593505859375
RHDSU,λ<=n,8192,1,67853,8.2828369140625
RHDSU,λ<=n,8192,1,72854,8.893310546875
RHDSU,λ<=n,8192,1,67903,8.2889404296875
RHDSU,λ<=n,8192,1,68519,8.3641357421875
RHDSU,λ<=n,8192,1,93532,11.41748046875
RHDSU,λ<=n,8192,1,98204,11.98779296875
RHDSU,λ<=n,8192,1,61073,7.4552001953125
RHDSU,λ<=n,8192,1,78054,9.528076171875
RHDSU,λ<=n,8192,1,52970,6.466064453125
RHDSU,λ<=n,8192,1,91075,11.1175537109375
RHDSU,λ<=n,8192,1,61004,7.44677734375
RHDSU,λ<=n,8192,1,73930,9.024658203125
RHDSU,λ<=n,8192,1,105364,12.86181640625
RHDSU,λ<=n,8192,1,88468,10.79931640625
RHDSU,λ<=n,8192,1,57858,7.062744140625
RHDSU,λ<=n,8192,1,56146,6.853759765625
RHDSU,λ<=n,8192,1,69469,8.4801025390625
RHDSU,λ<=n,8192,1,98855,12.0672607421875
RHDSU,λ<=n,8192,1,50740,6.19384765625
RHDSU,λ<=n,8192,1,84049,10.2598876953125
RHDSU,λ<=n,8192,1,109088,13.31640625
RHDSU,λ<=n,8192,1,78688,9.60546875
RHDSU,λ<=n,8192,1,59943,7.3172607421875
RHDSU,λ<=n,8192,1,63013,7.6920166015625
RHDSU,λ<=n,8192,1,93914,11.464111328125
RHDSU,λ<=n,8192,1,84767,10.3475341796875
RHDSU,λ<=n,8192,1,82634,10.087158203125
RHDSU,λ<=n,8192,1,82459,10.0657958984375
RHDSU,λ<=n,8192,1,87397,10.6685791015625
RHDSU,λ<=n,8192,1,69683,8.5062255859375
RHDSU,λ<=n,8192,1,68470,8.358154296875
RHDSU,λ<=n,8192,1,69517,8.4859619140625
RHDSU,λ<=n,8192,1,57601,7.0313720703125
RHDSU,λ<=n,8192,1,60047,7.3299560546875
RHDSU,λ<=n,8192,1,63619,7.7659912109375
RHDSU,λ<=n,8192,1,105944,12.9326171875
RHDSU,λ<=n,8192,1,65194,7.958251953125
RHDSU,λ<=n,8192,1,65120,7.94921875
RHDSU,λ<=n,8192,1,67528,8.2431640625
RHDSU,λ<=n,8192,1,55437,6.7672119140625
RHDSU,λ<=n,8192,1,57780,7.05322265625
RHDSU,λ<=n,8192,1,106941,13.0543212890625
RHDSU,λ<=n,8192,1,88128,10.7578125
RHDSU,λ<=n,8192,1,76857,9.3819580078125
RHDSU,λ<=n,8192,1,68428,8.35302734375
RHDSU,λ<=n,8192,1,82019,10.0120849609375
RHDSU,λ<=n,8192,1,56539,6.9017333984375
RHDSU,λ<=n,8192,1,88489,10.8018798828125
RHDSU,λ<=n,8192,1,79731,9.7327880859375
RHDSU,λ<=n,8192,1,74255,9.0643310546875
RHDSU,λ<=n,8192,1,65419,7.9857177734375
RHDSU,λ<=n,8192,1,67636,8.25634765625
RHDSU,λ<=n,8192,1,87414,10.670654296875
RHDSU,λ<=n,8192,1,58558,7.148193359375
RHDSU,λ<=n,8192,1,67809,8.2774658203125
RHDSU,λ<=n,8192,1,68643,8.3792724609375
RHDSU,λ<=n,8192,1,109317,13.3443603515625
RHDSU,λ<=n,8192,1,79322,9.682861328125
RHDSU,λ<=n,8192,1,72215,8.8153076171875
RHDSU,λ<=n,8192,1,70377,8.5909423828125
RHDSU,λ<=n,8192,1,54273,6.6251220703125
RHDSU,λ<=n,8192,1,67660,8.25927734375
RHDSU,λ<=n,8192,1,111610,13.624267578125
RHDSU,λ<=n,8192,1,58015,7.0819091796875
RHDSU,λ<=n,8192,1,53949,6.5855712890625
RHDSU,λ<=n,8192,1,76354,9.320556640625
RHDSU,λ<=n,8192,1,64563,7.8812255859375
RHDSU,λ<=n,8192,1,60968,7.4423828125
RHDSU,λ<=n,8192,1,111651,13.6292724609375
RHDSU,λ<=n,8192,1,85082,10.385986328125
RHDSU,λ<=n,8192,1,55023,6.7166748046875
RHDSU,λ<=n,8192,1,74977,9.1524658203125
RHDSU,λ<=n,8192,1,87756,10.71240234375
RHDSU,λ<=n,8192,1,66959,8.1737060546875
RHDSU,λ<=n,8192,1,111279,13.5838623046875
RHDSU,λ<=n,8192,1,61732,7.53564453125
RHDSU,λ<=n,8192,1,59005,7.2027587890625
RHDSU,λ<=n,8192,1,98137,11.9796142578125
RHDSU,λ<=n,8192,1,81636,9.96533203125
RHLSU,λ<=n,8192,1,124309,15.1744384765625
RHLSU,λ<=n,8192,1,99203,12.1097412109375
RHLSU,λ<=n,8192,1,101998,12.450927734375
RHLSU,λ<=n,8192,1,59806,7.300537109375
RHLSU,λ<=n,8192,1,66540,8.12255859375
RHLSU,λ<=n,8192,1,61035,7.4505615234375
RHLSU,λ<=n,8192,1,77394,9.447509765625
RHLSU,λ<=n,8192,1,97203,11.8656005859375
RHLSU,λ<=n,8192,1,68614,8.375732421875
RHLSU,λ<=n,8192,1,144877,17.6851806640625
RHLSU,λ<=n,8192,1,59141,7.2193603515625
RHLSU,λ<=n,8192,1,68617,8.3760986328125
RHLSU,λ<=n,8192,1,107834,13.163330078125
RHLSU,λ<=n,8192,1,79636,9.72119140625
RHLSU,λ<=n,8192,1,73891,9.0198974609375
RHLSU,λ<=n,8192,1,121493,14.8306884765625
RHLSU,λ<=n,8192,1,86401,10.5469970703125
RHLSU,λ<=n,8192,1,78070,9.530029296875
RHLSU,λ<=n,8192,1,96975,11.8377685546875
RHLSU,λ<=n,8192,1,57273,6.9913330078125
RHLSU,λ<=n,8192,1,189449,23.1260986328125
RHLSU,λ<=n,8192,1,91920,11.220703125
RHLSU,λ<=n,8192,1,99962,12.202392578125
RHLSU,λ<=n,8192,1,63444,7.74462890625
RHLSU,λ<=n,8192,1,86755,10.5902099609375
RHLSU,λ<=n,8192,1,60898,7.433837890625
RHLSU,λ<=n,8192,1,93769,11.4464111328125
RHLSU,λ<=n,8192,1,81710,9.974365234375
RHLSU,λ<=n,8192,1,111301,13.5865478515625
RHLSU,λ<=n,8192,1,74097,9.0450439453125
RHLSU,λ<=n,8192,1,77407,9.4490966796875
RHLSU,λ<=n,8192,1,71440,8.720703125
RHLSU,λ<=n,8192,1,64616,7.8876953125
RHLSU,λ<=n,8192,1,69284,8.45751953125
RHLSU,λ<=n,8192,1,76898,9.386962890625
RHLSU,λ<=n,8192,1,66471,8.1141357421875
RHLSU,λ<=n,8192,1,67907,8.2894287109375
RHLSU,λ<=n,8192,1,80465,9.8223876953125
RHLSU,λ<=n,8192,1,102387,12.4984130859375
RHLSU,λ<=n,8192,1,91823,11.2088623046875
RHLSU,λ<=n,8192,1,80137,9.7823486328125
RHLSU,λ<=n,8192,1,71387,8.7142333984375
RHLSU,λ<=n,8192,1,92022,11.233154296875
RHLSU,λ<=n,8192,1,73386,8.958251953125
RHLSU,λ<=n,8192,1,63028,7.69384765625
RHLSU,λ<=n,8192,1,101820,12.42919921875
RHLSU,λ<=n,8192,1,92334,11.271240234375
RHLSU,λ<=n,8192,1,100076,12.21630859375
RHLSU,λ<=n,8192,1,81026,9.890869140625
RHLSU,λ<=n,8192,1,83057,10.1387939453125
RHLSU,λ<=n,8192,1,64507,7.8743896484375
RHLSU,λ<=n,8192,1,88500,10.80322265625
RHLSU,λ<=n,8192,1,74359,9.0770263671875
RHLSU,λ<=n,8192,1,65316,7.97314453125
RHLSU,λ<=n,8192,1,69305,8.4600830078125
RHLSU,λ<=n,8192,1,104110,12.708740234375
RHLSU,λ<=n,8192,1,100796,12.30419921875
RHLSU,λ<=n,8192,1,100957,12.3238525390625
RHLSU,λ<=n,8192,1,125045,15.2642822265625
RHLSU,λ<=n,8192,1,67791,8.2752685546875
RHLSU,λ<=n,8192,1,63212,7.71630859375
RHLSU,λ<=n,8192,1,66417,8.1075439453125
RHLSU,λ<=n,8192,1,68972,8.41943359375
RHLSU,λ<=n,8192,1,77973,9.5181884765625
RHLSU,λ<=n,8192,1,79173,9.6646728515625
RHLSU,λ<=n,8192,1,73570,8.980712890625
RHLSU,λ<=n,8192,1,69208,8.4482421875
RHLSU,λ<=n,8192,1,67192,8.2021484375
RHLSU,λ<=n,8192,1,88198,10.766357421875
RHLSU,λ<=n,8192,1,71821,8.7672119140625
RHLSU,λ<=n,8192,1,99143,12.1024169921875
RHLSU,λ<=n,8192,1,104657,12.7755126953125
RHLSU,λ<=n,8192,1,92710,11.317138671875
RHLSU,λ<=n,8192,1,68244,8.33056640625
RHLSU,λ<=n,8192,1,84639,10.3319091796875
RHLSU,λ<=n,8192,1,69589,8.4947509765625
RHLSU,λ<=n,8192,1,111438,13.603271484375
RHLSU,λ<=n,8192,1,58565,7.1490478515625
RHLSU,λ<=n,8192,1,76290,9.312744140625
RHLSU,λ<=n,8192,1,66633,8.1339111328125
RHLSU,λ<=n,8192,1,96818,11.818603515625
RHLSU,λ<=n,8192,1,71921,8.7794189453125
RHLSU,λ<=n,8192,1,58762,7.173095703125
RHLSU,λ<=n,8192,1,70192,8.568359375
RHLSU,λ<=n,8192,1,127841,15.6055908203125
RHLSU,λ<=n,8192,1,93388,11.39990234375
RHLSU,λ<=n,8192,1,73118,8.925537109375
RHLSU,λ<=n,8192,1,105774,12.911865234375
RHLSU,λ<=n,8192,1,67267,8.2113037109375
RHLSU,λ<=n,8192,1,87047,10.6258544921875
RHLSU,λ<=n,8192,1,61725,7.5347900390625
RHLSU,λ<=n,8192,1,71504,8.728515625
RHLSU,λ<=n,8192,1,63163,7.7103271484375
RHLSU,λ<=n,8192,1,64237,7.8414306640625
RHLSU,λ<=n,8192,1,81165,9.9078369140625
RHLSU,λ<=n,8192,1,63755,7.7825927734375
RHLSU,λ<=n,8192,1,56847,6.9393310546875
RHLSU,λ<=n,8192,1,95036,11.60107421875
RHLSU,λ<=n,8192,1,61236,7.47509765625
RHLSU,λ<=n,8192,1,73443,8.9652099609375
RRLSU,λ<=n,8192,1,72888,8.8974609375
RRLSU,λ<=n,8192,1,63229,7.7183837890625
RRLSU,λ<=n,8192,1,56700,6.92138671875
RRLSU,λ<=n,8192,1,68401,8.3497314453125
RRLSU,λ<=n,8192,1,64484,7.87158203125
RRLSU,λ<=n,8192,1,67468,8.23583984375
RRLSU,λ<=n,8192,1,68766,8.394287109375
RRLSU,λ<=n,8192,1,64324,7.85205078125
RRLSU,λ<=n,8192,1,59220,7.22900390625
RRLSU,λ<=n,8192,1,57148,6.97607421875
RRLSU,λ<=n,8192,1,56022,6.838623046875
RRLSU,λ<=n,8192,1,71806,8.765380859375
RRLSU,λ<=n,8192,1,61615,7.5213623046875
RRLSU,λ<=n,8192,1,69463,8.4793701171875
RRLSU,λ<=n,8192,1,69571,8.4925537109375
RRLSU,λ<=n,8192,1,54781,6.6871337890625
RRLSU,λ<=n,8192,1,78692,9.60595703125
RRLSU,λ<=n,8192,1,75702,9.240966796875
RRLSU,λ<=n,8192,1,65242,7.964111328125
RRLSU,λ<=n,8192,1,62059,7.5755615234375
RRLSU,λ<=n,8192,1,71128,8.6826171875
RRLSU,λ<=n,8192,1,56975,6.9549560546875
RRLSU,λ<=n,8192,1,58246,7.110107421875
RRLSU,λ<=n,8192,1,51828,6.32666015625
RRLSU,λ<=n,8192,1,70048,8.55078125
RRLSU,λ<=n,8192,1,64064,7.8203125
RRLSU,λ<=n,8192,1,61224,7.4736328125
RRLSU,λ<=n,8192,1,88811,10.8411865234375
RRLSU,λ<=n,8192,1,69646,8.501708984375
RRLSU,λ<=n,8192,1,96444,11.77294921875
RRLSU,λ<=n,8192,1,55778,6.808837890625
RRLSU,λ<=n,8192,1,60694,7.408935546875
RRLSU,λ<=n,8192,1,61441,7.5001220703125
RRLSU,λ<=n,8192,1,54779,6.6868896484375
RRLSU,λ<=n,8192,1,67170,8.199462890625
RRLSU,λ<=n,8192,1,56532,6.90087890625
RRLSU,λ<=n,8192,1,62166,7.588623046875
RRLSU,λ<=n,8192,1,83130,10.147705078125
RRLSU,λ<=n,8192,1,70379,8.5911865234375
RRLSU,λ<=n,8192,1,70685,8.6285400390625
RRLSU,λ<=n,8192,1,65788,8.03076171875
RRLSU,λ<=n,8192,1,53113,6.4835205078125
RRLSU,λ<=n,8192,1,71695,8.7518310546875
RRLSU,λ<=n,8192,1,60294,7.360107421875
RRLSU,λ<=n,8192,1,69254,8.453857421875
RRLSU,λ<=n,8192,1,55723,6.8021240234375
RRLSU,λ<=n,8192,1,67714,8.265869140625
RRLSU,λ<=n,8192,1,63852,7.79443359375
RRLSU,λ<=n,8192,1,74812,9.13232421875
RRLSU,λ<=n,8192,1,63090,7.701416015625
RRLSU,λ<=n,8192,1,84195,10.2777099609375
RRLSU,λ<=n,8192,1,86400,10.546875
RRLSU,λ<=n,8192,1,58769,7.1739501953125
RRLSU,λ<=n,8192,1,64444,7.86669921875
RRLSU,λ<=n,8192,1,88099,10.7542724609375
RRLSU,λ<=n,8192,1,65759,8.0272216796875
RRLSU,λ<=n,8192,1,58224,7.107421875
RRLSU,λ<=n,8192,1,72369,8.8341064453125
RRLSU,λ<=n,8192,1,127414,15.553466796875
RRLSU,λ<=n,8192,1,92627,11.3070068359375
RRLSU,λ<=n,8192,1,77579,9.4700927734375
RRLSU,λ<=n,8192,1,60244,7.35400390625
RRLSU,λ<=n,8192,1,73789,9.0074462890625
RRLSU,λ<=n,8192,1,51748,6.31689453125
RRLSU,λ<=n,8192,1,88213,10.7681884765625
RRLSU,λ<=n,8192,1,57687,7.0418701171875
RRLSU,λ<=n,8192,1,56822,6.936279296875
RRLSU,λ<=n,8192,1,78432,9.57421875
RRLSU,λ<=n,8192,1,60953,7.4405517578125
RRLSU,λ<=n,8192,1,80290,9.801025390625
RRLSU,λ<=n,8192,1,55371,6.7591552734375
RRLSU,λ<=n,8192,1,59867,7.3079833984375
RRLSU,λ<=n,8192,1,63449,7.7452392578125
RRLSU,λ<=n,8192,1,71262,8.698974609375
RRLSU,λ<=n,8192,1,69612,8.49755859375
RRLSU,λ<=n,8192,1,61417,7.4971923828125
RRLSU,λ<=n,8192,1,96443,11.7728271484375
RRLSU,λ<=n,8192,1,57095,6.9696044921875
RRLSU,λ<=n,8192,1,70194,8.568603515625
RRLSU,λ<=n,8192,1,98077,11.9722900390625
RRLSU,λ<=n,8192,1,86233,10.5264892578125
RRLSU,λ<=n,8192,1,81903,9.9979248046875
RRLSU,λ<=n,8192,1,62929,7.6817626953125
RRLSU,λ<=n,8192,1,60347,7.3665771484375
RRLSU,λ<=n,8192,1,57041,6.9630126953125
RRLSU,λ<=n,8192,1,59550,7.269287109375
RRLSU,λ<=n,8192,1,65450,7.989501953125
RRLSU,λ<=n,8192,1,67852,8.28271484375
RRLSU,λ<=n,8192,1,66559,8.1248779296875
RRLSU,λ<=n,8192,1,125572,15.32861328125
RRLSU,λ<=n,8192,1,57896,7.0673828125
RRLSU,λ<=n,8192,1,56780,6.93115234375
RRLSU,λ<=n,8192,1,60817,7.4239501953125
RRLSU,λ<=n,8192,1,58958,7.197021484375
RRLSU,λ<=n,8192,1,67897,8.2882080078125
RRLSU,λ<=n,8192,1,56665,6.9171142578125
RRLSU,λ<=n,8192,1,69042,8.427978515625
RRLSU,λ<=n,8192,1,61531,7.5111083984375
RRLSU,λ<=n,8192,1,61115,7.4603271484375
RRLSU,λ<=n,8192,1,59096,7.2138671875
RSLSU,λ<=n,8192,1,278903,34.0457763671875
RSLSU,λ<=n,8192,1,146129,17.8380126953125
RSLSU,λ<=n,8192,1,108199,13.2078857421875
RSLSU,λ<=n,8192,1,174455,21.2957763671875
RSLSU,λ<=n,8192,1,91192,11.1318359375
RSLSU,λ<=n,8192,1,183472,22.396484375
RSLSU,λ<=n,8192,1,85502,10.437255859375
RSLSU,λ<=n,8192,1,95114,11.610595703125
RSLSU,λ<=n,8192,1,172406,21.045654296875
RSLSU,λ<=n,8192,1,160031,19.5350341796875
RSLSU,λ<=n,8192,1,347405,42.4078369140625
RSLSU,λ<=n,8192,1,107440,13.115234375
RSLSU,λ<=n,8192,1,80809,9.8643798828125
RSLSU,λ<=n,8192,1,94464,11.53125
RSLSU,λ<=n,8192,1,73287,8.9461669921875
RSLSU,λ<=n,8192,1,129705,15.8331298828125
RSLSU,λ<=n,8192,1,92085,11.2408447265625
RSLSU,λ<=n,8192,1,154787,18.8948974609375
RSLSU,λ<=n,8192,1,155461,18.9771728515625
RSLSU,λ<=n,8192,1,85799,10.4735107421875
RSLSU,λ<=n,8192,1,87772,10.71435546875
RSLSU,λ<=n,8192,1,95212,11.62255859375
RSLSU,λ<=n,8192,1,107861,13.1666259765625
RSLSU,λ<=n,8192,1,97393,11.8887939453125
RSLSU,λ<=n,8192,1,153037,18.6812744140625
RSLSU,λ<=n,8192,1,85932,10.48974609375
RSLSU,λ<=n,8192,1,93347,11.3948974609375
RSLSU,λ<=n,8192,1,75516,9.21826171875
RSLSU,λ<=n,8192,1,127900,15.61279296875
RSLSU,λ<=n,8192,1,110120,13.4423828125
RSLSU,λ<=n,8192,1,159774,19.503662109375
RSLSU,λ<=n,8192,1,89237,10.8931884765625
RSLSU,λ<=n,8192,1,153579,18.7474365234375
RSLSU,λ<=n,8192,1,104929,12.8087158203125
RSLSU,λ<=n,8192,1,88444,10.79638671875
RSLSU,λ<=n,8192,1,102110,12.464599609375
RSLSU,λ<=n,8192,1,119005,14.5269775390625
RSLSU,λ<=n,8192,1,86465,10.5548095703125
RSLSU,λ<=n,8192,1,79875,9.7503662109375
RSLSU,λ<=n,8192,1,165069,20.1500244140625
RSLSU,λ<=n,8192,1,140963,17.2073974609375
RSLSU,λ<=n,8192,1,73702,8.996826171875
RSLSU,λ<=n,8192,1,77739,9.4896240234375
RSLSU,λ<=n,8192,1,90879,11.0936279296875
RSLSU,λ<=n,8192,1,163578,19.968017578125
RSLSU,λ<=n,8192,1,160303,19.5682373046875
RSLSU,λ<=n,8192,1,149184,18.2109375
RSLSU,λ<=n,8192,1,104559,12.7635498046875
RSLSU,λ<=n,8192,1,77586,9.470947265625
RSLSU,λ<=n,8192,1,84460,10.31005859375
RSLSU,λ<=n,8192,1,89255,10.8953857421875
RSLSU,λ<=n,8192,1,84939,10.3685302734375
RSLSU,λ<=n,8192,1,151427,18.4847412109375
RSLSU,λ<=n,8192,1,128463,15.6815185546875
RSLSU,λ<=n,8192,1,89873,10.9708251953125
RSLSU,λ<=n,8192,1,223783,27.3172607421875
RSLSU,λ<=n,8192,1,202527,24.7225341796875
RSLSU,λ<=n,8192,1,204074,24.911376953125
RSLSU,λ<=n,8192,1,115013,14.0396728515625
RSLSU,λ<=n,8192,1,184321,22.5001220703125
RSLSU,λ<=n,8192,1,94157,11.4937744140625
RSLSU,λ<=n,8192,1,106457,12.9952392578125
RSLSU,λ<=n,8192,1,100814,12.306396484375
RSLSU,λ<=n,8192,1,90158,11.005615234375
RSLSU,λ<=n,8192,1,172280,21.0302734375
RSLSU,λ<=n,8192,1,83802,10.229736328125
RSLSU,λ<=n,8192,1,82305,10.0469970703125
RSLSU,λ<=n,8192,1,85400,10.4248046875
RSLSU,λ<=n,8192,1,231803,28.2962646484375
RSLSU,λ<=n,8192,1,94628,11.55126953125
RSLSU,λ<=n,8192,1,122596,14.96533203125
RSLSU,λ<=n,8192,1,155183,18.9432373046875
RSLSU,λ<=n,8192,1,179800,21.9482421875
RSLSU,λ<=n,8192,1,102345,12.4932861328125
RSLSU,λ<=n,8192,1,84547,10.3206787109375
RSLSU,λ<=n,8192,1,157980,19.28466796875
RSLSU,λ<=n,8192,1,165886,20.249755859375
RSLSU,λ<=n,8192,1,230794,28.173095703125
RSLSU,λ<=n,8192,1,85493,10.4361572265625
RSLSU,λ<=n,8192,1,134177,16.3790283203125
RSLSU,λ<=n,8192,1,85297,10.4122314453125
RSLSU,λ<=n,8192,1,132527,16.1776123046875
RSLSU,λ<=n,8192,1,84604,10.32763671875
RSLSU,λ<=n,8192,1,211572,25.82666015625
RSLSU,λ<=n,8192,1,83612,10.20654296875
RSLSU,λ<=n,8192,1,191953,23.4317626953125
RSLSU,λ<=n,8192,1,158706,19.373291015625
RSLSU,λ<=n,8192,1,83375,10.1776123046875
RSLSU,λ<=n,8192,1,99736,12.1748046875
RSLSU,λ<=n,8192,1,129672,15.8291015625
RSLSU,λ<=n,8192,1,107656,13.1416015625
RSLSU,λ<=n,8192,1,109515,13.3685302734375
RSLSU,λ<=n,8192,1,96017,11.7208251953125
RSLSU,λ<=n,8192,1,117556,14.35009765625
RSLSU,λ<=n,8192,1,106016,12.94140625
RSLSU,λ<=n,8192,1,113115,13.8079833984375
RSLSU,λ<=n,8192,1,84648,10.3330078125
RSLSU,λ<=n,8192,1,122145,14.9102783203125
RSLSU,λ<=n,8192,1,83168,10.15234375
RSLSU,λ<=n,8192,1,84854,10.358154296875
RSDMU,λ<=n,8192,1,139514,17.030517578125
RSDMU,λ<=n,8192,1,74536,9.0986328125
RSDMU,λ<=n,8192,1,63039,7.6951904296875
RSDMU,λ<=n,8192,1,94432,11.52734375
RSDMU,λ<=n,8192,1,57508,7.02001953125
RSDMU,λ<=n,8192,1,57111,6.9715576171875
RSDMU,λ<=n,8192,1,161078,19.662841796875
RSDMU,λ<=n,8192,1,57025,6.9610595703125
RSDMU,λ<=n,8192,1,59268,7.23486328125
RSDMU,λ<=n,8192,1,59006,7.202880859375
RSDMU,λ<=n,8192,1,197770,24.141845703125
RSDMU,λ<=n,8192,1,60219,7.3509521484375
RSDMU,λ<=n,8192,1,63452,7.74560546875
RSDMU,λ<=n,8192,1,235110,28.699951171875
RSDMU,λ<=n,8192,1,55786,6.809814453125
RSDMU,λ<=n,8192,1,54710,6.678466796875
RSDMU,λ<=n,8192,1,55050,6.719970703125
RSDMU,λ<=n,8192,1,76604,9.35107421875
RSDMU,λ<=n,8192,1,66044,8.06201171875
RSDMU,λ<=n,8192,1,57761,7.0509033203125
RSDMU,λ<=n,8192,1,76037,9.2818603515625
RSDMU,λ<=n,8192,1,77532,9.46435546875
RSDMU,λ<=n,8192,1,143597,17.5289306640625
RSDMU,λ<=n,8192,1,174367,21.2850341796875
RSDMU,λ<=n,8192,1,56852,6.93994140625
RSDMU,λ<=n,8192,1,79883,9.7513427734375
RSDMU,λ<=n,8192,1,169698,20.715087890625
RSDMU,λ<=n,8192,1,93739,11.4427490234375
RSDMU,λ<=n,8192,1,68558,8.368896484375
RSDMU,λ<=n,8192,1,63431,7.7430419921875
RSDMU,λ<=n,8192,1,79212,9.66943359375
RSDMU,λ<=n,8192,1,54817,6.6915283203125
RSDMU,λ<=n,8192,1,75779,9.2503662109375
RSDMU,λ<=n,8192,1,80631,9.8426513671875
RSDMU,λ<=n,8192,1,62367,7.6131591796875
RSDMU,λ<=n,8192,1,54517,6.6549072265625
RSDMU,λ<=n,8192,1,146759,17.9149169921875
RSDMU,λ<=n,8192,1,78196,9.54541015625
RSDMU,λ<=n,8192,1,89520,10.927734375
RSDMU,λ<=n,8192,1,54859,6.6966552734375
RSDMU,λ<=n,8192,1,55333,6.7545166015625
RSDMU,λ<=n,8192,1,115031,14.0418701171875
RSDMU,λ<=n,8192,1,72068,8.79736328125
RSDMU,λ<=n,8192,1,62157,7.5875244140625
RSDMU,λ<=n,8192,1,69979,8.5423583984375
RSDMU,λ<=n,8192,1,54508,6.65380859375
RSDMU,λ<=n,8192,1,67158,8.197998046875
RSDMU,λ<=n,8192,1,86424,10.5498046875
RSDMU,λ<=n,8192,1,54069,6.6002197265625
RSDMU,λ<=n,8192,1,57031,6.9617919921875
RSDMU,λ<=n,8192,1,67185,8.2012939453125
RSDMU,λ<=n,8192,1,60627,7.4007568359375
RSDMU,λ<=n,8192,1,144257,17.6094970703125
RSDMU,λ<=n,8192,1,66707,8.1429443359375
RSDMU,λ<=n,8192,1,53848,6.5732421875
RSDMU,λ<=n,8192,1,65638,8.012451171875
RSDMU,λ<=n,8192,1,77708,9.48583984375
RSDMU,λ<=n,8192,1,59539,7.2679443359375
RSDMU,λ<=n,8192,1,83045,10.1373291015625
RSDMU,λ<=n,8192,1,56577,6.9063720703125
RSDMU,λ<=n,8192,1,60858,7.428955078125
RSDMU,λ<=n,8192,1,89913,10.9757080078125
RSDMU,λ<=n,8192,1,87416,10.6708984375
RSDMU,λ<=n,8192,1,101862,12.434326171875
RSDMU,λ<=n,8192,1,113496,13.8544921875
RSDMU,λ<=n,8192,1,57397,7.0064697265625
RSDMU,λ<=n,8192,1,70206,8.570068359375
RSDMU,λ<=n,8192,1,57458,7.013916015625
RSDMU,λ<=n,8192,1,51763,6.3187255859375
RSDMU,λ<=n,8192,1,139748,17.05908203125
RSDMU,λ<=n,8192,1,55118,6.728271484375
RSDMU,λ<=n,8192,1,54759,6.6844482421875
RSDMU,λ<=n,8192,1,58518,7.143310546875
RSDMU,λ<=n,8192,1,69274,8.456298828125
RSDMU,λ<=n,8192,1,51376,6.271484375
RSDMU,λ<=n,8192,1,75505,9.2169189453125
RSDMU,λ<=n,8192,1,61436,7.49951171875
RSDMU,λ<=n,8192,1,64900,7.92236328125
RSDMU,λ<=n,8192,1,65403,7.9837646484375
RSDMU,λ<=n,8192,1,69223,8.4500732421875
RSDMU,λ<=n,8192,1,90145,11.0040283203125
RSDMU,λ<=n,8192,1,166783,20.3592529296875
RSDMU,λ<=n,8192,1,63480,7.7490234375
RSDMU,λ<=n,8192,1,128265,15.6573486328125
RSDMU,λ<=n,8192,1,59400,7.2509765625
RSDMU,λ<=n,8192,1,70563,8.6136474609375
RSDMU,λ<=n,8192,1,55847,6.8172607421875
RSDMU,λ<=n,8192,1,72355,8.8323974609375
RSDMU,λ<=n,8192,1,54318,6.630615234375
RSDMU,λ<=n,8192,1,60435,7.3773193359375
RSDMU,λ<=n,8192,1,60351,7.3670654296875
RSDMU,λ<=n,8192,1,95367,11.6414794921875
RSDMU,λ<=n,8192,1,176855,21.5887451171875
RSDMU,λ<=n,8192,1,101842,12.431884765625
RSDMU,λ<=n,8192,1,104582,12.766357421875
RSDMU,λ<=n,8192,1,54043,6.5970458984375
RSDMU,λ<=n,8192,1,60715,7.4114990234375
RSDMU,λ<=n,8192,1,63169,7.7110595703125
RSDMU,λ<=n,8192,1,66585,8.1280517578125
RSDMU,λ<=n,8192,1,97323,11.8802490234375
RRDMU,λ<=n,8192,1,91557,11.1763916015625
RRDMU,λ<=n,8192,1,56026,6.839111328125
RRDMU,λ<=n,8192,1,46001,5.6153564453125
RRDMU,λ<=n,8192,1,57825,7.0587158203125
RRDMU,λ<=n,8192,1,52157,6.3668212890625
RRDMU,λ<=n,8192,1,64108,7.82568359375
RRDMU,λ<=n,8192,1,55005,6.7144775390625
RRDMU,λ<=n,8192,1,56238,6.864990234375
RRDMU,λ<=n,8192,1,57606,7.031982421875
RRDMU,λ<=n,8192,1,63131,7.7064208984375
RRDMU,λ<=n,8192,1,92993,11.3516845703125
RRDMU,λ<=n,8192,1,109891,13.4144287109375
RRDMU,λ<=n,8192,1,63556,7.75830078125
RRDMU,λ<=n,8192,1,66946,8.172119140625
RRDMU,λ<=n,8192,1,160069,19.5396728515625
RRDMU,λ<=n,8192,1,79053,9.6500244140625
RRDMU,λ<=n,8192,1,50500,6.16455078125
RRDMU,λ<=n,8192,1,71517,8.7301025390625
RRDMU,λ<=n,8192,1,107510,13.123779296875
RRDMU,λ<=n,8192,1,56223,6.8631591796875
RRDMU,λ<=n,8192,1,47585,5.8087158203125
RRDMU,λ<=n,8192,1,57080,6.9677734375
RRDMU,λ<=n,8192,1,53790,6.566162109375
RRDMU,λ<=n,8192,1,45054,5.499755859375
RRDMU,λ<=n,8192,1,96237,11.7476806640625
RRDMU,λ<=n,8192,1,62198,7.592529296875
RRDMU,λ<=n,8192,1,82818,10.109619140625
RRDMU,λ<=n,8192,1,59312,7.240234375
RRDMU,λ<=n,8192,1,69084,8.43310546875
RRDMU,λ<=n,8192,1,110294,13.463623046875
RRDMU,λ<=n,8192,1,53253,6.5006103515625
RRDMU,λ<=n,8192,1,145424,17.751953125
RRDMU,λ<=n,8192,1,45634,5.570556640625
RRDMU,λ<=n,8192,1,48561,5.9278564453125
RRDMU,λ<=n,8192,1,93338,11.393798828125
RRDMU,λ<=n,8192,1,60986,7.444580078125
RRDMU,λ<=n,8192,1,96010,11.719970703125
RRDMU,λ<=n,8192,1,64515,7.8753662109375
RRDMU,λ<=n,8192,1,52119,6.3621826171875
RRDMU,λ<=n,8192,1,67552,8.24609375
RRDMU,λ<=n,8192,1,50712,6.1904296875
RRDMU,λ<=n,8192,1,62793,7.6651611328125
RRDMU,λ<=n,8192,1,61574,7.516357421875
RRDMU,λ<=n,8192,1,84852,10.35791015625
RRDMU,λ<=n,8192,1,50103,6.1160888671875
RRDMU,λ<=n,8192,1,54993,6.7130126953125
RRDMU,λ<=n,8192,1,51940,6.34033203125
RRDMU,λ<=n,8192,1,110760,13.5205078125
RRDMU,λ<=n,8192,1,62284,7.60302734375
RRDMU,λ<=n,8192,1,46627,5.6917724609375
RRDMU,λ<=n,8192,1,71463,8.7235107421875
RRDMU,λ<=n,8192,1,57127,6.9735107421875
RRDMU,λ<=n,8192,1,65692,8.01904296875
RRDMU,λ<=n,8192,1,81125,9.9029541015625
RRDMU,λ<=n,8192,1,86757,10.5904541015625
RRDMU,λ<=n,8192,1,91962,11.225830078125
RRDMU,λ<=n,8192,1,55474,6.771728515625
RRDMU,λ<=n,8192,1,78326,9.561279296875
RRDMU,λ<=n,8192,1,53868,6.57568359375
RRDMU,λ<=n,8192,1,68208,8.326171875
RRDMU,λ<=n,8192,1,50598,6.176513671875
RRDMU,λ<=n,8192,1,69204,8.44775390625
RRDMU,λ<=n,8192,1,62948,7.68408203125
RRDMU,λ<=n,8192,1,61567,7.5155029296875
RRDMU,λ<=n,8192,1,97696,11.92578125
RRDMU,λ<=n,8192,1,53121,6.4844970703125
RRDMU,λ<=n,8192,1,64346,7.854736328125
RRDMU,λ<=n,8192,1,63768,7.7841796875
RRDMU,λ<=n,8192,1,52724,6.43603515625
RRDMU,λ<=n,8192,1,97836,11.94287109375
RRDMU,λ<=n,8192,1,130943,15.9842529296875
RRDMU,λ<=n,8192,1,69108,8.43603515625
RRDMU,λ<=n,8192,1,103139,12.5902099609375
RRDMU,λ<=n,8192,1,50055,6.1102294921875
RRDMU,λ<=n,8192,1,44818,5.470947265625
RRDMU,λ<=n,8192,1,74258,9.064697265625
RRDMU,λ<=n,8192,1,83776,10.2265625
RRDMU,λ<=n,8192,1,69703,8.5086669921875
RRDMU,λ<=n,8192,1,63622,7.766357421875
RRDMU,λ<=n,8192,1,166812,20.36279296875
RRDMU,λ<=n,8192,1,102060,12.45849609375
RRDMU,λ<=n,8192,1,88797,10.8394775390625
RRDMU,λ<=n,8192,1,87980,10.73974609375
RRDMU,λ<=n,8192,1,59980,7.32177734375
RRDMU,λ<=n,8192,1,66441,8.1104736328125
RRDMU,λ<=n,8192,1,69865,8.5284423828125
RRDMU,λ<=n,8192,1,67857,8.2833251953125
RRDMU,λ<=n,8192,1,48835,5.9613037109375
RRDMU,λ<=n,8192,1,75622,9.231201171875
RRDMU,λ<=n,8192,1,109818,13.405517578125
RRDMU,λ<=n,8192,1,77533,9.4644775390625
RRDMU,λ<=n,8192,1,51123,6.2406005859375
RRDMU,λ<=n,8192,1,88429,10.7945556640625
RRDMU,λ<=n,8192,1,49615,6.0565185546875
RRDMU,λ<=n,8192,1,67040,8.18359375
RRDMU,λ<=n,8192,1,46868,5.72119140625
RRDMU,λ<=n,8192,1,49894,6.090576171875
RRDMU,λ<=n,8192,1,57620,7.03369140625
RRDMU,λ<=n,8192,1,62461,7.6246337890625
RRDMU,λ<=n,8192,1,48273,5.8927001953125
RHDMU,λ<=n,8192,1,54536,6.6572265625
RHDMU,λ<=n,8192,1,47455,5.7928466796875
RHDMU,λ<=n,8192,1,55717,6.8013916015625
RHDMU,λ<=n,8192,1,51625,6.3018798828125
RHDMU,λ<=n,8192,1,47769,5.8311767578125
RHDMU,λ<=n,8192,1,58728,7.1689453125
RHDMU,λ<=n,8192,1,49798,6.078857421875
RHDMU,λ<=n,8192,1,65200,7.958984375
RHDMU,λ<=n,8192,1,59976,7.3212890625
RHDMU,λ<=n,8192,1,70735,8.6346435546875
RHDMU,λ<=n,8192,1,130867,15.9749755859375
RHDMU,λ<=n,8192,1,61400,7.4951171875
RHDMU,λ<=n,8192,1,49591,6.0535888671875
RHDMU,λ<=n,8192,1,52202,6.372314453125
RHDMU,λ<=n,8192,1,56090,6.846923828125
RHDMU,λ<=n,8192,1,49782,6.076904296875
RHDMU,λ<=n,8192,1,65506,7.996337890625
RHDMU,λ<=n,8192,1,56269,6.8687744140625
RHDMU,λ<=n,8192,1,79177,9.6651611328125
RHDMU,λ<=n,8192,1,45841,5.5958251953125
RHDMU,λ<=n,8192,1,46704,5.701171875
RHDMU,λ<=n,8192,1,59300,7.23876953125
RHDMU,λ<=n,8192,1,59395,7.2503662109375
RHDMU,λ<=n,8192,1,90214,11.012451171875
RHDMU,λ<=n,8192,1,49003,5.9818115234375
RHDMU,λ<=n,8192,1,69602,8.496337890625
RHDMU,λ<=n,8192,1,46629,5.6920166015625
RHDMU,λ<=n,8192,1,43643,5.3275146484375
RHDMU,λ<=n,8192,1,79583,9.7147216796875
RHDMU,λ<=n,8192,1,45461,5.5494384765625
RHDMU,λ<=n,8192,1,55170,6.734619140625
RHDMU,λ<=n,8192,1,59588,7.27392578125
RHDMU,λ<=n,8192,1,51792,6.322265625
RHDMU,λ<=n,8192,1,116410,14.210205078125
RHDMU,λ<=n,8192,1,58534,7.145263671875
RHDMU,λ<=n,8192,1,62571,7.6380615234375
RHDMU,λ<=n,8192,1,47904,5.84765625
RHDMU,λ<=n,8192,1,46610,5.689697265625
RHDMU,λ<=n,8192,1,49048,5.9873046875
RHDMU,λ<=n,8192,1,53113,6.4835205078125
RHDMU,λ<=n,8192,1,46247,5.6453857421875
RHDMU,λ<=n,8192,1,66749,8.1480712890625
RHDMU,λ<=n,8192,1,52966,6.465576171875
RHDMU,λ<=n,8192,1,46616,5.6904296875
RHDMU,λ<=n,8192,1,52233,6.3760986328125
RHDMU,λ<=n,8192,1,75158,9.174560546875
RHDMU,λ<=n,8192,1,75138,9.172119140625
RHDMU,λ<=n,8192,1,59755,7.2943115234375
RHDMU,λ<=n,8192,1,50707,6.1898193359375
RHDMU,λ<=n,8192,1,51810,6.324462890625
RHDMU,λ<=n,8192,1,75917,9.2672119140625
RHDMU,λ<=n,8192,1,111045,13.5552978515625
RHDMU,λ<=n,8192,1,61445,7.5006103515625
RHDMU,λ<=n,8192,1,57803,7.0560302734375
RHDMU,λ<=n,8192,1,82586,10.081298828125
RHDMU,λ<=n,8192,1,51756,6.31787109375
RHDMU,λ<=n,8192,1,60201,7.3487548828125
RHDMU,λ<=n,8192,1,52067,6.3558349609375
RHDMU,λ<=n,8192,1,52389,6.3951416015625
RHDMU,λ<=n,8192,1,93866,11.458251953125
RHDMU,λ<=n,8192,1,52091,6.3587646484375
RHDMU,λ<=n,8192,1,49522,6.045166015625
RHDMU,λ<=n,8192,1,74773,9.1275634765625
RHDMU,λ<=n,8192,1,50536,6.1689453125
RHDMU,λ<=n,8192,1,84198,10.278076171875
RHDMU,λ<=n,8192,1,55143,6.7313232421875
RHDMU,λ<=n,8192,1,50152,6.1220703125
RHDMU,λ<=n,8192,1,48890,5.968017578125
RHDMU,λ<=n,8192,1,48282,5.893798828125
RHDMU,λ<=n,8192,1,82177,10.0313720703125
RHDMU,λ<=n,8192,1,91334,11.149169921875
RHDMU,λ<=n,8192,1,56822,6.936279296875
RHDMU,λ<=n,8192,1,170555,20.8197021484375
RHDMU,λ<=n,8192,1,48492,5.91943359375
RHDMU,λ<=n,8192,1,91843,11.2113037109375
RHDMU,λ<=n,8192,1,75962,9.272705078125
RHDMU,λ<=n,8192,1,50793,6.2003173828125
RHDMU,λ<=n,8192,1,231485,28.2574462890625
RHDMU,λ<=n,8192,1,46290,5.650634765625
RHDMU,λ<=n,8192,1,49106,5.994384765625
RHDMU,λ<=n,8192,1,97312,11.87890625
RHDMU,λ<=n,8192,1,89287,10.8992919921875
RHDMU,λ<=n,8192,1,52827,6.4486083984375
RHDMU,λ<=n,8192,1,59104,7.21484375
RHDMU,λ<=n,8192,1,158311,19.3250732421875
RHDMU,λ<=n,8192,1,53117,6.4840087890625
RHDMU,λ<=n,8192,1,121282,14.804931640625
RHDMU,λ<=n,8192,1,63883,7.7982177734375
RHDMU,λ<=n,8192,1,51903,6.3358154296875
RHDMU,λ<=n,8192,1,47386,5.784423828125
RHDMU,λ<=n,8192,1,47736,5.8271484375
RHDMU,λ<=n,8192,1,46143,5.6326904296875
RHDMU,λ<=n,8192,1,55056,6.720703125
RHDMU,λ<=n,8192,1,48038,5.864013671875
RHDMU,λ<=n,8192,1,45852,5.59716796875
RHDMU,λ<=n,8192,1,54333,6.6324462890625
RHDMU,λ<=n,8192,1,45251,5.5238037109375
RHDMU,λ<=n,8192,1,119134,14.542724609375
RHDMU,λ<=n,8192,1,74358,9.076904296875
RHDMU,λ<=n,8192,1,46488,5.6748046875
RHLMU,λ<=n,8192,1,73996,9.03271484375
RHLMU,λ<=n,8192,1,45884,5.60107421875
RHLMU,λ<=n,8192,1,46610,5.689697265625
RHLMU,λ<=n,8192,1,56845,6.9390869140625
RHLMU,λ<=n,8192,1,52543,6.4139404296875
RHLMU,λ<=n,8192,1,81056,9.89453125
RHLMU,λ<=n,8192,1,85458,10.431884765625
RHLMU,λ<=n,8192,1,51712,6.3125
RHLMU,λ<=n,8192,1,53441,6.5235595703125
RHLMU,λ<=n,8192,1,106381,12.9859619140625
RHLMU,λ<=n,8192,1,52596,6.42041015625
RHLMU,λ<=n,8192,1,58852,7.18408203125
RHLMU,λ<=n,8192,1,63290,7.725830078125
RHLMU,λ<=n,8192,1,65863,8.0399169921875
RHLMU,λ<=n,8192,1,49054,5.988037109375
RHLMU,λ<=n,8192,1,80063,9.7733154296875
RHLMU,λ<=n,8192,1,74690,9.117431640625
RHLMU,λ<=n,8192,1,43673,5.3311767578125
RHLMU,λ<=n,8192,1,54150,6.610107421875
RHLMU,λ<=n,8192,1,106071,12.9481201171875
RHLMU,λ<=n,8192,1,55375,6.7596435546875
RHLMU,λ<=n,8192,1,72451,8.8441162109375
RHLMU,λ<=n,8192,1,57948,7.07373046875
RHLMU,λ<=n,8192,1,51374,6.271240234375
RHLMU,λ<=n,8192,1,58471,7.1375732421875
RHLMU,λ<=n,8192,1,68176,8.322265625
RHLMU,λ<=n,8192,1,64302,7.849365234375
RHLMU,λ<=n,8192,1,56658,6.916259765625
RHLMU,λ<=n,8192,1,73815,9.0106201171875
RHLMU,λ<=n,8192,1,59091,7.2132568359375
RHLMU,λ<=n,8192,1,41875,5.1116943359375
RHLMU,λ<=n,8192,1,46673,5.6973876953125
RHLMU,λ<=n,8192,1,49282,6.015869140625
RHLMU,λ<=n,8192,1,55714,6.801025390625
RHLMU,λ<=n,8192,1,52014,6.349365234375
RHLMU,λ<=n,8192,1,47558,5.805419921875
RHLMU,λ<=n,8192,1,57176,6.9794921875
RHLMU,λ<=n,8192,1,46963,5.7327880859375
RHLMU,λ<=n,8192,1,44251,5.4017333984375
RHLMU,λ<=n,8192,1,46262,5.647216796875
RHLMU,λ<=n,8192,1,52662,6.428466796875
RHLMU,λ<=n,8192,1,67554,8.246337890625
RHLMU,λ<=n,8192,1,58423,7.1317138671875
RHLMU,λ<=n,8192,1,57161,6.9776611328125
RHLMU,λ<=n,8192,1,45619,5.5687255859375
RHLMU,λ<=n,8192,1,71690,8.751220703125
RHLMU,λ<=n,8192,1,124973,15.2554931640625
RHLMU,λ<=n,8192,1,42960,5.244140625
RHLMU,λ<=n,8192,1,51912,6.3369140625
RHLMU,λ<=n,8192,1,48810,5.958251953125
RHLMU,λ<=n,8192,1,94003,11.4749755859375
RHLMU,λ<=n,8192,1,75218,9.181884765625
RHLMU,λ<=n,8192,1,43639,5.3270263671875
RHLMU,λ<=n,8192,1,72952,8.9052734375
RHLMU,λ<=n,8192,1,56669,6.9176025390625
RHLMU,λ<=n,8192,1,58193,7.1036376953125
RHLMU,λ<=n,8192,1,55070,6.722412109375
RHLMU,λ<=n,8192,1,51547,6.2923583984375
RHLMU,λ<=n,8192,1,46220,5.64208984375
RHLMU,λ<=n,8192,1,58094,7.091552734375
RHLMU,λ<=n,8192,1,69297,8.4591064453125
RHLMU,λ<=n,8192,1,69919,8.5350341796875
RHLMU,λ<=n,8192,1,62808,7.6669921875
RHLMU,λ<=n,8192,1,47728,5.826171875
RHLMU,λ<=n,8192,1,60526,7.388427734375
RHLMU,λ<=n,8192,1,63101,7.7027587890625
RHLMU,λ<=n,8192,1,46379,5.6614990234375
RHLMU,λ<=n,8192,1,67301,8.2154541015625
RHLMU,λ<=n,8192,1,54906,6.702392578125
RHLMU,λ<=n,8192,1,52457,6.4034423828125
RHLMU,λ<=n,8192,1,47115,5.7513427734375
RHLMU,λ<=n,8192,1,64955,7.9290771484375
RHLMU,λ<=n,8192,1,86749,10.5894775390625
RHLMU,λ<=n,8192,1,52000,6.34765625
RHLMU,λ<=n,8192,1,71170,8.687744140625
RHLMU,λ<=n,8192,1,67520,8.2421875
RHLMU,λ<=n,8192,1,112458,13.727783203125
RHLMU,λ<=n,8192,1,57898,7.067626953125
RHLMU,λ<=n,8192,1,47432,5.7900390625
RHLMU,λ<=n,8192,1,68141,8.3179931640625
RHLMU,λ<=n,8192,1,47615,5.8123779296875
RHLMU,λ<=n,8192,1,69096,8.4345703125
RHLMU,λ<=n,8192,1,108864,13.2890625
RHLMU,λ<=n,8192,1,50482,6.162353515625
RHLMU,λ<=n,8192,1,58704,7.166015625
RHLMU,λ<=n,8192,1,67184,8.201171875
RHLMU,λ<=n,8192,1,61913,7.5577392578125
RHLMU,λ<=n,8192,1,44279,5.4051513671875
RHLMU,λ<=n,8192,1,51408,6.275390625
RHLMU,λ<=n,8192,1,49115,5.9954833984375
RHLMU,λ<=n,8192,1,61732,7.53564453125
RHLMU,λ<=n,8192,1,44748,5.46240234375
RHLMU,λ<=n,8192,1,64569,7.8819580078125
RHLMU,λ<=n,8192,1,56161,6.8555908203125
RHLMU,λ<=n,8192,1,58451,7.1351318359375
RHLMU,λ<=n,8192,1,67811,8.2777099609375
RHLMU,λ<=n,8192,1,56316,6.87451171875
RHLMU,λ<=n,8192,1,59786,7.298095703125
RHLMU,λ<=n,8192,1,81051,9.8939208984375
RHLMU,λ<=n,8192,1,87544,10.6865234375
RRLMU,λ<=n,8192,1,73520,8.974609375
RRLMU,λ<=n,8192,1,94182,11.496826171875
RRLMU,λ<=n,8192,1,55557,6.7818603515625
RRLMU,λ<=n,8192,1,58124,7.09521484375
RRLMU,λ<=n,8192,1,59063,7.2098388671875
RRLMU,λ<=n,8192,1,64912,7.923828125
RRLMU,λ<=n,8192,1,61530,7.510986328125
RRLMU,λ<=n,8192,1,75289,9.1905517578125
RRLMU,λ<=n,8192,1,73692,8.99560546875
RRLMU,λ<=n,8192,1,185642,22.661376953125
RRLMU,λ<=n,8192,1,48159,5.8787841796875
RRLMU,λ<=n,8192,1,55719,6.8016357421875
RRLMU,λ<=n,8192,1,133239,16.2645263671875
RRLMU,λ<=n,8192,1,56109,6.8492431640625
RRLMU,λ<=n,8192,1,52617,6.4229736328125
RRLMU,λ<=n,8192,1,75804,9.25341796875
RRLMU,λ<=n,8192,1,58385,7.1270751953125
RRLMU,λ<=n,8192,1,59227,7.2298583984375
RRLMU,λ<=n,8192,1,95856,11.701171875
RRLMU,λ<=n,8192,1,141795,17.3089599609375
RRLMU,λ<=n,8192,1,51980,6.34521484375
RRLMU,λ<=n,8192,1,156580,19.11376953125
RRLMU,λ<=n,8192,1,91321,11.1475830078125
RRLMU,λ<=n,8192,1,56860,6.94091796875
RRLMU,λ<=n,8192,1,53489,6.5294189453125
RRLMU,λ<=n,8192,1,86777,10.5928955078125
RRLMU,λ<=n,8192,1,48996,5.98095703125
RRLMU,λ<=n,8192,1,53901,6.5797119140625
RRLMU,λ<=n,8192,1,52121,6.3624267578125
RRLMU,λ<=n,8192,1,79268,9.67626953125
RRLMU,λ<=n,8192,1,73432,8.9638671875
RRLMU,λ<=n,8192,1,71054,8.673583984375
RRLMU,λ<=n,8192,1,110141,13.4449462890625
RRLMU,λ<=n,8192,1,57600,7.03125
RRLMU,λ<=n,8192,1,113459,13.8499755859375
RRLMU,λ<=n,8192,1,54765,6.6851806640625
RRLMU,λ<=n,8192,1,51184,6.248046875
RRLMU,λ<=n,8192,1,46591,5.6873779296875
RRLMU,λ<=n,8192,1,57916,7.06982421875
RRLMU,λ<=n,8192,1,55445,6.7681884765625
RRLMU,λ<=n,8192,1,70300,8.58154296875
RRLMU,λ<=n,8192,1,131406,16.040771484375
RRLMU,λ<=n,8192,1,51449,6.2803955078125
RRLMU,λ<=n,8192,1,51515,6.2884521484375
RRLMU,λ<=n,8192,1,85174,10.397216796875
RRLMU,λ<=n,8192,1,64564,7.88134765625
RRLMU,λ<=n,8192,1,52329,6.3878173828125
RRLMU,λ<=n,8192,1,111195,13.5736083984375
RRLMU,λ<=n,8192,1,49874,6.088134765625
RRLMU,λ<=n,8192,1,73300,8.94775390625
RRLMU,λ<=n,8192,1,51899,6.3353271484375
RRLMU,λ<=n,8192,1,48565,5.9283447265625
RRLMU,λ<=n,8192,1,54371,6.6370849609375
RRLMU,λ<=n,8192,1,55407,6.7635498046875
RRLMU,λ<=n,8192,1,62283,7.6029052734375
RRLMU,λ<=n,8192,1,64631,7.8895263671875
RRLMU,λ<=n,8192,1,88700,10.82763671875
RRLMU,λ<=n,8192,1,65850,8.038330078125
RRLMU,λ<=n,8192,1,52249,6.3780517578125
RRLMU,λ<=n,8192,1,170418,20.802978515625
RRLMU,λ<=n,8192,1,123282,15.049072265625
RRLMU,λ<=n,8192,1,141790,17.308349609375
RRLMU,λ<=n,8192,1,92059,11.2376708984375
RRLMU,λ<=n,8192,1,139387,17.0150146484375
RRLMU,λ<=n,8192,1,105663,12.8983154296875
RRLMU,λ<=n,8192,1,54086,6.602294921875
RRLMU,λ<=n,8192,1,51365,6.2701416015625
RRLMU,λ<=n,8192,1,55932,6.82763671875
RRLMU,λ<=n,8192,1,63367,7.7352294921875
RRLMU,λ<=n,8192,1,81850,9.991455078125
RRLMU,λ<=n,8192,1,54175,6.6131591796875
RRLMU,λ<=n,8192,1,52911,6.4588623046875
RRLMU,λ<=n,8192,1,60952,7.4404296875
RRLMU,λ<=n,8192,1,52957,6.4644775390625
RRLMU,λ<=n,8192,1,64333,7.8531494140625
RRLMU,λ<=n,8192,1,52904,6.4580078125
RRLMU,λ<=n,8192,1,123350,15.057373046875
RRLMU,λ<=n,8192,1,70431,8.5975341796875
RRLMU,λ<=n,8192,1,60122,7.339111328125
RRLMU,λ<=n,8192,1,55155,6.7327880859375
RRLMU,λ<=n,8192,1,54287,6.6268310546875
RRLMU,λ<=n,8192,1,56063,6.8436279296875
RRLMU,λ<=n,8192,1,155351,18.9637451171875
RRLMU,λ<=n,8192,1,51354,6.268798828125
RRLMU,λ<=n,8192,1,62706,7.654541015625
RRLMU,λ<=n,8192,1,83304,10.1689453125
RRLMU,λ<=n,8192,1,57721,7.0460205078125
RRLMU,λ<=n,8192,1,48586,5.930908203125
RRLMU,λ<=n,8192,1,49563,6.0501708984375
RRLMU,λ<=n,8192,1,50847,6.2069091796875
RRLMU,λ<=n,8192,1,195175,23.8250732421875
RRLMU,λ<=n,8192,1,59303,7.2391357421875
RRLMU,λ<=n,8192,1,87496,10.6806640625
RRLMU,λ<=n,8192,1,156449,19.0977783203125
RRLMU,λ<=n,8192,1,67946,8.294189453125
RRLMU,λ<=n,8192,1,54565,6.6607666015625
RRLMU,λ<=n,8192,1,55944,6.8291015625
RRLMU,λ<=n,8192,1,79637,9.7213134765625
RRLMU,λ<=n,8192,1,51922,6.338134765625
RSLMU,λ<=n,8192,1,251330,30.679931640625
RSLMU,λ<=n,8192,1,74718,9.120849609375
RSLMU,λ<=n,8192,1,127306,15.540283203125
RSLMU,λ<=n,8192,1,69620,8.49853515625
RSLMU,λ<=n,8192,1,63386,7.737548828125
RSLMU,λ<=n,8192,1,69596,8.49560546875
RSLMU,λ<=n,8192,1,71662,8.747802734375
RSLMU,λ<=n,8192,1,65087,7.9451904296875
RSLMU,λ<=n,8192,1,77802,9.497314453125
RSLMU,λ<=n,8192,1,95541,11.6627197265625
RSLMU,λ<=n,8192,1,61003,7.4466552734375
RSLMU,λ<=n,8192,1,70975,8.6639404296875
RSLMU,λ<=n,8192,1,64894,7.921630859375
RSLMU,λ<=n,8192,1,61565,7.5152587890625
RSLMU,λ<=n,8192,1,63054,7.697021484375
RSLMU,λ<=n,8192,1,89651,10.9437255859375
RSLMU,λ<=n,8192,1,68691,8.3851318359375
RSLMU,λ<=n,8192,1,78083,9.5316162109375
RSLMU,λ<=n,8192,1,61767,7.5399169921875
RSLMU,λ<=n,8192,1,102215,12.4774169921875
RSLMU,λ<=n,8192,1,63463,7.7469482421875
RSLMU,λ<=n,8192,1,68339,8.3421630859375
RSLMU,λ<=n,8192,1,91571,11.1781005859375
RSLMU,λ<=n,8192,1,79036,9.64794921875
RSLMU,λ<=n,8192,1,85722,10.464111328125
RSLMU,λ<=n,8192,1,68070,8.309326171875
RSLMU,λ<=n,8192,1,268021,32.7174072265625
RSLMU,λ<=n,8192,1,117529,14.3468017578125
RSLMU,λ<=n,8192,1,145820,17.80029296875
RSLMU,λ<=n,8192,1,89220,10.89111328125
RSLMU,λ<=n,8192,1,77726,9.488037109375
RSLMU,λ<=n,8192,1,76579,9.3480224609375
RSLMU,λ<=n,8192,1,65001,7.9346923828125
RSLMU,λ<=n,8192,1,103189,12.5963134765625
RSLMU,λ<=n,8192,1,62066,7.576416015625
RSLMU,λ<=n,8192,1,69541,8.4888916015625
RSLMU,λ<=n,8192,1,74806,9.131591796875
RSLMU,λ<=n,8192,1,60111,7.3377685546875
RSLMU,λ<=n,8192,1,79958,9.760498046875
RSLMU,λ<=n,8192,1,72035,8.7933349609375
RSLMU,λ<=n,8192,1,85127,10.3914794921875
RSLMU,λ<=n,8192,1,74142,9.050537109375
RSLMU,λ<=n,8192,1,129309,15.7847900390625
RSLMU,λ<=n,8192,1,71369,8.7120361328125
RSLMU,λ<=n,8192,1,64411,7.8626708984375
RSLMU,λ<=n,8192,1,68630,8.377685546875
RSLMU,λ<=n,8192,1,61014,7.447998046875
RSLMU,λ<=n,8192,1,68672,8.3828125
RSLMU,λ<=n,8192,1,64469,7.8697509765625
RSLMU,λ<=n,8192,1,65183,7.9569091796875
RSLMU,λ<=n,8192,1,106541,13.0054931640625
RSLMU,λ<=n,8192,1,61447,7.5008544921875
RSLMU,λ<=n,8192,1,68108,8.31396484375
RSLMU,λ<=n,8192,1,96068,11.72705078125
RSLMU,λ<=n,8192,1,81642,9.966064453125
RSLMU,λ<=n,8192,1,63765,7.7838134765625
RSLMU,λ<=n,8192,1,63167,7.7108154296875
RSLMU,λ<=n,8192,1,69530,8.487548828125
RSLMU,λ<=n,8192,1,104602,12.768798828125
RSLMU,λ<=n,8192,1,74345,9.0753173828125
RSLMU,λ<=n,8192,1,61890,7.554931640625
RSLMU,λ<=n,8192,1,63643,7.7689208984375
RSLMU,λ<=n,8192,1,74277,9.0670166015625
RSLMU,λ<=n,8192,1,79122,9.658447265625
RSLMU,λ<=n,8192,1,66254,8.087646484375
RSLMU,λ<=n,8192,1,75880,9.2626953125
RSLMU,λ<=n,8192,1,62855,7.6727294921875
RSLMU,λ<=n,8192,1,65759,8.0272216796875
RSLMU,λ<=n,8192,1,109791,13.4022216796875
RSLMU,λ<=n,8192,1,99758,12.177490234375
RSLMU,λ<=n,8192,1,81477,9.9459228515625
RSLMU,λ<=n,8192,1,71235,8.6956787109375
RSLMU,λ<=n,8192,1,79639,9.7215576171875
RSLMU,λ<=n,8192,1,64745,7.9034423828125
RSLMU,λ<=n,8192,1,94303,11.5115966796875
RSLMU,λ<=n,8192,1,70834,8.646728515625
RSLMU,λ<=n,8192,1,65231,7.9627685546875
RSLMU,λ<=n,8192,1,68076,8.31005859375
RSLMU,λ<=n,8192,1,64463,7.8690185546875
RSLMU,λ<=n,8192,1,66889,8.1651611328125
RSLMU,λ<=n,8192,1,67992,8.2998046875
RSLMU,λ<=n,8192,1,68135,8.3172607421875
RSLMU,λ<=n,8192,1,64970,7.930908203125
RSLMU,λ<=n,8192,1,74914,9.144775390625
RSLMU,λ<=n,8192,1,61785,7.5421142578125
RSLMU,λ<=n,8192,1,81842,9.990478515625
RSLMU,λ<=n,8192,1,88361,10.7862548828125
RSLMU,λ<=n,8192,1,73670,8.992919921875
RSLMU,λ<=n,8192,1,65214,7.960693359375
RSLMU,λ<=n,8192,1,74448,9.087890625
RSLMU,λ<=n,8192,1,67239,8.2078857421875
RSLMU,λ<=n,8192,1,67855,8.2830810546875
RSLMU,λ<=n,8192,1,113485,13.8531494140625
RSLMU,λ<=n,8192,1,66593,8.1290283203125
RSLMU,λ<=n,8192,1,66422,8.108154296875
RSLMU,λ<=n,8192,1,83879,10.2391357421875
RSLMU,λ<=n,8192,1,64319,7.8514404296875
RSLMU,λ<=n,8192,1,62911,7.6795654296875
RSLMU,λ<=n,8192,1,77403,9.4486083984375
RSLMU,λ<=n,8192,1,88483,10.8011474609375
RSDIU,λ<=n,8192,1,72730,8.878173828125
RSDIU,λ<=n,8192,1,111641,13.6280517578125
RSDIU,λ<=n,8192,1,195906,23.914306640625
RSDIU,λ<=n,8192,1,68665,8.3819580078125
RSDIU,λ<=n,8192,1,102699,12.5364990234375
RSDIU,λ<=n,8192,1,117227,14.3099365234375
RSDIU,λ<=n,8192,1,68028,8.30419921875
RSDIU,λ<=n,8192,1,137473,16.7813720703125
RSDIU,λ<=n,8192,1,172183,21.0184326171875
RSDIU,λ<=n,8192,1,88751,10.8338623046875
RSDIU,λ<=n,8192,1,85085,10.3863525390625
RSDIU,λ<=n,8192,1,68381,8.3472900390625
RSDIU,λ<=n,8192,1,112397,13.7203369140625
RSDIU,λ<=n,8192,1,75861,9.2603759765625
RSDIU,λ<=n,8192,1,98022,11.965576171875
RSDIU,λ<=n,8192,1,67923,8.2913818359375
RSDIU,λ<=n,8192,1,83796,10.22900390625
RSDIU,λ<=n,8192,1,71992,8.7880859375
RSDIU,λ<=n,8192,1,77514,9.462158203125
RSDIU,λ<=n,8192,1,69455,8.4783935546875
RSDIU,λ<=n,8192,1,204669,24.9840087890625
RSDIU,λ<=n,8192,1,180370,22.017822265625
RSDIU,λ<=n,8192,1,138091,16.8568115234375
RSDIU,λ<=n,8192,1,100578,12.277587890625
RSDIU,λ<=n,8192,1,102880,12.55859375
RSDIU,λ<=n,8192,1,149865,18.2940673828125
RSDIU,λ<=n,8192,1,69362,8.467041015625
RSDIU,λ<=n,8192,1,94528,11.5390625
RSDIU,λ<=n,8192,1,97399,11.8895263671875
RSDIU,λ<=n,8192,1,68705,8.3868408203125
RSDIU,λ<=n,8192,1,77871,9.5057373046875
RSDIU,λ<=n,8192,1,75757,9.2476806640625
RSDIU,λ<=n,8192,1,80733,9.8551025390625
RSDIU,λ<=n,8192,1,69994,8.544189453125
RSDIU,λ<=n,8192,1,114411,13.9661865234375
RSDIU,λ<=n,8192,1,66625,8.1329345703125
RSDIU,λ<=n,8192,1,75021,9.1578369140625
RSDIU,λ<=n,8192,1,74727,9.1219482421875
RSDIU,λ<=n,8192,1,75549,9.2222900390625
RSDIU,λ<=n,8192,1,71426,8.718994140625
RSDIU,λ<=n,8192,1,68112,8.314453125
RSDIU,λ<=n,8192,1,73077,8.9205322265625
RSDIU,λ<=n,8192,1,70960,8.662109375
RSDIU,λ<=n,8192,1,96172,11.73974609375
RSDIU,λ<=n,8192,1,75949,9.2711181640625
RSDIU,λ<=n,8192,1,101282,12.363525390625
RSDIU,λ<=n,8192,1,74694,9.117919921875
RSDIU,λ<=n,8192,1,157079,19.1746826171875
RSDIU,λ<=n,8192,1,67671,8.2606201171875
RSDIU,λ<=n,8192,1,68651,8.3802490234375
RSDIU,λ<=n,8192,1,70576,8.615234375
RSDIU,λ<=n,8192,1,79058,9.650634765625
RSDIU,λ<=n,8192,1,66549,8.1236572265625
RSDIU,λ<=n,8192,1,169190,20.653076171875
RSDIU,λ<=n,8192,1,137946,16.839111328125
RSDIU,λ<=n,8192,1,72094,8.800537109375
RSDIU,λ<=n,8192,1,99306,12.122314453125
RSDIU,λ<=n,8192,1,75560,9.2236328125
RSDIU,λ<=n,8192,1,130902,15.979248046875
RSDIU,λ<=n,8192,1,91979,11.2279052734375
RSDIU,λ<=n,8192,1,83284,10.16650390625
RSDIU,λ<=n,8192,1,76838,9.379638671875
RSDIU,λ<=n,8192,1,72368,8.833984375
RSDIU,λ<=n,8192,1,151089,18.4434814453125
RSDIU,λ<=n,8192,1,92355,11.2738037109375
RSDIU,λ<=n,8192,1,67269,8.2115478515625
RSDIU,λ<=n,8192,1,74384,9.080078125
RSDIU,λ<=n,8192,1,68182,8.322998046875
RSDIU,λ<=n,8192,1,73595,8.9837646484375
RSDIU,λ<=n,8192,1,75388,9.20263671875
RSDIU,λ<=n,8192,1,180704,22.05859375
RSDIU,λ<=n,8192,1,91815,11.2078857421875
RSDIU,λ<=n,8192,1,71309,8.7047119140625
RSDIU,λ<=n,8192,1,72328,8.8291015625
RSDIU,λ<=n,8192,1,74792,9.1298828125
RSDIU,λ<=n,8192,1,115836,14.14013671875
RSDIU,λ<=n,8192,1,69500,8.48388671875
RSDIU,λ<=n,8192,1,95203,11.6214599609375
RSDIU,λ<=n,8192,1,68421,8.3521728515625
RSDIU,λ<=n,8192,1,96218,11.745361328125
RSDIU,λ<=n,8192,1,72836,8.89111328125
RSDIU,λ<=n,8192,1,84909,10.3648681640625
RSDIU,λ<=n,8192,1,217366,26.533935546875
RSDIU,λ<=n,8192,1,68914,8.412353515625
RSDIU,λ<=n,8192,1,79117,9.6578369140625
RSDIU,λ<=n,8192,1,84932,10.36767578125
RSDIU,λ<=n,8192,1,78360,9.5654296875
RSDIU,λ<=n,8192,1,117701,14.3677978515625
RSDIU,λ<=n,8192,1,74658,9.113525390625
RSDIU,λ<=n,8192,1,71624,8.7431640625
RSDIU,λ<=n,8192,1,68469,8.3580322265625
RSDIU,λ<=n,8192,1,78042,9.526611328125
RSDIU,λ<=n,8192,1,80659,9.8460693359375
RSDIU,λ<=n,8192,1,71348,8.70947265625
RSDIU,λ<=n,8192,1,91387,11.1556396484375
RSDIU,λ<=n,8192,1,193734,23.649169921875
RSDIU,λ<=n,8192,1,68014,8.302490234375
RSDIU,λ<=n,8192,1,216977,26.4864501953125
RSDIU,λ<=n,8192,1,76195,9.3011474609375
RSDIU,λ<=n,8192,1,138573,16.9156494140625
RRDIU,λ<=n,8192,1,119832,14.6279296875
RRDIU,λ<=n,8192,1,60102,7.336669921875
RRDIU,λ<=n,8192,1,85266,10.408447265625
RRDIU,λ<=n,8192,1,134236,16.38623046875
RRDIU,λ<=n,8192,1,97618,11.916259765625
RRDIU,λ<=n,8192,1,80201,9.7901611328125
RRDIU,λ<=n,8192,1,68893,8.4097900390625
RRDIU,λ<=n,8192,1,85265,10.4083251953125
RRDIU,λ<=n,8192,1,97717,11.9283447265625
RRDIU,λ<=n,8192,1,86184,10.5205078125
RRDIU,λ<=n,8192,1,107196,13.08544921875
RRDIU,λ<=n,8192,1,62946,7.683837890625
RRDIU,λ<=n,8192,1,53474,6.527587890625
RRDIU,λ<=n,8192,1,82785,10.1055908203125
RRDIU,λ<=n,8192,1,75381,9.2017822265625
RRDIU,λ<=n,8192,1,108700,13.26904296875
RRDIU,λ<=n,8192,1,154403,18.8480224609375
RRDIU,λ<=n,8192,1,98397,12.0113525390625
RRDIU,λ<=n,8192,1,98955,12.0794677734375
RRDIU,λ<=n,8192,1,63121,7.7052001953125
RRDIU,λ<=n,8192,1,101274,12.362548828125
RRDIU,λ<=n,8192,1,68418,8.351806640625
RRDIU,λ<=n,8192,1,165140,20.15869140625
RRDIU,λ<=n,8192,1,95211,11.6224365234375
RRDIU,λ<=n,8192,1,102485,12.5103759765625
RRDIU,λ<=n,8192,1,113167,13.8143310546875
RRDIU,λ<=n,8192,1,84482,10.312744140625
RRDIU,λ<=n,8192,1,99158,12.104248046875
RRDIU,λ<=n,8192,1,100666,12.288330078125
RRDIU,λ<=n,8192,1,106635,13.0169677734375
RRDIU,λ<=n,8192,1,105802,12.915283203125
RRDIU,λ<=n,8192,1,113467,13.8509521484375
RRDIU,λ<=n,8192,1,102506,12.512939453125
RRDIU,λ<=n,8192,1,105978,12.936767578125
RRDIU,λ<=n,8192,1,97298,11.877197265625
RRDIU,λ<=n,8192,1,74841,9.1358642578125
RRDIU,λ<=n,8192,1,75391,9.2030029296875
RRDIU,λ<=n,8192,1,98867,12.0687255859375
RRDIU,λ<=n,8192,1,62116,7.58251953125
RRDIU,λ<=n,8192,1,80581,9.8365478515625
RRDIU,λ<=n,8192,1,65418,7.985595703125
RRDIU,λ<=n,8192,1,94182,11.496826171875
RRDIU,λ<=n,8192,1,64336,7.853515625
RRDIU,λ<=n,8192,1,69065,8.4307861328125
RRDIU,λ<=n,8192,1,72300,8.82568359375
RRDIU,λ<=n,8192,1,96194,11.742431640625
RRDIU,λ<=n,8192,1,65232,7.962890625
RRDIU,λ<=n,8192,1,68267,8.3333740234375
RRDIU,λ<=n,8192,1,101186,12.351806640625
RRDIU,λ<=n,8192,1,100201,12.2315673828125
RRDIU,λ<=n,8192,1,84113,10.2677001953125
RRDIU,λ<=n,8192,1,89064,10.8720703125
RRDIU,λ<=n,8192,1,155594,18.993408203125
RRDIU,λ<=n,8192,1,104264,12.7275390625
RRDIU,λ<=n,8192,1,63150,7.708740234375
RRDIU,λ<=n,8192,1,55323,6.7532958984375
RRDIU,λ<=n,8192,1,82151,10.0281982421875
RRDIU,λ<=n,8192,1,58777,7.1749267578125
RRDIU,λ<=n,8192,1,112960,13.7890625
RRDIU,λ<=n,8192,1,142306,17.371337890625
RRDIU,λ<=n,8192,1,72132,8.80517578125
RRDIU,λ<=n,8192,1,60250,7.354736328125
RRDIU,λ<=n,8192,1,85462,10.432373046875
RRDIU,λ<=n,8192,1,64109,7.8258056640625
RRDIU,λ<=n,8192,1,75399,9.2039794921875
RRDIU,λ<=n,8192,1,88961,10.8594970703125
RRDIU,λ<=n,8192,1,128813,15.7242431640625
RRDIU,λ<=n,8192,1,76186,9.300048828125
RRDIU,λ<=n,8192,1,100056,12.2138671875
RRDIU,λ<=n,8192,1,144955,17.6947021484375
RRDIU,λ<=n,8192,1,56719,6.9237060546875
RRDIU,λ<=n,8192,1,73263,8.9432373046875
RRDIU,λ<=n,8192,1,82411,10.0599365234375
RRDIU,λ<=n,8192,1,67692,8.26318359375
RRDIU,λ<=n,8192,1,83953,10.2481689453125
RRDIU,λ<=n,8192,1,65954,8.051025390625
RRDIU,λ<=n,8192,1,72124,8.80419921875
RRDIU,λ<=n,8192,1,97843,11.9437255859375
RRDIU,λ<=n,8192,1,53140,6.48681640625
RRDIU,λ<=n,8192,1,68140,8.31787109375
RRDIU,λ<=n,8192,1,87464,10.6767578125
RRDIU,λ<=n,8192,1,105220,12.84423828125
RRDIU,λ<=n,8192,1,99609,12.1593017578125
RRDIU,λ<=n,8192,1,78625,9.5977783203125
RRDIU,λ<=n,8192,1,72007,8.7899169921875
RRDIU,λ<=n,8192,1,119656,14.6064453125
RRDIU,λ<=n,8192,1,77737,9.4893798828125
RRDIU,λ<=n,8192,1,84839,10.3563232421875
RRDIU,λ<=n,8192,1,114762,14.009033203125
RRDIU,λ<=n,8192,1,79357,9.6871337890625
RRDIU,λ<=n,8192,1,68517,8.3638916015625
RRDIU,λ<=n,8192,1,64578,7.883056640625
RRDIU,λ<=n,8192,1,78604,9.59521484375
RRDIU,λ<=n,8192,1,126030,15.384521484375
RRDIU,λ<=n,8192,1,56831,6.9373779296875
RRDIU,λ<=n,8192,1,76537,9.3428955078125
RRDIU,λ<=n,8192,1,62407,7.6180419921875
RRDIU,λ<=n,8192,1,73318,8.949951171875
RRDIU,λ<=n,8192,1,59855,7.3065185546875
RRDIU,λ<=n,8192,1,69319,8.4617919921875
RHDIU,λ<=n,8192,1,71632,8.744140625
RHDIU,λ<=n,8192,1,65430,7.987060546875
RHDIU,λ<=n,8192,1,111433,13.6026611328125
RHDIU,λ<=n,8192,1,97718,11.928466796875
RHDIU,λ<=n,8192,1,63126,7.705810546875
RHDIU,λ<=n,8192,1,53937,6.5841064453125
RHDIU,λ<=n,8192,1,60258,7.355712890625
RHDIU,λ<=n,8192,1,53496,6.5302734375
RHDIU,λ<=n,8192,1,59483,7.2611083984375
RHDIU,λ<=n,8192,1,54285,6.6265869140625
RHDIU,λ<=n,8192,1,61784,7.5419921875
RHDIU,λ<=n,8192,1,55891,6.8226318359375
RHDIU,λ<=n,8192,1,139784,17.0634765625
RHDIU,λ<=n,8192,1,58431,7.1326904296875
RHDIU,λ<=n,8192,1,53232,6.498046875
RHDIU,λ<=n,8192,1,75903,9.2655029296875
RHDIU,λ<=n,8192,1,71238,8.696044921875
RHDIU,λ<=n,8192,1,101857,12.4337158203125
RHDIU,λ<=n,8192,1,88334,10.782958984375
RHDIU,λ<=n,8192,1,64683,7.8958740234375
RHDIU,λ<=n,8192,1,59000,7.2021484375
RHDIU,λ<=n,8192,1,69942,8.537841796875
RHDIU,λ<=n,8192,1,61839,7.5487060546875
RHDIU,λ<=n,8192,1,68855,8.4051513671875
RHDIU,λ<=n,8192,1,63644,7.76904296875
RHDIU,λ<=n,8192,1,71111,8.6805419921875
RHDIU,λ<=n,8192,1,63094,7.701904296875
RHDIU,λ<=n,8192,1,73475,8.9691162109375
RHDIU,λ<=n,8192,1,56631,6.9129638671875
RHDIU,λ<=n,8192,1,94239,11.5037841796875
RHDIU,λ<=n,8192,1,75784,9.2509765625
RHDIU,λ<=n,8192,1,57575,7.0281982421875
RHDIU,λ<=n,8192,1,76409,9.3272705078125
RHDIU,λ<=n,8192,1,51517,6.2886962890625
RHDIU,λ<=n,8192,1,70689,8.6290283203125
RHDIU,λ<=n,8192,1,68966,8.418701171875
RHDIU,λ<=n,8192,1,68243,8.3304443359375
RHDIU,λ<=n,8192,1,74089,9.0440673828125
RHDIU,λ<=n,8192,1,69222,8.449951171875
RHDIU,λ<=n,8192,1,55120,6.728515625
RHDIU,λ<=n,8192,1,72242,8.818603515625
RHDIU,λ<=n,8192,1,65740,8.02490234375
RHDIU,λ<=n,8192,1,73872,9.017578125
RHDIU,λ<=n,8192,1,73744,9.001953125
RHDIU,λ<=n,8192,1,80224,9.79296875
RHDIU,λ<=n,8192,1,60137,7.3409423828125
RHDIU,λ<=n,8192,1,68382,8.347412109375
RHDIU,λ<=n,8192,1,84159,10.2733154296875
RHDIU,λ<=n,8192,1,66056,8.0634765625
RHDIU,λ<=n,8192,1,79990,9.764404296875
RHDIU,λ<=n,8192,1,75192,9.1787109375
RHDIU,λ<=n,8192,1,71616,8.7421875
RHDIU,λ<=n,8192,1,53994,6.591064453125
RHDIU,λ<=n,8192,1,55215,6.7401123046875
RHDIU,λ<=n,8192,1,131382,16.037841796875
RHDIU,λ<=n,8192,1,56739,6.9261474609375
RHDIU,λ<=n,8192,1,62609,7.6427001953125
RHDIU,λ<=n,8192,1,63979,7.8099365234375
RHDIU,λ<=n,8192,1,56959,6.9530029296875
RHDIU,λ<=n,8192,1,56135,6.8524169921875
RHDIU,λ<=n,8192,1,58554,7.147705078125
RHDIU,λ<=n,8192,1,60388,7.37158203125
RHDIU,λ<=n,8192,1,67966,8.296630859375
RHDIU,λ<=n,8192,1,54803,6.6898193359375
RHDIU,λ<=n,8192,1,74856,9.1376953125
RHDIU,λ<=n,8192,1,58556,7.14794921875
RHDIU,λ<=n,8192,1,63808,7.7890625
RHDIU,λ<=n,8192,1,80971,9.8841552734375
RHDIU,λ<=n,8192,1,73329,8.9512939453125
RHDIU,λ<=n,8192,1,81106,9.900634765625
RHDIU,λ<=n,8192,1,70401,8.5938720703125
RHDIU,λ<=n,8192,1,81048,9.8935546875
RHDIU,λ<=n,8192,1,77633,9.4766845703125
RHDIU,λ<=n,8192,1,59590,7.274169921875
RHDIU,λ<=n,8192,1,64584,7.8837890625
RHDIU,λ<=n,8192,1,63449,7.7452392578125
RHDIU,λ<=n,8192,1,52734,6.437255859375
RHDIU,λ<=n,8192,1,68703,8.3865966796875
RHDIU,λ<=n,8192,1,55456,6.76953125
RHDIU,λ<=n,8192,1,53949,6.5855712890625
RHDIU,λ<=n,8192,1,144571,17.6478271484375
RHDIU,λ<=n,8192,1,61918,7.558349609375
RHDIU,λ<=n,8192,1,88159,10.7615966796875
RHDIU,λ<=n,8192,1,60176,7.345703125
RHDIU,λ<=n,8192,1,86118,10.512451171875
RHDIU,λ<=n,8192,1,85338,10.417236328125
RHDIU,λ<=n,8192,1,57455,7.0135498046875
RHDIU,λ<=n,8192,1,132525,16.1773681640625
RHDIU,λ<=n,8192,1,65575,8.0047607421875
RHDIU,λ<=n,8192,1,65538,8.000244140625
RHDIU,λ<=n,8192,1,57489,7.0177001953125
RHDIU,λ<=n,8192,1,82846,10.113037109375
RHDIU,λ<=n,8192,1,70516,8.60791015625
RHDIU,λ<=n,8192,1,118694,14.489013671875
RHDIU,λ<=n,8192,1,81285,9.9224853515625
RHDIU,λ<=n,8192,1,65277,7.9683837890625
RHDIU,λ<=n,8192,1,81581,9.9586181640625
RHDIU,λ<=n,8192,1,109287,13.3406982421875
RHDIU,λ<=n,8192,1,89541,10.9302978515625
RHDIU,λ<=n,8192,1,67342,8.220458984375
RHLIU,λ<=n,8192,1,81939,10.0023193359375
RHLIU,λ<=n,8192,1,58246,7.110107421875
RHLIU,λ<=n,8192,1,63273,7.7237548828125
RHLIU,λ<=n,8192,1,70657,8.6251220703125
RHLIU,λ<=n,8192,1,54968,6.7099609375
RHLIU,λ<=n,8192,1,60086,7.334716796875
RHLIU,λ<=n,8192,1,54045,6.5972900390625
RHLIU,λ<=n,8192,1,60861,7.4293212890625
RHLIU,λ<=n,8192,1,65084,7.94482421875
RHLIU,λ<=n,8192,1,94936,11.5888671875
RHLIU,λ<=n,8192,1,60514,7.386962890625
RHLIU,λ<=n,8192,1,63036,7.69482421875
RHLIU,λ<=n,8192,1,53739,6.5599365234375
RHLIU,λ<=n,8192,1,62561,7.6368408203125
RHLIU,λ<=n,8192,1,83785,10.2276611328125
RHLIU,λ<=n,8192,1,73606,8.985107421875
RHLIU,λ<=n,8192,1,71986,8.787353515625
RHLIU,λ<=n,8192,1,55284,6.74853515625
RHLIU,λ<=n,8192,1,56419,6.8870849609375
RHLIU,λ<=n,8192,1,59262,7.234130859375
RHLIU,λ<=n,8192,1,59709,7.2886962890625
RHLIU,λ<=n,8192,1,61203,7.4710693359375
RHLIU,λ<=n,8192,1,61128,7.4619140625
RHLIU,λ<=n,8192,1,92159,11.2498779296875
RHLIU,λ<=n,8192,1,62583,7.6395263671875
RHLIU,λ<=n,8192,1,70434,8.597900390625
RHLIU,λ<=n,8192,1,62086,7.578857421875
RHLIU,λ<=n,8192,1,73815,9.0106201171875
RHLIU,λ<=n,8192,1,75328,9.1953125
RHLIU,λ<=n,8192,1,71458,8.722900390625
RHLIU,λ<=n,8192,1,76191,9.3006591796875
RHLIU,λ<=n,8192,1,54853,6.6959228515625
RHLIU,λ<=n,8192,1,62480,7.626953125
RHLIU,λ<=n,8192,1,61197,7.4703369140625
RHLIU,λ<=n,8192,1,54138,6.608642578125
RHLIU,λ<=n,8192,1,71240,8.6962890625
RHLIU,λ<=n,8192,1,64781,7.9078369140625
RHLIU,λ<=n,8192,1,61220,7.47314453125
RHLIU,λ<=n,8192,1,100515,12.2698974609375
RHLIU,λ<=n,8192,1,55689,6.7979736328125
RHLIU,λ<=n,8192,1,65218,7.961181640625
RHLIU,λ<=n,8192,1,55018,6.716064453125
RHLIU,λ<=n,8192,1,63855,7.7947998046875
RHLIU,λ<=n,8192,1,76852,9.38134765625
RHLIU,λ<=n,8192,1,77207,9.4246826171875
RHLIU,λ<=n,8192,1,65847,8.0379638671875
RHLIU,λ<=n,8192,1,76062,9.284912109375
RHLIU,λ<=n,8192,1,59958,7.319091796875
RHLIU,λ<=n,8192,1,60918,7.436279296875
RHLIU,λ<=n,8192,1,52094,6.359130859375
RHLIU,λ<=n,8192,1,58943,7.1951904296875
RHLIU,λ<=n,8192,1,64042,7.817626953125
RHLIU,λ<=n,8192,1,80150,9.783935546875
RHLIU,λ<=n,8192,1,66412,8.10693359375
RHLIU,λ<=n,8192,1,62854,7.672607421875
RHLIU,λ<=n,8192,1,121169,14.7911376953125
RHLIU,λ<=n,8192,1,95254,11.627685546875
RHLIU,λ<=n,8192,1,68816,8.400390625
RHLIU,λ<=n,8192,1,74210,9.058837890625
RHLIU,λ<=n,8192,1,68860,8.40576171875
RHLIU,λ<=n,8192,1,56691,6.9202880859375
RHLIU,λ<=n,8192,1,58018,7.082275390625
RHLIU,λ<=n,8192,1,63364,7.73486328125
RHLIU,λ<=n,8192,1,59623,7.2781982421875
RHLIU,λ<=n,8192,1,83045,10.1373291015625
RHLIU,λ<=n,8192,1,52783,6.4432373046875
RHLIU,λ<=n,8192,1,79671,9.7254638671875
RHLIU,λ<=n,8192,1,65190,7.957763671875
RHLIU,λ<=n,8192,1,68329,8.3409423828125
RHLIU,λ<=n,8192,1,60585,7.3956298828125
RHLIU,λ<=n,8192,1,63718,7.778076171875
RHLIU,λ<=n,8192,1,68577,8.3712158203125
RHLIU,λ<=n,8192,1,120257,14.6798095703125
RHLIU,λ<=n,8192,1,66868,8.16259765625
RHLIU,λ<=n,8192,1,59218,7.228759765625
RHLIU,λ<=n,8192,1,56795,6.9329833984375
RHLIU,λ<=n,8192,1,56809,6.9346923828125
RHLIU,λ<=n,8192,1,66698,8.141845703125
RHLIU,λ<=n,8192,1,51781,6.3209228515625
RHLIU,λ<=n,8192,1,53866,6.575439453125
RHLIU,λ<=n,8192,1,72925,8.9019775390625
RHLIU,λ<=n,8192,1,62108,7.58154296875
RHLIU,λ<=n,8192,1,56062,6.843505859375
RHLIU,λ<=n,8192,1,67228,8.20654296875
RHLIU,λ<=n,8192,1,78179,9.5433349609375
RHLIU,λ<=n,8192,1,73007,8.9119873046875
RHLIU,λ<=n,8192,1,56648,6.9150390625
RHLIU,λ<=n,8192,1,64830,7.913818359375
RHLIU,λ<=n,8192,1,70692,8.62939453125
RHLIU,λ<=n,8192,1,78200,9.5458984375
RHLIU,λ<=n,8192,1,53807,6.5682373046875
RHLIU,λ<=n,8192,1,54490,6.651611328125
RHLIU,λ<=n,8192,1,59233,7.2305908203125
RHLIU,λ<=n,8192,1,51220,6.25244140625
RHLIU,λ<=n,8192,1,58068,7.08837890625
RHLIU,λ<=n,8192,1,58273,7.1134033203125
RHLIU,λ<=n,8192,1,76408,9.3271484375
RHLIU,λ<=n,8192,1,62512,7.630859375
RHLIU,λ<=n,8192,1,55161,6.7335205078125
RHLIU,λ<=n,8192,1,60944,7.439453125
RRLIU,λ<=n,8192,1,112100,13.68408203125
RRLIU,λ<=n,8192,1,60180,7.34619140625
RRLIU,λ<=n,8192,1,85044,10.38134765625
RRLIU,λ<=n,8192,1,67655,8.2586669921875
RRLIU,λ<=n,8192,1,58946,7.195556640625
RRLIU,λ<=n,8192,1,171504,20.935546875
RRLIU,λ<=n,8192,1,81119,9.9022216796875
RRLIU,λ<=n,8192,1,87189,10.6431884765625
RRLIU,λ<=n,8192,1,173895,21.2274169921875
RRLIU,λ<=n,8192,1,86950,10.614013671875
RRLIU,λ<=n,8192,1,71673,8.7491455078125
RRLIU,λ<=n,8192,1,84889,10.3624267578125
RRLIU,λ<=n,8192,1,68863,8.4061279296875
RRLIU,λ<=n,8192,1,68530,8.365478515625
RRLIU,λ<=n,8192,1,78080,9.53125
RRLIU,λ<=n,8192,1,123491,15.0745849609375
RRLIU,λ<=n,8192,1,64186,7.835205078125
RRLIU,λ<=n,8192,1,73701,8.9967041015625
RRLIU,λ<=n,8192,1,56102,6.848388671875
RRLIU,λ<=n,8192,1,91924,11.22119140625
RRLIU,λ<=n,8192,1,91266,11.140869140625
RRLIU,λ<=n,8192,1,75595,9.2279052734375
RRLIU,λ<=n,8192,1,70827,8.6458740234375
RRLIU,λ<=n,8192,1,123599,15.0877685546875
RRLIU,λ<=n,8192,1,117903,14.3924560546875
RRLIU,λ<=n,8192,1,77532,9.46435546875
RRLIU,λ<=n,8192,1,128306,15.662353515625
RRLIU,λ<=n,8192,1,101759,12.4217529296875
RRLIU,λ<=n,8192,1,85214,10.402099609375
RRLIU,λ<=n,8192,1,57644,7.03662109375
RRLIU,λ<=n,8192,1,75902,9.265380859375
RRLIU,λ<=n,8192,1,69336,8.4638671875
RRLIU,λ<=n,8192,1,106635,13.0169677734375
RRLIU,λ<=n,8192,1,102459,12.5072021484375
RRLIU,λ<=n,8192,1,68462,8.357177734375
RRLIU,λ<=n,8192,1,110820,13.52783203125
RRLIU,λ<=n,8192,1,77506,9.461181640625
RRLIU,λ<=n,8192,1,83124,10.14697265625
RRLIU,λ<=n,8192,1,87907,10.7308349609375
RRLIU,λ<=n,8192,1,77726,9.488037109375
RRLIU,λ<=n,8192,1,54692,6.67626953125
RRLIU,λ<=n,8192,1,73487,8.9705810546875
RRLIU,λ<=n,8192,1,130848,15.97265625
RRLIU,λ<=n,8192,1,73048,8.9169921875
RRLIU,λ<=n,8192,1,80905,9.8760986328125
RRLIU,λ<=n,8192,1,83659,10.2122802734375
RRLIU,λ<=n,8192,1,83632,10.208984375
RRLIU,λ<=n,8192,1,57113,6.9718017578125
RRLIU,λ<=n,8192,1,63046,7.696044921875
RRLIU,λ<=n,8192,1,148412,18.11669921875
RRLIU,λ<=n,8192,1,57827,7.0589599609375
RRLIU,λ<=n,8192,1,98130,11.978759765625
RRLIU,λ<=n,8192,1,136400,16.650390625
RRLIU,λ<=n,8192,1,61849,7.5499267578125
RRLIU,λ<=n,8192,1,103525,12.6373291015625
RRLIU,λ<=n,8192,1,78788,9.61767578125
RRLIU,λ<=n,8192,1,120273,14.6817626953125
RRLIU,λ<=n,8192,1,59614,7.277099609375
RRLIU,λ<=n,8192,1,95498,11.657470703125
RRLIU,λ<=n,8192,1,62383,7.6151123046875
RRLIU,λ<=n,8192,1,62846,7.671630859375
RRLIU,λ<=n,8192,1,67817,8.2784423828125
RRLIU,λ<=n,8192,1,110269,13.4605712890625
RRLIU,λ<=n,8192,1,84338,10.295166015625
RRLIU,λ<=n,8192,1,119168,14.546875
RRLIU,λ<=n,8192,1,74569,9.1026611328125
RRLIU,λ<=n,8192,1,68967,8.4188232421875
RRLIU,λ<=n,8192,1,80114,9.779541015625
RRLIU,λ<=n,8192,1,120832,14.75
RRLIU,λ<=n,8192,1,122686,14.976318359375
RRLIU,λ<=n,8192,1,70788,8.64111328125
RRLIU,λ<=n,8192,1,77129,9.4151611328125
RRLIU,λ<=n,8192,1,167494,20.446044921875
RRLIU,λ<=n,8192,1,85191,10.3992919921875
RRLIU,λ<=n,8192,1,62385,7.6153564453125
RRLIU,λ<=n,8192,1,61769,7.5401611328125
RRLIU,λ<=n,8192,1,112561,13.7403564453125
RRLIU,λ<=n,8192,1,59019,7.2044677734375
RRLIU,λ<=n,8192,1,59607,7.2762451171875
RRLIU,λ<=n,8192,1,122108,14.90576171875
RRLIU,λ<=n,8192,1,136704,16.6875
RRLIU,λ<=n,8192,1,91387,11.1556396484375
RRLIU,λ<=n,8192,1,80767,9.8592529296875
RRLIU,λ<=n,8192,1,117050,14.288330078125
RRLIU,λ<=n,8192,1,136920,16.7138671875
RRLIU,λ<=n,8192,1,139655,17.0477294921875
RRLIU,λ<=n,8192,1,87563,10.6888427734375
RRLIU,λ<=n,8192,1,70147,8.5628662109375
RRLIU,λ<=n,8192,1,106454,12.994873046875
RRLIU,λ<=n,8192,1,75689,9.2393798828125
RRLIU,λ<=n,8192,1,113966,13.911865234375
RRLIU,λ<=n,8192,1,96249,11.7491455078125
RRLIU,λ<=n,8192,1,127943,15.6180419921875
RRLIU,λ<=n,8192,1,98621,12.0386962890625
RRLIU,λ<=n,8192,1,199107,24.3050537109375
RRLIU,λ<=n,8192,1,74800,9.130859375
RRLIU,λ<=n,8192,1,91134,11.124755859375
RRLIU,λ<=n,8192,1,86808,10.5966796875
RRLIU,λ<=n,8192,1,63057,7.6973876953125
RRLIU,λ<=n,8192,1,60590,7.396240234375
RSLIU,λ<=n,8192,1,172863,21.1014404296875
RSLIU,λ<=n,8192,1,108105,13.1964111328125
RSLIU,λ<=n,8192,1,185515,22.6458740234375
RSLIU,λ<=n,8192,1,129291,15.7825927734375
RSLIU,λ<=n,8192,1,102085,12.4615478515625
RSLIU,λ<=n,8192,1,176104,21.4970703125
RSLIU,λ<=n,8192,1,101223,12.3563232421875
RSLIU,λ<=n,8192,1,111074,13.558837890625
RSLIU,λ<=n,8192,1,169591,20.7020263671875
RSLIU,λ<=n,8192,1,100923,12.3197021484375
RSLIU,λ<=n,8192,1,117075,14.2913818359375
RSLIU,λ<=n,8192,1,113265,13.8262939453125
RSLIU,λ<=n,8192,1,91104,11.12109375
RSLIU,λ<=n,8192,1,128072,15.6337890625
RSLIU,λ<=n,8192,1,93428,11.40478515625
RSLIU,λ<=n,8192,1,95856,11.701171875
RSLIU,λ<=n,8192,1,209745,25.6036376953125
RSLIU,λ<=n,8192,1,120731,14.7376708984375
RSLIU,λ<=n,8192,1,178458,21.784423828125
RSLIU,λ<=n,8192,1,117126,14.297607421875
RSLIU,λ<=n,8192,1,118683,14.4876708984375
RSLIU,λ<=n,8192,1,150439,18.3641357421875
RSLIU,λ<=n,8192,1,120736,14.73828125
RSLIU,λ<=n,8192,1,176277,21.5181884765625
RSLIU,λ<=n,8192,1,86775,10.5926513671875
RSLIU,λ<=n,8192,1,92941,11.3453369140625
RSLIU,λ<=n,8192,1,152544,18.62109375
RSLIU,λ<=n,8192,1,113762,13.886962890625
RSLIU,λ<=n,8192,1,132531,16.1781005859375
RSLIU,λ<=n,8192,1,148798,18.163818359375
RSLIU,λ<=n,8192,1,103542,12.639404296875
RSLIU,λ<=n,8192,1,112159,13.6912841796875
RSLIU,λ<=n,8192,1,221530,27.042236328125
RSLIU,λ<=n,8192,1,151477,18.4908447265625
RSLIU,λ<=n,8192,1,124740,15.22705078125
RSLIU,λ<=n,8192,1,85861,10.4810791015625
RSLIU,λ<=n,8192,1,152302,18.591552734375
RSLIU,λ<=n,8192,1,248625,30.3497314453125
RSLIU,λ<=n,8192,1,136560,16.669921875
RSLIU,λ<=n,8192,1,126275,15.4144287109375
RSLIU,λ<=n,8192,1,83089,10.1427001953125
RSLIU,λ<=n,8192,1,100821,12.3072509765625
RSLIU,λ<=n,8192,1,130855,15.9735107421875
RSLIU,λ<=n,8192,1,227189,27.7330322265625
RSLIU,λ<=n,8192,1,150409,18.3604736328125
RSLIU,λ<=n,8192,1,109842,13.408447265625
RSLIU,λ<=n,8192,1,119432,14.5791015625
RSLIU,λ<=n,8192,1,199694,24.376708984375
RSLIU,λ<=n,8192,1,148210,18.092041015625
RSLIU,λ<=n,8192,1,94288,11.509765625
RSLIU,λ<=n,8192,1,156040,19.0478515625
RSLIU,λ<=n,8192,1,113379,13.8402099609375
RSLIU,λ<=n,8192,1,103546,12.639892578125
RSLIU,λ<=n,8192,1,97674,11.923095703125
RSLIU,λ<=n,8192,1,151325,18.4722900390625
RSLIU,λ<=n,8192,1,101164,12.34912109375
RSLIU,λ<=n,8192,1,151484,18.49169921875
RSLIU,λ<=n,8192,1,84062,10.261474609375
RSLIU,λ<=n,8192,1,107096,13.0732421875
RSLIU,λ<=n,8192,1,143805,17.5543212890625
RSLIU,λ<=n,8192,1,141997,17.3336181640625
RSLIU,λ<=n,8192,1,286945,35.0274658203125
RSLIU,λ<=n,8192,1,191688,23.3994140625
RSLIU,λ<=n,8192,1,117610,14.356689453125
RSLIU,λ<=n,8192,1,117983,14.4022216796875
RSLIU,λ<=n,8192,1,266897,32.5802001953125
RSLIU,λ<=n,8192,1,93138,11.369384765625
RSLIU,λ<=n,8192,1,126616,15.4560546875
RSLIU,λ<=n,8192,1,226374,27.633544921875
RSLIU,λ<=n,8192,1,198910,24.281005859375
RSLIU,λ<=n,8192,1,203951,24.8963623046875
RSLIU,λ<=n,8192,1,85031,10.3797607421875
RSLIU,λ<=n,8192,1,147811,18.0433349609375
RSLIU,λ<=n,8192,1,104585,12.7667236328125
RSLIU,λ<=n,8192,1,122505,14.9542236328125
RSLIU,λ<=n,8192,1,127918,15.614990234375
RSLIU,λ<=n,8192,1,103335,12.6141357421875
RSLIU,λ<=n,8192,1,154372,18.84423828125
RSLIU,λ<=n,8192,1,128692,15.70947265625
RSLIU,λ<=n,8192,1,117970,14.400634765625
RSLIU,λ<=n,8192,1,110243,13.4573974609375
RSLIU,λ<=n,8192,1,180789,22.0689697265625
RSLIU,λ<=n,8192,1,143063,17.4637451171875
RSLIU,λ<=n,8192,1,87167,10.6405029296875
RSLIU,λ<=n,8192,1,156421,19.0943603515625
RSLIU,λ<=n,8192,1,94619,11.5501708984375
RSLIU,λ<=n,8192,1,78259,9.5531005859375
RSLIU,λ<=n,8192,1,136600,16.6748046875
RSLIU,λ<=n,8192,1,137945,16.8389892578125
RSLIU,λ<=n,8192,1,94930,11.588134765625
RSLIU,λ<=n,8192,1,94933,11.5885009765625
RSLIU,λ<=n,8192,1,250779,30.6126708984375
RSLIU,λ<=n,8192,1,98974,12.081787109375
RSLIU,λ<=n,8192,1,100410,12.257080078125
RSLIU,λ<=n,8192,1,135095,16.4910888671875
RSLIU,λ<=n,8192,1,127776,15.59765625
RSLIU,λ<=n,8192,1,108403,13.2327880859375
RSLIU,λ<=n,8192,1,235298,28.722900390625
RSLIU,λ<=n,8192,1,125506,15.320556640625
RSLIU,λ<=n,8192,1,161431,19.7059326171875
HSDCP,λ<=n,8192,1,56635,6.9134521484375
HSDCP,λ<=n,8192,1,57028,6.96142578125
HSDCP,λ<=n,8192,1,63364,7.73486328125
HSDCP,λ<=n,8192,1,58961,7.1973876953125
HSDCP,λ<=n,8192,1,60995,7.4456787109375
HSDCP,λ<=n,8192,1,64516,7.87548828125
HSDCP,λ<=n,8192,1,63126,7.705810546875
HSDCP,λ<=n,8192,1,62335,7.6092529296875
HSDCP,λ<=n,8192,1,60761,7.4171142578125
HSDCP,λ<=n,8192,1,56143,6.8533935546875
HSDCP,λ<=n,8192,1,60305,7.3614501953125
HSDCP,λ<=n,8192,1,57405,7.0074462890625
HSDCP,λ<=n,8192,1,83569,10.2012939453125
HSDCP,λ<=n,8192,1,56115,6.8499755859375
HSDCP,λ<=n,8192,1,60487,7.3836669921875
HSDCP,λ<=n,8192,1,56879,6.9432373046875
HSDCP,λ<=n,8192,1,53737,6.5596923828125
HSDCP,λ<=n,8192,1,65643,8.0130615234375
HSDCP,λ<=n,8192,1,57284,6.99267578125
HSDCP,λ<=n,8192,1,55461,6.7701416015625
HSDCP,λ<=n,8192,1,56418,6.886962890625
HSDCP,λ<=n,8192,1,56860,6.94091796875
HSDCP,λ<=n,8192,1,57964,7.07568359375
HSDCP,λ<=n,8192,1,57385,7.0050048828125
HSDCP,λ<=n,8192,1,56194,6.859619140625
HSDCP,λ<=n,8192,1,53148,6.48779296875
HSDCP,λ<=n,8192,1,56248,6.8662109375
HSDCP,λ<=n,8192,1,51374,6.271240234375
HSDCP,λ<=n,8192,1,60237,7.3531494140625
HSDCP,λ<=n,8192,1,54548,6.65869140625
HSDCP,λ<=n,8192,1,54305,6.6290283203125
HSDCP,λ<=n,8192,1,57036,6.96240234375
HSDCP,λ<=n,8192,1,55607,6.7879638671875
HSDCP,λ<=n,8192,1,55611,6.7884521484375
HSDCP,λ<=n,8192,1,61771,7.5404052734375
HSDCP,λ<=n,8192,1,57154,6.976806640625
HSDCP,λ<=n,8192,1,53753,6.5616455078125
HSDCP,λ<=n,8192,1,61028,7.44970703125
HSDCP,λ<=n,8192,1,63365,7.7349853515625
HSDCP,λ<=n,8192,1,57047,6.9637451171875
HSDCP,λ<=n,8192,1,54522,6.655517578125
HSDCP,λ<=n,8192,1,54123,6.6068115234375
HSDCP,λ<=n,8192,1,56400,6.884765625
HSDCP,λ<=n,8192,1,62571,7.6380615234375
HSDCP,λ<=n,8192,1,57682,7.041259765625
HSDCP,λ<=n,8192,1,57604,7.03173828125
HSDCP,λ<=n,8192,1,88872,10.8486328125
HSDCP,λ<=n,8192,1,51640,6.3037109375
HSDCP,λ<=n,8192,1,59164,7.22216796875
HSDCP,λ<=n,8192,1,56934,6.949951171875
HSDCP,λ<=n,8192,1,56956,6.95263671875
HSDCP,λ<=n,8192,1,66490,8.116455078125
HSDCP,λ<=n,8192,1,58760,7.1728515625
HSDCP,λ<=n,8192,1,67954,8.295166015625
HSDCP,λ<=n,8192,1,55334,6.754638671875
HSDCP,λ<=n,8192,1,53796,6.56689453125
HSDCP,λ<=n,8192,1,56422,6.887451171875
HSDCP,λ<=n,8192,1,55327,6.7537841796875
HSDCP,λ<=n,8192,1,53035,6.4739990234375
HSDCP,λ<=n,8192,1,54070,6.600341796875
HSDCP,λ<=n,8192,1,69871,8.5291748046875
HSDCP,λ<=n,8192,1,55966,6.831787109375
HSDCP,λ<=n,8192,1,56557,6.9039306640625
HSDCP,λ<=n,8192,1,59738,7.292236328125
HSDCP,λ<=n,8192,1,53274,6.503173828125
HSDCP,λ<=n,8192,1,53433,6.5225830078125
HSDCP,λ<=n,8192,1,61947,7.5618896484375
HSDCP,λ<=n,8192,1,60781,7.4195556640625
HSDCP,λ<=n,8192,1,61381,7.4927978515625
HSDCP,λ<=n,8192,1,55922,6.826416015625
HSDCP,λ<=n,8192,1,58724,7.16845703125
HSDCP,λ<=n,8192,1,58005,7.0806884765625
HSDCP,λ<=n,8192,1,58996,7.20166015625
HSDCP,λ<=n,8192,1,60534,7.389404296875
HSDCP,λ<=n,8192,1,56570,6.905517578125
HSDCP,λ<=n,8192,1,55496,6.7744140625
HSDCP,λ<=n,8192,1,56704,6.921875
HSDCP,λ<=n,8192,1,55087,6.7244873046875
HSDCP,λ<=n,8192,1,64679,7.8953857421875
HSDCP,λ<=n,8192,1,59428,7.25439453125
HSDCP,λ<=n,8192,1,60893,7.4332275390625
HSDCP,λ<=n,8192,1,60809,7.4229736328125
HSDCP,λ<=n,8192,1,58780,7.17529296875
HSDCP,λ<=n,8192,1,58158,7.099365234375
HSDCP,λ<=n,8192,1,59278,7.236083984375
HSDCP,λ<=n,8192,1,57052,6.96435546875
HSDCP,λ<=n,8192,1,60085,7.3345947265625
HSDCP,λ<=n,8192,1,60952,7.4404296875
HSDCP,λ<=n,8192,1,63159,7.7098388671875
HSDCP,λ<=n,8192,1,59603,7.2757568359375
HSDCP,λ<=n,8192,1,55770,6.807861328125
HSDCP,λ<=n,8192,1,60068,7.33251953125
HSDCP,λ<=n,8192,1,64844,7.91552734375
HSDCP,λ<=n,8192,1,59315,7.2406005859375
HSDCP,λ<=n,8192,1,58712,7.1669921875
HSDCP,λ<=n,8192,1,57371,7.0032958984375
HSDCP,λ<=n,8192,1,66750,8.148193359375
HSDCP,λ<=n,8192,1,58830,7.181396484375
HSDCP,λ<=n,8192,1,65094,7.946044921875
HSDCP,λ<=n,8192,1,68625,8.3770751953125
HRDCP,λ<=n,8192,1,83569,10.2012939453125
HRDCP,λ<=n,8192,1,46673,5.6973876953125
HRDCP,λ<=n,8192,1,63366,7.735107421875
HRDCP,λ<=n,8192,1,43652,5.32861328125
HRDCP,λ<=n,8192,1,50875,6.2103271484375
HRDCP,λ<=n,8192,1,51486,6.284912109375
HRDCP,λ<=n,8192,1,61726,7.534912109375
HRDCP,λ<=n,8192,1,55416,6.7646484375
HRDCP,λ<=n,8192,1,48630,5.936279296875
HRDCP,λ<=n,8192,1,53524,6.53369140625
HRDCP,λ<=n,8192,1,52901,6.4576416015625
HRDCP,λ<=n,8192,1,49920,6.09375
HRDCP,λ<=n,8192,1,58330,7.120361328125
HRDCP,λ<=n,8192,1,51713,6.3126220703125
HRDCP,λ<=n,8192,1,47723,5.8255615234375
HRDCP,λ<=n,8192,1,58299,7.1165771484375
HRDCP,λ<=n,8192,1,60807,7.4227294921875
HRDCP,λ<=n,8192,1,80619,9.8411865234375
HRDCP,λ<=n,8192,1,47209,5.7628173828125
HRDCP,λ<=n,8192,1,45361,5.5372314453125
HRDCP,λ<=n,8192,1,46853,5.7193603515625
HRDCP,λ<=n,8192,1,64321,7.8516845703125
HRDCP,λ<=n,8192,1,69309,8.4605712890625
HRDCP,λ<=n,8192,1,47532,5.80224609375
HRDCP,λ<=n,8192,1,51370,6.270751953125
HRDCP,λ<=n,8192,1,64933,7.9263916015625
HRDCP,λ<=n,8192,1,50339,6.1448974609375
HRDCP,λ<=n,8192,1,53616,6.544921875
HRDCP,λ<=n,8192,1,55910,6.824951171875
HRDCP,λ<=n,8192,1,45769,5.5870361328125
HRDCP,λ<=n,8192,1,47775,5.8319091796875
HRDCP,λ<=n,8192,1,60898,7.433837890625
HRDCP,λ<=n,8192,1,49037,5.9859619140625
HRDCP,λ<=n,8192,1,51482,6.284423828125
HRDCP,λ<=n,8192,1,45238,5.522216796875
HRDCP,λ<=n,8192,1,61359,7.4901123046875
HRDCP,λ<=n,8192,1,46202,5.639892578125
HRDCP,λ<=n,8192,1,61557,7.5142822265625
HRDCP,λ<=n,8192,1,50276,6.13720703125
HRDCP,λ<=n,8192,1,60015,7.3260498046875
HRDCP,λ<=n,8192,1,50688,6.1875
HRDCP,λ<=n,8192,1,47976,5.8564453125
HRDCP,λ<=n,8192,1,58268,7.11279296875
HRDCP,λ<=n,8192,1,49094,5.992919921875
HRDCP,λ<=n,8192,1,49370,6.026611328125
HRDCP,λ<=n,8192,1,49211,6.0072021484375
HRDCP,λ<=n,8192,1,48683,5.9427490234375
HRDCP,λ<=n,8192,1,118808,14.5029296875
HRDCP,λ<=n,8192,1,45055,5.4998779296875
HRDCP,λ<=n,8192,1,45695,5.5780029296875
HRDCP,λ<=n,8192,1,46615,5.6903076171875
HRDCP,λ<=n,8192,1,42934,5.240966796875
HRDCP,λ<=n,8192,1,68470,8.358154296875
HRDCP,λ<=n,8192,1,57481,7.0167236328125
HRDCP,λ<=n,8192,1,46156,5.63427734375
HRDCP,λ<=n,8192,1,44985,5.4913330078125
HRDCP,λ<=n,8192,1,52533,6.4127197265625
HRDCP,λ<=n,8192,1,47363,5.7816162109375
HRDCP,λ<=n,8192,1,66492,8.11669921875
HRDCP,λ<=n,8192,1,46299,5.6517333984375
HRDCP,λ<=n,8192,1,49627,6.0579833984375
HRDCP,λ<=n,8192,1,61989,7.5670166015625
HRDCP,λ<=n,8192,1,55424,6.765625
HRDCP,λ<=n,8192,1,63553,7.7579345703125
HRDCP,λ<=n,8192,1,50734,6.193115234375
HRDCP,λ<=n,8192,1,51488,6.28515625
HRDCP,λ<=n,8192,1,48010,5.860595703125
HRDCP,λ<=n,8192,1,51081,6.2354736328125
HRDCP,λ<=n,8192,1,46220,5.64208984375
HRDCP,λ<=n,8192,1,59524,7.26611328125
HRDCP,λ<=n,8192,1,50614,6.178466796875
HRDCP,λ<=n,8192,1,46476,5.67333984375
HRDCP,λ<=n,8192,1,48627,5.9359130859375
HRDCP,λ<=n,8192,1,70140,8.56201171875
HRDCP,λ<=n,8192,1,61518,7.509521484375
HRDCP,λ<=n,8192,1,47361,5.7813720703125
HRDCP,λ<=n,8192,1,90594,11.058837890625
HRDCP,λ<=n,8192,1,45274,5.526611328125
HRDCP,λ<=n,8192,1,76805,9.3756103515625
HRDCP,λ<=n,8192,1,67884,8.28662109375
HRDCP,λ<=n,8192,1,62039,7.5731201171875
HRDCP,λ<=n,8192,1,62321,7.6075439453125
HRDCP,λ<=n,8192,1,44381,5.4176025390625
HRDCP,λ<=n,8192,1,45453,5.5484619140625
HRDCP,λ<=n,8192,1,48908,5.97021484375
HRDCP,λ<=n,8192,1,47754,5.829345703125
HRDCP,λ<=n,8192,1,46421,5.6666259765625
HRDCP,λ<=n,8192,1,49010,5.982666015625
HRDCP,λ<=n,8192,1,46432,5.66796875
HRDCP,λ<=n,8192,1,47298,5.773681640625
HRDCP,λ<=n,8192,1,62172,7.58935546875
HRDCP,λ<=n,8192,1,49928,6.0947265625
HRDCP,λ<=n,8192,1,69312,8.4609375
HRDCP,λ<=n,8192,1,47382,5.783935546875
HRDCP,λ<=n,8192,1,48073,5.8682861328125
HRDCP,λ<=n,8192,1,55069,6.7222900390625
HRDCP,λ<=n,8192,1,45615,5.5682373046875
HRDCP,λ<=n,8192,1,61506,7.508056640625
HRDCP,λ<=n,8192,1,55730,6.802978515625
HHDCP,λ<=n,8192,1,71800,8.7646484375
HHDCP,λ<=n,8192,1,80934,9.879638671875
HHDCP,λ<=n,8192,1,93552,11.419921875
HHDCP,λ<=n,8192,1,75651,9.2347412109375
HHDCP,λ<=n,8192,1,47779,5.8323974609375
HHDCP,λ<=n,8192,1,105556,12.88525390625
HHDCP,λ<=n,8192,1,60899,7.4339599609375
HHDCP,λ<=n,8192,1,45468,5.55029296875
HHDCP,λ<=n,8192,1,51946,6.341064453125
HHDCP,λ<=n,8192,1,52331,6.3880615234375
HHDCP,λ<=n,8192,1,66057,8.0635986328125
HHDCP,λ<=n,8192,1,53475,6.5277099609375
HHDCP,λ<=n,8192,1,103151,12.5916748046875
HHDCP,λ<=n,8192,1,56045,6.8414306640625
HHDCP,λ<=n,8192,1,83113,10.1456298828125
HHDCP,λ<=n,8192,1,65946,8.050048828125
HHDCP,λ<=n,8192,1,62143,7.5858154296875
HHDCP,λ<=n,8192,1,54231,6.6199951171875
HHDCP,λ<=n,8192,1,55203,6.7386474609375
HHDCP,λ<=n,8192,1,49555,6.0491943359375
HHDCP,λ<=n,8192,1,61025,7.4493408203125
HHDCP,λ<=n,8192,1,52920,6.4599609375
HHDCP,λ<=n,8192,1,73745,9.0020751953125
HHDCP,λ<=n,8192,1,46938,5.729736328125
HHDCP,λ<=n,8192,1,61159,7.4656982421875
HHDCP,λ<=n,8192,1,45789,5.5894775390625
HHDCP,λ<=n,8192,1,45708,5.57958984375
HHDCP,λ<=n,8192,1,61424,7.498046875
HHDCP,λ<=n,8192,1,55919,6.8260498046875
HHDCP,λ<=n,8192,1,88875,10.8489990234375
HHDCP,λ<=n,8192,1,53132,6.48583984375
HHDCP,λ<=n,8192,1,63491,7.7503662109375
HHDCP,λ<=n,8192,1,52726,6.436279296875
HHDCP,λ<=n,8192,1,114137,13.9327392578125
HHDCP,λ<=n,8192,1,45138,5.510009765625
HHDCP,λ<=n,8192,1,52089,6.3585205078125
HHDCP,λ<=n,8192,1,70850,8.648681640625
HHDCP,λ<=n,8192,1,55485,6.7730712890625
HHDCP,λ<=n,8192,1,57059,6.9652099609375
HHDCP,λ<=n,8192,1,57110,6.971435546875
HHDCP,λ<=n,8192,1,48570,5.928955078125
HHDCP,λ<=n,8192,1,59346,7.244384765625
HHDCP,λ<=n,8192,1,71038,8.671630859375
HHDCP,λ<=n,8192,1,58178,7.101806640625
HHDCP,λ<=n,8192,1,55516,6.77685546875
HHDCP,λ<=n,8192,1,49863,6.0867919921875
HHDCP,λ<=n,8192,1,55054,6.720458984375
HHDCP,λ<=n,8192,1,83871,10.2381591796875
HHDCP,λ<=n,8192,1,53885,6.5777587890625
HHDCP,λ<=n,8192,1,60091,7.3353271484375
HHDCP,λ<=n,8192,1,52886,6.455810546875
HHDCP,λ<=n,8192,1,55562,6.782470703125
HHDCP,λ<=n,8192,1,68159,8.3201904296875
HHDCP,λ<=n,8192,1,101799,12.4266357421875
HHDCP,λ<=n,8192,1,44593,5.4434814453125
HHDCP,λ<=n,8192,1,56493,6.8961181640625
HHDCP,λ<=n,8192,1,52999,6.4696044921875
HHDCP,λ<=n,8192,1,58190,7.103271484375
HHDCP,λ<=n,8192,1,54349,6.6343994140625
HHDCP,λ<=n,8192,1,100882,12.314697265625
HHDCP,λ<=n,8192,1,99263,12.1170654296875
HHDCP,λ<=n,8192,1,100980,12.32666015625
HHDCP,λ<=n,8192,1,64393,7.8604736328125
HHDCP,λ<=n,8192,1,46906,5.725830078125
HHDCP,λ<=n,8192,1,50176,6.125
HHDCP,λ<=n,8192,1,64035,7.8167724609375
HHDCP,λ<=n,8192,1,48925,5.9722900390625
HHDCP,λ<=n,8192,1,48685,5.9429931640625
HHDCP,λ<=n,8192,1,40796,4.97998046875
HHDCP,λ<=n,8192,1,69208,8.4482421875
HHDCP,λ<=n,8192,1,62701,7.6539306640625
HHDCP,λ<=n,8192,1,49402,6.030517578125
HHDCP,λ<=n,8192,1,53838,6.572021484375
HHDCP,λ<=n,8192,1,54051,6.5980224609375
HHDCP,λ<=n,8192,1,44739,5.4613037109375
HHDCP,λ<=n,8192,1,44465,5.4278564453125
HHDCP,λ<=n,8192,1,43624,5.3251953125
HHDCP,λ<=n,8192,1,70457,8.6007080078125
HHDCP,λ<=n,8192,1,62394,7.616455078125
HHDCP,λ<=n,8192,1,78970,9.639892578125
HHDCP,λ<=n,8192,1,104561,12.7637939453125
HHDCP,λ<=n,8192,1,56063,6.8436279296875
HHDCP,λ<=n,8192,1,97780,11.93603515625
HHDCP,λ<=n,8192,1,59930,7.315673828125
HHDCP,λ<=n,8192,1,61152,7.46484375
HHDCP,λ<=n,8192,1,64601,7.8858642578125
HHDCP,λ<=n,8192,1,103349,12.6158447265625
HHDCP,λ<=n,8192,1,48194,5.883056640625
HHDCP,λ<=n,8192,1,59698,7.287353515625
HHDCP,λ<=n,8192,1,87804,10.71826171875
HHDCP,λ<=n,8192,1,48974,5.978271484375
HHDCP,λ<=n,8192,1,99172,12.10595703125
HHDCP,λ<=n,8192,1,56126,6.851318359375
HHDCP,λ<=n,8192,1,63468,7.74755859375
HHDCP,λ<=n,8192,1,49073,5.9903564453125
HHDCP,λ<=n,8192,1,47744,5.828125
HHDCP,λ<=n,8192,1,80839,9.8680419921875
HHDCP,λ<=n,8192,1,64286,7.847412109375
HHDCP,λ<=n,8192,1,60032,7.328125
HHDCP,λ<=n,8192,1,52803,6.4456787109375
HHLCP,λ<=n,8192,1,50347,6.1458740234375
HHLCP,λ<=n,8192,1,49236,6.01025390625
HHLCP,λ<=n,8192,1,46071,5.6239013671875
HHLCP,λ<=n,8192,1,48680,5.9423828125
HHLCP,λ<=n,8192,1,48908,5.97021484375
HHLCP,λ<=n,8192,1,55182,6.736083984375
HHLCP,λ<=n,8192,1,50864,6.208984375
HHLCP,λ<=n,8192,1,49140,5.99853515625
HHLCP,λ<=n,8192,1,68534,8.365966796875
HHLCP,λ<=n,8192,1,125798,15.356201171875
HHLCP,λ<=n,8192,1,70089,8.5557861328125
HHLCP,λ<=n,8192,1,57453,7.0133056640625
HHLCP,λ<=n,8192,1,55848,6.8173828125
HHLCP,λ<=n,8192,1,72187,8.8118896484375
HHLCP,λ<=n,8192,1,70000,8.544921875
HHLCP,λ<=n,8192,1,45084,5.50341796875
HHLCP,λ<=n,8192,1,72711,8.8758544921875
HHLCP,λ<=n,8192,1,51621,6.3013916015625
HHLCP,λ<=n,8192,1,79908,9.75439453125
HHLCP,λ<=n,8192,1,47651,5.8167724609375
HHLCP,λ<=n,8192,1,52279,6.3817138671875
HHLCP,λ<=n,8192,1,48108,5.87255859375
HHLCP,λ<=n,8192,1,52887,6.4559326171875
HHLCP,λ<=n,8192,1,45283,5.5277099609375
HHLCP,λ<=n,8192,1,49528,6.0458984375
HHLCP,λ<=n,8192,1,45925,5.6060791015625
HHLCP,λ<=n,8192,1,47001,5.7374267578125
HHLCP,λ<=n,8192,1,45403,5.5423583984375
HHLCP,λ<=n,8192,1,47135,5.7537841796875
HHLCP,λ<=n,8192,1,64408,7.8623046875
HHLCP,λ<=n,8192,1,87388,10.66748046875
HHLCP,λ<=n,8192,1,47111,5.7508544921875
HHLCP,λ<=n,8192,1,53220,6.49658203125
HHLCP,λ<=n,8192,1,61798,7.543701171875
HHLCP,λ<=n,8192,1,92937,11.3448486328125
HHLCP,λ<=n,8192,1,74860,9.13818359375
HHLCP,λ<=n,8192,1,52830,6.448974609375
HHLCP,λ<=n,8192,1,125078,15.268310546875
HHLCP,λ<=n,8192,1,49708,6.06787109375
HHLCP,λ<=n,8192,1,48134,5.875732421875
HHLCP,λ<=n,8192,1,98307,12.0003662109375
HHLCP,λ<=n,8192,1,75310,9.193115234375
HHLCP,λ<=n,8192,1,60042,7.329345703125
HHLCP,λ<=n,8192,1,71460,8.72314453125
HHLCP,λ<=n,8192,1,86199,10.5223388671875
HHLCP,λ<=n,8192,1,46848,5.71875
HHLCP,λ<=n,8192,1,121324,14.81005859375
HHLCP,λ<=n,8192,1,67255,8.2098388671875
HHLCP,λ<=n,8192,1,48088,5.8701171875
HHLCP,λ<=n,8192,1,47864,5.8427734375
HHLCP,λ<=n,8192,1,46875,5.7220458984375
HHLCP,λ<=n,8192,1,44926,5.484130859375
HHLCP,λ<=n,8192,1,53032,6.4736328125
HHLCP,λ<=n,8192,1,50708,6.18994140625
HHLCP,λ<=n,8192,1,49971,6.0999755859375
HHLCP,λ<=n,8192,1,72835,8.8909912109375
HHLCP,λ<=n,8192,1,53723,6.5579833984375
HHLCP,λ<=n,8192,1,56340,6.87744140625
HHLCP,λ<=n,8192,1,51653,6.3052978515625
HHLCP,λ<=n,8192,1,62091,7.5794677734375
HHLCP,λ<=n,8192,1,51423,6.2772216796875
HHLCP,λ<=n,8192,1,55516,6.77685546875
HHLCP,λ<=n,8192,1,154028,18.80224609375
HHLCP,λ<=n,8192,1,49293,6.0172119140625
HHLCP,λ<=n,8192,1,56583,6.9071044921875
HHLCP,λ<=n,8192,1,46382,5.661865234375
HHLCP,λ<=n,8192,1,48956,5.97607421875
HHLCP,λ<=n,8192,1,47770,5.831298828125
HHLCP,λ<=n,8192,1,55779,6.8089599609375
HHLCP,λ<=n,8192,1,54469,6.6490478515625
HHLCP,λ<=n,8192,1,49565,6.0504150390625
HHLCP,λ<=n,8192,1,69475,8.4808349609375
HHLCP,λ<=n,8192,1,52528,6.412109375
HHLCP,λ<=n,8192,1,53846,6.572998046875
HHLCP,λ<=n,8192,1,54855,6.6961669921875
HHLCP,λ<=n,8192,1,59092,7.21337890625
HHLCP,λ<=n,8192,1,46295,5.6512451171875
HHLCP,λ<=n,8192,1,45649,5.5723876953125
HHLCP,λ<=n,8192,1,45549,5.5601806640625
HHLCP,λ<=n,8192,1,87040,10.625
HHLCP,λ<=n,8192,1,48941,5.9742431640625
HHLCP,λ<=n,8192,1,52364,6.39208984375
HHLCP,λ<=n,8192,1,67784,8.2744140625
HHLCP,λ<=n,8192,1,75458,9.211181640625
HHLCP,λ<=n,8192,1,60213,7.3502197265625
HHLCP,λ<=n,8192,1,50882,6.211181640625
HHLCP,λ<=n,8192,1,85342,10.417724609375
HHLCP,λ<=n,8192,1,60999,7.4461669921875
HHLCP,λ<=n,8192,1,51235,6.2542724609375
HHLCP,λ<=n,8192,1,49767,6.0750732421875
HHLCP,λ<=n,8192,1,47675,5.8197021484375
HHLCP,λ<=n,8192,1,52637,6.4254150390625
HHLCP,λ<=n,8192,1,55218,6.740478515625
HHLCP,λ<=n,8192,1,63310,7.728271484375
HHLCP,λ<=n,8192,1,47705,5.8233642578125
HHLCP,λ<=n,8192,1,50367,6.1483154296875
HHLCP,λ<=n,8192,1,81929,10.0010986328125
HHLCP,λ<=n,8192,1,86848,10.6015625
HHLCP,λ<=n,8192,1,48075,5.8685302734375
HHLCP,λ<=n,8192,1,49050,5.987548828125
HRLCP,λ<=n,8192,1,56926,6.948974609375
HRLCP,λ<=n,8192,1,53933,6.5836181640625
HRLCP,λ<=n,8192,1,49496,6.0419921875
HRLCP,λ<=n,8192,1,42696,5.2119140625
HRLCP,λ<=n,8192,1,63171,7.7113037109375
HRLCP,λ<=n,8192,1,74021,9.0357666015625
HRLCP,λ<=n,8192,1,69839,8.5252685546875
HRLCP,λ<=n,8192,1,49232,6.009765625
HRLCP,λ<=n,8192,1,104499,12.7562255859375
HRLCP,λ<=n,8192,1,45859,5.5980224609375
HRLCP,λ<=n,8192,1,50727,6.1922607421875
HRLCP,λ<=n,8192,1,42620,5.20263671875
HRLCP,λ<=n,8192,1,51822,6.325927734375
HRLCP,λ<=n,8192,1,49161,6.0010986328125
HRLCP,λ<=n,8192,1,50294,6.139404296875
HRLCP,λ<=n,8192,1,46550,5.682373046875
HRLCP,λ<=n,8192,1,43683,5.3323974609375
HRLCP,λ<=n,8192,1,42860,5.23193359375
HRLCP,λ<=n,8192,1,46287,5.6502685546875
HRLCP,λ<=n,8192,1,48949,5.9752197265625
HRLCP,λ<=n,8192,1,51027,6.2288818359375
HRLCP,λ<=n,8192,1,45185,5.5157470703125
HRLCP,λ<=n,8192,1,50587,6.1751708984375
HRLCP,λ<=n,8192,1,48422,5.910888671875
HRLCP,λ<=n,8192,1,44767,5.4647216796875
HRLCP,λ<=n,8192,1,72506,8.850830078125
HRLCP,λ<=n,8192,1,52029,6.3511962890625
HRLCP,λ<=n,8192,1,44675,5.4534912109375
HRLCP,λ<=n,8192,1,53187,6.4925537109375
HRLCP,λ<=n,8192,1,46312,5.6533203125
HRLCP,λ<=n,8192,1,49244,6.01123046875
HRLCP,λ<=n,8192,1,45562,5.561767578125
HRLCP,λ<=n,8192,1,44492,5.43115234375
HRLCP,λ<=n,8192,1,43735,5.3387451171875
HRLCP,λ<=n,8192,1,59608,7.2763671875
HRLCP,λ<=n,8192,1,74647,9.1121826171875
HRLCP,λ<=n,8192,1,47237,5.7662353515625
HRLCP,λ<=n,8192,1,47626,5.813720703125
HRLCP,λ<=n,8192,1,46829,5.7164306640625
HRLCP,λ<=n,8192,1,99563,12.1536865234375
HRLCP,λ<=n,8192,1,50877,6.2105712890625
HRLCP,λ<=n,8192,1,49718,6.069091796875
HRLCP,λ<=n,8192,1,47400,5.7861328125
HRLCP,λ<=n,8192,1,46499,5.6761474609375
HRLCP,λ<=n,8192,1,46073,5.6241455078125
HRLCP,λ<=n,8192,1,45828,5.59423828125
HRLCP,λ<=n,8192,1,51188,6.24853515625
HRLCP,λ<=n,8192,1,68043,8.3060302734375
HRLCP,λ<=n,8192,1,48944,5.974609375
HRLCP,λ<=n,8192,1,49631,6.0584716796875
HRLCP,λ<=n,8192,1,44267,5.4036865234375
HRLCP,λ<=n,8192,1,65398,7.983154296875
HRLCP,λ<=n,8192,1,56833,6.9376220703125
HRLCP,λ<=n,8192,1,46967,5.7332763671875
HRLCP,λ<=n,8192,1,48888,5.9677734375
HRLCP,λ<=n,8192,1,74470,9.090576171875
HRLCP,λ<=n,8192,1,91775,11.2030029296875
HRLCP,λ<=n,8192,1,44447,5.4256591796875
HRLCP,λ<=n,8192,1,47503,5.7987060546875
HRLCP,λ<=n,8192,1,131590,16.063232421875
HRLCP,λ<=n,8192,1,53701,6.5552978515625
HRLCP,λ<=n,8192,1,44519,5.4344482421875
HRLCP,λ<=n,8192,1,51604,6.29931640625
HRLCP,λ<=n,8192,1,50163,6.1234130859375
HRLCP,λ<=n,8192,1,60138,7.341064453125
HRLCP,λ<=n,8192,1,51993,6.3468017578125
HRLCP,λ<=n,8192,1,45026,5.496337890625
HRLCP,λ<=n,8192,1,44460,5.42724609375
HRLCP,λ<=n,8192,1,46762,5.708251953125
HRLCP,λ<=n,8192,1,59539,7.2679443359375
HRLCP,λ<=n,8192,1,78584,9.5927734375
HRLCP,λ<=n,8192,1,42833,5.2286376953125
HRLCP,λ<=n,8192,1,63538,7.756103515625
HRLCP,λ<=n,8192,1,47367,5.7821044921875
HRLCP,λ<=n,8192,1,46781,5.7105712890625
HRLCP,λ<=n,8192,1,53820,6.56982421875
HRLCP,λ<=n,8192,1,46689,5.6993408203125
HRLCP,λ<=n,8192,1,48753,5.9512939453125
HRLCP,λ<=n,8192,1,43537,5.3145751953125
HRLCP,λ<=n,8192,1,46293,5.6510009765625
HRLCP,λ<=n,8192,1,50756,6.19580078125
HRLCP,λ<=n,8192,1,44055,5.3778076171875
HRLCP,λ<=n,8192,1,45310,5.531005859375
HRLCP,λ<=n,8192,1,45375,5.5389404296875
HRLCP,λ<=n,8192,1,47452,5.79248046875
HRLCP,λ<=n,8192,1,46887,5.7235107421875
HRLCP,λ<=n,8192,1,63691,7.7747802734375
HRLCP,λ<=n,8192,1,54024,6.5947265625
HRLCP,λ<=n,8192,1,55052,6.72021484375
HRLCP,λ<=n,8192,1,61281,7.4805908203125
HRLCP,λ<=n,8192,1,47646,5.816162109375
HRLCP,λ<=n,8192,1,74443,9.0872802734375
HRLCP,λ<=n,8192,1,47421,5.7886962890625
HRLCP,λ<=n,8192,1,44643,5.4495849609375
HRLCP,λ<=n,8192,1,93603,11.4261474609375
HRLCP,λ<=n,8192,1,45966,5.611083984375
HRLCP,λ<=n,8192,1,49587,6.0531005859375
HRLCP,λ<=n,8192,1,53434,6.522705078125
HRLCP,λ<=n,8192,1,43247,5.2791748046875
HRLCP,λ<=n,8192,1,57975,7.0770263671875
HSLCP,λ<=n,8192,1,78134,9.537841796875
HSLCP,λ<=n,8192,1,90811,11.0853271484375
HSLCP,λ<=n,8192,1,74348,9.07568359375
HSLCP,λ<=n,8192,1,71987,8.7874755859375
HSLCP,λ<=n,8192,1,66170,8.077392578125
HSLCP,λ<=n,8192,1,73566,8.980224609375
HSLCP,λ<=n,8192,1,89055,10.8709716796875
HSLCP,λ<=n,8192,1,67734,8.268310546875
HSLCP,λ<=n,8192,1,76955,9.3939208984375
HSLCP,λ<=n,8192,1,70269,8.5777587890625
HSLCP,λ<=n,8192,1,82883,10.1175537109375
HSLCP,λ<=n,8192,1,85287,10.4110107421875
HSLCP,λ<=n,8192,1,95877,11.7037353515625
HSLCP,λ<=n,8192,1,82174,10.031005859375
HSLCP,λ<=n,8192,1,84076,10.26318359375
HSLCP,λ<=n,8192,1,79568,9.712890625
HSLCP,λ<=n,8192,1,64784,7.908203125
HSLCP,λ<=n,8192,1,86364,10.54248046875
HSLCP,λ<=n,8192,1,76220,9.30419921875
HSLCP,λ<=n,8192,1,81984,10.0078125
HSLCP,λ<=n,8192,1,85071,10.3846435546875
HSLCP,λ<=n,8192,1,66230,8.084716796875
HSLCP,λ<=n,8192,1,82960,10.126953125
HSLCP,λ<=n,8192,1,85975,10.4949951171875
HSLCP,λ<=n,8192,1,73365,8.9556884765625
HSLCP,λ<=n,8192,1,65222,7.961669921875
HSLCP,λ<=n,8192,1,83848,10.2353515625
HSLCP,λ<=n,8192,1,76510,9.339599609375
HSLCP,λ<=n,8192,1,75820,9.25537109375
HSLCP,λ<=n,8192,1,71243,8.6966552734375
HSLCP,λ<=n,8192,1,69932,8.53662109375
HSLCP,λ<=n,8192,1,76250,9.307861328125
HSLCP,λ<=n,8192,1,66768,8.150390625
HSLCP,λ<=n,8192,1,71920,8.779296875
HSLCP,λ<=n,8192,1,75401,9.2042236328125
HSLCP,λ<=n,8192,1,74110,9.046630859375
HSLCP,λ<=n,8192,1,64630,7.889404296875
HSLCP,λ<=n,8192,1,73426,8.963134765625
HSLCP,λ<=n,8192,1,73289,8.9464111328125
HSLCP,λ<=n,8192,1,75477,9.2135009765625
HSLCP,λ<=n,8192,1,79499,9.7044677734375
HSLCP,λ<=n,8192,1,72168,8.8095703125
HSLCP,λ<=n,8192,1,67716,8.26611328125
HSLCP,λ<=n,8192,1,65487,7.9940185546875
HSLCP,λ<=n,8192,1,67712,8.265625
HSLCP,λ<=n,8192,1,75059,9.1624755859375
HSLCP,λ<=n,8192,1,86915,10.6097412109375
HSLCP,λ<=n,8192,1,72761,8.8819580078125
HSLCP,λ<=n,8192,1,81366,9.932373046875
HSLCP,λ<=n,8192,1,77176,9.4208984375
HSLCP,λ<=n,8192,1,78316,9.56005859375
HSLCP,λ<=n,8192,1,78075,9.5306396484375
HSLCP,λ<=n,8192,1,76351,9.3201904296875
HSLCP,λ<=n,8192,1,85409,10.4259033203125
HSLCP,λ<=n,8192,1,70721,8.6329345703125
HSLCP,λ<=n,8192,1,78081,9.5313720703125
HSLCP,λ<=n,8192,1,74643,9.1116943359375
HSLCP,λ<=n,8192,1,84637,10.3316650390625
HSLCP,λ<=n,8192,1,80209,9.7911376953125
HSLCP,λ<=n,8192,1,66312,8.0947265625
HSLCP,λ<=n,8192,1,78071,9.5301513671875
HSLCP,λ<=n,8192,1,77505,9.4610595703125
HSLCP,λ<=n,8192,1,59887,7.3104248046875
HSLCP,λ<=n,8192,1,75408,9.205078125
HSLCP,λ<=n,8192,1,73522,8.974853515625
HSLCP,λ<=n,8192,1,85019,10.3782958984375
HSLCP,λ<=n,8192,1,80027,9.7689208984375
HSLCP,λ<=n,8192,1,74040,9.0380859375
HSLCP,λ<=n,8192,1,80762,9.858642578125
HSLCP,λ<=n,8192,1,87829,10.7213134765625
HSLCP,λ<=n,8192,1,69896,8.5322265625
HSLCP,λ<=n,8192,1,73806,9.009521484375
HSLCP,λ<=n,8192,1,78338,9.562744140625
HSLCP,λ<=n,8192,1,79605,9.7174072265625
HSLCP,λ<=n,8192,1,76663,9.3582763671875
HSLCP,λ<=n,8192,1,105158,12.836669921875
HSLCP,λ<=n,8192,1,79008,9.64453125
HSLCP,λ<=n,8192,1,75652,9.23486328125
HSLCP,λ<=n,8192,1,74813,9.1324462890625
HSLCP,λ<=n,8192,1,74642,9.111572265625
HSLCP,λ<=n,8192,1,73178,8.932861328125
HSLCP,λ<=n,8192,1,97470,11.898193359375
HSLCP,λ<=n,8192,1,74837,9.1353759765625
HSLCP,λ<=n,8192,1,74535,9.0985107421875
HSLCP,λ<=n,8192,1,62334,7.609130859375
HSLCP,λ<=n,8192,1,74538,9.098876953125
HSLCP,λ<=n,8192,1,62285,7.6031494140625
HSLCP,λ<=n,8192,1,81578,9.958251953125
HSLCP,λ<=n,8192,1,76075,9.2864990234375
HSLCP,λ<=n,8192,1,81731,9.9769287109375
HSLCP,λ<=n,8192,1,69146,8.440673828125
HSLCP,λ<=n,8192,1,82041,10.0147705078125
HSLCP,λ<=n,8192,1,84641,10.3321533203125
HSLCP,λ<=n,8192,1,75219,9.1820068359375
HSLCP,λ<=n,8192,1,72630,8.865966796875
HSLCP,λ<=n,8192,1,84157,10.2730712890625
HSLCP,λ<=n,8192,1,78506,9.583251953125
HSLCP,λ<=n,8192,1,69551,8.4901123046875
HSLCP,λ<=n,8192,1,95961,11.7139892578125
HSDSP,λ<=n,8192,1,159552,19.4765625
HSDSP,λ<=n,8192,1,84422,10.305419921875
HSDSP,λ<=n,8192,1,191808,23.4140625
HSDSP,λ<=n,8192,1,106809,13.0382080078125
HSDSP,λ<=n,8192,1,77427,9.4515380859375
HSDSP,λ<=n,8192,1,72570,8.858642578125
HSDSP,λ<=n,8192,1,264513,32.2891845703125
HSDSP,λ<=n,8192,1,79894,9.752685546875
HSDSP,λ<=n,8192,1,145338,17.741455078125
HSDSP,λ<=n,8192,1,95692,11.68115234375
HSDSP,λ<=n,8192,1,211894,25.865966796875
HSDSP,λ<=n,8192,1,140166,17.110107421875
HSDSP,λ<=n,8192,1,96176,11.740234375
HSDSP,λ<=n,8192,1,98288,11.998046875
HSDSP,λ<=n,8192,1,81194,9.911376953125
HSDSP,λ<=n,8192,1,85151,10.3944091796875
HSDSP,λ<=n,8192,1,92196,11.25439453125
HSDSP,λ<=n,8192,1,114763,14.0091552734375
HSDSP,λ<=n,8192,1,88145,10.7598876953125
HSDSP,λ<=n,8192,1,90620,11.06201171875
HSDSP,λ<=n,8192,1,70311,8.5828857421875
HSDSP,λ<=n,8192,1,134044,16.36279296875
HSDSP,λ<=n,8192,1,78182,9.543701171875
HSDSP,λ<=n,8192,1,119729,14.6153564453125
HSDSP,λ<=n,8192,1,121045,14.7760009765625
HSDSP,λ<=n,8192,1,168337,20.5489501953125
HSDSP,λ<=n,8192,1,70965,8.6627197265625
HSDSP,λ<=n,8192,1,85777,10.4708251953125
HSDSP,λ<=n,8192,1,93951,11.4686279296875
HSDSP,λ<=n,8192,1,78950,9.637451171875
HSDSP,λ<=n,8192,1,181882,22.202392578125
HSDSP,λ<=n,8192,1,74245,9.0631103515625
HSDSP,λ<=n,8192,1,133821,16.3355712890625
HSDSP,λ<=n,8192,1,80007,9.7664794921875
HSDSP,λ<=n,8192,1,97458,11.896728515625
HSDSP,λ<=n,8192,1,75558,9.223388671875
HSDSP,λ<=n,8192,1,95303,11.6336669921875
HSDSP,λ<=n,8192,1,75948,9.27099609375
HSDSP,λ<=n,8192,1,93688,11.4365234375
HSDSP,λ<=n,8192,1,74495,9.0936279296875
HSDSP,λ<=n,8192,1,181567,22.1639404296875
HSDSP,λ<=n,8192,1,96608,11.79296875
HSDSP,λ<=n,8192,1,150918,18.422607421875
HSDSP,λ<=n,8192,1,191201,23.3399658203125
HSDSP,λ<=n,8192,1,114330,13.956298828125
HSDSP,λ<=n,8192,1,147779,18.0394287109375
HSDSP,λ<=n,8192,1,175390,21.409912109375
HSDSP,λ<=n,8192,1,100409,12.2569580078125
HSDSP,λ<=n,8192,1,108340,13.22509765625
HSDSP,λ<=n,8192,1,157126,19.180419921875
HSDSP,λ<=n,8192,1,197599,24.1209716796875
HSDSP,λ<=n,8192,1,84249,10.2843017578125
HSDSP,λ<=n,8192,1,131263,16.0233154296875
HSDSP,λ<=n,8192,1,81450,9.942626953125
HSDSP,λ<=n,8192,1,74372,9.07861328125
HSDSP,λ<=n,8192,1,86340,10.53955078125
HSDSP,λ<=n,8192,1,77953,9.5157470703125
HSDSP,λ<=n,8192,1,82671,10.0916748046875
HSDSP,λ<=n,8192,1,71194,8.690673828125
HSDSP,λ<=n,8192,1,158077,19.2965087890625
HSDSP,λ<=n,8192,1,72931,8.9027099609375
HSDSP,λ<=n,8192,1,121040,14.775390625
HSDSP,λ<=n,8192,1,88165,10.7623291015625
HSDSP,λ<=n,8192,1,76279,9.3114013671875
HSDSP,λ<=n,8192,1,120295,14.6844482421875
HSDSP,λ<=n,8192,1,92116,11.24462890625
HSDSP,λ<=n,8192,1,77947,9.5150146484375
HSDSP,λ<=n,8192,1,76718,9.364990234375
HSDSP,λ<=n,8192,1,72009,8.7901611328125
HSDSP,λ<=n,8192,1,272824,33.3037109375
HSDSP,λ<=n,8192,1,87223,10.6473388671875
HSDSP,λ<=n,8192,1,71889,8.7755126953125
HSDSP,λ<=n,8192,1,112910,13.782958984375
HSDSP,λ<=n,8192,1,99702,12.170654296875
HSDSP,λ<=n,8192,1,71523,8.7308349609375
HSDSP,λ<=n,8192,1,74020,9.03564453125
HSDSP,λ<=n,8192,1,77236,9.42822265625
HSDSP,λ<=n,8192,1,154598,18.871826171875
HSDSP,λ<=n,8192,1,99858,12.189697265625
HSDSP,λ<=n,8192,1,101849,12.4327392578125
HSDSP,λ<=n,8192,1,66479,8.1151123046875
HSDSP,λ<=n,8192,1,290942,35.515380859375
HSDSP,λ<=n,8192,1,94004,11.47509765625
HSDSP,λ<=n,8192,1,99629,12.1617431640625
HSDSP,λ<=n,8192,1,149312,18.2265625
HSDSP,λ<=n,8192,1,91900,11.21826171875
HSDSP,λ<=n,8192,1,70193,8.5684814453125
HSDSP,λ<=n,8192,1,136896,16.7109375
HSDSP,λ<=n,8192,1,70618,8.620361328125
HSDSP,λ<=n,8192,1,191570,23.385009765625
HSDSP,λ<=n,8192,1,116858,14.264892578125
HSDSP,λ<=n,8192,1,79865,9.7491455078125
HSDSP,λ<=n,8192,1,86062,10.505615234375
HSDSP,λ<=n,8192,1,69695,8.5076904296875
HSDSP,λ<=n,8192,1,344638,42.070068359375
HSDSP,λ<=n,8192,1,120451,14.7034912109375
HSDSP,λ<=n,8192,1,70559,8.6131591796875
HSDSP,λ<=n,8192,1,109854,13.409912109375
HSDSP,λ<=n,8192,1,94353,11.5177001953125
HSDSP,λ<=n,8192,1,96173,11.7398681640625
HRDSP,λ<=n,8192,1,94563,11.5433349609375
HRDSP,λ<=n,8192,1,80417,9.8165283203125
HRDSP,λ<=n,8192,1,78686,9.605224609375
HRDSP,λ<=n,8192,1,60648,7.4033203125
HRDSP,λ<=n,8192,1,70663,8.6258544921875
HRDSP,λ<=n,8192,1,67579,8.2493896484375
HRDSP,λ<=n,8192,1,74911,9.1444091796875
HRDSP,λ<=n,8192,1,114008,13.9169921875
HRDSP,λ<=n,8192,1,73816,9.0107421875
HRDSP,λ<=n,8192,1,110654,13.507568359375
HRDSP,λ<=n,8192,1,95997,11.7183837890625
HRDSP,λ<=n,8192,1,57169,6.9786376953125
HRDSP,λ<=n,8192,1,68042,8.305908203125
HRDSP,λ<=n,8192,1,100991,12.3280029296875
HRDSP,λ<=n,8192,1,89039,10.8690185546875
HRDSP,λ<=n,8192,1,62813,7.6676025390625
HRDSP,λ<=n,8192,1,86198,10.522216796875
HRDSP,λ<=n,8192,1,52585,6.4190673828125
HRDSP,λ<=n,8192,1,57891,7.0667724609375
HRDSP,λ<=n,8192,1,56431,6.8885498046875
HRDSP,λ<=n,8192,1,74593,9.1055908203125
HRDSP,λ<=n,8192,1,89471,10.9217529296875
HRDSP,λ<=n,8192,1,68811,8.3997802734375
HRDSP,λ<=n,8192,1,69017,8.4249267578125
HRDSP,λ<=n,8192,1,72404,8.83837890625
HRDSP,λ<=n,8192,1,81641,9.9659423828125
HRDSP,λ<=n,8192,1,101841,12.4317626953125
HRDSP,λ<=n,8192,1,63273,7.7237548828125
HRDSP,λ<=n,8192,1,61304,7.4833984375
HRDSP,λ<=n,8192,1,88811,10.8411865234375
HRDSP,λ<=n,8192,1,55717,6.8013916015625
HRDSP,λ<=n,8192,1,67773,8.2730712890625
HRDSP,λ<=n,8192,1,154847,18.9022216796875
HRDSP,λ<=n,8192,1,63673,7.7725830078125
HRDSP,λ<=n,8192,1,72640,8.8671875
HRDSP,λ<=n,8192,1,99079,12.0946044921875
HRDSP,λ<=n,8192,1,69059,8.4300537109375
HRDSP,λ<=n,8192,1,88132,10.75830078125
HRDSP,λ<=n,8192,1,92600,11.3037109375
HRDSP,λ<=n,8192,1,88412,10.79248046875
HRDSP,λ<=n,8192,1,86278,10.531982421875
HRDSP,λ<=n,8192,1,106723,13.0277099609375
HRDSP,λ<=n,8192,1,79887,9.7518310546875
HRDSP,λ<=n,8192,1,51917,6.3375244140625
HRDSP,λ<=n,8192,1,81864,9.9931640625
HRDSP,λ<=n,8192,1,62135,7.5848388671875
HRDSP,λ<=n,8192,1,75735,9.2449951171875
HRDSP,λ<=n,8192,1,94367,11.5194091796875
HRDSP,λ<=n,8192,1,121748,14.86181640625
HRDSP,λ<=n,8192,1,54613,6.6666259765625
HRDSP,λ<=n,8192,1,90595,11.0589599609375
HRDSP,λ<=n,8192,1,91440,11.162109375
HRDSP,λ<=n,8192,1,79428,9.69580078125
HRDSP,λ<=n,8192,1,71315,8.7054443359375
HRDSP,λ<=n,8192,1,82493,10.0699462890625
HRDSP,λ<=n,8192,1,83903,10.2420654296875
HRDSP,λ<=n,8192,1,112995,13.7933349609375
HRDSP,λ<=n,8192,1,63018,7.692626953125
HRDSP,λ<=n,8192,1,59923,7.3148193359375
HRDSP,λ<=n,8192,1,70415,8.5955810546875
HRDSP,λ<=n,8192,1,135854,16.583740234375
HRDSP,λ<=n,8192,1,70558,8.613037109375
HRDSP,λ<=n,8192,1,89743,10.9549560546875
HRDSP,λ<=n,8192,1,58920,7.1923828125
HRDSP,λ<=n,8192,1,86499,10.5589599609375
HRDSP,λ<=n,8192,1,62808,7.6669921875
HRDSP,λ<=n,8192,1,119576,14.5966796875
HRDSP,λ<=n,8192,1,98387,12.0101318359375
HRDSP,λ<=n,8192,1,89505,10.9259033203125
HRDSP,λ<=n,8192,1,78273,9.5548095703125
HRDSP,λ<=n,8192,1,73973,9.0299072265625
HRDSP,λ<=n,8192,1,68151,8.3192138671875
HRDSP,λ<=n,8192,1,74623,9.1092529296875
HRDSP,λ<=n,8192,1,72042,8.794189453125
HRDSP,λ<=n,8192,1,100790,12.303466796875
HRDSP,λ<=n,8192,1,57821,7.0582275390625
HRDSP,λ<=n,8192,1,55739,6.8040771484375
HRDSP,λ<=n,8192,1,66018,8.058837890625
HRDSP,λ<=n,8192,1,79546,9.710205078125
HRDSP,λ<=n,8192,1,83180,10.15380859375
HRDSP,λ<=n,8192,1,113194,13.817626953125
HRDSP,λ<=n,8192,1,83279,10.1658935546875
HRDSP,λ<=n,8192,1,72584,8.8603515625
HRDSP,λ<=n,8192,1,77948,9.51513671875
HRDSP,λ<=n,8192,1,140184,17.1123046875
HRDSP,λ<=n,8192,1,61592,7.5185546875
HRDSP,λ<=n,8192,1,77323,9.4388427734375
HRDSP,λ<=n,8192,1,77041,9.4044189453125
HRDSP,λ<=n,8192,1,114547,13.9827880859375
HRDSP,λ<=n,8192,1,58623,7.1561279296875
HRDSP,λ<=n,8192,1,98415,12.0135498046875
HRDSP,λ<=n,8192,1,55885,6.8218994140625
HRDSP,λ<=n,8192,1,62414,7.618896484375
HRDSP,λ<=n,8192,1,68487,8.3602294921875
HRDSP,λ<=n,8192,1,118621,14.4801025390625
HRDSP,λ<=n,8192,1,70051,8.5511474609375
HRDSP,λ<=n,8192,1,89422,10.915771484375
HRDSP,λ<=n,8192,1,81387,9.9349365234375
HRDSP,λ<=n,8192,1,53264,6.501953125
HRDSP,λ<=n,8192,1,85488,10.435546875
HHDSP,λ<=n,8192,1,97201,11.8653564453125
HHDSP,λ<=n,8192,1,62484,7.62744140625
HHDSP,λ<=n,8192,1,62155,7.5872802734375
HHDSP,λ<=n,8192,1,92570,11.300048828125
HHDSP,λ<=n,8192,1,70619,8.6204833984375
HHDSP,λ<=n,8192,1,55115,6.7279052734375
HHDSP,λ<=n,8192,1,83384,10.1787109375
HHDSP,λ<=n,8192,1,145645,17.7789306640625
HHDSP,λ<=n,8192,1,72944,8.904296875
HHDSP,λ<=n,8192,1,65356,7.97802734375
HHDSP,λ<=n,8192,1,89326,10.904052734375
HHDSP,λ<=n,8192,1,113536,13.859375
HHDSP,λ<=n,8192,1,160374,19.576904296875
HHDSP,λ<=n,8192,1,79047,9.6492919921875
HHDSP,λ<=n,8192,1,122361,14.9366455078125
HHDSP,λ<=n,8192,1,109190,13.328857421875
HHDSP,λ<=n,8192,1,58589,7.1519775390625
HHDSP,λ<=n,8192,1,156524,19.10693359375
HHDSP,λ<=n,8192,1,101277,12.3629150390625
HHDSP,λ<=n,8192,1,53052,6.47607421875
HHDSP,λ<=n,8192,1,81310,9.925537109375
HHDSP,λ<=n,8192,1,59753,7.2940673828125
HHDSP,λ<=n,8192,1,61033,7.4503173828125
HHDSP,λ<=n,8192,1,89109,10.8775634765625
HHDSP,λ<=n,8192,1,107684,13.14501953125
HHDSP,λ<=n,8192,1,93451,11.4075927734375
HHDSP,λ<=n,8192,1,63152,7.708984375
HHDSP,λ<=n,8192,1,103186,12.595947265625
HHDSP,λ<=n,8192,1,100253,12.2379150390625
HHDSP,λ<=n,8192,1,79803,9.7415771484375
HHDSP,λ<=n,8192,1,95712,11.68359375
HHDSP,λ<=n,8192,1,78250,9.552001953125
HHDSP,λ<=n,8192,1,99571,12.1546630859375
HHDSP,λ<=n,8192,1,99418,12.135986328125
HHDSP,λ<=n,8192,1,120882,14.756103515625
HHDSP,λ<=n,8192,1,98375,12.0086669921875
HHDSP,λ<=n,8192,1,63288,7.7255859375
HHDSP,λ<=n,8192,1,78225,9.5489501953125
HHDSP,λ<=n,8192,1,97872,11.947265625
HHDSP,λ<=n,8192,1,54040,6.5966796875
HHDSP,λ<=n,8192,1,118403,14.4534912109375
HHDSP,λ<=n,8192,1,79415,9.6942138671875
HHDSP,λ<=n,8192,1,59905,7.3126220703125
HHDSP,λ<=n,8192,1,58624,7.15625
HHDSP,λ<=n,8192,1,113950,13.909912109375
HHDSP,λ<=n,8192,1,93544,11.4189453125
HHDSP,λ<=n,8192,1,60070,7.332763671875
HHDSP,λ<=n,8192,1,63020,7.69287109375
HHDSP,λ<=n,8192,1,102250,12.481689453125
HHDSP,λ<=n,8192,1,83516,10.19482421875
HHDSP,λ<=n,8192,1,129652,15.82666015625
HHDSP,λ<=n,8192,1,62753,7.6602783203125
HHDSP,λ<=n,8192,1,63680,7.7734375
HHDSP,λ<=n,8192,1,78394,9.569580078125
HHDSP,λ<=n,8192,1,55407,6.7635498046875
HHDSP,λ<=n,8192,1,89493,10.9244384765625
HHDSP,λ<=n,8192,1,83346,10.174072265625
HHDSP,λ<=n,8192,1,67945,8.2940673828125
HHDSP,λ<=n,8192,1,53022,6.472412109375
HHDSP,λ<=n,8192,1,99351,12.1278076171875
HHDSP,λ<=n,8192,1,109556,13.37353515625
HHDSP,λ<=n,8192,1,93638,11.430419921875
HHDSP,λ<=n,8192,1,70261,8.5767822265625
HHDSP,λ<=n,8192,1,108559,13.2518310546875
HHDSP,λ<=n,8192,1,58845,7.1832275390625
HHDSP,λ<=n,8192,1,75420,9.20654296875
HHDSP,λ<=n,8192,1,84739,10.3441162109375
HHDSP,λ<=n,8192,1,99822,12.185302734375
HHDSP,λ<=n,8192,1,60203,7.3489990234375
HHDSP,λ<=n,8192,1,62691,7.6527099609375
HHDSP,λ<=n,8192,1,65483,7.9935302734375
HHDSP,λ<=n,8192,1,80798,9.863037109375
HHDSP,λ<=n,8192,1,61762,7.539306640625
HHDSP,λ<=n,8192,1,111039,13.5545654296875
HHDSP,λ<=n,8192,1,73726,8.999755859375
HHDSP,λ<=n,8192,1,174883,21.3480224609375
HHDSP,λ<=n,8192,1,67772,8.27294921875
HHDSP,λ<=n,8192,1,68171,8.3216552734375
HHDSP,λ<=n,8192,1,116437,14.2135009765625
HHDSP,λ<=n,8192,1,61325,7.4859619140625
HHDSP,λ<=n,8192,1,82877,10.1168212890625
HHDSP,λ<=n,8192,1,80266,9.798095703125
HHDSP,λ<=n,8192,1,149248,18.21875
HHDSP,λ<=n,8192,1,68102,8.313232421875
HHDSP,λ<=n,8192,1,141658,17.292236328125
HHDSP,λ<=n,8192,1,67077,8.1881103515625
HHDSP,λ<=n,8192,1,80406,9.815185546875
HHDSP,λ<=n,8192,1,93645,11.4312744140625
HHDSP,λ<=n,8192,1,63982,7.810302734375
HHDSP,λ<=n,8192,1,75539,9.2210693359375
HHDSP,λ<=n,8192,1,62563,7.6370849609375
HHDSP,λ<=n,8192,1,74240,9.0625
HHDSP,λ<=n,8192,1,65453,7.9898681640625
HHDSP,λ<=n,8192,1,94285,11.5093994140625
HHDSP,λ<=n,8192,1,66658,8.136962890625
HHDSP,λ<=n,8192,1,66258,8.088134765625
HHDSP,λ<=n,8192,1,79855,9.7479248046875
HHDSP,λ<=n,8192,1,86331,10.5384521484375
HHDSP,λ<=n,8192,1,107749,13.1529541015625
HHDSP,λ<=n,8192,1,67790,8.275146484375
HHLSP,λ<=n,8192,1,104473,12.7530517578125
HHLSP,λ<=n,8192,1,109635,13.3831787109375
HHLSP,λ<=n,8192,1,77186,9.422119140625
HHLSP,λ<=n,8192,1,64801,7.9102783203125
HHLSP,λ<=n,8192,1,93712,11.439453125
HHLSP,λ<=n,8192,1,67990,8.299560546875
HHLSP,λ<=n,8192,1,56873,6.9425048828125
HHLSP,λ<=n,8192,1,99340,12.12646484375
HHLSP,λ<=n,8192,1,86627,10.5745849609375
HHLSP,λ<=n,8192,1,75969,9.2735595703125
HHLSP,λ<=n,8192,1,65959,8.0516357421875
HHLSP,λ<=n,8192,1,59526,7.266357421875
HHLSP,λ<=n,8192,1,78532,9.58642578125
HHLSP,λ<=n,8192,1,60487,7.3836669921875
HHLSP,λ<=n,8192,1,56930,6.949462890625
HHLSP,λ<=n,8192,1,58024,7.0830078125
HHLSP,λ<=n,8192,1,144729,17.6671142578125
HHLSP,λ<=n,8192,1,51561,6.2940673828125
HHLSP,λ<=n,8192,1,115491,14.0980224609375
HHLSP,λ<=n,8192,1,68196,8.32470703125
HHLSP,λ<=n,8192,1,97243,11.8704833984375
HHLSP,λ<=n,8192,1,74898,9.142822265625
HHLSP,λ<=n,8192,1,74019,9.0355224609375
HHLSP,λ<=n,8192,1,67805,8.2769775390625
HHLSP,λ<=n,8192,1,71720,8.7548828125
HHLSP,λ<=n,8192,1,70632,8.6220703125
HHLSP,λ<=n,8192,1,57456,7.013671875
HHLSP,λ<=n,8192,1,77910,9.510498046875
HHLSP,λ<=n,8192,1,64754,7.904541015625
HHLSP,λ<=n,8192,1,79143,9.6610107421875
HHLSP,λ<=n,8192,1,71856,8.771484375
HHLSP,λ<=n,8192,1,58084,7.09033203125
HHLSP,λ<=n,8192,1,68941,8.4156494140625
HHLSP,λ<=n,8192,1,105974,12.936279296875
HHLSP,λ<=n,8192,1,73398,8.959716796875
HHLSP,λ<=n,8192,1,70800,8.642578125
HHLSP,λ<=n,8192,1,76390,9.324951171875
HHLSP,λ<=n,8192,1,68741,8.3912353515625
HHLSP,λ<=n,8192,1,70358,8.588623046875
HHLSP,λ<=n,8192,1,78583,9.5926513671875
HHLSP,λ<=n,8192,1,56640,6.9140625
HHLSP,λ<=n,8192,1,66219,8.0833740234375
HHLSP,λ<=n,8192,1,74613,9.1080322265625
HHLSP,λ<=n,8192,1,59316,7.24072265625
HHLSP,λ<=n,8192,1,85537,10.4415283203125
HHLSP,λ<=n,8192,1,57369,7.0030517578125
HHLSP,λ<=n,8192,1,66125,8.0718994140625
HHLSP,λ<=n,8192,1,60755,7.4163818359375
HHLSP,λ<=n,8192,1,57067,6.9661865234375
HHLSP,λ<=n,8192,1,81166,9.907958984375
HHLSP,λ<=n,8192,1,82594,10.082275390625
HHLSP,λ<=n,8192,1,63167,7.7108154296875
HHLSP,λ<=n,8192,1,90196,11.01025390625
HHLSP,λ<=n,8192,1,118574,14.474365234375
HHLSP,λ<=n,8192,1,99762,12.177978515625
HHLSP,λ<=n,8192,1,61881,7.5538330078125
HHLSP,λ<=n,8192,1,87866,10.725830078125
HHLSP,λ<=n,8192,1,56700,6.92138671875
HHLSP,λ<=n,8192,1,76053,9.2838134765625
HHLSP,λ<=n,8192,1,81790,9.984130859375
HHLSP,λ<=n,8192,1,82251,10.0404052734375
HHLSP,λ<=n,8192,1,56739,6.9261474609375
HHLSP,λ<=n,8192,1,61760,7.5390625
HHLSP,λ<=n,8192,1,123022,15.017333984375
HHLSP,λ<=n,8192,1,74476,9.09130859375
HHLSP,λ<=n,8192,1,62855,7.6727294921875
HHLSP,λ<=n,8192,1,63829,7.7916259765625
HHLSP,λ<=n,8192,1,66883,8.1644287109375
HHLSP,λ<=n,8192,1,106578,13.010009765625
HHLSP,λ<=n,8192,1,60387,7.3714599609375
HHLSP,λ<=n,8192,1,90338,11.027587890625
HHLSP,λ<=n,8192,1,100930,12.320556640625
HHLSP,λ<=n,8192,1,77256,9.4306640625
HHLSP,λ<=n,8192,1,61055,7.4530029296875
HHLSP,λ<=n,8192,1,70699,8.6302490234375
HHLSP,λ<=n,8192,1,107448,13.1162109375
HHLSP,λ<=n,8192,1,119698,14.611572265625
HHLSP,λ<=n,8192,1,66424,8.1083984375
HHLSP,λ<=n,8192,1,65160,7.9541015625
HHLSP,λ<=n,8192,1,110091,13.4388427734375
HHLSP,λ<=n,8192,1,70537,8.6104736328125
HHLSP,λ<=n,8192,1,58495,7.1405029296875
HHLSP,λ<=n,8192,1,91597,11.1812744140625
HHLSP,λ<=n,8192,1,62259,7.5999755859375
HHLSP,λ<=n,8192,1,76528,9.341796875
HHLSP,λ<=n,8192,1,194516,23.74462890625
HHLSP,λ<=n,8192,1,85082,10.385986328125
HHLSP,λ<=n,8192,1,63220,7.71728515625
HHLSP,λ<=n,8192,1,103009,12.5743408203125
HHLSP,λ<=n,8192,1,69498,8.483642578125
HHLSP,λ<=n,8192,1,64240,7.841796875
HHLSP,λ<=n,8192,1,65569,8.0040283203125
HHLSP,λ<=n,8192,1,59138,7.218994140625
HHLSP,λ<=n,8192,1,78772,9.61572265625
HHLSP,λ<=n,8192,1,57975,7.0770263671875
HHLSP,λ<=n,8192,1,65331,7.9749755859375
HHLSP,λ<=n,8192,1,71464,8.7236328125
HHLSP,λ<=n,8192,1,57000,6.9580078125
HHLSP,λ<=n,8192,1,71447,8.7215576171875
HHLSP,λ<=n,8192,1,57795,7.0550537109375
HRLSP,λ<=n,8192,1,77707,9.4857177734375
HRLSP,λ<=n,8192,1,61097,7.4581298828125
HRLSP,λ<=n,8192,1,155027,18.9241943359375
HRLSP,λ<=n,8192,1,65316,7.97314453125
HRLSP,λ<=n,8192,1,90753,11.0782470703125
HRLSP,λ<=n,8192,1,177403,21.6556396484375
HRLSP,λ<=n,8192,1,56353,6.8790283203125
HRLSP,λ<=n,8192,1,72248,8.8193359375
HRLSP,λ<=n,8192,1,98046,11.968505859375
HRLSP,λ<=n,8192,1,89717,10.9517822265625
HRLSP,λ<=n,8192,1,84918,10.365966796875
HRLSP,λ<=n,8192,1,79615,9.7186279296875
HRLSP,λ<=n,8192,1,98833,12.0645751953125
HRLSP,λ<=n,8192,1,81847,9.9910888671875
HRLSP,λ<=n,8192,1,72746,8.880126953125
HRLSP,λ<=n,8192,1,88809,10.8409423828125
HRLSP,λ<=n,8192,1,64406,7.862060546875
HRLSP,λ<=n,8192,1,67438,8.232177734375
HRLSP,λ<=n,8192,1,89272,10.8974609375
HRLSP,λ<=n,8192,1,60419,7.3753662109375
HRLSP,λ<=n,8192,1,87863,10.7254638671875
HRLSP,λ<=n,8192,1,101560,12.3974609375
HRLSP,λ<=n,8192,1,57156,6.97705078125
HRLSP,λ<=n,8192,1,83427,10.1839599609375
HRLSP,λ<=n,8192,1,74276,9.06689453125
HRLSP,λ<=n,8192,1,55209,6.7393798828125
HRLSP,λ<=n,8192,1,99588,12.15673828125
HRLSP,λ<=n,8192,1,92189,11.2535400390625
HRLSP,λ<=n,8192,1,73626,8.987548828125
HRLSP,λ<=n,8192,1,59288,7.2373046875
HRLSP,λ<=n,8192,1,124110,15.150146484375
HRLSP,λ<=n,8192,1,63740,7.78076171875
HRLSP,λ<=n,8192,1,91507,11.1702880859375
HRLSP,λ<=n,8192,1,118534,14.469482421875
HRLSP,λ<=n,8192,1,71942,8.781982421875
HRLSP,λ<=n,8192,1,77456,9.455078125
HRLSP,λ<=n,8192,1,83429,10.1842041015625
HRLSP,λ<=n,8192,1,91966,11.226318359375
HRLSP,λ<=n,8192,1,68947,8.4163818359375
HRLSP,λ<=n,8192,1,110336,13.46875
HRLSP,λ<=n,8192,1,125104,15.271484375
HRLSP,λ<=n,8192,1,90408,11.0361328125
HRLSP,λ<=n,8192,1,77878,9.506591796875
HRLSP,λ<=n,8192,1,68122,8.315673828125
HRLSP,λ<=n,8192,1,96564,11.78759765625
HRLSP,λ<=n,8192,1,97367,11.8856201171875
HRLSP,λ<=n,8192,1,77869,9.5054931640625
HRLSP,λ<=n,8192,1,75901,9.2652587890625
HRLSP,λ<=n,8192,1,71809,8.7657470703125
HRLSP,λ<=n,8192,1,84379,10.3001708984375
HRLSP,λ<=n,8192,1,100515,12.2698974609375
HRLSP,λ<=n,8192,1,96439,11.7723388671875
HRLSP,λ<=n,8192,1,83303,10.1688232421875
HRLSP,λ<=n,8192,1,58127,7.0955810546875
HRLSP,λ<=n,8192,1,59157,7.2213134765625
HRLSP,λ<=n,8192,1,87644,10.69873046875
HRLSP,λ<=n,8192,1,114073,13.9249267578125
HRLSP,λ<=n,8192,1,73097,8.9229736328125
HRLSP,λ<=n,8192,1,84875,10.3607177734375
HRLSP,λ<=n,8192,1,57042,6.963134765625
HRLSP,λ<=n,8192,1,75699,9.2406005859375
HRLSP,λ<=n,8192,1,150144,18.328125
HRLSP,λ<=n,8192,1,57777,7.0528564453125
HRLSP,λ<=n,8192,1,66355,8.0999755859375
HRLSP,λ<=n,8192,1,80730,9.854736328125
HRLSP,λ<=n,8192,1,67604,8.25244140625
HRLSP,λ<=n,8192,1,74803,9.1312255859375
HRLSP,λ<=n,8192,1,65924,8.04736328125
HRLSP,λ<=n,8192,1,72329,8.8292236328125
HRLSP,λ<=n,8192,1,82354,10.052978515625
HRLSP,λ<=n,8192,1,53542,6.535888671875
HRLSP,λ<=n,8192,1,76046,9.282958984375
HRLSP,λ<=n,8192,1,71771,8.7611083984375
HRLSP,λ<=n,8192,1,82942,10.124755859375
HRLSP,λ<=n,8192,1,106616,13.0146484375
HRLSP,λ<=n,8192,1,58301,7.1168212890625
HRLSP,λ<=n,8192,1,85235,10.4046630859375
HRLSP,λ<=n,8192,1,78086,9.531982421875
HRLSP,λ<=n,8192,1,79844,9.74658203125
HRLSP,λ<=n,8192,1,71553,8.7344970703125
HRLSP,λ<=n,8192,1,156092,19.05419921875
HRLSP,λ<=n,8192,1,94405,11.5240478515625
HRLSP,λ<=n,8192,1,50793,6.2003173828125
HRLSP,λ<=n,8192,1,71391,8.7147216796875
HRLSP,λ<=n,8192,1,101745,12.4200439453125
HRLSP,λ<=n,8192,1,130920,15.9814453125
HRLSP,λ<=n,8192,1,73822,9.011474609375
HRLSP,λ<=n,8192,1,86888,10.6064453125
HRLSP,λ<=n,8192,1,59473,7.2598876953125
HRLSP,λ<=n,8192,1,81243,9.9173583984375
HRLSP,λ<=n,8192,1,71708,8.75341796875
HRLSP,λ<=n,8192,1,79720,9.7314453125
HRLSP,λ<=n,8192,1,112851,13.7757568359375
HRLSP,λ<=n,8192,1,81516,9.95068359375
HRLSP,λ<=n,8192,1,120252,14.67919921875
HRLSP,λ<=n,8192,1,153275,18.7103271484375
HRLSP,λ<=n,8192,1,90174,11.007568359375
HRLSP,λ<=n,8192,1,127996,15.62451171875
HRLSP,λ<=n,8192,1,101205,12.3541259765625
HSLSP,λ<=n,8192,1,81577,9.9581298828125
HSLSP,λ<=n,8192,1,76659,9.3577880859375
HSLSP,λ<=n,8192,1,241460,29.47509765625
HSLSP,λ<=n,8192,1,90033,10.9903564453125
HSLSP,λ<=n,8192,1,116938,14.274658203125
HSLSP,λ<=n,8192,1,124879,15.2440185546875
HSLSP,λ<=n,8192,1,78574,9.591552734375
HSLSP,λ<=n,8192,1,110824,13.5283203125
HSLSP,λ<=n,8192,1,205349,25.0670166015625
HSLSP,λ<=n,8192,1,101148,12.34716796875
HSLSP,λ<=n,8192,1,72409,8.8389892578125
HSLSP,λ<=n,8192,1,90509,11.0484619140625
HSLSP,λ<=n,8192,1,71431,8.7196044921875
HSLSP,λ<=n,8192,1,111540,13.61572265625
HSLSP,λ<=n,8192,1,113681,13.8770751953125
HSLSP,λ<=n,8192,1,113523,13.8577880859375
HSLSP,λ<=n,8192,1,128516,15.68798828125
HSLSP,λ<=n,8192,1,234735,28.6541748046875
HSLSP,λ<=n,8192,1,75318,9.194091796875
HSLSP,λ<=n,8192,1,168910,20.618896484375
HSLSP,λ<=n,8192,1,105480,12.8759765625
HSLSP,λ<=n,8192,1,238081,29.0626220703125
HSLSP,λ<=n,8192,1,166315,20.3021240234375
HSLSP,λ<=n,8192,1,82542,10.075927734375
HSLSP,λ<=n,8192,1,152606,18.628662109375
HSLSP,λ<=n,8192,1,74212,9.05908203125
HSLSP,λ<=n,8192,1,150691,18.3948974609375
HSLSP,λ<=n,8192,1,107526,13.125732421875
HSLSP,λ<=n,8192,1,168698,20.593017578125
HSLSP,λ<=n,8192,1,77669,9.4810791015625
HSLSP,λ<=n,8192,1,184718,22.548583984375
HSLSP,λ<=n,8192,1,225336,27.5068359375
HSLSP,λ<=n,8192,1,213862,26.106201171875
HSLSP,λ<=n,8192,1,99094,12.096435546875
HSLSP,λ<=n,8192,1,110433,13.4805908203125
HSLSP,λ<=n,8192,1,112214,13.697998046875
HSLSP,λ<=n,8192,1,171742,20.964599609375
HSLSP,λ<=n,8192,1,80563,9.8343505859375
HSLSP,λ<=n,8192,1,78092,9.53271484375
HSLSP,λ<=n,8192,1,160664,19.6123046875
HSLSP,λ<=n,8192,1,207116,25.28271484375
HSLSP,λ<=n,8192,1,111549,13.6168212890625
HSLSP,λ<=n,8192,1,105553,12.8848876953125
HSLSP,λ<=n,8192,1,119525,14.5904541015625
HSLSP,λ<=n,8192,1,157061,19.1724853515625
HSLSP,λ<=n,8192,1,68912,8.412109375
HSLSP,λ<=n,8192,1,240516,29.35986328125
HSLSP,λ<=n,8192,1,75697,9.2403564453125
HSLSP,λ<=n,8192,1,143754,17.548095703125
HSLSP,λ<=n,8192,1,108256,13.21484375
HSLSP,λ<=n,8192,1,84208,10.279296875
HSLSP,λ<=n,8192,1,155717,19.0084228515625
HSLSP,λ<=n,8192,1,105551,12.8846435546875
HSLSP,λ<=n,8192,1,207799,25.3660888671875
HSLSP,λ<=n,8192,1,80535,9.8309326171875
HSLSP,λ<=n,8192,1,167342,20.427490234375
HSLSP,λ<=n,8192,1,85923,10.4886474609375
HSLSP,λ<=n,8192,1,114610,13.990478515625
HSLSP,λ<=n,8192,1,104755,12.7874755859375
HSLSP,λ<=n,8192,1,104577,12.7657470703125
HSLSP,λ<=n,8192,1,97797,11.9381103515625
HSLSP,λ<=n,8192,1,125677,15.3414306640625
HSLSP,λ<=n,8192,1,78514,9.584228515625
HSLSP,λ<=n,8192,1,204712,24.9892578125
HSLSP,λ<=n,8192,1,74493,9.0933837890625
HSLSP,λ<=n,8192,1,75400,9.2041015625
HSLSP,λ<=n,8192,1,138004,16.84619140625
HSLSP,λ<=n,8192,1,126840,15.4833984375
HSLSP,λ<=n,8192,1,87681,10.7032470703125
HSLSP,λ<=n,8192,1,103426,12.625244140625
HSLSP,λ<=n,8192,1,101596,12.40185546875
HSLSP,λ<=n,8192,1,78731,9.6107177734375
HSLSP,λ<=n,8192,1,100530,12.271728515625
HSLSP,λ<=n,8192,1,84093,10.2652587890625
HSLSP,λ<=n,8192,1,76593,9.3497314453125
HSLSP,λ<=n,8192,1,244174,29.806396484375
HSLSP,λ<=n,8192,1,81281,9.9219970703125
HSLSP,λ<=n,8192,1,151866,18.538330078125
HSLSP,λ<=n,8192,1,247581,30.2222900390625
HSLSP,λ<=n,8192,1,116861,14.2652587890625
HSLSP,λ<=n,8192,1,160215,19.5574951171875
HSLSP,λ<=n,8192,1,162682,19.858642578125
HSLSP,λ<=n,8192,1,343935,41.9842529296875
HSLSP,λ<=n,8192,1,169634,20.707275390625
HSLSP,λ<=n,8192,1,73960,9.0283203125
HSLSP,λ<=n,8192,1,93931,11.4661865234375
HSLSP,λ<=n,8192,1,211762,25.849853515625
HSLSP,λ<=n,8192,1,105968,12.935546875
HSLSP,λ<=n,8192,1,124049,15.1427001953125
HSLSP,λ<=n,8192,1,92888,11.3388671875
HSLSP,λ<=n,8192,1,166422,20.315185546875
HSLSP,λ<=n,8192,1,119336,14.5673828125
HSLSP,λ<=n,8192,1,172218,21.022705078125
HSLSP,λ<=n,8192,1,164353,20.0626220703125
HSLSP,λ<=n,8192,1,133080,16.2451171875
HSLSP,λ<=n,8192,1,122620,14.96826171875
HSLSP,λ<=n,8192,1,103828,12.67431640625
HSLSP,λ<=n,8192,1,179486,21.909912109375
HSLSP,λ<=n,8192,1,75474,9.213134765625
HSLSP,λ<=n,8192,1,79470,9.700927734375
HSDMP,λ<=n,8192,1,53332,6.51025390625
HSDMP,λ<=n,8192,1,54451,6.6468505859375
HSDMP,λ<=n,8192,1,82736,10.099609375
HSDMP,λ<=n,8192,1,58460,7.13623046875
HSDMP,λ<=n,8192,1,59745,7.2930908203125
HSDMP,λ<=n,8192,1,97218,11.867431640625
HSDMP,λ<=n,8192,1,59526,7.266357421875
HSDMP,λ<=n,8192,1,55208,6.7392578125
HSDMP,λ<=n,8192,1,55875,6.8206787109375
HSDMP,λ<=n,8192,1,59572,7.27197265625
HSDMP,λ<=n,8192,1,57629,7.0347900390625
HSDMP,λ<=n,8192,1,49298,6.017822265625
HSDMP,λ<=n,8192,1,59780,7.29736328125
HSDMP,λ<=n,8192,1,54281,6.6260986328125
HSDMP,λ<=n,8192,1,60507,7.3861083984375
HSDMP,λ<=n,8192,1,59239,7.2313232421875
HSDMP,λ<=n,8192,1,51796,6.32275390625
HSDMP,λ<=n,8192,1,65506,7.996337890625
HSDMP,λ<=n,8192,1,57419,7.0091552734375
HSDMP,λ<=n,8192,1,57285,6.9927978515625
HSDMP,λ<=n,8192,1,51397,6.2740478515625
HSDMP,λ<=n,8192,1,67065,8.1866455078125
HSDMP,λ<=n,8192,1,57977,7.0772705078125
HSDMP,λ<=n,8192,1,60362,7.368408203125
HSDMP,λ<=n,8192,1,62698,7.653564453125
HSDMP,λ<=n,8192,1,59194,7.225830078125
HSDMP,λ<=n,8192,1,58818,7.179931640625
HSDMP,λ<=n,8192,1,55306,6.751220703125
HSDMP,λ<=n,8192,1,54789,6.6881103515625
HSDMP,λ<=n,8192,1,58264,7.1123046875
HSDMP,λ<=n,8192,1,54537,6.6573486328125
HSDMP,λ<=n,8192,1,58497,7.1407470703125
HSDMP,λ<=n,8192,1,54245,6.6217041015625
HSDMP,λ<=n,8192,1,62164,7.58837890625
HSDMP,λ<=n,8192,1,58279,7.1141357421875
HSDMP,λ<=n,8192,1,55840,6.81640625
HSDMP,λ<=n,8192,1,59359,7.2459716796875
HSDMP,λ<=n,8192,1,53667,6.5511474609375
HSDMP,λ<=n,8192,1,134651,16.4368896484375
HSDMP,λ<=n,8192,1,64196,7.83642578125
HSDMP,λ<=n,8192,1,54872,6.6982421875
HSDMP,λ<=n,8192,1,63582,7.761474609375
HSDMP,λ<=n,8192,1,57265,6.9903564453125
HSDMP,λ<=n,8192,1,58955,7.1966552734375
HSDMP,λ<=n,8192,1,55450,6.768798828125
HSDMP,λ<=n,8192,1,54069,6.6002197265625
HSDMP,λ<=n,8192,1,55971,6.8323974609375
HSDMP,λ<=n,8192,1,56838,6.938232421875
HSDMP,λ<=n,8192,1,55113,6.7276611328125
HSDMP,λ<=n,8192,1,54686,6.675537109375
HSDMP,λ<=n,8192,1,53134,6.486083984375
HSDMP,λ<=n,8192,1,53685,6.5533447265625
HSDMP,λ<=n,8192,1,58880,7.1875
HSDMP,λ<=n,8192,1,57632,7.03515625
HSDMP,λ<=n,8192,1,59116,7.21630859375
HSDMP,λ<=n,8192,1,61408,7.49609375
HSDMP,λ<=n,8192,1,52934,6.461669921875
HSDMP,λ<=n,8192,1,80004,9.76611328125
HSDMP,λ<=n,8192,1,57413,7.0084228515625
HSDMP,λ<=n,8192,1,60412,7.37451171875
HSDMP,λ<=n,8192,1,52859,6.4525146484375
HSDMP,λ<=n,8192,1,81647,9.9666748046875
HSDMP,λ<=n,8192,1,57691,7.0423583984375
HSDMP,λ<=n,8192,1,116117,14.1744384765625
HSDMP,λ<=n,8192,1,54699,6.6771240234375
HSDMP,λ<=n,8192,1,68884,8.40869140625
HSDMP,λ<=n,8192,1,71029,8.6705322265625
HSDMP,λ<=n,8192,1,51999,6.3475341796875
HSDMP,λ<=n,8192,1,55903,6.8240966796875
HSDMP,λ<=n,8192,1,55344,6.755859375
HSDMP,λ<=n,8192,1,54211,6.6175537109375
HSDMP,λ<=n,8192,1,54887,6.7000732421875
HSDMP,λ<=n,8192,1,60255,7.3553466796875
HSDMP,λ<=n,8192,1,54315,6.6302490234375
HSDMP,λ<=n,8192,1,66031,8.0604248046875
HSDMP,λ<=n,8192,1,56851,6.9398193359375
HSDMP,λ<=n,8192,1,52551,6.4149169921875
HSDMP,λ<=n,8192,1,55655,6.7938232421875
HSDMP,λ<=n,8192,1,69181,8.4449462890625
HSDMP,λ<=n,8192,1,52464,6.404296875
HSDMP,λ<=n,8192,1,58583,7.1512451171875
HSDMP,λ<=n,8192,1,54611,6.6663818359375
HSDMP,λ<=n,8192,1,64014,7.814208984375
HSDMP,λ<=n,8192,1,60378,7.370361328125
HSDMP,λ<=n,8192,1,53028,6.47314453125
HSDMP,λ<=n,8192,1,64535,7.8778076171875
HSDMP,λ<=n,8192,1,57500,7.01904296875
HSDMP,λ<=n,8192,1,56788,6.93212890625
HSDMP,λ<=n,8192,1,54674,6.674072265625
HSDMP,λ<=n,8192,1,61761,7.5391845703125
HSDMP,λ<=n,8192,1,56574,6.906005859375
HSDMP,λ<=n,8192,1,64766,7.906005859375
HSDMP,λ<=n,8192,1,56551,6.9031982421875
HSDMP,λ<=n,8192,1,51626,6.302001953125
HSDMP,λ<=n,8192,1,53509,6.5318603515625
HSDMP,λ<=n,8192,1,60034,7.328369140625
HSDMP,λ<=n,8192,1,54810,6.690673828125
HSDMP,λ<=n,8192,1,56286,6.870849609375
HSDMP,λ<=n,8192,1,61579,7.5169677734375
HSDMP,λ<=n,8192,1,69244,8.45263671875
HRDMP,λ<=n,8192,1,51023,6.2283935546875
HRDMP,λ<=n,8192,1,53633,6.5469970703125
HRDMP,λ<=n,8192,1,57184,6.98046875
HRDMP,λ<=n,8192,1,68192,8.32421875
HRDMP,λ<=n,8192,1,81712,9.974609375
HRDMP,λ<=n,8192,1,73840,9.013671875
HRDMP,λ<=n,8192,1,62132,7.58447265625
HRDMP,λ<=n,8192,1,50075,6.1126708984375
HRDMP,λ<=n,8192,1,59134,7.218505859375
HRDMP,λ<=n,8192,1,52412,6.39794921875
HRDMP,λ<=n,8192,1,54924,6.70458984375
HRDMP,λ<=n,8192,1,60267,7.3568115234375
HRDMP,λ<=n,8192,1,54566,6.660888671875
HRDMP,λ<=n,8192,1,63671,7.7723388671875
HRDMP,λ<=n,8192,1,74115,9.0472412109375
HRDMP,λ<=n,8192,1,53367,6.5145263671875
HRDMP,λ<=n,8192,1,62496,7.62890625
HRDMP,λ<=n,8192,1,50118,6.117919921875
HRDMP,λ<=n,8192,1,69784,8.5185546875
HRDMP,λ<=n,8192,1,67925,8.2916259765625
HRDMP,λ<=n,8192,1,63031,7.6942138671875
HRDMP,λ<=n,8192,1,93732,11.44189453125
HRDMP,λ<=n,8192,1,73896,9.0205078125
HRDMP,λ<=n,8192,1,65864,8.0400390625
HRDMP,λ<=n,8192,1,91006,11.109130859375
HRDMP,λ<=n,8192,1,60440,7.3779296875
HRDMP,λ<=n,8192,1,69809,8.5216064453125
HRDMP,λ<=n,8192,1,68325,8.3404541015625
HRDMP,λ<=n,8192,1,69257,8.4542236328125
HRDMP,λ<=n,8192,1,59555,7.2698974609375
HRDMP,λ<=n,8192,1,63670,7.772216796875
HRDMP,λ<=n,8192,1,82880,10.1171875
HRDMP,λ<=n,8192,1,66564,8.12548828125
HRDMP,λ<=n,8192,1,77300,9.43603515625
HRDMP,λ<=n,8192,1,68929,8.4141845703125
HRDMP,λ<=n,8192,1,50532,6.16845703125
HRDMP,λ<=n,8192,1,61100,7.45849609375
HRDMP,λ<=n,8192,1,74936,9.1474609375
HRDMP,λ<=n,8192,1,56589,6.9078369140625
HRDMP,λ<=n,8192,1,98259,11.9945068359375
HRDMP,λ<=n,8192,1,54980,6.71142578125
HRDMP,λ<=n,8192,1,65597,8.0074462890625
HRDMP,λ<=n,8192,1,72617,8.8643798828125
HRDMP,λ<=n,8192,1,58641,7.1583251953125
HRDMP,λ<=n,8192,1,82443,10.0638427734375
HRDMP,λ<=n,8192,1,61786,7.542236328125
HRDMP,λ<=n,8192,1,54142,6.609130859375
HRDMP,λ<=n,8192,1,47497,5.7979736328125
HRDMP,λ<=n,8192,1,64105,7.8253173828125
HRDMP,λ<=n,8192,1,54800,6.689453125
HRDMP,λ<=n,8192,1,65832,8.0361328125
HRDMP,λ<=n,8192,1,51849,6.3292236328125
HRDMP,λ<=n,8192,1,71832,8.7685546875
HRDMP,λ<=n,8192,1,79871,9.7498779296875
HRDMP,λ<=n,8192,1,55061,6.7213134765625
HRDMP,λ<=n,8192,1,66139,8.0736083984375
HRDMP,λ<=n,8192,1,69349,8.4654541015625
HRDMP,λ<=n,8192,1,59003,7.2025146484375
HRDMP,λ<=n,8192,1,54659,6.6722412109375
HRDMP,λ<=n,8192,1,120856,14.7529296875
HRDMP,λ<=n,8192,1,53425,6.5216064453125
HRDMP,λ<=n,8192,1,59348,7.24462890625
HRDMP,λ<=n,8192,1,82752,10.1015625
HRDMP,λ<=n,8192,1,63408,7.740234375
HRDMP,λ<=n,8192,1,59632,7.279296875
HRDMP,λ<=n,8192,1,60244,7.35400390625
HRDMP,λ<=n,8192,1,71307,8.7044677734375
HRDMP,λ<=n,8192,1,58865,7.1856689453125
HRDMP,λ<=n,8192,1,54732,6.68115234375
HRDMP,λ<=n,8192,1,59563,7.2708740234375
HRDMP,λ<=n,8192,1,63512,7.7529296875
HRDMP,λ<=n,8192,1,56163,6.8558349609375
HRDMP,λ<=n,8192,1,55937,6.8282470703125
HRDMP,λ<=n,8192,1,117878,14.389404296875
HRDMP,λ<=n,8192,1,59249,7.2325439453125
HRDMP,λ<=n,8192,1,59695,7.2869873046875
HRDMP,λ<=n,8192,1,58633,7.1573486328125
HRDMP,λ<=n,8192,1,112541,13.7379150390625
HRDMP,λ<=n,8192,1,53619,6.5452880859375
HRDMP,λ<=n,8192,1,62081,7.5782470703125
HRDMP,λ<=n,8192,1,56523,6.8997802734375
HRDMP,λ<=n,8192,1,60751,7.4158935546875
HRDMP,λ<=n,8192,1,57524,7.02197265625
HRDMP,λ<=n,8192,1,68161,8.3204345703125
HRDMP,λ<=n,8192,1,58445,7.1343994140625
HRDMP,λ<=n,8192,1,67184,8.201171875
HRDMP,λ<=n,8192,1,61776,7.541015625
HRDMP,λ<=n,8192,1,72254,8.820068359375
HRDMP,λ<=n,8192,1,69678,8.505615234375
HRDMP,λ<=n,8192,1,56137,6.8526611328125
HRDMP,λ<=n,8192,1,70116,8.55908203125
HRDMP,λ<=n,8192,1,56598,6.908935546875
HRDMP,λ<=n,8192,1,56890,6.944580078125
HRDMP,λ<=n,8192,1,69558,8.490966796875
HRDMP,λ<=n,8192,1,50054,6.110107421875
HRDMP,λ<=n,8192,1,58990,7.200927734375
HRDMP,λ<=n,8192,1,61602,7.519775390625
HRDMP,λ<=n,8192,1,96462,11.775146484375
HRDMP,λ<=n,8192,1,59820,7.30224609375
HHDMP,λ<=n,8192,1,45109,5.5064697265625
HHDMP,λ<=n,8192,1,48649,5.9385986328125
HHDMP,λ<=n,8192,1,48882,5.967041015625
HHDMP,λ<=n,8192,1,42673,5.2091064453125
HHDMP,λ<=n,8192,1,57268,6.99072265625
HHDMP,λ<=n,8192,1,43005,5.2496337890625
HHDMP,λ<=n,8192,1,89620,10.93994140625
HHDMP,λ<=n,8192,1,66651,8.1361083984375
HHDMP,λ<=n,8192,1,55588,6.78564453125
HHDMP,λ<=n,8192,1,55142,6.731201171875
HHDMP,λ<=n,8192,1,55203,6.7386474609375
HHDMP,λ<=n,8192,1,79743,9.7342529296875
HHDMP,λ<=n,8192,1,99604,12.15869140625
HHDMP,λ<=n,8192,1,45417,5.5440673828125
HHDMP,λ<=n,8192,1,96826,11.819580078125
HHDMP,λ<=n,8192,1,58483,7.1390380859375
HHDMP,λ<=n,8192,1,99575,12.1551513671875
HHDMP,λ<=n,8192,1,52416,6.3984375
HHDMP,λ<=n,8192,1,165257,20.1729736328125
HHDMP,λ<=n,8192,1,53675,6.5521240234375
HHDMP,λ<=n,8192,1,52396,6.39599609375
HHDMP,λ<=n,8192,1,63300,7.72705078125
HHDMP,λ<=n,8192,1,51865,6.3311767578125
HHDMP,λ<=n,8192,1,51936,6.33984375
HHDMP,λ<=n,8192,1,46593,5.6876220703125
HHDMP,λ<=n,8192,1,68558,8.368896484375
HHDMP,λ<=n,8192,1,130412,15.91943359375
HHDMP,λ<=n,8192,1,54703,6.6776123046875
HHDMP,λ<=n,8192,1,67217,8.2052001953125
HHDMP,λ<=n,8192,1,56420,6.88720703125
HHDMP,λ<=n,8192,1,53289,6.5050048828125
HHDMP,λ<=n,8192,1,48735,5.9490966796875
HHDMP,λ<=n,8192,1,80368,9.810546875
HHDMP,λ<=n,8192,1,57510,7.020263671875
HHDMP,λ<=n,8192,1,131412,16.04150390625
HHDMP,λ<=n,8192,1,45384,5.5400390625
HHDMP,λ<=n,8192,1,84720,10.341796875
HHDMP,λ<=n,8192,1,56146,6.853759765625
HHDMP,λ<=n,8192,1,50453,6.1588134765625
HHDMP,λ<=n,8192,1,58625,7.1563720703125
HHDMP,λ<=n,8192,1,46941,5.7301025390625
HHDMP,λ<=n,8192,1,125099,15.2708740234375
HHDMP,λ<=n,8192,1,71710,8.753662109375
HHDMP,λ<=n,8192,1,77023,9.4022216796875
HHDMP,λ<=n,8192,1,66749,8.1480712890625
HHDMP,λ<=n,8192,1,42390,5.174560546875
HHDMP,λ<=n,8192,1,51688,6.3095703125
HHDMP,λ<=n,8192,1,58070,7.088623046875
HHDMP,λ<=n,8192,1,61890,7.554931640625
HHDMP,λ<=n,8192,1,74369,9.0782470703125
HHDMP,λ<=n,8192,1,67968,8.296875
HHDMP,λ<=n,8192,1,48937,5.9737548828125
HHDMP,λ<=n,8192,1,70657,8.6251220703125
HHDMP,λ<=n,8192,1,65364,7.97900390625
HHDMP,λ<=n,8192,1,49180,6.00341796875
HHDMP,λ<=n,8192,1,63566,7.759521484375
HHDMP,λ<=n,8192,1,63983,7.8104248046875
HHDMP,λ<=n,8192,1,60050,7.330322265625
HHDMP,λ<=n,8192,1,50932,6.21728515625
HHDMP,λ<=n,8192,1,71705,8.7530517578125
HHDMP,λ<=n,8192,1,53036,6.47412109375
HHDMP,λ<=n,8192,1,61736,7.5361328125
HHDMP,λ<=n,8192,1,47781,5.8326416015625
HHDMP,λ<=n,8192,1,44505,5.4327392578125
HHDMP,λ<=n,8192,1,68168,8.3212890625
HHDMP,λ<=n,8192,1,74328,9.0732421875
HHDMP,λ<=n,8192,1,68299,8.3372802734375
HHDMP,λ<=n,8192,1,56911,6.9471435546875
HHDMP,λ<=n,8192,1,56375,6.8817138671875
HHDMP,λ<=n,8192,1,65387,7.9818115234375
HHDMP,λ<=n,8192,1,82676,10.09228515625
HHDMP,λ<=n,8192,1,64442,7.866455078125
HHDMP,λ<=n,8192,1,46906,5.725830078125
HHDMP,λ<=n,8192,1,61127,7.4617919921875
HHDMP,λ<=n,8192,1,49502,6.042724609375
HHDMP,λ<=n,8192,1,47335,5.7781982421875
HHDMP,λ<=n,8192,1,47979,5.8568115234375
HHDMP,λ<=n,8192,1,87608,10.6943359375
HHDMP,λ<=n,8192,1,46276,5.64892578125
HHDMP,λ<=n,8192,1,175502,21.423583984375
HHDMP,λ<=n,8192,1,49771,6.0755615234375
HHDMP,λ<=n,8192,1,66698,8.141845703125
HHDMP,λ<=n,8192,1,94675,11.5570068359375
HHDMP,λ<=n,8192,1,52845,6.4508056640625
HHDMP,λ<=n,8192,1,49441,6.0352783203125
HHDMP,λ<=n,8192,1,50559,6.1717529296875
HHDMP,λ<=n,8192,1,46212,5.64111328125
HHDMP,λ<=n,8192,1,97942,11.955810546875
HHDMP,λ<=n,8192,1,58145,7.0977783203125
HHDMP,λ<=n,8192,1,49144,5.9990234375
HHDMP,λ<=n,8192,1,61540,7.51220703125
HHDMP,λ<=n,8192,1,122642,14.970947265625
HHDMP,λ<=n,8192,1,147887,18.0526123046875
HHDMP,λ<=n,8192,1,78444,9.57568359375
HHDMP,λ<=n,8192,1,49434,6.034423828125
HHDMP,λ<=n,8192,1,48389,5.9068603515625
HHDMP,λ<=n,8192,1,48865,5.9649658203125
HHDMP,λ<=n,8192,1,48946,5.974853515625
HHDMP,λ<=n,8192,1,51514,6.288330078125
HHLMP,λ<=n,8192,1,45788,5.58935546875
HHLMP,λ<=n,8192,1,60999,7.4461669921875
HHLMP,λ<=n,8192,1,66938,8.171142578125
HHLMP,λ<=n,8192,1,54444,6.64599609375
HHLMP,λ<=n,8192,1,56732,6.92529296875
HHLMP,λ<=n,8192,1,93075,11.3616943359375
HHLMP,λ<=n,8192,1,61603,7.5198974609375
HHLMP,λ<=n,8192,1,57405,7.0074462890625
HHLMP,λ<=n,8192,1,72986,8.909423828125
HHLMP,λ<=n,8192,1,79870,9.749755859375
HHLMP,λ<=n,8192,1,60016,7.326171875
HHLMP,λ<=n,8192,1,61722,7.534423828125
HHLMP,λ<=n,8192,1,59329,7.2423095703125
HHLMP,λ<=n,8192,1,47792,5.833984375
HHLMP,λ<=n,8192,1,66044,8.06201171875
HHLMP,λ<=n,8192,1,52910,6.458740234375
HHLMP,λ<=n,8192,1,95115,11.6107177734375
HHLMP,λ<=n,8192,1,100413,12.2574462890625
HHLMP,λ<=n,8192,1,63739,7.7806396484375
HHLMP,λ<=n,8192,1,50024,6.1064453125
HHLMP,λ<=n,8192,1,57140,6.97509765625
HHLMP,λ<=n,8192,1,48723,5.9476318359375
HHLMP,λ<=n,8192,1,48320,5.8984375
HHLMP,λ<=n,8192,1,69197,8.4468994140625
HHLMP,λ<=n,8192,1,94798,11.572021484375
HHLMP,λ<=n,8192,1,52522,6.411376953125
HHLMP,λ<=n,8192,1,47916,5.84912109375
HHLMP,λ<=n,8192,1,43385,5.2960205078125
HHLMP,λ<=n,8192,1,45178,5.514892578125
HHLMP,λ<=n,8192,1,52784,6.443359375
HHLMP,λ<=n,8192,1,54348,6.63427734375
HHLMP,λ<=n,8192,1,54901,6.7017822265625
HHLMP,λ<=n,8192,1,53644,6.54833984375
HHLMP,λ<=n,8192,1,53173,6.4908447265625
HHLMP,λ<=n,8192,1,53672,6.5517578125
HHLMP,λ<=n,8192,1,50718,6.191162109375
HHLMP,λ<=n,8192,1,76155,9.2962646484375
HHLMP,λ<=n,8192,1,47172,5.75830078125
HHLMP,λ<=n,8192,1,53286,6.504638671875
HHLMP,λ<=n,8192,1,173269,21.1510009765625
HHLMP,λ<=n,8192,1,64828,7.91357421875
HHLMP,λ<=n,8192,1,69134,8.439208984375
HHLMP,λ<=n,8192,1,50423,6.1551513671875
HHLMP,λ<=n,8192,1,48440,5.9130859375
HHLMP,λ<=n,8192,1,47022,5.739990234375
HHLMP,λ<=n,8192,1,79943,9.7586669921875
HHLMP,λ<=n,8192,1,48592,5.931640625
HHLMP,λ<=n,8192,1,49026,5.984619140625
HHLMP,λ<=n,8192,1,59720,7.2900390625
HHLMP,λ<=n,8192,1,65351,7.9774169921875
HHLMP,λ<=n,8192,1,43966,5.366943359375
HHLMP,λ<=n,8192,1,78626,9.597900390625
HHLMP,λ<=n,8192,1,44874,5.477783203125
HHLMP,λ<=n,8192,1,53400,6.5185546875
HHLMP,λ<=n,8192,1,48081,5.8692626953125
HHLMP,λ<=n,8192,1,43009,5.2501220703125
HHLMP,λ<=n,8192,1,70119,8.5594482421875
HHLMP,λ<=n,8192,1,50546,6.170166015625
HHLMP,λ<=n,8192,1,51448,6.2802734375
HHLMP,λ<=n,8192,1,47475,5.7952880859375
HHLMP,λ<=n,8192,1,66255,8.0877685546875
HHLMP,λ<=n,8192,1,47630,5.814208984375
HHLMP,λ<=n,8192,1,50083,6.1136474609375
HHLMP,λ<=n,8192,1,59761,7.2950439453125
HHLMP,λ<=n,8192,1,67112,8.1923828125
HHLMP,λ<=n,8192,1,58875,7.1868896484375
HHLMP,λ<=n,8192,1,58575,7.1502685546875
HHLMP,λ<=n,8192,1,44704,5.45703125
HHLMP,λ<=n,8192,1,55746,6.804931640625
HHLMP,λ<=n,8192,1,66208,8.08203125
HHLMP,λ<=n,8192,1,53769,6.5635986328125
HHLMP,λ<=n,8192,1,53762,6.562744140625
HHLMP,λ<=n,8192,1,77284,9.43408203125
HHLMP,λ<=n,8192,1,55453,6.7691650390625
HHLMP,λ<=n,8192,1,75536,9.220703125
HHLMP,λ<=n,8192,1,58234,7.108642578125
HHLMP,λ<=n,8192,1,48706,5.945556640625
HHLMP,λ<=n,8192,1,48686,5.943115234375
HHLMP,λ<=n,8192,1,51963,6.3431396484375
HHLMP,λ<=n,8192,1,61418,7.497314453125
HHLMP,λ<=n,8192,1,55948,6.82958984375
HHLMP,λ<=n,8192,1,60270,7.357177734375
HHLMP,λ<=n,8192,1,53708,6.55615234375
HHLMP,λ<=n,8192,1,59575,7.2723388671875
HHLMP,λ<=n,8192,1,54137,6.6085205078125
HHLMP,λ<=n,8192,1,46780,5.71044921875
HHLMP,λ<=n,8192,1,50886,6.211669921875
HHLMP,λ<=n,8192,1,50056,6.1103515625
HHLMP,λ<=n,8192,1,72307,8.8265380859375
HHLMP,λ<=n,8192,1,47386,5.784423828125
HHLMP,λ<=n,8192,1,43481,5.3077392578125
HHLMP,λ<=n,8192,1,76401,9.3262939453125
HHLMP,λ<=n,8192,1,47563,5.8060302734375
HHLMP,λ<=n,8192,1,46788,5.71142578125
HHLMP,λ<=n,8192,1,48174,5.880615234375
HHLMP,λ<=n,8192,1,57331,6.9984130859375
HHLMP,λ<=n,8192,1,59855,7.3065185546875
HHLMP,λ<=n,8192,1,57795,7.0550537109375
HHLMP,λ<=n,8192,1,54470,6.649169921875
HRLMP,λ<=n,8192,1,48460,5.91552734375
HRLMP,λ<=n,8192,1,52529,6.4122314453125
HRLMP,λ<=n,8192,1,51435,6.2786865234375
HRLMP,λ<=n,8192,1,65169,7.9552001953125
HRLMP,λ<=n,8192,1,57848,7.0615234375
HRLMP,λ<=n,8192,1,50765,6.1968994140625
HRLMP,λ<=n,8192,1,60596,7.39697265625
HRLMP,λ<=n,8192,1,48720,5.947265625
HRLMP,λ<=n,8192,1,51988,6.34619140625
HRLMP,λ<=n,8192,1,46097,5.6270751953125
HRLMP,λ<=n,8192,1,48729,5.9483642578125
HRLMP,λ<=n,8192,1,47908,5.84814453125
HRLMP,λ<=n,8192,1,57040,6.962890625
HRLMP,λ<=n,8192,1,50120,6.1181640625
HRLMP,λ<=n,8192,1,109269,13.3385009765625
HRLMP,λ<=n,8192,1,65673,8.0167236328125
HRLMP,λ<=n,8192,1,57423,7.0096435546875
HRLMP,λ<=n,8192,1,51283,6.2601318359375
HRLMP,λ<=n,8192,1,46817,5.7149658203125
HRLMP,λ<=n,8192,1,62479,7.6268310546875
HRLMP,λ<=n,8192,1,53453,6.5250244140625
HRLMP,λ<=n,8192,1,80690,9.849853515625
HRLMP,λ<=n,8192,1,58840,7.1826171875
HRLMP,λ<=n,8192,1,60577,7.3946533203125
HRLMP,λ<=n,8192,1,69293,8.4586181640625
HRLMP,λ<=n,8192,1,45704,5.5791015625
HRLMP,λ<=n,8192,1,48170,5.880126953125
HRLMP,λ<=n,8192,1,63941,7.8052978515625
HRLMP,λ<=n,8192,1,122953,15.0089111328125
HRLMP,λ<=n,8192,1,48469,5.9166259765625
HRLMP,λ<=n,8192,1,53263,6.5018310546875
HRLMP,λ<=n,8192,1,49679,6.0643310546875
HRLMP,λ<=n,8192,1,47439,5.7908935546875
HRLMP,λ<=n,8192,1,46830,5.716552734375
HRLMP,λ<=n,8192,1,48498,5.920166015625
HRLMP,λ<=n,8192,1,47866,5.843017578125
HRLMP,λ<=n,8192,1,62112,7.58203125
HRLMP,λ<=n,8192,1,46141,5.6324462890625
HRLMP,λ<=n,8192,1,62234,7.596923828125
HRLMP,λ<=n,8192,1,49204,6.00634765625
HRLMP,λ<=n,8192,1,55268,6.74658203125
HRLMP,λ<=n,8192,1,51119,6.2401123046875
HRLMP,λ<=n,8192,1,47278,5.771240234375
HRLMP,λ<=n,8192,1,57481,7.0167236328125
HRLMP,λ<=n,8192,1,47028,5.74072265625
HRLMP,λ<=n,8192,1,47548,5.80419921875
HRLMP,λ<=n,8192,1,50264,6.1357421875
HRLMP,λ<=n,8192,1,45445,5.5474853515625
HRLMP,λ<=n,8192,1,48558,5.927490234375
HRLMP,λ<=n,8192,1,46658,5.695556640625
HRLMP,λ<=n,8192,1,63889,7.7989501953125
HRLMP,λ<=n,8192,1,68298,8.337158203125
HRLMP,λ<=n,8192,1,46580,5.68603515625
HRLMP,λ<=n,8192,1,47543,5.8035888671875
HRLMP,λ<=n,8192,1,47082,5.747314453125
HRLMP,λ<=n,8192,1,51170,6.246337890625
HRLMP,λ<=n,8192,1,108442,13.237548828125
HRLMP,λ<=n,8192,1,50370,6.148681640625
HRLMP,λ<=n,8192,1,97954,11.957275390625
HRLMP,λ<=n,8192,1,48282,5.893798828125
HRLMP,λ<=n,8192,1,45816,5.5927734375
HRLMP,λ<=n,8192,1,53617,6.5450439453125
HRLMP,λ<=n,8192,1,101221,12.3560791015625
HRLMP,λ<=n,8192,1,66228,8.08447265625
HRLMP,λ<=n,8192,1,46716,5.70263671875
HRLMP,λ<=n,8192,1,80274,9.799072265625
HRLMP,λ<=n,8192,1,47335,5.7781982421875
HRLMP,λ<=n,8192,1,80527,9.8299560546875
HRLMP,λ<=n,8192,1,56246,6.865966796875
HRLMP,λ<=n,8192,1,48213,5.8853759765625
HRLMP,λ<=n,8192,1,54666,6.673095703125
HRLMP,λ<=n,8192,1,48504,5.9208984375
HRLMP,λ<=n,8192,1,45920,5.60546875
HRLMP,λ<=n,8192,1,69127,8.4383544921875
HRLMP,λ<=n,8192,1,53641,6.5479736328125
HRLMP,λ<=n,8192,1,47802,5.835205078125
HRLMP,λ<=n,8192,1,73531,8.9759521484375
HRLMP,λ<=n,8192,1,49375,6.0272216796875
HRLMP,λ<=n,8192,1,84694,10.338623046875
HRLMP,λ<=n,8192,1,45681,5.5762939453125
HRLMP,λ<=n,8192,1,46810,5.714111328125
HRLMP,λ<=n,8192,1,51557,6.2935791015625
HRLMP,λ<=n,8192,1,53608,6.5439453125
HRLMP,λ<=n,8192,1,49444,6.03564453125
HRLMP,λ<=n,8192,1,46451,5.6702880859375
HRLMP,λ<=n,8192,1,56472,6.8935546875
HRLMP,λ<=n,8192,1,55238,6.742919921875
HRLMP,λ<=n,8192,1,50251,6.1341552734375
HRLMP,λ<=n,8192,1,48765,5.9527587890625
HRLMP,λ<=n,8192,1,68859,8.4056396484375
HRLMP,λ<=n,8192,1,48860,5.96435546875
HRLMP,λ<=n,8192,1,83313,10.1700439453125
HRLMP,λ<=n,8192,1,75425,9.2071533203125
HRLMP,λ<=n,8192,1,67933,8.2926025390625
HRLMP,λ<=n,8192,1,48526,5.923583984375
HRLMP,λ<=n,8192,1,57218,6.984619140625
HRLMP,λ<=n,8192,1,52002,6.347900390625
HRLMP,λ<=n,8192,1,65534,7.999755859375
HRLMP,λ<=n,8192,1,114010,13.917236328125
HRLMP,λ<=n,8192,1,46529,5.6798095703125
HSLMP,λ<=n,8192,1,74534,9.098388671875
HSLMP,λ<=n,8192,1,81099,9.8997802734375
HSLMP,λ<=n,8192,1,80230,9.793701171875
HSLMP,λ<=n,8192,1,78661,9.6021728515625
HSLMP,λ<=n,8192,1,61804,7.54443359375
HSLMP,λ<=n,8192,1,68897,8.4102783203125
HSLMP,λ<=n,8192,1,63480,7.7490234375
HSLMP,λ<=n,8192,1,155238,18.949951171875
HSLMP,λ<=n,8192,1,115739,14.1282958984375
HSLMP,λ<=n,8192,1,70101,8.5572509765625
HSLMP,λ<=n,8192,1,83898,10.241455078125
HSLMP,λ<=n,8192,1,109582,13.376708984375
HSLMP,λ<=n,8192,1,64283,7.8470458984375
HSLMP,λ<=n,8192,1,68888,8.4091796875
HSLMP,λ<=n,8192,1,69395,8.4710693359375
HSLMP,λ<=n,8192,1,68315,8.3392333984375
HSLMP,λ<=n,8192,1,65100,7.94677734375
HSLMP,λ<=n,8192,1,69922,8.535400390625
HSLMP,λ<=n,8192,1,188235,22.9779052734375
HSLMP,λ<=n,8192,1,74276,9.06689453125
HSLMP,λ<=n,8192,1,196458,23.981689453125
HSLMP,λ<=n,8192,1,72861,8.8941650390625
HSLMP,λ<=n,8192,1,75434,9.208251953125
HSLMP,λ<=n,8192,1,101005,12.3297119140625
HSLMP,λ<=n,8192,1,105036,12.82177734375
HSLMP,λ<=n,8192,1,67072,8.1875
HSLMP,λ<=n,8192,1,70013,8.5465087890625
HSLMP,λ<=n,8192,1,66699,8.1419677734375
HSLMP,λ<=n,8192,1,74190,9.056396484375
HSLMP,λ<=n,8192,1,97804,11.93896484375
HSLMP,λ<=n,8192,1,65166,7.954833984375
HSLMP,λ<=n,8192,1,69177,8.4444580078125
HSLMP,λ<=n,8192,1,170064,20.759765625
HSLMP,λ<=n,8192,1,100829,12.3082275390625
HSLMP,λ<=n,8192,1,142340,17.37548828125
HSLMP,λ<=n,8192,1,73360,8.955078125
HSLMP,λ<=n,8192,1,67362,8.222900390625
HSLMP,λ<=n,8192,1,96387,11.7659912109375
HSLMP,λ<=n,8192,1,96768,11.8125
HSLMP,λ<=n,8192,1,130190,15.892333984375
HSLMP,λ<=n,8192,1,98594,12.035400390625
HSLMP,λ<=n,8192,1,113575,13.8641357421875
HSLMP,λ<=n,8192,1,66253,8.0875244140625
HSLMP,λ<=n,8192,1,69254,8.453857421875
HSLMP,λ<=n,8192,1,72091,8.8001708984375
HSLMP,λ<=n,8192,1,60332,7.36474609375
HSLMP,λ<=n,8192,1,63348,7.73291015625
HSLMP,λ<=n,8192,1,81354,9.930908203125
HSLMP,λ<=n,8192,1,124620,15.21240234375
HSLMP,λ<=n,8192,1,67582,8.249755859375
HSLMP,λ<=n,8192,1,64786,7.908447265625
HSLMP,λ<=n,8192,1,84250,10.284423828125
HSLMP,λ<=n,8192,1,131661,16.0718994140625
HSLMP,λ<=n,8192,1,64533,7.8775634765625
HSLMP,λ<=n,8192,1,76512,9.33984375
HSLMP,λ<=n,8192,1,65670,8.016357421875
HSLMP,λ<=n,8192,1,104856,12.7998046875
HSLMP,λ<=n,8192,1,69262,8.454833984375
HSLMP,λ<=n,8192,1,73370,8.956298828125
HSLMP,λ<=n,8192,1,80894,9.874755859375
HSLMP,λ<=n,8192,1,73204,8.93603515625
HSLMP,λ<=n,8192,1,66730,8.145751953125
HSLMP,λ<=n,8192,1,67119,8.1932373046875
HSLMP,λ<=n,8192,1,74171,9.0540771484375
HSLMP,λ<=n,8192,1,75569,9.2247314453125
HSLMP,λ<=n,8192,1,66283,8.0911865234375
HSLMP,λ<=n,8192,1,70981,8.6646728515625
HSLMP,λ<=n,8192,1,143874,17.562744140625
HSLMP,λ<=n,8192,1,69456,8.478515625
HSLMP,λ<=n,8192,1,86159,10.5174560546875
HSLMP,λ<=n,8192,1,91543,11.1746826171875
HSLMP,λ<=n,8192,1,156053,19.0494384765625
HSLMP,λ<=n,8192,1,68930,8.414306640625
HSLMP,λ<=n,8192,1,83401,10.1807861328125
HSLMP,λ<=n,8192,1,60871,7.4305419921875
HSLMP,λ<=n,8192,1,68437,8.3541259765625
HSLMP,λ<=n,8192,1,80627,9.8421630859375
HSLMP,λ<=n,8192,1,130610,15.943603515625
HSLMP,λ<=n,8192,1,129417,15.7979736328125
HSLMP,λ<=n,8192,1,76544,9.34375
HSLMP,λ<=n,8192,1,79430,9.696044921875
HSLMP,λ<=n,8192,1,65846,8.037841796875
HSLMP,λ<=n,8192,1,66861,8.1617431640625
HSLMP,λ<=n,8192,1,69080,8.4326171875
HSLMP,λ<=n,8192,1,66097,8.0684814453125
HSLMP,λ<=n,8192,1,95882,11.704345703125
HSLMP,λ<=n,8192,1,70615,8.6199951171875
HSLMP,λ<=n,8192,1,137113,16.7374267578125
HSLMP,λ<=n,8192,1,121631,14.8475341796875
HSLMP,λ<=n,8192,1,85164,10.39599609375
HSLMP,λ<=n,8192,1,69449,8.4776611328125
HSLMP,λ<=n,8192,1,88313,10.7803955078125
HSLMP,λ<=n,8192,1,81155,9.9066162109375
HSLMP,λ<=n,8192,1,66140,8.07373046875
HSLMP,λ<=n,8192,1,75121,9.1700439453125
HSLMP,λ<=n,8192,1,91220,11.13525390625
HSLMP,λ<=n,8192,1,84132,10.27001953125
HSLMP,λ<=n,8192,1,95038,11.601318359375
HSLMP,λ<=n,8192,1,130041,15.8741455078125
HSLMP,λ<=n,8192,1,227956,27.82666015625
HSDIP,λ<=n,8192,1,88987,10.8626708984375
HSDIP,λ<=n,8192,1,93442,11.406494140625
HSDIP,λ<=n,8192,1,84736,10.34375
HSDIP,λ<=n,8192,1,83916,10.24365234375
HSDIP,λ<=n,8192,1,74890,9.141845703125
HSDIP,λ<=n,8192,1,85358,10.419677734375
HSDIP,λ<=n,8192,1,75179,9.1771240234375
HSDIP,λ<=n,8192,1,82518,10.072998046875
HSDIP,λ<=n,8192,1,73812,9.01025390625
HSDIP,λ<=n,8192,1,71025,8.6700439453125
HSDIP,λ<=n,8192,1,90991,11.1072998046875
HSDIP,λ<=n,8192,1,88364,10.78662109375
HSDIP,λ<=n,8192,1,92935,11.3446044921875
HSDIP,λ<=n,8192,1,107649,13.1407470703125
HSDIP,λ<=n,8192,1,76712,9.3642578125
HSDIP,λ<=n,8192,1,73814,9.010498046875
HSDIP,λ<=n,8192,1,82997,10.1314697265625
HSDIP,λ<=n,8192,1,89567,10.9334716796875
HSDIP,λ<=n,8192,1,77027,9.4027099609375
HSDIP,λ<=n,8192,1,72081,8.7989501953125
HSDIP,λ<=n,8192,1,113070,13.802490234375
HSDIP,λ<=n,8192,1,66710,8.143310546875
HSDIP,λ<=n,8192,1,76102,9.289794921875
HSDIP,λ<=n,8192,1,124051,15.1429443359375
HSDIP,λ<=n,8192,1,194626,23.758056640625
HSDIP,λ<=n,8192,1,88249,10.7725830078125
HSDIP,λ<=n,8192,1,87601,10.6934814453125
HSDIP,λ<=n,8192,1,124547,15.2034912109375
HSDIP,λ<=n,8192,1,75768,9.2490234375
HSDIP,λ<=n,8192,1,93500,11.41357421875
HSDIP,λ<=n,8192,1,103003,12.5736083984375
HSDIP,λ<=n,8192,1,82738,10.099853515625
HSDIP,λ<=n,8192,1,74315,9.0716552734375
HSDIP,λ<=n,8192,1,86831,10.5994873046875
HSDIP,λ<=n,8192,1,73256,8.9423828125
HSDIP,λ<=n,8192,1,70366,8.589599609375
HSDIP,λ<=n,8192,1,80224,9.79296875
HSDIP,λ<=n,8192,1,119136,14.54296875
HSDIP,λ<=n,8192,1,85914,10.487548828125
HSDIP,λ<=n,8192,1,74163,9.0531005859375
HSDIP,λ<=n,8192,1,90470,11.043701171875
HSDIP,λ<=n,8192,1,100442,12.260986328125
HSDIP,λ<=n,8192,1,88448,10.796875
HSDIP,λ<=n,8192,1,71787,8.7630615234375
HSDIP,λ<=n,8192,1,69392,8.470703125
HSDIP,λ<=n,8192,1,80795,9.8626708984375
HSDIP,λ<=n,8192,1,85457,10.4317626953125
HSDIP,λ<=n,8192,1,90337,11.0274658203125
HSDIP,λ<=n,8192,1,101052,12.33544921875
HSDIP,λ<=n,8192,1,97506,11.902587890625
HSDIP,λ<=n,8192,1,90263,11.0184326171875
HSDIP,λ<=n,8192,1,86365,10.5426025390625
HSDIP,λ<=n,8192,1,91308,11.14599609375
HSDIP,λ<=n,8192,1,76582,9.348388671875
HSDIP,λ<=n,8192,1,76853,9.3814697265625
HSDIP,λ<=n,8192,1,89696,10.94921875
HSDIP,λ<=n,8192,1,79381,9.6900634765625
HSDIP,λ<=n,8192,1,73999,9.0330810546875
HSDIP,λ<=n,8192,1,84120,10.2685546875
HSDIP,λ<=n,8192,1,73215,8.9373779296875
HSDIP,λ<=n,8192,1,95632,11.673828125
HSDIP,λ<=n,8192,1,108546,13.250244140625
HSDIP,λ<=n,8192,1,97049,11.8468017578125
HSDIP,λ<=n,8192,1,107681,13.1446533203125
HSDIP,λ<=n,8192,1,71390,8.714599609375
HSDIP,λ<=n,8192,1,81973,10.0064697265625
HSDIP,λ<=n,8192,1,75111,9.1688232421875
HSDIP,λ<=n,8192,1,83999,10.2537841796875
HSDIP,λ<=n,8192,1,74954,9.149658203125
HSDIP,λ<=n,8192,1,157554,19.232666015625
HSDIP,λ<=n,8192,1,103915,12.6849365234375
HSDIP,λ<=n,8192,1,89728,10.953125
HSDIP,λ<=n,8192,1,92190,11.253662109375
HSDIP,λ<=n,8192,1,100647,12.2860107421875
HSDIP,λ<=n,8192,1,84533,10.3189697265625
HSDIP,λ<=n,8192,1,80120,9.7802734375
HSDIP,λ<=n,8192,1,97180,11.86279296875
HSDIP,λ<=n,8192,1,78397,9.5699462890625
HSDIP,λ<=n,8192,1,96610,11.793212890625
HSDIP,λ<=n,8192,1,105650,12.896728515625
HSDIP,λ<=n,8192,1,153583,18.7479248046875
HSDIP,λ<=n,8192,1,91960,11.2255859375
HSDIP,λ<=n,8192,1,86216,10.5244140625
HSDIP,λ<=n,8192,1,121937,14.8848876953125
HSDIP,λ<=n,8192,1,74674,9.115478515625
HSDIP,λ<=n,8192,1,101899,12.4388427734375
HSDIP,λ<=n,8192,1,90162,11.006103515625
HSDIP,λ<=n,8192,1,106725,13.0279541015625
HSDIP,λ<=n,8192,1,91155,11.1273193359375
HSDIP,λ<=n,8192,1,92254,11.261474609375
HSDIP,λ<=n,8192,1,94347,11.5169677734375
HSDIP,λ<=n,8192,1,67040,8.18359375
HSDIP,λ<=n,8192,1,70579,8.6156005859375
HSDIP,λ<=n,8192,1,69201,8.4473876953125
HSDIP,λ<=n,8192,1,70145,8.5626220703125
HSDIP,λ<=n,8192,1,71339,8.7083740234375
HSDIP,λ<=n,8192,1,74333,9.0738525390625
HSDIP,λ<=n,8192,1,78805,9.6197509765625
HSDIP,λ<=n,8192,1,106160,12.958984375
HSDIP,λ<=n,8192,1,69319,8.4617919921875
HRDIP,λ<=n,8192,1,97191,11.8641357421875
HRDIP,λ<=n,8192,1,69124,8.43798828125
HRDIP,λ<=n,8192,1,60262,7.356201171875
HRDIP,λ<=n,8192,1,56003,6.8363037109375
HRDIP,λ<=n,8192,1,70813,8.6441650390625
HRDIP,λ<=n,8192,1,92899,11.3402099609375
HRDIP,λ<=n,8192,1,70602,8.618408203125
HRDIP,λ<=n,8192,1,79592,9.7158203125
HRDIP,λ<=n,8192,1,107215,13.0877685546875
HRDIP,λ<=n,8192,1,79050,9.649658203125
HRDIP,λ<=n,8192,1,64059,7.8197021484375
HRDIP,λ<=n,8192,1,99610,12.159423828125
HRDIP,λ<=n,8192,1,66900,8.16650390625
HRDIP,λ<=n,8192,1,80314,9.803955078125
HRDIP,λ<=n,8192,1,55478,6.772216796875
HRDIP,λ<=n,8192,1,64894,7.921630859375
HRDIP,λ<=n,8192,1,56814,6.935302734375
HRDIP,λ<=n,8192,1,66575,8.1268310546875
HRDIP,λ<=n,8192,1,67430,8.231201171875
HRDIP,λ<=n,8192,1,64538,7.878173828125
HRDIP,λ<=n,8192,1,58214,7.106201171875
HRDIP,λ<=n,8192,1,87452,10.67529296875
HRDIP,λ<=n,8192,1,77264,9.431640625
HRDIP,λ<=n,8192,1,58475,7.1380615234375
HRDIP,λ<=n,8192,1,67882,8.286376953125
HRDIP,λ<=n,8192,1,75235,9.1839599609375
HRDIP,λ<=n,8192,1,56028,6.83935546875
HRDIP,λ<=n,8192,1,98214,11.989013671875
HRDIP,λ<=n,8192,1,70755,8.6370849609375
HRDIP,λ<=n,8192,1,75000,9.1552734375
HRDIP,λ<=n,8192,1,75271,9.1883544921875
HRDIP,λ<=n,8192,1,69104,8.435546875
HRDIP,λ<=n,8192,1,70462,8.601318359375
HRDIP,λ<=n,8192,1,75771,9.2493896484375
HRDIP,λ<=n,8192,1,65477,7.9927978515625
HRDIP,λ<=n,8192,1,64461,7.8687744140625
HRDIP,λ<=n,8192,1,85753,10.4678955078125
HRDIP,λ<=n,8192,1,80775,9.8602294921875
HRDIP,λ<=n,8192,1,75215,9.1815185546875
HRDIP,λ<=n,8192,1,57682,7.041259765625
HRDIP,λ<=n,8192,1,94246,11.504638671875
HRDIP,λ<=n,8192,1,69138,8.439697265625
HRDIP,λ<=n,8192,1,67887,8.2869873046875
HRDIP,λ<=n,8192,1,85159,10.3953857421875
HRDIP,λ<=n,8192,1,71508,8.72900390625
HRDIP,λ<=n,8192,1,72367,8.8338623046875
HRDIP,λ<=n,8192,1,65908,8.04541015625
HRDIP,λ<=n,8192,1,137859,16.8284912109375
HRDIP,λ<=n,8192,1,189102,23.083740234375
HRDIP,λ<=n,8192,1,108550,13.250732421875
HRDIP,λ<=n,8192,1,127182,15.525146484375
HRDIP,λ<=n,8192,1,63548,7.75732421875
HRDIP,λ<=n,8192,1,75724,9.24365234375
HRDIP,λ<=n,8192,1,56340,6.87744140625
HRDIP,λ<=n,8192,1,160365,19.5758056640625
HRDIP,λ<=n,8192,1,130316,15.90771484375
HRDIP,λ<=n,8192,1,127504,15.564453125
HRDIP,λ<=n,8192,1,81125,9.9029541015625
HRDIP,λ<=n,8192,1,67345,8.2208251953125
HRDIP,λ<=n,8192,1,107675,13.1439208984375
HRDIP,λ<=n,8192,1,65508,7.99658203125
HRDIP,λ<=n,8192,1,115874,14.144775390625
HRDIP,λ<=n,8192,1,54687,6.6756591796875
HRDIP,λ<=n,8192,1,117319,14.3211669921875
HRDIP,λ<=n,8192,1,54491,6.6517333984375
HRDIP,λ<=n,8192,1,83239,10.1610107421875
HRDIP,λ<=n,8192,1,70811,8.6439208984375
HRDIP,λ<=n,8192,1,55419,6.7650146484375
HRDIP,λ<=n,8192,1,58462,7.136474609375
HRDIP,λ<=n,8192,1,66079,8.0662841796875
HRDIP,λ<=n,8192,1,74241,9.0626220703125
HRDIP,λ<=n,8192,1,53485,6.5289306640625
HRDIP,λ<=n,8192,1,56806,6.934326171875
HRDIP,λ<=n,8192,1,86955,10.6146240234375
HRDIP,λ<=n,8192,1,98602,12.036376953125
HRDIP,λ<=n,8192,1,63076,7.69970703125
HRDIP,λ<=n,8192,1,62791,7.6649169921875
HRDIP,λ<=n,8192,1,70227,8.5726318359375
HRDIP,λ<=n,8192,1,55650,6.793212890625
HRDIP,λ<=n,8192,1,93135,11.3690185546875
HRDIP,λ<=n,8192,1,80490,9.825439453125
HRDIP,λ<=n,8192,1,81038,9.892333984375
HRDIP,λ<=n,8192,1,69843,8.5257568359375
HRDIP,λ<=n,8192,1,105569,12.8868408203125
HRDIP,λ<=n,8192,1,73135,8.9276123046875
HRDIP,λ<=n,8192,1,69107,8.4359130859375
HRDIP,λ<=n,8192,1,65824,8.03515625
HRDIP,λ<=n,8192,1,121582,14.841552734375
HRDIP,λ<=n,8192,1,57885,7.0660400390625
HRDIP,λ<=n,8192,1,89756,10.95654296875
HRDIP,λ<=n,8192,1,86876,10.60498046875
HRDIP,λ<=n,8192,1,104565,12.7642822265625
HRDIP,λ<=n,8192,1,120049,14.6544189453125
HRDIP,λ<=n,8192,1,75058,9.162353515625
HRDIP,λ<=n,8192,1,66958,8.173583984375
HRDIP,λ<=n,8192,1,67938,8.293212890625
HRDIP,λ<=n,8192,1,72647,8.8680419921875
HRDIP,λ<=n,8192,1,91600,11.181640625
HRDIP,λ<=n,8192,1,68317,8.3394775390625
HRDIP,λ<=n,8192,1,67644,8.25732421875
HHDIP,λ<=n,8192,1,107782,13.156982421875
HHDIP,λ<=n,8192,1,65855,8.0389404296875
HHDIP,λ<=n,8192,1,61922,7.558837890625
HHDIP,λ<=n,8192,1,89036,10.86865234375
HHDIP,λ<=n,8192,1,61993,7.5675048828125
HHDIP,λ<=n,8192,1,89266,10.896728515625
HHDIP,λ<=n,8192,1,55508,6.77587890625
HHDIP,λ<=n,8192,1,57953,7.0743408203125
HHDIP,λ<=n,8192,1,71562,8.735595703125
HHDIP,λ<=n,8192,1,58194,7.103759765625
HHDIP,λ<=n,8192,1,78825,9.6221923828125
HHDIP,λ<=n,8192,1,61227,7.4739990234375
HHDIP,λ<=n,8192,1,61788,7.54248046875
HHDIP,λ<=n,8192,1,96637,11.7965087890625
HHDIP,λ<=n,8192,1,95859,11.7015380859375
HHDIP,λ<=n,8192,1,64291,7.8480224609375
HHDIP,λ<=n,8192,1,59239,7.2313232421875
HHDIP,λ<=n,8192,1,101437,12.3824462890625
HHDIP,λ<=n,8192,1,76986,9.397705078125
HHDIP,λ<=n,8192,1,68970,8.419189453125
HHDIP,λ<=n,8192,1,58278,7.114013671875
HHDIP,λ<=n,8192,1,56521,6.8995361328125
HHDIP,λ<=n,8192,1,65222,7.961669921875
HHDIP,λ<=n,8192,1,84450,10.308837890625
HHDIP,λ<=n,8192,1,57199,6.9822998046875
HHDIP,λ<=n,8192,1,70478,8.603271484375
HHDIP,λ<=n,8192,1,57785,7.0538330078125
HHDIP,λ<=n,8192,1,69738,8.512939453125
HHDIP,λ<=n,8192,1,63741,7.7808837890625
HHDIP,λ<=n,8192,1,56571,6.9056396484375
HHDIP,λ<=n,8192,1,61261,7.4781494140625
HHDIP,λ<=n,8192,1,100097,12.2188720703125
HHDIP,λ<=n,8192,1,58066,7.088134765625
HHDIP,λ<=n,8192,1,58643,7.1585693359375
HHDIP,λ<=n,8192,1,76579,9.3480224609375
HHDIP,λ<=n,8192,1,86760,10.5908203125
HHDIP,λ<=n,8192,1,56156,6.85498046875
HHDIP,λ<=n,8192,1,79305,9.6807861328125
HHDIP,λ<=n,8192,1,59529,7.2667236328125
HHDIP,λ<=n,8192,1,71608,8.7412109375
HHDIP,λ<=n,8192,1,59365,7.2467041015625
HHDIP,λ<=n,8192,1,58576,7.150390625
HHDIP,λ<=n,8192,1,86539,10.5638427734375
HHDIP,λ<=n,8192,1,76278,9.311279296875
HHDIP,λ<=n,8192,1,60503,7.3856201171875
HHDIP,λ<=n,8192,1,57492,7.01806640625
HHDIP,λ<=n,8192,1,98019,11.9652099609375
HHDIP,λ<=n,8192,1,75774,9.249755859375
HHDIP,λ<=n,8192,1,59360,7.24609375
HHDIP,λ<=n,8192,1,61870,7.552490234375
HHDIP,λ<=n,8192,1,64847,7.9158935546875
HHDIP,λ<=n,8192,1,60570,7.393798828125
HHDIP,λ<=n,8192,1,96665,11.7999267578125
HHDIP,λ<=n,8192,1,177470,21.663818359375
HHDIP,λ<=n,8192,1,116259,14.1917724609375
HHDIP,λ<=n,8192,1,66752,8.1484375
HHDIP,λ<=n,8192,1,67984,8.298828125
HHDIP,λ<=n,8192,1,59498,7.262939453125
HHDIP,λ<=n,8192,1,91878,11.215576171875
HHDIP,λ<=n,8192,1,68090,8.311767578125
HHDIP,λ<=n,8192,1,79029,9.6470947265625
HHDIP,λ<=n,8192,1,83810,10.230712890625
HHDIP,λ<=n,8192,1,73943,9.0262451171875
HHDIP,λ<=n,8192,1,87225,10.6475830078125
HHDIP,λ<=n,8192,1,67492,8.23876953125
HHDIP,λ<=n,8192,1,86378,10.544189453125
HHDIP,λ<=n,8192,1,70141,8.5621337890625
HHDIP,λ<=n,8192,1,91236,11.13720703125
HHDIP,λ<=n,8192,1,150095,18.3221435546875
HHDIP,λ<=n,8192,1,55474,6.771728515625
HHDIP,λ<=n,8192,1,116288,14.1953125
HHDIP,λ<=n,8192,1,59003,7.2025146484375
HHDIP,λ<=n,8192,1,55490,6.773681640625
HHDIP,λ<=n,8192,1,67108,8.19189453125
HHDIP,λ<=n,8192,1,67808,8.27734375
HHDIP,λ<=n,8192,1,109806,13.404052734375
HHDIP,λ<=n,8192,1,120984,14.7685546875
HHDIP,λ<=n,8192,1,74493,9.0933837890625
HHDIP,λ<=n,8192,1,66091,8.0677490234375
HHDIP,λ<=n,8192,1,56044,6.84130859375
HHDIP,λ<=n,8192,1,70608,8.619140625
HHDIP,λ<=n,8192,1,103795,12.6702880859375
HHDIP,λ<=n,8192,1,60953,7.4405517578125
HHDIP,λ<=n,8192,1,66870,8.162841796875
HHDIP,λ<=n,8192,1,124091,15.1478271484375
HHDIP,λ<=n,8192,1,82220,10.03662109375
HHDIP,λ<=n,8192,1,98494,12.023193359375
HHDIP,λ<=n,8192,1,74011,9.0345458984375
HHDIP,λ<=n,8192,1,65447,7.9891357421875
HHDIP,λ<=n,8192,1,75153,9.1739501953125
HHDIP,λ<=n,8192,1,56094,6.847412109375
HHDIP,λ<=n,8192,1,69789,8.5191650390625
HHDIP,λ<=n,8192,1,192712,23.5244140625
HHDIP,λ<=n,8192,1,85002,10.376220703125
HHDIP,λ<=n,8192,1,59593,7.2745361328125
HHDIP,λ<=n,8192,1,85122,10.390869140625
HHDIP,λ<=n,8192,1,62623,7.6444091796875
HHDIP,λ<=n,8192,1,108403,13.2327880859375
HHDIP,λ<=n,8192,1,79150,9.661865234375
HHDIP,λ<=n,8192,1,72692,8.87353515625
HHLIP,λ<=n,8192,1,112338,13.713134765625
HHLIP,λ<=n,8192,1,58225,7.1075439453125
HHLIP,λ<=n,8192,1,61576,7.5166015625
HHLIP,λ<=n,8192,1,72057,8.7960205078125
HHLIP,λ<=n,8192,1,70838,8.647216796875
HHLIP,λ<=n,8192,1,65486,7.993896484375
HHLIP,λ<=n,8192,1,85989,10.4967041015625
HHLIP,λ<=n,8192,1,116106,14.173095703125
HHLIP,λ<=n,8192,1,145741,17.7906494140625
HHLIP,λ<=n,8192,1,65590,8.006591796875
HHLIP,λ<=n,8192,1,59685,7.2857666015625
HHLIP,λ<=n,8192,1,83027,10.1351318359375
HHLIP,λ<=n,8192,1,69776,8.517578125
HHLIP,λ<=n,8192,1,89833,10.9659423828125
HHLIP,λ<=n,8192,1,82695,10.0946044921875
HHLIP,λ<=n,8192,1,89319,10.9031982421875
HHLIP,λ<=n,8192,1,64247,7.8426513671875
HHLIP,λ<=n,8192,1,70823,8.6453857421875
HHLIP,λ<=n,8192,1,68257,8.3321533203125
HHLIP,λ<=n,8192,1,88518,10.805419921875
HHLIP,λ<=n,8192,1,66473,8.1143798828125
HHLIP,λ<=n,8192,1,65750,8.026123046875
HHLIP,λ<=n,8192,1,79435,9.6966552734375
HHLIP,λ<=n,8192,1,61293,7.4820556640625
HHLIP,λ<=n,8192,1,96085,11.7291259765625
HHLIP,λ<=n,8192,1,69726,8.511474609375
HHLIP,λ<=n,8192,1,70280,8.5791015625
HHLIP,λ<=n,8192,1,74436,9.08642578125
HHLIP,λ<=n,8192,1,82059,10.0169677734375
HHLIP,λ<=n,8192,1,77913,9.5108642578125
HHLIP,λ<=n,8192,1,58828,7.18115234375
HHLIP,λ<=n,8192,1,59210,7.227783203125
HHLIP,λ<=n,8192,1,81725,9.9761962890625
HHLIP,λ<=n,8192,1,77935,9.5135498046875
HHLIP,λ<=n,8192,1,87252,10.65087890625
HHLIP,λ<=n,8192,1,69771,8.5169677734375
HHLIP,λ<=n,8192,1,146267,17.8548583984375
HHLIP,λ<=n,8192,1,115069,14.0465087890625
HHLIP,λ<=n,8192,1,87319,10.6590576171875
HHLIP,λ<=n,8192,1,80163,9.7855224609375
HHLIP,λ<=n,8192,1,73598,8.984130859375
HHLIP,λ<=n,8192,1,59216,7.228515625
HHLIP,λ<=n,8192,1,71003,8.6673583984375
HHLIP,λ<=n,8192,1,93169,11.3731689453125
HHLIP,λ<=n,8192,1,62900,7.67822265625
HHLIP,λ<=n,8192,1,97521,11.9044189453125
HHLIP,λ<=n,8192,1,80144,9.783203125
HHLIP,λ<=n,8192,1,77192,9.4228515625
HHLIP,λ<=n,8192,1,115128,14.0537109375
HHLIP,λ<=n,8192,1,73873,9.0177001953125
HHLIP,λ<=n,8192,1,64092,7.82373046875
HHLIP,λ<=n,8192,1,67588,8.25048828125
HHLIP,λ<=n,8192,1,75579,9.2259521484375
HHLIP,λ<=n,8192,1,89500,10.92529296875
HHLIP,λ<=n,8192,1,80552,9.8330078125
HHLIP,λ<=n,8192,1,84625,10.3302001953125
HHLIP,λ<=n,8192,1,105269,12.8502197265625
HHLIP,λ<=n,8192,1,70695,8.6297607421875
HHLIP,λ<=n,8192,1,71176,8.6884765625
HHLIP,λ<=n,8192,1,65203,7.9593505859375
HHLIP,λ<=n,8192,1,101576,12.3994140625
HHLIP,λ<=n,8192,1,113910,13.905029296875
HHLIP,λ<=n,8192,1,74530,9.097900390625
HHLIP,λ<=n,8192,1,78906,9.632080078125
HHLIP,λ<=n,8192,1,66506,8.118408203125
HHLIP,λ<=n,8192,1,64895,7.9217529296875
HHLIP,λ<=n,8192,1,94670,11.556396484375
HHLIP,λ<=n,8192,1,73262,8.943115234375
HHLIP,λ<=n,8192,1,56527,6.9002685546875
HHLIP,λ<=n,8192,1,58930,7.193603515625
HHLIP,λ<=n,8192,1,71630,8.743896484375
HHLIP,λ<=n,8192,1,71211,8.6927490234375
HHLIP,λ<=n,8192,1,85705,10.4620361328125
HHLIP,λ<=n,8192,1,61917,7.5582275390625
HHLIP,λ<=n,8192,1,88147,10.7601318359375
HHLIP,λ<=n,8192,1,94842,11.577392578125
HHLIP,λ<=n,8192,1,133473,16.2930908203125
HHLIP,λ<=n,8192,1,64763,7.9056396484375
HHLIP,λ<=n,8192,1,67127,8.1942138671875
HHLIP,λ<=n,8192,1,66317,8.0953369140625
HHLIP,λ<=n,8192,1,60563,7.3929443359375
HHLIP,λ<=n,8192,1,83098,10.143798828125
HHLIP,λ<=n,8192,1,73178,8.932861328125
HHLIP,λ<=n,8192,1,82956,10.12646484375
HHLIP,λ<=n,8192,1,88954,10.858642578125
HHLIP,λ<=n,8192,1,80231,9.7938232421875
HHLIP,λ<=n,8192,1,67095,8.1903076171875
HHLIP,λ<=n,8192,1,88537,10.8077392578125
HHLIP,λ<=n,8192,1,65195,7.9583740234375
HHLIP,λ<=n,8192,1,97125,11.8560791015625
HHLIP,λ<=n,8192,1,91223,11.1356201171875
HHLIP,λ<=n,8192,1,68113,8.3145751953125
HHLIP,λ<=n,8192,1,83962,10.249267578125
HHLIP,λ<=n,8192,1,78184,9.5439453125
HHLIP,λ<=n,8192,1,59582,7.273193359375
HHLIP,λ<=n,8192,1,70966,8.662841796875
HHLIP,λ<=n,8192,1,73775,9.0057373046875
HHLIP,λ<=n,8192,1,62329,7.6085205078125
HHLIP,λ<=n,8192,1,69457,8.4786376953125
HHLIP,λ<=n,8192,1,75368,9.2001953125
HRLIP,λ<=n,8192,1,72789,8.8853759765625
HRLIP,λ<=n,8192,1,71829,8.7681884765625
HRLIP,λ<=n,8192,1,67943,8.2938232421875
HRLIP,λ<=n,8192,1,160066,19.539306640625
HRLIP,λ<=n,8192,1,88339,10.7835693359375
HRLIP,λ<=n,8192,1,104510,12.757568359375
HRLIP,λ<=n,8192,1,102985,12.5714111328125
HRLIP,λ<=n,8192,1,63131,7.7064208984375
HRLIP,λ<=n,8192,1,82183,10.0321044921875
HRLIP,λ<=n,8192,1,65440,7.98828125
HRLIP,λ<=n,8192,1,129621,15.8228759765625
HRLIP,λ<=n,8192,1,103568,12.642578125
HRLIP,λ<=n,8192,1,98764,12.05615234375
HRLIP,λ<=n,8192,1,90090,10.997314453125
HRLIP,λ<=n,8192,1,83708,10.21826171875
HRLIP,λ<=n,8192,1,139269,17.0006103515625
HRLIP,λ<=n,8192,1,68704,8.38671875
HRLIP,λ<=n,8192,1,100217,12.2335205078125
HRLIP,λ<=n,8192,1,84178,10.275634765625
HRLIP,λ<=n,8192,1,69621,8.4986572265625
HRLIP,λ<=n,8192,1,72991,8.9100341796875
HRLIP,λ<=n,8192,1,83023,10.1346435546875
HRLIP,λ<=n,8192,1,61164,7.46630859375
HRLIP,λ<=n,8192,1,70653,8.6246337890625
HRLIP,λ<=n,8192,1,70575,8.6151123046875
HRLIP,λ<=n,8192,1,57539,7.0238037109375
HRLIP,λ<=n,8192,1,69038,8.427490234375
HRLIP,λ<=n,8192,1,56591,6.9080810546875
HRLIP,λ<=n,8192,1,77592,9.4716796875
HRLIP,λ<=n,8192,1,111923,13.6624755859375
HRLIP,λ<=n,8192,1,61526,7.510498046875
HRLIP,λ<=n,8192,1,81145,9.9053955078125
HRLIP,λ<=n,8192,1,123642,15.093017578125
HRLIP,λ<=n,8192,1,82473,10.0675048828125
HRLIP,λ<=n,8192,1,72716,8.87646484375
HRLIP,λ<=n,8192,1,80031,9.7694091796875
HRLIP,λ<=n,8192,1,77196,9.42333984375
HRLIP,λ<=n,8192,1,80224,9.79296875
HRLIP,λ<=n,8192,1,87319,10.6590576171875
HRLIP,λ<=n,8192,1,133890,16.343994140625
HRLIP,λ<=n,8192,1,83928,10.2451171875
HRLIP,λ<=n,8192,1,80583,9.8367919921875
HRLIP,λ<=n,8192,1,77756,9.49169921875
HRLIP,λ<=n,8192,1,84350,10.296630859375
HRLIP,λ<=n,8192,1,54952,6.7080078125
HRLIP,λ<=n,8192,1,81735,9.9774169921875
HRLIP,λ<=n,8192,1,101075,12.3382568359375
HRLIP,λ<=n,8192,1,129929,15.8604736328125
HRLIP,λ<=n,8192,1,88281,10.7764892578125
HRLIP,λ<=n,8192,1,79751,9.7352294921875
HRLIP,λ<=n,8192,1,131666,16.072509765625
HRLIP,λ<=n,8192,1,80052,9.77197265625
HRLIP,λ<=n,8192,1,70015,8.5467529296875
HRLIP,λ<=n,8192,1,126514,15.443603515625
HRLIP,λ<=n,8192,1,78527,9.5858154296875
HRLIP,λ<=n,8192,1,107503,13.1229248046875
HRLIP,λ<=n,8192,1,79757,9.7359619140625
HRLIP,λ<=n,8192,1,62550,7.635498046875
HRLIP,λ<=n,8192,1,90073,10.9952392578125
HRLIP,λ<=n,8192,1,89974,10.983154296875
HRLIP,λ<=n,8192,1,64745,7.9034423828125
HRLIP,λ<=n,8192,1,87914,10.731689453125
HRLIP,λ<=n,8192,1,68869,8.4068603515625
HRLIP,λ<=n,8192,1,77819,9.4993896484375
HRLIP,λ<=n,8192,1,65731,8.0238037109375
HRLIP,λ<=n,8192,1,101221,12.3560791015625
HRLIP,λ<=n,8192,1,64856,7.9169921875
HRLIP,λ<=n,8192,1,62441,7.6221923828125
HRLIP,λ<=n,8192,1,150253,18.3414306640625
HRLIP,λ<=n,8192,1,60896,7.43359375
HRLIP,λ<=n,8192,1,104713,12.7823486328125
HRLIP,λ<=n,8192,1,68309,8.3385009765625
HRLIP,λ<=n,8192,1,117732,14.37158203125
HRLIP,λ<=n,8192,1,74677,9.1158447265625
HRLIP,λ<=n,8192,1,74619,9.1087646484375
HRLIP,λ<=n,8192,1,57434,7.010986328125
HRLIP,λ<=n,8192,1,71729,8.7559814453125
HRLIP,λ<=n,8192,1,82439,10.0633544921875
HRLIP,λ<=n,8192,1,67844,8.28173828125
HRLIP,λ<=n,8192,1,73806,9.009521484375
HRLIP,λ<=n,8192,1,60739,7.4144287109375
HRLIP,λ<=n,8192,1,66420,8.10791015625
HRLIP,λ<=n,8192,1,67796,8.27587890625
HRLIP,λ<=n,8192,1,64655,7.8924560546875
HRLIP,λ<=n,8192,1,62547,7.6351318359375
HRLIP,λ<=n,8192,1,91662,11.189208984375
HRLIP,λ<=n,8192,1,83896,10.2412109375
HRLIP,λ<=n,8192,1,79166,9.663818359375
HRLIP,λ<=n,8192,1,96338,11.760009765625
HRLIP,λ<=n,8192,1,128519,15.6883544921875
HRLIP,λ<=n,8192,1,77447,9.4539794921875
HRLIP,λ<=n,8192,1,91446,11.162841796875
HRLIP,λ<=n,8192,1,91280,11.142578125
HRLIP,λ<=n,8192,1,80879,9.8729248046875
HRLIP,λ<=n,8192,1,61855,7.5506591796875
HRLIP,λ<=n,8192,1,68254,8.331787109375
HRLIP,λ<=n,8192,1,75389,9.2027587890625
HRLIP,λ<=n,8192,1,71217,8.6934814453125
HRLIP,λ<=n,8192,1,83752,10.2236328125
HRLIP,λ<=n,8192,1,76134,9.293701171875
HSLIP,λ<=n,8192,1,141144,17.2294921875
HSLIP,λ<=n,8192,1,73846,9.014404296875
HSLIP,λ<=n,8192,1,86752,10.58984375
HSLIP,λ<=n,8192,1,74834,9.135009765625
HSLIP,λ<=n,8192,1,234629,28.6412353515625
HSLIP,λ<=n,8192,1,160968,19.6494140625
HSLIP,λ<=n,8192,1,87318,10.658935546875
HSLIP,λ<=n,8192,1,101274,12.362548828125
HSLIP,λ<=n,8192,1,175385,21.4093017578125
HSLIP,λ<=n,8192,1,113421,13.8453369140625
HSLIP,λ<=n,8192,1,111326,13.589599609375
HSLIP,λ<=n,8192,1,179726,21.939208984375
HSLIP,λ<=n,8192,1,92044,11.23583984375
HSLIP,λ<=n,8192,1,116867,14.2659912109375
HSLIP,λ<=n,8192,1,132418,16.164306640625
HSLIP,λ<=n,8192,1,134729,16.4464111328125
HSLIP,λ<=n,8192,1,154335,18.8397216796875
HSLIP,λ<=n,8192,1,121291,14.8060302734375
HSLIP,λ<=n,8192,1,114049,13.9219970703125
HSLIP,λ<=n,8192,1,118638,14.482177734375
HSLIP,λ<=n,8192,1,109340,13.34716796875
HSLIP,λ<=n,8192,1,83981,10.2515869140625
HSLIP,λ<=n,8192,1,113949,13.9097900390625
HSLIP,λ<=n,8192,1,198925,24.2828369140625
HSLIP,λ<=n,8192,1,136452,16.65673828125
HSLIP,λ<=n,8192,1,92162,11.250244140625
HSLIP,λ<=n,8192,1,169497,20.6905517578125
HSLIP,λ<=n,8192,1,140644,17.16845703125
HSLIP,λ<=n,8192,1,146410,17.872314453125
HSLIP,λ<=n,8192,1,150363,18.3548583984375
HSLIP,λ<=n,8192,1,176553,21.5518798828125
HSLIP,λ<=n,8192,1,76878,9.384521484375
HSLIP,λ<=n,8192,1,137558,16.791748046875
HSLIP,λ<=n,8192,1,114106,13.928955078125
HSLIP,λ<=n,8192,1,140968,17.2080078125
HSLIP,λ<=n,8192,1,160282,19.565673828125
HSLIP,λ<=n,8192,1,129506,15.808837890625
HSLIP,λ<=n,8192,1,96194,11.742431640625
HSLIP,λ<=n,8192,1,128454,15.680419921875
HSLIP,λ<=n,8192,1,84379,10.3001708984375
HSLIP,λ<=n,8192,1,85760,10.46875
HSLIP,λ<=n,8192,1,235238,28.715576171875
HSLIP,λ<=n,8192,1,134600,16.4306640625
HSLIP,λ<=n,8192,1,87672,10.7021484375
HSLIP,λ<=n,8192,1,85572,10.44580078125
HSLIP,λ<=n,8192,1,117820,14.38232421875
HSLIP,λ<=n,8192,1,83808,10.23046875
HSLIP,λ<=n,8192,1,80592,9.837890625
HSLIP,λ<=n,8192,1,81225,9.9151611328125
HSLIP,λ<=n,8192,1,110349,13.4703369140625
HSLIP,λ<=n,8192,1,104763,12.7884521484375
HSLIP,λ<=n,8192,1,84447,10.3084716796875
HSLIP,λ<=n,8192,1,78381,9.5679931640625
HSLIP,λ<=n,8192,1,120490,14.708251953125
HSLIP,λ<=n,8192,1,83885,10.2398681640625
HSLIP,λ<=n,8192,1,142283,17.3685302734375
HSLIP,λ<=n,8192,1,122176,14.9140625
HSLIP,λ<=n,8192,1,148857,18.1710205078125
HSLIP,λ<=n,8192,1,117861,14.3873291015625
HSLIP,λ<=n,8192,1,131698,16.076416015625
HSLIP,λ<=n,8192,1,122950,15.008544921875
HSLIP,λ<=n,8192,1,77896,9.5087890625
HSLIP,λ<=n,8192,1,119776,14.62109375
HSLIP,λ<=n,8192,1,89413,10.9146728515625
HSLIP,λ<=n,8192,1,154618,18.874267578125
HSLIP,λ<=n,8192,1,96483,11.7777099609375
HSLIP,λ<=n,8192,1,157966,19.282958984375
HSLIP,λ<=n,8192,1,97531,11.9056396484375
HSLIP,λ<=n,8192,1,75525,9.2193603515625
HSLIP,λ<=n,8192,1,150425,18.3624267578125
HSLIP,λ<=n,8192,1,105174,12.838623046875
HSLIP,λ<=n,8192,1,162480,19.833984375
HSLIP,λ<=n,8192,1,121299,14.8070068359375
HSLIP,λ<=n,8192,1,87704,10.7060546875
HSLIP,λ<=n,8192,1,125373,15.3043212890625
HSLIP,λ<=n,8192,1,122823,14.9930419921875
HSLIP,λ<=n,8192,1,93646,11.431396484375
HSLIP,λ<=n,8192,1,98554,12.030517578125
HSLIP,λ<=n,8192,1,95625,11.6729736328125
HSLIP,λ<=n,8192,1,115391,14.0858154296875
HSLIP,λ<=n,8192,1,106000,12.939453125
HSLIP,λ<=n,8192,1,109477,13.3638916015625
HSLIP,λ<=n,8192,1,133370,16.280517578125
HSLIP,λ<=n,8192,1,131723,16.0794677734375
HSLIP,λ<=n,8192,1,98765,12.0562744140625
HSLIP,λ<=n,8192,1,130361,15.9132080078125
HSLIP,λ<=n,8192,1,102889,12.5596923828125
HSLIP,λ<=n,8192,1,113497,13.8546142578125
HSLIP,λ<=n,8192,1,88141,10.7593994140625
HSLIP,λ<=n,8192,1,137373,16.7691650390625
HSLIP,λ<=n,8192,1,96847,11.8221435546875
HSLIP,λ<=n,8192,1,83313,10.1700439453125
HSLIP,λ<=n,8192,1,208372,25.43603515625
HSLIP,λ<=n,8192,1,256581,31.3209228515625
HSLIP,λ<=n,8192,1,146899,17.9320068359375
HSLIP,λ<=n,8192,1,138115,16.8597412109375
HSLIP,λ<=n,8192,1,217069,26.4976806640625
HSLIP,λ<=n,8192,1,108103,13.1961669921875
HSLIP,λ<=n,8192,1,110430,13.480224609375
HSLIP,λ<=n,8192,1,122366,14.937255859375
HSDCD,λ<=n,8192,1,74386,9.080322265625
HSDCD,λ<=n,8192,1,64647,7.8914794921875
HSDCD,λ<=n,8192,1,77485,9.4586181640625
HSDCD,λ<=n,8192,1,78112,9.53515625
HSDCD,λ<=n,8192,1,66608,8.130859375
HSDCD,λ<=n,8192,1,88846,10.845458984375
HSDCD,λ<=n,8192,1,65059,7.9417724609375
HSDCD,λ<=n,8192,1,60897,7.4337158203125
HSDCD,λ<=n,8192,1,64056,7.8193359375
HSDCD,λ<=n,8192,1,68530,8.365478515625
HSDCD,λ<=n,8192,1,65524,7.99853515625
HSDCD,λ<=n,8192,1,57693,7.0426025390625
HSDCD,λ<=n,8192,1,65201,7.9591064453125
HSDCD,λ<=n,8192,1,66894,8.165771484375
HSDCD,λ<=n,8192,1,69400,8.4716796875
HSDCD,λ<=n,8192,1,90383,11.0330810546875
HSDCD,λ<=n,8192,1,66582,8.127685546875
HSDCD,λ<=n,8192,1,60099,7.3363037109375
HSDCD,λ<=n,8192,1,76154,9.296142578125
HSDCD,λ<=n,8192,1,74336,9.07421875
HSDCD,λ<=n,8192,1,54107,6.6048583984375
HSDCD,λ<=n,8192,1,65798,8.031982421875
HSDCD,λ<=n,8192,1,78749,9.6129150390625
HSDCD,λ<=n,8192,1,75919,9.2674560546875
HSDCD,λ<=n,8192,1,83734,10.221435546875
HSDCD,λ<=n,8192,1,77966,9.517333984375
HSDCD,λ<=n,8192,1,71793,8.7637939453125
HSDCD,λ<=n,8192,1,82185,10.0323486328125
HSDCD,λ<=n,8192,1,59419,7.2532958984375
HSDCD,λ<=n,8192,1,74111,9.0467529296875
HSDCD,λ<=n,8192,1,83092,10.14306640625
HSDCD,λ<=n,8192,1,64719,7.9002685546875
HSDCD,λ<=n,8192,1,70599,8.6180419921875
HSDCD,λ<=n,8192,1,80007,9.7664794921875
HSDCD,λ<=n,8192,1,89103,10.8768310546875
HSDCD,λ<=n,8192,1,75341,9.1968994140625
HSDCD,λ<=n,8192,1,72319,8.8280029296875
HSDCD,λ<=n,8192,1,80690,9.849853515625
HSDCD,λ<=n,8192,1,63481,7.7491455078125
HSDCD,λ<=n,8192,1,78613,9.5963134765625
HSDCD,λ<=n,8192,1,65374,7.980224609375
HSDCD,λ<=n,8192,1,69252,8.45361328125
HSDCD,λ<=n,8192,1,85561,10.4444580078125
HSDCD,λ<=n,8192,1,67887,8.2869873046875
HSDCD,λ<=n,8192,1,66911,8.1678466796875
HSDCD,λ<=n,8192,1,63039,7.6951904296875
HSDCD,λ<=n,8192,1,56659,6.9163818359375
HSDCD,λ<=n,8192,1,80519,9.8289794921875
HSDCD,λ<=n,8192,1,72266,8.821533203125
HSDCD,λ<=n,8192,1,72399,8.8377685546875
HSDCD,λ<=n,8192,1,70135,8.5614013671875
HSDCD,λ<=n,8192,1,89069,10.8726806640625
HSDCD,λ<=n,8192,1,55307,6.7513427734375
HSDCD,λ<=n,8192,1,70180,8.56689453125
HSDCD,λ<=n,8192,1,57261,6.9898681640625
HSDCD,λ<=n,8192,1,88140,10.75927734375
HSDCD,λ<=n,8192,1,65390,7.982177734375
HSDCD,λ<=n,8192,1,68819,8.4007568359375
HSDCD,λ<=n,8192,1,84534,10.319091796875
HSDCD,λ<=n,8192,1,64943,7.9276123046875
HSDCD,λ<=n,8192,1,70161,8.5645751953125
HSDCD,λ<=n,8192,1,77895,9.5086669921875
HSDCD,λ<=n,8192,1,58810,7.178955078125
HSDCD,λ<=n,8192,1,70907,8.6556396484375
HSDCD,λ<=n,8192,1,67204,8.20361328125
HSDCD,λ<=n,8192,1,67816,8.2783203125
HSDCD,λ<=n,8192,1,72512,8.8515625
HSDCD,λ<=n,8192,1,62625,7.6446533203125
HSDCD,λ<=n,8192,1,59599,7.2752685546875
HSDCD,λ<=n,8192,1,84022,10.256591796875
HSDCD,λ<=n,8192,1,89983,10.9842529296875
HSDCD,λ<=n,8192,1,62262,7.600341796875
HSDCD,λ<=n,8192,1,63179,7.7122802734375
HSDCD,λ<=n,8192,1,60585,7.3956298828125
HSDCD,λ<=n,8192,1,66261,8.0885009765625
HSDCD,λ<=n,8192,1,77757,9.4918212890625
HSDCD,λ<=n,8192,1,77622,9.475341796875
HSDCD,λ<=n,8192,1,63534,7.755615234375
HSDCD,λ<=n,8192,1,67324,8.21826171875
HSDCD,λ<=n,8192,1,83966,10.249755859375
HSDCD,λ<=n,8192,1,80046,9.771240234375
HSDCD,λ<=n,8192,1,64535,7.8778076171875
HSDCD,λ<=n,8192,1,65301,7.9713134765625
HSDCD,λ<=n,8192,1,80053,9.7720947265625
HSDCD,λ<=n,8192,1,64219,7.8392333984375
HSDCD,λ<=n,8192,1,71708,8.75341796875
HSDCD,λ<=n,8192,1,63286,7.725341796875
HSDCD,λ<=n,8192,1,66138,8.073486328125
HSDCD,λ<=n,8192,1,75459,9.2113037109375
HSDCD,λ<=n,8192,1,79315,9.6820068359375
HSDCD,λ<=n,8192,1,72100,8.80126953125
HSDCD,λ<=n,8192,1,62564,7.63720703125
HSDCD,λ<=n,8192,1,68006,8.301513671875
HSDCD,λ<=n,8192,1,68383,8.3475341796875
HSDCD,λ<=n,8192,1,62533,7.6334228515625
HSDCD,λ<=n,8192,1,64578,7.883056640625
HSDCD,λ<=n,8192,1,77825,9.5001220703125
HSDCD,λ<=n,8192,1,68820,8.40087890625
HSDCD,λ<=n,8192,1,75884,9.26318359375
HSDCD,λ<=n,8192,1,69546,8.489501953125
HRDCD,λ<=n,8192,1,55825,6.8145751953125
HRDCD,λ<=n,8192,1,46139,5.6322021484375
HRDCD,λ<=n,8192,1,95259,11.6282958984375
HRDCD,λ<=n,8192,1,48303,5.8963623046875
HRDCD,λ<=n,8192,1,67488,8.23828125
HRDCD,λ<=n,8192,1,49452,6.03662109375
HRDCD,λ<=n,8192,1,56331,6.8763427734375
HRDCD,λ<=n,8192,1,46303,5.6522216796875
HRDCD,λ<=n,8192,1,50239,6.1326904296875
HRDCD,λ<=n,8192,1,60436,7.37744140625
HRDCD,λ<=n,8192,1,66340,8.09814453125
HRDCD,λ<=n,8192,1,50233,6.1319580078125
HRDCD,λ<=n,8192,1,68814,8.400146484375
HRDCD,λ<=n,8192,1,43129,5.2647705078125
HRDCD,λ<=n,8192,1,56814,6.935302734375
HRDCD,λ<=n,8192,1,54862,6.697021484375
HRDCD,λ<=n,8192,1,52760,6.4404296875
HRDCD,λ<=n,8192,1,78222,9.548583984375
HRDCD,λ<=n,8192,1,45674,5.575439453125
HRDCD,λ<=n,8192,1,46506,5.677001953125
HRDCD,λ<=n,8192,1,58286,7.114990234375
HRDCD,λ<=n,8192,1,66369,8.1016845703125
HRDCD,λ<=n,8192,1,49786,6.077392578125
HRDCD,λ<=n,8192,1,50519,6.1668701171875
HRDCD,λ<=n,8192,1,85084,10.38623046875
HRDCD,λ<=n,8192,1,45918,5.605224609375
HRDCD,λ<=n,8192,1,57235,6.9866943359375
HRDCD,λ<=n,8192,1,55819,6.8138427734375
HRDCD,λ<=n,8192,1,89695,10.9490966796875
HRDCD,λ<=n,8192,1,48904,5.9697265625
HRDCD,λ<=n,8192,1,74230,9.061279296875
HRDCD,λ<=n,8192,1,50193,6.1270751953125
HRDCD,λ<=n,8192,1,58840,7.1826171875
HRDCD,λ<=n,8192,1,48585,5.9307861328125
HRDCD,λ<=n,8192,1,66061,8.0640869140625
HRDCD,λ<=n,8192,1,53376,6.515625
HRDCD,λ<=n,8192,1,69567,8.4920654296875
HRDCD,λ<=n,8192,1,44266,5.403564453125
HRDCD,λ<=n,8192,1,47311,5.7752685546875
HRDCD,λ<=n,8192,1,178500,21.78955078125
HRDCD,λ<=n,8192,1,47689,5.8214111328125
HRDCD,λ<=n,8192,1,57558,7.026123046875
HRDCD,λ<=n,8192,1,48950,5.975341796875
HRDCD,λ<=n,8192,1,50374,6.149169921875
HRDCD,λ<=n,8192,1,60484,7.38330078125
HRDCD,λ<=n,8192,1,51917,6.3375244140625
HRDCD,λ<=n,8192,1,75398,9.203857421875
HRDCD,λ<=n,8192,1,64616,7.8876953125
HRDCD,λ<=n,8192,1,54035,6.5960693359375
HRDCD,λ<=n,8192,1,55690,6.798095703125
HRDCD,λ<=n,8192,1,46292,5.65087890625
HRDCD,λ<=n,8192,1,49746,6.072509765625
HRDCD,λ<=n,8192,1,42211,5.1527099609375
HRDCD,λ<=n,8192,1,53202,6.494384765625
HRDCD,λ<=n,8192,1,106221,12.9664306640625
HRDCD,λ<=n,8192,1,63375,7.7362060546875
HRDCD,λ<=n,8192,1,93924,11.46533203125
HRDCD,λ<=n,8192,1,59847,7.3055419921875
HRDCD,λ<=n,8192,1,51140,6.24267578125
HRDCD,λ<=n,8192,1,45980,5.61279296875
HRDCD,λ<=n,8192,1,42699,5.2122802734375
HRDCD,λ<=n,8192,1,69320,8.4619140625
HRDCD,λ<=n,8192,1,50555,6.1712646484375
HRDCD,λ<=n,8192,1,47780,5.83251953125
HRDCD,λ<=n,8192,1,44046,5.376708984375
HRDCD,λ<=n,8192,1,80848,9.869140625
HRDCD,λ<=n,8192,1,61394,7.494384765625
HRDCD,λ<=n,8192,1,48503,5.9207763671875
HRDCD,λ<=n,8192,1,88168,10.7626953125
HRDCD,λ<=n,8192,1,48353,5.9024658203125
HRDCD,λ<=n,8192,1,69389,8.4703369140625
HRDCD,λ<=n,8192,1,49522,6.045166015625
HRDCD,λ<=n,8192,1,69848,8.5263671875
HRDCD,λ<=n,8192,1,63873,7.7969970703125
HRDCD,λ<=n,8192,1,49279,6.0155029296875
HRDCD,λ<=n,8192,1,49264,6.013671875
HRDCD,λ<=n,8192,1,45194,5.516845703125
HRDCD,λ<=n,8192,1,66301,8.0933837890625
HRDCD,λ<=n,8192,1,57573,7.0279541015625
HRDCD,λ<=n,8192,1,68328,8.3408203125
HRDCD,λ<=n,8192,1,52435,6.4007568359375
HRDCD,λ<=n,8192,1,45579,5.5638427734375
HRDCD,λ<=n,8192,1,71357,8.7105712890625
HRDCD,λ<=n,8192,1,60621,7.4000244140625
HRDCD,λ<=n,8192,1,48430,5.911865234375
HRDCD,λ<=n,8192,1,46129,5.6309814453125
HRDCD,λ<=n,8192,1,59251,7.2327880859375
HRDCD,λ<=n,8192,1,51011,6.2269287109375
HRDCD,λ<=n,8192,1,49590,6.053466796875
HRDCD,λ<=n,8192,1,82583,10.0809326171875
HRDCD,λ<=n,8192,1,81934,10.001708984375
HRDCD,λ<=n,8192,1,65099,7.9466552734375
HRDCD,λ<=n,8192,1,47292,5.77294921875
HRDCD,λ<=n,8192,1,50222,6.130615234375
HRDCD,λ<=n,8192,1,73214,8.937255859375
HRDCD,λ<=n,8192,1,49438,6.034912109375
HRDCD,λ<=n,8192,1,109328,13.345703125
HRDCD,λ<=n,8192,1,116857,14.2647705078125
HRDCD,λ<=n,8192,1,69294,8.458740234375
HRDCD,λ<=n,8192,1,49861,6.0865478515625
HHDCD,λ<=n,8192,1,46434,5.668212890625
HHDCD,λ<=n,8192,1,50197,6.1275634765625
HHDCD,λ<=n,8192,1,55581,6.7847900390625
HHDCD,λ<=n,8192,1,44251,5.4017333984375
HHDCD,λ<=n,8192,1,158807,19.3856201171875
HHDCD,λ<=n,8192,1,63725,7.7789306640625
HHDCD,λ<=n,8192,1,49505,6.0430908203125
HHDCD,λ<=n,8192,1,84511,10.3162841796875
HHDCD,λ<=n,8192,1,51875,6.3323974609375
HHDCD,λ<=n,8192,1,48868,5.96533203125
HHDCD,λ<=n,8192,1,49468,6.03857421875
HHDCD,λ<=n,8192,1,52730,6.436767578125
HHDCD,λ<=n,8192,1,52738,6.437744140625
HHDCD,λ<=n,8192,1,47723,5.8255615234375
HHDCD,λ<=n,8192,1,57838,7.060302734375
HHDCD,λ<=n,8192,1,49843,6.0843505859375
HHDCD,λ<=n,8192,1,44804,5.46923828125
HHDCD,λ<=n,8192,1,53428,6.52197265625
HHDCD,λ<=n,8192,1,59043,7.2073974609375
HHDCD,λ<=n,8192,1,53154,6.488525390625
HHDCD,λ<=n,8192,1,47418,5.788330078125
HHDCD,λ<=n,8192,1,51542,6.291748046875
HHDCD,λ<=n,8192,1,117824,14.3828125
HHDCD,λ<=n,8192,1,75267,9.1878662109375
HHDCD,λ<=n,8192,1,45525,5.5572509765625
HHDCD,λ<=n,8192,1,60946,7.439697265625
HHDCD,λ<=n,8192,1,51851,6.3294677734375
HHDCD,λ<=n,8192,1,49710,6.068115234375
HHDCD,λ<=n,8192,1,48551,5.9266357421875
HHDCD,λ<=n,8192,1,58740,7.17041015625
HHDCD,λ<=n,8192,1,50878,6.210693359375
HHDCD,λ<=n,8192,1,44337,5.4122314453125
HHDCD,λ<=n,8192,1,92110,11.243896484375
HHDCD,λ<=n,8192,1,49395,6.0296630859375
HHDCD,λ<=n,8192,1,72775,8.8836669921875
HHDCD,λ<=n,8192,1,49227,6.0091552734375
HHDCD,λ<=n,8192,1,48848,5.962890625
HHDCD,λ<=n,8192,1,56459,6.8919677734375
HHDCD,λ<=n,8192,1,54733,6.6812744140625
HHDCD,λ<=n,8192,1,67551,8.2459716796875
HHDCD,λ<=n,8192,1,51689,6.3096923828125
HHDCD,λ<=n,8192,1,149846,18.291748046875
HHDCD,λ<=n,8192,1,79007,9.6444091796875
HHDCD,λ<=n,8192,1,57937,7.0723876953125
HHDCD,λ<=n,8192,1,71454,8.722412109375
HHDCD,λ<=n,8192,1,47810,5.836181640625
HHDCD,λ<=n,8192,1,46267,5.6478271484375
HHDCD,λ<=n,8192,1,57101,6.9703369140625
HHDCD,λ<=n,8192,1,72206,8.814208984375
HHDCD,λ<=n,8192,1,171618,20.949462890625
HHDCD,λ<=n,8192,1,48605,5.9332275390625
HHDCD,λ<=n,8192,1,101909,12.4400634765625
HHDCD,λ<=n,8192,1,48366,5.904052734375
HHDCD,λ<=n,8192,1,47365,5.7818603515625
HHDCD,λ<=n,8192,1,48311,5.8973388671875
HHDCD,λ<=n,8192,1,47617,5.8126220703125
HHDCD,λ<=n,8192,1,44711,5.4578857421875
HHDCD,λ<=n,8192,1,47721,5.8253173828125
HHDCD,λ<=n,8192,1,54375,6.6375732421875
HHDCD,λ<=n,8192,1,57817,7.0577392578125
HHDCD,λ<=n,8192,1,59226,7.229736328125
HHDCD,λ<=n,8192,1,45365,5.5377197265625
HHDCD,λ<=n,8192,1,49937,6.0958251953125
HHDCD,λ<=n,8192,1,44813,5.4703369140625
HHDCD,λ<=n,8192,1,50059,6.1107177734375
HHDCD,λ<=n,8192,1,45816,5.5927734375
HHDCD,λ<=n,8192,1,52457,6.4034423828125
HHDCD,λ<=n,8192,1,66326,8.096435546875
HHDCD,λ<=n,8192,1,45911,5.6043701171875
HHDCD,λ<=n,8192,1,64192,7.8359375
HHDCD,λ<=n,8192,1,43405,5.2984619140625
HHDCD,λ<=n,8192,1,75172,9.17626953125
HHDCD,λ<=n,8192,1,62551,7.6356201171875
HHDCD,λ<=n,8192,1,53228,6.49755859375
HHDCD,λ<=n,8192,1,54666,6.673095703125
HHDCD,λ<=n,8192,1,49580,6.05224609375
HHDCD,λ<=n,8192,1,46245,5.6451416015625
HHDCD,λ<=n,8192,1,54080,6.6015625
HHDCD,λ<=n,8192,1,53123,6.4847412109375
HHDCD,λ<=n,8192,1,54754,6.683837890625
HHDCD,λ<=n,8192,1,47774,5.831787109375
HHDCD,λ<=n,8192,1,47480,5.7958984375
HHDCD,λ<=n,8192,1,51943,6.3406982421875
HHDCD,λ<=n,8192,1,46230,5.643310546875
HHDCD,λ<=n,8192,1,68319,8.3397216796875
HHDCD,λ<=n,8192,1,46702,5.700927734375
HHDCD,λ<=n,8192,1,44504,5.4326171875
HHDCD,λ<=n,8192,1,55041,6.7188720703125
HHDCD,λ<=n,8192,1,103076,12.58251953125
HHDCD,λ<=n,8192,1,45781,5.5885009765625
HHDCD,λ<=n,8192,1,50837,6.2056884765625
HHDCD,λ<=n,8192,1,68036,8.30517578125
HHDCD,λ<=n,8192,1,48845,5.9625244140625
HHDCD,λ<=n,8192,1,48676,5.94189453125
HHDCD,λ<=n,8192,1,49436,6.03466796875
HHDCD,λ<=n,8192,1,67412,8.22900390625
HHDCD,λ<=n,8192,1,99630,12.161865234375
HHDCD,λ<=n,8192,1,46100,5.62744140625
HHDCD,λ<=n,8192,1,49625,6.0577392578125
HHDCD,λ<=n,8192,1,47946,5.852783203125
HHLCD,λ<=n,8192,1,46352,5.658203125
HHLCD,λ<=n,8192,1,54305,6.6290283203125
HHLCD,λ<=n,8192,1,51068,6.23388671875
HHLCD,λ<=n,8192,1,45037,5.4976806640625
HHLCD,λ<=n,8192,1,50102,6.115966796875
HHLCD,λ<=n,8192,1,45468,5.55029296875
HHLCD,λ<=n,8192,1,87551,10.6873779296875
HHLCD,λ<=n,8192,1,48228,5.88720703125
HHLCD,λ<=n,8192,1,63993,7.8116455078125
HHLCD,λ<=n,8192,1,54623,6.6678466796875
HHLCD,λ<=n,8192,1,56927,6.9490966796875
HHLCD,λ<=n,8192,1,58149,7.0982666015625
HHLCD,λ<=n,8192,1,46975,5.7342529296875
HHLCD,λ<=n,8192,1,49002,5.981689453125
HHLCD,λ<=n,8192,1,50769,6.1973876953125
HHLCD,λ<=n,8192,1,62959,7.6854248046875
HHLCD,λ<=n,8192,1,46839,5.7176513671875
HHLCD,λ<=n,8192,1,50776,6.1982421875
HHLCD,λ<=n,8192,1,48151,5.8778076171875
HHLCD,λ<=n,8192,1,51455,6.2811279296875
HHLCD,λ<=n,8192,1,52136,6.3642578125
HHLCD,λ<=n,8192,1,41649,5.0841064453125
HHLCD,λ<=n,8192,1,56612,6.91064453125
HHLCD,λ<=n,8192,1,53135,6.4862060546875
HHLCD,λ<=n,8192,1,47271,5.7703857421875
HHLCD,λ<=n,8192,1,104000,12.6953125
HHLCD,λ<=n,8192,1,55513,6.7764892578125
HHLCD,λ<=n,8192,1,93267,11.3851318359375
HHLCD,λ<=n,8192,1,64735,7.9022216796875
HHLCD,λ<=n,8192,1,132472,16.1708984375
HHLCD,λ<=n,8192,1,49291,6.0169677734375
HHLCD,λ<=n,8192,1,47049,5.7432861328125
HHLCD,λ<=n,8192,1,55862,6.819091796875
HHLCD,λ<=n,8192,1,55339,6.7552490234375
HHLCD,λ<=n,8192,1,46588,5.68701171875
HHLCD,λ<=n,8192,1,46334,5.656005859375
HHLCD,λ<=n,8192,1,84647,10.3328857421875
HHLCD,λ<=n,8192,1,57294,6.993896484375
HHLCD,λ<=n,8192,1,71075,8.6761474609375
HHLCD,λ<=n,8192,1,61176,7.4677734375
HHLCD,λ<=n,8192,1,43907,5.3597412109375
HHLCD,λ<=n,8192,1,57410,7.008056640625
HHLCD,λ<=n,8192,1,75409,9.2052001953125
HHLCD,λ<=n,8192,1,66903,8.1668701171875
HHLCD,λ<=n,8192,1,48332,5.89990234375
HHLCD,λ<=n,8192,1,50780,6.19873046875
HHLCD,λ<=n,8192,1,73990,9.031982421875
HHLCD,λ<=n,8192,1,54546,6.658447265625
HHLCD,λ<=n,8192,1,49634,6.058837890625
HHLCD,λ<=n,8192,1,57689,7.0421142578125
HHLCD,λ<=n,8192,1,57409,7.0079345703125
HHLCD,λ<=n,8192,1,121638,14.848388671875
HHLCD,λ<=n,8192,1,74767,9.1268310546875
HHLCD,λ<=n,8192,1,163201,19.9219970703125
HHLCD,λ<=n,8192,1,41882,5.112548828125
HHLCD,λ<=n,8192,1,46946,5.730712890625
HHLCD,λ<=n,8192,1,59127,7.2176513671875
HHLCD,λ<=n,8192,1,43361,5.2930908203125
HHLCD,λ<=n,8192,1,47700,5.82275390625
HHLCD,λ<=n,8192,1,169561,20.6983642578125
HHLCD,λ<=n,8192,1,42840,5.2294921875
HHLCD,λ<=n,8192,1,48415,5.9100341796875
HHLCD,λ<=n,8192,1,65983,8.0545654296875
HHLCD,λ<=n,8192,1,44497,5.4317626953125
HHLCD,λ<=n,8192,1,56245,6.8658447265625
HHLCD,λ<=n,8192,1,45016,5.4951171875
HHLCD,λ<=n,8192,1,52475,6.4056396484375
HHLCD,λ<=n,8192,1,56892,6.94482421875
HHLCD,λ<=n,8192,1,49749,6.0728759765625
HHLCD,λ<=n,8192,1,70196,8.56884765625
HHLCD,λ<=n,8192,1,48815,5.9588623046875
HHLCD,λ<=n,8192,1,47427,5.7894287109375
HHLCD,λ<=n,8192,1,49574,6.051513671875
HHLCD,λ<=n,8192,1,51704,6.3115234375
HHLCD,λ<=n,8192,1,46733,5.7047119140625
HHLCD,λ<=n,8192,1,68142,8.318115234375
HHLCD,λ<=n,8192,1,61494,7.506591796875
HHLCD,λ<=n,8192,1,81138,9.904541015625
HHLCD,λ<=n,8192,1,51476,6.28369140625
HHLCD,λ<=n,8192,1,89714,10.951416015625
HHLCD,λ<=n,8192,1,50933,6.2174072265625
HHLCD,λ<=n,8192,1,59012,7.20361328125
HHLCD,λ<=n,8192,1,52911,6.4588623046875
HHLCD,λ<=n,8192,1,63406,7.739990234375
HHLCD,λ<=n,8192,1,50403,6.1527099609375
HHLCD,λ<=n,8192,1,142691,17.4183349609375
HHLCD,λ<=n,8192,1,120191,14.6717529296875
HHLCD,λ<=n,8192,1,57350,7.000732421875
HHLCD,λ<=n,8192,1,58359,7.1239013671875
HHLCD,λ<=n,8192,1,50404,6.15283203125
HHLCD,λ<=n,8192,1,46414,5.665771484375
HHLCD,λ<=n,8192,1,46748,5.70654296875
HHLCD,λ<=n,8192,1,56884,6.94384765625
HHLCD,λ<=n,8192,1,42621,5.2027587890625
HHLCD,λ<=n,8192,1,50011,6.1048583984375
HHLCD,λ<=n,8192,1,58516,7.14306640625
HHLCD,λ<=n,8192,1,43291,5.2845458984375
HHLCD,λ<=n,8192,1,71301,8.7037353515625
HHLCD,λ<=n,8192,1,48196,5.88330078125
HHLCD,λ<=n,8192,1,44399,5.4197998046875
HRLCD,λ<=n,8192,1,118111,14.4178466796875
HRLCD,λ<=n,8192,1,45728,5.58203125
HRLCD,λ<=n,8192,1,42596,5.19970703125
HRLCD,λ<=n,8192,1,55502,6.775146484375
HRLCD,λ<=n,8192,1,76730,9.366455078125
HRLCD,λ<=n,8192,1,53342,6.511474609375
HRLCD,λ<=n,8192,1,44566,5.440185546875
HRLCD,λ<=n,8192,1,59526,7.266357421875
HRLCD,λ<=n,8192,1,44474,5.428955078125
HRLCD,λ<=n,8192,1,43129,5.2647705078125
HRLCD,λ<=n,8192,1,49997,6.1031494140625
HRLCD,λ<=n,8192,1,44888,5.4794921875
HRLCD,λ<=n,8192,1,61827,7.5472412109375
HRLCD,λ<=n,8192,1,43237,5.2779541015625
HRLCD,λ<=n,8192,1,45545,5.5596923828125
HRLCD,λ<=n,8192,1,43542,5.315185546875
HRLCD,λ<=n,8192,1,56122,6.850830078125
HRLCD,λ<=n,8192,1,47687,5.8211669921875
HRLCD,λ<=n,8192,1,65828,8.03564453125
HRLCD,λ<=n,8192,1,43618,5.324462890625
HRLCD,λ<=n,8192,1,50968,6.2216796875
HRLCD,λ<=n,8192,1,45622,5.569091796875
HRLCD,λ<=n,8192,1,50448,6.158203125
HRLCD,λ<=n,8192,1,45607,5.5672607421875
HRLCD,λ<=n,8192,1,54963,6.7093505859375
HRLCD,λ<=n,8192,1,44675,5.4534912109375
HRLCD,λ<=n,8192,1,67768,8.2724609375
HRLCD,λ<=n,8192,1,51370,6.270751953125
HRLCD,λ<=n,8192,1,42781,5.2222900390625
HRLCD,λ<=n,8192,1,47408,5.787109375
HRLCD,λ<=n,8192,1,60887,7.4324951171875
HRLCD,λ<=n,8192,1,63141,7.7076416015625
HRLCD,λ<=n,8192,1,46440,5.6689453125
HRLCD,λ<=n,8192,1,54133,6.6080322265625
HRLCD,λ<=n,8192,1,46203,5.6400146484375
HRLCD,λ<=n,8192,1,62896,7.677734375
HRLCD,λ<=n,8192,1,59122,7.217041015625
HRLCD,λ<=n,8192,1,60676,7.40673828125
HRLCD,λ<=n,8192,1,41939,5.1195068359375
HRLCD,λ<=n,8192,1,43089,5.2598876953125
HRLCD,λ<=n,8192,1,85780,10.47119140625
HRLCD,λ<=n,8192,1,44802,5.468994140625
HRLCD,λ<=n,8192,1,76140,9.29443359375
HRLCD,λ<=n,8192,1,46465,5.6719970703125
HRLCD,λ<=n,8192,1,53161,6.4893798828125
HRLCD,λ<=n,8192,1,61162,7.466064453125
HRLCD,λ<=n,8192,1,52444,6.40185546875
HRLCD,λ<=n,8192,1,50464,6.16015625
HRLCD,λ<=n,8192,1,137709,16.8101806640625
HRLCD,λ<=n,8192,1,59937,7.3165283203125
HRLCD,λ<=n,8192,1,86653,10.5777587890625
HRLCD,λ<=n,8192,1,44071,5.3797607421875
HRLCD,λ<=n,8192,1,46574,5.685302734375
HRLCD,λ<=n,8192,1,47920,5.849609375
HRLCD,λ<=n,8192,1,59318,7.240966796875
HRLCD,λ<=n,8192,1,43636,5.32666015625
HRLCD,λ<=n,8192,1,61107,7.4593505859375
HRLCD,λ<=n,8192,1,48366,5.904052734375
HRLCD,λ<=n,8192,1,52150,6.365966796875
HRLCD,λ<=n,8192,1,58717,7.1676025390625
HRLCD,λ<=n,8192,1,65655,8.0145263671875
HRLCD,λ<=n,8192,1,79235,9.6722412109375
HRLCD,λ<=n,8192,1,47232,5.765625
HRLCD,λ<=n,8192,1,48474,5.917236328125
HRLCD,λ<=n,8192,1,60185,7.3468017578125
HRLCD,λ<=n,8192,1,51285,6.2603759765625
HRLCD,λ<=n,8192,1,76066,9.285400390625
HRLCD,λ<=n,8192,1,108006,13.184326171875
HRLCD,λ<=n,8192,1,62102,7.580810546875
HRLCD,λ<=n,8192,1,68977,8.4200439453125
HRLCD,λ<=n,8192,1,45504,5.5546875
HRLCD,λ<=n,8192,1,53755,6.5618896484375
HRLCD,λ<=n,8192,1,55887,6.8221435546875
HRLCD,λ<=n,8192,1,43549,5.3160400390625
HRLCD,λ<=n,8192,1,51763,6.3187255859375
HRLCD,λ<=n,8192,1,54086,6.602294921875
HRLCD,λ<=n,8192,1,46098,5.627197265625
HRLCD,λ<=n,8192,1,57633,7.0352783203125
HRLCD,λ<=n,8192,1,50060,6.11083984375
HRLCD,λ<=n,8192,1,57747,7.0491943359375
HRLCD,λ<=n,8192,1,44323,5.4105224609375
HRLCD,λ<=n,8192,1,51554,6.293212890625
HRLCD,λ<=n,8192,1,99536,12.150390625
HRLCD,λ<=n,8192,1,46697,5.7003173828125
HRLCD,λ<=n,8192,1,48430,5.911865234375
HRLCD,λ<=n,8192,1,45419,5.5443115234375
HRLCD,λ<=n,8192,1,49262,6.013427734375
HRLCD,λ<=n,8192,1,52062,6.355224609375
HRLCD,λ<=n,8192,1,44670,5.452880859375
HRLCD,λ<=n,8192,1,48015,5.8612060546875
HRLCD,λ<=n,8192,1,81731,9.9769287109375
HRLCD,λ<=n,8192,1,50086,6.114013671875
HRLCD,λ<=n,8192,1,44795,5.4681396484375
HRLCD,λ<=n,8192,1,56585,6.9073486328125
HRLCD,λ<=n,8192,1,48708,5.94580078125
HRLCD,λ<=n,8192,1,49712,6.068359375
HRLCD,λ<=n,8192,1,94255,11.5057373046875
HRLCD,λ<=n,8192,1,47207,5.7625732421875
HRLCD,λ<=n,8192,1,51245,6.2554931640625
HSLCD,λ<=n,8192,1,65676,8.01708984375
HSLCD,λ<=n,8192,1,78132,9.53759765625
HSLCD,λ<=n,8192,1,85735,10.4656982421875
HSLCD,λ<=n,8192,1,66406,8.106201171875
HSLCD,λ<=n,8192,1,67997,8.3004150390625
HSLCD,λ<=n,8192,1,65756,8.02685546875
HSLCD,λ<=n,8192,1,70783,8.6405029296875
HSLCD,λ<=n,8192,1,67642,8.257080078125
HSLCD,λ<=n,8192,1,70701,8.6304931640625
HSLCD,λ<=n,8192,1,80950,9.881591796875
HSLCD,λ<=n,8192,1,75791,9.2518310546875
HSLCD,λ<=n,8192,1,61560,7.5146484375
HSLCD,λ<=n,8192,1,98302,11.999755859375
HSLCD,λ<=n,8192,1,66084,8.06689453125
HSLCD,λ<=n,8192,1,65741,8.0250244140625
HSLCD,λ<=n,8192,1,66519,8.1199951171875
HSLCD,λ<=n,8192,1,66575,8.1268310546875
HSLCD,λ<=n,8192,1,87528,10.6845703125
HSLCD,λ<=n,8192,1,72758,8.881591796875
HSLCD,λ<=n,8192,1,72583,8.8602294921875
HSLCD,λ<=n,8192,1,77242,9.428955078125
HSLCD,λ<=n,8192,1,71514,8.729736328125
HSLCD,λ<=n,8192,1,67064,8.1865234375
HSLCD,λ<=n,8192,1,78928,9.634765625
HSLCD,λ<=n,8192,1,67143,8.1961669921875
HSLCD,λ<=n,8192,1,70052,8.55126953125
HSLCD,λ<=n,8192,1,69282,8.457275390625
HSLCD,λ<=n,8192,1,66924,8.16943359375
HSLCD,λ<=n,8192,1,65280,7.96875
HSLCD,λ<=n,8192,1,66045,8.0621337890625
HSLCD,λ<=n,8192,1,68627,8.3773193359375
HSLCD,λ<=n,8192,1,73411,8.9613037109375
HSLCD,λ<=n,8192,1,60576,7.39453125
HSLCD,λ<=n,8192,1,74965,9.1510009765625
HSLCD,λ<=n,8192,1,65358,7.978271484375
HSLCD,λ<=n,8192,1,67675,8.2611083984375
HSLCD,λ<=n,8192,1,70225,8.5723876953125
HSLCD,λ<=n,8192,1,62694,7.653076171875
HSLCD,λ<=n,8192,1,68406,8.350341796875
HSLCD,λ<=n,8192,1,152544,18.62109375
HSLCD,λ<=n,8192,1,71936,8.78125
HSLCD,λ<=n,8192,1,70489,8.6046142578125
HSLCD,λ<=n,8192,1,77436,9.45263671875
HSLCD,λ<=n,8192,1,70449,8.5997314453125
HSLCD,λ<=n,8192,1,63500,7.75146484375
HSLCD,λ<=n,8192,1,71324,8.70654296875
HSLCD,λ<=n,8192,1,65500,7.99560546875
HSLCD,λ<=n,8192,1,68621,8.3765869140625
HSLCD,λ<=n,8192,1,71120,8.681640625
HSLCD,λ<=n,8192,1,65232,7.962890625
HSLCD,λ<=n,8192,1,63137,7.7071533203125
HSLCD,λ<=n,8192,1,74753,9.1251220703125
HSLCD,λ<=n,8192,1,62400,7.6171875
HSLCD,λ<=n,8192,1,65410,7.984619140625
HSLCD,λ<=n,8192,1,85715,10.4632568359375
HSLCD,λ<=n,8192,1,64465,7.8692626953125
HSLCD,λ<=n,8192,1,70306,8.582275390625
HSLCD,λ<=n,8192,1,64128,7.828125
HSLCD,λ<=n,8192,1,64188,7.83544921875
HSLCD,λ<=n,8192,1,66846,8.159912109375
HSLCD,λ<=n,8192,1,97185,11.8634033203125
HSLCD,λ<=n,8192,1,68556,8.36865234375
HSLCD,λ<=n,8192,1,65237,7.9635009765625
HSLCD,λ<=n,8192,1,71563,8.7357177734375
HSLCD,λ<=n,8192,1,87078,10.629638671875
HSLCD,λ<=n,8192,1,78009,9.5225830078125
HSLCD,λ<=n,8192,1,61442,7.500244140625
HSLCD,λ<=n,8192,1,97452,11.89599609375
HSLCD,λ<=n,8192,1,73693,8.9957275390625
HSLCD,λ<=n,8192,1,77698,9.484619140625
HSLCD,λ<=n,8192,1,121882,14.878173828125
HSLCD,λ<=n,8192,1,71351,8.7098388671875
HSLCD,λ<=n,8192,1,64060,7.81982421875
HSLCD,λ<=n,8192,1,66077,8.0660400390625
HSLCD,λ<=n,8192,1,61762,7.539306640625
HSLCD,λ<=n,8192,1,63212,7.71630859375
HSLCD,λ<=n,8192,1,64262,7.844482421875
HSLCD,λ<=n,8192,1,61309,7.4840087890625
HSLCD,λ<=n,8192,1,68954,8.417236328125
HSLCD,λ<=n,8192,1,70854,8.649169921875
HSLCD,λ<=n,8192,1,70924,8.65771484375
HSLCD,λ<=n,8192,1,69785,8.5186767578125
HSLCD,λ<=n,8192,1,76511,9.3397216796875
HSLCD,λ<=n,8192,1,65160,7.9541015625
HSLCD,λ<=n,8192,1,113033,13.7979736328125
HSLCD,λ<=n,8192,1,66419,8.1077880859375
HSLCD,λ<=n,8192,1,66861,8.1617431640625
HSLCD,λ<=n,8192,1,159048,19.4150390625
HSLCD,λ<=n,8192,1,65641,8.0128173828125
HSLCD,λ<=n,8192,1,76257,9.3087158203125
HSLCD,λ<=n,8192,1,81316,9.92626953125
HSLCD,λ<=n,8192,1,59400,7.2509765625
HSLCD,λ<=n,8192,1,66421,8.1080322265625
HSLCD,λ<=n,8192,1,65830,8.035888671875
HSLCD,λ<=n,8192,1,69596,8.49560546875
HSLCD,λ<=n,8192,1,68124,8.31591796875
HSLCD,λ<=n,8192,1,60948,7.43994140625
HSLCD,λ<=n,8192,1,72112,8.802734375
HSLCD,λ<=n,8192,1,77424,9.451171875
HSLCD,λ<=n,8192,1,63957,7.8072509765625
HSDSD,λ<=n,8192,1,191130,23.331298828125
HSDSD,λ<=n,8192,1,121978,14.889892578125
HSDSD,λ<=n,8192,1,91814,11.207763671875
HSDSD,λ<=n,8192,1,89036,10.86865234375
HSDSD,λ<=n,8192,1,104926,12.808349609375
HSDSD,λ<=n,8192,1,89382,10.910888671875
HSDSD,λ<=n,8192,1,146624,17.8984375
HSDSD,λ<=n,8192,1,85311,10.4139404296875
HSDSD,λ<=n,8192,1,196079,23.9354248046875
HSDSD,λ<=n,8192,1,156110,19.056396484375
HSDSD,λ<=n,8192,1,111499,13.6107177734375
HSDSD,λ<=n,8192,1,158500,19.34814453125
HSDSD,λ<=n,8192,1,98104,11.9755859375
HSDSD,λ<=n,8192,1,106899,13.0491943359375
HSDSD,λ<=n,8192,1,198452,24.22509765625
HSDSD,λ<=n,8192,1,166200,20.2880859375
HSDSD,λ<=n,8192,1,200958,24.531005859375
HSDSD,λ<=n,8192,1,144925,17.6910400390625
HSDSD,λ<=n,8192,1,73648,8.990234375
HSDSD,λ<=n,8192,1,81702,9.973388671875
HSDSD,λ<=n,8192,1,83813,10.2310791015625
HSDSD,λ<=n,8192,1,106157,12.9586181640625
HSDSD,λ<=n,8192,1,110218,13.454345703125
HSDSD,λ<=n,8192,1,171897,20.9835205078125
HSDSD,λ<=n,8192,1,126334,15.421630859375
HSDSD,λ<=n,8192,1,98316,12.00146484375
HSDSD,λ<=n,8192,1,80963,9.8831787109375
HSDSD,λ<=n,8192,1,299831,36.6004638671875
HSDSD,λ<=n,8192,1,79459,9.6995849609375
HSDSD,λ<=n,8192,1,74982,9.153076171875
HSDSD,λ<=n,8192,1,98411,12.0130615234375
HSDSD,λ<=n,8192,1,109874,13.412353515625
HSDSD,λ<=n,8192,1,89936,10.978515625
HSDSD,λ<=n,8192,1,76539,9.3431396484375
HSDSD,λ<=n,8192,1,73776,9.005859375
HSDSD,λ<=n,8192,1,93472,11.41015625
HSDSD,λ<=n,8192,1,92830,11.331787109375
HSDSD,λ<=n,8192,1,115383,14.0848388671875
HSDSD,λ<=n,8192,1,89939,10.9788818359375
HSDSD,λ<=n,8192,1,83837,10.2340087890625
HSDSD,λ<=n,8192,1,185245,22.6129150390625
HSDSD,λ<=n,8192,1,108704,13.26953125
HSDSD,λ<=n,8192,1,135442,16.533447265625
HSDSD,λ<=n,8192,1,104830,12.796630859375
HSDSD,λ<=n,8192,1,118974,14.523193359375
HSDSD,λ<=n,8192,1,71241,8.6964111328125
HSDSD,λ<=n,8192,1,107539,13.1273193359375
HSDSD,λ<=n,8192,1,125794,15.355712890625
HSDSD,λ<=n,8192,1,75537,9.2208251953125
HSDSD,λ<=n,8192,1,83784,10.2275390625
HSDSD,λ<=n,8192,1,169449,20.6846923828125
HSDSD,λ<=n,8192,1,80164,9.78564453125
HSDSD,λ<=n,8192,1,159341,19.4508056640625
HSDSD,λ<=n,8192,1,75579,9.2259521484375
HSDSD,λ<=n,8192,1,83850,10.235595703125
HSDSD,λ<=n,8192,1,104739,12.7855224609375
HSDSD,λ<=n,8192,1,76854,9.381591796875
HSDSD,λ<=n,8192,1,174707,21.3265380859375
HSDSD,λ<=n,8192,1,146886,17.930419921875
HSDSD,λ<=n,8192,1,165503,20.2030029296875
HSDSD,λ<=n,8192,1,137404,16.77294921875
HSDSD,λ<=n,8192,1,102568,12.5205078125
HSDSD,λ<=n,8192,1,99223,12.1121826171875
HSDSD,λ<=n,8192,1,92776,11.3251953125
HSDSD,λ<=n,8192,1,249214,30.421630859375
HSDSD,λ<=n,8192,1,224831,27.4451904296875
HSDSD,λ<=n,8192,1,86022,10.500732421875
HSDSD,λ<=n,8192,1,158468,19.34423828125
HSDSD,λ<=n,8192,1,93450,11.407470703125
HSDSD,λ<=n,8192,1,104401,12.7442626953125
HSDSD,λ<=n,8192,1,89304,10.9013671875
HSDSD,λ<=n,8192,1,180374,22.018310546875
HSDSD,λ<=n,8192,1,84622,10.329833984375
HSDSD,λ<=n,8192,1,82519,10.0731201171875
HSDSD,λ<=n,8192,1,72302,8.825927734375
HSDSD,λ<=n,8192,1,139521,17.0313720703125
HSDSD,λ<=n,8192,1,121206,14.795654296875
HSDSD,λ<=n,8192,1,263995,32.2259521484375
HSDSD,λ<=n,8192,1,107244,13.09130859375
HSDSD,λ<=n,8192,1,127868,15.60888671875
HSDSD,λ<=n,8192,1,90692,11.07080078125
HSDSD,λ<=n,8192,1,118404,14.45361328125
HSDSD,λ<=n,8192,1,84380,10.30029296875
HSDSD,λ<=n,8192,1,124971,15.2552490234375
HSDSD,λ<=n,8192,1,89631,10.9412841796875
HSDSD,λ<=n,8192,1,94316,11.51318359375
HSDSD,λ<=n,8192,1,106624,13.015625
HSDSD,λ<=n,8192,1,124688,15.220703125
HSDSD,λ<=n,8192,1,95525,11.6607666015625
HSDSD,λ<=n,8192,1,70055,8.5516357421875
HSDSD,λ<=n,8192,1,153121,18.6915283203125
HSDSD,λ<=n,8192,1,71140,8.68408203125
HSDSD,λ<=n,8192,1,119562,14.594970703125
HSDSD,λ<=n,8192,1,72039,8.7938232421875
HSDSD,λ<=n,8192,1,115270,14.071044921875
HSDSD,λ<=n,8192,1,72903,8.8992919921875
HSDSD,λ<=n,8192,1,111356,13.59326171875
HSDSD,λ<=n,8192,1,177024,21.609375
HSDSD,λ<=n,8192,1,140193,17.1134033203125
HSDSD,λ<=n,8192,1,68235,8.3294677734375
HRDSD,λ<=n,8192,1,61923,7.5589599609375
HRDSD,λ<=n,8192,1,60067,7.3323974609375
HRDSD,λ<=n,8192,1,71265,8.6993408203125
HRDSD,λ<=n,8192,1,65355,7.9779052734375
HRDSD,λ<=n,8192,1,97746,11.931884765625
HRDSD,λ<=n,8192,1,71911,8.7781982421875
HRDSD,λ<=n,8192,1,81479,9.9461669921875
HRDSD,λ<=n,8192,1,70746,8.635986328125
HRDSD,λ<=n,8192,1,71757,8.7593994140625
HRDSD,λ<=n,8192,1,95592,11.6689453125
HRDSD,λ<=n,8192,1,67495,8.2391357421875
HRDSD,λ<=n,8192,1,70202,8.569580078125
HRDSD,λ<=n,8192,1,62413,7.6187744140625
HRDSD,λ<=n,8192,1,69571,8.4925537109375
HRDSD,λ<=n,8192,1,91449,11.1632080078125
HRDSD,λ<=n,8192,1,147213,17.9703369140625
HRDSD,λ<=n,8192,1,98226,11.990478515625
HRDSD,λ<=n,8192,1,93327,11.3924560546875
HRDSD,λ<=n,8192,1,70959,8.6619873046875
HRDSD,λ<=n,8192,1,59696,7.287109375
HRDSD,λ<=n,8192,1,72152,8.8076171875
HRDSD,λ<=n,8192,1,62831,7.6697998046875
HRDSD,λ<=n,8192,1,84172,10.27490234375
HRDSD,λ<=n,8192,1,71410,8.717041015625
HRDSD,λ<=n,8192,1,84399,10.3026123046875
HRDSD,λ<=n,8192,1,60224,7.3515625
HRDSD,λ<=n,8192,1,59431,7.2547607421875
HRDSD,λ<=n,8192,1,61649,7.5255126953125
HRDSD,λ<=n,8192,1,57504,7.01953125
HRDSD,λ<=n,8192,1,60377,7.3702392578125
HRDSD,λ<=n,8192,1,54558,6.659912109375
HRDSD,λ<=n,8192,1,60370,7.369384765625
HRDSD,λ<=n,8192,1,60476,7.38232421875
HRDSD,λ<=n,8192,1,66089,8.0675048828125
HRDSD,λ<=n,8192,1,99962,12.202392578125
HRDSD,λ<=n,8192,1,72545,8.8555908203125
HRDSD,λ<=n,8192,1,80017,9.7677001953125
HRDSD,λ<=n,8192,1,57312,6.99609375
HRDSD,λ<=n,8192,1,84197,10.2779541015625
HRDSD,λ<=n,8192,1,91522,11.172119140625
HRDSD,λ<=n,8192,1,69138,8.439697265625
HRDSD,λ<=n,8192,1,126434,15.433837890625
HRDSD,λ<=n,8192,1,57341,6.9996337890625
HRDSD,λ<=n,8192,1,70901,8.6549072265625
HRDSD,λ<=n,8192,1,75089,9.1661376953125
HRDSD,λ<=n,8192,1,73252,8.94189453125
HRDSD,λ<=n,8192,1,87356,10.66357421875
HRDSD,λ<=n,8192,1,57242,6.987548828125
HRDSD,λ<=n,8192,1,57881,7.0655517578125
HRDSD,λ<=n,8192,1,52574,6.417724609375
HRDSD,λ<=n,8192,1,61246,7.476318359375
HRDSD,λ<=n,8192,1,75659,9.2357177734375
HRDSD,λ<=n,8192,1,99185,12.1075439453125
HRDSD,λ<=n,8192,1,61409,7.4962158203125
HRDSD,λ<=n,8192,1,87775,10.7147216796875
HRDSD,λ<=n,8192,1,69780,8.51806640625
HRDSD,λ<=n,8192,1,118465,14.4610595703125
HRDSD,λ<=n,8192,1,69394,8.470947265625
HRDSD,λ<=n,8192,1,60955,7.4407958984375
HRDSD,λ<=n,8192,1,56276,6.86962890625
HRDSD,λ<=n,8192,1,132200,16.1376953125
HRDSD,λ<=n,8192,1,65357,7.9781494140625
HRDSD,λ<=n,8192,1,65520,7.998046875
HRDSD,λ<=n,8192,1,84477,10.3121337890625
HRDSD,λ<=n,8192,1,84950,10.369873046875
HRDSD,λ<=n,8192,1,72667,8.8704833984375
HRDSD,λ<=n,8192,1,66857,8.1612548828125
HRDSD,λ<=n,8192,1,94939,11.5892333984375
HRDSD,λ<=n,8192,1,58443,7.1341552734375
HRDSD,λ<=n,8192,1,65302,7.971435546875
HRDSD,λ<=n,8192,1,80094,9.777099609375
HRDSD,λ<=n,8192,1,69634,8.500244140625
HRDSD,λ<=n,8192,1,71630,8.743896484375
HRDSD,λ<=n,8192,1,65749,8.0260009765625
HRDSD,λ<=n,8192,1,78360,9.5654296875
HRDSD,λ<=n,8192,1,79189,9.6666259765625
HRDSD,λ<=n,8192,1,90560,11.0546875
HRDSD,λ<=n,8192,1,68674,8.383056640625
HRDSD,λ<=n,8192,1,62195,7.5921630859375
HRDSD,λ<=n,8192,1,57230,6.986083984375
HRDSD,λ<=n,8192,1,67127,8.1942138671875
HRDSD,λ<=n,8192,1,60233,7.3526611328125
HRDSD,λ<=n,8192,1,68253,8.3316650390625
HRDSD,λ<=n,8192,1,58619,7.1556396484375
HRDSD,λ<=n,8192,1,67228,8.20654296875
HRDSD,λ<=n,8192,1,69965,8.5406494140625
HRDSD,λ<=n,8192,1,105952,12.93359375
HRDSD,λ<=n,8192,1,57822,7.058349609375
HRDSD,λ<=n,8192,1,63144,7.7080078125
HRDSD,λ<=n,8192,1,63510,7.752685546875
HRDSD,λ<=n,8192,1,76333,9.3179931640625
HRDSD,λ<=n,8192,1,82340,10.05126953125
HRDSD,λ<=n,8192,1,102664,12.5322265625
HRDSD,λ<=n,8192,1,66834,8.158447265625
HRDSD,λ<=n,8192,1,58437,7.1334228515625
HRDSD,λ<=n,8192,1,69657,8.5030517578125
HRDSD,λ<=n,8192,1,75429,9.2076416015625
HRDSD,λ<=n,8192,1,69063,8.4305419921875
HRDSD,λ<=n,8192,1,89480,10.9228515625
HRDSD,λ<=n,8192,1,81770,9.981689453125
HHDSD,λ<=n,8192,1,108325,13.2232666015625
HHDSD,λ<=n,8192,1,79014,9.645263671875
HHDSD,λ<=n,8192,1,63399,7.7391357421875
HHDSD,λ<=n,8192,1,58923,7.1927490234375
HHDSD,λ<=n,8192,1,93712,11.439453125
HHDSD,λ<=n,8192,1,94684,11.55810546875
HHDSD,λ<=n,8192,1,78612,9.59619140625
HHDSD,λ<=n,8192,1,97783,11.9364013671875
HHDSD,λ<=n,8192,1,74603,9.1068115234375
HHDSD,λ<=n,8192,1,97880,11.9482421875
HHDSD,λ<=n,8192,1,74173,9.0543212890625
HHDSD,λ<=n,8192,1,98523,12.0267333984375
HHDSD,λ<=n,8192,1,65143,7.9520263671875
HHDSD,λ<=n,8192,1,110431,13.4803466796875
HHDSD,λ<=n,8192,1,114986,14.036376953125
HHDSD,λ<=n,8192,1,68229,8.3287353515625
HHDSD,λ<=n,8192,1,65319,7.9735107421875
HHDSD,λ<=n,8192,1,70710,8.631591796875
HHDSD,λ<=n,8192,1,80187,9.7884521484375
HHDSD,λ<=n,8192,1,77804,9.49755859375
HHDSD,λ<=n,8192,1,69940,8.53759765625
HHDSD,λ<=n,8192,1,60243,7.3538818359375
HHDSD,λ<=n,8192,1,96007,11.7196044921875
HHDSD,λ<=n,8192,1,74411,9.0833740234375
HHDSD,λ<=n,8192,1,73964,9.02880859375
HHDSD,λ<=n,8192,1,64103,7.8250732421875
HHDSD,λ<=n,8192,1,59062,7.209716796875
HHDSD,λ<=n,8192,1,55441,6.7677001953125
HHDSD,λ<=n,8192,1,80029,9.7691650390625
HHDSD,λ<=n,8192,1,62951,7.6844482421875
HHDSD,λ<=n,8192,1,161217,19.6798095703125
HHDSD,λ<=n,8192,1,58837,7.1822509765625
HHDSD,λ<=n,8192,1,85209,10.4014892578125
HHDSD,λ<=n,8192,1,68989,8.4215087890625
HHDSD,λ<=n,8192,1,93552,11.419921875
HHDSD,λ<=n,8192,1,88473,10.7999267578125
HHDSD,λ<=n,8192,1,118278,14.438232421875
HHDSD,λ<=n,8192,1,71426,8.718994140625
HHDSD,λ<=n,8192,1,60803,7.4222412109375
HHDSD,λ<=n,8192,1,127804,15.60107421875
HHDSD,λ<=n,8192,1,102593,12.5235595703125
HHDSD,λ<=n,8192,1,65685,8.0181884765625
HHDSD,λ<=n,8192,1,64313,7.8507080078125
HHDSD,λ<=n,8192,1,67699,8.2640380859375
HHDSD,λ<=n,8192,1,135028,16.48291015625
HHDSD,λ<=n,8192,1,57253,6.9888916015625
HHDSD,λ<=n,8192,1,83665,10.2130126953125
HHDSD,λ<=n,8192,1,98359,12.0067138671875
HHDSD,λ<=n,8192,1,75541,9.2213134765625
HHDSD,λ<=n,8192,1,136865,16.7071533203125
HHDSD,λ<=n,8192,1,78168,9.5419921875
HHDSD,λ<=n,8192,1,102952,12.5673828125
HHDSD,λ<=n,8192,1,55268,6.74658203125
HHDSD,λ<=n,8192,1,61409,7.4962158203125
HHDSD,λ<=n,8192,1,107775,13.1561279296875
HHDSD,λ<=n,8192,1,79933,9.7574462890625
HHDSD,λ<=n,8192,1,55943,6.8289794921875
HHDSD,λ<=n,8192,1,94479,11.5330810546875
HHDSD,λ<=n,8192,1,61463,7.5028076171875
HHDSD,λ<=n,8192,1,59003,7.2025146484375
HHDSD,λ<=n,8192,1,58351,7.1229248046875
HHDSD,λ<=n,8192,1,75561,9.2237548828125
HHDSD,λ<=n,8192,1,135609,16.5538330078125
HHDSD,λ<=n,8192,1,101933,12.4429931640625
HHDSD,λ<=n,8192,1,54023,6.5946044921875
HHDSD,λ<=n,8192,1,65422,7.986083984375
HHDSD,λ<=n,8192,1,59519,7.2655029296875
HHDSD,λ<=n,8192,1,66170,8.077392578125
HHDSD,λ<=n,8192,1,64922,7.925048828125
HHDSD,λ<=n,8192,1,66217,8.0831298828125
HHDSD,λ<=n,8192,1,72575,8.8592529296875
HHDSD,λ<=n,8192,1,68095,8.3123779296875
HHDSD,λ<=n,8192,1,70100,8.55712890625
HHDSD,λ<=n,8192,1,55643,6.7923583984375
HHDSD,λ<=n,8192,1,124553,15.2042236328125
HHDSD,λ<=n,8192,1,73673,8.9932861328125
HHDSD,λ<=n,8192,1,82509,10.0718994140625
HHDSD,λ<=n,8192,1,65299,7.9710693359375
HHDSD,λ<=n,8192,1,57039,6.9627685546875
HHDSD,λ<=n,8192,1,66596,8.12939453125
HHDSD,λ<=n,8192,1,66814,8.156005859375
HHDSD,λ<=n,8192,1,95400,11.6455078125
HHDSD,λ<=n,8192,1,57747,7.0491943359375
HHDSD,λ<=n,8192,1,57836,7.06005859375
HHDSD,λ<=n,8192,1,72666,8.870361328125
HHDSD,λ<=n,8192,1,62081,7.5782470703125
HHDSD,λ<=n,8192,1,88540,10.80810546875
HHDSD,λ<=n,8192,1,79911,9.7547607421875
HHDSD,λ<=n,8192,1,60836,7.42626953125
HHDSD,λ<=n,8192,1,61363,7.4906005859375
HHDSD,λ<=n,8192,1,78948,9.63720703125
HHDSD,λ<=n,8192,1,68056,8.3076171875
HHDSD,λ<=n,8192,1,66676,8.13916015625
HHDSD,λ<=n,8192,1,86740,10.58837890625
HHDSD,λ<=n,8192,1,81789,9.9840087890625
HHDSD,λ<=n,8192,1,69001,8.4229736328125
HHDSD,λ<=n,8192,1,80670,9.847412109375
HHDSD,λ<=n,8192,1,77138,9.416259765625
HHDSD,λ<=n,8192,1,72809,8.8878173828125
HHDSD,λ<=n,8192,1,53950,6.585693359375
HHLSD,λ<=n,8192,1,85387,10.4232177734375
HHLSD,λ<=n,8192,1,92860,11.33544921875
HHLSD,λ<=n,8192,1,83850,10.235595703125
HHLSD,λ<=n,8192,1,84356,10.29736328125
HHLSD,λ<=n,8192,1,55491,6.7738037109375
HHLSD,λ<=n,8192,1,89816,10.9638671875
HHLSD,λ<=n,8192,1,80576,9.8359375
HHLSD,λ<=n,8192,1,88909,10.8531494140625
HHLSD,λ<=n,8192,1,109673,13.3878173828125
HHLSD,λ<=n,8192,1,70178,8.566650390625
HHLSD,λ<=n,8192,1,71922,8.779541015625
HHLSD,λ<=n,8192,1,83404,10.18115234375
HHLSD,λ<=n,8192,1,61965,7.5640869140625
HHLSD,λ<=n,8192,1,62165,7.5885009765625
HHLSD,λ<=n,8192,1,58582,7.151123046875
HHLSD,λ<=n,8192,1,82180,10.03173828125
HHLSD,λ<=n,8192,1,86055,10.5047607421875
HHLSD,λ<=n,8192,1,60263,7.3563232421875
HHLSD,λ<=n,8192,1,60932,7.43798828125
HHLSD,λ<=n,8192,1,58246,7.110107421875
HHLSD,λ<=n,8192,1,79761,9.7364501953125
HHLSD,λ<=n,8192,1,57824,7.05859375
HHLSD,λ<=n,8192,1,69850,8.526611328125
HHLSD,λ<=n,8192,1,91513,11.1710205078125
HHLSD,λ<=n,8192,1,94067,11.4827880859375
HHLSD,λ<=n,8192,1,93173,11.3736572265625
HHLSD,λ<=n,8192,1,63918,7.802490234375
HHLSD,λ<=n,8192,1,75701,9.2408447265625
HHLSD,λ<=n,8192,1,63346,7.732666015625
HHLSD,λ<=n,8192,1,120572,14.71826171875
HHLSD,λ<=n,8192,1,60939,7.4388427734375
HHLSD,λ<=n,8192,1,76674,9.359619140625
HHLSD,λ<=n,8192,1,58643,7.1585693359375
HHLSD,λ<=n,8192,1,55884,6.82177734375
HHLSD,λ<=n,8192,1,51549,6.2926025390625
HHLSD,λ<=n,8192,1,80488,9.8251953125
HHLSD,λ<=n,8192,1,85156,10.39501953125
HHLSD,λ<=n,8192,1,58450,7.135009765625
HHLSD,λ<=n,8192,1,63242,7.719970703125
HHLSD,λ<=n,8192,1,66303,8.0936279296875
HHLSD,λ<=n,8192,1,77108,9.41259765625
HHLSD,λ<=n,8192,1,82524,10.07373046875
HHLSD,λ<=n,8192,1,57491,7.0179443359375
HHLSD,λ<=n,8192,1,69318,8.461669921875
HHLSD,λ<=n,8192,1,70822,8.645263671875
HHLSD,λ<=n,8192,1,68461,8.3570556640625
HHLSD,λ<=n,8192,1,62858,7.673095703125
HHLSD,λ<=n,8192,1,84633,10.3311767578125
HHLSD,λ<=n,8192,1,64817,7.9122314453125
HHLSD,λ<=n,8192,1,84027,10.2572021484375
HHLSD,λ<=n,8192,1,75733,9.2447509765625
HHLSD,λ<=n,8192,1,67489,8.2384033203125
HHLSD,λ<=n,8192,1,69461,8.4791259765625
HHLSD,λ<=n,8192,1,75697,9.2403564453125
HHLSD,λ<=n,8192,1,54389,6.6392822265625
HHLSD,λ<=n,8192,1,77420,9.45068359375
HHLSD,λ<=n,8192,1,60631,7.4012451171875
HHLSD,λ<=n,8192,1,94567,11.5438232421875
HHLSD,λ<=n,8192,1,100073,12.2159423828125
HHLSD,λ<=n,8192,1,68349,8.3433837890625
HHLSD,λ<=n,8192,1,88168,10.7626953125
HHLSD,λ<=n,8192,1,65761,8.0274658203125
HHLSD,λ<=n,8192,1,68168,8.3212890625
HHLSD,λ<=n,8192,1,82732,10.09912109375
HHLSD,λ<=n,8192,1,55755,6.8060302734375
HHLSD,λ<=n,8192,1,65052,7.94091796875
HHLSD,λ<=n,8192,1,94236,11.50341796875
HHLSD,λ<=n,8192,1,73973,9.0299072265625
HHLSD,λ<=n,8192,1,68213,8.3267822265625
HHLSD,λ<=n,8192,1,78794,9.618408203125
HHLSD,λ<=n,8192,1,102066,12.459228515625
HHLSD,λ<=n,8192,1,57978,7.077392578125
HHLSD,λ<=n,8192,1,59740,7.29248046875
HHLSD,λ<=n,8192,1,57543,7.0242919921875
HHLSD,λ<=n,8192,1,81436,9.94091796875
HHLSD,λ<=n,8192,1,51758,6.318115234375
HHLSD,λ<=n,8192,1,90390,11.033935546875
HHLSD,λ<=n,8192,1,72867,8.8948974609375
HHLSD,λ<=n,8192,1,61853,7.5504150390625
HHLSD,λ<=n,8192,1,60174,7.345458984375
HHLSD,λ<=n,8192,1,56871,6.9422607421875
HHLSD,λ<=n,8192,1,73772,9.00537109375
HHLSD,λ<=n,8192,1,62726,7.656982421875
HHLSD,λ<=n,8192,1,68825,8.4014892578125
HHLSD,λ<=n,8192,1,56000,6.8359375
HHLSD,λ<=n,8192,1,75445,9.2095947265625
HHLSD,λ<=n,8192,1,71882,8.774658203125
HHLSD,λ<=n,8192,1,54970,6.710205078125
HHLSD,λ<=n,8192,1,66757,8.1490478515625
HHLSD,λ<=n,8192,1,65010,7.935791015625
HHLSD,λ<=n,8192,1,87442,10.674072265625
HHLSD,λ<=n,8192,1,72303,8.8260498046875
HHLSD,λ<=n,8192,1,68946,8.416259765625
HHLSD,λ<=n,8192,1,50922,6.216064453125
HHLSD,λ<=n,8192,1,60578,7.394775390625
HHLSD,λ<=n,8192,1,62635,7.6458740234375
HHLSD,λ<=n,8192,1,65306,7.971923828125
HHLSD,λ<=n,8192,1,71294,8.702880859375
HHLSD,λ<=n,8192,1,108117,13.1978759765625
HHLSD,λ<=n,8192,1,75829,9.2564697265625
HRLSD,λ<=n,8192,1,94695,11.5594482421875
HRLSD,λ<=n,8192,1,57928,7.0712890625
HRLSD,λ<=n,8192,1,87151,10.6385498046875
HRLSD,λ<=n,8192,1,62004,7.56884765625
HRLSD,λ<=n,8192,1,58983,7.2000732421875
HRLSD,λ<=n,8192,1,61640,7.5244140625
HRLSD,λ<=n,8192,1,69950,8.538818359375
HRLSD,λ<=n,8192,1,63100,7.70263671875
HRLSD,λ<=n,8192,1,123475,15.0726318359375
HRLSD,λ<=n,8192,1,87053,10.6265869140625
HRLSD,λ<=n,8192,1,71814,8.766357421875
HRLSD,λ<=n,8192,1,70933,8.6588134765625
HRLSD,λ<=n,8192,1,54016,6.59375
HRLSD,λ<=n,8192,1,93117,11.3668212890625
HRLSD,λ<=n,8192,1,89123,10.8792724609375
HRLSD,λ<=n,8192,1,83225,10.1593017578125
HRLSD,λ<=n,8192,1,65544,8.0009765625
HRLSD,λ<=n,8192,1,80990,9.886474609375
HRLSD,λ<=n,8192,1,67507,8.2406005859375
HRLSD,λ<=n,8192,1,60104,7.3369140625
HRLSD,λ<=n,8192,1,77453,9.4547119140625
HRLSD,λ<=n,8192,1,54977,6.7110595703125
HRLSD,λ<=n,8192,1,77005,9.4000244140625
HRLSD,λ<=n,8192,1,72484,8.84814453125
HRLSD,λ<=n,8192,1,61683,7.5296630859375
HRLSD,λ<=n,8192,1,72888,8.8974609375
HRLSD,λ<=n,8192,1,84591,10.3260498046875
HRLSD,λ<=n,8192,1,77904,9.509765625
HRLSD,λ<=n,8192,1,90888,11.0947265625
HRLSD,λ<=n,8192,1,65083,7.9447021484375
HRLSD,λ<=n,8192,1,73412,8.96142578125
HRLSD,λ<=n,8192,1,101170,12.349853515625
HRLSD,λ<=n,8192,1,66277,8.0904541015625
HRLSD,λ<=n,8192,1,65829,8.0357666015625
HRLSD,λ<=n,8192,1,67155,8.1976318359375
HRLSD,λ<=n,8192,1,105815,12.9168701171875
HRLSD,λ<=n,8192,1,83265,10.1641845703125
HRLSD,λ<=n,8192,1,97094,11.852294921875
HRLSD,λ<=n,8192,1,76639,9.3553466796875
HRLSD,λ<=n,8192,1,75277,9.1890869140625
HRLSD,λ<=n,8192,1,68920,8.4130859375
HRLSD,λ<=n,8192,1,60755,7.4163818359375
HRLSD,λ<=n,8192,1,79739,9.7337646484375
HRLSD,λ<=n,8192,1,63683,7.7738037109375
HRLSD,λ<=n,8192,1,60900,7.43408203125
HRLSD,λ<=n,8192,1,69467,8.4798583984375
HRLSD,λ<=n,8192,1,68668,8.38232421875
HRLSD,λ<=n,8192,1,81883,9.9954833984375
HRLSD,λ<=n,8192,1,66190,8.079833984375
HRLSD,λ<=n,8192,1,83696,10.216796875
HRLSD,λ<=n,8192,1,64212,7.83837890625
HRLSD,λ<=n,8192,1,87012,10.62158203125
HRLSD,λ<=n,8192,1,54870,6.697998046875
HRLSD,λ<=n,8192,1,65344,7.9765625
HRLSD,λ<=n,8192,1,73174,8.932373046875
HRLSD,λ<=n,8192,1,75323,9.1947021484375
HRLSD,λ<=n,8192,1,94152,11.4931640625
HRLSD,λ<=n,8192,1,61144,7.4638671875
HRLSD,λ<=n,8192,1,62268,7.60107421875
HRLSD,λ<=n,8192,1,67993,8.2999267578125
HRLSD,λ<=n,8192,1,52149,6.3658447265625
HRLSD,λ<=n,8192,1,73854,9.015380859375
HRLSD,λ<=n,8192,1,61667,7.5277099609375
HRLSD,λ<=n,8192,1,60530,7.388916015625
HRLSD,λ<=n,8192,1,84094,10.265380859375
HRLSD,λ<=n,8192,1,64024,7.8154296875
HRLSD,λ<=n,8192,1,63989,7.8111572265625
HRLSD,λ<=n,8192,1,56639,6.9139404296875
HRLSD,λ<=n,8192,1,71384,8.7138671875
HRLSD,λ<=n,8192,1,72145,8.8067626953125
HRLSD,λ<=n,8192,1,73941,9.0260009765625
HRLSD,λ<=n,8192,1,112605,13.7457275390625
HRLSD,λ<=n,8192,1,70332,8.58544921875
HRLSD,λ<=n,8192,1,61263,7.4783935546875
HRLSD,λ<=n,8192,1,57181,6.9801025390625
HRLSD,λ<=n,8192,1,75722,9.243408203125
HRLSD,λ<=n,8192,1,62148,7.58642578125
HRLSD,λ<=n,8192,1,78621,9.5972900390625
HRLSD,λ<=n,8192,1,63641,7.7686767578125
HRLSD,λ<=n,8192,1,80773,9.8599853515625
HRLSD,λ<=n,8192,1,62519,7.6317138671875
HRLSD,λ<=n,8192,1,68738,8.390869140625
HRLSD,λ<=n,8192,1,64860,7.91748046875
HRLSD,λ<=n,8192,1,95514,11.659423828125
HRLSD,λ<=n,8192,1,74011,9.0345458984375
HRLSD,λ<=n,8192,1,58289,7.1153564453125
HRLSD,λ<=n,8192,1,60174,7.345458984375
HRLSD,λ<=n,8192,1,67223,8.2059326171875
HRLSD,λ<=n,8192,1,58762,7.173095703125
HRLSD,λ<=n,8192,1,86027,10.5013427734375
HRLSD,λ<=n,8192,1,73904,9.021484375
HRLSD,λ<=n,8192,1,64080,7.822265625
HRLSD,λ<=n,8192,1,99931,12.1986083984375
HRLSD,λ<=n,8192,1,69261,8.4547119140625
HRLSD,λ<=n,8192,1,71409,8.7169189453125
HRLSD,λ<=n,8192,1,64307,7.8499755859375
HRLSD,λ<=n,8192,1,70456,8.6005859375
HRLSD,λ<=n,8192,1,59811,7.3011474609375
HRLSD,λ<=n,8192,1,85386,10.423095703125
HRLSD,λ<=n,8192,1,59369,7.2471923828125
HSLSD,λ<=n,8192,1,82809,10.1085205078125
HSLSD,λ<=n,8192,1,184331,22.5013427734375
HSLSD,λ<=n,8192,1,78552,9.5888671875
HSLSD,λ<=n,8192,1,109095,13.3172607421875
HSLSD,λ<=n,8192,1,78171,9.5423583984375
HSLSD,λ<=n,8192,1,79026,9.646728515625
HSLSD,λ<=n,8192,1,97983,11.9608154296875
HSLSD,λ<=n,8192,1,95753,11.6885986328125
HSLSD,λ<=n,8192,1,70524,8.60888671875
HSLSD,λ<=n,8192,1,166325,20.3033447265625
HSLSD,λ<=n,8192,1,92717,11.3179931640625
HSLSD,λ<=n,8192,1,102489,12.5108642578125
HSLSD,λ<=n,8192,1,80354,9.808837890625
HSLSD,λ<=n,8192,1,107133,13.0777587890625
HSLSD,λ<=n,8192,1,144175,17.5994873046875
HSLSD,λ<=n,8192,1,76807,9.3758544921875
HSLSD,λ<=n,8192,1,101011,12.3304443359375
HSLSD,λ<=n,8192,1,132972,16.23193359375
HSLSD,λ<=n,8192,1,96896,11.828125
HSLSD,λ<=n,8192,1,103262,12.605224609375
HSLSD,λ<=n,8192,1,159436,19.46240234375
HSLSD,λ<=n,8192,1,80666,9.846923828125
HSLSD,λ<=n,8192,1,99514,12.147705078125
HSLSD,λ<=n,8192,1,159649,19.4884033203125
HSLSD,λ<=n,8192,1,106592,13.01171875
HSLSD,λ<=n,8192,1,68929,8.4141845703125
HSLSD,λ<=n,8192,1,312837,38.1881103515625
HSLSD,λ<=n,8192,1,102366,12.495849609375
HSLSD,λ<=n,8192,1,279017,34.0596923828125
HSLSD,λ<=n,8192,1,87122,10.635009765625
HSLSD,λ<=n,8192,1,80030,9.769287109375
HSLSD,λ<=n,8192,1,122239,14.9217529296875
HSLSD,λ<=n,8192,1,84713,10.3409423828125
HSLSD,λ<=n,8192,1,88676,10.82470703125
HSLSD,λ<=n,8192,1,81348,9.93017578125
HSLSD,λ<=n,8192,1,81212,9.91357421875
HSLSD,λ<=n,8192,1,131049,15.9971923828125
HSLSD,λ<=n,8192,1,123723,15.1029052734375
HSLSD,λ<=n,8192,1,116392,14.2080078125
HSLSD,λ<=n,8192,1,173314,21.156494140625
HSLSD,λ<=n,8192,1,87169,10.6407470703125
HSLSD,λ<=n,8192,1,132957,16.2301025390625
HSLSD,λ<=n,8192,1,81782,9.983154296875
HSLSD,λ<=n,8192,1,137874,16.830322265625
HSLSD,λ<=n,8192,1,171950,20.989990234375
HSLSD,λ<=n,8192,1,78235,9.5501708984375
HSLSD,λ<=n,8192,1,87722,10.708251953125
HSLSD,λ<=n,8192,1,76936,9.3916015625
HSLSD,λ<=n,8192,1,115903,14.1483154296875
HSLSD,λ<=n,8192,1,95981,11.7164306640625
HSLSD,λ<=n,8192,1,89255,10.8953857421875
HSLSD,λ<=n,8192,1,95807,11.6951904296875
HSLSD,λ<=n,8192,1,66220,8.08349609375
HSLSD,λ<=n,8192,1,80648,9.8447265625
HSLSD,λ<=n,8192,1,66007,8.0574951171875
HSLSD,λ<=n,8192,1,257354,31.415283203125
HSLSD,λ<=n,8192,1,376287,45.9334716796875
HSLSD,λ<=n,8192,1,103958,12.690185546875
HSLSD,λ<=n,8192,1,126779,15.4759521484375
HSLSD,λ<=n,8192,1,83011,10.1331787109375
HSLSD,λ<=n,8192,1,77057,9.4063720703125
HSLSD,λ<=n,8192,1,131291,16.0267333984375
HSLSD,λ<=n,8192,1,118122,14.419189453125
HSLSD,λ<=n,8192,1,68666,8.382080078125
HSLSD,λ<=n,8192,1,81824,9.98828125
HSLSD,λ<=n,8192,1,246563,30.0980224609375
HSLSD,λ<=n,8192,1,67295,8.2147216796875
HSLSD,λ<=n,8192,1,95622,11.672607421875
HSLSD,λ<=n,8192,1,78987,9.6419677734375
HSLSD,λ<=n,8192,1,327953,40.0333251953125
HSLSD,λ<=n,8192,1,65313,7.9727783203125
HSLSD,λ<=n,8192,1,90461,11.0426025390625
HSLSD,λ<=n,8192,1,93912,11.4638671875
HSLSD,λ<=n,8192,1,162942,19.890380859375
HSLSD,λ<=n,8192,1,106755,13.0316162109375
HSLSD,λ<=n,8192,1,74859,9.1380615234375
HSLSD,λ<=n,8192,1,68592,8.373046875
HSLSD,λ<=n,8192,1,142593,17.4063720703125
HSLSD,λ<=n,8192,1,108934,13.297607421875
HSLSD,λ<=n,8192,1,71579,8.7376708984375
HSLSD,λ<=n,8192,1,109260,13.33740234375
HSLSD,λ<=n,8192,1,157272,19.1982421875
HSLSD,λ<=n,8192,1,99510,12.147216796875
HSLSD,λ<=n,8192,1,82182,10.031982421875
HSLSD,λ<=n,8192,1,113755,13.8861083984375
HSLSD,λ<=n,8192,1,400731,48.9173583984375
HSLSD,λ<=n,8192,1,97014,11.842529296875
HSLSD,λ<=n,8192,1,89542,10.930419921875
HSLSD,λ<=n,8192,1,160102,19.543701171875
HSLSD,λ<=n,8192,1,73739,9.0013427734375
HSLSD,λ<=n,8192,1,72410,8.839111328125
HSLSD,λ<=n,8192,1,78144,9.5390625
HSLSD,λ<=n,8192,1,91567,11.1776123046875
HSLSD,λ<=n,8192,1,124179,15.1585693359375
HSLSD,λ<=n,8192,1,117405,14.3316650390625
HSLSD,λ<=n,8192,1,74676,9.11572265625
HSLSD,λ<=n,8192,1,78797,9.6187744140625
HSLSD,λ<=n,8192,1,68294,8.336669921875
HSLSD,λ<=n,8192,1,94196,11.49853515625
HSLSD,λ<=n,8192,1,101030,12.332763671875
HSDMD,λ<=n,8192,1,56596,6.90869140625
HSDMD,λ<=n,8192,1,58140,7.09716796875
HSDMD,λ<=n,8192,1,56235,6.8646240234375
HSDMD,λ<=n,8192,1,54256,6.623046875
HSDMD,λ<=n,8192,1,57298,6.994384765625
HSDMD,λ<=n,8192,1,64583,7.8836669921875
HSDMD,λ<=n,8192,1,57774,7.052490234375
HSDMD,λ<=n,8192,1,55633,6.7911376953125
HSDMD,λ<=n,8192,1,58104,7.0927734375
HSDMD,λ<=n,8192,1,56908,6.94677734375
HSDMD,λ<=n,8192,1,57569,7.0274658203125
HSDMD,λ<=n,8192,1,52700,6.43310546875
HSDMD,λ<=n,8192,1,51419,6.2767333984375
HSDMD,λ<=n,8192,1,51762,6.318603515625
HSDMD,λ<=n,8192,1,58735,7.1697998046875
HSDMD,λ<=n,8192,1,55810,6.812744140625
HSDMD,λ<=n,8192,1,64310,7.850341796875
HSDMD,λ<=n,8192,1,59266,7.234619140625
HSDMD,λ<=n,8192,1,58688,7.1640625
HSDMD,λ<=n,8192,1,57119,6.9725341796875
HSDMD,λ<=n,8192,1,57724,7.04638671875
HSDMD,λ<=n,8192,1,57526,7.022216796875
HSDMD,λ<=n,8192,1,63696,7.775390625
HSDMD,λ<=n,8192,1,54166,6.612060546875
HSDMD,λ<=n,8192,1,57030,6.961669921875
HSDMD,λ<=n,8192,1,58360,7.1240234375
HSDMD,λ<=n,8192,1,58344,7.1220703125
HSDMD,λ<=n,8192,1,57114,6.971923828125
HSDMD,λ<=n,8192,1,59174,7.223388671875
HSDMD,λ<=n,8192,1,57536,7.0234375
HSDMD,λ<=n,8192,1,58380,7.12646484375
HSDMD,λ<=n,8192,1,58653,7.1597900390625
HSDMD,λ<=n,8192,1,60670,7.406005859375
HSDMD,λ<=n,8192,1,61566,7.515380859375
HSDMD,λ<=n,8192,1,80007,9.7664794921875
HSDMD,λ<=n,8192,1,59170,7.222900390625
HSDMD,λ<=n,8192,1,57272,6.9912109375
HSDMD,λ<=n,8192,1,53712,6.556640625
HSDMD,λ<=n,8192,1,61004,7.44677734375
HSDMD,λ<=n,8192,1,59978,7.321533203125
HSDMD,λ<=n,8192,1,54994,6.713134765625
HSDMD,λ<=n,8192,1,68725,8.3892822265625
HSDMD,λ<=n,8192,1,57561,7.0264892578125
HSDMD,λ<=n,8192,1,59120,7.216796875
HSDMD,λ<=n,8192,1,55862,6.819091796875
HSDMD,λ<=n,8192,1,64130,7.828369140625
HSDMD,λ<=n,8192,1,55448,6.7685546875
HSDMD,λ<=n,8192,1,53382,6.516357421875
HSDMD,λ<=n,8192,1,61899,7.5560302734375
HSDMD,λ<=n,8192,1,51952,6.341796875
HSDMD,λ<=n,8192,1,70260,8.57666015625
HSDMD,λ<=n,8192,1,56659,6.9163818359375
HSDMD,λ<=n,8192,1,56697,6.9210205078125
HSDMD,λ<=n,8192,1,57759,7.0506591796875
HSDMD,λ<=n,8192,1,51833,6.3272705078125
HSDMD,λ<=n,8192,1,55418,6.764892578125
HSDMD,λ<=n,8192,1,50854,6.207763671875
HSDMD,λ<=n,8192,1,58601,7.1534423828125
HSDMD,λ<=n,8192,1,55872,6.8203125
HSDMD,λ<=n,8192,1,58341,7.1217041015625
HSDMD,λ<=n,8192,1,52010,6.348876953125
HSDMD,λ<=n,8192,1,57168,6.978515625
HSDMD,λ<=n,8192,1,61283,7.4808349609375
HSDMD,λ<=n,8192,1,55186,6.736572265625
HSDMD,λ<=n,8192,1,58943,7.1951904296875
HSDMD,λ<=n,8192,1,56360,6.8798828125
HSDMD,λ<=n,8192,1,61693,7.5308837890625
HSDMD,λ<=n,8192,1,58741,7.1705322265625
HSDMD,λ<=n,8192,1,59505,7.2637939453125
HSDMD,λ<=n,8192,1,65761,8.0274658203125
HSDMD,λ<=n,8192,1,57638,7.035888671875
HSDMD,λ<=n,8192,1,53969,6.5880126953125
HSDMD,λ<=n,8192,1,67086,8.189208984375
HSDMD,λ<=n,8192,1,63873,7.7969970703125
HSDMD,λ<=n,8192,1,53680,6.552734375
HSDMD,λ<=n,8192,1,56570,6.905517578125
HSDMD,λ<=n,8192,1,60687,7.4080810546875
HSDMD,λ<=n,8192,1,70924,8.65771484375
HSDMD,λ<=n,8192,1,56458,6.891845703125
HSDMD,λ<=n,8192,1,58535,7.1453857421875
HSDMD,λ<=n,8192,1,55692,6.79833984375
HSDMD,λ<=n,8192,1,64663,7.8934326171875
HSDMD,λ<=n,8192,1,56856,6.9404296875
HSDMD,λ<=n,8192,1,58025,7.0831298828125
HSDMD,λ<=n,8192,1,54600,6.6650390625
HSDMD,λ<=n,8192,1,61436,7.49951171875
HSDMD,λ<=n,8192,1,57234,6.986572265625
HSDMD,λ<=n,8192,1,56869,6.9420166015625
HSDMD,λ<=n,8192,1,61112,7.4599609375
HSDMD,λ<=n,8192,1,54738,6.681884765625
HSDMD,λ<=n,8192,1,59809,7.3009033203125
HSDMD,λ<=n,8192,1,59035,7.2064208984375
HSDMD,λ<=n,8192,1,61292,7.48193359375
HSDMD,λ<=n,8192,1,66593,8.1290283203125
HSDMD,λ<=n,8192,1,55351,6.7567138671875
HSDMD,λ<=n,8192,1,54043,6.5970458984375
HSDMD,λ<=n,8192,1,55879,6.8211669921875
HSDMD,λ<=n,8192,1,54991,6.7127685546875
HSDMD,λ<=n,8192,1,56417,6.8868408203125
HSDMD,λ<=n,8192,1,57815,7.0574951171875
HRDMD,λ<=n,8192,1,51355,6.2689208984375
HRDMD,λ<=n,8192,1,47309,5.7750244140625
HRDMD,λ<=n,8192,1,46057,5.6221923828125
HRDMD,λ<=n,8192,1,48844,5.96240234375
HRDMD,λ<=n,8192,1,47970,5.855712890625
HRDMD,λ<=n,8192,1,46692,5.69970703125
HRDMD,λ<=n,8192,1,50074,6.112548828125
HRDMD,λ<=n,8192,1,46303,5.6522216796875
HRDMD,λ<=n,8192,1,50502,6.164794921875
HRDMD,λ<=n,8192,1,60735,7.4139404296875
HRDMD,λ<=n,8192,1,54871,6.6981201171875
HRDMD,λ<=n,8192,1,46890,5.723876953125
HRDMD,λ<=n,8192,1,45542,5.559326171875
HRDMD,λ<=n,8192,1,48787,5.9554443359375
HRDMD,λ<=n,8192,1,47133,5.7535400390625
HRDMD,λ<=n,8192,1,58385,7.1270751953125
HRDMD,λ<=n,8192,1,45739,5.5833740234375
HRDMD,λ<=n,8192,1,45975,5.6121826171875
HRDMD,λ<=n,8192,1,65261,7.9664306640625
HRDMD,λ<=n,8192,1,44971,5.4896240234375
HRDMD,λ<=n,8192,1,46452,5.67041015625
HRDMD,λ<=n,8192,1,44345,5.4132080078125
HRDMD,λ<=n,8192,1,83019,10.1341552734375
HRDMD,λ<=n,8192,1,48316,5.89794921875
HRDMD,λ<=n,8192,1,50915,6.2152099609375
HRDMD,λ<=n,8192,1,82321,10.0489501953125
HRDMD,λ<=n,8192,1,47405,5.7867431640625
HRDMD,λ<=n,8192,1,46798,5.712646484375
HRDMD,λ<=n,8192,1,45621,5.5689697265625
HRDMD,λ<=n,8192,1,51793,6.3223876953125
HRDMD,λ<=n,8192,1,51330,6.265869140625
HRDMD,λ<=n,8192,1,45063,5.5008544921875
HRDMD,λ<=n,8192,1,44968,5.4892578125
HRDMD,λ<=n,8192,1,50503,6.1649169921875
HRDMD,λ<=n,8192,1,51015,6.2274169921875
HRDMD,λ<=n,8192,1,88772,10.83642578125
HRDMD,λ<=n,8192,1,57533,7.0230712890625
HRDMD,λ<=n,8192,1,50916,6.21533203125
HRDMD,λ<=n,8192,1,46552,5.6826171875
HRDMD,λ<=n,8192,1,50596,6.17626953125
HRDMD,λ<=n,8192,1,58498,7.140869140625
HRDMD,λ<=n,8192,1,51314,6.263916015625
HRDMD,λ<=n,8192,1,45790,5.589599609375
HRDMD,λ<=n,8192,1,48561,5.9278564453125
HRDMD,λ<=n,8192,1,47776,5.83203125
HRDMD,λ<=n,8192,1,52762,6.440673828125
HRDMD,λ<=n,8192,1,44660,5.45166015625
HRDMD,λ<=n,8192,1,49415,6.0321044921875
HRDMD,λ<=n,8192,1,46465,5.6719970703125
HRDMD,λ<=n,8192,1,46920,5.7275390625
HRDMD,λ<=n,8192,1,48601,5.9327392578125
HRDMD,λ<=n,8192,1,47152,5.755859375
HRDMD,λ<=n,8192,1,50524,6.16748046875
HRDMD,λ<=n,8192,1,45726,5.581787109375
HRDMD,λ<=n,8192,1,53994,6.591064453125
HRDMD,λ<=n,8192,1,128878,15.732177734375
HRDMD,λ<=n,8192,1,49101,5.9937744140625
HRDMD,λ<=n,8192,1,52506,6.409423828125
HRDMD,λ<=n,8192,1,45563,5.5618896484375
HRDMD,λ<=n,8192,1,53564,6.53857421875
HRDMD,λ<=n,8192,1,44072,5.3798828125
HRDMD,λ<=n,8192,1,45271,5.5262451171875
HRDMD,λ<=n,8192,1,46534,5.680419921875
HRDMD,λ<=n,8192,1,46735,5.7049560546875
HRDMD,λ<=n,8192,1,48730,5.948486328125
HRDMD,λ<=n,8192,1,47420,5.78857421875
HRDMD,λ<=n,8192,1,49784,6.0771484375
HRDMD,λ<=n,8192,1,46238,5.644287109375
HRDMD,λ<=n,8192,1,63047,7.6961669921875
HRDMD,λ<=n,8192,1,52482,6.406494140625
HRDMD,λ<=n,8192,1,48712,5.9462890625
HRDMD,λ<=n,8192,1,49848,6.0849609375
HRDMD,λ<=n,8192,1,79709,9.7301025390625
HRDMD,λ<=n,8192,1,64521,7.8760986328125
HRDMD,λ<=n,8192,1,45313,5.5313720703125
HRDMD,λ<=n,8192,1,62810,7.667236328125
HRDMD,λ<=n,8192,1,61456,7.501953125
HRDMD,λ<=n,8192,1,49771,6.0755615234375
HRDMD,λ<=n,8192,1,49393,6.0294189453125
HRDMD,λ<=n,8192,1,43739,5.3392333984375
HRDMD,λ<=n,8192,1,57829,7.0592041015625
HRDMD,λ<=n,8192,1,46453,5.6705322265625
HRDMD,λ<=n,8192,1,47480,5.7958984375
HRDMD,λ<=n,8192,1,47514,5.800048828125
HRDMD,λ<=n,8192,1,46027,5.6185302734375
HRDMD,λ<=n,8192,1,44379,5.4173583984375
HRDMD,λ<=n,8192,1,49994,6.102783203125
HRDMD,λ<=n,8192,1,58215,7.1063232421875
HRDMD,λ<=n,8192,1,61751,7.5379638671875
HRDMD,λ<=n,8192,1,45889,5.6016845703125
HRDMD,λ<=n,8192,1,61581,7.5172119140625
HRDMD,λ<=n,8192,1,47421,5.7886962890625
HRDMD,λ<=n,8192,1,50086,6.114013671875
HRDMD,λ<=n,8192,1,49436,6.03466796875
HRDMD,λ<=n,8192,1,45650,5.572509765625
HRDMD,λ<=n,8192,1,57572,7.02783203125
HRDMD,λ<=n,8192,1,47534,5.802490234375
HRDMD,λ<=n,8192,1,46076,5.62451171875
HRDMD,λ<=n,8192,1,49582,6.052490234375
HRDMD,λ<=n,8192,1,42988,5.24755859375
HHDMD,λ<=n,8192,1,54765,6.6851806640625
HHDMD,λ<=n,8192,1,59684,7.28564453125
HHDMD,λ<=n,8192,1,53213,6.4957275390625
HHDMD,λ<=n,8192,1,52327,6.3875732421875
HHDMD,λ<=n,8192,1,50535,6.1688232421875
HHDMD,λ<=n,8192,1,60747,7.4154052734375
HHDMD,λ<=n,8192,1,89545,10.9307861328125
HHDMD,λ<=n,8192,1,51672,6.3076171875
HHDMD,λ<=n,8192,1,56143,6.8533935546875
HHDMD,λ<=n,8192,1,58710,7.166748046875
HHDMD,λ<=n,8192,1,87575,10.6903076171875
HHDMD,λ<=n,8192,1,50538,6.169189453125
HHDMD,λ<=n,8192,1,78770,9.615478515625
HHDMD,λ<=n,8192,1,51433,6.2784423828125
HHDMD,λ<=n,8192,1,73918,9.023193359375
HHDMD,λ<=n,8192,1,91630,11.185302734375
HHDMD,λ<=n,8192,1,48901,5.9693603515625
HHDMD,λ<=n,8192,1,44989,5.4918212890625
HHDMD,λ<=n,8192,1,47576,5.8076171875
HHDMD,λ<=n,8192,1,49431,6.0340576171875
HHDMD,λ<=n,8192,1,48802,5.957275390625
HHDMD,λ<=n,8192,1,69711,8.5096435546875
HHDMD,λ<=n,8192,1,78293,9.5572509765625
HHDMD,λ<=n,8192,1,47241,5.7667236328125
HHDMD,λ<=n,8192,1,54548,6.65869140625
HHDMD,λ<=n,8192,1,106635,13.0169677734375
HHDMD,λ<=n,8192,1,58497,7.1407470703125
HHDMD,λ<=n,8192,1,62970,7.686767578125
HHDMD,λ<=n,8192,1,61956,7.56298828125
HHDMD,λ<=n,8192,1,54264,6.6240234375
HHDMD,λ<=n,8192,1,69508,8.48486328125
HHDMD,λ<=n,8192,1,57940,7.07275390625
HHDMD,λ<=n,8192,1,105420,12.86865234375
HHDMD,λ<=n,8192,1,53098,6.481689453125
HHDMD,λ<=n,8192,1,53633,6.5469970703125
HHDMD,λ<=n,8192,1,54987,6.7122802734375
HHDMD,λ<=n,8192,1,58176,7.1015625
HHDMD,λ<=n,8192,1,47311,5.7752685546875
HHDMD,λ<=n,8192,1,46185,5.6378173828125
HHDMD,λ<=n,8192,1,76599,9.3504638671875
HHDMD,λ<=n,8192,1,44343,5.4129638671875
HHDMD,λ<=n,8192,1,50335,6.1444091796875
HHDMD,λ<=n,8192,1,49421,6.0328369140625
HHDMD,λ<=n,8192,1,57674,7.040283203125
HHDMD,λ<=n,8192,1,78168,9.5419921875
HHDMD,λ<=n,8192,1,49686,6.065185546875
HHDMD,λ<=n,8192,1,66313,8.0948486328125
HHDMD,λ<=n,8192,1,51843,6.3284912109375
HHDMD,λ<=n,8192,1,50107,6.1165771484375
HHDMD,λ<=n,8192,1,48984,5.9794921875
HHDMD,λ<=n,8192,1,53523,6.5335693359375
HHDMD,λ<=n,8192,1,73999,9.0330810546875
HHDMD,λ<=n,8192,1,48379,5.9056396484375
HHDMD,λ<=n,8192,1,61514,7.509033203125
HHDMD,λ<=n,8192,1,49306,6.018798828125
HHDMD,λ<=n,8192,1,50543,6.1697998046875
HHDMD,λ<=n,8192,1,59146,7.219970703125
HHDMD,λ<=n,8192,1,113367,13.8387451171875
HHDMD,λ<=n,8192,1,57043,6.9632568359375
HHDMD,λ<=n,8192,1,48730,5.948486328125
HHDMD,λ<=n,8192,1,48805,5.9576416015625
HHDMD,λ<=n,8192,1,57799,7.0555419921875
HHDMD,λ<=n,8192,1,49747,6.0726318359375
HHDMD,λ<=n,8192,1,47082,5.747314453125
HHDMD,λ<=n,8192,1,53384,6.5166015625
HHDMD,λ<=n,8192,1,57757,7.0504150390625
HHDMD,λ<=n,8192,1,61559,7.5145263671875
HHDMD,λ<=n,8192,1,87054,10.626708984375
HHDMD,λ<=n,8192,1,77191,9.4227294921875
HHDMD,λ<=n,8192,1,44911,5.4822998046875
HHDMD,λ<=n,8192,1,55068,6.72216796875
HHDMD,λ<=n,8192,1,50059,6.1107177734375
HHDMD,λ<=n,8192,1,51049,6.2315673828125
HHDMD,λ<=n,8192,1,48968,5.9775390625
HHDMD,λ<=n,8192,1,48727,5.9481201171875
HHDMD,λ<=n,8192,1,57814,7.057373046875
HHDMD,λ<=n,8192,1,51319,6.2645263671875
HHDMD,λ<=n,8192,1,57714,7.045166015625
HHDMD,λ<=n,8192,1,58174,7.101318359375
HHDMD,λ<=n,8192,1,50843,6.2064208984375
HHDMD,λ<=n,8192,1,52957,6.4644775390625
HHDMD,λ<=n,8192,1,51625,6.3018798828125
HHDMD,λ<=n,8192,1,50297,6.1397705078125
HHDMD,λ<=n,8192,1,53421,6.5211181640625
HHDMD,λ<=n,8192,1,51557,6.2935791015625
HHDMD,λ<=n,8192,1,49375,6.0272216796875
HHDMD,λ<=n,8192,1,56274,6.869384765625
HHDMD,λ<=n,8192,1,59333,7.2427978515625
HHDMD,λ<=n,8192,1,45088,5.50390625
HHDMD,λ<=n,8192,1,55546,6.780517578125
HHDMD,λ<=n,8192,1,54850,6.695556640625
HHDMD,λ<=n,8192,1,96759,11.8114013671875
HHDMD,λ<=n,8192,1,51353,6.2686767578125
HHDMD,λ<=n,8192,1,57605,7.0318603515625
HHDMD,λ<=n,8192,1,56059,6.8431396484375
HHDMD,λ<=n,8192,1,48897,5.9688720703125
HHDMD,λ<=n,8192,1,50054,6.110107421875
HHDMD,λ<=n,8192,1,61961,7.5635986328125
HHDMD,λ<=n,8192,1,67678,8.261474609375
HHDMD,λ<=n,8192,1,56103,6.8485107421875
HHLMD,λ<=n,8192,1,47631,5.8143310546875
HHLMD,λ<=n,8192,1,67951,8.2947998046875
HHLMD,λ<=n,8192,1,103744,12.6640625
HHLMD,λ<=n,8192,1,50879,6.2108154296875
HHLMD,λ<=n,8192,1,57848,7.0615234375
HHLMD,λ<=n,8192,1,48808,5.9580078125
HHLMD,λ<=n,8192,1,51780,6.32080078125
HHLMD,λ<=n,8192,1,48400,5.908203125
HHLMD,λ<=n,8192,1,49381,6.0279541015625
HHLMD,λ<=n,8192,1,50239,6.1326904296875
HHLMD,λ<=n,8192,1,57488,7.017578125
HHLMD,λ<=n,8192,1,47069,5.7457275390625
HHLMD,λ<=n,8192,1,51020,6.22802734375
HHLMD,λ<=n,8192,1,48403,5.9085693359375
HHLMD,λ<=n,8192,1,52333,6.3883056640625
HHLMD,λ<=n,8192,1,49248,6.01171875
HHLMD,λ<=n,8192,1,109958,13.422607421875
HHLMD,λ<=n,8192,1,53977,6.5889892578125
HHLMD,λ<=n,8192,1,49414,6.031982421875
HHLMD,λ<=n,8192,1,49379,6.0277099609375
HHLMD,λ<=n,8192,1,46964,5.73291015625
HHLMD,λ<=n,8192,1,49770,6.075439453125
HHLMD,λ<=n,8192,1,82577,10.0802001953125
HHLMD,λ<=n,8192,1,54532,6.65673828125
HHLMD,λ<=n,8192,1,48221,5.8863525390625
HHLMD,λ<=n,8192,1,48825,5.9600830078125
HHLMD,λ<=n,8192,1,135018,16.481689453125
HHLMD,λ<=n,8192,1,46312,5.6533203125
HHLMD,λ<=n,8192,1,49260,6.01318359375
HHLMD,λ<=n,8192,1,52652,6.42724609375
HHLMD,λ<=n,8192,1,45884,5.60107421875
HHLMD,λ<=n,8192,1,46140,5.63232421875
HHLMD,λ<=n,8192,1,73487,8.9705810546875
HHLMD,λ<=n,8192,1,46483,5.6741943359375
HHLMD,λ<=n,8192,1,67069,8.1871337890625
HHLMD,λ<=n,8192,1,76951,9.3934326171875
HHLMD,λ<=n,8192,1,53312,6.5078125
HHLMD,λ<=n,8192,1,45410,5.543212890625
HHLMD,λ<=n,8192,1,53559,6.5379638671875
HHLMD,λ<=n,8192,1,46678,5.697998046875
HHLMD,λ<=n,8192,1,46726,5.703857421875
HHLMD,λ<=n,8192,1,64450,7.867431640625
HHLMD,λ<=n,8192,1,61490,7.506103515625
HHLMD,λ<=n,8192,1,50374,6.149169921875
HHLMD,λ<=n,8192,1,52758,6.440185546875
HHLMD,λ<=n,8192,1,46151,5.6336669921875
HHLMD,λ<=n,8192,1,46026,5.618408203125
HHLMD,λ<=n,8192,1,50565,6.1724853515625
HHLMD,λ<=n,8192,1,51648,6.3046875
HHLMD,λ<=n,8192,1,51088,6.236328125
HHLMD,λ<=n,8192,1,59752,7.2939453125
HHLMD,λ<=n,8192,1,47748,5.82861328125
HHLMD,λ<=n,8192,1,82688,10.09375
HHLMD,λ<=n,8192,1,47830,5.838623046875
HHLMD,λ<=n,8192,1,52575,6.4178466796875
HHLMD,λ<=n,8192,1,51362,6.269775390625
HHLMD,λ<=n,8192,1,70671,8.6268310546875
HHLMD,λ<=n,8192,1,51154,6.244384765625
HHLMD,λ<=n,8192,1,46525,5.6793212890625
HHLMD,λ<=n,8192,1,78187,9.5443115234375
HHLMD,λ<=n,8192,1,141462,17.268310546875
HHLMD,λ<=n,8192,1,46755,5.7073974609375
HHLMD,λ<=n,8192,1,44898,5.480712890625
HHLMD,λ<=n,8192,1,58128,7.095703125
HHLMD,λ<=n,8192,1,51775,6.3201904296875
HHLMD,λ<=n,8192,1,55089,6.7247314453125
HHLMD,λ<=n,8192,1,50238,6.132568359375
HHLMD,λ<=n,8192,1,66550,8.123779296875
HHLMD,λ<=n,8192,1,111554,13.617431640625
HHLMD,λ<=n,8192,1,46005,5.6158447265625
HHLMD,λ<=n,8192,1,54661,6.6724853515625
HHLMD,λ<=n,8192,1,52285,6.3824462890625
HHLMD,λ<=n,8192,1,47459,5.7933349609375
HHLMD,λ<=n,8192,1,54227,6.6195068359375
HHLMD,λ<=n,8192,1,57562,7.026611328125
HHLMD,λ<=n,8192,1,61456,7.501953125
HHLMD,λ<=n,8192,1,46931,5.7288818359375
HHLMD,λ<=n,8192,1,79026,9.646728515625
HHLMD,λ<=n,8192,1,50746,6.194580078125
HHLMD,λ<=n,8192,1,48202,5.884033203125
HHLMD,λ<=n,8192,1,78908,9.63232421875
HHLMD,λ<=n,8192,1,62095,7.5799560546875
HHLMD,λ<=n,8192,1,50297,6.1397705078125
HHLMD,λ<=n,8192,1,63252,7.72119140625
HHLMD,λ<=n,8192,1,53690,6.553955078125
HHLMD,λ<=n,8192,1,53589,6.5416259765625
HHLMD,λ<=n,8192,1,46727,5.7039794921875
HHLMD,λ<=n,8192,1,48722,5.947509765625
HHLMD,λ<=n,8192,1,49683,6.0648193359375
HHLMD,λ<=n,8192,1,60435,7.3773193359375
HHLMD,λ<=n,8192,1,50129,6.1192626953125
HHLMD,λ<=n,8192,1,90871,11.0926513671875
HHLMD,λ<=n,8192,1,49995,6.1029052734375
HHLMD,λ<=n,8192,1,45555,5.5609130859375
HHLMD,λ<=n,8192,1,49179,6.0032958984375
HHLMD,λ<=n,8192,1,52174,6.368896484375
HHLMD,λ<=n,8192,1,47670,5.819091796875
HHLMD,λ<=n,8192,1,49521,6.0450439453125
HHLMD,λ<=n,8192,1,53926,6.582763671875
HRLMD,λ<=n,8192,1,58021,7.0826416015625
HRLMD,λ<=n,8192,1,63854,7.794677734375
HRLMD,λ<=n,8192,1,48507,5.9212646484375
HRLMD,λ<=n,8192,1,50783,6.1990966796875
HRLMD,λ<=n,8192,1,51559,6.2938232421875
HRLMD,λ<=n,8192,1,49939,6.0960693359375
HRLMD,λ<=n,8192,1,46004,5.61572265625
HRLMD,λ<=n,8192,1,44263,5.4031982421875
HRLMD,λ<=n,8192,1,49156,6.00048828125
HRLMD,λ<=n,8192,1,94439,11.5281982421875
HRLMD,λ<=n,8192,1,44544,5.4375
HRLMD,λ<=n,8192,1,49645,6.0601806640625
HRLMD,λ<=n,8192,1,62021,7.5709228515625
HRLMD,λ<=n,8192,1,58337,7.1212158203125
HRLMD,λ<=n,8192,1,54057,6.5987548828125
HRLMD,λ<=n,8192,1,44910,5.482177734375
HRLMD,λ<=n,8192,1,96925,11.8316650390625
HRLMD,λ<=n,8192,1,50587,6.1751708984375
HRLMD,λ<=n,8192,1,49883,6.0892333984375
HRLMD,λ<=n,8192,1,47342,5.779052734375
HRLMD,λ<=n,8192,1,51545,6.2921142578125
HRLMD,λ<=n,8192,1,49243,6.0111083984375
HRLMD,λ<=n,8192,1,46594,5.687744140625
HRLMD,λ<=n,8192,1,50501,6.1646728515625
HRLMD,λ<=n,8192,1,51643,6.3040771484375
HRLMD,λ<=n,8192,1,54863,6.6971435546875
HRLMD,λ<=n,8192,1,45764,5.58642578125
HRLMD,λ<=n,8192,1,52153,6.3663330078125
HRLMD,λ<=n,8192,1,52917,6.4595947265625
HRLMD,λ<=n,8192,1,51987,6.3460693359375
HRLMD,λ<=n,8192,1,49858,6.086181640625
HRLMD,λ<=n,8192,1,58815,7.1795654296875
HRLMD,λ<=n,8192,1,45779,5.5882568359375
HRLMD,λ<=n,8192,1,62198,7.592529296875
HRLMD,λ<=n,8192,1,74013,9.0347900390625
HRLMD,λ<=n,8192,1,83048,10.1376953125
HRLMD,λ<=n,8192,1,61197,7.4703369140625
HRLMD,λ<=n,8192,1,77046,9.405029296875
HRLMD,λ<=n,8192,1,52774,6.442138671875
HRLMD,λ<=n,8192,1,116044,14.16552734375
HRLMD,λ<=n,8192,1,52565,6.4166259765625
HRLMD,λ<=n,8192,1,53032,6.4736328125
HRLMD,λ<=n,8192,1,74680,9.1162109375
HRLMD,λ<=n,8192,1,53250,6.500244140625
HRLMD,λ<=n,8192,1,50333,6.1441650390625
HRLMD,λ<=n,8192,1,51463,6.2821044921875
HRLMD,λ<=n,8192,1,108921,13.2960205078125
HRLMD,λ<=n,8192,1,54949,6.7076416015625
HRLMD,λ<=n,8192,1,46849,5.7188720703125
HRLMD,λ<=n,8192,1,49515,6.0443115234375
HRLMD,λ<=n,8192,1,47425,5.7891845703125
HRLMD,λ<=n,8192,1,54364,6.63623046875
HRLMD,λ<=n,8192,1,48343,5.9012451171875
HRLMD,λ<=n,8192,1,46103,5.6278076171875
HRLMD,λ<=n,8192,1,61045,7.4517822265625
HRLMD,λ<=n,8192,1,45741,5.5836181640625
HRLMD,λ<=n,8192,1,52488,6.4072265625
HRLMD,λ<=n,8192,1,47094,5.748779296875
HRLMD,λ<=n,8192,1,101270,12.362060546875
HRLMD,λ<=n,8192,1,51551,6.2928466796875
HRLMD,λ<=n,8192,1,58808,7.1787109375
HRLMD,λ<=n,8192,1,52555,6.4154052734375
HRLMD,λ<=n,8192,1,50036,6.10791015625
HRLMD,λ<=n,8192,1,86481,10.5567626953125
HRLMD,λ<=n,8192,1,51002,6.225830078125
HRLMD,λ<=n,8192,1,54449,6.6466064453125
HRLMD,λ<=n,8192,1,48542,5.925537109375
HRLMD,λ<=n,8192,1,54691,6.6761474609375
HRLMD,λ<=n,8192,1,53387,6.5169677734375
HRLMD,λ<=n,8192,1,58001,7.0802001953125
HRLMD,λ<=n,8192,1,66240,8.0859375
HRLMD,λ<=n,8192,1,53877,6.5767822265625
HRLMD,λ<=n,8192,1,111162,13.569580078125
HRLMD,λ<=n,8192,1,55281,6.7481689453125
HRLMD,λ<=n,8192,1,45786,5.589111328125
HRLMD,λ<=n,8192,1,64760,7.9052734375
HRLMD,λ<=n,8192,1,92733,11.3199462890625
HRLMD,λ<=n,8192,1,49420,6.03271484375
HRLMD,λ<=n,8192,1,53729,6.5587158203125
HRLMD,λ<=n,8192,1,53708,6.55615234375
HRLMD,λ<=n,8192,1,58676,7.16259765625
HRLMD,λ<=n,8192,1,43726,5.337646484375
HRLMD,λ<=n,8192,1,51352,6.2685546875
HRLMD,λ<=n,8192,1,73038,8.915771484375
HRLMD,λ<=n,8192,1,79139,9.6605224609375
HRLMD,λ<=n,8192,1,64567,7.8817138671875
HRLMD,λ<=n,8192,1,59911,7.3133544921875
HRLMD,λ<=n,8192,1,65494,7.994873046875
HRLMD,λ<=n,8192,1,88917,10.8541259765625
HRLMD,λ<=n,8192,1,57024,6.9609375
HRLMD,λ<=n,8192,1,50659,6.1839599609375
HRLMD,λ<=n,8192,1,49563,6.0501708984375
HRLMD,λ<=n,8192,1,75995,9.2767333984375
HRLMD,λ<=n,8192,1,57721,7.0460205078125
HRLMD,λ<=n,8192,1,46497,5.6759033203125
HRLMD,λ<=n,8192,1,52642,6.426025390625
HRLMD,λ<=n,8192,1,48897,5.9688720703125
HRLMD,λ<=n,8192,1,83305,10.1690673828125
HRLMD,λ<=n,8192,1,105508,12.87939453125
HRLMD,λ<=n,8192,1,52801,6.4454345703125
HSLMD,λ<=n,8192,1,85047,10.3817138671875
HSLMD,λ<=n,8192,1,74704,9.119140625
HSLMD,λ<=n,8192,1,112608,13.74609375
HSLMD,λ<=n,8192,1,83110,10.145263671875
HSLMD,λ<=n,8192,1,76591,9.3494873046875
HSLMD,λ<=n,8192,1,85085,10.3863525390625
HSLMD,λ<=n,8192,1,98228,11.99072265625
HSLMD,λ<=n,8192,1,96513,11.7813720703125
HSLMD,λ<=n,8192,1,83116,10.14599609375
HSLMD,λ<=n,8192,1,86480,10.556640625
HSLMD,λ<=n,8192,1,87351,10.6629638671875
HSLMD,λ<=n,8192,1,84261,10.2857666015625
HSLMD,λ<=n,8192,1,86718,10.585693359375
HSLMD,λ<=n,8192,1,78573,9.5914306640625
HSLMD,λ<=n,8192,1,79526,9.707763671875
HSLMD,λ<=n,8192,1,87011,10.6214599609375
HSLMD,λ<=n,8192,1,65457,7.9903564453125
HSLMD,λ<=n,8192,1,83836,10.23388671875
HSLMD,λ<=n,8192,1,81931,10.0013427734375
HSLMD,λ<=n,8192,1,78480,9.580078125
HSLMD,λ<=n,8192,1,107827,13.1624755859375
HSLMD,λ<=n,8192,1,82542,10.075927734375
HSLMD,λ<=n,8192,1,84598,10.326904296875
HSLMD,λ<=n,8192,1,75519,9.2186279296875
HSLMD,λ<=n,8192,1,66045,8.0621337890625
HSLMD,λ<=n,8192,1,74733,9.1226806640625
HSLMD,λ<=n,8192,1,105945,12.9327392578125
HSLMD,λ<=n,8192,1,72686,8.872802734375
HSLMD,λ<=n,8192,1,88811,10.8411865234375
HSLMD,λ<=n,8192,1,78472,9.5791015625
HSLMD,λ<=n,8192,1,83243,10.1614990234375
HSLMD,λ<=n,8192,1,72423,8.8406982421875
HSLMD,λ<=n,8192,1,68146,8.318603515625
HSLMD,λ<=n,8192,1,88890,10.850830078125
HSLMD,λ<=n,8192,1,82076,10.01904296875
HSLMD,λ<=n,8192,1,99162,12.104736328125
HSLMD,λ<=n,8192,1,73594,8.983642578125
HSLMD,λ<=n,8192,1,89898,10.973876953125
HSLMD,λ<=n,8192,1,79819,9.7435302734375
HSLMD,λ<=n,8192,1,74681,9.1163330078125
HSLMD,λ<=n,8192,1,72921,8.9014892578125
HSLMD,λ<=n,8192,1,82016,10.01171875
HSLMD,λ<=n,8192,1,72972,8.90771484375
HSLMD,λ<=n,8192,1,77082,9.409423828125
HSLMD,λ<=n,8192,1,84972,10.37255859375
HSLMD,λ<=n,8192,1,81126,9.903076171875
HSLMD,λ<=n,8192,1,90345,11.0284423828125
HSLMD,λ<=n,8192,1,85387,10.4232177734375
HSLMD,λ<=n,8192,1,86077,10.5074462890625
HSLMD,λ<=n,8192,1,93440,11.40625
HSLMD,λ<=n,8192,1,84718,10.341552734375
HSLMD,λ<=n,8192,1,80617,9.8409423828125
HSLMD,λ<=n,8192,1,105407,12.8670654296875
HSLMD,λ<=n,8192,1,69990,8.543701171875
HSLMD,λ<=n,8192,1,89245,10.8941650390625
HSLMD,λ<=n,8192,1,80219,9.7923583984375
HSLMD,λ<=n,8192,1,79158,9.662841796875
HSLMD,λ<=n,8192,1,87522,10.683837890625
HSLMD,λ<=n,8192,1,99782,12.180419921875
HSLMD,λ<=n,8192,1,83478,10.190185546875
HSLMD,λ<=n,8192,1,86557,10.5660400390625
HSLMD,λ<=n,8192,1,94218,11.501220703125
HSLMD,λ<=n,8192,1,88027,10.7454833984375
HSLMD,λ<=n,8192,1,94739,11.5648193359375
HSLMD,λ<=n,8192,1,74171,9.0540771484375
HSLMD,λ<=n,8192,1,93571,11.4222412109375
HSLMD,λ<=n,8192,1,90931,11.0999755859375
HSLMD,λ<=n,8192,1,89223,10.8914794921875
HSLMD,λ<=n,8192,1,69804,8.52099609375
HSLMD,λ<=n,8192,1,86699,10.5833740234375
HSLMD,λ<=n,8192,1,79345,9.6856689453125
HSLMD,λ<=n,8192,1,93715,11.4398193359375
HSLMD,λ<=n,8192,1,78039,9.5262451171875
HSLMD,λ<=n,8192,1,69210,8.448486328125
HSLMD,λ<=n,8192,1,64256,7.84375
HSLMD,λ<=n,8192,1,82220,10.03662109375
HSLMD,λ<=n,8192,1,81850,9.991455078125
HSLMD,λ<=n,8192,1,90550,11.053466796875
HSLMD,λ<=n,8192,1,80350,9.808349609375
HSLMD,λ<=n,8192,1,81862,9.992919921875
HSLMD,λ<=n,8192,1,87505,10.6817626953125
HSLMD,λ<=n,8192,1,69273,8.4561767578125
HSLMD,λ<=n,8192,1,96022,11.721435546875
HSLMD,λ<=n,8192,1,83723,10.2200927734375
HSLMD,λ<=n,8192,1,84383,10.3006591796875
HSLMD,λ<=n,8192,1,71147,8.6849365234375
HSLMD,λ<=n,8192,1,74902,9.143310546875
HSLMD,λ<=n,8192,1,82253,10.0406494140625
HSLMD,λ<=n,8192,1,64571,7.8822021484375
HSLMD,λ<=n,8192,1,100079,12.2166748046875
HSLMD,λ<=n,8192,1,77239,9.4285888671875
HSLMD,λ<=n,8192,1,75478,9.213623046875
HSLMD,λ<=n,8192,1,88293,10.7779541015625
HSLMD,λ<=n,8192,1,88771,10.8363037109375
HSLMD,λ<=n,8192,1,78979,9.6409912109375
HSLMD,λ<=n,8192,1,83227,10.1595458984375
HSLMD,λ<=n,8192,1,68820,8.40087890625
HSLMD,λ<=n,8192,1,87554,10.687744140625
HSLMD,λ<=n,8192,1,77410,9.449462890625
HSLMD,λ<=n,8192,1,70606,8.618896484375
HSDID,λ<=n,8192,1,73745,9.0020751953125
HSDID,λ<=n,8192,1,133633,16.3126220703125
HSDID,λ<=n,8192,1,112263,13.7039794921875
HSDID,λ<=n,8192,1,98392,12.0107421875
HSDID,λ<=n,8192,1,131054,15.997802734375
HSDID,λ<=n,8192,1,284425,34.7198486328125
HSDID,λ<=n,8192,1,179545,21.9171142578125
HSDID,λ<=n,8192,1,166244,20.29345703125
HSDID,λ<=n,8192,1,116445,14.2144775390625
HSDID,λ<=n,8192,1,149057,18.1954345703125
HSDID,λ<=n,8192,1,83955,10.2484130859375
HSDID,λ<=n,8192,1,136088,16.6123046875
HSDID,λ<=n,8192,1,92804,11.32861328125
HSDID,λ<=n,8192,1,152324,18.59423828125
HSDID,λ<=n,8192,1,75860,9.26025390625
HSDID,λ<=n,8192,1,102924,12.56396484375
HSDID,λ<=n,8192,1,160351,19.5740966796875
HSDID,λ<=n,8192,1,82092,10.02099609375
HSDID,λ<=n,8192,1,73499,8.9720458984375
HSDID,λ<=n,8192,1,118309,14.4420166015625
HSDID,λ<=n,8192,1,162144,19.79296875
HSDID,λ<=n,8192,1,73908,9.02197265625
HSDID,λ<=n,8192,1,84041,10.2589111328125
HSDID,λ<=n,8192,1,95791,11.6932373046875
HSDID,λ<=n,8192,1,119395,14.5745849609375
HSDID,λ<=n,8192,1,110316,13.46630859375
HSDID,λ<=n,8192,1,135052,16.48583984375
HSDID,λ<=n,8192,1,89990,10.985107421875
HSDID,λ<=n,8192,1,81434,9.940673828125
HSDID,λ<=n,8192,1,113375,13.8397216796875
HSDID,λ<=n,8192,1,116131,14.1761474609375
HSDID,λ<=n,8192,1,100515,12.2698974609375
HSDID,λ<=n,8192,1,125700,15.34423828125
HSDID,λ<=n,8192,1,116177,14.1817626953125
HSDID,λ<=n,8192,1,163358,19.941162109375
HSDID,λ<=n,8192,1,108136,13.2001953125
HSDID,λ<=n,8192,1,158708,19.37353515625
HSDID,λ<=n,8192,1,72455,8.8446044921875
HSDID,λ<=n,8192,1,126179,15.4027099609375
HSDID,λ<=n,8192,1,141453,17.2672119140625
HSDID,λ<=n,8192,1,198965,24.2877197265625
HSDID,λ<=n,8192,1,227578,27.780517578125
HSDID,λ<=n,8192,1,70629,8.6217041015625
HSDID,λ<=n,8192,1,166172,20.28466796875
HSDID,λ<=n,8192,1,76350,9.320068359375
HSDID,λ<=n,8192,1,195141,23.8209228515625
HSDID,λ<=n,8192,1,95832,11.6982421875
HSDID,λ<=n,8192,1,104635,12.7728271484375
HSDID,λ<=n,8192,1,90754,11.078369140625
HSDID,λ<=n,8192,1,138514,16.908447265625
HSDID,λ<=n,8192,1,92625,11.3067626953125
HSDID,λ<=n,8192,1,88438,10.795654296875
HSDID,λ<=n,8192,1,69039,8.4276123046875
HSDID,λ<=n,8192,1,129203,15.7718505859375
HSDID,λ<=n,8192,1,144452,17.63330078125
HSDID,λ<=n,8192,1,136523,16.6654052734375
HSDID,λ<=n,8192,1,71916,8.77880859375
HSDID,λ<=n,8192,1,149046,18.194091796875
HSDID,λ<=n,8192,1,217967,26.6072998046875
HSDID,λ<=n,8192,1,74697,9.1182861328125
HSDID,λ<=n,8192,1,89611,10.9388427734375
HSDID,λ<=n,8192,1,145063,17.7078857421875
HSDID,λ<=n,8192,1,223764,27.31494140625
HSDID,λ<=n,8192,1,155677,19.0035400390625
HSDID,λ<=n,8192,1,70197,8.5689697265625
HSDID,λ<=n,8192,1,93457,11.4083251953125
HSDID,λ<=n,8192,1,123163,15.0345458984375
HSDID,λ<=n,8192,1,87135,10.6365966796875
HSDID,λ<=n,8192,1,179203,21.8753662109375
HSDID,λ<=n,8192,1,89435,10.9173583984375
HSDID,λ<=n,8192,1,97241,11.8702392578125
HSDID,λ<=n,8192,1,104761,12.7882080078125
HSDID,λ<=n,8192,1,145920,17.8125
HSDID,λ<=n,8192,1,75057,9.1622314453125
HSDID,λ<=n,8192,1,142556,17.40185546875
HSDID,λ<=n,8192,1,79220,9.67041015625
HSDID,λ<=n,8192,1,253197,30.9078369140625
HSDID,λ<=n,8192,1,139799,17.0653076171875
HSDID,λ<=n,8192,1,170033,20.7559814453125
HSDID,λ<=n,8192,1,102223,12.4783935546875
HSDID,λ<=n,8192,1,85493,10.4361572265625
HSDID,λ<=n,8192,1,95207,11.6219482421875
HSDID,λ<=n,8192,1,106444,12.99365234375
HSDID,λ<=n,8192,1,114940,14.03076171875
HSDID,λ<=n,8192,1,149088,18.19921875
HSDID,λ<=n,8192,1,116938,14.274658203125
HSDID,λ<=n,8192,1,93889,11.4610595703125
HSDID,λ<=n,8192,1,153174,18.697998046875
HSDID,λ<=n,8192,1,271696,33.166015625
HSDID,λ<=n,8192,1,182891,22.3255615234375
HSDID,λ<=n,8192,1,92063,11.2381591796875
HSDID,λ<=n,8192,1,75186,9.177978515625
HSDID,λ<=n,8192,1,78017,9.5235595703125
HSDID,λ<=n,8192,1,73102,8.923583984375
HSDID,λ<=n,8192,1,96849,11.8223876953125
HSDID,λ<=n,8192,1,169694,20.714599609375
HSDID,λ<=n,8192,1,104538,12.760986328125
HSDID,λ<=n,8192,1,73441,8.9649658203125
HSDID,λ<=n,8192,1,123018,15.016845703125
HSDID,λ<=n,8192,1,77653,9.4791259765625
HRDID,λ<=n,8192,1,126377,15.4268798828125
HRDID,λ<=n,8192,1,64247,7.8426513671875
HRDID,λ<=n,8192,1,65280,7.96875
HRDID,λ<=n,8192,1,56247,6.8660888671875
HRDID,λ<=n,8192,1,67815,8.2781982421875
HRDID,λ<=n,8192,1,122217,14.9190673828125
HRDID,λ<=n,8192,1,73625,8.9874267578125
HRDID,λ<=n,8192,1,62295,7.6043701171875
HRDID,λ<=n,8192,1,64047,7.8182373046875
HRDID,λ<=n,8192,1,79205,9.6685791015625
HRDID,λ<=n,8192,1,62260,7.60009765625
HRDID,λ<=n,8192,1,71596,8.73974609375
HRDID,λ<=n,8192,1,72902,8.899169921875
HRDID,λ<=n,8192,1,95693,11.6812744140625
HRDID,λ<=n,8192,1,67606,8.252685546875
HRDID,λ<=n,8192,1,125292,15.29443359375
HRDID,λ<=n,8192,1,163551,19.9647216796875
HRDID,λ<=n,8192,1,76371,9.3226318359375
HRDID,λ<=n,8192,1,111768,13.6435546875
HRDID,λ<=n,8192,1,90292,11.02197265625
HRDID,λ<=n,8192,1,76929,9.3907470703125
HRDID,λ<=n,8192,1,85456,10.431640625
HRDID,λ<=n,8192,1,91419,11.1595458984375
HRDID,λ<=n,8192,1,68080,8.310546875
HRDID,λ<=n,8192,1,65925,8.0474853515625
HRDID,λ<=n,8192,1,132398,16.161865234375
HRDID,λ<=n,8192,1,101828,12.43017578125
HRDID,λ<=n,8192,1,97480,11.8994140625
HRDID,λ<=n,8192,1,66364,8.10107421875
HRDID,λ<=n,8192,1,65039,7.9393310546875
HRDID,λ<=n,8192,1,88330,10.782470703125
HRDID,λ<=n,8192,1,70901,8.6549072265625
HRDID,λ<=n,8192,1,79800,9.7412109375
HRDID,λ<=n,8192,1,86908,10.60888671875
HRDID,λ<=n,8192,1,65894,8.043701171875
HRDID,λ<=n,8192,1,54229,6.6197509765625
HRDID,λ<=n,8192,1,74668,9.11474609375
HRDID,λ<=n,8192,1,61971,7.5648193359375
HRDID,λ<=n,8192,1,71387,8.7142333984375
HRDID,λ<=n,8192,1,69355,8.4661865234375
HRDID,λ<=n,8192,1,63472,7.748046875
HRDID,λ<=n,8192,1,65364,7.97900390625
HRDID,λ<=n,8192,1,89273,10.8975830078125
HRDID,λ<=n,8192,1,70698,8.630126953125
HRDID,λ<=n,8192,1,54920,6.7041015625
HRDID,λ<=n,8192,1,64553,7.8800048828125
HRDID,λ<=n,8192,1,58943,7.1951904296875
HRDID,λ<=n,8192,1,68074,8.309814453125
HRDID,λ<=n,8192,1,58143,7.0975341796875
HRDID,λ<=n,8192,1,62139,7.5853271484375
HRDID,λ<=n,8192,1,64507,7.8743896484375
HRDID,λ<=n,8192,1,74449,9.0880126953125
HRDID,λ<=n,8192,1,105434,12.870361328125
HRDID,λ<=n,8192,1,70098,8.556884765625
HRDID,λ<=n,8192,1,74856,9.1376953125
HRDID,λ<=n,8192,1,88115,10.7562255859375
HRDID,λ<=n,8192,1,81394,9.935791015625
HRDID,λ<=n,8192,1,67704,8.2646484375
HRDID,λ<=n,8192,1,68246,8.330810546875
HRDID,λ<=n,8192,1,78073,9.5303955078125
HRDID,λ<=n,8192,1,78206,9.546630859375
HRDID,λ<=n,8192,1,67740,8.26904296875
HRDID,λ<=n,8192,1,70980,8.66455078125
HRDID,λ<=n,8192,1,87724,10.70849609375
HRDID,λ<=n,8192,1,72575,8.8592529296875
HRDID,λ<=n,8192,1,69767,8.5164794921875
HRDID,λ<=n,8192,1,95094,11.608154296875
HRDID,λ<=n,8192,1,75397,9.2037353515625
HRDID,λ<=n,8192,1,80554,9.833251953125
HRDID,λ<=n,8192,1,62441,7.6221923828125
HRDID,λ<=n,8192,1,97275,11.8743896484375
HRDID,λ<=n,8192,1,64579,7.8831787109375
HRDID,λ<=n,8192,1,71136,8.68359375
HRDID,λ<=n,8192,1,87785,10.7159423828125
HRDID,λ<=n,8192,1,64192,7.8359375
HRDID,λ<=n,8192,1,68512,8.36328125
HRDID,λ<=n,8192,1,106826,13.040283203125
HRDID,λ<=n,8192,1,78696,9.6064453125
HRDID,λ<=n,8192,1,75191,9.1785888671875
HRDID,λ<=n,8192,1,64720,7.900390625
HRDID,λ<=n,8192,1,95838,11.698974609375
HRDID,λ<=n,8192,1,57097,6.9698486328125
HRDID,λ<=n,8192,1,79651,9.7230224609375
HRDID,λ<=n,8192,1,77346,9.441650390625
HRDID,λ<=n,8192,1,60499,7.3851318359375
HRDID,λ<=n,8192,1,109533,13.3707275390625
HRDID,λ<=n,8192,1,63807,7.7889404296875
HRDID,λ<=n,8192,1,97303,11.8778076171875
HRDID,λ<=n,8192,1,77487,9.4588623046875
HRDID,λ<=n,8192,1,56412,6.88623046875
HRDID,λ<=n,8192,1,86455,10.5535888671875
HRDID,λ<=n,8192,1,63412,7.74072265625
HRDID,λ<=n,8192,1,65939,8.0491943359375
HRDID,λ<=n,8192,1,69277,8.4566650390625
HRDID,λ<=n,8192,1,75009,9.1563720703125
HRDID,λ<=n,8192,1,65733,8.0240478515625
HRDID,λ<=n,8192,1,76401,9.3262939453125
HRDID,λ<=n,8192,1,72889,8.8975830078125
HRDID,λ<=n,8192,1,60578,7.394775390625
HRDID,λ<=n,8192,1,56067,6.8441162109375
HHDID,λ<=n,8192,1,77674,9.481689453125
HHDID,λ<=n,8192,1,73147,8.9290771484375
HHDID,λ<=n,8192,1,61790,7.542724609375
HHDID,λ<=n,8192,1,72740,8.87939453125
HHDID,λ<=n,8192,1,63100,7.70263671875
HHDID,λ<=n,8192,1,77703,9.4852294921875
HHDID,λ<=n,8192,1,66206,8.081787109375
HHDID,λ<=n,8192,1,83639,10.2098388671875
HHDID,λ<=n,8192,1,67856,8.283203125
HHDID,λ<=n,8192,1,83218,10.158447265625
HHDID,λ<=n,8192,1,76193,9.3009033203125
HHDID,λ<=n,8192,1,84476,10.31201171875
HHDID,λ<=n,8192,1,78275,9.5550537109375
HHDID,λ<=n,8192,1,61615,7.5213623046875
HHDID,λ<=n,8192,1,69967,8.5408935546875
HHDID,λ<=n,8192,1,64398,7.861083984375
HHDID,λ<=n,8192,1,74582,9.104248046875
HHDID,λ<=n,8192,1,57765,7.0513916015625
HHDID,λ<=n,8192,1,74262,9.065185546875
HHDID,λ<=n,8192,1,65934,8.048583984375
HHDID,λ<=n,8192,1,74852,9.13720703125
HHDID,λ<=n,8192,1,83092,10.14306640625
HHDID,λ<=n,8192,1,61985,7.5665283203125
HHDID,λ<=n,8192,1,69489,8.4825439453125
HHDID,λ<=n,8192,1,65017,7.9366455078125
HHDID,λ<=n,8192,1,93206,11.377685546875
HHDID,λ<=n,8192,1,74489,9.0928955078125
HHDID,λ<=n,8192,1,82495,10.0701904296875
HHDID,λ<=n,8192,1,102293,12.4869384765625
HHDID,λ<=n,8192,1,68920,8.4130859375
HHDID,λ<=n,8192,1,68702,8.386474609375
HHDID,λ<=n,8192,1,64250,7.843017578125
HHDID,λ<=n,8192,1,81025,9.8907470703125
HHDID,λ<=n,8192,1,66111,8.0701904296875
HHDID,λ<=n,8192,1,72073,8.7979736328125
HHDID,λ<=n,8192,1,74307,9.0706787109375
HHDID,λ<=n,8192,1,69892,8.53173828125
HHDID,λ<=n,8192,1,74479,9.0916748046875
HHDID,λ<=n,8192,1,66869,8.1627197265625
HHDID,λ<=n,8192,1,67365,8.2232666015625
HHDID,λ<=n,8192,1,65613,8.0093994140625
HHDID,λ<=n,8192,1,74953,9.1495361328125
HHDID,λ<=n,8192,1,77301,9.4361572265625
HHDID,λ<=n,8192,1,64065,7.8204345703125
HHDID,λ<=n,8192,1,81097,9.8995361328125
HHDID,λ<=n,8192,1,79255,9.6746826171875
HHDID,λ<=n,8192,1,98416,12.013671875
HHDID,λ<=n,8192,1,69890,8.531494140625
HHDID,λ<=n,8192,1,73481,8.9698486328125
HHDID,λ<=n,8192,1,64824,7.9130859375
HHDID,λ<=n,8192,1,65734,8.024169921875
HHDID,λ<=n,8192,1,96004,11.71923828125
HHDID,λ<=n,8192,1,61427,7.4984130859375
HHDID,λ<=n,8192,1,72177,8.8106689453125
HHDID,λ<=n,8192,1,72879,8.8963623046875
HHDID,λ<=n,8192,1,73802,9.009033203125
HHDID,λ<=n,8192,1,88046,10.747802734375
HHDID,λ<=n,8192,1,65438,7.988037109375
HHDID,λ<=n,8192,1,96333,11.7593994140625
HHDID,λ<=n,8192,1,68816,8.400390625
HHDID,λ<=n,8192,1,67740,8.26904296875
HHDID,λ<=n,8192,1,85670,10.457763671875
HHDID,λ<=n,8192,1,62802,7.666259765625
HHDID,λ<=n,8192,1,73825,9.0118408203125
HHDID,λ<=n,8192,1,61250,7.476806640625
HHDID,λ<=n,8192,1,68895,8.4100341796875
HHDID,λ<=n,8192,1,78226,9.549072265625
HHDID,λ<=n,8192,1,59946,7.317626953125
HHDID,λ<=n,8192,1,62429,7.6207275390625
HHDID,λ<=n,8192,1,78537,9.5870361328125
HHDID,λ<=n,8192,1,68102,8.313232421875
HHDID,λ<=n,8192,1,68091,8.3118896484375
HHDID,λ<=n,8192,1,62460,7.62451171875
HHDID,λ<=n,8192,1,63263,7.7225341796875
HHDID,λ<=n,8192,1,74520,9.0966796875
HHDID,λ<=n,8192,1,68641,8.3790283203125
HHDID,λ<=n,8192,1,68401,8.3497314453125
HHDID,λ<=n,8192,1,69012,8.42431640625
HHDID,λ<=n,8192,1,84780,10.34912109375
HHDID,λ<=n,8192,1,66383,8.1033935546875
HHDID,λ<=n,8192,1,70989,8.6656494140625
HHDID,λ<=n,8192,1,63832,7.7919921875
HHDID,λ<=n,8192,1,77518,9.462646484375
HHDID,λ<=n,8192,1,64625,7.8887939453125
HHDID,λ<=n,8192,1,72821,8.8892822265625
HHDID,λ<=n,8192,1,80331,9.8060302734375
HHDID,λ<=n,8192,1,82041,10.0147705078125
HHDID,λ<=n,8192,1,63337,7.7315673828125
HHDID,λ<=n,8192,1,64095,7.8240966796875
HHDID,λ<=n,8192,1,64532,7.87744140625
HHDID,λ<=n,8192,1,61146,7.464111328125
HHDID,λ<=n,8192,1,105207,12.8426513671875
HHDID,λ<=n,8192,1,63645,7.7691650390625
HHDID,λ<=n,8192,1,71797,8.7642822265625
HHDID,λ<=n,8192,1,60909,7.4351806640625
HHDID,λ<=n,8192,1,79368,9.6884765625
HHDID,λ<=n,8192,1,58609,7.1544189453125
HHDID,λ<=n,8192,1,63057,7.6973876953125
HHDID,λ<=n,8192,1,69513,8.4854736328125
HHDID,λ<=n,8192,1,64049,7.8184814453125
HHLID,λ<=n,8192,1,66623,8.1326904296875
HHLID,λ<=n,8192,1,66465,8.1134033203125
HHLID,λ<=n,8192,1,71404,8.71630859375
HHLID,λ<=n,8192,1,86147,10.5159912109375
HHLID,λ<=n,8192,1,54478,6.650146484375
HHLID,λ<=n,8192,1,74913,9.1446533203125
HHLID,λ<=n,8192,1,70064,8.552734375
HHLID,λ<=n,8192,1,68286,8.335693359375
HHLID,λ<=n,8192,1,67021,8.1812744140625
HHLID,λ<=n,8192,1,86267,10.5306396484375
HHLID,λ<=n,8192,1,61731,7.5355224609375
HHLID,λ<=n,8192,1,67996,8.30029296875
HHLID,λ<=n,8192,1,67101,8.1910400390625
HHLID,λ<=n,8192,1,68714,8.387939453125
HHLID,λ<=n,8192,1,67553,8.2462158203125
HHLID,λ<=n,8192,1,67293,8.2144775390625
HHLID,λ<=n,8192,1,59239,7.2313232421875
HHLID,λ<=n,8192,1,65061,7.9420166015625
HHLID,λ<=n,8192,1,65977,8.0538330078125
HHLID,λ<=n,8192,1,86924,10.61083984375
HHLID,λ<=n,8192,1,72166,8.809326171875
HHLID,λ<=n,8192,1,71699,8.7523193359375
HHLID,λ<=n,8192,1,96496,11.779296875
HHLID,λ<=n,8192,1,64051,7.8187255859375
HHLID,λ<=n,8192,1,78293,9.5572509765625
HHLID,λ<=n,8192,1,71913,8.7784423828125
HHLID,λ<=n,8192,1,56673,6.9180908203125
HHLID,λ<=n,8192,1,68638,8.378662109375
HHLID,λ<=n,8192,1,58239,7.1092529296875
HHLID,λ<=n,8192,1,71397,8.7154541015625
HHLID,λ<=n,8192,1,61543,7.5125732421875
HHLID,λ<=n,8192,1,88002,10.742431640625
HHLID,λ<=n,8192,1,69956,8.53955078125
HHLID,λ<=n,8192,1,84246,10.283935546875
HHLID,λ<=n,8192,1,65683,8.0179443359375
HHLID,λ<=n,8192,1,63624,7.7666015625
HHLID,λ<=n,8192,1,90604,11.06005859375
HHLID,λ<=n,8192,1,68926,8.413818359375
HHLID,λ<=n,8192,1,85372,10.42138671875
HHLID,λ<=n,8192,1,73594,8.983642578125
HHLID,λ<=n,8192,1,71104,8.6796875
HHLID,λ<=n,8192,1,56157,6.8551025390625
HHLID,λ<=n,8192,1,69816,8.5224609375
HHLID,λ<=n,8192,1,60518,7.387451171875
HHLID,λ<=n,8192,1,124275,15.1702880859375
HHLID,λ<=n,8192,1,74348,9.07568359375
HHLID,λ<=n,8192,1,71809,8.7657470703125
HHLID,λ<=n,8192,1,87327,10.6600341796875
HHLID,λ<=n,8192,1,106494,12.999755859375
HHLID,λ<=n,8192,1,84519,10.3172607421875
HHLID,λ<=n,8192,1,91307,11.1458740234375
HHLID,λ<=n,8192,1,62779,7.6634521484375
HHLID,λ<=n,8192,1,60536,7.3896484375
HHLID,λ<=n,8192,1,69045,8.4283447265625
HHLID,λ<=n,8192,1,68136,8.3173828125
HHLID,λ<=n,8192,1,91328,11.1484375
HHLID,λ<=n,8192,1,63931,7.8040771484375
HHLID,λ<=n,8192,1,91008,11.109375
HHLID,λ<=n,8192,1,84560,10.322265625
HHLID,λ<=n,8192,1,128401,15.6739501953125
HHLID,λ<=n,8192,1,78568,9.5908203125
HHLID,λ<=n,8192,1,85899,10.4857177734375
HHLID,λ<=n,8192,1,79137,9.6602783203125
HHLID,λ<=n,8192,1,68430,8.353271484375
HHLID,λ<=n,8192,1,75422,9.206787109375
HHLID,λ<=n,8192,1,90956,11.10302734375
HHLID,λ<=n,8192,1,70514,8.607666015625
HHLID,λ<=n,8192,1,76119,9.2918701171875
HHLID,λ<=n,8192,1,75560,9.2236328125
HHLID,λ<=n,8192,1,60812,7.42333984375
HHLID,λ<=n,8192,1,74868,9.13916015625
HHLID,λ<=n,8192,1,72059,8.7962646484375
HHLID,λ<=n,8192,1,86523,10.5618896484375
HHLID,λ<=n,8192,1,90188,11.00927734375
HHLID,λ<=n,8192,1,61065,7.4542236328125
HHLID,λ<=n,8192,1,86872,10.6044921875
HHLID,λ<=n,8192,1,78849,9.6251220703125
HHLID,λ<=n,8192,1,81750,9.979248046875
HHLID,λ<=n,8192,1,74487,9.0926513671875
HHLID,λ<=n,8192,1,72859,8.8939208984375
HHLID,λ<=n,8192,1,103272,12.6064453125
HHLID,λ<=n,8192,1,75450,9.210205078125
HHLID,λ<=n,8192,1,67394,8.226806640625
HHLID,λ<=n,8192,1,64770,7.906494140625
HHLID,λ<=n,8192,1,62952,7.6845703125
HHLID,λ<=n,8192,1,65949,8.0504150390625
HHLID,λ<=n,8192,1,84480,10.3125
HHLID,λ<=n,8192,1,65348,7.97705078125
HHLID,λ<=n,8192,1,68890,8.409423828125
HHLID,λ<=n,8192,1,88851,10.8460693359375
HHLID,λ<=n,8192,1,71551,8.7342529296875
HHLID,λ<=n,8192,1,79456,9.69921875
HHLID,λ<=n,8192,1,68517,8.3638916015625
HHLID,λ<=n,8192,1,62063,7.5760498046875
HHLID,λ<=n,8192,1,109827,13.4066162109375
HHLID,λ<=n,8192,1,60610,7.398681640625
HHLID,λ<=n,8192,1,82667,10.0911865234375
HHLID,λ<=n,8192,1,92071,11.2391357421875
HHLID,λ<=n,8192,1,99130,12.100830078125
HHLID,λ<=n,8192,1,83941,10.2467041015625
HRLID,λ<=n,8192,1,63260,7.72216796875
HRLID,λ<=n,8192,1,62439,7.6219482421875
HRLID,λ<=n,8192,1,66732,8.14599609375
HRLID,λ<=n,8192,1,74713,9.1202392578125
HRLID,λ<=n,8192,1,87261,10.6519775390625
HRLID,λ<=n,8192,1,73993,9.0323486328125
HRLID,λ<=n,8192,1,64484,7.87158203125
HRLID,λ<=n,8192,1,70789,8.6412353515625
HRLID,λ<=n,8192,1,55146,6.731689453125
HRLID,λ<=n,8192,1,55173,6.7349853515625
HRLID,λ<=n,8192,1,68673,8.3829345703125
HRLID,λ<=n,8192,1,53864,6.5751953125
HRLID,λ<=n,8192,1,57256,6.9892578125
HRLID,λ<=n,8192,1,82883,10.1175537109375
HRLID,λ<=n,8192,1,79963,9.7611083984375
HRLID,λ<=n,8192,1,79264,9.67578125
HRLID,λ<=n,8192,1,77591,9.4715576171875
HRLID,λ<=n,8192,1,89219,10.8909912109375
HRLID,λ<=n,8192,1,56917,6.9478759765625
HRLID,λ<=n,8192,1,62311,7.6063232421875
HRLID,λ<=n,8192,1,98059,11.9700927734375
HRLID,λ<=n,8192,1,57942,7.072998046875
HRLID,λ<=n,8192,1,60866,7.429931640625
HRLID,λ<=n,8192,1,56564,6.90478515625
HRLID,λ<=n,8192,1,61187,7.4691162109375
HRLID,λ<=n,8192,1,52646,6.426513671875
HRLID,λ<=n,8192,1,58904,7.1904296875
HRLID,λ<=n,8192,1,64591,7.8846435546875
HRLID,λ<=n,8192,1,72392,8.8369140625
HRLID,λ<=n,8192,1,66144,8.07421875
HRLID,λ<=n,8192,1,70599,8.6180419921875
HRLID,λ<=n,8192,1,62829,7.6695556640625
HRLID,λ<=n,8192,1,67663,8.2596435546875
HRLID,λ<=n,8192,1,61754,7.538330078125
HRLID,λ<=n,8192,1,82602,10.083251953125
HRLID,λ<=n,8192,1,71276,8.70068359375
HRLID,λ<=n,8192,1,57916,7.06982421875
HRLID,λ<=n,8192,1,68535,8.3660888671875
HRLID,λ<=n,8192,1,59424,7.25390625
HRLID,λ<=n,8192,1,65704,8.0205078125
HRLID,λ<=n,8192,1,80252,9.79638671875
HRLID,λ<=n,8192,1,54777,6.6866455078125
HRLID,λ<=n,8192,1,66187,8.0794677734375
HRLID,λ<=n,8192,1,58965,7.1978759765625
HRLID,λ<=n,8192,1,57338,6.999267578125
HRLID,λ<=n,8192,1,93799,11.4500732421875
HRLID,λ<=n,8192,1,52103,6.3602294921875
HRLID,λ<=n,8192,1,83643,10.2103271484375
HRLID,λ<=n,8192,1,80585,9.8370361328125
HRLID,λ<=n,8192,1,84617,10.3292236328125
HRLID,λ<=n,8192,1,68078,8.310302734375
HRLID,λ<=n,8192,1,58417,7.1309814453125
HRLID,λ<=n,8192,1,60757,7.4166259765625
HRLID,λ<=n,8192,1,64357,7.8560791015625
HRLID,λ<=n,8192,1,79168,9.6640625
HRLID,λ<=n,8192,1,101415,12.3797607421875
HRLID,λ<=n,8192,1,77048,9.4052734375
HRLID,λ<=n,8192,1,68393,8.3487548828125
HRLID,λ<=n,8192,1,72385,8.8360595703125
HRLID,λ<=n,8192,1,64021,7.8150634765625
HRLID,λ<=n,8192,1,72538,8.854736328125
HRLID,λ<=n,8192,1,57697,7.0430908203125
HRLID,λ<=n,8192,1,101014,12.330810546875
HRLID,λ<=n,8192,1,59149,7.2203369140625
HRLID,λ<=n,8192,1,65445,7.9888916015625
HRLID,λ<=n,8192,1,62907,7.6790771484375
HRLID,λ<=n,8192,1,71525,8.7310791015625
HRLID,λ<=n,8192,1,67782,8.274169921875
HRLID,λ<=n,8192,1,59773,7.2965087890625
HRLID,λ<=n,8192,1,54642,6.670166015625
HRLID,λ<=n,8192,1,71883,8.7747802734375
HRLID,λ<=n,8192,1,64842,7.915283203125
HRLID,λ<=n,8192,1,123810,15.113525390625
HRLID,λ<=n,8192,1,62637,7.6461181640625
HRLID,λ<=n,8192,1,66166,8.076904296875
HRLID,λ<=n,8192,1,100961,12.3243408203125
HRLID,λ<=n,8192,1,66539,8.1224365234375
HRLID,λ<=n,8192,1,62750,7.659912109375
HRLID,λ<=n,8192,1,76531,9.3421630859375
HRLID,λ<=n,8192,1,66130,8.072509765625
HRLID,λ<=n,8192,1,67660,8.25927734375
HRLID,λ<=n,8192,1,55997,6.8355712890625
HRLID,λ<=n,8192,1,100070,12.215576171875
HRLID,λ<=n,8192,1,106571,13.0091552734375
HRLID,λ<=n,8192,1,78792,9.6181640625
HRLID,λ<=n,8192,1,88482,10.801025390625
HRLID,λ<=n,8192,1,57393,7.0059814453125
HRLID,λ<=n,8192,1,72925,8.9019775390625
HRLID,λ<=n,8192,1,83199,10.1561279296875
HRLID,λ<=n,8192,1,90161,11.0059814453125
HRLID,λ<=n,8192,1,60435,7.3773193359375
HRLID,λ<=n,8192,1,90042,10.991455078125
HRLID,λ<=n,8192,1,61961,7.5635986328125
HRLID,λ<=n,8192,1,59935,7.3162841796875
HRLID,λ<=n,8192,1,78410,9.571533203125
HRLID,λ<=n,8192,1,57796,7.05517578125
HRLID,λ<=n,8192,1,92556,11.29833984375
HRLID,λ<=n,8192,1,69551,8.4901123046875
HRLID,λ<=n,8192,1,99265,12.1173095703125
HRLID,λ<=n,8192,1,60045,7.3297119140625
HSLID,λ<=n,8192,1,152717,18.6422119140625
HSLID,λ<=n,8192,1,140231,17.1180419921875
HSLID,λ<=n,8192,1,205319,25.0633544921875
HSLID,λ<=n,8192,1,138111,16.8592529296875
HSLID,λ<=n,8192,1,119563,14.5950927734375
HSLID,λ<=n,8192,1,142870,17.440185546875
HSLID,λ<=n,8192,1,146120,17.8369140625
HSLID,λ<=n,8192,1,120238,14.677490234375
HSLID,λ<=n,8192,1,127394,15.551025390625
HSLID,λ<=n,8192,1,104323,12.7347412109375
HSLID,λ<=n,8192,1,214532,26.18798828125
HSLID,λ<=n,8192,1,106392,12.9873046875
HSLID,λ<=n,8192,1,133455,16.2908935546875
HSLID,λ<=n,8192,1,112401,13.7208251953125
HSLID,λ<=n,8192,1,108358,13.227294921875
HSLID,λ<=n,8192,1,106957,13.0562744140625
HSLID,λ<=n,8192,1,139572,17.03759765625
HSLID,λ<=n,8192,1,197019,24.0501708984375
HSLID,λ<=n,8192,1,124107,15.1497802734375
HSLID,λ<=n,8192,1,140529,17.1544189453125
HSLID,λ<=n,8192,1,119650,14.605712890625
HSLID,λ<=n,8192,1,223378,27.267822265625
HSLID,λ<=n,8192,1,92006,11.231201171875
HSLID,λ<=n,8192,1,138186,16.868408203125
HSLID,λ<=n,8192,1,149770,18.282470703125
HSLID,λ<=n,8192,1,186346,22.747314453125
HSLID,λ<=n,8192,1,178699,21.8138427734375
HSLID,λ<=n,8192,1,140431,17.1424560546875
HSLID,λ<=n,8192,1,141219,17.2386474609375
HSLID,λ<=n,8192,1,170250,20.782470703125
HSLID,λ<=n,8192,1,186904,22.8154296875
HSLID,λ<=n,8192,1,175815,21.4617919921875
HSLID,λ<=n,8192,1,107148,13.07958984375
HSLID,λ<=n,8192,1,103662,12.654052734375
HSLID,λ<=n,8192,1,153263,18.7088623046875
HSLID,λ<=n,8192,1,116800,14.2578125
HSLID,λ<=n,8192,1,151492,18.49267578125
HSLID,λ<=n,8192,1,140167,17.1102294921875
HSLID,λ<=n,8192,1,136386,16.648681640625
HSLID,λ<=n,8192,1,124942,15.251708984375
HSLID,λ<=n,8192,1,109842,13.408447265625
HSLID,λ<=n,8192,1,101908,12.43994140625
HSLID,λ<=n,8192,1,117200,14.306640625
HSLID,λ<=n,8192,1,119550,14.593505859375
HSLID,λ<=n,8192,1,163473,19.9552001953125
HSLID,λ<=n,8192,1,147406,17.993896484375
HSLID,λ<=n,8192,1,137234,16.752197265625
HSLID,λ<=n,8192,1,121297,14.8067626953125
HSLID,λ<=n,8192,1,141719,17.2996826171875
HSLID,λ<=n,8192,1,114461,13.9722900390625
HSLID,λ<=n,8192,1,132528,16.177734375
HSLID,λ<=n,8192,1,142350,17.376708984375
HSLID,λ<=n,8192,1,147697,18.0294189453125
HSLID,λ<=n,8192,1,132121,16.1280517578125
HSLID,λ<=n,8192,1,104874,12.802001953125
HSLID,λ<=n,8192,1,184465,22.5177001953125
HSLID,λ<=n,8192,1,141340,17.25341796875
HSLID,λ<=n,8192,1,142763,17.4271240234375
HSLID,λ<=n,8192,1,160418,19.582275390625
HSLID,λ<=n,8192,1,124590,15.208740234375
HSLID,λ<=n,8192,1,148260,18.09814453125
HSLID,λ<=n,8192,1,142321,17.3731689453125
HSLID,λ<=n,8192,1,122697,14.9776611328125
HSLID,λ<=n,8192,1,144787,17.6741943359375
HSLID,λ<=n,8192,1,112250,13.702392578125
HSLID,λ<=n,8192,1,142803,17.4320068359375
HSLID,λ<=n,8192,1,111100,13.56201171875
HSLID,λ<=n,8192,1,104936,12.8095703125
HSLID,λ<=n,8192,1,119582,14.597412109375
HSLID,λ<=n,8192,1,164096,20.03125
HSLID,λ<=n,8192,1,119278,14.560302734375
HSLID,λ<=n,8192,1,111707,13.6361083984375
HSLID,λ<=n,8192,1,190510,23.255615234375
HSLID,λ<=n,8192,1,208273,25.4239501953125
HSLID,λ<=n,8192,1,115213,14.0640869140625
HSLID,λ<=n,8192,1,291417,35.5733642578125
HSLID,λ<=n,8192,1,94575,11.5447998046875
HSLID,λ<=n,8192,1,168678,20.590576171875
HSLID,λ<=n,8192,1,188741,23.0396728515625
HSLID,λ<=n,8192,1,159438,19.462646484375
HSLID,λ<=n,8192,1,196311,23.9637451171875
HSLID,λ<=n,8192,1,120816,14.748046875
HSLID,λ<=n,8192,1,164559,20.0877685546875
HSLID,λ<=n,8192,1,115750,14.129638671875
HSLID,λ<=n,8192,1,137486,16.782958984375
HSLID,λ<=n,8192,1,162935,19.8895263671875
HSLID,λ<=n,8192,1,130759,15.9617919921875
HSLID,λ<=n,8192,1,180939,22.0872802734375
HSLID,λ<=n,8192,1,189912,23.1826171875
HSLID,λ<=n,8192,1,194511,23.7440185546875
HSLID,λ<=n,8192,1,127670,15.584716796875
HSLID,λ<=n,8192,1,148659,18.1468505859375
HSLID,λ<=n,8192,1,142971,17.4525146484375
HSLID,λ<=n,8192,1,173111,21.1317138671875
HSLID,λ<=n,8192,1,161721,19.7413330078125
HSLID,λ<=n,8192,1,149829,18.2896728515625
HSLID,λ<=n,8192,1,123718,15.102294921875
HSLID,λ<=n,8192,1,142069,17.3424072265625
HSLID,λ<=n,8192,1,123916,15.12646484375
HSLID,λ<=n,8192,1,101810,12.427978515625
HSDCU,λ<=n,8192,1,69950,8.538818359375
HSDCU,λ<=n,8192,1,58533,7.1451416015625
HSDCU,λ<=n,8192,1,52220,6.37451171875
HSDCU,λ<=n,8192,1,56457,6.8917236328125
HSDCU,λ<=n,8192,1,59031,7.2059326171875
HSDCU,λ<=n,8192,1,50392,6.1513671875
HSDCU,λ<=n,8192,1,56748,6.92724609375
HSDCU,λ<=n,8192,1,56060,6.84326171875
HSDCU,λ<=n,8192,1,191030,23.319091796875
HSDCU,λ<=n,8192,1,53232,6.498046875
HSDCU,λ<=n,8192,1,72101,8.8013916015625
HSDCU,λ<=n,8192,1,53996,6.59130859375
HSDCU,λ<=n,8192,1,66090,8.067626953125
HSDCU,λ<=n,8192,1,57724,7.04638671875
HSDCU,λ<=n,8192,1,56173,6.8570556640625
HSDCU,λ<=n,8192,1,54011,6.5931396484375
HSDCU,λ<=n,8192,1,52722,6.435791015625
HSDCU,λ<=n,8192,1,82597,10.0826416015625
HSDCU,λ<=n,8192,1,58818,7.179931640625
HSDCU,λ<=n,8192,1,66432,8.109375
HSDCU,λ<=n,8192,1,77660,9.47998046875
HSDCU,λ<=n,8192,1,60613,7.3990478515625
HSDCU,λ<=n,8192,1,60318,7.363037109375
HSDCU,λ<=n,8192,1,54863,6.6971435546875
HSDCU,λ<=n,8192,1,86108,10.51123046875
HSDCU,λ<=n,8192,1,56913,6.9473876953125
HSDCU,λ<=n,8192,1,86526,10.562255859375
HSDCU,λ<=n,8192,1,69226,8.450439453125
HSDCU,λ<=n,8192,1,57728,7.046875
HSDCU,λ<=n,8192,1,55420,6.76513671875
HSDCU,λ<=n,8192,1,58939,7.1947021484375
HSDCU,λ<=n,8192,1,54951,6.7078857421875
HSDCU,λ<=n,8192,1,52328,6.3876953125
HSDCU,λ<=n,8192,1,60067,7.3323974609375
HSDCU,λ<=n,8192,1,54663,6.6727294921875
HSDCU,λ<=n,8192,1,58081,7.0899658203125
HSDCU,λ<=n,8192,1,57745,7.0489501953125
HSDCU,λ<=n,8192,1,56694,6.920654296875
HSDCU,λ<=n,8192,1,55781,6.8092041015625
HSDCU,λ<=n,8192,1,53397,6.5181884765625
HSDCU,λ<=n,8192,1,61574,7.516357421875
HSDCU,λ<=n,8192,1,51461,6.2818603515625
HSDCU,λ<=n,8192,1,92310,11.268310546875
HSDCU,λ<=n,8192,1,55706,6.800048828125
HSDCU,λ<=n,8192,1,63275,7.7239990234375
HSDCU,λ<=n,8192,1,57615,7.0330810546875
HSDCU,λ<=n,8192,1,56381,6.8824462890625
HSDCU,λ<=n,8192,1,61335,7.4871826171875
HSDCU,λ<=n,8192,1,53684,6.55322265625
HSDCU,λ<=n,8192,1,57251,6.9886474609375
HSDCU,λ<=n,8192,1,59898,7.311767578125
HSDCU,λ<=n,8192,1,55313,6.7520751953125
HSDCU,λ<=n,8192,1,62099,7.5804443359375
HSDCU,λ<=n,8192,1,59285,7.2369384765625
HSDCU,λ<=n,8192,1,54129,6.6075439453125
HSDCU,λ<=n,8192,1,51768,6.3193359375
HSDCU,λ<=n,8192,1,65986,8.054931640625
HSDCU,λ<=n,8192,1,96370,11.763916015625
HSDCU,λ<=n,8192,1,54888,6.7001953125
HSDCU,λ<=n,8192,1,56268,6.86865234375
HSDCU,λ<=n,8192,1,63087,7.7010498046875
HSDCU,λ<=n,8192,1,58873,7.1866455078125
HSDCU,λ<=n,8192,1,55340,6.75537109375
HSDCU,λ<=n,8192,1,51012,6.22705078125
HSDCU,λ<=n,8192,1,53848,6.5732421875
HSDCU,λ<=n,8192,1,57280,6.9921875
HSDCU,λ<=n,8192,1,53785,6.5655517578125
HSDCU,λ<=n,8192,1,60494,7.384521484375
HSDCU,λ<=n,8192,1,55515,6.7767333984375
HSDCU,λ<=n,8192,1,58684,7.16357421875
HSDCU,λ<=n,8192,1,53725,6.5582275390625
HSDCU,λ<=n,8192,1,53893,6.5787353515625
HSDCU,λ<=n,8192,1,67037,8.1832275390625
HSDCU,λ<=n,8192,1,58025,7.0831298828125
HSDCU,λ<=n,8192,1,57045,6.9635009765625
HSDCU,λ<=n,8192,1,56863,6.9412841796875
HSDCU,λ<=n,8192,1,119566,14.595458984375
HSDCU,λ<=n,8192,1,56944,6.951171875
HSDCU,λ<=n,8192,1,55772,6.80810546875
HSDCU,λ<=n,8192,1,68723,8.3890380859375
HSDCU,λ<=n,8192,1,61809,7.5450439453125
HSDCU,λ<=n,8192,1,55238,6.742919921875
HSDCU,λ<=n,8192,1,60068,7.33251953125
HSDCU,λ<=n,8192,1,66448,8.111328125
HSDCU,λ<=n,8192,1,54970,6.710205078125
HSDCU,λ<=n,8192,1,59819,7.3021240234375
HSDCU,λ<=n,8192,1,58219,7.1068115234375
HSDCU,λ<=n,8192,1,64706,7.898681640625
HSDCU,λ<=n,8192,1,54822,6.692138671875
HSDCU,λ<=n,8192,1,53773,6.5640869140625
HSDCU,λ<=n,8192,1,64830,7.913818359375
HSDCU,λ<=n,8192,1,51411,6.2757568359375
HSDCU,λ<=n,8192,1,53623,6.5457763671875
HSDCU,λ<=n,8192,1,58130,7.095947265625
HSDCU,λ<=n,8192,1,62991,7.6893310546875
HSDCU,λ<=n,8192,1,57444,7.01220703125
HSDCU,λ<=n,8192,1,55983,6.8338623046875
HSDCU,λ<=n,8192,1,57700,7.04345703125
HSDCU,λ<=n,8192,1,55184,6.736328125
HSDCU,λ<=n,8192,1,53844,6.57275390625
HRDCU,λ<=n,8192,1,58322,7.119384765625
HRDCU,λ<=n,8192,1,52297,6.3839111328125
HRDCU,λ<=n,8192,1,47303,5.7742919921875
HRDCU,λ<=n,8192,1,64300,7.84912109375
HRDCU,λ<=n,8192,1,50050,6.109619140625
HRDCU,λ<=n,8192,1,55223,6.7410888671875
HRDCU,λ<=n,8192,1,51782,6.321044921875
HRDCU,λ<=n,8192,1,57756,7.05029296875
HRDCU,λ<=n,8192,1,68062,8.308349609375
HRDCU,λ<=n,8192,1,66302,8.093505859375
HRDCU,λ<=n,8192,1,67870,8.284912109375
HRDCU,λ<=n,8192,1,55783,6.8094482421875
HRDCU,λ<=n,8192,1,50161,6.1231689453125
HRDCU,λ<=n,8192,1,47392,5.78515625
HRDCU,λ<=n,8192,1,71166,8.687255859375
HRDCU,λ<=n,8192,1,59183,7.2244873046875
HRDCU,λ<=n,8192,1,61140,7.46337890625
HRDCU,λ<=n,8192,1,59243,7.2318115234375
HRDCU,λ<=n,8192,1,77044,9.40478515625
HRDCU,λ<=n,8192,1,62618,7.643798828125
HRDCU,λ<=n,8192,1,50361,6.1475830078125
HRDCU,λ<=n,8192,1,62881,7.6759033203125
HRDCU,λ<=n,8192,1,46579,5.6859130859375
HRDCU,λ<=n,8192,1,55784,6.8095703125
HRDCU,λ<=n,8192,1,47351,5.7801513671875
HRDCU,λ<=n,8192,1,51308,6.26318359375
HRDCU,λ<=n,8192,1,52489,6.4073486328125
HRDCU,λ<=n,8192,1,52081,6.3575439453125
HRDCU,λ<=n,8192,1,83364,10.17626953125
HRDCU,λ<=n,8192,1,48661,5.9400634765625
HRDCU,λ<=n,8192,1,54420,6.64306640625
HRDCU,λ<=n,8192,1,67508,8.24072265625
HRDCU,λ<=n,8192,1,72992,8.91015625
HRDCU,λ<=n,8192,1,47464,5.7939453125
HRDCU,λ<=n,8192,1,52421,6.3990478515625
HRDCU,λ<=n,8192,1,55481,6.7725830078125
HRDCU,λ<=n,8192,1,51503,6.2869873046875
HRDCU,λ<=n,8192,1,48546,5.926025390625
HRDCU,λ<=n,8192,1,68079,8.3104248046875
HRDCU,λ<=n,8192,1,46908,5.72607421875
HRDCU,λ<=n,8192,1,50374,6.149169921875
HRDCU,λ<=n,8192,1,57162,6.977783203125
HRDCU,λ<=n,8192,1,46253,5.6461181640625
HRDCU,λ<=n,8192,1,71250,8.697509765625
HRDCU,λ<=n,8192,1,47748,5.82861328125
HRDCU,λ<=n,8192,1,48490,5.919189453125
HRDCU,λ<=n,8192,1,46604,5.68896484375
HRDCU,λ<=n,8192,1,46247,5.6453857421875
HRDCU,λ<=n,8192,1,50303,6.1405029296875
HRDCU,λ<=n,8192,1,85106,10.388916015625
HRDCU,λ<=n,8192,1,55565,6.7828369140625
HRDCU,λ<=n,8192,1,50657,6.1837158203125
HRDCU,λ<=n,8192,1,150378,18.356689453125
HRDCU,λ<=n,8192,1,90883,11.0941162109375
HRDCU,λ<=n,8192,1,47085,5.7476806640625
HRDCU,λ<=n,8192,1,75440,9.208984375
HRDCU,λ<=n,8192,1,73025,8.9141845703125
HRDCU,λ<=n,8192,1,53309,6.5074462890625
HRDCU,λ<=n,8192,1,50479,6.1619873046875
HRDCU,λ<=n,8192,1,55396,6.76220703125
HRDCU,λ<=n,8192,1,74070,9.041748046875
HRDCU,λ<=n,8192,1,47922,5.849853515625
HRDCU,λ<=n,8192,1,93387,11.3997802734375
HRDCU,λ<=n,8192,1,48670,5.941162109375
HRDCU,λ<=n,8192,1,59304,7.2392578125
HRDCU,λ<=n,8192,1,50889,6.2120361328125
HRDCU,λ<=n,8192,1,48542,5.925537109375
HRDCU,λ<=n,8192,1,75420,9.20654296875
HRDCU,λ<=n,8192,1,51623,6.3016357421875
HRDCU,λ<=n,8192,1,52407,6.3973388671875
HRDCU,λ<=n,8192,1,52605,6.4215087890625
HRDCU,λ<=n,8192,1,64248,7.8427734375
HRDCU,λ<=n,8192,1,46752,5.70703125
HRDCU,λ<=n,8192,1,49029,5.9849853515625
HRDCU,λ<=n,8192,1,49745,6.0723876953125
HRDCU,λ<=n,8192,1,58648,7.1591796875
HRDCU,λ<=n,8192,1,62221,7.5953369140625
HRDCU,λ<=n,8192,1,55321,6.7530517578125
HRDCU,λ<=n,8192,1,49426,6.033447265625
HRDCU,λ<=n,8192,1,50577,6.1739501953125
HRDCU,λ<=n,8192,1,52046,6.353271484375
HRDCU,λ<=n,8192,1,64864,7.91796875
HRDCU,λ<=n,8192,1,84549,10.3209228515625
HRDCU,λ<=n,8192,1,50843,6.2064208984375
HRDCU,λ<=n,8192,1,47334,5.778076171875
HRDCU,λ<=n,8192,1,59804,7.30029296875
HRDCU,λ<=n,8192,1,47279,5.7713623046875
HRDCU,λ<=n,8192,1,51043,6.2308349609375
HRDCU,λ<=n,8192,1,51207,6.2508544921875
HRDCU,λ<=n,8192,1,65724,8.02294921875
HRDCU,λ<=n,8192,1,49590,6.053466796875
HRDCU,λ<=n,8192,1,57971,7.0765380859375
HRDCU,λ<=n,8192,1,49894,6.090576171875
HRDCU,λ<=n,8192,1,46748,5.70654296875
HRDCU,λ<=n,8192,1,44987,5.4915771484375
HRDCU,λ<=n,8192,1,82679,10.0926513671875
HRDCU,λ<=n,8192,1,54553,6.6593017578125
HRDCU,λ<=n,8192,1,55590,6.785888671875
HRDCU,λ<=n,8192,1,52594,6.420166015625
HHDCU,λ<=n,8192,1,66933,8.1705322265625
HHDCU,λ<=n,8192,1,47954,5.853759765625
HHDCU,λ<=n,8192,1,52704,6.43359375
HHDCU,λ<=n,8192,1,50272,6.13671875
HHDCU,λ<=n,8192,1,44841,5.4737548828125
HHDCU,λ<=n,8192,1,57992,7.0791015625
HHDCU,λ<=n,8192,1,96163,11.7386474609375
HHDCU,λ<=n,8192,1,53272,6.5029296875
HHDCU,λ<=n,8192,1,91209,11.1339111328125
HHDCU,λ<=n,8192,1,61718,7.533935546875
HHDCU,λ<=n,8192,1,65810,8.033447265625
HHDCU,λ<=n,8192,1,61810,7.545166015625
HHDCU,λ<=n,8192,1,64577,7.8829345703125
HHDCU,λ<=n,8192,1,57344,7.0
HHDCU,λ<=n,8192,1,43313,5.2872314453125
HHDCU,λ<=n,8192,1,48929,5.9727783203125
HHDCU,λ<=n,8192,1,49175,6.0028076171875
HHDCU,λ<=n,8192,1,68350,8.343505859375
HHDCU,λ<=n,8192,1,108895,13.2928466796875
HHDCU,λ<=n,8192,1,48642,5.937744140625
HHDCU,λ<=n,8192,1,78986,9.641845703125
HHDCU,λ<=n,8192,1,50228,6.13134765625
HHDCU,λ<=n,8192,1,61320,7.4853515625
HHDCU,λ<=n,8192,1,48286,5.894287109375
HHDCU,λ<=n,8192,1,50336,6.14453125
HHDCU,λ<=n,8192,1,55788,6.81005859375
HHDCU,λ<=n,8192,1,46120,5.6298828125
HHDCU,λ<=n,8192,1,46659,5.6956787109375
HHDCU,λ<=n,8192,1,49652,6.06103515625
HHDCU,λ<=n,8192,1,61261,7.4781494140625
HHDCU,λ<=n,8192,1,50648,6.1826171875
HHDCU,λ<=n,8192,1,84775,10.3485107421875
HHDCU,λ<=n,8192,1,109353,13.3487548828125
HHDCU,λ<=n,8192,1,63134,7.706787109375
HHDCU,λ<=n,8192,1,43944,5.3642578125
HHDCU,λ<=n,8192,1,61658,7.526611328125
HHDCU,λ<=n,8192,1,49356,6.02490234375
HHDCU,λ<=n,8192,1,81953,10.0040283203125
HHDCU,λ<=n,8192,1,68195,8.3245849609375
HHDCU,λ<=n,8192,1,68985,8.4210205078125
HHDCU,λ<=n,8192,1,68969,8.4190673828125
HHDCU,λ<=n,8192,1,57878,7.065185546875
HHDCU,λ<=n,8192,1,56459,6.8919677734375
HHDCU,λ<=n,8192,1,61126,7.461669921875
HHDCU,λ<=n,8192,1,47221,5.7642822265625
HHDCU,λ<=n,8192,1,43517,5.3121337890625
HHDCU,λ<=n,8192,1,49675,6.0638427734375
HHDCU,λ<=n,8192,1,142261,17.3658447265625
HHDCU,λ<=n,8192,1,50589,6.1754150390625
HHDCU,λ<=n,8192,1,66838,8.158935546875
HHDCU,λ<=n,8192,1,105407,12.8670654296875
HHDCU,λ<=n,8192,1,54613,6.6666259765625
HHDCU,λ<=n,8192,1,62537,7.6339111328125
HHDCU,λ<=n,8192,1,46765,5.7086181640625
HHDCU,λ<=n,8192,1,72879,8.8963623046875
HHDCU,λ<=n,8192,1,65892,8.04345703125
HHDCU,λ<=n,8192,1,64989,7.9332275390625
HHDCU,λ<=n,8192,1,63224,7.7177734375
HHDCU,λ<=n,8192,1,69262,8.454833984375
HHDCU,λ<=n,8192,1,97579,11.9114990234375
HHDCU,λ<=n,8192,1,55761,6.8067626953125
HHDCU,λ<=n,8192,1,57958,7.074951171875
HHDCU,λ<=n,8192,1,49049,5.9874267578125
HHDCU,λ<=n,8192,1,46031,5.6190185546875
HHDCU,λ<=n,8192,1,68895,8.4100341796875
HHDCU,λ<=n,8192,1,108649,13.2628173828125
HHDCU,λ<=n,8192,1,54256,6.623046875
HHDCU,λ<=n,8192,1,62490,7.628173828125
HHDCU,λ<=n,8192,1,49889,6.0899658203125
HHDCU,λ<=n,8192,1,46931,5.7288818359375
HHDCU,λ<=n,8192,1,50475,6.1614990234375
HHDCU,λ<=n,8192,1,45579,5.5638427734375
HHDCU,λ<=n,8192,1,49419,6.0325927734375
HHDCU,λ<=n,8192,1,76272,9.310546875
HHDCU,λ<=n,8192,1,46016,5.6171875
HHDCU,λ<=n,8192,1,70002,8.545166015625
HHDCU,λ<=n,8192,1,98211,11.9886474609375
HHDCU,λ<=n,8192,1,68320,8.33984375
HHDCU,λ<=n,8192,1,51386,6.272705078125
HHDCU,λ<=n,8192,1,85226,10.403564453125
HHDCU,λ<=n,8192,1,86596,10.57080078125
HHDCU,λ<=n,8192,1,50033,6.1075439453125
HHDCU,λ<=n,8192,1,80071,9.7742919921875
HHDCU,λ<=n,8192,1,93245,11.3824462890625
HHDCU,λ<=n,8192,1,75180,9.17724609375
HHDCU,λ<=n,8192,1,90586,11.057861328125
HHDCU,λ<=n,8192,1,55411,6.7640380859375
HHDCU,λ<=n,8192,1,70305,8.5821533203125
HHDCU,λ<=n,8192,1,66199,8.0809326171875
HHDCU,λ<=n,8192,1,69057,8.4298095703125
HHDCU,λ<=n,8192,1,52688,6.431640625
HHDCU,λ<=n,8192,1,49119,5.9959716796875
HHDCU,λ<=n,8192,1,49794,6.078369140625
HHDCU,λ<=n,8192,1,74669,9.1148681640625
HHDCU,λ<=n,8192,1,59811,7.3011474609375
HHDCU,λ<=n,8192,1,48645,5.9381103515625
HHDCU,λ<=n,8192,1,79141,9.6607666015625
HHDCU,λ<=n,8192,1,50931,6.2171630859375
HHDCU,λ<=n,8192,1,51416,6.2763671875
HHDCU,λ<=n,8192,1,51484,6.28466796875
HHLCU,λ<=n,8192,1,47934,5.851318359375
HHLCU,λ<=n,8192,1,44414,5.421630859375
HHLCU,λ<=n,8192,1,46225,5.6427001953125
HHLCU,λ<=n,8192,1,54109,6.6051025390625
HHLCU,λ<=n,8192,1,49353,6.0245361328125
HHLCU,λ<=n,8192,1,55146,6.731689453125
HHLCU,λ<=n,8192,1,45291,5.5286865234375
HHLCU,λ<=n,8192,1,59644,7.28076171875
HHLCU,λ<=n,8192,1,51866,6.331298828125
HHLCU,λ<=n,8192,1,49162,6.001220703125
HHLCU,λ<=n,8192,1,46576,5.685546875
HHLCU,λ<=n,8192,1,59520,7.265625
HHLCU,λ<=n,8192,1,47149,5.7554931640625
HHLCU,λ<=n,8192,1,55636,6.79150390625
HHLCU,λ<=n,8192,1,54205,6.6168212890625
HHLCU,λ<=n,8192,1,100684,12.29052734375
HHLCU,λ<=n,8192,1,51938,6.340087890625
HHLCU,λ<=n,8192,1,50822,6.203857421875
HHLCU,λ<=n,8192,1,45564,5.56201171875
HHLCU,λ<=n,8192,1,49882,6.089111328125
HHLCU,λ<=n,8192,1,47179,5.7591552734375
HHLCU,λ<=n,8192,1,61839,7.5487060546875
HHLCU,λ<=n,8192,1,48696,5.9443359375
HHLCU,λ<=n,8192,1,55844,6.81689453125
HHLCU,λ<=n,8192,1,67652,8.25830078125
HHLCU,λ<=n,8192,1,63271,7.7235107421875
HHLCU,λ<=n,8192,1,73487,8.9705810546875
HHLCU,λ<=n,8192,1,57650,7.037353515625
HHLCU,λ<=n,8192,1,53772,6.56396484375
HHLCU,λ<=n,8192,1,56686,6.919677734375
HHLCU,λ<=n,8192,1,61260,7.47802734375
HHLCU,λ<=n,8192,1,48831,5.9608154296875
HHLCU,λ<=n,8192,1,43946,5.364501953125
HHLCU,λ<=n,8192,1,48704,5.9453125
HHLCU,λ<=n,8192,1,142010,17.335205078125
HHLCU,λ<=n,8192,1,50739,6.1937255859375
HHLCU,λ<=n,8192,1,43490,5.308837890625
HHLCU,λ<=n,8192,1,43037,5.2535400390625
HHLCU,λ<=n,8192,1,67611,8.2532958984375
HHLCU,λ<=n,8192,1,54839,6.6942138671875
HHLCU,λ<=n,8192,1,57879,7.0653076171875
HHLCU,λ<=n,8192,1,44230,5.399169921875
HHLCU,λ<=n,8192,1,49718,6.069091796875
HHLCU,λ<=n,8192,1,86353,10.5411376953125
HHLCU,λ<=n,8192,1,54248,6.6220703125
HHLCU,λ<=n,8192,1,44847,5.4744873046875
HHLCU,λ<=n,8192,1,46473,5.6729736328125
HHLCU,λ<=n,8192,1,48313,5.8975830078125
HHLCU,λ<=n,8192,1,48300,5.89599609375
HHLCU,λ<=n,8192,1,59732,7.29150390625
HHLCU,λ<=n,8192,1,53282,6.504150390625
HHLCU,λ<=n,8192,1,90426,11.038330078125
HHLCU,λ<=n,8192,1,50617,6.1788330078125
HHLCU,λ<=n,8192,1,84600,10.3271484375
HHLCU,λ<=n,8192,1,48233,5.8878173828125
HHLCU,λ<=n,8192,1,52240,6.376953125
HHLCU,λ<=n,8192,1,46799,5.7127685546875
HHLCU,λ<=n,8192,1,47276,5.77099609375
HHLCU,λ<=n,8192,1,44288,5.40625
HHLCU,λ<=n,8192,1,48662,5.940185546875
HHLCU,λ<=n,8192,1,55232,6.7421875
HHLCU,λ<=n,8192,1,113402,13.843017578125
HHLCU,λ<=n,8192,1,60205,7.3492431640625
HHLCU,λ<=n,8192,1,65841,8.0372314453125
HHLCU,λ<=n,8192,1,53303,6.5067138671875
HHLCU,λ<=n,8192,1,61720,7.5341796875
HHLCU,λ<=n,8192,1,53070,6.478271484375
HHLCU,λ<=n,8192,1,57463,7.0145263671875
HHLCU,λ<=n,8192,1,52285,6.3824462890625
HHLCU,λ<=n,8192,1,51318,6.264404296875
HHLCU,λ<=n,8192,1,48492,5.91943359375
HHLCU,λ<=n,8192,1,45806,5.591552734375
HHLCU,λ<=n,8192,1,51726,6.314208984375
HHLCU,λ<=n,8192,1,66316,8.09521484375
HHLCU,λ<=n,8192,1,45948,5.60888671875
HHLCU,λ<=n,8192,1,52663,6.4285888671875
HHLCU,λ<=n,8192,1,76431,9.3299560546875
HHLCU,λ<=n,8192,1,45875,5.5999755859375
HHLCU,λ<=n,8192,1,113767,13.8875732421875
HHLCU,λ<=n,8192,1,63676,7.77294921875
HHLCU,λ<=n,8192,1,46872,5.7216796875
HHLCU,λ<=n,8192,1,66697,8.1417236328125
HHLCU,λ<=n,8192,1,54217,6.6182861328125
HHLCU,λ<=n,8192,1,63004,7.69091796875
HHLCU,λ<=n,8192,1,54337,6.6329345703125
HHLCU,λ<=n,8192,1,64061,7.8199462890625
HHLCU,λ<=n,8192,1,50868,6.20947265625
HHLCU,λ<=n,8192,1,46902,5.725341796875
HHLCU,λ<=n,8192,1,65240,7.9638671875
HHLCU,λ<=n,8192,1,76529,9.3419189453125
HHLCU,λ<=n,8192,1,47666,5.818603515625
HHLCU,λ<=n,8192,1,52038,6.352294921875
HHLCU,λ<=n,8192,1,54226,6.619384765625
HHLCU,λ<=n,8192,1,64222,7.839599609375
HHLCU,λ<=n,8192,1,45199,5.5174560546875
HHLCU,λ<=n,8192,1,48054,5.865966796875
HHLCU,λ<=n,8192,1,43866,5.354736328125
HHLCU,λ<=n,8192,1,51198,6.249755859375
HHLCU,λ<=n,8192,1,67472,8.236328125
HHLCU,λ<=n,8192,1,49861,6.0865478515625
HRLCU,λ<=n,8192,1,48016,5.861328125
HRLCU,λ<=n,8192,1,47919,5.8494873046875
HRLCU,λ<=n,8192,1,51069,6.2340087890625
HRLCU,λ<=n,8192,1,49419,6.0325927734375
HRLCU,λ<=n,8192,1,52777,6.4425048828125
HRLCU,λ<=n,8192,1,45838,5.595458984375
HRLCU,λ<=n,8192,1,43531,5.3138427734375
HRLCU,λ<=n,8192,1,48163,5.8792724609375
HRLCU,λ<=n,8192,1,48460,5.91552734375
HRLCU,λ<=n,8192,1,48784,5.955078125
HRLCU,λ<=n,8192,1,46852,5.71923828125
HRLCU,λ<=n,8192,1,56509,6.8980712890625
HRLCU,λ<=n,8192,1,49763,6.0745849609375
HRLCU,λ<=n,8192,1,49584,6.052734375
HRLCU,λ<=n,8192,1,97234,11.869384765625
HRLCU,λ<=n,8192,1,50208,6.12890625
HRLCU,λ<=n,8192,1,52297,6.3839111328125
HRLCU,λ<=n,8192,1,63670,7.772216796875
HRLCU,λ<=n,8192,1,51655,6.3055419921875
HRLCU,λ<=n,8192,1,49613,6.0562744140625
HRLCU,λ<=n,8192,1,49097,5.9932861328125
HRLCU,λ<=n,8192,1,45704,5.5791015625
HRLCU,λ<=n,8192,1,50481,6.1622314453125
HRLCU,λ<=n,8192,1,55504,6.775390625
HRLCU,λ<=n,8192,1,56536,6.9013671875
HRLCU,λ<=n,8192,1,59951,7.3182373046875
HRLCU,λ<=n,8192,1,48620,5.93505859375
HRLCU,λ<=n,8192,1,72816,8.888671875
HRLCU,λ<=n,8192,1,52357,6.3912353515625
HRLCU,λ<=n,8192,1,47263,5.7694091796875
HRLCU,λ<=n,8192,1,49287,6.0164794921875
HRLCU,λ<=n,8192,1,64178,7.834228515625
HRLCU,λ<=n,8192,1,56609,6.9102783203125
HRLCU,λ<=n,8192,1,61477,7.5045166015625
HRLCU,λ<=n,8192,1,51299,6.2620849609375
HRLCU,λ<=n,8192,1,47364,5.78173828125
HRLCU,λ<=n,8192,1,48257,5.8907470703125
HRLCU,λ<=n,8192,1,100502,12.268310546875
HRLCU,λ<=n,8192,1,106690,13.023681640625
HRLCU,λ<=n,8192,1,49068,5.98974609375
HRLCU,λ<=n,8192,1,85906,10.486572265625
HRLCU,λ<=n,8192,1,52736,6.4375
HRLCU,λ<=n,8192,1,53055,6.4764404296875
HRLCU,λ<=n,8192,1,47614,5.812255859375
HRLCU,λ<=n,8192,1,49012,5.98291015625
HRLCU,λ<=n,8192,1,49635,6.0589599609375
HRLCU,λ<=n,8192,1,47356,5.78076171875
HRLCU,λ<=n,8192,1,46333,5.6558837890625
HRLCU,λ<=n,8192,1,52533,6.4127197265625
HRLCU,λ<=n,8192,1,46965,5.7330322265625
HRLCU,λ<=n,8192,1,54129,6.6075439453125
HRLCU,λ<=n,8192,1,60929,7.4376220703125
HRLCU,λ<=n,8192,1,48531,5.9241943359375
HRLCU,λ<=n,8192,1,48287,5.8944091796875
HRLCU,λ<=n,8192,1,51658,6.305908203125
HRLCU,λ<=n,8192,1,50730,6.192626953125
HRLCU,λ<=n,8192,1,50742,6.194091796875
HRLCU,λ<=n,8192,1,49126,5.996826171875
HRLCU,λ<=n,8192,1,73184,8.93359375
HRLCU,λ<=n,8192,1,48616,5.9345703125
HRLCU,λ<=n,8192,1,57034,6.962158203125
HRLCU,λ<=n,8192,1,48701,5.9449462890625
HRLCU,λ<=n,8192,1,65019,7.9368896484375
HRLCU,λ<=n,8192,1,52656,6.427734375
HRLCU,λ<=n,8192,1,51812,6.32470703125
HRLCU,λ<=n,8192,1,54595,6.6644287109375
HRLCU,λ<=n,8192,1,50190,6.126708984375
HRLCU,λ<=n,8192,1,47451,5.7923583984375
HRLCU,λ<=n,8192,1,47944,5.8525390625
HRLCU,λ<=n,8192,1,69598,8.495849609375
HRLCU,λ<=n,8192,1,51513,6.2882080078125
HRLCU,λ<=n,8192,1,55821,6.8140869140625
HRLCU,λ<=n,8192,1,47463,5.7938232421875
HRLCU,λ<=n,8192,1,51372,6.27099609375
HRLCU,λ<=n,8192,1,46197,5.6392822265625
HRLCU,λ<=n,8192,1,77157,9.4185791015625
HRLCU,λ<=n,8192,1,51204,6.25048828125
HRLCU,λ<=n,8192,1,50857,6.2081298828125
HRLCU,λ<=n,8192,1,49596,6.05419921875
HRLCU,λ<=n,8192,1,63425,7.7423095703125
HRLCU,λ<=n,8192,1,63419,7.7415771484375
HRLCU,λ<=n,8192,1,57591,7.0301513671875
HRLCU,λ<=n,8192,1,49316,6.02001953125
HRLCU,λ<=n,8192,1,53197,6.4937744140625
HRLCU,λ<=n,8192,1,48694,5.944091796875
HRLCU,λ<=n,8192,1,85783,10.4715576171875
HRLCU,λ<=n,8192,1,52162,6.367431640625
HRLCU,λ<=n,8192,1,50659,6.1839599609375
HRLCU,λ<=n,8192,1,93499,11.4134521484375
HRLCU,λ<=n,8192,1,48405,5.9088134765625
HRLCU,λ<=n,8192,1,49585,6.0528564453125
HRLCU,λ<=n,8192,1,46207,5.6405029296875
HRLCU,λ<=n,8192,1,56429,6.8883056640625
HRLCU,λ<=n,8192,1,78742,9.612060546875
HRLCU,λ<=n,8192,1,50751,6.1951904296875
HRLCU,λ<=n,8192,1,49185,6.0040283203125
HRLCU,λ<=n,8192,1,53325,6.5093994140625
HRLCU,λ<=n,8192,1,50497,6.1641845703125
HRLCU,λ<=n,8192,1,53779,6.5648193359375
HSLCU,λ<=n,8192,1,61554,7.513916015625
HSLCU,λ<=n,8192,1,59195,7.2259521484375
HSLCU,λ<=n,8192,1,59434,7.255126953125
HSLCU,λ<=n,8192,1,64853,7.9166259765625
HSLCU,λ<=n,8192,1,57540,7.02392578125
HSLCU,λ<=n,8192,1,164234,20.048095703125
HSLCU,λ<=n,8192,1,78113,9.5352783203125
HSLCU,λ<=n,8192,1,59338,7.243408203125
HSLCU,λ<=n,8192,1,84511,10.3162841796875
HSLCU,λ<=n,8192,1,74882,9.140869140625
HSLCU,λ<=n,8192,1,60163,7.3441162109375
HSLCU,λ<=n,8192,1,60492,7.38427734375
HSLCU,λ<=n,8192,1,95227,11.6243896484375
HSLCU,λ<=n,8192,1,74243,9.0628662109375
HSLCU,λ<=n,8192,1,76395,9.3255615234375
HSLCU,λ<=n,8192,1,108700,13.26904296875
HSLCU,λ<=n,8192,1,63609,7.7647705078125
HSLCU,λ<=n,8192,1,61827,7.5472412109375
HSLCU,λ<=n,8192,1,59047,7.2078857421875
HSLCU,λ<=n,8192,1,118174,14.425537109375
HSLCU,λ<=n,8192,1,66472,8.1142578125
HSLCU,λ<=n,8192,1,66609,8.1309814453125
HSLCU,λ<=n,8192,1,122625,14.9688720703125
HSLCU,λ<=n,8192,1,73132,8.92724609375
HSLCU,λ<=n,8192,1,129029,15.7506103515625
HSLCU,λ<=n,8192,1,63980,7.81005859375
HSLCU,λ<=n,8192,1,126300,15.41748046875
HSLCU,λ<=n,8192,1,81324,9.92724609375
HSLCU,λ<=n,8192,1,61473,7.5040283203125
HSLCU,λ<=n,8192,1,67742,8.269287109375
HSLCU,λ<=n,8192,1,67516,8.24169921875
HSLCU,λ<=n,8192,1,63136,7.70703125
HSLCU,λ<=n,8192,1,65001,7.9346923828125
HSLCU,λ<=n,8192,1,61526,7.510498046875
HSLCU,λ<=n,8192,1,61803,7.5443115234375
HSLCU,λ<=n,8192,1,58862,7.185302734375
HSLCU,λ<=n,8192,1,56120,6.8505859375
HSLCU,λ<=n,8192,1,65103,7.9471435546875
HSLCU,λ<=n,8192,1,59396,7.25048828125
HSLCU,λ<=n,8192,1,67847,8.2821044921875
HSLCU,λ<=n,8192,1,63786,7.786376953125
HSLCU,λ<=n,8192,1,140987,17.2103271484375
HSLCU,λ<=n,8192,1,65694,8.019287109375
HSLCU,λ<=n,8192,1,129680,15.830078125
HSLCU,λ<=n,8192,1,59611,7.2767333984375
HSLCU,λ<=n,8192,1,60868,7.43017578125
HSLCU,λ<=n,8192,1,93024,11.35546875
HSLCU,λ<=n,8192,1,65776,8.029296875
HSLCU,λ<=n,8192,1,92462,11.286865234375
HSLCU,λ<=n,8192,1,58274,7.113525390625
HSLCU,λ<=n,8192,1,93750,11.444091796875
HSLCU,λ<=n,8192,1,65435,7.9876708984375
HSLCU,λ<=n,8192,1,64043,7.8177490234375
HSLCU,λ<=n,8192,1,61893,7.5552978515625
HSLCU,λ<=n,8192,1,88430,10.794677734375
HSLCU,λ<=n,8192,1,63630,7.767333984375
HSLCU,λ<=n,8192,1,74392,9.0810546875
HSLCU,λ<=n,8192,1,76386,9.324462890625
HSLCU,λ<=n,8192,1,80374,9.811279296875
HSLCU,λ<=n,8192,1,77607,9.4735107421875
HSLCU,λ<=n,8192,1,61633,7.5235595703125
HSLCU,λ<=n,8192,1,54732,6.68115234375
HSLCU,λ<=n,8192,1,68245,8.3306884765625
HSLCU,λ<=n,8192,1,61055,7.4530029296875
HSLCU,λ<=n,8192,1,133885,16.3433837890625
HSLCU,λ<=n,8192,1,98320,12.001953125
HSLCU,λ<=n,8192,1,66704,8.142578125
HSLCU,λ<=n,8192,1,78794,9.618408203125
HSLCU,λ<=n,8192,1,56704,6.921875
HSLCU,λ<=n,8192,1,93107,11.3656005859375
HSLCU,λ<=n,8192,1,88174,10.763427734375
HSLCU,λ<=n,8192,1,53567,6.5389404296875
HSLCU,λ<=n,8192,1,60774,7.418701171875
HSLCU,λ<=n,8192,1,68329,8.3409423828125
HSLCU,λ<=n,8192,1,62878,7.675537109375
HSLCU,λ<=n,8192,1,74226,9.060791015625
HSLCU,λ<=n,8192,1,58378,7.126220703125
HSLCU,λ<=n,8192,1,79664,9.724609375
HSLCU,λ<=n,8192,1,93072,11.361328125
HSLCU,λ<=n,8192,1,87462,10.676513671875
HSLCU,λ<=n,8192,1,69589,8.4947509765625
HSLCU,λ<=n,8192,1,63608,7.7646484375
HSLCU,λ<=n,8192,1,64496,7.873046875
HSLCU,λ<=n,8192,1,62773,7.6627197265625
HSLCU,λ<=n,8192,1,66797,8.1539306640625
HSLCU,λ<=n,8192,1,58293,7.1158447265625
HSLCU,λ<=n,8192,1,93393,11.4005126953125
HSLCU,λ<=n,8192,1,106068,12.94775390625
HSLCU,λ<=n,8192,1,161471,19.7108154296875
HSLCU,λ<=n,8192,1,63480,7.7490234375
HSLCU,λ<=n,8192,1,120659,14.7288818359375
HSLCU,λ<=n,8192,1,66676,8.13916015625
HSLCU,λ<=n,8192,1,67596,8.25146484375
HSLCU,λ<=n,8192,1,61859,7.5511474609375
HSLCU,λ<=n,8192,1,63601,7.7637939453125
HSLCU,λ<=n,8192,1,109873,13.4122314453125
HSLCU,λ<=n,8192,1,69920,8.53515625
HSLCU,λ<=n,8192,1,56316,6.87451171875
HSLCU,λ<=n,8192,1,143508,17.51806640625
HSLCU,λ<=n,8192,1,62965,7.6861572265625
HSDSU,λ<=n,8192,1,74906,9.143798828125
HSDSU,λ<=n,8192,1,85836,10.47802734375
HSDSU,λ<=n,8192,1,161357,19.6968994140625
HSDSU,λ<=n,8192,1,81557,9.9556884765625
HSDSU,λ<=n,8192,1,113574,13.864013671875
HSDSU,λ<=n,8192,1,70879,8.6522216796875
HSDSU,λ<=n,8192,1,101683,12.4124755859375
HSDSU,λ<=n,8192,1,113027,13.7972412109375
HSDSU,λ<=n,8192,1,167195,20.4095458984375
HSDSU,λ<=n,8192,1,85058,10.383056640625
HSDSU,λ<=n,8192,1,87665,10.7012939453125
HSDSU,λ<=n,8192,1,110035,13.4320068359375
HSDSU,λ<=n,8192,1,78170,9.542236328125
HSDSU,λ<=n,8192,1,96279,11.7528076171875
HSDSU,λ<=n,8192,1,84877,10.3609619140625
HSDSU,λ<=n,8192,1,94909,11.5855712890625
HSDSU,λ<=n,8192,1,110774,13.522216796875
HSDSU,λ<=n,8192,1,72221,8.8160400390625
HSDSU,λ<=n,8192,1,144519,17.6414794921875
HSDSU,λ<=n,8192,1,72614,8.864013671875
HSDSU,λ<=n,8192,1,69749,8.5142822265625
HSDSU,λ<=n,8192,1,100805,12.3052978515625
HSDSU,λ<=n,8192,1,97052,11.84716796875
HSDSU,λ<=n,8192,1,70488,8.6044921875
HSDSU,λ<=n,8192,1,91904,11.21875
HSDSU,λ<=n,8192,1,71681,8.7501220703125
HSDSU,λ<=n,8192,1,68762,8.393798828125
HSDSU,λ<=n,8192,1,101005,12.3297119140625
HSDSU,λ<=n,8192,1,79293,9.6793212890625
HSDSU,λ<=n,8192,1,71263,8.6990966796875
HSDSU,λ<=n,8192,1,75696,9.240234375
HSDSU,λ<=n,8192,1,74354,9.076416015625
HSDSU,λ<=n,8192,1,74522,9.096923828125
HSDSU,λ<=n,8192,1,165566,20.210693359375
HSDSU,λ<=n,8192,1,97427,11.8929443359375
HSDSU,λ<=n,8192,1,105173,12.8385009765625
HSDSU,λ<=n,8192,1,354649,43.2921142578125
HSDSU,λ<=n,8192,1,78178,9.543212890625
HSDSU,λ<=n,8192,1,124780,15.23193359375
HSDSU,λ<=n,8192,1,138898,16.955322265625
HSDSU,λ<=n,8192,1,90823,11.0867919921875
HSDSU,λ<=n,8192,1,78243,9.5511474609375
HSDSU,λ<=n,8192,1,76728,9.3662109375
HSDSU,λ<=n,8192,1,113509,13.8560791015625
HSDSU,λ<=n,8192,1,233996,28.56396484375
HSDSU,λ<=n,8192,1,102285,12.4859619140625
HSDSU,λ<=n,8192,1,78500,9.58251953125
HSDSU,λ<=n,8192,1,69417,8.4737548828125
HSDSU,λ<=n,8192,1,86953,10.6143798828125
HSDSU,λ<=n,8192,1,131315,16.0296630859375
HSDSU,λ<=n,8192,1,252471,30.8192138671875
HSDSU,λ<=n,8192,1,169107,20.6429443359375
HSDSU,λ<=n,8192,1,159405,19.4586181640625
HSDSU,λ<=n,8192,1,185835,22.6849365234375
HSDSU,λ<=n,8192,1,171995,20.9954833984375
HSDSU,λ<=n,8192,1,144750,17.669677734375
HSDSU,λ<=n,8192,1,69606,8.496826171875
HSDSU,λ<=n,8192,1,109089,13.3165283203125
HSDSU,λ<=n,8192,1,133248,16.265625
HSDSU,λ<=n,8192,1,70840,8.6474609375
HSDSU,λ<=n,8192,1,141335,17.2528076171875
HSDSU,λ<=n,8192,1,69640,8.5009765625
HSDSU,λ<=n,8192,1,67617,8.2540283203125
HSDSU,λ<=n,8192,1,201488,24.595703125
HSDSU,λ<=n,8192,1,148733,18.1558837890625
HSDSU,λ<=n,8192,1,99046,12.090576171875
HSDSU,λ<=n,8192,1,70963,8.6624755859375
HSDSU,λ<=n,8192,1,75501,9.2164306640625
HSDSU,λ<=n,8192,1,68924,8.41357421875
HSDSU,λ<=n,8192,1,68354,8.343994140625
HSDSU,λ<=n,8192,1,68311,8.3387451171875
HSDSU,λ<=n,8192,1,102106,12.464111328125
HSDSU,λ<=n,8192,1,371687,45.3719482421875
HSDSU,λ<=n,8192,1,74943,9.1483154296875
HSDSU,λ<=n,8192,1,77622,9.475341796875
HSDSU,λ<=n,8192,1,114571,13.9857177734375
HSDSU,λ<=n,8192,1,73638,8.989013671875
HSDSU,λ<=n,8192,1,129704,15.8330078125
HSDSU,λ<=n,8192,1,78188,9.54443359375
HSDSU,λ<=n,8192,1,130377,15.9151611328125
HSDSU,λ<=n,8192,1,149411,18.2386474609375
HSDSU,λ<=n,8192,1,97607,11.9149169921875
HSDSU,λ<=n,8192,1,67801,8.2764892578125
HSDSU,λ<=n,8192,1,72113,8.8028564453125
HSDSU,λ<=n,8192,1,92192,11.25390625
HSDSU,λ<=n,8192,1,124548,15.20361328125
HSDSU,λ<=n,8192,1,111387,13.5970458984375
HSDSU,λ<=n,8192,1,75486,9.214599609375
HSDSU,λ<=n,8192,1,219353,26.7764892578125
HSDSU,λ<=n,8192,1,69573,8.4927978515625
HSDSU,λ<=n,8192,1,262993,32.1036376953125
HSDSU,λ<=n,8192,1,77528,9.4638671875
HSDSU,λ<=n,8192,1,68753,8.3927001953125
HSDSU,λ<=n,8192,1,65394,7.982666015625
HSDSU,λ<=n,8192,1,89719,10.9520263671875
HSDSU,λ<=n,8192,1,113884,13.90185546875
HSDSU,λ<=n,8192,1,70039,8.5496826171875
HSDSU,λ<=n,8192,1,99049,12.0909423828125
HSDSU,λ<=n,8192,1,126638,15.458740234375
HSDSU,λ<=n,8192,1,155370,18.966064453125
HRDSU,λ<=n,8192,1,63077,7.6998291015625
HRDSU,λ<=n,8192,1,74526,9.097412109375
HRDSU,λ<=n,8192,1,64302,7.849365234375
HRDSU,λ<=n,8192,1,73776,9.005859375
HRDSU,λ<=n,8192,1,78660,9.60205078125
HRDSU,λ<=n,8192,1,63803,7.7884521484375
HRDSU,λ<=n,8192,1,131773,16.0855712890625
HRDSU,λ<=n,8192,1,83044,10.13720703125
HRDSU,λ<=n,8192,1,102410,12.501220703125
HRDSU,λ<=n,8192,1,69748,8.51416015625
HRDSU,λ<=n,8192,1,74701,9.1187744140625
HRDSU,λ<=n,8192,1,91850,11.212158203125
HRDSU,λ<=n,8192,1,65785,8.0303955078125
HRDSU,λ<=n,8192,1,62249,7.5987548828125
HRDSU,λ<=n,8192,1,79650,9.722900390625
HRDSU,λ<=n,8192,1,70163,8.5648193359375
HRDSU,λ<=n,8192,1,117324,14.32177734375
HRDSU,λ<=n,8192,1,72167,8.8094482421875
HRDSU,λ<=n,8192,1,53903,6.5799560546875
HRDSU,λ<=n,8192,1,68237,8.3297119140625
HRDSU,λ<=n,8192,1,64462,7.868896484375
HRDSU,λ<=n,8192,1,85759,10.4686279296875
HRDSU,λ<=n,8192,1,93739,11.4427490234375
HRDSU,λ<=n,8192,1,84214,10.280029296875
HRDSU,λ<=n,8192,1,97520,11.904296875
HRDSU,λ<=n,8192,1,130384,15.916015625
HRDSU,λ<=n,8192,1,91118,11.122802734375
HRDSU,λ<=n,8192,1,121197,14.7945556640625
HRDSU,λ<=n,8192,1,63939,7.8050537109375
HRDSU,λ<=n,8192,1,117680,14.365234375
HRDSU,λ<=n,8192,1,61466,7.503173828125
HRDSU,λ<=n,8192,1,78265,9.5538330078125
HRDSU,λ<=n,8192,1,93076,11.36181640625
HRDSU,λ<=n,8192,1,58898,7.189697265625
HRDSU,λ<=n,8192,1,67568,8.248046875
HRDSU,λ<=n,8192,1,88817,10.8419189453125
HRDSU,λ<=n,8192,1,63254,7.721435546875
HRDSU,λ<=n,8192,1,80980,9.88525390625
HRDSU,λ<=n,8192,1,75244,9.18505859375
HRDSU,λ<=n,8192,1,91249,11.1387939453125
HRDSU,λ<=n,8192,1,77523,9.4632568359375
HRDSU,λ<=n,8192,1,122854,14.996826171875
HRDSU,λ<=n,8192,1,153828,18.77783203125
HRDSU,λ<=n,8192,1,73867,9.0169677734375
HRDSU,λ<=n,8192,1,73967,9.0291748046875
HRDSU,λ<=n,8192,1,103125,12.5885009765625
HRDSU,λ<=n,8192,1,112015,13.6737060546875
HRDSU,λ<=n,8192,1,82897,10.1192626953125
HRDSU,λ<=n,8192,1,141252,17.24267578125
HRDSU,λ<=n,8192,1,60548,7.39111328125
HRDSU,λ<=n,8192,1,79933,9.7574462890625
HRDSU,λ<=n,8192,1,75020,9.15771484375
HRDSU,λ<=n,8192,1,83321,10.1710205078125
HRDSU,λ<=n,8192,1,89871,10.9705810546875
HRDSU,λ<=n,8192,1,84774,10.348388671875
HRDSU,λ<=n,8192,1,70753,8.6368408203125
HRDSU,λ<=n,8192,1,111435,13.6029052734375
HRDSU,λ<=n,8192,1,142293,17.3697509765625
HRDSU,λ<=n,8192,1,106100,12.95166015625
HRDSU,λ<=n,8192,1,81205,9.9127197265625
HRDSU,λ<=n,8192,1,60556,7.39208984375
HRDSU,λ<=n,8192,1,68063,8.3084716796875
HRDSU,λ<=n,8192,1,64823,7.9129638671875
HRDSU,λ<=n,8192,1,64760,7.9052734375
HRDSU,λ<=n,8192,1,54763,6.6849365234375
HRDSU,λ<=n,8192,1,99910,12.196044921875
HRDSU,λ<=n,8192,1,75938,9.269775390625
HRDSU,λ<=n,8192,1,59296,7.23828125
HRDSU,λ<=n,8192,1,106277,12.9732666015625
HRDSU,λ<=n,8192,1,70008,8.5458984375
HRDSU,λ<=n,8192,1,55940,6.82861328125
HRDSU,λ<=n,8192,1,74843,9.1361083984375
HRDSU,λ<=n,8192,1,75358,9.198974609375
HRDSU,λ<=n,8192,1,80350,9.808349609375
HRDSU,λ<=n,8192,1,119574,14.596435546875
HRDSU,λ<=n,8192,1,87885,10.7281494140625
HRDSU,λ<=n,8192,1,147087,17.9549560546875
HRDSU,λ<=n,8192,1,62720,7.65625
HRDSU,λ<=n,8192,1,61661,7.5269775390625
HRDSU,λ<=n,8192,1,50886,6.211669921875
HRDSU,λ<=n,8192,1,58263,7.1121826171875
HRDSU,λ<=n,8192,1,67942,8.293701171875
HRDSU,λ<=n,8192,1,53914,6.581298828125
HRDSU,λ<=n,8192,1,60172,7.34521484375
HRDSU,λ<=n,8192,1,93723,11.4407958984375
HRDSU,λ<=n,8192,1,70749,8.6363525390625
HRDSU,λ<=n,8192,1,58927,7.1932373046875
HRDSU,λ<=n,8192,1,65493,7.9947509765625
HRDSU,λ<=n,8192,1,59050,7.208251953125
HRDSU,λ<=n,8192,1,58928,7.193359375
HRDSU,λ<=n,8192,1,81482,9.946533203125
HRDSU,λ<=n,8192,1,65188,7.95751953125
HRDSU,λ<=n,8192,1,88104,10.7548828125
HRDSU,λ<=n,8192,1,65809,8.0333251953125
HRDSU,λ<=n,8192,1,56769,6.9298095703125
HRDSU,λ<=n,8192,1,72281,8.8233642578125
HRDSU,λ<=n,8192,1,64661,7.8931884765625
HRDSU,λ<=n,8192,1,64480,7.87109375
HRDSU,λ<=n,8192,1,67259,8.2103271484375
HRDSU,λ<=n,8192,1,128672,15.70703125
HHDSU,λ<=n,8192,1,133581,16.3062744140625
HHDSU,λ<=n,8192,1,83384,10.1787109375
HHDSU,λ<=n,8192,1,110604,13.50146484375
HHDSU,λ<=n,8192,1,75177,9.1768798828125
HHDSU,λ<=n,8192,1,69823,8.5233154296875
HHDSU,λ<=n,8192,1,95335,11.6375732421875
HHDSU,λ<=n,8192,1,59048,7.2080078125
HHDSU,λ<=n,8192,1,59812,7.30126953125
HHDSU,λ<=n,8192,1,146259,17.8538818359375
HHDSU,λ<=n,8192,1,82336,10.05078125
HHDSU,λ<=n,8192,1,109861,13.4107666015625
HHDSU,λ<=n,8192,1,107868,13.16748046875
HHDSU,λ<=n,8192,1,66531,8.1214599609375
HHDSU,λ<=n,8192,1,114764,14.00927734375
HHDSU,λ<=n,8192,1,74468,9.09033203125
HHDSU,λ<=n,8192,1,74183,9.0555419921875
HHDSU,λ<=n,8192,1,84977,10.3731689453125
HHDSU,λ<=n,8192,1,87089,10.6309814453125
HHDSU,λ<=n,8192,1,84885,10.3619384765625
HHDSU,λ<=n,8192,1,73807,9.0096435546875
HHDSU,λ<=n,8192,1,52901,6.4576416015625
HHDSU,λ<=n,8192,1,62586,7.639892578125
HHDSU,λ<=n,8192,1,64059,7.8197021484375
HHDSU,λ<=n,8192,1,109857,13.4102783203125
HHDSU,λ<=n,8192,1,60098,7.336181640625
HHDSU,λ<=n,8192,1,87311,10.6580810546875
HHDSU,λ<=n,8192,1,53952,6.5859375
HHDSU,λ<=n,8192,1,82373,10.0552978515625
HHDSU,λ<=n,8192,1,69977,8.5421142578125
HHDSU,λ<=n,8192,1,104870,12.801513671875
HHDSU,λ<=n,8192,1,62638,7.646240234375
HHDSU,λ<=n,8192,1,86937,10.6124267578125
HHDSU,λ<=n,8192,1,59302,7.239013671875
HHDSU,λ<=n,8192,1,71915,8.7786865234375
HHDSU,λ<=n,8192,1,55235,6.7425537109375
HHDSU,λ<=n,8192,1,160615,19.6063232421875
HHDSU,λ<=n,8192,1,81560,9.9560546875
HHDSU,λ<=n,8192,1,71793,8.7637939453125
HHDSU,λ<=n,8192,1,65560,8.0029296875
HHDSU,λ<=n,8192,1,133854,16.339599609375
HHDSU,λ<=n,8192,1,97393,11.8887939453125
HHDSU,λ<=n,8192,1,71222,8.694091796875
HHDSU,λ<=n,8192,1,97589,11.9127197265625
HHDSU,λ<=n,8192,1,123729,15.1036376953125
HHDSU,λ<=n,8192,1,168510,20.570068359375
HHDSU,λ<=n,8192,1,66009,8.0577392578125
HHDSU,λ<=n,8192,1,118088,14.4150390625
HHDSU,λ<=n,8192,1,58394,7.128173828125
HHDSU,λ<=n,8192,1,74190,9.056396484375
HHDSU,λ<=n,8192,1,58711,7.1668701171875
HHDSU,λ<=n,8192,1,54522,6.655517578125
HHDSU,λ<=n,8192,1,61648,7.525390625
HHDSU,λ<=n,8192,1,66161,8.0762939453125
HHDSU,λ<=n,8192,1,67749,8.2701416015625
HHDSU,λ<=n,8192,1,180753,22.0645751953125
HHDSU,λ<=n,8192,1,68026,8.303955078125
HHDSU,λ<=n,8192,1,61737,7.5362548828125
HHDSU,λ<=n,8192,1,97089,11.8516845703125
HHDSU,λ<=n,8192,1,152321,18.5938720703125
HHDSU,λ<=n,8192,1,61922,7.558837890625
HHDSU,λ<=n,8192,1,65351,7.9774169921875
HHDSU,λ<=n,8192,1,64326,7.852294921875
HHDSU,λ<=n,8192,1,80970,9.884033203125
HHDSU,λ<=n,8192,1,74713,9.1202392578125
HHDSU,λ<=n,8192,1,94969,11.5928955078125
HHDSU,λ<=n,8192,1,114596,13.98876953125
HHDSU,λ<=n,8192,1,81837,9.9898681640625
HHDSU,λ<=n,8192,1,71350,8.709716796875
HHDSU,λ<=n,8192,1,69039,8.4276123046875
HHDSU,λ<=n,8192,1,94468,11.53173828125
HHDSU,λ<=n,8192,1,84693,10.3385009765625
HHDSU,λ<=n,8192,1,66307,8.0941162109375
HHDSU,λ<=n,8192,1,69377,8.4688720703125
HHDSU,λ<=n,8192,1,112005,13.6724853515625
HHDSU,λ<=n,8192,1,104567,12.7645263671875
HHDSU,λ<=n,8192,1,53016,6.4716796875
HHDSU,λ<=n,8192,1,59587,7.2738037109375
HHDSU,λ<=n,8192,1,122556,14.96044921875
HHDSU,λ<=n,8192,1,84614,10.328857421875
HHDSU,λ<=n,8192,1,76091,9.2884521484375
HHDSU,λ<=n,8192,1,140028,17.09326171875
HHDSU,λ<=n,8192,1,80294,9.801513671875
HHDSU,λ<=n,8192,1,119459,14.5823974609375
HHDSU,λ<=n,8192,1,71762,8.760009765625
HHDSU,λ<=n,8192,1,77153,9.4180908203125
HHDSU,λ<=n,8192,1,93245,11.3824462890625
HHDSU,λ<=n,8192,1,60068,7.33251953125
HHDSU,λ<=n,8192,1,55775,6.8084716796875
HHDSU,λ<=n,8192,1,75103,9.1678466796875
HHDSU,λ<=n,8192,1,66035,8.0609130859375
HHDSU,λ<=n,8192,1,59833,7.3038330078125
HHDSU,λ<=n,8192,1,58037,7.0845947265625
HHDSU,λ<=n,8192,1,57218,6.984619140625
HHDSU,λ<=n,8192,1,66993,8.1778564453125
HHDSU,λ<=n,8192,1,102176,12.47265625
HHDSU,λ<=n,8192,1,62263,7.6004638671875
HHDSU,λ<=n,8192,1,127717,15.5904541015625
HHDSU,λ<=n,8192,1,66295,8.0926513671875
HHDSU,λ<=n,8192,1,67342,8.220458984375
HHDSU,λ<=n,8192,1,67472,8.236328125
HHLSU,λ<=n,8192,1,64041,7.8175048828125
HHLSU,λ<=n,8192,1,103841,12.6759033203125
HHLSU,λ<=n,8192,1,78996,9.64306640625
HHLSU,λ<=n,8192,1,112516,13.73486328125
HHLSU,λ<=n,8192,1,81369,9.9327392578125
HHLSU,λ<=n,8192,1,89270,10.897216796875
HHLSU,λ<=n,8192,1,77334,9.440185546875
HHLSU,λ<=n,8192,1,60850,7.427978515625
HHLSU,λ<=n,8192,1,74961,9.1505126953125
HHLSU,λ<=n,8192,1,99603,12.1585693359375
HHLSU,λ<=n,8192,1,76495,9.3377685546875
HHLSU,λ<=n,8192,1,73734,9.000732421875
HHLSU,λ<=n,8192,1,61784,7.5419921875
HHLSU,λ<=n,8192,1,105262,12.849365234375
HHLSU,λ<=n,8192,1,79075,9.6527099609375
HHLSU,λ<=n,8192,1,59457,7.2579345703125
HHLSU,λ<=n,8192,1,103183,12.5955810546875
HHLSU,λ<=n,8192,1,62084,7.57861328125
HHLSU,λ<=n,8192,1,69883,8.5306396484375
HHLSU,λ<=n,8192,1,92008,11.2314453125
HHLSU,λ<=n,8192,1,77501,9.4605712890625
HHLSU,λ<=n,8192,1,104009,12.6964111328125
HHLSU,λ<=n,8192,1,102848,12.5546875
HHLSU,λ<=n,8192,1,117673,14.3643798828125
HHLSU,λ<=n,8192,1,63665,7.7716064453125
HHLSU,λ<=n,8192,1,58051,7.0863037109375
HHLSU,λ<=n,8192,1,77456,9.455078125
HHLSU,λ<=n,8192,1,106832,13.041015625
HHLSU,λ<=n,8192,1,71765,8.7603759765625
HHLSU,λ<=n,8192,1,85932,10.48974609375
HHLSU,λ<=n,8192,1,75511,9.2176513671875
HHLSU,λ<=n,8192,1,80168,9.7861328125
HHLSU,λ<=n,8192,1,78056,9.5283203125
HHLSU,λ<=n,8192,1,60054,7.330810546875
HHLSU,λ<=n,8192,1,98268,11.99560546875
HHLSU,λ<=n,8192,1,89670,10.946044921875
HHLSU,λ<=n,8192,1,71864,8.7724609375
HHLSU,λ<=n,8192,1,119385,14.5733642578125
HHLSU,λ<=n,8192,1,107356,13.10498046875
HHLSU,λ<=n,8192,1,61747,7.5374755859375
HHLSU,λ<=n,8192,1,62968,7.6865234375
HHLSU,λ<=n,8192,1,59451,7.2572021484375
HHLSU,λ<=n,8192,1,94631,11.5516357421875
HHLSU,λ<=n,8192,1,79215,9.6697998046875
HHLSU,λ<=n,8192,1,70306,8.582275390625
HHLSU,λ<=n,8192,1,85207,10.4012451171875
HHLSU,λ<=n,8192,1,99479,12.1434326171875
HHLSU,λ<=n,8192,1,84499,10.3148193359375
HHLSU,λ<=n,8192,1,63206,7.715576171875
HHLSU,λ<=n,8192,1,68224,8.328125
HHLSU,λ<=n,8192,1,104418,12.746337890625
HHLSU,λ<=n,8192,1,68934,8.414794921875
HHLSU,λ<=n,8192,1,82885,10.1177978515625
HHLSU,λ<=n,8192,1,79386,9.690673828125
HHLSU,λ<=n,8192,1,82103,10.0223388671875
HHLSU,λ<=n,8192,1,75250,9.185791015625
HHLSU,λ<=n,8192,1,59743,7.2928466796875
HHLSU,λ<=n,8192,1,86460,10.55419921875
HHLSU,λ<=n,8192,1,69851,8.5267333984375
HHLSU,λ<=n,8192,1,60812,7.42333984375
HHLSU,λ<=n,8192,1,84108,10.26708984375
HHLSU,λ<=n,8192,1,61601,7.5196533203125
HHLSU,λ<=n,8192,1,58413,7.1304931640625
HHLSU,λ<=n,8192,1,82759,10.1024169921875
HHLSU,λ<=n,8192,1,73949,9.0269775390625
HHLSU,λ<=n,8192,1,101843,12.4320068359375
HHLSU,λ<=n,8192,1,71022,8.669677734375
HHLSU,λ<=n,8192,1,78135,9.5379638671875
HHLSU,λ<=n,8192,1,86263,10.5301513671875
HHLSU,λ<=n,8192,1,75339,9.1966552734375
HHLSU,λ<=n,8192,1,67368,8.2236328125
HHLSU,λ<=n,8192,1,83609,10.2061767578125
HHLSU,λ<=n,8192,1,57772,7.05224609375
HHLSU,λ<=n,8192,1,68389,8.3482666015625
HHLSU,λ<=n,8192,1,92734,11.320068359375
HHLSU,λ<=n,8192,1,77636,9.47705078125
HHLSU,λ<=n,8192,1,63069,7.6988525390625
HHLSU,λ<=n,8192,1,65105,7.9473876953125
HHLSU,λ<=n,8192,1,72264,8.8212890625
HHLSU,λ<=n,8192,1,75347,9.1976318359375
HHLSU,λ<=n,8192,1,112610,13.746337890625
HHLSU,λ<=n,8192,1,108582,13.254638671875
HHLSU,λ<=n,8192,1,91802,11.206298828125
HHLSU,λ<=n,8192,1,76091,9.2884521484375
HHLSU,λ<=n,8192,1,78578,9.592041015625
HHLSU,λ<=n,8192,1,83908,10.24267578125
HHLSU,λ<=n,8192,1,67107,8.1917724609375
HHLSU,λ<=n,8192,1,88260,10.77392578125
HHLSU,λ<=n,8192,1,74444,9.08740234375
HHLSU,λ<=n,8192,1,115656,14.1181640625
HHLSU,λ<=n,8192,1,79941,9.7584228515625
HHLSU,λ<=n,8192,1,101537,12.3946533203125
HHLSU,λ<=n,8192,1,69476,8.48095703125
HHLSU,λ<=n,8192,1,81975,10.0067138671875
HHLSU,λ<=n,8192,1,65951,8.0506591796875
HHLSU,λ<=n,8192,1,90829,11.0875244140625
HHLSU,λ<=n,8192,1,91931,11.2220458984375
HHLSU,λ<=n,8192,1,67738,8.268798828125
HHLSU,λ<=n,8192,1,66773,8.1510009765625
HHLSU,λ<=n,8192,1,106801,13.0372314453125
HRLSU,λ<=n,8192,1,72614,8.864013671875
HRLSU,λ<=n,8192,1,96774,11.813232421875
HRLSU,λ<=n,8192,1,55232,6.7421875
HRLSU,λ<=n,8192,1,72050,8.795166015625
HRLSU,λ<=n,8192,1,97019,11.8431396484375
HRLSU,λ<=n,8192,1,78292,9.55712890625
HRLSU,λ<=n,8192,1,70700,8.63037109375
HRLSU,λ<=n,8192,1,84425,10.3057861328125
HRLSU,λ<=n,8192,1,98020,11.96533203125
HRLSU,λ<=n,8192,1,111540,13.61572265625
HRLSU,λ<=n,8192,1,77857,9.5040283203125
HRLSU,λ<=n,8192,1,91164,11.12841796875
HRLSU,λ<=n,8192,1,92994,11.351806640625
HRLSU,λ<=n,8192,1,167727,20.4744873046875
HRLSU,λ<=n,8192,1,94588,11.54638671875
HRLSU,λ<=n,8192,1,82992,10.130859375
HRLSU,λ<=n,8192,1,87258,10.651611328125
HRLSU,λ<=n,8192,1,73751,9.0028076171875
HRLSU,λ<=n,8192,1,82611,10.0843505859375
HRLSU,λ<=n,8192,1,63661,7.7711181640625
HRLSU,λ<=n,8192,1,70841,8.6475830078125
HRLSU,λ<=n,8192,1,69850,8.526611328125
HRLSU,λ<=n,8192,1,80618,9.841064453125
HRLSU,λ<=n,8192,1,107468,13.11865234375
HRLSU,λ<=n,8192,1,80039,9.7703857421875
HRLSU,λ<=n,8192,1,100268,12.23974609375
HRLSU,λ<=n,8192,1,121358,14.814208984375
HRLSU,λ<=n,8192,1,74497,9.0938720703125
HRLSU,λ<=n,8192,1,55694,6.798583984375
HRLSU,λ<=n,8192,1,73815,9.0106201171875
HRLSU,λ<=n,8192,1,56347,6.8782958984375
HRLSU,λ<=n,8192,1,60054,7.330810546875
HRLSU,λ<=n,8192,1,90094,10.997802734375
HRLSU,λ<=n,8192,1,59648,7.28125
HRLSU,λ<=n,8192,1,61043,7.4515380859375
HRLSU,λ<=n,8192,1,103339,12.6146240234375
HRLSU,λ<=n,8192,1,69655,8.5028076171875
HRLSU,λ<=n,8192,1,73320,8.9501953125
HRLSU,λ<=n,8192,1,90530,11.051025390625
HRLSU,λ<=n,8192,1,91851,11.2122802734375
HRLSU,λ<=n,8192,1,107849,13.1651611328125
HRLSU,λ<=n,8192,1,83548,10.19873046875
HRLSU,λ<=n,8192,1,84490,10.313720703125
HRLSU,λ<=n,8192,1,100388,12.25439453125
HRLSU,λ<=n,8192,1,71859,8.7718505859375
HRLSU,λ<=n,8192,1,76078,9.286865234375
HRLSU,λ<=n,8192,1,120026,14.651611328125
HRLSU,λ<=n,8192,1,75398,9.203857421875
HRLSU,λ<=n,8192,1,138799,16.9432373046875
HRLSU,λ<=n,8192,1,64464,7.869140625
HRLSU,λ<=n,8192,1,91829,11.2095947265625
HRLSU,λ<=n,8192,1,64432,7.865234375
HRLSU,λ<=n,8192,1,57384,7.0048828125
HRLSU,λ<=n,8192,1,92807,11.3289794921875
HRLSU,λ<=n,8192,1,73933,9.0250244140625
HRLSU,λ<=n,8192,1,71422,8.718505859375
HRLSU,λ<=n,8192,1,77813,9.4986572265625
HRLSU,λ<=n,8192,1,74088,9.0439453125
HRLSU,λ<=n,8192,1,93339,11.3939208984375
HRLSU,λ<=n,8192,1,77611,9.4739990234375
HRLSU,λ<=n,8192,1,68948,8.41650390625
HRLSU,λ<=n,8192,1,65985,8.0548095703125
HRLSU,λ<=n,8192,1,113238,13.822998046875
HRLSU,λ<=n,8192,1,99223,12.1121826171875
HRLSU,λ<=n,8192,1,77179,9.4212646484375
HRLSU,λ<=n,8192,1,59733,7.2916259765625
HRLSU,λ<=n,8192,1,99196,12.10888671875
HRLSU,λ<=n,8192,1,67883,8.2864990234375
HRLSU,λ<=n,8192,1,72432,8.841796875
HRLSU,λ<=n,8192,1,88157,10.7613525390625
HRLSU,λ<=n,8192,1,61066,7.454345703125
HRLSU,λ<=n,8192,1,69030,8.426513671875
HRLSU,λ<=n,8192,1,65185,7.9571533203125
HRLSU,λ<=n,8192,1,107094,13.072998046875
HRLSU,λ<=n,8192,1,67218,8.205322265625
HRLSU,λ<=n,8192,1,97843,11.9437255859375
HRLSU,λ<=n,8192,1,92461,11.2867431640625
HRLSU,λ<=n,8192,1,145397,17.7486572265625
HRLSU,λ<=n,8192,1,81737,9.9776611328125
HRLSU,λ<=n,8192,1,92933,11.3443603515625
HRLSU,λ<=n,8192,1,99194,12.108642578125
HRLSU,λ<=n,8192,1,107184,13.083984375
HRLSU,λ<=n,8192,1,80590,9.837646484375
HRLSU,λ<=n,8192,1,133008,16.236328125
HRLSU,λ<=n,8192,1,123646,15.093505859375
HRLSU,λ<=n,8192,1,126137,15.3975830078125
HRLSU,λ<=n,8192,1,61170,7.467041015625
HRLSU,λ<=n,8192,1,84005,10.2545166015625
HRLSU,λ<=n,8192,1,85082,10.385986328125
HRLSU,λ<=n,8192,1,85689,10.4600830078125
HRLSU,λ<=n,8192,1,91048,11.1142578125
HRLSU,λ<=n,8192,1,75354,9.198486328125
HRLSU,λ<=n,8192,1,58929,7.1934814453125
HRLSU,λ<=n,8192,1,99225,12.1124267578125
HRLSU,λ<=n,8192,1,171971,20.9925537109375
HRLSU,λ<=n,8192,1,61139,7.4632568359375
HRLSU,λ<=n,8192,1,106295,12.9754638671875
HRLSU,λ<=n,8192,1,60228,7.35205078125
HRLSU,λ<=n,8192,1,81372,9.93310546875
HRLSU,λ<=n,8192,1,94046,11.480224609375
HSLSU,λ<=n,8192,1,95843,11.6995849609375
HSLSU,λ<=n,8192,1,123123,15.0296630859375
HSLSU,λ<=n,8192,1,112319,13.7108154296875
HSLSU,λ<=n,8192,1,79297,9.6798095703125
HSLSU,λ<=n,8192,1,87372,10.66552734375
HSLSU,λ<=n,8192,1,87083,10.6302490234375
HSLSU,λ<=n,8192,1,74720,9.12109375
HSLSU,λ<=n,8192,1,141730,17.301025390625
HSLSU,λ<=n,8192,1,72705,8.8751220703125
HSLSU,λ<=n,8192,1,103448,12.6279296875
HSLSU,λ<=n,8192,1,95353,11.6397705078125
HSLSU,λ<=n,8192,1,109850,13.409423828125
HSLSU,λ<=n,8192,1,86597,10.5709228515625
HSLSU,λ<=n,8192,1,90843,11.0892333984375
HSLSU,λ<=n,8192,1,113469,13.8511962890625
HSLSU,λ<=n,8192,1,106069,12.9478759765625
HSLSU,λ<=n,8192,1,103127,12.5887451171875
HSLSU,λ<=n,8192,1,84933,10.3677978515625
HSLSU,λ<=n,8192,1,87656,10.7001953125
HSLSU,λ<=n,8192,1,92528,11.294921875
HSLSU,λ<=n,8192,1,85064,10.3837890625
HSLSU,λ<=n,8192,1,73070,8.919677734375
HSLSU,λ<=n,8192,1,90699,11.0716552734375
HSLSU,λ<=n,8192,1,92608,11.3046875
HSLSU,λ<=n,8192,1,92341,11.2720947265625
HSLSU,λ<=n,8192,1,105230,12.845458984375
HSLSU,λ<=n,8192,1,120572,14.71826171875
HSLSU,λ<=n,8192,1,128545,15.6915283203125
HSLSU,λ<=n,8192,1,102770,12.545166015625
HSLSU,λ<=n,8192,1,117960,14.3994140625
HSLSU,λ<=n,8192,1,83967,10.2498779296875
HSLSU,λ<=n,8192,1,128354,15.668212890625
HSLSU,λ<=n,8192,1,96914,11.830322265625
HSLSU,λ<=n,8192,1,110814,13.527099609375
HSLSU,λ<=n,8192,1,163287,19.9324951171875
HSLSU,λ<=n,8192,1,74528,9.09765625
HSLSU,λ<=n,8192,1,171989,20.9947509765625
HSLSU,λ<=n,8192,1,73842,9.013916015625
HSLSU,λ<=n,8192,1,121770,14.864501953125
HSLSU,λ<=n,8192,1,71652,8.74658203125
HSLSU,λ<=n,8192,1,99592,12.1572265625
HSLSU,λ<=n,8192,1,136552,16.6689453125
HSLSU,λ<=n,8192,1,81640,9.9658203125
HSLSU,λ<=n,8192,1,95743,11.6873779296875
HSLSU,λ<=n,8192,1,80184,9.7880859375
HSLSU,λ<=n,8192,1,81652,9.96728515625
HSLSU,λ<=n,8192,1,100632,12.2841796875
HSLSU,λ<=n,8192,1,111685,13.6334228515625
HSLSU,λ<=n,8192,1,110172,13.44873046875
HSLSU,λ<=n,8192,1,77946,9.514892578125
HSLSU,λ<=n,8192,1,85056,10.3828125
HSLSU,λ<=n,8192,1,93244,11.38232421875
HSLSU,λ<=n,8192,1,84165,10.2740478515625
HSLSU,λ<=n,8192,1,81569,9.9571533203125
HSLSU,λ<=n,8192,1,110800,13.525390625
HSLSU,λ<=n,8192,1,73405,8.9605712890625
HSLSU,λ<=n,8192,1,84684,10.33740234375
HSLSU,λ<=n,8192,1,69166,8.443115234375
HSLSU,λ<=n,8192,1,84447,10.3084716796875
HSLSU,λ<=n,8192,1,90406,11.035888671875
HSLSU,λ<=n,8192,1,76400,9.326171875
HSLSU,λ<=n,8192,1,106706,13.025634765625
HSLSU,λ<=n,8192,1,95533,11.6617431640625
HSLSU,λ<=n,8192,1,75931,9.2689208984375
HSLSU,λ<=n,8192,1,94964,11.59228515625
HSLSU,λ<=n,8192,1,74856,9.1376953125
HSLSU,λ<=n,8192,1,95174,11.617919921875
HSLSU,λ<=n,8192,1,86022,10.500732421875
HSLSU,λ<=n,8192,1,86756,10.59033203125
HSLSU,λ<=n,8192,1,74646,9.112060546875
HSLSU,λ<=n,8192,1,83101,10.1441650390625
HSLSU,λ<=n,8192,1,122159,14.9119873046875
HSLSU,λ<=n,8192,1,139455,17.0233154296875
HSLSU,λ<=n,8192,1,79966,9.761474609375
HSLSU,λ<=n,8192,1,81567,9.9569091796875
HSLSU,λ<=n,8192,1,110249,13.4581298828125
HSLSU,λ<=n,8192,1,97525,11.9049072265625
HSLSU,λ<=n,8192,1,72093,8.8004150390625
HSLSU,λ<=n,8192,1,101644,12.40771484375
HSLSU,λ<=n,8192,1,84524,10.31787109375
HSLSU,λ<=n,8192,1,120878,14.755615234375
HSLSU,λ<=n,8192,1,95652,11.67626953125
HSLSU,λ<=n,8192,1,96325,11.7584228515625
HSLSU,λ<=n,8192,1,92820,11.33056640625
HSLSU,λ<=n,8192,1,82221,10.0367431640625
HSLSU,λ<=n,8192,1,112086,13.682373046875
HSLSU,λ<=n,8192,1,90895,11.0955810546875
HSLSU,λ<=n,8192,1,86962,10.615478515625
HSLSU,λ<=n,8192,1,166598,20.336669921875
HSLSU,λ<=n,8192,1,81155,9.9066162109375
HSLSU,λ<=n,8192,1,87447,10.6746826171875
HSLSU,λ<=n,8192,1,78105,9.5343017578125
HSLSU,λ<=n,8192,1,90631,11.0633544921875
HSLSU,λ<=n,8192,1,107368,13.1064453125
HSLSU,λ<=n,8192,1,176059,21.4915771484375
HSLSU,λ<=n,8192,1,75700,9.24072265625
HSLSU,λ<=n,8192,1,100573,12.2769775390625
HSLSU,λ<=n,8192,1,99307,12.1224365234375
HSLSU,λ<=n,8192,1,77161,9.4190673828125
HSLSU,λ<=n,8192,1,94368,11.51953125
HSDMU,λ<=n,8192,1,69326,8.462646484375
HSDMU,λ<=n,8192,1,51955,6.3421630859375
HSDMU,λ<=n,8192,1,57159,6.9774169921875
HSDMU,λ<=n,8192,1,52255,6.3787841796875
HSDMU,λ<=n,8192,1,51794,6.322509765625
HSDMU,λ<=n,8192,1,81875,9.9945068359375
HSDMU,λ<=n,8192,1,59222,7.229248046875
HSDMU,λ<=n,8192,1,57774,7.052490234375
HSDMU,λ<=n,8192,1,72875,8.8958740234375
HSDMU,λ<=n,8192,1,62413,7.6187744140625
HSDMU,λ<=n,8192,1,85530,10.440673828125
HSDMU,λ<=n,8192,1,58649,7.1593017578125
HSDMU,λ<=n,8192,1,54362,6.635986328125
HSDMU,λ<=n,8192,1,55301,6.7506103515625
HSDMU,λ<=n,8192,1,55221,6.7408447265625
HSDMU,λ<=n,8192,1,56173,6.8570556640625
HSDMU,λ<=n,8192,1,50639,6.1815185546875
HSDMU,λ<=n,8192,1,101701,12.4146728515625
HSDMU,λ<=n,8192,1,56882,6.943603515625
HSDMU,λ<=n,8192,1,72741,8.8795166015625
HSDMU,λ<=n,8192,1,58696,7.1650390625
HSDMU,λ<=n,8192,1,51590,6.297607421875
HSDMU,λ<=n,8192,1,58003,7.0804443359375
HSDMU,λ<=n,8192,1,60115,7.3382568359375
HSDMU,λ<=n,8192,1,83173,10.1529541015625
HSDMU,λ<=n,8192,1,70500,8.60595703125
HSDMU,λ<=n,8192,1,51673,6.3077392578125
HSDMU,λ<=n,8192,1,55500,6.77490234375
HSDMU,λ<=n,8192,1,56201,6.8604736328125
HSDMU,λ<=n,8192,1,56471,6.8934326171875
HSDMU,λ<=n,8192,1,81989,10.0084228515625
HSDMU,λ<=n,8192,1,58793,7.1768798828125
HSDMU,λ<=n,8192,1,60609,7.3985595703125
HSDMU,λ<=n,8192,1,76065,9.2852783203125
HSDMU,λ<=n,8192,1,59544,7.2685546875
HSDMU,λ<=n,8192,1,98375,12.0086669921875
HSDMU,λ<=n,8192,1,55689,6.7979736328125
HSDMU,λ<=n,8192,1,177322,21.645751953125
HSDMU,λ<=n,8192,1,51940,6.34033203125
HSDMU,λ<=n,8192,1,51502,6.286865234375
HSDMU,λ<=n,8192,1,66630,8.133544921875
HSDMU,λ<=n,8192,1,79732,9.73291015625
HSDMU,λ<=n,8192,1,58581,7.1510009765625
HSDMU,λ<=n,8192,1,55957,6.8306884765625
HSDMU,λ<=n,8192,1,48777,5.9542236328125
HSDMU,λ<=n,8192,1,61084,7.45654296875
HSDMU,λ<=n,8192,1,75970,9.273681640625
HSDMU,λ<=n,8192,1,55372,6.75927734375
HSDMU,λ<=n,8192,1,60504,7.3857421875
HSDMU,λ<=n,8192,1,64288,7.84765625
HSDMU,λ<=n,8192,1,54797,6.6890869140625
HSDMU,λ<=n,8192,1,54709,6.6783447265625
HSDMU,λ<=n,8192,1,86359,10.5418701171875
HSDMU,λ<=n,8192,1,54389,6.6392822265625
HSDMU,λ<=n,8192,1,58319,7.1190185546875
HSDMU,λ<=n,8192,1,64736,7.90234375
HSDMU,λ<=n,8192,1,51896,6.3349609375
HSDMU,λ<=n,8192,1,65690,8.018798828125
HSDMU,λ<=n,8192,1,70091,8.5560302734375
HSDMU,λ<=n,8192,1,58532,7.14501953125
HSDMU,λ<=n,8192,1,74462,9.089599609375
HSDMU,λ<=n,8192,1,64497,7.8731689453125
HSDMU,λ<=n,8192,1,57512,7.0205078125
HSDMU,λ<=n,8192,1,67047,8.1844482421875
HSDMU,λ<=n,8192,1,58706,7.166259765625
HSDMU,λ<=n,8192,1,55463,6.7703857421875
HSDMU,λ<=n,8192,1,54628,6.66845703125
HSDMU,λ<=n,8192,1,55845,6.8170166015625
HSDMU,λ<=n,8192,1,68768,8.39453125
HSDMU,λ<=n,8192,1,51387,6.2728271484375
HSDMU,λ<=n,8192,1,60566,7.393310546875
HSDMU,λ<=n,8192,1,57377,7.0040283203125
HSDMU,λ<=n,8192,1,87082,10.630126953125
HSDMU,λ<=n,8192,1,53971,6.5882568359375
HSDMU,λ<=n,8192,1,50097,6.1153564453125
HSDMU,λ<=n,8192,1,59625,7.2784423828125
HSDMU,λ<=n,8192,1,66029,8.0601806640625
HSDMU,λ<=n,8192,1,56901,6.9459228515625
HSDMU,λ<=n,8192,1,60836,7.42626953125
HSDMU,λ<=n,8192,1,51666,6.306884765625
HSDMU,λ<=n,8192,1,65298,7.970947265625
HSDMU,λ<=n,8192,1,54218,6.618408203125
HSDMU,λ<=n,8192,1,52268,6.38037109375
HSDMU,λ<=n,8192,1,62853,7.6724853515625
HSDMU,λ<=n,8192,1,52315,6.3861083984375
HSDMU,λ<=n,8192,1,66533,8.1217041015625
HSDMU,λ<=n,8192,1,49233,6.0098876953125
HSDMU,λ<=n,8192,1,53774,6.564208984375
HSDMU,λ<=n,8192,1,59986,7.322509765625
HSDMU,λ<=n,8192,1,50086,6.114013671875
HSDMU,λ<=n,8192,1,70025,8.5479736328125
HSDMU,λ<=n,8192,1,57014,6.959716796875
HSDMU,λ<=n,8192,1,71339,8.7083740234375
HSDMU,λ<=n,8192,1,53434,6.522705078125
HSDMU,λ<=n,8192,1,84337,10.2950439453125
HSDMU,λ<=n,8192,1,58774,7.174560546875
HSDMU,λ<=n,8192,1,54077,6.6011962890625
HSDMU,λ<=n,8192,1,57556,7.02587890625
HSDMU,λ<=n,8192,1,59105,7.2149658203125
HSDMU,λ<=n,8192,1,54311,6.6297607421875
HRDMU,λ<=n,8192,1,45566,5.562255859375
HRDMU,λ<=n,8192,1,52574,6.417724609375
HRDMU,λ<=n,8192,1,55031,6.7176513671875
HRDMU,λ<=n,8192,1,68690,8.385009765625
HRDMU,λ<=n,8192,1,44437,5.4244384765625
HRDMU,λ<=n,8192,1,70110,8.558349609375
HRDMU,λ<=n,8192,1,50189,6.1265869140625
HRDMU,λ<=n,8192,1,56109,6.8492431640625
HRDMU,λ<=n,8192,1,72650,8.868408203125
HRDMU,λ<=n,8192,1,48166,5.879638671875
HRDMU,λ<=n,8192,1,52648,6.4267578125
HRDMU,λ<=n,8192,1,70071,8.5535888671875
HRDMU,λ<=n,8192,1,47542,5.803466796875
HRDMU,λ<=n,8192,1,89418,10.915283203125
HRDMU,λ<=n,8192,1,69295,8.4588623046875
HRDMU,λ<=n,8192,1,69883,8.5306396484375
HRDMU,λ<=n,8192,1,49321,6.0206298828125
HRDMU,λ<=n,8192,1,63170,7.711181640625
HRDMU,λ<=n,8192,1,76285,9.3121337890625
HRDMU,λ<=n,8192,1,47546,5.803955078125
HRDMU,λ<=n,8192,1,49923,6.0941162109375
HRDMU,λ<=n,8192,1,49559,6.0496826171875
HRDMU,λ<=n,8192,1,49508,6.04345703125
HRDMU,λ<=n,8192,1,96256,11.75
HRDMU,λ<=n,8192,1,55927,6.8270263671875
HRDMU,λ<=n,8192,1,46003,5.6156005859375
HRDMU,λ<=n,8192,1,52319,6.3865966796875
HRDMU,λ<=n,8192,1,81634,9.965087890625
HRDMU,λ<=n,8192,1,46501,5.6763916015625
HRDMU,λ<=n,8192,1,46065,5.6231689453125
HRDMU,λ<=n,8192,1,50961,6.2208251953125
HRDMU,λ<=n,8192,1,59136,7.21875
HRDMU,λ<=n,8192,1,62032,7.572265625
HRDMU,λ<=n,8192,1,43261,5.2808837890625
HRDMU,λ<=n,8192,1,60027,7.3275146484375
HRDMU,λ<=n,8192,1,66187,8.0794677734375
HRDMU,λ<=n,8192,1,53605,6.5435791015625
HRDMU,λ<=n,8192,1,65423,7.9862060546875
HRDMU,λ<=n,8192,1,50298,6.139892578125
HRDMU,λ<=n,8192,1,46921,5.7276611328125
HRDMU,λ<=n,8192,1,71820,8.76708984375
HRDMU,λ<=n,8192,1,49094,5.992919921875
HRDMU,λ<=n,8192,1,47349,5.7799072265625
HRDMU,λ<=n,8192,1,57755,7.0501708984375
HRDMU,λ<=n,8192,1,48886,5.967529296875
HRDMU,λ<=n,8192,1,53813,6.5689697265625
HRDMU,λ<=n,8192,1,49366,6.026123046875
HRDMU,λ<=n,8192,1,53685,6.5533447265625
HRDMU,λ<=n,8192,1,44666,5.452392578125
HRDMU,λ<=n,8192,1,43380,5.29541015625
HRDMU,λ<=n,8192,1,46568,5.6845703125
HRDMU,λ<=n,8192,1,48605,5.9332275390625
HRDMU,λ<=n,8192,1,94396,11.52294921875
HRDMU,λ<=n,8192,1,76823,9.3778076171875
HRDMU,λ<=n,8192,1,50907,6.2142333984375
HRDMU,λ<=n,8192,1,86555,10.5657958984375
HRDMU,λ<=n,8192,1,48655,5.9393310546875
HRDMU,λ<=n,8192,1,44663,5.4520263671875
HRDMU,λ<=n,8192,1,63887,7.7987060546875
HRDMU,λ<=n,8192,1,57063,6.9656982421875
HRDMU,λ<=n,8192,1,50378,6.149658203125
HRDMU,λ<=n,8192,1,50671,6.1854248046875
HRDMU,λ<=n,8192,1,45592,5.5654296875
HRDMU,λ<=n,8192,1,59797,7.2994384765625
HRDMU,λ<=n,8192,1,112721,13.7598876953125
HRDMU,λ<=n,8192,1,66411,8.1068115234375
HRDMU,λ<=n,8192,1,44351,5.4139404296875
HRDMU,λ<=n,8192,1,47131,5.7532958984375
HRDMU,λ<=n,8192,1,65896,8.0439453125
HRDMU,λ<=n,8192,1,70028,8.54833984375
HRDMU,λ<=n,8192,1,66703,8.1424560546875
HRDMU,λ<=n,8192,1,53955,6.5863037109375
HRDMU,λ<=n,8192,1,50882,6.211181640625
HRDMU,λ<=n,8192,1,78369,9.5665283203125
HRDMU,λ<=n,8192,1,51319,6.2645263671875
HRDMU,λ<=n,8192,1,77757,9.4918212890625
HRDMU,λ<=n,8192,1,64086,7.822998046875
HRDMU,λ<=n,8192,1,52809,6.4464111328125
HRDMU,λ<=n,8192,1,50766,6.197021484375
HRDMU,λ<=n,8192,1,56511,6.8983154296875
HRDMU,λ<=n,8192,1,66795,8.1536865234375
HRDMU,λ<=n,8192,1,47759,5.8299560546875
HRDMU,λ<=n,8192,1,48191,5.8826904296875
HRDMU,λ<=n,8192,1,53242,6.499267578125
HRDMU,λ<=n,8192,1,55105,6.7266845703125
HRDMU,λ<=n,8192,1,81176,9.9091796875
HRDMU,λ<=n,8192,1,46596,5.68798828125
HRDMU,λ<=n,8192,1,51727,6.3143310546875
HRDMU,λ<=n,8192,1,58598,7.153076171875
HRDMU,λ<=n,8192,1,52061,6.3551025390625
HRDMU,λ<=n,8192,1,44879,5.4783935546875
HRDMU,λ<=n,8192,1,46414,5.665771484375
HRDMU,λ<=n,8192,1,112827,13.7728271484375
HRDMU,λ<=n,8192,1,44589,5.4429931640625
HRDMU,λ<=n,8192,1,89858,10.968994140625
HRDMU,λ<=n,8192,1,45811,5.5921630859375
HRDMU,λ<=n,8192,1,61016,7.4482421875
HRDMU,λ<=n,8192,1,62807,7.6668701171875
HRDMU,λ<=n,8192,1,46077,5.6246337890625
HRDMU,λ<=n,8192,1,56452,6.89111328125
HHDMU,λ<=n,8192,1,58802,7.177978515625
HHDMU,λ<=n,8192,1,56057,6.8428955078125
HHDMU,λ<=n,8192,1,50473,6.1612548828125
HHDMU,λ<=n,8192,1,58014,7.081787109375
HHDMU,λ<=n,8192,1,55012,6.71533203125
HHDMU,λ<=n,8192,1,82538,10.075439453125
HHDMU,λ<=n,8192,1,46628,5.69189453125
HHDMU,λ<=n,8192,1,93668,11.43408203125
HHDMU,λ<=n,8192,1,50194,6.127197265625
HHDMU,λ<=n,8192,1,50717,6.1910400390625
HHDMU,λ<=n,8192,1,45221,5.5201416015625
HHDMU,λ<=n,8192,1,55782,6.809326171875
HHDMU,λ<=n,8192,1,65239,7.9637451171875
HHDMU,λ<=n,8192,1,44403,5.4202880859375
HHDMU,λ<=n,8192,1,48525,5.9234619140625
HHDMU,λ<=n,8192,1,58373,7.1256103515625
HHDMU,λ<=n,8192,1,45533,5.5582275390625
HHDMU,λ<=n,8192,1,56371,6.8812255859375
HHDMU,λ<=n,8192,1,52504,6.4091796875
HHDMU,λ<=n,8192,1,66237,8.0855712890625
HHDMU,λ<=n,8192,1,75971,9.2738037109375
HHDMU,λ<=n,8192,1,70504,8.6064453125
HHDMU,λ<=n,8192,1,68415,8.3514404296875
HHDMU,λ<=n,8192,1,48146,5.877197265625
HHDMU,λ<=n,8192,1,43722,5.337158203125
HHDMU,λ<=n,8192,1,78884,9.62939453125
HHDMU,λ<=n,8192,1,51068,6.23388671875
HHDMU,λ<=n,8192,1,48002,5.859619140625
HHDMU,λ<=n,8192,1,61749,7.5377197265625
HHDMU,λ<=n,8192,1,72201,8.8135986328125
HHDMU,λ<=n,8192,1,105186,12.840087890625
HHDMU,λ<=n,8192,1,64461,7.8687744140625
HHDMU,λ<=n,8192,1,73313,8.9493408203125
HHDMU,λ<=n,8192,1,54567,6.6610107421875
HHDMU,λ<=n,8192,1,50461,6.1597900390625
HHDMU,λ<=n,8192,1,72056,8.7958984375
HHDMU,λ<=n,8192,1,55272,6.7470703125
HHDMU,λ<=n,8192,1,79534,9.708740234375
HHDMU,λ<=n,8192,1,42678,5.209716796875
HHDMU,λ<=n,8192,1,66749,8.1480712890625
HHDMU,λ<=n,8192,1,51928,6.3388671875
HHDMU,λ<=n,8192,1,107512,13.1240234375
HHDMU,λ<=n,8192,1,50821,6.2037353515625
HHDMU,λ<=n,8192,1,48133,5.8756103515625
HHDMU,λ<=n,8192,1,64902,7.922607421875
HHDMU,λ<=n,8192,1,47188,5.76025390625
HHDMU,λ<=n,8192,1,53311,6.5076904296875
HHDMU,λ<=n,8192,1,44763,5.4642333984375
HHDMU,λ<=n,8192,1,49661,6.0621337890625
HHDMU,λ<=n,8192,1,143477,17.5142822265625
HHDMU,λ<=n,8192,1,55102,6.726318359375
HHDMU,λ<=n,8192,1,87806,10.718505859375
HHDMU,λ<=n,8192,1,52807,6.4461669921875
HHDMU,λ<=n,8192,1,64057,7.8194580078125
HHDMU,λ<=n,8192,1,50583,6.1746826171875
HHDMU,λ<=n,8192,1,67429,8.2310791015625
HHDMU,λ<=n,8192,1,66844,8.15966796875
HHDMU,λ<=n,8192,1,43479,5.3074951171875
HHDMU,λ<=n,8192,1,58490,7.139892578125
HHDMU,λ<=n,8192,1,49453,6.0367431640625
HHDMU,λ<=n,8192,1,50887,6.2117919921875
HHDMU,λ<=n,8192,1,52137,6.3643798828125
HHDMU,λ<=n,8192,1,45616,5.568359375
HHDMU,λ<=n,8192,1,46152,5.6337890625
HHDMU,λ<=n,8192,1,80432,9.818359375
HHDMU,λ<=n,8192,1,83444,10.18603515625
HHDMU,λ<=n,8192,1,46284,5.64990234375
HHDMU,λ<=n,8192,1,55821,6.8140869140625
HHDMU,λ<=n,8192,1,43655,5.3289794921875
HHDMU,λ<=n,8192,1,45429,5.5455322265625
HHDMU,λ<=n,8192,1,77423,9.4510498046875
HHDMU,λ<=n,8192,1,49735,6.0711669921875
HHDMU,λ<=n,8192,1,66854,8.160888671875
HHDMU,λ<=n,8192,1,48357,5.9029541015625
HHDMU,λ<=n,8192,1,45733,5.5826416015625
HHDMU,λ<=n,8192,1,43699,5.3343505859375
HHDMU,λ<=n,8192,1,85197,10.4000244140625
HHDMU,λ<=n,8192,1,83279,10.1658935546875
HHDMU,λ<=n,8192,1,63102,7.702880859375
HHDMU,λ<=n,8192,1,48093,5.8707275390625
HHDMU,λ<=n,8192,1,62316,7.60693359375
HHDMU,λ<=n,8192,1,79456,9.69921875
HHDMU,λ<=n,8192,1,53800,6.5673828125
HHDMU,λ<=n,8192,1,63842,7.793212890625
HHDMU,λ<=n,8192,1,55394,6.761962890625
HHDMU,λ<=n,8192,1,64389,7.8599853515625
HHDMU,λ<=n,8192,1,49210,6.007080078125
HHDMU,λ<=n,8192,1,47814,5.836669921875
HHDMU,λ<=n,8192,1,49952,6.09765625
HHDMU,λ<=n,8192,1,121860,14.87548828125
HHDMU,λ<=n,8192,1,50011,6.1048583984375
HHDMU,λ<=n,8192,1,52177,6.3692626953125
HHDMU,λ<=n,8192,1,74333,9.0738525390625
HHDMU,λ<=n,8192,1,50751,6.1951904296875
HHDMU,λ<=n,8192,1,50608,6.177734375
HHDMU,λ<=n,8192,1,51350,6.268310546875
HHDMU,λ<=n,8192,1,66791,8.1531982421875
HHDMU,λ<=n,8192,1,48293,5.8951416015625
HHDMU,λ<=n,8192,1,52244,6.37744140625
HHDMU,λ<=n,8192,1,68134,8.317138671875
HHLMU,λ<=n,8192,1,47703,5.8231201171875
HHLMU,λ<=n,8192,1,43219,5.2757568359375
HHLMU,λ<=n,8192,1,51203,6.2503662109375
HHLMU,λ<=n,8192,1,65424,7.986328125
HHLMU,λ<=n,8192,1,52848,6.451171875
HHLMU,λ<=n,8192,1,46917,5.7271728515625
HHLMU,λ<=n,8192,1,45468,5.55029296875
HHLMU,λ<=n,8192,1,45368,5.5380859375
HHLMU,λ<=n,8192,1,114919,14.0281982421875
HHLMU,λ<=n,8192,1,42842,5.229736328125
HHLMU,λ<=n,8192,1,48069,5.8677978515625
HHLMU,λ<=n,8192,1,68522,8.364501953125
HHLMU,λ<=n,8192,1,46703,5.7010498046875
HHLMU,λ<=n,8192,1,75916,9.26708984375
HHLMU,λ<=n,8192,1,65696,8.01953125
HHLMU,λ<=n,8192,1,61907,7.5570068359375
HHLMU,λ<=n,8192,1,92366,11.275146484375
HHLMU,λ<=n,8192,1,44358,5.414794921875
HHLMU,λ<=n,8192,1,70480,8.603515625
HHLMU,λ<=n,8192,1,45851,5.5970458984375
HHLMU,λ<=n,8192,1,49920,6.09375
HHLMU,λ<=n,8192,1,57361,7.0020751953125
HHLMU,λ<=n,8192,1,45645,5.5718994140625
HHLMU,λ<=n,8192,1,65439,7.9881591796875
HHLMU,λ<=n,8192,1,54715,6.6790771484375
HHLMU,λ<=n,8192,1,45684,5.57666015625
HHLMU,λ<=n,8192,1,66090,8.067626953125
HHLMU,λ<=n,8192,1,45330,5.533447265625
HHLMU,λ<=n,8192,1,44718,5.458740234375
HHLMU,λ<=n,8192,1,58282,7.114501953125
HHLMU,λ<=n,8192,1,69850,8.526611328125
HHLMU,λ<=n,8192,1,65319,7.9735107421875
HHLMU,λ<=n,8192,1,44334,5.411865234375
HHLMU,λ<=n,8192,1,52490,6.407470703125
HHLMU,λ<=n,8192,1,77549,9.4664306640625
HHLMU,λ<=n,8192,1,77707,9.4857177734375
HHLMU,λ<=n,8192,1,50405,6.1529541015625
HHLMU,λ<=n,8192,1,60560,7.392578125
HHLMU,λ<=n,8192,1,49198,6.005615234375
HHLMU,λ<=n,8192,1,49495,6.0418701171875
HHLMU,λ<=n,8192,1,47137,5.7540283203125
HHLMU,λ<=n,8192,1,90794,11.083251953125
HHLMU,λ<=n,8192,1,43633,5.3262939453125
HHLMU,λ<=n,8192,1,52311,6.3856201171875
HHLMU,λ<=n,8192,1,60609,7.3985595703125
HHLMU,λ<=n,8192,1,43089,5.2598876953125
HHLMU,λ<=n,8192,1,65425,7.9864501953125
HHLMU,λ<=n,8192,1,75056,9.162109375
HHLMU,λ<=n,8192,1,44613,5.4459228515625
HHLMU,λ<=n,8192,1,51463,6.2821044921875
HHLMU,λ<=n,8192,1,57752,7.0498046875
HHLMU,λ<=n,8192,1,44425,5.4229736328125
HHLMU,λ<=n,8192,1,74078,9.042724609375
HHLMU,λ<=n,8192,1,69028,8.42626953125
HHLMU,λ<=n,8192,1,43269,5.2818603515625
HHLMU,λ<=n,8192,1,58091,7.0911865234375
HHLMU,λ<=n,8192,1,58702,7.165771484375
HHLMU,λ<=n,8192,1,76094,9.288818359375
HHLMU,λ<=n,8192,1,54613,6.6666259765625
HHLMU,λ<=n,8192,1,68948,8.41650390625
HHLMU,λ<=n,8192,1,87806,10.718505859375
HHLMU,λ<=n,8192,1,44085,5.3814697265625
HHLMU,λ<=n,8192,1,46382,5.661865234375
HHLMU,λ<=n,8192,1,56192,6.859375
HHLMU,λ<=n,8192,1,73914,9.022705078125
HHLMU,λ<=n,8192,1,46663,5.6961669921875
HHLMU,λ<=n,8192,1,44784,5.466796875
HHLMU,λ<=n,8192,1,46774,5.709716796875
HHLMU,λ<=n,8192,1,44703,5.4569091796875
HHLMU,λ<=n,8192,1,53320,6.5087890625
HHLMU,λ<=n,8192,1,53554,6.537353515625
HHLMU,λ<=n,8192,1,52005,6.3482666015625
HHLMU,λ<=n,8192,1,118588,14.47607421875
HHLMU,λ<=n,8192,1,64602,7.885986328125
HHLMU,λ<=n,8192,1,45640,5.5712890625
HHLMU,λ<=n,8192,1,113203,13.8187255859375
HHLMU,λ<=n,8192,1,44310,5.408935546875
HHLMU,λ<=n,8192,1,57524,7.02197265625
HHLMU,λ<=n,8192,1,47296,5.7734375
HHLMU,λ<=n,8192,1,60941,7.4390869140625
HHLMU,λ<=n,8192,1,75977,9.2745361328125
HHLMU,λ<=n,8192,1,45338,5.534423828125
HHLMU,λ<=n,8192,1,42706,5.213134765625
HHLMU,λ<=n,8192,1,61497,7.5069580078125
HHLMU,λ<=n,8192,1,48587,5.9310302734375
HHLMU,λ<=n,8192,1,44258,5.402587890625
HHLMU,λ<=n,8192,1,44949,5.4869384765625
HHLMU,λ<=n,8192,1,76209,9.3028564453125
HHLMU,λ<=n,8192,1,51115,6.2396240234375
HHLMU,λ<=n,8192,1,51160,6.2451171875
HHLMU,λ<=n,8192,1,47917,5.8492431640625
HHLMU,λ<=n,8192,1,46739,5.7054443359375
HHLMU,λ<=n,8192,1,68216,8.3271484375
HHLMU,λ<=n,8192,1,48790,5.955810546875
HHLMU,λ<=n,8192,1,64258,7.843994140625
HHLMU,λ<=n,8192,1,50540,6.16943359375
HHLMU,λ<=n,8192,1,45411,5.5433349609375
HHLMU,λ<=n,8192,1,47428,5.78955078125
HHLMU,λ<=n,8192,1,63775,7.7850341796875
HHLMU,λ<=n,8192,1,48234,5.887939453125
HRLMU,λ<=n,8192,1,52894,6.456787109375
HRLMU,λ<=n,8192,1,49660,6.06201171875
HRLMU,λ<=n,8192,1,56647,6.9149169921875
HRLMU,λ<=n,8192,1,47301,5.7740478515625
HRLMU,λ<=n,8192,1,44077,5.3804931640625
HRLMU,λ<=n,8192,1,47928,5.8505859375
HRLMU,λ<=n,8192,1,114191,13.9393310546875
HRLMU,λ<=n,8192,1,79692,9.72802734375
HRLMU,λ<=n,8192,1,55711,6.8006591796875
HRLMU,λ<=n,8192,1,56550,6.903076171875
HRLMU,λ<=n,8192,1,79218,9.670166015625
HRLMU,λ<=n,8192,1,61457,7.5020751953125
HRLMU,λ<=n,8192,1,48502,5.920654296875
HRLMU,λ<=n,8192,1,99338,12.126220703125
HRLMU,λ<=n,8192,1,46652,5.69482421875
HRLMU,λ<=n,8192,1,52372,6.39306640625
HRLMU,λ<=n,8192,1,42832,5.228515625
HRLMU,λ<=n,8192,1,55391,6.7615966796875
HRLMU,λ<=n,8192,1,208538,25.456298828125
HRLMU,λ<=n,8192,1,54721,6.6798095703125
HRLMU,λ<=n,8192,1,66853,8.1607666015625
HRLMU,λ<=n,8192,1,49611,6.0560302734375
HRLMU,λ<=n,8192,1,64857,7.9171142578125
HRLMU,λ<=n,8192,1,118049,14.4102783203125
HRLMU,λ<=n,8192,1,185669,22.6646728515625
HRLMU,λ<=n,8192,1,97384,11.8876953125
HRLMU,λ<=n,8192,1,47384,5.7841796875
HRLMU,λ<=n,8192,1,57536,7.0234375
HRLMU,λ<=n,8192,1,41850,5.108642578125
HRLMU,λ<=n,8192,1,74452,9.08837890625
HRLMU,λ<=n,8192,1,65417,7.9854736328125
HRLMU,λ<=n,8192,1,64085,7.8228759765625
HRLMU,λ<=n,8192,1,75618,9.230712890625
HRLMU,λ<=n,8192,1,55803,6.8118896484375
HRLMU,λ<=n,8192,1,47263,5.7694091796875
HRLMU,λ<=n,8192,1,62463,7.6248779296875
HRLMU,λ<=n,8192,1,77860,9.50439453125
HRLMU,λ<=n,8192,1,48267,5.8919677734375
HRLMU,λ<=n,8192,1,47915,5.8489990234375
HRLMU,λ<=n,8192,1,67573,8.2486572265625
HRLMU,λ<=n,8192,1,55740,6.80419921875
HRLMU,λ<=n,8192,1,65295,7.9705810546875
HRLMU,λ<=n,8192,1,71654,8.746826171875
HRLMU,λ<=n,8192,1,83867,10.2376708984375
HRLMU,λ<=n,8192,1,159132,19.42529296875
HRLMU,λ<=n,8192,1,46665,5.6964111328125
HRLMU,λ<=n,8192,1,65888,8.04296875
HRLMU,λ<=n,8192,1,47511,5.7996826171875
HRLMU,λ<=n,8192,1,67289,8.2139892578125
HRLMU,λ<=n,8192,1,48911,5.9705810546875
HRLMU,λ<=n,8192,1,60283,7.3587646484375
HRLMU,λ<=n,8192,1,47890,5.845947265625
HRLMU,λ<=n,8192,1,47356,5.78076171875
HRLMU,λ<=n,8192,1,49791,6.0780029296875
HRLMU,λ<=n,8192,1,47363,5.7816162109375
HRLMU,λ<=n,8192,1,47353,5.7803955078125
HRLMU,λ<=n,8192,1,46462,5.671630859375
HRLMU,λ<=n,8192,1,51858,6.330322265625
HRLMU,λ<=n,8192,1,44898,5.480712890625
HRLMU,λ<=n,8192,1,51775,6.3201904296875
HRLMU,λ<=n,8192,1,48437,5.9127197265625
HRLMU,λ<=n,8192,1,44837,5.4732666015625
HRLMU,λ<=n,8192,1,52400,6.396484375
HRLMU,λ<=n,8192,1,49357,6.0250244140625
HRLMU,λ<=n,8192,1,86751,10.5897216796875
HRLMU,λ<=n,8192,1,47080,5.7470703125
HRLMU,λ<=n,8192,1,42344,5.1689453125
HRLMU,λ<=n,8192,1,186709,22.7916259765625
HRLMU,λ<=n,8192,1,56757,6.9283447265625
HRLMU,λ<=n,8192,1,55619,6.7894287109375
HRLMU,λ<=n,8192,1,85702,10.461669921875
HRLMU,λ<=n,8192,1,47981,5.8570556640625
HRLMU,λ<=n,8192,1,66210,8.082275390625
HRLMU,λ<=n,8192,1,57602,7.031494140625
HRLMU,λ<=n,8192,1,69580,8.49365234375
HRLMU,λ<=n,8192,1,59207,7.2274169921875
HRLMU,λ<=n,8192,1,79019,9.6458740234375
HRLMU,λ<=n,8192,1,48686,5.943115234375
HRLMU,λ<=n,8192,1,44906,5.481689453125
HRLMU,λ<=n,8192,1,77965,9.5172119140625
HRLMU,λ<=n,8192,1,46086,5.625732421875
HRLMU,λ<=n,8192,1,115408,14.087890625
HRLMU,λ<=n,8192,1,50090,6.114501953125
HRLMU,λ<=n,8192,1,48680,5.9423828125
HRLMU,λ<=n,8192,1,74726,9.121826171875
HRLMU,λ<=n,8192,1,65460,7.99072265625
HRLMU,λ<=n,8192,1,80171,9.7864990234375
HRLMU,λ<=n,8192,1,51128,6.2412109375
HRLMU,λ<=n,8192,1,58410,7.130126953125
HRLMU,λ<=n,8192,1,73296,8.947265625
HRLMU,λ<=n,8192,1,118603,14.4779052734375
HRLMU,λ<=n,8192,1,48093,5.8707275390625
HRLMU,λ<=n,8192,1,94622,11.550537109375
HRLMU,λ<=n,8192,1,50868,6.20947265625
HRLMU,λ<=n,8192,1,67095,8.1903076171875
HRLMU,λ<=n,8192,1,45623,5.5692138671875
HRLMU,λ<=n,8192,1,47606,5.811279296875
HRLMU,λ<=n,8192,1,73003,8.9114990234375
HRLMU,λ<=n,8192,1,62168,7.5888671875
HRLMU,λ<=n,8192,1,46145,5.6329345703125
HSLMU,λ<=n,8192,1,113087,13.8045654296875
HSLMU,λ<=n,8192,1,121606,14.844482421875
HSLMU,λ<=n,8192,1,104645,12.7740478515625
HSLMU,λ<=n,8192,1,70728,8.6337890625
HSLMU,λ<=n,8192,1,159815,19.5086669921875
HSLMU,λ<=n,8192,1,87136,10.63671875
HSLMU,λ<=n,8192,1,93837,11.4547119140625
HSLMU,λ<=n,8192,1,63376,7.736328125
HSLMU,λ<=n,8192,1,98882,12.070556640625
HSLMU,λ<=n,8192,1,138173,16.8668212890625
HSLMU,λ<=n,8192,1,62318,7.607177734375
HSLMU,λ<=n,8192,1,88702,10.827880859375
HSLMU,λ<=n,8192,1,107326,13.101318359375
HSLMU,λ<=n,8192,1,101794,12.426025390625
HSLMU,λ<=n,8192,1,91067,11.1165771484375
HSLMU,λ<=n,8192,1,135846,16.582763671875
HSLMU,λ<=n,8192,1,84963,10.3714599609375
HSLMU,λ<=n,8192,1,111180,13.57177734375
HSLMU,λ<=n,8192,1,76533,9.3424072265625
HSLMU,λ<=n,8192,1,134200,16.3818359375
HSLMU,λ<=n,8192,1,99215,12.1112060546875
HSLMU,λ<=n,8192,1,80569,9.8350830078125
HSLMU,λ<=n,8192,1,139669,17.0494384765625
HSLMU,λ<=n,8192,1,100877,12.3140869140625
HSLMU,λ<=n,8192,1,87787,10.7161865234375
HSLMU,λ<=n,8192,1,92833,11.3321533203125
HSLMU,λ<=n,8192,1,124347,15.1790771484375
HSLMU,λ<=n,8192,1,72551,8.8563232421875
HSLMU,λ<=n,8192,1,192950,23.553466796875
HSLMU,λ<=n,8192,1,69198,8.447021484375
HSLMU,λ<=n,8192,1,141654,17.291748046875
HSLMU,λ<=n,8192,1,75849,9.2589111328125
HSLMU,λ<=n,8192,1,93726,11.441162109375
HSLMU,λ<=n,8192,1,66960,8.173828125
HSLMU,λ<=n,8192,1,80039,9.7703857421875
HSLMU,λ<=n,8192,1,146180,17.84423828125
HSLMU,λ<=n,8192,1,233891,28.5511474609375
HSLMU,λ<=n,8192,1,137304,16.7607421875
HSLMU,λ<=n,8192,1,87310,10.657958984375
HSLMU,λ<=n,8192,1,303965,37.1051025390625
HSLMU,λ<=n,8192,1,120827,14.7493896484375
HSLMU,λ<=n,8192,1,298855,36.4813232421875
HSLMU,λ<=n,8192,1,120781,14.7437744140625
HSLMU,λ<=n,8192,1,114582,13.987060546875
HSLMU,λ<=n,8192,1,66182,8.078857421875
HSLMU,λ<=n,8192,1,122804,14.99072265625
HSLMU,λ<=n,8192,1,126177,15.4024658203125
HSLMU,λ<=n,8192,1,86853,10.6021728515625
HSLMU,λ<=n,8192,1,83867,10.2376708984375
HSLMU,λ<=n,8192,1,71223,8.6942138671875
HSLMU,λ<=n,8192,1,78984,9.6416015625
HSLMU,λ<=n,8192,1,103765,12.6666259765625
HSLMU,λ<=n,8192,1,77663,9.4803466796875
HSLMU,λ<=n,8192,1,87172,10.64111328125
HSLMU,λ<=n,8192,1,73230,8.939208984375
HSLMU,λ<=n,8192,1,130457,15.9249267578125
HSLMU,λ<=n,8192,1,99546,12.151611328125
HSLMU,λ<=n,8192,1,73418,8.962158203125
HSLMU,λ<=n,8192,1,239327,29.2147216796875
HSLMU,λ<=n,8192,1,106078,12.948974609375
HSLMU,λ<=n,8192,1,76810,9.376220703125
HSLMU,λ<=n,8192,1,80208,9.791015625
HSLMU,λ<=n,8192,1,67900,8.28857421875
HSLMU,λ<=n,8192,1,81409,9.9376220703125
HSLMU,λ<=n,8192,1,136760,16.6943359375
HSLMU,λ<=n,8192,1,92794,11.327392578125
HSLMU,λ<=n,8192,1,146034,17.826416015625
HSLMU,λ<=n,8192,1,97583,11.9119873046875
HSLMU,λ<=n,8192,1,101134,12.345458984375
HSLMU,λ<=n,8192,1,194089,23.6925048828125
HSLMU,λ<=n,8192,1,185440,22.63671875
HSLMU,λ<=n,8192,1,254806,31.104248046875
HSLMU,λ<=n,8192,1,83161,10.1514892578125
HSLMU,λ<=n,8192,1,71542,8.733154296875
HSLMU,λ<=n,8192,1,145739,17.7904052734375
HSLMU,λ<=n,8192,1,101007,12.3299560546875
HSLMU,λ<=n,8192,1,78039,9.5262451171875
HSLMU,λ<=n,8192,1,186565,22.7740478515625
HSLMU,λ<=n,8192,1,113306,13.831298828125
HSLMU,λ<=n,8192,1,111203,13.5745849609375
HSLMU,λ<=n,8192,1,110323,13.4671630859375
HSLMU,λ<=n,8192,1,58303,7.1170654296875
HSLMU,λ<=n,8192,1,62857,7.6729736328125
HSLMU,λ<=n,8192,1,121919,14.8826904296875
HSLMU,λ<=n,8192,1,88227,10.7698974609375
HSLMU,λ<=n,8192,1,345183,42.1365966796875
HSLMU,λ<=n,8192,1,114241,13.9454345703125
HSLMU,λ<=n,8192,1,82119,10.0242919921875
HSLMU,λ<=n,8192,1,88285,10.7769775390625
HSLMU,λ<=n,8192,1,228474,27.889892578125
HSLMU,λ<=n,8192,1,198081,24.1798095703125
HSLMU,λ<=n,8192,1,90525,11.0504150390625
HSLMU,λ<=n,8192,1,86919,10.6102294921875
HSLMU,λ<=n,8192,1,77786,9.495361328125
HSLMU,λ<=n,8192,1,62635,7.6458740234375
HSLMU,λ<=n,8192,1,86201,10.5225830078125
HSLMU,λ<=n,8192,1,102283,12.4857177734375
HSLMU,λ<=n,8192,1,200568,24.4833984375
HSLMU,λ<=n,8192,1,131969,16.1094970703125
HSLMU,λ<=n,8192,1,205290,25.059814453125
HSDIU,λ<=n,8192,1,125901,15.3687744140625
HSDIU,λ<=n,8192,1,144881,17.6856689453125
HSDIU,λ<=n,8192,1,241947,29.5345458984375
HSDIU,λ<=n,8192,1,103050,12.579345703125
HSDIU,λ<=n,8192,1,156382,19.089599609375
HSDIU,λ<=n,8192,1,99770,12.178955078125
HSDIU,λ<=n,8192,1,86969,10.6163330078125
HSDIU,λ<=n,8192,1,130849,15.9727783203125
HSDIU,λ<=n,8192,1,266175,32.4920654296875
HSDIU,λ<=n,8192,1,107306,13.098876953125
HSDIU,λ<=n,8192,1,84073,10.2628173828125
HSDIU,λ<=n,8192,1,99712,12.171875
HSDIU,λ<=n,8192,1,126236,15.40966796875
HSDIU,λ<=n,8192,1,128426,15.677001953125
HSDIU,λ<=n,8192,1,254216,31.0322265625
HSDIU,λ<=n,8192,1,132031,16.1170654296875
HSDIU,λ<=n,8192,1,91529,11.1729736328125
HSDIU,λ<=n,8192,1,86921,10.6104736328125
HSDIU,λ<=n,8192,1,143488,17.515625
HSDIU,λ<=n,8192,1,102778,12.546142578125
HSDIU,λ<=n,8192,1,113478,13.852294921875
HSDIU,λ<=n,8192,1,109860,13.41064453125
HSDIU,λ<=n,8192,1,97515,11.9036865234375
HSDIU,λ<=n,8192,1,79318,9.682373046875
HSDIU,λ<=n,8192,1,99442,12.138916015625
HSDIU,λ<=n,8192,1,139404,17.01708984375
HSDIU,λ<=n,8192,1,174393,21.2882080078125
HSDIU,λ<=n,8192,1,108057,13.1905517578125
HSDIU,λ<=n,8192,1,166906,20.374267578125
HSDIU,λ<=n,8192,1,87621,10.6959228515625
HSDIU,λ<=n,8192,1,96572,11.78857421875
HSDIU,λ<=n,8192,1,92496,11.291015625
HSDIU,λ<=n,8192,1,89447,10.9188232421875
HSDIU,λ<=n,8192,1,160496,19.591796875
HSDIU,λ<=n,8192,1,95065,11.6046142578125
HSDIU,λ<=n,8192,1,118354,14.447509765625
HSDIU,λ<=n,8192,1,125638,15.336669921875
HSDIU,λ<=n,8192,1,101282,12.363525390625
HSDIU,λ<=n,8192,1,112951,13.7879638671875
HSDIU,λ<=n,8192,1,116995,14.2816162109375
HSDIU,λ<=n,8192,1,128579,15.6956787109375
HSDIU,λ<=n,8192,1,145687,17.7840576171875
HSDIU,λ<=n,8192,1,152353,18.5977783203125
HSDIU,λ<=n,8192,1,139996,17.08935546875
HSDIU,λ<=n,8192,1,105032,12.8212890625
HSDIU,λ<=n,8192,1,138365,16.8902587890625
HSDIU,λ<=n,8192,1,137451,16.7786865234375
HSDIU,λ<=n,8192,1,141216,17.23828125
HSDIU,λ<=n,8192,1,117709,14.3687744140625
HSDIU,λ<=n,8192,1,164479,20.0780029296875
HSDIU,λ<=n,8192,1,117906,14.392822265625
HSDIU,λ<=n,8192,1,107577,13.1319580078125
HSDIU,λ<=n,8192,1,92824,11.3310546875
HSDIU,λ<=n,8192,1,95695,11.6815185546875
HSDIU,λ<=n,8192,1,135499,16.5404052734375
HSDIU,λ<=n,8192,1,96815,11.8182373046875
HSDIU,λ<=n,8192,1,212079,25.8885498046875
HSDIU,λ<=n,8192,1,120670,14.730224609375
HSDIU,λ<=n,8192,1,102437,12.5045166015625
HSDIU,λ<=n,8192,1,102852,12.55517578125
HSDIU,λ<=n,8192,1,102872,12.5576171875
HSDIU,λ<=n,8192,1,90875,11.0931396484375
HSDIU,λ<=n,8192,1,155568,18.990234375
HSDIU,λ<=n,8192,1,93286,11.387451171875
HSDIU,λ<=n,8192,1,125980,15.37841796875
HSDIU,λ<=n,8192,1,107080,13.0712890625
HSDIU,λ<=n,8192,1,148101,18.0787353515625
HSDIU,λ<=n,8192,1,106737,13.0294189453125
HSDIU,λ<=n,8192,1,81658,9.968017578125
HSDIU,λ<=n,8192,1,137275,16.7572021484375
HSDIU,λ<=n,8192,1,111728,13.638671875
HSDIU,λ<=n,8192,1,133761,16.3282470703125
HSDIU,λ<=n,8192,1,87584,10.69140625
HSDIU,λ<=n,8192,1,107415,13.1121826171875
HSDIU,λ<=n,8192,1,114062,13.923583984375
HSDIU,λ<=n,8192,1,102378,12.497314453125
HSDIU,λ<=n,8192,1,121675,14.8529052734375
HSDIU,λ<=n,8192,1,103311,12.6112060546875
HSDIU,λ<=n,8192,1,91035,11.1126708984375
HSDIU,λ<=n,8192,1,245848,30.0107421875
HSDIU,λ<=n,8192,1,151023,18.4354248046875
HSDIU,λ<=n,8192,1,100111,12.2205810546875
HSDIU,λ<=n,8192,1,102859,12.5560302734375
HSDIU,λ<=n,8192,1,113414,13.844482421875
HSDIU,λ<=n,8192,1,95359,11.6405029296875
HSDIU,λ<=n,8192,1,104677,12.7779541015625
HSDIU,λ<=n,8192,1,113684,13.87744140625
HSDIU,λ<=n,8192,1,121507,14.8323974609375
HSDIU,λ<=n,8192,1,84937,10.3682861328125
HSDIU,λ<=n,8192,1,193795,23.6566162109375
HSDIU,λ<=n,8192,1,90192,11.009765625
HSDIU,λ<=n,8192,1,142568,17.4033203125
HSDIU,λ<=n,8192,1,88388,10.78955078125
HSDIU,λ<=n,8192,1,92557,11.2984619140625
HSDIU,λ<=n,8192,1,119110,14.539794921875
HSDIU,λ<=n,8192,1,113453,13.8492431640625
HSDIU,λ<=n,8192,1,141022,17.214599609375
HSDIU,λ<=n,8192,1,198982,24.289794921875
HSDIU,λ<=n,8192,1,126745,15.4718017578125
HSDIU,λ<=n,8192,1,130261,15.9010009765625
HRDIU,λ<=n,8192,1,76568,9.3466796875
HRDIU,λ<=n,8192,1,64321,7.8516845703125
HRDIU,λ<=n,8192,1,70883,8.6527099609375
HRDIU,λ<=n,8192,1,68059,8.3079833984375
HRDIU,λ<=n,8192,1,58144,7.09765625
HRDIU,λ<=n,8192,1,101563,12.3978271484375
HRDIU,λ<=n,8192,1,65654,8.014404296875
HRDIU,λ<=n,8192,1,95554,11.664306640625
HRDIU,λ<=n,8192,1,85373,10.4215087890625
HRDIU,λ<=n,8192,1,82380,10.05615234375
HRDIU,λ<=n,8192,1,88538,10.807861328125
HRDIU,λ<=n,8192,1,80326,9.805419921875
HRDIU,λ<=n,8192,1,64283,7.8470458984375
HRDIU,λ<=n,8192,1,71302,8.703857421875
HRDIU,λ<=n,8192,1,63728,7.779296875
HRDIU,λ<=n,8192,1,84887,10.3621826171875
HRDIU,λ<=n,8192,1,93030,11.356201171875
HRDIU,λ<=n,8192,1,70958,8.661865234375
HRDIU,λ<=n,8192,1,88826,10.843017578125
HRDIU,λ<=n,8192,1,86752,10.58984375
HRDIU,λ<=n,8192,1,64495,7.8729248046875
HRDIU,λ<=n,8192,1,115514,14.100830078125
HRDIU,λ<=n,8192,1,74174,9.054443359375
HRDIU,λ<=n,8192,1,72530,8.853759765625
HRDIU,λ<=n,8192,1,107891,13.1702880859375
HRDIU,λ<=n,8192,1,93926,11.465576171875
HRDIU,λ<=n,8192,1,160461,19.5875244140625
HRDIU,λ<=n,8192,1,87115,10.6341552734375
HRDIU,λ<=n,8192,1,70768,8.638671875
HRDIU,λ<=n,8192,1,100827,12.3079833984375
HRDIU,λ<=n,8192,1,167801,20.4835205078125
HRDIU,λ<=n,8192,1,94975,11.5936279296875
HRDIU,λ<=n,8192,1,77386,9.446533203125
HRDIU,λ<=n,8192,1,68920,8.4130859375
HRDIU,λ<=n,8192,1,85139,10.3929443359375
HRDIU,λ<=n,8192,1,72153,8.8077392578125
HRDIU,λ<=n,8192,1,90801,11.0841064453125
HRDIU,λ<=n,8192,1,114027,13.9193115234375
HRDIU,λ<=n,8192,1,81670,9.969482421875
HRDIU,λ<=n,8192,1,86662,10.578857421875
HRDIU,λ<=n,8192,1,73221,8.9381103515625
HRDIU,λ<=n,8192,1,72422,8.840576171875
HRDIU,λ<=n,8192,1,78763,9.6146240234375
HRDIU,λ<=n,8192,1,64252,7.84326171875
HRDIU,λ<=n,8192,1,75383,9.2020263671875
HRDIU,λ<=n,8192,1,72036,8.79345703125
HRDIU,λ<=n,8192,1,63839,7.7928466796875
HRDIU,λ<=n,8192,1,99840,12.1875
HRDIU,λ<=n,8192,1,105784,12.9130859375
HRDIU,λ<=n,8192,1,93818,11.452392578125
HRDIU,λ<=n,8192,1,66923,8.1693115234375
HRDIU,λ<=n,8192,1,73414,8.961669921875
HRDIU,λ<=n,8192,1,66073,8.0655517578125
HRDIU,λ<=n,8192,1,70059,8.5521240234375
HRDIU,λ<=n,8192,1,118817,14.5040283203125
HRDIU,λ<=n,8192,1,65815,8.0340576171875
HRDIU,λ<=n,8192,1,60180,7.34619140625
HRDIU,λ<=n,8192,1,84676,10.33642578125
HRDIU,λ<=n,8192,1,91274,11.141845703125
HRDIU,λ<=n,8192,1,66743,8.1473388671875
HRDIU,λ<=n,8192,1,98499,12.0238037109375
HRDIU,λ<=n,8192,1,67750,8.270263671875
HRDIU,λ<=n,8192,1,70851,8.6488037109375
HRDIU,λ<=n,8192,1,64804,7.91064453125
HRDIU,λ<=n,8192,1,95596,11.66943359375
HRDIU,λ<=n,8192,1,76833,9.3790283203125
HRDIU,λ<=n,8192,1,61926,7.559326171875
HRDIU,λ<=n,8192,1,146530,17.886962890625
HRDIU,λ<=n,8192,1,86771,10.5921630859375
HRDIU,λ<=n,8192,1,66560,8.125
HRDIU,λ<=n,8192,1,107025,13.0645751953125
HRDIU,λ<=n,8192,1,70542,8.611083984375
HRDIU,λ<=n,8192,1,63707,7.7767333984375
HRDIU,λ<=n,8192,1,123345,15.0567626953125
HRDIU,λ<=n,8192,1,79375,9.6893310546875
HRDIU,λ<=n,8192,1,83070,10.140380859375
HRDIU,λ<=n,8192,1,119598,14.599365234375
HRDIU,λ<=n,8192,1,87811,10.7191162109375
HRDIU,λ<=n,8192,1,69116,8.43701171875
HRDIU,λ<=n,8192,1,83601,10.2052001953125
HRDIU,λ<=n,8192,1,63912,7.8017578125
HRDIU,λ<=n,8192,1,88863,10.8475341796875
HRDIU,λ<=n,8192,1,62078,7.577880859375
HRDIU,λ<=n,8192,1,61555,7.5140380859375
HRDIU,λ<=n,8192,1,68037,8.3052978515625
HRDIU,λ<=n,8192,1,64919,7.9246826171875
HRDIU,λ<=n,8192,1,69623,8.4989013671875
HRDIU,λ<=n,8192,1,73657,8.9913330078125
HRDIU,λ<=n,8192,1,77901,9.5093994140625
HRDIU,λ<=n,8192,1,90499,11.0472412109375
HRDIU,λ<=n,8192,1,113703,13.8797607421875
HRDIU,λ<=n,8192,1,86631,10.5750732421875
HRDIU,λ<=n,8192,1,125225,15.2862548828125
HRDIU,λ<=n,8192,1,91504,11.169921875
HRDIU,λ<=n,8192,1,74737,9.1231689453125
HRDIU,λ<=n,8192,1,86333,10.5386962890625
HRDIU,λ<=n,8192,1,110487,13.4871826171875
HRDIU,λ<=n,8192,1,102187,12.4739990234375
HRDIU,λ<=n,8192,1,75285,9.1900634765625
HRDIU,λ<=n,8192,1,67342,8.220458984375
HHDIU,λ<=n,8192,1,98332,12.00341796875
HHDIU,λ<=n,8192,1,69783,8.5184326171875
HHDIU,λ<=n,8192,1,55480,6.7724609375
HHDIU,λ<=n,8192,1,105534,12.882568359375
HHDIU,λ<=n,8192,1,56172,6.85693359375
HHDIU,λ<=n,8192,1,125390,15.306396484375
HHDIU,λ<=n,8192,1,59189,7.2252197265625
HHDIU,λ<=n,8192,1,78687,9.6053466796875
HHDIU,λ<=n,8192,1,70073,8.5538330078125
HHDIU,λ<=n,8192,1,65897,8.0440673828125
HHDIU,λ<=n,8192,1,86894,10.607177734375
HHDIU,λ<=n,8192,1,78931,9.6351318359375
HHDIU,λ<=n,8192,1,72252,8.81982421875
HHDIU,λ<=n,8192,1,81543,9.9539794921875
HHDIU,λ<=n,8192,1,82313,10.0479736328125
HHDIU,λ<=n,8192,1,63665,7.7716064453125
HHDIU,λ<=n,8192,1,118950,14.520263671875
HHDIU,λ<=n,8192,1,90918,11.098388671875
HHDIU,λ<=n,8192,1,59913,7.3135986328125
HHDIU,λ<=n,8192,1,126904,15.4912109375
HHDIU,λ<=n,8192,1,84827,10.3548583984375
HHDIU,λ<=n,8192,1,69933,8.5367431640625
HHDIU,λ<=n,8192,1,60353,7.3673095703125
HHDIU,λ<=n,8192,1,80503,9.8270263671875
HHDIU,λ<=n,8192,1,95393,11.6446533203125
HHDIU,λ<=n,8192,1,117654,14.362060546875
HHDIU,λ<=n,8192,1,67548,8.24560546875
HHDIU,λ<=n,8192,1,79652,9.72314453125
HHDIU,λ<=n,8192,1,102023,12.4539794921875
HHDIU,λ<=n,8192,1,72949,8.9049072265625
HHDIU,λ<=n,8192,1,107057,13.0684814453125
HHDIU,λ<=n,8192,1,76342,9.319091796875
HHDIU,λ<=n,8192,1,94132,11.49072265625
HHDIU,λ<=n,8192,1,67800,8.2763671875
HHDIU,λ<=n,8192,1,60140,7.34130859375
HHDIU,λ<=n,8192,1,65332,7.97509765625
HHDIU,λ<=n,8192,1,96494,11.779052734375
HHDIU,λ<=n,8192,1,71648,8.74609375
HHDIU,λ<=n,8192,1,69091,8.4339599609375
HHDIU,λ<=n,8192,1,81156,9.90673828125
HHDIU,λ<=n,8192,1,68399,8.3494873046875
HHDIU,λ<=n,8192,1,69947,8.5384521484375
HHDIU,λ<=n,8192,1,104131,12.7113037109375
HHDIU,λ<=n,8192,1,73641,8.9893798828125
HHDIU,λ<=n,8192,1,84649,10.3331298828125
HHDIU,λ<=n,8192,1,87896,10.7294921875
HHDIU,λ<=n,8192,1,69673,8.5050048828125
HHDIU,λ<=n,8192,1,64021,7.8150634765625
HHDIU,λ<=n,8192,1,60714,7.411376953125
HHDIU,λ<=n,8192,1,76181,9.2994384765625
HHDIU,λ<=n,8192,1,74518,9.096435546875
HHDIU,λ<=n,8192,1,99433,12.1378173828125
HHDIU,λ<=n,8192,1,65586,8.006103515625
HHDIU,λ<=n,8192,1,112369,13.7169189453125
HHDIU,λ<=n,8192,1,59242,7.231689453125
HHDIU,λ<=n,8192,1,101452,12.38427734375
HHDIU,λ<=n,8192,1,59196,7.22607421875
HHDIU,λ<=n,8192,1,65153,7.9532470703125
HHDIU,λ<=n,8192,1,82113,10.0235595703125
HHDIU,λ<=n,8192,1,100044,12.21240234375
HHDIU,λ<=n,8192,1,58971,7.1986083984375
HHDIU,λ<=n,8192,1,117341,14.3238525390625
HHDIU,λ<=n,8192,1,72685,8.8726806640625
HHDIU,λ<=n,8192,1,81244,9.91748046875
HHDIU,λ<=n,8192,1,66566,8.125732421875
HHDIU,λ<=n,8192,1,69377,8.4688720703125
HHDIU,λ<=n,8192,1,76677,9.3599853515625
HHDIU,λ<=n,8192,1,58858,7.184814453125
HHDIU,λ<=n,8192,1,83221,10.1588134765625
HHDIU,λ<=n,8192,1,93993,11.4737548828125
HHDIU,λ<=n,8192,1,77368,9.4443359375
HHDIU,λ<=n,8192,1,58487,7.1395263671875
HHDIU,λ<=n,8192,1,108428,13.23583984375
HHDIU,λ<=n,8192,1,99270,12.117919921875
HHDIU,λ<=n,8192,1,65192,7.9580078125
HHDIU,λ<=n,8192,1,94657,11.5548095703125
HHDIU,λ<=n,8192,1,73567,8.9803466796875
HHDIU,λ<=n,8192,1,79278,9.677490234375
HHDIU,λ<=n,8192,1,63895,7.7996826171875
HHDIU,λ<=n,8192,1,97423,11.8924560546875
HHDIU,λ<=n,8192,1,68998,8.422607421875
HHDIU,λ<=n,8192,1,81446,9.942138671875
HHDIU,λ<=n,8192,1,79741,9.7340087890625
HHDIU,λ<=n,8192,1,86885,10.6060791015625
HHDIU,λ<=n,8192,1,104372,12.74072265625
HHDIU,λ<=n,8192,1,108934,13.297607421875
HHDIU,λ<=n,8192,1,66499,8.1175537109375
HHDIU,λ<=n,8192,1,59333,7.2427978515625
HHDIU,λ<=n,8192,1,104035,12.6995849609375
HHDIU,λ<=n,8192,1,58283,7.1146240234375
HHDIU,λ<=n,8192,1,76301,9.3140869140625
HHDIU,λ<=n,8192,1,94347,11.5169677734375
HHDIU,λ<=n,8192,1,86377,10.5440673828125
HHDIU,λ<=n,8192,1,62564,7.63720703125
HHDIU,λ<=n,8192,1,61704,7.5322265625
HHDIU,λ<=n,8192,1,56380,6.88232421875
HHDIU,λ<=n,8192,1,83014,10.133544921875
HHDIU,λ<=n,8192,1,72593,8.8614501953125
HHDIU,λ<=n,8192,1,78210,9.547119140625
HHDIU,λ<=n,8192,1,74039,9.0379638671875
HHLIU,λ<=n,8192,1,58737,7.1700439453125
HHLIU,λ<=n,8192,1,82459,10.0657958984375
HHLIU,λ<=n,8192,1,69887,8.5311279296875
HHLIU,λ<=n,8192,1,77941,9.5142822265625
HHLIU,λ<=n,8192,1,83747,10.2230224609375
HHLIU,λ<=n,8192,1,69584,8.494140625
HHLIU,λ<=n,8192,1,84392,10.3017578125
HHLIU,λ<=n,8192,1,109644,13.38427734375
HHLIU,λ<=n,8192,1,82346,10.052001953125
HHLIU,λ<=n,8192,1,67856,8.283203125
HHLIU,λ<=n,8192,1,85713,10.4630126953125
HHLIU,λ<=n,8192,1,63251,7.7210693359375
HHLIU,λ<=n,8192,1,75932,9.26904296875
HHLIU,λ<=n,8192,1,90316,11.02490234375
HHLIU,λ<=n,8192,1,79836,9.74560546875
HHLIU,λ<=n,8192,1,97547,11.9075927734375
HHLIU,λ<=n,8192,1,82128,10.025390625
HHLIU,λ<=n,8192,1,71736,8.7568359375
HHLIU,λ<=n,8192,1,76855,9.3817138671875
HHLIU,λ<=n,8192,1,72102,8.801513671875
HHLIU,λ<=n,8192,1,78590,9.593505859375
HHLIU,λ<=n,8192,1,61683,7.5296630859375
HHLIU,λ<=n,8192,1,103645,12.6519775390625
HHLIU,λ<=n,8192,1,87019,10.6224365234375
HHLIU,λ<=n,8192,1,92586,11.302001953125
HHLIU,λ<=n,8192,1,92503,11.2918701171875
HHLIU,λ<=n,8192,1,72099,8.8011474609375
HHLIU,λ<=n,8192,1,95559,11.6649169921875
HHLIU,λ<=n,8192,1,75413,9.2056884765625
HHLIU,λ<=n,8192,1,79142,9.660888671875
HHLIU,λ<=n,8192,1,70225,8.5723876953125
HHLIU,λ<=n,8192,1,81404,9.93701171875
HHLIU,λ<=n,8192,1,85773,10.4703369140625
HHLIU,λ<=n,8192,1,70773,8.6392822265625
HHLIU,λ<=n,8192,1,64085,7.8228759765625
HHLIU,λ<=n,8192,1,80678,9.848388671875
HHLIU,λ<=n,8192,1,62434,7.621337890625
HHLIU,λ<=n,8192,1,75618,9.230712890625
HHLIU,λ<=n,8192,1,88907,10.8529052734375
HHLIU,λ<=n,8192,1,67555,8.2464599609375
HHLIU,λ<=n,8192,1,74891,9.1419677734375
HHLIU,λ<=n,8192,1,74917,9.1451416015625
HHLIU,λ<=n,8192,1,88284,10.77685546875
HHLIU,λ<=n,8192,1,80635,9.8431396484375
HHLIU,λ<=n,8192,1,56400,6.884765625
HHLIU,λ<=n,8192,1,79499,9.7044677734375
HHLIU,λ<=n,8192,1,67659,8.2591552734375
HHLIU,λ<=n,8192,1,69469,8.4801025390625
HHLIU,λ<=n,8192,1,63050,7.696533203125
HHLIU,λ<=n,8192,1,82594,10.082275390625
HHLIU,λ<=n,8192,1,69909,8.5338134765625
HHLIU,λ<=n,8192,1,85912,10.4873046875
HHLIU,λ<=n,8192,1,64785,7.9083251953125
HHLIU,λ<=n,8192,1,95610,11.671142578125
HHLIU,λ<=n,8192,1,78316,9.56005859375
HHLIU,λ<=n,8192,1,75392,9.203125
HHLIU,λ<=n,8192,1,94512,11.537109375
HHLIU,λ<=n,8192,1,83852,10.23583984375
HHLIU,λ<=n,8192,1,64677,7.8951416015625
HHLIU,λ<=n,8192,1,98977,12.0821533203125
HHLIU,λ<=n,8192,1,86296,10.5341796875
HHLIU,λ<=n,8192,1,66236,8.08544921875
HHLIU,λ<=n,8192,1,95582,11.667724609375
HHLIU,λ<=n,8192,1,59766,7.295654296875
HHLIU,λ<=n,8192,1,72629,8.8658447265625
HHLIU,λ<=n,8192,1,69052,8.42919921875
HHLIU,λ<=n,8192,1,75400,9.2041015625
HHLIU,λ<=n,8192,1,74002,9.033447265625
HHLIU,λ<=n,8192,1,53726,6.558349609375
HHLIU,λ<=n,8192,1,68232,8.3291015625
HHLIU,λ<=n,8192,1,69255,8.4539794921875
HHLIU,λ<=n,8192,1,105889,12.9259033203125
HHLIU,λ<=n,8192,1,87626,10.696533203125
HHLIU,λ<=n,8192,1,60977,7.4434814453125
HHLIU,λ<=n,8192,1,62989,7.6890869140625
HHLIU,λ<=n,8192,1,67660,8.25927734375
HHLIU,λ<=n,8192,1,82072,10.0185546875
HHLIU,λ<=n,8192,1,99718,12.172607421875
HHLIU,λ<=n,8192,1,60402,7.373291015625
HHLIU,λ<=n,8192,1,77939,9.5140380859375
HHLIU,λ<=n,8192,1,78110,9.534912109375
HHLIU,λ<=n,8192,1,79508,9.70556640625
HHLIU,λ<=n,8192,1,71680,8.75
HHLIU,λ<=n,8192,1,100227,12.2347412109375
HHLIU,λ<=n,8192,1,88011,10.7435302734375
HHLIU,λ<=n,8192,1,89596,10.93701171875
HHLIU,λ<=n,8192,1,72188,8.81201171875
HHLIU,λ<=n,8192,1,69261,8.4547119140625
HHLIU,λ<=n,8192,1,82840,10.1123046875
HHLIU,λ<=n,8192,1,70516,8.60791015625
HHLIU,λ<=n,8192,1,88134,10.758544921875
HHLIU,λ<=n,8192,1,76430,9.329833984375
HHLIU,λ<=n,8192,1,89204,10.88916015625
HHLIU,λ<=n,8192,1,80255,9.7967529296875
HHLIU,λ<=n,8192,1,75263,9.1873779296875
HHLIU,λ<=n,8192,1,95907,11.7073974609375
HHLIU,λ<=n,8192,1,76558,9.345458984375
HHLIU,λ<=n,8192,1,76869,9.3834228515625
HHLIU,λ<=n,8192,1,79539,9.7093505859375
HHLIU,λ<=n,8192,1,95535,11.6619873046875
HRLIU,λ<=n,8192,1,77618,9.474853515625
HRLIU,λ<=n,8192,1,135235,16.5081787109375
HRLIU,λ<=n,8192,1,67862,8.283935546875
HRLIU,λ<=n,8192,1,64516,7.87548828125
HRLIU,λ<=n,8192,1,79228,9.67138671875
HRLIU,λ<=n,8192,1,106758,13.031982421875
HRLIU,λ<=n,8192,1,113933,13.9078369140625
HRLIU,λ<=n,8192,1,74243,9.0628662109375
HRLIU,λ<=n,8192,1,88938,10.856689453125
HRLIU,λ<=n,8192,1,111599,13.6229248046875
HRLIU,λ<=n,8192,1,101148,12.34716796875
HRLIU,λ<=n,8192,1,63632,7.767578125
HRLIU,λ<=n,8192,1,81410,9.937744140625
HRLIU,λ<=n,8192,1,64721,7.9005126953125
HRLIU,λ<=n,8192,1,61300,7.48291015625
HRLIU,λ<=n,8192,1,73197,8.9351806640625
HRLIU,λ<=n,8192,1,80772,9.85986328125
HRLIU,λ<=n,8192,1,65006,7.935302734375
HRLIU,λ<=n,8192,1,88576,10.8125
HRLIU,λ<=n,8192,1,78724,9.60986328125
HRLIU,λ<=n,8192,1,69271,8.4559326171875
HRLIU,λ<=n,8192,1,68441,8.3546142578125
HRLIU,λ<=n,8192,1,64884,7.92041015625
HRLIU,λ<=n,8192,1,80935,9.8797607421875
HRLIU,λ<=n,8192,1,67544,8.2451171875
HRLIU,λ<=n,8192,1,75375,9.2010498046875
HRLIU,λ<=n,8192,1,96234,11.747314453125
HRLIU,λ<=n,8192,1,80544,9.83203125
HRLIU,λ<=n,8192,1,114290,13.951416015625
HRLIU,λ<=n,8192,1,78233,9.5499267578125
HRLIU,λ<=n,8192,1,70156,8.56396484375
HRLIU,λ<=n,8192,1,58564,7.14892578125
HRLIU,λ<=n,8192,1,71537,8.7325439453125
HRLIU,λ<=n,8192,1,86260,10.52978515625
HRLIU,λ<=n,8192,1,102561,12.5196533203125
HRLIU,λ<=n,8192,1,66062,8.064208984375
HRLIU,λ<=n,8192,1,72443,8.8431396484375
HRLIU,λ<=n,8192,1,61075,7.4554443359375
HRLIU,λ<=n,8192,1,72817,8.8887939453125
HRLIU,λ<=n,8192,1,91100,11.12060546875
HRLIU,λ<=n,8192,1,63302,7.727294921875
HRLIU,λ<=n,8192,1,58354,7.123291015625
HRLIU,λ<=n,8192,1,74910,9.144287109375
HRLIU,λ<=n,8192,1,76931,9.3909912109375
HRLIU,λ<=n,8192,1,68584,8.3720703125
HRLIU,λ<=n,8192,1,69929,8.5362548828125
HRLIU,λ<=n,8192,1,107177,13.0831298828125
HRLIU,λ<=n,8192,1,78187,9.5443115234375
HRLIU,λ<=n,8192,1,68306,8.338134765625
HRLIU,λ<=n,8192,1,77117,9.4136962890625
HRLIU,λ<=n,8192,1,76160,9.296875
HRLIU,λ<=n,8192,1,121849,14.8741455078125
HRLIU,λ<=n,8192,1,63583,7.7615966796875
HRLIU,λ<=n,8192,1,80841,9.8682861328125
HRLIU,λ<=n,8192,1,89784,10.9599609375
HRLIU,λ<=n,8192,1,80415,9.8162841796875
HRLIU,λ<=n,8192,1,107080,13.0712890625
HRLIU,λ<=n,8192,1,101901,12.4390869140625
HRLIU,λ<=n,8192,1,61687,7.5301513671875
HRLIU,λ<=n,8192,1,77811,9.4984130859375
HRLIU,λ<=n,8192,1,101199,12.3533935546875
HRLIU,λ<=n,8192,1,96230,11.746826171875
HRLIU,λ<=n,8192,1,89948,10.97998046875
HRLIU,λ<=n,8192,1,84409,10.3038330078125
HRLIU,λ<=n,8192,1,69350,8.465576171875
HRLIU,λ<=n,8192,1,112299,13.7083740234375
HRLIU,λ<=n,8192,1,85035,10.3802490234375
HRLIU,λ<=n,8192,1,71980,8.78662109375
HRLIU,λ<=n,8192,1,78826,9.622314453125
HRLIU,λ<=n,8192,1,76336,9.318359375
HRLIU,λ<=n,8192,1,143673,17.5382080078125
HRLIU,λ<=n,8192,1,85656,10.4560546875
HRLIU,λ<=n,8192,1,74625,9.1094970703125
HRLIU,λ<=n,8192,1,71630,8.743896484375
HRLIU,λ<=n,8192,1,64185,7.8350830078125
HRLIU,λ<=n,8192,1,119203,14.5511474609375
HRLIU,λ<=n,8192,1,85735,10.4656982421875
HRLIU,λ<=n,8192,1,70605,8.6187744140625
HRLIU,λ<=n,8192,1,72083,8.7991943359375
HRLIU,λ<=n,8192,1,73806,9.009521484375
HRLIU,λ<=n,8192,1,73652,8.99072265625
HRLIU,λ<=n,8192,1,67850,8.282470703125
HRLIU,λ<=n,8192,1,80486,9.824951171875
HRLIU,λ<=n,8192,1,63498,7.751220703125
HRLIU,λ<=n,8192,1,65303,7.9715576171875
HRLIU,λ<=n,8192,1,81521,9.9512939453125
HRLIU,λ<=n,8192,1,111557,13.6177978515625
HRLIU,λ<=n,8192,1,63685,7.7740478515625
HRLIU,λ<=n,8192,1,70042,8.550048828125
HRLIU,λ<=n,8192,1,74537,9.0987548828125
HRLIU,λ<=n,8192,1,64936,7.9267578125
HRLIU,λ<=n,8192,1,66087,8.0672607421875
HRLIU,λ<=n,8192,1,73687,8.9949951171875
HRLIU,λ<=n,8192,1,62807,7.6668701171875
HRLIU,λ<=n,8192,1,81798,9.985107421875
HRLIU,λ<=n,8192,1,65053,7.9410400390625
HRLIU,λ<=n,8192,1,65323,7.9739990234375
HRLIU,λ<=n,8192,1,94353,11.5177001953125
HRLIU,λ<=n,8192,1,71957,8.7838134765625
HSLIU,λ<=n,8192,1,77661,9.4801025390625
HSLIU,λ<=n,8192,1,87259,10.6517333984375
HSLIU,λ<=n,8192,1,158758,19.379638671875
HSLIU,λ<=n,8192,1,171183,20.8963623046875
HSLIU,λ<=n,8192,1,94152,11.4931640625
HSLIU,λ<=n,8192,1,117045,14.2877197265625
HSLIU,λ<=n,8192,1,285732,34.87939453125
HSLIU,λ<=n,8192,1,97402,11.889892578125
HSLIU,λ<=n,8192,1,221167,26.9979248046875
HSLIU,λ<=n,8192,1,85311,10.4139404296875
HSLIU,λ<=n,8192,1,83814,10.231201171875
HSLIU,λ<=n,8192,1,80498,9.826416015625
HSLIU,λ<=n,8192,1,90965,11.1041259765625
HSLIU,λ<=n,8192,1,79270,9.676513671875
HSLIU,λ<=n,8192,1,90271,11.0194091796875
HSLIU,λ<=n,8192,1,88494,10.802490234375
HSLIU,λ<=n,8192,1,107092,13.07275390625
HSLIU,λ<=n,8192,1,152475,18.6126708984375
HSLIU,λ<=n,8192,1,73287,8.9461669921875
HSLIU,λ<=n,8192,1,82384,10.056640625
HSLIU,λ<=n,8192,1,74871,9.1395263671875
HSLIU,λ<=n,8192,1,127618,15.578369140625
HSLIU,λ<=n,8192,1,142474,17.391845703125
HSLIU,λ<=n,8192,1,246260,30.06103515625
HSLIU,λ<=n,8192,1,118998,14.526123046875
HSLIU,λ<=n,8192,1,90992,11.107421875
HSLIU,λ<=n,8192,1,168698,20.593017578125
HSLIU,λ<=n,8192,1,218222,26.638427734375
HSLIU,λ<=n,8192,1,85228,10.40380859375
HSLIU,λ<=n,8192,1,99440,12.138671875
HSLIU,λ<=n,8192,1,198647,24.2489013671875
HSLIU,λ<=n,8192,1,89573,10.9342041015625
HSLIU,λ<=n,8192,1,96464,11.775390625
HSLIU,λ<=n,8192,1,94583,11.5457763671875
HSLIU,λ<=n,8192,1,198756,24.26220703125
HSLIU,λ<=n,8192,1,72242,8.818603515625
HSLIU,λ<=n,8192,1,79503,9.7049560546875
HSLIU,λ<=n,8192,1,92838,11.332763671875
HSLIU,λ<=n,8192,1,86753,10.5899658203125
HSLIU,λ<=n,8192,1,98782,12.058349609375
HSLIU,λ<=n,8192,1,85306,10.413330078125
HSLIU,λ<=n,8192,1,95189,11.6197509765625
HSLIU,λ<=n,8192,1,96424,11.7705078125
HSLIU,λ<=n,8192,1,134022,16.360107421875
HSLIU,λ<=n,8192,1,88822,10.842529296875
HSLIU,λ<=n,8192,1,94191,11.4979248046875
HSLIU,λ<=n,8192,1,100996,12.32861328125
HSLIU,λ<=n,8192,1,80529,9.8302001953125
HSLIU,λ<=n,8192,1,114161,13.9356689453125
HSLIU,λ<=n,8192,1,130615,15.9442138671875
HSLIU,λ<=n,8192,1,126015,15.3826904296875
HSLIU,λ<=n,8192,1,77462,9.455810546875
HSLIU,λ<=n,8192,1,76432,9.330078125
HSLIU,λ<=n,8192,1,217201,26.5137939453125
HSLIU,λ<=n,8192,1,93656,11.4326171875
HSLIU,λ<=n,8192,1,90410,11.036376953125
HSLIU,λ<=n,8192,1,83507,10.1937255859375
HSLIU,λ<=n,8192,1,355776,43.4296875
HSLIU,λ<=n,8192,1,181967,22.2127685546875
HSLIU,λ<=n,8192,1,145874,17.806884765625
HSLIU,λ<=n,8192,1,84625,10.3302001953125
HSLIU,λ<=n,8192,1,83695,10.2166748046875
HSLIU,λ<=n,8192,1,81594,9.960205078125
HSLIU,λ<=n,8192,1,139636,17.04541015625
HSLIU,λ<=n,8192,1,90244,11.01611328125
HSLIU,λ<=n,8192,1,119404,14.57568359375
HSLIU,λ<=n,8192,1,128369,15.6700439453125
HSLIU,λ<=n,8192,1,165980,20.26123046875
HSLIU,λ<=n,8192,1,77333,9.4400634765625
HSLIU,λ<=n,8192,1,147482,18.003173828125
HSLIU,λ<=n,8192,1,94424,11.5263671875
HSLIU,λ<=n,8192,1,73973,9.0299072265625
HSLIU,λ<=n,8192,1,81917,9.9996337890625
HSLIU,λ<=n,8192,1,181757,22.1871337890625
HSLIU,λ<=n,8192,1,134174,16.378662109375
HSLIU,λ<=n,8192,1,155945,19.0362548828125
HSLIU,λ<=n,8192,1,141460,17.26806640625
HSLIU,λ<=n,8192,1,120958,14.765380859375
HSLIU,λ<=n,8192,1,203991,24.9012451171875
HSLIU,λ<=n,8192,1,90461,11.0426025390625
HSLIU,λ<=n,8192,1,96134,11.735107421875
HSLIU,λ<=n,8192,1,116823,14.2606201171875
HSLIU,λ<=n,8192,1,96310,11.756591796875
HSLIU,λ<=n,8192,1,81095,9.8992919921875
HSLIU,λ<=n,8192,1,174049,21.2462158203125
HSLIU,λ<=n,8192,1,81615,9.9627685546875
HSLIU,λ<=n,8192,1,125527,15.3231201171875
HSLIU,λ<=n,8192,1,147545,18.0108642578125
HSLIU,λ<=n,8192,1,80810,9.864501953125
HSLIU,λ<=n,8192,1,169475,20.6878662109375
HSLIU,λ<=n,8192,1,200537,24.4796142578125
HSLIU,λ<=n,8192,1,83896,10.2412109375
HSLIU,λ<=n,8192,1,244321,29.8243408203125
HSLIU,λ<=n,8192,1,170673,20.8341064453125
HSLIU,λ<=n,8192,1,111845,13.6529541015625
HSLIU,λ<=n,8192,1,108430,13.236083984375
HSLIU,λ<=n,8192,1,75613,9.2301025390625
HSLIU,λ<=n,8192,1,199554,24.359619140625
HSLIU,λ<=n,8192,1,142240,17.36328125
HSLIU,λ<=n,8192,1,96089,11.7296142578125
SSDCP,λ<=n,8192,1,170293,20.7877197265625
SSDCP,λ<=n,8192,1,103740,12.66357421875
SSDCP,λ<=n,8192,1,112302,13.708740234375
SSDCP,λ<=n,8192,1,97891,11.9495849609375
SSDCP,λ<=n,8192,1,176253,21.5152587890625
SSDCP,λ<=n,8192,1,112827,13.7728271484375
SSDCP,λ<=n,8192,1,129363,15.7913818359375
SSDCP,λ<=n,8192,1,130908,15.97998046875
SSDCP,λ<=n,8192,1,127067,15.5111083984375
SSDCP,λ<=n,8192,1,101407,12.3787841796875
SSDCP,λ<=n,8192,1,125694,15.343505859375
SSDCP,λ<=n,8192,1,105975,12.9364013671875
SSDCP,λ<=n,8192,1,260364,31.78271484375
SSDCP,λ<=n,8192,1,114890,14.024658203125
SSDCP,λ<=n,8192,1,99959,12.2020263671875
SSDCP,λ<=n,8192,1,112129,13.6876220703125
SSDCP,λ<=n,8192,1,90719,11.0740966796875
SSDCP,λ<=n,8192,1,250145,30.5352783203125
SSDCP,λ<=n,8192,1,107288,13.0966796875
SSDCP,λ<=n,8192,1,256835,31.3519287109375
SSDCP,λ<=n,8192,1,181977,22.2139892578125
SSDCP,λ<=n,8192,1,168519,20.5711669921875
SSDCP,λ<=n,8192,1,150471,18.3680419921875
SSDCP,λ<=n,8192,1,95115,11.6107177734375
SSDCP,λ<=n,8192,1,115091,14.0491943359375
SSDCP,λ<=n,8192,1,254047,31.0115966796875
SSDCP,λ<=n,8192,1,146178,17.843994140625
SSDCP,λ<=n,8192,1,258593,31.5665283203125
SSDCP,λ<=n,8192,1,146003,17.8226318359375
SSDCP,λ<=n,8192,1,162627,19.8519287109375
SSDCP,λ<=n,8192,1,188910,23.060302734375
SSDCP,λ<=n,8192,1,121381,14.8170166015625
SSDCP,λ<=n,8192,1,114540,13.98193359375
SSDCP,λ<=n,8192,1,127777,15.5977783203125
SSDCP,λ<=n,8192,1,129321,15.7862548828125
SSDCP,λ<=n,8192,1,309944,37.8349609375
SSDCP,λ<=n,8192,1,178292,21.76416015625
SSDCP,λ<=n,8192,1,185937,22.6973876953125
SSDCP,λ<=n,8192,1,96287,11.7537841796875
SSDCP,λ<=n,8192,1,230943,28.1912841796875
SSDCP,λ<=n,8192,1,146152,17.8408203125
SSDCP,λ<=n,8192,1,139849,17.0714111328125
SSDCP,λ<=n,8192,1,206895,25.2557373046875
SSDCP,λ<=n,8192,1,131533,16.0562744140625
SSDCP,λ<=n,8192,1,143123,17.4710693359375
SSDCP,λ<=n,8192,1,80888,9.8740234375
SSDCP,λ<=n,8192,1,156162,19.062744140625
SSDCP,λ<=n,8192,1,81654,9.967529296875
SSDCP,λ<=n,8192,1,123723,15.1029052734375
SSDCP,λ<=n,8192,1,121593,14.8428955078125
SSDCP,λ<=n,8192,1,172443,21.0501708984375
SSDCP,λ<=n,8192,1,181708,22.18115234375
SSDCP,λ<=n,8192,1,138429,16.8980712890625
SSDCP,λ<=n,8192,1,122920,15.0048828125
SSDCP,λ<=n,8192,1,157032,19.1689453125
SSDCP,λ<=n,8192,1,121778,14.865478515625
SSDCP,λ<=n,8192,1,147318,17.983154296875
SSDCP,λ<=n,8192,1,96077,11.7281494140625
SSDCP,λ<=n,8192,1,102484,12.51025390625
SSDCP,λ<=n,8192,1,198675,24.2523193359375
SSDCP,λ<=n,8192,1,153229,18.7047119140625
SSDCP,λ<=n,8192,1,134331,16.3978271484375
SSDCP,λ<=n,8192,1,152769,18.6485595703125
SSDCP,λ<=n,8192,1,147546,18.010986328125
SSDCP,λ<=n,8192,1,225371,27.5111083984375
SSDCP,λ<=n,8192,1,87816,10.7197265625
SSDCP,λ<=n,8192,1,97981,11.9605712890625
SSDCP,λ<=n,8192,1,174463,21.2967529296875
SSDCP,λ<=n,8192,1,117305,14.3194580078125
SSDCP,λ<=n,8192,1,122803,14.9906005859375
SSDCP,λ<=n,8192,1,192951,23.5535888671875
SSDCP,λ<=n,8192,1,184737,22.5509033203125
SSDCP,λ<=n,8192,1,99276,12.11865234375
SSDCP,λ<=n,8192,1,96587,11.7904052734375
SSDCP,λ<=n,8192,1,106128,12.955078125
SSDCP,λ<=n,8192,1,127383,15.5496826171875
SSDCP,λ<=n,8192,1,150333,18.3511962890625
SSDCP,λ<=n,8192,1,216824,26.4677734375
SSDCP,λ<=n,8192,1,187043,22.8323974609375
SSDCP,λ<=n,8192,1,122580,14.96337890625
SSDCP,λ<=n,8192,1,84255,10.2850341796875
SSDCP,λ<=n,8192,1,143974,17.574951171875
SSDCP,λ<=n,8192,1,170555,20.8197021484375
SSDCP,λ<=n,8192,1,179796,21.94775390625
SSDCP,λ<=n,8192,1,86129,10.5137939453125
SSDCP,λ<=n,8192,1,184670,22.542724609375
SSDCP,λ<=n,8192,1,127165,15.5230712890625
SSDCP,λ<=n,8192,1,105424,12.869140625
SSDCP,λ<=n,8192,1,100103,12.2196044921875
SSDCP,λ<=n,8192,1,99880,12.1923828125
SSDCP,λ<=n,8192,1,139185,16.9903564453125
SSDCP,λ<=n,8192,1,130543,15.9354248046875
SSDCP,λ<=n,8192,1,140353,17.1329345703125
SSDCP,λ<=n,8192,1,176466,21.541259765625
SSDCP,λ<=n,8192,1,118938,14.518798828125
SSDCP,λ<=n,8192,1,114570,13.985595703125
SSDCP,λ<=n,8192,1,142716,17.42138671875
SSDCP,λ<=n,8192,1,112047,13.6776123046875
SSDCP,λ<=n,8192,1,85386,10.423095703125
SSDCP,λ<=n,8192,1,133603,16.3089599609375
SRDCP,λ<=n,8192,1,68767,8.3944091796875
SRDCP,λ<=n,8192,1,94494,11.534912109375
SRDCP,λ<=n,8192,1,61301,7.4830322265625
SRDCP,λ<=n,8192,1,63600,7.763671875
SRDCP,λ<=n,8192,1,59467,7.2591552734375
SRDCP,λ<=n,8192,1,73704,8.9970703125
SRDCP,λ<=n,8192,1,56082,6.845947265625
SRDCP,λ<=n,8192,1,105091,12.8284912109375
SRDCP,λ<=n,8192,1,74243,9.0628662109375
SRDCP,λ<=n,8192,1,72496,8.849609375
SRDCP,λ<=n,8192,1,66875,8.1634521484375
SRDCP,λ<=n,8192,1,57153,6.9766845703125
SRDCP,λ<=n,8192,1,59457,7.2579345703125
SRDCP,λ<=n,8192,1,132945,16.2286376953125
SRDCP,λ<=n,8192,1,67696,8.263671875
SRDCP,λ<=n,8192,1,63202,7.715087890625
SRDCP,λ<=n,8192,1,75895,9.2645263671875
SRDCP,λ<=n,8192,1,60608,7.3984375
SRDCP,λ<=n,8192,1,95604,11.67041015625
SRDCP,λ<=n,8192,1,76263,9.3094482421875
SRDCP,λ<=n,8192,1,60106,7.337158203125
SRDCP,λ<=n,8192,1,68495,8.3612060546875
SRDCP,λ<=n,8192,1,58321,7.1192626953125
SRDCP,λ<=n,8192,1,61584,7.517578125
SRDCP,λ<=n,8192,1,86676,10.58056640625
SRDCP,λ<=n,8192,1,64098,7.824462890625
SRDCP,λ<=n,8192,1,87784,10.7158203125
SRDCP,λ<=n,8192,1,82252,10.04052734375
SRDCP,λ<=n,8192,1,78905,9.6319580078125
SRDCP,λ<=n,8192,1,65489,7.9942626953125
SRDCP,λ<=n,8192,1,64207,7.8377685546875
SRDCP,λ<=n,8192,1,59534,7.267333984375
SRDCP,λ<=n,8192,1,108402,13.232666015625
SRDCP,λ<=n,8192,1,71075,8.6761474609375
SRDCP,λ<=n,8192,1,70906,8.655517578125
SRDCP,λ<=n,8192,1,60046,7.329833984375
SRDCP,λ<=n,8192,1,61335,7.4871826171875
SRDCP,λ<=n,8192,1,62954,7.684814453125
SRDCP,λ<=n,8192,1,65631,8.0115966796875
SRDCP,λ<=n,8192,1,65978,8.053955078125
SRDCP,λ<=n,8192,1,64295,7.8485107421875
SRDCP,λ<=n,8192,1,57704,7.0439453125
SRDCP,λ<=n,8192,1,78478,9.579833984375
SRDCP,λ<=n,8192,1,59460,7.25830078125
SRDCP,λ<=n,8192,1,62197,7.5924072265625
SRDCP,λ<=n,8192,1,89267,10.8968505859375
SRDCP,λ<=n,8192,1,68541,8.3668212890625
SRDCP,λ<=n,8192,1,59703,7.2879638671875
SRDCP,λ<=n,8192,1,88918,10.854248046875
SRDCP,λ<=n,8192,1,76030,9.281005859375
SRDCP,λ<=n,8192,1,78075,9.5306396484375
SRDCP,λ<=n,8192,1,100687,12.2908935546875
SRDCP,λ<=n,8192,1,87990,10.740966796875
SRDCP,λ<=n,8192,1,64264,7.8447265625
SRDCP,λ<=n,8192,1,59052,7.20849609375
SRDCP,λ<=n,8192,1,81031,9.8914794921875
SRDCP,λ<=n,8192,1,53060,6.47705078125
SRDCP,λ<=n,8192,1,60345,7.3663330078125
SRDCP,λ<=n,8192,1,86546,10.564697265625
SRDCP,λ<=n,8192,1,77327,9.4393310546875
SRDCP,λ<=n,8192,1,120779,14.7435302734375
SRDCP,λ<=n,8192,1,62854,7.672607421875
SRDCP,λ<=n,8192,1,61587,7.5179443359375
SRDCP,λ<=n,8192,1,65523,7.9984130859375
SRDCP,λ<=n,8192,1,83554,10.199462890625
SRDCP,λ<=n,8192,1,54996,6.71337890625
SRDCP,λ<=n,8192,1,62633,7.6456298828125
SRDCP,λ<=n,8192,1,76736,9.3671875
SRDCP,λ<=n,8192,1,55174,6.735107421875
SRDCP,λ<=n,8192,1,81638,9.965576171875
SRDCP,λ<=n,8192,1,59510,7.264404296875
SRDCP,λ<=n,8192,1,59150,7.220458984375
SRDCP,λ<=n,8192,1,76307,9.3148193359375
SRDCP,λ<=n,8192,1,68095,8.3123779296875
SRDCP,λ<=n,8192,1,53097,6.4815673828125
SRDCP,λ<=n,8192,1,71433,8.7198486328125
SRDCP,λ<=n,8192,1,55148,6.73193359375
SRDCP,λ<=n,8192,1,55064,6.7216796875
SRDCP,λ<=n,8192,1,78360,9.5654296875
SRDCP,λ<=n,8192,1,69597,8.4957275390625
SRDCP,λ<=n,8192,1,56731,6.9251708984375
SRDCP,λ<=n,8192,1,55941,6.8287353515625
SRDCP,λ<=n,8192,1,62391,7.6160888671875
SRDCP,λ<=n,8192,1,57898,7.067626953125
SRDCP,λ<=n,8192,1,63657,7.7706298828125
SRDCP,λ<=n,8192,1,95295,11.6326904296875
SRDCP,λ<=n,8192,1,69034,8.427001953125
SRDCP,λ<=n,8192,1,81516,9.95068359375
SRDCP,λ<=n,8192,1,60197,7.3482666015625
SRDCP,λ<=n,8192,1,118281,14.4385986328125
SRDCP,λ<=n,8192,1,59857,7.3067626953125
SRDCP,λ<=n,8192,1,61029,7.4498291015625
SRDCP,λ<=n,8192,1,60706,7.410400390625
SRDCP,λ<=n,8192,1,85122,10.390869140625
SRDCP,λ<=n,8192,1,77775,9.4940185546875
SRDCP,λ<=n,8192,1,67810,8.277587890625
SRDCP,λ<=n,8192,1,60909,7.4351806640625
SRDCP,λ<=n,8192,1,63576,7.7607421875
SRDCP,λ<=n,8192,1,63380,7.73681640625
SHDCP,λ<=n,8192,1,66032,8.060546875
SHDCP,λ<=n,8192,1,74653,9.1129150390625
SHDCP,λ<=n,8192,1,57930,7.071533203125
SHDCP,λ<=n,8192,1,83277,10.1656494140625
SHDCP,λ<=n,8192,1,88557,10.8101806640625
SHDCP,λ<=n,8192,1,64946,7.927978515625
SHDCP,λ<=n,8192,1,69365,8.4674072265625
SHDCP,λ<=n,8192,1,104350,12.738037109375
SHDCP,λ<=n,8192,1,94154,11.493408203125
SHDCP,λ<=n,8192,1,87174,10.641357421875
SHDCP,λ<=n,8192,1,64528,7.876953125
SHDCP,λ<=n,8192,1,61515,7.5091552734375
SHDCP,λ<=n,8192,1,88364,10.78662109375
SHDCP,λ<=n,8192,1,70308,8.58251953125
SHDCP,λ<=n,8192,1,62435,7.6214599609375
SHDCP,λ<=n,8192,1,81163,9.9075927734375
SHDCP,λ<=n,8192,1,83251,10.1624755859375
SHDCP,λ<=n,8192,1,59516,7.26513671875
SHDCP,λ<=n,8192,1,55992,6.8349609375
SHDCP,λ<=n,8192,1,54545,6.6583251953125
SHDCP,λ<=n,8192,1,64998,7.934326171875
SHDCP,λ<=n,8192,1,80978,9.885009765625
SHDCP,λ<=n,8192,1,69806,8.521240234375
SHDCP,λ<=n,8192,1,77456,9.455078125
SHDCP,λ<=n,8192,1,102117,12.4654541015625
SHDCP,λ<=n,8192,1,74312,9.0712890625
SHDCP,λ<=n,8192,1,79327,9.6834716796875
SHDCP,λ<=n,8192,1,84258,10.285400390625
SHDCP,λ<=n,8192,1,56221,6.8629150390625
SHDCP,λ<=n,8192,1,71473,8.7247314453125
SHDCP,λ<=n,8192,1,72035,8.7933349609375
SHDCP,λ<=n,8192,1,90094,10.997802734375
SHDCP,λ<=n,8192,1,56471,6.8934326171875
SHDCP,λ<=n,8192,1,64630,7.889404296875
SHDCP,λ<=n,8192,1,60690,7.408447265625
SHDCP,λ<=n,8192,1,57858,7.062744140625
SHDCP,λ<=n,8192,1,55955,6.8304443359375
SHDCP,λ<=n,8192,1,62352,7.611328125
SHDCP,λ<=n,8192,1,73150,8.929443359375
SHDCP,λ<=n,8192,1,50921,6.2159423828125
SHDCP,λ<=n,8192,1,72962,8.906494140625
SHDCP,λ<=n,8192,1,88362,10.786376953125
SHDCP,λ<=n,8192,1,77682,9.482666015625
SHDCP,λ<=n,8192,1,69807,8.5213623046875
SHDCP,λ<=n,8192,1,86564,10.56689453125
SHDCP,λ<=n,8192,1,87237,10.6490478515625
SHDCP,λ<=n,8192,1,76667,9.3587646484375
SHDCP,λ<=n,8192,1,62216,7.5947265625
SHDCP,λ<=n,8192,1,87719,10.7078857421875
SHDCP,λ<=n,8192,1,61386,7.493408203125
SHDCP,λ<=n,8192,1,69407,8.4725341796875
SHDCP,λ<=n,8192,1,56959,6.9530029296875
SHDCP,λ<=n,8192,1,74476,9.09130859375
SHDCP,λ<=n,8192,1,103345,12.6153564453125
SHDCP,λ<=n,8192,1,68807,8.3992919921875
SHDCP,λ<=n,8192,1,68428,8.35302734375
SHDCP,λ<=n,8192,1,68612,8.37548828125
SHDCP,λ<=n,8192,1,53602,6.543212890625
SHDCP,λ<=n,8192,1,54594,6.664306640625
SHDCP,λ<=n,8192,1,65501,7.9957275390625
SHDCP,λ<=n,8192,1,62385,7.6153564453125
SHDCP,λ<=n,8192,1,87245,10.6500244140625
SHDCP,λ<=n,8192,1,62657,7.6485595703125
SHDCP,λ<=n,8192,1,58877,7.1871337890625
SHDCP,λ<=n,8192,1,66936,8.1708984375
SHDCP,λ<=n,8192,1,52902,6.457763671875
SHDCP,λ<=n,8192,1,91256,11.1396484375
SHDCP,λ<=n,8192,1,72752,8.880859375
SHDCP,λ<=n,8192,1,59504,7.263671875
SHDCP,λ<=n,8192,1,66703,8.1424560546875
SHDCP,λ<=n,8192,1,70041,8.5499267578125
SHDCP,λ<=n,8192,1,65644,8.01318359375
SHDCP,λ<=n,8192,1,59358,7.245849609375
SHDCP,λ<=n,8192,1,68681,8.3839111328125
SHDCP,λ<=n,8192,1,63913,7.8018798828125
SHDCP,λ<=n,8192,1,68983,8.4207763671875
SHDCP,λ<=n,8192,1,76531,9.3421630859375
SHDCP,λ<=n,8192,1,62371,7.6136474609375
SHDCP,λ<=n,8192,1,75011,9.1566162109375
SHDCP,λ<=n,8192,1,61448,7.5009765625
SHDCP,λ<=n,8192,1,66938,8.171142578125
SHDCP,λ<=n,8192,1,56441,6.8897705078125
SHDCP,λ<=n,8192,1,75530,9.219970703125
SHDCP,λ<=n,8192,1,55082,6.723876953125
SHDCP,λ<=n,8192,1,70147,8.5628662109375
SHDCP,λ<=n,8192,1,56960,6.953125
SHDCP,λ<=n,8192,1,68727,8.3895263671875
SHDCP,λ<=n,8192,1,51408,6.275390625
SHDCP,λ<=n,8192,1,134208,16.3828125
SHDCP,λ<=n,8192,1,78205,9.5465087890625
SHDCP,λ<=n,8192,1,63430,7.742919921875
SHDCP,λ<=n,8192,1,63916,7.80224609375
SHDCP,λ<=n,8192,1,65951,8.0506591796875
SHDCP,λ<=n,8192,1,83053,10.1383056640625
SHDCP,λ<=n,8192,1,84471,10.3114013671875
SHDCP,λ<=n,8192,1,58748,7.17138671875
SHDCP,λ<=n,8192,1,77645,9.4781494140625
SHDCP,λ<=n,8192,1,75992,9.2763671875
SHDCP,λ<=n,8192,1,57527,7.0223388671875
SHDCP,λ<=n,8192,1,118154,14.423095703125
SHLCP,λ<=n,8192,1,65537,8.0001220703125
SHLCP,λ<=n,8192,1,69960,8.5400390625
SHLCP,λ<=n,8192,1,60457,7.3800048828125
SHLCP,λ<=n,8192,1,56375,6.8817138671875
SHLCP,λ<=n,8192,1,66842,8.159423828125
SHLCP,λ<=n,8192,1,71446,8.721435546875
SHLCP,λ<=n,8192,1,97665,11.9219970703125
SHLCP,λ<=n,8192,1,81755,9.9798583984375
SHLCP,λ<=n,8192,1,63083,7.7005615234375
SHLCP,λ<=n,8192,1,96426,11.770751953125
SHLCP,λ<=n,8192,1,72674,8.871337890625
SHLCP,λ<=n,8192,1,58710,7.166748046875
SHLCP,λ<=n,8192,1,81011,9.8890380859375
SHLCP,λ<=n,8192,1,103804,12.67138671875
SHLCP,λ<=n,8192,1,69085,8.4332275390625
SHLCP,λ<=n,8192,1,65801,8.0323486328125
SHLCP,λ<=n,8192,1,49442,6.035400390625
SHLCP,λ<=n,8192,1,66900,8.16650390625
SHLCP,λ<=n,8192,1,71874,8.773681640625
SHLCP,λ<=n,8192,1,65104,7.947265625
SHLCP,λ<=n,8192,1,72551,8.8563232421875
SHLCP,λ<=n,8192,1,72379,8.8353271484375
SHLCP,λ<=n,8192,1,65294,7.970458984375
SHLCP,λ<=n,8192,1,129113,15.7608642578125
SHLCP,λ<=n,8192,1,101135,12.3455810546875
SHLCP,λ<=n,8192,1,87795,10.7171630859375
SHLCP,λ<=n,8192,1,74375,9.0789794921875
SHLCP,λ<=n,8192,1,65311,7.9725341796875
SHLCP,λ<=n,8192,1,86281,10.5323486328125
SHLCP,λ<=n,8192,1,79323,9.6829833984375
SHLCP,λ<=n,8192,1,67232,8.20703125
SHLCP,λ<=n,8192,1,65694,8.019287109375
SHLCP,λ<=n,8192,1,52685,6.4312744140625
SHLCP,λ<=n,8192,1,79238,9.672607421875
SHLCP,λ<=n,8192,1,60983,7.4442138671875
SHLCP,λ<=n,8192,1,81197,9.9117431640625
SHLCP,λ<=n,8192,1,61176,7.4677734375
SHLCP,λ<=n,8192,1,92727,11.3192138671875
SHLCP,λ<=n,8192,1,52978,6.467041015625
SHLCP,λ<=n,8192,1,76239,9.3065185546875
SHLCP,λ<=n,8192,1,65996,8.05615234375
SHLCP,λ<=n,8192,1,67141,8.1959228515625
SHLCP,λ<=n,8192,1,62197,7.5924072265625
SHLCP,λ<=n,8192,1,61489,7.5059814453125
SHLCP,λ<=n,8192,1,58339,7.1214599609375
SHLCP,λ<=n,8192,1,100687,12.2908935546875
SHLCP,λ<=n,8192,1,75800,9.2529296875
SHLCP,λ<=n,8192,1,66731,8.1458740234375
SHLCP,λ<=n,8192,1,82969,10.1280517578125
SHLCP,λ<=n,8192,1,122630,14.969482421875
SHLCP,λ<=n,8192,1,54274,6.625244140625
SHLCP,λ<=n,8192,1,85409,10.4259033203125
SHLCP,λ<=n,8192,1,69954,8.539306640625
SHLCP,λ<=n,8192,1,60345,7.3663330078125
SHLCP,λ<=n,8192,1,80851,9.8695068359375
SHLCP,λ<=n,8192,1,114867,14.0218505859375
SHLCP,λ<=n,8192,1,69543,8.4891357421875
SHLCP,λ<=n,8192,1,107397,13.1099853515625
SHLCP,λ<=n,8192,1,67051,8.1849365234375
SHLCP,λ<=n,8192,1,59423,7.2537841796875
SHLCP,λ<=n,8192,1,75747,9.2464599609375
SHLCP,λ<=n,8192,1,54699,6.6771240234375
SHLCP,λ<=n,8192,1,119153,14.5450439453125
SHLCP,λ<=n,8192,1,93670,11.434326171875
SHLCP,λ<=n,8192,1,53200,6.494140625
SHLCP,λ<=n,8192,1,116926,14.273193359375
SHLCP,λ<=n,8192,1,62985,7.6885986328125
SHLCP,λ<=n,8192,1,107695,13.1463623046875
SHLCP,λ<=n,8192,1,71421,8.7183837890625
SHLCP,λ<=n,8192,1,69609,8.4971923828125
SHLCP,λ<=n,8192,1,64702,7.898193359375
SHLCP,λ<=n,8192,1,68421,8.3521728515625
SHLCP,λ<=n,8192,1,70509,8.6070556640625
SHLCP,λ<=n,8192,1,62399,7.6170654296875
SHLCP,λ<=n,8192,1,92058,11.237548828125
SHLCP,λ<=n,8192,1,68871,8.4071044921875
SHLCP,λ<=n,8192,1,66127,8.0721435546875
SHLCP,λ<=n,8192,1,110799,13.5252685546875
SHLCP,λ<=n,8192,1,76121,9.2921142578125
SHLCP,λ<=n,8192,1,53514,6.532470703125
SHLCP,λ<=n,8192,1,68269,8.3336181640625
SHLCP,λ<=n,8192,1,56529,6.9005126953125
SHLCP,λ<=n,8192,1,77803,9.4974365234375
SHLCP,λ<=n,8192,1,66406,8.106201171875
SHLCP,λ<=n,8192,1,67227,8.2064208984375
SHLCP,λ<=n,8192,1,76969,9.3956298828125
SHLCP,λ<=n,8192,1,61774,7.540771484375
SHLCP,λ<=n,8192,1,101433,12.3819580078125
SHLCP,λ<=n,8192,1,64157,7.8316650390625
SHLCP,λ<=n,8192,1,64920,7.9248046875
SHLCP,λ<=n,8192,1,62506,7.630126953125
SHLCP,λ<=n,8192,1,64082,7.822509765625
SHLCP,λ<=n,8192,1,65538,8.000244140625
SHLCP,λ<=n,8192,1,55915,6.8255615234375
SHLCP,λ<=n,8192,1,80418,9.816650390625
SHLCP,λ<=n,8192,1,62349,7.6109619140625
SHLCP,λ<=n,8192,1,100484,12.26611328125
SHLCP,λ<=n,8192,1,84324,10.29345703125
SHLCP,λ<=n,8192,1,94325,11.5142822265625
SHLCP,λ<=n,8192,1,77486,9.458740234375
SRLCP,λ<=n,8192,1,65734,8.024169921875
SRLCP,λ<=n,8192,1,60467,7.3812255859375
SRLCP,λ<=n,8192,1,59850,7.305908203125
SRLCP,λ<=n,8192,1,66052,8.06298828125
SRLCP,λ<=n,8192,1,54045,6.5972900390625
SRLCP,λ<=n,8192,1,74979,9.1527099609375
SRLCP,λ<=n,8192,1,81035,9.8919677734375
SRLCP,λ<=n,8192,1,75677,9.2379150390625
SRLCP,λ<=n,8192,1,56014,6.837646484375
SRLCP,λ<=n,8192,1,56708,6.92236328125
SRLCP,λ<=n,8192,1,58299,7.1165771484375
SRLCP,λ<=n,8192,1,77751,9.4910888671875
SRLCP,λ<=n,8192,1,80493,9.8258056640625
SRLCP,λ<=n,8192,1,90799,11.0838623046875
SRLCP,λ<=n,8192,1,76305,9.3145751953125
SRLCP,λ<=n,8192,1,55434,6.766845703125
SRLCP,λ<=n,8192,1,83467,10.1888427734375
SRLCP,λ<=n,8192,1,59453,7.2574462890625
SRLCP,λ<=n,8192,1,59241,7.2315673828125
SRLCP,λ<=n,8192,1,66193,8.0802001953125
SRLCP,λ<=n,8192,1,60106,7.337158203125
SRLCP,λ<=n,8192,1,68070,8.309326171875
SRLCP,λ<=n,8192,1,128212,15.65087890625
SRLCP,λ<=n,8192,1,56787,6.9320068359375
SRLCP,λ<=n,8192,1,104268,12.72802734375
SRLCP,λ<=n,8192,1,56568,6.9052734375
SRLCP,λ<=n,8192,1,63675,7.7728271484375
SRLCP,λ<=n,8192,1,60939,7.4388427734375
SRLCP,λ<=n,8192,1,59145,7.2198486328125
SRLCP,λ<=n,8192,1,71632,8.744140625
SRLCP,λ<=n,8192,1,59985,7.3223876953125
SRLCP,λ<=n,8192,1,64426,7.864501953125
SRLCP,λ<=n,8192,1,77125,9.4146728515625
SRLCP,λ<=n,8192,1,70679,8.6278076171875
SRLCP,λ<=n,8192,1,114891,14.0247802734375
SRLCP,λ<=n,8192,1,79411,9.6937255859375
SRLCP,λ<=n,8192,1,65092,7.94580078125
SRLCP,λ<=n,8192,1,59832,7.3037109375
SRLCP,λ<=n,8192,1,59796,7.29931640625
SRLCP,λ<=n,8192,1,93472,11.41015625
SRLCP,λ<=n,8192,1,69822,8.523193359375
SRLCP,λ<=n,8192,1,99420,12.13623046875
SRLCP,λ<=n,8192,1,70066,8.552978515625
SRLCP,λ<=n,8192,1,54899,6.7015380859375
SRLCP,λ<=n,8192,1,63450,7.745361328125
SRLCP,λ<=n,8192,1,57904,7.068359375
SRLCP,λ<=n,8192,1,51610,6.300048828125
SRLCP,λ<=n,8192,1,83238,10.160888671875
SRLCP,λ<=n,8192,1,88367,10.7869873046875
SRLCP,λ<=n,8192,1,91736,11.1982421875
SRLCP,λ<=n,8192,1,83719,10.2196044921875
SRLCP,λ<=n,8192,1,78811,9.6204833984375
SRLCP,λ<=n,8192,1,86249,10.5284423828125
SRLCP,λ<=n,8192,1,57076,6.96728515625
SRLCP,λ<=n,8192,1,63513,7.7530517578125
SRLCP,λ<=n,8192,1,53153,6.4884033203125
SRLCP,λ<=n,8192,1,62540,7.63427734375
SRLCP,λ<=n,8192,1,70414,8.595458984375
SRLCP,λ<=n,8192,1,74572,9.10302734375
SRLCP,λ<=n,8192,1,80296,9.8017578125
SRLCP,λ<=n,8192,1,69143,8.4403076171875
SRLCP,λ<=n,8192,1,67439,8.2322998046875
SRLCP,λ<=n,8192,1,92274,11.263916015625
SRLCP,λ<=n,8192,1,54803,6.6898193359375
SRLCP,λ<=n,8192,1,80851,9.8695068359375
SRLCP,λ<=n,8192,1,70939,8.6595458984375
SRLCP,λ<=n,8192,1,69924,8.53564453125
SRLCP,λ<=n,8192,1,90638,11.064208984375
SRLCP,λ<=n,8192,1,60268,7.35693359375
SRLCP,λ<=n,8192,1,115543,14.1043701171875
SRLCP,λ<=n,8192,1,111928,13.6630859375
SRLCP,λ<=n,8192,1,55312,6.751953125
SRLCP,λ<=n,8192,1,54428,6.64404296875
SRLCP,λ<=n,8192,1,63047,7.6961669921875
SRLCP,λ<=n,8192,1,63396,7.73876953125
SRLCP,λ<=n,8192,1,54378,6.637939453125
SRLCP,λ<=n,8192,1,61098,7.458251953125
SRLCP,λ<=n,8192,1,57943,7.0731201171875
SRLCP,λ<=n,8192,1,89577,10.9346923828125
SRLCP,λ<=n,8192,1,62102,7.580810546875
SRLCP,λ<=n,8192,1,83024,10.134765625
SRLCP,λ<=n,8192,1,72239,8.8182373046875
SRLCP,λ<=n,8192,1,58378,7.126220703125
SRLCP,λ<=n,8192,1,62685,7.6519775390625
SRLCP,λ<=n,8192,1,64970,7.930908203125
SRLCP,λ<=n,8192,1,56966,6.953857421875
SRLCP,λ<=n,8192,1,64601,7.8858642578125
SRLCP,λ<=n,8192,1,54357,6.6353759765625
SRLCP,λ<=n,8192,1,65536,8.0
SRLCP,λ<=n,8192,1,119596,14.59912109375
SRLCP,λ<=n,8192,1,57825,7.0587158203125
SRLCP,λ<=n,8192,1,56628,6.91259765625
SRLCP,λ<=n,8192,1,85736,10.4658203125
SRLCP,λ<=n,8192,1,70134,8.561279296875
SRLCP,λ<=n,8192,1,67637,8.2564697265625
SRLCP,λ<=n,8192,1,83854,10.236083984375
SRLCP,λ<=n,8192,1,54160,6.611328125
SRLCP,λ<=n,8192,1,62076,7.57763671875
SRLCP,λ<=n,8192,1,95018,11.598876953125
SRLCP,λ<=n,8192,1,71798,8.764404296875
SSLCP,λ<=n,8192,1,102348,12.49365234375
SSLCP,λ<=n,8192,1,181467,22.1517333984375
SSLCP,λ<=n,8192,1,177657,21.6866455078125
SSLCP,λ<=n,8192,1,118917,14.5162353515625
SSLCP,λ<=n,8192,1,149701,18.2740478515625
SSLCP,λ<=n,8192,1,93523,11.4163818359375
SSLCP,λ<=n,8192,1,208845,25.4937744140625
SSLCP,λ<=n,8192,1,112183,13.6942138671875
SSLCP,λ<=n,8192,1,96240,11.748046875
SSLCP,λ<=n,8192,1,136072,16.6103515625
SSLCP,λ<=n,8192,1,121629,14.8472900390625
SSLCP,λ<=n,8192,1,143829,17.5572509765625
SSLCP,λ<=n,8192,1,153448,18.7314453125
SSLCP,λ<=n,8192,1,126117,15.3951416015625
SSLCP,λ<=n,8192,1,129797,15.8443603515625
SSLCP,λ<=n,8192,1,141699,17.2972412109375
SSLCP,λ<=n,8192,1,175629,21.4390869140625
SSLCP,λ<=n,8192,1,194300,23.71826171875
SSLCP,λ<=n,8192,1,130217,15.8956298828125
SSLCP,λ<=n,8192,1,157537,19.2305908203125
SSLCP,λ<=n,8192,1,117344,14.32421875
SSLCP,λ<=n,8192,1,94743,11.5653076171875
SSLCP,λ<=n,8192,1,145168,17.720703125
SSLCP,λ<=n,8192,1,128852,15.72900390625
SSLCP,λ<=n,8192,1,181020,22.09716796875
SSLCP,λ<=n,8192,1,142793,17.4307861328125
SSLCP,λ<=n,8192,1,114016,13.91796875
SSLCP,λ<=n,8192,1,108552,13.2509765625
SSLCP,λ<=n,8192,1,107552,13.12890625
SSLCP,λ<=n,8192,1,114423,13.9676513671875
SSLCP,λ<=n,8192,1,101213,12.3551025390625
SSLCP,λ<=n,8192,1,178098,21.740478515625
SSLCP,λ<=n,8192,1,95791,11.6932373046875
SSLCP,λ<=n,8192,1,121465,14.8272705078125
SSLCP,λ<=n,8192,1,150350,18.353271484375
SSLCP,λ<=n,8192,1,94209,11.5001220703125
SSLCP,λ<=n,8192,1,158929,19.4005126953125
SSLCP,λ<=n,8192,1,130550,15.936279296875
SSLCP,λ<=n,8192,1,110432,13.48046875
SSLCP,λ<=n,8192,1,183638,22.416748046875
SSLCP,λ<=n,8192,1,110717,13.5152587890625
SSLCP,λ<=n,8192,1,107807,13.1600341796875
SSLCP,λ<=n,8192,1,155732,19.01025390625
SSLCP,λ<=n,8192,1,136788,16.69775390625
SSLCP,λ<=n,8192,1,112241,13.7012939453125
SSLCP,λ<=n,8192,1,158330,19.327392578125
SSLCP,λ<=n,8192,1,129652,15.82666015625
SSLCP,λ<=n,8192,1,102340,12.49267578125
SSLCP,λ<=n,8192,1,126113,15.3946533203125
SSLCP,λ<=n,8192,1,146938,17.936767578125
SSLCP,λ<=n,8192,1,92093,11.2418212890625
SSLCP,λ<=n,8192,1,149157,18.2076416015625
SSLCP,λ<=n,8192,1,117643,14.3607177734375
SSLCP,λ<=n,8192,1,158793,19.3839111328125
SSLCP,λ<=n,8192,1,128222,15.652099609375
SSLCP,λ<=n,8192,1,116887,14.2684326171875
SSLCP,λ<=n,8192,1,94183,11.4969482421875
SSLCP,λ<=n,8192,1,98910,12.073974609375
SSLCP,λ<=n,8192,1,128894,15.734130859375
SSLCP,λ<=n,8192,1,130926,15.982177734375
SSLCP,λ<=n,8192,1,107747,13.1527099609375
SSLCP,λ<=n,8192,1,121851,14.8743896484375
SSLCP,λ<=n,8192,1,129720,15.8349609375
SSLCP,λ<=n,8192,1,233751,28.5340576171875
SSLCP,λ<=n,8192,1,174385,21.2872314453125
SSLCP,λ<=n,8192,1,136292,16.63720703125
SSLCP,λ<=n,8192,1,99443,12.1390380859375
SSLCP,λ<=n,8192,1,147600,18.017578125
SSLCP,λ<=n,8192,1,99951,12.2010498046875
SSLCP,λ<=n,8192,1,168434,20.560791015625
SSLCP,λ<=n,8192,1,83290,10.167236328125
SSLCP,λ<=n,8192,1,217906,26.599853515625
SSLCP,λ<=n,8192,1,114962,14.033447265625
SSLCP,λ<=n,8192,1,114020,13.91845703125
SSLCP,λ<=n,8192,1,112515,13.7347412109375
SSLCP,λ<=n,8192,1,136405,16.6510009765625
SSLCP,λ<=n,8192,1,108675,13.2659912109375
SSLCP,λ<=n,8192,1,170191,20.7752685546875
SSLCP,λ<=n,8192,1,141399,17.2606201171875
SSLCP,λ<=n,8192,1,97162,11.860595703125
SSLCP,λ<=n,8192,1,152144,18.572265625
SSLCP,λ<=n,8192,1,163381,19.9439697265625
SSLCP,λ<=n,8192,1,129464,15.8037109375
SSLCP,λ<=n,8192,1,171438,20.927490234375
SSLCP,λ<=n,8192,1,104265,12.7276611328125
SSLCP,λ<=n,8192,1,136666,16.682861328125
SSLCP,λ<=n,8192,1,193277,23.5933837890625
SSLCP,λ<=n,8192,1,167741,20.4761962890625
SSLCP,λ<=n,8192,1,114089,13.9268798828125
SSLCP,λ<=n,8192,1,139591,17.0399169921875
SSLCP,λ<=n,8192,1,105043,12.8226318359375
SSLCP,λ<=n,8192,1,118130,14.420166015625
SSLCP,λ<=n,8192,1,155426,18.972900390625
SSLCP,λ<=n,8192,1,238928,29.166015625
SSLCP,λ<=n,8192,1,207769,25.3624267578125
SSLCP,λ<=n,8192,1,116833,14.2618408203125
SSLCP,λ<=n,8192,1,199660,24.37255859375
SSLCP,λ<=n,8192,1,181821,22.1949462890625
SSLCP,λ<=n,8192,1,119645,14.6051025390625
SSLCP,λ<=n,8192,1,123250,15.045166015625
SSDSP,λ<=n,8192,1,113104,13.806640625
SSDSP,λ<=n,8192,1,128898,15.734619140625
SSDSP,λ<=n,8192,1,105498,12.878173828125
SSDSP,λ<=n,8192,1,119902,14.636474609375
SSDSP,λ<=n,8192,1,96397,11.7672119140625
SSDSP,λ<=n,8192,1,106418,12.990478515625
SSDSP,λ<=n,8192,1,111841,13.6524658203125
SSDSP,λ<=n,8192,1,111294,13.585693359375
SSDSP,λ<=n,8192,1,130908,15.97998046875
SSDSP,λ<=n,8192,1,105708,12.90380859375
SSDSP,λ<=n,8192,1,154124,18.81396484375
SSDSP,λ<=n,8192,1,129691,15.8314208984375
SSDSP,λ<=n,8192,1,127929,15.6163330078125
SSDSP,λ<=n,8192,1,116099,14.1722412109375
SSDSP,λ<=n,8192,1,115312,14.076171875
SSDSP,λ<=n,8192,1,139758,17.060302734375
SSDSP,λ<=n,8192,1,112633,13.7491455078125
SSDSP,λ<=n,8192,1,154371,18.8441162109375
SSDSP,λ<=n,8192,1,107780,13.15673828125
SSDSP,λ<=n,8192,1,150203,18.3353271484375
SSDSP,λ<=n,8192,1,115127,14.0535888671875
SSDSP,λ<=n,8192,1,109354,13.348876953125
SSDSP,λ<=n,8192,1,103082,12.583251953125
SSDSP,λ<=n,8192,1,103008,12.57421875
SSDSP,λ<=n,8192,1,93942,11.467529296875
SSDSP,λ<=n,8192,1,152432,18.607421875
SSDSP,λ<=n,8192,1,128101,15.6373291015625
SSDSP,λ<=n,8192,1,111999,13.6717529296875
SSDSP,λ<=n,8192,1,126532,15.44580078125
SSDSP,λ<=n,8192,1,121810,14.869384765625
SSDSP,λ<=n,8192,1,129218,15.773681640625
SSDSP,λ<=n,8192,1,132796,16.21044921875
SSDSP,λ<=n,8192,1,105076,12.82666015625
SSDSP,λ<=n,8192,1,180882,22.080322265625
SSDSP,λ<=n,8192,1,139826,17.068603515625
SSDSP,λ<=n,8192,1,130443,15.9232177734375
SSDSP,λ<=n,8192,1,135987,16.5999755859375
SSDSP,λ<=n,8192,1,126776,15.4755859375
SSDSP,λ<=n,8192,1,110892,13.53662109375
SSDSP,λ<=n,8192,1,126252,15.41162109375
SSDSP,λ<=n,8192,1,118102,14.416748046875
SSDSP,λ<=n,8192,1,110074,13.436767578125
SSDSP,λ<=n,8192,1,157470,19.222412109375
SSDSP,λ<=n,8192,1,130163,15.8890380859375
SSDSP,λ<=n,8192,1,133577,16.3057861328125
SSDSP,λ<=n,8192,1,128848,15.728515625
SSDSP,λ<=n,8192,1,103251,12.6038818359375
SSDSP,λ<=n,8192,1,113118,13.808349609375
SSDSP,λ<=n,8192,1,125997,15.3804931640625
SSDSP,λ<=n,8192,1,117067,14.2904052734375
SSDSP,λ<=n,8192,1,110536,13.4931640625
SSDSP,λ<=n,8192,1,110282,13.462158203125
SSDSP,λ<=n,8192,1,113210,13.819580078125
SSDSP,λ<=n,8192,1,146982,17.942138671875
SSDSP,λ<=n,8192,1,109450,13.360595703125
SSDSP,λ<=n,8192,1,212985,25.9991455078125
SSDSP,λ<=n,8192,1,109513,13.3682861328125
SSDSP,λ<=n,8192,1,109971,13.4241943359375
SSDSP,λ<=n,8192,1,125478,15.317138671875
SSDSP,λ<=n,8192,1,143836,17.55810546875
SSDSP,λ<=n,8192,1,166717,20.3511962890625
SSDSP,λ<=n,8192,1,114509,13.9781494140625
SSDSP,λ<=n,8192,1,99728,12.173828125
SSDSP,λ<=n,8192,1,105308,12.85498046875
SSDSP,λ<=n,8192,1,97981,11.9605712890625
SSDSP,λ<=n,8192,1,144757,17.6705322265625
SSDSP,λ<=n,8192,1,114789,14.0123291015625
SSDSP,λ<=n,8192,1,130289,15.9044189453125
SSDSP,λ<=n,8192,1,100563,12.2757568359375
SSDSP,λ<=n,8192,1,108194,13.207275390625
SSDSP,λ<=n,8192,1,115889,14.1466064453125
SSDSP,λ<=n,8192,1,108224,13.2109375
SSDSP,λ<=n,8192,1,120854,14.752685546875
SSDSP,λ<=n,8192,1,116926,14.273193359375
SSDSP,λ<=n,8192,1,129702,15.832763671875
SSDSP,λ<=n,8192,1,102814,12.550537109375
SSDSP,λ<=n,8192,1,113987,13.9144287109375
SSDSP,λ<=n,8192,1,97010,11.842041015625
SSDSP,λ<=n,8192,1,109831,13.4071044921875
SSDSP,λ<=n,8192,1,101900,12.43896484375
SSDSP,λ<=n,8192,1,120848,14.751953125
SSDSP,λ<=n,8192,1,102638,12.529052734375
SSDSP,λ<=n,8192,1,126879,15.4881591796875
SSDSP,λ<=n,8192,1,161831,19.7547607421875
SSDSP,λ<=n,8192,1,110422,13.479248046875
SSDSP,λ<=n,8192,1,138732,16.93505859375
SSDSP,λ<=n,8192,1,155216,18.947265625
SSDSP,λ<=n,8192,1,138925,16.9586181640625
SSDSP,λ<=n,8192,1,113642,13.872314453125
SSDSP,λ<=n,8192,1,119865,14.6319580078125
SSDSP,λ<=n,8192,1,153055,18.6834716796875
SSDSP,λ<=n,8192,1,101355,12.3724365234375
SSDSP,λ<=n,8192,1,135624,16.5556640625
SSDSP,λ<=n,8192,1,123765,15.1080322265625
SSDSP,λ<=n,8192,1,163895,20.0067138671875
SSDSP,λ<=n,8192,1,149982,18.308349609375
SSDSP,λ<=n,8192,1,129359,15.7908935546875
SSDSP,λ<=n,8192,1,110708,13.51416015625
SSDSP,λ<=n,8192,1,145898,17.809814453125
SSDSP,λ<=n,8192,1,114051,13.9222412109375
SRDSP,λ<=n,8192,1,105354,12.860595703125
SRDSP,λ<=n,8192,1,91429,11.1607666015625
SRDSP,λ<=n,8192,1,78127,9.5369873046875
SRDSP,λ<=n,8192,1,67338,8.219970703125
SRDSP,λ<=n,8192,1,61221,7.4732666015625
SRDSP,λ<=n,8192,1,86096,10.509765625
SRDSP,λ<=n,8192,1,66637,8.1343994140625
SRDSP,λ<=n,8192,1,56451,6.8909912109375
SRDSP,λ<=n,8192,1,74120,9.0478515625
SRDSP,λ<=n,8192,1,127121,15.5177001953125
SRDSP,λ<=n,8192,1,70969,8.6632080078125
SRDSP,λ<=n,8192,1,68445,8.3551025390625
SRDSP,λ<=n,8192,1,128243,15.6546630859375
SRDSP,λ<=n,8192,1,95313,11.6348876953125
SRDSP,λ<=n,8192,1,64186,7.835205078125
SRDSP,λ<=n,8192,1,84601,10.3272705078125
SRDSP,λ<=n,8192,1,70856,8.6494140625
SRDSP,λ<=n,8192,1,72456,8.8447265625
SRDSP,λ<=n,8192,1,62730,7.657470703125
SRDSP,λ<=n,8192,1,62431,7.6209716796875
SRDSP,λ<=n,8192,1,72387,8.8363037109375
SRDSP,λ<=n,8192,1,70959,8.6619873046875
SRDSP,λ<=n,8192,1,64634,7.889892578125
SRDSP,λ<=n,8192,1,75439,9.2088623046875
SRDSP,λ<=n,8192,1,65222,7.961669921875
SRDSP,λ<=n,8192,1,80443,9.8197021484375
SRDSP,λ<=n,8192,1,68724,8.38916015625
SRDSP,λ<=n,8192,1,74835,9.1351318359375
SRDSP,λ<=n,8192,1,75779,9.2503662109375
SRDSP,λ<=n,8192,1,107378,13.107666015625
SRDSP,λ<=n,8192,1,91033,11.1124267578125
SRDSP,λ<=n,8192,1,66534,8.121826171875
SRDSP,λ<=n,8192,1,75642,9.233642578125
SRDSP,λ<=n,8192,1,71444,8.72119140625
SRDSP,λ<=n,8192,1,72393,8.8370361328125
SRDSP,λ<=n,8192,1,82874,10.116455078125
SRDSP,λ<=n,8192,1,84210,10.279541015625
SRDSP,λ<=n,8192,1,77732,9.48876953125
SRDSP,λ<=n,8192,1,51799,6.3231201171875
SRDSP,λ<=n,8192,1,121078,14.780029296875
SRDSP,λ<=n,8192,1,61247,7.4764404296875
SRDSP,λ<=n,8192,1,66836,8.15869140625
SRDSP,λ<=n,8192,1,95609,11.6710205078125
SRDSP,λ<=n,8192,1,72087,8.7996826171875
SRDSP,λ<=n,8192,1,62510,7.630615234375
SRDSP,λ<=n,8192,1,58709,7.1666259765625
SRDSP,λ<=n,8192,1,98838,12.065185546875
SRDSP,λ<=n,8192,1,70512,8.607421875
SRDSP,λ<=n,8192,1,61288,7.4814453125
SRDSP,λ<=n,8192,1,95238,11.625732421875
SRDSP,λ<=n,8192,1,73025,8.9141845703125
SRDSP,λ<=n,8192,1,66104,8.0693359375
SRDSP,λ<=n,8192,1,70283,8.5794677734375
SRDSP,λ<=n,8192,1,74232,9.0615234375
SRDSP,λ<=n,8192,1,91454,11.163818359375
SRDSP,λ<=n,8192,1,71769,8.7608642578125
SRDSP,λ<=n,8192,1,104947,12.8109130859375
SRDSP,λ<=n,8192,1,69349,8.4654541015625
SRDSP,λ<=n,8192,1,70324,8.58447265625
SRDSP,λ<=n,8192,1,70811,8.6439208984375
SRDSP,λ<=n,8192,1,82891,10.1185302734375
SRDSP,λ<=n,8192,1,68427,8.3529052734375
SRDSP,λ<=n,8192,1,118675,14.4866943359375
SRDSP,λ<=n,8192,1,75531,9.2200927734375
SRDSP,λ<=n,8192,1,70716,8.63232421875
SRDSP,λ<=n,8192,1,75231,9.1834716796875
SRDSP,λ<=n,8192,1,66439,8.1102294921875
SRDSP,λ<=n,8192,1,75238,9.184326171875
SRDSP,λ<=n,8192,1,71202,8.691650390625
SRDSP,λ<=n,8192,1,116058,14.167236328125
SRDSP,λ<=n,8192,1,90683,11.0697021484375
SRDSP,λ<=n,8192,1,61092,7.45751953125
SRDSP,λ<=n,8192,1,113589,13.8658447265625
SRDSP,λ<=n,8192,1,60025,7.3272705078125
SRDSP,λ<=n,8192,1,70588,8.61669921875
SRDSP,λ<=n,8192,1,82965,10.1275634765625
SRDSP,λ<=n,8192,1,61773,7.5406494140625
SRDSP,λ<=n,8192,1,100680,12.2900390625
SRDSP,λ<=n,8192,1,74566,9.102294921875
SRDSP,λ<=n,8192,1,74205,9.0582275390625
SRDSP,λ<=n,8192,1,114140,13.93310546875
SRDSP,λ<=n,8192,1,64749,7.9039306640625
SRDSP,λ<=n,8192,1,67722,8.266845703125
SRDSP,λ<=n,8192,1,63555,7.7581787109375
SRDSP,λ<=n,8192,1,65753,8.0264892578125
SRDSP,λ<=n,8192,1,74068,9.04150390625
SRDSP,λ<=n,8192,1,68540,8.36669921875
SRDSP,λ<=n,8192,1,75689,9.2393798828125
SRDSP,λ<=n,8192,1,75199,9.1795654296875
SRDSP,λ<=n,8192,1,63002,7.690673828125
SRDSP,λ<=n,8192,1,70249,8.5753173828125
SRDSP,λ<=n,8192,1,70009,8.5460205078125
SRDSP,λ<=n,8192,1,115417,14.0889892578125
SRDSP,λ<=n,8192,1,67299,8.2152099609375
SRDSP,λ<=n,8192,1,73927,9.0242919921875
SRDSP,λ<=n,8192,1,70345,8.5870361328125
SRDSP,λ<=n,8192,1,63337,7.7315673828125
SRDSP,λ<=n,8192,1,76124,9.29248046875
SRDSP,λ<=n,8192,1,84259,10.2855224609375
SRDSP,λ<=n,8192,1,76408,9.3271484375
SHDSP,λ<=n,8192,1,59298,7.238525390625
SHDSP,λ<=n,8192,1,75242,9.184814453125
SHDSP,λ<=n,8192,1,73867,9.0169677734375
SHDSP,λ<=n,8192,1,74118,9.047607421875
SHDSP,λ<=n,8192,1,67871,8.2850341796875
SHDSP,λ<=n,8192,1,56993,6.9571533203125
SHDSP,λ<=n,8192,1,90080,10.99609375
SHDSP,λ<=n,8192,1,70338,8.586181640625
SHDSP,λ<=n,8192,1,116231,14.1883544921875
SHDSP,λ<=n,8192,1,66118,8.071044921875
SHDSP,λ<=n,8192,1,80785,9.8614501953125
SHDSP,λ<=n,8192,1,57240,6.9873046875
SHDSP,λ<=n,8192,1,70603,8.6185302734375
SHDSP,λ<=n,8192,1,63998,7.812255859375
SHDSP,λ<=n,8192,1,75657,9.2354736328125
SHDSP,λ<=n,8192,1,58944,7.1953125
SHDSP,λ<=n,8192,1,55815,6.8133544921875
SHDSP,λ<=n,8192,1,60479,7.3826904296875
SHDSP,λ<=n,8192,1,70099,8.5570068359375
SHDSP,λ<=n,8192,1,60683,7.4075927734375
SHDSP,λ<=n,8192,1,82604,10.08349609375
SHDSP,λ<=n,8192,1,64809,7.9112548828125
SHDSP,λ<=n,8192,1,100393,12.2550048828125
SHDSP,λ<=n,8192,1,74138,9.050048828125
SHDSP,λ<=n,8192,1,70673,8.6270751953125
SHDSP,λ<=n,8192,1,73347,8.9534912109375
SHDSP,λ<=n,8192,1,71415,8.7176513671875
SHDSP,λ<=n,8192,1,87446,10.674560546875
SHDSP,λ<=n,8192,1,78722,9.609619140625
SHDSP,λ<=n,8192,1,73599,8.9842529296875
SHDSP,λ<=n,8192,1,61454,7.501708984375
SHDSP,λ<=n,8192,1,89857,10.9688720703125
SHDSP,λ<=n,8192,1,57386,7.005126953125
SHDSP,λ<=n,8192,1,63182,7.712646484375
SHDSP,λ<=n,8192,1,87295,10.6561279296875
SHDSP,λ<=n,8192,1,84721,10.3419189453125
SHDSP,λ<=n,8192,1,78884,9.62939453125
SHDSP,λ<=n,8192,1,71296,8.703125
SHDSP,λ<=n,8192,1,65001,7.9346923828125
SHDSP,λ<=n,8192,1,78056,9.5283203125
SHDSP,λ<=n,8192,1,62525,7.6324462890625
SHDSP,λ<=n,8192,1,71426,8.718994140625
SHDSP,λ<=n,8192,1,57289,6.9932861328125
SHDSP,λ<=n,8192,1,97395,11.8890380859375
SHDSP,λ<=n,8192,1,68823,8.4012451171875
SHDSP,λ<=n,8192,1,55955,6.8304443359375
SHDSP,λ<=n,8192,1,68793,8.3975830078125
SHDSP,λ<=n,8192,1,67631,8.2557373046875
SHDSP,λ<=n,8192,1,74709,9.1197509765625
SHDSP,λ<=n,8192,1,71037,8.6715087890625
SHDSP,λ<=n,8192,1,74211,9.0589599609375
SHDSP,λ<=n,8192,1,88190,10.765380859375
SHDSP,λ<=n,8192,1,54957,6.7086181640625
SHDSP,λ<=n,8192,1,58197,7.1041259765625
SHDSP,λ<=n,8192,1,59567,7.2713623046875
SHDSP,λ<=n,8192,1,82289,10.0450439453125
SHDSP,λ<=n,8192,1,83746,10.222900390625
SHDSP,λ<=n,8192,1,66325,8.0963134765625
SHDSP,λ<=n,8192,1,71040,8.671875
SHDSP,λ<=n,8192,1,65144,7.9521484375
SHDSP,λ<=n,8192,1,85746,10.467041015625
SHDSP,λ<=n,8192,1,72283,8.8236083984375
SHDSP,λ<=n,8192,1,91604,11.18212890625
SHDSP,λ<=n,8192,1,58808,7.1787109375
SHDSP,λ<=n,8192,1,61279,7.4803466796875
SHDSP,λ<=n,8192,1,88577,10.8126220703125
SHDSP,λ<=n,8192,1,65075,7.9437255859375
SHDSP,λ<=n,8192,1,98615,12.0379638671875
SHDSP,λ<=n,8192,1,61403,7.4954833984375
SHDSP,λ<=n,8192,1,80122,9.780517578125
SHDSP,λ<=n,8192,1,66730,8.145751953125
SHDSP,λ<=n,8192,1,66474,8.114501953125
SHDSP,λ<=n,8192,1,64029,7.8160400390625
SHDSP,λ<=n,8192,1,70780,8.64013671875
SHDSP,λ<=n,8192,1,62784,7.6640625
SHDSP,λ<=n,8192,1,71325,8.7066650390625
SHDSP,λ<=n,8192,1,56886,6.944091796875
SHDSP,λ<=n,8192,1,66766,8.150146484375
SHDSP,λ<=n,8192,1,63651,7.7698974609375
SHDSP,λ<=n,8192,1,87034,10.624267578125
SHDSP,λ<=n,8192,1,57401,7.0069580078125
SHDSP,λ<=n,8192,1,75835,9.2572021484375
SHDSP,λ<=n,8192,1,60278,7.358154296875
SHDSP,λ<=n,8192,1,62693,7.6529541015625
SHDSP,λ<=n,8192,1,54931,6.7054443359375
SHDSP,λ<=n,8192,1,56505,6.8975830078125
SHDSP,λ<=n,8192,1,85708,10.46240234375
SHDSP,λ<=n,8192,1,65967,8.0526123046875
SHDSP,λ<=n,8192,1,72840,8.8916015625
SHDSP,λ<=n,8192,1,85688,10.4599609375
SHDSP,λ<=n,8192,1,72860,8.89404296875
SHDSP,λ<=n,8192,1,80573,9.8355712890625
SHDSP,λ<=n,8192,1,107493,13.1217041015625
SHDSP,λ<=n,8192,1,59833,7.3038330078125
SHDSP,λ<=n,8192,1,68566,8.369873046875
SHDSP,λ<=n,8192,1,81420,9.93896484375
SHDSP,λ<=n,8192,1,70691,8.6292724609375
SHDSP,λ<=n,8192,1,66932,8.17041015625
SHDSP,λ<=n,8192,1,104978,12.814697265625
SHDSP,λ<=n,8192,1,66765,8.1500244140625
SHLSP,λ<=n,8192,1,71004,8.66748046875
SHLSP,λ<=n,8192,1,74967,9.1512451171875
SHLSP,λ<=n,8192,1,84422,10.305419921875
SHLSP,λ<=n,8192,1,64050,7.818603515625
SHLSP,λ<=n,8192,1,82175,10.0311279296875
SHLSP,λ<=n,8192,1,73078,8.920654296875
SHLSP,λ<=n,8192,1,68253,8.3316650390625
SHLSP,λ<=n,8192,1,81290,9.923095703125
SHLSP,λ<=n,8192,1,94230,11.502685546875
SHLSP,λ<=n,8192,1,63951,7.8065185546875
SHLSP,λ<=n,8192,1,69368,8.4677734375
SHLSP,λ<=n,8192,1,75852,9.25927734375
SHLSP,λ<=n,8192,1,89989,10.9849853515625
SHLSP,λ<=n,8192,1,111527,13.6141357421875
SHLSP,λ<=n,8192,1,81932,10.00146484375
SHLSP,λ<=n,8192,1,65865,8.0401611328125
SHLSP,λ<=n,8192,1,84494,10.314208984375
SHLSP,λ<=n,8192,1,82843,10.1126708984375
SHLSP,λ<=n,8192,1,83139,10.1488037109375
SHLSP,λ<=n,8192,1,108732,13.27294921875
SHLSP,λ<=n,8192,1,79621,9.7193603515625
SHLSP,λ<=n,8192,1,78986,9.641845703125
SHLSP,λ<=n,8192,1,71796,8.76416015625
SHLSP,λ<=n,8192,1,79177,9.6651611328125
SHLSP,λ<=n,8192,1,103346,12.615478515625
SHLSP,λ<=n,8192,1,78928,9.634765625
SHLSP,λ<=n,8192,1,78298,9.557861328125
SHLSP,λ<=n,8192,1,84119,10.2684326171875
SHLSP,λ<=n,8192,1,60430,7.376708984375
SHLSP,λ<=n,8192,1,73223,8.9383544921875
SHLSP,λ<=n,8192,1,67973,8.2974853515625
SHLSP,λ<=n,8192,1,59145,7.2198486328125
SHLSP,λ<=n,8192,1,68996,8.42236328125
SHLSP,λ<=n,8192,1,97298,11.877197265625
SHLSP,λ<=n,8192,1,95134,11.613037109375
SHLSP,λ<=n,8192,1,94051,11.4808349609375
SHLSP,λ<=n,8192,1,96387,11.7659912109375
SHLSP,λ<=n,8192,1,96451,11.7738037109375
SHLSP,λ<=n,8192,1,75912,9.2666015625
SHLSP,λ<=n,8192,1,67570,8.248291015625
SHLSP,λ<=n,8192,1,67456,8.234375
SHLSP,λ<=n,8192,1,74791,9.1297607421875
SHLSP,λ<=n,8192,1,68963,8.4183349609375
SHLSP,λ<=n,8192,1,93606,11.426513671875
SHLSP,λ<=n,8192,1,123514,15.077392578125
SHLSP,λ<=n,8192,1,75857,9.2598876953125
SHLSP,λ<=n,8192,1,77399,9.4481201171875
SHLSP,λ<=n,8192,1,60485,7.3834228515625
SHLSP,λ<=n,8192,1,80144,9.783203125
SHLSP,λ<=n,8192,1,63375,7.7362060546875
SHLSP,λ<=n,8192,1,69993,8.5440673828125
SHLSP,λ<=n,8192,1,71300,8.70361328125
SHLSP,λ<=n,8192,1,89057,10.8712158203125
SHLSP,λ<=n,8192,1,74572,9.10302734375
SHLSP,λ<=n,8192,1,62340,7.60986328125
SHLSP,λ<=n,8192,1,72363,8.8333740234375
SHLSP,λ<=n,8192,1,91016,11.1103515625
SHLSP,λ<=n,8192,1,66504,8.1181640625
SHLSP,λ<=n,8192,1,75205,9.1802978515625
SHLSP,λ<=n,8192,1,83478,10.190185546875
SHLSP,λ<=n,8192,1,62948,7.68408203125
SHLSP,λ<=n,8192,1,73033,8.9151611328125
SHLSP,λ<=n,8192,1,89906,10.974853515625
SHLSP,λ<=n,8192,1,64392,7.8603515625
SHLSP,λ<=n,8192,1,79513,9.7061767578125
SHLSP,λ<=n,8192,1,110334,13.468505859375
SHLSP,λ<=n,8192,1,97647,11.9197998046875
SHLSP,λ<=n,8192,1,72141,8.8062744140625
SHLSP,λ<=n,8192,1,92185,11.2530517578125
SHLSP,λ<=n,8192,1,82434,10.062744140625
SHLSP,λ<=n,8192,1,91314,11.146728515625
SHLSP,λ<=n,8192,1,72046,8.794677734375
SHLSP,λ<=n,8192,1,90182,11.008544921875
SHLSP,λ<=n,8192,1,80606,9.839599609375
SHLSP,λ<=n,8192,1,66054,8.063232421875
SHLSP,λ<=n,8192,1,65517,7.9976806640625
SHLSP,λ<=n,8192,1,78634,9.598876953125
SHLSP,λ<=n,8192,1,95013,11.5982666015625
SHLSP,λ<=n,8192,1,78779,9.6165771484375
SHLSP,λ<=n,8192,1,91802,11.206298828125
SHLSP,λ<=n,8192,1,69105,8.4356689453125
SHLSP,λ<=n,8192,1,98705,12.0489501953125
SHLSP,λ<=n,8192,1,85869,10.4820556640625
SHLSP,λ<=n,8192,1,83282,10.166259765625
SHLSP,λ<=n,8192,1,90109,10.9996337890625
SHLSP,λ<=n,8192,1,99525,12.1490478515625
SHLSP,λ<=n,8192,1,82268,10.04248046875
SHLSP,λ<=n,8192,1,87673,10.7022705078125
SHLSP,λ<=n,8192,1,61723,7.5345458984375
SHLSP,λ<=n,8192,1,68200,8.3251953125
SHLSP,λ<=n,8192,1,96275,11.7523193359375
SHLSP,λ<=n,8192,1,62293,7.6041259765625
SHLSP,λ<=n,8192,1,93886,11.460693359375
SHLSP,λ<=n,8192,1,90829,11.0875244140625
SHLSP,λ<=n,8192,1,72386,8.836181640625
SHLSP,λ<=n,8192,1,58285,7.1148681640625
SHLSP,λ<=n,8192,1,76157,9.2965087890625
SHLSP,λ<=n,8192,1,63625,7.7667236328125
SHLSP,λ<=n,8192,1,82817,10.1094970703125
SHLSP,λ<=n,8192,1,88124,10.75732421875
SRLSP,λ<=n,8192,1,75954,9.271728515625
SRLSP,λ<=n,8192,1,76873,9.3839111328125
SRLSP,λ<=n,8192,1,107136,13.078125
SRLSP,λ<=n,8192,1,119017,14.5284423828125
SRLSP,λ<=n,8192,1,73674,8.993408203125
SRLSP,λ<=n,8192,1,82063,10.0174560546875
SRLSP,λ<=n,8192,1,76698,9.362548828125
SRLSP,λ<=n,8192,1,87768,10.7138671875
SRLSP,λ<=n,8192,1,72944,8.904296875
SRLSP,λ<=n,8192,1,102489,12.5108642578125
SRLSP,λ<=n,8192,1,76733,9.3668212890625
SRLSP,λ<=n,8192,1,81751,9.9793701171875
SRLSP,λ<=n,8192,1,69129,8.4385986328125
SRLSP,λ<=n,8192,1,70748,8.63623046875
SRLSP,λ<=n,8192,1,68268,8.33349609375
SRLSP,λ<=n,8192,1,77121,9.4141845703125
SRLSP,λ<=n,8192,1,72523,8.8529052734375
SRLSP,λ<=n,8192,1,70226,8.572509765625
SRLSP,λ<=n,8192,1,72101,8.8013916015625
SRLSP,λ<=n,8192,1,105833,12.9190673828125
SRLSP,λ<=n,8192,1,90451,11.0413818359375
SRLSP,λ<=n,8192,1,98337,12.0040283203125
SRLSP,λ<=n,8192,1,80079,9.7752685546875
SRLSP,λ<=n,8192,1,83219,10.1585693359375
SRLSP,λ<=n,8192,1,78380,9.56787109375
SRLSP,λ<=n,8192,1,92008,11.2314453125
SRLSP,λ<=n,8192,1,65468,7.99169921875
SRLSP,λ<=n,8192,1,67138,8.195556640625
SRLSP,λ<=n,8192,1,74050,9.039306640625
SRLSP,λ<=n,8192,1,96863,11.8240966796875
SRLSP,λ<=n,8192,1,58380,7.12646484375
SRLSP,λ<=n,8192,1,92941,11.3453369140625
SRLSP,λ<=n,8192,1,101216,12.35546875
SRLSP,λ<=n,8192,1,59734,7.291748046875
SRLSP,λ<=n,8192,1,121404,14.81982421875
SRLSP,λ<=n,8192,1,88761,10.8350830078125
SRLSP,λ<=n,8192,1,80961,9.8829345703125
SRLSP,λ<=n,8192,1,74678,9.115966796875
SRLSP,λ<=n,8192,1,81485,9.9468994140625
SRLSP,λ<=n,8192,1,72768,8.8828125
SRLSP,λ<=n,8192,1,79551,9.7108154296875
SRLSP,λ<=n,8192,1,97787,11.9368896484375
SRLSP,λ<=n,8192,1,67210,8.204345703125
SRLSP,λ<=n,8192,1,153300,18.71337890625
SRLSP,λ<=n,8192,1,84194,10.277587890625
SRLSP,λ<=n,8192,1,92223,11.2576904296875
SRLSP,λ<=n,8192,1,65437,7.9879150390625
SRLSP,λ<=n,8192,1,77212,9.42529296875
SRLSP,λ<=n,8192,1,77412,9.44970703125
SRLSP,λ<=n,8192,1,92736,11.3203125
SRLSP,λ<=n,8192,1,64851,7.9163818359375
SRLSP,λ<=n,8192,1,75393,9.2032470703125
SRLSP,λ<=n,8192,1,68380,8.34716796875
SRLSP,λ<=n,8192,1,69984,8.54296875
SRLSP,λ<=n,8192,1,74158,9.052490234375
SRLSP,λ<=n,8192,1,67166,8.198974609375
SRLSP,λ<=n,8192,1,83276,10.16552734375
SRLSP,λ<=n,8192,1,86117,10.5123291015625
SRLSP,λ<=n,8192,1,94014,11.476318359375
SRLSP,λ<=n,8192,1,72259,8.8206787109375
SRLSP,λ<=n,8192,1,94264,11.5068359375
SRLSP,λ<=n,8192,1,84405,10.3033447265625
SRLSP,λ<=n,8192,1,69352,8.4658203125
SRLSP,λ<=n,8192,1,66783,8.1522216796875
SRLSP,λ<=n,8192,1,62619,7.6439208984375
SRLSP,λ<=n,8192,1,88128,10.7578125
SRLSP,λ<=n,8192,1,74751,9.1248779296875
SRLSP,λ<=n,8192,1,73486,8.970458984375
SRLSP,λ<=n,8192,1,91090,11.119384765625
SRLSP,λ<=n,8192,1,82241,10.0391845703125
SRLSP,λ<=n,8192,1,79501,9.7047119140625
SRLSP,λ<=n,8192,1,78052,9.52783203125
SRLSP,λ<=n,8192,1,74952,9.1494140625
SRLSP,λ<=n,8192,1,83357,10.1754150390625
SRLSP,λ<=n,8192,1,96300,11.75537109375
SRLSP,λ<=n,8192,1,108756,13.27587890625
SRLSP,λ<=n,8192,1,78040,9.5263671875
SRLSP,λ<=n,8192,1,79281,9.6778564453125
SRLSP,λ<=n,8192,1,69181,8.4449462890625
SRLSP,λ<=n,8192,1,99248,12.115234375
SRLSP,λ<=n,8192,1,77930,9.512939453125
SRLSP,λ<=n,8192,1,105077,12.8267822265625
SRLSP,λ<=n,8192,1,63763,7.7835693359375
SRLSP,λ<=n,8192,1,86462,10.554443359375
SRLSP,λ<=n,8192,1,69843,8.5257568359375
SRLSP,λ<=n,8192,1,106165,12.9595947265625
SRLSP,λ<=n,8192,1,93102,11.364990234375
SRLSP,λ<=n,8192,1,66350,8.099365234375
SRLSP,λ<=n,8192,1,102428,12.50341796875
SRLSP,λ<=n,8192,1,68999,8.4227294921875
SRLSP,λ<=n,8192,1,70042,8.550048828125
SRLSP,λ<=n,8192,1,76979,9.3968505859375
SRLSP,λ<=n,8192,1,95908,11.70751953125
SRLSP,λ<=n,8192,1,69958,8.539794921875
SRLSP,λ<=n,8192,1,81789,9.9840087890625
SRLSP,λ<=n,8192,1,74310,9.071044921875
SRLSP,λ<=n,8192,1,85002,10.376220703125
SRLSP,λ<=n,8192,1,82652,10.08935546875
SRLSP,λ<=n,8192,1,91910,11.219482421875
SRLSP,λ<=n,8192,1,61440,7.5
SSLSP,λ<=n,8192,1,168785,20.6036376953125
SSLSP,λ<=n,8192,1,252176,30.783203125
SSLSP,λ<=n,8192,1,116994,14.281494140625
SSLSP,λ<=n,8192,1,264442,32.280517578125
SSLSP,λ<=n,8192,1,103503,12.6346435546875
SSLSP,λ<=n,8192,1,150753,18.4024658203125
SSLSP,λ<=n,8192,1,142870,17.440185546875
SSLSP,λ<=n,8192,1,121445,14.8248291015625
SSLSP,λ<=n,8192,1,110097,13.4395751953125
SSLSP,λ<=n,8192,1,155860,19.02587890625
SSLSP,λ<=n,8192,1,144076,17.58740234375
SSLSP,λ<=n,8192,1,103243,12.6029052734375
SSLSP,λ<=n,8192,1,124907,15.2474365234375
SSLSP,λ<=n,8192,1,196549,23.9927978515625
SSLSP,λ<=n,8192,1,204551,24.9696044921875
SSLSP,λ<=n,8192,1,150993,18.4317626953125
SSLSP,λ<=n,8192,1,94180,11.49658203125
SSLSP,λ<=n,8192,1,101993,12.4503173828125
SSLSP,λ<=n,8192,1,169399,20.6785888671875
SSLSP,λ<=n,8192,1,179294,21.886474609375
SSLSP,λ<=n,8192,1,149943,18.3035888671875
SSLSP,λ<=n,8192,1,121444,14.82470703125
SSLSP,λ<=n,8192,1,179648,21.9296875
SSLSP,λ<=n,8192,1,142890,17.442626953125
SSLSP,λ<=n,8192,1,178150,21.746826171875
SSLSP,λ<=n,8192,1,118873,14.5108642578125
SSLSP,λ<=n,8192,1,121942,14.885498046875
SSLSP,λ<=n,8192,1,141587,17.2835693359375
SSLSP,λ<=n,8192,1,118857,14.5089111328125
SSLSP,λ<=n,8192,1,181016,22.0966796875
SSLSP,λ<=n,8192,1,110572,13.49755859375
SSLSP,λ<=n,8192,1,187501,22.8883056640625
SSLSP,λ<=n,8192,1,102292,12.48681640625
SSLSP,λ<=n,8192,1,175041,21.3673095703125
SSLSP,λ<=n,8192,1,188053,22.9556884765625
SSLSP,λ<=n,8192,1,201111,24.5496826171875
SSLSP,λ<=n,8192,1,198455,24.2254638671875
SSLSP,λ<=n,8192,1,140968,17.2080078125
SSLSP,λ<=n,8192,1,140687,17.1737060546875
SSLSP,λ<=n,8192,1,132541,16.1793212890625
SSLSP,λ<=n,8192,1,149433,18.2413330078125
SSLSP,λ<=n,8192,1,147192,17.9677734375
SSLSP,λ<=n,8192,1,157473,19.2227783203125
SSLSP,λ<=n,8192,1,154206,18.823974609375
SSLSP,λ<=n,8192,1,132168,16.1337890625
SSLSP,λ<=n,8192,1,105355,12.8607177734375
SSLSP,λ<=n,8192,1,173379,21.1644287109375
SSLSP,λ<=n,8192,1,140808,17.1884765625
SSLSP,λ<=n,8192,1,144055,17.5848388671875
SSLSP,λ<=n,8192,1,179789,21.9468994140625
SSLSP,λ<=n,8192,1,215691,26.3294677734375
SSLSP,λ<=n,8192,1,153853,18.7808837890625
SSLSP,λ<=n,8192,1,104482,12.754150390625
SSLSP,λ<=n,8192,1,165899,20.2513427734375
SSLSP,λ<=n,8192,1,136421,16.6529541015625
SSLSP,λ<=n,8192,1,141798,17.309326171875
SSLSP,λ<=n,8192,1,177446,21.660888671875
SSLSP,λ<=n,8192,1,125724,15.34716796875
SSLSP,λ<=n,8192,1,170751,20.8436279296875
SSLSP,λ<=n,8192,1,208028,25.39404296875
SSLSP,λ<=n,8192,1,112784,13.767578125
SSLSP,λ<=n,8192,1,118848,14.5078125
SSLSP,λ<=n,8192,1,174774,21.334716796875
SSLSP,λ<=n,8192,1,204507,24.9642333984375
SSLSP,λ<=n,8192,1,156280,19.0771484375
SSLSP,λ<=n,8192,1,159385,19.4561767578125
SSLSP,λ<=n,8192,1,150872,18.4169921875
SSLSP,λ<=n,8192,1,142812,17.43310546875
SSLSP,λ<=n,8192,1,211342,25.798583984375
SSLSP,λ<=n,8192,1,190449,23.2481689453125
SSLSP,λ<=n,8192,1,204830,25.003662109375
SSLSP,λ<=n,8192,1,161242,19.682861328125
SSLSP,λ<=n,8192,1,144363,17.6224365234375
SSLSP,λ<=n,8192,1,180623,22.0487060546875
SSLSP,λ<=n,8192,1,140243,17.1195068359375
SSLSP,λ<=n,8192,1,164325,20.0592041015625
SSLSP,λ<=n,8192,1,141764,17.30517578125
SSLSP,λ<=n,8192,1,104322,12.734619140625
SSLSP,λ<=n,8192,1,124127,15.1522216796875
SSLSP,λ<=n,8192,1,106985,13.0596923828125
SSLSP,λ<=n,8192,1,198985,24.2901611328125
SSLSP,λ<=n,8192,1,156231,19.0711669921875
SSLSP,λ<=n,8192,1,127724,15.59130859375
SSLSP,λ<=n,8192,1,169759,20.7225341796875
SSLSP,λ<=n,8192,1,98047,11.9686279296875
SSLSP,λ<=n,8192,1,266185,32.4932861328125
SSLSP,λ<=n,8192,1,128177,15.6466064453125
SSLSP,λ<=n,8192,1,138201,16.8702392578125
SSLSP,λ<=n,8192,1,175994,21.483642578125
SSLSP,λ<=n,8192,1,108210,13.209228515625
SSLSP,λ<=n,8192,1,147909,18.0552978515625
SSLSP,λ<=n,8192,1,107492,13.12158203125
SSLSP,λ<=n,8192,1,161276,19.68701171875
SSLSP,λ<=n,8192,1,123419,15.0657958984375
SSLSP,λ<=n,8192,1,151433,18.4854736328125
SSLSP,λ<=n,8192,1,111551,13.6170654296875
SSLSP,λ<=n,8192,1,126934,15.494873046875
SSLSP,λ<=n,8192,1,168248,20.5380859375
SSLSP,λ<=n,8192,1,163178,19.919189453125
SSLSP,λ<=n,8192,1,114051,13.9222412109375
SSDMP,λ<=n,8192,1,252909,30.8726806640625
SSDMP,λ<=n,8192,1,116198,14.184326171875
SSDMP,λ<=n,8192,1,107126,13.076904296875
SSDMP,λ<=n,8192,1,103197,12.5972900390625
SSDMP,λ<=n,8192,1,102022,12.453857421875
SSDMP,λ<=n,8192,1,101357,12.3726806640625
SSDMP,λ<=n,8192,1,101486,12.388427734375
SSDMP,λ<=n,8192,1,153914,18.788330078125
SSDMP,λ<=n,8192,1,170410,20.802001953125
SSDMP,λ<=n,8192,1,103862,12.678466796875
SSDMP,λ<=n,8192,1,89039,10.8690185546875
SSDMP,λ<=n,8192,1,178475,21.7864990234375
SSDMP,λ<=n,8192,1,135223,16.5067138671875
SSDMP,λ<=n,8192,1,153820,18.77685546875
SSDMP,λ<=n,8192,1,113766,13.887451171875
SSDMP,λ<=n,8192,1,119046,14.531982421875
SSDMP,λ<=n,8192,1,102067,12.4593505859375
SSDMP,λ<=n,8192,1,96152,11.7373046875
SSDMP,λ<=n,8192,1,173297,21.1544189453125
SSDMP,λ<=n,8192,1,190428,23.24560546875
SSDMP,λ<=n,8192,1,145236,17.72900390625
SSDMP,λ<=n,8192,1,147560,18.0126953125
SSDMP,λ<=n,8192,1,132472,16.1708984375
SSDMP,λ<=n,8192,1,250850,30.621337890625
SSDMP,λ<=n,8192,1,161942,19.768310546875
SSDMP,λ<=n,8192,1,161613,19.7281494140625
SSDMP,λ<=n,8192,1,147006,17.945068359375
SSDMP,λ<=n,8192,1,123583,15.0858154296875
SSDMP,λ<=n,8192,1,128640,15.703125
SSDMP,λ<=n,8192,1,250671,30.5994873046875
SSDMP,λ<=n,8192,1,110857,13.5323486328125
SSDMP,λ<=n,8192,1,184716,22.54833984375
SSDMP,λ<=n,8192,1,236626,28.885009765625
SSDMP,λ<=n,8192,1,130283,15.9036865234375
SSDMP,λ<=n,8192,1,108988,13.30419921875
SSDMP,λ<=n,8192,1,108409,13.2335205078125
SSDMP,λ<=n,8192,1,93647,11.4315185546875
SSDMP,λ<=n,8192,1,109766,13.399169921875
SSDMP,λ<=n,8192,1,115879,14.1453857421875
SSDMP,λ<=n,8192,1,123010,15.015869140625
SSDMP,λ<=n,8192,1,122363,14.9368896484375
SSDMP,λ<=n,8192,1,163350,19.940185546875
SSDMP,λ<=n,8192,1,164160,20.0390625
SSDMP,λ<=n,8192,1,226965,27.7056884765625
SSDMP,λ<=n,8192,1,137294,16.759521484375
SSDMP,λ<=n,8192,1,221819,27.0775146484375
SSDMP,λ<=n,8192,1,85398,10.424560546875
SSDMP,λ<=n,8192,1,200029,24.4176025390625
SSDMP,λ<=n,8192,1,107229,13.0894775390625
SSDMP,λ<=n,8192,1,95222,11.623779296875
SSDMP,λ<=n,8192,1,140990,17.210693359375
SSDMP,λ<=n,8192,1,127909,15.6138916015625
SSDMP,λ<=n,8192,1,193189,23.5826416015625
SSDMP,λ<=n,8192,1,81977,10.0069580078125
SSDMP,λ<=n,8192,1,122760,14.9853515625
SSDMP,λ<=n,8192,1,112962,13.789306640625
SSDMP,λ<=n,8192,1,84438,10.307373046875
SSDMP,λ<=n,8192,1,174086,21.250732421875
SSDMP,λ<=n,8192,1,195373,23.8492431640625
SSDMP,λ<=n,8192,1,173930,21.231689453125
SSDMP,λ<=n,8192,1,189239,23.1004638671875
SSDMP,λ<=n,8192,1,184407,22.5106201171875
SSDMP,λ<=n,8192,1,154388,18.84619140625
SSDMP,λ<=n,8192,1,99978,12.204345703125
SSDMP,λ<=n,8192,1,126834,15.482666015625
SSDMP,λ<=n,8192,1,156123,19.0579833984375
SSDMP,λ<=n,8192,1,129182,15.769287109375
SSDMP,λ<=n,8192,1,111950,13.665771484375
SSDMP,λ<=n,8192,1,93989,11.4732666015625
SSDMP,λ<=n,8192,1,175283,21.3968505859375
SSDMP,λ<=n,8192,1,120724,14.73681640625
SSDMP,λ<=n,8192,1,146885,17.9302978515625
SSDMP,λ<=n,8192,1,129863,15.8524169921875
SSDMP,λ<=n,8192,1,125091,15.2698974609375
SSDMP,λ<=n,8192,1,104585,12.7667236328125
SSDMP,λ<=n,8192,1,146093,17.8336181640625
SSDMP,λ<=n,8192,1,116641,14.2384033203125
SSDMP,λ<=n,8192,1,151953,18.5489501953125
SSDMP,λ<=n,8192,1,207908,25.37939453125
SSDMP,λ<=n,8192,1,107121,13.0762939453125
SSDMP,λ<=n,8192,1,90520,11.0498046875
SSDMP,λ<=n,8192,1,150394,18.358642578125
SSDMP,λ<=n,8192,1,147834,18.046142578125
SSDMP,λ<=n,8192,1,102977,12.5704345703125
SSDMP,λ<=n,8192,1,193382,23.606201171875
SSDMP,λ<=n,8192,1,96861,11.8238525390625
SSDMP,λ<=n,8192,1,100584,12.2783203125
SSDMP,λ<=n,8192,1,209090,25.523681640625
SSDMP,λ<=n,8192,1,106054,12.946044921875
SSDMP,λ<=n,8192,1,99346,12.127197265625
SSDMP,λ<=n,8192,1,116394,14.208251953125
SSDMP,λ<=n,8192,1,115622,14.114013671875
SSDMP,λ<=n,8192,1,265115,32.3626708984375
SSDMP,λ<=n,8192,1,118980,14.52392578125
SSDMP,λ<=n,8192,1,94052,11.48095703125
SSDMP,λ<=n,8192,1,136095,16.6131591796875
SSDMP,λ<=n,8192,1,129012,15.74853515625
SSDMP,λ<=n,8192,1,101748,12.42041015625
SSDMP,λ<=n,8192,1,91674,11.190673828125
SSDMP,λ<=n,8192,1,178445,21.7828369140625
SRDMP,λ<=n,8192,1,81083,9.8978271484375
SRDMP,λ<=n,8192,1,74772,9.12744140625
SRDMP,λ<=n,8192,1,53145,6.4874267578125
SRDMP,λ<=n,8192,1,78723,9.6097412109375
SRDMP,λ<=n,8192,1,76019,9.2796630859375
SRDMP,λ<=n,8192,1,63597,7.7633056640625
SRDMP,λ<=n,8192,1,55290,6.749267578125
SRDMP,λ<=n,8192,1,60196,7.34814453125
SRDMP,λ<=n,8192,1,52901,6.4576416015625
SRDMP,λ<=n,8192,1,61731,7.5355224609375
SRDMP,λ<=n,8192,1,92994,11.351806640625
SRDMP,λ<=n,8192,1,69563,8.4915771484375
SRDMP,λ<=n,8192,1,63341,7.7320556640625
SRDMP,λ<=n,8192,1,58165,7.1002197265625
SRDMP,λ<=n,8192,1,57032,6.9619140625
SRDMP,λ<=n,8192,1,64195,7.8363037109375
SRDMP,λ<=n,8192,1,77463,9.4559326171875
SRDMP,λ<=n,8192,1,68375,8.3465576171875
SRDMP,λ<=n,8192,1,88129,10.7579345703125
SRDMP,λ<=n,8192,1,64129,7.8282470703125
SRDMP,λ<=n,8192,1,84982,10.373779296875
SRDMP,λ<=n,8192,1,71371,8.7122802734375
SRDMP,λ<=n,8192,1,59679,7.2850341796875
SRDMP,λ<=n,8192,1,101010,12.330322265625
SRDMP,λ<=n,8192,1,93512,11.4150390625
SRDMP,λ<=n,8192,1,94668,11.55615234375
SRDMP,λ<=n,8192,1,61987,7.5667724609375
SRDMP,λ<=n,8192,1,70333,8.5855712890625
SRDMP,λ<=n,8192,1,55612,6.78857421875
SRDMP,λ<=n,8192,1,48434,5.912353515625
SRDMP,λ<=n,8192,1,54648,6.6708984375
SRDMP,λ<=n,8192,1,73882,9.018798828125
SRDMP,λ<=n,8192,1,63575,7.7606201171875
SRDMP,λ<=n,8192,1,55420,6.76513671875
SRDMP,λ<=n,8192,1,56981,6.9556884765625
SRDMP,λ<=n,8192,1,78426,9.573486328125
SRDMP,λ<=n,8192,1,60946,7.439697265625
SRDMP,λ<=n,8192,1,54885,6.6998291015625
SRDMP,λ<=n,8192,1,57719,7.0457763671875
SRDMP,λ<=n,8192,1,55006,6.714599609375
SRDMP,λ<=n,8192,1,76421,9.3287353515625
SRDMP,λ<=n,8192,1,66398,8.105224609375
SRDMP,λ<=n,8192,1,58103,7.0926513671875
SRDMP,λ<=n,8192,1,65535,7.9998779296875
SRDMP,λ<=n,8192,1,55557,6.7818603515625
SRDMP,λ<=n,8192,1,58238,7.109130859375
SRDMP,λ<=n,8192,1,64371,7.8577880859375
SRDMP,λ<=n,8192,1,54300,6.62841796875
SRDMP,λ<=n,8192,1,69417,8.4737548828125
SRDMP,λ<=n,8192,1,106704,13.025390625
SRDMP,λ<=n,8192,1,53660,6.55029296875
SRDMP,λ<=n,8192,1,80348,9.80810546875
SRDMP,λ<=n,8192,1,58754,7.172119140625
SRDMP,λ<=n,8192,1,47109,5.7506103515625
SRDMP,λ<=n,8192,1,74023,9.0360107421875
SRDMP,λ<=n,8192,1,88012,10.74365234375
SRDMP,λ<=n,8192,1,64072,7.8212890625
SRDMP,λ<=n,8192,1,91825,11.2091064453125
SRDMP,λ<=n,8192,1,64438,7.865966796875
SRDMP,λ<=n,8192,1,63885,7.7984619140625
SRDMP,λ<=n,8192,1,70098,8.556884765625
SRDMP,λ<=n,8192,1,54727,6.6805419921875
SRDMP,λ<=n,8192,1,56425,6.8878173828125
SRDMP,λ<=n,8192,1,70197,8.5689697265625
SRDMP,λ<=n,8192,1,69230,8.450927734375
SRDMP,λ<=n,8192,1,59415,7.2528076171875
SRDMP,λ<=n,8192,1,68536,8.3662109375
SRDMP,λ<=n,8192,1,52624,6.423828125
SRDMP,λ<=n,8192,1,69980,8.54248046875
SRDMP,λ<=n,8192,1,77954,9.515869140625
SRDMP,λ<=n,8192,1,72859,8.8939208984375
SRDMP,λ<=n,8192,1,52031,6.3514404296875
SRDMP,λ<=n,8192,1,55074,6.722900390625
SRDMP,λ<=n,8192,1,49658,6.061767578125
SRDMP,λ<=n,8192,1,53223,6.4969482421875
SRDMP,λ<=n,8192,1,68914,8.412353515625
SRDMP,λ<=n,8192,1,69421,8.4742431640625
SRDMP,λ<=n,8192,1,56498,6.896728515625
SRDMP,λ<=n,8192,1,63291,7.7259521484375
SRDMP,λ<=n,8192,1,62095,7.5799560546875
SRDMP,λ<=n,8192,1,57155,6.9769287109375
SRDMP,λ<=n,8192,1,79706,9.729736328125
SRDMP,λ<=n,8192,1,61078,7.455810546875
SRDMP,λ<=n,8192,1,86716,10.58544921875
SRDMP,λ<=n,8192,1,61779,7.5413818359375
SRDMP,λ<=n,8192,1,52434,6.400634765625
SRDMP,λ<=n,8192,1,83566,10.200927734375
SRDMP,λ<=n,8192,1,69345,8.4649658203125
SRDMP,λ<=n,8192,1,54310,6.629638671875
SRDMP,λ<=n,8192,1,68211,8.3265380859375
SRDMP,λ<=n,8192,1,54798,6.689208984375
SRDMP,λ<=n,8192,1,56379,6.8822021484375
SRDMP,λ<=n,8192,1,67977,8.2979736328125
SRDMP,λ<=n,8192,1,69617,8.4981689453125
SRDMP,λ<=n,8192,1,61527,7.5106201171875
SRDMP,λ<=n,8192,1,54755,6.6839599609375
SRDMP,λ<=n,8192,1,65331,7.9749755859375
SRDMP,λ<=n,8192,1,89741,10.9547119140625
SRDMP,λ<=n,8192,1,50676,6.18603515625
SHDMP,λ<=n,8192,1,57339,6.9993896484375
SHDMP,λ<=n,8192,1,61598,7.519287109375
SHDMP,λ<=n,8192,1,90275,11.0198974609375
SHDMP,λ<=n,8192,1,74830,9.134521484375
SHDMP,λ<=n,8192,1,63439,7.7440185546875
SHDMP,λ<=n,8192,1,89773,10.9586181640625
SHDMP,λ<=n,8192,1,75006,9.156005859375
SHDMP,λ<=n,8192,1,65244,7.96435546875
SHDMP,λ<=n,8192,1,64093,7.8238525390625
SHDMP,λ<=n,8192,1,78170,9.542236328125
SHDMP,λ<=n,8192,1,62498,7.629150390625
SHDMP,λ<=n,8192,1,100768,12.30078125
SHDMP,λ<=n,8192,1,52176,6.369140625
SHDMP,λ<=n,8192,1,51875,6.3323974609375
SHDMP,λ<=n,8192,1,84919,10.3660888671875
SHDMP,λ<=n,8192,1,80270,9.798583984375
SHDMP,λ<=n,8192,1,58439,7.1336669921875
SHDMP,λ<=n,8192,1,57686,7.041748046875
SHDMP,λ<=n,8192,1,63954,7.806884765625
SHDMP,λ<=n,8192,1,74243,9.0628662109375
SHDMP,λ<=n,8192,1,72022,8.791748046875
SHDMP,λ<=n,8192,1,54830,6.693115234375
SHDMP,λ<=n,8192,1,67965,8.2965087890625
SHDMP,λ<=n,8192,1,88905,10.8526611328125
SHDMP,λ<=n,8192,1,75811,9.2542724609375
SHDMP,λ<=n,8192,1,57862,7.063232421875
SHDMP,λ<=n,8192,1,120648,14.7275390625
SHDMP,λ<=n,8192,1,92306,11.267822265625
SHDMP,λ<=n,8192,1,82587,10.0814208984375
SHDMP,λ<=n,8192,1,89950,10.980224609375
SHDMP,λ<=n,8192,1,92164,11.25048828125
SHDMP,λ<=n,8192,1,109166,13.325927734375
SHDMP,λ<=n,8192,1,69330,8.463134765625
SHDMP,λ<=n,8192,1,69396,8.47119140625
SHDMP,λ<=n,8192,1,73540,8.97705078125
SHDMP,λ<=n,8192,1,57837,7.0601806640625
SHDMP,λ<=n,8192,1,75763,9.2484130859375
SHDMP,λ<=n,8192,1,74245,9.0631103515625
SHDMP,λ<=n,8192,1,61366,7.490966796875
SHDMP,λ<=n,8192,1,82121,10.0245361328125
SHDMP,λ<=n,8192,1,56074,6.844970703125
SHDMP,λ<=n,8192,1,96545,11.7852783203125
SHDMP,λ<=n,8192,1,58427,7.1322021484375
SHDMP,λ<=n,8192,1,83312,10.169921875
SHDMP,λ<=n,8192,1,70522,8.608642578125
SHDMP,λ<=n,8192,1,73881,9.0186767578125
SHDMP,λ<=n,8192,1,92399,11.2791748046875
SHDMP,λ<=n,8192,1,75051,9.1614990234375
SHDMP,λ<=n,8192,1,90652,11.06591796875
SHDMP,λ<=n,8192,1,76583,9.3485107421875
SHDMP,λ<=n,8192,1,77212,9.42529296875
SHDMP,λ<=n,8192,1,62752,7.66015625
SHDMP,λ<=n,8192,1,58581,7.1510009765625
SHDMP,λ<=n,8192,1,70499,8.6058349609375
SHDMP,λ<=n,8192,1,70183,8.5672607421875
SHDMP,λ<=n,8192,1,83249,10.1622314453125
SHDMP,λ<=n,8192,1,89697,10.9493408203125
SHDMP,λ<=n,8192,1,83685,10.2154541015625
SHDMP,λ<=n,8192,1,55606,6.787841796875
SHDMP,λ<=n,8192,1,59517,7.2652587890625
SHDMP,λ<=n,8192,1,54771,6.6859130859375
SHDMP,λ<=n,8192,1,60178,7.345947265625
SHDMP,λ<=n,8192,1,81383,9.9344482421875
SHDMP,λ<=n,8192,1,79483,9.7025146484375
SHDMP,λ<=n,8192,1,72998,8.910888671875
SHDMP,λ<=n,8192,1,56276,6.86962890625
SHDMP,λ<=n,8192,1,89664,10.9453125
SHDMP,λ<=n,8192,1,118114,14.418212890625
SHDMP,λ<=n,8192,1,69813,8.5220947265625
SHDMP,λ<=n,8192,1,108810,13.282470703125
SHDMP,λ<=n,8192,1,98927,12.0760498046875
SHDMP,λ<=n,8192,1,52111,6.3612060546875
SHDMP,λ<=n,8192,1,97167,11.8612060546875
SHDMP,λ<=n,8192,1,100481,12.2657470703125
SHDMP,λ<=n,8192,1,62949,7.6842041015625
SHDMP,λ<=n,8192,1,73101,8.9234619140625
SHDMP,λ<=n,8192,1,108121,13.1983642578125
SHDMP,λ<=n,8192,1,64671,7.8944091796875
SHDMP,λ<=n,8192,1,67160,8.1982421875
SHDMP,λ<=n,8192,1,70234,8.573486328125
SHDMP,λ<=n,8192,1,79664,9.724609375
SHDMP,λ<=n,8192,1,57685,7.0416259765625
SHDMP,λ<=n,8192,1,53810,6.568603515625
SHDMP,λ<=n,8192,1,54003,6.5921630859375
SHDMP,λ<=n,8192,1,70633,8.6221923828125
SHDMP,λ<=n,8192,1,101878,12.436279296875
SHDMP,λ<=n,8192,1,59137,7.2188720703125
SHDMP,λ<=n,8192,1,107723,13.1497802734375
SHDMP,λ<=n,8192,1,90740,11.07666015625
SHDMP,λ<=n,8192,1,82270,10.042724609375
SHDMP,λ<=n,8192,1,92832,11.33203125
SHDMP,λ<=n,8192,1,95724,11.68505859375
SHDMP,λ<=n,8192,1,86758,10.590576171875
SHDMP,λ<=n,8192,1,56266,6.868408203125
SHDMP,λ<=n,8192,1,59400,7.2509765625
SHDMP,λ<=n,8192,1,51525,6.2896728515625
SHDMP,λ<=n,8192,1,56255,6.8670654296875
SHDMP,λ<=n,8192,1,81614,9.962646484375
SHDMP,λ<=n,8192,1,82256,10.041015625
SHDMP,λ<=n,8192,1,71740,8.75732421875
SHLMP,λ<=n,8192,1,50244,6.13330078125
SHLMP,λ<=n,8192,1,52625,6.4239501953125
SHLMP,λ<=n,8192,1,54542,6.657958984375
SHLMP,λ<=n,8192,1,58810,7.178955078125
SHLMP,λ<=n,8192,1,59158,7.221435546875
SHLMP,λ<=n,8192,1,65312,7.97265625
SHLMP,λ<=n,8192,1,61727,7.5350341796875
SHLMP,λ<=n,8192,1,55502,6.775146484375
SHLMP,λ<=n,8192,1,62031,7.5721435546875
SHLMP,λ<=n,8192,1,58615,7.1551513671875
SHLMP,λ<=n,8192,1,59217,7.2286376953125
SHLMP,λ<=n,8192,1,73824,9.01171875
SHLMP,λ<=n,8192,1,72705,8.8751220703125
SHLMP,λ<=n,8192,1,57018,6.960205078125
SHLMP,λ<=n,8192,1,56188,6.85888671875
SHLMP,λ<=n,8192,1,51737,6.3155517578125
SHLMP,λ<=n,8192,1,61003,7.4466552734375
SHLMP,λ<=n,8192,1,58589,7.1519775390625
SHLMP,λ<=n,8192,1,64959,7.9295654296875
SHLMP,λ<=n,8192,1,58168,7.1005859375
SHLMP,λ<=n,8192,1,49924,6.09423828125
SHLMP,λ<=n,8192,1,77804,9.49755859375
SHLMP,λ<=n,8192,1,52439,6.4012451171875
SHLMP,λ<=n,8192,1,62556,7.63623046875
SHLMP,λ<=n,8192,1,66924,8.16943359375
SHLMP,λ<=n,8192,1,52074,6.356689453125
SHLMP,λ<=n,8192,1,59058,7.209228515625
SHLMP,λ<=n,8192,1,47919,5.8494873046875
SHLMP,λ<=n,8192,1,67326,8.218505859375
SHLMP,λ<=n,8192,1,65254,7.965576171875
SHLMP,λ<=n,8192,1,56481,6.8946533203125
SHLMP,λ<=n,8192,1,67587,8.2503662109375
SHLMP,λ<=n,8192,1,64686,7.896240234375
SHLMP,λ<=n,8192,1,65543,8.0008544921875
SHLMP,λ<=n,8192,1,55725,6.8023681640625
SHLMP,λ<=n,8192,1,53237,6.4986572265625
SHLMP,λ<=n,8192,1,61966,7.564208984375
SHLMP,λ<=n,8192,1,56658,6.916259765625
SHLMP,λ<=n,8192,1,69670,8.504638671875
SHLMP,λ<=n,8192,1,61564,7.51513671875
SHLMP,λ<=n,8192,1,72911,8.9002685546875
SHLMP,λ<=n,8192,1,65919,8.0467529296875
SHLMP,λ<=n,8192,1,65413,7.9849853515625
SHLMP,λ<=n,8192,1,58995,7.2015380859375
SHLMP,λ<=n,8192,1,65311,7.9725341796875
SHLMP,λ<=n,8192,1,71566,8.736083984375
SHLMP,λ<=n,8192,1,60984,7.4443359375
SHLMP,λ<=n,8192,1,53992,6.5908203125
SHLMP,λ<=n,8192,1,57478,7.016357421875
SHLMP,λ<=n,8192,1,54179,6.6136474609375
SHLMP,λ<=n,8192,1,59229,7.2301025390625
SHLMP,λ<=n,8192,1,72632,8.8662109375
SHLMP,λ<=n,8192,1,71758,8.759521484375
SHLMP,λ<=n,8192,1,58146,7.097900390625
SHLMP,λ<=n,8192,1,72370,8.834228515625
SHLMP,λ<=n,8192,1,71537,8.7325439453125
SHLMP,λ<=n,8192,1,56024,6.8388671875
SHLMP,λ<=n,8192,1,64681,7.8956298828125
SHLMP,λ<=n,8192,1,57056,6.96484375
SHLMP,λ<=n,8192,1,60190,7.347412109375
SHLMP,λ<=n,8192,1,79485,9.7027587890625
SHLMP,λ<=n,8192,1,54858,6.696533203125
SHLMP,λ<=n,8192,1,67984,8.298828125
SHLMP,λ<=n,8192,1,52650,6.427001953125
SHLMP,λ<=n,8192,1,69417,8.4737548828125
SHLMP,λ<=n,8192,1,63831,7.7918701171875
SHLMP,λ<=n,8192,1,56867,6.9417724609375
SHLMP,λ<=n,8192,1,63983,7.8104248046875
SHLMP,λ<=n,8192,1,65220,7.96142578125
SHLMP,λ<=n,8192,1,49086,5.991943359375
SHLMP,λ<=n,8192,1,52584,6.4189453125
SHLMP,λ<=n,8192,1,60091,7.3353271484375
SHLMP,λ<=n,8192,1,61279,7.4803466796875
SHLMP,λ<=n,8192,1,76759,9.3699951171875
SHLMP,λ<=n,8192,1,54937,6.7061767578125
SHLMP,λ<=n,8192,1,78161,9.5411376953125
SHLMP,λ<=n,8192,1,53089,6.4805908203125
SHLMP,λ<=n,8192,1,51817,6.3253173828125
SHLMP,λ<=n,8192,1,50866,6.209228515625
SHLMP,λ<=n,8192,1,77373,9.4449462890625
SHLMP,λ<=n,8192,1,58541,7.1461181640625
SHLMP,λ<=n,8192,1,58301,7.1168212890625
SHLMP,λ<=n,8192,1,53305,6.5069580078125
SHLMP,λ<=n,8192,1,65644,8.01318359375
SHLMP,λ<=n,8192,1,57524,7.02197265625
SHLMP,λ<=n,8192,1,54448,6.646484375
SHLMP,λ<=n,8192,1,55473,6.7716064453125
SHLMP,λ<=n,8192,1,52201,6.3721923828125
SHLMP,λ<=n,8192,1,77508,9.46142578125
SHLMP,λ<=n,8192,1,58323,7.1195068359375
SHLMP,λ<=n,8192,1,62281,7.6026611328125
SHLMP,λ<=n,8192,1,59156,7.22119140625
SHLMP,λ<=n,8192,1,69277,8.4566650390625
SHLMP,λ<=n,8192,1,56500,6.89697265625
SHLMP,λ<=n,8192,1,54847,6.6951904296875
SHLMP,λ<=n,8192,1,66103,8.0692138671875
SHLMP,λ<=n,8192,1,56316,6.87451171875
SHLMP,λ<=n,8192,1,71464,8.7236328125
SHLMP,λ<=n,8192,1,80385,9.8126220703125
SHLMP,λ<=n,8192,1,55741,6.8043212890625
SRLMP,λ<=n,8192,1,60153,7.3428955078125
SRLMP,λ<=n,8192,1,76820,9.37744140625
SRLMP,λ<=n,8192,1,60777,7.4190673828125
SRLMP,λ<=n,8192,1,52975,6.4666748046875
SRLMP,λ<=n,8192,1,65946,8.050048828125
SRLMP,λ<=n,8192,1,58710,7.166748046875
SRLMP,λ<=n,8192,1,68381,8.3472900390625
SRLMP,λ<=n,8192,1,51620,6.30126953125
SRLMP,λ<=n,8192,1,76103,9.2899169921875
SRLMP,λ<=n,8192,1,63552,7.7578125
SRLMP,λ<=n,8192,1,78300,9.55810546875
SRLMP,λ<=n,8192,1,52118,6.362060546875
SRLMP,λ<=n,8192,1,54281,6.6260986328125
SRLMP,λ<=n,8192,1,98150,11.981201171875
SRLMP,λ<=n,8192,1,65118,7.948974609375
SRLMP,λ<=n,8192,1,60652,7.40380859375
SRLMP,λ<=n,8192,1,74655,9.1131591796875
SRLMP,λ<=n,8192,1,86134,10.514404296875
SRLMP,λ<=n,8192,1,85767,10.4696044921875
SRLMP,λ<=n,8192,1,64495,7.8729248046875
SRLMP,λ<=n,8192,1,72338,8.830322265625
SRLMP,λ<=n,8192,1,69086,8.433349609375
SRLMP,λ<=n,8192,1,99547,12.1517333984375
SRLMP,λ<=n,8192,1,56329,6.8760986328125
SRLMP,λ<=n,8192,1,53539,6.5355224609375
SRLMP,λ<=n,8192,1,54984,6.7119140625
SRLMP,λ<=n,8192,1,75233,9.1837158203125
SRLMP,λ<=n,8192,1,63488,7.75
SRLMP,λ<=n,8192,1,74453,9.0885009765625
SRLMP,λ<=n,8192,1,54533,6.6568603515625
SRLMP,λ<=n,8192,1,72978,8.908447265625
SRLMP,λ<=n,8192,1,68486,8.360107421875
SRLMP,λ<=n,8192,1,71473,8.7247314453125
SRLMP,λ<=n,8192,1,55791,6.8104248046875
SRLMP,λ<=n,8192,1,78905,9.6319580078125
SRLMP,λ<=n,8192,1,153834,18.778564453125
SRLMP,λ<=n,8192,1,124781,15.2320556640625
SRLMP,λ<=n,8192,1,62009,7.5694580078125
SRLMP,λ<=n,8192,1,74450,9.088134765625
SRLMP,λ<=n,8192,1,71398,8.715576171875
SRLMP,λ<=n,8192,1,52209,6.3731689453125
SRLMP,λ<=n,8192,1,58279,7.1141357421875
SRLMP,λ<=n,8192,1,76070,9.285888671875
SRLMP,λ<=n,8192,1,68858,8.405517578125
SRLMP,λ<=n,8192,1,105502,12.878662109375
SRLMP,λ<=n,8192,1,57628,7.03466796875
SRLMP,λ<=n,8192,1,99837,12.1871337890625
SRLMP,λ<=n,8192,1,57224,6.9853515625
SRLMP,λ<=n,8192,1,87789,10.7164306640625
SRLMP,λ<=n,8192,1,63042,7.695556640625
SRLMP,λ<=n,8192,1,51392,6.2734375
SRLMP,λ<=n,8192,1,72232,8.8173828125
SRLMP,λ<=n,8192,1,55347,6.7562255859375
SRLMP,λ<=n,8192,1,192637,23.5152587890625
SRLMP,λ<=n,8192,1,68743,8.3914794921875
SRLMP,λ<=n,8192,1,91120,11.123046875
SRLMP,λ<=n,8192,1,108132,13.19970703125
SRLMP,λ<=n,8192,1,65883,8.0423583984375
SRLMP,λ<=n,8192,1,110356,13.47119140625
SRLMP,λ<=n,8192,1,71603,8.7406005859375
SRLMP,λ<=n,8192,1,102179,12.4730224609375
SRLMP,λ<=n,8192,1,55671,6.7957763671875
SRLMP,λ<=n,8192,1,58055,7.0867919921875
SRLMP,λ<=n,8192,1,87589,10.6920166015625
SRLMP,λ<=n,8192,1,61323,7.4857177734375
SRLMP,λ<=n,8192,1,57318,6.996826171875
SRLMP,λ<=n,8192,1,94141,11.4918212890625
SRLMP,λ<=n,8192,1,79180,9.66552734375
SRLMP,λ<=n,8192,1,131452,16.04638671875
SRLMP,λ<=n,8192,1,55979,6.8333740234375
SRLMP,λ<=n,8192,1,66981,8.1763916015625
SRLMP,λ<=n,8192,1,99573,12.1549072265625
SRLMP,λ<=n,8192,1,82543,10.0760498046875
SRLMP,λ<=n,8192,1,104953,12.8116455078125
SRLMP,λ<=n,8192,1,103850,12.677001953125
SRLMP,λ<=n,8192,1,82351,10.0526123046875
SRLMP,λ<=n,8192,1,67244,8.20849609375
SRLMP,λ<=n,8192,1,90554,11.053955078125
SRLMP,λ<=n,8192,1,67437,8.2320556640625
SRLMP,λ<=n,8192,1,57129,6.9737548828125
SRLMP,λ<=n,8192,1,112711,13.7586669921875
SRLMP,λ<=n,8192,1,53305,6.5069580078125
SRLMP,λ<=n,8192,1,60567,7.3934326171875
SRLMP,λ<=n,8192,1,78267,9.5540771484375
SRLMP,λ<=n,8192,1,78341,9.5631103515625
SRLMP,λ<=n,8192,1,60002,7.324462890625
SRLMP,λ<=n,8192,1,67727,8.2674560546875
SRLMP,λ<=n,8192,1,70775,8.6395263671875
SRLMP,λ<=n,8192,1,65299,7.9710693359375
SRLMP,λ<=n,8192,1,98522,12.026611328125
SRLMP,λ<=n,8192,1,89892,10.97314453125
SRLMP,λ<=n,8192,1,88328,10.7822265625
SRLMP,λ<=n,8192,1,51727,6.3143310546875
SRLMP,λ<=n,8192,1,64830,7.913818359375
SRLMP,λ<=n,8192,1,59496,7.2626953125
SRLMP,λ<=n,8192,1,90170,11.007080078125
SRLMP,λ<=n,8192,1,61996,7.56787109375
SRLMP,λ<=n,8192,1,67962,8.296142578125
SRLMP,λ<=n,8192,1,96804,11.81689453125
SRLMP,λ<=n,8192,1,60471,7.3817138671875
SSLMP,λ<=n,8192,1,154851,18.9027099609375
SSLMP,λ<=n,8192,1,169798,20.727294921875
SSLMP,λ<=n,8192,1,180235,22.0013427734375
SSLMP,λ<=n,8192,1,126074,15.389892578125
SSLMP,λ<=n,8192,1,130739,15.9593505859375
SSLMP,λ<=n,8192,1,130996,15.99072265625
SSLMP,λ<=n,8192,1,148616,18.1416015625
SSLMP,λ<=n,8192,1,144239,17.6072998046875
SSLMP,λ<=n,8192,1,106544,13.005859375
SSLMP,λ<=n,8192,1,171018,20.876220703125
SSLMP,λ<=n,8192,1,116919,14.2723388671875
SSLMP,λ<=n,8192,1,214465,26.1798095703125
SSLMP,λ<=n,8192,1,186038,22.709716796875
SSLMP,λ<=n,8192,1,240481,29.3555908203125
SSLMP,λ<=n,8192,1,123767,15.1082763671875
SSLMP,λ<=n,8192,1,166038,20.268310546875
SSLMP,λ<=n,8192,1,159503,19.4705810546875
SSLMP,λ<=n,8192,1,122119,14.9071044921875
SSLMP,λ<=n,8192,1,140513,17.1524658203125
SSLMP,λ<=n,8192,1,125753,15.3507080078125
SSLMP,λ<=n,8192,1,133212,16.26123046875
SSLMP,λ<=n,8192,1,151547,18.4993896484375
SSLMP,λ<=n,8192,1,97117,11.8551025390625
SSLMP,λ<=n,8192,1,138888,16.9541015625
SSLMP,λ<=n,8192,1,190340,23.23486328125
SSLMP,λ<=n,8192,1,134328,16.3974609375
SSLMP,λ<=n,8192,1,224173,27.3648681640625
SSLMP,λ<=n,8192,1,122905,15.0030517578125
SSLMP,λ<=n,8192,1,118455,14.4598388671875
SSLMP,λ<=n,8192,1,144178,17.599853515625
SSLMP,λ<=n,8192,1,146587,17.8939208984375
SSLMP,λ<=n,8192,1,304455,37.1649169921875
SSLMP,λ<=n,8192,1,125659,15.3392333984375
SSLMP,λ<=n,8192,1,180092,21.98388671875
SSLMP,λ<=n,8192,1,137561,16.7921142578125
SSLMP,λ<=n,8192,1,183757,22.4312744140625
SSLMP,λ<=n,8192,1,96307,11.7562255859375
SSLMP,λ<=n,8192,1,216364,26.41162109375
SSLMP,λ<=n,8192,1,231236,28.22705078125
SSLMP,λ<=n,8192,1,121503,14.8319091796875
SSLMP,λ<=n,8192,1,143855,17.5604248046875
SSLMP,λ<=n,8192,1,130963,15.9866943359375
SSLMP,λ<=n,8192,1,120801,14.7462158203125
SSLMP,λ<=n,8192,1,160387,19.5784912109375
SSLMP,λ<=n,8192,1,156423,19.0946044921875
SSLMP,λ<=n,8192,1,184903,22.5711669921875
SSLMP,λ<=n,8192,1,277058,33.820556640625
SSLMP,λ<=n,8192,1,125722,15.346923828125
SSLMP,λ<=n,8192,1,138143,16.8631591796875
SSLMP,λ<=n,8192,1,172762,21.089111328125
SSLMP,λ<=n,8192,1,106634,13.016845703125
SSLMP,λ<=n,8192,1,120340,14.68994140625
SSLMP,λ<=n,8192,1,163775,19.9920654296875
SSLMP,λ<=n,8192,1,146062,17.829833984375
SSLMP,λ<=n,8192,1,128874,15.731689453125
SSLMP,λ<=n,8192,1,122179,14.9144287109375
SSLMP,λ<=n,8192,1,121936,14.884765625
SSLMP,λ<=n,8192,1,278585,34.0069580078125
SSLMP,λ<=n,8192,1,179946,21.966064453125
SSLMP,λ<=n,8192,1,202814,24.757568359375
SSLMP,λ<=n,8192,1,175420,21.41357421875
SSLMP,λ<=n,8192,1,113944,13.9091796875
SSLMP,λ<=n,8192,1,124230,15.164794921875
SSLMP,λ<=n,8192,1,126253,15.4117431640625
SSLMP,λ<=n,8192,1,126507,15.4427490234375
SSLMP,λ<=n,8192,1,118374,14.449951171875
SSLMP,λ<=n,8192,1,121425,14.8223876953125
SSLMP,λ<=n,8192,1,139044,16.97314453125
SSLMP,λ<=n,8192,1,142288,17.369140625
SSLMP,λ<=n,8192,1,104479,12.7537841796875
SSLMP,λ<=n,8192,1,119529,14.5909423828125
SSLMP,λ<=n,8192,1,141915,17.3236083984375
SSLMP,λ<=n,8192,1,109606,13.379638671875
SSLMP,λ<=n,8192,1,171002,20.874267578125
SSLMP,λ<=n,8192,1,207869,25.3746337890625
SSLMP,λ<=n,8192,1,186042,22.710205078125
SSLMP,λ<=n,8192,1,123763,15.1077880859375
SSLMP,λ<=n,8192,1,194590,23.753662109375
SSLMP,λ<=n,8192,1,139361,17.0118408203125
SSLMP,λ<=n,8192,1,121530,14.835205078125
SSLMP,λ<=n,8192,1,88881,10.8497314453125
SSLMP,λ<=n,8192,1,137766,16.817138671875
SSLMP,λ<=n,8192,1,128746,15.716064453125
SSLMP,λ<=n,8192,1,227773,27.8043212890625
SSLMP,λ<=n,8192,1,230974,28.195068359375
SSLMP,λ<=n,8192,1,153682,18.760009765625
SSLMP,λ<=n,8192,1,114024,13.9189453125
SSLMP,λ<=n,8192,1,176241,21.5137939453125
SSLMP,λ<=n,8192,1,178760,21.8212890625
SSLMP,λ<=n,8192,1,111065,13.5577392578125
SSLMP,λ<=n,8192,1,113688,13.8779296875
SSLMP,λ<=n,8192,1,196326,23.965576171875
SSLMP,λ<=n,8192,1,124468,15.19384765625
SSLMP,λ<=n,8192,1,223208,27.2470703125
SSLMP,λ<=n,8192,1,86182,10.520263671875
SSLMP,λ<=n,8192,1,224702,27.429443359375
SSLMP,λ<=n,8192,1,115972,14.15673828125
SSLMP,λ<=n,8192,1,205142,25.041748046875
SSLMP,λ<=n,8192,1,246634,30.106689453125
SSLMP,λ<=n,8192,1,158905,19.3975830078125
SSDIP,λ<=n,8192,1,123521,15.0782470703125
SSDIP,λ<=n,8192,1,106565,13.0084228515625
SSDIP,λ<=n,8192,1,187310,22.864990234375
SSDIP,λ<=n,8192,1,191766,23.408935546875
SSDIP,λ<=n,8192,1,120590,14.720458984375
SSDIP,λ<=n,8192,1,162715,19.8626708984375
SSDIP,λ<=n,8192,1,276801,33.7891845703125
SSDIP,λ<=n,8192,1,233147,28.4603271484375
SSDIP,λ<=n,8192,1,94927,11.5877685546875
SSDIP,λ<=n,8192,1,268905,32.8253173828125
SSDIP,λ<=n,8192,1,221644,27.05615234375
SSDIP,λ<=n,8192,1,95871,11.7030029296875
SSDIP,λ<=n,8192,1,118786,14.500244140625
SSDIP,λ<=n,8192,1,154039,18.8035888671875
SSDIP,λ<=n,8192,1,174027,21.2435302734375
SSDIP,λ<=n,8192,1,140414,17.140380859375
SSDIP,λ<=n,8192,1,118756,14.49658203125
SSDIP,λ<=n,8192,1,195606,23.877685546875
SSDIP,λ<=n,8192,1,138310,16.883544921875
SSDIP,λ<=n,8192,1,162261,19.8072509765625
SSDIP,λ<=n,8192,1,164036,20.02392578125
SSDIP,λ<=n,8192,1,134865,16.4630126953125
SSDIP,λ<=n,8192,1,127064,15.5107421875
SSDIP,λ<=n,8192,1,234840,28.6669921875
SSDIP,λ<=n,8192,1,113255,13.8250732421875
SSDIP,λ<=n,8192,1,285058,34.797119140625
SSDIP,λ<=n,8192,1,149910,18.299560546875
SSDIP,λ<=n,8192,1,103674,12.655517578125
SSDIP,λ<=n,8192,1,148786,18.162353515625
SSDIP,λ<=n,8192,1,112847,13.7752685546875
SSDIP,λ<=n,8192,1,152783,18.6502685546875
SSDIP,λ<=n,8192,1,229737,28.0440673828125
SSDIP,λ<=n,8192,1,214333,26.1636962890625
SSDIP,λ<=n,8192,1,135188,16.50244140625
SSDIP,λ<=n,8192,1,137081,16.7335205078125
SSDIP,λ<=n,8192,1,130866,15.974853515625
SSDIP,λ<=n,8192,1,117095,14.2938232421875
SSDIP,λ<=n,8192,1,134721,16.4454345703125
SSDIP,λ<=n,8192,1,106772,13.03369140625
SSDIP,λ<=n,8192,1,140882,17.197509765625
SSDIP,λ<=n,8192,1,154484,18.85791015625
SSDIP,λ<=n,8192,1,100187,12.2298583984375
SSDIP,λ<=n,8192,1,248334,30.314208984375
SSDIP,λ<=n,8192,1,156849,19.1466064453125
SSDIP,λ<=n,8192,1,116977,14.2794189453125
SSDIP,λ<=n,8192,1,132736,16.203125
SSDIP,λ<=n,8192,1,165642,20.219970703125
SSDIP,λ<=n,8192,1,130807,15.9676513671875
SSDIP,λ<=n,8192,1,160194,19.554931640625
SSDIP,λ<=n,8192,1,146435,17.8753662109375
SSDIP,λ<=n,8192,1,159621,19.4849853515625
SSDIP,λ<=n,8192,1,243407,29.7127685546875
SSDIP,λ<=n,8192,1,192457,23.4932861328125
SSDIP,λ<=n,8192,1,275756,33.66162109375
SSDIP,λ<=n,8192,1,96679,11.8016357421875
SSDIP,λ<=n,8192,1,222193,27.1231689453125
SSDIP,λ<=n,8192,1,194469,23.7388916015625
SSDIP,λ<=n,8192,1,151622,18.508544921875
SSDIP,λ<=n,8192,1,305285,37.2662353515625
SSDIP,λ<=n,8192,1,159342,19.450927734375
SSDIP,λ<=n,8192,1,127033,15.5069580078125
SSDIP,λ<=n,8192,1,162448,19.830078125
SSDIP,λ<=n,8192,1,271247,33.1112060546875
SSDIP,λ<=n,8192,1,157680,19.248046875
SSDIP,λ<=n,8192,1,237899,29.0404052734375
SSDIP,λ<=n,8192,1,116288,14.1953125
SSDIP,λ<=n,8192,1,117483,14.3411865234375
SSDIP,λ<=n,8192,1,106794,13.036376953125
SSDIP,λ<=n,8192,1,185224,22.6103515625
SSDIP,λ<=n,8192,1,104064,12.703125
SSDIP,λ<=n,8192,1,156126,19.058349609375
SSDIP,λ<=n,8192,1,109767,13.3992919921875
SSDIP,λ<=n,8192,1,159053,19.4156494140625
SSDIP,λ<=n,8192,1,146770,17.916259765625
SSDIP,λ<=n,8192,1,154003,18.7991943359375
SSDIP,λ<=n,8192,1,178498,21.789306640625
SSDIP,λ<=n,8192,1,180692,22.05712890625
SSDIP,λ<=n,8192,1,120570,14.718017578125
SSDIP,λ<=n,8192,1,142803,17.4320068359375
SSDIP,λ<=n,8192,1,206471,25.2039794921875
SSDIP,λ<=n,8192,1,135165,16.4996337890625
SSDIP,λ<=n,8192,1,155168,18.94140625
SSDIP,λ<=n,8192,1,154965,18.9166259765625
SSDIP,λ<=n,8192,1,216080,26.376953125
SSDIP,λ<=n,8192,1,264808,32.3251953125
SSDIP,λ<=n,8192,1,163798,19.994873046875
SSDIP,λ<=n,8192,1,151633,18.5098876953125
SSDIP,λ<=n,8192,1,121059,14.7777099609375
SSDIP,λ<=n,8192,1,104952,12.8115234375
SSDIP,λ<=n,8192,1,149569,18.2579345703125
SSDIP,λ<=n,8192,1,185983,22.7030029296875
SSDIP,λ<=n,8192,1,166822,20.364013671875
SSDIP,λ<=n,8192,1,192657,23.5177001953125
SSDIP,λ<=n,8192,1,115385,14.0850830078125
SSDIP,λ<=n,8192,1,271185,33.1036376953125
SSDIP,λ<=n,8192,1,193954,23.676025390625
SSDIP,λ<=n,8192,1,254050,31.011962890625
SSDIP,λ<=n,8192,1,144831,17.6795654296875
SSDIP,λ<=n,8192,1,134423,16.4090576171875
SSDIP,λ<=n,8192,1,235910,28.797607421875
SRDIP,λ<=n,8192,1,71757,8.7593994140625
SRDIP,λ<=n,8192,1,96360,11.7626953125
SRDIP,λ<=n,8192,1,92416,11.28125
SRDIP,λ<=n,8192,1,79330,9.683837890625
SRDIP,λ<=n,8192,1,85011,10.3773193359375
SRDIP,λ<=n,8192,1,67990,8.299560546875
SRDIP,λ<=n,8192,1,77334,9.440185546875
SRDIP,λ<=n,8192,1,104568,12.7646484375
SRDIP,λ<=n,8192,1,95897,11.7061767578125
SRDIP,λ<=n,8192,1,86789,10.5943603515625
SRDIP,λ<=n,8192,1,77142,9.416748046875
SRDIP,λ<=n,8192,1,87073,10.6290283203125
SRDIP,λ<=n,8192,1,89276,10.89794921875
SRDIP,λ<=n,8192,1,93220,11.37939453125
SRDIP,λ<=n,8192,1,151565,18.5015869140625
SRDIP,λ<=n,8192,1,68448,8.35546875
SRDIP,λ<=n,8192,1,109371,13.3509521484375
SRDIP,λ<=n,8192,1,59787,7.2982177734375
SRDIP,λ<=n,8192,1,121761,14.8634033203125
SRDIP,λ<=n,8192,1,101705,12.4151611328125
SRDIP,λ<=n,8192,1,86148,10.51611328125
SRDIP,λ<=n,8192,1,108173,13.2047119140625
SRDIP,λ<=n,8192,1,63631,7.7674560546875
SRDIP,λ<=n,8192,1,66777,8.1514892578125
SRDIP,λ<=n,8192,1,96255,11.7498779296875
SRDIP,λ<=n,8192,1,74340,9.07470703125
SRDIP,λ<=n,8192,1,93609,11.4268798828125
SRDIP,λ<=n,8192,1,98803,12.0609130859375
SRDIP,λ<=n,8192,1,159685,19.4927978515625
SRDIP,λ<=n,8192,1,78583,9.5926513671875
SRDIP,λ<=n,8192,1,63673,7.7725830078125
SRDIP,λ<=n,8192,1,94115,11.4886474609375
SRDIP,λ<=n,8192,1,87394,10.668212890625
SRDIP,λ<=n,8192,1,95555,11.6644287109375
SRDIP,λ<=n,8192,1,83511,10.1942138671875
SRDIP,λ<=n,8192,1,71837,8.7691650390625
SRDIP,λ<=n,8192,1,75099,9.1673583984375
SRDIP,λ<=n,8192,1,129378,15.793212890625
SRDIP,λ<=n,8192,1,75851,9.2591552734375
SRDIP,λ<=n,8192,1,67469,8.2359619140625
SRDIP,λ<=n,8192,1,108226,13.211181640625
SRDIP,λ<=n,8192,1,111306,13.587158203125
SRDIP,λ<=n,8192,1,69298,8.459228515625
SRDIP,λ<=n,8192,1,64651,7.8919677734375
SRDIP,λ<=n,8192,1,68025,8.3038330078125
SRDIP,λ<=n,8192,1,71939,8.7816162109375
SRDIP,λ<=n,8192,1,102952,12.5673828125
SRDIP,λ<=n,8192,1,112389,13.7193603515625
SRDIP,λ<=n,8192,1,82744,10.1005859375
SRDIP,λ<=n,8192,1,72998,8.910888671875
SRDIP,λ<=n,8192,1,87243,10.6497802734375
SRDIP,λ<=n,8192,1,106776,13.0341796875
SRDIP,λ<=n,8192,1,72934,8.903076171875
SRDIP,λ<=n,8192,1,84637,10.3316650390625
SRDIP,λ<=n,8192,1,63322,7.729736328125
SRDIP,λ<=n,8192,1,88168,10.7626953125
SRDIP,λ<=n,8192,1,130942,15.984130859375
SRDIP,λ<=n,8192,1,83576,10.2021484375
SRDIP,λ<=n,8192,1,90654,11.066162109375
SRDIP,λ<=n,8192,1,88294,10.778076171875
SRDIP,λ<=n,8192,1,92185,11.2530517578125
SRDIP,λ<=n,8192,1,70164,8.56494140625
SRDIP,λ<=n,8192,1,103588,12.64501953125
SRDIP,λ<=n,8192,1,73340,8.95263671875
SRDIP,λ<=n,8192,1,98623,12.0389404296875
SRDIP,λ<=n,8192,1,70420,8.59619140625
SRDIP,λ<=n,8192,1,70158,8.564208984375
SRDIP,λ<=n,8192,1,95094,11.608154296875
SRDIP,λ<=n,8192,1,71231,8.6951904296875
SRDIP,λ<=n,8192,1,100961,12.3243408203125
SRDIP,λ<=n,8192,1,87965,10.7379150390625
SRDIP,λ<=n,8192,1,98353,12.0059814453125
SRDIP,λ<=n,8192,1,85920,10.48828125
SRDIP,λ<=n,8192,1,63804,7.78857421875
SRDIP,λ<=n,8192,1,72202,8.813720703125
SRDIP,λ<=n,8192,1,70314,8.583251953125
SRDIP,λ<=n,8192,1,89634,10.941650390625
SRDIP,λ<=n,8192,1,82890,10.118408203125
SRDIP,λ<=n,8192,1,92126,11.245849609375
SRDIP,λ<=n,8192,1,131188,16.01416015625
SRDIP,λ<=n,8192,1,90253,11.0172119140625
SRDIP,λ<=n,8192,1,72375,8.8348388671875
SRDIP,λ<=n,8192,1,66309,8.0943603515625
SRDIP,λ<=n,8192,1,68723,8.3890380859375
SRDIP,λ<=n,8192,1,77764,9.49267578125
SRDIP,λ<=n,8192,1,75647,9.2342529296875
SRDIP,λ<=n,8192,1,70055,8.5516357421875
SRDIP,λ<=n,8192,1,112638,13.749755859375
SRDIP,λ<=n,8192,1,65939,8.0491943359375
SRDIP,λ<=n,8192,1,125229,15.2867431640625
SRDIP,λ<=n,8192,1,88250,10.772705078125
SRDIP,λ<=n,8192,1,66508,8.11865234375
SRDIP,λ<=n,8192,1,67239,8.2078857421875
SRDIP,λ<=n,8192,1,61292,7.48193359375
SRDIP,λ<=n,8192,1,103870,12.679443359375
SRDIP,λ<=n,8192,1,73267,8.9437255859375
SRDIP,λ<=n,8192,1,79770,9.737548828125
SRDIP,λ<=n,8192,1,110991,13.5487060546875
SRDIP,λ<=n,8192,1,92002,11.230712890625
SRDIP,λ<=n,8192,1,62273,7.6016845703125
SHDIP,λ<=n,8192,1,67607,8.2528076171875
SHDIP,λ<=n,8192,1,67399,8.2274169921875
SHDIP,λ<=n,8192,1,63689,7.7745361328125
SHDIP,λ<=n,8192,1,74665,9.1143798828125
SHDIP,λ<=n,8192,1,60921,7.4366455078125
SHDIP,λ<=n,8192,1,58772,7.17431640625
SHDIP,λ<=n,8192,1,71259,8.6986083984375
SHDIP,λ<=n,8192,1,65169,7.9552001953125
SHDIP,λ<=n,8192,1,62446,7.622802734375
SHDIP,λ<=n,8192,1,79365,9.6881103515625
SHDIP,λ<=n,8192,1,69699,8.5081787109375
SHDIP,λ<=n,8192,1,64941,7.9273681640625
SHDIP,λ<=n,8192,1,68588,8.37255859375
SHDIP,λ<=n,8192,1,88233,10.7706298828125
SHDIP,λ<=n,8192,1,71242,8.696533203125
SHDIP,λ<=n,8192,1,55400,6.7626953125
SHDIP,λ<=n,8192,1,81626,9.964111328125
SHDIP,λ<=n,8192,1,64233,7.8409423828125
SHDIP,λ<=n,8192,1,83721,10.2198486328125
SHDIP,λ<=n,8192,1,82701,10.0953369140625
SHDIP,λ<=n,8192,1,72189,8.8121337890625
SHDIP,λ<=n,8192,1,66065,8.0645751953125
SHDIP,λ<=n,8192,1,64391,7.8602294921875
SHDIP,λ<=n,8192,1,76811,9.3763427734375
SHDIP,λ<=n,8192,1,76250,9.307861328125
SHDIP,λ<=n,8192,1,69694,8.507568359375
SHDIP,λ<=n,8192,1,61987,7.5667724609375
SHDIP,λ<=n,8192,1,79878,9.750732421875
SHDIP,λ<=n,8192,1,59386,7.249267578125
SHDIP,λ<=n,8192,1,65452,7.98974609375
SHDIP,λ<=n,8192,1,69104,8.435546875
SHDIP,λ<=n,8192,1,66102,8.069091796875
SHDIP,λ<=n,8192,1,90143,11.0037841796875
SHDIP,λ<=n,8192,1,64935,7.9266357421875
SHDIP,λ<=n,8192,1,69923,8.5355224609375
SHDIP,λ<=n,8192,1,87921,10.7325439453125
SHDIP,λ<=n,8192,1,62157,7.5875244140625
SHDIP,λ<=n,8192,1,63579,7.7611083984375
SHDIP,λ<=n,8192,1,74910,9.144287109375
SHDIP,λ<=n,8192,1,79406,9.693115234375
SHDIP,λ<=n,8192,1,70715,8.6322021484375
SHDIP,λ<=n,8192,1,81952,10.00390625
SHDIP,λ<=n,8192,1,61536,7.51171875
SHDIP,λ<=n,8192,1,85308,10.41357421875
SHDIP,λ<=n,8192,1,79627,9.7200927734375
SHDIP,λ<=n,8192,1,68955,8.4173583984375
SHDIP,λ<=n,8192,1,72396,8.83740234375
SHDIP,λ<=n,8192,1,66951,8.1727294921875
SHDIP,λ<=n,8192,1,61065,7.4542236328125
SHDIP,λ<=n,8192,1,84942,10.368896484375
SHDIP,λ<=n,8192,1,65315,7.9730224609375
SHDIP,λ<=n,8192,1,74856,9.1376953125
SHDIP,λ<=n,8192,1,58761,7.1729736328125
SHDIP,λ<=n,8192,1,74100,9.04541015625
SHDIP,λ<=n,8192,1,86917,10.6099853515625
SHDIP,λ<=n,8192,1,69529,8.4874267578125
SHDIP,λ<=n,8192,1,67022,8.181396484375
SHDIP,λ<=n,8192,1,66122,8.071533203125
SHDIP,λ<=n,8192,1,64239,7.8416748046875
SHDIP,λ<=n,8192,1,72668,8.87060546875
SHDIP,λ<=n,8192,1,56781,6.9312744140625
SHDIP,λ<=n,8192,1,83953,10.2481689453125
SHDIP,λ<=n,8192,1,68919,8.4129638671875
SHDIP,λ<=n,8192,1,67991,8.2996826171875
SHDIP,λ<=n,8192,1,81567,9.9569091796875
SHDIP,λ<=n,8192,1,62559,7.6365966796875
SHDIP,λ<=n,8192,1,87526,10.684326171875
SHDIP,λ<=n,8192,1,56849,6.9395751953125
SHDIP,λ<=n,8192,1,61773,7.5406494140625
SHDIP,λ<=n,8192,1,96185,11.7413330078125
SHDIP,λ<=n,8192,1,70595,8.6175537109375
SHDIP,λ<=n,8192,1,106336,12.98046875
SHDIP,λ<=n,8192,1,63527,7.7547607421875
SHDIP,λ<=n,8192,1,65139,7.9515380859375
SHDIP,λ<=n,8192,1,63784,7.7861328125
SHDIP,λ<=n,8192,1,85586,10.447509765625
SHDIP,λ<=n,8192,1,106507,13.0013427734375
SHDIP,λ<=n,8192,1,58289,7.1153564453125
SHDIP,λ<=n,8192,1,63912,7.8017578125
SHDIP,λ<=n,8192,1,72375,8.8348388671875
SHDIP,λ<=n,8192,1,85486,10.435302734375
SHDIP,λ<=n,8192,1,66406,8.106201171875
SHDIP,λ<=n,8192,1,74076,9.04248046875
SHDIP,λ<=n,8192,1,70614,8.619873046875
SHDIP,λ<=n,8192,1,68562,8.369384765625
SHDIP,λ<=n,8192,1,63498,7.751220703125
SHDIP,λ<=n,8192,1,60240,7.353515625
SHDIP,λ<=n,8192,1,64604,7.88623046875
SHDIP,λ<=n,8192,1,81980,10.00732421875
SHDIP,λ<=n,8192,1,79350,9.686279296875
SHDIP,λ<=n,8192,1,63520,7.75390625
SHDIP,λ<=n,8192,1,72058,8.796142578125
SHDIP,λ<=n,8192,1,81277,9.9215087890625
SHDIP,λ<=n,8192,1,60041,7.3292236328125
SHDIP,λ<=n,8192,1,64425,7.8643798828125
SHDIP,λ<=n,8192,1,86702,10.583740234375
SHDIP,λ<=n,8192,1,63692,7.77490234375
SHDIP,λ<=n,8192,1,61697,7.5313720703125
SHDIP,λ<=n,8192,1,71151,8.6854248046875
SHDIP,λ<=n,8192,1,66881,8.1641845703125
SHLIP,λ<=n,8192,1,75586,9.226806640625
SHLIP,λ<=n,8192,1,76658,9.357666015625
SHLIP,λ<=n,8192,1,97817,11.9405517578125
SHLIP,λ<=n,8192,1,81266,9.920166015625
SHLIP,λ<=n,8192,1,59813,7.3013916015625
SHLIP,λ<=n,8192,1,65101,7.9468994140625
SHLIP,λ<=n,8192,1,81407,9.9373779296875
SHLIP,λ<=n,8192,1,65348,7.97705078125
SHLIP,λ<=n,8192,1,116401,14.2091064453125
SHLIP,λ<=n,8192,1,59812,7.30126953125
SHLIP,λ<=n,8192,1,86572,10.56787109375
SHLIP,λ<=n,8192,1,76405,9.3267822265625
SHLIP,λ<=n,8192,1,62824,7.6689453125
SHLIP,λ<=n,8192,1,79398,9.692138671875
SHLIP,λ<=n,8192,1,58591,7.1522216796875
SHLIP,λ<=n,8192,1,62249,7.5987548828125
SHLIP,λ<=n,8192,1,65496,7.9951171875
SHLIP,λ<=n,8192,1,82440,10.0634765625
SHLIP,λ<=n,8192,1,96876,11.82568359375
SHLIP,λ<=n,8192,1,96707,11.8050537109375
SHLIP,λ<=n,8192,1,78532,9.58642578125
SHLIP,λ<=n,8192,1,87405,10.6695556640625
SHLIP,λ<=n,8192,1,68812,8.39990234375
SHLIP,λ<=n,8192,1,58330,7.120361328125
SHLIP,λ<=n,8192,1,89244,10.89404296875
SHLIP,λ<=n,8192,1,92767,11.3240966796875
SHLIP,λ<=n,8192,1,59082,7.212158203125
SHLIP,λ<=n,8192,1,77119,9.4139404296875
SHLIP,λ<=n,8192,1,113860,13.89892578125
SHLIP,λ<=n,8192,1,111806,13.648193359375
SHLIP,λ<=n,8192,1,61041,7.4512939453125
SHLIP,λ<=n,8192,1,81235,9.9163818359375
SHLIP,λ<=n,8192,1,80378,9.811767578125
SHLIP,λ<=n,8192,1,80616,9.8408203125
SHLIP,λ<=n,8192,1,98089,11.9737548828125
SHLIP,λ<=n,8192,1,81415,9.9383544921875
SHLIP,λ<=n,8192,1,114193,13.9395751953125
SHLIP,λ<=n,8192,1,101408,12.37890625
SHLIP,λ<=n,8192,1,66872,8.1630859375
SHLIP,λ<=n,8192,1,59202,7.226806640625
SHLIP,λ<=n,8192,1,65001,7.9346923828125
SHLIP,λ<=n,8192,1,68146,8.318603515625
SHLIP,λ<=n,8192,1,56923,6.9486083984375
SHLIP,λ<=n,8192,1,78735,9.6112060546875
SHLIP,λ<=n,8192,1,75476,9.21337890625
SHLIP,λ<=n,8192,1,90726,11.074951171875
SHLIP,λ<=n,8192,1,98702,12.048583984375
SHLIP,λ<=n,8192,1,66661,8.1373291015625
SHLIP,λ<=n,8192,1,59122,7.217041015625
SHLIP,λ<=n,8192,1,62667,7.6497802734375
SHLIP,λ<=n,8192,1,59151,7.2205810546875
SHLIP,λ<=n,8192,1,104016,12.697265625
SHLIP,λ<=n,8192,1,80018,9.767822265625
SHLIP,λ<=n,8192,1,65095,7.9461669921875
SHLIP,λ<=n,8192,1,84875,10.3607177734375
SHLIP,λ<=n,8192,1,77608,9.4736328125
SHLIP,λ<=n,8192,1,147111,17.9578857421875
SHLIP,λ<=n,8192,1,86817,10.5977783203125
SHLIP,λ<=n,8192,1,62354,7.611572265625
SHLIP,λ<=n,8192,1,67914,8.290283203125
SHLIP,λ<=n,8192,1,70788,8.64111328125
SHLIP,λ<=n,8192,1,84103,10.2664794921875
SHLIP,λ<=n,8192,1,95197,11.6207275390625
SHLIP,λ<=n,8192,1,68373,8.3463134765625
SHLIP,λ<=n,8192,1,89722,10.952392578125
SHLIP,λ<=n,8192,1,73603,8.9847412109375
SHLIP,λ<=n,8192,1,56650,6.915283203125
SHLIP,λ<=n,8192,1,61374,7.491943359375
SHLIP,λ<=n,8192,1,74975,9.1522216796875
SHLIP,λ<=n,8192,1,86583,10.5692138671875
SHLIP,λ<=n,8192,1,76954,9.393798828125
SHLIP,λ<=n,8192,1,76130,9.293212890625
SHLIP,λ<=n,8192,1,70982,8.664794921875
SHLIP,λ<=n,8192,1,64257,7.8438720703125
SHLIP,λ<=n,8192,1,114934,14.030029296875
SHLIP,λ<=n,8192,1,73555,8.9788818359375
SHLIP,λ<=n,8192,1,92272,11.263671875
SHLIP,λ<=n,8192,1,103334,12.614013671875
SHLIP,λ<=n,8192,1,85624,10.4521484375
SHLIP,λ<=n,8192,1,58393,7.1280517578125
SHLIP,λ<=n,8192,1,88380,10.78857421875
SHLIP,λ<=n,8192,1,69290,8.458251953125
SHLIP,λ<=n,8192,1,73530,8.975830078125
SHLIP,λ<=n,8192,1,85709,10.4625244140625
SHLIP,λ<=n,8192,1,66199,8.0809326171875
SHLIP,λ<=n,8192,1,58629,7.1568603515625
SHLIP,λ<=n,8192,1,60090,7.335205078125
SHLIP,λ<=n,8192,1,90709,11.0728759765625
SHLIP,λ<=n,8192,1,61071,7.4549560546875
SHLIP,λ<=n,8192,1,93386,11.399658203125
SHLIP,λ<=n,8192,1,63957,7.8072509765625
SHLIP,λ<=n,8192,1,65708,8.02099609375
SHLIP,λ<=n,8192,1,77805,9.4976806640625
SHLIP,λ<=n,8192,1,67915,8.2904052734375
SHLIP,λ<=n,8192,1,61961,7.5635986328125
SHLIP,λ<=n,8192,1,74876,9.14013671875
SHLIP,λ<=n,8192,1,64345,7.8546142578125
SHLIP,λ<=n,8192,1,78699,9.6068115234375
SHLIP,λ<=n,8192,1,64962,7.929931640625
SRLIP,λ<=n,8192,1,90681,11.0694580078125
SRLIP,λ<=n,8192,1,90476,11.04443359375
SRLIP,λ<=n,8192,1,63363,7.7347412109375
SRLIP,λ<=n,8192,1,80575,9.8358154296875
SRLIP,λ<=n,8192,1,69575,8.4930419921875
SRLIP,λ<=n,8192,1,79837,9.7457275390625
SRLIP,λ<=n,8192,1,73364,8.95556640625
SRLIP,λ<=n,8192,1,75084,9.16552734375
SRLIP,λ<=n,8192,1,61369,7.4913330078125
SRLIP,λ<=n,8192,1,65308,7.97216796875
SRLIP,λ<=n,8192,1,74037,9.0377197265625
SRLIP,λ<=n,8192,1,66946,8.172119140625
SRLIP,λ<=n,8192,1,107324,13.10107421875
SRLIP,λ<=n,8192,1,88389,10.7896728515625
SRLIP,λ<=n,8192,1,76655,9.3572998046875
SRLIP,λ<=n,8192,1,106935,13.0535888671875
SRLIP,λ<=n,8192,1,70538,8.610595703125
SRLIP,λ<=n,8192,1,73490,8.970947265625
SRLIP,λ<=n,8192,1,61422,7.497802734375
SRLIP,λ<=n,8192,1,96844,11.82177734375
SRLIP,λ<=n,8192,1,82043,10.0150146484375
SRLIP,λ<=n,8192,1,73218,8.937744140625
SRLIP,λ<=n,8192,1,127605,15.5767822265625
SRLIP,λ<=n,8192,1,71657,8.7471923828125
SRLIP,λ<=n,8192,1,65710,8.021240234375
SRLIP,λ<=n,8192,1,67028,8.18212890625
SRLIP,λ<=n,8192,1,85547,10.4427490234375
SRLIP,λ<=n,8192,1,68316,8.33935546875
SRLIP,λ<=n,8192,1,63963,7.8079833984375
SRLIP,λ<=n,8192,1,69032,8.4267578125
SRLIP,λ<=n,8192,1,72913,8.9005126953125
SRLIP,λ<=n,8192,1,67544,8.2451171875
SRLIP,λ<=n,8192,1,73938,9.025634765625
SRLIP,λ<=n,8192,1,62346,7.610595703125
SRLIP,λ<=n,8192,1,77362,9.443603515625
SRLIP,λ<=n,8192,1,88335,10.7830810546875
SRLIP,λ<=n,8192,1,67963,8.2962646484375
SRLIP,λ<=n,8192,1,64187,7.8353271484375
SRLIP,λ<=n,8192,1,66270,8.089599609375
SRLIP,λ<=n,8192,1,75398,9.203857421875
SRLIP,λ<=n,8192,1,69985,8.5430908203125
SRLIP,λ<=n,8192,1,75597,9.2281494140625
SRLIP,λ<=n,8192,1,69353,8.4659423828125
SRLIP,λ<=n,8192,1,112249,13.7022705078125
SRLIP,λ<=n,8192,1,80149,9.7838134765625
SRLIP,λ<=n,8192,1,67428,8.23095703125
SRLIP,λ<=n,8192,1,96127,11.7342529296875
SRLIP,λ<=n,8192,1,76349,9.3199462890625
SRLIP,λ<=n,8192,1,77280,9.43359375
SRLIP,λ<=n,8192,1,98108,11.97607421875
SRLIP,λ<=n,8192,1,68115,8.3148193359375
SRLIP,λ<=n,8192,1,69881,8.5303955078125
SRLIP,λ<=n,8192,1,64522,7.876220703125
SRLIP,λ<=n,8192,1,86126,10.513427734375
SRLIP,λ<=n,8192,1,80656,9.845703125
SRLIP,λ<=n,8192,1,80710,9.852294921875
SRLIP,λ<=n,8192,1,72802,8.886962890625
SRLIP,λ<=n,8192,1,97995,11.9622802734375
SRLIP,λ<=n,8192,1,90927,11.0994873046875
SRLIP,λ<=n,8192,1,73719,8.9989013671875
SRLIP,λ<=n,8192,1,66426,8.108642578125
SRLIP,λ<=n,8192,1,98384,12.009765625
SRLIP,λ<=n,8192,1,78129,9.5372314453125
SRLIP,λ<=n,8192,1,67144,8.1962890625
SRLIP,λ<=n,8192,1,74051,9.0394287109375
SRLIP,λ<=n,8192,1,82640,10.087890625
SRLIP,λ<=n,8192,1,65420,7.98583984375
SRLIP,λ<=n,8192,1,65563,8.0032958984375
SRLIP,λ<=n,8192,1,96761,11.8116455078125
SRLIP,λ<=n,8192,1,69811,8.5218505859375
SRLIP,λ<=n,8192,1,139109,16.9810791015625
SRLIP,λ<=n,8192,1,87803,10.7181396484375
SRLIP,λ<=n,8192,1,91350,11.151123046875
SRLIP,λ<=n,8192,1,78953,9.6378173828125
SRLIP,λ<=n,8192,1,66702,8.142333984375
SRLIP,λ<=n,8192,1,78745,9.6124267578125
SRLIP,λ<=n,8192,1,112105,13.6846923828125
SRLIP,λ<=n,8192,1,76468,9.33447265625
SRLIP,λ<=n,8192,1,62687,7.6522216796875
SRLIP,λ<=n,8192,1,79665,9.7247314453125
SRLIP,λ<=n,8192,1,75873,9.2618408203125
SRLIP,λ<=n,8192,1,66137,8.0733642578125
SRLIP,λ<=n,8192,1,71686,8.750732421875
SRLIP,λ<=n,8192,1,69375,8.4686279296875
SRLIP,λ<=n,8192,1,85633,10.4532470703125
SRLIP,λ<=n,8192,1,61451,7.5013427734375
SRLIP,λ<=n,8192,1,69912,8.5341796875
SRLIP,λ<=n,8192,1,87956,10.73681640625
SRLIP,λ<=n,8192,1,74483,9.0921630859375
SRLIP,λ<=n,8192,1,72397,8.8375244140625
SRLIP,λ<=n,8192,1,73444,8.96533203125
SRLIP,λ<=n,8192,1,92460,11.28662109375
SRLIP,λ<=n,8192,1,114565,13.9849853515625
SRLIP,λ<=n,8192,1,75219,9.1820068359375
SRLIP,λ<=n,8192,1,85599,10.4490966796875
SRLIP,λ<=n,8192,1,67915,8.2904052734375
SRLIP,λ<=n,8192,1,77777,9.4942626953125
SRLIP,λ<=n,8192,1,73989,9.0318603515625
SRLIP,λ<=n,8192,1,104425,12.7471923828125
SRLIP,λ<=n,8192,1,91269,11.1412353515625
SSLIP,λ<=n,8192,1,208881,25.4981689453125
SSLIP,λ<=n,8192,1,150225,18.3380126953125
SSLIP,λ<=n,8192,1,214481,26.1817626953125
SSLIP,λ<=n,8192,1,181522,22.158447265625
SSLIP,λ<=n,8192,1,147671,18.0262451171875
SSLIP,λ<=n,8192,1,148038,18.071044921875
SSLIP,λ<=n,8192,1,138628,16.92236328125
SSLIP,λ<=n,8192,1,267741,32.6832275390625
SSLIP,λ<=n,8192,1,245385,29.9542236328125
SSLIP,λ<=n,8192,1,144213,17.6041259765625
SSLIP,λ<=n,8192,1,144968,17.6962890625
SSLIP,λ<=n,8192,1,354198,43.237060546875
SSLIP,λ<=n,8192,1,90259,11.0179443359375
SSLIP,λ<=n,8192,1,195944,23.9189453125
SSLIP,λ<=n,8192,1,127984,15.623046875
SSLIP,λ<=n,8192,1,223942,27.336669921875
SSLIP,λ<=n,8192,1,143311,17.4940185546875
SSLIP,λ<=n,8192,1,283694,34.630615234375
SSLIP,λ<=n,8192,1,140551,17.1571044921875
SSLIP,λ<=n,8192,1,93561,11.4210205078125
SSLIP,λ<=n,8192,1,295520,36.07421875
SSLIP,λ<=n,8192,1,102686,12.534912109375
SSLIP,λ<=n,8192,1,225115,27.4798583984375
SSLIP,λ<=n,8192,1,130270,15.902099609375
SSLIP,λ<=n,8192,1,140769,17.1837158203125
SSLIP,λ<=n,8192,1,200246,24.444091796875
SSLIP,λ<=n,8192,1,200074,24.423095703125
SSLIP,λ<=n,8192,1,290401,35.4493408203125
SSLIP,λ<=n,8192,1,101151,12.3475341796875
SSLIP,λ<=n,8192,1,164119,20.0340576171875
SSLIP,λ<=n,8192,1,270085,32.9693603515625
SSLIP,λ<=n,8192,1,156998,19.164794921875
SSLIP,λ<=n,8192,1,153325,18.7164306640625
SSLIP,λ<=n,8192,1,110321,13.4669189453125
SSLIP,λ<=n,8192,1,153258,18.708251953125
SSLIP,λ<=n,8192,1,116198,14.184326171875
SSLIP,λ<=n,8192,1,126095,15.3924560546875
SSLIP,λ<=n,8192,1,150084,18.32080078125
SSLIP,λ<=n,8192,1,128773,15.7193603515625
SSLIP,λ<=n,8192,1,132800,16.2109375
SSLIP,λ<=n,8192,1,199627,24.3685302734375
SSLIP,λ<=n,8192,1,106487,12.9989013671875
SSLIP,λ<=n,8192,1,137095,16.7352294921875
SSLIP,λ<=n,8192,1,138533,16.9107666015625
SSLIP,λ<=n,8192,1,123484,15.07373046875
SSLIP,λ<=n,8192,1,119198,14.550537109375
SSLIP,λ<=n,8192,1,123914,15.126220703125
SSLIP,λ<=n,8192,1,136207,16.6268310546875
SSLIP,λ<=n,8192,1,214822,26.223388671875
SSLIP,λ<=n,8192,1,107023,13.0643310546875
SSLIP,λ<=n,8192,1,188829,23.0504150390625
SSLIP,λ<=n,8192,1,122191,14.9158935546875
SSLIP,λ<=n,8192,1,114437,13.9693603515625
SSLIP,λ<=n,8192,1,157661,19.2457275390625
SSLIP,λ<=n,8192,1,155705,19.0069580078125
SSLIP,λ<=n,8192,1,178339,21.7698974609375
SSLIP,λ<=n,8192,1,172971,21.1146240234375
SSLIP,λ<=n,8192,1,143285,17.4908447265625
SSLIP,λ<=n,8192,1,219928,26.8466796875
SSLIP,λ<=n,8192,1,143225,17.4835205078125
SSLIP,λ<=n,8192,1,188209,22.9747314453125
SSLIP,λ<=n,8192,1,136594,16.674072265625
SSLIP,λ<=n,8192,1,94881,11.5821533203125
SSLIP,λ<=n,8192,1,157107,19.1781005859375
SSLIP,λ<=n,8192,1,191042,23.320556640625
SSLIP,λ<=n,8192,1,183874,22.445556640625
SSLIP,λ<=n,8192,1,92989,11.3511962890625
SSLIP,λ<=n,8192,1,149906,18.299072265625
SSLIP,λ<=n,8192,1,112476,13.72998046875
SSLIP,λ<=n,8192,1,157654,19.244873046875
SSLIP,λ<=n,8192,1,135880,16.5869140625
SSLIP,λ<=n,8192,1,104761,12.7882080078125
SSLIP,λ<=n,8192,1,189245,23.1011962890625
SSLIP,λ<=n,8192,1,187168,22.84765625
SSLIP,λ<=n,8192,1,135464,16.5361328125
SSLIP,λ<=n,8192,1,220192,26.87890625
SSLIP,λ<=n,8192,1,112716,13.75927734375
SSLIP,λ<=n,8192,1,152959,18.6717529296875
SSLIP,λ<=n,8192,1,155272,18.9541015625
SSLIP,λ<=n,8192,1,130334,15.909912109375
SSLIP,λ<=n,8192,1,179581,21.9215087890625
SSLIP,λ<=n,8192,1,112695,13.7567138671875
SSLIP,λ<=n,8192,1,126808,15.4794921875
SSLIP,λ<=n,8192,1,187665,22.9083251953125
SSLIP,λ<=n,8192,1,119624,14.6025390625
SSLIP,λ<=n,8192,1,206820,25.24658203125
SSLIP,λ<=n,8192,1,117803,14.3802490234375
SSLIP,λ<=n,8192,1,127010,15.504150390625
SSLIP,λ<=n,8192,1,205944,25.1396484375
SSLIP,λ<=n,8192,1,228474,27.889892578125
SSLIP,λ<=n,8192,1,198081,24.1798095703125
SSLIP,λ<=n,8192,1,146100,17.83447265625
SSLIP,λ<=n,8192,1,144459,17.6341552734375
SSLIP,λ<=n,8192,1,212639,25.9569091796875
SSLIP,λ<=n,8192,1,107515,13.1243896484375
SSLIP,λ<=n,8192,1,174840,21.3427734375
SSLIP,λ<=n,8192,1,183634,22.416259765625
SSLIP,λ<=n,8192,1,198292,24.20556640625
SSLIP,λ<=n,8192,1,178467,21.7855224609375
SSLIP,λ<=n,8192,1,170535,20.8172607421875
SSDCD,λ<=n,8192,1,101222,12.356201171875
SSDCD,λ<=n,8192,1,136554,16.669189453125
SSDCD,λ<=n,8192,1,179692,21.93505859375
SSDCD,λ<=n,8192,1,87247,10.6502685546875
SSDCD,λ<=n,8192,1,110614,13.502685546875
SSDCD,λ<=n,8192,1,91210,11.134033203125
SSDCD,λ<=n,8192,1,105663,12.8983154296875
SSDCD,λ<=n,8192,1,131622,16.067138671875
SSDCD,λ<=n,8192,1,81369,9.9327392578125
SSDCD,λ<=n,8192,1,105284,12.85205078125
SSDCD,λ<=n,8192,1,151896,18.5419921875
SSDCD,λ<=n,8192,1,121656,14.8505859375
SSDCD,λ<=n,8192,1,95823,11.6971435546875
SSDCD,λ<=n,8192,1,150730,18.399658203125
SSDCD,λ<=n,8192,1,146802,17.920166015625
SSDCD,λ<=n,8192,1,101562,12.397705078125
SSDCD,λ<=n,8192,1,89175,10.8856201171875
SSDCD,λ<=n,8192,1,99579,12.1556396484375
SSDCD,λ<=n,8192,1,109559,13.3739013671875
SSDCD,λ<=n,8192,1,81195,9.9114990234375
SSDCD,λ<=n,8192,1,91109,11.1217041015625
SSDCD,λ<=n,8192,1,227075,27.7191162109375
SSDCD,λ<=n,8192,1,106450,12.994384765625
SSDCD,λ<=n,8192,1,90022,10.989013671875
SSDCD,λ<=n,8192,1,125771,15.3529052734375
SSDCD,λ<=n,8192,1,94217,11.5010986328125
SSDCD,λ<=n,8192,1,157701,19.2506103515625
SSDCD,λ<=n,8192,1,128417,15.6759033203125
SSDCD,λ<=n,8192,1,108179,13.2054443359375
SSDCD,λ<=n,8192,1,160337,19.5723876953125
SSDCD,λ<=n,8192,1,127509,15.5650634765625
SSDCD,λ<=n,8192,1,102636,12.52880859375
SSDCD,λ<=n,8192,1,111206,13.574951171875
SSDCD,λ<=n,8192,1,89939,10.9788818359375
SSDCD,λ<=n,8192,1,114997,14.0377197265625
SSDCD,λ<=n,8192,1,198686,24.253662109375
SSDCD,λ<=n,8192,1,130188,15.89208984375
SSDCD,λ<=n,8192,1,156088,19.0537109375
SSDCD,λ<=n,8192,1,130474,15.927001953125
SSDCD,λ<=n,8192,1,195267,23.8363037109375
SSDCD,λ<=n,8192,1,122398,14.941162109375
SSDCD,λ<=n,8192,1,120471,14.7059326171875
SSDCD,λ<=n,8192,1,118195,14.4281005859375
SSDCD,λ<=n,8192,1,140589,17.1617431640625
SSDCD,λ<=n,8192,1,123992,15.1357421875
SSDCD,λ<=n,8192,1,105392,12.865234375
SSDCD,λ<=n,8192,1,74874,9.139892578125
SSDCD,λ<=n,8192,1,103106,12.586181640625
SSDCD,λ<=n,8192,1,130159,15.8885498046875
SSDCD,λ<=n,8192,1,223416,27.2724609375
SSDCD,λ<=n,8192,1,131382,16.037841796875
SSDCD,λ<=n,8192,1,113936,13.908203125
SSDCD,λ<=n,8192,1,92676,11.31298828125
SSDCD,λ<=n,8192,1,92869,11.3365478515625
SSDCD,λ<=n,8192,1,145410,17.750244140625
SSDCD,λ<=n,8192,1,86734,10.587646484375
SSDCD,λ<=n,8192,1,171875,20.9808349609375
SSDCD,λ<=n,8192,1,157230,19.193115234375
SSDCD,λ<=n,8192,1,187402,22.876220703125
SSDCD,λ<=n,8192,1,120078,14.657958984375
SSDCD,λ<=n,8192,1,258240,31.5234375
SSDCD,λ<=n,8192,1,166451,20.3187255859375
SSDCD,λ<=n,8192,1,121443,14.8245849609375
SSDCD,λ<=n,8192,1,88503,10.8035888671875
SSDCD,λ<=n,8192,1,115194,14.061767578125
SSDCD,λ<=n,8192,1,101515,12.3919677734375
SSDCD,λ<=n,8192,1,130142,15.886474609375
SSDCD,λ<=n,8192,1,117251,14.3128662109375
SSDCD,λ<=n,8192,1,120634,14.725830078125
SSDCD,λ<=n,8192,1,93920,11.46484375
SSDCD,λ<=n,8192,1,118502,14.465576171875
SSDCD,λ<=n,8192,1,83084,10.14208984375
SSDCD,λ<=n,8192,1,147381,17.9908447265625
SSDCD,λ<=n,8192,1,101405,12.3785400390625
SSDCD,λ<=n,8192,1,113881,13.9014892578125
SSDCD,λ<=n,8192,1,115736,14.1279296875
SSDCD,λ<=n,8192,1,114067,13.9241943359375
SSDCD,λ<=n,8192,1,143273,17.4893798828125
SSDCD,λ<=n,8192,1,83997,10.2535400390625
SSDCD,λ<=n,8192,1,108758,13.276123046875
SSDCD,λ<=n,8192,1,145578,17.770751953125
SSDCD,λ<=n,8192,1,148932,18.18017578125
SSDCD,λ<=n,8192,1,95887,11.7049560546875
SSDCD,λ<=n,8192,1,111809,13.6485595703125
SSDCD,λ<=n,8192,1,127245,15.5328369140625
SSDCD,λ<=n,8192,1,159624,19.4853515625
SSDCD,λ<=n,8192,1,124971,15.2552490234375
SSDCD,λ<=n,8192,1,112819,13.7718505859375
SSDCD,λ<=n,8192,1,110279,13.4617919921875
SSDCD,λ<=n,8192,1,100852,12.31103515625
SSDCD,λ<=n,8192,1,82308,10.04736328125
SSDCD,λ<=n,8192,1,98940,12.07763671875
SSDCD,λ<=n,8192,1,118013,14.4058837890625
SSDCD,λ<=n,8192,1,148100,18.07861328125
SSDCD,λ<=n,8192,1,178962,21.845947265625
SSDCD,λ<=n,8192,1,136211,16.6273193359375
SSDCD,λ<=n,8192,1,82889,10.1182861328125
SSDCD,λ<=n,8192,1,109904,13.416015625
SSDCD,λ<=n,8192,1,126738,15.470947265625
SSDCD,λ<=n,8192,1,131284,16.02587890625
SRDCD,λ<=n,8192,1,83640,10.2099609375
SRDCD,λ<=n,8192,1,61874,7.552978515625
SRDCD,λ<=n,8192,1,72119,8.8035888671875
SRDCD,λ<=n,8192,1,84091,10.2650146484375
SRDCD,λ<=n,8192,1,77485,9.4586181640625
SRDCD,λ<=n,8192,1,60258,7.355712890625
SRDCD,λ<=n,8192,1,68007,8.3016357421875
SRDCD,λ<=n,8192,1,152130,18.570556640625
SRDCD,λ<=n,8192,1,73869,9.0172119140625
SRDCD,λ<=n,8192,1,62759,7.6610107421875
SRDCD,λ<=n,8192,1,64693,7.8970947265625
SRDCD,λ<=n,8192,1,66519,8.1199951171875
SRDCD,λ<=n,8192,1,54150,6.610107421875
SRDCD,λ<=n,8192,1,116036,14.16455078125
SRDCD,λ<=n,8192,1,61891,7.5550537109375
SRDCD,λ<=n,8192,1,93291,11.3880615234375
SRDCD,λ<=n,8192,1,82217,10.0362548828125
SRDCD,λ<=n,8192,1,57666,7.039306640625
SRDCD,λ<=n,8192,1,56894,6.945068359375
SRDCD,λ<=n,8192,1,59981,7.3218994140625
SRDCD,λ<=n,8192,1,77132,9.41552734375
SRDCD,λ<=n,8192,1,61951,7.5623779296875
SRDCD,λ<=n,8192,1,79131,9.6595458984375
SRDCD,λ<=n,8192,1,59398,7.250732421875
SRDCD,λ<=n,8192,1,66920,8.1689453125
SRDCD,λ<=n,8192,1,97787,11.9368896484375
SRDCD,λ<=n,8192,1,62834,7.670166015625
SRDCD,λ<=n,8192,1,83355,10.1751708984375
SRDCD,λ<=n,8192,1,56532,6.90087890625
SRDCD,λ<=n,8192,1,63225,7.7178955078125
SRDCD,λ<=n,8192,1,60644,7.40283203125
SRDCD,λ<=n,8192,1,69655,8.5028076171875
SRDCD,λ<=n,8192,1,69642,8.501220703125
SRDCD,λ<=n,8192,1,80962,9.883056640625
SRDCD,λ<=n,8192,1,75683,9.2386474609375
SRDCD,λ<=n,8192,1,68553,8.3682861328125
SRDCD,λ<=n,8192,1,78607,9.5955810546875
SRDCD,λ<=n,8192,1,85733,10.4654541015625
SRDCD,λ<=n,8192,1,65652,8.01416015625
SRDCD,λ<=n,8192,1,166199,20.2879638671875
SRDCD,λ<=n,8192,1,70388,8.59228515625
SRDCD,λ<=n,8192,1,71939,8.7816162109375
SRDCD,λ<=n,8192,1,66916,8.16845703125
SRDCD,λ<=n,8192,1,69862,8.528076171875
SRDCD,λ<=n,8192,1,71612,8.74169921875
SRDCD,λ<=n,8192,1,113164,13.81396484375
SRDCD,λ<=n,8192,1,69018,8.425048828125
SRDCD,λ<=n,8192,1,63548,7.75732421875
SRDCD,λ<=n,8192,1,80681,9.8487548828125
SRDCD,λ<=n,8192,1,58341,7.1217041015625
SRDCD,λ<=n,8192,1,56439,6.8895263671875
SRDCD,λ<=n,8192,1,78239,9.5506591796875
SRDCD,λ<=n,8192,1,67954,8.295166015625
SRDCD,λ<=n,8192,1,53179,6.4915771484375
SRDCD,λ<=n,8192,1,52082,6.357666015625
SRDCD,λ<=n,8192,1,56038,6.840576171875
SRDCD,λ<=n,8192,1,93705,11.4385986328125
SRDCD,λ<=n,8192,1,89597,10.9371337890625
SRDCD,λ<=n,8192,1,60974,7.443115234375
SRDCD,λ<=n,8192,1,71237,8.6959228515625
SRDCD,λ<=n,8192,1,61572,7.51611328125
SRDCD,λ<=n,8192,1,60981,7.4439697265625
SRDCD,λ<=n,8192,1,64619,7.8880615234375
SRDCD,λ<=n,8192,1,65469,7.9918212890625
SRDCD,λ<=n,8192,1,82464,10.06640625
SRDCD,λ<=n,8192,1,113944,13.9091796875
SRDCD,λ<=n,8192,1,52939,6.4622802734375
SRDCD,λ<=n,8192,1,51301,6.2623291015625
SRDCD,λ<=n,8192,1,59135,7.2186279296875
SRDCD,λ<=n,8192,1,139820,17.06787109375
SRDCD,λ<=n,8192,1,81954,10.004150390625
SRDCD,λ<=n,8192,1,62859,7.6732177734375
SRDCD,λ<=n,8192,1,73697,8.9962158203125
SRDCD,λ<=n,8192,1,61884,7.55419921875
SRDCD,λ<=n,8192,1,114537,13.9815673828125
SRDCD,λ<=n,8192,1,64076,7.82177734375
SRDCD,λ<=n,8192,1,99157,12.1041259765625
SRDCD,λ<=n,8192,1,51024,6.228515625
SRDCD,λ<=n,8192,1,56781,6.9312744140625
SRDCD,λ<=n,8192,1,54573,6.6617431640625
SRDCD,λ<=n,8192,1,64460,7.86865234375
SRDCD,λ<=n,8192,1,98981,12.0826416015625
SRDCD,λ<=n,8192,1,63782,7.785888671875
SRDCD,λ<=n,8192,1,110167,13.4481201171875
SRDCD,λ<=n,8192,1,71451,8.7220458984375
SRDCD,λ<=n,8192,1,91794,11.205322265625
SRDCD,λ<=n,8192,1,56477,6.8941650390625
SRDCD,λ<=n,8192,1,54931,6.7054443359375
SRDCD,λ<=n,8192,1,56010,6.837158203125
SRDCD,λ<=n,8192,1,62148,7.58642578125
SRDCD,λ<=n,8192,1,92074,11.239501953125
SRDCD,λ<=n,8192,1,67722,8.266845703125
SRDCD,λ<=n,8192,1,65920,8.046875
SRDCD,λ<=n,8192,1,55177,6.7354736328125
SRDCD,λ<=n,8192,1,81313,9.9259033203125
SRDCD,λ<=n,8192,1,78765,9.6148681640625
SRDCD,λ<=n,8192,1,64766,7.906005859375
SRDCD,λ<=n,8192,1,70612,8.61962890625
SRDCD,λ<=n,8192,1,64788,7.90869140625
SRDCD,λ<=n,8192,1,55668,6.79541015625
SHDCD,λ<=n,8192,1,49985,6.1016845703125
SHDCD,λ<=n,8192,1,66671,8.1385498046875
SHDCD,λ<=n,8192,1,79785,9.7393798828125
SHDCD,λ<=n,8192,1,57454,7.013427734375
SHDCD,λ<=n,8192,1,51275,6.2591552734375
SHDCD,λ<=n,8192,1,80769,9.8594970703125
SHDCD,λ<=n,8192,1,73346,8.953369140625
SHDCD,λ<=n,8192,1,52614,6.422607421875
SHDCD,λ<=n,8192,1,62894,7.677490234375
SHDCD,λ<=n,8192,1,56310,6.873779296875
SHDCD,λ<=n,8192,1,82927,10.1229248046875
SHDCD,λ<=n,8192,1,69002,8.423095703125
SHDCD,λ<=n,8192,1,60014,7.325927734375
SHDCD,λ<=n,8192,1,74760,9.1259765625
SHDCD,λ<=n,8192,1,64275,7.8460693359375
SHDCD,λ<=n,8192,1,93625,11.4288330078125
SHDCD,λ<=n,8192,1,60581,7.3951416015625
SHDCD,λ<=n,8192,1,61334,7.487060546875
SHDCD,λ<=n,8192,1,88823,10.8426513671875
SHDCD,λ<=n,8192,1,61256,7.4775390625
SHDCD,λ<=n,8192,1,63929,7.8038330078125
SHDCD,λ<=n,8192,1,71489,8.7266845703125
SHDCD,λ<=n,8192,1,62698,7.653564453125
SHDCD,λ<=n,8192,1,58373,7.1256103515625
SHDCD,λ<=n,8192,1,59314,7.240478515625
SHDCD,λ<=n,8192,1,84075,10.2630615234375
SHDCD,λ<=n,8192,1,65660,8.01513671875
SHDCD,λ<=n,8192,1,120998,14.770263671875
SHDCD,λ<=n,8192,1,58739,7.1702880859375
SHDCD,λ<=n,8192,1,61682,7.529541015625
SHDCD,λ<=n,8192,1,73089,8.9219970703125
SHDCD,λ<=n,8192,1,74279,9.0672607421875
SHDCD,λ<=n,8192,1,82567,10.0789794921875
SHDCD,λ<=n,8192,1,62202,7.593017578125
SHDCD,λ<=n,8192,1,63394,7.738525390625
SHDCD,λ<=n,8192,1,75202,9.179931640625
SHDCD,λ<=n,8192,1,76628,9.35400390625
SHDCD,λ<=n,8192,1,55379,6.7601318359375
SHDCD,λ<=n,8192,1,74486,9.092529296875
SHDCD,λ<=n,8192,1,68781,8.3961181640625
SHDCD,λ<=n,8192,1,64811,7.9114990234375
SHDCD,λ<=n,8192,1,83002,10.132080078125
SHDCD,λ<=n,8192,1,75466,9.212158203125
SHDCD,λ<=n,8192,1,72669,8.8707275390625
SHDCD,λ<=n,8192,1,64708,7.89892578125
SHDCD,λ<=n,8192,1,53811,6.5687255859375
SHDCD,λ<=n,8192,1,58727,7.1688232421875
SHDCD,λ<=n,8192,1,83551,10.1990966796875
SHDCD,λ<=n,8192,1,57674,7.040283203125
SHDCD,λ<=n,8192,1,69909,8.5338134765625
SHDCD,λ<=n,8192,1,62008,7.5693359375
SHDCD,λ<=n,8192,1,60539,7.3900146484375
SHDCD,λ<=n,8192,1,54956,6.70849609375
SHDCD,λ<=n,8192,1,61772,7.54052734375
SHDCD,λ<=n,8192,1,63831,7.7918701171875
SHDCD,λ<=n,8192,1,61542,7.512451171875
SHDCD,λ<=n,8192,1,53464,6.5263671875
SHDCD,λ<=n,8192,1,66899,8.1663818359375
SHDCD,λ<=n,8192,1,70878,8.652099609375
SHDCD,λ<=n,8192,1,57308,6.99560546875
SHDCD,λ<=n,8192,1,58276,7.11376953125
SHDCD,λ<=n,8192,1,58035,7.0843505859375
SHDCD,λ<=n,8192,1,59532,7.26708984375
SHDCD,λ<=n,8192,1,55102,6.726318359375
SHDCD,λ<=n,8192,1,65768,8.0283203125
SHDCD,λ<=n,8192,1,66105,8.0694580078125
SHDCD,λ<=n,8192,1,81307,9.9251708984375
SHDCD,λ<=n,8192,1,69701,8.5084228515625
SHDCD,λ<=n,8192,1,87808,10.71875
SHDCD,λ<=n,8192,1,69213,8.4488525390625
SHDCD,λ<=n,8192,1,57178,6.979736328125
SHDCD,λ<=n,8192,1,60835,7.4261474609375
SHDCD,λ<=n,8192,1,57475,7.0159912109375
SHDCD,λ<=n,8192,1,76934,9.391357421875
SHDCD,λ<=n,8192,1,135101,16.4918212890625
SHDCD,λ<=n,8192,1,68407,8.3504638671875
SHDCD,λ<=n,8192,1,58726,7.168701171875
SHDCD,λ<=n,8192,1,73151,8.9295654296875
SHDCD,λ<=n,8192,1,81792,9.984375
SHDCD,λ<=n,8192,1,72657,8.8692626953125
SHDCD,λ<=n,8192,1,64078,7.822021484375
SHDCD,λ<=n,8192,1,69672,8.5048828125
SHDCD,λ<=n,8192,1,104753,12.7872314453125
SHDCD,λ<=n,8192,1,64447,7.8670654296875
SHDCD,λ<=n,8192,1,74853,9.1373291015625
SHDCD,λ<=n,8192,1,68162,8.320556640625
SHDCD,λ<=n,8192,1,55559,6.7821044921875
SHDCD,λ<=n,8192,1,68056,8.3076171875
SHDCD,λ<=n,8192,1,82444,10.06396484375
SHDCD,λ<=n,8192,1,69893,8.5318603515625
SHDCD,λ<=n,8192,1,80476,9.82373046875
SHDCD,λ<=n,8192,1,105973,12.9361572265625
SHDCD,λ<=n,8192,1,69690,8.507080078125
SHDCD,λ<=n,8192,1,69238,8.451904296875
SHDCD,λ<=n,8192,1,58437,7.1334228515625
SHDCD,λ<=n,8192,1,103397,12.6217041015625
SHDCD,λ<=n,8192,1,60028,7.32763671875
SHDCD,λ<=n,8192,1,88560,10.810546875
SHDCD,λ<=n,8192,1,56214,6.862060546875
SHLCD,λ<=n,8192,1,64634,7.889892578125
SHLCD,λ<=n,8192,1,63476,7.74853515625
SHLCD,λ<=n,8192,1,59446,7.256591796875
SHLCD,λ<=n,8192,1,89055,10.8709716796875
SHLCD,λ<=n,8192,1,68082,8.310791015625
SHLCD,λ<=n,8192,1,61500,7.50732421875
SHLCD,λ<=n,8192,1,92596,11.30322265625
SHLCD,λ<=n,8192,1,53895,6.5789794921875
SHLCD,λ<=n,8192,1,85865,10.4815673828125
SHLCD,λ<=n,8192,1,70064,8.552734375
SHLCD,λ<=n,8192,1,80785,9.8614501953125
SHLCD,λ<=n,8192,1,52950,6.463623046875
SHLCD,λ<=n,8192,1,64253,7.8433837890625
SHLCD,λ<=n,8192,1,103898,12.682861328125
SHLCD,λ<=n,8192,1,81677,9.9703369140625
SHLCD,λ<=n,8192,1,77495,9.4598388671875
SHLCD,λ<=n,8192,1,61995,7.5677490234375
SHLCD,λ<=n,8192,1,56141,6.8531494140625
SHLCD,λ<=n,8192,1,62313,7.6065673828125
SHLCD,λ<=n,8192,1,71885,8.7750244140625
SHLCD,λ<=n,8192,1,67147,8.1966552734375
SHLCD,λ<=n,8192,1,56900,6.94580078125
SHLCD,λ<=n,8192,1,49711,6.0682373046875
SHLCD,λ<=n,8192,1,86389,10.5455322265625
SHLCD,λ<=n,8192,1,62717,7.6558837890625
SHLCD,λ<=n,8192,1,64134,7.828857421875
SHLCD,λ<=n,8192,1,61649,7.5255126953125
SHLCD,λ<=n,8192,1,57348,7.00048828125
SHLCD,λ<=n,8192,1,74141,9.0504150390625
SHLCD,λ<=n,8192,1,115321,14.0772705078125
SHLCD,λ<=n,8192,1,54420,6.64306640625
SHLCD,λ<=n,8192,1,59771,7.2962646484375
SHLCD,λ<=n,8192,1,80300,9.80224609375
SHLCD,λ<=n,8192,1,64841,7.9151611328125
SHLCD,λ<=n,8192,1,74501,9.0943603515625
SHLCD,λ<=n,8192,1,65477,7.9927978515625
SHLCD,λ<=n,8192,1,55791,6.8104248046875
SHLCD,λ<=n,8192,1,70289,8.5802001953125
SHLCD,λ<=n,8192,1,61866,7.552001953125
SHLCD,λ<=n,8192,1,51141,6.2427978515625
SHLCD,λ<=n,8192,1,72472,8.8466796875
SHLCD,λ<=n,8192,1,51482,6.284423828125
SHLCD,λ<=n,8192,1,57478,7.016357421875
SHLCD,λ<=n,8192,1,70667,8.6263427734375
SHLCD,λ<=n,8192,1,60164,7.34423828125
SHLCD,λ<=n,8192,1,58740,7.17041015625
SHLCD,λ<=n,8192,1,61553,7.5137939453125
SHLCD,λ<=n,8192,1,53646,6.548583984375
SHLCD,λ<=n,8192,1,105406,12.866943359375
SHLCD,λ<=n,8192,1,64688,7.896484375
SHLCD,λ<=n,8192,1,49163,6.0013427734375
SHLCD,λ<=n,8192,1,58750,7.171630859375
SHLCD,λ<=n,8192,1,54992,6.712890625
SHLCD,λ<=n,8192,1,46348,5.65771484375
SHLCD,λ<=n,8192,1,60801,7.4219970703125
SHLCD,λ<=n,8192,1,75671,9.2371826171875
SHLCD,λ<=n,8192,1,69951,8.5389404296875
SHLCD,λ<=n,8192,1,74033,9.0372314453125
SHLCD,λ<=n,8192,1,51893,6.3345947265625
SHLCD,λ<=n,8192,1,56297,6.8721923828125
SHLCD,λ<=n,8192,1,80485,9.8248291015625
SHLCD,λ<=n,8192,1,69475,8.4808349609375
SHLCD,λ<=n,8192,1,76129,9.2930908203125
SHLCD,λ<=n,8192,1,63966,7.808349609375
SHLCD,λ<=n,8192,1,78163,9.5413818359375
SHLCD,λ<=n,8192,1,76746,9.368408203125
SHLCD,λ<=n,8192,1,93517,11.4156494140625
SHLCD,λ<=n,8192,1,83122,10.146728515625
SHLCD,λ<=n,8192,1,60566,7.393310546875
SHLCD,λ<=n,8192,1,57562,7.026611328125
SHLCD,λ<=n,8192,1,55303,6.7508544921875
SHLCD,λ<=n,8192,1,85028,10.37939453125
SHLCD,λ<=n,8192,1,53223,6.4969482421875
SHLCD,λ<=n,8192,1,59889,7.3106689453125
SHLCD,λ<=n,8192,1,58676,7.16259765625
SHLCD,λ<=n,8192,1,56302,6.872802734375
SHLCD,λ<=n,8192,1,55223,6.7410888671875
SHLCD,λ<=n,8192,1,64810,7.911376953125
SHLCD,λ<=n,8192,1,63981,7.8101806640625
SHLCD,λ<=n,8192,1,59503,7.2635498046875
SHLCD,λ<=n,8192,1,85522,10.439697265625
SHLCD,λ<=n,8192,1,68980,8.42041015625
SHLCD,λ<=n,8192,1,73144,8.9287109375
SHLCD,λ<=n,8192,1,120436,14.70166015625
SHLCD,λ<=n,8192,1,70298,8.581298828125
SHLCD,λ<=n,8192,1,64787,7.9085693359375
SHLCD,λ<=n,8192,1,80560,9.833984375
SHLCD,λ<=n,8192,1,62935,7.6824951171875
SHLCD,λ<=n,8192,1,58903,7.1903076171875
SHLCD,λ<=n,8192,1,76843,9.3802490234375
SHLCD,λ<=n,8192,1,61061,7.4537353515625
SHLCD,λ<=n,8192,1,64801,7.9102783203125
SHLCD,λ<=n,8192,1,77323,9.4388427734375
SHLCD,λ<=n,8192,1,64175,7.8338623046875
SHLCD,λ<=n,8192,1,67810,8.277587890625
SHLCD,λ<=n,8192,1,65932,8.04833984375
SHLCD,λ<=n,8192,1,73523,8.9749755859375
SHLCD,λ<=n,8192,1,58555,7.1478271484375
SHLCD,λ<=n,8192,1,76058,9.284423828125
SHLCD,λ<=n,8192,1,54758,6.684326171875
SRLCD,λ<=n,8192,1,68053,8.3072509765625
SRLCD,λ<=n,8192,1,65308,7.97216796875
SRLCD,λ<=n,8192,1,54548,6.65869140625
SRLCD,λ<=n,8192,1,76462,9.333740234375
SRLCD,λ<=n,8192,1,76489,9.3370361328125
SRLCD,λ<=n,8192,1,72415,8.8397216796875
SRLCD,λ<=n,8192,1,100214,12.233154296875
SRLCD,λ<=n,8192,1,93785,11.4483642578125
SRLCD,λ<=n,8192,1,92853,11.3345947265625
SRLCD,λ<=n,8192,1,69527,8.4871826171875
SRLCD,λ<=n,8192,1,67952,8.294921875
SRLCD,λ<=n,8192,1,79269,9.6763916015625
SRLCD,λ<=n,8192,1,57862,7.063232421875
SRLCD,λ<=n,8192,1,79622,9.719482421875
SRLCD,λ<=n,8192,1,57883,7.0657958984375
SRLCD,λ<=n,8192,1,68503,8.3621826171875
SRLCD,λ<=n,8192,1,69873,8.5294189453125
SRLCD,λ<=n,8192,1,90808,11.0849609375
SRLCD,λ<=n,8192,1,54815,6.6912841796875
SRLCD,λ<=n,8192,1,75849,9.2589111328125
SRLCD,λ<=n,8192,1,87755,10.7122802734375
SRLCD,λ<=n,8192,1,56089,6.8468017578125
SRLCD,λ<=n,8192,1,61911,7.5574951171875
SRLCD,λ<=n,8192,1,55292,6.74951171875
SRLCD,λ<=n,8192,1,77679,9.4822998046875
SRLCD,λ<=n,8192,1,104664,12.7763671875
SRLCD,λ<=n,8192,1,86073,10.5069580078125
SRLCD,λ<=n,8192,1,54084,6.60205078125
SRLCD,λ<=n,8192,1,83292,10.16748046875
SRLCD,λ<=n,8192,1,68733,8.3902587890625
SRLCD,λ<=n,8192,1,125670,15.340576171875
SRLCD,λ<=n,8192,1,68112,8.314453125
SRLCD,λ<=n,8192,1,68720,8.388671875
SRLCD,λ<=n,8192,1,63308,7.72802734375
SRLCD,λ<=n,8192,1,130751,15.9608154296875
SRLCD,λ<=n,8192,1,97735,11.9305419921875
SRLCD,λ<=n,8192,1,78322,9.560791015625
SRLCD,λ<=n,8192,1,102767,12.5447998046875
SRLCD,λ<=n,8192,1,69886,8.531005859375
SRLCD,λ<=n,8192,1,61764,7.53955078125
SRLCD,λ<=n,8192,1,79969,9.7618408203125
SRLCD,λ<=n,8192,1,56799,6.9334716796875
SRLCD,λ<=n,8192,1,77163,9.4193115234375
SRLCD,λ<=n,8192,1,64708,7.89892578125
SRLCD,λ<=n,8192,1,107252,13.09228515625
SRLCD,λ<=n,8192,1,69090,8.433837890625
SRLCD,λ<=n,8192,1,74413,9.0836181640625
SRLCD,λ<=n,8192,1,75192,9.1787109375
SRLCD,λ<=n,8192,1,73044,8.91650390625
SRLCD,λ<=n,8192,1,61283,7.4808349609375
SRLCD,λ<=n,8192,1,78031,9.5252685546875
SRLCD,λ<=n,8192,1,105697,12.9024658203125
SRLCD,λ<=n,8192,1,55594,6.786376953125
SRLCD,λ<=n,8192,1,50099,6.1156005859375
SRLCD,λ<=n,8192,1,72934,8.903076171875
SRLCD,λ<=n,8192,1,63638,7.768310546875
SRLCD,λ<=n,8192,1,92413,11.2808837890625
SRLCD,λ<=n,8192,1,69648,8.501953125
SRLCD,λ<=n,8192,1,90122,11.001220703125
SRLCD,λ<=n,8192,1,55002,6.714111328125
SRLCD,λ<=n,8192,1,84440,10.3076171875
SRLCD,λ<=n,8192,1,62958,7.685302734375
SRLCD,λ<=n,8192,1,73968,9.029296875
SRLCD,λ<=n,8192,1,77883,9.5072021484375
SRLCD,λ<=n,8192,1,69787,8.5189208984375
SRLCD,λ<=n,8192,1,56546,6.902587890625
SRLCD,λ<=n,8192,1,62047,7.5740966796875
SRLCD,λ<=n,8192,1,99916,12.19677734375
SRLCD,λ<=n,8192,1,53529,6.5343017578125
SRLCD,λ<=n,8192,1,80676,9.84814453125
SRLCD,λ<=n,8192,1,60977,7.4434814453125
SRLCD,λ<=n,8192,1,76506,9.339111328125
SRLCD,λ<=n,8192,1,62161,7.5880126953125
SRLCD,λ<=n,8192,1,65885,8.0426025390625
SRLCD,λ<=n,8192,1,55650,6.793212890625
SRLCD,λ<=n,8192,1,75291,9.1907958984375
SRLCD,λ<=n,8192,1,84568,10.3232421875
SRLCD,λ<=n,8192,1,78021,9.5240478515625
SRLCD,λ<=n,8192,1,63691,7.7747802734375
SRLCD,λ<=n,8192,1,67063,8.1864013671875
SRLCD,λ<=n,8192,1,51573,6.2955322265625
SRLCD,λ<=n,8192,1,52079,6.3572998046875
SRLCD,λ<=n,8192,1,58392,7.1279296875
SRLCD,λ<=n,8192,1,54689,6.6759033203125
SRLCD,λ<=n,8192,1,52741,6.4381103515625
SRLCD,λ<=n,8192,1,89713,10.9512939453125
SRLCD,λ<=n,8192,1,86395,10.5462646484375
SRLCD,λ<=n,8192,1,73470,8.968505859375
SRLCD,λ<=n,8192,1,58960,7.197265625
SRLCD,λ<=n,8192,1,69449,8.4776611328125
SRLCD,λ<=n,8192,1,63685,7.7740478515625
SRLCD,λ<=n,8192,1,51378,6.271728515625
SRLCD,λ<=n,8192,1,110210,13.453369140625
SRLCD,λ<=n,8192,1,89700,10.94970703125
SRLCD,λ<=n,8192,1,82191,10.0330810546875
SRLCD,λ<=n,8192,1,60471,7.3817138671875
SRLCD,λ<=n,8192,1,82020,10.01220703125
SRLCD,λ<=n,8192,1,100450,12.261962890625
SRLCD,λ<=n,8192,1,61855,7.5506591796875
SRLCD,λ<=n,8192,1,75829,9.2564697265625
SSLCD,λ<=n,8192,1,99679,12.1678466796875
SSLCD,λ<=n,8192,1,110228,13.45556640625
SSLCD,λ<=n,8192,1,93793,11.4493408203125
SSLCD,λ<=n,8192,1,153136,18.693359375
SSLCD,λ<=n,8192,1,110604,13.50146484375
SSLCD,λ<=n,8192,1,134290,16.392822265625
SSLCD,λ<=n,8192,1,83569,10.2012939453125
SSLCD,λ<=n,8192,1,105493,12.8775634765625
SSLCD,λ<=n,8192,1,92038,11.235107421875
SSLCD,λ<=n,8192,1,118491,14.4642333984375
SSLCD,λ<=n,8192,1,141057,17.2188720703125
SSLCD,λ<=n,8192,1,99174,12.106201171875
SSLCD,λ<=n,8192,1,164946,20.135009765625
SSLCD,λ<=n,8192,1,103821,12.6734619140625
SSLCD,λ<=n,8192,1,93485,11.4117431640625
SSLCD,λ<=n,8192,1,86134,10.514404296875
SSLCD,λ<=n,8192,1,104416,12.74609375
SSLCD,λ<=n,8192,1,119408,14.576171875
SSLCD,λ<=n,8192,1,91739,11.1986083984375
SSLCD,λ<=n,8192,1,99369,12.1300048828125
SSLCD,λ<=n,8192,1,101837,12.4312744140625
SSLCD,λ<=n,8192,1,96641,11.7969970703125
SSLCD,λ<=n,8192,1,122574,14.962646484375
SSLCD,λ<=n,8192,1,161649,19.7325439453125
SSLCD,λ<=n,8192,1,105084,12.82763671875
SSLCD,λ<=n,8192,1,110236,13.45654296875
SSLCD,λ<=n,8192,1,82982,10.129638671875
SSLCD,λ<=n,8192,1,108326,13.223388671875
SSLCD,λ<=n,8192,1,88480,10.80078125
SSLCD,λ<=n,8192,1,93799,11.4500732421875
SSLCD,λ<=n,8192,1,134066,16.365478515625
SSLCD,λ<=n,8192,1,113161,13.8135986328125
SSLCD,λ<=n,8192,1,153916,18.78857421875
SSLCD,λ<=n,8192,1,101712,12.416015625
SSLCD,λ<=n,8192,1,144433,17.6309814453125
SSLCD,λ<=n,8192,1,102561,12.5196533203125
SSLCD,λ<=n,8192,1,111852,13.65380859375
SSLCD,λ<=n,8192,1,89613,10.9390869140625
SSLCD,λ<=n,8192,1,141194,17.235595703125
SSLCD,λ<=n,8192,1,119432,14.5791015625
SSLCD,λ<=n,8192,1,194784,23.77734375
SSLCD,λ<=n,8192,1,178974,21.847412109375
SSLCD,λ<=n,8192,1,214090,26.134033203125
SSLCD,λ<=n,8192,1,96539,11.7845458984375
SSLCD,λ<=n,8192,1,92831,11.3319091796875
SSLCD,λ<=n,8192,1,241110,29.432373046875
SSLCD,λ<=n,8192,1,94755,11.5667724609375
SSLCD,λ<=n,8192,1,102431,12.5037841796875
SSLCD,λ<=n,8192,1,104318,12.734130859375
SSLCD,λ<=n,8192,1,128596,15.69775390625
SSLCD,λ<=n,8192,1,92422,11.281982421875
SSLCD,λ<=n,8192,1,105875,12.9241943359375
SSLCD,λ<=n,8192,1,165816,20.2412109375
SSLCD,λ<=n,8192,1,131327,16.0311279296875
SSLCD,λ<=n,8192,1,119125,14.5416259765625
SSLCD,λ<=n,8192,1,122637,14.9703369140625
SSLCD,λ<=n,8192,1,154609,18.8731689453125
SSLCD,λ<=n,8192,1,118631,14.4813232421875
SSLCD,λ<=n,8192,1,126735,15.4705810546875
SSLCD,λ<=n,8192,1,100161,12.2266845703125
SSLCD,λ<=n,8192,1,141515,17.2747802734375
SSLCD,λ<=n,8192,1,136593,16.6739501953125
SSLCD,λ<=n,8192,1,106687,13.0233154296875
SSLCD,λ<=n,8192,1,158427,19.3392333984375
SSLCD,λ<=n,8192,1,111093,13.5611572265625
SSLCD,λ<=n,8192,1,163771,19.9915771484375
SSLCD,λ<=n,8192,1,144173,17.5992431640625
SSLCD,λ<=n,8192,1,110302,13.464599609375
SSLCD,λ<=n,8192,1,109481,13.3643798828125
SSLCD,λ<=n,8192,1,152866,18.660400390625
SSLCD,λ<=n,8192,1,146445,17.8765869140625
SSLCD,λ<=n,8192,1,113282,13.828369140625
SSLCD,λ<=n,8192,1,89138,10.881103515625
SSLCD,λ<=n,8192,1,106302,12.976318359375
SSLCD,λ<=n,8192,1,90676,11.06884765625
SSLCD,λ<=n,8192,1,125159,15.2781982421875
SSLCD,λ<=n,8192,1,156442,19.096923828125
SSLCD,λ<=n,8192,1,117111,14.2957763671875
SSLCD,λ<=n,8192,1,112028,13.67529296875
SSLCD,λ<=n,8192,1,105272,12.8505859375
SSLCD,λ<=n,8192,1,96241,11.7481689453125
SSLCD,λ<=n,8192,1,100233,12.2354736328125
SSLCD,λ<=n,8192,1,106611,13.0140380859375
SSLCD,λ<=n,8192,1,106394,12.987548828125
SSLCD,λ<=n,8192,1,87441,10.6739501953125
SSLCD,λ<=n,8192,1,161340,19.69482421875
SSLCD,λ<=n,8192,1,100638,12.284912109375
SSLCD,λ<=n,8192,1,90909,11.0972900390625
SSLCD,λ<=n,8192,1,101431,12.3817138671875
SSLCD,λ<=n,8192,1,100681,12.2901611328125
SSLCD,λ<=n,8192,1,114453,13.9713134765625
SSLCD,λ<=n,8192,1,104190,12.718505859375
SSLCD,λ<=n,8192,1,99346,12.127197265625
SSLCD,λ<=n,8192,1,141009,17.2130126953125
SSLCD,λ<=n,8192,1,107839,13.1639404296875
SSLCD,λ<=n,8192,1,157531,19.2298583984375
SSLCD,λ<=n,8192,1,131206,16.016357421875
SSLCD,λ<=n,8192,1,137670,16.805419921875
SSLCD,λ<=n,8192,1,106828,13.04052734375
SSLCD,λ<=n,8192,1,142823,17.4344482421875
SSDSD,λ<=n,8192,1,214034,26.127197265625
SSDSD,λ<=n,8192,1,248827,30.3743896484375
SSDSD,λ<=n,8192,1,167333,20.4263916015625
SSDSD,λ<=n,8192,1,153090,18.687744140625
SSDSD,λ<=n,8192,1,114328,13.9560546875
SSDSD,λ<=n,8192,1,127228,15.53076171875
SSDSD,λ<=n,8192,1,155184,18.943359375
SSDSD,λ<=n,8192,1,119667,14.6077880859375
SSDSD,λ<=n,8192,1,128658,15.705322265625
SSDSD,λ<=n,8192,1,141409,17.2618408203125
SSDSD,λ<=n,8192,1,217107,26.5023193359375
SSDSD,λ<=n,8192,1,145563,17.7689208984375
SSDSD,λ<=n,8192,1,89387,10.9114990234375
SSDSD,λ<=n,8192,1,204348,24.94482421875
SSDSD,λ<=n,8192,1,120188,14.67138671875
SSDSD,λ<=n,8192,1,108035,13.1878662109375
SSDSD,λ<=n,8192,1,138860,16.95068359375
SSDSD,λ<=n,8192,1,149106,18.201416015625
SSDSD,λ<=n,8192,1,293439,35.8201904296875
SSDSD,λ<=n,8192,1,124076,15.14599609375
SSDSD,λ<=n,8192,1,147169,17.9649658203125
SSDSD,λ<=n,8192,1,161559,19.7215576171875
SSDSD,λ<=n,8192,1,128293,15.6607666015625
SSDSD,λ<=n,8192,1,193645,23.6383056640625
SSDSD,λ<=n,8192,1,103123,12.5882568359375
SSDSD,λ<=n,8192,1,186970,22.823486328125
SSDSD,λ<=n,8192,1,106579,13.0101318359375
SSDSD,λ<=n,8192,1,151743,18.5233154296875
SSDSD,λ<=n,8192,1,126188,15.40380859375
SSDSD,λ<=n,8192,1,131290,16.026611328125
SSDSD,λ<=n,8192,1,130174,15.890380859375
SSDSD,λ<=n,8192,1,207098,25.280517578125
SSDSD,λ<=n,8192,1,125350,15.301513671875
SSDSD,λ<=n,8192,1,131091,16.0023193359375
SSDSD,λ<=n,8192,1,99290,12.120361328125
SSDSD,λ<=n,8192,1,109449,13.3604736328125
SSDSD,λ<=n,8192,1,132512,16.17578125
SSDSD,λ<=n,8192,1,207101,25.2808837890625
SSDSD,λ<=n,8192,1,119012,14.52783203125
SSDSD,λ<=n,8192,1,177215,21.6326904296875
SSDSD,λ<=n,8192,1,162908,19.88623046875
SSDSD,λ<=n,8192,1,340159,41.5233154296875
SSDSD,λ<=n,8192,1,148849,18.1700439453125
SSDSD,λ<=n,8192,1,123030,15.018310546875
SSDSD,λ<=n,8192,1,154114,18.812744140625
SSDSD,λ<=n,8192,1,196161,23.9454345703125
SSDSD,λ<=n,8192,1,137363,16.7679443359375
SSDSD,λ<=n,8192,1,204498,24.963134765625
SSDSD,λ<=n,8192,1,96558,11.786865234375
SSDSD,λ<=n,8192,1,94986,11.594970703125
SSDSD,λ<=n,8192,1,182156,22.23583984375
SSDSD,λ<=n,8192,1,155076,18.93017578125
SSDSD,λ<=n,8192,1,195943,23.9188232421875
SSDSD,λ<=n,8192,1,112982,13.791748046875
SSDSD,λ<=n,8192,1,184620,22.53662109375
SSDSD,λ<=n,8192,1,104985,12.8155517578125
SSDSD,λ<=n,8192,1,166556,20.33154296875
SSDSD,λ<=n,8192,1,101479,12.3875732421875
SSDSD,λ<=n,8192,1,110180,13.44970703125
SSDSD,λ<=n,8192,1,133694,16.320068359375
SSDSD,λ<=n,8192,1,100983,12.3270263671875
SSDSD,λ<=n,8192,1,162224,19.802734375
SSDSD,λ<=n,8192,1,106505,13.0010986328125
SSDSD,λ<=n,8192,1,174852,21.34423828125
SSDSD,λ<=n,8192,1,160321,19.5704345703125
SSDSD,λ<=n,8192,1,133099,16.2474365234375
SSDSD,λ<=n,8192,1,99521,12.1485595703125
SSDSD,λ<=n,8192,1,94065,11.4825439453125
SSDSD,λ<=n,8192,1,118340,14.44580078125
SSDSD,λ<=n,8192,1,132335,16.1541748046875
SSDSD,λ<=n,8192,1,211348,25.79931640625
SSDSD,λ<=n,8192,1,193269,23.5924072265625
SSDSD,λ<=n,8192,1,129703,15.8328857421875
SSDSD,λ<=n,8192,1,189278,23.105224609375
SSDSD,λ<=n,8192,1,135615,16.5545654296875
SSDSD,λ<=n,8192,1,183714,22.426025390625
SSDSD,λ<=n,8192,1,125562,15.327392578125
SSDSD,λ<=n,8192,1,129560,15.8154296875
SSDSD,λ<=n,8192,1,165774,20.236083984375
SSDSD,λ<=n,8192,1,228109,27.8453369140625
SSDSD,λ<=n,8192,1,199855,24.3963623046875
SSDSD,λ<=n,8192,1,133387,16.2825927734375
SSDSD,λ<=n,8192,1,150732,18.39990234375
SSDSD,λ<=n,8192,1,160220,19.55810546875
SSDSD,λ<=n,8192,1,276171,33.7122802734375
SSDSD,λ<=n,8192,1,185608,22.6572265625
SSDSD,λ<=n,8192,1,129853,15.8511962890625
SSDSD,λ<=n,8192,1,108944,13.298828125
SSDSD,λ<=n,8192,1,125825,15.3594970703125
SSDSD,λ<=n,8192,1,284127,34.6834716796875
SSDSD,λ<=n,8192,1,165974,20.260498046875
SSDSD,λ<=n,8192,1,112101,13.6842041015625
SSDSD,λ<=n,8192,1,246673,30.1114501953125
SSDSD,λ<=n,8192,1,166417,20.3145751953125
SSDSD,λ<=n,8192,1,226777,27.6827392578125
SSDSD,λ<=n,8192,1,171109,20.8873291015625
SSDSD,λ<=n,8192,1,111179,13.5716552734375
SSDSD,λ<=n,8192,1,122735,14.9822998046875
SSDSD,λ<=n,8192,1,120241,14.6778564453125
SSDSD,λ<=n,8192,1,153813,18.7760009765625
SRDSD,λ<=n,8192,1,74062,9.040771484375
SRDSD,λ<=n,8192,1,60690,7.408447265625
SRDSD,λ<=n,8192,1,79085,9.6539306640625
SRDSD,λ<=n,8192,1,59812,7.30126953125
SRDSD,λ<=n,8192,1,112183,13.6942138671875
SRDSD,λ<=n,8192,1,86851,10.6019287109375
SRDSD,λ<=n,8192,1,61759,7.5389404296875
SRDSD,λ<=n,8192,1,139254,16.998779296875
SRDSD,λ<=n,8192,1,74534,9.098388671875
SRDSD,λ<=n,8192,1,65076,7.94384765625
SRDSD,λ<=n,8192,1,56660,6.91650390625
SRDSD,λ<=n,8192,1,70001,8.5450439453125
SRDSD,λ<=n,8192,1,86269,10.5308837890625
SRDSD,λ<=n,8192,1,112598,13.744873046875
SRDSD,λ<=n,8192,1,99366,12.129638671875
SRDSD,λ<=n,8192,1,85699,10.4613037109375
SRDSD,λ<=n,8192,1,54060,6.59912109375
SRDSD,λ<=n,8192,1,91216,11.134765625
SRDSD,λ<=n,8192,1,65554,8.002197265625
SRDSD,λ<=n,8192,1,60276,7.35791015625
SRDSD,λ<=n,8192,1,113556,13.86181640625
SRDSD,λ<=n,8192,1,94874,11.581298828125
SRDSD,λ<=n,8192,1,82973,10.1285400390625
SRDSD,λ<=n,8192,1,97451,11.8958740234375
SRDSD,λ<=n,8192,1,56883,6.9437255859375
SRDSD,λ<=n,8192,1,82199,10.0340576171875
SRDSD,λ<=n,8192,1,112382,13.718505859375
SRDSD,λ<=n,8192,1,53670,6.551513671875
SRDSD,λ<=n,8192,1,66394,8.104736328125
SRDSD,λ<=n,8192,1,64873,7.9190673828125
SRDSD,λ<=n,8192,1,71215,8.6932373046875
SRDSD,λ<=n,8192,1,101332,12.36962890625
SRDSD,λ<=n,8192,1,96470,11.776123046875
SRDSD,λ<=n,8192,1,101155,12.3480224609375
SRDSD,λ<=n,8192,1,63268,7.72314453125
SRDSD,λ<=n,8192,1,73950,9.027099609375
SRDSD,λ<=n,8192,1,107831,13.1629638671875
SRDSD,λ<=n,8192,1,74698,9.118408203125
SRDSD,λ<=n,8192,1,59581,7.2730712890625
SRDSD,λ<=n,8192,1,75313,9.1934814453125
SRDSD,λ<=n,8192,1,68206,8.325927734375
SRDSD,λ<=n,8192,1,56832,6.9375
SRDSD,λ<=n,8192,1,57954,7.074462890625
SRDSD,λ<=n,8192,1,61386,7.493408203125
SRDSD,λ<=n,8192,1,90882,11.093994140625
SRDSD,λ<=n,8192,1,123293,15.0504150390625
SRDSD,λ<=n,8192,1,70806,8.643310546875
SRDSD,λ<=n,8192,1,78834,9.623291015625
SRDSD,λ<=n,8192,1,61964,7.56396484375
SRDSD,λ<=n,8192,1,159894,19.518310546875
SRDSD,λ<=n,8192,1,81147,9.9056396484375
SRDSD,λ<=n,8192,1,84677,10.3365478515625
SRDSD,λ<=n,8192,1,78520,9.5849609375
SRDSD,λ<=n,8192,1,65818,8.034423828125
SRDSD,λ<=n,8192,1,56470,6.893310546875
SRDSD,λ<=n,8192,1,61657,7.5264892578125
SRDSD,λ<=n,8192,1,65132,7.95068359375
SRDSD,λ<=n,8192,1,80546,9.832275390625
SRDSD,λ<=n,8192,1,58651,7.1595458984375
SRDSD,λ<=n,8192,1,66857,8.1612548828125
SRDSD,λ<=n,8192,1,62578,7.638916015625
SRDSD,λ<=n,8192,1,88496,10.802734375
SRDSD,λ<=n,8192,1,76900,9.38720703125
SRDSD,λ<=n,8192,1,65943,8.0496826171875
SRDSD,λ<=n,8192,1,89036,10.86865234375
SRDSD,λ<=n,8192,1,55661,6.7945556640625
SRDSD,λ<=n,8192,1,84111,10.2674560546875
SRDSD,λ<=n,8192,1,88616,10.8173828125
SRDSD,λ<=n,8192,1,60080,7.333984375
SRDSD,λ<=n,8192,1,63198,7.714599609375
SRDSD,λ<=n,8192,1,73363,8.9554443359375
SRDSD,λ<=n,8192,1,78621,9.5972900390625
SRDSD,λ<=n,8192,1,69921,8.5352783203125
SRDSD,λ<=n,8192,1,77421,9.4508056640625
SRDSD,λ<=n,8192,1,61387,7.4935302734375
SRDSD,λ<=n,8192,1,56480,6.89453125
SRDSD,λ<=n,8192,1,66682,8.139892578125
SRDSD,λ<=n,8192,1,71808,8.765625
SRDSD,λ<=n,8192,1,93180,11.37451171875
SRDSD,λ<=n,8192,1,63618,7.765869140625
SRDSD,λ<=n,8192,1,61959,7.5633544921875
SRDSD,λ<=n,8192,1,99565,12.1539306640625
SRDSD,λ<=n,8192,1,84487,10.3133544921875
SRDSD,λ<=n,8192,1,59383,7.2489013671875
SRDSD,λ<=n,8192,1,56542,6.902099609375
SRDSD,λ<=n,8192,1,59990,7.322998046875
SRDSD,λ<=n,8192,1,68881,8.4083251953125
SRDSD,λ<=n,8192,1,63443,7.7445068359375
SRDSD,λ<=n,8192,1,61913,7.5577392578125
SRDSD,λ<=n,8192,1,78160,9.541015625
SRDSD,λ<=n,8192,1,118363,14.4486083984375
SRDSD,λ<=n,8192,1,82236,10.03857421875
SRDSD,λ<=n,8192,1,60822,7.424560546875
SRDSD,λ<=n,8192,1,66430,8.109130859375
SRDSD,λ<=n,8192,1,70321,8.5841064453125
SRDSD,λ<=n,8192,1,62628,7.64501953125
SRDSD,λ<=n,8192,1,71257,8.6983642578125
SRDSD,λ<=n,8192,1,66719,8.1444091796875
SRDSD,λ<=n,8192,1,58324,7.11962890625
SRDSD,λ<=n,8192,1,107525,13.1256103515625
SHDSD,λ<=n,8192,1,72696,8.8740234375
SHDSD,λ<=n,8192,1,89876,10.97119140625
SHDSD,λ<=n,8192,1,109390,13.353271484375
SHDSD,λ<=n,8192,1,89399,10.9129638671875
SHDSD,λ<=n,8192,1,73757,9.0035400390625
SHDSD,λ<=n,8192,1,61907,7.5570068359375
SHDSD,λ<=n,8192,1,106528,13.00390625
SHDSD,λ<=n,8192,1,82229,10.0377197265625
SHDSD,λ<=n,8192,1,75550,9.222412109375
SHDSD,λ<=n,8192,1,56305,6.8731689453125
SHDSD,λ<=n,8192,1,67036,8.18310546875
SHDSD,λ<=n,8192,1,74199,9.0574951171875
SHDSD,λ<=n,8192,1,123629,15.0914306640625
SHDSD,λ<=n,8192,1,93425,11.4044189453125
SHDSD,λ<=n,8192,1,81607,9.9617919921875
SHDSD,λ<=n,8192,1,70285,8.5797119140625
SHDSD,λ<=n,8192,1,145168,17.720703125
SHDSD,λ<=n,8192,1,64003,7.8128662109375
SHDSD,λ<=n,8192,1,110445,13.4820556640625
SHDSD,λ<=n,8192,1,64834,7.914306640625
SHDSD,λ<=n,8192,1,65629,8.0113525390625
SHDSD,λ<=n,8192,1,65625,8.0108642578125
SHDSD,λ<=n,8192,1,86511,10.5604248046875
SHDSD,λ<=n,8192,1,76837,9.3795166015625
SHDSD,λ<=n,8192,1,68831,8.4022216796875
SHDSD,λ<=n,8192,1,86774,10.592529296875
SHDSD,λ<=n,8192,1,80068,9.77392578125
SHDSD,λ<=n,8192,1,108019,13.1859130859375
SHDSD,λ<=n,8192,1,117829,14.3834228515625
SHDSD,λ<=n,8192,1,69193,8.4464111328125
SHDSD,λ<=n,8192,1,89727,10.9530029296875
SHDSD,λ<=n,8192,1,109422,13.357177734375
SHDSD,λ<=n,8192,1,58970,7.198486328125
SHDSD,λ<=n,8192,1,92646,11.309326171875
SHDSD,λ<=n,8192,1,70297,8.5811767578125
SHDSD,λ<=n,8192,1,93038,11.357177734375
SHDSD,λ<=n,8192,1,85165,10.3961181640625
SHDSD,λ<=n,8192,1,59210,7.227783203125
SHDSD,λ<=n,8192,1,66491,8.1165771484375
SHDSD,λ<=n,8192,1,73800,9.0087890625
SHDSD,λ<=n,8192,1,63517,7.7535400390625
SHDSD,λ<=n,8192,1,131113,16.0050048828125
SHDSD,λ<=n,8192,1,72147,8.8070068359375
SHDSD,λ<=n,8192,1,118335,14.4451904296875
SHDSD,λ<=n,8192,1,67880,8.2861328125
SHDSD,λ<=n,8192,1,69467,8.4798583984375
SHDSD,λ<=n,8192,1,97506,11.902587890625
SHDSD,λ<=n,8192,1,99437,12.1383056640625
SHDSD,λ<=n,8192,1,92750,11.322021484375
SHDSD,λ<=n,8192,1,76702,9.363037109375
SHDSD,λ<=n,8192,1,107015,13.0633544921875
SHDSD,λ<=n,8192,1,62595,7.6409912109375
SHDSD,λ<=n,8192,1,98234,11.991455078125
SHDSD,λ<=n,8192,1,60631,7.4012451171875
SHDSD,λ<=n,8192,1,93602,11.426025390625
SHDSD,λ<=n,8192,1,74362,9.077392578125
SHDSD,λ<=n,8192,1,67123,8.1937255859375
SHDSD,λ<=n,8192,1,80894,9.874755859375
SHDSD,λ<=n,8192,1,121941,14.8853759765625
SHDSD,λ<=n,8192,1,84818,10.353759765625
SHDSD,λ<=n,8192,1,62650,7.647705078125
SHDSD,λ<=n,8192,1,70087,8.5555419921875
SHDSD,λ<=n,8192,1,87859,10.7249755859375
SHDSD,λ<=n,8192,1,72424,8.8408203125
SHDSD,λ<=n,8192,1,64609,7.8868408203125
SHDSD,λ<=n,8192,1,71009,8.6680908203125
SHDSD,λ<=n,8192,1,67764,8.27197265625
SHDSD,λ<=n,8192,1,118293,14.4400634765625
SHDSD,λ<=n,8192,1,68971,8.4193115234375
SHDSD,λ<=n,8192,1,58843,7.1829833984375
SHDSD,λ<=n,8192,1,124855,15.2410888671875
SHDSD,λ<=n,8192,1,138275,16.8792724609375
SHDSD,λ<=n,8192,1,57215,6.9842529296875
SHDSD,λ<=n,8192,1,99258,12.116455078125
SHDSD,λ<=n,8192,1,57908,7.06884765625
SHDSD,λ<=n,8192,1,71503,8.7283935546875
SHDSD,λ<=n,8192,1,60597,7.3970947265625
SHDSD,λ<=n,8192,1,68038,8.305419921875
SHDSD,λ<=n,8192,1,58485,7.1392822265625
SHDSD,λ<=n,8192,1,75840,9.2578125
SHDSD,λ<=n,8192,1,64277,7.8463134765625
SHDSD,λ<=n,8192,1,79419,9.6947021484375
SHDSD,λ<=n,8192,1,89261,10.8961181640625
SHDSD,λ<=n,8192,1,67227,8.2064208984375
SHDSD,λ<=n,8192,1,77924,9.51220703125
SHDSD,λ<=n,8192,1,74068,9.04150390625
SHDSD,λ<=n,8192,1,78212,9.54736328125
SHDSD,λ<=n,8192,1,106877,13.0465087890625
SHDSD,λ<=n,8192,1,75395,9.2034912109375
SHDSD,λ<=n,8192,1,80573,9.8355712890625
SHDSD,λ<=n,8192,1,122707,14.9788818359375
SHDSD,λ<=n,8192,1,82553,10.0772705078125
SHDSD,λ<=n,8192,1,87865,10.7257080078125
SHDSD,λ<=n,8192,1,60228,7.35205078125
SHDSD,λ<=n,8192,1,88258,10.773681640625
SHDSD,λ<=n,8192,1,98863,12.0682373046875
SHDSD,λ<=n,8192,1,69707,8.5091552734375
SHDSD,λ<=n,8192,1,75047,9.1610107421875
SHDSD,λ<=n,8192,1,73989,9.0318603515625
SHDSD,λ<=n,8192,1,78542,9.587646484375
SHLSD,λ<=n,8192,1,108832,13.28515625
SHLSD,λ<=n,8192,1,64575,7.8826904296875
SHLSD,λ<=n,8192,1,94829,11.5758056640625
SHLSD,λ<=n,8192,1,65756,8.02685546875
SHLSD,λ<=n,8192,1,58628,7.15673828125
SHLSD,λ<=n,8192,1,66540,8.12255859375
SHLSD,λ<=n,8192,1,68761,8.3936767578125
SHLSD,λ<=n,8192,1,77584,9.470703125
SHLSD,λ<=n,8192,1,78574,9.591552734375
SHLSD,λ<=n,8192,1,81435,9.9407958984375
SHLSD,λ<=n,8192,1,84548,10.32080078125
SHLSD,λ<=n,8192,1,70566,8.614013671875
SHLSD,λ<=n,8192,1,68045,8.3062744140625
SHLSD,λ<=n,8192,1,73741,9.0015869140625
SHLSD,λ<=n,8192,1,69952,8.5390625
SHLSD,λ<=n,8192,1,70922,8.657470703125
SHLSD,λ<=n,8192,1,77010,9.400634765625
SHLSD,λ<=n,8192,1,70177,8.5665283203125
SHLSD,λ<=n,8192,1,65050,7.940673828125
SHLSD,λ<=n,8192,1,63556,7.75830078125
SHLSD,λ<=n,8192,1,73937,9.0255126953125
SHLSD,λ<=n,8192,1,64089,7.8233642578125
SHLSD,λ<=n,8192,1,53918,6.581787109375
SHLSD,λ<=n,8192,1,72189,8.8121337890625
SHLSD,λ<=n,8192,1,107765,13.1549072265625
SHLSD,λ<=n,8192,1,86268,10.53076171875
SHLSD,λ<=n,8192,1,88326,10.781982421875
SHLSD,λ<=n,8192,1,58574,7.150146484375
SHLSD,λ<=n,8192,1,57661,7.0386962890625
SHLSD,λ<=n,8192,1,70710,8.631591796875
SHLSD,λ<=n,8192,1,93365,11.3970947265625
SHLSD,λ<=n,8192,1,78020,9.52392578125
SHLSD,λ<=n,8192,1,69514,8.485595703125
SHLSD,λ<=n,8192,1,83429,10.1842041015625
SHLSD,λ<=n,8192,1,59097,7.2139892578125
SHLSD,λ<=n,8192,1,59142,7.219482421875
SHLSD,λ<=n,8192,1,81072,9.896484375
SHLSD,λ<=n,8192,1,79693,9.7281494140625
SHLSD,λ<=n,8192,1,76798,9.374755859375
SHLSD,λ<=n,8192,1,92568,11.2998046875
SHLSD,λ<=n,8192,1,72813,8.8883056640625
SHLSD,λ<=n,8192,1,68081,8.3106689453125
SHLSD,λ<=n,8192,1,86711,10.5848388671875
SHLSD,λ<=n,8192,1,100667,12.2884521484375
SHLSD,λ<=n,8192,1,85939,10.4906005859375
SHLSD,λ<=n,8192,1,75549,9.2222900390625
SHLSD,λ<=n,8192,1,80140,9.78271484375
SHLSD,λ<=n,8192,1,66869,8.1627197265625
SHLSD,λ<=n,8192,1,68922,8.413330078125
SHLSD,λ<=n,8192,1,61576,7.5166015625
SHLSD,λ<=n,8192,1,83379,10.1781005859375
SHLSD,λ<=n,8192,1,96971,11.8372802734375
SHLSD,λ<=n,8192,1,92451,11.2855224609375
SHLSD,λ<=n,8192,1,50108,6.11669921875
SHLSD,λ<=n,8192,1,60536,7.3896484375
SHLSD,λ<=n,8192,1,101969,12.4473876953125
SHLSD,λ<=n,8192,1,77393,9.4473876953125
SHLSD,λ<=n,8192,1,57522,7.021728515625
SHLSD,λ<=n,8192,1,73057,8.9180908203125
SHLSD,λ<=n,8192,1,73978,9.030517578125
SHLSD,λ<=n,8192,1,77247,9.4295654296875
SHLSD,λ<=n,8192,1,57102,6.970458984375
SHLSD,λ<=n,8192,1,94317,11.5133056640625
SHLSD,λ<=n,8192,1,101902,12.439208984375
SHLSD,λ<=n,8192,1,59028,7.20556640625
SHLSD,λ<=n,8192,1,104153,12.7139892578125
SHLSD,λ<=n,8192,1,67632,8.255859375
SHLSD,λ<=n,8192,1,81071,9.8963623046875
SHLSD,λ<=n,8192,1,73180,8.93310546875
SHLSD,λ<=n,8192,1,111951,13.6658935546875
SHLSD,λ<=n,8192,1,64351,7.8553466796875
SHLSD,λ<=n,8192,1,71916,8.77880859375
SHLSD,λ<=n,8192,1,74359,9.0770263671875
SHLSD,λ<=n,8192,1,77093,9.4107666015625
SHLSD,λ<=n,8192,1,75610,9.229736328125
SHLSD,λ<=n,8192,1,92155,11.2493896484375
SHLSD,λ<=n,8192,1,72887,8.8973388671875
SHLSD,λ<=n,8192,1,67615,8.2537841796875
SHLSD,λ<=n,8192,1,141829,17.3131103515625
SHLSD,λ<=n,8192,1,65105,7.9473876953125
SHLSD,λ<=n,8192,1,70374,8.590576171875
SHLSD,λ<=n,8192,1,65869,8.0406494140625
SHLSD,λ<=n,8192,1,78632,9.5986328125
SHLSD,λ<=n,8192,1,71706,8.753173828125
SHLSD,λ<=n,8192,1,69964,8.54052734375
SHLSD,λ<=n,8192,1,81550,9.954833984375
SHLSD,λ<=n,8192,1,61268,7.47900390625
SHLSD,λ<=n,8192,1,106318,12.978271484375
SHLSD,λ<=n,8192,1,69727,8.5115966796875
SHLSD,λ<=n,8192,1,89633,10.9415283203125
SHLSD,λ<=n,8192,1,64965,7.9302978515625
SHLSD,λ<=n,8192,1,87167,10.6405029296875
SHLSD,λ<=n,8192,1,89872,10.970703125
SHLSD,λ<=n,8192,1,83363,10.1761474609375
SHLSD,λ<=n,8192,1,78586,9.593017578125
SHLSD,λ<=n,8192,1,78144,9.5390625
SHLSD,λ<=n,8192,1,76924,9.39013671875
SHLSD,λ<=n,8192,1,61069,7.4547119140625
SHLSD,λ<=n,8192,1,62677,7.6510009765625
SHLSD,λ<=n,8192,1,69414,8.473388671875
SRLSD,λ<=n,8192,1,101550,12.396240234375
SRLSD,λ<=n,8192,1,59433,7.2550048828125
SRLSD,λ<=n,8192,1,78437,9.5748291015625
SRLSD,λ<=n,8192,1,90709,11.0728759765625
SRLSD,λ<=n,8192,1,95999,11.7186279296875
SRLSD,λ<=n,8192,1,139873,17.0743408203125
SRLSD,λ<=n,8192,1,68045,8.3062744140625
SRLSD,λ<=n,8192,1,97617,11.9161376953125
SRLSD,λ<=n,8192,1,76103,9.2899169921875
SRLSD,λ<=n,8192,1,101855,12.4334716796875
SRLSD,λ<=n,8192,1,63865,7.7960205078125
SRLSD,λ<=n,8192,1,109714,13.392822265625
SRLSD,λ<=n,8192,1,124098,15.148681640625
SRLSD,λ<=n,8192,1,70159,8.5643310546875
SRLSD,λ<=n,8192,1,62785,7.6641845703125
SRLSD,λ<=n,8192,1,61437,7.4996337890625
SRLSD,λ<=n,8192,1,55098,6.725830078125
SRLSD,λ<=n,8192,1,87550,10.687255859375
SRLSD,λ<=n,8192,1,72888,8.8974609375
SRLSD,λ<=n,8192,1,80618,9.841064453125
SRLSD,λ<=n,8192,1,81826,9.988525390625
SRLSD,λ<=n,8192,1,80928,9.87890625
SRLSD,λ<=n,8192,1,77660,9.47998046875
SRLSD,λ<=n,8192,1,71155,8.6859130859375
SRLSD,λ<=n,8192,1,81512,9.9501953125
SRLSD,λ<=n,8192,1,63850,7.794189453125
SRLSD,λ<=n,8192,1,57312,6.99609375
SRLSD,λ<=n,8192,1,82179,10.0316162109375
SRLSD,λ<=n,8192,1,69532,8.48779296875
SRLSD,λ<=n,8192,1,90020,10.98876953125
SRLSD,λ<=n,8192,1,61378,7.492431640625
SRLSD,λ<=n,8192,1,99987,12.2054443359375
SRLSD,λ<=n,8192,1,78426,9.573486328125
SRLSD,λ<=n,8192,1,62715,7.6556396484375
SRLSD,λ<=n,8192,1,70960,8.662109375
SRLSD,λ<=n,8192,1,95349,11.6392822265625
SRLSD,λ<=n,8192,1,109843,13.4085693359375
SRLSD,λ<=n,8192,1,111823,13.6502685546875
SRLSD,λ<=n,8192,1,55803,6.8118896484375
SRLSD,λ<=n,8192,1,101542,12.395263671875
SRLSD,λ<=n,8192,1,105695,12.9022216796875
SRLSD,λ<=n,8192,1,77756,9.49169921875
SRLSD,λ<=n,8192,1,88465,10.7989501953125
SRLSD,λ<=n,8192,1,101075,12.3382568359375
SRLSD,λ<=n,8192,1,82734,10.099365234375
SRLSD,λ<=n,8192,1,78789,9.6177978515625
SRLSD,λ<=n,8192,1,89930,10.977783203125
SRLSD,λ<=n,8192,1,58746,7.171142578125
SRLSD,λ<=n,8192,1,130070,15.877685546875
SRLSD,λ<=n,8192,1,110230,13.455810546875
SRLSD,λ<=n,8192,1,107623,13.1375732421875
SRLSD,λ<=n,8192,1,91495,11.1688232421875
SRLSD,λ<=n,8192,1,107903,13.1717529296875
SRLSD,λ<=n,8192,1,95242,11.626220703125
SRLSD,λ<=n,8192,1,90538,11.052001953125
SRLSD,λ<=n,8192,1,57042,6.963134765625
SRLSD,λ<=n,8192,1,65936,8.048828125
SRLSD,λ<=n,8192,1,91342,11.150146484375
SRLSD,λ<=n,8192,1,89656,10.9443359375
SRLSD,λ<=n,8192,1,84020,10.25634765625
SRLSD,λ<=n,8192,1,91587,11.1800537109375
SRLSD,λ<=n,8192,1,75150,9.173583984375
SRLSD,λ<=n,8192,1,74926,9.146240234375
SRLSD,λ<=n,8192,1,110087,13.4383544921875
SRLSD,λ<=n,8192,1,154428,18.85107421875
SRLSD,λ<=n,8192,1,72580,8.85986328125
SRLSD,λ<=n,8192,1,92706,11.316650390625
SRLSD,λ<=n,8192,1,70798,8.642333984375
SRLSD,λ<=n,8192,1,92892,11.33935546875
SRLSD,λ<=n,8192,1,76690,9.361572265625
SRLSD,λ<=n,8192,1,64076,7.82177734375
SRLSD,λ<=n,8192,1,66832,8.158203125
SRLSD,λ<=n,8192,1,87860,10.72509765625
SRLSD,λ<=n,8192,1,58033,7.0841064453125
SRLSD,λ<=n,8192,1,61275,7.4798583984375
SRLSD,λ<=n,8192,1,110809,13.5264892578125
SRLSD,λ<=n,8192,1,72093,8.8004150390625
SRLSD,λ<=n,8192,1,94844,11.57763671875
SRLSD,λ<=n,8192,1,89735,10.9539794921875
SRLSD,λ<=n,8192,1,96909,11.8297119140625
SRLSD,λ<=n,8192,1,69274,8.456298828125
SRLSD,λ<=n,8192,1,85294,10.411865234375
SRLSD,λ<=n,8192,1,60147,7.3421630859375
SRLSD,λ<=n,8192,1,72122,8.803955078125
SRLSD,λ<=n,8192,1,103019,12.5755615234375
SRLSD,λ<=n,8192,1,69379,8.4691162109375
SRLSD,λ<=n,8192,1,88917,10.8541259765625
SRLSD,λ<=n,8192,1,102039,12.4559326171875
SRLSD,λ<=n,8192,1,93631,11.4295654296875
SRLSD,λ<=n,8192,1,62128,7.583984375
SRLSD,λ<=n,8192,1,69583,8.4940185546875
SRLSD,λ<=n,8192,1,119220,14.55322265625
SRLSD,λ<=n,8192,1,62533,7.6334228515625
SRLSD,λ<=n,8192,1,65208,7.9599609375
SRLSD,λ<=n,8192,1,108122,13.198486328125
SRLSD,λ<=n,8192,1,72809,8.8878173828125
SRLSD,λ<=n,8192,1,65872,8.041015625
SRLSD,λ<=n,8192,1,85215,10.4022216796875
SRLSD,λ<=n,8192,1,76134,9.293701171875
SRLSD,λ<=n,8192,1,98889,12.0714111328125
SSLSD,λ<=n,8192,1,156995,19.1644287109375
SSLSD,λ<=n,8192,1,171775,20.9686279296875
SSLSD,λ<=n,8192,1,96461,11.7750244140625
SSLSD,λ<=n,8192,1,180064,21.98046875
SSLSD,λ<=n,8192,1,264979,32.3460693359375
SSLSD,λ<=n,8192,1,149468,18.24560546875
SSLSD,λ<=n,8192,1,127960,15.6201171875
SSLSD,λ<=n,8192,1,178093,21.7398681640625
SSLSD,λ<=n,8192,1,150956,18.42724609375
SSLSD,λ<=n,8192,1,114913,14.0274658203125
SSLSD,λ<=n,8192,1,133224,16.2626953125
SSLSD,λ<=n,8192,1,190766,23.286865234375
SSLSD,λ<=n,8192,1,134465,16.4141845703125
SSLSD,λ<=n,8192,1,113960,13.9111328125
SSLSD,λ<=n,8192,1,129508,15.80908203125
SSLSD,λ<=n,8192,1,109025,13.3087158203125
SSLSD,λ<=n,8192,1,135456,16.53515625
SSLSD,λ<=n,8192,1,177153,21.6251220703125
SSLSD,λ<=n,8192,1,116070,14.168701171875
SSLSD,λ<=n,8192,1,164420,20.07080078125
SSLSD,λ<=n,8192,1,194235,23.7103271484375
SSLSD,λ<=n,8192,1,116910,14.271240234375
SSLSD,λ<=n,8192,1,172894,21.105224609375
SSLSD,λ<=n,8192,1,165920,20.25390625
SSLSD,λ<=n,8192,1,151218,18.459228515625
SSLSD,λ<=n,8192,1,164166,20.039794921875
SSLSD,λ<=n,8192,1,131774,16.085693359375
SSLSD,λ<=n,8192,1,136329,16.6417236328125
SSLSD,λ<=n,8192,1,165072,20.150390625
SSLSD,λ<=n,8192,1,102812,12.55029296875
SSLSD,λ<=n,8192,1,202437,24.7115478515625
SSLSD,λ<=n,8192,1,122900,15.00244140625
SSLSD,λ<=n,8192,1,93567,11.4217529296875
SSLSD,λ<=n,8192,1,126881,15.4884033203125
SSLSD,λ<=n,8192,1,232277,28.3541259765625
SSLSD,λ<=n,8192,1,94045,11.4801025390625
SSLSD,λ<=n,8192,1,151320,18.4716796875
SSLSD,λ<=n,8192,1,121078,14.780029296875
SSLSD,λ<=n,8192,1,125396,15.30712890625
SSLSD,λ<=n,8192,1,151505,18.4942626953125
SSLSD,λ<=n,8192,1,204685,24.9859619140625
SSLSD,λ<=n,8192,1,223576,27.2919921875
SSLSD,λ<=n,8192,1,166138,20.280517578125
SSLSD,λ<=n,8192,1,225239,27.4949951171875
SSLSD,λ<=n,8192,1,135746,16.570556640625
SSLSD,λ<=n,8192,1,125141,15.2760009765625
SSLSD,λ<=n,8192,1,175773,21.4566650390625
SSLSD,λ<=n,8192,1,152263,18.5867919921875
SSLSD,λ<=n,8192,1,125844,15.36181640625
SSLSD,λ<=n,8192,1,131114,16.005126953125
SSLSD,λ<=n,8192,1,194603,23.7552490234375
SSLSD,λ<=n,8192,1,175188,21.38525390625
SSLSD,λ<=n,8192,1,125802,15.356689453125
SSLSD,λ<=n,8192,1,159478,19.467529296875
SSLSD,λ<=n,8192,1,232880,28.427734375
SSLSD,λ<=n,8192,1,118837,14.5064697265625
SSLSD,λ<=n,8192,1,178794,21.825439453125
SSLSD,λ<=n,8192,1,191571,23.3851318359375
SSLSD,λ<=n,8192,1,130622,15.945068359375
SSLSD,λ<=n,8192,1,141435,17.2650146484375
SSLSD,λ<=n,8192,1,174931,21.3538818359375
SSLSD,λ<=n,8192,1,109562,13.374267578125
SSLSD,λ<=n,8192,1,152376,18.6005859375
SSLSD,λ<=n,8192,1,173921,21.2305908203125
SSLSD,λ<=n,8192,1,251840,30.7421875
SSLSD,λ<=n,8192,1,151757,18.5250244140625
SSLSD,λ<=n,8192,1,188290,22.984619140625
SSLSD,λ<=n,8192,1,234859,28.6693115234375
SSLSD,λ<=n,8192,1,112167,13.6922607421875
SSLSD,λ<=n,8192,1,142626,17.410400390625
SSLSD,λ<=n,8192,1,194940,23.79638671875
SSLSD,λ<=n,8192,1,164388,20.06689453125
SSLSD,λ<=n,8192,1,158437,19.3404541015625
SSLSD,λ<=n,8192,1,155165,18.9410400390625
SSLSD,λ<=n,8192,1,149661,18.2691650390625
SSLSD,λ<=n,8192,1,163761,19.9903564453125
SSLSD,λ<=n,8192,1,167219,20.4124755859375
SSLSD,λ<=n,8192,1,329772,40.25537109375
SSLSD,λ<=n,8192,1,213959,26.1180419921875
SSLSD,λ<=n,8192,1,106146,12.957275390625
SSLSD,λ<=n,8192,1,143381,17.5025634765625
SSLSD,λ<=n,8192,1,180450,22.027587890625
SSLSD,λ<=n,8192,1,198251,24.2005615234375
SSLSD,λ<=n,8192,1,95015,11.5985107421875
SSLSD,λ<=n,8192,1,148623,18.1424560546875
SSLSD,λ<=n,8192,1,176445,21.5386962890625
SSLSD,λ<=n,8192,1,113799,13.8914794921875
SSLSD,λ<=n,8192,1,145184,17.72265625
SSLSD,λ<=n,8192,1,166868,20.36962890625
SSLSD,λ<=n,8192,1,178522,21.792236328125
SSLSD,λ<=n,8192,1,158743,19.3778076171875
SSLSD,λ<=n,8192,1,137196,16.74755859375
SSLSD,λ<=n,8192,1,196866,24.031494140625
SSLSD,λ<=n,8192,1,139013,16.9693603515625
SSLSD,λ<=n,8192,1,149212,18.21435546875
SSLSD,λ<=n,8192,1,198091,24.1810302734375
SSLSD,λ<=n,8192,1,198967,24.2879638671875
SSLSD,λ<=n,8192,1,132043,16.1185302734375
SSLSD,λ<=n,8192,1,271123,33.0960693359375
SSLSD,λ<=n,8192,1,174340,21.28173828125
SSDMD,λ<=n,8192,1,126036,15.38525390625
SSDMD,λ<=n,8192,1,117604,14.35595703125
SSDMD,λ<=n,8192,1,123652,15.09423828125
SSDMD,λ<=n,8192,1,163717,19.9849853515625
SSDMD,λ<=n,8192,1,130996,15.99072265625
SSDMD,λ<=n,8192,1,117884,14.39013671875
SSDMD,λ<=n,8192,1,143067,17.4642333984375
SSDMD,λ<=n,8192,1,165987,20.2620849609375
SSDMD,λ<=n,8192,1,148133,18.0826416015625
SSDMD,λ<=n,8192,1,132338,16.154541015625
SSDMD,λ<=n,8192,1,157144,19.1826171875
SSDMD,λ<=n,8192,1,131054,15.997802734375
SSDMD,λ<=n,8192,1,179226,21.878173828125
SSDMD,λ<=n,8192,1,126349,15.4234619140625
SSDMD,λ<=n,8192,1,114450,13.970947265625
SSDMD,λ<=n,8192,1,139756,17.06005859375
SSDMD,λ<=n,8192,1,140067,17.0980224609375
SSDMD,λ<=n,8192,1,209097,25.5245361328125
SSDMD,λ<=n,8192,1,172682,21.079345703125
SSDMD,λ<=n,8192,1,114075,13.9251708984375
SSDMD,λ<=n,8192,1,105390,12.864990234375
SSDMD,λ<=n,8192,1,210613,25.7095947265625
SSDMD,λ<=n,8192,1,148884,18.17431640625
SSDMD,λ<=n,8192,1,110594,13.500244140625
SSDMD,λ<=n,8192,1,221028,26.98095703125
SSDMD,λ<=n,8192,1,148135,18.0828857421875
SSDMD,λ<=n,8192,1,104897,12.8048095703125
SSDMD,λ<=n,8192,1,134947,16.4730224609375
SSDMD,λ<=n,8192,1,150912,18.421875
SSDMD,λ<=n,8192,1,133036,16.23974609375
SSDMD,λ<=n,8192,1,169735,20.7196044921875
SSDMD,λ<=n,8192,1,114153,13.9346923828125
SSDMD,λ<=n,8192,1,150389,18.3580322265625
SSDMD,λ<=n,8192,1,189457,23.1270751953125
SSDMD,λ<=n,8192,1,133540,16.30126953125
SSDMD,λ<=n,8192,1,164599,20.0926513671875
SSDMD,λ<=n,8192,1,150952,18.4267578125
SSDMD,λ<=n,8192,1,132067,16.1214599609375
SSDMD,λ<=n,8192,1,110428,13.47998046875
SSDMD,λ<=n,8192,1,141301,17.2486572265625
SSDMD,λ<=n,8192,1,140490,17.149658203125
SSDMD,λ<=n,8192,1,120076,14.65771484375
SSDMD,λ<=n,8192,1,122588,14.96435546875
SSDMD,λ<=n,8192,1,128333,15.6656494140625
SSDMD,λ<=n,8192,1,169016,20.6318359375
SSDMD,λ<=n,8192,1,131269,16.0240478515625
SSDMD,λ<=n,8192,1,230006,28.076904296875
SSDMD,λ<=n,8192,1,203753,24.8721923828125
SSDMD,λ<=n,8192,1,98331,12.0032958984375
SSDMD,λ<=n,8192,1,115207,14.0633544921875
SSDMD,λ<=n,8192,1,147470,18.001708984375
SSDMD,λ<=n,8192,1,231246,28.228271484375
SSDMD,λ<=n,8192,1,155748,19.01220703125
SSDMD,λ<=n,8192,1,142447,17.3885498046875
SSDMD,λ<=n,8192,1,110512,13.490234375
SSDMD,λ<=n,8192,1,155277,18.9547119140625
SSDMD,λ<=n,8192,1,154155,18.8177490234375
SSDMD,λ<=n,8192,1,104423,12.7469482421875
SSDMD,λ<=n,8192,1,137925,16.8365478515625
SSDMD,λ<=n,8192,1,115720,14.1259765625
SSDMD,λ<=n,8192,1,158447,19.3416748046875
SSDMD,λ<=n,8192,1,135450,16.534423828125
SSDMD,λ<=n,8192,1,145076,17.70947265625
SSDMD,λ<=n,8192,1,127329,15.5430908203125
SSDMD,λ<=n,8192,1,304688,37.193359375
SSDMD,λ<=n,8192,1,119343,14.5682373046875
SSDMD,λ<=n,8192,1,114679,13.9989013671875
SSDMD,λ<=n,8192,1,183806,22.437255859375
SSDMD,λ<=n,8192,1,105692,12.90185546875
SSDMD,λ<=n,8192,1,127009,15.5040283203125
SSDMD,λ<=n,8192,1,117400,14.3310546875
SSDMD,λ<=n,8192,1,160472,19.5888671875
SSDMD,λ<=n,8192,1,135815,16.5789794921875
SSDMD,λ<=n,8192,1,159645,19.4879150390625
SSDMD,λ<=n,8192,1,124820,15.23681640625
SSDMD,λ<=n,8192,1,174636,21.31787109375
SSDMD,λ<=n,8192,1,104585,12.7667236328125
SSDMD,λ<=n,8192,1,136268,16.63427734375
SSDMD,λ<=n,8192,1,131648,16.0703125
SSDMD,λ<=n,8192,1,144953,17.6944580078125
SSDMD,λ<=n,8192,1,173838,21.220458984375
SSDMD,λ<=n,8192,1,104335,12.7362060546875
SSDMD,λ<=n,8192,1,153016,18.6787109375
SSDMD,λ<=n,8192,1,110559,13.4959716796875
SSDMD,λ<=n,8192,1,91969,11.2266845703125
SSDMD,λ<=n,8192,1,160416,19.58203125
SSDMD,λ<=n,8192,1,96728,11.8076171875
SSDMD,λ<=n,8192,1,184661,22.5416259765625
SSDMD,λ<=n,8192,1,98021,11.9654541015625
SSDMD,λ<=n,8192,1,116389,14.2076416015625
SSDMD,λ<=n,8192,1,117852,14.38623046875
SSDMD,λ<=n,8192,1,114287,13.9510498046875
SSDMD,λ<=n,8192,1,154218,18.825439453125
SSDMD,λ<=n,8192,1,151502,18.493896484375
SSDMD,λ<=n,8192,1,110448,13.482421875
SSDMD,λ<=n,8192,1,106202,12.964111328125
SSDMD,λ<=n,8192,1,143768,17.5498046875
SSDMD,λ<=n,8192,1,109174,13.326904296875
SSDMD,λ<=n,8192,1,127333,15.5435791015625
SSDMD,λ<=n,8192,1,146129,17.8380126953125
SRDMD,λ<=n,8192,1,65169,7.9552001953125
SRDMD,λ<=n,8192,1,60332,7.36474609375
SRDMD,λ<=n,8192,1,71974,8.785888671875
SRDMD,λ<=n,8192,1,66817,8.1563720703125
SRDMD,λ<=n,8192,1,75643,9.2337646484375
SRDMD,λ<=n,8192,1,89175,10.8856201171875
SRDMD,λ<=n,8192,1,75657,9.2354736328125
SRDMD,λ<=n,8192,1,73934,9.025146484375
SRDMD,λ<=n,8192,1,55586,6.785400390625
SRDMD,λ<=n,8192,1,89034,10.868408203125
SRDMD,λ<=n,8192,1,83202,10.156494140625
SRDMD,λ<=n,8192,1,77552,9.466796875
SRDMD,λ<=n,8192,1,59243,7.2318115234375
SRDMD,λ<=n,8192,1,63073,7.6993408203125
SRDMD,λ<=n,8192,1,61948,7.56201171875
SRDMD,λ<=n,8192,1,48773,5.9537353515625
SRDMD,λ<=n,8192,1,66221,8.0836181640625
SRDMD,λ<=n,8192,1,57724,7.04638671875
SRDMD,λ<=n,8192,1,74173,9.0543212890625
SRDMD,λ<=n,8192,1,57964,7.07568359375
SRDMD,λ<=n,8192,1,62052,7.57470703125
SRDMD,λ<=n,8192,1,64500,7.87353515625
SRDMD,λ<=n,8192,1,51260,6.25732421875
SRDMD,λ<=n,8192,1,82765,10.1031494140625
SRDMD,λ<=n,8192,1,52169,6.3682861328125
SRDMD,λ<=n,8192,1,59314,7.240478515625
SRDMD,λ<=n,8192,1,86076,10.50732421875
SRDMD,λ<=n,8192,1,53616,6.544921875
SRDMD,λ<=n,8192,1,71021,8.6695556640625
SRDMD,λ<=n,8192,1,56364,6.88037109375
SRDMD,λ<=n,8192,1,58672,7.162109375
SRDMD,λ<=n,8192,1,49597,6.0543212890625
SRDMD,λ<=n,8192,1,85228,10.40380859375
SRDMD,λ<=n,8192,1,58159,7.0994873046875
SRDMD,λ<=n,8192,1,67365,8.2232666015625
SRDMD,λ<=n,8192,1,67778,8.273681640625
SRDMD,λ<=n,8192,1,55840,6.81640625
SRDMD,λ<=n,8192,1,59951,7.3182373046875
SRDMD,λ<=n,8192,1,59908,7.31298828125
SRDMD,λ<=n,8192,1,86292,10.53369140625
SRDMD,λ<=n,8192,1,59684,7.28564453125
SRDMD,λ<=n,8192,1,72370,8.834228515625
SRDMD,λ<=n,8192,1,53262,6.501708984375
SRDMD,λ<=n,8192,1,65333,7.9752197265625
SRDMD,λ<=n,8192,1,59388,7.24951171875
SRDMD,λ<=n,8192,1,62536,7.6337890625
SRDMD,λ<=n,8192,1,77670,9.481201171875
SRDMD,λ<=n,8192,1,61124,7.46142578125
SRDMD,λ<=n,8192,1,74778,9.128173828125
SRDMD,λ<=n,8192,1,63975,7.8094482421875
SRDMD,λ<=n,8192,1,55622,6.789794921875
SRDMD,λ<=n,8192,1,94832,11.576171875
SRDMD,λ<=n,8192,1,55308,6.75146484375
SRDMD,λ<=n,8192,1,63331,7.7308349609375
SRDMD,λ<=n,8192,1,53796,6.56689453125
SRDMD,λ<=n,8192,1,64478,7.870849609375
SRDMD,λ<=n,8192,1,63736,7.7802734375
SRDMD,λ<=n,8192,1,62537,7.6339111328125
SRDMD,λ<=n,8192,1,60478,7.382568359375
SRDMD,λ<=n,8192,1,71535,8.7322998046875
SRDMD,λ<=n,8192,1,57851,7.0618896484375
SRDMD,λ<=n,8192,1,103927,12.6864013671875
SRDMD,λ<=n,8192,1,66354,8.099853515625
SRDMD,λ<=n,8192,1,53885,6.5777587890625
SRDMD,λ<=n,8192,1,61728,7.53515625
SRDMD,λ<=n,8192,1,68240,8.330078125
SRDMD,λ<=n,8192,1,56435,6.8890380859375
SRDMD,λ<=n,8192,1,53103,6.4822998046875
SRDMD,λ<=n,8192,1,59344,7.244140625
SRDMD,λ<=n,8192,1,64602,7.885986328125
SRDMD,λ<=n,8192,1,80115,9.7796630859375
SRDMD,λ<=n,8192,1,60086,7.334716796875
SRDMD,λ<=n,8192,1,57895,7.0672607421875
SRDMD,λ<=n,8192,1,56957,6.9527587890625
SRDMD,λ<=n,8192,1,64113,7.8262939453125
SRDMD,λ<=n,8192,1,64447,7.8670654296875
SRDMD,λ<=n,8192,1,59643,7.2806396484375
SRDMD,λ<=n,8192,1,59341,7.2437744140625
SRDMD,λ<=n,8192,1,58445,7.1343994140625
SRDMD,λ<=n,8192,1,59604,7.27587890625
SRDMD,λ<=n,8192,1,57263,6.9901123046875
SRDMD,λ<=n,8192,1,53875,6.5765380859375
SRDMD,λ<=n,8192,1,67728,8.267578125
SRDMD,λ<=n,8192,1,52130,6.363525390625
SRDMD,λ<=n,8192,1,53074,6.478759765625
SRDMD,λ<=n,8192,1,84043,10.2591552734375
SRDMD,λ<=n,8192,1,73787,9.0072021484375
SRDMD,λ<=n,8192,1,56500,6.89697265625
SRDMD,λ<=n,8192,1,55856,6.818359375
SRDMD,λ<=n,8192,1,49119,5.9959716796875
SRDMD,λ<=n,8192,1,57994,7.079345703125
SRDMD,λ<=n,8192,1,87726,10.708740234375
SRDMD,λ<=n,8192,1,55110,6.727294921875
SRDMD,λ<=n,8192,1,73100,8.92333984375
SRDMD,λ<=n,8192,1,65760,8.02734375
SRDMD,λ<=n,8192,1,45623,5.5692138671875
SRDMD,λ<=n,8192,1,69553,8.4903564453125
SRDMD,λ<=n,8192,1,57815,7.0574951171875
SRDMD,λ<=n,8192,1,70271,8.5780029296875
SRDMD,λ<=n,8192,1,51633,6.3028564453125
SHDMD,λ<=n,8192,1,57754,7.050048828125
SHDMD,λ<=n,8192,1,61369,7.4913330078125
SHDMD,λ<=n,8192,1,81404,9.93701171875
SHDMD,λ<=n,8192,1,60677,7.4068603515625
SHDMD,λ<=n,8192,1,78482,9.580322265625
SHDMD,λ<=n,8192,1,69369,8.4678955078125
SHDMD,λ<=n,8192,1,62294,7.604248046875
SHDMD,λ<=n,8192,1,68011,8.3021240234375
SHDMD,λ<=n,8192,1,84823,10.3543701171875
SHDMD,λ<=n,8192,1,54623,6.6678466796875
SHDMD,λ<=n,8192,1,69348,8.46533203125
SHDMD,λ<=n,8192,1,58968,7.1982421875
SHDMD,λ<=n,8192,1,59636,7.27978515625
SHDMD,λ<=n,8192,1,55330,6.754150390625
SHDMD,λ<=n,8192,1,55250,6.744384765625
SHDMD,λ<=n,8192,1,67592,8.2509765625
SHDMD,λ<=n,8192,1,77285,9.4342041015625
SHDMD,λ<=n,8192,1,56518,6.899169921875
SHDMD,λ<=n,8192,1,74138,9.050048828125
SHDMD,λ<=n,8192,1,53886,6.577880859375
SHDMD,λ<=n,8192,1,56210,6.861572265625
SHDMD,λ<=n,8192,1,136930,16.715087890625
SHDMD,λ<=n,8192,1,57147,6.9759521484375
SHDMD,λ<=n,8192,1,53182,6.491943359375
SHDMD,λ<=n,8192,1,58682,7.163330078125
SHDMD,λ<=n,8192,1,124848,15.240234375
SHDMD,λ<=n,8192,1,62994,7.689697265625
SHDMD,λ<=n,8192,1,52319,6.3865966796875
SHDMD,λ<=n,8192,1,61584,7.517578125
SHDMD,λ<=n,8192,1,74891,9.1419677734375
SHDMD,λ<=n,8192,1,54034,6.595947265625
SHDMD,λ<=n,8192,1,67150,8.197021484375
SHDMD,λ<=n,8192,1,75328,9.1953125
SHDMD,λ<=n,8192,1,75364,9.19970703125
SHDMD,λ<=n,8192,1,70344,8.5869140625
SHDMD,λ<=n,8192,1,60355,7.3675537109375
SHDMD,λ<=n,8192,1,69560,8.4912109375
SHDMD,λ<=n,8192,1,100399,12.2557373046875
SHDMD,λ<=n,8192,1,71395,8.7152099609375
SHDMD,λ<=n,8192,1,77824,9.5
SHDMD,λ<=n,8192,1,72495,8.8494873046875
SHDMD,λ<=n,8192,1,110137,13.4444580078125
SHDMD,λ<=n,8192,1,50443,6.1575927734375
SHDMD,λ<=n,8192,1,52089,6.3585205078125
SHDMD,λ<=n,8192,1,50940,6.21826171875
SHDMD,λ<=n,8192,1,59772,7.29638671875
SHDMD,λ<=n,8192,1,70527,8.6092529296875
SHDMD,λ<=n,8192,1,59422,7.253662109375
SHDMD,λ<=n,8192,1,82334,10.050537109375
SHDMD,λ<=n,8192,1,78421,9.5728759765625
SHDMD,λ<=n,8192,1,54411,6.6419677734375
SHDMD,λ<=n,8192,1,52179,6.3695068359375
SHDMD,λ<=n,8192,1,59429,7.2545166015625
SHDMD,λ<=n,8192,1,55565,6.7828369140625
SHDMD,λ<=n,8192,1,59878,7.309326171875
SHDMD,λ<=n,8192,1,111193,13.5733642578125
SHDMD,λ<=n,8192,1,115309,14.0758056640625
SHDMD,λ<=n,8192,1,75300,9.19189453125
SHDMD,λ<=n,8192,1,65751,8.0262451171875
SHDMD,λ<=n,8192,1,53498,6.530517578125
SHDMD,λ<=n,8192,1,52998,6.469482421875
SHDMD,λ<=n,8192,1,93295,11.3885498046875
SHDMD,λ<=n,8192,1,60328,7.3642578125
SHDMD,λ<=n,8192,1,66362,8.100830078125
SHDMD,λ<=n,8192,1,55830,6.815185546875
SHDMD,λ<=n,8192,1,72662,8.869873046875
SHDMD,λ<=n,8192,1,92301,11.2672119140625
SHDMD,λ<=n,8192,1,61736,7.5361328125
SHDMD,λ<=n,8192,1,56105,6.8487548828125
SHDMD,λ<=n,8192,1,70666,8.626220703125
SHDMD,λ<=n,8192,1,54302,6.628662109375
SHDMD,λ<=n,8192,1,81594,9.960205078125
SHDMD,λ<=n,8192,1,58755,7.1722412109375
SHDMD,λ<=n,8192,1,55614,6.788818359375
SHDMD,λ<=n,8192,1,53877,6.5767822265625
SHDMD,λ<=n,8192,1,60678,7.406982421875
SHDMD,λ<=n,8192,1,87669,10.7017822265625
SHDMD,λ<=n,8192,1,55074,6.722900390625
SHDMD,λ<=n,8192,1,71630,8.743896484375
SHDMD,λ<=n,8192,1,98116,11.97705078125
SHDMD,λ<=n,8192,1,63449,7.7452392578125
SHDMD,λ<=n,8192,1,89985,10.9844970703125
SHDMD,λ<=n,8192,1,50577,6.1739501953125
SHDMD,λ<=n,8192,1,84247,10.2840576171875
SHDMD,λ<=n,8192,1,74314,9.071533203125
SHDMD,λ<=n,8192,1,52313,6.3858642578125
SHDMD,λ<=n,8192,1,58015,7.0819091796875
SHDMD,λ<=n,8192,1,82747,10.1009521484375
SHDMD,λ<=n,8192,1,75092,9.16650390625
SHDMD,λ<=n,8192,1,64002,7.812744140625
SHDMD,λ<=n,8192,1,57330,6.998291015625
SHDMD,λ<=n,8192,1,72077,8.7984619140625
SHDMD,λ<=n,8192,1,89594,10.936767578125
SHDMD,λ<=n,8192,1,69225,8.4503173828125
SHDMD,λ<=n,8192,1,59107,7.2152099609375
SHDMD,λ<=n,8192,1,59156,7.22119140625
SHDMD,λ<=n,8192,1,89477,10.9224853515625
SHDMD,λ<=n,8192,1,56937,6.9503173828125
SHDMD,λ<=n,8192,1,65756,8.02685546875
SHDMD,λ<=n,8192,1,75148,9.17333984375
SHLMD,λ<=n,8192,1,77892,9.50830078125
SHLMD,λ<=n,8192,1,60225,7.3516845703125
SHLMD,λ<=n,8192,1,61231,7.4744873046875
SHLMD,λ<=n,8192,1,89020,10.86669921875
SHLMD,λ<=n,8192,1,55969,6.8321533203125
SHLMD,λ<=n,8192,1,66540,8.12255859375
SHLMD,λ<=n,8192,1,69721,8.5108642578125
SHLMD,λ<=n,8192,1,60514,7.386962890625
SHLMD,λ<=n,8192,1,72885,8.8970947265625
SHLMD,λ<=n,8192,1,49990,6.102294921875
SHLMD,λ<=n,8192,1,59874,7.308837890625
SHLMD,λ<=n,8192,1,68729,8.3897705078125
SHLMD,λ<=n,8192,1,59220,7.22900390625
SHLMD,λ<=n,8192,1,59904,7.3125
SHLMD,λ<=n,8192,1,77591,9.4715576171875
SHLMD,λ<=n,8192,1,114268,13.94873046875
SHLMD,λ<=n,8192,1,96386,11.765869140625
SHLMD,λ<=n,8192,1,94747,11.5657958984375
SHLMD,λ<=n,8192,1,65884,8.04248046875
SHLMD,λ<=n,8192,1,65143,7.9520263671875
SHLMD,λ<=n,8192,1,58664,7.1611328125
SHLMD,λ<=n,8192,1,54380,6.63818359375
SHLMD,λ<=n,8192,1,54308,6.62939453125
SHLMD,λ<=n,8192,1,58696,7.1650390625
SHLMD,λ<=n,8192,1,70893,8.6539306640625
SHLMD,λ<=n,8192,1,63136,7.70703125
SHLMD,λ<=n,8192,1,52702,6.433349609375
SHLMD,λ<=n,8192,1,50809,6.2022705078125
SHLMD,λ<=n,8192,1,65000,7.9345703125
SHLMD,λ<=n,8192,1,70498,8.605712890625
SHLMD,λ<=n,8192,1,59219,7.2288818359375
SHLMD,λ<=n,8192,1,74067,9.0413818359375
SHLMD,λ<=n,8192,1,75618,9.230712890625
SHLMD,λ<=n,8192,1,66291,8.0921630859375
SHLMD,λ<=n,8192,1,49433,6.0343017578125
SHLMD,λ<=n,8192,1,68757,8.3931884765625
SHLMD,λ<=n,8192,1,57038,6.962646484375
SHLMD,λ<=n,8192,1,77055,9.4061279296875
SHLMD,λ<=n,8192,1,78868,9.62744140625
SHLMD,λ<=n,8192,1,72360,8.8330078125
SHLMD,λ<=n,8192,1,53636,6.54736328125
SHLMD,λ<=n,8192,1,68105,8.3135986328125
SHLMD,λ<=n,8192,1,76583,9.3485107421875
SHLMD,λ<=n,8192,1,70295,8.5809326171875
SHLMD,λ<=n,8192,1,54654,6.671630859375
SHLMD,λ<=n,8192,1,71730,8.756103515625
SHLMD,λ<=n,8192,1,60448,7.37890625
SHLMD,λ<=n,8192,1,60015,7.3260498046875
SHLMD,λ<=n,8192,1,94689,11.5587158203125
SHLMD,λ<=n,8192,1,57224,6.9853515625
SHLMD,λ<=n,8192,1,60550,7.391357421875
SHLMD,λ<=n,8192,1,76557,9.3453369140625
SHLMD,λ<=n,8192,1,71642,8.745361328125
SHLMD,λ<=n,8192,1,70979,8.6644287109375
SHLMD,λ<=n,8192,1,57875,7.0648193359375
SHLMD,λ<=n,8192,1,66463,8.1131591796875
SHLMD,λ<=n,8192,1,99374,12.130615234375
SHLMD,λ<=n,8192,1,58864,7.185546875
SHLMD,λ<=n,8192,1,50939,6.2181396484375
SHLMD,λ<=n,8192,1,63354,7.733642578125
SHLMD,λ<=n,8192,1,58507,7.1419677734375
SHLMD,λ<=n,8192,1,61181,7.4683837890625
SHLMD,λ<=n,8192,1,77551,9.4666748046875
SHLMD,λ<=n,8192,1,65390,7.982177734375
SHLMD,λ<=n,8192,1,69505,8.4844970703125
SHLMD,λ<=n,8192,1,93947,11.4681396484375
SHLMD,λ<=n,8192,1,52548,6.41455078125
SHLMD,λ<=n,8192,1,53346,6.511962890625
SHLMD,λ<=n,8192,1,95729,11.6856689453125
SHLMD,λ<=n,8192,1,59336,7.2431640625
SHLMD,λ<=n,8192,1,108155,13.2025146484375
SHLMD,λ<=n,8192,1,73529,8.9757080078125
SHLMD,λ<=n,8192,1,134803,16.4554443359375
SHLMD,λ<=n,8192,1,88312,10.7802734375
SHLMD,λ<=n,8192,1,60618,7.399658203125
SHLMD,λ<=n,8192,1,56350,6.878662109375
SHLMD,λ<=n,8192,1,63082,7.700439453125
SHLMD,λ<=n,8192,1,73507,8.9730224609375
SHLMD,λ<=n,8192,1,61059,7.4534912109375
SHLMD,λ<=n,8192,1,84237,10.2828369140625
SHLMD,λ<=n,8192,1,61816,7.5458984375
SHLMD,λ<=n,8192,1,50145,6.1212158203125
SHLMD,λ<=n,8192,1,58843,7.1829833984375
SHLMD,λ<=n,8192,1,49423,6.0330810546875
SHLMD,λ<=n,8192,1,72055,8.7957763671875
SHLMD,λ<=n,8192,1,54028,6.59521484375
SHLMD,λ<=n,8192,1,60025,7.3272705078125
SHLMD,λ<=n,8192,1,66316,8.09521484375
SHLMD,λ<=n,8192,1,63352,7.7333984375
SHLMD,λ<=n,8192,1,86147,10.5159912109375
SHLMD,λ<=n,8192,1,82980,10.12939453125
SHLMD,λ<=n,8192,1,81332,9.92822265625
SHLMD,λ<=n,8192,1,92315,11.2689208984375
SHLMD,λ<=n,8192,1,69504,8.484375
SHLMD,λ<=n,8192,1,55935,6.8280029296875
SHLMD,λ<=n,8192,1,67637,8.2564697265625
SHLMD,λ<=n,8192,1,72905,8.8995361328125
SHLMD,λ<=n,8192,1,55354,6.757080078125
SHLMD,λ<=n,8192,1,66345,8.0987548828125
SHLMD,λ<=n,8192,1,69364,8.46728515625
SRLMD,λ<=n,8192,1,70304,8.58203125
SRLMD,λ<=n,8192,1,81487,9.9471435546875
SRLMD,λ<=n,8192,1,67732,8.26806640625
SRLMD,λ<=n,8192,1,60170,7.344970703125
SRLMD,λ<=n,8192,1,66571,8.1263427734375
SRLMD,λ<=n,8192,1,58077,7.0894775390625
SRLMD,λ<=n,8192,1,69163,8.4427490234375
SRLMD,λ<=n,8192,1,62624,7.64453125
SRLMD,λ<=n,8192,1,57172,6.97900390625
SRLMD,λ<=n,8192,1,60295,7.3602294921875
SRLMD,λ<=n,8192,1,71726,8.755615234375
SRLMD,λ<=n,8192,1,59873,7.3087158203125
SRLMD,λ<=n,8192,1,68604,8.37451171875
SRLMD,λ<=n,8192,1,64311,7.8504638671875
SRLMD,λ<=n,8192,1,90600,11.0595703125
SRLMD,λ<=n,8192,1,71800,8.7646484375
SRLMD,λ<=n,8192,1,66721,8.1446533203125
SRLMD,λ<=n,8192,1,72528,8.853515625
SRLMD,λ<=n,8192,1,76758,9.369873046875
SRLMD,λ<=n,8192,1,65397,7.9830322265625
SRLMD,λ<=n,8192,1,63226,7.718017578125
SRLMD,λ<=n,8192,1,107556,13.12939453125
SRLMD,λ<=n,8192,1,67873,8.2852783203125
SRLMD,λ<=n,8192,1,91545,11.1749267578125
SRLMD,λ<=n,8192,1,113124,13.80908203125
SRLMD,λ<=n,8192,1,58786,7.176025390625
SRLMD,λ<=n,8192,1,70754,8.636962890625
SRLMD,λ<=n,8192,1,62913,7.6798095703125
SRLMD,λ<=n,8192,1,82908,10.12060546875
SRLMD,λ<=n,8192,1,63309,7.7281494140625
SRLMD,λ<=n,8192,1,59932,7.31591796875
SRLMD,λ<=n,8192,1,58114,7.093994140625
SRLMD,λ<=n,8192,1,68910,8.411865234375
SRLMD,λ<=n,8192,1,62057,7.5753173828125
SRLMD,λ<=n,8192,1,73422,8.962646484375
SRLMD,λ<=n,8192,1,63846,7.793701171875
SRLMD,λ<=n,8192,1,81642,9.966064453125
SRLMD,λ<=n,8192,1,88566,10.811279296875
SRLMD,λ<=n,8192,1,58155,7.0989990234375
SRLMD,λ<=n,8192,1,97861,11.9459228515625
SRLMD,λ<=n,8192,1,55573,6.7838134765625
SRLMD,λ<=n,8192,1,73743,9.0018310546875
SRLMD,λ<=n,8192,1,73990,9.031982421875
SRLMD,λ<=n,8192,1,58390,7.127685546875
SRLMD,λ<=n,8192,1,102867,12.5570068359375
SRLMD,λ<=n,8192,1,60359,7.3680419921875
SRLMD,λ<=n,8192,1,102661,12.5318603515625
SRLMD,λ<=n,8192,1,58875,7.1868896484375
SRLMD,λ<=n,8192,1,62656,7.6484375
SRLMD,λ<=n,8192,1,61427,7.4984130859375
SRLMD,λ<=n,8192,1,76834,9.379150390625
SRLMD,λ<=n,8192,1,58849,7.1837158203125
SRLMD,λ<=n,8192,1,65075,7.9437255859375
SRLMD,λ<=n,8192,1,59196,7.22607421875
SRLMD,λ<=n,8192,1,88149,10.7603759765625
SRLMD,λ<=n,8192,1,56356,6.87939453125
SRLMD,λ<=n,8192,1,64410,7.862548828125
SRLMD,λ<=n,8192,1,60496,7.384765625
SRLMD,λ<=n,8192,1,84146,10.271728515625
SRLMD,λ<=n,8192,1,85904,10.486328125
SRLMD,λ<=n,8192,1,62169,7.5889892578125
SRLMD,λ<=n,8192,1,68938,8.415283203125
SRLMD,λ<=n,8192,1,61679,7.5291748046875
SRLMD,λ<=n,8192,1,60678,7.406982421875
SRLMD,λ<=n,8192,1,70245,8.5748291015625
SRLMD,λ<=n,8192,1,119276,14.56005859375
SRLMD,λ<=n,8192,1,62612,7.64306640625
SRLMD,λ<=n,8192,1,80652,9.84521484375
SRLMD,λ<=n,8192,1,63179,7.7122802734375
SRLMD,λ<=n,8192,1,61930,7.559814453125
SRLMD,λ<=n,8192,1,72615,8.8641357421875
SRLMD,λ<=n,8192,1,59525,7.2662353515625
SRLMD,λ<=n,8192,1,102723,12.5394287109375
SRLMD,λ<=n,8192,1,92230,11.258544921875
SRLMD,λ<=n,8192,1,73909,9.0220947265625
SRLMD,λ<=n,8192,1,66886,8.164794921875
SRLMD,λ<=n,8192,1,56738,6.926025390625
SRLMD,λ<=n,8192,1,59674,7.284423828125
SRLMD,λ<=n,8192,1,60403,7.3734130859375
SRLMD,λ<=n,8192,1,90941,11.1011962890625
SRLMD,λ<=n,8192,1,97558,11.908935546875
SRLMD,λ<=n,8192,1,65538,8.000244140625
SRLMD,λ<=n,8192,1,60320,7.36328125
SRLMD,λ<=n,8192,1,66649,8.1358642578125
SRLMD,λ<=n,8192,1,60931,7.4378662109375
SRLMD,λ<=n,8192,1,73729,9.0001220703125
SRLMD,λ<=n,8192,1,71105,8.6798095703125
SRLMD,λ<=n,8192,1,55885,6.8218994140625
SRLMD,λ<=n,8192,1,90871,11.0926513671875
SRLMD,λ<=n,8192,1,78738,9.611572265625
SRLMD,λ<=n,8192,1,114700,14.00146484375
SRLMD,λ<=n,8192,1,63497,7.7510986328125
SRLMD,λ<=n,8192,1,75883,9.2630615234375
SRLMD,λ<=n,8192,1,70709,8.6314697265625
SRLMD,λ<=n,8192,1,81773,9.9820556640625
SRLMD,λ<=n,8192,1,65329,7.9747314453125
SRLMD,λ<=n,8192,1,65162,7.954345703125
SRLMD,λ<=n,8192,1,59758,7.294677734375
SRLMD,λ<=n,8192,1,81752,9.9794921875
SSLMD,λ<=n,8192,1,197719,24.1356201171875
SSLMD,λ<=n,8192,1,176006,21.485107421875
SSLMD,λ<=n,8192,1,154207,18.8240966796875
SSLMD,λ<=n,8192,1,126549,15.4478759765625
SSLMD,λ<=n,8192,1,134840,16.4599609375
SSLMD,λ<=n,8192,1,118917,14.5162353515625
SSLMD,λ<=n,8192,1,115675,14.1204833984375
SSLMD,λ<=n,8192,1,123184,15.037109375
SSLMD,λ<=n,8192,1,165751,20.2332763671875
SSLMD,λ<=n,8192,1,156768,19.13671875
SSLMD,λ<=n,8192,1,124456,15.1923828125
SSLMD,λ<=n,8192,1,110225,13.4552001953125
SSLMD,λ<=n,8192,1,100102,12.219482421875
SSLMD,λ<=n,8192,1,125268,15.29150390625
SSLMD,λ<=n,8192,1,149951,18.3045654296875
SSLMD,λ<=n,8192,1,164738,20.109619140625
SSLMD,λ<=n,8192,1,112567,13.7410888671875
SSLMD,λ<=n,8192,1,123447,15.0692138671875
SSLMD,λ<=n,8192,1,138346,16.887939453125
SSLMD,λ<=n,8192,1,151218,18.459228515625
SSLMD,λ<=n,8192,1,137265,16.7559814453125
SSLMD,λ<=n,8192,1,145983,17.8201904296875
SSLMD,λ<=n,8192,1,134466,16.414306640625
SSLMD,λ<=n,8192,1,150044,18.31591796875
SSLMD,λ<=n,8192,1,112930,13.785400390625
SSLMD,λ<=n,8192,1,126641,15.4591064453125
SSLMD,λ<=n,8192,1,202741,24.7486572265625
SSLMD,λ<=n,8192,1,96695,11.8035888671875
SSLMD,λ<=n,8192,1,119507,14.5882568359375
SSLMD,λ<=n,8192,1,103116,12.58740234375
SSLMD,λ<=n,8192,1,153489,18.7364501953125
SSLMD,λ<=n,8192,1,176664,21.5654296875
SSLMD,λ<=n,8192,1,184805,22.5592041015625
SSLMD,λ<=n,8192,1,309524,37.78369140625
SSLMD,λ<=n,8192,1,246173,30.0504150390625
SSLMD,λ<=n,8192,1,145584,17.771484375
SSLMD,λ<=n,8192,1,100568,12.2763671875
SSLMD,λ<=n,8192,1,169623,20.7059326171875
SSLMD,λ<=n,8192,1,106541,13.0054931640625
SSLMD,λ<=n,8192,1,239587,29.2464599609375
SSLMD,λ<=n,8192,1,128769,15.7188720703125
SSLMD,λ<=n,8192,1,125594,15.331298828125
SSLMD,λ<=n,8192,1,117357,14.3258056640625
SSLMD,λ<=n,8192,1,150985,18.4307861328125
SSLMD,λ<=n,8192,1,127086,15.513427734375
SSLMD,λ<=n,8192,1,140421,17.1412353515625
SSLMD,λ<=n,8192,1,117992,14.4033203125
SSLMD,λ<=n,8192,1,132339,16.1546630859375
SSLMD,λ<=n,8192,1,144319,17.6170654296875
SSLMD,λ<=n,8192,1,233371,28.4876708984375
SSLMD,λ<=n,8192,1,106095,12.9510498046875
SSLMD,λ<=n,8192,1,101822,12.429443359375
SSLMD,λ<=n,8192,1,113772,13.88818359375
SSLMD,λ<=n,8192,1,180988,22.09326171875
SSLMD,λ<=n,8192,1,138683,16.9290771484375
SSLMD,λ<=n,8192,1,164662,20.100341796875
SSLMD,λ<=n,8192,1,155429,18.9732666015625
SSLMD,λ<=n,8192,1,130437,15.9224853515625
SSLMD,λ<=n,8192,1,93649,11.4317626953125
SSLMD,λ<=n,8192,1,113166,13.814208984375
SSLMD,λ<=n,8192,1,146670,17.904052734375
SSLMD,λ<=n,8192,1,134604,16.43115234375
SSLMD,λ<=n,8192,1,99020,12.08740234375
SSLMD,λ<=n,8192,1,155976,19.0400390625
SSLMD,λ<=n,8192,1,146669,17.9039306640625
SSLMD,λ<=n,8192,1,115601,14.1114501953125
SSLMD,λ<=n,8192,1,119004,14.52685546875
SSLMD,λ<=n,8192,1,117447,14.3367919921875
SSLMD,λ<=n,8192,1,212141,25.8961181640625
SSLMD,λ<=n,8192,1,135265,16.5118408203125
SSLMD,λ<=n,8192,1,173319,21.1571044921875
SSLMD,λ<=n,8192,1,105082,12.827392578125
SSLMD,λ<=n,8192,1,143995,17.5775146484375
SSLMD,λ<=n,8192,1,101574,12.399169921875
SSLMD,λ<=n,8192,1,136802,16.699462890625
SSLMD,λ<=n,8192,1,133930,16.348876953125
SSLMD,λ<=n,8192,1,127246,15.532958984375
SSLMD,λ<=n,8192,1,162871,19.8817138671875
SSLMD,λ<=n,8192,1,199334,24.332763671875
SSLMD,λ<=n,8192,1,134357,16.4010009765625
SSLMD,λ<=n,8192,1,108525,13.2476806640625
SSLMD,λ<=n,8192,1,119703,14.6121826171875
SSLMD,λ<=n,8192,1,106755,13.0316162109375
SSLMD,λ<=n,8192,1,122895,15.0018310546875
SSLMD,λ<=n,8192,1,120183,14.6707763671875
SSLMD,λ<=n,8192,1,107661,13.1422119140625
SSLMD,λ<=n,8192,1,113284,13.82861328125
SSLMD,λ<=n,8192,1,126569,15.4503173828125
SSLMD,λ<=n,8192,1,124920,15.2490234375
SSLMD,λ<=n,8192,1,159923,19.5218505859375
SSLMD,λ<=n,8192,1,218815,26.7108154296875
SSLMD,λ<=n,8192,1,138511,16.9080810546875
SSLMD,λ<=n,8192,1,141448,17.2666015625
SSLMD,λ<=n,8192,1,148231,18.0946044921875
SSLMD,λ<=n,8192,1,120364,14.69287109375
SSLMD,λ<=n,8192,1,114586,13.987548828125
SSLMD,λ<=n,8192,1,182374,22.262451171875
SSLMD,λ<=n,8192,1,126967,15.4989013671875
SSLMD,λ<=n,8192,1,157704,19.2509765625
SSLMD,λ<=n,8192,1,122680,14.9755859375
SSDID,λ<=n,8192,1,299451,36.5540771484375
SSDID,λ<=n,8192,1,126484,15.43994140625
SSDID,λ<=n,8192,1,147788,18.04052734375
SSDID,λ<=n,8192,1,139281,17.0020751953125
SSDID,λ<=n,8192,1,160798,19.628662109375
SSDID,λ<=n,8192,1,262465,32.0391845703125
SSDID,λ<=n,8192,1,133457,16.2911376953125
SSDID,λ<=n,8192,1,151813,18.5318603515625
SSDID,λ<=n,8192,1,174407,21.2899169921875
SSDID,λ<=n,8192,1,189070,23.079833984375
SSDID,λ<=n,8192,1,169560,20.6982421875
SSDID,λ<=n,8192,1,128576,15.6953125
SSDID,λ<=n,8192,1,339091,41.3929443359375
SSDID,λ<=n,8192,1,185499,22.6439208984375
SSDID,λ<=n,8192,1,223993,27.3428955078125
SSDID,λ<=n,8192,1,182182,22.239013671875
SSDID,λ<=n,8192,1,204157,24.9215087890625
SSDID,λ<=n,8192,1,173548,21.18505859375
SSDID,λ<=n,8192,1,115892,14.14697265625
SSDID,λ<=n,8192,1,175681,21.4454345703125
SSDID,λ<=n,8192,1,156668,19.12451171875
SSDID,λ<=n,8192,1,126407,15.4305419921875
SSDID,λ<=n,8192,1,106894,13.048583984375
SSDID,λ<=n,8192,1,206298,25.182861328125
SSDID,λ<=n,8192,1,100401,12.2559814453125
SSDID,λ<=n,8192,1,173769,21.2120361328125
SSDID,λ<=n,8192,1,118861,14.5093994140625
SSDID,λ<=n,8192,1,309643,37.7982177734375
SSDID,λ<=n,8192,1,158843,19.3900146484375
SSDID,λ<=n,8192,1,109607,13.3797607421875
SSDID,λ<=n,8192,1,149684,18.27197265625
SSDID,λ<=n,8192,1,136550,16.668701171875
SSDID,λ<=n,8192,1,120412,14.69873046875
SSDID,λ<=n,8192,1,213062,26.008544921875
SSDID,λ<=n,8192,1,177971,21.7249755859375
SSDID,λ<=n,8192,1,179626,21.927001953125
SSDID,λ<=n,8192,1,118988,14.52490234375
SSDID,λ<=n,8192,1,122440,14.9462890625
SSDID,λ<=n,8192,1,99296,12.12109375
SSDID,λ<=n,8192,1,173188,21.14111328125
SSDID,λ<=n,8192,1,171500,20.93505859375
SSDID,λ<=n,8192,1,154323,18.8382568359375
SSDID,λ<=n,8192,1,162862,19.880615234375
SSDID,λ<=n,8192,1,244646,29.864013671875
SSDID,λ<=n,8192,1,161226,19.680908203125
SSDID,λ<=n,8192,1,200215,24.4403076171875
SSDID,λ<=n,8192,1,120521,14.7120361328125
SSDID,λ<=n,8192,1,98877,12.0699462890625
SSDID,λ<=n,8192,1,246684,30.11279296875
SSDID,λ<=n,8192,1,153730,18.765869140625
SSDID,λ<=n,8192,1,228425,27.8839111328125
SSDID,λ<=n,8192,1,105745,12.9083251953125
SSDID,λ<=n,8192,1,287191,35.0574951171875
SSDID,λ<=n,8192,1,147474,18.002197265625
SSDID,λ<=n,8192,1,193105,23.5723876953125
SSDID,λ<=n,8192,1,226045,27.5933837890625
SSDID,λ<=n,8192,1,137506,16.785400390625
SSDID,λ<=n,8192,1,130641,15.9473876953125
SSDID,λ<=n,8192,1,122351,14.9354248046875
SSDID,λ<=n,8192,1,122549,14.9595947265625
SSDID,λ<=n,8192,1,157833,19.2667236328125
SSDID,λ<=n,8192,1,89933,10.9781494140625
SSDID,λ<=n,8192,1,139903,17.0780029296875
SSDID,λ<=n,8192,1,136715,16.6888427734375
SSDID,λ<=n,8192,1,165718,20.229248046875
SSDID,λ<=n,8192,1,183689,22.4229736328125
SSDID,λ<=n,8192,1,295353,36.0538330078125
SSDID,λ<=n,8192,1,182176,22.23828125
SSDID,λ<=n,8192,1,163482,19.956298828125
SSDID,λ<=n,8192,1,174090,21.251220703125
SSDID,λ<=n,8192,1,170253,20.7828369140625
SSDID,λ<=n,8192,1,139272,17.0009765625
SSDID,λ<=n,8192,1,166166,20.283935546875
SSDID,λ<=n,8192,1,106717,13.0269775390625
SSDID,λ<=n,8192,1,192678,23.520263671875
SSDID,λ<=n,8192,1,100796,12.30419921875
SSDID,λ<=n,8192,1,111410,13.599853515625
SSDID,λ<=n,8192,1,144007,17.5789794921875
SSDID,λ<=n,8192,1,207912,25.3798828125
SSDID,λ<=n,8192,1,114062,13.923583984375
SSDID,λ<=n,8192,1,143323,17.4954833984375
SSDID,λ<=n,8192,1,196951,24.0418701171875
SSDID,λ<=n,8192,1,160472,19.5888671875
SSDID,λ<=n,8192,1,101041,12.3341064453125
SSDID,λ<=n,8192,1,104715,12.7825927734375
SSDID,λ<=n,8192,1,89091,10.8753662109375
SSDID,λ<=n,8192,1,190834,23.295166015625
SSDID,λ<=n,8192,1,273140,33.34228515625
SSDID,λ<=n,8192,1,193138,23.576416015625
SSDID,λ<=n,8192,1,143671,17.5379638671875
SSDID,λ<=n,8192,1,185111,22.5965576171875
SSDID,λ<=n,8192,1,161049,19.6593017578125
SSDID,λ<=n,8192,1,125963,15.3763427734375
SSDID,λ<=n,8192,1,143158,17.475341796875
SSDID,λ<=n,8192,1,157500,19.22607421875
SSDID,λ<=n,8192,1,193516,23.62255859375
SSDID,λ<=n,8192,1,158921,19.3995361328125
SSDID,λ<=n,8192,1,142560,17.40234375
SSDID,λ<=n,8192,1,169966,20.747802734375
SSDID,λ<=n,8192,1,157675,19.2474365234375
SRDID,λ<=n,8192,1,81298,9.924072265625
SRDID,λ<=n,8192,1,69289,8.4581298828125
SRDID,λ<=n,8192,1,67286,8.213623046875
SRDID,λ<=n,8192,1,74206,9.058349609375
SRDID,λ<=n,8192,1,72097,8.8009033203125
SRDID,λ<=n,8192,1,62031,7.5721435546875
SRDID,λ<=n,8192,1,93030,11.356201171875
SRDID,λ<=n,8192,1,67023,8.1815185546875
SRDID,λ<=n,8192,1,103262,12.605224609375
SRDID,λ<=n,8192,1,76651,9.3568115234375
SRDID,λ<=n,8192,1,97747,11.9320068359375
SRDID,λ<=n,8192,1,96935,11.8328857421875
SRDID,λ<=n,8192,1,65977,8.0538330078125
SRDID,λ<=n,8192,1,88819,10.8421630859375
SRDID,λ<=n,8192,1,77106,9.412353515625
SRDID,λ<=n,8192,1,75935,9.2694091796875
SRDID,λ<=n,8192,1,78413,9.5718994140625
SRDID,λ<=n,8192,1,78290,9.556884765625
SRDID,λ<=n,8192,1,77782,9.494873046875
SRDID,λ<=n,8192,1,67133,8.1949462890625
SRDID,λ<=n,8192,1,113020,13.79638671875
SRDID,λ<=n,8192,1,105511,12.8797607421875
SRDID,λ<=n,8192,1,72839,8.8914794921875
SRDID,λ<=n,8192,1,74080,9.04296875
SRDID,λ<=n,8192,1,81895,9.9969482421875
SRDID,λ<=n,8192,1,77277,9.4332275390625
SRDID,λ<=n,8192,1,84814,10.353271484375
SRDID,λ<=n,8192,1,85450,10.430908203125
SRDID,λ<=n,8192,1,61584,7.517578125
SRDID,λ<=n,8192,1,83138,10.148681640625
SRDID,λ<=n,8192,1,112893,13.7808837890625
SRDID,λ<=n,8192,1,66061,8.0640869140625
SRDID,λ<=n,8192,1,91882,11.216064453125
SRDID,λ<=n,8192,1,74486,9.092529296875
SRDID,λ<=n,8192,1,74119,9.0477294921875
SRDID,λ<=n,8192,1,85509,10.4381103515625
SRDID,λ<=n,8192,1,68590,8.372802734375
SRDID,λ<=n,8192,1,123873,15.1212158203125
SRDID,λ<=n,8192,1,71979,8.7864990234375
SRDID,λ<=n,8192,1,75706,9.241455078125
SRDID,λ<=n,8192,1,64147,7.8304443359375
SRDID,λ<=n,8192,1,63826,7.791259765625
SRDID,λ<=n,8192,1,81068,9.89599609375
SRDID,λ<=n,8192,1,63013,7.6920166015625
SRDID,λ<=n,8192,1,68805,8.3990478515625
SRDID,λ<=n,8192,1,74978,9.152587890625
SRDID,λ<=n,8192,1,76987,9.3978271484375
SRDID,λ<=n,8192,1,66337,8.0977783203125
SRDID,λ<=n,8192,1,88569,10.8116455078125
SRDID,λ<=n,8192,1,70459,8.6009521484375
SRDID,λ<=n,8192,1,109228,13.33349609375
SRDID,λ<=n,8192,1,73442,8.965087890625
SRDID,λ<=n,8192,1,108132,13.19970703125
SRDID,λ<=n,8192,1,109144,13.3232421875
SRDID,λ<=n,8192,1,65237,7.9635009765625
SRDID,λ<=n,8192,1,81718,9.975341796875
SRDID,λ<=n,8192,1,95963,11.7142333984375
SRDID,λ<=n,8192,1,72006,8.789794921875
SRDID,λ<=n,8192,1,74233,9.0616455078125
SRDID,λ<=n,8192,1,66246,8.086669921875
SRDID,λ<=n,8192,1,90653,11.0660400390625
SRDID,λ<=n,8192,1,74886,9.141357421875
SRDID,λ<=n,8192,1,88850,10.845947265625
SRDID,λ<=n,8192,1,128526,15.689208984375
SRDID,λ<=n,8192,1,81992,10.0087890625
SRDID,λ<=n,8192,1,64351,7.8553466796875
SRDID,λ<=n,8192,1,70415,8.5955810546875
SRDID,λ<=n,8192,1,74608,9.107421875
SRDID,λ<=n,8192,1,70334,8.585693359375
SRDID,λ<=n,8192,1,74927,9.1463623046875
SRDID,λ<=n,8192,1,66323,8.0960693359375
SRDID,λ<=n,8192,1,87599,10.6932373046875
SRDID,λ<=n,8192,1,80652,9.84521484375
SRDID,λ<=n,8192,1,92323,11.2698974609375
SRDID,λ<=n,8192,1,68285,8.3355712890625
SRDID,λ<=n,8192,1,83970,10.250244140625
SRDID,λ<=n,8192,1,60871,7.4305419921875
SRDID,λ<=n,8192,1,82152,10.0283203125
SRDID,λ<=n,8192,1,75104,9.16796875
SRDID,λ<=n,8192,1,101681,12.4122314453125
SRDID,λ<=n,8192,1,95390,11.644287109375
SRDID,λ<=n,8192,1,105270,12.850341796875
SRDID,λ<=n,8192,1,67146,8.196533203125
SRDID,λ<=n,8192,1,100732,12.29638671875
SRDID,λ<=n,8192,1,117687,14.3660888671875
SRDID,λ<=n,8192,1,93195,11.3763427734375
SRDID,λ<=n,8192,1,80174,9.786865234375
SRDID,λ<=n,8192,1,73689,8.9952392578125
SRDID,λ<=n,8192,1,85667,10.4573974609375
SRDID,λ<=n,8192,1,65016,7.9365234375
SRDID,λ<=n,8192,1,72790,8.885498046875
SRDID,λ<=n,8192,1,73096,8.9228515625
SRDID,λ<=n,8192,1,64428,7.86474609375
SRDID,λ<=n,8192,1,87047,10.6258544921875
SRDID,λ<=n,8192,1,66199,8.0809326171875
SRDID,λ<=n,8192,1,72755,8.8812255859375
SRDID,λ<=n,8192,1,71099,8.6790771484375
SRDID,λ<=n,8192,1,109139,13.3226318359375
SRDID,λ<=n,8192,1,68783,8.3963623046875
SRDID,λ<=n,8192,1,77029,9.4029541015625
SHDID,λ<=n,8192,1,93728,11.44140625
SHDID,λ<=n,8192,1,77549,9.4664306640625
SHDID,λ<=n,8192,1,97327,11.8807373046875
SHDID,λ<=n,8192,1,68399,8.3494873046875
SHDID,λ<=n,8192,1,60425,7.3760986328125
SHDID,λ<=n,8192,1,61738,7.536376953125
SHDID,λ<=n,8192,1,95258,11.628173828125
SHDID,λ<=n,8192,1,85617,10.4512939453125
SHDID,λ<=n,8192,1,63213,7.7164306640625
SHDID,λ<=n,8192,1,58322,7.119384765625
SHDID,λ<=n,8192,1,68024,8.3037109375
SHDID,λ<=n,8192,1,55050,6.719970703125
SHDID,λ<=n,8192,1,72101,8.8013916015625
SHDID,λ<=n,8192,1,59452,7.25732421875
SHDID,λ<=n,8192,1,95193,11.6202392578125
SHDID,λ<=n,8192,1,69831,8.5242919921875
SHDID,λ<=n,8192,1,97252,11.87158203125
SHDID,λ<=n,8192,1,100795,12.3040771484375
SHDID,λ<=n,8192,1,81759,9.9803466796875
SHDID,λ<=n,8192,1,79697,9.7286376953125
SHDID,λ<=n,8192,1,61794,7.543212890625
SHDID,λ<=n,8192,1,120835,14.7503662109375
SHDID,λ<=n,8192,1,87057,10.6270751953125
SHDID,λ<=n,8192,1,85898,10.485595703125
SHDID,λ<=n,8192,1,77351,9.4422607421875
SHDID,λ<=n,8192,1,81454,9.943115234375
SHDID,λ<=n,8192,1,60939,7.4388427734375
SHDID,λ<=n,8192,1,90051,10.9925537109375
SHDID,λ<=n,8192,1,73882,9.018798828125
SHDID,λ<=n,8192,1,56762,6.928955078125
SHDID,λ<=n,8192,1,65271,7.9676513671875
SHDID,λ<=n,8192,1,89797,10.9615478515625
SHDID,λ<=n,8192,1,64180,7.83447265625
SHDID,λ<=n,8192,1,77983,9.5194091796875
SHDID,λ<=n,8192,1,65881,8.0421142578125
SHDID,λ<=n,8192,1,70791,8.6414794921875
SHDID,λ<=n,8192,1,76876,9.38427734375
SHDID,λ<=n,8192,1,67778,8.273681640625
SHDID,λ<=n,8192,1,64055,7.8192138671875
SHDID,λ<=n,8192,1,77345,9.4415283203125
SHDID,λ<=n,8192,1,64586,7.884033203125
SHDID,λ<=n,8192,1,84805,10.3521728515625
SHDID,λ<=n,8192,1,63288,7.7255859375
SHDID,λ<=n,8192,1,68722,8.388916015625
SHDID,λ<=n,8192,1,76587,9.3489990234375
SHDID,λ<=n,8192,1,76488,9.3369140625
SHDID,λ<=n,8192,1,69202,8.447509765625
SHDID,λ<=n,8192,1,164602,20.093017578125
SHDID,λ<=n,8192,1,55429,6.7662353515625
SHDID,λ<=n,8192,1,63333,7.7310791015625
SHDID,λ<=n,8192,1,73481,8.9698486328125
SHDID,λ<=n,8192,1,75038,9.159912109375
SHDID,λ<=n,8192,1,57168,6.978515625
SHDID,λ<=n,8192,1,81531,9.9525146484375
SHDID,λ<=n,8192,1,60731,7.4134521484375
SHDID,λ<=n,8192,1,109930,13.419189453125
SHDID,λ<=n,8192,1,89132,10.88037109375
SHDID,λ<=n,8192,1,60705,7.4102783203125
SHDID,λ<=n,8192,1,65067,7.9427490234375
SHDID,λ<=n,8192,1,93839,11.4549560546875
SHDID,λ<=n,8192,1,64419,7.8636474609375
SHDID,λ<=n,8192,1,72792,8.8857421875
SHDID,λ<=n,8192,1,104085,12.7056884765625
SHDID,λ<=n,8192,1,66737,8.1466064453125
SHDID,λ<=n,8192,1,69265,8.4552001953125
SHDID,λ<=n,8192,1,101336,12.3701171875
SHDID,λ<=n,8192,1,60784,7.419921875
SHDID,λ<=n,8192,1,66702,8.142333984375
SHDID,λ<=n,8192,1,80791,9.8621826171875
SHDID,λ<=n,8192,1,71683,8.7503662109375
SHDID,λ<=n,8192,1,76593,9.3497314453125
SHDID,λ<=n,8192,1,60204,7.34912109375
SHDID,λ<=n,8192,1,73459,8.9671630859375
SHDID,λ<=n,8192,1,73581,8.9820556640625
SHDID,λ<=n,8192,1,79231,9.6717529296875
SHDID,λ<=n,8192,1,83744,10.22265625
SHDID,λ<=n,8192,1,66778,8.151611328125
SHDID,λ<=n,8192,1,65028,7.93798828125
SHDID,λ<=n,8192,1,74621,9.1090087890625
SHDID,λ<=n,8192,1,86932,10.61181640625
SHDID,λ<=n,8192,1,80847,9.8690185546875
SHDID,λ<=n,8192,1,64123,7.8275146484375
SHDID,λ<=n,8192,1,70859,8.6497802734375
SHDID,λ<=n,8192,1,81001,9.8878173828125
SHDID,λ<=n,8192,1,61012,7.44775390625
SHDID,λ<=n,8192,1,73614,8.986083984375
SHDID,λ<=n,8192,1,71409,8.7169189453125
SHDID,λ<=n,8192,1,60184,7.3466796875
SHDID,λ<=n,8192,1,79424,9.6953125
SHDID,λ<=n,8192,1,59893,7.3111572265625
SHDID,λ<=n,8192,1,76373,9.3228759765625
SHDID,λ<=n,8192,1,64448,7.8671875
SHDID,λ<=n,8192,1,93586,11.424072265625
SHDID,λ<=n,8192,1,74916,9.14501953125
SHDID,λ<=n,8192,1,97046,11.846435546875
SHDID,λ<=n,8192,1,84513,10.3165283203125
SHDID,λ<=n,8192,1,86015,10.4998779296875
SHDID,λ<=n,8192,1,55805,6.8121337890625
SHDID,λ<=n,8192,1,87288,10.6552734375
SHDID,λ<=n,8192,1,78353,9.5645751953125
SHLID,λ<=n,8192,1,104706,12.781494140625
SHLID,λ<=n,8192,1,71450,8.721923828125
SHLID,λ<=n,8192,1,99855,12.1893310546875
SHLID,λ<=n,8192,1,84102,10.266357421875
SHLID,λ<=n,8192,1,64400,7.861328125
SHLID,λ<=n,8192,1,69060,8.43017578125
SHLID,λ<=n,8192,1,78608,9.595703125
SHLID,λ<=n,8192,1,69326,8.462646484375
SHLID,λ<=n,8192,1,81756,9.97998046875
SHLID,λ<=n,8192,1,101483,12.3880615234375
SHLID,λ<=n,8192,1,75242,9.184814453125
SHLID,λ<=n,8192,1,73524,8.97509765625
SHLID,λ<=n,8192,1,63066,7.698486328125
SHLID,λ<=n,8192,1,84218,10.280517578125
SHLID,λ<=n,8192,1,66694,8.141357421875
SHLID,λ<=n,8192,1,77959,9.5164794921875
SHLID,λ<=n,8192,1,83097,10.1436767578125
SHLID,λ<=n,8192,1,67833,8.2803955078125
SHLID,λ<=n,8192,1,76442,9.331298828125
SHLID,λ<=n,8192,1,81931,10.0013427734375
SHLID,λ<=n,8192,1,62515,7.6312255859375
SHLID,λ<=n,8192,1,75723,9.2435302734375
SHLID,λ<=n,8192,1,117714,14.369384765625
SHLID,λ<=n,8192,1,78550,9.588623046875
SHLID,λ<=n,8192,1,115175,14.0594482421875
SHLID,λ<=n,8192,1,70562,8.613525390625
SHLID,λ<=n,8192,1,113639,13.8719482421875
SHLID,λ<=n,8192,1,73088,8.921875
SHLID,λ<=n,8192,1,66885,8.1646728515625
SHLID,λ<=n,8192,1,72865,8.8946533203125
SHLID,λ<=n,8192,1,71738,8.757080078125
SHLID,λ<=n,8192,1,69986,8.543212890625
SHLID,λ<=n,8192,1,117453,14.3375244140625
SHLID,λ<=n,8192,1,63141,7.7076416015625
SHLID,λ<=n,8192,1,77894,9.508544921875
SHLID,λ<=n,8192,1,91450,11.163330078125
SHLID,λ<=n,8192,1,85480,10.4345703125
SHLID,λ<=n,8192,1,60903,7.4344482421875
SHLID,λ<=n,8192,1,80312,9.8037109375
SHLID,λ<=n,8192,1,75821,9.2554931640625
SHLID,λ<=n,8192,1,78526,9.585693359375
SHLID,λ<=n,8192,1,87310,10.657958984375
SHLID,λ<=n,8192,1,85075,10.3851318359375
SHLID,λ<=n,8192,1,69260,8.45458984375
SHLID,λ<=n,8192,1,81344,9.9296875
SHLID,λ<=n,8192,1,66165,8.0767822265625
SHLID,λ<=n,8192,1,121156,14.78955078125
SHLID,λ<=n,8192,1,65577,8.0050048828125
SHLID,λ<=n,8192,1,68399,8.3494873046875
SHLID,λ<=n,8192,1,70211,8.5706787109375
SHLID,λ<=n,8192,1,83984,10.251953125
SHLID,λ<=n,8192,1,66143,8.0740966796875
SHLID,λ<=n,8192,1,87524,10.68408203125
SHLID,λ<=n,8192,1,70035,8.5491943359375
SHLID,λ<=n,8192,1,62680,7.6513671875
SHLID,λ<=n,8192,1,67058,8.185791015625
SHLID,λ<=n,8192,1,69407,8.4725341796875
SHLID,λ<=n,8192,1,66563,8.1253662109375
SHLID,λ<=n,8192,1,101733,12.4185791015625
SHLID,λ<=n,8192,1,83850,10.235595703125
SHLID,λ<=n,8192,1,87589,10.6920166015625
SHLID,λ<=n,8192,1,95403,11.6458740234375
SHLID,λ<=n,8192,1,139881,17.0753173828125
SHLID,λ<=n,8192,1,82493,10.0699462890625
SHLID,λ<=n,8192,1,88046,10.747802734375
SHLID,λ<=n,8192,1,72059,8.7962646484375
SHLID,λ<=n,8192,1,68957,8.4176025390625
SHLID,λ<=n,8192,1,64392,7.8603515625
SHLID,λ<=n,8192,1,79472,9.701171875
SHLID,λ<=n,8192,1,88500,10.80322265625
SHLID,λ<=n,8192,1,88582,10.813232421875
SHLID,λ<=n,8192,1,62808,7.6669921875
SHLID,λ<=n,8192,1,86257,10.5294189453125
SHLID,λ<=n,8192,1,70301,8.5816650390625
SHLID,λ<=n,8192,1,99046,12.090576171875
SHLID,λ<=n,8192,1,59299,7.2386474609375
SHLID,λ<=n,8192,1,87471,10.6776123046875
SHLID,λ<=n,8192,1,86139,10.5150146484375
SHLID,λ<=n,8192,1,66198,8.080810546875
SHLID,λ<=n,8192,1,68328,8.3408203125
SHLID,λ<=n,8192,1,65869,8.0406494140625
SHLID,λ<=n,8192,1,73785,9.0069580078125
SHLID,λ<=n,8192,1,75139,9.1722412109375
SHLID,λ<=n,8192,1,62952,7.6845703125
SHLID,λ<=n,8192,1,141986,17.332275390625
SHLID,λ<=n,8192,1,92822,11.330810546875
SHLID,λ<=n,8192,1,88285,10.7769775390625
SHLID,λ<=n,8192,1,121472,14.828125
SHLID,λ<=n,8192,1,62547,7.6351318359375
SHLID,λ<=n,8192,1,75712,9.2421875
SHLID,λ<=n,8192,1,63298,7.726806640625
SHLID,λ<=n,8192,1,71279,8.7010498046875
SHLID,λ<=n,8192,1,193509,23.6217041015625
SHLID,λ<=n,8192,1,90499,11.0472412109375
SHLID,λ<=n,8192,1,65223,7.9617919921875
SHLID,λ<=n,8192,1,66430,8.109130859375
SHLID,λ<=n,8192,1,74394,9.081298828125
SHLID,λ<=n,8192,1,76283,9.3118896484375
SHLID,λ<=n,8192,1,72647,8.8680419921875
SHLID,λ<=n,8192,1,66880,8.1640625
SRLID,λ<=n,8192,1,78235,9.5501708984375
SRLID,λ<=n,8192,1,65009,7.9356689453125
SRLID,λ<=n,8192,1,61222,7.473388671875
SRLID,λ<=n,8192,1,58194,7.103759765625
SRLID,λ<=n,8192,1,68673,8.3829345703125
SRLID,λ<=n,8192,1,67009,8.1798095703125
SRLID,λ<=n,8192,1,63791,7.7869873046875
SRLID,λ<=n,8192,1,67649,8.2579345703125
SRLID,λ<=n,8192,1,63124,7.70556640625
SRLID,λ<=n,8192,1,60572,7.39404296875
SRLID,λ<=n,8192,1,64739,7.9027099609375
SRLID,λ<=n,8192,1,77074,9.408447265625
SRLID,λ<=n,8192,1,68054,8.307373046875
SRLID,λ<=n,8192,1,86392,10.5458984375
SRLID,λ<=n,8192,1,63552,7.7578125
SRLID,λ<=n,8192,1,65327,7.9744873046875
SRLID,λ<=n,8192,1,59646,7.281005859375
SRLID,λ<=n,8192,1,74446,9.087646484375
SRLID,λ<=n,8192,1,62956,7.68505859375
SRLID,λ<=n,8192,1,66496,8.1171875
SRLID,λ<=n,8192,1,69831,8.5242919921875
SRLID,λ<=n,8192,1,59882,7.309814453125
SRLID,λ<=n,8192,1,72621,8.8648681640625
SRLID,λ<=n,8192,1,72450,8.843994140625
SRLID,λ<=n,8192,1,91856,11.212890625
SRLID,λ<=n,8192,1,59716,7.28955078125
SRLID,λ<=n,8192,1,52579,6.4183349609375
SRLID,λ<=n,8192,1,83734,10.221435546875
SRLID,λ<=n,8192,1,74509,9.0953369140625
SRLID,λ<=n,8192,1,56284,6.87060546875
SRLID,λ<=n,8192,1,110405,13.4771728515625
SRLID,λ<=n,8192,1,69190,8.446044921875
SRLID,λ<=n,8192,1,101664,12.41015625
SRLID,λ<=n,8192,1,69565,8.4918212890625
SRLID,λ<=n,8192,1,63229,7.7183837890625
SRLID,λ<=n,8192,1,62913,7.6798095703125
SRLID,λ<=n,8192,1,57940,7.07275390625
SRLID,λ<=n,8192,1,86951,10.6141357421875
SRLID,λ<=n,8192,1,89519,10.9276123046875
SRLID,λ<=n,8192,1,59301,7.2388916015625
SRLID,λ<=n,8192,1,63119,7.7049560546875
SRLID,λ<=n,8192,1,58630,7.156982421875
SRLID,λ<=n,8192,1,86869,10.6041259765625
SRLID,λ<=n,8192,1,56902,6.946044921875
SRLID,λ<=n,8192,1,71459,8.7230224609375
SRLID,λ<=n,8192,1,65542,8.000732421875
SRLID,λ<=n,8192,1,63315,7.7288818359375
SRLID,λ<=n,8192,1,58500,7.14111328125
SRLID,λ<=n,8192,1,62103,7.5809326171875
SRLID,λ<=n,8192,1,56386,6.883056640625
SRLID,λ<=n,8192,1,86218,10.524658203125
SRLID,λ<=n,8192,1,61326,7.486083984375
SRLID,λ<=n,8192,1,65819,8.0345458984375
SRLID,λ<=n,8192,1,72293,8.8248291015625
SRLID,λ<=n,8192,1,58354,7.123291015625
SRLID,λ<=n,8192,1,65631,8.0115966796875
SRLID,λ<=n,8192,1,87677,10.7027587890625
SRLID,λ<=n,8192,1,81383,9.9344482421875
SRLID,λ<=n,8192,1,63936,7.8046875
SRLID,λ<=n,8192,1,57329,6.9981689453125
SRLID,λ<=n,8192,1,65075,7.9437255859375
SRLID,λ<=n,8192,1,67431,8.2313232421875
SRLID,λ<=n,8192,1,61181,7.4683837890625
SRLID,λ<=n,8192,1,88532,10.80712890625
SRLID,λ<=n,8192,1,66681,8.1397705078125
SRLID,λ<=n,8192,1,74956,9.14990234375
SRLID,λ<=n,8192,1,65378,7.980712890625
SRLID,λ<=n,8192,1,58825,7.1807861328125
SRLID,λ<=n,8192,1,74051,9.0394287109375
SRLID,λ<=n,8192,1,63311,7.7283935546875
SRLID,λ<=n,8192,1,90158,11.005615234375
SRLID,λ<=n,8192,1,68329,8.3409423828125
SRLID,λ<=n,8192,1,72887,8.8973388671875
SRLID,λ<=n,8192,1,64427,7.8646240234375
SRLID,λ<=n,8192,1,64474,7.870361328125
SRLID,λ<=n,8192,1,68212,8.32666015625
SRLID,λ<=n,8192,1,88857,10.8468017578125
SRLID,λ<=n,8192,1,88353,10.7852783203125
SRLID,λ<=n,8192,1,54172,6.61279296875
SRLID,λ<=n,8192,1,59131,7.2181396484375
SRLID,λ<=n,8192,1,55767,6.8074951171875
SRLID,λ<=n,8192,1,65682,8.017822265625
SRLID,λ<=n,8192,1,58917,7.1920166015625
SRLID,λ<=n,8192,1,102300,12.48779296875
SRLID,λ<=n,8192,1,58386,7.127197265625
SRLID,λ<=n,8192,1,62857,7.6729736328125
SRLID,λ<=n,8192,1,74406,9.082763671875
SRLID,λ<=n,8192,1,63688,7.7744140625
SRLID,λ<=n,8192,1,61173,7.4674072265625
SRLID,λ<=n,8192,1,124684,15.22021484375
SRLID,λ<=n,8192,1,65989,8.0552978515625
SRLID,λ<=n,8192,1,90277,11.0201416015625
SRLID,λ<=n,8192,1,76115,9.2913818359375
SRLID,λ<=n,8192,1,68579,8.3714599609375
SRLID,λ<=n,8192,1,72511,8.8514404296875
SRLID,λ<=n,8192,1,81285,9.9224853515625
SRLID,λ<=n,8192,1,75427,9.2073974609375
SRLID,λ<=n,8192,1,75862,9.260498046875
SRLID,λ<=n,8192,1,69041,8.4278564453125
SRLID,λ<=n,8192,1,58459,7.1361083984375
SSLID,λ<=n,8192,1,164235,20.0482177734375
SSLID,λ<=n,8192,1,166270,20.296630859375
SSLID,λ<=n,8192,1,147244,17.97412109375
SSLID,λ<=n,8192,1,159464,19.4658203125
SSLID,λ<=n,8192,1,152259,18.5863037109375
SSLID,λ<=n,8192,1,116978,14.279541015625
SSLID,λ<=n,8192,1,117175,14.3035888671875
SSLID,λ<=n,8192,1,133929,16.3487548828125
SSLID,λ<=n,8192,1,167690,20.469970703125
SSLID,λ<=n,8192,1,142945,17.4493408203125
SSLID,λ<=n,8192,1,175273,21.3956298828125
SSLID,λ<=n,8192,1,157762,19.258056640625
SSLID,λ<=n,8192,1,171225,20.9014892578125
SSLID,λ<=n,8192,1,157891,19.2738037109375
SSLID,λ<=n,8192,1,178608,21.802734375
SSLID,λ<=n,8192,1,137066,16.731689453125
SSLID,λ<=n,8192,1,129349,15.7896728515625
SSLID,λ<=n,8192,1,107591,13.1336669921875
SSLID,λ<=n,8192,1,133632,16.3125
SSLID,λ<=n,8192,1,171398,20.922607421875
SSLID,λ<=n,8192,1,114785,14.0118408203125
SSLID,λ<=n,8192,1,234742,28.655029296875
SSLID,λ<=n,8192,1,195427,23.8558349609375
SSLID,λ<=n,8192,1,149617,18.2637939453125
SSLID,λ<=n,8192,1,159014,19.410888671875
SSLID,λ<=n,8192,1,197412,24.09814453125
SSLID,λ<=n,8192,1,141193,17.2354736328125
SSLID,λ<=n,8192,1,144514,17.640869140625
SSLID,λ<=n,8192,1,138081,16.8555908203125
SSLID,λ<=n,8192,1,105186,12.840087890625
SSLID,λ<=n,8192,1,136634,16.678955078125
SSLID,λ<=n,8192,1,178836,21.83056640625
SSLID,λ<=n,8192,1,182009,22.2178955078125
SSLID,λ<=n,8192,1,184105,22.4737548828125
SSLID,λ<=n,8192,1,138662,16.926513671875
SSLID,λ<=n,8192,1,124294,15.172607421875
SSLID,λ<=n,8192,1,146735,17.9119873046875
SSLID,λ<=n,8192,1,148983,18.1864013671875
SSLID,λ<=n,8192,1,105349,12.8599853515625
SSLID,λ<=n,8192,1,166251,20.2943115234375
SSLID,λ<=n,8192,1,147136,17.9609375
SSLID,λ<=n,8192,1,281454,34.357177734375
SSLID,λ<=n,8192,1,130467,15.9261474609375
SSLID,λ<=n,8192,1,146274,17.855712890625
SSLID,λ<=n,8192,1,143197,17.4801025390625
SSLID,λ<=n,8192,1,157913,19.2764892578125
SSLID,λ<=n,8192,1,137846,16.826904296875
SSLID,λ<=n,8192,1,178896,21.837890625
SSLID,λ<=n,8192,1,223011,27.2230224609375
SSLID,λ<=n,8192,1,129451,15.8021240234375
SSLID,λ<=n,8192,1,135698,16.564697265625
SSLID,λ<=n,8192,1,125365,15.3033447265625
SSLID,λ<=n,8192,1,213459,26.0570068359375
SSLID,λ<=n,8192,1,127277,15.5367431640625
SSLID,λ<=n,8192,1,126811,15.4798583984375
SSLID,λ<=n,8192,1,271404,33.13037109375
SSLID,λ<=n,8192,1,117367,14.3270263671875
SSLID,λ<=n,8192,1,146034,17.826416015625
SSLID,λ<=n,8192,1,135058,16.486572265625
SSLID,λ<=n,8192,1,147022,17.947021484375
SSLID,λ<=n,8192,1,149776,18.283203125
SSLID,λ<=n,8192,1,115061,14.0455322265625
SSLID,λ<=n,8192,1,114687,13.9998779296875
SSLID,λ<=n,8192,1,116243,14.1898193359375
SSLID,λ<=n,8192,1,156969,19.1612548828125
SSLID,λ<=n,8192,1,131696,16.076171875
SSLID,λ<=n,8192,1,202018,24.660400390625
SSLID,λ<=n,8192,1,119879,14.6336669921875
SSLID,λ<=n,8192,1,119367,14.5711669921875
SSLID,λ<=n,8192,1,217659,26.5697021484375
SSLID,λ<=n,8192,1,171222,20.901123046875
SSLID,λ<=n,8192,1,134869,16.4635009765625
SSLID,λ<=n,8192,1,108642,13.261962890625
SSLID,λ<=n,8192,1,182012,22.21826171875
SSLID,λ<=n,8192,1,147677,18.0269775390625
SSLID,λ<=n,8192,1,132480,16.171875
SSLID,λ<=n,8192,1,141135,17.2283935546875
SSLID,λ<=n,8192,1,150535,18.3758544921875
SSLID,λ<=n,8192,1,183327,22.3787841796875
SSLID,λ<=n,8192,1,168985,20.6280517578125
SSLID,λ<=n,8192,1,157581,19.2359619140625
SSLID,λ<=n,8192,1,283832,34.6474609375
SSLID,λ<=n,8192,1,135411,16.5296630859375
SSLID,λ<=n,8192,1,147457,18.0001220703125
SSLID,λ<=n,8192,1,223115,27.2357177734375
SSLID,λ<=n,8192,1,158093,19.2984619140625
SSLID,λ<=n,8192,1,160604,19.60498046875
SSLID,λ<=n,8192,1,143325,17.4957275390625
SSLID,λ<=n,8192,1,126166,15.401123046875
SSLID,λ<=n,8192,1,213087,26.0115966796875
SSLID,λ<=n,8192,1,135260,16.51123046875
SSLID,λ<=n,8192,1,158191,19.3104248046875
SSLID,λ<=n,8192,1,165733,20.2310791015625
SSLID,λ<=n,8192,1,157947,19.2806396484375
SSLID,λ<=n,8192,1,159805,19.5074462890625
SSLID,λ<=n,8192,1,149367,18.2332763671875
SSLID,λ<=n,8192,1,141981,17.3316650390625
SSLID,λ<=n,8192,1,164387,20.0667724609375
SSLID,λ<=n,8192,1,165399,20.1903076171875
SSLID,λ<=n,8192,1,160973,19.6500244140625
SSDCU,λ<=n,8192,1,135763,16.5726318359375
SSDCU,λ<=n,8192,1,87955,10.7366943359375
SSDCU,λ<=n,8192,1,110805,13.5260009765625
SSDCU,λ<=n,8192,1,109697,13.3907470703125
SSDCU,λ<=n,8192,1,98551,12.0301513671875
SSDCU,λ<=n,8192,1,89534,10.929443359375
SSDCU,λ<=n,8192,1,126465,15.4376220703125
SSDCU,λ<=n,8192,1,108873,13.2901611328125
SSDCU,λ<=n,8192,1,79949,9.7593994140625
SSDCU,λ<=n,8192,1,159522,19.472900390625
SSDCU,λ<=n,8192,1,92076,11.23974609375
SSDCU,λ<=n,8192,1,176301,21.5211181640625
SSDCU,λ<=n,8192,1,98748,12.05419921875
SSDCU,λ<=n,8192,1,81000,9.8876953125
SSDCU,λ<=n,8192,1,130126,15.884521484375
SSDCU,λ<=n,8192,1,99183,12.1072998046875
SSDCU,λ<=n,8192,1,160779,19.6263427734375
SSDCU,λ<=n,8192,1,147702,18.030029296875
SSDCU,λ<=n,8192,1,142354,17.377197265625
SSDCU,λ<=n,8192,1,104904,12.8056640625
SSDCU,λ<=n,8192,1,88169,10.7628173828125
SSDCU,λ<=n,8192,1,142771,17.4281005859375
SSDCU,λ<=n,8192,1,98937,12.0772705078125
SSDCU,λ<=n,8192,1,135721,16.5675048828125
SSDCU,λ<=n,8192,1,85544,10.4423828125
SSDCU,λ<=n,8192,1,109718,13.393310546875
SSDCU,λ<=n,8192,1,90925,11.0992431640625
SSDCU,λ<=n,8192,1,119249,14.5567626953125
SSDCU,λ<=n,8192,1,85782,10.471435546875
SSDCU,λ<=n,8192,1,101391,12.3768310546875
SSDCU,λ<=n,8192,1,140490,17.149658203125
SSDCU,λ<=n,8192,1,106190,12.962646484375
SSDCU,λ<=n,8192,1,98082,11.972900390625
SSDCU,λ<=n,8192,1,142863,17.4393310546875
SSDCU,λ<=n,8192,1,95977,11.7159423828125
SSDCU,λ<=n,8192,1,100727,12.2957763671875
SSDCU,λ<=n,8192,1,88022,10.744873046875
SSDCU,λ<=n,8192,1,85344,10.41796875
SSDCU,λ<=n,8192,1,103647,12.6522216796875
SSDCU,λ<=n,8192,1,140740,17.18017578125
SSDCU,λ<=n,8192,1,102124,12.46630859375
SSDCU,λ<=n,8192,1,107603,13.1351318359375
SSDCU,λ<=n,8192,1,95318,11.635498046875
SSDCU,λ<=n,8192,1,201202,24.560791015625
SSDCU,λ<=n,8192,1,98677,12.0455322265625
SSDCU,λ<=n,8192,1,112168,13.6923828125
SSDCU,λ<=n,8192,1,135664,16.560546875
SSDCU,λ<=n,8192,1,91092,11.11962890625
SSDCU,λ<=n,8192,1,122152,14.9111328125
SSDCU,λ<=n,8192,1,112943,13.7869873046875
SSDCU,λ<=n,8192,1,104353,12.7384033203125
SSDCU,λ<=n,8192,1,123753,15.1065673828125
SSDCU,λ<=n,8192,1,119556,14.59423828125
SSDCU,λ<=n,8192,1,186570,22.774658203125
SSDCU,λ<=n,8192,1,117802,14.380126953125
SSDCU,λ<=n,8192,1,137294,16.759521484375
SSDCU,λ<=n,8192,1,92236,11.25927734375
SSDCU,λ<=n,8192,1,96457,11.7745361328125
SSDCU,λ<=n,8192,1,179757,21.9429931640625
SSDCU,λ<=n,8192,1,86817,10.5977783203125
SSDCU,λ<=n,8192,1,118629,14.4810791015625
SSDCU,λ<=n,8192,1,115370,14.083251953125
SSDCU,λ<=n,8192,1,152701,18.6402587890625
SSDCU,λ<=n,8192,1,112133,13.6881103515625
SSDCU,λ<=n,8192,1,86149,10.5162353515625
SSDCU,λ<=n,8192,1,137987,16.8441162109375
SSDCU,λ<=n,8192,1,119401,14.5753173828125
SSDCU,λ<=n,8192,1,84205,10.2789306640625
SSDCU,λ<=n,8192,1,133344,16.27734375
SSDCU,λ<=n,8192,1,101123,12.3441162109375
SSDCU,λ<=n,8192,1,80668,9.84716796875
SSDCU,λ<=n,8192,1,128472,15.6826171875
SSDCU,λ<=n,8192,1,160142,19.548583984375
SSDCU,λ<=n,8192,1,105889,12.9259033203125
SSDCU,λ<=n,8192,1,117144,14.2998046875
SSDCU,λ<=n,8192,1,139059,16.9749755859375
SSDCU,λ<=n,8192,1,137894,16.832763671875
SSDCU,λ<=n,8192,1,110817,13.5274658203125
SSDCU,λ<=n,8192,1,86313,10.5362548828125
SSDCU,λ<=n,8192,1,117873,14.3887939453125
SSDCU,λ<=n,8192,1,91040,11.11328125
SSDCU,λ<=n,8192,1,105229,12.8453369140625
SSDCU,λ<=n,8192,1,149965,18.3062744140625
SSDCU,λ<=n,8192,1,96565,11.7877197265625
SSDCU,λ<=n,8192,1,140390,17.137451171875
SSDCU,λ<=n,8192,1,103056,12.580078125
SSDCU,λ<=n,8192,1,108803,13.2816162109375
SSDCU,λ<=n,8192,1,88737,10.8321533203125
SSDCU,λ<=n,8192,1,138056,16.8525390625
SSDCU,λ<=n,8192,1,90941,11.1011962890625
SSDCU,λ<=n,8192,1,92897,11.3399658203125
SSDCU,λ<=n,8192,1,106355,12.9827880859375
SSDCU,λ<=n,8192,1,107706,13.147705078125
SSDCU,λ<=n,8192,1,109396,13.35400390625
SSDCU,λ<=n,8192,1,85619,10.4515380859375
SSDCU,λ<=n,8192,1,140280,17.1240234375
SSDCU,λ<=n,8192,1,94974,11.593505859375
SSDCU,λ<=n,8192,1,88771,10.8363037109375
SSDCU,λ<=n,8192,1,121836,14.87255859375
SSDCU,λ<=n,8192,1,110295,13.4637451171875
SRDCU,λ<=n,8192,1,92953,11.3468017578125
SRDCU,λ<=n,8192,1,136236,16.63037109375
SRDCU,λ<=n,8192,1,54664,6.6728515625
SRDCU,λ<=n,8192,1,61485,7.5054931640625
SRDCU,λ<=n,8192,1,82211,10.0355224609375
SRDCU,λ<=n,8192,1,53882,6.577392578125
SRDCU,λ<=n,8192,1,64528,7.876953125
SRDCU,λ<=n,8192,1,103543,12.6395263671875
SRDCU,λ<=n,8192,1,56060,6.84326171875
SRDCU,λ<=n,8192,1,63251,7.7210693359375
SRDCU,λ<=n,8192,1,64310,7.850341796875
SRDCU,λ<=n,8192,1,73353,8.9542236328125
SRDCU,λ<=n,8192,1,64662,7.893310546875
SRDCU,λ<=n,8192,1,84996,10.37548828125
SRDCU,λ<=n,8192,1,61278,7.480224609375
SRDCU,λ<=n,8192,1,76738,9.367431640625
SRDCU,λ<=n,8192,1,60199,7.3485107421875
SRDCU,λ<=n,8192,1,58605,7.1539306640625
SRDCU,λ<=n,8192,1,140434,17.142822265625
SRDCU,λ<=n,8192,1,60670,7.406005859375
SRDCU,λ<=n,8192,1,69506,8.484619140625
SRDCU,λ<=n,8192,1,104388,12.74267578125
SRDCU,λ<=n,8192,1,63068,7.69873046875
SRDCU,λ<=n,8192,1,95051,11.6029052734375
SRDCU,λ<=n,8192,1,60274,7.357666015625
SRDCU,λ<=n,8192,1,57388,7.00537109375
SRDCU,λ<=n,8192,1,81596,9.96044921875
SRDCU,λ<=n,8192,1,105538,12.883056640625
SRDCU,λ<=n,8192,1,82263,10.0418701171875
SRDCU,λ<=n,8192,1,90604,11.06005859375
SRDCU,λ<=n,8192,1,72332,8.82958984375
SRDCU,λ<=n,8192,1,62071,7.5770263671875
SRDCU,λ<=n,8192,1,91608,11.1826171875
SRDCU,λ<=n,8192,1,64048,7.818359375
SRDCU,λ<=n,8192,1,64435,7.8656005859375
SRDCU,λ<=n,8192,1,61504,7.5078125
SRDCU,λ<=n,8192,1,69469,8.4801025390625
SRDCU,λ<=n,8192,1,58256,7.111328125
SRDCU,λ<=n,8192,1,93301,11.3892822265625
SRDCU,λ<=n,8192,1,96901,11.8287353515625
SRDCU,λ<=n,8192,1,60118,7.338623046875
SRDCU,λ<=n,8192,1,102725,12.5396728515625
SRDCU,λ<=n,8192,1,57904,7.068359375
SRDCU,λ<=n,8192,1,70551,8.6121826171875
SRDCU,λ<=n,8192,1,57927,7.0711669921875
SRDCU,λ<=n,8192,1,76513,9.3399658203125
SRDCU,λ<=n,8192,1,87180,10.64208984375
SRDCU,λ<=n,8192,1,56381,6.8824462890625
SRDCU,λ<=n,8192,1,72990,8.909912109375
SRDCU,λ<=n,8192,1,73063,8.9188232421875
SRDCU,λ<=n,8192,1,66599,8.1297607421875
SRDCU,λ<=n,8192,1,79925,9.7564697265625
SRDCU,λ<=n,8192,1,116222,14.187255859375
SRDCU,λ<=n,8192,1,121152,14.7890625
SRDCU,λ<=n,8192,1,78920,9.6337890625
SRDCU,λ<=n,8192,1,82293,10.0455322265625
SRDCU,λ<=n,8192,1,63292,7.72607421875
SRDCU,λ<=n,8192,1,56683,6.9193115234375
SRDCU,λ<=n,8192,1,61315,7.4847412109375
SRDCU,λ<=n,8192,1,113393,13.8419189453125
SRDCU,λ<=n,8192,1,134006,16.358154296875
SRDCU,λ<=n,8192,1,84509,10.3160400390625
SRDCU,λ<=n,8192,1,113271,13.8270263671875
SRDCU,λ<=n,8192,1,62492,7.62841796875
SRDCU,λ<=n,8192,1,64328,7.8525390625
SRDCU,λ<=n,8192,1,111149,13.5679931640625
SRDCU,λ<=n,8192,1,58913,7.1915283203125
SRDCU,λ<=n,8192,1,59434,7.255126953125
SRDCU,λ<=n,8192,1,67092,8.18994140625
SRDCU,λ<=n,8192,1,61110,7.459716796875
SRDCU,λ<=n,8192,1,83918,10.243896484375
SRDCU,λ<=n,8192,1,84409,10.3038330078125
SRDCU,λ<=n,8192,1,88933,10.8560791015625
SRDCU,λ<=n,8192,1,118549,14.4713134765625
SRDCU,λ<=n,8192,1,62438,7.621826171875
SRDCU,λ<=n,8192,1,51387,6.2728271484375
SRDCU,λ<=n,8192,1,48855,5.9637451171875
SRDCU,λ<=n,8192,1,75012,9.15673828125
SRDCU,λ<=n,8192,1,57758,7.050537109375
SRDCU,λ<=n,8192,1,55293,6.7496337890625
SRDCU,λ<=n,8192,1,62187,7.5911865234375
SRDCU,λ<=n,8192,1,63788,7.78662109375
SRDCU,λ<=n,8192,1,108236,13.21240234375
SRDCU,λ<=n,8192,1,86704,10.583984375
SRDCU,λ<=n,8192,1,65799,8.0321044921875
SRDCU,λ<=n,8192,1,68632,8.3779296875
SRDCU,λ<=n,8192,1,73628,8.98779296875
SRDCU,λ<=n,8192,1,68391,8.3485107421875
SRDCU,λ<=n,8192,1,61281,7.4805908203125
SRDCU,λ<=n,8192,1,85692,10.46044921875
SRDCU,λ<=n,8192,1,81304,9.9248046875
SRDCU,λ<=n,8192,1,90435,11.0394287109375
SRDCU,λ<=n,8192,1,72426,8.841064453125
SRDCU,λ<=n,8192,1,121357,14.8140869140625
SRDCU,λ<=n,8192,1,65443,7.9886474609375
SRDCU,λ<=n,8192,1,77659,9.4798583984375
SRDCU,λ<=n,8192,1,54071,6.6004638671875
SRDCU,λ<=n,8192,1,65188,7.95751953125
SRDCU,λ<=n,8192,1,60629,7.4010009765625
SRDCU,λ<=n,8192,1,76424,9.3291015625
SHDCU,λ<=n,8192,1,57923,7.0706787109375
SHDCU,λ<=n,8192,1,53286,6.504638671875
SHDCU,λ<=n,8192,1,80220,9.79248046875
SHDCU,λ<=n,8192,1,106223,12.9666748046875
SHDCU,λ<=n,8192,1,58953,7.1964111328125
SHDCU,λ<=n,8192,1,56432,6.888671875
SHDCU,λ<=n,8192,1,66469,8.1138916015625
SHDCU,λ<=n,8192,1,60221,7.3511962890625
SHDCU,λ<=n,8192,1,95335,11.6375732421875
SHDCU,λ<=n,8192,1,85347,10.4183349609375
SHDCU,λ<=n,8192,1,54397,6.6402587890625
SHDCU,λ<=n,8192,1,117046,14.287841796875
SHDCU,λ<=n,8192,1,59803,7.3001708984375
SHDCU,λ<=n,8192,1,82954,10.126220703125
SHDCU,λ<=n,8192,1,54020,6.59423828125
SHDCU,λ<=n,8192,1,225652,27.54541015625
SHDCU,λ<=n,8192,1,61545,7.5128173828125
SHDCU,λ<=n,8192,1,88154,10.760986328125
SHDCU,λ<=n,8192,1,57361,7.0020751953125
SHDCU,λ<=n,8192,1,142442,17.387939453125
SHDCU,λ<=n,8192,1,99088,12.095703125
SHDCU,λ<=n,8192,1,132909,16.2242431640625
SHDCU,λ<=n,8192,1,59464,7.2587890625
SHDCU,λ<=n,8192,1,104609,12.7696533203125
SHDCU,λ<=n,8192,1,93904,11.462890625
SHDCU,λ<=n,8192,1,74685,9.1168212890625
SHDCU,λ<=n,8192,1,61957,7.5631103515625
SHDCU,λ<=n,8192,1,123346,15.056884765625
SHDCU,λ<=n,8192,1,112151,13.6903076171875
SHDCU,λ<=n,8192,1,56707,6.9222412109375
SHDCU,λ<=n,8192,1,66625,8.1329345703125
SHDCU,λ<=n,8192,1,122548,14.95947265625
SHDCU,λ<=n,8192,1,58287,7.1151123046875
SHDCU,λ<=n,8192,1,65036,7.93896484375
SHDCU,λ<=n,8192,1,120672,14.73046875
SHDCU,λ<=n,8192,1,55837,6.8160400390625
SHDCU,λ<=n,8192,1,54202,6.616455078125
SHDCU,λ<=n,8192,1,83856,10.236328125
SHDCU,λ<=n,8192,1,58515,7.1429443359375
SHDCU,λ<=n,8192,1,60327,7.3641357421875
SHDCU,λ<=n,8192,1,60560,7.392578125
SHDCU,λ<=n,8192,1,85836,10.47802734375
SHDCU,λ<=n,8192,1,84507,10.3157958984375
SHDCU,λ<=n,8192,1,76878,9.384521484375
SHDCU,λ<=n,8192,1,77680,9.482421875
SHDCU,λ<=n,8192,1,83794,10.228759765625
SHDCU,λ<=n,8192,1,59714,7.289306640625
SHDCU,λ<=n,8192,1,72327,8.8289794921875
SHDCU,λ<=n,8192,1,58488,7.1396484375
SHDCU,λ<=n,8192,1,95475,11.6546630859375
SHDCU,λ<=n,8192,1,97947,11.9564208984375
SHDCU,λ<=n,8192,1,113151,13.8123779296875
SHDCU,λ<=n,8192,1,87670,10.701904296875
SHDCU,λ<=n,8192,1,68510,8.363037109375
SHDCU,λ<=n,8192,1,58180,7.10205078125
SHDCU,λ<=n,8192,1,50704,6.189453125
SHDCU,λ<=n,8192,1,67877,8.2857666015625
SHDCU,λ<=n,8192,1,78697,9.6065673828125
SHDCU,λ<=n,8192,1,73533,8.9761962890625
SHDCU,λ<=n,8192,1,73193,8.9346923828125
SHDCU,λ<=n,8192,1,56333,6.8765869140625
SHDCU,λ<=n,8192,1,58438,7.133544921875
SHDCU,λ<=n,8192,1,56138,6.852783203125
SHDCU,λ<=n,8192,1,80095,9.7772216796875
SHDCU,λ<=n,8192,1,61181,7.4683837890625
SHDCU,λ<=n,8192,1,115519,14.1014404296875
SHDCU,λ<=n,8192,1,106867,13.0452880859375
SHDCU,λ<=n,8192,1,61645,7.5250244140625
SHDCU,λ<=n,8192,1,96333,11.7593994140625
SHDCU,λ<=n,8192,1,55624,6.7900390625
SHDCU,λ<=n,8192,1,93680,11.435546875
SHDCU,λ<=n,8192,1,85299,10.4124755859375
SHDCU,λ<=n,8192,1,113613,13.8687744140625
SHDCU,λ<=n,8192,1,144787,17.6741943359375
SHDCU,λ<=n,8192,1,78334,9.562255859375
SHDCU,λ<=n,8192,1,80973,9.8843994140625
SHDCU,λ<=n,8192,1,66358,8.100341796875
SHDCU,λ<=n,8192,1,124723,15.2249755859375
SHDCU,λ<=n,8192,1,59880,7.3095703125
SHDCU,λ<=n,8192,1,65599,8.0076904296875
SHDCU,λ<=n,8192,1,101626,12.405517578125
SHDCU,λ<=n,8192,1,72676,8.87158203125
SHDCU,λ<=n,8192,1,58942,7.195068359375
SHDCU,λ<=n,8192,1,98407,12.0125732421875
SHDCU,λ<=n,8192,1,70194,8.568603515625
SHDCU,λ<=n,8192,1,60621,7.4000244140625
SHDCU,λ<=n,8192,1,63107,7.7034912109375
SHDCU,λ<=n,8192,1,59167,7.2225341796875
SHDCU,λ<=n,8192,1,63355,7.7337646484375
SHDCU,λ<=n,8192,1,99864,12.1904296875
SHDCU,λ<=n,8192,1,73530,8.975830078125
SHDCU,λ<=n,8192,1,92309,11.2681884765625
SHDCU,λ<=n,8192,1,53940,6.58447265625
SHDCU,λ<=n,8192,1,98654,12.042724609375
SHDCU,λ<=n,8192,1,63992,7.8115234375
SHDCU,λ<=n,8192,1,54071,6.6004638671875
SHDCU,λ<=n,8192,1,55069,6.7222900390625
SHDCU,λ<=n,8192,1,123859,15.1195068359375
SHDCU,λ<=n,8192,1,64788,7.90869140625
SHDCU,λ<=n,8192,1,71066,8.675048828125
SHLCU,λ<=n,8192,1,54776,6.6865234375
SHLCU,λ<=n,8192,1,60994,7.445556640625
SHLCU,λ<=n,8192,1,52828,6.44873046875
SHLCU,λ<=n,8192,1,56364,6.88037109375
SHLCU,λ<=n,8192,1,81436,9.94091796875
SHLCU,λ<=n,8192,1,122665,14.9737548828125
SHLCU,λ<=n,8192,1,63857,7.7950439453125
SHLCU,λ<=n,8192,1,83893,10.2408447265625
SHLCU,λ<=n,8192,1,87178,10.641845703125
SHLCU,λ<=n,8192,1,60572,7.39404296875
SHLCU,λ<=n,8192,1,96937,11.8331298828125
SHLCU,λ<=n,8192,1,67948,8.29443359375
SHLCU,λ<=n,8192,1,86781,10.5933837890625
SHLCU,λ<=n,8192,1,70917,8.6568603515625
SHLCU,λ<=n,8192,1,60266,7.356689453125
SHLCU,λ<=n,8192,1,84301,10.2906494140625
SHLCU,λ<=n,8192,1,62718,7.656005859375
SHLCU,λ<=n,8192,1,79352,9.6865234375
SHLCU,λ<=n,8192,1,71472,8.724609375
SHLCU,λ<=n,8192,1,87656,10.7001953125
SHLCU,λ<=n,8192,1,56905,6.9464111328125
SHLCU,λ<=n,8192,1,80721,9.8536376953125
SHLCU,λ<=n,8192,1,88722,10.830322265625
SHLCU,λ<=n,8192,1,78357,9.5650634765625
SHLCU,λ<=n,8192,1,113019,13.7962646484375
SHLCU,λ<=n,8192,1,82399,10.0584716796875
SHLCU,λ<=n,8192,1,69788,8.51904296875
SHLCU,λ<=n,8192,1,65592,8.0068359375
SHLCU,λ<=n,8192,1,100210,12.232666015625
SHLCU,λ<=n,8192,1,57369,7.0030517578125
SHLCU,λ<=n,8192,1,68902,8.410888671875
SHLCU,λ<=n,8192,1,56290,6.871337890625
SHLCU,λ<=n,8192,1,62915,7.6800537109375
SHLCU,λ<=n,8192,1,68364,8.34521484375
SHLCU,λ<=n,8192,1,70703,8.6307373046875
SHLCU,λ<=n,8192,1,83643,10.2103271484375
SHLCU,λ<=n,8192,1,67905,8.2891845703125
SHLCU,λ<=n,8192,1,66749,8.1480712890625
SHLCU,λ<=n,8192,1,74680,9.1162109375
SHLCU,λ<=n,8192,1,68078,8.310302734375
SHLCU,λ<=n,8192,1,55957,6.8306884765625
SHLCU,λ<=n,8192,1,101283,12.3636474609375
SHLCU,λ<=n,8192,1,70036,8.54931640625
SHLCU,λ<=n,8192,1,60801,7.4219970703125
SHLCU,λ<=n,8192,1,67639,8.2567138671875
SHLCU,λ<=n,8192,1,55566,6.782958984375
SHLCU,λ<=n,8192,1,54858,6.696533203125
SHLCU,λ<=n,8192,1,102073,12.4600830078125
SHLCU,λ<=n,8192,1,92368,11.275390625
SHLCU,λ<=n,8192,1,63472,7.748046875
SHLCU,λ<=n,8192,1,63331,7.7308349609375
SHLCU,λ<=n,8192,1,64553,7.8800048828125
SHLCU,λ<=n,8192,1,68908,8.41162109375
SHLCU,λ<=n,8192,1,92358,11.274169921875
SHLCU,λ<=n,8192,1,53681,6.5528564453125
SHLCU,λ<=n,8192,1,67583,8.2498779296875
SHLCU,λ<=n,8192,1,62142,7.585693359375
SHLCU,λ<=n,8192,1,82141,10.0269775390625
SHLCU,λ<=n,8192,1,71731,8.7562255859375
SHLCU,λ<=n,8192,1,64622,7.888427734375
SHLCU,λ<=n,8192,1,112938,13.786376953125
SHLCU,λ<=n,8192,1,50570,6.173095703125
SHLCU,λ<=n,8192,1,66386,8.103759765625
SHLCU,λ<=n,8192,1,68428,8.35302734375
SHLCU,λ<=n,8192,1,84725,10.3424072265625
SHLCU,λ<=n,8192,1,55202,6.738525390625
SHLCU,λ<=n,8192,1,59563,7.2708740234375
SHLCU,λ<=n,8192,1,77438,9.452880859375
SHLCU,λ<=n,8192,1,75610,9.229736328125
SHLCU,λ<=n,8192,1,86527,10.5623779296875
SHLCU,λ<=n,8192,1,104071,12.7039794921875
SHLCU,λ<=n,8192,1,68570,8.370361328125
SHLCU,λ<=n,8192,1,90974,11.105224609375
SHLCU,λ<=n,8192,1,53734,6.559326171875
SHLCU,λ<=n,8192,1,120910,14.759521484375
SHLCU,λ<=n,8192,1,61853,7.5504150390625
SHLCU,λ<=n,8192,1,97187,11.8636474609375
SHLCU,λ<=n,8192,1,82425,10.0616455078125
SHLCU,λ<=n,8192,1,52308,6.38525390625
SHLCU,λ<=n,8192,1,57802,7.055908203125
SHLCU,λ<=n,8192,1,74014,9.034912109375
SHLCU,λ<=n,8192,1,79994,9.764892578125
SHLCU,λ<=n,8192,1,59600,7.275390625
SHLCU,λ<=n,8192,1,64747,7.9036865234375
SHLCU,λ<=n,8192,1,66415,8.1072998046875
SHLCU,λ<=n,8192,1,63067,7.6986083984375
SHLCU,λ<=n,8192,1,61061,7.4537353515625
SHLCU,λ<=n,8192,1,62285,7.6031494140625
SHLCU,λ<=n,8192,1,63241,7.7198486328125
SHLCU,λ<=n,8192,1,79517,9.7066650390625
SHLCU,λ<=n,8192,1,66030,8.060302734375
SHLCU,λ<=n,8192,1,86109,10.5113525390625
SHLCU,λ<=n,8192,1,115935,14.1522216796875
SHLCU,λ<=n,8192,1,119187,14.5491943359375
SHLCU,λ<=n,8192,1,84229,10.2818603515625
SHLCU,λ<=n,8192,1,100543,12.2733154296875
SHLCU,λ<=n,8192,1,55498,6.774658203125
SHLCU,λ<=n,8192,1,50929,6.2169189453125
SHLCU,λ<=n,8192,1,103718,12.660888671875
SHLCU,λ<=n,8192,1,69047,8.4285888671875
SRLCU,λ<=n,8192,1,61426,7.498291015625
SRLCU,λ<=n,8192,1,75739,9.2454833984375
SRLCU,λ<=n,8192,1,71665,8.7481689453125
SRLCU,λ<=n,8192,1,63577,7.7608642578125
SRLCU,λ<=n,8192,1,64882,7.920166015625
SRLCU,λ<=n,8192,1,63076,7.69970703125
SRLCU,λ<=n,8192,1,79477,9.7017822265625
SRLCU,λ<=n,8192,1,76383,9.3240966796875
SRLCU,λ<=n,8192,1,63725,7.7789306640625
SRLCU,λ<=n,8192,1,78732,9.61083984375
SRLCU,λ<=n,8192,1,105618,12.892822265625
SRLCU,λ<=n,8192,1,77934,9.513427734375
SRLCU,λ<=n,8192,1,82341,10.0513916015625
SRLCU,λ<=n,8192,1,75791,9.2518310546875
SRLCU,λ<=n,8192,1,55434,6.766845703125
SRLCU,λ<=n,8192,1,56488,6.8955078125
SRLCU,λ<=n,8192,1,111366,13.594482421875
SRLCU,λ<=n,8192,1,57187,6.9808349609375
SRLCU,λ<=n,8192,1,92426,11.282470703125
SRLCU,λ<=n,8192,1,53673,6.5518798828125
SRLCU,λ<=n,8192,1,58051,7.0863037109375
SRLCU,λ<=n,8192,1,65802,8.032470703125
SRLCU,λ<=n,8192,1,65790,8.031005859375
SRLCU,λ<=n,8192,1,90387,11.0335693359375
SRLCU,λ<=n,8192,1,74651,9.1126708984375
SRLCU,λ<=n,8192,1,62944,7.68359375
SRLCU,λ<=n,8192,1,76696,9.3623046875
SRLCU,λ<=n,8192,1,60902,7.434326171875
SRLCU,λ<=n,8192,1,82397,10.0582275390625
SRLCU,λ<=n,8192,1,113270,13.826904296875
SRLCU,λ<=n,8192,1,61483,7.5052490234375
SRLCU,λ<=n,8192,1,66777,8.1514892578125
SRLCU,λ<=n,8192,1,56156,6.85498046875
SRLCU,λ<=n,8192,1,56728,6.9248046875
SRLCU,λ<=n,8192,1,72822,8.889404296875
SRLCU,λ<=n,8192,1,59169,7.2227783203125
SRLCU,λ<=n,8192,1,69829,8.5240478515625
SRLCU,λ<=n,8192,1,66219,8.0833740234375
SRLCU,λ<=n,8192,1,76501,9.3385009765625
SRLCU,λ<=n,8192,1,85873,10.4825439453125
SRLCU,λ<=n,8192,1,60103,7.3367919921875
SRLCU,λ<=n,8192,1,59021,7.2047119140625
SRLCU,λ<=n,8192,1,61380,7.49267578125
SRLCU,λ<=n,8192,1,57827,7.0589599609375
SRLCU,λ<=n,8192,1,62036,7.57275390625
SRLCU,λ<=n,8192,1,61307,7.4837646484375
SRLCU,λ<=n,8192,1,54403,6.6409912109375
SRLCU,λ<=n,8192,1,80104,9.7783203125
SRLCU,λ<=n,8192,1,79875,9.7503662109375
SRLCU,λ<=n,8192,1,95431,11.6492919921875
SRLCU,λ<=n,8192,1,76513,9.3399658203125
SRLCU,λ<=n,8192,1,60520,7.3876953125
SRLCU,λ<=n,8192,1,54578,6.662353515625
SRLCU,λ<=n,8192,1,67920,8.291015625
SRLCU,λ<=n,8192,1,61163,7.4661865234375
SRLCU,λ<=n,8192,1,72349,8.8316650390625
SRLCU,λ<=n,8192,1,68661,8.3814697265625
SRLCU,λ<=n,8192,1,71336,8.7080078125
SRLCU,λ<=n,8192,1,118483,14.4632568359375
SRLCU,λ<=n,8192,1,75118,9.169677734375
SRLCU,λ<=n,8192,1,83284,10.16650390625
SRLCU,λ<=n,8192,1,66236,8.08544921875
SRLCU,λ<=n,8192,1,89470,10.921630859375
SRLCU,λ<=n,8192,1,87859,10.7249755859375
SRLCU,λ<=n,8192,1,59177,7.2237548828125
SRLCU,λ<=n,8192,1,66083,8.0667724609375
SRLCU,λ<=n,8192,1,55649,6.7930908203125
SRLCU,λ<=n,8192,1,76945,9.3927001953125
SRLCU,λ<=n,8192,1,76268,9.31005859375
SRLCU,λ<=n,8192,1,59504,7.263671875
SRLCU,λ<=n,8192,1,59642,7.280517578125
SRLCU,λ<=n,8192,1,90647,11.0653076171875
SRLCU,λ<=n,8192,1,84701,10.3394775390625
SRLCU,λ<=n,8192,1,70644,8.62353515625
SRLCU,λ<=n,8192,1,66059,8.0638427734375
SRLCU,λ<=n,8192,1,56484,6.89501953125
SRLCU,λ<=n,8192,1,74036,9.03759765625
SRLCU,λ<=n,8192,1,61585,7.5177001953125
SRLCU,λ<=n,8192,1,58207,7.1053466796875
SRLCU,λ<=n,8192,1,71884,8.77490234375
SRLCU,λ<=n,8192,1,63278,7.724365234375
SRLCU,λ<=n,8192,1,74198,9.057373046875
SRLCU,λ<=n,8192,1,56964,6.95361328125
SRLCU,λ<=n,8192,1,56279,6.8699951171875
SRLCU,λ<=n,8192,1,124748,15.22802734375
SRLCU,λ<=n,8192,1,65339,7.9759521484375
SRLCU,λ<=n,8192,1,84091,10.2650146484375
SRLCU,λ<=n,8192,1,58861,7.1851806640625
SRLCU,λ<=n,8192,1,52936,6.4619140625
SRLCU,λ<=n,8192,1,69292,8.45849609375
SRLCU,λ<=n,8192,1,63648,7.76953125
SRLCU,λ<=n,8192,1,73498,8.971923828125
SRLCU,λ<=n,8192,1,63533,7.7554931640625
SRLCU,λ<=n,8192,1,55406,6.763427734375
SRLCU,λ<=n,8192,1,97912,11.9521484375
SRLCU,λ<=n,8192,1,76924,9.39013671875
SRLCU,λ<=n,8192,1,52518,6.410888671875
SRLCU,λ<=n,8192,1,50881,6.2110595703125
SRLCU,λ<=n,8192,1,63483,7.7493896484375
SRLCU,λ<=n,8192,1,79486,9.702880859375
SSLCU,λ<=n,8192,1,173982,21.238037109375
SSLCU,λ<=n,8192,1,119934,14.640380859375
SSLCU,λ<=n,8192,1,98479,12.0213623046875
SSLCU,λ<=n,8192,1,113609,13.8682861328125
SSLCU,λ<=n,8192,1,104325,12.7349853515625
SSLCU,λ<=n,8192,1,103844,12.67626953125
SSLCU,λ<=n,8192,1,130897,15.9786376953125
SSLCU,λ<=n,8192,1,121080,14.7802734375
SSLCU,λ<=n,8192,1,86569,10.5675048828125
SSLCU,λ<=n,8192,1,113785,13.8897705078125
SSLCU,λ<=n,8192,1,134116,16.37158203125
SSLCU,λ<=n,8192,1,108065,13.1915283203125
SSLCU,λ<=n,8192,1,126926,15.493896484375
SSLCU,λ<=n,8192,1,139072,16.9765625
SSLCU,λ<=n,8192,1,120044,14.65380859375
SSLCU,λ<=n,8192,1,92767,11.3240966796875
SSLCU,λ<=n,8192,1,105165,12.8375244140625
SSLCU,λ<=n,8192,1,99159,12.1043701171875
SSLCU,λ<=n,8192,1,122324,14.93212890625
SSLCU,λ<=n,8192,1,110354,13.470947265625
SSLCU,λ<=n,8192,1,92503,11.2918701171875
SSLCU,λ<=n,8192,1,100987,12.3275146484375
SSLCU,λ<=n,8192,1,106088,12.9501953125
SSLCU,λ<=n,8192,1,118947,14.5198974609375
SSLCU,λ<=n,8192,1,120719,14.7362060546875
SSLCU,λ<=n,8192,1,145937,17.8145751953125
SSLCU,λ<=n,8192,1,159206,19.434326171875
SSLCU,λ<=n,8192,1,104476,12.75341796875
SSLCU,λ<=n,8192,1,107099,13.0736083984375
SSLCU,λ<=n,8192,1,125195,15.2825927734375
SSLCU,λ<=n,8192,1,99339,12.1263427734375
SSLCU,λ<=n,8192,1,169783,20.7254638671875
SSLCU,λ<=n,8192,1,93068,11.36083984375
SSLCU,λ<=n,8192,1,142770,17.427978515625
SSLCU,λ<=n,8192,1,155897,19.0303955078125
SSLCU,λ<=n,8192,1,117395,14.3304443359375
SSLCU,λ<=n,8192,1,128773,15.7193603515625
SSLCU,λ<=n,8192,1,92492,11.29052734375
SSLCU,λ<=n,8192,1,175933,21.4761962890625
SSLCU,λ<=n,8192,1,85887,10.4842529296875
SSLCU,λ<=n,8192,1,206493,25.2066650390625
SSLCU,λ<=n,8192,1,126675,15.4632568359375
SSLCU,λ<=n,8192,1,118897,14.5137939453125
SSLCU,λ<=n,8192,1,166882,20.371337890625
SSLCU,λ<=n,8192,1,145458,17.756103515625
SSLCU,λ<=n,8192,1,92650,11.309814453125
SSLCU,λ<=n,8192,1,117358,14.325927734375
SSLCU,λ<=n,8192,1,114107,13.9290771484375
SSLCU,λ<=n,8192,1,135617,16.5548095703125
SSLCU,λ<=n,8192,1,223947,27.3372802734375
SSLCU,λ<=n,8192,1,149311,18.2264404296875
SSLCU,λ<=n,8192,1,116967,14.2781982421875
SSLCU,λ<=n,8192,1,113862,13.899169921875
SSLCU,λ<=n,8192,1,112664,13.7529296875
SSLCU,λ<=n,8192,1,114950,14.031982421875
SSLCU,λ<=n,8192,1,92217,11.2569580078125
SSLCU,λ<=n,8192,1,104580,12.76611328125
SSLCU,λ<=n,8192,1,134828,16.45849609375
SSLCU,λ<=n,8192,1,108666,13.264892578125
SSLCU,λ<=n,8192,1,96633,11.7960205078125
SSLCU,λ<=n,8192,1,182359,22.2606201171875
SSLCU,λ<=n,8192,1,126101,15.3931884765625
SSLCU,λ<=n,8192,1,186329,22.7452392578125
SSLCU,λ<=n,8192,1,179086,21.861083984375
SSLCU,λ<=n,8192,1,139917,17.0797119140625
SSLCU,λ<=n,8192,1,102310,12.489013671875
SSLCU,λ<=n,8192,1,100465,12.2637939453125
SSLCU,λ<=n,8192,1,113794,13.890869140625
SSLCU,λ<=n,8192,1,125295,15.2947998046875
SSLCU,λ<=n,8192,1,104479,12.7537841796875
SSLCU,λ<=n,8192,1,118732,14.49365234375
SSLCU,λ<=n,8192,1,131946,16.106689453125
SSLCU,λ<=n,8192,1,95064,11.6044921875
SSLCU,λ<=n,8192,1,148411,18.1165771484375
SSLCU,λ<=n,8192,1,136704,16.6875
SSLCU,λ<=n,8192,1,88147,10.7601318359375
SSLCU,λ<=n,8192,1,97101,11.8531494140625
SSLCU,λ<=n,8192,1,100914,12.318603515625
SSLCU,λ<=n,8192,1,163345,19.9395751953125
SSLCU,λ<=n,8192,1,107389,13.1090087890625
SSLCU,λ<=n,8192,1,93804,11.45068359375
SSLCU,λ<=n,8192,1,102638,12.529052734375
SSLCU,λ<=n,8192,1,228552,27.8994140625
SSLCU,λ<=n,8192,1,253285,30.9185791015625
SSLCU,λ<=n,8192,1,102297,12.4874267578125
SSLCU,λ<=n,8192,1,158037,19.2916259765625
SSLCU,λ<=n,8192,1,89274,10.897705078125
SSLCU,λ<=n,8192,1,129958,15.864013671875
SSLCU,λ<=n,8192,1,82548,10.07666015625
SSLCU,λ<=n,8192,1,185449,22.6378173828125
SSLCU,λ<=n,8192,1,136089,16.6124267578125
SSLCU,λ<=n,8192,1,91348,11.15087890625
SSLCU,λ<=n,8192,1,154345,18.8409423828125
SSLCU,λ<=n,8192,1,121350,14.813232421875
SSLCU,λ<=n,8192,1,96460,11.77490234375
SSLCU,λ<=n,8192,1,109873,13.4122314453125
SSLCU,λ<=n,8192,1,128418,15.676025390625
SSLCU,λ<=n,8192,1,105411,12.8675537109375
SSLCU,λ<=n,8192,1,130074,15.878173828125
SSLCU,λ<=n,8192,1,128672,15.70703125
SSDSU,λ<=n,8192,1,148879,18.1737060546875
SSDSU,λ<=n,8192,1,126371,15.4261474609375
SSDSU,λ<=n,8192,1,131082,16.001220703125
SSDSU,λ<=n,8192,1,109721,13.3936767578125
SSDSU,λ<=n,8192,1,102311,12.4891357421875
SSDSU,λ<=n,8192,1,126364,15.42529296875
SSDSU,λ<=n,8192,1,116987,14.2806396484375
SSDSU,λ<=n,8192,1,140197,17.1138916015625
SSDSU,λ<=n,8192,1,149756,18.28076171875
SSDSU,λ<=n,8192,1,145351,17.7430419921875
SSDSU,λ<=n,8192,1,137446,16.778076171875
SSDSU,λ<=n,8192,1,134219,16.3841552734375
SSDSU,λ<=n,8192,1,95956,11.71337890625
SSDSU,λ<=n,8192,1,118953,14.5206298828125
SSDSU,λ<=n,8192,1,134422,16.408935546875
SSDSU,λ<=n,8192,1,131207,16.0164794921875
SSDSU,λ<=n,8192,1,106992,13.060546875
SSDSU,λ<=n,8192,1,123392,15.0625
SSDSU,λ<=n,8192,1,148943,18.1815185546875
SSDSU,λ<=n,8192,1,129469,15.8043212890625
SSDSU,λ<=n,8192,1,111328,13.58984375
SSDSU,λ<=n,8192,1,129112,15.7607421875
SSDSU,λ<=n,8192,1,113066,13.802001953125
SSDSU,λ<=n,8192,1,135079,16.4891357421875
SSDSU,λ<=n,8192,1,143845,17.5592041015625
SSDSU,λ<=n,8192,1,105450,12.872314453125
SSDSU,λ<=n,8192,1,128545,15.6915283203125
SSDSU,λ<=n,8192,1,122391,14.9403076171875
SSDSU,λ<=n,8192,1,134993,16.4786376953125
SSDSU,λ<=n,8192,1,117829,14.3834228515625
SSDSU,λ<=n,8192,1,118984,14.5244140625
SSDSU,λ<=n,8192,1,180121,21.9874267578125
SSDSU,λ<=n,8192,1,130941,15.9840087890625
SSDSU,λ<=n,8192,1,104946,12.810791015625
SSDSU,λ<=n,8192,1,118752,14.49609375
SSDSU,λ<=n,8192,1,177138,21.623291015625
SSDSU,λ<=n,8192,1,138470,16.903076171875
SSDSU,λ<=n,8192,1,161836,19.75537109375
SSDSU,λ<=n,8192,1,105119,12.8319091796875
SSDSU,λ<=n,8192,1,109168,13.326171875
SSDSU,λ<=n,8192,1,122203,14.9173583984375
SSDSU,λ<=n,8192,1,144624,17.654296875
SSDSU,λ<=n,8192,1,123271,15.0477294921875
SSDSU,λ<=n,8192,1,188604,23.02294921875
SSDSU,λ<=n,8192,1,113791,13.8905029296875
SSDSU,λ<=n,8192,1,221987,27.0980224609375
SSDSU,λ<=n,8192,1,144905,17.6885986328125
SSDSU,λ<=n,8192,1,122896,15.001953125
SSDSU,λ<=n,8192,1,144913,17.6895751953125
SSDSU,λ<=n,8192,1,114517,13.9791259765625
SSDSU,λ<=n,8192,1,119128,14.5419921875
SSDSU,λ<=n,8192,1,149888,18.296875
SSDSU,λ<=n,8192,1,137803,16.8216552734375
SSDSU,λ<=n,8192,1,163964,20.01513671875
SSDSU,λ<=n,8192,1,116136,14.1767578125
SSDSU,λ<=n,8192,1,149543,18.2547607421875
SSDSU,λ<=n,8192,1,117655,14.3621826171875
SSDSU,λ<=n,8192,1,114865,14.0216064453125
SSDSU,λ<=n,8192,1,148915,18.1781005859375
SSDSU,λ<=n,8192,1,127251,15.5335693359375
SSDSU,λ<=n,8192,1,141553,17.2794189453125
SSDSU,λ<=n,8192,1,134836,16.45947265625
SSDSU,λ<=n,8192,1,145857,17.8048095703125
SSDSU,λ<=n,8192,1,113089,13.8048095703125
SSDSU,λ<=n,8192,1,143822,17.556396484375
SSDSU,λ<=n,8192,1,143599,17.5291748046875
SSDSU,λ<=n,8192,1,130062,15.876708984375
SSDSU,λ<=n,8192,1,103915,12.6849365234375
SSDSU,λ<=n,8192,1,113712,13.880859375
SSDSU,λ<=n,8192,1,120690,14.732666015625
SSDSU,λ<=n,8192,1,102784,12.546875
SSDSU,λ<=n,8192,1,125410,15.308837890625
SSDSU,λ<=n,8192,1,137514,16.786376953125
SSDSU,λ<=n,8192,1,123529,15.0792236328125
SSDSU,λ<=n,8192,1,144970,17.696533203125
SSDSU,λ<=n,8192,1,115742,14.128662109375
SSDSU,λ<=n,8192,1,96076,11.72802734375
SSDSU,λ<=n,8192,1,96892,11.82763671875
SSDSU,λ<=n,8192,1,101527,12.3934326171875
SSDSU,λ<=n,8192,1,115632,14.115234375
SSDSU,λ<=n,8192,1,95233,11.6251220703125
SSDSU,λ<=n,8192,1,121393,14.8184814453125
SSDSU,λ<=n,8192,1,145999,17.8221435546875
SSDSU,λ<=n,8192,1,119452,14.58154296875
SSDSU,λ<=n,8192,1,160612,19.60595703125
SSDSU,λ<=n,8192,1,143587,17.5277099609375
SSDSU,λ<=n,8192,1,139969,17.0860595703125
SSDSU,λ<=n,8192,1,145306,17.737548828125
SSDSU,λ<=n,8192,1,143641,17.5343017578125
SSDSU,λ<=n,8192,1,108940,13.29833984375
SSDSU,λ<=n,8192,1,149930,18.302001953125
SSDSU,λ<=n,8192,1,165492,20.20166015625
SSDSU,λ<=n,8192,1,131639,16.0692138671875
SSDSU,λ<=n,8192,1,152160,18.57421875
SSDSU,λ<=n,8192,1,161056,19.66015625
SSDSU,λ<=n,8192,1,181220,22.12158203125
SSDSU,λ<=n,8192,1,112923,13.7845458984375
SSDSU,λ<=n,8192,1,111368,13.5947265625
SSDSU,λ<=n,8192,1,139001,16.9678955078125
SSDSU,λ<=n,8192,1,141821,17.3121337890625
SRDSU,λ<=n,8192,1,76216,9.3037109375
SRDSU,λ<=n,8192,1,62380,7.61474609375
SRDSU,λ<=n,8192,1,68985,8.4210205078125
SRDSU,λ<=n,8192,1,103167,12.5936279296875
SRDSU,λ<=n,8192,1,64931,7.9261474609375
SRDSU,λ<=n,8192,1,67104,8.19140625
SRDSU,λ<=n,8192,1,59745,7.2930908203125
SRDSU,λ<=n,8192,1,63612,7.76513671875
SRDSU,λ<=n,8192,1,70946,8.660400390625
SRDSU,λ<=n,8192,1,59180,7.22412109375
SRDSU,λ<=n,8192,1,77008,9.400390625
SRDSU,λ<=n,8192,1,115537,14.1036376953125
SRDSU,λ<=n,8192,1,80965,9.8834228515625
SRDSU,λ<=n,8192,1,57637,7.0357666015625
SRDSU,λ<=n,8192,1,71827,8.7679443359375
SRDSU,λ<=n,8192,1,73751,9.0028076171875
SRDSU,λ<=n,8192,1,89211,10.8900146484375
SRDSU,λ<=n,8192,1,52143,6.3651123046875
SRDSU,λ<=n,8192,1,95866,11.702392578125
SRDSU,λ<=n,8192,1,74302,9.070068359375
SRDSU,λ<=n,8192,1,68705,8.3868408203125
SRDSU,λ<=n,8192,1,73499,8.9720458984375
SRDSU,λ<=n,8192,1,161854,19.757568359375
SRDSU,λ<=n,8192,1,61224,7.4736328125
SRDSU,λ<=n,8192,1,68050,8.306884765625
SRDSU,λ<=n,8192,1,78946,9.636962890625
SRDSU,λ<=n,8192,1,89507,10.9261474609375
SRDSU,λ<=n,8192,1,92043,11.2357177734375
SRDSU,λ<=n,8192,1,79111,9.6571044921875
SRDSU,λ<=n,8192,1,64352,7.85546875
SRDSU,λ<=n,8192,1,76539,9.3431396484375
SRDSU,λ<=n,8192,1,61945,7.5616455078125
SRDSU,λ<=n,8192,1,70642,8.623291015625
SRDSU,λ<=n,8192,1,59324,7.24169921875
SRDSU,λ<=n,8192,1,82264,10.0419921875
SRDSU,λ<=n,8192,1,66661,8.1373291015625
SRDSU,λ<=n,8192,1,63216,7.716796875
SRDSU,λ<=n,8192,1,83278,10.165771484375
SRDSU,λ<=n,8192,1,72224,8.81640625
SRDSU,λ<=n,8192,1,64835,7.9144287109375
SRDSU,λ<=n,8192,1,56146,6.853759765625
SRDSU,λ<=n,8192,1,59629,7.2789306640625
SRDSU,λ<=n,8192,1,64861,7.9176025390625
SRDSU,λ<=n,8192,1,94364,11.51904296875
SRDSU,λ<=n,8192,1,69025,8.4259033203125
SRDSU,λ<=n,8192,1,66947,8.1722412109375
SRDSU,λ<=n,8192,1,80051,9.7718505859375
SRDSU,λ<=n,8192,1,51816,6.3251953125
SRDSU,λ<=n,8192,1,69929,8.5362548828125
SRDSU,λ<=n,8192,1,67751,8.2703857421875
SRDSU,λ<=n,8192,1,70799,8.6424560546875
SRDSU,λ<=n,8192,1,80054,9.772216796875
SRDSU,λ<=n,8192,1,71259,8.6986083984375
SRDSU,λ<=n,8192,1,78099,9.5335693359375
SRDSU,λ<=n,8192,1,56606,6.909912109375
SRDSU,λ<=n,8192,1,109767,13.3992919921875
SRDSU,λ<=n,8192,1,74057,9.0401611328125
SRDSU,λ<=n,8192,1,71495,8.7274169921875
SRDSU,λ<=n,8192,1,82140,10.02685546875
SRDSU,λ<=n,8192,1,62020,7.57080078125
SRDSU,λ<=n,8192,1,77595,9.4720458984375
SRDSU,λ<=n,8192,1,71465,8.7237548828125
SRDSU,λ<=n,8192,1,54711,6.6785888671875
SRDSU,λ<=n,8192,1,99222,12.112060546875
SRDSU,λ<=n,8192,1,68538,8.366455078125
SRDSU,λ<=n,8192,1,96289,11.7540283203125
SRDSU,λ<=n,8192,1,75473,9.2130126953125
SRDSU,λ<=n,8192,1,96235,11.7474365234375
SRDSU,λ<=n,8192,1,81320,9.9267578125
SRDSU,λ<=n,8192,1,118369,14.4493408203125
SRDSU,λ<=n,8192,1,77921,9.5118408203125
SRDSU,λ<=n,8192,1,99608,12.1591796875
SRDSU,λ<=n,8192,1,85380,10.42236328125
SRDSU,λ<=n,8192,1,104316,12.73388671875
SRDSU,λ<=n,8192,1,64535,7.8778076171875
SRDSU,λ<=n,8192,1,67359,8.2225341796875
SRDSU,λ<=n,8192,1,61748,7.53759765625
SRDSU,λ<=n,8192,1,66322,8.095947265625
SRDSU,λ<=n,8192,1,63516,7.75341796875
SRDSU,λ<=n,8192,1,59523,7.2659912109375
SRDSU,λ<=n,8192,1,64970,7.930908203125
SRDSU,λ<=n,8192,1,63286,7.725341796875
SRDSU,λ<=n,8192,1,68162,8.320556640625
SRDSU,λ<=n,8192,1,57412,7.00830078125
SRDSU,λ<=n,8192,1,80500,9.82666015625
SRDSU,λ<=n,8192,1,84773,10.3482666015625
SRDSU,λ<=n,8192,1,87483,10.6790771484375
SRDSU,λ<=n,8192,1,64801,7.9102783203125
SRDSU,λ<=n,8192,1,68404,8.35009765625
SRDSU,λ<=n,8192,1,54503,6.6531982421875
SRDSU,λ<=n,8192,1,70456,8.6005859375
SRDSU,λ<=n,8192,1,62349,7.6109619140625
SRDSU,λ<=n,8192,1,65253,7.9654541015625
SRDSU,λ<=n,8192,1,65188,7.95751953125
SRDSU,λ<=n,8192,1,81798,9.985107421875
SRDSU,λ<=n,8192,1,57375,7.0037841796875
SRDSU,λ<=n,8192,1,55889,6.8223876953125
SRDSU,λ<=n,8192,1,82261,10.0416259765625
SRDSU,λ<=n,8192,1,83016,10.1337890625
SRDSU,λ<=n,8192,1,76816,9.376953125
SHDSU,λ<=n,8192,1,58060,7.08740234375
SHDSU,λ<=n,8192,1,86972,10.61669921875
SHDSU,λ<=n,8192,1,67092,8.18994140625
SHDSU,λ<=n,8192,1,61804,7.54443359375
SHDSU,λ<=n,8192,1,72740,8.87939453125
SHDSU,λ<=n,8192,1,75428,9.20751953125
SHDSU,λ<=n,8192,1,71938,8.781494140625
SHDSU,λ<=n,8192,1,77334,9.440185546875
SHDSU,λ<=n,8192,1,99403,12.1341552734375
SHDSU,λ<=n,8192,1,74798,9.130615234375
SHDSU,λ<=n,8192,1,62006,7.569091796875
SHDSU,λ<=n,8192,1,72456,8.8447265625
SHDSU,λ<=n,8192,1,65968,8.052734375
SHDSU,λ<=n,8192,1,74597,9.1060791015625
SHDSU,λ<=n,8192,1,79761,9.7364501953125
SHDSU,λ<=n,8192,1,60330,7.364501953125
SHDSU,λ<=n,8192,1,62714,7.655517578125
SHDSU,λ<=n,8192,1,90528,11.05078125
SHDSU,λ<=n,8192,1,80977,9.8848876953125
SHDSU,λ<=n,8192,1,79362,9.687744140625
SHDSU,λ<=n,8192,1,70961,8.6622314453125
SHDSU,λ<=n,8192,1,81396,9.93603515625
SHDSU,λ<=n,8192,1,68173,8.3218994140625
SHDSU,λ<=n,8192,1,61235,7.4749755859375
SHDSU,λ<=n,8192,1,72904,8.8994140625
SHDSU,λ<=n,8192,1,123281,15.0489501953125
SHDSU,λ<=n,8192,1,68097,8.3126220703125
SHDSU,λ<=n,8192,1,71063,8.6746826171875
SHDSU,λ<=n,8192,1,82974,10.128662109375
SHDSU,λ<=n,8192,1,86412,10.54833984375
SHDSU,λ<=n,8192,1,61073,7.4552001953125
SHDSU,λ<=n,8192,1,69489,8.4825439453125
SHDSU,λ<=n,8192,1,110350,13.470458984375
SHDSU,λ<=n,8192,1,69646,8.501708984375
SHDSU,λ<=n,8192,1,134076,16.36669921875
SHDSU,λ<=n,8192,1,74834,9.135009765625
SHDSU,λ<=n,8192,1,87659,10.7005615234375
SHDSU,λ<=n,8192,1,117739,14.3724365234375
SHDSU,λ<=n,8192,1,65717,8.0220947265625
SHDSU,λ<=n,8192,1,59894,7.311279296875
SHDSU,λ<=n,8192,1,105115,12.8314208984375
SHDSU,λ<=n,8192,1,58654,7.159912109375
SHDSU,λ<=n,8192,1,76266,9.309814453125
SHDSU,λ<=n,8192,1,82016,10.01171875
SHDSU,λ<=n,8192,1,56609,6.9102783203125
SHDSU,λ<=n,8192,1,72589,8.8609619140625
SHDSU,λ<=n,8192,1,62383,7.6151123046875
SHDSU,λ<=n,8192,1,103704,12.6591796875
SHDSU,λ<=n,8192,1,80919,9.8778076171875
SHDSU,λ<=n,8192,1,74503,9.0946044921875
SHDSU,λ<=n,8192,1,115483,14.0970458984375
SHDSU,λ<=n,8192,1,80214,9.791748046875
SHDSU,λ<=n,8192,1,79181,9.6656494140625
SHDSU,λ<=n,8192,1,62377,7.6143798828125
SHDSU,λ<=n,8192,1,69028,8.42626953125
SHDSU,λ<=n,8192,1,80515,9.8284912109375
SHDSU,λ<=n,8192,1,84800,10.3515625
SHDSU,λ<=n,8192,1,120852,14.75244140625
SHDSU,λ<=n,8192,1,72763,8.8822021484375
SHDSU,λ<=n,8192,1,79378,9.689697265625
SHDSU,λ<=n,8192,1,75142,9.172607421875
SHDSU,λ<=n,8192,1,87130,10.635986328125
SHDSU,λ<=n,8192,1,97171,11.8616943359375
SHDSU,λ<=n,8192,1,80793,9.8624267578125
SHDSU,λ<=n,8192,1,60328,7.3642578125
SHDSU,λ<=n,8192,1,85345,10.4180908203125
SHDSU,λ<=n,8192,1,71846,8.770263671875
SHDSU,λ<=n,8192,1,78344,9.5634765625
SHDSU,λ<=n,8192,1,92123,11.2454833984375
SHDSU,λ<=n,8192,1,75355,9.1986083984375
SHDSU,λ<=n,8192,1,73563,8.9798583984375
SHDSU,λ<=n,8192,1,60523,7.3880615234375
SHDSU,λ<=n,8192,1,99450,12.139892578125
SHDSU,λ<=n,8192,1,66003,8.0570068359375
SHDSU,λ<=n,8192,1,56265,6.8682861328125
SHDSU,λ<=n,8192,1,81870,9.993896484375
SHDSU,λ<=n,8192,1,86147,10.5159912109375
SHDSU,λ<=n,8192,1,85551,10.4432373046875
SHDSU,λ<=n,8192,1,67736,8.2685546875
SHDSU,λ<=n,8192,1,62685,7.6519775390625
SHDSU,λ<=n,8192,1,66886,8.164794921875
SHDSU,λ<=n,8192,1,60580,7.39501953125
SHDSU,λ<=n,8192,1,113513,13.8565673828125
SHDSU,λ<=n,8192,1,67187,8.2015380859375
SHDSU,λ<=n,8192,1,85173,10.3970947265625
SHDSU,λ<=n,8192,1,56482,6.894775390625
SHDSU,λ<=n,8192,1,71470,8.724365234375
SHDSU,λ<=n,8192,1,63465,7.7471923828125
SHDSU,λ<=n,8192,1,68560,8.369140625
SHDSU,λ<=n,8192,1,84886,10.362060546875
SHDSU,λ<=n,8192,1,91939,11.2230224609375
SHDSU,λ<=n,8192,1,59630,7.279052734375
SHDSU,λ<=n,8192,1,73927,9.0242919921875
SHDSU,λ<=n,8192,1,65505,7.9962158203125
SHDSU,λ<=n,8192,1,90631,11.0633544921875
SHDSU,λ<=n,8192,1,95585,11.6680908203125
SHDSU,λ<=n,8192,1,81636,9.96533203125
SHDSU,λ<=n,8192,1,64788,7.90869140625
SHDSU,λ<=n,8192,1,61569,7.5157470703125
SHLSU,λ<=n,8192,1,62425,7.6202392578125
SHLSU,λ<=n,8192,1,67108,8.19189453125
SHLSU,λ<=n,8192,1,84409,10.3038330078125
SHLSU,λ<=n,8192,1,62042,7.573486328125
SHLSU,λ<=n,8192,1,57592,7.0302734375
SHLSU,λ<=n,8192,1,125315,15.2972412109375
SHLSU,λ<=n,8192,1,84552,10.3212890625
SHLSU,λ<=n,8192,1,59075,7.2113037109375
SHLSU,λ<=n,8192,1,118065,14.4122314453125
SHLSU,λ<=n,8192,1,66206,8.081787109375
SHLSU,λ<=n,8192,1,56109,6.8492431640625
SHLSU,λ<=n,8192,1,93796,11.44970703125
SHLSU,λ<=n,8192,1,60218,7.350830078125
SHLSU,λ<=n,8192,1,72650,8.868408203125
SHLSU,λ<=n,8192,1,83218,10.158447265625
SHLSU,λ<=n,8192,1,55814,6.813232421875
SHLSU,λ<=n,8192,1,57574,7.028076171875
SHLSU,λ<=n,8192,1,99604,12.15869140625
SHLSU,λ<=n,8192,1,104787,12.7913818359375
SHLSU,λ<=n,8192,1,62369,7.6134033203125
SHLSU,λ<=n,8192,1,59243,7.2318115234375
SHLSU,λ<=n,8192,1,58842,7.182861328125
SHLSU,λ<=n,8192,1,88806,10.840576171875
SHLSU,λ<=n,8192,1,93431,11.4051513671875
SHLSU,λ<=n,8192,1,65325,7.9742431640625
SHLSU,λ<=n,8192,1,67011,8.1800537109375
SHLSU,λ<=n,8192,1,101516,12.39208984375
SHLSU,λ<=n,8192,1,137691,16.8079833984375
SHLSU,λ<=n,8192,1,65554,8.002197265625
SHLSU,λ<=n,8192,1,67742,8.269287109375
SHLSU,λ<=n,8192,1,89625,10.9405517578125
SHLSU,λ<=n,8192,1,68252,8.33154296875
SHLSU,λ<=n,8192,1,90292,11.02197265625
SHLSU,λ<=n,8192,1,110994,13.549072265625
SHLSU,λ<=n,8192,1,69082,8.432861328125
SHLSU,λ<=n,8192,1,74133,9.0494384765625
SHLSU,λ<=n,8192,1,84553,10.3214111328125
SHLSU,λ<=n,8192,1,93309,11.3902587890625
SHLSU,λ<=n,8192,1,88579,10.8128662109375
SHLSU,λ<=n,8192,1,61102,7.458740234375
SHLSU,λ<=n,8192,1,61276,7.47998046875
SHLSU,λ<=n,8192,1,59397,7.2506103515625
SHLSU,λ<=n,8192,1,53797,6.5670166015625
SHLSU,λ<=n,8192,1,76409,9.3272705078125
SHLSU,λ<=n,8192,1,92130,11.246337890625
SHLSU,λ<=n,8192,1,65875,8.0413818359375
SHLSU,λ<=n,8192,1,64585,7.8839111328125
SHLSU,λ<=n,8192,1,63050,7.696533203125
SHLSU,λ<=n,8192,1,78010,9.522705078125
SHLSU,λ<=n,8192,1,69404,8.47216796875
SHLSU,λ<=n,8192,1,58500,7.14111328125
SHLSU,λ<=n,8192,1,59795,7.2991943359375
SHLSU,λ<=n,8192,1,86713,10.5850830078125
SHLSU,λ<=n,8192,1,137788,16.81982421875
SHLSU,λ<=n,8192,1,92204,11.25537109375
SHLSU,λ<=n,8192,1,82503,10.0711669921875
SHLSU,λ<=n,8192,1,63487,7.7498779296875
SHLSU,λ<=n,8192,1,58694,7.164794921875
SHLSU,λ<=n,8192,1,70349,8.5875244140625
SHLSU,λ<=n,8192,1,72504,8.8505859375
SHLSU,λ<=n,8192,1,60004,7.32470703125
SHLSU,λ<=n,8192,1,108643,13.2620849609375
SHLSU,λ<=n,8192,1,73586,8.982666015625
SHLSU,λ<=n,8192,1,107474,13.119384765625
SHLSU,λ<=n,8192,1,61664,7.52734375
SHLSU,λ<=n,8192,1,71335,8.7078857421875
SHLSU,λ<=n,8192,1,115000,14.0380859375
SHLSU,λ<=n,8192,1,67163,8.1986083984375
SHLSU,λ<=n,8192,1,61122,7.461181640625
SHLSU,λ<=n,8192,1,86665,10.5792236328125
SHLSU,λ<=n,8192,1,64421,7.8638916015625
SHLSU,λ<=n,8192,1,77478,9.457763671875
SHLSU,λ<=n,8192,1,76815,9.3768310546875
SHLSU,λ<=n,8192,1,83772,10.22607421875
SHLSU,λ<=n,8192,1,80513,9.8282470703125
SHLSU,λ<=n,8192,1,73124,8.92626953125
SHLSU,λ<=n,8192,1,79899,9.7532958984375
SHLSU,λ<=n,8192,1,60388,7.37158203125
SHLSU,λ<=n,8192,1,64392,7.8603515625
SHLSU,λ<=n,8192,1,74144,9.05078125
SHLSU,λ<=n,8192,1,91438,11.161865234375
SHLSU,λ<=n,8192,1,91426,11.160400390625
SHLSU,λ<=n,8192,1,100146,12.224853515625
SHLSU,λ<=n,8192,1,98949,12.0787353515625
SHLSU,λ<=n,8192,1,91741,11.1988525390625
SHLSU,λ<=n,8192,1,65714,8.021728515625
SHLSU,λ<=n,8192,1,64269,7.8453369140625
SHLSU,λ<=n,8192,1,55357,6.7574462890625
SHLSU,λ<=n,8192,1,68354,8.343994140625
SHLSU,λ<=n,8192,1,55223,6.7410888671875
SHLSU,λ<=n,8192,1,98116,11.97705078125
SHLSU,λ<=n,8192,1,85010,10.377197265625
SHLSU,λ<=n,8192,1,57029,6.9615478515625
SHLSU,λ<=n,8192,1,71165,8.6871337890625
SHLSU,λ<=n,8192,1,79130,9.659423828125
SHLSU,λ<=n,8192,1,74642,9.111572265625
SHLSU,λ<=n,8192,1,75199,9.1795654296875
SHLSU,λ<=n,8192,1,65195,7.9583740234375
SHLSU,λ<=n,8192,1,77065,9.4073486328125
SHLSU,λ<=n,8192,1,87891,10.7288818359375
SRLSU,λ<=n,8192,1,74906,9.143798828125
SRLSU,λ<=n,8192,1,107110,13.074951171875
SRLSU,λ<=n,8192,1,58858,7.184814453125
SRLSU,λ<=n,8192,1,77672,9.4814453125
SRLSU,λ<=n,8192,1,83811,10.2308349609375
SRLSU,λ<=n,8192,1,61906,7.556884765625
SRLSU,λ<=n,8192,1,72014,8.790771484375
SRLSU,λ<=n,8192,1,70296,8.5810546875
SRLSU,λ<=n,8192,1,62840,7.6708984375
SRLSU,λ<=n,8192,1,69002,8.423095703125
SRLSU,λ<=n,8192,1,65514,7.997314453125
SRLSU,λ<=n,8192,1,58463,7.1365966796875
SRLSU,λ<=n,8192,1,64274,7.845947265625
SRLSU,λ<=n,8192,1,69188,8.44580078125
SRLSU,λ<=n,8192,1,64170,7.833251953125
SRLSU,λ<=n,8192,1,66142,8.073974609375
SRLSU,λ<=n,8192,1,80721,9.8536376953125
SRLSU,λ<=n,8192,1,101658,12.409423828125
SRLSU,λ<=n,8192,1,54074,6.600830078125
SRLSU,λ<=n,8192,1,95143,11.6141357421875
SRLSU,λ<=n,8192,1,60157,7.3433837890625
SRLSU,λ<=n,8192,1,67217,8.2052001953125
SRLSU,λ<=n,8192,1,102890,12.559814453125
SRLSU,λ<=n,8192,1,78435,9.5745849609375
SRLSU,λ<=n,8192,1,77304,9.4365234375
SRLSU,λ<=n,8192,1,80408,9.8154296875
SRLSU,λ<=n,8192,1,68667,8.3822021484375
SRLSU,λ<=n,8192,1,83698,10.217041015625
SRLSU,λ<=n,8192,1,118977,14.5235595703125
SRLSU,λ<=n,8192,1,61870,7.552490234375
SRLSU,λ<=n,8192,1,76997,9.3990478515625
SRLSU,λ<=n,8192,1,93152,11.37109375
SRLSU,λ<=n,8192,1,66510,8.118896484375
SRLSU,λ<=n,8192,1,86836,10.60009765625
SRLSU,λ<=n,8192,1,92340,11.27197265625
SRLSU,λ<=n,8192,1,94815,11.5740966796875
SRLSU,λ<=n,8192,1,76767,9.3709716796875
SRLSU,λ<=n,8192,1,63596,7.76318359375
SRLSU,λ<=n,8192,1,70095,8.5565185546875
SRLSU,λ<=n,8192,1,85259,10.4075927734375
SRLSU,λ<=n,8192,1,71148,8.68505859375
SRLSU,λ<=n,8192,1,103047,12.5789794921875
SRLSU,λ<=n,8192,1,57931,7.0716552734375
SRLSU,λ<=n,8192,1,60424,7.3759765625
SRLSU,λ<=n,8192,1,92559,11.2987060546875
SRLSU,λ<=n,8192,1,58819,7.1800537109375
SRLSU,λ<=n,8192,1,71690,8.751220703125
SRLSU,λ<=n,8192,1,76773,9.3717041015625
SRLSU,λ<=n,8192,1,79120,9.658203125
SRLSU,λ<=n,8192,1,68744,8.3916015625
SRLSU,λ<=n,8192,1,78031,9.5252685546875
SRLSU,λ<=n,8192,1,57706,7.044189453125
SRLSU,λ<=n,8192,1,60478,7.382568359375
SRLSU,λ<=n,8192,1,69845,8.5260009765625
SRLSU,λ<=n,8192,1,82175,10.0311279296875
SRLSU,λ<=n,8192,1,78995,9.6429443359375
SRLSU,λ<=n,8192,1,73854,9.015380859375
SRLSU,λ<=n,8192,1,67509,8.2408447265625
SRLSU,λ<=n,8192,1,70208,8.5703125
SRLSU,λ<=n,8192,1,75634,9.232666015625
SRLSU,λ<=n,8192,1,57436,7.01123046875
SRLSU,λ<=n,8192,1,117078,14.291748046875
SRLSU,λ<=n,8192,1,66367,8.1014404296875
SRLSU,λ<=n,8192,1,101869,12.4351806640625
SRLSU,λ<=n,8192,1,90457,11.0421142578125
SRLSU,λ<=n,8192,1,69040,8.427734375
SRLSU,λ<=n,8192,1,124795,15.2337646484375
SRLSU,λ<=n,8192,1,74615,9.1082763671875
SRLSU,λ<=n,8192,1,91439,11.1619873046875
SRLSU,λ<=n,8192,1,78028,9.52490234375
SRLSU,λ<=n,8192,1,67310,8.216552734375
SRLSU,λ<=n,8192,1,59060,7.20947265625
SRLSU,λ<=n,8192,1,65516,7.99755859375
SRLSU,λ<=n,8192,1,114964,14.03369140625
SRLSU,λ<=n,8192,1,81201,9.9122314453125
SRLSU,λ<=n,8192,1,63093,7.7017822265625
SRLSU,λ<=n,8192,1,84604,10.32763671875
SRLSU,λ<=n,8192,1,77153,9.4180908203125
SRLSU,λ<=n,8192,1,71483,8.7259521484375
SRLSU,λ<=n,8192,1,97545,11.9073486328125
SRLSU,λ<=n,8192,1,60038,7.328857421875
SRLSU,λ<=n,8192,1,61793,7.5430908203125
SRLSU,λ<=n,8192,1,53826,6.570556640625
SRLSU,λ<=n,8192,1,78689,9.6055908203125
SRLSU,λ<=n,8192,1,66257,8.0880126953125
SRLSU,λ<=n,8192,1,78640,9.599609375
SRLSU,λ<=n,8192,1,65195,7.9583740234375
SRLSU,λ<=n,8192,1,63055,7.6971435546875
SRLSU,λ<=n,8192,1,76452,9.33251953125
SRLSU,λ<=n,8192,1,55847,6.8172607421875
SRLSU,λ<=n,8192,1,76817,9.3770751953125
SRLSU,λ<=n,8192,1,56176,6.857421875
SRLSU,λ<=n,8192,1,83269,10.1646728515625
SRLSU,λ<=n,8192,1,98016,11.96484375
SRLSU,λ<=n,8192,1,80835,9.8675537109375
SRLSU,λ<=n,8192,1,94891,11.5833740234375
SRLSU,λ<=n,8192,1,67474,8.236572265625
SRLSU,λ<=n,8192,1,63930,7.803955078125
SRLSU,λ<=n,8192,1,66163,8.0765380859375
SSLSU,λ<=n,8192,1,154143,18.8162841796875
SSLSU,λ<=n,8192,1,200247,24.4442138671875
SSLSU,λ<=n,8192,1,207485,25.3277587890625
SSLSU,λ<=n,8192,1,142782,17.429443359375
SSLSU,λ<=n,8192,1,147267,17.9769287109375
SSLSU,λ<=n,8192,1,192661,23.5181884765625
SSLSU,λ<=n,8192,1,122693,14.9771728515625
SSLSU,λ<=n,8192,1,165182,20.163818359375
SSLSU,λ<=n,8192,1,157853,19.2691650390625
SSLSU,λ<=n,8192,1,172355,21.0394287109375
SSLSU,λ<=n,8192,1,132845,16.2164306640625
SSLSU,λ<=n,8192,1,197717,24.1353759765625
SSLSU,λ<=n,8192,1,162569,19.8448486328125
SSLSU,λ<=n,8192,1,161969,19.7716064453125
SSLSU,λ<=n,8192,1,188927,23.0623779296875
SSLSU,λ<=n,8192,1,252146,30.779541015625
SSLSU,λ<=n,8192,1,187626,22.903564453125
SSLSU,λ<=n,8192,1,223153,27.2403564453125
SSLSU,λ<=n,8192,1,177370,21.651611328125
SSLSU,λ<=n,8192,1,160079,19.5408935546875
SSLSU,λ<=n,8192,1,165559,20.2098388671875
SSLSU,λ<=n,8192,1,180756,22.06494140625
SSLSU,λ<=n,8192,1,148856,18.1708984375
SSLSU,λ<=n,8192,1,190860,23.29833984375
SSLSU,λ<=n,8192,1,169632,20.70703125
SSLSU,λ<=n,8192,1,206055,25.1531982421875
SSLSU,λ<=n,8192,1,200737,24.5040283203125
SSLSU,λ<=n,8192,1,200656,24.494140625
SSLSU,λ<=n,8192,1,241748,29.51025390625
SSLSU,λ<=n,8192,1,250268,30.55029296875
SSLSU,λ<=n,8192,1,161980,19.77294921875
SSLSU,λ<=n,8192,1,172285,21.0308837890625
SSLSU,λ<=n,8192,1,258566,31.563232421875
SSLSU,λ<=n,8192,1,205419,25.0755615234375
SSLSU,λ<=n,8192,1,178988,21.84912109375
SSLSU,λ<=n,8192,1,227422,27.761474609375
SSLSU,λ<=n,8192,1,205660,25.10498046875
SSLSU,λ<=n,8192,1,173321,21.1573486328125
SSLSU,λ<=n,8192,1,126115,15.3948974609375
SSLSU,λ<=n,8192,1,195436,23.85693359375
SSLSU,λ<=n,8192,1,168512,20.5703125
SSLSU,λ<=n,8192,1,270949,33.0748291015625
SSLSU,λ<=n,8192,1,204460,24.95849609375
SSLSU,λ<=n,8192,1,126153,15.3995361328125
SSLSU,λ<=n,8192,1,161792,19.75
SSLSU,λ<=n,8192,1,273403,33.3743896484375
SSLSU,λ<=n,8192,1,172936,21.1103515625
SSLSU,λ<=n,8192,1,173128,21.1337890625
SSLSU,λ<=n,8192,1,214033,26.1270751953125
SSLSU,λ<=n,8192,1,133718,16.322998046875
SSLSU,λ<=n,8192,1,237112,28.9443359375
SSLSU,λ<=n,8192,1,242999,29.6629638671875
SSLSU,λ<=n,8192,1,122156,14.91162109375
SSLSU,λ<=n,8192,1,164834,20.121337890625
SSLSU,λ<=n,8192,1,174592,21.3125
SSLSU,λ<=n,8192,1,169950,20.745849609375
SSLSU,λ<=n,8192,1,152567,18.6239013671875
SSLSU,λ<=n,8192,1,143304,17.4931640625
SSLSU,λ<=n,8192,1,133953,16.3516845703125
SSLSU,λ<=n,8192,1,172707,21.0823974609375
SSLSU,λ<=n,8192,1,152098,18.566650390625
SSLSU,λ<=n,8192,1,171134,20.890380859375
SSLSU,λ<=n,8192,1,300984,36.7412109375
SSLSU,λ<=n,8192,1,232707,28.4066162109375
SSLSU,λ<=n,8192,1,199183,24.3143310546875
SSLSU,λ<=n,8192,1,139086,16.978271484375
SSLSU,λ<=n,8192,1,121322,14.809814453125
SSLSU,λ<=n,8192,1,156097,19.0548095703125
SSLSU,λ<=n,8192,1,168349,20.5504150390625
SSLSU,λ<=n,8192,1,178485,21.7877197265625
SSLSU,λ<=n,8192,1,147919,18.0565185546875
SSLSU,λ<=n,8192,1,184439,22.5145263671875
SSLSU,λ<=n,8192,1,167313,20.4239501953125
SSLSU,λ<=n,8192,1,250486,30.576904296875
SSLSU,λ<=n,8192,1,257813,31.4713134765625
SSLSU,λ<=n,8192,1,181455,22.1502685546875
SSLSU,λ<=n,8192,1,149457,18.2442626953125
SSLSU,λ<=n,8192,1,146542,17.888427734375
SSLSU,λ<=n,8192,1,113926,13.906982421875
SSLSU,λ<=n,8192,1,139504,17.029296875
SSLSU,λ<=n,8192,1,167260,20.41748046875
SSLSU,λ<=n,8192,1,200333,24.4547119140625
SSLSU,λ<=n,8192,1,279459,34.1136474609375
SSLSU,λ<=n,8192,1,197146,24.065673828125
SSLSU,λ<=n,8192,1,161047,19.6590576171875
SSLSU,λ<=n,8192,1,160747,19.6224365234375
SSLSU,λ<=n,8192,1,228139,27.8489990234375
SSLSU,λ<=n,8192,1,202624,24.734375
SSLSU,λ<=n,8192,1,142796,17.43115234375
SSLSU,λ<=n,8192,1,149340,18.22998046875
SSLSU,λ<=n,8192,1,155061,18.9283447265625
SSLSU,λ<=n,8192,1,157240,19.1943359375
SSLSU,λ<=n,8192,1,159070,19.417724609375
SSLSU,λ<=n,8192,1,184087,22.4715576171875
SSLSU,λ<=n,8192,1,111800,13.6474609375
SSLSU,λ<=n,8192,1,209217,25.5391845703125
SSLSU,λ<=n,8192,1,162874,19.882080078125
SSLSU,λ<=n,8192,1,133311,16.2733154296875
SSLSU,λ<=n,8192,1,148226,18.093994140625
SSLSU,λ<=n,8192,1,182386,22.263916015625
SSDMU,λ<=n,8192,1,90790,11.082763671875
SSDMU,λ<=n,8192,1,136143,16.6190185546875
SSDMU,λ<=n,8192,1,83332,10.17236328125
SSDMU,λ<=n,8192,1,89139,10.8812255859375
SSDMU,λ<=n,8192,1,104065,12.7032470703125
SSDMU,λ<=n,8192,1,96563,11.7874755859375
SSDMU,λ<=n,8192,1,142198,17.358154296875
SSDMU,λ<=n,8192,1,151384,18.4794921875
SSDMU,λ<=n,8192,1,106132,12.95556640625
SSDMU,λ<=n,8192,1,121914,14.882080078125
SSDMU,λ<=n,8192,1,130169,15.8897705078125
SSDMU,λ<=n,8192,1,103418,12.624267578125
SSDMU,λ<=n,8192,1,113813,13.8931884765625
SSDMU,λ<=n,8192,1,103897,12.6827392578125
SSDMU,λ<=n,8192,1,113869,13.9000244140625
SSDMU,λ<=n,8192,1,129375,15.7928466796875
SSDMU,λ<=n,8192,1,113325,13.8336181640625
SSDMU,λ<=n,8192,1,87152,10.638671875
SSDMU,λ<=n,8192,1,185986,22.703369140625
SSDMU,λ<=n,8192,1,114704,14.001953125
SSDMU,λ<=n,8192,1,145859,17.8050537109375
SSDMU,λ<=n,8192,1,111505,13.6114501953125
SSDMU,λ<=n,8192,1,149943,18.3035888671875
SSDMU,λ<=n,8192,1,148561,18.1348876953125
SSDMU,λ<=n,8192,1,97451,11.8958740234375
SSDMU,λ<=n,8192,1,99674,12.167236328125
SSDMU,λ<=n,8192,1,101394,12.377197265625
SSDMU,λ<=n,8192,1,155622,18.996826171875
SSDMU,λ<=n,8192,1,95031,11.6004638671875
SSDMU,λ<=n,8192,1,85176,10.3974609375
SSDMU,λ<=n,8192,1,80019,9.7679443359375
SSDMU,λ<=n,8192,1,110045,13.4332275390625
SSDMU,λ<=n,8192,1,96253,11.7496337890625
SSDMU,λ<=n,8192,1,113142,13.811279296875
SSDMU,λ<=n,8192,1,126055,15.3875732421875
SSDMU,λ<=n,8192,1,123515,15.0775146484375
SSDMU,λ<=n,8192,1,88920,10.8544921875
SSDMU,λ<=n,8192,1,85861,10.4810791015625
SSDMU,λ<=n,8192,1,103357,12.6168212890625
SSDMU,λ<=n,8192,1,196515,23.9886474609375
SSDMU,λ<=n,8192,1,100891,12.3157958984375
SSDMU,λ<=n,8192,1,91881,11.2159423828125
SSDMU,λ<=n,8192,1,103471,12.6307373046875
SSDMU,λ<=n,8192,1,183018,22.341064453125
SSDMU,λ<=n,8192,1,127085,15.5133056640625
SSDMU,λ<=n,8192,1,110717,13.5152587890625
SSDMU,λ<=n,8192,1,124959,15.2537841796875
SSDMU,λ<=n,8192,1,132698,16.198486328125
SSDMU,λ<=n,8192,1,148187,18.0892333984375
SSDMU,λ<=n,8192,1,133668,16.31689453125
SSDMU,λ<=n,8192,1,99884,12.19287109375
SSDMU,λ<=n,8192,1,110124,13.44287109375
SSDMU,λ<=n,8192,1,95282,11.631103515625
SSDMU,λ<=n,8192,1,103666,12.654541015625
SSDMU,λ<=n,8192,1,134731,16.4466552734375
SSDMU,λ<=n,8192,1,114635,13.9935302734375
SSDMU,λ<=n,8192,1,105672,12.8994140625
SSDMU,λ<=n,8192,1,164910,20.130615234375
SSDMU,λ<=n,8192,1,118907,14.5150146484375
SSDMU,λ<=n,8192,1,93466,11.409423828125
SSDMU,λ<=n,8192,1,114546,13.982666015625
SSDMU,λ<=n,8192,1,104414,12.745849609375
SSDMU,λ<=n,8192,1,131690,16.075439453125
SSDMU,λ<=n,8192,1,131021,15.9937744140625
SSDMU,λ<=n,8192,1,93760,11.4453125
SSDMU,λ<=n,8192,1,111151,13.5682373046875
SSDMU,λ<=n,8192,1,152893,18.6636962890625
SSDMU,λ<=n,8192,1,82160,10.029296875
SSDMU,λ<=n,8192,1,129439,15.8006591796875
SSDMU,λ<=n,8192,1,101735,12.4188232421875
SSDMU,λ<=n,8192,1,103178,12.594970703125
SSDMU,λ<=n,8192,1,85399,10.4246826171875
SSDMU,λ<=n,8192,1,191109,23.3287353515625
SSDMU,λ<=n,8192,1,105786,12.913330078125
SSDMU,λ<=n,8192,1,89317,10.9029541015625
SSDMU,λ<=n,8192,1,137034,16.727783203125
SSDMU,λ<=n,8192,1,112107,13.6849365234375
SSDMU,λ<=n,8192,1,107750,13.153076171875
SSDMU,λ<=n,8192,1,99499,12.1458740234375
SSDMU,λ<=n,8192,1,128806,15.723388671875
SSDMU,λ<=n,8192,1,94922,11.587158203125
SSDMU,λ<=n,8192,1,133941,16.3502197265625
SSDMU,λ<=n,8192,1,106725,13.0279541015625
SSDMU,λ<=n,8192,1,118171,14.4251708984375
SSDMU,λ<=n,8192,1,134740,16.44775390625
SSDMU,λ<=n,8192,1,113196,13.81787109375
SSDMU,λ<=n,8192,1,141607,17.2860107421875
SSDMU,λ<=n,8192,1,125591,15.3309326171875
SSDMU,λ<=n,8192,1,105852,12.92138671875
SSDMU,λ<=n,8192,1,128902,15.735107421875
SSDMU,λ<=n,8192,1,124599,15.2098388671875
SSDMU,λ<=n,8192,1,113186,13.816650390625
SSDMU,λ<=n,8192,1,122539,14.9583740234375
SSDMU,λ<=n,8192,1,122306,14.929931640625
SSDMU,λ<=n,8192,1,136700,16.68701171875
SSDMU,λ<=n,8192,1,96991,11.8397216796875
SSDMU,λ<=n,8192,1,87579,10.6907958984375
SSDMU,λ<=n,8192,1,135195,16.5032958984375
SSDMU,λ<=n,8192,1,145222,17.727294921875
SSDMU,λ<=n,8192,1,112648,13.7509765625
SRDMU,λ<=n,8192,1,127491,15.5628662109375
SRDMU,λ<=n,8192,1,56728,6.9248046875
SRDMU,λ<=n,8192,1,62107,7.5814208984375
SRDMU,λ<=n,8192,1,67625,8.2550048828125
SRDMU,λ<=n,8192,1,60072,7.3330078125
SRDMU,λ<=n,8192,1,59137,7.2188720703125
SRDMU,λ<=n,8192,1,67196,8.20263671875
SRDMU,λ<=n,8192,1,59851,7.3060302734375
SRDMU,λ<=n,8192,1,63818,7.790283203125
SRDMU,λ<=n,8192,1,59484,7.26123046875
SRDMU,λ<=n,8192,1,66637,8.1343994140625
SRDMU,λ<=n,8192,1,69376,8.46875
SRDMU,λ<=n,8192,1,63597,7.7633056640625
SRDMU,λ<=n,8192,1,54213,6.6177978515625
SRDMU,λ<=n,8192,1,57361,7.0020751953125
SRDMU,λ<=n,8192,1,88114,10.756103515625
SRDMU,λ<=n,8192,1,54465,6.6485595703125
SRDMU,λ<=n,8192,1,56317,6.8746337890625
SRDMU,λ<=n,8192,1,72101,8.8013916015625
SRDMU,λ<=n,8192,1,88599,10.8153076171875
SRDMU,λ<=n,8192,1,68719,8.3885498046875
SRDMU,λ<=n,8192,1,74867,9.1390380859375
SRDMU,λ<=n,8192,1,62184,7.5908203125
SRDMU,λ<=n,8192,1,60652,7.40380859375
SRDMU,λ<=n,8192,1,62033,7.5723876953125
SRDMU,λ<=n,8192,1,57824,7.05859375
SRDMU,λ<=n,8192,1,104413,12.7457275390625
SRDMU,λ<=n,8192,1,53428,6.52197265625
SRDMU,λ<=n,8192,1,66222,8.083740234375
SRDMU,λ<=n,8192,1,59364,7.24658203125
SRDMU,λ<=n,8192,1,58499,7.1409912109375
SRDMU,λ<=n,8192,1,61766,7.539794921875
SRDMU,λ<=n,8192,1,60273,7.3575439453125
SRDMU,λ<=n,8192,1,52319,6.3865966796875
SRDMU,λ<=n,8192,1,66033,8.0606689453125
SRDMU,λ<=n,8192,1,76578,9.347900390625
SRDMU,λ<=n,8192,1,69322,8.462158203125
SRDMU,λ<=n,8192,1,69203,8.4476318359375
SRDMU,λ<=n,8192,1,63590,7.762451171875
SRDMU,λ<=n,8192,1,61466,7.503173828125
SRDMU,λ<=n,8192,1,59507,7.2640380859375
SRDMU,λ<=n,8192,1,64280,7.8466796875
SRDMU,λ<=n,8192,1,56805,6.9342041015625
SRDMU,λ<=n,8192,1,74638,9.111083984375
SRDMU,λ<=n,8192,1,55258,6.745361328125
SRDMU,λ<=n,8192,1,50108,6.11669921875
SRDMU,λ<=n,8192,1,69911,8.5340576171875
SRDMU,λ<=n,8192,1,59909,7.3131103515625
SRDMU,λ<=n,8192,1,59195,7.2259521484375
SRDMU,λ<=n,8192,1,66190,8.079833984375
SRDMU,λ<=n,8192,1,56684,6.91943359375
SRDMU,λ<=n,8192,1,65607,8.0086669921875
SRDMU,λ<=n,8192,1,66806,8.155029296875
SRDMU,λ<=n,8192,1,62537,7.6339111328125
SRDMU,λ<=n,8192,1,52879,6.4549560546875
SRDMU,λ<=n,8192,1,57750,7.049560546875
SRDMU,λ<=n,8192,1,65986,8.054931640625
SRDMU,λ<=n,8192,1,77560,9.4677734375
SRDMU,λ<=n,8192,1,59373,7.2476806640625
SRDMU,λ<=n,8192,1,64384,7.859375
SRDMU,λ<=n,8192,1,57151,6.9764404296875
SRDMU,λ<=n,8192,1,59308,7.23974609375
SRDMU,λ<=n,8192,1,57888,7.06640625
SRDMU,λ<=n,8192,1,61065,7.4542236328125
SRDMU,λ<=n,8192,1,68819,8.4007568359375
SRDMU,λ<=n,8192,1,67911,8.2899169921875
SRDMU,λ<=n,8192,1,59530,7.266845703125
SRDMU,λ<=n,8192,1,71883,8.7747802734375
SRDMU,λ<=n,8192,1,71666,8.748291015625
SRDMU,λ<=n,8192,1,92984,11.3505859375
SRDMU,λ<=n,8192,1,73516,8.97412109375
SRDMU,λ<=n,8192,1,83066,10.139892578125
SRDMU,λ<=n,8192,1,76597,9.3502197265625
SRDMU,λ<=n,8192,1,85552,10.443359375
SRDMU,λ<=n,8192,1,56758,6.928466796875
SRDMU,λ<=n,8192,1,57779,7.0531005859375
SRDMU,λ<=n,8192,1,68311,8.3387451171875
SRDMU,λ<=n,8192,1,71456,8.72265625
SRDMU,λ<=n,8192,1,78621,9.5972900390625
SRDMU,λ<=n,8192,1,54487,6.6512451171875
SRDMU,λ<=n,8192,1,53115,6.4837646484375
SRDMU,λ<=n,8192,1,65255,7.9656982421875
SRDMU,λ<=n,8192,1,63571,7.7601318359375
SRDMU,λ<=n,8192,1,60172,7.34521484375
SRDMU,λ<=n,8192,1,77172,9.42041015625
SRDMU,λ<=n,8192,1,55883,6.8216552734375
SRDMU,λ<=n,8192,1,64583,7.8836669921875
SRDMU,λ<=n,8192,1,80476,9.82373046875
SRDMU,λ<=n,8192,1,54296,6.6279296875
SRDMU,λ<=n,8192,1,59637,7.2799072265625
SRDMU,λ<=n,8192,1,64168,7.8330078125
SRDMU,λ<=n,8192,1,75575,9.2254638671875
SRDMU,λ<=n,8192,1,60192,7.34765625
SRDMU,λ<=n,8192,1,72892,8.89794921875
SRDMU,λ<=n,8192,1,54096,6.603515625
SRDMU,λ<=n,8192,1,55944,6.8291015625
SRDMU,λ<=n,8192,1,52603,6.4212646484375
SRDMU,λ<=n,8192,1,64477,7.8707275390625
SRDMU,λ<=n,8192,1,56587,6.9075927734375
SRDMU,λ<=n,8192,1,71811,8.7659912109375
SHDMU,λ<=n,8192,1,103146,12.591064453125
SHDMU,λ<=n,8192,1,75307,9.1927490234375
SHDMU,λ<=n,8192,1,68972,8.41943359375
SHDMU,λ<=n,8192,1,85426,10.427978515625
SHDMU,λ<=n,8192,1,78338,9.562744140625
SHDMU,λ<=n,8192,1,118351,14.4471435546875
SHDMU,λ<=n,8192,1,83898,10.241455078125
SHDMU,λ<=n,8192,1,64729,7.9014892578125
SHDMU,λ<=n,8192,1,52971,6.4661865234375
SHDMU,λ<=n,8192,1,68693,8.3853759765625
SHDMU,λ<=n,8192,1,102303,12.4881591796875
SHDMU,λ<=n,8192,1,62090,7.579345703125
SHDMU,λ<=n,8192,1,82367,10.0545654296875
SHDMU,λ<=n,8192,1,66900,8.16650390625
SHDMU,λ<=n,8192,1,72607,8.8631591796875
SHDMU,λ<=n,8192,1,71208,8.6923828125
SHDMU,λ<=n,8192,1,59435,7.2552490234375
SHDMU,λ<=n,8192,1,74593,9.1055908203125
SHDMU,λ<=n,8192,1,54057,6.5987548828125
SHDMU,λ<=n,8192,1,65720,8.0224609375
SHDMU,λ<=n,8192,1,73132,8.92724609375
SHDMU,λ<=n,8192,1,62251,7.5989990234375
SHDMU,λ<=n,8192,1,85544,10.4423828125
SHDMU,λ<=n,8192,1,53428,6.52197265625
SHDMU,λ<=n,8192,1,84368,10.298828125
SHDMU,λ<=n,8192,1,56807,6.9344482421875
SHDMU,λ<=n,8192,1,77926,9.512451171875
SHDMU,λ<=n,8192,1,71627,8.7435302734375
SHDMU,λ<=n,8192,1,57247,6.9881591796875
SHDMU,λ<=n,8192,1,99504,12.146484375
SHDMU,λ<=n,8192,1,98404,12.01220703125
SHDMU,λ<=n,8192,1,55237,6.7427978515625
SHDMU,λ<=n,8192,1,60716,7.41162109375
SHDMU,λ<=n,8192,1,82523,10.0736083984375
SHDMU,λ<=n,8192,1,84783,10.3494873046875
SHDMU,λ<=n,8192,1,66006,8.057373046875
SHDMU,λ<=n,8192,1,62527,7.6326904296875
SHDMU,λ<=n,8192,1,66055,8.0633544921875
SHDMU,λ<=n,8192,1,79273,9.6768798828125
SHDMU,λ<=n,8192,1,54366,6.636474609375
SHDMU,λ<=n,8192,1,74637,9.1109619140625
SHDMU,λ<=n,8192,1,63714,7.777587890625
SHDMU,λ<=n,8192,1,61308,7.48388671875
SHDMU,λ<=n,8192,1,67940,8.29345703125
SHDMU,λ<=n,8192,1,70136,8.5615234375
SHDMU,λ<=n,8192,1,69825,8.5235595703125
SHDMU,λ<=n,8192,1,55988,6.83447265625
SHDMU,λ<=n,8192,1,57788,7.05419921875
SHDMU,λ<=n,8192,1,79263,9.6756591796875
SHDMU,λ<=n,8192,1,54823,6.6922607421875
SHDMU,λ<=n,8192,1,90361,11.0303955078125
SHDMU,λ<=n,8192,1,130481,15.9278564453125
SHDMU,λ<=n,8192,1,51154,6.244384765625
SHDMU,λ<=n,8192,1,62900,7.67822265625
SHDMU,λ<=n,8192,1,96792,11.8154296875
SHDMU,λ<=n,8192,1,96973,11.8375244140625
SHDMU,λ<=n,8192,1,68136,8.3173828125
SHDMU,λ<=n,8192,1,59267,7.2347412109375
SHDMU,λ<=n,8192,1,74117,9.0474853515625
SHDMU,λ<=n,8192,1,65237,7.9635009765625
SHDMU,λ<=n,8192,1,65687,8.0184326171875
SHDMU,λ<=n,8192,1,57733,7.0474853515625
SHDMU,λ<=n,8192,1,51181,6.2476806640625
SHDMU,λ<=n,8192,1,93995,11.4739990234375
SHDMU,λ<=n,8192,1,71613,8.7418212890625
SHDMU,λ<=n,8192,1,128873,15.7315673828125
SHDMU,λ<=n,8192,1,69262,8.454833984375
SHDMU,λ<=n,8192,1,58144,7.09765625
SHDMU,λ<=n,8192,1,60805,7.4224853515625
SHDMU,λ<=n,8192,1,54857,6.6964111328125
SHDMU,λ<=n,8192,1,65381,7.9810791015625
SHDMU,λ<=n,8192,1,58288,7.115234375
SHDMU,λ<=n,8192,1,66648,8.1357421875
SHDMU,λ<=n,8192,1,55933,6.8277587890625
SHDMU,λ<=n,8192,1,77012,9.40087890625
SHDMU,λ<=n,8192,1,97377,11.8868408203125
SHDMU,λ<=n,8192,1,66278,8.090576171875
SHDMU,λ<=n,8192,1,66200,8.0810546875
SHDMU,λ<=n,8192,1,64277,7.8463134765625
SHDMU,λ<=n,8192,1,73597,8.9840087890625
SHDMU,λ<=n,8192,1,47228,5.76513671875
SHDMU,λ<=n,8192,1,58343,7.1219482421875
SHDMU,λ<=n,8192,1,56525,6.9000244140625
SHDMU,λ<=n,8192,1,54662,6.672607421875
SHDMU,λ<=n,8192,1,78014,9.523193359375
SHDMU,λ<=n,8192,1,64298,7.848876953125
SHDMU,λ<=n,8192,1,71687,8.7508544921875
SHDMU,λ<=n,8192,1,82959,10.1268310546875
SHDMU,λ<=n,8192,1,71260,8.69873046875
SHDMU,λ<=n,8192,1,58045,7.0855712890625
SHDMU,λ<=n,8192,1,62241,7.5977783203125
SHDMU,λ<=n,8192,1,75030,9.158935546875
SHDMU,λ<=n,8192,1,71339,8.7083740234375
SHDMU,λ<=n,8192,1,78218,9.548095703125
SHDMU,λ<=n,8192,1,74393,9.0811767578125
SHDMU,λ<=n,8192,1,68820,8.40087890625
SHDMU,λ<=n,8192,1,61527,7.5106201171875
SHDMU,λ<=n,8192,1,58587,7.1517333984375
SHDMU,λ<=n,8192,1,58459,7.1361083984375
SHDMU,λ<=n,8192,1,86568,10.5673828125
SHLMU,λ<=n,8192,1,64862,7.917724609375
SHLMU,λ<=n,8192,1,66770,8.150634765625
SHLMU,λ<=n,8192,1,64468,7.86962890625
SHLMU,λ<=n,8192,1,68810,8.399658203125
SHLMU,λ<=n,8192,1,81121,9.9024658203125
SHLMU,λ<=n,8192,1,66662,8.137451171875
SHLMU,λ<=n,8192,1,61759,7.5389404296875
SHLMU,λ<=n,8192,1,55574,6.783935546875
SHLMU,λ<=n,8192,1,61703,7.5321044921875
SHLMU,λ<=n,8192,1,63990,7.811279296875
SHLMU,λ<=n,8192,1,88238,10.771240234375
SHLMU,λ<=n,8192,1,57132,6.97412109375
SHLMU,λ<=n,8192,1,95871,11.7030029296875
SHLMU,λ<=n,8192,1,57361,7.0020751953125
SHLMU,λ<=n,8192,1,57474,7.015869140625
SHLMU,λ<=n,8192,1,74970,9.151611328125
SHLMU,λ<=n,8192,1,58278,7.114013671875
SHLMU,λ<=n,8192,1,89193,10.8878173828125
SHLMU,λ<=n,8192,1,78379,9.5677490234375
SHLMU,λ<=n,8192,1,66001,8.0567626953125
SHLMU,λ<=n,8192,1,66242,8.086181640625
SHLMU,λ<=n,8192,1,75955,9.2718505859375
SHLMU,λ<=n,8192,1,54737,6.6817626953125
SHLMU,λ<=n,8192,1,75151,9.1737060546875
SHLMU,λ<=n,8192,1,64391,7.8602294921875
SHLMU,λ<=n,8192,1,76579,9.3480224609375
SHLMU,λ<=n,8192,1,55039,6.7186279296875
SHLMU,λ<=n,8192,1,61260,7.47802734375
SHLMU,λ<=n,8192,1,55200,6.73828125
SHLMU,λ<=n,8192,1,83355,10.1751708984375
SHLMU,λ<=n,8192,1,68802,8.398681640625
SHLMU,λ<=n,8192,1,59651,7.2816162109375
SHLMU,λ<=n,8192,1,123942,15.129638671875
SHLMU,λ<=n,8192,1,52591,6.4197998046875
SHLMU,λ<=n,8192,1,58885,7.1881103515625
SHLMU,λ<=n,8192,1,96564,11.78759765625
SHLMU,λ<=n,8192,1,80099,9.7777099609375
SHLMU,λ<=n,8192,1,83205,10.1568603515625
SHLMU,λ<=n,8192,1,92649,11.3096923828125
SHLMU,λ<=n,8192,1,72056,8.7958984375
SHLMU,λ<=n,8192,1,98535,12.0281982421875
SHLMU,λ<=n,8192,1,72168,8.8095703125
SHLMU,λ<=n,8192,1,62448,7.623046875
SHLMU,λ<=n,8192,1,89071,10.8729248046875
SHLMU,λ<=n,8192,1,63232,7.71875
SHLMU,λ<=n,8192,1,56048,6.841796875
SHLMU,λ<=n,8192,1,98906,12.073486328125
SHLMU,λ<=n,8192,1,68256,8.33203125
SHLMU,λ<=n,8192,1,111099,13.5618896484375
SHLMU,λ<=n,8192,1,151650,18.511962890625
SHLMU,λ<=n,8192,1,71603,8.7406005859375
SHLMU,λ<=n,8192,1,53179,6.4915771484375
SHLMU,λ<=n,8192,1,55443,6.7679443359375
SHLMU,λ<=n,8192,1,100635,12.2845458984375
SHLMU,λ<=n,8192,1,66431,8.1092529296875
SHLMU,λ<=n,8192,1,60031,7.3280029296875
SHLMU,λ<=n,8192,1,61286,7.481201171875
SHLMU,λ<=n,8192,1,53326,6.509521484375
SHLMU,λ<=n,8192,1,52854,6.451904296875
SHLMU,λ<=n,8192,1,52402,6.396728515625
SHLMU,λ<=n,8192,1,60627,7.4007568359375
SHLMU,λ<=n,8192,1,81205,9.9127197265625
SHLMU,λ<=n,8192,1,66790,8.153076171875
SHLMU,λ<=n,8192,1,82200,10.0341796875
SHLMU,λ<=n,8192,1,104105,12.7081298828125
SHLMU,λ<=n,8192,1,64024,7.8154296875
SHLMU,λ<=n,8192,1,61322,7.485595703125
SHLMU,λ<=n,8192,1,99935,12.1990966796875
SHLMU,λ<=n,8192,1,80472,9.8232421875
SHLMU,λ<=n,8192,1,56158,6.855224609375
SHLMU,λ<=n,8192,1,102306,12.488525390625
SHLMU,λ<=n,8192,1,57002,6.958251953125
SHLMU,λ<=n,8192,1,78643,9.5999755859375
SHLMU,λ<=n,8192,1,72002,8.789306640625
SHLMU,λ<=n,8192,1,62441,7.6221923828125
SHLMU,λ<=n,8192,1,97766,11.934326171875
SHLMU,λ<=n,8192,1,55643,6.7923583984375
SHLMU,λ<=n,8192,1,79345,9.6856689453125
SHLMU,λ<=n,8192,1,52502,6.408935546875
SHLMU,λ<=n,8192,1,64344,7.8544921875
SHLMU,λ<=n,8192,1,81418,9.938720703125
SHLMU,λ<=n,8192,1,51126,6.240966796875
SHLMU,λ<=n,8192,1,54891,6.7005615234375
SHLMU,λ<=n,8192,1,90940,11.10107421875
SHLMU,λ<=n,8192,1,99227,12.1126708984375
SHLMU,λ<=n,8192,1,85633,10.4532470703125
SHLMU,λ<=n,8192,1,100691,12.2913818359375
SHLMU,λ<=n,8192,1,68297,8.3370361328125
SHLMU,λ<=n,8192,1,89406,10.913818359375
SHLMU,λ<=n,8192,1,77153,9.4180908203125
SHLMU,λ<=n,8192,1,102450,12.506103515625
SHLMU,λ<=n,8192,1,62620,7.64404296875
SHLMU,λ<=n,8192,1,57993,7.0792236328125
SHLMU,λ<=n,8192,1,59986,7.322509765625
SHLMU,λ<=n,8192,1,68066,8.308837890625
SHLMU,λ<=n,8192,1,84125,10.2691650390625
SHLMU,λ<=n,8192,1,62319,7.6072998046875
SHLMU,λ<=n,8192,1,56759,6.9285888671875
SHLMU,λ<=n,8192,1,83962,10.249267578125
SHLMU,λ<=n,8192,1,73754,9.003173828125
SRLMU,λ<=n,8192,1,68368,8.345703125
SRLMU,λ<=n,8192,1,55683,6.7972412109375
SRLMU,λ<=n,8192,1,53729,6.5587158203125
SRLMU,λ<=n,8192,1,79868,9.74951171875
SRLMU,λ<=n,8192,1,77097,9.4112548828125
SRLMU,λ<=n,8192,1,60436,7.37744140625
SRLMU,λ<=n,8192,1,59014,7.203857421875
SRLMU,λ<=n,8192,1,53882,6.577392578125
SRLMU,λ<=n,8192,1,106874,13.046142578125
SRLMU,λ<=n,8192,1,87745,10.7110595703125
SRLMU,λ<=n,8192,1,74199,9.0574951171875
SRLMU,λ<=n,8192,1,57141,6.9752197265625
SRLMU,λ<=n,8192,1,57077,6.9674072265625
SRLMU,λ<=n,8192,1,73668,8.99267578125
SRLMU,λ<=n,8192,1,70538,8.610595703125
SRLMU,λ<=n,8192,1,73587,8.9827880859375
SRLMU,λ<=n,8192,1,104891,12.8040771484375
SRLMU,λ<=n,8192,1,53244,6.49951171875
SRLMU,λ<=n,8192,1,56215,6.8621826171875
SRLMU,λ<=n,8192,1,72522,8.852783203125
SRLMU,λ<=n,8192,1,64834,7.914306640625
SRLMU,λ<=n,8192,1,111226,13.577392578125
SRLMU,λ<=n,8192,1,53068,6.47802734375
SRLMU,λ<=n,8192,1,63587,7.7620849609375
SRLMU,λ<=n,8192,1,66793,8.1534423828125
SRLMU,λ<=n,8192,1,71263,8.6990966796875
SRLMU,λ<=n,8192,1,52562,6.416259765625
SRLMU,λ<=n,8192,1,59033,7.2061767578125
SRLMU,λ<=n,8192,1,62593,7.6407470703125
SRLMU,λ<=n,8192,1,72680,8.8720703125
SRLMU,λ<=n,8192,1,54062,6.599365234375
SRLMU,λ<=n,8192,1,66349,8.0992431640625
SRLMU,λ<=n,8192,1,76276,9.31103515625
SRLMU,λ<=n,8192,1,75999,9.2772216796875
SRLMU,λ<=n,8192,1,62763,7.6614990234375
SRLMU,λ<=n,8192,1,98990,12.083740234375
SRLMU,λ<=n,8192,1,68918,8.412841796875
SRLMU,λ<=n,8192,1,66009,8.0577392578125
SRLMU,λ<=n,8192,1,74495,9.0936279296875
SRLMU,λ<=n,8192,1,74740,9.12353515625
SRLMU,λ<=n,8192,1,61513,7.5089111328125
SRLMU,λ<=n,8192,1,60103,7.3367919921875
SRLMU,λ<=n,8192,1,141694,17.296630859375
SRLMU,λ<=n,8192,1,59951,7.3182373046875
SRLMU,λ<=n,8192,1,62166,7.588623046875
SRLMU,λ<=n,8192,1,60247,7.3543701171875
SRLMU,λ<=n,8192,1,70726,8.633544921875
SRLMU,λ<=n,8192,1,101145,12.3468017578125
SRLMU,λ<=n,8192,1,69140,8.43994140625
SRLMU,λ<=n,8192,1,84017,10.2559814453125
SRLMU,λ<=n,8192,1,65410,7.984619140625
SRLMU,λ<=n,8192,1,57008,6.958984375
SRLMU,λ<=n,8192,1,79542,9.709716796875
SRLMU,λ<=n,8192,1,53048,6.4755859375
SRLMU,λ<=n,8192,1,77190,9.422607421875
SRLMU,λ<=n,8192,1,53254,6.500732421875
SRLMU,λ<=n,8192,1,60863,7.4295654296875
SRLMU,λ<=n,8192,1,66586,8.128173828125
SRLMU,λ<=n,8192,1,55457,6.7696533203125
SRLMU,λ<=n,8192,1,64733,7.9019775390625
SRLMU,λ<=n,8192,1,84192,10.27734375
SRLMU,λ<=n,8192,1,74233,9.0616455078125
SRLMU,λ<=n,8192,1,73556,8.97900390625
SRLMU,λ<=n,8192,1,56624,6.912109375
SRLMU,λ<=n,8192,1,61633,7.5235595703125
SRLMU,λ<=n,8192,1,64081,7.8223876953125
SRLMU,λ<=n,8192,1,59322,7.241455078125
SRLMU,λ<=n,8192,1,60494,7.384521484375
SRLMU,λ<=n,8192,1,65664,8.015625
SRLMU,λ<=n,8192,1,59187,7.2249755859375
SRLMU,λ<=n,8192,1,124874,15.243408203125
SRLMU,λ<=n,8192,1,83188,10.15478515625
SRLMU,λ<=n,8192,1,70598,8.617919921875
SRLMU,λ<=n,8192,1,62047,7.5740966796875
SRLMU,λ<=n,8192,1,59829,7.3033447265625
SRLMU,λ<=n,8192,1,123652,15.09423828125
SRLMU,λ<=n,8192,1,85499,10.4368896484375
SRLMU,λ<=n,8192,1,62296,7.6044921875
SRLMU,λ<=n,8192,1,76764,9.37060546875
SRLMU,λ<=n,8192,1,81320,9.9267578125
SRLMU,λ<=n,8192,1,71391,8.7147216796875
SRLMU,λ<=n,8192,1,65866,8.040283203125
SRLMU,λ<=n,8192,1,59667,7.2835693359375
SRLMU,λ<=n,8192,1,84416,10.3046875
SRLMU,λ<=n,8192,1,52719,6.4354248046875
SRLMU,λ<=n,8192,1,56274,6.869384765625
SRLMU,λ<=n,8192,1,61918,7.558349609375
SRLMU,λ<=n,8192,1,85688,10.4599609375
SRLMU,λ<=n,8192,1,71637,8.7447509765625
SRLMU,λ<=n,8192,1,72007,8.7899169921875
SRLMU,λ<=n,8192,1,84318,10.292724609375
SRLMU,λ<=n,8192,1,55131,6.7298583984375
SRLMU,λ<=n,8192,1,71359,8.7108154296875
SRLMU,λ<=n,8192,1,51671,6.3074951171875
SRLMU,λ<=n,8192,1,71074,8.676025390625
SRLMU,λ<=n,8192,1,61135,7.4627685546875
SRLMU,λ<=n,8192,1,72303,8.8260498046875
SRLMU,λ<=n,8192,1,66380,8.10302734375
SRLMU,λ<=n,8192,1,110114,13.441650390625
SRLMU,λ<=n,8192,1,109117,13.3199462890625
SSLMU,λ<=n,8192,1,138399,16.8944091796875
SSLMU,λ<=n,8192,1,151190,18.455810546875
SSLMU,λ<=n,8192,1,163071,19.9061279296875
SSLMU,λ<=n,8192,1,107794,13.158447265625
SSLMU,λ<=n,8192,1,158998,19.408935546875
SSLMU,λ<=n,8192,1,156823,19.1434326171875
SSLMU,λ<=n,8192,1,183452,22.39404296875
SSLMU,λ<=n,8192,1,137194,16.747314453125
SSLMU,λ<=n,8192,1,130064,15.876953125
SSLMU,λ<=n,8192,1,131620,16.06689453125
SSLMU,λ<=n,8192,1,92962,11.347900390625
SSLMU,λ<=n,8192,1,231069,28.2066650390625
SSLMU,λ<=n,8192,1,152848,18.658203125
SSLMU,λ<=n,8192,1,138840,16.9482421875
SSLMU,λ<=n,8192,1,170117,20.7662353515625
SSLMU,λ<=n,8192,1,114718,14.003662109375
SSLMU,λ<=n,8192,1,156759,19.1356201171875
SSLMU,λ<=n,8192,1,162499,19.8363037109375
SSLMU,λ<=n,8192,1,138009,16.8468017578125
SSLMU,λ<=n,8192,1,153234,18.705322265625
SSLMU,λ<=n,8192,1,121773,14.8648681640625
SSLMU,λ<=n,8192,1,107852,13.16552734375
SSLMU,λ<=n,8192,1,168962,20.625244140625
SSLMU,λ<=n,8192,1,180409,22.0225830078125
SSLMU,λ<=n,8192,1,95487,11.6561279296875
SSLMU,λ<=n,8192,1,120572,14.71826171875
SSLMU,λ<=n,8192,1,108026,13.186767578125
SSLMU,λ<=n,8192,1,117362,14.326416015625
SSLMU,λ<=n,8192,1,104664,12.7763671875
SSLMU,λ<=n,8192,1,140151,17.1082763671875
SSLMU,λ<=n,8192,1,96471,11.7762451171875
SSLMU,λ<=n,8192,1,121070,14.779052734375
SSLMU,λ<=n,8192,1,130966,15.987060546875
SSLMU,λ<=n,8192,1,168375,20.5535888671875
SSLMU,λ<=n,8192,1,94640,11.552734375
SSLMU,λ<=n,8192,1,184015,22.4627685546875
SSLMU,λ<=n,8192,1,278905,34.0460205078125
SSLMU,λ<=n,8192,1,132315,16.1517333984375
SSLMU,λ<=n,8192,1,106551,13.0067138671875
SSLMU,λ<=n,8192,1,156922,19.155517578125
SSLMU,λ<=n,8192,1,126095,15.3924560546875
SSLMU,λ<=n,8192,1,224251,27.3743896484375
SSLMU,λ<=n,8192,1,144910,17.689208984375
SSLMU,λ<=n,8192,1,99133,12.1011962890625
SSLMU,λ<=n,8192,1,143006,17.456787109375
SSLMU,λ<=n,8192,1,136254,16.632568359375
SSLMU,λ<=n,8192,1,106385,12.9864501953125
SSLMU,λ<=n,8192,1,294062,35.896240234375
SSLMU,λ<=n,8192,1,172720,21.083984375
SSLMU,λ<=n,8192,1,142758,17.426513671875
SSLMU,λ<=n,8192,1,134799,16.4549560546875
SSLMU,λ<=n,8192,1,152956,18.67138671875
SSLMU,λ<=n,8192,1,135014,16.481201171875
SSLMU,λ<=n,8192,1,169487,20.6893310546875
SSLMU,λ<=n,8192,1,131281,16.0255126953125
SSLMU,λ<=n,8192,1,121362,14.814697265625
SSLMU,λ<=n,8192,1,110646,13.506591796875
SSLMU,λ<=n,8192,1,115942,14.153076171875
SSLMU,λ<=n,8192,1,107345,13.1036376953125
SSLMU,λ<=n,8192,1,113602,13.867431640625
SSLMU,λ<=n,8192,1,145285,17.7349853515625
SSLMU,λ<=n,8192,1,120617,14.7237548828125
SSLMU,λ<=n,8192,1,129815,15.8465576171875
SSLMU,λ<=n,8192,1,138859,16.9505615234375
SSLMU,λ<=n,8192,1,115465,14.0948486328125
SSLMU,λ<=n,8192,1,331248,40.435546875
SSLMU,λ<=n,8192,1,98320,12.001953125
SSLMU,λ<=n,8192,1,173192,21.1416015625
SSLMU,λ<=n,8192,1,191959,23.4324951171875
SSLMU,λ<=n,8192,1,116936,14.2744140625
SSLMU,λ<=n,8192,1,150114,18.324462890625
SSLMU,λ<=n,8192,1,111978,13.669189453125
SSLMU,λ<=n,8192,1,96102,11.731201171875
SSLMU,λ<=n,8192,1,134899,16.4671630859375
SSLMU,λ<=n,8192,1,160443,19.5853271484375
SSLMU,λ<=n,8192,1,110420,13.47900390625
SSLMU,λ<=n,8192,1,117970,14.400634765625
SSLMU,λ<=n,8192,1,104888,12.8037109375
SSLMU,λ<=n,8192,1,220546,26.922119140625
SSLMU,λ<=n,8192,1,210634,25.712158203125
SSLMU,λ<=n,8192,1,120793,14.7452392578125
SSLMU,λ<=n,8192,1,112612,13.74658203125
SSLMU,λ<=n,8192,1,140658,17.170166015625
SSLMU,λ<=n,8192,1,102486,12.510498046875
SSLMU,λ<=n,8192,1,101636,12.40673828125
SSLMU,λ<=n,8192,1,197751,24.1395263671875
SSLMU,λ<=n,8192,1,176869,21.5904541015625
SSLMU,λ<=n,8192,1,100810,12.305908203125
SSLMU,λ<=n,8192,1,120307,14.6859130859375
SSLMU,λ<=n,8192,1,106486,12.998779296875
SSLMU,λ<=n,8192,1,127029,15.5064697265625
SSLMU,λ<=n,8192,1,155802,19.018798828125
SSLMU,λ<=n,8192,1,141588,17.28369140625
SSLMU,λ<=n,8192,1,137951,16.8397216796875
SSLMU,λ<=n,8192,1,119225,14.5538330078125
SSLMU,λ<=n,8192,1,98985,12.0831298828125
SSLMU,λ<=n,8192,1,116158,14.179443359375
SSLMU,λ<=n,8192,1,197931,24.1614990234375
SSLMU,λ<=n,8192,1,135510,16.541748046875
SSLMU,λ<=n,8192,1,125179,15.2806396484375
SSDIU,λ<=n,8192,1,144836,17.68017578125
SSDIU,λ<=n,8192,1,240867,29.4027099609375
SSDIU,λ<=n,8192,1,243815,29.7625732421875
SSDIU,λ<=n,8192,1,147438,17.997802734375
SSDIU,λ<=n,8192,1,111212,13.57568359375
SSDIU,λ<=n,8192,1,105284,12.85205078125
SSDIU,λ<=n,8192,1,159665,19.4903564453125
SSDIU,λ<=n,8192,1,165605,20.2154541015625
SSDIU,λ<=n,8192,1,131366,16.035888671875
SSDIU,λ<=n,8192,1,101621,12.4049072265625
SSDIU,λ<=n,8192,1,122565,14.9615478515625
SSDIU,λ<=n,8192,1,101794,12.426025390625
SSDIU,λ<=n,8192,1,132128,16.12890625
SSDIU,λ<=n,8192,1,208114,25.404541015625
SSDIU,λ<=n,8192,1,136039,16.6063232421875
SSDIU,λ<=n,8192,1,149171,18.2093505859375
SSDIU,λ<=n,8192,1,189591,23.1434326171875
SSDIU,λ<=n,8192,1,149001,18.1885986328125
SSDIU,λ<=n,8192,1,113029,13.7974853515625
SSDIU,λ<=n,8192,1,129445,15.8013916015625
SSDIU,λ<=n,8192,1,164558,20.087646484375
SSDIU,λ<=n,8192,1,129638,15.824951171875
SSDIU,λ<=n,8192,1,150278,18.344482421875
SSDIU,λ<=n,8192,1,226506,27.649658203125
SSDIU,λ<=n,8192,1,154678,18.881591796875
SSDIU,λ<=n,8192,1,134509,16.4195556640625
SSDIU,λ<=n,8192,1,114385,13.9630126953125
SSDIU,λ<=n,8192,1,120719,14.7362060546875
SSDIU,λ<=n,8192,1,113739,13.8841552734375
SSDIU,λ<=n,8192,1,156390,19.090576171875
SSDIU,λ<=n,8192,1,118709,14.4908447265625
SSDIU,λ<=n,8192,1,132988,16.23388671875
SSDIU,λ<=n,8192,1,114111,13.9295654296875
SSDIU,λ<=n,8192,1,106981,13.0592041015625
SSDIU,λ<=n,8192,1,121165,14.7906494140625
SSDIU,λ<=n,8192,1,131295,16.0272216796875
SSDIU,λ<=n,8192,1,188594,23.021728515625
SSDIU,λ<=n,8192,1,121466,14.827392578125
SSDIU,λ<=n,8192,1,149252,18.21923828125
SSDIU,λ<=n,8192,1,105902,12.927490234375
SSDIU,λ<=n,8192,1,123446,15.069091796875
SSDIU,λ<=n,8192,1,119385,14.5733642578125
SSDIU,λ<=n,8192,1,151719,18.5203857421875
SSDIU,λ<=n,8192,1,139296,17.00390625
SSDIU,λ<=n,8192,1,113121,13.8087158203125
SSDIU,λ<=n,8192,1,151018,18.434814453125
SSDIU,λ<=n,8192,1,121150,14.788818359375
SSDIU,λ<=n,8192,1,157749,19.2564697265625
SSDIU,λ<=n,8192,1,138560,16.9140625
SSDIU,λ<=n,8192,1,120382,14.695068359375
SSDIU,λ<=n,8192,1,164843,20.1224365234375
SSDIU,λ<=n,8192,1,155634,18.998291015625
SSDIU,λ<=n,8192,1,180598,22.045654296875
SSDIU,λ<=n,8192,1,133563,16.3040771484375
SSDIU,λ<=n,8192,1,109338,13.346923828125
SSDIU,λ<=n,8192,1,110007,13.4285888671875
SSDIU,λ<=n,8192,1,139271,17.0008544921875
SSDIU,λ<=n,8192,1,121747,14.8616943359375
SSDIU,λ<=n,8192,1,132452,16.16845703125
SSDIU,λ<=n,8192,1,210302,25.671630859375
SSDIU,λ<=n,8192,1,117258,14.313720703125
SSDIU,λ<=n,8192,1,102879,12.5584716796875
SSDIU,λ<=n,8192,1,143103,17.4686279296875
SSDIU,λ<=n,8192,1,117228,14.31005859375
SSDIU,λ<=n,8192,1,92497,11.2911376953125
SSDIU,λ<=n,8192,1,141307,17.2493896484375
SSDIU,λ<=n,8192,1,191419,23.3665771484375
SSDIU,λ<=n,8192,1,122359,14.9364013671875
SSDIU,λ<=n,8192,1,122653,14.9722900390625
SSDIU,λ<=n,8192,1,179329,21.8907470703125
SSDIU,λ<=n,8192,1,131955,16.1077880859375
SSDIU,λ<=n,8192,1,128712,15.7119140625
SSDIU,λ<=n,8192,1,116934,14.274169921875
SSDIU,λ<=n,8192,1,115941,14.1529541015625
SSDIU,λ<=n,8192,1,117979,14.4017333984375
SSDIU,λ<=n,8192,1,133919,16.3475341796875
SSDIU,λ<=n,8192,1,112870,13.778076171875
SSDIU,λ<=n,8192,1,138440,16.8994140625
SSDIU,λ<=n,8192,1,108392,13.2314453125
SSDIU,λ<=n,8192,1,109154,13.324462890625
SSDIU,λ<=n,8192,1,121505,14.8321533203125
SSDIU,λ<=n,8192,1,108052,13.18994140625
SSDIU,λ<=n,8192,1,119060,14.53369140625
SSDIU,λ<=n,8192,1,118485,14.4635009765625
SSDIU,λ<=n,8192,1,115680,14.12109375
SSDIU,λ<=n,8192,1,165771,20.2357177734375
SSDIU,λ<=n,8192,1,114199,13.9403076171875
SSDIU,λ<=n,8192,1,149851,18.2923583984375
SSDIU,λ<=n,8192,1,107880,13.1689453125
SSDIU,λ<=n,8192,1,169990,20.750732421875
SSDIU,λ<=n,8192,1,176385,21.5313720703125
SSDIU,λ<=n,8192,1,149073,18.1973876953125
SSDIU,λ<=n,8192,1,132948,16.22900390625
SSDIU,λ<=n,8192,1,115975,14.1571044921875
SSDIU,λ<=n,8192,1,116898,14.269775390625
SSDIU,λ<=n,8192,1,153610,18.751220703125
SSDIU,λ<=n,8192,1,178930,21.842041015625
SSDIU,λ<=n,8192,1,182206,22.241943359375
SSDIU,λ<=n,8192,1,128768,15.71875
SSDIU,λ<=n,8192,1,131069,15.9996337890625
SRDIU,λ<=n,8192,1,75266,9.187744140625
SRDIU,λ<=n,8192,1,79214,9.669677734375
SRDIU,λ<=n,8192,1,75310,9.193115234375
SRDIU,λ<=n,8192,1,106658,13.019775390625
SRDIU,λ<=n,8192,1,88413,10.7926025390625
SRDIU,λ<=n,8192,1,74201,9.0577392578125
SRDIU,λ<=n,8192,1,92195,11.2542724609375
SRDIU,λ<=n,8192,1,65541,8.0006103515625
SRDIU,λ<=n,8192,1,63562,7.759033203125
SRDIU,λ<=n,8192,1,64047,7.8182373046875
SRDIU,λ<=n,8192,1,99242,12.114501953125
SRDIU,λ<=n,8192,1,66024,8.0595703125
SRDIU,λ<=n,8192,1,106528,13.00390625
SRDIU,λ<=n,8192,1,74223,9.0604248046875
SRDIU,λ<=n,8192,1,73526,8.975341796875
SRDIU,λ<=n,8192,1,69243,8.4525146484375
SRDIU,λ<=n,8192,1,85521,10.4395751953125
SRDIU,λ<=n,8192,1,81984,10.0078125
SRDIU,λ<=n,8192,1,65863,8.0399169921875
SRDIU,λ<=n,8192,1,80448,9.8203125
SRDIU,λ<=n,8192,1,69455,8.4783935546875
SRDIU,λ<=n,8192,1,79269,9.6763916015625
SRDIU,λ<=n,8192,1,131426,16.043212890625
SRDIU,λ<=n,8192,1,98716,12.05029296875
SRDIU,λ<=n,8192,1,79478,9.701904296875
SRDIU,λ<=n,8192,1,73591,8.9832763671875
SRDIU,λ<=n,8192,1,73197,8.9351806640625
SRDIU,λ<=n,8192,1,55773,6.8082275390625
SRDIU,λ<=n,8192,1,89224,10.8916015625
SRDIU,λ<=n,8192,1,77352,9.4423828125
SRDIU,λ<=n,8192,1,98528,12.02734375
SRDIU,λ<=n,8192,1,69082,8.432861328125
SRDIU,λ<=n,8192,1,71768,8.7607421875
SRDIU,λ<=n,8192,1,96031,11.7225341796875
SRDIU,λ<=n,8192,1,73089,8.9219970703125
SRDIU,λ<=n,8192,1,87429,10.6724853515625
SRDIU,λ<=n,8192,1,75803,9.2532958984375
SRDIU,λ<=n,8192,1,62145,7.5860595703125
SRDIU,λ<=n,8192,1,83226,10.159423828125
SRDIU,λ<=n,8192,1,68122,8.315673828125
SRDIU,λ<=n,8192,1,88323,10.7816162109375
SRDIU,λ<=n,8192,1,76777,9.3721923828125
SRDIU,λ<=n,8192,1,79989,9.7642822265625
SRDIU,λ<=n,8192,1,83665,10.2130126953125
SRDIU,λ<=n,8192,1,90892,11.09521484375
SRDIU,λ<=n,8192,1,79494,9.703857421875
SRDIU,λ<=n,8192,1,73172,8.93212890625
SRDIU,λ<=n,8192,1,64750,7.904052734375
SRDIU,λ<=n,8192,1,63649,7.7696533203125
SRDIU,λ<=n,8192,1,108735,13.2733154296875
SRDIU,λ<=n,8192,1,83420,10.18310546875
SRDIU,λ<=n,8192,1,72786,8.885009765625
SRDIU,λ<=n,8192,1,98303,11.9998779296875
SRDIU,λ<=n,8192,1,89886,10.972412109375
SRDIU,λ<=n,8192,1,89057,10.8712158203125
SRDIU,λ<=n,8192,1,71570,8.736572265625
SRDIU,λ<=n,8192,1,65816,8.0341796875
SRDIU,λ<=n,8192,1,65435,7.9876708984375
SRDIU,λ<=n,8192,1,75579,9.2259521484375
SRDIU,λ<=n,8192,1,72879,8.8963623046875
SRDIU,λ<=n,8192,1,76806,9.375732421875
SRDIU,λ<=n,8192,1,80823,9.8660888671875
SRDIU,λ<=n,8192,1,82200,10.0341796875
SRDIU,λ<=n,8192,1,89317,10.9029541015625
SRDIU,λ<=n,8192,1,93450,11.407470703125
SRDIU,λ<=n,8192,1,74927,9.1463623046875
SRDIU,λ<=n,8192,1,83556,10.19970703125
SRDIU,λ<=n,8192,1,67807,8.2772216796875
SRDIU,λ<=n,8192,1,84894,10.363037109375
SRDIU,λ<=n,8192,1,100523,12.2708740234375
SRDIU,λ<=n,8192,1,73992,9.0322265625
SRDIU,λ<=n,8192,1,70371,8.5902099609375
SRDIU,λ<=n,8192,1,86960,10.615234375
SRDIU,λ<=n,8192,1,73705,8.9971923828125
SRDIU,λ<=n,8192,1,83652,10.21142578125
SRDIU,λ<=n,8192,1,81881,9.9952392578125
SRDIU,λ<=n,8192,1,88008,10.7431640625
SRDIU,λ<=n,8192,1,68259,8.3323974609375
SRDIU,λ<=n,8192,1,67961,8.2960205078125
SRDIU,λ<=n,8192,1,87946,10.735595703125
SRDIU,λ<=n,8192,1,76528,9.341796875
SRDIU,λ<=n,8192,1,85660,10.45654296875
SRDIU,λ<=n,8192,1,66322,8.095947265625
SRDIU,λ<=n,8192,1,78288,9.556640625
SRDIU,λ<=n,8192,1,83590,10.203857421875
SRDIU,λ<=n,8192,1,79078,9.653076171875
SRDIU,λ<=n,8192,1,81226,9.915283203125
SRDIU,λ<=n,8192,1,100474,12.264892578125
SRDIU,λ<=n,8192,1,61968,7.564453125
SRDIU,λ<=n,8192,1,72262,8.821044921875
SRDIU,λ<=n,8192,1,60303,7.3612060546875
SRDIU,λ<=n,8192,1,72108,8.80224609375
SRDIU,λ<=n,8192,1,64360,7.8564453125
SRDIU,λ<=n,8192,1,80394,9.813720703125
SRDIU,λ<=n,8192,1,79094,9.655029296875
SRDIU,λ<=n,8192,1,72243,8.8187255859375
SRDIU,λ<=n,8192,1,70925,8.6578369140625
SRDIU,λ<=n,8192,1,84396,10.30224609375
SRDIU,λ<=n,8192,1,103358,12.616943359375
SRDIU,λ<=n,8192,1,87947,10.7357177734375
SHDIU,λ<=n,8192,1,67209,8.2042236328125
SHDIU,λ<=n,8192,1,73409,8.9610595703125
SHDIU,λ<=n,8192,1,67531,8.2435302734375
SHDIU,λ<=n,8192,1,65513,7.9971923828125
SHDIU,λ<=n,8192,1,52803,6.4456787109375
SHDIU,λ<=n,8192,1,66540,8.12255859375
SHDIU,λ<=n,8192,1,72415,8.8397216796875
SHDIU,λ<=n,8192,1,80082,9.775634765625
SHDIU,λ<=n,8192,1,68522,8.364501953125
SHDIU,λ<=n,8192,1,65602,8.008056640625
SHDIU,λ<=n,8192,1,56490,6.895751953125
SHDIU,λ<=n,8192,1,98564,12.03173828125
SHDIU,λ<=n,8192,1,69998,8.544677734375
SHDIU,λ<=n,8192,1,73708,8.99755859375
SHDIU,λ<=n,8192,1,60866,7.429931640625
SHDIU,λ<=n,8192,1,73499,8.9720458984375
SHDIU,λ<=n,8192,1,63166,7.710693359375
SHDIU,λ<=n,8192,1,67894,8.287841796875
SHDIU,λ<=n,8192,1,88078,10.751708984375
SHDIU,λ<=n,8192,1,86518,10.561279296875
SHDIU,λ<=n,8192,1,76208,9.302734375
SHDIU,λ<=n,8192,1,70641,8.6231689453125
SHDIU,λ<=n,8192,1,72985,8.9093017578125
SHDIU,λ<=n,8192,1,61073,7.4552001953125
SHDIU,λ<=n,8192,1,69062,8.430419921875
SHDIU,λ<=n,8192,1,67402,8.227783203125
SHDIU,λ<=n,8192,1,62074,7.577392578125
SHDIU,λ<=n,8192,1,82939,10.1243896484375
SHDIU,λ<=n,8192,1,76976,9.396484375
SHDIU,λ<=n,8192,1,81998,10.009521484375
SHDIU,λ<=n,8192,1,79753,9.7354736328125
SHDIU,λ<=n,8192,1,53614,6.544677734375
SHDIU,λ<=n,8192,1,62036,7.57275390625
SHDIU,λ<=n,8192,1,84473,10.3116455078125
SHDIU,λ<=n,8192,1,61573,7.5162353515625
SHDIU,λ<=n,8192,1,68880,8.408203125
SHDIU,λ<=n,8192,1,58011,7.0814208984375
SHDIU,λ<=n,8192,1,82651,10.0892333984375
SHDIU,λ<=n,8192,1,114830,14.017333984375
SHDIU,λ<=n,8192,1,63351,7.7332763671875
SHDIU,λ<=n,8192,1,61026,7.449462890625
SHDIU,λ<=n,8192,1,68256,8.33203125
SHDIU,λ<=n,8192,1,68040,8.3056640625
SHDIU,λ<=n,8192,1,77068,9.40771484375
SHDIU,λ<=n,8192,1,86973,10.6168212890625
SHDIU,λ<=n,8192,1,60375,7.3699951171875
SHDIU,λ<=n,8192,1,63736,7.7802734375
SHDIU,λ<=n,8192,1,74539,9.0989990234375
SHDIU,λ<=n,8192,1,107084,13.07177734375
SHDIU,λ<=n,8192,1,64374,7.858154296875
SHDIU,λ<=n,8192,1,58680,7.1630859375
SHDIU,λ<=n,8192,1,58764,7.17333984375
SHDIU,λ<=n,8192,1,106615,13.0145263671875
SHDIU,λ<=n,8192,1,66404,8.10595703125
SHDIU,λ<=n,8192,1,83372,10.17724609375
SHDIU,λ<=n,8192,1,69070,8.431396484375
SHDIU,λ<=n,8192,1,84228,10.28173828125
SHDIU,λ<=n,8192,1,72685,8.8726806640625
SHDIU,λ<=n,8192,1,72301,8.8258056640625
SHDIU,λ<=n,8192,1,75471,9.2127685546875
SHDIU,λ<=n,8192,1,60618,7.399658203125
SHDIU,λ<=n,8192,1,63436,7.74365234375
SHDIU,λ<=n,8192,1,69423,8.4744873046875
SHDIU,λ<=n,8192,1,64838,7.914794921875
SHDIU,λ<=n,8192,1,59562,7.270751953125
SHDIU,λ<=n,8192,1,67998,8.300537109375
SHDIU,λ<=n,8192,1,64427,7.8646240234375
SHDIU,λ<=n,8192,1,65424,7.986328125
SHDIU,λ<=n,8192,1,77809,9.4981689453125
SHDIU,λ<=n,8192,1,64463,7.8690185546875
SHDIU,λ<=n,8192,1,71712,8.75390625
SHDIU,λ<=n,8192,1,72610,8.863525390625
SHDIU,λ<=n,8192,1,65264,7.966796875
SHDIU,λ<=n,8192,1,69934,8.536865234375
SHDIU,λ<=n,8192,1,71923,8.7796630859375
SHDIU,λ<=n,8192,1,57099,6.9700927734375
SHDIU,λ<=n,8192,1,96022,11.721435546875
SHDIU,λ<=n,8192,1,62110,7.581787109375
SHDIU,λ<=n,8192,1,77989,9.5201416015625
SHDIU,λ<=n,8192,1,66070,8.065185546875
SHDIU,λ<=n,8192,1,58917,7.1920166015625
SHDIU,λ<=n,8192,1,62966,7.686279296875
SHDIU,λ<=n,8192,1,89122,10.879150390625
SHDIU,λ<=n,8192,1,54485,6.6510009765625
SHDIU,λ<=n,8192,1,58903,7.1903076171875
SHDIU,λ<=n,8192,1,86131,10.5140380859375
SHDIU,λ<=n,8192,1,59930,7.315673828125
SHDIU,λ<=n,8192,1,62176,7.58984375
SHDIU,λ<=n,8192,1,63412,7.74072265625
SHDIU,λ<=n,8192,1,74034,9.037353515625
SHDIU,λ<=n,8192,1,73617,8.9864501953125
SHDIU,λ<=n,8192,1,67648,8.2578125
SHDIU,λ<=n,8192,1,61924,7.55908203125
SHDIU,λ<=n,8192,1,77859,9.5042724609375
SHDIU,λ<=n,8192,1,60899,7.4339599609375
SHDIU,λ<=n,8192,1,68066,8.308837890625
SHDIU,λ<=n,8192,1,66071,8.0653076171875
SHDIU,λ<=n,8192,1,58019,7.0823974609375
SHDIU,λ<=n,8192,1,74826,9.134033203125
SHLIU,λ<=n,8192,1,83624,10.2080078125
SHLIU,λ<=n,8192,1,63325,7.7301025390625
SHLIU,λ<=n,8192,1,85369,10.4210205078125
SHLIU,λ<=n,8192,1,61390,7.493896484375
SHLIU,λ<=n,8192,1,68913,8.4122314453125
SHLIU,λ<=n,8192,1,71676,8.74951171875
SHLIU,λ<=n,8192,1,72870,8.895263671875
SHLIU,λ<=n,8192,1,79425,9.6954345703125
SHLIU,λ<=n,8192,1,90139,11.0032958984375
SHLIU,λ<=n,8192,1,82770,10.103759765625
SHLIU,λ<=n,8192,1,73762,9.004150390625
SHLIU,λ<=n,8192,1,66753,8.1485595703125
SHLIU,λ<=n,8192,1,75053,9.1617431640625
SHLIU,λ<=n,8192,1,72723,8.8773193359375
SHLIU,λ<=n,8192,1,69362,8.467041015625
SHLIU,λ<=n,8192,1,70530,8.609619140625
SHLIU,λ<=n,8192,1,102131,12.4671630859375
SHLIU,λ<=n,8192,1,83881,10.2393798828125
SHLIU,λ<=n,8192,1,66500,8.11767578125
SHLIU,λ<=n,8192,1,93532,11.41748046875
SHLIU,λ<=n,8192,1,74415,9.0838623046875
SHLIU,λ<=n,8192,1,80783,9.8612060546875
SHLIU,λ<=n,8192,1,67203,8.2034912109375
SHLIU,λ<=n,8192,1,66745,8.1475830078125
SHLIU,λ<=n,8192,1,73369,8.9561767578125
SHLIU,λ<=n,8192,1,80190,9.788818359375
SHLIU,λ<=n,8192,1,65171,7.9554443359375
SHLIU,λ<=n,8192,1,86990,10.618896484375
SHLIU,λ<=n,8192,1,71102,8.679443359375
SHLIU,λ<=n,8192,1,74230,9.061279296875
SHLIU,λ<=n,8192,1,69538,8.488525390625
SHLIU,λ<=n,8192,1,100315,12.2454833984375
SHLIU,λ<=n,8192,1,68653,8.3804931640625
SHLIU,λ<=n,8192,1,72233,8.8175048828125
SHLIU,λ<=n,8192,1,84222,10.281005859375
SHLIU,λ<=n,8192,1,66858,8.161376953125
SHLIU,λ<=n,8192,1,78841,9.6241455078125
SHLIU,λ<=n,8192,1,82012,10.01123046875
SHLIU,λ<=n,8192,1,94521,11.5382080078125
SHLIU,λ<=n,8192,1,109706,13.391845703125
SHLIU,λ<=n,8192,1,77091,9.4105224609375
SHLIU,λ<=n,8192,1,78227,9.5491943359375
SHLIU,λ<=n,8192,1,103467,12.6302490234375
SHLIU,λ<=n,8192,1,114149,13.9342041015625
SHLIU,λ<=n,8192,1,69530,8.487548828125
SHLIU,λ<=n,8192,1,86854,10.602294921875
SHLIU,λ<=n,8192,1,58091,7.0911865234375
SHLIU,λ<=n,8192,1,85154,10.394775390625
SHLIU,λ<=n,8192,1,66599,8.1297607421875
SHLIU,λ<=n,8192,1,91804,11.20654296875
SHLIU,λ<=n,8192,1,79633,9.7208251953125
SHLIU,λ<=n,8192,1,131302,16.028076171875
SHLIU,λ<=n,8192,1,92300,11.26708984375
SHLIU,λ<=n,8192,1,105922,12.929931640625
SHLIU,λ<=n,8192,1,94003,11.4749755859375
SHLIU,λ<=n,8192,1,91136,11.125
SHLIU,λ<=n,8192,1,68504,8.3623046875
SHLIU,λ<=n,8192,1,80866,9.871337890625
SHLIU,λ<=n,8192,1,143789,17.5523681640625
SHLIU,λ<=n,8192,1,70902,8.655029296875
SHLIU,λ<=n,8192,1,116882,14.267822265625
SHLIU,λ<=n,8192,1,85838,10.478271484375
SHLIU,λ<=n,8192,1,61857,7.5509033203125
SHLIU,λ<=n,8192,1,70200,8.5693359375
SHLIU,λ<=n,8192,1,93488,11.412109375
SHLIU,λ<=n,8192,1,80661,9.8463134765625
SHLIU,λ<=n,8192,1,89190,10.887451171875
SHLIU,λ<=n,8192,1,103162,12.593017578125
SHLIU,λ<=n,8192,1,78343,9.5633544921875
SHLIU,λ<=n,8192,1,67331,8.2191162109375
SHLIU,λ<=n,8192,1,79267,9.6761474609375
SHLIU,λ<=n,8192,1,96547,11.7855224609375
SHLIU,λ<=n,8192,1,67037,8.1832275390625
SHLIU,λ<=n,8192,1,91052,11.11474609375
SHLIU,λ<=n,8192,1,89314,10.902587890625
SHLIU,λ<=n,8192,1,81933,10.0015869140625
SHLIU,λ<=n,8192,1,105482,12.876220703125
SHLIU,λ<=n,8192,1,74732,9.12255859375
SHLIU,λ<=n,8192,1,73768,9.0048828125
SHLIU,λ<=n,8192,1,75315,9.1937255859375
SHLIU,λ<=n,8192,1,93393,11.4005126953125
SHLIU,λ<=n,8192,1,136698,16.686767578125
SHLIU,λ<=n,8192,1,99593,12.1573486328125
SHLIU,λ<=n,8192,1,91320,11.1474609375
SHLIU,λ<=n,8192,1,82606,10.083740234375
SHLIU,λ<=n,8192,1,71127,8.6824951171875
SHLIU,λ<=n,8192,1,73969,9.0294189453125
SHLIU,λ<=n,8192,1,62305,7.6055908203125
SHLIU,λ<=n,8192,1,64932,7.92626953125
SHLIU,λ<=n,8192,1,70597,8.6177978515625
SHLIU,λ<=n,8192,1,75639,9.2332763671875
SHLIU,λ<=n,8192,1,102257,12.4825439453125
SHLIU,λ<=n,8192,1,69335,8.4637451171875
SHLIU,λ<=n,8192,1,70230,8.572998046875
SHLIU,λ<=n,8192,1,77447,9.4539794921875
SHLIU,λ<=n,8192,1,83348,10.17431640625
SHLIU,λ<=n,8192,1,60787,7.4202880859375
SHLIU,λ<=n,8192,1,100484,12.26611328125
SHLIU,λ<=n,8192,1,75802,9.253173828125
SHLIU,λ<=n,8192,1,82823,10.1102294921875
SRLIU,λ<=n,8192,1,87313,10.6583251953125
SRLIU,λ<=n,8192,1,79445,9.6978759765625
SRLIU,λ<=n,8192,1,83530,10.196533203125
SRLIU,λ<=n,8192,1,82445,10.0640869140625
SRLIU,λ<=n,8192,1,76567,9.3465576171875
SRLIU,λ<=n,8192,1,59543,7.2684326171875
SRLIU,λ<=n,8192,1,81201,9.9122314453125
SRLIU,λ<=n,8192,1,108967,13.3016357421875
SRLIU,λ<=n,8192,1,98504,12.0244140625
SRLIU,λ<=n,8192,1,79233,9.6719970703125
SRLIU,λ<=n,8192,1,90673,11.0684814453125
SRLIU,λ<=n,8192,1,103723,12.6614990234375
SRLIU,λ<=n,8192,1,65648,8.013671875
SRLIU,λ<=n,8192,1,63681,7.7735595703125
SRLIU,λ<=n,8192,1,74053,9.0396728515625
SRLIU,λ<=n,8192,1,90111,10.9998779296875
SRLIU,λ<=n,8192,1,77844,9.50244140625
SRLIU,λ<=n,8192,1,68863,8.4061279296875
SRLIU,λ<=n,8192,1,63854,7.794677734375
SRLIU,λ<=n,8192,1,96278,11.752685546875
SRLIU,λ<=n,8192,1,98235,11.9915771484375
SRLIU,λ<=n,8192,1,82682,10.093017578125
SRLIU,λ<=n,8192,1,166750,20.355224609375
SRLIU,λ<=n,8192,1,63679,7.7733154296875
SRLIU,λ<=n,8192,1,70218,8.571533203125
SRLIU,λ<=n,8192,1,88885,10.8502197265625
SRLIU,λ<=n,8192,1,94067,11.4827880859375
SRLIU,λ<=n,8192,1,69957,8.5396728515625
SRLIU,λ<=n,8192,1,70144,8.5625
SRLIU,λ<=n,8192,1,96008,11.7197265625
SRLIU,λ<=n,8192,1,71252,8.69775390625
SRLIU,λ<=n,8192,1,76811,9.3763427734375
SRLIU,λ<=n,8192,1,79088,9.654296875
SRLIU,λ<=n,8192,1,64826,7.913330078125
SRLIU,λ<=n,8192,1,86770,10.592041015625
SRLIU,λ<=n,8192,1,70910,8.656005859375
SRLIU,λ<=n,8192,1,85531,10.4407958984375
SRLIU,λ<=n,8192,1,85431,10.4285888671875
SRLIU,λ<=n,8192,1,67799,8.2762451171875
SRLIU,λ<=n,8192,1,73544,8.9775390625
SRLIU,λ<=n,8192,1,81113,9.9014892578125
SRLIU,λ<=n,8192,1,82252,10.04052734375
SRLIU,λ<=n,8192,1,81554,9.955322265625
SRLIU,λ<=n,8192,1,67830,8.280029296875
SRLIU,λ<=n,8192,1,73984,9.03125
SRLIU,λ<=n,8192,1,74479,9.0916748046875
SRLIU,λ<=n,8192,1,113216,13.8203125
SRLIU,λ<=n,8192,1,83988,10.25244140625
SRLIU,λ<=n,8192,1,67526,8.242919921875
SRLIU,λ<=n,8192,1,67800,8.2763671875
SRLIU,λ<=n,8192,1,75683,9.2386474609375
SRLIU,λ<=n,8192,1,69372,8.46826171875
SRLIU,λ<=n,8192,1,61219,7.4730224609375
SRLIU,λ<=n,8192,1,65814,8.033935546875
SRLIU,λ<=n,8192,1,64886,7.920654296875
SRLIU,λ<=n,8192,1,117713,14.3692626953125
SRLIU,λ<=n,8192,1,91252,11.13916015625
SRLIU,λ<=n,8192,1,73911,9.0223388671875
SRLIU,λ<=n,8192,1,80311,9.8035888671875
SRLIU,λ<=n,8192,1,65545,8.0010986328125
SRLIU,λ<=n,8192,1,75503,9.2166748046875
SRLIU,λ<=n,8192,1,70878,8.652099609375
SRLIU,λ<=n,8192,1,87840,10.72265625
SRLIU,λ<=n,8192,1,77644,9.47802734375
SRLIU,λ<=n,8192,1,64815,7.9119873046875
SRLIU,λ<=n,8192,1,84036,10.25830078125
SRLIU,λ<=n,8192,1,70471,8.6024169921875
SRLIU,λ<=n,8192,1,89194,10.887939453125
SRLIU,λ<=n,8192,1,77691,9.4837646484375
SRLIU,λ<=n,8192,1,65371,7.9798583984375
SRLIU,λ<=n,8192,1,112798,13.769287109375
SRLIU,λ<=n,8192,1,74856,9.1376953125
SRLIU,λ<=n,8192,1,59576,7.2724609375
SRLIU,λ<=n,8192,1,64724,7.90087890625
SRLIU,λ<=n,8192,1,69212,8.44873046875
SRLIU,λ<=n,8192,1,82790,10.106201171875
SRLIU,λ<=n,8192,1,74830,9.134521484375
SRLIU,λ<=n,8192,1,87629,10.6968994140625
SRLIU,λ<=n,8192,1,78816,9.62109375
SRLIU,λ<=n,8192,1,82821,10.1099853515625
SRLIU,λ<=n,8192,1,75621,9.2310791015625
SRLIU,λ<=n,8192,1,101630,12.406005859375
SRLIU,λ<=n,8192,1,61628,7.52294921875
SRLIU,λ<=n,8192,1,68354,8.343994140625
SRLIU,λ<=n,8192,1,70377,8.5909423828125
SRLIU,λ<=n,8192,1,69921,8.5352783203125
SRLIU,λ<=n,8192,1,96547,11.7855224609375
SRLIU,λ<=n,8192,1,83502,10.193115234375
SRLIU,λ<=n,8192,1,64457,7.8682861328125
SRLIU,λ<=n,8192,1,81731,9.9769287109375
SRLIU,λ<=n,8192,1,84744,10.3447265625
SRLIU,λ<=n,8192,1,66338,8.097900390625
SRLIU,λ<=n,8192,1,68783,8.3963623046875
SRLIU,λ<=n,8192,1,68796,8.39794921875
SRLIU,λ<=n,8192,1,92177,11.2520751953125
SRLIU,λ<=n,8192,1,79280,9.677734375
SRLIU,λ<=n,8192,1,66551,8.1239013671875
SRLIU,λ<=n,8192,1,65765,8.0279541015625
SRLIU,λ<=n,8192,1,71217,8.6934814453125
SRLIU,λ<=n,8192,1,88382,10.788818359375
SSLIU,λ<=n,8192,1,112428,13.72412109375
SSLIU,λ<=n,8192,1,135150,16.497802734375
SSLIU,λ<=n,8192,1,124291,15.1722412109375
SSLIU,λ<=n,8192,1,118024,14.4072265625
SSLIU,λ<=n,8192,1,134815,16.4569091796875
SSLIU,λ<=n,8192,1,125655,15.3387451171875
SSLIU,λ<=n,8192,1,136993,16.7227783203125
SSLIU,λ<=n,8192,1,168412,20.55810546875
SSLIU,λ<=n,8192,1,161439,19.7069091796875
SSLIU,λ<=n,8192,1,184459,22.5169677734375
SSLIU,λ<=n,8192,1,125926,15.371826171875
SSLIU,λ<=n,8192,1,103808,12.671875
SSLIU,λ<=n,8192,1,203119,24.7947998046875
SSLIU,λ<=n,8192,1,176454,21.539794921875
SSLIU,λ<=n,8192,1,123965,15.1324462890625
SSLIU,λ<=n,8192,1,186713,22.7921142578125
SSLIU,λ<=n,8192,1,253418,30.934814453125
SSLIU,λ<=n,8192,1,105525,12.8814697265625
SSLIU,λ<=n,8192,1,148595,18.1390380859375
SSLIU,λ<=n,8192,1,130617,15.9444580078125
SSLIU,λ<=n,8192,1,176588,21.55615234375
SSLIU,λ<=n,8192,1,134263,16.3895263671875
SSLIU,λ<=n,8192,1,204454,24.957763671875
SSLIU,λ<=n,8192,1,112896,13.78125
SSLIU,λ<=n,8192,1,115575,14.1082763671875
SSLIU,λ<=n,8192,1,181633,22.1719970703125
SSLIU,λ<=n,8192,1,121657,14.8507080078125
SSLIU,λ<=n,8192,1,121535,14.8358154296875
SSLIU,λ<=n,8192,1,101989,12.4498291015625
SSLIU,λ<=n,8192,1,106840,13.0419921875
SSLIU,λ<=n,8192,1,283740,34.63623046875
SSLIU,λ<=n,8192,1,137556,16.79150390625
SSLIU,λ<=n,8192,1,146076,17.83154296875
SSLIU,λ<=n,8192,1,108557,13.2515869140625
SSLIU,λ<=n,8192,1,105378,12.863525390625
SSLIU,λ<=n,8192,1,127829,15.6041259765625
SSLIU,λ<=n,8192,1,104968,12.8134765625
SSLIU,λ<=n,8192,1,105705,12.9034423828125
SSLIU,λ<=n,8192,1,131954,16.107666015625
SSLIU,λ<=n,8192,1,132846,16.216552734375
SSLIU,λ<=n,8192,1,134061,16.3648681640625
SSLIU,λ<=n,8192,1,180499,22.0335693359375
SSLIU,λ<=n,8192,1,138082,16.855712890625
SSLIU,λ<=n,8192,1,134674,16.439697265625
SSLIU,λ<=n,8192,1,105557,12.8853759765625
SSLIU,λ<=n,8192,1,114291,13.9515380859375
SSLIU,λ<=n,8192,1,116656,14.240234375
SSLIU,λ<=n,8192,1,121721,14.8585205078125
SSLIU,λ<=n,8192,1,118165,14.4244384765625
SSLIU,λ<=n,8192,1,155790,19.017333984375
SSLIU,λ<=n,8192,1,124211,15.1624755859375
SSLIU,λ<=n,8192,1,159598,19.482177734375
SSLIU,λ<=n,8192,1,177461,21.6627197265625
SSLIU,λ<=n,8192,1,157146,19.182861328125
SSLIU,λ<=n,8192,1,168173,20.5289306640625
SSLIU,λ<=n,8192,1,267460,32.64892578125
SSLIU,λ<=n,8192,1,123984,15.134765625
SSLIU,λ<=n,8192,1,194506,23.743408203125
SSLIU,λ<=n,8192,1,152052,18.56103515625
SSLIU,λ<=n,8192,1,182755,22.3089599609375
SSLIU,λ<=n,8192,1,153736,18.7666015625
SSLIU,λ<=n,8192,1,134371,16.4027099609375
SSLIU,λ<=n,8192,1,119595,14.5989990234375
SSLIU,λ<=n,8192,1,91541,11.1744384765625
SSLIU,λ<=n,8192,1,164382,20.066162109375
SSLIU,λ<=n,8192,1,145932,17.81396484375
SSLIU,λ<=n,8192,1,192918,23.549560546875
SSLIU,λ<=n,8192,1,161141,19.6705322265625
SSLIU,λ<=n,8192,1,160991,19.6522216796875
SSLIU,λ<=n,8192,1,105058,12.824462890625
SSLIU,λ<=n,8192,1,123803,15.1126708984375
SSLIU,λ<=n,8192,1,124767,15.2303466796875
SSLIU,λ<=n,8192,1,157866,19.270751953125
SSLIU,λ<=n,8192,1,178345,21.7706298828125
SSLIU,λ<=n,8192,1,158481,19.3458251953125
SSLIU,λ<=n,8192,1,102994,12.572509765625
SSLIU,λ<=n,8192,1,114332,13.95654296875
SSLIU,λ<=n,8192,1,120257,14.6798095703125
SSLIU,λ<=n,8192,1,169150,20.648193359375
SSLIU,λ<=n,8192,1,223105,27.2344970703125
SSLIU,λ<=n,8192,1,146207,17.8475341796875
SSLIU,λ<=n,8192,1,126969,15.4991455078125
SSLIU,λ<=n,8192,1,139501,17.0289306640625
SSLIU,λ<=n,8192,1,106414,12.989990234375
SSLIU,λ<=n,8192,1,102004,12.45166015625
SSLIU,λ<=n,8192,1,119753,14.6182861328125
SSLIU,λ<=n,8192,1,167252,20.41650390625
SSLIU,λ<=n,8192,1,134203,16.3822021484375
SSLIU,λ<=n,8192,1,113175,13.8153076171875
SSLIU,λ<=n,8192,1,156379,19.0892333984375
SSLIU,λ<=n,8192,1,126485,15.4400634765625
SSLIU,λ<=n,8192,1,101783,12.4246826171875
SSLIU,λ<=n,8192,1,130297,15.9053955078125
SSLIU,λ<=n,8192,1,183559,22.4071044921875
SSLIU,λ<=n,8192,1,139845,17.0709228515625
SSLIU,λ<=n,8192,1,148150,18.084716796875
SSLIU,λ<=n,8192,1,183758,22.431396484375
SSLIU,λ<=n,8192,1,128708,15.71142578125
SSLIU,λ<=n,8192,1,122476,14.95068359375
SSLIU,λ<=n,8192,1,193762,23.652587890625
RSDCP,λ<=log n,8192,0,75768,9.2490234375
RSDCP,λ<=log n,8192,0,70301,8.5816650390625
RSDCP,λ<=log n,8192,0,74102,9.045654296875
RSDCP,λ<=log n,8192,0,73228,8.93896484375
RSDCP,λ<=log n,8192,0,76797,9.3746337890625
RSDCP,λ<=log n,8192,0,65530,7.999267578125
RSDCP,λ<=log n,8192,0,91188,11.13134765625
RSDCP,λ<=log n,8192,0,66423,8.1082763671875
RSDCP,λ<=log n,8192,0,77596,9.47216796875
RSDCP,λ<=log n,8192,0,76103,9.2899169921875
RSDCP,λ<=log n,8192,0,79609,9.7178955078125
RSDCP,λ<=log n,8192,0,73423,8.9627685546875
RSDCP,λ<=log n,8192,0,79695,9.7283935546875
RSDCP,λ<=log n,8192,0,63865,7.7960205078125
RSDCP,λ<=log n,8192,0,70369,8.5899658203125
RSDCP,λ<=log n,8192,0,78617,9.5968017578125
RSDCP,λ<=log n,8192,0,77915,9.5111083984375
RSDCP,λ<=log n,8192,0,85747,10.4671630859375
RSDCP,λ<=log n,8192,0,72888,8.8974609375
RSDCP,λ<=log n,8192,0,80103,9.7781982421875
RSDCP,λ<=log n,8192,0,74291,9.0687255859375
RSDCP,λ<=log n,8192,0,74529,9.0977783203125
RSDCP,λ<=log n,8192,0,81178,9.909423828125
RSDCP,λ<=log n,8192,0,78345,9.5635986328125
RSDCP,λ<=log n,8192,0,72081,8.7989501953125
RSDCP,λ<=log n,8192,0,74774,9.127685546875
RSDCP,λ<=log n,8192,0,78323,9.5609130859375
RSDCP,λ<=log n,8192,0,73753,9.0030517578125
RSDCP,λ<=log n,8192,0,80451,9.8206787109375
RSDCP,λ<=log n,8192,0,70679,8.6278076171875
RSDCP,λ<=log n,8192,0,82038,10.014404296875
RSDCP,λ<=log n,8192,0,78315,9.5599365234375
RSDCP,λ<=log n,8192,0,77430,9.451904296875
RSDCP,λ<=log n,8192,0,65859,8.0394287109375
RSDCP,λ<=log n,8192,0,73931,9.0247802734375
RSDCP,λ<=log n,8192,0,69691,8.5072021484375
RSDCP,λ<=log n,8192,0,68344,8.3427734375
RSDCP,λ<=log n,8192,0,85321,10.4151611328125
RSDCP,λ<=log n,8192,0,70943,8.6600341796875
RSDCP,λ<=log n,8192,0,70068,8.55322265625
RSDCP,λ<=log n,8192,0,71537,8.7325439453125
RSDCP,λ<=log n,8192,0,78688,9.60546875
RSDCP,λ<=log n,8192,0,71991,8.7879638671875
RSDCP,λ<=log n,8192,0,85174,10.397216796875
RSDCP,λ<=log n,8192,0,69067,8.4310302734375
RSDCP,λ<=log n,8192,0,71241,8.6964111328125
RSDCP,λ<=log n,8192,0,74516,9.09619140625
RSDCP,λ<=log n,8192,0,71093,8.6783447265625
RSDCP,λ<=log n,8192,0,73580,8.98193359375
RSDCP,λ<=log n,8192,0,75158,9.174560546875
RSDCP,λ<=log n,8192,0,70004,8.54541015625
RSDCP,λ<=log n,8192,0,72538,8.854736328125
RSDCP,λ<=log n,8192,0,69281,8.4571533203125
RSDCP,λ<=log n,8192,0,67769,8.2725830078125
RSDCP,λ<=log n,8192,0,76228,9.30517578125
RSDCP,λ<=log n,8192,0,80826,9.866455078125
RSDCP,λ<=log n,8192,0,77925,9.5123291015625
RSDCP,λ<=log n,8192,0,73543,8.9774169921875
RSDCP,λ<=log n,8192,0,70799,8.6424560546875
RSDCP,λ<=log n,8192,0,70545,8.6114501953125
RSDCP,λ<=log n,8192,0,69071,8.4315185546875
RSDCP,λ<=log n,8192,0,74555,9.1009521484375
RSDCP,λ<=log n,8192,0,72138,8.805908203125
RSDCP,λ<=log n,8192,0,69227,8.4505615234375
RSDCP,λ<=log n,8192,0,81714,9.974853515625
RSDCP,λ<=log n,8192,0,74604,9.10693359375
RSDCP,λ<=log n,8192,0,73372,8.95654296875
RSDCP,λ<=log n,8192,0,77998,9.521240234375
RSDCP,λ<=log n,8192,0,79208,9.6689453125
RSDCP,λ<=log n,8192,0,73224,8.9384765625
RSDCP,λ<=log n,8192,0,78794,9.618408203125
RSDCP,λ<=log n,8192,0,92828,11.33154296875
RSDCP,λ<=log n,8192,0,71451,8.7220458984375
RSDCP,λ<=log n,8192,0,75105,9.1680908203125
RSDCP,λ<=log n,8192,0,92282,11.264892578125
RSDCP,λ<=log n,8192,0,71396,8.71533203125
RSDCP,λ<=log n,8192,0,71678,8.749755859375
RSDCP,λ<=log n,8192,0,70595,8.6175537109375
RSDCP,λ<=log n,8192,0,74878,9.140380859375
RSDCP,λ<=log n,8192,0,69601,8.4962158203125
RSDCP,λ<=log n,8192,0,69481,8.4815673828125
RSDCP,λ<=log n,8192,0,90274,11.019775390625
RSDCP,λ<=log n,8192,0,95932,11.71044921875
RSDCP,λ<=log n,8192,0,79741,9.7340087890625
RSDCP,λ<=log n,8192,0,83035,10.1361083984375
RSDCP,λ<=log n,8192,0,73142,8.928466796875
RSDCP,λ<=log n,8192,0,82698,10.094970703125
RSDCP,λ<=log n,8192,0,69412,8.47314453125
RSDCP,λ<=log n,8192,0,71585,8.7384033203125
RSDCP,λ<=log n,8192,0,85485,10.4351806640625
RSDCP,λ<=log n,8192,0,78981,9.6412353515625
RSDCP,λ<=log n,8192,0,73310,8.948974609375
RSDCP,λ<=log n,8192,0,68260,8.33251953125
RSDCP,λ<=log n,8192,0,91621,11.1842041015625
RSDCP,λ<=log n,8192,0,78786,9.617431640625
RSDCP,λ<=log n,8192,0,75353,9.1983642578125
RSDCP,λ<=log n,8192,0,82273,10.0430908203125
RSDCP,λ<=log n,8192,0,69055,8.4295654296875
RSDCP,λ<=log n,8192,0,86737,10.5880126953125
RSDCP,λ<=log n,8192,0,73460,8.96728515625
RRDCP,λ<=log n,8192,0,57415,7.0086669921875
RRDCP,λ<=log n,8192,0,69788,8.51904296875
RRDCP,λ<=log n,8192,0,64053,7.8189697265625
RRDCP,λ<=log n,8192,0,59405,7.2515869140625
RRDCP,λ<=log n,8192,0,63167,7.7108154296875
RRDCP,λ<=log n,8192,0,70397,8.5933837890625
RRDCP,λ<=log n,8192,0,57714,7.045166015625
RRDCP,λ<=log n,8192,0,55508,6.77587890625
RRDCP,λ<=log n,8192,0,59959,7.3192138671875
RRDCP,λ<=log n,8192,0,62988,7.68896484375
RRDCP,λ<=log n,8192,0,59664,7.283203125
RRDCP,λ<=log n,8192,0,59412,7.25244140625
RRDCP,λ<=log n,8192,0,64941,7.9273681640625
RRDCP,λ<=log n,8192,0,60861,7.4293212890625
RRDCP,λ<=log n,8192,0,55848,6.8173828125
RRDCP,λ<=log n,8192,0,71168,8.6875
RRDCP,λ<=log n,8192,0,60533,7.3892822265625
RRDCP,λ<=log n,8192,0,68693,8.3853759765625
RRDCP,λ<=log n,8192,0,55325,6.7535400390625
RRDCP,λ<=log n,8192,0,55395,6.7620849609375
RRDCP,λ<=log n,8192,0,51592,6.2978515625
RRDCP,λ<=log n,8192,0,56032,6.83984375
RRDCP,λ<=log n,8192,0,68704,8.38671875
RRDCP,λ<=log n,8192,0,54804,6.68994140625
RRDCP,λ<=log n,8192,0,61898,7.555908203125
RRDCP,λ<=log n,8192,0,54476,6.64990234375
RRDCP,λ<=log n,8192,0,56632,6.9130859375
RRDCP,λ<=log n,8192,0,62556,7.63623046875
RRDCP,λ<=log n,8192,0,65246,7.964599609375
RRDCP,λ<=log n,8192,0,56787,6.9320068359375
RRDCP,λ<=log n,8192,0,61882,7.553955078125
RRDCP,λ<=log n,8192,0,59419,7.2532958984375
RRDCP,λ<=log n,8192,0,61248,7.4765625
RRDCP,λ<=log n,8192,0,58314,7.118408203125
RRDCP,λ<=log n,8192,0,55927,6.8270263671875
RRDCP,λ<=log n,8192,0,69961,8.5401611328125
RRDCP,λ<=log n,8192,0,59142,7.219482421875
RRDCP,λ<=log n,8192,0,62763,7.6614990234375
RRDCP,λ<=log n,8192,0,62074,7.577392578125
RRDCP,λ<=log n,8192,0,55907,6.8245849609375
RRDCP,λ<=log n,8192,0,60408,7.3740234375
RRDCP,λ<=log n,8192,0,62893,7.6773681640625
RRDCP,λ<=log n,8192,0,61619,7.5218505859375
RRDCP,λ<=log n,8192,0,66558,8.124755859375
RRDCP,λ<=log n,8192,0,62030,7.572021484375
RRDCP,λ<=log n,8192,0,71223,8.6942138671875
RRDCP,λ<=log n,8192,0,61467,7.5032958984375
RRDCP,λ<=log n,8192,0,57705,7.0440673828125
RRDCP,λ<=log n,8192,0,62900,7.67822265625
RRDCP,λ<=log n,8192,0,63122,7.705322265625
RRDCP,λ<=log n,8192,0,57847,7.0614013671875
RRDCP,λ<=log n,8192,0,58116,7.09423828125
RRDCP,λ<=log n,8192,0,58575,7.1502685546875
RRDCP,λ<=log n,8192,0,64805,7.9107666015625
RRDCP,λ<=log n,8192,0,64092,7.82373046875
RRDCP,λ<=log n,8192,0,63830,7.791748046875
RRDCP,λ<=log n,8192,0,56739,6.9261474609375
RRDCP,λ<=log n,8192,0,79069,9.6519775390625
RRDCP,λ<=log n,8192,0,68861,8.4058837890625
RRDCP,λ<=log n,8192,0,63140,7.70751953125
RRDCP,λ<=log n,8192,0,62477,7.6265869140625
RRDCP,λ<=log n,8192,0,57762,7.051025390625
RRDCP,λ<=log n,8192,0,65134,7.950927734375
RRDCP,λ<=log n,8192,0,55310,6.751708984375
RRDCP,λ<=log n,8192,0,60203,7.3489990234375
RRDCP,λ<=log n,8192,0,57857,7.0626220703125
RRDCP,λ<=log n,8192,0,57368,7.0029296875
RRDCP,λ<=log n,8192,0,61487,7.5057373046875
RRDCP,λ<=log n,8192,0,53637,6.5474853515625
RRDCP,λ<=log n,8192,0,55544,6.7802734375
RRDCP,λ<=log n,8192,0,56367,6.8807373046875
RRDCP,λ<=log n,8192,0,61042,7.451416015625
RRDCP,λ<=log n,8192,0,71962,8.784423828125
RRDCP,λ<=log n,8192,0,57560,7.0263671875
RRDCP,λ<=log n,8192,0,71580,8.73779296875
RRDCP,λ<=log n,8192,0,59381,7.2486572265625
RRDCP,λ<=log n,8192,0,57209,6.9835205078125
RRDCP,λ<=log n,8192,0,67700,8.26416015625
RRDCP,λ<=log n,8192,0,55471,6.7713623046875
RRDCP,λ<=log n,8192,0,73145,8.9288330078125
RRDCP,λ<=log n,8192,0,59816,7.3017578125
RRDCP,λ<=log n,8192,0,62078,7.577880859375
RRDCP,λ<=log n,8192,0,58704,7.166015625
RRDCP,λ<=log n,8192,0,56687,6.9197998046875
RRDCP,λ<=log n,8192,0,56171,6.8568115234375
RRDCP,λ<=log n,8192,0,73786,9.007080078125
RRDCP,λ<=log n,8192,0,59107,7.2152099609375
RRDCP,λ<=log n,8192,0,58867,7.1859130859375
RRDCP,λ<=log n,8192,0,55322,6.753173828125
RRDCP,λ<=log n,8192,0,56937,6.9503173828125
RRDCP,λ<=log n,8192,0,57926,7.071044921875
RRDCP,λ<=log n,8192,0,61546,7.512939453125
RRDCP,λ<=log n,8192,0,55954,6.830322265625
RRDCP,λ<=log n,8192,0,62538,7.634033203125
RRDCP,λ<=log n,8192,0,58037,7.0845947265625
RRDCP,λ<=log n,8192,0,66622,8.132568359375
RRDCP,λ<=log n,8192,0,56914,6.947509765625
RRDCP,λ<=log n,8192,0,64176,7.833984375
RRDCP,λ<=log n,8192,0,62229,7.5963134765625
RRDCP,λ<=log n,8192,0,59956,7.31884765625
RHDCP,λ<=log n,8192,0,60497,7.3848876953125
RHDCP,λ<=log n,8192,0,59405,7.2515869140625
RHDCP,λ<=log n,8192,0,58232,7.1083984375
RHDCP,λ<=log n,8192,0,51086,6.236083984375
RHDCP,λ<=log n,8192,0,55382,6.760498046875
RHDCP,λ<=log n,8192,0,49995,6.1029052734375
RHDCP,λ<=log n,8192,0,51286,6.260498046875
RHDCP,λ<=log n,8192,0,54598,6.664794921875
RHDCP,λ<=log n,8192,0,55777,6.8087158203125
RHDCP,λ<=log n,8192,0,51920,6.337890625
RHDCP,λ<=log n,8192,0,54520,6.6552734375
RHDCP,λ<=log n,8192,0,54778,6.686767578125
RHDCP,λ<=log n,8192,0,62705,7.6544189453125
RHDCP,λ<=log n,8192,0,57328,6.998046875
RHDCP,λ<=log n,8192,0,55154,6.732666015625
RHDCP,λ<=log n,8192,0,61199,7.4705810546875
RHDCP,λ<=log n,8192,0,59746,7.293212890625
RHDCP,λ<=log n,8192,0,57839,7.0604248046875
RHDCP,λ<=log n,8192,0,48827,5.9603271484375
RHDCP,λ<=log n,8192,0,52199,6.3719482421875
RHDCP,λ<=log n,8192,0,56122,6.850830078125
RHDCP,λ<=log n,8192,0,51796,6.32275390625
RHDCP,λ<=log n,8192,0,55868,6.81982421875
RHDCP,λ<=log n,8192,0,56142,6.853271484375
RHDCP,λ<=log n,8192,0,50909,6.2144775390625
RHDCP,λ<=log n,8192,0,64617,7.8878173828125
RHDCP,λ<=log n,8192,0,56811,6.9349365234375
RHDCP,λ<=log n,8192,0,51451,6.2806396484375
RHDCP,λ<=log n,8192,0,57246,6.988037109375
RHDCP,λ<=log n,8192,0,53398,6.518310546875
RHDCP,λ<=log n,8192,0,59194,7.225830078125
RHDCP,λ<=log n,8192,0,56632,6.9130859375
RHDCP,λ<=log n,8192,0,60115,7.3382568359375
RHDCP,λ<=log n,8192,0,58972,7.19873046875
RHDCP,λ<=log n,8192,0,53111,6.4832763671875
RHDCP,λ<=log n,8192,0,63307,7.7279052734375
RHDCP,λ<=log n,8192,0,55582,6.784912109375
RHDCP,λ<=log n,8192,0,54224,6.619140625
RHDCP,λ<=log n,8192,0,55034,6.718017578125
RHDCP,λ<=log n,8192,0,56619,6.9114990234375
RHDCP,λ<=log n,8192,0,53636,6.54736328125
RHDCP,λ<=log n,8192,0,60483,7.3831787109375
RHDCP,λ<=log n,8192,0,57547,7.0247802734375
RHDCP,λ<=log n,8192,0,60484,7.38330078125
RHDCP,λ<=log n,8192,0,50884,6.21142578125
RHDCP,λ<=log n,8192,0,52552,6.4150390625
RHDCP,λ<=log n,8192,0,54065,6.5997314453125
RHDCP,λ<=log n,8192,0,52836,6.44970703125
RHDCP,λ<=log n,8192,0,58238,7.109130859375
RHDCP,λ<=log n,8192,0,58955,7.1966552734375
RHDCP,λ<=log n,8192,0,56997,6.9576416015625
RHDCP,λ<=log n,8192,0,55710,6.800537109375
RHDCP,λ<=log n,8192,0,56410,6.885986328125
RHDCP,λ<=log n,8192,0,55313,6.7520751953125
RHDCP,λ<=log n,8192,0,49949,6.0972900390625
RHDCP,λ<=log n,8192,0,55307,6.7513427734375
RHDCP,λ<=log n,8192,0,55444,6.76806640625
RHDCP,λ<=log n,8192,0,52094,6.359130859375
RHDCP,λ<=log n,8192,0,50441,6.1573486328125
RHDCP,λ<=log n,8192,0,53868,6.57568359375
RHDCP,λ<=log n,8192,0,54829,6.6929931640625
RHDCP,λ<=log n,8192,0,59348,7.24462890625
RHDCP,λ<=log n,8192,0,54857,6.6964111328125
RHDCP,λ<=log n,8192,0,52281,6.3819580078125
RHDCP,λ<=log n,8192,0,56346,6.878173828125
RHDCP,λ<=log n,8192,0,54538,6.657470703125
RHDCP,λ<=log n,8192,0,57683,7.0413818359375
RHDCP,λ<=log n,8192,0,57304,6.9951171875
RHDCP,λ<=log n,8192,0,56577,6.9063720703125
RHDCP,λ<=log n,8192,0,53211,6.4954833984375
RHDCP,λ<=log n,8192,0,59296,7.23828125
RHDCP,λ<=log n,8192,0,60953,7.4405517578125
RHDCP,λ<=log n,8192,0,53304,6.5068359375
RHDCP,λ<=log n,8192,0,56424,6.8876953125
RHDCP,λ<=log n,8192,0,55300,6.75048828125
RHDCP,λ<=log n,8192,0,51472,6.283203125
RHDCP,λ<=log n,8192,0,55381,6.7603759765625
RHDCP,λ<=log n,8192,0,53522,6.533447265625
RHDCP,λ<=log n,8192,0,52674,6.429931640625
RHDCP,λ<=log n,8192,0,55932,6.82763671875
RHDCP,λ<=log n,8192,0,52551,6.4149169921875
RHDCP,λ<=log n,8192,0,55650,6.793212890625
RHDCP,λ<=log n,8192,0,58061,7.0875244140625
RHDCP,λ<=log n,8192,0,59131,7.2181396484375
RHDCP,λ<=log n,8192,0,54022,6.594482421875
RHDCP,λ<=log n,8192,0,60023,7.3270263671875
RHDCP,λ<=log n,8192,0,53718,6.557373046875
RHDCP,λ<=log n,8192,0,55276,6.74755859375
RHDCP,λ<=log n,8192,0,61809,7.5450439453125
RHDCP,λ<=log n,8192,0,55023,6.7166748046875
RHDCP,λ<=log n,8192,0,52316,6.38623046875
RHDCP,λ<=log n,8192,0,53603,6.5433349609375
RHDCP,λ<=log n,8192,0,57972,7.07666015625
RHDCP,λ<=log n,8192,0,56171,6.8568115234375
RHDCP,λ<=log n,8192,0,53074,6.478759765625
RHDCP,λ<=log n,8192,0,58130,7.095947265625
RHDCP,λ<=log n,8192,0,56641,6.9141845703125
RHDCP,λ<=log n,8192,0,50885,6.2115478515625
RHDCP,λ<=log n,8192,0,50703,6.1893310546875
RHDCP,λ<=log n,8192,0,50724,6.19189453125
RHLCP,λ<=log n,8192,0,59011,7.2034912109375
RHLCP,λ<=log n,8192,0,56024,6.8388671875
RHLCP,λ<=log n,8192,0,60586,7.395751953125
RHLCP,λ<=log n,8192,0,53393,6.5177001953125
RHLCP,λ<=log n,8192,0,53704,6.5556640625
RHLCP,λ<=log n,8192,0,55809,6.8126220703125
RHLCP,λ<=log n,8192,0,57804,7.05615234375
RHLCP,λ<=log n,8192,0,57983,7.0780029296875
RHLCP,λ<=log n,8192,0,57751,7.0496826171875
RHLCP,λ<=log n,8192,0,58826,7.180908203125
RHLCP,λ<=log n,8192,0,57259,6.9896240234375
RHLCP,λ<=log n,8192,0,58300,7.11669921875
RHLCP,λ<=log n,8192,0,59225,7.2296142578125
RHLCP,λ<=log n,8192,0,54873,6.6983642578125
RHLCP,λ<=log n,8192,0,59163,7.2220458984375
RHLCP,λ<=log n,8192,0,60880,7.431640625
RHLCP,λ<=log n,8192,0,64056,7.8193359375
RHLCP,λ<=log n,8192,0,54617,6.6671142578125
RHLCP,λ<=log n,8192,0,62440,7.6220703125
RHLCP,λ<=log n,8192,0,54731,6.6810302734375
RHLCP,λ<=log n,8192,0,60316,7.36279296875
RHLCP,λ<=log n,8192,0,62158,7.587646484375
RHLCP,λ<=log n,8192,0,53151,6.4881591796875
RHLCP,λ<=log n,8192,0,60276,7.35791015625
RHLCP,λ<=log n,8192,0,57144,6.9755859375
RHLCP,λ<=log n,8192,0,56136,6.8525390625
RHLCP,λ<=log n,8192,0,57203,6.9827880859375
RHLCP,λ<=log n,8192,0,56348,6.87841796875
RHLCP,λ<=log n,8192,0,59147,7.2200927734375
RHLCP,λ<=log n,8192,0,56883,6.9437255859375
RHLCP,λ<=log n,8192,0,56808,6.9345703125
RHLCP,λ<=log n,8192,0,56591,6.9080810546875
RHLCP,λ<=log n,8192,0,61614,7.521240234375
RHLCP,λ<=log n,8192,0,54805,6.6900634765625
RHLCP,λ<=log n,8192,0,53513,6.5323486328125
RHLCP,λ<=log n,8192,0,56875,6.9427490234375
RHLCP,λ<=log n,8192,0,63152,7.708984375
RHLCP,λ<=log n,8192,0,61260,7.47802734375
RHLCP,λ<=log n,8192,0,55760,6.806640625
RHLCP,λ<=log n,8192,0,59408,7.251953125
RHLCP,λ<=log n,8192,0,55628,6.79052734375
RHLCP,λ<=log n,8192,0,53555,6.5374755859375
RHLCP,λ<=log n,8192,0,56553,6.9034423828125
RHLCP,λ<=log n,8192,0,57788,7.05419921875
RHLCP,λ<=log n,8192,0,57081,6.9678955078125
RHLCP,λ<=log n,8192,0,60405,7.3736572265625
RHLCP,λ<=log n,8192,0,58856,7.1845703125
RHLCP,λ<=log n,8192,0,58823,7.1805419921875
RHLCP,λ<=log n,8192,0,56850,6.939697265625
RHLCP,λ<=log n,8192,0,57262,6.989990234375
RHLCP,λ<=log n,8192,0,58588,7.15185546875
RHLCP,λ<=log n,8192,0,68380,8.34716796875
RHLCP,λ<=log n,8192,0,54745,6.6827392578125
RHLCP,λ<=log n,8192,0,65156,7.95361328125
RHLCP,λ<=log n,8192,0,60245,7.3541259765625
RHLCP,λ<=log n,8192,0,53966,6.587646484375
RHLCP,λ<=log n,8192,0,57416,7.0087890625
RHLCP,λ<=log n,8192,0,53845,6.5728759765625
RHLCP,λ<=log n,8192,0,58412,7.13037109375
RHLCP,λ<=log n,8192,0,59427,7.2542724609375
RHLCP,λ<=log n,8192,0,57799,7.0555419921875
RHLCP,λ<=log n,8192,0,61212,7.47216796875
RHLCP,λ<=log n,8192,0,57512,7.0205078125
RHLCP,λ<=log n,8192,0,58810,7.178955078125
RHLCP,λ<=log n,8192,0,59655,7.2821044921875
RHLCP,λ<=log n,8192,0,56907,6.9466552734375
RHLCP,λ<=log n,8192,0,61547,7.5130615234375
RHLCP,λ<=log n,8192,0,61221,7.4732666015625
RHLCP,λ<=log n,8192,0,57463,7.0145263671875
RHLCP,λ<=log n,8192,0,57970,7.076416015625
RHLCP,λ<=log n,8192,0,58806,7.178466796875
RHLCP,λ<=log n,8192,0,55246,6.743896484375
RHLCP,λ<=log n,8192,0,54831,6.6932373046875
RHLCP,λ<=log n,8192,0,61651,7.5257568359375
RHLCP,λ<=log n,8192,0,53955,6.5863037109375
RHLCP,λ<=log n,8192,0,54001,6.5919189453125
RHLCP,λ<=log n,8192,0,57020,6.96044921875
RHLCP,λ<=log n,8192,0,51665,6.3067626953125
RHLCP,λ<=log n,8192,0,54943,6.7069091796875
RHLCP,λ<=log n,8192,0,56480,6.89453125
RHLCP,λ<=log n,8192,0,56198,6.860107421875
RHLCP,λ<=log n,8192,0,60734,7.413818359375
RHLCP,λ<=log n,8192,0,56296,6.8720703125
RHLCP,λ<=log n,8192,0,59652,7.28173828125
RHLCP,λ<=log n,8192,0,64542,7.878662109375
RHLCP,λ<=log n,8192,0,57239,6.9871826171875
RHLCP,λ<=log n,8192,0,52392,6.3955078125
RHLCP,λ<=log n,8192,0,58734,7.169677734375
RHLCP,λ<=log n,8192,0,64844,7.91552734375
RHLCP,λ<=log n,8192,0,57541,7.0240478515625
RHLCP,λ<=log n,8192,0,57493,7.0181884765625
RHLCP,λ<=log n,8192,0,54822,6.692138671875
RHLCP,λ<=log n,8192,0,61665,7.5274658203125
RHLCP,λ<=log n,8192,0,57296,6.994140625
RHLCP,λ<=log n,8192,0,61146,7.464111328125
RHLCP,λ<=log n,8192,0,55352,6.7568359375
RHLCP,λ<=log n,8192,0,60979,7.4437255859375
RHLCP,λ<=log n,8192,0,52928,6.4609375
RHLCP,λ<=log n,8192,0,71366,8.711669921875
RHLCP,λ<=log n,8192,0,76869,9.3834228515625
RRLCP,λ<=log n,8192,0,72566,8.858154296875
RRLCP,λ<=log n,8192,0,61335,7.4871826171875
RRLCP,λ<=log n,8192,0,65600,8.0078125
RRLCP,λ<=log n,8192,0,55777,6.8087158203125
RRLCP,λ<=log n,8192,0,57213,6.9840087890625
RRLCP,λ<=log n,8192,0,63951,7.8065185546875
RRLCP,λ<=log n,8192,0,57092,6.96923828125
RRLCP,λ<=log n,8192,0,70390,8.592529296875
RRLCP,λ<=log n,8192,0,60295,7.3602294921875
RRLCP,λ<=log n,8192,0,59803,7.3001708984375
RRLCP,λ<=log n,8192,0,54566,6.660888671875
RRLCP,λ<=log n,8192,0,62760,7.6611328125
RRLCP,λ<=log n,8192,0,58120,7.0947265625
RRLCP,λ<=log n,8192,0,62274,7.601806640625
RRLCP,λ<=log n,8192,0,60413,7.3746337890625
RRLCP,λ<=log n,8192,0,57761,7.0509033203125
RRLCP,λ<=log n,8192,0,56313,6.8741455078125
RRLCP,λ<=log n,8192,0,67430,8.231201171875
RRLCP,λ<=log n,8192,0,68526,8.364990234375
RRLCP,λ<=log n,8192,0,64857,7.9171142578125
RRLCP,λ<=log n,8192,0,58705,7.1661376953125
RRLCP,λ<=log n,8192,0,61627,7.5228271484375
RRLCP,λ<=log n,8192,0,60827,7.4251708984375
RRLCP,λ<=log n,8192,0,54670,6.673583984375
RRLCP,λ<=log n,8192,0,66117,8.0709228515625
RRLCP,λ<=log n,8192,0,59987,7.3226318359375
RRLCP,λ<=log n,8192,0,59320,7.2412109375
RRLCP,λ<=log n,8192,0,61235,7.4749755859375
RRLCP,λ<=log n,8192,0,71849,8.7706298828125
RRLCP,λ<=log n,8192,0,70581,8.6158447265625
RRLCP,λ<=log n,8192,0,58862,7.185302734375
RRLCP,λ<=log n,8192,0,61430,7.498779296875
RRLCP,λ<=log n,8192,0,59726,7.290771484375
RRLCP,λ<=log n,8192,0,60350,7.366943359375
RRLCP,λ<=log n,8192,0,56164,6.85595703125
RRLCP,λ<=log n,8192,0,60609,7.3985595703125
RRLCP,λ<=log n,8192,0,64748,7.90380859375
RRLCP,λ<=log n,8192,0,58713,7.1671142578125
RRLCP,λ<=log n,8192,0,58654,7.159912109375
RRLCP,λ<=log n,8192,0,62816,7.66796875
RRLCP,λ<=log n,8192,0,57294,6.993896484375
RRLCP,λ<=log n,8192,0,70885,8.6529541015625
RRLCP,λ<=log n,8192,0,62645,7.6470947265625
RRLCP,λ<=log n,8192,0,62514,7.631103515625
RRLCP,λ<=log n,8192,0,53941,6.5845947265625
RRLCP,λ<=log n,8192,0,57157,6.9771728515625
RRLCP,λ<=log n,8192,0,61935,7.5604248046875
RRLCP,λ<=log n,8192,0,61294,7.482177734375
RRLCP,λ<=log n,8192,0,71258,8.698486328125
RRLCP,λ<=log n,8192,0,57015,6.9598388671875
RRLCP,λ<=log n,8192,0,67935,8.2928466796875
RRLCP,λ<=log n,8192,0,63009,7.6915283203125
RRLCP,λ<=log n,8192,0,57530,7.022705078125
RRLCP,λ<=log n,8192,0,58125,7.0953369140625
RRLCP,λ<=log n,8192,0,59346,7.244384765625
RRLCP,λ<=log n,8192,0,57988,7.07861328125
RRLCP,λ<=log n,8192,0,56360,6.8798828125
RRLCP,λ<=log n,8192,0,66634,8.134033203125
RRLCP,λ<=log n,8192,0,59738,7.292236328125
RRLCP,λ<=log n,8192,0,54324,6.63134765625
RRLCP,λ<=log n,8192,0,61051,7.4525146484375
RRLCP,λ<=log n,8192,0,58608,7.154296875
RRLCP,λ<=log n,8192,0,66346,8.098876953125
RRLCP,λ<=log n,8192,0,65523,7.9984130859375
RRLCP,λ<=log n,8192,0,60811,7.4232177734375
RRLCP,λ<=log n,8192,0,61878,7.553466796875
RRLCP,λ<=log n,8192,0,59689,7.2862548828125
RRLCP,λ<=log n,8192,0,65108,7.94775390625
RRLCP,λ<=log n,8192,0,59662,7.282958984375
RRLCP,λ<=log n,8192,0,59539,7.2679443359375
RRLCP,λ<=log n,8192,0,61884,7.55419921875
RRLCP,λ<=log n,8192,0,60727,7.4129638671875
RRLCP,λ<=log n,8192,0,61118,7.460693359375
RRLCP,λ<=log n,8192,0,62309,7.6060791015625
RRLCP,λ<=log n,8192,0,63735,7.7801513671875
RRLCP,λ<=log n,8192,0,58033,7.0841064453125
RRLCP,λ<=log n,8192,0,65179,7.9564208984375
RRLCP,λ<=log n,8192,0,57834,7.059814453125
RRLCP,λ<=log n,8192,0,57908,7.06884765625
RRLCP,λ<=log n,8192,0,60025,7.3272705078125
RRLCP,λ<=log n,8192,0,62826,7.669189453125
RRLCP,λ<=log n,8192,0,63418,7.741455078125
RRLCP,λ<=log n,8192,0,59218,7.228759765625
RRLCP,λ<=log n,8192,0,60734,7.413818359375
RRLCP,λ<=log n,8192,0,61376,7.4921875
RRLCP,λ<=log n,8192,0,66186,8.079345703125
RRLCP,λ<=log n,8192,0,63015,7.6922607421875
RRLCP,λ<=log n,8192,0,64920,7.9248046875
RRLCP,λ<=log n,8192,0,65401,7.9835205078125
RRLCP,λ<=log n,8192,0,66757,8.1490478515625
RRLCP,λ<=log n,8192,0,65552,8.001953125
RRLCP,λ<=log n,8192,0,65536,8.0
RRLCP,λ<=log n,8192,0,60962,7.441650390625
RRLCP,λ<=log n,8192,0,59984,7.322265625
RRLCP,λ<=log n,8192,0,65329,7.9747314453125
RRLCP,λ<=log n,8192,0,65033,7.9385986328125
RRLCP,λ<=log n,8192,0,57796,7.05517578125
RRLCP,λ<=log n,8192,0,70474,8.602783203125
RRLCP,λ<=log n,8192,0,62168,7.5888671875
RSLCP,λ<=log n,8192,0,81562,9.956298828125
RSLCP,λ<=log n,8192,0,80396,9.81396484375
RSLCP,λ<=log n,8192,0,80773,9.8599853515625
RSLCP,λ<=log n,8192,0,80573,9.8355712890625
RSLCP,λ<=log n,8192,0,79620,9.71923828125
RSLCP,λ<=log n,8192,0,78008,9.5224609375
RSLCP,λ<=log n,8192,0,86696,10.5830078125
RSLCP,λ<=log n,8192,0,81713,9.9747314453125
RSLCP,λ<=log n,8192,0,84845,10.3570556640625
RSLCP,λ<=log n,8192,0,72546,8.855712890625
RSLCP,λ<=log n,8192,0,71897,8.7764892578125
RSLCP,λ<=log n,8192,0,83404,10.18115234375
RSLCP,λ<=log n,8192,0,75345,9.1973876953125
RSLCP,λ<=log n,8192,0,74053,9.0396728515625
RSLCP,λ<=log n,8192,0,75729,9.2442626953125
RSLCP,λ<=log n,8192,0,75993,9.2764892578125
RSLCP,λ<=log n,8192,0,73338,8.952392578125
RSLCP,λ<=log n,8192,0,76850,9.381103515625
RSLCP,λ<=log n,8192,0,72195,8.8128662109375
RSLCP,λ<=log n,8192,0,74155,9.0521240234375
RSLCP,λ<=log n,8192,0,70735,8.6346435546875
RSLCP,λ<=log n,8192,0,76570,9.346923828125
RSLCP,λ<=log n,8192,0,76847,9.3807373046875
RSLCP,λ<=log n,8192,0,78229,9.5494384765625
RSLCP,λ<=log n,8192,0,75888,9.263671875
RSLCP,λ<=log n,8192,0,82587,10.0814208984375
RSLCP,λ<=log n,8192,0,81622,9.963623046875
RSLCP,λ<=log n,8192,0,90925,11.0992431640625
RSLCP,λ<=log n,8192,0,73432,8.9638671875
RSLCP,λ<=log n,8192,0,82082,10.019775390625
RSLCP,λ<=log n,8192,0,85087,10.3865966796875
RSLCP,λ<=log n,8192,0,88078,10.751708984375
RSLCP,λ<=log n,8192,0,80604,9.83935546875
RSLCP,λ<=log n,8192,0,78345,9.5635986328125
RSLCP,λ<=log n,8192,0,75682,9.238525390625
RSLCP,λ<=log n,8192,0,70782,8.640380859375
RSLCP,λ<=log n,8192,0,73559,8.9793701171875
RSLCP,λ<=log n,8192,0,81034,9.891845703125
RSLCP,λ<=log n,8192,0,73186,8.933837890625
RSLCP,λ<=log n,8192,0,76976,9.396484375
RSLCP,λ<=log n,8192,0,76034,9.281494140625
RSLCP,λ<=log n,8192,0,88880,10.849609375
RSLCP,λ<=log n,8192,0,71598,8.739990234375
RSLCP,λ<=log n,8192,0,73901,9.0211181640625
RSLCP,λ<=log n,8192,0,85134,10.392333984375
RSLCP,λ<=log n,8192,0,73448,8.9658203125
RSLCP,λ<=log n,8192,0,80359,9.8094482421875
RSLCP,λ<=log n,8192,0,71767,8.7606201171875
RSLCP,λ<=log n,8192,0,88095,10.7537841796875
RSLCP,λ<=log n,8192,0,79866,9.749267578125
RSLCP,λ<=log n,8192,0,72874,8.895751953125
RSLCP,λ<=log n,8192,0,73422,8.962646484375
RSLCP,λ<=log n,8192,0,75733,9.2447509765625
RSLCP,λ<=log n,8192,0,76242,9.306884765625
RSLCP,λ<=log n,8192,0,81508,9.94970703125
RSLCP,λ<=log n,8192,0,66926,8.169677734375
RSLCP,λ<=log n,8192,0,76667,9.3587646484375
RSLCP,λ<=log n,8192,0,78839,9.6239013671875
RSLCP,λ<=log n,8192,0,75313,9.1934814453125
RSLCP,λ<=log n,8192,0,71995,8.7884521484375
RSLCP,λ<=log n,8192,0,96071,11.7274169921875
RSLCP,λ<=log n,8192,0,76754,9.369384765625
RSLCP,λ<=log n,8192,0,77721,9.4874267578125
RSLCP,λ<=log n,8192,0,69991,8.5438232421875
RSLCP,λ<=log n,8192,0,73569,8.9805908203125
RSLCP,λ<=log n,8192,0,74490,9.093017578125
RSLCP,λ<=log n,8192,0,87589,10.6920166015625
RSLCP,λ<=log n,8192,0,75118,9.169677734375
RSLCP,λ<=log n,8192,0,84516,10.31689453125
RSLCP,λ<=log n,8192,0,83582,10.202880859375
RSLCP,λ<=log n,8192,0,85808,10.474609375
RSLCP,λ<=log n,8192,0,88107,10.7552490234375
RSLCP,λ<=log n,8192,0,92139,11.2474365234375
RSLCP,λ<=log n,8192,0,89680,10.947265625
RSLCP,λ<=log n,8192,0,77563,9.4681396484375
RSLCP,λ<=log n,8192,0,81190,9.910888671875
RSLCP,λ<=log n,8192,0,89948,10.97998046875
RSLCP,λ<=log n,8192,0,77708,9.48583984375
RSLCP,λ<=log n,8192,0,92203,11.2552490234375
RSLCP,λ<=log n,8192,0,73973,9.0299072265625
RSLCP,λ<=log n,8192,0,79147,9.6614990234375
RSLCP,λ<=log n,8192,0,82278,10.043701171875
RSLCP,λ<=log n,8192,0,85724,10.46435546875
RSLCP,λ<=log n,8192,0,75312,9.193359375
RSLCP,λ<=log n,8192,0,78327,9.5614013671875
RSLCP,λ<=log n,8192,0,88543,10.8084716796875
RSLCP,λ<=log n,8192,0,71204,8.69189453125
RSLCP,λ<=log n,8192,0,81343,9.9295654296875
RSLCP,λ<=log n,8192,0,76549,9.3443603515625
RSLCP,λ<=log n,8192,0,83727,10.2205810546875
RSLCP,λ<=log n,8192,0,72249,8.8194580078125
RSLCP,λ<=log n,8192,0,79936,9.7578125
RSLCP,λ<=log n,8192,0,74242,9.062744140625
RSLCP,λ<=log n,8192,0,81884,9.99560546875
RSLCP,λ<=log n,8192,0,82066,10.017822265625
RSLCP,λ<=log n,8192,0,79947,9.7591552734375
RSLCP,λ<=log n,8192,0,69258,8.454345703125
RSLCP,λ<=log n,8192,0,80097,9.7774658203125
RSLCP,λ<=log n,8192,0,83843,10.2347412109375
RSLCP,λ<=log n,8192,0,83194,10.155517578125
RSDSP,λ<=log n,8192,0,81377,9.9337158203125
RSDSP,λ<=log n,8192,0,81801,9.9854736328125
RSDSP,λ<=log n,8192,0,82684,10.09326171875
RSDSP,λ<=log n,8192,0,85366,10.420654296875
RSDSP,λ<=log n,8192,0,81192,9.9111328125
RSDSP,λ<=log n,8192,0,88019,10.7445068359375
RSDSP,λ<=log n,8192,0,81238,9.916748046875
RSDSP,λ<=log n,8192,0,81483,9.9466552734375
RSDSP,λ<=log n,8192,0,90515,11.0491943359375
RSDSP,λ<=log n,8192,0,78631,9.5985107421875
RSDSP,λ<=log n,8192,0,93249,11.3829345703125
RSDSP,λ<=log n,8192,0,87405,10.6695556640625
RSDSP,λ<=log n,8192,0,85413,10.4263916015625
RSDSP,λ<=log n,8192,0,86384,10.544921875
RSDSP,λ<=log n,8192,0,76037,9.2818603515625
RSDSP,λ<=log n,8192,0,92926,11.343505859375
RSDSP,λ<=log n,8192,0,89726,10.952880859375
RSDSP,λ<=log n,8192,0,90341,11.0279541015625
RSDSP,λ<=log n,8192,0,83920,10.244140625
RSDSP,λ<=log n,8192,0,81379,9.9339599609375
RSDSP,λ<=log n,8192,0,84900,10.36376953125
RSDSP,λ<=log n,8192,0,91010,11.109619140625
RSDSP,λ<=log n,8192,0,86650,10.577392578125
RSDSP,λ<=log n,8192,0,79325,9.6832275390625
RSDSP,λ<=log n,8192,0,78263,9.5535888671875
RSDSP,λ<=log n,8192,0,82571,10.0794677734375
RSDSP,λ<=log n,8192,0,83629,10.2086181640625
RSDSP,λ<=log n,8192,0,87692,10.70458984375
RSDSP,λ<=log n,8192,0,90437,11.0396728515625
RSDSP,λ<=log n,8192,0,80649,9.8448486328125
RSDSP,λ<=log n,8192,0,81540,9.95361328125
RSDSP,λ<=log n,8192,0,110064,13.435546875
RSDSP,λ<=log n,8192,0,79808,9.7421875
RSDSP,λ<=log n,8192,0,80019,9.7679443359375
RSDSP,λ<=log n,8192,0,81840,9.990234375
RSDSP,λ<=log n,8192,0,93423,11.4041748046875
RSDSP,λ<=log n,8192,0,82768,10.103515625
RSDSP,λ<=log n,8192,0,79813,9.7427978515625
RSDSP,λ<=log n,8192,0,81368,9.9326171875
RSDSP,λ<=log n,8192,0,95445,11.6510009765625
RSDSP,λ<=log n,8192,0,79206,9.668701171875
RSDSP,λ<=log n,8192,0,86662,10.578857421875
RSDSP,λ<=log n,8192,0,78150,9.539794921875
RSDSP,λ<=log n,8192,0,92846,11.333740234375
RSDSP,λ<=log n,8192,0,79987,9.7640380859375
RSDSP,λ<=log n,8192,0,76050,9.283447265625
RSDSP,λ<=log n,8192,0,87834,10.721923828125
RSDSP,λ<=log n,8192,0,85369,10.4210205078125
RSDSP,λ<=log n,8192,0,80224,9.79296875
RSDSP,λ<=log n,8192,0,90306,11.023681640625
RSDSP,λ<=log n,8192,0,80487,9.8250732421875
RSDSP,λ<=log n,8192,0,84988,10.37451171875
RSDSP,λ<=log n,8192,0,81497,9.9483642578125
RSDSP,λ<=log n,8192,0,90837,11.0885009765625
RSDSP,λ<=log n,8192,0,84808,10.3525390625
RSDSP,λ<=log n,8192,0,80577,9.8360595703125
RSDSP,λ<=log n,8192,0,80558,9.833740234375
RSDSP,λ<=log n,8192,0,76815,9.3768310546875
RSDSP,λ<=log n,8192,0,84195,10.2777099609375
RSDSP,λ<=log n,8192,0,91144,11.1259765625
RSDSP,λ<=log n,8192,0,77356,9.44287109375
RSDSP,λ<=log n,8192,0,81443,9.9417724609375
RSDSP,λ<=log n,8192,0,81031,9.8914794921875
RSDSP,λ<=log n,8192,0,76761,9.3702392578125
RSDSP,λ<=log n,8192,0,89241,10.8936767578125
RSDSP,λ<=log n,8192,0,80087,9.7762451171875
RSDSP,λ<=log n,8192,0,84725,10.3424072265625
RSDSP,λ<=log n,8192,0,75976,9.2744140625
RSDSP,λ<=log n,8192,0,73480,8.9697265625
RSDSP,λ<=log n,8192,0,80088,9.7763671875
RSDSP,λ<=log n,8192,0,86429,10.5504150390625
RSDSP,λ<=log n,8192,0,86349,10.5406494140625
RSDSP,λ<=log n,8192,0,95562,11.665283203125
RSDSP,λ<=log n,8192,0,89965,10.9820556640625
RSDSP,λ<=log n,8192,0,81328,9.927734375
RSDSP,λ<=log n,8192,0,103395,12.6214599609375
RSDSP,λ<=log n,8192,0,80217,9.7921142578125
RSDSP,λ<=log n,8192,0,85920,10.48828125
RSDSP,λ<=log n,8192,0,78191,9.5447998046875
RSDSP,λ<=log n,8192,0,82754,10.101806640625
RSDSP,λ<=log n,8192,0,107886,13.169677734375
RSDSP,λ<=log n,8192,0,86717,10.5855712890625
RSDSP,λ<=log n,8192,0,98325,12.0025634765625
RSDSP,λ<=log n,8192,0,90253,11.0172119140625
RSDSP,λ<=log n,8192,0,77309,9.4371337890625
RSDSP,λ<=log n,8192,0,81087,9.8983154296875
RSDSP,λ<=log n,8192,0,80694,9.850341796875
RSDSP,λ<=log n,8192,0,83068,10.14013671875
RSDSP,λ<=log n,8192,0,86784,10.59375
RSDSP,λ<=log n,8192,0,84839,10.3563232421875
RSDSP,λ<=log n,8192,0,96950,11.834716796875
RSDSP,λ<=log n,8192,0,89174,10.885498046875
RSDSP,λ<=log n,8192,0,80899,9.8753662109375
RSDSP,λ<=log n,8192,0,79995,9.7650146484375
RSDSP,λ<=log n,8192,0,86404,10.54736328125
RSDSP,λ<=log n,8192,0,74916,9.14501953125
RSDSP,λ<=log n,8192,0,106792,13.0361328125
RSDSP,λ<=log n,8192,0,89529,10.9288330078125
RSDSP,λ<=log n,8192,0,107022,13.064208984375
RSDSP,λ<=log n,8192,0,81972,10.00634765625
RRDSP,λ<=log n,8192,0,82127,10.0252685546875
RRDSP,λ<=log n,8192,0,72476,8.84716796875
RRDSP,λ<=log n,8192,0,73605,8.9849853515625
RRDSP,λ<=log n,8192,0,67112,8.1923828125
RRDSP,λ<=log n,8192,0,76680,9.3603515625
RRDSP,λ<=log n,8192,0,80478,9.823974609375
RRDSP,λ<=log n,8192,0,66338,8.097900390625
RRDSP,λ<=log n,8192,0,76647,9.3563232421875
RRDSP,λ<=log n,8192,0,68893,8.4097900390625
RRDSP,λ<=log n,8192,0,66155,8.0755615234375
RRDSP,λ<=log n,8192,0,77797,9.4967041015625
RRDSP,λ<=log n,8192,0,88365,10.7867431640625
RRDSP,λ<=log n,8192,0,79369,9.6885986328125
RRDSP,λ<=log n,8192,0,70064,8.552734375
RRDSP,λ<=log n,8192,0,64505,7.8741455078125
RRDSP,λ<=log n,8192,0,69757,8.5152587890625
RRDSP,λ<=log n,8192,0,65738,8.024658203125
RRDSP,λ<=log n,8192,0,68507,8.3626708984375
RRDSP,λ<=log n,8192,0,69754,8.514892578125
RRDSP,λ<=log n,8192,0,71376,8.712890625
RRDSP,λ<=log n,8192,0,70359,8.5887451171875
RRDSP,λ<=log n,8192,0,68970,8.419189453125
RRDSP,λ<=log n,8192,0,68872,8.4072265625
RRDSP,λ<=log n,8192,0,74178,9.054931640625
RRDSP,λ<=log n,8192,0,68638,8.378662109375
RRDSP,λ<=log n,8192,0,69616,8.498046875
RRDSP,λ<=log n,8192,0,80604,9.83935546875
RRDSP,λ<=log n,8192,0,75998,9.277099609375
RRDSP,λ<=log n,8192,0,72081,8.7989501953125
RRDSP,λ<=log n,8192,0,69933,8.5367431640625
RRDSP,λ<=log n,8192,0,75152,9.173828125
RRDSP,λ<=log n,8192,0,71633,8.7442626953125
RRDSP,λ<=log n,8192,0,70381,8.5914306640625
RRDSP,λ<=log n,8192,0,71060,8.67431640625
RRDSP,λ<=log n,8192,0,68085,8.3111572265625
RRDSP,λ<=log n,8192,0,69276,8.45654296875
RRDSP,λ<=log n,8192,0,77156,9.41845703125
RRDSP,λ<=log n,8192,0,65875,8.0413818359375
RRDSP,λ<=log n,8192,0,63046,7.696044921875
RRDSP,λ<=log n,8192,0,67153,8.1973876953125
RRDSP,λ<=log n,8192,0,67748,8.27001953125
RRDSP,λ<=log n,8192,0,65597,8.0074462890625
RRDSP,λ<=log n,8192,0,64335,7.8533935546875
RRDSP,λ<=log n,8192,0,69524,8.48681640625
RRDSP,λ<=log n,8192,0,68699,8.3861083984375
RRDSP,λ<=log n,8192,0,67428,8.23095703125
RRDSP,λ<=log n,8192,0,81302,9.924560546875
RRDSP,λ<=log n,8192,0,69702,8.508544921875
RRDSP,λ<=log n,8192,0,76827,9.3782958984375
RRDSP,λ<=log n,8192,0,71690,8.751220703125
RRDSP,λ<=log n,8192,0,69097,8.4346923828125
RRDSP,λ<=log n,8192,0,75415,9.2059326171875
RRDSP,λ<=log n,8192,0,61244,7.47607421875
RRDSP,λ<=log n,8192,0,67993,8.2999267578125
RRDSP,λ<=log n,8192,0,65768,8.0283203125
RRDSP,λ<=log n,8192,0,65960,8.0517578125
RRDSP,λ<=log n,8192,0,70302,8.581787109375
RRDSP,λ<=log n,8192,0,69772,8.51708984375
RRDSP,λ<=log n,8192,0,65956,8.05126953125
RRDSP,λ<=log n,8192,0,72557,8.8570556640625
RRDSP,λ<=log n,8192,0,69580,8.49365234375
RRDSP,λ<=log n,8192,0,63967,7.8084716796875
RRDSP,λ<=log n,8192,0,76178,9.299072265625
RRDSP,λ<=log n,8192,0,71505,8.7286376953125
RRDSP,λ<=log n,8192,0,67121,8.1934814453125
RRDSP,λ<=log n,8192,0,69418,8.473876953125
RRDSP,λ<=log n,8192,0,75491,9.2152099609375
RRDSP,λ<=log n,8192,0,71719,8.7547607421875
RRDSP,λ<=log n,8192,0,68285,8.3355712890625
RRDSP,λ<=log n,8192,0,74399,9.0819091796875
RRDSP,λ<=log n,8192,0,69579,8.4935302734375
RRDSP,λ<=log n,8192,0,67991,8.2996826171875
RRDSP,λ<=log n,8192,0,68076,8.31005859375
RRDSP,λ<=log n,8192,0,65522,7.998291015625
RRDSP,λ<=log n,8192,0,77110,9.412841796875
RRDSP,λ<=log n,8192,0,74828,9.13427734375
RRDSP,λ<=log n,8192,0,67980,8.29833984375
RRDSP,λ<=log n,8192,0,68202,8.325439453125
RRDSP,λ<=log n,8192,0,66868,8.16259765625
RRDSP,λ<=log n,8192,0,67266,8.211181640625
RRDSP,λ<=log n,8192,0,70740,8.63525390625
RRDSP,λ<=log n,8192,0,88540,10.80810546875
RRDSP,λ<=log n,8192,0,71962,8.784423828125
RRDSP,λ<=log n,8192,0,68870,8.406982421875
RRDSP,λ<=log n,8192,0,71283,8.7015380859375
RRDSP,λ<=log n,8192,0,72398,8.837646484375
RRDSP,λ<=log n,8192,0,69727,8.5115966796875
RRDSP,λ<=log n,8192,0,68453,8.3560791015625
RRDSP,λ<=log n,8192,0,66631,8.1336669921875
RRDSP,λ<=log n,8192,0,69044,8.42822265625
RRDSP,λ<=log n,8192,0,69965,8.5406494140625
RRDSP,λ<=log n,8192,0,62450,7.623291015625
RRDSP,λ<=log n,8192,0,73375,8.9569091796875
RRDSP,λ<=log n,8192,0,67825,8.2794189453125
RRDSP,λ<=log n,8192,0,74294,9.069091796875
RRDSP,λ<=log n,8192,0,65208,7.9599609375
RRDSP,λ<=log n,8192,0,70919,8.6571044921875
RRDSP,λ<=log n,8192,0,74737,9.1231689453125
RRDSP,λ<=log n,8192,0,66191,8.0799560546875
RRDSP,λ<=log n,8192,0,72178,8.810791015625
RHDSP,λ<=log n,8192,0,63368,7.7353515625
RHDSP,λ<=log n,8192,0,66341,8.0982666015625
RHDSP,λ<=log n,8192,0,62431,7.6209716796875
RHDSP,λ<=log n,8192,0,67064,8.1865234375
RHDSP,λ<=log n,8192,0,63961,7.8077392578125
RHDSP,λ<=log n,8192,0,64036,7.81689453125
RHDSP,λ<=log n,8192,0,65440,7.98828125
RHDSP,λ<=log n,8192,0,65546,8.001220703125
RHDSP,λ<=log n,8192,0,70777,8.6397705078125
RHDSP,λ<=log n,8192,0,63077,7.6998291015625
RHDSP,λ<=log n,8192,0,64894,7.921630859375
RHDSP,λ<=log n,8192,0,60419,7.3753662109375
RHDSP,λ<=log n,8192,0,61707,7.5325927734375
RHDSP,λ<=log n,8192,0,66045,8.0621337890625
RHDSP,λ<=log n,8192,0,64591,7.8846435546875
RHDSP,λ<=log n,8192,0,70191,8.5682373046875
RHDSP,λ<=log n,8192,0,63108,7.70361328125
RHDSP,λ<=log n,8192,0,62012,7.56982421875
RHDSP,λ<=log n,8192,0,72772,8.88330078125
RHDSP,λ<=log n,8192,0,68352,8.34375
RHDSP,λ<=log n,8192,0,65166,7.954833984375
RHDSP,λ<=log n,8192,0,68802,8.398681640625
RHDSP,λ<=log n,8192,0,61197,7.4703369140625
RHDSP,λ<=log n,8192,0,64445,7.8668212890625
RHDSP,λ<=log n,8192,0,69613,8.4976806640625
RHDSP,λ<=log n,8192,0,64585,7.8839111328125
RHDSP,λ<=log n,8192,0,63605,7.7642822265625
RHDSP,λ<=log n,8192,0,66822,8.156982421875
RHDSP,λ<=log n,8192,0,68669,8.3824462890625
RHDSP,λ<=log n,8192,0,64254,7.843505859375
RHDSP,λ<=log n,8192,0,78965,9.6392822265625
RHDSP,λ<=log n,8192,0,69631,8.4998779296875
RHDSP,λ<=log n,8192,0,60947,7.4398193359375
RHDSP,λ<=log n,8192,0,69285,8.4576416015625
RHDSP,λ<=log n,8192,0,62425,7.6202392578125
RHDSP,λ<=log n,8192,0,65326,7.974365234375
RHDSP,λ<=log n,8192,0,65446,7.989013671875
RHDSP,λ<=log n,8192,0,64371,7.8577880859375
RHDSP,λ<=log n,8192,0,65476,7.99267578125
RHDSP,λ<=log n,8192,0,64522,7.876220703125
RHDSP,λ<=log n,8192,0,66013,8.0582275390625
RHDSP,λ<=log n,8192,0,73504,8.97265625
RHDSP,λ<=log n,8192,0,70968,8.6630859375
RHDSP,λ<=log n,8192,0,64145,7.8302001953125
RHDSP,λ<=log n,8192,0,65843,8.0374755859375
RHDSP,λ<=log n,8192,0,65907,8.0452880859375
RHDSP,λ<=log n,8192,0,60856,7.4287109375
RHDSP,λ<=log n,8192,0,68518,8.364013671875
RHDSP,λ<=log n,8192,0,67320,8.2177734375
RHDSP,λ<=log n,8192,0,66201,8.0811767578125
RHDSP,λ<=log n,8192,0,64979,7.9320068359375
RHDSP,λ<=log n,8192,0,65960,8.0517578125
RHDSP,λ<=log n,8192,0,61595,7.5189208984375
RHDSP,λ<=log n,8192,0,60534,7.389404296875
RHDSP,λ<=log n,8192,0,61769,7.5401611328125
RHDSP,λ<=log n,8192,0,65900,8.04443359375
RHDSP,λ<=log n,8192,0,65088,7.9453125
RHDSP,λ<=log n,8192,0,62154,7.587158203125
RHDSP,λ<=log n,8192,0,74255,9.0643310546875
RHDSP,λ<=log n,8192,0,64838,7.914794921875
RHDSP,λ<=log n,8192,0,61930,7.559814453125
RHDSP,λ<=log n,8192,0,61287,7.4813232421875
RHDSP,λ<=log n,8192,0,61132,7.46240234375
RHDSP,λ<=log n,8192,0,63925,7.8033447265625
RHDSP,λ<=log n,8192,0,74403,9.0823974609375
RHDSP,λ<=log n,8192,0,61712,7.533203125
RHDSP,λ<=log n,8192,0,61407,7.4959716796875
RHDSP,λ<=log n,8192,0,63608,7.7646484375
RHDSP,λ<=log n,8192,0,70944,8.66015625
RHDSP,λ<=log n,8192,0,63318,7.729248046875
RHDSP,λ<=log n,8192,0,65516,7.99755859375
RHDSP,λ<=log n,8192,0,66521,8.1202392578125
RHDSP,λ<=log n,8192,0,62725,7.6568603515625
RHDSP,λ<=log n,8192,0,63220,7.71728515625
RHDSP,λ<=log n,8192,0,65570,8.004150390625
RHDSP,λ<=log n,8192,0,66309,8.0943603515625
RHDSP,λ<=log n,8192,0,63690,7.774658203125
RHDSP,λ<=log n,8192,0,68022,8.303466796875
RHDSP,λ<=log n,8192,0,64488,7.8720703125
RHDSP,λ<=log n,8192,0,64798,7.909912109375
RHDSP,λ<=log n,8192,0,63171,7.7113037109375
RHDSP,λ<=log n,8192,0,64189,7.8355712890625
RHDSP,λ<=log n,8192,0,66399,8.1053466796875
RHDSP,λ<=log n,8192,0,63533,7.7554931640625
RHDSP,λ<=log n,8192,0,66074,8.065673828125
RHDSP,λ<=log n,8192,0,64017,7.8145751953125
RHDSP,λ<=log n,8192,0,68581,8.3717041015625
RHDSP,λ<=log n,8192,0,68783,8.3963623046875
RHDSP,λ<=log n,8192,0,76719,9.3651123046875
RHDSP,λ<=log n,8192,0,60815,7.4237060546875
RHDSP,λ<=log n,8192,0,67969,8.2969970703125
RHDSP,λ<=log n,8192,0,69695,8.5076904296875
RHDSP,λ<=log n,8192,0,66081,8.0665283203125
RHDSP,λ<=log n,8192,0,71313,8.7052001953125
RHDSP,λ<=log n,8192,0,61896,7.5556640625
RHDSP,λ<=log n,8192,0,69590,8.494873046875
RHDSP,λ<=log n,8192,0,70484,8.60400390625
RHDSP,λ<=log n,8192,0,62965,7.6861572265625
RHLSP,λ<=log n,8192,0,71006,8.667724609375
RHLSP,λ<=log n,8192,0,76404,9.32666015625
RHLSP,λ<=log n,8192,0,69066,8.430908203125
RHLSP,λ<=log n,8192,0,76561,9.3458251953125
RHLSP,λ<=log n,8192,0,73258,8.942626953125
RHLSP,λ<=log n,8192,0,71590,8.739013671875
RHLSP,λ<=log n,8192,0,75223,9.1824951171875
RHLSP,λ<=log n,8192,0,76489,9.3370361328125
RHLSP,λ<=log n,8192,0,70269,8.5777587890625
RHLSP,λ<=log n,8192,0,68000,8.30078125
RHLSP,λ<=log n,8192,0,69465,8.4796142578125
RHLSP,λ<=log n,8192,0,67484,8.23779296875
RHLSP,λ<=log n,8192,0,67806,8.277099609375
RHLSP,λ<=log n,8192,0,69326,8.462646484375
RHLSP,λ<=log n,8192,0,68576,8.37109375
RHLSP,λ<=log n,8192,0,67049,8.1846923828125
RHLSP,λ<=log n,8192,0,65537,8.0001220703125
RHLSP,λ<=log n,8192,0,71665,8.7481689453125
RHLSP,λ<=log n,8192,0,69946,8.538330078125
RHLSP,λ<=log n,8192,0,72131,8.8050537109375
RHLSP,λ<=log n,8192,0,69698,8.508056640625
RHLSP,λ<=log n,8192,0,72861,8.8941650390625
RHLSP,λ<=log n,8192,0,68284,8.33544921875
RHLSP,λ<=log n,8192,0,65911,8.0457763671875
RHLSP,λ<=log n,8192,0,69398,8.471435546875
RHLSP,λ<=log n,8192,0,67634,8.256103515625
RHLSP,λ<=log n,8192,0,71885,8.7750244140625
RHLSP,λ<=log n,8192,0,72918,8.901123046875
RHLSP,λ<=log n,8192,0,71415,8.7176513671875
RHLSP,λ<=log n,8192,0,73880,9.0185546875
RHLSP,λ<=log n,8192,0,73475,8.9691162109375
RHLSP,λ<=log n,8192,0,70048,8.55078125
RHLSP,λ<=log n,8192,0,72882,8.896728515625
RHLSP,λ<=log n,8192,0,65802,8.032470703125
RHLSP,λ<=log n,8192,0,69478,8.481201171875
RHLSP,λ<=log n,8192,0,76185,9.2999267578125
RHLSP,λ<=log n,8192,0,69747,8.5140380859375
RHLSP,λ<=log n,8192,0,73915,9.0228271484375
RHLSP,λ<=log n,8192,0,65662,8.015380859375
RHLSP,λ<=log n,8192,0,69566,8.491943359375
RHLSP,λ<=log n,8192,0,71888,8.775390625
RHLSP,λ<=log n,8192,0,68644,8.37939453125
RHLSP,λ<=log n,8192,0,66075,8.0657958984375
RHLSP,λ<=log n,8192,0,68390,8.348388671875
RHLSP,λ<=log n,8192,0,71648,8.74609375
RHLSP,λ<=log n,8192,0,69081,8.4327392578125
RHLSP,λ<=log n,8192,0,71383,8.7137451171875
RHLSP,λ<=log n,8192,0,69985,8.5430908203125
RHLSP,λ<=log n,8192,0,71037,8.6715087890625
RHLSP,λ<=log n,8192,0,69092,8.43408203125
RHLSP,λ<=log n,8192,0,73397,8.9595947265625
RHLSP,λ<=log n,8192,0,66076,8.06591796875
RHLSP,λ<=log n,8192,0,67337,8.2198486328125
RHLSP,λ<=log n,8192,0,75472,9.212890625
RHLSP,λ<=log n,8192,0,64850,7.916259765625
RHLSP,λ<=log n,8192,0,66463,8.1131591796875
RHLSP,λ<=log n,8192,0,69854,8.527099609375
RHLSP,λ<=log n,8192,0,72803,8.8870849609375
RHLSP,λ<=log n,8192,0,70501,8.6060791015625
RHLSP,λ<=log n,8192,0,69089,8.4337158203125
RHLSP,λ<=log n,8192,0,68948,8.41650390625
RHLSP,λ<=log n,8192,0,63948,7.80615234375
RHLSP,λ<=log n,8192,0,76496,9.337890625
RHLSP,λ<=log n,8192,0,70250,8.575439453125
RHLSP,λ<=log n,8192,0,65287,7.9696044921875
RHLSP,λ<=log n,8192,0,71273,8.7003173828125
RHLSP,λ<=log n,8192,0,74462,9.089599609375
RHLSP,λ<=log n,8192,0,65561,8.0030517578125
RHLSP,λ<=log n,8192,0,68427,8.3529052734375
RHLSP,λ<=log n,8192,0,65138,7.951416015625
RHLSP,λ<=log n,8192,0,69155,8.4417724609375
RHLSP,λ<=log n,8192,0,68666,8.382080078125
RHLSP,λ<=log n,8192,0,66435,8.1097412109375
RHLSP,λ<=log n,8192,0,69269,8.4556884765625
RHLSP,λ<=log n,8192,0,69280,8.45703125
RHLSP,λ<=log n,8192,0,68971,8.4193115234375
RHLSP,λ<=log n,8192,0,72964,8.90673828125
RHLSP,λ<=log n,8192,0,69786,8.518798828125
RHLSP,λ<=log n,8192,0,74952,9.1494140625
RHLSP,λ<=log n,8192,0,73403,8.9603271484375
RHLSP,λ<=log n,8192,0,77606,9.473388671875
RHLSP,λ<=log n,8192,0,70404,8.59423828125
RHLSP,λ<=log n,8192,0,76593,9.3497314453125
RHLSP,λ<=log n,8192,0,73843,9.0140380859375
RHLSP,λ<=log n,8192,0,69667,8.5042724609375
RHLSP,λ<=log n,8192,0,69865,8.5284423828125
RHLSP,λ<=log n,8192,0,66994,8.177978515625
RHLSP,λ<=log n,8192,0,70452,8.60009765625
RHLSP,λ<=log n,8192,0,71761,8.7598876953125
RHLSP,λ<=log n,8192,0,67597,8.2515869140625
RHLSP,λ<=log n,8192,0,74999,9.1551513671875
RHLSP,λ<=log n,8192,0,64163,7.8323974609375
RHLSP,λ<=log n,8192,0,67810,8.277587890625
RHLSP,λ<=log n,8192,0,69695,8.5076904296875
RHLSP,λ<=log n,8192,0,69294,8.458740234375
RHLSP,λ<=log n,8192,0,73888,9.01953125
RHLSP,λ<=log n,8192,0,67890,8.287353515625
RHLSP,λ<=log n,8192,0,69513,8.4854736328125
RHLSP,λ<=log n,8192,0,71157,8.6861572265625
RHLSP,λ<=log n,8192,0,68394,8.348876953125
RRLSP,λ<=log n,8192,0,69776,8.517578125
RRLSP,λ<=log n,8192,0,72947,8.9046630859375
RRLSP,λ<=log n,8192,0,85257,10.4073486328125
RRLSP,λ<=log n,8192,0,77298,9.435791015625
RRLSP,λ<=log n,8192,0,72993,8.9102783203125
RRLSP,λ<=log n,8192,0,67685,8.2623291015625
RRLSP,λ<=log n,8192,0,80388,9.81298828125
RRLSP,λ<=log n,8192,0,76797,9.3746337890625
RRLSP,λ<=log n,8192,0,69857,8.5274658203125
RRLSP,λ<=log n,8192,0,76332,9.31787109375
RRLSP,λ<=log n,8192,0,75638,9.233154296875
RRLSP,λ<=log n,8192,0,70700,8.63037109375
RRLSP,λ<=log n,8192,0,74113,9.0469970703125
RRLSP,λ<=log n,8192,0,76380,9.32373046875
RRLSP,λ<=log n,8192,0,71824,8.767578125
RRLSP,λ<=log n,8192,0,72828,8.89013671875
RRLSP,λ<=log n,8192,0,75179,9.1771240234375
RRLSP,λ<=log n,8192,0,74827,9.1341552734375
RRLSP,λ<=log n,8192,0,71208,8.6923828125
RRLSP,λ<=log n,8192,0,76546,9.343994140625
RRLSP,λ<=log n,8192,0,72537,8.8546142578125
RRLSP,λ<=log n,8192,0,71874,8.773681640625
RRLSP,λ<=log n,8192,0,76525,9.3414306640625
RRLSP,λ<=log n,8192,0,70828,8.64599609375
RRLSP,λ<=log n,8192,0,72155,8.8079833984375
RRLSP,λ<=log n,8192,0,83145,10.1495361328125
RRLSP,λ<=log n,8192,0,75376,9.201171875
RRLSP,λ<=log n,8192,0,68785,8.3966064453125
RRLSP,λ<=log n,8192,0,78489,9.5811767578125
RRLSP,λ<=log n,8192,0,71517,8.7301025390625
RRLSP,λ<=log n,8192,0,80582,9.836669921875
RRLSP,λ<=log n,8192,0,69587,8.4945068359375
RRLSP,λ<=log n,8192,0,74138,9.050048828125
RRLSP,λ<=log n,8192,0,71063,8.6746826171875
RRLSP,λ<=log n,8192,0,72941,8.9039306640625
RRLSP,λ<=log n,8192,0,73654,8.990966796875
RRLSP,λ<=log n,8192,0,76339,9.3187255859375
RRLSP,λ<=log n,8192,0,72820,8.88916015625
RRLSP,λ<=log n,8192,0,75430,9.207763671875
RRLSP,λ<=log n,8192,0,75152,9.173828125
RRLSP,λ<=log n,8192,0,71633,8.7442626953125
RRLSP,λ<=log n,8192,0,68623,8.3768310546875
RRLSP,λ<=log n,8192,0,73559,8.9793701171875
RRLSP,λ<=log n,8192,0,76222,9.304443359375
RRLSP,λ<=log n,8192,0,75272,9.1884765625
RRLSP,λ<=log n,8192,0,71937,8.7813720703125
RRLSP,λ<=log n,8192,0,73752,9.0029296875
RRLSP,λ<=log n,8192,0,77631,9.4764404296875
RRLSP,λ<=log n,8192,0,70347,8.5872802734375
RRLSP,λ<=log n,8192,0,76357,9.3209228515625
RRLSP,λ<=log n,8192,0,73586,8.982666015625
RRLSP,λ<=log n,8192,0,73571,8.9808349609375
RRLSP,λ<=log n,8192,0,70751,8.6365966796875
RRLSP,λ<=log n,8192,0,74567,9.1024169921875
RRLSP,λ<=log n,8192,0,73767,9.0047607421875
RRLSP,λ<=log n,8192,0,76541,9.3433837890625
RRLSP,λ<=log n,8192,0,70483,8.6038818359375
RRLSP,λ<=log n,8192,0,71690,8.751220703125
RRLSP,λ<=log n,8192,0,72322,8.828369140625
RRLSP,λ<=log n,8192,0,69215,8.4490966796875
RRLSP,λ<=log n,8192,0,78672,9.603515625
RRLSP,λ<=log n,8192,0,82436,10.06298828125
RRLSP,λ<=log n,8192,0,75676,9.23779296875
RRLSP,λ<=log n,8192,0,77195,9.4232177734375
RRLSP,λ<=log n,8192,0,79851,9.7474365234375
RRLSP,λ<=log n,8192,0,74608,9.107421875
RRLSP,λ<=log n,8192,0,75563,9.2239990234375
RRLSP,λ<=log n,8192,0,75010,9.156494140625
RRLSP,λ<=log n,8192,0,77256,9.4306640625
RRLSP,λ<=log n,8192,0,75581,9.2261962890625
RRLSP,λ<=log n,8192,0,76577,9.3477783203125
RRLSP,λ<=log n,8192,0,72619,8.8646240234375
RRLSP,λ<=log n,8192,0,73292,8.94677734375
RRLSP,λ<=log n,8192,0,76270,9.310302734375
RRLSP,λ<=log n,8192,0,75909,9.2662353515625
RRLSP,λ<=log n,8192,0,72002,8.789306640625
RRLSP,λ<=log n,8192,0,69824,8.5234375
RRLSP,λ<=log n,8192,0,79791,9.7401123046875
RRLSP,λ<=log n,8192,0,69672,8.5048828125
RRLSP,λ<=log n,8192,0,79844,9.74658203125
RRLSP,λ<=log n,8192,0,73078,8.920654296875
RRLSP,λ<=log n,8192,0,78126,9.536865234375
RRLSP,λ<=log n,8192,0,73561,8.9796142578125
RRLSP,λ<=log n,8192,0,76145,9.2950439453125
RRLSP,λ<=log n,8192,0,70115,8.5589599609375
RRLSP,λ<=log n,8192,0,73177,8.9327392578125
RRLSP,λ<=log n,8192,0,71867,8.7728271484375
RRLSP,λ<=log n,8192,0,74187,9.0560302734375
RRLSP,λ<=log n,8192,0,74941,9.1480712890625
RRLSP,λ<=log n,8192,0,80803,9.8636474609375
RRLSP,λ<=log n,8192,0,79488,9.703125
RRLSP,λ<=log n,8192,0,72253,8.8199462890625
RRLSP,λ<=log n,8192,0,72109,8.8023681640625
RRLSP,λ<=log n,8192,0,68891,8.4095458984375
RRLSP,λ<=log n,8192,0,73947,9.0267333984375
RRLSP,λ<=log n,8192,0,75186,9.177978515625
RRLSP,λ<=log n,8192,0,72413,8.8394775390625
RRLSP,λ<=log n,8192,0,96478,11.777099609375
RRLSP,λ<=log n,8192,0,70130,8.560791015625
RRLSP,λ<=log n,8192,0,76300,9.31396484375
RSLSP,λ<=log n,8192,0,85137,10.3927001953125
RSLSP,λ<=log n,8192,0,87257,10.6514892578125
RSLSP,λ<=log n,8192,0,98327,12.0028076171875
RSLSP,λ<=log n,8192,0,86360,10.5419921875
RSLSP,λ<=log n,8192,0,92550,11.297607421875
RSLSP,λ<=log n,8192,0,89177,10.8858642578125
RSLSP,λ<=log n,8192,0,95859,11.7015380859375
RSLSP,λ<=log n,8192,0,95567,11.6658935546875
RSLSP,λ<=log n,8192,0,82611,10.0843505859375
RSLSP,λ<=log n,8192,0,95115,11.6107177734375
RSLSP,λ<=log n,8192,0,103657,12.6534423828125
RSLSP,λ<=log n,8192,0,90269,11.0191650390625
RSLSP,λ<=log n,8192,0,93841,11.4552001953125
RSLSP,λ<=log n,8192,0,83674,10.214111328125
RSLSP,λ<=log n,8192,0,89780,10.95947265625
RSLSP,λ<=log n,8192,0,80526,9.829833984375
RSLSP,λ<=log n,8192,0,105176,12.8388671875
RSLSP,λ<=log n,8192,0,95769,11.6905517578125
RSLSP,λ<=log n,8192,0,85778,10.470947265625
RSLSP,λ<=log n,8192,0,88049,10.7481689453125
RSLSP,λ<=log n,8192,0,88453,10.7974853515625
RSLSP,λ<=log n,8192,0,83491,10.1917724609375
RSLSP,λ<=log n,8192,0,89341,10.9058837890625
RSLSP,λ<=log n,8192,0,94170,11.495361328125
RSLSP,λ<=log n,8192,0,88550,10.809326171875
RSLSP,λ<=log n,8192,0,85853,10.4801025390625
RSLSP,λ<=log n,8192,0,83625,10.2081298828125
RSLSP,λ<=log n,8192,0,85640,10.4541015625
RSLSP,λ<=log n,8192,0,83530,10.196533203125
RSLSP,λ<=log n,8192,0,81645,9.9664306640625
RSLSP,λ<=log n,8192,0,81308,9.92529296875
RSLSP,λ<=log n,8192,0,80184,9.7880859375
RSLSP,λ<=log n,8192,0,82322,10.049072265625
RSLSP,λ<=log n,8192,0,92437,11.2838134765625
RSLSP,λ<=log n,8192,0,94981,11.5943603515625
RSLSP,λ<=log n,8192,0,90470,11.043701171875
RSLSP,λ<=log n,8192,0,96627,11.7952880859375
RSLSP,λ<=log n,8192,0,86842,10.600830078125
RSLSP,λ<=log n,8192,0,89609,10.9385986328125
RSLSP,λ<=log n,8192,0,85098,10.387939453125
RSLSP,λ<=log n,8192,0,87246,10.650146484375
RSLSP,λ<=log n,8192,0,106783,13.0350341796875
RSLSP,λ<=log n,8192,0,104906,12.805908203125
RSLSP,λ<=log n,8192,0,77863,9.5047607421875
RSLSP,λ<=log n,8192,0,96762,11.811767578125
RSLSP,λ<=log n,8192,0,80154,9.784423828125
RSLSP,λ<=log n,8192,0,79976,9.7626953125
RSLSP,λ<=log n,8192,0,86327,10.5379638671875
RSLSP,λ<=log n,8192,0,82801,10.1075439453125
RSLSP,λ<=log n,8192,0,92716,11.31787109375
RSLSP,λ<=log n,8192,0,81609,9.9620361328125
RSLSP,λ<=log n,8192,0,87707,10.7064208984375
RSLSP,λ<=log n,8192,0,90754,11.078369140625
RSLSP,λ<=log n,8192,0,87700,10.70556640625
RSLSP,λ<=log n,8192,0,87014,10.621826171875
RSLSP,λ<=log n,8192,0,95689,11.6807861328125
RSLSP,λ<=log n,8192,0,81557,9.9556884765625
RSLSP,λ<=log n,8192,0,79407,9.6932373046875
RSLSP,λ<=log n,8192,0,91313,11.1466064453125
RSLSP,λ<=log n,8192,0,85039,10.3807373046875
RSLSP,λ<=log n,8192,0,84965,10.3717041015625
RSLSP,λ<=log n,8192,0,88336,10.783203125
RSLSP,λ<=log n,8192,0,89648,10.943359375
RSLSP,λ<=log n,8192,0,82014,10.011474609375
RSLSP,λ<=log n,8192,0,89915,10.9759521484375
RSLSP,λ<=log n,8192,0,79702,9.729248046875
RSLSP,λ<=log n,8192,0,95622,11.672607421875
RSLSP,λ<=log n,8192,0,90024,10.9892578125
RSLSP,λ<=log n,8192,0,86749,10.5894775390625
RSLSP,λ<=log n,8192,0,89747,10.9554443359375
RSLSP,λ<=log n,8192,0,78039,9.5262451171875
RSLSP,λ<=log n,8192,0,85543,10.4422607421875
RSLSP,λ<=log n,8192,0,81717,9.9752197265625
RSLSP,λ<=log n,8192,0,97058,11.847900390625
RSLSP,λ<=log n,8192,0,82131,10.0257568359375
RSLSP,λ<=log n,8192,0,78249,9.5518798828125
RSLSP,λ<=log n,8192,0,84244,10.28369140625
RSLSP,λ<=log n,8192,0,84589,10.3258056640625
RSLSP,λ<=log n,8192,0,82902,10.119873046875
RSLSP,λ<=log n,8192,0,88216,10.7685546875
RSLSP,λ<=log n,8192,0,88837,10.8443603515625
RSLSP,λ<=log n,8192,0,84793,10.3507080078125
RSLSP,λ<=log n,8192,0,82421,10.0611572265625
RSLSP,λ<=log n,8192,0,84967,10.3719482421875
RSLSP,λ<=log n,8192,0,87120,10.634765625
RSLSP,λ<=log n,8192,0,82498,10.070556640625
RSLSP,λ<=log n,8192,0,85519,10.4393310546875
RSLSP,λ<=log n,8192,0,96501,11.7799072265625
RSLSP,λ<=log n,8192,0,83304,10.1689453125
RSLSP,λ<=log n,8192,0,84865,10.3594970703125
RSLSP,λ<=log n,8192,0,82963,10.1273193359375
RSLSP,λ<=log n,8192,0,85043,10.3812255859375
RSLSP,λ<=log n,8192,0,91611,11.1829833984375
RSLSP,λ<=log n,8192,0,84242,10.283447265625
RSLSP,λ<=log n,8192,0,90873,11.0928955078125
RSLSP,λ<=log n,8192,0,94251,11.5052490234375
RSLSP,λ<=log n,8192,0,80878,9.872802734375
RSLSP,λ<=log n,8192,0,89849,10.9678955078125
RSLSP,λ<=log n,8192,0,108710,13.270263671875
RSLSP,λ<=log n,8192,0,91625,11.1846923828125
RSDMP,λ<=log n,8192,0,69702,8.508544921875
RSDMP,λ<=log n,8192,0,76112,9.291015625
RSDMP,λ<=log n,8192,0,77316,9.43798828125
RSDMP,λ<=log n,8192,0,95876,11.70361328125
RSDMP,λ<=log n,8192,0,71722,8.755126953125
RSDMP,λ<=log n,8192,0,77964,9.51708984375
RSDMP,λ<=log n,8192,0,92378,11.276611328125
RSDMP,λ<=log n,8192,0,72324,8.82861328125
RSDMP,λ<=log n,8192,0,71025,8.6700439453125
RSDMP,λ<=log n,8192,0,74560,9.1015625
RSDMP,λ<=log n,8192,0,76850,9.381103515625
RSDMP,λ<=log n,8192,0,85091,10.3870849609375
RSDMP,λ<=log n,8192,0,72983,8.9090576171875
RSDMP,λ<=log n,8192,0,77599,9.4725341796875
RSDMP,λ<=log n,8192,0,76442,9.331298828125
RSDMP,λ<=log n,8192,0,77325,9.4390869140625
RSDMP,λ<=log n,8192,0,78985,9.6417236328125
RSDMP,λ<=log n,8192,0,74405,9.0826416015625
RSDMP,λ<=log n,8192,0,74080,9.04296875
RSDMP,λ<=log n,8192,0,71155,8.6859130859375
RSDMP,λ<=log n,8192,0,74357,9.0767822265625
RSDMP,λ<=log n,8192,0,65880,8.0419921875
RSDMP,λ<=log n,8192,0,75114,9.169189453125
RSDMP,λ<=log n,8192,0,78819,9.6214599609375
RSDMP,λ<=log n,8192,0,74340,9.07470703125
RSDMP,λ<=log n,8192,0,71426,8.718994140625
RSDMP,λ<=log n,8192,0,70826,8.645751953125
RSDMP,λ<=log n,8192,0,75356,9.19873046875
RSDMP,λ<=log n,8192,0,79786,9.739501953125
RSDMP,λ<=log n,8192,0,69322,8.462158203125
RSDMP,λ<=log n,8192,0,69065,8.4307861328125
RSDMP,λ<=log n,8192,0,75748,9.24658203125
RSDMP,λ<=log n,8192,0,85710,10.462646484375
RSDMP,λ<=log n,8192,0,68987,8.4212646484375
RSDMP,λ<=log n,8192,0,77734,9.489013671875
RSDMP,λ<=log n,8192,0,78466,9.578369140625
RSDMP,λ<=log n,8192,0,116526,14.224365234375
RSDMP,λ<=log n,8192,0,77251,9.4300537109375
RSDMP,λ<=log n,8192,0,77756,9.49169921875
RSDMP,λ<=log n,8192,0,77341,9.4410400390625
RSDMP,λ<=log n,8192,0,73148,8.92919921875
RSDMP,λ<=log n,8192,0,71789,8.7633056640625
RSDMP,λ<=log n,8192,0,90411,11.0364990234375
RSDMP,λ<=log n,8192,0,74001,9.0333251953125
RSDMP,λ<=log n,8192,0,68559,8.3690185546875
RSDMP,λ<=log n,8192,0,74225,9.0606689453125
RSDMP,λ<=log n,8192,0,72086,8.799560546875
RSDMP,λ<=log n,8192,0,90608,11.060546875
RSDMP,λ<=log n,8192,0,77912,9.5107421875
RSDMP,λ<=log n,8192,0,74233,9.0616455078125
RSDMP,λ<=log n,8192,0,74675,9.1156005859375
RSDMP,λ<=log n,8192,0,70997,8.6666259765625
RSDMP,λ<=log n,8192,0,71307,8.7044677734375
RSDMP,λ<=log n,8192,0,84196,10.27783203125
RSDMP,λ<=log n,8192,0,74989,9.1539306640625
RSDMP,λ<=log n,8192,0,78695,9.6063232421875
RSDMP,λ<=log n,8192,0,77465,9.4561767578125
RSDMP,λ<=log n,8192,0,88383,10.7889404296875
RSDMP,λ<=log n,8192,0,76747,9.3685302734375
RSDMP,λ<=log n,8192,0,78163,9.5413818359375
RSDMP,λ<=log n,8192,0,76381,9.3238525390625
RSDMP,λ<=log n,8192,0,84481,10.3126220703125
RSDMP,λ<=log n,8192,0,86708,10.58447265625
RSDMP,λ<=log n,8192,0,74646,9.112060546875
RSDMP,λ<=log n,8192,0,71234,8.695556640625
RSDMP,λ<=log n,8192,0,75033,9.1593017578125
RSDMP,λ<=log n,8192,0,72896,8.8984375
RSDMP,λ<=log n,8192,0,79112,9.6572265625
RSDMP,λ<=log n,8192,0,80094,9.777099609375
RSDMP,λ<=log n,8192,0,77110,9.412841796875
RSDMP,λ<=log n,8192,0,77326,9.439208984375
RSDMP,λ<=log n,8192,0,74344,9.0751953125
RSDMP,λ<=log n,8192,0,89527,10.9285888671875
RSDMP,λ<=log n,8192,0,69896,8.5322265625
RSDMP,λ<=log n,8192,0,64208,7.837890625
RSDMP,λ<=log n,8192,0,80189,9.7886962890625
RSDMP,λ<=log n,8192,0,69273,8.4561767578125
RSDMP,λ<=log n,8192,0,71253,8.6978759765625
RSDMP,λ<=log n,8192,0,83977,10.2510986328125
RSDMP,λ<=log n,8192,0,73315,8.9495849609375
RSDMP,λ<=log n,8192,0,75327,9.1951904296875
RSDMP,λ<=log n,8192,0,71686,8.750732421875
RSDMP,λ<=log n,8192,0,77737,9.4893798828125
RSDMP,λ<=log n,8192,0,73135,8.9276123046875
RSDMP,λ<=log n,8192,0,71247,8.6971435546875
RSDMP,λ<=log n,8192,0,76817,9.3770751953125
RSDMP,λ<=log n,8192,0,79022,9.646240234375
RSDMP,λ<=log n,8192,0,84702,10.339599609375
RSDMP,λ<=log n,8192,0,70957,8.6617431640625
RSDMP,λ<=log n,8192,0,72380,8.83544921875
RSDMP,λ<=log n,8192,0,78444,9.57568359375
RSDMP,λ<=log n,8192,0,80518,9.828857421875
RSDMP,λ<=log n,8192,0,72630,8.865966796875
RSDMP,λ<=log n,8192,0,67946,8.294189453125
RSDMP,λ<=log n,8192,0,82432,10.0625
RSDMP,λ<=log n,8192,0,70880,8.65234375
RSDMP,λ<=log n,8192,0,83627,10.2083740234375
RSDMP,λ<=log n,8192,0,73318,8.949951171875
RSDMP,λ<=log n,8192,0,69782,8.518310546875
RRDMP,λ<=log n,8192,0,64568,7.8818359375
RRDMP,λ<=log n,8192,0,54329,6.6319580078125
RRDMP,λ<=log n,8192,0,60835,7.4261474609375
RRDMP,λ<=log n,8192,0,59835,7.3040771484375
RRDMP,λ<=log n,8192,0,61227,7.4739990234375
RRDMP,λ<=log n,8192,0,56753,6.9278564453125
RRDMP,λ<=log n,8192,0,58021,7.0826416015625
RRDMP,λ<=log n,8192,0,64385,7.8594970703125
RRDMP,λ<=log n,8192,0,55203,6.7386474609375
RRDMP,λ<=log n,8192,0,68759,8.3934326171875
RRDMP,λ<=log n,8192,0,61821,7.5465087890625
RRDMP,λ<=log n,8192,0,55217,6.7403564453125
RRDMP,λ<=log n,8192,0,55810,6.812744140625
RRDMP,λ<=log n,8192,0,64059,7.8197021484375
RRDMP,λ<=log n,8192,0,64311,7.8504638671875
RRDMP,λ<=log n,8192,0,61104,7.458984375
RRDMP,λ<=log n,8192,0,56649,6.9151611328125
RRDMP,λ<=log n,8192,0,59694,7.286865234375
RRDMP,λ<=log n,8192,0,66575,8.1268310546875
RRDMP,λ<=log n,8192,0,58519,7.1434326171875
RRDMP,λ<=log n,8192,0,61074,7.455322265625
RRDMP,λ<=log n,8192,0,59748,7.29345703125
RRDMP,λ<=log n,8192,0,58168,7.1005859375
RRDMP,λ<=log n,8192,0,59508,7.26416015625
RRDMP,λ<=log n,8192,0,63603,7.7640380859375
RRDMP,λ<=log n,8192,0,62180,7.59033203125
RRDMP,λ<=log n,8192,0,58415,7.1307373046875
RRDMP,λ<=log n,8192,0,60505,7.3858642578125
RRDMP,λ<=log n,8192,0,56098,6.847900390625
RRDMP,λ<=log n,8192,0,56913,6.9473876953125
RRDMP,λ<=log n,8192,0,63209,7.7159423828125
RRDMP,λ<=log n,8192,0,56535,6.9012451171875
RRDMP,λ<=log n,8192,0,56128,6.8515625
RRDMP,λ<=log n,8192,0,70522,8.608642578125
RRDMP,λ<=log n,8192,0,62970,7.686767578125
RRDMP,λ<=log n,8192,0,64978,7.931884765625
RRDMP,λ<=log n,8192,0,66491,8.1165771484375
RRDMP,λ<=log n,8192,0,58450,7.135009765625
RRDMP,λ<=log n,8192,0,60716,7.41162109375
RRDMP,λ<=log n,8192,0,55445,6.7681884765625
RRDMP,λ<=log n,8192,0,51619,6.3011474609375
RRDMP,λ<=log n,8192,0,60803,7.4222412109375
RRDMP,λ<=log n,8192,0,56647,6.9149169921875
RRDMP,λ<=log n,8192,0,68158,8.320068359375
RRDMP,λ<=log n,8192,0,61204,7.47119140625
RRDMP,λ<=log n,8192,0,59894,7.311279296875
RRDMP,λ<=log n,8192,0,55030,6.717529296875
RRDMP,λ<=log n,8192,0,60089,7.3350830078125
RRDMP,λ<=log n,8192,0,55687,6.7977294921875
RRDMP,λ<=log n,8192,0,55869,6.8199462890625
RRDMP,λ<=log n,8192,0,61899,7.5560302734375
RRDMP,λ<=log n,8192,0,57595,7.0306396484375
RRDMP,λ<=log n,8192,0,62783,7.6639404296875
RRDMP,λ<=log n,8192,0,59870,7.308349609375
RRDMP,λ<=log n,8192,0,62153,7.5870361328125
RRDMP,λ<=log n,8192,0,60520,7.3876953125
RRDMP,λ<=log n,8192,0,56703,6.9217529296875
RRDMP,λ<=log n,8192,0,53202,6.494384765625
RRDMP,λ<=log n,8192,0,58978,7.199462890625
RRDMP,λ<=log n,8192,0,55418,6.764892578125
RRDMP,λ<=log n,8192,0,60539,7.3900146484375
RRDMP,λ<=log n,8192,0,54272,6.625
RRDMP,λ<=log n,8192,0,61795,7.5433349609375
RRDMP,λ<=log n,8192,0,55562,6.782470703125
RRDMP,λ<=log n,8192,0,55696,6.798828125
RRDMP,λ<=log n,8192,0,53502,6.531005859375
RRDMP,λ<=log n,8192,0,59242,7.231689453125
RRDMP,λ<=log n,8192,0,61374,7.491943359375
RRDMP,λ<=log n,8192,0,59645,7.2808837890625
RRDMP,λ<=log n,8192,0,59223,7.2293701171875
RRDMP,λ<=log n,8192,0,59892,7.31103515625
RRDMP,λ<=log n,8192,0,54064,6.599609375
RRDMP,λ<=log n,8192,0,63492,7.75048828125
RRDMP,λ<=log n,8192,0,60585,7.3956298828125
RRDMP,λ<=log n,8192,0,55515,6.7767333984375
RRDMP,λ<=log n,8192,0,59454,7.257568359375
RRDMP,λ<=log n,8192,0,54614,6.666748046875
RRDMP,λ<=log n,8192,0,61582,7.517333984375
RRDMP,λ<=log n,8192,0,56667,6.9173583984375
RRDMP,λ<=log n,8192,0,68141,8.3179931640625
RRDMP,λ<=log n,8192,0,57720,7.0458984375
RRDMP,λ<=log n,8192,0,53423,6.5213623046875
RRDMP,λ<=log n,8192,0,55705,6.7999267578125
RRDMP,λ<=log n,8192,0,60839,7.4266357421875
RRDMP,λ<=log n,8192,0,56222,6.863037109375
RRDMP,λ<=log n,8192,0,54824,6.6923828125
RRDMP,λ<=log n,8192,0,55259,6.7454833984375
RRDMP,λ<=log n,8192,0,62924,7.68115234375
RRDMP,λ<=log n,8192,0,62652,7.64794921875
RRDMP,λ<=log n,8192,0,65709,8.0211181640625
RRDMP,λ<=log n,8192,0,57208,6.9833984375
RRDMP,λ<=log n,8192,0,64595,7.8851318359375
RRDMP,λ<=log n,8192,0,55423,6.7655029296875
RRDMP,λ<=log n,8192,0,59974,7.321044921875
RRDMP,λ<=log n,8192,0,55447,6.7684326171875
RRDMP,λ<=log n,8192,0,55737,6.8038330078125
RRDMP,λ<=log n,8192,0,62433,7.6212158203125
RRDMP,λ<=log n,8192,0,59548,7.26904296875
RRDMP,λ<=log n,8192,0,60795,7.4212646484375
RRDMP,λ<=log n,8192,0,59105,7.2149658203125
RHDMP,λ<=log n,8192,0,53516,6.53271484375
RHDMP,λ<=log n,8192,0,55887,6.8221435546875
RHDMP,λ<=log n,8192,0,60942,7.439208984375
RHDMP,λ<=log n,8192,0,60672,7.40625
RHDMP,λ<=log n,8192,0,54795,6.6888427734375
RHDMP,λ<=log n,8192,0,51290,6.260986328125
RHDMP,λ<=log n,8192,0,58077,7.0894775390625
RHDMP,λ<=log n,8192,0,53703,6.5555419921875
RHDMP,λ<=log n,8192,0,51875,6.3323974609375
RHDMP,λ<=log n,8192,0,53157,6.4888916015625
RHDMP,λ<=log n,8192,0,60196,7.34814453125
RHDMP,λ<=log n,8192,0,50412,6.15380859375
RHDMP,λ<=log n,8192,0,56593,6.9083251953125
RHDMP,λ<=log n,8192,0,54465,6.6485595703125
RHDMP,λ<=log n,8192,0,54382,6.638427734375
RHDMP,λ<=log n,8192,0,56406,6.885498046875
RHDMP,λ<=log n,8192,0,55106,6.726806640625
RHDMP,λ<=log n,8192,0,54412,6.64208984375
RHDMP,λ<=log n,8192,0,68842,8.403564453125
RHDMP,λ<=log n,8192,0,51887,6.3338623046875
RHDMP,λ<=log n,8192,0,52522,6.411376953125
RHDMP,λ<=log n,8192,0,56750,6.927490234375
RHDMP,λ<=log n,8192,0,60243,7.3538818359375
RHDMP,λ<=log n,8192,0,66428,8.10888671875
RHDMP,λ<=log n,8192,0,53343,6.5115966796875
RHDMP,λ<=log n,8192,0,51193,6.2491455078125
RHDMP,λ<=log n,8192,0,53691,6.5540771484375
RHDMP,λ<=log n,8192,0,54692,6.67626953125
RHDMP,λ<=log n,8192,0,53897,6.5792236328125
RHDMP,λ<=log n,8192,0,53237,6.4986572265625
RHDMP,λ<=log n,8192,0,54820,6.69189453125
RHDMP,λ<=log n,8192,0,53332,6.51025390625
RHDMP,λ<=log n,8192,0,51294,6.261474609375
RHDMP,λ<=log n,8192,0,52643,6.4261474609375
RHDMP,λ<=log n,8192,0,52440,6.4013671875
RHDMP,λ<=log n,8192,0,53356,6.51318359375
RHDMP,λ<=log n,8192,0,59588,7.27392578125
RHDMP,λ<=log n,8192,0,55660,6.79443359375
RHDMP,λ<=log n,8192,0,61380,7.49267578125
RHDMP,λ<=log n,8192,0,60164,7.34423828125
RHDMP,λ<=log n,8192,0,61359,7.4901123046875
RHDMP,λ<=log n,8192,0,53370,6.514892578125
RHDMP,λ<=log n,8192,0,53981,6.5894775390625
RHDMP,λ<=log n,8192,0,57631,7.0350341796875
RHDMP,λ<=log n,8192,0,58655,7.1600341796875
RHDMP,λ<=log n,8192,0,51299,6.2620849609375
RHDMP,λ<=log n,8192,0,55812,6.81298828125
RHDMP,λ<=log n,8192,0,54903,6.7020263671875
RHDMP,λ<=log n,8192,0,54823,6.6922607421875
RHDMP,λ<=log n,8192,0,55466,6.770751953125
RHDMP,λ<=log n,8192,0,52598,6.420654296875
RHDMP,λ<=log n,8192,0,64169,7.8331298828125
RHDMP,λ<=log n,8192,0,53558,6.537841796875
RHDMP,λ<=log n,8192,0,56112,6.849609375
RHDMP,λ<=log n,8192,0,49602,6.054931640625
RHDMP,λ<=log n,8192,0,54546,6.658447265625
RHDMP,λ<=log n,8192,0,52998,6.469482421875
RHDMP,λ<=log n,8192,0,64849,7.9161376953125
RHDMP,λ<=log n,8192,0,56114,6.849853515625
RHDMP,λ<=log n,8192,0,54910,6.702880859375
RHDMP,λ<=log n,8192,0,58954,7.196533203125
RHDMP,λ<=log n,8192,0,51709,6.3121337890625
RHDMP,λ<=log n,8192,0,60794,7.421142578125
RHDMP,λ<=log n,8192,0,54029,6.5953369140625
RHDMP,λ<=log n,8192,0,54720,6.6796875
RHDMP,λ<=log n,8192,0,54589,6.6636962890625
RHDMP,λ<=log n,8192,0,60725,7.4127197265625
RHDMP,λ<=log n,8192,0,50217,6.1300048828125
RHDMP,λ<=log n,8192,0,54237,6.6207275390625
RHDMP,λ<=log n,8192,0,50742,6.194091796875
RHDMP,λ<=log n,8192,0,50638,6.181396484375
RHDMP,λ<=log n,8192,0,61692,7.53076171875
RHDMP,λ<=log n,8192,0,54041,6.5968017578125
RHDMP,λ<=log n,8192,0,54642,6.670166015625
RHDMP,λ<=log n,8192,0,53717,6.5572509765625
RHDMP,λ<=log n,8192,0,54030,6.595458984375
RHDMP,λ<=log n,8192,0,53621,6.5455322265625
RHDMP,λ<=log n,8192,0,52482,6.406494140625
RHDMP,λ<=log n,8192,0,56233,6.8643798828125
RHDMP,λ<=log n,8192,0,55002,6.714111328125
RHDMP,λ<=log n,8192,0,55705,6.7999267578125
RHDMP,λ<=log n,8192,0,55052,6.72021484375
RHDMP,λ<=log n,8192,0,56846,6.939208984375
RHDMP,λ<=log n,8192,0,53665,6.5509033203125
RHDMP,λ<=log n,8192,0,56042,6.841064453125
RHDMP,λ<=log n,8192,0,57350,7.000732421875
RHDMP,λ<=log n,8192,0,54535,6.6571044921875
RHDMP,λ<=log n,8192,0,56554,6.903564453125
RHDMP,λ<=log n,8192,0,68391,8.3485107421875
RHDMP,λ<=log n,8192,0,53655,6.5496826171875
RHDMP,λ<=log n,8192,0,56095,6.8475341796875
RHDMP,λ<=log n,8192,0,51118,6.239990234375
RHDMP,λ<=log n,8192,0,52542,6.413818359375
RHDMP,λ<=log n,8192,0,54071,6.6004638671875
RHDMP,λ<=log n,8192,0,56155,6.8548583984375
RHDMP,λ<=log n,8192,0,52953,6.4639892578125
RHDMP,λ<=log n,8192,0,55069,6.7222900390625
RHDMP,λ<=log n,8192,0,52157,6.3668212890625
RHDMP,λ<=log n,8192,0,54232,6.6201171875
RHDMP,λ<=log n,8192,0,55590,6.785888671875
RHLMP,λ<=log n,8192,0,68887,8.4090576171875
RHLMP,λ<=log n,8192,0,53834,6.571533203125
RHLMP,λ<=log n,8192,0,61885,7.5543212890625
RHLMP,λ<=log n,8192,0,58394,7.128173828125
RHLMP,λ<=log n,8192,0,57401,7.0069580078125
RHLMP,λ<=log n,8192,0,59886,7.310302734375
RHLMP,λ<=log n,8192,0,54089,6.6026611328125
RHLMP,λ<=log n,8192,0,59851,7.3060302734375
RHLMP,λ<=log n,8192,0,52334,6.388427734375
RHLMP,λ<=log n,8192,0,59906,7.312744140625
RHLMP,λ<=log n,8192,0,52412,6.39794921875
RHLMP,λ<=log n,8192,0,54685,6.6754150390625
RHLMP,λ<=log n,8192,0,53553,6.5372314453125
RHLMP,λ<=log n,8192,0,56908,6.94677734375
RHLMP,λ<=log n,8192,0,58157,7.0992431640625
RHLMP,λ<=log n,8192,0,58916,7.19189453125
RHLMP,λ<=log n,8192,0,56800,6.93359375
RHLMP,λ<=log n,8192,0,63293,7.7261962890625
RHLMP,λ<=log n,8192,0,55976,6.8330078125
RHLMP,λ<=log n,8192,0,55495,6.7742919921875
RHLMP,λ<=log n,8192,0,58626,7.156494140625
RHLMP,λ<=log n,8192,0,55250,6.744384765625
RHLMP,λ<=log n,8192,0,54632,6.6689453125
RHLMP,λ<=log n,8192,0,56036,6.84033203125
RHLMP,λ<=log n,8192,0,61695,7.5311279296875
RHLMP,λ<=log n,8192,0,54305,6.6290283203125
RHLMP,λ<=log n,8192,0,57717,7.0455322265625
RHLMP,λ<=log n,8192,0,67350,8.221435546875
RHLMP,λ<=log n,8192,0,52014,6.349365234375
RHLMP,λ<=log n,8192,0,62872,7.6748046875
RHLMP,λ<=log n,8192,0,58630,7.156982421875
RHLMP,λ<=log n,8192,0,56902,6.946044921875
RHLMP,λ<=log n,8192,0,64641,7.8907470703125
RHLMP,λ<=log n,8192,0,54359,6.6356201171875
RHLMP,λ<=log n,8192,0,57947,7.0736083984375
RHLMP,λ<=log n,8192,0,51390,6.273193359375
RHLMP,λ<=log n,8192,0,56514,6.898681640625
RHLMP,λ<=log n,8192,0,61288,7.4814453125
RHLMP,λ<=log n,8192,0,59907,7.3128662109375
RHLMP,λ<=log n,8192,0,58624,7.15625
RHLMP,λ<=log n,8192,0,59267,7.2347412109375
RHLMP,λ<=log n,8192,0,56837,6.9381103515625
RHLMP,λ<=log n,8192,0,56602,6.909423828125
RHLMP,λ<=log n,8192,0,61656,7.5263671875
RHLMP,λ<=log n,8192,0,54329,6.6319580078125
RHLMP,λ<=log n,8192,0,58595,7.1527099609375
RHLMP,λ<=log n,8192,0,57601,7.0313720703125
RHLMP,λ<=log n,8192,0,57640,7.0361328125
RHLMP,λ<=log n,8192,0,54455,6.6473388671875
RHLMP,λ<=log n,8192,0,57656,7.0380859375
RHLMP,λ<=log n,8192,0,53852,6.57373046875
RHLMP,λ<=log n,8192,0,53345,6.5118408203125
RHLMP,λ<=log n,8192,0,55245,6.7437744140625
RHLMP,λ<=log n,8192,0,56910,6.947021484375
RHLMP,λ<=log n,8192,0,58261,7.1119384765625
RHLMP,λ<=log n,8192,0,55437,6.7672119140625
RHLMP,λ<=log n,8192,0,55283,6.7484130859375
RHLMP,λ<=log n,8192,0,55746,6.804931640625
RHLMP,λ<=log n,8192,0,60133,7.3404541015625
RHLMP,λ<=log n,8192,0,56653,6.9156494140625
RHLMP,λ<=log n,8192,0,60930,7.437744140625
RHLMP,λ<=log n,8192,0,55028,6.71728515625
RHLMP,λ<=log n,8192,0,60268,7.35693359375
RHLMP,λ<=log n,8192,0,55787,6.8099365234375
RHLMP,λ<=log n,8192,0,56812,6.93505859375
RHLMP,λ<=log n,8192,0,53214,6.495849609375
RHLMP,λ<=log n,8192,0,59106,7.215087890625
RHLMP,λ<=log n,8192,0,53585,6.5411376953125
RHLMP,λ<=log n,8192,0,55659,6.7943115234375
RHLMP,λ<=log n,8192,0,58509,7.1422119140625
RHLMP,λ<=log n,8192,0,56639,6.9139404296875
RHLMP,λ<=log n,8192,0,58345,7.1221923828125
RHLMP,λ<=log n,8192,0,60599,7.3973388671875
RHLMP,λ<=log n,8192,0,58633,7.1573486328125
RHLMP,λ<=log n,8192,0,52222,6.374755859375
RHLMP,λ<=log n,8192,0,55075,6.7230224609375
RHLMP,λ<=log n,8192,0,58387,7.1273193359375
RHLMP,λ<=log n,8192,0,59667,7.2835693359375
RHLMP,λ<=log n,8192,0,57645,7.0367431640625
RHLMP,λ<=log n,8192,0,55808,6.8125
RHLMP,λ<=log n,8192,0,54336,6.6328125
RHLMP,λ<=log n,8192,0,55282,6.748291015625
RHLMP,λ<=log n,8192,0,54786,6.687744140625
RHLMP,λ<=log n,8192,0,53831,6.5711669921875
RHLMP,λ<=log n,8192,0,64807,7.9110107421875
RHLMP,λ<=log n,8192,0,60033,7.3282470703125
RHLMP,λ<=log n,8192,0,55131,6.7298583984375
RHLMP,λ<=log n,8192,0,64123,7.8275146484375
RHLMP,λ<=log n,8192,0,57263,6.9901123046875
RHLMP,λ<=log n,8192,0,56300,6.87255859375
RHLMP,λ<=log n,8192,0,59178,7.223876953125
RHLMP,λ<=log n,8192,0,60732,7.41357421875
RHLMP,λ<=log n,8192,0,58822,7.180419921875
RHLMP,λ<=log n,8192,0,63645,7.7691650390625
RHLMP,λ<=log n,8192,0,54982,6.711669921875
RHLMP,λ<=log n,8192,0,55352,6.7568359375
RHLMP,λ<=log n,8192,0,60715,7.4114990234375
RHLMP,λ<=log n,8192,0,52145,6.3653564453125
RHLMP,λ<=log n,8192,0,52647,6.4266357421875
RHLMP,λ<=log n,8192,0,55889,6.8223876953125
RRLMP,λ<=log n,8192,0,64458,7.868408203125
RRLMP,λ<=log n,8192,0,60129,7.3399658203125
RRLMP,λ<=log n,8192,0,70230,8.572998046875
RRLMP,λ<=log n,8192,0,66052,8.06298828125
RRLMP,λ<=log n,8192,0,63368,7.7353515625
RRLMP,λ<=log n,8192,0,69742,8.513427734375
RRLMP,λ<=log n,8192,0,64840,7.9150390625
RRLMP,λ<=log n,8192,0,58352,7.123046875
RRLMP,λ<=log n,8192,0,64373,7.8580322265625
RRLMP,λ<=log n,8192,0,61750,7.537841796875
RRLMP,λ<=log n,8192,0,65785,8.0303955078125
RRLMP,λ<=log n,8192,0,60575,7.3944091796875
RRLMP,λ<=log n,8192,0,62002,7.568603515625
RRLMP,λ<=log n,8192,0,66575,8.1268310546875
RRLMP,λ<=log n,8192,0,60241,7.3536376953125
RRLMP,λ<=log n,8192,0,57187,6.9808349609375
RRLMP,λ<=log n,8192,0,61047,7.4520263671875
RRLMP,λ<=log n,8192,0,58287,7.1151123046875
RRLMP,λ<=log n,8192,0,59741,7.2926025390625
RRLMP,λ<=log n,8192,0,57760,7.05078125
RRLMP,λ<=log n,8192,0,68718,8.388427734375
RRLMP,λ<=log n,8192,0,64665,7.8936767578125
RRLMP,λ<=log n,8192,0,63748,7.78173828125
RRLMP,λ<=log n,8192,0,58136,7.0966796875
RRLMP,λ<=log n,8192,0,64952,7.9287109375
RRLMP,λ<=log n,8192,0,64845,7.9156494140625
RRLMP,λ<=log n,8192,0,57793,7.0548095703125
RRLMP,λ<=log n,8192,0,62763,7.6614990234375
RRLMP,λ<=log n,8192,0,58446,7.134521484375
RRLMP,λ<=log n,8192,0,63664,7.771484375
RRLMP,λ<=log n,8192,0,59945,7.3175048828125
RRLMP,λ<=log n,8192,0,57884,7.06591796875
RRLMP,λ<=log n,8192,0,62842,7.671142578125
RRLMP,λ<=log n,8192,0,65919,8.0467529296875
RRLMP,λ<=log n,8192,0,56842,6.938720703125
RRLMP,λ<=log n,8192,0,57743,7.0487060546875
RRLMP,λ<=log n,8192,0,61353,7.4893798828125
RRLMP,λ<=log n,8192,0,58279,7.1141357421875
RRLMP,λ<=log n,8192,0,61462,7.502685546875
RRLMP,λ<=log n,8192,0,61014,7.447998046875
RRLMP,λ<=log n,8192,0,70943,8.6600341796875
RRLMP,λ<=log n,8192,0,64493,7.8726806640625
RRLMP,λ<=log n,8192,0,58534,7.145263671875
RRLMP,λ<=log n,8192,0,62541,7.6343994140625
RRLMP,λ<=log n,8192,0,62560,7.63671875
RRLMP,λ<=log n,8192,0,60509,7.3863525390625
RRLMP,λ<=log n,8192,0,58829,7.1812744140625
RRLMP,λ<=log n,8192,0,58792,7.1767578125
RRLMP,λ<=log n,8192,0,59367,7.2469482421875
RRLMP,λ<=log n,8192,0,64417,7.8634033203125
RRLMP,λ<=log n,8192,0,63975,7.8094482421875
RRLMP,λ<=log n,8192,0,62425,7.6202392578125
RRLMP,λ<=log n,8192,0,58304,7.1171875
RRLMP,λ<=log n,8192,0,67622,8.254638671875
RRLMP,λ<=log n,8192,0,57599,7.0311279296875
RRLMP,λ<=log n,8192,0,60482,7.383056640625
RRLMP,λ<=log n,8192,0,57522,7.021728515625
RRLMP,λ<=log n,8192,0,60614,7.399169921875
RRLMP,λ<=log n,8192,0,63852,7.79443359375
RRLMP,λ<=log n,8192,0,64099,7.8245849609375
RRLMP,λ<=log n,8192,0,60379,7.3704833984375
RRLMP,λ<=log n,8192,0,59171,7.2230224609375
RRLMP,λ<=log n,8192,0,59393,7.2501220703125
RRLMP,λ<=log n,8192,0,66254,8.087646484375
RRLMP,λ<=log n,8192,0,64512,7.875
RRLMP,λ<=log n,8192,0,59052,7.20849609375
RRLMP,λ<=log n,8192,0,71977,8.7862548828125
RRLMP,λ<=log n,8192,0,68220,8.32763671875
RRLMP,λ<=log n,8192,0,59308,7.23974609375
RRLMP,λ<=log n,8192,0,63897,7.7999267578125
RRLMP,λ<=log n,8192,0,55918,6.825927734375
RRLMP,λ<=log n,8192,0,60185,7.3468017578125
RRLMP,λ<=log n,8192,0,60538,7.389892578125
RRLMP,λ<=log n,8192,0,57229,6.9859619140625
RRLMP,λ<=log n,8192,0,60915,7.4359130859375
RRLMP,λ<=log n,8192,0,64257,7.8438720703125
RRLMP,λ<=log n,8192,0,57919,7.0701904296875
RRLMP,λ<=log n,8192,0,55544,6.7802734375
RRLMP,λ<=log n,8192,0,61325,7.4859619140625
RRLMP,λ<=log n,8192,0,58695,7.1649169921875
RRLMP,λ<=log n,8192,0,60055,7.3309326171875
RRLMP,λ<=log n,8192,0,62148,7.58642578125
RRLMP,λ<=log n,8192,0,60849,7.4278564453125
RRLMP,λ<=log n,8192,0,63249,7.7208251953125
RRLMP,λ<=log n,8192,0,65571,8.0042724609375
RRLMP,λ<=log n,8192,0,61825,7.5469970703125
RRLMP,λ<=log n,8192,0,61853,7.5504150390625
RRLMP,λ<=log n,8192,0,59240,7.2314453125
RRLMP,λ<=log n,8192,0,60174,7.345458984375
RRLMP,λ<=log n,8192,0,60225,7.3516845703125
RRLMP,λ<=log n,8192,0,63096,7.7021484375
RRLMP,λ<=log n,8192,0,57541,7.0240478515625
RRLMP,λ<=log n,8192,0,70570,8.614501953125
RRLMP,λ<=log n,8192,0,55271,6.7469482421875
RRLMP,λ<=log n,8192,0,64761,7.9053955078125
RRLMP,λ<=log n,8192,0,57513,7.0206298828125
RRLMP,λ<=log n,8192,0,57955,7.0745849609375
RRLMP,λ<=log n,8192,0,61017,7.4483642578125
RRLMP,λ<=log n,8192,0,67518,8.241943359375
RRLMP,λ<=log n,8192,0,62266,7.600830078125
RSLMP,λ<=log n,8192,0,91703,11.1942138671875
RSLMP,λ<=log n,8192,0,98221,11.9898681640625
RSLMP,λ<=log n,8192,0,77656,9.4794921875
RSLMP,λ<=log n,8192,0,94513,11.5372314453125
RSLMP,λ<=log n,8192,0,90815,11.0858154296875
RSLMP,λ<=log n,8192,0,73037,8.9156494140625
RSLMP,λ<=log n,8192,0,95301,11.6334228515625
RSLMP,λ<=log n,8192,0,78536,9.5869140625
RSLMP,λ<=log n,8192,0,74395,9.0814208984375
RSLMP,λ<=log n,8192,0,77715,9.4866943359375
RSLMP,λ<=log n,8192,0,78768,9.615234375
RSLMP,λ<=log n,8192,0,80213,9.7916259765625
RSLMP,λ<=log n,8192,0,77395,9.4476318359375
RSLMP,λ<=log n,8192,0,84455,10.3094482421875
RSLMP,λ<=log n,8192,0,83535,10.1971435546875
RSLMP,λ<=log n,8192,0,81603,9.9613037109375
RSLMP,λ<=log n,8192,0,87351,10.6629638671875
RSLMP,λ<=log n,8192,0,74799,9.1307373046875
RSLMP,λ<=log n,8192,0,117311,14.3201904296875
RSLMP,λ<=log n,8192,0,82600,10.0830078125
RSLMP,λ<=log n,8192,0,82960,10.126953125
RSLMP,λ<=log n,8192,0,82853,10.1138916015625
RSLMP,λ<=log n,8192,0,89646,10.943115234375
RSLMP,λ<=log n,8192,0,92021,11.2330322265625
RSLMP,λ<=log n,8192,0,78317,9.5601806640625
RSLMP,λ<=log n,8192,0,83912,10.2431640625
RSLMP,λ<=log n,8192,0,86271,10.5311279296875
RSLMP,λ<=log n,8192,0,79383,9.6903076171875
RSLMP,λ<=log n,8192,0,77916,9.51123046875
RSLMP,λ<=log n,8192,0,84391,10.3016357421875
RSLMP,λ<=log n,8192,0,77557,9.4674072265625
RSLMP,λ<=log n,8192,0,80503,9.8270263671875
RSLMP,λ<=log n,8192,0,84632,10.3310546875
RSLMP,λ<=log n,8192,0,75618,9.230712890625
RSLMP,λ<=log n,8192,0,86193,10.5216064453125
RSLMP,λ<=log n,8192,0,91058,11.115478515625
RSLMP,λ<=log n,8192,0,80830,9.866943359375
RSLMP,λ<=log n,8192,0,80243,9.7952880859375
RSLMP,λ<=log n,8192,0,76818,9.377197265625
RSLMP,λ<=log n,8192,0,84344,10.2958984375
RSLMP,λ<=log n,8192,0,97715,11.9281005859375
RSLMP,λ<=log n,8192,0,87882,10.727783203125
RSLMP,λ<=log n,8192,0,78262,9.553466796875
RSLMP,λ<=log n,8192,0,79206,9.668701171875
RSLMP,λ<=log n,8192,0,85809,10.4747314453125
RSLMP,λ<=log n,8192,0,80049,9.7716064453125
RSLMP,λ<=log n,8192,0,78139,9.5384521484375
RSLMP,λ<=log n,8192,0,92488,11.2900390625
RSLMP,λ<=log n,8192,0,85473,10.4337158203125
RSLMP,λ<=log n,8192,0,83979,10.2513427734375
RSLMP,λ<=log n,8192,0,82289,10.0450439453125
RSLMP,λ<=log n,8192,0,89772,10.95849609375
RSLMP,λ<=log n,8192,0,84651,10.3333740234375
RSLMP,λ<=log n,8192,0,86006,10.498779296875
RSLMP,λ<=log n,8192,0,88655,10.8221435546875
RSLMP,λ<=log n,8192,0,87448,10.6748046875
RSLMP,λ<=log n,8192,0,80437,9.8189697265625
RSLMP,λ<=log n,8192,0,75866,9.260986328125
RSLMP,λ<=log n,8192,0,84680,10.3369140625
RSLMP,λ<=log n,8192,0,80176,9.787109375
RSLMP,λ<=log n,8192,0,77053,9.4058837890625
RSLMP,λ<=log n,8192,0,69581,8.4937744140625
RSLMP,λ<=log n,8192,0,98280,11.9970703125
RSLMP,λ<=log n,8192,0,82505,10.0714111328125
RSLMP,λ<=log n,8192,0,82175,10.0311279296875
RSLMP,λ<=log n,8192,0,80648,9.8447265625
RSLMP,λ<=log n,8192,0,100941,12.3218994140625
RSLMP,λ<=log n,8192,0,90410,11.036376953125
RSLMP,λ<=log n,8192,0,86861,10.6031494140625
RSLMP,λ<=log n,8192,0,84534,10.319091796875
RSLMP,λ<=log n,8192,0,82759,10.1024169921875
RSLMP,λ<=log n,8192,0,84378,10.300048828125
RSLMP,λ<=log n,8192,0,79101,9.6558837890625
RSLMP,λ<=log n,8192,0,76174,9.298583984375
RSLMP,λ<=log n,8192,0,78199,9.5457763671875
RSLMP,λ<=log n,8192,0,76597,9.3502197265625
RSLMP,λ<=log n,8192,0,83034,10.135986328125
RSLMP,λ<=log n,8192,0,79731,9.7327880859375
RSLMP,λ<=log n,8192,0,91462,11.164794921875
RSLMP,λ<=log n,8192,0,88147,10.7601318359375
RSLMP,λ<=log n,8192,0,81903,9.9979248046875
RSLMP,λ<=log n,8192,0,80484,9.82470703125
RSLMP,λ<=log n,8192,0,85213,10.4019775390625
RSLMP,λ<=log n,8192,0,86323,10.5374755859375
RSLMP,λ<=log n,8192,0,85498,10.436767578125
RSLMP,λ<=log n,8192,0,78711,9.6082763671875
RSLMP,λ<=log n,8192,0,85007,10.3768310546875
RSLMP,λ<=log n,8192,0,79373,9.6890869140625
RSLMP,λ<=log n,8192,0,77172,9.42041015625
RSLMP,λ<=log n,8192,0,85638,10.453857421875
RSLMP,λ<=log n,8192,0,76238,9.306396484375
RSLMP,λ<=log n,8192,0,89546,10.930908203125
RSLMP,λ<=log n,8192,0,86876,10.60498046875
RSLMP,λ<=log n,8192,0,77873,9.5059814453125
RSLMP,λ<=log n,8192,0,83730,10.220947265625
RSLMP,λ<=log n,8192,0,91134,11.124755859375
RSLMP,λ<=log n,8192,0,85370,10.421142578125
RSLMP,λ<=log n,8192,0,81924,10.00048828125
RSLMP,λ<=log n,8192,0,88628,10.81884765625
RSLMP,λ<=log n,8192,0,74021,9.0357666015625
RSDIP,λ<=log n,8192,0,85276,10.40966796875
RSDIP,λ<=log n,8192,0,88683,10.8255615234375
RSDIP,λ<=log n,8192,0,92245,11.2603759765625
RSDIP,λ<=log n,8192,0,98632,12.0400390625
RSDIP,λ<=log n,8192,0,87923,10.7327880859375
RSDIP,λ<=log n,8192,0,84657,10.3341064453125
RSDIP,λ<=log n,8192,0,86075,10.5072021484375
RSDIP,λ<=log n,8192,0,92634,11.307861328125
RSDIP,λ<=log n,8192,0,91444,11.16259765625
RSDIP,λ<=log n,8192,0,88375,10.7879638671875
RSDIP,λ<=log n,8192,0,89058,10.871337890625
RSDIP,λ<=log n,8192,0,85699,10.4613037109375
RSDIP,λ<=log n,8192,0,90795,11.0833740234375
RSDIP,λ<=log n,8192,0,82863,10.1151123046875
RSDIP,λ<=log n,8192,0,81022,9.890380859375
RSDIP,λ<=log n,8192,0,83757,10.2242431640625
RSDIP,λ<=log n,8192,0,89265,10.8966064453125
RSDIP,λ<=log n,8192,0,101061,12.3365478515625
RSDIP,λ<=log n,8192,0,86958,10.614990234375
RSDIP,λ<=log n,8192,0,88043,10.7474365234375
RSDIP,λ<=log n,8192,0,80934,9.879638671875
RSDIP,λ<=log n,8192,0,79930,9.757080078125
RSDIP,λ<=log n,8192,0,83336,10.1728515625
RSDIP,λ<=log n,8192,0,93118,11.366943359375
RSDIP,λ<=log n,8192,0,87429,10.6724853515625
RSDIP,λ<=log n,8192,0,101447,12.3836669921875
RSDIP,λ<=log n,8192,0,102781,12.5465087890625
RSDIP,λ<=log n,8192,0,92814,11.329833984375
RSDIP,λ<=log n,8192,0,85361,10.4200439453125
RSDIP,λ<=log n,8192,0,83419,10.1829833984375
RSDIP,λ<=log n,8192,0,96195,11.7425537109375
RSDIP,λ<=log n,8192,0,91441,11.1622314453125
RSDIP,λ<=log n,8192,0,80243,9.7952880859375
RSDIP,λ<=log n,8192,0,93876,11.45947265625
RSDIP,λ<=log n,8192,0,89237,10.8931884765625
RSDIP,λ<=log n,8192,0,86242,10.527587890625
RSDIP,λ<=log n,8192,0,91171,11.1292724609375
RSDIP,λ<=log n,8192,0,89884,10.97216796875
RSDIP,λ<=log n,8192,0,86188,10.52099609375
RSDIP,λ<=log n,8192,0,93980,11.47216796875
RSDIP,λ<=log n,8192,0,88766,10.835693359375
RSDIP,λ<=log n,8192,0,86420,10.54931640625
RSDIP,λ<=log n,8192,0,88758,10.834716796875
RSDIP,λ<=log n,8192,0,99224,12.1123046875
RSDIP,λ<=log n,8192,0,83289,10.1671142578125
RSDIP,λ<=log n,8192,0,90748,11.07763671875
RSDIP,λ<=log n,8192,0,90039,10.9910888671875
RSDIP,λ<=log n,8192,0,92414,11.281005859375
RSDIP,λ<=log n,8192,0,86735,10.5877685546875
RSDIP,λ<=log n,8192,0,79890,9.752197265625
RSDIP,λ<=log n,8192,0,87712,10.70703125
RSDIP,λ<=log n,8192,0,85462,10.432373046875
RSDIP,λ<=log n,8192,0,100889,12.3155517578125
RSDIP,λ<=log n,8192,0,89300,10.90087890625
RSDIP,λ<=log n,8192,0,90137,11.0030517578125
RSDIP,λ<=log n,8192,0,88549,10.8092041015625
RSDIP,λ<=log n,8192,0,92625,11.3067626953125
RSDIP,λ<=log n,8192,0,102253,12.4820556640625
RSDIP,λ<=log n,8192,0,95664,11.677734375
RSDIP,λ<=log n,8192,0,82067,10.0179443359375
RSDIP,λ<=log n,8192,0,85465,10.4327392578125
RSDIP,λ<=log n,8192,0,81042,9.892822265625
RSDIP,λ<=log n,8192,0,76786,9.373291015625
RSDIP,λ<=log n,8192,0,101423,12.3807373046875
RSDIP,λ<=log n,8192,0,88286,10.777099609375
RSDIP,λ<=log n,8192,0,86409,10.5479736328125
RSDIP,λ<=log n,8192,0,88215,10.7684326171875
RSDIP,λ<=log n,8192,0,105428,12.86962890625
RSDIP,λ<=log n,8192,0,97341,11.8824462890625
RSDIP,λ<=log n,8192,0,94260,11.50634765625
RSDIP,λ<=log n,8192,0,85499,10.4368896484375
RSDIP,λ<=log n,8192,0,84395,10.3021240234375
RSDIP,λ<=log n,8192,0,89831,10.9656982421875
RSDIP,λ<=log n,8192,0,105082,12.827392578125
RSDIP,λ<=log n,8192,0,90763,11.0794677734375
RSDIP,λ<=log n,8192,0,93124,11.36767578125
RSDIP,λ<=log n,8192,0,90034,10.990478515625
RSDIP,λ<=log n,8192,0,86097,10.5098876953125
RSDIP,λ<=log n,8192,0,94096,11.486328125
RSDIP,λ<=log n,8192,0,86613,10.5728759765625
RSDIP,λ<=log n,8192,0,92259,11.2620849609375
RSDIP,λ<=log n,8192,0,87304,10.6572265625
RSDIP,λ<=log n,8192,0,88829,10.8433837890625
RSDIP,λ<=log n,8192,0,89066,10.872314453125
RSDIP,λ<=log n,8192,0,93016,11.3544921875
RSDIP,λ<=log n,8192,0,90941,11.1011962890625
RSDIP,λ<=log n,8192,0,87140,10.63720703125
RSDIP,λ<=log n,8192,0,91520,11.171875
RSDIP,λ<=log n,8192,0,87365,10.6646728515625
RSDIP,λ<=log n,8192,0,98109,11.9761962890625
RSDIP,λ<=log n,8192,0,82806,10.108154296875
RSDIP,λ<=log n,8192,0,79838,9.745849609375
RSDIP,λ<=log n,8192,0,85352,10.4189453125
RSDIP,λ<=log n,8192,0,90282,11.020751953125
RSDIP,λ<=log n,8192,0,92225,11.2579345703125
RSDIP,λ<=log n,8192,0,92751,11.3221435546875
RSDIP,λ<=log n,8192,0,90223,11.0135498046875
RSDIP,λ<=log n,8192,0,86998,10.619873046875
RSDIP,λ<=log n,8192,0,84743,10.3446044921875
RRDIP,λ<=log n,8192,0,71919,8.7791748046875
RRDIP,λ<=log n,8192,0,70747,8.6361083984375
RRDIP,λ<=log n,8192,0,70875,8.6517333984375
RRDIP,λ<=log n,8192,0,71161,8.6866455078125
RRDIP,λ<=log n,8192,0,77122,9.414306640625
RRDIP,λ<=log n,8192,0,73099,8.9232177734375
RRDIP,λ<=log n,8192,0,68516,8.36376953125
RRDIP,λ<=log n,8192,0,69823,8.5233154296875
RRDIP,λ<=log n,8192,0,68167,8.3211669921875
RRDIP,λ<=log n,8192,0,81753,9.9796142578125
RRDIP,λ<=log n,8192,0,70443,8.5989990234375
RRDIP,λ<=log n,8192,0,77683,9.4827880859375
RRDIP,λ<=log n,8192,0,65496,7.9951171875
RRDIP,λ<=log n,8192,0,69776,8.517578125
RRDIP,λ<=log n,8192,0,71365,8.7115478515625
RRDIP,λ<=log n,8192,0,73450,8.966064453125
RRDIP,λ<=log n,8192,0,83539,10.1976318359375
RRDIP,λ<=log n,8192,0,77856,9.50390625
RRDIP,λ<=log n,8192,0,69784,8.5185546875
RRDIP,λ<=log n,8192,0,70186,8.567626953125
RRDIP,λ<=log n,8192,0,76760,9.3701171875
RRDIP,λ<=log n,8192,0,70240,8.57421875
RRDIP,λ<=log n,8192,0,69420,8.47412109375
RRDIP,λ<=log n,8192,0,83734,10.221435546875
RRDIP,λ<=log n,8192,0,78386,9.568603515625
RRDIP,λ<=log n,8192,0,66917,8.1685791015625
RRDIP,λ<=log n,8192,0,71714,8.754150390625
RRDIP,λ<=log n,8192,0,72265,8.8214111328125
RRDIP,λ<=log n,8192,0,71682,8.750244140625
RRDIP,λ<=log n,8192,0,74489,9.0928955078125
RRDIP,λ<=log n,8192,0,77386,9.446533203125
RRDIP,λ<=log n,8192,0,67329,8.2188720703125
RRDIP,λ<=log n,8192,0,71334,8.707763671875
RRDIP,λ<=log n,8192,0,74163,9.0531005859375
RRDIP,λ<=log n,8192,0,71640,8.7451171875
RRDIP,λ<=log n,8192,0,74447,9.0877685546875
RRDIP,λ<=log n,8192,0,68231,8.3289794921875
RRDIP,λ<=log n,8192,0,70766,8.638427734375
RRDIP,λ<=log n,8192,0,74561,9.1016845703125
RRDIP,λ<=log n,8192,0,71316,8.70556640625
RRDIP,λ<=log n,8192,0,70744,8.6357421875
RRDIP,λ<=log n,8192,0,72068,8.79736328125
RRDIP,λ<=log n,8192,0,66279,8.0906982421875
RRDIP,λ<=log n,8192,0,68206,8.325927734375
RRDIP,λ<=log n,8192,0,81528,9.9521484375
RRDIP,λ<=log n,8192,0,72880,8.896484375
RRDIP,λ<=log n,8192,0,67664,8.259765625
RRDIP,λ<=log n,8192,0,73562,8.979736328125
RRDIP,λ<=log n,8192,0,74769,9.1270751953125
RRDIP,λ<=log n,8192,0,70796,8.64208984375
RRDIP,λ<=log n,8192,0,69166,8.443115234375
RRDIP,λ<=log n,8192,0,67872,8.28515625
RRDIP,λ<=log n,8192,0,78682,9.604736328125
RRDIP,λ<=log n,8192,0,70952,8.6611328125
RRDIP,λ<=log n,8192,0,75880,9.2626953125
RRDIP,λ<=log n,8192,0,68548,8.36767578125
RRDIP,λ<=log n,8192,0,67875,8.2855224609375
RRDIP,λ<=log n,8192,0,69582,8.493896484375
RRDIP,λ<=log n,8192,0,73802,9.009033203125
RRDIP,λ<=log n,8192,0,71862,8.772216796875
RRDIP,λ<=log n,8192,0,72259,8.8206787109375
RRDIP,λ<=log n,8192,0,73424,8.962890625
RRDIP,λ<=log n,8192,0,79420,9.69482421875
RRDIP,λ<=log n,8192,0,72146,8.806884765625
RRDIP,λ<=log n,8192,0,73749,9.0025634765625
RRDIP,λ<=log n,8192,0,71974,8.785888671875
RRDIP,λ<=log n,8192,0,77895,9.5086669921875
RRDIP,λ<=log n,8192,0,76014,9.279052734375
RRDIP,λ<=log n,8192,0,78707,9.6077880859375
RRDIP,λ<=log n,8192,0,75182,9.177490234375
RRDIP,λ<=log n,8192,0,78522,9.585205078125
RRDIP,λ<=log n,8192,0,67135,8.1951904296875
RRDIP,λ<=log n,8192,0,71565,8.7359619140625
RRDIP,λ<=log n,8192,0,73053,8.9176025390625
RRDIP,λ<=log n,8192,0,70340,8.58642578125
RRDIP,λ<=log n,8192,0,66973,8.1754150390625
RRDIP,λ<=log n,8192,0,87479,10.6785888671875
RRDIP,λ<=log n,8192,0,69597,8.4957275390625
RRDIP,λ<=log n,8192,0,75789,9.2515869140625
RRDIP,λ<=log n,8192,0,72800,8.88671875
RRDIP,λ<=log n,8192,0,72938,8.903564453125
RRDIP,λ<=log n,8192,0,70171,8.5657958984375
RRDIP,λ<=log n,8192,0,78451,9.5765380859375
RRDIP,λ<=log n,8192,0,83769,10.2257080078125
RRDIP,λ<=log n,8192,0,69962,8.540283203125
RRDIP,λ<=log n,8192,0,69774,8.517333984375
RRDIP,λ<=log n,8192,0,73664,8.9921875
RRDIP,λ<=log n,8192,0,70431,8.5975341796875
RRDIP,λ<=log n,8192,0,72389,8.8365478515625
RRDIP,λ<=log n,8192,0,69382,8.469482421875
RRDIP,λ<=log n,8192,0,74118,9.047607421875
RRDIP,λ<=log n,8192,0,79724,9.73193359375
RRDIP,λ<=log n,8192,0,70579,8.6156005859375
RRDIP,λ<=log n,8192,0,69296,8.458984375
RRDIP,λ<=log n,8192,0,68903,8.4110107421875
RRDIP,λ<=log n,8192,0,71304,8.7041015625
RRDIP,λ<=log n,8192,0,70259,8.5765380859375
RRDIP,λ<=log n,8192,0,71313,8.7052001953125
RRDIP,λ<=log n,8192,0,79545,9.7100830078125
RRDIP,λ<=log n,8192,0,70106,8.557861328125
RHDIP,λ<=log n,8192,0,65243,7.9642333984375
RHDIP,λ<=log n,8192,0,64675,7.8948974609375
RHDIP,λ<=log n,8192,0,64960,7.9296875
RHDIP,λ<=log n,8192,0,63364,7.73486328125
RHDIP,λ<=log n,8192,0,67048,8.1845703125
RHDIP,λ<=log n,8192,0,69659,8.5032958984375
RHDIP,λ<=log n,8192,0,64822,7.912841796875
RHDIP,λ<=log n,8192,0,68356,8.34423828125
RHDIP,λ<=log n,8192,0,69308,8.46044921875
RHDIP,λ<=log n,8192,0,65595,8.0072021484375
RHDIP,λ<=log n,8192,0,70045,8.5504150390625
RHDIP,λ<=log n,8192,0,65741,8.0250244140625
RHDIP,λ<=log n,8192,0,68321,8.3399658203125
RHDIP,λ<=log n,8192,0,75037,9.1597900390625
RHDIP,λ<=log n,8192,0,68275,8.3343505859375
RHDIP,λ<=log n,8192,0,67741,8.2691650390625
RHDIP,λ<=log n,8192,0,69082,8.432861328125
RHDIP,λ<=log n,8192,0,64913,7.9239501953125
RHDIP,λ<=log n,8192,0,64096,7.82421875
RHDIP,λ<=log n,8192,0,63838,7.792724609375
RHDIP,λ<=log n,8192,0,72612,8.86376953125
RHDIP,λ<=log n,8192,0,68276,8.33447265625
RHDIP,λ<=log n,8192,0,66061,8.0640869140625
RHDIP,λ<=log n,8192,0,64722,7.900634765625
RHDIP,λ<=log n,8192,0,70600,8.6181640625
RHDIP,λ<=log n,8192,0,64598,7.885498046875
RHDIP,λ<=log n,8192,0,65507,7.9964599609375
RHDIP,λ<=log n,8192,0,69536,8.48828125
RHDIP,λ<=log n,8192,0,62998,7.690185546875
RHDIP,λ<=log n,8192,0,67506,8.240478515625
RHDIP,λ<=log n,8192,0,61820,7.54638671875
RHDIP,λ<=log n,8192,0,66319,8.0955810546875
RHDIP,λ<=log n,8192,0,68018,8.302978515625
RHDIP,λ<=log n,8192,0,63099,7.7025146484375
RHDIP,λ<=log n,8192,0,62061,7.5758056640625
RHDIP,λ<=log n,8192,0,62448,7.623046875
RHDIP,λ<=log n,8192,0,71249,8.6973876953125
RHDIP,λ<=log n,8192,0,67907,8.2894287109375
RHDIP,λ<=log n,8192,0,72043,8.7943115234375
RHDIP,λ<=log n,8192,0,70004,8.54541015625
RHDIP,λ<=log n,8192,0,76180,9.29931640625
RHDIP,λ<=log n,8192,0,66679,8.1395263671875
RHDIP,λ<=log n,8192,0,70724,8.63330078125
RHDIP,λ<=log n,8192,0,68115,8.3148193359375
RHDIP,λ<=log n,8192,0,68843,8.4036865234375
RHDIP,λ<=log n,8192,0,69835,8.5247802734375
RHDIP,λ<=log n,8192,0,64889,7.9210205078125
RHDIP,λ<=log n,8192,0,64945,7.9278564453125
RHDIP,λ<=log n,8192,0,69441,8.4766845703125
RHDIP,λ<=log n,8192,0,64350,7.855224609375
RHDIP,λ<=log n,8192,0,66941,8.1715087890625
RHDIP,λ<=log n,8192,0,65996,8.05615234375
RHDIP,λ<=log n,8192,0,68288,8.3359375
RHDIP,λ<=log n,8192,0,66802,8.154541015625
RHDIP,λ<=log n,8192,0,62721,7.6563720703125
RHDIP,λ<=log n,8192,0,72998,8.910888671875
RHDIP,λ<=log n,8192,0,69543,8.4891357421875
RHDIP,λ<=log n,8192,0,65873,8.0411376953125
RHDIP,λ<=log n,8192,0,65759,8.0272216796875
RHDIP,λ<=log n,8192,0,68937,8.4151611328125
RHDIP,λ<=log n,8192,0,66208,8.08203125
RHDIP,λ<=log n,8192,0,71312,8.705078125
RHDIP,λ<=log n,8192,0,65236,7.96337890625
RHDIP,λ<=log n,8192,0,62283,7.6029052734375
RHDIP,λ<=log n,8192,0,71362,8.711181640625
RHDIP,λ<=log n,8192,0,63942,7.805419921875
RHDIP,λ<=log n,8192,0,63768,7.7841796875
RHDIP,λ<=log n,8192,0,75247,9.1854248046875
RHDIP,λ<=log n,8192,0,66739,8.1468505859375
RHDIP,λ<=log n,8192,0,62961,7.6856689453125
RHDIP,λ<=log n,8192,0,68407,8.3504638671875
RHDIP,λ<=log n,8192,0,71035,8.6712646484375
RHDIP,λ<=log n,8192,0,70596,8.61767578125
RHDIP,λ<=log n,8192,0,62297,7.6046142578125
RHDIP,λ<=log n,8192,0,70409,8.5948486328125
RHDIP,λ<=log n,8192,0,73459,8.9671630859375
RHDIP,λ<=log n,8192,0,65604,8.00830078125
RHDIP,λ<=log n,8192,0,69667,8.5042724609375
RHDIP,λ<=log n,8192,0,64086,7.822998046875
RHDIP,λ<=log n,8192,0,68828,8.40185546875
RHDIP,λ<=log n,8192,0,64016,7.814453125
RHDIP,λ<=log n,8192,0,69727,8.5115966796875
RHDIP,λ<=log n,8192,0,61497,7.5069580078125
RHDIP,λ<=log n,8192,0,64123,7.8275146484375
RHDIP,λ<=log n,8192,0,65195,7.9583740234375
RHDIP,λ<=log n,8192,0,67441,8.2325439453125
RHDIP,λ<=log n,8192,0,63521,7.7540283203125
RHDIP,λ<=log n,8192,0,61111,7.4598388671875
RHDIP,λ<=log n,8192,0,65681,8.0177001953125
RHDIP,λ<=log n,8192,0,64595,7.8851318359375
RHDIP,λ<=log n,8192,0,68004,8.30126953125
RHDIP,λ<=log n,8192,0,65328,7.974609375
RHDIP,λ<=log n,8192,0,67831,8.2801513671875
RHDIP,λ<=log n,8192,0,76294,9.313232421875
RHDIP,λ<=log n,8192,0,66803,8.1546630859375
RHDIP,λ<=log n,8192,0,72041,8.7940673828125
RHDIP,λ<=log n,8192,0,72703,8.8748779296875
RHDIP,λ<=log n,8192,0,67356,8.22216796875
RHDIP,λ<=log n,8192,0,65962,8.052001953125
RHLIP,λ<=log n,8192,0,70390,8.592529296875
RHLIP,λ<=log n,8192,0,72659,8.8695068359375
RHLIP,λ<=log n,8192,0,81721,9.9757080078125
RHLIP,λ<=log n,8192,0,74823,9.1336669921875
RHLIP,λ<=log n,8192,0,69748,8.51416015625
RHLIP,λ<=log n,8192,0,70636,8.62255859375
RHLIP,λ<=log n,8192,0,70992,8.666015625
RHLIP,λ<=log n,8192,0,70567,8.6141357421875
RHLIP,λ<=log n,8192,0,77383,9.4461669921875
RHLIP,λ<=log n,8192,0,72552,8.8564453125
RHLIP,λ<=log n,8192,0,69849,8.5264892578125
RHLIP,λ<=log n,8192,0,77499,9.4603271484375
RHLIP,λ<=log n,8192,0,71048,8.6728515625
RHLIP,λ<=log n,8192,0,81742,9.978271484375
RHLIP,λ<=log n,8192,0,74452,9.08837890625
RHLIP,λ<=log n,8192,0,75402,9.204345703125
RHLIP,λ<=log n,8192,0,69994,8.544189453125
RHLIP,λ<=log n,8192,0,70503,8.6063232421875
RHLIP,λ<=log n,8192,0,71466,8.723876953125
RHLIP,λ<=log n,8192,0,72947,8.9046630859375
RHLIP,λ<=log n,8192,0,75413,9.2056884765625
RHLIP,λ<=log n,8192,0,66665,8.1378173828125
RHLIP,λ<=log n,8192,0,72904,8.8994140625
RHLIP,λ<=log n,8192,0,76674,9.359619140625
RHLIP,λ<=log n,8192,0,83803,10.2298583984375
RHLIP,λ<=log n,8192,0,70350,8.587646484375
RHLIP,λ<=log n,8192,0,71296,8.703125
RHLIP,λ<=log n,8192,0,69586,8.494384765625
RHLIP,λ<=log n,8192,0,71010,8.668212890625
RHLIP,λ<=log n,8192,0,72071,8.7977294921875
RHLIP,λ<=log n,8192,0,72021,8.7916259765625
RHLIP,λ<=log n,8192,0,69174,8.444091796875
RHLIP,λ<=log n,8192,0,69191,8.4461669921875
RHLIP,λ<=log n,8192,0,74613,9.1080322265625
RHLIP,λ<=log n,8192,0,68116,8.31494140625
RHLIP,λ<=log n,8192,0,69178,8.444580078125
RHLIP,λ<=log n,8192,0,71036,8.67138671875
RHLIP,λ<=log n,8192,0,75495,9.2156982421875
RHLIP,λ<=log n,8192,0,69409,8.4727783203125
RHLIP,λ<=log n,8192,0,77196,9.42333984375
RHLIP,λ<=log n,8192,0,68793,8.3975830078125
RHLIP,λ<=log n,8192,0,66989,8.1773681640625
RHLIP,λ<=log n,8192,0,72689,8.8731689453125
RHLIP,λ<=log n,8192,0,66409,8.1065673828125
RHLIP,λ<=log n,8192,0,67671,8.2606201171875
RHLIP,λ<=log n,8192,0,67130,8.194580078125
RHLIP,λ<=log n,8192,0,71075,8.6761474609375
RHLIP,λ<=log n,8192,0,73801,9.0089111328125
RHLIP,λ<=log n,8192,0,76875,9.3841552734375
RHLIP,λ<=log n,8192,0,67689,8.2628173828125
RHLIP,λ<=log n,8192,0,70386,8.592041015625
RHLIP,λ<=log n,8192,0,72170,8.809814453125
RHLIP,λ<=log n,8192,0,67832,8.2802734375
RHLIP,λ<=log n,8192,0,68423,8.3524169921875
RHLIP,λ<=log n,8192,0,68425,8.3526611328125
RHLIP,λ<=log n,8192,0,71917,8.7789306640625
RHLIP,λ<=log n,8192,0,69394,8.470947265625
RHLIP,λ<=log n,8192,0,73978,9.030517578125
RHLIP,λ<=log n,8192,0,72599,8.8621826171875
RHLIP,λ<=log n,8192,0,75016,9.1572265625
RHLIP,λ<=log n,8192,0,76554,9.344970703125
RHLIP,λ<=log n,8192,0,74525,9.0972900390625
RHLIP,λ<=log n,8192,0,67558,8.246826171875
RHLIP,λ<=log n,8192,0,70695,8.6297607421875
RHLIP,λ<=log n,8192,0,70877,8.6519775390625
RHLIP,λ<=log n,8192,0,79129,9.6593017578125
RHLIP,λ<=log n,8192,0,69500,8.48388671875
RHLIP,λ<=log n,8192,0,72020,8.79150390625
RHLIP,λ<=log n,8192,0,72685,8.8726806640625
RHLIP,λ<=log n,8192,0,67179,8.2005615234375
RHLIP,λ<=log n,8192,0,74715,9.1204833984375
RHLIP,λ<=log n,8192,0,76178,9.299072265625
RHLIP,λ<=log n,8192,0,67515,8.2415771484375
RHLIP,λ<=log n,8192,0,70196,8.56884765625
RHLIP,λ<=log n,8192,0,70058,8.552001953125
RHLIP,λ<=log n,8192,0,67252,8.20947265625
RHLIP,λ<=log n,8192,0,70644,8.62353515625
RHLIP,λ<=log n,8192,0,73830,9.012451171875
RHLIP,λ<=log n,8192,0,70588,8.61669921875
RHLIP,λ<=log n,8192,0,69290,8.458251953125
RHLIP,λ<=log n,8192,0,69667,8.5042724609375
RHLIP,λ<=log n,8192,0,66762,8.149658203125
RHLIP,λ<=log n,8192,0,66705,8.1427001953125
RHLIP,λ<=log n,8192,0,69306,8.460205078125
RHLIP,λ<=log n,8192,0,66697,8.1417236328125
RHLIP,λ<=log n,8192,0,72366,8.833740234375
RHLIP,λ<=log n,8192,0,72648,8.8681640625
RHLIP,λ<=log n,8192,0,68301,8.3375244140625
RHLIP,λ<=log n,8192,0,71076,8.67626953125
RHLIP,λ<=log n,8192,0,71147,8.6849365234375
RHLIP,λ<=log n,8192,0,72766,8.882568359375
RHLIP,λ<=log n,8192,0,76843,9.3802490234375
RHLIP,λ<=log n,8192,0,69789,8.5191650390625
RHLIP,λ<=log n,8192,0,69535,8.4881591796875
RHLIP,λ<=log n,8192,0,78283,9.5560302734375
RHLIP,λ<=log n,8192,0,71107,8.6800537109375
RHLIP,λ<=log n,8192,0,67422,8.230224609375
RHLIP,λ<=log n,8192,0,71311,8.7049560546875
RHLIP,λ<=log n,8192,0,73267,8.9437255859375
RHLIP,λ<=log n,8192,0,64251,7.8431396484375
RRLIP,λ<=log n,8192,0,71676,8.74951171875
RRLIP,λ<=log n,8192,0,72341,8.8306884765625
RRLIP,λ<=log n,8192,0,77814,9.498779296875
RRLIP,λ<=log n,8192,0,72444,8.84326171875
RRLIP,λ<=log n,8192,0,78110,9.534912109375
RRLIP,λ<=log n,8192,0,79955,9.7601318359375
RRLIP,λ<=log n,8192,0,77768,9.4931640625
RRLIP,λ<=log n,8192,0,81457,9.9434814453125
RRLIP,λ<=log n,8192,0,74785,9.1290283203125
RRLIP,λ<=log n,8192,0,73681,8.9942626953125
RRLIP,λ<=log n,8192,0,75159,9.1746826171875
RRLIP,λ<=log n,8192,0,70953,8.6612548828125
RRLIP,λ<=log n,8192,0,71806,8.765380859375
RRLIP,λ<=log n,8192,0,76089,9.2882080078125
RRLIP,λ<=log n,8192,0,77559,9.4676513671875
RRLIP,λ<=log n,8192,0,71907,8.7777099609375
RRLIP,λ<=log n,8192,0,77915,9.5111083984375
RRLIP,λ<=log n,8192,0,72167,8.8094482421875
RRLIP,λ<=log n,8192,0,74336,9.07421875
RRLIP,λ<=log n,8192,0,77228,9.42724609375
RRLIP,λ<=log n,8192,0,76442,9.331298828125
RRLIP,λ<=log n,8192,0,87409,10.6700439453125
RRLIP,λ<=log n,8192,0,76724,9.36572265625
RRLIP,λ<=log n,8192,0,77250,9.429931640625
RRLIP,λ<=log n,8192,0,74733,9.1226806640625
RRLIP,λ<=log n,8192,0,76132,9.29345703125
RRLIP,λ<=log n,8192,0,83568,10.201171875
RRLIP,λ<=log n,8192,0,78384,9.568359375
RRLIP,λ<=log n,8192,0,74354,9.076416015625
RRLIP,λ<=log n,8192,0,73058,8.918212890625
RRLIP,λ<=log n,8192,0,80203,9.7904052734375
RRLIP,λ<=log n,8192,0,75467,9.2122802734375
RRLIP,λ<=log n,8192,0,74382,9.079833984375
RRLIP,λ<=log n,8192,0,79323,9.6829833984375
RRLIP,λ<=log n,8192,0,73730,9.000244140625
RRLIP,λ<=log n,8192,0,77754,9.491455078125
RRLIP,λ<=log n,8192,0,73322,8.950439453125
RRLIP,λ<=log n,8192,0,89503,10.9256591796875
RRLIP,λ<=log n,8192,0,75074,9.164306640625
RRLIP,λ<=log n,8192,0,74412,9.08349609375
RRLIP,λ<=log n,8192,0,74402,9.082275390625
RRLIP,λ<=log n,8192,0,81100,9.89990234375
RRLIP,λ<=log n,8192,0,78168,9.5419921875
RRLIP,λ<=log n,8192,0,75497,9.2159423828125
RRLIP,λ<=log n,8192,0,69636,8.50048828125
RRLIP,λ<=log n,8192,0,75357,9.1988525390625
RRLIP,λ<=log n,8192,0,81242,9.917236328125
RRLIP,λ<=log n,8192,0,87244,10.64990234375
RRLIP,λ<=log n,8192,0,89740,10.95458984375
RRLIP,λ<=log n,8192,0,78984,9.6416015625
RRLIP,λ<=log n,8192,0,70119,8.5594482421875
RRLIP,λ<=log n,8192,0,73200,8.935546875
RRLIP,λ<=log n,8192,0,71300,8.70361328125
RRLIP,λ<=log n,8192,0,75614,9.230224609375
RRLIP,λ<=log n,8192,0,73179,8.9329833984375
RRLIP,λ<=log n,8192,0,72163,8.8089599609375
RRLIP,λ<=log n,8192,0,70248,8.5751953125
RRLIP,λ<=log n,8192,0,70812,8.64404296875
RRLIP,λ<=log n,8192,0,77405,9.4488525390625
RRLIP,λ<=log n,8192,0,70609,8.6192626953125
RRLIP,λ<=log n,8192,0,80991,9.8865966796875
RRLIP,λ<=log n,8192,0,80870,9.871826171875
RRLIP,λ<=log n,8192,0,76038,9.281982421875
RRLIP,λ<=log n,8192,0,84024,10.2568359375
RRLIP,λ<=log n,8192,0,77340,9.44091796875
RRLIP,λ<=log n,8192,0,69813,8.5220947265625
RRLIP,λ<=log n,8192,0,69509,8.4849853515625
RRLIP,λ<=log n,8192,0,76938,9.391845703125
RRLIP,λ<=log n,8192,0,74328,9.0732421875
RRLIP,λ<=log n,8192,0,76598,9.350341796875
RRLIP,λ<=log n,8192,0,80531,9.8304443359375
RRLIP,λ<=log n,8192,0,72301,8.8258056640625
RRLIP,λ<=log n,8192,0,69640,8.5009765625
RRLIP,λ<=log n,8192,0,72619,8.8646240234375
RRLIP,λ<=log n,8192,0,74830,9.134521484375
RRLIP,λ<=log n,8192,0,86593,10.5704345703125
RRLIP,λ<=log n,8192,0,74615,9.1082763671875
RRLIP,λ<=log n,8192,0,75601,9.2286376953125
RRLIP,λ<=log n,8192,0,75306,9.192626953125
RRLIP,λ<=log n,8192,0,76101,9.2896728515625
RRLIP,λ<=log n,8192,0,77122,9.414306640625
RRLIP,λ<=log n,8192,0,70029,8.5484619140625
RRLIP,λ<=log n,8192,0,78220,9.54833984375
RRLIP,λ<=log n,8192,0,78434,9.574462890625
RRLIP,λ<=log n,8192,0,78343,9.5633544921875
RRLIP,λ<=log n,8192,0,77225,9.4268798828125
RRLIP,λ<=log n,8192,0,77062,9.406982421875
RRLIP,λ<=log n,8192,0,85993,10.4971923828125
RRLIP,λ<=log n,8192,0,73497,8.9718017578125
RRLIP,λ<=log n,8192,0,81832,9.9892578125
RRLIP,λ<=log n,8192,0,76360,9.3212890625
RRLIP,λ<=log n,8192,0,72072,8.7978515625
RRLIP,λ<=log n,8192,0,75647,9.2342529296875
RRLIP,λ<=log n,8192,0,76435,9.3304443359375
RRLIP,λ<=log n,8192,0,83340,10.17333984375
RRLIP,λ<=log n,8192,0,82393,10.0577392578125
RRLIP,λ<=log n,8192,0,77805,9.4976806640625
RRLIP,λ<=log n,8192,0,82712,10.0966796875
RRLIP,λ<=log n,8192,0,76641,9.3555908203125
RRLIP,λ<=log n,8192,0,76058,9.284423828125
RSLIP,λ<=log n,8192,0,89653,10.9439697265625
RSLIP,λ<=log n,8192,0,93516,11.41552734375
RSLIP,λ<=log n,8192,0,121974,14.889404296875
RSLIP,λ<=log n,8192,0,104342,12.737060546875
RSLIP,λ<=log n,8192,0,85682,10.459228515625
RSLIP,λ<=log n,8192,0,94033,11.4786376953125
RSLIP,λ<=log n,8192,0,94841,11.5772705078125
RSLIP,λ<=log n,8192,0,88292,10.77783203125
RSLIP,λ<=log n,8192,0,91867,11.2142333984375
RSLIP,λ<=log n,8192,0,94827,11.5755615234375
RSLIP,λ<=log n,8192,0,97613,11.9156494140625
RSLIP,λ<=log n,8192,0,97098,11.852783203125
RSLIP,λ<=log n,8192,0,87369,10.6651611328125
RSLIP,λ<=log n,8192,0,103001,12.5733642578125
RSLIP,λ<=log n,8192,0,91367,11.1531982421875
RSLIP,λ<=log n,8192,0,87665,10.7012939453125
RSLIP,λ<=log n,8192,0,91294,11.144287109375
RSLIP,λ<=log n,8192,0,88162,10.761962890625
RSLIP,λ<=log n,8192,0,92839,11.3328857421875
RSLIP,λ<=log n,8192,0,92112,11.244140625
RSLIP,λ<=log n,8192,0,95307,11.6341552734375
RSLIP,λ<=log n,8192,0,92124,11.24560546875
RSLIP,λ<=log n,8192,0,91491,11.1683349609375
RSLIP,λ<=log n,8192,0,86354,10.541259765625
RSLIP,λ<=log n,8192,0,91827,11.2093505859375
RSLIP,λ<=log n,8192,0,87656,10.7001953125
RSLIP,λ<=log n,8192,0,86084,10.50830078125
RSLIP,λ<=log n,8192,0,90948,11.10205078125
RSLIP,λ<=log n,8192,0,94421,11.5260009765625
RSLIP,λ<=log n,8192,0,119433,14.5792236328125
RSLIP,λ<=log n,8192,0,89992,10.9853515625
RSLIP,λ<=log n,8192,0,94200,11.4990234375
RSLIP,λ<=log n,8192,0,90646,11.065185546875
RSLIP,λ<=log n,8192,0,95324,11.63623046875
RSLIP,λ<=log n,8192,0,88117,10.7564697265625
RSLIP,λ<=log n,8192,0,98801,12.0606689453125
RSLIP,λ<=log n,8192,0,92925,11.3433837890625
RSLIP,λ<=log n,8192,0,104576,12.765625
RSLIP,λ<=log n,8192,0,94429,11.5269775390625
RSLIP,λ<=log n,8192,0,89147,10.8822021484375
RSLIP,λ<=log n,8192,0,92508,11.29248046875
RSLIP,λ<=log n,8192,0,94691,11.5589599609375
RSLIP,λ<=log n,8192,0,96672,11.80078125
RSLIP,λ<=log n,8192,0,114756,14.00830078125
RSLIP,λ<=log n,8192,0,98959,12.0799560546875
RSLIP,λ<=log n,8192,0,91911,11.2196044921875
RSLIP,λ<=log n,8192,0,92149,11.2486572265625
RSLIP,λ<=log n,8192,0,96226,11.746337890625
RSLIP,λ<=log n,8192,0,90627,11.0628662109375
RSLIP,λ<=log n,8192,0,100510,12.269287109375
RSLIP,λ<=log n,8192,0,85080,10.3857421875
RSLIP,λ<=log n,8192,0,88569,10.8116455078125
RSLIP,λ<=log n,8192,0,96100,11.73095703125
RSLIP,λ<=log n,8192,0,105678,12.900146484375
RSLIP,λ<=log n,8192,0,92347,11.2728271484375
RSLIP,λ<=log n,8192,0,99740,12.17529296875
RSLIP,λ<=log n,8192,0,91279,11.1424560546875
RSLIP,λ<=log n,8192,0,99312,12.123046875
RSLIP,λ<=log n,8192,0,94177,11.4962158203125
RSLIP,λ<=log n,8192,0,101631,12.4061279296875
RSLIP,λ<=log n,8192,0,93760,11.4453125
RSLIP,λ<=log n,8192,0,87102,10.632568359375
RSLIP,λ<=log n,8192,0,98377,12.0089111328125
RSLIP,λ<=log n,8192,0,97340,11.88232421875
RSLIP,λ<=log n,8192,0,94310,11.512451171875
RSLIP,λ<=log n,8192,0,93066,11.360595703125
RSLIP,λ<=log n,8192,0,103169,12.5938720703125
RSLIP,λ<=log n,8192,0,95104,11.609375
RSLIP,λ<=log n,8192,0,91609,11.1827392578125
RSLIP,λ<=log n,8192,0,102945,12.5665283203125
RSLIP,λ<=log n,8192,0,91757,11.2008056640625
RSLIP,λ<=log n,8192,0,96032,11.72265625
RSLIP,λ<=log n,8192,0,90636,11.06396484375
RSLIP,λ<=log n,8192,0,97998,11.962646484375
RSLIP,λ<=log n,8192,0,97827,11.9417724609375
RSLIP,λ<=log n,8192,0,92305,11.2677001953125
RSLIP,λ<=log n,8192,0,88796,10.83935546875
RSLIP,λ<=log n,8192,0,93556,11.42041015625
RSLIP,λ<=log n,8192,0,91613,11.1832275390625
RSLIP,λ<=log n,8192,0,98486,12.022216796875
RSLIP,λ<=log n,8192,0,91460,11.16455078125
RSLIP,λ<=log n,8192,0,84478,10.312255859375
RSLIP,λ<=log n,8192,0,95716,11.68408203125
RSLIP,λ<=log n,8192,0,101905,12.4395751953125
RSLIP,λ<=log n,8192,0,99608,12.1591796875
RSLIP,λ<=log n,8192,0,94767,11.5682373046875
RSLIP,λ<=log n,8192,0,93062,11.360107421875
RSLIP,λ<=log n,8192,0,90606,11.060302734375
RSLIP,λ<=log n,8192,0,95879,11.7039794921875
RSLIP,λ<=log n,8192,0,91773,11.2027587890625
RSLIP,λ<=log n,8192,0,94544,11.541015625
RSLIP,λ<=log n,8192,0,89617,10.9395751953125
RSLIP,λ<=log n,8192,0,84648,10.3330078125
RSLIP,λ<=log n,8192,0,83755,10.2239990234375
RSLIP,λ<=log n,8192,0,91280,11.142578125
RSLIP,λ<=log n,8192,0,126062,15.388427734375
RSLIP,λ<=log n,8192,0,91899,11.2181396484375
RSLIP,λ<=log n,8192,0,91390,11.156005859375
RSLIP,λ<=log n,8192,0,89538,10.929931640625
RSLIP,λ<=log n,8192,0,85328,10.416015625
RSDCD,λ<=log n,8192,0,75151,9.1737060546875
RSDCD,λ<=log n,8192,0,87795,10.7171630859375
RSDCD,λ<=log n,8192,0,69533,8.4879150390625
RSDCD,λ<=log n,8192,0,84959,10.3709716796875
RSDCD,λ<=log n,8192,0,77233,9.4278564453125
RSDCD,λ<=log n,8192,0,70229,8.5728759765625
RSDCD,λ<=log n,8192,0,72727,8.8778076171875
RSDCD,λ<=log n,8192,0,70701,8.6304931640625
RSDCD,λ<=log n,8192,0,80213,9.7916259765625
RSDCD,λ<=log n,8192,0,72067,8.7972412109375
RSDCD,λ<=log n,8192,0,72409,8.8389892578125
RSDCD,λ<=log n,8192,0,76635,9.3548583984375
RSDCD,λ<=log n,8192,0,69830,8.524169921875
RSDCD,λ<=log n,8192,0,73804,9.00927734375
RSDCD,λ<=log n,8192,0,74661,9.1138916015625
RSDCD,λ<=log n,8192,0,77086,9.409912109375
RSDCD,λ<=log n,8192,0,69188,8.44580078125
RSDCD,λ<=log n,8192,0,73923,9.0238037109375
RSDCD,λ<=log n,8192,0,74108,9.04638671875
RSDCD,λ<=log n,8192,0,69621,8.4986572265625
RSDCD,λ<=log n,8192,0,77232,9.427734375
RSDCD,λ<=log n,8192,0,79475,9.7015380859375
RSDCD,λ<=log n,8192,0,69650,8.502197265625
RSDCD,λ<=log n,8192,0,80864,9.87109375
RSDCD,λ<=log n,8192,0,69112,8.4365234375
RSDCD,λ<=log n,8192,0,78125,9.5367431640625
RSDCD,λ<=log n,8192,0,80009,9.7667236328125
RSDCD,λ<=log n,8192,0,71480,8.7255859375
RSDCD,λ<=log n,8192,0,69444,8.47705078125
RSDCD,λ<=log n,8192,0,82012,10.01123046875
RSDCD,λ<=log n,8192,0,78013,9.5230712890625
RSDCD,λ<=log n,8192,0,83648,10.2109375
RSDCD,λ<=log n,8192,0,80544,9.83203125
RSDCD,λ<=log n,8192,0,79537,9.7091064453125
RSDCD,λ<=log n,8192,0,72921,8.9014892578125
RSDCD,λ<=log n,8192,0,79437,9.6968994140625
RSDCD,λ<=log n,8192,0,76630,9.354248046875
RSDCD,λ<=log n,8192,0,68089,8.3116455078125
RSDCD,λ<=log n,8192,0,72043,8.7943115234375
RSDCD,λ<=log n,8192,0,83031,10.1356201171875
RSDCD,λ<=log n,8192,0,75735,9.2449951171875
RSDCD,λ<=log n,8192,0,76873,9.3839111328125
RSDCD,λ<=log n,8192,0,80820,9.86572265625
RSDCD,λ<=log n,8192,0,76887,9.3856201171875
RSDCD,λ<=log n,8192,0,70459,8.6009521484375
RSDCD,λ<=log n,8192,0,89291,10.8997802734375
RSDCD,λ<=log n,8192,0,78893,9.6304931640625
RSDCD,λ<=log n,8192,0,66743,8.1473388671875
RSDCD,λ<=log n,8192,0,69725,8.5113525390625
RSDCD,λ<=log n,8192,0,85142,10.393310546875
RSDCD,λ<=log n,8192,0,75898,9.264892578125
RSDCD,λ<=log n,8192,0,75028,9.15869140625
RSDCD,λ<=log n,8192,0,75422,9.206787109375
RSDCD,λ<=log n,8192,0,69599,8.4959716796875
RSDCD,λ<=log n,8192,0,77716,9.48681640625
RSDCD,λ<=log n,8192,0,79713,9.7305908203125
RSDCD,λ<=log n,8192,0,79363,9.6878662109375
RSDCD,λ<=log n,8192,0,98338,12.004150390625
RSDCD,λ<=log n,8192,0,77385,9.4464111328125
RSDCD,λ<=log n,8192,0,77974,9.518310546875
RSDCD,λ<=log n,8192,0,69184,8.4453125
RSDCD,λ<=log n,8192,0,76567,9.3465576171875
RSDCD,λ<=log n,8192,0,90349,11.0289306640625
RSDCD,λ<=log n,8192,0,93286,11.387451171875
RSDCD,λ<=log n,8192,0,74948,9.14892578125
RSDCD,λ<=log n,8192,0,73514,8.973876953125
RSDCD,λ<=log n,8192,0,76556,9.34521484375
RSDCD,λ<=log n,8192,0,70907,8.6556396484375
RSDCD,λ<=log n,8192,0,77417,9.4503173828125
RSDCD,λ<=log n,8192,0,79518,9.706787109375
RSDCD,λ<=log n,8192,0,76945,9.3927001953125
RSDCD,λ<=log n,8192,0,79285,9.6783447265625
RSDCD,λ<=log n,8192,0,81374,9.933349609375
RSDCD,λ<=log n,8192,0,70029,8.5484619140625
RSDCD,λ<=log n,8192,0,75312,9.193359375
RSDCD,λ<=log n,8192,0,81062,9.895263671875
RSDCD,λ<=log n,8192,0,87935,10.7342529296875
RSDCD,λ<=log n,8192,0,75894,9.264404296875
RSDCD,λ<=log n,8192,0,76176,9.298828125
RSDCD,λ<=log n,8192,0,74943,9.1483154296875
RSDCD,λ<=log n,8192,0,78106,9.534423828125
RSDCD,λ<=log n,8192,0,69869,8.5289306640625
RSDCD,λ<=log n,8192,0,77120,9.4140625
RSDCD,λ<=log n,8192,0,82991,10.1307373046875
RSDCD,λ<=log n,8192,0,103623,12.6492919921875
RSDCD,λ<=log n,8192,0,76131,9.2933349609375
RSDCD,λ<=log n,8192,0,74191,9.0565185546875
RSDCD,λ<=log n,8192,0,74640,9.111328125
RSDCD,λ<=log n,8192,0,77533,9.4644775390625
RSDCD,λ<=log n,8192,0,82709,10.0963134765625
RSDCD,λ<=log n,8192,0,84839,10.3563232421875
RSDCD,λ<=log n,8192,0,73085,8.9215087890625
RSDCD,λ<=log n,8192,0,71072,8.67578125
RSDCD,λ<=log n,8192,0,79022,9.646240234375
RSDCD,λ<=log n,8192,0,73435,8.9642333984375
RSDCD,λ<=log n,8192,0,77741,9.4898681640625
RSDCD,λ<=log n,8192,0,81679,9.9705810546875
RSDCD,λ<=log n,8192,0,76971,9.3958740234375
RSDCD,λ<=log n,8192,0,79849,9.7471923828125
RSDCD,λ<=log n,8192,0,80957,9.8824462890625
RRDCD,λ<=log n,8192,0,62417,7.6192626953125
RRDCD,λ<=log n,8192,0,66984,8.1767578125
RRDCD,λ<=log n,8192,0,64637,7.8902587890625
RRDCD,λ<=log n,8192,0,58896,7.189453125
RRDCD,λ<=log n,8192,0,60317,7.3629150390625
RRDCD,λ<=log n,8192,0,53708,6.55615234375
RRDCD,λ<=log n,8192,0,62711,7.6551513671875
RRDCD,λ<=log n,8192,0,60861,7.4293212890625
RRDCD,λ<=log n,8192,0,59897,7.3116455078125
RRDCD,λ<=log n,8192,0,57946,7.073486328125
RRDCD,λ<=log n,8192,0,68599,8.3739013671875
RRDCD,λ<=log n,8192,0,59802,7.300048828125
RRDCD,λ<=log n,8192,0,61830,7.547607421875
RRDCD,λ<=log n,8192,0,57256,6.9892578125
RRDCD,λ<=log n,8192,0,62561,7.6368408203125
RRDCD,λ<=log n,8192,0,64910,7.923583984375
RRDCD,λ<=log n,8192,0,78275,9.5550537109375
RRDCD,λ<=log n,8192,0,58893,7.1890869140625
RRDCD,λ<=log n,8192,0,55325,6.7535400390625
RRDCD,λ<=log n,8192,0,57734,7.047607421875
RRDCD,λ<=log n,8192,0,62156,7.58740234375
RRDCD,λ<=log n,8192,0,55961,6.8311767578125
RRDCD,λ<=log n,8192,0,59094,7.213623046875
RRDCD,λ<=log n,8192,0,56975,6.9549560546875
RRDCD,λ<=log n,8192,0,72604,8.86279296875
RRDCD,λ<=log n,8192,0,57137,6.9747314453125
RRDCD,λ<=log n,8192,0,56900,6.94580078125
RRDCD,λ<=log n,8192,0,68705,8.3868408203125
RRDCD,λ<=log n,8192,0,53447,6.5242919921875
RRDCD,λ<=log n,8192,0,58970,7.198486328125
RRDCD,λ<=log n,8192,0,56923,6.9486083984375
RRDCD,λ<=log n,8192,0,56834,6.937744140625
RRDCD,λ<=log n,8192,0,61346,7.488525390625
RRDCD,λ<=log n,8192,0,65902,8.044677734375
RRDCD,λ<=log n,8192,0,61455,7.5018310546875
RRDCD,λ<=log n,8192,0,60000,7.32421875
RRDCD,λ<=log n,8192,0,60027,7.3275146484375
RRDCD,λ<=log n,8192,0,62560,7.63671875
RRDCD,λ<=log n,8192,0,61317,7.4849853515625
RRDCD,λ<=log n,8192,0,69825,8.5235595703125
RRDCD,λ<=log n,8192,0,59206,7.227294921875
RRDCD,λ<=log n,8192,0,53656,6.5498046875
RRDCD,λ<=log n,8192,0,67456,8.234375
RRDCD,λ<=log n,8192,0,65198,7.958740234375
RRDCD,λ<=log n,8192,0,72815,8.8885498046875
RRDCD,λ<=log n,8192,0,63302,7.727294921875
RRDCD,λ<=log n,8192,0,57845,7.0611572265625
RRDCD,λ<=log n,8192,0,58188,7.10302734375
RRDCD,λ<=log n,8192,0,56684,6.91943359375
RRDCD,λ<=log n,8192,0,58624,7.15625
RRDCD,λ<=log n,8192,0,57101,6.9703369140625
RRDCD,λ<=log n,8192,0,64350,7.855224609375
RRDCD,λ<=log n,8192,0,63331,7.7308349609375
RRDCD,λ<=log n,8192,0,57847,7.0614013671875
RRDCD,λ<=log n,8192,0,55641,6.7921142578125
RRDCD,λ<=log n,8192,0,57988,7.07861328125
RRDCD,λ<=log n,8192,0,59761,7.2950439453125
RRDCD,λ<=log n,8192,0,61840,7.548828125
RRDCD,λ<=log n,8192,0,56513,6.8985595703125
RRDCD,λ<=log n,8192,0,61921,7.5587158203125
RRDCD,λ<=log n,8192,0,58764,7.17333984375
RRDCD,λ<=log n,8192,0,59915,7.3138427734375
RRDCD,λ<=log n,8192,0,60847,7.4276123046875
RRDCD,λ<=log n,8192,0,58616,7.1552734375
RRDCD,λ<=log n,8192,0,61689,7.5303955078125
RRDCD,λ<=log n,8192,0,63396,7.73876953125
RRDCD,λ<=log n,8192,0,61679,7.5291748046875
RRDCD,λ<=log n,8192,0,70413,8.5953369140625
RRDCD,λ<=log n,8192,0,60158,7.343505859375
RRDCD,λ<=log n,8192,0,65302,7.971435546875
RRDCD,λ<=log n,8192,0,65857,8.0391845703125
RRDCD,λ<=log n,8192,0,61816,7.5458984375
RRDCD,λ<=log n,8192,0,56405,6.8853759765625
RRDCD,λ<=log n,8192,0,57831,7.0594482421875
RRDCD,λ<=log n,8192,0,56856,6.9404296875
RRDCD,λ<=log n,8192,0,61310,7.484130859375
RRDCD,λ<=log n,8192,0,59131,7.2181396484375
RRDCD,λ<=log n,8192,0,55981,6.8336181640625
RRDCD,λ<=log n,8192,0,60289,7.3594970703125
RRDCD,λ<=log n,8192,0,64976,7.931640625
RRDCD,λ<=log n,8192,0,61451,7.5013427734375
RRDCD,λ<=log n,8192,0,65098,7.946533203125
RRDCD,λ<=log n,8192,0,55236,6.74267578125
RRDCD,λ<=log n,8192,0,68564,8.36962890625
RRDCD,λ<=log n,8192,0,63498,7.751220703125
RRDCD,λ<=log n,8192,0,58528,7.14453125
RRDCD,λ<=log n,8192,0,61255,7.4774169921875
RRDCD,λ<=log n,8192,0,59025,7.2052001953125
RRDCD,λ<=log n,8192,0,62450,7.623291015625
RRDCD,λ<=log n,8192,0,65689,8.0186767578125
RRDCD,λ<=log n,8192,0,55915,6.8255615234375
RRDCD,λ<=log n,8192,0,62348,7.61083984375
RRDCD,λ<=log n,8192,0,62542,7.634521484375
RRDCD,λ<=log n,8192,0,65992,8.0556640625
RRDCD,λ<=log n,8192,0,60578,7.394775390625
RRDCD,λ<=log n,8192,0,60145,7.3419189453125
RRDCD,λ<=log n,8192,0,58404,7.12939453125
RRDCD,λ<=log n,8192,0,58958,7.197021484375
RRDCD,λ<=log n,8192,0,60045,7.3297119140625
RHDCD,λ<=log n,8192,0,54988,6.71240234375
RHDCD,λ<=log n,8192,0,52269,6.3804931640625
RHDCD,λ<=log n,8192,0,53831,6.5711669921875
RHDCD,λ<=log n,8192,0,58526,7.144287109375
RHDCD,λ<=log n,8192,0,51820,6.32568359375
RHDCD,λ<=log n,8192,0,66623,8.1326904296875
RHDCD,λ<=log n,8192,0,55736,6.8037109375
RHDCD,λ<=log n,8192,0,56524,6.89990234375
RHDCD,λ<=log n,8192,0,50087,6.1141357421875
RHDCD,λ<=log n,8192,0,63628,7.76708984375
RHDCD,λ<=log n,8192,0,53474,6.527587890625
RHDCD,λ<=log n,8192,0,57128,6.9736328125
RHDCD,λ<=log n,8192,0,60487,7.3836669921875
RHDCD,λ<=log n,8192,0,58483,7.1390380859375
RHDCD,λ<=log n,8192,0,63679,7.7733154296875
RHDCD,λ<=log n,8192,0,53751,6.5614013671875
RHDCD,λ<=log n,8192,0,53842,6.572509765625
RHDCD,λ<=log n,8192,0,54793,6.6885986328125
RHDCD,λ<=log n,8192,0,51818,6.325439453125
RHDCD,λ<=log n,8192,0,54313,6.6300048828125
RHDCD,λ<=log n,8192,0,50832,6.205078125
RHDCD,λ<=log n,8192,0,53085,6.4801025390625
RHDCD,λ<=log n,8192,0,51825,6.3262939453125
RHDCD,λ<=log n,8192,0,53337,6.5108642578125
RHDCD,λ<=log n,8192,0,55583,6.7850341796875
RHDCD,λ<=log n,8192,0,56535,6.9012451171875
RHDCD,λ<=log n,8192,0,52135,6.3641357421875
RHDCD,λ<=log n,8192,0,53018,6.471923828125
RHDCD,λ<=log n,8192,0,53728,6.55859375
RHDCD,λ<=log n,8192,0,54473,6.6495361328125
RHDCD,λ<=log n,8192,0,51517,6.2886962890625
RHDCD,λ<=log n,8192,0,52342,6.389404296875
RHDCD,λ<=log n,8192,0,59276,7.23583984375
RHDCD,λ<=log n,8192,0,56157,6.8551025390625
RHDCD,λ<=log n,8192,0,59955,7.3187255859375
RHDCD,λ<=log n,8192,0,53357,6.5133056640625
RHDCD,λ<=log n,8192,0,64313,7.8507080078125
RHDCD,λ<=log n,8192,0,60882,7.431884765625
RHDCD,λ<=log n,8192,0,53277,6.5035400390625
RHDCD,λ<=log n,8192,0,51696,6.310546875
RHDCD,λ<=log n,8192,0,56244,6.86572265625
RHDCD,λ<=log n,8192,0,54562,6.660400390625
RHDCD,λ<=log n,8192,0,54859,6.6966552734375
RHDCD,λ<=log n,8192,0,59414,7.252685546875
RHDCD,λ<=log n,8192,0,61308,7.48388671875
RHDCD,λ<=log n,8192,0,61307,7.4837646484375
RHDCD,λ<=log n,8192,0,54451,6.6468505859375
RHDCD,λ<=log n,8192,0,67469,8.2359619140625
RHDCD,λ<=log n,8192,0,57389,7.0054931640625
RHDCD,λ<=log n,8192,0,56434,6.888916015625
RHDCD,λ<=log n,8192,0,49618,6.056884765625
RHDCD,λ<=log n,8192,0,53397,6.5181884765625
RHDCD,λ<=log n,8192,0,53032,6.4736328125
RHDCD,λ<=log n,8192,0,65473,7.9923095703125
RHDCD,λ<=log n,8192,0,52460,6.40380859375
RHDCD,λ<=log n,8192,0,54993,6.7130126953125
RHDCD,λ<=log n,8192,0,62008,7.5693359375
RHDCD,λ<=log n,8192,0,52712,6.4345703125
RHDCD,λ<=log n,8192,0,52083,6.3577880859375
RHDCD,λ<=log n,8192,0,60401,7.3731689453125
RHDCD,λ<=log n,8192,0,52836,6.44970703125
RHDCD,λ<=log n,8192,0,57211,6.9837646484375
RHDCD,λ<=log n,8192,0,52990,6.468505859375
RHDCD,λ<=log n,8192,0,52036,6.35205078125
RHDCD,λ<=log n,8192,0,59617,7.2774658203125
RHDCD,λ<=log n,8192,0,67185,8.2012939453125
RHDCD,λ<=log n,8192,0,51681,6.3087158203125
RHDCD,λ<=log n,8192,0,58724,7.16845703125
RHDCD,λ<=log n,8192,0,51809,6.3243408203125
RHDCD,λ<=log n,8192,0,61331,7.4866943359375
RHDCD,λ<=log n,8192,0,57585,7.0294189453125
RHDCD,λ<=log n,8192,0,61595,7.5189208984375
RHDCD,λ<=log n,8192,0,60166,7.344482421875
RHDCD,λ<=log n,8192,0,52399,6.3963623046875
RHDCD,λ<=log n,8192,0,54368,6.63671875
RHDCD,λ<=log n,8192,0,54607,6.6658935546875
RHDCD,λ<=log n,8192,0,55958,6.830810546875
RHDCD,λ<=log n,8192,0,55014,6.715576171875
RHDCD,λ<=log n,8192,0,52532,6.41259765625
RHDCD,λ<=log n,8192,0,52475,6.4056396484375
RHDCD,λ<=log n,8192,0,55866,6.819580078125
RHDCD,λ<=log n,8192,0,60100,7.33642578125
RHDCD,λ<=log n,8192,0,53725,6.5582275390625
RHDCD,λ<=log n,8192,0,59683,7.2855224609375
RHDCD,λ<=log n,8192,0,54689,6.6759033203125
RHDCD,λ<=log n,8192,0,57500,7.01904296875
RHDCD,λ<=log n,8192,0,52235,6.3763427734375
RHDCD,λ<=log n,8192,0,61522,7.510009765625
RHDCD,λ<=log n,8192,0,53623,6.5457763671875
RHDCD,λ<=log n,8192,0,59035,7.2064208984375
RHDCD,λ<=log n,8192,0,57014,6.959716796875
RHDCD,λ<=log n,8192,0,56103,6.8485107421875
RHDCD,λ<=log n,8192,0,55317,6.7525634765625
RHDCD,λ<=log n,8192,0,57335,6.9989013671875
RHDCD,λ<=log n,8192,0,55879,6.8211669921875
RHDCD,λ<=log n,8192,0,57620,7.03369140625
RHDCD,λ<=log n,8192,0,53770,6.563720703125
RHDCD,λ<=log n,8192,0,52519,6.4110107421875
RHDCD,λ<=log n,8192,0,56792,6.9326171875
RHDCD,λ<=log n,8192,0,51017,6.2276611328125
RHLCD,λ<=log n,8192,0,58761,7.1729736328125
RHLCD,λ<=log n,8192,0,56691,6.9202880859375
RHLCD,λ<=log n,8192,0,65424,7.986328125
RHLCD,λ<=log n,8192,0,61530,7.510986328125
RHLCD,λ<=log n,8192,0,57597,7.0308837890625
RHLCD,λ<=log n,8192,0,57125,6.9732666015625
RHLCD,λ<=log n,8192,0,61485,7.5054931640625
RHLCD,λ<=log n,8192,0,60875,7.4310302734375
RHLCD,λ<=log n,8192,0,57621,7.0338134765625
RHLCD,λ<=log n,8192,0,57319,6.9969482421875
RHLCD,λ<=log n,8192,0,56908,6.94677734375
RHLCD,λ<=log n,8192,0,57240,6.9873046875
RHLCD,λ<=log n,8192,0,56565,6.9049072265625
RHLCD,λ<=log n,8192,0,66940,8.17138671875
RHLCD,λ<=log n,8192,0,54608,6.666015625
RHLCD,λ<=log n,8192,0,55284,6.74853515625
RHLCD,λ<=log n,8192,0,56708,6.92236328125
RHLCD,λ<=log n,8192,0,60807,7.4227294921875
RHLCD,λ<=log n,8192,0,59828,7.30322265625
RHLCD,λ<=log n,8192,0,58320,7.119140625
RHLCD,λ<=log n,8192,0,53493,6.5299072265625
RHLCD,λ<=log n,8192,0,52968,6.4658203125
RHLCD,λ<=log n,8192,0,60712,7.4111328125
RHLCD,λ<=log n,8192,0,53798,6.567138671875
RHLCD,λ<=log n,8192,0,55796,6.81103515625
RHLCD,λ<=log n,8192,0,55695,6.7987060546875
RHLCD,λ<=log n,8192,0,59293,7.2379150390625
RHLCD,λ<=log n,8192,0,61600,7.51953125
RHLCD,λ<=log n,8192,0,53652,6.54931640625
RHLCD,λ<=log n,8192,0,55081,6.7237548828125
RHLCD,λ<=log n,8192,0,50644,6.18212890625
RHLCD,λ<=log n,8192,0,57456,7.013671875
RHLCD,λ<=log n,8192,0,54817,6.6915283203125
RHLCD,λ<=log n,8192,0,55837,6.8160400390625
RHLCD,λ<=log n,8192,0,60352,7.3671875
RHLCD,λ<=log n,8192,0,58573,7.1500244140625
RHLCD,λ<=log n,8192,0,60377,7.3702392578125
RHLCD,λ<=log n,8192,0,53457,6.5255126953125
RHLCD,λ<=log n,8192,0,53772,6.56396484375
RHLCD,λ<=log n,8192,0,52263,6.3797607421875
RHLCD,λ<=log n,8192,0,60558,7.392333984375
RHLCD,λ<=log n,8192,0,60238,7.353271484375
RHLCD,λ<=log n,8192,0,52893,6.4566650390625
RHLCD,λ<=log n,8192,0,63634,7.767822265625
RHLCD,λ<=log n,8192,0,54404,6.64111328125
RHLCD,λ<=log n,8192,0,53883,6.5775146484375
RHLCD,λ<=log n,8192,0,58237,7.1090087890625
RHLCD,λ<=log n,8192,0,57179,6.9798583984375
RHLCD,λ<=log n,8192,0,54451,6.6468505859375
RHLCD,λ<=log n,8192,0,59331,7.2425537109375
RHLCD,λ<=log n,8192,0,54949,6.7076416015625
RHLCD,λ<=log n,8192,0,54234,6.620361328125
RHLCD,λ<=log n,8192,0,59778,7.297119140625
RHLCD,λ<=log n,8192,0,52493,6.4078369140625
RHLCD,λ<=log n,8192,0,53138,6.486572265625
RHLCD,λ<=log n,8192,0,56876,6.94287109375
RHLCD,λ<=log n,8192,0,62588,7.64013671875
RHLCD,λ<=log n,8192,0,58456,7.1357421875
RHLCD,λ<=log n,8192,0,56859,6.9407958984375
RHLCD,λ<=log n,8192,0,52497,6.4083251953125
RHLCD,λ<=log n,8192,0,61218,7.472900390625
RHLCD,λ<=log n,8192,0,60288,7.359375
RHLCD,λ<=log n,8192,0,60191,7.3475341796875
RHLCD,λ<=log n,8192,0,58742,7.170654296875
RHLCD,λ<=log n,8192,0,56046,6.841552734375
RHLCD,λ<=log n,8192,0,59669,7.2838134765625
RHLCD,λ<=log n,8192,0,62197,7.5924072265625
RHLCD,λ<=log n,8192,0,57847,7.0614013671875
RHLCD,λ<=log n,8192,0,57469,7.0152587890625
RHLCD,λ<=log n,8192,0,52802,6.445556640625
RHLCD,λ<=log n,8192,0,58095,7.0916748046875
RHLCD,λ<=log n,8192,0,54576,6.662109375
RHLCD,λ<=log n,8192,0,63606,7.764404296875
RHLCD,λ<=log n,8192,0,64943,7.9276123046875
RHLCD,λ<=log n,8192,0,59733,7.2916259765625
RHLCD,λ<=log n,8192,0,58233,7.1085205078125
RHLCD,λ<=log n,8192,0,58033,7.0841064453125
RHLCD,λ<=log n,8192,0,59370,7.247314453125
RHLCD,λ<=log n,8192,0,54356,6.63525390625
RHLCD,λ<=log n,8192,0,58174,7.101318359375
RHLCD,λ<=log n,8192,0,56399,6.8846435546875
RHLCD,λ<=log n,8192,0,58917,7.1920166015625
RHLCD,λ<=log n,8192,0,58000,7.080078125
RHLCD,λ<=log n,8192,0,55177,6.7354736328125
RHLCD,λ<=log n,8192,0,61586,7.517822265625
RHLCD,λ<=log n,8192,0,53866,6.575439453125
RHLCD,λ<=log n,8192,0,55105,6.7266845703125
RHLCD,λ<=log n,8192,0,55082,6.723876953125
RHLCD,λ<=log n,8192,0,61610,7.520751953125
RHLCD,λ<=log n,8192,0,54768,6.685546875
RHLCD,λ<=log n,8192,0,56039,6.8406982421875
RHLCD,λ<=log n,8192,0,55190,6.737060546875
RHLCD,λ<=log n,8192,0,53427,6.5218505859375
RHLCD,λ<=log n,8192,0,61532,7.51123046875
RHLCD,λ<=log n,8192,0,59112,7.2158203125
RHLCD,λ<=log n,8192,0,53509,6.5318603515625
RHLCD,λ<=log n,8192,0,59349,7.2447509765625
RHLCD,λ<=log n,8192,0,55093,6.7252197265625
RHLCD,λ<=log n,8192,0,57700,7.04345703125
RHLCD,λ<=log n,8192,0,56784,6.931640625
RRLCD,λ<=log n,8192,0,56621,6.9117431640625
RRLCD,λ<=log n,8192,0,59519,7.2655029296875
RRLCD,λ<=log n,8192,0,58080,7.08984375
RRLCD,λ<=log n,8192,0,63789,7.7867431640625
RRLCD,λ<=log n,8192,0,60973,7.4429931640625
RRLCD,λ<=log n,8192,0,63438,7.743896484375
RRLCD,λ<=log n,8192,0,58014,7.081787109375
RRLCD,λ<=log n,8192,0,60148,7.34228515625
RRLCD,λ<=log n,8192,0,59693,7.2867431640625
RRLCD,λ<=log n,8192,0,60249,7.3546142578125
RRLCD,λ<=log n,8192,0,61426,7.498291015625
RRLCD,λ<=log n,8192,0,56726,6.924560546875
RRLCD,λ<=log n,8192,0,59705,7.2882080078125
RRLCD,λ<=log n,8192,0,61722,7.534423828125
RRLCD,λ<=log n,8192,0,64125,7.8277587890625
RRLCD,λ<=log n,8192,0,69308,8.46044921875
RRLCD,λ<=log n,8192,0,61609,7.5206298828125
RRLCD,λ<=log n,8192,0,59464,7.2587890625
RRLCD,λ<=log n,8192,0,63848,7.7939453125
RRLCD,λ<=log n,8192,0,63032,7.6943359375
RRLCD,λ<=log n,8192,0,61957,7.5631103515625
RRLCD,λ<=log n,8192,0,58282,7.114501953125
RRLCD,λ<=log n,8192,0,61304,7.4833984375
RRLCD,λ<=log n,8192,0,58222,7.107177734375
RRLCD,λ<=log n,8192,0,67203,8.2034912109375
RRLCD,λ<=log n,8192,0,66267,8.0892333984375
RRLCD,λ<=log n,8192,0,66902,8.166748046875
RRLCD,λ<=log n,8192,0,63218,7.717041015625
RRLCD,λ<=log n,8192,0,58729,7.1690673828125
RRLCD,λ<=log n,8192,0,61228,7.47412109375
RRLCD,λ<=log n,8192,0,60483,7.3831787109375
RRLCD,λ<=log n,8192,0,66281,8.0909423828125
RRLCD,λ<=log n,8192,0,58362,7.124267578125
RRLCD,λ<=log n,8192,0,59335,7.2430419921875
RRLCD,λ<=log n,8192,0,60134,7.340576171875
RRLCD,λ<=log n,8192,0,63856,7.794921875
RRLCD,λ<=log n,8192,0,59668,7.28369140625
RRLCD,λ<=log n,8192,0,58481,7.1387939453125
RRLCD,λ<=log n,8192,0,63563,7.7591552734375
RRLCD,λ<=log n,8192,0,65487,7.9940185546875
RRLCD,λ<=log n,8192,0,64196,7.83642578125
RRLCD,λ<=log n,8192,0,61311,7.4842529296875
RRLCD,λ<=log n,8192,0,71249,8.6973876953125
RRLCD,λ<=log n,8192,0,57979,7.0775146484375
RRLCD,λ<=log n,8192,0,60983,7.4442138671875
RRLCD,λ<=log n,8192,0,61126,7.461669921875
RRLCD,λ<=log n,8192,0,60689,7.4083251953125
RRLCD,λ<=log n,8192,0,61218,7.472900390625
RRLCD,λ<=log n,8192,0,61386,7.493408203125
RRLCD,λ<=log n,8192,0,60311,7.3621826171875
RRLCD,λ<=log n,8192,0,61349,7.4888916015625
RRLCD,λ<=log n,8192,0,64188,7.83544921875
RRLCD,λ<=log n,8192,0,57251,6.9886474609375
RRLCD,λ<=log n,8192,0,63261,7.7222900390625
RRLCD,λ<=log n,8192,0,64652,7.89208984375
RRLCD,λ<=log n,8192,0,60749,7.4156494140625
RRLCD,λ<=log n,8192,0,65199,7.9588623046875
RRLCD,λ<=log n,8192,0,59650,7.281494140625
RRLCD,λ<=log n,8192,0,59064,7.2099609375
RRLCD,λ<=log n,8192,0,65074,7.943603515625
RRLCD,λ<=log n,8192,0,68400,8.349609375
RRLCD,λ<=log n,8192,0,58509,7.1422119140625
RRLCD,λ<=log n,8192,0,62363,7.6126708984375
RRLCD,λ<=log n,8192,0,63101,7.7027587890625
RRLCD,λ<=log n,8192,0,65578,8.005126953125
RRLCD,λ<=log n,8192,0,61305,7.4835205078125
RRLCD,λ<=log n,8192,0,60399,7.3729248046875
RRLCD,λ<=log n,8192,0,61551,7.5135498046875
RRLCD,λ<=log n,8192,0,54614,6.666748046875
RRLCD,λ<=log n,8192,0,56947,6.9515380859375
RRLCD,λ<=log n,8192,0,59278,7.236083984375
RRLCD,λ<=log n,8192,0,63116,7.70458984375
RRLCD,λ<=log n,8192,0,61582,7.517333984375
RRLCD,λ<=log n,8192,0,60603,7.3978271484375
RRLCD,λ<=log n,8192,0,70615,8.6199951171875
RRLCD,λ<=log n,8192,0,59244,7.23193359375
RRLCD,λ<=log n,8192,0,64807,7.9110107421875
RRLCD,λ<=log n,8192,0,61265,7.4786376953125
RRLCD,λ<=log n,8192,0,63516,7.75341796875
RRLCD,λ<=log n,8192,0,59523,7.2659912109375
RRLCD,λ<=log n,8192,0,61779,7.5413818359375
RRLCD,λ<=log n,8192,0,57696,7.04296875
RRLCD,λ<=log n,8192,0,67960,8.2958984375
RRLCD,λ<=log n,8192,0,60347,7.3665771484375
RRLCD,λ<=log n,8192,0,73500,8.97216796875
RRLCD,λ<=log n,8192,0,63298,7.726806640625
RRLCD,λ<=log n,8192,0,59656,7.2822265625
RRLCD,λ<=log n,8192,0,71416,8.7177734375
RRLCD,λ<=log n,8192,0,55885,6.8218994140625
RRLCD,λ<=log n,8192,0,63221,7.7174072265625
RRLCD,λ<=log n,8192,0,62500,7.62939453125
RRLCD,λ<=log n,8192,0,59833,7.3038330078125
RRLCD,λ<=log n,8192,0,81185,9.9102783203125
RRLCD,λ<=log n,8192,0,68625,8.3770751953125
RRLCD,λ<=log n,8192,0,68494,8.361083984375
RRLCD,λ<=log n,8192,0,60041,7.3292236328125
RRLCD,λ<=log n,8192,0,59974,7.321044921875
RRLCD,λ<=log n,8192,0,54339,6.6331787109375
RRLCD,λ<=log n,8192,0,57815,7.0574951171875
RSLCD,λ<=log n,8192,0,80462,9.822021484375
RSLCD,λ<=log n,8192,0,92370,11.275634765625
RSLCD,λ<=log n,8192,0,82301,10.0465087890625
RSLCD,λ<=log n,8192,0,79382,9.690185546875
RSLCD,λ<=log n,8192,0,86081,10.5079345703125
RSLCD,λ<=log n,8192,0,73892,9.02001953125
RSLCD,λ<=log n,8192,0,83743,10.2225341796875
RSLCD,λ<=log n,8192,0,73334,8.951904296875
RSLCD,λ<=log n,8192,0,102695,12.5360107421875
RSLCD,λ<=log n,8192,0,78782,9.616943359375
RSLCD,λ<=log n,8192,0,78436,9.57470703125
RSLCD,λ<=log n,8192,0,82826,10.110595703125
RSLCD,λ<=log n,8192,0,86269,10.5308837890625
RSLCD,λ<=log n,8192,0,86777,10.5928955078125
RSLCD,λ<=log n,8192,0,81396,9.93603515625
RSLCD,λ<=log n,8192,0,80856,9.8701171875
RSLCD,λ<=log n,8192,0,79742,9.734130859375
RSLCD,λ<=log n,8192,0,73040,8.916015625
RSLCD,λ<=log n,8192,0,89916,10.97607421875
RSLCD,λ<=log n,8192,0,89441,10.9180908203125
RSLCD,λ<=log n,8192,0,85827,10.4769287109375
RSLCD,λ<=log n,8192,0,79088,9.654296875
RSLCD,λ<=log n,8192,0,83749,10.2232666015625
RSLCD,λ<=log n,8192,0,81601,9.9610595703125
RSLCD,λ<=log n,8192,0,79433,9.6964111328125
RSLCD,λ<=log n,8192,0,79000,9.6435546875
RSLCD,λ<=log n,8192,0,85875,10.4827880859375
RSLCD,λ<=log n,8192,0,86073,10.5069580078125
RSLCD,λ<=log n,8192,0,76993,9.3985595703125
RSLCD,λ<=log n,8192,0,74583,9.1043701171875
RSLCD,λ<=log n,8192,0,75271,9.1883544921875
RSLCD,λ<=log n,8192,0,79214,9.669677734375
RSLCD,λ<=log n,8192,0,85192,10.3994140625
RSLCD,λ<=log n,8192,0,87286,10.655029296875
RSLCD,λ<=log n,8192,0,79191,9.6668701171875
RSLCD,λ<=log n,8192,0,72299,8.8255615234375
RSLCD,λ<=log n,8192,0,74750,9.124755859375
RSLCD,λ<=log n,8192,0,73283,8.9456787109375
RSLCD,λ<=log n,8192,0,89078,10.873779296875
RSLCD,λ<=log n,8192,0,83494,10.192138671875
RSLCD,λ<=log n,8192,0,72946,8.904541015625
RSLCD,λ<=log n,8192,0,88922,10.854736328125
RSLCD,λ<=log n,8192,0,78121,9.5362548828125
RSLCD,λ<=log n,8192,0,91688,11.1923828125
RSLCD,λ<=log n,8192,0,75249,9.1856689453125
RSLCD,λ<=log n,8192,0,81620,9.96337890625
RSLCD,λ<=log n,8192,0,79161,9.6632080078125
RSLCD,λ<=log n,8192,0,81864,9.9931640625
RSLCD,λ<=log n,8192,0,90328,11.0263671875
RSLCD,λ<=log n,8192,0,83165,10.1519775390625
RSLCD,λ<=log n,8192,0,78630,9.598388671875
RSLCD,λ<=log n,8192,0,77877,9.5064697265625
RSLCD,λ<=log n,8192,0,75106,9.168212890625
RSLCD,λ<=log n,8192,0,79796,9.74072265625
RSLCD,λ<=log n,8192,0,84188,10.27685546875
RSLCD,λ<=log n,8192,0,77197,9.4234619140625
RSLCD,λ<=log n,8192,0,80916,9.87744140625
RSLCD,λ<=log n,8192,0,78856,9.6259765625
RSLCD,λ<=log n,8192,0,91025,11.1114501953125
RSLCD,λ<=log n,8192,0,81587,9.9593505859375
RSLCD,λ<=log n,8192,0,84592,10.326171875
RSLCD,λ<=log n,8192,0,75676,9.23779296875
RSLCD,λ<=log n,8192,0,77078,9.408935546875
RSLCD,λ<=log n,8192,0,78053,9.5279541015625
RSLCD,λ<=log n,8192,0,72424,8.8408203125
RSLCD,λ<=log n,8192,0,76598,9.350341796875
RSLCD,λ<=log n,8192,0,81190,9.910888671875
RSLCD,λ<=log n,8192,0,75188,9.17822265625
RSLCD,λ<=log n,8192,0,74616,9.1083984375
RSLCD,λ<=log n,8192,0,76055,9.2840576171875
RSLCD,λ<=log n,8192,0,79730,9.732666015625
RSLCD,λ<=log n,8192,0,75656,9.2353515625
RSLCD,λ<=log n,8192,0,74912,9.14453125
RSLCD,λ<=log n,8192,0,79358,9.687255859375
RSLCD,λ<=log n,8192,0,83156,10.15087890625
RSLCD,λ<=log n,8192,0,91436,11.16162109375
RSLCD,λ<=log n,8192,0,81489,9.9473876953125
RSLCD,λ<=log n,8192,0,74612,9.10791015625
RSLCD,λ<=log n,8192,0,74035,9.0374755859375
RSLCD,λ<=log n,8192,0,81888,9.99609375
RSLCD,λ<=log n,8192,0,77392,9.447265625
RSLCD,λ<=log n,8192,0,75539,9.2210693359375
RSLCD,λ<=log n,8192,0,78118,9.535888671875
RSLCD,λ<=log n,8192,0,78204,9.54638671875
RSLCD,λ<=log n,8192,0,74768,9.126953125
RSLCD,λ<=log n,8192,0,74165,9.0533447265625
RSLCD,λ<=log n,8192,0,73425,8.9630126953125
RSLCD,λ<=log n,8192,0,81057,9.8946533203125
RSLCD,λ<=log n,8192,0,81763,9.9808349609375
RSLCD,λ<=log n,8192,0,74631,9.1102294921875
RSLCD,λ<=log n,8192,0,78738,9.611572265625
RSLCD,λ<=log n,8192,0,72590,8.861083984375
RSLCD,λ<=log n,8192,0,81486,9.947021484375
RSLCD,λ<=log n,8192,0,76949,9.3931884765625
RSLCD,λ<=log n,8192,0,72281,8.8233642578125
RSLCD,λ<=log n,8192,0,82694,10.094482421875
RSLCD,λ<=log n,8192,0,75884,9.26318359375
RSLCD,λ<=log n,8192,0,79410,9.693603515625
RSLCD,λ<=log n,8192,0,75570,9.224853515625
RSLCD,λ<=log n,8192,0,80033,9.7696533203125
RSDSD,λ<=log n,8192,0,84511,10.3162841796875
RSDSD,λ<=log n,8192,0,95360,11.640625
RSDSD,λ<=log n,8192,0,84361,10.2979736328125
RSDSD,λ<=log n,8192,0,83499,10.1927490234375
RSDSD,λ<=log n,8192,0,90565,11.0552978515625
RSDSD,λ<=log n,8192,0,84092,10.26513671875
RSDSD,λ<=log n,8192,0,85662,10.456787109375
RSDSD,λ<=log n,8192,0,89008,10.865234375
RSDSD,λ<=log n,8192,0,77990,9.520263671875
RSDSD,λ<=log n,8192,0,79879,9.7508544921875
RSDSD,λ<=log n,8192,0,87899,10.7298583984375
RSDSD,λ<=log n,8192,0,89252,10.89501953125
RSDSD,λ<=log n,8192,0,83109,10.1451416015625
RSDSD,λ<=log n,8192,0,89636,10.94189453125
RSDSD,λ<=log n,8192,0,79047,9.6492919921875
RSDSD,λ<=log n,8192,0,80990,9.886474609375
RSDSD,λ<=log n,8192,0,81603,9.9613037109375
RSDSD,λ<=log n,8192,0,88599,10.8153076171875
RSDSD,λ<=log n,8192,0,90795,11.0833740234375
RSDSD,λ<=log n,8192,0,80611,9.8402099609375
RSDSD,λ<=log n,8192,0,82604,10.08349609375
RSDSD,λ<=log n,8192,0,84131,10.2698974609375
RSDSD,λ<=log n,8192,0,90808,11.0849609375
RSDSD,λ<=log n,8192,0,75921,9.2677001953125
RSDSD,λ<=log n,8192,0,92062,11.238037109375
RSDSD,λ<=log n,8192,0,90813,11.0855712890625
RSDSD,λ<=log n,8192,0,93015,11.3543701171875
RSDSD,λ<=log n,8192,0,83360,10.17578125
RSDSD,λ<=log n,8192,0,81869,9.9937744140625
RSDSD,λ<=log n,8192,0,77260,9.43115234375
RSDSD,λ<=log n,8192,0,81124,9.90283203125
RSDSD,λ<=log n,8192,0,83234,10.160400390625
RSDSD,λ<=log n,8192,0,85924,10.48876953125
RSDSD,λ<=log n,8192,0,91981,11.2281494140625
RSDSD,λ<=log n,8192,0,82994,10.131103515625
RSDSD,λ<=log n,8192,0,82558,10.077880859375
RSDSD,λ<=log n,8192,0,82022,10.012451171875
RSDSD,λ<=log n,8192,0,85282,10.410400390625
RSDSD,λ<=log n,8192,0,92204,11.25537109375
RSDSD,λ<=log n,8192,0,79164,9.66357421875
RSDSD,λ<=log n,8192,0,84098,10.265869140625
RSDSD,λ<=log n,8192,0,87188,10.64306640625
RSDSD,λ<=log n,8192,0,86224,10.525390625
RSDSD,λ<=log n,8192,0,91165,11.1285400390625
RSDSD,λ<=log n,8192,0,83979,10.2513427734375
RSDSD,λ<=log n,8192,0,82688,10.09375
RSDSD,λ<=log n,8192,0,104040,12.7001953125
RSDSD,λ<=log n,8192,0,80987,9.8861083984375
RSDSD,λ<=log n,8192,0,83435,10.1849365234375
RSDSD,λ<=log n,8192,0,95462,11.653076171875
RSDSD,λ<=log n,8192,0,85016,10.3779296875
RSDSD,λ<=log n,8192,0,90285,11.0211181640625
RSDSD,λ<=log n,8192,0,76853,9.3814697265625
RSDSD,λ<=log n,8192,0,83600,10.205078125
RSDSD,λ<=log n,8192,0,91157,11.1275634765625
RSDSD,λ<=log n,8192,0,90946,11.101806640625
RSDSD,λ<=log n,8192,0,89069,10.8726806640625
RSDSD,λ<=log n,8192,0,88778,10.837158203125
RSDSD,λ<=log n,8192,0,85428,10.42822265625
RSDSD,λ<=log n,8192,0,86117,10.5123291015625
RSDSD,λ<=log n,8192,0,90116,11.00048828125
RSDSD,λ<=log n,8192,0,80979,9.8851318359375
RSDSD,λ<=log n,8192,0,92200,11.2548828125
RSDSD,λ<=log n,8192,0,79530,9.708251953125
RSDSD,λ<=log n,8192,0,83133,10.1480712890625
RSDSD,λ<=log n,8192,0,79077,9.6529541015625
RSDSD,λ<=log n,8192,0,79682,9.726806640625
RSDSD,λ<=log n,8192,0,89181,10.8863525390625
RSDSD,λ<=log n,8192,0,87766,10.713623046875
RSDSD,λ<=log n,8192,0,89869,10.9703369140625
RSDSD,λ<=log n,8192,0,83541,10.1978759765625
RSDSD,λ<=log n,8192,0,121618,14.845947265625
RSDSD,λ<=log n,8192,0,93344,11.39453125
RSDSD,λ<=log n,8192,0,80261,9.7974853515625
RSDSD,λ<=log n,8192,0,77153,9.4180908203125
RSDSD,λ<=log n,8192,0,87702,10.705810546875
RSDSD,λ<=log n,8192,0,82484,10.06884765625
RSDSD,λ<=log n,8192,0,89511,10.9266357421875
RSDSD,λ<=log n,8192,0,87869,10.7261962890625
RSDSD,λ<=log n,8192,0,106733,13.0289306640625
RSDSD,λ<=log n,8192,0,81687,9.9715576171875
RSDSD,λ<=log n,8192,0,96950,11.834716796875
RSDSD,λ<=log n,8192,0,79955,9.7601318359375
RSDSD,λ<=log n,8192,0,90445,11.0406494140625
RSDSD,λ<=log n,8192,0,88923,10.8548583984375
RSDSD,λ<=log n,8192,0,78881,9.6290283203125
RSDSD,λ<=log n,8192,0,91021,11.1109619140625
RSDSD,λ<=log n,8192,0,79747,9.7347412109375
RSDSD,λ<=log n,8192,0,82772,10.10400390625
RSDSD,λ<=log n,8192,0,83750,10.223388671875
RSDSD,λ<=log n,8192,0,98558,12.031005859375
RSDSD,λ<=log n,8192,0,77768,9.4931640625
RSDSD,λ<=log n,8192,0,79562,9.712158203125
RSDSD,λ<=log n,8192,0,85846,10.479248046875
RSDSD,λ<=log n,8192,0,77741,9.4898681640625
RSDSD,λ<=log n,8192,0,84138,10.270751953125
RSDSD,λ<=log n,8192,0,92224,11.2578125
RSDSD,λ<=log n,8192,0,86516,10.56103515625
RSDSD,λ<=log n,8192,0,81800,9.9853515625
RSDSD,λ<=log n,8192,0,85867,10.4818115234375
RRDSD,λ<=log n,8192,0,67485,8.2379150390625
RRDSD,λ<=log n,8192,0,66955,8.1732177734375
RRDSD,λ<=log n,8192,0,67329,8.2188720703125
RRDSD,λ<=log n,8192,0,75360,9.19921875
RRDSD,λ<=log n,8192,0,67911,8.2899169921875
RRDSD,λ<=log n,8192,0,68221,8.3277587890625
RRDSD,λ<=log n,8192,0,75874,9.261962890625
RRDSD,λ<=log n,8192,0,67454,8.234130859375
RRDSD,λ<=log n,8192,0,73346,8.953369140625
RRDSD,λ<=log n,8192,0,70786,8.640869140625
RRDSD,λ<=log n,8192,0,66609,8.1309814453125
RRDSD,λ<=log n,8192,0,69643,8.5013427734375
RRDSD,λ<=log n,8192,0,68785,8.3966064453125
RRDSD,λ<=log n,8192,0,65055,7.9412841796875
RRDSD,λ<=log n,8192,0,63872,7.796875
RRDSD,λ<=log n,8192,0,70841,8.6475830078125
RRDSD,λ<=log n,8192,0,66058,8.063720703125
RRDSD,λ<=log n,8192,0,64210,7.838134765625
RRDSD,λ<=log n,8192,0,70568,8.6142578125
RRDSD,λ<=log n,8192,0,73510,8.973388671875
RRDSD,λ<=log n,8192,0,67661,8.2593994140625
RRDSD,λ<=log n,8192,0,72720,8.876953125
RRDSD,λ<=log n,8192,0,69656,8.5029296875
RRDSD,λ<=log n,8192,0,67580,8.24951171875
RRDSD,λ<=log n,8192,0,68441,8.3546142578125
RRDSD,λ<=log n,8192,0,70747,8.6361083984375
RRDSD,λ<=log n,8192,0,68730,8.389892578125
RRDSD,λ<=log n,8192,0,72125,8.8043212890625
RRDSD,λ<=log n,8192,0,72813,8.8883056640625
RRDSD,λ<=log n,8192,0,70050,8.551025390625
RRDSD,λ<=log n,8192,0,68535,8.3660888671875
RRDSD,λ<=log n,8192,0,76481,9.3360595703125
RRDSD,λ<=log n,8192,0,66342,8.098388671875
RRDSD,λ<=log n,8192,0,68158,8.320068359375
RRDSD,λ<=log n,8192,0,72913,8.9005126953125
RRDSD,λ<=log n,8192,0,66233,8.0850830078125
RRDSD,λ<=log n,8192,0,72745,8.8800048828125
RRDSD,λ<=log n,8192,0,65232,7.962890625
RRDSD,λ<=log n,8192,0,74305,9.0704345703125
RRDSD,λ<=log n,8192,0,85985,10.4962158203125
RRDSD,λ<=log n,8192,0,77336,9.4404296875
RRDSD,λ<=log n,8192,0,71801,8.7647705078125
RRDSD,λ<=log n,8192,0,70756,8.63720703125
RRDSD,λ<=log n,8192,0,74451,9.0882568359375
RRDSD,λ<=log n,8192,0,69645,8.5015869140625
RRDSD,λ<=log n,8192,0,67907,8.2894287109375
RRDSD,λ<=log n,8192,0,70985,8.6651611328125
RRDSD,λ<=log n,8192,0,71210,8.692626953125
RRDSD,λ<=log n,8192,0,75168,9.17578125
RRDSD,λ<=log n,8192,0,71023,8.6697998046875
RRDSD,λ<=log n,8192,0,69854,8.527099609375
RRDSD,λ<=log n,8192,0,69662,8.503662109375
RRDSD,λ<=log n,8192,0,64647,7.8914794921875
RRDSD,λ<=log n,8192,0,63898,7.800048828125
RRDSD,λ<=log n,8192,0,67813,8.2779541015625
RRDSD,λ<=log n,8192,0,88387,10.7894287109375
RRDSD,λ<=log n,8192,0,80334,9.806396484375
RRDSD,λ<=log n,8192,0,68637,8.3785400390625
RRDSD,λ<=log n,8192,0,60039,7.3289794921875
RRDSD,λ<=log n,8192,0,71842,8.769775390625
RRDSD,λ<=log n,8192,0,69485,8.4820556640625
RRDSD,λ<=log n,8192,0,74805,9.1314697265625
RRDSD,λ<=log n,8192,0,68046,8.306396484375
RRDSD,λ<=log n,8192,0,63652,7.77001953125
RRDSD,λ<=log n,8192,0,70902,8.655029296875
RRDSD,λ<=log n,8192,0,75871,9.2615966796875
RRDSD,λ<=log n,8192,0,67377,8.2247314453125
RRDSD,λ<=log n,8192,0,64702,7.898193359375
RRDSD,λ<=log n,8192,0,67437,8.2320556640625
RRDSD,λ<=log n,8192,0,67972,8.29736328125
RRDSD,λ<=log n,8192,0,65954,8.051025390625
RRDSD,λ<=log n,8192,0,66724,8.14501953125
RRDSD,λ<=log n,8192,0,70100,8.55712890625
RRDSD,λ<=log n,8192,0,65531,7.9993896484375
RRDSD,λ<=log n,8192,0,72446,8.843505859375
RRDSD,λ<=log n,8192,0,71923,8.7796630859375
RRDSD,λ<=log n,8192,0,68151,8.3192138671875
RRDSD,λ<=log n,8192,0,71582,8.738037109375
RRDSD,λ<=log n,8192,0,69589,8.4947509765625
RRDSD,λ<=log n,8192,0,78710,9.608154296875
RRDSD,λ<=log n,8192,0,71734,8.756591796875
RRDSD,λ<=log n,8192,0,67937,8.2930908203125
RRDSD,λ<=log n,8192,0,64763,7.9056396484375
RRDSD,λ<=log n,8192,0,66200,8.0810546875
RRDSD,λ<=log n,8192,0,71882,8.774658203125
RRDSD,λ<=log n,8192,0,72230,8.817138671875
RRDSD,λ<=log n,8192,0,74076,9.04248046875
RRDSD,λ<=log n,8192,0,66271,8.0897216796875
RRDSD,λ<=log n,8192,0,65453,7.9898681640625
RRDSD,λ<=log n,8192,0,64798,7.909912109375
RRDSD,λ<=log n,8192,0,67597,8.2515869140625
RRDSD,λ<=log n,8192,0,73291,8.9466552734375
RRDSD,λ<=log n,8192,0,68429,8.3531494140625
RRDSD,λ<=log n,8192,0,68583,8.3719482421875
RRDSD,λ<=log n,8192,0,71653,8.7467041015625
RRDSD,λ<=log n,8192,0,68796,8.39794921875
RRDSD,λ<=log n,8192,0,73832,9.0126953125
RRDSD,λ<=log n,8192,0,67770,8.272705078125
RRDSD,λ<=log n,8192,0,72905,8.8995361328125
RRDSD,λ<=log n,8192,0,66765,8.1500244140625
RHDSD,λ<=log n,8192,0,66965,8.1744384765625
RHDSD,λ<=log n,8192,0,60167,7.3446044921875
RHDSD,λ<=log n,8192,0,64439,7.8660888671875
RHDSD,λ<=log n,8192,0,70169,8.5655517578125
RHDSD,λ<=log n,8192,0,63612,7.76513671875
RHDSD,λ<=log n,8192,0,63900,7.80029296875
RHDSD,λ<=log n,8192,0,64836,7.91455078125
RHDSD,λ<=log n,8192,0,64246,7.842529296875
RHDSD,λ<=log n,8192,0,59048,7.2080078125
RHDSD,λ<=log n,8192,0,59888,7.310546875
RHDSD,λ<=log n,8192,0,61153,7.4649658203125
RHDSD,λ<=log n,8192,0,70126,8.560302734375
RHDSD,λ<=log n,8192,0,62011,7.5697021484375
RHDSD,λ<=log n,8192,0,67923,8.2913818359375
RHDSD,λ<=log n,8192,0,62611,7.6429443359375
RHDSD,λ<=log n,8192,0,74799,9.1307373046875
RHDSD,λ<=log n,8192,0,70176,8.56640625
RHDSD,λ<=log n,8192,0,63469,7.7476806640625
RHDSD,λ<=log n,8192,0,61975,7.5653076171875
RHDSD,λ<=log n,8192,0,62002,7.568603515625
RHDSD,λ<=log n,8192,0,68526,8.364990234375
RHDSD,λ<=log n,8192,0,61900,7.55615234375
RHDSD,λ<=log n,8192,0,60827,7.4251708984375
RHDSD,λ<=log n,8192,0,65020,7.93701171875
RHDSD,λ<=log n,8192,0,63644,7.76904296875
RHDSD,λ<=log n,8192,0,64391,7.8602294921875
RHDSD,λ<=log n,8192,0,61508,7.50830078125
RHDSD,λ<=log n,8192,0,63748,7.78173828125
RHDSD,λ<=log n,8192,0,59087,7.2127685546875
RHDSD,λ<=log n,8192,0,65113,7.9483642578125
RHDSD,λ<=log n,8192,0,67616,8.25390625
RHDSD,λ<=log n,8192,0,60069,7.3326416015625
RHDSD,λ<=log n,8192,0,68276,8.33447265625
RHDSD,λ<=log n,8192,0,60826,7.425048828125
RHDSD,λ<=log n,8192,0,60054,7.330810546875
RHDSD,λ<=log n,8192,0,61385,7.4932861328125
RHDSD,λ<=log n,8192,0,61459,7.5023193359375
RHDSD,λ<=log n,8192,0,61100,7.45849609375
RHDSD,λ<=log n,8192,0,60991,7.4451904296875
RHDSD,λ<=log n,8192,0,63216,7.716796875
RHDSD,λ<=log n,8192,0,63184,7.712890625
RHDSD,λ<=log n,8192,0,60984,7.4443359375
RHDSD,λ<=log n,8192,0,61867,7.5521240234375
RHDSD,λ<=log n,8192,0,64055,7.8192138671875
RHDSD,λ<=log n,8192,0,65540,8.00048828125
RHDSD,λ<=log n,8192,0,58211,7.1058349609375
RHDSD,λ<=log n,8192,0,63839,7.7928466796875
RHDSD,λ<=log n,8192,0,62599,7.6414794921875
RHDSD,λ<=log n,8192,0,67279,8.2127685546875
RHDSD,λ<=log n,8192,0,64115,7.8265380859375
RHDSD,λ<=log n,8192,0,63150,7.708740234375
RHDSD,λ<=log n,8192,0,65434,7.987548828125
RHDSD,λ<=log n,8192,0,71745,8.7579345703125
RHDSD,λ<=log n,8192,0,73217,8.9376220703125
RHDSD,λ<=log n,8192,0,67291,8.2142333984375
RHDSD,λ<=log n,8192,0,66100,8.06884765625
RHDSD,λ<=log n,8192,0,63466,7.747314453125
RHDSD,λ<=log n,8192,0,60359,7.3680419921875
RHDSD,λ<=log n,8192,0,72196,8.81298828125
RHDSD,λ<=log n,8192,0,62945,7.6837158203125
RHDSD,λ<=log n,8192,0,61868,7.55224609375
RHDSD,λ<=log n,8192,0,67490,8.238525390625
RHDSD,λ<=log n,8192,0,67208,8.2041015625
RHDSD,λ<=log n,8192,0,67088,8.189453125
RHDSD,λ<=log n,8192,0,65430,7.987060546875
RHDSD,λ<=log n,8192,0,58979,7.1995849609375
RHDSD,λ<=log n,8192,0,61110,7.459716796875
RHDSD,λ<=log n,8192,0,66671,8.1385498046875
RHDSD,λ<=log n,8192,0,64244,7.84228515625
RHDSD,λ<=log n,8192,0,62392,7.6162109375
RHDSD,λ<=log n,8192,0,59224,7.2294921875
RHDSD,λ<=log n,8192,0,58684,7.16357421875
RHDSD,λ<=log n,8192,0,61417,7.4971923828125
RHDSD,λ<=log n,8192,0,60977,7.4434814453125
RHDSD,λ<=log n,8192,0,68164,8.32080078125
RHDSD,λ<=log n,8192,0,63986,7.810791015625
RHDSD,λ<=log n,8192,0,64256,7.84375
RHDSD,λ<=log n,8192,0,60334,7.364990234375
RHDSD,λ<=log n,8192,0,63874,7.797119140625
RHDSD,λ<=log n,8192,0,59564,7.27099609375
RHDSD,λ<=log n,8192,0,64457,7.8682861328125
RHDSD,λ<=log n,8192,0,62286,7.603271484375
RHDSD,λ<=log n,8192,0,63588,7.76220703125
RHDSD,λ<=log n,8192,0,65702,8.020263671875
RHDSD,λ<=log n,8192,0,61015,7.4481201171875
RHDSD,λ<=log n,8192,0,61398,7.494873046875
RHDSD,λ<=log n,8192,0,61370,7.491455078125
RHDSD,λ<=log n,8192,0,61776,7.541015625
RHDSD,λ<=log n,8192,0,66877,8.1636962890625
RHDSD,λ<=log n,8192,0,63549,7.7574462890625
RHDSD,λ<=log n,8192,0,60931,7.4378662109375
RHDSD,λ<=log n,8192,0,61704,7.5322265625
RHDSD,λ<=log n,8192,0,62533,7.6334228515625
RHDSD,λ<=log n,8192,0,61936,7.560546875
RHDSD,λ<=log n,8192,0,61960,7.5634765625
RHDSD,λ<=log n,8192,0,59723,7.2904052734375
RHDSD,λ<=log n,8192,0,62677,7.6510009765625
RHDSD,λ<=log n,8192,0,62912,7.6796875
RHDSD,λ<=log n,8192,0,72044,8.79443359375
RHDSD,λ<=log n,8192,0,66345,8.0987548828125
RHLSD,λ<=log n,8192,0,63684,7.77392578125
RHLSD,λ<=log n,8192,0,69530,8.487548828125
RHLSD,λ<=log n,8192,0,68185,8.3233642578125
RHLSD,λ<=log n,8192,0,67579,8.2493896484375
RHLSD,λ<=log n,8192,0,75607,9.2293701171875
RHLSD,λ<=log n,8192,0,67488,8.23828125
RHLSD,λ<=log n,8192,0,66573,8.1265869140625
RHLSD,λ<=log n,8192,0,68647,8.3797607421875
RHLSD,λ<=log n,8192,0,68981,8.4205322265625
RHLSD,λ<=log n,8192,0,65975,8.0535888671875
RHLSD,λ<=log n,8192,0,68982,8.420654296875
RHLSD,λ<=log n,8192,0,66758,8.149169921875
RHLSD,λ<=log n,8192,0,66609,8.1309814453125
RHLSD,λ<=log n,8192,0,72552,8.8564453125
RHLSD,λ<=log n,8192,0,65965,8.0523681640625
RHLSD,λ<=log n,8192,0,63734,7.780029296875
RHLSD,λ<=log n,8192,0,71514,8.729736328125
RHLSD,λ<=log n,8192,0,69792,8.51953125
RHLSD,λ<=log n,8192,0,71130,8.682861328125
RHLSD,λ<=log n,8192,0,64782,7.907958984375
RHLSD,λ<=log n,8192,0,71445,8.7213134765625
RHLSD,λ<=log n,8192,0,69198,8.447021484375
RHLSD,λ<=log n,8192,0,65089,7.9454345703125
RHLSD,λ<=log n,8192,0,73243,8.9407958984375
RHLSD,λ<=log n,8192,0,67326,8.218505859375
RHLSD,λ<=log n,8192,0,63219,7.7171630859375
RHLSD,λ<=log n,8192,0,68718,8.388427734375
RHLSD,λ<=log n,8192,0,66699,8.1419677734375
RHLSD,λ<=log n,8192,0,66173,8.0777587890625
RHLSD,λ<=log n,8192,0,66447,8.1112060546875
RHLSD,λ<=log n,8192,0,76993,9.3985595703125
RHLSD,λ<=log n,8192,0,67985,8.2989501953125
RHLSD,λ<=log n,8192,0,68085,8.3111572265625
RHLSD,λ<=log n,8192,0,65919,8.0467529296875
RHLSD,λ<=log n,8192,0,65092,7.94580078125
RHLSD,λ<=log n,8192,0,67402,8.227783203125
RHLSD,λ<=log n,8192,0,65386,7.981689453125
RHLSD,λ<=log n,8192,0,64386,7.859619140625
RHLSD,λ<=log n,8192,0,70403,8.5941162109375
RHLSD,λ<=log n,8192,0,63689,7.7745361328125
RHLSD,λ<=log n,8192,0,68318,8.339599609375
RHLSD,λ<=log n,8192,0,69388,8.47021484375
RHLSD,λ<=log n,8192,0,67211,8.2044677734375
RHLSD,λ<=log n,8192,0,69338,8.464111328125
RHLSD,λ<=log n,8192,0,64068,7.82080078125
RHLSD,λ<=log n,8192,0,64520,7.8759765625
RHLSD,λ<=log n,8192,0,65023,7.9373779296875
RHLSD,λ<=log n,8192,0,68108,8.31396484375
RHLSD,λ<=log n,8192,0,68114,8.314697265625
RHLSD,λ<=log n,8192,0,64852,7.91650390625
RHLSD,λ<=log n,8192,0,69890,8.531494140625
RHLSD,λ<=log n,8192,0,64356,7.85595703125
RHLSD,λ<=log n,8192,0,65364,7.97900390625
RHLSD,λ<=log n,8192,0,69442,8.476806640625
RHLSD,λ<=log n,8192,0,64575,7.8826904296875
RHLSD,λ<=log n,8192,0,73683,8.9945068359375
RHLSD,λ<=log n,8192,0,69100,8.43505859375
RHLSD,λ<=log n,8192,0,64715,7.8997802734375
RHLSD,λ<=log n,8192,0,69658,8.503173828125
RHLSD,λ<=log n,8192,0,64619,7.8880615234375
RHLSD,λ<=log n,8192,0,65153,7.9532470703125
RHLSD,λ<=log n,8192,0,71158,8.686279296875
RHLSD,λ<=log n,8192,0,71126,8.682373046875
RHLSD,λ<=log n,8192,0,67202,8.203369140625
RHLSD,λ<=log n,8192,0,69099,8.4349365234375
RHLSD,λ<=log n,8192,0,70907,8.6556396484375
RHLSD,λ<=log n,8192,0,71098,8.678955078125
RHLSD,λ<=log n,8192,0,66416,8.107421875
RHLSD,λ<=log n,8192,0,75335,9.1961669921875
RHLSD,λ<=log n,8192,0,65714,8.021728515625
RHLSD,λ<=log n,8192,0,62575,7.6385498046875
RHLSD,λ<=log n,8192,0,67884,8.28662109375
RHLSD,λ<=log n,8192,0,70256,8.576171875
RHLSD,λ<=log n,8192,0,67766,8.272216796875
RHLSD,λ<=log n,8192,0,66304,8.09375
RHLSD,λ<=log n,8192,0,75573,9.2252197265625
RHLSD,λ<=log n,8192,0,77120,9.4140625
RHLSD,λ<=log n,8192,0,73106,8.924072265625
RHLSD,λ<=log n,8192,0,62830,7.669677734375
RHLSD,λ<=log n,8192,0,66698,8.141845703125
RHLSD,λ<=log n,8192,0,67783,8.2742919921875
RHLSD,λ<=log n,8192,0,68845,8.4039306640625
RHLSD,λ<=log n,8192,0,66308,8.09423828125
RHLSD,λ<=log n,8192,0,68779,8.3958740234375
RHLSD,λ<=log n,8192,0,67896,8.2880859375
RHLSD,λ<=log n,8192,0,65709,8.0211181640625
RHLSD,λ<=log n,8192,0,69678,8.505615234375
RHLSD,λ<=log n,8192,0,67162,8.198486328125
RHLSD,λ<=log n,8192,0,70230,8.572998046875
RHLSD,λ<=log n,8192,0,71124,8.68212890625
RHLSD,λ<=log n,8192,0,70831,8.6463623046875
RHLSD,λ<=log n,8192,0,66071,8.0653076171875
RHLSD,λ<=log n,8192,0,70864,8.650390625
RHLSD,λ<=log n,8192,0,68579,8.3714599609375
RHLSD,λ<=log n,8192,0,71086,8.677490234375
RHLSD,λ<=log n,8192,0,68254,8.331787109375
RHLSD,λ<=log n,8192,0,63461,7.7467041015625
RHLSD,λ<=log n,8192,0,68808,8.3994140625
RHLSD,λ<=log n,8192,0,69319,8.4617919921875
RRLSD,λ<=log n,8192,0,79615,9.7186279296875
RRLSD,λ<=log n,8192,0,77959,9.5164794921875
RRLSD,λ<=log n,8192,0,74200,9.0576171875
RRLSD,λ<=log n,8192,0,78615,9.5965576171875
RRLSD,λ<=log n,8192,0,70798,8.642333984375
RRLSD,λ<=log n,8192,0,70772,8.63916015625
RRLSD,λ<=log n,8192,0,78797,9.6187744140625
RRLSD,λ<=log n,8192,0,77823,9.4998779296875
RRLSD,λ<=log n,8192,0,72356,8.83251953125
RRLSD,λ<=log n,8192,0,74349,9.0758056640625
RRLSD,λ<=log n,8192,0,73345,8.9532470703125
RRLSD,λ<=log n,8192,0,74905,9.1436767578125
RRLSD,λ<=log n,8192,0,79340,9.68505859375
RRLSD,λ<=log n,8192,0,76380,9.32373046875
RRLSD,λ<=log n,8192,0,81385,9.9346923828125
RRLSD,λ<=log n,8192,0,75550,9.222412109375
RRLSD,λ<=log n,8192,0,72282,8.823486328125
RRLSD,λ<=log n,8192,0,69676,8.50537109375
RRLSD,λ<=log n,8192,0,66875,8.1634521484375
RRLSD,λ<=log n,8192,0,73201,8.9356689453125
RRLSD,λ<=log n,8192,0,71561,8.7354736328125
RRLSD,λ<=log n,8192,0,73713,8.9981689453125
RRLSD,λ<=log n,8192,0,76414,9.327880859375
RRLSD,λ<=log n,8192,0,73793,9.0079345703125
RRLSD,λ<=log n,8192,0,67774,8.273193359375
RRLSD,λ<=log n,8192,0,81759,9.9803466796875
RRLSD,λ<=log n,8192,0,72338,8.830322265625
RRLSD,λ<=log n,8192,0,68797,8.3980712890625
RRLSD,λ<=log n,8192,0,70188,8.56787109375
RRLSD,λ<=log n,8192,0,71793,8.7637939453125
RRLSD,λ<=log n,8192,0,67645,8.2574462890625
RRLSD,λ<=log n,8192,0,70357,8.5885009765625
RRLSD,λ<=log n,8192,0,71768,8.7607421875
RRLSD,λ<=log n,8192,0,73954,9.027587890625
RRLSD,λ<=log n,8192,0,78348,9.56396484375
RRLSD,λ<=log n,8192,0,75214,9.181396484375
RRLSD,λ<=log n,8192,0,67619,8.2542724609375
RRLSD,λ<=log n,8192,0,69004,8.42333984375
RRLSD,λ<=log n,8192,0,74091,9.0443115234375
RRLSD,λ<=log n,8192,0,74967,9.1512451171875
RRLSD,λ<=log n,8192,0,71743,8.7576904296875
RRLSD,λ<=log n,8192,0,80396,9.81396484375
RRLSD,λ<=log n,8192,0,75878,9.262451171875
RRLSD,λ<=log n,8192,0,78309,9.5592041015625
RRLSD,λ<=log n,8192,0,76328,9.3173828125
RRLSD,λ<=log n,8192,0,75269,9.1881103515625
RRLSD,λ<=log n,8192,0,70156,8.56396484375
RRLSD,λ<=log n,8192,0,68533,8.3658447265625
RRLSD,λ<=log n,8192,0,86773,10.5924072265625
RRLSD,λ<=log n,8192,0,75762,9.248291015625
RRLSD,λ<=log n,8192,0,72974,8.907958984375
RRLSD,λ<=log n,8192,0,70518,8.608154296875
RRLSD,λ<=log n,8192,0,69847,8.5262451171875
RRLSD,λ<=log n,8192,0,77953,9.5157470703125
RRLSD,λ<=log n,8192,0,78030,9.525146484375
RRLSD,λ<=log n,8192,0,71436,8.72021484375
RRLSD,λ<=log n,8192,0,67582,8.249755859375
RRLSD,λ<=log n,8192,0,73376,8.95703125
RRLSD,λ<=log n,8192,0,79627,9.7200927734375
RRLSD,λ<=log n,8192,0,93052,11.35888671875
RRLSD,λ<=log n,8192,0,86117,10.5123291015625
RRLSD,λ<=log n,8192,0,68293,8.3365478515625
RRLSD,λ<=log n,8192,0,72138,8.805908203125
RRLSD,λ<=log n,8192,0,72531,8.8538818359375
RRLSD,λ<=log n,8192,0,71159,8.6864013671875
RRLSD,λ<=log n,8192,0,76123,9.2923583984375
RRLSD,λ<=log n,8192,0,80226,9.793212890625
RRLSD,λ<=log n,8192,0,66129,8.0723876953125
RRLSD,λ<=log n,8192,0,77450,9.454345703125
RRLSD,λ<=log n,8192,0,70433,8.5977783203125
RRLSD,λ<=log n,8192,0,76973,9.3961181640625
RRLSD,λ<=log n,8192,0,70845,8.6480712890625
RRLSD,λ<=log n,8192,0,73241,8.9405517578125
RRLSD,λ<=log n,8192,0,73106,8.924072265625
RRLSD,λ<=log n,8192,0,78110,9.534912109375
RRLSD,λ<=log n,8192,0,71804,8.76513671875
RRLSD,λ<=log n,8192,0,68440,8.3544921875
RRLSD,λ<=log n,8192,0,75348,9.19775390625
RRLSD,λ<=log n,8192,0,66969,8.1749267578125
RRLSD,λ<=log n,8192,0,76024,9.2802734375
RRLSD,λ<=log n,8192,0,72249,8.8194580078125
RRLSD,λ<=log n,8192,0,81541,9.9537353515625
RRLSD,λ<=log n,8192,0,76711,9.3641357421875
RRLSD,λ<=log n,8192,0,72298,8.825439453125
RRLSD,λ<=log n,8192,0,72584,8.8603515625
RRLSD,λ<=log n,8192,0,75445,9.2095947265625
RRLSD,λ<=log n,8192,0,75576,9.2255859375
RRLSD,λ<=log n,8192,0,71359,8.7108154296875
RRLSD,λ<=log n,8192,0,73348,8.95361328125
RRLSD,λ<=log n,8192,0,68037,8.3052978515625
RRLSD,λ<=log n,8192,0,71953,8.7833251953125
RRLSD,λ<=log n,8192,0,81623,9.9637451171875
RRLSD,λ<=log n,8192,0,78160,9.541015625
RRLSD,λ<=log n,8192,0,72320,8.828125
RRLSD,λ<=log n,8192,0,72827,8.8900146484375
RRLSD,λ<=log n,8192,0,72380,8.83544921875
RRLSD,λ<=log n,8192,0,83348,10.17431640625
RRLSD,λ<=log n,8192,0,70399,8.5936279296875
RRLSD,λ<=log n,8192,0,75700,9.24072265625
RRLSD,λ<=log n,8192,0,77466,9.456298828125
RSLSD,λ<=log n,8192,0,85103,10.3885498046875
RSLSD,λ<=log n,8192,0,85741,10.4664306640625
RSLSD,λ<=log n,8192,0,82474,10.067626953125
RSLSD,λ<=log n,8192,0,87187,10.6429443359375
RSLSD,λ<=log n,8192,0,85627,10.4525146484375
RSLSD,λ<=log n,8192,0,86657,10.5782470703125
RSLSD,λ<=log n,8192,0,104742,12.785888671875
RSLSD,λ<=log n,8192,0,82480,10.068359375
RSLSD,λ<=log n,8192,0,85180,10.39794921875
RSLSD,λ<=log n,8192,0,86472,10.5556640625
RSLSD,λ<=log n,8192,0,91978,11.227783203125
RSLSD,λ<=log n,8192,0,97120,11.85546875
RSLSD,λ<=log n,8192,0,85412,10.42626953125
RSLSD,λ<=log n,8192,0,84933,10.3677978515625
RSLSD,λ<=log n,8192,0,82613,10.0845947265625
RSLSD,λ<=log n,8192,0,83624,10.2080078125
RSLSD,λ<=log n,8192,0,86832,10.599609375
RSLSD,λ<=log n,8192,0,94140,11.49169921875
RSLSD,λ<=log n,8192,0,85249,10.4063720703125
RSLSD,λ<=log n,8192,0,80728,9.8544921875
RSLSD,λ<=log n,8192,0,85673,10.4581298828125
RSLSD,λ<=log n,8192,0,89197,10.8883056640625
RSLSD,λ<=log n,8192,0,86442,10.552001953125
RSLSD,λ<=log n,8192,0,98941,12.0777587890625
RSLSD,λ<=log n,8192,0,84931,10.3675537109375
RSLSD,λ<=log n,8192,0,87721,10.7081298828125
RSLSD,λ<=log n,8192,0,101401,12.3780517578125
RSLSD,λ<=log n,8192,0,82207,10.0350341796875
RSLSD,λ<=log n,8192,0,112118,13.686279296875
RSLSD,λ<=log n,8192,0,89990,10.985107421875
RSLSD,λ<=log n,8192,0,95615,11.6717529296875
RSLSD,λ<=log n,8192,0,82473,10.0675048828125
RSLSD,λ<=log n,8192,0,84326,10.293701171875
RSLSD,λ<=log n,8192,0,85250,10.406494140625
RSLSD,λ<=log n,8192,0,86914,10.609619140625
RSLSD,λ<=log n,8192,0,85603,10.4495849609375
RSLSD,λ<=log n,8192,0,91424,11.16015625
RSLSD,λ<=log n,8192,0,82490,10.069580078125
RSLSD,λ<=log n,8192,0,79688,9.7275390625
RSLSD,λ<=log n,8192,0,85415,10.4266357421875
RSLSD,λ<=log n,8192,0,87606,10.694091796875
RSLSD,λ<=log n,8192,0,96652,11.79833984375
RSLSD,λ<=log n,8192,0,86019,10.5003662109375
RSLSD,λ<=log n,8192,0,86353,10.5411376953125
RSLSD,λ<=log n,8192,0,78438,9.574951171875
RSLSD,λ<=log n,8192,0,95476,11.65478515625
RSLSD,λ<=log n,8192,0,96269,11.7515869140625
RSLSD,λ<=log n,8192,0,93367,11.3973388671875
RSLSD,λ<=log n,8192,0,88654,10.822021484375
RSLSD,λ<=log n,8192,0,94955,11.5911865234375
RSLSD,λ<=log n,8192,0,88935,10.8563232421875
RSLSD,λ<=log n,8192,0,85817,10.4757080078125
RSLSD,λ<=log n,8192,0,77479,9.4578857421875
RSLSD,λ<=log n,8192,0,91835,11.2103271484375
RSLSD,λ<=log n,8192,0,94956,11.59130859375
RSLSD,λ<=log n,8192,0,90275,11.0198974609375
RSLSD,λ<=log n,8192,0,85399,10.4246826171875
RSLSD,λ<=log n,8192,0,85312,10.4140625
RSLSD,λ<=log n,8192,0,94551,11.5418701171875
RSLSD,λ<=log n,8192,0,86149,10.5162353515625
RSLSD,λ<=log n,8192,0,77896,9.5087890625
RSLSD,λ<=log n,8192,0,89684,10.94775390625
RSLSD,λ<=log n,8192,0,94219,11.5013427734375
RSLSD,λ<=log n,8192,0,85791,10.4725341796875
RSLSD,λ<=log n,8192,0,87584,10.69140625
RSLSD,λ<=log n,8192,0,86904,10.6083984375
RSLSD,λ<=log n,8192,0,97828,11.94189453125
RSLSD,λ<=log n,8192,0,94740,11.56494140625
RSLSD,λ<=log n,8192,0,88295,10.7781982421875
RSLSD,λ<=log n,8192,0,91026,11.111572265625
RSLSD,λ<=log n,8192,0,86938,10.612548828125
RSLSD,λ<=log n,8192,0,88486,10.801513671875
RSLSD,λ<=log n,8192,0,89889,10.9727783203125
RSLSD,λ<=log n,8192,0,85324,10.41552734375
RSLSD,λ<=log n,8192,0,86762,10.591064453125
RSLSD,λ<=log n,8192,0,85724,10.46435546875
RSLSD,λ<=log n,8192,0,84697,10.3389892578125
RSLSD,λ<=log n,8192,0,99270,12.117919921875
RSLSD,λ<=log n,8192,0,87631,10.6971435546875
RSLSD,λ<=log n,8192,0,86628,10.57470703125
RSLSD,λ<=log n,8192,0,87526,10.684326171875
RSLSD,λ<=log n,8192,0,90491,11.0462646484375
RSLSD,λ<=log n,8192,0,82563,10.0784912109375
RSLSD,λ<=log n,8192,0,89985,10.9844970703125
RSLSD,λ<=log n,8192,0,99439,12.1385498046875
RSLSD,λ<=log n,8192,0,89066,10.872314453125
RSLSD,λ<=log n,8192,0,82968,10.1279296875
RSLSD,λ<=log n,8192,0,89596,10.93701171875
RSLSD,λ<=log n,8192,0,87762,10.713134765625
RSLSD,λ<=log n,8192,0,85027,10.3792724609375
RSLSD,λ<=log n,8192,0,90360,11.0302734375
RSLSD,λ<=log n,8192,0,81325,9.9273681640625
RSLSD,λ<=log n,8192,0,92188,11.25341796875
RSLSD,λ<=log n,8192,0,83627,10.2083740234375
RSLSD,λ<=log n,8192,0,89024,10.8671875
RSLSD,λ<=log n,8192,0,88711,10.8289794921875
RSLSD,λ<=log n,8192,0,81929,10.0010986328125
RSLSD,λ<=log n,8192,0,89957,10.9810791015625
RSLSD,λ<=log n,8192,0,82479,10.0682373046875
RSLSD,λ<=log n,8192,0,97822,11.941162109375
RSDMD,λ<=log n,8192,0,74827,9.1341552734375
RSDMD,λ<=log n,8192,0,75846,9.258544921875
RSDMD,λ<=log n,8192,0,75526,9.219482421875
RSDMD,λ<=log n,8192,0,89909,10.9752197265625
RSDMD,λ<=log n,8192,0,76646,9.356201171875
RSDMD,λ<=log n,8192,0,83015,10.1336669921875
RSDMD,λ<=log n,8192,0,66576,8.126953125
RSDMD,λ<=log n,8192,0,77790,9.495849609375
RSDMD,λ<=log n,8192,0,86198,10.522216796875
RSDMD,λ<=log n,8192,0,96423,11.7703857421875
RSDMD,λ<=log n,8192,0,75600,9.228515625
RSDMD,λ<=log n,8192,0,70380,8.59130859375
RSDMD,λ<=log n,8192,0,69922,8.535400390625
RSDMD,λ<=log n,8192,0,72530,8.853759765625
RSDMD,λ<=log n,8192,0,73402,8.960205078125
RSDMD,λ<=log n,8192,0,72460,8.84521484375
RSDMD,λ<=log n,8192,0,74019,9.0355224609375
RSDMD,λ<=log n,8192,0,72213,8.8150634765625
RSDMD,λ<=log n,8192,0,78020,9.52392578125
RSDMD,λ<=log n,8192,0,72789,8.8853759765625
RSDMD,λ<=log n,8192,0,74365,9.0777587890625
RSDMD,λ<=log n,8192,0,74415,9.0838623046875
RSDMD,λ<=log n,8192,0,75848,9.2587890625
RSDMD,λ<=log n,8192,0,75169,9.1759033203125
RSDMD,λ<=log n,8192,0,80753,9.8575439453125
RSDMD,λ<=log n,8192,0,71017,8.6690673828125
RSDMD,λ<=log n,8192,0,68225,8.3282470703125
RSDMD,λ<=log n,8192,0,80525,9.8297119140625
RSDMD,λ<=log n,8192,0,79602,9.717041015625
RSDMD,λ<=log n,8192,0,72352,8.83203125
RSDMD,λ<=log n,8192,0,73939,9.0257568359375
RSDMD,λ<=log n,8192,0,86725,10.5865478515625
RSDMD,λ<=log n,8192,0,97731,11.9300537109375
RSDMD,λ<=log n,8192,0,77134,9.415771484375
RSDMD,λ<=log n,8192,0,73073,8.9200439453125
RSDMD,λ<=log n,8192,0,81009,9.8887939453125
RSDMD,λ<=log n,8192,0,72814,8.888427734375
RSDMD,λ<=log n,8192,0,85924,10.48876953125
RSDMD,λ<=log n,8192,0,76065,9.2852783203125
RSDMD,λ<=log n,8192,0,74264,9.0654296875
RSDMD,λ<=log n,8192,0,77412,9.44970703125
RSDMD,λ<=log n,8192,0,77860,9.50439453125
RSDMD,λ<=log n,8192,0,78965,9.6392822265625
RSDMD,λ<=log n,8192,0,76587,9.3489990234375
RSDMD,λ<=log n,8192,0,71095,8.6785888671875
RSDMD,λ<=log n,8192,0,87720,10.7080078125
RSDMD,λ<=log n,8192,0,73634,8.988525390625
RSDMD,λ<=log n,8192,0,69780,8.51806640625
RSDMD,λ<=log n,8192,0,79114,9.657470703125
RSDMD,λ<=log n,8192,0,81949,10.0035400390625
RSDMD,λ<=log n,8192,0,82103,10.0223388671875
RSDMD,λ<=log n,8192,0,71084,8.67724609375
RSDMD,λ<=log n,8192,0,83789,10.2281494140625
RSDMD,λ<=log n,8192,0,72899,8.8988037109375
RSDMD,λ<=log n,8192,0,74821,9.1334228515625
RSDMD,λ<=log n,8192,0,75316,9.19384765625
RSDMD,λ<=log n,8192,0,76981,9.3970947265625
RSDMD,λ<=log n,8192,0,76001,9.2774658203125
RSDMD,λ<=log n,8192,0,67883,8.2864990234375
RSDMD,λ<=log n,8192,0,70367,8.5897216796875
RSDMD,λ<=log n,8192,0,76585,9.3487548828125
RSDMD,λ<=log n,8192,0,74493,9.0933837890625
RSDMD,λ<=log n,8192,0,82790,10.106201171875
RSDMD,λ<=log n,8192,0,72619,8.8646240234375
RSDMD,λ<=log n,8192,0,74723,9.1214599609375
RSDMD,λ<=log n,8192,0,79818,9.743408203125
RSDMD,λ<=log n,8192,0,81534,9.952880859375
RSDMD,λ<=log n,8192,0,67124,8.19384765625
RSDMD,λ<=log n,8192,0,71137,8.6837158203125
RSDMD,λ<=log n,8192,0,73830,9.012451171875
RSDMD,λ<=log n,8192,0,80941,9.8804931640625
RSDMD,λ<=log n,8192,0,106573,13.0093994140625
RSDMD,λ<=log n,8192,0,81010,9.888916015625
RSDMD,λ<=log n,8192,0,70262,8.576904296875
RSDMD,λ<=log n,8192,0,71804,8.76513671875
RSDMD,λ<=log n,8192,0,70002,8.545166015625
RSDMD,λ<=log n,8192,0,76282,9.311767578125
RSDMD,λ<=log n,8192,0,81822,9.988037109375
RSDMD,λ<=log n,8192,0,78898,9.631103515625
RSDMD,λ<=log n,8192,0,79706,9.729736328125
RSDMD,λ<=log n,8192,0,82730,10.098876953125
RSDMD,λ<=log n,8192,0,71605,8.7408447265625
RSDMD,λ<=log n,8192,0,77322,9.438720703125
RSDMD,λ<=log n,8192,0,78212,9.54736328125
RSDMD,λ<=log n,8192,0,93641,11.4307861328125
RSDMD,λ<=log n,8192,0,87857,10.7247314453125
RSDMD,λ<=log n,8192,0,65195,7.9583740234375
RSDMD,λ<=log n,8192,0,84199,10.2781982421875
RSDMD,λ<=log n,8192,0,85810,10.474853515625
RSDMD,λ<=log n,8192,0,78452,9.57666015625
RSDMD,λ<=log n,8192,0,72534,8.854248046875
RSDMD,λ<=log n,8192,0,69240,8.4521484375
RSDMD,λ<=log n,8192,0,80186,9.788330078125
RSDMD,λ<=log n,8192,0,78405,9.5709228515625
RSDMD,λ<=log n,8192,0,74394,9.081298828125
RSDMD,λ<=log n,8192,0,74553,9.1007080078125
RSDMD,λ<=log n,8192,0,75145,9.1729736328125
RSDMD,λ<=log n,8192,0,74015,9.0350341796875
RSDMD,λ<=log n,8192,0,72919,8.9012451171875
RSDMD,λ<=log n,8192,0,75786,9.251220703125
RRDMD,λ<=log n,8192,0,57584,7.029296875
RRDMD,λ<=log n,8192,0,66108,8.06982421875
RRDMD,λ<=log n,8192,0,67444,8.23291015625
RRDMD,λ<=log n,8192,0,72434,8.842041015625
RRDMD,λ<=log n,8192,0,58856,7.1845703125
RRDMD,λ<=log n,8192,0,59002,7.202392578125
RRDMD,λ<=log n,8192,0,55693,6.7984619140625
RRDMD,λ<=log n,8192,0,59192,7.2255859375
RRDMD,λ<=log n,8192,0,59607,7.2762451171875
RRDMD,λ<=log n,8192,0,55636,6.79150390625
RRDMD,λ<=log n,8192,0,63906,7.801025390625
RRDMD,λ<=log n,8192,0,59014,7.203857421875
RRDMD,λ<=log n,8192,0,53553,6.5372314453125
RRDMD,λ<=log n,8192,0,63998,7.812255859375
RRDMD,λ<=log n,8192,0,64678,7.895263671875
RRDMD,λ<=log n,8192,0,61731,7.5355224609375
RRDMD,λ<=log n,8192,0,57088,6.96875
RRDMD,λ<=log n,8192,0,59572,7.27197265625
RRDMD,λ<=log n,8192,0,55817,6.8135986328125
RRDMD,λ<=log n,8192,0,67091,8.1898193359375
RRDMD,λ<=log n,8192,0,58325,7.1197509765625
RRDMD,λ<=log n,8192,0,54780,6.68701171875
RRDMD,λ<=log n,8192,0,63231,7.7186279296875
RRDMD,λ<=log n,8192,0,61203,7.4710693359375
RRDMD,λ<=log n,8192,0,59760,7.294921875
RRDMD,λ<=log n,8192,0,61433,7.4991455078125
RRDMD,λ<=log n,8192,0,57575,7.0281982421875
RRDMD,λ<=log n,8192,0,55818,6.813720703125
RRDMD,λ<=log n,8192,0,64983,7.9324951171875
RRDMD,λ<=log n,8192,0,58682,7.163330078125
RRDMD,λ<=log n,8192,0,60469,7.3814697265625
RRDMD,λ<=log n,8192,0,53894,6.578857421875
RRDMD,λ<=log n,8192,0,58220,7.10693359375
RRDMD,λ<=log n,8192,0,55379,6.7601318359375
RRDMD,λ<=log n,8192,0,57872,7.064453125
RRDMD,λ<=log n,8192,0,66109,8.0699462890625
RRDMD,λ<=log n,8192,0,63242,7.719970703125
RRDMD,λ<=log n,8192,0,63024,7.693359375
RRDMD,λ<=log n,8192,0,58176,7.1015625
RRDMD,λ<=log n,8192,0,63134,7.706787109375
RRDMD,λ<=log n,8192,0,58922,7.192626953125
RRDMD,λ<=log n,8192,0,67543,8.2449951171875
RRDMD,λ<=log n,8192,0,61619,7.5218505859375
RRDMD,λ<=log n,8192,0,62745,7.6593017578125
RRDMD,λ<=log n,8192,0,61219,7.4730224609375
RRDMD,λ<=log n,8192,0,56656,6.916015625
RRDMD,λ<=log n,8192,0,56705,6.9219970703125
RRDMD,λ<=log n,8192,0,66860,8.16162109375
RRDMD,λ<=log n,8192,0,57449,7.0128173828125
RRDMD,λ<=log n,8192,0,58864,7.185546875
RRDMD,λ<=log n,8192,0,60736,7.4140625
RRDMD,λ<=log n,8192,0,58124,7.09521484375
RRDMD,λ<=log n,8192,0,67922,8.291259765625
RRDMD,λ<=log n,8192,0,65491,7.9945068359375
RRDMD,λ<=log n,8192,0,55871,6.8201904296875
RRDMD,λ<=log n,8192,0,69802,8.520751953125
RRDMD,λ<=log n,8192,0,57110,6.971435546875
RRDMD,λ<=log n,8192,0,59181,7.2242431640625
RRDMD,λ<=log n,8192,0,57988,7.07861328125
RRDMD,λ<=log n,8192,0,60406,7.373779296875
RRDMD,λ<=log n,8192,0,64887,7.9207763671875
RRDMD,λ<=log n,8192,0,59492,7.26220703125
RRDMD,λ<=log n,8192,0,67119,8.1932373046875
RRDMD,λ<=log n,8192,0,63457,7.7462158203125
RRDMD,λ<=log n,8192,0,59797,7.2994384765625
RRDMD,λ<=log n,8192,0,60203,7.3489990234375
RRDMD,λ<=log n,8192,0,72629,8.8658447265625
RRDMD,λ<=log n,8192,0,56044,6.84130859375
RRDMD,λ<=log n,8192,0,55531,6.7786865234375
RRDMD,λ<=log n,8192,0,62559,7.6365966796875
RRDMD,λ<=log n,8192,0,62039,7.5731201171875
RRDMD,λ<=log n,8192,0,59957,7.3189697265625
RRDMD,λ<=log n,8192,0,77045,9.4049072265625
RRDMD,λ<=log n,8192,0,57275,6.9915771484375
RRDMD,λ<=log n,8192,0,59371,7.2474365234375
RRDMD,λ<=log n,8192,0,57685,7.0416259765625
RRDMD,λ<=log n,8192,0,59503,7.2635498046875
RRDMD,λ<=log n,8192,0,56511,6.8983154296875
RRDMD,λ<=log n,8192,0,61914,7.557861328125
RRDMD,λ<=log n,8192,0,64259,7.8441162109375
RRDMD,λ<=log n,8192,0,55981,6.8336181640625
RRDMD,λ<=log n,8192,0,56888,6.9443359375
RRDMD,λ<=log n,8192,0,64860,7.91748046875
RRDMD,λ<=log n,8192,0,62814,7.667724609375
RRDMD,λ<=log n,8192,0,61585,7.5177001953125
RRDMD,λ<=log n,8192,0,58577,7.1505126953125
RRDMD,λ<=log n,8192,0,55473,6.7716064453125
RRDMD,λ<=log n,8192,0,59193,7.2257080078125
RRDMD,λ<=log n,8192,0,70224,8.572265625
RRDMD,λ<=log n,8192,0,56657,6.9161376953125
RRDMD,λ<=log n,8192,0,62620,7.64404296875
RRDMD,λ<=log n,8192,0,61071,7.4549560546875
RRDMD,λ<=log n,8192,0,58297,7.1163330078125
RRDMD,λ<=log n,8192,0,59701,7.2877197265625
RRDMD,λ<=log n,8192,0,57518,7.021240234375
RRDMD,λ<=log n,8192,0,63775,7.7850341796875
RRDMD,λ<=log n,8192,0,61236,7.47509765625
RRDMD,λ<=log n,8192,0,64414,7.863037109375
RRDMD,λ<=log n,8192,0,59472,7.259765625
RHDMD,λ<=log n,8192,0,56678,6.918701171875
RHDMD,λ<=log n,8192,0,57607,7.0321044921875
RHDMD,λ<=log n,8192,0,54025,6.5948486328125
RHDMD,λ<=log n,8192,0,52988,6.46826171875
RHDMD,λ<=log n,8192,0,59212,7.22802734375
RHDMD,λ<=log n,8192,0,58778,7.175048828125
RHDMD,λ<=log n,8192,0,54946,6.707275390625
RHDMD,λ<=log n,8192,0,52746,6.438720703125
RHDMD,λ<=log n,8192,0,55206,6.739013671875
RHDMD,λ<=log n,8192,0,56172,6.85693359375
RHDMD,λ<=log n,8192,0,55586,6.785400390625
RHDMD,λ<=log n,8192,0,53367,6.5145263671875
RHDMD,λ<=log n,8192,0,60885,7.4322509765625
RHDMD,λ<=log n,8192,0,51161,6.2452392578125
RHDMD,λ<=log n,8192,0,56272,6.869140625
RHDMD,λ<=log n,8192,0,54907,6.7025146484375
RHDMD,λ<=log n,8192,0,49781,6.0767822265625
RHDMD,λ<=log n,8192,0,59488,7.26171875
RHDMD,λ<=log n,8192,0,54412,6.64208984375
RHDMD,λ<=log n,8192,0,56582,6.906982421875
RHDMD,λ<=log n,8192,0,58108,7.09326171875
RHDMD,λ<=log n,8192,0,52757,6.4400634765625
RHDMD,λ<=log n,8192,0,55369,6.7589111328125
RHDMD,λ<=log n,8192,0,52121,6.3624267578125
RHDMD,λ<=log n,8192,0,58205,7.1051025390625
RHDMD,λ<=log n,8192,0,51545,6.2921142578125
RHDMD,λ<=log n,8192,0,56771,6.9300537109375
RHDMD,λ<=log n,8192,0,53431,6.5223388671875
RHDMD,λ<=log n,8192,0,58739,7.1702880859375
RHDMD,λ<=log n,8192,0,59787,7.2982177734375
RHDMD,λ<=log n,8192,0,51997,6.3472900390625
RHDMD,λ<=log n,8192,0,62367,7.6131591796875
RHDMD,λ<=log n,8192,0,53897,6.5792236328125
RHDMD,λ<=log n,8192,0,51070,6.234130859375
RHDMD,λ<=log n,8192,0,58892,7.18896484375
RHDMD,λ<=log n,8192,0,60223,7.3514404296875
RHDMD,λ<=log n,8192,0,62032,7.572265625
RHDMD,λ<=log n,8192,0,57106,6.970947265625
RHDMD,λ<=log n,8192,0,58333,7.1207275390625
RHDMD,λ<=log n,8192,0,51792,6.322265625
RHDMD,λ<=log n,8192,0,59507,7.2640380859375
RHDMD,λ<=log n,8192,0,51949,6.3414306640625
RHDMD,λ<=log n,8192,0,60108,7.33740234375
RHDMD,λ<=log n,8192,0,53262,6.501708984375
RHDMD,λ<=log n,8192,0,54869,6.6978759765625
RHDMD,λ<=log n,8192,0,52684,6.43115234375
RHDMD,λ<=log n,8192,0,60215,7.3504638671875
RHDMD,λ<=log n,8192,0,57603,7.0316162109375
RHDMD,λ<=log n,8192,0,54377,6.6378173828125
RHDMD,λ<=log n,8192,0,52036,6.35205078125
RHDMD,λ<=log n,8192,0,59847,7.3055419921875
RHDMD,λ<=log n,8192,0,62995,7.6898193359375
RHDMD,λ<=log n,8192,0,58390,7.127685546875
RHDMD,λ<=log n,8192,0,54455,6.6473388671875
RHDMD,λ<=log n,8192,0,54968,6.7099609375
RHDMD,λ<=log n,8192,0,55307,6.7513427734375
RHDMD,λ<=log n,8192,0,53956,6.58642578125
RHDMD,λ<=log n,8192,0,55972,6.83251953125
RHDMD,λ<=log n,8192,0,56959,6.9530029296875
RHDMD,λ<=log n,8192,0,51795,6.3226318359375
RHDMD,λ<=log n,8192,0,55216,6.740234375
RHDMD,λ<=log n,8192,0,64768,7.90625
RHDMD,λ<=log n,8192,0,58065,7.0880126953125
RHDMD,λ<=log n,8192,0,52528,6.412109375
RHDMD,λ<=log n,8192,0,51037,6.2301025390625
RHDMD,λ<=log n,8192,0,52624,6.423828125
RHDMD,λ<=log n,8192,0,51702,6.311279296875
RHDMD,λ<=log n,8192,0,50080,6.11328125
RHDMD,λ<=log n,8192,0,58083,7.0902099609375
RHDMD,λ<=log n,8192,0,61857,7.5509033203125
RHDMD,λ<=log n,8192,0,58406,7.129638671875
RHDMD,λ<=log n,8192,0,54876,6.69873046875
RHDMD,λ<=log n,8192,0,57749,7.0494384765625
RHDMD,λ<=log n,8192,0,59358,7.245849609375
RHDMD,λ<=log n,8192,0,53482,6.528564453125
RHDMD,λ<=log n,8192,0,54569,6.6612548828125
RHDMD,λ<=log n,8192,0,60025,7.3272705078125
RHDMD,λ<=log n,8192,0,56477,6.8941650390625
RHDMD,λ<=log n,8192,0,50749,6.1949462890625
RHDMD,λ<=log n,8192,0,57905,7.0684814453125
RHDMD,λ<=log n,8192,0,57089,6.9688720703125
RHDMD,λ<=log n,8192,0,57052,6.96435546875
RHDMD,λ<=log n,8192,0,55177,6.7354736328125
RHDMD,λ<=log n,8192,0,55259,6.7454833984375
RHDMD,λ<=log n,8192,0,59942,7.317138671875
RHDMD,λ<=log n,8192,0,56494,6.896240234375
RHDMD,λ<=log n,8192,0,59643,7.2806396484375
RHDMD,λ<=log n,8192,0,67986,8.299072265625
RHDMD,λ<=log n,8192,0,60172,7.34521484375
RHDMD,λ<=log n,8192,0,53258,6.501220703125
RHDMD,λ<=log n,8192,0,57455,7.0135498046875
RHDMD,λ<=log n,8192,0,55322,6.753173828125
RHDMD,λ<=log n,8192,0,52106,6.360595703125
RHDMD,λ<=log n,8192,0,55228,6.74169921875
RHDMD,λ<=log n,8192,0,60181,7.3463134765625
RHDMD,λ<=log n,8192,0,58243,7.1097412109375
RHDMD,λ<=log n,8192,0,49220,6.00830078125
RHDMD,λ<=log n,8192,0,54604,6.66552734375
RHDMD,λ<=log n,8192,0,57466,7.014892578125
RHDMD,λ<=log n,8192,0,56817,6.9356689453125
RHLMD,λ<=log n,8192,0,57599,7.0311279296875
RHLMD,λ<=log n,8192,0,60928,7.4375
RHLMD,λ<=log n,8192,0,58089,7.0909423828125
RHLMD,λ<=log n,8192,0,59856,7.306640625
RHLMD,λ<=log n,8192,0,54341,6.6334228515625
RHLMD,λ<=log n,8192,0,54795,6.6888427734375
RHLMD,λ<=log n,8192,0,57508,7.02001953125
RHLMD,λ<=log n,8192,0,58352,7.123046875
RHLMD,λ<=log n,8192,0,57997,7.0797119140625
RHLMD,λ<=log n,8192,0,63376,7.736328125
RHLMD,λ<=log n,8192,0,53864,6.5751953125
RHLMD,λ<=log n,8192,0,56793,6.9327392578125
RHLMD,λ<=log n,8192,0,58841,7.1827392578125
RHLMD,λ<=log n,8192,0,57629,7.0347900390625
RHLMD,λ<=log n,8192,0,56716,6.92333984375
RHLMD,λ<=log n,8192,0,66496,8.1171875
RHLMD,λ<=log n,8192,0,56492,6.89599609375
RHLMD,λ<=log n,8192,0,58334,7.120849609375
RHLMD,λ<=log n,8192,0,53812,6.56884765625
RHLMD,λ<=log n,8192,0,57417,7.0089111328125
RHLMD,λ<=log n,8192,0,60098,7.336181640625
RHLMD,λ<=log n,8192,0,62019,7.5706787109375
RHLMD,λ<=log n,8192,0,58277,7.1138916015625
RHLMD,λ<=log n,8192,0,64183,7.8348388671875
RHLMD,λ<=log n,8192,0,59239,7.2313232421875
RHLMD,λ<=log n,8192,0,59882,7.309814453125
RHLMD,λ<=log n,8192,0,61854,7.550537109375
RHLMD,λ<=log n,8192,0,58206,7.105224609375
RHLMD,λ<=log n,8192,0,55567,6.7830810546875
RHLMD,λ<=log n,8192,0,53693,6.5543212890625
RHLMD,λ<=log n,8192,0,51785,6.3214111328125
RHLMD,λ<=log n,8192,0,58857,7.1846923828125
RHLMD,λ<=log n,8192,0,64612,7.88720703125
RHLMD,λ<=log n,8192,0,58499,7.1409912109375
RHLMD,λ<=log n,8192,0,66366,8.101318359375
RHLMD,λ<=log n,8192,0,56321,6.8751220703125
RHLMD,λ<=log n,8192,0,51271,6.2586669921875
RHLMD,λ<=log n,8192,0,52723,6.4359130859375
RHLMD,λ<=log n,8192,0,52032,6.3515625
RHLMD,λ<=log n,8192,0,61129,7.4620361328125
RHLMD,λ<=log n,8192,0,53797,6.5670166015625
RHLMD,λ<=log n,8192,0,57402,7.007080078125
RHLMD,λ<=log n,8192,0,58159,7.0994873046875
RHLMD,λ<=log n,8192,0,59049,7.2081298828125
RHLMD,λ<=log n,8192,0,59424,7.25390625
RHLMD,λ<=log n,8192,0,54385,6.6387939453125
RHLMD,λ<=log n,8192,0,51213,6.2515869140625
RHLMD,λ<=log n,8192,0,60093,7.3355712890625
RHLMD,λ<=log n,8192,0,55032,6.7177734375
RHLMD,λ<=log n,8192,0,53835,6.5716552734375
RHLMD,λ<=log n,8192,0,59057,7.2091064453125
RHLMD,λ<=log n,8192,0,56040,6.8408203125
RHLMD,λ<=log n,8192,0,65740,8.02490234375
RHLMD,λ<=log n,8192,0,54892,6.70068359375
RHLMD,λ<=log n,8192,0,65635,8.0120849609375
RHLMD,λ<=log n,8192,0,57669,7.0396728515625
RHLMD,λ<=log n,8192,0,55018,6.716064453125
RHLMD,λ<=log n,8192,0,61176,7.4677734375
RHLMD,λ<=log n,8192,0,56459,6.8919677734375
RHLMD,λ<=log n,8192,0,57008,6.958984375
RHLMD,λ<=log n,8192,0,67814,8.278076171875
RHLMD,λ<=log n,8192,0,61299,7.4827880859375
RHLMD,λ<=log n,8192,0,55646,6.792724609375
RHLMD,λ<=log n,8192,0,62000,7.568359375
RHLMD,λ<=log n,8192,0,53503,6.5311279296875
RHLMD,λ<=log n,8192,0,59595,7.2747802734375
RHLMD,λ<=log n,8192,0,57382,7.004638671875
RHLMD,λ<=log n,8192,0,55243,6.7435302734375
RHLMD,λ<=log n,8192,0,61746,7.537353515625
RHLMD,λ<=log n,8192,0,54637,6.6695556640625
RHLMD,λ<=log n,8192,0,54640,6.669921875
RHLMD,λ<=log n,8192,0,59002,7.202392578125
RHLMD,λ<=log n,8192,0,57005,6.9586181640625
RHLMD,λ<=log n,8192,0,53525,6.5338134765625
RHLMD,λ<=log n,8192,0,63915,7.8021240234375
RHLMD,λ<=log n,8192,0,60767,7.4178466796875
RHLMD,λ<=log n,8192,0,55675,6.7962646484375
RHLMD,λ<=log n,8192,0,52690,6.431884765625
RHLMD,λ<=log n,8192,0,59255,7.2332763671875
RHLMD,λ<=log n,8192,0,64315,7.8509521484375
RHLMD,λ<=log n,8192,0,59599,7.2752685546875
RHLMD,λ<=log n,8192,0,57220,6.98486328125
RHLMD,λ<=log n,8192,0,54876,6.69873046875
RHLMD,λ<=log n,8192,0,62392,7.6162109375
RHLMD,λ<=log n,8192,0,57941,7.0728759765625
RHLMD,λ<=log n,8192,0,55802,6.811767578125
RHLMD,λ<=log n,8192,0,55440,6.767578125
RHLMD,λ<=log n,8192,0,55015,6.7156982421875
RHLMD,λ<=log n,8192,0,53573,6.5396728515625
RHLMD,λ<=log n,8192,0,62095,7.5799560546875
RHLMD,λ<=log n,8192,0,55896,6.8232421875
RHLMD,λ<=log n,8192,0,56251,6.8665771484375
RHLMD,λ<=log n,8192,0,54388,6.63916015625
RHLMD,λ<=log n,8192,0,61081,7.4561767578125
RHLMD,λ<=log n,8192,0,52243,6.3773193359375
RHLMD,λ<=log n,8192,0,56491,6.8958740234375
RHLMD,λ<=log n,8192,0,55757,6.8062744140625
RHLMD,λ<=log n,8192,0,60565,7.3931884765625
RHLMD,λ<=log n,8192,0,58045,7.0855712890625
RHLMD,λ<=log n,8192,0,61732,7.53564453125
RRLMD,λ<=log n,8192,0,60812,7.42333984375
RRLMD,λ<=log n,8192,0,60880,7.431640625
RRLMD,λ<=log n,8192,0,67996,8.30029296875
RRLMD,λ<=log n,8192,0,59636,7.27978515625
RRLMD,λ<=log n,8192,0,65723,8.0228271484375
RRLMD,λ<=log n,8192,0,71079,8.6766357421875
RRLMD,λ<=log n,8192,0,58334,7.120849609375
RRLMD,λ<=log n,8192,0,70654,8.624755859375
RRLMD,λ<=log n,8192,0,59757,7.2945556640625
RRLMD,λ<=log n,8192,0,57861,7.0631103515625
RRLMD,λ<=log n,8192,0,64704,7.8984375
RRLMD,λ<=log n,8192,0,57040,6.962890625
RRLMD,λ<=log n,8192,0,59258,7.233642578125
RRLMD,λ<=log n,8192,0,57644,7.03662109375
RRLMD,λ<=log n,8192,0,80584,9.8369140625
RRLMD,λ<=log n,8192,0,56210,6.861572265625
RRLMD,λ<=log n,8192,0,62919,7.6805419921875
RRLMD,λ<=log n,8192,0,56311,6.8739013671875
RRLMD,λ<=log n,8192,0,67167,8.1990966796875
RRLMD,λ<=log n,8192,0,59102,7.214599609375
RRLMD,λ<=log n,8192,0,55800,6.8115234375
RRLMD,λ<=log n,8192,0,60067,7.3323974609375
RRLMD,λ<=log n,8192,0,60103,7.3367919921875
RRLMD,λ<=log n,8192,0,59378,7.248291015625
RRLMD,λ<=log n,8192,0,60058,7.331298828125
RRLMD,λ<=log n,8192,0,59077,7.2115478515625
RRLMD,λ<=log n,8192,0,56799,6.9334716796875
RRLMD,λ<=log n,8192,0,59414,7.252685546875
RRLMD,λ<=log n,8192,0,54067,6.5999755859375
RRLMD,λ<=log n,8192,0,61986,7.566650390625
RRLMD,λ<=log n,8192,0,64697,7.8975830078125
RRLMD,λ<=log n,8192,0,61184,7.46875
RRLMD,λ<=log n,8192,0,60637,7.4019775390625
RRLMD,λ<=log n,8192,0,62747,7.6595458984375
RRLMD,λ<=log n,8192,0,65082,7.944580078125
RRLMD,λ<=log n,8192,0,75532,9.22021484375
RRLMD,λ<=log n,8192,0,58304,7.1171875
RRLMD,λ<=log n,8192,0,58900,7.18994140625
RRLMD,λ<=log n,8192,0,57232,6.986328125
RRLMD,λ<=log n,8192,0,64621,7.8883056640625
RRLMD,λ<=log n,8192,0,71789,8.7633056640625
RRLMD,λ<=log n,8192,0,60037,7.3287353515625
RRLMD,λ<=log n,8192,0,71492,8.72705078125
RRLMD,λ<=log n,8192,0,60591,7.3963623046875
RRLMD,λ<=log n,8192,0,59078,7.211669921875
RRLMD,λ<=log n,8192,0,65692,8.01904296875
RRLMD,λ<=log n,8192,0,68873,8.4073486328125
RRLMD,λ<=log n,8192,0,64478,7.870849609375
RRLMD,λ<=log n,8192,0,59214,7.228271484375
RRLMD,λ<=log n,8192,0,57912,7.0693359375
RRLMD,λ<=log n,8192,0,66954,8.173095703125
RRLMD,λ<=log n,8192,0,55518,6.777099609375
RRLMD,λ<=log n,8192,0,64701,7.8980712890625
RRLMD,λ<=log n,8192,0,57074,6.967041015625
RRLMD,λ<=log n,8192,0,68074,8.309814453125
RRLMD,λ<=log n,8192,0,61893,7.5552978515625
RRLMD,λ<=log n,8192,0,59434,7.255126953125
RRLMD,λ<=log n,8192,0,60534,7.389404296875
RRLMD,λ<=log n,8192,0,63400,7.7392578125
RRLMD,λ<=log n,8192,0,63753,7.7823486328125
RRLMD,λ<=log n,8192,0,62691,7.6527099609375
RRLMD,λ<=log n,8192,0,55014,6.715576171875
RRLMD,λ<=log n,8192,0,67475,8.2366943359375
RRLMD,λ<=log n,8192,0,65025,7.9376220703125
RRLMD,λ<=log n,8192,0,59286,7.237060546875
RRLMD,λ<=log n,8192,0,65504,7.99609375
RRLMD,λ<=log n,8192,0,63478,7.748779296875
RRLMD,λ<=log n,8192,0,71709,8.7535400390625
RRLMD,λ<=log n,8192,0,61090,7.457275390625
RRLMD,λ<=log n,8192,0,65345,7.9766845703125
RRLMD,λ<=log n,8192,0,68951,8.4168701171875
RRLMD,λ<=log n,8192,0,65669,8.0162353515625
RRLMD,λ<=log n,8192,0,56943,6.9510498046875
RRLMD,λ<=log n,8192,0,60718,7.411865234375
RRLMD,λ<=log n,8192,0,59076,7.21142578125
RRLMD,λ<=log n,8192,0,64563,7.8812255859375
RRLMD,λ<=log n,8192,0,73315,8.9495849609375
RRLMD,λ<=log n,8192,0,56554,6.903564453125
RRLMD,λ<=log n,8192,0,67446,8.233154296875
RRLMD,λ<=log n,8192,0,60068,7.33251953125
RRLMD,λ<=log n,8192,0,62709,7.6549072265625
RRLMD,λ<=log n,8192,0,64917,7.9244384765625
RRLMD,λ<=log n,8192,0,58878,7.187255859375
RRLMD,λ<=log n,8192,0,60696,7.4091796875
RRLMD,λ<=log n,8192,0,68859,8.4056396484375
RRLMD,λ<=log n,8192,0,66452,8.11181640625
RRLMD,λ<=log n,8192,0,68274,8.334228515625
RRLMD,λ<=log n,8192,0,62414,7.618896484375
RRLMD,λ<=log n,8192,0,61960,7.5634765625
RRLMD,λ<=log n,8192,0,58134,7.096435546875
RRLMD,λ<=log n,8192,0,58068,7.08837890625
RRLMD,λ<=log n,8192,0,66834,8.158447265625
RRLMD,λ<=log n,8192,0,65831,8.0360107421875
RRLMD,λ<=log n,8192,0,67946,8.294189453125
RRLMD,λ<=log n,8192,0,59548,7.26904296875
RRLMD,λ<=log n,8192,0,62266,7.600830078125
RRLMD,λ<=log n,8192,0,66295,8.0926513671875
RRLMD,λ<=log n,8192,0,60590,7.396240234375
RRLMD,λ<=log n,8192,0,64164,7.83251953125
RSLMD,λ<=log n,8192,0,78671,9.6033935546875
RSLMD,λ<=log n,8192,0,82330,10.050048828125
RSLMD,λ<=log n,8192,0,87937,10.7344970703125
RSLMD,λ<=log n,8192,0,78359,9.5653076171875
RSLMD,λ<=log n,8192,0,82114,10.023681640625
RSLMD,λ<=log n,8192,0,76483,9.3363037109375
RSLMD,λ<=log n,8192,0,94154,11.493408203125
RSLMD,λ<=log n,8192,0,97760,11.93359375
RSLMD,λ<=log n,8192,0,83404,10.18115234375
RSLMD,λ<=log n,8192,0,82826,10.110595703125
RSLMD,λ<=log n,8192,0,88952,10.8583984375
RSLMD,λ<=log n,8192,0,76324,9.31689453125
RSLMD,λ<=log n,8192,0,78596,9.59423828125
RSLMD,λ<=log n,8192,0,74274,9.066650390625
RSLMD,λ<=log n,8192,0,85018,10.378173828125
RSLMD,λ<=log n,8192,0,83400,10.1806640625
RSLMD,λ<=log n,8192,0,79738,9.733642578125
RSLMD,λ<=log n,8192,0,84178,10.275634765625
RSLMD,λ<=log n,8192,0,90582,11.057373046875
RSLMD,λ<=log n,8192,0,79276,9.67724609375
RSLMD,λ<=log n,8192,0,82573,10.0797119140625
RSLMD,λ<=log n,8192,0,78065,9.5294189453125
RSLMD,λ<=log n,8192,0,93226,11.380126953125
RSLMD,λ<=log n,8192,0,84510,10.316162109375
RSLMD,λ<=log n,8192,0,93212,11.37841796875
RSLMD,λ<=log n,8192,0,86934,10.612060546875
RSLMD,λ<=log n,8192,0,82962,10.127197265625
RSLMD,λ<=log n,8192,0,85407,10.4256591796875
RSLMD,λ<=log n,8192,0,91174,11.129638671875
RSLMD,λ<=log n,8192,0,86786,10.593994140625
RSLMD,λ<=log n,8192,0,93991,11.4735107421875
RSLMD,λ<=log n,8192,0,92969,11.3487548828125
RSLMD,λ<=log n,8192,0,83632,10.208984375
RSLMD,λ<=log n,8192,0,83059,10.1390380859375
RSLMD,λ<=log n,8192,0,82008,10.0107421875
RSLMD,λ<=log n,8192,0,85969,10.4942626953125
RSLMD,λ<=log n,8192,0,78990,9.642333984375
RSLMD,λ<=log n,8192,0,82929,10.1231689453125
RSLMD,λ<=log n,8192,0,80855,9.8699951171875
RSLMD,λ<=log n,8192,0,78142,9.538818359375
RSLMD,λ<=log n,8192,0,78391,9.5692138671875
RSLMD,λ<=log n,8192,0,86550,10.565185546875
RSLMD,λ<=log n,8192,0,78225,9.5489501953125
RSLMD,λ<=log n,8192,0,78607,9.5955810546875
RSLMD,λ<=log n,8192,0,80892,9.87451171875
RSLMD,λ<=log n,8192,0,88773,10.8365478515625
RSLMD,λ<=log n,8192,0,84451,10.3089599609375
RSLMD,λ<=log n,8192,0,83026,10.135009765625
RSLMD,λ<=log n,8192,0,87077,10.6295166015625
RSLMD,λ<=log n,8192,0,89564,10.93310546875
RSLMD,λ<=log n,8192,0,78340,9.56298828125
RSLMD,λ<=log n,8192,0,90793,11.0831298828125
RSLMD,λ<=log n,8192,0,92902,11.340576171875
RSLMD,λ<=log n,8192,0,79016,9.6455078125
RSLMD,λ<=log n,8192,0,89838,10.966552734375
RSLMD,λ<=log n,8192,0,77992,9.5205078125
RSLMD,λ<=log n,8192,0,79899,9.7532958984375
RSLMD,λ<=log n,8192,0,79891,9.7523193359375
RSLMD,λ<=log n,8192,0,77555,9.4671630859375
RSLMD,λ<=log n,8192,0,81049,9.8936767578125
RSLMD,λ<=log n,8192,0,79988,9.76416015625
RSLMD,λ<=log n,8192,0,81974,10.006591796875
RSLMD,λ<=log n,8192,0,84665,10.3350830078125
RSLMD,λ<=log n,8192,0,81750,9.979248046875
RSLMD,λ<=log n,8192,0,86591,10.5701904296875
RSLMD,λ<=log n,8192,0,86167,10.5184326171875
RSLMD,λ<=log n,8192,0,95351,11.6395263671875
RSLMD,λ<=log n,8192,0,82676,10.09228515625
RSLMD,λ<=log n,8192,0,86499,10.5589599609375
RSLMD,λ<=log n,8192,0,92025,11.2335205078125
RSLMD,λ<=log n,8192,0,83505,10.1934814453125
RSLMD,λ<=log n,8192,0,77649,9.4786376953125
RSLMD,λ<=log n,8192,0,84321,10.2930908203125
RSLMD,λ<=log n,8192,0,79013,9.6451416015625
RSLMD,λ<=log n,8192,0,76511,9.3397216796875
RSLMD,λ<=log n,8192,0,85797,10.4732666015625
RSLMD,λ<=log n,8192,0,92333,11.2711181640625
RSLMD,λ<=log n,8192,0,92144,11.248046875
RSLMD,λ<=log n,8192,0,90164,11.00634765625
RSLMD,λ<=log n,8192,0,87255,10.6512451171875
RSLMD,λ<=log n,8192,0,87493,10.6802978515625
RSLMD,λ<=log n,8192,0,83710,10.218505859375
RSLMD,λ<=log n,8192,0,81862,9.992919921875
RSLMD,λ<=log n,8192,0,79893,9.7525634765625
RSLMD,λ<=log n,8192,0,88452,10.79736328125
RSLMD,λ<=log n,8192,0,85294,10.411865234375
RSLMD,λ<=log n,8192,0,82250,10.040283203125
RSLMD,λ<=log n,8192,0,86116,10.51220703125
RSLMD,λ<=log n,8192,0,81070,9.896240234375
RSLMD,λ<=log n,8192,0,91048,11.1142578125
RSLMD,λ<=log n,8192,0,78820,9.62158203125
RSLMD,λ<=log n,8192,0,82533,10.0748291015625
RSLMD,λ<=log n,8192,0,94181,11.4967041015625
RSLMD,λ<=log n,8192,0,83348,10.17431640625
RSLMD,λ<=log n,8192,0,86109,10.5113525390625
RSLMD,λ<=log n,8192,0,78525,9.5855712890625
RSLMD,λ<=log n,8192,0,83311,10.1697998046875
RSLMD,λ<=log n,8192,0,82274,10.043212890625
RSDID,λ<=log n,8192,0,82831,10.1112060546875
RSDID,λ<=log n,8192,0,90447,11.0408935546875
RSDID,λ<=log n,8192,0,89139,10.8812255859375
RSDID,λ<=log n,8192,0,95823,11.6971435546875
RSDID,λ<=log n,8192,0,89937,10.9786376953125
RSDID,λ<=log n,8192,0,91591,11.1805419921875
RSDID,λ<=log n,8192,0,91551,11.1756591796875
RSDID,λ<=log n,8192,0,82507,10.0716552734375
RSDID,λ<=log n,8192,0,84073,10.2628173828125
RSDID,λ<=log n,8192,0,86545,10.5645751953125
RSDID,λ<=log n,8192,0,89271,10.8973388671875
RSDID,λ<=log n,8192,0,89865,10.9698486328125
RSDID,λ<=log n,8192,0,85725,10.4644775390625
RSDID,λ<=log n,8192,0,80871,9.8719482421875
RSDID,λ<=log n,8192,0,89039,10.8690185546875
RSDID,λ<=log n,8192,0,91957,11.2252197265625
RSDID,λ<=log n,8192,0,82413,10.0601806640625
RSDID,λ<=log n,8192,0,89537,10.9298095703125
RSDID,λ<=log n,8192,0,88389,10.7896728515625
RSDID,λ<=log n,8192,0,88801,10.8399658203125
RSDID,λ<=log n,8192,0,88733,10.8316650390625
RSDID,λ<=log n,8192,0,87145,10.6378173828125
RSDID,λ<=log n,8192,0,92495,11.2908935546875
RSDID,λ<=log n,8192,0,88777,10.8370361328125
RSDID,λ<=log n,8192,0,87409,10.6700439453125
RSDID,λ<=log n,8192,0,84781,10.3492431640625
RSDID,λ<=log n,8192,0,89035,10.8685302734375
RSDID,λ<=log n,8192,0,92665,11.3116455078125
RSDID,λ<=log n,8192,0,83891,10.2406005859375
RSDID,λ<=log n,8192,0,91795,11.2054443359375
RSDID,λ<=log n,8192,0,89647,10.9432373046875
RSDID,λ<=log n,8192,0,89803,10.9622802734375
RSDID,λ<=log n,8192,0,102175,12.4725341796875
RSDID,λ<=log n,8192,0,98089,11.9737548828125
RSDID,λ<=log n,8192,0,87721,10.7081298828125
RSDID,λ<=log n,8192,0,95413,11.6470947265625
RSDID,λ<=log n,8192,0,88589,10.8140869140625
RSDID,λ<=log n,8192,0,92723,11.3187255859375
RSDID,λ<=log n,8192,0,92279,11.2645263671875
RSDID,λ<=log n,8192,0,100321,12.2462158203125
RSDID,λ<=log n,8192,0,102827,12.5521240234375
RSDID,λ<=log n,8192,0,83025,10.1348876953125
RSDID,λ<=log n,8192,0,99363,12.1292724609375
RSDID,λ<=log n,8192,0,99667,12.1663818359375
RSDID,λ<=log n,8192,0,95331,11.6370849609375
RSDID,λ<=log n,8192,0,94897,11.5841064453125
RSDID,λ<=log n,8192,0,84703,10.3397216796875
RSDID,λ<=log n,8192,0,106835,13.0413818359375
RSDID,λ<=log n,8192,0,88763,10.8353271484375
RSDID,λ<=log n,8192,0,83909,10.2427978515625
RSDID,λ<=log n,8192,0,85953,10.4923095703125
RSDID,λ<=log n,8192,0,89855,10.9686279296875
RSDID,λ<=log n,8192,0,94173,11.4957275390625
RSDID,λ<=log n,8192,0,86351,10.5408935546875
RSDID,λ<=log n,8192,0,84677,10.3365478515625
RSDID,λ<=log n,8192,0,81987,10.0081787109375
RSDID,λ<=log n,8192,0,103345,12.6153564453125
RSDID,λ<=log n,8192,0,81769,9.9815673828125
RSDID,λ<=log n,8192,0,83999,10.2537841796875
RSDID,λ<=log n,8192,0,86345,10.5401611328125
RSDID,λ<=log n,8192,0,89343,10.9061279296875
RSDID,λ<=log n,8192,0,100669,12.2886962890625
RSDID,λ<=log n,8192,0,87329,10.6602783203125
RSDID,λ<=log n,8192,0,92791,11.3270263671875
RSDID,λ<=log n,8192,0,76831,9.3787841796875
RSDID,λ<=log n,8192,0,87135,10.6365966796875
RSDID,λ<=log n,8192,0,95257,11.6280517578125
RSDID,λ<=log n,8192,0,88645,10.8209228515625
RSDID,λ<=log n,8192,0,79501,9.7047119140625
RSDID,λ<=log n,8192,0,86955,10.6146240234375
RSDID,λ<=log n,8192,0,82603,10.0833740234375
RSDID,λ<=log n,8192,0,92403,11.2796630859375
RSDID,λ<=log n,8192,0,92533,11.2955322265625
RSDID,λ<=log n,8192,0,89275,10.8978271484375
RSDID,λ<=log n,8192,0,88965,10.8599853515625
RSDID,λ<=log n,8192,0,87885,10.7281494140625
RSDID,λ<=log n,8192,0,88767,10.8358154296875
RSDID,λ<=log n,8192,0,103149,12.5914306640625
RSDID,λ<=log n,8192,0,88307,10.7796630859375
RSDID,λ<=log n,8192,0,91259,11.1400146484375
RSDID,λ<=log n,8192,0,92585,11.3018798828125
RSDID,λ<=log n,8192,0,88051,10.7484130859375
RSDID,λ<=log n,8192,0,100221,12.2340087890625
RSDID,λ<=log n,8192,0,91335,11.1492919921875
RSDID,λ<=log n,8192,0,104827,12.7962646484375
RSDID,λ<=log n,8192,0,100559,12.2752685546875
RSDID,λ<=log n,8192,0,85619,10.4515380859375
RSDID,λ<=log n,8192,0,86455,10.5535888671875
RSDID,λ<=log n,8192,0,88121,10.7569580078125
RSDID,λ<=log n,8192,0,91079,11.1180419921875
RSDID,λ<=log n,8192,0,93041,11.3575439453125
RSDID,λ<=log n,8192,0,88949,10.8580322265625
RSDID,λ<=log n,8192,0,97681,11.9239501953125
RSDID,λ<=log n,8192,0,93733,11.4420166015625
RSDID,λ<=log n,8192,0,87929,10.7335205078125
RSDID,λ<=log n,8192,0,89541,10.9302978515625
RSDID,λ<=log n,8192,0,87207,10.6453857421875
RSDID,λ<=log n,8192,0,95621,11.6724853515625
RSDID,λ<=log n,8192,0,83901,10.2418212890625
RRDID,λ<=log n,8192,0,78445,9.5758056640625
RRDID,λ<=log n,8192,0,68179,8.3226318359375
RRDID,λ<=log n,8192,0,66105,8.0694580078125
RRDID,λ<=log n,8192,0,72239,8.8182373046875
RRDID,λ<=log n,8192,0,70517,8.6080322265625
RRDID,λ<=log n,8192,0,68003,8.3011474609375
RRDID,λ<=log n,8192,0,70809,8.6436767578125
RRDID,λ<=log n,8192,0,70229,8.5728759765625
RRDID,λ<=log n,8192,0,81555,9.9554443359375
RRDID,λ<=log n,8192,0,73413,8.9615478515625
RRDID,λ<=log n,8192,0,73311,8.9490966796875
RRDID,λ<=log n,8192,0,74231,9.0614013671875
RRDID,λ<=log n,8192,0,73681,8.9942626953125
RRDID,λ<=log n,8192,0,74009,9.0343017578125
RRDID,λ<=log n,8192,0,73277,8.9449462890625
RRDID,λ<=log n,8192,0,71365,8.7115478515625
RRDID,λ<=log n,8192,0,66525,8.1207275390625
RRDID,λ<=log n,8192,0,65327,7.9744873046875
RRDID,λ<=log n,8192,0,73733,9.0006103515625
RRDID,λ<=log n,8192,0,70567,8.6141357421875
RRDID,λ<=log n,8192,0,72683,8.8724365234375
RRDID,λ<=log n,8192,0,69819,8.5228271484375
RRDID,λ<=log n,8192,0,78083,9.5316162109375
RRDID,λ<=log n,8192,0,69507,8.4847412109375
RRDID,λ<=log n,8192,0,68617,8.3760986328125
RRDID,λ<=log n,8192,0,76187,9.3001708984375
RRDID,λ<=log n,8192,0,73667,8.9925537109375
RRDID,λ<=log n,8192,0,73663,8.9920654296875
RRDID,λ<=log n,8192,0,75175,9.1766357421875
RRDID,λ<=log n,8192,0,66347,8.0989990234375
RRDID,λ<=log n,8192,0,67861,8.2838134765625
RRDID,λ<=log n,8192,0,70895,8.6541748046875
RRDID,λ<=log n,8192,0,76267,9.3099365234375
RRDID,λ<=log n,8192,0,69299,8.4593505859375
RRDID,λ<=log n,8192,0,75817,9.2550048828125
RRDID,λ<=log n,8192,0,68813,8.4000244140625
RRDID,λ<=log n,8192,0,69445,8.4771728515625
RRDID,λ<=log n,8192,0,71767,8.7606201171875
RRDID,λ<=log n,8192,0,76615,9.3524169921875
RRDID,λ<=log n,8192,0,74163,9.0531005859375
RRDID,λ<=log n,8192,0,67161,8.1983642578125
RRDID,λ<=log n,8192,0,75761,9.2481689453125
RRDID,λ<=log n,8192,0,73397,8.9595947265625
RRDID,λ<=log n,8192,0,72787,8.8851318359375
RRDID,λ<=log n,8192,0,75815,9.2547607421875
RRDID,λ<=log n,8192,0,69397,8.4713134765625
RRDID,λ<=log n,8192,0,78811,9.6204833984375
RRDID,λ<=log n,8192,0,70715,8.6322021484375
RRDID,λ<=log n,8192,0,76931,9.3909912109375
RRDID,λ<=log n,8192,0,72897,8.8985595703125
RRDID,λ<=log n,8192,0,69281,8.4571533203125
RRDID,λ<=log n,8192,0,67689,8.2628173828125
RRDID,λ<=log n,8192,0,70621,8.6207275390625
RRDID,λ<=log n,8192,0,72981,8.9088134765625
RRDID,λ<=log n,8192,0,69437,8.4761962890625
RRDID,λ<=log n,8192,0,79029,9.6470947265625
RRDID,λ<=log n,8192,0,77247,9.4295654296875
RRDID,λ<=log n,8192,0,77117,9.4136962890625
RRDID,λ<=log n,8192,0,73387,8.9583740234375
RRDID,λ<=log n,8192,0,77555,9.4671630859375
RRDID,λ<=log n,8192,0,75567,9.2244873046875
RRDID,λ<=log n,8192,0,76775,9.3719482421875
RRDID,λ<=log n,8192,0,77179,9.4212646484375
RRDID,λ<=log n,8192,0,69863,8.5281982421875
RRDID,λ<=log n,8192,0,71781,8.7623291015625
RRDID,λ<=log n,8192,0,66147,8.0745849609375
RRDID,λ<=log n,8192,0,69487,8.4822998046875
RRDID,λ<=log n,8192,0,70981,8.6646728515625
RRDID,λ<=log n,8192,0,70031,8.5487060546875
RRDID,λ<=log n,8192,0,73529,8.9757080078125
RRDID,λ<=log n,8192,0,65359,7.9783935546875
RRDID,λ<=log n,8192,0,73827,9.0120849609375
RRDID,λ<=log n,8192,0,69265,8.4552001953125
RRDID,λ<=log n,8192,0,67499,8.2396240234375
RRDID,λ<=log n,8192,0,72557,8.8570556640625
RRDID,λ<=log n,8192,0,75259,9.1868896484375
RRDID,λ<=log n,8192,0,68521,8.3643798828125
RRDID,λ<=log n,8192,0,67301,8.2154541015625
RRDID,λ<=log n,8192,0,75491,9.2152099609375
RRDID,λ<=log n,8192,0,75231,9.1834716796875
RRDID,λ<=log n,8192,0,66939,8.1712646484375
RRDID,λ<=log n,8192,0,66973,8.1754150390625
RRDID,λ<=log n,8192,0,69225,8.4503173828125
RRDID,λ<=log n,8192,0,74189,9.0562744140625
RRDID,λ<=log n,8192,0,70749,8.6363525390625
RRDID,λ<=log n,8192,0,66421,8.1080322265625
RRDID,λ<=log n,8192,0,68891,8.4095458984375
RRDID,λ<=log n,8192,0,78259,9.5531005859375
RRDID,λ<=log n,8192,0,65803,8.0325927734375
RRDID,λ<=log n,8192,0,70061,8.5523681640625
RRDID,λ<=log n,8192,0,84741,10.3443603515625
RRDID,λ<=log n,8192,0,70585,8.6163330078125
RRDID,λ<=log n,8192,0,77799,9.4969482421875
RRDID,λ<=log n,8192,0,78007,9.5223388671875
RRDID,λ<=log n,8192,0,69695,8.5076904296875
RRDID,λ<=log n,8192,0,72715,8.8763427734375
RRDID,λ<=log n,8192,0,70319,8.5838623046875
RRDID,λ<=log n,8192,0,70559,8.6131591796875
RRDID,λ<=log n,8192,0,77411,9.4495849609375
RRDID,λ<=log n,8192,0,71177,8.6885986328125
RHDID,λ<=log n,8192,0,66651,8.1361083984375
RHDID,λ<=log n,8192,0,64659,7.8929443359375
RHDID,λ<=log n,8192,0,68277,8.3345947265625
RHDID,λ<=log n,8192,0,69867,8.5286865234375
RHDID,λ<=log n,8192,0,64581,7.8834228515625
RHDID,λ<=log n,8192,0,64255,7.8436279296875
RHDID,λ<=log n,8192,0,67605,8.2525634765625
RHDID,λ<=log n,8192,0,67023,8.1815185546875
RHDID,λ<=log n,8192,0,69219,8.4495849609375
RHDID,λ<=log n,8192,0,62977,7.6876220703125
RHDID,λ<=log n,8192,0,65149,7.9527587890625
RHDID,λ<=log n,8192,0,65965,8.0523681640625
RHDID,λ<=log n,8192,0,63729,7.7794189453125
RHDID,λ<=log n,8192,0,72565,8.8580322265625
RHDID,λ<=log n,8192,0,67523,8.2425537109375
RHDID,λ<=log n,8192,0,68041,8.3057861328125
RHDID,λ<=log n,8192,0,63557,7.7584228515625
RHDID,λ<=log n,8192,0,71517,8.7301025390625
RHDID,λ<=log n,8192,0,66263,8.0887451171875
RHDID,λ<=log n,8192,0,62247,7.5985107421875
RHDID,λ<=log n,8192,0,68137,8.3175048828125
RHDID,λ<=log n,8192,0,68287,8.3358154296875
RHDID,λ<=log n,8192,0,62647,7.6473388671875
RHDID,λ<=log n,8192,0,65637,8.0123291015625
RHDID,λ<=log n,8192,0,67465,8.2354736328125
RHDID,λ<=log n,8192,0,61203,7.4710693359375
RHDID,λ<=log n,8192,0,66605,8.1304931640625
RHDID,λ<=log n,8192,0,62639,7.6463623046875
RHDID,λ<=log n,8192,0,67513,8.2413330078125
RHDID,λ<=log n,8192,0,68941,8.4156494140625
RHDID,λ<=log n,8192,0,76445,9.3316650390625
RHDID,λ<=log n,8192,0,65177,7.9561767578125
RHDID,λ<=log n,8192,0,65271,7.9676513671875
RHDID,λ<=log n,8192,0,65837,8.0367431640625
RHDID,λ<=log n,8192,0,68075,8.3099365234375
RHDID,λ<=log n,8192,0,64411,7.8626708984375
RHDID,λ<=log n,8192,0,64071,7.8211669921875
RHDID,λ<=log n,8192,0,61119,7.4608154296875
RHDID,λ<=log n,8192,0,64515,7.8753662109375
RHDID,λ<=log n,8192,0,66125,8.0718994140625
RHDID,λ<=log n,8192,0,66779,8.1517333984375
RHDID,λ<=log n,8192,0,67567,8.2479248046875
RHDID,λ<=log n,8192,0,66389,8.1041259765625
RHDID,λ<=log n,8192,0,67817,8.2784423828125
RHDID,λ<=log n,8192,0,69425,8.4747314453125
RHDID,λ<=log n,8192,0,65555,8.0023193359375
RHDID,λ<=log n,8192,0,62045,7.5738525390625
RHDID,λ<=log n,8192,0,65805,8.0328369140625
RHDID,λ<=log n,8192,0,69835,8.5247802734375
RHDID,λ<=log n,8192,0,73207,8.9364013671875
RHDID,λ<=log n,8192,0,63453,7.7457275390625
RHDID,λ<=log n,8192,0,64907,7.9232177734375
RHDID,λ<=log n,8192,0,66599,8.1297607421875
RHDID,λ<=log n,8192,0,66413,8.1070556640625
RHDID,λ<=log n,8192,0,64145,7.8302001953125
RHDID,λ<=log n,8192,0,63009,7.6915283203125
RHDID,λ<=log n,8192,0,66789,8.1529541015625
RHDID,λ<=log n,8192,0,64287,7.8475341796875
RHDID,λ<=log n,8192,0,66297,8.0928955078125
RHDID,λ<=log n,8192,0,65817,8.0343017578125
RHDID,λ<=log n,8192,0,64375,7.8582763671875
RHDID,λ<=log n,8192,0,66787,8.1527099609375
RHDID,λ<=log n,8192,0,63155,7.7093505859375
RHDID,λ<=log n,8192,0,62579,7.6390380859375
RHDID,λ<=log n,8192,0,62003,7.5687255859375
RHDID,λ<=log n,8192,0,64441,7.8663330078125
RHDID,λ<=log n,8192,0,64803,7.9105224609375
RHDID,λ<=log n,8192,0,66707,8.1429443359375
RHDID,λ<=log n,8192,0,71635,8.7445068359375
RHDID,λ<=log n,8192,0,66145,8.0743408203125
RHDID,λ<=log n,8192,0,65999,8.0565185546875
RHDID,λ<=log n,8192,0,63069,7.6988525390625
RHDID,λ<=log n,8192,0,66129,8.0723876953125
RHDID,λ<=log n,8192,0,69291,8.4583740234375
RHDID,λ<=log n,8192,0,63987,7.8109130859375
RHDID,λ<=log n,8192,0,61805,7.5445556640625
RHDID,λ<=log n,8192,0,64225,7.8399658203125
RHDID,λ<=log n,8192,0,63217,7.7169189453125
RHDID,λ<=log n,8192,0,68209,8.3262939453125
RHDID,λ<=log n,8192,0,68677,8.3834228515625
RHDID,λ<=log n,8192,0,65189,7.9576416015625
RHDID,λ<=log n,8192,0,68465,8.3575439453125
RHDID,λ<=log n,8192,0,67821,8.2789306640625
RHDID,λ<=log n,8192,0,63807,7.7889404296875
RHDID,λ<=log n,8192,0,63443,7.7445068359375
RHDID,λ<=log n,8192,0,64219,7.8392333984375
RHDID,λ<=log n,8192,0,68335,8.3416748046875
RHDID,λ<=log n,8192,0,61391,7.4940185546875
RHDID,λ<=log n,8192,0,64801,7.9102783203125
RHDID,λ<=log n,8192,0,68517,8.3638916015625
RHDID,λ<=log n,8192,0,67333,8.2193603515625
RHDID,λ<=log n,8192,0,63883,7.7982177734375
RHDID,λ<=log n,8192,0,68479,8.3592529296875
RHDID,λ<=log n,8192,0,63773,7.7847900390625
RHDID,λ<=log n,8192,0,64237,7.8414306640625
RHDID,λ<=log n,8192,0,68903,8.4110107421875
RHDID,λ<=log n,8192,0,66593,8.1290283203125
RHDID,λ<=log n,8192,0,67339,8.2200927734375
RHLID,λ<=log n,8192,0,76037,9.2818603515625
RHLID,λ<=log n,8192,0,69323,8.4622802734375
RHLID,λ<=log n,8192,0,72385,8.8360595703125
RHLID,λ<=log n,8192,0,69199,8.4471435546875
RHLID,λ<=log n,8192,0,67785,8.2745361328125
RHLID,λ<=log n,8192,0,82245,10.0396728515625
RHLID,λ<=log n,8192,0,69859,8.5277099609375
RHLID,λ<=log n,8192,0,68155,8.3197021484375
RHLID,λ<=log n,8192,0,72067,8.7972412109375
RHLID,λ<=log n,8192,0,68551,8.3680419921875
RHLID,λ<=log n,8192,0,66037,8.0611572265625
RHLID,λ<=log n,8192,0,72649,8.8682861328125
RHLID,λ<=log n,8192,0,66873,8.1632080078125
RHLID,λ<=log n,8192,0,64311,7.8504638671875
RHLID,λ<=log n,8192,0,70177,8.5665283203125
RHLID,λ<=log n,8192,0,70977,8.6641845703125
RHLID,λ<=log n,8192,0,69661,8.5035400390625
RHLID,λ<=log n,8192,0,69897,8.5323486328125
RHLID,λ<=log n,8192,0,72189,8.8121337890625
RHLID,λ<=log n,8192,0,66493,8.1168212890625
RHLID,λ<=log n,8192,0,74109,9.0465087890625
RHLID,λ<=log n,8192,0,65713,8.0216064453125
RHLID,λ<=log n,8192,0,72335,8.8299560546875
RHLID,λ<=log n,8192,0,76947,9.3929443359375
RHLID,λ<=log n,8192,0,82203,10.0345458984375
RHLID,λ<=log n,8192,0,74577,9.1036376953125
RHLID,λ<=log n,8192,0,70081,8.5548095703125
RHLID,λ<=log n,8192,0,75999,9.2772216796875
RHLID,λ<=log n,8192,0,69989,8.5435791015625
RHLID,λ<=log n,8192,0,67745,8.2696533203125
RHLID,λ<=log n,8192,0,67799,8.2762451171875
RHLID,λ<=log n,8192,0,67609,8.2530517578125
RHLID,λ<=log n,8192,0,71927,8.7801513671875
RHLID,λ<=log n,8192,0,67815,8.2781982421875
RHLID,λ<=log n,8192,0,78455,9.5770263671875
RHLID,λ<=log n,8192,0,66227,8.0843505859375
RHLID,λ<=log n,8192,0,72455,8.8446044921875
RHLID,λ<=log n,8192,0,69431,8.4754638671875
RHLID,λ<=log n,8192,0,65593,8.0069580078125
RHLID,λ<=log n,8192,0,66143,8.0740966796875
RHLID,λ<=log n,8192,0,71031,8.6707763671875
RHLID,λ<=log n,8192,0,67813,8.2779541015625
RHLID,λ<=log n,8192,0,69997,8.5445556640625
RHLID,λ<=log n,8192,0,69221,8.4498291015625
RHLID,λ<=log n,8192,0,66607,8.1307373046875
RHLID,λ<=log n,8192,0,70233,8.5733642578125
RHLID,λ<=log n,8192,0,67881,8.2862548828125
RHLID,λ<=log n,8192,0,69851,8.5267333984375
RHLID,λ<=log n,8192,0,79613,9.7183837890625
RHLID,λ<=log n,8192,0,66883,8.1644287109375
RHLID,λ<=log n,8192,0,69931,8.5364990234375
RHLID,λ<=log n,8192,0,70479,8.6033935546875
RHLID,λ<=log n,8192,0,69485,8.4820556640625
RHLID,λ<=log n,8192,0,66787,8.1527099609375
RHLID,λ<=log n,8192,0,76335,9.3182373046875
RHLID,λ<=log n,8192,0,65617,8.0098876953125
RHLID,λ<=log n,8192,0,71159,8.6864013671875
RHLID,λ<=log n,8192,0,67735,8.2684326171875
RHLID,λ<=log n,8192,0,69529,8.4874267578125
RHLID,λ<=log n,8192,0,68065,8.3087158203125
RHLID,λ<=log n,8192,0,72075,8.7982177734375
RHLID,λ<=log n,8192,0,68263,8.3328857421875
RHLID,λ<=log n,8192,0,74075,9.0423583984375
RHLID,λ<=log n,8192,0,67803,8.2767333984375
RHLID,λ<=log n,8192,0,71029,8.6705322265625
RHLID,λ<=log n,8192,0,70537,8.6104736328125
RHLID,λ<=log n,8192,0,70775,8.6395263671875
RHLID,λ<=log n,8192,0,69421,8.4742431640625
RHLID,λ<=log n,8192,0,68151,8.3192138671875
RHLID,λ<=log n,8192,0,66685,8.1402587890625
RHLID,λ<=log n,8192,0,69131,8.4388427734375
RHLID,λ<=log n,8192,0,70771,8.6390380859375
RHLID,λ<=log n,8192,0,76937,9.3917236328125
RHLID,λ<=log n,8192,0,69105,8.4356689453125
RHLID,λ<=log n,8192,0,71899,8.7767333984375
RHLID,λ<=log n,8192,0,65141,7.9517822265625
RHLID,λ<=log n,8192,0,64429,7.8648681640625
RHLID,λ<=log n,8192,0,72061,8.7965087890625
RHLID,λ<=log n,8192,0,77283,9.4339599609375
RHLID,λ<=log n,8192,0,76407,9.3270263671875
RHLID,λ<=log n,8192,0,74187,9.0560302734375
RHLID,λ<=log n,8192,0,75799,9.2528076171875
RHLID,λ<=log n,8192,0,64605,7.8863525390625
RHLID,λ<=log n,8192,0,68891,8.4095458984375
RHLID,λ<=log n,8192,0,67031,8.1824951171875
RHLID,λ<=log n,8192,0,68429,8.3531494140625
RHLID,λ<=log n,8192,0,67335,8.2196044921875
RHLID,λ<=log n,8192,0,68125,8.3160400390625
RHLID,λ<=log n,8192,0,67933,8.2926025390625
RHLID,λ<=log n,8192,0,70069,8.5533447265625
RHLID,λ<=log n,8192,0,66559,8.1248779296875
RHLID,λ<=log n,8192,0,67493,8.2388916015625
RHLID,λ<=log n,8192,0,77339,9.4407958984375
RHLID,λ<=log n,8192,0,67863,8.2840576171875
RHLID,λ<=log n,8192,0,70559,8.6131591796875
RHLID,λ<=log n,8192,0,71217,8.6934814453125
RHLID,λ<=log n,8192,0,71609,8.7413330078125
RRLID,λ<=log n,8192,0,74311,9.0711669921875
RRLID,λ<=log n,8192,0,79115,9.6575927734375
RRLID,λ<=log n,8192,0,77179,9.4212646484375
RRLID,λ<=log n,8192,0,82215,10.0360107421875
RRLID,λ<=log n,8192,0,76099,9.2894287109375
RRLID,λ<=log n,8192,0,73191,8.9344482421875
RRLID,λ<=log n,8192,0,72727,8.8778076171875
RRLID,λ<=log n,8192,0,70421,8.5963134765625
RRLID,λ<=log n,8192,0,85989,10.4967041015625
RRLID,λ<=log n,8192,0,68419,8.3519287109375
RRLID,λ<=log n,8192,0,68899,8.4105224609375
RRLID,λ<=log n,8192,0,68767,8.3944091796875
RRLID,λ<=log n,8192,0,73019,8.9134521484375
RRLID,λ<=log n,8192,0,72257,8.8204345703125
RRLID,λ<=log n,8192,0,70439,8.5985107421875
RRLID,λ<=log n,8192,0,89215,10.8905029296875
RRLID,λ<=log n,8192,0,78947,9.6370849609375
RRLID,λ<=log n,8192,0,77463,9.4559326171875
RRLID,λ<=log n,8192,0,76655,9.3572998046875
RRLID,λ<=log n,8192,0,77227,9.4271240234375
RRLID,λ<=log n,8192,0,78281,9.5557861328125
RRLID,λ<=log n,8192,0,71145,8.6846923828125
RRLID,λ<=log n,8192,0,80497,9.8262939453125
RRLID,λ<=log n,8192,0,71669,8.7486572265625
RRLID,λ<=log n,8192,0,75141,9.1724853515625
RRLID,λ<=log n,8192,0,80443,9.8197021484375
RRLID,λ<=log n,8192,0,71055,8.6737060546875
RRLID,λ<=log n,8192,0,67873,8.2852783203125
RRLID,λ<=log n,8192,0,72479,8.8475341796875
RRLID,λ<=log n,8192,0,77573,9.4693603515625
RRLID,λ<=log n,8192,0,72027,8.7923583984375
RRLID,λ<=log n,8192,0,76749,9.3687744140625
RRLID,λ<=log n,8192,0,74489,9.0928955078125
RRLID,λ<=log n,8192,0,74175,9.0545654296875
RRLID,λ<=log n,8192,0,77583,9.4705810546875
RRLID,λ<=log n,8192,0,85585,10.4473876953125
RRLID,λ<=log n,8192,0,71479,8.7254638671875
RRLID,λ<=log n,8192,0,78583,9.5926513671875
RRLID,λ<=log n,8192,0,82865,10.1153564453125
RRLID,λ<=log n,8192,0,76137,9.2940673828125
RRLID,λ<=log n,8192,0,70875,8.6517333984375
RRLID,λ<=log n,8192,0,73817,9.0108642578125
RRLID,λ<=log n,8192,0,75319,9.1942138671875
RRLID,λ<=log n,8192,0,79051,9.6497802734375
RRLID,λ<=log n,8192,0,78641,9.5997314453125
RRLID,λ<=log n,8192,0,73067,8.9193115234375
RRLID,λ<=log n,8192,0,73685,8.9947509765625
RRLID,λ<=log n,8192,0,75891,9.2640380859375
RRLID,λ<=log n,8192,0,73585,8.9825439453125
RRLID,λ<=log n,8192,0,71537,8.7325439453125
RRLID,λ<=log n,8192,0,83763,10.2249755859375
RRLID,λ<=log n,8192,0,76515,9.3402099609375
RRLID,λ<=log n,8192,0,69425,8.4747314453125
RRLID,λ<=log n,8192,0,76451,9.3323974609375
RRLID,λ<=log n,8192,0,77877,9.5064697265625
RRLID,λ<=log n,8192,0,85589,10.4478759765625
RRLID,λ<=log n,8192,0,75409,9.2052001953125
RRLID,λ<=log n,8192,0,73605,8.9849853515625
RRLID,λ<=log n,8192,0,75349,9.1978759765625
RRLID,λ<=log n,8192,0,73157,8.9302978515625
RRLID,λ<=log n,8192,0,73967,9.0291748046875
RRLID,λ<=log n,8192,0,69471,8.4803466796875
RRLID,λ<=log n,8192,0,78349,9.5640869140625
RRLID,λ<=log n,8192,0,71535,8.7322998046875
RRLID,λ<=log n,8192,0,71727,8.7557373046875
RRLID,λ<=log n,8192,0,79363,9.6878662109375
RRLID,λ<=log n,8192,0,82175,10.0311279296875
RRLID,λ<=log n,8192,0,77553,9.4669189453125
RRLID,λ<=log n,8192,0,74555,9.1009521484375
RRLID,λ<=log n,8192,0,76141,9.2945556640625
RRLID,λ<=log n,8192,0,77289,9.4346923828125
RRLID,λ<=log n,8192,0,73505,8.9727783203125
RRLID,λ<=log n,8192,0,82903,10.1199951171875
RRLID,λ<=log n,8192,0,72009,8.7901611328125
RRLID,λ<=log n,8192,0,77597,9.4722900390625
RRLID,λ<=log n,8192,0,78197,9.5455322265625
RRLID,λ<=log n,8192,0,70413,8.5953369140625
RRLID,λ<=log n,8192,0,74093,9.0445556640625
RRLID,λ<=log n,8192,0,71719,8.7547607421875
RRLID,λ<=log n,8192,0,74431,9.0858154296875
RRLID,λ<=log n,8192,0,76491,9.3372802734375
RRLID,λ<=log n,8192,0,79295,9.6795654296875
RRLID,λ<=log n,8192,0,87117,10.6343994140625
RRLID,λ<=log n,8192,0,72555,8.8568115234375
RRLID,λ<=log n,8192,0,75109,9.1685791015625
RRLID,λ<=log n,8192,0,69975,8.5418701171875
RRLID,λ<=log n,8192,0,71579,8.7376708984375
RRLID,λ<=log n,8192,0,73275,8.9447021484375
RRLID,λ<=log n,8192,0,82425,10.0616455078125
RRLID,λ<=log n,8192,0,67779,8.2738037109375
RRLID,λ<=log n,8192,0,78813,9.6207275390625
RRLID,λ<=log n,8192,0,75421,9.2066650390625
RRLID,λ<=log n,8192,0,80393,9.8135986328125
RRLID,λ<=log n,8192,0,70923,8.6575927734375
RRLID,λ<=log n,8192,0,77089,9.4102783203125
RRLID,λ<=log n,8192,0,72903,8.8992919921875
RRLID,λ<=log n,8192,0,71339,8.7083740234375
RRLID,λ<=log n,8192,0,73855,9.0155029296875
RRLID,λ<=log n,8192,0,72919,8.9012451171875
RRLID,λ<=log n,8192,0,76845,9.3804931640625
RSLID,λ<=log n,8192,0,93317,11.3912353515625
RSLID,λ<=log n,8192,0,87077,10.6295166015625
RSLID,λ<=log n,8192,0,138649,16.9249267578125
RSLID,λ<=log n,8192,0,87513,10.6827392578125
RSLID,λ<=log n,8192,0,96003,11.7191162109375
RSLID,λ<=log n,8192,0,94257,11.5059814453125
RSLID,λ<=log n,8192,0,92993,11.3516845703125
RSLID,λ<=log n,8192,0,95897,11.7061767578125
RSLID,λ<=log n,8192,0,93969,11.4708251953125
RSLID,λ<=log n,8192,0,92839,11.3328857421875
RSLID,λ<=log n,8192,0,100451,12.2620849609375
RSLID,λ<=log n,8192,0,114053,13.9224853515625
RSLID,λ<=log n,8192,0,90795,11.0833740234375
RSLID,λ<=log n,8192,0,103355,12.6165771484375
RSLID,λ<=log n,8192,0,88451,10.7972412109375
RSLID,λ<=log n,8192,0,94117,11.4888916015625
RSLID,λ<=log n,8192,0,104301,12.7320556640625
RSLID,λ<=log n,8192,0,99885,12.1929931640625
RSLID,λ<=log n,8192,0,91635,11.1859130859375
RSLID,λ<=log n,8192,0,90759,11.0789794921875
RSLID,λ<=log n,8192,0,95633,11.6739501953125
RSLID,λ<=log n,8192,0,90475,11.0443115234375
RSLID,λ<=log n,8192,0,90699,11.0716552734375
RSLID,λ<=log n,8192,0,95955,11.7132568359375
RSLID,λ<=log n,8192,0,94705,11.5606689453125
RSLID,λ<=log n,8192,0,99203,12.1097412109375
RSLID,λ<=log n,8192,0,92393,11.2784423828125
RSLID,λ<=log n,8192,0,101767,12.4227294921875
RSLID,λ<=log n,8192,0,85307,10.4134521484375
RSLID,λ<=log n,8192,0,87437,10.6734619140625
RSLID,λ<=log n,8192,0,88769,10.8360595703125
RSLID,λ<=log n,8192,0,89845,10.9674072265625
RSLID,λ<=log n,8192,0,88513,10.8048095703125
RSLID,λ<=log n,8192,0,92265,11.2628173828125
RSLID,λ<=log n,8192,0,117479,14.3406982421875
RSLID,λ<=log n,8192,0,106893,13.0484619140625
RSLID,λ<=log n,8192,0,94683,11.5579833984375
RSLID,λ<=log n,8192,0,122551,14.9598388671875
RSLID,λ<=log n,8192,0,96527,11.7830810546875
RSLID,λ<=log n,8192,0,95929,11.7100830078125
RSLID,λ<=log n,8192,0,96777,11.8135986328125
RSLID,λ<=log n,8192,0,90881,11.0938720703125
RSLID,λ<=log n,8192,0,100087,12.2176513671875
RSLID,λ<=log n,8192,0,99481,12.1436767578125
RSLID,λ<=log n,8192,0,97653,11.9205322265625
RSLID,λ<=log n,8192,0,100283,12.2415771484375
RSLID,λ<=log n,8192,0,90049,10.9923095703125
RSLID,λ<=log n,8192,0,91383,11.1551513671875
RSLID,λ<=log n,8192,0,89597,10.9371337890625
RSLID,λ<=log n,8192,0,88393,10.7901611328125
RSLID,λ<=log n,8192,0,97957,11.9576416015625
RSLID,λ<=log n,8192,0,102019,12.4534912109375
RSLID,λ<=log n,8192,0,87355,10.6634521484375
RSLID,λ<=log n,8192,0,93807,11.4510498046875
RSLID,λ<=log n,8192,0,94113,11.4884033203125
RSLID,λ<=log n,8192,0,92991,11.3514404296875
RSLID,λ<=log n,8192,0,99223,12.1121826171875
RSLID,λ<=log n,8192,0,97553,11.9083251953125
RSLID,λ<=log n,8192,0,92381,11.2769775390625
RSLID,λ<=log n,8192,0,93883,11.4603271484375
RSLID,λ<=log n,8192,0,112615,13.7469482421875
RSLID,λ<=log n,8192,0,88581,10.8131103515625
RSLID,λ<=log n,8192,0,96731,11.8079833984375
RSLID,λ<=log n,8192,0,92367,11.2752685546875
RSLID,λ<=log n,8192,0,91791,11.2049560546875
RSLID,λ<=log n,8192,0,99499,12.1458740234375
RSLID,λ<=log n,8192,0,93789,11.4488525390625
RSLID,λ<=log n,8192,0,91673,11.1905517578125
RSLID,λ<=log n,8192,0,93577,11.4229736328125
RSLID,λ<=log n,8192,0,99299,12.1214599609375
RSLID,λ<=log n,8192,0,96547,11.7855224609375
RSLID,λ<=log n,8192,0,108609,13.2579345703125
RSLID,λ<=log n,8192,0,100105,12.2198486328125
RSLID,λ<=log n,8192,0,96993,11.8399658203125
RSLID,λ<=log n,8192,0,89883,10.9720458984375
RSLID,λ<=log n,8192,0,95325,11.6363525390625
RSLID,λ<=log n,8192,0,87635,10.6976318359375
RSLID,λ<=log n,8192,0,94151,11.4930419921875
RSLID,λ<=log n,8192,0,87093,10.6314697265625
RSLID,λ<=log n,8192,0,93709,11.4390869140625
RSLID,λ<=log n,8192,0,93631,11.4295654296875
RSLID,λ<=log n,8192,0,90381,11.0328369140625
RSLID,λ<=log n,8192,0,103425,12.6251220703125
RSLID,λ<=log n,8192,0,98583,12.0340576171875
RSLID,λ<=log n,8192,0,96515,11.7816162109375
RSLID,λ<=log n,8192,0,103373,12.6187744140625
RSLID,λ<=log n,8192,0,100519,12.2703857421875
RSLID,λ<=log n,8192,0,89887,10.9725341796875
RSLID,λ<=log n,8192,0,90789,11.0826416015625
RSLID,λ<=log n,8192,0,89903,10.9744873046875
RSLID,λ<=log n,8192,0,91097,11.1202392578125
RSLID,λ<=log n,8192,0,83893,10.2408447265625
RSLID,λ<=log n,8192,0,91683,11.1917724609375
RSLID,λ<=log n,8192,0,90499,11.0472412109375
RSLID,λ<=log n,8192,0,99233,12.1134033203125
RSLID,λ<=log n,8192,0,95083,11.6068115234375
RSLID,λ<=log n,8192,0,93733,11.4420166015625
RSLID,λ<=log n,8192,0,97697,11.9259033203125
RSLID,λ<=log n,8192,0,87817,10.7198486328125
RSDCU,λ<=log n,8192,0,66057,8.0635986328125
RSDCU,λ<=log n,8192,0,74321,9.0723876953125
RSDCU,λ<=log n,8192,0,64296,7.8486328125
RSDCU,λ<=log n,8192,0,67879,8.2860107421875
RSDCU,λ<=log n,8192,0,69187,8.4456787109375
RSDCU,λ<=log n,8192,0,81493,9.9478759765625
RSDCU,λ<=log n,8192,0,74761,9.1260986328125
RSDCU,λ<=log n,8192,0,74785,9.1290283203125
RSDCU,λ<=log n,8192,0,72214,8.815185546875
RSDCU,λ<=log n,8192,0,71431,8.7196044921875
RSDCU,λ<=log n,8192,0,72277,8.8228759765625
RSDCU,λ<=log n,8192,0,74554,9.100830078125
RSDCU,λ<=log n,8192,0,66894,8.165771484375
RSDCU,λ<=log n,8192,0,67514,8.241455078125
RSDCU,λ<=log n,8192,0,73036,8.91552734375
RSDCU,λ<=log n,8192,0,71692,8.75146484375
RSDCU,λ<=log n,8192,0,73095,8.9227294921875
RSDCU,λ<=log n,8192,0,83614,10.206787109375
RSDCU,λ<=log n,8192,0,67334,8.219482421875
RSDCU,λ<=log n,8192,0,74666,9.114501953125
RSDCU,λ<=log n,8192,0,73731,9.0003662109375
RSDCU,λ<=log n,8192,0,82918,10.121826171875
RSDCU,λ<=log n,8192,0,68033,8.3048095703125
RSDCU,λ<=log n,8192,0,71620,8.74267578125
RSDCU,λ<=log n,8192,0,79930,9.757080078125
RSDCU,λ<=log n,8192,0,64352,7.85546875
RSDCU,λ<=log n,8192,0,68929,8.4141845703125
RSDCU,λ<=log n,8192,0,77125,9.4146728515625
RSDCU,λ<=log n,8192,0,72332,8.82958984375
RSDCU,λ<=log n,8192,0,79404,9.69287109375
RSDCU,λ<=log n,8192,0,80233,9.7940673828125
RSDCU,λ<=log n,8192,0,68725,8.3892822265625
RSDCU,λ<=log n,8192,0,69666,8.504150390625
RSDCU,λ<=log n,8192,0,77108,9.41259765625
RSDCU,λ<=log n,8192,0,75668,9.23681640625
RSDCU,λ<=log n,8192,0,72712,8.8759765625
RSDCU,λ<=log n,8192,0,80099,9.7777099609375
RSDCU,λ<=log n,8192,0,84844,10.35693359375
RSDCU,λ<=log n,8192,0,69422,8.474365234375
RSDCU,λ<=log n,8192,0,67924,8.29150390625
RSDCU,λ<=log n,8192,0,74924,9.14599609375
RSDCU,λ<=log n,8192,0,71090,8.677978515625
RSDCU,λ<=log n,8192,0,89347,10.9066162109375
RSDCU,λ<=log n,8192,0,65675,8.0169677734375
RSDCU,λ<=log n,8192,0,73548,8.97802734375
RSDCU,λ<=log n,8192,0,70402,8.593994140625
RSDCU,λ<=log n,8192,0,67777,8.2735595703125
RSDCU,λ<=log n,8192,0,70986,8.665283203125
RSDCU,λ<=log n,8192,0,71494,8.727294921875
RSDCU,λ<=log n,8192,0,76793,9.3741455078125
RSDCU,λ<=log n,8192,0,76552,9.3447265625
RSDCU,λ<=log n,8192,0,67978,8.298095703125
RSDCU,λ<=log n,8192,0,79119,9.6580810546875
RSDCU,λ<=log n,8192,0,65816,8.0341796875
RSDCU,λ<=log n,8192,0,75449,9.2100830078125
RSDCU,λ<=log n,8192,0,68181,8.3228759765625
RSDCU,λ<=log n,8192,0,75384,9.2021484375
RSDCU,λ<=log n,8192,0,72899,8.8988037109375
RSDCU,λ<=log n,8192,0,69168,8.443359375
RSDCU,λ<=log n,8192,0,68760,8.3935546875
RSDCU,λ<=log n,8192,0,70261,8.5767822265625
RSDCU,λ<=log n,8192,0,67808,8.27734375
RSDCU,λ<=log n,8192,0,67076,8.18798828125
RSDCU,λ<=log n,8192,0,64823,7.9129638671875
RSDCU,λ<=log n,8192,0,77093,9.4107666015625
RSDCU,λ<=log n,8192,0,76988,9.39794921875
RSDCU,λ<=log n,8192,0,73584,8.982421875
RSDCU,λ<=log n,8192,0,75525,9.2193603515625
RSDCU,λ<=log n,8192,0,79773,9.7379150390625
RSDCU,λ<=log n,8192,0,64760,7.9052734375
RSDCU,λ<=log n,8192,0,70029,8.5484619140625
RSDCU,λ<=log n,8192,0,97806,11.939208984375
RSDCU,λ<=log n,8192,0,77421,9.4508056640625
RSDCU,λ<=log n,8192,0,76176,9.298828125
RSDCU,λ<=log n,8192,0,71923,8.7796630859375
RSDCU,λ<=log n,8192,0,70938,8.659423828125
RSDCU,λ<=log n,8192,0,63527,7.7547607421875
RSDCU,λ<=log n,8192,0,75736,9.2451171875
RSDCU,λ<=log n,8192,0,76282,9.311767578125
RSDCU,λ<=log n,8192,0,66502,8.117919921875
RSDCU,λ<=log n,8192,0,74235,9.0618896484375
RSDCU,λ<=log n,8192,0,74319,9.0721435546875
RSDCU,λ<=log n,8192,0,64953,7.9288330078125
RSDCU,λ<=log n,8192,0,68140,8.31787109375
RSDCU,λ<=log n,8192,0,73568,8.98046875
RSDCU,λ<=log n,8192,0,72398,8.837646484375
RSDCU,λ<=log n,8192,0,78057,9.5284423828125
RSDCU,λ<=log n,8192,0,73199,8.9354248046875
RSDCU,λ<=log n,8192,0,74058,9.040283203125
RSDCU,λ<=log n,8192,0,73016,8.9130859375
RSDCU,λ<=log n,8192,0,79450,9.698486328125
RSDCU,λ<=log n,8192,0,72661,8.8697509765625
RSDCU,λ<=log n,8192,0,72303,8.8260498046875
RSDCU,λ<=log n,8192,0,68200,8.3251953125
RSDCU,λ<=log n,8192,0,85810,10.474853515625
RSDCU,λ<=log n,8192,0,84242,10.283447265625
RSDCU,λ<=log n,8192,0,74168,9.0537109375
RSDCU,λ<=log n,8192,0,74290,9.068603515625
RSDCU,λ<=log n,8192,0,70474,8.602783203125
RSDCU,λ<=log n,8192,0,67230,8.206787109375
RRDCU,λ<=log n,8192,0,64958,7.929443359375
RRDCU,λ<=log n,8192,0,53322,6.509033203125
RRDCU,λ<=log n,8192,0,57269,6.9908447265625
RRDCU,λ<=log n,8192,0,54952,6.7080078125
RRDCU,λ<=log n,8192,0,62335,7.6092529296875
RRDCU,λ<=log n,8192,0,67454,8.234130859375
RRDCU,λ<=log n,8192,0,54488,6.6513671875
RRDCU,λ<=log n,8192,0,55850,6.817626953125
RRDCU,λ<=log n,8192,0,59920,7.314453125
RRDCU,λ<=log n,8192,0,59074,7.211181640625
RRDCU,λ<=log n,8192,0,56310,6.873779296875
RRDCU,λ<=log n,8192,0,59410,7.252197265625
RRDCU,λ<=log n,8192,0,67209,8.2042236328125
RRDCU,λ<=log n,8192,0,55574,6.783935546875
RRDCU,λ<=log n,8192,0,61180,7.46826171875
RRDCU,λ<=log n,8192,0,57156,6.97705078125
RRDCU,λ<=log n,8192,0,62251,7.5989990234375
RRDCU,λ<=log n,8192,0,56613,6.9107666015625
RRDCU,λ<=log n,8192,0,59559,7.2703857421875
RRDCU,λ<=log n,8192,0,55868,6.81982421875
RRDCU,λ<=log n,8192,0,55676,6.79638671875
RRDCU,λ<=log n,8192,0,54934,6.705810546875
RRDCU,λ<=log n,8192,0,64154,7.831298828125
RRDCU,λ<=log n,8192,0,67672,8.2607421875
RRDCU,λ<=log n,8192,0,53787,6.5657958984375
RRDCU,λ<=log n,8192,0,58220,7.10693359375
RRDCU,λ<=log n,8192,0,57763,7.0511474609375
RRDCU,λ<=log n,8192,0,55768,6.8076171875
RRDCU,λ<=log n,8192,0,54494,6.652099609375
RRDCU,λ<=log n,8192,0,57289,6.9932861328125
RRDCU,λ<=log n,8192,0,57949,7.0738525390625
RRDCU,λ<=log n,8192,0,57722,7.046142578125
RRDCU,λ<=log n,8192,0,57648,7.037109375
RRDCU,λ<=log n,8192,0,54899,6.7015380859375
RRDCU,λ<=log n,8192,0,55781,6.8092041015625
RRDCU,λ<=log n,8192,0,58746,7.171142578125
RRDCU,λ<=log n,8192,0,63582,7.761474609375
RRDCU,λ<=log n,8192,0,54104,6.6044921875
RRDCU,λ<=log n,8192,0,52676,6.43017578125
RRDCU,λ<=log n,8192,0,54381,6.6383056640625
RRDCU,λ<=log n,8192,0,56889,6.9444580078125
RRDCU,λ<=log n,8192,0,55055,6.7205810546875
RRDCU,λ<=log n,8192,0,52018,6.349853515625
RRDCU,λ<=log n,8192,0,57164,6.97802734375
RRDCU,λ<=log n,8192,0,60935,7.4383544921875
RRDCU,λ<=log n,8192,0,57070,6.966552734375
RRDCU,λ<=log n,8192,0,64194,7.836181640625
RRDCU,λ<=log n,8192,0,57506,7.019775390625
RRDCU,λ<=log n,8192,0,60825,7.4249267578125
RRDCU,λ<=log n,8192,0,72567,8.8582763671875
RRDCU,λ<=log n,8192,0,55750,6.805419921875
RRDCU,λ<=log n,8192,0,64816,7.912109375
RRDCU,λ<=log n,8192,0,66785,8.1524658203125
RRDCU,λ<=log n,8192,0,59595,7.2747802734375
RRDCU,λ<=log n,8192,0,54714,6.678955078125
RRDCU,λ<=log n,8192,0,57301,6.9947509765625
RRDCU,λ<=log n,8192,0,58656,7.16015625
RRDCU,λ<=log n,8192,0,65933,8.0484619140625
RRDCU,λ<=log n,8192,0,66708,8.14306640625
RRDCU,λ<=log n,8192,0,56276,6.86962890625
RRDCU,λ<=log n,8192,0,58907,7.1907958984375
RRDCU,λ<=log n,8192,0,66280,8.0908203125
RRDCU,λ<=log n,8192,0,62218,7.594970703125
RRDCU,λ<=log n,8192,0,58409,7.1300048828125
RRDCU,λ<=log n,8192,0,59546,7.268798828125
RRDCU,λ<=log n,8192,0,58992,7.201171875
RRDCU,λ<=log n,8192,0,66909,8.1676025390625
RRDCU,λ<=log n,8192,0,58934,7.194091796875
RRDCU,λ<=log n,8192,0,59475,7.2601318359375
RRDCU,λ<=log n,8192,0,61254,7.477294921875
RRDCU,λ<=log n,8192,0,57772,7.05224609375
RRDCU,λ<=log n,8192,0,57982,7.077880859375
RRDCU,λ<=log n,8192,0,56804,6.93408203125
RRDCU,λ<=log n,8192,0,54874,6.698486328125
RRDCU,λ<=log n,8192,0,62575,7.6385498046875
RRDCU,λ<=log n,8192,0,53064,6.4775390625
RRDCU,λ<=log n,8192,0,58294,7.115966796875
RRDCU,λ<=log n,8192,0,61822,7.546630859375
RRDCU,λ<=log n,8192,0,55960,6.8310546875
RRDCU,λ<=log n,8192,0,62347,7.6107177734375
RRDCU,λ<=log n,8192,0,54759,6.6844482421875
RRDCU,λ<=log n,8192,0,67539,8.2445068359375
RRDCU,λ<=log n,8192,0,61365,7.4908447265625
RRDCU,λ<=log n,8192,0,61116,7.46044921875
RRDCU,λ<=log n,8192,0,60147,7.3421630859375
RRDCU,λ<=log n,8192,0,59173,7.2232666015625
RRDCU,λ<=log n,8192,0,50873,6.2100830078125
RRDCU,λ<=log n,8192,0,57363,7.0023193359375
RRDCU,λ<=log n,8192,0,55483,6.7728271484375
RRDCU,λ<=log n,8192,0,59442,7.256103515625
RRDCU,λ<=log n,8192,0,57100,6.97021484375
RRDCU,λ<=log n,8192,0,64690,7.896728515625
RRDCU,λ<=log n,8192,0,57955,7.0745849609375
RRDCU,λ<=log n,8192,0,68494,8.361083984375
RRDCU,λ<=log n,8192,0,60881,7.4317626953125
RRDCU,λ<=log n,8192,0,62790,7.664794921875
RRDCU,λ<=log n,8192,0,59369,7.2471923828125
RRDCU,λ<=log n,8192,0,53504,6.53125
RRDCU,λ<=log n,8192,0,61697,7.5313720703125
RRDCU,λ<=log n,8192,0,57622,7.033935546875
RHDCU,λ<=log n,8192,0,58072,7.0888671875
RHDCU,λ<=log n,8192,0,51527,6.2899169921875
RHDCU,λ<=log n,8192,0,50680,6.1865234375
RHDCU,λ<=log n,8192,0,56138,6.852783203125
RHDCU,λ<=log n,8192,0,59895,7.3114013671875
RHDCU,λ<=log n,8192,0,52365,6.3922119140625
RHDCU,λ<=log n,8192,0,53831,6.5711669921875
RHDCU,λ<=log n,8192,0,52293,6.3834228515625
RHDCU,λ<=log n,8192,0,49755,6.0736083984375
RHDCU,λ<=log n,8192,0,53273,6.5030517578125
RHDCU,λ<=log n,8192,0,51819,6.3255615234375
RHDCU,λ<=log n,8192,0,54417,6.6427001953125
RHDCU,λ<=log n,8192,0,54295,6.6278076171875
RHDCU,λ<=log n,8192,0,55154,6.732666015625
RHDCU,λ<=log n,8192,0,62409,7.6182861328125
RHDCU,λ<=log n,8192,0,53737,6.5596923828125
RHDCU,λ<=log n,8192,0,57921,7.0704345703125
RHDCU,λ<=log n,8192,0,56406,6.885498046875
RHDCU,λ<=log n,8192,0,51992,6.3466796875
RHDCU,λ<=log n,8192,0,50373,6.1490478515625
RHDCU,λ<=log n,8192,0,52012,6.34912109375
RHDCU,λ<=log n,8192,0,52246,6.377685546875
RHDCU,λ<=log n,8192,0,57951,7.0740966796875
RHDCU,λ<=log n,8192,0,54313,6.6300048828125
RHDCU,λ<=log n,8192,0,54149,6.6099853515625
RHDCU,λ<=log n,8192,0,51264,6.2578125
RHDCU,λ<=log n,8192,0,63389,7.7379150390625
RHDCU,λ<=log n,8192,0,57381,7.0045166015625
RHDCU,λ<=log n,8192,0,61068,7.45458984375
RHDCU,λ<=log n,8192,0,51717,6.3131103515625
RHDCU,λ<=log n,8192,0,51288,6.2607421875
RHDCU,λ<=log n,8192,0,49989,6.1021728515625
RHDCU,λ<=log n,8192,0,52818,6.447509765625
RHDCU,λ<=log n,8192,0,51294,6.261474609375
RHDCU,λ<=log n,8192,0,57038,6.962646484375
RHDCU,λ<=log n,8192,0,58630,7.156982421875
RHDCU,λ<=log n,8192,0,54719,6.6795654296875
RHDCU,λ<=log n,8192,0,52591,6.4197998046875
RHDCU,λ<=log n,8192,0,52891,6.4564208984375
RHDCU,λ<=log n,8192,0,55835,6.8157958984375
RHDCU,λ<=log n,8192,0,73349,8.9537353515625
RHDCU,λ<=log n,8192,0,53605,6.5435791015625
RHDCU,λ<=log n,8192,0,58898,7.189697265625
RHDCU,λ<=log n,8192,0,54654,6.671630859375
RHDCU,λ<=log n,8192,0,53021,6.4722900390625
RHDCU,λ<=log n,8192,0,51076,6.23486328125
RHDCU,λ<=log n,8192,0,49231,6.0096435546875
RHDCU,λ<=log n,8192,0,56703,6.9217529296875
RHDCU,λ<=log n,8192,0,48822,5.959716796875
RHDCU,λ<=log n,8192,0,54229,6.6197509765625
RHDCU,λ<=log n,8192,0,52484,6.40673828125
RHDCU,λ<=log n,8192,0,51492,6.28564453125
RHDCU,λ<=log n,8192,0,54176,6.61328125
RHDCU,λ<=log n,8192,0,51735,6.3153076171875
RHDCU,λ<=log n,8192,0,56633,6.9132080078125
RHDCU,λ<=log n,8192,0,66503,8.1180419921875
RHDCU,λ<=log n,8192,0,54282,6.626220703125
RHDCU,λ<=log n,8192,0,49326,6.021240234375
RHDCU,λ<=log n,8192,0,51746,6.316650390625
RHDCU,λ<=log n,8192,0,64045,7.8179931640625
RHDCU,λ<=log n,8192,0,52767,6.4412841796875
RHDCU,λ<=log n,8192,0,53585,6.5411376953125
RHDCU,λ<=log n,8192,0,57762,7.051025390625
RHDCU,λ<=log n,8192,0,55310,6.751708984375
RHDCU,λ<=log n,8192,0,52137,6.3643798828125
RHDCU,λ<=log n,8192,0,52257,6.3790283203125
RHDCU,λ<=log n,8192,0,57158,6.977294921875
RHDCU,λ<=log n,8192,0,55091,6.7249755859375
RHDCU,λ<=log n,8192,0,55363,6.7581787109375
RHDCU,λ<=log n,8192,0,53217,6.4962158203125
RHDCU,λ<=log n,8192,0,54240,6.62109375
RHDCU,λ<=log n,8192,0,49402,6.030517578125
RHDCU,λ<=log n,8192,0,52292,6.38330078125
RHDCU,λ<=log n,8192,0,54927,6.7049560546875
RHDCU,λ<=log n,8192,0,58109,7.0933837890625
RHDCU,λ<=log n,8192,0,53256,6.5009765625
RHDCU,λ<=log n,8192,0,51945,6.3409423828125
RHDCU,λ<=log n,8192,0,55166,6.734130859375
RHDCU,λ<=log n,8192,0,57816,7.0576171875
RHDCU,λ<=log n,8192,0,57828,7.05908203125
RHDCU,λ<=log n,8192,0,56788,6.93212890625
RHDCU,λ<=log n,8192,0,53340,6.51123046875
RHDCU,λ<=log n,8192,0,48983,5.9793701171875
RHDCU,λ<=log n,8192,0,56445,6.8902587890625
RHDCU,λ<=log n,8192,0,53222,6.496826171875
RHDCU,λ<=log n,8192,0,52906,6.458251953125
RHDCU,λ<=log n,8192,0,52779,6.4427490234375
RHDCU,λ<=log n,8192,0,55536,6.779296875
RHDCU,λ<=log n,8192,0,57649,7.0372314453125
RHDCU,λ<=log n,8192,0,57175,6.9793701171875
RHDCU,λ<=log n,8192,0,50958,6.220458984375
RHDCU,λ<=log n,8192,0,60612,7.39892578125
RHDCU,λ<=log n,8192,0,52056,6.3544921875
RHDCU,λ<=log n,8192,0,51215,6.2518310546875
RHDCU,λ<=log n,8192,0,53896,6.5791015625
RHDCU,λ<=log n,8192,0,53434,6.522705078125
RHDCU,λ<=log n,8192,0,52037,6.3521728515625
RHDCU,λ<=log n,8192,0,48038,5.864013671875
RHDCU,λ<=log n,8192,0,53204,6.49462890625
RHDCU,λ<=log n,8192,0,56817,6.9356689453125
RHLCU,λ<=log n,8192,0,54045,6.5972900390625
RHLCU,λ<=log n,8192,0,54299,6.6282958984375
RHLCU,λ<=log n,8192,0,61441,7.5001220703125
RHLCU,λ<=log n,8192,0,56770,6.929931640625
RHLCU,λ<=log n,8192,0,53714,6.556884765625
RHLCU,λ<=log n,8192,0,59217,7.2286376953125
RHLCU,λ<=log n,8192,0,59338,7.243408203125
RHLCU,λ<=log n,8192,0,61999,7.5682373046875
RHLCU,λ<=log n,8192,0,54681,6.6749267578125
RHLCU,λ<=log n,8192,0,58976,7.19921875
RHLCU,λ<=log n,8192,0,57283,6.9925537109375
RHLCU,λ<=log n,8192,0,55875,6.8206787109375
RHLCU,λ<=log n,8192,0,58944,7.1953125
RHLCU,λ<=log n,8192,0,57637,7.0357666015625
RHLCU,λ<=log n,8192,0,54964,6.70947265625
RHLCU,λ<=log n,8192,0,56320,6.875
RHLCU,λ<=log n,8192,0,52881,6.4552001953125
RHLCU,λ<=log n,8192,0,57241,6.9874267578125
RHLCU,λ<=log n,8192,0,58537,7.1456298828125
RHLCU,λ<=log n,8192,0,62455,7.6239013671875
RHLCU,λ<=log n,8192,0,56406,6.885498046875
RHLCU,λ<=log n,8192,0,53751,6.5614013671875
RHLCU,λ<=log n,8192,0,55398,6.762451171875
RHLCU,λ<=log n,8192,0,59464,7.2587890625
RHLCU,λ<=log n,8192,0,55807,6.8123779296875
RHLCU,λ<=log n,8192,0,55603,6.7874755859375
RHLCU,λ<=log n,8192,0,61898,7.555908203125
RHLCU,λ<=log n,8192,0,59043,7.2073974609375
RHLCU,λ<=log n,8192,0,56707,6.9222412109375
RHLCU,λ<=log n,8192,0,54006,6.592529296875
RHLCU,λ<=log n,8192,0,59480,7.2607421875
RHLCU,λ<=log n,8192,0,52382,6.394287109375
RHLCU,λ<=log n,8192,0,55521,6.7774658203125
RHLCU,λ<=log n,8192,0,56330,6.876220703125
RHLCU,λ<=log n,8192,0,59350,7.244873046875
RHLCU,λ<=log n,8192,0,60826,7.425048828125
RHLCU,λ<=log n,8192,0,56987,6.9564208984375
RHLCU,λ<=log n,8192,0,56290,6.871337890625
RHLCU,λ<=log n,8192,0,52048,6.353515625
RHLCU,λ<=log n,8192,0,54234,6.620361328125
RHLCU,λ<=log n,8192,0,58641,7.1583251953125
RHLCU,λ<=log n,8192,0,55147,6.7318115234375
RHLCU,λ<=log n,8192,0,58655,7.1600341796875
RHLCU,λ<=log n,8192,0,57835,7.0599365234375
RHLCU,λ<=log n,8192,0,52493,6.4078369140625
RHLCU,λ<=log n,8192,0,53979,6.5892333984375
RHLCU,λ<=log n,8192,0,54440,6.6455078125
RHLCU,λ<=log n,8192,0,58458,7.135986328125
RHLCU,λ<=log n,8192,0,57522,7.021728515625
RHLCU,λ<=log n,8192,0,54069,6.6002197265625
RHLCU,λ<=log n,8192,0,55108,6.72705078125
RHLCU,λ<=log n,8192,0,62447,7.6229248046875
RHLCU,λ<=log n,8192,0,53519,6.5330810546875
RHLCU,λ<=log n,8192,0,54455,6.6473388671875
RHLCU,λ<=log n,8192,0,56590,6.907958984375
RHLCU,λ<=log n,8192,0,55892,6.82275390625
RHLCU,λ<=log n,8192,0,58224,7.107421875
RHLCU,λ<=log n,8192,0,62640,7.646484375
RHLCU,λ<=log n,8192,0,53379,6.5159912109375
RHLCU,λ<=log n,8192,0,55904,6.82421875
RHLCU,λ<=log n,8192,0,52528,6.412109375
RHLCU,λ<=log n,8192,0,55116,6.72802734375
RHLCU,λ<=log n,8192,0,56352,6.87890625
RHLCU,λ<=log n,8192,0,66334,8.097412109375
RHLCU,λ<=log n,8192,0,53820,6.56982421875
RHLCU,λ<=log n,8192,0,55551,6.7811279296875
RHLCU,λ<=log n,8192,0,56806,6.934326171875
RHLCU,λ<=log n,8192,0,54227,6.6195068359375
RHLCU,λ<=log n,8192,0,53955,6.5863037109375
RHLCU,λ<=log n,8192,0,54342,6.633544921875
RHLCU,λ<=log n,8192,0,55744,6.8046875
RHLCU,λ<=log n,8192,0,52837,6.4498291015625
RHLCU,λ<=log n,8192,0,57699,7.0433349609375
RHLCU,λ<=log n,8192,0,58457,7.1358642578125
RHLCU,λ<=log n,8192,0,62148,7.58642578125
RHLCU,λ<=log n,8192,0,57645,7.0367431640625
RHLCU,λ<=log n,8192,0,64429,7.8648681640625
RHLCU,λ<=log n,8192,0,54022,6.594482421875
RHLCU,λ<=log n,8192,0,54356,6.63525390625
RHLCU,λ<=log n,8192,0,51572,6.29541015625
RHLCU,λ<=log n,8192,0,60604,7.39794921875
RHLCU,λ<=log n,8192,0,55617,6.7891845703125
RHLCU,λ<=log n,8192,0,57186,6.980712890625
RHLCU,λ<=log n,8192,0,66971,8.1751708984375
RHLCU,λ<=log n,8192,0,57980,7.07763671875
RHLCU,λ<=log n,8192,0,58878,7.187255859375
RHLCU,λ<=log n,8192,0,59637,7.2799072265625
RHLCU,λ<=log n,8192,0,59799,7.2996826171875
RHLCU,λ<=log n,8192,0,54531,6.6566162109375
RHLCU,λ<=log n,8192,0,51524,6.28955078125
RHLCU,λ<=log n,8192,0,54818,6.691650390625
RHLCU,λ<=log n,8192,0,59580,7.27294921875
RHLCU,λ<=log n,8192,0,56193,6.8594970703125
RHLCU,λ<=log n,8192,0,52443,6.4017333984375
RHLCU,λ<=log n,8192,0,59593,7.2745361328125
RHLCU,λ<=log n,8192,0,61069,7.4547119140625
RHLCU,λ<=log n,8192,0,55405,6.7633056640625
RHLCU,λ<=log n,8192,0,63524,7.75439453125
RHLCU,λ<=log n,8192,0,58677,7.1627197265625
RHLCU,λ<=log n,8192,0,56817,6.9356689453125
RRLCU,λ<=log n,8192,0,56353,6.8790283203125
RRLCU,λ<=log n,8192,0,79385,9.6905517578125
RRLCU,λ<=log n,8192,0,66822,8.156982421875
RRLCU,λ<=log n,8192,0,57327,6.9979248046875
RRLCU,λ<=log n,8192,0,74699,9.1185302734375
RRLCU,λ<=log n,8192,0,63171,7.7113037109375
RRLCU,λ<=log n,8192,0,60797,7.4215087890625
RRLCU,λ<=log n,8192,0,63906,7.801025390625
RRLCU,λ<=log n,8192,0,70365,8.5894775390625
RRLCU,λ<=log n,8192,0,65801,8.0323486328125
RRLCU,λ<=log n,8192,0,61821,7.5465087890625
RRLCU,λ<=log n,8192,0,65976,8.0537109375
RRLCU,λ<=log n,8192,0,57861,7.0631103515625
RRLCU,λ<=log n,8192,0,63647,7.7694091796875
RRLCU,λ<=log n,8192,0,61880,7.5537109375
RRLCU,λ<=log n,8192,0,58308,7.11767578125
RRLCU,λ<=log n,8192,0,59624,7.2783203125
RRLCU,λ<=log n,8192,0,60316,7.36279296875
RRLCU,λ<=log n,8192,0,59763,7.2952880859375
RRLCU,λ<=log n,8192,0,56355,6.8792724609375
RRLCU,λ<=log n,8192,0,68434,8.353759765625
RRLCU,λ<=log n,8192,0,62228,7.59619140625
RRLCU,λ<=log n,8192,0,66215,8.0828857421875
RRLCU,λ<=log n,8192,0,62757,7.6607666015625
RRLCU,λ<=log n,8192,0,59913,7.3135986328125
RRLCU,λ<=log n,8192,0,58421,7.1314697265625
RRLCU,λ<=log n,8192,0,65361,7.9786376953125
RRLCU,λ<=log n,8192,0,71155,8.6859130859375
RRLCU,λ<=log n,8192,0,60476,7.38232421875
RRLCU,λ<=log n,8192,0,57940,7.07275390625
RRLCU,λ<=log n,8192,0,61121,7.4610595703125
RRLCU,λ<=log n,8192,0,64576,7.8828125
RRLCU,λ<=log n,8192,0,56728,6.9248046875
RRLCU,λ<=log n,8192,0,58394,7.128173828125
RRLCU,λ<=log n,8192,0,69276,8.45654296875
RRLCU,λ<=log n,8192,0,61443,7.5003662109375
RRLCU,λ<=log n,8192,0,62086,7.578857421875
RRLCU,λ<=log n,8192,0,60869,7.4302978515625
RRLCU,λ<=log n,8192,0,62462,7.624755859375
RRLCU,λ<=log n,8192,0,64435,7.8656005859375
RRLCU,λ<=log n,8192,0,63445,7.7447509765625
RRLCU,λ<=log n,8192,0,57610,7.032470703125
RRLCU,λ<=log n,8192,0,60616,7.3994140625
RRLCU,λ<=log n,8192,0,60882,7.431884765625
RRLCU,λ<=log n,8192,0,56842,6.938720703125
RRLCU,λ<=log n,8192,0,57916,7.06982421875
RRLCU,λ<=log n,8192,0,62356,7.61181640625
RRLCU,λ<=log n,8192,0,57476,7.01611328125
RRLCU,λ<=log n,8192,0,55762,6.806884765625
RRLCU,λ<=log n,8192,0,60689,7.4083251953125
RRLCU,λ<=log n,8192,0,69268,8.45556640625
RRLCU,λ<=log n,8192,0,70349,8.5875244140625
RRLCU,λ<=log n,8192,0,60645,7.4029541015625
RRLCU,λ<=log n,8192,0,60051,7.3304443359375
RRLCU,λ<=log n,8192,0,57102,6.970458984375
RRLCU,λ<=log n,8192,0,58656,7.16015625
RRLCU,λ<=log n,8192,0,61408,7.49609375
RRLCU,λ<=log n,8192,0,59423,7.2537841796875
RRLCU,λ<=log n,8192,0,64441,7.8663330078125
RRLCU,λ<=log n,8192,0,58755,7.1722412109375
RRLCU,λ<=log n,8192,0,61976,7.5654296875
RRLCU,λ<=log n,8192,0,63442,7.744384765625
RRLCU,λ<=log n,8192,0,63593,7.7628173828125
RRLCU,λ<=log n,8192,0,59223,7.2293701171875
RRLCU,λ<=log n,8192,0,58422,7.131591796875
RRLCU,λ<=log n,8192,0,59862,7.307373046875
RRLCU,λ<=log n,8192,0,61066,7.454345703125
RRLCU,λ<=log n,8192,0,57401,7.0069580078125
RRLCU,λ<=log n,8192,0,57907,7.0687255859375
RRLCU,λ<=log n,8192,0,61305,7.4835205078125
RRLCU,λ<=log n,8192,0,58230,7.108154296875
RRLCU,λ<=log n,8192,0,55164,6.73388671875
RRLCU,λ<=log n,8192,0,66843,8.1595458984375
RRLCU,λ<=log n,8192,0,59585,7.2735595703125
RRLCU,λ<=log n,8192,0,63419,7.7415771484375
RRLCU,λ<=log n,8192,0,58530,7.144775390625
RRLCU,λ<=log n,8192,0,64063,7.8201904296875
RRLCU,λ<=log n,8192,0,62161,7.5880126953125
RRLCU,λ<=log n,8192,0,55870,6.820068359375
RRLCU,λ<=log n,8192,0,75436,9.20849609375
RRLCU,λ<=log n,8192,0,63233,7.7188720703125
RRLCU,λ<=log n,8192,0,56899,6.9456787109375
RRLCU,λ<=log n,8192,0,57097,6.9698486328125
RRLCU,λ<=log n,8192,0,58289,7.1153564453125
RRLCU,λ<=log n,8192,0,63871,7.7967529296875
RRLCU,λ<=log n,8192,0,64095,7.8240966796875
RRLCU,λ<=log n,8192,0,58297,7.1163330078125
RRLCU,λ<=log n,8192,0,68747,8.3919677734375
RRLCU,λ<=log n,8192,0,55856,6.818359375
RRLCU,λ<=log n,8192,0,58990,7.200927734375
RRLCU,λ<=log n,8192,0,62635,7.6458740234375
RRLCU,λ<=log n,8192,0,66559,8.1248779296875
RRLCU,λ<=log n,8192,0,57205,6.9830322265625
RRLCU,λ<=log n,8192,0,62263,7.6004638671875
RRLCU,λ<=log n,8192,0,64480,7.87109375
RRLCU,λ<=log n,8192,0,60944,7.439453125
RRLCU,λ<=log n,8192,0,57071,6.9666748046875
RRLCU,λ<=log n,8192,0,63259,7.7220458984375
RRLCU,λ<=log n,8192,0,61531,7.5111083984375
RSLCU,λ<=log n,8192,0,66774,8.151123046875
RSLCU,λ<=log n,8192,0,66492,8.11669921875
RSLCU,λ<=log n,8192,0,74566,9.102294921875
RSLCU,λ<=log n,8192,0,70549,8.6119384765625
RSLCU,λ<=log n,8192,0,80175,9.7869873046875
RSLCU,λ<=log n,8192,0,72969,8.9073486328125
RSLCU,λ<=log n,8192,0,80236,9.79443359375
RSLCU,λ<=log n,8192,0,84446,10.308349609375
RSLCU,λ<=log n,8192,0,72187,8.8118896484375
RSLCU,λ<=log n,8192,0,82015,10.0115966796875
RSLCU,λ<=log n,8192,0,75916,9.26708984375
RSLCU,λ<=log n,8192,0,73334,8.951904296875
RSLCU,λ<=log n,8192,0,72017,8.7911376953125
RSLCU,λ<=log n,8192,0,78886,9.629638671875
RSLCU,λ<=log n,8192,0,80897,9.8751220703125
RSLCU,λ<=log n,8192,0,71122,8.681884765625
RSLCU,λ<=log n,8192,0,79306,9.680908203125
RSLCU,λ<=log n,8192,0,81827,9.9886474609375
RSLCU,λ<=log n,8192,0,77137,9.4161376953125
RSLCU,λ<=log n,8192,0,79738,9.733642578125
RSLCU,λ<=log n,8192,0,74685,9.1168212890625
RSLCU,λ<=log n,8192,0,86922,10.610595703125
RSLCU,λ<=log n,8192,0,75175,9.1766357421875
RSLCU,λ<=log n,8192,0,72099,8.8011474609375
RSLCU,λ<=log n,8192,0,76226,9.304931640625
RSLCU,λ<=log n,8192,0,80289,9.8009033203125
RSLCU,λ<=log n,8192,0,72602,8.862548828125
RSLCU,λ<=log n,8192,0,73698,8.996337890625
RSLCU,λ<=log n,8192,0,78070,9.530029296875
RSLCU,λ<=log n,8192,0,81415,9.9383544921875
RSLCU,λ<=log n,8192,0,77576,9.4697265625
RSLCU,λ<=log n,8192,0,66945,8.1719970703125
RSLCU,λ<=log n,8192,0,88901,10.8521728515625
RSLCU,λ<=log n,8192,0,76769,9.3712158203125
RSLCU,λ<=log n,8192,0,79134,9.659912109375
RSLCU,λ<=log n,8192,0,77781,9.4947509765625
RSLCU,λ<=log n,8192,0,80862,9.870849609375
RSLCU,λ<=log n,8192,0,70312,8.5830078125
RSLCU,λ<=log n,8192,0,71458,8.722900390625
RSLCU,λ<=log n,8192,0,80953,9.8819580078125
RSLCU,λ<=log n,8192,0,73454,8.966552734375
RSLCU,λ<=log n,8192,0,70366,8.589599609375
RSLCU,λ<=log n,8192,0,67586,8.250244140625
RSLCU,λ<=log n,8192,0,67255,8.2098388671875
RSLCU,λ<=log n,8192,0,74584,9.1044921875
RSLCU,λ<=log n,8192,0,70569,8.6143798828125
RSLCU,λ<=log n,8192,0,78855,9.6258544921875
RSLCU,λ<=log n,8192,0,67573,8.2486572265625
RSLCU,λ<=log n,8192,0,72765,8.8824462890625
RSLCU,λ<=log n,8192,0,84572,10.32373046875
RSLCU,λ<=log n,8192,0,83249,10.1622314453125
RSLCU,λ<=log n,8192,0,75912,9.2666015625
RSLCU,λ<=log n,8192,0,81812,9.98681640625
RSLCU,λ<=log n,8192,0,69561,8.4913330078125
RSLCU,λ<=log n,8192,0,80519,9.8289794921875
RSLCU,λ<=log n,8192,0,69862,8.528076171875
RSLCU,λ<=log n,8192,0,71011,8.6683349609375
RSLCU,λ<=log n,8192,0,83655,10.2117919921875
RSLCU,λ<=log n,8192,0,79007,9.6444091796875
RSLCU,λ<=log n,8192,0,84031,10.2576904296875
RSLCU,λ<=log n,8192,0,73188,8.93408203125
RSLCU,λ<=log n,8192,0,76606,9.351318359375
RSLCU,λ<=log n,8192,0,75301,9.1920166015625
RSLCU,λ<=log n,8192,0,83095,10.1434326171875
RSLCU,λ<=log n,8192,0,77691,9.4837646484375
RSLCU,λ<=log n,8192,0,72623,8.8651123046875
RSLCU,λ<=log n,8192,0,83917,10.2437744140625
RSLCU,λ<=log n,8192,0,72095,8.8006591796875
RSLCU,λ<=log n,8192,0,82820,10.10986328125
RSLCU,λ<=log n,8192,0,64206,7.837646484375
RSLCU,λ<=log n,8192,0,65850,8.038330078125
RSLCU,λ<=log n,8192,0,76585,9.3487548828125
RSLCU,λ<=log n,8192,0,79792,9.740234375
RSLCU,λ<=log n,8192,0,78324,9.56103515625
RSLCU,λ<=log n,8192,0,73941,9.0260009765625
RSLCU,λ<=log n,8192,0,76268,9.31005859375
RSLCU,λ<=log n,8192,0,75621,9.2310791015625
RSLCU,λ<=log n,8192,0,79918,9.755615234375
RSLCU,λ<=log n,8192,0,81792,9.984375
RSLCU,λ<=log n,8192,0,72558,8.857177734375
RSLCU,λ<=log n,8192,0,79343,9.6854248046875
RSLCU,λ<=log n,8192,0,78975,9.6405029296875
RSLCU,λ<=log n,8192,0,88407,10.7918701171875
RSLCU,λ<=log n,8192,0,81328,9.927734375
RSLCU,λ<=log n,8192,0,70912,8.65625
RSLCU,λ<=log n,8192,0,83314,10.170166015625
RSLCU,λ<=log n,8192,0,82282,10.044189453125
RSLCU,λ<=log n,8192,0,71840,8.76953125
RSLCU,λ<=log n,8192,0,82660,10.09033203125
RSLCU,λ<=log n,8192,0,72509,8.8511962890625
RSLCU,λ<=log n,8192,0,68881,8.4083251953125
RSLCU,λ<=log n,8192,0,80399,9.8143310546875
RSLCU,λ<=log n,8192,0,89227,10.8919677734375
RSLCU,λ<=log n,8192,0,69258,8.454345703125
RSLCU,λ<=log n,8192,0,76002,9.277587890625
RSLCU,λ<=log n,8192,0,71201,8.6915283203125
RSLCU,λ<=log n,8192,0,86772,10.59228515625
RSLCU,λ<=log n,8192,0,77445,9.4537353515625
RSLCU,λ<=log n,8192,0,69009,8.4239501953125
RSLCU,λ<=log n,8192,0,75979,9.2747802734375
RSDSU,λ<=log n,8192,0,72189,8.8121337890625
RSDSU,λ<=log n,8192,0,87247,10.6502685546875
RSDSU,λ<=log n,8192,0,83275,10.1654052734375
RSDSU,λ<=log n,8192,0,79828,9.74462890625
RSDSU,λ<=log n,8192,0,75428,9.20751953125
RSDSU,λ<=log n,8192,0,88224,10.76953125
RSDSU,λ<=log n,8192,0,78976,9.640625
RSDSU,λ<=log n,8192,0,76634,9.354736328125
RSDSU,λ<=log n,8192,0,90159,11.0057373046875
RSDSU,λ<=log n,8192,0,96664,11.7998046875
RSDSU,λ<=log n,8192,0,86437,10.5513916015625
RSDSU,λ<=log n,8192,0,75969,9.2735595703125
RSDSU,λ<=log n,8192,0,84742,10.344482421875
RSDSU,λ<=log n,8192,0,83517,10.1949462890625
RSDSU,λ<=log n,8192,0,90084,10.99658203125
RSDSU,λ<=log n,8192,0,76163,9.2972412109375
RSDSU,λ<=log n,8192,0,79588,9.71533203125
RSDSU,λ<=log n,8192,0,80720,9.853515625
RSDSU,λ<=log n,8192,0,76041,9.2823486328125
RSDSU,λ<=log n,8192,0,81163,9.9075927734375
RSDSU,λ<=log n,8192,0,79347,9.6859130859375
RSDSU,λ<=log n,8192,0,87347,10.6624755859375
RSDSU,λ<=log n,8192,0,84131,10.2698974609375
RSDSU,λ<=log n,8192,0,86141,10.5152587890625
RSDSU,λ<=log n,8192,0,85111,10.3895263671875
RSDSU,λ<=log n,8192,0,87091,10.6312255859375
RSDSU,λ<=log n,8192,0,79268,9.67626953125
RSDSU,λ<=log n,8192,0,77016,9.4013671875
RSDSU,λ<=log n,8192,0,77740,9.48974609375
RSDSU,λ<=log n,8192,0,86076,10.50732421875
RSDSU,λ<=log n,8192,0,75784,9.2509765625
RSDSU,λ<=log n,8192,0,84117,10.2681884765625
RSDSU,λ<=log n,8192,0,75214,9.181396484375
RSDSU,λ<=log n,8192,0,81188,9.91064453125
RSDSU,λ<=log n,8192,0,74269,9.0660400390625
RSDSU,λ<=log n,8192,0,78978,9.640869140625
RSDSU,λ<=log n,8192,0,86281,10.5323486328125
RSDSU,λ<=log n,8192,0,96908,11.82958984375
RSDSU,λ<=log n,8192,0,93290,11.387939453125
RSDSU,λ<=log n,8192,0,89229,10.8922119140625
RSDSU,λ<=log n,8192,0,84734,10.343505859375
RSDSU,λ<=log n,8192,0,97556,11.90869140625
RSDSU,λ<=log n,8192,0,81487,9.9471435546875
RSDSU,λ<=log n,8192,0,77496,9.4599609375
RSDSU,λ<=log n,8192,0,79708,9.72998046875
RSDSU,λ<=log n,8192,0,83510,10.194091796875
RSDSU,λ<=log n,8192,0,76615,9.3524169921875
RSDSU,λ<=log n,8192,0,74901,9.1431884765625
RSDSU,λ<=log n,8192,0,81189,9.9107666015625
RSDSU,λ<=log n,8192,0,87789,10.7164306640625
RSDSU,λ<=log n,8192,0,85444,10.43017578125
RSDSU,λ<=log n,8192,0,99014,12.086669921875
RSDSU,λ<=log n,8192,0,90411,11.0364990234375
RSDSU,λ<=log n,8192,0,73390,8.958740234375
RSDSU,λ<=log n,8192,0,78606,9.595458984375
RSDSU,λ<=log n,8192,0,83603,10.2054443359375
RSDSU,λ<=log n,8192,0,81910,9.998779296875
RSDSU,λ<=log n,8192,0,85224,10.4033203125
RSDSU,λ<=log n,8192,0,78823,9.6219482421875
RSDSU,λ<=log n,8192,0,80648,9.8447265625
RSDSU,λ<=log n,8192,0,82141,10.0269775390625
RSDSU,λ<=log n,8192,0,91054,11.114990234375
RSDSU,λ<=log n,8192,0,79923,9.7562255859375
RSDSU,λ<=log n,8192,0,77602,9.472900390625
RSDSU,λ<=log n,8192,0,87316,10.65869140625
RSDSU,λ<=log n,8192,0,80945,9.8809814453125
RSDSU,λ<=log n,8192,0,89616,10.939453125
RSDSU,λ<=log n,8192,0,89691,10.9486083984375
RSDSU,λ<=log n,8192,0,87034,10.624267578125
RSDSU,λ<=log n,8192,0,79730,9.732666015625
RSDSU,λ<=log n,8192,0,83964,10.24951171875
RSDSU,λ<=log n,8192,0,84216,10.2802734375
RSDSU,λ<=log n,8192,0,83502,10.193115234375
RSDSU,λ<=log n,8192,0,82946,10.125244140625
RSDSU,λ<=log n,8192,0,82955,10.1263427734375
RSDSU,λ<=log n,8192,0,89072,10.873046875
RSDSU,λ<=log n,8192,0,79694,9.728271484375
RSDSU,λ<=log n,8192,0,97324,11.88037109375
RSDSU,λ<=log n,8192,0,84779,10.3489990234375
RSDSU,λ<=log n,8192,0,81120,9.90234375
RSDSU,λ<=log n,8192,0,88665,10.8233642578125
RSDSU,λ<=log n,8192,0,74793,9.1300048828125
RSDSU,λ<=log n,8192,0,87873,10.7266845703125
RSDSU,λ<=log n,8192,0,77172,9.42041015625
RSDSU,λ<=log n,8192,0,78813,9.6207275390625
RSDSU,λ<=log n,8192,0,87200,10.64453125
RSDSU,λ<=log n,8192,0,83391,10.1795654296875
RSDSU,λ<=log n,8192,0,77109,9.4127197265625
RSDSU,λ<=log n,8192,0,85846,10.479248046875
RSDSU,λ<=log n,8192,0,86807,10.5965576171875
RSDSU,λ<=log n,8192,0,92730,11.319580078125
RSDSU,λ<=log n,8192,0,74743,9.1239013671875
RSDSU,λ<=log n,8192,0,92905,11.3409423828125
RSDSU,λ<=log n,8192,0,81139,9.9046630859375
RSDSU,λ<=log n,8192,0,86848,10.6015625
RSDSU,λ<=log n,8192,0,87042,10.625244140625
RSDSU,λ<=log n,8192,0,75145,9.1729736328125
RSDSU,λ<=log n,8192,0,84472,10.3115234375
RSDSU,λ<=log n,8192,0,85697,10.4610595703125
RRDSU,λ<=log n,8192,0,67294,8.214599609375
RRDSU,λ<=log n,8192,0,71005,8.6676025390625
RRDSU,λ<=log n,8192,0,68764,8.39404296875
RRDSU,λ<=log n,8192,0,70133,8.5611572265625
RRDSU,λ<=log n,8192,0,69751,8.5145263671875
RRDSU,λ<=log n,8192,0,69838,8.525146484375
RRDSU,λ<=log n,8192,0,68368,8.345703125
RRDSU,λ<=log n,8192,0,76417,9.3282470703125
RRDSU,λ<=log n,8192,0,68167,8.3211669921875
RRDSU,λ<=log n,8192,0,71945,8.7823486328125
RRDSU,λ<=log n,8192,0,67649,8.2579345703125
RRDSU,λ<=log n,8192,0,66608,8.130859375
RRDSU,λ<=log n,8192,0,66118,8.071044921875
RRDSU,λ<=log n,8192,0,70508,8.60693359375
RRDSU,λ<=log n,8192,0,68280,8.3349609375
RRDSU,λ<=log n,8192,0,65884,8.04248046875
RRDSU,λ<=log n,8192,0,72552,8.8564453125
RRDSU,λ<=log n,8192,0,66626,8.133056640625
RRDSU,λ<=log n,8192,0,67592,8.2509765625
RRDSU,λ<=log n,8192,0,68272,8.333984375
RRDSU,λ<=log n,8192,0,66937,8.1710205078125
RRDSU,λ<=log n,8192,0,71103,8.6795654296875
RRDSU,λ<=log n,8192,0,66763,8.1497802734375
RRDSU,λ<=log n,8192,0,67115,8.1927490234375
RRDSU,λ<=log n,8192,0,73510,8.973388671875
RRDSU,λ<=log n,8192,0,66363,8.1009521484375
RRDSU,λ<=log n,8192,0,68921,8.4132080078125
RRDSU,λ<=log n,8192,0,71173,8.6881103515625
RRDSU,λ<=log n,8192,0,66924,8.16943359375
RRDSU,λ<=log n,8192,0,67673,8.2608642578125
RRDSU,λ<=log n,8192,0,71697,8.7520751953125
RRDSU,λ<=log n,8192,0,73195,8.9349365234375
RRDSU,λ<=log n,8192,0,66291,8.0921630859375
RRDSU,λ<=log n,8192,0,68832,8.40234375
RRDSU,λ<=log n,8192,0,67421,8.2301025390625
RRDSU,λ<=log n,8192,0,68316,8.33935546875
RRDSU,λ<=log n,8192,0,67953,8.2950439453125
RRDSU,λ<=log n,8192,0,73382,8.957763671875
RRDSU,λ<=log n,8192,0,67329,8.2188720703125
RRDSU,λ<=log n,8192,0,78361,9.5655517578125
RRDSU,λ<=log n,8192,0,70366,8.589599609375
RRDSU,λ<=log n,8192,0,69992,8.5439453125
RRDSU,λ<=log n,8192,0,67716,8.26611328125
RRDSU,λ<=log n,8192,0,69270,8.455810546875
RRDSU,λ<=log n,8192,0,68660,8.38134765625
RRDSU,λ<=log n,8192,0,78190,9.544677734375
RRDSU,λ<=log n,8192,0,74234,9.061767578125
RRDSU,λ<=log n,8192,0,65509,7.9967041015625
RRDSU,λ<=log n,8192,0,66845,8.1597900390625
RRDSU,λ<=log n,8192,0,63633,7.7677001953125
RRDSU,λ<=log n,8192,0,65607,8.0086669921875
RRDSU,λ<=log n,8192,0,67492,8.23876953125
RRDSU,λ<=log n,8192,0,71507,8.7288818359375
RRDSU,λ<=log n,8192,0,69851,8.5267333984375
RRDSU,λ<=log n,8192,0,73914,9.022705078125
RRDSU,λ<=log n,8192,0,68182,8.322998046875
RRDSU,λ<=log n,8192,0,65655,8.0145263671875
RRDSU,λ<=log n,8192,0,65455,7.9901123046875
RRDSU,λ<=log n,8192,0,68413,8.3511962890625
RRDSU,λ<=log n,8192,0,65420,7.98583984375
RRDSU,λ<=log n,8192,0,84570,10.323486328125
RRDSU,λ<=log n,8192,0,64842,7.915283203125
RRDSU,λ<=log n,8192,0,64265,7.8448486328125
RRDSU,λ<=log n,8192,0,69026,8.426025390625
RRDSU,λ<=log n,8192,0,66439,8.1102294921875
RRDSU,λ<=log n,8192,0,70509,8.6070556640625
RRDSU,λ<=log n,8192,0,67074,8.187744140625
RRDSU,λ<=log n,8192,0,71807,8.7655029296875
RRDSU,λ<=log n,8192,0,73843,9.0140380859375
RRDSU,λ<=log n,8192,0,70595,8.6175537109375
RRDSU,λ<=log n,8192,0,67025,8.1817626953125
RRDSU,λ<=log n,8192,0,67685,8.2623291015625
RRDSU,λ<=log n,8192,0,72076,8.79833984375
RRDSU,λ<=log n,8192,0,79847,9.7469482421875
RRDSU,λ<=log n,8192,0,67146,8.196533203125
RRDSU,λ<=log n,8192,0,65210,7.960205078125
RRDSU,λ<=log n,8192,0,64860,7.91748046875
RRDSU,λ<=log n,8192,0,63949,7.8062744140625
RRDSU,λ<=log n,8192,0,68683,8.3841552734375
RRDSU,λ<=log n,8192,0,67280,8.212890625
RRDSU,λ<=log n,8192,0,67176,8.2001953125
RRDSU,λ<=log n,8192,0,66371,8.1019287109375
RRDSU,λ<=log n,8192,0,68580,8.37158203125
RRDSU,λ<=log n,8192,0,63910,7.801513671875
RRDSU,λ<=log n,8192,0,68965,8.4185791015625
RRDSU,λ<=log n,8192,0,72045,8.7945556640625
RRDSU,λ<=log n,8192,0,67206,8.203857421875
RRDSU,λ<=log n,8192,0,66116,8.07080078125
RRDSU,λ<=log n,8192,0,62568,7.6376953125
RRDSU,λ<=log n,8192,0,71379,8.7132568359375
RRDSU,λ<=log n,8192,0,67175,8.2000732421875
RRDSU,λ<=log n,8192,0,76756,9.36962890625
RRDSU,λ<=log n,8192,0,68903,8.4110107421875
RRDSU,λ<=log n,8192,0,68581,8.3717041015625
RRDSU,λ<=log n,8192,0,71285,8.7017822265625
RRDSU,λ<=log n,8192,0,68290,8.336181640625
RRDSU,λ<=log n,8192,0,67950,8.294677734375
RRDSU,λ<=log n,8192,0,67644,8.25732421875
RHDSU,λ<=log n,8192,0,65247,7.9647216796875
RHDSU,λ<=log n,8192,0,64302,7.849365234375
RHDSU,λ<=log n,8192,0,63885,7.7984619140625
RHDSU,λ<=log n,8192,0,59238,7.231201171875
RHDSU,λ<=log n,8192,0,61046,7.451904296875
RHDSU,λ<=log n,8192,0,80116,9.77978515625
RHDSU,λ<=log n,8192,0,62442,7.622314453125
RHDSU,λ<=log n,8192,0,72181,8.8111572265625
RHDSU,λ<=log n,8192,0,74565,9.1021728515625
RHDSU,λ<=log n,8192,0,64519,7.8758544921875
RHDSU,λ<=log n,8192,0,68167,8.3211669921875
RHDSU,λ<=log n,8192,0,67209,8.2042236328125
RHDSU,λ<=log n,8192,0,66046,8.062255859375
RHDSU,λ<=log n,8192,0,66298,8.093017578125
RHDSU,λ<=log n,8192,0,68042,8.305908203125
RHDSU,λ<=log n,8192,0,64792,7.9091796875
RHDSU,λ<=log n,8192,0,61515,7.5091552734375
RHDSU,λ<=log n,8192,0,65774,8.029052734375
RHDSU,λ<=log n,8192,0,64634,7.889892578125
RHDSU,λ<=log n,8192,0,62597,7.6412353515625
RHDSU,λ<=log n,8192,0,68395,8.3489990234375
RHDSU,λ<=log n,8192,0,62416,7.619140625
RHDSU,λ<=log n,8192,0,64182,7.834716796875
RHDSU,λ<=log n,8192,0,71915,8.7786865234375
RHDSU,λ<=log n,8192,0,73040,8.916015625
RHDSU,λ<=log n,8192,0,66144,8.07421875
RHDSU,λ<=log n,8192,0,58700,7.16552734375
RHDSU,λ<=log n,8192,0,63231,7.7186279296875
RHDSU,λ<=log n,8192,0,65322,7.973876953125
RHDSU,λ<=log n,8192,0,61985,7.5665283203125
RHDSU,λ<=log n,8192,0,65282,7.968994140625
RHDSU,λ<=log n,8192,0,60902,7.434326171875
RHDSU,λ<=log n,8192,0,65925,8.0474853515625
RHDSU,λ<=log n,8192,0,74269,9.0660400390625
RHDSU,λ<=log n,8192,0,62312,7.6064453125
RHDSU,λ<=log n,8192,0,66002,8.056884765625
RHDSU,λ<=log n,8192,0,74629,9.1099853515625
RHDSU,λ<=log n,8192,0,71778,8.761962890625
RHDSU,λ<=log n,8192,0,65332,7.97509765625
RHDSU,λ<=log n,8192,0,65161,7.9542236328125
RHDSU,λ<=log n,8192,0,63268,7.72314453125
RHDSU,λ<=log n,8192,0,63649,7.7696533203125
RHDSU,λ<=log n,8192,0,65606,8.008544921875
RHDSU,λ<=log n,8192,0,63825,7.7911376953125
RHDSU,λ<=log n,8192,0,62119,7.5828857421875
RHDSU,λ<=log n,8192,0,65351,7.9774169921875
RHDSU,λ<=log n,8192,0,68206,8.325927734375
RHDSU,λ<=log n,8192,0,64454,7.867919921875
RHDSU,λ<=log n,8192,0,63693,7.7750244140625
RHDSU,λ<=log n,8192,0,69267,8.4554443359375
RHDSU,λ<=log n,8192,0,64465,7.8692626953125
RHDSU,λ<=log n,8192,0,63000,7.6904296875
RHDSU,λ<=log n,8192,0,63589,7.7623291015625
RHDSU,λ<=log n,8192,0,62235,7.5970458984375
RHDSU,λ<=log n,8192,0,61536,7.51171875
RHDSU,λ<=log n,8192,0,62005,7.5689697265625
RHDSU,λ<=log n,8192,0,61842,7.549072265625
RHDSU,λ<=log n,8192,0,79302,9.680419921875
RHDSU,λ<=log n,8192,0,61144,7.4638671875
RHDSU,λ<=log n,8192,0,63023,7.6932373046875
RHDSU,λ<=log n,8192,0,64972,7.93115234375
RHDSU,λ<=log n,8192,0,65120,7.94921875
RHDSU,λ<=log n,8192,0,68505,8.3624267578125
RHDSU,λ<=log n,8192,0,60791,7.4207763671875
RHDSU,λ<=log n,8192,0,62631,7.6453857421875
RHDSU,λ<=log n,8192,0,64768,7.90625
RHDSU,λ<=log n,8192,0,70918,8.656982421875
RHDSU,λ<=log n,8192,0,64823,7.9129638671875
RHDSU,λ<=log n,8192,0,61690,7.530517578125
RHDSU,λ<=log n,8192,0,63942,7.805419921875
RHDSU,λ<=log n,8192,0,61702,7.531982421875
RHDSU,λ<=log n,8192,0,68570,8.370361328125
RHDSU,λ<=log n,8192,0,61275,7.4798583984375
RHDSU,λ<=log n,8192,0,62441,7.6221923828125
RHDSU,λ<=log n,8192,0,62904,7.6787109375
RHDSU,λ<=log n,8192,0,68402,8.349853515625
RHDSU,λ<=log n,8192,0,64263,7.8446044921875
RHDSU,λ<=log n,8192,0,68077,8.3101806640625
RHDSU,λ<=log n,8192,0,65460,7.99072265625
RHDSU,λ<=log n,8192,0,61642,7.524658203125
RHDSU,λ<=log n,8192,0,70633,8.6221923828125
RHDSU,λ<=log n,8192,0,60580,7.39501953125
RHDSU,λ<=log n,8192,0,67359,8.2225341796875
RHDSU,λ<=log n,8192,0,65064,7.9423828125
RHDSU,λ<=log n,8192,0,66383,8.1033935546875
RHDSU,λ<=log n,8192,0,62679,7.6512451171875
RHDSU,λ<=log n,8192,0,65650,8.013916015625
RHDSU,λ<=log n,8192,0,64402,7.861572265625
RHDSU,λ<=log n,8192,0,65686,8.018310546875
RHDSU,λ<=log n,8192,0,61723,7.5345458984375
RHDSU,λ<=log n,8192,0,63727,7.7791748046875
RHDSU,λ<=log n,8192,0,61960,7.5634765625
RHDSU,λ<=log n,8192,0,61953,7.5626220703125
RHDSU,λ<=log n,8192,0,65809,8.0333251953125
RHDSU,λ<=log n,8192,0,64348,7.85498046875
RHDSU,λ<=log n,8192,0,64480,7.87109375
RHDSU,λ<=log n,8192,0,60590,7.396240234375
RHDSU,λ<=log n,8192,0,61106,7.459228515625
RHDSU,λ<=log n,8192,0,60331,7.3646240234375
RHDSU,λ<=log n,8192,0,60141,7.3414306640625
RHLSU,λ<=log n,8192,0,74710,9.119873046875
RHLSU,λ<=log n,8192,0,72147,8.8070068359375
RHLSU,λ<=log n,8192,0,72303,8.8260498046875
RHLSU,λ<=log n,8192,0,75223,9.1824951171875
RHLSU,λ<=log n,8192,0,71911,8.7781982421875
RHLSU,λ<=log n,8192,0,73345,8.9532470703125
RHLSU,λ<=log n,8192,0,70778,8.639892578125
RHLSU,λ<=log n,8192,0,70948,8.66064453125
RHLSU,λ<=log n,8192,0,76183,9.2996826171875
RHLSU,λ<=log n,8192,0,73573,8.9810791015625
RHLSU,λ<=log n,8192,0,70064,8.552734375
RHLSU,λ<=log n,8192,0,72986,8.909423828125
RHLSU,λ<=log n,8192,0,73934,9.025146484375
RHLSU,λ<=log n,8192,0,69253,8.4537353515625
RHLSU,λ<=log n,8192,0,72754,8.881103515625
RHLSU,λ<=log n,8192,0,71896,8.7763671875
RHLSU,λ<=log n,8192,0,71946,8.782470703125
RHLSU,λ<=log n,8192,0,70654,8.624755859375
RHLSU,λ<=log n,8192,0,68719,8.3885498046875
RHLSU,λ<=log n,8192,0,83291,10.1673583984375
RHLSU,λ<=log n,8192,0,65666,8.015869140625
RHLSU,λ<=log n,8192,0,67049,8.1846923828125
RHLSU,λ<=log n,8192,0,66650,8.135986328125
RHLSU,λ<=log n,8192,0,74574,9.103271484375
RHLSU,λ<=log n,8192,0,68188,8.32373046875
RHLSU,λ<=log n,8192,0,70359,8.5887451171875
RHLSU,λ<=log n,8192,0,77075,9.4085693359375
RHLSU,λ<=log n,8192,0,65002,7.934814453125
RHLSU,λ<=log n,8192,0,71768,8.7607421875
RHLSU,λ<=log n,8192,0,71268,8.69970703125
RHLSU,λ<=log n,8192,0,80753,9.8575439453125
RHLSU,λ<=log n,8192,0,70641,8.6231689453125
RHLSU,λ<=log n,8192,0,71688,8.7509765625
RHLSU,λ<=log n,8192,0,74463,9.0897216796875
RHLSU,λ<=log n,8192,0,73722,8.999267578125
RHLSU,λ<=log n,8192,0,69508,8.48486328125
RHLSU,λ<=log n,8192,0,67402,8.227783203125
RHLSU,λ<=log n,8192,0,72928,8.90234375
RHLSU,λ<=log n,8192,0,69541,8.4888916015625
RHLSU,λ<=log n,8192,0,71985,8.7872314453125
RHLSU,λ<=log n,8192,0,69191,8.4461669921875
RHLSU,λ<=log n,8192,0,77983,9.5194091796875
RHLSU,λ<=log n,8192,0,69444,8.47705078125
RHLSU,λ<=log n,8192,0,69585,8.4942626953125
RHLSU,λ<=log n,8192,0,71661,8.7476806640625
RHLSU,λ<=log n,8192,0,69222,8.449951171875
RHLSU,λ<=log n,8192,0,69953,8.5391845703125
RHLSU,λ<=log n,8192,0,76685,9.3609619140625
RHLSU,λ<=log n,8192,0,67436,8.23193359375
RHLSU,λ<=log n,8192,0,69340,8.46435546875
RHLSU,λ<=log n,8192,0,68114,8.314697265625
RHLSU,λ<=log n,8192,0,69125,8.4381103515625
RHLSU,λ<=log n,8192,0,68510,8.363037109375
RHLSU,λ<=log n,8192,0,83094,10.143310546875
RHLSU,λ<=log n,8192,0,69984,8.54296875
RHLSU,λ<=log n,8192,0,67315,8.2171630859375
RHLSU,λ<=log n,8192,0,75017,9.1573486328125
RHLSU,λ<=log n,8192,0,71731,8.7562255859375
RHLSU,λ<=log n,8192,0,71230,8.695068359375
RHLSU,λ<=log n,8192,0,71965,8.7847900390625
RHLSU,λ<=log n,8192,0,74541,9.0992431640625
RHLSU,λ<=log n,8192,0,69733,8.5123291015625
RHLSU,λ<=log n,8192,0,70918,8.656982421875
RHLSU,λ<=log n,8192,0,75569,9.2247314453125
RHLSU,λ<=log n,8192,0,65387,7.9818115234375
RHLSU,λ<=log n,8192,0,76585,9.3487548828125
RHLSU,λ<=log n,8192,0,77812,9.49853515625
RHLSU,λ<=log n,8192,0,77851,9.5032958984375
RHLSU,λ<=log n,8192,0,70674,8.627197265625
RHLSU,λ<=log n,8192,0,66929,8.1700439453125
RHLSU,λ<=log n,8192,0,75827,9.2562255859375
RHLSU,λ<=log n,8192,0,67183,8.2010498046875
RHLSU,λ<=log n,8192,0,68520,8.3642578125
RHLSU,λ<=log n,8192,0,73210,8.936767578125
RHLSU,λ<=log n,8192,0,76113,9.2911376953125
RHLSU,λ<=log n,8192,0,68746,8.391845703125
RHLSU,λ<=log n,8192,0,67949,8.2945556640625
RHLSU,λ<=log n,8192,0,71400,8.7158203125
RHLSU,λ<=log n,8192,0,72049,8.7950439453125
RHLSU,λ<=log n,8192,0,72452,8.84423828125
RHLSU,λ<=log n,8192,0,68057,8.3077392578125
RHLSU,λ<=log n,8192,0,70740,8.63525390625
RHLSU,λ<=log n,8192,0,68555,8.3685302734375
RHLSU,λ<=log n,8192,0,67765,8.2720947265625
RHLSU,λ<=log n,8192,0,69682,8.506103515625
RHLSU,λ<=log n,8192,0,74406,9.082763671875
RHLSU,λ<=log n,8192,0,67176,8.2001953125
RHLSU,λ<=log n,8192,0,72064,8.796875
RHLSU,λ<=log n,8192,0,71756,8.75927734375
RHLSU,λ<=log n,8192,0,75230,9.183349609375
RHLSU,λ<=log n,8192,0,70122,8.559814453125
RHLSU,λ<=log n,8192,0,70055,8.5516357421875
RHLSU,λ<=log n,8192,0,71749,8.7584228515625
RHLSU,λ<=log n,8192,0,69875,8.5296630859375
RHLSU,λ<=log n,8192,0,73133,8.9273681640625
RHLSU,λ<=log n,8192,0,69470,8.480224609375
RHLSU,λ<=log n,8192,0,71609,8.7413330078125
RHLSU,λ<=log n,8192,0,69782,8.518310546875
RHLSU,λ<=log n,8192,0,66751,8.1483154296875
RHLSU,λ<=log n,8192,0,73690,8.995361328125
RRLSU,λ<=log n,8192,0,73733,9.0006103515625
RRLSU,λ<=log n,8192,0,74336,9.07421875
RRLSU,λ<=log n,8192,0,76515,9.3402099609375
RRLSU,λ<=log n,8192,0,76662,9.358154296875
RRLSU,λ<=log n,8192,0,71639,8.7449951171875
RRLSU,λ<=log n,8192,0,90588,11.05810546875
RRLSU,λ<=log n,8192,0,77149,9.4176025390625
RRLSU,λ<=log n,8192,0,73295,8.9471435546875
RRLSU,λ<=log n,8192,0,74911,9.1444091796875
RRLSU,λ<=log n,8192,0,81930,10.001220703125
RRLSU,λ<=log n,8192,0,73325,8.9508056640625
RRLSU,λ<=log n,8192,0,79228,9.67138671875
RRLSU,λ<=log n,8192,0,69126,8.438232421875
RRLSU,λ<=log n,8192,0,80414,9.816162109375
RRLSU,λ<=log n,8192,0,75606,9.229248046875
RRLSU,λ<=log n,8192,0,75084,9.16552734375
RRLSU,λ<=log n,8192,0,83567,10.2010498046875
RRLSU,λ<=log n,8192,0,72255,8.8201904296875
RRLSU,λ<=log n,8192,0,76712,9.3642578125
RRLSU,λ<=log n,8192,0,76439,9.3309326171875
RRLSU,λ<=log n,8192,0,74710,9.119873046875
RRLSU,λ<=log n,8192,0,74981,9.1529541015625
RRLSU,λ<=log n,8192,0,70392,8.5927734375
RRLSU,λ<=log n,8192,0,83981,10.2515869140625
RRLSU,λ<=log n,8192,0,77771,9.4935302734375
RRLSU,λ<=log n,8192,0,74067,9.0413818359375
RRLSU,λ<=log n,8192,0,70610,8.619384765625
RRLSU,λ<=log n,8192,0,77220,9.42626953125
RRLSU,λ<=log n,8192,0,72223,8.8162841796875
RRLSU,λ<=log n,8192,0,71186,8.689697265625
RRLSU,λ<=log n,8192,0,75549,9.2222900390625
RRLSU,λ<=log n,8192,0,80263,9.7977294921875
RRLSU,λ<=log n,8192,0,73404,8.96044921875
RRLSU,λ<=log n,8192,0,82053,10.0162353515625
RRLSU,λ<=log n,8192,0,78730,9.610595703125
RRLSU,λ<=log n,8192,0,71573,8.7369384765625
RRLSU,λ<=log n,8192,0,72872,8.8955078125
RRLSU,λ<=log n,8192,0,70678,8.627685546875
RRLSU,λ<=log n,8192,0,67506,8.240478515625
RRLSU,λ<=log n,8192,0,86831,10.5994873046875
RRLSU,λ<=log n,8192,0,76328,9.3173828125
RRLSU,λ<=log n,8192,0,74401,9.0821533203125
RRLSU,λ<=log n,8192,0,75984,9.275390625
RRLSU,λ<=log n,8192,0,72765,8.8824462890625
RRLSU,λ<=log n,8192,0,79474,9.701416015625
RRLSU,λ<=log n,8192,0,73407,8.9608154296875
RRLSU,λ<=log n,8192,0,71003,8.6673583984375
RRLSU,λ<=log n,8192,0,76873,9.3839111328125
RRLSU,λ<=log n,8192,0,90323,11.0257568359375
RRLSU,λ<=log n,8192,0,81782,9.983154296875
RRLSU,λ<=log n,8192,0,74610,9.107666015625
RRLSU,λ<=log n,8192,0,81883,9.9954833984375
RRLSU,λ<=log n,8192,0,85712,10.462890625
RRLSU,λ<=log n,8192,0,77491,9.4593505859375
RRLSU,λ<=log n,8192,0,76094,9.288818359375
RRLSU,λ<=log n,8192,0,74143,9.0506591796875
RRLSU,λ<=log n,8192,0,70221,8.5718994140625
RRLSU,λ<=log n,8192,0,75800,9.2529296875
RRLSU,λ<=log n,8192,0,76400,9.326171875
RRLSU,λ<=log n,8192,0,79309,9.6812744140625
RRLSU,λ<=log n,8192,0,76669,9.3590087890625
RRLSU,λ<=log n,8192,0,72562,8.857666015625
RRLSU,λ<=log n,8192,0,70820,8.64501953125
RRLSU,λ<=log n,8192,0,76796,9.37451171875
RRLSU,λ<=log n,8192,0,76312,9.3154296875
RRLSU,λ<=log n,8192,0,71823,8.7674560546875
RRLSU,λ<=log n,8192,0,78858,9.626220703125
RRLSU,λ<=log n,8192,0,74366,9.077880859375
RRLSU,λ<=log n,8192,0,87654,10.699951171875
RRLSU,λ<=log n,8192,0,68871,8.4071044921875
RRLSU,λ<=log n,8192,0,74130,9.049072265625
RRLSU,λ<=log n,8192,0,75894,9.264404296875
RRLSU,λ<=log n,8192,0,74423,9.0848388671875
RRLSU,λ<=log n,8192,0,77049,9.4053955078125
RRLSU,λ<=log n,8192,0,74437,9.0865478515625
RRLSU,λ<=log n,8192,0,73705,8.9971923828125
RRLSU,λ<=log n,8192,0,84478,10.312255859375
RRLSU,λ<=log n,8192,0,83417,10.1827392578125
RRLSU,λ<=log n,8192,0,71584,8.73828125
RRLSU,λ<=log n,8192,0,75379,9.2015380859375
RRLSU,λ<=log n,8192,0,82477,10.0679931640625
RRLSU,λ<=log n,8192,0,82421,10.0611572265625
RRLSU,λ<=log n,8192,0,78751,9.6131591796875
RRLSU,λ<=log n,8192,0,80136,9.7822265625
RRLSU,λ<=log n,8192,0,72624,8.865234375
RRLSU,λ<=log n,8192,0,72070,8.797607421875
RRLSU,λ<=log n,8192,0,79244,9.67333984375
RRLSU,λ<=log n,8192,0,82389,10.0572509765625
RRLSU,λ<=log n,8192,0,74179,9.0550537109375
RRLSU,λ<=log n,8192,0,88313,10.7803955078125
RRLSU,λ<=log n,8192,0,77761,9.4923095703125
RRLSU,λ<=log n,8192,0,79798,9.740966796875
RRLSU,λ<=log n,8192,0,69146,8.440673828125
RRLSU,λ<=log n,8192,0,78283,9.5560302734375
RRLSU,λ<=log n,8192,0,85203,10.4007568359375
RRLSU,λ<=log n,8192,0,79094,9.655029296875
RRLSU,λ<=log n,8192,0,74295,9.0692138671875
RRLSU,λ<=log n,8192,0,74669,9.1148681640625
RRLSU,λ<=log n,8192,0,72268,8.82177734375
RRLSU,λ<=log n,8192,0,71609,8.7413330078125
RSLSU,λ<=log n,8192,0,98640,12.041015625
RSLSU,λ<=log n,8192,0,79088,9.654296875
RSLSU,λ<=log n,8192,0,81266,9.920166015625
RSLSU,λ<=log n,8192,0,90013,10.9879150390625
RSLSU,λ<=log n,8192,0,82470,10.067138671875
RSLSU,λ<=log n,8192,0,95411,11.6468505859375
RSLSU,λ<=log n,8192,0,98672,12.044921875
RSLSU,λ<=log n,8192,0,88864,10.84765625
RSLSU,λ<=log n,8192,0,82413,10.0601806640625
RSLSU,λ<=log n,8192,0,82701,10.0953369140625
RSLSU,λ<=log n,8192,0,82165,10.0299072265625
RSLSU,λ<=log n,8192,0,84468,10.31103515625
RSLSU,λ<=log n,8192,0,88068,10.75048828125
RSLSU,λ<=log n,8192,0,94688,11.55859375
RSLSU,λ<=log n,8192,0,86354,10.541259765625
RSLSU,λ<=log n,8192,0,92651,11.3099365234375
RSLSU,λ<=log n,8192,0,103437,12.6265869140625
RSLSU,λ<=log n,8192,0,83803,10.2298583984375
RSLSU,λ<=log n,8192,0,92162,11.250244140625
RSLSU,λ<=log n,8192,0,92275,11.2640380859375
RSLSU,λ<=log n,8192,0,86240,10.52734375
RSLSU,λ<=log n,8192,0,82076,10.01904296875
RSLSU,λ<=log n,8192,0,84507,10.3157958984375
RSLSU,λ<=log n,8192,0,79602,9.717041015625
RSLSU,λ<=log n,8192,0,86191,10.5213623046875
RSLSU,λ<=log n,8192,0,94209,11.5001220703125
RSLSU,λ<=log n,8192,0,84731,10.3431396484375
RSLSU,λ<=log n,8192,0,87710,10.706787109375
RSLSU,λ<=log n,8192,0,84691,10.3382568359375
RSLSU,λ<=log n,8192,0,89423,10.9158935546875
RSLSU,λ<=log n,8192,0,85251,10.4066162109375
RSLSU,λ<=log n,8192,0,82866,10.115478515625
RSLSU,λ<=log n,8192,0,86340,10.53955078125
RSLSU,λ<=log n,8192,0,87050,10.626220703125
RSLSU,λ<=log n,8192,0,102224,12.478515625
RSLSU,λ<=log n,8192,0,81300,9.92431640625
RSLSU,λ<=log n,8192,0,80654,9.845458984375
RSLSU,λ<=log n,8192,0,80357,9.8092041015625
RSLSU,λ<=log n,8192,0,82064,10.017578125
RSLSU,λ<=log n,8192,0,89878,10.971435546875
RSLSU,λ<=log n,8192,0,86817,10.5977783203125
RSLSU,λ<=log n,8192,0,88731,10.8314208984375
RSLSU,λ<=log n,8192,0,84010,10.255126953125
RSLSU,λ<=log n,8192,0,92497,11.2911376953125
RSLSU,λ<=log n,8192,0,89239,10.8934326171875
RSLSU,λ<=log n,8192,0,100983,12.3270263671875
RSLSU,λ<=log n,8192,0,91727,11.1971435546875
RSLSU,λ<=log n,8192,0,93844,11.45556640625
RSLSU,λ<=log n,8192,0,88652,10.82177734375
RSLSU,λ<=log n,8192,0,85381,10.4224853515625
RSLSU,λ<=log n,8192,0,86122,10.512939453125
RSLSU,λ<=log n,8192,0,85256,10.4072265625
RSLSU,λ<=log n,8192,0,90806,11.084716796875
RSLSU,λ<=log n,8192,0,84116,10.26806640625
RSLSU,λ<=log n,8192,0,91024,11.111328125
RSLSU,λ<=log n,8192,0,80194,9.789306640625
RSLSU,λ<=log n,8192,0,89505,10.9259033203125
RSLSU,λ<=log n,8192,0,79603,9.7171630859375
RSLSU,λ<=log n,8192,0,80521,9.8292236328125
RSLSU,λ<=log n,8192,0,97647,11.9197998046875
RSLSU,λ<=log n,8192,0,86388,10.54541015625
RSLSU,λ<=log n,8192,0,87944,10.7353515625
RSLSU,λ<=log n,8192,0,84388,10.30126953125
RSLSU,λ<=log n,8192,0,83070,10.140380859375
RSLSU,λ<=log n,8192,0,81693,9.9722900390625
RSLSU,λ<=log n,8192,0,102540,12.51708984375
RSLSU,λ<=log n,8192,0,83966,10.249755859375
RSLSU,λ<=log n,8192,0,85340,10.41748046875
RSLSU,λ<=log n,8192,0,80247,9.7957763671875
RSLSU,λ<=log n,8192,0,83157,10.1510009765625
RSLSU,λ<=log n,8192,0,81370,9.932861328125
RSLSU,λ<=log n,8192,0,83522,10.195556640625
RSLSU,λ<=log n,8192,0,93917,11.4644775390625
RSLSU,λ<=log n,8192,0,83180,10.15380859375
RSLSU,λ<=log n,8192,0,92484,11.28955078125
RSLSU,λ<=log n,8192,0,89518,10.927490234375
RSLSU,λ<=log n,8192,0,99677,12.1676025390625
RSLSU,λ<=log n,8192,0,86497,10.5587158203125
RSLSU,λ<=log n,8192,0,88141,10.7593994140625
RSLSU,λ<=log n,8192,0,91939,11.2230224609375
RSLSU,λ<=log n,8192,0,82444,10.06396484375
RSLSU,λ<=log n,8192,0,102040,12.4560546875
RSLSU,λ<=log n,8192,0,96830,11.820068359375
RSLSU,λ<=log n,8192,0,87746,10.711181640625
RSLSU,λ<=log n,8192,0,94539,11.5404052734375
RSLSU,λ<=log n,8192,0,101904,12.439453125
RSLSU,λ<=log n,8192,0,94393,11.5225830078125
RSLSU,λ<=log n,8192,0,90395,11.0345458984375
RSLSU,λ<=log n,8192,0,82846,10.113037109375
RSLSU,λ<=log n,8192,0,92595,11.3031005859375
RSLSU,λ<=log n,8192,0,83760,10.224609375
RSLSU,λ<=log n,8192,0,89288,10.8994140625
RSLSU,λ<=log n,8192,0,89687,10.9481201171875
RSLSU,λ<=log n,8192,0,87588,10.69189453125
RSLSU,λ<=log n,8192,0,81094,9.899169921875
RSLSU,λ<=log n,8192,0,88116,10.75634765625
RSLSU,λ<=log n,8192,0,90204,11.01123046875
RSLSU,λ<=log n,8192,0,83822,10.232177734375
RSLSU,λ<=log n,8192,0,86189,10.5211181640625
RSLSU,λ<=log n,8192,0,85825,10.4766845703125
RSDMU,λ<=log n,8192,0,67607,8.2528076171875
RSDMU,λ<=log n,8192,0,72547,8.8558349609375
RSDMU,λ<=log n,8192,0,70466,8.601806640625
RSDMU,λ<=log n,8192,0,79369,9.6885986328125
RSDMU,λ<=log n,8192,0,80806,9.864013671875
RSDMU,λ<=log n,8192,0,64544,7.87890625
RSDMU,λ<=log n,8192,0,68042,8.305908203125
RSDMU,λ<=log n,8192,0,80985,9.8858642578125
RSDMU,λ<=log n,8192,0,78836,9.62353515625
RSDMU,λ<=log n,8192,0,79743,9.7342529296875
RSDMU,λ<=log n,8192,0,69952,8.5390625
RSDMU,λ<=log n,8192,0,69278,8.456787109375
RSDMU,λ<=log n,8192,0,85541,10.4420166015625
RSDMU,λ<=log n,8192,0,73804,9.00927734375
RSDMU,λ<=log n,8192,0,71089,8.6778564453125
RSDMU,λ<=log n,8192,0,72583,8.8602294921875
RSDMU,λ<=log n,8192,0,74515,9.0960693359375
RSDMU,λ<=log n,8192,0,67537,8.2442626953125
RSDMU,λ<=log n,8192,0,68952,8.4169921875
RSDMU,λ<=log n,8192,0,73671,8.9930419921875
RSDMU,λ<=log n,8192,0,76226,9.304931640625
RSDMU,λ<=log n,8192,0,66793,8.1534423828125
RSDMU,λ<=log n,8192,0,70847,8.6483154296875
RSDMU,λ<=log n,8192,0,74415,9.0838623046875
RSDMU,λ<=log n,8192,0,72479,8.8475341796875
RSDMU,λ<=log n,8192,0,68941,8.4156494140625
RSDMU,λ<=log n,8192,0,72393,8.8370361328125
RSDMU,λ<=log n,8192,0,70522,8.608642578125
RSDMU,λ<=log n,8192,0,68757,8.3931884765625
RSDMU,λ<=log n,8192,0,78435,9.5745849609375
RSDMU,λ<=log n,8192,0,81813,9.9869384765625
RSDMU,λ<=log n,8192,0,70894,8.654052734375
RSDMU,λ<=log n,8192,0,73293,8.9468994140625
RSDMU,λ<=log n,8192,0,64641,7.8907470703125
RSDMU,λ<=log n,8192,0,71778,8.761962890625
RSDMU,λ<=log n,8192,0,67940,8.29345703125
RSDMU,λ<=log n,8192,0,77023,9.4022216796875
RSDMU,λ<=log n,8192,0,69091,8.4339599609375
RSDMU,λ<=log n,8192,0,68687,8.3846435546875
RSDMU,λ<=log n,8192,0,64432,7.865234375
RSDMU,λ<=log n,8192,0,69645,8.5015869140625
RSDMU,λ<=log n,8192,0,66177,8.0782470703125
RSDMU,λ<=log n,8192,0,82636,10.08740234375
RSDMU,λ<=log n,8192,0,76931,9.3909912109375
RSDMU,λ<=log n,8192,0,70152,8.5634765625
RSDMU,λ<=log n,8192,0,65090,7.945556640625
RSDMU,λ<=log n,8192,0,74569,9.1026611328125
RSDMU,λ<=log n,8192,0,70952,8.6611328125
RSDMU,λ<=log n,8192,0,73732,9.00048828125
RSDMU,λ<=log n,8192,0,69606,8.496826171875
RSDMU,λ<=log n,8192,0,79713,9.7305908203125
RSDMU,λ<=log n,8192,0,75384,9.2021484375
RSDMU,λ<=log n,8192,0,78804,9.61962890625
RSDMU,λ<=log n,8192,0,66782,8.152099609375
RSDMU,λ<=log n,8192,0,73424,8.962890625
RSDMU,λ<=log n,8192,0,74317,9.0718994140625
RSDMU,λ<=log n,8192,0,72477,8.8472900390625
RSDMU,λ<=log n,8192,0,66475,8.1146240234375
RSDMU,λ<=log n,8192,0,74054,9.039794921875
RSDMU,λ<=log n,8192,0,67022,8.181396484375
RSDMU,λ<=log n,8192,0,74679,9.1160888671875
RSDMU,λ<=log n,8192,0,81190,9.910888671875
RSDMU,λ<=log n,8192,0,70301,8.5816650390625
RSDMU,λ<=log n,8192,0,68884,8.40869140625
RSDMU,λ<=log n,8192,0,63627,7.7669677734375
RSDMU,λ<=log n,8192,0,69907,8.5335693359375
RSDMU,λ<=log n,8192,0,86306,10.535400390625
RSDMU,λ<=log n,8192,0,72653,8.8687744140625
RSDMU,λ<=log n,8192,0,64905,7.9229736328125
RSDMU,λ<=log n,8192,0,94330,11.514892578125
RSDMU,λ<=log n,8192,0,68850,8.404541015625
RSDMU,λ<=log n,8192,0,76506,9.339111328125
RSDMU,λ<=log n,8192,0,69696,8.5078125
RSDMU,λ<=log n,8192,0,78908,9.63232421875
RSDMU,λ<=log n,8192,0,71813,8.7662353515625
RSDMU,λ<=log n,8192,0,84669,10.3355712890625
RSDMU,λ<=log n,8192,0,72037,8.7935791015625
RSDMU,λ<=log n,8192,0,75944,9.2705078125
RSDMU,λ<=log n,8192,0,77879,9.5067138671875
RSDMU,λ<=log n,8192,0,78096,9.533203125
RSDMU,λ<=log n,8192,0,73611,8.9857177734375
RSDMU,λ<=log n,8192,0,83409,10.1817626953125
RSDMU,λ<=log n,8192,0,64184,7.8349609375
RSDMU,λ<=log n,8192,0,79533,9.7086181640625
RSDMU,λ<=log n,8192,0,72304,8.826171875
RSDMU,λ<=log n,8192,0,66335,8.0975341796875
RSDMU,λ<=log n,8192,0,80431,9.8182373046875
RSDMU,λ<=log n,8192,0,65115,7.9486083984375
RSDMU,λ<=log n,8192,0,66458,8.112548828125
RSDMU,λ<=log n,8192,0,73670,8.992919921875
RSDMU,λ<=log n,8192,0,67322,8.218017578125
RSDMU,λ<=log n,8192,0,87028,10.62353515625
RSDMU,λ<=log n,8192,0,71520,8.73046875
RSDMU,λ<=log n,8192,0,70454,8.600341796875
RSDMU,λ<=log n,8192,0,74082,9.043212890625
RSDMU,λ<=log n,8192,0,75460,9.21142578125
RSDMU,λ<=log n,8192,0,73066,8.919189453125
RSDMU,λ<=log n,8192,0,63468,7.74755859375
RSDMU,λ<=log n,8192,0,75294,9.191162109375
RSDMU,λ<=log n,8192,0,74052,9.03955078125
RRDMU,λ<=log n,8192,0,66718,8.144287109375
RRDMU,λ<=log n,8192,0,55980,6.83349609375
RRDMU,λ<=log n,8192,0,54619,6.6673583984375
RRDMU,λ<=log n,8192,0,60464,7.380859375
RRDMU,λ<=log n,8192,0,51946,6.341064453125
RRDMU,λ<=log n,8192,0,53694,6.554443359375
RRDMU,λ<=log n,8192,0,57778,7.052978515625
RRDMU,λ<=log n,8192,0,65087,7.9451904296875
RRDMU,λ<=log n,8192,0,58590,7.152099609375
RRDMU,λ<=log n,8192,0,60910,7.435302734375
RRDMU,λ<=log n,8192,0,55891,6.8226318359375
RRDMU,λ<=log n,8192,0,53335,6.5106201171875
RRDMU,λ<=log n,8192,0,58331,7.1204833984375
RRDMU,λ<=log n,8192,0,52507,6.4095458984375
RRDMU,λ<=log n,8192,0,56803,6.9339599609375
RRDMU,λ<=log n,8192,0,54644,6.67041015625
RRDMU,λ<=log n,8192,0,54301,6.6285400390625
RRDMU,λ<=log n,8192,0,52520,6.4111328125
RRDMU,λ<=log n,8192,0,57661,7.0386962890625
RRDMU,λ<=log n,8192,0,55183,6.7362060546875
RRDMU,λ<=log n,8192,0,62670,7.650146484375
RRDMU,λ<=log n,8192,0,58605,7.1539306640625
RRDMU,λ<=log n,8192,0,57729,7.0469970703125
RRDMU,λ<=log n,8192,0,62616,7.6435546875
RRDMU,λ<=log n,8192,0,70419,8.5960693359375
RRDMU,λ<=log n,8192,0,60647,7.4031982421875
RRDMU,λ<=log n,8192,0,59918,7.314208984375
RRDMU,λ<=log n,8192,0,61248,7.4765625
RRDMU,λ<=log n,8192,0,65659,8.0150146484375
RRDMU,λ<=log n,8192,0,60818,7.424072265625
RRDMU,λ<=log n,8192,0,54494,6.652099609375
RRDMU,λ<=log n,8192,0,54832,6.693359375
RRDMU,λ<=log n,8192,0,67035,8.1829833984375
RRDMU,λ<=log n,8192,0,57291,6.9935302734375
RRDMU,λ<=log n,8192,0,60164,7.34423828125
RRDMU,λ<=log n,8192,0,63704,7.7763671875
RRDMU,λ<=log n,8192,0,58564,7.14892578125
RRDMU,λ<=log n,8192,0,62645,7.6470947265625
RRDMU,λ<=log n,8192,0,57081,6.9678955078125
RRDMU,λ<=log n,8192,0,60527,7.3885498046875
RRDMU,λ<=log n,8192,0,63984,7.810546875
RRDMU,λ<=log n,8192,0,55706,6.800048828125
RRDMU,λ<=log n,8192,0,56956,6.95263671875
RRDMU,λ<=log n,8192,0,61802,7.544189453125
RRDMU,λ<=log n,8192,0,67291,8.2142333984375
RRDMU,λ<=log n,8192,0,60167,7.3446044921875
RRDMU,λ<=log n,8192,0,56540,6.90185546875
RRDMU,λ<=log n,8192,0,58332,7.12060546875
RRDMU,λ<=log n,8192,0,52865,6.4532470703125
RRDMU,λ<=log n,8192,0,58601,7.1534423828125
RRDMU,λ<=log n,8192,0,54546,6.658447265625
RRDMU,λ<=log n,8192,0,58670,7.161865234375
RRDMU,λ<=log n,8192,0,53756,6.56201171875
RRDMU,λ<=log n,8192,0,55422,6.765380859375
RRDMU,λ<=log n,8192,0,57806,7.056396484375
RRDMU,λ<=log n,8192,0,56739,6.9261474609375
RRDMU,λ<=log n,8192,0,59612,7.27685546875
RRDMU,λ<=log n,8192,0,54973,6.7105712890625
RRDMU,λ<=log n,8192,0,60328,7.3642578125
RRDMU,λ<=log n,8192,0,59868,7.30810546875
RRDMU,λ<=log n,8192,0,56345,6.8780517578125
RRDMU,λ<=log n,8192,0,57422,7.009521484375
RRDMU,λ<=log n,8192,0,53200,6.494140625
RRDMU,λ<=log n,8192,0,52340,6.38916015625
RRDMU,λ<=log n,8192,0,68536,8.3662109375
RRDMU,λ<=log n,8192,0,56113,6.8497314453125
RRDMU,λ<=log n,8192,0,53943,6.5848388671875
RRDMU,λ<=log n,8192,0,57374,7.003662109375
RRDMU,λ<=log n,8192,0,56134,6.852294921875
RRDMU,λ<=log n,8192,0,68670,8.382568359375
RRDMU,λ<=log n,8192,0,58586,7.151611328125
RRDMU,λ<=log n,8192,0,59019,7.2044677734375
RRDMU,λ<=log n,8192,0,55185,6.7364501953125
RRDMU,λ<=log n,8192,0,56717,6.9234619140625
RRDMU,λ<=log n,8192,0,55897,6.8233642578125
RRDMU,λ<=log n,8192,0,55153,6.7325439453125
RRDMU,λ<=log n,8192,0,55075,6.7230224609375
RRDMU,λ<=log n,8192,0,57624,7.0341796875
RRDMU,λ<=log n,8192,0,61350,7.489013671875
RRDMU,λ<=log n,8192,0,62832,7.669921875
RRDMU,λ<=log n,8192,0,55482,6.772705078125
RRDMU,λ<=log n,8192,0,57041,6.9630126953125
RRDMU,λ<=log n,8192,0,54535,6.6571044921875
RRDMU,λ<=log n,8192,0,56554,6.903564453125
RRDMU,λ<=log n,8192,0,53589,6.5416259765625
RRDMU,λ<=log n,8192,0,57493,7.0181884765625
RRDMU,λ<=log n,8192,0,55857,6.8184814453125
RRDMU,λ<=log n,8192,0,54503,6.6531982421875
RRDMU,λ<=log n,8192,0,55348,6.75634765625
RRDMU,λ<=log n,8192,0,56236,6.86474609375
RRDMU,λ<=log n,8192,0,57175,6.9793701171875
RRDMU,λ<=log n,8192,0,57667,7.0394287109375
RRDMU,λ<=log n,8192,0,54673,6.6739501953125
RRDMU,λ<=log n,8192,0,55954,6.830322265625
RRDMU,λ<=log n,8192,0,56500,6.89697265625
RRDMU,λ<=log n,8192,0,60017,7.3262939453125
RRDMU,λ<=log n,8192,0,57071,6.9666748046875
RRDMU,λ<=log n,8192,0,59758,7.294677734375
RRDMU,λ<=log n,8192,0,51403,6.2747802734375
RRDMU,λ<=log n,8192,0,57546,7.024658203125
RHDMU,λ<=log n,8192,0,54566,6.660888671875
RHDMU,λ<=log n,8192,0,53760,6.5625
RHDMU,λ<=log n,8192,0,56823,6.9364013671875
RHDMU,λ<=log n,8192,0,52559,6.4158935546875
RHDMU,λ<=log n,8192,0,52781,6.4429931640625
RHDMU,λ<=log n,8192,0,50442,6.157470703125
RHDMU,λ<=log n,8192,0,61856,7.55078125
RHDMU,λ<=log n,8192,0,54453,6.6470947265625
RHDMU,λ<=log n,8192,0,49817,6.0811767578125
RHDMU,λ<=log n,8192,0,56726,6.924560546875
RHDMU,λ<=log n,8192,0,52025,6.3507080078125
RHDMU,λ<=log n,8192,0,52515,6.4105224609375
RHDMU,λ<=log n,8192,0,53383,6.5164794921875
RHDMU,λ<=log n,8192,0,52251,6.3782958984375
RHDMU,λ<=log n,8192,0,52044,6.35302734375
RHDMU,λ<=log n,8192,0,51591,6.2977294921875
RHDMU,λ<=log n,8192,0,53108,6.48291015625
RHDMU,λ<=log n,8192,0,52610,6.422119140625
RHDMU,λ<=log n,8192,0,61048,7.4521484375
RHDMU,λ<=log n,8192,0,56182,6.858154296875
RHDMU,λ<=log n,8192,0,52918,6.459716796875
RHDMU,λ<=log n,8192,0,59056,7.208984375
RHDMU,λ<=log n,8192,0,57511,7.0203857421875
RHDMU,λ<=log n,8192,0,52748,6.43896484375
RHDMU,λ<=log n,8192,0,54094,6.603271484375
RHDMU,λ<=log n,8192,0,52986,6.468017578125
RHDMU,λ<=log n,8192,0,55008,6.71484375
RHDMU,λ<=log n,8192,0,50656,6.18359375
RHDMU,λ<=log n,8192,0,56545,6.9024658203125
RHDMU,λ<=log n,8192,0,53669,6.5513916015625
RHDMU,λ<=log n,8192,0,51422,6.277099609375
RHDMU,λ<=log n,8192,0,54880,6.69921875
RHDMU,λ<=log n,8192,0,55295,6.7498779296875
RHDMU,λ<=log n,8192,0,52771,6.4417724609375
RHDMU,λ<=log n,8192,0,50648,6.1826171875
RHDMU,λ<=log n,8192,0,51879,6.3328857421875
RHDMU,λ<=log n,8192,0,55990,6.834716796875
RHDMU,λ<=log n,8192,0,55152,6.732421875
RHDMU,λ<=log n,8192,0,56942,6.950927734375
RHDMU,λ<=log n,8192,0,50198,6.127685546875
RHDMU,λ<=log n,8192,0,53548,6.53662109375
RHDMU,λ<=log n,8192,0,53156,6.48876953125
RHDMU,λ<=log n,8192,0,54442,6.645751953125
RHDMU,λ<=log n,8192,0,53205,6.4947509765625
RHDMU,λ<=log n,8192,0,53062,6.477294921875
RHDMU,λ<=log n,8192,0,50356,6.14697265625
RHDMU,λ<=log n,8192,0,59331,7.2425537109375
RHDMU,λ<=log n,8192,0,53830,6.571044921875
RHDMU,λ<=log n,8192,0,53029,6.4732666015625
RHDMU,λ<=log n,8192,0,50569,6.1729736328125
RHDMU,λ<=log n,8192,0,50184,6.1259765625
RHDMU,λ<=log n,8192,0,54121,6.6065673828125
RHDMU,λ<=log n,8192,0,58124,7.09521484375
RHDMU,λ<=log n,8192,0,59460,7.25830078125
RHDMU,λ<=log n,8192,0,54745,6.6827392578125
RHDMU,λ<=log n,8192,0,54274,6.625244140625
RHDMU,λ<=log n,8192,0,58319,7.1190185546875
RHDMU,λ<=log n,8192,0,52449,6.4024658203125
RHDMU,λ<=log n,8192,0,53425,6.5216064453125
RHDMU,λ<=log n,8192,0,53845,6.5728759765625
RHDMU,λ<=log n,8192,0,54539,6.6575927734375
RHDMU,λ<=log n,8192,0,51985,6.3458251953125
RHDMU,λ<=log n,8192,0,56220,6.86279296875
RHDMU,λ<=log n,8192,0,50889,6.2120361328125
RHDMU,λ<=log n,8192,0,50880,6.2109375
RHDMU,λ<=log n,8192,0,53550,6.536865234375
RHDMU,λ<=log n,8192,0,53266,6.502197265625
RHDMU,λ<=log n,8192,0,51219,6.2523193359375
RHDMU,λ<=log n,8192,0,56743,6.9266357421875
RHDMU,λ<=log n,8192,0,53414,6.520263671875
RHDMU,λ<=log n,8192,0,53436,6.52294921875
RHDMU,λ<=log n,8192,0,53446,6.524169921875
RHDMU,λ<=log n,8192,0,51168,6.24609375
RHDMU,λ<=log n,8192,0,49766,6.074951171875
RHDMU,λ<=log n,8192,0,56846,6.939208984375
RHDMU,λ<=log n,8192,0,56130,6.851806640625
RHDMU,λ<=log n,8192,0,53426,6.521728515625
RHDMU,λ<=log n,8192,0,52485,6.4068603515625
RHDMU,λ<=log n,8192,0,50438,6.156982421875
RHDMU,λ<=log n,8192,0,52152,6.3662109375
RHDMU,λ<=log n,8192,0,53258,6.501220703125
RHDMU,λ<=log n,8192,0,58179,7.1019287109375
RHDMU,λ<=log n,8192,0,57844,7.06103515625
RHDMU,λ<=log n,8192,0,52100,6.35986328125
RHDMU,λ<=log n,8192,0,55298,6.750244140625
RHDMU,λ<=log n,8192,0,54955,6.7083740234375
RHDMU,λ<=log n,8192,0,51626,6.302001953125
RHDMU,λ<=log n,8192,0,55984,6.833984375
RHDMU,λ<=log n,8192,0,55737,6.8038330078125
RHDMU,λ<=log n,8192,0,54294,6.627685546875
RHDMU,λ<=log n,8192,0,55317,6.7525634765625
RHDMU,λ<=log n,8192,0,55596,6.78662109375
RHDMU,λ<=log n,8192,0,49539,6.0472412109375
RHDMU,λ<=log n,8192,0,57051,6.9642333984375
RHDMU,λ<=log n,8192,0,53770,6.563720703125
RHDMU,λ<=log n,8192,0,52629,6.4244384765625
RHDMU,λ<=log n,8192,0,49950,6.097412109375
RHDMU,λ<=log n,8192,0,52182,6.369873046875
RHLMU,λ<=log n,8192,0,57985,7.0782470703125
RHLMU,λ<=log n,8192,0,57755,7.0501708984375
RHLMU,λ<=log n,8192,0,54883,6.6995849609375
RHLMU,λ<=log n,8192,0,59921,7.3145751953125
RHLMU,λ<=log n,8192,0,54667,6.6732177734375
RHLMU,λ<=log n,8192,0,55280,6.748046875
RHLMU,λ<=log n,8192,0,54713,6.6788330078125
RHLMU,λ<=log n,8192,0,59866,7.307861328125
RHLMU,λ<=log n,8192,0,57088,6.96875
RHLMU,λ<=log n,8192,0,58429,7.1324462890625
RHLMU,λ<=log n,8192,0,55050,6.719970703125
RHLMU,λ<=log n,8192,0,52366,6.392333984375
RHLMU,λ<=log n,8192,0,54060,6.59912109375
RHLMU,λ<=log n,8192,0,57538,7.023681640625
RHLMU,λ<=log n,8192,0,57470,7.015380859375
RHLMU,λ<=log n,8192,0,57718,7.045654296875
RHLMU,λ<=log n,8192,0,61437,7.4996337890625
RHLMU,λ<=log n,8192,0,55523,6.7777099609375
RHLMU,λ<=log n,8192,0,58984,7.2001953125
RHLMU,λ<=log n,8192,0,60447,7.3787841796875
RHLMU,λ<=log n,8192,0,56707,6.9222412109375
RHLMU,λ<=log n,8192,0,54984,6.7119140625
RHLMU,λ<=log n,8192,0,54415,6.6424560546875
RHLMU,λ<=log n,8192,0,55081,6.7237548828125
RHLMU,λ<=log n,8192,0,68012,8.30224609375
RHLMU,λ<=log n,8192,0,57785,7.0538330078125
RHLMU,λ<=log n,8192,0,59830,7.303466796875
RHLMU,λ<=log n,8192,0,61128,7.4619140625
RHLMU,λ<=log n,8192,0,53843,6.5726318359375
RHLMU,λ<=log n,8192,0,59815,7.3016357421875
RHLMU,λ<=log n,8192,0,58189,7.1031494140625
RHLMU,λ<=log n,8192,0,59210,7.227783203125
RHLMU,λ<=log n,8192,0,60877,7.4312744140625
RHLMU,λ<=log n,8192,0,60558,7.392333984375
RHLMU,λ<=log n,8192,0,55379,6.7601318359375
RHLMU,λ<=log n,8192,0,55609,6.7882080078125
RHLMU,λ<=log n,8192,0,65283,7.9691162109375
RHLMU,λ<=log n,8192,0,63634,7.767822265625
RHLMU,λ<=log n,8192,0,56595,6.9085693359375
RHLMU,λ<=log n,8192,0,59228,7.22998046875
RHLMU,λ<=log n,8192,0,58534,7.145263671875
RHLMU,λ<=log n,8192,0,56902,6.946044921875
RHLMU,λ<=log n,8192,0,56292,6.87158203125
RHLMU,λ<=log n,8192,0,56555,6.9036865234375
RHLMU,λ<=log n,8192,0,54188,6.61474609375
RHLMU,λ<=log n,8192,0,58699,7.1654052734375
RHLMU,λ<=log n,8192,0,54899,6.7015380859375
RHLMU,λ<=log n,8192,0,57979,7.0775146484375
RHLMU,λ<=log n,8192,0,56659,6.9163818359375
RHLMU,λ<=log n,8192,0,55679,6.7967529296875
RHLMU,λ<=log n,8192,0,54489,6.6514892578125
RHLMU,λ<=log n,8192,0,50546,6.170166015625
RHLMU,λ<=log n,8192,0,58742,7.170654296875
RHLMU,λ<=log n,8192,0,54300,6.62841796875
RHLMU,λ<=log n,8192,0,55418,6.764892578125
RHLMU,λ<=log n,8192,0,54613,6.6666259765625
RHLMU,λ<=log n,8192,0,57847,7.0614013671875
RHLMU,λ<=log n,8192,0,58813,7.1793212890625
RHLMU,λ<=log n,8192,0,55133,6.7301025390625
RHLMU,λ<=log n,8192,0,61607,7.5203857421875
RHLMU,λ<=log n,8192,0,57322,6.997314453125
RHLMU,λ<=log n,8192,0,56666,6.917236328125
RHLMU,λ<=log n,8192,0,61367,7.4910888671875
RHLMU,λ<=log n,8192,0,56233,6.8643798828125
RHLMU,λ<=log n,8192,0,59238,7.231201171875
RHLMU,λ<=log n,8192,0,59824,7.302734375
RHLMU,λ<=log n,8192,0,57087,6.9686279296875
RHLMU,λ<=log n,8192,0,52364,6.39208984375
RHLMU,λ<=log n,8192,0,57401,7.0069580078125
RHLMU,λ<=log n,8192,0,53217,6.4962158203125
RHLMU,λ<=log n,8192,0,60142,7.341552734375
RHLMU,λ<=log n,8192,0,58126,7.095458984375
RHLMU,λ<=log n,8192,0,59265,7.2344970703125
RHLMU,λ<=log n,8192,0,51318,6.264404296875
RHLMU,λ<=log n,8192,0,60162,7.343994140625
RHLMU,λ<=log n,8192,0,63804,7.78857421875
RHLMU,λ<=log n,8192,0,55860,6.81884765625
RHLMU,λ<=log n,8192,0,53536,6.53515625
RHLMU,λ<=log n,8192,0,56943,6.9510498046875
RHLMU,λ<=log n,8192,0,59911,7.3133544921875
RHLMU,λ<=log n,8192,0,56693,6.9205322265625
RHLMU,λ<=log n,8192,0,54164,6.61181640625
RHLMU,λ<=log n,8192,0,58831,7.1815185546875
RHLMU,λ<=log n,8192,0,52499,6.4085693359375
RHLMU,λ<=log n,8192,0,55353,6.7569580078125
RHLMU,λ<=log n,8192,0,59144,7.2197265625
RHLMU,λ<=log n,8192,0,57330,6.998291015625
RHLMU,λ<=log n,8192,0,55366,6.758544921875
RHLMU,λ<=log n,8192,0,57310,6.995849609375
RHLMU,λ<=log n,8192,0,60129,7.3399658203125
RHLMU,λ<=log n,8192,0,56962,6.953369140625
RHLMU,λ<=log n,8192,0,59201,7.2266845703125
RHLMU,λ<=log n,8192,0,58929,7.1934814453125
RHLMU,λ<=log n,8192,0,54760,6.6845703125
RHLMU,λ<=log n,8192,0,54738,6.681884765625
RHLMU,λ<=log n,8192,0,53839,6.5721435546875
RHLMU,λ<=log n,8192,0,55101,6.7261962890625
RHLMU,λ<=log n,8192,0,57566,7.027099609375
RHLMU,λ<=log n,8192,0,56196,6.85986328125
RRLMU,λ<=log n,8192,0,59724,7.29052734375
RRLMU,λ<=log n,8192,0,61491,7.5062255859375
RRLMU,λ<=log n,8192,0,58828,7.18115234375
RRLMU,λ<=log n,8192,0,67130,8.194580078125
RRLMU,λ<=log n,8192,0,57288,6.9931640625
RRLMU,λ<=log n,8192,0,57839,7.0604248046875
RRLMU,λ<=log n,8192,0,67753,8.2706298828125
RRLMU,λ<=log n,8192,0,60517,7.3873291015625
RRLMU,λ<=log n,8192,0,59757,7.2945556640625
RRLMU,λ<=log n,8192,0,58606,7.154052734375
RRLMU,λ<=log n,8192,0,59511,7.2645263671875
RRLMU,λ<=log n,8192,0,62566,7.637451171875
RRLMU,λ<=log n,8192,0,58816,7.1796875
RRLMU,λ<=log n,8192,0,61422,7.497802734375
RRLMU,λ<=log n,8192,0,58381,7.1265869140625
RRLMU,λ<=log n,8192,0,71812,8.76611328125
RRLMU,λ<=log n,8192,0,63236,7.71923828125
RRLMU,λ<=log n,8192,0,76545,9.3438720703125
RRLMU,λ<=log n,8192,0,57868,7.06396484375
RRLMU,λ<=log n,8192,0,62085,7.5787353515625
RRLMU,λ<=log n,8192,0,63201,7.7149658203125
RRLMU,λ<=log n,8192,0,61721,7.5343017578125
RRLMU,λ<=log n,8192,0,61191,7.4696044921875
RRLMU,λ<=log n,8192,0,66807,8.1551513671875
RRLMU,λ<=log n,8192,0,60939,7.4388427734375
RRLMU,λ<=log n,8192,0,54706,6.677978515625
RRLMU,λ<=log n,8192,0,64638,7.890380859375
RRLMU,λ<=log n,8192,0,64845,7.9156494140625
RRLMU,λ<=log n,8192,0,60005,7.3248291015625
RRLMU,λ<=log n,8192,0,65152,7.953125
RRLMU,λ<=log n,8192,0,57292,6.99365234375
RRLMU,λ<=log n,8192,0,60367,7.3690185546875
RRLMU,λ<=log n,8192,0,58114,7.093994140625
RRLMU,λ<=log n,8192,0,59554,7.269775390625
RRLMU,λ<=log n,8192,0,57722,7.046142578125
RRLMU,λ<=log n,8192,0,61820,7.54638671875
RRLMU,λ<=log n,8192,0,61223,7.4735107421875
RRLMU,λ<=log n,8192,0,63738,7.780517578125
RRLMU,λ<=log n,8192,0,63129,7.7061767578125
RRLMU,λ<=log n,8192,0,64499,7.8734130859375
RRLMU,λ<=log n,8192,0,58727,7.1688232421875
RRLMU,λ<=log n,8192,0,60986,7.444580078125
RRLMU,λ<=log n,8192,0,64818,7.912353515625
RRLMU,λ<=log n,8192,0,66143,8.0740966796875
RRLMU,λ<=log n,8192,0,61511,7.5086669921875
RRLMU,λ<=log n,8192,0,75917,9.2672119140625
RRLMU,λ<=log n,8192,0,65478,7.992919921875
RRLMU,λ<=log n,8192,0,78350,9.564208984375
RRLMU,λ<=log n,8192,0,67751,8.2703857421875
RRLMU,λ<=log n,8192,0,57966,7.075927734375
RRLMU,λ<=log n,8192,0,60359,7.3680419921875
RRLMU,λ<=log n,8192,0,62775,7.6629638671875
RRLMU,λ<=log n,8192,0,60323,7.3636474609375
RRLMU,λ<=log n,8192,0,65492,7.99462890625
RRLMU,λ<=log n,8192,0,56590,6.907958984375
RRLMU,λ<=log n,8192,0,61442,7.500244140625
RRLMU,λ<=log n,8192,0,59926,7.315185546875
RRLMU,λ<=log n,8192,0,66164,8.07666015625
RRLMU,λ<=log n,8192,0,63269,7.7232666015625
RRLMU,λ<=log n,8192,0,63423,7.7420654296875
RRLMU,λ<=log n,8192,0,58065,7.0880126953125
RRLMU,λ<=log n,8192,0,63592,7.7626953125
RRLMU,λ<=log n,8192,0,66474,8.114501953125
RRLMU,λ<=log n,8192,0,58719,7.1678466796875
RRLMU,λ<=log n,8192,0,61155,7.4652099609375
RRLMU,λ<=log n,8192,0,68995,8.4222412109375
RRLMU,λ<=log n,8192,0,57483,7.0169677734375
RRLMU,λ<=log n,8192,0,61505,7.5079345703125
RRLMU,λ<=log n,8192,0,69218,8.449462890625
RRLMU,λ<=log n,8192,0,55828,6.81494140625
RRLMU,λ<=log n,8192,0,55512,6.7763671875
RRLMU,λ<=log n,8192,0,63384,7.7373046875
RRLMU,λ<=log n,8192,0,60109,7.3375244140625
RRLMU,λ<=log n,8192,0,59889,7.3106689453125
RRLMU,λ<=log n,8192,0,58109,7.0933837890625
RRLMU,λ<=log n,8192,0,66663,8.1375732421875
RRLMU,λ<=log n,8192,0,57779,7.0531005859375
RRLMU,λ<=log n,8192,0,60002,7.324462890625
RRLMU,λ<=log n,8192,0,59371,7.2474365234375
RRLMU,λ<=log n,8192,0,64670,7.894287109375
RRLMU,λ<=log n,8192,0,60446,7.378662109375
RRLMU,λ<=log n,8192,0,63784,7.7861328125
RRLMU,λ<=log n,8192,0,60153,7.3428955078125
RRLMU,λ<=log n,8192,0,65403,7.9837646484375
RRLMU,λ<=log n,8192,0,55326,6.753662109375
RRLMU,λ<=log n,8192,0,66420,8.10791015625
RRLMU,λ<=log n,8192,0,63595,7.7630615234375
RRLMU,λ<=log n,8192,0,57239,6.9871826171875
RRLMU,λ<=log n,8192,0,75587,9.2269287109375
RRLMU,λ<=log n,8192,0,59178,7.223876953125
RRLMU,λ<=log n,8192,0,58690,7.164306640625
RRLMU,λ<=log n,8192,0,56107,6.8489990234375
RRLMU,λ<=log n,8192,0,56735,6.9256591796875
RRLMU,λ<=log n,8192,0,55406,6.763427734375
RRLMU,λ<=log n,8192,0,60742,7.414794921875
RRLMU,λ<=log n,8192,0,56029,6.8394775390625
RRLMU,λ<=log n,8192,0,54226,6.619384765625
RRLMU,λ<=log n,8192,0,65323,7.9739990234375
RRLMU,λ<=log n,8192,0,62688,7.65234375
RRLMU,λ<=log n,8192,0,65743,8.0252685546875
RSLMU,λ<=log n,8192,0,86535,10.5633544921875
RSLMU,λ<=log n,8192,0,76095,9.2889404296875
RSLMU,λ<=log n,8192,0,79367,9.6883544921875
RSLMU,λ<=log n,8192,0,77976,9.5185546875
RSLMU,λ<=log n,8192,0,81555,9.9554443359375
RSLMU,λ<=log n,8192,0,80725,9.8541259765625
RSLMU,λ<=log n,8192,0,83740,10.22216796875
RSLMU,λ<=log n,8192,0,84073,10.2628173828125
RSLMU,λ<=log n,8192,0,90084,10.99658203125
RSLMU,λ<=log n,8192,0,81007,9.8885498046875
RSLMU,λ<=log n,8192,0,86694,10.582763671875
RSLMU,λ<=log n,8192,0,76863,9.3826904296875
RSLMU,λ<=log n,8192,0,76651,9.3568115234375
RSLMU,λ<=log n,8192,0,87388,10.66748046875
RSLMU,λ<=log n,8192,0,84795,10.3509521484375
RSLMU,λ<=log n,8192,0,82232,10.0380859375
RSLMU,λ<=log n,8192,0,77837,9.5015869140625
RSLMU,λ<=log n,8192,0,77922,9.511962890625
RSLMU,λ<=log n,8192,0,76616,9.3525390625
RSLMU,λ<=log n,8192,0,78535,9.5867919921875
RSLMU,λ<=log n,8192,0,78070,9.530029296875
RSLMU,λ<=log n,8192,0,82551,10.0770263671875
RSLMU,λ<=log n,8192,0,75115,9.1693115234375
RSLMU,λ<=log n,8192,0,82581,10.0806884765625
RSLMU,λ<=log n,8192,0,90340,11.02783203125
RSLMU,λ<=log n,8192,0,88765,10.8355712890625
RSLMU,λ<=log n,8192,0,85547,10.4427490234375
RSLMU,λ<=log n,8192,0,78613,9.5963134765625
RSLMU,λ<=log n,8192,0,75416,9.2060546875
RSLMU,λ<=log n,8192,0,98371,12.0081787109375
RSLMU,λ<=log n,8192,0,87264,10.65234375
RSLMU,λ<=log n,8192,0,79240,9.6728515625
RSLMU,λ<=log n,8192,0,75405,9.2047119140625
RSLMU,λ<=log n,8192,0,73289,8.9464111328125
RSLMU,λ<=log n,8192,0,81227,9.9154052734375
RSLMU,λ<=log n,8192,0,88066,10.750244140625
RSLMU,λ<=log n,8192,0,86713,10.5850830078125
RSLMU,λ<=log n,8192,0,75304,9.1923828125
RSLMU,λ<=log n,8192,0,81134,9.904052734375
RSLMU,λ<=log n,8192,0,88311,10.7801513671875
RSLMU,λ<=log n,8192,0,76473,9.3350830078125
RSLMU,λ<=log n,8192,0,77479,9.4578857421875
RSLMU,λ<=log n,8192,0,84150,10.272216796875
RSLMU,λ<=log n,8192,0,87931,10.7337646484375
RSLMU,λ<=log n,8192,0,81447,9.9422607421875
RSLMU,λ<=log n,8192,0,78615,9.5965576171875
RSLMU,λ<=log n,8192,0,77525,9.4635009765625
RSLMU,λ<=log n,8192,0,84035,10.2581787109375
RSLMU,λ<=log n,8192,0,77828,9.50048828125
RSLMU,λ<=log n,8192,0,75966,9.273193359375
RSLMU,λ<=log n,8192,0,80095,9.7772216796875
RSLMU,λ<=log n,8192,0,94479,11.5330810546875
RSLMU,λ<=log n,8192,0,78234,9.550048828125
RSLMU,λ<=log n,8192,0,80622,9.841552734375
RSLMU,λ<=log n,8192,0,75150,9.173583984375
RSLMU,λ<=log n,8192,0,76480,9.3359375
RSLMU,λ<=log n,8192,0,81090,9.898681640625
RSLMU,λ<=log n,8192,0,83334,10.172607421875
RSLMU,λ<=log n,8192,0,82891,10.1185302734375
RSLMU,λ<=log n,8192,0,84074,10.262939453125
RSLMU,λ<=log n,8192,0,80023,9.7684326171875
RSLMU,λ<=log n,8192,0,86056,10.5048828125
RSLMU,λ<=log n,8192,0,80020,9.76806640625
RSLMU,λ<=log n,8192,0,72964,8.90673828125
RSLMU,λ<=log n,8192,0,73986,9.031494140625
RSLMU,λ<=log n,8192,0,93021,11.3551025390625
RSLMU,λ<=log n,8192,0,83656,10.2119140625
RSLMU,λ<=log n,8192,0,84486,10.313232421875
RSLMU,λ<=log n,8192,0,83606,10.205810546875
RSLMU,λ<=log n,8192,0,80873,9.8721923828125
RSLMU,λ<=log n,8192,0,74400,9.08203125
RSLMU,λ<=log n,8192,0,93529,11.4171142578125
RSLMU,λ<=log n,8192,0,85524,10.43994140625
RSLMU,λ<=log n,8192,0,83769,10.2257080078125
RSLMU,λ<=log n,8192,0,84669,10.3355712890625
RSLMU,λ<=log n,8192,0,76870,9.383544921875
RSLMU,λ<=log n,8192,0,79893,9.7525634765625
RSLMU,λ<=log n,8192,0,87687,10.7039794921875
RSLMU,λ<=log n,8192,0,89231,10.8924560546875
RSLMU,λ<=log n,8192,0,77951,9.5155029296875
RSLMU,λ<=log n,8192,0,81440,9.94140625
RSLMU,λ<=log n,8192,0,90895,11.0955810546875
RSLMU,λ<=log n,8192,0,82308,10.04736328125
RSLMU,λ<=log n,8192,0,86758,10.590576171875
RSLMU,λ<=log n,8192,0,96550,11.785888671875
RSLMU,λ<=log n,8192,0,82832,10.111328125
RSLMU,λ<=log n,8192,0,86730,10.587158203125
RSLMU,λ<=log n,8192,0,87746,10.711181640625
RSLMU,λ<=log n,8192,0,76671,9.3592529296875
RSLMU,λ<=log n,8192,0,80650,9.844970703125
RSLMU,λ<=log n,8192,0,79781,9.7388916015625
RSLMU,λ<=log n,8192,0,83534,10.197021484375
RSLMU,λ<=log n,8192,0,83672,10.2138671875
RSLMU,λ<=log n,8192,0,79653,9.7232666015625
RSLMU,λ<=log n,8192,0,82798,10.107177734375
RSLMU,λ<=log n,8192,0,73832,9.0126953125
RSLMU,λ<=log n,8192,0,76699,9.3626708984375
RSLMU,λ<=log n,8192,0,84483,10.3128662109375
RSLMU,λ<=log n,8192,0,75334,9.196044921875
RSDIU,λ<=log n,8192,0,86923,10.6107177734375
RSDIU,λ<=log n,8192,0,82323,10.0491943359375
RSDIU,λ<=log n,8192,0,85685,10.4595947265625
RSDIU,λ<=log n,8192,0,87487,10.6795654296875
RSDIU,λ<=log n,8192,0,102897,12.5606689453125
RSDIU,λ<=log n,8192,0,80891,9.8743896484375
RSDIU,λ<=log n,8192,0,90563,11.0550537109375
RSDIU,λ<=log n,8192,0,86047,10.5037841796875
RSDIU,λ<=log n,8192,0,83307,10.1693115234375
RSDIU,λ<=log n,8192,0,95999,11.7186279296875
RSDIU,λ<=log n,8192,0,86289,10.5333251953125
RSDIU,λ<=log n,8192,0,86099,10.5101318359375
RSDIU,λ<=log n,8192,0,110097,13.4395751953125
RSDIU,λ<=log n,8192,0,84463,10.3104248046875
RSDIU,λ<=log n,8192,0,97141,11.8580322265625
RSDIU,λ<=log n,8192,0,90509,11.0484619140625
RSDIU,λ<=log n,8192,0,81809,9.9864501953125
RSDIU,λ<=log n,8192,0,89793,10.9610595703125
RSDIU,λ<=log n,8192,0,86615,10.5731201171875
RSDIU,λ<=log n,8192,0,82705,10.0958251953125
RSDIU,λ<=log n,8192,0,80453,9.8209228515625
RSDIU,λ<=log n,8192,0,92759,11.3231201171875
RSDIU,λ<=log n,8192,0,79269,9.6763916015625
RSDIU,λ<=log n,8192,0,82535,10.0750732421875
RSDIU,λ<=log n,8192,0,93327,11.3924560546875
RSDIU,λ<=log n,8192,0,81571,9.9573974609375
RSDIU,λ<=log n,8192,0,92335,11.2713623046875
RSDIU,λ<=log n,8192,0,80435,9.8187255859375
RSDIU,λ<=log n,8192,0,86671,10.5799560546875
RSDIU,λ<=log n,8192,0,82587,10.0814208984375
RSDIU,λ<=log n,8192,0,89703,10.9500732421875
RSDIU,λ<=log n,8192,0,88251,10.7728271484375
RSDIU,λ<=log n,8192,0,87101,10.6324462890625
RSDIU,λ<=log n,8192,0,94253,11.5054931640625
RSDIU,λ<=log n,8192,0,87087,10.6307373046875
RSDIU,λ<=log n,8192,0,90095,10.9979248046875
RSDIU,λ<=log n,8192,0,85827,10.4769287109375
RSDIU,λ<=log n,8192,0,91123,11.1234130859375
RSDIU,λ<=log n,8192,0,87627,10.6966552734375
RSDIU,λ<=log n,8192,0,87295,10.6561279296875
RSDIU,λ<=log n,8192,0,85957,10.4927978515625
RSDIU,λ<=log n,8192,0,97365,11.8853759765625
RSDIU,λ<=log n,8192,0,91553,11.1759033203125
RSDIU,λ<=log n,8192,0,84775,10.3485107421875
RSDIU,λ<=log n,8192,0,85075,10.3851318359375
RSDIU,λ<=log n,8192,0,82053,10.0162353515625
RSDIU,λ<=log n,8192,0,90557,11.0543212890625
RSDIU,λ<=log n,8192,0,94115,11.4886474609375
RSDIU,λ<=log n,8192,0,91643,11.1868896484375
RSDIU,λ<=log n,8192,0,89939,10.9788818359375
RSDIU,λ<=log n,8192,0,88325,10.7818603515625
RSDIU,λ<=log n,8192,0,81953,10.0040283203125
RSDIU,λ<=log n,8192,0,88153,10.7608642578125
RSDIU,λ<=log n,8192,0,84113,10.2677001953125
RSDIU,λ<=log n,8192,0,85003,10.3763427734375
RSDIU,λ<=log n,8192,0,90867,11.0921630859375
RSDIU,λ<=log n,8192,0,85743,10.4666748046875
RSDIU,λ<=log n,8192,0,87249,10.6505126953125
RSDIU,λ<=log n,8192,0,81337,9.9288330078125
RSDIU,λ<=log n,8192,0,87499,10.6810302734375
RSDIU,λ<=log n,8192,0,79307,9.6810302734375
RSDIU,λ<=log n,8192,0,88013,10.7437744140625
RSDIU,λ<=log n,8192,0,73065,8.9190673828125
RSDIU,λ<=log n,8192,0,88231,10.7703857421875
RSDIU,λ<=log n,8192,0,88199,10.7664794921875
RSDIU,λ<=log n,8192,0,88633,10.8194580078125
RSDIU,λ<=log n,8192,0,91657,11.1885986328125
RSDIU,λ<=log n,8192,0,81643,9.9661865234375
RSDIU,λ<=log n,8192,0,83897,10.2413330078125
RSDIU,λ<=log n,8192,0,98741,12.0533447265625
RSDIU,λ<=log n,8192,0,91277,11.1422119140625
RSDIU,λ<=log n,8192,0,84871,10.3602294921875
RSDIU,λ<=log n,8192,0,90247,11.0164794921875
RSDIU,λ<=log n,8192,0,98133,11.9791259765625
RSDIU,λ<=log n,8192,0,83529,10.1964111328125
RSDIU,λ<=log n,8192,0,89299,10.9007568359375
RSDIU,λ<=log n,8192,0,82699,10.0950927734375
RSDIU,λ<=log n,8192,0,88705,10.8282470703125
RSDIU,λ<=log n,8192,0,87631,10.6971435546875
RSDIU,λ<=log n,8192,0,91081,11.1182861328125
RSDIU,λ<=log n,8192,0,85883,10.4837646484375
RSDIU,λ<=log n,8192,0,92447,11.2850341796875
RSDIU,λ<=log n,8192,0,87293,10.6558837890625
RSDIU,λ<=log n,8192,0,87697,10.7052001953125
RSDIU,λ<=log n,8192,0,89327,10.9041748046875
RSDIU,λ<=log n,8192,0,84787,10.3499755859375
RSDIU,λ<=log n,8192,0,80071,9.7742919921875
RSDIU,λ<=log n,8192,0,83957,10.2486572265625
RSDIU,λ<=log n,8192,0,85723,10.4642333984375
RSDIU,λ<=log n,8192,0,94471,11.5321044921875
RSDIU,λ<=log n,8192,0,88737,10.8321533203125
RSDIU,λ<=log n,8192,0,81023,9.8905029296875
RSDIU,λ<=log n,8192,0,80489,9.8253173828125
RSDIU,λ<=log n,8192,0,90761,11.0792236328125
RSDIU,λ<=log n,8192,0,84077,10.2633056640625
RSDIU,λ<=log n,8192,0,86109,10.5113525390625
RSDIU,λ<=log n,8192,0,83839,10.2342529296875
RSDIU,λ<=log n,8192,0,83801,10.2296142578125
RSDIU,λ<=log n,8192,0,89721,10.9522705078125
RSDIU,λ<=log n,8192,0,92327,11.2703857421875
RRDIU,λ<=log n,8192,0,73029,8.9146728515625
RRDIU,λ<=log n,8192,0,66209,8.0821533203125
RRDIU,λ<=log n,8192,0,75999,9.2772216796875
RRDIU,λ<=log n,8192,0,83077,10.1412353515625
RRDIU,λ<=log n,8192,0,75563,9.2239990234375
RRDIU,λ<=log n,8192,0,66927,8.1697998046875
RRDIU,λ<=log n,8192,0,70879,8.6522216796875
RRDIU,λ<=log n,8192,0,70809,8.6436767578125
RRDIU,λ<=log n,8192,0,72229,8.8170166015625
RRDIU,λ<=log n,8192,0,74601,9.1065673828125
RRDIU,λ<=log n,8192,0,72965,8.9068603515625
RRDIU,λ<=log n,8192,0,73115,8.9251708984375
RRDIU,λ<=log n,8192,0,72115,8.8031005859375
RRDIU,λ<=log n,8192,0,71025,8.6700439453125
RRDIU,λ<=log n,8192,0,72321,8.8282470703125
RRDIU,λ<=log n,8192,0,67487,8.2381591796875
RRDIU,λ<=log n,8192,0,72537,8.8546142578125
RRDIU,λ<=log n,8192,0,69093,8.4342041015625
RRDIU,λ<=log n,8192,0,66263,8.0887451171875
RRDIU,λ<=log n,8192,0,69283,8.4573974609375
RRDIU,λ<=log n,8192,0,72841,8.8917236328125
RRDIU,λ<=log n,8192,0,71103,8.6795654296875
RRDIU,λ<=log n,8192,0,74801,9.1309814453125
RRDIU,λ<=log n,8192,0,69309,8.4605712890625
RRDIU,λ<=log n,8192,0,70523,8.6087646484375
RRDIU,λ<=log n,8192,0,75141,9.1724853515625
RRDIU,λ<=log n,8192,0,68561,8.3692626953125
RRDIU,λ<=log n,8192,0,69809,8.5216064453125
RRDIU,λ<=log n,8192,0,70225,8.5723876953125
RRDIU,λ<=log n,8192,0,72603,8.8626708984375
RRDIU,λ<=log n,8192,0,68771,8.3948974609375
RRDIU,λ<=log n,8192,0,94425,11.5264892578125
RRDIU,λ<=log n,8192,0,68653,8.3804931640625
RRDIU,λ<=log n,8192,0,78417,9.5723876953125
RRDIU,λ<=log n,8192,0,71625,8.7432861328125
RRDIU,λ<=log n,8192,0,69613,8.4976806640625
RRDIU,λ<=log n,8192,0,76309,9.3150634765625
RRDIU,λ<=log n,8192,0,76311,9.3153076171875
RRDIU,λ<=log n,8192,0,72745,8.8800048828125
RRDIU,λ<=log n,8192,0,75879,9.2625732421875
RRDIU,λ<=log n,8192,0,73067,8.9193115234375
RRDIU,λ<=log n,8192,0,69409,8.4727783203125
RRDIU,λ<=log n,8192,0,71969,8.7852783203125
RRDIU,λ<=log n,8192,0,70351,8.5877685546875
RRDIU,λ<=log n,8192,0,69081,8.4327392578125
RRDIU,λ<=log n,8192,0,73877,9.0181884765625
RRDIU,λ<=log n,8192,0,79125,9.6588134765625
RRDIU,λ<=log n,8192,0,74027,9.0364990234375
RRDIU,λ<=log n,8192,0,67351,8.2215576171875
RRDIU,λ<=log n,8192,0,67139,8.1956787109375
RRDIU,λ<=log n,8192,0,74877,9.1402587890625
RRDIU,λ<=log n,8192,0,70715,8.6322021484375
RRDIU,λ<=log n,8192,0,71623,8.7430419921875
RRDIU,λ<=log n,8192,0,72399,8.8377685546875
RRDIU,λ<=log n,8192,0,67243,8.2083740234375
RRDIU,λ<=log n,8192,0,69929,8.5362548828125
RRDIU,λ<=log n,8192,0,74907,9.1439208984375
RRDIU,λ<=log n,8192,0,74499,9.0941162109375
RRDIU,λ<=log n,8192,0,65813,8.0338134765625
RRDIU,λ<=log n,8192,0,69179,8.4447021484375
RRDIU,λ<=log n,8192,0,70129,8.5606689453125
RRDIU,λ<=log n,8192,0,70767,8.6385498046875
RRDIU,λ<=log n,8192,0,74277,9.0670166015625
RRDIU,λ<=log n,8192,0,66149,8.0748291015625
RRDIU,λ<=log n,8192,0,77735,9.4891357421875
RRDIU,λ<=log n,8192,0,73319,8.9500732421875
RRDIU,λ<=log n,8192,0,73265,8.9434814453125
RRDIU,λ<=log n,8192,0,72165,8.8092041015625
RRDIU,λ<=log n,8192,0,72057,8.7960205078125
RRDIU,λ<=log n,8192,0,82297,10.0460205078125
RRDIU,λ<=log n,8192,0,69227,8.4505615234375
RRDIU,λ<=log n,8192,0,73811,9.0101318359375
RRDIU,λ<=log n,8192,0,72679,8.8719482421875
RRDIU,λ<=log n,8192,0,76899,9.3870849609375
RRDIU,λ<=log n,8192,0,69265,8.4552001953125
RRDIU,λ<=log n,8192,0,79771,9.7376708984375
RRDIU,λ<=log n,8192,0,83971,10.2503662109375
RRDIU,λ<=log n,8192,0,75231,9.1834716796875
RRDIU,λ<=log n,8192,0,71565,8.7359619140625
RRDIU,λ<=log n,8192,0,72657,8.8692626953125
RRDIU,λ<=log n,8192,0,68183,8.3231201171875
RRDIU,λ<=log n,8192,0,90377,11.0323486328125
RRDIU,λ<=log n,8192,0,72671,8.8709716796875
RRDIU,λ<=log n,8192,0,68351,8.3436279296875
RRDIU,λ<=log n,8192,0,69865,8.5284423828125
RRDIU,λ<=log n,8192,0,68199,8.3250732421875
RRDIU,λ<=log n,8192,0,79419,9.6947021484375
RRDIU,λ<=log n,8192,0,70989,8.6656494140625
RRDIU,λ<=log n,8192,0,78813,9.6207275390625
RRDIU,λ<=log n,8192,0,68335,8.3416748046875
RRDIU,λ<=log n,8192,0,72895,8.8983154296875
RRDIU,λ<=log n,8192,0,75367,9.2000732421875
RRDIU,λ<=log n,8192,0,68787,8.3968505859375
RRDIU,λ<=log n,8192,0,68113,8.3145751953125
RRDIU,λ<=log n,8192,0,78367,9.5662841796875
RRDIU,λ<=log n,8192,0,71269,8.6998291015625
RRDIU,λ<=log n,8192,0,70231,8.5731201171875
RRDIU,λ<=log n,8192,0,70709,8.6314697265625
RRDIU,λ<=log n,8192,0,70321,8.5841064453125
RHDIU,λ<=log n,8192,0,63365,7.7349853515625
RHDIU,λ<=log n,8192,0,66325,8.0963134765625
RHDIU,λ<=log n,8192,0,70233,8.5733642578125
RHDIU,λ<=log n,8192,0,64547,7.8792724609375
RHDIU,λ<=log n,8192,0,66735,8.1463623046875
RHDIU,λ<=log n,8192,0,75691,9.2396240234375
RHDIU,λ<=log n,8192,0,63671,7.7723388671875
RHDIU,λ<=log n,8192,0,62011,7.5697021484375
RHDIU,λ<=log n,8192,0,69209,8.4483642578125
RHDIU,λ<=log n,8192,0,73187,8.9339599609375
RHDIU,λ<=log n,8192,0,70311,8.5828857421875
RHDIU,λ<=log n,8192,0,67647,8.2576904296875
RHDIU,λ<=log n,8192,0,64487,7.8719482421875
RHDIU,λ<=log n,8192,0,72439,8.8426513671875
RHDIU,λ<=log n,8192,0,69977,8.5421142578125
RHDIU,λ<=log n,8192,0,63031,7.6942138671875
RHDIU,λ<=log n,8192,0,73793,9.0079345703125
RHDIU,λ<=log n,8192,0,64765,7.9058837890625
RHDIU,λ<=log n,8192,0,64249,7.8428955078125
RHDIU,λ<=log n,8192,0,71577,8.7374267578125
RHDIU,λ<=log n,8192,0,64355,7.8558349609375
RHDIU,λ<=log n,8192,0,62557,7.6363525390625
RHDIU,λ<=log n,8192,0,69501,8.4840087890625
RHDIU,λ<=log n,8192,0,66159,8.0760498046875
RHDIU,λ<=log n,8192,0,69337,8.4639892578125
RHDIU,λ<=log n,8192,0,64685,7.8961181640625
RHDIU,λ<=log n,8192,0,67873,8.2852783203125
RHDIU,λ<=log n,8192,0,71627,8.7435302734375
RHDIU,λ<=log n,8192,0,65895,8.0438232421875
RHDIU,λ<=log n,8192,0,65683,8.0179443359375
RHDIU,λ<=log n,8192,0,64933,7.9263916015625
RHDIU,λ<=log n,8192,0,69279,8.4569091796875
RHDIU,λ<=log n,8192,0,72865,8.8946533203125
RHDIU,λ<=log n,8192,0,65171,7.9554443359375
RHDIU,λ<=log n,8192,0,70899,8.6546630859375
RHDIU,λ<=log n,8192,0,66205,8.0816650390625
RHDIU,λ<=log n,8192,0,67699,8.2640380859375
RHDIU,λ<=log n,8192,0,69195,8.4466552734375
RHDIU,λ<=log n,8192,0,64201,7.8370361328125
RHDIU,λ<=log n,8192,0,64469,7.8697509765625
RHDIU,λ<=log n,8192,0,64641,7.8907470703125
RHDIU,λ<=log n,8192,0,67909,8.2896728515625
RHDIU,λ<=log n,8192,0,65945,8.0499267578125
RHDIU,λ<=log n,8192,0,73231,8.9393310546875
RHDIU,λ<=log n,8192,0,65677,8.0172119140625
RHDIU,λ<=log n,8192,0,65181,7.9566650390625
RHDIU,λ<=log n,8192,0,70435,8.5980224609375
RHDIU,λ<=log n,8192,0,67139,8.1956787109375
RHDIU,λ<=log n,8192,0,65479,7.9930419921875
RHDIU,λ<=log n,8192,0,81401,9.9366455078125
RHDIU,λ<=log n,8192,0,72147,8.8070068359375
RHDIU,λ<=log n,8192,0,69373,8.4683837890625
RHDIU,λ<=log n,8192,0,65813,8.0338134765625
RHDIU,λ<=log n,8192,0,67935,8.2928466796875
RHDIU,λ<=log n,8192,0,66259,8.0882568359375
RHDIU,λ<=log n,8192,0,65927,8.0477294921875
RHDIU,λ<=log n,8192,0,70037,8.5494384765625
RHDIU,λ<=log n,8192,0,67751,8.2703857421875
RHDIU,λ<=log n,8192,0,68159,8.3201904296875
RHDIU,λ<=log n,8192,0,64205,7.8375244140625
RHDIU,λ<=log n,8192,0,67429,8.2310791015625
RHDIU,λ<=log n,8192,0,64045,7.8179931640625
RHDIU,λ<=log n,8192,0,65561,8.0030517578125
RHDIU,λ<=log n,8192,0,72391,8.8367919921875
RHDIU,λ<=log n,8192,0,64439,7.8660888671875
RHDIU,λ<=log n,8192,0,74325,9.0728759765625
RHDIU,λ<=log n,8192,0,68065,8.3087158203125
RHDIU,λ<=log n,8192,0,65291,7.9700927734375
RHDIU,λ<=log n,8192,0,71465,8.7237548828125
RHDIU,λ<=log n,8192,0,63591,7.7625732421875
RHDIU,λ<=log n,8192,0,65529,7.9991455078125
RHDIU,λ<=log n,8192,0,75077,9.1646728515625
RHDIU,λ<=log n,8192,0,73303,8.9481201171875
RHDIU,λ<=log n,8192,0,66135,8.0731201171875
RHDIU,λ<=log n,8192,0,66953,8.1729736328125
RHDIU,λ<=log n,8192,0,62187,7.5911865234375
RHDIU,λ<=log n,8192,0,66817,8.1563720703125
RHDIU,λ<=log n,8192,0,66775,8.1512451171875
RHDIU,λ<=log n,8192,0,69975,8.5418701171875
RHDIU,λ<=log n,8192,0,66889,8.1651611328125
RHDIU,λ<=log n,8192,0,64005,7.8131103515625
RHDIU,λ<=log n,8192,0,71253,8.6978759765625
RHDIU,λ<=log n,8192,0,61425,7.4981689453125
RHDIU,λ<=log n,8192,0,68351,8.3436279296875
RHDIU,λ<=log n,8192,0,65301,7.9713134765625
RHDIU,λ<=log n,8192,0,71579,8.7376708984375
RHDIU,λ<=log n,8192,0,66415,8.1072998046875
RHDIU,λ<=log n,8192,0,63409,7.7403564453125
RHDIU,λ<=log n,8192,0,64149,7.8306884765625
RHDIU,λ<=log n,8192,0,68735,8.3905029296875
RHDIU,λ<=log n,8192,0,72069,8.7974853515625
RHDIU,λ<=log n,8192,0,64527,7.8768310546875
RHDIU,λ<=log n,8192,0,70957,8.6617431640625
RHDIU,λ<=log n,8192,0,67855,8.2830810546875
RHDIU,λ<=log n,8192,0,63645,7.7691650390625
RHDIU,λ<=log n,8192,0,64761,7.9053955078125
RHDIU,λ<=log n,8192,0,65743,8.0252685546875
RHDIU,λ<=log n,8192,0,63863,7.7957763671875
RHLIU,λ<=log n,8192,0,73477,8.9693603515625
RHLIU,λ<=log n,8192,0,76541,9.3433837890625
RHLIU,λ<=log n,8192,0,70101,8.5572509765625
RHLIU,λ<=log n,8192,0,69697,8.5079345703125
RHLIU,λ<=log n,8192,0,69721,8.5108642578125
RHLIU,λ<=log n,8192,0,67201,8.2032470703125
RHLIU,λ<=log n,8192,0,69769,8.5167236328125
RHLIU,λ<=log n,8192,0,81761,9.9805908203125
RHLIU,λ<=log n,8192,0,72711,8.8758544921875
RHLIU,λ<=log n,8192,0,71101,8.6793212890625
RHLIU,λ<=log n,8192,0,72229,8.8170166015625
RHLIU,λ<=log n,8192,0,70113,8.5587158203125
RHLIU,λ<=log n,8192,0,73277,8.9449462890625
RHLIU,λ<=log n,8192,0,74467,9.0902099609375
RHLIU,λ<=log n,8192,0,73423,8.9627685546875
RHLIU,λ<=log n,8192,0,71089,8.6778564453125
RHLIU,λ<=log n,8192,0,73321,8.9503173828125
RHLIU,λ<=log n,8192,0,74745,9.1241455078125
RHLIU,λ<=log n,8192,0,72467,8.8460693359375
RHLIU,λ<=log n,8192,0,78931,9.6351318359375
RHLIU,λ<=log n,8192,0,71651,8.7464599609375
RHLIU,λ<=log n,8192,0,71799,8.7645263671875
RHLIU,λ<=log n,8192,0,74801,9.1309814453125
RHLIU,λ<=log n,8192,0,72741,8.8795166015625
RHLIU,λ<=log n,8192,0,74145,9.0509033203125
RHLIU,λ<=log n,8192,0,70207,8.5701904296875
RHLIU,λ<=log n,8192,0,76579,9.3480224609375
RHLIU,λ<=log n,8192,0,76189,9.3004150390625
RHLIU,λ<=log n,8192,0,75943,9.2703857421875
RHLIU,λ<=log n,8192,0,70403,8.5941162109375
RHLIU,λ<=log n,8192,0,78785,9.6173095703125
RHLIU,λ<=log n,8192,0,81799,9.9852294921875
RHLIU,λ<=log n,8192,0,72541,8.8551025390625
RHLIU,λ<=log n,8192,0,82531,10.0745849609375
RHLIU,λ<=log n,8192,0,69013,8.4244384765625
RHLIU,λ<=log n,8192,0,71181,8.6890869140625
RHLIU,λ<=log n,8192,0,75249,9.1856689453125
RHLIU,λ<=log n,8192,0,70111,8.5584716796875
RHLIU,λ<=log n,8192,0,77163,9.4193115234375
RHLIU,λ<=log n,8192,0,69521,8.4864501953125
RHLIU,λ<=log n,8192,0,75541,9.2213134765625
RHLIU,λ<=log n,8192,0,74551,9.1004638671875
RHLIU,λ<=log n,8192,0,78337,9.5626220703125
RHLIU,λ<=log n,8192,0,71037,8.6715087890625
RHLIU,λ<=log n,8192,0,71001,8.6671142578125
RHLIU,λ<=log n,8192,0,70873,8.6514892578125
RHLIU,λ<=log n,8192,0,70095,8.5565185546875
RHLIU,λ<=log n,8192,0,74027,9.0364990234375
RHLIU,λ<=log n,8192,0,75659,9.2357177734375
RHLIU,λ<=log n,8192,0,73377,8.9571533203125
RHLIU,λ<=log n,8192,0,84635,10.3314208984375
RHLIU,λ<=log n,8192,0,69467,8.4798583984375
RHLIU,λ<=log n,8192,0,74445,9.0875244140625
RHLIU,λ<=log n,8192,0,71507,8.7288818359375
RHLIU,λ<=log n,8192,0,73517,8.9742431640625
RHLIU,λ<=log n,8192,0,69871,8.5291748046875
RHLIU,λ<=log n,8192,0,69401,8.4718017578125
RHLIU,λ<=log n,8192,0,75305,9.1925048828125
RHLIU,λ<=log n,8192,0,80823,9.8660888671875
RHLIU,λ<=log n,8192,0,71663,8.7479248046875
RHLIU,λ<=log n,8192,0,69941,8.5377197265625
RHLIU,λ<=log n,8192,0,76391,9.3250732421875
RHLIU,λ<=log n,8192,0,81205,9.9127197265625
RHLIU,λ<=log n,8192,0,70839,8.6473388671875
RHLIU,λ<=log n,8192,0,76467,9.3343505859375
RHLIU,λ<=log n,8192,0,73451,8.9661865234375
RHLIU,λ<=log n,8192,0,71755,8.7591552734375
RHLIU,λ<=log n,8192,0,81093,9.8990478515625
RHLIU,λ<=log n,8192,0,73825,9.0118408203125
RHLIU,λ<=log n,8192,0,71871,8.7733154296875
RHLIU,λ<=log n,8192,0,73013,8.9127197265625
RHLIU,λ<=log n,8192,0,75833,9.2569580078125
RHLIU,λ<=log n,8192,0,69133,8.4390869140625
RHLIU,λ<=log n,8192,0,72627,8.8656005859375
RHLIU,λ<=log n,8192,0,72239,8.8182373046875
RHLIU,λ<=log n,8192,0,76121,9.2921142578125
RHLIU,λ<=log n,8192,0,74619,9.1087646484375
RHLIU,λ<=log n,8192,0,76973,9.3961181640625
RHLIU,λ<=log n,8192,0,76499,9.3382568359375
RHLIU,λ<=log n,8192,0,70535,8.6102294921875
RHLIU,λ<=log n,8192,0,75727,9.2440185546875
RHLIU,λ<=log n,8192,0,75379,9.2015380859375
RHLIU,λ<=log n,8192,0,76407,9.3270263671875
RHLIU,λ<=log n,8192,0,80129,9.7813720703125
RHLIU,λ<=log n,8192,0,77153,9.4180908203125
RHLIU,λ<=log n,8192,0,68363,8.3450927734375
RHLIU,λ<=log n,8192,0,70123,8.5599365234375
RHLIU,λ<=log n,8192,0,72069,8.7974853515625
RHLIU,λ<=log n,8192,0,73007,8.9119873046875
RHLIU,λ<=log n,8192,0,71269,8.6998291015625
RHLIU,λ<=log n,8192,0,69801,8.5206298828125
RHLIU,λ<=log n,8192,0,72361,8.8331298828125
RHLIU,λ<=log n,8192,0,73441,8.9649658203125
RHLIU,λ<=log n,8192,0,70321,8.5841064453125
RHLIU,λ<=log n,8192,0,69695,8.5076904296875
RHLIU,λ<=log n,8192,0,74737,9.1231689453125
RHLIU,λ<=log n,8192,0,74333,9.0738525390625
RHLIU,λ<=log n,8192,0,71313,8.7052001953125
RHLIU,λ<=log n,8192,0,75095,9.1668701171875
RHLIU,λ<=log n,8192,0,70271,8.5780029296875
RRLIU,λ<=log n,8192,0,75113,9.1690673828125
RRLIU,λ<=log n,8192,0,74733,9.1226806640625
RRLIU,λ<=log n,8192,0,78871,9.6278076171875
RRLIU,λ<=log n,8192,0,80117,9.7799072265625
RRLIU,λ<=log n,8192,0,73381,8.9576416015625
RRLIU,λ<=log n,8192,0,74565,9.1021728515625
RRLIU,λ<=log n,8192,0,78495,9.5819091796875
RRLIU,λ<=log n,8192,0,75211,9.1810302734375
RRLIU,λ<=log n,8192,0,92685,11.3140869140625
RRLIU,λ<=log n,8192,0,74467,9.0902099609375
RRLIU,λ<=log n,8192,0,75451,9.2103271484375
RRLIU,λ<=log n,8192,0,87833,10.7218017578125
RRLIU,λ<=log n,8192,0,72247,8.8192138671875
RRLIU,λ<=log n,8192,0,78011,9.5228271484375
RRLIU,λ<=log n,8192,0,78059,9.5286865234375
RRLIU,λ<=log n,8192,0,75565,9.2242431640625
RRLIU,λ<=log n,8192,0,77227,9.4271240234375
RRLIU,λ<=log n,8192,0,82833,10.1114501953125
RRLIU,λ<=log n,8192,0,75805,9.2535400390625
RRLIU,λ<=log n,8192,0,73675,8.9935302734375
RRLIU,λ<=log n,8192,0,89019,10.8665771484375
RRLIU,λ<=log n,8192,0,79111,9.6571044921875
RRLIU,λ<=log n,8192,0,76633,9.3546142578125
RRLIU,λ<=log n,8192,0,74651,9.1126708984375
RRLIU,λ<=log n,8192,0,85875,10.4827880859375
RRLIU,λ<=log n,8192,0,75267,9.1878662109375
RRLIU,λ<=log n,8192,0,74491,9.0931396484375
RRLIU,λ<=log n,8192,0,74495,9.0936279296875
RRLIU,λ<=log n,8192,0,82523,10.0736083984375
RRLIU,λ<=log n,8192,0,72153,8.8077392578125
RRLIU,λ<=log n,8192,0,79079,9.6531982421875
RRLIU,λ<=log n,8192,0,76427,9.3294677734375
RRLIU,λ<=log n,8192,0,74315,9.0716552734375
RRLIU,λ<=log n,8192,0,73067,8.9193115234375
RRLIU,λ<=log n,8192,0,72563,8.8577880859375
RRLIU,λ<=log n,8192,0,77253,9.4302978515625
RRLIU,λ<=log n,8192,0,72669,8.8707275390625
RRLIU,λ<=log n,8192,0,78225,9.5489501953125
RRLIU,λ<=log n,8192,0,70527,8.6092529296875
RRLIU,λ<=log n,8192,0,75683,9.2386474609375
RRLIU,λ<=log n,8192,0,79115,9.6575927734375
RRLIU,λ<=log n,8192,0,73397,8.9595947265625
RRLIU,λ<=log n,8192,0,78421,9.5728759765625
RRLIU,λ<=log n,8192,0,78697,9.6065673828125
RRLIU,λ<=log n,8192,0,78893,9.6304931640625
RRLIU,λ<=log n,8192,0,81527,9.9520263671875
RRLIU,λ<=log n,8192,0,94173,11.4957275390625
RRLIU,λ<=log n,8192,0,73873,9.0177001953125
RRLIU,λ<=log n,8192,0,74065,9.0411376953125
RRLIU,λ<=log n,8192,0,84661,10.3345947265625
RRLIU,λ<=log n,8192,0,78511,9.5838623046875
RRLIU,λ<=log n,8192,0,80557,9.8336181640625
RRLIU,λ<=log n,8192,0,83223,10.1590576171875
RRLIU,λ<=log n,8192,0,81345,9.9298095703125
RRLIU,λ<=log n,8192,0,77907,9.5101318359375
RRLIU,λ<=log n,8192,0,73335,8.9520263671875
RRLIU,λ<=log n,8192,0,74407,9.0828857421875
RRLIU,λ<=log n,8192,0,78793,9.6182861328125
RRLIU,λ<=log n,8192,0,75085,9.1656494140625
RRLIU,λ<=log n,8192,0,79359,9.6873779296875
RRLIU,λ<=log n,8192,0,72391,8.8367919921875
RRLIU,λ<=log n,8192,0,73991,9.0321044921875
RRLIU,λ<=log n,8192,0,72477,8.8472900390625
RRLIU,λ<=log n,8192,0,74751,9.1248779296875
RRLIU,λ<=log n,8192,0,74171,9.0540771484375
RRLIU,λ<=log n,8192,0,79587,9.7152099609375
RRLIU,λ<=log n,8192,0,83183,10.1541748046875
RRLIU,λ<=log n,8192,0,77333,9.4400634765625
RRLIU,λ<=log n,8192,0,80147,9.7835693359375
RRLIU,λ<=log n,8192,0,81491,9.9476318359375
RRLIU,λ<=log n,8192,0,75725,9.2437744140625
RRLIU,λ<=log n,8192,0,86699,10.5833740234375
RRLIU,λ<=log n,8192,0,78207,9.5467529296875
RRLIU,λ<=log n,8192,0,75489,9.2149658203125
RRLIU,λ<=log n,8192,0,77045,9.4049072265625
RRLIU,λ<=log n,8192,0,75961,9.2725830078125
RRLIU,λ<=log n,8192,0,75473,9.2130126953125
RRLIU,λ<=log n,8192,0,74391,9.0809326171875
RRLIU,λ<=log n,8192,0,77651,9.4788818359375
RRLIU,λ<=log n,8192,0,82337,10.0509033203125
RRLIU,λ<=log n,8192,0,76703,9.3631591796875
RRLIU,λ<=log n,8192,0,78675,9.6038818359375
RRLIU,λ<=log n,8192,0,83261,10.1636962890625
RRLIU,λ<=log n,8192,0,76471,9.3348388671875
RRLIU,λ<=log n,8192,0,74191,9.0565185546875
RRLIU,λ<=log n,8192,0,77793,9.4962158203125
RRLIU,λ<=log n,8192,0,75459,9.2113037109375
RRLIU,λ<=log n,8192,0,77419,9.4505615234375
RRLIU,λ<=log n,8192,0,80331,9.8060302734375
RRLIU,λ<=log n,8192,0,76859,9.3822021484375
RRLIU,λ<=log n,8192,0,74999,9.1551513671875
RRLIU,λ<=log n,8192,0,74425,9.0850830078125
RRLIU,λ<=log n,8192,0,81325,9.9273681640625
RRLIU,λ<=log n,8192,0,92153,11.2491455078125
RRLIU,λ<=log n,8192,0,76537,9.3428955078125
RRLIU,λ<=log n,8192,0,82513,10.0723876953125
RRLIU,λ<=log n,8192,0,79059,9.6507568359375
RRLIU,λ<=log n,8192,0,75047,9.1610107421875
RRLIU,λ<=log n,8192,0,76299,9.3138427734375
RRLIU,λ<=log n,8192,0,76869,9.3834228515625
RSLIU,λ<=log n,8192,0,89717,10.9517822265625
RSLIU,λ<=log n,8192,0,83517,10.1949462890625
RSLIU,λ<=log n,8192,0,89785,10.9600830078125
RSLIU,λ<=log n,8192,0,91187,11.1312255859375
RSLIU,λ<=log n,8192,0,82807,10.1082763671875
RSLIU,λ<=log n,8192,0,87317,10.6588134765625
RSLIU,λ<=log n,8192,0,92381,11.2769775390625
RSLIU,λ<=log n,8192,0,87635,10.6976318359375
RSLIU,λ<=log n,8192,0,86597,10.5709228515625
RSLIU,λ<=log n,8192,0,94927,11.5877685546875
RSLIU,λ<=log n,8192,0,91067,11.1165771484375
RSLIU,λ<=log n,8192,0,88375,10.7879638671875
RSLIU,λ<=log n,8192,0,87357,10.6636962890625
RSLIU,λ<=log n,8192,0,83847,10.2352294921875
RSLIU,λ<=log n,8192,0,87351,10.6629638671875
RSLIU,λ<=log n,8192,0,92893,11.3394775390625
RSLIU,λ<=log n,8192,0,92617,11.3057861328125
RSLIU,λ<=log n,8192,0,97901,11.9508056640625
RSLIU,λ<=log n,8192,0,92085,11.2408447265625
RSLIU,λ<=log n,8192,0,85111,10.3895263671875
RSLIU,λ<=log n,8192,0,97747,11.9320068359375
RSLIU,λ<=log n,8192,0,114951,14.0321044921875
RSLIU,λ<=log n,8192,0,85115,10.3900146484375
RSLIU,λ<=log n,8192,0,88377,10.7882080078125
RSLIU,λ<=log n,8192,0,87061,10.6275634765625
RSLIU,λ<=log n,8192,0,87639,10.6981201171875
RSLIU,λ<=log n,8192,0,101213,12.3551025390625
RSLIU,λ<=log n,8192,0,97849,11.9444580078125
RSLIU,λ<=log n,8192,0,81961,10.0050048828125
RSLIU,λ<=log n,8192,0,91133,11.1246337890625
RSLIU,λ<=log n,8192,0,89805,10.9625244140625
RSLIU,λ<=log n,8192,0,92115,11.2445068359375
RSLIU,λ<=log n,8192,0,86983,10.6180419921875
RSLIU,λ<=log n,8192,0,82859,10.1146240234375
RSLIU,λ<=log n,8192,0,93527,11.4168701171875
RSLIU,λ<=log n,8192,0,81685,9.9713134765625
RSLIU,λ<=log n,8192,0,85861,10.4810791015625
RSLIU,λ<=log n,8192,0,95445,11.6510009765625
RSLIU,λ<=log n,8192,0,86001,10.4981689453125
RSLIU,λ<=log n,8192,0,92885,11.3385009765625
RSLIU,λ<=log n,8192,0,84737,10.3438720703125
RSLIU,λ<=log n,8192,0,89023,10.8670654296875
RSLIU,λ<=log n,8192,0,87545,10.6866455078125
RSLIU,λ<=log n,8192,0,89711,10.9510498046875
RSLIU,λ<=log n,8192,0,97895,11.9500732421875
RSLIU,λ<=log n,8192,0,90667,11.0677490234375
RSLIU,λ<=log n,8192,0,84451,10.3089599609375
RSLIU,λ<=log n,8192,0,92607,11.3045654296875
RSLIU,λ<=log n,8192,0,90513,11.0489501953125
RSLIU,λ<=log n,8192,0,92831,11.3319091796875
RSLIU,λ<=log n,8192,0,87119,10.6346435546875
RSLIU,λ<=log n,8192,0,93873,11.4591064453125
RSLIU,λ<=log n,8192,0,93711,11.4393310546875
RSLIU,λ<=log n,8192,0,85555,10.4437255859375
RSLIU,λ<=log n,8192,0,93797,11.4498291015625
RSLIU,λ<=log n,8192,0,84101,10.2662353515625
RSLIU,λ<=log n,8192,0,96077,11.7281494140625
RSLIU,λ<=log n,8192,0,86299,10.5345458984375
RSLIU,λ<=log n,8192,0,89385,10.9112548828125
RSLIU,λ<=log n,8192,0,109771,13.3997802734375
RSLIU,λ<=log n,8192,0,95945,11.7120361328125
RSLIU,λ<=log n,8192,0,89681,10.9473876953125
RSLIU,λ<=log n,8192,0,96251,11.7493896484375
RSLIU,λ<=log n,8192,0,83845,10.2349853515625
RSLIU,λ<=log n,8192,0,91373,11.1539306640625
RSLIU,λ<=log n,8192,0,91717,11.1959228515625
RSLIU,λ<=log n,8192,0,100069,12.2154541015625
RSLIU,λ<=log n,8192,0,86125,10.5133056640625
RSLIU,λ<=log n,8192,0,95339,11.6380615234375
RSLIU,λ<=log n,8192,0,101369,12.3741455078125
RSLIU,λ<=log n,8192,0,85019,10.3782958984375
RSLIU,λ<=log n,8192,0,90845,11.0894775390625
RSLIU,λ<=log n,8192,0,86783,10.5936279296875
RSLIU,λ<=log n,8192,0,94677,11.5572509765625
RSLIU,λ<=log n,8192,0,87631,10.6971435546875
RSLIU,λ<=log n,8192,0,98265,11.9952392578125
RSLIU,λ<=log n,8192,0,93577,11.4229736328125
RSLIU,λ<=log n,8192,0,97905,11.9512939453125
RSLIU,λ<=log n,8192,0,84135,10.2703857421875
RSLIU,λ<=log n,8192,0,96235,11.7474365234375
RSLIU,λ<=log n,8192,0,94657,11.5548095703125
RSLIU,λ<=log n,8192,0,91265,11.1407470703125
RSLIU,λ<=log n,8192,0,95005,11.5972900390625
RSLIU,λ<=log n,8192,0,88797,10.8394775390625
RSLIU,λ<=log n,8192,0,86247,10.5281982421875
RSLIU,λ<=log n,8192,0,91315,11.1468505859375
RSLIU,λ<=log n,8192,0,90895,11.0955810546875
RSLIU,λ<=log n,8192,0,93239,11.3817138671875
RSLIU,λ<=log n,8192,0,97301,11.8775634765625
RSLIU,λ<=log n,8192,0,85609,10.4503173828125
RSLIU,λ<=log n,8192,0,92345,11.2725830078125
RSLIU,λ<=log n,8192,0,93259,11.3841552734375
RSLIU,λ<=log n,8192,0,85787,10.4720458984375
RSLIU,λ<=log n,8192,0,87975,10.7391357421875
RSLIU,λ<=log n,8192,0,85153,10.3946533203125
RSLIU,λ<=log n,8192,0,91191,11.1317138671875
RSLIU,λ<=log n,8192,0,89585,10.9356689453125
RSLIU,λ<=log n,8192,0,86957,10.6148681640625
RSLIU,λ<=log n,8192,0,93035,11.3568115234375
RSLIU,λ<=log n,8192,0,90229,11.0142822265625
HSDCP,λ<=log n,8192,0,73807,9.0096435546875
HSDCP,λ<=log n,8192,0,80652,9.84521484375
HSDCP,λ<=log n,8192,0,66399,8.1053466796875
HSDCP,λ<=log n,8192,0,71153,8.6856689453125
HSDCP,λ<=log n,8192,0,73332,8.95166015625
HSDCP,λ<=log n,8192,0,70729,8.6339111328125
HSDCP,λ<=log n,8192,0,68062,8.308349609375
HSDCP,λ<=log n,8192,0,77584,9.470703125
HSDCP,λ<=log n,8192,0,69724,8.51123046875
HSDCP,λ<=log n,8192,0,69316,8.46142578125
HSDCP,λ<=log n,8192,0,69321,8.4620361328125
HSDCP,λ<=log n,8192,0,74838,9.135498046875
HSDCP,λ<=log n,8192,0,69159,8.4422607421875
HSDCP,λ<=log n,8192,0,66294,8.092529296875
HSDCP,λ<=log n,8192,0,70792,8.6416015625
HSDCP,λ<=log n,8192,0,70468,8.60205078125
HSDCP,λ<=log n,8192,0,83210,10.157470703125
HSDCP,λ<=log n,8192,0,71048,8.6728515625
HSDCP,λ<=log n,8192,0,88823,10.8426513671875
HSDCP,λ<=log n,8192,0,71028,8.67041015625
HSDCP,λ<=log n,8192,0,68257,8.3321533203125
HSDCP,λ<=log n,8192,0,69454,8.478271484375
HSDCP,λ<=log n,8192,0,75924,9.26806640625
HSDCP,λ<=log n,8192,0,78918,9.633544921875
HSDCP,λ<=log n,8192,0,73880,9.0185546875
HSDCP,λ<=log n,8192,0,74263,9.0653076171875
HSDCP,λ<=log n,8192,0,81412,9.93798828125
HSDCP,λ<=log n,8192,0,74064,9.041015625
HSDCP,λ<=log n,8192,0,77264,9.431640625
HSDCP,λ<=log n,8192,0,70921,8.6573486328125
HSDCP,λ<=log n,8192,0,77287,9.4344482421875
HSDCP,λ<=log n,8192,0,83568,10.201171875
HSDCP,λ<=log n,8192,0,75484,9.21435546875
HSDCP,λ<=log n,8192,0,70017,8.5469970703125
HSDCP,λ<=log n,8192,0,77055,9.4061279296875
HSDCP,λ<=log n,8192,0,72073,8.7979736328125
HSDCP,λ<=log n,8192,0,82352,10.052734375
HSDCP,λ<=log n,8192,0,72360,8.8330078125
HSDCP,λ<=log n,8192,0,65707,8.0208740234375
HSDCP,λ<=log n,8192,0,70312,8.5830078125
HSDCP,λ<=log n,8192,0,73901,9.0211181640625
HSDCP,λ<=log n,8192,0,74648,9.1123046875
HSDCP,λ<=log n,8192,0,65335,7.9754638671875
HSDCP,λ<=log n,8192,0,65902,8.044677734375
HSDCP,λ<=log n,8192,0,75411,9.2054443359375
HSDCP,λ<=log n,8192,0,94132,11.49072265625
HSDCP,λ<=log n,8192,0,78265,9.5538330078125
HSDCP,λ<=log n,8192,0,67552,8.24609375
HSDCP,λ<=log n,8192,0,70461,8.6011962890625
HSDCP,λ<=log n,8192,0,83150,10.150146484375
HSDCP,λ<=log n,8192,0,64861,7.9176025390625
HSDCP,λ<=log n,8192,0,67139,8.1956787109375
HSDCP,λ<=log n,8192,0,64290,7.847900390625
HSDCP,λ<=log n,8192,0,74769,9.1270751953125
HSDCP,λ<=log n,8192,0,69802,8.520751953125
HSDCP,λ<=log n,8192,0,80967,9.8836669921875
HSDCP,λ<=log n,8192,0,70702,8.630615234375
HSDCP,λ<=log n,8192,0,78682,9.604736328125
HSDCP,λ<=log n,8192,0,73999,9.0330810546875
HSDCP,λ<=log n,8192,0,80931,9.8792724609375
HSDCP,λ<=log n,8192,0,85428,10.42822265625
HSDCP,λ<=log n,8192,0,65873,8.0411376953125
HSDCP,λ<=log n,8192,0,81037,9.8922119140625
HSDCP,λ<=log n,8192,0,75692,9.23974609375
HSDCP,λ<=log n,8192,0,81707,9.9739990234375
HSDCP,λ<=log n,8192,0,68531,8.3656005859375
HSDCP,λ<=log n,8192,0,73521,8.9747314453125
HSDCP,λ<=log n,8192,0,65132,7.95068359375
HSDCP,λ<=log n,8192,0,73905,9.0216064453125
HSDCP,λ<=log n,8192,0,70982,8.664794921875
HSDCP,λ<=log n,8192,0,76627,9.3538818359375
HSDCP,λ<=log n,8192,0,74389,9.0806884765625
HSDCP,λ<=log n,8192,0,71205,8.6920166015625
HSDCP,λ<=log n,8192,0,72555,8.8568115234375
HSDCP,λ<=log n,8192,0,82282,10.044189453125
HSDCP,λ<=log n,8192,0,77127,9.4149169921875
HSDCP,λ<=log n,8192,0,67520,8.2421875
HSDCP,λ<=log n,8192,0,79278,9.677490234375
HSDCP,λ<=log n,8192,0,90281,11.0206298828125
HSDCP,λ<=log n,8192,0,72656,8.869140625
HSDCP,λ<=log n,8192,0,68141,8.3179931640625
HSDCP,λ<=log n,8192,0,68209,8.3262939453125
HSDCP,λ<=log n,8192,0,69012,8.42431640625
HSDCP,λ<=log n,8192,0,68161,8.3204345703125
HSDCP,λ<=log n,8192,0,82221,10.0367431640625
HSDCP,λ<=log n,8192,0,68242,8.330322265625
HSDCP,λ<=log n,8192,0,71756,8.75927734375
HSDCP,λ<=log n,8192,0,74683,9.1165771484375
HSDCP,λ<=log n,8192,0,68881,8.4083251953125
HSDCP,λ<=log n,8192,0,70055,8.5516357421875
HSDCP,λ<=log n,8192,0,72426,8.841064453125
HSDCP,λ<=log n,8192,0,65706,8.020751953125
HSDCP,λ<=log n,8192,0,68152,8.3193359375
HSDCP,λ<=log n,8192,0,71020,8.66943359375
HSDCP,λ<=log n,8192,0,79541,9.7095947265625
HSDCP,λ<=log n,8192,0,76971,9.3958740234375
HSDCP,λ<=log n,8192,0,67205,8.2037353515625
HSDCP,λ<=log n,8192,0,69577,8.4932861328125
HSDCP,λ<=log n,8192,0,67811,8.2777099609375
HSDCP,λ<=log n,8192,0,67950,8.294677734375
HRDCP,λ<=log n,8192,0,55150,6.732177734375
HRDCP,λ<=log n,8192,0,54445,6.6461181640625
HRDCP,λ<=log n,8192,0,60685,7.4078369140625
HRDCP,λ<=log n,8192,0,54443,6.6458740234375
HRDCP,λ<=log n,8192,0,58185,7.1026611328125
HRDCP,λ<=log n,8192,0,59222,7.229248046875
HRDCP,λ<=log n,8192,0,54669,6.6734619140625
HRDCP,λ<=log n,8192,0,58097,7.0919189453125
HRDCP,λ<=log n,8192,0,57621,7.0338134765625
HRDCP,λ<=log n,8192,0,53470,6.527099609375
HRDCP,λ<=log n,8192,0,62642,7.646728515625
HRDCP,λ<=log n,8192,0,59828,7.30322265625
HRDCP,λ<=log n,8192,0,66798,8.154052734375
HRDCP,λ<=log n,8192,0,63237,7.7193603515625
HRDCP,λ<=log n,8192,0,58452,7.13525390625
HRDCP,λ<=log n,8192,0,53188,6.49267578125
HRDCP,λ<=log n,8192,0,59495,7.2625732421875
HRDCP,λ<=log n,8192,0,70704,8.630859375
HRDCP,λ<=log n,8192,0,57080,6.9677734375
HRDCP,λ<=log n,8192,0,54314,6.630126953125
HRDCP,λ<=log n,8192,0,66925,8.1695556640625
HRDCP,λ<=log n,8192,0,60647,7.4031982421875
HRDCP,λ<=log n,8192,0,58421,7.1314697265625
HRDCP,λ<=log n,8192,0,58475,7.1380615234375
HRDCP,λ<=log n,8192,0,56093,6.8472900390625
HRDCP,λ<=log n,8192,0,64832,7.9140625
HRDCP,λ<=log n,8192,0,57650,7.037353515625
HRDCP,λ<=log n,8192,0,52958,6.464599609375
HRDCP,λ<=log n,8192,0,59122,7.217041015625
HRDCP,λ<=log n,8192,0,64811,7.9114990234375
HRDCP,λ<=log n,8192,0,57610,7.032470703125
HRDCP,λ<=log n,8192,0,60383,7.3709716796875
HRDCP,λ<=log n,8192,0,64649,7.8917236328125
HRDCP,λ<=log n,8192,0,55840,6.81640625
HRDCP,λ<=log n,8192,0,59359,7.2459716796875
HRDCP,λ<=log n,8192,0,60193,7.3477783203125
HRDCP,λ<=log n,8192,0,59513,7.2647705078125
HRDCP,λ<=log n,8192,0,58229,7.1080322265625
HRDCP,λ<=log n,8192,0,54404,6.64111328125
HRDCP,λ<=log n,8192,0,58924,7.19287109375
HRDCP,λ<=log n,8192,0,67748,8.27001953125
HRDCP,λ<=log n,8192,0,55071,6.7225341796875
HRDCP,λ<=log n,8192,0,62053,7.5748291015625
HRDCP,λ<=log n,8192,0,63240,7.7197265625
HRDCP,λ<=log n,8192,0,55639,6.7918701171875
HRDCP,λ<=log n,8192,0,55962,6.831298828125
HRDCP,λ<=log n,8192,0,58161,7.0997314453125
HRDCP,λ<=log n,8192,0,57015,6.9598388671875
HRDCP,λ<=log n,8192,0,68934,8.414794921875
HRDCP,λ<=log n,8192,0,55422,6.765380859375
HRDCP,λ<=log n,8192,0,57506,7.019775390625
HRDCP,λ<=log n,8192,0,57847,7.0614013671875
HRDCP,λ<=log n,8192,0,52972,6.46630859375
HRDCP,λ<=log n,8192,0,55865,6.8194580078125
HRDCP,λ<=log n,8192,0,60974,7.443115234375
HRDCP,λ<=log n,8192,0,61989,7.5670166015625
HRDCP,λ<=log n,8192,0,59926,7.315185546875
HRDCP,λ<=log n,8192,0,61408,7.49609375
HRDCP,λ<=log n,8192,0,57043,6.9632568359375
HRDCP,λ<=log n,8192,0,55412,6.76416015625
HRDCP,λ<=log n,8192,0,60707,7.4105224609375
HRDCP,λ<=log n,8192,0,61213,7.4722900390625
HRDCP,λ<=log n,8192,0,63423,7.7420654296875
HRDCP,λ<=log n,8192,0,52573,6.4176025390625
HRDCP,λ<=log n,8192,0,59689,7.2862548828125
HRDCP,λ<=log n,8192,0,55178,6.735595703125
HRDCP,λ<=log n,8192,0,56907,6.9466552734375
HRDCP,λ<=log n,8192,0,65387,7.9818115234375
HRDCP,λ<=log n,8192,0,52021,6.3502197265625
HRDCP,λ<=log n,8192,0,53554,6.537353515625
HRDCP,λ<=log n,8192,0,56819,6.9359130859375
HRDCP,λ<=log n,8192,0,54468,6.64892578125
HRDCP,λ<=log n,8192,0,60606,7.398193359375
HRDCP,λ<=log n,8192,0,62102,7.580810546875
HRDCP,λ<=log n,8192,0,62253,7.5992431640625
HRDCP,λ<=log n,8192,0,53863,6.5750732421875
HRDCP,λ<=log n,8192,0,53659,6.5501708984375
HRDCP,λ<=log n,8192,0,61863,7.5516357421875
HRDCP,λ<=log n,8192,0,57271,6.9910888671875
HRDCP,λ<=log n,8192,0,70759,8.6375732421875
HRDCP,λ<=log n,8192,0,61494,7.506591796875
HRDCP,λ<=log n,8192,0,53566,6.538818359375
HRDCP,λ<=log n,8192,0,65343,7.9764404296875
HRDCP,λ<=log n,8192,0,61429,7.4986572265625
HRDCP,λ<=log n,8192,0,54774,6.686279296875
HRDCP,λ<=log n,8192,0,56748,6.92724609375
HRDCP,λ<=log n,8192,0,58293,7.1158447265625
HRDCP,λ<=log n,8192,0,56871,6.9422607421875
HRDCP,λ<=log n,8192,0,59565,7.2711181640625
HRDCP,λ<=log n,8192,0,61809,7.5450439453125
HRDCP,λ<=log n,8192,0,53957,6.5865478515625
HRDCP,λ<=log n,8192,0,55775,6.8084716796875
HRDCP,λ<=log n,8192,0,53889,6.5782470703125
HRDCP,λ<=log n,8192,0,57471,7.0155029296875
HRDCP,λ<=log n,8192,0,59747,7.2933349609375
HRDCP,λ<=log n,8192,0,52254,6.378662109375
HRDCP,λ<=log n,8192,0,58629,7.1568603515625
HRDCP,λ<=log n,8192,0,56316,6.87451171875
HRDCP,λ<=log n,8192,0,55880,6.8212890625
HHDCP,λ<=log n,8192,0,50591,6.1756591796875
HHDCP,λ<=log n,8192,0,52225,6.3751220703125
HHDCP,λ<=log n,8192,0,56263,6.8680419921875
HHDCP,λ<=log n,8192,0,53519,6.5330810546875
HHDCP,λ<=log n,8192,0,63522,7.754150390625
HHDCP,λ<=log n,8192,0,52002,6.347900390625
HHDCP,λ<=log n,8192,0,51826,6.326416015625
HHDCP,λ<=log n,8192,0,50879,6.2108154296875
HHDCP,λ<=log n,8192,0,56927,6.9490966796875
HHDCP,λ<=log n,8192,0,59484,7.26123046875
HHDCP,λ<=log n,8192,0,53579,6.5404052734375
HHDCP,λ<=log n,8192,0,52154,6.366455078125
HHDCP,λ<=log n,8192,0,56117,6.8502197265625
HHDCP,λ<=log n,8192,0,50525,6.1676025390625
HHDCP,λ<=log n,8192,0,64894,7.921630859375
HHDCP,λ<=log n,8192,0,52332,6.38818359375
HHDCP,λ<=log n,8192,0,52759,6.4403076171875
HHDCP,λ<=log n,8192,0,49612,6.05615234375
HHDCP,λ<=log n,8192,0,56825,6.9366455078125
HHDCP,λ<=log n,8192,0,55993,6.8350830078125
HHDCP,λ<=log n,8192,0,55905,6.8243408203125
HHDCP,λ<=log n,8192,0,55252,6.74462890625
HHDCP,λ<=log n,8192,0,55383,6.7606201171875
HHDCP,λ<=log n,8192,0,58206,7.105224609375
HHDCP,λ<=log n,8192,0,56182,6.858154296875
HHDCP,λ<=log n,8192,0,53118,6.484130859375
HHDCP,λ<=log n,8192,0,52828,6.44873046875
HHDCP,λ<=log n,8192,0,52718,6.435302734375
HHDCP,λ<=log n,8192,0,56209,6.8614501953125
HHDCP,λ<=log n,8192,0,50405,6.1529541015625
HHDCP,λ<=log n,8192,0,53457,6.5255126953125
HHDCP,λ<=log n,8192,0,50582,6.174560546875
HHDCP,λ<=log n,8192,0,51517,6.2886962890625
HHDCP,λ<=log n,8192,0,54940,6.70654296875
HHDCP,λ<=log n,8192,0,50859,6.2083740234375
HHDCP,λ<=log n,8192,0,53233,6.4981689453125
HHDCP,λ<=log n,8192,0,53209,6.4952392578125
HHDCP,λ<=log n,8192,0,56293,6.8717041015625
HHDCP,λ<=log n,8192,0,62480,7.626953125
HHDCP,λ<=log n,8192,0,52765,6.4410400390625
HHDCP,λ<=log n,8192,0,51212,6.25146484375
HHDCP,λ<=log n,8192,0,62338,7.609619140625
HHDCP,λ<=log n,8192,0,52898,6.457275390625
HHDCP,λ<=log n,8192,0,56259,6.8675537109375
HHDCP,λ<=log n,8192,0,57590,7.030029296875
HHDCP,λ<=log n,8192,0,53172,6.49072265625
HHDCP,λ<=log n,8192,0,53533,6.5347900390625
HHDCP,λ<=log n,8192,0,52179,6.3695068359375
HHDCP,λ<=log n,8192,0,55424,6.765625
HHDCP,λ<=log n,8192,0,50678,6.186279296875
HHDCP,λ<=log n,8192,0,51046,6.231201171875
HHDCP,λ<=log n,8192,0,63247,7.7205810546875
HHDCP,λ<=log n,8192,0,51664,6.306640625
HHDCP,λ<=log n,8192,0,51711,6.3123779296875
HHDCP,λ<=log n,8192,0,53181,6.4918212890625
HHDCP,λ<=log n,8192,0,51754,6.317626953125
HHDCP,λ<=log n,8192,0,52091,6.3587646484375
HHDCP,λ<=log n,8192,0,51144,6.2431640625
HHDCP,λ<=log n,8192,0,55453,6.7691650390625
HHDCP,λ<=log n,8192,0,55116,6.72802734375
HHDCP,λ<=log n,8192,0,48461,5.9156494140625
HHDCP,λ<=log n,8192,0,53621,6.5455322265625
HHDCP,λ<=log n,8192,0,56740,6.92626953125
HHDCP,λ<=log n,8192,0,53567,6.5389404296875
HHDCP,λ<=log n,8192,0,54705,6.6778564453125
HHDCP,λ<=log n,8192,0,53304,6.5068359375
HHDCP,λ<=log n,8192,0,52823,6.4481201171875
HHDCP,λ<=log n,8192,0,52837,6.4498291015625
HHDCP,λ<=log n,8192,0,57201,6.9825439453125
HHDCP,λ<=log n,8192,0,55824,6.814453125
HHDCP,λ<=log n,8192,0,52844,6.45068359375
HHDCP,λ<=log n,8192,0,55692,6.79833984375
HHDCP,λ<=log n,8192,0,54462,6.648193359375
HHDCP,λ<=log n,8192,0,53536,6.53515625
HHDCP,λ<=log n,8192,0,54058,6.598876953125
HHDCP,λ<=log n,8192,0,54983,6.7117919921875
HHDCP,λ<=log n,8192,0,52039,6.3524169921875
HHDCP,λ<=log n,8192,0,54408,6.6416015625
HHDCP,λ<=log n,8192,0,57238,6.987060546875
HHDCP,λ<=log n,8192,0,59804,7.30029296875
HHDCP,λ<=log n,8192,0,53704,6.5556640625
HHDCP,λ<=log n,8192,0,53841,6.5723876953125
HHDCP,λ<=log n,8192,0,56846,6.939208984375
HHDCP,λ<=log n,8192,0,57802,7.055908203125
HHDCP,λ<=log n,8192,0,50444,6.15771484375
HHDCP,λ<=log n,8192,0,56007,6.8367919921875
HHDCP,λ<=log n,8192,0,52467,6.4046630859375
HHDCP,λ<=log n,8192,0,58882,7.187744140625
HHDCP,λ<=log n,8192,0,57350,7.000732421875
HHDCP,λ<=log n,8192,0,51710,6.312255859375
HHDCP,λ<=log n,8192,0,50764,6.19677734375
HHDCP,λ<=log n,8192,0,50018,6.105712890625
HHDCP,λ<=log n,8192,0,52254,6.378662109375
HHDCP,λ<=log n,8192,0,53587,6.5413818359375
HHDCP,λ<=log n,8192,0,56380,6.88232421875
HHDCP,λ<=log n,8192,0,52698,6.432861328125
HHDCP,λ<=log n,8192,0,52056,6.3544921875
HHDCP,λ<=log n,8192,0,48499,5.9202880859375
HHDCP,λ<=log n,8192,0,51155,6.2445068359375
HHDCP,λ<=log n,8192,0,54630,6.668701171875
HHLCP,λ<=log n,8192,0,55911,6.8250732421875
HHLCP,λ<=log n,8192,0,52138,6.364501953125
HHLCP,λ<=log n,8192,0,54953,6.7081298828125
HHLCP,λ<=log n,8192,0,56423,6.8875732421875
HHLCP,λ<=log n,8192,0,64143,7.8299560546875
HHLCP,λ<=log n,8192,0,50251,6.1341552734375
HHLCP,λ<=log n,8192,0,53150,6.488037109375
HHLCP,λ<=log n,8192,0,56927,6.9490966796875
HHLCP,λ<=log n,8192,0,57774,7.052490234375
HHLCP,λ<=log n,8192,0,51620,6.30126953125
HHLCP,λ<=log n,8192,0,54168,6.6123046875
HHLCP,λ<=log n,8192,0,55222,6.740966796875
HHLCP,λ<=log n,8192,0,64772,7.90673828125
HHLCP,λ<=log n,8192,0,66512,8.119140625
HHLCP,λ<=log n,8192,0,59457,7.2579345703125
HHLCP,λ<=log n,8192,0,54192,6.615234375
HHLCP,λ<=log n,8192,0,55993,6.8350830078125
HHLCP,λ<=log n,8192,0,59495,7.2625732421875
HHLCP,λ<=log n,8192,0,50685,6.1871337890625
HHLCP,λ<=log n,8192,0,53517,6.5328369140625
HHLCP,λ<=log n,8192,0,54446,6.646240234375
HHLCP,λ<=log n,8192,0,58380,7.12646484375
HHLCP,λ<=log n,8192,0,59753,7.2940673828125
HHLCP,λ<=log n,8192,0,56868,6.94189453125
HHLCP,λ<=log n,8192,0,56580,6.90673828125
HHLCP,λ<=log n,8192,0,57923,7.0706787109375
HHLCP,λ<=log n,8192,0,54115,6.6058349609375
HHLCP,λ<=log n,8192,0,55421,6.7652587890625
HHLCP,λ<=log n,8192,0,52367,6.3924560546875
HHLCP,λ<=log n,8192,0,55295,6.7498779296875
HHLCP,λ<=log n,8192,0,55160,6.7333984375
HHLCP,λ<=log n,8192,0,58803,7.1781005859375
HHLCP,λ<=log n,8192,0,53601,6.5430908203125
HHLCP,λ<=log n,8192,0,54054,6.598388671875
HHLCP,λ<=log n,8192,0,52496,6.408203125
HHLCP,λ<=log n,8192,0,56218,6.862548828125
HHLCP,λ<=log n,8192,0,52765,6.4410400390625
HHLCP,λ<=log n,8192,0,51729,6.3145751953125
HHLCP,λ<=log n,8192,0,55253,6.7447509765625
HHLCP,λ<=log n,8192,0,54899,6.7015380859375
HHLCP,λ<=log n,8192,0,54065,6.5997314453125
HHLCP,λ<=log n,8192,0,53033,6.4737548828125
HHLCP,λ<=log n,8192,0,53835,6.5716552734375
HHLCP,λ<=log n,8192,0,61988,7.56689453125
HHLCP,λ<=log n,8192,0,59613,7.2769775390625
HHLCP,λ<=log n,8192,0,52874,6.454345703125
HHLCP,λ<=log n,8192,0,52563,6.4163818359375
HHLCP,λ<=log n,8192,0,53705,6.5557861328125
HHLCP,λ<=log n,8192,0,61807,7.5447998046875
HHLCP,λ<=log n,8192,0,52712,6.4345703125
HHLCP,λ<=log n,8192,0,55486,6.773193359375
HHLCP,λ<=log n,8192,0,55946,6.829345703125
HHLCP,λ<=log n,8192,0,55037,6.7183837890625
HHLCP,λ<=log n,8192,0,53558,6.537841796875
HHLCP,λ<=log n,8192,0,65144,7.9521484375
HHLCP,λ<=log n,8192,0,53416,6.5205078125
HHLCP,λ<=log n,8192,0,53464,6.5263671875
HHLCP,λ<=log n,8192,0,55710,6.800537109375
HHLCP,λ<=log n,8192,0,54814,6.691162109375
HHLCP,λ<=log n,8192,0,57301,6.9947509765625
HHLCP,λ<=log n,8192,0,53326,6.509521484375
HHLCP,λ<=log n,8192,0,53004,6.47021484375
HHLCP,λ<=log n,8192,0,54920,6.7041015625
HHLCP,λ<=log n,8192,0,56360,6.8798828125
HHLCP,λ<=log n,8192,0,57074,6.967041015625
HHLCP,λ<=log n,8192,0,54267,6.6243896484375
HHLCP,λ<=log n,8192,0,60657,7.4044189453125
HHLCP,λ<=log n,8192,0,64271,7.8455810546875
HHLCP,λ<=log n,8192,0,60767,7.4178466796875
HHLCP,λ<=log n,8192,0,56775,6.9305419921875
HHLCP,λ<=log n,8192,0,52249,6.3780517578125
HHLCP,λ<=log n,8192,0,57833,7.0596923828125
HHLCP,λ<=log n,8192,0,55002,6.714111328125
HHLCP,λ<=log n,8192,0,56639,6.9139404296875
HHLCP,λ<=log n,8192,0,54698,6.677001953125
HHLCP,λ<=log n,8192,0,55229,6.7418212890625
HHLCP,λ<=log n,8192,0,57305,6.9952392578125
HHLCP,λ<=log n,8192,0,58301,7.1168212890625
HHLCP,λ<=log n,8192,0,55515,6.7767333984375
HHLCP,λ<=log n,8192,0,58109,7.0933837890625
HHLCP,λ<=log n,8192,0,55650,6.793212890625
HHLCP,λ<=log n,8192,0,67352,8.2216796875
HHLCP,λ<=log n,8192,0,57045,6.9635009765625
HHLCP,λ<=log n,8192,0,58174,7.101318359375
HHLCP,λ<=log n,8192,0,53810,6.568603515625
HHLCP,λ<=log n,8192,0,54335,6.6326904296875
HHLCP,λ<=log n,8192,0,52039,6.3524169921875
HHLCP,λ<=log n,8192,0,52053,6.3541259765625
HHLCP,λ<=log n,8192,0,55072,6.72265625
HHLCP,λ<=log n,8192,0,54824,6.6923828125
HHLCP,λ<=log n,8192,0,51342,6.267333984375
HHLCP,λ<=log n,8192,0,55298,6.750244140625
HHLCP,λ<=log n,8192,0,55771,6.8079833984375
HHLCP,λ<=log n,8192,0,52186,6.370361328125
HHLCP,λ<=log n,8192,0,53892,6.57861328125
HHLCP,λ<=log n,8192,0,56286,6.870849609375
HHLCP,λ<=log n,8192,0,55507,6.7757568359375
HHLCP,λ<=log n,8192,0,62329,7.6085205078125
HHLCP,λ<=log n,8192,0,53177,6.4913330078125
HRLCP,λ<=log n,8192,0,56932,6.94970703125
HRLCP,λ<=log n,8192,0,59765,7.2955322265625
HRLCP,λ<=log n,8192,0,59554,7.269775390625
HRLCP,λ<=log n,8192,0,60004,7.32470703125
HRLCP,λ<=log n,8192,0,61442,7.500244140625
HRLCP,λ<=log n,8192,0,57260,6.98974609375
HRLCP,λ<=log n,8192,0,61596,7.51904296875
HRLCP,λ<=log n,8192,0,54795,6.6888427734375
HRLCP,λ<=log n,8192,0,58185,7.1026611328125
HRLCP,λ<=log n,8192,0,64084,7.82275390625
HRLCP,λ<=log n,8192,0,63347,7.7327880859375
HRLCP,λ<=log n,8192,0,59298,7.238525390625
HRLCP,λ<=log n,8192,0,58966,7.197998046875
HRLCP,λ<=log n,8192,0,67477,8.2369384765625
HRLCP,λ<=log n,8192,0,62165,7.5885009765625
HRLCP,λ<=log n,8192,0,60759,7.4168701171875
HRLCP,λ<=log n,8192,0,59271,7.2352294921875
HRLCP,λ<=log n,8192,0,58334,7.120849609375
HRLCP,λ<=log n,8192,0,55833,6.8155517578125
HRLCP,λ<=log n,8192,0,61177,7.4678955078125
HRLCP,λ<=log n,8192,0,53952,6.5859375
HRLCP,λ<=log n,8192,0,63729,7.7794189453125
HRLCP,λ<=log n,8192,0,61880,7.5537109375
HRLCP,λ<=log n,8192,0,63991,7.8114013671875
HRLCP,λ<=log n,8192,0,60600,7.3974609375
HRLCP,λ<=log n,8192,0,59939,7.3167724609375
HRLCP,λ<=log n,8192,0,56643,6.9144287109375
HRLCP,λ<=log n,8192,0,57221,6.9849853515625
HRLCP,λ<=log n,8192,0,57586,7.029541015625
HRLCP,λ<=log n,8192,0,57235,6.9866943359375
HRLCP,λ<=log n,8192,0,57386,7.005126953125
HRLCP,λ<=log n,8192,0,58899,7.1898193359375
HRLCP,λ<=log n,8192,0,54460,6.64794921875
HRLCP,λ<=log n,8192,0,62017,7.5704345703125
HRLCP,λ<=log n,8192,0,56677,6.9185791015625
HRLCP,λ<=log n,8192,0,60364,7.36865234375
HRLCP,λ<=log n,8192,0,57928,7.0712890625
HRLCP,λ<=log n,8192,0,56987,6.9564208984375
HRLCP,λ<=log n,8192,0,58525,7.1441650390625
HRLCP,λ<=log n,8192,0,58612,7.15478515625
HRLCP,λ<=log n,8192,0,69142,8.440185546875
HRLCP,λ<=log n,8192,0,59720,7.2900390625
HRLCP,λ<=log n,8192,0,59668,7.28369140625
HRLCP,λ<=log n,8192,0,59789,7.2984619140625
HRLCP,λ<=log n,8192,0,63239,7.7196044921875
HRLCP,λ<=log n,8192,0,61219,7.4730224609375
HRLCP,λ<=log n,8192,0,72137,8.8057861328125
HRLCP,λ<=log n,8192,0,57723,7.0462646484375
HRLCP,λ<=log n,8192,0,56386,6.883056640625
HRLCP,λ<=log n,8192,0,60015,7.3260498046875
HRLCP,λ<=log n,8192,0,57448,7.0126953125
HRLCP,λ<=log n,8192,0,63774,7.784912109375
HRLCP,λ<=log n,8192,0,60736,7.4140625
HRLCP,λ<=log n,8192,0,64421,7.8638916015625
HRLCP,λ<=log n,8192,0,60684,7.40771484375
HRLCP,λ<=log n,8192,0,58512,7.142578125
HRLCP,λ<=log n,8192,0,55713,6.8009033203125
HRLCP,λ<=log n,8192,0,60976,7.443359375
HRLCP,λ<=log n,8192,0,63698,7.775634765625
HRLCP,λ<=log n,8192,0,60494,7.384521484375
HRLCP,λ<=log n,8192,0,59530,7.266845703125
HRLCP,λ<=log n,8192,0,62697,7.6534423828125
HRLCP,λ<=log n,8192,0,66069,8.0650634765625
HRLCP,λ<=log n,8192,0,55143,6.7313232421875
HRLCP,λ<=log n,8192,0,59340,7.24365234375
HRLCP,λ<=log n,8192,0,59601,7.2755126953125
HRLCP,λ<=log n,8192,0,66739,8.1468505859375
HRLCP,λ<=log n,8192,0,69856,8.52734375
HRLCP,λ<=log n,8192,0,62549,7.6353759765625
HRLCP,λ<=log n,8192,0,55260,6.74560546875
HRLCP,λ<=log n,8192,0,62810,7.667236328125
HRLCP,λ<=log n,8192,0,55821,6.8140869140625
HRLCP,λ<=log n,8192,0,54722,6.679931640625
HRLCP,λ<=log n,8192,0,53710,6.556396484375
HRLCP,λ<=log n,8192,0,64269,7.8453369140625
HRLCP,λ<=log n,8192,0,57630,7.034912109375
HRLCP,λ<=log n,8192,0,63449,7.7452392578125
HRLCP,λ<=log n,8192,0,59683,7.2855224609375
HRLCP,λ<=log n,8192,0,61805,7.5445556640625
HRLCP,λ<=log n,8192,0,61831,7.5477294921875
HRLCP,λ<=log n,8192,0,62825,7.6690673828125
HRLCP,λ<=log n,8192,0,60499,7.3851318359375
HRLCP,λ<=log n,8192,0,61761,7.5391845703125
HRLCP,λ<=log n,8192,0,58734,7.169677734375
HRLCP,λ<=log n,8192,0,59165,7.2222900390625
HRLCP,λ<=log n,8192,0,61020,7.44873046875
HRLCP,λ<=log n,8192,0,64846,7.915771484375
HRLCP,λ<=log n,8192,0,58868,7.18603515625
HRLCP,λ<=log n,8192,0,56953,6.9522705078125
HRLCP,λ<=log n,8192,0,64168,7.8330078125
HRLCP,λ<=log n,8192,0,61420,7.49755859375
HRLCP,λ<=log n,8192,0,57495,7.0184326171875
HRLCP,λ<=log n,8192,0,57049,6.9639892578125
HRLCP,λ<=log n,8192,0,59893,7.3111572265625
HRLCP,λ<=log n,8192,0,71026,8.670166015625
HRLCP,λ<=log n,8192,0,67412,8.22900390625
HRLCP,λ<=log n,8192,0,60234,7.352783203125
HRLCP,λ<=log n,8192,0,57454,7.013427734375
HRLCP,λ<=log n,8192,0,63197,7.7144775390625
HRLCP,λ<=log n,8192,0,58459,7.1361083984375
HSLCP,λ<=log n,8192,0,70842,8.647705078125
HSLCP,λ<=log n,8192,0,93059,11.3597412109375
HSLCP,λ<=log n,8192,0,74035,9.0374755859375
HSLCP,λ<=log n,8192,0,79801,9.7413330078125
HSLCP,λ<=log n,8192,0,84837,10.3560791015625
HSLCP,λ<=log n,8192,0,72674,8.871337890625
HSLCP,λ<=log n,8192,0,96637,11.7965087890625
HSLCP,λ<=log n,8192,0,97692,11.92529296875
HSLCP,λ<=log n,8192,0,77076,9.40869140625
HSLCP,λ<=log n,8192,0,71101,8.6793212890625
HSLCP,λ<=log n,8192,0,75084,9.16552734375
HSLCP,λ<=log n,8192,0,82333,10.0504150390625
HSLCP,λ<=log n,8192,0,69898,8.532470703125
HSLCP,λ<=log n,8192,0,75903,9.2655029296875
HSLCP,λ<=log n,8192,0,88749,10.8336181640625
HSLCP,λ<=log n,8192,0,69093,8.4342041015625
HSLCP,λ<=log n,8192,0,80741,9.8560791015625
HSLCP,λ<=log n,8192,0,74904,9.1435546875
HSLCP,λ<=log n,8192,0,77444,9.45361328125
HSLCP,λ<=log n,8192,0,72126,8.804443359375
HSLCP,λ<=log n,8192,0,89080,10.8740234375
HSLCP,λ<=log n,8192,0,74262,9.065185546875
HSLCP,λ<=log n,8192,0,72379,8.8353271484375
HSLCP,λ<=log n,8192,0,71885,8.7750244140625
HSLCP,λ<=log n,8192,0,76223,9.3045654296875
HSLCP,λ<=log n,8192,0,94913,11.5860595703125
HSLCP,λ<=log n,8192,0,71415,8.7176513671875
HSLCP,λ<=log n,8192,0,72335,8.8299560546875
HSLCP,λ<=log n,8192,0,77352,9.4423828125
HSLCP,λ<=log n,8192,0,73856,9.015625
HSLCP,λ<=log n,8192,0,77926,9.512451171875
HSLCP,λ<=log n,8192,0,78600,9.5947265625
HSLCP,λ<=log n,8192,0,99848,12.1884765625
HSLCP,λ<=log n,8192,0,80736,9.85546875
HSLCP,λ<=log n,8192,0,88030,10.745849609375
HSLCP,λ<=log n,8192,0,73780,9.00634765625
HSLCP,λ<=log n,8192,0,95942,11.711669921875
HSLCP,λ<=log n,8192,0,77107,9.4124755859375
HSLCP,λ<=log n,8192,0,79746,9.734619140625
HSLCP,λ<=log n,8192,0,68900,8.41064453125
HSLCP,λ<=log n,8192,0,77011,9.4007568359375
HSLCP,λ<=log n,8192,0,84563,10.3226318359375
HSLCP,λ<=log n,8192,0,75162,9.175048828125
HSLCP,λ<=log n,8192,0,77728,9.48828125
HSLCP,λ<=log n,8192,0,82668,10.09130859375
HSLCP,λ<=log n,8192,0,73035,8.9154052734375
HSLCP,λ<=log n,8192,0,85961,10.4932861328125
HSLCP,λ<=log n,8192,0,73641,8.9893798828125
HSLCP,λ<=log n,8192,0,73958,9.028076171875
HSLCP,λ<=log n,8192,0,78255,9.5526123046875
HSLCP,λ<=log n,8192,0,88897,10.8516845703125
HSLCP,λ<=log n,8192,0,86424,10.5498046875
HSLCP,λ<=log n,8192,0,71402,8.716064453125
HSLCP,λ<=log n,8192,0,79858,9.748291015625
HSLCP,λ<=log n,8192,0,76614,9.352294921875
HSLCP,λ<=log n,8192,0,74588,9.10498046875
HSLCP,λ<=log n,8192,0,68578,8.371337890625
HSLCP,λ<=log n,8192,0,72051,8.7952880859375
HSLCP,λ<=log n,8192,0,74158,9.052490234375
HSLCP,λ<=log n,8192,0,94848,11.578125
HSLCP,λ<=log n,8192,0,83885,10.2398681640625
HSLCP,λ<=log n,8192,0,85232,10.404296875
HSLCP,λ<=log n,8192,0,80339,9.8070068359375
HSLCP,λ<=log n,8192,0,72781,8.8843994140625
HSLCP,λ<=log n,8192,0,77367,9.4442138671875
HSLCP,λ<=log n,8192,0,76592,9.349609375
HSLCP,λ<=log n,8192,0,70098,8.556884765625
HSLCP,λ<=log n,8192,0,77947,9.5150146484375
HSLCP,λ<=log n,8192,0,69079,8.4324951171875
HSLCP,λ<=log n,8192,0,73420,8.96240234375
HSLCP,λ<=log n,8192,0,84071,10.2625732421875
HSLCP,λ<=log n,8192,0,78464,9.578125
HSLCP,λ<=log n,8192,0,77450,9.454345703125
HSLCP,λ<=log n,8192,0,86741,10.5885009765625
HSLCP,λ<=log n,8192,0,70988,8.66552734375
HSLCP,λ<=log n,8192,0,65755,8.0267333984375
HSLCP,λ<=log n,8192,0,75461,9.2115478515625
HSLCP,λ<=log n,8192,0,76042,9.282470703125
HSLCP,λ<=log n,8192,0,100091,12.2181396484375
HSLCP,λ<=log n,8192,0,93114,11.366455078125
HSLCP,λ<=log n,8192,0,69734,8.512451171875
HSLCP,λ<=log n,8192,0,81211,9.9134521484375
HSLCP,λ<=log n,8192,0,93195,11.3763427734375
HSLCP,λ<=log n,8192,0,76029,9.2808837890625
HSLCP,λ<=log n,8192,0,80570,9.835205078125
HSLCP,λ<=log n,8192,0,73979,9.0306396484375
HSLCP,λ<=log n,8192,0,83472,10.189453125
HSLCP,λ<=log n,8192,0,86455,10.5535888671875
HSLCP,λ<=log n,8192,0,88795,10.8392333984375
HSLCP,λ<=log n,8192,0,77834,9.501220703125
HSLCP,λ<=log n,8192,0,84087,10.2645263671875
HSLCP,λ<=log n,8192,0,73784,9.0068359375
HSLCP,λ<=log n,8192,0,80227,9.7933349609375
HSLCP,λ<=log n,8192,0,79724,9.73193359375
HSLCP,λ<=log n,8192,0,80267,9.7982177734375
HSLCP,λ<=log n,8192,0,74041,9.0382080078125
HSLCP,λ<=log n,8192,0,75137,9.1719970703125
HSLCP,λ<=log n,8192,0,75937,9.2696533203125
HSLCP,λ<=log n,8192,0,85885,10.4840087890625
HSLCP,λ<=log n,8192,0,68235,8.3294677734375
HSDSP,λ<=log n,8192,0,86801,10.5958251953125
HSDSP,λ<=log n,8192,0,88444,10.79638671875
HSDSP,λ<=log n,8192,0,91774,11.202880859375
HSDSP,λ<=log n,8192,0,78744,9.6123046875
HSDSP,λ<=log n,8192,0,77272,9.4326171875
HSDSP,λ<=log n,8192,0,87315,10.6585693359375
HSDSP,λ<=log n,8192,0,81632,9.96484375
HSDSP,λ<=log n,8192,0,80353,9.8087158203125
HSDSP,λ<=log n,8192,0,92624,11.306640625
HSDSP,λ<=log n,8192,0,83483,10.1907958984375
HSDSP,λ<=log n,8192,0,78183,9.5438232421875
HSDSP,λ<=log n,8192,0,85725,10.4644775390625
HSDSP,λ<=log n,8192,0,91679,11.1912841796875
HSDSP,λ<=log n,8192,0,73298,8.947509765625
HSDSP,λ<=log n,8192,0,74857,9.1378173828125
HSDSP,λ<=log n,8192,0,79250,9.674072265625
HSDSP,λ<=log n,8192,0,87143,10.6375732421875
HSDSP,λ<=log n,8192,0,80336,9.806640625
HSDSP,λ<=log n,8192,0,82535,10.0750732421875
HSDSP,λ<=log n,8192,0,81509,9.9498291015625
HSDSP,λ<=log n,8192,0,77767,9.4930419921875
HSDSP,λ<=log n,8192,0,81671,9.9696044921875
HSDSP,λ<=log n,8192,0,84148,10.27197265625
HSDSP,λ<=log n,8192,0,74545,9.0997314453125
HSDSP,λ<=log n,8192,0,87025,10.6231689453125
HSDSP,λ<=log n,8192,0,84366,10.298583984375
HSDSP,λ<=log n,8192,0,79187,9.6663818359375
HSDSP,λ<=log n,8192,0,96283,11.7532958984375
HSDSP,λ<=log n,8192,0,78957,9.6383056640625
HSDSP,λ<=log n,8192,0,78266,9.553955078125
HSDSP,λ<=log n,8192,0,78955,9.6380615234375
HSDSP,λ<=log n,8192,0,84310,10.291748046875
HSDSP,λ<=log n,8192,0,79389,9.6910400390625
HSDSP,λ<=log n,8192,0,87988,10.74072265625
HSDSP,λ<=log n,8192,0,73800,9.0087890625
HSDSP,λ<=log n,8192,0,82325,10.0494384765625
HSDSP,λ<=log n,8192,0,80302,9.802490234375
HSDSP,λ<=log n,8192,0,79732,9.73291015625
HSDSP,λ<=log n,8192,0,88362,10.786376953125
HSDSP,λ<=log n,8192,0,84804,10.35205078125
HSDSP,λ<=log n,8192,0,91457,11.1641845703125
HSDSP,λ<=log n,8192,0,81156,9.90673828125
HSDSP,λ<=log n,8192,0,100090,12.218017578125
HSDSP,λ<=log n,8192,0,79800,9.7412109375
HSDSP,λ<=log n,8192,0,74300,9.06982421875
HSDSP,λ<=log n,8192,0,87000,10.6201171875
HSDSP,λ<=log n,8192,0,92214,11.256591796875
HSDSP,λ<=log n,8192,0,79523,9.7073974609375
HSDSP,λ<=log n,8192,0,80906,9.876220703125
HSDSP,λ<=log n,8192,0,86533,10.5631103515625
HSDSP,λ<=log n,8192,0,90222,11.013427734375
HSDSP,λ<=log n,8192,0,87130,10.635986328125
HSDSP,λ<=log n,8192,0,88782,10.837646484375
HSDSP,λ<=log n,8192,0,83276,10.16552734375
HSDSP,λ<=log n,8192,0,79027,9.6468505859375
HSDSP,λ<=log n,8192,0,87336,10.6611328125
HSDSP,λ<=log n,8192,0,87103,10.6326904296875
HSDSP,λ<=log n,8192,0,94035,11.4788818359375
HSDSP,λ<=log n,8192,0,80552,9.8330078125
HSDSP,λ<=log n,8192,0,87647,10.6990966796875
HSDSP,λ<=log n,8192,0,85661,10.4566650390625
HSDSP,λ<=log n,8192,0,79203,9.6683349609375
HSDSP,λ<=log n,8192,0,90389,11.0338134765625
HSDSP,λ<=log n,8192,0,74971,9.1517333984375
HSDSP,λ<=log n,8192,0,79563,9.7122802734375
HSDSP,λ<=log n,8192,0,86603,10.5716552734375
HSDSP,λ<=log n,8192,0,88033,10.7462158203125
HSDSP,λ<=log n,8192,0,77818,9.499267578125
HSDSP,λ<=log n,8192,0,74590,9.105224609375
HSDSP,λ<=log n,8192,0,75533,9.2203369140625
HSDSP,λ<=log n,8192,0,82448,10.064453125
HSDSP,λ<=log n,8192,0,81040,9.892578125
HSDSP,λ<=log n,8192,0,81046,9.893310546875
HSDSP,λ<=log n,8192,0,79740,9.73388671875
HSDSP,λ<=log n,8192,0,90541,11.0523681640625
HSDSP,λ<=log n,8192,0,82225,10.0372314453125
HSDSP,λ<=log n,8192,0,101801,12.4268798828125
HSDSP,λ<=log n,8192,0,85635,10.4534912109375
HSDSP,λ<=log n,8192,0,76221,9.3043212890625
HSDSP,λ<=log n,8192,0,78710,9.608154296875
HSDSP,λ<=log n,8192,0,86726,10.586669921875
HSDSP,λ<=log n,8192,0,80727,9.8543701171875
HSDSP,λ<=log n,8192,0,82218,10.036376953125
HSDSP,λ<=log n,8192,0,92308,11.26806640625
HSDSP,λ<=log n,8192,0,86252,10.52880859375
HSDSP,λ<=log n,8192,0,90032,10.990234375
HSDSP,λ<=log n,8192,0,90373,11.0318603515625
HSDSP,λ<=log n,8192,0,83913,10.2432861328125
HSDSP,λ<=log n,8192,0,79608,9.7177734375
HSDSP,λ<=log n,8192,0,78624,9.59765625
HSDSP,λ<=log n,8192,0,81219,9.9144287109375
HSDSP,λ<=log n,8192,0,87762,10.713134765625
HSDSP,λ<=log n,8192,0,81142,9.905029296875
HSDSP,λ<=log n,8192,0,90161,11.0059814453125
HSDSP,λ<=log n,8192,0,84179,10.2757568359375
HSDSP,λ<=log n,8192,0,76157,9.2965087890625
HSDSP,λ<=log n,8192,0,79055,9.6502685546875
HSDSP,λ<=log n,8192,0,81441,9.9415283203125
HSDSP,λ<=log n,8192,0,84029,10.2574462890625
HSDSP,λ<=log n,8192,0,86112,10.51171875
HRDSP,λ<=log n,8192,0,72381,8.8355712890625
HRDSP,λ<=log n,8192,0,71133,8.6832275390625
HRDSP,λ<=log n,8192,0,67492,8.23876953125
HRDSP,λ<=log n,8192,0,69133,8.4390869140625
HRDSP,λ<=log n,8192,0,71170,8.687744140625
HRDSP,λ<=log n,8192,0,76802,9.375244140625
HRDSP,λ<=log n,8192,0,68327,8.3406982421875
HRDSP,λ<=log n,8192,0,64796,7.90966796875
HRDSP,λ<=log n,8192,0,65588,8.00634765625
HRDSP,λ<=log n,8192,0,70065,8.5528564453125
HRDSP,λ<=log n,8192,0,64052,7.81884765625
HRDSP,λ<=log n,8192,0,65251,7.9652099609375
HRDSP,λ<=log n,8192,0,65801,8.0323486328125
HRDSP,λ<=log n,8192,0,74687,9.1170654296875
HRDSP,λ<=log n,8192,0,67923,8.2913818359375
HRDSP,λ<=log n,8192,0,72221,8.8160400390625
HRDSP,λ<=log n,8192,0,76505,9.3389892578125
HRDSP,λ<=log n,8192,0,69463,8.4793701171875
HRDSP,λ<=log n,8192,0,69652,8.50244140625
HRDSP,λ<=log n,8192,0,74248,9.0634765625
HRDSP,λ<=log n,8192,0,73703,8.9969482421875
HRDSP,λ<=log n,8192,0,66728,8.1455078125
HRDSP,λ<=log n,8192,0,67647,8.2576904296875
HRDSP,λ<=log n,8192,0,69967,8.5408935546875
HRDSP,λ<=log n,8192,0,69152,8.44140625
HRDSP,λ<=log n,8192,0,74274,9.066650390625
HRDSP,λ<=log n,8192,0,64994,7.933837890625
HRDSP,λ<=log n,8192,0,70438,8.598388671875
HRDSP,λ<=log n,8192,0,65828,8.03564453125
HRDSP,λ<=log n,8192,0,65889,8.0430908203125
HRDSP,λ<=log n,8192,0,66275,8.0902099609375
HRDSP,λ<=log n,8192,0,63893,7.7994384765625
HRDSP,λ<=log n,8192,0,67833,8.2803955078125
HRDSP,λ<=log n,8192,0,64249,7.8428955078125
HRDSP,λ<=log n,8192,0,68952,8.4169921875
HRDSP,λ<=log n,8192,0,66101,8.0689697265625
HRDSP,λ<=log n,8192,0,75036,9.15966796875
HRDSP,λ<=log n,8192,0,67932,8.29248046875
HRDSP,λ<=log n,8192,0,76535,9.3426513671875
HRDSP,λ<=log n,8192,0,69680,8.505859375
HRDSP,λ<=log n,8192,0,74784,9.12890625
HRDSP,λ<=log n,8192,0,68894,8.409912109375
HRDSP,λ<=log n,8192,0,76114,9.291259765625
HRDSP,λ<=log n,8192,0,64020,7.81494140625
HRDSP,λ<=log n,8192,0,67167,8.1990966796875
HRDSP,λ<=log n,8192,0,72265,8.8214111328125
HRDSP,λ<=log n,8192,0,66767,8.1502685546875
HRDSP,λ<=log n,8192,0,65417,7.9854736328125
HRDSP,λ<=log n,8192,0,69038,8.427490234375
HRDSP,λ<=log n,8192,0,70883,8.6527099609375
HRDSP,λ<=log n,8192,0,70109,8.5582275390625
HRDSP,λ<=log n,8192,0,72175,8.8104248046875
HRDSP,λ<=log n,8192,0,65173,7.9556884765625
HRDSP,λ<=log n,8192,0,74607,9.1072998046875
HRDSP,λ<=log n,8192,0,63570,7.760009765625
HRDSP,λ<=log n,8192,0,64372,7.85791015625
HRDSP,λ<=log n,8192,0,72645,8.8677978515625
HRDSP,λ<=log n,8192,0,72073,8.7979736328125
HRDSP,λ<=log n,8192,0,68896,8.41015625
HRDSP,λ<=log n,8192,0,80862,9.870849609375
HRDSP,λ<=log n,8192,0,75719,9.2430419921875
HRDSP,λ<=log n,8192,0,67994,8.300048828125
HRDSP,λ<=log n,8192,0,73602,8.984619140625
HRDSP,λ<=log n,8192,0,73079,8.9207763671875
HRDSP,λ<=log n,8192,0,72309,8.8267822265625
HRDSP,λ<=log n,8192,0,71251,8.6976318359375
HRDSP,λ<=log n,8192,0,73752,9.0029296875
HRDSP,λ<=log n,8192,0,66831,8.1580810546875
HRDSP,λ<=log n,8192,0,72207,8.8143310546875
HRDSP,λ<=log n,8192,0,72399,8.8377685546875
HRDSP,λ<=log n,8192,0,71335,8.7078857421875
HRDSP,λ<=log n,8192,0,63799,7.7879638671875
HRDSP,λ<=log n,8192,0,77663,9.4803466796875
HRDSP,λ<=log n,8192,0,63142,7.707763671875
HRDSP,λ<=log n,8192,0,71091,8.6781005859375
HRDSP,λ<=log n,8192,0,76854,9.381591796875
HRDSP,λ<=log n,8192,0,66708,8.14306640625
HRDSP,λ<=log n,8192,0,68250,8.331298828125
HRDSP,λ<=log n,8192,0,79934,9.757568359375
HRDSP,λ<=log n,8192,0,70128,8.560546875
HRDSP,λ<=log n,8192,0,72881,8.8966064453125
HRDSP,λ<=log n,8192,0,69227,8.4505615234375
HRDSP,λ<=log n,8192,0,74329,9.0733642578125
HRDSP,λ<=log n,8192,0,68788,8.39697265625
HRDSP,λ<=log n,8192,0,80024,9.7685546875
HRDSP,λ<=log n,8192,0,77637,9.4771728515625
HRDSP,λ<=log n,8192,0,62901,7.6783447265625
HRDSP,λ<=log n,8192,0,74844,9.13623046875
HRDSP,λ<=log n,8192,0,65556,8.00244140625
HRDSP,λ<=log n,8192,0,67025,8.1817626953125
HRDSP,λ<=log n,8192,0,74036,9.03759765625
HRDSP,λ<=log n,8192,0,71724,8.75537109375
HRDSP,λ<=log n,8192,0,74162,9.052978515625
HRDSP,λ<=log n,8192,0,67446,8.233154296875
HRDSP,λ<=log n,8192,0,67425,8.2305908203125
HRDSP,λ<=log n,8192,0,69833,8.5245361328125
HRDSP,λ<=log n,8192,0,71151,8.6854248046875
HRDSP,λ<=log n,8192,0,69574,8.492919921875
HRDSP,λ<=log n,8192,0,75095,9.1668701171875
HRDSP,λ<=log n,8192,0,71066,8.675048828125
HHDSP,λ<=log n,8192,0,61966,7.564208984375
HHDSP,λ<=log n,8192,0,59136,7.21875
HHDSP,λ<=log n,8192,0,63898,7.800048828125
HHDSP,λ<=log n,8192,0,62928,7.681640625
HHDSP,λ<=log n,8192,0,66633,8.1339111328125
HHDSP,λ<=log n,8192,0,61580,7.51708984375
HHDSP,λ<=log n,8192,0,63928,7.8037109375
HHDSP,λ<=log n,8192,0,62208,7.59375
HHDSP,λ<=log n,8192,0,67005,8.1793212890625
HHDSP,λ<=log n,8192,0,62529,7.6329345703125
HHDSP,λ<=log n,8192,0,65076,7.94384765625
HHDSP,λ<=log n,8192,0,61541,7.5123291015625
HHDSP,λ<=log n,8192,0,65862,8.039794921875
HHDSP,λ<=log n,8192,0,74231,9.0614013671875
HHDSP,λ<=log n,8192,0,61703,7.5321044921875
HHDSP,λ<=log n,8192,0,71365,8.7115478515625
HHDSP,λ<=log n,8192,0,67438,8.232177734375
HHDSP,λ<=log n,8192,0,66728,8.1455078125
HHDSP,λ<=log n,8192,0,65550,8.001708984375
HHDSP,λ<=log n,8192,0,60368,7.369140625
HHDSP,λ<=log n,8192,0,74822,9.133544921875
HHDSP,λ<=log n,8192,0,73823,9.0115966796875
HHDSP,λ<=log n,8192,0,68614,8.375732421875
HHDSP,λ<=log n,8192,0,73149,8.9293212890625
HHDSP,λ<=log n,8192,0,64834,7.914306640625
HHDSP,λ<=log n,8192,0,65304,7.9716796875
HHDSP,λ<=log n,8192,0,63177,7.7120361328125
HHDSP,λ<=log n,8192,0,73499,8.9720458984375
HHDSP,λ<=log n,8192,0,65713,8.0216064453125
HHDSP,λ<=log n,8192,0,57735,7.0477294921875
HHDSP,λ<=log n,8192,0,65254,7.965576171875
HHDSP,λ<=log n,8192,0,67652,8.25830078125
HHDSP,λ<=log n,8192,0,64039,7.8172607421875
HHDSP,λ<=log n,8192,0,61224,7.4736328125
HHDSP,λ<=log n,8192,0,67133,8.1949462890625
HHDSP,λ<=log n,8192,0,71856,8.771484375
HHDSP,λ<=log n,8192,0,67094,8.190185546875
HHDSP,λ<=log n,8192,0,61956,7.56298828125
HHDSP,λ<=log n,8192,0,66872,8.1630859375
HHDSP,λ<=log n,8192,0,62479,7.6268310546875
HHDSP,λ<=log n,8192,0,63238,7.719482421875
HHDSP,λ<=log n,8192,0,66187,8.0794677734375
HHDSP,λ<=log n,8192,0,68377,8.3468017578125
HHDSP,λ<=log n,8192,0,61166,7.466552734375
HHDSP,λ<=log n,8192,0,63881,7.7979736328125
HHDSP,λ<=log n,8192,0,68830,8.402099609375
HHDSP,λ<=log n,8192,0,69578,8.493408203125
HHDSP,λ<=log n,8192,0,62518,7.631591796875
HHDSP,λ<=log n,8192,0,68248,8.3310546875
HHDSP,λ<=log n,8192,0,64432,7.865234375
HHDSP,λ<=log n,8192,0,62155,7.5872802734375
HHDSP,λ<=log n,8192,0,61675,7.5286865234375
HHDSP,λ<=log n,8192,0,64949,7.9283447265625
HHDSP,λ<=log n,8192,0,64522,7.876220703125
HHDSP,λ<=log n,8192,0,62969,7.6866455078125
HHDSP,λ<=log n,8192,0,65392,7.982421875
HHDSP,λ<=log n,8192,0,67536,8.244140625
HHDSP,λ<=log n,8192,0,63522,7.754150390625
HHDSP,λ<=log n,8192,0,69168,8.443359375
HHDSP,λ<=log n,8192,0,62492,7.62841796875
HHDSP,λ<=log n,8192,0,60357,7.3677978515625
HHDSP,λ<=log n,8192,0,61442,7.500244140625
HHDSP,λ<=log n,8192,0,63553,7.7579345703125
HHDSP,λ<=log n,8192,0,65357,7.9781494140625
HHDSP,λ<=log n,8192,0,65727,8.0233154296875
HHDSP,λ<=log n,8192,0,76841,9.3800048828125
HHDSP,λ<=log n,8192,0,70261,8.5767822265625
HHDSP,λ<=log n,8192,0,64419,7.8636474609375
HHDSP,λ<=log n,8192,0,61741,7.5367431640625
HHDSP,λ<=log n,8192,0,66790,8.153076171875
HHDSP,λ<=log n,8192,0,68292,8.33642578125
HHDSP,λ<=log n,8192,0,70541,8.6109619140625
HHDSP,λ<=log n,8192,0,61720,7.5341796875
HHDSP,λ<=log n,8192,0,63253,7.7213134765625
HHDSP,λ<=log n,8192,0,65420,7.98583984375
HHDSP,λ<=log n,8192,0,67190,8.201904296875
HHDSP,λ<=log n,8192,0,65009,7.9356689453125
HHDSP,λ<=log n,8192,0,59686,7.285888671875
HHDSP,λ<=log n,8192,0,72742,8.879638671875
HHDSP,λ<=log n,8192,0,62392,7.6162109375
HHDSP,λ<=log n,8192,0,67991,8.2996826171875
HHDSP,λ<=log n,8192,0,67124,8.19384765625
HHDSP,λ<=log n,8192,0,63635,7.7679443359375
HHDSP,λ<=log n,8192,0,62815,7.6678466796875
HHDSP,λ<=log n,8192,0,66438,8.110107421875
HHDSP,λ<=log n,8192,0,63530,7.755126953125
HHDSP,λ<=log n,8192,0,67061,8.1861572265625
HHDSP,λ<=log n,8192,0,61913,7.5577392578125
HHDSP,λ<=log n,8192,0,70103,8.5574951171875
HHDSP,λ<=log n,8192,0,69048,8.4287109375
HHDSP,λ<=log n,8192,0,63891,7.7991943359375
HHDSP,λ<=log n,8192,0,61932,7.56005859375
HHDSP,λ<=log n,8192,0,62483,7.6273193359375
HHDSP,λ<=log n,8192,0,64830,7.913818359375
HHDSP,λ<=log n,8192,0,63163,7.7103271484375
HHDSP,λ<=log n,8192,0,64449,7.8673095703125
HHDSP,λ<=log n,8192,0,66544,8.123046875
HHDSP,λ<=log n,8192,0,65872,8.041015625
HHDSP,λ<=log n,8192,0,62897,7.6778564453125
HHLSP,λ<=log n,8192,0,67201,8.2032470703125
HHLSP,λ<=log n,8192,0,64952,7.9287109375
HHLSP,λ<=log n,8192,0,65238,7.963623046875
HHLSP,λ<=log n,8192,0,73237,8.9400634765625
HHLSP,λ<=log n,8192,0,63561,7.7589111328125
HHLSP,λ<=log n,8192,0,71184,8.689453125
HHLSP,λ<=log n,8192,0,64482,7.871337890625
HHLSP,λ<=log n,8192,0,67612,8.25341796875
HHLSP,λ<=log n,8192,0,64102,7.824951171875
HHLSP,λ<=log n,8192,0,64510,7.874755859375
HHLSP,λ<=log n,8192,0,67696,8.263671875
HHLSP,λ<=log n,8192,0,66519,8.1199951171875
HHLSP,λ<=log n,8192,0,66493,8.1168212890625
HHLSP,λ<=log n,8192,0,71527,8.7313232421875
HHLSP,λ<=log n,8192,0,67754,8.270751953125
HHLSP,λ<=log n,8192,0,67876,8.28564453125
HHLSP,λ<=log n,8192,0,70048,8.55078125
HHLSP,λ<=log n,8192,0,71865,8.7725830078125
HHLSP,λ<=log n,8192,0,73195,8.9349365234375
HHLSP,λ<=log n,8192,0,74458,9.089111328125
HHLSP,λ<=log n,8192,0,76538,9.343017578125
HHLSP,λ<=log n,8192,0,75055,9.1619873046875
HHLSP,λ<=log n,8192,0,71836,8.76904296875
HHLSP,λ<=log n,8192,0,80471,9.8231201171875
HHLSP,λ<=log n,8192,0,72223,8.8162841796875
HHLSP,λ<=log n,8192,0,67861,8.2838134765625
HHLSP,λ<=log n,8192,0,72018,8.791259765625
HHLSP,λ<=log n,8192,0,68228,8.32861328125
HHLSP,λ<=log n,8192,0,68187,8.3236083984375
HHLSP,λ<=log n,8192,0,68318,8.339599609375
HHLSP,λ<=log n,8192,0,68344,8.3427734375
HHLSP,λ<=log n,8192,0,69251,8.4534912109375
HHLSP,λ<=log n,8192,0,72617,8.8643798828125
HHLSP,λ<=log n,8192,0,66075,8.0657958984375
HHLSP,λ<=log n,8192,0,71730,8.756103515625
HHLSP,λ<=log n,8192,0,69521,8.4864501953125
HHLSP,λ<=log n,8192,0,62993,7.6895751953125
HHLSP,λ<=log n,8192,0,69081,8.4327392578125
HHLSP,λ<=log n,8192,0,65410,7.984619140625
HHLSP,λ<=log n,8192,0,71496,8.7275390625
HHLSP,λ<=log n,8192,0,74287,9.0682373046875
HHLSP,λ<=log n,8192,0,64196,7.83642578125
HHLSP,λ<=log n,8192,0,67970,8.297119140625
HHLSP,λ<=log n,8192,0,74485,9.0924072265625
HHLSP,λ<=log n,8192,0,64850,7.916259765625
HHLSP,λ<=log n,8192,0,73702,8.996826171875
HHLSP,λ<=log n,8192,0,68708,8.38720703125
HHLSP,λ<=log n,8192,0,65187,7.9573974609375
HHLSP,λ<=log n,8192,0,71402,8.716064453125
HHLSP,λ<=log n,8192,0,68485,8.3599853515625
HHLSP,λ<=log n,8192,0,63566,7.759521484375
HHLSP,λ<=log n,8192,0,64227,7.8402099609375
HHLSP,λ<=log n,8192,0,73418,8.962158203125
HHLSP,λ<=log n,8192,0,69007,8.4237060546875
HHLSP,λ<=log n,8192,0,67419,8.2298583984375
HHLSP,λ<=log n,8192,0,71977,8.7862548828125
HHLSP,λ<=log n,8192,0,66963,8.1741943359375
HHLSP,λ<=log n,8192,0,66968,8.1748046875
HHLSP,λ<=log n,8192,0,69924,8.53564453125
HHLSP,λ<=log n,8192,0,66412,8.10693359375
HHLSP,λ<=log n,8192,0,71513,8.7296142578125
HHLSP,λ<=log n,8192,0,68292,8.33642578125
HHLSP,λ<=log n,8192,0,69352,8.4658203125
HHLSP,λ<=log n,8192,0,64216,7.8388671875
HHLSP,λ<=log n,8192,0,71100,8.67919921875
HHLSP,λ<=log n,8192,0,71384,8.7138671875
HHLSP,λ<=log n,8192,0,68101,8.3131103515625
HHLSP,λ<=log n,8192,0,63808,7.7890625
HHLSP,λ<=log n,8192,0,66506,8.118408203125
HHLSP,λ<=log n,8192,0,71098,8.678955078125
HHLSP,λ<=log n,8192,0,64501,7.8736572265625
HHLSP,λ<=log n,8192,0,69029,8.4263916015625
HHLSP,λ<=log n,8192,0,64549,7.8795166015625
HHLSP,λ<=log n,8192,0,66228,8.08447265625
HHLSP,λ<=log n,8192,0,67368,8.2236328125
HHLSP,λ<=log n,8192,0,67772,8.27294921875
HHLSP,λ<=log n,8192,0,68577,8.3712158203125
HHLSP,λ<=log n,8192,0,66114,8.070556640625
HHLSP,λ<=log n,8192,0,66709,8.1431884765625
HHLSP,λ<=log n,8192,0,68091,8.3118896484375
HHLSP,λ<=log n,8192,0,75978,9.274658203125
HHLSP,λ<=log n,8192,0,68202,8.325439453125
HHLSP,λ<=log n,8192,0,66775,8.1512451171875
HHLSP,λ<=log n,8192,0,69375,8.4686279296875
HHLSP,λ<=log n,8192,0,68465,8.3575439453125
HHLSP,λ<=log n,8192,0,68717,8.3883056640625
HHLSP,λ<=log n,8192,0,69232,8.451171875
HHLSP,λ<=log n,8192,0,69328,8.462890625
HHLSP,λ<=log n,8192,0,67986,8.299072265625
HHLSP,λ<=log n,8192,0,65303,7.9715576171875
HHLSP,λ<=log n,8192,0,68162,8.320556640625
HHLSP,λ<=log n,8192,0,68881,8.4083251953125
HHLSP,λ<=log n,8192,0,64655,7.8924560546875
HHLSP,λ<=log n,8192,0,68270,8.333740234375
HHLSP,λ<=log n,8192,0,70683,8.6282958984375
HHLSP,λ<=log n,8192,0,67339,8.2200927734375
HHLSP,λ<=log n,8192,0,67823,8.2791748046875
HHLSP,λ<=log n,8192,0,65917,8.0465087890625
HHLSP,λ<=log n,8192,0,67738,8.268798828125
HHLSP,λ<=log n,8192,0,69041,8.4278564453125
HRLSP,λ<=log n,8192,0,70992,8.666015625
HRLSP,λ<=log n,8192,0,73780,9.00634765625
HRLSP,λ<=log n,8192,0,75578,9.225830078125
HRLSP,λ<=log n,8192,0,72575,8.8592529296875
HRLSP,λ<=log n,8192,0,69554,8.490478515625
HRLSP,λ<=log n,8192,0,76383,9.3240966796875
HRLSP,λ<=log n,8192,0,80346,9.807861328125
HRLSP,λ<=log n,8192,0,75785,9.2510986328125
HRLSP,λ<=log n,8192,0,71996,8.78857421875
HRLSP,λ<=log n,8192,0,73257,8.9425048828125
HRLSP,λ<=log n,8192,0,70159,8.5643310546875
HRLSP,λ<=log n,8192,0,70828,8.64599609375
HRLSP,λ<=log n,8192,0,66995,8.1781005859375
HRLSP,λ<=log n,8192,0,85468,10.43310546875
HRLSP,λ<=log n,8192,0,72482,8.847900390625
HRLSP,λ<=log n,8192,0,79630,9.720458984375
HRLSP,λ<=log n,8192,0,73524,8.97509765625
HRLSP,λ<=log n,8192,0,69625,8.4991455078125
HRLSP,λ<=log n,8192,0,70730,8.634033203125
HRLSP,λ<=log n,8192,0,69915,8.5345458984375
HRLSP,λ<=log n,8192,0,79301,9.6802978515625
HRLSP,λ<=log n,8192,0,71681,8.7501220703125
HRLSP,λ<=log n,8192,0,75245,9.1851806640625
HRLSP,λ<=log n,8192,0,89408,10.9140625
HRLSP,λ<=log n,8192,0,74852,9.13720703125
HRLSP,λ<=log n,8192,0,76235,9.3060302734375
HRLSP,λ<=log n,8192,0,69279,8.4569091796875
HRLSP,λ<=log n,8192,0,69738,8.512939453125
HRLSP,λ<=log n,8192,0,80059,9.7728271484375
HRLSP,λ<=log n,8192,0,82285,10.0445556640625
HRLSP,λ<=log n,8192,0,76326,9.317138671875
HRLSP,λ<=log n,8192,0,72813,8.8883056640625
HRLSP,λ<=log n,8192,0,76411,9.3275146484375
HRLSP,λ<=log n,8192,0,84422,10.305419921875
HRLSP,λ<=log n,8192,0,70894,8.654052734375
HRLSP,λ<=log n,8192,0,72495,8.8494873046875
HRLSP,λ<=log n,8192,0,75940,9.27001953125
HRLSP,λ<=log n,8192,0,76743,9.3680419921875
HRLSP,λ<=log n,8192,0,78639,9.5994873046875
HRLSP,λ<=log n,8192,0,74887,9.1414794921875
HRLSP,λ<=log n,8192,0,70136,8.5615234375
HRLSP,λ<=log n,8192,0,79597,9.7164306640625
HRLSP,λ<=log n,8192,0,76557,9.3453369140625
HRLSP,λ<=log n,8192,0,73139,8.9281005859375
HRLSP,λ<=log n,8192,0,76159,9.2967529296875
HRLSP,λ<=log n,8192,0,69018,8.425048828125
HRLSP,λ<=log n,8192,0,73063,8.9188232421875
HRLSP,λ<=log n,8192,0,81783,9.9832763671875
HRLSP,λ<=log n,8192,0,68482,8.359619140625
HRLSP,λ<=log n,8192,0,71146,8.684814453125
HRLSP,λ<=log n,8192,0,74117,9.0474853515625
HRLSP,λ<=log n,8192,0,81039,9.8924560546875
HRLSP,λ<=log n,8192,0,73572,8.98095703125
HRLSP,λ<=log n,8192,0,76507,9.3392333984375
HRLSP,λ<=log n,8192,0,68991,8.4217529296875
HRLSP,λ<=log n,8192,0,71987,8.7874755859375
HRLSP,λ<=log n,8192,0,74476,9.09130859375
HRLSP,λ<=log n,8192,0,70168,8.5654296875
HRLSP,λ<=log n,8192,0,74213,9.0592041015625
HRLSP,λ<=log n,8192,0,79037,9.6480712890625
HRLSP,λ<=log n,8192,0,71007,8.6678466796875
HRLSP,λ<=log n,8192,0,77650,9.478759765625
HRLSP,λ<=log n,8192,0,82686,10.093505859375
HRLSP,λ<=log n,8192,0,77811,9.4984130859375
HRLSP,λ<=log n,8192,0,70391,8.5926513671875
HRLSP,λ<=log n,8192,0,76434,9.330322265625
HRLSP,λ<=log n,8192,0,77162,9.419189453125
HRLSP,λ<=log n,8192,0,68354,8.343994140625
HRLSP,λ<=log n,8192,0,74136,9.0498046875
HRLSP,λ<=log n,8192,0,70433,8.5977783203125
HRLSP,λ<=log n,8192,0,68862,8.406005859375
HRLSP,λ<=log n,8192,0,78551,9.5887451171875
HRLSP,λ<=log n,8192,0,77348,9.44189453125
HRLSP,λ<=log n,8192,0,72598,8.862060546875
HRLSP,λ<=log n,8192,0,70393,8.5928955078125
HRLSP,λ<=log n,8192,0,71886,8.775146484375
HRLSP,λ<=log n,8192,0,80926,9.878662109375
HRLSP,λ<=log n,8192,0,76560,9.345703125
HRLSP,λ<=log n,8192,0,71123,8.6820068359375
HRLSP,λ<=log n,8192,0,75674,9.237548828125
HRLSP,λ<=log n,8192,0,75296,9.19140625
HRLSP,λ<=log n,8192,0,69843,8.5257568359375
HRLSP,λ<=log n,8192,0,78636,9.59912109375
HRLSP,λ<=log n,8192,0,69078,8.432373046875
HRLSP,λ<=log n,8192,0,77482,9.458251953125
HRLSP,λ<=log n,8192,0,78339,9.5628662109375
HRLSP,λ<=log n,8192,0,75707,9.2415771484375
HRLSP,λ<=log n,8192,0,81975,10.0067138671875
HRLSP,λ<=log n,8192,0,68634,8.378173828125
HRLSP,λ<=log n,8192,0,71910,8.778076171875
HRLSP,λ<=log n,8192,0,79247,9.6737060546875
HRLSP,λ<=log n,8192,0,73010,8.912353515625
HRLSP,λ<=log n,8192,0,69617,8.4981689453125
HRLSP,λ<=log n,8192,0,83926,10.244873046875
HRLSP,λ<=log n,8192,0,76941,9.3922119140625
HRLSP,λ<=log n,8192,0,71086,8.677490234375
HRLSP,λ<=log n,8192,0,74652,9.11279296875
HRLSP,λ<=log n,8192,0,71740,8.75732421875
HRLSP,λ<=log n,8192,0,67055,8.1854248046875
HRLSP,λ<=log n,8192,0,74889,9.1417236328125
HSLSP,λ<=log n,8192,0,93576,11.4228515625
HSLSP,λ<=log n,8192,0,91832,11.2099609375
HSLSP,λ<=log n,8192,0,86819,10.5980224609375
HSLSP,λ<=log n,8192,0,87836,10.72216796875
HSLSP,λ<=log n,8192,0,100043,12.2122802734375
HSLSP,λ<=log n,8192,0,86075,10.5072021484375
HSLSP,λ<=log n,8192,0,82188,10.03271484375
HSLSP,λ<=log n,8192,0,87899,10.7298583984375
HSLSP,λ<=log n,8192,0,86068,10.50634765625
HSLSP,λ<=log n,8192,0,93699,11.4378662109375
HSLSP,λ<=log n,8192,0,85063,10.3836669921875
HSLSP,λ<=log n,8192,0,85446,10.430419921875
HSLSP,λ<=log n,8192,0,93117,11.3668212890625
HSLSP,λ<=log n,8192,0,84044,10.25927734375
HSLSP,λ<=log n,8192,0,86082,10.508056640625
HSLSP,λ<=log n,8192,0,81743,9.9783935546875
HSLSP,λ<=log n,8192,0,90505,11.0479736328125
HSLSP,λ<=log n,8192,0,85071,10.3846435546875
HSLSP,λ<=log n,8192,0,78089,9.5323486328125
HSLSP,λ<=log n,8192,0,79950,9.759521484375
HSLSP,λ<=log n,8192,0,83770,10.225830078125
HSLSP,λ<=log n,8192,0,90346,11.028564453125
HSLSP,λ<=log n,8192,0,97623,11.9168701171875
HSLSP,λ<=log n,8192,0,82987,10.1302490234375
HSLSP,λ<=log n,8192,0,102700,12.53662109375
HSLSP,λ<=log n,8192,0,85271,10.4090576171875
HSLSP,λ<=log n,8192,0,80480,9.82421875
HSLSP,λ<=log n,8192,0,88026,10.745361328125
HSLSP,λ<=log n,8192,0,90778,11.081298828125
HSLSP,λ<=log n,8192,0,84117,10.2681884765625
HSLSP,λ<=log n,8192,0,90437,11.0396728515625
HSLSP,λ<=log n,8192,0,83330,10.172119140625
HSLSP,λ<=log n,8192,0,86154,10.516845703125
HSLSP,λ<=log n,8192,0,82685,10.0933837890625
HSLSP,λ<=log n,8192,0,99904,12.1953125
HSLSP,λ<=log n,8192,0,95337,11.6378173828125
HSLSP,λ<=log n,8192,0,80451,9.8206787109375
HSLSP,λ<=log n,8192,0,82865,10.1153564453125
HSLSP,λ<=log n,8192,0,85877,10.4830322265625
HSLSP,λ<=log n,8192,0,82738,10.099853515625
HSLSP,λ<=log n,8192,0,87215,10.6463623046875
HSLSP,λ<=log n,8192,0,78913,9.6329345703125
HSLSP,λ<=log n,8192,0,80473,9.8233642578125
HSLSP,λ<=log n,8192,0,84063,10.2615966796875
HSLSP,λ<=log n,8192,0,83494,10.192138671875
HSLSP,λ<=log n,8192,0,84975,10.3729248046875
HSLSP,λ<=log n,8192,0,81586,9.959228515625
HSLSP,λ<=log n,8192,0,94809,11.5733642578125
HSLSP,λ<=log n,8192,0,88719,10.8299560546875
HSLSP,λ<=log n,8192,0,87612,10.69482421875
HSLSP,λ<=log n,8192,0,81216,9.9140625
HSLSP,λ<=log n,8192,0,93849,11.4561767578125
HSLSP,λ<=log n,8192,0,84485,10.3131103515625
HSLSP,λ<=log n,8192,0,88276,10.77587890625
HSLSP,λ<=log n,8192,0,100892,12.31591796875
HSLSP,λ<=log n,8192,0,87572,10.68994140625
HSLSP,λ<=log n,8192,0,84438,10.307373046875
HSLSP,λ<=log n,8192,0,99120,12.099609375
HSLSP,λ<=log n,8192,0,81031,9.8914794921875
HSLSP,λ<=log n,8192,0,88015,10.7440185546875
HSLSP,λ<=log n,8192,0,91427,11.1605224609375
HSLSP,λ<=log n,8192,0,93199,11.3768310546875
HSLSP,λ<=log n,8192,0,91609,11.1827392578125
HSLSP,λ<=log n,8192,0,84562,10.322509765625
HSLSP,λ<=log n,8192,0,84517,10.3170166015625
HSLSP,λ<=log n,8192,0,85639,10.4539794921875
HSLSP,λ<=log n,8192,0,90158,11.005615234375
HSLSP,λ<=log n,8192,0,87681,10.7032470703125
HSLSP,λ<=log n,8192,0,92825,11.3311767578125
HSLSP,λ<=log n,8192,0,79449,9.6983642578125
HSLSP,λ<=log n,8192,0,83543,10.1981201171875
HSLSP,λ<=log n,8192,0,86532,10.56298828125
HSLSP,λ<=log n,8192,0,85838,10.478271484375
HSLSP,λ<=log n,8192,0,84317,10.2926025390625
HSLSP,λ<=log n,8192,0,88179,10.7640380859375
HSLSP,λ<=log n,8192,0,83043,10.1370849609375
HSLSP,λ<=log n,8192,0,93404,11.40185546875
HSLSP,λ<=log n,8192,0,97675,11.9232177734375
HSLSP,λ<=log n,8192,0,90541,11.0523681640625
HSLSP,λ<=log n,8192,0,87827,10.7210693359375
HSLSP,λ<=log n,8192,0,83099,10.1439208984375
HSLSP,λ<=log n,8192,0,91512,11.1708984375
HSLSP,λ<=log n,8192,0,82854,10.114013671875
HSLSP,λ<=log n,8192,0,93180,11.37451171875
HSLSP,λ<=log n,8192,0,78021,9.5240478515625
HSLSP,λ<=log n,8192,0,91854,11.212646484375
HSLSP,λ<=log n,8192,0,94885,11.5826416015625
HSLSP,λ<=log n,8192,0,77512,9.4619140625
HSLSP,λ<=log n,8192,0,84685,10.3375244140625
HSLSP,λ<=log n,8192,0,92309,11.2681884765625
HSLSP,λ<=log n,8192,0,89549,10.9312744140625
HSLSP,λ<=log n,8192,0,87960,10.7373046875
HSLSP,λ<=log n,8192,0,81353,9.9307861328125
HSLSP,λ<=log n,8192,0,90753,11.0782470703125
HSLSP,λ<=log n,8192,0,86333,10.5386962890625
HSLSP,λ<=log n,8192,0,83168,10.15234375
HSLSP,λ<=log n,8192,0,86848,10.6015625
HSLSP,λ<=log n,8192,0,85794,10.472900390625
HSLSP,λ<=log n,8192,0,84472,10.3115234375
HSLSP,λ<=log n,8192,0,86847,10.6014404296875
HSDMP,λ<=log n,8192,0,70943,8.6600341796875
HSDMP,λ<=log n,8192,0,70774,8.639404296875
HSDMP,λ<=log n,8192,0,64362,7.856689453125
HSDMP,λ<=log n,8192,0,71702,8.752685546875
HSDMP,λ<=log n,8192,0,73383,8.9578857421875
HSDMP,λ<=log n,8192,0,80683,9.8489990234375
HSDMP,λ<=log n,8192,0,79182,9.665771484375
HSDMP,λ<=log n,8192,0,71468,8.72412109375
HSDMP,λ<=log n,8192,0,69085,8.4332275390625
HSDMP,λ<=log n,8192,0,73115,8.9251708984375
HSDMP,λ<=log n,8192,0,74477,9.0914306640625
HSDMP,λ<=log n,8192,0,71079,8.6766357421875
HSDMP,λ<=log n,8192,0,77552,9.466796875
HSDMP,λ<=log n,8192,0,81584,9.958984375
HSDMP,λ<=log n,8192,0,75117,9.1695556640625
HSDMP,λ<=log n,8192,0,80897,9.8751220703125
HSDMP,λ<=log n,8192,0,70177,8.5665283203125
HSDMP,λ<=log n,8192,0,70561,8.6134033203125
HSDMP,λ<=log n,8192,0,68374,8.346435546875
HSDMP,λ<=log n,8192,0,69826,8.523681640625
HSDMP,λ<=log n,8192,0,83528,10.1962890625
HSDMP,λ<=log n,8192,0,73268,8.94384765625
HSDMP,λ<=log n,8192,0,80772,9.85986328125
HSDMP,λ<=log n,8192,0,83283,10.1663818359375
HSDMP,λ<=log n,8192,0,71272,8.7001953125
HSDMP,λ<=log n,8192,0,77778,9.494384765625
HSDMP,λ<=log n,8192,0,77942,9.514404296875
HSDMP,λ<=log n,8192,0,70392,8.5927734375
HSDMP,λ<=log n,8192,0,71748,8.75830078125
HSDMP,λ<=log n,8192,0,75271,9.1883544921875
HSDMP,λ<=log n,8192,0,76612,9.35205078125
HSDMP,λ<=log n,8192,0,68435,8.3538818359375
HSDMP,λ<=log n,8192,0,67548,8.24560546875
HSDMP,λ<=log n,8192,0,70309,8.5826416015625
HSDMP,λ<=log n,8192,0,84277,10.2877197265625
HSDMP,λ<=log n,8192,0,71569,8.7364501953125
HSDMP,λ<=log n,8192,0,78713,9.6085205078125
HSDMP,λ<=log n,8192,0,91522,11.172119140625
HSDMP,λ<=log n,8192,0,69842,8.525634765625
HSDMP,λ<=log n,8192,0,67631,8.2557373046875
HSDMP,λ<=log n,8192,0,65788,8.03076171875
HSDMP,λ<=log n,8192,0,76860,9.38232421875
HSDMP,λ<=log n,8192,0,66741,8.1470947265625
HSDMP,λ<=log n,8192,0,70640,8.623046875
HSDMP,λ<=log n,8192,0,65754,8.026611328125
HSDMP,λ<=log n,8192,0,76513,9.3399658203125
HSDMP,λ<=log n,8192,0,74300,9.06982421875
HSDMP,λ<=log n,8192,0,72266,8.821533203125
HSDMP,λ<=log n,8192,0,80820,9.86572265625
HSDMP,λ<=log n,8192,0,71345,8.7091064453125
HSDMP,λ<=log n,8192,0,72803,8.8870849609375
HSDMP,λ<=log n,8192,0,76702,9.363037109375
HSDMP,λ<=log n,8192,0,71232,8.6953125
HSDMP,λ<=log n,8192,0,73044,8.91650390625
HSDMP,λ<=log n,8192,0,85275,10.4095458984375
HSDMP,λ<=log n,8192,0,65371,7.9798583984375
HSDMP,λ<=log n,8192,0,71273,8.7003173828125
HSDMP,λ<=log n,8192,0,73447,8.9656982421875
HSDMP,λ<=log n,8192,0,63175,7.7117919921875
HSDMP,λ<=log n,8192,0,68159,8.3201904296875
HSDMP,λ<=log n,8192,0,76107,9.2904052734375
HSDMP,λ<=log n,8192,0,76617,9.3526611328125
HSDMP,λ<=log n,8192,0,71126,8.682373046875
HSDMP,λ<=log n,8192,0,82314,10.048095703125
HSDMP,λ<=log n,8192,0,63769,7.7843017578125
HSDMP,λ<=log n,8192,0,73972,9.02978515625
HSDMP,λ<=log n,8192,0,69206,8.447998046875
HSDMP,λ<=log n,8192,0,72685,8.8726806640625
HSDMP,λ<=log n,8192,0,75581,9.2261962890625
HSDMP,λ<=log n,8192,0,77480,9.4580078125
HSDMP,λ<=log n,8192,0,72753,8.8809814453125
HSDMP,λ<=log n,8192,0,66612,8.13134765625
HSDMP,λ<=log n,8192,0,88182,10.764404296875
HSDMP,λ<=log n,8192,0,70814,8.644287109375
HSDMP,λ<=log n,8192,0,72575,8.8592529296875
HSDMP,λ<=log n,8192,0,71234,8.695556640625
HSDMP,λ<=log n,8192,0,79913,9.7550048828125
HSDMP,λ<=log n,8192,0,68095,8.3123779296875
HSDMP,λ<=log n,8192,0,77606,9.473388671875
HSDMP,λ<=log n,8192,0,76202,9.302001953125
HSDMP,λ<=log n,8192,0,77945,9.5147705078125
HSDMP,λ<=log n,8192,0,66709,8.1431884765625
HSDMP,λ<=log n,8192,0,83501,10.1929931640625
HSDMP,λ<=log n,8192,0,64160,7.83203125
HSDMP,λ<=log n,8192,0,71182,8.689208984375
HSDMP,λ<=log n,8192,0,72867,8.8948974609375
HSDMP,λ<=log n,8192,0,75348,9.19775390625
HSDMP,λ<=log n,8192,0,72397,8.8375244140625
HSDMP,λ<=log n,8192,0,70619,8.6204833984375
HSDMP,λ<=log n,8192,0,62547,7.6351318359375
HSDMP,λ<=log n,8192,0,65852,8.03857421875
HSDMP,λ<=log n,8192,0,76450,9.332275390625
HSDMP,λ<=log n,8192,0,82101,10.0220947265625
HSDMP,λ<=log n,8192,0,77270,9.432373046875
HSDMP,λ<=log n,8192,0,78999,9.6434326171875
HSDMP,λ<=log n,8192,0,75196,9.17919921875
HSDMP,λ<=log n,8192,0,77411,9.4495849609375
HSDMP,λ<=log n,8192,0,64492,7.87255859375
HSDMP,λ<=log n,8192,0,71180,8.68896484375
HRDMP,λ<=log n,8192,0,54411,6.6419677734375
HRDMP,λ<=log n,8192,0,54388,6.63916015625
HRDMP,λ<=log n,8192,0,63103,7.7030029296875
HRDMP,λ<=log n,8192,0,57673,7.0401611328125
HRDMP,λ<=log n,8192,0,61750,7.537841796875
HRDMP,λ<=log n,8192,0,58383,7.1268310546875
HRDMP,λ<=log n,8192,0,56219,6.8626708984375
HRDMP,λ<=log n,8192,0,59230,7.230224609375
HRDMP,λ<=log n,8192,0,66264,8.0888671875
HRDMP,λ<=log n,8192,0,54362,6.635986328125
HRDMP,λ<=log n,8192,0,54504,6.6533203125
HRDMP,λ<=log n,8192,0,54921,6.7042236328125
HRDMP,λ<=log n,8192,0,56167,6.8563232421875
HRDMP,λ<=log n,8192,0,51765,6.3189697265625
HRDMP,λ<=log n,8192,0,60943,7.4393310546875
HRDMP,λ<=log n,8192,0,57146,6.975830078125
HRDMP,λ<=log n,8192,0,56882,6.943603515625
HRDMP,λ<=log n,8192,0,56811,6.9349365234375
HRDMP,λ<=log n,8192,0,58421,7.1314697265625
HRDMP,λ<=log n,8192,0,57456,7.013671875
HRDMP,λ<=log n,8192,0,58365,7.1246337890625
HRDMP,λ<=log n,8192,0,56128,6.8515625
HRDMP,λ<=log n,8192,0,66687,8.1405029296875
HRDMP,λ<=log n,8192,0,71412,8.71728515625
HRDMP,λ<=log n,8192,0,62475,7.6263427734375
HRDMP,λ<=log n,8192,0,59521,7.2657470703125
HRDMP,λ<=log n,8192,0,52547,6.4144287109375
HRDMP,λ<=log n,8192,0,55549,6.7808837890625
HRDMP,λ<=log n,8192,0,54779,6.6868896484375
HRDMP,λ<=log n,8192,0,54280,6.6259765625
HRDMP,λ<=log n,8192,0,63046,7.696044921875
HRDMP,λ<=log n,8192,0,59660,7.28271484375
HRDMP,λ<=log n,8192,0,54898,6.701416015625
HRDMP,λ<=log n,8192,0,59351,7.2449951171875
HRDMP,λ<=log n,8192,0,64335,7.8533935546875
HRDMP,λ<=log n,8192,0,57901,7.0679931640625
HRDMP,λ<=log n,8192,0,52006,6.348388671875
HRDMP,λ<=log n,8192,0,57603,7.0316162109375
HRDMP,λ<=log n,8192,0,57056,6.96484375
HRDMP,λ<=log n,8192,0,62275,7.6019287109375
HRDMP,λ<=log n,8192,0,59044,7.20751953125
HRDMP,λ<=log n,8192,0,60304,7.361328125
HRDMP,λ<=log n,8192,0,56324,6.87548828125
HRDMP,λ<=log n,8192,0,57486,7.017333984375
HRDMP,λ<=log n,8192,0,62129,7.5841064453125
HRDMP,λ<=log n,8192,0,53994,6.591064453125
HRDMP,λ<=log n,8192,0,69550,8.489990234375
HRDMP,λ<=log n,8192,0,54293,6.6275634765625
HRDMP,λ<=log n,8192,0,57925,7.0709228515625
HRDMP,λ<=log n,8192,0,54677,6.6744384765625
HRDMP,λ<=log n,8192,0,55327,6.7537841796875
HRDMP,λ<=log n,8192,0,60490,7.384033203125
HRDMP,λ<=log n,8192,0,63979,7.8099365234375
HRDMP,λ<=log n,8192,0,56390,6.883544921875
HRDMP,λ<=log n,8192,0,56004,6.83642578125
HRDMP,λ<=log n,8192,0,52373,6.3931884765625
HRDMP,λ<=log n,8192,0,57874,7.064697265625
HRDMP,λ<=log n,8192,0,54937,6.7061767578125
HRDMP,λ<=log n,8192,0,72507,8.8509521484375
HRDMP,λ<=log n,8192,0,69339,8.4642333984375
HRDMP,λ<=log n,8192,0,58845,7.1832275390625
HRDMP,λ<=log n,8192,0,57691,7.0423583984375
HRDMP,λ<=log n,8192,0,60653,7.4039306640625
HRDMP,λ<=log n,8192,0,57655,7.0379638671875
HRDMP,λ<=log n,8192,0,67646,8.257568359375
HRDMP,λ<=log n,8192,0,53595,6.5423583984375
HRDMP,λ<=log n,8192,0,55899,6.8236083984375
HRDMP,λ<=log n,8192,0,58865,7.1856689453125
HRDMP,λ<=log n,8192,0,56623,6.9119873046875
HRDMP,λ<=log n,8192,0,60217,7.3507080078125
HRDMP,λ<=log n,8192,0,54705,6.6778564453125
HRDMP,λ<=log n,8192,0,62102,7.580810546875
HRDMP,λ<=log n,8192,0,58633,7.1573486328125
HRDMP,λ<=log n,8192,0,65644,8.01318359375
HRDMP,λ<=log n,8192,0,59152,7.220703125
HRDMP,λ<=log n,8192,0,55074,6.722900390625
HRDMP,λ<=log n,8192,0,59543,7.2684326171875
HRDMP,λ<=log n,8192,0,68076,8.31005859375
HRDMP,λ<=log n,8192,0,59019,7.2044677734375
HRDMP,λ<=log n,8192,0,52913,6.4591064453125
HRDMP,λ<=log n,8192,0,56127,6.8514404296875
HRDMP,λ<=log n,8192,0,59683,7.2855224609375
HRDMP,λ<=log n,8192,0,58529,7.1446533203125
HRDMP,λ<=log n,8192,0,57720,7.0458984375
HRDMP,λ<=log n,8192,0,55975,6.8328857421875
HRDMP,λ<=log n,8192,0,57155,6.9769287109375
HRDMP,λ<=log n,8192,0,60153,7.3428955078125
HRDMP,λ<=log n,8192,0,55571,6.7835693359375
HRDMP,λ<=log n,8192,0,56130,6.851806640625
HRDMP,λ<=log n,8192,0,59561,7.2706298828125
HRDMP,λ<=log n,8192,0,58215,7.1063232421875
HRDMP,λ<=log n,8192,0,59799,7.2996826171875
HRDMP,λ<=log n,8192,0,57202,6.982666015625
HRDMP,λ<=log n,8192,0,57667,7.0394287109375
HRDMP,λ<=log n,8192,0,52096,6.359375
HRDMP,λ<=log n,8192,0,58479,7.1385498046875
HRDMP,λ<=log n,8192,0,57444,7.01220703125
HRDMP,λ<=log n,8192,0,55110,6.727294921875
HRDMP,λ<=log n,8192,0,62263,7.6004638671875
HRDMP,λ<=log n,8192,0,54160,6.611328125
HHDMP,λ<=log n,8192,0,53079,6.4793701171875
HHDMP,λ<=log n,8192,0,50709,6.1900634765625
HHDMP,λ<=log n,8192,0,54754,6.683837890625
HHDMP,λ<=log n,8192,0,54572,6.66162109375
HHDMP,λ<=log n,8192,0,50864,6.208984375
HHDMP,λ<=log n,8192,0,52611,6.4222412109375
HHDMP,λ<=log n,8192,0,51685,6.3092041015625
HHDMP,λ<=log n,8192,0,57848,7.0615234375
HHDMP,λ<=log n,8192,0,52884,6.45556640625
HHDMP,λ<=log n,8192,0,69880,8.5302734375
HHDMP,λ<=log n,8192,0,63131,7.7064208984375
HHDMP,λ<=log n,8192,0,67806,8.277099609375
HHDMP,λ<=log n,8192,0,49193,6.0050048828125
HHDMP,λ<=log n,8192,0,51845,6.3287353515625
HHDMP,λ<=log n,8192,0,48031,5.8631591796875
HHDMP,λ<=log n,8192,0,48609,5.9337158203125
HHDMP,λ<=log n,8192,0,59297,7.2384033203125
HHDMP,λ<=log n,8192,0,51586,6.297119140625
HHDMP,λ<=log n,8192,0,52610,6.422119140625
HHDMP,λ<=log n,8192,0,52197,6.3717041015625
HHDMP,λ<=log n,8192,0,57862,7.063232421875
HHDMP,λ<=log n,8192,0,54893,6.7008056640625
HHDMP,λ<=log n,8192,0,54406,6.641357421875
HHDMP,λ<=log n,8192,0,54483,6.6507568359375
HHDMP,λ<=log n,8192,0,61074,7.455322265625
HHDMP,λ<=log n,8192,0,59126,7.217529296875
HHDMP,λ<=log n,8192,0,54476,6.64990234375
HHDMP,λ<=log n,8192,0,51257,6.2569580078125
HHDMP,λ<=log n,8192,0,55383,6.7606201171875
HHDMP,λ<=log n,8192,0,50863,6.2088623046875
HHDMP,λ<=log n,8192,0,52033,6.3516845703125
HHDMP,λ<=log n,8192,0,60084,7.33447265625
HHDMP,λ<=log n,8192,0,51059,6.2327880859375
HHDMP,λ<=log n,8192,0,54497,6.6524658203125
HHDMP,λ<=log n,8192,0,52437,6.4010009765625
HHDMP,λ<=log n,8192,0,56632,6.9130859375
HHDMP,λ<=log n,8192,0,48807,5.9578857421875
HHDMP,λ<=log n,8192,0,53871,6.5760498046875
HHDMP,λ<=log n,8192,0,51351,6.2684326171875
HHDMP,λ<=log n,8192,0,58446,7.134521484375
HHDMP,λ<=log n,8192,0,57402,7.007080078125
HHDMP,λ<=log n,8192,0,53098,6.481689453125
HHDMP,λ<=log n,8192,0,55379,6.7601318359375
HHDMP,λ<=log n,8192,0,52393,6.3956298828125
HHDMP,λ<=log n,8192,0,58579,7.1507568359375
HHDMP,λ<=log n,8192,0,54140,6.60888671875
HHDMP,λ<=log n,8192,0,50924,6.21630859375
HHDMP,λ<=log n,8192,0,57478,7.016357421875
HHDMP,λ<=log n,8192,0,49996,6.10302734375
HHDMP,λ<=log n,8192,0,50803,6.2015380859375
HHDMP,λ<=log n,8192,0,50740,6.19384765625
HHDMP,λ<=log n,8192,0,52774,6.442138671875
HHDMP,λ<=log n,8192,0,52348,6.39013671875
HHDMP,λ<=log n,8192,0,54085,6.6021728515625
HHDMP,λ<=log n,8192,0,57253,6.9888916015625
HHDMP,λ<=log n,8192,0,57012,6.95947265625
HHDMP,λ<=log n,8192,0,56024,6.8388671875
HHDMP,λ<=log n,8192,0,54578,6.662353515625
HHDMP,λ<=log n,8192,0,51100,6.23779296875
HHDMP,λ<=log n,8192,0,53478,6.528076171875
HHDMP,λ<=log n,8192,0,54650,6.671142578125
HHDMP,λ<=log n,8192,0,52018,6.349853515625
HHDMP,λ<=log n,8192,0,56340,6.87744140625
HHDMP,λ<=log n,8192,0,48176,5.880859375
HHDMP,λ<=log n,8192,0,52630,6.424560546875
HHDMP,λ<=log n,8192,0,50006,6.104248046875
HHDMP,λ<=log n,8192,0,57966,7.075927734375
HHDMP,λ<=log n,8192,0,56394,6.884033203125
HHDMP,λ<=log n,8192,0,48531,5.9241943359375
HHDMP,λ<=log n,8192,0,60634,7.401611328125
HHDMP,λ<=log n,8192,0,50111,6.1170654296875
HHDMP,λ<=log n,8192,0,53165,6.4898681640625
HHDMP,λ<=log n,8192,0,55487,6.7733154296875
HHDMP,λ<=log n,8192,0,56016,6.837890625
HHDMP,λ<=log n,8192,0,50964,6.22119140625
HHDMP,λ<=log n,8192,0,56220,6.86279296875
HHDMP,λ<=log n,8192,0,52656,6.427734375
HHDMP,λ<=log n,8192,0,53410,6.519775390625
HHDMP,λ<=log n,8192,0,51113,6.2393798828125
HHDMP,λ<=log n,8192,0,69640,8.5009765625
HHDMP,λ<=log n,8192,0,51225,6.2530517578125
HHDMP,λ<=log n,8192,0,61113,7.4600830078125
HHDMP,λ<=log n,8192,0,50306,6.140869140625
HHDMP,λ<=log n,8192,0,55051,6.7200927734375
HHDMP,λ<=log n,8192,0,58891,7.1888427734375
HHDMP,λ<=log n,8192,0,55064,6.7216796875
HHDMP,λ<=log n,8192,0,58914,7.191650390625
HHDMP,λ<=log n,8192,0,54172,6.61279296875
HHDMP,λ<=log n,8192,0,50933,6.2174072265625
HHDMP,λ<=log n,8192,0,49751,6.0731201171875
HHDMP,λ<=log n,8192,0,52053,6.3541259765625
HHDMP,λ<=log n,8192,0,50400,6.15234375
HHDMP,λ<=log n,8192,0,51220,6.25244140625
HHDMP,λ<=log n,8192,0,57513,7.0206298828125
HHDMP,λ<=log n,8192,0,56552,6.9033203125
HHDMP,λ<=log n,8192,0,52177,6.3692626953125
HHDMP,λ<=log n,8192,0,53631,6.5467529296875
HHDMP,λ<=log n,8192,0,51155,6.2445068359375
HHDMP,λ<=log n,8192,0,50787,6.1995849609375
HHDMP,λ<=log n,8192,0,56358,6.879638671875
HHLMP,λ<=log n,8192,0,52132,6.36376953125
HHLMP,λ<=log n,8192,0,64953,7.9288330078125
HHLMP,λ<=log n,8192,0,54393,6.6397705078125
HHLMP,λ<=log n,8192,0,59700,7.28759765625
HHLMP,λ<=log n,8192,0,61035,7.4505615234375
HHLMP,λ<=log n,8192,0,53280,6.50390625
HHLMP,λ<=log n,8192,0,55873,6.8204345703125
HHLMP,λ<=log n,8192,0,55588,6.78564453125
HHLMP,λ<=log n,8192,0,61688,7.5302734375
HHLMP,λ<=log n,8192,0,56941,6.9508056640625
HHLMP,λ<=log n,8192,0,54384,6.638671875
HHLMP,λ<=log n,8192,0,52515,6.4105224609375
HHLMP,λ<=log n,8192,0,60266,7.356689453125
HHLMP,λ<=log n,8192,0,61827,7.5472412109375
HHLMP,λ<=log n,8192,0,52416,6.3984375
HHLMP,λ<=log n,8192,0,56313,6.8741455078125
HHLMP,λ<=log n,8192,0,59997,7.3238525390625
HHLMP,λ<=log n,8192,0,55025,6.7169189453125
HHLMP,λ<=log n,8192,0,58205,7.1051025390625
HHLMP,λ<=log n,8192,0,51229,6.2535400390625
HHLMP,λ<=log n,8192,0,56772,6.93017578125
HHLMP,λ<=log n,8192,0,49924,6.09423828125
HHLMP,λ<=log n,8192,0,53068,6.47802734375
HHLMP,λ<=log n,8192,0,54789,6.6881103515625
HHLMP,λ<=log n,8192,0,59142,7.219482421875
HHLMP,λ<=log n,8192,0,53063,6.4774169921875
HHLMP,λ<=log n,8192,0,52958,6.464599609375
HHLMP,λ<=log n,8192,0,52830,6.448974609375
HHLMP,λ<=log n,8192,0,55436,6.76708984375
HHLMP,λ<=log n,8192,0,54264,6.6240234375
HHLMP,λ<=log n,8192,0,52523,6.4114990234375
HHLMP,λ<=log n,8192,0,53339,6.5111083984375
HHLMP,λ<=log n,8192,0,53513,6.5323486328125
HHLMP,λ<=log n,8192,0,55500,6.77490234375
HHLMP,λ<=log n,8192,0,58896,7.189453125
HHLMP,λ<=log n,8192,0,61459,7.5023193359375
HHLMP,λ<=log n,8192,0,56625,6.9122314453125
HHLMP,λ<=log n,8192,0,53156,6.48876953125
HHLMP,λ<=log n,8192,0,51250,6.256103515625
HHLMP,λ<=log n,8192,0,64130,7.828369140625
HHLMP,λ<=log n,8192,0,57604,7.03173828125
HHLMP,λ<=log n,8192,0,51647,6.3045654296875
HHLMP,λ<=log n,8192,0,58435,7.1331787109375
HHLMP,λ<=log n,8192,0,64710,7.899169921875
HHLMP,λ<=log n,8192,0,49249,6.0118408203125
HHLMP,λ<=log n,8192,0,52889,6.4561767578125
HHLMP,λ<=log n,8192,0,52683,6.4310302734375
HHLMP,λ<=log n,8192,0,54135,6.6082763671875
HHLMP,λ<=log n,8192,0,50877,6.2105712890625
HHLMP,λ<=log n,8192,0,56099,6.8480224609375
HHLMP,λ<=log n,8192,0,52712,6.4345703125
HHLMP,λ<=log n,8192,0,54697,6.6768798828125
HHLMP,λ<=log n,8192,0,62505,7.6300048828125
HHLMP,λ<=log n,8192,0,53905,6.5802001953125
HHLMP,λ<=log n,8192,0,53153,6.4884033203125
HHLMP,λ<=log n,8192,0,57571,7.0277099609375
HHLMP,λ<=log n,8192,0,51816,6.3251953125
HHLMP,λ<=log n,8192,0,59078,7.211669921875
HHLMP,λ<=log n,8192,0,59744,7.29296875
HHLMP,λ<=log n,8192,0,53578,6.540283203125
HHLMP,λ<=log n,8192,0,58276,7.11376953125
HHLMP,λ<=log n,8192,0,59250,7.232666015625
HHLMP,λ<=log n,8192,0,54371,6.6370849609375
HHLMP,λ<=log n,8192,0,57102,6.970458984375
HHLMP,λ<=log n,8192,0,55972,6.83251953125
HHLMP,λ<=log n,8192,0,58095,7.0916748046875
HHLMP,λ<=log n,8192,0,53309,6.5074462890625
HHLMP,λ<=log n,8192,0,57358,7.001708984375
HHLMP,λ<=log n,8192,0,53794,6.566650390625
HHLMP,λ<=log n,8192,0,59655,7.2821044921875
HHLMP,λ<=log n,8192,0,59962,7.319580078125
HHLMP,λ<=log n,8192,0,53471,6.5272216796875
HHLMP,λ<=log n,8192,0,54661,6.6724853515625
HHLMP,λ<=log n,8192,0,54588,6.66357421875
HHLMP,λ<=log n,8192,0,57243,6.9876708984375
HHLMP,λ<=log n,8192,0,60687,7.4080810546875
HHLMP,λ<=log n,8192,0,58454,7.135498046875
HHLMP,λ<=log n,8192,0,62748,7.65966796875
HHLMP,λ<=log n,8192,0,55506,6.775634765625
HHLMP,λ<=log n,8192,0,51270,6.258544921875
HHLMP,λ<=log n,8192,0,54887,6.7000732421875
HHLMP,λ<=log n,8192,0,59589,7.2740478515625
HHLMP,λ<=log n,8192,0,52545,6.4141845703125
HHLMP,λ<=log n,8192,0,49338,6.022705078125
HHLMP,λ<=log n,8192,0,52892,6.45654296875
HHLMP,λ<=log n,8192,0,59942,7.317138671875
HHLMP,λ<=log n,8192,0,57320,6.9970703125
HHLMP,λ<=log n,8192,0,55482,6.772705078125
HHLMP,λ<=log n,8192,0,53951,6.5858154296875
HHLMP,λ<=log n,8192,0,54586,6.663330078125
HHLMP,λ<=log n,8192,0,57990,7.078857421875
HHLMP,λ<=log n,8192,0,56380,6.88232421875
HHLMP,λ<=log n,8192,0,61581,7.5172119140625
HHLMP,λ<=log n,8192,0,57202,6.982666015625
HHLMP,λ<=log n,8192,0,53839,6.5721435546875
HHLMP,λ<=log n,8192,0,54599,6.6649169921875
HHLMP,λ<=log n,8192,0,65534,7.999755859375
HHLMP,λ<=log n,8192,0,55859,6.8187255859375
HHLMP,λ<=log n,8192,0,53396,6.51806640625
HRLMP,λ<=log n,8192,0,70843,8.6478271484375
HRLMP,λ<=log n,8192,0,64676,7.89501953125
HRLMP,λ<=log n,8192,0,60457,7.3800048828125
HRLMP,λ<=log n,8192,0,60776,7.4189453125
HRLMP,λ<=log n,8192,0,58341,7.1217041015625
HRLMP,λ<=log n,8192,0,64724,7.90087890625
HRLMP,λ<=log n,8192,0,59410,7.252197265625
HRLMP,λ<=log n,8192,0,63106,7.703369140625
HRLMP,λ<=log n,8192,0,61108,7.45947265625
HRLMP,λ<=log n,8192,0,62981,7.6881103515625
HRLMP,λ<=log n,8192,0,56070,6.844482421875
HRLMP,λ<=log n,8192,0,59657,7.2823486328125
HRLMP,λ<=log n,8192,0,59084,7.21240234375
HRLMP,λ<=log n,8192,0,56453,6.8912353515625
HRLMP,λ<=log n,8192,0,62610,7.642822265625
HRLMP,λ<=log n,8192,0,61473,7.5040283203125
HRLMP,λ<=log n,8192,0,60827,7.4251708984375
HRLMP,λ<=log n,8192,0,64013,7.8140869140625
HRLMP,λ<=log n,8192,0,71415,8.7176513671875
HRLMP,λ<=log n,8192,0,56632,6.9130859375
HRLMP,λ<=log n,8192,0,59810,7.301025390625
HRLMP,λ<=log n,8192,0,59737,7.2921142578125
HRLMP,λ<=log n,8192,0,58239,7.1092529296875
HRLMP,λ<=log n,8192,0,61318,7.485107421875
HRLMP,λ<=log n,8192,0,83453,10.1871337890625
HRLMP,λ<=log n,8192,0,60512,7.38671875
HRLMP,λ<=log n,8192,0,63777,7.7852783203125
HRLMP,λ<=log n,8192,0,55717,6.8013916015625
HRLMP,λ<=log n,8192,0,65318,7.973388671875
HRLMP,λ<=log n,8192,0,54880,6.69921875
HRLMP,λ<=log n,8192,0,58450,7.135009765625
HRLMP,λ<=log n,8192,0,55549,6.7808837890625
HRLMP,λ<=log n,8192,0,58803,7.1781005859375
HRLMP,λ<=log n,8192,0,59049,7.2081298828125
HRLMP,λ<=log n,8192,0,59807,7.3006591796875
HRLMP,λ<=log n,8192,0,62957,7.6851806640625
HRLMP,λ<=log n,8192,0,63275,7.7239990234375
HRLMP,λ<=log n,8192,0,57279,6.9920654296875
HRLMP,λ<=log n,8192,0,58794,7.177001953125
HRLMP,λ<=log n,8192,0,67664,8.259765625
HRLMP,λ<=log n,8192,0,60475,7.3822021484375
HRLMP,λ<=log n,8192,0,61026,7.449462890625
HRLMP,λ<=log n,8192,0,53994,6.591064453125
HRLMP,λ<=log n,8192,0,58567,7.1492919921875
HRLMP,λ<=log n,8192,0,61011,7.4476318359375
HRLMP,λ<=log n,8192,0,63620,7.76611328125
HRLMP,λ<=log n,8192,0,59055,7.2088623046875
HRLMP,λ<=log n,8192,0,67288,8.2138671875
HRLMP,λ<=log n,8192,0,61637,7.5240478515625
HRLMP,λ<=log n,8192,0,57151,6.9764404296875
HRLMP,λ<=log n,8192,0,54469,6.6490478515625
HRLMP,λ<=log n,8192,0,58023,7.0828857421875
HRLMP,λ<=log n,8192,0,63018,7.692626953125
HRLMP,λ<=log n,8192,0,63652,7.77001953125
HRLMP,λ<=log n,8192,0,59437,7.2554931640625
HRLMP,λ<=log n,8192,0,66857,8.1612548828125
HRLMP,λ<=log n,8192,0,66772,8.15087890625
HRLMP,λ<=log n,8192,0,57683,7.0413818359375
HRLMP,λ<=log n,8192,0,63458,7.746337890625
HRLMP,λ<=log n,8192,0,62669,7.6500244140625
HRLMP,λ<=log n,8192,0,62983,7.6883544921875
HRLMP,λ<=log n,8192,0,62420,7.61962890625
HRLMP,λ<=log n,8192,0,58083,7.0902099609375
HRLMP,λ<=log n,8192,0,63822,7.790771484375
HRLMP,λ<=log n,8192,0,68329,8.3409423828125
HRLMP,λ<=log n,8192,0,68285,8.3355712890625
HRLMP,λ<=log n,8192,0,59587,7.2738037109375
HRLMP,λ<=log n,8192,0,57876,7.06494140625
HRLMP,λ<=log n,8192,0,61494,7.506591796875
HRLMP,λ<=log n,8192,0,59371,7.2474365234375
HRLMP,λ<=log n,8192,0,55134,6.730224609375
HRLMP,λ<=log n,8192,0,65343,7.9764404296875
HRLMP,λ<=log n,8192,0,58025,7.0831298828125
HRLMP,λ<=log n,8192,0,57052,6.96435546875
HRLMP,λ<=log n,8192,0,72185,8.8116455078125
HRLMP,λ<=log n,8192,0,60421,7.3756103515625
HRLMP,λ<=log n,8192,0,61425,7.4981689453125
HRLMP,λ<=log n,8192,0,60675,7.4066162109375
HRLMP,λ<=log n,8192,0,60333,7.3648681640625
HRLMP,λ<=log n,8192,0,64787,7.9085693359375
HRLMP,λ<=log n,8192,0,54572,6.66162109375
HRLMP,λ<=log n,8192,0,62725,7.6568603515625
HRLMP,λ<=log n,8192,0,61497,7.5069580078125
HRLMP,λ<=log n,8192,0,61801,7.5440673828125
HRLMP,λ<=log n,8192,0,62255,7.5994873046875
HRLMP,λ<=log n,8192,0,62926,7.681396484375
HRLMP,λ<=log n,8192,0,63842,7.793212890625
HRLMP,λ<=log n,8192,0,57208,6.9833984375
HRLMP,λ<=log n,8192,0,58138,7.096923828125
HRLMP,λ<=log n,8192,0,57667,7.0394287109375
HRLMP,λ<=log n,8192,0,66759,8.1492919921875
HRLMP,λ<=log n,8192,0,62293,7.6041259765625
HRLMP,λ<=log n,8192,0,63061,7.6978759765625
HRLMP,λ<=log n,8192,0,59497,7.2628173828125
HRLMP,λ<=log n,8192,0,55737,6.8038330078125
HRLMP,λ<=log n,8192,0,60464,7.380859375
HRLMP,λ<=log n,8192,0,58275,7.1136474609375
HRLMP,λ<=log n,8192,0,58141,7.0972900390625
HRLMP,λ<=log n,8192,0,69546,8.489501953125
HRLMP,λ<=log n,8192,0,60762,7.417236328125
HSLMP,λ<=log n,8192,0,82682,10.093017578125
HSLMP,λ<=log n,8192,0,82589,10.0816650390625
HSLMP,λ<=log n,8192,0,80576,9.8359375
HSLMP,λ<=log n,8192,0,83347,10.1741943359375
HSLMP,λ<=log n,8192,0,74299,9.0697021484375
HSLMP,λ<=log n,8192,0,87847,10.7235107421875
HSLMP,λ<=log n,8192,0,78894,9.630615234375
HSLMP,λ<=log n,8192,0,92269,11.2633056640625
HSLMP,λ<=log n,8192,0,83052,10.13818359375
HSLMP,λ<=log n,8192,0,83826,10.232666015625
HSLMP,λ<=log n,8192,0,82538,10.075439453125
HSLMP,λ<=log n,8192,0,86669,10.5797119140625
HSLMP,λ<=log n,8192,0,86394,10.546142578125
HSLMP,λ<=log n,8192,0,81036,9.89208984375
HSLMP,λ<=log n,8192,0,89874,10.970947265625
HSLMP,λ<=log n,8192,0,83613,10.2066650390625
HSLMP,λ<=log n,8192,0,74657,9.1134033203125
HSLMP,λ<=log n,8192,0,81627,9.9642333984375
HSLMP,λ<=log n,8192,0,86161,10.5177001953125
HSLMP,λ<=log n,8192,0,86308,10.53564453125
HSLMP,λ<=log n,8192,0,75823,9.2557373046875
HSLMP,λ<=log n,8192,0,78296,9.5576171875
HSLMP,λ<=log n,8192,0,83081,10.1417236328125
HSLMP,λ<=log n,8192,0,75856,9.259765625
HSLMP,λ<=log n,8192,0,94137,11.4913330078125
HSLMP,λ<=log n,8192,0,88163,10.7620849609375
HSLMP,λ<=log n,8192,0,75391,9.2030029296875
HSLMP,λ<=log n,8192,0,82059,10.0169677734375
HSLMP,λ<=log n,8192,0,82199,10.0340576171875
HSLMP,λ<=log n,8192,0,89660,10.94482421875
HSLMP,λ<=log n,8192,0,81233,9.9161376953125
HSLMP,λ<=log n,8192,0,92925,11.3433837890625
HSLMP,λ<=log n,8192,0,78393,9.5694580078125
HSLMP,λ<=log n,8192,0,88085,10.7525634765625
HSLMP,λ<=log n,8192,0,80031,9.7694091796875
HSLMP,λ<=log n,8192,0,84896,10.36328125
HSLMP,λ<=log n,8192,0,81941,10.0025634765625
HSLMP,λ<=log n,8192,0,86559,10.5662841796875
HSLMP,λ<=log n,8192,0,77163,9.4193115234375
HSLMP,λ<=log n,8192,0,91684,11.19189453125
HSLMP,λ<=log n,8192,0,86510,10.560302734375
HSLMP,λ<=log n,8192,0,85318,10.414794921875
HSLMP,λ<=log n,8192,0,90658,11.066650390625
HSLMP,λ<=log n,8192,0,81526,9.951904296875
HSLMP,λ<=log n,8192,0,79520,9.70703125
HSLMP,λ<=log n,8192,0,93962,11.469970703125
HSLMP,λ<=log n,8192,0,77298,9.435791015625
HSLMP,λ<=log n,8192,0,90190,11.009521484375
HSLMP,λ<=log n,8192,0,82560,10.078125
HSLMP,λ<=log n,8192,0,90922,11.098876953125
HSLMP,λ<=log n,8192,0,74907,9.1439208984375
HSLMP,λ<=log n,8192,0,76606,9.351318359375
HSLMP,λ<=log n,8192,0,79871,9.7498779296875
HSLMP,λ<=log n,8192,0,78615,9.5965576171875
HSLMP,λ<=log n,8192,0,76980,9.39697265625
HSLMP,λ<=log n,8192,0,92270,11.263427734375
HSLMP,λ<=log n,8192,0,90207,11.0115966796875
HSLMP,λ<=log n,8192,0,88107,10.7552490234375
HSLMP,λ<=log n,8192,0,77667,9.4808349609375
HSLMP,λ<=log n,8192,0,82803,10.1077880859375
HSLMP,λ<=log n,8192,0,78156,9.54052734375
HSLMP,λ<=log n,8192,0,86234,10.526611328125
HSLMP,λ<=log n,8192,0,88679,10.8250732421875
HSLMP,λ<=log n,8192,0,84154,10.272705078125
HSLMP,λ<=log n,8192,0,82468,10.06689453125
HSLMP,λ<=log n,8192,0,85702,10.461669921875
HSLMP,λ<=log n,8192,0,85417,10.4268798828125
HSLMP,λ<=log n,8192,0,80132,9.78173828125
HSLMP,λ<=log n,8192,0,82116,10.02392578125
HSLMP,λ<=log n,8192,0,80025,9.7686767578125
HSLMP,λ<=log n,8192,0,79432,9.6962890625
HSLMP,λ<=log n,8192,0,77368,9.4443359375
HSLMP,λ<=log n,8192,0,80674,9.847900390625
HSLMP,λ<=log n,8192,0,87766,10.713623046875
HSLMP,λ<=log n,8192,0,79002,9.643798828125
HSLMP,λ<=log n,8192,0,72615,8.8641357421875
HSLMP,λ<=log n,8192,0,74031,9.0369873046875
HSLMP,λ<=log n,8192,0,97266,11.873291015625
HSLMP,λ<=log n,8192,0,81898,9.997314453125
HSLMP,λ<=log n,8192,0,80883,9.8734130859375
HSLMP,λ<=log n,8192,0,76177,9.2989501953125
HSLMP,λ<=log n,8192,0,78655,9.6014404296875
HSLMP,λ<=log n,8192,0,79932,9.75732421875
HSLMP,λ<=log n,8192,0,82331,10.0501708984375
HSLMP,λ<=log n,8192,0,79533,9.7086181640625
HSLMP,λ<=log n,8192,0,83703,10.2176513671875
HSLMP,λ<=log n,8192,0,77963,9.5169677734375
HSLMP,λ<=log n,8192,0,79321,9.6827392578125
HSLMP,λ<=log n,8192,0,81708,9.97412109375
HSLMP,λ<=log n,8192,0,78017,9.5235595703125
HSLMP,λ<=log n,8192,0,80399,9.8143310546875
HSLMP,λ<=log n,8192,0,79498,9.704345703125
HSLMP,λ<=log n,8192,0,81167,9.9080810546875
HSLMP,λ<=log n,8192,0,97500,11.90185546875
HSLMP,λ<=log n,8192,0,79920,9.755859375
HSLMP,λ<=log n,8192,0,89024,10.8671875
HSLMP,λ<=log n,8192,0,82522,10.073486328125
HSLMP,λ<=log n,8192,0,74650,9.112548828125
HSLMP,λ<=log n,8192,0,79083,9.6536865234375
HSLMP,λ<=log n,8192,0,88711,10.8289794921875
HSDIP,λ<=log n,8192,0,82447,10.0643310546875
HSDIP,λ<=log n,8192,0,88743,10.8328857421875
HSDIP,λ<=log n,8192,0,84573,10.3238525390625
HSDIP,λ<=log n,8192,0,97988,11.96142578125
HSDIP,λ<=log n,8192,0,86536,10.5634765625
HSDIP,λ<=log n,8192,0,89270,10.897216796875
HSDIP,λ<=log n,8192,0,84201,10.2784423828125
HSDIP,λ<=log n,8192,0,77692,9.48388671875
HSDIP,λ<=log n,8192,0,86950,10.614013671875
HSDIP,λ<=log n,8192,0,89989,10.9849853515625
HSDIP,λ<=log n,8192,0,82785,10.1055908203125
HSDIP,λ<=log n,8192,0,96175,11.7401123046875
HSDIP,λ<=log n,8192,0,87258,10.651611328125
HSDIP,λ<=log n,8192,0,88485,10.8013916015625
HSDIP,λ<=log n,8192,0,81984,10.0078125
HSDIP,λ<=log n,8192,0,81411,9.9378662109375
HSDIP,λ<=log n,8192,0,91214,11.134521484375
HSDIP,λ<=log n,8192,0,82813,10.1090087890625
HSDIP,λ<=log n,8192,0,86743,10.5887451171875
HSDIP,λ<=log n,8192,0,89891,10.9730224609375
HSDIP,λ<=log n,8192,0,88752,10.833984375
HSDIP,λ<=log n,8192,0,82962,10.127197265625
HSDIP,λ<=log n,8192,0,87071,10.6287841796875
HSDIP,λ<=log n,8192,0,90132,11.00244140625
HSDIP,λ<=log n,8192,0,82996,10.13134765625
HSDIP,λ<=log n,8192,0,84469,10.3111572265625
HSDIP,λ<=log n,8192,0,83309,10.1695556640625
HSDIP,λ<=log n,8192,0,84498,10.314697265625
HSDIP,λ<=log n,8192,0,84557,10.3218994140625
HSDIP,λ<=log n,8192,0,88379,10.7884521484375
HSDIP,λ<=log n,8192,0,81025,9.8907470703125
HSDIP,λ<=log n,8192,0,89715,10.9515380859375
HSDIP,λ<=log n,8192,0,90794,11.083251953125
HSDIP,λ<=log n,8192,0,87179,10.6419677734375
HSDIP,λ<=log n,8192,0,85293,10.4117431640625
HSDIP,λ<=log n,8192,0,88225,10.7696533203125
HSDIP,λ<=log n,8192,0,80684,9.84912109375
HSDIP,λ<=log n,8192,0,91813,11.2076416015625
HSDIP,λ<=log n,8192,0,89023,10.8670654296875
HSDIP,λ<=log n,8192,0,93647,11.4315185546875
HSDIP,λ<=log n,8192,0,95318,11.635498046875
HSDIP,λ<=log n,8192,0,86773,10.5924072265625
HSDIP,λ<=log n,8192,0,90079,10.9959716796875
HSDIP,λ<=log n,8192,0,87297,10.6563720703125
HSDIP,λ<=log n,8192,0,85733,10.4654541015625
HSDIP,λ<=log n,8192,0,82381,10.0562744140625
HSDIP,λ<=log n,8192,0,98341,12.0045166015625
HSDIP,λ<=log n,8192,0,80515,9.8284912109375
HSDIP,λ<=log n,8192,0,86077,10.5074462890625
HSDIP,λ<=log n,8192,0,81843,9.9906005859375
HSDIP,λ<=log n,8192,0,87775,10.7147216796875
HSDIP,λ<=log n,8192,0,86935,10.6121826171875
HSDIP,λ<=log n,8192,0,97844,11.94384765625
HSDIP,λ<=log n,8192,0,86739,10.5882568359375
HSDIP,λ<=log n,8192,0,94242,11.504150390625
HSDIP,λ<=log n,8192,0,87353,10.6632080078125
HSDIP,λ<=log n,8192,0,84195,10.2777099609375
HSDIP,λ<=log n,8192,0,84208,10.279296875
HSDIP,λ<=log n,8192,0,92686,11.314208984375
HSDIP,λ<=log n,8192,0,78022,9.524169921875
HSDIP,λ<=log n,8192,0,107249,13.0919189453125
HSDIP,λ<=log n,8192,0,87392,10.66796875
HSDIP,λ<=log n,8192,0,96744,11.8095703125
HSDIP,λ<=log n,8192,0,91183,11.1307373046875
HSDIP,λ<=log n,8192,0,86012,10.49951171875
HSDIP,λ<=log n,8192,0,87468,10.67724609375
HSDIP,λ<=log n,8192,0,81750,9.979248046875
HSDIP,λ<=log n,8192,0,82468,10.06689453125
HSDIP,λ<=log n,8192,0,86183,10.5203857421875
HSDIP,λ<=log n,8192,0,88213,10.7681884765625
HSDIP,λ<=log n,8192,0,87925,10.7330322265625
HSDIP,λ<=log n,8192,0,88605,10.8160400390625
HSDIP,λ<=log n,8192,0,82070,10.018310546875
HSDIP,λ<=log n,8192,0,86454,10.553466796875
HSDIP,λ<=log n,8192,0,94237,11.5035400390625
HSDIP,λ<=log n,8192,0,87679,10.7030029296875
HSDIP,λ<=log n,8192,0,85797,10.4732666015625
HSDIP,λ<=log n,8192,0,86699,10.5833740234375
HSDIP,λ<=log n,8192,0,83915,10.2435302734375
HSDIP,λ<=log n,8192,0,91459,11.1644287109375
HSDIP,λ<=log n,8192,0,98306,12.000244140625
HSDIP,λ<=log n,8192,0,89735,10.9539794921875
HSDIP,λ<=log n,8192,0,82213,10.0357666015625
HSDIP,λ<=log n,8192,0,87769,10.7139892578125
HSDIP,λ<=log n,8192,0,82225,10.0372314453125
HSDIP,λ<=log n,8192,0,94767,11.5682373046875
HSDIP,λ<=log n,8192,0,83908,10.24267578125
HSDIP,λ<=log n,8192,0,89001,10.8643798828125
HSDIP,λ<=log n,8192,0,89596,10.93701171875
HSDIP,λ<=log n,8192,0,88175,10.7635498046875
HSDIP,λ<=log n,8192,0,87483,10.6790771484375
HSDIP,λ<=log n,8192,0,88388,10.78955078125
HSDIP,λ<=log n,8192,0,88264,10.7744140625
HSDIP,λ<=log n,8192,0,87960,10.7373046875
HSDIP,λ<=log n,8192,0,90986,11.106689453125
HSDIP,λ<=log n,8192,0,79150,9.661865234375
HSDIP,λ<=log n,8192,0,90178,11.008056640625
HSDIP,λ<=log n,8192,0,86173,10.5191650390625
HSDIP,λ<=log n,8192,0,87683,10.7034912109375
HRDIP,λ<=log n,8192,0,64910,7.923583984375
HRDIP,λ<=log n,8192,0,72780,8.88427734375
HRDIP,λ<=log n,8192,0,73579,8.9818115234375
HRDIP,λ<=log n,8192,0,72190,8.812255859375
HRDIP,λ<=log n,8192,0,71947,8.7825927734375
HRDIP,λ<=log n,8192,0,70228,8.57275390625
HRDIP,λ<=log n,8192,0,73837,9.0133056640625
HRDIP,λ<=log n,8192,0,74273,9.0665283203125
HRDIP,λ<=log n,8192,0,71726,8.755615234375
HRDIP,λ<=log n,8192,0,75211,9.1810302734375
HRDIP,λ<=log n,8192,0,65931,8.0482177734375
HRDIP,λ<=log n,8192,0,71122,8.681884765625
HRDIP,λ<=log n,8192,0,75899,9.2650146484375
HRDIP,λ<=log n,8192,0,76717,9.3648681640625
HRDIP,λ<=log n,8192,0,74155,9.0521240234375
HRDIP,λ<=log n,8192,0,73430,8.963623046875
HRDIP,λ<=log n,8192,0,74291,9.0687255859375
HRDIP,λ<=log n,8192,0,70056,8.5517578125
HRDIP,λ<=log n,8192,0,69198,8.447021484375
HRDIP,λ<=log n,8192,0,71978,8.786376953125
HRDIP,λ<=log n,8192,0,68067,8.3089599609375
HRDIP,λ<=log n,8192,0,66924,8.16943359375
HRDIP,λ<=log n,8192,0,78535,9.5867919921875
HRDIP,λ<=log n,8192,0,70451,8.5999755859375
HRDIP,λ<=log n,8192,0,79242,9.673095703125
HRDIP,λ<=log n,8192,0,78454,9.576904296875
HRDIP,λ<=log n,8192,0,69949,8.5386962890625
HRDIP,λ<=log n,8192,0,75133,9.1715087890625
HRDIP,λ<=log n,8192,0,75430,9.207763671875
HRDIP,λ<=log n,8192,0,64915,7.9241943359375
HRDIP,λ<=log n,8192,0,72768,8.8828125
HRDIP,λ<=log n,8192,0,74489,9.0928955078125
HRDIP,λ<=log n,8192,0,70289,8.5802001953125
HRDIP,λ<=log n,8192,0,70895,8.6541748046875
HRDIP,λ<=log n,8192,0,79495,9.7039794921875
HRDIP,λ<=log n,8192,0,73163,8.9310302734375
HRDIP,λ<=log n,8192,0,69298,8.459228515625
HRDIP,λ<=log n,8192,0,67552,8.24609375
HRDIP,λ<=log n,8192,0,68722,8.388916015625
HRDIP,λ<=log n,8192,0,78483,9.5804443359375
HRDIP,λ<=log n,8192,0,81637,9.9654541015625
HRDIP,λ<=log n,8192,0,68969,8.4190673828125
HRDIP,λ<=log n,8192,0,67461,8.2349853515625
HRDIP,λ<=log n,8192,0,74942,9.148193359375
HRDIP,λ<=log n,8192,0,70461,8.6011962890625
HRDIP,λ<=log n,8192,0,65819,8.0345458984375
HRDIP,λ<=log n,8192,0,74644,9.11181640625
HRDIP,λ<=log n,8192,0,71003,8.6673583984375
HRDIP,λ<=log n,8192,0,69097,8.4346923828125
HRDIP,λ<=log n,8192,0,69301,8.4595947265625
HRDIP,λ<=log n,8192,0,73887,9.0194091796875
HRDIP,λ<=log n,8192,0,65950,8.050537109375
HRDIP,λ<=log n,8192,0,71027,8.6702880859375
HRDIP,λ<=log n,8192,0,74572,9.10302734375
HRDIP,λ<=log n,8192,0,72722,8.877197265625
HRDIP,λ<=log n,8192,0,68046,8.306396484375
HRDIP,λ<=log n,8192,0,75307,9.1927490234375
HRDIP,λ<=log n,8192,0,73337,8.9522705078125
HRDIP,λ<=log n,8192,0,72009,8.7901611328125
HRDIP,λ<=log n,8192,0,77515,9.4622802734375
HRDIP,λ<=log n,8192,0,71931,8.7806396484375
HRDIP,λ<=log n,8192,0,76234,9.305908203125
HRDIP,λ<=log n,8192,0,73847,9.0145263671875
HRDIP,λ<=log n,8192,0,66180,8.07861328125
HRDIP,λ<=log n,8192,0,70169,8.5655517578125
HRDIP,λ<=log n,8192,0,74244,9.06298828125
HRDIP,λ<=log n,8192,0,74112,9.046875
HRDIP,λ<=log n,8192,0,79220,9.67041015625
HRDIP,λ<=log n,8192,0,69542,8.489013671875
HRDIP,λ<=log n,8192,0,78329,9.5616455078125
HRDIP,λ<=log n,8192,0,73106,8.924072265625
HRDIP,λ<=log n,8192,0,70457,8.6007080078125
HRDIP,λ<=log n,8192,0,71813,8.7662353515625
HRDIP,λ<=log n,8192,0,66762,8.149658203125
HRDIP,λ<=log n,8192,0,70339,8.5863037109375
HRDIP,λ<=log n,8192,0,77492,9.45947265625
HRDIP,λ<=log n,8192,0,73717,8.9986572265625
HRDIP,λ<=log n,8192,0,74683,9.1165771484375
HRDIP,λ<=log n,8192,0,78956,9.63818359375
HRDIP,λ<=log n,8192,0,69329,8.4630126953125
HRDIP,λ<=log n,8192,0,67849,8.2823486328125
HRDIP,λ<=log n,8192,0,69573,8.4927978515625
HRDIP,λ<=log n,8192,0,71199,8.6912841796875
HRDIP,λ<=log n,8192,0,73014,8.912841796875
HRDIP,λ<=log n,8192,0,76075,9.2864990234375
HRDIP,λ<=log n,8192,0,70585,8.6163330078125
HRDIP,λ<=log n,8192,0,72065,8.7969970703125
HRDIP,λ<=log n,8192,0,79116,9.65771484375
HRDIP,λ<=log n,8192,0,69728,8.51171875
HRDIP,λ<=log n,8192,0,85427,10.4281005859375
HRDIP,λ<=log n,8192,0,66958,8.173583984375
HRDIP,λ<=log n,8192,0,70145,8.5626220703125
HRDIP,λ<=log n,8192,0,70919,8.6571044921875
HRDIP,λ<=log n,8192,0,67810,8.277587890625
HRDIP,λ<=log n,8192,0,71020,8.66943359375
HRDIP,λ<=log n,8192,0,71217,8.6934814453125
HRDIP,λ<=log n,8192,0,73604,8.98486328125
HRDIP,λ<=log n,8192,0,67706,8.264892578125
HRDIP,λ<=log n,8192,0,74355,9.0765380859375
HRDIP,λ<=log n,8192,0,74124,9.04833984375
HHDIP,λ<=log n,8192,0,63890,7.799072265625
HHDIP,λ<=log n,8192,0,78871,9.6278076171875
HHDIP,λ<=log n,8192,0,67584,8.25
HHDIP,λ<=log n,8192,0,68066,8.308837890625
HHDIP,λ<=log n,8192,0,61953,7.5626220703125
HHDIP,λ<=log n,8192,0,74565,9.1021728515625
HHDIP,λ<=log n,8192,0,67669,8.2603759765625
HHDIP,λ<=log n,8192,0,66216,8.0830078125
HHDIP,λ<=log n,8192,0,62840,7.6708984375
HHDIP,λ<=log n,8192,0,66298,8.093017578125
HHDIP,λ<=log n,8192,0,63776,7.78515625
HHDIP,λ<=log n,8192,0,63854,7.794677734375
HHDIP,λ<=log n,8192,0,69952,8.5390625
HHDIP,λ<=log n,8192,0,65365,7.9791259765625
HHDIP,λ<=log n,8192,0,62156,7.58740234375
HHDIP,λ<=log n,8192,0,65061,7.9420166015625
HHDIP,λ<=log n,8192,0,63257,7.7218017578125
HHDIP,λ<=log n,8192,0,62052,7.57470703125
HHDIP,λ<=log n,8192,0,75029,9.1588134765625
HHDIP,λ<=log n,8192,0,66863,8.1619873046875
HHDIP,λ<=log n,8192,0,62515,7.6312255859375
HHDIP,λ<=log n,8192,0,64996,7.93408203125
HHDIP,λ<=log n,8192,0,65222,7.961669921875
HHDIP,λ<=log n,8192,0,66196,8.08056640625
HHDIP,λ<=log n,8192,0,66605,8.1304931640625
HHDIP,λ<=log n,8192,0,67203,8.2034912109375
HHDIP,λ<=log n,8192,0,67773,8.2730712890625
HHDIP,λ<=log n,8192,0,64096,7.82421875
HHDIP,λ<=log n,8192,0,67256,8.2099609375
HHDIP,λ<=log n,8192,0,67838,8.281005859375
HHDIP,λ<=log n,8192,0,62643,7.6468505859375
HHDIP,λ<=log n,8192,0,63394,7.738525390625
HHDIP,λ<=log n,8192,0,70500,8.60595703125
HHDIP,λ<=log n,8192,0,68920,8.4130859375
HHDIP,λ<=log n,8192,0,63005,7.6910400390625
HHDIP,λ<=log n,8192,0,63673,7.7725830078125
HHDIP,λ<=log n,8192,0,68865,8.4063720703125
HHDIP,λ<=log n,8192,0,76413,9.3277587890625
HHDIP,λ<=log n,8192,0,70312,8.5830078125
HHDIP,λ<=log n,8192,0,64585,7.8839111328125
HHDIP,λ<=log n,8192,0,73067,8.9193115234375
HHDIP,λ<=log n,8192,0,62858,7.673095703125
HHDIP,λ<=log n,8192,0,73360,8.955078125
HHDIP,λ<=log n,8192,0,72367,8.8338623046875
HHDIP,λ<=log n,8192,0,67323,8.2181396484375
HHDIP,λ<=log n,8192,0,67456,8.234375
HHDIP,λ<=log n,8192,0,66389,8.1041259765625
HHDIP,λ<=log n,8192,0,68256,8.33203125
HHDIP,λ<=log n,8192,0,64774,7.906982421875
HHDIP,λ<=log n,8192,0,67639,8.2567138671875
HHDIP,λ<=log n,8192,0,71300,8.70361328125
HHDIP,λ<=log n,8192,0,70928,8.658203125
HHDIP,λ<=log n,8192,0,72322,8.828369140625
HHDIP,λ<=log n,8192,0,68460,8.35693359375
HHDIP,λ<=log n,8192,0,71475,8.7249755859375
HHDIP,λ<=log n,8192,0,66680,8.1396484375
HHDIP,λ<=log n,8192,0,65168,7.955078125
HHDIP,λ<=log n,8192,0,65038,7.939208984375
HHDIP,λ<=log n,8192,0,69813,8.5220947265625
HHDIP,λ<=log n,8192,0,61926,7.559326171875
HHDIP,λ<=log n,8192,0,73905,9.0216064453125
HHDIP,λ<=log n,8192,0,69710,8.509521484375
HHDIP,λ<=log n,8192,0,68464,8.357421875
HHDIP,λ<=log n,8192,0,65314,7.972900390625
HHDIP,λ<=log n,8192,0,66737,8.1466064453125
HHDIP,λ<=log n,8192,0,65924,8.04736328125
HHDIP,λ<=log n,8192,0,65101,7.9468994140625
HHDIP,λ<=log n,8192,0,65722,8.022705078125
HHDIP,λ<=log n,8192,0,66198,8.080810546875
HHDIP,λ<=log n,8192,0,75165,9.1754150390625
HHDIP,λ<=log n,8192,0,67183,8.2010498046875
HHDIP,λ<=log n,8192,0,66031,8.0604248046875
HHDIP,λ<=log n,8192,0,68983,8.4207763671875
HHDIP,λ<=log n,8192,0,68450,8.355712890625
HHDIP,λ<=log n,8192,0,66988,8.17724609375
HHDIP,λ<=log n,8192,0,63539,7.7562255859375
HHDIP,λ<=log n,8192,0,64567,7.8817138671875
HHDIP,λ<=log n,8192,0,68944,8.416015625
HHDIP,λ<=log n,8192,0,66698,8.141845703125
HHDIP,λ<=log n,8192,0,65799,8.0321044921875
HHDIP,λ<=log n,8192,0,66305,8.0938720703125
HHDIP,λ<=log n,8192,0,73611,8.9857177734375
HHDIP,λ<=log n,8192,0,66481,8.1153564453125
HHDIP,λ<=log n,8192,0,66797,8.1539306640625
HHDIP,λ<=log n,8192,0,73271,8.9442138671875
HHDIP,λ<=log n,8192,0,67314,8.217041015625
HHDIP,λ<=log n,8192,0,63286,7.725341796875
HHDIP,λ<=log n,8192,0,68723,8.3890380859375
HHDIP,λ<=log n,8192,0,74483,9.0921630859375
HHDIP,λ<=log n,8192,0,67986,8.299072265625
HHDIP,λ<=log n,8192,0,66615,8.1317138671875
HHDIP,λ<=log n,8192,0,67822,8.279052734375
HHDIP,λ<=log n,8192,0,67258,8.210205078125
HHDIP,λ<=log n,8192,0,69393,8.4708251953125
HHDIP,λ<=log n,8192,0,65852,8.03857421875
HHDIP,λ<=log n,8192,0,67449,8.2335205078125
HHDIP,λ<=log n,8192,0,68134,8.317138671875
HHDIP,λ<=log n,8192,0,66987,8.1771240234375
HHDIP,λ<=log n,8192,0,64308,7.85009765625
HHDIP,λ<=log n,8192,0,66462,8.113037109375
HHLIP,λ<=log n,8192,0,69816,8.5224609375
HHLIP,λ<=log n,8192,0,78483,9.5804443359375
HHLIP,λ<=log n,8192,0,75254,9.186279296875
HHLIP,λ<=log n,8192,0,69534,8.488037109375
HHLIP,λ<=log n,8192,0,69882,8.530517578125
HHLIP,λ<=log n,8192,0,69009,8.4239501953125
HHLIP,λ<=log n,8192,0,69236,8.45166015625
HHLIP,λ<=log n,8192,0,68516,8.36376953125
HHLIP,λ<=log n,8192,0,70990,8.665771484375
HHLIP,λ<=log n,8192,0,68222,8.327880859375
HHLIP,λ<=log n,8192,0,68296,8.3369140625
HHLIP,λ<=log n,8192,0,71349,8.7095947265625
HHLIP,λ<=log n,8192,0,65926,8.047607421875
HHLIP,λ<=log n,8192,0,65514,7.997314453125
HHLIP,λ<=log n,8192,0,65696,8.01953125
HHLIP,λ<=log n,8192,0,70279,8.5789794921875
HHLIP,λ<=log n,8192,0,68613,8.3756103515625
HHLIP,λ<=log n,8192,0,68814,8.400146484375
HHLIP,λ<=log n,8192,0,67710,8.265380859375
HHLIP,λ<=log n,8192,0,84136,10.2705078125
HHLIP,λ<=log n,8192,0,69463,8.4793701171875
HHLIP,λ<=log n,8192,0,65912,8.0458984375
HHLIP,λ<=log n,8192,0,71873,8.7735595703125
HHLIP,λ<=log n,8192,0,73064,8.9189453125
HHLIP,λ<=log n,8192,0,72500,8.85009765625
HHLIP,λ<=log n,8192,0,78306,9.558837890625
HHLIP,λ<=log n,8192,0,74655,9.1131591796875
HHLIP,λ<=log n,8192,0,70186,8.567626953125
HHLIP,λ<=log n,8192,0,70823,8.6453857421875
HHLIP,λ<=log n,8192,0,76428,9.32958984375
HHLIP,λ<=log n,8192,0,69872,8.529296875
HHLIP,λ<=log n,8192,0,70240,8.57421875
HHLIP,λ<=log n,8192,0,68446,8.355224609375
HHLIP,λ<=log n,8192,0,69687,8.5067138671875
HHLIP,λ<=log n,8192,0,69940,8.53759765625
HHLIP,λ<=log n,8192,0,70155,8.5638427734375
HHLIP,λ<=log n,8192,0,68765,8.3941650390625
HHLIP,λ<=log n,8192,0,72720,8.876953125
HHLIP,λ<=log n,8192,0,70921,8.6573486328125
HHLIP,λ<=log n,8192,0,72686,8.872802734375
HHLIP,λ<=log n,8192,0,67929,8.2921142578125
HHLIP,λ<=log n,8192,0,67067,8.1868896484375
HHLIP,λ<=log n,8192,0,65001,7.9346923828125
HHLIP,λ<=log n,8192,0,78056,9.5283203125
HHLIP,λ<=log n,8192,0,74000,9.033203125
HHLIP,λ<=log n,8192,0,72911,8.9002685546875
HHLIP,λ<=log n,8192,0,79211,9.6693115234375
HHLIP,λ<=log n,8192,0,71970,8.785400390625
HHLIP,λ<=log n,8192,0,74563,9.1019287109375
HHLIP,λ<=log n,8192,0,71265,8.6993408203125
HHLIP,λ<=log n,8192,0,66076,8.06591796875
HHLIP,λ<=log n,8192,0,68786,8.396728515625
HHLIP,λ<=log n,8192,0,76987,9.3978271484375
HHLIP,λ<=log n,8192,0,73219,8.9378662109375
HHLIP,λ<=log n,8192,0,71005,8.6676025390625
HHLIP,λ<=log n,8192,0,69979,8.5423583984375
HHLIP,λ<=log n,8192,0,71694,8.751708984375
HHLIP,λ<=log n,8192,0,71239,8.6961669921875
HHLIP,λ<=log n,8192,0,70035,8.5491943359375
HHLIP,λ<=log n,8192,0,64433,7.8653564453125
HHLIP,λ<=log n,8192,0,77852,9.50341796875
HHLIP,λ<=log n,8192,0,70258,8.576416015625
HHLIP,λ<=log n,8192,0,74246,9.063232421875
HHLIP,λ<=log n,8192,0,68367,8.3455810546875
HHLIP,λ<=log n,8192,0,71258,8.698486328125
HHLIP,λ<=log n,8192,0,69990,8.543701171875
HHLIP,λ<=log n,8192,0,72442,8.843017578125
HHLIP,λ<=log n,8192,0,65996,8.05615234375
HHLIP,λ<=log n,8192,0,70501,8.6060791015625
HHLIP,λ<=log n,8192,0,71782,8.762451171875
HHLIP,λ<=log n,8192,0,67550,8.245849609375
HHLIP,λ<=log n,8192,0,76694,9.362060546875
HHLIP,λ<=log n,8192,0,64768,7.90625
HHLIP,λ<=log n,8192,0,74591,9.1053466796875
HHLIP,λ<=log n,8192,0,67556,8.24658203125
HHLIP,λ<=log n,8192,0,66429,8.1090087890625
HHLIP,λ<=log n,8192,0,69635,8.5003662109375
HHLIP,λ<=log n,8192,0,67527,8.2430419921875
HHLIP,λ<=log n,8192,0,69155,8.4417724609375
HHLIP,λ<=log n,8192,0,66334,8.097412109375
HHLIP,λ<=log n,8192,0,70245,8.5748291015625
HHLIP,λ<=log n,8192,0,69708,8.50927734375
HHLIP,λ<=log n,8192,0,66619,8.1322021484375
HHLIP,λ<=log n,8192,0,68577,8.3712158203125
HHLIP,λ<=log n,8192,0,70663,8.6258544921875
HHLIP,λ<=log n,8192,0,70712,8.6318359375
HHLIP,λ<=log n,8192,0,71821,8.7672119140625
HHLIP,λ<=log n,8192,0,66195,8.0804443359375
HHLIP,λ<=log n,8192,0,70727,8.6336669921875
HHLIP,λ<=log n,8192,0,71470,8.724365234375
HHLIP,λ<=log n,8192,0,73194,8.934814453125
HHLIP,λ<=log n,8192,0,74162,9.052978515625
HHLIP,λ<=log n,8192,0,68488,8.3603515625
HHLIP,λ<=log n,8192,0,70222,8.572021484375
HHLIP,λ<=log n,8192,0,70125,8.5601806640625
HHLIP,λ<=log n,8192,0,70275,8.5784912109375
HHLIP,λ<=log n,8192,0,68671,8.3826904296875
HHLIP,λ<=log n,8192,0,78097,9.5333251953125
HHLIP,λ<=log n,8192,0,67318,8.217529296875
HHLIP,λ<=log n,8192,0,67238,8.207763671875
HRLIP,λ<=log n,8192,0,71802,8.764892578125
HRLIP,λ<=log n,8192,0,79825,9.7442626953125
HRLIP,λ<=log n,8192,0,72878,8.896240234375
HRLIP,λ<=log n,8192,0,75794,9.252197265625
HRLIP,λ<=log n,8192,0,82194,10.033447265625
HRLIP,λ<=log n,8192,0,73611,8.9857177734375
HRLIP,λ<=log n,8192,0,74911,9.1444091796875
HRLIP,λ<=log n,8192,0,74229,9.0611572265625
HRLIP,λ<=log n,8192,0,73996,9.03271484375
HRLIP,λ<=log n,8192,0,71626,8.743408203125
HRLIP,λ<=log n,8192,0,70442,8.598876953125
HRLIP,λ<=log n,8192,0,71945,8.7823486328125
HRLIP,λ<=log n,8192,0,71754,8.759033203125
HRLIP,λ<=log n,8192,0,75003,9.1556396484375
HRLIP,λ<=log n,8192,0,73220,8.93798828125
HRLIP,λ<=log n,8192,0,82271,10.0428466796875
HRLIP,λ<=log n,8192,0,74199,9.0574951171875
HRLIP,λ<=log n,8192,0,87467,10.6771240234375
HRLIP,λ<=log n,8192,0,73350,8.953857421875
HRLIP,λ<=log n,8192,0,77481,9.4581298828125
HRLIP,λ<=log n,8192,0,72537,8.8546142578125
HRLIP,λ<=log n,8192,0,69967,8.5408935546875
HRLIP,λ<=log n,8192,0,76850,9.381103515625
HRLIP,λ<=log n,8192,0,72654,8.868896484375
HRLIP,λ<=log n,8192,0,72292,8.82470703125
HRLIP,λ<=log n,8192,0,72274,8.822509765625
HRLIP,λ<=log n,8192,0,71264,8.69921875
HRLIP,λ<=log n,8192,0,71651,8.7464599609375
HRLIP,λ<=log n,8192,0,74695,9.1180419921875
HRLIP,λ<=log n,8192,0,73740,9.00146484375
HRLIP,λ<=log n,8192,0,71449,8.7218017578125
HRLIP,λ<=log n,8192,0,80168,9.7861328125
HRLIP,λ<=log n,8192,0,69459,8.4788818359375
HRLIP,λ<=log n,8192,0,85123,10.3909912109375
HRLIP,λ<=log n,8192,0,71650,8.746337890625
HRLIP,λ<=log n,8192,0,87259,10.6517333984375
HRLIP,λ<=log n,8192,0,73938,9.025634765625
HRLIP,λ<=log n,8192,0,82003,10.0101318359375
HRLIP,λ<=log n,8192,0,77140,9.41650390625
HRLIP,λ<=log n,8192,0,69409,8.4727783203125
HRLIP,λ<=log n,8192,0,80364,9.81005859375
HRLIP,λ<=log n,8192,0,80142,9.782958984375
HRLIP,λ<=log n,8192,0,78483,9.5804443359375
HRLIP,λ<=log n,8192,0,77071,9.4080810546875
HRLIP,λ<=log n,8192,0,74942,9.148193359375
HRLIP,λ<=log n,8192,0,77946,9.514892578125
HRLIP,λ<=log n,8192,0,80578,9.836181640625
HRLIP,λ<=log n,8192,0,80149,9.7838134765625
HRLIP,λ<=log n,8192,0,83450,10.186767578125
HRLIP,λ<=log n,8192,0,73139,8.9281005859375
HRLIP,λ<=log n,8192,0,76665,9.3585205078125
HRLIP,λ<=log n,8192,0,70594,8.617431640625
HRLIP,λ<=log n,8192,0,77020,9.40185546875
HRLIP,λ<=log n,8192,0,73436,8.96435546875
HRLIP,λ<=log n,8192,0,78989,9.6422119140625
HRLIP,λ<=log n,8192,0,74462,9.089599609375
HRLIP,λ<=log n,8192,0,75396,9.20361328125
HRLIP,λ<=log n,8192,0,72391,8.8367919921875
HRLIP,λ<=log n,8192,0,73811,9.0101318359375
HRLIP,λ<=log n,8192,0,75488,9.21484375
HRLIP,λ<=log n,8192,0,82540,10.07568359375
HRLIP,λ<=log n,8192,0,72237,8.8179931640625
HRLIP,λ<=log n,8192,0,76718,9.364990234375
HRLIP,λ<=log n,8192,0,73805,9.0093994140625
HRLIP,λ<=log n,8192,0,86532,10.56298828125
HRLIP,λ<=log n,8192,0,72002,8.789306640625
HRLIP,λ<=log n,8192,0,70950,8.660888671875
HRLIP,λ<=log n,8192,0,76514,9.340087890625
HRLIP,λ<=log n,8192,0,73297,8.9473876953125
HRLIP,λ<=log n,8192,0,80527,9.8299560546875
HRLIP,λ<=log n,8192,0,77724,9.48779296875
HRLIP,λ<=log n,8192,0,75312,9.193359375
HRLIP,λ<=log n,8192,0,77646,9.478271484375
HRLIP,λ<=log n,8192,0,72000,8.7890625
HRLIP,λ<=log n,8192,0,71784,8.7626953125
HRLIP,λ<=log n,8192,0,89338,10.905517578125
HRLIP,λ<=log n,8192,0,77281,9.4337158203125
HRLIP,λ<=log n,8192,0,77945,9.5147705078125
HRLIP,λ<=log n,8192,0,72884,8.89697265625
HRLIP,λ<=log n,8192,0,75489,9.2149658203125
HRLIP,λ<=log n,8192,0,71678,8.749755859375
HRLIP,λ<=log n,8192,0,78711,9.6082763671875
HRLIP,λ<=log n,8192,0,75132,9.17138671875
HRLIP,λ<=log n,8192,0,73969,9.0294189453125
HRLIP,λ<=log n,8192,0,75354,9.198486328125
HRLIP,λ<=log n,8192,0,80541,9.8316650390625
HRLIP,λ<=log n,8192,0,75103,9.1678466796875
HRLIP,λ<=log n,8192,0,69078,8.432373046875
HRLIP,λ<=log n,8192,0,74475,9.0911865234375
HRLIP,λ<=log n,8192,0,70549,8.6119384765625
HRLIP,λ<=log n,8192,0,72307,8.8265380859375
HRLIP,λ<=log n,8192,0,69777,8.5177001953125
HRLIP,λ<=log n,8192,0,74425,9.0850830078125
HRLIP,λ<=log n,8192,0,79562,9.712158203125
HRLIP,λ<=log n,8192,0,83519,10.1951904296875
HRLIP,λ<=log n,8192,0,78277,9.5552978515625
HRLIP,λ<=log n,8192,0,70043,8.5501708984375
HRLIP,λ<=log n,8192,0,80879,9.8729248046875
HRLIP,λ<=log n,8192,0,70223,8.5721435546875
HRLIP,λ<=log n,8192,0,77775,9.4940185546875
HSLIP,λ<=log n,8192,0,89710,10.950927734375
HSLIP,λ<=log n,8192,0,93691,11.4368896484375
HSLIP,λ<=log n,8192,0,93611,11.4271240234375
HSLIP,λ<=log n,8192,0,93824,11.453125
HSLIP,λ<=log n,8192,0,108130,13.199462890625
HSLIP,λ<=log n,8192,0,95993,11.7178955078125
HSLIP,λ<=log n,8192,0,92165,11.2506103515625
HSLIP,λ<=log n,8192,0,90218,11.012939453125
HSLIP,λ<=log n,8192,0,97206,11.865966796875
HSLIP,λ<=log n,8192,0,98564,12.03173828125
HSLIP,λ<=log n,8192,0,91957,11.2252197265625
HSLIP,λ<=log n,8192,0,90002,10.986572265625
HSLIP,λ<=log n,8192,0,97984,11.9609375
HSLIP,λ<=log n,8192,0,89364,10.90869140625
HSLIP,λ<=log n,8192,0,98226,11.990478515625
HSLIP,λ<=log n,8192,0,92834,11.332275390625
HSLIP,λ<=log n,8192,0,90908,11.09716796875
HSLIP,λ<=log n,8192,0,92604,11.30419921875
HSLIP,λ<=log n,8192,0,93809,11.4512939453125
HSLIP,λ<=log n,8192,0,107591,13.1336669921875
HSLIP,λ<=log n,8192,0,90949,11.1021728515625
HSLIP,λ<=log n,8192,0,92339,11.2718505859375
HSLIP,λ<=log n,8192,0,86605,10.5718994140625
HSLIP,λ<=log n,8192,0,100966,12.324951171875
HSLIP,λ<=log n,8192,0,90163,11.0062255859375
HSLIP,λ<=log n,8192,0,92692,11.31494140625
HSLIP,λ<=log n,8192,0,99753,12.1768798828125
HSLIP,λ<=log n,8192,0,85714,10.463134765625
HSLIP,λ<=log n,8192,0,86990,10.618896484375
HSLIP,λ<=log n,8192,0,97069,11.8492431640625
HSLIP,λ<=log n,8192,0,87601,10.6934814453125
HSLIP,λ<=log n,8192,0,92399,11.2791748046875
HSLIP,λ<=log n,8192,0,99319,12.1239013671875
HSLIP,λ<=log n,8192,0,90372,11.03173828125
HSLIP,λ<=log n,8192,0,86086,10.508544921875
HSLIP,λ<=log n,8192,0,96469,11.7760009765625
HSLIP,λ<=log n,8192,0,85257,10.4073486328125
HSLIP,λ<=log n,8192,0,85199,10.4002685546875
HSLIP,λ<=log n,8192,0,88025,10.7452392578125
HSLIP,λ<=log n,8192,0,105497,12.8780517578125
HSLIP,λ<=log n,8192,0,87974,10.739013671875
HSLIP,λ<=log n,8192,0,109392,13.353515625
HSLIP,λ<=log n,8192,0,91125,11.1236572265625
HSLIP,λ<=log n,8192,0,90324,11.02587890625
HSLIP,λ<=log n,8192,0,87879,10.7274169921875
HSLIP,λ<=log n,8192,0,95121,11.6114501953125
HSLIP,λ<=log n,8192,0,95476,11.65478515625
HSLIP,λ<=log n,8192,0,103951,12.6893310546875
HSLIP,λ<=log n,8192,0,93342,11.394287109375
HSLIP,λ<=log n,8192,0,98420,12.01416015625
HSLIP,λ<=log n,8192,0,88745,10.8331298828125
HSLIP,λ<=log n,8192,0,94862,11.579833984375
HSLIP,λ<=log n,8192,0,97580,11.91162109375
HSLIP,λ<=log n,8192,0,100384,12.25390625
HSLIP,λ<=log n,8192,0,94005,11.4752197265625
HSLIP,λ<=log n,8192,0,96567,11.7879638671875
HSLIP,λ<=log n,8192,0,98056,11.9697265625
HSLIP,λ<=log n,8192,0,95332,11.63720703125
HSLIP,λ<=log n,8192,0,92047,11.2362060546875
HSLIP,λ<=log n,8192,0,86598,10.571044921875
HSLIP,λ<=log n,8192,0,88050,10.748291015625
HSLIP,λ<=log n,8192,0,114062,13.923583984375
HSLIP,λ<=log n,8192,0,86527,10.5623779296875
HSLIP,λ<=log n,8192,0,88633,10.8194580078125
HSLIP,λ<=log n,8192,0,91694,11.193115234375
HSLIP,λ<=log n,8192,0,89577,10.9346923828125
HSLIP,λ<=log n,8192,0,88983,10.8621826171875
HSLIP,λ<=log n,8192,0,98741,12.0533447265625
HSLIP,λ<=log n,8192,0,94628,11.55126953125
HSLIP,λ<=log n,8192,0,97601,11.9141845703125
HSLIP,λ<=log n,8192,0,106916,13.05126953125
HSLIP,λ<=log n,8192,0,98306,12.000244140625
HSLIP,λ<=log n,8192,0,88275,10.7757568359375
HSLIP,λ<=log n,8192,0,100674,12.289306640625
HSLIP,λ<=log n,8192,0,88192,10.765625
HSLIP,λ<=log n,8192,0,103876,12.68017578125
HSLIP,λ<=log n,8192,0,89210,10.889892578125
HSLIP,λ<=log n,8192,0,91909,11.2193603515625
HSLIP,λ<=log n,8192,0,88730,10.831298828125
HSLIP,λ<=log n,8192,0,98813,12.0621337890625
HSLIP,λ<=log n,8192,0,102898,12.560791015625
HSLIP,λ<=log n,8192,0,88062,10.749755859375
HSLIP,λ<=log n,8192,0,101848,12.4326171875
HSLIP,λ<=log n,8192,0,89867,10.9700927734375
HSLIP,λ<=log n,8192,0,89014,10.865966796875
HSLIP,λ<=log n,8192,0,105983,12.9373779296875
HSLIP,λ<=log n,8192,0,110310,13.465576171875
HSLIP,λ<=log n,8192,0,100639,12.2850341796875
HSLIP,λ<=log n,8192,0,100135,12.2235107421875
HSLIP,λ<=log n,8192,0,96270,11.751708984375
HSLIP,λ<=log n,8192,0,101205,12.3541259765625
HSLIP,λ<=log n,8192,0,92460,11.28662109375
HSLIP,λ<=log n,8192,0,91890,11.217041015625
HSLIP,λ<=log n,8192,0,93271,11.3856201171875
HSLIP,λ<=log n,8192,0,95038,11.601318359375
HSLIP,λ<=log n,8192,0,93217,11.3790283203125
HSLIP,λ<=log n,8192,0,88010,10.743408203125
HSLIP,λ<=log n,8192,0,93551,11.4197998046875
HSLIP,λ<=log n,8192,0,101680,12.412109375
HSLIP,λ<=log n,8192,0,84835,10.3558349609375
HSDCD,λ<=log n,8192,0,77010,9.400634765625
HSDCD,λ<=log n,8192,0,64772,7.90673828125
HSDCD,λ<=log n,8192,0,80983,9.8856201171875
HSDCD,λ<=log n,8192,0,69422,8.474365234375
HSDCD,λ<=log n,8192,0,68025,8.3038330078125
HSDCD,λ<=log n,8192,0,92395,11.2786865234375
HSDCD,λ<=log n,8192,0,76909,9.3883056640625
HSDCD,λ<=log n,8192,0,67083,8.1888427734375
HSDCD,λ<=log n,8192,0,69699,8.5081787109375
HSDCD,λ<=log n,8192,0,78117,9.5357666015625
HSDCD,λ<=log n,8192,0,73646,8.989990234375
HSDCD,λ<=log n,8192,0,70548,8.61181640625
HSDCD,λ<=log n,8192,0,71261,8.6988525390625
HSDCD,λ<=log n,8192,0,72530,8.853759765625
HSDCD,λ<=log n,8192,0,81098,9.899658203125
HSDCD,λ<=log n,8192,0,72983,8.9090576171875
HSDCD,λ<=log n,8192,0,70285,8.5797119140625
HSDCD,λ<=log n,8192,0,91109,11.1217041015625
HSDCD,λ<=log n,8192,0,79362,9.687744140625
HSDCD,λ<=log n,8192,0,69330,8.463134765625
HSDCD,λ<=log n,8192,0,86924,10.61083984375
HSDCD,λ<=log n,8192,0,75213,9.1812744140625
HSDCD,λ<=log n,8192,0,76126,9.292724609375
HSDCD,λ<=log n,8192,0,74543,9.0994873046875
HSDCD,λ<=log n,8192,0,90022,10.989013671875
HSDCD,λ<=log n,8192,0,75245,9.1851806640625
HSDCD,λ<=log n,8192,0,82541,10.0758056640625
HSDCD,λ<=log n,8192,0,67133,8.1949462890625
HSDCD,λ<=log n,8192,0,73856,9.015625
HSDCD,λ<=log n,8192,0,87582,10.691162109375
HSDCD,λ<=log n,8192,0,73545,8.9776611328125
HSDCD,λ<=log n,8192,0,101039,12.3338623046875
HSDCD,λ<=log n,8192,0,70449,8.5997314453125
HSDCD,λ<=log n,8192,0,71849,8.7706298828125
HSDCD,λ<=log n,8192,0,71439,8.7205810546875
HSDCD,λ<=log n,8192,0,75633,9.2325439453125
HSDCD,λ<=log n,8192,0,76292,9.31298828125
HSDCD,λ<=log n,8192,0,73073,8.9200439453125
HSDCD,λ<=log n,8192,0,83790,10.228271484375
HSDCD,λ<=log n,8192,0,71569,8.7364501953125
HSDCD,λ<=log n,8192,0,76532,9.34228515625
HSDCD,λ<=log n,8192,0,68590,8.372802734375
HSDCD,λ<=log n,8192,0,68483,8.3597412109375
HSDCD,λ<=log n,8192,0,71278,8.700927734375
HSDCD,λ<=log n,8192,0,76832,9.37890625
HSDCD,λ<=log n,8192,0,67279,8.2127685546875
HSDCD,λ<=log n,8192,0,77860,9.50439453125
HSDCD,λ<=log n,8192,0,79154,9.662353515625
HSDCD,λ<=log n,8192,0,74664,9.1142578125
HSDCD,λ<=log n,8192,0,64691,7.8968505859375
HSDCD,λ<=log n,8192,0,70266,8.577392578125
HSDCD,λ<=log n,8192,0,73838,9.013427734375
HSDCD,λ<=log n,8192,0,68288,8.3359375
HSDCD,λ<=log n,8192,0,70501,8.6060791015625
HSDCD,λ<=log n,8192,0,72926,8.902099609375
HSDCD,λ<=log n,8192,0,75697,9.2403564453125
HSDCD,λ<=log n,8192,0,71113,8.6807861328125
HSDCD,λ<=log n,8192,0,74470,9.090576171875
HSDCD,λ<=log n,8192,0,77484,9.45849609375
HSDCD,λ<=log n,8192,0,81674,9.969970703125
HSDCD,λ<=log n,8192,0,71046,8.672607421875
HSDCD,λ<=log n,8192,0,82491,10.0697021484375
HSDCD,λ<=log n,8192,0,68773,8.3951416015625
HSDCD,λ<=log n,8192,0,77067,9.4075927734375
HSDCD,λ<=log n,8192,0,70995,8.6663818359375
HSDCD,λ<=log n,8192,0,71229,8.6949462890625
HSDCD,λ<=log n,8192,0,66556,8.12451171875
HSDCD,λ<=log n,8192,0,85637,10.4537353515625
HSDCD,λ<=log n,8192,0,75661,9.2359619140625
HSDCD,λ<=log n,8192,0,71293,8.7027587890625
HSDCD,λ<=log n,8192,0,66688,8.140625
HSDCD,λ<=log n,8192,0,74608,9.107421875
HSDCD,λ<=log n,8192,0,70798,8.642333984375
HSDCD,λ<=log n,8192,0,70940,8.65966796875
HSDCD,λ<=log n,8192,0,70008,8.5458984375
HSDCD,λ<=log n,8192,0,72615,8.8641357421875
HSDCD,λ<=log n,8192,0,78279,9.5555419921875
HSDCD,λ<=log n,8192,0,85847,10.4793701171875
HSDCD,λ<=log n,8192,0,79220,9.67041015625
HSDCD,λ<=log n,8192,0,83357,10.1754150390625
HSDCD,λ<=log n,8192,0,68538,8.366455078125
HSDCD,λ<=log n,8192,0,71456,8.72265625
HSDCD,λ<=log n,8192,0,73696,8.99609375
HSDCD,λ<=log n,8192,0,66722,8.144775390625
HSDCD,λ<=log n,8192,0,75727,9.2440185546875
HSDCD,λ<=log n,8192,0,72710,8.875732421875
HSDCD,λ<=log n,8192,0,92704,11.31640625
HSDCD,λ<=log n,8192,0,67719,8.2664794921875
HSDCD,λ<=log n,8192,0,71756,8.75927734375
HSDCD,λ<=log n,8192,0,80174,9.786865234375
HSDCD,λ<=log n,8192,0,73557,8.9791259765625
HSDCD,λ<=log n,8192,0,73635,8.9886474609375
HSDCD,λ<=log n,8192,0,84807,10.3524169921875
HSDCD,λ<=log n,8192,0,73803,9.0091552734375
HSDCD,λ<=log n,8192,0,79284,9.67822265625
HSDCD,λ<=log n,8192,0,73739,9.0013427734375
HSDCD,λ<=log n,8192,0,64578,7.883056640625
HSDCD,λ<=log n,8192,0,67339,8.2200927734375
HSDCD,λ<=log n,8192,0,72630,8.865966796875
HSDCD,λ<=log n,8192,0,71932,8.78076171875
HRDCD,λ<=log n,8192,0,57096,6.9697265625
HRDCD,λ<=log n,8192,0,54571,6.6614990234375
HRDCD,λ<=log n,8192,0,58972,7.19873046875
HRDCD,λ<=log n,8192,0,61640,7.5244140625
HRDCD,λ<=log n,8192,0,56401,6.8848876953125
HRDCD,λ<=log n,8192,0,56124,6.85107421875
HRDCD,λ<=log n,8192,0,59006,7.202880859375
HRDCD,λ<=log n,8192,0,57283,6.9925537109375
HRDCD,λ<=log n,8192,0,58436,7.13330078125
HRDCD,λ<=log n,8192,0,59904,7.3125
HRDCD,λ<=log n,8192,0,59780,7.29736328125
HRDCD,λ<=log n,8192,0,58814,7.179443359375
HRDCD,λ<=log n,8192,0,60266,7.356689453125
HRDCD,λ<=log n,8192,0,58483,7.1390380859375
HRDCD,λ<=log n,8192,0,56104,6.8486328125
HRDCD,λ<=log n,8192,0,53737,6.5596923828125
HRDCD,λ<=log n,8192,0,62435,7.6214599609375
HRDCD,λ<=log n,8192,0,59918,7.314208984375
HRDCD,λ<=log n,8192,0,66807,8.1551513671875
HRDCD,λ<=log n,8192,0,57717,7.0455322265625
HRDCD,λ<=log n,8192,0,63624,7.7666015625
HRDCD,λ<=log n,8192,0,58213,7.1060791015625
HRDCD,λ<=log n,8192,0,56923,6.9486083984375
HRDCD,λ<=log n,8192,0,53439,6.5233154296875
HRDCD,λ<=log n,8192,0,69050,8.428955078125
HRDCD,λ<=log n,8192,0,54825,6.6925048828125
HRDCD,λ<=log n,8192,0,63274,7.723876953125
HRDCD,λ<=log n,8192,0,58885,7.1881103515625
HRDCD,λ<=log n,8192,0,52666,6.428955078125
HRDCD,λ<=log n,8192,0,59970,7.320556640625
HRDCD,λ<=log n,8192,0,51647,6.3045654296875
HRDCD,λ<=log n,8192,0,62774,7.662841796875
HRDCD,λ<=log n,8192,0,64710,7.899169921875
HRDCD,λ<=log n,8192,0,59934,7.316162109375
HRDCD,λ<=log n,8192,0,68226,8.328369140625
HRDCD,λ<=log n,8192,0,68824,8.4013671875
HRDCD,λ<=log n,8192,0,61465,7.5030517578125
HRDCD,λ<=log n,8192,0,64771,7.9066162109375
HRDCD,λ<=log n,8192,0,59500,7.26318359375
HRDCD,λ<=log n,8192,0,58955,7.1966552734375
HRDCD,λ<=log n,8192,0,60190,7.347412109375
HRDCD,λ<=log n,8192,0,60167,7.3446044921875
HRDCD,λ<=log n,8192,0,60588,7.39599609375
HRDCD,λ<=log n,8192,0,56185,6.8585205078125
HRDCD,λ<=log n,8192,0,56263,6.8680419921875
HRDCD,λ<=log n,8192,0,60802,7.422119140625
HRDCD,λ<=log n,8192,0,56440,6.8896484375
HRDCD,λ<=log n,8192,0,56854,6.940185546875
HRDCD,λ<=log n,8192,0,56230,6.864013671875
HRDCD,λ<=log n,8192,0,73943,9.0262451171875
HRDCD,λ<=log n,8192,0,54968,6.7099609375
HRDCD,λ<=log n,8192,0,60791,7.4207763671875
HRDCD,λ<=log n,8192,0,62627,7.6448974609375
HRDCD,λ<=log n,8192,0,59275,7.2357177734375
HRDCD,λ<=log n,8192,0,58880,7.1875
HRDCD,λ<=log n,8192,0,55943,6.8289794921875
HRDCD,λ<=log n,8192,0,53404,6.51904296875
HRDCD,λ<=log n,8192,0,59958,7.319091796875
HRDCD,λ<=log n,8192,0,60091,7.3353271484375
HRDCD,λ<=log n,8192,0,62903,7.6785888671875
HRDCD,λ<=log n,8192,0,55533,6.7789306640625
HRDCD,λ<=log n,8192,0,67355,8.2220458984375
HRDCD,λ<=log n,8192,0,61713,7.5333251953125
HRDCD,λ<=log n,8192,0,58094,7.091552734375
HRDCD,λ<=log n,8192,0,62169,7.5889892578125
HRDCD,λ<=log n,8192,0,53964,6.58740234375
HRDCD,λ<=log n,8192,0,56301,6.8726806640625
HRDCD,λ<=log n,8192,0,65004,7.93505859375
HRDCD,λ<=log n,8192,0,59647,7.2811279296875
HRDCD,λ<=log n,8192,0,61456,7.501953125
HRDCD,λ<=log n,8192,0,60217,7.3507080078125
HRDCD,λ<=log n,8192,0,57220,6.98486328125
HRDCD,λ<=log n,8192,0,66648,8.1357421875
HRDCD,λ<=log n,8192,0,59083,7.2122802734375
HRDCD,λ<=log n,8192,0,55357,6.7574462890625
HRDCD,λ<=log n,8192,0,62072,7.5771484375
HRDCD,λ<=log n,8192,0,56912,6.947265625
HRDCD,λ<=log n,8192,0,64814,7.911865234375
HRDCD,λ<=log n,8192,0,57747,7.0491943359375
HRDCD,λ<=log n,8192,0,59263,7.2342529296875
HRDCD,λ<=log n,8192,0,66861,8.1617431640625
HRDCD,λ<=log n,8192,0,65654,8.014404296875
HRDCD,λ<=log n,8192,0,62225,7.5958251953125
HRDCD,λ<=log n,8192,0,56662,6.916748046875
HRDCD,λ<=log n,8192,0,59327,7.2420654296875
HRDCD,λ<=log n,8192,0,63278,7.724365234375
HRDCD,λ<=log n,8192,0,54113,6.6055908203125
HRDCD,λ<=log n,8192,0,55023,6.7166748046875
HRDCD,λ<=log n,8192,0,60194,7.347900390625
HRDCD,λ<=log n,8192,0,59822,7.302490234375
HRDCD,λ<=log n,8192,0,68540,8.36669921875
HRDCD,λ<=log n,8192,0,65922,8.047119140625
HRDCD,λ<=log n,8192,0,61752,7.5380859375
HRDCD,λ<=log n,8192,0,58243,7.1097412109375
HRDCD,λ<=log n,8192,0,55984,6.833984375
HRDCD,λ<=log n,8192,0,57664,7.0390625
HRDCD,λ<=log n,8192,0,61949,7.5621337890625
HRDCD,λ<=log n,8192,0,63937,7.8048095703125
HRDCD,λ<=log n,8192,0,56665,6.9171142578125
HHDCD,λ<=log n,8192,0,55657,6.7940673828125
HHDCD,λ<=log n,8192,0,54261,6.6236572265625
HHDCD,λ<=log n,8192,0,61598,7.519287109375
HHDCD,λ<=log n,8192,0,58744,7.1708984375
HHDCD,λ<=log n,8192,0,54946,6.707275390625
HHDCD,λ<=log n,8192,0,53458,6.525634765625
HHDCD,λ<=log n,8192,0,51095,6.2371826171875
HHDCD,λ<=log n,8192,0,54285,6.6265869140625
HHDCD,λ<=log n,8192,0,57395,7.0062255859375
HHDCD,λ<=log n,8192,0,51678,6.308349609375
HHDCD,λ<=log n,8192,0,63990,7.811279296875
HHDCD,λ<=log n,8192,0,55213,6.7398681640625
HHDCD,λ<=log n,8192,0,47581,5.8082275390625
HHDCD,λ<=log n,8192,0,53435,6.5228271484375
HHDCD,λ<=log n,8192,0,53719,6.5574951171875
HHDCD,λ<=log n,8192,0,58674,7.162353515625
HHDCD,λ<=log n,8192,0,48106,5.872314453125
HHDCD,λ<=log n,8192,0,56182,6.858154296875
HHDCD,λ<=log n,8192,0,55792,6.810546875
HHDCD,λ<=log n,8192,0,56348,6.87841796875
HHDCD,λ<=log n,8192,0,54746,6.682861328125
HHDCD,λ<=log n,8192,0,50860,6.20849609375
HHDCD,λ<=log n,8192,0,53406,6.519287109375
HHDCD,λ<=log n,8192,0,49630,6.058349609375
HHDCD,λ<=log n,8192,0,52855,6.4520263671875
HHDCD,λ<=log n,8192,0,51575,6.2957763671875
HHDCD,λ<=log n,8192,0,55934,6.827880859375
HHDCD,λ<=log n,8192,0,52883,6.4554443359375
HHDCD,λ<=log n,8192,0,52958,6.464599609375
HHDCD,λ<=log n,8192,0,53173,6.4908447265625
HHDCD,λ<=log n,8192,0,56733,6.9254150390625
HHDCD,λ<=log n,8192,0,59450,7.257080078125
HHDCD,λ<=log n,8192,0,53687,6.5535888671875
HHDCD,λ<=log n,8192,0,50654,6.183349609375
HHDCD,λ<=log n,8192,0,50899,6.2132568359375
HHDCD,λ<=log n,8192,0,47375,5.7830810546875
HHDCD,λ<=log n,8192,0,51983,6.3455810546875
HHDCD,λ<=log n,8192,0,57338,6.999267578125
HHDCD,λ<=log n,8192,0,52758,6.440185546875
HHDCD,λ<=log n,8192,0,50940,6.21826171875
HHDCD,λ<=log n,8192,0,51449,6.2803955078125
HHDCD,λ<=log n,8192,0,55689,6.7979736328125
HHDCD,λ<=log n,8192,0,54649,6.6710205078125
HHDCD,λ<=log n,8192,0,55214,6.739990234375
HHDCD,λ<=log n,8192,0,51377,6.2716064453125
HHDCD,λ<=log n,8192,0,53152,6.48828125
HHDCD,λ<=log n,8192,0,51767,6.3192138671875
HHDCD,λ<=log n,8192,0,57835,7.0599365234375
HHDCD,λ<=log n,8192,0,52322,6.386962890625
HHDCD,λ<=log n,8192,0,52018,6.349853515625
HHDCD,λ<=log n,8192,0,57006,6.958740234375
HHDCD,λ<=log n,8192,0,57168,6.978515625
HHDCD,λ<=log n,8192,0,55516,6.77685546875
HHDCD,λ<=log n,8192,0,64805,7.9107666015625
HHDCD,λ<=log n,8192,0,52854,6.451904296875
HHDCD,λ<=log n,8192,0,56101,6.8482666015625
HHDCD,λ<=log n,8192,0,52584,6.4189453125
HHDCD,λ<=log n,8192,0,53310,6.507568359375
HHDCD,λ<=log n,8192,0,50217,6.1300048828125
HHDCD,λ<=log n,8192,0,57436,7.01123046875
HHDCD,λ<=log n,8192,0,58767,7.1737060546875
HHDCD,λ<=log n,8192,0,54672,6.673828125
HHDCD,λ<=log n,8192,0,55851,6.8177490234375
HHDCD,λ<=log n,8192,0,54368,6.63671875
HHDCD,λ<=log n,8192,0,57173,6.9791259765625
HHDCD,λ<=log n,8192,0,60816,7.423828125
HHDCD,λ<=log n,8192,0,59296,7.23828125
HHDCD,λ<=log n,8192,0,61149,7.4644775390625
HHDCD,λ<=log n,8192,0,60255,7.3553466796875
HHDCD,λ<=log n,8192,0,52674,6.429931640625
HHDCD,λ<=log n,8192,0,53822,6.570068359375
HHDCD,λ<=log n,8192,0,57357,7.0015869140625
HHDCD,λ<=log n,8192,0,62095,7.5799560546875
HHDCD,λ<=log n,8192,0,53544,6.5361328125
HHDCD,λ<=log n,8192,0,50128,6.119140625
HHDCD,λ<=log n,8192,0,51078,6.235107421875
HHDCD,λ<=log n,8192,0,54647,6.6707763671875
HHDCD,λ<=log n,8192,0,52051,6.3538818359375
HHDCD,λ<=log n,8192,0,55510,6.776123046875
HHDCD,λ<=log n,8192,0,52694,6.432373046875
HHDCD,λ<=log n,8192,0,54561,6.6602783203125
HHDCD,λ<=log n,8192,0,56000,6.8359375
HHDCD,λ<=log n,8192,0,60756,7.41650390625
HHDCD,λ<=log n,8192,0,56255,6.8670654296875
HHDCD,λ<=log n,8192,0,53677,6.5523681640625
HHDCD,λ<=log n,8192,0,56094,6.847412109375
HHDCD,λ<=log n,8192,0,52144,6.365234375
HHDCD,λ<=log n,8192,0,51967,6.3436279296875
HHDCD,λ<=log n,8192,0,55823,6.8143310546875
HHDCD,λ<=log n,8192,0,53989,6.5904541015625
HHDCD,λ<=log n,8192,0,60886,7.432373046875
HHDCD,λ<=log n,8192,0,52542,6.413818359375
HHDCD,λ<=log n,8192,0,54847,6.6951904296875
HHDCD,λ<=log n,8192,0,52518,6.410888671875
HHDCD,λ<=log n,8192,0,49438,6.034912109375
HHDCD,λ<=log n,8192,0,60909,7.4351806640625
HHDCD,λ<=log n,8192,0,52265,6.3800048828125
HHDCD,λ<=log n,8192,0,57194,6.981689453125
HHDCD,λ<=log n,8192,0,52928,6.4609375
HHDCD,λ<=log n,8192,0,54526,6.656005859375
HHLCD,λ<=log n,8192,0,65104,7.947265625
HHLCD,λ<=log n,8192,0,55459,6.7698974609375
HHLCD,λ<=log n,8192,0,55735,6.8035888671875
HHLCD,λ<=log n,8192,0,56781,6.9312744140625
HHLCD,λ<=log n,8192,0,57363,7.0023193359375
HHLCD,λ<=log n,8192,0,61016,7.4482421875
HHLCD,λ<=log n,8192,0,51922,6.338134765625
HHLCD,λ<=log n,8192,0,55991,6.8348388671875
HHLCD,λ<=log n,8192,0,55484,6.77294921875
HHLCD,λ<=log n,8192,0,54520,6.6552734375
HHLCD,λ<=log n,8192,0,57255,6.9891357421875
HHLCD,λ<=log n,8192,0,51526,6.289794921875
HHLCD,λ<=log n,8192,0,53160,6.4892578125
HHLCD,λ<=log n,8192,0,61676,7.52880859375
HHLCD,λ<=log n,8192,0,59803,7.3001708984375
HHLCD,λ<=log n,8192,0,53739,6.5599365234375
HHLCD,λ<=log n,8192,0,57172,6.97900390625
HHLCD,λ<=log n,8192,0,57716,7.04541015625
HHLCD,λ<=log n,8192,0,56820,6.93603515625
HHLCD,λ<=log n,8192,0,53524,6.53369140625
HHLCD,λ<=log n,8192,0,54384,6.638671875
HHLCD,λ<=log n,8192,0,60922,7.436767578125
HHLCD,λ<=log n,8192,0,56121,6.8507080078125
HHLCD,λ<=log n,8192,0,64510,7.874755859375
HHLCD,λ<=log n,8192,0,54498,6.652587890625
HHLCD,λ<=log n,8192,0,59722,7.290283203125
HHLCD,λ<=log n,8192,0,50967,6.2215576171875
HHLCD,λ<=log n,8192,0,53737,6.5596923828125
HHLCD,λ<=log n,8192,0,54806,6.690185546875
HHLCD,λ<=log n,8192,0,53842,6.572509765625
HHLCD,λ<=log n,8192,0,57285,6.9927978515625
HHLCD,λ<=log n,8192,0,59056,7.208984375
HHLCD,λ<=log n,8192,0,53052,6.47607421875
HHLCD,λ<=log n,8192,0,52450,6.402587890625
HHLCD,λ<=log n,8192,0,54308,6.62939453125
HHLCD,λ<=log n,8192,0,67094,8.190185546875
HHLCD,λ<=log n,8192,0,54934,6.705810546875
HHLCD,λ<=log n,8192,0,58139,7.0970458984375
HHLCD,λ<=log n,8192,0,61032,7.4501953125
HHLCD,λ<=log n,8192,0,58855,7.1844482421875
HHLCD,λ<=log n,8192,0,59324,7.24169921875
HHLCD,λ<=log n,8192,0,54056,6.5986328125
HHLCD,λ<=log n,8192,0,55666,6.795166015625
HHLCD,λ<=log n,8192,0,61385,7.4932861328125
HHLCD,λ<=log n,8192,0,59407,7.2518310546875
HHLCD,λ<=log n,8192,0,63365,7.7349853515625
HHLCD,λ<=log n,8192,0,59588,7.27392578125
HHLCD,λ<=log n,8192,0,53548,6.53662109375
HHLCD,λ<=log n,8192,0,52275,6.3812255859375
HHLCD,λ<=log n,8192,0,54828,6.69287109375
HHLCD,λ<=log n,8192,0,55158,6.733154296875
HHLCD,λ<=log n,8192,0,55047,6.7196044921875
HHLCD,λ<=log n,8192,0,60546,7.390869140625
HHLCD,λ<=log n,8192,0,65542,8.000732421875
HHLCD,λ<=log n,8192,0,52937,6.4620361328125
HHLCD,λ<=log n,8192,0,54980,6.71142578125
HHLCD,λ<=log n,8192,0,52537,6.4132080078125
HHLCD,λ<=log n,8192,0,59931,7.3157958984375
HHLCD,λ<=log n,8192,0,60972,7.44287109375
HHLCD,λ<=log n,8192,0,65942,8.049560546875
HHLCD,λ<=log n,8192,0,55766,6.807373046875
HHLCD,λ<=log n,8192,0,56638,6.913818359375
HHLCD,λ<=log n,8192,0,56736,6.92578125
HHLCD,λ<=log n,8192,0,58375,7.1258544921875
HHLCD,λ<=log n,8192,0,60126,7.339599609375
HHLCD,λ<=log n,8192,0,58313,7.1182861328125
HHLCD,λ<=log n,8192,0,58276,7.11376953125
HHLCD,λ<=log n,8192,0,57416,7.0087890625
HHLCD,λ<=log n,8192,0,55978,6.833251953125
HHLCD,λ<=log n,8192,0,55089,6.7247314453125
HHLCD,λ<=log n,8192,0,61403,7.4954833984375
HHLCD,λ<=log n,8192,0,53701,6.5552978515625
HHLCD,λ<=log n,8192,0,56226,6.863525390625
HHLCD,λ<=log n,8192,0,59348,7.24462890625
HHLCD,λ<=log n,8192,0,72679,8.8719482421875
HHLCD,λ<=log n,8192,0,57614,7.032958984375
HHLCD,λ<=log n,8192,0,55624,6.7900390625
HHLCD,λ<=log n,8192,0,64724,7.90087890625
HHLCD,λ<=log n,8192,0,56327,6.8758544921875
HHLCD,λ<=log n,8192,0,53917,6.5816650390625
HHLCD,λ<=log n,8192,0,60386,7.371337890625
HHLCD,λ<=log n,8192,0,52586,6.419189453125
HHLCD,λ<=log n,8192,0,53393,6.5177001953125
HHLCD,λ<=log n,8192,0,55404,6.76318359375
HHLCD,λ<=log n,8192,0,57373,7.0035400390625
HHLCD,λ<=log n,8192,0,59953,7.3184814453125
HHLCD,λ<=log n,8192,0,59278,7.236083984375
HHLCD,λ<=log n,8192,0,57660,7.03857421875
HHLCD,λ<=log n,8192,0,57105,6.9708251953125
HHLCD,λ<=log n,8192,0,61310,7.484130859375
HHLCD,λ<=log n,8192,0,60992,7.4453125
HHLCD,λ<=log n,8192,0,57996,7.07958984375
HHLCD,λ<=log n,8192,0,53988,6.59033203125
HHLCD,λ<=log n,8192,0,60290,7.359619140625
HHLCD,λ<=log n,8192,0,55883,6.8216552734375
HHLCD,λ<=log n,8192,0,55248,6.744140625
HHLCD,λ<=log n,8192,0,55190,6.737060546875
HHLCD,λ<=log n,8192,0,55145,6.7315673828125
HHLCD,λ<=log n,8192,0,58931,7.1937255859375
HHLCD,λ<=log n,8192,0,53932,6.58349609375
HRLCD,λ<=log n,8192,0,58850,7.183837890625
HRLCD,λ<=log n,8192,0,68257,8.3321533203125
HRLCD,λ<=log n,8192,0,57104,6.970703125
HRLCD,λ<=log n,8192,0,57860,7.06298828125
HRLCD,λ<=log n,8192,0,55182,6.736083984375
HRLCD,λ<=log n,8192,0,57546,7.024658203125
HRLCD,λ<=log n,8192,0,66414,8.107177734375
HRLCD,λ<=log n,8192,0,59615,7.2772216796875
HRLCD,λ<=log n,8192,0,72587,8.8607177734375
HRLCD,λ<=log n,8192,0,61457,7.5020751953125
HRLCD,λ<=log n,8192,0,56939,6.9505615234375
HRLCD,λ<=log n,8192,0,67602,8.252197265625
HRLCD,λ<=log n,8192,0,61036,7.45068359375
HRLCD,λ<=log n,8192,0,59865,7.3077392578125
HRLCD,λ<=log n,8192,0,54781,6.6871337890625
HRLCD,λ<=log n,8192,0,62835,7.6702880859375
HRLCD,λ<=log n,8192,0,59184,7.224609375
HRLCD,λ<=log n,8192,0,60611,7.3988037109375
HRLCD,λ<=log n,8192,0,64574,7.882568359375
HRLCD,λ<=log n,8192,0,59288,7.2373046875
HRLCD,λ<=log n,8192,0,56811,6.9349365234375
HRLCD,λ<=log n,8192,0,60680,7.4072265625
HRLCD,λ<=log n,8192,0,62556,7.63623046875
HRLCD,λ<=log n,8192,0,57511,7.0203857421875
HRLCD,λ<=log n,8192,0,57114,6.971923828125
HRLCD,λ<=log n,8192,0,60647,7.4031982421875
HRLCD,λ<=log n,8192,0,61694,7.531005859375
HRLCD,λ<=log n,8192,0,64686,7.896240234375
HRLCD,λ<=log n,8192,0,56074,6.844970703125
HRLCD,λ<=log n,8192,0,67718,8.266357421875
HRLCD,λ<=log n,8192,0,61614,7.521240234375
HRLCD,λ<=log n,8192,0,67616,8.25390625
HRLCD,λ<=log n,8192,0,64426,7.864501953125
HRLCD,λ<=log n,8192,0,70462,8.601318359375
HRLCD,λ<=log n,8192,0,60560,7.392578125
HRLCD,λ<=log n,8192,0,59324,7.24169921875
HRLCD,λ<=log n,8192,0,65311,7.9725341796875
HRLCD,λ<=log n,8192,0,60350,7.366943359375
HRLCD,λ<=log n,8192,0,62077,7.5777587890625
HRLCD,λ<=log n,8192,0,64835,7.9144287109375
HRLCD,λ<=log n,8192,0,58625,7.1563720703125
HRLCD,λ<=log n,8192,0,64450,7.867431640625
HRLCD,λ<=log n,8192,0,67749,8.2701416015625
HRLCD,λ<=log n,8192,0,63064,7.6982421875
HRLCD,λ<=log n,8192,0,61490,7.506103515625
HRLCD,λ<=log n,8192,0,64325,7.8521728515625
HRLCD,λ<=log n,8192,0,56782,6.931396484375
HRLCD,λ<=log n,8192,0,60911,7.4354248046875
HRLCD,λ<=log n,8192,0,66630,8.133544921875
HRLCD,λ<=log n,8192,0,58599,7.1531982421875
HRLCD,λ<=log n,8192,0,56357,6.8795166015625
HRLCD,λ<=log n,8192,0,65117,7.9488525390625
HRLCD,λ<=log n,8192,0,59858,7.306884765625
HRLCD,λ<=log n,8192,0,60046,7.329833984375
HRLCD,λ<=log n,8192,0,61828,7.54736328125
HRLCD,λ<=log n,8192,0,60645,7.4029541015625
HRLCD,λ<=log n,8192,0,62302,7.605224609375
HRLCD,λ<=log n,8192,0,63736,7.7802734375
HRLCD,λ<=log n,8192,0,65058,7.941650390625
HRLCD,λ<=log n,8192,0,58276,7.11376953125
HRLCD,λ<=log n,8192,0,69607,8.4969482421875
HRLCD,λ<=log n,8192,0,61413,7.4967041015625
HRLCD,λ<=log n,8192,0,58532,7.14501953125
HRLCD,λ<=log n,8192,0,61741,7.5367431640625
HRLCD,λ<=log n,8192,0,54938,6.706298828125
HRLCD,λ<=log n,8192,0,66145,8.0743408203125
HRLCD,λ<=log n,8192,0,62149,7.5865478515625
HRLCD,λ<=log n,8192,0,62784,7.6640625
HRLCD,λ<=log n,8192,0,61559,7.5145263671875
HRLCD,λ<=log n,8192,0,62917,7.6802978515625
HRLCD,λ<=log n,8192,0,61551,7.5135498046875
HRLCD,λ<=log n,8192,0,58684,7.16357421875
HRLCD,λ<=log n,8192,0,59749,7.2935791015625
HRLCD,λ<=log n,8192,0,56701,6.9215087890625
HRLCD,λ<=log n,8192,0,58530,7.144775390625
HRLCD,λ<=log n,8192,0,63076,7.69970703125
HRLCD,λ<=log n,8192,0,63803,7.7884521484375
HRLCD,λ<=log n,8192,0,60214,7.350341796875
HRLCD,λ<=log n,8192,0,61188,7.46923828125
HRLCD,λ<=log n,8192,0,53257,6.5010986328125
HRLCD,λ<=log n,8192,0,57373,7.0035400390625
HRLCD,λ<=log n,8192,0,63116,7.70458984375
HRLCD,λ<=log n,8192,0,69462,8.479248046875
HRLCD,λ<=log n,8192,0,60760,7.4169921875
HRLCD,λ<=log n,8192,0,54356,6.63525390625
HRLCD,λ<=log n,8192,0,59012,7.20361328125
HRLCD,λ<=log n,8192,0,59137,7.2188720703125
HRLCD,λ<=log n,8192,0,63688,7.7744140625
HRLCD,λ<=log n,8192,0,56274,6.869384765625
HRLCD,λ<=log n,8192,0,61173,7.4674072265625
HRLCD,λ<=log n,8192,0,57011,6.9593505859375
HRLCD,λ<=log n,8192,0,56648,6.9150390625
HRLCD,λ<=log n,8192,0,59073,7.2110595703125
HRLCD,λ<=log n,8192,0,68125,8.3160400390625
HRLCD,λ<=log n,8192,0,58990,7.200927734375
HRLCD,λ<=log n,8192,0,69735,8.5125732421875
HRLCD,λ<=log n,8192,0,57956,7.07470703125
HRLCD,λ<=log n,8192,0,58295,7.1160888671875
HRLCD,λ<=log n,8192,0,64578,7.883056640625
HSLCD,λ<=log n,8192,0,82129,10.0255126953125
HSLCD,λ<=log n,8192,0,86887,10.6063232421875
HSLCD,λ<=log n,8192,0,77846,9.502685546875
HSLCD,λ<=log n,8192,0,91171,11.1292724609375
HSLCD,λ<=log n,8192,0,79414,9.694091796875
HSLCD,λ<=log n,8192,0,73546,8.977783203125
HSLCD,λ<=log n,8192,0,81573,9.9576416015625
HSLCD,λ<=log n,8192,0,71938,8.781494140625
HSLCD,λ<=log n,8192,0,75864,9.2607421875
HSLCD,λ<=log n,8192,0,73532,8.97607421875
HSLCD,λ<=log n,8192,0,72409,8.8389892578125
HSLCD,λ<=log n,8192,0,78240,9.55078125
HSLCD,λ<=log n,8192,0,77088,9.41015625
HSLCD,λ<=log n,8192,0,77397,9.4478759765625
HSLCD,λ<=log n,8192,0,81927,10.0008544921875
HSLCD,λ<=log n,8192,0,81098,9.899658203125
HSLCD,λ<=log n,8192,0,80630,9.842529296875
HSLCD,λ<=log n,8192,0,78065,9.5294189453125
HSLCD,λ<=log n,8192,0,82369,10.0548095703125
HSLCD,λ<=log n,8192,0,73155,8.9300537109375
HSLCD,λ<=log n,8192,0,81544,9.9541015625
HSLCD,λ<=log n,8192,0,71733,8.7564697265625
HSLCD,λ<=log n,8192,0,96138,11.735595703125
HSLCD,λ<=log n,8192,0,79880,9.7509765625
HSLCD,λ<=log n,8192,0,90379,11.0325927734375
HSLCD,λ<=log n,8192,0,88122,10.757080078125
HSLCD,λ<=log n,8192,0,75553,9.2227783203125
HSLCD,λ<=log n,8192,0,85168,10.396484375
HSLCD,λ<=log n,8192,0,83138,10.148681640625
HSLCD,λ<=log n,8192,0,83153,10.1505126953125
HSLCD,λ<=log n,8192,0,76390,9.324951171875
HSLCD,λ<=log n,8192,0,77156,9.41845703125
HSLCD,λ<=log n,8192,0,80423,9.8172607421875
HSLCD,λ<=log n,8192,0,76402,9.326416015625
HSLCD,λ<=log n,8192,0,80109,9.7789306640625
HSLCD,λ<=log n,8192,0,74094,9.044677734375
HSLCD,λ<=log n,8192,0,76887,9.3856201171875
HSLCD,λ<=log n,8192,0,80327,9.8055419921875
HSLCD,λ<=log n,8192,0,77237,9.4283447265625
HSLCD,λ<=log n,8192,0,86365,10.5426025390625
HSLCD,λ<=log n,8192,0,76043,9.2825927734375
HSLCD,λ<=log n,8192,0,74738,9.123291015625
HSLCD,λ<=log n,8192,0,80292,9.80126953125
HSLCD,λ<=log n,8192,0,82254,10.040771484375
HSLCD,λ<=log n,8192,0,76094,9.288818359375
HSLCD,λ<=log n,8192,0,76980,9.39697265625
HSLCD,λ<=log n,8192,0,71046,8.672607421875
HSLCD,λ<=log n,8192,0,81993,10.0089111328125
HSLCD,λ<=log n,8192,0,71414,8.717529296875
HSLCD,λ<=log n,8192,0,76834,9.379150390625
HSLCD,λ<=log n,8192,0,70995,8.6663818359375
HSLCD,λ<=log n,8192,0,78428,9.57373046875
HSLCD,λ<=log n,8192,0,80552,9.8330078125
HSLCD,λ<=log n,8192,0,74541,9.0992431640625
HSLCD,λ<=log n,8192,0,87984,10.740234375
HSLCD,λ<=log n,8192,0,75790,9.251708984375
HSLCD,λ<=log n,8192,0,77884,9.50732421875
HSLCD,λ<=log n,8192,0,73184,8.93359375
HSLCD,λ<=log n,8192,0,75531,9.2200927734375
HSLCD,λ<=log n,8192,0,74962,9.150634765625
HSLCD,λ<=log n,8192,0,91396,11.15673828125
HSLCD,λ<=log n,8192,0,93039,11.3572998046875
HSLCD,λ<=log n,8192,0,73578,8.981689453125
HSLCD,λ<=log n,8192,0,80124,9.78076171875
HSLCD,λ<=log n,8192,0,82764,10.10302734375
HSLCD,λ<=log n,8192,0,73326,8.950927734375
HSLCD,λ<=log n,8192,0,87679,10.7030029296875
HSLCD,λ<=log n,8192,0,76891,9.3861083984375
HSLCD,λ<=log n,8192,0,75325,9.1949462890625
HSLCD,λ<=log n,8192,0,77646,9.478271484375
HSLCD,λ<=log n,8192,0,72417,8.8399658203125
HSLCD,λ<=log n,8192,0,76015,9.2791748046875
HSLCD,λ<=log n,8192,0,70815,8.6444091796875
HSLCD,λ<=log n,8192,0,74635,9.1107177734375
HSLCD,λ<=log n,8192,0,74843,9.1361083984375
HSLCD,λ<=log n,8192,0,73198,8.935302734375
HSLCD,λ<=log n,8192,0,86524,10.56201171875
HSLCD,λ<=log n,8192,0,78045,9.5269775390625
HSLCD,λ<=log n,8192,0,78042,9.526611328125
HSLCD,λ<=log n,8192,0,78685,9.6051025390625
HSLCD,λ<=log n,8192,0,73774,9.005615234375
HSLCD,λ<=log n,8192,0,83280,10.166015625
HSLCD,λ<=log n,8192,0,76354,9.320556640625
HSLCD,λ<=log n,8192,0,74406,9.082763671875
HSLCD,λ<=log n,8192,0,74813,9.1324462890625
HSLCD,λ<=log n,8192,0,80070,9.774169921875
HSLCD,λ<=log n,8192,0,86320,10.537109375
HSLCD,λ<=log n,8192,0,93329,11.3927001953125
HSLCD,λ<=log n,8192,0,81315,9.9261474609375
HSLCD,λ<=log n,8192,0,77384,9.4462890625
HSLCD,λ<=log n,8192,0,73267,8.9437255859375
HSLCD,λ<=log n,8192,0,81342,9.929443359375
HSLCD,λ<=log n,8192,0,82683,10.0931396484375
HSLCD,λ<=log n,8192,0,74628,9.10986328125
HSLCD,λ<=log n,8192,0,77994,9.520751953125
HSLCD,λ<=log n,8192,0,78525,9.5855712890625
HSLCD,λ<=log n,8192,0,74663,9.1141357421875
HSLCD,λ<=log n,8192,0,90041,10.9913330078125
HSLCD,λ<=log n,8192,0,75829,9.2564697265625
HSDSD,λ<=log n,8192,0,88018,10.744384765625
HSDSD,λ<=log n,8192,0,86834,10.599853515625
HSDSD,λ<=log n,8192,0,82502,10.071044921875
HSDSD,λ<=log n,8192,0,85674,10.458251953125
HSDSD,λ<=log n,8192,0,83991,10.2528076171875
HSDSD,λ<=log n,8192,0,87714,10.707275390625
HSDSD,λ<=log n,8192,0,83550,10.198974609375
HSDSD,λ<=log n,8192,0,81753,9.9796142578125
HSDSD,λ<=log n,8192,0,79216,9.669921875
HSDSD,λ<=log n,8192,0,90827,11.0872802734375
HSDSD,λ<=log n,8192,0,86137,10.5147705078125
HSDSD,λ<=log n,8192,0,87920,10.732421875
HSDSD,λ<=log n,8192,0,82373,10.0552978515625
HSDSD,λ<=log n,8192,0,84151,10.2723388671875
HSDSD,λ<=log n,8192,0,82673,10.0919189453125
HSDSD,λ<=log n,8192,0,83563,10.2005615234375
HSDSD,λ<=log n,8192,0,78281,9.5557861328125
HSDSD,λ<=log n,8192,0,83451,10.1868896484375
HSDSD,λ<=log n,8192,0,73919,9.0233154296875
HSDSD,λ<=log n,8192,0,88709,10.8287353515625
HSDSD,λ<=log n,8192,0,78221,9.5484619140625
HSDSD,λ<=log n,8192,0,81258,9.919189453125
HSDSD,λ<=log n,8192,0,81899,9.9974365234375
HSDSD,λ<=log n,8192,0,93860,11.45751953125
HSDSD,λ<=log n,8192,0,79830,9.744873046875
HSDSD,λ<=log n,8192,0,91224,11.1357421875
HSDSD,λ<=log n,8192,0,97608,11.9150390625
HSDSD,λ<=log n,8192,0,88971,10.8607177734375
HSDSD,λ<=log n,8192,0,89662,10.945068359375
HSDSD,λ<=log n,8192,0,89752,10.9560546875
HSDSD,λ<=log n,8192,0,82206,10.034912109375
HSDSD,λ<=log n,8192,0,81439,9.9412841796875
HSDSD,λ<=log n,8192,0,88667,10.8236083984375
HSDSD,λ<=log n,8192,0,99497,12.1456298828125
HSDSD,λ<=log n,8192,0,105497,12.8780517578125
HSDSD,λ<=log n,8192,0,79610,9.718017578125
HSDSD,λ<=log n,8192,0,85134,10.392333984375
HSDSD,λ<=log n,8192,0,79296,9.6796875
HSDSD,λ<=log n,8192,0,80049,9.7716064453125
HSDSD,λ<=log n,8192,0,81241,9.9171142578125
HSDSD,λ<=log n,8192,0,85359,10.4197998046875
HSDSD,λ<=log n,8192,0,79896,9.7529296875
HSDSD,λ<=log n,8192,0,82951,10.1258544921875
HSDSD,λ<=log n,8192,0,78475,9.5794677734375
HSDSD,λ<=log n,8192,0,79076,9.65283203125
HSDSD,λ<=log n,8192,0,77827,9.5003662109375
HSDSD,λ<=log n,8192,0,81301,9.9244384765625
HSDSD,λ<=log n,8192,0,82284,10.04443359375
HSDSD,λ<=log n,8192,0,83807,10.2303466796875
HSDSD,λ<=log n,8192,0,79734,9.733154296875
HSDSD,λ<=log n,8192,0,80793,9.8624267578125
HSDSD,λ<=log n,8192,0,87801,10.7178955078125
HSDSD,λ<=log n,8192,0,84137,10.2706298828125
HSDSD,λ<=log n,8192,0,82876,10.11669921875
HSDSD,λ<=log n,8192,0,87941,10.7349853515625
HSDSD,λ<=log n,8192,0,83050,10.137939453125
HSDSD,λ<=log n,8192,0,94790,11.571044921875
HSDSD,λ<=log n,8192,0,85592,10.4482421875
HSDSD,λ<=log n,8192,0,86045,10.5035400390625
HSDSD,λ<=log n,8192,0,95935,11.7108154296875
HSDSD,λ<=log n,8192,0,89104,10.876953125
HSDSD,λ<=log n,8192,0,85976,10.4951171875
HSDSD,λ<=log n,8192,0,77226,9.427001953125
HSDSD,λ<=log n,8192,0,85453,10.4312744140625
HSDSD,λ<=log n,8192,0,91181,11.1304931640625
HSDSD,λ<=log n,8192,0,79472,9.701171875
HSDSD,λ<=log n,8192,0,79728,9.732421875
HSDSD,λ<=log n,8192,0,97628,11.91748046875
HSDSD,λ<=log n,8192,0,82762,10.102783203125
HSDSD,λ<=log n,8192,0,84440,10.3076171875
HSDSD,λ<=log n,8192,0,85880,10.4833984375
HSDSD,λ<=log n,8192,0,84894,10.363037109375
HSDSD,λ<=log n,8192,0,79019,9.6458740234375
HSDSD,λ<=log n,8192,0,82942,10.124755859375
HSDSD,λ<=log n,8192,0,78116,9.53564453125
HSDSD,λ<=log n,8192,0,93993,11.4737548828125
HSDSD,λ<=log n,8192,0,97048,11.8466796875
HSDSD,λ<=log n,8192,0,81406,9.937255859375
HSDSD,λ<=log n,8192,0,84799,10.3514404296875
HSDSD,λ<=log n,8192,0,81859,9.9925537109375
HSDSD,λ<=log n,8192,0,86129,10.5137939453125
HSDSD,λ<=log n,8192,0,93072,11.361328125
HSDSD,λ<=log n,8192,0,86630,10.574951171875
HSDSD,λ<=log n,8192,0,76626,9.353759765625
HSDSD,λ<=log n,8192,0,93171,11.3734130859375
HSDSD,λ<=log n,8192,0,81228,9.91552734375
HSDSD,λ<=log n,8192,0,93599,11.4256591796875
HSDSD,λ<=log n,8192,0,95642,11.675048828125
HSDSD,λ<=log n,8192,0,82388,10.05712890625
HSDSD,λ<=log n,8192,0,78186,9.544189453125
HSDSD,λ<=log n,8192,0,87942,10.735107421875
HSDSD,λ<=log n,8192,0,85116,10.39013671875
HSDSD,λ<=log n,8192,0,89852,10.96826171875
HSDSD,λ<=log n,8192,0,86333,10.5386962890625
HSDSD,λ<=log n,8192,0,82049,10.0157470703125
HSDSD,λ<=log n,8192,0,81695,9.9725341796875
HSDSD,λ<=log n,8192,0,81684,9.97119140625
HSDSD,λ<=log n,8192,0,81340,9.92919921875
HSDSD,λ<=log n,8192,0,87683,10.7034912109375
HSDSD,λ<=log n,8192,0,84104,10.2666015625
HRDSD,λ<=log n,8192,0,71701,8.7525634765625
HRDSD,λ<=log n,8192,0,65934,8.048583984375
HRDSD,λ<=log n,8192,0,63070,7.698974609375
HRDSD,λ<=log n,8192,0,66216,8.0830078125
HRDSD,λ<=log n,8192,0,65667,8.0159912109375
HRDSD,λ<=log n,8192,0,65350,7.977294921875
HRDSD,λ<=log n,8192,0,70326,8.584716796875
HRDSD,λ<=log n,8192,0,70922,8.657470703125
HRDSD,λ<=log n,8192,0,67024,8.181640625
HRDSD,λ<=log n,8192,0,63257,7.7218017578125
HRDSD,λ<=log n,8192,0,75068,9.16357421875
HRDSD,λ<=log n,8192,0,65828,8.03564453125
HRDSD,λ<=log n,8192,0,69872,8.529296875
HRDSD,λ<=log n,8192,0,70552,8.6123046875
HRDSD,λ<=log n,8192,0,71195,8.6907958984375
HRDSD,λ<=log n,8192,0,64591,7.8846435546875
HRDSD,λ<=log n,8192,0,67562,8.247314453125
HRDSD,λ<=log n,8192,0,70824,8.6455078125
HRDSD,λ<=log n,8192,0,65222,7.961669921875
HRDSD,λ<=log n,8192,0,67313,8.2169189453125
HRDSD,λ<=log n,8192,0,81895,9.9969482421875
HRDSD,λ<=log n,8192,0,65215,7.9608154296875
HRDSD,λ<=log n,8192,0,76798,9.374755859375
HRDSD,λ<=log n,8192,0,68081,8.3106689453125
HRDSD,λ<=log n,8192,0,72228,8.81689453125
HRDSD,λ<=log n,8192,0,83270,10.164794921875
HRDSD,λ<=log n,8192,0,71849,8.7706298828125
HRDSD,λ<=log n,8192,0,69670,8.504638671875
HRDSD,λ<=log n,8192,0,66320,8.095703125
HRDSD,λ<=log n,8192,0,69191,8.4461669921875
HRDSD,λ<=log n,8192,0,72631,8.8660888671875
HRDSD,λ<=log n,8192,0,70678,8.627685546875
HRDSD,λ<=log n,8192,0,68239,8.3299560546875
HRDSD,λ<=log n,8192,0,69357,8.4664306640625
HRDSD,λ<=log n,8192,0,83894,10.240966796875
HRDSD,λ<=log n,8192,0,67156,8.19775390625
HRDSD,λ<=log n,8192,0,66679,8.1395263671875
HRDSD,λ<=log n,8192,0,69090,8.433837890625
HRDSD,λ<=log n,8192,0,65114,7.948486328125
HRDSD,λ<=log n,8192,0,70483,8.6038818359375
HRDSD,λ<=log n,8192,0,64361,7.8565673828125
HRDSD,λ<=log n,8192,0,76350,9.320068359375
HRDSD,λ<=log n,8192,0,66124,8.07177734375
HRDSD,λ<=log n,8192,0,76094,9.288818359375
HRDSD,λ<=log n,8192,0,68505,8.3624267578125
HRDSD,λ<=log n,8192,0,68948,8.41650390625
HRDSD,λ<=log n,8192,0,64382,7.859130859375
HRDSD,λ<=log n,8192,0,68600,8.3740234375
HRDSD,λ<=log n,8192,0,69007,8.4237060546875
HRDSD,λ<=log n,8192,0,74484,9.09228515625
HRDSD,λ<=log n,8192,0,77874,9.506103515625
HRDSD,λ<=log n,8192,0,70030,8.548583984375
HRDSD,λ<=log n,8192,0,77067,9.4075927734375
HRDSD,λ<=log n,8192,0,65324,7.97412109375
HRDSD,λ<=log n,8192,0,71230,8.695068359375
HRDSD,λ<=log n,8192,0,66466,8.113525390625
HRDSD,λ<=log n,8192,0,68098,8.312744140625
HRDSD,λ<=log n,8192,0,67401,8.2276611328125
HRDSD,λ<=log n,8192,0,68716,8.38818359375
HRDSD,λ<=log n,8192,0,69793,8.5196533203125
HRDSD,λ<=log n,8192,0,65378,7.980712890625
HRDSD,λ<=log n,8192,0,68666,8.382080078125
HRDSD,λ<=log n,8192,0,69269,8.4556884765625
HRDSD,λ<=log n,8192,0,68245,8.3306884765625
HRDSD,λ<=log n,8192,0,73326,8.950927734375
HRDSD,λ<=log n,8192,0,72641,8.8673095703125
HRDSD,λ<=log n,8192,0,71646,8.745849609375
HRDSD,λ<=log n,8192,0,68895,8.4100341796875
HRDSD,λ<=log n,8192,0,70821,8.6451416015625
HRDSD,λ<=log n,8192,0,68538,8.366455078125
HRDSD,λ<=log n,8192,0,71139,8.6839599609375
HRDSD,λ<=log n,8192,0,68746,8.391845703125
HRDSD,λ<=log n,8192,0,70994,8.666259765625
HRDSD,λ<=log n,8192,0,68198,8.324951171875
HRDSD,λ<=log n,8192,0,70318,8.583740234375
HRDSD,λ<=log n,8192,0,66889,8.1651611328125
HRDSD,λ<=log n,8192,0,66816,8.15625
HRDSD,λ<=log n,8192,0,68320,8.33984375
HRDSD,λ<=log n,8192,0,65057,7.9415283203125
HRDSD,λ<=log n,8192,0,68690,8.385009765625
HRDSD,λ<=log n,8192,0,72570,8.858642578125
HRDSD,λ<=log n,8192,0,67221,8.2056884765625
HRDSD,λ<=log n,8192,0,77309,9.4371337890625
HRDSD,λ<=log n,8192,0,65621,8.0103759765625
HRDSD,λ<=log n,8192,0,73724,8.99951171875
HRDSD,λ<=log n,8192,0,66840,8.1591796875
HRDSD,λ<=log n,8192,0,69329,8.4630126953125
HRDSD,λ<=log n,8192,0,65016,7.9365234375
HRDSD,λ<=log n,8192,0,65721,8.0225830078125
HRDSD,λ<=log n,8192,0,66421,8.1080322265625
HRDSD,λ<=log n,8192,0,71072,8.67578125
HRDSD,λ<=log n,8192,0,70692,8.62939453125
HRDSD,λ<=log n,8192,0,61525,7.5103759765625
HRDSD,λ<=log n,8192,0,67422,8.230224609375
HRDSD,λ<=log n,8192,0,70187,8.5677490234375
HRDSD,λ<=log n,8192,0,71339,8.7083740234375
HRDSD,λ<=log n,8192,0,68820,8.40087890625
HRDSD,λ<=log n,8192,0,72843,8.8919677734375
HRDSD,λ<=log n,8192,0,70011,8.5462646484375
HRDSD,λ<=log n,8192,0,71482,8.725830078125
HHDSD,λ<=log n,8192,0,63150,7.708740234375
HHDSD,λ<=log n,8192,0,67813,8.2779541015625
HHDSD,λ<=log n,8192,0,61212,7.47216796875
HHDSD,λ<=log n,8192,0,63969,7.8087158203125
HHDSD,λ<=log n,8192,0,61862,7.551513671875
HHDSD,λ<=log n,8192,0,69584,8.494140625
HHDSD,λ<=log n,8192,0,64796,7.90966796875
HHDSD,λ<=log n,8192,0,65087,7.9451904296875
HHDSD,λ<=log n,8192,0,63414,7.740966796875
HHDSD,λ<=log n,8192,0,74734,9.122802734375
HHDSD,λ<=log n,8192,0,65154,7.953369140625
HHDSD,λ<=log n,8192,0,65269,7.9674072265625
HHDSD,λ<=log n,8192,0,63762,7.783447265625
HHDSD,λ<=log n,8192,0,65952,8.05078125
HHDSD,λ<=log n,8192,0,61025,7.4493408203125
HHDSD,λ<=log n,8192,0,64056,7.8193359375
HHDSD,λ<=log n,8192,0,63728,7.779296875
HHDSD,λ<=log n,8192,0,61982,7.566162109375
HHDSD,λ<=log n,8192,0,65860,8.03955078125
HHDSD,λ<=log n,8192,0,62311,7.6063232421875
HHDSD,λ<=log n,8192,0,61058,7.453369140625
HHDSD,λ<=log n,8192,0,65771,8.0286865234375
HHDSD,λ<=log n,8192,0,65433,7.9874267578125
HHDSD,λ<=log n,8192,0,65639,8.0125732421875
HHDSD,λ<=log n,8192,0,63734,7.780029296875
HHDSD,λ<=log n,8192,0,60799,7.4217529296875
HHDSD,λ<=log n,8192,0,64857,7.9171142578125
HHDSD,λ<=log n,8192,0,64440,7.8662109375
HHDSD,λ<=log n,8192,0,62557,7.6363525390625
HHDSD,λ<=log n,8192,0,60917,7.4361572265625
HHDSD,λ<=log n,8192,0,65767,8.0281982421875
HHDSD,λ<=log n,8192,0,61623,7.5223388671875
HHDSD,λ<=log n,8192,0,61799,7.5438232421875
HHDSD,λ<=log n,8192,0,61224,7.4736328125
HHDSD,λ<=log n,8192,0,60710,7.410888671875
HHDSD,λ<=log n,8192,0,63781,7.7857666015625
HHDSD,λ<=log n,8192,0,58400,7.12890625
HHDSD,λ<=log n,8192,0,63417,7.7413330078125
HHDSD,λ<=log n,8192,0,63035,7.6947021484375
HHDSD,λ<=log n,8192,0,84164,10.27392578125
HHDSD,λ<=log n,8192,0,62681,7.6514892578125
HHDSD,λ<=log n,8192,0,60111,7.3377685546875
HHDSD,λ<=log n,8192,0,61385,7.4932861328125
HHDSD,λ<=log n,8192,0,61100,7.45849609375
HHDSD,λ<=log n,8192,0,66385,8.1036376953125
HHDSD,λ<=log n,8192,0,62715,7.6556396484375
HHDSD,λ<=log n,8192,0,59908,7.31298828125
HHDSD,λ<=log n,8192,0,67169,8.1993408203125
HHDSD,λ<=log n,8192,0,67748,8.27001953125
HHDSD,λ<=log n,8192,0,61737,7.5362548828125
HHDSD,λ<=log n,8192,0,64325,7.8521728515625
HHDSD,λ<=log n,8192,0,61938,7.560791015625
HHDSD,λ<=log n,8192,0,58572,7.14990234375
HHDSD,λ<=log n,8192,0,64326,7.852294921875
HHDSD,λ<=log n,8192,0,70764,8.63818359375
HHDSD,λ<=log n,8192,0,62181,7.5904541015625
HHDSD,λ<=log n,8192,0,59840,7.3046875
HHDSD,λ<=log n,8192,0,61847,7.5496826171875
HHDSD,λ<=log n,8192,0,60791,7.4207763671875
HHDSD,λ<=log n,8192,0,61167,7.4666748046875
HHDSD,λ<=log n,8192,0,62821,7.6685791015625
HHDSD,λ<=log n,8192,0,63554,7.758056640625
HHDSD,λ<=log n,8192,0,65191,7.9578857421875
HHDSD,λ<=log n,8192,0,63750,7.781982421875
HHDSD,λ<=log n,8192,0,58224,7.107421875
HHDSD,λ<=log n,8192,0,62696,7.6533203125
HHDSD,λ<=log n,8192,0,62619,7.6439208984375
HHDSD,λ<=log n,8192,0,67360,8.22265625
HHDSD,λ<=log n,8192,0,67377,8.2247314453125
HHDSD,λ<=log n,8192,0,61476,7.50439453125
HHDSD,λ<=log n,8192,0,63196,7.71435546875
HHDSD,λ<=log n,8192,0,67574,8.248779296875
HHDSD,λ<=log n,8192,0,59736,7.2919921875
HHDSD,λ<=log n,8192,0,63361,7.7344970703125
HHDSD,λ<=log n,8192,0,62406,7.617919921875
HHDSD,λ<=log n,8192,0,77672,9.4814453125
HHDSD,λ<=log n,8192,0,60230,7.352294921875
HHDSD,λ<=log n,8192,0,64580,7.88330078125
HHDSD,λ<=log n,8192,0,58583,7.1512451171875
HHDSD,λ<=log n,8192,0,64344,7.8544921875
HHDSD,λ<=log n,8192,0,69968,8.541015625
HHDSD,λ<=log n,8192,0,61186,7.468994140625
HHDSD,λ<=log n,8192,0,61655,7.5262451171875
HHDSD,λ<=log n,8192,0,62355,7.6116943359375
HHDSD,λ<=log n,8192,0,63021,7.6929931640625
HHDSD,λ<=log n,8192,0,62230,7.596435546875
HHDSD,λ<=log n,8192,0,62679,7.6512451171875
HHDSD,λ<=log n,8192,0,67367,8.2235107421875
HHDSD,λ<=log n,8192,0,75367,9.2000732421875
HHDSD,λ<=log n,8192,0,64172,7.83349609375
HHDSD,λ<=log n,8192,0,66403,8.1058349609375
HHDSD,λ<=log n,8192,0,73729,9.0001220703125
HHDSD,λ<=log n,8192,0,65054,7.941162109375
HHDSD,λ<=log n,8192,0,61064,7.4541015625
HHDSD,λ<=log n,8192,0,62923,7.6810302734375
HHDSD,λ<=log n,8192,0,63660,7.77099609375
HHDSD,λ<=log n,8192,0,61670,7.528076171875
HHDSD,λ<=log n,8192,0,62702,7.654052734375
HHDSD,λ<=log n,8192,0,64286,7.847412109375
HHDSD,λ<=log n,8192,0,67472,8.236328125
HHLSD,λ<=log n,8192,0,65123,7.9495849609375
HHLSD,λ<=log n,8192,0,66975,8.1756591796875
HHLSD,λ<=log n,8192,0,75102,9.167724609375
HHLSD,λ<=log n,8192,0,70705,8.6309814453125
HHLSD,λ<=log n,8192,0,64900,7.92236328125
HHLSD,λ<=log n,8192,0,63935,7.8045654296875
HHLSD,λ<=log n,8192,0,68172,8.32177734375
HHLSD,λ<=log n,8192,0,65785,8.0303955078125
HHLSD,λ<=log n,8192,0,68163,8.3206787109375
HHLSD,λ<=log n,8192,0,65496,7.9951171875
HHLSD,λ<=log n,8192,0,68879,8.4080810546875
HHLSD,λ<=log n,8192,0,61426,7.498291015625
HHLSD,λ<=log n,8192,0,72693,8.8736572265625
HHLSD,λ<=log n,8192,0,65164,7.95458984375
HHLSD,λ<=log n,8192,0,69692,8.50732421875
HHLSD,λ<=log n,8192,0,72106,8.802001953125
HHLSD,λ<=log n,8192,0,65433,7.9874267578125
HHLSD,λ<=log n,8192,0,67248,8.208984375
HHLSD,λ<=log n,8192,0,66440,8.1103515625
HHLSD,λ<=log n,8192,0,62382,7.614990234375
HHLSD,λ<=log n,8192,0,67681,8.2618408203125
HHLSD,λ<=log n,8192,0,74871,9.1395263671875
HHLSD,λ<=log n,8192,0,67525,8.2427978515625
HHLSD,λ<=log n,8192,0,66152,8.0751953125
HHLSD,λ<=log n,8192,0,69913,8.5343017578125
HHLSD,λ<=log n,8192,0,66535,8.1219482421875
HHLSD,λ<=log n,8192,0,75628,9.23193359375
HHLSD,λ<=log n,8192,0,68638,8.378662109375
HHLSD,λ<=log n,8192,0,67423,8.2303466796875
HHLSD,λ<=log n,8192,0,65147,7.9525146484375
HHLSD,λ<=log n,8192,0,67741,8.2691650390625
HHLSD,λ<=log n,8192,0,66654,8.136474609375
HHLSD,λ<=log n,8192,0,63624,7.7666015625
HHLSD,λ<=log n,8192,0,68050,8.306884765625
HHLSD,λ<=log n,8192,0,66687,8.1405029296875
HHLSD,λ<=log n,8192,0,64137,7.8292236328125
HHLSD,λ<=log n,8192,0,68276,8.33447265625
HHLSD,λ<=log n,8192,0,68258,8.332275390625
HHLSD,λ<=log n,8192,0,65987,8.0550537109375
HHLSD,λ<=log n,8192,0,62932,7.68212890625
HHLSD,λ<=log n,8192,0,63242,7.719970703125
HHLSD,λ<=log n,8192,0,66887,8.1649169921875
HHLSD,λ<=log n,8192,0,61553,7.5137939453125
HHLSD,λ<=log n,8192,0,67940,8.29345703125
HHLSD,λ<=log n,8192,0,66260,8.08837890625
HHLSD,λ<=log n,8192,0,62599,7.6414794921875
HHLSD,λ<=log n,8192,0,64053,7.8189697265625
HHLSD,λ<=log n,8192,0,70293,8.5806884765625
HHLSD,λ<=log n,8192,0,71358,8.710693359375
HHLSD,λ<=log n,8192,0,63825,7.7911376953125
HHLSD,λ<=log n,8192,0,76944,9.392578125
HHLSD,λ<=log n,8192,0,65609,8.0089111328125
HHLSD,λ<=log n,8192,0,65018,7.936767578125
HHLSD,λ<=log n,8192,0,65937,8.0489501953125
HHLSD,λ<=log n,8192,0,69263,8.4549560546875
HHLSD,λ<=log n,8192,0,67386,8.225830078125
HHLSD,λ<=log n,8192,0,68584,8.3720703125
HHLSD,λ<=log n,8192,0,63577,7.7608642578125
HHLSD,λ<=log n,8192,0,66723,8.1448974609375
HHLSD,λ<=log n,8192,0,67694,8.263427734375
HHLSD,λ<=log n,8192,0,68425,8.3526611328125
HHLSD,λ<=log n,8192,0,75399,9.2039794921875
HHLSD,λ<=log n,8192,0,69175,8.4442138671875
HHLSD,λ<=log n,8192,0,76160,9.296875
HHLSD,λ<=log n,8192,0,65461,7.9908447265625
HHLSD,λ<=log n,8192,0,70355,8.5882568359375
HHLSD,λ<=log n,8192,0,66844,8.15966796875
HHLSD,λ<=log n,8192,0,71385,8.7139892578125
HHLSD,λ<=log n,8192,0,67276,8.21240234375
HHLSD,λ<=log n,8192,0,74329,9.0733642578125
HHLSD,λ<=log n,8192,0,66280,8.0908203125
HHLSD,λ<=log n,8192,0,69354,8.466064453125
HHLSD,λ<=log n,8192,0,70210,8.570556640625
HHLSD,λ<=log n,8192,0,72328,8.8291015625
HHLSD,λ<=log n,8192,0,66180,8.07861328125
HHLSD,λ<=log n,8192,0,65190,7.957763671875
HHLSD,λ<=log n,8192,0,68589,8.3726806640625
HHLSD,λ<=log n,8192,0,68497,8.3614501953125
HHLSD,λ<=log n,8192,0,63964,7.80810546875
HHLSD,λ<=log n,8192,0,70079,8.5545654296875
HHLSD,λ<=log n,8192,0,68259,8.3323974609375
HHLSD,λ<=log n,8192,0,63981,7.8101806640625
HHLSD,λ<=log n,8192,0,68135,8.3172607421875
HHLSD,λ<=log n,8192,0,65682,8.017822265625
HHLSD,λ<=log n,8192,0,65051,7.9407958984375
HHLSD,λ<=log n,8192,0,71326,8.706787109375
HHLSD,λ<=log n,8192,0,70075,8.5540771484375
HHLSD,λ<=log n,8192,0,66199,8.0809326171875
HHLSD,λ<=log n,8192,0,64583,7.8836669921875
HHLSD,λ<=log n,8192,0,63344,7.732421875
HHLSD,λ<=log n,8192,0,68856,8.4052734375
HHLSD,λ<=log n,8192,0,65493,7.9947509765625
HHLSD,λ<=log n,8192,0,65444,7.98876953125
HHLSD,λ<=log n,8192,0,68004,8.30126953125
HHLSD,λ<=log n,8192,0,65394,7.982666015625
HHLSD,λ<=log n,8192,0,67879,8.2860107421875
HHLSD,λ<=log n,8192,0,70872,8.6513671875
HHLSD,λ<=log n,8192,0,68511,8.3631591796875
HHLSD,λ<=log n,8192,0,70271,8.5780029296875
HHLSD,λ<=log n,8192,0,66306,8.093994140625
HRLSD,λ<=log n,8192,0,73738,9.001220703125
HRLSD,λ<=log n,8192,0,72207,8.8143310546875
HRLSD,λ<=log n,8192,0,72782,8.884521484375
HRLSD,λ<=log n,8192,0,77919,9.5115966796875
HRLSD,λ<=log n,8192,0,73247,8.9412841796875
HRLSD,λ<=log n,8192,0,69559,8.4910888671875
HRLSD,λ<=log n,8192,0,74810,9.132080078125
HRLSD,λ<=log n,8192,0,74294,9.069091796875
HRLSD,λ<=log n,8192,0,82906,10.120361328125
HRLSD,λ<=log n,8192,0,67467,8.2357177734375
HRLSD,λ<=log n,8192,0,69751,8.5145263671875
HRLSD,λ<=log n,8192,0,69523,8.4866943359375
HRLSD,λ<=log n,8192,0,67649,8.2579345703125
HRLSD,λ<=log n,8192,0,74798,9.130615234375
HRLSD,λ<=log n,8192,0,70279,8.5789794921875
HRLSD,λ<=log n,8192,0,74633,9.1104736328125
HRLSD,λ<=log n,8192,0,81007,9.8885498046875
HRLSD,λ<=log n,8192,0,73606,8.985107421875
HRLSD,λ<=log n,8192,0,69289,8.4581298828125
HRLSD,λ<=log n,8192,0,70779,8.6400146484375
HRLSD,λ<=log n,8192,0,77463,9.4559326171875
HRLSD,λ<=log n,8192,0,68196,8.32470703125
HRLSD,λ<=log n,8192,0,66650,8.135986328125
HRLSD,λ<=log n,8192,0,73923,9.0238037109375
HRLSD,λ<=log n,8192,0,75792,9.251953125
HRLSD,λ<=log n,8192,0,70074,8.553955078125
HRLSD,λ<=log n,8192,0,73061,8.9185791015625
HRLSD,λ<=log n,8192,0,75321,9.1944580078125
HRLSD,λ<=log n,8192,0,71228,8.69482421875
HRLSD,λ<=log n,8192,0,78065,9.5294189453125
HRLSD,λ<=log n,8192,0,70682,8.628173828125
HRLSD,λ<=log n,8192,0,68617,8.3760986328125
HRLSD,λ<=log n,8192,0,75036,9.15966796875
HRLSD,λ<=log n,8192,0,72528,8.853515625
HRLSD,λ<=log n,8192,0,66621,8.1324462890625
HRLSD,λ<=log n,8192,0,71607,8.7410888671875
HRLSD,λ<=log n,8192,0,71413,8.7174072265625
HRLSD,λ<=log n,8192,0,70737,8.6348876953125
HRLSD,λ<=log n,8192,0,78535,9.5867919921875
HRLSD,λ<=log n,8192,0,69665,8.5040283203125
HRLSD,λ<=log n,8192,0,75695,9.2401123046875
HRLSD,λ<=log n,8192,0,77079,9.4090576171875
HRLSD,λ<=log n,8192,0,78796,9.61865234375
HRLSD,λ<=log n,8192,0,71659,8.7474365234375
HRLSD,λ<=log n,8192,0,80690,9.849853515625
HRLSD,λ<=log n,8192,0,71102,8.679443359375
HRLSD,λ<=log n,8192,0,84168,10.2744140625
HRLSD,λ<=log n,8192,0,70047,8.5506591796875
HRLSD,λ<=log n,8192,0,76865,9.3829345703125
HRLSD,λ<=log n,8192,0,65166,7.954833984375
HRLSD,λ<=log n,8192,0,84400,10.302734375
HRLSD,λ<=log n,8192,0,76081,9.2872314453125
HRLSD,λ<=log n,8192,0,82689,10.0938720703125
HRLSD,λ<=log n,8192,0,73221,8.9381103515625
HRLSD,λ<=log n,8192,0,70825,8.6456298828125
HRLSD,λ<=log n,8192,0,79800,9.7412109375
HRLSD,λ<=log n,8192,0,68602,8.374267578125
HRLSD,λ<=log n,8192,0,74177,9.0548095703125
HRLSD,λ<=log n,8192,0,79698,9.728759765625
HRLSD,λ<=log n,8192,0,65819,8.0345458984375
HRLSD,λ<=log n,8192,0,74451,9.0882568359375
HRLSD,λ<=log n,8192,0,74094,9.044677734375
HRLSD,λ<=log n,8192,0,70868,8.65087890625
HRLSD,λ<=log n,8192,0,73571,8.9808349609375
HRLSD,λ<=log n,8192,0,70770,8.638916015625
HRLSD,λ<=log n,8192,0,69166,8.443115234375
HRLSD,λ<=log n,8192,0,74033,9.0372314453125
HRLSD,λ<=log n,8192,0,72981,8.9088134765625
HRLSD,λ<=log n,8192,0,70471,8.6024169921875
HRLSD,λ<=log n,8192,0,73791,9.0076904296875
HRLSD,λ<=log n,8192,0,66082,8.066650390625
HRLSD,λ<=log n,8192,0,74392,9.0810546875
HRLSD,λ<=log n,8192,0,86776,10.5927734375
HRLSD,λ<=log n,8192,0,72149,8.8072509765625
HRLSD,λ<=log n,8192,0,78831,9.6229248046875
HRLSD,λ<=log n,8192,0,70750,8.636474609375
HRLSD,λ<=log n,8192,0,67598,8.251708984375
HRLSD,λ<=log n,8192,0,73262,8.943115234375
HRLSD,λ<=log n,8192,0,73805,9.0093994140625
HRLSD,λ<=log n,8192,0,68472,8.3583984375
HRLSD,λ<=log n,8192,0,75806,9.253662109375
HRLSD,λ<=log n,8192,0,81534,9.952880859375
HRLSD,λ<=log n,8192,0,71136,8.68359375
HRLSD,λ<=log n,8192,0,74797,9.1304931640625
HRLSD,λ<=log n,8192,0,70100,8.55712890625
HRLSD,λ<=log n,8192,0,74031,9.0369873046875
HRLSD,λ<=log n,8192,0,70393,8.5928955078125
HRLSD,λ<=log n,8192,0,81904,9.998046875
HRLSD,λ<=log n,8192,0,72666,8.870361328125
HRLSD,λ<=log n,8192,0,70845,8.6480712890625
HRLSD,λ<=log n,8192,0,71976,8.7861328125
HRLSD,λ<=log n,8192,0,73178,8.932861328125
HRLSD,λ<=log n,8192,0,71127,8.6824951171875
HRLSD,λ<=log n,8192,0,76840,9.3798828125
HRLSD,λ<=log n,8192,0,77487,9.4588623046875
HRLSD,λ<=log n,8192,0,72357,8.8326416015625
HRLSD,λ<=log n,8192,0,78620,9.59716796875
HRLSD,λ<=log n,8192,0,69382,8.469482421875
HRLSD,λ<=log n,8192,0,69076,8.43212890625
HRLSD,λ<=log n,8192,0,68810,8.399658203125
HSLSD,λ<=log n,8192,0,89891,10.9730224609375
HSLSD,λ<=log n,8192,0,95909,11.7076416015625
HSLSD,λ<=log n,8192,0,102867,12.5570068359375
HSLSD,λ<=log n,8192,0,91329,11.1485595703125
HSLSD,λ<=log n,8192,0,84470,10.311279296875
HSLSD,λ<=log n,8192,0,91848,11.2119140625
HSLSD,λ<=log n,8192,0,86654,10.577880859375
HSLSD,λ<=log n,8192,0,84856,10.3583984375
HSLSD,λ<=log n,8192,0,86827,10.5989990234375
HSLSD,λ<=log n,8192,0,96966,11.836669921875
HSLSD,λ<=log n,8192,0,85403,10.4251708984375
HSLSD,λ<=log n,8192,0,98748,12.05419921875
HSLSD,λ<=log n,8192,0,86975,10.6170654296875
HSLSD,λ<=log n,8192,0,85988,10.49658203125
HSLSD,λ<=log n,8192,0,81047,9.8934326171875
HSLSD,λ<=log n,8192,0,92112,11.244140625
HSLSD,λ<=log n,8192,0,85514,10.438720703125
HSLSD,λ<=log n,8192,0,83847,10.2352294921875
HSLSD,λ<=log n,8192,0,83726,10.220458984375
HSLSD,λ<=log n,8192,0,85793,10.4727783203125
HSLSD,λ<=log n,8192,0,81906,9.998291015625
HSLSD,λ<=log n,8192,0,98431,12.0155029296875
HSLSD,λ<=log n,8192,0,82783,10.1053466796875
HSLSD,λ<=log n,8192,0,83865,10.2374267578125
HSLSD,λ<=log n,8192,0,80028,9.76904296875
HSLSD,λ<=log n,8192,0,85892,10.48486328125
HSLSD,λ<=log n,8192,0,80443,9.8197021484375
HSLSD,λ<=log n,8192,0,81596,9.96044921875
HSLSD,λ<=log n,8192,0,94272,11.5078125
HSLSD,λ<=log n,8192,0,85732,10.46533203125
HSLSD,λ<=log n,8192,0,90031,10.9901123046875
HSLSD,λ<=log n,8192,0,85480,10.4345703125
HSLSD,λ<=log n,8192,0,85448,10.4306640625
HSLSD,λ<=log n,8192,0,82053,10.0162353515625
HSLSD,λ<=log n,8192,0,94695,11.5594482421875
HSLSD,λ<=log n,8192,0,79591,9.7156982421875
HSLSD,λ<=log n,8192,0,83625,10.2081298828125
HSLSD,λ<=log n,8192,0,83662,10.212646484375
HSLSD,λ<=log n,8192,0,84230,10.281982421875
HSLSD,λ<=log n,8192,0,94552,11.5419921875
HSLSD,λ<=log n,8192,0,86350,10.540771484375
HSLSD,λ<=log n,8192,0,84194,10.277587890625
HSLSD,λ<=log n,8192,0,92844,11.33349609375
HSLSD,λ<=log n,8192,0,87027,10.6234130859375
HSLSD,λ<=log n,8192,0,127723,15.5911865234375
HSLSD,λ<=log n,8192,0,86893,10.6070556640625
HSLSD,λ<=log n,8192,0,90026,10.989501953125
HSLSD,λ<=log n,8192,0,99257,12.1163330078125
HSLSD,λ<=log n,8192,0,87138,10.636962890625
HSLSD,λ<=log n,8192,0,93710,11.439208984375
HSLSD,λ<=log n,8192,0,87638,10.697998046875
HSLSD,λ<=log n,8192,0,84624,10.330078125
HSLSD,λ<=log n,8192,0,84419,10.3050537109375
HSLSD,λ<=log n,8192,0,79428,9.69580078125
HSLSD,λ<=log n,8192,0,84846,10.357177734375
HSLSD,λ<=log n,8192,0,103626,12.649658203125
HSLSD,λ<=log n,8192,0,107639,13.1395263671875
HSLSD,λ<=log n,8192,0,91005,11.1090087890625
HSLSD,λ<=log n,8192,0,106684,13.02294921875
HSLSD,λ<=log n,8192,0,87964,10.73779296875
HSLSD,λ<=log n,8192,0,91011,11.1097412109375
HSLSD,λ<=log n,8192,0,84144,10.271484375
HSLSD,λ<=log n,8192,0,80586,9.837158203125
HSLSD,λ<=log n,8192,0,86916,10.60986328125
HSLSD,λ<=log n,8192,0,83242,10.161376953125
HSLSD,λ<=log n,8192,0,82923,10.1224365234375
HSLSD,λ<=log n,8192,0,104829,12.7965087890625
HSLSD,λ<=log n,8192,0,84409,10.3038330078125
HSLSD,λ<=log n,8192,0,88900,10.85205078125
HSLSD,λ<=log n,8192,0,87529,10.6846923828125
HSLSD,λ<=log n,8192,0,87037,10.6246337890625
HSLSD,λ<=log n,8192,0,87190,10.643310546875
HSLSD,λ<=log n,8192,0,85476,10.43408203125
HSLSD,λ<=log n,8192,0,104134,12.711669921875
HSLSD,λ<=log n,8192,0,85145,10.3936767578125
HSLSD,λ<=log n,8192,0,90812,11.08544921875
HSLSD,λ<=log n,8192,0,94911,11.5858154296875
HSLSD,λ<=log n,8192,0,88216,10.7685546875
HSLSD,λ<=log n,8192,0,88802,10.840087890625
HSLSD,λ<=log n,8192,0,91874,11.215087890625
HSLSD,λ<=log n,8192,0,84068,10.26220703125
HSLSD,λ<=log n,8192,0,89218,10.890869140625
HSLSD,λ<=log n,8192,0,83738,10.221923828125
HSLSD,λ<=log n,8192,0,87689,10.7042236328125
HSLSD,λ<=log n,8192,0,81745,9.9786376953125
HSLSD,λ<=log n,8192,0,85789,10.4722900390625
HSLSD,λ<=log n,8192,0,87548,10.68701171875
HSLSD,λ<=log n,8192,0,81623,9.9637451171875
HSLSD,λ<=log n,8192,0,88664,10.8232421875
HSLSD,λ<=log n,8192,0,86105,10.5108642578125
HSLSD,λ<=log n,8192,0,81559,9.9559326171875
HSLSD,λ<=log n,8192,0,80061,9.7730712890625
HSLSD,λ<=log n,8192,0,88970,10.860595703125
HSLSD,λ<=log n,8192,0,90335,11.0272216796875
HSLSD,λ<=log n,8192,0,106693,13.0240478515625
HSLSD,λ<=log n,8192,0,89119,10.8787841796875
HSLSD,λ<=log n,8192,0,77413,9.4498291015625
HSLSD,λ<=log n,8192,0,97504,11.90234375
HSLSD,λ<=log n,8192,0,94420,11.52587890625
HSLSD,λ<=log n,8192,0,83455,10.1873779296875
HSDMD,λ<=log n,8192,0,72589,8.8609619140625
HSDMD,λ<=log n,8192,0,75563,9.2239990234375
HSDMD,λ<=log n,8192,0,71323,8.7064208984375
HSDMD,λ<=log n,8192,0,69427,8.4749755859375
HSDMD,λ<=log n,8192,0,87199,10.6444091796875
HSDMD,λ<=log n,8192,0,83846,10.235107421875
HSDMD,λ<=log n,8192,0,71110,8.680419921875
HSDMD,λ<=log n,8192,0,72674,8.871337890625
HSDMD,λ<=log n,8192,0,84392,10.3017578125
HSDMD,λ<=log n,8192,0,76019,9.2796630859375
HSDMD,λ<=log n,8192,0,72977,8.9083251953125
HSDMD,λ<=log n,8192,0,70014,8.546630859375
HSDMD,λ<=log n,8192,0,84308,10.29150390625
HSDMD,λ<=log n,8192,0,84330,10.294189453125
HSDMD,λ<=log n,8192,0,78836,9.62353515625
HSDMD,λ<=log n,8192,0,73019,8.9134521484375
HSDMD,λ<=log n,8192,0,87506,10.681884765625
HSDMD,λ<=log n,8192,0,73751,9.0028076171875
HSDMD,λ<=log n,8192,0,73760,9.00390625
HSDMD,λ<=log n,8192,0,72544,8.85546875
HSDMD,λ<=log n,8192,0,70003,8.5452880859375
HSDMD,λ<=log n,8192,0,78134,9.537841796875
HSDMD,λ<=log n,8192,0,82901,10.1197509765625
HSDMD,λ<=log n,8192,0,71376,8.712890625
HSDMD,λ<=log n,8192,0,85605,10.4498291015625
HSDMD,λ<=log n,8192,0,73974,9.030029296875
HSDMD,λ<=log n,8192,0,72379,8.8353271484375
HSDMD,λ<=log n,8192,0,70440,8.5986328125
HSDMD,λ<=log n,8192,0,69073,8.4317626953125
HSDMD,λ<=log n,8192,0,71681,8.7501220703125
HSDMD,λ<=log n,8192,0,84910,10.364990234375
HSDMD,λ<=log n,8192,0,72602,8.862548828125
HSDMD,λ<=log n,8192,0,75018,9.157470703125
HSDMD,λ<=log n,8192,0,73666,8.992431640625
HSDMD,λ<=log n,8192,0,73005,8.9117431640625
HSDMD,λ<=log n,8192,0,70937,8.6593017578125
HSDMD,λ<=log n,8192,0,74110,9.046630859375
HSDMD,λ<=log n,8192,0,71276,8.70068359375
HSDMD,λ<=log n,8192,0,72074,8.798095703125
HSDMD,λ<=log n,8192,0,66033,8.0606689453125
HSDMD,λ<=log n,8192,0,71732,8.75634765625
HSDMD,λ<=log n,8192,0,78238,9.550537109375
HSDMD,λ<=log n,8192,0,77603,9.4730224609375
HSDMD,λ<=log n,8192,0,73971,9.0296630859375
HSDMD,λ<=log n,8192,0,79673,9.7257080078125
HSDMD,λ<=log n,8192,0,78178,9.543212890625
HSDMD,λ<=log n,8192,0,82531,10.0745849609375
HSDMD,λ<=log n,8192,0,75879,9.2625732421875
HSDMD,λ<=log n,8192,0,71969,8.7852783203125
HSDMD,λ<=log n,8192,0,79708,9.72998046875
HSDMD,λ<=log n,8192,0,83562,10.200439453125
HSDMD,λ<=log n,8192,0,60667,7.4056396484375
HSDMD,λ<=log n,8192,0,70306,8.582275390625
HSDMD,λ<=log n,8192,0,81401,9.9366455078125
HSDMD,λ<=log n,8192,0,68945,8.4161376953125
HSDMD,λ<=log n,8192,0,79890,9.752197265625
HSDMD,λ<=log n,8192,0,87395,10.6683349609375
HSDMD,λ<=log n,8192,0,75724,9.24365234375
HSDMD,λ<=log n,8192,0,70216,8.5712890625
HSDMD,λ<=log n,8192,0,76367,9.3221435546875
HSDMD,λ<=log n,8192,0,88267,10.7747802734375
HSDMD,λ<=log n,8192,0,80816,9.865234375
HSDMD,λ<=log n,8192,0,77604,9.47314453125
HSDMD,λ<=log n,8192,0,71963,8.7845458984375
HSDMD,λ<=log n,8192,0,74407,9.0828857421875
HSDMD,λ<=log n,8192,0,86368,10.54296875
HSDMD,λ<=log n,8192,0,70091,8.5560302734375
HSDMD,λ<=log n,8192,0,70578,8.615478515625
HSDMD,λ<=log n,8192,0,68159,8.3201904296875
HSDMD,λ<=log n,8192,0,73603,8.9847412109375
HSDMD,λ<=log n,8192,0,69863,8.5281982421875
HSDMD,λ<=log n,8192,0,71842,8.769775390625
HSDMD,λ<=log n,8192,0,79780,9.73876953125
HSDMD,λ<=log n,8192,0,77919,9.5115966796875
HSDMD,λ<=log n,8192,0,81279,9.9217529296875
HSDMD,λ<=log n,8192,0,78143,9.5389404296875
HSDMD,λ<=log n,8192,0,75026,9.158447265625
HSDMD,λ<=log n,8192,0,71871,8.7733154296875
HSDMD,λ<=log n,8192,0,67633,8.2559814453125
HSDMD,λ<=log n,8192,0,74376,9.0791015625
HSDMD,λ<=log n,8192,0,74677,9.1158447265625
HSDMD,λ<=log n,8192,0,77154,9.418212890625
HSDMD,λ<=log n,8192,0,70589,8.6168212890625
HSDMD,λ<=log n,8192,0,79139,9.6605224609375
HSDMD,λ<=log n,8192,0,79163,9.6634521484375
HSDMD,λ<=log n,8192,0,77283,9.4339599609375
HSDMD,λ<=log n,8192,0,78096,9.533203125
HSDMD,λ<=log n,8192,0,84331,10.2943115234375
HSDMD,λ<=log n,8192,0,72231,8.8172607421875
HSDMD,λ<=log n,8192,0,78057,9.5284423828125
HSDMD,λ<=log n,8192,0,73135,8.9276123046875
HSDMD,λ<=log n,8192,0,71909,8.7779541015625
HSDMD,λ<=log n,8192,0,73853,9.0152587890625
HSDMD,λ<=log n,8192,0,78120,9.5361328125
HSDMD,λ<=log n,8192,0,82388,10.05712890625
HSDMD,λ<=log n,8192,0,70787,8.6409912109375
HSDMD,λ<=log n,8192,0,73226,8.938720703125
HSDMD,λ<=log n,8192,0,69594,8.495361328125
HSDMD,λ<=log n,8192,0,72511,8.8514404296875
HSDMD,λ<=log n,8192,0,78742,9.612060546875
HRDMD,λ<=log n,8192,0,59011,7.2034912109375
HRDMD,λ<=log n,8192,0,61195,7.4700927734375
HRDMD,λ<=log n,8192,0,61712,7.533203125
HRDMD,λ<=log n,8192,0,58623,7.1561279296875
HRDMD,λ<=log n,8192,0,58958,7.197021484375
HRDMD,λ<=log n,8192,0,62402,7.617431640625
HRDMD,λ<=log n,8192,0,59634,7.279541015625
HRDMD,λ<=log n,8192,0,59664,7.283203125
HRDMD,λ<=log n,8192,0,60354,7.367431640625
HRDMD,λ<=log n,8192,0,56793,6.9327392578125
HRDMD,λ<=log n,8192,0,56014,6.837646484375
HRDMD,λ<=log n,8192,0,62238,7.597412109375
HRDMD,λ<=log n,8192,0,51282,6.260009765625
HRDMD,λ<=log n,8192,0,58026,7.083251953125
HRDMD,λ<=log n,8192,0,62558,7.636474609375
HRDMD,λ<=log n,8192,0,53958,6.586669921875
HRDMD,λ<=log n,8192,0,55478,6.772216796875
HRDMD,λ<=log n,8192,0,65506,7.996337890625
HRDMD,λ<=log n,8192,0,54483,6.6507568359375
HRDMD,λ<=log n,8192,0,64556,7.88037109375
HRDMD,λ<=log n,8192,0,68068,8.30908203125
HRDMD,λ<=log n,8192,0,56395,6.8841552734375
HRDMD,λ<=log n,8192,0,54843,6.6947021484375
HRDMD,λ<=log n,8192,0,55358,6.757568359375
HRDMD,λ<=log n,8192,0,54350,6.634521484375
HRDMD,λ<=log n,8192,0,56632,6.9130859375
HRDMD,λ<=log n,8192,0,56713,6.9229736328125
HRDMD,λ<=log n,8192,0,57414,7.008544921875
HRDMD,λ<=log n,8192,0,65560,8.0029296875
HRDMD,λ<=log n,8192,0,63920,7.802734375
HRDMD,λ<=log n,8192,0,56681,6.9190673828125
HRDMD,λ<=log n,8192,0,63867,7.7962646484375
HRDMD,λ<=log n,8192,0,59616,7.27734375
HRDMD,λ<=log n,8192,0,67388,8.22607421875
HRDMD,λ<=log n,8192,0,60157,7.3433837890625
HRDMD,λ<=log n,8192,0,65840,8.037109375
HRDMD,λ<=log n,8192,0,58539,7.1458740234375
HRDMD,λ<=log n,8192,0,57820,7.05810546875
HRDMD,λ<=log n,8192,0,59461,7.2584228515625
HRDMD,λ<=log n,8192,0,59054,7.208740234375
HRDMD,λ<=log n,8192,0,60547,7.3909912109375
HRDMD,λ<=log n,8192,0,56129,6.8516845703125
HRDMD,λ<=log n,8192,0,62834,7.670166015625
HRDMD,λ<=log n,8192,0,57435,7.0111083984375
HRDMD,λ<=log n,8192,0,60103,7.3367919921875
HRDMD,λ<=log n,8192,0,54021,6.5943603515625
HRDMD,λ<=log n,8192,0,61648,7.525390625
HRDMD,λ<=log n,8192,0,61574,7.516357421875
HRDMD,λ<=log n,8192,0,57460,7.01416015625
HRDMD,λ<=log n,8192,0,63860,7.79541015625
HRDMD,λ<=log n,8192,0,71928,8.7802734375
HRDMD,λ<=log n,8192,0,55942,6.828857421875
HRDMD,λ<=log n,8192,0,59629,7.2789306640625
HRDMD,λ<=log n,8192,0,60757,7.4166259765625
HRDMD,λ<=log n,8192,0,56720,6.923828125
HRDMD,λ<=log n,8192,0,53212,6.49560546875
HRDMD,λ<=log n,8192,0,51868,6.33154296875
HRDMD,λ<=log n,8192,0,64949,7.9283447265625
HRDMD,λ<=log n,8192,0,58188,7.10302734375
HRDMD,λ<=log n,8192,0,52841,6.4503173828125
HRDMD,λ<=log n,8192,0,60749,7.4156494140625
HRDMD,λ<=log n,8192,0,54371,6.6370849609375
HRDMD,λ<=log n,8192,0,71934,8.781005859375
HRDMD,λ<=log n,8192,0,66104,8.0693359375
HRDMD,λ<=log n,8192,0,57808,7.056640625
HRDMD,λ<=log n,8192,0,60082,7.334228515625
HRDMD,λ<=log n,8192,0,56877,6.9429931640625
HRDMD,λ<=log n,8192,0,54513,6.6544189453125
HRDMD,λ<=log n,8192,0,58801,7.1778564453125
HRDMD,λ<=log n,8192,0,60390,7.371826171875
HRDMD,λ<=log n,8192,0,60310,7.362060546875
HRDMD,λ<=log n,8192,0,60632,7.4013671875
HRDMD,λ<=log n,8192,0,61713,7.5333251953125
HRDMD,λ<=log n,8192,0,65438,7.988037109375
HRDMD,λ<=log n,8192,0,55659,6.7943115234375
HRDMD,λ<=log n,8192,0,58923,7.1927490234375
HRDMD,λ<=log n,8192,0,59270,7.235107421875
HRDMD,λ<=log n,8192,0,59223,7.2293701171875
HRDMD,λ<=log n,8192,0,56346,6.878173828125
HRDMD,λ<=log n,8192,0,53973,6.5885009765625
HRDMD,λ<=log n,8192,0,57368,7.0029296875
HRDMD,λ<=log n,8192,0,58301,7.1168212890625
HRDMD,λ<=log n,8192,0,53444,6.52392578125
HRDMD,λ<=log n,8192,0,62016,7.5703125
HRDMD,λ<=log n,8192,0,55357,6.7574462890625
HRDMD,λ<=log n,8192,0,58434,7.133056640625
HRDMD,λ<=log n,8192,0,60151,7.3426513671875
HRDMD,λ<=log n,8192,0,61822,7.546630859375
HRDMD,λ<=log n,8192,0,60619,7.3997802734375
HRDMD,λ<=log n,8192,0,52464,6.404296875
HRDMD,λ<=log n,8192,0,58408,7.1298828125
HRDMD,λ<=log n,8192,0,62563,7.6370849609375
HRDMD,λ<=log n,8192,0,52434,6.400634765625
HRDMD,λ<=log n,8192,0,68279,8.3348388671875
HRDMD,λ<=log n,8192,0,65777,8.0294189453125
HRDMD,λ<=log n,8192,0,59372,7.24755859375
HRDMD,λ<=log n,8192,0,59005,7.2027587890625
HRDMD,λ<=log n,8192,0,62436,7.62158203125
HRDMD,λ<=log n,8192,0,57503,7.0194091796875
HRDMD,λ<=log n,8192,0,68175,8.3221435546875
HHDMD,λ<=log n,8192,0,56725,6.9244384765625
HHDMD,λ<=log n,8192,0,58429,7.1324462890625
HHDMD,λ<=log n,8192,0,50934,6.217529296875
HHDMD,λ<=log n,8192,0,53129,6.4854736328125
HHDMD,λ<=log n,8192,0,74157,9.0523681640625
HHDMD,λ<=log n,8192,0,49755,6.0736083984375
HHDMD,λ<=log n,8192,0,53386,6.516845703125
HHDMD,λ<=log n,8192,0,55201,6.7384033203125
HHDMD,λ<=log n,8192,0,59241,7.2315673828125
HHDMD,λ<=log n,8192,0,58568,7.1494140625
HHDMD,λ<=log n,8192,0,52375,6.3934326171875
HHDMD,λ<=log n,8192,0,60430,7.376708984375
HHDMD,λ<=log n,8192,0,64001,7.8126220703125
HHDMD,λ<=log n,8192,0,56674,6.918212890625
HHDMD,λ<=log n,8192,0,56913,6.9473876953125
HHDMD,λ<=log n,8192,0,50457,6.1593017578125
HHDMD,λ<=log n,8192,0,55593,6.7862548828125
HHDMD,λ<=log n,8192,0,53155,6.4886474609375
HHDMD,λ<=log n,8192,0,56501,6.8970947265625
HHDMD,λ<=log n,8192,0,54278,6.625732421875
HHDMD,λ<=log n,8192,0,54413,6.6422119140625
HHDMD,λ<=log n,8192,0,53215,6.4959716796875
HHDMD,λ<=log n,8192,0,55034,6.718017578125
HHDMD,λ<=log n,8192,0,51615,6.3006591796875
HHDMD,λ<=log n,8192,0,53667,6.5511474609375
HHDMD,λ<=log n,8192,0,53083,6.4798583984375
HHDMD,λ<=log n,8192,0,53614,6.544677734375
HHDMD,λ<=log n,8192,0,51062,6.233154296875
HHDMD,λ<=log n,8192,0,56588,6.90771484375
HHDMD,λ<=log n,8192,0,55018,6.716064453125
HHDMD,λ<=log n,8192,0,51883,6.3333740234375
HHDMD,λ<=log n,8192,0,57615,7.0330810546875
HHDMD,λ<=log n,8192,0,55946,6.829345703125
HHDMD,λ<=log n,8192,0,49216,6.0078125
HHDMD,λ<=log n,8192,0,51154,6.244384765625
HHDMD,λ<=log n,8192,0,52018,6.349853515625
HHDMD,λ<=log n,8192,0,61133,7.4625244140625
HHDMD,λ<=log n,8192,0,53189,6.4927978515625
HHDMD,λ<=log n,8192,0,52259,6.3792724609375
HHDMD,λ<=log n,8192,0,57865,7.0635986328125
HHDMD,λ<=log n,8192,0,53671,6.5516357421875
HHDMD,λ<=log n,8192,0,51582,6.296630859375
HHDMD,λ<=log n,8192,0,55054,6.720458984375
HHDMD,λ<=log n,8192,0,60478,7.382568359375
HHDMD,λ<=log n,8192,0,56959,6.9530029296875
HHDMD,λ<=log n,8192,0,52488,6.4072265625
HHDMD,λ<=log n,8192,0,55249,6.7442626953125
HHDMD,λ<=log n,8192,0,53840,6.572265625
HHDMD,λ<=log n,8192,0,53310,6.507568359375
HHDMD,λ<=log n,8192,0,53781,6.5650634765625
HHDMD,λ<=log n,8192,0,50368,6.1484375
HHDMD,λ<=log n,8192,0,56576,6.90625
HHDMD,λ<=log n,8192,0,55028,6.71728515625
HHDMD,λ<=log n,8192,0,50469,6.1607666015625
HHDMD,λ<=log n,8192,0,53701,6.5552978515625
HHDMD,λ<=log n,8192,0,53121,6.4844970703125
HHDMD,λ<=log n,8192,0,53092,6.48095703125
HHDMD,λ<=log n,8192,0,52701,6.4332275390625
HHDMD,λ<=log n,8192,0,51613,6.3004150390625
HHDMD,λ<=log n,8192,0,53648,6.548828125
HHDMD,λ<=log n,8192,0,54962,6.709228515625
HHDMD,λ<=log n,8192,0,51568,6.294921875
HHDMD,λ<=log n,8192,0,49142,5.998779296875
HHDMD,λ<=log n,8192,0,50607,6.1776123046875
HHDMD,λ<=log n,8192,0,61198,7.470458984375
HHDMD,λ<=log n,8192,0,50664,6.1845703125
HHDMD,λ<=log n,8192,0,49492,6.04150390625
HHDMD,λ<=log n,8192,0,50882,6.211181640625
HHDMD,λ<=log n,8192,0,52188,6.37060546875
HHDMD,λ<=log n,8192,0,57325,6.9976806640625
HHDMD,λ<=log n,8192,0,54095,6.6033935546875
HHDMD,λ<=log n,8192,0,51536,6.291015625
HHDMD,λ<=log n,8192,0,58504,7.1416015625
HHDMD,λ<=log n,8192,0,52545,6.4141845703125
HHDMD,λ<=log n,8192,0,53125,6.4849853515625
HHDMD,λ<=log n,8192,0,55522,6.777587890625
HHDMD,λ<=log n,8192,0,54003,6.5921630859375
HHDMD,λ<=log n,8192,0,59381,7.2486572265625
HHDMD,λ<=log n,8192,0,56655,6.9158935546875
HHDMD,λ<=log n,8192,0,57290,6.993408203125
HHDMD,λ<=log n,8192,0,52553,6.4151611328125
HHDMD,λ<=log n,8192,0,57258,6.989501953125
HHDMD,λ<=log n,8192,0,51373,6.2711181640625
HHDMD,λ<=log n,8192,0,51718,6.313232421875
HHDMD,λ<=log n,8192,0,55545,6.7803955078125
HHDMD,λ<=log n,8192,0,51358,6.269287109375
HHDMD,λ<=log n,8192,0,54509,6.6539306640625
HHDMD,λ<=log n,8192,0,52952,6.4638671875
HHDMD,λ<=log n,8192,0,61781,7.5416259765625
HHDMD,λ<=log n,8192,0,56171,6.8568115234375
HHDMD,λ<=log n,8192,0,58830,7.181396484375
HHDMD,λ<=log n,8192,0,52100,6.35986328125
HHDMD,λ<=log n,8192,0,52766,6.441162109375
HHDMD,λ<=log n,8192,0,52359,6.3914794921875
HHDMD,λ<=log n,8192,0,52144,6.365234375
HHDMD,λ<=log n,8192,0,55038,6.718505859375
HHDMD,λ<=log n,8192,0,54734,6.681396484375
HHDMD,λ<=log n,8192,0,48522,5.923095703125
HHDMD,λ<=log n,8192,0,51346,6.267822265625
HHDMD,λ<=log n,8192,0,53950,6.585693359375
HHLMD,λ<=log n,8192,0,59412,7.25244140625
HHLMD,λ<=log n,8192,0,56451,6.8909912109375
HHLMD,λ<=log n,8192,0,53166,6.489990234375
HHLMD,λ<=log n,8192,0,54950,6.707763671875
HHLMD,λ<=log n,8192,0,63540,7.75634765625
HHLMD,λ<=log n,8192,0,55217,6.7403564453125
HHLMD,λ<=log n,8192,0,55878,6.821044921875
HHLMD,λ<=log n,8192,0,52730,6.436767578125
HHLMD,λ<=log n,8192,0,55634,6.791259765625
HHLMD,λ<=log n,8192,0,56102,6.848388671875
HHLMD,λ<=log n,8192,0,58368,7.125
HHLMD,λ<=log n,8192,0,53952,6.5859375
HHLMD,λ<=log n,8192,0,60348,7.36669921875
HHLMD,λ<=log n,8192,0,59379,7.2484130859375
HHLMD,λ<=log n,8192,0,50832,6.205078125
HHLMD,λ<=log n,8192,0,59108,7.21533203125
HHLMD,λ<=log n,8192,0,59113,7.2159423828125
HHLMD,λ<=log n,8192,0,59939,7.3167724609375
HHLMD,λ<=log n,8192,0,53915,6.5814208984375
HHLMD,λ<=log n,8192,0,54446,6.646240234375
HHLMD,λ<=log n,8192,0,59979,7.3216552734375
HHLMD,λ<=log n,8192,0,50834,6.205322265625
HHLMD,λ<=log n,8192,0,56209,6.8614501953125
HHLMD,λ<=log n,8192,0,60708,7.41064453125
HHLMD,λ<=log n,8192,0,61379,7.4925537109375
HHLMD,λ<=log n,8192,0,58682,7.163330078125
HHLMD,λ<=log n,8192,0,57662,7.038818359375
HHLMD,λ<=log n,8192,0,52547,6.4144287109375
HHLMD,λ<=log n,8192,0,53351,6.5125732421875
HHLMD,λ<=log n,8192,0,58271,7.1131591796875
HHLMD,λ<=log n,8192,0,56559,6.9041748046875
HHLMD,λ<=log n,8192,0,53356,6.51318359375
HHLMD,λ<=log n,8192,0,55200,6.73828125
HHLMD,λ<=log n,8192,0,59093,7.2135009765625
HHLMD,λ<=log n,8192,0,58987,7.2005615234375
HHLMD,λ<=log n,8192,0,55609,6.7882080078125
HHLMD,λ<=log n,8192,0,56950,6.951904296875
HHLMD,λ<=log n,8192,0,54021,6.5943603515625
HHLMD,λ<=log n,8192,0,54054,6.598388671875
HHLMD,λ<=log n,8192,0,54437,6.6451416015625
HHLMD,λ<=log n,8192,0,55955,6.8304443359375
HHLMD,λ<=log n,8192,0,54980,6.71142578125
HHLMD,λ<=log n,8192,0,59583,7.2733154296875
HHLMD,λ<=log n,8192,0,55256,6.7451171875
HHLMD,λ<=log n,8192,0,51610,6.300048828125
HHLMD,λ<=log n,8192,0,61009,7.4473876953125
HHLMD,λ<=log n,8192,0,55035,6.7181396484375
HHLMD,λ<=log n,8192,0,52914,6.459228515625
HHLMD,λ<=log n,8192,0,55942,6.828857421875
HHLMD,λ<=log n,8192,0,53837,6.5718994140625
HHLMD,λ<=log n,8192,0,53997,6.5914306640625
HHLMD,λ<=log n,8192,0,52662,6.428466796875
HHLMD,λ<=log n,8192,0,55031,6.7176513671875
HHLMD,λ<=log n,8192,0,59195,7.2259521484375
HHLMD,λ<=log n,8192,0,53571,6.5394287109375
HHLMD,λ<=log n,8192,0,54195,6.6156005859375
HHLMD,λ<=log n,8192,0,55686,6.797607421875
HHLMD,λ<=log n,8192,0,60490,7.384033203125
HHLMD,λ<=log n,8192,0,55518,6.777099609375
HHLMD,λ<=log n,8192,0,52588,6.41943359375
HHLMD,λ<=log n,8192,0,61423,7.4979248046875
HHLMD,λ<=log n,8192,0,56250,6.866455078125
HHLMD,λ<=log n,8192,0,54730,6.680908203125
HHLMD,λ<=log n,8192,0,54615,6.6668701171875
HHLMD,λ<=log n,8192,0,53290,6.505126953125
HHLMD,λ<=log n,8192,0,53363,6.5140380859375
HHLMD,λ<=log n,8192,0,53809,6.5684814453125
HHLMD,λ<=log n,8192,0,58996,7.20166015625
HHLMD,λ<=log n,8192,0,52399,6.3963623046875
HHLMD,λ<=log n,8192,0,55463,6.7703857421875
HHLMD,λ<=log n,8192,0,56158,6.855224609375
HHLMD,λ<=log n,8192,0,59394,7.250244140625
HHLMD,λ<=log n,8192,0,57450,7.012939453125
HHLMD,λ<=log n,8192,0,54705,6.6778564453125
HHLMD,λ<=log n,8192,0,61086,7.456787109375
HHLMD,λ<=log n,8192,0,53506,6.531494140625
HHLMD,λ<=log n,8192,0,54095,6.6033935546875
HHLMD,λ<=log n,8192,0,56424,6.8876953125
HHLMD,λ<=log n,8192,0,59204,7.22705078125
HHLMD,λ<=log n,8192,0,63571,7.7601318359375
HHLMD,λ<=log n,8192,0,55320,6.7529296875
HHLMD,λ<=log n,8192,0,54728,6.6806640625
HHLMD,λ<=log n,8192,0,54164,6.61181640625
HHLMD,λ<=log n,8192,0,62391,7.6160888671875
HHLMD,λ<=log n,8192,0,61147,7.4642333984375
HHLMD,λ<=log n,8192,0,53568,6.5390625
HHLMD,λ<=log n,8192,0,56079,6.8455810546875
HHLMD,λ<=log n,8192,0,63205,7.7154541015625
HHLMD,λ<=log n,8192,0,58834,7.181884765625
HHLMD,λ<=log n,8192,0,54493,6.6519775390625
HHLMD,λ<=log n,8192,0,55559,6.7821044921875
HHLMD,λ<=log n,8192,0,57713,7.0450439453125
HHLMD,λ<=log n,8192,0,54102,6.604248046875
HHLMD,λ<=log n,8192,0,53677,6.5523681640625
HHLMD,λ<=log n,8192,0,57011,6.9593505859375
HHLMD,λ<=log n,8192,0,52130,6.363525390625
HHLMD,λ<=log n,8192,0,60962,7.441650390625
HHLMD,λ<=log n,8192,0,55458,6.769775390625
HHLMD,λ<=log n,8192,0,56214,6.862060546875
HRLMD,λ<=log n,8192,0,56223,6.8631591796875
HRLMD,λ<=log n,8192,0,62741,7.6588134765625
HRLMD,λ<=log n,8192,0,64121,7.8272705078125
HRLMD,λ<=log n,8192,0,65005,7.9351806640625
HRLMD,λ<=log n,8192,0,62442,7.622314453125
HRLMD,λ<=log n,8192,0,60143,7.3416748046875
HRLMD,λ<=log n,8192,0,57751,7.0496826171875
HRLMD,λ<=log n,8192,0,56310,6.873779296875
HRLMD,λ<=log n,8192,0,61788,7.54248046875
HRLMD,λ<=log n,8192,0,65770,8.028564453125
HRLMD,λ<=log n,8192,0,63131,7.7064208984375
HRLMD,λ<=log n,8192,0,61560,7.5146484375
HRLMD,λ<=log n,8192,0,58060,7.08740234375
HRLMD,λ<=log n,8192,0,69368,8.4677734375
HRLMD,λ<=log n,8192,0,62770,7.662353515625
HRLMD,λ<=log n,8192,0,60488,7.3837890625
HRLMD,λ<=log n,8192,0,66445,8.1109619140625
HRLMD,λ<=log n,8192,0,68007,8.3016357421875
HRLMD,λ<=log n,8192,0,60775,7.4188232421875
HRLMD,λ<=log n,8192,0,61672,7.5283203125
HRLMD,λ<=log n,8192,0,61565,7.5152587890625
HRLMD,λ<=log n,8192,0,63734,7.780029296875
HRLMD,λ<=log n,8192,0,59624,7.2783203125
HRLMD,λ<=log n,8192,0,64548,7.87939453125
HRLMD,λ<=log n,8192,0,60908,7.43505859375
HRLMD,λ<=log n,8192,0,63273,7.7237548828125
HRLMD,λ<=log n,8192,0,63587,7.7620849609375
HRLMD,λ<=log n,8192,0,60939,7.4388427734375
HRLMD,λ<=log n,8192,0,59385,7.2491455078125
HRLMD,λ<=log n,8192,0,56085,6.8463134765625
HRLMD,λ<=log n,8192,0,57792,7.0546875
HRLMD,λ<=log n,8192,0,65221,7.9615478515625
HRLMD,λ<=log n,8192,0,58004,7.08056640625
HRLMD,λ<=log n,8192,0,62439,7.6219482421875
HRLMD,λ<=log n,8192,0,55111,6.7274169921875
HRLMD,λ<=log n,8192,0,59210,7.227783203125
HRLMD,λ<=log n,8192,0,60054,7.330810546875
HRLMD,λ<=log n,8192,0,72216,8.8154296875
HRLMD,λ<=log n,8192,0,54878,6.698974609375
HRLMD,λ<=log n,8192,0,59360,7.24609375
HRLMD,λ<=log n,8192,0,60748,7.41552734375
HRLMD,λ<=log n,8192,0,60457,7.3800048828125
HRLMD,λ<=log n,8192,0,52794,6.444580078125
HRLMD,λ<=log n,8192,0,71908,8.77783203125
HRLMD,λ<=log n,8192,0,70810,8.643798828125
HRLMD,λ<=log n,8192,0,55286,6.748779296875
HRLMD,λ<=log n,8192,0,59486,7.261474609375
HRLMD,λ<=log n,8192,0,55872,6.8203125
HRLMD,λ<=log n,8192,0,64066,7.820556640625
HRLMD,λ<=log n,8192,0,92695,11.3153076171875
HRLMD,λ<=log n,8192,0,69035,8.4271240234375
HRLMD,λ<=log n,8192,0,60245,7.3541259765625
HRLMD,λ<=log n,8192,0,63175,7.7117919921875
HRLMD,λ<=log n,8192,0,64025,7.8155517578125
HRLMD,λ<=log n,8192,0,68504,8.3623046875
HRLMD,λ<=log n,8192,0,66556,8.12451171875
HRLMD,λ<=log n,8192,0,68182,8.322998046875
HRLMD,λ<=log n,8192,0,67119,8.1932373046875
HRLMD,λ<=log n,8192,0,60001,7.3243408203125
HRLMD,λ<=log n,8192,0,57791,7.0545654296875
HRLMD,λ<=log n,8192,0,55556,6.78173828125
HRLMD,λ<=log n,8192,0,59023,7.2049560546875
HRLMD,λ<=log n,8192,0,63934,7.804443359375
HRLMD,λ<=log n,8192,0,65209,7.9600830078125
HRLMD,λ<=log n,8192,0,61054,7.452880859375
HRLMD,λ<=log n,8192,0,58249,7.1104736328125
HRLMD,λ<=log n,8192,0,57177,6.9796142578125
HRLMD,λ<=log n,8192,0,75794,9.252197265625
HRLMD,λ<=log n,8192,0,58001,7.0802001953125
HRLMD,λ<=log n,8192,0,66979,8.1761474609375
HRLMD,λ<=log n,8192,0,59115,7.2161865234375
HRLMD,λ<=log n,8192,0,70082,8.554931640625
HRLMD,λ<=log n,8192,0,58226,7.107666015625
HRLMD,λ<=log n,8192,0,63026,7.693603515625
HRLMD,λ<=log n,8192,0,77724,9.48779296875
HRLMD,λ<=log n,8192,0,61202,7.470947265625
HRLMD,λ<=log n,8192,0,56009,6.8370361328125
HRLMD,λ<=log n,8192,0,62205,7.5933837890625
HRLMD,λ<=log n,8192,0,59590,7.274169921875
HRLMD,λ<=log n,8192,0,59263,7.2342529296875
HRLMD,λ<=log n,8192,0,63116,7.70458984375
HRLMD,λ<=log n,8192,0,57731,7.0472412109375
HRLMD,λ<=log n,8192,0,61370,7.491455078125
HRLMD,λ<=log n,8192,0,60889,7.4327392578125
HRLMD,λ<=log n,8192,0,71579,8.7376708984375
HRLMD,λ<=log n,8192,0,61585,7.5177001953125
HRLMD,λ<=log n,8192,0,61281,7.4805908203125
HRLMD,λ<=log n,8192,0,58259,7.1116943359375
HRLMD,λ<=log n,8192,0,70923,8.6575927734375
HRLMD,λ<=log n,8192,0,65992,8.0556640625
HRLMD,λ<=log n,8192,0,59081,7.2120361328125
HRLMD,λ<=log n,8192,0,56162,6.855712890625
HRLMD,λ<=log n,8192,0,62239,7.5975341796875
HRLMD,λ<=log n,8192,0,65705,8.0206298828125
HRLMD,λ<=log n,8192,0,61613,7.5211181640625
HRLMD,λ<=log n,8192,0,70278,8.578857421875
HRLMD,λ<=log n,8192,0,55805,6.8121337890625
HRLMD,λ<=log n,8192,0,65070,7.943115234375
HRLMD,λ<=log n,8192,0,55741,6.8043212890625
HSLMD,λ<=log n,8192,0,103074,12.582275390625
HSLMD,λ<=log n,8192,0,80953,9.8819580078125
HSLMD,λ<=log n,8192,0,86487,10.5574951171875
HSLMD,λ<=log n,8192,0,81118,9.902099609375
HSLMD,λ<=log n,8192,0,82002,10.010009765625
HSLMD,λ<=log n,8192,0,129363,15.7913818359375
HSLMD,λ<=log n,8192,0,78219,9.5482177734375
HSLMD,λ<=log n,8192,0,87614,10.695068359375
HSLMD,λ<=log n,8192,0,94089,11.4854736328125
HSLMD,λ<=log n,8192,0,94645,11.5533447265625
HSLMD,λ<=log n,8192,0,87263,10.6522216796875
HSLMD,λ<=log n,8192,0,78967,9.6395263671875
HSLMD,λ<=log n,8192,0,93957,11.4693603515625
HSLMD,λ<=log n,8192,0,87427,10.6722412109375
HSLMD,λ<=log n,8192,0,83202,10.156494140625
HSLMD,λ<=log n,8192,0,85413,10.4263916015625
HSLMD,λ<=log n,8192,0,91687,11.1922607421875
HSLMD,λ<=log n,8192,0,81616,9.962890625
HSLMD,λ<=log n,8192,0,79636,9.72119140625
HSLMD,λ<=log n,8192,0,87656,10.7001953125
HSLMD,λ<=log n,8192,0,86084,10.50830078125
HSLMD,λ<=log n,8192,0,89005,10.8648681640625
HSLMD,λ<=log n,8192,0,84106,10.266845703125
HSLMD,λ<=log n,8192,0,83497,10.1925048828125
HSLMD,λ<=log n,8192,0,77132,9.41552734375
HSLMD,λ<=log n,8192,0,98186,11.985595703125
HSLMD,λ<=log n,8192,0,82226,10.037353515625
HSLMD,λ<=log n,8192,0,84081,10.2637939453125
HSLMD,λ<=log n,8192,0,86002,10.498291015625
HSLMD,λ<=log n,8192,0,87832,10.7216796875
HSLMD,λ<=log n,8192,0,83065,10.1397705078125
HSLMD,λ<=log n,8192,0,77796,9.49658203125
HSLMD,λ<=log n,8192,0,80624,9.841796875
HSLMD,λ<=log n,8192,0,82908,10.12060546875
HSLMD,λ<=log n,8192,0,78357,9.5650634765625
HSLMD,λ<=log n,8192,0,89760,10.95703125
HSLMD,λ<=log n,8192,0,85221,10.4029541015625
HSLMD,λ<=log n,8192,0,78777,9.6163330078125
HSLMD,λ<=log n,8192,0,89716,10.95166015625
HSLMD,λ<=log n,8192,0,77682,9.482666015625
HSLMD,λ<=log n,8192,0,84004,10.25439453125
HSLMD,λ<=log n,8192,0,78988,9.64208984375
HSLMD,λ<=log n,8192,0,77709,9.4859619140625
HSLMD,λ<=log n,8192,0,76557,9.3453369140625
HSLMD,λ<=log n,8192,0,87992,10.7412109375
HSLMD,λ<=log n,8192,0,80636,9.84326171875
HSLMD,λ<=log n,8192,0,77586,9.470947265625
HSLMD,λ<=log n,8192,0,86142,10.515380859375
HSLMD,λ<=log n,8192,0,82105,10.0225830078125
HSLMD,λ<=log n,8192,0,84070,10.262451171875
HSLMD,λ<=log n,8192,0,81879,9.9949951171875
HSLMD,λ<=log n,8192,0,87512,10.6826171875
HSLMD,λ<=log n,8192,0,75850,9.259033203125
HSLMD,λ<=log n,8192,0,88652,10.82177734375
HSLMD,λ<=log n,8192,0,77363,9.4437255859375
HSLMD,λ<=log n,8192,0,79353,9.6866455078125
HSLMD,λ<=log n,8192,0,102599,12.5242919921875
HSLMD,λ<=log n,8192,0,83828,10.23291015625
HSLMD,λ<=log n,8192,0,88834,10.843994140625
HSLMD,λ<=log n,8192,0,79476,9.70166015625
HSLMD,λ<=log n,8192,0,85548,10.44287109375
HSLMD,λ<=log n,8192,0,82332,10.05029296875
HSLMD,λ<=log n,8192,0,89836,10.96630859375
HSLMD,λ<=log n,8192,0,81594,9.960205078125
HSLMD,λ<=log n,8192,0,84660,10.33447265625
HSLMD,λ<=log n,8192,0,82790,10.106201171875
HSLMD,λ<=log n,8192,0,72128,8.8046875
HSLMD,λ<=log n,8192,0,92349,11.2730712890625
HSLMD,λ<=log n,8192,0,80971,9.8841552734375
HSLMD,λ<=log n,8192,0,85880,10.4833984375
HSLMD,λ<=log n,8192,0,75909,9.2662353515625
HSLMD,λ<=log n,8192,0,78821,9.6217041015625
HSLMD,λ<=log n,8192,0,83370,10.177001953125
HSLMD,λ<=log n,8192,0,73992,9.0322265625
HSLMD,λ<=log n,8192,0,84547,10.3206787109375
HSLMD,λ<=log n,8192,0,83114,10.145751953125
HSLMD,λ<=log n,8192,0,95928,11.7099609375
HSLMD,λ<=log n,8192,0,95112,11.6103515625
HSLMD,λ<=log n,8192,0,88524,10.80615234375
HSLMD,λ<=log n,8192,0,80615,9.8406982421875
HSLMD,λ<=log n,8192,0,85303,10.4129638671875
HSLMD,λ<=log n,8192,0,76927,9.3905029296875
HSLMD,λ<=log n,8192,0,81226,9.915283203125
HSLMD,λ<=log n,8192,0,80174,9.786865234375
HSLMD,λ<=log n,8192,0,92832,11.33203125
HSLMD,λ<=log n,8192,0,82182,10.031982421875
HSLMD,λ<=log n,8192,0,82550,10.076904296875
HSLMD,λ<=log n,8192,0,83703,10.2176513671875
HSLMD,λ<=log n,8192,0,82301,10.0465087890625
HSLMD,λ<=log n,8192,0,81110,9.901123046875
HSLMD,λ<=log n,8192,0,74810,9.132080078125
HSLMD,λ<=log n,8192,0,80999,9.8875732421875
HSLMD,λ<=log n,8192,0,89763,10.9573974609375
HSLMD,λ<=log n,8192,0,80380,9.81201171875
HSLMD,λ<=log n,8192,0,85172,10.39697265625
HSLMD,λ<=log n,8192,0,90486,11.045654296875
HSLMD,λ<=log n,8192,0,83959,10.2489013671875
HSLMD,λ<=log n,8192,0,89614,10.939208984375
HSLMD,λ<=log n,8192,0,86096,10.509765625
HSLMD,λ<=log n,8192,0,79455,9.6990966796875
HSDID,λ<=log n,8192,0,91055,11.1151123046875
HSDID,λ<=log n,8192,0,82279,10.0438232421875
HSDID,λ<=log n,8192,0,86033,10.5020751953125
HSDID,λ<=log n,8192,0,97523,11.9046630859375
HSDID,λ<=log n,8192,0,90583,11.0574951171875
HSDID,λ<=log n,8192,0,96481,11.7774658203125
HSDID,λ<=log n,8192,0,82245,10.0396728515625
HSDID,λ<=log n,8192,0,83285,10.1666259765625
HSDID,λ<=log n,8192,0,85623,10.4520263671875
HSDID,λ<=log n,8192,0,85725,10.4644775390625
HSDID,λ<=log n,8192,0,92621,11.3062744140625
HSDID,λ<=log n,8192,0,88599,10.8153076171875
HSDID,λ<=log n,8192,0,83291,10.1673583984375
HSDID,λ<=log n,8192,0,103355,12.6165771484375
HSDID,λ<=log n,8192,0,87133,10.6363525390625
HSDID,λ<=log n,8192,0,87465,10.6768798828125
HSDID,λ<=log n,8192,0,100381,12.2535400390625
HSDID,λ<=log n,8192,0,82845,10.1129150390625
HSDID,λ<=log n,8192,0,99995,12.2064208984375
HSDID,λ<=log n,8192,0,96701,11.8043212890625
HSDID,λ<=log n,8192,0,87007,10.6209716796875
HSDID,λ<=log n,8192,0,86743,10.5887451171875
HSDID,λ<=log n,8192,0,84223,10.2811279296875
HSDID,λ<=log n,8192,0,83829,10.2330322265625
HSDID,λ<=log n,8192,0,92233,11.2589111328125
HSDID,λ<=log n,8192,0,90093,10.9976806640625
HSDID,λ<=log n,8192,0,96645,11.7974853515625
HSDID,λ<=log n,8192,0,88397,10.7906494140625
HSDID,λ<=log n,8192,0,99323,12.1243896484375
HSDID,λ<=log n,8192,0,81117,9.9019775390625
HSDID,λ<=log n,8192,0,84867,10.3597412109375
HSDID,λ<=log n,8192,0,89429,10.9166259765625
HSDID,λ<=log n,8192,0,87461,10.6763916015625
HSDID,λ<=log n,8192,0,97673,11.9229736328125
HSDID,λ<=log n,8192,0,91127,11.1239013671875
HSDID,λ<=log n,8192,0,87587,10.6917724609375
HSDID,λ<=log n,8192,0,96657,11.7989501953125
HSDID,λ<=log n,8192,0,92699,11.3157958984375
HSDID,λ<=log n,8192,0,87499,10.6810302734375
HSDID,λ<=log n,8192,0,86865,10.6036376953125
HSDID,λ<=log n,8192,0,86115,10.5120849609375
HSDID,λ<=log n,8192,0,87119,10.6346435546875
HSDID,λ<=log n,8192,0,96137,11.7354736328125
HSDID,λ<=log n,8192,0,88439,10.7957763671875
HSDID,λ<=log n,8192,0,89371,10.9095458984375
HSDID,λ<=log n,8192,0,83435,10.1849365234375
HSDID,λ<=log n,8192,0,83615,10.2069091796875
HSDID,λ<=log n,8192,0,88731,10.8314208984375
HSDID,λ<=log n,8192,0,80901,9.8756103515625
HSDID,λ<=log n,8192,0,93333,11.3931884765625
HSDID,λ<=log n,8192,0,85455,10.4315185546875
HSDID,λ<=log n,8192,0,97371,11.8861083984375
HSDID,λ<=log n,8192,0,94503,11.5360107421875
HSDID,λ<=log n,8192,0,83361,10.1759033203125
HSDID,λ<=log n,8192,0,89819,10.9642333984375
HSDID,λ<=log n,8192,0,79921,9.7559814453125
HSDID,λ<=log n,8192,0,78995,9.6429443359375
HSDID,λ<=log n,8192,0,89493,10.9244384765625
HSDID,λ<=log n,8192,0,103607,12.6473388671875
HSDID,λ<=log n,8192,0,88781,10.8375244140625
HSDID,λ<=log n,8192,0,93979,11.4720458984375
HSDID,λ<=log n,8192,0,91749,11.1998291015625
HSDID,λ<=log n,8192,0,93089,11.3634033203125
HSDID,λ<=log n,8192,0,82903,10.1199951171875
HSDID,λ<=log n,8192,0,92449,11.2852783203125
HSDID,λ<=log n,8192,0,91761,11.2012939453125
HSDID,λ<=log n,8192,0,102205,12.4761962890625
HSDID,λ<=log n,8192,0,92825,11.3311767578125
HSDID,λ<=log n,8192,0,101915,12.4407958984375
HSDID,λ<=log n,8192,0,86663,10.5789794921875
HSDID,λ<=log n,8192,0,97167,11.8612060546875
HSDID,λ<=log n,8192,0,88079,10.7518310546875
HSDID,λ<=log n,8192,0,95389,11.6441650390625
HSDID,λ<=log n,8192,0,94297,11.5108642578125
HSDID,λ<=log n,8192,0,97137,11.8575439453125
HSDID,λ<=log n,8192,0,101007,12.3299560546875
HSDID,λ<=log n,8192,0,93289,11.3878173828125
HSDID,λ<=log n,8192,0,99505,12.1466064453125
HSDID,λ<=log n,8192,0,101341,12.3707275390625
HSDID,λ<=log n,8192,0,82421,10.0611572265625
HSDID,λ<=log n,8192,0,95325,11.6363525390625
HSDID,λ<=log n,8192,0,87321,10.6593017578125
HSDID,λ<=log n,8192,0,84313,10.2921142578125
HSDID,λ<=log n,8192,0,95259,11.6282958984375
HSDID,λ<=log n,8192,0,86579,10.5687255859375
HSDID,λ<=log n,8192,0,92003,11.2308349609375
HSDID,λ<=log n,8192,0,87771,10.7142333984375
HSDID,λ<=log n,8192,0,90789,11.0826416015625
HSDID,λ<=log n,8192,0,97053,11.8472900390625
HSDID,λ<=log n,8192,0,82087,10.0203857421875
HSDID,λ<=log n,8192,0,101935,12.4432373046875
HSDID,λ<=log n,8192,0,91289,11.1436767578125
HSDID,λ<=log n,8192,0,93669,11.4342041015625
HSDID,λ<=log n,8192,0,92829,11.3316650390625
HSDID,λ<=log n,8192,0,89373,10.9097900390625
HSDID,λ<=log n,8192,0,87165,10.6402587890625
HSDID,λ<=log n,8192,0,83843,10.2347412109375
HSDID,λ<=log n,8192,0,97635,11.9183349609375
HSDID,λ<=log n,8192,0,82497,10.0704345703125
HRDID,λ<=log n,8192,0,71469,8.7242431640625
HRDID,λ<=log n,8192,0,76487,9.3367919921875
HRDID,λ<=log n,8192,0,71753,8.7589111328125
HRDID,λ<=log n,8192,0,69373,8.4683837890625
HRDID,λ<=log n,8192,0,83907,10.2425537109375
HRDID,λ<=log n,8192,0,76927,9.3905029296875
HRDID,λ<=log n,8192,0,70983,8.6649169921875
HRDID,λ<=log n,8192,0,70729,8.6339111328125
HRDID,λ<=log n,8192,0,84803,10.3519287109375
HRDID,λ<=log n,8192,0,72857,8.8936767578125
HRDID,λ<=log n,8192,0,75547,9.2220458984375
HRDID,λ<=log n,8192,0,65975,8.0535888671875
HRDID,λ<=log n,8192,0,76807,9.3758544921875
HRDID,λ<=log n,8192,0,80457,9.8214111328125
HRDID,λ<=log n,8192,0,74285,9.0679931640625
HRDID,λ<=log n,8192,0,73745,9.0020751953125
HRDID,λ<=log n,8192,0,74173,9.0543212890625
HRDID,λ<=log n,8192,0,70219,8.5716552734375
HRDID,λ<=log n,8192,0,69611,8.4974365234375
HRDID,λ<=log n,8192,0,68617,8.3760986328125
HRDID,λ<=log n,8192,0,67399,8.2274169921875
HRDID,λ<=log n,8192,0,67525,8.2427978515625
HRDID,λ<=log n,8192,0,72635,8.8665771484375
HRDID,λ<=log n,8192,0,77569,9.4688720703125
HRDID,λ<=log n,8192,0,68321,8.3399658203125
HRDID,λ<=log n,8192,0,72333,8.8297119140625
HRDID,λ<=log n,8192,0,71775,8.7615966796875
HRDID,λ<=log n,8192,0,69547,8.4896240234375
HRDID,λ<=log n,8192,0,73599,8.9842529296875
HRDID,λ<=log n,8192,0,66173,8.0777587890625
HRDID,λ<=log n,8192,0,71017,8.6690673828125
HRDID,λ<=log n,8192,0,73479,8.9696044921875
HRDID,λ<=log n,8192,0,75385,9.2022705078125
HRDID,λ<=log n,8192,0,64725,7.9010009765625
HRDID,λ<=log n,8192,0,68225,8.3282470703125
HRDID,λ<=log n,8192,0,73091,8.9222412109375
HRDID,λ<=log n,8192,0,70309,8.5826416015625
HRDID,λ<=log n,8192,0,76481,9.3360595703125
HRDID,λ<=log n,8192,0,79803,9.7415771484375
HRDID,λ<=log n,8192,0,70769,8.6387939453125
HRDID,λ<=log n,8192,0,72655,8.8690185546875
HRDID,λ<=log n,8192,0,73747,9.0023193359375
HRDID,λ<=log n,8192,0,68025,8.3038330078125
HRDID,λ<=log n,8192,0,79215,9.6697998046875
HRDID,λ<=log n,8192,0,73913,9.0225830078125
HRDID,λ<=log n,8192,0,72399,8.8377685546875
HRDID,λ<=log n,8192,0,69835,8.5247802734375
HRDID,λ<=log n,8192,0,69539,8.4886474609375
HRDID,λ<=log n,8192,0,69851,8.5267333984375
HRDID,λ<=log n,8192,0,69845,8.5260009765625
HRDID,λ<=log n,8192,0,70411,8.5950927734375
HRDID,λ<=log n,8192,0,73169,8.9317626953125
HRDID,λ<=log n,8192,0,74507,9.0950927734375
HRDID,λ<=log n,8192,0,73103,8.9237060546875
HRDID,λ<=log n,8192,0,72391,8.8367919921875
HRDID,λ<=log n,8192,0,68861,8.4058837890625
HRDID,λ<=log n,8192,0,75615,9.2303466796875
HRDID,λ<=log n,8192,0,71781,8.7623291015625
HRDID,λ<=log n,8192,0,72685,8.8726806640625
HRDID,λ<=log n,8192,0,73225,8.9385986328125
HRDID,λ<=log n,8192,0,71639,8.7449951171875
HRDID,λ<=log n,8192,0,72619,8.8646240234375
HRDID,λ<=log n,8192,0,87113,10.6339111328125
HRDID,λ<=log n,8192,0,77955,9.5159912109375
HRDID,λ<=log n,8192,0,74185,9.0557861328125
HRDID,λ<=log n,8192,0,68131,8.3167724609375
HRDID,λ<=log n,8192,0,74301,9.0699462890625
HRDID,λ<=log n,8192,0,74811,9.1322021484375
HRDID,λ<=log n,8192,0,78369,9.5665283203125
HRDID,λ<=log n,8192,0,79253,9.6744384765625
HRDID,λ<=log n,8192,0,76957,9.3941650390625
HRDID,λ<=log n,8192,0,72285,8.8238525390625
HRDID,λ<=log n,8192,0,71821,8.7672119140625
HRDID,λ<=log n,8192,0,70433,8.5977783203125
HRDID,λ<=log n,8192,0,74441,9.0870361328125
HRDID,λ<=log n,8192,0,69667,8.5042724609375
HRDID,λ<=log n,8192,0,68151,8.3192138671875
HRDID,λ<=log n,8192,0,76211,9.3031005859375
HRDID,λ<=log n,8192,0,73557,8.9791259765625
HRDID,λ<=log n,8192,0,67797,8.2760009765625
HRDID,λ<=log n,8192,0,73839,9.0135498046875
HRDID,λ<=log n,8192,0,79373,9.6890869140625
HRDID,λ<=log n,8192,0,70571,8.6146240234375
HRDID,λ<=log n,8192,0,74189,9.0562744140625
HRDID,λ<=log n,8192,0,71279,8.7010498046875
HRDID,λ<=log n,8192,0,79515,9.7064208984375
HRDID,λ<=log n,8192,0,72357,8.8326416015625
HRDID,λ<=log n,8192,0,69791,8.5194091796875
HRDID,λ<=log n,8192,0,70305,8.5821533203125
HRDID,λ<=log n,8192,0,68959,8.4178466796875
HRDID,λ<=log n,8192,0,68903,8.4110107421875
HRDID,λ<=log n,8192,0,76157,9.2965087890625
HRDID,λ<=log n,8192,0,69745,8.5137939453125
HRDID,λ<=log n,8192,0,70919,8.6571044921875
HRDID,λ<=log n,8192,0,71367,8.7117919921875
HRDID,λ<=log n,8192,0,69695,8.5076904296875
HRDID,λ<=log n,8192,0,81251,9.9183349609375
HRDID,λ<=log n,8192,0,67981,8.2984619140625
HRDID,λ<=log n,8192,0,69707,8.5091552734375
HHDID,λ<=log n,8192,0,67053,8.1851806640625
HHDID,λ<=log n,8192,0,70417,8.5958251953125
HHDID,λ<=log n,8192,0,65859,8.0394287109375
HHDID,λ<=log n,8192,0,64075,7.8216552734375
HHDID,λ<=log n,8192,0,64759,7.9051513671875
HHDID,λ<=log n,8192,0,66997,8.1783447265625
HHDID,λ<=log n,8192,0,66735,8.1463623046875
HHDID,λ<=log n,8192,0,60131,7.3402099609375
HHDID,λ<=log n,8192,0,69629,8.4996337890625
HHDID,λ<=log n,8192,0,69321,8.4620361328125
HHDID,λ<=log n,8192,0,63213,7.7164306640625
HHDID,λ<=log n,8192,0,69119,8.4373779296875
HHDID,λ<=log n,8192,0,66037,8.0611572265625
HHDID,λ<=log n,8192,0,70625,8.6212158203125
HHDID,λ<=log n,8192,0,68109,8.3140869140625
HHDID,λ<=log n,8192,0,65579,8.0052490234375
HHDID,λ<=log n,8192,0,62127,7.5838623046875
HHDID,λ<=log n,8192,0,64865,7.9180908203125
HHDID,λ<=log n,8192,0,62021,7.5709228515625
HHDID,λ<=log n,8192,0,62431,7.6209716796875
HHDID,λ<=log n,8192,0,65279,7.9686279296875
HHDID,λ<=log n,8192,0,62033,7.5723876953125
HHDID,λ<=log n,8192,0,63933,7.8043212890625
HHDID,λ<=log n,8192,0,65061,7.9420166015625
HHDID,λ<=log n,8192,0,67941,8.2935791015625
HHDID,λ<=log n,8192,0,71195,8.6907958984375
HHDID,λ<=log n,8192,0,67041,8.1837158203125
HHDID,λ<=log n,8192,0,61951,7.5623779296875
HHDID,λ<=log n,8192,0,77351,9.4422607421875
HHDID,λ<=log n,8192,0,72997,8.9107666015625
HHDID,λ<=log n,8192,0,65921,8.0469970703125
HHDID,λ<=log n,8192,0,67973,8.2974853515625
HHDID,λ<=log n,8192,0,62823,7.6688232421875
HHDID,λ<=log n,8192,0,64913,7.9239501953125
HHDID,λ<=log n,8192,0,68711,8.3875732421875
HHDID,λ<=log n,8192,0,63451,7.7454833984375
HHDID,λ<=log n,8192,0,65215,7.9608154296875
HHDID,λ<=log n,8192,0,63781,7.7857666015625
HHDID,λ<=log n,8192,0,69489,8.4825439453125
HHDID,λ<=log n,8192,0,67987,8.2991943359375
HHDID,λ<=log n,8192,0,67035,8.1829833984375
HHDID,λ<=log n,8192,0,66833,8.1583251953125
HHDID,λ<=log n,8192,0,65613,8.0093994140625
HHDID,λ<=log n,8192,0,67207,8.2039794921875
HHDID,λ<=log n,8192,0,71181,8.6890869140625
HHDID,λ<=log n,8192,0,71809,8.7657470703125
HHDID,λ<=log n,8192,0,67887,8.2869873046875
HHDID,λ<=log n,8192,0,65225,7.9620361328125
HHDID,λ<=log n,8192,0,64817,7.9122314453125
HHDID,λ<=log n,8192,0,61307,7.4837646484375
HHDID,λ<=log n,8192,0,69081,8.4327392578125
HHDID,λ<=log n,8192,0,68231,8.3289794921875
HHDID,λ<=log n,8192,0,64651,7.8919677734375
HHDID,λ<=log n,8192,0,66895,8.1658935546875
HHDID,λ<=log n,8192,0,66133,8.0728759765625
HHDID,λ<=log n,8192,0,67243,8.2083740234375
HHDID,λ<=log n,8192,0,68103,8.3133544921875
HHDID,λ<=log n,8192,0,64727,7.9012451171875
HHDID,λ<=log n,8192,0,62001,7.5684814453125
HHDID,λ<=log n,8192,0,61833,7.5479736328125
HHDID,λ<=log n,8192,0,63983,7.8104248046875
HHDID,λ<=log n,8192,0,61463,7.5028076171875
HHDID,λ<=log n,8192,0,70411,8.5950927734375
HHDID,λ<=log n,8192,0,70721,8.6329345703125
HHDID,λ<=log n,8192,0,69071,8.4315185546875
HHDID,λ<=log n,8192,0,65561,8.0030517578125
HHDID,λ<=log n,8192,0,66321,8.0958251953125
HHDID,λ<=log n,8192,0,64631,7.8895263671875
HHDID,λ<=log n,8192,0,74751,9.1248779296875
HHDID,λ<=log n,8192,0,66827,8.1575927734375
HHDID,λ<=log n,8192,0,64441,7.8663330078125
HHDID,λ<=log n,8192,0,63887,7.7987060546875
HHDID,λ<=log n,8192,0,62985,7.6885986328125
HHDID,λ<=log n,8192,0,67791,8.2752685546875
HHDID,λ<=log n,8192,0,63651,7.7698974609375
HHDID,λ<=log n,8192,0,71465,8.7237548828125
HHDID,λ<=log n,8192,0,66703,8.1424560546875
HHDID,λ<=log n,8192,0,65419,7.9857177734375
HHDID,λ<=log n,8192,0,69369,8.4678955078125
HHDID,λ<=log n,8192,0,68207,8.3260498046875
HHDID,λ<=log n,8192,0,64787,7.9085693359375
HHDID,λ<=log n,8192,0,67061,8.1861572265625
HHDID,λ<=log n,8192,0,64219,7.8392333984375
HHDID,λ<=log n,8192,0,64827,7.9134521484375
HHDID,λ<=log n,8192,0,63823,7.7908935546875
HHDID,λ<=log n,8192,0,68775,8.3953857421875
HHDID,λ<=log n,8192,0,64965,7.9302978515625
HHDID,λ<=log n,8192,0,67039,8.1834716796875
HHDID,λ<=log n,8192,0,69325,8.4625244140625
HHDID,λ<=log n,8192,0,67095,8.1903076171875
HHDID,λ<=log n,8192,0,68847,8.4041748046875
HHDID,λ<=log n,8192,0,68347,8.3431396484375
HHDID,λ<=log n,8192,0,65939,8.0491943359375
HHDID,λ<=log n,8192,0,63747,7.7816162109375
HHDID,λ<=log n,8192,0,70117,8.5592041015625
HHDID,λ<=log n,8192,0,66381,8.1031494140625
HHDID,λ<=log n,8192,0,63071,7.6990966796875
HHDID,λ<=log n,8192,0,68817,8.4005126953125
HHDID,λ<=log n,8192,0,67757,8.2711181640625
HHDID,λ<=log n,8192,0,64175,7.8338623046875
HHLID,λ<=log n,8192,0,65593,8.0069580078125
HHLID,λ<=log n,8192,0,63633,7.7677001953125
HHLID,λ<=log n,8192,0,66405,8.1060791015625
HHLID,λ<=log n,8192,0,76549,9.3443603515625
HHLID,λ<=log n,8192,0,74911,9.1444091796875
HHLID,λ<=log n,8192,0,72197,8.8131103515625
HHLID,λ<=log n,8192,0,68547,8.3675537109375
HHLID,λ<=log n,8192,0,70887,8.6531982421875
HHLID,λ<=log n,8192,0,67793,8.2755126953125
HHLID,λ<=log n,8192,0,68981,8.4205322265625
HHLID,λ<=log n,8192,0,67201,8.2032470703125
HHLID,λ<=log n,8192,0,68635,8.3782958984375
HHLID,λ<=log n,8192,0,62405,7.6177978515625
HHLID,λ<=log n,8192,0,69315,8.4613037109375
HHLID,λ<=log n,8192,0,69185,8.4454345703125
HHLID,λ<=log n,8192,0,68613,8.3756103515625
HHLID,λ<=log n,8192,0,68719,8.3885498046875
HHLID,λ<=log n,8192,0,67965,8.2965087890625
HHLID,λ<=log n,8192,0,69527,8.4871826171875
HHLID,λ<=log n,8192,0,73423,8.9627685546875
HHLID,λ<=log n,8192,0,70003,8.5452880859375
HHLID,λ<=log n,8192,0,65897,8.0440673828125
HHLID,λ<=log n,8192,0,67091,8.1898193359375
HHLID,λ<=log n,8192,0,65055,7.9412841796875
HHLID,λ<=log n,8192,0,71929,8.7803955078125
HHLID,λ<=log n,8192,0,68375,8.3465576171875
HHLID,λ<=log n,8192,0,69625,8.4991455078125
HHLID,λ<=log n,8192,0,65457,7.9903564453125
HHLID,λ<=log n,8192,0,71869,8.7730712890625
HHLID,λ<=log n,8192,0,72983,8.9090576171875
HHLID,λ<=log n,8192,0,71289,8.7022705078125
HHLID,λ<=log n,8192,0,73499,8.9720458984375
HHLID,λ<=log n,8192,0,68633,8.3780517578125
HHLID,λ<=log n,8192,0,67465,8.2354736328125
HHLID,λ<=log n,8192,0,72999,8.9110107421875
HHLID,λ<=log n,8192,0,69303,8.4598388671875
HHLID,λ<=log n,8192,0,73677,8.9937744140625
HHLID,λ<=log n,8192,0,69331,8.4632568359375
HHLID,λ<=log n,8192,0,67191,8.2020263671875
HHLID,λ<=log n,8192,0,68929,8.4141845703125
HHLID,λ<=log n,8192,0,70109,8.5582275390625
HHLID,λ<=log n,8192,0,63919,7.8026123046875
HHLID,λ<=log n,8192,0,71985,8.7872314453125
HHLID,λ<=log n,8192,0,67799,8.2762451171875
HHLID,λ<=log n,8192,0,68653,8.3804931640625
HHLID,λ<=log n,8192,0,66829,8.1578369140625
HHLID,λ<=log n,8192,0,74563,9.1019287109375
HHLID,λ<=log n,8192,0,63357,7.7340087890625
HHLID,λ<=log n,8192,0,76051,9.2835693359375
HHLID,λ<=log n,8192,0,76777,9.3721923828125
HHLID,λ<=log n,8192,0,76791,9.3739013671875
HHLID,λ<=log n,8192,0,67329,8.2188720703125
HHLID,λ<=log n,8192,0,70295,8.5809326171875
HHLID,λ<=log n,8192,0,69013,8.4244384765625
HHLID,λ<=log n,8192,0,67411,8.2288818359375
HHLID,λ<=log n,8192,0,65735,8.0242919921875
HHLID,λ<=log n,8192,0,69333,8.4635009765625
HHLID,λ<=log n,8192,0,68231,8.3289794921875
HHLID,λ<=log n,8192,0,71093,8.6783447265625
HHLID,λ<=log n,8192,0,78811,9.6204833984375
HHLID,λ<=log n,8192,0,67551,8.2459716796875
HHLID,λ<=log n,8192,0,69539,8.4886474609375
HHLID,λ<=log n,8192,0,66563,8.1253662109375
HHLID,λ<=log n,8192,0,74809,9.1319580078125
HHLID,λ<=log n,8192,0,69543,8.4891357421875
HHLID,λ<=log n,8192,0,70189,8.5679931640625
HHLID,λ<=log n,8192,0,67911,8.2899169921875
HHLID,λ<=log n,8192,0,67975,8.2977294921875
HHLID,λ<=log n,8192,0,67791,8.2752685546875
HHLID,λ<=log n,8192,0,77373,9.4449462890625
HHLID,λ<=log n,8192,0,74959,9.1502685546875
HHLID,λ<=log n,8192,0,74389,9.0806884765625
HHLID,λ<=log n,8192,0,70617,8.6202392578125
HHLID,λ<=log n,8192,0,71375,8.7127685546875
HHLID,λ<=log n,8192,0,68543,8.3670654296875
HHLID,λ<=log n,8192,0,77921,9.5118408203125
HHLID,λ<=log n,8192,0,68703,8.3865966796875
HHLID,λ<=log n,8192,0,68199,8.3250732421875
HHLID,λ<=log n,8192,0,68665,8.3819580078125
HHLID,λ<=log n,8192,0,66371,8.1019287109375
HHLID,λ<=log n,8192,0,65427,7.9866943359375
HHLID,λ<=log n,8192,0,76885,9.3853759765625
HHLID,λ<=log n,8192,0,68443,8.3548583984375
HHLID,λ<=log n,8192,0,68779,8.3958740234375
HHLID,λ<=log n,8192,0,65967,8.0526123046875
HHLID,λ<=log n,8192,0,72509,8.8511962890625
HHLID,λ<=log n,8192,0,70147,8.5628662109375
HHLID,λ<=log n,8192,0,70249,8.5753173828125
HHLID,λ<=log n,8192,0,68891,8.4095458984375
HHLID,λ<=log n,8192,0,72413,8.8394775390625
HHLID,λ<=log n,8192,0,68959,8.4178466796875
HHLID,λ<=log n,8192,0,67977,8.2979736328125
HHLID,λ<=log n,8192,0,70485,8.6041259765625
HHLID,λ<=log n,8192,0,72339,8.8304443359375
HHLID,λ<=log n,8192,0,66773,8.1510009765625
HHLID,λ<=log n,8192,0,69009,8.4239501953125
HHLID,λ<=log n,8192,0,67225,8.2061767578125
HRLID,λ<=log n,8192,0,72181,8.8111572265625
HRLID,λ<=log n,8192,0,74223,9.0604248046875
HRLID,λ<=log n,8192,0,76539,9.3431396484375
HRLID,λ<=log n,8192,0,75493,9.2154541015625
HRLID,λ<=log n,8192,0,74265,9.0655517578125
HRLID,λ<=log n,8192,0,75003,9.1556396484375
HRLID,λ<=log n,8192,0,70113,8.5587158203125
HRLID,λ<=log n,8192,0,73741,9.0015869140625
HRLID,λ<=log n,8192,0,79695,9.7283935546875
HRLID,λ<=log n,8192,0,79355,9.6868896484375
HRLID,λ<=log n,8192,0,73629,8.9879150390625
HRLID,λ<=log n,8192,0,69643,8.5013427734375
HRLID,λ<=log n,8192,0,74655,9.1131591796875
HRLID,λ<=log n,8192,0,77137,9.4161376953125
HRLID,λ<=log n,8192,0,73261,8.9429931640625
HRLID,λ<=log n,8192,0,72019,8.7913818359375
HRLID,λ<=log n,8192,0,71935,8.7811279296875
HRLID,λ<=log n,8192,0,72275,8.8226318359375
HRLID,λ<=log n,8192,0,71289,8.7022705078125
HRLID,λ<=log n,8192,0,75565,9.2242431640625
HRLID,λ<=log n,8192,0,76203,9.3021240234375
HRLID,λ<=log n,8192,0,72089,8.7999267578125
HRLID,λ<=log n,8192,0,71173,8.6881103515625
HRLID,λ<=log n,8192,0,74461,9.0894775390625
HRLID,λ<=log n,8192,0,75779,9.2503662109375
HRLID,λ<=log n,8192,0,75235,9.1839599609375
HRLID,λ<=log n,8192,0,77055,9.4061279296875
HRLID,λ<=log n,8192,0,81041,9.8927001953125
HRLID,λ<=log n,8192,0,72219,8.8157958984375
HRLID,λ<=log n,8192,0,70739,8.6351318359375
HRLID,λ<=log n,8192,0,73893,9.0201416015625
HRLID,λ<=log n,8192,0,74665,9.1143798828125
HRLID,λ<=log n,8192,0,70757,8.6373291015625
HRLID,λ<=log n,8192,0,78977,9.6407470703125
HRLID,λ<=log n,8192,0,75571,9.2249755859375
HRLID,λ<=log n,8192,0,74709,9.1197509765625
HRLID,λ<=log n,8192,0,79159,9.6629638671875
HRLID,λ<=log n,8192,0,68399,8.3494873046875
HRLID,λ<=log n,8192,0,77091,9.4105224609375
HRLID,λ<=log n,8192,0,72817,8.8887939453125
HRLID,λ<=log n,8192,0,74877,9.1402587890625
HRLID,λ<=log n,8192,0,78479,9.5799560546875
HRLID,λ<=log n,8192,0,80455,9.8211669921875
HRLID,λ<=log n,8192,0,74177,9.0548095703125
HRLID,λ<=log n,8192,0,79339,9.6849365234375
HRLID,λ<=log n,8192,0,69511,8.4852294921875
HRLID,λ<=log n,8192,0,67657,8.2589111328125
HRLID,λ<=log n,8192,0,74533,9.0982666015625
HRLID,λ<=log n,8192,0,72311,8.8270263671875
HRLID,λ<=log n,8192,0,73579,8.9818115234375
HRLID,λ<=log n,8192,0,64621,7.8883056640625
HRLID,λ<=log n,8192,0,80151,9.7840576171875
HRLID,λ<=log n,8192,0,76043,9.2825927734375
HRLID,λ<=log n,8192,0,74567,9.1024169921875
HRLID,λ<=log n,8192,0,74215,9.0594482421875
HRLID,λ<=log n,8192,0,71121,8.6817626953125
HRLID,λ<=log n,8192,0,69599,8.4959716796875
HRLID,λ<=log n,8192,0,86237,10.5269775390625
HRLID,λ<=log n,8192,0,74559,9.1014404296875
HRLID,λ<=log n,8192,0,67875,8.2855224609375
HRLID,λ<=log n,8192,0,80863,9.8709716796875
HRLID,λ<=log n,8192,0,79881,9.7510986328125
HRLID,λ<=log n,8192,0,74767,9.1268310546875
HRLID,λ<=log n,8192,0,71193,8.6905517578125
HRLID,λ<=log n,8192,0,71259,8.6986083984375
HRLID,λ<=log n,8192,0,68637,8.3785400390625
HRLID,λ<=log n,8192,0,71925,8.7799072265625
HRLID,λ<=log n,8192,0,75661,9.2359619140625
HRLID,λ<=log n,8192,0,79611,9.7181396484375
HRLID,λ<=log n,8192,0,72893,8.8980712890625
HRLID,λ<=log n,8192,0,73389,8.9586181640625
HRLID,λ<=log n,8192,0,77949,9.5152587890625
HRLID,λ<=log n,8192,0,78499,9.5823974609375
HRLID,λ<=log n,8192,0,73973,9.0299072265625
HRLID,λ<=log n,8192,0,74959,9.1502685546875
HRLID,λ<=log n,8192,0,80869,9.8717041015625
HRLID,λ<=log n,8192,0,75627,9.2318115234375
HRLID,λ<=log n,8192,0,70041,8.5499267578125
HRLID,λ<=log n,8192,0,68769,8.3946533203125
HRLID,λ<=log n,8192,0,85077,10.3853759765625
HRLID,λ<=log n,8192,0,73303,8.9481201171875
HRLID,λ<=log n,8192,0,72215,8.8153076171875
HRLID,λ<=log n,8192,0,71139,8.6839599609375
HRLID,λ<=log n,8192,0,79139,9.6605224609375
HRLID,λ<=log n,8192,0,68057,8.3077392578125
HRLID,λ<=log n,8192,0,69525,8.4869384765625
HRLID,λ<=log n,8192,0,73075,8.9202880859375
HRLID,λ<=log n,8192,0,66969,8.1749267578125
HRLID,λ<=log n,8192,0,72759,8.8817138671875
HRLID,λ<=log n,8192,0,77329,9.4395751953125
HRLID,λ<=log n,8192,0,73135,8.9276123046875
HRLID,λ<=log n,8192,0,71551,8.7342529296875
HRLID,λ<=log n,8192,0,70749,8.6363525390625
HRLID,λ<=log n,8192,0,66449,8.1114501953125
HRLID,λ<=log n,8192,0,77625,9.4757080078125
HRLID,λ<=log n,8192,0,72361,8.8331298828125
HRLID,λ<=log n,8192,0,76819,9.3773193359375
HRLID,λ<=log n,8192,0,80061,9.7730712890625
HRLID,λ<=log n,8192,0,71099,8.6790771484375
HSLID,λ<=log n,8192,0,96953,11.8350830078125
HSLID,λ<=log n,8192,0,93565,11.4215087890625
HSLID,λ<=log n,8192,0,90777,11.0811767578125
HSLID,λ<=log n,8192,0,101737,12.4190673828125
HSLID,λ<=log n,8192,0,88557,10.8101806640625
HSLID,λ<=log n,8192,0,88913,10.8536376953125
HSLID,λ<=log n,8192,0,86081,10.5079345703125
HSLID,λ<=log n,8192,0,105479,12.8758544921875
HSLID,λ<=log n,8192,0,85225,10.4034423828125
HSLID,λ<=log n,8192,0,101743,12.4197998046875
HSLID,λ<=log n,8192,0,88233,10.7706298828125
HSLID,λ<=log n,8192,0,86597,10.5709228515625
HSLID,λ<=log n,8192,0,87427,10.6722412109375
HSLID,λ<=log n,8192,0,100917,12.3189697265625
HSLID,λ<=log n,8192,0,93409,11.4024658203125
HSLID,λ<=log n,8192,0,89191,10.8875732421875
HSLID,λ<=log n,8192,0,98351,12.0057373046875
HSLID,λ<=log n,8192,0,110797,13.5250244140625
HSLID,λ<=log n,8192,0,101699,12.4144287109375
HSLID,λ<=log n,8192,0,95087,11.6072998046875
HSLID,λ<=log n,8192,0,94703,11.5604248046875
HSLID,λ<=log n,8192,0,90469,11.0435791015625
HSLID,λ<=log n,8192,0,97937,11.9552001953125
HSLID,λ<=log n,8192,0,88467,10.7991943359375
HSLID,λ<=log n,8192,0,96961,11.8360595703125
HSLID,λ<=log n,8192,0,100429,12.2593994140625
HSLID,λ<=log n,8192,0,97007,11.8416748046875
HSLID,λ<=log n,8192,0,90729,11.0753173828125
HSLID,λ<=log n,8192,0,95463,11.6531982421875
HSLID,λ<=log n,8192,0,97535,11.9061279296875
HSLID,λ<=log n,8192,0,102423,12.5028076171875
HSLID,λ<=log n,8192,0,96053,11.7252197265625
HSLID,λ<=log n,8192,0,95743,11.6873779296875
HSLID,λ<=log n,8192,0,89095,10.8758544921875
HSLID,λ<=log n,8192,0,93975,11.4715576171875
HSLID,λ<=log n,8192,0,96911,11.8299560546875
HSLID,λ<=log n,8192,0,90483,11.0452880859375
HSLID,λ<=log n,8192,0,91713,11.1954345703125
HSLID,λ<=log n,8192,0,94659,11.5550537109375
HSLID,λ<=log n,8192,0,97517,11.9039306640625
HSLID,λ<=log n,8192,0,97551,11.9080810546875
HSLID,λ<=log n,8192,0,103261,12.6051025390625
HSLID,λ<=log n,8192,0,112413,13.7222900390625
HSLID,λ<=log n,8192,0,101389,12.3765869140625
HSLID,λ<=log n,8192,0,103375,12.6190185546875
HSLID,λ<=log n,8192,0,86903,10.6082763671875
HSLID,λ<=log n,8192,0,94339,11.5159912109375
HSLID,λ<=log n,8192,0,97223,11.8680419921875
HSLID,λ<=log n,8192,0,100441,12.2608642578125
HSLID,λ<=log n,8192,0,92009,11.2315673828125
HSLID,λ<=log n,8192,0,91581,11.1793212890625
HSLID,λ<=log n,8192,0,99635,12.1624755859375
HSLID,λ<=log n,8192,0,105491,12.8773193359375
HSLID,λ<=log n,8192,0,96799,11.8162841796875
HSLID,λ<=log n,8192,0,107897,13.1710205078125
HSLID,λ<=log n,8192,0,94641,11.5528564453125
HSLID,λ<=log n,8192,0,92923,11.3431396484375
HSLID,λ<=log n,8192,0,92449,11.2852783203125
HSLID,λ<=log n,8192,0,109411,13.3558349609375
HSLID,λ<=log n,8192,0,92709,11.3170166015625
HSLID,λ<=log n,8192,0,87029,10.6236572265625
HSLID,λ<=log n,8192,0,106785,13.0352783203125
HSLID,λ<=log n,8192,0,101191,12.3524169921875
HSLID,λ<=log n,8192,0,91543,11.1746826171875
HSLID,λ<=log n,8192,0,93345,11.3946533203125
HSLID,λ<=log n,8192,0,95055,11.6033935546875
HSLID,λ<=log n,8192,0,89143,10.8817138671875
HSLID,λ<=log n,8192,0,96289,11.7540283203125
HSLID,λ<=log n,8192,0,100099,12.2191162109375
HSLID,λ<=log n,8192,0,96885,11.8267822265625
HSLID,λ<=log n,8192,0,103435,12.6263427734375
HSLID,λ<=log n,8192,0,90447,11.0408935546875
HSLID,λ<=log n,8192,0,94973,11.5933837890625
HSLID,λ<=log n,8192,0,115371,14.0833740234375
HSLID,λ<=log n,8192,0,99287,12.1199951171875
HSLID,λ<=log n,8192,0,107041,13.0665283203125
HSLID,λ<=log n,8192,0,99135,12.1014404296875
HSLID,λ<=log n,8192,0,93251,11.3831787109375
HSLID,λ<=log n,8192,0,89003,10.8646240234375
HSLID,λ<=log n,8192,0,97923,11.9534912109375
HSLID,λ<=log n,8192,0,104405,12.7447509765625
HSLID,λ<=log n,8192,0,104011,12.6966552734375
HSLID,λ<=log n,8192,0,94295,11.5106201171875
HSLID,λ<=log n,8192,0,90381,11.0328369140625
HSLID,λ<=log n,8192,0,98641,12.0411376953125
HSLID,λ<=log n,8192,0,96725,11.8072509765625
HSLID,λ<=log n,8192,0,96535,11.7840576171875
HSLID,λ<=log n,8192,0,94361,11.5186767578125
HSLID,λ<=log n,8192,0,109601,13.3790283203125
HSLID,λ<=log n,8192,0,91807,11.2069091796875
HSLID,λ<=log n,8192,0,92309,11.2681884765625
HSLID,λ<=log n,8192,0,111859,13.6546630859375
HSLID,λ<=log n,8192,0,89227,10.8919677734375
HSLID,λ<=log n,8192,0,96291,11.7542724609375
HSLID,λ<=log n,8192,0,98241,11.9923095703125
HSLID,λ<=log n,8192,0,104111,12.7088623046875
HSLID,λ<=log n,8192,0,89741,10.9547119140625
HSLID,λ<=log n,8192,0,100323,12.2464599609375
HSLID,λ<=log n,8192,0,92247,11.2606201171875
HSLID,λ<=log n,8192,0,100101,12.2193603515625
HSDCU,λ<=log n,8192,0,63699,7.7757568359375
HSDCU,λ<=log n,8192,0,64592,7.884765625
HSDCU,λ<=log n,8192,0,66464,8.11328125
HSDCU,λ<=log n,8192,0,79503,9.7049560546875
HSDCU,λ<=log n,8192,0,63925,7.8033447265625
HSDCU,λ<=log n,8192,0,74049,9.0391845703125
HSDCU,λ<=log n,8192,0,61823,7.5467529296875
HSDCU,λ<=log n,8192,0,68368,8.345703125
HSDCU,λ<=log n,8192,0,83083,10.1419677734375
HSDCU,λ<=log n,8192,0,66735,8.1463623046875
HSDCU,λ<=log n,8192,0,69472,8.48046875
HSDCU,λ<=log n,8192,0,71462,8.723388671875
HSDCU,λ<=log n,8192,0,68130,8.316650390625
HSDCU,λ<=log n,8192,0,69069,8.4312744140625
HSDCU,λ<=log n,8192,0,69060,8.43017578125
HSDCU,λ<=log n,8192,0,64534,7.877685546875
HSDCU,λ<=log n,8192,0,76505,9.3389892578125
HSDCU,λ<=log n,8192,0,73701,8.9967041015625
HSDCU,λ<=log n,8192,0,68575,8.3709716796875
HSDCU,λ<=log n,8192,0,65106,7.947509765625
HSDCU,λ<=log n,8192,0,71472,8.724609375
HSDCU,λ<=log n,8192,0,69643,8.5013427734375
HSDCU,λ<=log n,8192,0,62730,7.657470703125
HSDCU,λ<=log n,8192,0,74087,9.0438232421875
HSDCU,λ<=log n,8192,0,59624,7.2783203125
HSDCU,λ<=log n,8192,0,80966,9.883544921875
HSDCU,λ<=log n,8192,0,75519,9.2186279296875
HSDCU,λ<=log n,8192,0,75701,9.2408447265625
HSDCU,λ<=log n,8192,0,78386,9.568603515625
HSDCU,λ<=log n,8192,0,71067,8.6751708984375
HSDCU,λ<=log n,8192,0,68475,8.3587646484375
HSDCU,λ<=log n,8192,0,76464,9.333984375
HSDCU,λ<=log n,8192,0,70641,8.6231689453125
HSDCU,λ<=log n,8192,0,83485,10.1910400390625
HSDCU,λ<=log n,8192,0,68832,8.40234375
HSDCU,λ<=log n,8192,0,72611,8.8636474609375
HSDCU,λ<=log n,8192,0,68243,8.3304443359375
HSDCU,λ<=log n,8192,0,72299,8.8255615234375
HSDCU,λ<=log n,8192,0,76676,9.35986328125
HSDCU,λ<=log n,8192,0,70554,8.612548828125
HSDCU,λ<=log n,8192,0,76878,9.384521484375
HSDCU,λ<=log n,8192,0,86530,10.562744140625
HSDCU,λ<=log n,8192,0,76309,9.3150634765625
HSDCU,λ<=log n,8192,0,66187,8.0794677734375
HSDCU,λ<=log n,8192,0,69288,8.4580078125
HSDCU,λ<=log n,8192,0,78516,9.58447265625
HSDCU,λ<=log n,8192,0,63901,7.8004150390625
HSDCU,λ<=log n,8192,0,71753,8.7589111328125
HSDCU,λ<=log n,8192,0,66389,8.1041259765625
HSDCU,λ<=log n,8192,0,60842,7.427001953125
HSDCU,λ<=log n,8192,0,77747,9.4906005859375
HSDCU,λ<=log n,8192,0,65861,8.0396728515625
HSDCU,λ<=log n,8192,0,67814,8.278076171875
HSDCU,λ<=log n,8192,0,67014,8.180419921875
HSDCU,λ<=log n,8192,0,70979,8.6644287109375
HSDCU,λ<=log n,8192,0,68256,8.33203125
HSDCU,λ<=log n,8192,0,69684,8.50634765625
HSDCU,λ<=log n,8192,0,72699,8.8743896484375
HSDCU,λ<=log n,8192,0,69803,8.5208740234375
HSDCU,λ<=log n,8192,0,83527,10.1961669921875
HSDCU,λ<=log n,8192,0,66538,8.122314453125
HSDCU,λ<=log n,8192,0,76834,9.379150390625
HSDCU,λ<=log n,8192,0,64768,7.90625
HSDCU,λ<=log n,8192,0,72881,8.8966064453125
HSDCU,λ<=log n,8192,0,63903,7.8006591796875
HSDCU,λ<=log n,8192,0,63429,7.7427978515625
HSDCU,λ<=log n,8192,0,74329,9.0733642578125
HSDCU,λ<=log n,8192,0,66412,8.10693359375
HSDCU,λ<=log n,8192,0,68457,8.3565673828125
HSDCU,λ<=log n,8192,0,68567,8.3699951171875
HSDCU,λ<=log n,8192,0,66283,8.0911865234375
HSDCU,λ<=log n,8192,0,69352,8.4658203125
HSDCU,λ<=log n,8192,0,65983,8.0545654296875
HSDCU,λ<=log n,8192,0,67646,8.257568359375
HSDCU,λ<=log n,8192,0,64024,7.8154296875
HSDCU,λ<=log n,8192,0,79140,9.66064453125
HSDCU,λ<=log n,8192,0,76577,9.3477783203125
HSDCU,λ<=log n,8192,0,75061,9.1627197265625
HSDCU,λ<=log n,8192,0,73516,8.97412109375
HSDCU,λ<=log n,8192,0,66166,8.076904296875
HSDCU,λ<=log n,8192,0,66502,8.117919921875
HSDCU,λ<=log n,8192,0,65121,7.9493408203125
HSDCU,λ<=log n,8192,0,70633,8.6221923828125
HSDCU,λ<=log n,8192,0,63272,7.7236328125
HSDCU,λ<=log n,8192,0,74391,9.0809326171875
HSDCU,λ<=log n,8192,0,70795,8.6419677734375
HSDCU,λ<=log n,8192,0,74102,9.045654296875
HSDCU,λ<=log n,8192,0,66778,8.151611328125
HSDCU,λ<=log n,8192,0,71123,8.6820068359375
HSDCU,λ<=log n,8192,0,76080,9.287109375
HSDCU,λ<=log n,8192,0,70193,8.5684814453125
HSDCU,λ<=log n,8192,0,65786,8.030517578125
HSDCU,λ<=log n,8192,0,73670,8.992919921875
HSDCU,λ<=log n,8192,0,67297,8.2149658203125
HSDCU,λ<=log n,8192,0,69238,8.451904296875
HSDCU,λ<=log n,8192,0,59984,7.322265625
HSDCU,λ<=log n,8192,0,67233,8.2071533203125
HSDCU,λ<=log n,8192,0,70805,8.6431884765625
HSDCU,λ<=log n,8192,0,66258,8.088134765625
HSDCU,λ<=log n,8192,0,70342,8.586669921875
HRDCU,λ<=log n,8192,0,59276,7.23583984375
HRDCU,λ<=log n,8192,0,57150,6.976318359375
HRDCU,λ<=log n,8192,0,57515,7.0208740234375
HRDCU,λ<=log n,8192,0,56732,6.92529296875
HRDCU,λ<=log n,8192,0,58186,7.102783203125
HRDCU,λ<=log n,8192,0,57992,7.0791015625
HRDCU,λ<=log n,8192,0,56310,6.873779296875
HRDCU,λ<=log n,8192,0,61432,7.4990234375
HRDCU,λ<=log n,8192,0,53367,6.5145263671875
HRDCU,λ<=log n,8192,0,54204,6.61669921875
HRDCU,λ<=log n,8192,0,64633,7.8897705078125
HRDCU,λ<=log n,8192,0,56326,6.875732421875
HRDCU,λ<=log n,8192,0,56582,6.906982421875
HRDCU,λ<=log n,8192,0,51764,6.31884765625
HRDCU,λ<=log n,8192,0,56142,6.853271484375
HRDCU,λ<=log n,8192,0,53148,6.48779296875
HRDCU,λ<=log n,8192,0,61503,7.5076904296875
HRDCU,λ<=log n,8192,0,60600,7.3974609375
HRDCU,λ<=log n,8192,0,59113,7.2159423828125
HRDCU,λ<=log n,8192,0,55820,6.81396484375
HRDCU,λ<=log n,8192,0,57307,6.9954833984375
HRDCU,λ<=log n,8192,0,52335,6.3885498046875
HRDCU,λ<=log n,8192,0,56883,6.9437255859375
HRDCU,λ<=log n,8192,0,57735,7.0477294921875
HRDCU,λ<=log n,8192,0,51500,6.28662109375
HRDCU,λ<=log n,8192,0,58136,7.0966796875
HRDCU,λ<=log n,8192,0,54765,6.6851806640625
HRDCU,λ<=log n,8192,0,60207,7.3494873046875
HRDCU,λ<=log n,8192,0,65282,7.968994140625
HRDCU,λ<=log n,8192,0,53419,6.5208740234375
HRDCU,λ<=log n,8192,0,60826,7.425048828125
HRDCU,λ<=log n,8192,0,53592,6.5419921875
HRDCU,λ<=log n,8192,0,58620,7.15576171875
HRDCU,λ<=log n,8192,0,59021,7.2047119140625
HRDCU,λ<=log n,8192,0,51363,6.2698974609375
HRDCU,λ<=log n,8192,0,54139,6.6087646484375
HRDCU,λ<=log n,8192,0,61435,7.4993896484375
HRDCU,λ<=log n,8192,0,54442,6.645751953125
HRDCU,λ<=log n,8192,0,63064,7.6982421875
HRDCU,λ<=log n,8192,0,56841,6.9385986328125
HRDCU,λ<=log n,8192,0,58940,7.19482421875
HRDCU,λ<=log n,8192,0,52105,6.3604736328125
HRDCU,λ<=log n,8192,0,59954,7.318603515625
HRDCU,λ<=log n,8192,0,62103,7.5809326171875
HRDCU,λ<=log n,8192,0,58641,7.1583251953125
HRDCU,λ<=log n,8192,0,56805,6.9342041015625
HRDCU,λ<=log n,8192,0,51603,6.2991943359375
HRDCU,λ<=log n,8192,0,58694,7.164794921875
HRDCU,λ<=log n,8192,0,53012,6.47119140625
HRDCU,λ<=log n,8192,0,61983,7.5662841796875
HRDCU,λ<=log n,8192,0,51952,6.341796875
HRDCU,λ<=log n,8192,0,54381,6.6383056640625
HRDCU,λ<=log n,8192,0,54272,6.625
HRDCU,λ<=log n,8192,0,57068,6.96630859375
HRDCU,λ<=log n,8192,0,63333,7.7310791015625
HRDCU,λ<=log n,8192,0,66975,8.1756591796875
HRDCU,λ<=log n,8192,0,53479,6.5281982421875
HRDCU,λ<=log n,8192,0,67298,8.215087890625
HRDCU,λ<=log n,8192,0,66883,8.1644287109375
HRDCU,λ<=log n,8192,0,72934,8.903076171875
HRDCU,λ<=log n,8192,0,54576,6.662109375
HRDCU,λ<=log n,8192,0,56149,6.8541259765625
HRDCU,λ<=log n,8192,0,59861,7.3072509765625
HRDCU,λ<=log n,8192,0,56778,6.930908203125
HRDCU,λ<=log n,8192,0,55779,6.8089599609375
HRDCU,λ<=log n,8192,0,55097,6.7257080078125
HRDCU,λ<=log n,8192,0,59423,7.2537841796875
HRDCU,λ<=log n,8192,0,61829,7.5474853515625
HRDCU,λ<=log n,8192,0,62697,7.6534423828125
HRDCU,λ<=log n,8192,0,53303,6.5067138671875
HRDCU,λ<=log n,8192,0,68063,8.3084716796875
HRDCU,λ<=log n,8192,0,55000,6.7138671875
HRDCU,λ<=log n,8192,0,52023,6.3504638671875
HRDCU,λ<=log n,8192,0,54361,6.6358642578125
HRDCU,λ<=log n,8192,0,60673,7.4063720703125
HRDCU,λ<=log n,8192,0,53742,6.560302734375
HRDCU,λ<=log n,8192,0,55260,6.74560546875
HRDCU,λ<=log n,8192,0,58933,7.1939697265625
HRDCU,λ<=log n,8192,0,55824,6.814453125
HRDCU,λ<=log n,8192,0,67263,8.2108154296875
HRDCU,λ<=log n,8192,0,62832,7.669921875
HRDCU,λ<=log n,8192,0,58732,7.16943359375
HRDCU,λ<=log n,8192,0,57238,6.987060546875
HRDCU,λ<=log n,8192,0,73152,8.9296875
HRDCU,λ<=log n,8192,0,60949,7.4400634765625
HRDCU,λ<=log n,8192,0,66962,8.174072265625
HRDCU,λ<=log n,8192,0,66938,8.171142578125
HRDCU,λ<=log n,8192,0,56441,6.8897705078125
HRDCU,λ<=log n,8192,0,55674,6.796142578125
HRDCU,λ<=log n,8192,0,70619,8.6204833984375
HRDCU,λ<=log n,8192,0,56236,6.86474609375
HRDCU,λ<=log n,8192,0,56548,6.90283203125
HRDCU,λ<=log n,8192,0,59984,7.322265625
HRDCU,λ<=log n,8192,0,53634,6.547119140625
HRDCU,λ<=log n,8192,0,55984,6.833984375
HRDCU,λ<=log n,8192,0,57335,6.9989013671875
HRDCU,λ<=log n,8192,0,53980,6.58935546875
HRDCU,λ<=log n,8192,0,50751,6.1951904296875
HRDCU,λ<=log n,8192,0,53378,6.515869140625
HHDCU,λ<=log n,8192,0,60199,7.3485107421875
HHDCU,λ<=log n,8192,0,59608,7.2763671875
HHDCU,λ<=log n,8192,0,54440,6.6455078125
HHDCU,λ<=log n,8192,0,65169,7.9552001953125
HHDCU,λ<=log n,8192,0,52993,6.4688720703125
HHDCU,λ<=log n,8192,0,55502,6.775146484375
HHDCU,λ<=log n,8192,0,53241,6.4991455078125
HHDCU,λ<=log n,8192,0,57732,7.04736328125
HHDCU,λ<=log n,8192,0,49396,6.02978515625
HHDCU,λ<=log n,8192,0,52167,6.3680419921875
HHDCU,λ<=log n,8192,0,62959,7.6854248046875
HHDCU,λ<=log n,8192,0,57568,7.02734375
HHDCU,λ<=log n,8192,0,53833,6.5714111328125
HHDCU,λ<=log n,8192,0,53808,6.568359375
HHDCU,λ<=log n,8192,0,51074,6.234619140625
HHDCU,λ<=log n,8192,0,50826,6.204345703125
HHDCU,λ<=log n,8192,0,50393,6.1514892578125
HHDCU,λ<=log n,8192,0,57856,7.0625
HHDCU,λ<=log n,8192,0,50310,6.141357421875
HHDCU,λ<=log n,8192,0,53487,6.5291748046875
HHDCU,λ<=log n,8192,0,49074,5.990478515625
HHDCU,λ<=log n,8192,0,53275,6.5032958984375
HHDCU,λ<=log n,8192,0,51825,6.3262939453125
HHDCU,λ<=log n,8192,0,51596,6.29833984375
HHDCU,λ<=log n,8192,0,52546,6.414306640625
HHDCU,λ<=log n,8192,0,54405,6.6412353515625
HHDCU,λ<=log n,8192,0,52986,6.468017578125
HHDCU,λ<=log n,8192,0,59320,7.2412109375
HHDCU,λ<=log n,8192,0,53771,6.5638427734375
HHDCU,λ<=log n,8192,0,53816,6.5693359375
HHDCU,λ<=log n,8192,0,57386,7.005126953125
HHDCU,λ<=log n,8192,0,49433,6.0343017578125
HHDCU,λ<=log n,8192,0,50445,6.1578369140625
HHDCU,λ<=log n,8192,0,53633,6.5469970703125
HHDCU,λ<=log n,8192,0,51779,6.3206787109375
HHDCU,λ<=log n,8192,0,59894,7.311279296875
HHDCU,λ<=log n,8192,0,50789,6.1998291015625
HHDCU,λ<=log n,8192,0,54290,6.627197265625
HHDCU,λ<=log n,8192,0,50308,6.14111328125
HHDCU,λ<=log n,8192,0,51627,6.3021240234375
HHDCU,λ<=log n,8192,0,52134,6.364013671875
HHDCU,λ<=log n,8192,0,52282,6.382080078125
HHDCU,λ<=log n,8192,0,52349,6.3902587890625
HHDCU,λ<=log n,8192,0,54035,6.5960693359375
HHDCU,λ<=log n,8192,0,60405,7.3736572265625
HHDCU,λ<=log n,8192,0,54248,6.6220703125
HHDCU,λ<=log n,8192,0,58746,7.171142578125
HHDCU,λ<=log n,8192,0,55027,6.7171630859375
HHDCU,λ<=log n,8192,0,55113,6.7276611328125
HHDCU,λ<=log n,8192,0,52931,6.4613037109375
HHDCU,λ<=log n,8192,0,56020,6.83837890625
HHDCU,λ<=log n,8192,0,59068,7.21044921875
HHDCU,λ<=log n,8192,0,50622,6.179443359375
HHDCU,λ<=log n,8192,0,56179,6.8577880859375
HHDCU,λ<=log n,8192,0,52415,6.3983154296875
HHDCU,λ<=log n,8192,0,49904,6.091796875
HHDCU,λ<=log n,8192,0,55517,6.7769775390625
HHDCU,λ<=log n,8192,0,62246,7.598388671875
HHDCU,λ<=log n,8192,0,56268,6.86865234375
HHDCU,λ<=log n,8192,0,53163,6.4896240234375
HHDCU,λ<=log n,8192,0,50268,6.13623046875
HHDCU,λ<=log n,8192,0,53324,6.50927734375
HHDCU,λ<=log n,8192,0,63698,7.775634765625
HHDCU,λ<=log n,8192,0,47114,5.751220703125
HHDCU,λ<=log n,8192,0,59128,7.2177734375
HHDCU,λ<=log n,8192,0,61829,7.5474853515625
HHDCU,λ<=log n,8192,0,54428,6.64404296875
HHDCU,λ<=log n,8192,0,54897,6.7012939453125
HHDCU,λ<=log n,8192,0,57118,6.972412109375
HHDCU,λ<=log n,8192,0,57447,7.0125732421875
HHDCU,λ<=log n,8192,0,49309,6.0191650390625
HHDCU,λ<=log n,8192,0,50760,6.1962890625
HHDCU,λ<=log n,8192,0,48394,5.907470703125
HHDCU,λ<=log n,8192,0,54753,6.6837158203125
HHDCU,λ<=log n,8192,0,52426,6.399658203125
HHDCU,λ<=log n,8192,0,50679,6.1864013671875
HHDCU,λ<=log n,8192,0,49305,6.0186767578125
HHDCU,λ<=log n,8192,0,53211,6.4954833984375
HHDCU,λ<=log n,8192,0,49052,5.98779296875
HHDCU,λ<=log n,8192,0,57908,7.06884765625
HHDCU,λ<=log n,8192,0,50041,6.1085205078125
HHDCU,λ<=log n,8192,0,51179,6.2474365234375
HHDCU,λ<=log n,8192,0,56175,6.8572998046875
HHDCU,λ<=log n,8192,0,52403,6.3968505859375
HHDCU,λ<=log n,8192,0,50793,6.2003173828125
HHDCU,λ<=log n,8192,0,57633,7.0352783203125
HHDCU,λ<=log n,8192,0,62391,7.6160888671875
HHDCU,λ<=log n,8192,0,57843,7.0609130859375
HHDCU,λ<=log n,8192,0,52904,6.4580078125
HHDCU,λ<=log n,8192,0,49033,5.9854736328125
HHDCU,λ<=log n,8192,0,51813,6.3248291015625
HHDCU,λ<=log n,8192,0,48579,5.9300537109375
HHDCU,λ<=log n,8192,0,54621,6.6676025390625
HHDCU,λ<=log n,8192,0,50166,6.123779296875
HHDCU,λ<=log n,8192,0,55823,6.8143310546875
HHDCU,λ<=log n,8192,0,52750,6.439208984375
HHDCU,λ<=log n,8192,0,50610,6.177978515625
HHDCU,λ<=log n,8192,0,52876,6.45458984375
HHDCU,λ<=log n,8192,0,51815,6.3250732421875
HHDCU,λ<=log n,8192,0,53779,6.5648193359375
HHLCU,λ<=log n,8192,0,57644,7.03662109375
HHLCU,λ<=log n,8192,0,66373,8.1021728515625
HHLCU,λ<=log n,8192,0,54561,6.6602783203125
HHLCU,λ<=log n,8192,0,49483,6.0404052734375
HHLCU,λ<=log n,8192,0,54629,6.6685791015625
HHLCU,λ<=log n,8192,0,54979,6.7113037109375
HHLCU,λ<=log n,8192,0,54417,6.6427001953125
HHLCU,λ<=log n,8192,0,51620,6.30126953125
HHLCU,λ<=log n,8192,0,59803,7.3001708984375
HHLCU,λ<=log n,8192,0,60305,7.3614501953125
HHLCU,λ<=log n,8192,0,55012,6.71533203125
HHLCU,λ<=log n,8192,0,58941,7.1949462890625
HHLCU,λ<=log n,8192,0,51902,6.335693359375
HHLCU,λ<=log n,8192,0,49333,6.0220947265625
HHLCU,λ<=log n,8192,0,52122,6.362548828125
HHLCU,λ<=log n,8192,0,53737,6.5596923828125
HHLCU,λ<=log n,8192,0,51801,6.3233642578125
HHLCU,λ<=log n,8192,0,54638,6.669677734375
HHLCU,λ<=log n,8192,0,54981,6.7115478515625
HHLCU,λ<=log n,8192,0,56713,6.9229736328125
HHLCU,λ<=log n,8192,0,52855,6.4520263671875
HHLCU,λ<=log n,8192,0,57735,7.0477294921875
HHLCU,λ<=log n,8192,0,54115,6.6058349609375
HHLCU,λ<=log n,8192,0,56330,6.876220703125
HHLCU,λ<=log n,8192,0,60693,7.4088134765625
HHLCU,λ<=log n,8192,0,55876,6.82080078125
HHLCU,λ<=log n,8192,0,53289,6.5050048828125
HHLCU,λ<=log n,8192,0,52523,6.4114990234375
HHLCU,λ<=log n,8192,0,53312,6.5078125
HHLCU,λ<=log n,8192,0,52035,6.3519287109375
HHLCU,λ<=log n,8192,0,51749,6.3170166015625
HHLCU,λ<=log n,8192,0,50358,6.147216796875
HHLCU,λ<=log n,8192,0,57237,6.9869384765625
HHLCU,λ<=log n,8192,0,60730,7.413330078125
HHLCU,λ<=log n,8192,0,57692,7.04248046875
HHLCU,λ<=log n,8192,0,54980,6.71142578125
HHLCU,λ<=log n,8192,0,64280,7.8466796875
HHLCU,λ<=log n,8192,0,52891,6.4564208984375
HHLCU,λ<=log n,8192,0,59954,7.318603515625
HHLCU,λ<=log n,8192,0,57509,7.0201416015625
HHLCU,λ<=log n,8192,0,51770,6.319580078125
HHLCU,λ<=log n,8192,0,53700,6.55517578125
HHLCU,λ<=log n,8192,0,52058,6.354736328125
HHLCU,λ<=log n,8192,0,55058,6.720947265625
HHLCU,λ<=log n,8192,0,53152,6.48828125
HHLCU,λ<=log n,8192,0,57801,7.0557861328125
HHLCU,λ<=log n,8192,0,54900,6.70166015625
HHLCU,λ<=log n,8192,0,60424,7.3759765625
HHLCU,λ<=log n,8192,0,54956,6.70849609375
HHLCU,λ<=log n,8192,0,56231,6.8641357421875
HHLCU,λ<=log n,8192,0,55842,6.816650390625
HHLCU,λ<=log n,8192,0,53860,6.57470703125
HHLCU,λ<=log n,8192,0,56138,6.852783203125
HHLCU,λ<=log n,8192,0,56583,6.9071044921875
HHLCU,λ<=log n,8192,0,50048,6.109375
HHLCU,λ<=log n,8192,0,55407,6.7635498046875
HHLCU,λ<=log n,8192,0,55834,6.815673828125
HHLCU,λ<=log n,8192,0,55787,6.8099365234375
HHLCU,λ<=log n,8192,0,56812,6.93505859375
HHLCU,λ<=log n,8192,0,54695,6.6766357421875
HHLCU,λ<=log n,8192,0,57108,6.97119140625
HHLCU,λ<=log n,8192,0,58249,7.1104736328125
HHLCU,λ<=log n,8192,0,62619,7.6439208984375
HHLCU,λ<=log n,8192,0,58001,7.0802001953125
HHLCU,λ<=log n,8192,0,52761,6.4405517578125
HHLCU,λ<=log n,8192,0,60409,7.3741455078125
HHLCU,λ<=log n,8192,0,54162,6.611572265625
HHLCU,λ<=log n,8192,0,58877,7.1871337890625
HHLCU,λ<=log n,8192,0,59238,7.231201171875
HHLCU,λ<=log n,8192,0,54283,6.6263427734375
HHLCU,λ<=log n,8192,0,62590,7.640380859375
HHLCU,λ<=log n,8192,0,56335,6.8768310546875
HHLCU,λ<=log n,8192,0,53073,6.4786376953125
HHLCU,λ<=log n,8192,0,56113,6.8497314453125
HHLCU,λ<=log n,8192,0,56073,6.8448486328125
HHLCU,λ<=log n,8192,0,56527,6.9002685546875
HHLCU,λ<=log n,8192,0,54240,6.62109375
HHLCU,λ<=log n,8192,0,51239,6.2547607421875
HHLCU,λ<=log n,8192,0,54902,6.701904296875
HHLCU,λ<=log n,8192,0,54355,6.6351318359375
HHLCU,λ<=log n,8192,0,55948,6.82958984375
HHLCU,λ<=log n,8192,0,55743,6.8045654296875
HHLCU,λ<=log n,8192,0,55015,6.7156982421875
HHLCU,λ<=log n,8192,0,54801,6.6895751953125
HHLCU,λ<=log n,8192,0,50990,6.224365234375
HHLCU,λ<=log n,8192,0,53810,6.568603515625
HHLCU,λ<=log n,8192,0,60912,7.435546875
HHLCU,λ<=log n,8192,0,62321,7.6075439453125
HHLCU,λ<=log n,8192,0,51115,6.2396240234375
HHLCU,λ<=log n,8192,0,56160,6.85546875
HHLCU,λ<=log n,8192,0,54391,6.6395263671875
HHLCU,λ<=log n,8192,0,55757,6.8062744140625
HHLCU,λ<=log n,8192,0,57667,7.0394287109375
HHLCU,λ<=log n,8192,0,57340,6.99951171875
HHLCU,λ<=log n,8192,0,59701,7.2877197265625
HHLCU,λ<=log n,8192,0,54226,6.619384765625
HHLCU,λ<=log n,8192,0,50670,6.185302734375
HHLCU,λ<=log n,8192,0,57556,7.02587890625
HHLCU,λ<=log n,8192,0,63259,7.7220458984375
HRLCU,λ<=log n,8192,0,59636,7.27978515625
HRLCU,λ<=log n,8192,0,60613,7.3990478515625
HRLCU,λ<=log n,8192,0,58540,7.14599609375
HRLCU,λ<=log n,8192,0,61855,7.5506591796875
HRLCU,λ<=log n,8192,0,57778,7.052978515625
HRLCU,λ<=log n,8192,0,63376,7.736328125
HRLCU,λ<=log n,8192,0,56534,6.901123046875
HRLCU,λ<=log n,8192,0,59812,7.30126953125
HRLCU,λ<=log n,8192,0,56939,6.9505615234375
HRLCU,λ<=log n,8192,0,56109,6.8492431640625
HRLCU,λ<=log n,8192,0,62491,7.6282958984375
HRLCU,λ<=log n,8192,0,54975,6.7108154296875
HRLCU,λ<=log n,8192,0,58335,7.1209716796875
HRLCU,λ<=log n,8192,0,62467,7.6253662109375
HRLCU,λ<=log n,8192,0,63728,7.779296875
HRLCU,λ<=log n,8192,0,55212,6.73974609375
HRLCU,λ<=log n,8192,0,54977,6.7110595703125
HRLCU,λ<=log n,8192,0,54412,6.64208984375
HRLCU,λ<=log n,8192,0,62158,7.587646484375
HRLCU,λ<=log n,8192,0,55749,6.8052978515625
HRLCU,λ<=log n,8192,0,66243,8.0863037109375
HRLCU,λ<=log n,8192,0,67334,8.219482421875
HRLCU,λ<=log n,8192,0,61406,7.495849609375
HRLCU,λ<=log n,8192,0,59760,7.294921875
HRLCU,λ<=log n,8192,0,59830,7.303466796875
HRLCU,λ<=log n,8192,0,56718,6.923583984375
HRLCU,λ<=log n,8192,0,57923,7.0706787109375
HRLCU,λ<=log n,8192,0,57273,6.9913330078125
HRLCU,λ<=log n,8192,0,55564,6.78271484375
HRLCU,λ<=log n,8192,0,62097,7.5802001953125
HRLCU,λ<=log n,8192,0,56273,6.8692626953125
HRLCU,λ<=log n,8192,0,61378,7.492431640625
HRLCU,λ<=log n,8192,0,59169,7.2227783203125
HRLCU,λ<=log n,8192,0,55791,6.8104248046875
HRLCU,λ<=log n,8192,0,59619,7.2777099609375
HRLCU,λ<=log n,8192,0,53995,6.5911865234375
HRLCU,λ<=log n,8192,0,62330,7.608642578125
HRLCU,λ<=log n,8192,0,56532,6.90087890625
HRLCU,λ<=log n,8192,0,65533,7.9996337890625
HRLCU,λ<=log n,8192,0,55181,6.7359619140625
HRLCU,λ<=log n,8192,0,64252,7.84326171875
HRLCU,λ<=log n,8192,0,62338,7.609619140625
HRLCU,λ<=log n,8192,0,61119,7.4608154296875
HRLCU,λ<=log n,8192,0,64070,7.821044921875
HRLCU,λ<=log n,8192,0,60637,7.4019775390625
HRLCU,λ<=log n,8192,0,58377,7.1260986328125
HRLCU,λ<=log n,8192,0,55035,6.7181396484375
HRLCU,λ<=log n,8192,0,62314,7.606689453125
HRLCU,λ<=log n,8192,0,71005,8.6676025390625
HRLCU,λ<=log n,8192,0,56144,6.853515625
HRLCU,λ<=log n,8192,0,60031,7.3280029296875
HRLCU,λ<=log n,8192,0,58098,7.092041015625
HRLCU,λ<=log n,8192,0,56394,6.884033203125
HRLCU,λ<=log n,8192,0,58656,7.16015625
HRLCU,λ<=log n,8192,0,54070,6.600341796875
HRLCU,λ<=log n,8192,0,60008,7.3251953125
HRLCU,λ<=log n,8192,0,58717,7.1676025390625
HRLCU,λ<=log n,8192,0,56220,6.86279296875
HRLCU,λ<=log n,8192,0,59128,7.2177734375
HRLCU,λ<=log n,8192,0,64999,7.9344482421875
HRLCU,λ<=log n,8192,0,56158,6.855224609375
HRLCU,λ<=log n,8192,0,51941,6.3404541015625
HRLCU,λ<=log n,8192,0,63165,7.7105712890625
HRLCU,λ<=log n,8192,0,60648,7.4033203125
HRLCU,λ<=log n,8192,0,54906,6.702392578125
HRLCU,λ<=log n,8192,0,57060,6.96533203125
HRLCU,λ<=log n,8192,0,57401,7.0069580078125
HRLCU,λ<=log n,8192,0,65372,7.97998046875
HRLCU,λ<=log n,8192,0,59695,7.2869873046875
HRLCU,λ<=log n,8192,0,61280,7.48046875
HRLCU,λ<=log n,8192,0,51665,6.3067626953125
HRLCU,λ<=log n,8192,0,66843,8.1595458984375
HRLCU,λ<=log n,8192,0,54095,6.6033935546875
HRLCU,λ<=log n,8192,0,60204,7.34912109375
HRLCU,λ<=log n,8192,0,73434,8.964111328125
HRLCU,λ<=log n,8192,0,66722,8.144775390625
HRLCU,λ<=log n,8192,0,59370,7.247314453125
HRLCU,λ<=log n,8192,0,54175,6.6131591796875
HRLCU,λ<=log n,8192,0,55748,6.80517578125
HRLCU,λ<=log n,8192,0,65255,7.9656982421875
HRLCU,λ<=log n,8192,0,59522,7.265869140625
HRLCU,λ<=log n,8192,0,63720,7.7783203125
HRLCU,λ<=log n,8192,0,60458,7.380126953125
HRLCU,λ<=log n,8192,0,56738,6.926025390625
HRLCU,λ<=log n,8192,0,59010,7.203369140625
HRLCU,λ<=log n,8192,0,58386,7.127197265625
HRLCU,λ<=log n,8192,0,57910,7.069091796875
HRLCU,λ<=log n,8192,0,61793,7.5430908203125
HRLCU,λ<=log n,8192,0,55473,6.7716064453125
HRLCU,λ<=log n,8192,0,59782,7.297607421875
HRLCU,λ<=log n,8192,0,60068,7.33251953125
HRLCU,λ<=log n,8192,0,58464,7.13671875
HRLCU,λ<=log n,8192,0,56953,6.9522705078125
HRLCU,λ<=log n,8192,0,61871,7.5526123046875
HRLCU,λ<=log n,8192,0,69596,8.49560546875
HRLCU,λ<=log n,8192,0,62300,7.60498046875
HRLCU,λ<=log n,8192,0,59366,7.246826171875
HRLCU,λ<=log n,8192,0,60685,7.4078369140625
HRLCU,λ<=log n,8192,0,58019,7.0823974609375
HRLCU,λ<=log n,8192,0,53438,6.523193359375
HSLCU,λ<=log n,8192,0,66922,8.169189453125
HSLCU,λ<=log n,8192,0,89692,10.94873046875
HSLCU,λ<=log n,8192,0,77893,9.5084228515625
HSLCU,λ<=log n,8192,0,74525,9.0972900390625
HSLCU,λ<=log n,8192,0,67598,8.251708984375
HSLCU,λ<=log n,8192,0,69689,8.5069580078125
HSLCU,λ<=log n,8192,0,72426,8.841064453125
HSLCU,λ<=log n,8192,0,80575,9.8358154296875
HSLCU,λ<=log n,8192,0,78203,9.5462646484375
HSLCU,λ<=log n,8192,0,83898,10.241455078125
HSLCU,λ<=log n,8192,0,82401,10.0587158203125
HSLCU,λ<=log n,8192,0,82584,10.0810546875
HSLCU,λ<=log n,8192,0,77097,9.4112548828125
HSLCU,λ<=log n,8192,0,82298,10.046142578125
HSLCU,λ<=log n,8192,0,81756,9.97998046875
HSLCU,λ<=log n,8192,0,85521,10.4395751953125
HSLCU,λ<=log n,8192,0,72321,8.8282470703125
HSLCU,λ<=log n,8192,0,73257,8.9425048828125
HSLCU,λ<=log n,8192,0,74513,9.0958251953125
HSLCU,λ<=log n,8192,0,74593,9.1055908203125
HSLCU,λ<=log n,8192,0,66626,8.133056640625
HSLCU,λ<=log n,8192,0,67395,8.2269287109375
HSLCU,λ<=log n,8192,0,70584,8.6162109375
HSLCU,λ<=log n,8192,0,77005,9.4000244140625
HSLCU,λ<=log n,8192,0,71621,8.7427978515625
HSLCU,λ<=log n,8192,0,81195,9.9114990234375
HSLCU,λ<=log n,8192,0,78739,9.6116943359375
HSLCU,λ<=log n,8192,0,72416,8.83984375
HSLCU,λ<=log n,8192,0,72506,8.850830078125
HSLCU,λ<=log n,8192,0,87848,10.7236328125
HSLCU,λ<=log n,8192,0,72379,8.8353271484375
HSLCU,λ<=log n,8192,0,74356,9.07666015625
HSLCU,λ<=log n,8192,0,85768,10.4697265625
HSLCU,λ<=log n,8192,0,74121,9.0479736328125
HSLCU,λ<=log n,8192,0,80503,9.8270263671875
HSLCU,λ<=log n,8192,0,79034,9.647705078125
HSLCU,λ<=log n,8192,0,77733,9.4888916015625
HSLCU,λ<=log n,8192,0,71274,8.700439453125
HSLCU,λ<=log n,8192,0,93552,11.419921875
HSLCU,λ<=log n,8192,0,86755,10.5902099609375
HSLCU,λ<=log n,8192,0,76165,9.2974853515625
HSLCU,λ<=log n,8192,0,66342,8.098388671875
HSLCU,λ<=log n,8192,0,69444,8.47705078125
HSLCU,λ<=log n,8192,0,78150,9.539794921875
HSLCU,λ<=log n,8192,0,73015,8.9129638671875
HSLCU,λ<=log n,8192,0,77952,9.515625
HSLCU,λ<=log n,8192,0,73397,8.9595947265625
HSLCU,λ<=log n,8192,0,76140,9.29443359375
HSLCU,λ<=log n,8192,0,80246,9.795654296875
HSLCU,λ<=log n,8192,0,77280,9.43359375
HSLCU,λ<=log n,8192,0,72147,8.8070068359375
HSLCU,λ<=log n,8192,0,72226,8.816650390625
HSLCU,λ<=log n,8192,0,70818,8.644775390625
HSLCU,λ<=log n,8192,0,79735,9.7332763671875
HSLCU,λ<=log n,8192,0,66752,8.1484375
HSLCU,λ<=log n,8192,0,84371,10.2991943359375
HSLCU,λ<=log n,8192,0,72310,8.826904296875
HSLCU,λ<=log n,8192,0,82160,10.029296875
HSLCU,λ<=log n,8192,0,67854,8.282958984375
HSLCU,λ<=log n,8192,0,72926,8.902099609375
HSLCU,λ<=log n,8192,0,67976,8.2978515625
HSLCU,λ<=log n,8192,0,69929,8.5362548828125
HSLCU,λ<=log n,8192,0,69216,8.44921875
HSLCU,λ<=log n,8192,0,73957,9.0279541015625
HSLCU,λ<=log n,8192,0,71769,8.7608642578125
HSLCU,λ<=log n,8192,0,75850,9.259033203125
HSLCU,λ<=log n,8192,0,74070,9.041748046875
HSLCU,λ<=log n,8192,0,71568,8.736328125
HSLCU,λ<=log n,8192,0,88213,10.7681884765625
HSLCU,λ<=log n,8192,0,87753,10.7120361328125
HSLCU,λ<=log n,8192,0,83515,10.1947021484375
HSLCU,λ<=log n,8192,0,70006,8.545654296875
HSLCU,λ<=log n,8192,0,67972,8.29736328125
HSLCU,λ<=log n,8192,0,70376,8.5908203125
HSLCU,λ<=log n,8192,0,66129,8.0723876953125
HSLCU,λ<=log n,8192,0,73078,8.920654296875
HSLCU,λ<=log n,8192,0,69708,8.50927734375
HSLCU,λ<=log n,8192,0,80290,9.801025390625
HSLCU,λ<=log n,8192,0,70198,8.569091796875
HSLCU,λ<=log n,8192,0,64263,7.8446044921875
HSLCU,λ<=log n,8192,0,74344,9.0751953125
HSLCU,λ<=log n,8192,0,67331,8.2191162109375
HSLCU,λ<=log n,8192,0,78802,9.619384765625
HSLCU,λ<=log n,8192,0,78560,9.58984375
HSLCU,λ<=log n,8192,0,85342,10.417724609375
HSLCU,λ<=log n,8192,0,71725,8.7554931640625
HSLCU,λ<=log n,8192,0,71860,8.77197265625
HSLCU,λ<=log n,8192,0,75078,9.164794921875
HSLCU,λ<=log n,8192,0,71337,8.7081298828125
HSLCU,λ<=log n,8192,0,83590,10.203857421875
HSLCU,λ<=log n,8192,0,65724,8.02294921875
HSLCU,λ<=log n,8192,0,73616,8.986328125
HSLCU,λ<=log n,8192,0,79022,9.646240234375
HSLCU,λ<=log n,8192,0,71164,8.68701171875
HSLCU,λ<=log n,8192,0,72892,8.89794921875
HSLCU,λ<=log n,8192,0,69493,8.4830322265625
HSLCU,λ<=log n,8192,0,78999,9.6434326171875
HSLCU,λ<=log n,8192,0,71286,8.701904296875
HSLCU,λ<=log n,8192,0,69063,8.4305419921875
HSLCU,λ<=log n,8192,0,65872,8.041015625
HSDSU,λ<=log n,8192,0,80974,9.884521484375
HSDSU,λ<=log n,8192,0,82660,10.09033203125
HSDSU,λ<=log n,8192,0,90619,11.0618896484375
HSDSU,λ<=log n,8192,0,82849,10.1134033203125
HSDSU,λ<=log n,8192,0,81875,9.9945068359375
HSDSU,λ<=log n,8192,0,80236,9.79443359375
HSDSU,λ<=log n,8192,0,83951,10.2479248046875
HSDSU,λ<=log n,8192,0,76135,9.2938232421875
HSDSU,λ<=log n,8192,0,83740,10.22216796875
HSDSU,λ<=log n,8192,0,89991,10.9852294921875
HSDSU,λ<=log n,8192,0,97713,11.9278564453125
HSDSU,λ<=log n,8192,0,79093,9.6549072265625
HSDSU,λ<=log n,8192,0,73549,8.9781494140625
HSDSU,λ<=log n,8192,0,84374,10.299560546875
HSDSU,λ<=log n,8192,0,80286,9.800537109375
HSDSU,λ<=log n,8192,0,81346,9.929931640625
HSDSU,λ<=log n,8192,0,71915,8.7786865234375
HSDSU,λ<=log n,8192,0,82133,10.0260009765625
HSDSU,λ<=log n,8192,0,91216,11.134765625
HSDSU,λ<=log n,8192,0,83182,10.154052734375
HSDSU,λ<=log n,8192,0,102204,12.47607421875
HSDSU,λ<=log n,8192,0,87452,10.67529296875
HSDSU,λ<=log n,8192,0,77582,9.470458984375
HSDSU,λ<=log n,8192,0,86021,10.5006103515625
HSDSU,λ<=log n,8192,0,79717,9.7310791015625
HSDSU,λ<=log n,8192,0,77404,9.44873046875
HSDSU,λ<=log n,8192,0,96641,11.7969970703125
HSDSU,λ<=log n,8192,0,82880,10.1171875
HSDSU,λ<=log n,8192,0,78137,9.5382080078125
HSDSU,λ<=log n,8192,0,83243,10.1614990234375
HSDSU,λ<=log n,8192,0,76539,9.3431396484375
HSDSU,λ<=log n,8192,0,81465,9.9444580078125
HSDSU,λ<=log n,8192,0,89670,10.946044921875
HSDSU,λ<=log n,8192,0,88178,10.763916015625
HSDSU,λ<=log n,8192,0,88550,10.809326171875
HSDSU,λ<=log n,8192,0,82751,10.1014404296875
HSDSU,λ<=log n,8192,0,79819,9.7435302734375
HSDSU,λ<=log n,8192,0,92198,11.254638671875
HSDSU,λ<=log n,8192,0,74786,9.129150390625
HSDSU,λ<=log n,8192,0,78713,9.6085205078125
HSDSU,λ<=log n,8192,0,73658,8.991455078125
HSDSU,λ<=log n,8192,0,75073,9.1641845703125
HSDSU,λ<=log n,8192,0,85263,10.4080810546875
HSDSU,λ<=log n,8192,0,79896,9.7529296875
HSDSU,λ<=log n,8192,0,75597,9.2281494140625
HSDSU,λ<=log n,8192,0,81189,9.9107666015625
HSDSU,λ<=log n,8192,0,89277,10.8980712890625
HSDSU,λ<=log n,8192,0,80149,9.7838134765625
HSDSU,λ<=log n,8192,0,73109,8.9244384765625
HSDSU,λ<=log n,8192,0,78808,9.6201171875
HSDSU,λ<=log n,8192,0,83808,10.23046875
HSDSU,λ<=log n,8192,0,85501,10.4371337890625
HSDSU,λ<=log n,8192,0,85506,10.437744140625
HSDSU,λ<=log n,8192,0,87397,10.6685791015625
HSDSU,λ<=log n,8192,0,87232,10.6484375
HSDSU,λ<=log n,8192,0,81003,9.8880615234375
HSDSU,λ<=log n,8192,0,85953,10.4923095703125
HSDSU,λ<=log n,8192,0,90184,11.0087890625
HSDSU,λ<=log n,8192,0,85097,10.3878173828125
HSDSU,λ<=log n,8192,0,98966,12.080810546875
HSDSU,λ<=log n,8192,0,86533,10.5631103515625
HSDSU,λ<=log n,8192,0,76016,9.279296875
HSDSU,λ<=log n,8192,0,81391,9.9354248046875
HSDSU,λ<=log n,8192,0,84768,10.34765625
HSDSU,λ<=log n,8192,0,85152,10.39453125
HSDSU,λ<=log n,8192,0,97527,11.9051513671875
HSDSU,λ<=log n,8192,0,82591,10.0819091796875
HSDSU,λ<=log n,8192,0,84268,10.28662109375
HSDSU,λ<=log n,8192,0,79476,9.70166015625
HSDSU,λ<=log n,8192,0,77164,9.41943359375
HSDSU,λ<=log n,8192,0,86895,10.6072998046875
HSDSU,λ<=log n,8192,0,75342,9.197021484375
HSDSU,λ<=log n,8192,0,75703,9.2410888671875
HSDSU,λ<=log n,8192,0,80024,9.7685546875
HSDSU,λ<=log n,8192,0,79788,9.73974609375
HSDSU,λ<=log n,8192,0,92613,11.3052978515625
HSDSU,λ<=log n,8192,0,83765,10.2252197265625
HSDSU,λ<=log n,8192,0,83798,10.229248046875
HSDSU,λ<=log n,8192,0,99435,12.1380615234375
HSDSU,λ<=log n,8192,0,80512,9.828125
HSDSU,λ<=log n,8192,0,80035,9.7698974609375
HSDSU,λ<=log n,8192,0,79253,9.6744384765625
HSDSU,λ<=log n,8192,0,93406,11.402099609375
HSDSU,λ<=log n,8192,0,72527,8.8533935546875
HSDSU,λ<=log n,8192,0,82260,10.04150390625
HSDSU,λ<=log n,8192,0,82595,10.0823974609375
HSDSU,λ<=log n,8192,0,76133,9.2935791015625
HSDSU,λ<=log n,8192,0,84303,10.2908935546875
HSDSU,λ<=log n,8192,0,72925,8.9019775390625
HSDSU,λ<=log n,8192,0,100890,12.315673828125
HSDSU,λ<=log n,8192,0,97038,11.845458984375
HSDSU,λ<=log n,8192,0,81665,9.9688720703125
HSDSU,λ<=log n,8192,0,83460,10.18798828125
HSDSU,λ<=log n,8192,0,81315,9.9261474609375
HSDSU,λ<=log n,8192,0,77445,9.4537353515625
HSDSU,λ<=log n,8192,0,84288,10.2890625
HSDSU,λ<=log n,8192,0,77413,9.4498291015625
HSDSU,λ<=log n,8192,0,76816,9.376953125
HSDSU,λ<=log n,8192,0,102388,12.49853515625
HSDSU,λ<=log n,8192,0,89917,10.9761962890625
HRDSU,λ<=log n,8192,0,67426,8.230712890625
HRDSU,λ<=log n,8192,0,67469,8.2359619140625
HRDSU,λ<=log n,8192,0,70324,8.58447265625
HRDSU,λ<=log n,8192,0,73451,8.9661865234375
HRDSU,λ<=log n,8192,0,65248,7.96484375
HRDSU,λ<=log n,8192,0,67992,8.2998046875
HRDSU,λ<=log n,8192,0,68443,8.3548583984375
HRDSU,λ<=log n,8192,0,71153,8.6856689453125
HRDSU,λ<=log n,8192,0,70209,8.5704345703125
HRDSU,λ<=log n,8192,0,67103,8.1912841796875
HRDSU,λ<=log n,8192,0,73355,8.9544677734375
HRDSU,λ<=log n,8192,0,66526,8.120849609375
HRDSU,λ<=log n,8192,0,66865,8.1622314453125
HRDSU,λ<=log n,8192,0,77119,9.4139404296875
HRDSU,λ<=log n,8192,0,68960,8.41796875
HRDSU,λ<=log n,8192,0,67023,8.1815185546875
HRDSU,λ<=log n,8192,0,66721,8.1446533203125
HRDSU,λ<=log n,8192,0,66459,8.1126708984375
HRDSU,λ<=log n,8192,0,67248,8.208984375
HRDSU,λ<=log n,8192,0,71665,8.7481689453125
HRDSU,λ<=log n,8192,0,84673,10.3360595703125
HRDSU,λ<=log n,8192,0,70074,8.553955078125
HRDSU,λ<=log n,8192,0,70762,8.637939453125
HRDSU,λ<=log n,8192,0,71467,8.7239990234375
HRDSU,λ<=log n,8192,0,67064,8.1865234375
HRDSU,λ<=log n,8192,0,73068,8.91943359375
HRDSU,λ<=log n,8192,0,64848,7.916015625
HRDSU,λ<=log n,8192,0,72604,8.86279296875
HRDSU,λ<=log n,8192,0,77871,9.5057373046875
HRDSU,λ<=log n,8192,0,68489,8.3604736328125
HRDSU,λ<=log n,8192,0,69109,8.4361572265625
HRDSU,λ<=log n,8192,0,63978,7.809814453125
HRDSU,λ<=log n,8192,0,65790,8.031005859375
HRDSU,λ<=log n,8192,0,71853,8.7711181640625
HRDSU,λ<=log n,8192,0,65848,8.0380859375
HRDSU,λ<=log n,8192,0,69303,8.4598388671875
HRDSU,λ<=log n,8192,0,66716,8.14404296875
HRDSU,λ<=log n,8192,0,69902,8.532958984375
HRDSU,λ<=log n,8192,0,73129,8.9268798828125
HRDSU,λ<=log n,8192,0,70241,8.5743408203125
HRDSU,λ<=log n,8192,0,65775,8.0291748046875
HRDSU,λ<=log n,8192,0,73127,8.9266357421875
HRDSU,λ<=log n,8192,0,71493,8.7271728515625
HRDSU,λ<=log n,8192,0,74875,9.1400146484375
HRDSU,λ<=log n,8192,0,69641,8.5010986328125
HRDSU,λ<=log n,8192,0,74105,9.0460205078125
HRDSU,λ<=log n,8192,0,66388,8.10400390625
HRDSU,λ<=log n,8192,0,71395,8.7152099609375
HRDSU,λ<=log n,8192,0,65717,8.0220947265625
HRDSU,λ<=log n,8192,0,65366,7.979248046875
HRDSU,λ<=log n,8192,0,68732,8.39013671875
HRDSU,λ<=log n,8192,0,68239,8.3299560546875
HRDSU,λ<=log n,8192,0,71120,8.681640625
HRDSU,λ<=log n,8192,0,73455,8.9666748046875
HRDSU,λ<=log n,8192,0,64992,7.93359375
HRDSU,λ<=log n,8192,0,66157,8.0758056640625
HRDSU,λ<=log n,8192,0,67118,8.193115234375
HRDSU,λ<=log n,8192,0,65697,8.0196533203125
HRDSU,λ<=log n,8192,0,73743,9.0018310546875
HRDSU,λ<=log n,8192,0,66888,8.1650390625
HRDSU,λ<=log n,8192,0,71427,8.7191162109375
HRDSU,λ<=log n,8192,0,65187,7.9573974609375
HRDSU,λ<=log n,8192,0,70671,8.6268310546875
HRDSU,λ<=log n,8192,0,66588,8.12841796875
HRDSU,λ<=log n,8192,0,69517,8.4859619140625
HRDSU,λ<=log n,8192,0,62754,7.660400390625
HRDSU,λ<=log n,8192,0,69407,8.4725341796875
HRDSU,λ<=log n,8192,0,71782,8.762451171875
HRDSU,λ<=log n,8192,0,67588,8.25048828125
HRDSU,λ<=log n,8192,0,76496,9.337890625
HRDSU,λ<=log n,8192,0,70471,8.6024169921875
HRDSU,λ<=log n,8192,0,67916,8.29052734375
HRDSU,λ<=log n,8192,0,69648,8.501953125
HRDSU,λ<=log n,8192,0,63534,7.755615234375
HRDSU,λ<=log n,8192,0,65585,8.0059814453125
HRDSU,λ<=log n,8192,0,67369,8.2237548828125
HRDSU,λ<=log n,8192,0,67146,8.196533203125
HRDSU,λ<=log n,8192,0,66514,8.119384765625
HRDSU,λ<=log n,8192,0,62602,7.641845703125
HRDSU,λ<=log n,8192,0,71867,8.7728271484375
HRDSU,λ<=log n,8192,0,66969,8.1749267578125
HRDSU,λ<=log n,8192,0,71953,8.7833251953125
HRDSU,λ<=log n,8192,0,72790,8.885498046875
HRDSU,λ<=log n,8192,0,69633,8.5001220703125
HRDSU,λ<=log n,8192,0,72112,8.802734375
HRDSU,λ<=log n,8192,0,65939,8.0491943359375
HRDSU,λ<=log n,8192,0,68149,8.3189697265625
HRDSU,λ<=log n,8192,0,72361,8.8331298828125
HRDSU,λ<=log n,8192,0,69958,8.539794921875
HRDSU,λ<=log n,8192,0,62293,7.6041259765625
HRDSU,λ<=log n,8192,0,71197,8.6910400390625
HRDSU,λ<=log n,8192,0,70303,8.5819091796875
HRDSU,λ<=log n,8192,0,72903,8.8992919921875
HRDSU,λ<=log n,8192,0,69391,8.4705810546875
HRDSU,λ<=log n,8192,0,65227,7.9622802734375
HRDSU,λ<=log n,8192,0,84288,10.2890625
HRDSU,λ<=log n,8192,0,64176,7.833984375
HRDSU,λ<=log n,8192,0,67902,8.288818359375
HRDSU,λ<=log n,8192,0,69041,8.4278564453125
HHDSU,λ<=log n,8192,0,63815,7.7899169921875
HHDSU,λ<=log n,8192,0,61626,7.522705078125
HHDSU,λ<=log n,8192,0,63409,7.7403564453125
HHDSU,λ<=log n,8192,0,67447,8.2332763671875
HHDSU,λ<=log n,8192,0,70701,8.6304931640625
HHDSU,λ<=log n,8192,0,70660,8.62548828125
HHDSU,λ<=log n,8192,0,67948,8.29443359375
HHDSU,λ<=log n,8192,0,61426,7.498291015625
HHDSU,λ<=log n,8192,0,70001,8.5450439453125
HHDSU,λ<=log n,8192,0,65439,7.9881591796875
HHDSU,λ<=log n,8192,0,64183,7.8348388671875
HHDSU,λ<=log n,8192,0,64028,7.81591796875
HHDSU,λ<=log n,8192,0,66524,8.12060546875
HHDSU,λ<=log n,8192,0,64716,7.89990234375
HHDSU,λ<=log n,8192,0,70003,8.5452880859375
HHDSU,λ<=log n,8192,0,66694,8.141357421875
HHDSU,λ<=log n,8192,0,68048,8.306640625
HHDSU,λ<=log n,8192,0,61096,7.4580078125
HHDSU,λ<=log n,8192,0,71506,8.728759765625
HHDSU,λ<=log n,8192,0,65673,8.0167236328125
HHDSU,λ<=log n,8192,0,61691,7.5306396484375
HHDSU,λ<=log n,8192,0,62351,7.6112060546875
HHDSU,λ<=log n,8192,0,65829,8.0357666015625
HHDSU,λ<=log n,8192,0,66131,8.0726318359375
HHDSU,λ<=log n,8192,0,67995,8.3001708984375
HHDSU,λ<=log n,8192,0,58899,7.1898193359375
HHDSU,λ<=log n,8192,0,64352,7.85546875
HHDSU,λ<=log n,8192,0,59678,7.284912109375
HHDSU,λ<=log n,8192,0,63474,7.748291015625
HHDSU,λ<=log n,8192,0,63631,7.7674560546875
HHDSU,λ<=log n,8192,0,66347,8.0989990234375
HHDSU,λ<=log n,8192,0,67421,8.2301025390625
HHDSU,λ<=log n,8192,0,60558,7.392333984375
HHDSU,λ<=log n,8192,0,65685,8.0181884765625
HHDSU,λ<=log n,8192,0,62998,7.690185546875
HHDSU,λ<=log n,8192,0,63939,7.8050537109375
HHDSU,λ<=log n,8192,0,64868,7.91845703125
HHDSU,λ<=log n,8192,0,61553,7.5137939453125
HHDSU,λ<=log n,8192,0,62666,7.649658203125
HHDSU,λ<=log n,8192,0,65740,8.02490234375
HHDSU,λ<=log n,8192,0,67317,8.2174072265625
HHDSU,λ<=log n,8192,0,66603,8.1302490234375
HHDSU,λ<=log n,8192,0,63369,7.7354736328125
HHDSU,λ<=log n,8192,0,67062,8.186279296875
HHDSU,λ<=log n,8192,0,70901,8.6549072265625
HHDSU,λ<=log n,8192,0,66382,8.103271484375
HHDSU,λ<=log n,8192,0,70630,8.621826171875
HHDSU,λ<=log n,8192,0,67907,8.2894287109375
HHDSU,λ<=log n,8192,0,65415,7.9852294921875
HHDSU,λ<=log n,8192,0,68121,8.3155517578125
HHDSU,λ<=log n,8192,0,58423,7.1317138671875
HHDSU,λ<=log n,8192,0,62129,7.5841064453125
HHDSU,λ<=log n,8192,0,61481,7.5050048828125
HHDSU,λ<=log n,8192,0,65204,7.95947265625
HHDSU,λ<=log n,8192,0,64623,7.8885498046875
HHDSU,λ<=log n,8192,0,64109,7.8258056640625
HHDSU,λ<=log n,8192,0,68744,8.3916015625
HHDSU,λ<=log n,8192,0,68991,8.4217529296875
HHDSU,λ<=log n,8192,0,61833,7.5479736328125
HHDSU,λ<=log n,8192,0,61760,7.5390625
HHDSU,λ<=log n,8192,0,59248,7.232421875
HHDSU,λ<=log n,8192,0,71818,8.766845703125
HHDSU,λ<=log n,8192,0,59926,7.315185546875
HHDSU,λ<=log n,8192,0,63903,7.8006591796875
HHDSU,λ<=log n,8192,0,62838,7.670654296875
HHDSU,λ<=log n,8192,0,67594,8.251220703125
HHDSU,λ<=log n,8192,0,75488,9.21484375
HHDSU,λ<=log n,8192,0,62608,7.642578125
HHDSU,λ<=log n,8192,0,60819,7.4241943359375
HHDSU,λ<=log n,8192,0,67556,8.24658203125
HHDSU,λ<=log n,8192,0,62937,7.6827392578125
HHDSU,λ<=log n,8192,0,59766,7.295654296875
HHDSU,λ<=log n,8192,0,62288,7.603515625
HHDSU,λ<=log n,8192,0,68065,8.3087158203125
HHDSU,λ<=log n,8192,0,76867,9.3831787109375
HHDSU,λ<=log n,8192,0,64262,7.844482421875
HHDSU,λ<=log n,8192,0,61240,7.4755859375
HHDSU,λ<=log n,8192,0,59260,7.23388671875
HHDSU,λ<=log n,8192,0,64517,7.8756103515625
HHDSU,λ<=log n,8192,0,69359,8.4666748046875
HHDSU,λ<=log n,8192,0,63651,7.7698974609375
HHDSU,λ<=log n,8192,0,61822,7.546630859375
HHDSU,λ<=log n,8192,0,60809,7.4229736328125
HHDSU,λ<=log n,8192,0,63263,7.7225341796875
HHDSU,λ<=log n,8192,0,61570,7.515869140625
HHDSU,λ<=log n,8192,0,60146,7.342041015625
HHDSU,λ<=log n,8192,0,64559,7.8807373046875
HHDSU,λ<=log n,8192,0,65682,8.017822265625
HHDSU,λ<=log n,8192,0,67039,8.1834716796875
HHDSU,λ<=log n,8192,0,61824,7.546875
HHDSU,λ<=log n,8192,0,61781,7.5416259765625
HHDSU,λ<=log n,8192,0,60522,7.387939453125
HHDSU,λ<=log n,8192,0,73902,9.021240234375
HHDSU,λ<=log n,8192,0,67855,8.2830810546875
HHDSU,λ<=log n,8192,0,67974,8.297607421875
HHDSU,λ<=log n,8192,0,67915,8.2904052734375
HHDSU,λ<=log n,8192,0,77777,9.4942626953125
HHDSU,λ<=log n,8192,0,64788,7.90869140625
HHDSU,λ<=log n,8192,0,64854,7.916748046875
HHDSU,λ<=log n,8192,0,67342,8.220458984375
HHLSU,λ<=log n,8192,0,69859,8.5277099609375
HHLSU,λ<=log n,8192,0,69358,8.466552734375
HHLSU,λ<=log n,8192,0,69566,8.491943359375
HHLSU,λ<=log n,8192,0,70705,8.6309814453125
HHLSU,λ<=log n,8192,0,66709,8.1431884765625
HHLSU,λ<=log n,8192,0,66415,8.1072998046875
HHLSU,λ<=log n,8192,0,64155,7.8314208984375
HHLSU,λ<=log n,8192,0,65648,8.013671875
HHLSU,λ<=log n,8192,0,66185,8.0792236328125
HHLSU,λ<=log n,8192,0,75729,9.2442626953125
HHLSU,λ<=log n,8192,0,68754,8.392822265625
HHLSU,λ<=log n,8192,0,70491,8.6048583984375
HHLSU,λ<=log n,8192,0,68907,8.4114990234375
HHLSU,λ<=log n,8192,0,77817,9.4991455078125
HHLSU,λ<=log n,8192,0,69327,8.4627685546875
HHLSU,λ<=log n,8192,0,69831,8.5242919921875
HHLSU,λ<=log n,8192,0,72565,8.8580322265625
HHLSU,λ<=log n,8192,0,71895,8.7762451171875
HHLSU,λ<=log n,8192,0,66473,8.1143798828125
HHLSU,λ<=log n,8192,0,69615,8.4979248046875
HHLSU,λ<=log n,8192,0,66370,8.101806640625
HHLSU,λ<=log n,8192,0,66242,8.086181640625
HHLSU,λ<=log n,8192,0,68339,8.3421630859375
HHLSU,λ<=log n,8192,0,73663,8.9920654296875
HHLSU,λ<=log n,8192,0,71103,8.6795654296875
HHLSU,λ<=log n,8192,0,68756,8.39306640625
HHLSU,λ<=log n,8192,0,73272,8.9443359375
HHLSU,λ<=log n,8192,0,69416,8.4736328125
HHLSU,λ<=log n,8192,0,67313,8.2169189453125
HHLSU,λ<=log n,8192,0,80480,9.82421875
HHLSU,λ<=log n,8192,0,65128,7.9501953125
HHLSU,λ<=log n,8192,0,68406,8.350341796875
HHLSU,λ<=log n,8192,0,67731,8.2679443359375
HHLSU,λ<=log n,8192,0,69038,8.427490234375
HHLSU,λ<=log n,8192,0,71063,8.6746826171875
HHLSU,λ<=log n,8192,0,74375,9.0789794921875
HHLSU,λ<=log n,8192,0,63306,7.727783203125
HHLSU,λ<=log n,8192,0,71401,8.7159423828125
HHLSU,λ<=log n,8192,0,66276,8.09033203125
HHLSU,λ<=log n,8192,0,65704,8.0205078125
HHLSU,λ<=log n,8192,0,68621,8.3765869140625
HHLSU,λ<=log n,8192,0,77037,9.4039306640625
HHLSU,λ<=log n,8192,0,68731,8.3900146484375
HHLSU,λ<=log n,8192,0,69142,8.440185546875
HHLSU,λ<=log n,8192,0,74085,9.0435791015625
HHLSU,λ<=log n,8192,0,70370,8.590087890625
HHLSU,λ<=log n,8192,0,71051,8.6732177734375
HHLSU,λ<=log n,8192,0,73744,9.001953125
HHLSU,λ<=log n,8192,0,67716,8.26611328125
HHLSU,λ<=log n,8192,0,72438,8.842529296875
HHLSU,λ<=log n,8192,0,64464,7.869140625
HHLSU,λ<=log n,8192,0,72390,8.836669921875
HHLSU,λ<=log n,8192,0,69758,8.515380859375
HHLSU,λ<=log n,8192,0,63385,7.7374267578125
HHLSU,λ<=log n,8192,0,69263,8.4549560546875
HHLSU,λ<=log n,8192,0,68040,8.3056640625
HHLSU,λ<=log n,8192,0,69386,8.469970703125
HHLSU,λ<=log n,8192,0,67888,8.287109375
HHLSU,λ<=log n,8192,0,67122,8.193603515625
HHLSU,λ<=log n,8192,0,71782,8.762451171875
HHLSU,λ<=log n,8192,0,68908,8.41162109375
HHLSU,λ<=log n,8192,0,69851,8.5267333984375
HHLSU,λ<=log n,8192,0,69607,8.4969482421875
HHLSU,λ<=log n,8192,0,67281,8.2130126953125
HHLSU,λ<=log n,8192,0,73899,9.0208740234375
HHLSU,λ<=log n,8192,0,67269,8.2115478515625
HHLSU,λ<=log n,8192,0,69496,8.4833984375
HHLSU,λ<=log n,8192,0,69863,8.5281982421875
HHLSU,λ<=log n,8192,0,66412,8.10693359375
HHLSU,λ<=log n,8192,0,79099,9.6556396484375
HHLSU,λ<=log n,8192,0,70232,8.5732421875
HHLSU,λ<=log n,8192,0,70415,8.5955810546875
HHLSU,λ<=log n,8192,0,67640,8.2568359375
HHLSU,λ<=log n,8192,0,68304,8.337890625
HHLSU,λ<=log n,8192,0,75010,9.156494140625
HHLSU,λ<=log n,8192,0,71009,8.6680908203125
HHLSU,λ<=log n,8192,0,75637,9.2330322265625
HHLSU,λ<=log n,8192,0,67190,8.201904296875
HHLSU,λ<=log n,8192,0,67746,8.269775390625
HHLSU,λ<=log n,8192,0,68971,8.4193115234375
HHLSU,λ<=log n,8192,0,64957,7.9293212890625
HHLSU,λ<=log n,8192,0,77186,9.422119140625
HHLSU,λ<=log n,8192,0,70771,8.6390380859375
HHLSU,λ<=log n,8192,0,71624,8.7431640625
HHLSU,λ<=log n,8192,0,68264,8.3330078125
HHLSU,λ<=log n,8192,0,67349,8.2213134765625
HHLSU,λ<=log n,8192,0,68056,8.3076171875
HHLSU,λ<=log n,8192,0,65693,8.0191650390625
HHLSU,λ<=log n,8192,0,66944,8.171875
HHLSU,λ<=log n,8192,0,71360,8.7109375
HHLSU,λ<=log n,8192,0,70570,8.614501953125
HHLSU,λ<=log n,8192,0,69503,8.4842529296875
HHLSU,λ<=log n,8192,0,70612,8.61962890625
HHLSU,λ<=log n,8192,0,72039,8.7938232421875
HHLSU,λ<=log n,8192,0,71099,8.6790771484375
HHLSU,λ<=log n,8192,0,73267,8.9437255859375
HHLSU,λ<=log n,8192,0,71343,8.7088623046875
HHLSU,λ<=log n,8192,0,67518,8.241943359375
HHLSU,λ<=log n,8192,0,71157,8.6861572265625
HRLSU,λ<=log n,8192,0,74218,9.059814453125
HRLSU,λ<=log n,8192,0,73683,8.9945068359375
HRLSU,λ<=log n,8192,0,73650,8.990478515625
HRLSU,λ<=log n,8192,0,71198,8.691162109375
HRLSU,λ<=log n,8192,0,73833,9.0128173828125
HRLSU,λ<=log n,8192,0,72084,8.79931640625
HRLSU,λ<=log n,8192,0,69427,8.4749755859375
HRLSU,λ<=log n,8192,0,73566,8.980224609375
HRLSU,λ<=log n,8192,0,72203,8.8138427734375
HRLSU,λ<=log n,8192,0,76019,9.2796630859375
HRLSU,λ<=log n,8192,0,71342,8.708740234375
HRLSU,λ<=log n,8192,0,76271,9.3104248046875
HRLSU,λ<=log n,8192,0,86472,10.5556640625
HRLSU,λ<=log n,8192,0,70126,8.560302734375
HRLSU,λ<=log n,8192,0,70480,8.603515625
HRLSU,λ<=log n,8192,0,68496,8.361328125
HRLSU,λ<=log n,8192,0,84236,10.28271484375
HRLSU,λ<=log n,8192,0,79586,9.715087890625
HRLSU,λ<=log n,8192,0,71736,8.7568359375
HRLSU,λ<=log n,8192,0,69897,8.5323486328125
HRLSU,λ<=log n,8192,0,76039,9.2821044921875
HRLSU,λ<=log n,8192,0,72519,8.8524169921875
HRLSU,λ<=log n,8192,0,75957,9.2720947265625
HRLSU,λ<=log n,8192,0,71376,8.712890625
HRLSU,λ<=log n,8192,0,69766,8.516357421875
HRLSU,λ<=log n,8192,0,76154,9.296142578125
HRLSU,λ<=log n,8192,0,70322,8.584228515625
HRLSU,λ<=log n,8192,0,74871,9.1395263671875
HRLSU,λ<=log n,8192,0,71264,8.69921875
HRLSU,λ<=log n,8192,0,74188,9.05615234375
HRLSU,λ<=log n,8192,0,70710,8.631591796875
HRLSU,λ<=log n,8192,0,75902,9.265380859375
HRLSU,λ<=log n,8192,0,78508,9.58349609375
HRLSU,λ<=log n,8192,0,73137,8.9278564453125
HRLSU,λ<=log n,8192,0,68872,8.4072265625
HRLSU,λ<=log n,8192,0,72392,8.8369140625
HRLSU,λ<=log n,8192,0,75141,9.1724853515625
HRLSU,λ<=log n,8192,0,67529,8.2432861328125
HRLSU,λ<=log n,8192,0,74965,9.1510009765625
HRLSU,λ<=log n,8192,0,83265,10.1641845703125
HRLSU,λ<=log n,8192,0,76445,9.3316650390625
HRLSU,λ<=log n,8192,0,79073,9.6524658203125
HRLSU,λ<=log n,8192,0,68145,8.3184814453125
HRLSU,λ<=log n,8192,0,75555,9.2230224609375
HRLSU,λ<=log n,8192,0,69173,8.4439697265625
HRLSU,λ<=log n,8192,0,77011,9.4007568359375
HRLSU,λ<=log n,8192,0,76191,9.3006591796875
HRLSU,λ<=log n,8192,0,79273,9.6768798828125
HRLSU,λ<=log n,8192,0,70469,8.6021728515625
HRLSU,λ<=log n,8192,0,74159,9.0526123046875
HRLSU,λ<=log n,8192,0,83037,10.1363525390625
HRLSU,λ<=log n,8192,0,64068,7.82080078125
HRLSU,λ<=log n,8192,0,67469,8.2359619140625
HRLSU,λ<=log n,8192,0,68945,8.4161376953125
HRLSU,λ<=log n,8192,0,74238,9.062255859375
HRLSU,λ<=log n,8192,0,73285,8.9459228515625
HRLSU,λ<=log n,8192,0,72835,8.8909912109375
HRLSU,λ<=log n,8192,0,77092,9.41064453125
HRLSU,λ<=log n,8192,0,69990,8.543701171875
HRLSU,λ<=log n,8192,0,73640,8.9892578125
HRLSU,λ<=log n,8192,0,73533,8.9761962890625
HRLSU,λ<=log n,8192,0,70767,8.6385498046875
HRLSU,λ<=log n,8192,0,73796,9.00830078125
HRLSU,λ<=log n,8192,0,67729,8.2677001953125
HRLSU,λ<=log n,8192,0,76116,9.29150390625
HRLSU,λ<=log n,8192,0,76841,9.3800048828125
HRLSU,λ<=log n,8192,0,72793,8.8858642578125
HRLSU,λ<=log n,8192,0,74100,9.04541015625
HRLSU,λ<=log n,8192,0,69487,8.4822998046875
HRLSU,λ<=log n,8192,0,72424,8.8408203125
HRLSU,λ<=log n,8192,0,77787,9.4954833984375
HRLSU,λ<=log n,8192,0,80877,9.8726806640625
HRLSU,λ<=log n,8192,0,71384,8.7138671875
HRLSU,λ<=log n,8192,0,79773,9.7379150390625
HRLSU,λ<=log n,8192,0,75855,9.2596435546875
HRLSU,λ<=log n,8192,0,70934,8.658935546875
HRLSU,λ<=log n,8192,0,74707,9.1195068359375
HRLSU,λ<=log n,8192,0,72634,8.866455078125
HRLSU,λ<=log n,8192,0,69021,8.4254150390625
HRLSU,λ<=log n,8192,0,68088,8.3115234375
HRLSU,λ<=log n,8192,0,82386,10.056884765625
HRLSU,λ<=log n,8192,0,74250,9.063720703125
HRLSU,λ<=log n,8192,0,72158,8.808349609375
HRLSU,λ<=log n,8192,0,73023,8.9139404296875
HRLSU,λ<=log n,8192,0,75944,9.2705078125
HRLSU,λ<=log n,8192,0,73075,8.9202880859375
HRLSU,λ<=log n,8192,0,69011,8.4241943359375
HRLSU,λ<=log n,8192,0,72463,8.8455810546875
HRLSU,λ<=log n,8192,0,72459,8.8450927734375
HRLSU,λ<=log n,8192,0,68574,8.370849609375
HRLSU,λ<=log n,8192,0,74118,9.047607421875
HRLSU,λ<=log n,8192,0,71416,8.7177734375
HRLSU,λ<=log n,8192,0,74631,9.1102294921875
HRLSU,λ<=log n,8192,0,70447,8.5994873046875
HRLSU,λ<=log n,8192,0,67412,8.22900390625
HRLSU,λ<=log n,8192,0,76996,9.39892578125
HRLSU,λ<=log n,8192,0,69076,8.43212890625
HRLSU,λ<=log n,8192,0,75145,9.1729736328125
HRLSU,λ<=log n,8192,0,81684,9.97119140625
HRLSU,λ<=log n,8192,0,73216,8.9375
HSLSU,λ<=log n,8192,0,86907,10.6087646484375
HSLSU,λ<=log n,8192,0,79872,9.75
HSLSU,λ<=log n,8192,0,81787,9.9837646484375
HSLSU,λ<=log n,8192,0,86488,10.5576171875
HSLSU,λ<=log n,8192,0,80804,9.86376953125
HSLSU,λ<=log n,8192,0,87221,10.6470947265625
HSLSU,λ<=log n,8192,0,85326,10.415771484375
HSLSU,λ<=log n,8192,0,92125,11.2457275390625
HSLSU,λ<=log n,8192,0,86627,10.5745849609375
HSLSU,λ<=log n,8192,0,86344,10.5400390625
HSLSU,λ<=log n,8192,0,88647,10.8211669921875
HSLSU,λ<=log n,8192,0,80785,9.8614501953125
HSLSU,λ<=log n,8192,0,82333,10.0504150390625
HSLSU,λ<=log n,8192,0,88678,10.824951171875
HSLSU,λ<=log n,8192,0,84561,10.3223876953125
HSLSU,λ<=log n,8192,0,94458,11.530517578125
HSLSU,λ<=log n,8192,0,86606,10.572021484375
HSLSU,λ<=log n,8192,0,79743,9.7342529296875
HSLSU,λ<=log n,8192,0,82163,10.0296630859375
HSLSU,λ<=log n,8192,0,78886,9.629638671875
HSLSU,λ<=log n,8192,0,100082,12.217041015625
HSLSU,λ<=log n,8192,0,82898,10.119384765625
HSLSU,λ<=log n,8192,0,82265,10.0421142578125
HSLSU,λ<=log n,8192,0,82562,10.078369140625
HSLSU,λ<=log n,8192,0,88945,10.8575439453125
HSLSU,λ<=log n,8192,0,91406,11.157958984375
HSLSU,λ<=log n,8192,0,87296,10.65625
HSLSU,λ<=log n,8192,0,83400,10.1806640625
HSLSU,λ<=log n,8192,0,84176,10.275390625
HSLSU,λ<=log n,8192,0,82841,10.1124267578125
HSLSU,λ<=log n,8192,0,97147,11.8587646484375
HSLSU,λ<=log n,8192,0,85675,10.4583740234375
HSLSU,λ<=log n,8192,0,83422,10.183349609375
HSLSU,λ<=log n,8192,0,82529,10.0743408203125
HSLSU,λ<=log n,8192,0,83881,10.2393798828125
HSLSU,λ<=log n,8192,0,91443,11.1624755859375
HSLSU,λ<=log n,8192,0,82232,10.0380859375
HSLSU,λ<=log n,8192,0,96050,11.724853515625
HSLSU,λ<=log n,8192,0,93516,11.41552734375
HSLSU,λ<=log n,8192,0,80128,9.78125
HSLSU,λ<=log n,8192,0,86171,10.5189208984375
HSLSU,λ<=log n,8192,0,82353,10.0528564453125
HSLSU,λ<=log n,8192,0,90473,11.0440673828125
HSLSU,λ<=log n,8192,0,85822,10.476318359375
HSLSU,λ<=log n,8192,0,92489,11.2901611328125
HSLSU,λ<=log n,8192,0,87164,10.64013671875
HSLSU,λ<=log n,8192,0,80635,9.8431396484375
HSLSU,λ<=log n,8192,0,83343,10.1737060546875
HSLSU,λ<=log n,8192,0,79906,9.754150390625
HSLSU,λ<=log n,8192,0,87062,10.627685546875
HSLSU,λ<=log n,8192,0,94620,11.55029296875
HSLSU,λ<=log n,8192,0,88061,10.7496337890625
HSLSU,λ<=log n,8192,0,76990,9.398193359375
HSLSU,λ<=log n,8192,0,80417,9.8165283203125
HSLSU,λ<=log n,8192,0,85178,10.397705078125
HSLSU,λ<=log n,8192,0,95855,11.7010498046875
HSLSU,λ<=log n,8192,0,92906,11.341064453125
HSLSU,λ<=log n,8192,0,84266,10.286376953125
HSLSU,λ<=log n,8192,0,85053,10.3824462890625
HSLSU,λ<=log n,8192,0,83087,10.1424560546875
HSLSU,λ<=log n,8192,0,92796,11.32763671875
HSLSU,λ<=log n,8192,0,90397,11.0347900390625
HSLSU,λ<=log n,8192,0,86456,10.5537109375
HSLSU,λ<=log n,8192,0,83682,10.215087890625
HSLSU,λ<=log n,8192,0,83415,10.1824951171875
HSLSU,λ<=log n,8192,0,84477,10.3121337890625
HSLSU,λ<=log n,8192,0,77315,9.4378662109375
HSLSU,λ<=log n,8192,0,89684,10.94775390625
HSLSU,λ<=log n,8192,0,86844,10.60107421875
HSLSU,λ<=log n,8192,0,90012,10.98779296875
HSLSU,λ<=log n,8192,0,77637,9.4771728515625
HSLSU,λ<=log n,8192,0,89974,10.983154296875
HSLSU,λ<=log n,8192,0,81917,9.9996337890625
HSLSU,λ<=log n,8192,0,83181,10.1539306640625
HSLSU,λ<=log n,8192,0,89983,10.9842529296875
HSLSU,λ<=log n,8192,0,82942,10.124755859375
HSLSU,λ<=log n,8192,0,81600,9.9609375
HSLSU,λ<=log n,8192,0,85814,10.475341796875
HSLSU,λ<=log n,8192,0,90024,10.9892578125
HSLSU,λ<=log n,8192,0,85833,10.4776611328125
HSLSU,λ<=log n,8192,0,81836,9.98974609375
HSLSU,λ<=log n,8192,0,85860,10.48095703125
HSLSU,λ<=log n,8192,0,92241,11.2598876953125
HSLSU,λ<=log n,8192,0,82407,10.0594482421875
HSLSU,λ<=log n,8192,0,96102,11.731201171875
HSLSU,λ<=log n,8192,0,102602,12.524658203125
HSLSU,λ<=log n,8192,0,91720,11.1962890625
HSLSU,λ<=log n,8192,0,82017,10.0118408203125
HSLSU,λ<=log n,8192,0,85721,10.4639892578125
HSLSU,λ<=log n,8192,0,82272,10.04296875
HSLSU,λ<=log n,8192,0,82246,10.039794921875
HSLSU,λ<=log n,8192,0,83612,10.20654296875
HSLSU,λ<=log n,8192,0,83738,10.221923828125
HSLSU,λ<=log n,8192,0,88718,10.829833984375
HSLSU,λ<=log n,8192,0,80449,9.8204345703125
HSLSU,λ<=log n,8192,0,83628,10.20849609375
HSLSU,λ<=log n,8192,0,81891,9.9964599609375
HSLSU,λ<=log n,8192,0,85319,10.4149169921875
HSLSU,λ<=log n,8192,0,82437,10.0631103515625
HSLSU,λ<=log n,8192,0,107867,13.1673583984375
HSDMU,λ<=log n,8192,0,71079,8.6766357421875
HSDMU,λ<=log n,8192,0,69135,8.4393310546875
HSDMU,λ<=log n,8192,0,77943,9.5145263671875
HSDMU,λ<=log n,8192,0,65383,7.9813232421875
HSDMU,λ<=log n,8192,0,64397,7.8609619140625
HSDMU,λ<=log n,8192,0,75822,9.255615234375
HSDMU,λ<=log n,8192,0,71947,8.7825927734375
HSDMU,λ<=log n,8192,0,66408,8.1064453125
HSDMU,λ<=log n,8192,0,71322,8.706298828125
HSDMU,λ<=log n,8192,0,63904,7.80078125
HSDMU,λ<=log n,8192,0,77797,9.4967041015625
HSDMU,λ<=log n,8192,0,71754,8.759033203125
HSDMU,λ<=log n,8192,0,70065,8.5528564453125
HSDMU,λ<=log n,8192,0,73190,8.934326171875
HSDMU,λ<=log n,8192,0,71302,8.703857421875
HSDMU,λ<=log n,8192,0,73820,9.01123046875
HSDMU,λ<=log n,8192,0,66575,8.1268310546875
HSDMU,λ<=log n,8192,0,62689,7.6524658203125
HSDMU,λ<=log n,8192,0,69188,8.44580078125
HSDMU,λ<=log n,8192,0,63345,7.7325439453125
HSDMU,λ<=log n,8192,0,66473,8.1143798828125
HSDMU,λ<=log n,8192,0,63532,7.75537109375
HSDMU,λ<=log n,8192,0,71527,8.7313232421875
HSDMU,λ<=log n,8192,0,71799,8.7645263671875
HSDMU,λ<=log n,8192,0,78563,9.5902099609375
HSDMU,λ<=log n,8192,0,60813,7.4234619140625
HSDMU,λ<=log n,8192,0,71577,8.7374267578125
HSDMU,λ<=log n,8192,0,68013,8.3023681640625
HSDMU,λ<=log n,8192,0,72089,8.7999267578125
HSDMU,λ<=log n,8192,0,62629,7.6451416015625
HSDMU,λ<=log n,8192,0,71263,8.6990966796875
HSDMU,λ<=log n,8192,0,71978,8.786376953125
HSDMU,λ<=log n,8192,0,74335,9.0740966796875
HSDMU,λ<=log n,8192,0,70881,8.6524658203125
HSDMU,λ<=log n,8192,0,67494,8.239013671875
HSDMU,λ<=log n,8192,0,65131,7.9505615234375
HSDMU,λ<=log n,8192,0,60040,7.3291015625
HSDMU,λ<=log n,8192,0,68308,8.33837890625
HSDMU,λ<=log n,8192,0,73195,8.9349365234375
HSDMU,λ<=log n,8192,0,61067,7.4544677734375
HSDMU,λ<=log n,8192,0,70081,8.5548095703125
HSDMU,λ<=log n,8192,0,67555,8.2464599609375
HSDMU,λ<=log n,8192,0,67150,8.197021484375
HSDMU,λ<=log n,8192,0,68854,8.405029296875
HSDMU,λ<=log n,8192,0,85523,10.4398193359375
HSDMU,λ<=log n,8192,0,66879,8.1639404296875
HSDMU,λ<=log n,8192,0,70577,8.6153564453125
HSDMU,λ<=log n,8192,0,75495,9.2156982421875
HSDMU,λ<=log n,8192,0,79234,9.672119140625
HSDMU,λ<=log n,8192,0,82420,10.06103515625
HSDMU,λ<=log n,8192,0,75968,9.2734375
HSDMU,λ<=log n,8192,0,74249,9.0635986328125
HSDMU,λ<=log n,8192,0,81991,10.0086669921875
HSDMU,λ<=log n,8192,0,76074,9.286376953125
HSDMU,λ<=log n,8192,0,61832,7.5478515625
HSDMU,λ<=log n,8192,0,66677,8.1392822265625
HSDMU,λ<=log n,8192,0,76783,9.3729248046875
HSDMU,λ<=log n,8192,0,67920,8.291015625
HSDMU,λ<=log n,8192,0,69511,8.4852294921875
HSDMU,λ<=log n,8192,0,68840,8.4033203125
HSDMU,λ<=log n,8192,0,72897,8.8985595703125
HSDMU,λ<=log n,8192,0,67243,8.2083740234375
HSDMU,λ<=log n,8192,0,63831,7.7918701171875
HSDMU,λ<=log n,8192,0,70996,8.66650390625
HSDMU,λ<=log n,8192,0,77497,9.4600830078125
HSDMU,λ<=log n,8192,0,74470,9.090576171875
HSDMU,λ<=log n,8192,0,84120,10.2685546875
HSDMU,λ<=log n,8192,0,75790,9.251708984375
HSDMU,λ<=log n,8192,0,83507,10.1937255859375
HSDMU,λ<=log n,8192,0,63424,7.7421875
HSDMU,λ<=log n,8192,0,63547,7.7572021484375
HSDMU,λ<=log n,8192,0,65961,8.0518798828125
HSDMU,λ<=log n,8192,0,73719,8.9989013671875
HSDMU,λ<=log n,8192,0,64622,7.888427734375
HSDMU,λ<=log n,8192,0,73514,8.973876953125
HSDMU,λ<=log n,8192,0,75640,9.2333984375
HSDMU,λ<=log n,8192,0,97205,11.8658447265625
HSDMU,λ<=log n,8192,0,64823,7.9129638671875
HSDMU,λ<=log n,8192,0,64521,7.8760986328125
HSDMU,λ<=log n,8192,0,82278,10.043701171875
HSDMU,λ<=log n,8192,0,68709,8.3873291015625
HSDMU,λ<=log n,8192,0,83024,10.134765625
HSDMU,λ<=log n,8192,0,68402,8.349853515625
HSDMU,λ<=log n,8192,0,66685,8.1402587890625
HSDMU,λ<=log n,8192,0,79090,9.654541015625
HSDMU,λ<=log n,8192,0,67090,8.189697265625
HSDMU,λ<=log n,8192,0,68658,8.381103515625
HSDMU,λ<=log n,8192,0,76506,9.339111328125
HSDMU,λ<=log n,8192,0,72365,8.8336181640625
HSDMU,λ<=log n,8192,0,69904,8.533203125
HSDMU,λ<=log n,8192,0,76830,9.378662109375
HSDMU,λ<=log n,8192,0,79811,9.7425537109375
HSDMU,λ<=log n,8192,0,82595,10.0823974609375
HSDMU,λ<=log n,8192,0,66696,8.1416015625
HSDMU,λ<=log n,8192,0,65444,7.98876953125
HSDMU,λ<=log n,8192,0,70246,8.574951171875
HSDMU,λ<=log n,8192,0,69814,8.522216796875
HSDMU,λ<=log n,8192,0,70319,8.5838623046875
HSDMU,λ<=log n,8192,0,66987,8.1771240234375
HSDMU,λ<=log n,8192,0,85758,10.468505859375
HRDMU,λ<=log n,8192,0,54270,6.624755859375
HRDMU,λ<=log n,8192,0,61360,7.490234375
HRDMU,λ<=log n,8192,0,57584,7.029296875
HRDMU,λ<=log n,8192,0,55325,6.7535400390625
HRDMU,λ<=log n,8192,0,52372,6.39306640625
HRDMU,λ<=log n,8192,0,53764,6.56298828125
HRDMU,λ<=log n,8192,0,54657,6.6719970703125
HRDMU,λ<=log n,8192,0,49371,6.0267333984375
HRDMU,λ<=log n,8192,0,57474,7.015869140625
HRDMU,λ<=log n,8192,0,64247,7.8426513671875
HRDMU,λ<=log n,8192,0,66230,8.084716796875
HRDMU,λ<=log n,8192,0,50476,6.16162109375
HRDMU,λ<=log n,8192,0,58366,7.124755859375
HRDMU,λ<=log n,8192,0,62185,7.5909423828125
HRDMU,λ<=log n,8192,0,59635,7.2796630859375
HRDMU,λ<=log n,8192,0,60097,7.3360595703125
HRDMU,λ<=log n,8192,0,58349,7.1226806640625
HRDMU,λ<=log n,8192,0,60617,7.3995361328125
HRDMU,λ<=log n,8192,0,54934,6.705810546875
HRDMU,λ<=log n,8192,0,54692,6.67626953125
HRDMU,λ<=log n,8192,0,58003,7.0804443359375
HRDMU,λ<=log n,8192,0,53312,6.5078125
HRDMU,λ<=log n,8192,0,54660,6.67236328125
HRDMU,λ<=log n,8192,0,71619,8.7425537109375
HRDMU,λ<=log n,8192,0,57351,7.0008544921875
HRDMU,λ<=log n,8192,0,59536,7.267578125
HRDMU,λ<=log n,8192,0,54663,6.6727294921875
HRDMU,λ<=log n,8192,0,57055,6.9647216796875
HRDMU,λ<=log n,8192,0,52395,6.3958740234375
HRDMU,λ<=log n,8192,0,56292,6.87158203125
HRDMU,λ<=log n,8192,0,52882,6.455322265625
HRDMU,λ<=log n,8192,0,53777,6.5645751953125
HRDMU,λ<=log n,8192,0,56080,6.845703125
HRDMU,λ<=log n,8192,0,54980,6.71142578125
HRDMU,λ<=log n,8192,0,57628,7.03466796875
HRDMU,λ<=log n,8192,0,56169,6.8565673828125
HRDMU,λ<=log n,8192,0,61031,7.4500732421875
HRDMU,λ<=log n,8192,0,55835,6.8157958984375
HRDMU,λ<=log n,8192,0,55151,6.7322998046875
HRDMU,λ<=log n,8192,0,63509,7.7525634765625
HRDMU,λ<=log n,8192,0,60095,7.3358154296875
HRDMU,λ<=log n,8192,0,55869,6.8199462890625
HRDMU,λ<=log n,8192,0,59581,7.2730712890625
HRDMU,λ<=log n,8192,0,54248,6.6220703125
HRDMU,λ<=log n,8192,0,54377,6.6378173828125
HRDMU,λ<=log n,8192,0,59430,7.254638671875
HRDMU,λ<=log n,8192,0,55486,6.773193359375
HRDMU,λ<=log n,8192,0,54423,6.6434326171875
HRDMU,λ<=log n,8192,0,62106,7.581298828125
HRDMU,λ<=log n,8192,0,53905,6.5802001953125
HRDMU,λ<=log n,8192,0,60191,7.3475341796875
HRDMU,λ<=log n,8192,0,54947,6.7073974609375
HRDMU,λ<=log n,8192,0,56440,6.8896484375
HRDMU,λ<=log n,8192,0,57308,6.99560546875
HRDMU,λ<=log n,8192,0,58347,7.1224365234375
HRDMU,λ<=log n,8192,0,54813,6.6910400390625
HRDMU,λ<=log n,8192,0,57529,7.0225830078125
HRDMU,λ<=log n,8192,0,56915,6.9476318359375
HRDMU,λ<=log n,8192,0,57738,7.048095703125
HRDMU,λ<=log n,8192,0,55733,6.8033447265625
HRDMU,λ<=log n,8192,0,58310,7.117919921875
HRDMU,λ<=log n,8192,0,60955,7.4407958984375
HRDMU,λ<=log n,8192,0,54643,6.6702880859375
HRDMU,λ<=log n,8192,0,63903,7.8006591796875
HRDMU,λ<=log n,8192,0,71868,8.77294921875
HRDMU,λ<=log n,8192,0,60928,7.4375
HRDMU,λ<=log n,8192,0,63426,7.742431640625
HRDMU,λ<=log n,8192,0,54694,6.676513671875
HRDMU,λ<=log n,8192,0,57420,7.00927734375
HRDMU,λ<=log n,8192,0,53572,6.53955078125
HRDMU,λ<=log n,8192,0,56897,6.9454345703125
HRDMU,λ<=log n,8192,0,56199,6.8602294921875
HRDMU,λ<=log n,8192,0,60953,7.4405517578125
HRDMU,λ<=log n,8192,0,60255,7.3553466796875
HRDMU,λ<=log n,8192,0,54811,6.6907958984375
HRDMU,λ<=log n,8192,0,57201,6.9825439453125
HRDMU,λ<=log n,8192,0,55094,6.725341796875
HRDMU,λ<=log n,8192,0,56730,6.925048828125
HRDMU,λ<=log n,8192,0,54363,6.6361083984375
HRDMU,λ<=log n,8192,0,54125,6.6070556640625
HRDMU,λ<=log n,8192,0,53817,6.5694580078125
HRDMU,λ<=log n,8192,0,59982,7.322021484375
HRDMU,λ<=log n,8192,0,55584,6.78515625
HRDMU,λ<=log n,8192,0,57634,7.035400390625
HRDMU,λ<=log n,8192,0,52535,6.4129638671875
HRDMU,λ<=log n,8192,0,56062,6.843505859375
HRDMU,λ<=log n,8192,0,57245,6.9879150390625
HRDMU,λ<=log n,8192,0,56094,6.847412109375
HRDMU,λ<=log n,8192,0,56548,6.90283203125
HRDMU,λ<=log n,8192,0,57986,7.078369140625
HRDMU,λ<=log n,8192,0,56029,6.8394775390625
HRDMU,λ<=log n,8192,0,53892,6.57861328125
HRDMU,λ<=log n,8192,0,56798,6.933349609375
HRDMU,λ<=log n,8192,0,57311,6.9959716796875
HRDMU,λ<=log n,8192,0,55069,6.7222900390625
HRDMU,λ<=log n,8192,0,61613,7.5211181640625
HRDMU,λ<=log n,8192,0,53500,6.53076171875
HRDMU,λ<=log n,8192,0,54048,6.59765625
HRDMU,λ<=log n,8192,0,58307,7.1175537109375
HRDMU,λ<=log n,8192,0,59472,7.259765625
HHDMU,λ<=log n,8192,0,50393,6.1514892578125
HHDMU,λ<=log n,8192,0,52483,6.4066162109375
HHDMU,λ<=log n,8192,0,57933,7.0718994140625
HHDMU,λ<=log n,8192,0,53279,6.5037841796875
HHDMU,λ<=log n,8192,0,56927,6.9490966796875
HHDMU,λ<=log n,8192,0,52716,6.43505859375
HHDMU,λ<=log n,8192,0,59897,7.3116455078125
HHDMU,λ<=log n,8192,0,47720,5.8251953125
HHDMU,λ<=log n,8192,0,49839,6.0838623046875
HHDMU,λ<=log n,8192,0,53928,6.5830078125
HHDMU,λ<=log n,8192,0,56878,6.943115234375
HHDMU,λ<=log n,8192,0,49997,6.1031494140625
HHDMU,λ<=log n,8192,0,51651,6.3050537109375
HHDMU,λ<=log n,8192,0,52764,6.44091796875
HHDMU,λ<=log n,8192,0,53188,6.49267578125
HHDMU,λ<=log n,8192,0,51308,6.26318359375
HHDMU,λ<=log n,8192,0,59751,7.2938232421875
HHDMU,λ<=log n,8192,0,50649,6.1827392578125
HHDMU,λ<=log n,8192,0,52289,6.3829345703125
HHDMU,λ<=log n,8192,0,52645,6.4263916015625
HHDMU,λ<=log n,8192,0,51955,6.3421630859375
HHDMU,λ<=log n,8192,0,58036,7.08447265625
HHDMU,λ<=log n,8192,0,51588,6.29736328125
HHDMU,λ<=log n,8192,0,51921,6.3380126953125
HHDMU,λ<=log n,8192,0,52643,6.4261474609375
HHDMU,λ<=log n,8192,0,51977,6.3448486328125
HHDMU,λ<=log n,8192,0,54522,6.655517578125
HHDMU,λ<=log n,8192,0,50309,6.1412353515625
HHDMU,λ<=log n,8192,0,55138,6.730712890625
HHDMU,λ<=log n,8192,0,51964,6.34326171875
HHDMU,λ<=log n,8192,0,49364,6.02587890625
HHDMU,λ<=log n,8192,0,52355,6.3909912109375
HHDMU,λ<=log n,8192,0,58502,7.141357421875
HHDMU,λ<=log n,8192,0,52537,6.4132080078125
HHDMU,λ<=log n,8192,0,55071,6.7225341796875
HHDMU,λ<=log n,8192,0,53370,6.514892578125
HHDMU,λ<=log n,8192,0,58800,7.177734375
HHDMU,λ<=log n,8192,0,51640,6.3037109375
HHDMU,λ<=log n,8192,0,58856,7.1845703125
HHDMU,λ<=log n,8192,0,58304,7.1171875
HHDMU,λ<=log n,8192,0,55308,6.75146484375
HHDMU,λ<=log n,8192,0,54682,6.675048828125
HHDMU,λ<=log n,8192,0,52010,6.348876953125
HHDMU,λ<=log n,8192,0,58339,7.1214599609375
HHDMU,λ<=log n,8192,0,53345,6.5118408203125
HHDMU,λ<=log n,8192,0,48833,5.9610595703125
HHDMU,λ<=log n,8192,0,52589,6.4195556640625
HHDMU,λ<=log n,8192,0,50048,6.109375
HHDMU,λ<=log n,8192,0,50686,6.187255859375
HHDMU,λ<=log n,8192,0,55428,6.76611328125
HHDMU,λ<=log n,8192,0,52605,6.4215087890625
HHDMU,λ<=log n,8192,0,50428,6.15576171875
HHDMU,λ<=log n,8192,0,49310,6.019287109375
HHDMU,λ<=log n,8192,0,54609,6.6661376953125
HHDMU,λ<=log n,8192,0,51941,6.3404541015625
HHDMU,λ<=log n,8192,0,55229,6.7418212890625
HHDMU,λ<=log n,8192,0,61690,7.530517578125
HHDMU,λ<=log n,8192,0,51984,6.345703125
HHDMU,λ<=log n,8192,0,57401,7.0069580078125
HHDMU,λ<=log n,8192,0,50550,6.170654296875
HHDMU,λ<=log n,8192,0,53507,6.5316162109375
HHDMU,λ<=log n,8192,0,49789,6.0777587890625
HHDMU,λ<=log n,8192,0,53490,6.529541015625
HHDMU,λ<=log n,8192,0,54059,6.5989990234375
HHDMU,λ<=log n,8192,0,52681,6.4307861328125
HHDMU,λ<=log n,8192,0,51329,6.2657470703125
HHDMU,λ<=log n,8192,0,49723,6.0697021484375
HHDMU,λ<=log n,8192,0,55022,6.716552734375
HHDMU,λ<=log n,8192,0,49424,6.033203125
HHDMU,λ<=log n,8192,0,54335,6.6326904296875
HHDMU,λ<=log n,8192,0,54169,6.6124267578125
HHDMU,λ<=log n,8192,0,52276,6.38134765625
HHDMU,λ<=log n,8192,0,57563,7.0267333984375
HHDMU,λ<=log n,8192,0,55207,6.7391357421875
HHDMU,λ<=log n,8192,0,47774,5.831787109375
HHDMU,λ<=log n,8192,0,49349,6.0240478515625
HHDMU,λ<=log n,8192,0,50134,6.119873046875
HHDMU,λ<=log n,8192,0,52741,6.4381103515625
HHDMU,λ<=log n,8192,0,50482,6.162353515625
HHDMU,λ<=log n,8192,0,54561,6.6602783203125
HHDMU,λ<=log n,8192,0,58881,7.1876220703125
HHDMU,λ<=log n,8192,0,52847,6.4510498046875
HHDMU,λ<=log n,8192,0,51118,6.239990234375
HHDMU,λ<=log n,8192,0,51903,6.3358154296875
HHDMU,λ<=log n,8192,0,53815,6.5692138671875
HHDMU,λ<=log n,8192,0,51378,6.271728515625
HHDMU,λ<=log n,8192,0,49184,6.00390625
HHDMU,λ<=log n,8192,0,54310,6.629638671875
HHDMU,λ<=log n,8192,0,54531,6.6566162109375
HHDMU,λ<=log n,8192,0,54490,6.651611328125
HHDMU,λ<=log n,8192,0,56377,6.8819580078125
HHDMU,λ<=log n,8192,0,50079,6.1131591796875
HHDMU,λ<=log n,8192,0,54251,6.6224365234375
HHDMU,λ<=log n,8192,0,55271,6.7469482421875
HHDMU,λ<=log n,8192,0,54982,6.711669921875
HHDMU,λ<=log n,8192,0,50750,6.195068359375
HHDMU,λ<=log n,8192,0,52801,6.4454345703125
HHDMU,λ<=log n,8192,0,49943,6.0965576171875
HHLMU,λ<=log n,8192,0,57540,7.02392578125
HHLMU,λ<=log n,8192,0,55391,6.7615966796875
HHLMU,λ<=log n,8192,0,50674,6.185791015625
HHLMU,λ<=log n,8192,0,60072,7.3330078125
HHLMU,λ<=log n,8192,0,55610,6.788330078125
HHLMU,λ<=log n,8192,0,60557,7.3922119140625
HHLMU,λ<=log n,8192,0,53349,6.5123291015625
HHLMU,λ<=log n,8192,0,54499,6.6527099609375
HHLMU,λ<=log n,8192,0,58714,7.167236328125
HHLMU,λ<=log n,8192,0,54301,6.6285400390625
HHLMU,λ<=log n,8192,0,58368,7.125
HHLMU,λ<=log n,8192,0,63186,7.713134765625
HHLMU,λ<=log n,8192,0,58466,7.136962890625
HHLMU,λ<=log n,8192,0,53267,6.5023193359375
HHLMU,λ<=log n,8192,0,64088,7.8232421875
HHLMU,λ<=log n,8192,0,54483,6.6507568359375
HHLMU,λ<=log n,8192,0,53369,6.5147705078125
HHLMU,λ<=log n,8192,0,53061,6.4771728515625
HHLMU,λ<=log n,8192,0,60011,7.3255615234375
HHLMU,λ<=log n,8192,0,53902,6.579833984375
HHLMU,λ<=log n,8192,0,54299,6.6282958984375
HHLMU,λ<=log n,8192,0,53638,6.547607421875
HHLMU,λ<=log n,8192,0,53915,6.5814208984375
HHLMU,λ<=log n,8192,0,58818,7.179931640625
HHLMU,λ<=log n,8192,0,54867,6.6976318359375
HHLMU,λ<=log n,8192,0,56586,6.907470703125
HHLMU,λ<=log n,8192,0,63075,7.6995849609375
HHLMU,λ<=log n,8192,0,59558,7.270263671875
HHLMU,λ<=log n,8192,0,52301,6.3843994140625
HHLMU,λ<=log n,8192,0,56970,6.954345703125
HHLMU,λ<=log n,8192,0,54648,6.6708984375
HHLMU,λ<=log n,8192,0,51723,6.3138427734375
HHLMU,λ<=log n,8192,0,53913,6.5811767578125
HHLMU,λ<=log n,8192,0,55500,6.77490234375
HHLMU,λ<=log n,8192,0,51836,6.32763671875
HHLMU,λ<=log n,8192,0,56986,6.956298828125
HHLMU,λ<=log n,8192,0,52395,6.3958740234375
HHLMU,λ<=log n,8192,0,51983,6.3455810546875
HHLMU,λ<=log n,8192,0,57710,7.044677734375
HHLMU,λ<=log n,8192,0,55862,6.819091796875
HHLMU,λ<=log n,8192,0,58525,7.1441650390625
HHLMU,λ<=log n,8192,0,60155,7.3431396484375
HHLMU,λ<=log n,8192,0,59103,7.2147216796875
HHLMU,λ<=log n,8192,0,53700,6.55517578125
HHLMU,λ<=log n,8192,0,58426,7.132080078125
HHLMU,λ<=log n,8192,0,55867,6.8197021484375
HHLMU,λ<=log n,8192,0,50295,6.1395263671875
HHLMU,λ<=log n,8192,0,52897,6.4571533203125
HHLMU,λ<=log n,8192,0,53629,6.5465087890625
HHLMU,λ<=log n,8192,0,52650,6.427001953125
HHLMU,λ<=log n,8192,0,53935,6.5838623046875
HHLMU,λ<=log n,8192,0,57262,6.989990234375
HHLMU,λ<=log n,8192,0,63316,7.72900390625
HHLMU,λ<=log n,8192,0,60671,7.4061279296875
HHLMU,λ<=log n,8192,0,52695,6.4324951171875
HHLMU,λ<=log n,8192,0,53874,6.576416015625
HHLMU,λ<=log n,8192,0,55972,6.83251953125
HHLMU,λ<=log n,8192,0,52404,6.39697265625
HHLMU,λ<=log n,8192,0,50116,6.11767578125
HHLMU,λ<=log n,8192,0,63269,7.7232666015625
HHLMU,λ<=log n,8192,0,58765,7.1734619140625
HHLMU,λ<=log n,8192,0,63087,7.7010498046875
HHLMU,λ<=log n,8192,0,53279,6.5037841796875
HHLMU,λ<=log n,8192,0,56365,6.8804931640625
HHLMU,λ<=log n,8192,0,59492,7.26220703125
HHLMU,λ<=log n,8192,0,54841,6.6944580078125
HHLMU,λ<=log n,8192,0,55126,6.729248046875
HHLMU,λ<=log n,8192,0,60138,7.341064453125
HHLMU,λ<=log n,8192,0,51993,6.3468017578125
HHLMU,λ<=log n,8192,0,58923,7.1927490234375
HHLMU,λ<=log n,8192,0,53180,6.49169921875
HHLMU,λ<=log n,8192,0,70301,8.5816650390625
HHLMU,λ<=log n,8192,0,54378,6.637939453125
HHLMU,λ<=log n,8192,0,51479,6.2840576171875
HHLMU,λ<=log n,8192,0,52433,6.4005126953125
HHLMU,λ<=log n,8192,0,55004,6.71435546875
HHLMU,λ<=log n,8192,0,56050,6.842041015625
HHLMU,λ<=log n,8192,0,52163,6.3675537109375
HHLMU,λ<=log n,8192,0,55153,6.7325439453125
HHLMU,λ<=log n,8192,0,50097,6.1153564453125
HHLMU,λ<=log n,8192,0,53906,6.580322265625
HHLMU,λ<=log n,8192,0,61563,7.5150146484375
HHLMU,λ<=log n,8192,0,55650,6.793212890625
HHLMU,λ<=log n,8192,0,55981,6.8336181640625
HHLMU,λ<=log n,8192,0,59804,7.30029296875
HHLMU,λ<=log n,8192,0,54257,6.6231689453125
HHLMU,λ<=log n,8192,0,55155,6.7327880859375
HHLMU,λ<=log n,8192,0,52392,6.3955078125
HHLMU,λ<=log n,8192,0,59560,7.2705078125
HHLMU,λ<=log n,8192,0,54970,6.710205078125
HHLMU,λ<=log n,8192,0,61173,7.4674072265625
HHLMU,λ<=log n,8192,0,55322,6.753173828125
HHLMU,λ<=log n,8192,0,50257,6.1348876953125
HHLMU,λ<=log n,8192,0,63916,7.80224609375
HHLMU,λ<=log n,8192,0,54982,6.711669921875
HHLMU,λ<=log n,8192,0,55983,6.8338623046875
HHLMU,λ<=log n,8192,0,61479,7.5047607421875
HHLMU,λ<=log n,8192,0,59472,7.259765625
HHLMU,λ<=log n,8192,0,56817,6.9356689453125
HRLMU,λ<=log n,8192,0,57833,7.0596923828125
HRLMU,λ<=log n,8192,0,63280,7.724609375
HRLMU,λ<=log n,8192,0,66997,8.1783447265625
HRLMU,λ<=log n,8192,0,55199,6.7381591796875
HRLMU,λ<=log n,8192,0,64729,7.9014892578125
HRLMU,λ<=log n,8192,0,61973,7.5650634765625
HRLMU,λ<=log n,8192,0,56725,6.9244384765625
HRLMU,λ<=log n,8192,0,57576,7.0283203125
HRLMU,λ<=log n,8192,0,54397,6.6402587890625
HRLMU,λ<=log n,8192,0,65544,8.0009765625
HRLMU,λ<=log n,8192,0,55208,6.7392578125
HRLMU,λ<=log n,8192,0,58330,7.120361328125
HRLMU,λ<=log n,8192,0,59374,7.247802734375
HRLMU,λ<=log n,8192,0,54830,6.693115234375
HRLMU,λ<=log n,8192,0,58956,7.19677734375
HRLMU,λ<=log n,8192,0,61080,7.4560546875
HRLMU,λ<=log n,8192,0,63178,7.712158203125
HRLMU,λ<=log n,8192,0,63257,7.7218017578125
HRLMU,λ<=log n,8192,0,64177,7.8341064453125
HRLMU,λ<=log n,8192,0,60595,7.3968505859375
HRLMU,λ<=log n,8192,0,67110,8.192138671875
HRLMU,λ<=log n,8192,0,57539,7.0238037109375
HRLMU,λ<=log n,8192,0,54789,6.6881103515625
HRLMU,λ<=log n,8192,0,62699,7.6536865234375
HRLMU,λ<=log n,8192,0,63792,7.787109375
HRLMU,λ<=log n,8192,0,58620,7.15576171875
HRLMU,λ<=log n,8192,0,57286,6.992919921875
HRLMU,λ<=log n,8192,0,56416,6.88671875
HRLMU,λ<=log n,8192,0,57619,7.0335693359375
HRLMU,λ<=log n,8192,0,58213,7.1060791015625
HRLMU,λ<=log n,8192,0,59091,7.2132568359375
HRLMU,λ<=log n,8192,0,55760,6.806640625
HRLMU,λ<=log n,8192,0,62330,7.608642578125
HRLMU,λ<=log n,8192,0,66729,8.1456298828125
HRLMU,λ<=log n,8192,0,54054,6.598388671875
HRLMU,λ<=log n,8192,0,55073,6.7227783203125
HRLMU,λ<=log n,8192,0,66187,8.0794677734375
HRLMU,λ<=log n,8192,0,56373,6.8814697265625
HRLMU,λ<=log n,8192,0,60140,7.34130859375
HRLMU,λ<=log n,8192,0,73349,8.9537353515625
HRLMU,λ<=log n,8192,0,56782,6.931396484375
HRLMU,λ<=log n,8192,0,59547,7.2689208984375
HRLMU,λ<=log n,8192,0,68219,8.3275146484375
HRLMU,λ<=log n,8192,0,61807,7.5447998046875
HRLMU,λ<=log n,8192,0,62418,7.619384765625
HRLMU,λ<=log n,8192,0,55967,6.8319091796875
HRLMU,λ<=log n,8192,0,53195,6.4935302734375
HRLMU,λ<=log n,8192,0,60427,7.3763427734375
HRLMU,λ<=log n,8192,0,57056,6.96484375
HRLMU,λ<=log n,8192,0,62990,7.689208984375
HRLMU,λ<=log n,8192,0,57232,6.986328125
HRLMU,λ<=log n,8192,0,64621,7.8883056640625
HRLMU,λ<=log n,8192,0,58260,7.11181640625
HRLMU,λ<=log n,8192,0,61049,7.4522705078125
HRLMU,λ<=log n,8192,0,59281,7.2364501953125
HRLMU,λ<=log n,8192,0,55001,6.7139892578125
HRLMU,λ<=log n,8192,0,61171,7.4671630859375
HRLMU,λ<=log n,8192,0,53966,6.587646484375
HRLMU,λ<=log n,8192,0,55275,6.7474365234375
HRLMU,λ<=log n,8192,0,56983,6.9559326171875
HRLMU,λ<=log n,8192,0,53696,6.5546875
HRLMU,λ<=log n,8192,0,55490,6.773681640625
HRLMU,λ<=log n,8192,0,64892,7.92138671875
HRLMU,λ<=log n,8192,0,54539,6.6575927734375
HRLMU,λ<=log n,8192,0,68400,8.349609375
HRLMU,λ<=log n,8192,0,61137,7.4630126953125
HRLMU,λ<=log n,8192,0,56757,6.9283447265625
HRLMU,λ<=log n,8192,0,59394,7.250244140625
HRLMU,λ<=log n,8192,0,54953,6.7081298828125
HRLMU,λ<=log n,8192,0,57192,6.9814453125
HRLMU,λ<=log n,8192,0,56382,6.882568359375
HRLMU,λ<=log n,8192,0,58495,7.1405029296875
HRLMU,λ<=log n,8192,0,65299,7.9710693359375
HRLMU,λ<=log n,8192,0,60078,7.333740234375
HRLMU,λ<=log n,8192,0,66110,8.070068359375
HRLMU,λ<=log n,8192,0,59491,7.2620849609375
HRLMU,λ<=log n,8192,0,58010,7.081298828125
HRLMU,λ<=log n,8192,0,63874,7.797119140625
HRLMU,λ<=log n,8192,0,57591,7.0301513671875
HRLMU,λ<=log n,8192,0,56274,6.869384765625
HRLMU,λ<=log n,8192,0,61774,7.540771484375
HRLMU,λ<=log n,8192,0,72624,8.865234375
HRLMU,λ<=log n,8192,0,60347,7.3665771484375
HRLMU,λ<=log n,8192,0,59017,7.2042236328125
HRLMU,λ<=log n,8192,0,54345,6.6339111328125
HRLMU,λ<=log n,8192,0,67134,8.195068359375
HRLMU,λ<=log n,8192,0,61257,7.4776611328125
HRLMU,λ<=log n,8192,0,55580,6.78466796875
HRLMU,λ<=log n,8192,0,59446,7.256591796875
HRLMU,λ<=log n,8192,0,66324,8.09619140625
HRLMU,λ<=log n,8192,0,56407,6.8856201171875
HRLMU,λ<=log n,8192,0,64369,7.8575439453125
HRLMU,λ<=log n,8192,0,56379,6.8822021484375
HRLMU,λ<=log n,8192,0,63049,7.6964111328125
HRLMU,λ<=log n,8192,0,72568,8.8583984375
HRLMU,λ<=log n,8192,0,63314,7.728759765625
HRLMU,λ<=log n,8192,0,59786,7.298095703125
HRLMU,λ<=log n,8192,0,57795,7.0550537109375
HRLMU,λ<=log n,8192,0,60032,7.328125
HSLMU,λ<=log n,8192,0,76646,9.356201171875
HSLMU,λ<=log n,8192,0,91589,11.1802978515625
HSLMU,λ<=log n,8192,0,79885,9.7515869140625
HSLMU,λ<=log n,8192,0,82058,10.016845703125
HSLMU,λ<=log n,8192,0,82440,10.0634765625
HSLMU,λ<=log n,8192,0,77928,9.5126953125
HSLMU,λ<=log n,8192,0,83218,10.158447265625
HSLMU,λ<=log n,8192,0,90951,11.1024169921875
HSLMU,λ<=log n,8192,0,77844,9.50244140625
HSLMU,λ<=log n,8192,0,83661,10.2125244140625
HSLMU,λ<=log n,8192,0,101663,12.4100341796875
HSLMU,λ<=log n,8192,0,78090,9.532470703125
HSLMU,λ<=log n,8192,0,85229,10.4039306640625
HSLMU,λ<=log n,8192,0,89920,10.9765625
HSLMU,λ<=log n,8192,0,81220,9.91455078125
HSLMU,λ<=log n,8192,0,73645,8.9898681640625
HSLMU,λ<=log n,8192,0,87305,10.6573486328125
HSLMU,λ<=log n,8192,0,80827,9.8665771484375
HSLMU,λ<=log n,8192,0,72603,8.8626708984375
HSLMU,λ<=log n,8192,0,85036,10.38037109375
HSLMU,λ<=log n,8192,0,89220,10.89111328125
HSLMU,λ<=log n,8192,0,82048,10.015625
HSLMU,λ<=log n,8192,0,84860,10.35888671875
HSLMU,λ<=log n,8192,0,91568,11.177734375
HSLMU,λ<=log n,8192,0,81897,9.9971923828125
HSLMU,λ<=log n,8192,0,77906,9.510009765625
HSLMU,λ<=log n,8192,0,80328,9.8056640625
HSLMU,λ<=log n,8192,0,81989,10.0084228515625
HSLMU,λ<=log n,8192,0,80343,9.8074951171875
HSLMU,λ<=log n,8192,0,87307,10.6575927734375
HSLMU,λ<=log n,8192,0,77996,9.52099609375
HSLMU,λ<=log n,8192,0,81650,9.967041015625
HSLMU,λ<=log n,8192,0,86106,10.510986328125
HSLMU,λ<=log n,8192,0,75215,9.1815185546875
HSLMU,λ<=log n,8192,0,72712,8.8759765625
HSLMU,λ<=log n,8192,0,78139,9.5384521484375
HSLMU,λ<=log n,8192,0,78890,9.630126953125
HSLMU,λ<=log n,8192,0,91684,11.19189453125
HSLMU,λ<=log n,8192,0,82612,10.08447265625
HSLMU,λ<=log n,8192,0,93686,11.436279296875
HSLMU,λ<=log n,8192,0,77982,9.519287109375
HSLMU,λ<=log n,8192,0,83514,10.194580078125
HSLMU,λ<=log n,8192,0,73407,8.9608154296875
HSLMU,λ<=log n,8192,0,81528,9.9521484375
HSLMU,λ<=log n,8192,0,79388,9.69091796875
HSLMU,λ<=log n,8192,0,82669,10.0914306640625
HSLMU,λ<=log n,8192,0,80433,9.8184814453125
HSLMU,λ<=log n,8192,0,88672,10.82421875
HSLMU,λ<=log n,8192,0,84123,10.2689208984375
HSLMU,λ<=log n,8192,0,76887,9.3856201171875
HSLMU,λ<=log n,8192,0,80636,9.84326171875
HSLMU,λ<=log n,8192,0,89173,10.8853759765625
HSLMU,λ<=log n,8192,0,79871,9.7498779296875
HSLMU,λ<=log n,8192,0,77479,9.4578857421875
HSLMU,λ<=log n,8192,0,86043,10.5032958984375
HSLMU,λ<=log n,8192,0,79122,9.658447265625
HSLMU,λ<=log n,8192,0,80248,9.7958984375
HSLMU,λ<=log n,8192,0,78570,9.591064453125
HSLMU,λ<=log n,8192,0,81198,9.911865234375
HSLMU,λ<=log n,8192,0,76810,9.376220703125
HSLMU,λ<=log n,8192,0,98290,11.998291015625
HSLMU,λ<=log n,8192,0,82023,10.0125732421875
HSLMU,λ<=log n,8192,0,76289,9.3126220703125
HSLMU,λ<=log n,8192,0,84782,10.349365234375
HSLMU,λ<=log n,8192,0,90199,11.0106201171875
HSLMU,λ<=log n,8192,0,79557,9.7115478515625
HSLMU,λ<=log n,8192,0,81249,9.9180908203125
HSLMU,λ<=log n,8192,0,80173,9.7867431640625
HSLMU,λ<=log n,8192,0,82764,10.10302734375
HSLMU,λ<=log n,8192,0,89927,10.9774169921875
HSLMU,λ<=log n,8192,0,80472,9.8232421875
HSLMU,λ<=log n,8192,0,79077,9.6529541015625
HSLMU,λ<=log n,8192,0,84255,10.2850341796875
HSLMU,λ<=log n,8192,0,82624,10.0859375
HSLMU,λ<=log n,8192,0,86762,10.591064453125
HSLMU,λ<=log n,8192,0,80875,9.8724365234375
HSLMU,λ<=log n,8192,0,81995,10.0091552734375
HSLMU,λ<=log n,8192,0,84749,10.3453369140625
HSLMU,λ<=log n,8192,0,71204,8.69189453125
HSLMU,λ<=log n,8192,0,91410,11.158447265625
HSLMU,λ<=log n,8192,0,79812,9.74267578125
HSLMU,λ<=log n,8192,0,76091,9.2884521484375
HSLMU,λ<=log n,8192,0,81095,9.8992919921875
HSLMU,λ<=log n,8192,0,79008,9.64453125
HSLMU,λ<=log n,8192,0,79974,9.762451171875
HSLMU,λ<=log n,8192,0,82870,10.115966796875
HSLMU,λ<=log n,8192,0,86440,10.5517578125
HSLMU,λ<=log n,8192,0,88097,10.7540283203125
HSLMU,λ<=log n,8192,0,82959,10.1268310546875
HSLMU,λ<=log n,8192,0,73016,8.9130859375
HSLMU,λ<=log n,8192,0,89047,10.8699951171875
HSLMU,λ<=log n,8192,0,90525,11.0504150390625
HSLMU,λ<=log n,8192,0,80854,9.869873046875
HSLMU,λ<=log n,8192,0,82110,10.023193359375
HSLMU,λ<=log n,8192,0,81772,9.98193359375
HSLMU,λ<=log n,8192,0,82720,10.09765625
HSLMU,λ<=log n,8192,0,80670,9.847412109375
HSLMU,λ<=log n,8192,0,81506,9.949462890625
HSLMU,λ<=log n,8192,0,79545,9.7100830078125
HSLMU,λ<=log n,8192,0,77354,9.442626953125
HSDIU,λ<=log n,8192,0,95771,11.6907958984375
HSDIU,λ<=log n,8192,0,76125,9.2926025390625
HSDIU,λ<=log n,8192,0,92929,11.3438720703125
HSDIU,λ<=log n,8192,0,90667,11.0677490234375
HSDIU,λ<=log n,8192,0,86153,10.5167236328125
HSDIU,λ<=log n,8192,0,84143,10.2713623046875
HSDIU,λ<=log n,8192,0,91969,11.2266845703125
HSDIU,λ<=log n,8192,0,84757,10.3463134765625
HSDIU,λ<=log n,8192,0,83679,10.2147216796875
HSDIU,λ<=log n,8192,0,91859,11.2132568359375
HSDIU,λ<=log n,8192,0,84803,10.3519287109375
HSDIU,λ<=log n,8192,0,88791,10.8387451171875
HSDIU,λ<=log n,8192,0,83639,10.2098388671875
HSDIU,λ<=log n,8192,0,86669,10.5797119140625
HSDIU,λ<=log n,8192,0,81809,9.9864501953125
HSDIU,λ<=log n,8192,0,86967,10.6160888671875
HSDIU,λ<=log n,8192,0,87685,10.7037353515625
HSDIU,λ<=log n,8192,0,98955,12.0794677734375
HSDIU,λ<=log n,8192,0,87285,10.6549072265625
HSDIU,λ<=log n,8192,0,81827,9.9886474609375
HSDIU,λ<=log n,8192,0,85341,10.4176025390625
HSDIU,λ<=log n,8192,0,94099,11.4866943359375
HSDIU,λ<=log n,8192,0,81355,9.9310302734375
HSDIU,λ<=log n,8192,0,93145,11.3702392578125
HSDIU,λ<=log n,8192,0,82967,10.1278076171875
HSDIU,λ<=log n,8192,0,101429,12.3814697265625
HSDIU,λ<=log n,8192,0,84681,10.3370361328125
HSDIU,λ<=log n,8192,0,97801,11.9385986328125
HSDIU,λ<=log n,8192,0,92531,11.2952880859375
HSDIU,λ<=log n,8192,0,81925,10.0006103515625
HSDIU,λ<=log n,8192,0,81347,9.9300537109375
HSDIU,λ<=log n,8192,0,90579,11.0570068359375
HSDIU,λ<=log n,8192,0,82939,10.1243896484375
HSDIU,λ<=log n,8192,0,82311,10.0477294921875
HSDIU,λ<=log n,8192,0,103133,12.5894775390625
HSDIU,λ<=log n,8192,0,83351,10.1746826171875
HSDIU,λ<=log n,8192,0,97815,11.9403076171875
HSDIU,λ<=log n,8192,0,83667,10.2132568359375
HSDIU,λ<=log n,8192,0,82003,10.0101318359375
HSDIU,λ<=log n,8192,0,94051,11.4808349609375
HSDIU,λ<=log n,8192,0,80031,9.7694091796875
HSDIU,λ<=log n,8192,0,88109,10.7554931640625
HSDIU,λ<=log n,8192,0,85475,10.4339599609375
HSDIU,λ<=log n,8192,0,82775,10.1043701171875
HSDIU,λ<=log n,8192,0,81855,9.9920654296875
HSDIU,λ<=log n,8192,0,78875,9.6282958984375
HSDIU,λ<=log n,8192,0,93343,11.3944091796875
HSDIU,λ<=log n,8192,0,87385,10.6671142578125
HSDIU,λ<=log n,8192,0,81337,9.9288330078125
HSDIU,λ<=log n,8192,0,85049,10.3819580078125
HSDIU,λ<=log n,8192,0,81843,9.9906005859375
HSDIU,λ<=log n,8192,0,86241,10.5274658203125
HSDIU,λ<=log n,8192,0,93687,11.4364013671875
HSDIU,λ<=log n,8192,0,98377,12.0089111328125
HSDIU,λ<=log n,8192,0,82409,10.0596923828125
HSDIU,λ<=log n,8192,0,95533,11.6617431640625
HSDIU,λ<=log n,8192,0,80209,9.7911376953125
HSDIU,λ<=log n,8192,0,85051,10.3822021484375
HSDIU,λ<=log n,8192,0,83507,10.1937255859375
HSDIU,λ<=log n,8192,0,87713,10.7071533203125
HSDIU,λ<=log n,8192,0,86877,10.6051025390625
HSDIU,λ<=log n,8192,0,97553,11.9083251953125
HSDIU,λ<=log n,8192,0,84565,10.3228759765625
HSDIU,λ<=log n,8192,0,92139,11.2474365234375
HSDIU,λ<=log n,8192,0,85611,10.4505615234375
HSDIU,λ<=log n,8192,0,89015,10.8660888671875
HSDIU,λ<=log n,8192,0,86495,10.5584716796875
HSDIU,λ<=log n,8192,0,80087,9.7762451171875
HSDIU,λ<=log n,8192,0,83855,10.2362060546875
HSDIU,λ<=log n,8192,0,83587,10.2034912109375
HSDIU,λ<=log n,8192,0,88383,10.7889404296875
HSDIU,λ<=log n,8192,0,83791,10.2283935546875
HSDIU,λ<=log n,8192,0,79563,9.7122802734375
HSDIU,λ<=log n,8192,0,86993,10.6192626953125
HSDIU,λ<=log n,8192,0,102991,12.5721435546875
HSDIU,λ<=log n,8192,0,86349,10.5406494140625
HSDIU,λ<=log n,8192,0,86541,10.5640869140625
HSDIU,λ<=log n,8192,0,85019,10.3782958984375
HSDIU,λ<=log n,8192,0,86783,10.5936279296875
HSDIU,λ<=log n,8192,0,100329,12.2471923828125
HSDIU,λ<=log n,8192,0,84979,10.3734130859375
HSDIU,λ<=log n,8192,0,105873,12.9239501953125
HSDIU,λ<=log n,8192,0,91037,11.1129150390625
HSDIU,λ<=log n,8192,0,88051,10.7484130859375
HSDIU,λ<=log n,8192,0,82095,10.0213623046875
HSDIU,λ<=log n,8192,0,86337,10.5391845703125
HSDIU,λ<=log n,8192,0,83705,10.2178955078125
HSDIU,λ<=log n,8192,0,88491,10.8021240234375
HSDIU,λ<=log n,8192,0,89315,10.9027099609375
HSDIU,λ<=log n,8192,0,88011,10.7435302734375
HSDIU,λ<=log n,8192,0,87291,10.6556396484375
HSDIU,λ<=log n,8192,0,82041,10.0147705078125
HSDIU,λ<=log n,8192,0,80387,9.8128662109375
HSDIU,λ<=log n,8192,0,84133,10.2701416015625
HSDIU,λ<=log n,8192,0,85511,10.4383544921875
HSDIU,λ<=log n,8192,0,82223,10.0369873046875
HSDIU,λ<=log n,8192,0,83455,10.1873779296875
HSDIU,λ<=log n,8192,0,85867,10.4818115234375
HSDIU,λ<=log n,8192,0,91555,11.1761474609375
HRDIU,λ<=log n,8192,0,75211,9.1810302734375
HRDIU,λ<=log n,8192,0,79719,9.7313232421875
HRDIU,λ<=log n,8192,0,79709,9.7301025390625
HRDIU,λ<=log n,8192,0,68171,8.3216552734375
HRDIU,λ<=log n,8192,0,75109,9.1685791015625
HRDIU,λ<=log n,8192,0,76465,9.3341064453125
HRDIU,λ<=log n,8192,0,73295,8.9471435546875
HRDIU,λ<=log n,8192,0,69699,8.5081787109375
HRDIU,λ<=log n,8192,0,74135,9.0496826171875
HRDIU,λ<=log n,8192,0,67467,8.2357177734375
HRDIU,λ<=log n,8192,0,70661,8.6256103515625
HRDIU,λ<=log n,8192,0,74309,9.0709228515625
HRDIU,λ<=log n,8192,0,71025,8.6700439453125
HRDIU,λ<=log n,8192,0,69879,8.5301513671875
HRDIU,λ<=log n,8192,0,69967,8.5408935546875
HRDIU,λ<=log n,8192,0,72451,8.8441162109375
HRDIU,λ<=log n,8192,0,69883,8.5306396484375
HRDIU,λ<=log n,8192,0,69615,8.4979248046875
HRDIU,λ<=log n,8192,0,76439,9.3309326171875
HRDIU,λ<=log n,8192,0,74639,9.1112060546875
HRDIU,λ<=log n,8192,0,71437,8.7203369140625
HRDIU,λ<=log n,8192,0,78245,9.5513916015625
HRDIU,λ<=log n,8192,0,69197,8.4468994140625
HRDIU,λ<=log n,8192,0,80887,9.8739013671875
HRDIU,λ<=log n,8192,0,70191,8.5682373046875
HRDIU,λ<=log n,8192,0,71221,8.6939697265625
HRDIU,λ<=log n,8192,0,72479,8.8475341796875
HRDIU,λ<=log n,8192,0,83469,10.1890869140625
HRDIU,λ<=log n,8192,0,71853,8.7711181640625
HRDIU,λ<=log n,8192,0,71863,8.7723388671875
HRDIU,λ<=log n,8192,0,67155,8.1976318359375
HRDIU,λ<=log n,8192,0,70773,8.6392822265625
HRDIU,λ<=log n,8192,0,74939,9.1478271484375
HRDIU,λ<=log n,8192,0,71461,8.7232666015625
HRDIU,λ<=log n,8192,0,73119,8.9256591796875
HRDIU,λ<=log n,8192,0,68289,8.3360595703125
HRDIU,λ<=log n,8192,0,69293,8.4586181640625
HRDIU,λ<=log n,8192,0,74917,9.1451416015625
HRDIU,λ<=log n,8192,0,68145,8.3184814453125
HRDIU,λ<=log n,8192,0,78771,9.6156005859375
HRDIU,λ<=log n,8192,0,71125,8.6822509765625
HRDIU,λ<=log n,8192,0,64873,7.9190673828125
HRDIU,λ<=log n,8192,0,74899,9.1429443359375
HRDIU,λ<=log n,8192,0,78415,9.5721435546875
HRDIU,λ<=log n,8192,0,68731,8.3900146484375
HRDIU,λ<=log n,8192,0,70943,8.6600341796875
HRDIU,λ<=log n,8192,0,84737,10.3438720703125
HRDIU,λ<=log n,8192,0,71251,8.6976318359375
HRDIU,λ<=log n,8192,0,70757,8.6373291015625
HRDIU,λ<=log n,8192,0,73809,9.0098876953125
HRDIU,λ<=log n,8192,0,70527,8.6092529296875
HRDIU,λ<=log n,8192,0,77265,9.4317626953125
HRDIU,λ<=log n,8192,0,66919,8.1688232421875
HRDIU,λ<=log n,8192,0,70349,8.5875244140625
HRDIU,λ<=log n,8192,0,77513,9.4620361328125
HRDIU,λ<=log n,8192,0,66259,8.0882568359375
HRDIU,λ<=log n,8192,0,73967,9.0291748046875
HRDIU,λ<=log n,8192,0,71563,8.7357177734375
HRDIU,λ<=log n,8192,0,72599,8.8621826171875
HRDIU,λ<=log n,8192,0,74445,9.0875244140625
HRDIU,λ<=log n,8192,0,77197,9.4234619140625
HRDIU,λ<=log n,8192,0,73791,9.0076904296875
HRDIU,λ<=log n,8192,0,74217,9.0596923828125
HRDIU,λ<=log n,8192,0,69071,8.4315185546875
HRDIU,λ<=log n,8192,0,73719,8.9989013671875
HRDIU,λ<=log n,8192,0,71277,8.7008056640625
HRDIU,λ<=log n,8192,0,72679,8.8719482421875
HRDIU,λ<=log n,8192,0,65175,7.9559326171875
HRDIU,λ<=log n,8192,0,76093,9.2886962890625
HRDIU,λ<=log n,8192,0,79699,9.7288818359375
HRDIU,λ<=log n,8192,0,70477,8.6031494140625
HRDIU,λ<=log n,8192,0,68197,8.3248291015625
HRDIU,λ<=log n,8192,0,69451,8.4779052734375
HRDIU,λ<=log n,8192,0,70031,8.5487060546875
HRDIU,λ<=log n,8192,0,67975,8.2977294921875
HRDIU,λ<=log n,8192,0,69189,8.4459228515625
HRDIU,λ<=log n,8192,0,70201,8.5694580078125
HRDIU,λ<=log n,8192,0,67615,8.2537841796875
HRDIU,λ<=log n,8192,0,84401,10.3028564453125
HRDIU,λ<=log n,8192,0,71717,8.7545166015625
HRDIU,λ<=log n,8192,0,67783,8.2742919921875
HRDIU,λ<=log n,8192,0,68939,8.4154052734375
HRDIU,λ<=log n,8192,0,75209,9.1807861328125
HRDIU,λ<=log n,8192,0,71605,8.7408447265625
HRDIU,λ<=log n,8192,0,72509,8.8511962890625
HRDIU,λ<=log n,8192,0,75183,9.1776123046875
HRDIU,λ<=log n,8192,0,68891,8.4095458984375
HRDIU,λ<=log n,8192,0,74379,9.0794677734375
HRDIU,λ<=log n,8192,0,71723,8.7552490234375
HRDIU,λ<=log n,8192,0,71379,8.7132568359375
HRDIU,λ<=log n,8192,0,70645,8.6236572265625
HRDIU,λ<=log n,8192,0,70579,8.6156005859375
HRDIU,λ<=log n,8192,0,72065,8.7969970703125
HRDIU,λ<=log n,8192,0,70069,8.5533447265625
HRDIU,λ<=log n,8192,0,71285,8.7017822265625
HRDIU,λ<=log n,8192,0,81773,9.9820556640625
HRDIU,λ<=log n,8192,0,88039,10.7469482421875
HRDIU,λ<=log n,8192,0,71301,8.7037353515625
HRDIU,λ<=log n,8192,0,80439,9.8192138671875
HHDIU,λ<=log n,8192,0,67147,8.1966552734375
HHDIU,λ<=log n,8192,0,62163,7.5882568359375
HHDIU,λ<=log n,8192,0,67275,8.2122802734375
HHDIU,λ<=log n,8192,0,68897,8.4102783203125
HHDIU,λ<=log n,8192,0,71683,8.7503662109375
HHDIU,λ<=log n,8192,0,71611,8.7415771484375
HHDIU,λ<=log n,8192,0,64491,7.8724365234375
HHDIU,λ<=log n,8192,0,66361,8.1007080078125
HHDIU,λ<=log n,8192,0,69769,8.5167236328125
HHDIU,λ<=log n,8192,0,68635,8.3782958984375
HHDIU,λ<=log n,8192,0,68557,8.3687744140625
HHDIU,λ<=log n,8192,0,68879,8.4080810546875
HHDIU,λ<=log n,8192,0,66865,8.1622314453125
HHDIU,λ<=log n,8192,0,69757,8.5152587890625
HHDIU,λ<=log n,8192,0,69571,8.4925537109375
HHDIU,λ<=log n,8192,0,72011,8.7904052734375
HHDIU,λ<=log n,8192,0,67023,8.1815185546875
HHDIU,λ<=log n,8192,0,70143,8.5623779296875
HHDIU,λ<=log n,8192,0,73835,9.0130615234375
HHDIU,λ<=log n,8192,0,66575,8.1268310546875
HHDIU,λ<=log n,8192,0,67115,8.1927490234375
HHDIU,λ<=log n,8192,0,67805,8.2769775390625
HHDIU,λ<=log n,8192,0,70247,8.5750732421875
HHDIU,λ<=log n,8192,0,69197,8.4468994140625
HHDIU,λ<=log n,8192,0,61191,7.4696044921875
HHDIU,λ<=log n,8192,0,74365,9.0777587890625
HHDIU,λ<=log n,8192,0,65921,8.0469970703125
HHDIU,λ<=log n,8192,0,63867,7.7962646484375
HHDIU,λ<=log n,8192,0,67623,8.2547607421875
HHDIU,λ<=log n,8192,0,65495,7.9949951171875
HHDIU,λ<=log n,8192,0,73183,8.9334716796875
HHDIU,λ<=log n,8192,0,70109,8.5582275390625
HHDIU,λ<=log n,8192,0,74357,9.0767822265625
HHDIU,λ<=log n,8192,0,73203,8.9359130859375
HHDIU,λ<=log n,8192,0,66205,8.0816650390625
HHDIU,λ<=log n,8192,0,63575,7.7606201171875
HHDIU,λ<=log n,8192,0,66695,8.1414794921875
HHDIU,λ<=log n,8192,0,77107,9.4124755859375
HHDIU,λ<=log n,8192,0,69293,8.4586181640625
HHDIU,λ<=log n,8192,0,66075,8.0657958984375
HHDIU,λ<=log n,8192,0,66543,8.1229248046875
HHDIU,λ<=log n,8192,0,63275,7.7239990234375
HHDIU,λ<=log n,8192,0,70593,8.6173095703125
HHDIU,λ<=log n,8192,0,68025,8.3038330078125
HHDIU,λ<=log n,8192,0,69045,8.4283447265625
HHDIU,λ<=log n,8192,0,68023,8.3035888671875
HHDIU,λ<=log n,8192,0,67689,8.2628173828125
HHDIU,λ<=log n,8192,0,71643,8.7454833984375
HHDIU,λ<=log n,8192,0,68061,8.3082275390625
HHDIU,λ<=log n,8192,0,67917,8.2906494140625
HHDIU,λ<=log n,8192,0,61933,7.5601806640625
HHDIU,λ<=log n,8192,0,64109,7.8258056640625
HHDIU,λ<=log n,8192,0,71563,8.7357177734375
HHDIU,λ<=log n,8192,0,66785,8.1524658203125
HHDIU,λ<=log n,8192,0,70611,8.6195068359375
HHDIU,λ<=log n,8192,0,68181,8.3228759765625
HHDIU,λ<=log n,8192,0,67431,8.2313232421875
HHDIU,λ<=log n,8192,0,70425,8.5968017578125
HHDIU,λ<=log n,8192,0,66963,8.1741943359375
HHDIU,λ<=log n,8192,0,67123,8.1937255859375
HHDIU,λ<=log n,8192,0,69227,8.4505615234375
HHDIU,λ<=log n,8192,0,67945,8.2940673828125
HHDIU,λ<=log n,8192,0,65407,7.9842529296875
HHDIU,λ<=log n,8192,0,69509,8.4849853515625
HHDIU,λ<=log n,8192,0,70087,8.5555419921875
HHDIU,λ<=log n,8192,0,61449,7.5010986328125
HHDIU,λ<=log n,8192,0,64353,7.8555908203125
HHDIU,λ<=log n,8192,0,66629,8.1334228515625
HHDIU,λ<=log n,8192,0,67455,8.2342529296875
HHDIU,λ<=log n,8192,0,73705,8.9971923828125
HHDIU,λ<=log n,8192,0,65957,8.0513916015625
HHDIU,λ<=log n,8192,0,68015,8.3026123046875
HHDIU,λ<=log n,8192,0,63719,7.7781982421875
HHDIU,λ<=log n,8192,0,68057,8.3077392578125
HHDIU,λ<=log n,8192,0,65139,7.9515380859375
HHDIU,λ<=log n,8192,0,73981,9.0308837890625
HHDIU,λ<=log n,8192,0,72169,8.8096923828125
HHDIU,λ<=log n,8192,0,63565,7.7593994140625
HHDIU,λ<=log n,8192,0,64005,7.8131103515625
HHDIU,λ<=log n,8192,0,67719,8.2664794921875
HHDIU,λ<=log n,8192,0,66305,8.0938720703125
HHDIU,λ<=log n,8192,0,66581,8.1275634765625
HHDIU,λ<=log n,8192,0,70463,8.6014404296875
HHDIU,λ<=log n,8192,0,67061,8.1861572265625
HHDIU,λ<=log n,8192,0,63943,7.8055419921875
HHDIU,λ<=log n,8192,0,68549,8.3677978515625
HHDIU,λ<=log n,8192,0,81273,9.9210205078125
HHDIU,λ<=log n,8192,0,70787,8.6409912109375
HHDIU,λ<=log n,8192,0,63761,7.7833251953125
HHDIU,λ<=log n,8192,0,77625,9.4757080078125
HHDIU,λ<=log n,8192,0,62465,7.6251220703125
HHDIU,λ<=log n,8192,0,71971,8.7855224609375
HHDIU,λ<=log n,8192,0,63071,7.6990966796875
HHDIU,λ<=log n,8192,0,67545,8.2452392578125
HHDIU,λ<=log n,8192,0,70259,8.5765380859375
HHDIU,λ<=log n,8192,0,69707,8.5091552734375
HHDIU,λ<=log n,8192,0,63145,7.7081298828125
HHDIU,λ<=log n,8192,0,67761,8.2716064453125
HHDIU,λ<=log n,8192,0,74355,9.0765380859375
HHDIU,λ<=log n,8192,0,65891,8.0433349609375
HHLIU,λ<=log n,8192,0,69835,8.5247802734375
HHLIU,λ<=log n,8192,0,73335,8.9520263671875
HHLIU,λ<=log n,8192,0,71211,8.6927490234375
HHLIU,λ<=log n,8192,0,72837,8.8912353515625
HHLIU,λ<=log n,8192,0,74021,9.0357666015625
HHLIU,λ<=log n,8192,0,72097,8.8009033203125
HHLIU,λ<=log n,8192,0,72197,8.8131103515625
HHLIU,λ<=log n,8192,0,73593,8.9835205078125
HHLIU,λ<=log n,8192,0,71297,8.7032470703125
HHLIU,λ<=log n,8192,0,76417,9.3282470703125
HHLIU,λ<=log n,8192,0,73029,8.9146728515625
HHLIU,λ<=log n,8192,0,71077,8.6763916015625
HHLIU,λ<=log n,8192,0,71019,8.6693115234375
HHLIU,λ<=log n,8192,0,80293,9.8013916015625
HHLIU,λ<=log n,8192,0,76395,9.3255615234375
HHLIU,λ<=log n,8192,0,71879,8.7742919921875
HHLIU,λ<=log n,8192,0,70669,8.6265869140625
HHLIU,λ<=log n,8192,0,74063,9.0408935546875
HHLIU,λ<=log n,8192,0,69879,8.5301513671875
HHLIU,λ<=log n,8192,0,75929,9.2686767578125
HHLIU,λ<=log n,8192,0,75753,9.2471923828125
HHLIU,λ<=log n,8192,0,68689,8.3848876953125
HHLIU,λ<=log n,8192,0,71935,8.7811279296875
HHLIU,λ<=log n,8192,0,73061,8.9185791015625
HHLIU,λ<=log n,8192,0,74685,9.1168212890625
HHLIU,λ<=log n,8192,0,70965,8.6627197265625
HHLIU,λ<=log n,8192,0,73731,9.0003662109375
HHLIU,λ<=log n,8192,0,73233,8.9395751953125
HHLIU,λ<=log n,8192,0,71913,8.7784423828125
HHLIU,λ<=log n,8192,0,73155,8.9300537109375
HHLIU,λ<=log n,8192,0,73865,9.0167236328125
HHLIU,λ<=log n,8192,0,66495,8.1170654296875
HHLIU,λ<=log n,8192,0,73243,8.9407958984375
HHLIU,λ<=log n,8192,0,75849,9.2589111328125
HHLIU,λ<=log n,8192,0,68441,8.3546142578125
HHLIU,λ<=log n,8192,0,75385,9.2022705078125
HHLIU,λ<=log n,8192,0,70027,8.5482177734375
HHLIU,λ<=log n,8192,0,73127,8.9266357421875
HHLIU,λ<=log n,8192,0,73245,8.9410400390625
HHLIU,λ<=log n,8192,0,72071,8.7977294921875
HHLIU,λ<=log n,8192,0,72383,8.8358154296875
HHLIU,λ<=log n,8192,0,72233,8.8175048828125
HHLIU,λ<=log n,8192,0,77211,9.4251708984375
HHLIU,λ<=log n,8192,0,73279,8.9451904296875
HHLIU,λ<=log n,8192,0,71267,8.6995849609375
HHLIU,λ<=log n,8192,0,67815,8.2781982421875
HHLIU,λ<=log n,8192,0,74789,9.1295166015625
HHLIU,λ<=log n,8192,0,73385,8.9581298828125
HHLIU,λ<=log n,8192,0,70551,8.6121826171875
HHLIU,λ<=log n,8192,0,75761,9.2481689453125
HHLIU,λ<=log n,8192,0,75181,9.1773681640625
HHLIU,λ<=log n,8192,0,72589,8.8609619140625
HHLIU,λ<=log n,8192,0,72147,8.8070068359375
HHLIU,λ<=log n,8192,0,78157,9.5406494140625
HHLIU,λ<=log n,8192,0,71567,8.7362060546875
HHLIU,λ<=log n,8192,0,75351,9.1981201171875
HHLIU,λ<=log n,8192,0,70819,8.6448974609375
HHLIU,λ<=log n,8192,0,74933,9.1470947265625
HHLIU,λ<=log n,8192,0,75081,9.1651611328125
HHLIU,λ<=log n,8192,0,72525,8.8531494140625
HHLIU,λ<=log n,8192,0,69517,8.4859619140625
HHLIU,λ<=log n,8192,0,81373,9.9332275390625
HHLIU,λ<=log n,8192,0,69399,8.4715576171875
HHLIU,λ<=log n,8192,0,67919,8.2908935546875
HHLIU,λ<=log n,8192,0,70967,8.6629638671875
HHLIU,λ<=log n,8192,0,75205,9.1802978515625
HHLIU,λ<=log n,8192,0,77773,9.4937744140625
HHLIU,λ<=log n,8192,0,69265,8.4552001953125
HHLIU,λ<=log n,8192,0,70519,8.6082763671875
HHLIU,λ<=log n,8192,0,66307,8.0941162109375
HHLIU,λ<=log n,8192,0,68463,8.3572998046875
HHLIU,λ<=log n,8192,0,71325,8.7066650390625
HHLIU,λ<=log n,8192,0,85553,10.4434814453125
HHLIU,λ<=log n,8192,0,76577,9.3477783203125
HHLIU,λ<=log n,8192,0,72735,8.8787841796875
HHLIU,λ<=log n,8192,0,71943,8.7821044921875
HHLIU,λ<=log n,8192,0,67501,8.2398681640625
HHLIU,λ<=log n,8192,0,68277,8.3345947265625
HHLIU,λ<=log n,8192,0,67955,8.2952880859375
HHLIU,λ<=log n,8192,0,69921,8.5352783203125
HHLIU,λ<=log n,8192,0,81881,9.9952392578125
HHLIU,λ<=log n,8192,0,71501,8.7281494140625
HHLIU,λ<=log n,8192,0,69927,8.5360107421875
HHLIU,λ<=log n,8192,0,69589,8.4947509765625
HHLIU,λ<=log n,8192,0,75911,9.2664794921875
HHLIU,λ<=log n,8192,0,71477,8.7252197265625
HHLIU,λ<=log n,8192,0,68881,8.4083251953125
HHLIU,λ<=log n,8192,0,72805,8.8873291015625
HHLIU,λ<=log n,8192,0,71761,8.7598876953125
HHLIU,λ<=log n,8192,0,70547,8.6116943359375
HHLIU,λ<=log n,8192,0,67713,8.2657470703125
HHLIU,λ<=log n,8192,0,67445,8.2330322265625
HHLIU,λ<=log n,8192,0,71175,8.6883544921875
HHLIU,λ<=log n,8192,0,72303,8.8260498046875
HHLIU,λ<=log n,8192,0,70683,8.6282958984375
HHLIU,λ<=log n,8192,0,71723,8.7552490234375
HHLIU,λ<=log n,8192,0,77109,9.4127197265625
HHLIU,λ<=log n,8192,0,79993,9.7647705078125
HHLIU,λ<=log n,8192,0,71343,8.7088623046875
HRLIU,λ<=log n,8192,0,79233,9.6719970703125
HRLIU,λ<=log n,8192,0,79111,9.6571044921875
HRLIU,λ<=log n,8192,0,75277,9.1890869140625
HRLIU,λ<=log n,8192,0,74899,9.1429443359375
HRLIU,λ<=log n,8192,0,73305,8.9483642578125
HRLIU,λ<=log n,8192,0,75123,9.1702880859375
HRLIU,λ<=log n,8192,0,76057,9.2843017578125
HRLIU,λ<=log n,8192,0,75255,9.1864013671875
HRLIU,λ<=log n,8192,0,75691,9.2396240234375
HRLIU,λ<=log n,8192,0,83027,10.1351318359375
HRLIU,λ<=log n,8192,0,75003,9.1556396484375
HRLIU,λ<=log n,8192,0,84263,10.2860107421875
HRLIU,λ<=log n,8192,0,82785,10.1055908203125
HRLIU,λ<=log n,8192,0,75053,9.1617431640625
HRLIU,λ<=log n,8192,0,77591,9.4715576171875
HRLIU,λ<=log n,8192,0,76789,9.3736572265625
HRLIU,λ<=log n,8192,0,81047,9.8934326171875
HRLIU,λ<=log n,8192,0,83247,10.1619873046875
HRLIU,λ<=log n,8192,0,73495,8.9715576171875
HRLIU,λ<=log n,8192,0,80079,9.7752685546875
HRLIU,λ<=log n,8192,0,71665,8.7481689453125
HRLIU,λ<=log n,8192,0,75417,9.2061767578125
HRLIU,λ<=log n,8192,0,72975,8.9080810546875
HRLIU,λ<=log n,8192,0,73365,8.9556884765625
HRLIU,λ<=log n,8192,0,73197,8.9351806640625
HRLIU,λ<=log n,8192,0,78317,9.5601806640625
HRLIU,λ<=log n,8192,0,75037,9.1597900390625
HRLIU,λ<=log n,8192,0,85131,10.3919677734375
HRLIU,λ<=log n,8192,0,79017,9.6456298828125
HRLIU,λ<=log n,8192,0,73183,8.9334716796875
HRLIU,λ<=log n,8192,0,80275,9.7991943359375
HRLIU,λ<=log n,8192,0,80167,9.7860107421875
HRLIU,λ<=log n,8192,0,74497,9.0938720703125
HRLIU,λ<=log n,8192,0,73939,9.0257568359375
HRLIU,λ<=log n,8192,0,72913,8.9005126953125
HRLIU,λ<=log n,8192,0,73931,9.0247802734375
HRLIU,λ<=log n,8192,0,76743,9.3680419921875
HRLIU,λ<=log n,8192,0,87299,10.6566162109375
HRLIU,λ<=log n,8192,0,79065,9.6514892578125
HRLIU,λ<=log n,8192,0,78361,9.5655517578125
HRLIU,λ<=log n,8192,0,80555,9.8333740234375
HRLIU,λ<=log n,8192,0,71189,8.6900634765625
HRLIU,λ<=log n,8192,0,78101,9.5338134765625
HRLIU,λ<=log n,8192,0,76897,9.3868408203125
HRLIU,λ<=log n,8192,0,77155,9.4183349609375
HRLIU,λ<=log n,8192,0,91911,11.2196044921875
HRLIU,λ<=log n,8192,0,77255,9.4305419921875
HRLIU,λ<=log n,8192,0,73875,9.0179443359375
HRLIU,λ<=log n,8192,0,86625,10.5743408203125
HRLIU,λ<=log n,8192,0,73767,9.0047607421875
HRLIU,λ<=log n,8192,0,74907,9.1439208984375
HRLIU,λ<=log n,8192,0,73111,8.9246826171875
HRLIU,λ<=log n,8192,0,86665,10.5792236328125
HRLIU,λ<=log n,8192,0,78031,9.5252685546875
HRLIU,λ<=log n,8192,0,80513,9.8282470703125
HRLIU,λ<=log n,8192,0,80005,9.7662353515625
HRLIU,λ<=log n,8192,0,77511,9.4617919921875
HRLIU,λ<=log n,8192,0,82007,10.0106201171875
HRLIU,λ<=log n,8192,0,76915,9.3890380859375
HRLIU,λ<=log n,8192,0,78515,9.5843505859375
HRLIU,λ<=log n,8192,0,79611,9.7181396484375
HRLIU,λ<=log n,8192,0,76911,9.3885498046875
HRLIU,λ<=log n,8192,0,77375,9.4451904296875
HRLIU,λ<=log n,8192,0,76999,9.3992919921875
HRLIU,λ<=log n,8192,0,80441,9.8194580078125
HRLIU,λ<=log n,8192,0,80363,9.8099365234375
HRLIU,λ<=log n,8192,0,84701,10.3394775390625
HRLIU,λ<=log n,8192,0,74755,9.1253662109375
HRLIU,λ<=log n,8192,0,82109,10.0230712890625
HRLIU,λ<=log n,8192,0,82215,10.0360107421875
HRLIU,λ<=log n,8192,0,77049,9.4053955078125
HRLIU,λ<=log n,8192,0,74843,9.1361083984375
HRLIU,λ<=log n,8192,0,76713,9.3643798828125
HRLIU,λ<=log n,8192,0,72923,8.9017333984375
HRLIU,λ<=log n,8192,0,74391,9.0809326171875
HRLIU,λ<=log n,8192,0,76229,9.3052978515625
HRLIU,λ<=log n,8192,0,70707,8.6312255859375
HRLIU,λ<=log n,8192,0,83131,10.1478271484375
HRLIU,λ<=log n,8192,0,79575,9.7137451171875
HRLIU,λ<=log n,8192,0,78765,9.6148681640625
HRLIU,λ<=log n,8192,0,73977,9.0303955078125
HRLIU,λ<=log n,8192,0,75689,9.2393798828125
HRLIU,λ<=log n,8192,0,72895,8.8983154296875
HRLIU,λ<=log n,8192,0,78179,9.5433349609375
HRLIU,λ<=log n,8192,0,73425,8.9630126953125
HRLIU,λ<=log n,8192,0,78791,9.6180419921875
HRLIU,λ<=log n,8192,0,74955,9.1497802734375
HRLIU,λ<=log n,8192,0,75469,9.2125244140625
HRLIU,λ<=log n,8192,0,84683,10.3372802734375
HRLIU,λ<=log n,8192,0,72243,8.8187255859375
HRLIU,λ<=log n,8192,0,70645,8.6236572265625
HRLIU,λ<=log n,8192,0,81245,9.9176025390625
HRLIU,λ<=log n,8192,0,77185,9.4219970703125
HRLIU,λ<=log n,8192,0,73871,9.0174560546875
HRLIU,λ<=log n,8192,0,73665,8.9923095703125
HRLIU,λ<=log n,8192,0,74553,9.1007080078125
HRLIU,λ<=log n,8192,0,75063,9.1629638671875
HRLIU,λ<=log n,8192,0,80033,9.7696533203125
HRLIU,λ<=log n,8192,0,72085,8.7994384765625
HRLIU,λ<=log n,8192,0,76959,9.3944091796875
HSLIU,λ<=log n,8192,0,99215,12.1112060546875
HSLIU,λ<=log n,8192,0,90531,11.0511474609375
HSLIU,λ<=log n,8192,0,103069,12.5816650390625
HSLIU,λ<=log n,8192,0,88329,10.7823486328125
HSLIU,λ<=log n,8192,0,89827,10.9652099609375
HSLIU,λ<=log n,8192,0,90939,11.1009521484375
HSLIU,λ<=log n,8192,0,94547,11.5413818359375
HSLIU,λ<=log n,8192,0,82137,10.0264892578125
HSLIU,λ<=log n,8192,0,86851,10.6019287109375
HSLIU,λ<=log n,8192,0,83693,10.2164306640625
HSLIU,λ<=log n,8192,0,90327,11.0262451171875
HSLIU,λ<=log n,8192,0,89991,10.9852294921875
HSLIU,λ<=log n,8192,0,94887,11.5828857421875
HSLIU,λ<=log n,8192,0,84455,10.3094482421875
HSLIU,λ<=log n,8192,0,90843,11.0892333984375
HSLIU,λ<=log n,8192,0,89809,10.9630126953125
HSLIU,λ<=log n,8192,0,89215,10.8905029296875
HSLIU,λ<=log n,8192,0,85793,10.4727783203125
HSLIU,λ<=log n,8192,0,88601,10.8155517578125
HSLIU,λ<=log n,8192,0,100381,12.2535400390625
HSLIU,λ<=log n,8192,0,101859,12.4339599609375
HSLIU,λ<=log n,8192,0,92339,11.2718505859375
HSLIU,λ<=log n,8192,0,103159,12.5926513671875
HSLIU,λ<=log n,8192,0,87013,10.6217041015625
HSLIU,λ<=log n,8192,0,90699,11.0716552734375
HSLIU,λ<=log n,8192,0,88593,10.8145751953125
HSLIU,λ<=log n,8192,0,91123,11.1234130859375
HSLIU,λ<=log n,8192,0,92043,11.2357177734375
HSLIU,λ<=log n,8192,0,91929,11.2218017578125
HSLIU,λ<=log n,8192,0,89857,10.9688720703125
HSLIU,λ<=log n,8192,0,96641,11.7969970703125
HSLIU,λ<=log n,8192,0,91033,11.1124267578125
HSLIU,λ<=log n,8192,0,87247,10.6502685546875
HSLIU,λ<=log n,8192,0,79131,9.6595458984375
HSLIU,λ<=log n,8192,0,93401,11.4014892578125
HSLIU,λ<=log n,8192,0,97683,11.9241943359375
HSLIU,λ<=log n,8192,0,84161,10.2735595703125
HSLIU,λ<=log n,8192,0,82203,10.0345458984375
HSLIU,λ<=log n,8192,0,95549,11.6636962890625
HSLIU,λ<=log n,8192,0,95273,11.6300048828125
HSLIU,λ<=log n,8192,0,82939,10.1243896484375
HSLIU,λ<=log n,8192,0,97695,11.9256591796875
HSLIU,λ<=log n,8192,0,110981,13.5474853515625
HSLIU,λ<=log n,8192,0,85931,10.4896240234375
HSLIU,λ<=log n,8192,0,97427,11.8929443359375
HSLIU,λ<=log n,8192,0,86595,10.5706787109375
HSLIU,λ<=log n,8192,0,87445,10.6744384765625
HSLIU,λ<=log n,8192,0,92707,11.3167724609375
HSLIU,λ<=log n,8192,0,91345,11.1505126953125
HSLIU,λ<=log n,8192,0,92369,11.2755126953125
HSLIU,λ<=log n,8192,0,105863,12.9227294921875
HSLIU,λ<=log n,8192,0,96899,11.8284912109375
HSLIU,λ<=log n,8192,0,90045,10.9918212890625
HSLIU,λ<=log n,8192,0,95431,11.6492919921875
HSLIU,λ<=log n,8192,0,99393,12.1329345703125
HSLIU,λ<=log n,8192,0,96711,11.8055419921875
HSLIU,λ<=log n,8192,0,88113,10.7559814453125
HSLIU,λ<=log n,8192,0,94757,11.5670166015625
HSLIU,λ<=log n,8192,0,92637,11.3082275390625
HSLIU,λ<=log n,8192,0,99331,12.1253662109375
HSLIU,λ<=log n,8192,0,98377,12.0089111328125
HSLIU,λ<=log n,8192,0,89161,10.8839111328125
HSLIU,λ<=log n,8192,0,90757,11.0787353515625
HSLIU,λ<=log n,8192,0,100871,12.3133544921875
HSLIU,λ<=log n,8192,0,94559,11.5428466796875
HSLIU,λ<=log n,8192,0,93717,11.4400634765625
HSLIU,λ<=log n,8192,0,96403,11.7679443359375
HSLIU,λ<=log n,8192,0,114607,13.9901123046875
HSLIU,λ<=log n,8192,0,83637,10.2095947265625
HSLIU,λ<=log n,8192,0,87693,10.7047119140625
HSLIU,λ<=log n,8192,0,87039,10.6248779296875
HSLIU,λ<=log n,8192,0,84065,10.2618408203125
HSLIU,λ<=log n,8192,0,93073,11.3614501953125
HSLIU,λ<=log n,8192,0,93379,11.3988037109375
HSLIU,λ<=log n,8192,0,99097,12.0968017578125
HSLIU,λ<=log n,8192,0,89931,10.9779052734375
HSLIU,λ<=log n,8192,0,96761,11.8116455078125
HSLIU,λ<=log n,8192,0,85765,10.4693603515625
HSLIU,λ<=log n,8192,0,95389,11.6441650390625
HSLIU,λ<=log n,8192,0,89605,10.9381103515625
HSLIU,λ<=log n,8192,0,101183,12.3514404296875
HSLIU,λ<=log n,8192,0,89831,10.9656982421875
HSLIU,λ<=log n,8192,0,90417,11.0372314453125
HSLIU,λ<=log n,8192,0,94153,11.4932861328125
HSLIU,λ<=log n,8192,0,89231,10.8924560546875
HSLIU,λ<=log n,8192,0,98199,11.9871826171875
HSLIU,λ<=log n,8192,0,78765,9.6148681640625
HSLIU,λ<=log n,8192,0,82941,10.1246337890625
HSLIU,λ<=log n,8192,0,92857,11.3350830078125
HSLIU,λ<=log n,8192,0,95593,11.6690673828125
HSLIU,λ<=log n,8192,0,90987,11.1068115234375
HSLIU,λ<=log n,8192,0,87815,10.7196044921875
HSLIU,λ<=log n,8192,0,99063,12.0926513671875
HSLIU,λ<=log n,8192,0,89395,10.9124755859375
HSLIU,λ<=log n,8192,0,91807,11.2069091796875
HSLIU,λ<=log n,8192,0,84133,10.2701416015625
HSLIU,λ<=log n,8192,0,92377,11.2764892578125
HSLIU,λ<=log n,8192,0,83305,10.1690673828125
HSLIU,λ<=log n,8192,0,95395,11.6448974609375
HSLIU,λ<=log n,8192,0,84835,10.3558349609375
SSDCP,λ<=log n,8192,0,88506,10.803955078125
SSDCP,λ<=log n,8192,0,90466,11.043212890625
SSDCP,λ<=log n,8192,0,79559,9.7117919921875
SSDCP,λ<=log n,8192,0,82919,10.1219482421875
SSDCP,λ<=log n,8192,0,82110,10.023193359375
SSDCP,λ<=log n,8192,0,99134,12.101318359375
SSDCP,λ<=log n,8192,0,91368,11.1533203125
SSDCP,λ<=log n,8192,0,83898,10.241455078125
SSDCP,λ<=log n,8192,0,79241,9.6729736328125
SSDCP,λ<=log n,8192,0,83015,10.1336669921875
SSDCP,λ<=log n,8192,0,88909,10.8531494140625
SSDCP,λ<=log n,8192,0,88548,10.80908203125
SSDCP,λ<=log n,8192,0,86982,10.617919921875
SSDCP,λ<=log n,8192,0,75386,9.202392578125
SSDCP,λ<=log n,8192,0,83480,10.1904296875
SSDCP,λ<=log n,8192,0,88238,10.771240234375
SSDCP,λ<=log n,8192,0,84315,10.2923583984375
SSDCP,λ<=log n,8192,0,86055,10.5047607421875
SSDCP,λ<=log n,8192,0,97933,11.9547119140625
SSDCP,λ<=log n,8192,0,97670,11.922607421875
SSDCP,λ<=log n,8192,0,81173,9.9088134765625
SSDCP,λ<=log n,8192,0,80802,9.863525390625
SSDCP,λ<=log n,8192,0,92374,11.276123046875
SSDCP,λ<=log n,8192,0,82997,10.1314697265625
SSDCP,λ<=log n,8192,0,81532,9.95263671875
SSDCP,λ<=log n,8192,0,92859,11.3353271484375
SSDCP,λ<=log n,8192,0,83568,10.201171875
SSDCP,λ<=log n,8192,0,97393,11.8887939453125
SSDCP,λ<=log n,8192,0,83745,10.2227783203125
SSDCP,λ<=log n,8192,0,81858,9.992431640625
SSDCP,λ<=log n,8192,0,85584,10.447265625
SSDCP,λ<=log n,8192,0,87601,10.6934814453125
SSDCP,λ<=log n,8192,0,84385,10.3009033203125
SSDCP,λ<=log n,8192,0,88830,10.843505859375
SSDCP,λ<=log n,8192,0,79746,9.734619140625
SSDCP,λ<=log n,8192,0,85872,10.482421875
SSDCP,λ<=log n,8192,0,79945,9.7589111328125
SSDCP,λ<=log n,8192,0,78320,9.560546875
SSDCP,λ<=log n,8192,0,88922,10.854736328125
SSDCP,λ<=log n,8192,0,79236,9.67236328125
SSDCP,λ<=log n,8192,0,75571,9.2249755859375
SSDCP,λ<=log n,8192,0,87006,10.620849609375
SSDCP,λ<=log n,8192,0,84267,10.2864990234375
SSDCP,λ<=log n,8192,0,83669,10.2135009765625
SSDCP,λ<=log n,8192,0,82799,10.1072998046875
SSDCP,λ<=log n,8192,0,83165,10.1519775390625
SSDCP,λ<=log n,8192,0,96179,11.7406005859375
SSDCP,λ<=log n,8192,0,76944,9.392578125
SSDCP,λ<=log n,8192,0,90830,11.087646484375
SSDCP,λ<=log n,8192,0,86840,10.6005859375
SSDCP,λ<=log n,8192,0,88395,10.7904052734375
SSDCP,λ<=log n,8192,0,84266,10.286376953125
SSDCP,λ<=log n,8192,0,86326,10.537841796875
SSDCP,λ<=log n,8192,0,80993,9.8868408203125
SSDCP,λ<=log n,8192,0,86351,10.5408935546875
SSDCP,λ<=log n,8192,0,92133,11.2467041015625
SSDCP,λ<=log n,8192,0,79528,9.7080078125
SSDCP,λ<=log n,8192,0,80339,9.8070068359375
SSDCP,λ<=log n,8192,0,80482,9.824462890625
SSDCP,λ<=log n,8192,0,84145,10.2716064453125
SSDCP,λ<=log n,8192,0,82752,10.1015625
SSDCP,λ<=log n,8192,0,102578,12.521728515625
SSDCP,λ<=log n,8192,0,77597,9.4722900390625
SSDCP,λ<=log n,8192,0,82089,10.0206298828125
SSDCP,λ<=log n,8192,0,78217,9.5479736328125
SSDCP,λ<=log n,8192,0,84198,10.278076171875
SSDCP,λ<=log n,8192,0,79850,9.747314453125
SSDCP,λ<=log n,8192,0,95954,11.713134765625
SSDCP,λ<=log n,8192,0,82116,10.02392578125
SSDCP,λ<=log n,8192,0,84255,10.2850341796875
SSDCP,λ<=log n,8192,0,81448,9.9423828125
SSDCP,λ<=log n,8192,0,84217,10.2803955078125
SSDCP,λ<=log n,8192,0,77374,9.445068359375
SSDCP,λ<=log n,8192,0,79002,9.643798828125
SSDCP,λ<=log n,8192,0,95501,11.6578369140625
SSDCP,λ<=log n,8192,0,77968,9.517578125
SSDCP,λ<=log n,8192,0,78885,9.6295166015625
SSDCP,λ<=log n,8192,0,83274,10.165283203125
SSDCP,λ<=log n,8192,0,83441,10.1856689453125
SSDCP,λ<=log n,8192,0,84813,10.3531494140625
SSDCP,λ<=log n,8192,0,86482,10.556884765625
SSDCP,λ<=log n,8192,0,83775,10.2264404296875
SSDCP,λ<=log n,8192,0,77718,9.487060546875
SSDCP,λ<=log n,8192,0,94911,11.5858154296875
SSDCP,λ<=log n,8192,0,87426,10.672119140625
SSDCP,λ<=log n,8192,0,82221,10.0367431640625
SSDCP,λ<=log n,8192,0,80229,9.7935791015625
SSDCP,λ<=log n,8192,0,80625,9.8419189453125
SSDCP,λ<=log n,8192,0,77619,9.4749755859375
SSDCP,λ<=log n,8192,0,84756,10.34619140625
SSDCP,λ<=log n,8192,0,91870,11.214599609375
SSDCP,λ<=log n,8192,0,77518,9.462646484375
SSDCP,λ<=log n,8192,0,83546,10.198486328125
SSDCP,λ<=log n,8192,0,89768,10.9580078125
SSDCP,λ<=log n,8192,0,76741,9.3677978515625
SSDCP,λ<=log n,8192,0,83168,10.15234375
SSDCP,λ<=log n,8192,0,77085,9.4097900390625
SSDCP,λ<=log n,8192,0,91514,11.171142578125
SSDCP,λ<=log n,8192,0,93264,11.384765625
SSDCP,λ<=log n,8192,0,102562,12.519775390625
SRDCP,λ<=log n,8192,0,59654,7.281982421875
SRDCP,λ<=log n,8192,0,60258,7.355712890625
SRDCP,λ<=log n,8192,0,62582,7.639404296875
SRDCP,λ<=log n,8192,0,60630,7.401123046875
SRDCP,λ<=log n,8192,0,64040,7.8173828125
SRDCP,λ<=log n,8192,0,63684,7.77392578125
SRDCP,λ<=log n,8192,0,67553,8.2462158203125
SRDCP,λ<=log n,8192,0,69455,8.4783935546875
SRDCP,λ<=log n,8192,0,64683,7.8958740234375
SRDCP,λ<=log n,8192,0,59757,7.2945556640625
SRDCP,λ<=log n,8192,0,64551,7.8797607421875
SRDCP,λ<=log n,8192,0,58486,7.139404296875
SRDCP,λ<=log n,8192,0,63696,7.775390625
SRDCP,λ<=log n,8192,0,70074,8.553955078125
SRDCP,λ<=log n,8192,0,62339,7.6097412109375
SRDCP,λ<=log n,8192,0,66172,8.07763671875
SRDCP,λ<=log n,8192,0,62474,7.626220703125
SRDCP,λ<=log n,8192,0,70858,8.649658203125
SRDCP,λ<=log n,8192,0,58048,7.0859375
SRDCP,λ<=log n,8192,0,69460,8.47900390625
SRDCP,λ<=log n,8192,0,65637,8.0123291015625
SRDCP,λ<=log n,8192,0,61799,7.5438232421875
SRDCP,λ<=log n,8192,0,62639,7.6463623046875
SRDCP,λ<=log n,8192,0,64305,7.8497314453125
SRDCP,λ<=log n,8192,0,62812,7.66748046875
SRDCP,λ<=log n,8192,0,63666,7.771728515625
SRDCP,λ<=log n,8192,0,64372,7.85791015625
SRDCP,λ<=log n,8192,0,60355,7.3675537109375
SRDCP,λ<=log n,8192,0,70797,8.6422119140625
SRDCP,λ<=log n,8192,0,63508,7.75244140625
SRDCP,λ<=log n,8192,0,56986,6.956298828125
SRDCP,λ<=log n,8192,0,59691,7.2864990234375
SRDCP,λ<=log n,8192,0,60208,7.349609375
SRDCP,λ<=log n,8192,0,69842,8.525634765625
SRDCP,λ<=log n,8192,0,70638,8.622802734375
SRDCP,λ<=log n,8192,0,65400,7.9833984375
SRDCP,λ<=log n,8192,0,67415,8.2293701171875
SRDCP,λ<=log n,8192,0,72147,8.8070068359375
SRDCP,λ<=log n,8192,0,63173,7.7115478515625
SRDCP,λ<=log n,8192,0,68743,8.3914794921875
SRDCP,λ<=log n,8192,0,63611,7.7650146484375
SRDCP,λ<=log n,8192,0,63548,7.75732421875
SRDCP,λ<=log n,8192,0,69386,8.469970703125
SRDCP,λ<=log n,8192,0,59817,7.3018798828125
SRDCP,λ<=log n,8192,0,67247,8.2088623046875
SRDCP,λ<=log n,8192,0,67315,8.2171630859375
SRDCP,λ<=log n,8192,0,60135,7.3406982421875
SRDCP,λ<=log n,8192,0,65482,7.993408203125
SRDCP,λ<=log n,8192,0,62855,7.6727294921875
SRDCP,λ<=log n,8192,0,65630,8.011474609375
SRDCP,λ<=log n,8192,0,65784,8.0302734375
SRDCP,λ<=log n,8192,0,58317,7.1187744140625
SRDCP,λ<=log n,8192,0,65818,8.034423828125
SRDCP,λ<=log n,8192,0,65469,7.9918212890625
SRDCP,λ<=log n,8192,0,69798,8.520263671875
SRDCP,λ<=log n,8192,0,72667,8.8704833984375
SRDCP,λ<=log n,8192,0,60913,7.4356689453125
SRDCP,λ<=log n,8192,0,72121,8.8038330078125
SRDCP,λ<=log n,8192,0,61168,7.466796875
SRDCP,λ<=log n,8192,0,60916,7.43603515625
SRDCP,λ<=log n,8192,0,68329,8.3409423828125
SRDCP,λ<=log n,8192,0,69072,8.431640625
SRDCP,λ<=log n,8192,0,65192,7.9580078125
SRDCP,λ<=log n,8192,0,61758,7.538818359375
SRDCP,λ<=log n,8192,0,62161,7.5880126953125
SRDCP,λ<=log n,8192,0,65471,7.9920654296875
SRDCP,λ<=log n,8192,0,64160,7.83203125
SRDCP,λ<=log n,8192,0,71470,8.724365234375
SRDCP,λ<=log n,8192,0,61962,7.563720703125
SRDCP,λ<=log n,8192,0,60719,7.4119873046875
SRDCP,λ<=log n,8192,0,65447,7.9891357421875
SRDCP,λ<=log n,8192,0,71076,8.67626953125
SRDCP,λ<=log n,8192,0,64542,7.878662109375
SRDCP,λ<=log n,8192,0,68562,8.369384765625
SRDCP,λ<=log n,8192,0,65997,8.0562744140625
SRDCP,λ<=log n,8192,0,66738,8.146728515625
SRDCP,λ<=log n,8192,0,72023,8.7918701171875
SRDCP,λ<=log n,8192,0,64919,7.9246826171875
SRDCP,λ<=log n,8192,0,75712,9.2421875
SRDCP,λ<=log n,8192,0,64229,7.8404541015625
SRDCP,λ<=log n,8192,0,62853,7.6724853515625
SRDCP,λ<=log n,8192,0,68279,8.3348388671875
SRDCP,λ<=log n,8192,0,63421,7.7418212890625
SRDCP,λ<=log n,8192,0,64455,7.8680419921875
SRDCP,λ<=log n,8192,0,65681,8.0177001953125
SRDCP,λ<=log n,8192,0,60313,7.3624267578125
SRDCP,λ<=log n,8192,0,65901,8.0445556640625
SRDCP,λ<=log n,8192,0,62372,7.61376953125
SRDCP,λ<=log n,8192,0,59325,7.2418212890625
SRDCP,λ<=log n,8192,0,64980,7.93212890625
SRDCP,λ<=log n,8192,0,63381,7.7369384765625
SRDCP,λ<=log n,8192,0,65206,7.959716796875
SRDCP,λ<=log n,8192,0,70278,8.578857421875
SRDCP,λ<=log n,8192,0,73216,8.9375
SRDCP,λ<=log n,8192,0,67863,8.2840576171875
SRDCP,λ<=log n,8192,0,68254,8.331787109375
SRDCP,λ<=log n,8192,0,70474,8.602783203125
SRDCP,λ<=log n,8192,0,57086,6.968505859375
SRDCP,λ<=log n,8192,0,74889,9.1417236328125
SHDCP,λ<=log n,8192,0,56999,6.9578857421875
SHDCP,λ<=log n,8192,0,55806,6.812255859375
SHDCP,λ<=log n,8192,0,63741,7.7808837890625
SHDCP,λ<=log n,8192,0,60037,7.3287353515625
SHDCP,λ<=log n,8192,0,60176,7.345703125
SHDCP,λ<=log n,8192,0,62621,7.6441650390625
SHDCP,λ<=log n,8192,0,66855,8.1610107421875
SHDCP,λ<=log n,8192,0,63951,7.8065185546875
SHDCP,λ<=log n,8192,0,59180,7.22412109375
SHDCP,λ<=log n,8192,0,56078,6.845458984375
SHDCP,λ<=log n,8192,0,55644,6.79248046875
SHDCP,λ<=log n,8192,0,59873,7.3087158203125
SHDCP,λ<=log n,8192,0,60897,7.4337158203125
SHDCP,λ<=log n,8192,0,54700,6.67724609375
SHDCP,λ<=log n,8192,0,65747,8.0257568359375
SHDCP,λ<=log n,8192,0,58330,7.120361328125
SHDCP,λ<=log n,8192,0,59283,7.2366943359375
SHDCP,λ<=log n,8192,0,57787,7.0540771484375
SHDCP,λ<=log n,8192,0,57862,7.063232421875
SHDCP,λ<=log n,8192,0,63980,7.81005859375
SHDCP,λ<=log n,8192,0,61256,7.4775390625
SHDCP,λ<=log n,8192,0,57729,7.0469970703125
SHDCP,λ<=log n,8192,0,62532,7.63330078125
SHDCP,λ<=log n,8192,0,73197,8.9351806640625
SHDCP,λ<=log n,8192,0,57977,7.0772705078125
SHDCP,λ<=log n,8192,0,58857,7.1846923828125
SHDCP,λ<=log n,8192,0,58499,7.1409912109375
SHDCP,λ<=log n,8192,0,58137,7.0968017578125
SHDCP,λ<=log n,8192,0,56364,6.88037109375
SHDCP,λ<=log n,8192,0,59912,7.3134765625
SHDCP,λ<=log n,8192,0,58042,7.085205078125
SHDCP,λ<=log n,8192,0,65981,8.0543212890625
SHDCP,λ<=log n,8192,0,56106,6.848876953125
SHDCP,λ<=log n,8192,0,55768,6.8076171875
SHDCP,λ<=log n,8192,0,54885,6.6998291015625
SHDCP,λ<=log n,8192,0,63266,7.722900390625
SHDCP,λ<=log n,8192,0,63349,7.7330322265625
SHDCP,λ<=log n,8192,0,56292,6.87158203125
SHDCP,λ<=log n,8192,0,65513,7.9971923828125
SHDCP,λ<=log n,8192,0,69422,8.474365234375
SHDCP,λ<=log n,8192,0,58564,7.14892578125
SHDCP,λ<=log n,8192,0,57343,6.9998779296875
SHDCP,λ<=log n,8192,0,60275,7.3577880859375
SHDCP,λ<=log n,8192,0,59307,7.2396240234375
SHDCP,λ<=log n,8192,0,62747,7.6595458984375
SHDCP,λ<=log n,8192,0,62968,7.6865234375
SHDCP,λ<=log n,8192,0,63975,7.8094482421875
SHDCP,λ<=log n,8192,0,66549,8.1236572265625
SHDCP,λ<=log n,8192,0,63392,7.73828125
SHDCP,λ<=log n,8192,0,63080,7.7001953125
SHDCP,λ<=log n,8192,0,57678,7.040771484375
SHDCP,λ<=log n,8192,0,58163,7.0999755859375
SHDCP,λ<=log n,8192,0,56017,6.8380126953125
SHDCP,λ<=log n,8192,0,62492,7.62841796875
SHDCP,λ<=log n,8192,0,60705,7.4102783203125
SHDCP,λ<=log n,8192,0,56268,6.86865234375
SHDCP,λ<=log n,8192,0,62838,7.670654296875
SHDCP,λ<=log n,8192,0,61942,7.561279296875
SHDCP,λ<=log n,8192,0,58462,7.136474609375
SHDCP,λ<=log n,8192,0,57614,7.032958984375
SHDCP,λ<=log n,8192,0,59731,7.2913818359375
SHDCP,λ<=log n,8192,0,61769,7.5401611328125
SHDCP,λ<=log n,8192,0,56044,6.84130859375
SHDCP,λ<=log n,8192,0,59824,7.302734375
SHDCP,λ<=log n,8192,0,57918,7.070068359375
SHDCP,λ<=log n,8192,0,59299,7.2386474609375
SHDCP,λ<=log n,8192,0,61127,7.4617919921875
SHDCP,λ<=log n,8192,0,56781,6.9312744140625
SHDCP,λ<=log n,8192,0,53436,6.52294921875
SHDCP,λ<=log n,8192,0,58301,7.1168212890625
SHDCP,λ<=log n,8192,0,58162,7.099853515625
SHDCP,λ<=log n,8192,0,67325,8.2183837890625
SHDCP,λ<=log n,8192,0,58248,7.1103515625
SHDCP,λ<=log n,8192,0,58393,7.1280517578125
SHDCP,λ<=log n,8192,0,58851,7.1839599609375
SHDCP,λ<=log n,8192,0,58759,7.1727294921875
SHDCP,λ<=log n,8192,0,61053,7.4527587890625
SHDCP,λ<=log n,8192,0,59852,7.30615234375
SHDCP,λ<=log n,8192,0,59076,7.21142578125
SHDCP,λ<=log n,8192,0,54812,6.69091796875
SHDCP,λ<=log n,8192,0,62921,7.6807861328125
SHDCP,λ<=log n,8192,0,58781,7.1754150390625
SHDCP,λ<=log n,8192,0,57230,6.986083984375
SHDCP,λ<=log n,8192,0,56056,6.8427734375
SHDCP,λ<=log n,8192,0,66029,8.0601806640625
SHDCP,λ<=log n,8192,0,59561,7.2706298828125
SHDCP,λ<=log n,8192,0,61681,7.5294189453125
SHDCP,λ<=log n,8192,0,56992,6.95703125
SHDCP,λ<=log n,8192,0,58712,7.1669921875
SHDCP,λ<=log n,8192,0,60610,7.398681640625
SHDCP,λ<=log n,8192,0,58403,7.1292724609375
SHDCP,λ<=log n,8192,0,56884,6.94384765625
SHDCP,λ<=log n,8192,0,54655,6.6717529296875
SHDCP,λ<=log n,8192,0,59566,7.271240234375
SHDCP,λ<=log n,8192,0,67683,8.2620849609375
SHDCP,λ<=log n,8192,0,59133,7.2183837890625
SHDCP,λ<=log n,8192,0,61972,7.56494140625
SHDCP,λ<=log n,8192,0,65872,8.041015625
SHDCP,λ<=log n,8192,0,58489,7.1397705078125
SHLCP,λ<=log n,8192,0,59711,7.2889404296875
SHLCP,λ<=log n,8192,0,60777,7.4190673828125
SHLCP,λ<=log n,8192,0,59551,7.2694091796875
SHLCP,λ<=log n,8192,0,61759,7.5389404296875
SHLCP,λ<=log n,8192,0,59803,7.3001708984375
SHLCP,λ<=log n,8192,0,65154,7.953369140625
SHLCP,λ<=log n,8192,0,59831,7.3035888671875
SHLCP,λ<=log n,8192,0,61302,7.483154296875
SHLCP,λ<=log n,8192,0,60488,7.3837890625
SHLCP,λ<=log n,8192,0,60683,7.4075927734375
SHLCP,λ<=log n,8192,0,60104,7.3369140625
SHLCP,λ<=log n,8192,0,69643,8.5013427734375
SHLCP,λ<=log n,8192,0,66582,8.127685546875
SHLCP,λ<=log n,8192,0,57474,7.015869140625
SHLCP,λ<=log n,8192,0,55893,6.8228759765625
SHLCP,λ<=log n,8192,0,63463,7.7469482421875
SHLCP,λ<=log n,8192,0,59631,7.2791748046875
SHLCP,λ<=log n,8192,0,60595,7.3968505859375
SHLCP,λ<=log n,8192,0,68068,8.30908203125
SHLCP,λ<=log n,8192,0,61096,7.4580078125
SHLCP,λ<=log n,8192,0,67634,8.256103515625
SHLCP,λ<=log n,8192,0,65673,8.0167236328125
SHLCP,λ<=log n,8192,0,63740,7.78076171875
SHLCP,λ<=log n,8192,0,61694,7.531005859375
SHLCP,λ<=log n,8192,0,60978,7.443603515625
SHLCP,λ<=log n,8192,0,64665,7.8936767578125
SHLCP,λ<=log n,8192,0,64213,7.8385009765625
SHLCP,λ<=log n,8192,0,62439,7.6219482421875
SHLCP,λ<=log n,8192,0,63703,7.7762451171875
SHLCP,λ<=log n,8192,0,59276,7.23583984375
SHLCP,λ<=log n,8192,0,64199,7.8367919921875
SHLCP,λ<=log n,8192,0,63216,7.716796875
SHLCP,λ<=log n,8192,0,69178,8.444580078125
SHLCP,λ<=log n,8192,0,59883,7.3099365234375
SHLCP,λ<=log n,8192,0,55793,6.8106689453125
SHLCP,λ<=log n,8192,0,57740,7.04833984375
SHLCP,λ<=log n,8192,0,65899,8.0443115234375
SHLCP,λ<=log n,8192,0,67887,8.2869873046875
SHLCP,λ<=log n,8192,0,64200,7.8369140625
SHLCP,λ<=log n,8192,0,63490,7.750244140625
SHLCP,λ<=log n,8192,0,60698,7.409423828125
SHLCP,λ<=log n,8192,0,61399,7.4949951171875
SHLCP,λ<=log n,8192,0,67824,8.279296875
SHLCP,λ<=log n,8192,0,70951,8.6610107421875
SHLCP,λ<=log n,8192,0,56705,6.9219970703125
SHLCP,λ<=log n,8192,0,61259,7.4779052734375
SHLCP,λ<=log n,8192,0,64816,7.912109375
SHLCP,λ<=log n,8192,0,63316,7.72900390625
SHLCP,λ<=log n,8192,0,59460,7.25830078125
SHLCP,λ<=log n,8192,0,61206,7.471435546875
SHLCP,λ<=log n,8192,0,60651,7.4036865234375
SHLCP,λ<=log n,8192,0,64701,7.8980712890625
SHLCP,λ<=log n,8192,0,64804,7.91064453125
SHLCP,λ<=log n,8192,0,60478,7.382568359375
SHLCP,λ<=log n,8192,0,60656,7.404296875
SHLCP,λ<=log n,8192,0,62992,7.689453125
SHLCP,λ<=log n,8192,0,61056,7.453125
SHLCP,λ<=log n,8192,0,62139,7.5853271484375
SHLCP,λ<=log n,8192,0,63157,7.7095947265625
SHLCP,λ<=log n,8192,0,57894,7.067138671875
SHLCP,λ<=log n,8192,0,62608,7.642578125
SHLCP,λ<=log n,8192,0,60074,7.333251953125
SHLCP,λ<=log n,8192,0,62820,7.66845703125
SHLCP,λ<=log n,8192,0,63457,7.7462158203125
SHLCP,λ<=log n,8192,0,59340,7.24365234375
SHLCP,λ<=log n,8192,0,59779,7.2972412109375
SHLCP,λ<=log n,8192,0,61978,7.565673828125
SHLCP,λ<=log n,8192,0,64405,7.8619384765625
SHLCP,λ<=log n,8192,0,61790,7.542724609375
SHLCP,λ<=log n,8192,0,65207,7.9598388671875
SHLCP,λ<=log n,8192,0,63076,7.69970703125
SHLCP,λ<=log n,8192,0,62261,7.6002197265625
SHLCP,λ<=log n,8192,0,57534,7.023193359375
SHLCP,λ<=log n,8192,0,62187,7.5911865234375
SHLCP,λ<=log n,8192,0,62391,7.6160888671875
SHLCP,λ<=log n,8192,0,60378,7.370361328125
SHLCP,λ<=log n,8192,0,60289,7.3594970703125
SHLCP,λ<=log n,8192,0,60675,7.4066162109375
SHLCP,λ<=log n,8192,0,61229,7.4742431640625
SHLCP,λ<=log n,8192,0,67821,8.2789306640625
SHLCP,λ<=log n,8192,0,71337,8.7081298828125
SHLCP,λ<=log n,8192,0,56964,6.95361328125
SHLCP,λ<=log n,8192,0,59550,7.269287109375
SHLCP,λ<=log n,8192,0,59560,7.2705078125
SHLCP,λ<=log n,8192,0,61761,7.5391845703125
SHLCP,λ<=log n,8192,0,59747,7.2933349609375
SHLCP,λ<=log n,8192,0,64601,7.8858642578125
SHLCP,λ<=log n,8192,0,65240,7.9638671875
SHLCP,λ<=log n,8192,0,58359,7.1239013671875
SHLCP,λ<=log n,8192,0,62811,7.6673583984375
SHLCP,λ<=log n,8192,0,65102,7.947021484375
SHLCP,λ<=log n,8192,0,67621,8.2545166015625
SHLCP,λ<=log n,8192,0,58045,7.0855712890625
SHLCP,λ<=log n,8192,0,60232,7.3525390625
SHLCP,λ<=log n,8192,0,58243,7.1097412109375
SHLCP,λ<=log n,8192,0,59856,7.306640625
SHLCP,λ<=log n,8192,0,61599,7.5194091796875
SHLCP,λ<=log n,8192,0,66751,8.1483154296875
SRLCP,λ<=log n,8192,0,76045,9.2828369140625
SRLCP,λ<=log n,8192,0,66520,8.1201171875
SRLCP,λ<=log n,8192,0,63119,7.7049560546875
SRLCP,λ<=log n,8192,0,68684,8.38427734375
SRLCP,λ<=log n,8192,0,70868,8.65087890625
SRLCP,λ<=log n,8192,0,66776,8.1513671875
SRLCP,λ<=log n,8192,0,62224,7.595703125
SRLCP,λ<=log n,8192,0,64931,7.9261474609375
SRLCP,λ<=log n,8192,0,64518,7.875732421875
SRLCP,λ<=log n,8192,0,63438,7.743896484375
SRLCP,λ<=log n,8192,0,73325,8.9508056640625
SRLCP,λ<=log n,8192,0,60838,7.426513671875
SRLCP,λ<=log n,8192,0,63954,7.806884765625
SRLCP,λ<=log n,8192,0,73952,9.02734375
SRLCP,λ<=log n,8192,0,68879,8.4080810546875
SRLCP,λ<=log n,8192,0,68524,8.36474609375
SRLCP,λ<=log n,8192,0,63880,7.7978515625
SRLCP,λ<=log n,8192,0,67189,8.2017822265625
SRLCP,λ<=log n,8192,0,69830,8.524169921875
SRLCP,λ<=log n,8192,0,64937,7.9268798828125
SRLCP,λ<=log n,8192,0,63186,7.713134765625
SRLCP,λ<=log n,8192,0,70804,8.64306640625
SRLCP,λ<=log n,8192,0,64716,7.89990234375
SRLCP,λ<=log n,8192,0,64000,7.8125
SRLCP,λ<=log n,8192,0,73935,9.0252685546875
SRLCP,λ<=log n,8192,0,64051,7.8187255859375
SRLCP,λ<=log n,8192,0,70155,8.5638427734375
SRLCP,λ<=log n,8192,0,64318,7.851318359375
SRLCP,λ<=log n,8192,0,66716,8.14404296875
SRLCP,λ<=log n,8192,0,61911,7.5574951171875
SRLCP,λ<=log n,8192,0,65683,8.0179443359375
SRLCP,λ<=log n,8192,0,66943,8.1717529296875
SRLCP,λ<=log n,8192,0,60069,7.3326416015625
SRLCP,λ<=log n,8192,0,66464,8.11328125
SRLCP,λ<=log n,8192,0,65477,7.9927978515625
SRLCP,λ<=log n,8192,0,69173,8.4439697265625
SRLCP,λ<=log n,8192,0,71652,8.74658203125
SRLCP,λ<=log n,8192,0,69142,8.440185546875
SRLCP,λ<=log n,8192,0,71767,8.7606201171875
SRLCP,λ<=log n,8192,0,64187,7.8353271484375
SRLCP,λ<=log n,8192,0,69397,8.4713134765625
SRLCP,λ<=log n,8192,0,71481,8.7257080078125
SRLCP,λ<=log n,8192,0,66339,8.0980224609375
SRLCP,λ<=log n,8192,0,62665,7.6495361328125
SRLCP,λ<=log n,8192,0,64816,7.912109375
SRLCP,λ<=log n,8192,0,63852,7.79443359375
SRLCP,λ<=log n,8192,0,65736,8.0244140625
SRLCP,λ<=log n,8192,0,62595,7.6409912109375
SRLCP,λ<=log n,8192,0,75032,9.1591796875
SRLCP,λ<=log n,8192,0,69851,8.5267333984375
SRLCP,λ<=log n,8192,0,66529,8.1212158203125
SRLCP,λ<=log n,8192,0,66297,8.0928955078125
SRLCP,λ<=log n,8192,0,66647,8.1356201171875
SRLCP,λ<=log n,8192,0,61130,7.462158203125
SRLCP,λ<=log n,8192,0,77385,9.4464111328125
SRLCP,λ<=log n,8192,0,63006,7.691162109375
SRLCP,λ<=log n,8192,0,62552,7.6357421875
SRLCP,λ<=log n,8192,0,71495,8.7274169921875
SRLCP,λ<=log n,8192,0,61339,7.4876708984375
SRLCP,λ<=log n,8192,0,75914,9.266845703125
SRLCP,λ<=log n,8192,0,61079,7.4559326171875
SRLCP,λ<=log n,8192,0,65850,8.038330078125
SRLCP,λ<=log n,8192,0,68491,8.3607177734375
SRLCP,λ<=log n,8192,0,73538,8.976806640625
SRLCP,λ<=log n,8192,0,73156,8.93017578125
SRLCP,λ<=log n,8192,0,61981,7.5660400390625
SRLCP,λ<=log n,8192,0,69408,8.47265625
SRLCP,λ<=log n,8192,0,68065,8.3087158203125
SRLCP,λ<=log n,8192,0,66760,8.1494140625
SRLCP,λ<=log n,8192,0,75026,9.158447265625
SRLCP,λ<=log n,8192,0,63072,7.69921875
SRLCP,λ<=log n,8192,0,61690,7.530517578125
SRLCP,λ<=log n,8192,0,68954,8.417236328125
SRLCP,λ<=log n,8192,0,61198,7.470458984375
SRLCP,λ<=log n,8192,0,78602,9.594970703125
SRLCP,λ<=log n,8192,0,64460,7.86865234375
SRLCP,λ<=log n,8192,0,70834,8.646728515625
SRLCP,λ<=log n,8192,0,71433,8.7198486328125
SRLCP,λ<=log n,8192,0,71053,8.6734619140625
SRLCP,λ<=log n,8192,0,64266,7.844970703125
SRLCP,λ<=log n,8192,0,69421,8.4742431640625
SRLCP,λ<=log n,8192,0,70002,8.545166015625
SRLCP,λ<=log n,8192,0,63857,7.7950439453125
SRLCP,λ<=log n,8192,0,65465,7.9913330078125
SRLCP,λ<=log n,8192,0,64409,7.8624267578125
SRLCP,λ<=log n,8192,0,67670,8.260498046875
SRLCP,λ<=log n,8192,0,60753,7.4161376953125
SRLCP,λ<=log n,8192,0,64067,7.8206787109375
SRLCP,λ<=log n,8192,0,64002,7.812744140625
SRLCP,λ<=log n,8192,0,74766,9.126708984375
SRLCP,λ<=log n,8192,0,62818,7.668212890625
SRLCP,λ<=log n,8192,0,61007,7.4471435546875
SRLCP,λ<=log n,8192,0,63241,7.7198486328125
SRLCP,λ<=log n,8192,0,67635,8.2562255859375
SRLCP,λ<=log n,8192,0,71343,8.7088623046875
SRLCP,λ<=log n,8192,0,66628,8.13330078125
SRLCP,λ<=log n,8192,0,60017,7.3262939453125
SRLCP,λ<=log n,8192,0,68035,8.3050537109375
SRLCP,λ<=log n,8192,0,69192,8.4462890625
SRLCP,λ<=log n,8192,0,71066,8.675048828125
SSLCP,λ<=log n,8192,0,85861,10.4810791015625
SSLCP,λ<=log n,8192,0,84676,10.33642578125
SSLCP,λ<=log n,8192,0,82618,10.085205078125
SSLCP,λ<=log n,8192,0,81489,9.9473876953125
SSLCP,λ<=log n,8192,0,86235,10.5267333984375
SSLCP,λ<=log n,8192,0,83778,10.226806640625
SSLCP,λ<=log n,8192,0,91292,11.14404296875
SSLCP,λ<=log n,8192,0,82366,10.054443359375
SSLCP,λ<=log n,8192,0,100849,12.3106689453125
SSLCP,λ<=log n,8192,0,90714,11.073486328125
SSLCP,λ<=log n,8192,0,89061,10.8717041015625
SSLCP,λ<=log n,8192,0,87774,10.714599609375
SSLCP,λ<=log n,8192,0,102037,12.4556884765625
SSLCP,λ<=log n,8192,0,90707,11.0726318359375
SSLCP,λ<=log n,8192,0,84548,10.32080078125
SSLCP,λ<=log n,8192,0,87213,10.6461181640625
SSLCP,λ<=log n,8192,0,91677,11.1910400390625
SSLCP,λ<=log n,8192,0,84919,10.3660888671875
SSLCP,λ<=log n,8192,0,85774,10.470458984375
SSLCP,λ<=log n,8192,0,86781,10.5933837890625
SSLCP,λ<=log n,8192,0,85219,10.4027099609375
SSLCP,λ<=log n,8192,0,87823,10.7205810546875
SSLCP,λ<=log n,8192,0,87257,10.6514892578125
SSLCP,λ<=log n,8192,0,84917,10.3658447265625
SSLCP,λ<=log n,8192,0,89059,10.8714599609375
SSLCP,λ<=log n,8192,0,95009,11.5977783203125
SSLCP,λ<=log n,8192,0,85959,10.4930419921875
SSLCP,λ<=log n,8192,0,85171,10.3968505859375
SSLCP,λ<=log n,8192,0,92926,11.343505859375
SSLCP,λ<=log n,8192,0,89032,10.8681640625
SSLCP,λ<=log n,8192,0,93830,11.453857421875
SSLCP,λ<=log n,8192,0,86821,10.5982666015625
SSLCP,λ<=log n,8192,0,90679,11.0692138671875
SSLCP,λ<=log n,8192,0,89074,10.873291015625
SSLCP,λ<=log n,8192,0,84468,10.31103515625
SSLCP,λ<=log n,8192,0,92651,11.3099365234375
SSLCP,λ<=log n,8192,0,85131,10.3919677734375
SSLCP,λ<=log n,8192,0,80818,9.865478515625
SSLCP,λ<=log n,8192,0,89916,10.97607421875
SSLCP,λ<=log n,8192,0,87115,10.6341552734375
SSLCP,λ<=log n,8192,0,109564,13.37451171875
SSLCP,λ<=log n,8192,0,86526,10.562255859375
SSLCP,λ<=log n,8192,0,94811,11.5736083984375
SSLCP,λ<=log n,8192,0,84714,10.341064453125
SSLCP,λ<=log n,8192,0,89388,10.91162109375
SSLCP,λ<=log n,8192,0,88772,10.83642578125
SSLCP,λ<=log n,8192,0,88836,10.84423828125
SSLCP,λ<=log n,8192,0,87784,10.7158203125
SSLCP,λ<=log n,8192,0,86309,10.5357666015625
SSLCP,λ<=log n,8192,0,85405,10.4254150390625
SSLCP,λ<=log n,8192,0,93164,11.37255859375
SSLCP,λ<=log n,8192,0,92353,11.2735595703125
SSLCP,λ<=log n,8192,0,89363,10.9085693359375
SSLCP,λ<=log n,8192,0,86880,10.60546875
SSLCP,λ<=log n,8192,0,98775,12.0574951171875
SSLCP,λ<=log n,8192,0,80698,9.850830078125
SSLCP,λ<=log n,8192,0,86020,10.50048828125
SSLCP,λ<=log n,8192,0,83618,10.207275390625
SSLCP,λ<=log n,8192,0,83939,10.2464599609375
SSLCP,λ<=log n,8192,0,89557,10.9322509765625
SSLCP,λ<=log n,8192,0,82292,10.04541015625
SSLCP,λ<=log n,8192,0,95713,11.6837158203125
SSLCP,λ<=log n,8192,0,103711,12.6600341796875
SSLCP,λ<=log n,8192,0,88953,10.8585205078125
SSLCP,λ<=log n,8192,0,86739,10.5882568359375
SSLCP,λ<=log n,8192,0,87782,10.715576171875
SSLCP,λ<=log n,8192,0,83603,10.2054443359375
SSLCP,λ<=log n,8192,0,89273,10.8975830078125
SSLCP,λ<=log n,8192,0,81985,10.0079345703125
SSLCP,λ<=log n,8192,0,94319,11.5135498046875
SSLCP,λ<=log n,8192,0,94021,11.4771728515625
SSLCP,λ<=log n,8192,0,93707,11.4388427734375
SSLCP,λ<=log n,8192,0,87686,10.703857421875
SSLCP,λ<=log n,8192,0,84144,10.271484375
SSLCP,λ<=log n,8192,0,89924,10.97705078125
SSLCP,λ<=log n,8192,0,91745,11.1993408203125
SSLCP,λ<=log n,8192,0,96764,11.81201171875
SSLCP,λ<=log n,8192,0,87121,10.6348876953125
SSLCP,λ<=log n,8192,0,99912,12.1962890625
SSLCP,λ<=log n,8192,0,93680,11.435546875
SSLCP,λ<=log n,8192,0,92562,11.299072265625
SSLCP,λ<=log n,8192,0,94633,11.5518798828125
SSLCP,λ<=log n,8192,0,92704,11.31640625
SSLCP,λ<=log n,8192,0,80959,9.8826904296875
SSLCP,λ<=log n,8192,0,79508,9.70556640625
SSLCP,λ<=log n,8192,0,98579,12.0335693359375
SSLCP,λ<=log n,8192,0,91592,11.1806640625
SSLCP,λ<=log n,8192,0,89001,10.8643798828125
SSLCP,λ<=log n,8192,0,91807,11.2069091796875
SSLCP,λ<=log n,8192,0,85739,10.4661865234375
SSLCP,λ<=log n,8192,0,89928,10.9775390625
SSLCP,λ<=log n,8192,0,94122,11.489501953125
SSLCP,λ<=log n,8192,0,86232,10.5263671875
SSLCP,λ<=log n,8192,0,88560,10.810546875
SSLCP,λ<=log n,8192,0,90177,11.0079345703125
SSLCP,λ<=log n,8192,0,95883,11.7044677734375
SSLCP,λ<=log n,8192,0,89813,10.9635009765625
SSLCP,λ<=log n,8192,0,90119,11.0008544921875
SSLCP,λ<=log n,8192,0,95785,11.6925048828125
SSDSP,λ<=log n,8192,0,102275,12.4847412109375
SSDSP,λ<=log n,8192,0,90772,11.08056640625
SSDSP,λ<=log n,8192,0,93556,11.42041015625
SSDSP,λ<=log n,8192,0,94916,11.58642578125
SSDSP,λ<=log n,8192,0,92812,11.32958984375
SSDSP,λ<=log n,8192,0,93892,11.46142578125
SSDSP,λ<=log n,8192,0,94465,11.5313720703125
SSDSP,λ<=log n,8192,0,93523,11.4163818359375
SSDSP,λ<=log n,8192,0,102101,12.4635009765625
SSDSP,λ<=log n,8192,0,89061,10.8717041015625
SSDSP,λ<=log n,8192,0,99033,12.0889892578125
SSDSP,λ<=log n,8192,0,86016,10.5
SSDSP,λ<=log n,8192,0,89000,10.8642578125
SSDSP,λ<=log n,8192,0,97136,11.857421875
SSDSP,λ<=log n,8192,0,87141,10.6373291015625
SSDSP,λ<=log n,8192,0,95307,11.6341552734375
SSDSP,λ<=log n,8192,0,92674,11.312744140625
SSDSP,λ<=log n,8192,0,90848,11.08984375
SSDSP,λ<=log n,8192,0,91413,11.1588134765625
SSDSP,λ<=log n,8192,0,96534,11.783935546875
SSDSP,λ<=log n,8192,0,94528,11.5390625
SSDSP,λ<=log n,8192,0,90582,11.057373046875
SSDSP,λ<=log n,8192,0,89625,10.9405517578125
SSDSP,λ<=log n,8192,0,93512,11.4150390625
SSDSP,λ<=log n,8192,0,94796,11.57177734375
SSDSP,λ<=log n,8192,0,91006,11.109130859375
SSDSP,λ<=log n,8192,0,91094,11.119873046875
SSDSP,λ<=log n,8192,0,88579,10.8128662109375
SSDSP,λ<=log n,8192,0,92937,11.3448486328125
SSDSP,λ<=log n,8192,0,100472,12.2646484375
SSDSP,λ<=log n,8192,0,85078,10.385498046875
SSDSP,λ<=log n,8192,0,89109,10.8775634765625
SSDSP,λ<=log n,8192,0,96669,11.8004150390625
SSDSP,λ<=log n,8192,0,98513,12.0255126953125
SSDSP,λ<=log n,8192,0,103890,12.681884765625
SSDSP,λ<=log n,8192,0,86711,10.5848388671875
SSDSP,λ<=log n,8192,0,102987,12.5716552734375
SSDSP,λ<=log n,8192,0,83333,10.1724853515625
SSDSP,λ<=log n,8192,0,116382,14.206787109375
SSDSP,λ<=log n,8192,0,106511,13.0018310546875
SSDSP,λ<=log n,8192,0,97700,11.92626953125
SSDSP,λ<=log n,8192,0,89263,10.8963623046875
SSDSP,λ<=log n,8192,0,92809,11.3292236328125
SSDSP,λ<=log n,8192,0,94540,11.54052734375
SSDSP,λ<=log n,8192,0,101234,12.357666015625
SSDSP,λ<=log n,8192,0,98576,12.033203125
SSDSP,λ<=log n,8192,0,90916,11.09814453125
SSDSP,λ<=log n,8192,0,90201,11.0108642578125
SSDSP,λ<=log n,8192,0,90434,11.039306640625
SSDSP,λ<=log n,8192,0,95297,11.6329345703125
SSDSP,λ<=log n,8192,0,85159,10.3953857421875
SSDSP,λ<=log n,8192,0,84220,10.28076171875
SSDSP,λ<=log n,8192,0,90693,11.0709228515625
SSDSP,λ<=log n,8192,0,87672,10.7021484375
SSDSP,λ<=log n,8192,0,106556,13.00732421875
SSDSP,λ<=log n,8192,0,95571,11.6663818359375
SSDSP,λ<=log n,8192,0,96601,11.7921142578125
SSDSP,λ<=log n,8192,0,95191,11.6199951171875
SSDSP,λ<=log n,8192,0,107098,13.073486328125
SSDSP,λ<=log n,8192,0,87459,10.6761474609375
SSDSP,λ<=log n,8192,0,90502,11.047607421875
SSDSP,λ<=log n,8192,0,106552,13.0068359375
SSDSP,λ<=log n,8192,0,108090,13.194580078125
SSDSP,λ<=log n,8192,0,88578,10.812744140625
SSDSP,λ<=log n,8192,0,87559,10.6883544921875
SSDSP,λ<=log n,8192,0,94569,11.5440673828125
SSDSP,λ<=log n,8192,0,88420,10.79345703125
SSDSP,λ<=log n,8192,0,85834,10.477783203125
SSDSP,λ<=log n,8192,0,84637,10.3316650390625
SSDSP,λ<=log n,8192,0,104683,12.7786865234375
SSDSP,λ<=log n,8192,0,89317,10.9029541015625
SSDSP,λ<=log n,8192,0,91024,11.111328125
SSDSP,λ<=log n,8192,0,94095,11.4862060546875
SSDSP,λ<=log n,8192,0,89901,10.9742431640625
SSDSP,λ<=log n,8192,0,102843,12.5540771484375
SSDSP,λ<=log n,8192,0,100435,12.2601318359375
SSDSP,λ<=log n,8192,0,89539,10.9300537109375
SSDSP,λ<=log n,8192,0,91319,11.1473388671875
SSDSP,λ<=log n,8192,0,98486,12.022216796875
SSDSP,λ<=log n,8192,0,91874,11.215087890625
SSDSP,λ<=log n,8192,0,91148,11.12646484375
SSDSP,λ<=log n,8192,0,100221,12.2340087890625
SSDSP,λ<=log n,8192,0,112465,13.7286376953125
SSDSP,λ<=log n,8192,0,87957,10.7369384765625
SSDSP,λ<=log n,8192,0,93323,11.3919677734375
SSDSP,λ<=log n,8192,0,96221,11.7457275390625
SSDSP,λ<=log n,8192,0,87913,10.7315673828125
SSDSP,λ<=log n,8192,0,90042,10.991455078125
SSDSP,λ<=log n,8192,0,88305,10.7794189453125
SSDSP,λ<=log n,8192,0,99979,12.2044677734375
SSDSP,λ<=log n,8192,0,100774,12.301513671875
SSDSP,λ<=log n,8192,0,104982,12.815185546875
SSDSP,λ<=log n,8192,0,98092,11.97412109375
SSDSP,λ<=log n,8192,0,97635,11.9183349609375
SSDSP,λ<=log n,8192,0,94713,11.5616455078125
SSDSP,λ<=log n,8192,0,94667,11.5560302734375
SSDSP,λ<=log n,8192,0,97396,11.88916015625
SSDSP,λ<=log n,8192,0,89092,10.87548828125
SSDSP,λ<=log n,8192,0,89230,10.892333984375
SSDSP,λ<=log n,8192,0,95102,11.609130859375
SRDSP,λ<=log n,8192,0,67930,8.292236328125
SRDSP,λ<=log n,8192,0,72036,8.79345703125
SRDSP,λ<=log n,8192,0,70211,8.5706787109375
SRDSP,λ<=log n,8192,0,75393,9.2032470703125
SRDSP,λ<=log n,8192,0,70982,8.664794921875
SRDSP,λ<=log n,8192,0,73670,8.992919921875
SRDSP,λ<=log n,8192,0,77485,9.4586181640625
SRDSP,λ<=log n,8192,0,78976,9.640625
SRDSP,λ<=log n,8192,0,68657,8.3809814453125
SRDSP,λ<=log n,8192,0,82015,10.0115966796875
SRDSP,λ<=log n,8192,0,69162,8.442626953125
SRDSP,λ<=log n,8192,0,73491,8.9710693359375
SRDSP,λ<=log n,8192,0,76953,9.3936767578125
SRDSP,λ<=log n,8192,0,73298,8.947509765625
SRDSP,λ<=log n,8192,0,73153,8.9298095703125
SRDSP,λ<=log n,8192,0,88169,10.7628173828125
SRDSP,λ<=log n,8192,0,74336,9.07421875
SRDSP,λ<=log n,8192,0,74871,9.1395263671875
SRDSP,λ<=log n,8192,0,72275,8.8226318359375
SRDSP,λ<=log n,8192,0,74128,9.048828125
SRDSP,λ<=log n,8192,0,74084,9.04345703125
SRDSP,λ<=log n,8192,0,72845,8.8922119140625
SRDSP,λ<=log n,8192,0,74796,9.13037109375
SRDSP,λ<=log n,8192,0,69198,8.447021484375
SRDSP,λ<=log n,8192,0,71067,8.6751708984375
SRDSP,λ<=log n,8192,0,68724,8.38916015625
SRDSP,λ<=log n,8192,0,77194,9.423095703125
SRDSP,λ<=log n,8192,0,70333,8.5855712890625
SRDSP,λ<=log n,8192,0,75173,9.1763916015625
SRDSP,λ<=log n,8192,0,77841,9.5020751953125
SRDSP,λ<=log n,8192,0,74524,9.09716796875
SRDSP,λ<=log n,8192,0,72326,8.828857421875
SRDSP,λ<=log n,8192,0,70092,8.55615234375
SRDSP,λ<=log n,8192,0,71985,8.7872314453125
SRDSP,λ<=log n,8192,0,74517,9.0963134765625
SRDSP,λ<=log n,8192,0,74465,9.0899658203125
SRDSP,λ<=log n,8192,0,75633,9.2325439453125
SRDSP,λ<=log n,8192,0,78114,9.535400390625
SRDSP,λ<=log n,8192,0,82995,10.1312255859375
SRDSP,λ<=log n,8192,0,71458,8.722900390625
SRDSP,λ<=log n,8192,0,75265,9.1876220703125
SRDSP,λ<=log n,8192,0,82190,10.032958984375
SRDSP,λ<=log n,8192,0,74804,9.13134765625
SRDSP,λ<=log n,8192,0,72293,8.8248291015625
SRDSP,λ<=log n,8192,0,76783,9.3729248046875
SRDSP,λ<=log n,8192,0,74991,9.1541748046875
SRDSP,λ<=log n,8192,0,78712,9.6083984375
SRDSP,λ<=log n,8192,0,69890,8.531494140625
SRDSP,λ<=log n,8192,0,74332,9.07373046875
SRDSP,λ<=log n,8192,0,73978,9.030517578125
SRDSP,λ<=log n,8192,0,72196,8.81298828125
SRDSP,λ<=log n,8192,0,68338,8.342041015625
SRDSP,λ<=log n,8192,0,74449,9.0880126953125
SRDSP,λ<=log n,8192,0,76186,9.300048828125
SRDSP,λ<=log n,8192,0,72005,8.7896728515625
SRDSP,λ<=log n,8192,0,73204,8.93603515625
SRDSP,λ<=log n,8192,0,75396,9.20361328125
SRDSP,λ<=log n,8192,0,80170,9.786376953125
SRDSP,λ<=log n,8192,0,73997,9.0328369140625
SRDSP,λ<=log n,8192,0,72050,8.795166015625
SRDSP,λ<=log n,8192,0,72142,8.806396484375
SRDSP,λ<=log n,8192,0,72752,8.880859375
SRDSP,λ<=log n,8192,0,70761,8.6378173828125
SRDSP,λ<=log n,8192,0,71744,8.7578125
SRDSP,λ<=log n,8192,0,73511,8.9735107421875
SRDSP,λ<=log n,8192,0,76625,9.3536376953125
SRDSP,λ<=log n,8192,0,70622,8.620849609375
SRDSP,λ<=log n,8192,0,71840,8.76953125
SRDSP,λ<=log n,8192,0,84486,10.313232421875
SRDSP,λ<=log n,8192,0,69153,8.4415283203125
SRDSP,λ<=log n,8192,0,77676,9.48193359375
SRDSP,λ<=log n,8192,0,70595,8.6175537109375
SRDSP,λ<=log n,8192,0,74566,9.102294921875
SRDSP,λ<=log n,8192,0,70543,8.6112060546875
SRDSP,λ<=log n,8192,0,70262,8.576904296875
SRDSP,λ<=log n,8192,0,76771,9.3714599609375
SRDSP,λ<=log n,8192,0,74314,9.071533203125
SRDSP,λ<=log n,8192,0,87980,10.73974609375
SRDSP,λ<=log n,8192,0,71704,8.7529296875
SRDSP,λ<=log n,8192,0,77342,9.441162109375
SRDSP,λ<=log n,8192,0,72119,8.8035888671875
SRDSP,λ<=log n,8192,0,77542,9.465576171875
SRDSP,λ<=log n,8192,0,80074,9.774658203125
SRDSP,λ<=log n,8192,0,73356,8.95458984375
SRDSP,λ<=log n,8192,0,69939,8.5374755859375
SRDSP,λ<=log n,8192,0,72256,8.8203125
SRDSP,λ<=log n,8192,0,74667,9.1146240234375
SRDSP,λ<=log n,8192,0,76649,9.3565673828125
SRDSP,λ<=log n,8192,0,81226,9.915283203125
SRDSP,λ<=log n,8192,0,86758,10.590576171875
SRDSP,λ<=log n,8192,0,76075,9.2864990234375
SRDSP,λ<=log n,8192,0,78772,9.61572265625
SRDSP,λ<=log n,8192,0,73687,8.9949951171875
SRDSP,λ<=log n,8192,0,72903,8.8992919921875
SRDSP,λ<=log n,8192,0,70582,8.615966796875
SRDSP,λ<=log n,8192,0,78007,9.5223388671875
SRDSP,λ<=log n,8192,0,78152,9.5400390625
SRDSP,λ<=log n,8192,0,68394,8.348876953125
SRDSP,λ<=log n,8192,0,74696,9.1181640625
SHDSP,λ<=log n,8192,0,69790,8.519287109375
SHDSP,λ<=log n,8192,0,65634,8.011962890625
SHDSP,λ<=log n,8192,0,70122,8.559814453125
SHDSP,λ<=log n,8192,0,66800,8.154296875
SHDSP,λ<=log n,8192,0,64491,7.8724365234375
SHDSP,λ<=log n,8192,0,62402,7.617431640625
SHDSP,λ<=log n,8192,0,65929,8.0479736328125
SHDSP,λ<=log n,8192,0,72986,8.909423828125
SHDSP,λ<=log n,8192,0,72496,8.849609375
SHDSP,λ<=log n,8192,0,70113,8.5587158203125
SHDSP,λ<=log n,8192,0,80424,9.8173828125
SHDSP,λ<=log n,8192,0,76198,9.301513671875
SHDSP,λ<=log n,8192,0,71992,8.7880859375
SHDSP,λ<=log n,8192,0,66264,8.0888671875
SHDSP,λ<=log n,8192,0,67695,8.2635498046875
SHDSP,λ<=log n,8192,0,66044,8.06201171875
SHDSP,λ<=log n,8192,0,65666,8.015869140625
SHDSP,λ<=log n,8192,0,72205,8.8140869140625
SHDSP,λ<=log n,8192,0,66798,8.154052734375
SHDSP,λ<=log n,8192,0,70538,8.610595703125
SHDSP,λ<=log n,8192,0,70762,8.637939453125
SHDSP,λ<=log n,8192,0,64504,7.8740234375
SHDSP,λ<=log n,8192,0,67853,8.2828369140625
SHDSP,λ<=log n,8192,0,73880,9.0185546875
SHDSP,λ<=log n,8192,0,69005,8.4234619140625
SHDSP,λ<=log n,8192,0,67973,8.2974853515625
SHDSP,λ<=log n,8192,0,75018,9.157470703125
SHDSP,λ<=log n,8192,0,71696,8.751953125
SHDSP,λ<=log n,8192,0,71659,8.7474365234375
SHDSP,λ<=log n,8192,0,68179,8.3226318359375
SHDSP,λ<=log n,8192,0,67032,8.1826171875
SHDSP,λ<=log n,8192,0,65386,7.981689453125
SHDSP,λ<=log n,8192,0,65987,8.0550537109375
SHDSP,λ<=log n,8192,0,67985,8.2989501953125
SHDSP,λ<=log n,8192,0,68586,8.372314453125
SHDSP,λ<=log n,8192,0,69628,8.49951171875
SHDSP,λ<=log n,8192,0,71888,8.775390625
SHDSP,λ<=log n,8192,0,71352,8.7099609375
SHDSP,λ<=log n,8192,0,66882,8.164306640625
SHDSP,λ<=log n,8192,0,69252,8.45361328125
SHDSP,λ<=log n,8192,0,76199,9.3016357421875
SHDSP,λ<=log n,8192,0,66761,8.1495361328125
SHDSP,λ<=log n,8192,0,68461,8.3570556640625
SHDSP,λ<=log n,8192,0,65597,8.0074462890625
SHDSP,λ<=log n,8192,0,72036,8.79345703125
SHDSP,λ<=log n,8192,0,70012,8.54638671875
SHDSP,λ<=log n,8192,0,77496,9.4599609375
SHDSP,λ<=log n,8192,0,71434,8.719970703125
SHDSP,λ<=log n,8192,0,65797,8.0318603515625
SHDSP,λ<=log n,8192,0,66715,8.1439208984375
SHDSP,λ<=log n,8192,0,68880,8.408203125
SHDSP,λ<=log n,8192,0,66749,8.1480712890625
SHDSP,λ<=log n,8192,0,69807,8.5213623046875
SHDSP,λ<=log n,8192,0,71282,8.701416015625
SHDSP,λ<=log n,8192,0,69128,8.4384765625
SHDSP,λ<=log n,8192,0,65832,8.0361328125
SHDSP,λ<=log n,8192,0,67769,8.2725830078125
SHDSP,λ<=log n,8192,0,79703,9.7293701171875
SHDSP,λ<=log n,8192,0,65235,7.9632568359375
SHDSP,λ<=log n,8192,0,68295,8.3367919921875
SHDSP,λ<=log n,8192,0,73862,9.016357421875
SHDSP,λ<=log n,8192,0,67111,8.1922607421875
SHDSP,λ<=log n,8192,0,68288,8.3359375
SHDSP,λ<=log n,8192,0,81088,9.8984375
SHDSP,λ<=log n,8192,0,66538,8.122314453125
SHDSP,λ<=log n,8192,0,69607,8.4969482421875
SHDSP,λ<=log n,8192,0,64573,7.8824462890625
SHDSP,λ<=log n,8192,0,67589,8.2506103515625
SHDSP,λ<=log n,8192,0,64057,7.8194580078125
SHDSP,λ<=log n,8192,0,68962,8.418212890625
SHDSP,λ<=log n,8192,0,71083,8.6771240234375
SHDSP,λ<=log n,8192,0,67569,8.2481689453125
SHDSP,λ<=log n,8192,0,67542,8.244873046875
SHDSP,λ<=log n,8192,0,69760,8.515625
SHDSP,λ<=log n,8192,0,83756,10.22412109375
SHDSP,λ<=log n,8192,0,74679,9.1160888671875
SHDSP,λ<=log n,8192,0,66737,8.1466064453125
SHDSP,λ<=log n,8192,0,69798,8.520263671875
SHDSP,λ<=log n,8192,0,68413,8.3511962890625
SHDSP,λ<=log n,8192,0,72521,8.8526611328125
SHDSP,λ<=log n,8192,0,69928,8.5361328125
SHDSP,λ<=log n,8192,0,69030,8.426513671875
SHDSP,λ<=log n,8192,0,68329,8.3409423828125
SHDSP,λ<=log n,8192,0,65135,7.9510498046875
SHDSP,λ<=log n,8192,0,64757,7.9049072265625
SHDSP,λ<=log n,8192,0,65313,7.9727783203125
SHDSP,λ<=log n,8192,0,69274,8.456298828125
SHDSP,λ<=log n,8192,0,73652,8.99072265625
SHDSP,λ<=log n,8192,0,77347,9.4417724609375
SHDSP,λ<=log n,8192,0,69375,8.4686279296875
SHDSP,λ<=log n,8192,0,67221,8.2056884765625
SHDSP,λ<=log n,8192,0,73330,8.951416015625
SHDSP,λ<=log n,8192,0,68779,8.3958740234375
SHDSP,λ<=log n,8192,0,68282,8.335205078125
SHDSP,λ<=log n,8192,0,67177,8.2003173828125
SHDSP,λ<=log n,8192,0,73102,8.923583984375
SHDSP,λ<=log n,8192,0,69572,8.49267578125
SHDSP,λ<=log n,8192,0,69217,8.4493408203125
SHDSP,λ<=log n,8192,0,65917,8.0465087890625
SHLSP,λ<=log n,8192,0,74349,9.0758056640625
SHLSP,λ<=log n,8192,0,75569,9.2247314453125
SHLSP,λ<=log n,8192,0,84701,10.3394775390625
SHLSP,λ<=log n,8192,0,75961,9.2725830078125
SHLSP,λ<=log n,8192,0,68690,8.385009765625
SHLSP,λ<=log n,8192,0,68488,8.3603515625
SHLSP,λ<=log n,8192,0,67392,8.2265625
SHLSP,λ<=log n,8192,0,82222,10.036865234375
SHLSP,λ<=log n,8192,0,72184,8.8115234375
SHLSP,λ<=log n,8192,0,88150,10.760498046875
SHLSP,λ<=log n,8192,0,70602,8.618408203125
SHLSP,λ<=log n,8192,0,72828,8.89013671875
SHLSP,λ<=log n,8192,0,76765,9.3707275390625
SHLSP,λ<=log n,8192,0,70496,8.60546875
SHLSP,λ<=log n,8192,0,72965,8.9068603515625
SHLSP,λ<=log n,8192,0,70953,8.6612548828125
SHLSP,λ<=log n,8192,0,75470,9.212646484375
SHLSP,λ<=log n,8192,0,74467,9.0902099609375
SHLSP,λ<=log n,8192,0,74799,9.1307373046875
SHLSP,λ<=log n,8192,0,70490,8.604736328125
SHLSP,λ<=log n,8192,0,73823,9.0115966796875
SHLSP,λ<=log n,8192,0,72247,8.8192138671875
SHLSP,λ<=log n,8192,0,77031,9.4031982421875
SHLSP,λ<=log n,8192,0,81730,9.976806640625
SHLSP,λ<=log n,8192,0,82321,10.0489501953125
SHLSP,λ<=log n,8192,0,72131,8.8050537109375
SHLSP,λ<=log n,8192,0,73575,8.9813232421875
SHLSP,λ<=log n,8192,0,79621,9.7193603515625
SHLSP,λ<=log n,8192,0,71799,8.7645263671875
SHLSP,λ<=log n,8192,0,74543,9.0994873046875
SHLSP,λ<=log n,8192,0,72434,8.842041015625
SHLSP,λ<=log n,8192,0,67571,8.2484130859375
SHLSP,λ<=log n,8192,0,77027,9.4027099609375
SHLSP,λ<=log n,8192,0,75018,9.157470703125
SHLSP,λ<=log n,8192,0,87429,10.6724853515625
SHLSP,λ<=log n,8192,0,86094,10.509521484375
SHLSP,λ<=log n,8192,0,77675,9.4818115234375
SHLSP,λ<=log n,8192,0,74463,9.0897216796875
SHLSP,λ<=log n,8192,0,82454,10.065185546875
SHLSP,λ<=log n,8192,0,74119,9.0477294921875
SHLSP,λ<=log n,8192,0,73426,8.963134765625
SHLSP,λ<=log n,8192,0,73341,8.9527587890625
SHLSP,λ<=log n,8192,0,75477,9.2135009765625
SHLSP,λ<=log n,8192,0,71161,8.6866455078125
SHLSP,λ<=log n,8192,0,71380,8.71337890625
SHLSP,λ<=log n,8192,0,75851,9.2591552734375
SHLSP,λ<=log n,8192,0,70903,8.6551513671875
SHLSP,λ<=log n,8192,0,76035,9.2816162109375
SHLSP,λ<=log n,8192,0,73035,8.9154052734375
SHLSP,λ<=log n,8192,0,70638,8.622802734375
SHLSP,λ<=log n,8192,0,71496,8.7275390625
SHLSP,λ<=log n,8192,0,72695,8.8739013671875
SHLSP,λ<=log n,8192,0,80149,9.7838134765625
SHLSP,λ<=log n,8192,0,70630,8.621826171875
SHLSP,λ<=log n,8192,0,74485,9.0924072265625
SHLSP,λ<=log n,8192,0,70724,8.63330078125
SHLSP,λ<=log n,8192,0,77513,9.4620361328125
SHLSP,λ<=log n,8192,0,73188,8.93408203125
SHLSP,λ<=log n,8192,0,75917,9.2672119140625
SHLSP,λ<=log n,8192,0,73086,8.921630859375
SHLSP,λ<=log n,8192,0,79277,9.6773681640625
SHLSP,λ<=log n,8192,0,69007,8.4237060546875
SHLSP,λ<=log n,8192,0,74233,9.0616455078125
SHLSP,λ<=log n,8192,0,74505,9.0948486328125
SHLSP,λ<=log n,8192,0,71518,8.730224609375
SHLSP,λ<=log n,8192,0,82411,10.0599365234375
SHLSP,λ<=log n,8192,0,72677,8.8717041015625
SHLSP,λ<=log n,8192,0,77884,9.50732421875
SHLSP,λ<=log n,8192,0,70666,8.626220703125
SHLSP,λ<=log n,8192,0,70798,8.642333984375
SHLSP,λ<=log n,8192,0,71889,8.7755126953125
SHLSP,λ<=log n,8192,0,72799,8.8865966796875
SHLSP,λ<=log n,8192,0,75408,9.205078125
SHLSP,λ<=log n,8192,0,77602,9.472900390625
SHLSP,λ<=log n,8192,0,72121,8.8038330078125
SHLSP,λ<=log n,8192,0,69609,8.4971923828125
SHLSP,λ<=log n,8192,0,76443,9.3314208984375
SHLSP,λ<=log n,8192,0,69896,8.5322265625
SHLSP,λ<=log n,8192,0,76005,9.2779541015625
SHLSP,λ<=log n,8192,0,71606,8.740966796875
SHLSP,λ<=log n,8192,0,72185,8.8116455078125
SHLSP,λ<=log n,8192,0,71674,8.749267578125
SHLSP,λ<=log n,8192,0,82017,10.0118408203125
SHLSP,λ<=log n,8192,0,74170,9.053955078125
SHLSP,λ<=log n,8192,0,71804,8.76513671875
SHLSP,λ<=log n,8192,0,73118,8.925537109375
SHLSP,λ<=log n,8192,0,77103,9.4119873046875
SHLSP,λ<=log n,8192,0,68827,8.4017333984375
SHLSP,λ<=log n,8192,0,71761,8.7598876953125
SHLSP,λ<=log n,8192,0,72826,8.889892578125
SHLSP,λ<=log n,8192,0,72355,8.8323974609375
SHLSP,λ<=log n,8192,0,74350,9.075927734375
SHLSP,λ<=log n,8192,0,70787,8.6409912109375
SHLSP,λ<=log n,8192,0,81386,9.934814453125
SHLSP,λ<=log n,8192,0,72827,8.8900146484375
SHLSP,λ<=log n,8192,0,71197,8.6910400390625
SHLSP,λ<=log n,8192,0,72809,8.8878173828125
SHLSP,λ<=log n,8192,0,73443,8.9652099609375
SHLSP,λ<=log n,8192,0,71609,8.7413330078125
SHLSP,λ<=log n,8192,0,72912,8.900390625
SRLSP,λ<=log n,8192,0,78768,9.615234375
SRLSP,λ<=log n,8192,0,74994,9.154541015625
SRLSP,λ<=log n,8192,0,76538,9.343017578125
SRLSP,λ<=log n,8192,0,81991,10.0086669921875
SRLSP,λ<=log n,8192,0,80016,9.767578125
SRLSP,λ<=log n,8192,0,76418,9.328369140625
SRLSP,λ<=log n,8192,0,79605,9.7174072265625
SRLSP,λ<=log n,8192,0,76972,9.39599609375
SRLSP,λ<=log n,8192,0,75657,9.2354736328125
SRLSP,λ<=log n,8192,0,75861,9.2603759765625
SRLSP,λ<=log n,8192,0,79519,9.7069091796875
SRLSP,λ<=log n,8192,0,77857,9.5040283203125
SRLSP,λ<=log n,8192,0,74603,9.1068115234375
SRLSP,λ<=log n,8192,0,74725,9.1217041015625
SRLSP,λ<=log n,8192,0,86703,10.5838623046875
SRLSP,λ<=log n,8192,0,73287,8.9461669921875
SRLSP,λ<=log n,8192,0,83880,10.2392578125
SRLSP,λ<=log n,8192,0,84048,10.259765625
SRLSP,λ<=log n,8192,0,81723,9.9759521484375
SRLSP,λ<=log n,8192,0,74276,9.06689453125
SRLSP,λ<=log n,8192,0,75029,9.1588134765625
SRLSP,λ<=log n,8192,0,73149,8.9293212890625
SRLSP,λ<=log n,8192,0,80036,9.77001953125
SRLSP,λ<=log n,8192,0,78026,9.524658203125
SRLSP,λ<=log n,8192,0,92443,11.2845458984375
SRLSP,λ<=log n,8192,0,71117,8.6812744140625
SRLSP,λ<=log n,8192,0,77582,9.470458984375
SRLSP,λ<=log n,8192,0,79500,9.70458984375
SRLSP,λ<=log n,8192,0,77733,9.4888916015625
SRLSP,λ<=log n,8192,0,78435,9.5745849609375
SRLSP,λ<=log n,8192,0,84422,10.305419921875
SRLSP,λ<=log n,8192,0,87500,10.68115234375
SRLSP,λ<=log n,8192,0,75821,9.2554931640625
SRLSP,λ<=log n,8192,0,85491,10.4359130859375
SRLSP,λ<=log n,8192,0,76413,9.3277587890625
SRLSP,λ<=log n,8192,0,79983,9.7635498046875
SRLSP,λ<=log n,8192,0,86222,10.525146484375
SRLSP,λ<=log n,8192,0,77131,9.4154052734375
SRLSP,λ<=log n,8192,0,73374,8.956787109375
SRLSP,λ<=log n,8192,0,79673,9.7257080078125
SRLSP,λ<=log n,8192,0,78477,9.5797119140625
SRLSP,λ<=log n,8192,0,77982,9.519287109375
SRLSP,λ<=log n,8192,0,83719,10.2196044921875
SRLSP,λ<=log n,8192,0,74910,9.144287109375
SRLSP,λ<=log n,8192,0,80417,9.8165283203125
SRLSP,λ<=log n,8192,0,74026,9.036376953125
SRLSP,λ<=log n,8192,0,74259,9.0648193359375
SRLSP,λ<=log n,8192,0,75409,9.2052001953125
SRLSP,λ<=log n,8192,0,77311,9.4373779296875
SRLSP,λ<=log n,8192,0,78893,9.6304931640625
SRLSP,λ<=log n,8192,0,80529,9.8302001953125
SRLSP,λ<=log n,8192,0,75503,9.2166748046875
SRLSP,λ<=log n,8192,0,77133,9.4156494140625
SRLSP,λ<=log n,8192,0,73230,8.939208984375
SRLSP,λ<=log n,8192,0,83223,10.1590576171875
SRLSP,λ<=log n,8192,0,84240,10.283203125
SRLSP,λ<=log n,8192,0,93219,11.3792724609375
SRLSP,λ<=log n,8192,0,83509,10.1939697265625
SRLSP,λ<=log n,8192,0,76761,9.3702392578125
SRLSP,λ<=log n,8192,0,78793,9.6182861328125
SRLSP,λ<=log n,8192,0,74915,9.1448974609375
SRLSP,λ<=log n,8192,0,78773,9.6158447265625
SRLSP,λ<=log n,8192,0,83334,10.172607421875
SRLSP,λ<=log n,8192,0,75205,9.1802978515625
SRLSP,λ<=log n,8192,0,90199,11.0106201171875
SRLSP,λ<=log n,8192,0,74934,9.147216796875
SRLSP,λ<=log n,8192,0,81409,9.9376220703125
SRLSP,λ<=log n,8192,0,77694,9.484130859375
SRLSP,λ<=log n,8192,0,75958,9.272216796875
SRLSP,λ<=log n,8192,0,75174,9.176513671875
SRLSP,λ<=log n,8192,0,87123,10.6351318359375
SRLSP,λ<=log n,8192,0,77373,9.4449462890625
SRLSP,λ<=log n,8192,0,79639,9.7215576171875
SRLSP,λ<=log n,8192,0,88951,10.8582763671875
SRLSP,λ<=log n,8192,0,76234,9.305908203125
SRLSP,λ<=log n,8192,0,76217,9.3038330078125
SRLSP,λ<=log n,8192,0,78960,9.638671875
SRLSP,λ<=log n,8192,0,78126,9.536865234375
SRLSP,λ<=log n,8192,0,84401,10.3028564453125
SRLSP,λ<=log n,8192,0,79090,9.654541015625
SRLSP,λ<=log n,8192,0,77945,9.5147705078125
SRLSP,λ<=log n,8192,0,74423,9.0848388671875
SRLSP,λ<=log n,8192,0,79380,9.68994140625
SRLSP,λ<=log n,8192,0,77565,9.4683837890625
SRLSP,λ<=log n,8192,0,77103,9.4119873046875
SRLSP,λ<=log n,8192,0,74977,9.1524658203125
SRLSP,λ<=log n,8192,0,81157,9.9068603515625
SRLSP,λ<=log n,8192,0,80499,9.8265380859375
SRLSP,λ<=log n,8192,0,72303,8.8260498046875
SRLSP,λ<=log n,8192,0,75107,9.1683349609375
SRLSP,λ<=log n,8192,0,77859,9.5042724609375
SRLSP,λ<=log n,8192,0,79028,9.64697265625
SRLSP,λ<=log n,8192,0,79332,9.68408203125
SRLSP,λ<=log n,8192,0,75009,9.1563720703125
SRLSP,λ<=log n,8192,0,76731,9.3665771484375
SRLSP,λ<=log n,8192,0,77775,9.4940185546875
SRLSP,λ<=log n,8192,0,78979,9.6409912109375
SRLSP,λ<=log n,8192,0,74394,9.081298828125
SRLSP,λ<=log n,8192,0,77704,9.4853515625
SRLSP,λ<=log n,8192,0,83675,10.2142333984375
SSLSP,λ<=log n,8192,0,100457,12.2628173828125
SSLSP,λ<=log n,8192,0,92646,11.309326171875
SSLSP,λ<=log n,8192,0,100427,12.2591552734375
SSLSP,λ<=log n,8192,0,88564,10.81103515625
SSLSP,λ<=log n,8192,0,101409,12.3790283203125
SSLSP,λ<=log n,8192,0,95290,11.632080078125
SSLSP,λ<=log n,8192,0,96938,11.833251953125
SSLSP,λ<=log n,8192,0,100280,12.2412109375
SSLSP,λ<=log n,8192,0,98790,12.059326171875
SSLSP,λ<=log n,8192,0,97402,11.889892578125
SSLSP,λ<=log n,8192,0,96999,11.8406982421875
SSLSP,λ<=log n,8192,0,94414,11.525146484375
SSLSP,λ<=log n,8192,0,104160,12.71484375
SSLSP,λ<=log n,8192,0,95428,11.64892578125
SSLSP,λ<=log n,8192,0,104350,12.738037109375
SSLSP,λ<=log n,8192,0,100806,12.305419921875
SSLSP,λ<=log n,8192,0,92269,11.2633056640625
SSLSP,λ<=log n,8192,0,99308,12.12255859375
SSLSP,λ<=log n,8192,0,101267,12.3616943359375
SSLSP,λ<=log n,8192,0,90980,11.10595703125
SSLSP,λ<=log n,8192,0,102312,12.4892578125
SSLSP,λ<=log n,8192,0,105310,12.855224609375
SSLSP,λ<=log n,8192,0,102744,12.5419921875
SSLSP,λ<=log n,8192,0,94263,11.5067138671875
SSLSP,λ<=log n,8192,0,107204,13.08642578125
SSLSP,λ<=log n,8192,0,99366,12.129638671875
SSLSP,λ<=log n,8192,0,106781,13.0347900390625
SSLSP,λ<=log n,8192,0,91393,11.1563720703125
SSLSP,λ<=log n,8192,0,96358,11.762451171875
SSLSP,λ<=log n,8192,0,94753,11.5665283203125
SSLSP,λ<=log n,8192,0,94425,11.5264892578125
SSLSP,λ<=log n,8192,0,93865,11.4581298828125
SSLSP,λ<=log n,8192,0,92955,11.3470458984375
SSLSP,λ<=log n,8192,0,105084,12.82763671875
SSLSP,λ<=log n,8192,0,96458,11.774658203125
SSLSP,λ<=log n,8192,0,95881,11.7042236328125
SSLSP,λ<=log n,8192,0,101416,12.3798828125
SSLSP,λ<=log n,8192,0,95767,11.6903076171875
SSLSP,λ<=log n,8192,0,90916,11.09814453125
SSLSP,λ<=log n,8192,0,95240,11.6259765625
SSLSP,λ<=log n,8192,0,91069,11.1168212890625
SSLSP,λ<=log n,8192,0,104117,12.7095947265625
SSLSP,λ<=log n,8192,0,104832,12.796875
SSLSP,λ<=log n,8192,0,96571,11.7884521484375
SSLSP,λ<=log n,8192,0,102169,12.4718017578125
SSLSP,λ<=log n,8192,0,96573,11.7886962890625
SSLSP,λ<=log n,8192,0,106334,12.980224609375
SSLSP,λ<=log n,8192,0,106589,13.0113525390625
SSLSP,λ<=log n,8192,0,107623,13.1375732421875
SSLSP,λ<=log n,8192,0,100468,12.26416015625
SSLSP,λ<=log n,8192,0,92368,11.275390625
SSLSP,λ<=log n,8192,0,105401,12.8663330078125
SSLSP,λ<=log n,8192,0,95610,11.671142578125
SSLSP,λ<=log n,8192,0,89268,10.89697265625
SSLSP,λ<=log n,8192,0,101473,12.3868408203125
SSLSP,λ<=log n,8192,0,97223,11.8680419921875
SSLSP,λ<=log n,8192,0,97371,11.8861083984375
SSLSP,λ<=log n,8192,0,95974,11.715576171875
SSLSP,λ<=log n,8192,0,99212,12.11083984375
SSLSP,λ<=log n,8192,0,109834,13.407470703125
SSLSP,λ<=log n,8192,0,96367,11.7635498046875
SSLSP,λ<=log n,8192,0,97439,11.8944091796875
SSLSP,λ<=log n,8192,0,103088,12.583984375
SSLSP,λ<=log n,8192,0,94077,11.4840087890625
SSLSP,λ<=log n,8192,0,97585,11.9122314453125
SSLSP,λ<=log n,8192,0,95617,11.6719970703125
SSLSP,λ<=log n,8192,0,104720,12.783203125
SSLSP,λ<=log n,8192,0,96139,11.7357177734375
SSLSP,λ<=log n,8192,0,96882,11.826416015625
SSLSP,λ<=log n,8192,0,94222,11.501708984375
SSLSP,λ<=log n,8192,0,92116,11.24462890625
SSLSP,λ<=log n,8192,0,91741,11.1988525390625
SSLSP,λ<=log n,8192,0,93224,11.3798828125
SSLSP,λ<=log n,8192,0,92059,11.2376708984375
SSLSP,λ<=log n,8192,0,95076,11.60595703125
SSLSP,λ<=log n,8192,0,101960,12.4462890625
SSLSP,λ<=log n,8192,0,102033,12.4552001953125
SSLSP,λ<=log n,8192,0,98762,12.055908203125
SSLSP,λ<=log n,8192,0,99069,12.0933837890625
SSLSP,λ<=log n,8192,0,94804,11.57275390625
SSLSP,λ<=log n,8192,0,120401,14.6973876953125
SSLSP,λ<=log n,8192,0,97389,11.8883056640625
SSLSP,λ<=log n,8192,0,110151,13.4461669921875
SSLSP,λ<=log n,8192,0,92082,11.240478515625
SSLSP,λ<=log n,8192,0,91253,11.1392822265625
SSLSP,λ<=log n,8192,0,89859,10.9691162109375
SSLSP,λ<=log n,8192,0,107656,13.1416015625
SSLSP,λ<=log n,8192,0,101328,12.369140625
SSLSP,λ<=log n,8192,0,92633,11.3077392578125
SSLSP,λ<=log n,8192,0,94361,11.5186767578125
SSLSP,λ<=log n,8192,0,102751,12.5428466796875
SSLSP,λ<=log n,8192,0,94422,11.526123046875
SSLSP,λ<=log n,8192,0,94889,11.5831298828125
SSLSP,λ<=log n,8192,0,95170,11.617431640625
SSLSP,λ<=log n,8192,0,97483,11.8997802734375
SSLSP,λ<=log n,8192,0,93492,11.41259765625
SSLSP,λ<=log n,8192,0,98652,12.04248046875
SSLSP,λ<=log n,8192,0,117900,14.39208984375
SSLSP,λ<=log n,8192,0,101468,12.38623046875
SSLSP,λ<=log n,8192,0,100641,12.2852783203125
SSDMP,λ<=log n,8192,0,79204,9.66845703125
SSDMP,λ<=log n,8192,0,82054,10.016357421875
SSDMP,λ<=log n,8192,0,102384,12.498046875
SSDMP,λ<=log n,8192,0,88293,10.7779541015625
SSDMP,λ<=log n,8192,0,77013,9.4010009765625
SSDMP,λ<=log n,8192,0,77932,9.51318359375
SSDMP,λ<=log n,8192,0,81111,9.9012451171875
SSDMP,λ<=log n,8192,0,86184,10.5205078125
SSDMP,λ<=log n,8192,0,80814,9.864990234375
SSDMP,λ<=log n,8192,0,87053,10.6265869140625
SSDMP,λ<=log n,8192,0,80725,9.8541259765625
SSDMP,λ<=log n,8192,0,87160,10.6396484375
SSDMP,λ<=log n,8192,0,76420,9.32861328125
SSDMP,λ<=log n,8192,0,80213,9.7916259765625
SSDMP,λ<=log n,8192,0,88624,10.818359375
SSDMP,λ<=log n,8192,0,86289,10.5333251953125
SSDMP,λ<=log n,8192,0,75657,9.2354736328125
SSDMP,λ<=log n,8192,0,77395,9.4476318359375
SSDMP,λ<=log n,8192,0,82518,10.072998046875
SSDMP,λ<=log n,8192,0,88389,10.7896728515625
SSDMP,λ<=log n,8192,0,94461,11.5308837890625
SSDMP,λ<=log n,8192,0,81022,9.890380859375
SSDMP,λ<=log n,8192,0,82403,10.0589599609375
SSDMP,λ<=log n,8192,0,88912,10.853515625
SSDMP,λ<=log n,8192,0,82217,10.0362548828125
SSDMP,λ<=log n,8192,0,78986,9.641845703125
SSDMP,λ<=log n,8192,0,98991,12.0838623046875
SSDMP,λ<=log n,8192,0,77660,9.47998046875
SSDMP,λ<=log n,8192,0,90966,11.104248046875
SSDMP,λ<=log n,8192,0,92998,11.352294921875
SSDMP,λ<=log n,8192,0,98565,12.0318603515625
SSDMP,λ<=log n,8192,0,79511,9.7059326171875
SSDMP,λ<=log n,8192,0,86418,10.549072265625
SSDMP,λ<=log n,8192,0,96078,11.728271484375
SSDMP,λ<=log n,8192,0,85836,10.47802734375
SSDMP,λ<=log n,8192,0,87590,10.692138671875
SSDMP,λ<=log n,8192,0,87466,10.677001953125
SSDMP,λ<=log n,8192,0,77935,9.5135498046875
SSDMP,λ<=log n,8192,0,83335,10.1727294921875
SSDMP,λ<=log n,8192,0,82738,10.099853515625
SSDMP,λ<=log n,8192,0,82777,10.1046142578125
SSDMP,λ<=log n,8192,0,78415,9.5721435546875
SSDMP,λ<=log n,8192,0,95050,11.602783203125
SSDMP,λ<=log n,8192,0,86560,10.56640625
SSDMP,λ<=log n,8192,0,76601,9.3507080078125
SSDMP,λ<=log n,8192,0,82472,10.0673828125
SSDMP,λ<=log n,8192,0,94078,11.484130859375
SSDMP,λ<=log n,8192,0,75480,9.2138671875
SSDMP,λ<=log n,8192,0,84972,10.37255859375
SSDMP,λ<=log n,8192,0,86653,10.5777587890625
SSDMP,λ<=log n,8192,0,79890,9.752197265625
SSDMP,λ<=log n,8192,0,81732,9.97705078125
SSDMP,λ<=log n,8192,0,83302,10.168701171875
SSDMP,λ<=log n,8192,0,87934,10.734130859375
SSDMP,λ<=log n,8192,0,76094,9.288818359375
SSDMP,λ<=log n,8192,0,86571,10.5677490234375
SSDMP,λ<=log n,8192,0,83835,10.2337646484375
SSDMP,λ<=log n,8192,0,76281,9.3116455078125
SSDMP,λ<=log n,8192,0,84062,10.261474609375
SSDMP,λ<=log n,8192,0,93333,11.3931884765625
SSDMP,λ<=log n,8192,0,81391,9.9354248046875
SSDMP,λ<=log n,8192,0,85647,10.4549560546875
SSDMP,λ<=log n,8192,0,110059,13.4349365234375
SSDMP,λ<=log n,8192,0,80370,9.810791015625
SSDMP,λ<=log n,8192,0,79376,9.689453125
SSDMP,λ<=log n,8192,0,86003,10.4984130859375
SSDMP,λ<=log n,8192,0,78071,9.5301513671875
SSDMP,λ<=log n,8192,0,90069,10.9947509765625
SSDMP,λ<=log n,8192,0,88091,10.7532958984375
SSDMP,λ<=log n,8192,0,83576,10.2021484375
SSDMP,λ<=log n,8192,0,80124,9.78076171875
SSDMP,λ<=log n,8192,0,81024,9.890625
SSDMP,λ<=log n,8192,0,83032,10.1357421875
SSDMP,λ<=log n,8192,0,96123,11.7337646484375
SSDMP,λ<=log n,8192,0,82065,10.0177001953125
SSDMP,λ<=log n,8192,0,84784,10.349609375
SSDMP,λ<=log n,8192,0,81995,10.0091552734375
SSDMP,λ<=log n,8192,0,84701,10.3394775390625
SSDMP,λ<=log n,8192,0,81424,9.939453125
SSDMP,λ<=log n,8192,0,103517,12.6363525390625
SSDMP,λ<=log n,8192,0,85833,10.4776611328125
SSDMP,λ<=log n,8192,0,89338,10.905517578125
SSDMP,λ<=log n,8192,0,84866,10.359619140625
SSDMP,λ<=log n,8192,0,82965,10.1275634765625
SSDMP,λ<=log n,8192,0,88572,10.81201171875
SSDMP,λ<=log n,8192,0,81881,9.9952392578125
SSDMP,λ<=log n,8192,0,80490,9.825439453125
SSDMP,λ<=log n,8192,0,79670,9.725341796875
SSDMP,λ<=log n,8192,0,89017,10.8663330078125
SSDMP,λ<=log n,8192,0,86039,10.5028076171875
SSDMP,λ<=log n,8192,0,84863,10.3592529296875
SSDMP,λ<=log n,8192,0,84293,10.2896728515625
SSDMP,λ<=log n,8192,0,74692,9.11767578125
SSDMP,λ<=log n,8192,0,92229,11.2584228515625
SSDMP,λ<=log n,8192,0,93524,11.41650390625
SSDMP,λ<=log n,8192,0,82432,10.0625
SSDMP,λ<=log n,8192,0,77339,9.4407958984375
SSDMP,λ<=log n,8192,0,83586,10.203369140625
SSDMP,λ<=log n,8192,0,88483,10.8011474609375
SSDMP,λ<=log n,8192,0,84743,10.3446044921875
SRDMP,λ<=log n,8192,0,62875,7.6751708984375
SRDMP,λ<=log n,8192,0,69307,8.4603271484375
SRDMP,λ<=log n,8192,0,67275,8.2122802734375
SRDMP,λ<=log n,8192,0,65123,7.9495849609375
SRDMP,λ<=log n,8192,0,57557,7.0260009765625
SRDMP,λ<=log n,8192,0,63022,7.693115234375
SRDMP,λ<=log n,8192,0,67005,8.1793212890625
SRDMP,λ<=log n,8192,0,65546,8.001220703125
SRDMP,λ<=log n,8192,0,61722,7.534423828125
SRDMP,λ<=log n,8192,0,65524,7.99853515625
SRDMP,λ<=log n,8192,0,69897,8.5323486328125
SRDMP,λ<=log n,8192,0,63007,7.6912841796875
SRDMP,λ<=log n,8192,0,67470,8.236083984375
SRDMP,λ<=log n,8192,0,64006,7.813232421875
SRDMP,λ<=log n,8192,0,57862,7.063232421875
SRDMP,λ<=log n,8192,0,71261,8.6988525390625
SRDMP,λ<=log n,8192,0,61355,7.4896240234375
SRDMP,λ<=log n,8192,0,66890,8.165283203125
SRDMP,λ<=log n,8192,0,61900,7.55615234375
SRDMP,λ<=log n,8192,0,63463,7.7469482421875
SRDMP,λ<=log n,8192,0,59043,7.2073974609375
SRDMP,λ<=log n,8192,0,66019,8.0589599609375
SRDMP,λ<=log n,8192,0,66780,8.15185546875
SRDMP,λ<=log n,8192,0,71281,8.7012939453125
SRDMP,λ<=log n,8192,0,64990,7.933349609375
SRDMP,λ<=log n,8192,0,62629,7.6451416015625
SRDMP,λ<=log n,8192,0,68275,8.3343505859375
SRDMP,λ<=log n,8192,0,72144,8.806640625
SRDMP,λ<=log n,8192,0,64689,7.8966064453125
SRDMP,λ<=log n,8192,0,68325,8.3404541015625
SRDMP,λ<=log n,8192,0,58245,7.1099853515625
SRDMP,λ<=log n,8192,0,65605,8.0084228515625
SRDMP,λ<=log n,8192,0,74522,9.096923828125
SRDMP,λ<=log n,8192,0,63594,7.762939453125
SRDMP,λ<=log n,8192,0,64316,7.85107421875
SRDMP,λ<=log n,8192,0,61771,7.5404052734375
SRDMP,λ<=log n,8192,0,60065,7.3321533203125
SRDMP,λ<=log n,8192,0,65062,7.942138671875
SRDMP,λ<=log n,8192,0,60560,7.392578125
SRDMP,λ<=log n,8192,0,65510,7.996826171875
SRDMP,λ<=log n,8192,0,66009,8.0577392578125
SRDMP,λ<=log n,8192,0,62034,7.572509765625
SRDMP,λ<=log n,8192,0,68793,8.3975830078125
SRDMP,λ<=log n,8192,0,58502,7.141357421875
SRDMP,λ<=log n,8192,0,64515,7.8753662109375
SRDMP,λ<=log n,8192,0,61095,7.4578857421875
SRDMP,λ<=log n,8192,0,64178,7.834228515625
SRDMP,λ<=log n,8192,0,70388,8.59228515625
SRDMP,λ<=log n,8192,0,65297,7.9708251953125
SRDMP,λ<=log n,8192,0,62327,7.6082763671875
SRDMP,λ<=log n,8192,0,62764,7.66162109375
SRDMP,λ<=log n,8192,0,65792,8.03125
SRDMP,λ<=log n,8192,0,69581,8.4937744140625
SRDMP,λ<=log n,8192,0,63210,7.716064453125
SRDMP,λ<=log n,8192,0,68059,8.3079833984375
SRDMP,λ<=log n,8192,0,61107,7.4593505859375
SRDMP,λ<=log n,8192,0,64513,7.8751220703125
SRDMP,λ<=log n,8192,0,58023,7.0828857421875
SRDMP,λ<=log n,8192,0,69924,8.53564453125
SRDMP,λ<=log n,8192,0,62695,7.6531982421875
SRDMP,λ<=log n,8192,0,73180,8.93310546875
SRDMP,λ<=log n,8192,0,69863,8.5281982421875
SRDMP,λ<=log n,8192,0,63864,7.7958984375
SRDMP,λ<=log n,8192,0,62841,7.6710205078125
SRDMP,λ<=log n,8192,0,61137,7.4630126953125
SRDMP,λ<=log n,8192,0,78876,9.62841796875
SRDMP,λ<=log n,8192,0,70798,8.642333984375
SRDMP,λ<=log n,8192,0,63396,7.73876953125
SRDMP,λ<=log n,8192,0,66909,8.1676025390625
SRDMP,λ<=log n,8192,0,64423,7.8641357421875
SRDMP,λ<=log n,8192,0,60858,7.428955078125
SRDMP,λ<=log n,8192,0,60738,7.414306640625
SRDMP,λ<=log n,8192,0,62978,7.687744140625
SRDMP,λ<=log n,8192,0,62205,7.5933837890625
SRDMP,λ<=log n,8192,0,74614,9.108154296875
SRDMP,λ<=log n,8192,0,59880,7.3095703125
SRDMP,λ<=log n,8192,0,62125,7.5836181640625
SRDMP,λ<=log n,8192,0,60999,7.4461669921875
SRDMP,λ<=log n,8192,0,63784,7.7861328125
SRDMP,λ<=log n,8192,0,63085,7.7008056640625
SRDMP,λ<=log n,8192,0,63015,7.6922607421875
SRDMP,λ<=log n,8192,0,61918,7.558349609375
SRDMP,λ<=log n,8192,0,61779,7.5413818359375
SRDMP,λ<=log n,8192,0,64827,7.9134521484375
SRDMP,λ<=log n,8192,0,69107,8.4359130859375
SRDMP,λ<=log n,8192,0,66448,8.111328125
SRDMP,λ<=log n,8192,0,61497,7.5069580078125
SRDMP,λ<=log n,8192,0,63480,7.7490234375
SRDMP,λ<=log n,8192,0,66505,8.1182861328125
SRDMP,λ<=log n,8192,0,65661,8.0152587890625
SRDMP,λ<=log n,8192,0,59723,7.2904052734375
SRDMP,λ<=log n,8192,0,59070,7.210693359375
SRDMP,λ<=log n,8192,0,70187,8.5677490234375
SRDMP,λ<=log n,8192,0,65706,8.020751953125
SRDMP,λ<=log n,8192,0,64825,7.9132080078125
SRDMP,λ<=log n,8192,0,64319,7.8514404296875
SRDMP,λ<=log n,8192,0,63338,7.731689453125
SRDMP,λ<=log n,8192,0,63878,7.797607421875
SRDMP,λ<=log n,8192,0,73690,8.995361328125
SHDMP,λ<=log n,8192,0,57098,6.969970703125
SHDMP,λ<=log n,8192,0,57187,6.9808349609375
SHDMP,λ<=log n,8192,0,62852,7.67236328125
SHDMP,λ<=log n,8192,0,64906,7.923095703125
SHDMP,λ<=log n,8192,0,58258,7.111572265625
SHDMP,λ<=log n,8192,0,57559,7.0262451171875
SHDMP,λ<=log n,8192,0,57732,7.04736328125
SHDMP,λ<=log n,8192,0,60572,7.39404296875
SHDMP,λ<=log n,8192,0,56253,6.8668212890625
SHDMP,λ<=log n,8192,0,58064,7.087890625
SHDMP,λ<=log n,8192,0,62343,7.6102294921875
SHDMP,λ<=log n,8192,0,58257,7.1114501953125
SHDMP,λ<=log n,8192,0,54020,6.59423828125
SHDMP,λ<=log n,8192,0,65648,8.013671875
SHDMP,λ<=log n,8192,0,56826,6.936767578125
SHDMP,λ<=log n,8192,0,55634,6.791259765625
SHDMP,λ<=log n,8192,0,59995,7.3236083984375
SHDMP,λ<=log n,8192,0,55213,6.7398681640625
SHDMP,λ<=log n,8192,0,59694,7.286865234375
SHDMP,λ<=log n,8192,0,56499,6.8968505859375
SHDMP,λ<=log n,8192,0,54193,6.6153564453125
SHDMP,λ<=log n,8192,0,61561,7.5147705078125
SHDMP,λ<=log n,8192,0,64088,7.8232421875
SHDMP,λ<=log n,8192,0,54405,6.6412353515625
SHDMP,λ<=log n,8192,0,65294,7.970458984375
SHDMP,λ<=log n,8192,0,56456,6.8916015625
SHDMP,λ<=log n,8192,0,59872,7.30859375
SHDMP,λ<=log n,8192,0,62694,7.653076171875
SHDMP,λ<=log n,8192,0,59687,7.2860107421875
SHDMP,λ<=log n,8192,0,59860,7.30712890625
SHDMP,λ<=log n,8192,0,64340,7.85400390625
SHDMP,λ<=log n,8192,0,60869,7.4302978515625
SHDMP,λ<=log n,8192,0,64561,7.8809814453125
SHDMP,λ<=log n,8192,0,64876,7.91943359375
SHDMP,λ<=log n,8192,0,60644,7.40283203125
SHDMP,λ<=log n,8192,0,64585,7.8839111328125
SHDMP,λ<=log n,8192,0,60384,7.37109375
SHDMP,λ<=log n,8192,0,61554,7.513916015625
SHDMP,λ<=log n,8192,0,65015,7.9364013671875
SHDMP,λ<=log n,8192,0,60195,7.3480224609375
SHDMP,λ<=log n,8192,0,65795,8.0316162109375
SHDMP,λ<=log n,8192,0,56727,6.9246826171875
SHDMP,λ<=log n,8192,0,61076,7.45556640625
SHDMP,λ<=log n,8192,0,61568,7.515625
SHDMP,λ<=log n,8192,0,56592,6.908203125
SHDMP,λ<=log n,8192,0,56679,6.9188232421875
SHDMP,λ<=log n,8192,0,60332,7.36474609375
SHDMP,λ<=log n,8192,0,65616,8.009765625
SHDMP,λ<=log n,8192,0,61241,7.4757080078125
SHDMP,λ<=log n,8192,0,58336,7.12109375
SHDMP,λ<=log n,8192,0,57104,6.970703125
SHDMP,λ<=log n,8192,0,57855,7.0623779296875
SHDMP,λ<=log n,8192,0,66149,8.0748291015625
SHDMP,λ<=log n,8192,0,56945,6.9512939453125
SHDMP,λ<=log n,8192,0,58875,7.1868896484375
SHDMP,λ<=log n,8192,0,58821,7.1802978515625
SHDMP,λ<=log n,8192,0,63979,7.8099365234375
SHDMP,λ<=log n,8192,0,72009,8.7901611328125
SHDMP,λ<=log n,8192,0,58094,7.091552734375
SHDMP,λ<=log n,8192,0,67179,8.2005615234375
SHDMP,λ<=log n,8192,0,62578,7.638916015625
SHDMP,λ<=log n,8192,0,64521,7.8760986328125
SHDMP,λ<=log n,8192,0,60686,7.407958984375
SHDMP,λ<=log n,8192,0,59415,7.2528076171875
SHDMP,λ<=log n,8192,0,58757,7.1724853515625
SHDMP,λ<=log n,8192,0,58472,7.1376953125
SHDMP,λ<=log n,8192,0,60940,7.43896484375
SHDMP,λ<=log n,8192,0,64460,7.86865234375
SHDMP,λ<=log n,8192,0,56435,6.8890380859375
SHDMP,λ<=log n,8192,0,59296,7.23828125
SHDMP,λ<=log n,8192,0,60063,7.3319091796875
SHDMP,λ<=log n,8192,0,61967,7.5643310546875
SHDMP,λ<=log n,8192,0,56378,6.882080078125
SHDMP,λ<=log n,8192,0,58158,7.099365234375
SHDMP,λ<=log n,8192,0,56523,6.8997802734375
SHDMP,λ<=log n,8192,0,56296,6.8720703125
SHDMP,λ<=log n,8192,0,59240,7.2314453125
SHDMP,λ<=log n,8192,0,61748,7.53759765625
SHDMP,λ<=log n,8192,0,59844,7.30517578125
SHDMP,λ<=log n,8192,0,61229,7.4742431640625
SHDMP,λ<=log n,8192,0,61585,7.5177001953125
SHDMP,λ<=log n,8192,0,59071,7.2108154296875
SHDMP,λ<=log n,8192,0,55772,6.80810546875
SHDMP,λ<=log n,8192,0,59643,7.2806396484375
SHDMP,λ<=log n,8192,0,58882,7.187744140625
SHDMP,λ<=log n,8192,0,62292,7.60400390625
SHDMP,λ<=log n,8192,0,57350,7.000732421875
SHDMP,λ<=log n,8192,0,60090,7.335205078125
SHDMP,λ<=log n,8192,0,56657,6.9161376953125
SHDMP,λ<=log n,8192,0,58407,7.1297607421875
SHDMP,λ<=log n,8192,0,57993,7.0792236328125
SHDMP,λ<=log n,8192,0,59311,7.2401123046875
SHDMP,λ<=log n,8192,0,63520,7.75390625
SHDMP,λ<=log n,8192,0,58928,7.193359375
SHDMP,λ<=log n,8192,0,67116,8.19287109375
SHDMP,λ<=log n,8192,0,56864,6.94140625
SHDMP,λ<=log n,8192,0,61953,7.5626220703125
SHDMP,λ<=log n,8192,0,56773,6.9302978515625
SHDMP,λ<=log n,8192,0,55115,6.7279052734375
SHDMP,λ<=log n,8192,0,58073,7.0889892578125
SHLMP,λ<=log n,8192,0,60489,7.3839111328125
SHLMP,λ<=log n,8192,0,66408,8.1064453125
SHLMP,λ<=log n,8192,0,68412,8.35107421875
SHLMP,λ<=log n,8192,0,58258,7.111572265625
SHLMP,λ<=log n,8192,0,74739,9.1234130859375
SHLMP,λ<=log n,8192,0,63562,7.759033203125
SHLMP,λ<=log n,8192,0,62260,7.60009765625
SHLMP,λ<=log n,8192,0,63462,7.746826171875
SHLMP,λ<=log n,8192,0,66361,8.1007080078125
SHLMP,λ<=log n,8192,0,63791,7.7869873046875
SHLMP,λ<=log n,8192,0,60642,7.402587890625
SHLMP,λ<=log n,8192,0,60735,7.4139404296875
SHLMP,λ<=log n,8192,0,60800,7.421875
SHLMP,λ<=log n,8192,0,66675,8.1390380859375
SHLMP,λ<=log n,8192,0,67828,8.27978515625
SHLMP,λ<=log n,8192,0,65196,7.95849609375
SHLMP,λ<=log n,8192,0,62813,7.6676025390625
SHLMP,λ<=log n,8192,0,66489,8.1163330078125
SHLMP,λ<=log n,8192,0,64182,7.834716796875
SHLMP,λ<=log n,8192,0,56787,6.9320068359375
SHLMP,λ<=log n,8192,0,61201,7.4708251953125
SHLMP,λ<=log n,8192,0,66252,8.08740234375
SHLMP,λ<=log n,8192,0,61304,7.4833984375
SHLMP,λ<=log n,8192,0,61528,7.5107421875
SHLMP,λ<=log n,8192,0,67565,8.2476806640625
SHLMP,λ<=log n,8192,0,60583,7.3953857421875
SHLMP,λ<=log n,8192,0,60370,7.369384765625
SHLMP,λ<=log n,8192,0,68730,8.389892578125
SHLMP,λ<=log n,8192,0,62164,7.58837890625
SHLMP,λ<=log n,8192,0,64435,7.8656005859375
SHLMP,λ<=log n,8192,0,60765,7.4176025390625
SHLMP,λ<=log n,8192,0,61353,7.4893798828125
SHLMP,λ<=log n,8192,0,67778,8.273681640625
SHLMP,λ<=log n,8192,0,63012,7.69189453125
SHLMP,λ<=log n,8192,0,64055,7.8192138671875
SHLMP,λ<=log n,8192,0,63856,7.794921875
SHLMP,λ<=log n,8192,0,64325,7.8521728515625
SHLMP,λ<=log n,8192,0,58481,7.1387939453125
SHLMP,λ<=log n,8192,0,59718,7.289794921875
SHLMP,λ<=log n,8192,0,59405,7.2515869140625
SHLMP,λ<=log n,8192,0,64847,7.9158935546875
SHLMP,λ<=log n,8192,0,63019,7.6927490234375
SHLMP,λ<=log n,8192,0,62700,7.65380859375
SHLMP,λ<=log n,8192,0,62954,7.684814453125
SHLMP,λ<=log n,8192,0,59937,7.3165283203125
SHLMP,λ<=log n,8192,0,63796,7.78759765625
SHLMP,λ<=log n,8192,0,67014,8.180419921875
SHLMP,λ<=log n,8192,0,60549,7.3912353515625
SHLMP,λ<=log n,8192,0,56361,6.8800048828125
SHLMP,λ<=log n,8192,0,61847,7.5496826171875
SHLMP,λ<=log n,8192,0,62381,7.6148681640625
SHLMP,λ<=log n,8192,0,57922,7.070556640625
SHLMP,λ<=log n,8192,0,62971,7.6868896484375
SHLMP,λ<=log n,8192,0,61840,7.548828125
SHLMP,λ<=log n,8192,0,66297,8.0928955078125
SHLMP,λ<=log n,8192,0,58943,7.1951904296875
SHLMP,λ<=log n,8192,0,58741,7.1705322265625
SHLMP,λ<=log n,8192,0,63087,7.7010498046875
SHLMP,λ<=log n,8192,0,62675,7.6507568359375
SHLMP,λ<=log n,8192,0,59317,7.2408447265625
SHLMP,λ<=log n,8192,0,72234,8.817626953125
SHLMP,λ<=log n,8192,0,64985,7.9327392578125
SHLMP,λ<=log n,8192,0,59923,7.3148193359375
SHLMP,λ<=log n,8192,0,60227,7.3519287109375
SHLMP,λ<=log n,8192,0,62387,7.6156005859375
SHLMP,λ<=log n,8192,0,57612,7.03271484375
SHLMP,λ<=log n,8192,0,61762,7.539306640625
SHLMP,λ<=log n,8192,0,64660,7.89306640625
SHLMP,λ<=log n,8192,0,61309,7.4840087890625
SHLMP,λ<=log n,8192,0,66217,8.0831298828125
SHLMP,λ<=log n,8192,0,62868,7.67431640625
SHLMP,λ<=log n,8192,0,61495,7.5067138671875
SHLMP,λ<=log n,8192,0,61494,7.506591796875
SHLMP,λ<=log n,8192,0,60772,7.41845703125
SHLMP,λ<=log n,8192,0,64663,7.8934326171875
SHLMP,λ<=log n,8192,0,58151,7.0985107421875
SHLMP,λ<=log n,8192,0,59012,7.20361328125
SHLMP,λ<=log n,8192,0,64014,7.814208984375
SHLMP,λ<=log n,8192,0,59953,7.3184814453125
SHLMP,λ<=log n,8192,0,62080,7.578125
SHLMP,λ<=log n,8192,0,60114,7.338134765625
SHLMP,λ<=log n,8192,0,62786,7.664306640625
SHLMP,λ<=log n,8192,0,60753,7.4161376953125
SHLMP,λ<=log n,8192,0,68560,8.369140625
SHLMP,λ<=log n,8192,0,73772,9.00537109375
SHLMP,λ<=log n,8192,0,59947,7.3177490234375
SHLMP,λ<=log n,8192,0,59793,7.2989501953125
SHLMP,λ<=log n,8192,0,58181,7.1021728515625
SHLMP,λ<=log n,8192,0,72023,8.7918701171875
SHLMP,λ<=log n,8192,0,60470,7.381591796875
SHLMP,λ<=log n,8192,0,58403,7.1292724609375
SHLMP,λ<=log n,8192,0,59325,7.2418212890625
SHLMP,λ<=log n,8192,0,62807,7.6668701171875
SHLMP,λ<=log n,8192,0,60571,7.3939208984375
SHLMP,λ<=log n,8192,0,64144,7.830078125
SHLMP,λ<=log n,8192,0,62623,7.6444091796875
SHLMP,λ<=log n,8192,0,58587,7.1517333984375
SHLMP,λ<=log n,8192,0,68436,8.35400390625
SHLMP,λ<=log n,8192,0,66163,8.0765380859375
SHLMP,λ<=log n,8192,0,64600,7.8857421875
SRLMP,λ<=log n,8192,0,64003,7.8128662109375
SRLMP,λ<=log n,8192,0,68867,8.4066162109375
SRLMP,λ<=log n,8192,0,68525,8.3648681640625
SRLMP,λ<=log n,8192,0,72428,8.84130859375
SRLMP,λ<=log n,8192,0,71108,8.68017578125
SRLMP,λ<=log n,8192,0,61738,7.536376953125
SRLMP,λ<=log n,8192,0,64376,7.8583984375
SRLMP,λ<=log n,8192,0,66453,8.1119384765625
SRLMP,λ<=log n,8192,0,60875,7.4310302734375
SRLMP,λ<=log n,8192,0,68557,8.3687744140625
SRLMP,λ<=log n,8192,0,68693,8.3853759765625
SRLMP,λ<=log n,8192,0,68993,8.4219970703125
SRLMP,λ<=log n,8192,0,66204,8.08154296875
SRLMP,λ<=log n,8192,0,61782,7.541748046875
SRLMP,λ<=log n,8192,0,63671,7.7723388671875
SRLMP,λ<=log n,8192,0,75726,9.243896484375
SRLMP,λ<=log n,8192,0,71992,8.7880859375
SRLMP,λ<=log n,8192,0,65912,8.0458984375
SRLMP,λ<=log n,8192,0,77119,9.4139404296875
SRLMP,λ<=log n,8192,0,64089,7.8233642578125
SRLMP,λ<=log n,8192,0,65247,7.9647216796875
SRLMP,λ<=log n,8192,0,64693,7.8970947265625
SRLMP,λ<=log n,8192,0,67038,8.183349609375
SRLMP,λ<=log n,8192,0,63222,7.717529296875
SRLMP,λ<=log n,8192,0,65429,7.9869384765625
SRLMP,λ<=log n,8192,0,69749,8.5142822265625
SRLMP,λ<=log n,8192,0,69416,8.4736328125
SRLMP,λ<=log n,8192,0,61798,7.543701171875
SRLMP,λ<=log n,8192,0,77966,9.517333984375
SRLMP,λ<=log n,8192,0,69656,8.5029296875
SRLMP,λ<=log n,8192,0,63772,7.78466796875
SRLMP,λ<=log n,8192,0,71738,8.757080078125
SRLMP,λ<=log n,8192,0,64154,7.831298828125
SRLMP,λ<=log n,8192,0,73520,8.974609375
SRLMP,λ<=log n,8192,0,63474,7.748291015625
SRLMP,λ<=log n,8192,0,70092,8.55615234375
SRLMP,λ<=log n,8192,0,62475,7.6263427734375
SRLMP,λ<=log n,8192,0,62346,7.610595703125
SRLMP,λ<=log n,8192,0,66165,8.0767822265625
SRLMP,λ<=log n,8192,0,67169,8.1993408203125
SRLMP,λ<=log n,8192,0,75590,9.227294921875
SRLMP,λ<=log n,8192,0,62589,7.6402587890625
SRLMP,λ<=log n,8192,0,62452,7.62353515625
SRLMP,λ<=log n,8192,0,73140,8.92822265625
SRLMP,λ<=log n,8192,0,69578,8.493408203125
SRLMP,λ<=log n,8192,0,69985,8.5430908203125
SRLMP,λ<=log n,8192,0,69947,8.5384521484375
SRLMP,λ<=log n,8192,0,63115,7.7044677734375
SRLMP,λ<=log n,8192,0,67271,8.2117919921875
SRLMP,λ<=log n,8192,0,71095,8.6785888671875
SRLMP,λ<=log n,8192,0,76557,9.3453369140625
SRLMP,λ<=log n,8192,0,73410,8.961181640625
SRLMP,λ<=log n,8192,0,76166,9.297607421875
SRLMP,λ<=log n,8192,0,62028,7.57177734375
SRLMP,λ<=log n,8192,0,63568,7.759765625
SRLMP,λ<=log n,8192,0,67954,8.295166015625
SRLMP,λ<=log n,8192,0,65813,8.0338134765625
SRLMP,λ<=log n,8192,0,65491,7.9945068359375
SRLMP,λ<=log n,8192,0,67582,8.249755859375
SRLMP,λ<=log n,8192,0,67566,8.247802734375
SRLMP,λ<=log n,8192,0,64570,7.882080078125
SRLMP,λ<=log n,8192,0,74602,9.106689453125
SRLMP,λ<=log n,8192,0,65793,8.0313720703125
SRLMP,λ<=log n,8192,0,63264,7.72265625
SRLMP,λ<=log n,8192,0,65373,7.9801025390625
SRLMP,λ<=log n,8192,0,60632,7.4013671875
SRLMP,λ<=log n,8192,0,68666,8.382080078125
SRLMP,λ<=log n,8192,0,69079,8.4324951171875
SRLMP,λ<=log n,8192,0,67496,8.2392578125
SRLMP,λ<=log n,8192,0,73480,8.9697265625
SRLMP,λ<=log n,8192,0,64427,7.8646240234375
SRLMP,λ<=log n,8192,0,65994,8.055908203125
SRLMP,λ<=log n,8192,0,65231,7.9627685546875
SRLMP,λ<=log n,8192,0,66663,8.1375732421875
SRLMP,λ<=log n,8192,0,67501,8.2398681640625
SRLMP,λ<=log n,8192,0,68016,8.302734375
SRLMP,λ<=log n,8192,0,76398,9.325927734375
SRLMP,λ<=log n,8192,0,66265,8.0889892578125
SRLMP,λ<=log n,8192,0,62406,7.617919921875
SRLMP,λ<=log n,8192,0,71501,8.7281494140625
SRLMP,λ<=log n,8192,0,65719,8.0223388671875
SRLMP,λ<=log n,8192,0,63788,7.78662109375
SRLMP,λ<=log n,8192,0,73774,9.005615234375
SRLMP,λ<=log n,8192,0,64409,7.8624267578125
SRLMP,λ<=log n,8192,0,64763,7.9056396484375
SRLMP,λ<=log n,8192,0,67719,8.2664794921875
SRLMP,λ<=log n,8192,0,67107,8.1917724609375
SRLMP,λ<=log n,8192,0,61425,7.4981689453125
SRLMP,λ<=log n,8192,0,69568,8.4921875
SRLMP,λ<=log n,8192,0,72298,8.825439453125
SRLMP,λ<=log n,8192,0,64827,7.9134521484375
SRLMP,λ<=log n,8192,0,72077,8.7984619140625
SRLMP,λ<=log n,8192,0,69791,8.5194091796875
SRLMP,λ<=log n,8192,0,62070,7.576904296875
SRLMP,λ<=log n,8192,0,74165,9.0533447265625
SRLMP,λ<=log n,8192,0,64176,7.833984375
SRLMP,λ<=log n,8192,0,66544,8.123046875
SRLMP,λ<=log n,8192,0,62282,7.602783203125
SRLMP,λ<=log n,8192,0,65680,8.017578125
SRLMP,λ<=log n,8192,0,60331,7.3646240234375
SSLMP,λ<=log n,8192,0,100959,12.3240966796875
SSLMP,λ<=log n,8192,0,116633,14.2374267578125
SSLMP,λ<=log n,8192,0,85925,10.4888916015625
SSLMP,λ<=log n,8192,0,91613,11.1832275390625
SSLMP,λ<=log n,8192,0,86347,10.5404052734375
SSLMP,λ<=log n,8192,0,96160,11.73828125
SSLMP,λ<=log n,8192,0,95049,11.6026611328125
SSLMP,λ<=log n,8192,0,107651,13.1409912109375
SSLMP,λ<=log n,8192,0,99572,12.15478515625
SSLMP,λ<=log n,8192,0,98789,12.0592041015625
SSLMP,λ<=log n,8192,0,93684,11.43603515625
SSLMP,λ<=log n,8192,0,93787,11.4486083984375
SSLMP,λ<=log n,8192,0,93822,11.452880859375
SSLMP,λ<=log n,8192,0,89252,10.89501953125
SSLMP,λ<=log n,8192,0,91695,11.1932373046875
SSLMP,λ<=log n,8192,0,90460,11.04248046875
SSLMP,λ<=log n,8192,0,92384,11.27734375
SSLMP,λ<=log n,8192,0,81793,9.9844970703125
SSLMP,λ<=log n,8192,0,95856,11.701171875
SSLMP,λ<=log n,8192,0,86705,10.5841064453125
SSLMP,λ<=log n,8192,0,94758,11.567138671875
SSLMP,λ<=log n,8192,0,91857,11.2130126953125
SSLMP,λ<=log n,8192,0,97719,11.9285888671875
SSLMP,λ<=log n,8192,0,87924,10.73291015625
SSLMP,λ<=log n,8192,0,87682,10.703369140625
SSLMP,λ<=log n,8192,0,90571,11.0560302734375
SSLMP,λ<=log n,8192,0,96293,11.7545166015625
SSLMP,λ<=log n,8192,0,91619,11.1839599609375
SSLMP,λ<=log n,8192,0,101326,12.368896484375
SSLMP,λ<=log n,8192,0,100760,12.2998046875
SSLMP,λ<=log n,8192,0,94009,11.4757080078125
SSLMP,λ<=log n,8192,0,94434,11.527587890625
SSLMP,λ<=log n,8192,0,83593,10.2042236328125
SSLMP,λ<=log n,8192,0,87902,10.730224609375
SSLMP,λ<=log n,8192,0,86782,10.593505859375
SSLMP,λ<=log n,8192,0,96286,11.753662109375
SSLMP,λ<=log n,8192,0,87092,10.63134765625
SSLMP,λ<=log n,8192,0,86767,10.5916748046875
SSLMP,λ<=log n,8192,0,98737,12.0528564453125
SSLMP,λ<=log n,8192,0,86668,10.57958984375
SSLMP,λ<=log n,8192,0,91645,11.1871337890625
SSLMP,λ<=log n,8192,0,88117,10.7564697265625
SSLMP,λ<=log n,8192,0,92078,11.239990234375
SSLMP,λ<=log n,8192,0,95192,11.6201171875
SSLMP,λ<=log n,8192,0,94820,11.57470703125
SSLMP,λ<=log n,8192,0,98633,12.0401611328125
SSLMP,λ<=log n,8192,0,97388,11.88818359375
SSLMP,λ<=log n,8192,0,99592,12.1572265625
SSLMP,λ<=log n,8192,0,96390,11.766357421875
SSLMP,λ<=log n,8192,0,94984,11.5947265625
SSLMP,λ<=log n,8192,0,86560,10.56640625
SSLMP,λ<=log n,8192,0,87006,10.620849609375
SSLMP,λ<=log n,8192,0,98734,12.052490234375
SSLMP,λ<=log n,8192,0,88017,10.7442626953125
SSLMP,λ<=log n,8192,0,88462,10.798583984375
SSLMP,λ<=log n,8192,0,112037,13.6763916015625
SSLMP,λ<=log n,8192,0,85475,10.4339599609375
SSLMP,λ<=log n,8192,0,97680,11.923828125
SSLMP,λ<=log n,8192,0,103406,12.622802734375
SSLMP,λ<=log n,8192,0,89582,10.935302734375
SSLMP,λ<=log n,8192,0,92964,11.34814453125
SSLMP,λ<=log n,8192,0,104061,12.7027587890625
SSLMP,λ<=log n,8192,0,96783,11.8143310546875
SSLMP,λ<=log n,8192,0,100026,12.210205078125
SSLMP,λ<=log n,8192,0,91245,11.1383056640625
SSLMP,λ<=log n,8192,0,86203,10.5228271484375
SSLMP,λ<=log n,8192,0,88852,10.84619140625
SSLMP,λ<=log n,8192,0,92732,11.31982421875
SSLMP,λ<=log n,8192,0,100022,12.209716796875
SSLMP,λ<=log n,8192,0,100977,12.3262939453125
SSLMP,λ<=log n,8192,0,92946,11.345947265625
SSLMP,λ<=log n,8192,0,89481,10.9229736328125
SSLMP,λ<=log n,8192,0,93190,11.375732421875
SSLMP,λ<=log n,8192,0,85268,10.40869140625
SSLMP,λ<=log n,8192,0,93511,11.4149169921875
SSLMP,λ<=log n,8192,0,102306,12.488525390625
SSLMP,λ<=log n,8192,0,91632,11.185546875
SSLMP,λ<=log n,8192,0,89843,10.9671630859375
SSLMP,λ<=log n,8192,0,87543,10.6864013671875
SSLMP,λ<=log n,8192,0,92428,11.28271484375
SSLMP,λ<=log n,8192,0,87508,10.68212890625
SSLMP,λ<=log n,8192,0,108556,13.25146484375
SSLMP,λ<=log n,8192,0,94386,11.521728515625
SSLMP,λ<=log n,8192,0,91965,11.2261962890625
SSLMP,λ<=log n,8192,0,94475,11.5325927734375
SSLMP,λ<=log n,8192,0,92303,11.2674560546875
SSLMP,λ<=log n,8192,0,92254,11.261474609375
SSLMP,λ<=log n,8192,0,112987,13.7923583984375
SSLMP,λ<=log n,8192,0,87163,10.6400146484375
SSLMP,λ<=log n,8192,0,89020,10.86669921875
SSLMP,λ<=log n,8192,0,89052,10.87060546875
SSLMP,λ<=log n,8192,0,92520,11.2939453125
SSLMP,λ<=log n,8192,0,89477,10.9224853515625
SSLMP,λ<=log n,8192,0,96680,11.8017578125
SSLMP,λ<=log n,8192,0,109395,13.3538818359375
SSLMP,λ<=log n,8192,0,86331,10.5384521484375
SSLMP,λ<=log n,8192,0,84229,10.2818603515625
SSLMP,λ<=log n,8192,0,93061,11.3599853515625
SSLMP,λ<=log n,8192,0,92336,11.271484375
SSLMP,λ<=log n,8192,0,104156,12.71435546875
SSDIP,λ<=log n,8192,0,96113,11.7325439453125
SSDIP,λ<=log n,8192,0,95494,11.656982421875
SSDIP,λ<=log n,8192,0,96043,11.7239990234375
SSDIP,λ<=log n,8192,0,95803,11.6947021484375
SSDIP,λ<=log n,8192,0,106861,13.0445556640625
SSDIP,λ<=log n,8192,0,95993,11.7178955078125
SSDIP,λ<=log n,8192,0,106770,13.033447265625
SSDIP,λ<=log n,8192,0,97785,11.9366455078125
SSDIP,λ<=log n,8192,0,115159,14.0574951171875
SSDIP,λ<=log n,8192,0,105425,12.8692626953125
SSDIP,λ<=log n,8192,0,95541,11.6627197265625
SSDIP,λ<=log n,8192,0,96364,11.76318359375
SSDIP,λ<=log n,8192,0,102046,12.456787109375
SSDIP,λ<=log n,8192,0,109775,13.4002685546875
SSDIP,λ<=log n,8192,0,96386,11.765869140625
SSDIP,λ<=log n,8192,0,103670,12.655029296875
SSDIP,λ<=log n,8192,0,102844,12.55419921875
SSDIP,λ<=log n,8192,0,101876,12.43603515625
SSDIP,λ<=log n,8192,0,100333,12.2476806640625
SSDIP,λ<=log n,8192,0,100913,12.3184814453125
SSDIP,λ<=log n,8192,0,94486,11.533935546875
SSDIP,λ<=log n,8192,0,101530,12.393798828125
SSDIP,λ<=log n,8192,0,103644,12.65185546875
SSDIP,λ<=log n,8192,0,95087,11.6072998046875
SSDIP,λ<=log n,8192,0,93201,11.3770751953125
SSDIP,λ<=log n,8192,0,105171,12.8382568359375
SSDIP,λ<=log n,8192,0,106238,12.968505859375
SSDIP,λ<=log n,8192,0,97472,11.8984375
SSDIP,λ<=log n,8192,0,98291,11.9984130859375
SSDIP,λ<=log n,8192,0,95973,11.7154541015625
SSDIP,λ<=log n,8192,0,93079,11.3621826171875
SSDIP,λ<=log n,8192,0,102573,12.5211181640625
SSDIP,λ<=log n,8192,0,103327,12.6131591796875
SSDIP,λ<=log n,8192,0,100659,12.2874755859375
SSDIP,λ<=log n,8192,0,96195,11.7425537109375
SSDIP,λ<=log n,8192,0,88971,10.8607177734375
SSDIP,λ<=log n,8192,0,104644,12.77392578125
SSDIP,λ<=log n,8192,0,99142,12.102294921875
SSDIP,λ<=log n,8192,0,103575,12.6434326171875
SSDIP,λ<=log n,8192,0,89638,10.942138671875
SSDIP,λ<=log n,8192,0,99988,12.20556640625
SSDIP,λ<=log n,8192,0,92287,11.2655029296875
SSDIP,λ<=log n,8192,0,98229,11.9908447265625
SSDIP,λ<=log n,8192,0,111069,13.5582275390625
SSDIP,λ<=log n,8192,0,95011,11.5980224609375
SSDIP,λ<=log n,8192,0,96564,11.78759765625
SSDIP,λ<=log n,8192,0,99784,12.1806640625
SSDIP,λ<=log n,8192,0,105844,12.92041015625
SSDIP,λ<=log n,8192,0,102500,12.51220703125
SSDIP,λ<=log n,8192,0,112604,13.74560546875
SSDIP,λ<=log n,8192,0,106281,12.9737548828125
SSDIP,λ<=log n,8192,0,104145,12.7130126953125
SSDIP,λ<=log n,8192,0,98364,12.00732421875
SSDIP,λ<=log n,8192,0,89172,10.88525390625
SSDIP,λ<=log n,8192,0,99151,12.1033935546875
SSDIP,λ<=log n,8192,0,94250,11.505126953125
SSDIP,λ<=log n,8192,0,95855,11.7010498046875
SSDIP,λ<=log n,8192,0,92907,11.3411865234375
SSDIP,λ<=log n,8192,0,93858,11.457275390625
SSDIP,λ<=log n,8192,0,110924,13.54052734375
SSDIP,λ<=log n,8192,0,95190,11.619873046875
SSDIP,λ<=log n,8192,0,89878,10.971435546875
SSDIP,λ<=log n,8192,0,107962,13.178955078125
SSDIP,λ<=log n,8192,0,100845,12.3101806640625
SSDIP,λ<=log n,8192,0,105396,12.86572265625
SSDIP,λ<=log n,8192,0,92334,11.271240234375
SSDIP,λ<=log n,8192,0,97489,11.9005126953125
SSDIP,λ<=log n,8192,0,98013,11.9644775390625
SSDIP,λ<=log n,8192,0,103185,12.5958251953125
SSDIP,λ<=log n,8192,0,101268,12.36181640625
SSDIP,λ<=log n,8192,0,96636,11.79638671875
SSDIP,λ<=log n,8192,0,104635,12.7728271484375
SSDIP,λ<=log n,8192,0,100708,12.29345703125
SSDIP,λ<=log n,8192,0,102017,12.4532470703125
SSDIP,λ<=log n,8192,0,100064,12.21484375
SSDIP,λ<=log n,8192,0,113062,13.801513671875
SSDIP,λ<=log n,8192,0,92622,11.306396484375
SSDIP,λ<=log n,8192,0,95400,11.6455078125
SSDIP,λ<=log n,8192,0,110587,13.4993896484375
SSDIP,λ<=log n,8192,0,105609,12.8917236328125
SSDIP,λ<=log n,8192,0,102619,12.5267333984375
SSDIP,λ<=log n,8192,0,95514,11.659423828125
SSDIP,λ<=log n,8192,0,104349,12.7379150390625
SSDIP,λ<=log n,8192,0,92148,11.24853515625
SSDIP,λ<=log n,8192,0,103538,12.638916015625
SSDIP,λ<=log n,8192,0,102914,12.562744140625
SSDIP,λ<=log n,8192,0,100062,12.214599609375
SSDIP,λ<=log n,8192,0,97977,11.9600830078125
SSDIP,λ<=log n,8192,0,113618,13.869384765625
SSDIP,λ<=log n,8192,0,99404,12.13427734375
SSDIP,λ<=log n,8192,0,91824,11.208984375
SSDIP,λ<=log n,8192,0,101335,12.3699951171875
SSDIP,λ<=log n,8192,0,97318,11.879638671875
SSDIP,λ<=log n,8192,0,97125,11.8560791015625
SSDIP,λ<=log n,8192,0,118779,14.4993896484375
SSDIP,λ<=log n,8192,0,96192,11.7421875
SSDIP,λ<=log n,8192,0,91910,11.219482421875
SSDIP,λ<=log n,8192,0,110625,13.5040283203125
SSDIP,λ<=log n,8192,0,95512,11.6591796875
SSDIP,λ<=log n,8192,0,95018,11.598876953125
SRDIP,λ<=log n,8192,0,73677,8.9937744140625
SRDIP,λ<=log n,8192,0,73997,9.0328369140625
SRDIP,λ<=log n,8192,0,75946,9.270751953125
SRDIP,λ<=log n,8192,0,74481,9.0919189453125
SRDIP,λ<=log n,8192,0,76820,9.37744140625
SRDIP,λ<=log n,8192,0,85129,10.3917236328125
SRDIP,λ<=log n,8192,0,75916,9.26708984375
SRDIP,λ<=log n,8192,0,81457,9.9434814453125
SRDIP,λ<=log n,8192,0,74368,9.078125
SRDIP,λ<=log n,8192,0,77596,9.47216796875
SRDIP,λ<=log n,8192,0,73491,8.9710693359375
SRDIP,λ<=log n,8192,0,74893,9.1422119140625
SRDIP,λ<=log n,8192,0,74221,9.0601806640625
SRDIP,λ<=log n,8192,0,78967,9.6395263671875
SRDIP,λ<=log n,8192,0,86669,10.5797119140625
SRDIP,λ<=log n,8192,0,79836,9.74560546875
SRDIP,λ<=log n,8192,0,78240,9.55078125
SRDIP,λ<=log n,8192,0,93048,11.3583984375
SRDIP,λ<=log n,8192,0,76194,9.301025390625
SRDIP,λ<=log n,8192,0,79705,9.7296142578125
SRDIP,λ<=log n,8192,0,77503,9.4608154296875
SRDIP,λ<=log n,8192,0,72189,8.8121337890625
SRDIP,λ<=log n,8192,0,77453,9.4547119140625
SRDIP,λ<=log n,8192,0,81022,9.890380859375
SRDIP,λ<=log n,8192,0,72841,8.8917236328125
SRDIP,λ<=log n,8192,0,74253,9.0640869140625
SRDIP,λ<=log n,8192,0,82506,10.071533203125
SRDIP,λ<=log n,8192,0,77966,9.517333984375
SRDIP,λ<=log n,8192,0,76616,9.3525390625
SRDIP,λ<=log n,8192,0,73903,9.0213623046875
SRDIP,λ<=log n,8192,0,78020,9.52392578125
SRDIP,λ<=log n,8192,0,79017,9.6456298828125
SRDIP,λ<=log n,8192,0,70893,8.6539306640625
SRDIP,λ<=log n,8192,0,89044,10.86962890625
SRDIP,λ<=log n,8192,0,74987,9.1536865234375
SRDIP,λ<=log n,8192,0,87111,10.6336669921875
SRDIP,λ<=log n,8192,0,77171,9.4202880859375
SRDIP,λ<=log n,8192,0,77778,9.494384765625
SRDIP,λ<=log n,8192,0,85431,10.4285888671875
SRDIP,λ<=log n,8192,0,75617,9.2305908203125
SRDIP,λ<=log n,8192,0,76950,9.393310546875
SRDIP,λ<=log n,8192,0,80140,9.78271484375
SRDIP,λ<=log n,8192,0,73930,9.024658203125
SRDIP,λ<=log n,8192,0,71810,8.765869140625
SRDIP,λ<=log n,8192,0,84495,10.3143310546875
SRDIP,λ<=log n,8192,0,77046,9.405029296875
SRDIP,λ<=log n,8192,0,72047,8.7947998046875
SRDIP,λ<=log n,8192,0,75383,9.2020263671875
SRDIP,λ<=log n,8192,0,80817,9.8653564453125
SRDIP,λ<=log n,8192,0,79414,9.694091796875
SRDIP,λ<=log n,8192,0,77023,9.4022216796875
SRDIP,λ<=log n,8192,0,81156,9.90673828125
SRDIP,λ<=log n,8192,0,75664,9.236328125
SRDIP,λ<=log n,8192,0,72817,8.8887939453125
SRDIP,λ<=log n,8192,0,84412,10.30419921875
SRDIP,λ<=log n,8192,0,82734,10.099365234375
SRDIP,λ<=log n,8192,0,73458,8.967041015625
SRDIP,λ<=log n,8192,0,72538,8.854736328125
SRDIP,λ<=log n,8192,0,77564,9.46826171875
SRDIP,λ<=log n,8192,0,85918,10.488037109375
SRDIP,λ<=log n,8192,0,71248,8.697265625
SRDIP,λ<=log n,8192,0,69386,8.469970703125
SRDIP,λ<=log n,8192,0,75503,9.2166748046875
SRDIP,λ<=log n,8192,0,73873,9.0177001953125
SRDIP,λ<=log n,8192,0,76212,9.30322265625
SRDIP,λ<=log n,8192,0,72283,8.8236083984375
SRDIP,λ<=log n,8192,0,71988,8.78759765625
SRDIP,λ<=log n,8192,0,73447,8.9656982421875
SRDIP,λ<=log n,8192,0,77929,9.5128173828125
SRDIP,λ<=log n,8192,0,82814,10.109130859375
SRDIP,λ<=log n,8192,0,82235,10.0384521484375
SRDIP,λ<=log n,8192,0,76926,9.390380859375
SRDIP,λ<=log n,8192,0,93133,11.3687744140625
SRDIP,λ<=log n,8192,0,83334,10.172607421875
SRDIP,λ<=log n,8192,0,73851,9.0150146484375
SRDIP,λ<=log n,8192,0,78844,9.62451171875
SRDIP,λ<=log n,8192,0,75620,9.23095703125
SRDIP,λ<=log n,8192,0,76376,9.3232421875
SRDIP,λ<=log n,8192,0,74106,9.046142578125
SRDIP,λ<=log n,8192,0,72657,8.8692626953125
SRDIP,λ<=log n,8192,0,72634,8.866455078125
SRDIP,λ<=log n,8192,0,77254,9.430419921875
SRDIP,λ<=log n,8192,0,75809,9.2540283203125
SRDIP,λ<=log n,8192,0,72832,8.890625
SRDIP,λ<=log n,8192,0,77808,9.498046875
SRDIP,λ<=log n,8192,0,76063,9.2850341796875
SRDIP,λ<=log n,8192,0,77688,9.4833984375
SRDIP,λ<=log n,8192,0,73530,8.975830078125
SRDIP,λ<=log n,8192,0,87163,10.6400146484375
SRDIP,λ<=log n,8192,0,74488,9.0927734375
SRDIP,λ<=log n,8192,0,73947,9.0267333984375
SRDIP,λ<=log n,8192,0,80481,9.8243408203125
SRDIP,λ<=log n,8192,0,78051,9.5277099609375
SRDIP,λ<=log n,8192,0,78390,9.569091796875
SRDIP,λ<=log n,8192,0,76631,9.3543701171875
SRDIP,λ<=log n,8192,0,81872,9.994140625
SRDIP,λ<=log n,8192,0,72382,8.835693359375
SRDIP,λ<=log n,8192,0,80942,9.880615234375
SRDIP,λ<=log n,8192,0,75389,9.2027587890625
SRDIP,λ<=log n,8192,0,74855,9.1375732421875
SHDIP,λ<=log n,8192,0,73613,8.9859619140625
SHDIP,λ<=log n,8192,0,76579,9.3480224609375
SHDIP,λ<=log n,8192,0,71345,8.7091064453125
SHDIP,λ<=log n,8192,0,69328,8.462890625
SHDIP,λ<=log n,8192,0,69427,8.4749755859375
SHDIP,λ<=log n,8192,0,69387,8.4700927734375
SHDIP,λ<=log n,8192,0,81214,9.913818359375
SHDIP,λ<=log n,8192,0,72014,8.790771484375
SHDIP,λ<=log n,8192,0,66852,8.16064453125
SHDIP,λ<=log n,8192,0,72084,8.79931640625
SHDIP,λ<=log n,8192,0,67898,8.288330078125
SHDIP,λ<=log n,8192,0,78847,9.6248779296875
SHDIP,λ<=log n,8192,0,71184,8.689453125
SHDIP,λ<=log n,8192,0,68576,8.37109375
SHDIP,λ<=log n,8192,0,69528,8.4873046875
SHDIP,λ<=log n,8192,0,72482,8.847900390625
SHDIP,λ<=log n,8192,0,75985,9.2755126953125
SHDIP,λ<=log n,8192,0,72481,8.8477783203125
SHDIP,λ<=log n,8192,0,70915,8.6566162109375
SHDIP,λ<=log n,8192,0,68013,8.3023681640625
SHDIP,λ<=log n,8192,0,79268,9.67626953125
SHDIP,λ<=log n,8192,0,69501,8.4840087890625
SHDIP,λ<=log n,8192,0,70155,8.5638427734375
SHDIP,λ<=log n,8192,0,73985,9.0313720703125
SHDIP,λ<=log n,8192,0,71703,8.7528076171875
SHDIP,λ<=log n,8192,0,71314,8.705322265625
SHDIP,λ<=log n,8192,0,69190,8.446044921875
SHDIP,λ<=log n,8192,0,70504,8.6064453125
SHDIP,λ<=log n,8192,0,71805,8.7652587890625
SHDIP,λ<=log n,8192,0,70434,8.597900390625
SHDIP,λ<=log n,8192,0,71486,8.726318359375
SHDIP,λ<=log n,8192,0,70344,8.5869140625
SHDIP,λ<=log n,8192,0,73938,9.025634765625
SHDIP,λ<=log n,8192,0,75524,9.21923828125
SHDIP,λ<=log n,8192,0,71783,8.7625732421875
SHDIP,λ<=log n,8192,0,67232,8.20703125
SHDIP,λ<=log n,8192,0,70626,8.621337890625
SHDIP,λ<=log n,8192,0,66165,8.0767822265625
SHDIP,λ<=log n,8192,0,70569,8.6143798828125
SHDIP,λ<=log n,8192,0,70685,8.6285400390625
SHDIP,λ<=log n,8192,0,71471,8.7244873046875
SHDIP,λ<=log n,8192,0,69250,8.453369140625
SHDIP,λ<=log n,8192,0,74150,9.051513671875
SHDIP,λ<=log n,8192,0,74791,9.1297607421875
SHDIP,λ<=log n,8192,0,71815,8.7664794921875
SHDIP,λ<=log n,8192,0,70593,8.6173095703125
SHDIP,λ<=log n,8192,0,78078,9.531005859375
SHDIP,λ<=log n,8192,0,68454,8.356201171875
SHDIP,λ<=log n,8192,0,71481,8.7257080078125
SHDIP,λ<=log n,8192,0,74200,9.0576171875
SHDIP,λ<=log n,8192,0,75831,9.2567138671875
SHDIP,λ<=log n,8192,0,66461,8.1129150390625
SHDIP,λ<=log n,8192,0,69990,8.543701171875
SHDIP,λ<=log n,8192,0,74117,9.0474853515625
SHDIP,λ<=log n,8192,0,76582,9.348388671875
SHDIP,λ<=log n,8192,0,70812,8.64404296875
SHDIP,λ<=log n,8192,0,70233,8.5733642578125
SHDIP,λ<=log n,8192,0,74643,9.1116943359375
SHDIP,λ<=log n,8192,0,69211,8.4486083984375
SHDIP,λ<=log n,8192,0,72369,8.8341064453125
SHDIP,λ<=log n,8192,0,68819,8.4007568359375
SHDIP,λ<=log n,8192,0,69184,8.4453125
SHDIP,λ<=log n,8192,0,69447,8.4774169921875
SHDIP,λ<=log n,8192,0,69213,8.4488525390625
SHDIP,λ<=log n,8192,0,68271,8.3338623046875
SHDIP,λ<=log n,8192,0,69564,8.49169921875
SHDIP,λ<=log n,8192,0,68860,8.40576171875
SHDIP,λ<=log n,8192,0,68463,8.3572998046875
SHDIP,λ<=log n,8192,0,72771,8.8831787109375
SHDIP,λ<=log n,8192,0,79444,9.69775390625
SHDIP,λ<=log n,8192,0,71828,8.76806640625
SHDIP,λ<=log n,8192,0,68954,8.417236328125
SHDIP,λ<=log n,8192,0,73986,9.031494140625
SHDIP,λ<=log n,8192,0,68001,8.3009033203125
SHDIP,λ<=log n,8192,0,72873,8.8956298828125
SHDIP,λ<=log n,8192,0,67679,8.2615966796875
SHDIP,λ<=log n,8192,0,72610,8.863525390625
SHDIP,λ<=log n,8192,0,73581,8.9820556640625
SHDIP,λ<=log n,8192,0,82780,10.10498046875
SHDIP,λ<=log n,8192,0,69181,8.4449462890625
SHDIP,λ<=log n,8192,0,69869,8.5289306640625
SHDIP,λ<=log n,8192,0,66555,8.1243896484375
SHDIP,λ<=log n,8192,0,67783,8.2742919921875
SHDIP,λ<=log n,8192,0,70431,8.5975341796875
SHDIP,λ<=log n,8192,0,73773,9.0054931640625
SHDIP,λ<=log n,8192,0,74600,9.1064453125
SHDIP,λ<=log n,8192,0,70749,8.6363525390625
SHDIP,λ<=log n,8192,0,73500,8.97216796875
SHDIP,λ<=log n,8192,0,66368,8.1015625
SHDIP,λ<=log n,8192,0,88800,10.83984375
SHDIP,λ<=log n,8192,0,74930,9.146728515625
SHDIP,λ<=log n,8192,0,72582,8.860107421875
SHDIP,λ<=log n,8192,0,73435,8.9642333984375
SHDIP,λ<=log n,8192,0,73706,8.997314453125
SHDIP,λ<=log n,8192,0,78444,9.57568359375
SHDIP,λ<=log n,8192,0,66241,8.0860595703125
SHDIP,λ<=log n,8192,0,76308,9.31494140625
SHDIP,λ<=log n,8192,0,75444,9.20947265625
SHDIP,λ<=log n,8192,0,70319,8.5838623046875
SHDIP,λ<=log n,8192,0,76134,9.293701171875
SHLIP,λ<=log n,8192,0,75163,9.1751708984375
SHLIP,λ<=log n,8192,0,81354,9.930908203125
SHLIP,λ<=log n,8192,0,73400,8.9599609375
SHLIP,λ<=log n,8192,0,73523,8.9749755859375
SHLIP,λ<=log n,8192,0,74282,9.067626953125
SHLIP,λ<=log n,8192,0,71419,8.7181396484375
SHLIP,λ<=log n,8192,0,76611,9.3519287109375
SHLIP,λ<=log n,8192,0,75989,9.2760009765625
SHLIP,λ<=log n,8192,0,74905,9.1436767578125
SHLIP,λ<=log n,8192,0,75740,9.24560546875
SHLIP,λ<=log n,8192,0,71726,8.755615234375
SHLIP,λ<=log n,8192,0,76469,9.3345947265625
SHLIP,λ<=log n,8192,0,79369,9.6885986328125
SHLIP,λ<=log n,8192,0,74761,9.1260986328125
SHLIP,λ<=log n,8192,0,76135,9.2938232421875
SHLIP,λ<=log n,8192,0,75926,9.268310546875
SHLIP,λ<=log n,8192,0,73733,9.0006103515625
SHLIP,λ<=log n,8192,0,71701,8.7525634765625
SHLIP,λ<=log n,8192,0,75667,9.2366943359375
SHLIP,λ<=log n,8192,0,77086,9.409912109375
SHLIP,λ<=log n,8192,0,76317,9.3160400390625
SHLIP,λ<=log n,8192,0,74582,9.104248046875
SHLIP,λ<=log n,8192,0,73430,8.963623046875
SHLIP,λ<=log n,8192,0,75321,9.1944580078125
SHLIP,λ<=log n,8192,0,75895,9.2645263671875
SHLIP,λ<=log n,8192,0,76724,9.36572265625
SHLIP,λ<=log n,8192,0,78453,9.5767822265625
SHLIP,λ<=log n,8192,0,73233,8.9395751953125
SHLIP,λ<=log n,8192,0,76929,9.3907470703125
SHLIP,λ<=log n,8192,0,77795,9.4964599609375
SHLIP,λ<=log n,8192,0,77772,9.49365234375
SHLIP,λ<=log n,8192,0,75069,9.1636962890625
SHLIP,λ<=log n,8192,0,72545,8.8555908203125
SHLIP,λ<=log n,8192,0,75803,9.2532958984375
SHLIP,λ<=log n,8192,0,77220,9.42626953125
SHLIP,λ<=log n,8192,0,82153,10.0284423828125
SHLIP,λ<=log n,8192,0,75941,9.2701416015625
SHLIP,λ<=log n,8192,0,71927,8.7801513671875
SHLIP,λ<=log n,8192,0,73202,8.935791015625
SHLIP,λ<=log n,8192,0,72374,8.834716796875
SHLIP,λ<=log n,8192,0,71625,8.7432861328125
SHLIP,λ<=log n,8192,0,84149,10.2720947265625
SHLIP,λ<=log n,8192,0,81172,9.90869140625
SHLIP,λ<=log n,8192,0,73744,9.001953125
SHLIP,λ<=log n,8192,0,76377,9.3233642578125
SHLIP,λ<=log n,8192,0,71471,8.7244873046875
SHLIP,λ<=log n,8192,0,74412,9.08349609375
SHLIP,λ<=log n,8192,0,75116,9.16943359375
SHLIP,λ<=log n,8192,0,75005,9.1558837890625
SHLIP,λ<=log n,8192,0,74451,9.0882568359375
SHLIP,λ<=log n,8192,0,78626,9.597900390625
SHLIP,λ<=log n,8192,0,78541,9.5875244140625
SHLIP,λ<=log n,8192,0,77739,9.4896240234375
SHLIP,λ<=log n,8192,0,77827,9.5003662109375
SHLIP,λ<=log n,8192,0,73230,8.939208984375
SHLIP,λ<=log n,8192,0,73436,8.96435546875
SHLIP,λ<=log n,8192,0,78823,9.6219482421875
SHLIP,λ<=log n,8192,0,78234,9.550048828125
SHLIP,λ<=log n,8192,0,74749,9.1246337890625
SHLIP,λ<=log n,8192,0,75520,9.21875
SHLIP,λ<=log n,8192,0,70120,8.5595703125
SHLIP,λ<=log n,8192,0,71977,8.7862548828125
SHLIP,λ<=log n,8192,0,77327,9.4393310546875
SHLIP,λ<=log n,8192,0,73542,8.977294921875
SHLIP,λ<=log n,8192,0,69496,8.4833984375
SHLIP,λ<=log n,8192,0,72009,8.7901611328125
SHLIP,λ<=log n,8192,0,72424,8.8408203125
SHLIP,λ<=log n,8192,0,72141,8.8062744140625
SHLIP,λ<=log n,8192,0,73503,8.9725341796875
SHLIP,λ<=log n,8192,0,72211,8.8148193359375
SHLIP,λ<=log n,8192,0,71325,8.7066650390625
SHLIP,λ<=log n,8192,0,73940,9.02587890625
SHLIP,λ<=log n,8192,0,72586,8.860595703125
SHLIP,λ<=log n,8192,0,77629,9.4761962890625
SHLIP,λ<=log n,8192,0,81359,9.9315185546875
SHLIP,λ<=log n,8192,0,75778,9.250244140625
SHLIP,λ<=log n,8192,0,76573,9.3472900390625
SHLIP,λ<=log n,8192,0,77321,9.4385986328125
SHLIP,λ<=log n,8192,0,77809,9.4981689453125
SHLIP,λ<=log n,8192,0,76325,9.3170166015625
SHLIP,λ<=log n,8192,0,77066,9.407470703125
SHLIP,λ<=log n,8192,0,74496,9.09375
SHLIP,λ<=log n,8192,0,75436,9.20849609375
SHLIP,λ<=log n,8192,0,72061,8.7965087890625
SHLIP,λ<=log n,8192,0,73694,8.995849609375
SHLIP,λ<=log n,8192,0,73105,8.9239501953125
SHLIP,λ<=log n,8192,0,74865,9.1387939453125
SHLIP,λ<=log n,8192,0,73199,8.9354248046875
SHLIP,λ<=log n,8192,0,81886,9.995849609375
SHLIP,λ<=log n,8192,0,74512,9.095703125
SHLIP,λ<=log n,8192,0,72540,8.85498046875
SHLIP,λ<=log n,8192,0,90110,10.999755859375
SHLIP,λ<=log n,8192,0,89701,10.9498291015625
SHLIP,λ<=log n,8192,0,76369,9.3223876953125
SHLIP,λ<=log n,8192,0,73375,8.9569091796875
SHLIP,λ<=log n,8192,0,84206,10.279052734375
SHLIP,λ<=log n,8192,0,71269,8.6998291015625
SHLIP,λ<=log n,8192,0,79517,9.7066650390625
SHLIP,λ<=log n,8192,0,75237,9.1842041015625
SRLIP,λ<=log n,8192,0,82682,10.093017578125
SRLIP,λ<=log n,8192,0,78000,9.521484375
SRLIP,λ<=log n,8192,0,81357,9.9312744140625
SRLIP,λ<=log n,8192,0,75794,9.252197265625
SRLIP,λ<=log n,8192,0,80439,9.8192138671875
SRLIP,λ<=log n,8192,0,76462,9.333740234375
SRLIP,λ<=log n,8192,0,74247,9.0633544921875
SRLIP,λ<=log n,8192,0,73331,8.9515380859375
SRLIP,λ<=log n,8192,0,80565,9.8345947265625
SRLIP,λ<=log n,8192,0,82015,10.0115966796875
SRLIP,λ<=log n,8192,0,81119,9.9022216796875
SRLIP,λ<=log n,8192,0,79471,9.7010498046875
SRLIP,λ<=log n,8192,0,85063,10.3836669921875
SRLIP,λ<=log n,8192,0,81015,9.8895263671875
SRLIP,λ<=log n,8192,0,85623,10.4520263671875
SRLIP,λ<=log n,8192,0,86267,10.5306396484375
SRLIP,λ<=log n,8192,0,74633,9.1104736328125
SRLIP,λ<=log n,8192,0,77844,9.50244140625
SRLIP,λ<=log n,8192,0,90384,11.033203125
SRLIP,λ<=log n,8192,0,83175,10.1531982421875
SRLIP,λ<=log n,8192,0,84545,10.3204345703125
SRLIP,λ<=log n,8192,0,76502,9.338623046875
SRLIP,λ<=log n,8192,0,80131,9.7816162109375
SRLIP,λ<=log n,8192,0,73663,8.9920654296875
SRLIP,λ<=log n,8192,0,74796,9.13037109375
SRLIP,λ<=log n,8192,0,87202,10.644775390625
SRLIP,λ<=log n,8192,0,79840,9.74609375
SRLIP,λ<=log n,8192,0,80135,9.7821044921875
SRLIP,λ<=log n,8192,0,78796,9.61865234375
SRLIP,λ<=log n,8192,0,76326,9.317138671875
SRLIP,λ<=log n,8192,0,81634,9.965087890625
SRLIP,λ<=log n,8192,0,76011,9.2786865234375
SRLIP,λ<=log n,8192,0,74607,9.1072998046875
SRLIP,λ<=log n,8192,0,82474,10.067626953125
SRLIP,λ<=log n,8192,0,78583,9.5926513671875
SRLIP,λ<=log n,8192,0,77664,9.48046875
SRLIP,λ<=log n,8192,0,77728,9.48828125
SRLIP,λ<=log n,8192,0,82837,10.1119384765625
SRLIP,λ<=log n,8192,0,74899,9.1429443359375
SRLIP,λ<=log n,8192,0,76997,9.3990478515625
SRLIP,λ<=log n,8192,0,81278,9.921630859375
SRLIP,λ<=log n,8192,0,84667,10.3353271484375
SRLIP,λ<=log n,8192,0,77860,9.50439453125
SRLIP,λ<=log n,8192,0,80779,9.8607177734375
SRLIP,λ<=log n,8192,0,85435,10.4290771484375
SRLIP,λ<=log n,8192,0,78607,9.5955810546875
SRLIP,λ<=log n,8192,0,79841,9.7462158203125
SRLIP,λ<=log n,8192,0,86376,10.5439453125
SRLIP,λ<=log n,8192,0,78757,9.6138916015625
SRLIP,λ<=log n,8192,0,82476,10.06787109375
SRLIP,λ<=log n,8192,0,77221,9.4263916015625
SRLIP,λ<=log n,8192,0,83808,10.23046875
SRLIP,λ<=log n,8192,0,77779,9.4945068359375
SRLIP,λ<=log n,8192,0,75244,9.18505859375
SRLIP,λ<=log n,8192,0,86195,10.5218505859375
SRLIP,λ<=log n,8192,0,75207,9.1805419921875
SRLIP,λ<=log n,8192,0,86153,10.5167236328125
SRLIP,λ<=log n,8192,0,77176,9.4208984375
SRLIP,λ<=log n,8192,0,88092,10.75341796875
SRLIP,λ<=log n,8192,0,74933,9.1470947265625
SRLIP,λ<=log n,8192,0,75966,9.273193359375
SRLIP,λ<=log n,8192,0,78963,9.6390380859375
SRLIP,λ<=log n,8192,0,75440,9.208984375
SRLIP,λ<=log n,8192,0,84208,10.279296875
SRLIP,λ<=log n,8192,0,75111,9.1688232421875
SRLIP,λ<=log n,8192,0,78237,9.5504150390625
SRLIP,λ<=log n,8192,0,80271,9.7987060546875
SRLIP,λ<=log n,8192,0,78794,9.618408203125
SRLIP,λ<=log n,8192,0,79999,9.7655029296875
SRLIP,λ<=log n,8192,0,83623,10.2078857421875
SRLIP,λ<=log n,8192,0,79253,9.6744384765625
SRLIP,λ<=log n,8192,0,88553,10.8096923828125
SRLIP,λ<=log n,8192,0,76113,9.2911376953125
SRLIP,λ<=log n,8192,0,79231,9.6717529296875
SRLIP,λ<=log n,8192,0,79103,9.6561279296875
SRLIP,λ<=log n,8192,0,74437,9.0865478515625
SRLIP,λ<=log n,8192,0,81320,9.9267578125
SRLIP,λ<=log n,8192,0,84247,10.2840576171875
SRLIP,λ<=log n,8192,0,80597,9.8385009765625
SRLIP,λ<=log n,8192,0,76091,9.2884521484375
SRLIP,λ<=log n,8192,0,75986,9.275634765625
SRLIP,λ<=log n,8192,0,77500,9.46044921875
SRLIP,λ<=log n,8192,0,86261,10.5299072265625
SRLIP,λ<=log n,8192,0,81832,9.9892578125
SRLIP,λ<=log n,8192,0,78769,9.6153564453125
SRLIP,λ<=log n,8192,0,78704,9.607421875
SRLIP,λ<=log n,8192,0,75759,9.2479248046875
SRLIP,λ<=log n,8192,0,76681,9.3604736328125
SRLIP,λ<=log n,8192,0,72023,8.7918701171875
SRLIP,λ<=log n,8192,0,81706,9.973876953125
SRLIP,λ<=log n,8192,0,77303,9.4364013671875
SRLIP,λ<=log n,8192,0,76452,9.33251953125
SRLIP,λ<=log n,8192,0,80393,9.8135986328125
SRLIP,λ<=log n,8192,0,77975,9.5184326171875
SRLIP,λ<=log n,8192,0,75107,9.1683349609375
SRLIP,λ<=log n,8192,0,77278,9.433349609375
SRLIP,λ<=log n,8192,0,83240,10.1611328125
SRLIP,λ<=log n,8192,0,81872,9.994140625
SRLIP,λ<=log n,8192,0,75112,9.1689453125
SRLIP,λ<=log n,8192,0,80405,9.8150634765625
SSLIP,λ<=log n,8192,0,104383,12.7420654296875
SSLIP,λ<=log n,8192,0,104659,12.7757568359375
SSLIP,λ<=log n,8192,0,98504,12.0244140625
SSLIP,λ<=log n,8192,0,98551,12.0301513671875
SSLIP,λ<=log n,8192,0,118260,14.43603515625
SSLIP,λ<=log n,8192,0,109636,13.38330078125
SSLIP,λ<=log n,8192,0,108238,13.212646484375
SSLIP,λ<=log n,8192,0,101357,12.3726806640625
SSLIP,λ<=log n,8192,0,106266,12.971923828125
SSLIP,λ<=log n,8192,0,102688,12.53515625
SSLIP,λ<=log n,8192,0,113347,13.8363037109375
SSLIP,λ<=log n,8192,0,104696,12.7802734375
SSLIP,λ<=log n,8192,0,103085,12.5836181640625
SSLIP,λ<=log n,8192,0,117285,14.3170166015625
SSLIP,λ<=log n,8192,0,99574,12.155029296875
SSLIP,λ<=log n,8192,0,100383,12.2537841796875
SSLIP,λ<=log n,8192,0,94873,11.5811767578125
SSLIP,λ<=log n,8192,0,94709,11.5611572265625
SSLIP,λ<=log n,8192,0,97799,11.9383544921875
SSLIP,λ<=log n,8192,0,99885,12.1929931640625
SSLIP,λ<=log n,8192,0,110065,13.4356689453125
SSLIP,λ<=log n,8192,0,116581,14.2310791015625
SSLIP,λ<=log n,8192,0,97883,11.9486083984375
SSLIP,λ<=log n,8192,0,110621,13.5035400390625
SSLIP,λ<=log n,8192,0,99927,12.1981201171875
SSLIP,λ<=log n,8192,0,107139,13.0784912109375
SSLIP,λ<=log n,8192,0,101412,12.37939453125
SSLIP,λ<=log n,8192,0,107483,13.1204833984375
SSLIP,λ<=log n,8192,0,113690,13.878173828125
SSLIP,λ<=log n,8192,0,113123,13.8089599609375
SSLIP,λ<=log n,8192,0,98744,12.0537109375
SSLIP,λ<=log n,8192,0,103392,12.62109375
SSLIP,λ<=log n,8192,0,103890,12.681884765625
SSLIP,λ<=log n,8192,0,118700,14.48974609375
SSLIP,λ<=log n,8192,0,102041,12.4561767578125
SSLIP,λ<=log n,8192,0,101838,12.431396484375
SSLIP,λ<=log n,8192,0,106027,12.9427490234375
SSLIP,λ<=log n,8192,0,97070,11.849365234375
SSLIP,λ<=log n,8192,0,107912,13.1728515625
SSLIP,λ<=log n,8192,0,106800,13.037109375
SSLIP,λ<=log n,8192,0,102839,12.5535888671875
SSLIP,λ<=log n,8192,0,103432,12.6259765625
SSLIP,λ<=log n,8192,0,100348,12.24951171875
SSLIP,λ<=log n,8192,0,102548,12.51806640625
SSLIP,λ<=log n,8192,0,123906,15.125244140625
SSLIP,λ<=log n,8192,0,115948,14.15380859375
SSLIP,λ<=log n,8192,0,104548,12.76220703125
SSLIP,λ<=log n,8192,0,101441,12.3829345703125
SSLIP,λ<=log n,8192,0,109110,13.319091796875
SSLIP,λ<=log n,8192,0,104447,12.7498779296875
SSLIP,λ<=log n,8192,0,113251,13.8245849609375
SSLIP,λ<=log n,8192,0,107086,13.072021484375
SSLIP,λ<=log n,8192,0,98218,11.989501953125
SSLIP,λ<=log n,8192,0,122546,14.959228515625
SSLIP,λ<=log n,8192,0,100721,12.2950439453125
SSLIP,λ<=log n,8192,0,103944,12.6884765625
SSLIP,λ<=log n,8192,0,104928,12.80859375
SSLIP,λ<=log n,8192,0,104927,12.8084716796875
SSLIP,λ<=log n,8192,0,110510,13.489990234375
SSLIP,λ<=log n,8192,0,117763,14.3753662109375
SSLIP,λ<=log n,8192,0,98742,12.053466796875
SSLIP,λ<=log n,8192,0,98324,12.00244140625
SSLIP,λ<=log n,8192,0,96845,11.8218994140625
SSLIP,λ<=log n,8192,0,100600,12.2802734375
SSLIP,λ<=log n,8192,0,95689,11.6807861328125
SSLIP,λ<=log n,8192,0,107200,13.0859375
SSLIP,λ<=log n,8192,0,106482,12.998291015625
SSLIP,λ<=log n,8192,0,96583,11.7899169921875
SSLIP,λ<=log n,8192,0,102134,12.467529296875
SSLIP,λ<=log n,8192,0,99301,12.1217041015625
SSLIP,λ<=log n,8192,0,97807,11.9393310546875
SSLIP,λ<=log n,8192,0,94179,11.4964599609375
SSLIP,λ<=log n,8192,0,99266,12.117431640625
SSLIP,λ<=log n,8192,0,99263,12.1170654296875
SSLIP,λ<=log n,8192,0,106710,13.026123046875
SSLIP,λ<=log n,8192,0,104288,12.73046875
SSLIP,λ<=log n,8192,0,100833,12.3087158203125
SSLIP,λ<=log n,8192,0,105689,12.9014892578125
SSLIP,λ<=log n,8192,0,100565,12.2760009765625
SSLIP,λ<=log n,8192,0,106502,13.000732421875
SSLIP,λ<=log n,8192,0,97212,11.86669921875
SSLIP,λ<=log n,8192,0,103558,12.641357421875
SSLIP,λ<=log n,8192,0,98418,12.013916015625
SSLIP,λ<=log n,8192,0,107836,13.16357421875
SSLIP,λ<=log n,8192,0,93354,11.395751953125
SSLIP,λ<=log n,8192,0,100008,12.2080078125
SSLIP,λ<=log n,8192,0,107421,13.1129150390625
SSLIP,λ<=log n,8192,0,113196,13.81787109375
SSLIP,λ<=log n,8192,0,104729,12.7843017578125
SSLIP,λ<=log n,8192,0,96888,11.8271484375
SSLIP,λ<=log n,8192,0,104798,12.792724609375
SSLIP,λ<=log n,8192,0,101205,12.3541259765625
SSLIP,λ<=log n,8192,0,108761,13.2764892578125
SSLIP,λ<=log n,8192,0,107298,13.097900390625
SSLIP,λ<=log n,8192,0,113686,13.877685546875
SSLIP,λ<=log n,8192,0,102708,12.53759765625
SSLIP,λ<=log n,8192,0,105410,12.867431640625
SSLIP,λ<=log n,8192,0,97019,11.8431396484375
SSLIP,λ<=log n,8192,0,112510,13.734130859375
SSLIP,λ<=log n,8192,0,117582,14.353271484375
SSDCD,λ<=log n,8192,0,85793,10.4727783203125
SSDCD,λ<=log n,8192,0,82206,10.034912109375
SSDCD,λ<=log n,8192,0,85188,10.39892578125
SSDCD,λ<=log n,8192,0,78632,9.5986328125
SSDCD,λ<=log n,8192,0,88227,10.7698974609375
SSDCD,λ<=log n,8192,0,74295,9.0692138671875
SSDCD,λ<=log n,8192,0,82608,10.083984375
SSDCD,λ<=log n,8192,0,80282,9.800048828125
SSDCD,λ<=log n,8192,0,77790,9.495849609375
SSDCD,λ<=log n,8192,0,92769,11.3243408203125
SSDCD,λ<=log n,8192,0,75457,9.2110595703125
SSDCD,λ<=log n,8192,0,79176,9.6650390625
SSDCD,λ<=log n,8192,0,85515,10.4388427734375
SSDCD,λ<=log n,8192,0,79127,9.6590576171875
SSDCD,λ<=log n,8192,0,81338,9.928955078125
SSDCD,λ<=log n,8192,0,90090,10.997314453125
SSDCD,λ<=log n,8192,0,81016,9.8896484375
SSDCD,λ<=log n,8192,0,82826,10.110595703125
SSDCD,λ<=log n,8192,0,88787,10.8382568359375
SSDCD,λ<=log n,8192,0,85601,10.4493408203125
SSDCD,λ<=log n,8192,0,79722,9.731689453125
SSDCD,λ<=log n,8192,0,85355,10.4193115234375
SSDCD,λ<=log n,8192,0,96408,11.7685546875
SSDCD,λ<=log n,8192,0,93173,11.3736572265625
SSDCD,λ<=log n,8192,0,78245,9.5513916015625
SSDCD,λ<=log n,8192,0,81078,9.897216796875
SSDCD,λ<=log n,8192,0,84816,10.353515625
SSDCD,λ<=log n,8192,0,80443,9.8197021484375
SSDCD,λ<=log n,8192,0,90439,11.0399169921875
SSDCD,λ<=log n,8192,0,85778,10.470947265625
SSDCD,λ<=log n,8192,0,98452,12.01806640625
SSDCD,λ<=log n,8192,0,82880,10.1171875
SSDCD,λ<=log n,8192,0,82281,10.0440673828125
SSDCD,λ<=log n,8192,0,80935,9.8797607421875
SSDCD,λ<=log n,8192,0,79509,9.7056884765625
SSDCD,λ<=log n,8192,0,80396,9.81396484375
SSDCD,λ<=log n,8192,0,86366,10.542724609375
SSDCD,λ<=log n,8192,0,90997,11.1080322265625
SSDCD,λ<=log n,8192,0,83859,10.2366943359375
SSDCD,λ<=log n,8192,0,82982,10.129638671875
SSDCD,λ<=log n,8192,0,83355,10.1751708984375
SSDCD,λ<=log n,8192,0,98440,12.0166015625
SSDCD,λ<=log n,8192,0,93229,11.3804931640625
SSDCD,λ<=log n,8192,0,85472,10.43359375
SSDCD,λ<=log n,8192,0,76895,9.3865966796875
SSDCD,λ<=log n,8192,0,83136,10.1484375
SSDCD,λ<=log n,8192,0,85379,10.4222412109375
SSDCD,λ<=log n,8192,0,83171,10.1527099609375
SSDCD,λ<=log n,8192,0,89973,10.9830322265625
SSDCD,λ<=log n,8192,0,83919,10.2440185546875
SSDCD,λ<=log n,8192,0,93440,11.40625
SSDCD,λ<=log n,8192,0,86426,10.550048828125
SSDCD,λ<=log n,8192,0,84419,10.3050537109375
SSDCD,λ<=log n,8192,0,91342,11.150146484375
SSDCD,λ<=log n,8192,0,85972,10.49462890625
SSDCD,λ<=log n,8192,0,90527,11.0506591796875
SSDCD,λ<=log n,8192,0,81331,9.9281005859375
SSDCD,λ<=log n,8192,0,90659,11.0667724609375
SSDCD,λ<=log n,8192,0,85900,10.48583984375
SSDCD,λ<=log n,8192,0,78773,9.6158447265625
SSDCD,λ<=log n,8192,0,93859,11.4573974609375
SSDCD,λ<=log n,8192,0,79828,9.74462890625
SSDCD,λ<=log n,8192,0,96860,11.82373046875
SSDCD,λ<=log n,8192,0,95843,11.6995849609375
SSDCD,λ<=log n,8192,0,93571,11.4222412109375
SSDCD,λ<=log n,8192,0,86780,10.59326171875
SSDCD,λ<=log n,8192,0,80979,9.8851318359375
SSDCD,λ<=log n,8192,0,84686,10.337646484375
SSDCD,λ<=log n,8192,0,81246,9.917724609375
SSDCD,λ<=log n,8192,0,83039,10.1365966796875
SSDCD,λ<=log n,8192,0,79462,9.699951171875
SSDCD,λ<=log n,8192,0,80507,9.8275146484375
SSDCD,λ<=log n,8192,0,80559,9.8338623046875
SSDCD,λ<=log n,8192,0,79449,9.6983642578125
SSDCD,λ<=log n,8192,0,89259,10.8958740234375
SSDCD,λ<=log n,8192,0,84825,10.3546142578125
SSDCD,λ<=log n,8192,0,83444,10.18603515625
SSDCD,λ<=log n,8192,0,94847,11.5780029296875
SSDCD,λ<=log n,8192,0,80800,9.86328125
SSDCD,λ<=log n,8192,0,83417,10.1827392578125
SSDCD,λ<=log n,8192,0,88458,10.798095703125
SSDCD,λ<=log n,8192,0,95652,11.67626953125
SSDCD,λ<=log n,8192,0,78674,9.603759765625
SSDCD,λ<=log n,8192,0,79741,9.7340087890625
SSDCD,λ<=log n,8192,0,83035,10.1361083984375
SSDCD,λ<=log n,8192,0,85393,10.4239501953125
SSDCD,λ<=log n,8192,0,90206,11.011474609375
SSDCD,λ<=log n,8192,0,95116,11.61083984375
SSDCD,λ<=log n,8192,0,79910,9.754638671875
SSDCD,λ<=log n,8192,0,89563,10.9329833984375
SSDCD,λ<=log n,8192,0,83131,10.1478271484375
SSDCD,λ<=log n,8192,0,88034,10.746337890625
SSDCD,λ<=log n,8192,0,84790,10.350341796875
SSDCD,λ<=log n,8192,0,83778,10.226806640625
SSDCD,λ<=log n,8192,0,72919,8.9012451171875
SSDCD,λ<=log n,8192,0,90770,11.080322265625
SSDCD,λ<=log n,8192,0,75934,9.269287109375
SSDCD,λ<=log n,8192,0,81081,9.8975830078125
SSDCD,λ<=log n,8192,0,83901,10.2418212890625
SSDCD,λ<=log n,8192,0,81770,9.981689453125
SRDCD,λ<=log n,8192,0,62106,7.581298828125
SRDCD,λ<=log n,8192,0,63639,7.7684326171875
SRDCD,λ<=log n,8192,0,66760,8.1494140625
SRDCD,λ<=log n,8192,0,71066,8.675048828125
SRDCD,λ<=log n,8192,0,68516,8.36376953125
SRDCD,λ<=log n,8192,0,72894,8.898193359375
SRDCD,λ<=log n,8192,0,62245,7.5982666015625
SRDCD,λ<=log n,8192,0,63347,7.7327880859375
SRDCD,λ<=log n,8192,0,62498,7.629150390625
SRDCD,λ<=log n,8192,0,64544,7.87890625
SRDCD,λ<=log n,8192,0,65785,8.0303955078125
SRDCD,λ<=log n,8192,0,61457,7.5020751953125
SRDCD,λ<=log n,8192,0,63213,7.7164306640625
SRDCD,λ<=log n,8192,0,64739,7.9027099609375
SRDCD,λ<=log n,8192,0,64132,7.82861328125
SRDCD,λ<=log n,8192,0,64056,7.8193359375
SRDCD,λ<=log n,8192,0,62758,7.660888671875
SRDCD,λ<=log n,8192,0,64007,7.8133544921875
SRDCD,λ<=log n,8192,0,64255,7.8436279296875
SRDCD,λ<=log n,8192,0,63052,7.69677734375
SRDCD,λ<=log n,8192,0,65579,8.0052490234375
SRDCD,λ<=log n,8192,0,59452,7.25732421875
SRDCD,λ<=log n,8192,0,66913,8.1680908203125
SRDCD,λ<=log n,8192,0,63031,7.6942138671875
SRDCD,λ<=log n,8192,0,72888,8.8974609375
SRDCD,λ<=log n,8192,0,65911,8.0457763671875
SRDCD,λ<=log n,8192,0,61639,7.5242919921875
SRDCD,λ<=log n,8192,0,65286,7.969482421875
SRDCD,λ<=log n,8192,0,61037,7.4508056640625
SRDCD,λ<=log n,8192,0,62616,7.6435546875
SRDCD,λ<=log n,8192,0,61087,7.4569091796875
SRDCD,λ<=log n,8192,0,62648,7.6474609375
SRDCD,λ<=log n,8192,0,72839,8.8914794921875
SRDCD,λ<=log n,8192,0,66564,8.12548828125
SRDCD,λ<=log n,8192,0,62906,7.678955078125
SRDCD,λ<=log n,8192,0,69314,8.461181640625
SRDCD,λ<=log n,8192,0,62970,7.686767578125
SRDCD,λ<=log n,8192,0,64806,7.910888671875
SRDCD,λ<=log n,8192,0,68225,8.3282470703125
SRDCD,λ<=log n,8192,0,64926,7.925537109375
SRDCD,λ<=log n,8192,0,65159,7.9539794921875
SRDCD,λ<=log n,8192,0,64098,7.824462890625
SRDCD,λ<=log n,8192,0,60664,7.4052734375
SRDCD,λ<=log n,8192,0,64530,7.877197265625
SRDCD,λ<=log n,8192,0,66887,8.1649169921875
SRDCD,λ<=log n,8192,0,62780,7.66357421875
SRDCD,λ<=log n,8192,0,66833,8.1583251953125
SRDCD,λ<=log n,8192,0,61197,7.4703369140625
SRDCD,λ<=log n,8192,0,74681,9.1163330078125
SRDCD,λ<=log n,8192,0,60690,7.408447265625
SRDCD,λ<=log n,8192,0,66729,8.1456298828125
SRDCD,λ<=log n,8192,0,71581,8.7379150390625
SRDCD,λ<=log n,8192,0,65262,7.966552734375
SRDCD,λ<=log n,8192,0,60108,7.33740234375
SRDCD,λ<=log n,8192,0,63099,7.7025146484375
SRDCD,λ<=log n,8192,0,61093,7.4576416015625
SRDCD,λ<=log n,8192,0,68052,8.30712890625
SRDCD,λ<=log n,8192,0,60037,7.3287353515625
SRDCD,λ<=log n,8192,0,68778,8.395751953125
SRDCD,λ<=log n,8192,0,62129,7.5841064453125
SRDCD,λ<=log n,8192,0,60332,7.36474609375
SRDCD,λ<=log n,8192,0,68843,8.4036865234375
SRDCD,λ<=log n,8192,0,64531,7.8773193359375
SRDCD,λ<=log n,8192,0,62544,7.634765625
SRDCD,λ<=log n,8192,0,63862,7.795654296875
SRDCD,λ<=log n,8192,0,61842,7.549072265625
SRDCD,λ<=log n,8192,0,69995,8.5443115234375
SRDCD,λ<=log n,8192,0,58177,7.1016845703125
SRDCD,λ<=log n,8192,0,62686,7.652099609375
SRDCD,λ<=log n,8192,0,70939,8.6595458984375
SRDCD,λ<=log n,8192,0,64923,7.9251708984375
SRDCD,λ<=log n,8192,0,65407,7.9842529296875
SRDCD,λ<=log n,8192,0,63698,7.775634765625
SRDCD,λ<=log n,8192,0,61339,7.4876708984375
SRDCD,λ<=log n,8192,0,61687,7.5301513671875
SRDCD,λ<=log n,8192,0,64332,7.85302734375
SRDCD,λ<=log n,8192,0,65559,8.0028076171875
SRDCD,λ<=log n,8192,0,62575,7.6385498046875
SRDCD,λ<=log n,8192,0,66372,8.10205078125
SRDCD,λ<=log n,8192,0,58530,7.144775390625
SRDCD,λ<=log n,8192,0,62147,7.5863037109375
SRDCD,λ<=log n,8192,0,60002,7.324462890625
SRDCD,λ<=log n,8192,0,67654,8.258544921875
SRDCD,λ<=log n,8192,0,60942,7.439208984375
SRDCD,λ<=log n,8192,0,63233,7.7188720703125
SRDCD,λ<=log n,8192,0,69116,8.43701171875
SRDCD,λ<=log n,8192,0,66330,8.096923828125
SRDCD,λ<=log n,8192,0,65641,8.0128173828125
SRDCD,λ<=log n,8192,0,63912,7.8017578125
SRDCD,λ<=log n,8192,0,69677,8.5054931640625
SRDCD,λ<=log n,8192,0,60033,7.3282470703125
SRDCD,λ<=log n,8192,0,67960,8.2958984375
SRDCD,λ<=log n,8192,0,62317,7.6070556640625
SRDCD,λ<=log n,8192,0,72331,8.8294677734375
SRDCD,λ<=log n,8192,0,62568,7.6376953125
SRDCD,λ<=log n,8192,0,77528,9.4638671875
SRDCD,λ<=log n,8192,0,67137,8.1954345703125
SRDCD,λ<=log n,8192,0,62396,7.61669921875
SRDCD,λ<=log n,8192,0,62972,7.68701171875
SRDCD,λ<=log n,8192,0,63056,7.697265625
SHDCD,λ<=log n,8192,0,58476,7.13818359375
SHDCD,λ<=log n,8192,0,61212,7.47216796875
SHDCD,λ<=log n,8192,0,60392,7.3720703125
SHDCD,λ<=log n,8192,0,59213,7.2281494140625
SHDCD,λ<=log n,8192,0,57297,6.9942626953125
SHDCD,λ<=log n,8192,0,60120,7.3388671875
SHDCD,λ<=log n,8192,0,57517,7.0211181640625
SHDCD,λ<=log n,8192,0,54778,6.686767578125
SHDCD,λ<=log n,8192,0,62067,7.5765380859375
SHDCD,λ<=log n,8192,0,56082,6.845947265625
SHDCD,λ<=log n,8192,0,58778,7.175048828125
SHDCD,λ<=log n,8192,0,55745,6.8048095703125
SHDCD,λ<=log n,8192,0,62592,7.640625
SHDCD,λ<=log n,8192,0,62942,7.683349609375
SHDCD,λ<=log n,8192,0,54871,6.6981201171875
SHDCD,λ<=log n,8192,0,59960,7.3193359375
SHDCD,λ<=log n,8192,0,57061,6.9654541015625
SHDCD,λ<=log n,8192,0,58691,7.1644287109375
SHDCD,λ<=log n,8192,0,56115,6.8499755859375
SHDCD,λ<=log n,8192,0,60880,7.431640625
SHDCD,λ<=log n,8192,0,57148,6.97607421875
SHDCD,λ<=log n,8192,0,56893,6.9449462890625
SHDCD,λ<=log n,8192,0,56612,6.91064453125
SHDCD,λ<=log n,8192,0,60296,7.3603515625
SHDCD,λ<=log n,8192,0,61332,7.48681640625
SHDCD,λ<=log n,8192,0,58519,7.1434326171875
SHDCD,λ<=log n,8192,0,53903,6.5799560546875
SHDCD,λ<=log n,8192,0,56322,6.875244140625
SHDCD,λ<=log n,8192,0,58674,7.162353515625
SHDCD,λ<=log n,8192,0,61258,7.477783203125
SHDCD,λ<=log n,8192,0,55807,6.8123779296875
SHDCD,λ<=log n,8192,0,62052,7.57470703125
SHDCD,λ<=log n,8192,0,58876,7.18701171875
SHDCD,λ<=log n,8192,0,61798,7.543701171875
SHDCD,λ<=log n,8192,0,60870,7.430419921875
SHDCD,λ<=log n,8192,0,55583,6.7850341796875
SHDCD,λ<=log n,8192,0,64268,7.84521484375
SHDCD,λ<=log n,8192,0,57688,7.0419921875
SHDCD,λ<=log n,8192,0,57999,7.0799560546875
SHDCD,λ<=log n,8192,0,61128,7.4619140625
SHDCD,λ<=log n,8192,0,61439,7.4998779296875
SHDCD,λ<=log n,8192,0,58815,7.1795654296875
SHDCD,λ<=log n,8192,0,59350,7.244873046875
SHDCD,λ<=log n,8192,0,57619,7.0335693359375
SHDCD,λ<=log n,8192,0,61564,7.51513671875
SHDCD,λ<=log n,8192,0,65587,8.0062255859375
SHDCD,λ<=log n,8192,0,60615,7.3992919921875
SHDCD,λ<=log n,8192,0,61455,7.5018310546875
SHDCD,λ<=log n,8192,0,65735,8.0242919921875
SHDCD,λ<=log n,8192,0,61849,7.5499267578125
SHDCD,λ<=log n,8192,0,65436,7.98779296875
SHDCD,λ<=log n,8192,0,57294,6.993896484375
SHDCD,λ<=log n,8192,0,58478,7.138427734375
SHDCD,λ<=log n,8192,0,55256,6.7451171875
SHDCD,λ<=log n,8192,0,58127,7.0955810546875
SHDCD,λ<=log n,8192,0,59611,7.2767333984375
SHDCD,λ<=log n,8192,0,58709,7.1666259765625
SHDCD,λ<=log n,8192,0,55372,6.75927734375
SHDCD,λ<=log n,8192,0,62986,7.688720703125
SHDCD,λ<=log n,8192,0,57211,6.9837646484375
SHDCD,λ<=log n,8192,0,56994,6.957275390625
SHDCD,λ<=log n,8192,0,67590,8.250732421875
SHDCD,λ<=log n,8192,0,57741,7.0484619140625
SHDCD,λ<=log n,8192,0,66149,8.0748291015625
SHDCD,λ<=log n,8192,0,55443,6.7679443359375
SHDCD,λ<=log n,8192,0,61590,7.518310546875
SHDCD,λ<=log n,8192,0,63551,7.7576904296875
SHDCD,λ<=log n,8192,0,60245,7.3541259765625
SHDCD,λ<=log n,8192,0,60135,7.3406982421875
SHDCD,λ<=log n,8192,0,60663,7.4051513671875
SHDCD,λ<=log n,8192,0,58751,7.1717529296875
SHDCD,λ<=log n,8192,0,60107,7.3372802734375
SHDCD,λ<=log n,8192,0,59028,7.20556640625
SHDCD,λ<=log n,8192,0,62675,7.6507568359375
SHDCD,λ<=log n,8192,0,63312,7.728515625
SHDCD,λ<=log n,8192,0,54897,6.7012939453125
SHDCD,λ<=log n,8192,0,55874,6.820556640625
SHDCD,λ<=log n,8192,0,57683,7.0413818359375
SHDCD,λ<=log n,8192,0,62634,7.645751953125
SHDCD,λ<=log n,8192,0,54698,6.677001953125
SHDCD,λ<=log n,8192,0,59207,7.2274169921875
SHDCD,λ<=log n,8192,0,58033,7.0841064453125
SHDCD,λ<=log n,8192,0,62098,7.580322265625
SHDCD,λ<=log n,8192,0,63441,7.7442626953125
SHDCD,λ<=log n,8192,0,52728,6.4365234375
SHDCD,λ<=log n,8192,0,57898,7.067626953125
SHDCD,λ<=log n,8192,0,58953,7.1964111328125
SHDCD,λ<=log n,8192,0,62849,7.6719970703125
SHDCD,λ<=log n,8192,0,61451,7.5013427734375
SHDCD,λ<=log n,8192,0,56542,6.902099609375
SHDCD,λ<=log n,8192,0,56547,6.9027099609375
SHDCD,λ<=log n,8192,0,56107,6.8489990234375
SHDCD,λ<=log n,8192,0,62348,7.61083984375
SHDCD,λ<=log n,8192,0,55945,6.8292236328125
SHDCD,λ<=log n,8192,0,56491,6.8958740234375
SHDCD,λ<=log n,8192,0,59342,7.243896484375
SHDCD,λ<=log n,8192,0,58871,7.1864013671875
SHDCD,λ<=log n,8192,0,54325,6.6314697265625
SHDCD,λ<=log n,8192,0,55069,6.7222900390625
SHDCD,λ<=log n,8192,0,60477,7.3824462890625
SHLCD,λ<=log n,8192,0,61797,7.5435791015625
SHLCD,λ<=log n,8192,0,58608,7.154296875
SHLCD,λ<=log n,8192,0,60793,7.4210205078125
SHLCD,λ<=log n,8192,0,65663,8.0155029296875
SHLCD,λ<=log n,8192,0,65941,8.0494384765625
SHLCD,λ<=log n,8192,0,56166,6.856201171875
SHLCD,λ<=log n,8192,0,60910,7.435302734375
SHLCD,λ<=log n,8192,0,59161,7.2218017578125
SHLCD,λ<=log n,8192,0,58463,7.1365966796875
SHLCD,λ<=log n,8192,0,59014,7.203857421875
SHLCD,λ<=log n,8192,0,63812,7.78955078125
SHLCD,λ<=log n,8192,0,58546,7.146728515625
SHLCD,λ<=log n,8192,0,64792,7.9091796875
SHLCD,λ<=log n,8192,0,54399,6.6405029296875
SHLCD,λ<=log n,8192,0,59705,7.2882080078125
SHLCD,λ<=log n,8192,0,64894,7.921630859375
SHLCD,λ<=log n,8192,0,64089,7.8233642578125
SHLCD,λ<=log n,8192,0,63043,7.6956787109375
SHLCD,λ<=log n,8192,0,59090,7.213134765625
SHLCD,λ<=log n,8192,0,64181,7.8345947265625
SHLCD,λ<=log n,8192,0,63325,7.7301025390625
SHLCD,λ<=log n,8192,0,63031,7.6942138671875
SHLCD,λ<=log n,8192,0,62597,7.6412353515625
SHLCD,λ<=log n,8192,0,61794,7.543212890625
SHLCD,λ<=log n,8192,0,58789,7.1763916015625
SHLCD,λ<=log n,8192,0,60084,7.33447265625
SHLCD,λ<=log n,8192,0,61318,7.485107421875
SHLCD,λ<=log n,8192,0,58110,7.093505859375
SHLCD,λ<=log n,8192,0,60430,7.376708984375
SHLCD,λ<=log n,8192,0,66144,8.07421875
SHLCD,λ<=log n,8192,0,56128,6.8515625
SHLCD,λ<=log n,8192,0,59142,7.219482421875
SHLCD,λ<=log n,8192,0,62164,7.58837890625
SHLCD,λ<=log n,8192,0,58446,7.134521484375
SHLCD,λ<=log n,8192,0,61129,7.4620361328125
SHLCD,λ<=log n,8192,0,59756,7.29443359375
SHLCD,λ<=log n,8192,0,57154,6.976806640625
SHLCD,λ<=log n,8192,0,60042,7.329345703125
SHLCD,λ<=log n,8192,0,56986,6.956298828125
SHLCD,λ<=log n,8192,0,63119,7.7049560546875
SHLCD,λ<=log n,8192,0,61013,7.4478759765625
SHLCD,λ<=log n,8192,0,60103,7.3367919921875
SHLCD,λ<=log n,8192,0,61747,7.5374755859375
SHLCD,λ<=log n,8192,0,65740,8.02490234375
SHLCD,λ<=log n,8192,0,57426,7.010009765625
SHLCD,λ<=log n,8192,0,60766,7.417724609375
SHLCD,λ<=log n,8192,0,62377,7.6143798828125
SHLCD,λ<=log n,8192,0,59697,7.2872314453125
SHLCD,λ<=log n,8192,0,62045,7.5738525390625
SHLCD,λ<=log n,8192,0,64169,7.8331298828125
SHLCD,λ<=log n,8192,0,61026,7.449462890625
SHLCD,λ<=log n,8192,0,57232,6.986328125
SHLCD,λ<=log n,8192,0,57875,7.0648193359375
SHLCD,λ<=log n,8192,0,60220,7.35107421875
SHLCD,λ<=log n,8192,0,62969,7.6866455078125
SHLCD,λ<=log n,8192,0,62364,7.61279296875
SHLCD,λ<=log n,8192,0,63000,7.6904296875
SHLCD,λ<=log n,8192,0,62291,7.6038818359375
SHLCD,λ<=log n,8192,0,60736,7.4140625
SHLCD,λ<=log n,8192,0,58670,7.161865234375
SHLCD,λ<=log n,8192,0,61571,7.5159912109375
SHLCD,λ<=log n,8192,0,62107,7.5814208984375
SHLCD,λ<=log n,8192,0,60445,7.3785400390625
SHLCD,λ<=log n,8192,0,61107,7.4593505859375
SHLCD,λ<=log n,8192,0,65684,8.01806640625
SHLCD,λ<=log n,8192,0,58067,7.0882568359375
SHLCD,λ<=log n,8192,0,63312,7.728515625
SHLCD,λ<=log n,8192,0,61657,7.5264892578125
SHLCD,λ<=log n,8192,0,67435,8.2318115234375
SHLCD,λ<=log n,8192,0,62922,7.680908203125
SHLCD,λ<=log n,8192,0,60309,7.3619384765625
SHLCD,λ<=log n,8192,0,62331,7.6087646484375
SHLCD,λ<=log n,8192,0,57726,7.046630859375
SHLCD,λ<=log n,8192,0,58296,7.1162109375
SHLCD,λ<=log n,8192,0,57349,7.0006103515625
SHLCD,λ<=log n,8192,0,61165,7.4664306640625
SHLCD,λ<=log n,8192,0,59642,7.280517578125
SHLCD,λ<=log n,8192,0,64244,7.84228515625
SHLCD,λ<=log n,8192,0,56742,6.926513671875
SHLCD,λ<=log n,8192,0,65313,7.9727783203125
SHLCD,λ<=log n,8192,0,57771,7.0521240234375
SHLCD,λ<=log n,8192,0,68690,8.385009765625
SHLCD,λ<=log n,8192,0,61748,7.53759765625
SHLCD,λ<=log n,8192,0,61742,7.536865234375
SHLCD,λ<=log n,8192,0,59381,7.2486572265625
SHLCD,λ<=log n,8192,0,62738,7.658447265625
SHLCD,λ<=log n,8192,0,66914,8.168212890625
SHLCD,λ<=log n,8192,0,66451,8.1116943359375
SHLCD,λ<=log n,8192,0,58369,7.1251220703125
SHLCD,λ<=log n,8192,0,61029,7.4498291015625
SHLCD,λ<=log n,8192,0,67290,8.214111328125
SHLCD,λ<=log n,8192,0,59984,7.322265625
SHLCD,λ<=log n,8192,0,62500,7.62939453125
SHLCD,λ<=log n,8192,0,70805,8.6431884765625
SHLCD,λ<=log n,8192,0,63992,7.8115234375
SHLCD,λ<=log n,8192,0,58134,7.096435546875
SHLCD,λ<=log n,8192,0,67433,8.2315673828125
SRLCD,λ<=log n,8192,0,70896,8.654296875
SRLCD,λ<=log n,8192,0,78719,9.6092529296875
SRLCD,λ<=log n,8192,0,67880,8.2861328125
SRLCD,λ<=log n,8192,0,61139,7.4632568359375
SRLCD,λ<=log n,8192,0,66591,8.1287841796875
SRLCD,λ<=log n,8192,0,73311,8.9490966796875
SRLCD,λ<=log n,8192,0,71174,8.688232421875
SRLCD,λ<=log n,8192,0,63952,7.806640625
SRLCD,λ<=log n,8192,0,70007,8.5457763671875
SRLCD,λ<=log n,8192,0,67050,8.184814453125
SRLCD,λ<=log n,8192,0,67965,8.2965087890625
SRLCD,λ<=log n,8192,0,67424,8.23046875
SRLCD,λ<=log n,8192,0,62566,7.637451171875
SRLCD,λ<=log n,8192,0,67309,8.2164306640625
SRLCD,λ<=log n,8192,0,70548,8.61181640625
SRLCD,λ<=log n,8192,0,68442,8.354736328125
SRLCD,λ<=log n,8192,0,64408,7.8623046875
SRLCD,λ<=log n,8192,0,70592,8.6171875
SRLCD,λ<=log n,8192,0,71915,8.7786865234375
SRLCD,λ<=log n,8192,0,66101,8.0689697265625
SRLCD,λ<=log n,8192,0,73272,8.9443359375
SRLCD,λ<=log n,8192,0,68489,8.3604736328125
SRLCD,λ<=log n,8192,0,64665,7.8936767578125
SRLCD,λ<=log n,8192,0,64039,7.8172607421875
SRLCD,λ<=log n,8192,0,68308,8.33837890625
SRLCD,λ<=log n,8192,0,69618,8.498291015625
SRLCD,λ<=log n,8192,0,74474,9.091064453125
SRLCD,λ<=log n,8192,0,68435,8.3538818359375
SRLCD,λ<=log n,8192,0,79389,9.6910400390625
SRLCD,λ<=log n,8192,0,61148,7.46435546875
SRLCD,λ<=log n,8192,0,70932,8.65869140625
SRLCD,λ<=log n,8192,0,63388,7.73779296875
SRLCD,λ<=log n,8192,0,63134,7.706787109375
SRLCD,λ<=log n,8192,0,61490,7.506103515625
SRLCD,λ<=log n,8192,0,61553,7.5137939453125
SRLCD,λ<=log n,8192,0,64018,7.814697265625
SRLCD,λ<=log n,8192,0,68214,8.326904296875
SRLCD,λ<=log n,8192,0,63626,7.766845703125
SRLCD,λ<=log n,8192,0,65451,7.9896240234375
SRLCD,λ<=log n,8192,0,61311,7.4842529296875
SRLCD,λ<=log n,8192,0,64432,7.865234375
SRLCD,λ<=log n,8192,0,65454,7.989990234375
SRLCD,λ<=log n,8192,0,71547,8.7337646484375
SRLCD,λ<=log n,8192,0,67517,8.2418212890625
SRLCD,λ<=log n,8192,0,73200,8.935546875
SRLCD,λ<=log n,8192,0,68474,8.358642578125
SRLCD,λ<=log n,8192,0,69795,8.5198974609375
SRLCD,λ<=log n,8192,0,63472,7.748046875
SRLCD,λ<=log n,8192,0,61964,7.56396484375
SRLCD,λ<=log n,8192,0,68306,8.338134765625
SRLCD,λ<=log n,8192,0,74795,9.1302490234375
SRLCD,λ<=log n,8192,0,70330,8.585205078125
SRLCD,λ<=log n,8192,0,70149,8.5631103515625
SRLCD,λ<=log n,8192,0,62357,7.6119384765625
SRLCD,λ<=log n,8192,0,68618,8.376220703125
SRLCD,λ<=log n,8192,0,61051,7.4525146484375
SRLCD,λ<=log n,8192,0,64238,7.841552734375
SRLCD,λ<=log n,8192,0,60627,7.4007568359375
SRLCD,λ<=log n,8192,0,59875,7.3089599609375
SRLCD,λ<=log n,8192,0,65043,7.9398193359375
SRLCD,λ<=log n,8192,0,67435,8.2318115234375
SRLCD,λ<=log n,8192,0,65316,7.97314453125
SRLCD,λ<=log n,8192,0,69793,8.5196533203125
SRLCD,λ<=log n,8192,0,64216,7.8388671875
SRLCD,λ<=log n,8192,0,61322,7.485595703125
SRLCD,λ<=log n,8192,0,81024,9.890625
SRLCD,λ<=log n,8192,0,62192,7.591796875
SRLCD,λ<=log n,8192,0,71235,8.6956787109375
SRLCD,λ<=log n,8192,0,75751,9.2469482421875
SRLCD,λ<=log n,8192,0,64341,7.8541259765625
SRLCD,λ<=log n,8192,0,66247,8.0867919921875
SRLCD,λ<=log n,8192,0,66207,8.0819091796875
SRLCD,λ<=log n,8192,0,67057,8.1856689453125
SRLCD,λ<=log n,8192,0,68769,8.3946533203125
SRLCD,λ<=log n,8192,0,63822,7.790771484375
SRLCD,λ<=log n,8192,0,67998,8.300537109375
SRLCD,λ<=log n,8192,0,62366,7.613037109375
SRLCD,λ<=log n,8192,0,62904,7.6787109375
SRLCD,λ<=log n,8192,0,70100,8.55712890625
SRLCD,λ<=log n,8192,0,65408,7.984375
SRLCD,λ<=log n,8192,0,66709,8.1431884765625
SRLCD,λ<=log n,8192,0,67453,8.2340087890625
SRLCD,λ<=log n,8192,0,63418,7.741455078125
SRLCD,λ<=log n,8192,0,69306,8.460205078125
SRLCD,λ<=log n,8192,0,71470,8.724365234375
SRLCD,λ<=log n,8192,0,62928,7.681640625
SRLCD,λ<=log n,8192,0,67146,8.196533203125
SRLCD,λ<=log n,8192,0,64496,7.873046875
SRLCD,λ<=log n,8192,0,61655,7.5262451171875
SRLCD,λ<=log n,8192,0,68207,8.3260498046875
SRLCD,λ<=log n,8192,0,69534,8.488037109375
SRLCD,λ<=log n,8192,0,69049,8.4288330078125
SRLCD,λ<=log n,8192,0,64820,7.91259765625
SRLCD,λ<=log n,8192,0,66938,8.171142578125
SRLCD,λ<=log n,8192,0,63098,7.702392578125
SRLCD,λ<=log n,8192,0,64969,7.9307861328125
SRLCD,λ<=log n,8192,0,66422,8.108154296875
SRLCD,λ<=log n,8192,0,69756,8.51513671875
SRLCD,λ<=log n,8192,0,61251,7.4769287109375
SRLCD,λ<=log n,8192,0,66306,8.093994140625
SSLCD,λ<=log n,8192,0,84218,10.280517578125
SSLCD,λ<=log n,8192,0,83138,10.148681640625
SSLCD,λ<=log n,8192,0,101488,12.388671875
SSLCD,λ<=log n,8192,0,87270,10.653076171875
SSLCD,λ<=log n,8192,0,87747,10.7113037109375
SSLCD,λ<=log n,8192,0,90884,11.09423828125
SSLCD,λ<=log n,8192,0,89283,10.8988037109375
SSLCD,λ<=log n,8192,0,80796,9.86279296875
SSLCD,λ<=log n,8192,0,82589,10.0816650390625
SSLCD,λ<=log n,8192,0,88406,10.791748046875
SSLCD,λ<=log n,8192,0,83578,10.202392578125
SSLCD,λ<=log n,8192,0,90080,10.99609375
SSLCD,λ<=log n,8192,0,87926,10.733154296875
SSLCD,λ<=log n,8192,0,92779,11.3255615234375
SSLCD,λ<=log n,8192,0,84296,10.2900390625
SSLCD,λ<=log n,8192,0,83404,10.18115234375
SSLCD,λ<=log n,8192,0,91971,11.2269287109375
SSLCD,λ<=log n,8192,0,88806,10.840576171875
SSLCD,λ<=log n,8192,0,87005,10.6207275390625
SSLCD,λ<=log n,8192,0,84766,10.347412109375
SSLCD,λ<=log n,8192,0,85161,10.3956298828125
SSLCD,λ<=log n,8192,0,91195,11.1322021484375
SSLCD,λ<=log n,8192,0,90966,11.104248046875
SSLCD,λ<=log n,8192,0,90220,11.01318359375
SSLCD,λ<=log n,8192,0,88785,10.8380126953125
SSLCD,λ<=log n,8192,0,82648,10.0888671875
SSLCD,λ<=log n,8192,0,88219,10.7689208984375
SSLCD,λ<=log n,8192,0,88002,10.742431640625
SSLCD,λ<=log n,8192,0,84931,10.3675537109375
SSLCD,λ<=log n,8192,0,92770,11.324462890625
SSLCD,λ<=log n,8192,0,88526,10.806396484375
SSLCD,λ<=log n,8192,0,90886,11.094482421875
SSLCD,λ<=log n,8192,0,84400,10.302734375
SSLCD,λ<=log n,8192,0,89423,10.9158935546875
SSLCD,λ<=log n,8192,0,100829,12.3082275390625
SSLCD,λ<=log n,8192,0,94745,11.5655517578125
SSLCD,λ<=log n,8192,0,91359,11.1522216796875
SSLCD,λ<=log n,8192,0,85419,10.4271240234375
SSLCD,λ<=log n,8192,0,85083,10.3861083984375
SSLCD,λ<=log n,8192,0,85760,10.46875
SSLCD,λ<=log n,8192,0,82677,10.0924072265625
SSLCD,λ<=log n,8192,0,78158,9.540771484375
SSLCD,λ<=log n,8192,0,86836,10.60009765625
SSLCD,λ<=log n,8192,0,78877,9.6285400390625
SSLCD,λ<=log n,8192,0,95331,11.6370849609375
SSLCD,λ<=log n,8192,0,95704,11.6826171875
SSLCD,λ<=log n,8192,0,90645,11.0650634765625
SSLCD,λ<=log n,8192,0,87501,10.6812744140625
SSLCD,λ<=log n,8192,0,86535,10.5633544921875
SSLCD,λ<=log n,8192,0,101558,12.397216796875
SSLCD,λ<=log n,8192,0,91022,11.111083984375
SSLCD,λ<=log n,8192,0,99967,12.2030029296875
SSLCD,λ<=log n,8192,0,82675,10.0921630859375
SSLCD,λ<=log n,8192,0,90685,11.0699462890625
SSLCD,λ<=log n,8192,0,83185,10.1544189453125
SSLCD,λ<=log n,8192,0,86155,10.5169677734375
SSLCD,λ<=log n,8192,0,85899,10.4857177734375
SSLCD,λ<=log n,8192,0,80793,9.8624267578125
SSLCD,λ<=log n,8192,0,87806,10.718505859375
SSLCD,λ<=log n,8192,0,86776,10.5927734375
SSLCD,λ<=log n,8192,0,92123,11.2454833984375
SSLCD,λ<=log n,8192,0,80161,9.7852783203125
SSLCD,λ<=log n,8192,0,86604,10.57177734375
SSLCD,λ<=log n,8192,0,79227,9.6712646484375
SSLCD,λ<=log n,8192,0,93107,11.3656005859375
SSLCD,λ<=log n,8192,0,88174,10.763427734375
SSLCD,λ<=log n,8192,0,89744,10.955078125
SSLCD,λ<=log n,8192,0,80801,9.8634033203125
SSLCD,λ<=log n,8192,0,93738,11.442626953125
SSLCD,λ<=log n,8192,0,86008,10.4990234375
SSLCD,λ<=log n,8192,0,101745,12.4200439453125
SSLCD,λ<=log n,8192,0,91234,11.136962890625
SSLCD,λ<=log n,8192,0,95852,11.70068359375
SSLCD,λ<=log n,8192,0,91732,11.19775390625
SSLCD,λ<=log n,8192,0,95109,11.6099853515625
SSLCD,λ<=log n,8192,0,91874,11.215087890625
SSLCD,λ<=log n,8192,0,85467,10.4329833984375
SSLCD,λ<=log n,8192,0,85999,10.4979248046875
SSLCD,λ<=log n,8192,0,88260,10.77392578125
SSLCD,λ<=log n,8192,0,99749,12.1763916015625
SSLCD,λ<=log n,8192,0,94258,11.506103515625
SSLCD,λ<=log n,8192,0,85366,10.420654296875
SSLCD,λ<=log n,8192,0,98287,11.9979248046875
SSLCD,λ<=log n,8192,0,91048,11.1142578125
SSLCD,λ<=log n,8192,0,113951,13.9100341796875
SSLCD,λ<=log n,8192,0,85709,10.4625244140625
SSLCD,λ<=log n,8192,0,94474,11.532470703125
SSLCD,λ<=log n,8192,0,88923,10.8548583984375
SSLCD,λ<=log n,8192,0,89903,10.9744873046875
SSLCD,λ<=log n,8192,0,90161,11.0059814453125
SSLCD,λ<=log n,8192,0,82029,10.0133056640625
SSLCD,λ<=log n,8192,0,86332,10.53857421875
SSLCD,λ<=log n,8192,0,77872,9.505859375
SSLCD,λ<=log n,8192,0,83839,10.2342529296875
SSLCD,λ<=log n,8192,0,95044,11.60205078125
SSLCD,λ<=log n,8192,0,91306,11.145751953125
SSLCD,λ<=log n,8192,0,94653,11.5543212890625
SSLCD,λ<=log n,8192,0,89614,10.939208984375
SSLCD,λ<=log n,8192,0,88495,10.8026123046875
SSDSD,λ<=log n,8192,0,85227,10.4036865234375
SSDSD,λ<=log n,8192,0,83823,10.2322998046875
SSDSD,λ<=log n,8192,0,88418,10.793212890625
SSDSD,λ<=log n,8192,0,111003,13.5501708984375
SSDSD,λ<=log n,8192,0,84571,10.3236083984375
SSDSD,λ<=log n,8192,0,99764,12.17822265625
SSDSD,λ<=log n,8192,0,88744,10.8330078125
SSDSD,λ<=log n,8192,0,95276,11.63037109375
SSDSD,λ<=log n,8192,0,91271,11.1414794921875
SSDSD,λ<=log n,8192,0,88609,10.8165283203125
SSDSD,λ<=log n,8192,0,93095,11.3641357421875
SSDSD,λ<=log n,8192,0,91782,11.203857421875
SSDSD,λ<=log n,8192,0,94913,11.5860595703125
SSDSD,λ<=log n,8192,0,91411,11.1585693359375
SSDSD,λ<=log n,8192,0,86484,10.55712890625
SSDSD,λ<=log n,8192,0,91549,11.1754150390625
SSDSD,λ<=log n,8192,0,95806,11.695068359375
SSDSD,λ<=log n,8192,0,86169,10.5186767578125
SSDSD,λ<=log n,8192,0,90095,10.9979248046875
SSDSD,λ<=log n,8192,0,97204,11.86572265625
SSDSD,λ<=log n,8192,0,89508,10.92626953125
SSDSD,λ<=log n,8192,0,90097,10.9981689453125
SSDSD,λ<=log n,8192,0,101664,12.41015625
SSDSD,λ<=log n,8192,0,95031,11.6004638671875
SSDSD,λ<=log n,8192,0,89624,10.9404296875
SSDSD,λ<=log n,8192,0,95393,11.6446533203125
SSDSD,λ<=log n,8192,0,113751,13.8856201171875
SSDSD,λ<=log n,8192,0,89153,10.8829345703125
SSDSD,λ<=log n,8192,0,82310,10.047607421875
SSDSD,λ<=log n,8192,0,91634,11.185791015625
SSDSD,λ<=log n,8192,0,85922,10.488525390625
SSDSD,λ<=log n,8192,0,91125,11.1236572265625
SSDSD,λ<=log n,8192,0,88509,10.8043212890625
SSDSD,λ<=log n,8192,0,88757,10.8345947265625
SSDSD,λ<=log n,8192,0,105313,12.8555908203125
SSDSD,λ<=log n,8192,0,86209,10.5235595703125
SSDSD,λ<=log n,8192,0,92818,11.330322265625
SSDSD,λ<=log n,8192,0,94756,11.56689453125
SSDSD,λ<=log n,8192,0,89935,10.9783935546875
SSDSD,λ<=log n,8192,0,92010,11.231689453125
SSDSD,λ<=log n,8192,0,103770,12.667236328125
SSDSD,λ<=log n,8192,0,92048,11.236328125
SSDSD,λ<=log n,8192,0,93881,11.4600830078125
SSDSD,λ<=log n,8192,0,89799,10.9617919921875
SSDSD,λ<=log n,8192,0,93222,11.379638671875
SSDSD,λ<=log n,8192,0,91641,11.1866455078125
SSDSD,λ<=log n,8192,0,86115,10.5120849609375
SSDSD,λ<=log n,8192,0,87637,10.6978759765625
SSDSD,λ<=log n,8192,0,99669,12.1666259765625
SSDSD,λ<=log n,8192,0,99892,12.19384765625
SSDSD,λ<=log n,8192,0,86915,10.6097412109375
SSDSD,λ<=log n,8192,0,92559,11.2987060546875
SSDSD,λ<=log n,8192,0,93661,11.4332275390625
SSDSD,λ<=log n,8192,0,90283,11.0208740234375
SSDSD,λ<=log n,8192,0,89127,10.8797607421875
SSDSD,λ<=log n,8192,0,101823,12.4295654296875
SSDSD,λ<=log n,8192,0,91727,11.1971435546875
SSDSD,λ<=log n,8192,0,88327,10.7821044921875
SSDSD,λ<=log n,8192,0,94199,11.4989013671875
SSDSD,λ<=log n,8192,0,97031,11.8446044921875
SSDSD,λ<=log n,8192,0,86067,10.5062255859375
SSDSD,λ<=log n,8192,0,91849,11.2120361328125
SSDSD,λ<=log n,8192,0,89847,10.9676513671875
SSDSD,λ<=log n,8192,0,89926,10.977294921875
SSDSD,λ<=log n,8192,0,107503,13.1229248046875
SSDSD,λ<=log n,8192,0,93073,11.3614501953125
SSDSD,λ<=log n,8192,0,93958,11.469482421875
SSDSD,λ<=log n,8192,0,92200,11.2548828125
SSDSD,λ<=log n,8192,0,83160,10.1513671875
SSDSD,λ<=log n,8192,0,94095,11.4862060546875
SSDSD,λ<=log n,8192,0,106224,12.966796875
SSDSD,λ<=log n,8192,0,90647,11.0653076171875
SSDSD,λ<=log n,8192,0,97728,11.9296875
SSDSD,λ<=log n,8192,0,87482,10.678955078125
SSDSD,λ<=log n,8192,0,89595,10.9368896484375
SSDSD,λ<=log n,8192,0,101600,12.40234375
SSDSD,λ<=log n,8192,0,92028,11.23388671875
SSDSD,λ<=log n,8192,0,91312,11.146484375
SSDSD,λ<=log n,8192,0,96885,11.8267822265625
SSDSD,λ<=log n,8192,0,91847,11.2117919921875
SSDSD,λ<=log n,8192,0,91915,11.2200927734375
SSDSD,λ<=log n,8192,0,99156,12.10400390625
SSDSD,λ<=log n,8192,0,92585,11.3018798828125
SSDSD,λ<=log n,8192,0,105120,12.83203125
SSDSD,λ<=log n,8192,0,95205,11.6217041015625
SSDSD,λ<=log n,8192,0,97921,11.9532470703125
SSDSD,λ<=log n,8192,0,87442,10.674072265625
SSDSD,λ<=log n,8192,0,99293,12.1207275390625
SSDSD,λ<=log n,8192,0,103055,12.5799560546875
SSDSD,λ<=log n,8192,0,91483,11.1673583984375
SSDSD,λ<=log n,8192,0,90499,11.0472412109375
SSDSD,λ<=log n,8192,0,96225,11.7462158203125
SSDSD,λ<=log n,8192,0,100696,12.2919921875
SSDSD,λ<=log n,8192,0,93742,11.443115234375
SSDSD,λ<=log n,8192,0,88560,10.810546875
SSDSD,λ<=log n,8192,0,93551,11.4197998046875
SSDSD,λ<=log n,8192,0,94133,11.4908447265625
SSDSD,λ<=log n,8192,0,91586,11.179931640625
SSDSD,λ<=log n,8192,0,97071,11.8494873046875
SRDSD,λ<=log n,8192,0,77763,9.4925537109375
SRDSD,λ<=log n,8192,0,69542,8.489013671875
SRDSD,λ<=log n,8192,0,74204,9.05810546875
SRDSD,λ<=log n,8192,0,68516,8.36376953125
SRDSD,λ<=log n,8192,0,73021,8.9136962890625
SRDSD,λ<=log n,8192,0,65588,8.00634765625
SRDSD,λ<=log n,8192,0,67426,8.230712890625
SRDSD,λ<=log n,8192,0,72707,8.8753662109375
SRDSD,λ<=log n,8192,0,74183,9.0555419921875
SRDSD,λ<=log n,8192,0,70053,8.5513916015625
SRDSD,λ<=log n,8192,0,82398,10.058349609375
SRDSD,λ<=log n,8192,0,76458,9.333251953125
SRDSD,λ<=log n,8192,0,75451,9.2103271484375
SRDSD,λ<=log n,8192,0,74661,9.1138916015625
SRDSD,λ<=log n,8192,0,72012,8.79052734375
SRDSD,λ<=log n,8192,0,68886,8.408935546875
SRDSD,λ<=log n,8192,0,70858,8.649658203125
SRDSD,λ<=log n,8192,0,78380,9.56787109375
SRDSD,λ<=log n,8192,0,73069,8.9195556640625
SRDSD,λ<=log n,8192,0,78293,9.5572509765625
SRDSD,λ<=log n,8192,0,71080,8.6767578125
SRDSD,λ<=log n,8192,0,73540,8.97705078125
SRDSD,λ<=log n,8192,0,80745,9.8565673828125
SRDSD,λ<=log n,8192,0,68050,8.306884765625
SRDSD,λ<=log n,8192,0,83457,10.1876220703125
SRDSD,λ<=log n,8192,0,70522,8.608642578125
SRDSD,λ<=log n,8192,0,74524,9.09716796875
SRDSD,λ<=log n,8192,0,79782,9.739013671875
SRDSD,λ<=log n,8192,0,68694,8.385498046875
SRDSD,λ<=log n,8192,0,75680,9.23828125
SRDSD,λ<=log n,8192,0,77211,9.4251708984375
SRDSD,λ<=log n,8192,0,73279,8.9451904296875
SRDSD,λ<=log n,8192,0,71452,8.72216796875
SRDSD,λ<=log n,8192,0,80283,9.8001708984375
SRDSD,λ<=log n,8192,0,79559,9.7117919921875
SRDSD,λ<=log n,8192,0,76974,9.396240234375
SRDSD,λ<=log n,8192,0,81650,9.967041015625
SRDSD,λ<=log n,8192,0,75041,9.1602783203125
SRDSD,λ<=log n,8192,0,70976,8.6640625
SRDSD,λ<=log n,8192,0,75544,9.2216796875
SRDSD,λ<=log n,8192,0,76668,9.35888671875
SRDSD,λ<=log n,8192,0,78174,9.542724609375
SRDSD,λ<=log n,8192,0,73020,8.91357421875
SRDSD,λ<=log n,8192,0,66903,8.1668701171875
SRDSD,λ<=log n,8192,0,71454,8.722412109375
SRDSD,λ<=log n,8192,0,67582,8.249755859375
SRDSD,λ<=log n,8192,0,68794,8.397705078125
SRDSD,λ<=log n,8192,0,67717,8.2662353515625
SRDSD,λ<=log n,8192,0,73688,8.9951171875
SRDSD,λ<=log n,8192,0,70453,8.6002197265625
SRDSD,λ<=log n,8192,0,77907,9.5101318359375
SRDSD,λ<=log n,8192,0,70355,8.5882568359375
SRDSD,λ<=log n,8192,0,76796,9.37451171875
SRDSD,λ<=log n,8192,0,69224,8.4501953125
SRDSD,λ<=log n,8192,0,74915,9.1448974609375
SRDSD,λ<=log n,8192,0,71315,8.7054443359375
SRDSD,λ<=log n,8192,0,72849,8.8927001953125
SRDSD,λ<=log n,8192,0,79828,9.74462890625
SRDSD,λ<=log n,8192,0,74317,9.0718994140625
SRDSD,λ<=log n,8192,0,75432,9.2080078125
SRDSD,λ<=log n,8192,0,81364,9.93212890625
SRDSD,λ<=log n,8192,0,73451,8.9661865234375
SRDSD,λ<=log n,8192,0,69228,8.45068359375
SRDSD,λ<=log n,8192,0,76508,9.33935546875
SRDSD,λ<=log n,8192,0,75026,9.158447265625
SRDSD,λ<=log n,8192,0,72725,8.8775634765625
SRDSD,λ<=log n,8192,0,78325,9.5611572265625
SRDSD,λ<=log n,8192,0,71678,8.749755859375
SRDSD,λ<=log n,8192,0,72222,8.816162109375
SRDSD,λ<=log n,8192,0,71357,8.7105712890625
SRDSD,λ<=log n,8192,0,87473,10.6778564453125
SRDSD,λ<=log n,8192,0,80189,9.7886962890625
SRDSD,λ<=log n,8192,0,73531,8.9759521484375
SRDSD,λ<=log n,8192,0,72648,8.8681640625
SRDSD,λ<=log n,8192,0,87464,10.6767578125
SRDSD,λ<=log n,8192,0,68851,8.4046630859375
SRDSD,λ<=log n,8192,0,67942,8.293701171875
SRDSD,λ<=log n,8192,0,68490,8.360595703125
SRDSD,λ<=log n,8192,0,76939,9.3919677734375
SRDSD,λ<=log n,8192,0,68564,8.36962890625
SRDSD,λ<=log n,8192,0,71039,8.6717529296875
SRDSD,λ<=log n,8192,0,68056,8.3076171875
SRDSD,λ<=log n,8192,0,77963,9.5169677734375
SRDSD,λ<=log n,8192,0,74504,9.0947265625
SRDSD,λ<=log n,8192,0,73500,8.97216796875
SRDSD,λ<=log n,8192,0,74768,9.126953125
SRDSD,λ<=log n,8192,0,77678,9.482177734375
SRDSD,λ<=log n,8192,0,77041,9.4044189453125
SRDSD,λ<=log n,8192,0,71834,8.768798828125
SRDSD,λ<=log n,8192,0,67433,8.2315673828125
SRDSD,λ<=log n,8192,0,77085,9.4097900390625
SRDSD,λ<=log n,8192,0,77282,9.433837890625
SRDSD,λ<=log n,8192,0,69752,8.5146484375
SRDSD,λ<=log n,8192,0,76224,9.3046875
SRDSD,λ<=log n,8192,0,70134,8.561279296875
SRDSD,λ<=log n,8192,0,75280,9.189453125
SRDSD,λ<=log n,8192,0,73759,9.0037841796875
SRDSD,λ<=log n,8192,0,72268,8.82177734375
SHDSD,λ<=log n,8192,0,67898,8.288330078125
SHDSD,λ<=log n,8192,0,62543,7.6346435546875
SHDSD,λ<=log n,8192,0,65482,7.993408203125
SHDSD,λ<=log n,8192,0,71505,8.7286376953125
SHDSD,λ<=log n,8192,0,68322,8.340087890625
SHDSD,λ<=log n,8192,0,65791,8.0311279296875
SHDSD,λ<=log n,8192,0,68534,8.365966796875
SHDSD,λ<=log n,8192,0,63904,7.80078125
SHDSD,λ<=log n,8192,0,66735,8.1463623046875
SHDSD,λ<=log n,8192,0,67347,8.2210693359375
SHDSD,λ<=log n,8192,0,64376,7.8583984375
SHDSD,λ<=log n,8192,0,61334,7.487060546875
SHDSD,λ<=log n,8192,0,64831,7.9139404296875
SHDSD,λ<=log n,8192,0,63609,7.7647705078125
SHDSD,λ<=log n,8192,0,69278,8.456787109375
SHDSD,λ<=log n,8192,0,67695,8.2635498046875
SHDSD,λ<=log n,8192,0,62618,7.643798828125
SHDSD,λ<=log n,8192,0,74822,9.133544921875
SHDSD,λ<=log n,8192,0,67507,8.2406005859375
SHDSD,λ<=log n,8192,0,70034,8.549072265625
SHDSD,λ<=log n,8192,0,65242,7.964111328125
SHDSD,λ<=log n,8192,0,64247,7.8426513671875
SHDSD,λ<=log n,8192,0,64684,7.89599609375
SHDSD,λ<=log n,8192,0,66160,8.076171875
SHDSD,λ<=log n,8192,0,74048,9.0390625
SHDSD,λ<=log n,8192,0,70530,8.609619140625
SHDSD,λ<=log n,8192,0,67908,8.28955078125
SHDSD,λ<=log n,8192,0,67626,8.255126953125
SHDSD,λ<=log n,8192,0,62516,7.63134765625
SHDSD,λ<=log n,8192,0,69124,8.43798828125
SHDSD,λ<=log n,8192,0,66922,8.169189453125
SHDSD,λ<=log n,8192,0,71802,8.764892578125
SHDSD,λ<=log n,8192,0,66196,8.08056640625
SHDSD,λ<=log n,8192,0,70426,8.596923828125
SHDSD,λ<=log n,8192,0,66918,8.168701171875
SHDSD,λ<=log n,8192,0,71780,8.76220703125
SHDSD,λ<=log n,8192,0,70648,8.6240234375
SHDSD,λ<=log n,8192,0,67028,8.18212890625
SHDSD,λ<=log n,8192,0,66273,8.0899658203125
SHDSD,λ<=log n,8192,0,76600,9.3505859375
SHDSD,λ<=log n,8192,0,70825,8.6456298828125
SHDSD,λ<=log n,8192,0,68079,8.3104248046875
SHDSD,λ<=log n,8192,0,67151,8.1971435546875
SHDSD,λ<=log n,8192,0,64445,7.8668212890625
SHDSD,λ<=log n,8192,0,73659,8.9915771484375
SHDSD,λ<=log n,8192,0,65425,7.9864501953125
SHDSD,λ<=log n,8192,0,64710,7.899169921875
SHDSD,λ<=log n,8192,0,71051,8.6732177734375
SHDSD,λ<=log n,8192,0,65161,7.9542236328125
SHDSD,λ<=log n,8192,0,74662,9.114013671875
SHDSD,λ<=log n,8192,0,69966,8.540771484375
SHDSD,λ<=log n,8192,0,68805,8.3990478515625
SHDSD,λ<=log n,8192,0,68089,8.3116455078125
SHDSD,λ<=log n,8192,0,65018,7.936767578125
SHDSD,λ<=log n,8192,0,65826,8.035400390625
SHDSD,λ<=log n,8192,0,69911,8.5340576171875
SHDSD,λ<=log n,8192,0,66659,8.1370849609375
SHDSD,λ<=log n,8192,0,70152,8.5634765625
SHDSD,λ<=log n,8192,0,71023,8.6697998046875
SHDSD,λ<=log n,8192,0,65344,7.9765625
SHDSD,λ<=log n,8192,0,64575,7.8826904296875
SHDSD,λ<=log n,8192,0,62907,7.6790771484375
SHDSD,λ<=log n,8192,0,66079,8.0662841796875
SHDSD,λ<=log n,8192,0,68807,8.3992919921875
SHDSD,λ<=log n,8192,0,66827,8.1575927734375
SHDSD,λ<=log n,8192,0,68816,8.400390625
SHDSD,λ<=log n,8192,0,65209,7.9600830078125
SHDSD,λ<=log n,8192,0,65019,7.9368896484375
SHDSD,λ<=log n,8192,0,73154,8.929931640625
SHDSD,λ<=log n,8192,0,68631,8.3778076171875
SHDSD,λ<=log n,8192,0,62288,7.603515625
SHDSD,λ<=log n,8192,0,72518,8.852294921875
SHDSD,λ<=log n,8192,0,66704,8.142578125
SHDSD,λ<=log n,8192,0,65441,7.9884033203125
SHDSD,λ<=log n,8192,0,70008,8.5458984375
SHDSD,λ<=log n,8192,0,64829,7.9136962890625
SHDSD,λ<=log n,8192,0,65994,8.055908203125
SHDSD,λ<=log n,8192,0,72520,8.8525390625
SHDSD,λ<=log n,8192,0,71706,8.753173828125
SHDSD,λ<=log n,8192,0,61578,7.516845703125
SHDSD,λ<=log n,8192,0,71152,8.685546875
SHDSD,λ<=log n,8192,0,80058,9.772705078125
SHDSD,λ<=log n,8192,0,68770,8.394775390625
SHDSD,λ<=log n,8192,0,64755,7.9046630859375
SHDSD,λ<=log n,8192,0,65465,7.9913330078125
SHDSD,λ<=log n,8192,0,64648,7.8916015625
SHDSD,λ<=log n,8192,0,67464,8.2353515625
SHDSD,λ<=log n,8192,0,73979,9.0306396484375
SHDSD,λ<=log n,8192,0,64801,7.9102783203125
SHDSD,λ<=log n,8192,0,65852,8.03857421875
SHDSD,λ<=log n,8192,0,67779,8.2738037109375
SHDSD,λ<=log n,8192,0,62304,7.60546875
SHDSD,λ<=log n,8192,0,72936,8.9033203125
SHDSD,λ<=log n,8192,0,61292,7.48193359375
SHDSD,λ<=log n,8192,0,64193,7.8360595703125
SHDSD,λ<=log n,8192,0,67770,8.272705078125
SHDSD,λ<=log n,8192,0,63878,7.797607421875
SHDSD,λ<=log n,8192,0,63483,7.7493896484375
SHDSD,λ<=log n,8192,0,72208,8.814453125
SHLSD,λ<=log n,8192,0,69947,8.5384521484375
SHLSD,λ<=log n,8192,0,70690,8.629150390625
SHLSD,λ<=log n,8192,0,72620,8.86474609375
SHLSD,λ<=log n,8192,0,69003,8.4232177734375
SHLSD,λ<=log n,8192,0,64931,7.9261474609375
SHLSD,λ<=log n,8192,0,69380,8.46923828125
SHLSD,λ<=log n,8192,0,70418,8.595947265625
SHLSD,λ<=log n,8192,0,68358,8.344482421875
SHLSD,λ<=log n,8192,0,73076,8.92041015625
SHLSD,λ<=log n,8192,0,73681,8.9942626953125
SHLSD,λ<=log n,8192,0,75677,9.2379150390625
SHLSD,λ<=log n,8192,0,72353,8.8321533203125
SHLSD,λ<=log n,8192,0,70777,8.6397705078125
SHLSD,λ<=log n,8192,0,67050,8.184814453125
SHLSD,λ<=log n,8192,0,70977,8.6641845703125
SHLSD,λ<=log n,8192,0,73937,9.0255126953125
SHLSD,λ<=log n,8192,0,75366,9.199951171875
SHLSD,λ<=log n,8192,0,72198,8.813232421875
SHLSD,λ<=log n,8192,0,72471,8.8465576171875
SHLSD,λ<=log n,8192,0,70186,8.567626953125
SHLSD,λ<=log n,8192,0,71128,8.6826171875
SHLSD,λ<=log n,8192,0,69637,8.5006103515625
SHLSD,λ<=log n,8192,0,72186,8.811767578125
SHLSD,λ<=log n,8192,0,74712,9.1201171875
SHLSD,λ<=log n,8192,0,69723,8.5111083984375
SHLSD,λ<=log n,8192,0,76650,9.356689453125
SHLSD,λ<=log n,8192,0,67768,8.2724609375
SHLSD,λ<=log n,8192,0,75203,9.1800537109375
SHLSD,λ<=log n,8192,0,70599,8.6180419921875
SHLSD,λ<=log n,8192,0,70280,8.5791015625
SHLSD,λ<=log n,8192,0,74630,9.110107421875
SHLSD,λ<=log n,8192,0,77432,9.4521484375
SHLSD,λ<=log n,8192,0,72566,8.858154296875
SHLSD,λ<=log n,8192,0,71936,8.78125
SHLSD,λ<=log n,8192,0,79138,9.660400390625
SHLSD,λ<=log n,8192,0,68085,8.3111572265625
SHLSD,λ<=log n,8192,0,69660,8.50341796875
SHLSD,λ<=log n,8192,0,68733,8.3902587890625
SHLSD,λ<=log n,8192,0,66928,8.169921875
SHLSD,λ<=log n,8192,0,67294,8.214599609375
SHLSD,λ<=log n,8192,0,73901,9.0211181640625
SHLSD,λ<=log n,8192,0,80680,9.8486328125
SHLSD,λ<=log n,8192,0,71776,8.76171875
SHLSD,λ<=log n,8192,0,80817,9.8653564453125
SHLSD,λ<=log n,8192,0,66961,8.1739501953125
SHLSD,λ<=log n,8192,0,69878,8.530029296875
SHLSD,λ<=log n,8192,0,77571,9.4691162109375
SHLSD,λ<=log n,8192,0,80465,9.8223876953125
SHLSD,λ<=log n,8192,0,67622,8.254638671875
SHLSD,λ<=log n,8192,0,67551,8.2459716796875
SHLSD,λ<=log n,8192,0,70149,8.5631103515625
SHLSD,λ<=log n,8192,0,74572,9.10302734375
SHLSD,λ<=log n,8192,0,66982,8.176513671875
SHLSD,λ<=log n,8192,0,81031,9.8914794921875
SHLSD,λ<=log n,8192,0,73169,8.9317626953125
SHLSD,λ<=log n,8192,0,68298,8.337158203125
SHLSD,λ<=log n,8192,0,70560,8.61328125
SHLSD,λ<=log n,8192,0,70324,8.58447265625
SHLSD,λ<=log n,8192,0,65469,7.9918212890625
SHLSD,λ<=log n,8192,0,64603,7.8861083984375
SHLSD,λ<=log n,8192,0,66968,8.1748046875
SHLSD,λ<=log n,8192,0,69339,8.4642333984375
SHLSD,λ<=log n,8192,0,70210,8.570556640625
SHLSD,λ<=log n,8192,0,67527,8.2430419921875
SHLSD,λ<=log n,8192,0,73154,8.929931640625
SHLSD,λ<=log n,8192,0,70020,8.54736328125
SHLSD,λ<=log n,8192,0,67475,8.2366943359375
SHLSD,λ<=log n,8192,0,67677,8.2613525390625
SHLSD,λ<=log n,8192,0,70100,8.55712890625
SHLSD,λ<=log n,8192,0,78434,9.574462890625
SHLSD,λ<=log n,8192,0,72610,8.863525390625
SHLSD,λ<=log n,8192,0,74437,9.0865478515625
SHLSD,λ<=log n,8192,0,76553,9.3448486328125
SHLSD,λ<=log n,8192,0,68077,8.3101806640625
SHLSD,λ<=log n,8192,0,74136,9.0498046875
SHLSD,λ<=log n,8192,0,73242,8.940673828125
SHLSD,λ<=log n,8192,0,70457,8.6007080078125
SHLSD,λ<=log n,8192,0,64648,7.8916015625
SHLSD,λ<=log n,8192,0,71704,8.7529296875
SHLSD,λ<=log n,8192,0,69381,8.4693603515625
SHLSD,λ<=log n,8192,0,69900,8.53271484375
SHLSD,λ<=log n,8192,0,70517,8.6080322265625
SHLSD,λ<=log n,8192,0,73274,8.944580078125
SHLSD,λ<=log n,8192,0,67849,8.2823486328125
SHLSD,λ<=log n,8192,0,66421,8.1080322265625
SHLSD,λ<=log n,8192,0,76171,9.2982177734375
SHLSD,λ<=log n,8192,0,81777,9.9825439453125
SHLSD,λ<=log n,8192,0,71628,8.74365234375
SHLSD,λ<=log n,8192,0,69801,8.5206298828125
SHLSD,λ<=log n,8192,0,70683,8.6282958984375
SHLSD,λ<=log n,8192,0,70043,8.5501708984375
SHLSD,λ<=log n,8192,0,71389,8.7144775390625
SHLSD,λ<=log n,8192,0,70582,8.615966796875
SHLSD,λ<=log n,8192,0,68014,8.302490234375
SHLSD,λ<=log n,8192,0,71854,8.771240234375
SHLSD,λ<=log n,8192,0,70257,8.5762939453125
SHLSD,λ<=log n,8192,0,81752,9.9794921875
SHLSD,λ<=log n,8192,0,71177,8.6885986328125
SHLSD,λ<=log n,8192,0,69810,8.521728515625
SHLSD,λ<=log n,8192,0,70511,8.6072998046875
SRLSD,λ<=log n,8192,0,78543,9.5877685546875
SRLSD,λ<=log n,8192,0,79334,9.684326171875
SRLSD,λ<=log n,8192,0,75398,9.203857421875
SRLSD,λ<=log n,8192,0,78443,9.5755615234375
SRLSD,λ<=log n,8192,0,84698,10.339111328125
SRLSD,λ<=log n,8192,0,71680,8.75
SRLSD,λ<=log n,8192,0,73342,8.952880859375
SRLSD,λ<=log n,8192,0,82708,10.09619140625
SRLSD,λ<=log n,8192,0,74208,9.05859375
SRLSD,λ<=log n,8192,0,79382,9.690185546875
SRLSD,λ<=log n,8192,0,77546,9.466064453125
SRLSD,λ<=log n,8192,0,73009,8.9122314453125
SRLSD,λ<=log n,8192,0,73037,8.9156494140625
SRLSD,λ<=log n,8192,0,78536,9.5869140625
SRLSD,λ<=log n,8192,0,72133,8.8052978515625
SRLSD,λ<=log n,8192,0,77588,9.47119140625
SRLSD,λ<=log n,8192,0,84918,10.365966796875
SRLSD,λ<=log n,8192,0,75113,9.1690673828125
SRLSD,λ<=log n,8192,0,75737,9.2452392578125
SRLSD,λ<=log n,8192,0,91331,11.1488037109375
SRLSD,λ<=log n,8192,0,77010,9.400634765625
SRLSD,λ<=log n,8192,0,77495,9.4598388671875
SRLSD,λ<=log n,8192,0,74433,9.0860595703125
SRLSD,λ<=log n,8192,0,76855,9.3817138671875
SRLSD,λ<=log n,8192,0,75540,9.22119140625
SRLSD,λ<=log n,8192,0,80969,9.8839111328125
SRLSD,λ<=log n,8192,0,78508,9.58349609375
SRLSD,λ<=log n,8192,0,74949,9.1490478515625
SRLSD,λ<=log n,8192,0,71554,8.734619140625
SRLSD,λ<=log n,8192,0,79816,9.7431640625
SRLSD,λ<=log n,8192,0,73976,9.0302734375
SRLSD,λ<=log n,8192,0,72434,8.842041015625
SRLSD,λ<=log n,8192,0,75971,9.2738037109375
SRLSD,λ<=log n,8192,0,70993,8.6661376953125
SRLSD,λ<=log n,8192,0,78642,9.599853515625
SRLSD,λ<=log n,8192,0,78627,9.5980224609375
SRLSD,λ<=log n,8192,0,74397,9.0816650390625
SRLSD,λ<=log n,8192,0,74578,9.103759765625
SRLSD,λ<=log n,8192,0,77840,9.501953125
SRLSD,λ<=log n,8192,0,77850,9.503173828125
SRLSD,λ<=log n,8192,0,80295,9.8016357421875
SRLSD,λ<=log n,8192,0,76173,9.2984619140625
SRLSD,λ<=log n,8192,0,74091,9.0443115234375
SRLSD,λ<=log n,8192,0,89484,10.92333984375
SRLSD,λ<=log n,8192,0,73382,8.957763671875
SRLSD,λ<=log n,8192,0,79185,9.6661376953125
SRLSD,λ<=log n,8192,0,74678,9.115966796875
SRLSD,λ<=log n,8192,0,79138,9.660400390625
SRLSD,λ<=log n,8192,0,75502,9.216552734375
SRLSD,λ<=log n,8192,0,78559,9.5897216796875
SRLSD,λ<=log n,8192,0,75863,9.2606201171875
SRLSD,λ<=log n,8192,0,82675,10.0921630859375
SRLSD,λ<=log n,8192,0,69758,8.515380859375
SRLSD,λ<=log n,8192,0,74531,9.0980224609375
SRLSD,λ<=log n,8192,0,75648,9.234375
SRLSD,λ<=log n,8192,0,74836,9.13525390625
SRLSD,λ<=log n,8192,0,73390,8.958740234375
SRLSD,λ<=log n,8192,0,81427,9.9398193359375
SRLSD,λ<=log n,8192,0,77560,9.4677734375
SRLSD,λ<=log n,8192,0,72373,8.8345947265625
SRLSD,λ<=log n,8192,0,85804,10.47412109375
SRLSD,λ<=log n,8192,0,78992,9.642578125
SRLSD,λ<=log n,8192,0,75396,9.20361328125
SRLSD,λ<=log n,8192,0,75556,9.22314453125
SRLSD,λ<=log n,8192,0,73542,8.977294921875
SRLSD,λ<=log n,8192,0,80794,9.862548828125
SRLSD,λ<=log n,8192,0,74954,9.149658203125
SRLSD,λ<=log n,8192,0,78556,9.58935546875
SRLSD,λ<=log n,8192,0,72893,8.8980712890625
SRLSD,λ<=log n,8192,0,73991,9.0321044921875
SRLSD,λ<=log n,8192,0,74192,9.056640625
SRLSD,λ<=log n,8192,0,74883,9.1409912109375
SRLSD,λ<=log n,8192,0,79604,9.71728515625
SRLSD,λ<=log n,8192,0,74707,9.1195068359375
SRLSD,λ<=log n,8192,0,75050,9.161376953125
SRLSD,λ<=log n,8192,0,75065,9.1632080078125
SRLSD,λ<=log n,8192,0,78434,9.574462890625
SRLSD,λ<=log n,8192,0,75623,9.2313232421875
SRLSD,λ<=log n,8192,0,73400,8.9599609375
SRLSD,λ<=log n,8192,0,77882,9.507080078125
SRLSD,λ<=log n,8192,0,78189,9.5445556640625
SRLSD,λ<=log n,8192,0,76693,9.3619384765625
SRLSD,λ<=log n,8192,0,79560,9.7119140625
SRLSD,λ<=log n,8192,0,73141,8.9283447265625
SRLSD,λ<=log n,8192,0,73130,8.927001953125
SRLSD,λ<=log n,8192,0,79489,9.7032470703125
SRLSD,λ<=log n,8192,0,71191,8.6903076171875
SRLSD,λ<=log n,8192,0,79315,9.6820068359375
SRLSD,λ<=log n,8192,0,74537,9.0987548828125
SRLSD,λ<=log n,8192,0,73375,8.9569091796875
SRLSD,λ<=log n,8192,0,72243,8.8187255859375
SRLSD,λ<=log n,8192,0,72410,8.839111328125
SRLSD,λ<=log n,8192,0,74041,9.0382080078125
SRLSD,λ<=log n,8192,0,83318,10.170654296875
SRLSD,λ<=log n,8192,0,78797,9.6187744140625
SRLSD,λ<=log n,8192,0,77411,9.4495849609375
SRLSD,λ<=log n,8192,0,72703,8.8748779296875
SRLSD,λ<=log n,8192,0,75429,9.2076416015625
SSLSD,λ<=log n,8192,0,91723,11.1966552734375
SSLSD,λ<=log n,8192,0,107237,13.0904541015625
SSLSD,λ<=log n,8192,0,102657,12.5313720703125
SSLSD,λ<=log n,8192,0,95248,11.626953125
SSLSD,λ<=log n,8192,0,101019,12.3314208984375
SSLSD,λ<=log n,8192,0,91557,11.1763916015625
SSLSD,λ<=log n,8192,0,106729,13.0284423828125
SSLSD,λ<=log n,8192,0,97132,11.85693359375
SSLSD,λ<=log n,8192,0,87745,10.7110595703125
SSLSD,λ<=log n,8192,0,105376,12.86328125
SSLSD,λ<=log n,8192,0,89513,10.9268798828125
SSLSD,λ<=log n,8192,0,94388,11.52197265625
SSLSD,λ<=log n,8192,0,100358,12.250732421875
SSLSD,λ<=log n,8192,0,89535,10.9295654296875
SSLSD,λ<=log n,8192,0,94213,11.5006103515625
SSLSD,λ<=log n,8192,0,90888,11.0947265625
SSLSD,λ<=log n,8192,0,96930,11.832275390625
SSLSD,λ<=log n,8192,0,86200,10.5224609375
SSLSD,λ<=log n,8192,0,97914,11.952392578125
SSLSD,λ<=log n,8192,0,86733,10.5875244140625
SSLSD,λ<=log n,8192,0,94106,11.487548828125
SSLSD,λ<=log n,8192,0,97723,11.9290771484375
SSLSD,λ<=log n,8192,0,98996,12.08447265625
SSLSD,λ<=log n,8192,0,93484,11.41162109375
SSLSD,λ<=log n,8192,0,108625,13.2598876953125
SSLSD,λ<=log n,8192,0,93274,11.385986328125
SSLSD,λ<=log n,8192,0,107438,13.114990234375
SSLSD,λ<=log n,8192,0,101492,12.38916015625
SSLSD,λ<=log n,8192,0,105290,12.852783203125
SSLSD,λ<=log n,8192,0,101729,12.4180908203125
SSLSD,λ<=log n,8192,0,95468,11.65380859375
SSLSD,λ<=log n,8192,0,102949,12.5670166015625
SSLSD,λ<=log n,8192,0,97673,11.9229736328125
SSLSD,λ<=log n,8192,0,92773,11.3248291015625
SSLSD,λ<=log n,8192,0,92818,11.330322265625
SSLSD,λ<=log n,8192,0,106201,12.9639892578125
SSLSD,λ<=log n,8192,0,102006,12.451904296875
SSLSD,λ<=log n,8192,0,110702,13.513427734375
SSLSD,λ<=log n,8192,0,94761,11.5675048828125
SSLSD,λ<=log n,8192,0,91550,11.175537109375
SSLSD,λ<=log n,8192,0,88561,10.8106689453125
SSLSD,λ<=log n,8192,0,104373,12.7408447265625
SSLSD,λ<=log n,8192,0,89444,10.91845703125
SSLSD,λ<=log n,8192,0,107958,13.178466796875
SSLSD,λ<=log n,8192,0,89416,10.9150390625
SSLSD,λ<=log n,8192,0,94510,11.536865234375
SSLSD,λ<=log n,8192,0,88040,10.7470703125
SSLSD,λ<=log n,8192,0,104573,12.7652587890625
SSLSD,λ<=log n,8192,0,93493,11.4127197265625
SSLSD,λ<=log n,8192,0,113856,13.8984375
SSLSD,λ<=log n,8192,0,103823,12.6737060546875
SSLSD,λ<=log n,8192,0,88158,10.761474609375
SSLSD,λ<=log n,8192,0,89684,10.94775390625
SSLSD,λ<=log n,8192,0,95865,11.7022705078125
SSLSD,λ<=log n,8192,0,92788,11.32666015625
SSLSD,λ<=log n,8192,0,99226,12.112548828125
SSLSD,λ<=log n,8192,0,92371,11.2757568359375
SSLSD,λ<=log n,8192,0,113183,13.8162841796875
SSLSD,λ<=log n,8192,0,89941,10.9791259765625
SSLSD,λ<=log n,8192,0,99160,12.1044921875
SSLSD,λ<=log n,8192,0,88860,10.84716796875
SSLSD,λ<=log n,8192,0,97620,11.91650390625
SSLSD,λ<=log n,8192,0,95590,11.668701171875
SSLSD,λ<=log n,8192,0,91053,11.1148681640625
SSLSD,λ<=log n,8192,0,93012,11.35400390625
SSLSD,λ<=log n,8192,0,85606,10.449951171875
SSLSD,λ<=log n,8192,0,91460,11.16455078125
SSLSD,λ<=log n,8192,0,96185,11.7413330078125
SSLSD,λ<=log n,8192,0,98301,11.9996337890625
SSLSD,λ<=log n,8192,0,96102,11.731201171875
SSLSD,λ<=log n,8192,0,85764,10.46923828125
SSLSD,λ<=log n,8192,0,93260,11.38427734375
SSLSD,λ<=log n,8192,0,98705,12.0489501953125
SSLSD,λ<=log n,8192,0,95130,11.612548828125
SSLSD,λ<=log n,8192,0,95967,11.7147216796875
SSLSD,λ<=log n,8192,0,96557,11.7867431640625
SSLSD,λ<=log n,8192,0,93354,11.395751953125
SSLSD,λ<=log n,8192,0,94346,11.516845703125
SSLSD,λ<=log n,8192,0,96501,11.7799072265625
SSLSD,λ<=log n,8192,0,96704,11.8046875
SSLSD,λ<=log n,8192,0,93604,11.42626953125
SSLSD,λ<=log n,8192,0,86758,10.590576171875
SSLSD,λ<=log n,8192,0,91588,11.18017578125
SSLSD,λ<=log n,8192,0,103632,12.650390625
SSLSD,λ<=log n,8192,0,110932,13.54150390625
SSLSD,λ<=log n,8192,0,95682,11.679931640625
SSLSD,λ<=log n,8192,0,94760,11.5673828125
SSLSD,λ<=log n,8192,0,97646,11.919677734375
SSLSD,λ<=log n,8192,0,120619,14.7239990234375
SSLSD,λ<=log n,8192,0,90309,11.0240478515625
SSLSD,λ<=log n,8192,0,86503,10.5594482421875
SSLSD,λ<=log n,8192,0,98297,11.9991455078125
SSLSD,λ<=log n,8192,0,88039,10.7469482421875
SSLSD,λ<=log n,8192,0,94634,11.552001953125
SSLSD,λ<=log n,8192,0,88466,10.799072265625
SSLSD,λ<=log n,8192,0,95868,11.70263671875
SSLSD,λ<=log n,8192,0,92224,11.2578125
SSLSD,λ<=log n,8192,0,92714,11.317626953125
SSLSD,λ<=log n,8192,0,87817,10.7198486328125
SSDMD,λ<=log n,8192,0,78489,9.5811767578125
SSDMD,λ<=log n,8192,0,83299,10.1683349609375
SSDMD,λ<=log n,8192,0,80201,9.7901611328125
SSDMD,λ<=log n,8192,0,83945,10.2471923828125
SSDMD,λ<=log n,8192,0,104024,12.6982421875
SSDMD,λ<=log n,8192,0,83820,10.23193359375
SSDMD,λ<=log n,8192,0,79654,9.723388671875
SSDMD,λ<=log n,8192,0,85828,10.47705078125
SSDMD,λ<=log n,8192,0,81019,9.8900146484375
SSDMD,λ<=log n,8192,0,83833,10.2335205078125
SSDMD,λ<=log n,8192,0,80729,9.8546142578125
SSDMD,λ<=log n,8192,0,94704,11.560546875
SSDMD,λ<=log n,8192,0,82169,10.0303955078125
SSDMD,λ<=log n,8192,0,81413,9.9381103515625
SSDMD,λ<=log n,8192,0,84564,10.32275390625
SSDMD,λ<=log n,8192,0,88333,10.7828369140625
SSDMD,λ<=log n,8192,0,97501,11.9019775390625
SSDMD,λ<=log n,8192,0,82096,10.021484375
SSDMD,λ<=log n,8192,0,82269,10.0426025390625
SSDMD,λ<=log n,8192,0,75889,9.2637939453125
SSDMD,λ<=log n,8192,0,86655,10.5780029296875
SSDMD,λ<=log n,8192,0,85826,10.476806640625
SSDMD,λ<=log n,8192,0,80419,9.8167724609375
SSDMD,λ<=log n,8192,0,82931,10.1234130859375
SSDMD,λ<=log n,8192,0,81986,10.008056640625
SSDMD,λ<=log n,8192,0,93025,11.3555908203125
SSDMD,λ<=log n,8192,0,92089,11.2413330078125
SSDMD,λ<=log n,8192,0,80092,9.77685546875
SSDMD,λ<=log n,8192,0,82372,10.05517578125
SSDMD,λ<=log n,8192,0,84553,10.3214111328125
SSDMD,λ<=log n,8192,0,84081,10.2637939453125
SSDMD,λ<=log n,8192,0,83265,10.1641845703125
SSDMD,λ<=log n,8192,0,88879,10.8494873046875
SSDMD,λ<=log n,8192,0,78806,9.619873046875
SSDMD,λ<=log n,8192,0,84418,10.304931640625
SSDMD,λ<=log n,8192,0,82093,10.0211181640625
SSDMD,λ<=log n,8192,0,75742,9.245849609375
SSDMD,λ<=log n,8192,0,79803,9.7415771484375
SSDMD,λ<=log n,8192,0,80169,9.7862548828125
SSDMD,λ<=log n,8192,0,89053,10.8707275390625
SSDMD,λ<=log n,8192,0,78861,9.6265869140625
SSDMD,λ<=log n,8192,0,84490,10.313720703125
SSDMD,λ<=log n,8192,0,73360,8.955078125
SSDMD,λ<=log n,8192,0,77202,9.424072265625
SSDMD,λ<=log n,8192,0,84461,10.3101806640625
SSDMD,λ<=log n,8192,0,78058,9.528564453125
SSDMD,λ<=log n,8192,0,84628,10.33056640625
SSDMD,λ<=log n,8192,0,80669,9.8472900390625
SSDMD,λ<=log n,8192,0,84671,10.3358154296875
SSDMD,λ<=log n,8192,0,77735,9.4891357421875
SSDMD,λ<=log n,8192,0,89675,10.9466552734375
SSDMD,λ<=log n,8192,0,81088,9.8984375
SSDMD,λ<=log n,8192,0,80793,9.8624267578125
SSDMD,λ<=log n,8192,0,86809,10.5968017578125
SSDMD,λ<=log n,8192,0,81564,9.95654296875
SSDMD,λ<=log n,8192,0,86203,10.5228271484375
SSDMD,λ<=log n,8192,0,90552,11.0537109375
SSDMD,λ<=log n,8192,0,82881,10.1173095703125
SSDMD,λ<=log n,8192,0,87751,10.7117919921875
SSDMD,λ<=log n,8192,0,85128,10.3916015625
SSDMD,λ<=log n,8192,0,78952,9.6376953125
SSDMD,λ<=log n,8192,0,79744,9.734375
SSDMD,λ<=log n,8192,0,85791,10.4725341796875
SSDMD,λ<=log n,8192,0,77980,9.51904296875
SSDMD,λ<=log n,8192,0,77199,9.4237060546875
SSDMD,λ<=log n,8192,0,81431,9.9403076171875
SSDMD,λ<=log n,8192,0,89894,10.973388671875
SSDMD,λ<=log n,8192,0,94424,11.5263671875
SSDMD,λ<=log n,8192,0,85283,10.4105224609375
SSDMD,λ<=log n,8192,0,82148,10.02783203125
SSDMD,λ<=log n,8192,0,84237,10.2828369140625
SSDMD,λ<=log n,8192,0,79432,9.6962890625
SSDMD,λ<=log n,8192,0,81534,9.952880859375
SSDMD,λ<=log n,8192,0,87303,10.6571044921875
SSDMD,λ<=log n,8192,0,86749,10.5894775390625
SSDMD,λ<=log n,8192,0,73466,8.968017578125
SSDMD,λ<=log n,8192,0,81343,9.9295654296875
SSDMD,λ<=log n,8192,0,84704,10.33984375
SSDMD,λ<=log n,8192,0,78034,9.525634765625
SSDMD,λ<=log n,8192,0,78188,9.54443359375
SSDMD,λ<=log n,8192,0,85933,10.4898681640625
SSDMD,λ<=log n,8192,0,78021,9.5240478515625
SSDMD,λ<=log n,8192,0,77283,9.4339599609375
SSDMD,λ<=log n,8192,0,83203,10.1566162109375
SSDMD,λ<=log n,8192,0,84551,10.3211669921875
SSDMD,λ<=log n,8192,0,80738,9.855712890625
SSDMD,λ<=log n,8192,0,85772,10.47021484375
SSDMD,λ<=log n,8192,0,84292,10.28955078125
SSDMD,λ<=log n,8192,0,85554,10.443603515625
SSDMD,λ<=log n,8192,0,84730,10.343017578125
SSDMD,λ<=log n,8192,0,81990,10.008544921875
SSDMD,λ<=log n,8192,0,79144,9.6611328125
SSDMD,λ<=log n,8192,0,82049,10.0157470703125
SSDMD,λ<=log n,8192,0,77185,9.4219970703125
SSDMD,λ<=log n,8192,0,92138,11.247314453125
SSDMD,λ<=log n,8192,0,84259,10.2855224609375
SSDMD,λ<=log n,8192,0,93551,11.4197998046875
SSDMD,λ<=log n,8192,0,78506,9.583251953125
SSDMD,λ<=log n,8192,0,78622,9.597412109375
SSDMD,λ<=log n,8192,0,76624,9.353515625
SRDMD,λ<=log n,8192,0,61276,7.47998046875
SRDMD,λ<=log n,8192,0,61662,7.527099609375
SRDMD,λ<=log n,8192,0,64460,7.86865234375
SRDMD,λ<=log n,8192,0,63635,7.7679443359375
SRDMD,λ<=log n,8192,0,65348,7.97705078125
SRDMD,λ<=log n,8192,0,59850,7.305908203125
SRDMD,λ<=log n,8192,0,60777,7.4190673828125
SRDMD,λ<=log n,8192,0,62582,7.639404296875
SRDMD,λ<=log n,8192,0,70813,8.6441650390625
SRDMD,λ<=log n,8192,0,61157,7.4654541015625
SRDMD,λ<=log n,8192,0,61818,7.546142578125
SRDMD,λ<=log n,8192,0,62890,7.677001953125
SRDMD,λ<=log n,8192,0,61731,7.5355224609375
SRDMD,λ<=log n,8192,0,69235,8.4515380859375
SRDMD,λ<=log n,8192,0,68458,8.356689453125
SRDMD,λ<=log n,8192,0,62956,7.68505859375
SRDMD,λ<=log n,8192,0,59026,7.205322265625
SRDMD,λ<=log n,8192,0,66946,8.172119140625
SRDMD,λ<=log n,8192,0,62451,7.6234130859375
SRDMD,λ<=log n,8192,0,67309,8.2164306640625
SRDMD,λ<=log n,8192,0,68785,8.3966064453125
SRDMD,λ<=log n,8192,0,63066,7.698486328125
SRDMD,λ<=log n,8192,0,66040,8.0615234375
SRDMD,λ<=log n,8192,0,60943,7.4393310546875
SRDMD,λ<=log n,8192,0,69873,8.5294189453125
SRDMD,λ<=log n,8192,0,61778,7.541259765625
SRDMD,λ<=log n,8192,0,71445,8.7213134765625
SRDMD,λ<=log n,8192,0,66484,8.11572265625
SRDMD,λ<=log n,8192,0,59033,7.2061767578125
SRDMD,λ<=log n,8192,0,65397,7.9830322265625
SRDMD,λ<=log n,8192,0,59320,7.2412109375
SRDMD,λ<=log n,8192,0,70478,8.603271484375
SRDMD,λ<=log n,8192,0,62829,7.6695556640625
SRDMD,λ<=log n,8192,0,61911,7.5574951171875
SRDMD,λ<=log n,8192,0,65266,7.967041015625
SRDMD,λ<=log n,8192,0,61248,7.4765625
SRDMD,λ<=log n,8192,0,61803,7.5443115234375
SRDMD,λ<=log n,8192,0,61564,7.51513671875
SRDMD,λ<=log n,8192,0,63816,7.7900390625
SRDMD,λ<=log n,8192,0,64250,7.843017578125
SRDMD,λ<=log n,8192,0,61970,7.564697265625
SRDMD,λ<=log n,8192,0,70590,8.616943359375
SRDMD,λ<=log n,8192,0,62798,7.665771484375
SRDMD,λ<=log n,8192,0,64935,7.9266357421875
SRDMD,λ<=log n,8192,0,64658,7.892822265625
SRDMD,λ<=log n,8192,0,63266,7.722900390625
SRDMD,λ<=log n,8192,0,60140,7.34130859375
SRDMD,λ<=log n,8192,0,72418,8.840087890625
SRDMD,λ<=log n,8192,0,59422,7.253662109375
SRDMD,λ<=log n,8192,0,59591,7.2742919921875
SRDMD,λ<=log n,8192,0,64235,7.8411865234375
SRDMD,λ<=log n,8192,0,64890,7.921142578125
SRDMD,λ<=log n,8192,0,67498,8.239501953125
SRDMD,λ<=log n,8192,0,61009,7.4473876953125
SRDMD,λ<=log n,8192,0,61772,7.54052734375
SRDMD,λ<=log n,8192,0,63548,7.75732421875
SRDMD,λ<=log n,8192,0,68964,8.41845703125
SRDMD,λ<=log n,8192,0,65342,7.976318359375
SRDMD,λ<=log n,8192,0,61489,7.5059814453125
SRDMD,λ<=log n,8192,0,63189,7.7135009765625
SRDMD,λ<=log n,8192,0,58848,7.18359375
SRDMD,λ<=log n,8192,0,60107,7.3372802734375
SRDMD,λ<=log n,8192,0,61056,7.453125
SRDMD,λ<=log n,8192,0,62574,7.638427734375
SRDMD,λ<=log n,8192,0,66189,8.0797119140625
SRDMD,λ<=log n,8192,0,65132,7.95068359375
SRDMD,λ<=log n,8192,0,60534,7.389404296875
SRDMD,λ<=log n,8192,0,64024,7.8154296875
SRDMD,λ<=log n,8192,0,58018,7.082275390625
SRDMD,λ<=log n,8192,0,63227,7.7181396484375
SRDMD,λ<=log n,8192,0,60763,7.4173583984375
SRDMD,λ<=log n,8192,0,73134,8.927490234375
SRDMD,λ<=log n,8192,0,66545,8.1231689453125
SRDMD,λ<=log n,8192,0,59683,7.2855224609375
SRDMD,λ<=log n,8192,0,68611,8.3753662109375
SRDMD,λ<=log n,8192,0,71490,8.726806640625
SRDMD,λ<=log n,8192,0,62553,7.6358642578125
SRDMD,λ<=log n,8192,0,66034,8.060791015625
SRDMD,λ<=log n,8192,0,67446,8.233154296875
SRDMD,λ<=log n,8192,0,60625,7.4005126953125
SRDMD,λ<=log n,8192,0,66427,8.1087646484375
SRDMD,λ<=log n,8192,0,66476,8.11474609375
SRDMD,λ<=log n,8192,0,60756,7.41650390625
SRDMD,λ<=log n,8192,0,61255,7.4774169921875
SRDMD,λ<=log n,8192,0,64604,7.88623046875
SRDMD,λ<=log n,8192,0,68517,8.3638916015625
SRDMD,λ<=log n,8192,0,66618,8.132080078125
SRDMD,λ<=log n,8192,0,70287,8.5799560546875
SRDMD,λ<=log n,8192,0,64853,7.9166259765625
SRDMD,λ<=log n,8192,0,61525,7.5103759765625
SRDMD,λ<=log n,8192,0,61156,7.46533203125
SRDMD,λ<=log n,8192,0,66074,8.065673828125
SRDMD,λ<=log n,8192,0,63378,7.736572265625
SRDMD,λ<=log n,8192,0,63625,7.7667236328125
SRDMD,λ<=log n,8192,0,63510,7.752685546875
SRDMD,λ<=log n,8192,0,60041,7.3292236328125
SRDMD,λ<=log n,8192,0,67220,8.20556640625
SRDMD,λ<=log n,8192,0,63483,7.7493896484375
SRDMD,λ<=log n,8192,0,64635,7.8900146484375
SRDMD,λ<=log n,8192,0,60537,7.3897705078125
SHDMD,λ<=log n,8192,0,63289,7.7257080078125
SHDMD,λ<=log n,8192,0,61116,7.46044921875
SHDMD,λ<=log n,8192,0,65558,8.002685546875
SHDMD,λ<=log n,8192,0,58258,7.111572265625
SHDMD,λ<=log n,8192,0,59502,7.263427734375
SHDMD,λ<=log n,8192,0,58060,7.08740234375
SHDMD,λ<=log n,8192,0,58429,7.1324462890625
SHDMD,λ<=log n,8192,0,56917,6.9478759765625
SHDMD,λ<=log n,8192,0,60785,7.4200439453125
SHDMD,λ<=log n,8192,0,56556,6.90380859375
SHDMD,λ<=log n,8192,0,56814,6.935302734375
SHDMD,λ<=log n,8192,0,58842,7.182861328125
SHDMD,λ<=log n,8192,0,58397,7.1285400390625
SHDMD,λ<=log n,8192,0,52789,6.4439697265625
SHDMD,λ<=log n,8192,0,62085,7.5787353515625
SHDMD,λ<=log n,8192,0,56248,6.8662109375
SHDMD,λ<=log n,8192,0,59979,7.3216552734375
SHDMD,λ<=log n,8192,0,58788,7.17626953125
SHDMD,λ<=log n,8192,0,56177,6.8575439453125
SHDMD,λ<=log n,8192,0,54434,6.644775390625
SHDMD,λ<=log n,8192,0,56147,6.8538818359375
SHDMD,λ<=log n,8192,0,57658,7.038330078125
SHDMD,λ<=log n,8192,0,59439,7.2557373046875
SHDMD,λ<=log n,8192,0,58400,7.12890625
SHDMD,λ<=log n,8192,0,62017,7.5704345703125
SHDMD,λ<=log n,8192,0,58855,7.1844482421875
SHDMD,λ<=log n,8192,0,56923,6.9486083984375
SHDMD,λ<=log n,8192,0,58189,7.1031494140625
SHDMD,λ<=log n,8192,0,60560,7.392578125
SHDMD,λ<=log n,8192,0,57402,7.007080078125
SHDMD,λ<=log n,8192,0,63285,7.7252197265625
SHDMD,λ<=log n,8192,0,56398,6.884521484375
SHDMD,λ<=log n,8192,0,59588,7.27392578125
SHDMD,λ<=log n,8192,0,54945,6.7071533203125
SHDMD,λ<=log n,8192,0,59544,7.2685546875
SHDMD,λ<=log n,8192,0,61988,7.56689453125
SHDMD,λ<=log n,8192,0,60972,7.44287109375
SHDMD,λ<=log n,8192,0,60776,7.4189453125
SHDMD,λ<=log n,8192,0,58856,7.1845703125
SHDMD,λ<=log n,8192,0,60137,7.3409423828125
SHDMD,λ<=log n,8192,0,55450,6.768798828125
SHDMD,λ<=log n,8192,0,59907,7.3128662109375
SHDMD,λ<=log n,8192,0,57522,7.021728515625
SHDMD,λ<=log n,8192,0,58725,7.1685791015625
SHDMD,λ<=log n,8192,0,57110,6.971435546875
SHDMD,λ<=log n,8192,0,57755,7.0501708984375
SHDMD,λ<=log n,8192,0,62971,7.6868896484375
SHDMD,λ<=log n,8192,0,56295,6.8719482421875
SHDMD,λ<=log n,8192,0,58390,7.127685546875
SHDMD,λ<=log n,8192,0,64623,7.8885498046875
SHDMD,λ<=log n,8192,0,59149,7.2203369140625
SHDMD,λ<=log n,8192,0,52488,6.4072265625
SHDMD,λ<=log n,8192,0,61358,7.489990234375
SHDMD,λ<=log n,8192,0,55592,6.7861328125
SHDMD,λ<=log n,8192,0,61947,7.5618896484375
SHDMD,λ<=log n,8192,0,57333,6.9986572265625
SHDMD,λ<=log n,8192,0,57399,7.0067138671875
SHDMD,λ<=log n,8192,0,57318,6.996826171875
SHDMD,λ<=log n,8192,0,59801,7.2999267578125
SHDMD,λ<=log n,8192,0,55089,6.7247314453125
SHDMD,λ<=log n,8192,0,60646,7.403076171875
SHDMD,λ<=log n,8192,0,55097,6.7257080078125
SHDMD,λ<=log n,8192,0,57166,6.978271484375
SHDMD,λ<=log n,8192,0,60001,7.3243408203125
SHDMD,λ<=log n,8192,0,58040,7.0849609375
SHDMD,λ<=log n,8192,0,60773,7.4185791015625
SHDMD,λ<=log n,8192,0,57807,7.0565185546875
SHDMD,λ<=log n,8192,0,54609,6.6661376953125
SHDMD,λ<=log n,8192,0,70169,8.5655517578125
SHDMD,λ<=log n,8192,0,64922,7.925048828125
SHDMD,λ<=log n,8192,0,59190,7.225341796875
SHDMD,λ<=log n,8192,0,60371,7.3695068359375
SHDMD,λ<=log n,8192,0,62297,7.6046142578125
SHDMD,λ<=log n,8192,0,58891,7.1888427734375
SHDMD,λ<=log n,8192,0,57212,6.98388671875
SHDMD,λ<=log n,8192,0,67775,8.2733154296875
SHDMD,λ<=log n,8192,0,56943,6.9510498046875
SHDMD,λ<=log n,8192,0,64113,7.8262939453125
SHDMD,λ<=log n,8192,0,58510,7.142333984375
SHDMD,λ<=log n,8192,0,61389,7.4937744140625
SHDMD,λ<=log n,8192,0,56661,6.9166259765625
SHDMD,λ<=log n,8192,0,57802,7.055908203125
SHDMD,λ<=log n,8192,0,61272,7.4794921875
SHDMD,λ<=log n,8192,0,60954,7.440673828125
SHDMD,λ<=log n,8192,0,54735,6.6815185546875
SHDMD,λ<=log n,8192,0,59819,7.3021240234375
SHDMD,λ<=log n,8192,0,59675,7.2845458984375
SHDMD,λ<=log n,8192,0,57160,6.9775390625
SHDMD,λ<=log n,8192,0,58138,7.096923828125
SHDMD,λ<=log n,8192,0,53968,6.587890625
SHDMD,λ<=log n,8192,0,62538,7.634033203125
SHDMD,λ<=log n,8192,0,60349,7.3668212890625
SHDMD,λ<=log n,8192,0,58748,7.17138671875
SHDMD,λ<=log n,8192,0,63930,7.803955078125
SHDMD,λ<=log n,8192,0,71447,8.7215576171875
SHDMD,λ<=log n,8192,0,59291,7.2376708984375
SHDMD,λ<=log n,8192,0,55338,6.755126953125
SHDMD,λ<=log n,8192,0,59811,7.3011474609375
SHDMD,λ<=log n,8192,0,57465,7.0147705078125
SHLMD,λ<=log n,8192,0,60208,7.349609375
SHLMD,λ<=log n,8192,0,61904,7.556640625
SHLMD,λ<=log n,8192,0,64029,7.8160400390625
SHLMD,λ<=log n,8192,0,60147,7.3421630859375
SHLMD,λ<=log n,8192,0,59959,7.3192138671875
SHLMD,λ<=log n,8192,0,60143,7.3416748046875
SHLMD,λ<=log n,8192,0,57019,6.9603271484375
SHLMD,λ<=log n,8192,0,66735,8.1463623046875
SHLMD,λ<=log n,8192,0,63294,7.726318359375
SHLMD,λ<=log n,8192,0,58615,7.1551513671875
SHLMD,λ<=log n,8192,0,58149,7.0982666015625
SHLMD,λ<=log n,8192,0,57256,6.9892578125
SHLMD,λ<=log n,8192,0,63131,7.7064208984375
SHLMD,λ<=log n,8192,0,64678,7.895263671875
SHLMD,λ<=log n,8192,0,64122,7.827392578125
SHLMD,λ<=log n,8192,0,64650,7.891845703125
SHLMD,λ<=log n,8192,0,66185,8.0792236328125
SHLMD,λ<=log n,8192,0,62491,7.6282958984375
SHLMD,λ<=log n,8192,0,72546,8.855712890625
SHLMD,λ<=log n,8192,0,55976,6.8330078125
SHLMD,λ<=log n,8192,0,65984,8.0546875
SHLMD,λ<=log n,8192,0,67272,8.2119140625
SHLMD,λ<=log n,8192,0,63734,7.780029296875
SHLMD,λ<=log n,8192,0,62881,7.6759033203125
SHLMD,λ<=log n,8192,0,58108,7.09326171875
SHLMD,λ<=log n,8192,0,67064,8.1865234375
SHLMD,λ<=log n,8192,0,60276,7.35791015625
SHLMD,λ<=log n,8192,0,63772,7.78466796875
SHLMD,λ<=log n,8192,0,59087,7.2127685546875
SHLMD,λ<=log n,8192,0,61885,7.5543212890625
SHLMD,λ<=log n,8192,0,57792,7.0546875
SHLMD,λ<=log n,8192,0,60338,7.365478515625
SHLMD,λ<=log n,8192,0,75999,9.2772216796875
SHLMD,λ<=log n,8192,0,64915,7.9241943359375
SHLMD,λ<=log n,8192,0,58972,7.19873046875
SHLMD,λ<=log n,8192,0,60891,7.4329833984375
SHLMD,λ<=log n,8192,0,59236,7.23095703125
SHLMD,λ<=log n,8192,0,58729,7.1690673828125
SHLMD,λ<=log n,8192,0,63697,7.7755126953125
SHLMD,λ<=log n,8192,0,61803,7.5443115234375
SHLMD,λ<=log n,8192,0,62138,7.585205078125
SHLMD,λ<=log n,8192,0,61749,7.5377197265625
SHLMD,λ<=log n,8192,0,68116,8.31494140625
SHLMD,λ<=log n,8192,0,60223,7.3514404296875
SHLMD,λ<=log n,8192,0,63111,7.7039794921875
SHLMD,λ<=log n,8192,0,66348,8.09912109375
SHLMD,λ<=log n,8192,0,64901,7.9224853515625
SHLMD,λ<=log n,8192,0,66157,8.0758056640625
SHLMD,λ<=log n,8192,0,63232,7.71875
SHLMD,λ<=log n,8192,0,57084,6.96826171875
SHLMD,λ<=log n,8192,0,60868,7.43017578125
SHLMD,λ<=log n,8192,0,60167,7.3446044921875
SHLMD,λ<=log n,8192,0,60714,7.411376953125
SHLMD,λ<=log n,8192,0,60311,7.3621826171875
SHLMD,λ<=log n,8192,0,59776,7.296875
SHLMD,λ<=log n,8192,0,61842,7.549072265625
SHLMD,λ<=log n,8192,0,64570,7.882080078125
SHLMD,λ<=log n,8192,0,58538,7.145751953125
SHLMD,λ<=log n,8192,0,65406,7.984130859375
SHLMD,λ<=log n,8192,0,60012,7.32568359375
SHLMD,λ<=log n,8192,0,62360,7.6123046875
SHLMD,λ<=log n,8192,0,63003,7.6907958984375
SHLMD,λ<=log n,8192,0,62389,7.6158447265625
SHLMD,λ<=log n,8192,0,61331,7.4866943359375
SHLMD,λ<=log n,8192,0,61480,7.5048828125
SHLMD,λ<=log n,8192,0,59645,7.2808837890625
SHLMD,λ<=log n,8192,0,60989,7.4449462890625
SHLMD,λ<=log n,8192,0,63467,7.7474365234375
SHLMD,λ<=log n,8192,0,58865,7.1856689453125
SHLMD,λ<=log n,8192,0,58783,7.1756591796875
SHLMD,λ<=log n,8192,0,59742,7.292724609375
SHLMD,λ<=log n,8192,0,59238,7.231201171875
SHLMD,λ<=log n,8192,0,62173,7.5894775390625
SHLMD,λ<=log n,8192,0,63651,7.7698974609375
SHLMD,λ<=log n,8192,0,57914,7.069580078125
SHLMD,λ<=log n,8192,0,67124,8.19384765625
SHLMD,λ<=log n,8192,0,59150,7.220458984375
SHLMD,λ<=log n,8192,0,58930,7.193603515625
SHLMD,λ<=log n,8192,0,58162,7.099853515625
SHLMD,λ<=log n,8192,0,60567,7.3934326171875
SHLMD,λ<=log n,8192,0,57699,7.0433349609375
SHLMD,λ<=log n,8192,0,60021,7.3267822265625
SHLMD,λ<=log n,8192,0,60619,7.3997802734375
SHLMD,λ<=log n,8192,0,67918,8.290771484375
SHLMD,λ<=log n,8192,0,60938,7.438720703125
SHLMD,λ<=log n,8192,0,62391,7.6160888671875
SHLMD,λ<=log n,8192,0,59060,7.20947265625
SHLMD,λ<=log n,8192,0,68138,8.317626953125
SHLMD,λ<=log n,8192,0,55023,6.7166748046875
SHLMD,λ<=log n,8192,0,63731,7.7796630859375
SHLMD,λ<=log n,8192,0,60470,7.381591796875
SHLMD,λ<=log n,8192,0,60491,7.3841552734375
SHLMD,λ<=log n,8192,0,60319,7.3631591796875
SHLMD,λ<=log n,8192,0,58371,7.1253662109375
SHLMD,λ<=log n,8192,0,56831,6.9373779296875
SHLMD,λ<=log n,8192,0,57664,7.0390625
SHLMD,λ<=log n,8192,0,59598,7.275146484375
SHLMD,λ<=log n,8192,0,69009,8.4239501953125
SHLMD,λ<=log n,8192,0,58637,7.1578369140625
SHLMD,λ<=log n,8192,0,60881,7.4317626953125
SRLMD,λ<=log n,8192,0,69376,8.46875
SRLMD,λ<=log n,8192,0,61117,7.4605712890625
SRLMD,λ<=log n,8192,0,61726,7.534912109375
SRLMD,λ<=log n,8192,0,72340,8.83056640625
SRLMD,λ<=log n,8192,0,68222,8.327880859375
SRLMD,λ<=log n,8192,0,65369,7.9796142578125
SRLMD,λ<=log n,8192,0,62208,7.59375
SRLMD,λ<=log n,8192,0,72986,8.909423828125
SRLMD,λ<=log n,8192,0,76952,9.3935546875
SRLMD,λ<=log n,8192,0,64228,7.84033203125
SRLMD,λ<=log n,8192,0,74063,9.0408935546875
SRLMD,λ<=log n,8192,0,64894,7.921630859375
SRLMD,λ<=log n,8192,0,78799,9.6190185546875
SRLMD,λ<=log n,8192,0,64680,7.8955078125
SRLMD,λ<=log n,8192,0,70553,8.6124267578125
SRLMD,λ<=log n,8192,0,75702,9.240966796875
SRLMD,λ<=log n,8192,0,67049,8.1846923828125
SRLMD,λ<=log n,8192,0,64716,7.89990234375
SRLMD,λ<=log n,8192,0,68340,8.34228515625
SRLMD,λ<=log n,8192,0,57746,7.049072265625
SRLMD,λ<=log n,8192,0,67686,8.262451171875
SRLMD,λ<=log n,8192,0,67222,8.205810546875
SRLMD,λ<=log n,8192,0,65319,7.9735107421875
SRLMD,λ<=log n,8192,0,67494,8.239013671875
SRLMD,λ<=log n,8192,0,65484,7.99365234375
SRLMD,λ<=log n,8192,0,71499,8.7279052734375
SRLMD,λ<=log n,8192,0,62479,7.6268310546875
SRLMD,λ<=log n,8192,0,64154,7.831298828125
SRLMD,λ<=log n,8192,0,63820,7.79052734375
SRLMD,λ<=log n,8192,0,64213,7.8385009765625
SRLMD,λ<=log n,8192,0,62601,7.6417236328125
SRLMD,λ<=log n,8192,0,63479,7.7489013671875
SRLMD,λ<=log n,8192,0,67229,8.2066650390625
SRLMD,λ<=log n,8192,0,64748,7.90380859375
SRLMD,λ<=log n,8192,0,62666,7.649658203125
SRLMD,λ<=log n,8192,0,81991,10.0086669921875
SRLMD,λ<=log n,8192,0,72798,8.886474609375
SRLMD,λ<=log n,8192,0,62536,7.6337890625
SRLMD,λ<=log n,8192,0,61710,7.532958984375
SRLMD,λ<=log n,8192,0,60667,7.4056396484375
SRLMD,λ<=log n,8192,0,66642,8.135009765625
SRLMD,λ<=log n,8192,0,65937,8.0489501953125
SRLMD,λ<=log n,8192,0,69890,8.531494140625
SRLMD,λ<=log n,8192,0,63931,7.8040771484375
SRLMD,λ<=log n,8192,0,60066,7.332275390625
SRLMD,λ<=log n,8192,0,69654,8.502685546875
SRLMD,λ<=log n,8192,0,63194,7.714111328125
SRLMD,λ<=log n,8192,0,63277,7.7242431640625
SRLMD,λ<=log n,8192,0,68326,8.340576171875
SRLMD,λ<=log n,8192,0,66587,8.1282958984375
SRLMD,λ<=log n,8192,0,60697,7.4093017578125
SRLMD,λ<=log n,8192,0,66614,8.131591796875
SRLMD,λ<=log n,8192,0,62240,7.59765625
SRLMD,λ<=log n,8192,0,66418,8.107666015625
SRLMD,λ<=log n,8192,0,65615,8.0096435546875
SRLMD,λ<=log n,8192,0,75531,9.2200927734375
SRLMD,λ<=log n,8192,0,68362,8.344970703125
SRLMD,λ<=log n,8192,0,65134,7.950927734375
SRLMD,λ<=log n,8192,0,67524,8.24267578125
SRLMD,λ<=log n,8192,0,62691,7.6527099609375
SRLMD,λ<=log n,8192,0,70628,8.62158203125
SRLMD,λ<=log n,8192,0,65565,8.0035400390625
SRLMD,λ<=log n,8192,0,64856,7.9169921875
SRLMD,λ<=log n,8192,0,65954,8.051025390625
SRLMD,λ<=log n,8192,0,63179,7.7122802734375
SRLMD,λ<=log n,8192,0,81549,9.9547119140625
SRLMD,λ<=log n,8192,0,70857,8.6495361328125
SRLMD,λ<=log n,8192,0,67834,8.280517578125
SRLMD,λ<=log n,8192,0,64885,7.9205322265625
SRLMD,λ<=log n,8192,0,68437,8.3541259765625
SRLMD,λ<=log n,8192,0,64407,7.8621826171875
SRLMD,λ<=log n,8192,0,61494,7.506591796875
SRLMD,λ<=log n,8192,0,58780,7.17529296875
SRLMD,λ<=log n,8192,0,62844,7.67138671875
SRLMD,λ<=log n,8192,0,63367,7.7352294921875
SRLMD,λ<=log n,8192,0,67263,8.2108154296875
SRLMD,λ<=log n,8192,0,71933,8.7808837890625
SRLMD,λ<=log n,8192,0,62519,7.6317138671875
SRLMD,λ<=log n,8192,0,60603,7.3978271484375
SRLMD,λ<=log n,8192,0,58602,7.153564453125
SRLMD,λ<=log n,8192,0,73633,8.9884033203125
SRLMD,λ<=log n,8192,0,65682,8.017822265625
SRLMD,λ<=log n,8192,0,66010,8.057861328125
SRLMD,λ<=log n,8192,0,64148,7.83056640625
SRLMD,λ<=log n,8192,0,66330,8.096923828125
SRLMD,λ<=log n,8192,0,67783,8.2742919921875
SRLMD,λ<=log n,8192,0,65991,8.0555419921875
SRLMD,λ<=log n,8192,0,61635,7.5238037109375
SRLMD,λ<=log n,8192,0,61920,7.55859375
SRLMD,λ<=log n,8192,0,59400,7.2509765625
SRLMD,λ<=log n,8192,0,71689,8.7510986328125
SRLMD,λ<=log n,8192,0,70983,8.6649169921875
SRLMD,λ<=log n,8192,0,65503,7.9959716796875
SRLMD,λ<=log n,8192,0,65094,7.946044921875
SRLMD,λ<=log n,8192,0,67977,8.2979736328125
SRLMD,λ<=log n,8192,0,65306,7.971923828125
SRLMD,λ<=log n,8192,0,70865,8.6505126953125
SRLMD,λ<=log n,8192,0,64661,7.8931884765625
SRLMD,λ<=log n,8192,0,60590,7.396240234375
SSLMD,λ<=log n,8192,0,94229,11.5025634765625
SSLMD,λ<=log n,8192,0,93152,11.37109375
SSLMD,λ<=log n,8192,0,88723,10.8304443359375
SSLMD,λ<=log n,8192,0,83990,10.252685546875
SSLMD,λ<=log n,8192,0,97465,11.8975830078125
SSLMD,λ<=log n,8192,0,95275,11.6302490234375
SSLMD,λ<=log n,8192,0,89816,10.9638671875
SSLMD,λ<=log n,8192,0,86800,10.595703125
SSLMD,λ<=log n,8192,0,89321,10.9034423828125
SSLMD,λ<=log n,8192,0,103964,12.69091796875
SSLMD,λ<=log n,8192,0,93643,11.4310302734375
SSLMD,λ<=log n,8192,0,92839,11.3328857421875
SSLMD,λ<=log n,8192,0,86198,10.522216796875
SSLMD,λ<=log n,8192,0,85819,10.4759521484375
SSLMD,λ<=log n,8192,0,86705,10.5841064453125
SSLMD,λ<=log n,8192,0,89367,10.9090576171875
SSLMD,λ<=log n,8192,0,90639,11.0643310546875
SSLMD,λ<=log n,8192,0,87388,10.66748046875
SSLMD,λ<=log n,8192,0,93555,11.4202880859375
SSLMD,λ<=log n,8192,0,83086,10.142333984375
SSLMD,λ<=log n,8192,0,104853,12.7994384765625
SSLMD,λ<=log n,8192,0,109743,13.3963623046875
SSLMD,λ<=log n,8192,0,85759,10.4686279296875
SSLMD,λ<=log n,8192,0,101841,12.4317626953125
SSLMD,λ<=log n,8192,0,96745,11.8096923828125
SSLMD,λ<=log n,8192,0,87755,10.7122802734375
SSLMD,λ<=log n,8192,0,84827,10.3548583984375
SSLMD,λ<=log n,8192,0,95825,11.6973876953125
SSLMD,λ<=log n,8192,0,90652,11.06591796875
SSLMD,λ<=log n,8192,0,95245,11.6265869140625
SSLMD,λ<=log n,8192,0,101742,12.419677734375
SSLMD,λ<=log n,8192,0,95542,11.662841796875
SSLMD,λ<=log n,8192,0,90819,11.0863037109375
SSLMD,λ<=log n,8192,0,88534,10.807373046875
SSLMD,λ<=log n,8192,0,97388,11.88818359375
SSLMD,λ<=log n,8192,0,94435,11.5277099609375
SSLMD,λ<=log n,8192,0,89201,10.8887939453125
SSLMD,λ<=log n,8192,0,98959,12.0799560546875
SSLMD,λ<=log n,8192,0,94923,11.5872802734375
SSLMD,λ<=log n,8192,0,85941,10.4908447265625
SSLMD,λ<=log n,8192,0,82789,10.1060791015625
SSLMD,λ<=log n,8192,0,87854,10.724365234375
SSLMD,λ<=log n,8192,0,88698,10.827392578125
SSLMD,λ<=log n,8192,0,87077,10.6295166015625
SSLMD,λ<=log n,8192,0,87112,10.6337890625
SSLMD,λ<=log n,8192,0,93573,11.4224853515625
SSLMD,λ<=log n,8192,0,101393,12.3770751953125
SSLMD,λ<=log n,8192,0,93687,11.4364013671875
SSLMD,λ<=log n,8192,0,90809,11.0850830078125
SSLMD,λ<=log n,8192,0,90426,11.038330078125
SSLMD,λ<=log n,8192,0,90744,11.0771484375
SSLMD,λ<=log n,8192,0,91727,11.1971435546875
SSLMD,λ<=log n,8192,0,94021,11.4771728515625
SSLMD,λ<=log n,8192,0,92540,11.29638671875
SSLMD,λ<=log n,8192,0,97049,11.8468017578125
SSLMD,λ<=log n,8192,0,96101,11.7310791015625
SSLMD,λ<=log n,8192,0,95437,11.6500244140625
SSLMD,λ<=log n,8192,0,98648,12.0419921875
SSLMD,λ<=log n,8192,0,98698,12.048095703125
SSLMD,λ<=log n,8192,0,95566,11.665771484375
SSLMD,λ<=log n,8192,0,90043,10.9915771484375
SSLMD,λ<=log n,8192,0,88519,10.8055419921875
SSLMD,λ<=log n,8192,0,84187,10.2767333984375
SSLMD,λ<=log n,8192,0,94551,11.5418701171875
SSLMD,λ<=log n,8192,0,88500,10.80322265625
SSLMD,λ<=log n,8192,0,92976,11.349609375
SSLMD,λ<=log n,8192,0,90736,11.076171875
SSLMD,λ<=log n,8192,0,87099,10.6322021484375
SSLMD,λ<=log n,8192,0,101263,12.3612060546875
SSLMD,λ<=log n,8192,0,92046,11.236083984375
SSLMD,λ<=log n,8192,0,85367,10.4207763671875
SSLMD,λ<=log n,8192,0,88336,10.783203125
SSLMD,λ<=log n,8192,0,92788,11.32666015625
SSLMD,λ<=log n,8192,0,85317,10.4146728515625
SSLMD,λ<=log n,8192,0,93389,11.4000244140625
SSLMD,λ<=log n,8192,0,97705,11.9268798828125
SSLMD,λ<=log n,8192,0,84028,10.25732421875
SSLMD,λ<=log n,8192,0,101163,12.3489990234375
SSLMD,λ<=log n,8192,0,88982,10.862060546875
SSLMD,λ<=log n,8192,0,95553,11.6641845703125
SSLMD,λ<=log n,8192,0,90019,10.9886474609375
SSLMD,λ<=log n,8192,0,90281,11.0206298828125
SSLMD,λ<=log n,8192,0,90740,11.07666015625
SSLMD,λ<=log n,8192,0,91905,11.2188720703125
SSLMD,λ<=log n,8192,0,96184,11.7412109375
SSLMD,λ<=log n,8192,0,92271,11.2635498046875
SSLMD,λ<=log n,8192,0,87488,10.6796875
SSLMD,λ<=log n,8192,0,91142,11.125732421875
SSLMD,λ<=log n,8192,0,95583,11.6678466796875
SSLMD,λ<=log n,8192,0,88499,10.8031005859375
SSLMD,λ<=log n,8192,0,87771,10.7142333984375
SSLMD,λ<=log n,8192,0,88600,10.8154296875
SSLMD,λ<=log n,8192,0,92177,11.2520751953125
SSLMD,λ<=log n,8192,0,94052,11.48095703125
SSLMD,λ<=log n,8192,0,103459,12.6292724609375
SSLMD,λ<=log n,8192,0,83760,10.224609375
SSLMD,λ<=log n,8192,0,89849,10.9678955078125
SSLMD,λ<=log n,8192,0,89813,10.9635009765625
SSLMD,λ<=log n,8192,0,85821,10.4761962890625
SSLMD,λ<=log n,8192,0,88124,10.75732421875
SSDID,λ<=log n,8192,0,105929,12.9307861328125
SSDID,λ<=log n,8192,0,91607,11.1824951171875
SSDID,λ<=log n,8192,0,94091,11.4857177734375
SSDID,λ<=log n,8192,0,98521,12.0264892578125
SSDID,λ<=log n,8192,0,93081,11.3624267578125
SSDID,λ<=log n,8192,0,94661,11.5552978515625
SSDID,λ<=log n,8192,0,94345,11.5167236328125
SSDID,λ<=log n,8192,0,95301,11.6334228515625
SSDID,λ<=log n,8192,0,89645,10.9429931640625
SSDID,λ<=log n,8192,0,97009,11.8419189453125
SSDID,λ<=log n,8192,0,95999,11.7186279296875
SSDID,λ<=log n,8192,0,102265,12.4835205078125
SSDID,λ<=log n,8192,0,103409,12.6231689453125
SSDID,λ<=log n,8192,0,106791,13.0360107421875
SSDID,λ<=log n,8192,0,112421,13.7232666015625
SSDID,λ<=log n,8192,0,93237,11.3814697265625
SSDID,λ<=log n,8192,0,99085,12.0953369140625
SSDID,λ<=log n,8192,0,89817,10.9639892578125
SSDID,λ<=log n,8192,0,104177,12.7169189453125
SSDID,λ<=log n,8192,0,92731,11.3197021484375
SSDID,λ<=log n,8192,0,96927,11.8319091796875
SSDID,λ<=log n,8192,0,96245,11.7486572265625
SSDID,λ<=log n,8192,0,91821,11.2086181640625
SSDID,λ<=log n,8192,0,107323,13.1009521484375
SSDID,λ<=log n,8192,0,105517,12.8804931640625
SSDID,λ<=log n,8192,0,99159,12.1043701171875
SSDID,λ<=log n,8192,0,94703,11.5604248046875
SSDID,λ<=log n,8192,0,110827,13.5286865234375
SSDID,λ<=log n,8192,0,91109,11.1217041015625
SSDID,λ<=log n,8192,0,99995,12.2064208984375
SSDID,λ<=log n,8192,0,89035,10.8685302734375
SSDID,λ<=log n,8192,0,95507,11.6585693359375
SSDID,λ<=log n,8192,0,93913,11.4639892578125
SSDID,λ<=log n,8192,0,95727,11.6854248046875
SSDID,λ<=log n,8192,0,90615,11.0614013671875
SSDID,λ<=log n,8192,0,98953,12.0792236328125
SSDID,λ<=log n,8192,0,101503,12.3905029296875
SSDID,λ<=log n,8192,0,93793,11.4493408203125
SSDID,λ<=log n,8192,0,97863,11.9461669921875
SSDID,λ<=log n,8192,0,98815,12.0623779296875
SSDID,λ<=log n,8192,0,89111,10.8778076171875
SSDID,λ<=log n,8192,0,88359,10.7860107421875
SSDID,λ<=log n,8192,0,91171,11.1292724609375
SSDID,λ<=log n,8192,0,95457,11.6524658203125
SSDID,λ<=log n,8192,0,114997,14.0377197265625
SSDID,λ<=log n,8192,0,99829,12.1861572265625
SSDID,λ<=log n,8192,0,93509,11.4146728515625
SSDID,λ<=log n,8192,0,92207,11.2557373046875
SSDID,λ<=log n,8192,0,92183,11.2528076171875
SSDID,λ<=log n,8192,0,96267,11.7513427734375
SSDID,λ<=log n,8192,0,90517,11.0494384765625
SSDID,λ<=log n,8192,0,94923,11.5872802734375
SSDID,λ<=log n,8192,0,114021,13.9185791015625
SSDID,λ<=log n,8192,0,97025,11.8438720703125
SSDID,λ<=log n,8192,0,98419,12.0140380859375
SSDID,λ<=log n,8192,0,92563,11.2991943359375
SSDID,λ<=log n,8192,0,99381,12.1314697265625
SSDID,λ<=log n,8192,0,105407,12.8670654296875
SSDID,λ<=log n,8192,0,107947,13.1771240234375
SSDID,λ<=log n,8192,0,90025,10.9893798828125
SSDID,λ<=log n,8192,0,93341,11.3941650390625
SSDID,λ<=log n,8192,0,103619,12.6488037109375
SSDID,λ<=log n,8192,0,91245,11.1383056640625
SSDID,λ<=log n,8192,0,102361,12.4952392578125
SSDID,λ<=log n,8192,0,92291,11.2659912109375
SSDID,λ<=log n,8192,0,110751,13.5194091796875
SSDID,λ<=log n,8192,0,91105,11.1212158203125
SSDID,λ<=log n,8192,0,100337,12.2481689453125
SSDID,λ<=log n,8192,0,99857,12.1895751953125
SSDID,λ<=log n,8192,0,92551,11.2977294921875
SSDID,λ<=log n,8192,0,97797,11.9381103515625
SSDID,λ<=log n,8192,0,103029,12.5767822265625
SSDID,λ<=log n,8192,0,98673,12.0450439453125
SSDID,λ<=log n,8192,0,95153,11.6153564453125
SSDID,λ<=log n,8192,0,93863,11.4578857421875
SSDID,λ<=log n,8192,0,88877,10.8492431640625
SSDID,λ<=log n,8192,0,101221,12.3560791015625
SSDID,λ<=log n,8192,0,96111,11.7322998046875
SSDID,λ<=log n,8192,0,95905,11.7071533203125
SSDID,λ<=log n,8192,0,90893,11.0953369140625
SSDID,λ<=log n,8192,0,97791,11.9373779296875
SSDID,λ<=log n,8192,0,93831,11.4539794921875
SSDID,λ<=log n,8192,0,101581,12.4000244140625
SSDID,λ<=log n,8192,0,113083,13.8040771484375
SSDID,λ<=log n,8192,0,96579,11.7894287109375
SSDID,λ<=log n,8192,0,97423,11.8924560546875
SSDID,λ<=log n,8192,0,97471,11.8983154296875
SSDID,λ<=log n,8192,0,94491,11.5345458984375
SSDID,λ<=log n,8192,0,106823,13.0399169921875
SSDID,λ<=log n,8192,0,101469,12.3863525390625
SSDID,λ<=log n,8192,0,95639,11.6746826171875
SSDID,λ<=log n,8192,0,114569,13.9854736328125
SSDID,λ<=log n,8192,0,116703,14.2459716796875
SSDID,λ<=log n,8192,0,93613,11.4273681640625
SSDID,λ<=log n,8192,0,98621,12.0386962890625
SSDID,λ<=log n,8192,0,107189,13.0845947265625
SSDID,λ<=log n,8192,0,100011,12.2083740234375
SSDID,λ<=log n,8192,0,97221,11.8677978515625
SSDID,λ<=log n,8192,0,97565,11.9097900390625
SSDID,λ<=log n,8192,0,97071,11.8494873046875
SRDID,λ<=log n,8192,0,76295,9.3133544921875
SRDID,λ<=log n,8192,0,73919,9.0233154296875
SRDID,λ<=log n,8192,0,76143,9.2947998046875
SRDID,λ<=log n,8192,0,74331,9.0736083984375
SRDID,λ<=log n,8192,0,71150,8.685302734375
SRDID,λ<=log n,8192,0,69593,8.4952392578125
SRDID,λ<=log n,8192,0,80125,9.7808837890625
SRDID,λ<=log n,8192,0,77233,9.4278564453125
SRDID,λ<=log n,8192,0,75513,9.2178955078125
SRDID,λ<=log n,8192,0,75160,9.1748046875
SRDID,λ<=log n,8192,0,72885,8.8970947265625
SRDID,λ<=log n,8192,0,77219,9.4261474609375
SRDID,λ<=log n,8192,0,83259,10.1634521484375
SRDID,λ<=log n,8192,0,75143,9.1727294921875
SRDID,λ<=log n,8192,0,72607,8.8631591796875
SRDID,λ<=log n,8192,0,75702,9.240966796875
SRDID,λ<=log n,8192,0,73409,8.9610595703125
SRDID,λ<=log n,8192,0,74990,9.154052734375
SRDID,λ<=log n,8192,0,70752,8.63671875
SRDID,λ<=log n,8192,0,73268,8.94384765625
SRDID,λ<=log n,8192,0,71768,8.7607421875
SRDID,λ<=log n,8192,0,73599,8.9842529296875
SRDID,λ<=log n,8192,0,72479,8.8475341796875
SRDID,λ<=log n,8192,0,74347,9.0755615234375
SRDID,λ<=log n,8192,0,71856,8.771484375
SRDID,λ<=log n,8192,0,72279,8.8231201171875
SRDID,λ<=log n,8192,0,71941,8.7818603515625
SRDID,λ<=log n,8192,0,70109,8.5582275390625
SRDID,λ<=log n,8192,0,72906,8.899658203125
SRDID,λ<=log n,8192,0,71819,8.7669677734375
SRDID,λ<=log n,8192,0,70515,8.6077880859375
SRDID,λ<=log n,8192,0,84168,10.2744140625
SRDID,λ<=log n,8192,0,74729,9.1221923828125
SRDID,λ<=log n,8192,0,73876,9.01806640625
SRDID,λ<=log n,8192,0,72073,8.7979736328125
SRDID,λ<=log n,8192,0,86474,10.555908203125
SRDID,λ<=log n,8192,0,75310,9.193115234375
SRDID,λ<=log n,8192,0,71625,8.7432861328125
SRDID,λ<=log n,8192,0,72987,8.9095458984375
SRDID,λ<=log n,8192,0,90658,11.066650390625
SRDID,λ<=log n,8192,0,77155,9.4183349609375
SRDID,λ<=log n,8192,0,75709,9.2418212890625
SRDID,λ<=log n,8192,0,75504,9.216796875
SRDID,λ<=log n,8192,0,73844,9.01416015625
SRDID,λ<=log n,8192,0,71210,8.692626953125
SRDID,λ<=log n,8192,0,73458,8.967041015625
SRDID,λ<=log n,8192,0,94073,11.4835205078125
SRDID,λ<=log n,8192,0,73376,8.95703125
SRDID,λ<=log n,8192,0,72719,8.8768310546875
SRDID,λ<=log n,8192,0,65816,8.0341796875
SRDID,λ<=log n,8192,0,80836,9.86767578125
SRDID,λ<=log n,8192,0,84036,10.25830078125
SRDID,λ<=log n,8192,0,76980,9.39697265625
SRDID,λ<=log n,8192,0,75800,9.2529296875
SRDID,λ<=log n,8192,0,72757,8.8814697265625
SRDID,λ<=log n,8192,0,79428,9.69580078125
SRDID,λ<=log n,8192,0,72196,8.81298828125
SRDID,λ<=log n,8192,0,76206,9.302490234375
SRDID,λ<=log n,8192,0,77484,9.45849609375
SRDID,λ<=log n,8192,0,76344,9.3193359375
SRDID,λ<=log n,8192,0,78646,9.600341796875
SRDID,λ<=log n,8192,0,73861,9.0162353515625
SRDID,λ<=log n,8192,0,73337,8.9522705078125
SRDID,λ<=log n,8192,0,80790,9.862060546875
SRDID,λ<=log n,8192,0,73529,8.9757080078125
SRDID,λ<=log n,8192,0,71954,8.783447265625
SRDID,λ<=log n,8192,0,81658,9.968017578125
SRDID,λ<=log n,8192,0,78899,9.6312255859375
SRDID,λ<=log n,8192,0,75330,9.195556640625
SRDID,λ<=log n,8192,0,71465,8.7237548828125
SRDID,λ<=log n,8192,0,76217,9.3038330078125
SRDID,λ<=log n,8192,0,71451,8.7220458984375
SRDID,λ<=log n,8192,0,78369,9.5665283203125
SRDID,λ<=log n,8192,0,78028,9.52490234375
SRDID,λ<=log n,8192,0,70656,8.625
SRDID,λ<=log n,8192,0,73763,9.0042724609375
SRDID,λ<=log n,8192,0,68919,8.4129638671875
SRDID,λ<=log n,8192,0,76491,9.3372802734375
SRDID,λ<=log n,8192,0,73308,8.94873046875
SRDID,λ<=log n,8192,0,72868,8.89501953125
SRDID,λ<=log n,8192,0,72833,8.8907470703125
SRDID,λ<=log n,8192,0,73131,8.9271240234375
SRDID,λ<=log n,8192,0,82862,10.114990234375
SRDID,λ<=log n,8192,0,83525,10.1959228515625
SRDID,λ<=log n,8192,0,71582,8.738037109375
SRDID,λ<=log n,8192,0,80712,9.8525390625
SRDID,λ<=log n,8192,0,90425,11.0382080078125
SRDID,λ<=log n,8192,0,70803,8.6429443359375
SRDID,λ<=log n,8192,0,74968,9.1513671875
SRDID,λ<=log n,8192,0,73194,8.934814453125
SRDID,λ<=log n,8192,0,75407,9.2049560546875
SRDID,λ<=log n,8192,0,72851,8.8929443359375
SRDID,λ<=log n,8192,0,72077,8.7984619140625
SRDID,λ<=log n,8192,0,75092,9.16650390625
SRDID,λ<=log n,8192,0,73790,9.007568359375
SRDID,λ<=log n,8192,0,78828,9.62255859375
SRDID,λ<=log n,8192,0,74168,9.0537109375
SRDID,λ<=log n,8192,0,72492,8.84912109375
SRDID,λ<=log n,8192,0,85680,10.458984375
SRDID,λ<=log n,8192,0,75807,9.2537841796875
SHDID,λ<=log n,8192,0,65222,7.961669921875
SHDID,λ<=log n,8192,0,69318,8.461669921875
SHDID,λ<=log n,8192,0,71918,8.779052734375
SHDID,λ<=log n,8192,0,66414,8.107177734375
SHDID,λ<=log n,8192,0,66203,8.0814208984375
SHDID,λ<=log n,8192,0,68976,8.419921875
SHDID,λ<=log n,8192,0,71004,8.66748046875
SHDID,λ<=log n,8192,0,71824,8.767578125
SHDID,λ<=log n,8192,0,67856,8.283203125
SHDID,λ<=log n,8192,0,69160,8.4423828125
SHDID,λ<=log n,8192,0,67710,8.265380859375
SHDID,λ<=log n,8192,0,72255,8.8201904296875
SHDID,λ<=log n,8192,0,70176,8.56640625
SHDID,λ<=log n,8192,0,77552,9.466796875
SHDID,λ<=log n,8192,0,65106,7.947509765625
SHDID,λ<=log n,8192,0,68791,8.3973388671875
SHDID,λ<=log n,8192,0,66913,8.1680908203125
SHDID,λ<=log n,8192,0,67802,8.276611328125
SHDID,λ<=log n,8192,0,65995,8.0560302734375
SHDID,λ<=log n,8192,0,68340,8.34228515625
SHDID,λ<=log n,8192,0,68237,8.3297119140625
SHDID,λ<=log n,8192,0,76822,9.377685546875
SHDID,λ<=log n,8192,0,67404,8.22802734375
SHDID,λ<=log n,8192,0,75054,9.161865234375
SHDID,λ<=log n,8192,0,77242,9.428955078125
SHDID,λ<=log n,8192,0,70544,8.611328125
SHDID,λ<=log n,8192,0,73642,8.989501953125
SHDID,λ<=log n,8192,0,69902,8.532958984375
SHDID,λ<=log n,8192,0,67773,8.2730712890625
SHDID,λ<=log n,8192,0,66717,8.1441650390625
SHDID,λ<=log n,8192,0,74578,9.103759765625
SHDID,λ<=log n,8192,0,72545,8.8555908203125
SHDID,λ<=log n,8192,0,65981,8.0543212890625
SHDID,λ<=log n,8192,0,70689,8.6290283203125
SHDID,λ<=log n,8192,0,68075,8.3099365234375
SHDID,λ<=log n,8192,0,69666,8.504150390625
SHDID,λ<=log n,8192,0,67544,8.2451171875
SHDID,λ<=log n,8192,0,65103,7.9471435546875
SHDID,λ<=log n,8192,0,73685,8.9947509765625
SHDID,λ<=log n,8192,0,68722,8.388916015625
SHDID,λ<=log n,8192,0,61988,7.56689453125
SHDID,λ<=log n,8192,0,70388,8.59228515625
SHDID,λ<=log n,8192,0,70951,8.6610107421875
SHDID,λ<=log n,8192,0,68454,8.356201171875
SHDID,λ<=log n,8192,0,65937,8.0489501953125
SHDID,λ<=log n,8192,0,70979,8.6644287109375
SHDID,λ<=log n,8192,0,68470,8.358154296875
SHDID,λ<=log n,8192,0,67714,8.265869140625
SHDID,λ<=log n,8192,0,64673,7.8946533203125
SHDID,λ<=log n,8192,0,71560,8.7353515625
SHDID,λ<=log n,8192,0,73189,8.9342041015625
SHDID,λ<=log n,8192,0,66413,8.1070556640625
SHDID,λ<=log n,8192,0,67577,8.2491455078125
SHDID,λ<=log n,8192,0,68984,8.4208984375
SHDID,λ<=log n,8192,0,68559,8.3690185546875
SHDID,λ<=log n,8192,0,63853,7.7945556640625
SHDID,λ<=log n,8192,0,72562,8.857666015625
SHDID,λ<=log n,8192,0,76110,9.290771484375
SHDID,λ<=log n,8192,0,66183,8.0789794921875
SHDID,λ<=log n,8192,0,68220,8.32763671875
SHDID,λ<=log n,8192,0,70972,8.66357421875
SHDID,λ<=log n,8192,0,70208,8.5703125
SHDID,λ<=log n,8192,0,71159,8.6864013671875
SHDID,λ<=log n,8192,0,79977,9.7628173828125
SHDID,λ<=log n,8192,0,72706,8.875244140625
SHDID,λ<=log n,8192,0,71931,8.7806396484375
SHDID,λ<=log n,8192,0,65420,7.98583984375
SHDID,λ<=log n,8192,0,67212,8.20458984375
SHDID,λ<=log n,8192,0,63942,7.805419921875
SHDID,λ<=log n,8192,0,79658,9.723876953125
SHDID,λ<=log n,8192,0,65464,7.9912109375
SHDID,λ<=log n,8192,0,75077,9.1646728515625
SHDID,λ<=log n,8192,0,69703,8.5086669921875
SHDID,λ<=log n,8192,0,68131,8.3167724609375
SHDID,λ<=log n,8192,0,80661,9.8463134765625
SHDID,λ<=log n,8192,0,80290,9.801025390625
SHDID,λ<=log n,8192,0,70845,8.6480712890625
SHDID,λ<=log n,8192,0,68071,8.3094482421875
SHDID,λ<=log n,8192,0,69110,8.436279296875
SHDID,λ<=log n,8192,0,67961,8.2960205078125
SHDID,λ<=log n,8192,0,64791,7.9090576171875
SHDID,λ<=log n,8192,0,66854,8.160888671875
SHDID,λ<=log n,8192,0,66821,8.1568603515625
SHDID,λ<=log n,8192,0,63676,7.77294921875
SHDID,λ<=log n,8192,0,69975,8.5418701171875
SHDID,λ<=log n,8192,0,67620,8.25439453125
SHDID,λ<=log n,8192,0,71545,8.7335205078125
SHDID,λ<=log n,8192,0,63871,7.7967529296875
SHDID,λ<=log n,8192,0,67796,8.27587890625
SHDID,λ<=log n,8192,0,71039,8.6717529296875
SHDID,λ<=log n,8192,0,64917,7.9244384765625
SHDID,λ<=log n,8192,0,76049,9.2833251953125
SHDID,λ<=log n,8192,0,68847,8.4041748046875
SHDID,λ<=log n,8192,0,73014,8.912841796875
SHDID,λ<=log n,8192,0,67780,8.27392578125
SHDID,λ<=log n,8192,0,73046,8.916748046875
SHDID,λ<=log n,8192,0,72843,8.8919677734375
SHDID,λ<=log n,8192,0,73100,8.92333984375
SHDID,λ<=log n,8192,0,75749,9.2467041015625
SHDID,λ<=log n,8192,0,69707,8.5091552734375
SHLID,λ<=log n,8192,0,71620,8.74267578125
SHLID,λ<=log n,8192,0,70685,8.6285400390625
SHLID,λ<=log n,8192,0,69802,8.520751953125
SHLID,λ<=log n,8192,0,73601,8.9844970703125
SHLID,λ<=log n,8192,0,68221,8.3277587890625
SHLID,λ<=log n,8192,0,68893,8.4097900390625
SHLID,λ<=log n,8192,0,77330,9.439697265625
SHLID,λ<=log n,8192,0,73573,8.9810791015625
SHLID,λ<=log n,8192,0,75457,9.2110595703125
SHLID,λ<=log n,8192,0,74761,9.1260986328125
SHLID,λ<=log n,8192,0,76824,9.3779296875
SHLID,λ<=log n,8192,0,70439,8.5985107421875
SHLID,λ<=log n,8192,0,75167,9.1756591796875
SHLID,λ<=log n,8192,0,69998,8.544677734375
SHLID,λ<=log n,8192,0,69093,8.4342041015625
SHLID,λ<=log n,8192,0,70369,8.5899658203125
SHLID,λ<=log n,8192,0,71089,8.6778564453125
SHLID,λ<=log n,8192,0,72011,8.7904052734375
SHLID,λ<=log n,8192,0,69661,8.5035400390625
SHLID,λ<=log n,8192,0,69861,8.5279541015625
SHLID,λ<=log n,8192,0,74087,9.0438232421875
SHLID,λ<=log n,8192,0,79053,9.6500244140625
SHLID,λ<=log n,8192,0,72292,8.82470703125
SHLID,λ<=log n,8192,0,70659,8.6253662109375
SHLID,λ<=log n,8192,0,73663,8.9920654296875
SHLID,λ<=log n,8192,0,71478,8.725341796875
SHLID,λ<=log n,8192,0,75548,9.22216796875
SHLID,λ<=log n,8192,0,77661,9.4801025390625
SHLID,λ<=log n,8192,0,67661,8.2593994140625
SHLID,λ<=log n,8192,0,69915,8.5345458984375
SHLID,λ<=log n,8192,0,72308,8.82666015625
SHLID,λ<=log n,8192,0,70070,8.553466796875
SHLID,λ<=log n,8192,0,71010,8.668212890625
SHLID,λ<=log n,8192,0,70581,8.6158447265625
SHLID,λ<=log n,8192,0,74465,9.0899658203125
SHLID,λ<=log n,8192,0,67410,8.228759765625
SHLID,λ<=log n,8192,0,76172,9.29833984375
SHLID,λ<=log n,8192,0,74740,9.12353515625
SHLID,λ<=log n,8192,0,72073,8.7979736328125
SHLID,λ<=log n,8192,0,66836,8.15869140625
SHLID,λ<=log n,8192,0,76304,9.314453125
SHLID,λ<=log n,8192,0,73341,8.9527587890625
SHLID,λ<=log n,8192,0,73817,9.0108642578125
SHLID,λ<=log n,8192,0,69357,8.4664306640625
SHLID,λ<=log n,8192,0,70635,8.6224365234375
SHLID,λ<=log n,8192,0,68969,8.4190673828125
SHLID,λ<=log n,8192,0,72880,8.896484375
SHLID,λ<=log n,8192,0,70306,8.582275390625
SHLID,λ<=log n,8192,0,73605,8.9849853515625
SHLID,λ<=log n,8192,0,68778,8.395751953125
SHLID,λ<=log n,8192,0,69281,8.4571533203125
SHLID,λ<=log n,8192,0,68103,8.3133544921875
SHLID,λ<=log n,8192,0,75128,9.1708984375
SHLID,λ<=log n,8192,0,71248,8.697265625
SHLID,λ<=log n,8192,0,70258,8.576416015625
SHLID,λ<=log n,8192,0,70952,8.6611328125
SHLID,λ<=log n,8192,0,68430,8.353271484375
SHLID,λ<=log n,8192,0,85494,10.436279296875
SHLID,λ<=log n,8192,0,69717,8.5103759765625
SHLID,λ<=log n,8192,0,75577,9.2257080078125
SHLID,λ<=log n,8192,0,72117,8.8033447265625
SHLID,λ<=log n,8192,0,72204,8.81396484375
SHLID,λ<=log n,8192,0,74576,9.103515625
SHLID,λ<=log n,8192,0,74101,9.0455322265625
SHLID,λ<=log n,8192,0,69354,8.466064453125
SHLID,λ<=log n,8192,0,75432,9.2080078125
SHLID,λ<=log n,8192,0,75538,9.220947265625
SHLID,λ<=log n,8192,0,65924,8.04736328125
SHLID,λ<=log n,8192,0,70763,8.6380615234375
SHLID,λ<=log n,8192,0,70313,8.5831298828125
SHLID,λ<=log n,8192,0,82466,10.066650390625
SHLID,λ<=log n,8192,0,69030,8.426513671875
SHLID,λ<=log n,8192,0,71646,8.745849609375
SHLID,λ<=log n,8192,0,68539,8.3665771484375
SHLID,λ<=log n,8192,0,73160,8.9306640625
SHLID,λ<=log n,8192,0,71656,8.7470703125
SHLID,λ<=log n,8192,0,70029,8.5484619140625
SHLID,λ<=log n,8192,0,74040,9.0380859375
SHLID,λ<=log n,8192,0,70705,8.6309814453125
SHLID,λ<=log n,8192,0,73361,8.9552001953125
SHLID,λ<=log n,8192,0,73831,9.0125732421875
SHLID,λ<=log n,8192,0,69274,8.456298828125
SHLID,λ<=log n,8192,0,77159,9.4188232421875
SHLID,λ<=log n,8192,0,76560,9.345703125
SHLID,λ<=log n,8192,0,67033,8.1827392578125
SHLID,λ<=log n,8192,0,69012,8.42431640625
SHLID,λ<=log n,8192,0,68845,8.4039306640625
SHLID,λ<=log n,8192,0,73977,9.0303955078125
SHLID,λ<=log n,8192,0,70154,8.563720703125
SHLID,λ<=log n,8192,0,69325,8.4625244140625
SHLID,λ<=log n,8192,0,78640,9.599609375
SHLID,λ<=log n,8192,0,77512,9.4619140625
SHLID,λ<=log n,8192,0,70057,8.5518798828125
SHLID,λ<=log n,8192,0,81275,9.9212646484375
SHLID,λ<=log n,8192,0,72756,8.88134765625
SHLID,λ<=log n,8192,0,73614,8.986083984375
SHLID,λ<=log n,8192,0,81442,9.941650390625
SHLID,λ<=log n,8192,0,73617,8.9864501953125
SHLID,λ<=log n,8192,0,77625,9.4757080078125
SRLID,λ<=log n,8192,0,75073,9.1641845703125
SRLID,λ<=log n,8192,0,74480,9.091796875
SRLID,λ<=log n,8192,0,77161,9.4190673828125
SRLID,λ<=log n,8192,0,79849,9.7471923828125
SRLID,λ<=log n,8192,0,79109,9.6568603515625
SRLID,λ<=log n,8192,0,95427,11.6488037109375
SRLID,λ<=log n,8192,0,76045,9.2828369140625
SRLID,λ<=log n,8192,0,75926,9.268310546875
SRLID,λ<=log n,8192,0,74534,9.098388671875
SRLID,λ<=log n,8192,0,79005,9.6441650390625
SRLID,λ<=log n,8192,0,80424,9.8173828125
SRLID,λ<=log n,8192,0,77096,9.4111328125
SRLID,λ<=log n,8192,0,72523,8.8529052734375
SRLID,λ<=log n,8192,0,79768,9.7373046875
SRLID,λ<=log n,8192,0,86558,10.566162109375
SRLID,λ<=log n,8192,0,77259,9.4310302734375
SRLID,λ<=log n,8192,0,73883,9.0189208984375
SRLID,λ<=log n,8192,0,77767,9.4930419921875
SRLID,λ<=log n,8192,0,82088,10.0205078125
SRLID,λ<=log n,8192,0,77031,9.4031982421875
SRLID,λ<=log n,8192,0,83064,10.1396484375
SRLID,λ<=log n,8192,0,77736,9.4892578125
SRLID,λ<=log n,8192,0,87224,10.6474609375
SRLID,λ<=log n,8192,0,77598,9.472412109375
SRLID,λ<=log n,8192,0,80131,9.7816162109375
SRLID,λ<=log n,8192,0,77446,9.453857421875
SRLID,λ<=log n,8192,0,79036,9.64794921875
SRLID,λ<=log n,8192,0,75441,9.2091064453125
SRLID,λ<=log n,8192,0,79655,9.7235107421875
SRLID,λ<=log n,8192,0,77778,9.494384765625
SRLID,λ<=log n,8192,0,78345,9.5635986328125
SRLID,λ<=log n,8192,0,80753,9.8575439453125
SRLID,λ<=log n,8192,0,76185,9.2999267578125
SRLID,λ<=log n,8192,0,81072,9.896484375
SRLID,λ<=log n,8192,0,85584,10.447265625
SRLID,λ<=log n,8192,0,73158,8.930419921875
SRLID,λ<=log n,8192,0,75948,9.27099609375
SRLID,λ<=log n,8192,0,75768,9.2490234375
SRLID,λ<=log n,8192,0,78819,9.6214599609375
SRLID,λ<=log n,8192,0,75277,9.1890869140625
SRLID,λ<=log n,8192,0,79411,9.6937255859375
SRLID,λ<=log n,8192,0,76165,9.2974853515625
SRLID,λ<=log n,8192,0,80949,9.8814697265625
SRLID,λ<=log n,8192,0,79201,9.6680908203125
SRLID,λ<=log n,8192,0,71816,8.7666015625
SRLID,λ<=log n,8192,0,75706,9.241455078125
SRLID,λ<=log n,8192,0,80953,9.8819580078125
SRLID,λ<=log n,8192,0,74103,9.0457763671875
SRLID,λ<=log n,8192,0,74708,9.11962890625
SRLID,λ<=log n,8192,0,78180,9.54345703125
SRLID,λ<=log n,8192,0,80163,9.7855224609375
SRLID,λ<=log n,8192,0,73081,8.9210205078125
SRLID,λ<=log n,8192,0,78231,9.5496826171875
SRLID,λ<=log n,8192,0,78871,9.6278076171875
SRLID,λ<=log n,8192,0,74610,9.107666015625
SRLID,λ<=log n,8192,0,76958,9.394287109375
SRLID,λ<=log n,8192,0,80636,9.84326171875
SRLID,λ<=log n,8192,0,89855,10.9686279296875
SRLID,λ<=log n,8192,0,73157,8.9302978515625
SRLID,λ<=log n,8192,0,78003,9.5218505859375
SRLID,λ<=log n,8192,0,72856,8.8935546875
SRLID,λ<=log n,8192,0,72488,8.8486328125
SRLID,λ<=log n,8192,0,77525,9.4635009765625
SRLID,λ<=log n,8192,0,76432,9.330078125
SRLID,λ<=log n,8192,0,74233,9.0616455078125
SRLID,λ<=log n,8192,0,72665,8.8702392578125
SRLID,λ<=log n,8192,0,77057,9.4063720703125
SRLID,λ<=log n,8192,0,75925,9.2681884765625
SRLID,λ<=log n,8192,0,74705,9.1192626953125
SRLID,λ<=log n,8192,0,77998,9.521240234375
SRLID,λ<=log n,8192,0,74556,9.10107421875
SRLID,λ<=log n,8192,0,76747,9.3685302734375
SRLID,λ<=log n,8192,0,75382,9.201904296875
SRLID,λ<=log n,8192,0,77649,9.4786376953125
SRLID,λ<=log n,8192,0,83337,10.1729736328125
SRLID,λ<=log n,8192,0,73726,8.999755859375
SRLID,λ<=log n,8192,0,75698,9.240478515625
SRLID,λ<=log n,8192,0,74066,9.041259765625
SRLID,λ<=log n,8192,0,74129,9.0489501953125
SRLID,λ<=log n,8192,0,74031,9.0369873046875
SRLID,λ<=log n,8192,0,75229,9.1832275390625
SRLID,λ<=log n,8192,0,81567,9.9569091796875
SRLID,λ<=log n,8192,0,68192,8.32421875
SRLID,λ<=log n,8192,0,81343,9.9295654296875
SRLID,λ<=log n,8192,0,77348,9.44189453125
SRLID,λ<=log n,8192,0,74400,9.08203125
SRLID,λ<=log n,8192,0,76560,9.345703125
SRLID,λ<=log n,8192,0,76370,9.322509765625
SRLID,λ<=log n,8192,0,76802,9.375244140625
SRLID,λ<=log n,8192,0,73737,9.0010986328125
SRLID,λ<=log n,8192,0,71944,8.7822265625
SRLID,λ<=log n,8192,0,84706,10.340087890625
SRLID,λ<=log n,8192,0,73482,8.969970703125
SRLID,λ<=log n,8192,0,79288,9.6787109375
SRLID,λ<=log n,8192,0,83896,10.2412109375
SRLID,λ<=log n,8192,0,76109,9.2906494140625
SRLID,λ<=log n,8192,0,81388,9.93505859375
SRLID,λ<=log n,8192,0,76632,9.3544921875
SRLID,λ<=log n,8192,0,81975,10.0067138671875
SRLID,λ<=log n,8192,0,77999,9.5213623046875
SSLID,λ<=log n,8192,0,113739,13.8841552734375
SSLID,λ<=log n,8192,0,99327,12.1248779296875
SSLID,λ<=log n,8192,0,107691,13.1458740234375
SSLID,λ<=log n,8192,0,100255,12.2381591796875
SSLID,λ<=log n,8192,0,105993,12.9385986328125
SSLID,λ<=log n,8192,0,112183,13.6942138671875
SSLID,λ<=log n,8192,0,95049,11.6026611328125
SSLID,λ<=log n,8192,0,101055,12.3358154296875
SSLID,λ<=log n,8192,0,104109,12.7086181640625
SSLID,λ<=log n,8192,0,101287,12.3641357421875
SSLID,λ<=log n,8192,0,98161,11.9825439453125
SSLID,λ<=log n,8192,0,96149,11.7369384765625
SSLID,λ<=log n,8192,0,100917,12.3189697265625
SSLID,λ<=log n,8192,0,105155,12.8363037109375
SSLID,λ<=log n,8192,0,96985,11.8389892578125
SSLID,λ<=log n,8192,0,102121,12.4659423828125
SSLID,λ<=log n,8192,0,103559,12.6414794921875
SSLID,λ<=log n,8192,0,93919,11.4647216796875
SSLID,λ<=log n,8192,0,106365,12.9840087890625
SSLID,λ<=log n,8192,0,100771,12.3011474609375
SSLID,λ<=log n,8192,0,100383,12.2537841796875
SSLID,λ<=log n,8192,0,99183,12.1072998046875
SSLID,λ<=log n,8192,0,104851,12.7991943359375
SSLID,λ<=log n,8192,0,103975,12.6922607421875
SSLID,λ<=log n,8192,0,96981,11.8385009765625
SSLID,λ<=log n,8192,0,107881,13.1690673828125
SSLID,λ<=log n,8192,0,105801,12.9151611328125
SSLID,λ<=log n,8192,0,99489,12.1446533203125
SSLID,λ<=log n,8192,0,94249,11.5050048828125
SSLID,λ<=log n,8192,0,103845,12.6763916015625
SSLID,λ<=log n,8192,0,115301,14.0748291015625
SSLID,λ<=log n,8192,0,99273,12.1182861328125
SSLID,λ<=log n,8192,0,90097,10.9981689453125
SSLID,λ<=log n,8192,0,105617,12.8927001953125
SSLID,λ<=log n,8192,0,91477,11.1666259765625
SSLID,λ<=log n,8192,0,95085,11.6070556640625
SSLID,λ<=log n,8192,0,102041,12.4561767578125
SSLID,λ<=log n,8192,0,95481,11.6553955078125
SSLID,λ<=log n,8192,0,108925,13.2965087890625
SSLID,λ<=log n,8192,0,93815,11.4520263671875
SSLID,λ<=log n,8192,0,100353,12.2501220703125
SSLID,λ<=log n,8192,0,98349,12.0054931640625
SSLID,λ<=log n,8192,0,99563,12.1536865234375
SSLID,λ<=log n,8192,0,97943,11.9559326171875
SSLID,λ<=log n,8192,0,98677,12.0455322265625
SSLID,λ<=log n,8192,0,105149,12.8355712890625
SSLID,λ<=log n,8192,0,110043,13.4329833984375
SSLID,λ<=log n,8192,0,109061,13.3131103515625
SSLID,λ<=log n,8192,0,96115,11.7327880859375
SSLID,λ<=log n,8192,0,101481,12.3878173828125
SSLID,λ<=log n,8192,0,109963,13.4232177734375
SSLID,λ<=log n,8192,0,103441,12.6270751953125
SSLID,λ<=log n,8192,0,107051,13.0677490234375
SSLID,λ<=log n,8192,0,113263,13.8260498046875
SSLID,λ<=log n,8192,0,97653,11.9205322265625
SSLID,λ<=log n,8192,0,107753,13.1534423828125
SSLID,λ<=log n,8192,0,113073,13.8028564453125
SSLID,λ<=log n,8192,0,108825,13.2843017578125
SSLID,λ<=log n,8192,0,100983,12.3270263671875
SSLID,λ<=log n,8192,0,95017,11.5987548828125
SSLID,λ<=log n,8192,0,109971,13.4241943359375
SSLID,λ<=log n,8192,0,107193,13.0850830078125
SSLID,λ<=log n,8192,0,101799,12.4266357421875
SSLID,λ<=log n,8192,0,95241,11.6260986328125
SSLID,λ<=log n,8192,0,96229,11.7467041015625
SSLID,λ<=log n,8192,0,103823,12.6737060546875
SSLID,λ<=log n,8192,0,97797,11.9381103515625
SSLID,λ<=log n,8192,0,95803,11.6947021484375
SSLID,λ<=log n,8192,0,102631,12.5281982421875
SSLID,λ<=log n,8192,0,101225,12.3565673828125
SSLID,λ<=log n,8192,0,95153,11.6153564453125
SSLID,λ<=log n,8192,0,105989,12.9381103515625
SSLID,λ<=log n,8192,0,95329,11.6368408203125
SSLID,λ<=log n,8192,0,97587,11.9124755859375
SSLID,λ<=log n,8192,0,112921,13.7843017578125
SSLID,λ<=log n,8192,0,103109,12.5865478515625
SSLID,λ<=log n,8192,0,118989,14.5250244140625
SSLID,λ<=log n,8192,0,103149,12.5914306640625
SSLID,λ<=log n,8192,0,106573,13.0093994140625
SSLID,λ<=log n,8192,0,98593,12.0352783203125
SSLID,λ<=log n,8192,0,107101,13.0738525390625
SSLID,λ<=log n,8192,0,105441,12.8712158203125
SSLID,λ<=log n,8192,0,101941,12.4439697265625
SSLID,λ<=log n,8192,0,98169,11.9835205078125
SSLID,λ<=log n,8192,0,93537,11.4180908203125
SSLID,λ<=log n,8192,0,94805,11.5728759765625
SSLID,λ<=log n,8192,0,95779,11.6917724609375
SSLID,λ<=log n,8192,0,102085,12.4615478515625
SSLID,λ<=log n,8192,0,99593,12.1573486328125
SSLID,λ<=log n,8192,0,102049,12.4571533203125
SSLID,λ<=log n,8192,0,97123,11.8558349609375
SSLID,λ<=log n,8192,0,107267,13.0941162109375
SSLID,λ<=log n,8192,0,101783,12.4246826171875
SSLID,λ<=log n,8192,0,106497,13.0001220703125
SSLID,λ<=log n,8192,0,107143,13.0789794921875
SSLID,λ<=log n,8192,0,98781,12.0582275390625
SSLID,λ<=log n,8192,0,97297,11.8770751953125
SSLID,λ<=log n,8192,0,96941,11.8336181640625
SSLID,λ<=log n,8192,0,105177,12.8389892578125
SSLID,λ<=log n,8192,0,95969,11.7149658203125
SSDCU,λ<=log n,8192,0,86290,10.533447265625
SSDCU,λ<=log n,8192,0,81287,9.9227294921875
SSDCU,λ<=log n,8192,0,85201,10.4005126953125
SSDCU,λ<=log n,8192,0,80338,9.806884765625
SSDCU,λ<=log n,8192,0,83939,10.2464599609375
SSDCU,λ<=log n,8192,0,83028,10.13525390625
SSDCU,λ<=log n,8192,0,79894,9.752685546875
SSDCU,λ<=log n,8192,0,76912,9.388671875
SSDCU,λ<=log n,8192,0,88244,10.77197265625
SSDCU,λ<=log n,8192,0,81238,9.916748046875
SSDCU,λ<=log n,8192,0,86446,10.552490234375
SSDCU,λ<=log n,8192,0,76629,9.3541259765625
SSDCU,λ<=log n,8192,0,77742,9.489990234375
SSDCU,λ<=log n,8192,0,85249,10.4063720703125
SSDCU,λ<=log n,8192,0,83646,10.210693359375
SSDCU,λ<=log n,8192,0,87057,10.6270751953125
SSDCU,λ<=log n,8192,0,86438,10.551513671875
SSDCU,λ<=log n,8192,0,79107,9.6566162109375
SSDCU,λ<=log n,8192,0,82313,10.0479736328125
SSDCU,λ<=log n,8192,0,90784,11.08203125
SSDCU,λ<=log n,8192,0,81258,9.919189453125
SSDCU,λ<=log n,8192,0,81532,9.95263671875
SSDCU,λ<=log n,8192,0,82208,10.03515625
SSDCU,λ<=log n,8192,0,86025,10.5010986328125
SSDCU,λ<=log n,8192,0,78449,9.5762939453125
SSDCU,λ<=log n,8192,0,86886,10.606201171875
SSDCU,λ<=log n,8192,0,80089,9.7764892578125
SSDCU,λ<=log n,8192,0,83818,10.231689453125
SSDCU,λ<=log n,8192,0,87469,10.6773681640625
SSDCU,λ<=log n,8192,0,93910,11.463623046875
SSDCU,λ<=log n,8192,0,93449,11.4073486328125
SSDCU,λ<=log n,8192,0,87974,10.739013671875
SSDCU,λ<=log n,8192,0,84007,10.2547607421875
SSDCU,λ<=log n,8192,0,81021,9.8902587890625
SSDCU,λ<=log n,8192,0,87565,10.6890869140625
SSDCU,λ<=log n,8192,0,95457,11.6524658203125
SSDCU,λ<=log n,8192,0,82325,10.0494384765625
SSDCU,λ<=log n,8192,0,84184,10.2763671875
SSDCU,λ<=log n,8192,0,84842,10.356689453125
SSDCU,λ<=log n,8192,0,82503,10.0711669921875
SSDCU,λ<=log n,8192,0,94897,11.5841064453125
SSDCU,λ<=log n,8192,0,88827,10.8431396484375
SSDCU,λ<=log n,8192,0,99589,12.1568603515625
SSDCU,λ<=log n,8192,0,86903,10.6082763671875
SSDCU,λ<=log n,8192,0,89791,10.9608154296875
SSDCU,λ<=log n,8192,0,89057,10.8712158203125
SSDCU,λ<=log n,8192,0,87134,10.636474609375
SSDCU,λ<=log n,8192,0,97119,11.8553466796875
SSDCU,λ<=log n,8192,0,86724,10.58642578125
SSDCU,λ<=log n,8192,0,86973,10.6168212890625
SSDCU,λ<=log n,8192,0,84560,10.322265625
SSDCU,λ<=log n,8192,0,87086,10.630615234375
SSDCU,λ<=log n,8192,0,82545,10.0762939453125
SSDCU,λ<=log n,8192,0,77562,9.468017578125
SSDCU,λ<=log n,8192,0,77673,9.4815673828125
SSDCU,λ<=log n,8192,0,82796,10.10693359375
SSDCU,λ<=log n,8192,0,89239,10.8934326171875
SSDCU,λ<=log n,8192,0,77427,9.4515380859375
SSDCU,λ<=log n,8192,0,88874,10.848876953125
SSDCU,λ<=log n,8192,0,87835,10.7220458984375
SSDCU,λ<=log n,8192,0,82011,10.0111083984375
SSDCU,λ<=log n,8192,0,75046,9.160888671875
SSDCU,λ<=log n,8192,0,88015,10.7440185546875
SSDCU,λ<=log n,8192,0,80085,9.7760009765625
SSDCU,λ<=log n,8192,0,86371,10.5433349609375
SSDCU,λ<=log n,8192,0,84926,10.366943359375
SSDCU,λ<=log n,8192,0,85947,10.4915771484375
SSDCU,λ<=log n,8192,0,95104,11.609375
SSDCU,λ<=log n,8192,0,89962,10.981689453125
SSDCU,λ<=log n,8192,0,87060,10.62744140625
SSDCU,λ<=log n,8192,0,86651,10.5775146484375
SSDCU,λ<=log n,8192,0,93379,11.3988037109375
SSDCU,λ<=log n,8192,0,74693,9.1177978515625
SSDCU,λ<=log n,8192,0,78601,9.5948486328125
SSDCU,λ<=log n,8192,0,82718,10.097412109375
SSDCU,λ<=log n,8192,0,85289,10.4112548828125
SSDCU,λ<=log n,8192,0,89993,10.9854736328125
SSDCU,λ<=log n,8192,0,97108,11.85400390625
SSDCU,λ<=log n,8192,0,91281,11.1427001953125
SSDCU,λ<=log n,8192,0,92333,11.2711181640625
SSDCU,λ<=log n,8192,0,84622,10.329833984375
SSDCU,λ<=log n,8192,0,98265,11.9952392578125
SSDCU,λ<=log n,8192,0,87183,10.6424560546875
SSDCU,λ<=log n,8192,0,87676,10.70263671875
SSDCU,λ<=log n,8192,0,101614,12.404052734375
SSDCU,λ<=log n,8192,0,81161,9.9073486328125
SSDCU,λ<=log n,8192,0,85187,10.3988037109375
SSDCU,λ<=log n,8192,0,94639,11.5526123046875
SSDCU,λ<=log n,8192,0,90611,11.0609130859375
SSDCU,λ<=log n,8192,0,80130,9.781494140625
SSDCU,λ<=log n,8192,0,79244,9.67333984375
SSDCU,λ<=log n,8192,0,80422,9.817138671875
SSDCU,λ<=log n,8192,0,84390,10.301513671875
SSDCU,λ<=log n,8192,0,81576,9.9580078125
SSDCU,λ<=log n,8192,0,82846,10.113037109375
SSDCU,λ<=log n,8192,0,84978,10.373291015625
SSDCU,λ<=log n,8192,0,99076,12.09423828125
SSDCU,λ<=log n,8192,0,87116,10.63427734375
SSDCU,λ<=log n,8192,0,85536,10.44140625
SSDCU,λ<=log n,8192,0,103872,12.6796875
SRDCU,λ<=log n,8192,0,69468,8.47998046875
SRDCU,λ<=log n,8192,0,61841,7.5489501953125
SRDCU,λ<=log n,8192,0,63595,7.7630615234375
SRDCU,λ<=log n,8192,0,64307,7.8499755859375
SRDCU,λ<=log n,8192,0,58628,7.15673828125
SRDCU,λ<=log n,8192,0,66740,8.14697265625
SRDCU,λ<=log n,8192,0,83840,10.234375
SRDCU,λ<=log n,8192,0,61745,7.5372314453125
SRDCU,λ<=log n,8192,0,63540,7.75634765625
SRDCU,λ<=log n,8192,0,64122,7.827392578125
SRDCU,λ<=log n,8192,0,68863,8.4061279296875
SRDCU,λ<=log n,8192,0,81287,9.9227294921875
SRDCU,λ<=log n,8192,0,64993,7.9337158203125
SRDCU,λ<=log n,8192,0,65118,7.948974609375
SRDCU,λ<=log n,8192,0,71376,8.712890625
SRDCU,λ<=log n,8192,0,71028,8.67041015625
SRDCU,λ<=log n,8192,0,67358,8.222412109375
SRDCU,λ<=log n,8192,0,67726,8.267333984375
SRDCU,λ<=log n,8192,0,59670,7.283935546875
SRDCU,λ<=log n,8192,0,67819,8.2786865234375
SRDCU,λ<=log n,8192,0,62085,7.5787353515625
SRDCU,λ<=log n,8192,0,64378,7.858642578125
SRDCU,λ<=log n,8192,0,65358,7.978271484375
SRDCU,λ<=log n,8192,0,63040,7.6953125
SRDCU,λ<=log n,8192,0,64665,7.8936767578125
SRDCU,λ<=log n,8192,0,63495,7.7508544921875
SRDCU,λ<=log n,8192,0,61225,7.4737548828125
SRDCU,λ<=log n,8192,0,66534,8.121826171875
SRDCU,λ<=log n,8192,0,67217,8.2052001953125
SRDCU,λ<=log n,8192,0,78887,9.6297607421875
SRDCU,λ<=log n,8192,0,61333,7.4869384765625
SRDCU,λ<=log n,8192,0,61550,7.513427734375
SRDCU,λ<=log n,8192,0,75364,9.19970703125
SRDCU,λ<=log n,8192,0,65477,7.9927978515625
SRDCU,λ<=log n,8192,0,66109,8.0699462890625
SRDCU,λ<=log n,8192,0,61100,7.45849609375
SRDCU,λ<=log n,8192,0,65704,8.0205078125
SRDCU,λ<=log n,8192,0,62333,7.6090087890625
SRDCU,λ<=log n,8192,0,67963,8.2962646484375
SRDCU,λ<=log n,8192,0,61109,7.4595947265625
SRDCU,λ<=log n,8192,0,70991,8.6658935546875
SRDCU,λ<=log n,8192,0,65015,7.9364013671875
SRDCU,λ<=log n,8192,0,64053,7.8189697265625
SRDCU,λ<=log n,8192,0,71533,8.7320556640625
SRDCU,λ<=log n,8192,0,63826,7.791259765625
SRDCU,λ<=log n,8192,0,64523,7.8763427734375
SRDCU,λ<=log n,8192,0,69333,8.4635009765625
SRDCU,λ<=log n,8192,0,66674,8.138916015625
SRDCU,λ<=log n,8192,0,63825,7.7911376953125
SRDCU,λ<=log n,8192,0,62846,7.671630859375
SRDCU,λ<=log n,8192,0,62505,7.6300048828125
SRDCU,λ<=log n,8192,0,59840,7.3046875
SRDCU,λ<=log n,8192,0,72761,8.8819580078125
SRDCU,λ<=log n,8192,0,77237,9.4283447265625
SRDCU,λ<=log n,8192,0,61467,7.5032958984375
SRDCU,λ<=log n,8192,0,68115,8.3148193359375
SRDCU,λ<=log n,8192,0,60070,7.332763671875
SRDCU,λ<=log n,8192,0,65591,8.0067138671875
SRDCU,λ<=log n,8192,0,66488,8.1162109375
SRDCU,λ<=log n,8192,0,70141,8.5621337890625
SRDCU,λ<=log n,8192,0,65194,7.958251953125
SRDCU,λ<=log n,8192,0,58621,7.1558837890625
SRDCU,λ<=log n,8192,0,68343,8.3426513671875
SRDCU,λ<=log n,8192,0,67589,8.2506103515625
SRDCU,λ<=log n,8192,0,61713,7.5333251953125
SRDCU,λ<=log n,8192,0,64029,7.8160400390625
SRDCU,λ<=log n,8192,0,62223,7.5955810546875
SRDCU,λ<=log n,8192,0,65136,7.951171875
SRDCU,λ<=log n,8192,0,64206,7.837646484375
SRDCU,λ<=log n,8192,0,61705,7.5323486328125
SRDCU,λ<=log n,8192,0,59519,7.2655029296875
SRDCU,λ<=log n,8192,0,62502,7.629638671875
SRDCU,λ<=log n,8192,0,75154,9.174072265625
SRDCU,λ<=log n,8192,0,62669,7.6500244140625
SRDCU,λ<=log n,8192,0,70158,8.564208984375
SRDCU,λ<=log n,8192,0,70430,8.597412109375
SRDCU,λ<=log n,8192,0,59150,7.220458984375
SRDCU,λ<=log n,8192,0,60213,7.3502197265625
SRDCU,λ<=log n,8192,0,59224,7.2294921875
SRDCU,λ<=log n,8192,0,62410,7.618408203125
SRDCU,λ<=log n,8192,0,60593,7.3966064453125
SRDCU,λ<=log n,8192,0,59633,7.2794189453125
SRDCU,λ<=log n,8192,0,66816,8.15625
SRDCU,λ<=log n,8192,0,61365,7.4908447265625
SRDCU,λ<=log n,8192,0,60075,7.3333740234375
SRDCU,λ<=log n,8192,0,65516,7.99755859375
SRDCU,λ<=log n,8192,0,66318,8.095458984375
SRDCU,λ<=log n,8192,0,66200,8.0810546875
SRDCU,λ<=log n,8192,0,65193,7.9581298828125
SRDCU,λ<=log n,8192,0,66969,8.1749267578125
SRDCU,λ<=log n,8192,0,65174,7.955810546875
SRDCU,λ<=log n,8192,0,63252,7.72119140625
SRDCU,λ<=log n,8192,0,63095,7.7020263671875
SRDCU,λ<=log n,8192,0,68537,8.3663330078125
SRDCU,λ<=log n,8192,0,66449,8.1114501953125
SRDCU,λ<=log n,8192,0,66229,8.0845947265625
SRDCU,λ<=log n,8192,0,73010,8.912353515625
SRDCU,λ<=log n,8192,0,59361,7.2462158203125
SRDCU,λ<=log n,8192,0,58774,7.174560546875
SRDCU,λ<=log n,8192,0,63847,7.7938232421875
SHDCU,λ<=log n,8192,0,60123,7.3392333984375
SHDCU,λ<=log n,8192,0,55421,6.7652587890625
SHDCU,λ<=log n,8192,0,55907,6.8245849609375
SHDCU,λ<=log n,8192,0,62907,7.6790771484375
SHDCU,λ<=log n,8192,0,64643,7.8909912109375
SHDCU,λ<=log n,8192,0,62997,7.6900634765625
SHDCU,λ<=log n,8192,0,60961,7.4415283203125
SHDCU,λ<=log n,8192,0,57515,7.0208740234375
SHDCU,λ<=log n,8192,0,60356,7.36767578125
SHDCU,λ<=log n,8192,0,70494,8.605224609375
SHDCU,λ<=log n,8192,0,57849,7.0616455078125
SHDCU,λ<=log n,8192,0,58915,7.1917724609375
SHDCU,λ<=log n,8192,0,56974,6.954833984375
SHDCU,λ<=log n,8192,0,59332,7.24267578125
SHDCU,λ<=log n,8192,0,60713,7.4112548828125
SHDCU,λ<=log n,8192,0,61892,7.55517578125
SHDCU,λ<=log n,8192,0,60574,7.394287109375
SHDCU,λ<=log n,8192,0,64865,7.9180908203125
SHDCU,λ<=log n,8192,0,60396,7.37255859375
SHDCU,λ<=log n,8192,0,60104,7.3369140625
SHDCU,λ<=log n,8192,0,58020,7.08251953125
SHDCU,λ<=log n,8192,0,58486,7.139404296875
SHDCU,λ<=log n,8192,0,57285,6.9927978515625
SHDCU,λ<=log n,8192,0,63170,7.711181640625
SHDCU,λ<=log n,8192,0,61767,7.5399169921875
SHDCU,λ<=log n,8192,0,63045,7.6959228515625
SHDCU,λ<=log n,8192,0,58286,7.114990234375
SHDCU,λ<=log n,8192,0,59709,7.2886962890625
SHDCU,λ<=log n,8192,0,68434,8.353759765625
SHDCU,λ<=log n,8192,0,58328,7.1201171875
SHDCU,λ<=log n,8192,0,63265,7.7227783203125
SHDCU,λ<=log n,8192,0,56312,6.8740234375
SHDCU,λ<=log n,8192,0,58818,7.179931640625
SHDCU,λ<=log n,8192,0,57536,7.0234375
SHDCU,λ<=log n,8192,0,58886,7.188232421875
SHDCU,λ<=log n,8192,0,56207,6.8612060546875
SHDCU,λ<=log n,8192,0,62766,7.661865234375
SHDCU,λ<=log n,8192,0,58897,7.1895751953125
SHDCU,λ<=log n,8192,0,63209,7.7159423828125
SHDCU,λ<=log n,8192,0,60391,7.3719482421875
SHDCU,λ<=log n,8192,0,64645,7.8912353515625
SHDCU,λ<=log n,8192,0,55714,6.801025390625
SHDCU,λ<=log n,8192,0,61441,7.5001220703125
SHDCU,λ<=log n,8192,0,60277,7.3580322265625
SHDCU,λ<=log n,8192,0,56153,6.8546142578125
SHDCU,λ<=log n,8192,0,69953,8.5391845703125
SHDCU,λ<=log n,8192,0,59795,7.2991943359375
SHDCU,λ<=log n,8192,0,71216,8.693359375
SHDCU,λ<=log n,8192,0,62974,7.687255859375
SHDCU,λ<=log n,8192,0,56403,6.8851318359375
SHDCU,λ<=log n,8192,0,63240,7.7197265625
SHDCU,λ<=log n,8192,0,61674,7.528564453125
SHDCU,λ<=log n,8192,0,59690,7.286376953125
SHDCU,λ<=log n,8192,0,60220,7.35107421875
SHDCU,λ<=log n,8192,0,62943,7.6834716796875
SHDCU,λ<=log n,8192,0,59688,7.2861328125
SHDCU,λ<=log n,8192,0,60614,7.399169921875
SHDCU,λ<=log n,8192,0,58503,7.1414794921875
SHDCU,λ<=log n,8192,0,66826,8.157470703125
SHDCU,λ<=log n,8192,0,58276,7.11376953125
SHDCU,λ<=log n,8192,0,57840,7.060546875
SHDCU,λ<=log n,8192,0,59013,7.2037353515625
SHDCU,λ<=log n,8192,0,55830,6.815185546875
SHDCU,λ<=log n,8192,0,64954,7.928955078125
SHDCU,λ<=log n,8192,0,65841,8.0372314453125
SHDCU,λ<=log n,8192,0,54939,6.7064208984375
SHDCU,λ<=log n,8192,0,67730,8.267822265625
SHDCU,λ<=log n,8192,0,58845,7.1832275390625
SHDCU,λ<=log n,8192,0,66689,8.1407470703125
SHDCU,λ<=log n,8192,0,57304,6.9951171875
SHDCU,λ<=log n,8192,0,57919,7.0701904296875
SHDCU,λ<=log n,8192,0,57282,6.992431640625
SHDCU,λ<=log n,8192,0,55165,6.7340087890625
SHDCU,λ<=log n,8192,0,62567,7.6375732421875
SHDCU,λ<=log n,8192,0,61835,7.5482177734375
SHDCU,λ<=log n,8192,0,58482,7.138916015625
SHDCU,λ<=log n,8192,0,61822,7.546630859375
SHDCU,λ<=log n,8192,0,60055,7.3309326171875
SHDCU,λ<=log n,8192,0,57434,7.010986328125
SHDCU,λ<=log n,8192,0,58174,7.101318359375
SHDCU,λ<=log n,8192,0,60216,7.3505859375
SHDCU,λ<=log n,8192,0,57675,7.0404052734375
SHDCU,λ<=log n,8192,0,67670,8.260498046875
SHDCU,λ<=log n,8192,0,64552,7.8798828125
SHDCU,λ<=log n,8192,0,62078,7.577880859375
SHDCU,λ<=log n,8192,0,77793,9.4962158203125
SHDCU,λ<=log n,8192,0,57263,6.9901123046875
SHDCU,λ<=log n,8192,0,66328,8.0966796875
SHDCU,λ<=log n,8192,0,63320,7.7294921875
SHDCU,λ<=log n,8192,0,63549,7.7574462890625
SHDCU,λ<=log n,8192,0,56255,6.8670654296875
SHDCU,λ<=log n,8192,0,58712,7.1669921875
SHDCU,λ<=log n,8192,0,63747,7.7816162109375
SHDCU,λ<=log n,8192,0,55423,6.7655029296875
SHDCU,λ<=log n,8192,0,63049,7.6964111328125
SHDCU,λ<=log n,8192,0,58037,7.0845947265625
SHDCU,λ<=log n,8192,0,62512,7.630859375
SHDCU,λ<=log n,8192,0,57588,7.02978515625
SHDCU,λ<=log n,8192,0,56620,6.91162109375
SHDCU,λ<=log n,8192,0,58748,7.17138671875
SHLCU,λ<=log n,8192,0,64321,7.8516845703125
SHLCU,λ<=log n,8192,0,61149,7.4644775390625
SHLCU,λ<=log n,8192,0,61237,7.4752197265625
SHLCU,λ<=log n,8192,0,66057,8.0635986328125
SHLCU,λ<=log n,8192,0,62894,7.677490234375
SHLCU,λ<=log n,8192,0,61784,7.5419921875
SHLCU,λ<=log n,8192,0,64792,7.9091796875
SHLCU,λ<=log n,8192,0,59283,7.2366943359375
SHLCU,λ<=log n,8192,0,65923,8.0472412109375
SHLCU,λ<=log n,8192,0,64011,7.8138427734375
SHLCU,λ<=log n,8192,0,61057,7.4532470703125
SHLCU,λ<=log n,8192,0,65931,8.0482177734375
SHLCU,λ<=log n,8192,0,62411,7.6185302734375
SHLCU,λ<=log n,8192,0,62211,7.5941162109375
SHLCU,λ<=log n,8192,0,67802,8.276611328125
SHLCU,λ<=log n,8192,0,63325,7.7301025390625
SHLCU,λ<=log n,8192,0,60241,7.3536376953125
SHLCU,λ<=log n,8192,0,60132,7.34033203125
SHLCU,λ<=log n,8192,0,64161,7.8321533203125
SHLCU,λ<=log n,8192,0,66159,8.0760498046875
SHLCU,λ<=log n,8192,0,61235,7.4749755859375
SHLCU,λ<=log n,8192,0,63675,7.7728271484375
SHLCU,λ<=log n,8192,0,67873,8.2852783203125
SHLCU,λ<=log n,8192,0,63444,7.74462890625
SHLCU,λ<=log n,8192,0,59568,7.271484375
SHLCU,λ<=log n,8192,0,62778,7.663330078125
SHLCU,λ<=log n,8192,0,68694,8.385498046875
SHLCU,λ<=log n,8192,0,63511,7.7528076171875
SHLCU,λ<=log n,8192,0,60716,7.41162109375
SHLCU,λ<=log n,8192,0,59950,7.318115234375
SHLCU,λ<=log n,8192,0,66869,8.1627197265625
SHLCU,λ<=log n,8192,0,62171,7.5892333984375
SHLCU,λ<=log n,8192,0,66036,8.06103515625
SHLCU,λ<=log n,8192,0,68483,8.3597412109375
SHLCU,λ<=log n,8192,0,64877,7.9195556640625
SHLCU,λ<=log n,8192,0,65657,8.0147705078125
SHLCU,λ<=log n,8192,0,59215,7.2283935546875
SHLCU,λ<=log n,8192,0,62555,7.6361083984375
SHLCU,λ<=log n,8192,0,60208,7.349609375
SHLCU,λ<=log n,8192,0,59032,7.2060546875
SHLCU,λ<=log n,8192,0,62536,7.6337890625
SHLCU,λ<=log n,8192,0,61246,7.476318359375
SHLCU,λ<=log n,8192,0,62324,7.60791015625
SHLCU,λ<=log n,8192,0,65845,8.0377197265625
SHLCU,λ<=log n,8192,0,62626,7.644775390625
SHLCU,λ<=log n,8192,0,66792,8.1533203125
SHLCU,λ<=log n,8192,0,61038,7.450927734375
SHLCU,λ<=log n,8192,0,62045,7.5738525390625
SHLCU,λ<=log n,8192,0,60037,7.3287353515625
SHLCU,λ<=log n,8192,0,60191,7.3475341796875
SHLCU,λ<=log n,8192,0,59781,7.2974853515625
SHLCU,λ<=log n,8192,0,61397,7.4947509765625
SHLCU,λ<=log n,8192,0,60591,7.3963623046875
SHLCU,λ<=log n,8192,0,61571,7.5159912109375
SHLCU,λ<=log n,8192,0,62107,7.5814208984375
SHLCU,λ<=log n,8192,0,61654,7.526123046875
SHLCU,λ<=log n,8192,0,67935,8.2928466796875
SHLCU,λ<=log n,8192,0,65734,8.024169921875
SHLCU,λ<=log n,8192,0,63292,7.72607421875
SHLCU,λ<=log n,8192,0,62268,7.60107421875
SHLCU,λ<=log n,8192,0,69606,8.496826171875
SHLCU,λ<=log n,8192,0,66201,8.0811767578125
SHLCU,λ<=log n,8192,0,62888,7.6767578125
SHLCU,λ<=log n,8192,0,67082,8.188720703125
SHLCU,λ<=log n,8192,0,65580,8.00537109375
SHLCU,λ<=log n,8192,0,62727,7.6571044921875
SHLCU,λ<=log n,8192,0,65213,7.9605712890625
SHLCU,λ<=log n,8192,0,67277,8.2125244140625
SHLCU,λ<=log n,8192,0,62937,7.6827392578125
SHLCU,λ<=log n,8192,0,62374,7.614013671875
SHLCU,λ<=log n,8192,0,60202,7.348876953125
SHLCU,λ<=log n,8192,0,60494,7.384521484375
SHLCU,λ<=log n,8192,0,61060,7.45361328125
SHLCU,λ<=log n,8192,0,68177,8.3223876953125
SHLCU,λ<=log n,8192,0,59940,7.31689453125
SHLCU,λ<=log n,8192,0,67366,8.223388671875
SHLCU,λ<=log n,8192,0,79671,9.7254638671875
SHLCU,λ<=log n,8192,0,65504,7.99609375
SHLCU,λ<=log n,8192,0,62262,7.600341796875
SHLCU,λ<=log n,8192,0,64106,7.825439453125
SHLCU,λ<=log n,8192,0,60993,7.4454345703125
SHLCU,λ<=log n,8192,0,69696,8.5078125
SHLCU,λ<=log n,8192,0,59420,7.25341796875
SHLCU,λ<=log n,8192,0,64344,7.8544921875
SHLCU,λ<=log n,8192,0,63608,7.7646484375
SHLCU,λ<=log n,8192,0,61376,7.4921875
SHLCU,λ<=log n,8192,0,69559,8.4910888671875
SHLCU,λ<=log n,8192,0,59381,7.2486572265625
SHLCU,λ<=log n,8192,0,63530,7.755126953125
SHLCU,λ<=log n,8192,0,62679,7.6512451171875
SHLCU,λ<=log n,8192,0,61007,7.4471435546875
SHLCU,λ<=log n,8192,0,68517,8.3638916015625
SHLCU,λ<=log n,8192,0,71990,8.787841796875
SHLCU,λ<=log n,8192,0,66452,8.11181640625
SHLCU,λ<=log n,8192,0,67240,8.2080078125
SHLCU,λ<=log n,8192,0,61905,7.5567626953125
SHLCU,λ<=log n,8192,0,62254,7.599365234375
SHLCU,λ<=log n,8192,0,65708,8.02099609375
SHLCU,λ<=log n,8192,0,67205,8.2037353515625
SHLCU,λ<=log n,8192,0,61106,7.459228515625
SRLCU,λ<=log n,8192,0,64323,7.8519287109375
SRLCU,λ<=log n,8192,0,61622,7.522216796875
SRLCU,λ<=log n,8192,0,63838,7.792724609375
SRLCU,λ<=log n,8192,0,65932,8.04833984375
SRLCU,λ<=log n,8192,0,66299,8.0931396484375
SRLCU,λ<=log n,8192,0,64367,7.8572998046875
SRLCU,λ<=log n,8192,0,64059,7.8197021484375
SRLCU,λ<=log n,8192,0,67278,8.212646484375
SRLCU,λ<=log n,8192,0,69967,8.5408935546875
SRLCU,λ<=log n,8192,0,71655,8.7469482421875
SRLCU,λ<=log n,8192,0,69861,8.5279541015625
SRLCU,λ<=log n,8192,0,67248,8.208984375
SRLCU,λ<=log n,8192,0,64948,7.92822265625
SRLCU,λ<=log n,8192,0,65429,7.9869384765625
SRLCU,λ<=log n,8192,0,70240,8.57421875
SRLCU,λ<=log n,8192,0,72698,8.874267578125
SRLCU,λ<=log n,8192,0,68532,8.36572265625
SRLCU,λ<=log n,8192,0,76313,9.3155517578125
SRLCU,λ<=log n,8192,0,61600,7.51953125
SRLCU,λ<=log n,8192,0,67326,8.218505859375
SRLCU,λ<=log n,8192,0,63114,7.704345703125
SRLCU,λ<=log n,8192,0,61966,7.564208984375
SRLCU,λ<=log n,8192,0,62277,7.6021728515625
SRLCU,λ<=log n,8192,0,68385,8.3477783203125
SRLCU,λ<=log n,8192,0,63511,7.7528076171875
SRLCU,λ<=log n,8192,0,71875,8.7738037109375
SRLCU,λ<=log n,8192,0,64811,7.9114990234375
SRLCU,λ<=log n,8192,0,71878,8.774169921875
SRLCU,λ<=log n,8192,0,67530,8.243408203125
SRLCU,λ<=log n,8192,0,68122,8.315673828125
SRLCU,λ<=log n,8192,0,60495,7.3846435546875
SRLCU,λ<=log n,8192,0,63388,7.73779296875
SRLCU,λ<=log n,8192,0,76097,9.2891845703125
SRLCU,λ<=log n,8192,0,67302,8.215576171875
SRLCU,λ<=log n,8192,0,67249,8.2091064453125
SRLCU,λ<=log n,8192,0,77568,9.46875
SRLCU,λ<=log n,8192,0,71820,8.76708984375
SRLCU,λ<=log n,8192,0,71249,8.6973876953125
SRLCU,λ<=log n,8192,0,66627,8.1331787109375
SRLCU,λ<=log n,8192,0,70402,8.593994140625
SRLCU,λ<=log n,8192,0,71239,8.6961669921875
SRLCU,λ<=log n,8192,0,68743,8.3914794921875
SRLCU,λ<=log n,8192,0,62302,7.605224609375
SRLCU,λ<=log n,8192,0,68541,8.3668212890625
SRLCU,λ<=log n,8192,0,62576,7.638671875
SRLCU,λ<=log n,8192,0,66655,8.1365966796875
SRLCU,λ<=log n,8192,0,64740,7.90283203125
SRLCU,λ<=log n,8192,0,64805,7.9107666015625
SRLCU,λ<=log n,8192,0,62945,7.6837158203125
SRLCU,λ<=log n,8192,0,65793,8.0313720703125
SRLCU,λ<=log n,8192,0,64043,7.8177490234375
SRLCU,λ<=log n,8192,0,69505,8.4844970703125
SRLCU,λ<=log n,8192,0,64979,7.9320068359375
SRLCU,λ<=log n,8192,0,74392,9.0810546875
SRLCU,λ<=log n,8192,0,65236,7.96337890625
SRLCU,λ<=log n,8192,0,68034,8.304931640625
SRLCU,λ<=log n,8192,0,61252,7.47705078125
SRLCU,λ<=log n,8192,0,66466,8.113525390625
SRLCU,λ<=log n,8192,0,68913,8.4122314453125
SRLCU,λ<=log n,8192,0,70133,8.5611572265625
SRLCU,λ<=log n,8192,0,64539,7.8782958984375
SRLCU,λ<=log n,8192,0,67190,8.201904296875
SRLCU,λ<=log n,8192,0,67393,8.2266845703125
SRLCU,λ<=log n,8192,0,72964,8.90673828125
SRLCU,λ<=log n,8192,0,67368,8.2236328125
SRLCU,λ<=log n,8192,0,68481,8.3594970703125
SRLCU,λ<=log n,8192,0,67772,8.27294921875
SRLCU,λ<=log n,8192,0,63749,7.7818603515625
SRLCU,λ<=log n,8192,0,68619,8.3763427734375
SRLCU,λ<=log n,8192,0,68402,8.349853515625
SRLCU,λ<=log n,8192,0,70588,8.61669921875
SRLCU,λ<=log n,8192,0,67535,8.2440185546875
SRLCU,λ<=log n,8192,0,65299,7.9710693359375
SRLCU,λ<=log n,8192,0,72497,8.8497314453125
SRLCU,λ<=log n,8192,0,72029,8.7926025390625
SRLCU,λ<=log n,8192,0,66332,8.09716796875
SRLCU,λ<=log n,8192,0,66402,8.105712890625
SRLCU,λ<=log n,8192,0,63116,7.70458984375
SRLCU,λ<=log n,8192,0,63406,7.739990234375
SRLCU,λ<=log n,8192,0,64447,7.8670654296875
SRLCU,λ<=log n,8192,0,61918,7.558349609375
SRLCU,λ<=log n,8192,0,60954,7.440673828125
SRLCU,λ<=log n,8192,0,71062,8.674560546875
SRLCU,λ<=log n,8192,0,65974,8.053466796875
SRLCU,λ<=log n,8192,0,66383,8.1033935546875
SRLCU,λ<=log n,8192,0,71411,8.7171630859375
SRLCU,λ<=log n,8192,0,67039,8.1834716796875
SRLCU,λ<=log n,8192,0,62255,7.5994873046875
SRLCU,λ<=log n,8192,0,61135,7.4627685546875
SRLCU,λ<=log n,8192,0,67441,8.2325439453125
SRLCU,λ<=log n,8192,0,70631,8.6219482421875
SRLCU,λ<=log n,8192,0,69476,8.48095703125
SRLCU,λ<=log n,8192,0,62584,7.6396484375
SRLCU,λ<=log n,8192,0,65505,7.9962158203125
SRLCU,λ<=log n,8192,0,64162,7.832275390625
SRLCU,λ<=log n,8192,0,66601,8.1300048828125
SRLCU,λ<=log n,8192,0,70709,8.6314697265625
SRLCU,λ<=log n,8192,0,71086,8.677490234375
SSLCU,λ<=log n,8192,0,85313,10.4141845703125
SSLCU,λ<=log n,8192,0,82855,10.1141357421875
SSLCU,λ<=log n,8192,0,90427,11.0384521484375
SSLCU,λ<=log n,8192,0,86217,10.5245361328125
SSLCU,λ<=log n,8192,0,91158,11.127685546875
SSLCU,λ<=log n,8192,0,89270,10.897216796875
SSLCU,λ<=log n,8192,0,91575,11.1785888671875
SSLCU,λ<=log n,8192,0,91519,11.1717529296875
SSLCU,λ<=log n,8192,0,102528,12.515625
SSLCU,λ<=log n,8192,0,90846,11.089599609375
SSLCU,λ<=log n,8192,0,92394,11.278564453125
SSLCU,λ<=log n,8192,0,88974,10.861083984375
SSLCU,λ<=log n,8192,0,91444,11.16259765625
SSLCU,λ<=log n,8192,0,86448,10.552734375
SSLCU,λ<=log n,8192,0,89848,10.9677734375
SSLCU,λ<=log n,8192,0,82461,10.0660400390625
SSLCU,λ<=log n,8192,0,80110,9.779052734375
SSLCU,λ<=log n,8192,0,83847,10.2352294921875
SSLCU,λ<=log n,8192,0,88847,10.8455810546875
SSLCU,λ<=log n,8192,0,80809,9.8643798828125
SSLCU,λ<=log n,8192,0,81036,9.89208984375
SSLCU,λ<=log n,8192,0,100744,12.2978515625
SSLCU,λ<=log n,8192,0,94351,11.5174560546875
SSLCU,λ<=log n,8192,0,82841,10.1124267578125
SSLCU,λ<=log n,8192,0,84450,10.308837890625
SSLCU,λ<=log n,8192,0,97888,11.94921875
SSLCU,λ<=log n,8192,0,86605,10.5718994140625
SSLCU,λ<=log n,8192,0,90996,11.10791015625
SSLCU,λ<=log n,8192,0,83232,10.16015625
SSLCU,λ<=log n,8192,0,86770,10.592041015625
SSLCU,λ<=log n,8192,0,86049,10.5040283203125
SSLCU,λ<=log n,8192,0,96437,11.7720947265625
SSLCU,λ<=log n,8192,0,86165,10.5181884765625
SSLCU,λ<=log n,8192,0,84130,10.269775390625
SSLCU,λ<=log n,8192,0,103540,12.63916015625
SSLCU,λ<=log n,8192,0,92314,11.268798828125
SSLCU,λ<=log n,8192,0,90666,11.067626953125
SSLCU,λ<=log n,8192,0,94308,11.51220703125
SSLCU,λ<=log n,8192,0,86660,10.57861328125
SSLCU,λ<=log n,8192,0,114290,13.951416015625
SSLCU,λ<=log n,8192,0,83625,10.2081298828125
SSLCU,λ<=log n,8192,0,83322,10.171142578125
SSLCU,λ<=log n,8192,0,91740,11.19873046875
SSLCU,λ<=log n,8192,0,86500,10.55908203125
SSLCU,λ<=log n,8192,0,86350,10.540771484375
SSLCU,λ<=log n,8192,0,90517,11.0494384765625
SSLCU,λ<=log n,8192,0,88629,10.8189697265625
SSLCU,λ<=log n,8192,0,85184,10.3984375
SSLCU,λ<=log n,8192,0,94711,11.5614013671875
SSLCU,λ<=log n,8192,0,92128,11.24609375
SSLCU,λ<=log n,8192,0,99632,12.162109375
SSLCU,λ<=log n,8192,0,90003,10.9866943359375
SSLCU,λ<=log n,8192,0,90748,11.07763671875
SSLCU,λ<=log n,8192,0,83984,10.251953125
SSLCU,λ<=log n,8192,0,95662,11.677490234375
SSLCU,λ<=log n,8192,0,97586,11.912353515625
SSLCU,λ<=log n,8192,0,101599,12.4022216796875
SSLCU,λ<=log n,8192,0,100038,12.211669921875
SSLCU,λ<=log n,8192,0,87004,10.62060546875
SSLCU,λ<=log n,8192,0,90641,11.0645751953125
SSLCU,λ<=log n,8192,0,112935,13.7860107421875
SSLCU,λ<=log n,8192,0,93470,11.409912109375
SSLCU,λ<=log n,8192,0,90135,11.0028076171875
SSLCU,λ<=log n,8192,0,96072,11.7275390625
SSLCU,λ<=log n,8192,0,85365,10.4205322265625
SSLCU,λ<=log n,8192,0,92200,11.2548828125
SSLCU,λ<=log n,8192,0,81917,9.9996337890625
SSLCU,λ<=log n,8192,0,104761,12.7882080078125
SSLCU,λ<=log n,8192,0,88808,10.8408203125
SSLCU,λ<=log n,8192,0,84066,10.261962890625
SSLCU,λ<=log n,8192,0,90013,10.9879150390625
SSLCU,λ<=log n,8192,0,95926,11.709716796875
SSLCU,λ<=log n,8192,0,91281,11.1427001953125
SSLCU,λ<=log n,8192,0,85426,10.427978515625
SSLCU,λ<=log n,8192,0,95976,11.7158203125
SSLCU,λ<=log n,8192,0,85100,10.38818359375
SSLCU,λ<=log n,8192,0,91692,11.19287109375
SSLCU,λ<=log n,8192,0,92843,11.3333740234375
SSLCU,λ<=log n,8192,0,89642,10.942626953125
SSLCU,λ<=log n,8192,0,82917,10.1217041015625
SSLCU,λ<=log n,8192,0,87210,10.645751953125
SSLCU,λ<=log n,8192,0,92082,11.240478515625
SSLCU,λ<=log n,8192,0,94411,11.5247802734375
SSLCU,λ<=log n,8192,0,92254,11.261474609375
SSLCU,λ<=log n,8192,0,82481,10.0684814453125
SSLCU,λ<=log n,8192,0,94835,11.5765380859375
SSLCU,λ<=log n,8192,0,93413,11.4029541015625
SSLCU,λ<=log n,8192,0,98454,12.018310546875
SSLCU,λ<=log n,8192,0,88923,10.8548583984375
SSLCU,λ<=log n,8192,0,86498,10.558837890625
SSLCU,λ<=log n,8192,0,85285,10.4107666015625
SSLCU,λ<=log n,8192,0,81306,9.925048828125
SSLCU,λ<=log n,8192,0,96192,11.7421875
SSLCU,λ<=log n,8192,0,86837,10.6002197265625
SSLCU,λ<=log n,8192,0,96323,11.7581787109375
SSLCU,λ<=log n,8192,0,85700,10.46142578125
SSLCU,λ<=log n,8192,0,87726,10.708740234375
SSLCU,λ<=log n,8192,0,87116,10.63427734375
SSLCU,λ<=log n,8192,0,101736,12.4189453125
SSDSU,λ<=log n,8192,0,97771,11.9349365234375
SSDSU,λ<=log n,8192,0,89636,10.94189453125
SSDSU,λ<=log n,8192,0,88681,10.8253173828125
SSDSU,λ<=log n,8192,0,93527,11.4168701171875
SSDSU,λ<=log n,8192,0,92752,11.322265625
SSDSU,λ<=log n,8192,0,98704,12.048828125
SSDSU,λ<=log n,8192,0,88318,10.781005859375
SSDSU,λ<=log n,8192,0,94112,11.48828125
SSDSU,λ<=log n,8192,0,91055,11.1151123046875
SSDSU,λ<=log n,8192,0,98228,11.99072265625
SSDSU,λ<=log n,8192,0,98302,11.999755859375
SSDSU,λ<=log n,8192,0,87285,10.6549072265625
SSDSU,λ<=log n,8192,0,91044,11.11376953125
SSDSU,λ<=log n,8192,0,100127,12.2225341796875
SSDSU,λ<=log n,8192,0,95956,11.71337890625
SSDSU,λ<=log n,8192,0,93593,11.4249267578125
SSDSU,λ<=log n,8192,0,107495,13.1219482421875
SSDSU,λ<=log n,8192,0,90243,11.0159912109375
SSDSU,λ<=log n,8192,0,91014,11.110107421875
SSDSU,λ<=log n,8192,0,110370,13.472900390625
SSDSU,λ<=log n,8192,0,99961,12.2022705078125
SSDSU,λ<=log n,8192,0,94799,11.5721435546875
SSDSU,λ<=log n,8192,0,102946,12.566650390625
SSDSU,λ<=log n,8192,0,93307,11.3900146484375
SSDSU,λ<=log n,8192,0,96891,11.8275146484375
SSDSU,λ<=log n,8192,0,99498,12.145751953125
SSDSU,λ<=log n,8192,0,90018,10.988525390625
SSDSU,λ<=log n,8192,0,90027,10.9896240234375
SSDSU,λ<=log n,8192,0,101538,12.394775390625
SSDSU,λ<=log n,8192,0,113417,13.8448486328125
SSDSU,λ<=log n,8192,0,85768,10.4697265625
SSDSU,λ<=log n,8192,0,90481,11.0450439453125
SSDSU,λ<=log n,8192,0,94910,11.585693359375
SSDSU,λ<=log n,8192,0,90929,11.0997314453125
SSDSU,λ<=log n,8192,0,104660,12.77587890625
SSDSU,λ<=log n,8192,0,99799,12.1824951171875
SSDSU,λ<=log n,8192,0,88686,10.825927734375
SSDSU,λ<=log n,8192,0,102373,12.4967041015625
SSDSU,λ<=log n,8192,0,92223,11.2576904296875
SSDSU,λ<=log n,8192,0,98069,11.9713134765625
SSDSU,λ<=log n,8192,0,93786,11.448486328125
SSDSU,λ<=log n,8192,0,90328,11.0263671875
SSDSU,λ<=log n,8192,0,108051,13.1898193359375
SSDSU,λ<=log n,8192,0,119191,14.5496826171875
SSDSU,λ<=log n,8192,0,90415,11.0369873046875
SSDSU,λ<=log n,8192,0,95788,11.69287109375
SSDSU,λ<=log n,8192,0,93200,11.376953125
SSDSU,λ<=log n,8192,0,89740,10.95458984375
SSDSU,λ<=log n,8192,0,91560,11.1767578125
SSDSU,λ<=log n,8192,0,91290,11.143798828125
SSDSU,λ<=log n,8192,0,98932,12.07666015625
SSDSU,λ<=log n,8192,0,99653,12.1646728515625
SSDSU,λ<=log n,8192,0,92807,11.3289794921875
SSDSU,λ<=log n,8192,0,95610,11.671142578125
SSDSU,λ<=log n,8192,0,99433,12.1378173828125
SSDSU,λ<=log n,8192,0,103925,12.6861572265625
SSDSU,λ<=log n,8192,0,90889,11.0948486328125
SSDSU,λ<=log n,8192,0,95062,11.604248046875
SSDSU,λ<=log n,8192,0,89986,10.984619140625
SSDSU,λ<=log n,8192,0,97580,11.91162109375
SSDSU,λ<=log n,8192,0,91379,11.1546630859375
SSDSU,λ<=log n,8192,0,109277,13.3394775390625
SSDSU,λ<=log n,8192,0,91976,11.2275390625
SSDSU,λ<=log n,8192,0,105438,12.870849609375
SSDSU,λ<=log n,8192,0,91784,11.2041015625
SSDSU,λ<=log n,8192,0,98927,12.0760498046875
SSDSU,λ<=log n,8192,0,91396,11.15673828125
SSDSU,λ<=log n,8192,0,96276,11.75244140625
SSDSU,λ<=log n,8192,0,102578,12.521728515625
SSDSU,λ<=log n,8192,0,93379,11.3988037109375
SSDSU,λ<=log n,8192,0,101601,12.4024658203125
SSDSU,λ<=log n,8192,0,96282,11.753173828125
SSDSU,λ<=log n,8192,0,95257,11.6280517578125
SSDSU,λ<=log n,8192,0,92456,11.2861328125
SSDSU,λ<=log n,8192,0,104248,12.7255859375
SSDSU,λ<=log n,8192,0,103227,12.6009521484375
SSDSU,λ<=log n,8192,0,89539,10.9300537109375
SSDSU,λ<=log n,8192,0,99746,12.176025390625
SSDSU,λ<=log n,8192,0,86628,10.57470703125
SSDSU,λ<=log n,8192,0,99271,12.1180419921875
SSDSU,λ<=log n,8192,0,104132,12.71142578125
SSDSU,λ<=log n,8192,0,91990,11.229248046875
SSDSU,λ<=log n,8192,0,94840,11.5771484375
SSDSU,λ<=log n,8192,0,94372,11.52001953125
SSDSU,λ<=log n,8192,0,104986,12.815673828125
SSDSU,λ<=log n,8192,0,86215,10.5242919921875
SSDSU,λ<=log n,8192,0,92498,11.291259765625
SSDSU,λ<=log n,8192,0,95456,11.65234375
SSDSU,λ<=log n,8192,0,89553,10.9317626953125
SSDSU,λ<=log n,8192,0,96861,11.8238525390625
SSDSU,λ<=log n,8192,0,95724,11.68505859375
SSDSU,λ<=log n,8192,0,92589,11.3023681640625
SSDSU,λ<=log n,8192,0,94054,11.481201171875
SSDSU,λ<=log n,8192,0,104162,12.715087890625
SSDSU,λ<=log n,8192,0,98921,12.0753173828125
SSDSU,λ<=log n,8192,0,95438,11.650146484375
SSDSU,λ<=log n,8192,0,95512,11.6591796875
SSDSU,λ<=log n,8192,0,91555,11.1761474609375
SSDSU,λ<=log n,8192,0,94031,11.4783935546875
SSDSU,λ<=log n,8192,0,91002,11.108642578125
SRDSU,λ<=log n,8192,0,78264,9.5537109375
SRDSU,λ<=log n,8192,0,70865,8.6505126953125
SRDSU,λ<=log n,8192,0,72810,8.887939453125
SRDSU,λ<=log n,8192,0,73021,8.9136962890625
SRDSU,λ<=log n,8192,0,74660,9.11376953125
SRDSU,λ<=log n,8192,0,73491,8.9710693359375
SRDSU,λ<=log n,8192,0,74477,9.0914306640625
SRDSU,λ<=log n,8192,0,70202,8.569580078125
SRDSU,λ<=log n,8192,0,71092,8.67822265625
SRDSU,λ<=log n,8192,0,74248,9.0634765625
SRDSU,λ<=log n,8192,0,74582,9.104248046875
SRDSU,λ<=log n,8192,0,68041,8.3057861328125
SRDSU,λ<=log n,8192,0,71919,8.7791748046875
SRDSU,λ<=log n,8192,0,72918,8.901123046875
SRDSU,λ<=log n,8192,0,72460,8.84521484375
SRDSU,λ<=log n,8192,0,75723,9.2435302734375
SRDSU,λ<=log n,8192,0,73069,8.9195556640625
SRDSU,λ<=log n,8192,0,84248,10.2841796875
SRDSU,λ<=log n,8192,0,71913,8.7784423828125
SRDSU,λ<=log n,8192,0,89647,10.9432373046875
SRDSU,λ<=log n,8192,0,80059,9.7728271484375
SRDSU,λ<=log n,8192,0,78092,9.53271484375
SRDSU,λ<=log n,8192,0,74864,9.138671875
SRDSU,λ<=log n,8192,0,75594,9.227783203125
SRDSU,λ<=log n,8192,0,76004,9.27783203125
SRDSU,λ<=log n,8192,0,74497,9.0938720703125
SRDSU,λ<=log n,8192,0,70333,8.5855712890625
SRDSU,λ<=log n,8192,0,74458,9.089111328125
SRDSU,λ<=log n,8192,0,70722,8.633056640625
SRDSU,λ<=log n,8192,0,75163,9.1751708984375
SRDSU,λ<=log n,8192,0,73594,8.983642578125
SRDSU,λ<=log n,8192,0,71566,8.736083984375
SRDSU,λ<=log n,8192,0,74636,9.11083984375
SRDSU,λ<=log n,8192,0,70817,8.6446533203125
SRDSU,λ<=log n,8192,0,78050,9.527587890625
SRDSU,λ<=log n,8192,0,72241,8.8184814453125
SRDSU,λ<=log n,8192,0,72559,8.8572998046875
SRDSU,λ<=log n,8192,0,77558,9.467529296875
SRDSU,λ<=log n,8192,0,74708,9.11962890625
SRDSU,λ<=log n,8192,0,72403,8.8382568359375
SRDSU,λ<=log n,8192,0,81278,9.921630859375
SRDSU,λ<=log n,8192,0,71334,8.707763671875
SRDSU,λ<=log n,8192,0,76143,9.2947998046875
SRDSU,λ<=log n,8192,0,79503,9.7049560546875
SRDSU,λ<=log n,8192,0,77866,9.505126953125
SRDSU,λ<=log n,8192,0,68678,8.383544921875
SRDSU,λ<=log n,8192,0,74638,9.111083984375
SRDSU,λ<=log n,8192,0,72695,8.8739013671875
SRDSU,λ<=log n,8192,0,77091,9.4105224609375
SRDSU,λ<=log n,8192,0,78231,9.5496826171875
SRDSU,λ<=log n,8192,0,75666,9.236572265625
SRDSU,λ<=log n,8192,0,72015,8.7908935546875
SRDSU,λ<=log n,8192,0,74781,9.1285400390625
SRDSU,λ<=log n,8192,0,81242,9.917236328125
SRDSU,λ<=log n,8192,0,83055,10.1385498046875
SRDSU,λ<=log n,8192,0,70037,8.5494384765625
SRDSU,λ<=log n,8192,0,75772,9.24951171875
SRDSU,λ<=log n,8192,0,76980,9.39697265625
SRDSU,λ<=log n,8192,0,74490,9.093017578125
SRDSU,λ<=log n,8192,0,73517,8.9742431640625
SRDSU,λ<=log n,8192,0,72250,8.819580078125
SRDSU,λ<=log n,8192,0,73623,8.9871826171875
SRDSU,λ<=log n,8192,0,78773,9.6158447265625
SRDSU,λ<=log n,8192,0,73603,8.9847412109375
SRDSU,λ<=log n,8192,0,74985,9.1534423828125
SRDSU,λ<=log n,8192,0,71721,8.7550048828125
SRDSU,λ<=log n,8192,0,74359,9.0770263671875
SRDSU,λ<=log n,8192,0,74210,9.058837890625
SRDSU,λ<=log n,8192,0,72211,8.8148193359375
SRDSU,λ<=log n,8192,0,78330,9.561767578125
SRDSU,λ<=log n,8192,0,82078,10.019287109375
SRDSU,λ<=log n,8192,0,68539,8.3665771484375
SRDSU,λ<=log n,8192,0,74707,9.1195068359375
SRDSU,λ<=log n,8192,0,73622,8.987060546875
SRDSU,λ<=log n,8192,0,70987,8.6654052734375
SRDSU,λ<=log n,8192,0,84868,10.35986328125
SRDSU,λ<=log n,8192,0,68180,8.32275390625
SRDSU,λ<=log n,8192,0,74351,9.0760498046875
SRDSU,λ<=log n,8192,0,73428,8.96337890625
SRDSU,λ<=log n,8192,0,79213,9.6695556640625
SRDSU,λ<=log n,8192,0,69110,8.436279296875
SRDSU,λ<=log n,8192,0,74292,9.06884765625
SRDSU,λ<=log n,8192,0,78451,9.5765380859375
SRDSU,λ<=log n,8192,0,74520,9.0966796875
SRDSU,λ<=log n,8192,0,71715,8.7542724609375
SRDSU,λ<=log n,8192,0,75327,9.1951904296875
SRDSU,λ<=log n,8192,0,76776,9.3720703125
SRDSU,λ<=log n,8192,0,70942,8.659912109375
SRDSU,λ<=log n,8192,0,84003,10.2542724609375
SRDSU,λ<=log n,8192,0,70720,8.6328125
SRDSU,λ<=log n,8192,0,75576,9.2255859375
SRDSU,λ<=log n,8192,0,69329,8.4630126953125
SRDSU,λ<=log n,8192,0,81170,9.908447265625
SRDSU,λ<=log n,8192,0,74189,9.0562744140625
SRDSU,λ<=log n,8192,0,73947,9.0267333984375
SRDSU,λ<=log n,8192,0,74343,9.0750732421875
SRDSU,λ<=log n,8192,0,70454,8.600341796875
SRDSU,λ<=log n,8192,0,69001,8.4229736328125
SRDSU,λ<=log n,8192,0,74172,9.05419921875
SHDSU,λ<=log n,8192,0,69119,8.4373779296875
SHDSU,λ<=log n,8192,0,65612,8.00927734375
SHDSU,λ<=log n,8192,0,70225,8.5723876953125
SHDSU,λ<=log n,8192,0,67689,8.2628173828125
SHDSU,λ<=log n,8192,0,68281,8.3350830078125
SHDSU,λ<=log n,8192,0,66280,8.0908203125
SHDSU,λ<=log n,8192,0,66414,8.107177734375
SHDSU,λ<=log n,8192,0,72870,8.895263671875
SHDSU,λ<=log n,8192,0,68782,8.396240234375
SHDSU,λ<=log n,8192,0,69390,8.470458984375
SHDSU,λ<=log n,8192,0,66340,8.09814453125
SHDSU,λ<=log n,8192,0,71166,8.687255859375
SHDSU,λ<=log n,8192,0,78085,9.5318603515625
SHDSU,λ<=log n,8192,0,68616,8.3759765625
SHDSU,λ<=log n,8192,0,71736,8.7568359375
SHDSU,λ<=log n,8192,0,67089,8.1895751953125
SHDSU,λ<=log n,8192,0,66516,8.11962890625
SHDSU,λ<=log n,8192,0,68689,8.3848876953125
SHDSU,λ<=log n,8192,0,66620,8.13232421875
SHDSU,λ<=log n,8192,0,69433,8.4757080078125
SHDSU,λ<=log n,8192,0,70392,8.5927734375
SHDSU,λ<=log n,8192,0,70333,8.5855712890625
SHDSU,λ<=log n,8192,0,66837,8.1588134765625
SHDSU,λ<=log n,8192,0,69562,8.491455078125
SHDSU,λ<=log n,8192,0,68471,8.3582763671875
SHDSU,λ<=log n,8192,0,64717,7.9000244140625
SHDSU,λ<=log n,8192,0,70086,8.555419921875
SHDSU,λ<=log n,8192,0,66949,8.1724853515625
SHDSU,λ<=log n,8192,0,71786,8.762939453125
SHDSU,λ<=log n,8192,0,68010,8.302001953125
SHDSU,λ<=log n,8192,0,69050,8.428955078125
SHDSU,λ<=log n,8192,0,74899,9.1429443359375
SHDSU,λ<=log n,8192,0,67510,8.240966796875
SHDSU,λ<=log n,8192,0,72973,8.9078369140625
SHDSU,λ<=log n,8192,0,69644,8.50146484375
SHDSU,λ<=log n,8192,0,63738,7.780517578125
SHDSU,λ<=log n,8192,0,68515,8.3636474609375
SHDSU,λ<=log n,8192,0,73809,9.0098876953125
SHDSU,λ<=log n,8192,0,70066,8.552978515625
SHDSU,λ<=log n,8192,0,69161,8.4425048828125
SHDSU,λ<=log n,8192,0,75815,9.2547607421875
SHDSU,λ<=log n,8192,0,67498,8.239501953125
SHDSU,λ<=log n,8192,0,69397,8.4713134765625
SHDSU,λ<=log n,8192,0,67118,8.193115234375
SHDSU,λ<=log n,8192,0,71847,8.7703857421875
SHDSU,λ<=log n,8192,0,71538,8.732666015625
SHDSU,λ<=log n,8192,0,71603,8.7406005859375
SHDSU,λ<=log n,8192,0,66354,8.099853515625
SHDSU,λ<=log n,8192,0,71769,8.7608642578125
SHDSU,λ<=log n,8192,0,71312,8.705078125
SHDSU,λ<=log n,8192,0,68818,8.400634765625
SHDSU,λ<=log n,8192,0,69305,8.4600830078125
SHDSU,λ<=log n,8192,0,78611,9.5960693359375
SHDSU,λ<=log n,8192,0,70884,8.65283203125
SHDSU,λ<=log n,8192,0,67366,8.223388671875
SHDSU,λ<=log n,8192,0,72557,8.8570556640625
SHDSU,λ<=log n,8192,0,66693,8.1412353515625
SHDSU,λ<=log n,8192,0,68860,8.40576171875
SHDSU,λ<=log n,8192,0,69848,8.5263671875
SHDSU,λ<=log n,8192,0,67816,8.2783203125
SHDSU,λ<=log n,8192,0,67475,8.2366943359375
SHDSU,λ<=log n,8192,0,75330,9.195556640625
SHDSU,λ<=log n,8192,0,72046,8.794677734375
SHDSU,λ<=log n,8192,0,72421,8.8404541015625
SHDSU,λ<=log n,8192,0,65367,7.9793701171875
SHDSU,λ<=log n,8192,0,75780,9.25048828125
SHDSU,λ<=log n,8192,0,64880,7.919921875
SHDSU,λ<=log n,8192,0,72558,8.857177734375
SHDSU,λ<=log n,8192,0,70108,8.55810546875
SHDSU,λ<=log n,8192,0,73392,8.958984375
SHDSU,λ<=log n,8192,0,69921,8.5352783203125
SHDSU,λ<=log n,8192,0,65458,7.990478515625
SHDSU,λ<=log n,8192,0,63803,7.7884521484375
SHDSU,λ<=log n,8192,0,67961,8.2960205078125
SHDSU,λ<=log n,8192,0,72955,8.9056396484375
SHDSU,λ<=log n,8192,0,72671,8.8709716796875
SHDSU,λ<=log n,8192,0,72570,8.858642578125
SHDSU,λ<=log n,8192,0,72459,8.8450927734375
SHDSU,λ<=log n,8192,0,67359,8.2225341796875
SHDSU,λ<=log n,8192,0,69247,8.4530029296875
SHDSU,λ<=log n,8192,0,67063,8.1864013671875
SHDSU,λ<=log n,8192,0,64820,7.91259765625
SHDSU,λ<=log n,8192,0,66820,8.15673828125
SHDSU,λ<=log n,8192,0,71670,8.748779296875
SHDSU,λ<=log n,8192,0,72766,8.882568359375
SHDSU,λ<=log n,8192,0,67184,8.201171875
SHDSU,λ<=log n,8192,0,87488,10.6796875
SHDSU,λ<=log n,8192,0,78244,9.55126953125
SHDSU,λ<=log n,8192,0,71601,8.7403564453125
SHDSU,λ<=log n,8192,0,76529,9.3419189453125
SHDSU,λ<=log n,8192,0,67297,8.2149658203125
SHDSU,λ<=log n,8192,0,73082,8.921142578125
SHDSU,λ<=log n,8192,0,70051,8.5511474609375
SHDSU,λ<=log n,8192,0,67493,8.2388916015625
SHDSU,λ<=log n,8192,0,69695,8.5076904296875
SHDSU,λ<=log n,8192,0,67449,8.2335205078125
SHDSU,λ<=log n,8192,0,74290,9.068603515625
SHDSU,λ<=log n,8192,0,70353,8.5880126953125
SHDSU,λ<=log n,8192,0,63374,7.736083984375
SHLSU,λ<=log n,8192,0,78532,9.58642578125
SHLSU,λ<=log n,8192,0,74324,9.07275390625
SHLSU,λ<=log n,8192,0,82669,10.0914306640625
SHLSU,λ<=log n,8192,0,78759,9.6141357421875
SHLSU,λ<=log n,8192,0,75463,9.2117919921875
SHLSU,λ<=log n,8192,0,73084,8.92138671875
SHLSU,λ<=log n,8192,0,77139,9.4163818359375
SHLSU,λ<=log n,8192,0,74208,9.05859375
SHLSU,λ<=log n,8192,0,76765,9.3707275390625
SHLSU,λ<=log n,8192,0,78402,9.570556640625
SHLSU,λ<=log n,8192,0,75453,9.2105712890625
SHLSU,λ<=log n,8192,0,73491,8.9710693359375
SHLSU,λ<=log n,8192,0,79684,9.72705078125
SHLSU,λ<=log n,8192,0,80453,9.8209228515625
SHLSU,λ<=log n,8192,0,74822,9.133544921875
SHLSU,λ<=log n,8192,0,78026,9.524658203125
SHLSU,λ<=log n,8192,0,79113,9.6573486328125
SHLSU,λ<=log n,8192,0,78945,9.6368408203125
SHLSU,λ<=log n,8192,0,71437,8.7203369140625
SHLSU,λ<=log n,8192,0,71699,8.7523193359375
SHLSU,λ<=log n,8192,0,74346,9.075439453125
SHLSU,λ<=log n,8192,0,73475,8.9691162109375
SHLSU,λ<=log n,8192,0,70662,8.625732421875
SHLSU,λ<=log n,8192,0,72886,8.897216796875
SHLSU,λ<=log n,8192,0,83712,10.21875
SHLSU,λ<=log n,8192,0,76538,9.343017578125
SHLSU,λ<=log n,8192,0,79342,9.685302734375
SHLSU,λ<=log n,8192,0,80677,9.8482666015625
SHLSU,λ<=log n,8192,0,78388,9.56884765625
SHLSU,λ<=log n,8192,0,76951,9.3934326171875
SHLSU,λ<=log n,8192,0,75277,9.1890869140625
SHLSU,λ<=log n,8192,0,75821,9.2554931640625
SHLSU,λ<=log n,8192,0,74528,9.09765625
SHLSU,λ<=log n,8192,0,76876,9.38427734375
SHLSU,λ<=log n,8192,0,74382,9.079833984375
SHLSU,λ<=log n,8192,0,69585,8.4942626953125
SHLSU,λ<=log n,8192,0,75187,9.1781005859375
SHLSU,λ<=log n,8192,0,77193,9.4229736328125
SHLSU,λ<=log n,8192,0,74840,9.1357421875
SHLSU,λ<=log n,8192,0,76353,9.3204345703125
SHLSU,λ<=log n,8192,0,74953,9.1495361328125
SHLSU,λ<=log n,8192,0,72973,8.9078369140625
SHLSU,λ<=log n,8192,0,77114,9.413330078125
SHLSU,λ<=log n,8192,0,75272,9.1884765625
SHLSU,λ<=log n,8192,0,76182,9.299560546875
SHLSU,λ<=log n,8192,0,77461,9.4556884765625
SHLSU,λ<=log n,8192,0,71178,8.688720703125
SHLSU,λ<=log n,8192,0,75788,9.25146484375
SHLSU,λ<=log n,8192,0,75005,9.1558837890625
SHLSU,λ<=log n,8192,0,80278,9.799560546875
SHLSU,λ<=log n,8192,0,78923,9.6341552734375
SHLSU,λ<=log n,8192,0,78030,9.525146484375
SHLSU,λ<=log n,8192,0,74527,9.0975341796875
SHLSU,λ<=log n,8192,0,73376,8.95703125
SHLSU,λ<=log n,8192,0,74332,9.07373046875
SHLSU,λ<=log n,8192,0,72802,8.886962890625
SHLSU,λ<=log n,8192,0,76281,9.3116455078125
SHLSU,λ<=log n,8192,0,75218,9.181884765625
SHLSU,λ<=log n,8192,0,73294,8.947021484375
SHLSU,λ<=log n,8192,0,80848,9.869140625
SHLSU,λ<=log n,8192,0,79978,9.762939453125
SHLSU,λ<=log n,8192,0,74765,9.1265869140625
SHLSU,λ<=log n,8192,0,75442,9.209228515625
SHLSU,λ<=log n,8192,0,74464,9.08984375
SHLSU,λ<=log n,8192,0,74101,9.0455322265625
SHLSU,λ<=log n,8192,0,75640,9.2333984375
SHLSU,λ<=log n,8192,0,78053,9.5279541015625
SHLSU,λ<=log n,8192,0,71646,8.745849609375
SHLSU,λ<=log n,8192,0,72859,8.8939208984375
SHLSU,λ<=log n,8192,0,70332,8.58544921875
SHLSU,λ<=log n,8192,0,75022,9.157958984375
SHLSU,λ<=log n,8192,0,82877,10.1168212890625
SHLSU,λ<=log n,8192,0,73696,8.99609375
SHLSU,λ<=log n,8192,0,73094,8.922607421875
SHLSU,λ<=log n,8192,0,76937,9.3917236328125
SHLSU,λ<=log n,8192,0,81904,9.998046875
SHLSU,λ<=log n,8192,0,71470,8.724365234375
SHLSU,λ<=log n,8192,0,76282,9.311767578125
SHLSU,λ<=log n,8192,0,79759,9.7362060546875
SHLSU,λ<=log n,8192,0,78431,9.5740966796875
SHLSU,λ<=log n,8192,0,78939,9.6361083984375
SHLSU,λ<=log n,8192,0,83418,10.182861328125
SHLSU,λ<=log n,8192,0,74137,9.0499267578125
SHLSU,λ<=log n,8192,0,79063,9.6512451171875
SHLSU,λ<=log n,8192,0,77184,9.421875
SHLSU,λ<=log n,8192,0,76917,9.3892822265625
SHLSU,λ<=log n,8192,0,72320,8.828125
SHLSU,λ<=log n,8192,0,74754,9.125244140625
SHLSU,λ<=log n,8192,0,79980,9.76318359375
SHLSU,λ<=log n,8192,0,74585,9.1046142578125
SHLSU,λ<=log n,8192,0,76308,9.31494140625
SHLSU,λ<=log n,8192,0,75960,9.2724609375
SHLSU,λ<=log n,8192,0,76365,9.3218994140625
SHLSU,λ<=log n,8192,0,77282,9.433837890625
SHLSU,λ<=log n,8192,0,75274,9.188720703125
SHLSU,λ<=log n,8192,0,74669,9.1148681640625
SHLSU,λ<=log n,8192,0,79594,9.716064453125
SHLSU,λ<=log n,8192,0,79593,9.7159423828125
SHLSU,λ<=log n,8192,0,74015,9.0350341796875
SHLSU,λ<=log n,8192,0,74039,9.0379638671875
SRLSU,λ<=log n,8192,0,80734,9.855224609375
SRLSU,λ<=log n,8192,0,80962,9.883056640625
SRLSU,λ<=log n,8192,0,80477,9.8238525390625
SRLSU,λ<=log n,8192,0,87229,10.6480712890625
SRLSU,λ<=log n,8192,0,77316,9.43798828125
SRLSU,λ<=log n,8192,0,77139,9.4163818359375
SRLSU,λ<=log n,8192,0,83486,10.191162109375
SRLSU,λ<=log n,8192,0,81116,9.90185546875
SRLSU,λ<=log n,8192,0,85897,10.4854736328125
SRLSU,λ<=log n,8192,0,86911,10.6092529296875
SRLSU,λ<=log n,8192,0,77928,9.5126953125
SRLSU,λ<=log n,8192,0,85988,10.49658203125
SRLSU,λ<=log n,8192,0,80270,9.798583984375
SRLSU,λ<=log n,8192,0,85502,10.437255859375
SRLSU,λ<=log n,8192,0,78576,9.591796875
SRLSU,λ<=log n,8192,0,75793,9.2520751953125
SRLSU,λ<=log n,8192,0,79676,9.72607421875
SRLSU,λ<=log n,8192,0,76716,9.36474609375
SRLSU,λ<=log n,8192,0,80119,9.7801513671875
SRLSU,λ<=log n,8192,0,83889,10.2403564453125
SRLSU,λ<=log n,8192,0,84596,10.32666015625
SRLSU,λ<=log n,8192,0,84151,10.2723388671875
SRLSU,λ<=log n,8192,0,83105,10.1446533203125
SRLSU,λ<=log n,8192,0,79473,9.7012939453125
SRLSU,λ<=log n,8192,0,82590,10.081787109375
SRLSU,λ<=log n,8192,0,79451,9.6986083984375
SRLSU,λ<=log n,8192,0,80341,9.8072509765625
SRLSU,λ<=log n,8192,0,80859,9.8704833984375
SRLSU,λ<=log n,8192,0,80525,9.8297119140625
SRLSU,λ<=log n,8192,0,84916,10.36572265625
SRLSU,λ<=log n,8192,0,82474,10.067626953125
SRLSU,λ<=log n,8192,0,80091,9.7767333984375
SRLSU,λ<=log n,8192,0,83018,10.134033203125
SRLSU,λ<=log n,8192,0,78320,9.560546875
SRLSU,λ<=log n,8192,0,82012,10.01123046875
SRLSU,λ<=log n,8192,0,77056,9.40625
SRLSU,λ<=log n,8192,0,83530,10.196533203125
SRLSU,λ<=log n,8192,0,89394,10.912353515625
SRLSU,λ<=log n,8192,0,83685,10.2154541015625
SRLSU,λ<=log n,8192,0,77918,9.511474609375
SRLSU,λ<=log n,8192,0,79584,9.71484375
SRLSU,λ<=log n,8192,0,77877,9.5064697265625
SRLSU,λ<=log n,8192,0,74385,9.0802001953125
SRLSU,λ<=log n,8192,0,85520,10.439453125
SRLSU,λ<=log n,8192,0,80987,9.8861083984375
SRLSU,λ<=log n,8192,0,76958,9.394287109375
SRLSU,λ<=log n,8192,0,81588,9.95947265625
SRLSU,λ<=log n,8192,0,87119,10.6346435546875
SRLSU,λ<=log n,8192,0,88602,10.815673828125
SRLSU,λ<=log n,8192,0,77470,9.456787109375
SRLSU,λ<=log n,8192,0,77673,9.4815673828125
SRLSU,λ<=log n,8192,0,87130,10.635986328125
SRLSU,λ<=log n,8192,0,78009,9.5225830078125
SRLSU,λ<=log n,8192,0,85060,10.38330078125
SRLSU,λ<=log n,8192,0,80421,9.8170166015625
SRLSU,λ<=log n,8192,0,85900,10.48583984375
SRLSU,λ<=log n,8192,0,83561,10.2003173828125
SRLSU,λ<=log n,8192,0,77974,9.518310546875
SRLSU,λ<=log n,8192,0,75676,9.23779296875
SRLSU,λ<=log n,8192,0,87486,10.679443359375
SRLSU,λ<=log n,8192,0,80790,9.862060546875
SRLSU,λ<=log n,8192,0,79091,9.6546630859375
SRLSU,λ<=log n,8192,0,77843,9.5023193359375
SRLSU,λ<=log n,8192,0,84961,10.3712158203125
SRLSU,λ<=log n,8192,0,82923,10.1224365234375
SRLSU,λ<=log n,8192,0,82726,10.098388671875
SRLSU,λ<=log n,8192,0,81359,9.9315185546875
SRLSU,λ<=log n,8192,0,84690,10.338134765625
SRLSU,λ<=log n,8192,0,79614,9.718505859375
SRLSU,λ<=log n,8192,0,76178,9.299072265625
SRLSU,λ<=log n,8192,0,79013,9.6451416015625
SRLSU,λ<=log n,8192,0,77534,9.464599609375
SRLSU,λ<=log n,8192,0,78960,9.638671875
SRLSU,λ<=log n,8192,0,80524,9.82958984375
SRLSU,λ<=log n,8192,0,80867,9.8714599609375
SRLSU,λ<=log n,8192,0,76254,9.308349609375
SRLSU,λ<=log n,8192,0,76387,9.3245849609375
SRLSU,λ<=log n,8192,0,80074,9.774658203125
SRLSU,λ<=log n,8192,0,84579,10.3245849609375
SRLSU,λ<=log n,8192,0,86963,10.6156005859375
SRLSU,λ<=log n,8192,0,76919,9.3895263671875
SRLSU,λ<=log n,8192,0,80843,9.8685302734375
SRLSU,λ<=log n,8192,0,78818,9.621337890625
SRLSU,λ<=log n,8192,0,76407,9.3270263671875
SRLSU,λ<=log n,8192,0,82959,10.1268310546875
SRLSU,λ<=log n,8192,0,81456,9.943359375
SRLSU,λ<=log n,8192,0,77419,9.4505615234375
SRLSU,λ<=log n,8192,0,79356,9.68701171875
SRLSU,λ<=log n,8192,0,86455,10.5535888671875
SRLSU,λ<=log n,8192,0,77791,9.4959716796875
SRLSU,λ<=log n,8192,0,84474,10.311767578125
SRLSU,λ<=log n,8192,0,85336,10.4169921875
SRLSU,λ<=log n,8192,0,79391,9.6912841796875
SRLSU,λ<=log n,8192,0,76149,9.2955322265625
SRLSU,λ<=log n,8192,0,82663,10.0906982421875
SRLSU,λ<=log n,8192,0,80533,9.8306884765625
SRLSU,λ<=log n,8192,0,89397,10.9127197265625
SRLSU,λ<=log n,8192,0,82976,10.12890625
SRLSU,λ<=log n,8192,0,81053,9.8941650390625
SRLSU,λ<=log n,8192,0,79539,9.7093505859375
SSLSU,λ<=log n,8192,0,115078,14.047607421875
SSLSU,λ<=log n,8192,0,93421,11.4039306640625
SSLSU,λ<=log n,8192,0,97707,11.9271240234375
SSLSU,λ<=log n,8192,0,101737,12.4190673828125
SSLSU,λ<=log n,8192,0,98504,12.0244140625
SSLSU,λ<=log n,8192,0,100847,12.3104248046875
SSLSU,λ<=log n,8192,0,103315,12.6116943359375
SSLSU,λ<=log n,8192,0,104510,12.757568359375
SSLSU,λ<=log n,8192,0,94800,11.572265625
SSLSU,λ<=log n,8192,0,92318,11.269287109375
SSLSU,λ<=log n,8192,0,111302,13.586669921875
SSLSU,λ<=log n,8192,0,92406,11.280029296875
SSLSU,λ<=log n,8192,0,100279,12.2410888671875
SSLSU,λ<=log n,8192,0,96921,11.8311767578125
SSLSU,λ<=log n,8192,0,110797,13.5250244140625
SSLSU,λ<=log n,8192,0,97774,11.935302734375
SSLSU,λ<=log n,8192,0,104881,12.8028564453125
SSLSU,λ<=log n,8192,0,89102,10.876708984375
SSLSU,λ<=log n,8192,0,101701,12.4146728515625
SSLSU,λ<=log n,8192,0,97357,11.8843994140625
SSLSU,λ<=log n,8192,0,91787,11.2044677734375
SSLSU,λ<=log n,8192,0,106537,13.0050048828125
SSLSU,λ<=log n,8192,0,100987,12.3275146484375
SSLSU,λ<=log n,8192,0,100472,12.2646484375
SSLSU,λ<=log n,8192,0,111355,13.5931396484375
SSLSU,λ<=log n,8192,0,101646,12.407958984375
SSLSU,λ<=log n,8192,0,103720,12.6611328125
SSLSU,λ<=log n,8192,0,93867,11.4583740234375
SSLSU,λ<=log n,8192,0,100092,12.21826171875
SSLSU,λ<=log n,8192,0,106511,13.0018310546875
SSLSU,λ<=log n,8192,0,96213,11.7447509765625
SSLSU,λ<=log n,8192,0,109855,13.4100341796875
SSLSU,λ<=log n,8192,0,99530,12.149658203125
SSLSU,λ<=log n,8192,0,97480,11.8994140625
SSLSU,λ<=log n,8192,0,98361,12.0069580078125
SSLSU,λ<=log n,8192,0,94321,11.5137939453125
SSLSU,λ<=log n,8192,0,93935,11.4666748046875
SSLSU,λ<=log n,8192,0,105348,12.85986328125
SSLSU,λ<=log n,8192,0,94132,11.49072265625
SSLSU,λ<=log n,8192,0,94683,11.5579833984375
SSLSU,λ<=log n,8192,0,92532,11.29541015625
SSLSU,λ<=log n,8192,0,94552,11.5419921875
SSLSU,λ<=log n,8192,0,92943,11.3455810546875
SSLSU,λ<=log n,8192,0,98872,12.0693359375
SSLSU,λ<=log n,8192,0,108951,13.2996826171875
SSLSU,λ<=log n,8192,0,98270,11.995849609375
SSLSU,λ<=log n,8192,0,104873,12.8018798828125
SSLSU,λ<=log n,8192,0,110826,13.528564453125
SSLSU,λ<=log n,8192,0,99664,12.166015625
SSLSU,λ<=log n,8192,0,101873,12.4356689453125
SSLSU,λ<=log n,8192,0,98247,11.9930419921875
SSLSU,λ<=log n,8192,0,116320,14.19921875
SSLSU,λ<=log n,8192,0,96137,11.7354736328125
SSLSU,λ<=log n,8192,0,101350,12.371826171875
SSLSU,λ<=log n,8192,0,93100,11.36474609375
SSLSU,λ<=log n,8192,0,91008,11.109375
SSLSU,λ<=log n,8192,0,100878,12.314208984375
SSLSU,λ<=log n,8192,0,96392,11.7666015625
SSLSU,λ<=log n,8192,0,97580,11.91162109375
SSLSU,λ<=log n,8192,0,100541,12.2730712890625
SSLSU,λ<=log n,8192,0,97299,11.8773193359375
SSLSU,λ<=log n,8192,0,100653,12.2867431640625
SSLSU,λ<=log n,8192,0,95023,11.5994873046875
SSLSU,λ<=log n,8192,0,106550,13.006591796875
SSLSU,λ<=log n,8192,0,101981,12.4488525390625
SSLSU,λ<=log n,8192,0,106599,13.0125732421875
SSLSU,λ<=log n,8192,0,101603,12.4027099609375
SSLSU,λ<=log n,8192,0,102270,12.484130859375
SSLSU,λ<=log n,8192,0,114449,13.9708251953125
SSLSU,λ<=log n,8192,0,99850,12.188720703125
SSLSU,λ<=log n,8192,0,114154,13.934814453125
SSLSU,λ<=log n,8192,0,89413,10.9146728515625
SSLSU,λ<=log n,8192,0,98731,12.0521240234375
SSLSU,λ<=log n,8192,0,110175,13.4490966796875
SSLSU,λ<=log n,8192,0,103377,12.6192626953125
SSLSU,λ<=log n,8192,0,100986,12.327392578125
SSLSU,λ<=log n,8192,0,107652,13.14111328125
SSLSU,λ<=log n,8192,0,98596,12.03564453125
SSLSU,λ<=log n,8192,0,89330,10.904541015625
SSLSU,λ<=log n,8192,0,93404,11.40185546875
SSLSU,λ<=log n,8192,0,102961,12.5684814453125
SSLSU,λ<=log n,8192,0,102540,12.51708984375
SSLSU,λ<=log n,8192,0,99590,12.156982421875
SSLSU,λ<=log n,8192,0,101654,12.408935546875
SSLSU,λ<=log n,8192,0,100665,12.2882080078125
SSLSU,λ<=log n,8192,0,104492,12.75537109375
SSLSU,λ<=log n,8192,0,97162,11.860595703125
SSLSU,λ<=log n,8192,0,92230,11.258544921875
SSLSU,λ<=log n,8192,0,91864,11.2138671875
SSLSU,λ<=log n,8192,0,100380,12.25341796875
SSLSU,λ<=log n,8192,0,101670,12.410888671875
SSLSU,λ<=log n,8192,0,105955,12.9339599609375
SSLSU,λ<=log n,8192,0,101899,12.4388427734375
SSLSU,λ<=log n,8192,0,104415,12.7459716796875
SSLSU,λ<=log n,8192,0,97457,11.8966064453125
SSLSU,λ<=log n,8192,0,99775,12.1795654296875
SSLSU,λ<=log n,8192,0,110328,13.4677734375
SSLSU,λ<=log n,8192,0,95074,11.605712890625
SSLSU,λ<=log n,8192,0,117045,14.2877197265625
SSLSU,λ<=log n,8192,0,107770,13.155517578125
SSDMU,λ<=log n,8192,0,82036,10.01416015625
SSDMU,λ<=log n,8192,0,89349,10.9068603515625
SSDMU,λ<=log n,8192,0,91835,11.2103271484375
SSDMU,λ<=log n,8192,0,82441,10.0635986328125
SSDMU,λ<=log n,8192,0,81132,9.90380859375
SSDMU,λ<=log n,8192,0,81138,9.904541015625
SSDMU,λ<=log n,8192,0,76820,9.37744140625
SSDMU,λ<=log n,8192,0,91766,11.201904296875
SSDMU,λ<=log n,8192,0,79024,9.646484375
SSDMU,λ<=log n,8192,0,73379,8.9573974609375
SSDMU,λ<=log n,8192,0,82245,10.0396728515625
SSDMU,λ<=log n,8192,0,81116,9.90185546875
SSDMU,λ<=log n,8192,0,88111,10.7557373046875
SSDMU,λ<=log n,8192,0,79666,9.724853515625
SSDMU,λ<=log n,8192,0,85663,10.4569091796875
SSDMU,λ<=log n,8192,0,85907,10.4866943359375
SSDMU,λ<=log n,8192,0,87219,10.6468505859375
SSDMU,λ<=log n,8192,0,84076,10.26318359375
SSDMU,λ<=log n,8192,0,73600,8.984375
SSDMU,λ<=log n,8192,0,82111,10.0233154296875
SSDMU,λ<=log n,8192,0,87351,10.6629638671875
SSDMU,λ<=log n,8192,0,83393,10.1798095703125
SSDMU,λ<=log n,8192,0,87895,10.7293701171875
SSDMU,λ<=log n,8192,0,88376,10.7880859375
SSDMU,λ<=log n,8192,0,86832,10.599609375
SSDMU,λ<=log n,8192,0,85229,10.4039306640625
SSDMU,λ<=log n,8192,0,79722,9.731689453125
SSDMU,λ<=log n,8192,0,88001,10.7423095703125
SSDMU,λ<=log n,8192,0,89841,10.9669189453125
SSDMU,λ<=log n,8192,0,83528,10.1962890625
SSDMU,λ<=log n,8192,0,85124,10.39111328125
SSDMU,λ<=log n,8192,0,82419,10.0609130859375
SSDMU,λ<=log n,8192,0,87625,10.6964111328125
SSDMU,λ<=log n,8192,0,79344,9.685546875
SSDMU,λ<=log n,8192,0,95500,11.65771484375
SSDMU,λ<=log n,8192,0,84141,10.2711181640625
SSDMU,λ<=log n,8192,0,85875,10.4827880859375
SSDMU,λ<=log n,8192,0,79577,9.7139892578125
SSDMU,λ<=log n,8192,0,92279,11.2645263671875
SSDMU,λ<=log n,8192,0,88772,10.83642578125
SSDMU,λ<=log n,8192,0,85119,10.3905029296875
SSDMU,λ<=log n,8192,0,81319,9.9266357421875
SSDMU,λ<=log n,8192,0,83153,10.1505126953125
SSDMU,λ<=log n,8192,0,93922,11.465087890625
SSDMU,λ<=log n,8192,0,79529,9.7081298828125
SSDMU,λ<=log n,8192,0,82073,10.0186767578125
SSDMU,λ<=log n,8192,0,86095,10.5096435546875
SSDMU,λ<=log n,8192,0,87466,10.677001953125
SSDMU,λ<=log n,8192,0,88825,10.8428955078125
SSDMU,λ<=log n,8192,0,92331,11.2708740234375
SSDMU,λ<=log n,8192,0,87294,10.656005859375
SSDMU,λ<=log n,8192,0,82850,10.113525390625
SSDMU,λ<=log n,8192,0,83205,10.1568603515625
SSDMU,λ<=log n,8192,0,79969,9.7618408203125
SSDMU,λ<=log n,8192,0,90324,11.02587890625
SSDMU,λ<=log n,8192,0,92818,11.330322265625
SSDMU,λ<=log n,8192,0,80655,9.8455810546875
SSDMU,λ<=log n,8192,0,90645,11.0650634765625
SSDMU,λ<=log n,8192,0,73877,9.0181884765625
SSDMU,λ<=log n,8192,0,83365,10.1763916015625
SSDMU,λ<=log n,8192,0,95073,11.6055908203125
SSDMU,λ<=log n,8192,0,90684,11.06982421875
SSDMU,λ<=log n,8192,0,89416,10.9150390625
SSDMU,λ<=log n,8192,0,86750,10.589599609375
SSDMU,λ<=log n,8192,0,82426,10.061767578125
SSDMU,λ<=log n,8192,0,84053,10.2603759765625
SSDMU,λ<=log n,8192,0,87277,10.6539306640625
SSDMU,λ<=log n,8192,0,79929,9.7569580078125
SSDMU,λ<=log n,8192,0,87194,10.643798828125
SSDMU,λ<=log n,8192,0,78601,9.5948486328125
SSDMU,λ<=log n,8192,0,81690,9.971923828125
SSDMU,λ<=log n,8192,0,84796,10.35107421875
SSDMU,λ<=log n,8192,0,91964,11.22607421875
SSDMU,λ<=log n,8192,0,82116,10.02392578125
SSDMU,λ<=log n,8192,0,92916,11.34228515625
SSDMU,λ<=log n,8192,0,85814,10.475341796875
SSDMU,λ<=log n,8192,0,80676,9.84814453125
SSDMU,λ<=log n,8192,0,78647,9.6004638671875
SSDMU,λ<=log n,8192,0,93582,11.423583984375
SSDMU,λ<=log n,8192,0,82324,10.04931640625
SSDMU,λ<=log n,8192,0,87352,10.6630859375
SSDMU,λ<=log n,8192,0,78864,9.626953125
SSDMU,λ<=log n,8192,0,85234,10.404541015625
SSDMU,λ<=log n,8192,0,86791,10.5946044921875
SSDMU,λ<=log n,8192,0,82477,10.0679931640625
SSDMU,λ<=log n,8192,0,85940,10.49072265625
SSDMU,λ<=log n,8192,0,90611,11.0609130859375
SSDMU,λ<=log n,8192,0,82990,10.130615234375
SSDMU,λ<=log n,8192,0,89369,10.9093017578125
SSDMU,λ<=log n,8192,0,80780,9.86083984375
SSDMU,λ<=log n,8192,0,85609,10.4503173828125
SSDMU,λ<=log n,8192,0,92319,11.2694091796875
SSDMU,λ<=log n,8192,0,107319,13.1004638671875
SSDMU,λ<=log n,8192,0,88236,10.77099609375
SSDMU,λ<=log n,8192,0,90456,11.0419921875
SSDMU,λ<=log n,8192,0,85427,10.4281005859375
SSDMU,λ<=log n,8192,0,86316,10.53662109375
SSDMU,λ<=log n,8192,0,80896,9.875
SSDMU,λ<=log n,8192,0,78256,9.552734375
SSDMU,λ<=log n,8192,0,80255,9.7967529296875
SRDMU,λ<=log n,8192,0,56996,6.95751953125
SRDMU,λ<=log n,8192,0,60824,7.4248046875
SRDMU,λ<=log n,8192,0,73821,9.0113525390625
SRDMU,λ<=log n,8192,0,64077,7.8218994140625
SRDMU,λ<=log n,8192,0,68201,8.3253173828125
SRDMU,λ<=log n,8192,0,67010,8.179931640625
SRDMU,λ<=log n,8192,0,58266,7.112548828125
SRDMU,λ<=log n,8192,0,62031,7.5721435546875
SRDMU,λ<=log n,8192,0,62736,7.658203125
SRDMU,λ<=log n,8192,0,66800,8.154296875
SRDMU,λ<=log n,8192,0,65169,7.9552001953125
SRDMU,λ<=log n,8192,0,69209,8.4483642578125
SRDMU,λ<=log n,8192,0,60301,7.3609619140625
SRDMU,λ<=log n,8192,0,63890,7.799072265625
SRDMU,λ<=log n,8192,0,57429,7.0103759765625
SRDMU,λ<=log n,8192,0,67647,8.2576904296875
SRDMU,λ<=log n,8192,0,65247,7.9647216796875
SRDMU,λ<=log n,8192,0,58698,7.165283203125
SRDMU,λ<=log n,8192,0,69398,8.471435546875
SRDMU,λ<=log n,8192,0,67307,8.2161865234375
SRDMU,λ<=log n,8192,0,67450,8.233642578125
SRDMU,λ<=log n,8192,0,77390,9.447021484375
SRDMU,λ<=log n,8192,0,63040,7.6953125
SRDMU,λ<=log n,8192,0,74808,9.1318359375
SRDMU,λ<=log n,8192,0,63075,7.6995849609375
SRDMU,λ<=log n,8192,0,64137,7.8292236328125
SRDMU,λ<=log n,8192,0,66017,8.0587158203125
SRDMU,λ<=log n,8192,0,67155,8.1976318359375
SRDMU,λ<=log n,8192,0,62277,7.6021728515625
SRDMU,λ<=log n,8192,0,63712,7.77734375
SRDMU,λ<=log n,8192,0,73756,9.00341796875
SRDMU,λ<=log n,8192,0,67354,8.221923828125
SRDMU,λ<=log n,8192,0,68093,8.3121337890625
SRDMU,λ<=log n,8192,0,65166,7.954833984375
SRDMU,λ<=log n,8192,0,66972,8.17529296875
SRDMU,λ<=log n,8192,0,61353,7.4893798828125
SRDMU,λ<=log n,8192,0,70469,8.6021728515625
SRDMU,λ<=log n,8192,0,62151,7.5867919921875
SRDMU,λ<=log n,8192,0,61632,7.5234375
SRDMU,λ<=log n,8192,0,63137,7.7071533203125
SRDMU,λ<=log n,8192,0,64515,7.8753662109375
SRDMU,λ<=log n,8192,0,63459,7.7464599609375
SRDMU,λ<=log n,8192,0,74709,9.1197509765625
SRDMU,λ<=log n,8192,0,59197,7.2261962890625
SRDMU,λ<=log n,8192,0,61700,7.53173828125
SRDMU,λ<=log n,8192,0,64032,7.81640625
SRDMU,λ<=log n,8192,0,57878,7.065185546875
SRDMU,λ<=log n,8192,0,78174,9.542724609375
SRDMU,λ<=log n,8192,0,62327,7.6082763671875
SRDMU,λ<=log n,8192,0,62315,7.6068115234375
SRDMU,λ<=log n,8192,0,60788,7.42041015625
SRDMU,λ<=log n,8192,0,65095,7.9461669921875
SRDMU,λ<=log n,8192,0,74946,9.148681640625
SRDMU,λ<=log n,8192,0,62091,7.5794677734375
SRDMU,λ<=log n,8192,0,69033,8.4268798828125
SRDMU,λ<=log n,8192,0,61931,7.5599365234375
SRDMU,λ<=log n,8192,0,62918,7.680419921875
SRDMU,λ<=log n,8192,0,58741,7.1705322265625
SRDMU,λ<=log n,8192,0,59121,7.2169189453125
SRDMU,λ<=log n,8192,0,59064,7.2099609375
SRDMU,λ<=log n,8192,0,76088,9.2880859375
SRDMU,λ<=log n,8192,0,69262,8.454833984375
SRDMU,λ<=log n,8192,0,60008,7.3251953125
SRDMU,λ<=log n,8192,0,64603,7.8861083984375
SRDMU,λ<=log n,8192,0,63423,7.7420654296875
SRDMU,λ<=log n,8192,0,62841,7.6710205078125
SRDMU,λ<=log n,8192,0,65422,7.986083984375
SRDMU,λ<=log n,8192,0,62003,7.5687255859375
SRDMU,λ<=log n,8192,0,69269,8.4556884765625
SRDMU,λ<=log n,8192,0,74971,9.1517333984375
SRDMU,λ<=log n,8192,0,70902,8.655029296875
SRDMU,λ<=log n,8192,0,60915,7.4359130859375
SRDMU,λ<=log n,8192,0,75871,9.2615966796875
SRDMU,λ<=log n,8192,0,66228,8.08447265625
SRDMU,λ<=log n,8192,0,60858,7.428955078125
SRDMU,λ<=log n,8192,0,65559,8.0028076171875
SRDMU,λ<=log n,8192,0,69554,8.490478515625
SRDMU,λ<=log n,8192,0,60371,7.3695068359375
SRDMU,λ<=log n,8192,0,61287,7.4813232421875
SRDMU,λ<=log n,8192,0,66114,8.070556640625
SRDMU,λ<=log n,8192,0,64885,7.9205322265625
SRDMU,λ<=log n,8192,0,58109,7.0933837890625
SRDMU,λ<=log n,8192,0,73830,9.012451171875
SRDMU,λ<=log n,8192,0,60100,7.33642578125
SRDMU,λ<=log n,8192,0,64814,7.911865234375
SRDMU,λ<=log n,8192,0,61992,7.5673828125
SRDMU,λ<=log n,8192,0,56888,6.9443359375
SRDMU,λ<=log n,8192,0,69375,8.4686279296875
SRDMU,λ<=log n,8192,0,62472,7.6259765625
SRDMU,λ<=log n,8192,0,62046,7.573974609375
SRDMU,λ<=log n,8192,0,62547,7.6351318359375
SRDMU,λ<=log n,8192,0,63195,7.7142333984375
SRDMU,λ<=log n,8192,0,62128,7.583984375
SRDMU,λ<=log n,8192,0,65569,8.0040283203125
SRDMU,λ<=log n,8192,0,64448,7.8671875
SRDMU,λ<=log n,8192,0,64334,7.853271484375
SRDMU,λ<=log n,8192,0,75361,9.1993408203125
SRDMU,λ<=log n,8192,0,67055,8.1854248046875
SRDMU,λ<=log n,8192,0,70484,8.60400390625
SHDMU,λ<=log n,8192,0,62946,7.683837890625
SHDMU,λ<=log n,8192,0,59571,7.2718505859375
SHDMU,λ<=log n,8192,0,65921,8.0469970703125
SHDMU,λ<=log n,8192,0,59552,7.26953125
SHDMU,λ<=log n,8192,0,62114,7.582275390625
SHDMU,λ<=log n,8192,0,67488,8.23828125
SHDMU,λ<=log n,8192,0,61666,7.527587890625
SHDMU,λ<=log n,8192,0,57584,7.029296875
SHDMU,λ<=log n,8192,0,62770,7.662353515625
SHDMU,λ<=log n,8192,0,60628,7.40087890625
SHDMU,λ<=log n,8192,0,61977,7.5655517578125
SHDMU,λ<=log n,8192,0,56814,6.935302734375
SHDMU,λ<=log n,8192,0,65149,7.9527587890625
SHDMU,λ<=log n,8192,0,61159,7.4656982421875
SHDMU,λ<=log n,8192,0,61503,7.5076904296875
SHDMU,λ<=log n,8192,0,57644,7.03662109375
SHDMU,λ<=log n,8192,0,58360,7.1240234375
SHDMU,λ<=log n,8192,0,64134,7.828857421875
SHDMU,λ<=log n,8192,0,62833,7.6700439453125
SHDMU,λ<=log n,8192,0,65384,7.9814453125
SHDMU,λ<=log n,8192,0,55792,6.810546875
SHDMU,λ<=log n,8192,0,57837,7.0601806640625
SHDMU,λ<=log n,8192,0,59033,7.2061767578125
SHDMU,λ<=log n,8192,0,62728,7.6572265625
SHDMU,λ<=log n,8192,0,58521,7.1436767578125
SHDMU,λ<=log n,8192,0,57050,6.964111328125
SHDMU,λ<=log n,8192,0,61771,7.5404052734375
SHDMU,λ<=log n,8192,0,58269,7.1129150390625
SHDMU,λ<=log n,8192,0,54652,6.67138671875
SHDMU,λ<=log n,8192,0,58220,7.10693359375
SHDMU,λ<=log n,8192,0,66577,8.1270751953125
SHDMU,λ<=log n,8192,0,62660,7.64892578125
SHDMU,λ<=log n,8192,0,63319,7.7293701171875
SHDMU,λ<=log n,8192,0,58895,7.1893310546875
SHDMU,λ<=log n,8192,0,54917,6.7037353515625
SHDMU,λ<=log n,8192,0,58793,7.1768798828125
SHDMU,λ<=log n,8192,0,64493,7.8726806640625
SHDMU,λ<=log n,8192,0,57300,6.99462890625
SHDMU,λ<=log n,8192,0,56848,6.939453125
SHDMU,λ<=log n,8192,0,59934,7.316162109375
SHDMU,λ<=log n,8192,0,56389,6.8834228515625
SHDMU,λ<=log n,8192,0,56403,6.8851318359375
SHDMU,λ<=log n,8192,0,57969,7.0762939453125
SHDMU,λ<=log n,8192,0,66382,8.103271484375
SHDMU,λ<=log n,8192,0,61983,7.5662841796875
SHDMU,λ<=log n,8192,0,61568,7.515625
SHDMU,λ<=log n,8192,0,67363,8.2230224609375
SHDMU,λ<=log n,8192,0,58119,7.0946044921875
SHDMU,λ<=log n,8192,0,63375,7.7362060546875
SHDMU,λ<=log n,8192,0,78030,9.525146484375
SHDMU,λ<=log n,8192,0,60251,7.3548583984375
SHDMU,λ<=log n,8192,0,65492,7.99462890625
SHDMU,λ<=log n,8192,0,59146,7.219970703125
SHDMU,λ<=log n,8192,0,69717,8.5103759765625
SHDMU,λ<=log n,8192,0,59650,7.281494140625
SHDMU,λ<=log n,8192,0,58848,7.18359375
SHDMU,λ<=log n,8192,0,64985,7.9327392578125
SHDMU,λ<=log n,8192,0,60173,7.3453369140625
SHDMU,λ<=log n,8192,0,61460,7.50244140625
SHDMU,λ<=log n,8192,0,62937,7.6827392578125
SHDMU,λ<=log n,8192,0,61137,7.4630126953125
SHDMU,λ<=log n,8192,0,60811,7.4232177734375
SHDMU,λ<=log n,8192,0,66613,8.1314697265625
SHDMU,λ<=log n,8192,0,58889,7.1885986328125
SHDMU,λ<=log n,8192,0,58839,7.1824951171875
SHDMU,λ<=log n,8192,0,59177,7.2237548828125
SHDMU,λ<=log n,8192,0,63426,7.742431640625
SHDMU,λ<=log n,8192,0,59024,7.205078125
SHDMU,λ<=log n,8192,0,58843,7.1829833984375
SHDMU,λ<=log n,8192,0,64659,7.8929443359375
SHDMU,λ<=log n,8192,0,61198,7.470458984375
SHDMU,λ<=log n,8192,0,62392,7.6162109375
SHDMU,λ<=log n,8192,0,57150,6.976318359375
SHDMU,λ<=log n,8192,0,64914,7.924072265625
SHDMU,λ<=log n,8192,0,56717,6.9234619140625
SHDMU,λ<=log n,8192,0,59470,7.259521484375
SHDMU,λ<=log n,8192,0,60830,7.425537109375
SHDMU,λ<=log n,8192,0,57802,7.055908203125
SHDMU,λ<=log n,8192,0,64437,7.8658447265625
SHDMU,λ<=log n,8192,0,63081,7.7003173828125
SHDMU,λ<=log n,8192,0,61363,7.4906005859375
SHDMU,λ<=log n,8192,0,66820,8.15673828125
SHDMU,λ<=log n,8192,0,61671,7.5281982421875
SHDMU,λ<=log n,8192,0,61020,7.44873046875
SHDMU,λ<=log n,8192,0,58647,7.1590576171875
SHDMU,λ<=log n,8192,0,58598,7.153076171875
SHDMU,λ<=log n,8192,0,59712,7.2890625
SHDMU,λ<=log n,8192,0,63163,7.7103271484375
SHDMU,λ<=log n,8192,0,56735,6.9256591796875
SHDMU,λ<=log n,8192,0,57303,6.9949951171875
SHDMU,λ<=log n,8192,0,57651,7.0374755859375
SHDMU,λ<=log n,8192,0,57379,7.0042724609375
SHDMU,λ<=log n,8192,0,67835,8.2806396484375
SHDMU,λ<=log n,8192,0,59902,7.312255859375
SHDMU,λ<=log n,8192,0,60815,7.4237060546875
SHDMU,λ<=log n,8192,0,62038,7.572998046875
SHDMU,λ<=log n,8192,0,60590,7.396240234375
SHDMU,λ<=log n,8192,0,60141,7.3414306640625
SHLMU,λ<=log n,8192,0,62411,7.6185302734375
SHLMU,λ<=log n,8192,0,67094,8.190185546875
SHLMU,λ<=log n,8192,0,63191,7.7137451171875
SHLMU,λ<=log n,8192,0,65079,7.9442138671875
SHLMU,λ<=log n,8192,0,65427,7.9866943359375
SHLMU,λ<=log n,8192,0,62592,7.640625
SHLMU,λ<=log n,8192,0,64941,7.9273681640625
SHLMU,λ<=log n,8192,0,67871,8.2850341796875
SHLMU,λ<=log n,8192,0,63628,7.76708984375
SHLMU,λ<=log n,8192,0,65269,7.9674072265625
SHLMU,λ<=log n,8192,0,62249,7.5987548828125
SHLMU,λ<=log n,8192,0,62941,7.6832275390625
SHLMU,λ<=log n,8192,0,59671,7.2840576171875
SHLMU,λ<=log n,8192,0,63854,7.794677734375
SHLMU,λ<=log n,8192,0,64253,7.8433837890625
SHLMU,λ<=log n,8192,0,72001,8.7891845703125
SHLMU,λ<=log n,8192,0,62059,7.5755615234375
SHLMU,λ<=log n,8192,0,61561,7.5147705078125
SHLMU,λ<=log n,8192,0,59094,7.213623046875
SHLMU,λ<=log n,8192,0,67737,8.2686767578125
SHLMU,λ<=log n,8192,0,68842,8.403564453125
SHLMU,λ<=log n,8192,0,64809,7.9112548828125
SHLMU,λ<=log n,8192,0,60844,7.42724609375
SHLMU,λ<=log n,8192,0,65625,8.0108642578125
SHLMU,λ<=log n,8192,0,64848,7.916015625
SHLMU,λ<=log n,8192,0,61783,7.5418701171875
SHLMU,λ<=log n,8192,0,61911,7.5574951171875
SHLMU,λ<=log n,8192,0,60096,7.3359375
SHLMU,λ<=log n,8192,0,60469,7.3814697265625
SHLMU,λ<=log n,8192,0,62643,7.6468505859375
SHLMU,λ<=log n,8192,0,62368,7.61328125
SHLMU,λ<=log n,8192,0,66342,8.098388671875
SHLMU,λ<=log n,8192,0,59554,7.269775390625
SHLMU,λ<=log n,8192,0,63119,7.7049560546875
SHLMU,λ<=log n,8192,0,75711,9.2420654296875
SHLMU,λ<=log n,8192,0,66187,8.0794677734375
SHLMU,λ<=log n,8192,0,63710,7.777099609375
SHLMU,λ<=log n,8192,0,59931,7.3157958984375
SHLMU,λ<=log n,8192,0,60573,7.3941650390625
SHLMU,λ<=log n,8192,0,65894,8.043701171875
SHLMU,λ<=log n,8192,0,62444,7.62255859375
SHLMU,λ<=log n,8192,0,63476,7.74853515625
SHLMU,λ<=log n,8192,0,59972,7.32080078125
SHLMU,λ<=log n,8192,0,58115,7.0941162109375
SHLMU,λ<=log n,8192,0,58805,7.1783447265625
SHLMU,λ<=log n,8192,0,67321,8.2178955078125
SHLMU,λ<=log n,8192,0,57076,6.96728515625
SHLMU,λ<=log n,8192,0,63994,7.811767578125
SHLMU,λ<=log n,8192,0,60714,7.411376953125
SHLMU,λ<=log n,8192,0,65616,8.009765625
SHLMU,λ<=log n,8192,0,63931,7.8040771484375
SHLMU,λ<=log n,8192,0,63831,7.7918701171875
SHLMU,λ<=log n,8192,0,70258,8.576416015625
SHLMU,λ<=log n,8192,0,61167,7.4666748046875
SHLMU,λ<=log n,8192,0,60300,7.36083984375
SHLMU,λ<=log n,8192,0,62540,7.63427734375
SHLMU,λ<=log n,8192,0,74704,9.119140625
SHLMU,λ<=log n,8192,0,60388,7.37158203125
SHLMU,λ<=log n,8192,0,68298,8.337158203125
SHLMU,λ<=log n,8192,0,58724,7.16845703125
SHLMU,λ<=log n,8192,0,63018,7.692626953125
SHLMU,λ<=log n,8192,0,62003,7.5687255859375
SHLMU,λ<=log n,8192,0,65615,8.0096435546875
SHLMU,λ<=log n,8192,0,64124,7.82763671875
SHLMU,λ<=log n,8192,0,70020,8.54736328125
SHLMU,λ<=log n,8192,0,57807,7.0565185546875
SHLMU,λ<=log n,8192,0,63909,7.8013916015625
SHLMU,λ<=log n,8192,0,70006,8.545654296875
SHLMU,λ<=log n,8192,0,70460,8.60107421875
SHLMU,λ<=log n,8192,0,59190,7.225341796875
SHLMU,λ<=log n,8192,0,62748,7.65966796875
SHLMU,λ<=log n,8192,0,61930,7.559814453125
SHLMU,λ<=log n,8192,0,62690,7.652587890625
SHLMU,λ<=log n,8192,0,64905,7.9229736328125
SHLMU,λ<=log n,8192,0,67287,8.2137451171875
SHLMU,λ<=log n,8192,0,64679,7.8953857421875
SHLMU,λ<=log n,8192,0,73247,8.9412841796875
SHLMU,λ<=log n,8192,0,63352,7.7333984375
SHLMU,λ<=log n,8192,0,78329,9.5616455078125
SHLMU,λ<=log n,8192,0,68244,8.33056640625
SHLMU,λ<=log n,8192,0,58703,7.1658935546875
SHLMU,λ<=log n,8192,0,62966,7.686279296875
SHLMU,λ<=log n,8192,0,62646,7.647216796875
SHLMU,λ<=log n,8192,0,63187,7.7132568359375
SHLMU,λ<=log n,8192,0,63004,7.69091796875
SHLMU,λ<=log n,8192,0,60171,7.3450927734375
SHLMU,λ<=log n,8192,0,64359,7.8563232421875
SHLMU,λ<=log n,8192,0,60602,7.397705078125
SHLMU,λ<=log n,8192,0,63572,7.76025390625
SHLMU,λ<=log n,8192,0,65223,7.9617919921875
SHLMU,λ<=log n,8192,0,64334,7.853271484375
SHLMU,λ<=log n,8192,0,66825,8.1573486328125
SHLMU,λ<=log n,8192,0,59455,7.2576904296875
SHLMU,λ<=log n,8192,0,59205,7.2271728515625
SHLMU,λ<=log n,8192,0,64414,7.863037109375
SHLMU,λ<=log n,8192,0,60537,7.3897705078125
SHLMU,λ<=log n,8192,0,62965,7.6861572265625
SHLMU,λ<=log n,8192,0,62897,7.6778564453125
SRLMU,λ<=log n,8192,0,61726,7.534912109375
SRLMU,λ<=log n,8192,0,78811,9.6204833984375
SRLMU,λ<=log n,8192,0,73845,9.0142822265625
SRLMU,λ<=log n,8192,0,63433,7.7432861328125
SRLMU,λ<=log n,8192,0,64141,7.8297119140625
SRLMU,λ<=log n,8192,0,69724,8.51123046875
SRLMU,λ<=log n,8192,0,71168,8.6875
SRLMU,λ<=log n,8192,0,61545,7.5128173828125
SRLMU,λ<=log n,8192,0,62504,7.6298828125
SRLMU,λ<=log n,8192,0,65308,7.97216796875
SRLMU,λ<=log n,8192,0,64253,7.8433837890625
SRLMU,λ<=log n,8192,0,65547,8.0013427734375
SRLMU,λ<=log n,8192,0,64125,7.8277587890625
SRLMU,λ<=log n,8192,0,68960,8.41796875
SRLMU,λ<=log n,8192,0,69643,8.5013427734375
SRLMU,λ<=log n,8192,0,67925,8.2916259765625
SRLMU,λ<=log n,8192,0,63722,7.778564453125
SRLMU,λ<=log n,8192,0,66493,8.1168212890625
SRLMU,λ<=log n,8192,0,61791,7.5428466796875
SRLMU,λ<=log n,8192,0,64960,7.9296875
SRLMU,λ<=log n,8192,0,66284,8.09130859375
SRLMU,λ<=log n,8192,0,62647,7.6473388671875
SRLMU,λ<=log n,8192,0,67236,8.20751953125
SRLMU,λ<=log n,8192,0,70587,8.6165771484375
SRLMU,λ<=log n,8192,0,66148,8.07470703125
SRLMU,λ<=log n,8192,0,63945,7.8057861328125
SRLMU,λ<=log n,8192,0,65955,8.0511474609375
SRLMU,λ<=log n,8192,0,62427,7.6204833984375
SRLMU,λ<=log n,8192,0,67069,8.1871337890625
SRLMU,λ<=log n,8192,0,66497,8.1173095703125
SRLMU,λ<=log n,8192,0,60803,7.4222412109375
SRLMU,λ<=log n,8192,0,63109,7.7037353515625
SRLMU,λ<=log n,8192,0,67847,8.2821044921875
SRLMU,λ<=log n,8192,0,64202,7.837158203125
SRLMU,λ<=log n,8192,0,67294,8.214599609375
SRLMU,λ<=log n,8192,0,70822,8.645263671875
SRLMU,λ<=log n,8192,0,63955,7.8070068359375
SRLMU,λ<=log n,8192,0,63191,7.7137451171875
SRLMU,λ<=log n,8192,0,71216,8.693359375
SRLMU,λ<=log n,8192,0,65806,8.032958984375
SRLMU,λ<=log n,8192,0,66311,8.0946044921875
SRLMU,λ<=log n,8192,0,64178,7.834228515625
SRLMU,λ<=log n,8192,0,68805,8.3990478515625
SRLMU,λ<=log n,8192,0,67498,8.239501953125
SRLMU,λ<=log n,8192,0,70349,8.5875244140625
SRLMU,λ<=log n,8192,0,65947,8.0501708984375
SRLMU,λ<=log n,8192,0,64632,7.8896484375
SRLMU,λ<=log n,8192,0,73838,9.013427734375
SRLMU,λ<=log n,8192,0,70097,8.5567626953125
SRLMU,λ<=log n,8192,0,70820,8.64501953125
SRLMU,λ<=log n,8192,0,67715,8.2659912109375
SRLMU,λ<=log n,8192,0,60955,7.4407958984375
SRLMU,λ<=log n,8192,0,64271,7.8455810546875
SRLMU,λ<=log n,8192,0,65293,7.9703369140625
SRLMU,λ<=log n,8192,0,64410,7.862548828125
SRLMU,λ<=log n,8192,0,73603,8.9847412109375
SRLMU,λ<=log n,8192,0,66474,8.114501953125
SRLMU,λ<=log n,8192,0,69496,8.4833984375
SRLMU,λ<=log n,8192,0,70208,8.5703125
SRLMU,λ<=log n,8192,0,64483,7.8714599609375
SRLMU,λ<=log n,8192,0,60494,7.384521484375
SRLMU,λ<=log n,8192,0,66147,8.0745849609375
SRLMU,λ<=log n,8192,0,68428,8.35302734375
SRLMU,λ<=log n,8192,0,69206,8.447998046875
SRLMU,λ<=log n,8192,0,66566,8.125732421875
SRLMU,λ<=log n,8192,0,76418,9.328369140625
SRLMU,λ<=log n,8192,0,72591,8.8612060546875
SRLMU,λ<=log n,8192,0,79501,9.7047119140625
SRLMU,λ<=log n,8192,0,65896,8.0439453125
SRLMU,λ<=log n,8192,0,68360,8.3447265625
SRLMU,λ<=log n,8192,0,70761,8.6378173828125
SRLMU,λ<=log n,8192,0,61127,7.4617919921875
SRLMU,λ<=log n,8192,0,68437,8.3541259765625
SRLMU,λ<=log n,8192,0,62485,7.6275634765625
SRLMU,λ<=log n,8192,0,61943,7.5614013671875
SRLMU,λ<=log n,8192,0,69899,8.5325927734375
SRLMU,λ<=log n,8192,0,75873,9.2618408203125
SRLMU,λ<=log n,8192,0,73831,9.0125732421875
SRLMU,λ<=log n,8192,0,60950,7.440185546875
SRLMU,λ<=log n,8192,0,67025,8.1817626953125
SRLMU,λ<=log n,8192,0,62939,7.6829833984375
SRLMU,λ<=log n,8192,0,69589,8.4947509765625
SRLMU,λ<=log n,8192,0,64148,7.83056640625
SRLMU,λ<=log n,8192,0,67491,8.2386474609375
SRLMU,λ<=log n,8192,0,63174,7.711669921875
SRLMU,λ<=log n,8192,0,69049,8.4288330078125
SRLMU,λ<=log n,8192,0,66914,8.168212890625
SRLMU,λ<=log n,8192,0,77924,9.51220703125
SRLMU,λ<=log n,8192,0,63301,7.7271728515625
SRLMU,λ<=log n,8192,0,70275,8.5784912109375
SRLMU,λ<=log n,8192,0,68735,8.3905029296875
SRLMU,λ<=log n,8192,0,65709,8.0211181640625
SRLMU,λ<=log n,8192,0,70570,8.614501953125
SRLMU,λ<=log n,8192,0,65536,8.0
SRLMU,λ<=log n,8192,0,65939,8.0491943359375
SRLMU,λ<=log n,8192,0,69937,8.5372314453125
SRLMU,λ<=log n,8192,0,70565,8.6138916015625
SRLMU,λ<=log n,8192,0,70456,8.6005859375
SRLMU,λ<=log n,8192,0,66744,8.1474609375
SRLMU,λ<=log n,8192,0,69047,8.4285888671875
SSLMU,λ<=log n,8192,0,91664,11.189453125
SSLMU,λ<=log n,8192,0,98691,12.0472412109375
SSLMU,λ<=log n,8192,0,89195,10.8880615234375
SSLMU,λ<=log n,8192,0,88966,10.860107421875
SSLMU,λ<=log n,8192,0,107022,13.064208984375
SSLMU,λ<=log n,8192,0,100043,12.2122802734375
SSLMU,λ<=log n,8192,0,91368,11.1533203125
SSLMU,λ<=log n,8192,0,91437,11.1617431640625
SSLMU,λ<=log n,8192,0,96994,11.840087890625
SSLMU,λ<=log n,8192,0,101751,12.4207763671875
SSLMU,λ<=log n,8192,0,95411,11.6468505859375
SSLMU,λ<=log n,8192,0,100627,12.2835693359375
SSLMU,λ<=log n,8192,0,87691,10.7044677734375
SSLMU,λ<=log n,8192,0,92904,11.3408203125
SSLMU,λ<=log n,8192,0,95541,11.6627197265625
SSLMU,λ<=log n,8192,0,100753,12.2989501953125
SSLMU,λ<=log n,8192,0,87745,10.7110595703125
SSLMU,λ<=log n,8192,0,95114,11.610595703125
SSLMU,λ<=log n,8192,0,99088,12.095703125
SSLMU,λ<=log n,8192,0,101619,12.4046630859375
SSLMU,λ<=log n,8192,0,89006,10.864990234375
SSLMU,λ<=log n,8192,0,91836,11.21044921875
SSLMU,λ<=log n,8192,0,90140,11.00341796875
SSLMU,λ<=log n,8192,0,100604,12.28076171875
SSLMU,λ<=log n,8192,0,102946,12.566650390625
SSLMU,λ<=log n,8192,0,98291,11.9984130859375
SSLMU,λ<=log n,8192,0,101826,12.429931640625
SSLMU,λ<=log n,8192,0,96425,11.7706298828125
SSLMU,λ<=log n,8192,0,89109,10.8775634765625
SSLMU,λ<=log n,8192,0,95305,11.6339111328125
SSLMU,λ<=log n,8192,0,95157,11.6158447265625
SSLMU,λ<=log n,8192,0,102403,12.5003662109375
SSLMU,λ<=log n,8192,0,97691,11.9251708984375
SSLMU,λ<=log n,8192,0,92746,11.321533203125
SSLMU,λ<=log n,8192,0,97792,11.9375
SSLMU,λ<=log n,8192,0,85042,10.381103515625
SSLMU,λ<=log n,8192,0,90452,11.04150390625
SSLMU,λ<=log n,8192,0,93423,11.4041748046875
SSLMU,λ<=log n,8192,0,92969,11.3487548828125
SSLMU,λ<=log n,8192,0,96549,11.7857666015625
SSLMU,λ<=log n,8192,0,101488,12.388671875
SSLMU,λ<=log n,8192,0,85491,10.4359130859375
SSLMU,λ<=log n,8192,0,91881,11.2159423828125
SSLMU,λ<=log n,8192,0,91076,11.11767578125
SSLMU,λ<=log n,8192,0,94389,11.5220947265625
SSLMU,λ<=log n,8192,0,108141,13.2008056640625
SSLMU,λ<=log n,8192,0,92488,11.2900390625
SSLMU,λ<=log n,8192,0,95314,11.635009765625
SSLMU,λ<=log n,8192,0,94838,11.576904296875
SSLMU,λ<=log n,8192,0,91911,11.2196044921875
SSLMU,λ<=log n,8192,0,95383,11.6434326171875
SSLMU,λ<=log n,8192,0,94392,11.5224609375
SSLMU,λ<=log n,8192,0,118413,14.4547119140625
SSLMU,λ<=log n,8192,0,96781,11.8140869140625
SSLMU,λ<=log n,8192,0,88529,10.8067626953125
SSLMU,λ<=log n,8192,0,88658,10.822509765625
SSLMU,λ<=log n,8192,0,87633,10.6973876953125
SSLMU,λ<=log n,8192,0,91373,11.1539306640625
SSLMU,λ<=log n,8192,0,94035,11.4788818359375
SSLMU,λ<=log n,8192,0,95252,11.62744140625
SSLMU,λ<=log n,8192,0,91932,11.22216796875
SSLMU,λ<=log n,8192,0,96140,11.73583984375
SSLMU,λ<=log n,8192,0,98950,12.078857421875
SSLMU,λ<=log n,8192,0,109411,13.3558349609375
SSLMU,λ<=log n,8192,0,92047,11.2362060546875
SSLMU,λ<=log n,8192,0,84576,10.32421875
SSLMU,λ<=log n,8192,0,98546,12.029541015625
SSLMU,λ<=log n,8192,0,90376,11.0322265625
SSLMU,λ<=log n,8192,0,101071,12.3377685546875
SSLMU,λ<=log n,8192,0,97184,11.86328125
SSLMU,λ<=log n,8192,0,103389,12.6207275390625
SSLMU,λ<=log n,8192,0,92499,11.2913818359375
SSLMU,λ<=log n,8192,0,92734,11.320068359375
SSLMU,λ<=log n,8192,0,101914,12.440673828125
SSLMU,λ<=log n,8192,0,90718,11.073974609375
SSLMU,λ<=log n,8192,0,93139,11.3695068359375
SSLMU,λ<=log n,8192,0,91199,11.1326904296875
SSLMU,λ<=log n,8192,0,93247,11.3826904296875
SSLMU,λ<=log n,8192,0,107393,13.1094970703125
SSLMU,λ<=log n,8192,0,96741,11.8092041015625
SSLMU,λ<=log n,8192,0,95207,11.6219482421875
SSLMU,λ<=log n,8192,0,93716,11.43994140625
SSLMU,λ<=log n,8192,0,101784,12.4248046875
SSLMU,λ<=log n,8192,0,91510,11.170654296875
SSLMU,λ<=log n,8192,0,87562,10.688720703125
SSLMU,λ<=log n,8192,0,87777,10.7149658203125
SSLMU,λ<=log n,8192,0,90520,11.0498046875
SSLMU,λ<=log n,8192,0,99227,12.1126708984375
SSLMU,λ<=log n,8192,0,85243,10.4056396484375
SSLMU,λ<=log n,8192,0,91257,11.1397705078125
SSLMU,λ<=log n,8192,0,91501,11.1695556640625
SSLMU,λ<=log n,8192,0,83073,10.1407470703125
SSLMU,λ<=log n,8192,0,95120,11.611328125
SSLMU,λ<=log n,8192,0,97027,11.8441162109375
SSLMU,λ<=log n,8192,0,90145,11.0040283203125
SSLMU,λ<=log n,8192,0,100008,12.2080078125
SSLMU,λ<=log n,8192,0,91208,11.1337890625
SSLMU,λ<=log n,8192,0,86455,10.5535888671875
SSLMU,λ<=log n,8192,0,88969,10.8604736328125
SSLMU,λ<=log n,8192,0,96591,11.7908935546875
SSDIU,λ<=log n,8192,0,122945,15.0079345703125
SSDIU,λ<=log n,8192,0,101283,12.3636474609375
SSDIU,λ<=log n,8192,0,104725,12.7838134765625
SSDIU,λ<=log n,8192,0,107589,13.1334228515625
SSDIU,λ<=log n,8192,0,101087,12.3397216796875
SSDIU,λ<=log n,8192,0,97593,11.9132080078125
SSDIU,λ<=log n,8192,0,100923,12.3197021484375
SSDIU,λ<=log n,8192,0,104231,12.7235107421875
SSDIU,λ<=log n,8192,0,95149,11.6148681640625
SSDIU,λ<=log n,8192,0,99029,12.0885009765625
SSDIU,λ<=log n,8192,0,103683,12.6566162109375
SSDIU,λ<=log n,8192,0,95541,11.6627197265625
SSDIU,λ<=log n,8192,0,98951,12.0789794921875
SSDIU,λ<=log n,8192,0,100803,12.3050537109375
SSDIU,λ<=log n,8192,0,97779,11.9359130859375
SSDIU,λ<=log n,8192,0,93941,11.4674072265625
SSDIU,λ<=log n,8192,0,101689,12.4132080078125
SSDIU,λ<=log n,8192,0,108219,13.2103271484375
SSDIU,λ<=log n,8192,0,98177,11.9844970703125
SSDIU,λ<=log n,8192,0,97311,11.8787841796875
SSDIU,λ<=log n,8192,0,100147,12.2249755859375
SSDIU,λ<=log n,8192,0,97937,11.9552001953125
SSDIU,λ<=log n,8192,0,105309,12.8551025390625
SSDIU,λ<=log n,8192,0,103305,12.6104736328125
SSDIU,λ<=log n,8192,0,96771,11.8128662109375
SSDIU,λ<=log n,8192,0,115441,14.0919189453125
SSDIU,λ<=log n,8192,0,96721,11.8067626953125
SSDIU,λ<=log n,8192,0,107483,13.1204833984375
SSDIU,λ<=log n,8192,0,111873,13.6563720703125
SSDIU,λ<=log n,8192,0,98513,12.0255126953125
SSDIU,λ<=log n,8192,0,91217,11.1348876953125
SSDIU,λ<=log n,8192,0,105769,12.9112548828125
SSDIU,λ<=log n,8192,0,105141,12.8345947265625
SSDIU,λ<=log n,8192,0,97627,11.9173583984375
SSDIU,λ<=log n,8192,0,102791,12.5477294921875
SSDIU,λ<=log n,8192,0,105137,12.8341064453125
SSDIU,λ<=log n,8192,0,92681,11.3135986328125
SSDIU,λ<=log n,8192,0,103237,12.6021728515625
SSDIU,λ<=log n,8192,0,102567,12.5203857421875
SSDIU,λ<=log n,8192,0,99563,12.1536865234375
SSDIU,λ<=log n,8192,0,95297,11.6329345703125
SSDIU,λ<=log n,8192,0,102533,12.5162353515625
SSDIU,λ<=log n,8192,0,101155,12.3480224609375
SSDIU,λ<=log n,8192,0,108311,13.2215576171875
SSDIU,λ<=log n,8192,0,98677,12.0455322265625
SSDIU,λ<=log n,8192,0,102861,12.5562744140625
SSDIU,λ<=log n,8192,0,91641,11.1866455078125
SSDIU,λ<=log n,8192,0,102169,12.4718017578125
SSDIU,λ<=log n,8192,0,95579,11.6673583984375
SSDIU,λ<=log n,8192,0,101285,12.3638916015625
SSDIU,λ<=log n,8192,0,105723,12.9056396484375
SSDIU,λ<=log n,8192,0,101741,12.4195556640625
SSDIU,λ<=log n,8192,0,99751,12.1766357421875
SSDIU,λ<=log n,8192,0,95421,11.6480712890625
SSDIU,λ<=log n,8192,0,95267,11.6292724609375
SSDIU,λ<=log n,8192,0,107775,13.1561279296875
SSDIU,λ<=log n,8192,0,107107,13.0745849609375
SSDIU,λ<=log n,8192,0,105751,12.9090576171875
SSDIU,λ<=log n,8192,0,93187,11.3753662109375
SSDIU,λ<=log n,8192,0,98213,11.9888916015625
SSDIU,λ<=log n,8192,0,105147,12.8353271484375
SSDIU,λ<=log n,8192,0,102233,12.4796142578125
SSDIU,λ<=log n,8192,0,99445,12.1392822265625
SSDIU,λ<=log n,8192,0,101115,12.3431396484375
SSDIU,λ<=log n,8192,0,98601,12.0362548828125
SSDIU,λ<=log n,8192,0,101775,12.4237060546875
SSDIU,λ<=log n,8192,0,104523,12.7591552734375
SSDIU,λ<=log n,8192,0,103597,12.6461181640625
SSDIU,λ<=log n,8192,0,103577,12.6436767578125
SSDIU,λ<=log n,8192,0,98673,12.0450439453125
SSDIU,λ<=log n,8192,0,102807,12.5496826171875
SSDIU,λ<=log n,8192,0,107079,13.0711669921875
SSDIU,λ<=log n,8192,0,106345,12.9815673828125
SSDIU,λ<=log n,8192,0,104713,12.7823486328125
SSDIU,λ<=log n,8192,0,100435,12.2601318359375
SSDIU,λ<=log n,8192,0,103797,12.6705322265625
SSDIU,λ<=log n,8192,0,94513,11.5372314453125
SSDIU,λ<=log n,8192,0,98347,12.0052490234375
SSDIU,λ<=log n,8192,0,113033,13.7979736328125
SSDIU,λ<=log n,8192,0,92619,11.3060302734375
SSDIU,λ<=log n,8192,0,102677,12.5338134765625
SSDIU,λ<=log n,8192,0,93943,11.4676513671875
SSDIU,λ<=log n,8192,0,91729,11.1973876953125
SSDIU,λ<=log n,8192,0,95639,11.6746826171875
SSDIU,λ<=log n,8192,0,107919,13.1737060546875
SSDIU,λ<=log n,8192,0,114427,13.9681396484375
SSDIU,λ<=log n,8192,0,93723,11.4407958984375
SSDIU,λ<=log n,8192,0,95235,11.6253662109375
SSDIU,λ<=log n,8192,0,118507,14.4661865234375
SSDIU,λ<=log n,8192,0,100559,12.2752685546875
SSDIU,λ<=log n,8192,0,97859,11.9456787109375
SSDIU,λ<=log n,8192,0,102521,12.5147705078125
SSDIU,λ<=log n,8192,0,99415,12.1356201171875
SSDIU,λ<=log n,8192,0,115783,14.1336669921875
SSDIU,λ<=log n,8192,0,101105,12.3419189453125
SSDIU,λ<=log n,8192,0,106313,12.9776611328125
SSDIU,λ<=log n,8192,0,102831,12.5526123046875
SSDIU,λ<=log n,8192,0,96227,11.7464599609375
SSDIU,λ<=log n,8192,0,93035,11.3568115234375
SSDIU,λ<=log n,8192,0,96747,11.8099365234375
SRDIU,λ<=log n,8192,0,81035,9.8919677734375
SRDIU,λ<=log n,8192,0,73019,8.9134521484375
SRDIU,λ<=log n,8192,0,79047,9.6492919921875
SRDIU,λ<=log n,8192,0,90325,11.0260009765625
SRDIU,λ<=log n,8192,0,77308,9.43701171875
SRDIU,λ<=log n,8192,0,77941,9.5142822265625
SRDIU,λ<=log n,8192,0,74341,9.0748291015625
SRDIU,λ<=log n,8192,0,77008,9.400390625
SRDIU,λ<=log n,8192,0,74046,9.038818359375
SRDIU,λ<=log n,8192,0,81322,9.927001953125
SRDIU,λ<=log n,8192,0,101556,12.39697265625
SRDIU,λ<=log n,8192,0,75678,9.238037109375
SRDIU,λ<=log n,8192,0,79435,9.6966552734375
SRDIU,λ<=log n,8192,0,81346,9.929931640625
SRDIU,λ<=log n,8192,0,72621,8.8648681640625
SRDIU,λ<=log n,8192,0,74019,9.0355224609375
SRDIU,λ<=log n,8192,0,74426,9.085205078125
SRDIU,λ<=log n,8192,0,71699,8.7523193359375
SRDIU,λ<=log n,8192,0,80537,9.8311767578125
SRDIU,λ<=log n,8192,0,86733,10.5875244140625
SRDIU,λ<=log n,8192,0,86518,10.561279296875
SRDIU,λ<=log n,8192,0,74072,9.0419921875
SRDIU,λ<=log n,8192,0,80692,9.85009765625
SRDIU,λ<=log n,8192,0,82880,10.1171875
SRDIU,λ<=log n,8192,0,74511,9.0955810546875
SRDIU,λ<=log n,8192,0,83782,10.227294921875
SRDIU,λ<=log n,8192,0,77269,9.4322509765625
SRDIU,λ<=log n,8192,0,77583,9.4705810546875
SRDIU,λ<=log n,8192,0,85431,10.4285888671875
SRDIU,λ<=log n,8192,0,73488,8.970703125
SRDIU,λ<=log n,8192,0,85199,10.4002685546875
SRDIU,λ<=log n,8192,0,75363,9.1995849609375
SRDIU,λ<=log n,8192,0,75524,9.21923828125
SRDIU,λ<=log n,8192,0,78841,9.6241455078125
SRDIU,λ<=log n,8192,0,75583,9.2264404296875
SRDIU,λ<=log n,8192,0,76484,9.33642578125
SRDIU,λ<=log n,8192,0,77437,9.4527587890625
SRDIU,λ<=log n,8192,0,75319,9.1942138671875
SRDIU,λ<=log n,8192,0,76583,9.3485107421875
SRDIU,λ<=log n,8192,0,72644,8.86767578125
SRDIU,λ<=log n,8192,0,75504,9.216796875
SRDIU,λ<=log n,8192,0,74377,9.0792236328125
SRDIU,λ<=log n,8192,0,74942,9.148193359375
SRDIU,λ<=log n,8192,0,80149,9.7838134765625
SRDIU,λ<=log n,8192,0,75666,9.236572265625
SRDIU,λ<=log n,8192,0,81112,9.9013671875
SRDIU,λ<=log n,8192,0,80987,9.8861083984375
SRDIU,λ<=log n,8192,0,72538,8.854736328125
SRDIU,λ<=log n,8192,0,74946,9.148681640625
SRDIU,λ<=log n,8192,0,83302,10.168701171875
SRDIU,λ<=log n,8192,0,74548,9.10009765625
SRDIU,λ<=log n,8192,0,76239,9.3065185546875
SRDIU,λ<=log n,8192,0,76890,9.385986328125
SRDIU,λ<=log n,8192,0,84266,10.286376953125
SRDIU,λ<=log n,8192,0,74598,9.106201171875
SRDIU,λ<=log n,8192,0,83694,10.216552734375
SRDIU,λ<=log n,8192,0,77197,9.4234619140625
SRDIU,λ<=log n,8192,0,72733,8.8785400390625
SRDIU,λ<=log n,8192,0,83960,10.2490234375
SRDIU,λ<=log n,8192,0,76110,9.290771484375
SRDIU,λ<=log n,8192,0,81587,9.9593505859375
SRDIU,λ<=log n,8192,0,75415,9.2059326171875
SRDIU,λ<=log n,8192,0,76032,9.28125
SRDIU,λ<=log n,8192,0,79962,9.760986328125
SRDIU,λ<=log n,8192,0,75206,9.180419921875
SRDIU,λ<=log n,8192,0,75013,9.1568603515625
SRDIU,λ<=log n,8192,0,77457,9.4552001953125
SRDIU,λ<=log n,8192,0,77612,9.47412109375
SRDIU,λ<=log n,8192,0,86651,10.5775146484375
SRDIU,λ<=log n,8192,0,79522,9.707275390625
SRDIU,λ<=log n,8192,0,91181,11.1304931640625
SRDIU,λ<=log n,8192,0,78217,9.5479736328125
SRDIU,λ<=log n,8192,0,74389,9.0806884765625
SRDIU,λ<=log n,8192,0,78330,9.561767578125
SRDIU,λ<=log n,8192,0,79285,9.6783447265625
SRDIU,λ<=log n,8192,0,79999,9.7655029296875
SRDIU,λ<=log n,8192,0,83101,10.1441650390625
SRDIU,λ<=log n,8192,0,85630,10.452880859375
SRDIU,λ<=log n,8192,0,78126,9.536865234375
SRDIU,λ<=log n,8192,0,79966,9.761474609375
SRDIU,λ<=log n,8192,0,77945,9.5147705078125
SRDIU,λ<=log n,8192,0,84025,10.2569580078125
SRDIU,λ<=log n,8192,0,82400,10.05859375
SRDIU,λ<=log n,8192,0,75008,9.15625
SRDIU,λ<=log n,8192,0,76396,9.32568359375
SRDIU,λ<=log n,8192,0,80590,9.837646484375
SRDIU,λ<=log n,8192,0,81226,9.915283203125
SRDIU,λ<=log n,8192,0,79564,9.71240234375
SRDIU,λ<=log n,8192,0,73099,8.9232177734375
SRDIU,λ<=log n,8192,0,83090,10.142822265625
SRDIU,λ<=log n,8192,0,72298,8.825439453125
SRDIU,λ<=log n,8192,0,75287,9.1903076171875
SRDIU,λ<=log n,8192,0,75995,9.2767333984375
SRDIU,λ<=log n,8192,0,78791,9.6180419921875
SRDIU,λ<=log n,8192,0,78175,9.5428466796875
SRDIU,λ<=log n,8192,0,91807,11.2069091796875
SRDIU,λ<=log n,8192,0,76303,9.3143310546875
SRDIU,λ<=log n,8192,0,79914,9.755126953125
SRDIU,λ<=log n,8192,0,75786,9.251220703125
SRDIU,λ<=log n,8192,0,79283,9.6781005859375
SHDIU,λ<=log n,8192,0,70667,8.6263427734375
SHDIU,λ<=log n,8192,0,72847,8.8924560546875
SHDIU,λ<=log n,8192,0,72629,8.8658447265625
SHDIU,λ<=log n,8192,0,77941,9.5142822265625
SHDIU,λ<=log n,8192,0,72356,8.83251953125
SHDIU,λ<=log n,8192,0,76084,9.28759765625
SHDIU,λ<=log n,8192,0,69436,8.47607421875
SHDIU,λ<=log n,8192,0,77823,9.4998779296875
SHDIU,λ<=log n,8192,0,68664,8.3818359375
SHDIU,λ<=log n,8192,0,72875,8.8958740234375
SHDIU,λ<=log n,8192,0,74893,9.1422119140625
SHDIU,λ<=log n,8192,0,70742,8.635498046875
SHDIU,λ<=log n,8192,0,72977,8.9083251953125
SHDIU,λ<=log n,8192,0,75650,9.234619140625
SHDIU,λ<=log n,8192,0,69898,8.532470703125
SHDIU,λ<=log n,8192,0,77701,9.4849853515625
SHDIU,λ<=log n,8192,0,72754,8.881103515625
SHDIU,λ<=log n,8192,0,67606,8.252685546875
SHDIU,λ<=log n,8192,0,76372,9.32275390625
SHDIU,λ<=log n,8192,0,73423,8.9627685546875
SHDIU,λ<=log n,8192,0,71092,8.67822265625
SHDIU,λ<=log n,8192,0,76525,9.3414306640625
SHDIU,λ<=log n,8192,0,70034,8.549072265625
SHDIU,λ<=log n,8192,0,67430,8.231201171875
SHDIU,λ<=log n,8192,0,73261,8.9429931640625
SHDIU,λ<=log n,8192,0,71128,8.6826171875
SHDIU,λ<=log n,8192,0,68526,8.364990234375
SHDIU,λ<=log n,8192,0,71935,8.7811279296875
SHDIU,λ<=log n,8192,0,76651,9.3568115234375
SHDIU,λ<=log n,8192,0,71951,8.7830810546875
SHDIU,λ<=log n,8192,0,70046,8.550537109375
SHDIU,λ<=log n,8192,0,75036,9.15966796875
SHDIU,λ<=log n,8192,0,71913,8.7784423828125
SHDIU,λ<=log n,8192,0,77415,9.4500732421875
SHDIU,λ<=log n,8192,0,71268,8.69970703125
SHDIU,λ<=log n,8192,0,72890,8.897705078125
SHDIU,λ<=log n,8192,0,82435,10.0628662109375
SHDIU,λ<=log n,8192,0,76633,9.3546142578125
SHDIU,λ<=log n,8192,0,77841,9.5020751953125
SHDIU,λ<=log n,8192,0,69136,8.439453125
SHDIU,λ<=log n,8192,0,75424,9.20703125
SHDIU,λ<=log n,8192,0,70849,8.6485595703125
SHDIU,λ<=log n,8192,0,72539,8.8548583984375
SHDIU,λ<=log n,8192,0,78238,9.550537109375
SHDIU,λ<=log n,8192,0,71002,8.667236328125
SHDIU,λ<=log n,8192,0,68610,8.375244140625
SHDIU,λ<=log n,8192,0,68728,8.3896484375
SHDIU,λ<=log n,8192,0,73897,9.0206298828125
SHDIU,λ<=log n,8192,0,70976,8.6640625
SHDIU,λ<=log n,8192,0,71547,8.7337646484375
SHDIU,λ<=log n,8192,0,70170,8.565673828125
SHDIU,λ<=log n,8192,0,71995,8.7884521484375
SHDIU,λ<=log n,8192,0,70593,8.6173095703125
SHDIU,λ<=log n,8192,0,73801,9.0089111328125
SHDIU,λ<=log n,8192,0,69045,8.4283447265625
SHDIU,λ<=log n,8192,0,73139,8.9281005859375
SHDIU,λ<=log n,8192,0,69268,8.45556640625
SHDIU,λ<=log n,8192,0,67714,8.265869140625
SHDIU,λ<=log n,8192,0,79021,9.6461181640625
SHDIU,λ<=log n,8192,0,68925,8.4136962890625
SHDIU,λ<=log n,8192,0,82855,10.1141357421875
SHDIU,λ<=log n,8192,0,72206,8.814208984375
SHDIU,λ<=log n,8192,0,79258,9.675048828125
SHDIU,λ<=log n,8192,0,71038,8.671630859375
SHDIU,λ<=log n,8192,0,70609,8.6192626953125
SHDIU,λ<=log n,8192,0,76148,9.29541015625
SHDIU,λ<=log n,8192,0,71571,8.7366943359375
SHDIU,λ<=log n,8192,0,67928,8.2919921875
SHDIU,λ<=log n,8192,0,75150,9.173583984375
SHDIU,λ<=log n,8192,0,71705,8.7530517578125
SHDIU,λ<=log n,8192,0,69626,8.499267578125
SHDIU,λ<=log n,8192,0,67355,8.2220458984375
SHDIU,λ<=log n,8192,0,68094,8.312255859375
SHDIU,λ<=log n,8192,0,68612,8.37548828125
SHDIU,λ<=log n,8192,0,71275,8.7005615234375
SHDIU,λ<=log n,8192,0,75563,9.2239990234375
SHDIU,λ<=log n,8192,0,69868,8.52880859375
SHDIU,λ<=log n,8192,0,69486,8.482177734375
SHDIU,λ<=log n,8192,0,72595,8.8616943359375
SHDIU,λ<=log n,8192,0,71139,8.6839599609375
SHDIU,λ<=log n,8192,0,75048,9.1611328125
SHDIU,λ<=log n,8192,0,78908,9.63232421875
SHDIU,λ<=log n,8192,0,71432,8.7197265625
SHDIU,λ<=log n,8192,0,69378,8.468994140625
SHDIU,λ<=log n,8192,0,79994,9.764892578125
SHDIU,λ<=log n,8192,0,73589,8.9830322265625
SHDIU,λ<=log n,8192,0,71680,8.75
SHDIU,λ<=log n,8192,0,69818,8.522705078125
SHDIU,λ<=log n,8192,0,76703,9.3631591796875
SHDIU,λ<=log n,8192,0,70154,8.563720703125
SHDIU,λ<=log n,8192,0,74944,9.1484375
SHDIU,λ<=log n,8192,0,74379,9.0794677734375
SHDIU,λ<=log n,8192,0,78204,9.54638671875
SHDIU,λ<=log n,8192,0,79955,9.7601318359375
SHDIU,λ<=log n,8192,0,75421,9.2066650390625
SHDIU,λ<=log n,8192,0,73435,8.9642333984375
SHDIU,λ<=log n,8192,0,79028,9.64697265625
SHDIU,λ<=log n,8192,0,75121,9.1700439453125
SHDIU,λ<=log n,8192,0,76300,9.31396484375
SHDIU,λ<=log n,8192,0,69457,8.4786376953125
SHLIU,λ<=log n,8192,0,75292,9.19091796875
SHLIU,λ<=log n,8192,0,77813,9.4986572265625
SHLIU,λ<=log n,8192,0,77230,9.427490234375
SHLIU,λ<=log n,8192,0,82161,10.0294189453125
SHLIU,λ<=log n,8192,0,74720,9.12109375
SHLIU,λ<=log n,8192,0,75160,9.1748046875
SHLIU,λ<=log n,8192,0,79552,9.7109375
SHLIU,λ<=log n,8192,0,77700,9.48486328125
SHLIU,λ<=log n,8192,0,84052,10.26025390625
SHLIU,λ<=log n,8192,0,85137,10.3927001953125
SHLIU,λ<=log n,8192,0,81551,9.9549560546875
SHLIU,λ<=log n,8192,0,82211,10.0355224609375
SHLIU,λ<=log n,8192,0,78940,9.63623046875
SHLIU,λ<=log n,8192,0,82291,10.0452880859375
SHLIU,λ<=log n,8192,0,77104,9.412109375
SHLIU,λ<=log n,8192,0,75737,9.2452392578125
SHLIU,λ<=log n,8192,0,77539,9.4652099609375
SHLIU,λ<=log n,8192,0,72022,8.791748046875
SHLIU,λ<=log n,8192,0,73878,9.018310546875
SHLIU,λ<=log n,8192,0,76629,9.3541259765625
SHLIU,λ<=log n,8192,0,76745,9.3682861328125
SHLIU,λ<=log n,8192,0,75837,9.2574462890625
SHLIU,λ<=log n,8192,0,74801,9.1309814453125
SHLIU,λ<=log n,8192,0,76551,9.3446044921875
SHLIU,λ<=log n,8192,0,75235,9.1839599609375
SHLIU,λ<=log n,8192,0,83253,10.1627197265625
SHLIU,λ<=log n,8192,0,74067,9.0413818359375
SHLIU,λ<=log n,8192,0,86766,10.591552734375
SHLIU,λ<=log n,8192,0,82766,10.103271484375
SHLIU,λ<=log n,8192,0,83272,10.1650390625
SHLIU,λ<=log n,8192,0,74557,9.1011962890625
SHLIU,λ<=log n,8192,0,79551,9.7108154296875
SHLIU,λ<=log n,8192,0,77201,9.4239501953125
SHLIU,λ<=log n,8192,0,80034,9.769775390625
SHLIU,λ<=log n,8192,0,85293,10.4117431640625
SHLIU,λ<=log n,8192,0,76278,9.311279296875
SHLIU,λ<=log n,8192,0,72814,8.888427734375
SHLIU,λ<=log n,8192,0,75767,9.2489013671875
SHLIU,λ<=log n,8192,0,79607,9.7176513671875
SHLIU,λ<=log n,8192,0,79126,9.658935546875
SHLIU,λ<=log n,8192,0,77412,9.44970703125
SHLIU,λ<=log n,8192,0,80001,9.7657470703125
SHLIU,λ<=log n,8192,0,81637,9.9654541015625
SHLIU,λ<=log n,8192,0,74551,9.1004638671875
SHLIU,λ<=log n,8192,0,74791,9.1297607421875
SHLIU,λ<=log n,8192,0,74211,9.0589599609375
SHLIU,λ<=log n,8192,0,73819,9.0111083984375
SHLIU,λ<=log n,8192,0,85387,10.4232177734375
SHLIU,λ<=log n,8192,0,75412,9.20556640625
SHLIU,λ<=log n,8192,0,80075,9.7747802734375
SHLIU,λ<=log n,8192,0,76507,9.3392333984375
SHLIU,λ<=log n,8192,0,79043,9.6488037109375
SHLIU,λ<=log n,8192,0,75797,9.2525634765625
SHLIU,λ<=log n,8192,0,83342,10.173583984375
SHLIU,λ<=log n,8192,0,78287,9.5565185546875
SHLIU,λ<=log n,8192,0,81026,9.890869140625
SHLIU,λ<=log n,8192,0,81331,9.9281005859375
SHLIU,λ<=log n,8192,0,87277,10.6539306640625
SHLIU,λ<=log n,8192,0,79030,9.647216796875
SHLIU,λ<=log n,8192,0,75234,9.183837890625
SHLIU,λ<=log n,8192,0,75046,9.160888671875
SHLIU,λ<=log n,8192,0,73556,8.97900390625
SHLIU,λ<=log n,8192,0,82344,10.0517578125
SHLIU,λ<=log n,8192,0,76274,9.310791015625
SHLIU,λ<=log n,8192,0,76329,9.3175048828125
SHLIU,λ<=log n,8192,0,75101,9.1676025390625
SHLIU,λ<=log n,8192,0,85048,10.3818359375
SHLIU,λ<=log n,8192,0,78217,9.5479736328125
SHLIU,λ<=log n,8192,0,81299,9.9241943359375
SHLIU,λ<=log n,8192,0,83122,10.146728515625
SHLIU,λ<=log n,8192,0,77519,9.4627685546875
SHLIU,λ<=log n,8192,0,81244,9.91748046875
SHLIU,λ<=log n,8192,0,75698,9.240478515625
SHLIU,λ<=log n,8192,0,80035,9.7698974609375
SHLIU,λ<=log n,8192,0,77968,9.517578125
SHLIU,λ<=log n,8192,0,75450,9.210205078125
SHLIU,λ<=log n,8192,0,78279,9.5555419921875
SHLIU,λ<=log n,8192,0,74817,9.1329345703125
SHLIU,λ<=log n,8192,0,76553,9.3448486328125
SHLIU,λ<=log n,8192,0,75882,9.262939453125
SHLIU,λ<=log n,8192,0,81095,9.8992919921875
SHLIU,λ<=log n,8192,0,88533,10.8072509765625
SHLIU,λ<=log n,8192,0,77509,9.4615478515625
SHLIU,λ<=log n,8192,0,84068,10.26220703125
SHLIU,λ<=log n,8192,0,76415,9.3280029296875
SHLIU,λ<=log n,8192,0,77995,9.5208740234375
SHLIU,λ<=log n,8192,0,82068,10.01806640625
SHLIU,λ<=log n,8192,0,74998,9.155029296875
SHLIU,λ<=log n,8192,0,76571,9.3470458984375
SHLIU,λ<=log n,8192,0,78620,9.59716796875
SHLIU,λ<=log n,8192,0,81576,9.9580078125
SHLIU,λ<=log n,8192,0,79259,9.6751708984375
SHLIU,λ<=log n,8192,0,79151,9.6619873046875
SHLIU,λ<=log n,8192,0,80097,9.7774658203125
SHLIU,λ<=log n,8192,0,77741,9.4898681640625
SHLIU,λ<=log n,8192,0,81139,9.9046630859375
SHLIU,λ<=log n,8192,0,77969,9.5177001953125
SHLIU,λ<=log n,8192,0,74206,9.058349609375
SHLIU,λ<=log n,8192,0,79646,9.722412109375
SHLIU,λ<=log n,8192,0,76729,9.3663330078125
SRLIU,λ<=log n,8192,0,77887,9.5076904296875
SRLIU,λ<=log n,8192,0,80158,9.784912109375
SRLIU,λ<=log n,8192,0,77439,9.4530029296875
SRLIU,λ<=log n,8192,0,93481,11.4112548828125
SRLIU,λ<=log n,8192,0,81201,9.9122314453125
SRLIU,λ<=log n,8192,0,82838,10.112060546875
SRLIU,λ<=log n,8192,0,93778,11.447509765625
SRLIU,λ<=log n,8192,0,80629,9.8424072265625
SRLIU,λ<=log n,8192,0,79869,9.7496337890625
SRLIU,λ<=log n,8192,0,78591,9.5936279296875
SRLIU,λ<=log n,8192,0,86911,10.6092529296875
SRLIU,λ<=log n,8192,0,80890,9.874267578125
SRLIU,λ<=log n,8192,0,82723,10.0980224609375
SRLIU,λ<=log n,8192,0,77885,9.5074462890625
SRLIU,λ<=log n,8192,0,82741,10.1002197265625
SRLIU,λ<=log n,8192,0,85907,10.4866943359375
SRLIU,λ<=log n,8192,0,85411,10.4261474609375
SRLIU,λ<=log n,8192,0,89211,10.8900146484375
SRLIU,λ<=log n,8192,0,87993,10.7413330078125
SRLIU,λ<=log n,8192,0,87446,10.674560546875
SRLIU,λ<=log n,8192,0,90785,11.0821533203125
SRLIU,λ<=log n,8192,0,90330,11.026611328125
SRLIU,λ<=log n,8192,0,79319,9.6824951171875
SRLIU,λ<=log n,8192,0,77846,9.502685546875
SRLIU,λ<=log n,8192,0,85755,10.4681396484375
SRLIU,λ<=log n,8192,0,78837,9.6236572265625
SRLIU,λ<=log n,8192,0,78741,9.6119384765625
SRLIU,λ<=log n,8192,0,91042,11.113525390625
SRLIU,λ<=log n,8192,0,84164,10.27392578125
SRLIU,λ<=log n,8192,0,84944,10.369140625
SRLIU,λ<=log n,8192,0,79926,9.756591796875
SRLIU,λ<=log n,8192,0,78357,9.5650634765625
SRLIU,λ<=log n,8192,0,81113,9.9014892578125
SRLIU,λ<=log n,8192,0,76155,9.2962646484375
SRLIU,λ<=log n,8192,0,86474,10.555908203125
SRLIU,λ<=log n,8192,0,87500,10.68115234375
SRLIU,λ<=log n,8192,0,80252,9.79638671875
SRLIU,λ<=log n,8192,0,93322,11.391845703125
SRLIU,λ<=log n,8192,0,83824,10.232421875
SRLIU,λ<=log n,8192,0,80049,9.7716064453125
SRLIU,λ<=log n,8192,0,81941,10.0025634765625
SRLIU,λ<=log n,8192,0,85047,10.3817138671875
SRLIU,λ<=log n,8192,0,80102,9.778076171875
SRLIU,λ<=log n,8192,0,78607,9.5955810546875
SRLIU,λ<=log n,8192,0,79841,9.7462158203125
SRLIU,λ<=log n,8192,0,76944,9.392578125
SRLIU,λ<=log n,8192,0,79890,9.752197265625
SRLIU,λ<=log n,8192,0,85041,10.3809814453125
SRLIU,λ<=log n,8192,0,82162,10.029541015625
SRLIU,λ<=log n,8192,0,81445,9.9420166015625
SRLIU,λ<=log n,8192,0,77663,9.4803466796875
SRLIU,λ<=log n,8192,0,84009,10.2550048828125
SRLIU,λ<=log n,8192,0,87802,10.718017578125
SRLIU,λ<=log n,8192,0,81979,10.0072021484375
SRLIU,λ<=log n,8192,0,78023,9.5242919921875
SRLIU,λ<=log n,8192,0,84876,10.36083984375
SRLIU,λ<=log n,8192,0,90982,11.106201171875
SRLIU,λ<=log n,8192,0,84460,10.31005859375
SRLIU,λ<=log n,8192,0,77925,9.5123291015625
SRLIU,λ<=log n,8192,0,85350,10.418701171875
SRLIU,λ<=log n,8192,0,85647,10.4549560546875
SRLIU,λ<=log n,8192,0,79921,9.7559814453125
SRLIU,λ<=log n,8192,0,90412,11.03662109375
SRLIU,λ<=log n,8192,0,85256,10.4072265625
SRLIU,λ<=log n,8192,0,83167,10.1522216796875
SRLIU,λ<=log n,8192,0,77480,9.4580078125
SRLIU,λ<=log n,8192,0,79067,9.6517333984375
SRLIU,λ<=log n,8192,0,79227,9.6712646484375
SRLIU,λ<=log n,8192,0,80044,9.77099609375
SRLIU,λ<=log n,8192,0,83971,10.2503662109375
SRLIU,λ<=log n,8192,0,81274,9.921142578125
SRLIU,λ<=log n,8192,0,85668,10.45751953125
SRLIU,λ<=log n,8192,0,86125,10.5133056640625
SRLIU,λ<=log n,8192,0,78002,9.521728515625
SRLIU,λ<=log n,8192,0,81898,9.997314453125
SRLIU,λ<=log n,8192,0,83592,10.2041015625
SRLIU,λ<=log n,8192,0,82566,10.078857421875
SRLIU,λ<=log n,8192,0,90396,11.03466796875
SRLIU,λ<=log n,8192,0,84404,10.30322265625
SRLIU,λ<=log n,8192,0,80651,9.8450927734375
SRLIU,λ<=log n,8192,0,88184,10.7646484375
SRLIU,λ<=log n,8192,0,82066,10.017822265625
SRLIU,λ<=log n,8192,0,84307,10.2913818359375
SRLIU,λ<=log n,8192,0,74068,9.04150390625
SRLIU,λ<=log n,8192,0,86329,10.5382080078125
SRLIU,λ<=log n,8192,0,80694,9.850341796875
SRLIU,λ<=log n,8192,0,80909,9.8765869140625
SRLIU,λ<=log n,8192,0,82013,10.0113525390625
SRLIU,λ<=log n,8192,0,80426,9.817626953125
SRLIU,λ<=log n,8192,0,83263,10.1639404296875
SRLIU,λ<=log n,8192,0,81980,10.00732421875
SRLIU,λ<=log n,8192,0,80399,9.8143310546875
SRLIU,λ<=log n,8192,0,92557,11.2984619140625
SRLIU,λ<=log n,8192,0,79001,9.6436767578125
SRLIU,λ<=log n,8192,0,76723,9.3656005859375
SRLIU,λ<=log n,8192,0,83096,10.1435546875
SRLIU,λ<=log n,8192,0,85190,10.399169921875
SRLIU,λ<=log n,8192,0,90591,11.0584716796875
SRLIU,λ<=log n,8192,0,76299,9.3138427734375
SRLIU,λ<=log n,8192,0,79687,9.7274169921875
SSLIU,λ<=log n,8192,0,99403,12.1341552734375
SSLIU,λ<=log n,8192,0,106937,13.0538330078125
SSLIU,λ<=log n,8192,0,104689,12.7794189453125
SSLIU,λ<=log n,8192,0,94693,11.5592041015625
SSLIU,λ<=log n,8192,0,99751,12.1766357421875
SSLIU,λ<=log n,8192,0,106345,12.9815673828125
SSLIU,λ<=log n,8192,0,101683,12.4124755859375
SSLIU,λ<=log n,8192,0,109437,13.3590087890625
SSLIU,λ<=log n,8192,0,105961,12.9346923828125
SSLIU,λ<=log n,8192,0,105421,12.8687744140625
SSLIU,λ<=log n,8192,0,105047,12.8231201171875
SSLIU,λ<=log n,8192,0,93249,11.3829345703125
SSLIU,λ<=log n,8192,0,106147,12.9573974609375
SSLIU,λ<=log n,8192,0,105155,12.8363037109375
SSLIU,λ<=log n,8192,0,99085,12.0953369140625
SSLIU,λ<=log n,8192,0,100605,12.2808837890625
SSLIU,λ<=log n,8192,0,99745,12.1759033203125
SSLIU,λ<=log n,8192,0,110313,13.4659423828125
SSLIU,λ<=log n,8192,0,103111,12.5867919921875
SSLIU,λ<=log n,8192,0,109785,13.4014892578125
SSLIU,λ<=log n,8192,0,96015,11.7205810546875
SSLIU,λ<=log n,8192,0,103755,12.6654052734375
SSLIU,λ<=log n,8192,0,108427,13.2357177734375
SSLIU,λ<=log n,8192,0,104853,12.7994384765625
SSLIU,λ<=log n,8192,0,110303,13.4647216796875
SSLIU,λ<=log n,8192,0,104293,12.7310791015625
SSLIU,λ<=log n,8192,0,106769,13.0333251953125
SSLIU,λ<=log n,8192,0,105667,12.8988037109375
SSLIU,λ<=log n,8192,0,103487,12.6326904296875
SSLIU,λ<=log n,8192,0,98095,11.9744873046875
SSLIU,λ<=log n,8192,0,105991,12.9383544921875
SSLIU,λ<=log n,8192,0,103783,12.6688232421875
SSLIU,λ<=log n,8192,0,113459,13.8499755859375
SSLIU,λ<=log n,8192,0,106727,13.0281982421875
SSLIU,λ<=log n,8192,0,102337,12.4923095703125
SSLIU,λ<=log n,8192,0,105573,12.8873291015625
SSLIU,λ<=log n,8192,0,98997,12.0845947265625
SSLIU,λ<=log n,8192,0,98803,12.0609130859375
SSLIU,λ<=log n,8192,0,105693,12.9019775390625
SSLIU,λ<=log n,8192,0,95303,11.6336669921875
SSLIU,λ<=log n,8192,0,95097,11.6085205078125
SSLIU,λ<=log n,8192,0,101373,12.3746337890625
SSLIU,λ<=log n,8192,0,101021,12.3316650390625
SSLIU,λ<=log n,8192,0,108513,13.2462158203125
SSLIU,λ<=log n,8192,0,106551,13.0067138671875
SSLIU,λ<=log n,8192,0,99883,12.1927490234375
SSLIU,λ<=log n,8192,0,101035,12.3333740234375
SSLIU,λ<=log n,8192,0,108147,13.2015380859375
SSLIU,λ<=log n,8192,0,109181,13.3277587890625
SSLIU,λ<=log n,8192,0,100583,12.2781982421875
SSLIU,λ<=log n,8192,0,106281,12.9737548828125
SSLIU,λ<=log n,8192,0,101609,12.4034423828125
SSLIU,λ<=log n,8192,0,102539,12.5169677734375
SSLIU,λ<=log n,8192,0,101157,12.3482666015625
SSLIU,λ<=log n,8192,0,99327,12.1248779296875
SSLIU,λ<=log n,8192,0,103319,12.6121826171875
SSLIU,λ<=log n,8192,0,101119,12.3436279296875
SSLIU,λ<=log n,8192,0,103239,12.6024169921875
SSLIU,λ<=log n,8192,0,99351,12.1278076171875
SSLIU,λ<=log n,8192,0,104785,12.7911376953125
SSLIU,λ<=log n,8192,0,105435,12.8704833984375
SSLIU,λ<=log n,8192,0,109669,13.3873291015625
SSLIU,λ<=log n,8192,0,103029,12.5767822265625
SSLIU,λ<=log n,8192,0,104835,12.7972412109375
SSLIU,λ<=log n,8192,0,112589,13.7437744140625
SSLIU,λ<=log n,8192,0,110049,13.4337158203125
SSLIU,λ<=log n,8192,0,106829,13.0406494140625
SSLIU,λ<=log n,8192,0,103529,12.6378173828125
SSLIU,λ<=log n,8192,0,101529,12.3936767578125
SSLIU,λ<=log n,8192,0,104789,12.7916259765625
SSLIU,λ<=log n,8192,0,107353,13.1046142578125
SSLIU,λ<=log n,8192,0,99017,12.0870361328125
SSLIU,λ<=log n,8192,0,113051,13.8001708984375
SSLIU,λ<=log n,8192,0,108395,13.2318115234375
SSLIU,λ<=log n,8192,0,99069,12.0933837890625
SSLIU,λ<=log n,8192,0,100145,12.2247314453125
SSLIU,λ<=log n,8192,0,116047,14.1658935546875
SSLIU,λ<=log n,8192,0,101009,12.3302001953125
SSLIU,λ<=log n,8192,0,107101,13.0738525390625
SSLIU,λ<=log n,8192,0,106865,13.0450439453125
SSLIU,λ<=log n,8192,0,105229,12.8453369140625
SSLIU,λ<=log n,8192,0,99287,12.1199951171875
SSLIU,λ<=log n,8192,0,102647,12.5301513671875
SSLIU,λ<=log n,8192,0,93943,11.4676513671875
SSLIU,λ<=log n,8192,0,104547,12.7620849609375
SSLIU,λ<=log n,8192,0,94945,11.5899658203125
SSLIU,λ<=log n,8192,0,101769,12.4229736328125
SSLIU,λ<=log n,8192,0,101023,12.3319091796875
SSLIU,λ<=log n,8192,0,103749,12.6646728515625
SSLIU,λ<=log n,8192,0,104187,12.7181396484375
SSLIU,λ<=log n,8192,0,107965,13.1793212890625
SSLIU,λ<=log n,8192,0,98947,12.0784912109375
SSLIU,λ<=log n,8192,0,103739,12.6634521484375
SSLIU,λ<=log n,8192,0,105967,12.9354248046875
SSLIU,λ<=log n,8192,0,101355,12.3724365234375
SSLIU,λ<=log n,8192,0,95367,11.6414794921875
SSLIU,λ<=log n,8192,0,98509,12.0250244140625
SSLIU,λ<=log n,8192,0,106283,12.9739990234375
SSLIU,λ<=log n,8192,0,99583,12.1561279296875
RSDCP,λ<=log n,65536,0,734789,11.211990356445312
RSDCP,λ<=log n,65536,0,728721,11.119400024414062
RSDCP,λ<=log n,65536,0,636567,9.713241577148438
RSDCP,λ<=log n,65536,0,682473,10.413711547851562
RSDCP,λ<=log n,65536,0,739508,11.28399658203125
RSDCP,λ<=log n,65536,0,692042,10.559722900390625
RSDCP,λ<=log n,65536,0,657129,10.026992797851562
RSDCP,λ<=log n,65536,0,692269,10.563186645507812
RSDCP,λ<=log n,65536,0,644608,9.8359375
RSDCP,λ<=log n,65536,0,648721,9.898696899414062
RSDCP,λ<=log n,65536,0,664277,10.136062622070312
RSDCP,λ<=log n,65536,0,670039,10.223983764648438
RSDCP,λ<=log n,65536,0,731560,11.1627197265625
RSDCP,λ<=log n,65536,0,666473,10.169570922851562
RSDCP,λ<=log n,65536,0,697175,10.638046264648438
RSDCP,λ<=log n,65536,0,656773,10.021560668945312
RSDCP,λ<=log n,65536,0,634827,9.686691284179688
RSDCP,λ<=log n,65536,0,624310,9.526214599609375
RSDCP,λ<=log n,65536,0,728032,11.10888671875
RSDCP,λ<=log n,65536,0,727098,11.094635009765625
RSDCP,λ<=log n,65536,0,681832,10.4039306640625
RSDCP,λ<=log n,65536,0,666423,10.168807983398438
RSDCP,λ<=log n,65536,0,696499,10.627731323242188
RSDCP,λ<=log n,65536,0,638702,9.745819091796875
RSDCP,λ<=log n,65536,0,675062,10.300628662109375
RSDCP,λ<=log n,65536,0,678962,10.360137939453125
RSDCP,λ<=log n,65536,0,666308,10.16705322265625
RSDCP,λ<=log n,65536,0,684604,10.44622802734375
RSDCP,λ<=log n,65536,0,628913,9.596450805664062
RSDCP,λ<=log n,65536,0,639827,9.762985229492188
RSDCP,λ<=log n,65536,0,631883,9.641769409179688
RSDCP,λ<=log n,65536,0,678147,10.347702026367188
RSDCP,λ<=log n,65536,0,668090,10.194244384765625
RSDCP,λ<=log n,65536,0,685072,10.453369140625
RSDCP,λ<=log n,65536,0,665620,10.15655517578125
RSDCP,λ<=log n,65536,0,683968,10.4365234375
RSDCP,λ<=log n,65536,0,657682,10.035430908203125
RSDCP,λ<=log n,65536,0,713766,10.891204833984375
RSDCP,λ<=log n,65536,0,684309,10.441726684570312
RSDCP,λ<=log n,65536,0,690466,10.535675048828125
RSDCP,λ<=log n,65536,0,658626,10.049835205078125
RSDCP,λ<=log n,65536,0,696927,10.634262084960938
RSDCP,λ<=log n,65536,0,687695,10.493392944335938
RSDCP,λ<=log n,65536,0,636407,9.710800170898438
RSDCP,λ<=log n,65536,0,641846,9.793792724609375
RSDCP,λ<=log n,65536,0,765885,11.686477661132812
RSDCP,λ<=log n,65536,0,695118,10.606658935546875
RSDCP,λ<=log n,65536,0,678896,10.359130859375
RSDCP,λ<=log n,65536,0,774417,11.816665649414062
RSDCP,λ<=log n,65536,0,649625,9.912490844726562
RSDCP,λ<=log n,65536,0,645603,9.851119995117188
RSDCP,λ<=log n,65536,0,625355,9.542160034179688
RSDCP,λ<=log n,65536,0,781224,11.9205322265625
RSDCP,λ<=log n,65536,0,650334,9.923309326171875
RSDCP,λ<=log n,65536,0,614755,9.380416870117188
RSDCP,λ<=log n,65536,0,649629,9.912551879882812
RSDCP,λ<=log n,65536,0,727373,11.098831176757812
RSDCP,λ<=log n,65536,0,632445,9.650344848632812
RSDCP,λ<=log n,65536,0,705899,10.771163940429688
RSDCP,λ<=log n,65536,0,621394,9.481719970703125
RSDCP,λ<=log n,65536,0,635521,9.697280883789062
RSDCP,λ<=log n,65536,0,684866,10.450225830078125
RSDCP,λ<=log n,65536,0,628106,9.584136962890625
RSDCP,λ<=log n,65536,0,688201,10.501113891601562
RSDCP,λ<=log n,65536,0,761745,11.623306274414062
RSDCP,λ<=log n,65536,0,704471,10.749374389648438
RSDCP,λ<=log n,65536,0,680962,10.390655517578125
RSDCP,λ<=log n,65536,0,678381,10.351272583007812
RSDCP,λ<=log n,65536,0,655357,9.999954223632812
RSDCP,λ<=log n,65536,0,673527,10.277206420898438
RSDCP,λ<=log n,65536,0,710569,10.842422485351562
RSDCP,λ<=log n,65536,0,638780,9.74700927734375
RSDCP,λ<=log n,65536,0,735913,11.229141235351562
RSDCP,λ<=log n,65536,0,722636,11.02655029296875
RSDCP,λ<=log n,65536,0,694833,10.602310180664062
RSDCP,λ<=log n,65536,0,779203,11.889694213867188
RSDCP,λ<=log n,65536,0,616610,9.408721923828125
RSDCP,λ<=log n,65536,0,687813,10.495193481445312
RSDCP,λ<=log n,65536,0,665482,10.154449462890625
RSDCP,λ<=log n,65536,0,644523,9.834640502929688
RSDCP,λ<=log n,65536,0,612731,9.349533081054688
RSDCP,λ<=log n,65536,0,659427,10.062057495117188
RSDCP,λ<=log n,65536,0,640867,9.778854370117188
RSDCP,λ<=log n,65536,0,666284,10.16668701171875
RSDCP,λ<=log n,65536,0,715111,10.911727905273438
RSDCP,λ<=log n,65536,0,619856,9.458251953125
RSDCP,λ<=log n,65536,0,711493,10.856521606445312
RSDCP,λ<=log n,65536,0,641433,9.787490844726562
RSDCP,λ<=log n,65536,0,650652,9.92816162109375
RSDCP,λ<=log n,65536,0,662150,10.103607177734375
RSDCP,λ<=log n,65536,0,650154,9.920562744140625
RSDCP,λ<=log n,65536,0,670459,10.230392456054688
RSDCP,λ<=log n,65536,0,648905,9.901504516601562
RSDCP,λ<=log n,65536,0,671697,10.249282836914062
RSDCP,λ<=log n,65536,0,695030,10.605316162109375
RSDCP,λ<=log n,65536,0,721128,11.0035400390625
RSDCP,λ<=log n,65536,0,673807,10.281478881835938
RSDCP,λ<=log n,65536,0,681158,10.393646240234375
RSDCP,λ<=log n,65536,0,657699,10.035690307617188
RSDCP,λ<=log n,65536,0,701401,10.702529907226562
RRDCP,λ<=log n,65536,0,531041,8.103042602539062
RRDCP,λ<=log n,65536,0,474815,7.2451019287109375
RRDCP,λ<=log n,65536,0,496767,7.5800628662109375
RRDCP,λ<=log n,65536,0,534774,8.160003662109375
RRDCP,λ<=log n,65536,0,540846,8.252655029296875
RRDCP,λ<=log n,65536,0,533099,8.134445190429688
RRDCP,λ<=log n,65536,0,536617,8.188125610351562
RRDCP,λ<=log n,65536,0,503675,7.6854705810546875
RRDCP,λ<=log n,65536,0,488489,7.4537506103515625
RRDCP,λ<=log n,65536,0,522639,7.9748382568359375
RRDCP,λ<=log n,65536,0,576140,8.79119873046875
RRDCP,λ<=log n,65536,0,561066,8.561187744140625
RRDCP,λ<=log n,65536,0,484791,7.3973236083984375
RRDCP,λ<=log n,65536,0,523992,7.9954833984375
RRDCP,λ<=log n,65536,0,520051,7.9353485107421875
RRDCP,λ<=log n,65536,0,525874,8.024200439453125
RRDCP,λ<=log n,65536,0,592143,9.035385131835938
RRDCP,λ<=log n,65536,0,507511,7.7440032958984375
RRDCP,λ<=log n,65536,0,487129,7.4329986572265625
RRDCP,λ<=log n,65536,0,551595,8.416671752929688
RRDCP,λ<=log n,65536,0,540512,8.24755859375
RRDCP,λ<=log n,65536,0,507110,7.737884521484375
RRDCP,λ<=log n,65536,0,485574,7.409271240234375
RRDCP,λ<=log n,65536,0,533468,8.14007568359375
RRDCP,λ<=log n,65536,0,493227,7.5260467529296875
RRDCP,λ<=log n,65536,0,576516,8.79693603515625
RRDCP,λ<=log n,65536,0,562258,8.579376220703125
RRDCP,λ<=log n,65536,0,564051,8.606735229492188
RRDCP,λ<=log n,65536,0,564400,8.612060546875
RRDCP,λ<=log n,65536,0,498783,7.6108245849609375
RRDCP,λ<=log n,65536,0,535242,8.167144775390625
RRDCP,λ<=log n,65536,0,549260,8.38104248046875
RRDCP,λ<=log n,65536,0,602918,9.199798583984375
RRDCP,λ<=log n,65536,0,540445,8.246536254882812
RRDCP,λ<=log n,65536,0,546952,8.3458251953125
RRDCP,λ<=log n,65536,0,594262,9.067718505859375
RRDCP,λ<=log n,65536,0,519303,7.9239349365234375
RRDCP,λ<=log n,65536,0,569154,8.684600830078125
RRDCP,λ<=log n,65536,0,524506,8.003326416015625
RRDCP,λ<=log n,65536,0,553424,8.444580078125
RRDCP,λ<=log n,65536,0,594640,9.073486328125
RRDCP,λ<=log n,65536,0,521372,7.95550537109375
RRDCP,λ<=log n,65536,0,516530,7.881622314453125
RRDCP,λ<=log n,65536,0,530986,8.102203369140625
RRDCP,λ<=log n,65536,0,528553,8.065078735351562
RRDCP,λ<=log n,65536,0,564819,8.618453979492188
RRDCP,λ<=log n,65536,0,490872,7.4901123046875
RRDCP,λ<=log n,65536,0,538163,8.211715698242188
RRDCP,λ<=log n,65536,0,487375,7.4367523193359375
RRDCP,λ<=log n,65536,0,500596,7.63848876953125
RRDCP,λ<=log n,65536,0,503026,7.675567626953125
RRDCP,λ<=log n,65536,0,499935,7.6284027099609375
RRDCP,λ<=log n,65536,0,510770,7.793731689453125
RRDCP,λ<=log n,65536,0,500308,7.63409423828125
RRDCP,λ<=log n,65536,0,539555,8.232955932617188
RRDCP,λ<=log n,65536,0,532575,8.126449584960938
RRDCP,λ<=log n,65536,0,541923,8.269088745117188
RRDCP,λ<=log n,65536,0,549344,8.38232421875
RRDCP,λ<=log n,65536,0,563350,8.596038818359375
RRDCP,λ<=log n,65536,0,542437,8.276931762695312
RRDCP,λ<=log n,65536,0,523674,7.990631103515625
RRDCP,λ<=log n,65536,0,570545,8.705825805664062
RRDCP,λ<=log n,65536,0,513074,7.828887939453125
RRDCP,λ<=log n,65536,0,518394,7.910064697265625
RRDCP,λ<=log n,65536,0,543366,8.291107177734375
RRDCP,λ<=log n,65536,0,530597,8.096267700195312
RRDCP,λ<=log n,65536,0,542134,8.272308349609375
RRDCP,λ<=log n,65536,0,531940,8.11676025390625
RRDCP,λ<=log n,65536,0,538742,8.220550537109375
RRDCP,λ<=log n,65536,0,481284,7.34381103515625
RRDCP,λ<=log n,65536,0,516735,7.8847503662109375
RRDCP,λ<=log n,65536,0,514640,7.852783203125
RRDCP,λ<=log n,65536,0,508983,7.7664642333984375
RRDCP,λ<=log n,65536,0,532855,8.130722045898438
RRDCP,λ<=log n,65536,0,508434,7.758087158203125
RRDCP,λ<=log n,65536,0,559965,8.544387817382812
RRDCP,λ<=log n,65536,0,538606,8.218475341796875
RRDCP,λ<=log n,65536,0,501352,7.6500244140625
RRDCP,λ<=log n,65536,0,565879,8.634628295898438
RRDCP,λ<=log n,65536,0,553014,8.438323974609375
RRDCP,λ<=log n,65536,0,503801,7.6873931884765625
RRDCP,λ<=log n,65536,0,578443,8.826339721679688
RRDCP,λ<=log n,65536,0,509372,7.77239990234375
RRDCP,λ<=log n,65536,0,559584,8.53857421875
RRDCP,λ<=log n,65536,0,520337,7.9397125244140625
RRDCP,λ<=log n,65536,0,534568,8.1568603515625
RRDCP,λ<=log n,65536,0,576629,8.798660278320312
RRDCP,λ<=log n,65536,0,501981,7.6596221923828125
RRDCP,λ<=log n,65536,0,519866,7.932525634765625
RRDCP,λ<=log n,65536,0,516177,7.8762359619140625
RRDCP,λ<=log n,65536,0,584720,8.922119140625
RRDCP,λ<=log n,65536,0,510533,7.7901153564453125
RRDCP,λ<=log n,65536,0,572022,8.728363037109375
RRDCP,λ<=log n,65536,0,527630,8.050994873046875
RRDCP,λ<=log n,65536,0,532957,8.132278442382812
RRDCP,λ<=log n,65536,0,515115,7.8600311279296875
RRDCP,λ<=log n,65536,0,531150,8.104705810546875
RRDCP,λ<=log n,65536,0,567788,8.66375732421875
RRDCP,λ<=log n,65536,0,558661,8.524490356445312
RRDCP,λ<=log n,65536,0,525683,8.021286010742188
RHDCP,λ<=log n,65536,0,497894,7.597259521484375
RHDCP,λ<=log n,65536,0,487217,7.4343414306640625
RHDCP,λ<=log n,65536,0,500300,7.63397216796875
RHDCP,λ<=log n,65536,0,467780,7.13775634765625
RHDCP,λ<=log n,65536,0,467303,7.1304779052734375
RHDCP,λ<=log n,65536,0,502639,7.6696624755859375
RHDCP,λ<=log n,65536,0,466440,7.1173095703125
RHDCP,λ<=log n,65536,0,473397,7.2234649658203125
RHDCP,λ<=log n,65536,0,480957,7.3388214111328125
RHDCP,λ<=log n,65536,0,481646,7.349334716796875
RHDCP,λ<=log n,65536,0,538429,8.215774536132812
RHDCP,λ<=log n,65536,0,456033,6.9585113525390625
RHDCP,λ<=log n,65536,0,521255,7.9537200927734375
RHDCP,λ<=log n,65536,0,474626,7.242218017578125
RHDCP,λ<=log n,65536,0,511511,7.8050384521484375
RHDCP,λ<=log n,65536,0,494405,7.5440216064453125
RHDCP,λ<=log n,65536,0,477119,7.2802581787109375
RHDCP,λ<=log n,65536,0,460102,7.020599365234375
RHDCP,λ<=log n,65536,0,480627,7.3337860107421875
RHDCP,λ<=log n,65536,0,468456,7.1480712890625
RHDCP,λ<=log n,65536,0,484757,7.3968048095703125
RHDCP,λ<=log n,65536,0,482098,7.356231689453125
RHDCP,λ<=log n,65536,0,473459,7.2244110107421875
RHDCP,λ<=log n,65536,0,517861,7.9019317626953125
RHDCP,λ<=log n,65536,0,458950,7.003021240234375
RHDCP,λ<=log n,65536,0,439639,6.7083587646484375
RHDCP,λ<=log n,65536,0,474524,7.24066162109375
RHDCP,λ<=log n,65536,0,510674,7.792266845703125
RHDCP,λ<=log n,65536,0,492744,7.5186767578125
RHDCP,λ<=log n,65536,0,478886,7.307220458984375
RHDCP,λ<=log n,65536,0,476571,7.2718963623046875
RHDCP,λ<=log n,65536,0,464839,7.0928802490234375
RHDCP,λ<=log n,65536,0,462522,7.057525634765625
RHDCP,λ<=log n,65536,0,485951,7.4150238037109375
RHDCP,λ<=log n,65536,0,508706,7.762237548828125
RHDCP,λ<=log n,65536,0,476955,7.2777557373046875
RHDCP,λ<=log n,65536,0,503211,7.6783905029296875
RHDCP,λ<=log n,65536,0,474156,7.23504638671875
RHDCP,λ<=log n,65536,0,458299,6.9930877685546875
RHDCP,λ<=log n,65536,0,498943,7.6132659912109375
RHDCP,λ<=log n,65536,0,492615,7.5167083740234375
RHDCP,λ<=log n,65536,0,472248,7.2059326171875
RHDCP,λ<=log n,65536,0,507650,7.746124267578125
RHDCP,λ<=log n,65536,0,507802,7.748443603515625
RHDCP,λ<=log n,65536,0,510447,7.7888031005859375
RHDCP,λ<=log n,65536,0,530461,8.094192504882812
RHDCP,λ<=log n,65536,0,466612,7.11993408203125
RHDCP,λ<=log n,65536,0,486205,7.4188995361328125
RHDCP,λ<=log n,65536,0,479267,7.3130340576171875
RHDCP,λ<=log n,65536,0,517969,7.9035797119140625
RHDCP,λ<=log n,65536,0,458697,6.9991607666015625
RHDCP,λ<=log n,65536,0,522651,7.9750213623046875
RHDCP,λ<=log n,65536,0,504332,7.69549560546875
RHDCP,λ<=log n,65536,0,469391,7.1623382568359375
RHDCP,λ<=log n,65536,0,490700,7.48748779296875
RHDCP,λ<=log n,65536,0,532193,8.120620727539062
RHDCP,λ<=log n,65536,0,492667,7.5175018310546875
RHDCP,λ<=log n,65536,0,572470,8.735198974609375
RHDCP,λ<=log n,65536,0,443951,6.7741546630859375
RHDCP,λ<=log n,65536,0,515585,7.8672027587890625
RHDCP,λ<=log n,65536,0,492263,7.5113372802734375
RHDCP,λ<=log n,65536,0,551589,8.416580200195312
RHDCP,λ<=log n,65536,0,465498,7.102935791015625
RHDCP,λ<=log n,65536,0,465823,7.1078948974609375
RHDCP,λ<=log n,65536,0,497920,7.59765625
RHDCP,λ<=log n,65536,0,458161,6.9909820556640625
RHDCP,λ<=log n,65536,0,469685,7.1668243408203125
RHDCP,λ<=log n,65536,0,482492,7.36224365234375
RHDCP,λ<=log n,65536,0,473321,7.2223052978515625
RHDCP,λ<=log n,65536,0,481364,7.34503173828125
RHDCP,λ<=log n,65536,0,519264,7.92333984375
RHDCP,λ<=log n,65536,0,465434,7.101959228515625
RHDCP,λ<=log n,65536,0,465338,7.100494384765625
RHDCP,λ<=log n,65536,0,469979,7.1713104248046875
RHDCP,λ<=log n,65536,0,523514,7.988189697265625
RHDCP,λ<=log n,65536,0,477785,7.2904205322265625
RHDCP,λ<=log n,65536,0,484701,7.3959503173828125
RHDCP,λ<=log n,65536,0,484851,7.3982391357421875
RHDCP,λ<=log n,65536,0,461211,7.0375213623046875
RHDCP,λ<=log n,65536,0,481478,7.346771240234375
RHDCP,λ<=log n,65536,0,491744,7.50341796875
RHDCP,λ<=log n,65536,0,484249,7.3890533447265625
RHDCP,λ<=log n,65536,0,497142,7.585784912109375
RHDCP,λ<=log n,65536,0,513415,7.8340911865234375
RHDCP,λ<=log n,65536,0,483224,7.3734130859375
RHDCP,λ<=log n,65536,0,504855,7.7034759521484375
RHDCP,λ<=log n,65536,0,489847,7.4744720458984375
RHDCP,λ<=log n,65536,0,486721,7.4267730712890625
RHDCP,λ<=log n,65536,0,463329,7.0698394775390625
RHDCP,λ<=log n,65536,0,488176,7.448974609375
RHDCP,λ<=log n,65536,0,488885,7.4597930908203125
RHDCP,λ<=log n,65536,0,488561,7.4548492431640625
RHDCP,λ<=log n,65536,0,494772,7.54962158203125
RHDCP,λ<=log n,65536,0,499570,7.622833251953125
RHDCP,λ<=log n,65536,0,506146,7.723175048828125
RHDCP,λ<=log n,65536,0,512579,7.8213348388671875
RHDCP,λ<=log n,65536,0,484294,7.389739990234375
RHDCP,λ<=log n,65536,0,506466,7.728057861328125
RHDCP,λ<=log n,65536,0,446458,6.812408447265625
RHDCP,λ<=log n,65536,0,506518,7.728851318359375
RHLCP,λ<=log n,65536,0,496846,7.581268310546875
RHLCP,λ<=log n,65536,0,510699,7.7926483154296875
RHLCP,λ<=log n,65536,0,488983,7.4612884521484375
RHLCP,λ<=log n,65536,0,498793,7.6109771728515625
RHLCP,λ<=log n,65536,0,559944,8.5440673828125
RHLCP,λ<=log n,65536,0,480492,7.33172607421875
RHLCP,λ<=log n,65536,0,516889,7.8871002197265625
RHLCP,λ<=log n,65536,0,460130,7.021026611328125
RHLCP,λ<=log n,65536,0,614478,9.376190185546875
RHLCP,λ<=log n,65536,0,526525,8.034133911132812
RHLCP,λ<=log n,65536,0,529035,8.072433471679688
RHLCP,λ<=log n,65536,0,500111,7.6310882568359375
RHLCP,λ<=log n,65536,0,491803,7.5043182373046875
RHLCP,λ<=log n,65536,0,493553,7.5310211181640625
RHLCP,λ<=log n,65536,0,447702,6.831390380859375
RHLCP,λ<=log n,65536,0,557819,8.511642456054688
RHLCP,λ<=log n,65536,0,544629,8.310379028320312
RHLCP,λ<=log n,65536,0,512996,7.82769775390625
RHLCP,λ<=log n,65536,0,483838,7.382781982421875
RHLCP,λ<=log n,65536,0,489377,7.4673004150390625
RHLCP,λ<=log n,65536,0,515634,7.867950439453125
RHLCP,λ<=log n,65536,0,470445,7.1784210205078125
RHLCP,λ<=log n,65536,0,511810,7.809600830078125
RHLCP,λ<=log n,65536,0,511164,7.79974365234375
RHLCP,λ<=log n,65536,0,480173,7.3268585205078125
RHLCP,λ<=log n,65536,0,482501,7.3623809814453125
RHLCP,λ<=log n,65536,0,494252,7.54168701171875
RHLCP,λ<=log n,65536,0,558888,8.5279541015625
RHLCP,λ<=log n,65536,0,514585,7.8519439697265625
RHLCP,λ<=log n,65536,0,502694,7.670501708984375
RHLCP,λ<=log n,65536,0,500333,7.6344757080078125
RHLCP,λ<=log n,65536,0,568224,8.67041015625
RHLCP,λ<=log n,65536,0,514518,7.850921630859375
RHLCP,λ<=log n,65536,0,499201,7.6172027587890625
RHLCP,λ<=log n,65536,0,500182,7.632171630859375
RHLCP,λ<=log n,65536,0,493738,7.533843994140625
RHLCP,λ<=log n,65536,0,479315,7.3137664794921875
RHLCP,λ<=log n,65536,0,576441,8.795791625976562
RHLCP,λ<=log n,65536,0,476242,7.266876220703125
RHLCP,λ<=log n,65536,0,488690,7.456817626953125
RHLCP,λ<=log n,65536,0,479330,7.313995361328125
RHLCP,λ<=log n,65536,0,541566,8.263641357421875
RHLCP,λ<=log n,65536,0,467416,7.1322021484375
RHLCP,λ<=log n,65536,0,473196,7.22039794921875
RHLCP,λ<=log n,65536,0,547325,8.351516723632812
RHLCP,λ<=log n,65536,0,481290,7.343902587890625
RHLCP,λ<=log n,65536,0,524265,7.9996490478515625
RHLCP,λ<=log n,65536,0,507041,7.7368316650390625
RHLCP,λ<=log n,65536,0,490640,7.486572265625
RHLCP,λ<=log n,65536,0,477364,7.28399658203125
RHLCP,λ<=log n,65536,0,474507,7.2404022216796875
RHLCP,λ<=log n,65536,0,526502,8.033782958984375
RHLCP,λ<=log n,65536,0,548278,8.366058349609375
RHLCP,λ<=log n,65536,0,521854,7.962860107421875
RHLCP,λ<=log n,65536,0,472613,7.2115020751953125
RHLCP,λ<=log n,65536,0,512231,7.8160247802734375
RHLCP,λ<=log n,65536,0,494413,7.5441436767578125
RHLCP,λ<=log n,65536,0,557581,8.508010864257812
RHLCP,λ<=log n,65536,0,476291,7.2676239013671875
RHLCP,λ<=log n,65536,0,479355,7.3143768310546875
RHLCP,λ<=log n,65536,0,510105,7.7835845947265625
RHLCP,λ<=log n,65536,0,510207,7.7851409912109375
RHLCP,λ<=log n,65536,0,482516,7.36260986328125
RHLCP,λ<=log n,65536,0,491649,7.5019683837890625
RHLCP,λ<=log n,65536,0,487739,7.4423065185546875
RHLCP,λ<=log n,65536,0,474340,7.23785400390625
RHLCP,λ<=log n,65536,0,486078,7.416961669921875
RHLCP,λ<=log n,65536,0,539038,8.225067138671875
RHLCP,λ<=log n,65536,0,491327,7.4970550537109375
RHLCP,λ<=log n,65536,0,482950,7.369232177734375
RHLCP,λ<=log n,65536,0,490504,7.4844970703125
RHLCP,λ<=log n,65536,0,540775,8.251571655273438
RHLCP,λ<=log n,65536,0,517842,7.901641845703125
RHLCP,λ<=log n,65536,0,506431,7.7275238037109375
RHLCP,λ<=log n,65536,0,487538,7.439239501953125
RHLCP,λ<=log n,65536,0,500637,7.6391143798828125
RHLCP,λ<=log n,65536,0,461438,7.040985107421875
RHLCP,λ<=log n,65536,0,497101,7.5851593017578125
RHLCP,λ<=log n,65536,0,491946,7.506500244140625
RHLCP,λ<=log n,65536,0,490977,7.4917144775390625
RHLCP,λ<=log n,65536,0,499781,7.6260528564453125
RHLCP,λ<=log n,65536,0,555959,8.483261108398438
RHLCP,λ<=log n,65536,0,513881,7.8412017822265625
RHLCP,λ<=log n,65536,0,468067,7.1421356201171875
RHLCP,λ<=log n,65536,0,549573,8.385818481445312
RHLCP,λ<=log n,65536,0,510109,7.7836456298828125
RHLCP,λ<=log n,65536,0,559187,8.532516479492188
RHLCP,λ<=log n,65536,0,578096,8.821044921875
RHLCP,λ<=log n,65536,0,535435,8.170089721679688
RHLCP,λ<=log n,65536,0,474167,7.2352142333984375
RHLCP,λ<=log n,65536,0,482900,7.36846923828125
RHLCP,λ<=log n,65536,0,505962,7.720367431640625
RHLCP,λ<=log n,65536,0,496627,7.5779266357421875
RHLCP,λ<=log n,65536,0,514530,7.851104736328125
RHLCP,λ<=log n,65536,0,520598,7.943695068359375
RHLCP,λ<=log n,65536,0,457740,6.98455810546875
RHLCP,λ<=log n,65536,0,484568,7.3939208984375
RHLCP,λ<=log n,65536,0,464761,7.0916900634765625
RHLCP,λ<=log n,65536,0,472561,7.2107086181640625
RHLCP,λ<=log n,65536,0,476077,7.2643585205078125
RRLCP,λ<=log n,65536,0,543685,8.295974731445312
RRLCP,λ<=log n,65536,0,593737,9.059707641601562
RRLCP,λ<=log n,65536,0,518868,7.91729736328125
RRLCP,λ<=log n,65536,0,560262,8.548919677734375
RRLCP,λ<=log n,65536,0,616812,9.41180419921875
RRLCP,λ<=log n,65536,0,545768,8.3277587890625
RRLCP,λ<=log n,65536,0,558922,8.528472900390625
RRLCP,λ<=log n,65536,0,542502,8.277923583984375
RRLCP,λ<=log n,65536,0,554922,8.467437744140625
RRLCP,λ<=log n,65536,0,623204,9.50933837890625
RRLCP,λ<=log n,65536,0,524704,8.00634765625
RRLCP,λ<=log n,65536,0,515873,7.8715972900390625
RRLCP,λ<=log n,65536,0,516324,7.87847900390625
RRLCP,λ<=log n,65536,0,480292,7.32867431640625
RRLCP,λ<=log n,65536,0,577314,8.809112548828125
RRLCP,λ<=log n,65536,0,522923,7.9791717529296875
RRLCP,λ<=log n,65536,0,603284,9.20538330078125
RRLCP,λ<=log n,65536,0,568375,8.672714233398438
RRLCP,λ<=log n,65536,0,566864,8.649658203125
RRLCP,λ<=log n,65536,0,572701,8.738723754882812
RRLCP,λ<=log n,65536,0,588764,8.98382568359375
RRLCP,λ<=log n,65536,0,566249,8.640274047851562
RRLCP,λ<=log n,65536,0,556215,8.487167358398438
RRLCP,λ<=log n,65536,0,531720,8.1134033203125
RRLCP,λ<=log n,65536,0,531796,8.11456298828125
RRLCP,λ<=log n,65536,0,558072,8.5155029296875
RRLCP,λ<=log n,65536,0,527124,8.04327392578125
RRLCP,λ<=log n,65536,0,486858,7.428863525390625
RRLCP,λ<=log n,65536,0,599428,9.14654541015625
RRLCP,λ<=log n,65536,0,542196,8.27325439453125
RRLCP,λ<=log n,65536,0,520580,7.94342041015625
RRLCP,λ<=log n,65536,0,567905,8.665542602539062
RRLCP,λ<=log n,65536,0,577656,8.8143310546875
RRLCP,λ<=log n,65536,0,539849,8.237442016601562
RRLCP,λ<=log n,65536,0,527557,8.049880981445312
RRLCP,λ<=log n,65536,0,545823,8.328598022460938
RRLCP,λ<=log n,65536,0,537350,8.199310302734375
RRLCP,λ<=log n,65536,0,516026,7.873931884765625
RRLCP,λ<=log n,65536,0,506671,7.7311859130859375
RRLCP,λ<=log n,65536,0,538410,8.215484619140625
RRLCP,λ<=log n,65536,0,592444,9.03997802734375
RRLCP,λ<=log n,65536,0,564497,8.613540649414062
RRLCP,λ<=log n,65536,0,540553,8.248184204101562
RRLCP,λ<=log n,65536,0,606248,9.2506103515625
RRLCP,λ<=log n,65536,0,542340,8.27545166015625
RRLCP,λ<=log n,65536,0,581707,8.876144409179688
RRLCP,λ<=log n,65536,0,564960,8.62060546875
RRLCP,λ<=log n,65536,0,538006,8.209320068359375
RRLCP,λ<=log n,65536,0,507753,7.7476959228515625
RRLCP,λ<=log n,65536,0,555291,8.473068237304688
RRLCP,λ<=log n,65536,0,519355,7.9247283935546875
RRLCP,λ<=log n,65536,0,559343,8.534896850585938
RRLCP,λ<=log n,65536,0,550312,8.3970947265625
RRLCP,λ<=log n,65536,0,568259,8.670944213867188
RRLCP,λ<=log n,65536,0,591490,9.025421142578125
RRLCP,λ<=log n,65536,0,545110,8.317718505859375
RRLCP,λ<=log n,65536,0,502509,7.6676788330078125
RRLCP,λ<=log n,65536,0,553756,8.44964599609375
RRLCP,λ<=log n,65536,0,546319,8.336166381835938
RRLCP,λ<=log n,65536,0,559217,8.532974243164062
RRLCP,λ<=log n,65536,0,551827,8.420211791992188
RRLCP,λ<=log n,65536,0,512255,7.8163909912109375
RRLCP,λ<=log n,65536,0,501297,7.6491851806640625
RRLCP,λ<=log n,65536,0,553113,8.439834594726562
RRLCP,λ<=log n,65536,0,507028,7.73663330078125
RRLCP,λ<=log n,65536,0,592676,9.04351806640625
RRLCP,λ<=log n,65536,0,519675,7.9296112060546875
RRLCP,λ<=log n,65536,0,553003,8.438156127929688
RRLCP,λ<=log n,65536,0,726440,11.0845947265625
RRLCP,λ<=log n,65536,0,557486,8.506561279296875
RRLCP,λ<=log n,65536,0,544120,8.3026123046875
RRLCP,λ<=log n,65536,0,577030,8.804779052734375
RRLCP,λ<=log n,65536,0,551701,8.418289184570312
RRLCP,λ<=log n,65536,0,560693,8.555496215820312
RRLCP,λ<=log n,65536,0,537045,8.194656372070312
RRLCP,λ<=log n,65536,0,540981,8.254714965820312
RRLCP,λ<=log n,65536,0,522297,7.9696197509765625
RRLCP,λ<=log n,65536,0,498878,7.612274169921875
RRLCP,λ<=log n,65536,0,562563,8.584030151367188
RRLCP,λ<=log n,65536,0,530250,8.090972900390625
RRLCP,λ<=log n,65536,0,506905,7.7347564697265625
RRLCP,λ<=log n,65536,0,503831,7.6878509521484375
RRLCP,λ<=log n,65536,0,514916,7.85699462890625
RRLCP,λ<=log n,65536,0,710902,10.847503662109375
RRLCP,λ<=log n,65536,0,530377,8.092910766601562
RRLCP,λ<=log n,65536,0,522698,7.975738525390625
RRLCP,λ<=log n,65536,0,554394,8.459381103515625
RRLCP,λ<=log n,65536,0,551493,8.415115356445312
RRLCP,λ<=log n,65536,0,526530,8.034210205078125
RRLCP,λ<=log n,65536,0,523552,7.98876953125
RRLCP,λ<=log n,65536,0,531736,8.1136474609375
RRLCP,λ<=log n,65536,0,505740,7.71697998046875
RRLCP,λ<=log n,65536,0,508085,7.7527618408203125
RRLCP,λ<=log n,65536,0,521648,7.959716796875
RRLCP,λ<=log n,65536,0,508293,7.7559356689453125
RRLCP,λ<=log n,65536,0,549292,8.38153076171875
RRLCP,λ<=log n,65536,0,521102,7.951385498046875
RRLCP,λ<=log n,65536,0,600391,9.161239624023438
RRLCP,λ<=log n,65536,0,572413,8.734329223632812
RRLCP,λ<=log n,65536,0,567824,8.664306640625
RSLCP,λ<=log n,65536,0,859605,13.116531372070312
RSLCP,λ<=log n,65536,0,739687,11.286727905273438
RSLCP,λ<=log n,65536,0,712545,10.872573852539062
RSLCP,λ<=log n,65536,0,727425,11.099624633789062
RSLCP,λ<=log n,65536,0,697771,10.647140502929688
RSLCP,λ<=log n,65536,0,733315,11.189498901367188
RSLCP,λ<=log n,65536,0,660676,10.08111572265625
RSLCP,λ<=log n,65536,0,695596,10.61395263671875
RSLCP,λ<=log n,65536,0,841306,12.837310791015625
RSLCP,λ<=log n,65536,0,724263,11.051376342773438
RSLCP,λ<=log n,65536,0,671025,10.239028930664062
RSLCP,λ<=log n,65536,0,829829,12.662185668945312
RSLCP,λ<=log n,65536,0,734193,11.202896118164062
RSLCP,λ<=log n,65536,0,712540,10.87249755859375
RSLCP,λ<=log n,65536,0,719233,10.974624633789062
RSLCP,λ<=log n,65536,0,670803,10.235641479492188
RSLCP,λ<=log n,65536,0,700577,10.689956665039062
RSLCP,λ<=log n,65536,0,739583,11.285140991210938
RSLCP,λ<=log n,65536,0,737776,11.257568359375
RSLCP,λ<=log n,65536,0,769339,11.739181518554688
RSLCP,λ<=log n,65536,0,696360,10.6256103515625
RSLCP,λ<=log n,65536,0,664811,10.144210815429688
RSLCP,λ<=log n,65536,0,713475,10.886764526367188
RSLCP,λ<=log n,65536,0,713903,10.893295288085938
RSLCP,λ<=log n,65536,0,856711,13.072372436523438
RSLCP,λ<=log n,65536,0,677628,10.33978271484375
RSLCP,λ<=log n,65536,0,672464,10.260986328125
RSLCP,λ<=log n,65536,0,647113,9.874160766601562
RSLCP,λ<=log n,65536,0,725444,11.06939697265625
RSLCP,λ<=log n,65536,0,839039,12.802719116210938
RSLCP,λ<=log n,65536,0,746525,11.391067504882812
RSLCP,λ<=log n,65536,0,735588,11.22418212890625
RSLCP,λ<=log n,65536,0,683849,10.434707641601562
RSLCP,λ<=log n,65536,0,784286,11.967254638671875
RSLCP,λ<=log n,65536,0,701294,10.700897216796875
RSLCP,λ<=log n,65536,0,713423,10.885971069335938
RSLCP,λ<=log n,65536,0,778951,11.885848999023438
RSLCP,λ<=log n,65536,0,729273,11.127822875976562
RSLCP,λ<=log n,65536,0,715324,10.91497802734375
RSLCP,λ<=log n,65536,0,671010,10.238800048828125
RSLCP,λ<=log n,65536,0,733726,11.195770263671875
RSLCP,λ<=log n,65536,0,624175,9.524154663085938
RSLCP,λ<=log n,65536,0,712973,10.879104614257812
RSLCP,λ<=log n,65536,0,716490,10.932769775390625
RSLCP,λ<=log n,65536,0,701151,10.698715209960938
RSLCP,λ<=log n,65536,0,704271,10.746322631835938
RSLCP,λ<=log n,65536,0,676705,10.325698852539062
RSLCP,λ<=log n,65536,0,700317,10.685989379882812
RSLCP,λ<=log n,65536,0,680544,10.38427734375
RSLCP,λ<=log n,65536,0,704320,10.7470703125
RSLCP,λ<=log n,65536,0,674810,10.296783447265625
RSLCP,λ<=log n,65536,0,780539,11.910079956054688
RSLCP,λ<=log n,65536,0,638596,9.74420166015625
RSLCP,λ<=log n,65536,0,683078,10.422943115234375
RSLCP,λ<=log n,65536,0,710799,10.845932006835938
RSLCP,λ<=log n,65536,0,681615,10.400619506835938
RSLCP,λ<=log n,65536,0,696413,10.626419067382812
RSLCP,λ<=log n,65536,0,695790,10.616912841796875
RSLCP,λ<=log n,65536,0,745819,11.380294799804688
RSLCP,λ<=log n,65536,0,670955,10.237960815429688
RSLCP,λ<=log n,65536,0,737117,11.247512817382812
RSLCP,λ<=log n,65536,0,664676,10.14215087890625
RSLCP,λ<=log n,65536,0,752232,11.4781494140625
RSLCP,λ<=log n,65536,0,834093,12.727249145507812
RSLCP,λ<=log n,65536,0,750084,11.44537353515625
RSLCP,λ<=log n,65536,0,728412,11.11468505859375
RSLCP,λ<=log n,65536,0,665707,10.157882690429688
RSLCP,λ<=log n,65536,0,704692,10.75274658203125
RSLCP,λ<=log n,65536,0,730786,11.150909423828125
RSLCP,λ<=log n,65536,0,708419,10.809616088867188
RSLCP,λ<=log n,65536,0,719332,10.97613525390625
RSLCP,λ<=log n,65536,0,734454,11.206878662109375
RSLCP,λ<=log n,65536,0,707380,10.79376220703125
RSLCP,λ<=log n,65536,0,706422,10.779144287109375
RSLCP,λ<=log n,65536,0,743119,11.339096069335938
RSLCP,λ<=log n,65536,0,757490,11.558380126953125
RSLCP,λ<=log n,65536,0,730292,11.14337158203125
RSLCP,λ<=log n,65536,0,708576,10.81201171875
RSLCP,λ<=log n,65536,0,727369,11.098770141601562
RSLCP,λ<=log n,65536,0,691765,10.555496215820312
RSLCP,λ<=log n,65536,0,698445,10.657424926757812
RSLCP,λ<=log n,65536,0,656633,10.019424438476562
RSLCP,λ<=log n,65536,0,719529,10.979141235351562
RSLCP,λ<=log n,65536,0,801027,12.222702026367188
RSLCP,λ<=log n,65536,0,750269,11.448196411132812
RSLCP,λ<=log n,65536,0,705057,10.758316040039062
RSLCP,λ<=log n,65536,0,692863,10.572250366210938
RSLCP,λ<=log n,65536,0,732586,11.178375244140625
RSLCP,λ<=log n,65536,0,648003,9.887741088867188
RSLCP,λ<=log n,65536,0,668241,10.196548461914062
RSLCP,λ<=log n,65536,0,747241,11.401992797851562
RSLCP,λ<=log n,65536,0,679465,10.367813110351562
RSLCP,λ<=log n,65536,0,704832,10.7548828125
RSLCP,λ<=log n,65536,0,831315,12.684860229492188
RSLCP,λ<=log n,65536,0,739811,11.288619995117188
RSLCP,λ<=log n,65536,0,707701,10.798660278320312
RSLCP,λ<=log n,65536,0,659597,10.064651489257812
RSLCP,λ<=log n,65536,0,628946,9.596954345703125
RSLCP,λ<=log n,65536,0,677371,10.335861206054688
RSLCP,λ<=log n,65536,0,731278,11.158416748046875
RSDSP,λ<=log n,65536,0,815688,12.4464111328125
RSDSP,λ<=log n,65536,0,781928,11.9312744140625
RSDSP,λ<=log n,65536,0,854189,13.033889770507812
RSDSP,λ<=log n,65536,0,753661,11.499954223632812
RSDSP,λ<=log n,65536,0,726359,11.083358764648438
RSDSP,λ<=log n,65536,0,721224,11.0050048828125
RSDSP,λ<=log n,65536,0,789961,12.053848266601562
RSDSP,λ<=log n,65536,0,731517,11.162063598632812
RSDSP,λ<=log n,65536,0,733450,11.191558837890625
RSDSP,λ<=log n,65536,0,832035,12.695846557617188
RSDSP,λ<=log n,65536,0,819914,12.510894775390625
RSDSP,λ<=log n,65536,0,832908,12.70916748046875
RSDSP,λ<=log n,65536,0,818998,12.496917724609375
RSDSP,λ<=log n,65536,0,723803,11.044357299804688
RSDSP,λ<=log n,65536,0,704646,10.752044677734375
RSDSP,λ<=log n,65536,0,690596,10.53765869140625
RSDSP,λ<=log n,65536,0,708555,10.811691284179688
RSDSP,λ<=log n,65536,0,738276,11.26519775390625
RSDSP,λ<=log n,65536,0,719197,10.974075317382812
RSDSP,λ<=log n,65536,0,724629,11.056961059570312
RSDSP,λ<=log n,65536,0,778784,11.88330078125
RSDSP,λ<=log n,65536,0,695812,10.61724853515625
RSDSP,λ<=log n,65536,0,708878,10.816619873046875
RSDSP,λ<=log n,65536,0,721149,11.003860473632812
RSDSP,λ<=log n,65536,0,830331,12.669845581054688
RSDSP,λ<=log n,65536,0,772619,11.789230346679688
RSDSP,λ<=log n,65536,0,732099,11.170944213867188
RSDSP,λ<=log n,65536,0,706733,10.783889770507812
RSDSP,λ<=log n,65536,0,708527,10.811264038085938
RSDSP,λ<=log n,65536,0,714301,10.899368286132812
RSDSP,λ<=log n,65536,0,847037,12.924758911132812
RSDSP,λ<=log n,65536,0,833714,12.721466064453125
RSDSP,λ<=log n,65536,0,732915,11.183395385742188
RSDSP,λ<=log n,65536,0,738113,11.262710571289062
RSDSP,λ<=log n,65536,0,693195,10.577316284179688
RSDSP,λ<=log n,65536,0,716201,10.928359985351562
RSDSP,λ<=log n,65536,0,674601,10.293594360351562
RSDSP,λ<=log n,65536,0,719410,10.977325439453125
RSDSP,λ<=log n,65536,0,758750,11.577606201171875
RSDSP,λ<=log n,65536,0,729617,11.133071899414062
RSDSP,λ<=log n,65536,0,690111,10.530258178710938
RSDSP,λ<=log n,65536,0,733697,11.195327758789062
RSDSP,λ<=log n,65536,0,752653,11.484573364257812
RSDSP,λ<=log n,65536,0,705041,10.758071899414062
RSDSP,λ<=log n,65536,0,729268,11.12774658203125
RSDSP,λ<=log n,65536,0,711164,10.85150146484375
RSDSP,λ<=log n,65536,0,783674,11.957916259765625
RSDSP,λ<=log n,65536,0,758083,11.567428588867188
RSDSP,λ<=log n,65536,0,695919,10.618881225585938
RSDSP,λ<=log n,65536,0,868542,13.252899169921875
RSDSP,λ<=log n,65536,0,738309,11.265701293945312
RSDSP,λ<=log n,65536,0,682247,10.410263061523438
RSDSP,λ<=log n,65536,0,784948,11.97735595703125
RSDSP,λ<=log n,65536,0,805672,12.2935791015625
RSDSP,λ<=log n,65536,0,772023,11.780136108398438
RSDSP,λ<=log n,65536,0,718894,10.969451904296875
RSDSP,λ<=log n,65536,0,800220,12.21038818359375
RSDSP,λ<=log n,65536,0,695822,10.617401123046875
RSDSP,λ<=log n,65536,0,792781,12.096878051757812
RSDSP,λ<=log n,65536,0,753727,11.500961303710938
RSDSP,λ<=log n,65536,0,753252,11.49371337890625
RSDSP,λ<=log n,65536,0,700176,10.683837890625
RSDSP,λ<=log n,65536,0,729302,11.128265380859375
RSDSP,λ<=log n,65536,0,756613,11.544998168945312
RSDSP,λ<=log n,65536,0,734562,11.208526611328125
RSDSP,λ<=log n,65536,0,772152,11.7821044921875
RSDSP,λ<=log n,65536,0,805127,12.285263061523438
RSDSP,λ<=log n,65536,0,716770,10.937042236328125
RSDSP,λ<=log n,65536,0,851697,12.995864868164062
RSDSP,λ<=log n,65536,0,731999,11.169418334960938
RSDSP,λ<=log n,65536,0,793685,12.110671997070312
RSDSP,λ<=log n,65536,0,696399,10.626205444335938
RSDSP,λ<=log n,65536,0,704780,10.75408935546875
RSDSP,λ<=log n,65536,0,719561,10.979629516601562
RSDSP,λ<=log n,65536,0,789384,12.0450439453125
RSDSP,λ<=log n,65536,0,697635,10.645065307617188
RSDSP,λ<=log n,65536,0,739202,11.279327392578125
RSDSP,λ<=log n,65536,0,750186,11.446929931640625
RSDSP,λ<=log n,65536,0,795993,12.145889282226562
RSDSP,λ<=log n,65536,0,730641,11.148696899414062
RSDSP,λ<=log n,65536,0,757556,11.55938720703125
RSDSP,λ<=log n,65536,0,806045,12.299270629882812
RSDSP,λ<=log n,65536,0,748319,11.418441772460938
RSDSP,λ<=log n,65536,0,724523,11.055343627929688
RSDSP,λ<=log n,65536,0,676315,10.319747924804688
RSDSP,λ<=log n,65536,0,751351,11.464706420898438
RSDSP,λ<=log n,65536,0,817849,12.479385375976562
RSDSP,λ<=log n,65536,0,746862,11.396209716796875
RSDSP,λ<=log n,65536,0,701786,10.708404541015625
RSDSP,λ<=log n,65536,0,790998,12.069671630859375
RSDSP,λ<=log n,65536,0,936729,14.293350219726562
RSDSP,λ<=log n,65536,0,706504,10.7803955078125
RSDSP,λ<=log n,65536,0,800215,12.210311889648438
RSDSP,λ<=log n,65536,0,827897,12.632705688476562
RSDSP,λ<=log n,65536,0,760172,11.59930419921875
RSDSP,λ<=log n,65536,0,749939,11.443161010742188
RSDSP,λ<=log n,65536,0,784157,11.965286254882812
RSDSP,λ<=log n,65536,0,771253,11.768386840820312
RSDSP,λ<=log n,65536,0,705124,10.75933837890625
RSDSP,λ<=log n,65536,0,745073,11.368911743164062
RRDSP,λ<=log n,65536,0,596658,9.104278564453125
RRDSP,λ<=log n,65536,0,665751,10.158554077148438
RRDSP,λ<=log n,65536,0,596187,9.097091674804688
RRDSP,λ<=log n,65536,0,605536,9.23974609375
RRDSP,λ<=log n,65536,0,631270,9.632415771484375
RRDSP,λ<=log n,65536,0,588292,8.97662353515625
RRDSP,λ<=log n,65536,0,600305,9.159927368164062
RRDSP,λ<=log n,65536,0,618372,9.43560791015625
RRDSP,λ<=log n,65536,0,573311,8.748031616210938
RRDSP,λ<=log n,65536,0,632099,9.645065307617188
RRDSP,λ<=log n,65536,0,589119,8.989242553710938
RRDSP,λ<=log n,65536,0,602878,9.199188232421875
RRDSP,λ<=log n,65536,0,608461,9.284378051757812
RRDSP,λ<=log n,65536,0,576297,8.793594360351562
RRDSP,λ<=log n,65536,0,685033,10.452774047851562
RRDSP,λ<=log n,65536,0,593226,9.051910400390625
RRDSP,λ<=log n,65536,0,626722,9.563018798828125
RRDSP,λ<=log n,65536,0,595930,9.093170166015625
RRDSP,λ<=log n,65536,0,576077,8.790237426757812
RRDSP,λ<=log n,65536,0,648187,9.890548706054688
RRDSP,λ<=log n,65536,0,678746,10.356842041015625
RRDSP,λ<=log n,65536,0,601077,9.171707153320312
RRDSP,λ<=log n,65536,0,580639,8.859848022460938
RRDSP,λ<=log n,65536,0,596530,9.102325439453125
RRDSP,λ<=log n,65536,0,699098,10.667388916015625
RRDSP,λ<=log n,65536,0,568251,8.670822143554688
RRDSP,λ<=log n,65536,0,593826,9.061065673828125
RRDSP,λ<=log n,65536,0,648748,9.89910888671875
RRDSP,λ<=log n,65536,0,633498,9.666412353515625
RRDSP,λ<=log n,65536,0,609621,9.302078247070312
RRDSP,λ<=log n,65536,0,586786,8.953643798828125
RRDSP,λ<=log n,65536,0,659772,10.06732177734375
RRDSP,λ<=log n,65536,0,610411,9.314132690429688
RRDSP,λ<=log n,65536,0,614140,9.37103271484375
RRDSP,λ<=log n,65536,0,597731,9.120651245117188
RRDSP,λ<=log n,65536,0,627517,9.575149536132812
RRDSP,λ<=log n,65536,0,582909,8.894485473632812
RRDSP,λ<=log n,65536,0,641231,9.784408569335938
RRDSP,λ<=log n,65536,0,579244,8.83856201171875
RRDSP,λ<=log n,65536,0,599511,9.147811889648438
RRDSP,λ<=log n,65536,0,571853,8.725784301757812
RRDSP,λ<=log n,65536,0,616466,9.406524658203125
RRDSP,λ<=log n,65536,0,627128,9.5692138671875
RRDSP,λ<=log n,65536,0,618024,9.4302978515625
RRDSP,λ<=log n,65536,0,764439,11.664413452148438
RRDSP,λ<=log n,65536,0,588498,8.979766845703125
RRDSP,λ<=log n,65536,0,574631,8.768173217773438
RRDSP,λ<=log n,65536,0,606769,9.258560180664062
RRDSP,λ<=log n,65536,0,670937,10.237686157226562
RRDSP,λ<=log n,65536,0,648014,9.887908935546875
RRDSP,λ<=log n,65536,0,618737,9.441177368164062
RRDSP,λ<=log n,65536,0,594056,9.0645751953125
RRDSP,λ<=log n,65536,0,619445,9.451980590820312
RRDSP,λ<=log n,65536,0,598490,9.132232666015625
RRDSP,λ<=log n,65536,0,624777,9.533340454101562
RRDSP,λ<=log n,65536,0,609991,9.307723999023438
RRDSP,λ<=log n,65536,0,616849,9.412368774414062
RRDSP,λ<=log n,65536,0,603102,9.202606201171875
RRDSP,λ<=log n,65536,0,674900,10.29815673828125
RRDSP,λ<=log n,65536,0,609651,9.302536010742188
RRDSP,λ<=log n,65536,0,594453,9.070632934570312
RRDSP,λ<=log n,65536,0,669087,10.209457397460938
RRDSP,λ<=log n,65536,0,585321,8.931289672851562
RRDSP,λ<=log n,65536,0,618302,9.434539794921875
RRDSP,λ<=log n,65536,0,601260,9.17449951171875
RRDSP,λ<=log n,65536,0,607312,9.266845703125
RRDSP,λ<=log n,65536,0,625588,9.54571533203125
RRDSP,λ<=log n,65536,0,580581,8.858963012695312
RRDSP,λ<=log n,65536,0,611596,9.33221435546875
RRDSP,λ<=log n,65536,0,627871,9.580551147460938
RRDSP,λ<=log n,65536,0,627472,9.574462890625
RRDSP,λ<=log n,65536,0,616992,9.41455078125
RRDSP,λ<=log n,65536,0,640011,9.765792846679688
RRDSP,λ<=log n,65536,0,586059,8.942550659179688
RRDSP,λ<=log n,65536,0,598006,9.124847412109375
RRDSP,λ<=log n,65536,0,621837,9.488479614257812
RRDSP,λ<=log n,65536,0,646464,9.8642578125
RRDSP,λ<=log n,65536,0,652619,9.958175659179688
RRDSP,λ<=log n,65536,0,593008,9.048583984375
RRDSP,λ<=log n,65536,0,562521,8.583389282226562
RRDSP,λ<=log n,65536,0,583571,8.904586791992188
RRDSP,λ<=log n,65536,0,642627,9.805709838867188
RRDSP,λ<=log n,65536,0,597536,9.11767578125
RRDSP,λ<=log n,65536,0,616824,9.4119873046875
RRDSP,λ<=log n,65536,0,585297,8.930923461914062
RRDSP,λ<=log n,65536,0,636073,9.705703735351562
RRDSP,λ<=log n,65536,0,603742,9.212371826171875
RRDSP,λ<=log n,65536,0,623189,9.509109497070312
RRDSP,λ<=log n,65536,0,618321,9.434829711914062
RRDSP,λ<=log n,65536,0,643657,9.821426391601562
RRDSP,λ<=log n,65536,0,634454,9.680999755859375
RRDSP,λ<=log n,65536,0,629599,9.606918334960938
RRDSP,λ<=log n,65536,0,644270,9.830780029296875
RRDSP,λ<=log n,65536,0,581548,8.87371826171875
RRDSP,λ<=log n,65536,0,614981,9.383865356445312
RRDSP,λ<=log n,65536,0,621632,9.4853515625
RRDSP,λ<=log n,65536,0,612482,9.345733642578125
RRDSP,λ<=log n,65536,0,605960,9.2462158203125
RRDSP,λ<=log n,65536,0,586184,8.9444580078125
RRDSP,λ<=log n,65536,0,603769,9.212783813476562
RHDSP,λ<=log n,65536,0,546143,8.333480834960938
RHDSP,λ<=log n,65536,0,545563,8.324630737304688
RHDSP,λ<=log n,65536,0,593640,9.0582275390625
RHDSP,λ<=log n,65536,0,558191,8.517318725585938
RHDSP,λ<=log n,65536,0,562716,8.58636474609375
RHDSP,λ<=log n,65536,0,567641,8.661514282226562
RHDSP,λ<=log n,65536,0,563899,8.604415893554688
RHDSP,λ<=log n,65536,0,566635,8.646163940429688
RHDSP,λ<=log n,65536,0,576504,8.7967529296875
RHDSP,λ<=log n,65536,0,555069,8.469680786132812
RHDSP,λ<=log n,65536,0,571135,8.714828491210938
RHDSP,λ<=log n,65536,0,579028,8.83526611328125
RHDSP,λ<=log n,65536,0,580658,8.860137939453125
RHDSP,λ<=log n,65536,0,568373,8.672683715820312
RHDSP,λ<=log n,65536,0,526191,8.029037475585938
RHDSP,λ<=log n,65536,0,601204,9.17364501953125
RHDSP,λ<=log n,65536,0,612812,9.35076904296875
RHDSP,λ<=log n,65536,0,545785,8.328018188476562
RHDSP,λ<=log n,65536,0,556437,8.490554809570312
RHDSP,λ<=log n,65536,0,546805,8.343582153320312
RHDSP,λ<=log n,65536,0,621516,9.48358154296875
RHDSP,λ<=log n,65536,0,533028,8.13336181640625
RHDSP,λ<=log n,65536,0,609046,9.293304443359375
RHDSP,λ<=log n,65536,0,528336,8.061767578125
RHDSP,λ<=log n,65536,0,541016,8.2552490234375
RHDSP,λ<=log n,65536,0,620291,9.464889526367188
RHDSP,λ<=log n,65536,0,627267,9.571334838867188
RHDSP,λ<=log n,65536,0,534354,8.153594970703125
RHDSP,λ<=log n,65536,0,544267,8.304855346679688
RHDSP,λ<=log n,65536,0,576677,8.799392700195312
RHDSP,λ<=log n,65536,0,595458,9.085968017578125
RHDSP,λ<=log n,65536,0,545992,8.3311767578125
RHDSP,λ<=log n,65536,0,571896,8.7264404296875
RHDSP,λ<=log n,65536,0,548387,8.367721557617188
RHDSP,λ<=log n,65536,0,558627,8.523971557617188
RHDSP,λ<=log n,65536,0,572841,8.740859985351562
RHDSP,λ<=log n,65536,0,559498,8.537261962890625
RHDSP,λ<=log n,65536,0,571944,8.7271728515625
RHDSP,λ<=log n,65536,0,604571,9.225021362304688
RHDSP,λ<=log n,65536,0,606693,9.257400512695312
RHDSP,λ<=log n,65536,0,595648,9.0888671875
RHDSP,λ<=log n,65536,0,590870,9.015960693359375
RHDSP,λ<=log n,65536,0,560807,8.557235717773438
RHDSP,λ<=log n,65536,0,630358,9.618499755859375
RHDSP,λ<=log n,65536,0,562549,8.583816528320312
RHDSP,λ<=log n,65536,0,560458,8.551910400390625
RHDSP,λ<=log n,65536,0,578839,8.832382202148438
RHDSP,λ<=log n,65536,0,579833,8.847549438476562
RHDSP,λ<=log n,65536,0,559705,8.540420532226562
RHDSP,λ<=log n,65536,0,532566,8.126312255859375
RHDSP,λ<=log n,65536,0,560207,8.548080444335938
RHDSP,λ<=log n,65536,0,522139,7.9672088623046875
RHDSP,λ<=log n,65536,0,581477,8.872634887695312
RHDSP,λ<=log n,65536,0,560032,8.54541015625
RHDSP,λ<=log n,65536,0,564705,8.616714477539062
RHDSP,λ<=log n,65536,0,571416,8.7191162109375
RHDSP,λ<=log n,65536,0,573176,8.7459716796875
RHDSP,λ<=log n,65536,0,546532,8.33941650390625
RHDSP,λ<=log n,65536,0,548385,8.367691040039062
RHDSP,λ<=log n,65536,0,526847,8.039047241210938
RHDSP,λ<=log n,65536,0,563564,8.59930419921875
RHDSP,λ<=log n,65536,0,770274,11.753448486328125
RHDSP,λ<=log n,65536,0,554411,8.459640502929688
RHDSP,λ<=log n,65536,0,575132,8.77581787109375
RHDSP,λ<=log n,65536,0,565921,8.635269165039062
RHDSP,λ<=log n,65536,0,558039,8.514999389648438
RHDSP,λ<=log n,65536,0,546851,8.344284057617188
RHDSP,λ<=log n,65536,0,554781,8.465286254882812
RHDSP,λ<=log n,65536,0,556807,8.496200561523438
RHDSP,λ<=log n,65536,0,552674,8.433135986328125
RHDSP,λ<=log n,65536,0,550456,8.3992919921875
RHDSP,λ<=log n,65536,0,610783,9.319808959960938
RHDSP,λ<=log n,65536,0,527570,8.050079345703125
RHDSP,λ<=log n,65536,0,601998,9.185760498046875
RHDSP,λ<=log n,65536,0,541839,8.267807006835938
RHDSP,λ<=log n,65536,0,515680,7.86865234375
RHDSP,λ<=log n,65536,0,557959,8.513778686523438
RHDSP,λ<=log n,65536,0,605721,9.242568969726562
RHDSP,λ<=log n,65536,0,602238,9.189422607421875
RHDSP,λ<=log n,65536,0,543526,8.293548583984375
RHDSP,λ<=log n,65536,0,577849,8.817276000976562
RHDSP,λ<=log n,65536,0,617718,9.425628662109375
RHDSP,λ<=log n,65536,0,538325,8.214187622070312
RHDSP,λ<=log n,65536,0,563211,8.593917846679688
RHDSP,λ<=log n,65536,0,544936,8.3150634765625
RHDSP,λ<=log n,65536,0,581749,8.876785278320312
RHDSP,λ<=log n,65536,0,572052,8.72882080078125
RHDSP,λ<=log n,65536,0,545977,8.330947875976562
RHDSP,λ<=log n,65536,0,541713,8.265884399414062
RHDSP,λ<=log n,65536,0,545554,8.324493408203125
RHDSP,λ<=log n,65536,0,588222,8.975555419921875
RHDSP,λ<=log n,65536,0,605474,9.238800048828125
RHDSP,λ<=log n,65536,0,587594,8.965972900390625
RHDSP,λ<=log n,65536,0,581571,8.874069213867188
RHDSP,λ<=log n,65536,0,527583,8.050277709960938
RHDSP,λ<=log n,65536,0,559794,8.541778564453125
RHDSP,λ<=log n,65536,0,551894,8.421234130859375
RHDSP,λ<=log n,65536,0,538892,8.22283935546875
RHDSP,λ<=log n,65536,0,548065,8.362808227539062
RHDSP,λ<=log n,65536,0,550910,8.406219482421875
RHLSP,λ<=log n,65536,0,602170,9.188385009765625
RHLSP,λ<=log n,65536,0,576170,8.791656494140625
RHLSP,λ<=log n,65536,0,618699,9.440597534179688
RHLSP,λ<=log n,65536,0,586072,8.9427490234375
RHLSP,λ<=log n,65536,0,622584,9.4998779296875
RHLSP,λ<=log n,65536,0,634821,9.686599731445312
RHLSP,λ<=log n,65536,0,609206,9.295745849609375
RHLSP,λ<=log n,65536,0,646295,9.861679077148438
RHLSP,λ<=log n,65536,0,646068,9.85821533203125
RHLSP,λ<=log n,65536,0,583788,8.90789794921875
RHLSP,λ<=log n,65536,0,583175,8.898544311523438
RHLSP,λ<=log n,65536,0,602263,9.189804077148438
RHLSP,λ<=log n,65536,0,607527,9.270126342773438
RHLSP,λ<=log n,65536,0,587806,8.969207763671875
RHLSP,λ<=log n,65536,0,641720,9.7918701171875
RHLSP,λ<=log n,65536,0,604767,9.228012084960938
RHLSP,λ<=log n,65536,0,608775,9.289169311523438
RHLSP,λ<=log n,65536,0,597162,9.111968994140625
RHLSP,λ<=log n,65536,0,593475,9.055709838867188
RHLSP,λ<=log n,65536,0,628745,9.593887329101562
RHLSP,λ<=log n,65536,0,638501,9.742752075195312
RHLSP,λ<=log n,65536,0,601396,9.17657470703125
RHLSP,λ<=log n,65536,0,580293,8.854568481445312
RHLSP,λ<=log n,65536,0,593011,9.048629760742188
RHLSP,λ<=log n,65536,0,588520,8.9801025390625
RHLSP,λ<=log n,65536,0,594856,9.0767822265625
RHLSP,λ<=log n,65536,0,604599,9.225448608398438
RHLSP,λ<=log n,65536,0,608027,9.277755737304688
RHLSP,λ<=log n,65536,0,576298,8.793609619140625
RHLSP,λ<=log n,65536,0,624689,9.531997680664062
RHLSP,λ<=log n,65536,0,593687,9.058944702148438
RHLSP,λ<=log n,65536,0,625583,9.545639038085938
RHLSP,λ<=log n,65536,0,596060,9.09515380859375
RHLSP,λ<=log n,65536,0,609995,9.307785034179688
RHLSP,λ<=log n,65536,0,612688,9.348876953125
RHLSP,λ<=log n,65536,0,610824,9.3204345703125
RHLSP,λ<=log n,65536,0,625630,9.546356201171875
RHLSP,λ<=log n,65536,0,572542,8.736297607421875
RHLSP,λ<=log n,65536,0,657197,10.028030395507812
RHLSP,λ<=log n,65536,0,575434,8.780426025390625
RHLSP,λ<=log n,65536,0,593342,9.053680419921875
RHLSP,λ<=log n,65536,0,605195,9.234542846679688
RHLSP,λ<=log n,65536,0,577761,8.815933227539062
RHLSP,λ<=log n,65536,0,602096,9.187255859375
RHLSP,λ<=log n,65536,0,584042,8.911773681640625
RHLSP,λ<=log n,65536,0,598067,9.125778198242188
RHLSP,λ<=log n,65536,0,569709,8.693069458007812
RHLSP,λ<=log n,65536,0,632179,9.646286010742188
RHLSP,λ<=log n,65536,0,603530,9.209136962890625
RHLSP,λ<=log n,65536,0,600600,9.1644287109375
RHLSP,λ<=log n,65536,0,604167,9.218856811523438
RHLSP,λ<=log n,65536,0,616738,9.410675048828125
RHLSP,λ<=log n,65536,0,633170,9.661407470703125
RHLSP,λ<=log n,65536,0,600300,9.15985107421875
RHLSP,λ<=log n,65536,0,674794,10.296539306640625
RHLSP,λ<=log n,65536,0,607886,9.275604248046875
RHLSP,λ<=log n,65536,0,580978,8.865020751953125
RHLSP,λ<=log n,65536,0,570583,8.706405639648438
RHLSP,λ<=log n,65536,0,579168,8.83740234375
RHLSP,λ<=log n,65536,0,601653,9.180496215820312
RHLSP,λ<=log n,65536,0,588552,8.9805908203125
RHLSP,λ<=log n,65536,0,606398,9.252899169921875
RHLSP,λ<=log n,65536,0,580263,8.854110717773438
RHLSP,λ<=log n,65536,0,611840,9.3359375
RHLSP,λ<=log n,65536,0,557979,8.514083862304688
RHLSP,λ<=log n,65536,0,645618,9.851348876953125
RHLSP,λ<=log n,65536,0,614637,9.378616333007812
RHLSP,λ<=log n,65536,0,616395,9.405441284179688
RHLSP,λ<=log n,65536,0,566240,8.64013671875
RHLSP,λ<=log n,65536,0,616339,9.404586791992188
RHLSP,λ<=log n,65536,0,598703,9.135482788085938
RHLSP,λ<=log n,65536,0,619122,9.447052001953125
RHLSP,λ<=log n,65536,0,597029,9.109939575195312
RHLSP,λ<=log n,65536,0,617528,9.4227294921875
RHLSP,λ<=log n,65536,0,573034,8.743804931640625
RHLSP,λ<=log n,65536,0,565375,8.626937866210938
RHLSP,λ<=log n,65536,0,597130,9.111480712890625
RHLSP,λ<=log n,65536,0,585177,8.929092407226562
RHLSP,λ<=log n,65536,0,586358,8.947113037109375
RHLSP,λ<=log n,65536,0,577359,8.809799194335938
RHLSP,λ<=log n,65536,0,589420,8.99383544921875
RHLSP,λ<=log n,65536,0,632671,9.653793334960938
RHLSP,λ<=log n,65536,0,644920,9.8406982421875
RHLSP,λ<=log n,65536,0,577660,8.81439208984375
RHLSP,λ<=log n,65536,0,579708,8.84564208984375
RHLSP,λ<=log n,65536,0,574893,8.772171020507812
RHLSP,λ<=log n,65536,0,579058,8.835723876953125
RHLSP,λ<=log n,65536,0,580007,8.850204467773438
RHLSP,λ<=log n,65536,0,666104,10.1639404296875
RHLSP,λ<=log n,65536,0,636120,9.7064208984375
RHLSP,λ<=log n,65536,0,613757,9.365188598632812
RHLSP,λ<=log n,65536,0,626715,9.562911987304688
RHLSP,λ<=log n,65536,0,630480,9.620361328125
RHLSP,λ<=log n,65536,0,636136,9.7066650390625
RHLSP,λ<=log n,65536,0,596978,9.109161376953125
RHLSP,λ<=log n,65536,0,618644,9.43975830078125
RHLSP,λ<=log n,65536,0,594335,9.068832397460938
RHLSP,λ<=log n,65536,0,569507,8.689987182617188
RHLSP,λ<=log n,65536,0,577315,8.809127807617188
RHLSP,λ<=log n,65536,0,577061,8.805252075195312
RRLSP,λ<=log n,65536,0,739305,11.280899047851562
RRLSP,λ<=log n,65536,0,639540,9.75860595703125
RRLSP,λ<=log n,65536,0,639625,9.759902954101562
RRLSP,λ<=log n,65536,0,632751,9.655014038085938
RRLSP,λ<=log n,65536,0,625325,9.541702270507812
RRLSP,λ<=log n,65536,0,651915,9.947433471679688
RRLSP,λ<=log n,65536,0,609206,9.295745849609375
RRLSP,λ<=log n,65536,0,694826,10.602203369140625
RRLSP,λ<=log n,65536,0,636166,9.707122802734375
RRLSP,λ<=log n,65536,0,634849,9.687026977539062
RRLSP,λ<=log n,65536,0,635542,9.697601318359375
RRLSP,λ<=log n,65536,0,651526,9.941497802734375
RRLSP,λ<=log n,65536,0,667804,10.18988037109375
RRLSP,λ<=log n,65536,0,616111,9.401107788085938
RRLSP,λ<=log n,65536,0,666900,10.17608642578125
RRLSP,λ<=log n,65536,0,619865,9.458389282226562
RRLSP,λ<=log n,65536,0,655603,10.003707885742188
RRLSP,λ<=log n,65536,0,744317,11.357376098632812
RRLSP,λ<=log n,65536,0,645838,9.854705810546875
RRLSP,λ<=log n,65536,0,668493,10.200393676757812
RRLSP,λ<=log n,65536,0,707043,10.788619995117188
RRLSP,λ<=log n,65536,0,637875,9.733200073242188
RRLSP,λ<=log n,65536,0,651238,9.937103271484375
RRLSP,λ<=log n,65536,0,662982,10.116302490234375
RRLSP,λ<=log n,65536,0,663824,10.129150390625
RRLSP,λ<=log n,65536,0,619247,9.448959350585938
RRLSP,λ<=log n,65536,0,587629,8.966506958007812
RRLSP,λ<=log n,65536,0,631891,9.641891479492188
RRLSP,λ<=log n,65536,0,628549,9.590896606445312
RRLSP,λ<=log n,65536,0,649400,9.9090576171875
RRLSP,λ<=log n,65536,0,632758,9.655120849609375
RRLSP,λ<=log n,65536,0,629668,9.60797119140625
RRLSP,λ<=log n,65536,0,701763,10.708053588867188
RRLSP,λ<=log n,65536,0,637385,9.725723266601562
RRLSP,λ<=log n,65536,0,638352,9.740478515625
RRLSP,λ<=log n,65536,0,652306,9.953399658203125
RRLSP,λ<=log n,65536,0,611415,9.329452514648438
RRLSP,λ<=log n,65536,0,701958,10.711029052734375
RRLSP,λ<=log n,65536,0,685833,10.464981079101562
RRLSP,λ<=log n,65536,0,657779,10.036911010742188
RRLSP,λ<=log n,65536,0,666591,10.171371459960938
RRLSP,λ<=log n,65536,0,639503,9.758041381835938
RRLSP,λ<=log n,65536,0,619521,9.453140258789062
RRLSP,λ<=log n,65536,0,634925,9.688186645507812
RRLSP,λ<=log n,65536,0,674401,10.290542602539062
RRLSP,λ<=log n,65536,0,675625,10.309219360351562
RRLSP,λ<=log n,65536,0,621374,9.481414794921875
RRLSP,λ<=log n,65536,0,677657,10.340225219726562
RRLSP,λ<=log n,65536,0,652185,9.951553344726562
RRLSP,λ<=log n,65536,0,637856,9.73291015625
RRLSP,λ<=log n,65536,0,634342,9.679290771484375
RRLSP,λ<=log n,65536,0,598271,9.128890991210938
RRLSP,λ<=log n,65536,0,723892,11.04571533203125
RRLSP,λ<=log n,65536,0,653754,9.975494384765625
RRLSP,λ<=log n,65536,0,652261,9.952713012695312
RRLSP,λ<=log n,65536,0,632628,9.65313720703125
RRLSP,λ<=log n,65536,0,654124,9.98114013671875
RRLSP,λ<=log n,65536,0,639838,9.763153076171875
RRLSP,λ<=log n,65536,0,682703,10.417221069335938
RRLSP,λ<=log n,65536,0,665679,10.157455444335938
RRLSP,λ<=log n,65536,0,614306,9.373565673828125
RRLSP,λ<=log n,65536,0,637464,9.7269287109375
RRLSP,λ<=log n,65536,0,616085,9.400711059570312
RRLSP,λ<=log n,65536,0,615871,9.397445678710938
RRLSP,λ<=log n,65536,0,653992,9.9791259765625
RRLSP,λ<=log n,65536,0,709848,10.8314208984375
RRLSP,λ<=log n,65536,0,637034,9.720367431640625
RRLSP,λ<=log n,65536,0,658743,10.051620483398438
RRLSP,λ<=log n,65536,0,610385,9.313735961914062
RRLSP,λ<=log n,65536,0,673958,10.283782958984375
RRLSP,λ<=log n,65536,0,606451,9.253707885742188
RRLSP,λ<=log n,65536,0,648255,9.891586303710938
RRLSP,λ<=log n,65536,0,662806,10.113616943359375
RRLSP,λ<=log n,65536,0,666992,10.177490234375
RRLSP,λ<=log n,65536,0,677278,10.334442138671875
RRLSP,λ<=log n,65536,0,726341,11.083084106445312
RRLSP,λ<=log n,65536,0,626592,9.56103515625
RRLSP,λ<=log n,65536,0,616281,9.403701782226562
RRLSP,λ<=log n,65536,0,630046,9.613739013671875
RRLSP,λ<=log n,65536,0,613968,9.368408203125
RRLSP,λ<=log n,65536,0,614570,9.377593994140625
RRLSP,λ<=log n,65536,0,670349,10.228713989257812
RRLSP,λ<=log n,65536,0,653905,9.977798461914062
RRLSP,λ<=log n,65536,0,666289,10.166763305664062
RRLSP,λ<=log n,65536,0,656579,10.018600463867188
RRLSP,λ<=log n,65536,0,710479,10.841049194335938
RRLSP,λ<=log n,65536,0,665073,10.148208618164062
RRLSP,λ<=log n,65536,0,675977,10.314590454101562
RRLSP,λ<=log n,65536,0,657044,10.02569580078125
RRLSP,λ<=log n,65536,0,661933,10.100296020507812
RRLSP,λ<=log n,65536,0,681239,10.394882202148438
RRLSP,λ<=log n,65536,0,627664,9.577392578125
RRLSP,λ<=log n,65536,0,635482,9.696685791015625
RRLSP,λ<=log n,65536,0,655409,10.000747680664062
RRLSP,λ<=log n,65536,0,618006,9.430023193359375
RRLSP,λ<=log n,65536,0,644149,9.828933715820312
RRLSP,λ<=log n,65536,0,646044,9.85784912109375
RRLSP,λ<=log n,65536,0,667423,10.184066772460938
RRLSP,λ<=log n,65536,0,674042,10.285064697265625
RRLSP,λ<=log n,65536,0,658018,10.040557861328125
RSLSP,λ<=log n,65536,0,781877,11.930496215820312
RSLSP,λ<=log n,65536,0,737018,11.246002197265625
RSLSP,λ<=log n,65536,0,847134,12.926239013671875
RSLSP,λ<=log n,65536,0,736207,11.233627319335938
RSLSP,λ<=log n,65536,0,769947,11.748458862304688
RSLSP,λ<=log n,65536,0,759592,11.5904541015625
RSLSP,λ<=log n,65536,0,750725,11.455154418945312
RSLSP,λ<=log n,65536,0,754802,11.517364501953125
RSLSP,λ<=log n,65536,0,784150,11.965179443359375
RSLSP,λ<=log n,65536,0,739828,11.28887939453125
RSLSP,λ<=log n,65536,0,818647,12.491561889648438
RSLSP,λ<=log n,65536,0,772559,11.788314819335938
RSLSP,λ<=log n,65536,0,803902,12.266571044921875
RSLSP,λ<=log n,65536,0,815652,12.44586181640625
RSLSP,λ<=log n,65536,0,713820,10.89202880859375
RSLSP,λ<=log n,65536,0,774193,11.813247680664062
RSLSP,λ<=log n,65536,0,822107,12.544357299804688
RSLSP,λ<=log n,65536,0,752407,11.480819702148438
RSLSP,λ<=log n,65536,0,785830,11.990814208984375
RSLSP,λ<=log n,65536,0,775494,11.833099365234375
RSLSP,λ<=log n,65536,0,829661,12.659622192382812
RSLSP,λ<=log n,65536,0,844383,12.884262084960938
RSLSP,λ<=log n,65536,0,789345,12.044448852539062
RSLSP,λ<=log n,65536,0,775554,11.834014892578125
RSLSP,λ<=log n,65536,0,776494,11.848358154296875
RSLSP,λ<=log n,65536,0,782201,11.935440063476562
RSLSP,λ<=log n,65536,0,719360,10.9765625
RSLSP,λ<=log n,65536,0,817143,12.468612670898438
RSLSP,λ<=log n,65536,0,722226,11.020294189453125
RSLSP,λ<=log n,65536,0,809922,12.358428955078125
RSLSP,λ<=log n,65536,0,803088,12.254150390625
RSLSP,λ<=log n,65536,0,781018,11.917388916015625
RSLSP,λ<=log n,65536,0,798351,12.181869506835938
RSLSP,λ<=log n,65536,0,810238,12.363250732421875
RSLSP,λ<=log n,65536,0,767228,11.70697021484375
RSLSP,λ<=log n,65536,0,926035,14.130172729492188
RSLSP,λ<=log n,65536,0,811681,12.385269165039062
RSLSP,λ<=log n,65536,0,874523,13.344161987304688
RSLSP,λ<=log n,65536,0,781195,11.920089721679688
RSLSP,λ<=log n,65536,0,770683,11.759689331054688
RSLSP,λ<=log n,65536,0,768331,11.723800659179688
RSLSP,λ<=log n,65536,0,784600,11.9720458984375
RSLSP,λ<=log n,65536,0,760045,11.597366333007812
RSLSP,λ<=log n,65536,0,779296,11.89111328125
RSLSP,λ<=log n,65536,0,786185,11.996231079101562
RSLSP,λ<=log n,65536,0,733235,11.188278198242188
RSLSP,λ<=log n,65536,0,774030,11.810760498046875
RSLSP,λ<=log n,65536,0,863957,13.182937622070312
RSLSP,λ<=log n,65536,0,793195,12.103195190429688
RSLSP,λ<=log n,65536,0,760400,11.602783203125
RSLSP,λ<=log n,65536,0,814830,12.433319091796875
RSLSP,λ<=log n,65536,0,743313,11.342056274414062
RSLSP,λ<=log n,65536,0,762648,11.6370849609375
RSLSP,λ<=log n,65536,0,741619,11.316207885742188
RSLSP,λ<=log n,65536,0,756915,11.549606323242188
RSLSP,λ<=log n,65536,0,739809,11.288589477539062
RSLSP,λ<=log n,65536,0,892921,13.624893188476562
RSLSP,λ<=log n,65536,0,723958,11.046722412109375
RSLSP,λ<=log n,65536,0,795445,12.137527465820312
RSLSP,λ<=log n,65536,0,820768,12.52392578125
RSLSP,λ<=log n,65536,0,759079,11.582626342773438
RSLSP,λ<=log n,65536,0,804844,12.28094482421875
RSLSP,λ<=log n,65536,0,752357,11.480056762695312
RSLSP,λ<=log n,65536,0,788481,12.031265258789062
RSLSP,λ<=log n,65536,0,835853,12.754104614257812
RSLSP,λ<=log n,65536,0,796164,12.14849853515625
RSLSP,λ<=log n,65536,0,822936,12.5570068359375
RSLSP,λ<=log n,65536,0,763833,11.655166625976562
RSLSP,λ<=log n,65536,0,742023,11.322372436523438
RSLSP,λ<=log n,65536,0,752559,11.483139038085938
RSLSP,λ<=log n,65536,0,776577,11.849624633789062
RSLSP,λ<=log n,65536,0,866117,13.215896606445312
RSLSP,λ<=log n,65536,0,735871,11.228500366210938
RSLSP,λ<=log n,65536,0,748351,11.418930053710938
RSLSP,λ<=log n,65536,0,758936,11.5804443359375
RSLSP,λ<=log n,65536,0,729133,11.125686645507812
RSLSP,λ<=log n,65536,0,800009,12.207168579101562
RSLSP,λ<=log n,65536,0,820943,12.526596069335938
RSLSP,λ<=log n,65536,0,735851,11.228195190429688
RSLSP,λ<=log n,65536,0,783781,11.959548950195312
RSLSP,λ<=log n,65536,0,762324,11.63214111328125
RSLSP,λ<=log n,65536,0,798595,12.185592651367188
RSLSP,λ<=log n,65536,0,780517,11.909744262695312
RSLSP,λ<=log n,65536,0,808517,12.336990356445312
RSLSP,λ<=log n,65536,0,880932,13.44195556640625
RSLSP,λ<=log n,65536,0,859248,13.111083984375
RSLSP,λ<=log n,65536,0,760316,11.60150146484375
RSLSP,λ<=log n,65536,0,740661,11.301589965820312
RSLSP,λ<=log n,65536,0,744605,11.361770629882812
RSLSP,λ<=log n,65536,0,859694,13.117889404296875
RSLSP,λ<=log n,65536,0,784453,11.969802856445312
RSLSP,λ<=log n,65536,0,751051,11.460128784179688
RSLSP,λ<=log n,65536,0,740394,11.297515869140625
RSLSP,λ<=log n,65536,0,836831,12.769027709960938
RSLSP,λ<=log n,65536,0,855308,13.05096435546875
RSLSP,λ<=log n,65536,0,772201,11.782852172851562
RSLSP,λ<=log n,65536,0,767544,11.7117919921875
RSLSP,λ<=log n,65536,0,746220,11.38641357421875
RSLSP,λ<=log n,65536,0,787783,12.020614624023438
RSLSP,λ<=log n,65536,0,782637,11.942092895507812
RSDMP,λ<=log n,65536,0,656162,10.012237548828125
RSDMP,λ<=log n,65536,0,671785,10.250625610351562
RSDMP,λ<=log n,65536,0,620855,9.473495483398438
RSDMP,λ<=log n,65536,0,740972,11.30633544921875
RSDMP,λ<=log n,65536,0,655807,10.006820678710938
RSDMP,λ<=log n,65536,0,621624,9.4852294921875
RSDMP,λ<=log n,65536,0,947553,14.458511352539062
RSDMP,λ<=log n,65536,0,704277,10.746414184570312
RSDMP,λ<=log n,65536,0,718717,10.966751098632812
RSDMP,λ<=log n,65536,0,657865,10.038223266601562
RSDMP,λ<=log n,65536,0,666109,10.164016723632812
RSDMP,λ<=log n,65536,0,666733,10.173538208007812
RSDMP,λ<=log n,65536,0,744108,11.35418701171875
RSDMP,λ<=log n,65536,0,753784,11.5018310546875
RSDMP,λ<=log n,65536,0,642019,9.796432495117188
RSDMP,λ<=log n,65536,0,671243,10.242355346679688
RSDMP,λ<=log n,65536,0,645186,9.844757080078125
RSDMP,λ<=log n,65536,0,684813,10.449417114257812
RSDMP,λ<=log n,65536,0,721104,11.003173828125
RSDMP,λ<=log n,65536,0,830047,12.665512084960938
RSDMP,λ<=log n,65536,0,658337,10.045425415039062
RSDMP,λ<=log n,65536,0,681514,10.399078369140625
RSDMP,λ<=log n,65536,0,643767,9.823104858398438
RSDMP,λ<=log n,65536,0,700388,10.68707275390625
RSDMP,λ<=log n,65536,0,653122,9.965850830078125
RSDMP,λ<=log n,65536,0,678347,10.350753784179688
RSDMP,λ<=log n,65536,0,672239,10.257553100585938
RSDMP,λ<=log n,65536,0,757440,11.5576171875
RSDMP,λ<=log n,65536,0,656273,10.013931274414062
RSDMP,λ<=log n,65536,0,738154,11.263336181640625
RSDMP,λ<=log n,65536,0,639864,9.7635498046875
RSDMP,λ<=log n,65536,0,664802,10.144073486328125
RSDMP,λ<=log n,65536,0,717011,10.940719604492188
RSDMP,λ<=log n,65536,0,643386,9.817291259765625
RSDMP,λ<=log n,65536,0,841806,12.844940185546875
RSDMP,λ<=log n,65536,0,703269,10.731033325195312
RSDMP,λ<=log n,65536,0,670225,10.226821899414062
RSDMP,λ<=log n,65536,0,695369,10.610488891601562
RSDMP,λ<=log n,65536,0,694606,10.598846435546875
RSDMP,λ<=log n,65536,0,615658,9.394195556640625
RSDMP,λ<=log n,65536,0,607661,9.272171020507812
RSDMP,λ<=log n,65536,0,674773,10.296218872070312
RSDMP,λ<=log n,65536,0,738709,11.271804809570312
RSDMP,λ<=log n,65536,0,795580,12.13958740234375
RSDMP,λ<=log n,65536,0,656664,10.0198974609375
RSDMP,λ<=log n,65536,0,620554,9.468902587890625
RSDMP,λ<=log n,65536,0,663746,10.127960205078125
RSDMP,λ<=log n,65536,0,655231,9.998031616210938
RSDMP,λ<=log n,65536,0,654465,9.986343383789062
RSDMP,λ<=log n,65536,0,725194,11.065582275390625
RSDMP,λ<=log n,65536,0,642924,9.81024169921875
RSDMP,λ<=log n,65536,0,668763,10.204513549804688
RSDMP,λ<=log n,65536,0,705481,10.764785766601562
RSDMP,λ<=log n,65536,0,612742,9.349700927734375
RSDMP,λ<=log n,65536,0,621395,9.481735229492188
RSDMP,λ<=log n,65536,0,694045,10.590286254882812
RSDMP,λ<=log n,65536,0,640676,9.77593994140625
RSDMP,λ<=log n,65536,0,645578,9.850738525390625
RSDMP,λ<=log n,65536,0,705081,10.758682250976562
RSDMP,λ<=log n,65536,0,655674,10.004791259765625
RSDMP,λ<=log n,65536,0,751635,11.469039916992188
RSDMP,λ<=log n,65536,0,697785,10.647354125976562
RSDMP,λ<=log n,65536,0,715293,10.914505004882812
RSDMP,λ<=log n,65536,0,715689,10.920547485351562
RSDMP,λ<=log n,65536,0,947826,14.462677001953125
RSDMP,λ<=log n,65536,0,671462,10.245697021484375
RSDMP,λ<=log n,65536,0,654487,9.986679077148438
RSDMP,λ<=log n,65536,0,776317,11.845657348632812
RSDMP,λ<=log n,65536,0,694155,10.591964721679688
RSDMP,λ<=log n,65536,0,654669,9.989456176757812
RSDMP,λ<=log n,65536,0,634034,9.674591064453125
RSDMP,λ<=log n,65536,0,717838,10.953338623046875
RSDMP,λ<=log n,65536,0,680868,10.38922119140625
RSDMP,λ<=log n,65536,0,639901,9.764114379882812
RSDMP,λ<=log n,65536,0,652092,9.95013427734375
RSDMP,λ<=log n,65536,0,759693,11.591995239257812
RSDMP,λ<=log n,65536,0,733638,11.194427490234375
RSDMP,λ<=log n,65536,0,735959,11.229843139648438
RSDMP,λ<=log n,65536,0,680277,10.380203247070312
RSDMP,λ<=log n,65536,0,647900,9.88616943359375
RSDMP,λ<=log n,65536,0,670634,10.233062744140625
RSDMP,λ<=log n,65536,0,689890,10.526885986328125
RSDMP,λ<=log n,65536,0,695619,10.614303588867188
RSDMP,λ<=log n,65536,0,696321,10.625015258789062
RSDMP,λ<=log n,65536,0,761215,11.615219116210938
RSDMP,λ<=log n,65536,0,602718,9.196746826171875
RSDMP,λ<=log n,65536,0,722059,11.017745971679688
RSDMP,λ<=log n,65536,0,651447,9.940292358398438
RSDMP,λ<=log n,65536,0,724576,11.05615234375
RSDMP,λ<=log n,65536,0,643990,9.826507568359375
RSDMP,λ<=log n,65536,0,699237,10.669509887695312
RSDMP,λ<=log n,65536,0,700010,10.681304931640625
RSDMP,λ<=log n,65536,0,674172,10.28704833984375
RSDMP,λ<=log n,65536,0,677481,10.337539672851562
RSDMP,λ<=log n,65536,0,846930,12.923126220703125
RSDMP,λ<=log n,65536,0,728089,11.109756469726562
RSDMP,λ<=log n,65536,0,623574,9.514984130859375
RSDMP,λ<=log n,65536,0,621492,9.48321533203125
RSDMP,λ<=log n,65536,0,669473,10.215347290039062
RRDMP,λ<=log n,65536,0,527791,8.053451538085938
RRDMP,λ<=log n,65536,0,550027,8.392745971679688
RRDMP,λ<=log n,65536,0,579323,8.839767456054688
RRDMP,λ<=log n,65536,0,505462,7.712738037109375
RRDMP,λ<=log n,65536,0,508087,7.7527923583984375
RRDMP,λ<=log n,65536,0,511692,7.80780029296875
RRDMP,λ<=log n,65536,0,510920,7.7960205078125
RRDMP,λ<=log n,65536,0,536662,8.188812255859375
RRDMP,λ<=log n,65536,0,590644,9.01251220703125
RRDMP,λ<=log n,65536,0,530698,8.097808837890625
RRDMP,λ<=log n,65536,0,630760,9.6246337890625
RRDMP,λ<=log n,65536,0,527304,8.0460205078125
RRDMP,λ<=log n,65536,0,516676,7.88385009765625
RRDMP,λ<=log n,65536,0,689100,10.51483154296875
RRDMP,λ<=log n,65536,0,556933,8.498123168945312
RRDMP,λ<=log n,65536,0,508591,7.7604827880859375
RRDMP,λ<=log n,65536,0,504330,7.695465087890625
RRDMP,λ<=log n,65536,0,522454,7.972015380859375
RRDMP,λ<=log n,65536,0,545291,8.320480346679688
RRDMP,λ<=log n,65536,0,554910,8.467254638671875
RRDMP,λ<=log n,65536,0,502693,7.6704864501953125
RRDMP,λ<=log n,65536,0,545140,8.31817626953125
RRDMP,λ<=log n,65536,0,529591,8.080917358398438
RRDMP,λ<=log n,65536,0,479806,7.321258544921875
RRDMP,λ<=log n,65536,0,518152,7.9063720703125
RRDMP,λ<=log n,65536,0,514732,7.85418701171875
RRDMP,λ<=log n,65536,0,581895,8.879013061523438
RRDMP,λ<=log n,65536,0,587363,8.962448120117188
RRDMP,λ<=log n,65536,0,519843,7.9321746826171875
RRDMP,λ<=log n,65536,0,637974,9.734710693359375
RRDMP,λ<=log n,65536,0,604612,9.22564697265625
RRDMP,λ<=log n,65536,0,520691,7.9451141357421875
RRDMP,λ<=log n,65536,0,500756,7.64093017578125
RRDMP,λ<=log n,65536,0,577463,8.811386108398438
RRDMP,λ<=log n,65536,0,471203,7.1899871826171875
RRDMP,λ<=log n,65536,0,541728,8.26611328125
RRDMP,λ<=log n,65536,0,532254,8.121551513671875
RRDMP,λ<=log n,65536,0,532874,8.131011962890625
RRDMP,λ<=log n,65536,0,547750,8.358001708984375
RRDMP,λ<=log n,65536,0,617214,9.417938232421875
RRDMP,λ<=log n,65536,0,529256,8.0758056640625
RRDMP,λ<=log n,65536,0,527397,8.047439575195312
RRDMP,λ<=log n,65536,0,642622,9.805633544921875
RRDMP,λ<=log n,65536,0,518100,7.90557861328125
RRDMP,λ<=log n,65536,0,556564,8.49249267578125
RRDMP,λ<=log n,65536,0,515926,7.872406005859375
RRDMP,λ<=log n,65536,0,515755,7.8697967529296875
RRDMP,λ<=log n,65536,0,506046,7.721649169921875
RRDMP,λ<=log n,65536,0,480524,7.33221435546875
RRDMP,λ<=log n,65536,0,533863,8.146102905273438
RRDMP,λ<=log n,65536,0,528768,8.068359375
RRDMP,λ<=log n,65536,0,497867,7.5968475341796875
RRDMP,λ<=log n,65536,0,538134,8.211273193359375
RRDMP,λ<=log n,65536,0,500127,7.6313323974609375
RRDMP,λ<=log n,65536,0,525442,8.017608642578125
RRDMP,λ<=log n,65536,0,521888,7.96337890625
RRDMP,λ<=log n,65536,0,506716,7.73187255859375
RRDMP,λ<=log n,65536,0,492463,7.5143890380859375
RRDMP,λ<=log n,65536,0,502365,7.6654815673828125
RRDMP,λ<=log n,65536,0,553675,8.448410034179688
RRDMP,λ<=log n,65536,0,601504,9.17822265625
RRDMP,λ<=log n,65536,0,548311,8.366561889648438
RRDMP,λ<=log n,65536,0,505373,7.7113800048828125
RRDMP,λ<=log n,65536,0,495492,7.56060791015625
RRDMP,λ<=log n,65536,0,606027,9.247238159179688
RRDMP,λ<=log n,65536,0,577815,8.816757202148438
RRDMP,λ<=log n,65536,0,512394,7.818511962890625
RRDMP,λ<=log n,65536,0,532975,8.132553100585938
RRDMP,λ<=log n,65536,0,535822,8.175994873046875
RRDMP,λ<=log n,65536,0,547417,8.352920532226562
RRDMP,λ<=log n,65536,0,489486,7.468963623046875
RRDMP,λ<=log n,65536,0,511948,7.81170654296875
RRDMP,λ<=log n,65536,0,537035,8.194503784179688
RRDMP,λ<=log n,65536,0,587743,8.968246459960938
RRDMP,λ<=log n,65536,0,480084,7.32550048828125
RRDMP,λ<=log n,65536,0,518527,7.9120941162109375
RRDMP,λ<=log n,65536,0,506809,7.7332916259765625
RRDMP,λ<=log n,65536,0,537753,8.205459594726562
RRDMP,λ<=log n,65536,0,542854,8.283294677734375
RRDMP,λ<=log n,65536,0,541320,8.2598876953125
RRDMP,λ<=log n,65536,0,537484,8.20135498046875
RRDMP,λ<=log n,65536,0,534832,8.160888671875
RRDMP,λ<=log n,65536,0,568026,8.667388916015625
RRDMP,λ<=log n,65536,0,539456,8.2314453125
RRDMP,λ<=log n,65536,0,557885,8.512649536132812
RRDMP,λ<=log n,65536,0,507909,7.7500762939453125
RRDMP,λ<=log n,65536,0,550232,8.3958740234375
RRDMP,λ<=log n,65536,0,547069,8.347610473632812
RRDMP,λ<=log n,65536,0,543099,8.287033081054688
RRDMP,λ<=log n,65536,0,544625,8.310317993164062
RRDMP,λ<=log n,65536,0,621114,9.477447509765625
RRDMP,λ<=log n,65536,0,594444,9.07049560546875
RRDMP,λ<=log n,65536,0,500747,7.6407928466796875
RRDMP,λ<=log n,65536,0,534859,8.161300659179688
RRDMP,λ<=log n,65536,0,506694,7.731536865234375
RRDMP,λ<=log n,65536,0,509059,7.7676239013671875
RRDMP,λ<=log n,65536,0,504396,7.69647216796875
RRDMP,λ<=log n,65536,0,537912,8.2078857421875
RRDMP,λ<=log n,65536,0,530023,8.087509155273438
RRDMP,λ<=log n,65536,0,491251,7.4958953857421875
RHDMP,λ<=log n,65536,0,457804,6.98553466796875
RHDMP,λ<=log n,65536,0,482487,7.3621673583984375
RHDMP,λ<=log n,65536,0,469510,7.164154052734375
RHDMP,λ<=log n,65536,0,480758,7.335784912109375
RHDMP,λ<=log n,65536,0,484215,7.3885345458984375
RHDMP,λ<=log n,65536,0,502604,7.66912841796875
RHDMP,λ<=log n,65536,0,445450,6.797027587890625
RHDMP,λ<=log n,65536,0,459142,7.005950927734375
RHDMP,λ<=log n,65536,0,464083,7.0813446044921875
RHDMP,λ<=log n,65536,0,485542,7.408782958984375
RHDMP,λ<=log n,65536,0,501319,7.6495208740234375
RHDMP,λ<=log n,65536,0,499040,7.61474609375
RHDMP,λ<=log n,65536,0,457241,6.9769439697265625
RHDMP,λ<=log n,65536,0,485089,7.4018707275390625
RHDMP,λ<=log n,65536,0,473896,7.2310791015625
RHDMP,λ<=log n,65536,0,436021,6.6531524658203125
RHDMP,λ<=log n,65536,0,490282,7.481109619140625
RHDMP,λ<=log n,65536,0,464286,7.084442138671875
RHDMP,λ<=log n,65536,0,489233,7.4651031494140625
RHDMP,λ<=log n,65536,0,477018,7.278717041015625
RHDMP,λ<=log n,65536,0,504161,7.6928863525390625
RHDMP,λ<=log n,65536,0,478434,7.300323486328125
RHDMP,λ<=log n,65536,0,520000,7.9345703125
RHDMP,λ<=log n,65536,0,478024,7.2940673828125
RHDMP,λ<=log n,65536,0,445030,6.790618896484375
RHDMP,λ<=log n,65536,0,457761,6.9848785400390625
RHDMP,λ<=log n,65536,0,479750,7.320404052734375
RHDMP,λ<=log n,65536,0,447201,6.8237457275390625
RHDMP,λ<=log n,65536,0,498322,7.603790283203125
RHDMP,λ<=log n,65536,0,481821,7.3520050048828125
RHDMP,λ<=log n,65536,0,515037,7.8588409423828125
RHDMP,λ<=log n,65536,0,527340,8.04656982421875
RHDMP,λ<=log n,65536,0,456095,6.9594573974609375
RHDMP,λ<=log n,65536,0,457677,6.9835968017578125
RHDMP,λ<=log n,65536,0,486858,7.428863525390625
RHDMP,λ<=log n,65536,0,551897,8.421279907226562
RHDMP,λ<=log n,65536,0,470852,7.18463134765625
RHDMP,λ<=log n,65536,0,475008,7.248046875
RHDMP,λ<=log n,65536,0,472364,7.20770263671875
RHDMP,λ<=log n,65536,0,462208,7.052734375
RHDMP,λ<=log n,65536,0,459998,7.019012451171875
RHDMP,λ<=log n,65536,0,455955,6.9573211669921875
RHDMP,λ<=log n,65536,0,465981,7.1103057861328125
RHDMP,λ<=log n,65536,0,464090,7.081451416015625
RHDMP,λ<=log n,65536,0,446936,6.8197021484375
RHDMP,λ<=log n,65536,0,510391,7.7879486083984375
RHDMP,λ<=log n,65536,0,500719,7.6403656005859375
RHDMP,λ<=log n,65536,0,494828,7.55047607421875
RHDMP,λ<=log n,65536,0,496671,7.5785980224609375
RHDMP,λ<=log n,65536,0,458038,6.989105224609375
RHDMP,λ<=log n,65536,0,479267,7.3130340576171875
RHDMP,λ<=log n,65536,0,495139,7.5552215576171875
RHDMP,λ<=log n,65536,0,499703,7.6248626708984375
RHDMP,λ<=log n,65536,0,489558,7.470062255859375
RHDMP,λ<=log n,65536,0,447871,6.8339691162109375
RHDMP,λ<=log n,65536,0,517270,7.892913818359375
RHDMP,λ<=log n,65536,0,492879,7.5207366943359375
RHDMP,λ<=log n,65536,0,488247,7.4500579833984375
RHDMP,λ<=log n,65536,0,468215,7.1443939208984375
RHDMP,λ<=log n,65536,0,490257,7.4807281494140625
RHDMP,λ<=log n,65536,0,482702,7.365447998046875
RHDMP,λ<=log n,65536,0,467916,7.13983154296875
RHDMP,λ<=log n,65536,0,475492,7.25543212890625
RHDMP,λ<=log n,65536,0,495222,7.556488037109375
RHDMP,λ<=log n,65536,0,483347,7.3752899169921875
RHDMP,λ<=log n,65536,0,446438,6.812103271484375
RHDMP,λ<=log n,65536,0,497122,7.585479736328125
RHDMP,λ<=log n,65536,0,454005,6.9275665283203125
RHDMP,λ<=log n,65536,0,477110,7.280120849609375
RHDMP,λ<=log n,65536,0,475901,7.2616729736328125
RHDMP,λ<=log n,65536,0,443235,6.7632293701171875
RHDMP,λ<=log n,65536,0,476683,7.2736053466796875
RHDMP,λ<=log n,65536,0,449850,6.864166259765625
RHDMP,λ<=log n,65536,0,491668,7.50225830078125
RHDMP,λ<=log n,65536,0,456597,6.9671173095703125
RHDMP,λ<=log n,65536,0,508704,7.76220703125
RHDMP,λ<=log n,65536,0,583243,8.899581909179688
RHDMP,λ<=log n,65536,0,484504,7.3929443359375
RHDMP,λ<=log n,65536,0,507707,7.7469940185546875
RHDMP,λ<=log n,65536,0,481147,7.3417205810546875
RHDMP,λ<=log n,65536,0,536925,8.192825317382812
RHDMP,λ<=log n,65536,0,448111,6.8376312255859375
RHDMP,λ<=log n,65536,0,505329,7.7107086181640625
RHDMP,λ<=log n,65536,0,450963,6.8811492919921875
RHDMP,λ<=log n,65536,0,468093,7.1425323486328125
RHDMP,λ<=log n,65536,0,506134,7.722991943359375
RHDMP,λ<=log n,65536,0,452310,6.901702880859375
RHDMP,λ<=log n,65536,0,452600,6.9061279296875
RHDMP,λ<=log n,65536,0,541940,8.26934814453125
RHDMP,λ<=log n,65536,0,484071,7.3863372802734375
RHDMP,λ<=log n,65536,0,490070,7.477874755859375
RHDMP,λ<=log n,65536,0,455972,6.95758056640625
RHDMP,λ<=log n,65536,0,467771,7.1376190185546875
RHDMP,λ<=log n,65536,0,523944,7.9947509765625
RHDMP,λ<=log n,65536,0,505153,7.7080230712890625
RHDMP,λ<=log n,65536,0,506582,7.729827880859375
RHDMP,λ<=log n,65536,0,472019,7.2024383544921875
RHDMP,λ<=log n,65536,0,468696,7.1517333984375
RHDMP,λ<=log n,65536,0,474125,7.2345733642578125
RHDMP,λ<=log n,65536,0,484926,7.399383544921875
RHLMP,λ<=log n,65536,0,533983,8.147933959960938
RHLMP,λ<=log n,65536,0,527176,8.0440673828125
RHLMP,λ<=log n,65536,0,533903,8.146713256835938
RHLMP,λ<=log n,65536,0,596720,9.105224609375
RHLMP,λ<=log n,65536,0,539771,8.236251831054688
RHLMP,λ<=log n,65536,0,525082,8.012115478515625
RHLMP,λ<=log n,65536,0,517777,7.9006500244140625
RHLMP,λ<=log n,65536,0,508916,7.76544189453125
RHLMP,λ<=log n,65536,0,509971,7.7815399169921875
RHLMP,λ<=log n,65536,0,528342,8.061859130859375
RHLMP,λ<=log n,65536,0,496604,7.57757568359375
RHLMP,λ<=log n,65536,0,478648,7.3035888671875
RHLMP,λ<=log n,65536,0,505046,7.706390380859375
RHLMP,λ<=log n,65536,0,514662,7.853118896484375
RHLMP,λ<=log n,65536,0,480112,7.325927734375
RHLMP,λ<=log n,65536,0,491540,7.50030517578125
RHLMP,λ<=log n,65536,0,498954,7.613433837890625
RHLMP,λ<=log n,65536,0,500955,7.6439666748046875
RHLMP,λ<=log n,65536,0,489145,7.4637603759765625
RHLMP,λ<=log n,65536,0,521663,7.9599456787109375
RHLMP,λ<=log n,65536,0,521577,7.9586334228515625
RHLMP,λ<=log n,65536,0,494900,7.55157470703125
RHLMP,λ<=log n,65536,0,539182,8.227264404296875
RHLMP,λ<=log n,65536,0,500754,7.640899658203125
RHLMP,λ<=log n,65536,0,481317,7.3443145751953125
RHLMP,λ<=log n,65536,0,493675,7.5328826904296875
RHLMP,λ<=log n,65536,0,541809,8.267349243164062
RHLMP,λ<=log n,65536,0,487093,7.4324493408203125
RHLMP,λ<=log n,65536,0,483426,7.376495361328125
RHLMP,λ<=log n,65536,0,507634,7.745880126953125
RHLMP,λ<=log n,65536,0,491793,7.5041656494140625
RHLMP,λ<=log n,65536,0,525363,8.016403198242188
RHLMP,λ<=log n,65536,0,494813,7.5502471923828125
RHLMP,λ<=log n,65536,0,484881,7.3986968994140625
RHLMP,λ<=log n,65536,0,461407,7.0405120849609375
RHLMP,λ<=log n,65536,0,482782,7.366668701171875
RHLMP,λ<=log n,65536,0,479219,7.3123016357421875
RHLMP,λ<=log n,65536,0,495877,7.5664825439453125
RHLMP,λ<=log n,65536,0,478456,7.3006591796875
RHLMP,λ<=log n,65536,0,466333,7.1156768798828125
RHLMP,λ<=log n,65536,0,514729,7.8541412353515625
RHLMP,λ<=log n,65536,0,480485,7.3316192626953125
RHLMP,λ<=log n,65536,0,488045,7.4469757080078125
RHLMP,λ<=log n,65536,0,510005,7.7820587158203125
RHLMP,λ<=log n,65536,0,522598,7.974212646484375
RHLMP,λ<=log n,65536,0,484910,7.399139404296875
RHLMP,λ<=log n,65536,0,557102,8.500701904296875
RHLMP,λ<=log n,65536,0,494487,7.5452728271484375
RHLMP,λ<=log n,65536,0,536285,8.183059692382812
RHLMP,λ<=log n,65536,0,493406,7.528778076171875
RHLMP,λ<=log n,65536,0,513795,7.8398895263671875
RHLMP,λ<=log n,65536,0,501895,7.6583099365234375
RHLMP,λ<=log n,65536,0,569021,8.682571411132812
RHLMP,λ<=log n,65536,0,510865,7.7951812744140625
RHLMP,λ<=log n,65536,0,499930,7.628326416015625
RHLMP,λ<=log n,65536,0,546790,8.343353271484375
RHLMP,λ<=log n,65536,0,485634,7.410186767578125
RHLMP,λ<=log n,65536,0,490514,7.484649658203125
RHLMP,λ<=log n,65536,0,504072,7.6915283203125
RHLMP,λ<=log n,65536,0,522394,7.971099853515625
RHLMP,λ<=log n,65536,0,487202,7.434112548828125
RHLMP,λ<=log n,65536,0,484726,7.396331787109375
RHLMP,λ<=log n,65536,0,490387,7.4827117919921875
RHLMP,λ<=log n,65536,0,491241,7.4957427978515625
RHLMP,λ<=log n,65536,0,472255,7.2060394287109375
RHLMP,λ<=log n,65536,0,526362,8.031646728515625
RHLMP,λ<=log n,65536,0,488632,7.4559326171875
RHLMP,λ<=log n,65536,0,473829,7.2300567626953125
RHLMP,λ<=log n,65536,0,474170,7.235260009765625
RHLMP,λ<=log n,65536,0,478896,7.307373046875
RHLMP,λ<=log n,65536,0,477791,7.2905120849609375
RHLMP,λ<=log n,65536,0,500694,7.639984130859375
RHLMP,λ<=log n,65536,0,490845,7.4897003173828125
RHLMP,λ<=log n,65536,0,462570,7.058258056640625
RHLMP,λ<=log n,65536,0,517452,7.89569091796875
RHLMP,λ<=log n,65536,0,500795,7.6415252685546875
RHLMP,λ<=log n,65536,0,509408,7.77294921875
RHLMP,λ<=log n,65536,0,501188,7.64752197265625
RHLMP,λ<=log n,65536,0,516466,7.880645751953125
RHLMP,λ<=log n,65536,0,560516,8.55279541015625
RHLMP,λ<=log n,65536,0,602804,9.19805908203125
RHLMP,λ<=log n,65536,0,494758,7.549407958984375
RHLMP,λ<=log n,65536,0,483773,7.3817901611328125
RHLMP,λ<=log n,65536,0,523932,7.99456787109375
RHLMP,λ<=log n,65536,0,510170,7.784576416015625
RHLMP,λ<=log n,65536,0,519113,7.9210357666015625
RHLMP,λ<=log n,65536,0,489776,7.473388671875
RHLMP,λ<=log n,65536,0,493280,7.52685546875
RHLMP,λ<=log n,65536,0,505433,7.7122955322265625
RHLMP,λ<=log n,65536,0,490581,7.4856719970703125
RHLMP,λ<=log n,65536,0,534451,8.155075073242188
RHLMP,λ<=log n,65536,0,467240,7.1295166015625
RHLMP,λ<=log n,65536,0,506853,7.7339630126953125
RHLMP,λ<=log n,65536,0,528240,8.060302734375
RHLMP,λ<=log n,65536,0,499973,7.6289825439453125
RHLMP,λ<=log n,65536,0,517521,7.8967437744140625
RHLMP,λ<=log n,65536,0,482996,7.36993408203125
RHLMP,λ<=log n,65536,0,484388,7.39117431640625
RHLMP,λ<=log n,65536,0,582775,8.892440795898438
RRLMP,λ<=log n,65536,0,565164,8.62371826171875
RRLMP,λ<=log n,65536,0,595803,9.091232299804688
RRLMP,λ<=log n,65536,0,601350,9.175872802734375
RRLMP,λ<=log n,65536,0,513082,7.829010009765625
RRLMP,λ<=log n,65536,0,520169,7.9371490478515625
RRLMP,λ<=log n,65536,0,517127,7.8907318115234375
RRLMP,λ<=log n,65536,0,540772,8.25152587890625
RRLMP,λ<=log n,65536,0,513386,7.833648681640625
RRLMP,λ<=log n,65536,0,523313,7.9851226806640625
RRLMP,λ<=log n,65536,0,554569,8.462051391601562
RRLMP,λ<=log n,65536,0,561388,8.56610107421875
RRLMP,λ<=log n,65536,0,524175,7.9982757568359375
RRLMP,λ<=log n,65536,0,555911,8.482528686523438
RRLMP,λ<=log n,65536,0,544636,8.31048583984375
RRLMP,λ<=log n,65536,0,553222,8.441497802734375
RRLMP,λ<=log n,65536,0,540854,8.252777099609375
RRLMP,λ<=log n,65536,0,569968,8.697021484375
RRLMP,λ<=log n,65536,0,509420,7.77313232421875
RRLMP,λ<=log n,65536,0,553324,8.44305419921875
RRLMP,λ<=log n,65536,0,526431,8.032699584960938
RRLMP,λ<=log n,65536,0,520883,7.9480438232421875
RRLMP,λ<=log n,65536,0,533956,8.14752197265625
RRLMP,λ<=log n,65536,0,574004,8.75860595703125
RRLMP,λ<=log n,65536,0,555039,8.469223022460938
RRLMP,λ<=log n,65536,0,602919,9.199813842773438
RRLMP,λ<=log n,65536,0,605636,9.24127197265625
RRLMP,λ<=log n,65536,0,520198,7.937591552734375
RRLMP,λ<=log n,65536,0,533833,8.145645141601562
RRLMP,λ<=log n,65536,0,587322,8.961822509765625
RRLMP,λ<=log n,65536,0,535805,8.175735473632812
RRLMP,λ<=log n,65536,0,506015,7.7211761474609375
RRLMP,λ<=log n,65536,0,564871,8.619247436523438
RRLMP,λ<=log n,65536,0,494865,7.5510406494140625
RRLMP,λ<=log n,65536,0,512698,7.823150634765625
RRLMP,λ<=log n,65536,0,544114,8.302520751953125
RRLMP,λ<=log n,65536,0,559210,8.532867431640625
RRLMP,λ<=log n,65536,0,525658,8.020904541015625
RRLMP,λ<=log n,65536,0,585939,8.940719604492188
RRLMP,λ<=log n,65536,0,519016,7.9195556640625
RRLMP,λ<=log n,65536,0,569290,8.686676025390625
RRLMP,λ<=log n,65536,0,554226,8.456817626953125
RRLMP,λ<=log n,65536,0,568629,8.676589965820312
RRLMP,λ<=log n,65536,0,614399,9.374984741210938
RRLMP,λ<=log n,65536,0,589286,8.991790771484375
RRLMP,λ<=log n,65536,0,513001,7.8277740478515625
RRLMP,λ<=log n,65536,0,506802,7.733184814453125
RRLMP,λ<=log n,65536,0,546143,8.333480834960938
RRLMP,λ<=log n,65536,0,551813,8.419998168945312
RRLMP,λ<=log n,65536,0,545886,8.329559326171875
RRLMP,λ<=log n,65536,0,515305,7.8629302978515625
RRLMP,λ<=log n,65536,0,551795,8.419723510742188
RRLMP,λ<=log n,65536,0,532655,8.127670288085938
RRLMP,λ<=log n,65536,0,543505,8.293228149414062
RRLMP,λ<=log n,65536,0,593268,9.05255126953125
RRLMP,λ<=log n,65536,0,560230,8.548431396484375
RRLMP,λ<=log n,65536,0,552411,8.429122924804688
RRLMP,λ<=log n,65536,0,539350,8.229827880859375
RRLMP,λ<=log n,65536,0,515926,7.872406005859375
RRLMP,λ<=log n,65536,0,633690,9.669342041015625
RRLMP,λ<=log n,65536,0,519982,7.934295654296875
RRLMP,λ<=log n,65536,0,518904,7.9178466796875
RRLMP,λ<=log n,65536,0,528436,8.06329345703125
RRLMP,λ<=log n,65536,0,610361,9.313369750976562
RRLMP,λ<=log n,65536,0,597778,9.121368408203125
RRLMP,λ<=log n,65536,0,597044,9.11016845703125
RRLMP,λ<=log n,65536,0,554484,8.46075439453125
RRLMP,λ<=log n,65536,0,547011,8.346725463867188
RRLMP,λ<=log n,65536,0,687297,10.487319946289062
RRLMP,λ<=log n,65536,0,558765,8.526077270507812
RRLMP,λ<=log n,65536,0,563128,8.5926513671875
RRLMP,λ<=log n,65536,0,508446,7.758270263671875
RRLMP,λ<=log n,65536,0,571147,8.715011596679688
RRLMP,λ<=log n,65536,0,546650,8.341217041015625
RRLMP,λ<=log n,65536,0,536225,8.182144165039062
RRLMP,λ<=log n,65536,0,619473,9.452407836914062
RRLMP,λ<=log n,65536,0,530982,8.102142333984375
RRLMP,λ<=log n,65536,0,534559,8.156723022460938
RRLMP,λ<=log n,65536,0,585295,8.930892944335938
RRLMP,λ<=log n,65536,0,517070,7.889862060546875
RRLMP,λ<=log n,65536,0,549200,8.380126953125
RRLMP,λ<=log n,65536,0,533412,8.13922119140625
RRLMP,λ<=log n,65536,0,542418,8.276641845703125
RRLMP,λ<=log n,65536,0,529099,8.073410034179688
RRLMP,λ<=log n,65536,0,529534,8.080047607421875
RRLMP,λ<=log n,65536,0,540268,8.24383544921875
RRLMP,λ<=log n,65536,0,529336,8.0770263671875
RRLMP,λ<=log n,65536,0,513393,7.8337554931640625
RRLMP,λ<=log n,65536,0,501752,7.6561279296875
RRLMP,λ<=log n,65536,0,557671,8.509384155273438
RRLMP,λ<=log n,65536,0,576629,8.798660278320312
RRLMP,λ<=log n,65536,0,599528,9.1480712890625
RRLMP,λ<=log n,65536,0,605281,9.235855102539062
RRLMP,λ<=log n,65536,0,588224,8.9755859375
RRLMP,λ<=log n,65536,0,565266,8.625274658203125
RRLMP,λ<=log n,65536,0,549566,8.385711669921875
RRLMP,λ<=log n,65536,0,586328,8.9466552734375
RRLMP,λ<=log n,65536,0,554893,8.466995239257812
RRLMP,λ<=log n,65536,0,565048,8.6219482421875
RRLMP,λ<=log n,65536,0,570336,8.70263671875
RRLMP,λ<=log n,65536,0,542077,8.271438598632812
RSLMP,λ<=log n,65536,0,721819,11.014083862304688
RSLMP,λ<=log n,65536,0,755442,11.527130126953125
RSLMP,λ<=log n,65536,0,762580,11.63604736328125
RSLMP,λ<=log n,65536,0,749642,11.438629150390625
RSLMP,λ<=log n,65536,0,744178,11.355255126953125
RSLMP,λ<=log n,65536,0,817689,12.476943969726562
RSLMP,λ<=log n,65536,0,726698,11.088531494140625
RSLMP,λ<=log n,65536,0,695426,10.611358642578125
RSLMP,λ<=log n,65536,0,693369,10.579971313476562
RSLMP,λ<=log n,65536,0,760610,11.605987548828125
RSLMP,λ<=log n,65536,0,736148,11.23272705078125
RSLMP,λ<=log n,65536,0,708802,10.815460205078125
RSLMP,λ<=log n,65536,0,766847,11.701156616210938
RSLMP,λ<=log n,65536,0,769047,11.734725952148438
RSLMP,λ<=log n,65536,0,696623,10.629623413085938
RSLMP,λ<=log n,65536,0,734897,11.213638305664062
RSLMP,λ<=log n,65536,0,701822,10.708953857421875
RSLMP,λ<=log n,65536,0,679262,10.364715576171875
RSLMP,λ<=log n,65536,0,678241,10.349136352539062
RSLMP,λ<=log n,65536,0,838960,12.801513671875
RSLMP,λ<=log n,65536,0,696196,10.62310791015625
RSLMP,λ<=log n,65536,0,738431,11.267562866210938
RSLMP,λ<=log n,65536,0,737998,11.260955810546875
RSLMP,λ<=log n,65536,0,652630,9.958343505859375
RSLMP,λ<=log n,65536,0,781179,11.919845581054688
RSLMP,λ<=log n,65536,0,720423,10.992782592773438
RSLMP,λ<=log n,65536,0,763397,11.648513793945312
RSLMP,λ<=log n,65536,0,742390,11.327972412109375
RSLMP,λ<=log n,65536,0,854152,13.0333251953125
RSLMP,λ<=log n,65536,0,751330,11.464385986328125
RSLMP,λ<=log n,65536,0,697994,10.650543212890625
RSLMP,λ<=log n,65536,0,730227,11.142379760742188
RSLMP,λ<=log n,65536,0,724078,11.048553466796875
RSLMP,λ<=log n,65536,0,855191,13.049179077148438
RSLMP,λ<=log n,65536,0,712279,10.868515014648438
RSLMP,λ<=log n,65536,0,798367,12.182113647460938
RSLMP,λ<=log n,65536,0,730099,11.140426635742188
RSLMP,λ<=log n,65536,0,769045,11.734695434570312
RSLMP,λ<=log n,65536,0,732316,11.17425537109375
RSLMP,λ<=log n,65536,0,749150,11.431121826171875
RSLMP,λ<=log n,65536,0,724227,11.050827026367188
RSLMP,λ<=log n,65536,0,773540,11.80328369140625
RSLMP,λ<=log n,65536,0,746097,11.384536743164062
RSLMP,λ<=log n,65536,0,765172,11.67559814453125
RSLMP,λ<=log n,65536,0,821020,12.52777099609375
RSLMP,λ<=log n,65536,0,688395,10.504074096679688
RSLMP,λ<=log n,65536,0,863647,13.178207397460938
RSLMP,λ<=log n,65536,0,707377,10.793716430664062
RSLMP,λ<=log n,65536,0,811818,12.387359619140625
RSLMP,λ<=log n,65536,0,740179,11.294235229492188
RSLMP,λ<=log n,65536,0,722111,11.018539428710938
RSLMP,λ<=log n,65536,0,678700,10.35614013671875
RSLMP,λ<=log n,65536,0,669306,10.212799072265625
RSLMP,λ<=log n,65536,0,709006,10.818572998046875
RSLMP,λ<=log n,65536,0,700279,10.685409545898438
RSLMP,λ<=log n,65536,0,748596,11.42266845703125
RSLMP,λ<=log n,65536,0,774269,11.814407348632812
RSLMP,λ<=log n,65536,0,702911,10.725570678710938
RSLMP,λ<=log n,65536,0,762695,11.637802124023438
RSLMP,λ<=log n,65536,0,737698,11.256378173828125
RSLMP,λ<=log n,65536,0,733677,11.195022583007812
RSLMP,λ<=log n,65536,0,722774,11.028656005859375
RSLMP,λ<=log n,65536,0,739686,11.286712646484375
RSLMP,λ<=log n,65536,0,715320,10.9149169921875
RSLMP,λ<=log n,65536,0,708236,10.80682373046875
RSLMP,λ<=log n,65536,0,840203,12.820480346679688
RSLMP,λ<=log n,65536,0,729122,11.125518798828125
RSLMP,λ<=log n,65536,0,828434,12.640899658203125
RSLMP,λ<=log n,65536,0,795901,12.144485473632812
RSLMP,λ<=log n,65536,0,722491,11.024337768554688
RSLMP,λ<=log n,65536,0,799854,12.204803466796875
RSLMP,λ<=log n,65536,0,757656,11.5609130859375
RSLMP,λ<=log n,65536,0,752097,11.476089477539062
RSLMP,λ<=log n,65536,0,705385,10.763320922851562
RSLMP,λ<=log n,65536,0,707431,10.794540405273438
RSLMP,λ<=log n,65536,0,756367,11.541244506835938
RSLMP,λ<=log n,65536,0,732281,11.173721313476562
RSLMP,λ<=log n,65536,0,729090,11.125030517578125
RSLMP,λ<=log n,65536,0,733011,11.184860229492188
RSLMP,λ<=log n,65536,0,767345,11.708755493164062
RSLMP,λ<=log n,65536,0,722453,11.023757934570312
RSLMP,λ<=log n,65536,0,672330,10.258941650390625
RSLMP,λ<=log n,65536,0,682009,10.406631469726562
RSLMP,λ<=log n,65536,0,767732,11.71466064453125
RSLMP,λ<=log n,65536,0,703431,10.733505249023438
RSLMP,λ<=log n,65536,0,798209,12.179702758789062
RSLMP,λ<=log n,65536,0,745534,11.375946044921875
RSLMP,λ<=log n,65536,0,658091,10.041671752929688
RSLMP,λ<=log n,65536,0,686521,10.475479125976562
RSLMP,λ<=log n,65536,0,808163,12.331588745117188
RSLMP,λ<=log n,65536,0,749050,11.429595947265625
RSLMP,λ<=log n,65536,0,711258,10.852935791015625
RSLMP,λ<=log n,65536,0,714322,10.899688720703125
RSLMP,λ<=log n,65536,0,801374,12.227996826171875
RSLMP,λ<=log n,65536,0,661246,10.089813232421875
RSLMP,λ<=log n,65536,0,766449,11.695083618164062
RSLMP,λ<=log n,65536,0,788575,12.032699584960938
RSLMP,λ<=log n,65536,0,741644,11.31658935546875
RSLMP,λ<=log n,65536,0,696068,10.62115478515625
RSLMP,λ<=log n,65536,0,791897,12.083389282226562
RSDIP,λ<=log n,65536,0,781720,11.9281005859375
RSDIP,λ<=log n,65536,0,839535,12.810287475585938
RSDIP,λ<=log n,65536,0,778656,11.88134765625
RSDIP,λ<=log n,65536,0,872953,13.320205688476562
RSDIP,λ<=log n,65536,0,779720,11.8975830078125
RSDIP,λ<=log n,65536,0,782339,11.937545776367188
RSDIP,λ<=log n,65536,0,752623,11.484115600585938
RSDIP,λ<=log n,65536,0,782080,11.93359375
RSDIP,λ<=log n,65536,0,735487,11.222640991210938
RSDIP,λ<=log n,65536,0,750930,11.458282470703125
RSDIP,λ<=log n,65536,0,848750,12.950897216796875
RSDIP,λ<=log n,65536,0,846112,12.91064453125
RSDIP,λ<=log n,65536,0,775014,11.825775146484375
RSDIP,λ<=log n,65536,0,778073,11.872451782226562
RSDIP,λ<=log n,65536,0,872603,13.314865112304688
RSDIP,λ<=log n,65536,0,752953,11.489151000976562
RSDIP,λ<=log n,65536,0,897690,13.697662353515625
RSDIP,λ<=log n,65536,0,789721,12.050186157226562
RSDIP,λ<=log n,65536,0,838606,12.796112060546875
RSDIP,λ<=log n,65536,0,815575,12.444686889648438
RSDIP,λ<=log n,65536,0,820898,12.525909423828125
RSDIP,λ<=log n,65536,0,826892,12.61737060546875
RSDIP,λ<=log n,65536,0,821067,12.528488159179688
RSDIP,λ<=log n,65536,0,751676,11.46966552734375
RSDIP,λ<=log n,65536,0,837633,12.781265258789062
RSDIP,λ<=log n,65536,0,921274,14.057525634765625
RSDIP,λ<=log n,65536,0,772665,11.789932250976562
RSDIP,λ<=log n,65536,0,796341,12.151199340820312
RSDIP,λ<=log n,65536,0,737478,11.253021240234375
RSDIP,λ<=log n,65536,0,741516,11.31463623046875
RSDIP,λ<=log n,65536,0,871748,13.30181884765625
RSDIP,λ<=log n,65536,0,774535,11.818466186523438
RSDIP,λ<=log n,65536,0,774513,11.818130493164062
RSDIP,λ<=log n,65536,0,765377,11.678726196289062
RSDIP,λ<=log n,65536,0,783588,11.95660400390625
RSDIP,λ<=log n,65536,0,796517,12.153884887695312
RSDIP,λ<=log n,65536,0,757989,11.565994262695312
RSDIP,λ<=log n,65536,0,792180,12.08770751953125
RSDIP,λ<=log n,65536,0,785291,11.982589721679688
RSDIP,λ<=log n,65536,0,815127,12.437850952148438
RSDIP,λ<=log n,65536,0,823593,12.567031860351562
RSDIP,λ<=log n,65536,0,786991,12.008529663085938
RSDIP,λ<=log n,65536,0,786818,12.005889892578125
RSDIP,λ<=log n,65536,0,764349,11.663040161132812
RSDIP,λ<=log n,65536,0,828421,12.640701293945312
RSDIP,λ<=log n,65536,0,860984,13.1375732421875
RSDIP,λ<=log n,65536,0,789791,12.051254272460938
RSDIP,λ<=log n,65536,0,832614,12.704681396484375
RSDIP,λ<=log n,65536,0,821050,12.528228759765625
RSDIP,λ<=log n,65536,0,813036,12.40594482421875
RSDIP,λ<=log n,65536,0,756161,11.538101196289062
RSDIP,λ<=log n,65536,0,737431,11.252304077148438
RSDIP,λ<=log n,65536,0,741526,11.314788818359375
RSDIP,λ<=log n,65536,0,757501,11.558547973632812
RSDIP,λ<=log n,65536,0,772447,11.786605834960938
RSDIP,λ<=log n,65536,0,806878,12.311981201171875
RSDIP,λ<=log n,65536,0,768732,11.72991943359375
RSDIP,λ<=log n,65536,0,840651,12.827316284179688
RSDIP,λ<=log n,65536,0,808108,12.33074951171875
RSDIP,λ<=log n,65536,0,927493,14.152420043945312
RSDIP,λ<=log n,65536,0,737698,11.256378173828125
RSDIP,λ<=log n,65536,0,784860,11.97601318359375
RSDIP,λ<=log n,65536,0,767011,11.703659057617188
RSDIP,λ<=log n,65536,0,730425,11.145401000976562
RSDIP,λ<=log n,65536,0,813802,12.417633056640625
RSDIP,λ<=log n,65536,0,738925,11.275100708007812
RSDIP,λ<=log n,65536,0,914036,13.94708251953125
RSDIP,λ<=log n,65536,0,777677,11.866409301757812
RSDIP,λ<=log n,65536,0,764817,11.670181274414062
RSDIP,λ<=log n,65536,0,738678,11.271331787109375
RSDIP,λ<=log n,65536,0,867856,13.242431640625
RSDIP,λ<=log n,65536,0,741732,11.31793212890625
RSDIP,λ<=log n,65536,0,785722,11.989166259765625
RSDIP,λ<=log n,65536,0,758954,11.580718994140625
RSDIP,λ<=log n,65536,0,812131,12.392135620117188
RSDIP,λ<=log n,65536,0,757737,11.562149047851562
RSDIP,λ<=log n,65536,0,787892,12.02227783203125
RSDIP,λ<=log n,65536,0,792487,12.092391967773438
RSDIP,λ<=log n,65536,0,813555,12.413864135742188
RSDIP,λ<=log n,65536,0,779383,11.892440795898438
RSDIP,λ<=log n,65536,0,779827,11.899215698242188
RSDIP,λ<=log n,65536,0,811806,12.387176513671875
RSDIP,λ<=log n,65536,0,836762,12.767974853515625
RSDIP,λ<=log n,65536,0,863036,13.16888427734375
RSDIP,λ<=log n,65536,0,809614,12.353729248046875
RSDIP,λ<=log n,65536,0,778279,11.875595092773438
RSDIP,λ<=log n,65536,0,822650,12.552642822265625
RSDIP,λ<=log n,65536,0,858401,13.098159790039062
RSDIP,λ<=log n,65536,0,806891,12.312179565429688
RSDIP,λ<=log n,65536,0,835860,12.75421142578125
RSDIP,λ<=log n,65536,0,749992,11.4439697265625
RSDIP,λ<=log n,65536,0,790795,12.066574096679688
RSDIP,λ<=log n,65536,0,768332,11.72381591796875
RSDIP,λ<=log n,65536,0,763564,11.65106201171875
RSDIP,λ<=log n,65536,0,879492,13.41998291015625
RSDIP,λ<=log n,65536,0,832706,12.706085205078125
RSDIP,λ<=log n,65536,0,838407,12.793075561523438
RSDIP,λ<=log n,65536,0,782299,11.936935424804688
RSDIP,λ<=log n,65536,0,743514,11.345123291015625
RSDIP,λ<=log n,65536,0,778056,11.8721923828125
RRDIP,λ<=log n,65536,0,607965,9.276809692382812
RRDIP,λ<=log n,65536,0,701381,10.702224731445312
RRDIP,λ<=log n,65536,0,647655,9.882431030273438
RRDIP,λ<=log n,65536,0,609135,9.294662475585938
RRDIP,λ<=log n,65536,0,613562,9.362213134765625
RRDIP,λ<=log n,65536,0,609345,9.297866821289062
RRDIP,λ<=log n,65536,0,646561,9.865737915039062
RRDIP,λ<=log n,65536,0,623041,9.506851196289062
RRDIP,λ<=log n,65536,0,685618,10.461700439453125
RRDIP,λ<=log n,65536,0,658773,10.052078247070312
RRDIP,λ<=log n,65536,0,621825,9.488296508789062
RRDIP,λ<=log n,65536,0,621560,9.4842529296875
RRDIP,λ<=log n,65536,0,671049,10.239395141601562
RRDIP,λ<=log n,65536,0,620169,9.463027954101562
RRDIP,λ<=log n,65536,0,678711,10.356307983398438
RRDIP,λ<=log n,65536,0,619577,9.453994750976562
RRDIP,λ<=log n,65536,0,611927,9.337265014648438
RRDIP,λ<=log n,65536,0,603959,9.215682983398438
RRDIP,λ<=log n,65536,0,597931,9.123703002929688
RRDIP,λ<=log n,65536,0,649067,9.903976440429688
RRDIP,λ<=log n,65536,0,635663,9.699447631835938
RRDIP,λ<=log n,65536,0,628116,9.58428955078125
RRDIP,λ<=log n,65536,0,727073,11.094253540039062
RRDIP,λ<=log n,65536,0,634769,9.685806274414062
RRDIP,λ<=log n,65536,0,656235,10.013351440429688
RRDIP,λ<=log n,65536,0,657230,10.028533935546875
RRDIP,λ<=log n,65536,0,572046,8.728729248046875
RRDIP,λ<=log n,65536,0,638103,9.736679077148438
RRDIP,λ<=log n,65536,0,650056,9.9190673828125
RRDIP,λ<=log n,65536,0,595195,9.081954956054688
RRDIP,λ<=log n,65536,0,673836,10.28192138671875
RRDIP,λ<=log n,65536,0,616436,9.40606689453125
RRDIP,λ<=log n,65536,0,634453,9.680984497070312
RRDIP,λ<=log n,65536,0,639137,9.752456665039062
RRDIP,λ<=log n,65536,0,619579,9.454025268554688
RRDIP,λ<=log n,65536,0,611896,9.3367919921875
RRDIP,λ<=log n,65536,0,616499,9.407028198242188
RRDIP,λ<=log n,65536,0,644076,9.82781982421875
RRDIP,λ<=log n,65536,0,597537,9.117691040039062
RRDIP,λ<=log n,65536,0,622715,9.501876831054688
RRDIP,λ<=log n,65536,0,600179,9.158004760742188
RRDIP,λ<=log n,65536,0,583917,8.909866333007812
RRDIP,λ<=log n,65536,0,642074,9.797271728515625
RRDIP,λ<=log n,65536,0,650428,9.92474365234375
RRDIP,λ<=log n,65536,0,627034,9.567779541015625
RRDIP,λ<=log n,65536,0,712641,10.874038696289062
RRDIP,λ<=log n,65536,0,636672,9.71484375
RRDIP,λ<=log n,65536,0,633996,9.67401123046875
RRDIP,λ<=log n,65536,0,615435,9.390792846679688
RRDIP,λ<=log n,65536,0,634495,9.681625366210938
RRDIP,λ<=log n,65536,0,628214,9.585784912109375
RRDIP,λ<=log n,65536,0,624410,9.527740478515625
RRDIP,λ<=log n,65536,0,624296,9.5260009765625
RRDIP,λ<=log n,65536,0,690324,10.53350830078125
RRDIP,λ<=log n,65536,0,676433,10.321548461914062
RRDIP,λ<=log n,65536,0,597841,9.122329711914062
RRDIP,λ<=log n,65536,0,642719,9.807113647460938
RRDIP,λ<=log n,65536,0,599705,9.150772094726562
RRDIP,λ<=log n,65536,0,594138,9.065826416015625
RRDIP,λ<=log n,65536,0,616892,9.41302490234375
RRDIP,λ<=log n,65536,0,604536,9.2244873046875
RRDIP,λ<=log n,65536,0,604116,9.21807861328125
RRDIP,λ<=log n,65536,0,635756,9.70086669921875
RRDIP,λ<=log n,65536,0,646925,9.871292114257812
RRDIP,λ<=log n,65536,0,616655,9.409408569335938
RRDIP,λ<=log n,65536,0,659303,10.060165405273438
RRDIP,λ<=log n,65536,0,615479,9.391464233398438
RRDIP,λ<=log n,65536,0,642098,9.797637939453125
RRDIP,λ<=log n,65536,0,619344,9.450439453125
RRDIP,λ<=log n,65536,0,605812,9.24395751953125
RRDIP,λ<=log n,65536,0,588894,8.985809326171875
RRDIP,λ<=log n,65536,0,623330,9.511260986328125
RRDIP,λ<=log n,65536,0,587279,8.961166381835938
RRDIP,λ<=log n,65536,0,634671,9.684310913085938
RRDIP,λ<=log n,65536,0,626987,9.567062377929688
RRDIP,λ<=log n,65536,0,619588,9.45416259765625
RRDIP,λ<=log n,65536,0,597545,9.117813110351562
RRDIP,λ<=log n,65536,0,658489,10.047744750976562
RRDIP,λ<=log n,65536,0,630038,9.613616943359375
RRDIP,λ<=log n,65536,0,614578,9.377716064453125
RRDIP,λ<=log n,65536,0,592012,9.03338623046875
RRDIP,λ<=log n,65536,0,622684,9.50140380859375
RRDIP,λ<=log n,65536,0,634122,9.675933837890625
RRDIP,λ<=log n,65536,0,737903,11.259506225585938
RRDIP,λ<=log n,65536,0,597846,9.122406005859375
RRDIP,λ<=log n,65536,0,627636,9.57696533203125
RRDIP,λ<=log n,65536,0,635810,9.701690673828125
RRDIP,λ<=log n,65536,0,701667,10.706588745117188
RRDIP,λ<=log n,65536,0,633997,9.674026489257812
RRDIP,λ<=log n,65536,0,680726,10.387054443359375
RRDIP,λ<=log n,65536,0,629714,9.608673095703125
RRDIP,λ<=log n,65536,0,623428,9.51275634765625
RRDIP,λ<=log n,65536,0,639997,9.765579223632812
RRDIP,λ<=log n,65536,0,650798,9.930389404296875
RRDIP,λ<=log n,65536,0,646149,9.859451293945312
RRDIP,λ<=log n,65536,0,629171,9.600387573242188
RRDIP,λ<=log n,65536,0,636321,9.709487915039062
RRDIP,λ<=log n,65536,0,628820,9.59503173828125
RRDIP,λ<=log n,65536,0,612227,9.341842651367188
RRDIP,λ<=log n,65536,0,619039,9.445785522460938
RHDIP,λ<=log n,65536,0,572592,8.737060546875
RHDIP,λ<=log n,65536,0,556703,8.494613647460938
RHDIP,λ<=log n,65536,0,620985,9.475479125976562
RHDIP,λ<=log n,65536,0,575193,8.776748657226562
RHDIP,λ<=log n,65536,0,560942,8.559295654296875
RHDIP,λ<=log n,65536,0,557578,8.507965087890625
RHDIP,λ<=log n,65536,0,546452,8.33819580078125
RHDIP,λ<=log n,65536,0,594439,9.070419311523438
RHDIP,λ<=log n,65536,0,577469,8.811477661132812
RHDIP,λ<=log n,65536,0,594275,9.067916870117188
RHDIP,λ<=log n,65536,0,614043,9.369552612304688
RHDIP,λ<=log n,65536,0,547617,8.355972290039062
RHDIP,λ<=log n,65536,0,561199,8.563217163085938
RHDIP,λ<=log n,65536,0,556874,8.497222900390625
RHDIP,λ<=log n,65536,0,550280,8.3966064453125
RHDIP,λ<=log n,65536,0,653767,9.975692749023438
RHDIP,λ<=log n,65536,0,575084,8.77508544921875
RHDIP,λ<=log n,65536,0,577774,8.816131591796875
RHDIP,λ<=log n,65536,0,614212,9.37213134765625
RHDIP,λ<=log n,65536,0,619030,9.445648193359375
RHDIP,λ<=log n,65536,0,601298,9.175079345703125
RHDIP,λ<=log n,65536,0,590062,9.003631591796875
RHDIP,λ<=log n,65536,0,577854,8.817352294921875
RHDIP,λ<=log n,65536,0,577367,8.809921264648438
RHDIP,λ<=log n,65536,0,558985,8.529434204101562
RHDIP,λ<=log n,65536,0,588293,8.976638793945312
RHDIP,λ<=log n,65536,0,610539,9.316085815429688
RHDIP,λ<=log n,65536,0,579372,8.84051513671875
RHDIP,λ<=log n,65536,0,556033,8.484390258789062
RHDIP,λ<=log n,65536,0,578872,8.8328857421875
RHDIP,λ<=log n,65536,0,575044,8.77447509765625
RHDIP,λ<=log n,65536,0,572058,8.728912353515625
RHDIP,λ<=log n,65536,0,579654,8.844818115234375
RHDIP,λ<=log n,65536,0,563359,8.596176147460938
RHDIP,λ<=log n,65536,0,594905,9.077529907226562
RHDIP,λ<=log n,65536,0,592728,9.0443115234375
RHDIP,λ<=log n,65536,0,583284,8.90020751953125
RHDIP,λ<=log n,65536,0,570882,8.710968017578125
RHDIP,λ<=log n,65536,0,566871,8.649765014648438
RHDIP,λ<=log n,65536,0,579371,8.840499877929688
RHDIP,λ<=log n,65536,0,602793,9.197891235351562
RHDIP,λ<=log n,65536,0,583477,8.903152465820312
RHDIP,λ<=log n,65536,0,570470,8.704681396484375
RHDIP,λ<=log n,65536,0,542075,8.271408081054688
RHDIP,λ<=log n,65536,0,570668,8.70770263671875
RHDIP,λ<=log n,65536,0,565116,8.62298583984375
RHDIP,λ<=log n,65536,0,614413,9.375198364257812
RHDIP,λ<=log n,65536,0,620797,9.472610473632812
RHDIP,λ<=log n,65536,0,591426,9.024444580078125
RHDIP,λ<=log n,65536,0,560472,8.5521240234375
RHDIP,λ<=log n,65536,0,571349,8.718093872070312
RHDIP,λ<=log n,65536,0,650340,9.92340087890625
RHDIP,λ<=log n,65536,0,554104,8.4549560546875
RHDIP,λ<=log n,65536,0,598071,9.125839233398438
RHDIP,λ<=log n,65536,0,589120,8.9892578125
RHDIP,λ<=log n,65536,0,585256,8.9302978515625
RHDIP,λ<=log n,65536,0,560030,8.545379638671875
RHDIP,λ<=log n,65536,0,599503,9.147689819335938
RHDIP,λ<=log n,65536,0,569094,8.683685302734375
RHDIP,λ<=log n,65536,0,659386,10.061431884765625
RHDIP,λ<=log n,65536,0,562640,8.585205078125
RHDIP,λ<=log n,65536,0,602046,9.186492919921875
RHDIP,λ<=log n,65536,0,643139,9.813522338867188
RHDIP,λ<=log n,65536,0,568099,8.668502807617188
RHDIP,λ<=log n,65536,0,576903,8.802841186523438
RHDIP,λ<=log n,65536,0,594620,9.07318115234375
RHDIP,λ<=log n,65536,0,613458,9.360626220703125
RHDIP,λ<=log n,65536,0,560301,8.549514770507812
RHDIP,λ<=log n,65536,0,556587,8.492843627929688
RHDIP,λ<=log n,65536,0,561582,8.569061279296875
RHDIP,λ<=log n,65536,0,593712,9.059326171875
RHDIP,λ<=log n,65536,0,591228,9.02142333984375
RHDIP,λ<=log n,65536,0,569296,8.686767578125
RHDIP,λ<=log n,65536,0,559917,8.543655395507812
RHDIP,λ<=log n,65536,0,606947,9.261276245117188
RHDIP,λ<=log n,65536,0,570626,8.707061767578125
RHDIP,λ<=log n,65536,0,579978,8.849761962890625
RHDIP,λ<=log n,65536,0,576400,8.795166015625
RHDIP,λ<=log n,65536,0,565599,8.630355834960938
RHDIP,λ<=log n,65536,0,552208,8.426025390625
RHDIP,λ<=log n,65536,0,561805,8.572463989257812
RHDIP,λ<=log n,65536,0,591906,9.031768798828125
RHDIP,λ<=log n,65536,0,591709,9.028762817382812
RHDIP,λ<=log n,65536,0,603697,9.211685180664062
RHDIP,λ<=log n,65536,0,563171,8.593307495117188
RHDIP,λ<=log n,65536,0,566097,8.637954711914062
RHDIP,λ<=log n,65536,0,591106,9.019561767578125
RHDIP,λ<=log n,65536,0,561116,8.56195068359375
RHDIP,λ<=log n,65536,0,550044,8.39300537109375
RHDIP,λ<=log n,65536,0,621073,9.476821899414062
RHDIP,λ<=log n,65536,0,574012,8.75872802734375
RHDIP,λ<=log n,65536,0,602992,9.200927734375
RHDIP,λ<=log n,65536,0,582816,8.89306640625
RHDIP,λ<=log n,65536,0,546160,8.333740234375
RHDIP,λ<=log n,65536,0,607985,9.277114868164062
RHDIP,λ<=log n,65536,0,588172,8.97479248046875
RHDIP,λ<=log n,65536,0,598902,9.138519287109375
RHDIP,λ<=log n,65536,0,586907,8.955490112304688
RHDIP,λ<=log n,65536,0,573182,8.746063232421875
RHDIP,λ<=log n,65536,0,604802,9.228546142578125
RHLIP,λ<=log n,65536,0,609027,9.293014526367188
RHLIP,λ<=log n,65536,0,585465,8.933486938476562
RHLIP,λ<=log n,65536,0,618237,9.433547973632812
RHLIP,λ<=log n,65536,0,632746,9.654937744140625
RHLIP,λ<=log n,65536,0,648276,9.89190673828125
RHLIP,λ<=log n,65536,0,626895,9.565658569335938
RHLIP,λ<=log n,65536,0,578733,8.830764770507812
RHLIP,λ<=log n,65536,0,624111,9.523178100585938
RHLIP,λ<=log n,65536,0,615121,9.386001586914062
RHLIP,λ<=log n,65536,0,604129,9.218276977539062
RHLIP,λ<=log n,65536,0,570697,8.708145141601562
RHLIP,λ<=log n,65536,0,601578,9.179351806640625
RHLIP,λ<=log n,65536,0,588311,8.976913452148438
RHLIP,λ<=log n,65536,0,598731,9.135910034179688
RHLIP,λ<=log n,65536,0,583175,8.898544311523438
RHLIP,λ<=log n,65536,0,577927,8.818466186523438
RHLIP,λ<=log n,65536,0,581064,8.8663330078125
RHLIP,λ<=log n,65536,0,622785,9.502944946289062
RHLIP,λ<=log n,65536,0,640494,9.773162841796875
RHLIP,λ<=log n,65536,0,614708,9.37969970703125
RHLIP,λ<=log n,65536,0,590483,9.010055541992188
RHLIP,λ<=log n,65536,0,627885,9.580764770507812
RHLIP,λ<=log n,65536,0,616600,9.4085693359375
RHLIP,λ<=log n,65536,0,582279,8.884872436523438
RHLIP,λ<=log n,65536,0,631354,9.633697509765625
RHLIP,λ<=log n,65536,0,627888,9.580810546875
RHLIP,λ<=log n,65536,0,622645,9.500808715820312
RHLIP,λ<=log n,65536,0,591043,9.018600463867188
RHLIP,λ<=log n,65536,0,600013,9.155471801757812
RHLIP,λ<=log n,65536,0,616490,9.406890869140625
RHLIP,λ<=log n,65536,0,593225,9.051895141601562
RHLIP,λ<=log n,65536,0,612233,9.341934204101562
RHLIP,λ<=log n,65536,0,644261,9.830642700195312
RHLIP,λ<=log n,65536,0,603205,9.204177856445312
RHLIP,λ<=log n,65536,0,582667,8.890792846679688
RHLIP,λ<=log n,65536,0,632281,9.647842407226562
RHLIP,λ<=log n,65536,0,617674,9.424957275390625
RHLIP,λ<=log n,65536,0,617271,9.418807983398438
RHLIP,λ<=log n,65536,0,585120,8.92822265625
RHLIP,λ<=log n,65536,0,592325,9.038162231445312
RHLIP,λ<=log n,65536,0,620094,9.461883544921875
RHLIP,λ<=log n,65536,0,590348,9.00799560546875
RHLIP,λ<=log n,65536,0,626052,9.55279541015625
RHLIP,λ<=log n,65536,0,605458,9.238555908203125
RHLIP,λ<=log n,65536,0,657804,10.03729248046875
RHLIP,λ<=log n,65536,0,616029,9.399856567382812
RHLIP,λ<=log n,65536,0,607836,9.27484130859375
RHLIP,λ<=log n,65536,0,614378,9.374664306640625
RHLIP,λ<=log n,65536,0,607362,9.267608642578125
RHLIP,λ<=log n,65536,0,587809,8.969253540039062
RHLIP,λ<=log n,65536,0,607178,9.264801025390625
RHLIP,λ<=log n,65536,0,619478,9.452484130859375
RHLIP,λ<=log n,65536,0,588791,8.984237670898438
RHLIP,λ<=log n,65536,0,598175,9.127426147460938
RHLIP,λ<=log n,65536,0,567560,8.6602783203125
RHLIP,λ<=log n,65536,0,594504,9.0714111328125
RHLIP,λ<=log n,65536,0,637663,9.729965209960938
RHLIP,λ<=log n,65536,0,648156,9.89007568359375
RHLIP,λ<=log n,65536,0,625561,9.545303344726562
RHLIP,λ<=log n,65536,0,593710,9.059295654296875
RHLIP,λ<=log n,65536,0,608685,9.287796020507812
RHLIP,λ<=log n,65536,0,637444,9.72662353515625
RHLIP,λ<=log n,65536,0,577553,8.812759399414062
RHLIP,λ<=log n,65536,0,616842,9.412261962890625
RHLIP,λ<=log n,65536,0,620490,9.467926025390625
RHLIP,λ<=log n,65536,0,668116,10.19464111328125
RHLIP,λ<=log n,65536,0,588440,8.9788818359375
RHLIP,λ<=log n,65536,0,626557,9.560501098632812
RHLIP,λ<=log n,65536,0,621755,9.487228393554688
RHLIP,λ<=log n,65536,0,599616,9.1494140625
RHLIP,λ<=log n,65536,0,626742,9.563323974609375
RHLIP,λ<=log n,65536,0,611870,9.336395263671875
RHLIP,λ<=log n,65536,0,583279,8.900131225585938
RHLIP,λ<=log n,65536,0,612293,9.342849731445312
RHLIP,λ<=log n,65536,0,597421,9.115921020507812
RHLIP,λ<=log n,65536,0,612401,9.344497680664062
RHLIP,λ<=log n,65536,0,638947,9.749557495117188
RHLIP,λ<=log n,65536,0,678598,10.354583740234375
RHLIP,λ<=log n,65536,0,618367,9.435531616210938
RHLIP,λ<=log n,65536,0,601293,9.175003051757812
RHLIP,λ<=log n,65536,0,651344,9.938720703125
RHLIP,λ<=log n,65536,0,615093,9.385574340820312
RHLIP,λ<=log n,65536,0,596881,9.107681274414062
RHLIP,λ<=log n,65536,0,611740,9.33441162109375
RHLIP,λ<=log n,65536,0,614270,9.373016357421875
RHLIP,λ<=log n,65536,0,639847,9.763290405273438
RHLIP,λ<=log n,65536,0,626226,9.555450439453125
RHLIP,λ<=log n,65536,0,604721,9.227310180664062
RHLIP,λ<=log n,65536,0,617668,9.42486572265625
RHLIP,λ<=log n,65536,0,593879,9.061874389648438
RHLIP,λ<=log n,65536,0,627772,9.57904052734375
RHLIP,λ<=log n,65536,0,596121,9.096084594726562
RHLIP,λ<=log n,65536,0,589796,8.99957275390625
RHLIP,λ<=log n,65536,0,655993,10.009658813476562
RHLIP,λ<=log n,65536,0,578886,8.833099365234375
RHLIP,λ<=log n,65536,0,629549,9.606155395507812
RHLIP,λ<=log n,65536,0,631752,9.6397705078125
RHLIP,λ<=log n,65536,0,595066,9.079986572265625
RHLIP,λ<=log n,65536,0,604497,9.223892211914062
RHLIP,λ<=log n,65536,0,591104,9.01953125
RRLIP,λ<=log n,65536,0,687365,10.488357543945312
RRLIP,λ<=log n,65536,0,622177,9.493667602539062
RRLIP,λ<=log n,65536,0,651229,9.936965942382812
RRLIP,λ<=log n,65536,0,666132,10.16436767578125
RRLIP,λ<=log n,65536,0,624806,9.533782958984375
RRLIP,λ<=log n,65536,0,633178,9.661529541015625
RRLIP,λ<=log n,65536,0,774480,11.817626953125
RRLIP,λ<=log n,65536,0,631604,9.63751220703125
RRLIP,λ<=log n,65536,0,681223,10.394638061523438
RRLIP,λ<=log n,65536,0,695552,10.61328125
RRLIP,λ<=log n,65536,0,652673,9.958999633789062
RRLIP,λ<=log n,65536,0,640112,9.767333984375
RRLIP,λ<=log n,65536,0,737148,11.24798583984375
RRLIP,λ<=log n,65536,0,621209,9.478897094726562
RRLIP,λ<=log n,65536,0,671855,10.251693725585938
RRLIP,λ<=log n,65536,0,687845,10.495681762695312
RRLIP,λ<=log n,65536,0,715871,10.923324584960938
RRLIP,λ<=log n,65536,0,681130,10.393218994140625
RRLIP,λ<=log n,65536,0,641659,9.790939331054688
RRLIP,λ<=log n,65536,0,713508,10.88726806640625
RRLIP,λ<=log n,65536,0,669104,10.209716796875
RRLIP,λ<=log n,65536,0,629725,9.608840942382812
RRLIP,λ<=log n,65536,0,639537,9.758560180664062
RRLIP,λ<=log n,65536,0,647799,9.884628295898438
RRLIP,λ<=log n,65536,0,651533,9.941604614257812
RRLIP,λ<=log n,65536,0,648231,9.891220092773438
RRLIP,λ<=log n,65536,0,685827,10.464889526367188
RRLIP,λ<=log n,65536,0,665209,10.150283813476562
RRLIP,λ<=log n,65536,0,772401,11.785903930664062
RRLIP,λ<=log n,65536,0,665161,10.149551391601562
RRLIP,λ<=log n,65536,0,627342,9.572479248046875
RRLIP,λ<=log n,65536,0,613042,9.354278564453125
RRLIP,λ<=log n,65536,0,701037,10.696975708007812
RRLIP,λ<=log n,65536,0,636714,9.715484619140625
RRLIP,λ<=log n,65536,0,672690,10.264434814453125
RRLIP,λ<=log n,65536,0,654686,9.989715576171875
RRLIP,λ<=log n,65536,0,643307,9.816085815429688
RRLIP,λ<=log n,65536,0,671345,10.243911743164062
RRLIP,λ<=log n,65536,0,686912,10.4814453125
RRLIP,λ<=log n,65536,0,620787,9.472457885742188
RRLIP,λ<=log n,65536,0,638942,9.749481201171875
RRLIP,λ<=log n,65536,0,630098,9.614532470703125
RRLIP,λ<=log n,65536,0,658304,10.044921875
RRLIP,λ<=log n,65536,0,659997,10.070755004882812
RRLIP,λ<=log n,65536,0,660024,10.0711669921875
RRLIP,λ<=log n,65536,0,686593,10.476577758789062
RRLIP,λ<=log n,65536,0,662061,10.102249145507812
RRLIP,λ<=log n,65536,0,619121,9.447036743164062
RRLIP,λ<=log n,65536,0,661786,10.098052978515625
RRLIP,λ<=log n,65536,0,690877,10.541946411132812
RRLIP,λ<=log n,65536,0,646526,9.865203857421875
RRLIP,λ<=log n,65536,0,701293,10.700881958007812
RRLIP,λ<=log n,65536,0,675387,10.305587768554688
RRLIP,λ<=log n,65536,0,649260,9.90692138671875
RRLIP,λ<=log n,65536,0,689215,10.516586303710938
RRLIP,λ<=log n,65536,0,643950,9.825897216796875
RRLIP,λ<=log n,65536,0,699549,10.674270629882812
RRLIP,λ<=log n,65536,0,674597,10.293533325195312
RRLIP,λ<=log n,65536,0,669925,10.222244262695312
RRLIP,λ<=log n,65536,0,650444,9.92498779296875
RRLIP,λ<=log n,65536,0,673504,10.27685546875
RRLIP,λ<=log n,65536,0,637820,9.73236083984375
RRLIP,λ<=log n,65536,0,656184,10.0125732421875
RRLIP,λ<=log n,65536,0,648002,9.887725830078125
RRLIP,λ<=log n,65536,0,659726,10.066619873046875
RRLIP,λ<=log n,65536,0,712926,10.878387451171875
RRLIP,λ<=log n,65536,0,640610,9.774932861328125
RRLIP,λ<=log n,65536,0,659812,10.06793212890625
RRLIP,λ<=log n,65536,0,669091,10.209518432617188
RRLIP,λ<=log n,65536,0,678911,10.359359741210938
RRLIP,λ<=log n,65536,0,629106,9.599395751953125
RRLIP,λ<=log n,65536,0,605366,9.237152099609375
RRLIP,λ<=log n,65536,0,680539,10.384201049804688
RRLIP,λ<=log n,65536,0,698111,10.652328491210938
RRLIP,λ<=log n,65536,0,619343,9.450424194335938
RRLIP,λ<=log n,65536,0,711316,10.85382080078125
RRLIP,λ<=log n,65536,0,604095,9.217758178710938
RRLIP,λ<=log n,65536,0,653230,9.967498779296875
RRLIP,λ<=log n,65536,0,702451,10.718551635742188
RRLIP,λ<=log n,65536,0,672146,10.256134033203125
RRLIP,λ<=log n,65536,0,641142,9.783050537109375
RRLIP,λ<=log n,65536,0,657829,10.037673950195312
RRLIP,λ<=log n,65536,0,769455,11.740951538085938
RRLIP,λ<=log n,65536,0,649896,9.9166259765625
RRLIP,λ<=log n,65536,0,658498,10.047882080078125
RRLIP,λ<=log n,65536,0,705477,10.764724731445312
RRLIP,λ<=log n,65536,0,648309,9.892410278320312
RRLIP,λ<=log n,65536,0,647717,9.883377075195312
RRLIP,λ<=log n,65536,0,633577,9.667617797851562
RRLIP,λ<=log n,65536,0,677549,10.338577270507812
RRLIP,λ<=log n,65536,0,684644,10.44683837890625
RRLIP,λ<=log n,65536,0,712160,10.86669921875
RRLIP,λ<=log n,65536,0,638342,9.740325927734375
RRLIP,λ<=log n,65536,0,642461,9.803176879882812
RRLIP,λ<=log n,65536,0,656778,10.021636962890625
RRLIP,λ<=log n,65536,0,659813,10.067947387695312
RRLIP,λ<=log n,65536,0,613006,9.353729248046875
RRLIP,λ<=log n,65536,0,681707,10.402023315429688
RRLIP,λ<=log n,65536,0,647237,9.876052856445312
RRLIP,λ<=log n,65536,0,655789,10.006546020507812
RSLIP,λ<=log n,65536,0,871429,13.296951293945312
RSLIP,λ<=log n,65536,0,797780,12.17315673828125
RSLIP,λ<=log n,65536,0,791791,12.081771850585938
RSLIP,λ<=log n,65536,0,829169,12.652114868164062
RSLIP,λ<=log n,65536,0,855344,13.051513671875
RSLIP,λ<=log n,65536,0,909588,13.87921142578125
RSLIP,λ<=log n,65536,0,783769,11.959365844726562
RSLIP,λ<=log n,65536,0,830545,12.673110961914062
RSLIP,λ<=log n,65536,0,770653,11.759231567382812
RSLIP,λ<=log n,65536,0,838910,12.800750732421875
RSLIP,λ<=log n,65536,0,791459,12.076705932617188
RSLIP,λ<=log n,65536,0,784255,11.966781616210938
RSLIP,λ<=log n,65536,0,826905,12.617568969726562
RSLIP,λ<=log n,65536,0,811721,12.385879516601562
RSLIP,λ<=log n,65536,0,809983,12.359359741210938
RSLIP,λ<=log n,65536,0,833822,12.723114013671875
RSLIP,λ<=log n,65536,0,787662,12.018768310546875
RSLIP,λ<=log n,65536,0,896882,13.685333251953125
RSLIP,λ<=log n,65536,0,814639,12.430404663085938
RSLIP,λ<=log n,65536,0,845285,12.898025512695312
RSLIP,λ<=log n,65536,0,808005,12.329177856445312
RSLIP,λ<=log n,65536,0,793274,12.104400634765625
RSLIP,λ<=log n,65536,0,818632,12.4913330078125
RSLIP,λ<=log n,65536,0,828611,12.643600463867188
RSLIP,λ<=log n,65536,0,774798,11.822479248046875
RSLIP,λ<=log n,65536,0,828170,12.636871337890625
RSLIP,λ<=log n,65536,0,854221,13.034378051757812
RSLIP,λ<=log n,65536,0,799977,12.206680297851562
RSLIP,λ<=log n,65536,0,1010519,15.419296264648438
RSLIP,λ<=log n,65536,0,866037,13.214675903320312
RSLIP,λ<=log n,65536,0,789200,12.042236328125
RSLIP,λ<=log n,65536,0,756358,11.541107177734375
RSLIP,λ<=log n,65536,0,816352,12.45654296875
RSLIP,λ<=log n,65536,0,838419,12.793258666992188
RSLIP,λ<=log n,65536,0,826473,12.610977172851562
RSLIP,λ<=log n,65536,0,799936,12.2060546875
RSLIP,λ<=log n,65536,0,860959,13.137191772460938
RSLIP,λ<=log n,65536,0,842387,12.853805541992188
RSLIP,λ<=log n,65536,0,857890,13.090362548828125
RSLIP,λ<=log n,65536,0,813576,12.4141845703125
RSLIP,λ<=log n,65536,0,842449,12.854751586914062
RSLIP,λ<=log n,65536,0,799110,12.193450927734375
RSLIP,λ<=log n,65536,0,794197,12.118484497070312
RSLIP,λ<=log n,65536,0,832515,12.703170776367188
RSLIP,λ<=log n,65536,0,991983,15.136459350585938
RSLIP,λ<=log n,65536,0,842093,12.849319458007812
RSLIP,λ<=log n,65536,0,793338,12.105377197265625
RSLIP,λ<=log n,65536,0,772877,11.793167114257812
RSLIP,λ<=log n,65536,0,787486,12.016082763671875
RSLIP,λ<=log n,65536,0,824876,12.58660888671875
RSLIP,λ<=log n,65536,0,817100,12.46795654296875
RSLIP,λ<=log n,65536,0,773942,11.809417724609375
RSLIP,λ<=log n,65536,0,793813,12.112625122070312
RSLIP,λ<=log n,65536,0,800700,12.21771240234375
RSLIP,λ<=log n,65536,0,761597,11.621047973632812
RSLIP,λ<=log n,65536,0,803886,12.266326904296875
RSLIP,λ<=log n,65536,0,828832,12.64697265625
RSLIP,λ<=log n,65536,0,889564,13.57366943359375
RSLIP,λ<=log n,65536,0,773191,11.797958374023438
RSLIP,λ<=log n,65536,0,879692,13.42303466796875
RSLIP,λ<=log n,65536,0,822695,12.553329467773438
RSLIP,λ<=log n,65536,0,853581,13.024612426757812
RSLIP,λ<=log n,65536,0,820828,12.52484130859375
RSLIP,λ<=log n,65536,0,944808,14.4166259765625
RSLIP,λ<=log n,65536,0,796644,12.15582275390625
RSLIP,λ<=log n,65536,0,848048,12.940185546875
RSLIP,λ<=log n,65536,0,815982,12.450897216796875
RSLIP,λ<=log n,65536,0,846287,12.913314819335938
RSLIP,λ<=log n,65536,0,830060,12.66571044921875
RSLIP,λ<=log n,65536,0,820101,12.513748168945312
RSLIP,λ<=log n,65536,0,800155,12.209396362304688
RSLIP,λ<=log n,65536,0,802628,12.24713134765625
RSLIP,λ<=log n,65536,0,864719,13.194564819335938
RSLIP,λ<=log n,65536,0,830677,12.675125122070312
RSLIP,λ<=log n,65536,0,786175,11.996078491210938
RSLIP,λ<=log n,65536,0,757631,11.560531616210938
RSLIP,λ<=log n,65536,0,744012,11.35272216796875
RSLIP,λ<=log n,65536,0,781259,11.921066284179688
RSLIP,λ<=log n,65536,0,891728,13.606689453125
RSLIP,λ<=log n,65536,0,787837,12.021438598632812
RSLIP,λ<=log n,65536,0,758327,11.571151733398438
RSLIP,λ<=log n,65536,0,845346,12.898956298828125
RSLIP,λ<=log n,65536,0,784513,11.970718383789062
RSLIP,λ<=log n,65536,0,873625,13.330459594726562
RSLIP,λ<=log n,65536,0,825287,12.592880249023438
RSLIP,λ<=log n,65536,0,850707,12.980758666992188
RSLIP,λ<=log n,65536,0,859865,13.120498657226562
RSLIP,λ<=log n,65536,0,972473,14.838760375976562
RSLIP,λ<=log n,65536,0,836712,12.7672119140625
RSLIP,λ<=log n,65536,0,783295,11.952133178710938
RSLIP,λ<=log n,65536,0,760108,11.59832763671875
RSLIP,λ<=log n,65536,0,856470,13.068695068359375
RSLIP,λ<=log n,65536,0,798736,12.187744140625
RSLIP,λ<=log n,65536,0,818185,12.484512329101562
RSLIP,λ<=log n,65536,0,805851,12.296310424804688
RSLIP,λ<=log n,65536,0,792235,12.088546752929688
RSLIP,λ<=log n,65536,0,804734,12.279266357421875
RSLIP,λ<=log n,65536,0,988866,15.088897705078125
RSLIP,λ<=log n,65536,0,802868,12.25079345703125
RSLIP,λ<=log n,65536,0,805491,12.290817260742188
RSDCD,λ<=log n,65536,0,771597,11.773635864257812
RSDCD,λ<=log n,65536,0,637284,9.72418212890625
RSDCD,λ<=log n,65536,0,624437,9.528152465820312
RSDCD,λ<=log n,65536,0,638584,9.7440185546875
RSDCD,λ<=log n,65536,0,764639,11.667465209960938
RSDCD,λ<=log n,65536,0,628634,9.592193603515625
RSDCD,λ<=log n,65536,0,615785,9.396133422851562
RSDCD,λ<=log n,65536,0,665451,10.153976440429688
RSDCD,λ<=log n,65536,0,658723,10.051315307617188
RSDCD,λ<=log n,65536,0,665311,10.151840209960938
RSDCD,λ<=log n,65536,0,667709,10.188430786132812
RSDCD,λ<=log n,65536,0,628928,9.5966796875
RSDCD,λ<=log n,65536,0,658537,10.048477172851562
RSDCD,λ<=log n,65536,0,654685,9.989700317382812
RSDCD,λ<=log n,65536,0,670827,10.236007690429688
RSDCD,λ<=log n,65536,0,733386,11.190582275390625
RSDCD,λ<=log n,65536,0,750290,11.448516845703125
RSDCD,λ<=log n,65536,0,649128,9.9049072265625
RSDCD,λ<=log n,65536,0,813057,12.406265258789062
RSDCD,λ<=log n,65536,0,674318,10.289276123046875
RSDCD,λ<=log n,65536,0,658604,10.04949951171875
RSDCD,λ<=log n,65536,0,708106,10.804840087890625
RSDCD,λ<=log n,65536,0,729767,11.135360717773438
RSDCD,λ<=log n,65536,0,644978,9.841583251953125
RSDCD,λ<=log n,65536,0,669420,10.21453857421875
RSDCD,λ<=log n,65536,0,752892,11.48822021484375
RSDCD,λ<=log n,65536,0,740364,11.29705810546875
RSDCD,λ<=log n,65536,0,694543,10.597885131835938
RSDCD,λ<=log n,65536,0,652158,9.951141357421875
RSDCD,λ<=log n,65536,0,731788,11.16619873046875
RSDCD,λ<=log n,65536,0,686693,10.478103637695312
RSDCD,λ<=log n,65536,0,699019,10.666183471679688
RSDCD,λ<=log n,65536,0,664811,10.144210815429688
RSDCD,λ<=log n,65536,0,684299,10.441574096679688
RSDCD,λ<=log n,65536,0,660877,10.084182739257812
RSDCD,λ<=log n,65536,0,702803,10.723922729492188
RSDCD,λ<=log n,65536,0,716758,10.936859130859375
RSDCD,λ<=log n,65536,0,672734,10.265106201171875
RSDCD,λ<=log n,65536,0,710123,10.835617065429688
RSDCD,λ<=log n,65536,0,632520,9.6514892578125
RSDCD,λ<=log n,65536,0,739259,11.280197143554688
RSDCD,λ<=log n,65536,0,678529,10.353530883789062
RSDCD,λ<=log n,65536,0,671158,10.241058349609375
RSDCD,λ<=log n,65536,0,691218,10.547149658203125
RSDCD,λ<=log n,65536,0,690671,10.538803100585938
RSDCD,λ<=log n,65536,0,677247,10.333969116210938
RSDCD,λ<=log n,65536,0,763850,11.655426025390625
RSDCD,λ<=log n,65536,0,684391,10.442977905273438
RSDCD,λ<=log n,65536,0,710715,10.844650268554688
RSDCD,λ<=log n,65536,0,674284,10.28875732421875
RSDCD,λ<=log n,65536,0,715502,10.917694091796875
RSDCD,λ<=log n,65536,0,677739,10.341476440429688
RSDCD,λ<=log n,65536,0,758748,11.57757568359375
RSDCD,λ<=log n,65536,0,774082,11.811553955078125
RSDCD,λ<=log n,65536,0,688952,10.5125732421875
RSDCD,λ<=log n,65536,0,681409,10.397476196289062
RSDCD,λ<=log n,65536,0,705892,10.77105712890625
RSDCD,λ<=log n,65536,0,736849,11.243423461914062
RSDCD,λ<=log n,65536,0,741298,11.311309814453125
RSDCD,λ<=log n,65536,0,719339,10.976242065429688
RSDCD,λ<=log n,65536,0,636036,9.70513916015625
RSDCD,λ<=log n,65536,0,661087,10.087387084960938
RSDCD,λ<=log n,65536,0,673354,10.274566650390625
RSDCD,λ<=log n,65536,0,857165,13.079299926757812
RSDCD,λ<=log n,65536,0,659032,10.0560302734375
RSDCD,λ<=log n,65536,0,777809,11.868423461914062
RSDCD,λ<=log n,65536,0,659130,10.057525634765625
RSDCD,λ<=log n,65536,0,790679,12.064804077148438
RSDCD,λ<=log n,65536,0,654785,9.991226196289062
RSDCD,λ<=log n,65536,0,679510,10.368499755859375
RSDCD,λ<=log n,65536,0,729903,11.137435913085938
RSDCD,λ<=log n,65536,0,668040,10.1934814453125
RSDCD,λ<=log n,65536,0,656228,10.01324462890625
RSDCD,λ<=log n,65536,0,738440,11.2677001953125
RSDCD,λ<=log n,65536,0,759949,11.595901489257812
RSDCD,λ<=log n,65536,0,659926,10.069671630859375
RSDCD,λ<=log n,65536,0,673705,10.279922485351562
RSDCD,λ<=log n,65536,0,714005,10.894851684570312
RSDCD,λ<=log n,65536,0,717959,10.955184936523438
RSDCD,λ<=log n,65536,0,699056,10.666748046875
RSDCD,λ<=log n,65536,0,871966,13.305145263671875
RSDCD,λ<=log n,65536,0,687895,10.496444702148438
RSDCD,λ<=log n,65536,0,671216,10.241943359375
RSDCD,λ<=log n,65536,0,646164,9.85968017578125
RSDCD,λ<=log n,65536,0,678387,10.351364135742188
RSDCD,λ<=log n,65536,0,676403,10.321090698242188
RSDCD,λ<=log n,65536,0,631780,9.64019775390625
RSDCD,λ<=log n,65536,0,678016,10.345703125
RSDCD,λ<=log n,65536,0,634982,9.689056396484375
RSDCD,λ<=log n,65536,0,700860,10.69427490234375
RSDCD,λ<=log n,65536,0,659525,10.063552856445312
RSDCD,λ<=log n,65536,0,731533,11.162307739257812
RSDCD,λ<=log n,65536,0,674547,10.292770385742188
RSDCD,λ<=log n,65536,0,685595,10.461349487304688
RSDCD,λ<=log n,65536,0,676389,10.320877075195312
RSDCD,λ<=log n,65536,0,669809,10.220474243164062
RSDCD,λ<=log n,65536,0,689855,10.526351928710938
RSDCD,λ<=log n,65536,0,705702,10.768157958984375
RSDCD,λ<=log n,65536,0,695134,10.606903076171875
RSDCD,λ<=log n,65536,0,714322,10.899688720703125
RRDCD,λ<=log n,65536,0,521408,7.9560546875
RRDCD,λ<=log n,65536,0,544154,8.303131103515625
RRDCD,λ<=log n,65536,0,520231,7.9380950927734375
RRDCD,λ<=log n,65536,0,526726,8.037200927734375
RRDCD,λ<=log n,65536,0,534052,8.14898681640625
RRDCD,λ<=log n,65536,0,533493,8.140457153320312
RRDCD,λ<=log n,65536,0,529415,8.078231811523438
RRDCD,λ<=log n,65536,0,550207,8.395492553710938
RRDCD,λ<=log n,65536,0,529178,8.074615478515625
RRDCD,λ<=log n,65536,0,514480,7.850341796875
RRDCD,λ<=log n,65536,0,490518,7.484710693359375
RRDCD,λ<=log n,65536,0,524475,8.002853393554688
RRDCD,λ<=log n,65536,0,524486,8.003021240234375
RRDCD,λ<=log n,65536,0,518967,7.9188079833984375
RRDCD,λ<=log n,65536,0,520772,7.94635009765625
RRDCD,λ<=log n,65536,0,515302,7.862884521484375
RRDCD,λ<=log n,65536,0,619664,9.455322265625
RRDCD,λ<=log n,65536,0,572955,8.742599487304688
RRDCD,λ<=log n,65536,0,540998,8.254974365234375
RRDCD,λ<=log n,65536,0,575160,8.7762451171875
RRDCD,λ<=log n,65536,0,524900,8.00933837890625
RRDCD,λ<=log n,65536,0,634906,9.687896728515625
RRDCD,λ<=log n,65536,0,538669,8.219436645507812
RRDCD,λ<=log n,65536,0,590913,9.016616821289062
RRDCD,λ<=log n,65536,0,484005,7.3853302001953125
RRDCD,λ<=log n,65536,0,529544,8.0802001953125
RRDCD,λ<=log n,65536,0,531424,8.10888671875
RRDCD,λ<=log n,65536,0,521918,7.963836669921875
RRDCD,λ<=log n,65536,0,532830,8.130340576171875
RRDCD,λ<=log n,65536,0,569240,8.6859130859375
RRDCD,λ<=log n,65536,0,514236,7.84661865234375
RRDCD,λ<=log n,65536,0,512076,7.81365966796875
RRDCD,λ<=log n,65536,0,492403,7.5134735107421875
RRDCD,λ<=log n,65536,0,493951,7.5370941162109375
RRDCD,λ<=log n,65536,0,498179,7.6016082763671875
RRDCD,λ<=log n,65536,0,555254,8.472503662109375
RRDCD,λ<=log n,65536,0,493196,7.52557373046875
RRDCD,λ<=log n,65536,0,537005,8.194046020507812
RRDCD,λ<=log n,65536,0,516038,7.874114990234375
RRDCD,λ<=log n,65536,0,544307,8.305465698242188
RRDCD,λ<=log n,65536,0,567754,8.663238525390625
RRDCD,λ<=log n,65536,0,553424,8.444580078125
RRDCD,λ<=log n,65536,0,517621,7.8982696533203125
RRDCD,λ<=log n,65536,0,520004,7.93463134765625
RRDCD,λ<=log n,65536,0,515539,7.8665008544921875
RRDCD,λ<=log n,65536,0,509427,7.7732391357421875
RRDCD,λ<=log n,65536,0,546623,8.340805053710938
RRDCD,λ<=log n,65536,0,515846,7.871185302734375
RRDCD,λ<=log n,65536,0,503476,7.68243408203125
RRDCD,λ<=log n,65536,0,542794,8.282379150390625
RRDCD,λ<=log n,65536,0,558236,8.51800537109375
RRDCD,λ<=log n,65536,0,532347,8.122970581054688
RRDCD,λ<=log n,65536,0,511899,7.8109588623046875
RRDCD,λ<=log n,65536,0,557061,8.500076293945312
RRDCD,λ<=log n,65536,0,614306,9.373565673828125
RRDCD,λ<=log n,65536,0,527290,8.045806884765625
RRDCD,λ<=log n,65536,0,549171,8.379684448242188
RRDCD,λ<=log n,65536,0,595157,9.081375122070312
RRDCD,λ<=log n,65536,0,513504,7.83544921875
RRDCD,λ<=log n,65536,0,552452,8.42974853515625
RRDCD,λ<=log n,65536,0,483920,7.384033203125
RRDCD,λ<=log n,65536,0,612690,9.348907470703125
RRDCD,λ<=log n,65536,0,581575,8.874130249023438
RRDCD,λ<=log n,65536,0,552033,8.423355102539062
RRDCD,λ<=log n,65536,0,542541,8.278518676757812
RRDCD,λ<=log n,65536,0,532342,8.122894287109375
RRDCD,λ<=log n,65536,0,539159,8.226913452148438
RRDCD,λ<=log n,65536,0,595183,9.081771850585938
RRDCD,λ<=log n,65536,0,531491,8.109909057617188
RRDCD,λ<=log n,65536,0,520586,7.943511962890625
RRDCD,λ<=log n,65536,0,468887,7.1546478271484375
RRDCD,λ<=log n,65536,0,555012,8.46881103515625
RRDCD,λ<=log n,65536,0,514699,7.8536834716796875
RRDCD,λ<=log n,65536,0,557336,8.5042724609375
RRDCD,λ<=log n,65536,0,558942,8.528778076171875
RRDCD,λ<=log n,65536,0,519654,7.929290771484375
RRDCD,λ<=log n,65536,0,534502,8.155853271484375
RRDCD,λ<=log n,65536,0,481251,7.3433074951171875
RRDCD,λ<=log n,65536,0,544487,8.308212280273438
RRDCD,λ<=log n,65536,0,531868,8.11566162109375
RRDCD,λ<=log n,65536,0,539542,8.232757568359375
RRDCD,λ<=log n,65536,0,513490,7.835235595703125
RRDCD,λ<=log n,65536,0,535071,8.164535522460938
RRDCD,λ<=log n,65536,0,503053,7.6759796142578125
RRDCD,λ<=log n,65536,0,540354,8.245147705078125
RRDCD,λ<=log n,65536,0,506117,7.7227325439453125
RRDCD,λ<=log n,65536,0,532497,8.125259399414062
RRDCD,λ<=log n,65536,0,526609,8.035415649414062
RRDCD,λ<=log n,65536,0,607545,9.270401000976562
RRDCD,λ<=log n,65536,0,495477,7.5603790283203125
RRDCD,λ<=log n,65536,0,576928,8.80322265625
RRDCD,λ<=log n,65536,0,625772,9.54852294921875
RRDCD,λ<=log n,65536,0,538101,8.210769653320312
RRDCD,λ<=log n,65536,0,523862,7.993499755859375
RRDCD,λ<=log n,65536,0,573071,8.744369506835938
RRDCD,λ<=log n,65536,0,558539,8.522628784179688
RRDCD,λ<=log n,65536,0,555989,8.483718872070312
RRDCD,λ<=log n,65536,0,553201,8.441177368164062
RRDCD,λ<=log n,65536,0,514902,7.856781005859375
RRDCD,λ<=log n,65536,0,529636,8.08160400390625
RHDCD,λ<=log n,65536,0,467469,7.1330108642578125
RHDCD,λ<=log n,65536,0,456470,6.965179443359375
RHDCD,λ<=log n,65536,0,481118,7.341278076171875
RHDCD,λ<=log n,65536,0,509772,7.77850341796875
RHDCD,λ<=log n,65536,0,479482,7.316314697265625
RHDCD,λ<=log n,65536,0,504800,7.70263671875
RHDCD,λ<=log n,65536,0,458171,6.9911346435546875
RHDCD,λ<=log n,65536,0,504710,7.701263427734375
RHDCD,λ<=log n,65536,0,474704,7.243408203125
RHDCD,λ<=log n,65536,0,501424,7.651123046875
RHDCD,λ<=log n,65536,0,454386,6.933380126953125
RHDCD,λ<=log n,65536,0,495136,7.55517578125
RHDCD,λ<=log n,65536,0,497117,7.5854034423828125
RHDCD,λ<=log n,65536,0,513553,7.8361968994140625
RHDCD,λ<=log n,65536,0,528611,8.065963745117188
RHDCD,λ<=log n,65536,0,508782,7.763397216796875
RHDCD,λ<=log n,65536,0,462483,7.0569305419921875
RHDCD,λ<=log n,65536,0,476848,7.276123046875
RHDCD,λ<=log n,65536,0,516856,7.8865966796875
RHDCD,λ<=log n,65536,0,522969,7.9798736572265625
RHDCD,λ<=log n,65536,0,474205,7.2357940673828125
RHDCD,λ<=log n,65536,0,448625,6.8454742431640625
RHDCD,λ<=log n,65536,0,506015,7.7211761474609375
RHDCD,λ<=log n,65536,0,506382,7.726776123046875
RHDCD,λ<=log n,65536,0,469868,7.16961669921875
RHDCD,λ<=log n,65536,0,488972,7.46112060546875
RHDCD,λ<=log n,65536,0,475778,7.259796142578125
RHDCD,λ<=log n,65536,0,476315,7.2679901123046875
RHDCD,λ<=log n,65536,0,505645,7.7155303955078125
RHDCD,λ<=log n,65536,0,490238,7.480438232421875
RHDCD,λ<=log n,65536,0,469453,7.1632843017578125
RHDCD,λ<=log n,65536,0,493997,7.5377960205078125
RHDCD,λ<=log n,65536,0,476892,7.27679443359375
RHDCD,λ<=log n,65536,0,452635,6.9066619873046875
RHDCD,λ<=log n,65536,0,448026,6.836334228515625
RHDCD,λ<=log n,65536,0,461037,7.0348663330078125
RHDCD,λ<=log n,65536,0,475336,7.2530517578125
RHDCD,λ<=log n,65536,0,476229,7.2666778564453125
RHDCD,λ<=log n,65536,0,443843,6.7725067138671875
RHDCD,λ<=log n,65536,0,461290,7.038726806640625
RHDCD,λ<=log n,65536,0,523551,7.9887542724609375
RHDCD,λ<=log n,65536,0,489386,7.467437744140625
RHDCD,λ<=log n,65536,0,545598,8.325164794921875
RHDCD,λ<=log n,65536,0,613248,9.357421875
RHDCD,λ<=log n,65536,0,543511,8.293319702148438
RHDCD,λ<=log n,65536,0,535418,8.169830322265625
RHDCD,λ<=log n,65536,0,479034,7.309478759765625
RHDCD,λ<=log n,65536,0,484216,7.3885498046875
RHDCD,λ<=log n,65536,0,470440,7.1783447265625
RHDCD,λ<=log n,65536,0,482773,7.3665313720703125
RHDCD,λ<=log n,65536,0,464350,7.085418701171875
RHDCD,λ<=log n,65536,0,549817,8.389541625976562
RHDCD,λ<=log n,65536,0,464275,7.0842742919921875
RHDCD,λ<=log n,65536,0,552683,8.433273315429688
RHDCD,λ<=log n,65536,0,470806,7.183929443359375
RHDCD,λ<=log n,65536,0,487933,7.4452667236328125
RHDCD,λ<=log n,65536,0,512096,7.81396484375
RHDCD,λ<=log n,65536,0,444990,6.790008544921875
RHDCD,λ<=log n,65536,0,482479,7.3620452880859375
RHDCD,λ<=log n,65536,0,559448,8.5364990234375
RHDCD,λ<=log n,65536,0,464705,7.0908355712890625
RHDCD,λ<=log n,65536,0,524883,8.009078979492188
RHDCD,λ<=log n,65536,0,481391,7.3454437255859375
RHDCD,λ<=log n,65536,0,463152,7.067138671875
RHDCD,λ<=log n,65536,0,483890,7.383575439453125
RHDCD,λ<=log n,65536,0,468794,7.153228759765625
RHDCD,λ<=log n,65536,0,523828,7.99298095703125
RHDCD,λ<=log n,65536,0,492222,7.510711669921875
RHDCD,λ<=log n,65536,0,492442,7.514068603515625
RHDCD,λ<=log n,65536,0,567732,8.66290283203125
RHDCD,λ<=log n,65536,0,470869,7.1848907470703125
RHDCD,λ<=log n,65536,0,485582,7.409393310546875
RHDCD,λ<=log n,65536,0,477987,7.2935028076171875
RHDCD,λ<=log n,65536,0,566755,8.647994995117188
RHDCD,λ<=log n,65536,0,504550,7.698822021484375
RHDCD,λ<=log n,65536,0,497247,7.5873870849609375
RHDCD,λ<=log n,65536,0,524251,7.9994354248046875
RHDCD,λ<=log n,65536,0,476496,7.270751953125
RHDCD,λ<=log n,65536,0,567952,8.666259765625
RHDCD,λ<=log n,65536,0,512747,7.8238983154296875
RHDCD,λ<=log n,65536,0,494980,7.55279541015625
RHDCD,λ<=log n,65536,0,505855,7.7187347412109375
RHDCD,λ<=log n,65536,0,475119,7.2497406005859375
RHDCD,λ<=log n,65536,0,507853,7.7492218017578125
RHDCD,λ<=log n,65536,0,475379,7.2537078857421875
RHDCD,λ<=log n,65536,0,502162,7.662384033203125
RHDCD,λ<=log n,65536,0,465538,7.103546142578125
RHDCD,λ<=log n,65536,0,485219,7.4038543701171875
RHDCD,λ<=log n,65536,0,507937,7.7505035400390625
RHDCD,λ<=log n,65536,0,478636,7.30340576171875
RHDCD,λ<=log n,65536,0,459364,7.00933837890625
RHDCD,λ<=log n,65536,0,507589,7.7451934814453125
RHDCD,λ<=log n,65536,0,488232,7.4498291015625
RHDCD,λ<=log n,65536,0,478805,7.3059844970703125
RHDCD,λ<=log n,65536,0,503162,7.677642822265625
RHDCD,λ<=log n,65536,0,481188,7.34234619140625
RHDCD,λ<=log n,65536,0,495550,7.561492919921875
RHDCD,λ<=log n,65536,0,485988,7.41558837890625
RHDCD,λ<=log n,65536,0,498591,7.6078948974609375
RHDCD,λ<=log n,65536,0,476284,7.26751708984375
RHLCD,λ<=log n,65536,0,534186,8.151031494140625
RHLCD,λ<=log n,65536,0,540222,8.243133544921875
RHLCD,λ<=log n,65536,0,511434,7.803863525390625
RHLCD,λ<=log n,65536,0,545278,8.320281982421875
RHLCD,λ<=log n,65536,0,469248,7.16015625
RHLCD,λ<=log n,65536,0,528299,8.061203002929688
RHLCD,λ<=log n,65536,0,490122,7.478668212890625
RHLCD,λ<=log n,65536,0,554503,8.461044311523438
RHLCD,λ<=log n,65536,0,494989,7.5529327392578125
RHLCD,λ<=log n,65536,0,504497,7.6980133056640625
RHLCD,λ<=log n,65536,0,478424,7.3001708984375
RHLCD,λ<=log n,65536,0,519830,7.931976318359375
RHLCD,λ<=log n,65536,0,515080,7.8594970703125
RHLCD,λ<=log n,65536,0,494231,7.5413665771484375
RHLCD,λ<=log n,65536,0,567364,8.65728759765625
RHLCD,λ<=log n,65536,0,538415,8.215560913085938
RHLCD,λ<=log n,65536,0,472813,7.2145538330078125
RHLCD,λ<=log n,65536,0,507572,7.74493408203125
RHLCD,λ<=log n,65536,0,516809,7.8858795166015625
RHLCD,λ<=log n,65536,0,475624,7.2574462890625
RHLCD,λ<=log n,65536,0,535867,8.176681518554688
RHLCD,λ<=log n,65536,0,579273,8.839004516601562
RHLCD,λ<=log n,65536,0,535778,8.175323486328125
RHLCD,λ<=log n,65536,0,535753,8.174942016601562
RHLCD,λ<=log n,65536,0,493913,7.5365142822265625
RHLCD,λ<=log n,65536,0,463309,7.0695343017578125
RHLCD,λ<=log n,65536,0,507960,7.7508544921875
RHLCD,λ<=log n,65536,0,506629,7.7305450439453125
RHLCD,λ<=log n,65536,0,530792,8.0992431640625
RHLCD,λ<=log n,65536,0,489207,7.4647064208984375
RHLCD,λ<=log n,65536,0,586432,8.9482421875
RHLCD,λ<=log n,65536,0,509946,7.781158447265625
RHLCD,λ<=log n,65536,0,505979,7.7206268310546875
RHLCD,λ<=log n,65536,0,488177,7.4489898681640625
RHLCD,λ<=log n,65536,0,522386,7.970977783203125
RHLCD,λ<=log n,65536,0,523733,7.9915313720703125
RHLCD,λ<=log n,65536,0,485908,7.41436767578125
RHLCD,λ<=log n,65536,0,487337,7.4361724853515625
RHLCD,λ<=log n,65536,0,483305,7.3746490478515625
RHLCD,λ<=log n,65536,0,489451,7.4684295654296875
RHLCD,λ<=log n,65536,0,485037,7.4010772705078125
RHLCD,λ<=log n,65536,0,477743,7.2897796630859375
RHLCD,λ<=log n,65536,0,548962,8.376495361328125
RHLCD,λ<=log n,65536,0,462771,7.0613250732421875
RHLCD,λ<=log n,65536,0,536527,8.186752319335938
RHLCD,λ<=log n,65536,0,489241,7.4652252197265625
RHLCD,λ<=log n,65536,0,475873,7.2612457275390625
RHLCD,λ<=log n,65536,0,590739,9.013961791992188
RHLCD,λ<=log n,65536,0,527510,8.049163818359375
RHLCD,λ<=log n,65536,0,511061,7.7981719970703125
RHLCD,λ<=log n,65536,0,475829,7.2605743408203125
RHLCD,λ<=log n,65536,0,490028,7.47723388671875
RHLCD,λ<=log n,65536,0,502156,7.66229248046875
RHLCD,λ<=log n,65536,0,526894,8.039764404296875
RHLCD,λ<=log n,65536,0,468833,7.1538238525390625
RHLCD,λ<=log n,65536,0,487211,7.4342498779296875
RHLCD,λ<=log n,65536,0,498264,7.6029052734375
RHLCD,λ<=log n,65536,0,465665,7.1054840087890625
RHLCD,λ<=log n,65536,0,484929,7.3994293212890625
RHLCD,λ<=log n,65536,0,545286,8.320404052734375
RHLCD,λ<=log n,65536,0,505722,7.716705322265625
RHLCD,λ<=log n,65536,0,528052,8.05743408203125
RHLCD,λ<=log n,65536,0,507200,7.7392578125
RHLCD,λ<=log n,65536,0,512253,7.8163604736328125
RHLCD,λ<=log n,65536,0,511558,7.805755615234375
RHLCD,λ<=log n,65536,0,501678,7.654998779296875
RHLCD,λ<=log n,65536,0,484375,7.3909759521484375
RHLCD,λ<=log n,65536,0,468307,7.1457977294921875
RHLCD,λ<=log n,65536,0,481769,7.3512115478515625
RHLCD,λ<=log n,65536,0,458885,7.0020294189453125
RHLCD,λ<=log n,65536,0,494432,7.54443359375
RHLCD,λ<=log n,65536,0,485496,7.4080810546875
RHLCD,λ<=log n,65536,0,517077,7.8899688720703125
RHLCD,λ<=log n,65536,0,527815,8.053817749023438
RHLCD,λ<=log n,65536,0,520458,7.941558837890625
RHLCD,λ<=log n,65536,0,607767,9.273788452148438
RHLCD,λ<=log n,65536,0,531536,8.110595703125
RHLCD,λ<=log n,65536,0,496249,7.5721588134765625
RHLCD,λ<=log n,65536,0,487525,7.4390411376953125
RHLCD,λ<=log n,65536,0,535059,8.164352416992188
RHLCD,λ<=log n,65536,0,503811,7.6875457763671875
RHLCD,λ<=log n,65536,0,483011,7.3701629638671875
RHLCD,λ<=log n,65536,0,489717,7.4724884033203125
RHLCD,λ<=log n,65536,0,505066,7.706695556640625
RHLCD,λ<=log n,65536,0,545128,8.3179931640625
RHLCD,λ<=log n,65536,0,503326,7.680145263671875
RHLCD,λ<=log n,65536,0,506238,7.724578857421875
RHLCD,λ<=log n,65536,0,491568,7.500732421875
RHLCD,λ<=log n,65536,0,497862,7.596771240234375
RHLCD,λ<=log n,65536,0,533389,8.138870239257812
RHLCD,λ<=log n,65536,0,482268,7.35882568359375
RHLCD,λ<=log n,65536,0,474692,7.24322509765625
RHLCD,λ<=log n,65536,0,466322,7.115509033203125
RHLCD,λ<=log n,65536,0,515155,7.8606414794921875
RHLCD,λ<=log n,65536,0,526387,8.032028198242188
RHLCD,λ<=log n,65536,0,539957,8.239089965820312
RHLCD,λ<=log n,65536,0,513038,7.828338623046875
RHLCD,λ<=log n,65536,0,489508,7.46929931640625
RHLCD,λ<=log n,65536,0,489888,7.47509765625
RHLCD,λ<=log n,65536,0,587157,8.959304809570312
RRLCD,λ<=log n,65536,0,528716,8.06756591796875
RRLCD,λ<=log n,65536,0,569099,8.683761596679688
RRLCD,λ<=log n,65536,0,539755,8.236007690429688
RRLCD,λ<=log n,65536,0,546944,8.345703125
RRLCD,λ<=log n,65536,0,538524,8.21722412109375
RRLCD,λ<=log n,65536,0,580748,8.86151123046875
RRLCD,λ<=log n,65536,0,592947,9.047653198242188
RRLCD,λ<=log n,65536,0,505206,7.708831787109375
RRLCD,λ<=log n,65536,0,508378,7.757232666015625
RRLCD,λ<=log n,65536,0,585962,8.941070556640625
RRLCD,λ<=log n,65536,0,520510,7.942352294921875
RRLCD,λ<=log n,65536,0,607675,9.272384643554688
RRLCD,λ<=log n,65536,0,499833,7.6268463134765625
RRLCD,λ<=log n,65536,0,655466,10.001617431640625
RRLCD,λ<=log n,65536,0,580842,8.862945556640625
RRLCD,λ<=log n,65536,0,608692,9.28790283203125
RRLCD,λ<=log n,65536,0,571989,8.727859497070312
RRLCD,λ<=log n,65536,0,514308,7.84771728515625
RRLCD,λ<=log n,65536,0,552196,8.42584228515625
RRLCD,λ<=log n,65536,0,553101,8.439651489257812
RRLCD,λ<=log n,65536,0,548795,8.373947143554688
RRLCD,λ<=log n,65536,0,486849,7.4287261962890625
RRLCD,λ<=log n,65536,0,565012,8.62139892578125
RRLCD,λ<=log n,65536,0,538491,8.216720581054688
RRLCD,λ<=log n,65536,0,521166,7.952362060546875
RRLCD,λ<=log n,65536,0,575295,8.778305053710938
RRLCD,λ<=log n,65536,0,559148,8.53192138671875
RRLCD,λ<=log n,65536,0,535987,8.178512573242188
RRLCD,λ<=log n,65536,0,506318,7.725799560546875
RRLCD,λ<=log n,65536,0,550640,8.402099609375
RRLCD,λ<=log n,65536,0,567846,8.664642333984375
RRLCD,λ<=log n,65536,0,512483,7.8198699951171875
RRLCD,λ<=log n,65536,0,565407,8.627426147460938
RRLCD,λ<=log n,65536,0,534142,8.150360107421875
RRLCD,λ<=log n,65536,0,571829,8.725418090820312
RRLCD,λ<=log n,65536,0,569306,8.686920166015625
RRLCD,λ<=log n,65536,0,555932,8.48284912109375
RRLCD,λ<=log n,65536,0,532987,8.132736206054688
RRLCD,λ<=log n,65536,0,561254,8.564056396484375
RRLCD,λ<=log n,65536,0,519172,7.92193603515625
RRLCD,λ<=log n,65536,0,615860,9.39727783203125
RRLCD,λ<=log n,65536,0,561512,8.5679931640625
RRLCD,λ<=log n,65536,0,526775,8.037948608398438
RRLCD,λ<=log n,65536,0,564839,8.618759155273438
RRLCD,λ<=log n,65536,0,582746,8.891998291015625
RRLCD,λ<=log n,65536,0,532384,8.12353515625
RRLCD,λ<=log n,65536,0,545526,8.324066162109375
RRLCD,λ<=log n,65536,0,545286,8.320404052734375
RRLCD,λ<=log n,65536,0,556929,8.498062133789062
RRLCD,λ<=log n,65536,0,538363,8.214767456054688
RRLCD,λ<=log n,65536,0,541261,8.258987426757812
RRLCD,λ<=log n,65536,0,510693,7.7925567626953125
RRLCD,λ<=log n,65536,0,538226,8.212677001953125
RRLCD,λ<=log n,65536,0,563805,8.602981567382812
RRLCD,λ<=log n,65536,0,563233,8.594253540039062
RRLCD,λ<=log n,65536,0,535755,8.174972534179688
RRLCD,λ<=log n,65536,0,624340,9.52667236328125
RRLCD,λ<=log n,65536,0,522087,7.9664154052734375
RRLCD,λ<=log n,65536,0,576332,8.79412841796875
RRLCD,λ<=log n,65536,0,530932,8.10137939453125
RRLCD,λ<=log n,65536,0,576966,8.803802490234375
RRLCD,λ<=log n,65536,0,494567,7.5464935302734375
RRLCD,λ<=log n,65536,0,581616,8.874755859375
RRLCD,λ<=log n,65536,0,535997,8.178665161132812
RRLCD,λ<=log n,65536,0,546900,8.34503173828125
RRLCD,λ<=log n,65536,0,522049,7.9658355712890625
RRLCD,λ<=log n,65536,0,552581,8.431716918945312
RRLCD,λ<=log n,65536,0,499623,7.6236419677734375
RRLCD,λ<=log n,65536,0,514541,7.8512725830078125
RRLCD,λ<=log n,65536,0,576598,8.798187255859375
RRLCD,λ<=log n,65536,0,584113,8.912857055664062
RRLCD,λ<=log n,65536,0,551805,8.419876098632812
RRLCD,λ<=log n,65536,0,538315,8.214035034179688
RRLCD,λ<=log n,65536,0,568942,8.681365966796875
RRLCD,λ<=log n,65536,0,610668,9.31805419921875
RRLCD,λ<=log n,65536,0,537332,8.19903564453125
RRLCD,λ<=log n,65536,0,583294,8.900360107421875
RRLCD,λ<=log n,65536,0,585564,8.93499755859375
RRLCD,λ<=log n,65536,0,606902,9.260589599609375
RRLCD,λ<=log n,65536,0,540902,8.253509521484375
RRLCD,λ<=log n,65536,0,569767,8.693954467773438
RRLCD,λ<=log n,65536,0,569620,8.69171142578125
RRLCD,λ<=log n,65536,0,518973,7.9188995361328125
RRLCD,λ<=log n,65536,0,568971,8.681808471679688
RRLCD,λ<=log n,65536,0,526332,8.03118896484375
RRLCD,λ<=log n,65536,0,538697,8.219863891601562
RRLCD,λ<=log n,65536,0,529235,8.075485229492188
RRLCD,λ<=log n,65536,0,558375,8.520126342773438
RRLCD,λ<=log n,65536,0,529338,8.077056884765625
RRLCD,λ<=log n,65536,0,573469,8.750442504882812
RRLCD,λ<=log n,65536,0,532742,8.128997802734375
RRLCD,λ<=log n,65536,0,546022,8.331634521484375
RRLCD,λ<=log n,65536,0,569573,8.690994262695312
RRLCD,λ<=log n,65536,0,579053,8.835647583007812
RRLCD,λ<=log n,65536,0,556280,8.4881591796875
RRLCD,λ<=log n,65536,0,596836,9.10699462890625
RRLCD,λ<=log n,65536,0,504363,7.6959686279296875
RRLCD,λ<=log n,65536,0,546091,8.332687377929688
RRLCD,λ<=log n,65536,0,535186,8.166290283203125
RRLCD,λ<=log n,65536,0,523895,7.9940032958984375
RSLCD,λ<=log n,65536,0,655360,10.0
RSLCD,λ<=log n,65536,0,713596,10.88861083984375
RSLCD,λ<=log n,65536,0,728187,11.111251831054688
RSLCD,λ<=log n,65536,0,743270,11.341400146484375
RSLCD,λ<=log n,65536,0,784150,11.965179443359375
RSLCD,λ<=log n,65536,0,729976,11.1385498046875
RSLCD,λ<=log n,65536,0,669405,10.214309692382812
RSLCD,λ<=log n,65536,0,703367,10.732528686523438
RSLCD,λ<=log n,65536,0,648158,9.890106201171875
RSLCD,λ<=log n,65536,0,674116,10.28619384765625
RSLCD,λ<=log n,65536,0,710571,10.842453002929688
RSLCD,λ<=log n,65536,0,756668,11.54583740234375
RSLCD,λ<=log n,65536,0,693910,10.588226318359375
RSLCD,λ<=log n,65536,0,710853,10.846755981445312
RSLCD,λ<=log n,65536,0,705237,10.761062622070312
RSLCD,λ<=log n,65536,0,740527,11.299545288085938
RSLCD,λ<=log n,65536,0,680732,10.38714599609375
RSLCD,λ<=log n,65536,0,794708,12.12628173828125
RSLCD,λ<=log n,65536,0,720967,11.001083374023438
RSLCD,λ<=log n,65536,0,715820,10.92254638671875
RSLCD,λ<=log n,65536,0,744828,11.36517333984375
RSLCD,λ<=log n,65536,0,691981,10.558792114257812
RSLCD,λ<=log n,65536,0,747889,11.411880493164062
RSLCD,λ<=log n,65536,0,678725,10.356521606445312
RSLCD,λ<=log n,65536,0,702792,10.7237548828125
RSLCD,λ<=log n,65536,0,762014,11.627410888671875
RSLCD,λ<=log n,65536,0,723980,11.04705810546875
RSLCD,λ<=log n,65536,0,709495,10.826034545898438
RSLCD,λ<=log n,65536,0,713871,10.892807006835938
RSLCD,λ<=log n,65536,0,677298,10.334747314453125
RSLCD,λ<=log n,65536,0,752614,11.483978271484375
RSLCD,λ<=log n,65536,0,680859,10.389083862304688
RSLCD,λ<=log n,65536,0,734581,11.208816528320312
RSLCD,λ<=log n,65536,0,697228,10.63885498046875
RSLCD,λ<=log n,65536,0,747243,11.402023315429688
RSLCD,λ<=log n,65536,0,685126,10.454193115234375
RSLCD,λ<=log n,65536,0,712359,10.869735717773438
RSLCD,λ<=log n,65536,0,676240,10.318603515625
RSLCD,λ<=log n,65536,0,708087,10.804550170898438
RSLCD,λ<=log n,65536,0,642248,9.7999267578125
RSLCD,λ<=log n,65536,0,752626,11.484161376953125
RSLCD,λ<=log n,65536,0,842541,12.856155395507812
RSLCD,λ<=log n,65536,0,719555,10.979537963867188
RSLCD,λ<=log n,65536,0,699558,10.674407958984375
RSLCD,λ<=log n,65536,0,732623,11.178939819335938
RSLCD,λ<=log n,65536,0,727035,11.093673706054688
RSLCD,λ<=log n,65536,0,799444,12.19854736328125
RSLCD,λ<=log n,65536,0,699473,10.673110961914062
RSLCD,λ<=log n,65536,0,910258,13.889434814453125
RSLCD,λ<=log n,65536,0,691218,10.547149658203125
RSLCD,λ<=log n,65536,0,719036,10.97161865234375
RSLCD,λ<=log n,65536,0,705530,10.765533447265625
RSLCD,λ<=log n,65536,0,676968,10.3297119140625
RSLCD,λ<=log n,65536,0,755199,11.523422241210938
RSLCD,λ<=log n,65536,0,700824,10.6937255859375
RSLCD,λ<=log n,65536,0,704761,10.753799438476562
RSLCD,λ<=log n,65536,0,704774,10.753997802734375
RSLCD,λ<=log n,65536,0,764489,11.665176391601562
RSLCD,λ<=log n,65536,0,708060,10.80413818359375
RSLCD,λ<=log n,65536,0,768045,11.719436645507812
RSLCD,λ<=log n,65536,0,677512,10.3380126953125
RSLCD,λ<=log n,65536,0,702405,10.717849731445312
RSLCD,λ<=log n,65536,0,772598,11.788909912109375
RSLCD,λ<=log n,65536,0,710174,10.836395263671875
RSLCD,λ<=log n,65536,0,622151,9.493270874023438
RSLCD,λ<=log n,65536,0,908308,13.85968017578125
RSLCD,λ<=log n,65536,0,754079,11.506332397460938
RSLCD,λ<=log n,65536,0,669646,10.217987060546875
RSLCD,λ<=log n,65536,0,750378,11.449859619140625
RSLCD,λ<=log n,65536,0,716009,10.925430297851562
RSLCD,λ<=log n,65536,0,697185,10.638198852539062
RSLCD,λ<=log n,65536,0,707714,10.798858642578125
RSLCD,λ<=log n,65536,0,774482,11.817657470703125
RSLCD,λ<=log n,65536,0,690339,10.533737182617188
RSLCD,λ<=log n,65536,0,736150,11.232757568359375
RSLCD,λ<=log n,65536,0,701274,10.700592041015625
RSLCD,λ<=log n,65536,0,684172,10.43963623046875
RSLCD,λ<=log n,65536,0,796190,12.148895263671875
RSLCD,λ<=log n,65536,0,750065,11.445083618164062
RSLCD,λ<=log n,65536,0,690897,10.542251586914062
RSLCD,λ<=log n,65536,0,810997,12.374832153320312
RSLCD,λ<=log n,65536,0,669350,10.213470458984375
RSLCD,λ<=log n,65536,0,765004,11.67303466796875
RSLCD,λ<=log n,65536,0,688748,10.50946044921875
RSLCD,λ<=log n,65536,0,756833,11.548355102539062
RSLCD,λ<=log n,65536,0,663421,10.123001098632812
RSLCD,λ<=log n,65536,0,674899,10.298141479492188
RSLCD,λ<=log n,65536,0,781412,11.92340087890625
RSLCD,λ<=log n,65536,0,750763,11.455734252929688
RSLCD,λ<=log n,65536,0,702867,10.724899291992188
RSLCD,λ<=log n,65536,0,675508,10.30743408203125
RSLCD,λ<=log n,65536,0,677516,10.33807373046875
RSLCD,λ<=log n,65536,0,765361,11.678482055664062
RSLCD,λ<=log n,65536,0,643733,9.822586059570312
RSLCD,λ<=log n,65536,0,704153,10.744522094726562
RSLCD,λ<=log n,65536,0,806132,12.30059814453125
RSLCD,λ<=log n,65536,0,676171,10.317550659179688
RSLCD,λ<=log n,65536,0,837712,12.782470703125
RSLCD,λ<=log n,65536,0,759733,11.592605590820312
RSLCD,λ<=log n,65536,0,724555,11.055831909179688
RSDSD,λ<=log n,65536,0,796263,12.150009155273438
RSDSD,λ<=log n,65536,0,758973,11.581008911132812
RSDSD,λ<=log n,65536,0,736796,11.24261474609375
RSDSD,λ<=log n,65536,0,759768,11.5931396484375
RSDSD,λ<=log n,65536,0,750375,11.449813842773438
RSDSD,λ<=log n,65536,0,692814,10.571502685546875
RSDSD,λ<=log n,65536,0,861118,13.139617919921875
RSDSD,λ<=log n,65536,0,761415,11.618270874023438
RSDSD,λ<=log n,65536,0,745845,11.380691528320312
RSDSD,λ<=log n,65536,0,763628,11.65203857421875
RSDSD,λ<=log n,65536,0,787387,12.014572143554688
RSDSD,λ<=log n,65536,0,727358,11.098602294921875
RSDSD,λ<=log n,65536,0,726590,11.086883544921875
RSDSD,λ<=log n,65536,0,778599,11.880477905273438
RSDSD,λ<=log n,65536,0,768788,11.73077392578125
RSDSD,λ<=log n,65536,0,767226,11.706939697265625
RSDSD,λ<=log n,65536,0,728460,11.11541748046875
RSDSD,λ<=log n,65536,0,749225,11.432266235351562
RSDSD,λ<=log n,65536,0,681705,10.401992797851562
RSDSD,λ<=log n,65536,0,717131,10.942550659179688
RSDSD,λ<=log n,65536,0,762733,11.638381958007812
RSDSD,λ<=log n,65536,0,726296,11.0823974609375
RSDSD,λ<=log n,65536,0,778478,11.878631591796875
RSDSD,λ<=log n,65536,0,741494,11.314300537109375
RSDSD,λ<=log n,65536,0,769059,11.734909057617188
RSDSD,λ<=log n,65536,0,742005,11.322097778320312
RSDSD,λ<=log n,65536,0,724907,11.061203002929688
RSDSD,λ<=log n,65536,0,765575,11.681747436523438
RSDSD,λ<=log n,65536,0,758766,11.577850341796875
RSDSD,λ<=log n,65536,0,899096,13.7191162109375
RSDSD,λ<=log n,65536,0,728471,11.115585327148438
RSDSD,λ<=log n,65536,0,753323,11.494796752929688
RSDSD,λ<=log n,65536,0,817377,12.472183227539062
RSDSD,λ<=log n,65536,0,708417,10.809585571289062
RSDSD,λ<=log n,65536,0,789701,12.049880981445312
RSDSD,λ<=log n,65536,0,657803,10.037277221679688
RSDSD,λ<=log n,65536,0,721838,11.014373779296875
RSDSD,λ<=log n,65536,0,773216,11.79833984375
RSDSD,λ<=log n,65536,0,781152,11.91943359375
RSDSD,λ<=log n,65536,0,808602,12.338287353515625
RSDSD,λ<=log n,65536,0,721257,11.005508422851562
RSDSD,λ<=log n,65536,0,736664,11.2406005859375
RSDSD,λ<=log n,65536,0,805624,12.2928466796875
RSDSD,λ<=log n,65536,0,843115,12.864913940429688
RSDSD,λ<=log n,65536,0,775158,11.827972412109375
RSDSD,λ<=log n,65536,0,750550,11.452484130859375
RSDSD,λ<=log n,65536,0,812828,12.40277099609375
RSDSD,λ<=log n,65536,0,765722,11.683990478515625
RSDSD,λ<=log n,65536,0,771043,11.765182495117188
RSDSD,λ<=log n,65536,0,729769,11.135391235351562
RSDSD,λ<=log n,65536,0,774564,11.81890869140625
RSDSD,λ<=log n,65536,0,733007,11.184799194335938
RSDSD,λ<=log n,65536,0,847457,12.931167602539062
RSDSD,λ<=log n,65536,0,760703,11.607406616210938
RSDSD,λ<=log n,65536,0,730615,11.148300170898438
RSDSD,λ<=log n,65536,0,761662,11.622039794921875
RSDSD,λ<=log n,65536,0,760666,11.606842041015625
RSDSD,λ<=log n,65536,0,779668,11.89678955078125
RSDSD,λ<=log n,65536,0,746717,11.393997192382812
RSDSD,λ<=log n,65536,0,817235,12.470016479492188
RSDSD,λ<=log n,65536,0,856494,13.069061279296875
RSDSD,λ<=log n,65536,0,791382,12.075531005859375
RSDSD,λ<=log n,65536,0,850036,12.97052001953125
RSDSD,λ<=log n,65536,0,829802,12.661773681640625
RSDSD,λ<=log n,65536,0,790740,12.06573486328125
RSDSD,λ<=log n,65536,0,732166,11.171966552734375
RSDSD,λ<=log n,65536,0,779424,11.89306640625
RSDSD,λ<=log n,65536,0,822576,12.551513671875
RSDSD,λ<=log n,65536,0,815378,12.441680908203125
RSDSD,λ<=log n,65536,0,698019,10.650924682617188
RSDSD,λ<=log n,65536,0,737702,11.256439208984375
RSDSD,λ<=log n,65536,0,841787,12.844650268554688
RSDSD,λ<=log n,65536,0,705867,10.770675659179688
RSDSD,λ<=log n,65536,0,761169,11.614517211914062
RSDSD,λ<=log n,65536,0,765372,11.67864990234375
RSDSD,λ<=log n,65536,0,734023,11.200302124023438
RSDSD,λ<=log n,65536,0,761770,11.623687744140625
RSDSD,λ<=log n,65536,0,759816,11.5938720703125
RSDSD,λ<=log n,65536,0,741031,11.307235717773438
RSDSD,λ<=log n,65536,0,680224,10.37939453125
RSDSD,λ<=log n,65536,0,783146,11.949859619140625
RSDSD,λ<=log n,65536,0,721405,11.007766723632812
RSDSD,λ<=log n,65536,0,819181,12.499710083007812
RSDSD,λ<=log n,65536,0,735022,11.215545654296875
RSDSD,λ<=log n,65536,0,763597,11.651565551757812
RSDSD,λ<=log n,65536,0,788983,12.038925170898438
RSDSD,λ<=log n,65536,0,746521,11.391006469726562
RSDSD,λ<=log n,65536,0,704308,10.74688720703125
RSDSD,λ<=log n,65536,0,802307,12.242233276367188
RSDSD,λ<=log n,65536,0,786642,12.003204345703125
RSDSD,λ<=log n,65536,0,726004,11.07794189453125
RSDSD,λ<=log n,65536,0,740966,11.306243896484375
RSDSD,λ<=log n,65536,0,719196,10.97406005859375
RSDSD,λ<=log n,65536,0,793725,12.111282348632812
RSDSD,λ<=log n,65536,0,767009,11.703628540039062
RSDSD,λ<=log n,65536,0,713236,10.88311767578125
RSDSD,λ<=log n,65536,0,748080,11.414794921875
RSDSD,λ<=log n,65536,0,707703,10.798690795898438
RSDSD,λ<=log n,65536,0,773919,11.809066772460938
RSDSD,λ<=log n,65536,0,695394,10.610870361328125
RRDSD,λ<=log n,65536,0,598459,9.131759643554688
RRDSD,λ<=log n,65536,0,586694,8.952239990234375
RRDSD,λ<=log n,65536,0,580241,8.853775024414062
RRDSD,λ<=log n,65536,0,589831,9.000106811523438
RRDSD,λ<=log n,65536,0,628767,9.594223022460938
RRDSD,λ<=log n,65536,0,636053,9.705398559570312
RRDSD,λ<=log n,65536,0,655440,10.001220703125
RRDSD,λ<=log n,65536,0,742615,11.331405639648438
RRDSD,λ<=log n,65536,0,591358,9.023406982421875
RRDSD,λ<=log n,65536,0,577738,8.815582275390625
RRDSD,λ<=log n,65536,0,612987,9.353439331054688
RRDSD,λ<=log n,65536,0,698134,10.652679443359375
RRDSD,λ<=log n,65536,0,643479,9.818710327148438
RRDSD,λ<=log n,65536,0,604512,9.22412109375
RRDSD,λ<=log n,65536,0,593000,9.0484619140625
RRDSD,λ<=log n,65536,0,609752,9.3040771484375
RRDSD,λ<=log n,65536,0,606180,9.24957275390625
RRDSD,λ<=log n,65536,0,621161,9.478164672851562
RRDSD,λ<=log n,65536,0,585683,8.936813354492188
RRDSD,λ<=log n,65536,0,593604,9.05767822265625
RRDSD,λ<=log n,65536,0,619226,9.448638916015625
RRDSD,λ<=log n,65536,0,577280,8.80859375
RRDSD,λ<=log n,65536,0,611987,9.338180541992188
RRDSD,λ<=log n,65536,0,578956,8.83416748046875
RRDSD,λ<=log n,65536,0,605568,9.240234375
RRDSD,λ<=log n,65536,0,645122,9.843780517578125
RRDSD,λ<=log n,65536,0,612153,9.340713500976562
RRDSD,λ<=log n,65536,0,579365,8.840408325195312
RRDSD,λ<=log n,65536,0,651811,9.945846557617188
RRDSD,λ<=log n,65536,0,660109,10.072463989257812
RRDSD,λ<=log n,65536,0,609972,9.30743408203125
RRDSD,λ<=log n,65536,0,588872,8.9854736328125
RRDSD,λ<=log n,65536,0,594051,9.064498901367188
RRDSD,λ<=log n,65536,0,588155,8.974533081054688
RRDSD,λ<=log n,65536,0,571159,8.715194702148438
RRDSD,λ<=log n,65536,0,615418,9.390533447265625
RRDSD,λ<=log n,65536,0,601947,9.184982299804688
RRDSD,λ<=log n,65536,0,587501,8.964553833007812
RRDSD,λ<=log n,65536,0,585759,8.937973022460938
RRDSD,λ<=log n,65536,0,603452,9.20794677734375
RRDSD,λ<=log n,65536,0,614764,9.38055419921875
RRDSD,λ<=log n,65536,0,678829,10.358108520507812
RRDSD,λ<=log n,65536,0,646986,9.872222900390625
RRDSD,λ<=log n,65536,0,604712,9.2271728515625
RRDSD,λ<=log n,65536,0,573883,8.756759643554688
RRDSD,λ<=log n,65536,0,619654,9.455169677734375
RRDSD,λ<=log n,65536,0,598120,9.1265869140625
RRDSD,λ<=log n,65536,0,606688,9.25732421875
RRDSD,λ<=log n,65536,0,613980,9.36859130859375
RRDSD,λ<=log n,65536,0,604007,9.216415405273438
RRDSD,λ<=log n,65536,0,585356,8.93182373046875
RRDSD,λ<=log n,65536,0,605342,9.236785888671875
RRDSD,λ<=log n,65536,0,605408,9.23779296875
RRDSD,λ<=log n,65536,0,577502,8.811981201171875
RRDSD,λ<=log n,65536,0,694670,10.599822998046875
RRDSD,λ<=log n,65536,0,637694,9.730438232421875
RRDSD,λ<=log n,65536,0,635412,9.69561767578125
RRDSD,λ<=log n,65536,0,633350,9.664154052734375
RRDSD,λ<=log n,65536,0,599648,9.14990234375
RRDSD,λ<=log n,65536,0,585025,8.926773071289062
RRDSD,λ<=log n,65536,0,656109,10.011428833007812
RRDSD,λ<=log n,65536,0,624365,9.527053833007812
RRDSD,λ<=log n,65536,0,578490,8.827056884765625
RRDSD,λ<=log n,65536,0,661113,10.087783813476562
RRDSD,λ<=log n,65536,0,615128,9.3861083984375
RRDSD,λ<=log n,65536,0,626310,9.556732177734375
RRDSD,λ<=log n,65536,0,655580,10.00335693359375
RRDSD,λ<=log n,65536,0,575111,8.775497436523438
RRDSD,λ<=log n,65536,0,696513,10.627944946289062
RRDSD,λ<=log n,65536,0,701357,10.701858520507812
RRDSD,λ<=log n,65536,0,581394,8.871368408203125
RRDSD,λ<=log n,65536,0,570381,8.703323364257812
RRDSD,λ<=log n,65536,0,657589,10.034011840820312
RRDSD,λ<=log n,65536,0,602974,9.200653076171875
RRDSD,λ<=log n,65536,0,598507,9.132492065429688
RRDSD,λ<=log n,65536,0,580473,8.857315063476562
RRDSD,λ<=log n,65536,0,615973,9.399002075195312
RRDSD,λ<=log n,65536,0,649826,9.915557861328125
RRDSD,λ<=log n,65536,0,596431,9.100814819335938
RRDSD,λ<=log n,65536,0,589552,8.995849609375
RRDSD,λ<=log n,65536,0,586235,8.945236206054688
RRDSD,λ<=log n,65536,0,616141,9.401565551757812
RRDSD,λ<=log n,65536,0,576876,8.80242919921875
RRDSD,λ<=log n,65536,0,582631,8.890243530273438
RRDSD,λ<=log n,65536,0,645391,9.847885131835938
RRDSD,λ<=log n,65536,0,609164,9.29510498046875
RRDSD,λ<=log n,65536,0,636487,9.712020874023438
RRDSD,λ<=log n,65536,0,610463,9.314926147460938
RRDSD,λ<=log n,65536,0,675781,10.311599731445312
RRDSD,λ<=log n,65536,0,581782,8.877288818359375
RRDSD,λ<=log n,65536,0,652377,9.954483032226562
RRDSD,λ<=log n,65536,0,603283,9.205368041992188
RRDSD,λ<=log n,65536,0,562662,8.585540771484375
RRDSD,λ<=log n,65536,0,600874,9.168609619140625
RRDSD,λ<=log n,65536,0,651858,9.946563720703125
RRDSD,λ<=log n,65536,0,593217,9.051773071289062
RRDSD,λ<=log n,65536,0,623678,9.516571044921875
RRDSD,λ<=log n,65536,0,580577,8.858901977539062
RRDSD,λ<=log n,65536,0,633013,9.659011840820312
RRDSD,λ<=log n,65536,0,584647,8.921005249023438
RHDSD,λ<=log n,65536,0,591271,9.022079467773438
RHDSD,λ<=log n,65536,0,564107,8.607589721679688
RHDSD,λ<=log n,65536,0,536705,8.189468383789062
RHDSD,λ<=log n,65536,0,538643,8.219039916992188
RHDSD,λ<=log n,65536,0,578666,8.829742431640625
RHDSD,λ<=log n,65536,0,531888,8.115966796875
RHDSD,λ<=log n,65536,0,523593,7.9893951416015625
RHDSD,λ<=log n,65536,0,551000,8.4075927734375
RHDSD,λ<=log n,65536,0,585708,8.93719482421875
RHDSD,λ<=log n,65536,0,553693,8.448684692382812
RHDSD,λ<=log n,65536,0,541611,8.264328002929688
RHDSD,λ<=log n,65536,0,611926,9.337249755859375
RHDSD,λ<=log n,65536,0,527795,8.053512573242188
RHDSD,λ<=log n,65536,0,589067,8.988449096679688
RHDSD,λ<=log n,65536,0,597873,9.122817993164062
RHDSD,λ<=log n,65536,0,558697,8.525039672851562
RHDSD,λ<=log n,65536,0,551555,8.416061401367188
RHDSD,λ<=log n,65536,0,591212,9.02117919921875
RHDSD,λ<=log n,65536,0,533591,8.141952514648438
RHDSD,λ<=log n,65536,0,555389,8.474563598632812
RHDSD,λ<=log n,65536,0,526237,8.029739379882812
RHDSD,λ<=log n,65536,0,574930,8.772735595703125
RHDSD,λ<=log n,65536,0,557975,8.514022827148438
RHDSD,λ<=log n,65536,0,548429,8.368362426757812
RHDSD,λ<=log n,65536,0,534930,8.162384033203125
RHDSD,λ<=log n,65536,0,611827,9.335739135742188
RHDSD,λ<=log n,65536,0,568422,8.673431396484375
RHDSD,λ<=log n,65536,0,557037,8.499710083007812
RHDSD,λ<=log n,65536,0,588502,8.979827880859375
RHDSD,λ<=log n,65536,0,579651,8.844772338867188
RHDSD,λ<=log n,65536,0,558957,8.529006958007812
RHDSD,λ<=log n,65536,0,545449,8.322891235351562
RHDSD,λ<=log n,65536,0,566302,8.641082763671875
RHDSD,λ<=log n,65536,0,554588,8.46234130859375
RHDSD,λ<=log n,65536,0,538956,8.22381591796875
RHDSD,λ<=log n,65536,0,598836,9.13751220703125
RHDSD,λ<=log n,65536,0,532981,8.132644653320312
RHDSD,λ<=log n,65536,0,522867,7.9783172607421875
RHDSD,λ<=log n,65536,0,592364,9.03875732421875
RHDSD,λ<=log n,65536,0,540259,8.243698120117188
RHDSD,λ<=log n,65536,0,534795,8.160324096679688
RHDSD,λ<=log n,65536,0,568513,8.674819946289062
RHDSD,λ<=log n,65536,0,531110,8.104095458984375
RHDSD,λ<=log n,65536,0,529244,8.07562255859375
RHDSD,λ<=log n,65536,0,604643,9.226119995117188
RHDSD,λ<=log n,65536,0,559883,8.543136596679688
RHDSD,λ<=log n,65536,0,527460,8.04840087890625
RHDSD,λ<=log n,65536,0,548693,8.372390747070312
RHDSD,λ<=log n,65536,0,527422,8.047821044921875
RHDSD,λ<=log n,65536,0,547284,8.35089111328125
RHDSD,λ<=log n,65536,0,523419,7.9867401123046875
RHDSD,λ<=log n,65536,0,523371,7.9860076904296875
RHDSD,λ<=log n,65536,0,572259,8.731979370117188
RHDSD,λ<=log n,65536,0,591922,9.032012939453125
RHDSD,λ<=log n,65536,0,559481,8.537002563476562
RHDSD,λ<=log n,65536,0,536196,8.18170166015625
RHDSD,λ<=log n,65536,0,556465,8.490982055664062
RHDSD,λ<=log n,65536,0,550400,8.3984375
RHDSD,λ<=log n,65536,0,581676,8.87567138671875
RHDSD,λ<=log n,65536,0,537498,8.201568603515625
RHDSD,λ<=log n,65536,0,552848,8.435791015625
RHDSD,λ<=log n,65536,0,531858,8.115509033203125
RHDSD,λ<=log n,65536,0,599188,9.14288330078125
RHDSD,λ<=log n,65536,0,584746,8.922515869140625
RHDSD,λ<=log n,65536,0,608128,9.279296875
RHDSD,λ<=log n,65536,0,535131,8.165451049804688
RHDSD,λ<=log n,65536,0,535465,8.170547485351562
RHDSD,λ<=log n,65536,0,511477,7.8045196533203125
RHDSD,λ<=log n,65536,0,538903,8.223007202148438
RHDSD,λ<=log n,65536,0,571613,8.722122192382812
RHDSD,λ<=log n,65536,0,563426,8.597198486328125
RHDSD,λ<=log n,65536,0,576033,8.789566040039062
RHDSD,λ<=log n,65536,0,527424,8.0478515625
RHDSD,λ<=log n,65536,0,556884,8.49737548828125
RHDSD,λ<=log n,65536,0,556390,8.489837646484375
RHDSD,λ<=log n,65536,0,531812,8.11480712890625
RHDSD,λ<=log n,65536,0,598821,9.137283325195312
RHDSD,λ<=log n,65536,0,523363,7.9858856201171875
RHDSD,λ<=log n,65536,0,552507,8.430587768554688
RHDSD,λ<=log n,65536,0,556841,8.496719360351562
RHDSD,λ<=log n,65536,0,586798,8.953826904296875
RHDSD,λ<=log n,65536,0,545553,8.324478149414062
RHDSD,λ<=log n,65536,0,529287,8.076278686523438
RHDSD,λ<=log n,65536,0,546318,8.336151123046875
RHDSD,λ<=log n,65536,0,542854,8.283294677734375
RHDSD,λ<=log n,65536,0,550257,8.396255493164062
RHDSD,λ<=log n,65536,0,593145,9.050674438476562
RHDSD,λ<=log n,65536,0,553853,8.451126098632812
RHDSD,λ<=log n,65536,0,613660,9.36370849609375
RHDSD,λ<=log n,65536,0,591856,9.031005859375
RHDSD,λ<=log n,65536,0,576560,8.797607421875
RHDSD,λ<=log n,65536,0,562942,8.589813232421875
RHDSD,λ<=log n,65536,0,530860,8.10028076171875
RHDSD,λ<=log n,65536,0,567906,8.665557861328125
RHDSD,λ<=log n,65536,0,553579,8.446945190429688
RHDSD,λ<=log n,65536,0,571110,8.714447021484375
RHDSD,λ<=log n,65536,0,555806,8.480926513671875
RHDSD,λ<=log n,65536,0,560410,8.551177978515625
RHDSD,λ<=log n,65536,0,561098,8.561676025390625
RHDSD,λ<=log n,65536,0,715196,10.91302490234375
RHLSD,λ<=log n,65536,0,566216,8.6397705078125
RHLSD,λ<=log n,65536,0,582913,8.894546508789062
RHLSD,λ<=log n,65536,0,632925,9.657669067382812
RHLSD,λ<=log n,65536,0,596747,9.105636596679688
RHLSD,λ<=log n,65536,0,672310,10.258636474609375
RHLSD,λ<=log n,65536,0,548260,8.36578369140625
RHLSD,λ<=log n,65536,0,596213,9.097488403320312
RHLSD,λ<=log n,65536,0,551693,8.418167114257812
RHLSD,λ<=log n,65536,0,616546,9.407745361328125
RHLSD,λ<=log n,65536,0,579486,8.842254638671875
RHLSD,λ<=log n,65536,0,561823,8.572738647460938
RHLSD,λ<=log n,65536,0,575560,8.7823486328125
RHLSD,λ<=log n,65536,0,589326,8.992401123046875
RHLSD,λ<=log n,65536,0,580148,8.85235595703125
RHLSD,λ<=log n,65536,0,587590,8.965911865234375
RHLSD,λ<=log n,65536,0,573255,8.747177124023438
RHLSD,λ<=log n,65536,0,594203,9.066818237304688
RHLSD,λ<=log n,65536,0,575829,8.786453247070312
RHLSD,λ<=log n,65536,0,538453,8.216140747070312
RHLSD,λ<=log n,65536,0,670907,10.237228393554688
RHLSD,λ<=log n,65536,0,592506,9.040924072265625
RHLSD,λ<=log n,65536,0,572616,8.7374267578125
RHLSD,λ<=log n,65536,0,595674,9.089263916015625
RHLSD,λ<=log n,65536,0,563156,8.59307861328125
RHLSD,λ<=log n,65536,0,595331,9.084030151367188
RHLSD,λ<=log n,65536,0,650808,9.9305419921875
RHLSD,λ<=log n,65536,0,573712,8.754150390625
RHLSD,λ<=log n,65536,0,580726,8.861175537109375
RHLSD,λ<=log n,65536,0,562856,8.5885009765625
RHLSD,λ<=log n,65536,0,553243,8.441818237304688
RHLSD,λ<=log n,65536,0,575327,8.778793334960938
RHLSD,λ<=log n,65536,0,611295,9.327621459960938
RHLSD,λ<=log n,65536,0,664626,10.141387939453125
RHLSD,λ<=log n,65536,0,575447,8.780624389648438
RHLSD,λ<=log n,65536,0,610208,9.31103515625
RHLSD,λ<=log n,65536,0,556662,8.493988037109375
RHLSD,λ<=log n,65536,0,559507,8.537399291992188
RHLSD,λ<=log n,65536,0,572138,8.730133056640625
RHLSD,λ<=log n,65536,0,598026,9.125152587890625
RHLSD,λ<=log n,65536,0,592801,9.045425415039062
RHLSD,λ<=log n,65536,0,667295,10.182113647460938
RHLSD,λ<=log n,65536,0,593231,9.051986694335938
RHLSD,λ<=log n,65536,0,624157,9.523880004882812
RHLSD,λ<=log n,65536,0,591208,9.0211181640625
RHLSD,λ<=log n,65536,0,540748,8.25115966796875
RHLSD,λ<=log n,65536,0,589430,8.993988037109375
RHLSD,λ<=log n,65536,0,570773,8.709304809570312
RHLSD,λ<=log n,65536,0,589689,8.997940063476562
RHLSD,λ<=log n,65536,0,554119,8.455184936523438
RHLSD,λ<=log n,65536,0,582807,8.892929077148438
RHLSD,λ<=log n,65536,0,586323,8.946578979492188
RHLSD,λ<=log n,65536,0,604143,9.218490600585938
RHLSD,λ<=log n,65536,0,635291,9.693771362304688
RHLSD,λ<=log n,65536,0,611593,9.332168579101562
RHLSD,λ<=log n,65536,0,583685,8.906326293945312
RHLSD,λ<=log n,65536,0,596135,9.096298217773438
RHLSD,λ<=log n,65536,0,615681,9.394546508789062
RHLSD,λ<=log n,65536,0,609916,9.30657958984375
RHLSD,λ<=log n,65536,0,601619,9.179977416992188
RHLSD,λ<=log n,65536,0,598403,9.130905151367188
RHLSD,λ<=log n,65536,0,665913,10.161026000976562
RHLSD,λ<=log n,65536,0,601200,9.173583984375
RHLSD,λ<=log n,65536,0,620093,9.461868286132812
RHLSD,λ<=log n,65536,0,594347,9.069015502929688
RHLSD,λ<=log n,65536,0,543561,8.294082641601562
RHLSD,λ<=log n,65536,0,601059,9.171432495117188
RHLSD,λ<=log n,65536,0,626025,9.552383422851562
RHLSD,λ<=log n,65536,0,584006,8.911224365234375
RHLSD,λ<=log n,65536,0,595950,9.093475341796875
RHLSD,λ<=log n,65536,0,581336,8.8704833984375
RHLSD,λ<=log n,65536,0,570412,8.70379638671875
RHLSD,λ<=log n,65536,0,590703,9.013412475585938
RHLSD,λ<=log n,65536,0,603023,9.201400756835938
RHLSD,λ<=log n,65536,0,651089,9.934829711914062
RHLSD,λ<=log n,65536,0,576604,8.79827880859375
RHLSD,λ<=log n,65536,0,588976,8.987060546875
RHLSD,λ<=log n,65536,0,622154,9.493316650390625
RHLSD,λ<=log n,65536,0,637652,9.72979736328125
RHLSD,λ<=log n,65536,0,598896,9.138427734375
RHLSD,λ<=log n,65536,0,623720,9.5172119140625
RHLSD,λ<=log n,65536,0,553594,8.447174072265625
RHLSD,λ<=log n,65536,0,564142,8.608123779296875
RHLSD,λ<=log n,65536,0,551734,8.418792724609375
RHLSD,λ<=log n,65536,0,653079,9.965194702148438
RHLSD,λ<=log n,65536,0,596902,9.108001708984375
RHLSD,λ<=log n,65536,0,589877,9.000808715820312
RHLSD,λ<=log n,65536,0,563327,8.595687866210938
RHLSD,λ<=log n,65536,0,591627,9.027511596679688
RHLSD,λ<=log n,65536,0,612212,9.34161376953125
RHLSD,λ<=log n,65536,0,555846,8.481536865234375
RHLSD,λ<=log n,65536,0,624830,9.534149169921875
RHLSD,λ<=log n,65536,0,563519,8.598617553710938
RHLSD,λ<=log n,65536,0,636427,9.711105346679688
RHLSD,λ<=log n,65536,0,611521,9.331069946289062
RHLSD,λ<=log n,65536,0,628172,9.58514404296875
RHLSD,λ<=log n,65536,0,612872,9.3516845703125
RHLSD,λ<=log n,65536,0,589439,8.994125366210938
RHLSD,λ<=log n,65536,0,658792,10.0523681640625
RHLSD,λ<=log n,65536,0,592211,9.036422729492188
RHLSD,λ<=log n,65536,0,596987,9.109298706054688
RRLSD,λ<=log n,65536,0,682453,10.413406372070312
RRLSD,λ<=log n,65536,0,652229,9.952224731445312
RRLSD,λ<=log n,65536,0,638524,9.74310302734375
RRLSD,λ<=log n,65536,0,628771,9.594284057617188
RRLSD,λ<=log n,65536,0,615942,9.398529052734375
RRLSD,λ<=log n,65536,0,656497,10.017349243164062
RRLSD,λ<=log n,65536,0,674984,10.2994384765625
RRLSD,λ<=log n,65536,0,591344,9.023193359375
RRLSD,λ<=log n,65536,0,643506,9.819122314453125
RRLSD,λ<=log n,65536,0,613467,9.360763549804688
RRLSD,λ<=log n,65536,0,682735,10.417709350585938
RRLSD,λ<=log n,65536,0,621643,9.485519409179688
RRLSD,λ<=log n,65536,0,614261,9.372879028320312
RRLSD,λ<=log n,65536,0,600296,9.1597900390625
RRLSD,λ<=log n,65536,0,687183,10.485580444335938
RRLSD,λ<=log n,65536,0,670195,10.226364135742188
RRLSD,λ<=log n,65536,0,608427,9.283859252929688
RRLSD,λ<=log n,65536,0,677955,10.344772338867188
RRLSD,λ<=log n,65536,0,623918,9.520233154296875
RRLSD,λ<=log n,65536,0,668084,10.19415283203125
RRLSD,λ<=log n,65536,0,616313,9.404190063476562
RRLSD,λ<=log n,65536,0,606551,9.255233764648438
RRLSD,λ<=log n,65536,0,734480,11.207275390625
RRLSD,λ<=log n,65536,0,608796,9.28948974609375
RRLSD,λ<=log n,65536,0,655348,9.99981689453125
RRLSD,λ<=log n,65536,0,623476,9.51348876953125
RRLSD,λ<=log n,65536,0,622874,9.504302978515625
RRLSD,λ<=log n,65536,0,657597,10.034133911132812
RRLSD,λ<=log n,65536,0,662367,10.106918334960938
RRLSD,λ<=log n,65536,0,619566,9.453826904296875
RRLSD,λ<=log n,65536,0,629721,9.608779907226562
RRLSD,λ<=log n,65536,0,612646,9.348236083984375
RRLSD,λ<=log n,65536,0,642385,9.802017211914062
RRLSD,λ<=log n,65536,0,676977,10.329849243164062
RRLSD,λ<=log n,65536,0,649324,9.90789794921875
RRLSD,λ<=log n,65536,0,596860,9.10736083984375
RRLSD,λ<=log n,65536,0,592043,9.033859252929688
RRLSD,λ<=log n,65536,0,672599,10.263046264648438
RRLSD,λ<=log n,65536,0,632608,9.65283203125
RRLSD,λ<=log n,65536,0,609824,9.30517578125
RRLSD,λ<=log n,65536,0,612725,9.349441528320312
RRLSD,λ<=log n,65536,0,596018,9.094512939453125
RRLSD,λ<=log n,65536,0,625855,9.549789428710938
RRLSD,λ<=log n,65536,0,646688,9.86767578125
RRLSD,λ<=log n,65536,0,659439,10.062240600585938
RRLSD,λ<=log n,65536,0,678034,10.345977783203125
RRLSD,λ<=log n,65536,0,627662,9.577362060546875
RRLSD,λ<=log n,65536,0,613797,9.365798950195312
RRLSD,λ<=log n,65536,0,630184,9.6158447265625
RRLSD,λ<=log n,65536,0,702961,10.726333618164062
RRLSD,λ<=log n,65536,0,665753,10.158584594726562
RRLSD,λ<=log n,65536,0,585810,8.938751220703125
RRLSD,λ<=log n,65536,0,619000,9.4451904296875
RRLSD,λ<=log n,65536,0,680486,10.383392333984375
RRLSD,λ<=log n,65536,0,646311,9.861923217773438
RRLSD,λ<=log n,65536,0,611756,9.33465576171875
RRLSD,λ<=log n,65536,0,635175,9.692001342773438
RRLSD,λ<=log n,65536,0,662255,10.105209350585938
RRLSD,λ<=log n,65536,0,651190,9.936370849609375
RRLSD,λ<=log n,65536,0,631566,9.636932373046875
RRLSD,λ<=log n,65536,0,627241,9.570938110351562
RRLSD,λ<=log n,65536,0,626716,9.56292724609375
RRLSD,λ<=log n,65536,0,647837,9.885208129882812
RRLSD,λ<=log n,65536,0,627121,9.569107055664062
RRLSD,λ<=log n,65536,0,653395,9.970016479492188
RRLSD,λ<=log n,65536,0,659020,10.05584716796875
RRLSD,λ<=log n,65536,0,612496,9.345947265625
RRLSD,λ<=log n,65536,0,626390,9.557952880859375
RRLSD,λ<=log n,65536,0,628824,9.5950927734375
RRLSD,λ<=log n,65536,0,670729,10.234512329101562
RRLSD,λ<=log n,65536,0,704816,10.754638671875
RRLSD,λ<=log n,65536,0,657191,10.027938842773438
RRLSD,λ<=log n,65536,0,593580,9.05731201171875
RRLSD,λ<=log n,65536,0,620031,9.460922241210938
RRLSD,λ<=log n,65536,0,656842,10.022613525390625
RRLSD,λ<=log n,65536,0,707295,10.792465209960938
RRLSD,λ<=log n,65536,0,627276,9.57147216796875
RRLSD,λ<=log n,65536,0,600444,9.16204833984375
RRLSD,λ<=log n,65536,0,664562,10.140411376953125
RRLSD,λ<=log n,65536,0,615080,9.3853759765625
RRLSD,λ<=log n,65536,0,619211,9.448410034179688
RRLSD,λ<=log n,65536,0,603373,9.206741333007812
RRLSD,λ<=log n,65536,0,622016,9.4912109375
RRLSD,λ<=log n,65536,0,676101,10.316482543945312
RRLSD,λ<=log n,65536,0,614366,9.374481201171875
RRLSD,λ<=log n,65536,0,635806,9.701629638671875
RRLSD,λ<=log n,65536,0,653735,9.975204467773438
RRLSD,λ<=log n,65536,0,638521,9.743057250976562
RRLSD,λ<=log n,65536,0,593333,9.053543090820312
RRLSD,λ<=log n,65536,0,661665,10.096206665039062
RRLSD,λ<=log n,65536,0,619278,9.449432373046875
RRLSD,λ<=log n,65536,0,715661,10.920120239257812
RRLSD,λ<=log n,65536,0,629986,9.612823486328125
RRLSD,λ<=log n,65536,0,606718,9.257781982421875
RRLSD,λ<=log n,65536,0,665607,10.156356811523438
RRLSD,λ<=log n,65536,0,652243,9.952438354492188
RRLSD,λ<=log n,65536,0,619593,9.454238891601562
RRLSD,λ<=log n,65536,0,608948,9.29180908203125
RRLSD,λ<=log n,65536,0,675345,10.304946899414062
RRLSD,λ<=log n,65536,0,669123,10.210006713867188
RSLSD,λ<=log n,65536,0,807232,12.3173828125
RSLSD,λ<=log n,65536,0,815066,12.436920166015625
RSLSD,λ<=log n,65536,0,852570,13.009185791015625
RSLSD,λ<=log n,65536,0,829744,12.660888671875
RSLSD,λ<=log n,65536,0,789897,12.052871704101562
RSLSD,λ<=log n,65536,0,833355,12.715988159179688
RSLSD,λ<=log n,65536,0,793179,12.102951049804688
RSLSD,λ<=log n,65536,0,817116,12.46820068359375
RSLSD,λ<=log n,65536,0,724242,11.051055908203125
RSLSD,λ<=log n,65536,0,746552,11.3914794921875
RSLSD,λ<=log n,65536,0,739489,11.283706665039062
RSLSD,λ<=log n,65536,0,856235,13.065109252929688
RSLSD,λ<=log n,65536,0,893120,13.6279296875
RSLSD,λ<=log n,65536,0,764892,11.67132568359375
RSLSD,λ<=log n,65536,0,757280,11.55517578125
RSLSD,λ<=log n,65536,0,787268,12.01275634765625
RSLSD,λ<=log n,65536,0,752359,11.480087280273438
RSLSD,λ<=log n,65536,0,832497,12.702896118164062
RSLSD,λ<=log n,65536,0,774866,11.823516845703125
RSLSD,λ<=log n,65536,0,759573,11.590164184570312
RSLSD,λ<=log n,65536,0,858777,13.103897094726562
RSLSD,λ<=log n,65536,0,742204,11.32513427734375
RSLSD,λ<=log n,65536,0,748737,11.424819946289062
RSLSD,λ<=log n,65536,0,857473,13.083999633789062
RSLSD,λ<=log n,65536,0,795657,12.140762329101562
RSLSD,λ<=log n,65536,0,768994,11.733917236328125
RSLSD,λ<=log n,65536,0,749474,11.436065673828125
RSLSD,λ<=log n,65536,0,728906,11.122222900390625
RSLSD,λ<=log n,65536,0,767902,11.717254638671875
RSLSD,λ<=log n,65536,0,743449,11.344131469726562
RSLSD,λ<=log n,65536,0,863685,13.178787231445312
RSLSD,λ<=log n,65536,0,764406,11.663909912109375
RSLSD,λ<=log n,65536,0,741155,11.309127807617188
RSLSD,λ<=log n,65536,0,803408,12.259033203125
RSLSD,λ<=log n,65536,0,707163,10.790451049804688
RSLSD,λ<=log n,65536,0,777509,11.863845825195312
RSLSD,λ<=log n,65536,0,736453,11.237380981445312
RSLSD,λ<=log n,65536,0,785990,11.993255615234375
RSLSD,λ<=log n,65536,0,767048,11.7042236328125
RSLSD,λ<=log n,65536,0,725678,11.072967529296875
RSLSD,λ<=log n,65536,0,747651,11.408248901367188
RSLSD,λ<=log n,65536,0,728421,11.114822387695312
RSLSD,λ<=log n,65536,0,889282,13.569366455078125
RSLSD,λ<=log n,65536,0,845197,12.896682739257812
RSLSD,λ<=log n,65536,0,896068,13.67291259765625
RSLSD,λ<=log n,65536,0,750494,11.451629638671875
RSLSD,λ<=log n,65536,0,771283,11.768844604492188
RSLSD,λ<=log n,65536,0,838854,12.799896240234375
RSLSD,λ<=log n,65536,0,762468,11.63433837890625
RSLSD,λ<=log n,65536,0,763153,11.644790649414062
RSLSD,λ<=log n,65536,0,769929,11.748184204101562
RSLSD,λ<=log n,65536,0,754089,11.506484985351562
RSLSD,λ<=log n,65536,0,731382,11.160003662109375
RSLSD,λ<=log n,65536,0,788260,12.02789306640625
RSLSD,λ<=log n,65536,0,771043,11.765182495117188
RSLSD,λ<=log n,65536,0,808151,12.331405639648438
RSLSD,λ<=log n,65536,0,792622,12.094451904296875
RSLSD,λ<=log n,65536,0,761843,11.624801635742188
RSLSD,λ<=log n,65536,0,722069,11.017898559570312
RSLSD,λ<=log n,65536,0,823652,12.56793212890625
RSLSD,λ<=log n,65536,0,801325,12.227249145507812
RSLSD,λ<=log n,65536,0,797618,12.170684814453125
RSLSD,λ<=log n,65536,0,750996,11.45928955078125
RSLSD,λ<=log n,65536,0,771689,11.775039672851562
RSLSD,λ<=log n,65536,0,732433,11.176040649414062
RSLSD,λ<=log n,65536,0,787780,12.02056884765625
RSLSD,λ<=log n,65536,0,782996,11.94757080078125
RSLSD,λ<=log n,65536,0,831891,12.693649291992188
RSLSD,λ<=log n,65536,0,763213,11.645706176757812
RSLSD,λ<=log n,65536,0,797756,12.17279052734375
RSLSD,λ<=log n,65536,0,740947,11.305953979492188
RSLSD,λ<=log n,65536,0,805673,12.293594360351562
RSLSD,λ<=log n,65536,0,777178,11.858795166015625
RSLSD,λ<=log n,65536,0,770117,11.751052856445312
RSLSD,λ<=log n,65536,0,751688,11.4698486328125
RSLSD,λ<=log n,65536,0,810246,12.363372802734375
RSLSD,λ<=log n,65536,0,810745,12.370986938476562
RSLSD,λ<=log n,65536,0,796483,12.153366088867188
RSLSD,λ<=log n,65536,0,903201,13.781753540039062
RSLSD,λ<=log n,65536,0,772712,11.7906494140625
RSLSD,λ<=log n,65536,0,748292,11.41802978515625
RSLSD,λ<=log n,65536,0,776698,11.851470947265625
RSLSD,λ<=log n,65536,0,719554,10.979522705078125
RSLSD,λ<=log n,65536,0,783649,11.957534790039062
RSLSD,λ<=log n,65536,0,743618,11.346710205078125
RSLSD,λ<=log n,65536,0,764220,11.66107177734375
RSLSD,λ<=log n,65536,0,775944,11.8399658203125
RSLSD,λ<=log n,65536,0,881529,13.451065063476562
RSLSD,λ<=log n,65536,0,907558,13.848236083984375
RSLSD,λ<=log n,65536,0,804614,12.277435302734375
RSLSD,λ<=log n,65536,0,774587,11.819259643554688
RSLSD,λ<=log n,65536,0,766956,11.70281982421875
RSLSD,λ<=log n,65536,0,745576,11.3765869140625
RSLSD,λ<=log n,65536,0,826446,12.610565185546875
RSLSD,λ<=log n,65536,0,796935,12.160263061523438
RSLSD,λ<=log n,65536,0,756267,11.539718627929688
RSLSD,λ<=log n,65536,0,828037,12.634841918945312
RSLSD,λ<=log n,65536,0,752803,11.486862182617188
RSLSD,λ<=log n,65536,0,732968,11.1842041015625
RSLSD,λ<=log n,65536,0,740300,11.29608154296875
RSDMD,λ<=log n,65536,0,694745,10.600967407226562
RSDMD,λ<=log n,65536,0,717000,10.9405517578125
RSDMD,λ<=log n,65536,0,698385,10.656509399414062
RSDMD,λ<=log n,65536,0,656109,10.011428833007812
RSDMD,λ<=log n,65536,0,782310,11.937103271484375
RSDMD,λ<=log n,65536,0,667865,10.190811157226562
RSDMD,λ<=log n,65536,0,732768,11.18115234375
RSDMD,λ<=log n,65536,0,721346,11.006866455078125
RSDMD,λ<=log n,65536,0,646481,9.864517211914062
RSDMD,λ<=log n,65536,0,710369,10.839370727539062
RSDMD,λ<=log n,65536,0,650821,9.930740356445312
RSDMD,λ<=log n,65536,0,660289,10.075210571289062
RSDMD,λ<=log n,65536,0,609509,9.300369262695312
RSDMD,λ<=log n,65536,0,797488,12.168701171875
RSDMD,λ<=log n,65536,0,676590,10.323944091796875
RSDMD,λ<=log n,65536,0,678164,10.34796142578125
RSDMD,λ<=log n,65536,0,610423,9.314315795898438
RSDMD,λ<=log n,65536,0,644928,9.8408203125
RSDMD,λ<=log n,65536,0,649795,9.915084838867188
RSDMD,λ<=log n,65536,0,722622,11.026336669921875
RSDMD,λ<=log n,65536,0,707702,10.798675537109375
RSDMD,λ<=log n,65536,0,656667,10.019943237304688
RSDMD,λ<=log n,65536,0,655030,9.994964599609375
RSDMD,λ<=log n,65536,0,668502,10.200531005859375
RSDMD,λ<=log n,65536,0,632676,9.65386962890625
RSDMD,λ<=log n,65536,0,711449,10.855850219726562
RSDMD,λ<=log n,65536,0,657624,10.0345458984375
RSDMD,λ<=log n,65536,0,679553,10.369155883789062
RSDMD,λ<=log n,65536,0,622970,9.505767822265625
RSDMD,λ<=log n,65536,0,607561,9.270645141601562
RSDMD,λ<=log n,65536,0,656503,10.017440795898438
RSDMD,λ<=log n,65536,0,671366,10.244232177734375
RSDMD,λ<=log n,65536,0,730740,11.15020751953125
RSDMD,λ<=log n,65536,0,698358,10.656097412109375
RSDMD,λ<=log n,65536,0,649171,9.905563354492188
RSDMD,λ<=log n,65536,0,788053,12.024734497070312
RSDMD,λ<=log n,65536,0,715472,10.917236328125
RSDMD,λ<=log n,65536,0,747982,11.413299560546875
RSDMD,λ<=log n,65536,0,751679,11.469711303710938
RSDMD,λ<=log n,65536,0,669726,10.219207763671875
RSDMD,λ<=log n,65536,0,699708,10.67669677734375
RSDMD,λ<=log n,65536,0,693388,10.58026123046875
RSDMD,λ<=log n,65536,0,719955,10.985641479492188
RSDMD,λ<=log n,65536,0,646358,9.862640380859375
RSDMD,λ<=log n,65536,0,738847,11.273910522460938
RSDMD,λ<=log n,65536,0,652234,9.952301025390625
RSDMD,λ<=log n,65536,0,691679,10.554183959960938
RSDMD,λ<=log n,65536,0,678695,10.356063842773438
RSDMD,λ<=log n,65536,0,703434,10.733551025390625
RSDMD,λ<=log n,65536,0,882854,13.471282958984375
RSDMD,λ<=log n,65536,0,673507,10.276901245117188
RSDMD,λ<=log n,65536,0,775053,11.826370239257812
RSDMD,λ<=log n,65536,0,725009,11.062759399414062
RSDMD,λ<=log n,65536,0,702889,10.725234985351562
RSDMD,λ<=log n,65536,0,732583,11.178329467773438
RSDMD,λ<=log n,65536,0,667796,10.18975830078125
RSDMD,λ<=log n,65536,0,694067,10.590621948242188
RSDMD,λ<=log n,65536,0,746482,11.390411376953125
RSDMD,λ<=log n,65536,0,629101,9.599319458007812
RSDMD,λ<=log n,65536,0,618628,9.43951416015625
RSDMD,λ<=log n,65536,0,639424,9.7568359375
RSDMD,λ<=log n,65536,0,722909,11.030715942382812
RSDMD,λ<=log n,65536,0,779169,11.889175415039062
RSDMD,λ<=log n,65536,0,701848,10.7093505859375
RSDMD,λ<=log n,65536,0,630187,9.615890502929688
RSDMD,λ<=log n,65536,0,700832,10.69384765625
RSDMD,λ<=log n,65536,0,683895,10.435409545898438
RSDMD,λ<=log n,65536,0,695857,10.617935180664062
RSDMD,λ<=log n,65536,0,766650,11.698150634765625
RSDMD,λ<=log n,65536,0,672366,10.259490966796875
RSDMD,λ<=log n,65536,0,646335,9.862289428710938
RSDMD,λ<=log n,65536,0,720980,11.00128173828125
RSDMD,λ<=log n,65536,0,684127,10.438949584960938
RSDMD,λ<=log n,65536,0,705029,10.757888793945312
RSDMD,λ<=log n,65536,0,682989,10.421585083007812
RSDMD,λ<=log n,65536,0,732827,11.182052612304688
RSDMD,λ<=log n,65536,0,666817,10.174819946289062
RSDMD,λ<=log n,65536,0,644231,9.830184936523438
RSDMD,λ<=log n,65536,0,634390,9.680023193359375
RSDMD,λ<=log n,65536,0,682700,10.41717529296875
RSDMD,λ<=log n,65536,0,651827,9.946090698242188
RSDMD,λ<=log n,65536,0,667299,10.182174682617188
RSDMD,λ<=log n,65536,0,693855,10.587387084960938
RSDMD,λ<=log n,65536,0,700141,10.683303833007812
RSDMD,λ<=log n,65536,0,661926,10.100189208984375
RSDMD,λ<=log n,65536,0,696030,10.620574951171875
RSDMD,λ<=log n,65536,0,720285,10.990676879882812
RSDMD,λ<=log n,65536,0,705425,10.763931274414062
RSDMD,λ<=log n,65536,0,697132,10.63739013671875
RSDMD,λ<=log n,65536,0,673158,10.271575927734375
RSDMD,λ<=log n,65536,0,713061,10.880447387695312
RSDMD,λ<=log n,65536,0,642462,9.803192138671875
RSDMD,λ<=log n,65536,0,718872,10.9691162109375
RSDMD,λ<=log n,65536,0,745203,11.370895385742188
RSDMD,λ<=log n,65536,0,767064,11.7044677734375
RSDMD,λ<=log n,65536,0,789158,12.041595458984375
RSDMD,λ<=log n,65536,0,654184,9.9820556640625
RSDMD,λ<=log n,65536,0,621899,9.489425659179688
RSDMD,λ<=log n,65536,0,748390,11.419525146484375
RSDMD,λ<=log n,65536,0,660980,10.08575439453125
RRDMD,λ<=log n,65536,0,539816,8.2369384765625
RRDMD,λ<=log n,65536,0,512328,7.8175048828125
RRDMD,λ<=log n,65536,0,502895,7.6735687255859375
RRDMD,λ<=log n,65536,0,543386,8.291412353515625
RRDMD,λ<=log n,65536,0,508690,7.761993408203125
RRDMD,λ<=log n,65536,0,549988,8.39215087890625
RRDMD,λ<=log n,65536,0,560942,8.559295654296875
RRDMD,λ<=log n,65536,0,555482,8.475982666015625
RRDMD,λ<=log n,65536,0,582550,8.889007568359375
RRDMD,λ<=log n,65536,0,505062,7.706634521484375
RRDMD,λ<=log n,65536,0,521108,7.95147705078125
RRDMD,λ<=log n,65536,0,512491,7.8199920654296875
RRDMD,λ<=log n,65536,0,539101,8.226028442382812
RRDMD,λ<=log n,65536,0,538401,8.215347290039062
RRDMD,λ<=log n,65536,0,533608,8.1422119140625
RRDMD,λ<=log n,65536,0,568524,8.67498779296875
RRDMD,λ<=log n,65536,0,557521,8.507095336914062
RRDMD,λ<=log n,65536,0,555702,8.479339599609375
RRDMD,λ<=log n,65536,0,489108,7.46319580078125
RRDMD,λ<=log n,65536,0,528095,8.058090209960938
RRDMD,λ<=log n,65536,0,519917,7.9333038330078125
RRDMD,λ<=log n,65536,0,548329,8.366836547851562
RRDMD,λ<=log n,65536,0,492643,7.5171356201171875
RRDMD,λ<=log n,65536,0,546566,8.339935302734375
RRDMD,λ<=log n,65536,0,516309,7.8782501220703125
RRDMD,λ<=log n,65536,0,531072,8.103515625
RRDMD,λ<=log n,65536,0,569160,8.6846923828125
RRDMD,λ<=log n,65536,0,533445,8.139724731445312
RRDMD,λ<=log n,65536,0,494890,7.551422119140625
RRDMD,λ<=log n,65536,0,492083,7.5085906982421875
RRDMD,λ<=log n,65536,0,578517,8.827468872070312
RRDMD,λ<=log n,65536,0,511669,7.8074493408203125
RRDMD,λ<=log n,65536,0,549178,8.379791259765625
RRDMD,λ<=log n,65536,0,533143,8.135116577148438
RRDMD,λ<=log n,65536,0,550871,8.405624389648438
RRDMD,λ<=log n,65536,0,509261,7.7707061767578125
RRDMD,λ<=log n,65536,0,515114,7.860015869140625
RRDMD,λ<=log n,65536,0,551728,8.418701171875
RRDMD,λ<=log n,65536,0,567771,8.663497924804688
RRDMD,λ<=log n,65536,0,522741,7.9763946533203125
RRDMD,λ<=log n,65536,0,566803,8.648727416992188
RRDMD,λ<=log n,65536,0,537033,8.194473266601562
RRDMD,λ<=log n,65536,0,506334,7.726043701171875
RRDMD,λ<=log n,65536,0,567185,8.654556274414062
RRDMD,λ<=log n,65536,0,578197,8.822586059570312
RRDMD,λ<=log n,65536,0,634846,9.686981201171875
RRDMD,λ<=log n,65536,0,533455,8.139877319335938
RRDMD,λ<=log n,65536,0,532824,8.1302490234375
RRDMD,λ<=log n,65536,0,547526,8.354583740234375
RRDMD,λ<=log n,65536,0,538049,8.209976196289062
RRDMD,λ<=log n,65536,0,571463,8.719833374023438
RRDMD,λ<=log n,65536,0,510034,7.782501220703125
RRDMD,λ<=log n,65536,0,535786,8.175445556640625
RRDMD,λ<=log n,65536,0,515961,7.8729400634765625
RRDMD,λ<=log n,65536,0,543415,8.291854858398438
RRDMD,λ<=log n,65536,0,500229,7.6328887939453125
RRDMD,λ<=log n,65536,0,525247,8.014633178710938
RRDMD,λ<=log n,65536,0,694072,10.5906982421875
RRDMD,λ<=log n,65536,0,532237,8.121292114257812
RRDMD,λ<=log n,65536,0,506777,7.7328033447265625
RRDMD,λ<=log n,65536,0,565768,8.6329345703125
RRDMD,λ<=log n,65536,0,541997,8.270217895507812
RRDMD,λ<=log n,65536,0,515330,7.863311767578125
RRDMD,λ<=log n,65536,0,526308,8.03082275390625
RRDMD,λ<=log n,65536,0,540746,8.251129150390625
RRDMD,λ<=log n,65536,0,585281,8.930679321289062
RRDMD,λ<=log n,65536,0,521129,7.9517974853515625
RRDMD,λ<=log n,65536,0,551351,8.412948608398438
RRDMD,λ<=log n,65536,0,502137,7.6620025634765625
RRDMD,λ<=log n,65536,0,531769,8.114151000976562
RRDMD,λ<=log n,65536,0,531181,8.105178833007812
RRDMD,λ<=log n,65536,0,510338,7.787139892578125
RRDMD,λ<=log n,65536,0,561797,8.572341918945312
RRDMD,λ<=log n,65536,0,554613,8.462722778320312
RRDMD,λ<=log n,65536,0,522308,7.96978759765625
RRDMD,λ<=log n,65536,0,501559,7.6531829833984375
RRDMD,λ<=log n,65536,0,516125,7.8754425048828125
RRDMD,λ<=log n,65536,0,562245,8.579177856445312
RRDMD,λ<=log n,65536,0,525645,8.020706176757812
RRDMD,λ<=log n,65536,0,575004,8.77386474609375
RRDMD,λ<=log n,65536,0,553163,8.440597534179688
RRDMD,λ<=log n,65536,0,544117,8.302566528320312
RRDMD,λ<=log n,65536,0,496445,7.5751495361328125
RRDMD,λ<=log n,65536,0,524442,8.002349853515625
RRDMD,λ<=log n,65536,0,508008,7.7515869140625
RRDMD,λ<=log n,65536,0,531092,8.10382080078125
RRDMD,λ<=log n,65536,0,539484,8.23187255859375
RRDMD,λ<=log n,65536,0,493119,7.5243988037109375
RRDMD,λ<=log n,65536,0,494750,7.549285888671875
RRDMD,λ<=log n,65536,0,529847,8.084823608398438
RRDMD,λ<=log n,65536,0,518222,7.907440185546875
RRDMD,λ<=log n,65536,0,536643,8.188522338867188
RRDMD,λ<=log n,65536,0,529626,8.081451416015625
RRDMD,λ<=log n,65536,0,534645,8.158035278320312
RRDMD,λ<=log n,65536,0,537811,8.206344604492188
RRDMD,λ<=log n,65536,0,513825,7.8403472900390625
RRDMD,λ<=log n,65536,0,555399,8.474716186523438
RRDMD,λ<=log n,65536,0,551150,8.409881591796875
RRDMD,λ<=log n,65536,0,552612,8.43218994140625
RRDMD,λ<=log n,65536,0,518383,7.9098968505859375
RHDMD,λ<=log n,65536,0,481042,7.340118408203125
RHDMD,λ<=log n,65536,0,565020,8.62152099609375
RHDMD,λ<=log n,65536,0,479486,7.316375732421875
RHDMD,λ<=log n,65536,0,501212,7.64788818359375
RHDMD,λ<=log n,65536,0,477476,7.28570556640625
RHDMD,λ<=log n,65536,0,490996,7.49200439453125
RHDMD,λ<=log n,65536,0,472592,7.211181640625
RHDMD,λ<=log n,65536,0,487867,7.4442596435546875
RHDMD,λ<=log n,65536,0,501817,7.6571197509765625
RHDMD,λ<=log n,65536,0,501704,7.6553955078125
RHDMD,λ<=log n,65536,0,553369,8.443740844726562
RHDMD,λ<=log n,65536,0,451389,6.8876495361328125
RHDMD,λ<=log n,65536,0,481697,7.3501129150390625
RHDMD,λ<=log n,65536,0,472844,7.21502685546875
RHDMD,λ<=log n,65536,0,482086,7.356048583984375
RHDMD,λ<=log n,65536,0,505916,7.71966552734375
RHDMD,λ<=log n,65536,0,465322,7.100250244140625
RHDMD,λ<=log n,65536,0,480854,7.337249755859375
RHDMD,λ<=log n,65536,0,503557,7.6836700439453125
RHDMD,λ<=log n,65536,0,474028,7.23309326171875
RHDMD,λ<=log n,65536,0,482784,7.36669921875
RHDMD,λ<=log n,65536,0,463738,7.076080322265625
RHDMD,λ<=log n,65536,0,477286,7.282806396484375
RHDMD,λ<=log n,65536,0,472864,7.21533203125
RHDMD,λ<=log n,65536,0,523072,7.9814453125
RHDMD,λ<=log n,65536,0,533333,8.138015747070312
RHDMD,λ<=log n,65536,0,499075,7.6152801513671875
RHDMD,λ<=log n,65536,0,524374,8.001312255859375
RHDMD,λ<=log n,65536,0,484628,7.39483642578125
RHDMD,λ<=log n,65536,0,472587,7.2111053466796875
RHDMD,λ<=log n,65536,0,473460,7.22442626953125
RHDMD,λ<=log n,65536,0,508929,7.7656402587890625
RHDMD,λ<=log n,65536,0,461347,7.0395965576171875
RHDMD,λ<=log n,65536,0,481515,7.3473358154296875
RHDMD,λ<=log n,65536,0,507227,7.7396697998046875
RHDMD,λ<=log n,65536,0,469580,7.16522216796875
RHDMD,λ<=log n,65536,0,496824,7.5809326171875
RHDMD,λ<=log n,65536,0,467957,7.1404571533203125
RHDMD,λ<=log n,65536,0,523783,7.9922943115234375
RHDMD,λ<=log n,65536,0,505159,7.7081146240234375
RHDMD,λ<=log n,65536,0,489819,7.4740447998046875
RHDMD,λ<=log n,65536,0,479401,7.3150787353515625
RHDMD,λ<=log n,65536,0,513388,7.83367919921875
RHDMD,λ<=log n,65536,0,536303,8.183334350585938
RHDMD,λ<=log n,65536,0,512059,7.8134002685546875
RHDMD,λ<=log n,65536,0,473862,7.230560302734375
RHDMD,λ<=log n,65536,0,482931,7.3689422607421875
RHDMD,λ<=log n,65536,0,516774,7.885345458984375
RHDMD,λ<=log n,65536,0,498257,7.6027984619140625
RHDMD,λ<=log n,65536,0,450214,6.869720458984375
RHDMD,λ<=log n,65536,0,482195,7.3577117919921875
RHDMD,λ<=log n,65536,0,469830,7.169036865234375
RHDMD,λ<=log n,65536,0,487149,7.4333038330078125
RHDMD,λ<=log n,65536,0,468451,7.1479949951171875
RHDMD,λ<=log n,65536,0,494005,7.5379180908203125
RHDMD,λ<=log n,65536,0,506827,7.7335662841796875
RHDMD,λ<=log n,65536,0,457298,6.977813720703125
RHDMD,λ<=log n,65536,0,490075,7.4779510498046875
RHDMD,λ<=log n,65536,0,486628,7.42535400390625
RHDMD,λ<=log n,65536,0,488709,7.4571075439453125
RHDMD,λ<=log n,65536,0,491346,7.497344970703125
RHDMD,λ<=log n,65536,0,502416,7.666259765625
RHDMD,λ<=log n,65536,0,489155,7.4639129638671875
RHDMD,λ<=log n,65536,0,469324,7.16131591796875
RHDMD,λ<=log n,65536,0,478247,7.2974700927734375
RHDMD,λ<=log n,65536,0,511471,7.8044281005859375
RHDMD,λ<=log n,65536,0,566714,8.647369384765625
RHDMD,λ<=log n,65536,0,467573,7.1345977783203125
RHDMD,λ<=log n,65536,0,508938,7.765777587890625
RHDMD,λ<=log n,65536,0,483322,7.374908447265625
RHDMD,λ<=log n,65536,0,472013,7.2023468017578125
RHDMD,λ<=log n,65536,0,467949,7.1403350830078125
RHDMD,λ<=log n,65536,0,492365,7.5128936767578125
RHDMD,λ<=log n,65536,0,475623,7.2574310302734375
RHDMD,λ<=log n,65536,0,466509,7.1183624267578125
RHDMD,λ<=log n,65536,0,486130,7.417755126953125
RHDMD,λ<=log n,65536,0,482109,7.3563995361328125
RHDMD,λ<=log n,65536,0,462701,7.0602569580078125
RHDMD,λ<=log n,65536,0,512770,7.824249267578125
RHDMD,λ<=log n,65536,0,519922,7.933380126953125
RHDMD,λ<=log n,65536,0,530836,8.09991455078125
RHDMD,λ<=log n,65536,0,521177,7.9525299072265625
RHDMD,λ<=log n,65536,0,529145,8.074111938476562
RHDMD,λ<=log n,65536,0,462002,7.049591064453125
RHDMD,λ<=log n,65536,0,493982,7.537567138671875
RHDMD,λ<=log n,65536,0,465033,7.0958404541015625
RHDMD,λ<=log n,65536,0,503023,7.6755218505859375
RHDMD,λ<=log n,65536,0,463929,7.0789947509765625
RHDMD,λ<=log n,65536,0,480134,7.326263427734375
RHDMD,λ<=log n,65536,0,491677,7.5023956298828125
RHDMD,λ<=log n,65536,0,495835,7.5658416748046875
RHDMD,λ<=log n,65536,0,479088,7.310302734375
RHDMD,λ<=log n,65536,0,546540,8.33953857421875
RHDMD,λ<=log n,65536,0,523328,7.9853515625
RHDMD,λ<=log n,65536,0,542298,8.274810791015625
RHDMD,λ<=log n,65536,0,479993,7.3241119384765625
RHDMD,λ<=log n,65536,0,480469,7.3313751220703125
RHDMD,λ<=log n,65536,0,445443,6.7969207763671875
RHDMD,λ<=log n,65536,0,449084,6.85247802734375
RHDMD,λ<=log n,65536,0,467274,7.130035400390625
RHLMD,λ<=log n,65536,0,509766,7.778411865234375
RHLMD,λ<=log n,65536,0,516704,7.88427734375
RHLMD,λ<=log n,65536,0,479400,7.3150634765625
RHLMD,λ<=log n,65536,0,485009,7.4006500244140625
RHLMD,λ<=log n,65536,0,518820,7.91656494140625
RHLMD,λ<=log n,65536,0,487468,7.43817138671875
RHLMD,λ<=log n,65536,0,524096,7.9970703125
RHLMD,λ<=log n,65536,0,469751,7.1678314208984375
RHLMD,λ<=log n,65536,0,487745,7.4423980712890625
RHLMD,λ<=log n,65536,0,636013,9.704788208007812
RHLMD,λ<=log n,65536,0,506255,7.7248382568359375
RHLMD,λ<=log n,65536,0,467537,7.1340484619140625
RHLMD,λ<=log n,65536,0,524704,8.00634765625
RHLMD,λ<=log n,65536,0,490201,7.4798736572265625
RHLMD,λ<=log n,65536,0,472217,7.2054595947265625
RHLMD,λ<=log n,65536,0,497358,7.589080810546875
RHLMD,λ<=log n,65536,0,474793,7.2447662353515625
RHLMD,λ<=log n,65536,0,505438,7.712371826171875
RHLMD,λ<=log n,65536,0,517457,7.8957672119140625
RHLMD,λ<=log n,65536,0,500606,7.638641357421875
RHLMD,λ<=log n,65536,0,473729,7.2285308837890625
RHLMD,λ<=log n,65536,0,579177,8.837539672851562
RHLMD,λ<=log n,65536,0,498782,7.610809326171875
RHLMD,λ<=log n,65536,0,526669,8.036331176757812
RHLMD,λ<=log n,65536,0,541741,8.266311645507812
RHLMD,λ<=log n,65536,0,477983,7.2934417724609375
RHLMD,λ<=log n,65536,0,489433,7.4681549072265625
RHLMD,λ<=log n,65536,0,468711,7.1519622802734375
RHLMD,λ<=log n,65536,0,486853,7.4287872314453125
RHLMD,λ<=log n,65536,0,518740,7.91534423828125
RHLMD,λ<=log n,65536,0,500520,7.6373291015625
RHLMD,λ<=log n,65536,0,479099,7.3104705810546875
RHLMD,λ<=log n,65536,0,512370,7.818145751953125
RHLMD,λ<=log n,65536,0,500342,7.634613037109375
RHLMD,λ<=log n,65536,0,483424,7.37646484375
RHLMD,λ<=log n,65536,0,534857,8.161270141601562
RHLMD,λ<=log n,65536,0,474622,7.242156982421875
RHLMD,λ<=log n,65536,0,501448,7.6514892578125
RHLMD,λ<=log n,65536,0,507527,7.7442474365234375
RHLMD,λ<=log n,65536,0,568692,8.67755126953125
RHLMD,λ<=log n,65536,0,521300,7.95440673828125
RHLMD,λ<=log n,65536,0,499269,7.6182403564453125
RHLMD,λ<=log n,65536,0,472858,7.215240478515625
RHLMD,λ<=log n,65536,0,470001,7.1716461181640625
RHLMD,λ<=log n,65536,0,504500,7.69805908203125
RHLMD,λ<=log n,65536,0,518911,7.9179534912109375
RHLMD,λ<=log n,65536,0,492478,7.514617919921875
RHLMD,λ<=log n,65536,0,516160,7.8759765625
RHLMD,λ<=log n,65536,0,523377,7.9860992431640625
RHLMD,λ<=log n,65536,0,455534,6.950897216796875
RHLMD,λ<=log n,65536,0,503603,7.6843719482421875
RHLMD,λ<=log n,65536,0,498152,7.6011962890625
RHLMD,λ<=log n,65536,0,477674,7.288726806640625
RHLMD,λ<=log n,65536,0,510651,7.7919158935546875
RHLMD,λ<=log n,65536,0,483554,7.378448486328125
RHLMD,λ<=log n,65536,0,510665,7.7921295166015625
RHLMD,λ<=log n,65536,0,504057,7.6912994384765625
RHLMD,λ<=log n,65536,0,513050,7.828521728515625
RHLMD,λ<=log n,65536,0,466787,7.1226043701171875
RHLMD,λ<=log n,65536,0,486674,7.426055908203125
RHLMD,λ<=log n,65536,0,473488,7.224853515625
RHLMD,λ<=log n,65536,0,484567,7.3939056396484375
RHLMD,λ<=log n,65536,0,528418,8.063018798828125
RHLMD,λ<=log n,65536,0,545053,8.316848754882812
RHLMD,λ<=log n,65536,0,491446,7.498870849609375
RHLMD,λ<=log n,65536,0,599664,9.150146484375
RHLMD,λ<=log n,65536,0,530474,8.094390869140625
RHLMD,λ<=log n,65536,0,466761,7.1222076416015625
RHLMD,λ<=log n,65536,0,476143,7.2653656005859375
RHLMD,λ<=log n,65536,0,501892,7.65826416015625
RHLMD,λ<=log n,65536,0,498402,7.605010986328125
RHLMD,λ<=log n,65536,0,486715,7.4266815185546875
RHLMD,λ<=log n,65536,0,501146,7.646881103515625
RHLMD,λ<=log n,65536,0,486769,7.4275054931640625
RHLMD,λ<=log n,65536,0,507230,7.739715576171875
RHLMD,λ<=log n,65536,0,527864,8.0545654296875
RHLMD,λ<=log n,65536,0,507173,7.7388458251953125
RHLMD,λ<=log n,65536,0,504023,7.6907806396484375
RHLMD,λ<=log n,65536,0,516463,7.8805999755859375
RHLMD,λ<=log n,65536,0,490739,7.4880828857421875
RHLMD,λ<=log n,65536,0,484673,7.3955230712890625
RHLMD,λ<=log n,65536,0,499680,7.62451171875
RHLMD,λ<=log n,65536,0,503016,7.6754150390625
RHLMD,λ<=log n,65536,0,483579,7.3788299560546875
RHLMD,λ<=log n,65536,0,563938,8.605010986328125
RHLMD,λ<=log n,65536,0,481898,7.353179931640625
RHLMD,λ<=log n,65536,0,507909,7.7500762939453125
RHLMD,λ<=log n,65536,0,513596,7.83685302734375
RHLMD,λ<=log n,65536,0,526646,8.035980224609375
RHLMD,λ<=log n,65536,0,519115,7.9210662841796875
RHLMD,λ<=log n,65536,0,588382,8.977996826171875
RHLMD,λ<=log n,65536,0,520455,7.9415130615234375
RHLMD,λ<=log n,65536,0,477584,7.287353515625
RHLMD,λ<=log n,65536,0,544073,8.301895141601562
RHLMD,λ<=log n,65536,0,485678,7.410858154296875
RHLMD,λ<=log n,65536,0,550010,8.392486572265625
RHLMD,λ<=log n,65536,0,487901,7.4447784423828125
RHLMD,λ<=log n,65536,0,523125,7.9822540283203125
RHLMD,λ<=log n,65536,0,474125,7.2345733642578125
RHLMD,λ<=log n,65536,0,486360,7.4212646484375
RRLMD,λ<=log n,65536,0,536516,8.18658447265625
RRLMD,λ<=log n,65536,0,558235,8.517990112304688
RRLMD,λ<=log n,65536,0,634114,9.675811767578125
RRLMD,λ<=log n,65536,0,650319,9.923080444335938
RRLMD,λ<=log n,65536,0,530376,8.0928955078125
RRLMD,λ<=log n,65536,0,557667,8.509323120117188
RRLMD,λ<=log n,65536,0,566217,8.639785766601562
RRLMD,λ<=log n,65536,0,567963,8.666427612304688
RRLMD,λ<=log n,65536,0,602393,9.191787719726562
RRLMD,λ<=log n,65536,0,527564,8.04998779296875
RRLMD,λ<=log n,65536,0,569022,8.682586669921875
RRLMD,λ<=log n,65536,0,565713,8.632095336914062
RRLMD,λ<=log n,65536,0,565621,8.630691528320312
RRLMD,λ<=log n,65536,0,569664,8.6923828125
RRLMD,λ<=log n,65536,0,533312,8.1376953125
RRLMD,λ<=log n,65536,0,581937,8.879653930664062
RRLMD,λ<=log n,65536,0,581924,8.87945556640625
RRLMD,λ<=log n,65536,0,550433,8.398941040039062
RRLMD,λ<=log n,65536,0,645724,9.85296630859375
RRLMD,λ<=log n,65536,0,582267,8.884689331054688
RRLMD,λ<=log n,65536,0,565486,8.628631591796875
RRLMD,λ<=log n,65536,0,531469,8.109573364257812
RRLMD,λ<=log n,65536,0,578768,8.831298828125
RRLMD,λ<=log n,65536,0,584822,8.923675537109375
RRLMD,λ<=log n,65536,0,512125,7.8144073486328125
RRLMD,λ<=log n,65536,0,507055,7.7370452880859375
RRLMD,λ<=log n,65536,0,538285,8.213577270507812
RRLMD,λ<=log n,65536,0,552906,8.436676025390625
RRLMD,λ<=log n,65536,0,523340,7.98553466796875
RRLMD,λ<=log n,65536,0,645947,9.856369018554688
RRLMD,λ<=log n,65536,0,548989,8.376907348632812
RRLMD,λ<=log n,65536,0,526165,8.028640747070312
RRLMD,λ<=log n,65536,0,554512,8.461181640625
RRLMD,λ<=log n,65536,0,493025,7.5229644775390625
RRLMD,λ<=log n,65536,0,546516,8.33917236328125
RRLMD,λ<=log n,65536,0,569020,8.68255615234375
RRLMD,λ<=log n,65536,0,541185,8.257827758789062
RRLMD,λ<=log n,65536,0,599457,9.146987915039062
RRLMD,λ<=log n,65536,0,550272,8.396484375
RRLMD,λ<=log n,65536,0,549921,8.391128540039062
RRLMD,λ<=log n,65536,0,528559,8.065170288085938
RRLMD,λ<=log n,65536,0,564411,8.612228393554688
RRLMD,λ<=log n,65536,0,512933,7.8267364501953125
RRLMD,λ<=log n,65536,0,544913,8.314712524414062
RRLMD,λ<=log n,65536,0,615219,9.387496948242188
RRLMD,λ<=log n,65536,0,628576,9.59130859375
RRLMD,λ<=log n,65536,0,549460,8.38409423828125
RRLMD,λ<=log n,65536,0,535472,8.170654296875
RRLMD,λ<=log n,65536,0,529410,8.078155517578125
RRLMD,λ<=log n,65536,0,584986,8.926177978515625
RRLMD,λ<=log n,65536,0,533992,8.1480712890625
RRLMD,λ<=log n,65536,0,547796,8.35870361328125
RRLMD,λ<=log n,65536,0,536754,8.190216064453125
RRLMD,λ<=log n,65536,0,555723,8.479660034179688
RRLMD,λ<=log n,65536,0,507000,7.7362060546875
RRLMD,λ<=log n,65536,0,545522,8.324005126953125
RRLMD,λ<=log n,65536,0,526811,8.038497924804688
RRLMD,λ<=log n,65536,0,534865,8.161392211914062
RRLMD,λ<=log n,65536,0,537601,8.203140258789062
RRLMD,λ<=log n,65536,0,584031,8.911605834960938
RRLMD,λ<=log n,65536,0,571412,8.71905517578125
RRLMD,λ<=log n,65536,0,606709,9.257644653320312
RRLMD,λ<=log n,65536,0,508924,7.76556396484375
RRLMD,λ<=log n,65536,0,531232,8.10595703125
RRLMD,λ<=log n,65536,0,563322,8.595611572265625
RRLMD,λ<=log n,65536,0,608708,9.28814697265625
RRLMD,λ<=log n,65536,0,523433,7.9869537353515625
RRLMD,λ<=log n,65536,0,561703,8.570907592773438
RRLMD,λ<=log n,65536,0,562176,8.578125
RRLMD,λ<=log n,65536,0,533808,8.145263671875
RRLMD,λ<=log n,65536,0,539241,8.228164672851562
RRLMD,λ<=log n,65536,0,539018,8.224761962890625
RRLMD,λ<=log n,65536,0,522387,7.9709930419921875
RRLMD,λ<=log n,65536,0,519875,7.9326629638671875
RRLMD,λ<=log n,65536,0,537298,8.198516845703125
RRLMD,λ<=log n,65536,0,638210,9.738311767578125
RRLMD,λ<=log n,65536,0,587963,8.971603393554688
RRLMD,λ<=log n,65536,0,532027,8.118087768554688
RRLMD,λ<=log n,65536,0,538765,8.220901489257812
RRLMD,λ<=log n,65536,0,690142,10.530731201171875
RRLMD,λ<=log n,65536,0,558118,8.516204833984375
RRLMD,λ<=log n,65536,0,567999,8.666976928710938
RRLMD,λ<=log n,65536,0,573440,8.75
RRLMD,λ<=log n,65536,0,532559,8.126205444335938
RRLMD,λ<=log n,65536,0,602599,9.194931030273438
RRLMD,λ<=log n,65536,0,493790,7.534637451171875
RRLMD,λ<=log n,65536,0,546050,8.332061767578125
RRLMD,λ<=log n,65536,0,566361,8.641983032226562
RRLMD,λ<=log n,65536,0,514153,7.8453521728515625
RRLMD,λ<=log n,65536,0,509525,7.7747344970703125
RRLMD,λ<=log n,65536,0,542101,8.271804809570312
RRLMD,λ<=log n,65536,0,589655,8.997421264648438
RRLMD,λ<=log n,65536,0,506712,7.7318115234375
RRLMD,λ<=log n,65536,0,540937,8.254043579101562
RRLMD,λ<=log n,65536,0,571770,8.724517822265625
RRLMD,λ<=log n,65536,0,632930,9.657745361328125
RRLMD,λ<=log n,65536,0,610844,9.32073974609375
RRLMD,λ<=log n,65536,0,525107,8.012496948242188
RRLMD,λ<=log n,65536,0,558651,8.524337768554688
RRLMD,λ<=log n,65536,0,560647,8.554794311523438
RSLMD,λ<=log n,65536,0,760918,11.610687255859375
RSLMD,λ<=log n,65536,0,767206,11.706634521484375
RSLMD,λ<=log n,65536,0,684723,10.448043823242188
RSLMD,λ<=log n,65536,0,745421,11.374221801757812
RSLMD,λ<=log n,65536,0,723392,11.0380859375
RSLMD,λ<=log n,65536,0,803270,12.256927490234375
RSLMD,λ<=log n,65536,0,758205,11.569290161132812
RSLMD,λ<=log n,65536,0,909767,13.881942749023438
RSLMD,λ<=log n,65536,0,723806,11.044403076171875
RSLMD,λ<=log n,65536,0,713220,10.88287353515625
RSLMD,λ<=log n,65536,0,687365,10.488357543945312
RSLMD,λ<=log n,65536,0,702367,10.717269897460938
RSLMD,λ<=log n,65536,0,683332,10.42681884765625
RSLMD,λ<=log n,65536,0,778098,11.872833251953125
RSLMD,λ<=log n,65536,0,723430,11.038665771484375
RSLMD,λ<=log n,65536,0,733895,11.198348999023438
RSLMD,λ<=log n,65536,0,836236,12.75994873046875
RSLMD,λ<=log n,65536,0,821056,12.5283203125
RSLMD,λ<=log n,65536,0,710819,10.846237182617188
RSLMD,λ<=log n,65536,0,758139,11.568283081054688
RSLMD,λ<=log n,65536,0,748817,11.426040649414062
RSLMD,λ<=log n,65536,0,691311,10.548568725585938
RSLMD,λ<=log n,65536,0,692949,10.573562622070312
RSLMD,λ<=log n,65536,0,866103,13.215682983398438
RSLMD,λ<=log n,65536,0,736132,11.23248291015625
RSLMD,λ<=log n,65536,0,801271,12.226425170898438
RSLMD,λ<=log n,65536,0,737169,11.248306274414062
RSLMD,λ<=log n,65536,0,808097,12.330581665039062
RSLMD,λ<=log n,65536,0,727523,11.101119995117188
RSLMD,λ<=log n,65536,0,747406,11.404510498046875
RSLMD,λ<=log n,65536,0,806437,12.305252075195312
RSLMD,λ<=log n,65536,0,750562,11.452667236328125
RSLMD,λ<=log n,65536,0,716810,10.937652587890625
RSLMD,λ<=log n,65536,0,847749,12.935623168945312
RSLMD,λ<=log n,65536,0,700507,10.688888549804688
RSLMD,λ<=log n,65536,0,696711,10.630966186523438
RSLMD,λ<=log n,65536,0,745873,11.381118774414062
RSLMD,λ<=log n,65536,0,739749,11.287673950195312
RSLMD,λ<=log n,65536,0,665021,10.147415161132812
RSLMD,λ<=log n,65536,0,729391,11.129623413085938
RSLMD,λ<=log n,65536,0,718880,10.96923828125
RSLMD,λ<=log n,65536,0,903756,13.79022216796875
RSLMD,λ<=log n,65536,0,674359,10.289901733398438
RSLMD,λ<=log n,65536,0,760449,11.603530883789062
RSLMD,λ<=log n,65536,0,821974,12.542327880859375
RSLMD,λ<=log n,65536,0,711131,10.850997924804688
RSLMD,λ<=log n,65536,0,852276,13.00469970703125
RSLMD,λ<=log n,65536,0,727837,11.105911254882812
RSLMD,λ<=log n,65536,0,747468,11.40545654296875
RSLMD,λ<=log n,65536,0,732856,11.1824951171875
RSLMD,λ<=log n,65536,0,687599,10.491928100585938
RSLMD,λ<=log n,65536,0,750324,11.44903564453125
RSLMD,λ<=log n,65536,0,683611,10.431076049804688
RSLMD,λ<=log n,65536,0,722240,11.0205078125
RSLMD,λ<=log n,65536,0,693673,10.584609985351562
RSLMD,λ<=log n,65536,0,741993,11.321914672851562
RSLMD,λ<=log n,65536,0,712546,10.872589111328125
RSLMD,λ<=log n,65536,0,719644,10.98089599609375
RSLMD,λ<=log n,65536,0,870231,13.278671264648438
RSLMD,λ<=log n,65536,0,734452,11.20684814453125
RSLMD,λ<=log n,65536,0,832132,12.69732666015625
RSLMD,λ<=log n,65536,0,708656,10.813232421875
RSLMD,λ<=log n,65536,0,768676,11.72906494140625
RSLMD,λ<=log n,65536,0,733361,11.190200805664062
RSLMD,λ<=log n,65536,0,742169,11.324600219726562
RSLMD,λ<=log n,65536,0,812262,12.394134521484375
RSLMD,λ<=log n,65536,0,757074,11.552032470703125
RSLMD,λ<=log n,65536,0,786219,11.996749877929688
RSLMD,λ<=log n,65536,0,736637,11.240188598632812
RSLMD,λ<=log n,65536,0,763552,11.65087890625
RSLMD,λ<=log n,65536,0,813958,12.420013427734375
RSLMD,λ<=log n,65536,0,827138,12.621124267578125
RSLMD,λ<=log n,65536,0,757661,11.560989379882812
RSLMD,λ<=log n,65536,0,825457,12.595474243164062
RSLMD,λ<=log n,65536,0,713682,10.889923095703125
RSLMD,λ<=log n,65536,0,762788,11.63922119140625
RSLMD,λ<=log n,65536,0,772318,11.784637451171875
RSLMD,λ<=log n,65536,0,731343,11.159408569335938
RSLMD,λ<=log n,65536,0,747823,11.410873413085938
RSLMD,λ<=log n,65536,0,756953,11.550186157226562
RSLMD,λ<=log n,65536,0,712410,10.870513916015625
RSLMD,λ<=log n,65536,0,718259,10.959762573242188
RSLMD,λ<=log n,65536,0,774715,11.821212768554688
RSLMD,λ<=log n,65536,0,695915,10.618820190429688
RSLMD,λ<=log n,65536,0,720992,11.00146484375
RSLMD,λ<=log n,65536,0,785716,11.98907470703125
RSLMD,λ<=log n,65536,0,723079,11.033309936523438
RSLMD,λ<=log n,65536,0,766133,11.690261840820312
RSLMD,λ<=log n,65536,0,713603,10.888717651367188
RSLMD,λ<=log n,65536,0,758433,11.572769165039062
RSLMD,λ<=log n,65536,0,731742,11.165496826171875
RSLMD,λ<=log n,65536,0,751012,11.45953369140625
RSLMD,λ<=log n,65536,0,995691,15.193038940429688
RSLMD,λ<=log n,65536,0,738402,11.267120361328125
RSLMD,λ<=log n,65536,0,829443,12.656295776367188
RSLMD,λ<=log n,65536,0,712527,10.872299194335938
RSLMD,λ<=log n,65536,0,871016,13.2906494140625
RSLMD,λ<=log n,65536,0,733156,11.18707275390625
RSLMD,λ<=log n,65536,0,829666,12.659698486328125
RSLMD,λ<=log n,65536,0,691627,10.553390502929688
RSDID,λ<=log n,65536,0,777333,11.861160278320312
RSDID,λ<=log n,65536,0,852127,13.002426147460938
RSDID,λ<=log n,65536,0,799641,12.201553344726562
RSDID,λ<=log n,65536,0,943239,14.392684936523438
RSDID,λ<=log n,65536,0,905913,13.823135375976562
RSDID,λ<=log n,65536,0,749865,11.442031860351562
RSDID,λ<=log n,65536,0,851201,12.988296508789062
RSDID,λ<=log n,65536,0,759147,11.583663940429688
RSDID,λ<=log n,65536,0,917631,14.001937866210938
RSDID,λ<=log n,65536,0,803231,12.256332397460938
RSDID,λ<=log n,65536,0,772725,11.790847778320312
RSDID,λ<=log n,65536,0,761519,11.619857788085938
RSDID,λ<=log n,65536,0,774983,11.825302124023438
RSDID,λ<=log n,65536,0,788725,12.034988403320312
RSDID,λ<=log n,65536,0,728525,11.116409301757812
RSDID,λ<=log n,65536,0,873157,13.323318481445312
RSDID,λ<=log n,65536,0,819243,12.500656127929688
RSDID,λ<=log n,65536,0,843331,12.868209838867188
RSDID,λ<=log n,65536,0,878399,13.403305053710938
RSDID,λ<=log n,65536,0,843385,12.869033813476562
RSDID,λ<=log n,65536,0,776981,11.855789184570312
RSDID,λ<=log n,65536,0,777361,11.861587524414062
RSDID,λ<=log n,65536,0,828643,12.644088745117188
RSDID,λ<=log n,65536,0,799151,12.194076538085938
RSDID,λ<=log n,65536,0,804127,12.270004272460938
RSDID,λ<=log n,65536,0,783479,11.954940795898438
RSDID,λ<=log n,65536,0,798845,12.189407348632812
RSDID,λ<=log n,65536,0,797797,12.173416137695312
RSDID,λ<=log n,65536,0,777179,11.858810424804688
RSDID,λ<=log n,65536,0,738831,11.273666381835938
RSDID,λ<=log n,65536,0,806743,12.309921264648438
RSDID,λ<=log n,65536,0,841321,12.837539672851562
RSDID,λ<=log n,65536,0,823533,12.566116333007812
RSDID,λ<=log n,65536,0,762609,11.636489868164062
RSDID,λ<=log n,65536,0,769339,11.739181518554688
RSDID,λ<=log n,65536,0,818197,12.484695434570312
RSDID,λ<=log n,65536,0,808159,12.331527709960938
RSDID,λ<=log n,65536,0,829153,12.651870727539062
RSDID,λ<=log n,65536,0,812835,12.402877807617188
RSDID,λ<=log n,65536,0,763253,11.646316528320312
RSDID,λ<=log n,65536,0,836897,12.770034790039062
RSDID,λ<=log n,65536,0,747655,11.408309936523438
RSDID,λ<=log n,65536,0,824215,12.576522827148438
RSDID,λ<=log n,65536,0,769179,11.736740112304688
RSDID,λ<=log n,65536,0,909647,13.880111694335938
RSDID,λ<=log n,65536,0,826753,12.615249633789062
RSDID,λ<=log n,65536,0,841509,12.840408325195312
RSDID,λ<=log n,65536,0,814177,12.423355102539062
RSDID,λ<=log n,65536,0,795699,12.141403198242188
RSDID,λ<=log n,65536,0,838745,12.798233032226562
RSDID,λ<=log n,65536,0,768751,11.730209350585938
RSDID,λ<=log n,65536,0,765793,11.685073852539062
RSDID,λ<=log n,65536,0,762761,11.638809204101562
RSDID,λ<=log n,65536,0,831963,12.694747924804688
RSDID,λ<=log n,65536,0,763155,11.644821166992188
RSDID,λ<=log n,65536,0,722255,11.020736694335938
RSDID,λ<=log n,65536,0,834319,12.730697631835938
RSDID,λ<=log n,65536,0,816831,12.463851928710938
RSDID,λ<=log n,65536,0,845905,12.907485961914062
RSDID,λ<=log n,65536,0,745153,11.370132446289062
RSDID,λ<=log n,65536,0,861389,13.143753051757812
RSDID,λ<=log n,65536,0,746981,11.398025512695312
RSDID,λ<=log n,65536,0,777523,11.864059448242188
RSDID,λ<=log n,65536,0,811767,12.386581420898438
RSDID,λ<=log n,65536,0,838387,12.792770385742188
RSDID,λ<=log n,65536,0,778455,11.878280639648438
RSDID,λ<=log n,65536,0,751141,11.461502075195312
RSDID,λ<=log n,65536,0,848993,12.954605102539062
RSDID,λ<=log n,65536,0,841681,12.843032836914062
RSDID,λ<=log n,65536,0,827001,12.619033813476562
RSDID,λ<=log n,65536,0,784307,11.967575073242188
RSDID,λ<=log n,65536,0,748601,11.422744750976562
RSDID,λ<=log n,65536,0,846019,12.909225463867188
RSDID,λ<=log n,65536,0,841853,12.845657348632812
RSDID,λ<=log n,65536,0,790649,12.064346313476562
RSDID,λ<=log n,65536,0,788825,12.036514282226562
RSDID,λ<=log n,65536,0,765025,11.673355102539062
RSDID,λ<=log n,65536,0,825277,12.592727661132812
RSDID,λ<=log n,65536,0,865049,13.199600219726562
RSDID,λ<=log n,65536,0,786189,11.996292114257812
RSDID,λ<=log n,65536,0,879967,13.427230834960938
RSDID,λ<=log n,65536,0,843065,12.864151000976562
RSDID,λ<=log n,65536,0,732281,11.173721313476562
RSDID,λ<=log n,65536,0,734441,11.206680297851562
RSDID,λ<=log n,65536,0,777845,11.868972778320312
RSDID,λ<=log n,65536,0,758891,11.579757690429688
RSDID,λ<=log n,65536,0,751447,11.466171264648438
RSDID,λ<=log n,65536,0,805915,12.297286987304688
RSDID,λ<=log n,65536,0,782939,11.946701049804688
RSDID,λ<=log n,65536,0,897267,13.691207885742188
RSDID,λ<=log n,65536,0,853111,13.017440795898438
RSDID,λ<=log n,65536,0,800237,12.210647583007812
RSDID,λ<=log n,65536,0,815309,12.440628051757812
RSDID,λ<=log n,65536,0,785091,11.979537963867188
RSDID,λ<=log n,65536,0,750521,11.452041625976562
RSDID,λ<=log n,65536,0,786405,11.999588012695312
RSDID,λ<=log n,65536,0,838399,12.792953491210938
RSDID,λ<=log n,65536,0,924103,14.100692749023438
RSDID,λ<=log n,65536,0,802359,12.243026733398438
RSDID,λ<=log n,65536,0,784679,11.973251342773438
RRDID,λ<=log n,65536,0,583501,8.903518676757812
RRDID,λ<=log n,65536,0,643631,9.821029663085938
RRDID,λ<=log n,65536,0,586105,8.943252563476562
RRDID,λ<=log n,65536,0,604967,9.231063842773438
RRDID,λ<=log n,65536,0,599119,9.141830444335938
RRDID,λ<=log n,65536,0,664069,10.132888793945312
RRDID,λ<=log n,65536,0,607031,9.262557983398438
RRDID,λ<=log n,65536,0,658289,10.044692993164062
RRDID,λ<=log n,65536,0,643169,9.813980102539062
RRDID,λ<=log n,65536,0,591613,9.027297973632812
RRDID,λ<=log n,65536,0,639121,9.752212524414062
RRDID,λ<=log n,65536,0,590399,9.008773803710938
RRDID,λ<=log n,65536,0,615569,9.392837524414062
RRDID,λ<=log n,65536,0,682485,10.413894653320312
RRDID,λ<=log n,65536,0,661307,10.090744018554688
RRDID,λ<=log n,65536,0,609595,9.301681518554688
RRDID,λ<=log n,65536,0,661391,10.092025756835938
RRDID,λ<=log n,65536,0,664695,10.142440795898438
RRDID,λ<=log n,65536,0,606049,9.247573852539062
RRDID,λ<=log n,65536,0,706759,10.784286499023438
RRDID,λ<=log n,65536,0,652475,9.955978393554688
RRDID,λ<=log n,65536,0,620569,9.469131469726562
RRDID,λ<=log n,65536,0,649109,9.904617309570312
RRDID,λ<=log n,65536,0,660513,10.078628540039062
RRDID,λ<=log n,65536,0,605689,9.242080688476562
RRDID,λ<=log n,65536,0,638153,9.737442016601562
RRDID,λ<=log n,65536,0,621993,9.490859985351562
RRDID,λ<=log n,65536,0,597193,9.112442016601562
RRDID,λ<=log n,65536,0,654311,9.983993530273438
RRDID,λ<=log n,65536,0,591455,9.024887084960938
RRDID,λ<=log n,65536,0,608219,9.280685424804688
RRDID,λ<=log n,65536,0,598833,9.137466430664062
RRDID,λ<=log n,65536,0,635617,9.698745727539062
RRDID,λ<=log n,65536,0,697347,10.640670776367188
RRDID,λ<=log n,65536,0,677921,10.344253540039062
RRDID,λ<=log n,65536,0,601211,9.173751831054688
RRDID,λ<=log n,65536,0,638893,9.748733520507812
RRDID,λ<=log n,65536,0,607089,9.263442993164062
RRDID,λ<=log n,65536,0,631735,9.639511108398438
RRDID,λ<=log n,65536,0,654471,9.986434936523438
RRDID,λ<=log n,65536,0,622849,9.503921508789062
RRDID,λ<=log n,65536,0,615719,9.395126342773438
RRDID,λ<=log n,65536,0,733049,11.185440063476562
RRDID,λ<=log n,65536,0,591779,9.029830932617188
RRDID,λ<=log n,65536,0,663011,10.116744995117188
RRDID,λ<=log n,65536,0,595819,9.091476440429688
RRDID,λ<=log n,65536,0,583877,8.909255981445312
RRDID,λ<=log n,65536,0,713549,10.887893676757812
RRDID,λ<=log n,65536,0,629505,9.605484008789062
RRDID,λ<=log n,65536,0,615511,9.391952514648438
RRDID,λ<=log n,65536,0,611661,9.333206176757812
RRDID,λ<=log n,65536,0,602497,9.193374633789062
RRDID,λ<=log n,65536,0,667583,10.186508178710938
RRDID,λ<=log n,65536,0,637463,9.726913452148438
RRDID,λ<=log n,65536,0,664387,10.137741088867188
RRDID,λ<=log n,65536,0,608139,9.279464721679688
RRDID,λ<=log n,65536,0,592711,9.044052124023438
RRDID,λ<=log n,65536,0,664365,10.137405395507812
RRDID,λ<=log n,65536,0,617085,9.415969848632812
RRDID,λ<=log n,65536,0,586629,8.951248168945312
RRDID,λ<=log n,65536,0,619289,9.449600219726562
RRDID,λ<=log n,65536,0,605869,9.244827270507812
RRDID,λ<=log n,65536,0,629073,9.598892211914062
RRDID,λ<=log n,65536,0,642159,9.798568725585938
RRDID,λ<=log n,65536,0,669023,10.208480834960938
RRDID,λ<=log n,65536,0,631279,9.632553100585938
RRDID,λ<=log n,65536,0,599039,9.140609741210938
RRDID,λ<=log n,65536,0,607801,9.274307250976562
RRDID,λ<=log n,65536,0,670619,10.232833862304688
RRDID,λ<=log n,65536,0,620313,9.465225219726562
RRDID,λ<=log n,65536,0,626621,9.561477661132812
RRDID,λ<=log n,65536,0,600777,9.167129516601562
RRDID,λ<=log n,65536,0,620851,9.473434448242188
RRDID,λ<=log n,65536,0,643383,9.817245483398438
RRDID,λ<=log n,65536,0,614643,9.378707885742188
RRDID,λ<=log n,65536,0,604797,9.228469848632812
RRDID,λ<=log n,65536,0,661051,10.086837768554688
RRDID,λ<=log n,65536,0,607491,9.269577026367188
RRDID,λ<=log n,65536,0,594251,9.067550659179688
RRDID,λ<=log n,65536,0,659249,10.059341430664062
RRDID,λ<=log n,65536,0,631809,9.640640258789062
RRDID,λ<=log n,65536,0,584709,8.921951293945312
RRDID,λ<=log n,65536,0,666567,10.171005249023438
RRDID,λ<=log n,65536,0,659903,10.069320678710938
RRDID,λ<=log n,65536,0,671585,10.247573852539062
RRDID,λ<=log n,65536,0,695251,10.608688354492188
RRDID,λ<=log n,65536,0,603911,9.214950561523438
RRDID,λ<=log n,65536,0,614131,9.370895385742188
RRDID,λ<=log n,65536,0,629213,9.601028442382812
RRDID,λ<=log n,65536,0,569601,8.691421508789062
RRDID,λ<=log n,65536,0,619105,9.446792602539062
RRDID,λ<=log n,65536,0,638521,9.743057250976562
RRDID,λ<=log n,65536,0,592981,9.048171997070312
RRDID,λ<=log n,65536,0,629057,9.598648071289062
RRDID,λ<=log n,65536,0,603931,9.215255737304688
RRDID,λ<=log n,65536,0,634367,9.679672241210938
RRDID,λ<=log n,65536,0,604979,9.231246948242188
RRDID,λ<=log n,65536,0,656085,10.011062622070312
RRDID,λ<=log n,65536,0,638855,9.748153686523438
RRDID,λ<=log n,65536,0,620917,9.474441528320312
RHDID,λ<=log n,65536,0,585603,8.935592651367188
RHDID,λ<=log n,65536,0,588863,8.985336303710938
RHDID,λ<=log n,65536,0,572003,8.728073120117188
RHDID,λ<=log n,65536,0,556443,8.490646362304688
RHDID,λ<=log n,65536,0,600555,9.163742065429688
RHDID,λ<=log n,65536,0,548223,8.365219116210938
RHDID,λ<=log n,65536,0,577489,8.811782836914062
RHDID,λ<=log n,65536,0,607975,9.276962280273438
RHDID,λ<=log n,65536,0,609161,9.295059204101562
RHDID,λ<=log n,65536,0,572861,8.741165161132812
RHDID,λ<=log n,65536,0,629251,9.601608276367188
RHDID,λ<=log n,65536,0,565189,8.624099731445312
RHDID,λ<=log n,65536,0,566655,8.646469116210938
RHDID,λ<=log n,65536,0,561013,8.560379028320312
RHDID,λ<=log n,65536,0,560205,8.548049926757812
RHDID,λ<=log n,65536,0,578911,8.833480834960938
RHDID,λ<=log n,65536,0,562291,8.579879760742188
RHDID,λ<=log n,65536,0,598459,9.131759643554688
RHDID,λ<=log n,65536,0,531955,8.116989135742188
RHDID,λ<=log n,65536,0,541521,8.262954711914062
RHDID,λ<=log n,65536,0,566365,8.642044067382812
RHDID,λ<=log n,65536,0,545583,8.324935913085938
RHDID,λ<=log n,65536,0,567849,8.664688110351562
RHDID,λ<=log n,65536,0,564903,8.619735717773438
RHDID,λ<=log n,65536,0,574053,8.759353637695312
RHDID,λ<=log n,65536,0,551765,8.419265747070312
RHDID,λ<=log n,65536,0,563235,8.594284057617188
RHDID,λ<=log n,65536,0,621037,9.476272583007812
RHDID,λ<=log n,65536,0,546479,8.338607788085938
RHDID,λ<=log n,65536,0,546613,8.340652465820312
RHDID,λ<=log n,65536,0,642207,9.799301147460938
RHDID,λ<=log n,65536,0,577337,8.809463500976562
RHDID,λ<=log n,65536,0,622187,9.493820190429688
RHDID,λ<=log n,65536,0,605705,9.242324829101562
RHDID,λ<=log n,65536,0,574125,8.760452270507812
RHDID,λ<=log n,65536,0,544879,8.314193725585938
RHDID,λ<=log n,65536,0,530805,8.099441528320312
RHDID,λ<=log n,65536,0,587069,8.957962036132812
RHDID,λ<=log n,65536,0,579415,8.841171264648438
RHDID,λ<=log n,65536,0,545589,8.325027465820312
RHDID,λ<=log n,65536,0,562761,8.587051391601562
RHDID,λ<=log n,65536,0,539805,8.236770629882812
RHDID,λ<=log n,65536,0,558521,8.522354125976562
RHDID,λ<=log n,65536,0,569977,8.697158813476562
RHDID,λ<=log n,65536,0,595591,9.087997436523438
RHDID,λ<=log n,65536,0,557653,8.509109497070312
RHDID,λ<=log n,65536,0,633485,9.666213989257812
RHDID,λ<=log n,65536,0,596013,9.094436645507812
RHDID,λ<=log n,65536,0,565503,8.628890991210938
RHDID,λ<=log n,65536,0,537561,8.202529907226562
RHDID,λ<=log n,65536,0,571967,8.727523803710938
RHDID,λ<=log n,65536,0,562477,8.582717895507812
RHDID,λ<=log n,65536,0,561219,8.563522338867188
RHDID,λ<=log n,65536,0,565435,8.627853393554688
RHDID,λ<=log n,65536,0,549481,8.384414672851562
RHDID,λ<=log n,65536,0,638659,9.745162963867188
RHDID,λ<=log n,65536,0,569141,8.684402465820312
RHDID,λ<=log n,65536,0,542393,8.276260375976562
RHDID,λ<=log n,65536,0,605515,9.239425659179688
RHDID,λ<=log n,65536,0,593247,9.052230834960938
RHDID,λ<=log n,65536,0,555947,8.483078002929688
RHDID,λ<=log n,65536,0,567573,8.660476684570312
RHDID,λ<=log n,65536,0,650065,9.919204711914062
RHDID,λ<=log n,65536,0,622019,9.491256713867188
RHDID,λ<=log n,65536,0,600307,9.159957885742188
RHDID,λ<=log n,65536,0,570955,8.712081909179688
RHDID,λ<=log n,65536,0,555879,8.482040405273438
RHDID,λ<=log n,65536,0,623933,9.520462036132812
RHDID,λ<=log n,65536,0,560273,8.549087524414062
RHDID,λ<=log n,65536,0,549057,8.377944946289062
RHDID,λ<=log n,65536,0,561959,8.574813842773438
RHDID,λ<=log n,65536,0,563067,8.591720581054688
RHDID,λ<=log n,65536,0,551413,8.413894653320312
RHDID,λ<=log n,65536,0,568503,8.674667358398438
RHDID,λ<=log n,65536,0,552029,8.423294067382812
RHDID,λ<=log n,65536,0,646441,9.863906860351562
RHDID,λ<=log n,65536,0,563187,8.593551635742188
RHDID,λ<=log n,65536,0,563931,8.604904174804688
RHDID,λ<=log n,65536,0,553647,8.447982788085938
RHDID,λ<=log n,65536,0,574629,8.768142700195312
RHDID,λ<=log n,65536,0,609209,9.295791625976562
RHDID,λ<=log n,65536,0,537765,8.205642700195312
RHDID,λ<=log n,65536,0,534437,8.154861450195312
RHDID,λ<=log n,65536,0,558973,8.529251098632812
RHDID,λ<=log n,65536,0,579877,8.848220825195312
RHDID,λ<=log n,65536,0,568545,8.675308227539062
RHDID,λ<=log n,65536,0,579937,8.849136352539062
RHDID,λ<=log n,65536,0,540549,8.248123168945312
RHDID,λ<=log n,65536,0,579501,8.842483520507812
RHDID,λ<=log n,65536,0,572969,8.742813110351562
RHDID,λ<=log n,65536,0,594319,9.068588256835938
RHDID,λ<=log n,65536,0,580213,8.853347778320312
RHDID,λ<=log n,65536,0,577069,8.805374145507812
RHDID,λ<=log n,65536,0,551663,8.417709350585938
RHDID,λ<=log n,65536,0,534671,8.158432006835938
RHDID,λ<=log n,65536,0,580027,8.850509643554688
RHDID,λ<=log n,65536,0,652413,9.955032348632812
RHDID,λ<=log n,65536,0,542501,8.277908325195312
RHDID,λ<=log n,65536,0,561689,8.570693969726562
RHDID,λ<=log n,65536,0,615091,9.385543823242188
RHLID,λ<=log n,65536,0,620165,9.462966918945312
RHLID,λ<=log n,65536,0,613205,9.356765747070312
RHLID,λ<=log n,65536,0,588099,8.973678588867188
RHLID,λ<=log n,65536,0,569335,8.687362670898438
RHLID,λ<=log n,65536,0,609457,9.299575805664062
RHLID,λ<=log n,65536,0,630999,9.628280639648438
RHLID,λ<=log n,65536,0,561019,8.560470581054688
RHLID,λ<=log n,65536,0,590391,9.008651733398438
RHLID,λ<=log n,65536,0,619349,9.450515747070312
RHLID,λ<=log n,65536,0,593479,9.055770874023438
RHLID,λ<=log n,65536,0,589117,8.989212036132812
RHLID,λ<=log n,65536,0,578061,8.820510864257812
RHLID,λ<=log n,65536,0,562355,8.580856323242188
RHLID,λ<=log n,65536,0,577723,8.815353393554688
RHLID,λ<=log n,65536,0,573361,8.748794555664062
RHLID,λ<=log n,65536,0,606517,9.254714965820312
RHLID,λ<=log n,65536,0,605045,9.232254028320312
RHLID,λ<=log n,65536,0,616501,9.407058715820312
RHLID,λ<=log n,65536,0,602111,9.187484741210938
RHLID,λ<=log n,65536,0,586395,8.947677612304688
RHLID,λ<=log n,65536,0,573675,8.753585815429688
RHLID,λ<=log n,65536,0,601267,9.174606323242188
RHLID,λ<=log n,65536,0,658841,10.053115844726562
RHLID,λ<=log n,65536,0,605483,9.238937377929688
RHLID,λ<=log n,65536,0,619015,9.445419311523438
RHLID,λ<=log n,65536,0,591043,9.018600463867188
RHLID,λ<=log n,65536,0,604885,9.229812622070312
RHLID,λ<=log n,65536,0,633233,9.662368774414062
RHLID,λ<=log n,65536,0,582951,8.895126342773438
RHLID,λ<=log n,65536,0,605055,9.232406616210938
RHLID,λ<=log n,65536,0,570787,8.709518432617188
RHLID,λ<=log n,65536,0,600743,9.166610717773438
RHLID,λ<=log n,65536,0,612281,9.342666625976562
RHLID,λ<=log n,65536,0,587159,8.959335327148438
RHLID,λ<=log n,65536,0,587203,8.960006713867188
RHLID,λ<=log n,65536,0,593539,9.056686401367188
RHLID,λ<=log n,65536,0,570995,8.712692260742188
RHLID,λ<=log n,65536,0,611937,9.337417602539062
RHLID,λ<=log n,65536,0,653421,9.970413208007812
RHLID,λ<=log n,65536,0,568055,8.667831420898438
RHLID,λ<=log n,65536,0,584127,8.913070678710938
RHLID,λ<=log n,65536,0,575749,8.785232543945312
RHLID,λ<=log n,65536,0,610803,9.320114135742188
RHLID,λ<=log n,65536,0,590171,9.005294799804688
RHLID,λ<=log n,65536,0,582321,8.885513305664062
RHLID,λ<=log n,65536,0,660341,10.076004028320312
RHLID,λ<=log n,65536,0,609709,9.303421020507812
RHLID,λ<=log n,65536,0,591443,9.024703979492188
RHLID,λ<=log n,65536,0,676953,10.329483032226562
RHLID,λ<=log n,65536,0,621133,9.477737426757812
RHLID,λ<=log n,65536,0,625657,9.546768188476562
RHLID,λ<=log n,65536,0,644677,9.836990356445312
RHLID,λ<=log n,65536,0,646837,9.869949340820312
RHLID,λ<=log n,65536,0,581055,8.866195678710938
RHLID,λ<=log n,65536,0,608159,9.279769897460938
RHLID,λ<=log n,65536,0,593047,9.049179077148438
RHLID,λ<=log n,65536,0,561721,8.571182250976562
RHLID,λ<=log n,65536,0,625641,9.546524047851562
RHLID,λ<=log n,65536,0,583709,8.906692504882812
RHLID,λ<=log n,65536,0,618135,9.431991577148438
RHLID,λ<=log n,65536,0,626781,9.563919067382812
RHLID,λ<=log n,65536,0,581183,8.868148803710938
RHLID,λ<=log n,65536,0,584969,8.925918579101562
RHLID,λ<=log n,65536,0,658245,10.044021606445312
RHLID,λ<=log n,65536,0,607197,9.265090942382812
RHLID,λ<=log n,65536,0,594387,9.069625854492188
RHLID,λ<=log n,65536,0,599301,9.144607543945312
RHLID,λ<=log n,65536,0,628721,9.593521118164062
RHLID,λ<=log n,65536,0,604797,9.228469848632812
RHLID,λ<=log n,65536,0,621379,9.481491088867188
RHLID,λ<=log n,65536,0,630523,9.621017456054688
RHLID,λ<=log n,65536,0,625365,9.542312622070312
RHLID,λ<=log n,65536,0,564915,8.619918823242188
RHLID,λ<=log n,65536,0,677933,10.344436645507812
RHLID,λ<=log n,65536,0,614015,9.369125366210938
RHLID,λ<=log n,65536,0,634469,9.681228637695312
RHLID,λ<=log n,65536,0,596739,9.105514526367188
RHLID,λ<=log n,65536,0,567401,8.657852172851562
RHLID,λ<=log n,65536,0,610717,9.318801879882812
RHLID,λ<=log n,65536,0,587057,8.957778930664062
RHLID,λ<=log n,65536,0,733475,11.191940307617188
RHLID,λ<=log n,65536,0,602025,9.186172485351562
RHLID,λ<=log n,65536,0,682761,10.418106079101562
RHLID,λ<=log n,65536,0,580857,8.863174438476562
RHLID,λ<=log n,65536,0,573533,8.751419067382812
RHLID,λ<=log n,65536,0,587191,8.959823608398438
RHLID,λ<=log n,65536,0,605323,9.236495971679688
RHLID,λ<=log n,65536,0,639563,9.758956909179688
RHLID,λ<=log n,65536,0,588913,8.986099243164062
RHLID,λ<=log n,65536,0,610969,9.322647094726562
RHLID,λ<=log n,65536,0,640359,9.771102905273438
RHLID,λ<=log n,65536,0,588225,8.975601196289062
RHLID,λ<=log n,65536,0,651061,9.934402465820312
RHLID,λ<=log n,65536,0,715207,10.913192749023438
RHLID,λ<=log n,65536,0,611621,9.332595825195312
RHLID,λ<=log n,65536,0,646131,9.859176635742188
RHLID,λ<=log n,65536,0,606625,9.256362915039062
RHLID,λ<=log n,65536,0,585079,8.927597045898438
RHLID,λ<=log n,65536,0,572511,8.735824584960938
RHLID,λ<=log n,65536,0,599159,9.142440795898438
RRLID,λ<=log n,65536,0,615569,9.392837524414062
RRLID,λ<=log n,65536,0,725733,11.073806762695312
RRLID,λ<=log n,65536,0,627027,9.567672729492188
RRLID,λ<=log n,65536,0,629363,9.603317260742188
RRLID,λ<=log n,65536,0,638483,9.742477416992188
RRLID,λ<=log n,65536,0,669635,10.217819213867188
RRLID,λ<=log n,65536,0,655791,10.006576538085938
RRLID,λ<=log n,65536,0,668875,10.206222534179688
RRLID,λ<=log n,65536,0,648977,9.902603149414062
RRLID,λ<=log n,65536,0,647359,9.877914428710938
RRLID,λ<=log n,65536,0,658111,10.041976928710938
RRLID,λ<=log n,65536,0,626619,9.561447143554688
RRLID,λ<=log n,65536,0,599947,9.154464721679688
RRLID,λ<=log n,65536,0,731553,11.162612915039062
RRLID,λ<=log n,65536,0,681289,10.395645141601562
RRLID,λ<=log n,65536,0,633937,9.673110961914062
RRLID,λ<=log n,65536,0,636303,9.709213256835938
RRLID,λ<=log n,65536,0,642019,9.796432495117188
RRLID,λ<=log n,65536,0,641125,9.782791137695312
RRLID,λ<=log n,65536,0,702779,10.723556518554688
RRLID,λ<=log n,65536,0,642729,9.807266235351562
RRLID,λ<=log n,65536,0,663351,10.121932983398438
RRLID,λ<=log n,65536,0,609059,9.293502807617188
RRLID,λ<=log n,65536,0,635179,9.692062377929688
RRLID,λ<=log n,65536,0,648467,9.894821166992188
RRLID,λ<=log n,65536,0,681531,10.399337768554688
RRLID,λ<=log n,65536,0,688911,10.511947631835938
RRLID,λ<=log n,65536,0,636069,9.705642700195312
RRLID,λ<=log n,65536,0,672863,10.267074584960938
RRLID,λ<=log n,65536,0,628769,9.594253540039062
RRLID,λ<=log n,65536,0,668731,10.204025268554688
RRLID,λ<=log n,65536,0,655687,10.004989624023438
RRLID,λ<=log n,65536,0,674867,10.297653198242188
RRLID,λ<=log n,65536,0,656123,10.011642456054688
RRLID,λ<=log n,65536,0,637343,9.725082397460938
RRLID,λ<=log n,65536,0,597487,9.116928100585938
RRLID,λ<=log n,65536,0,636749,9.716018676757812
RRLID,λ<=log n,65536,0,672357,10.259353637695312
RRLID,λ<=log n,65536,0,694709,10.600418090820312
RRLID,λ<=log n,65536,0,625407,9.542953491210938
RRLID,λ<=log n,65536,0,684447,10.443832397460938
RRLID,λ<=log n,65536,0,638581,9.743972778320312
RRLID,λ<=log n,65536,0,684551,10.445419311523438
RRLID,λ<=log n,65536,0,712335,10.869369506835938
RRLID,λ<=log n,65536,0,746315,11.387863159179688
RRLID,λ<=log n,65536,0,654057,9.980117797851562
RRLID,λ<=log n,65536,0,622425,9.497451782226562
RRLID,λ<=log n,65536,0,633653,9.668777465820312
RRLID,λ<=log n,65536,0,641175,9.783554077148438
RRLID,λ<=log n,65536,0,612371,9.344039916992188
RRLID,λ<=log n,65536,0,642907,9.809982299804688
RRLID,λ<=log n,65536,0,626263,9.556015014648438
RRLID,λ<=log n,65536,0,654935,9.993515014648438
RRLID,λ<=log n,65536,0,685129,10.454238891601562
RRLID,λ<=log n,65536,0,682607,10.415756225585938
RRLID,λ<=log n,65536,0,615441,9.390884399414062
RRLID,λ<=log n,65536,0,656973,10.024612426757812
RRLID,λ<=log n,65536,0,635669,9.699539184570312
RRLID,λ<=log n,65536,0,608185,9.280166625976562
RRLID,λ<=log n,65536,0,662227,10.104782104492188
RRLID,λ<=log n,65536,0,626389,9.557937622070312
RRLID,λ<=log n,65536,0,643965,9.826126098632812
RRLID,λ<=log n,65536,0,649665,9.913101196289062
RRLID,λ<=log n,65536,0,691945,10.558242797851562
RRLID,λ<=log n,65536,0,638775,9.746932983398438
RRLID,λ<=log n,65536,0,628645,9.592361450195312
RRLID,λ<=log n,65536,0,743511,11.345077514648438
RRLID,λ<=log n,65536,0,686047,10.468246459960938
RRLID,λ<=log n,65536,0,638213,9.738357543945312
RRLID,λ<=log n,65536,0,630439,9.619735717773438
RRLID,λ<=log n,65536,0,664429,10.138381958007812
RRLID,λ<=log n,65536,0,661913,10.099990844726562
RRLID,λ<=log n,65536,0,700135,10.683212280273438
RRLID,λ<=log n,65536,0,712825,10.876846313476562
RRLID,λ<=log n,65536,0,627009,9.567398071289062
RRLID,λ<=log n,65536,0,658571,10.048995971679688
RRLID,λ<=log n,65536,0,690237,10.532180786132812
RRLID,λ<=log n,65536,0,641913,9.794815063476562
RRLID,λ<=log n,65536,0,680029,10.376419067382812
RRLID,λ<=log n,65536,0,684499,10.444625854492188
RRLID,λ<=log n,65536,0,671487,10.246078491210938
RRLID,λ<=log n,65536,0,640179,9.768356323242188
RRLID,λ<=log n,65536,0,657489,10.032485961914062
RRLID,λ<=log n,65536,0,638557,9.743606567382812
RRLID,λ<=log n,65536,0,626229,9.555496215820312
RRLID,λ<=log n,65536,0,685847,10.465194702148438
RRLID,λ<=log n,65536,0,636917,9.718582153320312
RRLID,λ<=log n,65536,0,641567,9.789535522460938
RRLID,λ<=log n,65536,0,649913,9.916885375976562
RRLID,λ<=log n,65536,0,652241,9.952407836914062
RRLID,λ<=log n,65536,0,630985,9.628067016601562
RRLID,λ<=log n,65536,0,666987,10.177413940429688
RRLID,λ<=log n,65536,0,608887,9.290878295898438
RRLID,λ<=log n,65536,0,683841,10.434585571289062
RRLID,λ<=log n,65536,0,667105,10.179214477539062
RRLID,λ<=log n,65536,0,702637,10.721389770507812
RRLID,λ<=log n,65536,0,615751,9.395614624023438
RRLID,λ<=log n,65536,0,628509,9.590286254882812
RRLID,λ<=log n,65536,0,701295,10.700912475585938
RSLID,λ<=log n,65536,0,950977,14.510757446289062
RSLID,λ<=log n,65536,0,801953,12.236831665039062
RSLID,λ<=log n,65536,0,830889,12.678359985351562
RSLID,λ<=log n,65536,0,828065,12.635269165039062
RSLID,λ<=log n,65536,0,792841,12.097793579101562
RSLID,λ<=log n,65536,0,910659,13.895553588867188
RSLID,λ<=log n,65536,0,783117,11.949417114257812
RSLID,λ<=log n,65536,0,828329,12.639297485351562
RSLID,λ<=log n,65536,0,787127,12.010604858398438
RSLID,λ<=log n,65536,0,840159,12.819808959960938
RSLID,λ<=log n,65536,0,788135,12.025985717773438
RSLID,λ<=log n,65536,0,789949,12.053665161132812
RSLID,λ<=log n,65536,0,794387,12.121383666992188
RSLID,λ<=log n,65536,0,790889,12.068008422851562
RSLID,λ<=log n,65536,0,932081,14.222427368164062
RSLID,λ<=log n,65536,0,802451,12.244430541992188
RSLID,λ<=log n,65536,0,905319,13.814071655273438
RSLID,λ<=log n,65536,0,856607,13.070785522460938
RSLID,λ<=log n,65536,0,881533,13.451126098632812
RSLID,λ<=log n,65536,0,771641,11.774307250976562
RSLID,λ<=log n,65536,0,834387,12.731735229492188
RSLID,λ<=log n,65536,0,904183,13.796737670898438
RSLID,λ<=log n,65536,0,905639,13.818954467773438
RSLID,λ<=log n,65536,0,857855,13.089828491210938
RSLID,λ<=log n,65536,0,931559,14.214462280273438
RSLID,λ<=log n,65536,0,868471,13.251815795898438
RSLID,λ<=log n,65536,0,839225,12.805557250976562
RSLID,λ<=log n,65536,0,828005,12.634353637695312
RSLID,λ<=log n,65536,0,791567,12.078353881835938
RSLID,λ<=log n,65536,0,838341,12.792068481445312
RSLID,λ<=log n,65536,0,964151,14.711776733398438
RSLID,λ<=log n,65536,0,826957,12.618362426757812
RSLID,λ<=log n,65536,0,803755,12.264328002929688
RSLID,λ<=log n,65536,0,827707,12.629806518554688
RSLID,λ<=log n,65536,0,875629,13.361038208007812
RSLID,λ<=log n,65536,0,793555,12.108688354492188
RSLID,λ<=log n,65536,0,901881,13.761611938476562
RSLID,λ<=log n,65536,0,818001,12.481704711914062
RSLID,λ<=log n,65536,0,870511,13.282943725585938
RSLID,λ<=log n,65536,0,859209,13.110488891601562
RSLID,λ<=log n,65536,0,877541,13.390213012695312
RSLID,λ<=log n,65536,0,841523,12.840621948242188
RSLID,λ<=log n,65536,0,763243,11.646163940429688
RSLID,λ<=log n,65536,0,813007,12.405502319335938
RSLID,λ<=log n,65536,0,839901,12.815872192382812
RSLID,λ<=log n,65536,0,803413,12.259109497070312
RSLID,λ<=log n,65536,0,803957,12.267410278320312
RSLID,λ<=log n,65536,0,793275,12.104415893554688
RSLID,λ<=log n,65536,0,788799,12.036117553710938
RSLID,λ<=log n,65536,0,854161,13.033462524414062
RSLID,λ<=log n,65536,0,769553,11.742446899414062
RSLID,λ<=log n,65536,0,785281,11.982437133789062
RSLID,λ<=log n,65536,0,880295,13.432235717773438
RSLID,λ<=log n,65536,0,840179,12.820114135742188
RSLID,λ<=log n,65536,0,821811,12.539840698242188
RSLID,λ<=log n,65536,0,799785,12.203750610351562
RSLID,λ<=log n,65536,0,909781,13.882156372070312
RSLID,λ<=log n,65536,0,819021,12.497268676757812
RSLID,λ<=log n,65536,0,821847,12.540390014648438
RSLID,λ<=log n,65536,0,955463,14.579208374023438
RSLID,λ<=log n,65536,0,878513,13.405044555664062
RSLID,λ<=log n,65536,0,879563,13.421066284179688
RSLID,λ<=log n,65536,0,764103,11.659286499023438
RSLID,λ<=log n,65536,0,809651,12.354293823242188
RSLID,λ<=log n,65536,0,803805,12.265090942382812
RSLID,λ<=log n,65536,0,946383,14.440658569335938
RSLID,λ<=log n,65536,0,863443,13.175094604492188
RSLID,λ<=log n,65536,0,980079,14.954818725585938
RSLID,λ<=log n,65536,0,884815,13.501205444335938
RSLID,λ<=log n,65536,0,822159,12.545150756835938
RSLID,λ<=log n,65536,0,842399,12.853988647460938
RSLID,λ<=log n,65536,0,849689,12.965225219726562
RSLID,λ<=log n,65536,0,815449,12.442764282226562
RSLID,λ<=log n,65536,0,820751,12.523666381835938
RSLID,λ<=log n,65536,0,810605,12.368850708007812
RSLID,λ<=log n,65536,0,823673,12.568252563476562
RSLID,λ<=log n,65536,0,841753,12.844131469726562
RSLID,λ<=log n,65536,0,824237,12.576858520507812
RSLID,λ<=log n,65536,0,969267,14.789840698242188
RSLID,λ<=log n,65536,0,820183,12.514999389648438
RSLID,λ<=log n,65536,0,765957,11.687576293945312
RSLID,λ<=log n,65536,0,853823,13.028305053710938
RSLID,λ<=log n,65536,0,904357,13.799392700195312
RSLID,λ<=log n,65536,0,847569,12.932876586914062
RSLID,λ<=log n,65536,0,828559,12.642807006835938
RSLID,λ<=log n,65536,0,766705,11.698989868164062
RSLID,λ<=log n,65536,0,989679,15.101303100585938
RSLID,λ<=log n,65536,0,811729,12.386001586914062
RSLID,λ<=log n,65536,0,812183,12.392929077148438
RSLID,λ<=log n,65536,0,839295,12.806625366210938
RSLID,λ<=log n,65536,0,843087,12.864486694335938
RSLID,λ<=log n,65536,0,844867,12.891647338867188
RSLID,λ<=log n,65536,0,820517,12.520095825195312
RSLID,λ<=log n,65536,0,789425,12.045669555664062
RSLID,λ<=log n,65536,0,811121,12.376724243164062
RSLID,λ<=log n,65536,0,857425,13.083267211914062
RSLID,λ<=log n,65536,0,850053,12.970779418945312
RSLID,λ<=log n,65536,0,839999,12.817367553710938
RSLID,λ<=log n,65536,0,854109,13.032669067382812
RSLID,λ<=log n,65536,0,1039181,15.856643676757812
RSDCU,λ<=log n,65536,0,752275,11.478805541992188
RSDCU,λ<=log n,65536,0,615669,9.394363403320312
RSDCU,λ<=log n,65536,0,868464,13.251708984375
RSDCU,λ<=log n,65536,0,640515,9.773483276367188
RSDCU,λ<=log n,65536,0,703738,10.738189697265625
RSDCU,λ<=log n,65536,0,793134,12.102264404296875
RSDCU,λ<=log n,65536,0,769479,11.741317749023438
RSDCU,λ<=log n,65536,0,657292,10.02947998046875
RSDCU,λ<=log n,65536,0,685530,10.460357666015625
RSDCU,λ<=log n,65536,0,659485,10.062942504882812
RSDCU,λ<=log n,65536,0,678369,10.351089477539062
RSDCU,λ<=log n,65536,0,618444,9.43670654296875
RSDCU,λ<=log n,65536,0,701887,10.709945678710938
RSDCU,λ<=log n,65536,0,664692,10.14239501953125
RSDCU,λ<=log n,65536,0,691167,10.546371459960938
RSDCU,λ<=log n,65536,0,762771,11.638961791992188
RSDCU,λ<=log n,65536,0,681461,10.398269653320312
RSDCU,λ<=log n,65536,0,611934,9.337371826171875
RSDCU,λ<=log n,65536,0,634392,9.6800537109375
RSDCU,λ<=log n,65536,0,642194,9.799102783203125
RSDCU,λ<=log n,65536,0,713626,10.889068603515625
RSDCU,λ<=log n,65536,0,669865,10.221328735351562
RSDCU,λ<=log n,65536,0,693204,10.57745361328125
RSDCU,λ<=log n,65536,0,611999,9.338363647460938
RSDCU,λ<=log n,65536,0,696512,10.6279296875
RSDCU,λ<=log n,65536,0,692486,10.566497802734375
RSDCU,λ<=log n,65536,0,668836,10.20562744140625
RSDCU,λ<=log n,65536,0,642024,9.7965087890625
RSDCU,λ<=log n,65536,0,722690,11.027374267578125
RSDCU,λ<=log n,65536,0,721393,11.007583618164062
RSDCU,λ<=log n,65536,0,632259,9.647506713867188
RSDCU,λ<=log n,65536,0,697170,10.637969970703125
RSDCU,λ<=log n,65536,0,603628,9.21063232421875
RSDCU,λ<=log n,65536,0,699193,10.668838500976562
RSDCU,λ<=log n,65536,0,627034,9.567779541015625
RSDCU,λ<=log n,65536,0,660847,10.083724975585938
RSDCU,λ<=log n,65536,0,588158,8.974578857421875
RSDCU,λ<=log n,65536,0,610847,9.320785522460938
RSDCU,λ<=log n,65536,0,659132,10.05755615234375
RSDCU,λ<=log n,65536,0,592174,9.035858154296875
RSDCU,λ<=log n,65536,0,635597,9.698440551757812
RSDCU,λ<=log n,65536,0,650258,9.922149658203125
RSDCU,λ<=log n,65536,0,723547,11.040451049804688
RSDCU,λ<=log n,65536,0,603384,9.2069091796875
RSDCU,λ<=log n,65536,0,645449,9.848770141601562
RSDCU,λ<=log n,65536,0,661773,10.097854614257812
RSDCU,λ<=log n,65536,0,670298,10.227935791015625
RSDCU,λ<=log n,65536,0,594723,9.074752807617188
RSDCU,λ<=log n,65536,0,696882,10.633575439453125
RSDCU,λ<=log n,65536,0,653058,9.964874267578125
RSDCU,λ<=log n,65536,0,631632,9.637939453125
RSDCU,λ<=log n,65536,0,664165,10.134353637695312
RSDCU,λ<=log n,65536,0,654764,9.99090576171875
RSDCU,λ<=log n,65536,0,622496,9.49853515625
RSDCU,λ<=log n,65536,0,675195,10.302658081054688
RSDCU,λ<=log n,65536,0,639374,9.756072998046875
RSDCU,λ<=log n,65536,0,638744,9.7464599609375
RSDCU,λ<=log n,65536,0,635385,9.695205688476562
RSDCU,λ<=log n,65536,0,641986,9.795928955078125
RSDCU,λ<=log n,65536,0,708001,10.803237915039062
RSDCU,λ<=log n,65536,0,698230,10.654144287109375
RSDCU,λ<=log n,65536,0,690883,10.542037963867188
RSDCU,λ<=log n,65536,0,673679,10.279525756835938
RSDCU,λ<=log n,65536,0,620295,9.464950561523438
RSDCU,λ<=log n,65536,0,661263,10.090072631835938
RSDCU,λ<=log n,65536,0,639001,9.750381469726562
RSDCU,λ<=log n,65536,0,655139,9.996627807617188
RSDCU,λ<=log n,65536,0,605538,9.239776611328125
RSDCU,λ<=log n,65536,0,738643,11.270797729492188
RSDCU,λ<=log n,65536,0,697253,10.639236450195312
RSDCU,λ<=log n,65536,0,594502,9.071380615234375
RSDCU,λ<=log n,65536,0,751123,11.461227416992188
RSDCU,λ<=log n,65536,0,665502,10.154754638671875
RSDCU,λ<=log n,65536,0,628315,9.587326049804688
RSDCU,λ<=log n,65536,0,678842,10.358306884765625
RSDCU,λ<=log n,65536,0,745791,11.379867553710938
RSDCU,λ<=log n,65536,0,656982,10.024749755859375
RSDCU,λ<=log n,65536,0,633749,9.670242309570312
RSDCU,λ<=log n,65536,0,714967,10.909530639648438
RSDCU,λ<=log n,65536,0,659145,10.057754516601562
RSDCU,λ<=log n,65536,0,739872,11.28955078125
RSDCU,λ<=log n,65536,0,653332,9.96905517578125
RSDCU,λ<=log n,65536,0,657366,10.030609130859375
RSDCU,λ<=log n,65536,0,646160,9.859619140625
RSDCU,λ<=log n,65536,0,639306,9.755035400390625
RSDCU,λ<=log n,65536,0,686315,10.472335815429688
RSDCU,λ<=log n,65536,0,604427,9.222824096679688
RSDCU,λ<=log n,65536,0,611943,9.337509155273438
RSDCU,λ<=log n,65536,0,570973,8.712356567382812
RSDCU,λ<=log n,65536,0,700703,10.691879272460938
RSDCU,λ<=log n,65536,0,635396,9.69537353515625
RSDCU,λ<=log n,65536,0,729249,11.127456665039062
RSDCU,λ<=log n,65536,0,633792,9.6708984375
RSDCU,λ<=log n,65536,0,627547,9.575607299804688
RSDCU,λ<=log n,65536,0,666265,10.166397094726562
RSDCU,λ<=log n,65536,0,725918,11.076629638671875
RSDCU,λ<=log n,65536,0,680610,10.385284423828125
RSDCU,λ<=log n,65536,0,673771,10.280929565429688
RSDCU,λ<=log n,65536,0,622710,9.501800537109375
RSDCU,λ<=log n,65536,0,643527,9.819442749023438
RRDCU,λ<=log n,65536,0,518543,7.9123382568359375
RRDCU,λ<=log n,65536,0,518868,7.91729736328125
RRDCU,λ<=log n,65536,0,487540,7.43927001953125
RRDCU,λ<=log n,65536,0,527107,8.043014526367188
RRDCU,λ<=log n,65536,0,515649,7.8681793212890625
RRDCU,λ<=log n,65536,0,622320,9.495849609375
RRDCU,λ<=log n,65536,0,611648,9.3330078125
RRDCU,λ<=log n,65536,0,555538,8.476837158203125
RRDCU,λ<=log n,65536,0,476429,7.2697296142578125
RRDCU,λ<=log n,65536,0,544181,8.303543090820312
RRDCU,λ<=log n,65536,0,521010,7.949981689453125
RRDCU,λ<=log n,65536,0,487105,7.4326324462890625
RRDCU,λ<=log n,65536,0,541965,8.269729614257812
RRDCU,λ<=log n,65536,0,532481,8.125015258789062
RRDCU,λ<=log n,65536,0,546840,8.3441162109375
RRDCU,λ<=log n,65536,0,558415,8.520736694335938
RRDCU,λ<=log n,65536,0,652084,9.95001220703125
RRDCU,λ<=log n,65536,0,522811,7.9774627685546875
RRDCU,λ<=log n,65536,0,515586,7.867218017578125
RRDCU,λ<=log n,65536,0,481877,7.3528594970703125
RRDCU,λ<=log n,65536,0,489653,7.4715118408203125
RRDCU,λ<=log n,65536,0,508356,7.75689697265625
RRDCU,λ<=log n,65536,0,528286,8.061004638671875
RRDCU,λ<=log n,65536,0,616846,9.412322998046875
RRDCU,λ<=log n,65536,0,529133,8.073928833007812
RRDCU,λ<=log n,65536,0,497525,7.5916290283203125
RRDCU,λ<=log n,65536,0,551502,8.415252685546875
RRDCU,λ<=log n,65536,0,536217,8.182022094726562
RRDCU,λ<=log n,65536,0,606133,9.248855590820312
RRDCU,λ<=log n,65536,0,510721,7.7929840087890625
RRDCU,λ<=log n,65536,0,537519,8.201889038085938
RRDCU,λ<=log n,65536,0,538824,8.2218017578125
RRDCU,λ<=log n,65536,0,506794,7.733062744140625
RRDCU,λ<=log n,65536,0,521979,7.9647674560546875
RRDCU,λ<=log n,65536,0,528437,8.063308715820312
RRDCU,λ<=log n,65536,0,488183,7.4490814208984375
RRDCU,λ<=log n,65536,0,515762,7.869903564453125
RRDCU,λ<=log n,65536,0,543044,8.28619384765625
RRDCU,λ<=log n,65536,0,499852,7.62713623046875
RRDCU,λ<=log n,65536,0,521398,7.955902099609375
RRDCU,λ<=log n,65536,0,504104,7.6920166015625
RRDCU,λ<=log n,65536,0,512514,7.820343017578125
RRDCU,λ<=log n,65536,0,480521,7.3321685791015625
RRDCU,λ<=log n,65536,0,490894,7.490447998046875
RRDCU,λ<=log n,65536,0,478209,7.2968902587890625
RRDCU,λ<=log n,65536,0,549717,8.388015747070312
RRDCU,λ<=log n,65536,0,562701,8.586135864257812
RRDCU,λ<=log n,65536,0,518714,7.914947509765625
RRDCU,λ<=log n,65536,0,538371,8.214889526367188
RRDCU,λ<=log n,65536,0,471888,7.200439453125
RRDCU,λ<=log n,65536,0,500516,7.63726806640625
RRDCU,λ<=log n,65536,0,535632,8.173095703125
RRDCU,λ<=log n,65536,0,553040,8.438720703125
RRDCU,λ<=log n,65536,0,510448,7.788818359375
RRDCU,λ<=log n,65536,0,550900,8.40606689453125
RRDCU,λ<=log n,65536,0,536501,8.186355590820312
RRDCU,λ<=log n,65536,0,516127,7.8754730224609375
RRDCU,λ<=log n,65536,0,527136,8.04345703125
RRDCU,λ<=log n,65536,0,563108,8.59234619140625
RRDCU,λ<=log n,65536,0,522344,7.9703369140625
RRDCU,λ<=log n,65536,0,502881,7.6733551025390625
RRDCU,λ<=log n,65536,0,527436,8.04803466796875
RRDCU,λ<=log n,65536,0,491967,7.5068206787109375
RRDCU,λ<=log n,65536,0,527782,8.053314208984375
RRDCU,λ<=log n,65536,0,540058,8.240631103515625
RRDCU,λ<=log n,65536,0,504009,7.6905670166015625
RRDCU,λ<=log n,65536,0,492801,7.5195465087890625
RRDCU,λ<=log n,65536,0,543867,8.298751831054688
RRDCU,λ<=log n,65536,0,541739,8.266281127929688
RRDCU,λ<=log n,65536,0,507882,7.749664306640625
RRDCU,λ<=log n,65536,0,521538,7.958038330078125
RRDCU,λ<=log n,65536,0,543350,8.290863037109375
RRDCU,λ<=log n,65536,0,518025,7.9044342041015625
RRDCU,λ<=log n,65536,0,527952,8.055908203125
RRDCU,λ<=log n,65536,0,508222,7.754852294921875
RRDCU,λ<=log n,65536,0,470225,7.1750640869140625
RRDCU,λ<=log n,65536,0,515334,7.863372802734375
RRDCU,λ<=log n,65536,0,526751,8.037582397460938
RRDCU,λ<=log n,65536,0,569502,8.689910888671875
RRDCU,λ<=log n,65536,0,484360,7.3907470703125
RRDCU,λ<=log n,65536,0,539712,8.2353515625
RRDCU,λ<=log n,65536,0,506953,7.7354888916015625
RRDCU,λ<=log n,65536,0,532670,8.127899169921875
RRDCU,λ<=log n,65536,0,542487,8.277694702148438
RRDCU,λ<=log n,65536,0,508245,7.7552032470703125
RRDCU,λ<=log n,65536,0,507351,7.7415618896484375
RRDCU,λ<=log n,65536,0,513215,7.8310394287109375
RRDCU,λ<=log n,65536,0,504816,7.702880859375
RRDCU,λ<=log n,65536,0,517231,7.8923187255859375
RRDCU,λ<=log n,65536,0,581751,8.876815795898438
RRDCU,λ<=log n,65536,0,508005,7.7515411376953125
RRDCU,λ<=log n,65536,0,495342,7.558319091796875
RRDCU,λ<=log n,65536,0,504673,7.7006988525390625
RRDCU,λ<=log n,65536,0,509785,7.7787017822265625
RRDCU,λ<=log n,65536,0,545690,8.326568603515625
RRDCU,λ<=log n,65536,0,487192,7.4339599609375
RRDCU,λ<=log n,65536,0,506319,7.7258148193359375
RRDCU,λ<=log n,65536,0,559490,8.537139892578125
RRDCU,λ<=log n,65536,0,551156,8.40997314453125
RRDCU,λ<=log n,65536,0,537800,8.2061767578125
RHDCU,λ<=log n,65536,0,487772,7.44281005859375
RHDCU,λ<=log n,65536,0,455941,6.9571075439453125
RHDCU,λ<=log n,65536,0,538124,8.21112060546875
RHDCU,λ<=log n,65536,0,461222,7.037689208984375
RHDCU,λ<=log n,65536,0,562416,8.581787109375
RHDCU,λ<=log n,65536,0,471014,7.187103271484375
RHDCU,λ<=log n,65536,0,469840,7.169189453125
RHDCU,λ<=log n,65536,0,462723,7.0605926513671875
RHDCU,λ<=log n,65536,0,465807,7.1076507568359375
RHDCU,λ<=log n,65536,0,491794,7.504180908203125
RHDCU,λ<=log n,65536,0,541542,8.263275146484375
RHDCU,λ<=log n,65536,0,469429,7.1629180908203125
RHDCU,λ<=log n,65536,0,538220,8.21258544921875
RHDCU,λ<=log n,65536,0,472074,7.203277587890625
RHDCU,λ<=log n,65536,0,502400,7.666015625
RHDCU,λ<=log n,65536,0,475081,7.2491607666015625
RHDCU,λ<=log n,65536,0,470069,7.1726837158203125
RHDCU,λ<=log n,65536,0,458901,7.0022735595703125
RHDCU,λ<=log n,65536,0,454467,6.9346160888671875
RHDCU,λ<=log n,65536,0,462296,7.0540771484375
RHDCU,λ<=log n,65536,0,487278,7.435272216796875
RHDCU,λ<=log n,65536,0,481510,7.347259521484375
RHDCU,λ<=log n,65536,0,499028,7.61456298828125
RHDCU,λ<=log n,65536,0,474191,7.2355804443359375
RHDCU,λ<=log n,65536,0,465121,7.0971832275390625
RHDCU,λ<=log n,65536,0,451248,6.885498046875
RHDCU,λ<=log n,65536,0,468848,7.154052734375
RHDCU,λ<=log n,65536,0,490993,7.4919586181640625
RHDCU,λ<=log n,65536,0,457512,6.9810791015625
RHDCU,λ<=log n,65536,0,451633,6.8913726806640625
RHDCU,λ<=log n,65536,0,471236,7.19049072265625
RHDCU,λ<=log n,65536,0,486353,7.4211578369140625
RHDCU,λ<=log n,65536,0,476557,7.2716827392578125
RHDCU,λ<=log n,65536,0,476546,7.271514892578125
RHDCU,λ<=log n,65536,0,475747,7.2593231201171875
RHDCU,λ<=log n,65536,0,523478,7.987640380859375
RHDCU,λ<=log n,65536,0,476454,7.270111083984375
RHDCU,λ<=log n,65536,0,473699,7.2280731201171875
RHDCU,λ<=log n,65536,0,464810,7.092437744140625
RHDCU,λ<=log n,65536,0,493486,7.529998779296875
RHDCU,λ<=log n,65536,0,485869,7.4137725830078125
RHDCU,λ<=log n,65536,0,496213,7.5716094970703125
RHDCU,λ<=log n,65536,0,514263,7.8470306396484375
RHDCU,λ<=log n,65536,0,459087,7.0051116943359375
RHDCU,λ<=log n,65536,0,488470,7.453460693359375
RHDCU,λ<=log n,65536,0,458510,6.996307373046875
RHDCU,λ<=log n,65536,0,462807,7.0618743896484375
RHDCU,λ<=log n,65536,0,467063,7.1268157958984375
RHDCU,λ<=log n,65536,0,523382,7.986175537109375
RHDCU,λ<=log n,65536,0,457584,6.982177734375
RHDCU,λ<=log n,65536,0,484876,7.39862060546875
RHDCU,λ<=log n,65536,0,488748,7.45770263671875
RHDCU,λ<=log n,65536,0,453875,6.9255828857421875
RHDCU,λ<=log n,65536,0,497448,7.5904541015625
RHDCU,λ<=log n,65536,0,476339,7.2683563232421875
RHDCU,λ<=log n,65536,0,478258,7.297637939453125
RHDCU,λ<=log n,65536,0,443119,6.7614593505859375
RHDCU,λ<=log n,65536,0,477132,7.28045654296875
RHDCU,λ<=log n,65536,0,435780,6.64947509765625
RHDCU,λ<=log n,65536,0,448900,6.84967041015625
RHDCU,λ<=log n,65536,0,463604,7.07403564453125
RHDCU,λ<=log n,65536,0,528164,8.05914306640625
RHDCU,λ<=log n,65536,0,448034,6.836456298828125
RHDCU,λ<=log n,65536,0,507551,7.7446136474609375
RHDCU,λ<=log n,65536,0,492870,7.520599365234375
RHDCU,λ<=log n,65536,0,472729,7.2132720947265625
RHDCU,λ<=log n,65536,0,502626,7.669464111328125
RHDCU,λ<=log n,65536,0,507513,7.7440338134765625
RHDCU,λ<=log n,65536,0,443851,6.7726287841796875
RHDCU,λ<=log n,65536,0,484220,7.38861083984375
RHDCU,λ<=log n,65536,0,503833,7.6878814697265625
RHDCU,λ<=log n,65536,0,464772,7.09185791015625
RHDCU,λ<=log n,65536,0,460050,7.019805908203125
RHDCU,λ<=log n,65536,0,514258,7.846954345703125
RHDCU,λ<=log n,65536,0,525465,8.017959594726562
RHDCU,λ<=log n,65536,0,442295,6.7488861083984375
RHDCU,λ<=log n,65536,0,460033,7.0195465087890625
RHDCU,λ<=log n,65536,0,489030,7.462005615234375
RHDCU,λ<=log n,65536,0,466343,7.1158294677734375
RHDCU,λ<=log n,65536,0,476258,7.267120361328125
RHDCU,λ<=log n,65536,0,450302,6.871063232421875
RHDCU,λ<=log n,65536,0,473786,7.229400634765625
RHDCU,λ<=log n,65536,0,477019,7.2787322998046875
RHDCU,λ<=log n,65536,0,481015,7.3397064208984375
RHDCU,λ<=log n,65536,0,564219,8.609298706054688
RHDCU,λ<=log n,65536,0,454772,6.93927001953125
RHDCU,λ<=log n,65536,0,468083,7.1423797607421875
RHDCU,λ<=log n,65536,0,495954,7.567657470703125
RHDCU,λ<=log n,65536,0,487331,7.4360809326171875
RHDCU,λ<=log n,65536,0,517460,7.89581298828125
RHDCU,λ<=log n,65536,0,464152,7.0823974609375
RHDCU,λ<=log n,65536,0,490260,7.48077392578125
RHDCU,λ<=log n,65536,0,448340,6.84112548828125
RHDCU,λ<=log n,65536,0,461473,7.0415191650390625
RHDCU,λ<=log n,65536,0,450039,6.8670501708984375
RHDCU,λ<=log n,65536,0,469521,7.1643218994140625
RHDCU,λ<=log n,65536,0,438930,6.697540283203125
RHDCU,λ<=log n,65536,0,448103,6.8375091552734375
RHDCU,λ<=log n,65536,0,512402,7.818634033203125
RHDCU,λ<=log n,65536,0,469994,7.171539306640625
RHLCU,λ<=log n,65536,0,535152,8.165771484375
RHLCU,λ<=log n,65536,0,542658,8.280303955078125
RHLCU,λ<=log n,65536,0,513286,7.832122802734375
RHLCU,λ<=log n,65536,0,480294,7.328704833984375
RHLCU,λ<=log n,65536,0,480758,7.335784912109375
RHLCU,λ<=log n,65536,0,481335,7.3445892333984375
RHLCU,λ<=log n,65536,0,470705,7.1823883056640625
RHLCU,λ<=log n,65536,0,466395,7.1166229248046875
RHLCU,λ<=log n,65536,0,490082,7.478057861328125
RHLCU,λ<=log n,65536,0,516219,7.8768768310546875
RHLCU,λ<=log n,65536,0,548588,8.37078857421875
RHLCU,λ<=log n,65536,0,480128,7.326171875
RHLCU,λ<=log n,65536,0,487090,7.432403564453125
RHLCU,λ<=log n,65536,0,499830,7.626800537109375
RHLCU,λ<=log n,65536,0,529998,8.087127685546875
RHLCU,λ<=log n,65536,0,461070,7.035369873046875
RHLCU,λ<=log n,65536,0,517345,7.8940582275390625
RHLCU,λ<=log n,65536,0,491180,7.49481201171875
RHLCU,λ<=log n,65536,0,494352,7.543212890625
RHLCU,λ<=log n,65536,0,550179,8.395065307617188
RHLCU,λ<=log n,65536,0,518256,7.907958984375
RHLCU,λ<=log n,65536,0,464621,7.0895538330078125
RHLCU,λ<=log n,65536,0,584063,8.912094116210938
RHLCU,λ<=log n,65536,0,525494,8.018402099609375
RHLCU,λ<=log n,65536,0,485068,7.40155029296875
RHLCU,λ<=log n,65536,0,502473,7.6671295166015625
RHLCU,λ<=log n,65536,0,485910,7.414398193359375
RHLCU,λ<=log n,65536,0,494348,7.54315185546875
RHLCU,λ<=log n,65536,0,467953,7.1403961181640625
RHLCU,λ<=log n,65536,0,535467,8.170578002929688
RHLCU,λ<=log n,65536,0,510276,7.78619384765625
RHLCU,λ<=log n,65536,0,540480,8.2470703125
RHLCU,λ<=log n,65536,0,467760,7.137451171875
RHLCU,λ<=log n,65536,0,545146,8.318267822265625
RHLCU,λ<=log n,65536,0,547320,8.3514404296875
RHLCU,λ<=log n,65536,0,512778,7.824371337890625
RHLCU,λ<=log n,65536,0,472437,7.2088165283203125
RHLCU,λ<=log n,65536,0,472272,7.206298828125
RHLCU,λ<=log n,65536,0,487139,7.4331512451171875
RHLCU,λ<=log n,65536,0,535102,8.165008544921875
RHLCU,λ<=log n,65536,0,511444,7.80401611328125
RHLCU,λ<=log n,65536,0,499573,7.6228790283203125
RHLCU,λ<=log n,65536,0,574095,8.759994506835938
RHLCU,λ<=log n,65536,0,455758,6.954315185546875
RHLCU,λ<=log n,65536,0,526067,8.027145385742188
RHLCU,λ<=log n,65536,0,494702,7.548553466796875
RHLCU,λ<=log n,65536,0,485091,7.4019012451171875
RHLCU,λ<=log n,65536,0,506046,7.721649169921875
RHLCU,λ<=log n,65536,0,520240,7.938232421875
RHLCU,λ<=log n,65536,0,506993,7.7360992431640625
RHLCU,λ<=log n,65536,0,491025,7.4924468994140625
RHLCU,λ<=log n,65536,0,500707,7.6401824951171875
RHLCU,λ<=log n,65536,0,474536,7.2408447265625
RHLCU,λ<=log n,65536,0,488137,7.4483795166015625
RHLCU,λ<=log n,65536,0,519863,7.9324798583984375
RHLCU,λ<=log n,65536,0,491314,7.496856689453125
RHLCU,λ<=log n,65536,0,493256,7.5264892578125
RHLCU,λ<=log n,65536,0,472682,7.212554931640625
RHLCU,λ<=log n,65536,0,586005,8.941726684570312
RHLCU,λ<=log n,65536,0,507019,7.7364959716796875
RHLCU,λ<=log n,65536,0,508740,7.76275634765625
RHLCU,λ<=log n,65536,0,507982,7.751190185546875
RHLCU,λ<=log n,65536,0,503996,7.69036865234375
RHLCU,λ<=log n,65536,0,482169,7.3573150634765625
RHLCU,λ<=log n,65536,0,558296,8.5189208984375
RHLCU,λ<=log n,65536,0,483397,7.3760528564453125
RHLCU,λ<=log n,65536,0,473520,7.225341796875
RHLCU,λ<=log n,65536,0,474342,7.237884521484375
RHLCU,λ<=log n,65536,0,541186,8.257843017578125
RHLCU,λ<=log n,65536,0,485687,7.4109954833984375
RHLCU,λ<=log n,65536,0,482040,7.3553466796875
RHLCU,λ<=log n,65536,0,517784,7.9007568359375
RHLCU,λ<=log n,65536,0,500262,7.633392333984375
RHLCU,λ<=log n,65536,0,485708,7.41131591796875
RHLCU,λ<=log n,65536,0,502303,7.6645355224609375
RHLCU,λ<=log n,65536,0,497296,7.588134765625
RHLCU,λ<=log n,65536,0,502893,7.6735382080078125
RHLCU,λ<=log n,65536,0,506328,7.7259521484375
RHLCU,λ<=log n,65536,0,498226,7.602325439453125
RHLCU,λ<=log n,65536,0,506217,7.7242584228515625
RHLCU,λ<=log n,65536,0,486843,7.4286346435546875
RHLCU,λ<=log n,65536,0,548267,8.365890502929688
RHLCU,λ<=log n,65536,0,494821,7.5503692626953125
RHLCU,λ<=log n,65536,0,485637,7.4102325439453125
RHLCU,λ<=log n,65536,0,477392,7.284423828125
RHLCU,λ<=log n,65536,0,493274,7.526763916015625
RHLCU,λ<=log n,65536,0,500784,7.641357421875
RHLCU,λ<=log n,65536,0,554619,8.462814331054688
RHLCU,λ<=log n,65536,0,452517,6.9048614501953125
RHLCU,λ<=log n,65536,0,516043,7.8741912841796875
RHLCU,λ<=log n,65536,0,497482,7.590972900390625
RHLCU,λ<=log n,65536,0,509200,7.769775390625
RHLCU,λ<=log n,65536,0,473528,7.2254638671875
RHLCU,λ<=log n,65536,0,502176,7.66259765625
RHLCU,λ<=log n,65536,0,477026,7.278839111328125
RHLCU,λ<=log n,65536,0,492701,7.5180206298828125
RHLCU,λ<=log n,65536,0,489777,7.4734039306640625
RHLCU,λ<=log n,65536,0,527212,8.04461669921875
RHLCU,λ<=log n,65536,0,483535,7.3781585693359375
RHLCU,λ<=log n,65536,0,472031,7.2026214599609375
RRLCU,λ<=log n,65536,0,527803,8.053634643554688
RRLCU,λ<=log n,65536,0,515208,7.8614501953125
RRLCU,λ<=log n,65536,0,511089,7.7985992431640625
RRLCU,λ<=log n,65536,0,543746,8.296905517578125
RRLCU,λ<=log n,65536,0,538881,8.222671508789062
RRLCU,λ<=log n,65536,0,494754,7.549346923828125
RRLCU,λ<=log n,65536,0,548927,8.375961303710938
RRLCU,λ<=log n,65536,0,552552,8.4312744140625
RRLCU,λ<=log n,65536,0,512687,7.8229827880859375
RRLCU,λ<=log n,65536,0,519664,7.929443359375
RRLCU,λ<=log n,65536,0,636648,9.7144775390625
RRLCU,λ<=log n,65536,0,543259,8.289474487304688
RRLCU,λ<=log n,65536,0,581470,8.872528076171875
RRLCU,λ<=log n,65536,0,583301,8.900466918945312
RRLCU,λ<=log n,65536,0,592626,9.042755126953125
RRLCU,λ<=log n,65536,0,502550,7.668304443359375
RRLCU,λ<=log n,65536,0,531420,8.10882568359375
RRLCU,λ<=log n,65536,0,557254,8.503021240234375
RRLCU,λ<=log n,65536,0,514568,7.8516845703125
RRLCU,λ<=log n,65536,0,510075,7.7831268310546875
RRLCU,λ<=log n,65536,0,511401,7.8033599853515625
RRLCU,λ<=log n,65536,0,597281,9.113784790039062
RRLCU,λ<=log n,65536,0,635022,9.689666748046875
RRLCU,λ<=log n,65536,0,535918,8.177459716796875
RRLCU,λ<=log n,65536,0,551366,8.413177490234375
RRLCU,λ<=log n,65536,0,535106,8.165069580078125
RRLCU,λ<=log n,65536,0,526509,8.033889770507812
RRLCU,λ<=log n,65536,0,522497,7.9726715087890625
RRLCU,λ<=log n,65536,0,666971,10.177169799804688
RRLCU,λ<=log n,65536,0,557543,8.507431030273438
RRLCU,λ<=log n,65536,0,529477,8.079177856445312
RRLCU,λ<=log n,65536,0,521046,7.950531005859375
RRLCU,λ<=log n,65536,0,524210,7.998809814453125
RRLCU,λ<=log n,65536,0,580724,8.86114501953125
RRLCU,λ<=log n,65536,0,507041,7.7368316650390625
RRLCU,λ<=log n,65536,0,517479,7.8961029052734375
RRLCU,λ<=log n,65536,0,567721,8.662734985351562
RRLCU,λ<=log n,65536,0,609036,9.29315185546875
RRLCU,λ<=log n,65536,0,529981,8.086868286132812
RRLCU,λ<=log n,65536,0,540437,8.246414184570312
RRLCU,λ<=log n,65536,0,509858,7.779815673828125
RRLCU,λ<=log n,65536,0,516039,7.8741302490234375
RRLCU,λ<=log n,65536,0,485535,7.4086761474609375
RRLCU,λ<=log n,65536,0,503913,7.6891021728515625
RRLCU,λ<=log n,65536,0,569220,8.68560791015625
RRLCU,λ<=log n,65536,0,506644,7.73077392578125
RRLCU,λ<=log n,65536,0,503858,7.688262939453125
RRLCU,λ<=log n,65536,0,581842,8.878204345703125
RRLCU,λ<=log n,65536,0,563142,8.592864990234375
RRLCU,λ<=log n,65536,0,553650,8.448028564453125
RRLCU,λ<=log n,65536,0,584456,8.9180908203125
RRLCU,λ<=log n,65536,0,557464,8.5062255859375
RRLCU,λ<=log n,65536,0,519523,7.9272918701171875
RRLCU,λ<=log n,65536,0,535547,8.171798706054688
RRLCU,λ<=log n,65536,0,537304,8.1986083984375
RRLCU,λ<=log n,65536,0,505267,7.7097625732421875
RRLCU,λ<=log n,65536,0,502057,7.6607818603515625
RRLCU,λ<=log n,65536,0,561779,8.572067260742188
RRLCU,λ<=log n,65536,0,517959,7.9034271240234375
RRLCU,λ<=log n,65536,0,507911,7.7501068115234375
RRLCU,λ<=log n,65536,0,516722,7.884552001953125
RRLCU,λ<=log n,65536,0,489172,7.46417236328125
RRLCU,λ<=log n,65536,0,544187,8.303634643554688
RRLCU,λ<=log n,65536,0,503526,7.683197021484375
RRLCU,λ<=log n,65536,0,530231,8.090682983398438
RRLCU,λ<=log n,65536,0,550730,8.403472900390625
RRLCU,λ<=log n,65536,0,489497,7.4691314697265625
RRLCU,λ<=log n,65536,0,487990,7.446136474609375
RRLCU,λ<=log n,65536,0,515319,7.8631439208984375
RRLCU,λ<=log n,65536,0,585995,8.941574096679688
RRLCU,λ<=log n,65536,0,505441,7.7124176025390625
RRLCU,λ<=log n,65536,0,514191,7.8459320068359375
RRLCU,λ<=log n,65536,0,535248,8.167236328125
RRLCU,λ<=log n,65536,0,511852,7.81024169921875
RRLCU,λ<=log n,65536,0,491952,7.506591796875
RRLCU,λ<=log n,65536,0,545791,8.328109741210938
RRLCU,λ<=log n,65536,0,508272,7.755615234375
RRLCU,λ<=log n,65536,0,591620,9.02740478515625
RRLCU,λ<=log n,65536,0,552028,8.42327880859375
RRLCU,λ<=log n,65536,0,495935,7.5673675537109375
RRLCU,λ<=log n,65536,0,537569,8.202651977539062
RRLCU,λ<=log n,65536,0,519100,7.92083740234375
RRLCU,λ<=log n,65536,0,541244,8.25872802734375
RRLCU,λ<=log n,65536,0,583272,8.9000244140625
RRLCU,λ<=log n,65536,0,627481,9.574600219726562
RRLCU,λ<=log n,65536,0,527343,8.046615600585938
RRLCU,λ<=log n,65536,0,520820,7.94708251953125
RRLCU,λ<=log n,65536,0,542322,8.275177001953125
RRLCU,λ<=log n,65536,0,527912,8.0552978515625
RRLCU,λ<=log n,65536,0,576790,8.801116943359375
RRLCU,λ<=log n,65536,0,535179,8.166183471679688
RRLCU,λ<=log n,65536,0,506073,7.7220611572265625
RRLCU,λ<=log n,65536,0,563780,8.60260009765625
RRLCU,λ<=log n,65536,0,569911,8.696151733398438
RRLCU,λ<=log n,65536,0,545624,8.3255615234375
RRLCU,λ<=log n,65536,0,576567,8.797714233398438
RRLCU,λ<=log n,65536,0,575002,8.773834228515625
RRLCU,λ<=log n,65536,0,535244,8.16717529296875
RRLCU,λ<=log n,65536,0,535146,8.165679931640625
RRLCU,λ<=log n,65536,0,517622,7.898284912109375
RSLCU,λ<=log n,65536,0,697541,10.643630981445312
RSLCU,λ<=log n,65536,0,674132,10.28643798828125
RSLCU,λ<=log n,65536,0,719890,10.984649658203125
RSLCU,λ<=log n,65536,0,729912,11.1375732421875
RSLCU,λ<=log n,65536,0,701055,10.697250366210938
RSLCU,λ<=log n,65536,0,787107,12.010299682617188
RSLCU,λ<=log n,65536,0,683353,10.427139282226562
RSLCU,λ<=log n,65536,0,649082,9.904205322265625
RSLCU,λ<=log n,65536,0,721798,11.013763427734375
RSLCU,λ<=log n,65536,0,788524,12.03192138671875
RSLCU,λ<=log n,65536,0,657724,10.03607177734375
RSLCU,λ<=log n,65536,0,857018,13.077056884765625
RSLCU,λ<=log n,65536,0,673461,10.276199340820312
RSLCU,λ<=log n,65536,0,674153,10.286758422851562
RSLCU,λ<=log n,65536,0,672332,10.25897216796875
RSLCU,λ<=log n,65536,0,661317,10.090896606445312
RSLCU,λ<=log n,65536,0,699430,10.672454833984375
RSLCU,λ<=log n,65536,0,714891,10.908370971679688
RSLCU,λ<=log n,65536,0,631914,9.642242431640625
RSLCU,λ<=log n,65536,0,715222,10.913421630859375
RSLCU,λ<=log n,65536,0,687636,10.49249267578125
RSLCU,λ<=log n,65536,0,666423,10.168807983398438
RSLCU,λ<=log n,65536,0,712592,10.873291015625
RSLCU,λ<=log n,65536,0,646997,9.872390747070312
RSLCU,λ<=log n,65536,0,638027,9.735519409179688
RSLCU,λ<=log n,65536,0,664840,10.1446533203125
RSLCU,λ<=log n,65536,0,746777,11.394912719726562
RSLCU,λ<=log n,65536,0,705885,10.770950317382812
RSLCU,λ<=log n,65536,0,660333,10.075881958007812
RSLCU,λ<=log n,65536,0,769261,11.737991333007812
RSLCU,λ<=log n,65536,0,678665,10.355606079101562
RSLCU,λ<=log n,65536,0,755949,11.534866333007812
RSLCU,λ<=log n,65536,0,662995,10.116500854492188
RSLCU,λ<=log n,65536,0,654885,9.992752075195312
RSLCU,λ<=log n,65536,0,646281,9.861465454101562
RSLCU,λ<=log n,65536,0,618521,9.437881469726562
RSLCU,λ<=log n,65536,0,703835,10.739669799804688
RSLCU,λ<=log n,65536,0,777452,11.86297607421875
RSLCU,λ<=log n,65536,0,684178,10.439727783203125
RSLCU,λ<=log n,65536,0,688701,10.508743286132812
RSLCU,λ<=log n,65536,0,714953,10.909317016601562
RSLCU,λ<=log n,65536,0,686965,10.482254028320312
RSLCU,λ<=log n,65536,0,655106,9.996124267578125
RSLCU,λ<=log n,65536,0,753395,11.495895385742188
RSLCU,λ<=log n,65536,0,663194,10.119537353515625
RSLCU,λ<=log n,65536,0,815607,12.445175170898438
RSLCU,λ<=log n,65536,0,723157,11.034500122070312
RSLCU,λ<=log n,65536,0,677122,10.332061767578125
RSLCU,λ<=log n,65536,0,672285,10.258255004882812
RSLCU,λ<=log n,65536,0,680338,10.381134033203125
RSLCU,λ<=log n,65536,0,755180,11.52313232421875
RSLCU,λ<=log n,65536,0,755780,11.53228759765625
RSLCU,λ<=log n,65536,0,658855,10.053329467773438
RSLCU,λ<=log n,65536,0,668675,10.203170776367188
RSLCU,λ<=log n,65536,0,672754,10.265411376953125
RSLCU,λ<=log n,65536,0,671450,10.245513916015625
RSLCU,λ<=log n,65536,0,658272,10.04443359375
RSLCU,λ<=log n,65536,0,654691,9.989791870117188
RSLCU,λ<=log n,65536,0,678780,10.35736083984375
RSLCU,λ<=log n,65536,0,741993,11.321914672851562
RSLCU,λ<=log n,65536,0,654382,9.985076904296875
RSLCU,λ<=log n,65536,0,728531,11.116500854492188
RSLCU,λ<=log n,65536,0,684736,10.4482421875
RSLCU,λ<=log n,65536,0,730221,11.142288208007812
RSLCU,λ<=log n,65536,0,710138,10.835845947265625
RSLCU,λ<=log n,65536,0,672826,10.266510009765625
RSLCU,λ<=log n,65536,0,663734,10.127777099609375
RSLCU,λ<=log n,65536,0,713087,10.880844116210938
RSLCU,λ<=log n,65536,0,679403,10.366867065429688
RSLCU,λ<=log n,65536,0,633403,9.664962768554688
RSLCU,λ<=log n,65536,0,646220,9.86053466796875
RSLCU,λ<=log n,65536,0,709539,10.826705932617188
RSLCU,λ<=log n,65536,0,892817,13.623306274414062
RSLCU,λ<=log n,65536,0,698156,10.65301513671875
RSLCU,λ<=log n,65536,0,654250,9.983062744140625
RSLCU,λ<=log n,65536,0,686481,10.474868774414062
RSLCU,λ<=log n,65536,0,653057,9.964859008789062
RSLCU,λ<=log n,65536,0,655037,9.995071411132812
RSLCU,λ<=log n,65536,0,689291,10.517745971679688
RSLCU,λ<=log n,65536,0,661190,10.088958740234375
RSLCU,λ<=log n,65536,0,639578,9.759185791015625
RSLCU,λ<=log n,65536,0,756486,11.543060302734375
RSLCU,λ<=log n,65536,0,690375,10.534286499023438
RSLCU,λ<=log n,65536,0,693670,10.584564208984375
RSLCU,λ<=log n,65536,0,716228,10.92877197265625
RSLCU,λ<=log n,65536,0,635325,9.694290161132812
RSLCU,λ<=log n,65536,0,663147,10.118820190429688
RSLCU,λ<=log n,65536,0,699280,10.670166015625
RSLCU,λ<=log n,65536,0,652016,9.948974609375
RSLCU,λ<=log n,65536,0,670640,10.233154296875
RSLCU,λ<=log n,65536,0,755655,11.530380249023438
RSLCU,λ<=log n,65536,0,744205,11.355667114257812
RSLCU,λ<=log n,65536,0,757760,11.5625
RSLCU,λ<=log n,65536,0,667473,10.184829711914062
RSLCU,λ<=log n,65536,0,722809,11.029190063476562
RSLCU,λ<=log n,65536,0,677884,10.34368896484375
RSLCU,λ<=log n,65536,0,827923,12.633102416992188
RSLCU,λ<=log n,65536,0,624642,9.531280517578125
RSLCU,λ<=log n,65536,0,681430,10.397796630859375
RSLCU,λ<=log n,65536,0,632652,9.65350341796875
RSDSU,λ<=log n,65536,0,666562,10.170928955078125
RSDSU,λ<=log n,65536,0,829121,12.651382446289062
RSDSU,λ<=log n,65536,0,736609,11.239761352539062
RSDSU,λ<=log n,65536,0,716156,10.92767333984375
RSDSU,λ<=log n,65536,0,767172,11.70611572265625
RSDSU,λ<=log n,65536,0,745772,11.37957763671875
RSDSU,λ<=log n,65536,0,846010,12.909088134765625
RSDSU,λ<=log n,65536,0,775027,11.825973510742188
RSDSU,λ<=log n,65536,0,716947,10.939743041992188
RSDSU,λ<=log n,65536,0,678133,10.347488403320312
RSDSU,λ<=log n,65536,0,709298,10.823028564453125
RSDSU,λ<=log n,65536,0,735788,11.22723388671875
RSDSU,λ<=log n,65536,0,789971,12.054000854492188
RSDSU,λ<=log n,65536,0,797696,12.171875
RSDSU,λ<=log n,65536,0,704135,10.744247436523438
RSDSU,λ<=log n,65536,0,730529,11.146987915039062
RSDSU,λ<=log n,65536,0,909448,13.8770751953125
RSDSU,λ<=log n,65536,0,717593,10.949600219726562
RSDSU,λ<=log n,65536,0,718641,10.965591430664062
RSDSU,λ<=log n,65536,0,813340,12.41058349609375
RSDSU,λ<=log n,65536,0,705207,10.760604858398438
RSDSU,λ<=log n,65536,0,715744,10.92138671875
RSDSU,λ<=log n,65536,0,686526,10.475555419921875
RSDSU,λ<=log n,65536,0,702706,10.722442626953125
RSDSU,λ<=log n,65536,0,711252,10.85284423828125
RSDSU,λ<=log n,65536,0,719486,10.978485107421875
RSDSU,λ<=log n,65536,0,717676,10.95086669921875
RSDSU,λ<=log n,65536,0,728490,11.115875244140625
RSDSU,λ<=log n,65536,0,734281,11.204238891601562
RSDSU,λ<=log n,65536,0,802689,12.248062133789062
RSDSU,λ<=log n,65536,0,785871,11.991439819335938
RSDSU,λ<=log n,65536,0,721899,11.015304565429688
RSDSU,λ<=log n,65536,0,730009,11.139053344726562
RSDSU,λ<=log n,65536,0,737308,11.25042724609375
RSDSU,λ<=log n,65536,0,769389,11.739944458007812
RSDSU,λ<=log n,65536,0,730917,11.152908325195312
RSDSU,λ<=log n,65536,0,757778,11.562774658203125
RSDSU,λ<=log n,65536,0,723238,11.035736083984375
RSDSU,λ<=log n,65536,0,741553,11.315200805664062
RSDSU,λ<=log n,65536,0,760669,11.606887817382812
RSDSU,λ<=log n,65536,0,771590,11.773529052734375
RSDSU,λ<=log n,65536,0,964277,14.713699340820312
RSDSU,λ<=log n,65536,0,722876,11.03021240234375
RSDSU,λ<=log n,65536,0,723275,11.036300659179688
RSDSU,λ<=log n,65536,0,789152,12.04150390625
RSDSU,λ<=log n,65536,0,748070,11.414642333984375
RSDSU,λ<=log n,65536,0,786538,12.001617431640625
RSDSU,λ<=log n,65536,0,717286,10.944915771484375
RSDSU,λ<=log n,65536,0,694713,10.600479125976562
RSDSU,λ<=log n,65536,0,701290,10.700836181640625
RSDSU,λ<=log n,65536,0,696075,10.621261596679688
RSDSU,λ<=log n,65536,0,718881,10.969253540039062
RSDSU,λ<=log n,65536,0,768473,11.725967407226562
RSDSU,λ<=log n,65536,0,877612,13.39129638671875
RSDSU,λ<=log n,65536,0,726418,11.084259033203125
RSDSU,λ<=log n,65536,0,772876,11.79315185546875
RSDSU,λ<=log n,65536,0,721122,11.003448486328125
RSDSU,λ<=log n,65536,0,734280,11.2042236328125
RSDSU,λ<=log n,65536,0,790817,12.066909790039062
RSDSU,λ<=log n,65536,0,674590,10.293426513671875
RSDSU,λ<=log n,65536,0,680608,10.38525390625
RSDSU,λ<=log n,65536,0,672445,10.260696411132812
RSDSU,λ<=log n,65536,0,753318,11.494720458984375
RSDSU,λ<=log n,65536,0,688855,10.511093139648438
RSDSU,λ<=log n,65536,0,781931,11.931320190429688
RSDSU,λ<=log n,65536,0,759547,11.589767456054688
RSDSU,λ<=log n,65536,0,739145,11.278457641601562
RSDSU,λ<=log n,65536,0,725821,11.075149536132812
RSDSU,λ<=log n,65536,0,756164,11.53814697265625
RSDSU,λ<=log n,65536,0,794969,12.130264282226562
RSDSU,λ<=log n,65536,0,815291,12.440353393554688
RSDSU,λ<=log n,65536,0,721677,11.011917114257812
RSDSU,λ<=log n,65536,0,717066,10.941558837890625
RSDSU,λ<=log n,65536,0,713154,10.881866455078125
RSDSU,λ<=log n,65536,0,791639,12.079452514648438
RSDSU,λ<=log n,65536,0,766496,11.69580078125
RSDSU,λ<=log n,65536,0,691466,10.550933837890625
RSDSU,λ<=log n,65536,0,673988,10.28424072265625
RSDSU,λ<=log n,65536,0,665268,10.15118408203125
RSDSU,λ<=log n,65536,0,762852,11.64019775390625
RSDSU,λ<=log n,65536,0,799468,12.19891357421875
RSDSU,λ<=log n,65536,0,735501,11.222854614257812
RSDSU,λ<=log n,65536,0,699905,10.679702758789062
RSDSU,λ<=log n,65536,0,757022,11.551239013671875
RSDSU,λ<=log n,65536,0,706851,10.785690307617188
RSDSU,λ<=log n,65536,0,766949,11.702713012695312
RSDSU,λ<=log n,65536,0,835536,12.749267578125
RSDSU,λ<=log n,65536,0,745970,11.382598876953125
RSDSU,λ<=log n,65536,0,775397,11.831619262695312
RSDSU,λ<=log n,65536,0,753468,11.49700927734375
RSDSU,λ<=log n,65536,0,734162,11.202423095703125
RSDSU,λ<=log n,65536,0,687201,10.485855102539062
RSDSU,λ<=log n,65536,0,736663,11.240585327148438
RSDSU,λ<=log n,65536,0,755909,11.534255981445312
RSDSU,λ<=log n,65536,0,711293,10.853469848632812
RSDSU,λ<=log n,65536,0,847291,12.928634643554688
RSDSU,λ<=log n,65536,0,785899,11.991867065429688
RSDSU,λ<=log n,65536,0,782954,11.946929931640625
RSDSU,λ<=log n,65536,0,650266,9.922271728515625
RSDSU,λ<=log n,65536,0,735318,11.220062255859375
RRDSU,λ<=log n,65536,0,574570,8.767242431640625
RRDSU,λ<=log n,65536,0,748077,11.414749145507812
RRDSU,λ<=log n,65536,0,634080,9.67529296875
RRDSU,λ<=log n,65536,0,575766,8.785491943359375
RRDSU,λ<=log n,65536,0,688992,10.51318359375
RRDSU,λ<=log n,65536,0,630435,9.619674682617188
RRDSU,λ<=log n,65536,0,669019,10.208419799804688
RRDSU,λ<=log n,65536,0,577120,8.80615234375
RRDSU,λ<=log n,65536,0,585716,8.93731689453125
RRDSU,λ<=log n,65536,0,549132,8.37908935546875
RRDSU,λ<=log n,65536,0,608956,9.29193115234375
RRDSU,λ<=log n,65536,0,616705,9.410171508789062
RRDSU,λ<=log n,65536,0,557259,8.503097534179688
RRDSU,λ<=log n,65536,0,671441,10.245376586914062
RRDSU,λ<=log n,65536,0,606988,9.26190185546875
RRDSU,λ<=log n,65536,0,592233,9.036758422851562
RRDSU,λ<=log n,65536,0,618757,9.441482543945312
RRDSU,λ<=log n,65536,0,620472,9.4676513671875
RRDSU,λ<=log n,65536,0,598575,9.133529663085938
RRDSU,λ<=log n,65536,0,645802,9.854156494140625
RRDSU,λ<=log n,65536,0,590698,9.013336181640625
RRDSU,λ<=log n,65536,0,586103,8.943222045898438
RRDSU,λ<=log n,65536,0,614777,9.380752563476562
RRDSU,λ<=log n,65536,0,635300,9.69390869140625
RRDSU,λ<=log n,65536,0,598939,9.139083862304688
RRDSU,λ<=log n,65536,0,597299,9.114059448242188
RRDSU,λ<=log n,65536,0,604806,9.228607177734375
RRDSU,λ<=log n,65536,0,647336,9.8775634765625
RRDSU,λ<=log n,65536,0,574131,8.760543823242188
RRDSU,λ<=log n,65536,0,580293,8.854568481445312
RRDSU,λ<=log n,65536,0,612524,9.34637451171875
RRDSU,λ<=log n,65536,0,558348,8.51971435546875
RRDSU,λ<=log n,65536,0,594806,9.076019287109375
RRDSU,λ<=log n,65536,0,590981,9.017654418945312
RRDSU,λ<=log n,65536,0,558726,8.525482177734375
RRDSU,λ<=log n,65536,0,597419,9.115890502929688
RRDSU,λ<=log n,65536,0,634349,9.679397583007812
RRDSU,λ<=log n,65536,0,630593,9.622085571289062
RRDSU,λ<=log n,65536,0,596460,9.10125732421875
RRDSU,λ<=log n,65536,0,602300,9.19036865234375
RRDSU,λ<=log n,65536,0,603615,9.210433959960938
RRDSU,λ<=log n,65536,0,672169,10.256484985351562
RRDSU,λ<=log n,65536,0,645387,9.847824096679688
RRDSU,λ<=log n,65536,0,608341,9.282546997070312
RRDSU,λ<=log n,65536,0,623989,9.521316528320312
RRDSU,λ<=log n,65536,0,587227,8.960372924804688
RRDSU,λ<=log n,65536,0,602532,9.19390869140625
RRDSU,λ<=log n,65536,0,666787,10.174362182617188
RRDSU,λ<=log n,65536,0,604029,9.216751098632812
RRDSU,λ<=log n,65536,0,584374,8.916839599609375
RRDSU,λ<=log n,65536,0,588784,8.984130859375
RRDSU,λ<=log n,65536,0,654297,9.983779907226562
RRDSU,λ<=log n,65536,0,613601,9.362808227539062
RRDSU,λ<=log n,65536,0,628520,9.5904541015625
RRDSU,λ<=log n,65536,0,565141,8.623367309570312
RRDSU,λ<=log n,65536,0,600532,9.16339111328125
RRDSU,λ<=log n,65536,0,562253,8.579299926757812
RRDSU,λ<=log n,65536,0,635024,9.689697265625
RRDSU,λ<=log n,65536,0,589261,8.991409301757812
RRDSU,λ<=log n,65536,0,601045,9.171218872070312
RRDSU,λ<=log n,65536,0,585267,8.930465698242188
RRDSU,λ<=log n,65536,0,581199,8.868392944335938
RRDSU,λ<=log n,65536,0,581700,8.87603759765625
RRDSU,λ<=log n,65536,0,641373,9.786575317382812
RRDSU,λ<=log n,65536,0,604943,9.230697631835938
RRDSU,λ<=log n,65536,0,570494,8.705047607421875
RRDSU,λ<=log n,65536,0,614331,9.373947143554688
RRDSU,λ<=log n,65536,0,589775,8.999252319335938
RRDSU,λ<=log n,65536,0,610531,9.315963745117188
RRDSU,λ<=log n,65536,0,666812,10.17474365234375
RRDSU,λ<=log n,65536,0,677341,10.335403442382812
RRDSU,λ<=log n,65536,0,600028,9.15570068359375
RRDSU,λ<=log n,65536,0,620655,9.470443725585938
RRDSU,λ<=log n,65536,0,620342,9.465667724609375
RRDSU,λ<=log n,65536,0,612235,9.341964721679688
RRDSU,λ<=log n,65536,0,599368,9.1456298828125
RRDSU,λ<=log n,65536,0,710449,10.840591430664062
RRDSU,λ<=log n,65536,0,635664,9.699462890625
RRDSU,λ<=log n,65536,0,600352,9.16064453125
RRDSU,λ<=log n,65536,0,600536,9.1634521484375
RRDSU,λ<=log n,65536,0,585969,8.941177368164062
RRDSU,λ<=log n,65536,0,589957,9.002029418945312
RRDSU,λ<=log n,65536,0,588888,8.9857177734375
RRDSU,λ<=log n,65536,0,609706,9.303375244140625
RRDSU,λ<=log n,65536,0,564732,8.61712646484375
RRDSU,λ<=log n,65536,0,590873,9.016006469726562
RRDSU,λ<=log n,65536,0,589642,8.997222900390625
RRDSU,λ<=log n,65536,0,632539,9.651779174804688
RRDSU,λ<=log n,65536,0,605112,9.2332763671875
RRDSU,λ<=log n,65536,0,647793,9.884536743164062
RRDSU,λ<=log n,65536,0,588920,8.9862060546875
RRDSU,λ<=log n,65536,0,587652,8.96685791015625
RRDSU,λ<=log n,65536,0,577675,8.814620971679688
RRDSU,λ<=log n,65536,0,581918,8.879364013671875
RRDSU,λ<=log n,65536,0,617257,9.418594360351562
RRDSU,λ<=log n,65536,0,573582,8.752166748046875
RRDSU,λ<=log n,65536,0,590143,9.004867553710938
RRDSU,λ<=log n,65536,0,562934,8.589691162109375
RRDSU,λ<=log n,65536,0,605597,9.240676879882812
RRDSU,λ<=log n,65536,0,634375,9.679794311523438
RHDSU,λ<=log n,65536,0,509552,7.775146484375
RHDSU,λ<=log n,65536,0,567620,8.66119384765625
RHDSU,λ<=log n,65536,0,579110,8.836517333984375
RHDSU,λ<=log n,65536,0,553063,8.439071655273438
RHDSU,λ<=log n,65536,0,519167,7.9218597412109375
RHDSU,λ<=log n,65536,0,609714,9.303497314453125
RHDSU,λ<=log n,65536,0,576790,8.801116943359375
RHDSU,λ<=log n,65536,0,557499,8.506759643554688
RHDSU,λ<=log n,65536,0,548870,8.375091552734375
RHDSU,λ<=log n,65536,0,553218,8.441436767578125
RHDSU,λ<=log n,65536,0,550802,8.404571533203125
RHDSU,λ<=log n,65536,0,583910,8.909759521484375
RHDSU,λ<=log n,65536,0,577120,8.80615234375
RHDSU,λ<=log n,65536,0,584082,8.912384033203125
RHDSU,λ<=log n,65536,0,565155,8.623580932617188
RHDSU,λ<=log n,65536,0,555779,8.480514526367188
RHDSU,λ<=log n,65536,0,558251,8.518234252929688
RHDSU,λ<=log n,65536,0,556577,8.492691040039062
RHDSU,λ<=log n,65536,0,569495,8.689804077148438
RHDSU,λ<=log n,65536,0,513000,7.8277587890625
RHDSU,λ<=log n,65536,0,635407,9.695541381835938
RHDSU,λ<=log n,65536,0,520825,7.9471588134765625
RHDSU,λ<=log n,65536,0,550177,8.395034790039062
RHDSU,λ<=log n,65536,0,623525,9.514236450195312
RHDSU,λ<=log n,65536,0,552403,8.429000854492188
RHDSU,λ<=log n,65536,0,557457,8.506118774414062
RHDSU,λ<=log n,65536,0,535120,8.165283203125
RHDSU,λ<=log n,65536,0,572968,8.7427978515625
RHDSU,λ<=log n,65536,0,540026,8.240142822265625
RHDSU,λ<=log n,65536,0,544103,8.302352905273438
RHDSU,λ<=log n,65536,0,584780,8.92303466796875
RHDSU,λ<=log n,65536,0,577404,8.81048583984375
RHDSU,λ<=log n,65536,0,526879,8.039535522460938
RHDSU,λ<=log n,65536,0,534779,8.160079956054688
RHDSU,λ<=log n,65536,0,558066,8.515411376953125
RHDSU,λ<=log n,65536,0,570147,8.699752807617188
RHDSU,λ<=log n,65536,0,569579,8.691085815429688
RHDSU,λ<=log n,65536,0,562847,8.588363647460938
RHDSU,λ<=log n,65536,0,636237,9.708206176757812
RHDSU,λ<=log n,65536,0,548768,8.37353515625
RHDSU,λ<=log n,65536,0,590161,9.005142211914062
RHDSU,λ<=log n,65536,0,521383,7.9556732177734375
RHDSU,λ<=log n,65536,0,521336,7.9549560546875
RHDSU,λ<=log n,65536,0,595370,9.084625244140625
RHDSU,λ<=log n,65536,0,554721,8.464370727539062
RHDSU,λ<=log n,65536,0,534112,8.14990234375
RHDSU,λ<=log n,65536,0,604596,9.22540283203125
RHDSU,λ<=log n,65536,0,568217,8.670303344726562
RHDSU,λ<=log n,65536,0,566845,8.649368286132812
RHDSU,λ<=log n,65536,0,537583,8.202865600585938
RHDSU,λ<=log n,65536,0,583533,8.904006958007812
RHDSU,λ<=log n,65536,0,595880,9.0924072265625
RHDSU,λ<=log n,65536,0,526888,8.0396728515625
RHDSU,λ<=log n,65536,0,552446,8.429656982421875
RHDSU,λ<=log n,65536,0,588280,8.9764404296875
RHDSU,λ<=log n,65536,0,552085,8.424148559570312
RHDSU,λ<=log n,65536,0,585054,8.927215576171875
RHDSU,λ<=log n,65536,0,521628,7.95941162109375
RHDSU,λ<=log n,65536,0,536051,8.179489135742188
RHDSU,λ<=log n,65536,0,548918,8.375823974609375
RHDSU,λ<=log n,65536,0,564595,8.615036010742188
RHDSU,λ<=log n,65536,0,527737,8.052627563476562
RHDSU,λ<=log n,65536,0,608168,9.2799072265625
RHDSU,λ<=log n,65536,0,543934,8.299774169921875
RHDSU,λ<=log n,65536,0,528923,8.070724487304688
RHDSU,λ<=log n,65536,0,546830,8.343963623046875
RHDSU,λ<=log n,65536,0,607265,9.266128540039062
RHDSU,λ<=log n,65536,0,546851,8.344284057617188
RHDSU,λ<=log n,65536,0,597681,9.119888305664062
RHDSU,λ<=log n,65536,0,601329,9.175552368164062
RHDSU,λ<=log n,65536,0,545399,8.322128295898438
RHDSU,λ<=log n,65536,0,551302,8.412200927734375
RHDSU,λ<=log n,65536,0,568675,8.677291870117188
RHDSU,λ<=log n,65536,0,542112,8.27197265625
RHDSU,λ<=log n,65536,0,518244,7.90777587890625
RHDSU,λ<=log n,65536,0,538468,8.21636962890625
RHDSU,λ<=log n,65536,0,597711,9.120346069335938
RHDSU,λ<=log n,65536,0,574350,8.763885498046875
RHDSU,λ<=log n,65536,0,530428,8.09368896484375
RHDSU,λ<=log n,65536,0,564470,8.613128662109375
RHDSU,λ<=log n,65536,0,581060,8.86627197265625
RHDSU,λ<=log n,65536,0,577098,8.805816650390625
RHDSU,λ<=log n,65536,0,589909,9.001296997070312
RHDSU,λ<=log n,65536,0,528117,8.058425903320312
RHDSU,λ<=log n,65536,0,594585,9.072647094726562
RHDSU,λ<=log n,65536,0,573595,8.752365112304688
RHDSU,λ<=log n,65536,0,509807,7.7790374755859375
RHDSU,λ<=log n,65536,0,529278,8.076141357421875
RHDSU,λ<=log n,65536,0,570538,8.705718994140625
RHDSU,λ<=log n,65536,0,547629,8.356155395507812
RHDSU,λ<=log n,65536,0,588897,8.985855102539062
RHDSU,λ<=log n,65536,0,551321,8.412490844726562
RHDSU,λ<=log n,65536,0,588599,8.981307983398438
RHDSU,λ<=log n,65536,0,539227,8.227951049804688
RHDSU,λ<=log n,65536,0,522505,7.9727935791015625
RHDSU,λ<=log n,65536,0,541418,8.261383056640625
RHDSU,λ<=log n,65536,0,561784,8.5721435546875
RHDSU,λ<=log n,65536,0,588318,8.977020263671875
RHDSU,λ<=log n,65536,0,571026,8.713165283203125
RHDSU,λ<=log n,65536,0,575849,8.786758422851562
RHLSU,λ<=log n,65536,0,615673,9.394424438476562
RHLSU,λ<=log n,65536,0,645989,9.857009887695312
RHLSU,λ<=log n,65536,0,553858,8.451202392578125
RHLSU,λ<=log n,65536,0,588592,8.981201171875
RHLSU,λ<=log n,65536,0,673636,10.27886962890625
RHLSU,λ<=log n,65536,0,583041,8.896499633789062
RHLSU,λ<=log n,65536,0,644424,9.8331298828125
RHLSU,λ<=log n,65536,0,632839,9.656356811523438
RHLSU,λ<=log n,65536,0,632643,9.653366088867188
RHLSU,λ<=log n,65536,0,599770,9.151763916015625
RHLSU,λ<=log n,65536,0,656459,10.016769409179688
RHLSU,λ<=log n,65536,0,635063,9.690292358398438
RHLSU,λ<=log n,65536,0,617774,9.426483154296875
RHLSU,λ<=log n,65536,0,586853,8.954666137695312
RHLSU,λ<=log n,65536,0,621560,9.4842529296875
RHLSU,λ<=log n,65536,0,643369,9.817031860351562
RHLSU,λ<=log n,65536,0,587763,8.968551635742188
RHLSU,λ<=log n,65536,0,607020,9.26239013671875
RHLSU,λ<=log n,65536,0,655258,9.998443603515625
RHLSU,λ<=log n,65536,0,600020,9.15557861328125
RHLSU,λ<=log n,65536,0,595582,9.087860107421875
RHLSU,λ<=log n,65536,0,621156,9.47808837890625
RHLSU,λ<=log n,65536,0,621638,9.485443115234375
RHLSU,λ<=log n,65536,0,623149,9.508499145507812
RHLSU,λ<=log n,65536,0,603016,9.2012939453125
RHLSU,λ<=log n,65536,0,635934,9.703582763671875
RHLSU,λ<=log n,65536,0,568508,8.67474365234375
RHLSU,λ<=log n,65536,0,614652,9.37884521484375
RHLSU,λ<=log n,65536,0,709081,10.819717407226562
RHLSU,λ<=log n,65536,0,631067,9.629318237304688
RHLSU,λ<=log n,65536,0,581126,8.867279052734375
RHLSU,λ<=log n,65536,0,590736,9.013916015625
RHLSU,λ<=log n,65536,0,644314,9.831451416015625
RHLSU,λ<=log n,65536,0,596439,9.100936889648438
RHLSU,λ<=log n,65536,0,628007,9.582626342773438
RHLSU,λ<=log n,65536,0,577429,8.810867309570312
RHLSU,λ<=log n,65536,0,611420,9.32952880859375
RHLSU,λ<=log n,65536,0,575789,8.785842895507812
RHLSU,λ<=log n,65536,0,574872,8.7718505859375
RHLSU,λ<=log n,65536,0,642704,9.806884765625
RHLSU,λ<=log n,65536,0,635408,9.695556640625
RHLSU,λ<=log n,65536,0,619688,9.4556884765625
RHLSU,λ<=log n,65536,0,581953,8.879898071289062
RHLSU,λ<=log n,65536,0,579042,8.835479736328125
RHLSU,λ<=log n,65536,0,617464,9.4217529296875
RHLSU,λ<=log n,65536,0,578499,8.827194213867188
RHLSU,λ<=log n,65536,0,681071,10.392318725585938
RHLSU,λ<=log n,65536,0,618531,9.438034057617188
RHLSU,λ<=log n,65536,0,595583,9.087875366210938
RHLSU,λ<=log n,65536,0,613129,9.355606079101562
RHLSU,λ<=log n,65536,0,576465,8.796157836914062
RHLSU,λ<=log n,65536,0,629286,9.602142333984375
RHLSU,λ<=log n,65536,0,593548,9.05682373046875
RHLSU,λ<=log n,65536,0,630293,9.617507934570312
RHLSU,λ<=log n,65536,0,606160,9.249267578125
RHLSU,λ<=log n,65536,0,612705,9.349136352539062
RHLSU,λ<=log n,65536,0,647762,9.884063720703125
RHLSU,λ<=log n,65536,0,594346,9.069000244140625
RHLSU,λ<=log n,65536,0,627487,9.574691772460938
RHLSU,λ<=log n,65536,0,582412,8.88690185546875
RHLSU,λ<=log n,65536,0,593557,9.056961059570312
RHLSU,λ<=log n,65536,0,620902,9.474212646484375
RHLSU,λ<=log n,65536,0,604336,9.221435546875
RHLSU,λ<=log n,65536,0,648363,9.893234252929688
RHLSU,λ<=log n,65536,0,680739,10.387252807617188
RHLSU,λ<=log n,65536,0,605357,9.237014770507812
RHLSU,λ<=log n,65536,0,598821,9.137283325195312
RHLSU,λ<=log n,65536,0,574374,8.764251708984375
RHLSU,λ<=log n,65536,0,592448,9.0400390625
RHLSU,λ<=log n,65536,0,582513,8.888442993164062
RHLSU,λ<=log n,65536,0,661938,10.100372314453125
RHLSU,λ<=log n,65536,0,613740,9.36492919921875
RHLSU,λ<=log n,65536,0,612341,9.343582153320312
RHLSU,λ<=log n,65536,0,598932,9.13897705078125
RHLSU,λ<=log n,65536,0,626310,9.556732177734375
RHLSU,λ<=log n,65536,0,566188,8.63934326171875
RHLSU,λ<=log n,65536,0,578667,8.829757690429688
RHLSU,λ<=log n,65536,0,567705,8.662490844726562
RHLSU,λ<=log n,65536,0,584470,8.918304443359375
RHLSU,λ<=log n,65536,0,585521,8.934341430664062
RHLSU,λ<=log n,65536,0,597060,9.11041259765625
RHLSU,λ<=log n,65536,0,586080,8.94287109375
RHLSU,λ<=log n,65536,0,632800,9.65576171875
RHLSU,λ<=log n,65536,0,593665,9.058609008789062
RHLSU,λ<=log n,65536,0,601552,9.178955078125
RHLSU,λ<=log n,65536,0,603305,9.205703735351562
RHLSU,λ<=log n,65536,0,583362,8.901397705078125
RHLSU,λ<=log n,65536,0,654621,9.988723754882812
RHLSU,λ<=log n,65536,0,641112,9.7825927734375
RHLSU,λ<=log n,65536,0,590742,9.014007568359375
RHLSU,λ<=log n,65536,0,604662,9.226409912109375
RHLSU,λ<=log n,65536,0,691631,10.553451538085938
RHLSU,λ<=log n,65536,0,610466,9.314971923828125
RHLSU,λ<=log n,65536,0,587524,8.96490478515625
RHLSU,λ<=log n,65536,0,606909,9.260696411132812
RHLSU,λ<=log n,65536,0,653054,9.964813232421875
RHLSU,λ<=log n,65536,0,590014,9.002899169921875
RHLSU,λ<=log n,65536,0,582733,8.891799926757812
RHLSU,λ<=log n,65536,0,600469,9.162429809570312
RHLSU,λ<=log n,65536,0,566533,8.644607543945312
RRLSU,λ<=log n,65536,0,632923,9.657638549804688
RRLSU,λ<=log n,65536,0,617497,9.422256469726562
RRLSU,λ<=log n,65536,0,619899,9.458908081054688
RRLSU,λ<=log n,65536,0,669165,10.210647583007812
RRLSU,λ<=log n,65536,0,654632,9.9888916015625
RRLSU,λ<=log n,65536,0,629831,9.610458374023438
RRLSU,λ<=log n,65536,0,683450,10.428619384765625
RRLSU,λ<=log n,65536,0,779094,11.888031005859375
RRLSU,λ<=log n,65536,0,651475,9.940719604492188
RRLSU,λ<=log n,65536,0,656767,10.021469116210938
RRLSU,λ<=log n,65536,0,688571,10.506759643554688
RRLSU,λ<=log n,65536,0,642629,9.805740356445312
RRLSU,λ<=log n,65536,0,616224,9.40283203125
RRLSU,λ<=log n,65536,0,679084,10.36199951171875
RRLSU,λ<=log n,65536,0,640661,9.775711059570312
RRLSU,λ<=log n,65536,0,629681,9.608169555664062
RRLSU,λ<=log n,65536,0,611711,9.333969116210938
RRLSU,λ<=log n,65536,0,631354,9.633697509765625
RRLSU,λ<=log n,65536,0,665902,10.160858154296875
RRLSU,λ<=log n,65536,0,635212,9.69256591796875
RRLSU,λ<=log n,65536,0,675153,10.302017211914062
RRLSU,λ<=log n,65536,0,631115,9.630050659179688
RRLSU,λ<=log n,65536,0,631946,9.642730712890625
RRLSU,λ<=log n,65536,0,640321,9.770523071289062
RRLSU,λ<=log n,65536,0,622035,9.491500854492188
RRLSU,λ<=log n,65536,0,609699,9.303268432617188
RRLSU,λ<=log n,65536,0,651938,9.947784423828125
RRLSU,λ<=log n,65536,0,706429,10.779251098632812
RRLSU,λ<=log n,65536,0,640257,9.769546508789062
RRLSU,λ<=log n,65536,0,669119,10.209945678710938
RRLSU,λ<=log n,65536,0,628713,9.593399047851562
RRLSU,λ<=log n,65536,0,696038,10.620697021484375
RRLSU,λ<=log n,65536,0,641696,9.79150390625
RRLSU,λ<=log n,65536,0,659460,10.06256103515625
RRLSU,λ<=log n,65536,0,628529,9.590591430664062
RRLSU,λ<=log n,65536,0,682155,10.408859252929688
RRLSU,λ<=log n,65536,0,713618,10.888946533203125
RRLSU,λ<=log n,65536,0,643947,9.825851440429688
RRLSU,λ<=log n,65536,0,652124,9.95062255859375
RRLSU,λ<=log n,65536,0,632608,9.65283203125
RRLSU,λ<=log n,65536,0,615007,9.384262084960938
RRLSU,λ<=log n,65536,0,687721,10.493789672851562
RRLSU,λ<=log n,65536,0,620181,9.463211059570312
RRLSU,λ<=log n,65536,0,654320,9.984130859375
RRLSU,λ<=log n,65536,0,646715,9.868087768554688
RRLSU,λ<=log n,65536,0,659257,10.059463500976562
RRLSU,λ<=log n,65536,0,644221,9.830032348632812
RRLSU,λ<=log n,65536,0,621646,9.485565185546875
RRLSU,λ<=log n,65536,0,749786,11.440826416015625
RRLSU,λ<=log n,65536,0,628210,9.585723876953125
RRLSU,λ<=log n,65536,0,630823,9.625595092773438
RRLSU,λ<=log n,65536,0,675100,10.30120849609375
RRLSU,λ<=log n,65536,0,715817,10.922500610351562
RRLSU,λ<=log n,65536,0,632710,9.654388427734375
RRLSU,λ<=log n,65536,0,668481,10.200210571289062
RRLSU,λ<=log n,65536,0,653294,9.968475341796875
RRLSU,λ<=log n,65536,0,591293,9.022415161132812
RRLSU,λ<=log n,65536,0,709845,10.831375122070312
RRLSU,λ<=log n,65536,0,610688,9.318359375
RRLSU,λ<=log n,65536,0,632877,9.656936645507812
RRLSU,λ<=log n,65536,0,670281,10.227676391601562
RRLSU,λ<=log n,65536,0,639865,9.763565063476562
RRLSU,λ<=log n,65536,0,654438,9.985931396484375
RRLSU,λ<=log n,65536,0,649514,9.910797119140625
RRLSU,λ<=log n,65536,0,643841,9.824234008789062
RRLSU,λ<=log n,65536,0,699339,10.671066284179688
RRLSU,λ<=log n,65536,0,641656,9.7908935546875
RRLSU,λ<=log n,65536,0,656136,10.0118408203125
RRLSU,λ<=log n,65536,0,629494,9.605316162109375
RRLSU,λ<=log n,65536,0,630734,9.624237060546875
RRLSU,λ<=log n,65536,0,641265,9.784927368164062
RRLSU,λ<=log n,65536,0,614244,9.37261962890625
RRLSU,λ<=log n,65536,0,661293,10.090530395507812
RRLSU,λ<=log n,65536,0,635794,9.701446533203125
RRLSU,λ<=log n,65536,0,678053,10.346267700195312
RRLSU,λ<=log n,65536,0,673819,10.281661987304688
RRLSU,λ<=log n,65536,0,670757,10.234939575195312
RRLSU,λ<=log n,65536,0,631792,9.640380859375
RRLSU,λ<=log n,65536,0,760202,11.599761962890625
RRLSU,λ<=log n,65536,0,722949,11.031326293945312
RRLSU,λ<=log n,65536,0,670622,10.232879638671875
RRLSU,λ<=log n,65536,0,626314,9.556793212890625
RRLSU,λ<=log n,65536,0,616928,9.41357421875
RRLSU,λ<=log n,65536,0,635096,9.6907958984375
RRLSU,λ<=log n,65536,0,633536,9.6669921875
RRLSU,λ<=log n,65536,0,759039,11.582015991210938
RRLSU,λ<=log n,65536,0,652074,9.949859619140625
RRLSU,λ<=log n,65536,0,616609,9.408706665039062
RRLSU,λ<=log n,65536,0,613705,9.364395141601562
RRLSU,λ<=log n,65536,0,611538,9.331329345703125
RRLSU,λ<=log n,65536,0,665499,10.154708862304688
RRLSU,λ<=log n,65536,0,590190,9.005584716796875
RRLSU,λ<=log n,65536,0,658030,10.040740966796875
RRLSU,λ<=log n,65536,0,635705,9.700088500976562
RRLSU,λ<=log n,65536,0,705482,10.764801025390625
RRLSU,λ<=log n,65536,0,662952,10.1158447265625
RRLSU,λ<=log n,65536,0,631901,9.642044067382812
RRLSU,λ<=log n,65536,0,647345,9.877700805664062
RRLSU,λ<=log n,65536,0,614010,9.369049072265625
RRLSU,λ<=log n,65536,0,648001,9.887710571289062
RSLSU,λ<=log n,65536,0,775816,11.8380126953125
RSLSU,λ<=log n,65536,0,758681,11.576553344726562
RSLSU,λ<=log n,65536,0,804013,12.268264770507812
RSLSU,λ<=log n,65536,0,815661,12.445999145507812
RSLSU,λ<=log n,65536,0,754177,11.507827758789062
RSLSU,λ<=log n,65536,0,952767,14.538070678710938
RSLSU,λ<=log n,65536,0,725777,11.074478149414062
RSLSU,λ<=log n,65536,0,794032,12.115966796875
RSLSU,λ<=log n,65536,0,804649,12.277969360351562
RSLSU,λ<=log n,65536,0,761258,11.615875244140625
RSLSU,λ<=log n,65536,0,725202,11.065704345703125
RSLSU,λ<=log n,65536,0,800997,12.222244262695312
RSLSU,λ<=log n,65536,0,845652,12.90362548828125
RSLSU,λ<=log n,65536,0,842327,12.852890014648438
RSLSU,λ<=log n,65536,0,751130,11.461334228515625
RSLSU,λ<=log n,65536,0,808239,12.332748413085938
RSLSU,λ<=log n,65536,0,853236,13.01934814453125
RSLSU,λ<=log n,65536,0,747044,11.39898681640625
RSLSU,λ<=log n,65536,0,766559,11.696762084960938
RSLSU,λ<=log n,65536,0,788751,12.035385131835938
RSLSU,λ<=log n,65536,0,720155,10.988693237304688
RSLSU,λ<=log n,65536,0,838060,12.78778076171875
RSLSU,λ<=log n,65536,0,746279,11.387313842773438
RSLSU,λ<=log n,65536,0,905250,13.813018798828125
RSLSU,λ<=log n,65536,0,732516,11.17730712890625
RSLSU,λ<=log n,65536,0,756197,11.538650512695312
RSLSU,λ<=log n,65536,0,770526,11.757293701171875
RSLSU,λ<=log n,65536,0,737220,11.24908447265625
RSLSU,λ<=log n,65536,0,774799,11.822494506835938
RSLSU,λ<=log n,65536,0,764218,11.661041259765625
RSLSU,λ<=log n,65536,0,763824,11.655029296875
RSLSU,λ<=log n,65536,0,780563,11.910446166992188
RSLSU,λ<=log n,65536,0,847503,12.931869506835938
RSLSU,λ<=log n,65536,0,799577,12.200576782226562
RSLSU,λ<=log n,65536,0,790441,12.061172485351562
RSLSU,λ<=log n,65536,0,819908,12.51080322265625
RSLSU,λ<=log n,65536,0,834751,12.737289428710938
RSLSU,λ<=log n,65536,0,821959,12.542098999023438
RSLSU,λ<=log n,65536,0,836808,12.7686767578125
RSLSU,λ<=log n,65536,0,766502,11.695892333984375
RSLSU,λ<=log n,65536,0,821896,12.5411376953125
RSLSU,λ<=log n,65536,0,803112,12.2545166015625
RSLSU,λ<=log n,65536,0,808700,12.33978271484375
RSLSU,λ<=log n,65536,0,745653,11.377761840820312
RSLSU,λ<=log n,65536,0,676423,10.321395874023438
RSLSU,λ<=log n,65536,0,672048,10.254638671875
RSLSU,λ<=log n,65536,0,899061,13.718582153320312
RSLSU,λ<=log n,65536,0,847274,12.928375244140625
RSLSU,λ<=log n,65536,0,779309,11.891311645507812
RSLSU,λ<=log n,65536,0,723681,11.042495727539062
RSLSU,λ<=log n,65536,0,720209,10.989517211914062
RSLSU,λ<=log n,65536,0,792656,12.094970703125
RSLSU,λ<=log n,65536,0,761001,11.611953735351562
RSLSU,λ<=log n,65536,0,850038,12.970550537109375
RSLSU,λ<=log n,65536,0,759407,11.587631225585938
RSLSU,λ<=log n,65536,0,822861,12.555862426757812
RSLSU,λ<=log n,65536,0,792622,12.094451904296875
RSLSU,λ<=log n,65536,0,704774,10.753997802734375
RSLSU,λ<=log n,65536,0,861400,13.1439208984375
RSLSU,λ<=log n,65536,0,858765,13.103713989257812
RSLSU,λ<=log n,65536,0,787788,12.02069091796875
RSLSU,λ<=log n,65536,0,761438,11.618621826171875
RSLSU,λ<=log n,65536,0,773224,11.7984619140625
RSLSU,λ<=log n,65536,0,771006,11.764617919921875
RSLSU,λ<=log n,65536,0,729708,11.13446044921875
RSLSU,λ<=log n,65536,0,770117,11.751052856445312
RSLSU,λ<=log n,65536,0,742199,11.325057983398438
RSLSU,λ<=log n,65536,0,837567,12.780258178710938
RSLSU,λ<=log n,65536,0,762853,11.640213012695312
RSLSU,λ<=log n,65536,0,860039,13.123153686523438
RSLSU,λ<=log n,65536,0,757825,11.563491821289062
RSLSU,λ<=log n,65536,0,768925,11.732864379882812
RSLSU,λ<=log n,65536,0,735741,11.226516723632812
RSLSU,λ<=log n,65536,0,797344,12.16650390625
RSLSU,λ<=log n,65536,0,811633,12.384536743164062
RSLSU,λ<=log n,65536,0,781400,11.9232177734375
RSLSU,λ<=log n,65536,0,734793,11.212051391601562
RSLSU,λ<=log n,65536,0,741137,11.308853149414062
RSLSU,λ<=log n,65536,0,759505,11.589126586914062
RSLSU,λ<=log n,65536,0,784125,11.964797973632812
RSLSU,λ<=log n,65536,0,724023,11.047714233398438
RSLSU,λ<=log n,65536,0,726385,11.083755493164062
RSLSU,λ<=log n,65536,0,753002,11.489898681640625
RSLSU,λ<=log n,65536,0,816221,12.454544067382812
RSLSU,λ<=log n,65536,0,788655,12.033920288085938
RSLSU,λ<=log n,65536,0,791386,12.075592041015625
RSLSU,λ<=log n,65536,0,799663,12.201889038085938
RSLSU,λ<=log n,65536,0,733421,11.191116333007812
RSLSU,λ<=log n,65536,0,771444,11.77130126953125
RSLSU,λ<=log n,65536,0,831142,12.682220458984375
RSLSU,λ<=log n,65536,0,773692,11.80560302734375
RSLSU,λ<=log n,65536,0,858713,13.102920532226562
RSLSU,λ<=log n,65536,0,769860,11.74713134765625
RSLSU,λ<=log n,65536,0,778050,11.872100830078125
RSLSU,λ<=log n,65536,0,724419,11.053756713867188
RSLSU,λ<=log n,65536,0,744141,11.354690551757812
RSLSU,λ<=log n,65536,0,734552,11.2083740234375
RSLSU,λ<=log n,65536,0,761808,11.624267578125
RSLSU,λ<=log n,65536,0,844973,12.893264770507812
RSLSU,λ<=log n,65536,0,873984,13.3359375
RSDMU,λ<=log n,65536,0,703016,10.7271728515625
RSDMU,λ<=log n,65536,0,629194,9.600738525390625
RSDMU,λ<=log n,65536,0,589178,8.990142822265625
RSDMU,λ<=log n,65536,0,650846,9.931121826171875
RSDMU,λ<=log n,65536,0,750805,11.456375122070312
RSDMU,λ<=log n,65536,0,693297,10.578872680664062
RSDMU,λ<=log n,65536,0,626192,9.554931640625
RSDMU,λ<=log n,65536,0,646975,9.872055053710938
RSDMU,λ<=log n,65536,0,644598,9.835784912109375
RSDMU,λ<=log n,65536,0,635081,9.690567016601562
RSDMU,λ<=log n,65536,0,659096,10.0570068359375
RSDMU,λ<=log n,65536,0,854754,13.042510986328125
RSDMU,λ<=log n,65536,0,681391,10.397201538085938
RSDMU,λ<=log n,65536,0,598236,9.12835693359375
RSDMU,λ<=log n,65536,0,770210,11.752471923828125
RSDMU,λ<=log n,65536,0,642397,9.802200317382812
RSDMU,λ<=log n,65536,0,659664,10.065673828125
RSDMU,λ<=log n,65536,0,651569,9.942153930664062
RSDMU,λ<=log n,65536,0,661681,10.096450805664062
RSDMU,λ<=log n,65536,0,605640,9.2413330078125
RSDMU,λ<=log n,65536,0,700081,10.682388305664062
RSDMU,λ<=log n,65536,0,669224,10.2115478515625
RSDMU,λ<=log n,65536,0,608712,9.2882080078125
RSDMU,λ<=log n,65536,0,636434,9.711212158203125
RSDMU,λ<=log n,65536,0,676041,10.315567016601562
RSDMU,λ<=log n,65536,0,642468,9.80328369140625
RSDMU,λ<=log n,65536,0,636178,9.707305908203125
RSDMU,λ<=log n,65536,0,629333,9.602859497070312
RSDMU,λ<=log n,65536,0,607392,9.26806640625
RSDMU,λ<=log n,65536,0,695449,10.611709594726562
RSDMU,λ<=log n,65536,0,614975,9.383773803710938
RSDMU,λ<=log n,65536,0,591231,9.021469116210938
RSDMU,λ<=log n,65536,0,597780,9.12139892578125
RSDMU,λ<=log n,65536,0,651903,9.947250366210938
RSDMU,λ<=log n,65536,0,581004,8.86541748046875
RSDMU,λ<=log n,65536,0,662822,10.113861083984375
RSDMU,λ<=log n,65536,0,670323,10.228317260742188
RSDMU,λ<=log n,65536,0,656472,10.0169677734375
RSDMU,λ<=log n,65536,0,711256,10.8529052734375
RSDMU,λ<=log n,65536,0,591826,9.030548095703125
RSDMU,λ<=log n,65536,0,700000,10.68115234375
RSDMU,λ<=log n,65536,0,618115,9.431686401367188
RSDMU,λ<=log n,65536,0,786190,11.996307373046875
RSDMU,λ<=log n,65536,0,710199,10.836776733398438
RSDMU,λ<=log n,65536,0,582540,8.88885498046875
RSDMU,λ<=log n,65536,0,704105,10.743789672851562
RSDMU,λ<=log n,65536,0,616264,9.4034423828125
RSDMU,λ<=log n,65536,0,634040,9.6746826171875
RSDMU,λ<=log n,65536,0,606026,9.247222900390625
RSDMU,λ<=log n,65536,0,724229,11.050857543945312
RSDMU,λ<=log n,65536,0,634484,9.68145751953125
RSDMU,λ<=log n,65536,0,669743,10.219467163085938
RSDMU,λ<=log n,65536,0,631906,9.642120361328125
RSDMU,λ<=log n,65536,0,590180,9.00543212890625
RSDMU,λ<=log n,65536,0,654495,9.986801147460938
RSDMU,λ<=log n,65536,0,684440,10.4437255859375
RSDMU,λ<=log n,65536,0,712248,10.8680419921875
RSDMU,λ<=log n,65536,0,617772,9.42645263671875
RSDMU,λ<=log n,65536,0,650687,9.928695678710938
RSDMU,λ<=log n,65536,0,624250,9.525299072265625
RSDMU,λ<=log n,65536,0,626341,9.557205200195312
RSDMU,λ<=log n,65536,0,613187,9.356491088867188
RSDMU,λ<=log n,65536,0,667827,10.190231323242188
RSDMU,λ<=log n,65536,0,622325,9.495925903320312
RSDMU,λ<=log n,65536,0,673808,10.281494140625
RSDMU,λ<=log n,65536,0,661613,10.095413208007812
RSDMU,λ<=log n,65536,0,660147,10.073043823242188
RSDMU,λ<=log n,65536,0,681301,10.395828247070312
RSDMU,λ<=log n,65536,0,639945,9.764785766601562
RSDMU,λ<=log n,65536,0,635285,9.693679809570312
RSDMU,λ<=log n,65536,0,634166,9.676605224609375
RSDMU,λ<=log n,65536,0,703645,10.736770629882812
RSDMU,λ<=log n,65536,0,653532,9.97210693359375
RSDMU,λ<=log n,65536,0,626471,9.559188842773438
RSDMU,λ<=log n,65536,0,696643,10.629928588867188
RSDMU,λ<=log n,65536,0,641342,9.786102294921875
RSDMU,λ<=log n,65536,0,679313,10.365493774414062
RSDMU,λ<=log n,65536,0,659858,10.068634033203125
RSDMU,λ<=log n,65536,0,693259,10.578292846679688
RSDMU,λ<=log n,65536,0,650264,9.9222412109375
RSDMU,λ<=log n,65536,0,644303,9.831283569335938
RSDMU,λ<=log n,65536,0,655262,9.998504638671875
RSDMU,λ<=log n,65536,0,703164,10.72943115234375
RSDMU,λ<=log n,65536,0,668410,10.199127197265625
RSDMU,λ<=log n,65536,0,696797,10.632278442382812
RSDMU,λ<=log n,65536,0,629240,9.6014404296875
RSDMU,λ<=log n,65536,0,628031,9.582992553710938
RSDMU,λ<=log n,65536,0,632944,9.657958984375
RSDMU,λ<=log n,65536,0,625786,9.548736572265625
RSDMU,λ<=log n,65536,0,694691,10.600143432617188
RSDMU,λ<=log n,65536,0,666232,10.1658935546875
RSDMU,λ<=log n,65536,0,623550,9.514617919921875
RSDMU,λ<=log n,65536,0,647213,9.875686645507812
RSDMU,λ<=log n,65536,0,595714,9.089874267578125
RSDMU,λ<=log n,65536,0,687969,10.497573852539062
RSDMU,λ<=log n,65536,0,686929,10.481704711914062
RSDMU,λ<=log n,65536,0,615447,9.390975952148438
RSDMU,λ<=log n,65536,0,613615,9.363021850585938
RSDMU,λ<=log n,65536,0,651268,9.93756103515625
RSDMU,λ<=log n,65536,0,605124,9.23345947265625
RRDMU,λ<=log n,65536,0,621870,9.488983154296875
RRDMU,λ<=log n,65536,0,562437,8.582107543945312
RRDMU,λ<=log n,65536,0,497691,7.5941619873046875
RRDMU,λ<=log n,65536,0,534992,8.163330078125
RRDMU,λ<=log n,65536,0,534816,8.16064453125
RRDMU,λ<=log n,65536,0,519045,7.9199981689453125
RRDMU,λ<=log n,65536,0,522638,7.974822998046875
RRDMU,λ<=log n,65536,0,503107,7.6768035888671875
RRDMU,λ<=log n,65536,0,486554,7.424224853515625
RRDMU,λ<=log n,65536,0,581727,8.876449584960938
RRDMU,λ<=log n,65536,0,537306,8.198638916015625
RRDMU,λ<=log n,65536,0,519490,7.926788330078125
RRDMU,λ<=log n,65536,0,519783,7.9312591552734375
RRDMU,λ<=log n,65536,0,487991,7.4461517333984375
RRDMU,λ<=log n,65536,0,507380,7.74200439453125
RRDMU,λ<=log n,65536,0,531784,8.1143798828125
RRDMU,λ<=log n,65536,0,498567,7.6075286865234375
RRDMU,λ<=log n,65536,0,515831,7.8709564208984375
RRDMU,λ<=log n,65536,0,509834,7.779449462890625
RRDMU,λ<=log n,65536,0,533807,8.145248413085938
RRDMU,λ<=log n,65536,0,484327,7.3902435302734375
RRDMU,λ<=log n,65536,0,461328,7.039306640625
RRDMU,λ<=log n,65536,0,525538,8.019073486328125
RRDMU,λ<=log n,65536,0,480197,7.3272247314453125
RRDMU,λ<=log n,65536,0,491125,7.4939727783203125
RRDMU,λ<=log n,65536,0,511947,7.8116912841796875
RRDMU,λ<=log n,65536,0,536957,8.193313598632812
RRDMU,λ<=log n,65536,0,506258,7.724884033203125
RRDMU,λ<=log n,65536,0,587293,8.961380004882812
RRDMU,λ<=log n,65536,0,542329,8.275283813476562
RRDMU,λ<=log n,65536,0,528258,8.060577392578125
RRDMU,λ<=log n,65536,0,559180,8.53240966796875
RRDMU,λ<=log n,65536,0,552042,8.423492431640625
RRDMU,λ<=log n,65536,0,484928,7.3994140625
RRDMU,λ<=log n,65536,0,503031,7.6756439208984375
RRDMU,λ<=log n,65536,0,499386,7.620025634765625
RRDMU,λ<=log n,65536,0,498426,7.605377197265625
RRDMU,λ<=log n,65536,0,522831,7.9777679443359375
RRDMU,λ<=log n,65536,0,485560,7.4090576171875
RRDMU,λ<=log n,65536,0,512223,7.8159027099609375
RRDMU,λ<=log n,65536,0,485484,7.40789794921875
RRDMU,λ<=log n,65536,0,494033,7.5383453369140625
RRDMU,λ<=log n,65536,0,486500,7.42340087890625
RRDMU,λ<=log n,65536,0,519344,7.924560546875
RRDMU,λ<=log n,65536,0,493392,7.528564453125
RRDMU,λ<=log n,65536,0,501557,7.6531524658203125
RRDMU,λ<=log n,65536,0,500375,7.6351165771484375
RRDMU,λ<=log n,65536,0,544920,8.3148193359375
RRDMU,λ<=log n,65536,0,477860,7.29156494140625
RRDMU,λ<=log n,65536,0,590936,9.0169677734375
RRDMU,λ<=log n,65536,0,504137,7.6925201416015625
RRDMU,λ<=log n,65536,0,552816,8.435302734375
RRDMU,λ<=log n,65536,0,547342,8.351776123046875
RRDMU,λ<=log n,65536,0,587724,8.96795654296875
RRDMU,λ<=log n,65536,0,554590,8.462371826171875
RRDMU,λ<=log n,65536,0,512736,7.82373046875
RRDMU,λ<=log n,65536,0,492010,7.507476806640625
RRDMU,λ<=log n,65536,0,518416,7.910400390625
RRDMU,λ<=log n,65536,0,481767,7.3511810302734375
RRDMU,λ<=log n,65536,0,513054,7.828582763671875
RRDMU,λ<=log n,65536,0,495368,7.5587158203125
RRDMU,λ<=log n,65536,0,488025,7.4466705322265625
RRDMU,λ<=log n,65536,0,510028,7.78240966796875
RRDMU,λ<=log n,65536,0,507731,7.7473602294921875
RRDMU,λ<=log n,65536,0,489240,7.4652099609375
RRDMU,λ<=log n,65536,0,549683,8.387496948242188
RRDMU,λ<=log n,65536,0,516234,7.877105712890625
RRDMU,λ<=log n,65536,0,509430,7.773284912109375
RRDMU,λ<=log n,65536,0,588176,8.974853515625
RRDMU,λ<=log n,65536,0,495035,7.5536346435546875
RRDMU,λ<=log n,65536,0,532445,8.124465942382812
RRDMU,λ<=log n,65536,0,500392,7.6353759765625
RRDMU,λ<=log n,65536,0,523165,7.9828643798828125
RRDMU,λ<=log n,65536,0,579650,8.844757080078125
RRDMU,λ<=log n,65536,0,496479,7.5756683349609375
RRDMU,λ<=log n,65536,0,522262,7.969085693359375
RRDMU,λ<=log n,65536,0,485889,7.4140777587890625
RRDMU,λ<=log n,65536,0,534533,8.156326293945312
RRDMU,λ<=log n,65536,0,499515,7.6219940185546875
RRDMU,λ<=log n,65536,0,512185,7.8153228759765625
RRDMU,λ<=log n,65536,0,527919,8.055404663085938
RRDMU,λ<=log n,65536,0,514115,7.8447723388671875
RRDMU,λ<=log n,65536,0,568599,8.676132202148438
RRDMU,λ<=log n,65536,0,518456,7.9110107421875
RRDMU,λ<=log n,65536,0,612285,9.342727661132812
RRDMU,λ<=log n,65536,0,484593,7.3943023681640625
RRDMU,λ<=log n,65536,0,506426,7.727447509765625
RRDMU,λ<=log n,65536,0,564952,8.6204833984375
RRDMU,λ<=log n,65536,0,508877,7.7648468017578125
RRDMU,λ<=log n,65536,0,544904,8.3145751953125
RRDMU,λ<=log n,65536,0,623431,9.512802124023438
RRDMU,λ<=log n,65536,0,485648,7.410400390625
RRDMU,λ<=log n,65536,0,566177,8.639175415039062
RRDMU,λ<=log n,65536,0,504350,7.695770263671875
RRDMU,λ<=log n,65536,0,495240,7.5567626953125
RRDMU,λ<=log n,65536,0,467496,7.1334228515625
RRDMU,λ<=log n,65536,0,607754,9.273590087890625
RRDMU,λ<=log n,65536,0,491483,7.4994354248046875
RRDMU,λ<=log n,65536,0,599106,9.141632080078125
RRDMU,λ<=log n,65536,0,499587,7.6230926513671875
RHDMU,λ<=log n,65536,0,463501,7.0724639892578125
RHDMU,λ<=log n,65536,0,475731,7.2590789794921875
RHDMU,λ<=log n,65536,0,454784,6.939453125
RHDMU,λ<=log n,65536,0,444341,6.7801055908203125
RHDMU,λ<=log n,65536,0,452047,6.8976898193359375
RHDMU,λ<=log n,65536,0,481986,7.354522705078125
RHDMU,λ<=log n,65536,0,487984,7.446044921875
RHDMU,λ<=log n,65536,0,467353,7.1312408447265625
RHDMU,λ<=log n,65536,0,521341,7.9550323486328125
RHDMU,λ<=log n,65536,0,490638,7.486541748046875
RHDMU,λ<=log n,65536,0,466859,7.1237030029296875
RHDMU,λ<=log n,65536,0,471185,7.1897125244140625
RHDMU,λ<=log n,65536,0,457920,6.9873046875
RHDMU,λ<=log n,65536,0,471213,7.1901397705078125
RHDMU,λ<=log n,65536,0,481557,7.3479766845703125
RHDMU,λ<=log n,65536,0,440289,6.7182769775390625
RHDMU,λ<=log n,65536,0,455137,6.9448394775390625
RHDMU,λ<=log n,65536,0,458508,6.99627685546875
RHDMU,λ<=log n,65536,0,462497,7.0571441650390625
RHDMU,λ<=log n,65536,0,493480,7.5299072265625
RHDMU,λ<=log n,65536,0,488095,7.4477386474609375
RHDMU,λ<=log n,65536,0,477702,7.289154052734375
RHDMU,λ<=log n,65536,0,488066,7.447296142578125
RHDMU,λ<=log n,65536,0,467418,7.132232666015625
RHDMU,λ<=log n,65536,0,543540,8.29376220703125
RHDMU,λ<=log n,65536,0,440711,6.7247161865234375
RHDMU,λ<=log n,65536,0,514927,7.8571624755859375
RHDMU,λ<=log n,65536,0,488106,7.447906494140625
RHDMU,λ<=log n,65536,0,479148,7.31121826171875
RHDMU,λ<=log n,65536,0,496704,7.5791015625
RHDMU,λ<=log n,65536,0,479880,7.3223876953125
RHDMU,λ<=log n,65536,0,455823,6.9553070068359375
RHDMU,λ<=log n,65536,0,480754,7.335723876953125
RHDMU,λ<=log n,65536,0,529015,8.072128295898438
RHDMU,λ<=log n,65536,0,506647,7.7308197021484375
RHDMU,λ<=log n,65536,0,508460,7.75848388671875
RHDMU,λ<=log n,65536,0,446259,6.8093719482421875
RHDMU,λ<=log n,65536,0,433432,6.6136474609375
RHDMU,λ<=log n,65536,0,510583,7.7908782958984375
RHDMU,λ<=log n,65536,0,483553,7.3784332275390625
RHDMU,λ<=log n,65536,0,455047,6.9434661865234375
RHDMU,λ<=log n,65536,0,469457,7.1633453369140625
RHDMU,λ<=log n,65536,0,469708,7.16717529296875
RHDMU,λ<=log n,65536,0,545736,8.3272705078125
RHDMU,λ<=log n,65536,0,508598,7.760589599609375
RHDMU,λ<=log n,65536,0,495743,7.5644378662109375
RHDMU,λ<=log n,65536,0,436869,6.6660919189453125
RHDMU,λ<=log n,65536,0,440462,6.720916748046875
RHDMU,λ<=log n,65536,0,493176,7.5252685546875
RHDMU,λ<=log n,65536,0,518978,7.918975830078125
RHDMU,λ<=log n,65536,0,436944,6.667236328125
RHDMU,λ<=log n,65536,0,463376,7.070556640625
RHDMU,λ<=log n,65536,0,459321,7.0086822509765625
RHDMU,λ<=log n,65536,0,503591,7.6841888427734375
RHDMU,λ<=log n,65536,0,487170,7.433624267578125
RHDMU,λ<=log n,65536,0,561436,8.56683349609375
RHDMU,λ<=log n,65536,0,497004,7.58367919921875
RHDMU,λ<=log n,65536,0,499112,7.6158447265625
RHDMU,λ<=log n,65536,0,477597,7.2875518798828125
RHDMU,λ<=log n,65536,0,479025,7.3093414306640625
RHDMU,λ<=log n,65536,0,476359,7.2686614990234375
RHDMU,λ<=log n,65536,0,471820,7.19940185546875
RHDMU,λ<=log n,65536,0,454578,6.936309814453125
RHDMU,λ<=log n,65536,0,470863,7.1847991943359375
RHDMU,λ<=log n,65536,0,459304,7.0084228515625
RHDMU,λ<=log n,65536,0,475612,7.25726318359375
RHDMU,λ<=log n,65536,0,463559,7.0733489990234375
RHDMU,λ<=log n,65536,0,445502,6.797821044921875
RHDMU,λ<=log n,65536,0,450960,6.881103515625
RHDMU,λ<=log n,65536,0,493496,7.5301513671875
RHDMU,λ<=log n,65536,0,454607,6.9367523193359375
RHDMU,λ<=log n,65536,0,459759,7.0153656005859375
RHDMU,λ<=log n,65536,0,479488,7.31640625
RHDMU,λ<=log n,65536,0,461224,7.0377197265625
RHDMU,λ<=log n,65536,0,456236,6.96160888671875
RHDMU,λ<=log n,65536,0,487692,7.44158935546875
RHDMU,λ<=log n,65536,0,448279,6.8401947021484375
RHDMU,λ<=log n,65536,0,491960,7.5067138671875
RHDMU,λ<=log n,65536,0,455439,6.9494476318359375
RHDMU,λ<=log n,65536,0,554602,8.462554931640625
RHDMU,λ<=log n,65536,0,472794,7.214263916015625
RHDMU,λ<=log n,65536,0,456403,6.9641571044921875
RHDMU,λ<=log n,65536,0,466554,7.119049072265625
RHDMU,λ<=log n,65536,0,447411,6.8269500732421875
RHDMU,λ<=log n,65536,0,495263,7.5571136474609375
RHDMU,λ<=log n,65536,0,438298,6.687896728515625
RHDMU,λ<=log n,65536,0,474788,7.24468994140625
RHDMU,λ<=log n,65536,0,447514,6.828521728515625
RHDMU,λ<=log n,65536,0,493817,7.5350494384765625
RHDMU,λ<=log n,65536,0,496177,7.5710601806640625
RHDMU,λ<=log n,65536,0,477764,7.29010009765625
RHDMU,λ<=log n,65536,0,446391,6.8113861083984375
RHDMU,λ<=log n,65536,0,479422,7.315399169921875
RHDMU,λ<=log n,65536,0,492256,7.51123046875
RHDMU,λ<=log n,65536,0,489492,7.46905517578125
RHDMU,λ<=log n,65536,0,469444,7.16314697265625
RHDMU,λ<=log n,65536,0,497603,7.5928192138671875
RHDMU,λ<=log n,65536,0,471834,7.199615478515625
RHDMU,λ<=log n,65536,0,505176,7.7083740234375
RHLMU,λ<=log n,65536,0,603978,9.215972900390625
RHLMU,λ<=log n,65536,0,522187,7.9679412841796875
RHLMU,λ<=log n,65536,0,492952,7.5218505859375
RHLMU,λ<=log n,65536,0,489253,7.4654083251953125
RHLMU,λ<=log n,65536,0,545908,8.32989501953125
RHLMU,λ<=log n,65536,0,493545,7.5308990478515625
RHLMU,λ<=log n,65536,0,481898,7.353179931640625
RHLMU,λ<=log n,65536,0,482631,7.3643646240234375
RHLMU,λ<=log n,65536,0,575949,8.788284301757812
RHLMU,λ<=log n,65536,0,495650,7.563018798828125
RHLMU,λ<=log n,65536,0,605870,9.244842529296875
RHLMU,λ<=log n,65536,0,490292,7.48126220703125
RHLMU,λ<=log n,65536,0,491834,7.504791259765625
RHLMU,λ<=log n,65536,0,470961,7.1862945556640625
RHLMU,λ<=log n,65536,0,498479,7.6061859130859375
RHLMU,λ<=log n,65536,0,476465,7.2702789306640625
RHLMU,λ<=log n,65536,0,494640,7.547607421875
RHLMU,λ<=log n,65536,0,516479,7.8808441162109375
RHLMU,λ<=log n,65536,0,529415,8.078231811523438
RHLMU,λ<=log n,65536,0,489109,7.4632110595703125
RHLMU,λ<=log n,65536,0,489181,7.4643096923828125
RHLMU,λ<=log n,65536,0,471144,7.1890869140625
RHLMU,λ<=log n,65536,0,481449,7.3463287353515625
RHLMU,λ<=log n,65536,0,474626,7.242218017578125
RHLMU,λ<=log n,65536,0,466284,7.11492919921875
RHLMU,λ<=log n,65536,0,495234,7.556671142578125
RHLMU,λ<=log n,65536,0,536181,8.181472778320312
RHLMU,λ<=log n,65536,0,491029,7.4925079345703125
RHLMU,λ<=log n,65536,0,539205,8.227615356445312
RHLMU,λ<=log n,65536,0,475037,7.2484893798828125
RHLMU,λ<=log n,65536,0,522548,7.97344970703125
RHLMU,λ<=log n,65536,0,531078,8.103607177734375
RHLMU,λ<=log n,65536,0,482730,7.365875244140625
RHLMU,λ<=log n,65536,0,526972,8.04095458984375
RHLMU,λ<=log n,65536,0,506768,7.732666015625
RHLMU,λ<=log n,65536,0,501690,7.655181884765625
RHLMU,λ<=log n,65536,0,462997,7.0647735595703125
RHLMU,λ<=log n,65536,0,512877,7.8258819580078125
RHLMU,λ<=log n,65536,0,514308,7.84771728515625
RHLMU,λ<=log n,65536,0,507009,7.7363433837890625
RHLMU,λ<=log n,65536,0,469389,7.1623077392578125
RHLMU,λ<=log n,65536,0,536833,8.191421508789062
RHLMU,λ<=log n,65536,0,599614,9.149383544921875
RHLMU,λ<=log n,65536,0,489167,7.4640960693359375
RHLMU,λ<=log n,65536,0,553395,8.444137573242188
RHLMU,λ<=log n,65536,0,543646,8.295379638671875
RHLMU,λ<=log n,65536,0,481803,7.3517303466796875
RHLMU,λ<=log n,65536,0,502914,7.673858642578125
RHLMU,λ<=log n,65536,0,476422,7.269622802734375
RHLMU,λ<=log n,65536,0,509238,7.770355224609375
RHLMU,λ<=log n,65536,0,517247,7.8925628662109375
RHLMU,λ<=log n,65536,0,527064,8.0423583984375
RHLMU,λ<=log n,65536,0,485018,7.400787353515625
RHLMU,λ<=log n,65536,0,474493,7.2401885986328125
RHLMU,λ<=log n,65536,0,492297,7.5118560791015625
RHLMU,λ<=log n,65536,0,482195,7.3577117919921875
RHLMU,λ<=log n,65536,0,510448,7.788818359375
RHLMU,λ<=log n,65536,0,500707,7.6401824951171875
RHLMU,λ<=log n,65536,0,537664,8.2041015625
RHLMU,λ<=log n,65536,0,498911,7.6127777099609375
RHLMU,λ<=log n,65536,0,493574,7.531341552734375
RHLMU,λ<=log n,65536,0,498050,7.599639892578125
RHLMU,λ<=log n,65536,0,507286,7.740570068359375
RHLMU,λ<=log n,65536,0,510408,7.7882080078125
RHLMU,λ<=log n,65536,0,501511,7.6524505615234375
RHLMU,λ<=log n,65536,0,477035,7.2789764404296875
RHLMU,λ<=log n,65536,0,516139,7.8756561279296875
RHLMU,λ<=log n,65536,0,492168,7.5098876953125
RHLMU,λ<=log n,65536,0,517077,7.8899688720703125
RHLMU,λ<=log n,65536,0,463098,7.066314697265625
RHLMU,λ<=log n,65536,0,530903,8.100936889648438
RHLMU,λ<=log n,65536,0,502480,7.667236328125
RHLMU,λ<=log n,65536,0,486464,7.4228515625
RHLMU,λ<=log n,65536,0,509075,7.7678680419921875
RHLMU,λ<=log n,65536,0,552340,8.42803955078125
RHLMU,λ<=log n,65536,0,482780,7.36663818359375
RHLMU,λ<=log n,65536,0,471945,7.2013092041015625
RHLMU,λ<=log n,65536,0,504460,7.69744873046875
RHLMU,λ<=log n,65536,0,539621,8.233963012695312
RHLMU,λ<=log n,65536,0,499920,7.628173828125
RHLMU,λ<=log n,65536,0,522536,7.9732666015625
RHLMU,λ<=log n,65536,0,516991,7.8886566162109375
RHLMU,λ<=log n,65536,0,481339,7.3446502685546875
RHLMU,λ<=log n,65536,0,507170,7.738800048828125
RHLMU,λ<=log n,65536,0,518685,7.9145050048828125
RHLMU,λ<=log n,65536,0,534409,8.154434204101562
RHLMU,λ<=log n,65536,0,481949,7.3539581298828125
RHLMU,λ<=log n,65536,0,537570,8.202667236328125
RHLMU,λ<=log n,65536,0,529181,8.074661254882812
RHLMU,λ<=log n,65536,0,484315,7.3900604248046875
RHLMU,λ<=log n,65536,0,463155,7.0671844482421875
RHLMU,λ<=log n,65536,0,477501,7.2860870361328125
RHLMU,λ<=log n,65536,0,549541,8.385330200195312
RHLMU,λ<=log n,65536,0,555689,8.479141235351562
RHLMU,λ<=log n,65536,0,486461,7.4228057861328125
RHLMU,λ<=log n,65536,0,486536,7.4239501953125
RHLMU,λ<=log n,65536,0,487743,7.4423675537109375
RHLMU,λ<=log n,65536,0,481631,7.3491058349609375
RHLMU,λ<=log n,65536,0,486851,7.4287567138671875
RRLMU,λ<=log n,65536,0,551250,8.411407470703125
RRLMU,λ<=log n,65536,0,530953,8.101699829101562
RRLMU,λ<=log n,65536,0,497227,7.5870819091796875
RRLMU,λ<=log n,65536,0,512376,7.8182373046875
RRLMU,λ<=log n,65536,0,584733,8.922317504882812
RRLMU,λ<=log n,65536,0,617857,9.427749633789062
RRLMU,λ<=log n,65536,0,554797,8.465530395507812
RRLMU,λ<=log n,65536,0,535490,8.170928955078125
RRLMU,λ<=log n,65536,0,542687,8.280746459960938
RRLMU,λ<=log n,65536,0,546139,8.333419799804688
RRLMU,λ<=log n,65536,0,524368,8.001220703125
RRLMU,λ<=log n,65536,0,532194,8.120635986328125
RRLMU,λ<=log n,65536,0,510046,7.782684326171875
RRLMU,λ<=log n,65536,0,562509,8.583206176757812
RRLMU,λ<=log n,65536,0,561811,8.572555541992188
RRLMU,λ<=log n,65536,0,506727,7.7320404052734375
RRLMU,λ<=log n,65536,0,558438,8.521087646484375
RRLMU,λ<=log n,65536,0,518402,7.910186767578125
RRLMU,λ<=log n,65536,0,549150,8.379364013671875
RRLMU,λ<=log n,65536,0,522058,7.965972900390625
RRLMU,λ<=log n,65536,0,577154,8.806671142578125
RRLMU,λ<=log n,65536,0,484132,7.38726806640625
RRLMU,λ<=log n,65536,0,515541,7.8665313720703125
RRLMU,λ<=log n,65536,0,523026,7.980743408203125
RRLMU,λ<=log n,65536,0,528936,8.0709228515625
RRLMU,λ<=log n,65536,0,505861,7.7188262939453125
RRLMU,λ<=log n,65536,0,562015,8.575668334960938
RRLMU,λ<=log n,65536,0,508651,7.7613983154296875
RRLMU,λ<=log n,65536,0,529802,8.084136962890625
RRLMU,λ<=log n,65536,0,566180,8.63922119140625
RRLMU,λ<=log n,65536,0,589313,8.992202758789062
RRLMU,λ<=log n,65536,0,572417,8.734390258789062
RRLMU,λ<=log n,65536,0,563241,8.594375610351562
RRLMU,λ<=log n,65536,0,508947,7.7659149169921875
RRLMU,λ<=log n,65536,0,533052,8.13372802734375
RRLMU,λ<=log n,65536,0,533997,8.148147583007812
RRLMU,λ<=log n,65536,0,525238,8.014495849609375
RRLMU,λ<=log n,65536,0,562752,8.5869140625
RRLMU,λ<=log n,65536,0,483072,7.37109375
RRLMU,λ<=log n,65536,0,508668,7.76165771484375
RRLMU,λ<=log n,65536,0,512513,7.8203277587890625
RRLMU,λ<=log n,65536,0,555897,8.482315063476562
RRLMU,λ<=log n,65536,0,555249,8.472427368164062
RRLMU,λ<=log n,65536,0,515513,7.8661041259765625
RRLMU,λ<=log n,65536,0,522131,7.9670867919921875
RRLMU,λ<=log n,65536,0,515030,7.858734130859375
RRLMU,λ<=log n,65536,0,501447,7.6514739990234375
RRLMU,λ<=log n,65536,0,655220,9.99786376953125
RRLMU,λ<=log n,65536,0,537558,8.202484130859375
RRLMU,λ<=log n,65536,0,550400,8.3984375
RRLMU,λ<=log n,65536,0,570566,8.706146240234375
RRLMU,λ<=log n,65536,0,501856,7.65771484375
RRLMU,λ<=log n,65536,0,503624,7.6846923828125
RRLMU,λ<=log n,65536,0,607926,9.276214599609375
RRLMU,λ<=log n,65536,0,510919,7.7960052490234375
RRLMU,λ<=log n,65536,0,536985,8.193740844726562
RRLMU,λ<=log n,65536,0,604938,9.230621337890625
RRLMU,λ<=log n,65536,0,549365,8.382644653320312
RRLMU,λ<=log n,65536,0,625032,9.5372314453125
RRLMU,λ<=log n,65536,0,584308,8.91583251953125
RRLMU,λ<=log n,65536,0,489979,7.4764862060546875
RRLMU,λ<=log n,65536,0,556769,8.495620727539062
RRLMU,λ<=log n,65536,0,514764,7.85467529296875
RRLMU,λ<=log n,65536,0,579392,8.8408203125
RRLMU,λ<=log n,65536,0,503880,7.6885986328125
RRLMU,λ<=log n,65536,0,538793,8.221328735351562
RRLMU,λ<=log n,65536,0,571385,8.718643188476562
RRLMU,λ<=log n,65536,0,529427,8.078414916992188
RRLMU,λ<=log n,65536,0,547368,8.3521728515625
RRLMU,λ<=log n,65536,0,505131,7.7076873779296875
RRLMU,λ<=log n,65536,0,534199,8.151229858398438
RRLMU,λ<=log n,65536,0,524419,8.001998901367188
RRLMU,λ<=log n,65536,0,566489,8.643936157226562
RRLMU,λ<=log n,65536,0,503082,7.676422119140625
RRLMU,λ<=log n,65536,0,536276,8.18292236328125
RRLMU,λ<=log n,65536,0,527339,8.046554565429688
RRLMU,λ<=log n,65536,0,486897,7.4294586181640625
RRLMU,λ<=log n,65536,0,515848,7.8712158203125
RRLMU,λ<=log n,65536,0,514114,7.844757080078125
RRLMU,λ<=log n,65536,0,594107,9.065353393554688
RRLMU,λ<=log n,65536,0,495799,7.5652923583984375
RRLMU,λ<=log n,65536,0,509447,7.7735443115234375
RRLMU,λ<=log n,65536,0,527221,8.044754028320312
RRLMU,λ<=log n,65536,0,540675,8.250045776367188
RRLMU,λ<=log n,65536,0,558271,8.518539428710938
RRLMU,λ<=log n,65536,0,499342,7.619354248046875
RRLMU,λ<=log n,65536,0,554530,8.461456298828125
RRLMU,λ<=log n,65536,0,541833,8.267715454101562
RRLMU,λ<=log n,65536,0,554403,8.459518432617188
RRLMU,λ<=log n,65536,0,543046,8.286224365234375
RRLMU,λ<=log n,65536,0,534871,8.161483764648438
RRLMU,λ<=log n,65536,0,514065,7.8440093994140625
RRLMU,λ<=log n,65536,0,541540,8.26324462890625
RRLMU,λ<=log n,65536,0,526475,8.033370971679688
RRLMU,λ<=log n,65536,0,521019,7.9501190185546875
RRLMU,λ<=log n,65536,0,529625,8.081436157226562
RRLMU,λ<=log n,65536,0,565316,8.62603759765625
RRLMU,λ<=log n,65536,0,525750,8.022308349609375
RRLMU,λ<=log n,65536,0,543176,8.2882080078125
RRLMU,λ<=log n,65536,0,516100,7.87506103515625
RSLMU,λ<=log n,65536,0,653845,9.976882934570312
RSLMU,λ<=log n,65536,0,814653,12.430618286132812
RSLMU,λ<=log n,65536,0,699378,10.671661376953125
RSLMU,λ<=log n,65536,0,830993,12.679946899414062
RSLMU,λ<=log n,65536,0,710987,10.848800659179688
RSLMU,λ<=log n,65536,0,904687,13.804428100585938
RSLMU,λ<=log n,65536,0,737264,11.249755859375
RSLMU,λ<=log n,65536,0,817025,12.466812133789062
RSLMU,λ<=log n,65536,0,755775,11.532211303710938
RSLMU,λ<=log n,65536,0,673694,10.279754638671875
RSLMU,λ<=log n,65536,0,689266,10.517364501953125
RSLMU,λ<=log n,65536,0,787001,12.008682250976562
RSLMU,λ<=log n,65536,0,721654,11.011566162109375
RSLMU,λ<=log n,65536,0,754807,11.517440795898438
RSLMU,λ<=log n,65536,0,757085,11.552200317382812
RSLMU,λ<=log n,65536,0,713757,10.891067504882812
RSLMU,λ<=log n,65536,0,728643,11.118209838867188
RSLMU,λ<=log n,65536,0,779399,11.892684936523438
RSLMU,λ<=log n,65536,0,668284,10.19720458984375
RSLMU,λ<=log n,65536,0,718536,10.9639892578125
RSLMU,λ<=log n,65536,0,711401,10.855117797851562
RSLMU,λ<=log n,65536,0,717080,10.9417724609375
RSLMU,λ<=log n,65536,0,733366,11.190277099609375
RSLMU,λ<=log n,65536,0,742674,11.332305908203125
RSLMU,λ<=log n,65536,0,699663,10.676010131835938
RSLMU,λ<=log n,65536,0,670159,10.225814819335938
RSLMU,λ<=log n,65536,0,716431,10.931869506835938
RSLMU,λ<=log n,65536,0,791048,12.0704345703125
RSLMU,λ<=log n,65536,0,711797,10.861160278320312
RSLMU,λ<=log n,65536,0,734918,11.213958740234375
RSLMU,λ<=log n,65536,0,759320,11.5863037109375
RSLMU,λ<=log n,65536,0,704522,10.750152587890625
RSLMU,λ<=log n,65536,0,759269,11.585525512695312
RSLMU,λ<=log n,65536,0,728775,11.120223999023438
RSLMU,λ<=log n,65536,0,726375,11.083602905273438
RSLMU,λ<=log n,65536,0,757246,11.554656982421875
RSLMU,λ<=log n,65536,0,737875,11.259078979492188
RSLMU,λ<=log n,65536,0,730413,11.145217895507812
RSLMU,λ<=log n,65536,0,748462,11.420623779296875
RSLMU,λ<=log n,65536,0,684713,10.447891235351562
RSLMU,λ<=log n,65536,0,694428,10.59613037109375
RSLMU,λ<=log n,65536,0,665401,10.153213500976562
RSLMU,λ<=log n,65536,0,841879,12.846054077148438
RSLMU,λ<=log n,65536,0,736106,11.232086181640625
RSLMU,λ<=log n,65536,0,729747,11.135055541992188
RSLMU,λ<=log n,65536,0,714207,10.897933959960938
RSLMU,λ<=log n,65536,0,687781,10.494705200195312
RSLMU,λ<=log n,65536,0,755941,11.534744262695312
RSLMU,λ<=log n,65536,0,691033,10.544326782226562
RSLMU,λ<=log n,65536,0,706934,10.786956787109375
RSLMU,λ<=log n,65536,0,674171,10.287033081054688
RSLMU,λ<=log n,65536,0,770016,11.74951171875
RSLMU,λ<=log n,65536,0,709425,10.824966430664062
RSLMU,λ<=log n,65536,0,676321,10.319839477539062
RSLMU,λ<=log n,65536,0,761830,11.624603271484375
RSLMU,λ<=log n,65536,0,753338,11.495025634765625
RSLMU,λ<=log n,65536,0,692025,10.559463500976562
RSLMU,λ<=log n,65536,0,723362,11.037628173828125
RSLMU,λ<=log n,65536,0,723438,11.038787841796875
RSLMU,λ<=log n,65536,0,718896,10.969482421875
RSLMU,λ<=log n,65536,0,688639,10.507797241210938
RSLMU,λ<=log n,65536,0,735761,11.226821899414062
RSLMU,λ<=log n,65536,0,686208,10.470703125
RSLMU,λ<=log n,65536,0,733261,11.188674926757812
RSLMU,λ<=log n,65536,0,719527,10.979110717773438
RSLMU,λ<=log n,65536,0,684941,10.451370239257812
RSLMU,λ<=log n,65536,0,726536,11.0860595703125
RSLMU,λ<=log n,65536,0,700302,10.685760498046875
RSLMU,λ<=log n,65536,0,741336,11.3118896484375
RSLMU,λ<=log n,65536,0,761191,11.614852905273438
RSLMU,λ<=log n,65536,0,709697,10.829116821289062
RSLMU,λ<=log n,65536,0,713561,10.888076782226562
RSLMU,λ<=log n,65536,0,756178,11.538360595703125
RSLMU,λ<=log n,65536,0,807001,12.313858032226562
RSLMU,λ<=log n,65536,0,788300,12.02850341796875
RSLMU,λ<=log n,65536,0,677805,10.342483520507812
RSLMU,λ<=log n,65536,0,773755,11.806564331054688
RSLMU,λ<=log n,65536,0,660131,10.072799682617188
RSLMU,λ<=log n,65536,0,787885,12.022171020507812
RSLMU,λ<=log n,65536,0,752716,11.48553466796875
RSLMU,λ<=log n,65536,0,745295,11.372299194335938
RSLMU,λ<=log n,65536,0,676671,10.325180053710938
RSLMU,λ<=log n,65536,0,709932,10.83270263671875
RSLMU,λ<=log n,65536,0,755977,11.535293579101562
RSLMU,λ<=log n,65536,0,704006,10.742279052734375
RSLMU,λ<=log n,65536,0,700718,10.692108154296875
RSLMU,λ<=log n,65536,0,709129,10.820449829101562
RSLMU,λ<=log n,65536,0,709419,10.824874877929688
RSLMU,λ<=log n,65536,0,722993,11.031997680664062
RSLMU,λ<=log n,65536,0,680871,10.389266967773438
RSLMU,λ<=log n,65536,0,710690,10.844268798828125
RSLMU,λ<=log n,65536,0,734168,11.2025146484375
RSLMU,λ<=log n,65536,0,736793,11.242568969726562
RSLMU,λ<=log n,65536,0,797763,12.172897338867188
RSLMU,λ<=log n,65536,0,720095,10.987777709960938
RSLMU,λ<=log n,65536,0,705139,10.759567260742188
RSLMU,λ<=log n,65536,0,703106,10.728546142578125
RSLMU,λ<=log n,65536,0,710981,10.848709106445312
RSLMU,λ<=log n,65536,0,715336,10.9151611328125
RSLMU,λ<=log n,65536,0,672746,10.265289306640625
RSDIU,λ<=log n,65536,0,768989,11.733840942382812
RSDIU,λ<=log n,65536,0,721289,11.005996704101562
RSDIU,λ<=log n,65536,0,806877,12.311965942382812
RSDIU,λ<=log n,65536,0,770941,11.763626098632812
RSDIU,λ<=log n,65536,0,814359,12.426132202148438
RSDIU,λ<=log n,65536,0,782827,11.944992065429688
RSDIU,λ<=log n,65536,0,800249,12.210830688476562
RSDIU,λ<=log n,65536,0,739497,11.283828735351562
RSDIU,λ<=log n,65536,0,741481,11.314102172851562
RSDIU,λ<=log n,65536,0,774155,11.812667846679688
RSDIU,λ<=log n,65536,0,722507,11.024581909179688
RSDIU,λ<=log n,65536,0,749217,11.432144165039062
RSDIU,λ<=log n,65536,0,742309,11.326736450195312
RSDIU,λ<=log n,65536,0,843075,12.864303588867188
RSDIU,λ<=log n,65536,0,781401,11.923233032226562
RSDIU,λ<=log n,65536,0,767923,11.717575073242188
RSDIU,λ<=log n,65536,0,758801,11.578384399414062
RSDIU,λ<=log n,65536,0,788927,12.038070678710938
RSDIU,λ<=log n,65536,0,804611,12.277389526367188
RSDIU,λ<=log n,65536,0,733529,11.192764282226562
RSDIU,λ<=log n,65536,0,852943,13.014877319335938
RSDIU,λ<=log n,65536,0,838437,12.793533325195312
RSDIU,λ<=log n,65536,0,793857,12.113296508789062
RSDIU,λ<=log n,65536,0,732219,11.172775268554688
RSDIU,λ<=log n,65536,0,747605,11.407546997070312
RSDIU,λ<=log n,65536,0,850357,12.975418090820312
RSDIU,λ<=log n,65536,0,842663,12.858016967773438
RSDIU,λ<=log n,65536,0,761867,11.625167846679688
RSDIU,λ<=log n,65536,0,795401,12.136856079101562
RSDIU,λ<=log n,65536,0,799011,12.191940307617188
RSDIU,λ<=log n,65536,0,736475,11.237716674804688
RSDIU,λ<=log n,65536,0,766035,11.688766479492188
RSDIU,λ<=log n,65536,0,764911,11.671615600585938
RSDIU,λ<=log n,65536,0,819763,12.508590698242188
RSDIU,λ<=log n,65536,0,752751,11.486068725585938
RSDIU,λ<=log n,65536,0,842321,12.852798461914062
RSDIU,λ<=log n,65536,0,730195,11.141891479492188
RSDIU,λ<=log n,65536,0,815781,12.447830200195312
RSDIU,λ<=log n,65536,0,783913,11.961563110351562
RSDIU,λ<=log n,65536,0,736799,11.242660522460938
RSDIU,λ<=log n,65536,0,824037,12.573806762695312
RSDIU,λ<=log n,65536,0,801717,12.233230590820312
RSDIU,λ<=log n,65536,0,969489,14.793228149414062
RSDIU,λ<=log n,65536,0,751727,11.470443725585938
RSDIU,λ<=log n,65536,0,746747,11.394454956054688
RSDIU,λ<=log n,65536,0,812247,12.393905639648438
RSDIU,λ<=log n,65536,0,743901,11.351028442382812
RSDIU,λ<=log n,65536,0,817983,12.481430053710938
RSDIU,λ<=log n,65536,0,846367,12.914535522460938
RSDIU,λ<=log n,65536,0,704927,10.756332397460938
RSDIU,λ<=log n,65536,0,725797,11.074783325195312
RSDIU,λ<=log n,65536,0,775787,11.837570190429688
RSDIU,λ<=log n,65536,0,753037,11.490432739257812
RSDIU,λ<=log n,65536,0,772647,11.789657592773438
RSDIU,λ<=log n,65536,0,773867,11.808273315429688
RSDIU,λ<=log n,65536,0,754489,11.512588500976562
RSDIU,λ<=log n,65536,0,749993,11.443984985351562
RSDIU,λ<=log n,65536,0,732863,11.182601928710938
RSDIU,λ<=log n,65536,0,784863,11.976058959960938
RSDIU,λ<=log n,65536,0,797411,12.167526245117188
RSDIU,λ<=log n,65536,0,784725,11.973953247070312
RSDIU,λ<=log n,65536,0,726261,11.081863403320312
RSDIU,λ<=log n,65536,0,774865,11.823501586914062
RSDIU,λ<=log n,65536,0,735723,11.226242065429688
RSDIU,λ<=log n,65536,0,784939,11.977218627929688
RSDIU,λ<=log n,65536,0,741875,11.320114135742188
RSDIU,λ<=log n,65536,0,740539,11.299728393554688
RSDIU,λ<=log n,65536,0,761353,11.617324829101562
RSDIU,λ<=log n,65536,0,784755,11.974411010742188
RSDIU,λ<=log n,65536,0,742697,11.332656860351562
RSDIU,λ<=log n,65536,0,757653,11.560867309570312
RSDIU,λ<=log n,65536,0,814527,12.428695678710938
RSDIU,λ<=log n,65536,0,794873,12.128799438476562
RSDIU,λ<=log n,65536,0,817811,12.478805541992188
RSDIU,λ<=log n,65536,0,862869,13.166336059570312
RSDIU,λ<=log n,65536,0,751767,11.471054077148438
RSDIU,λ<=log n,65536,0,756761,11.547256469726562
RSDIU,λ<=log n,65536,0,834279,12.730087280273438
RSDIU,λ<=log n,65536,0,841357,12.838088989257812
RSDIU,λ<=log n,65536,0,748313,11.418350219726562
RSDIU,λ<=log n,65536,0,808093,12.330520629882812
RSDIU,λ<=log n,65536,0,835857,12.754165649414062
RSDIU,λ<=log n,65536,0,978909,14.936965942382812
RSDIU,λ<=log n,65536,0,721297,11.006118774414062
RSDIU,λ<=log n,65536,0,783813,11.960037231445312
RSDIU,λ<=log n,65536,0,757409,11.557144165039062
RSDIU,λ<=log n,65536,0,765291,11.677413940429688
RSDIU,λ<=log n,65536,0,825295,12.593002319335938
RSDIU,λ<=log n,65536,0,786239,11.997055053710938
RSDIU,λ<=log n,65536,0,781551,11.925521850585938
RSDIU,λ<=log n,65536,0,715361,10.915542602539062
RSDIU,λ<=log n,65536,0,721411,11.007858276367188
RSDIU,λ<=log n,65536,0,753773,11.501663208007812
RSDIU,λ<=log n,65536,0,958323,14.622848510742188
RSDIU,λ<=log n,65536,0,772953,11.794326782226562
RSDIU,λ<=log n,65536,0,817707,12.477218627929688
RSDIU,λ<=log n,65536,0,736315,11.235275268554688
RSDIU,λ<=log n,65536,0,757131,11.552902221679688
RSDIU,λ<=log n,65536,0,858075,13.093185424804688
RSDIU,λ<=log n,65536,0,812407,12.396347045898438
RRDIU,λ<=log n,65536,0,651701,9.944168090820312
RRDIU,λ<=log n,65536,0,629709,9.608596801757812
RRDIU,λ<=log n,65536,0,592383,9.039047241210938
RRDIU,λ<=log n,65536,0,614269,9.373001098632812
RRDIU,λ<=log n,65536,0,624617,9.530899047851562
RRDIU,λ<=log n,65536,0,599911,9.153915405273438
RRDIU,λ<=log n,65536,0,637349,9.725173950195312
RRDIU,λ<=log n,65536,0,626497,9.559585571289062
RRDIU,λ<=log n,65536,0,604163,9.218795776367188
RRDIU,λ<=log n,65536,0,625539,9.544967651367188
RRDIU,λ<=log n,65536,0,631359,9.633773803710938
RRDIU,λ<=log n,65536,0,669295,10.212631225585938
RRDIU,λ<=log n,65536,0,636509,9.712356567382812
RRDIU,λ<=log n,65536,0,629935,9.612045288085938
RRDIU,λ<=log n,65536,0,614577,9.377700805664062
RRDIU,λ<=log n,65536,0,656469,10.016921997070312
RRDIU,λ<=log n,65536,0,703977,10.741836547851562
RRDIU,λ<=log n,65536,0,653429,9.970535278320312
RRDIU,λ<=log n,65536,0,652633,9.958389282226562
RRDIU,λ<=log n,65536,0,619383,9.451034545898438
RRDIU,λ<=log n,65536,0,681393,10.397232055664062
RRDIU,λ<=log n,65536,0,621665,9.485855102539062
RRDIU,λ<=log n,65536,0,662051,10.102096557617188
RRDIU,λ<=log n,65536,0,612411,9.344650268554688
RRDIU,λ<=log n,65536,0,600737,9.166519165039062
RRDIU,λ<=log n,65536,0,707763,10.799606323242188
RRDIU,λ<=log n,65536,0,596123,9.096115112304688
RRDIU,λ<=log n,65536,0,635479,9.696640014648438
RRDIU,λ<=log n,65536,0,604347,9.221603393554688
RRDIU,λ<=log n,65536,0,637325,9.724807739257812
RRDIU,λ<=log n,65536,0,606891,9.260421752929688
RRDIU,λ<=log n,65536,0,634781,9.685989379882812
RRDIU,λ<=log n,65536,0,603259,9.205001831054688
RRDIU,λ<=log n,65536,0,637497,9.727432250976562
RRDIU,λ<=log n,65536,0,600715,9.166183471679688
RRDIU,λ<=log n,65536,0,608479,9.284652709960938
RRDIU,λ<=log n,65536,0,609399,9.298690795898438
RRDIU,λ<=log n,65536,0,625229,9.540237426757812
RRDIU,λ<=log n,65536,0,611309,9.327835083007812
RRDIU,λ<=log n,65536,0,707797,10.800125122070312
RRDIU,λ<=log n,65536,0,594905,9.077529907226562
RRDIU,λ<=log n,65536,0,621313,9.480484008789062
RRDIU,λ<=log n,65536,0,636965,9.719314575195312
RRDIU,λ<=log n,65536,0,696849,10.633071899414062
RRDIU,λ<=log n,65536,0,720087,10.987655639648438
RRDIU,λ<=log n,65536,0,632015,9.643783569335938
RRDIU,λ<=log n,65536,0,621981,9.490676879882812
RRDIU,λ<=log n,65536,0,594093,9.065139770507812
RRDIU,λ<=log n,65536,0,657267,10.029098510742188
RRDIU,λ<=log n,65536,0,634087,9.675399780273438
RRDIU,λ<=log n,65536,0,618397,9.435989379882812
RRDIU,λ<=log n,65536,0,601009,9.170669555664062
RRDIU,λ<=log n,65536,0,623657,9.516250610351562
RRDIU,λ<=log n,65536,0,593897,9.062149047851562
RRDIU,λ<=log n,65536,0,609361,9.298110961914062
RRDIU,λ<=log n,65536,0,589823,8.999984741210938
RRDIU,λ<=log n,65536,0,601159,9.172958374023438
RRDIU,λ<=log n,65536,0,630763,9.624679565429688
RRDIU,λ<=log n,65536,0,623625,9.515762329101562
RRDIU,λ<=log n,65536,0,633685,9.669265747070312
RRDIU,λ<=log n,65536,0,634661,9.684158325195312
RRDIU,λ<=log n,65536,0,595775,9.090805053710938
RRDIU,λ<=log n,65536,0,660361,10.076309204101562
RRDIU,λ<=log n,65536,0,640555,9.774093627929688
RRDIU,λ<=log n,65536,0,591039,9.018539428710938
RRDIU,λ<=log n,65536,0,593551,9.056869506835938
RRDIU,λ<=log n,65536,0,642865,9.809341430664062
RRDIU,λ<=log n,65536,0,593205,9.051589965820312
RRDIU,λ<=log n,65536,0,633091,9.660202026367188
RRDIU,λ<=log n,65536,0,643867,9.824630737304688
RRDIU,λ<=log n,65536,0,629495,9.605331420898438
RRDIU,λ<=log n,65536,0,660655,10.080795288085938
RRDIU,λ<=log n,65536,0,589871,9.000717163085938
RRDIU,λ<=log n,65536,0,599763,9.151657104492188
RRDIU,λ<=log n,65536,0,636077,9.705764770507812
RRDIU,λ<=log n,65536,0,654487,9.986679077148438
RRDIU,λ<=log n,65536,0,660775,10.082626342773438
RRDIU,λ<=log n,65536,0,713737,10.890762329101562
RRDIU,λ<=log n,65536,0,684159,10.439437866210938
RRDIU,λ<=log n,65536,0,589989,9.002517700195312
RRDIU,λ<=log n,65536,0,638417,9.741470336914062
RRDIU,λ<=log n,65536,0,705045,10.758132934570312
RRDIU,λ<=log n,65536,0,620561,9.469009399414062
RRDIU,λ<=log n,65536,0,598207,9.127914428710938
RRDIU,λ<=log n,65536,0,601649,9.180435180664062
RRDIU,λ<=log n,65536,0,630453,9.619949340820312
RRDIU,λ<=log n,65536,0,622667,9.501144409179688
RRDIU,λ<=log n,65536,0,607885,9.275588989257812
RRDIU,λ<=log n,65536,0,586759,8.953231811523438
RRDIU,λ<=log n,65536,0,629533,9.605911254882812
RRDIU,λ<=log n,65536,0,624951,9.535995483398438
RRDIU,λ<=log n,65536,0,679097,10.362197875976562
RRDIU,λ<=log n,65536,0,620839,9.473251342773438
RRDIU,λ<=log n,65536,0,632629,9.653152465820312
RRDIU,λ<=log n,65536,0,651461,9.940505981445312
RRDIU,λ<=log n,65536,0,633557,9.667312622070312
RRDIU,λ<=log n,65536,0,603279,9.205307006835938
RRDIU,λ<=log n,65536,0,606187,9.249679565429688
RRDIU,λ<=log n,65536,0,647233,9.875991821289062
RRDIU,λ<=log n,65536,0,598009,9.124893188476562
RHDIU,λ<=log n,65536,0,600607,9.164535522460938
RHDIU,λ<=log n,65536,0,568699,8.677658081054688
RHDIU,λ<=log n,65536,0,578219,8.822921752929688
RHDIU,λ<=log n,65536,0,569407,8.688461303710938
RHDIU,λ<=log n,65536,0,590183,9.005477905273438
RHDIU,λ<=log n,65536,0,600245,9.159011840820312
RHDIU,λ<=log n,65536,0,568097,8.668472290039062
RHDIU,λ<=log n,65536,0,573979,8.758224487304688
RHDIU,λ<=log n,65536,0,599617,9.149429321289062
RHDIU,λ<=log n,65536,0,563993,8.605850219726562
RHDIU,λ<=log n,65536,0,559049,8.530410766601562
RHDIU,λ<=log n,65536,0,580463,8.857162475585938
RHDIU,λ<=log n,65536,0,574847,8.771469116210938
RHDIU,λ<=log n,65536,0,539073,8.225601196289062
RHDIU,λ<=log n,65536,0,565403,8.627365112304688
RHDIU,λ<=log n,65536,0,543059,8.286422729492188
RHDIU,λ<=log n,65536,0,550441,8.399063110351562
RHDIU,λ<=log n,65536,0,539189,8.227371215820312
RHDIU,λ<=log n,65536,0,559375,8.535385131835938
RHDIU,λ<=log n,65536,0,580003,8.850143432617188
RHDIU,λ<=log n,65536,0,547191,8.349472045898438
RHDIU,λ<=log n,65536,0,566367,8.642074584960938
RHDIU,λ<=log n,65536,0,595193,9.081924438476562
RHDIU,λ<=log n,65536,0,580383,8.855941772460938
RHDIU,λ<=log n,65536,0,568757,8.678543090820312
RHDIU,λ<=log n,65536,0,545201,8.319107055664062
RHDIU,λ<=log n,65536,0,558805,8.526687622070312
RHDIU,λ<=log n,65536,0,558785,8.526382446289062
RHDIU,λ<=log n,65536,0,611349,9.328445434570312
RHDIU,λ<=log n,65536,0,610667,9.318038940429688
RHDIU,λ<=log n,65536,0,611357,9.328567504882812
RHDIU,λ<=log n,65536,0,560807,8.557235717773438
RHDIU,λ<=log n,65536,0,583903,8.909652709960938
RHDIU,λ<=log n,65536,0,570919,8.711532592773438
RHDIU,λ<=log n,65536,0,579559,8.843368530273438
RHDIU,λ<=log n,65536,0,572453,8.734939575195312
RHDIU,λ<=log n,65536,0,624721,9.532485961914062
RHDIU,λ<=log n,65536,0,572011,8.728195190429688
RHDIU,λ<=log n,65536,0,601985,9.185562133789062
RHDIU,λ<=log n,65536,0,553935,8.452377319335938
RHDIU,λ<=log n,65536,0,597489,9.116958618164062
RHDIU,λ<=log n,65536,0,559541,8.537918090820312
RHDIU,λ<=log n,65536,0,669407,10.214340209960938
RHDIU,λ<=log n,65536,0,602975,9.200668334960938
RHDIU,λ<=log n,65536,0,639243,9.754074096679688
RHDIU,λ<=log n,65536,0,579407,8.841049194335938
RHDIU,λ<=log n,65536,0,623683,9.516647338867188
RHDIU,λ<=log n,65536,0,556917,8.497879028320312
RHDIU,λ<=log n,65536,0,611189,9.326004028320312
RHDIU,λ<=log n,65536,0,553937,8.452407836914062
RHDIU,λ<=log n,65536,0,673287,10.273544311523438
RHDIU,λ<=log n,65536,0,548515,8.369674682617188
RHDIU,λ<=log n,65536,0,580585,8.859024047851562
RHDIU,λ<=log n,65536,0,556761,8.495498657226562
RHDIU,λ<=log n,65536,0,584375,8.916854858398438
RHDIU,λ<=log n,65536,0,598023,9.125106811523438
RHDIU,λ<=log n,65536,0,542575,8.279037475585938
RHDIU,λ<=log n,65536,0,575721,8.784805297851562
RHDIU,λ<=log n,65536,0,572325,8.732986450195312
RHDIU,λ<=log n,65536,0,573669,8.753494262695312
RHDIU,λ<=log n,65536,0,563051,8.591476440429688
RHDIU,λ<=log n,65536,0,555709,8.479446411132812
RHDIU,λ<=log n,65536,0,545953,8.330581665039062
RHDIU,λ<=log n,65536,0,586993,8.956802368164062
RHDIU,λ<=log n,65536,0,570439,8.704208374023438
RHDIU,λ<=log n,65536,0,600887,9.168807983398438
RHDIU,λ<=log n,65536,0,564783,8.617904663085938
RHDIU,λ<=log n,65536,0,568011,8.667160034179688
RHDIU,λ<=log n,65536,0,554243,8.457077026367188
RHDIU,λ<=log n,65536,0,608415,9.283676147460938
RHDIU,λ<=log n,65536,0,551939,8.421920776367188
RHDIU,λ<=log n,65536,0,614463,9.375961303710938
RHDIU,λ<=log n,65536,0,579343,8.840072631835938
RHDIU,λ<=log n,65536,0,574173,8.761184692382812
RHDIU,λ<=log n,65536,0,554591,8.462387084960938
RHDIU,λ<=log n,65536,0,580587,8.859054565429688
RHDIU,λ<=log n,65536,0,616293,9.403884887695312
RHDIU,λ<=log n,65536,0,591863,9.031112670898438
RHDIU,λ<=log n,65536,0,571563,8.721359252929688
RHDIU,λ<=log n,65536,0,584713,8.922012329101562
RHDIU,λ<=log n,65536,0,546439,8.337997436523438
RHDIU,λ<=log n,65536,0,543853,8.298538208007812
RHDIU,λ<=log n,65536,0,569461,8.689285278320312
RHDIU,λ<=log n,65536,0,612683,9.348800659179688
RHDIU,λ<=log n,65536,0,576553,8.797500610351562
RHDIU,λ<=log n,65536,0,575519,8.781723022460938
RHDIU,λ<=log n,65536,0,567941,8.666091918945312
RHDIU,λ<=log n,65536,0,563387,8.596603393554688
RHDIU,λ<=log n,65536,0,563661,8.600784301757812
RHDIU,λ<=log n,65536,0,552643,8.432662963867188
RHDIU,λ<=log n,65536,0,597917,9.123489379882812
RHDIU,λ<=log n,65536,0,543593,8.294570922851562
RHDIU,λ<=log n,65536,0,568269,8.671096801757812
RHDIU,λ<=log n,65536,0,586093,8.943069458007812
RHDIU,λ<=log n,65536,0,614089,9.370254516601562
RHDIU,λ<=log n,65536,0,599667,9.150192260742188
RHDIU,λ<=log n,65536,0,550787,8.404342651367188
RHDIU,λ<=log n,65536,0,600661,9.165359497070312
RHDIU,λ<=log n,65536,0,571173,8.715408325195312
RHDIU,λ<=log n,65536,0,590871,9.015975952148438
RHLIU,λ<=log n,65536,0,692199,10.562118530273438
RHLIU,λ<=log n,65536,0,611431,9.329696655273438
RHLIU,λ<=log n,65536,0,628019,9.582809448242188
RHLIU,λ<=log n,65536,0,613283,9.357955932617188
RHLIU,λ<=log n,65536,0,687051,10.483566284179688
RHLIU,λ<=log n,65536,0,637287,9.724227905273438
RHLIU,λ<=log n,65536,0,593469,9.055618286132812
RHLIU,λ<=log n,65536,0,632181,9.646316528320312
RHLIU,λ<=log n,65536,0,609615,9.301986694335938
RHLIU,λ<=log n,65536,0,688309,10.502761840820312
RHLIU,λ<=log n,65536,0,645935,9.856185913085938
RHLIU,λ<=log n,65536,0,644615,9.836044311523438
RHLIU,λ<=log n,65536,0,604257,9.220230102539062
RHLIU,λ<=log n,65536,0,649753,9.914443969726562
RHLIU,λ<=log n,65536,0,624903,9.535263061523438
RHLIU,λ<=log n,65536,0,617505,9.422378540039062
RHLIU,λ<=log n,65536,0,621763,9.487350463867188
RHLIU,λ<=log n,65536,0,652475,9.955978393554688
RHLIU,λ<=log n,65536,0,645833,9.854629516601562
RHLIU,λ<=log n,65536,0,594067,9.064743041992188
RHLIU,λ<=log n,65536,0,662825,10.113906860351562
RHLIU,λ<=log n,65536,0,669057,10.208999633789062
RHLIU,λ<=log n,65536,0,624117,9.523269653320312
RHLIU,λ<=log n,65536,0,609617,9.302017211914062
RHLIU,λ<=log n,65536,0,617725,9.425735473632812
RHLIU,λ<=log n,65536,0,613087,9.354965209960938
RHLIU,λ<=log n,65536,0,638915,9.749069213867188
RHLIU,λ<=log n,65536,0,592453,9.040115356445312
RHLIU,λ<=log n,65536,0,586861,8.954788208007812
RHLIU,λ<=log n,65536,0,604571,9.225021362304688
RHLIU,λ<=log n,65536,0,605037,9.232131958007812
RHLIU,λ<=log n,65536,0,627801,9.579483032226562
RHLIU,λ<=log n,65536,0,622039,9.491561889648438
RHLIU,λ<=log n,65536,0,629953,9.612319946289062
RHLIU,λ<=log n,65536,0,630381,9.618850708007812
RHLIU,λ<=log n,65536,0,676265,10.318984985351562
RHLIU,λ<=log n,65536,0,622831,9.503646850585938
RHLIU,λ<=log n,65536,0,602397,9.191848754882812
RHLIU,λ<=log n,65536,0,606181,9.249588012695312
RHLIU,λ<=log n,65536,0,618679,9.440292358398438
RHLIU,λ<=log n,65536,0,606123,9.248703002929688
RHLIU,λ<=log n,65536,0,600223,9.158676147460938
RHLIU,λ<=log n,65536,0,598153,9.127090454101562
RHLIU,λ<=log n,65536,0,623923,9.520309448242188
RHLIU,λ<=log n,65536,0,633943,9.673202514648438
RHLIU,λ<=log n,65536,0,616983,9.414413452148438
RHLIU,λ<=log n,65536,0,611823,9.335678100585938
RHLIU,λ<=log n,65536,0,612373,9.344070434570312
RHLIU,λ<=log n,65536,0,648083,9.888961791992188
RHLIU,λ<=log n,65536,0,752781,11.486526489257812
RHLIU,λ<=log n,65536,0,625633,9.546401977539062
RHLIU,λ<=log n,65536,0,668279,10.197128295898438
RHLIU,λ<=log n,65536,0,614459,9.375900268554688
RHLIU,λ<=log n,65536,0,623349,9.511550903320312
RHLIU,λ<=log n,65536,0,646721,9.868179321289062
RHLIU,λ<=log n,65536,0,632547,9.651901245117188
RHLIU,λ<=log n,65536,0,689009,10.513442993164062
RHLIU,λ<=log n,65536,0,646547,9.865524291992188
RHLIU,λ<=log n,65536,0,657869,10.038284301757812
RHLIU,λ<=log n,65536,0,652653,9.958694458007812
RHLIU,λ<=log n,65536,0,615899,9.397872924804688
RHLIU,λ<=log n,65536,0,600177,9.157974243164062
RHLIU,λ<=log n,65536,0,637795,9.731979370117188
RHLIU,λ<=log n,65536,0,629839,9.610580444335938
RHLIU,λ<=log n,65536,0,671969,10.253433227539062
RHLIU,λ<=log n,65536,0,624835,9.534225463867188
RHLIU,λ<=log n,65536,0,595823,9.091537475585938
RHLIU,λ<=log n,65536,0,613353,9.359024047851562
RHLIU,λ<=log n,65536,0,593441,9.055191040039062
RHLIU,λ<=log n,65536,0,636823,9.717147827148438
RHLIU,λ<=log n,65536,0,648223,9.891098022460938
RHLIU,λ<=log n,65536,0,648931,9.901901245117188
RHLIU,λ<=log n,65536,0,602905,9.199600219726562
RHLIU,λ<=log n,65536,0,658295,10.044784545898438
RHLIU,λ<=log n,65536,0,654201,9.982315063476562
RHLIU,λ<=log n,65536,0,635765,9.701004028320312
RHLIU,λ<=log n,65536,0,600731,9.166427612304688
RHLIU,λ<=log n,65536,0,645025,9.842300415039062
RHLIU,λ<=log n,65536,0,651085,9.934768676757812
RHLIU,λ<=log n,65536,0,659545,10.063858032226562
RHLIU,λ<=log n,65536,0,604655,9.226303100585938
RHLIU,λ<=log n,65536,0,625317,9.541580200195312
RHLIU,λ<=log n,65536,0,599219,9.143356323242188
RHLIU,λ<=log n,65536,0,700387,10.687057495117188
RHLIU,λ<=log n,65536,0,636843,9.717453002929688
RHLIU,λ<=log n,65536,0,711023,10.849349975585938
RHLIU,λ<=log n,65536,0,657839,10.037826538085938
RHLIU,λ<=log n,65536,0,657901,10.038772583007812
RHLIU,λ<=log n,65536,0,662887,10.114852905273438
RHLIU,λ<=log n,65536,0,663991,10.131698608398438
RHLIU,λ<=log n,65536,0,678323,10.350387573242188
RHLIU,λ<=log n,65536,0,650579,9.927047729492188
RHLIU,λ<=log n,65536,0,619849,9.458145141601562
RHLIU,λ<=log n,65536,0,617135,9.416732788085938
RHLIU,λ<=log n,65536,0,645567,9.850570678710938
RHLIU,λ<=log n,65536,0,633569,9.667495727539062
RHLIU,λ<=log n,65536,0,650647,9.928085327148438
RHLIU,λ<=log n,65536,0,615661,9.394241333007812
RHLIU,λ<=log n,65536,0,648511,9.895492553710938
RHLIU,λ<=log n,65536,0,616233,9.402969360351562
RRLIU,λ<=log n,65536,0,772537,11.787979125976562
RRLIU,λ<=log n,65536,0,709583,10.827377319335938
RRLIU,λ<=log n,65536,0,640099,9.767135620117188
RRLIU,λ<=log n,65536,0,676711,10.325790405273438
RRLIU,λ<=log n,65536,0,682759,10.418075561523438
RRLIU,λ<=log n,65536,0,687465,10.489883422851562
RRLIU,λ<=log n,65536,0,647685,9.882888793945312
RRLIU,λ<=log n,65536,0,631455,9.635238647460938
RRLIU,λ<=log n,65536,0,691953,10.558364868164062
RRLIU,λ<=log n,65536,0,718751,10.967269897460938
RRLIU,λ<=log n,65536,0,666257,10.166275024414062
RRLIU,λ<=log n,65536,0,653865,9.977188110351562
RRLIU,λ<=log n,65536,0,688263,10.502059936523438
RRLIU,λ<=log n,65536,0,673191,10.272079467773438
RRLIU,λ<=log n,65536,0,654897,9.992935180664062
RRLIU,λ<=log n,65536,0,644931,9.840866088867188
RRLIU,λ<=log n,65536,0,626903,9.565780639648438
RRLIU,λ<=log n,65536,0,724683,11.057785034179688
RRLIU,λ<=log n,65536,0,644315,9.831466674804688
RRLIU,λ<=log n,65536,0,635561,9.697891235351562
RRLIU,λ<=log n,65536,0,684253,10.440872192382812
RRLIU,λ<=log n,65536,0,665769,10.158828735351562
RRLIU,λ<=log n,65536,0,676139,10.317062377929688
RRLIU,λ<=log n,65536,0,665211,10.150314331054688
RRLIU,λ<=log n,65536,0,656325,10.014724731445312
RRLIU,λ<=log n,65536,0,625903,9.550521850585938
RRLIU,λ<=log n,65536,0,682131,10.408493041992188
RRLIU,λ<=log n,65536,0,653551,9.972396850585938
RRLIU,λ<=log n,65536,0,655585,10.003433227539062
RRLIU,λ<=log n,65536,0,644477,9.833938598632812
RRLIU,λ<=log n,65536,0,672441,10.260635375976562
RRLIU,λ<=log n,65536,0,662281,10.105606079101562
RRLIU,λ<=log n,65536,0,634889,9.687637329101562
RRLIU,λ<=log n,65536,0,674117,10.286209106445312
RRLIU,λ<=log n,65536,0,676763,10.326583862304688
RRLIU,λ<=log n,65536,0,699195,10.668869018554688
RRLIU,λ<=log n,65536,0,651547,9.941818237304688
RRLIU,λ<=log n,65536,0,666875,10.175704956054688
RRLIU,λ<=log n,65536,0,641023,9.781234741210938
RRLIU,λ<=log n,65536,0,686593,10.476577758789062
RRLIU,λ<=log n,65536,0,659723,10.066574096679688
RRLIU,λ<=log n,65536,0,669743,10.219467163085938
RRLIU,λ<=log n,65536,0,643947,9.825851440429688
RRLIU,λ<=log n,65536,0,690223,10.531967163085938
RRLIU,λ<=log n,65536,0,695071,10.605941772460938
RRLIU,λ<=log n,65536,0,666543,10.170639038085938
RRLIU,λ<=log n,65536,0,684155,10.439376831054688
RRLIU,λ<=log n,65536,0,683339,10.426925659179688
RRLIU,λ<=log n,65536,0,695169,10.607437133789062
RRLIU,λ<=log n,65536,0,760005,11.596755981445312
RRLIU,λ<=log n,65536,0,661849,10.099014282226562
RRLIU,λ<=log n,65536,0,634089,9.675430297851562
RRLIU,λ<=log n,65536,0,662573,10.110061645507812
RRLIU,λ<=log n,65536,0,609937,9.306900024414062
RRLIU,λ<=log n,65536,0,735721,11.226211547851562
RRLIU,λ<=log n,65536,0,660409,10.077041625976562
RRLIU,λ<=log n,65536,0,694507,10.597335815429688
RRLIU,λ<=log n,65536,0,703329,10.731948852539062
RRLIU,λ<=log n,65536,0,655061,9.995437622070312
RRLIU,λ<=log n,65536,0,650315,9.923019409179688
RRLIU,λ<=log n,65536,0,693215,10.577621459960938
RRLIU,λ<=log n,65536,0,666881,10.175796508789062
RRLIU,λ<=log n,65536,0,660979,10.085739135742188
RRLIU,λ<=log n,65536,0,690831,10.541244506835938
RRLIU,λ<=log n,65536,0,629141,9.599929809570312
RRLIU,λ<=log n,65536,0,638711,9.745956420898438
RRLIU,λ<=log n,65536,0,677667,10.340377807617188
RRLIU,λ<=log n,65536,0,645081,9.843154907226562
RRLIU,λ<=log n,65536,0,659117,10.057327270507812
RRLIU,λ<=log n,65536,0,635537,9.697525024414062
RRLIU,λ<=log n,65536,0,701781,10.708328247070312
RRLIU,λ<=log n,65536,0,661465,10.093154907226562
RRLIU,λ<=log n,65536,0,742433,11.328628540039062
RRLIU,λ<=log n,65536,0,646037,9.857742309570312
RRLIU,λ<=log n,65536,0,653493,9.971511840820312
RRLIU,λ<=log n,65536,0,643459,9.818405151367188
RRLIU,λ<=log n,65536,0,657919,10.039047241210938
RRLIU,λ<=log n,65536,0,678597,10.354568481445312
RRLIU,λ<=log n,65536,0,701481,10.703750610351562
RRLIU,λ<=log n,65536,0,662047,10.102035522460938
RRLIU,λ<=log n,65536,0,638843,9.747970581054688
RRLIU,λ<=log n,65536,0,648615,9.897079467773438
RRLIU,λ<=log n,65536,0,661583,10.094955444335938
RRLIU,λ<=log n,65536,0,668205,10.195999145507812
RRLIU,λ<=log n,65536,0,680847,10.388900756835938
RRLIU,λ<=log n,65536,0,640453,9.772537231445312
RRLIU,λ<=log n,65536,0,675409,10.305923461914062
RRLIU,λ<=log n,65536,0,635549,9.697708129882812
RRLIU,λ<=log n,65536,0,650079,9.919418334960938
RRLIU,λ<=log n,65536,0,706469,10.779861450195312
RRLIU,λ<=log n,65536,0,642347,9.801437377929688
RRLIU,λ<=log n,65536,0,658091,10.041671752929688
RRLIU,λ<=log n,65536,0,648925,9.901809692382812
RRLIU,λ<=log n,65536,0,648127,9.889633178710938
RRLIU,λ<=log n,65536,0,667447,10.184432983398438
RRLIU,λ<=log n,65536,0,632857,9.656631469726562
RRLIU,λ<=log n,65536,0,635861,9.702468872070312
RRLIU,λ<=log n,65536,0,714949,10.909255981445312
RRLIU,λ<=log n,65536,0,713439,10.886215209960938
RRLIU,λ<=log n,65536,0,637155,9.722213745117188
RSLIU,λ<=log n,65536,0,804359,12.273544311523438
RSLIU,λ<=log n,65536,0,824913,12.587173461914062
RSLIU,λ<=log n,65536,0,789763,12.050827026367188
RSLIU,λ<=log n,65536,0,800249,12.210830688476562
RSLIU,λ<=log n,65536,0,783941,11.961990356445312
RSLIU,λ<=log n,65536,0,783053,11.948440551757812
RSLIU,λ<=log n,65536,0,835823,12.753646850585938
RSLIU,λ<=log n,65536,0,783165,11.950149536132812
RSLIU,λ<=log n,65536,0,862121,13.154922485351562
RSLIU,λ<=log n,65536,0,793817,12.112686157226562
RSLIU,λ<=log n,65536,0,858477,13.099319458007812
RSLIU,λ<=log n,65536,0,846085,12.910232543945312
RSLIU,λ<=log n,65536,0,783079,11.948837280273438
RSLIU,λ<=log n,65536,0,814365,12.426223754882812
RSLIU,λ<=log n,65536,0,861601,13.146987915039062
RSLIU,λ<=log n,65536,0,787973,12.023513793945312
RSLIU,λ<=log n,65536,0,856851,13.074508666992188
RSLIU,λ<=log n,65536,0,808059,12.330001831054688
RSLIU,λ<=log n,65536,0,839417,12.808486938476562
RSLIU,λ<=log n,65536,0,810283,12.363937377929688
RSLIU,λ<=log n,65536,0,752443,11.481369018554688
RSLIU,λ<=log n,65536,0,855781,13.058181762695312
RSLIU,λ<=log n,65536,0,783651,11.957565307617188
RSLIU,λ<=log n,65536,0,778449,11.878189086914062
RSLIU,λ<=log n,65536,0,813673,12.415664672851562
RSLIU,λ<=log n,65536,0,763789,11.654495239257812
RSLIU,λ<=log n,65536,0,769753,11.745498657226562
RSLIU,λ<=log n,65536,0,806819,12.311080932617188
RSLIU,λ<=log n,65536,0,885393,13.510025024414062
RSLIU,λ<=log n,65536,0,758717,11.577102661132812
RSLIU,λ<=log n,65536,0,791255,12.073593139648438
RSLIU,λ<=log n,65536,0,769163,11.736495971679688
RSLIU,λ<=log n,65536,0,822083,12.543991088867188
RSLIU,λ<=log n,65536,0,821845,12.540359497070312
RSLIU,λ<=log n,65536,0,779065,11.887588500976562
RSLIU,λ<=log n,65536,0,794641,12.125259399414062
RSLIU,λ<=log n,65536,0,798529,12.184585571289062
RSLIU,λ<=log n,65536,0,857399,13.082870483398438
RSLIU,λ<=log n,65536,0,812949,12.404617309570312
RSLIU,λ<=log n,65536,0,801683,12.232711791992188
RSLIU,λ<=log n,65536,0,766943,11.702621459960938
RSLIU,λ<=log n,65536,0,770309,11.753982543945312
RSLIU,λ<=log n,65536,0,840003,12.817428588867188
RSLIU,λ<=log n,65536,0,791831,12.082382202148438
RSLIU,λ<=log n,65536,0,826693,12.614334106445312
RSLIU,λ<=log n,65536,0,829067,12.650558471679688
RSLIU,λ<=log n,65536,0,867653,13.239334106445312
RSLIU,λ<=log n,65536,0,706337,10.777847290039062
RSLIU,λ<=log n,65536,0,799967,12.206527709960938
RSLIU,λ<=log n,65536,0,833419,12.716964721679688
RSLIU,λ<=log n,65536,0,775931,11.839767456054688
RSLIU,λ<=log n,65536,0,788021,12.024246215820312
RSLIU,λ<=log n,65536,0,822433,12.549331665039062
RSLIU,λ<=log n,65536,0,783313,11.952407836914062
RSLIU,λ<=log n,65536,0,838793,12.798965454101562
RSLIU,λ<=log n,65536,0,856361,13.067031860351562
RSLIU,λ<=log n,65536,0,768263,11.722763061523438
RSLIU,λ<=log n,65536,0,786951,12.007919311523438
RSLIU,λ<=log n,65536,0,769023,11.734359741210938
RSLIU,λ<=log n,65536,0,826495,12.611312866210938
RSLIU,λ<=log n,65536,0,850653,12.979934692382812
RSLIU,λ<=log n,65536,0,827451,12.625900268554688
RSLIU,λ<=log n,65536,0,761745,11.623306274414062
RSLIU,λ<=log n,65536,0,818875,12.495040893554688
RSLIU,λ<=log n,65536,0,845319,12.898544311523438
RSLIU,λ<=log n,65536,0,790399,12.060531616210938
RSLIU,λ<=log n,65536,0,780135,11.903915405273438
RSLIU,λ<=log n,65536,0,757293,11.555374145507812
RSLIU,λ<=log n,65536,0,780397,11.907913208007812
RSLIU,λ<=log n,65536,0,772943,11.794174194335938
RSLIU,λ<=log n,65536,0,757661,11.560989379882812
RSLIU,λ<=log n,65536,0,861181,13.140579223632812
RSLIU,λ<=log n,65536,0,751975,11.474227905273438
RSLIU,λ<=log n,65536,0,790447,12.061264038085938
RSLIU,λ<=log n,65536,0,833787,12.722579956054688
RSLIU,λ<=log n,65536,0,846279,12.913192749023438
RSLIU,λ<=log n,65536,0,814659,12.430709838867188
RSLIU,λ<=log n,65536,0,793807,12.112533569335938
RSLIU,λ<=log n,65536,0,836287,12.760726928710938
RSLIU,λ<=log n,65536,0,754497,11.512710571289062
RSLIU,λ<=log n,65536,0,825181,12.591262817382812
RSLIU,λ<=log n,65536,0,834263,12.729843139648438
RSLIU,λ<=log n,65536,0,741067,11.307785034179688
RSLIU,λ<=log n,65536,0,776465,11.847915649414062
RSLIU,λ<=log n,65536,0,868023,13.244979858398438
RSLIU,λ<=log n,65536,0,860845,13.135452270507812
RSLIU,λ<=log n,65536,0,827129,12.620986938476562
RSLIU,λ<=log n,65536,0,810025,12.360000610351562
RSLIU,λ<=log n,65536,0,758441,11.572891235351562
RSLIU,λ<=log n,65536,0,783561,11.956192016601562
RSLIU,λ<=log n,65536,0,778529,11.879409790039062
RSLIU,λ<=log n,65536,0,837389,12.777542114257812
RSLIU,λ<=log n,65536,0,899015,13.717880249023438
RSLIU,λ<=log n,65536,0,748829,11.426223754882812
RSLIU,λ<=log n,65536,0,939889,14.341567993164062
RSLIU,λ<=log n,65536,0,771773,11.776321411132812
RSLIU,λ<=log n,65536,0,845703,12.904403686523438
RSLIU,λ<=log n,65536,0,783897,11.961318969726562
RSLIU,λ<=log n,65536,0,752783,11.486557006835938
RSLIU,λ<=log n,65536,0,829841,12.662368774414062
HSDCP,λ<=log n,65536,0,659421,10.061965942382812
HSDCP,λ<=log n,65536,0,634077,9.675247192382812
HSDCP,λ<=log n,65536,0,625864,9.5499267578125
HSDCP,λ<=log n,65536,0,619044,9.44586181640625
HSDCP,λ<=log n,65536,0,703634,10.736602783203125
HSDCP,λ<=log n,65536,0,724952,11.0618896484375
HSDCP,λ<=log n,65536,0,636655,9.714584350585938
HSDCP,λ<=log n,65536,0,610656,9.31787109375
HSDCP,λ<=log n,65536,0,640922,9.779693603515625
HSDCP,λ<=log n,65536,0,776797,11.852981567382812
HSDCP,λ<=log n,65536,0,700162,10.683624267578125
HSDCP,λ<=log n,65536,0,681080,10.3924560546875
HSDCP,λ<=log n,65536,0,656398,10.015838623046875
HSDCP,λ<=log n,65536,0,596037,9.094802856445312
HSDCP,λ<=log n,65536,0,577972,8.81915283203125
HSDCP,λ<=log n,65536,0,625282,9.541046142578125
HSDCP,λ<=log n,65536,0,710628,10.84332275390625
HSDCP,λ<=log n,65536,0,656526,10.017791748046875
HSDCP,λ<=log n,65536,0,657822,10.037567138671875
HSDCP,λ<=log n,65536,0,628907,9.596359252929688
HSDCP,λ<=log n,65536,0,597493,9.117019653320312
HSDCP,λ<=log n,65536,0,639146,9.752593994140625
HSDCP,λ<=log n,65536,0,601203,9.173629760742188
HSDCP,λ<=log n,65536,0,706400,10.77880859375
HSDCP,λ<=log n,65536,0,620070,9.461517333984375
HSDCP,λ<=log n,65536,0,622932,9.50518798828125
HSDCP,λ<=log n,65536,0,610409,9.314102172851562
HSDCP,λ<=log n,65536,0,794750,12.126922607421875
HSDCP,λ<=log n,65536,0,680119,10.377792358398438
HSDCP,λ<=log n,65536,0,727718,11.104095458984375
HSDCP,λ<=log n,65536,0,628800,9.5947265625
HSDCP,λ<=log n,65536,0,610638,9.317596435546875
HSDCP,λ<=log n,65536,0,622539,9.499191284179688
HSDCP,λ<=log n,65536,0,668387,10.198776245117188
HSDCP,λ<=log n,65536,0,629362,9.603302001953125
HSDCP,λ<=log n,65536,0,608814,9.289764404296875
HSDCP,λ<=log n,65536,0,656738,10.021026611328125
HSDCP,λ<=log n,65536,0,666847,10.175277709960938
HSDCP,λ<=log n,65536,0,634401,9.680191040039062
HSDCP,λ<=log n,65536,0,658810,10.052642822265625
HSDCP,λ<=log n,65536,0,604753,9.227798461914062
HSDCP,λ<=log n,65536,0,730681,11.149307250976562
HSDCP,λ<=log n,65536,0,669233,10.211685180664062
HSDCP,λ<=log n,65536,0,609337,9.297744750976562
HSDCP,λ<=log n,65536,0,627015,9.567489624023438
HSDCP,λ<=log n,65536,0,636631,9.714218139648438
HSDCP,λ<=log n,65536,0,619649,9.455093383789062
HSDCP,λ<=log n,65536,0,698722,10.661651611328125
HSDCP,λ<=log n,65536,0,659829,10.068191528320312
HSDCP,λ<=log n,65536,0,669089,10.209487915039062
HSDCP,λ<=log n,65536,0,658336,10.04541015625
HSDCP,λ<=log n,65536,0,690845,10.541458129882812
HSDCP,λ<=log n,65536,0,615096,9.3856201171875
HSDCP,λ<=log n,65536,0,641034,9.781402587890625
HSDCP,λ<=log n,65536,0,595014,9.079193115234375
HSDCP,λ<=log n,65536,0,650955,9.932785034179688
HSDCP,λ<=log n,65536,0,662368,10.10693359375
HSDCP,λ<=log n,65536,0,622836,9.50372314453125
HSDCP,λ<=log n,65536,0,600162,9.157745361328125
HSDCP,λ<=log n,65536,0,748540,11.42181396484375
HSDCP,λ<=log n,65536,0,680141,10.378128051757812
HSDCP,λ<=log n,65536,0,692107,10.560714721679688
HSDCP,λ<=log n,65536,0,642540,9.80438232421875
HSDCP,λ<=log n,65536,0,680890,10.389556884765625
HSDCP,λ<=log n,65536,0,705910,10.771331787109375
HSDCP,λ<=log n,65536,0,672701,10.264602661132812
HSDCP,λ<=log n,65536,0,660243,10.074508666992188
HSDCP,λ<=log n,65536,0,659245,10.059280395507812
HSDCP,λ<=log n,65536,0,586224,8.945068359375
HSDCP,λ<=log n,65536,0,705256,10.7613525390625
HSDCP,λ<=log n,65536,0,747111,11.400009155273438
HSDCP,λ<=log n,65536,0,659762,10.067169189453125
HSDCP,λ<=log n,65536,0,655891,10.008102416992188
HSDCP,λ<=log n,65536,0,625726,9.547821044921875
HSDCP,λ<=log n,65536,0,705825,10.770034790039062
HSDCP,λ<=log n,65536,0,654204,9.98236083984375
HSDCP,λ<=log n,65536,0,679981,10.375686645507812
HSDCP,λ<=log n,65536,0,635543,9.697616577148438
HSDCP,λ<=log n,65536,0,601844,9.18341064453125
HSDCP,λ<=log n,65536,0,566587,8.645431518554688
HSDCP,λ<=log n,65536,0,625716,9.54766845703125
HSDCP,λ<=log n,65536,0,623382,9.512054443359375
HSDCP,λ<=log n,65536,0,615386,9.390045166015625
HSDCP,λ<=log n,65536,0,624800,9.53369140625
HSDCP,λ<=log n,65536,0,653838,9.976776123046875
HSDCP,λ<=log n,65536,0,633078,9.660003662109375
HSDCP,λ<=log n,65536,0,704885,10.755691528320312
HSDCP,λ<=log n,65536,0,639873,9.763687133789062
HSDCP,λ<=log n,65536,0,664532,10.13995361328125
HSDCP,λ<=log n,65536,0,629833,9.610488891601562
HSDCP,λ<=log n,65536,0,702715,10.722579956054688
HSDCP,λ<=log n,65536,0,614074,9.370025634765625
HSDCP,λ<=log n,65536,0,673695,10.279769897460938
HSDCP,λ<=log n,65536,0,610826,9.320465087890625
HSDCP,λ<=log n,65536,0,642951,9.810653686523438
HSDCP,λ<=log n,65536,0,699377,10.671646118164062
HSDCP,λ<=log n,65536,0,634405,9.680252075195312
HSDCP,λ<=log n,65536,0,676916,10.32891845703125
HSDCP,λ<=log n,65536,0,721970,11.016387939453125
HSDCP,λ<=log n,65536,0,671743,10.249984741210938
HRDCP,λ<=log n,65536,0,506666,7.731109619140625
HRDCP,λ<=log n,65536,0,529526,8.079925537109375
HRDCP,λ<=log n,65536,0,469460,7.16339111328125
HRDCP,λ<=log n,65536,0,557994,8.514312744140625
HRDCP,λ<=log n,65536,0,511248,7.801025390625
HRDCP,λ<=log n,65536,0,588558,8.980682373046875
HRDCP,λ<=log n,65536,0,483958,7.384613037109375
HRDCP,λ<=log n,65536,0,563178,8.593414306640625
HRDCP,λ<=log n,65536,0,494834,7.550567626953125
HRDCP,λ<=log n,65536,0,519125,7.9212188720703125
HRDCP,λ<=log n,65536,0,536882,8.192169189453125
HRDCP,λ<=log n,65536,0,508701,7.7621612548828125
HRDCP,λ<=log n,65536,0,569904,8.696044921875
HRDCP,λ<=log n,65536,0,567782,8.663665771484375
HRDCP,λ<=log n,65536,0,599943,9.154403686523438
HRDCP,λ<=log n,65536,0,503844,7.68804931640625
HRDCP,λ<=log n,65536,0,499521,7.6220855712890625
HRDCP,λ<=log n,65536,0,488487,7.4537200927734375
HRDCP,λ<=log n,65536,0,547066,8.347564697265625
HRDCP,λ<=log n,65536,0,514166,7.845550537109375
HRDCP,λ<=log n,65536,0,510443,7.7887420654296875
HRDCP,λ<=log n,65536,0,514707,7.8538055419921875
HRDCP,λ<=log n,65536,0,472877,7.2155303955078125
HRDCP,λ<=log n,65536,0,594459,9.070724487304688
HRDCP,λ<=log n,65536,0,493913,7.5365142822265625
HRDCP,λ<=log n,65536,0,498891,7.6124725341796875
HRDCP,λ<=log n,65536,0,509078,7.767913818359375
HRDCP,λ<=log n,65536,0,535495,8.171005249023438
HRDCP,λ<=log n,65536,0,519072,7.92041015625
HRDCP,λ<=log n,65536,0,483590,7.378997802734375
HRDCP,λ<=log n,65536,0,549486,8.384490966796875
HRDCP,λ<=log n,65536,0,483621,7.3794708251953125
HRDCP,λ<=log n,65536,0,481850,7.352447509765625
HRDCP,λ<=log n,65536,0,493082,7.523834228515625
HRDCP,λ<=log n,65536,0,532571,8.126388549804688
HRDCP,λ<=log n,65536,0,486122,7.417633056640625
HRDCP,λ<=log n,65536,0,516569,7.8822174072265625
HRDCP,λ<=log n,65536,0,529224,8.0753173828125
HRDCP,λ<=log n,65536,0,513017,7.8280181884765625
HRDCP,λ<=log n,65536,0,485239,7.4041595458984375
HRDCP,λ<=log n,65536,0,558699,8.525070190429688
HRDCP,λ<=log n,65536,0,549036,8.37762451171875
HRDCP,λ<=log n,65536,0,533043,8.133590698242188
HRDCP,λ<=log n,65536,0,588707,8.982955932617188
HRDCP,λ<=log n,65536,0,495150,7.555389404296875
HRDCP,λ<=log n,65536,0,570279,8.701766967773438
HRDCP,λ<=log n,65536,0,500330,7.634429931640625
HRDCP,λ<=log n,65536,0,496347,7.5736541748046875
HRDCP,λ<=log n,65536,0,527446,8.048187255859375
HRDCP,λ<=log n,65536,0,541375,8.260726928710938
HRDCP,λ<=log n,65536,0,505593,7.7147369384765625
HRDCP,λ<=log n,65536,0,526776,8.0379638671875
HRDCP,λ<=log n,65536,0,548133,8.363845825195312
HRDCP,λ<=log n,65536,0,483000,7.3699951171875
HRDCP,λ<=log n,65536,0,502388,7.66583251953125
HRDCP,λ<=log n,65536,0,508495,7.7590179443359375
HRDCP,λ<=log n,65536,0,525360,8.016357421875
HRDCP,λ<=log n,65536,0,671336,10.2437744140625
HRDCP,λ<=log n,65536,0,592245,9.036941528320312
HRDCP,λ<=log n,65536,0,591598,9.027069091796875
HRDCP,λ<=log n,65536,0,530631,8.096786499023438
HRDCP,λ<=log n,65536,0,514932,7.85723876953125
HRDCP,λ<=log n,65536,0,518694,7.914642333984375
HRDCP,λ<=log n,65536,0,516452,7.88043212890625
HRDCP,λ<=log n,65536,0,492141,7.5094757080078125
HRDCP,λ<=log n,65536,0,518844,7.91693115234375
HRDCP,λ<=log n,65536,0,524310,8.000335693359375
HRDCP,λ<=log n,65536,0,528356,8.06207275390625
HRDCP,λ<=log n,65536,0,522079,7.9662933349609375
HRDCP,λ<=log n,65536,0,540658,8.249786376953125
HRDCP,λ<=log n,65536,0,523165,7.9828643798828125
HRDCP,λ<=log n,65536,0,561162,8.562652587890625
HRDCP,λ<=log n,65536,0,546758,8.342864990234375
HRDCP,λ<=log n,65536,0,629740,9.60906982421875
HRDCP,λ<=log n,65536,0,637668,9.73004150390625
HRDCP,λ<=log n,65536,0,505653,7.7156524658203125
HRDCP,λ<=log n,65536,0,526949,8.040603637695312
HRDCP,λ<=log n,65536,0,497961,7.5982818603515625
HRDCP,λ<=log n,65536,0,506408,7.7271728515625
HRDCP,λ<=log n,65536,0,522378,7.970855712890625
HRDCP,λ<=log n,65536,0,498519,7.6067962646484375
HRDCP,λ<=log n,65536,0,561242,8.563873291015625
HRDCP,λ<=log n,65536,0,484061,7.3861846923828125
HRDCP,λ<=log n,65536,0,518281,7.9083404541015625
HRDCP,λ<=log n,65536,0,498135,7.6009368896484375
HRDCP,λ<=log n,65536,0,533716,8.14385986328125
HRDCP,λ<=log n,65536,0,480224,7.32763671875
HRDCP,λ<=log n,65536,0,521614,7.959197998046875
HRDCP,λ<=log n,65536,0,533897,8.146621704101562
HRDCP,λ<=log n,65536,0,484975,7.4001312255859375
HRDCP,λ<=log n,65536,0,557891,8.512741088867188
HRDCP,λ<=log n,65536,0,481733,7.3506622314453125
HRDCP,λ<=log n,65536,0,554249,8.457168579101562
HRDCP,λ<=log n,65536,0,511039,7.7978363037109375
HRDCP,λ<=log n,65536,0,566528,8.64453125
HRDCP,λ<=log n,65536,0,538513,8.217056274414062
HRDCP,λ<=log n,65536,0,482254,7.358612060546875
HRDCP,λ<=log n,65536,0,537701,8.204666137695312
HRDCP,λ<=log n,65536,0,533952,8.1474609375
HRDCP,λ<=log n,65536,0,533621,8.142410278320312
HHDCP,λ<=log n,65536,0,441002,6.729156494140625
HHDCP,λ<=log n,65536,0,454621,6.9369659423828125
HHDCP,λ<=log n,65536,0,502169,7.6624908447265625
HHDCP,λ<=log n,65536,0,469512,7.1641845703125
HHDCP,λ<=log n,65536,0,512982,7.827484130859375
HHDCP,λ<=log n,65536,0,483157,7.3723907470703125
HHDCP,λ<=log n,65536,0,456109,6.9596710205078125
HHDCP,λ<=log n,65536,0,467605,7.1350860595703125
HHDCP,λ<=log n,65536,0,477733,7.2896270751953125
HHDCP,λ<=log n,65536,0,501068,7.64569091796875
HHDCP,λ<=log n,65536,0,458078,6.989715576171875
HHDCP,λ<=log n,65536,0,444462,6.781951904296875
HHDCP,λ<=log n,65536,0,513975,7.8426361083984375
HHDCP,λ<=log n,65536,0,524513,8.003433227539062
HHDCP,λ<=log n,65536,0,488464,7.453369140625
HHDCP,λ<=log n,65536,0,426358,6.505706787109375
HHDCP,λ<=log n,65536,0,507572,7.74493408203125
HHDCP,λ<=log n,65536,0,487364,7.43658447265625
HHDCP,λ<=log n,65536,0,485111,7.4022064208984375
HHDCP,λ<=log n,65536,0,471301,7.1914825439453125
HHDCP,λ<=log n,65536,0,441170,6.731719970703125
HHDCP,λ<=log n,65536,0,539209,8.227676391601562
HHDCP,λ<=log n,65536,0,451632,6.891357421875
HHDCP,λ<=log n,65536,0,442987,6.7594451904296875
HHDCP,λ<=log n,65536,0,450189,6.8693389892578125
HHDCP,λ<=log n,65536,0,467346,7.131134033203125
HHDCP,λ<=log n,65536,0,476939,7.2775115966796875
HHDCP,λ<=log n,65536,0,486101,7.4173126220703125
HHDCP,λ<=log n,65536,0,456542,6.966278076171875
HHDCP,λ<=log n,65536,0,481034,7.339996337890625
HHDCP,λ<=log n,65536,0,445938,6.804473876953125
HHDCP,λ<=log n,65536,0,505107,7.7073211669921875
HHDCP,λ<=log n,65536,0,515245,7.8620147705078125
HHDCP,λ<=log n,65536,0,514512,7.850830078125
HHDCP,λ<=log n,65536,0,455506,6.950469970703125
HHDCP,λ<=log n,65536,0,446231,6.8089447021484375
HHDCP,λ<=log n,65536,0,504331,7.6954803466796875
HHDCP,λ<=log n,65536,0,450196,6.86944580078125
HHDCP,λ<=log n,65536,0,495491,7.5605926513671875
HHDCP,λ<=log n,65536,0,473709,7.2282257080078125
HHDCP,λ<=log n,65536,0,520180,7.93731689453125
HHDCP,λ<=log n,65536,0,486569,7.4244537353515625
HHDCP,λ<=log n,65536,0,463437,7.0714874267578125
HHDCP,λ<=log n,65536,0,480047,7.3249359130859375
HHDCP,λ<=log n,65536,0,486009,7.4159088134765625
HHDCP,λ<=log n,65536,0,468572,7.14984130859375
HHDCP,λ<=log n,65536,0,515223,7.8616790771484375
HHDCP,λ<=log n,65536,0,457458,6.980255126953125
HHDCP,λ<=log n,65536,0,462257,7.0534820556640625
HHDCP,λ<=log n,65536,0,468433,7.1477203369140625
HHDCP,λ<=log n,65536,0,480901,7.3379669189453125
HHDCP,λ<=log n,65536,0,475889,7.2614898681640625
HHDCP,λ<=log n,65536,0,494716,7.54876708984375
HHDCP,λ<=log n,65536,0,482884,7.36822509765625
HHDCP,λ<=log n,65536,0,430134,6.563323974609375
HHDCP,λ<=log n,65536,0,475007,7.2480316162109375
HHDCP,λ<=log n,65536,0,463667,7.0749969482421875
HHDCP,λ<=log n,65536,0,445978,6.805084228515625
HHDCP,λ<=log n,65536,0,512685,7.8229522705078125
HHDCP,λ<=log n,65536,0,461303,7.0389251708984375
HHDCP,λ<=log n,65536,0,425424,6.491455078125
HHDCP,λ<=log n,65536,0,450660,6.87652587890625
HHDCP,λ<=log n,65536,0,448943,6.8503265380859375
HHDCP,λ<=log n,65536,0,483233,7.3735504150390625
HHDCP,λ<=log n,65536,0,454293,6.9319610595703125
HHDCP,λ<=log n,65536,0,466706,7.121368408203125
HHDCP,λ<=log n,65536,0,485970,7.415313720703125
HHDCP,λ<=log n,65536,0,488827,7.4589080810546875
HHDCP,λ<=log n,65536,0,503319,7.6800384521484375
HHDCP,λ<=log n,65536,0,483252,7.37384033203125
HHDCP,λ<=log n,65536,0,444526,6.782928466796875
HHDCP,λ<=log n,65536,0,443205,6.7627716064453125
HHDCP,λ<=log n,65536,0,513037,7.8283233642578125
HHDCP,λ<=log n,65536,0,496789,7.5803985595703125
HHDCP,λ<=log n,65536,0,513822,7.840301513671875
HHDCP,λ<=log n,65536,0,471336,7.1920166015625
HHDCP,λ<=log n,65536,0,452179,6.8997039794921875
HHDCP,λ<=log n,65536,0,511592,7.8062744140625
HHDCP,λ<=log n,65536,0,507686,7.746673583984375
HHDCP,λ<=log n,65536,0,456922,6.972076416015625
HHDCP,λ<=log n,65536,0,448861,6.8490753173828125
HHDCP,λ<=log n,65536,0,488565,7.4549102783203125
HHDCP,λ<=log n,65536,0,520408,7.9407958984375
HHDCP,λ<=log n,65536,0,497349,7.5889434814453125
HHDCP,λ<=log n,65536,0,430651,6.5712127685546875
HHDCP,λ<=log n,65536,0,481576,7.3482666015625
HHDCP,λ<=log n,65536,0,479861,7.3220977783203125
HHDCP,λ<=log n,65536,0,471096,7.1883544921875
HHDCP,λ<=log n,65536,0,475120,7.249755859375
HHDCP,λ<=log n,65536,0,450993,6.8816070556640625
HHDCP,λ<=log n,65536,0,548153,8.364151000976562
HHDCP,λ<=log n,65536,0,453679,6.9225921630859375
HHDCP,λ<=log n,65536,0,459339,7.0089569091796875
HHDCP,λ<=log n,65536,0,490914,7.490753173828125
HHDCP,λ<=log n,65536,0,486586,7.424713134765625
HHDCP,λ<=log n,65536,0,464620,7.08953857421875
HHDCP,λ<=log n,65536,0,528466,8.063751220703125
HHDCP,λ<=log n,65536,0,480734,7.335418701171875
HHDCP,λ<=log n,65536,0,460118,7.020843505859375
HHDCP,λ<=log n,65536,0,456780,6.96990966796875
HHLCP,λ<=log n,65536,0,493173,7.5252227783203125
HHLCP,λ<=log n,65536,0,615244,9.38787841796875
HHLCP,λ<=log n,65536,0,472800,7.21435546875
HHLCP,λ<=log n,65536,0,489903,7.4753265380859375
HHLCP,λ<=log n,65536,0,485985,7.4155426025390625
HHLCP,λ<=log n,65536,0,541495,8.262557983398438
HHLCP,λ<=log n,65536,0,508776,7.7633056640625
HHLCP,λ<=log n,65536,0,490552,7.4852294921875
HHLCP,λ<=log n,65536,0,465604,7.10455322265625
HHLCP,λ<=log n,65536,0,490976,7.49169921875
HHLCP,λ<=log n,65536,0,474603,7.2418670654296875
HHLCP,λ<=log n,65536,0,505039,7.7062835693359375
HHLCP,λ<=log n,65536,0,505789,7.7177276611328125
HHLCP,λ<=log n,65536,0,496384,7.57421875
HHLCP,λ<=log n,65536,0,499546,7.622467041015625
HHLCP,λ<=log n,65536,0,465436,7.10198974609375
HHLCP,λ<=log n,65536,0,457570,6.981964111328125
HHLCP,λ<=log n,65536,0,494181,7.5406036376953125
HHLCP,λ<=log n,65536,0,481079,7.3406829833984375
HHLCP,λ<=log n,65536,0,507520,7.744140625
HHLCP,λ<=log n,65536,0,551393,8.413589477539062
HHLCP,λ<=log n,65536,0,474612,7.24200439453125
HHLCP,λ<=log n,65536,0,499679,7.6244964599609375
HHLCP,λ<=log n,65536,0,469921,7.1704254150390625
HHLCP,λ<=log n,65536,0,476050,7.263946533203125
HHLCP,λ<=log n,65536,0,499904,7.6279296875
HHLCP,λ<=log n,65536,0,483590,7.378997802734375
HHLCP,λ<=log n,65536,0,529546,8.080230712890625
HHLCP,λ<=log n,65536,0,507009,7.7363433837890625
HHLCP,λ<=log n,65536,0,500223,7.6327972412109375
HHLCP,λ<=log n,65536,0,491666,7.502227783203125
HHLCP,λ<=log n,65536,0,493695,7.5331878662109375
HHLCP,λ<=log n,65536,0,459180,7.00653076171875
HHLCP,λ<=log n,65536,0,499867,7.6273651123046875
HHLCP,λ<=log n,65536,0,442554,6.752838134765625
HHLCP,λ<=log n,65536,0,538948,8.22369384765625
HHLCP,λ<=log n,65536,0,486889,7.4293365478515625
HHLCP,λ<=log n,65536,0,483692,7.38055419921875
HHLCP,λ<=log n,65536,0,557041,8.499771118164062
HHLCP,λ<=log n,65536,0,520094,7.936004638671875
HHLCP,λ<=log n,65536,0,471117,7.1886749267578125
HHLCP,λ<=log n,65536,0,505801,7.7179107666015625
HHLCP,λ<=log n,65536,0,476380,7.26898193359375
HHLCP,λ<=log n,65536,0,501284,7.64898681640625
HHLCP,λ<=log n,65536,0,488064,7.447265625
HHLCP,λ<=log n,65536,0,447048,6.8214111328125
HHLCP,λ<=log n,65536,0,545627,8.325607299804688
HHLCP,λ<=log n,65536,0,470753,7.1831207275390625
HHLCP,λ<=log n,65536,0,466078,7.111785888671875
HHLCP,λ<=log n,65536,0,485003,7.4005584716796875
HHLCP,λ<=log n,65536,0,477684,7.28887939453125
HHLCP,λ<=log n,65536,0,497072,7.584716796875
HHLCP,λ<=log n,65536,0,520209,7.9377593994140625
HHLCP,λ<=log n,65536,0,482950,7.369232177734375
HHLCP,λ<=log n,65536,0,451235,6.8852996826171875
HHLCP,λ<=log n,65536,0,472209,7.2053375244140625
HHLCP,λ<=log n,65536,0,485248,7.404296875
HHLCP,λ<=log n,65536,0,458829,7.0011749267578125
HHLCP,λ<=log n,65536,0,484732,7.39642333984375
HHLCP,λ<=log n,65536,0,479192,7.3118896484375
HHLCP,λ<=log n,65536,0,546301,8.335891723632812
HHLCP,λ<=log n,65536,0,484370,7.390899658203125
HHLCP,λ<=log n,65536,0,483511,7.3777923583984375
HHLCP,λ<=log n,65536,0,489274,7.465728759765625
HHLCP,λ<=log n,65536,0,472532,7.21026611328125
HHLCP,λ<=log n,65536,0,512043,7.8131561279296875
HHLCP,λ<=log n,65536,0,469847,7.1692962646484375
HHLCP,λ<=log n,65536,0,481660,7.34954833984375
HHLCP,λ<=log n,65536,0,484712,7.3961181640625
HHLCP,λ<=log n,65536,0,499121,7.6159820556640625
HHLCP,λ<=log n,65536,0,520200,7.9376220703125
HHLCP,λ<=log n,65536,0,495222,7.556488037109375
HHLCP,λ<=log n,65536,0,510052,7.78277587890625
HHLCP,λ<=log n,65536,0,474678,7.243011474609375
HHLCP,λ<=log n,65536,0,504822,7.702972412109375
HHLCP,λ<=log n,65536,0,512670,7.822723388671875
HHLCP,λ<=log n,65536,0,464044,7.08074951171875
HHLCP,λ<=log n,65536,0,516015,7.8737640380859375
HHLCP,λ<=log n,65536,0,527130,8.043365478515625
HHLCP,λ<=log n,65536,0,462160,7.052001953125
HHLCP,λ<=log n,65536,0,464052,7.08087158203125
HHLCP,λ<=log n,65536,0,522304,7.9697265625
HHLCP,λ<=log n,65536,0,469846,7.169281005859375
HHLCP,λ<=log n,65536,0,502748,7.67132568359375
HHLCP,λ<=log n,65536,0,517790,7.900848388671875
HHLCP,λ<=log n,65536,0,554509,8.461135864257812
HHLCP,λ<=log n,65536,0,477605,7.2876739501953125
HHLCP,λ<=log n,65536,0,504055,7.6912689208984375
HHLCP,λ<=log n,65536,0,469550,7.164764404296875
HHLCP,λ<=log n,65536,0,516406,7.879730224609375
HHLCP,λ<=log n,65536,0,518521,7.9120025634765625
HHLCP,λ<=log n,65536,0,455283,6.9470672607421875
HHLCP,λ<=log n,65536,0,509480,7.7740478515625
HHLCP,λ<=log n,65536,0,528665,8.066787719726562
HHLCP,λ<=log n,65536,0,578424,8.8260498046875
HHLCP,λ<=log n,65536,0,571148,8.71502685546875
HHLCP,λ<=log n,65536,0,473043,7.2180633544921875
HHLCP,λ<=log n,65536,0,558604,8.52362060546875
HHLCP,λ<=log n,65536,0,471941,7.2012481689453125
HHLCP,λ<=log n,65536,0,487095,7.4324798583984375
HRLCP,λ<=log n,65536,0,532449,8.124526977539062
HRLCP,λ<=log n,65536,0,503489,7.6826324462890625
HRLCP,λ<=log n,65536,0,603096,9.2025146484375
HRLCP,λ<=log n,65536,0,578108,8.82122802734375
HRLCP,λ<=log n,65536,0,532185,8.120498657226562
HRLCP,λ<=log n,65536,0,588837,8.984939575195312
HRLCP,λ<=log n,65536,0,565742,8.632537841796875
HRLCP,λ<=log n,65536,0,528130,8.058624267578125
HRLCP,λ<=log n,65536,0,521155,7.9521942138671875
HRLCP,λ<=log n,65536,0,525933,8.025100708007812
HRLCP,λ<=log n,65536,0,524161,7.9980621337890625
HRLCP,λ<=log n,65536,0,524143,7.9977874755859375
HRLCP,λ<=log n,65536,0,501735,7.6558685302734375
HRLCP,λ<=log n,65536,0,546052,8.33209228515625
HRLCP,λ<=log n,65536,0,585701,8.937088012695312
HRLCP,λ<=log n,65536,0,522953,7.9796295166015625
HRLCP,λ<=log n,65536,0,538224,8.212646484375
HRLCP,λ<=log n,65536,0,504200,7.6934814453125
HRLCP,λ<=log n,65536,0,513321,7.8326568603515625
HRLCP,λ<=log n,65536,0,480710,7.335052490234375
HRLCP,λ<=log n,65536,0,525876,8.02423095703125
HRLCP,λ<=log n,65536,0,516749,7.8849639892578125
HRLCP,λ<=log n,65536,0,503054,7.675994873046875
HRLCP,λ<=log n,65536,0,540597,8.248855590820312
HRLCP,λ<=log n,65536,0,549111,8.378768920898438
HRLCP,λ<=log n,65536,0,518309,7.9087677001953125
HRLCP,λ<=log n,65536,0,501104,7.646240234375
HRLCP,λ<=log n,65536,0,520171,7.9371795654296875
HRLCP,λ<=log n,65536,0,534163,8.150680541992188
HRLCP,λ<=log n,65536,0,600649,9.165176391601562
HRLCP,λ<=log n,65536,0,594063,9.064682006835938
HRLCP,λ<=log n,65536,0,569353,8.687637329101562
HRLCP,λ<=log n,65536,0,503781,7.6870880126953125
HRLCP,λ<=log n,65536,0,532434,8.124298095703125
HRLCP,λ<=log n,65536,0,529911,8.085800170898438
HRLCP,λ<=log n,65536,0,536217,8.182022094726562
HRLCP,λ<=log n,65536,0,621170,9.478302001953125
HRLCP,λ<=log n,65536,0,545992,8.3311767578125
HRLCP,λ<=log n,65536,0,527558,8.049896240234375
HRLCP,λ<=log n,65536,0,585435,8.933029174804688
HRLCP,λ<=log n,65536,0,502514,7.667755126953125
HRLCP,λ<=log n,65536,0,536738,8.189971923828125
HRLCP,λ<=log n,65536,0,532079,8.118881225585938
HRLCP,λ<=log n,65536,0,521902,7.963592529296875
HRLCP,λ<=log n,65536,0,537463,8.201034545898438
HRLCP,λ<=log n,65536,0,519311,7.9240570068359375
HRLCP,λ<=log n,65536,0,536836,8.19146728515625
HRLCP,λ<=log n,65536,0,516439,7.8802337646484375
HRLCP,λ<=log n,65536,0,521464,7.9569091796875
HRLCP,λ<=log n,65536,0,501806,7.656951904296875
HRLCP,λ<=log n,65536,0,543845,8.298416137695312
HRLCP,λ<=log n,65536,0,506390,7.726898193359375
HRLCP,λ<=log n,65536,0,518590,7.913055419921875
HRLCP,λ<=log n,65536,0,505193,7.7086334228515625
HRLCP,λ<=log n,65536,0,555170,8.471221923828125
HRLCP,λ<=log n,65536,0,533358,8.138397216796875
HRLCP,λ<=log n,65536,0,532333,8.122756958007812
HRLCP,λ<=log n,65536,0,497284,7.58795166015625
HRLCP,λ<=log n,65536,0,529204,8.07501220703125
HRLCP,λ<=log n,65536,0,501719,7.6556243896484375
HRLCP,λ<=log n,65536,0,507452,7.74310302734375
HRLCP,λ<=log n,65536,0,495682,7.563507080078125
HRLCP,λ<=log n,65536,0,508185,7.7542877197265625
HRLCP,λ<=log n,65536,0,506930,7.735137939453125
HRLCP,λ<=log n,65536,0,531704,8.1131591796875
HRLCP,λ<=log n,65536,0,533933,8.147171020507812
HRLCP,λ<=log n,65536,0,532792,8.1297607421875
HRLCP,λ<=log n,65536,0,505446,7.712493896484375
HRLCP,λ<=log n,65536,0,549250,8.380889892578125
HRLCP,λ<=log n,65536,0,605154,9.233917236328125
HRLCP,λ<=log n,65536,0,506383,7.7267913818359375
HRLCP,λ<=log n,65536,0,529236,8.07550048828125
HRLCP,λ<=log n,65536,0,516262,7.877532958984375
HRLCP,λ<=log n,65536,0,515879,7.8716888427734375
HRLCP,λ<=log n,65536,0,509901,7.7804718017578125
HRLCP,λ<=log n,65536,0,514073,7.8441314697265625
HRLCP,λ<=log n,65536,0,533475,8.140182495117188
HRLCP,λ<=log n,65536,0,547698,8.357208251953125
HRLCP,λ<=log n,65536,0,499779,7.6260223388671875
HRLCP,λ<=log n,65536,0,555517,8.476516723632812
HRLCP,λ<=log n,65536,0,501076,7.64581298828125
HRLCP,λ<=log n,65536,0,546893,8.344924926757812
HRLCP,λ<=log n,65536,0,533672,8.1431884765625
HRLCP,λ<=log n,65536,0,548183,8.364608764648438
HRLCP,λ<=log n,65536,0,496709,7.5791778564453125
HRLCP,λ<=log n,65536,0,542200,8.2733154296875
HRLCP,λ<=log n,65536,0,540674,8.250030517578125
HRLCP,λ<=log n,65536,0,497041,7.5842437744140625
HRLCP,λ<=log n,65536,0,578833,8.832290649414062
HRLCP,λ<=log n,65536,0,522830,7.977752685546875
HRLCP,λ<=log n,65536,0,538388,8.21514892578125
HRLCP,λ<=log n,65536,0,531136,8.1044921875
HRLCP,λ<=log n,65536,0,493584,7.531494140625
HRLCP,λ<=log n,65536,0,573007,8.743392944335938
HRLCP,λ<=log n,65536,0,518653,7.9140167236328125
HRLCP,λ<=log n,65536,0,530944,8.1015625
HRLCP,λ<=log n,65536,0,521435,7.9564666748046875
HRLCP,λ<=log n,65536,0,541067,8.256027221679688
HRLCP,λ<=log n,65536,0,488561,7.4548492431640625
HRLCP,λ<=log n,65536,0,545961,8.330703735351562
HSLCP,λ<=log n,65536,0,734848,11.212890625
HSLCP,λ<=log n,65536,0,692758,10.570648193359375
HSLCP,λ<=log n,65536,0,655260,9.99847412109375
HSLCP,λ<=log n,65536,0,730629,11.148513793945312
HSLCP,λ<=log n,65536,0,858804,13.10430908203125
HSLCP,λ<=log n,65536,0,615222,9.387542724609375
HSLCP,λ<=log n,65536,0,649411,9.909225463867188
HSLCP,λ<=log n,65536,0,678756,10.35699462890625
HSLCP,λ<=log n,65536,0,721855,11.014633178710938
HSLCP,λ<=log n,65536,0,702378,10.717437744140625
HSLCP,λ<=log n,65536,0,658582,10.049163818359375
HSLCP,λ<=log n,65536,0,739270,11.280364990234375
HSLCP,λ<=log n,65536,0,728207,11.111557006835938
HSLCP,λ<=log n,65536,0,774847,11.823226928710938
HSLCP,λ<=log n,65536,0,696345,10.625381469726562
HSLCP,λ<=log n,65536,0,748487,11.421005249023438
HSLCP,λ<=log n,65536,0,691837,10.556594848632812
HSLCP,λ<=log n,65536,0,754127,11.507064819335938
HSLCP,λ<=log n,65536,0,685860,10.46539306640625
HSLCP,λ<=log n,65536,0,702751,10.723129272460938
HSLCP,λ<=log n,65536,0,716845,10.938186645507812
HSLCP,λ<=log n,65536,0,707608,10.7972412109375
HSLCP,λ<=log n,65536,0,673659,10.279220581054688
HSLCP,λ<=log n,65536,0,622915,9.504928588867188
HSLCP,λ<=log n,65536,0,670159,10.225814819335938
HSLCP,λ<=log n,65536,0,683988,10.43682861328125
HSLCP,λ<=log n,65536,0,669791,10.220199584960938
HSLCP,λ<=log n,65536,0,732671,11.179672241210938
HSLCP,λ<=log n,65536,0,692428,10.56561279296875
HSLCP,λ<=log n,65536,0,793665,12.110366821289062
HSLCP,λ<=log n,65536,0,747657,11.408340454101562
HSLCP,λ<=log n,65536,0,665841,10.159927368164062
HSLCP,λ<=log n,65536,0,719840,10.98388671875
HSLCP,λ<=log n,65536,0,656558,10.018280029296875
HSLCP,λ<=log n,65536,0,676700,10.32562255859375
HSLCP,λ<=log n,65536,0,648988,9.90277099609375
HSLCP,λ<=log n,65536,0,636802,9.716827392578125
HSLCP,λ<=log n,65536,0,684838,10.449798583984375
HSLCP,λ<=log n,65536,0,750322,11.449005126953125
HSLCP,λ<=log n,65536,0,792234,12.088531494140625
HSLCP,λ<=log n,65536,0,652312,9.9534912109375
HSLCP,λ<=log n,65536,0,688884,10.51153564453125
HSLCP,λ<=log n,65536,0,737997,11.260940551757812
HSLCP,λ<=log n,65536,0,694179,10.592330932617188
HSLCP,λ<=log n,65536,0,697814,10.647796630859375
HSLCP,λ<=log n,65536,0,721379,11.007369995117188
HSLCP,λ<=log n,65536,0,698613,10.659988403320312
HSLCP,λ<=log n,65536,0,638690,9.745635986328125
HSLCP,λ<=log n,65536,0,665904,10.160888671875
HSLCP,λ<=log n,65536,0,706676,10.78302001953125
HSLCP,λ<=log n,65536,0,712292,10.86871337890625
HSLCP,λ<=log n,65536,0,730990,11.154022216796875
HSLCP,λ<=log n,65536,0,765341,11.678176879882812
HSLCP,λ<=log n,65536,0,691599,10.552963256835938
HSLCP,λ<=log n,65536,0,706687,10.783187866210938
HSLCP,λ<=log n,65536,0,677288,10.3345947265625
HSLCP,λ<=log n,65536,0,640190,9.768524169921875
HSLCP,λ<=log n,65536,0,656188,10.01263427734375
HSLCP,λ<=log n,65536,0,652652,9.95867919921875
HSLCP,λ<=log n,65536,0,694121,10.591445922851562
HSLCP,λ<=log n,65536,0,644613,9.836013793945312
HSLCP,λ<=log n,65536,0,807149,12.316116333007812
HSLCP,λ<=log n,65536,0,667449,10.184463500976562
HSLCP,λ<=log n,65536,0,734719,11.210922241210938
HSLCP,λ<=log n,65536,0,699074,10.667022705078125
HSLCP,λ<=log n,65536,0,684068,10.43804931640625
HSLCP,λ<=log n,65536,0,748413,11.419876098632812
HSLCP,λ<=log n,65536,0,645687,9.852401733398438
HSLCP,λ<=log n,65536,0,770218,11.752593994140625
HSLCP,λ<=log n,65536,0,743973,11.352127075195312
HSLCP,λ<=log n,65536,0,659384,10.0614013671875
HSLCP,λ<=log n,65536,0,726870,11.091156005859375
HSLCP,λ<=log n,65536,0,862625,13.162612915039062
HSLCP,λ<=log n,65536,0,636251,9.708419799804688
HSLCP,λ<=log n,65536,0,772715,11.790695190429688
HSLCP,λ<=log n,65536,0,718231,10.959335327148438
HSLCP,λ<=log n,65536,0,724101,11.048904418945312
HSLCP,λ<=log n,65536,0,644633,9.836318969726562
HSLCP,λ<=log n,65536,0,725957,11.077224731445312
HSLCP,λ<=log n,65536,0,849885,12.968215942382812
HSLCP,λ<=log n,65536,0,791761,12.081314086914062
HSLCP,λ<=log n,65536,0,619394,9.451202392578125
HSLCP,λ<=log n,65536,0,745692,11.37835693359375
HSLCP,λ<=log n,65536,0,699832,10.6785888671875
HSLCP,λ<=log n,65536,0,632742,9.654876708984375
HSLCP,λ<=log n,65536,0,730847,11.151840209960938
HSLCP,λ<=log n,65536,0,740695,11.302108764648438
HSLCP,λ<=log n,65536,0,679979,10.375656127929688
HSLCP,λ<=log n,65536,0,678717,10.356399536132812
HSLCP,λ<=log n,65536,0,709050,10.819244384765625
HSLCP,λ<=log n,65536,0,820315,12.517013549804688
HSLCP,λ<=log n,65536,0,698799,10.662826538085938
HSLCP,λ<=log n,65536,0,653438,9.970672607421875
HSLCP,λ<=log n,65536,0,757267,11.554977416992188
HSLCP,λ<=log n,65536,0,770902,11.763031005859375
HSLCP,λ<=log n,65536,0,650365,9.923782348632812
HSLCP,λ<=log n,65536,0,756191,11.538558959960938
HSLCP,λ<=log n,65536,0,705831,10.770126342773438
HSLCP,λ<=log n,65536,0,641770,9.792633056640625
HSLCP,λ<=log n,65536,0,762990,11.642303466796875
HSDSP,λ<=log n,65536,0,832908,12.70916748046875
HSDSP,λ<=log n,65536,0,795809,12.143081665039062
HSDSP,λ<=log n,65536,0,701053,10.697219848632812
HSDSP,λ<=log n,65536,0,732294,11.173919677734375
HSDSP,λ<=log n,65536,0,740253,11.295364379882812
HSDSP,λ<=log n,65536,0,739550,11.284637451171875
HSDSP,λ<=log n,65536,0,695760,10.616455078125
HSDSP,λ<=log n,65536,0,652347,9.954025268554688
HSDSP,λ<=log n,65536,0,754776,11.5169677734375
HSDSP,λ<=log n,65536,0,720593,10.995376586914062
HSDSP,λ<=log n,65536,0,730113,11.140640258789062
HSDSP,λ<=log n,65536,0,743427,11.343795776367188
HSDSP,λ<=log n,65536,0,732021,11.169754028320312
HSDSP,λ<=log n,65536,0,786710,12.004241943359375
HSDSP,λ<=log n,65536,0,826921,12.617813110351562
HSDSP,λ<=log n,65536,0,799730,12.202911376953125
HSDSP,λ<=log n,65536,0,751922,11.473419189453125
HSDSP,λ<=log n,65536,0,728873,11.121719360351562
HSDSP,λ<=log n,65536,0,704214,10.745452880859375
HSDSP,λ<=log n,65536,0,726851,11.090866088867188
HSDSP,λ<=log n,65536,0,681185,10.394058227539062
HSDSP,λ<=log n,65536,0,685844,10.46514892578125
HSDSP,λ<=log n,65536,0,755955,11.534957885742188
HSDSP,λ<=log n,65536,0,794327,12.120468139648438
HSDSP,λ<=log n,65536,0,698124,10.65252685546875
HSDSP,λ<=log n,65536,0,686167,10.470077514648438
HSDSP,λ<=log n,65536,0,767054,11.704315185546875
HSDSP,λ<=log n,65536,0,764981,11.672683715820312
HSDSP,λ<=log n,65536,0,707854,10.800994873046875
HSDSP,λ<=log n,65536,0,931517,14.213821411132812
HSDSP,λ<=log n,65536,0,713248,10.88330078125
HSDSP,λ<=log n,65536,0,762118,11.628997802734375
HSDSP,λ<=log n,65536,0,701403,10.702560424804688
HSDSP,λ<=log n,65536,0,865068,13.19989013671875
HSDSP,λ<=log n,65536,0,748575,11.422348022460938
HSDSP,λ<=log n,65536,0,721757,11.013137817382812
HSDSP,λ<=log n,65536,0,767891,11.717086791992188
HSDSP,λ<=log n,65536,0,756973,11.550491333007812
HSDSP,λ<=log n,65536,0,703490,10.734405517578125
HSDSP,λ<=log n,65536,0,710024,10.8341064453125
HSDSP,λ<=log n,65536,0,736604,11.23968505859375
HSDSP,λ<=log n,65536,0,725350,11.067962646484375
HSDSP,λ<=log n,65536,0,786137,11.995498657226562
HSDSP,λ<=log n,65536,0,835454,12.748016357421875
HSDSP,λ<=log n,65536,0,671591,10.247665405273438
HSDSP,λ<=log n,65536,0,755068,11.52142333984375
HSDSP,λ<=log n,65536,0,768553,11.727188110351562
HSDSP,λ<=log n,65536,0,709943,10.832870483398438
HSDSP,λ<=log n,65536,0,723198,11.035125732421875
HSDSP,λ<=log n,65536,0,706884,10.78619384765625
HSDSP,λ<=log n,65536,0,703109,10.728591918945312
HSDSP,λ<=log n,65536,0,757448,11.5577392578125
HSDSP,λ<=log n,65536,0,862034,13.153594970703125
HSDSP,λ<=log n,65536,0,794602,12.124664306640625
HSDSP,λ<=log n,65536,0,772405,11.785964965820312
HSDSP,λ<=log n,65536,0,779404,11.89276123046875
HSDSP,λ<=log n,65536,0,760889,11.610244750976562
HSDSP,λ<=log n,65536,0,849190,12.957611083984375
HSDSP,λ<=log n,65536,0,695623,10.614364624023438
HSDSP,λ<=log n,65536,0,836472,12.7635498046875
HSDSP,λ<=log n,65536,0,770658,11.759307861328125
HSDSP,λ<=log n,65536,0,750066,11.445098876953125
HSDSP,λ<=log n,65536,0,758784,11.578125
HSDSP,λ<=log n,65536,0,714560,10.9033203125
HSDSP,λ<=log n,65536,0,763379,11.648239135742188
HSDSP,λ<=log n,65536,0,694148,10.59185791015625
HSDSP,λ<=log n,65536,0,748038,11.414154052734375
HSDSP,λ<=log n,65536,0,723066,11.033111572265625
HSDSP,λ<=log n,65536,0,856939,13.075851440429688
HSDSP,λ<=log n,65536,0,700601,10.690322875976562
HSDSP,λ<=log n,65536,0,732081,11.170669555664062
HSDSP,λ<=log n,65536,0,736527,11.238510131835938
HSDSP,λ<=log n,65536,0,775699,11.836227416992188
HSDSP,λ<=log n,65536,0,711941,10.863357543945312
HSDSP,λ<=log n,65536,0,689518,10.521209716796875
HSDSP,λ<=log n,65536,0,771647,11.774398803710938
HSDSP,λ<=log n,65536,0,706798,10.784881591796875
HSDSP,λ<=log n,65536,0,693404,10.58050537109375
HSDSP,λ<=log n,65536,0,712978,10.879180908203125
HSDSP,λ<=log n,65536,0,733026,11.185089111328125
HSDSP,λ<=log n,65536,0,704910,10.756072998046875
HSDSP,λ<=log n,65536,0,749591,11.437850952148438
HSDSP,λ<=log n,65536,0,717542,10.948822021484375
HSDSP,λ<=log n,65536,0,812330,12.395172119140625
HSDSP,λ<=log n,65536,0,739109,11.277908325195312
HSDSP,λ<=log n,65536,0,704410,10.748443603515625
HSDSP,λ<=log n,65536,0,803134,12.254852294921875
HSDSP,λ<=log n,65536,0,724619,11.056808471679688
HSDSP,λ<=log n,65536,0,769572,11.74273681640625
HSDSP,λ<=log n,65536,0,730629,11.148513793945312
HSDSP,λ<=log n,65536,0,703096,10.7283935546875
HSDSP,λ<=log n,65536,0,704683,10.752609252929688
HSDSP,λ<=log n,65536,0,773172,11.79766845703125
HSDSP,λ<=log n,65536,0,743532,11.34539794921875
HSDSP,λ<=log n,65536,0,777505,11.863784790039062
HSDSP,λ<=log n,65536,0,832965,12.710037231445312
HSDSP,λ<=log n,65536,0,746718,11.394012451171875
HSDSP,λ<=log n,65536,0,736492,11.23797607421875
HSDSP,λ<=log n,65536,0,676757,10.326492309570312
HSDSP,λ<=log n,65536,0,695487,10.612289428710938
HRDSP,λ<=log n,65536,0,586158,8.944061279296875
HRDSP,λ<=log n,65536,0,604077,9.217483520507812
HRDSP,λ<=log n,65536,0,573332,8.74835205078125
HRDSP,λ<=log n,65536,0,574627,8.768112182617188
HRDSP,λ<=log n,65536,0,615473,9.391372680664062
HRDSP,λ<=log n,65536,0,675491,10.307174682617188
HRDSP,λ<=log n,65536,0,657265,10.029067993164062
HRDSP,λ<=log n,65536,0,618369,9.435562133789062
HRDSP,λ<=log n,65536,0,601124,9.17242431640625
HRDSP,λ<=log n,65536,0,655420,10.00091552734375
HRDSP,λ<=log n,65536,0,585149,8.928665161132812
HRDSP,λ<=log n,65536,0,602749,9.197219848632812
HRDSP,λ<=log n,65536,0,656941,10.024124145507812
HRDSP,λ<=log n,65536,0,603437,9.207717895507812
HRDSP,λ<=log n,65536,0,625282,9.541046142578125
HRDSP,λ<=log n,65536,0,688125,10.499954223632812
HRDSP,λ<=log n,65536,0,623084,9.50750732421875
HRDSP,λ<=log n,65536,0,641028,9.78131103515625
HRDSP,λ<=log n,65536,0,654491,9.986740112304688
HRDSP,λ<=log n,65536,0,580416,8.8564453125
HRDSP,λ<=log n,65536,0,627249,9.571060180664062
HRDSP,λ<=log n,65536,0,611525,9.331130981445312
HRDSP,λ<=log n,65536,0,623479,9.513534545898438
HRDSP,λ<=log n,65536,0,631600,9.637451171875
HRDSP,λ<=log n,65536,0,650962,9.932891845703125
HRDSP,λ<=log n,65536,0,614845,9.381790161132812
HRDSP,λ<=log n,65536,0,572285,8.732376098632812
HRDSP,λ<=log n,65536,0,558429,8.520950317382812
HRDSP,λ<=log n,65536,0,639142,9.752532958984375
HRDSP,λ<=log n,65536,0,671979,10.253585815429688
HRDSP,λ<=log n,65536,0,673638,10.278900146484375
HRDSP,λ<=log n,65536,0,639356,9.75579833984375
HRDSP,λ<=log n,65536,0,656871,10.023056030273438
HRDSP,λ<=log n,65536,0,622234,9.494537353515625
HRDSP,λ<=log n,65536,0,641071,9.781967163085938
HRDSP,λ<=log n,65536,0,656314,10.014556884765625
HRDSP,λ<=log n,65536,0,590299,9.007247924804688
HRDSP,λ<=log n,65536,0,616855,9.412460327148438
HRDSP,λ<=log n,65536,0,586042,8.942291259765625
HRDSP,λ<=log n,65536,0,593275,9.052658081054688
HRDSP,λ<=log n,65536,0,593705,9.059219360351562
HRDSP,λ<=log n,65536,0,589309,8.992141723632812
HRDSP,λ<=log n,65536,0,605975,9.246444702148438
HRDSP,λ<=log n,65536,0,622003,9.491012573242188
HRDSP,λ<=log n,65536,0,589158,8.989837646484375
HRDSP,λ<=log n,65536,0,589633,8.997085571289062
HRDSP,λ<=log n,65536,0,609993,9.307754516601562
HRDSP,λ<=log n,65536,0,580618,8.859527587890625
HRDSP,λ<=log n,65536,0,636325,9.709548950195312
HRDSP,λ<=log n,65536,0,599230,9.143524169921875
HRDSP,λ<=log n,65536,0,669860,10.22125244140625
HRDSP,λ<=log n,65536,0,628596,9.59161376953125
HRDSP,λ<=log n,65536,0,585996,8.94158935546875
HRDSP,λ<=log n,65536,0,633683,9.669235229492188
HRDSP,λ<=log n,65536,0,661559,10.094589233398438
HRDSP,λ<=log n,65536,0,594790,9.075775146484375
HRDSP,λ<=log n,65536,0,652512,9.95654296875
HRDSP,λ<=log n,65536,0,661750,10.097503662109375
HRDSP,λ<=log n,65536,0,608966,9.292083740234375
HRDSP,λ<=log n,65536,0,571080,8.7139892578125
HRDSP,λ<=log n,65536,0,620655,9.470443725585938
HRDSP,λ<=log n,65536,0,577502,8.811981201171875
HRDSP,λ<=log n,65536,0,653810,9.976348876953125
HRDSP,λ<=log n,65536,0,621435,9.482345581054688
HRDSP,λ<=log n,65536,0,635266,9.693389892578125
HRDSP,λ<=log n,65536,0,655674,10.004791259765625
HRDSP,λ<=log n,65536,0,610914,9.321807861328125
HRDSP,λ<=log n,65536,0,721275,11.005783081054688
HRDSP,λ<=log n,65536,0,654934,9.993499755859375
HRDSP,λ<=log n,65536,0,645754,9.853424072265625
HRDSP,λ<=log n,65536,0,576663,8.799179077148438
HRDSP,λ<=log n,65536,0,638544,9.743408203125
HRDSP,λ<=log n,65536,0,637896,9.7335205078125
HRDSP,λ<=log n,65536,0,589440,8.994140625
HRDSP,λ<=log n,65536,0,594563,9.072311401367188
HRDSP,λ<=log n,65536,0,594467,9.070846557617188
HRDSP,λ<=log n,65536,0,622361,9.496475219726562
HRDSP,λ<=log n,65536,0,601551,9.178939819335938
HRDSP,λ<=log n,65536,0,661592,10.0950927734375
HRDSP,λ<=log n,65536,0,589936,9.001708984375
HRDSP,λ<=log n,65536,0,693736,10.5855712890625
HRDSP,λ<=log n,65536,0,647269,9.876541137695312
HRDSP,λ<=log n,65536,0,582224,8.884033203125
HRDSP,λ<=log n,65536,0,578901,8.833328247070312
HRDSP,λ<=log n,65536,0,612679,9.348739624023438
HRDSP,λ<=log n,65536,0,575561,8.782363891601562
HRDSP,λ<=log n,65536,0,610550,9.316253662109375
HRDSP,λ<=log n,65536,0,617890,9.428253173828125
HRDSP,λ<=log n,65536,0,611985,9.338150024414062
HRDSP,λ<=log n,65536,0,613008,9.353759765625
HRDSP,λ<=log n,65536,0,577717,8.815261840820312
HRDSP,λ<=log n,65536,0,601417,9.176895141601562
HRDSP,λ<=log n,65536,0,650260,9.92218017578125
HRDSP,λ<=log n,65536,0,658400,10.04638671875
HRDSP,λ<=log n,65536,0,579514,8.842681884765625
HRDSP,λ<=log n,65536,0,589105,8.989028930664062
HRDSP,λ<=log n,65536,0,590840,9.0155029296875
HRDSP,λ<=log n,65536,0,571622,8.722259521484375
HRDSP,λ<=log n,65536,0,606242,9.250518798828125
HRDSP,λ<=log n,65536,0,597534,9.117645263671875
HHDSP,λ<=log n,65536,0,597227,9.112960815429688
HHDSP,λ<=log n,65536,0,545735,8.327255249023438
HHDSP,λ<=log n,65536,0,564864,8.619140625
HHDSP,λ<=log n,65536,0,580045,8.850784301757812
HHDSP,λ<=log n,65536,0,567543,8.660018920898438
HHDSP,λ<=log n,65536,0,607183,9.264877319335938
HHDSP,λ<=log n,65536,0,553077,8.439285278320312
HHDSP,λ<=log n,65536,0,583034,8.896392822265625
HHDSP,λ<=log n,65536,0,601463,9.177597045898438
HHDSP,λ<=log n,65536,0,554069,8.454421997070312
HHDSP,λ<=log n,65536,0,553785,8.450088500976562
HHDSP,λ<=log n,65536,0,565001,8.621231079101562
HHDSP,λ<=log n,65536,0,563979,8.605636596679688
HHDSP,λ<=log n,65536,0,552045,8.423538208007812
HHDSP,λ<=log n,65536,0,564046,8.606658935546875
HHDSP,λ<=log n,65536,0,573012,8.74346923828125
HHDSP,λ<=log n,65536,0,536905,8.192520141601562
HHDSP,λ<=log n,65536,0,565014,8.621429443359375
HHDSP,λ<=log n,65536,0,563413,8.597000122070312
HHDSP,λ<=log n,65536,0,550707,8.403121948242188
HHDSP,λ<=log n,65536,0,537870,8.207244873046875
HHDSP,λ<=log n,65536,0,549406,8.383270263671875
HHDSP,λ<=log n,65536,0,566016,8.63671875
HHDSP,λ<=log n,65536,0,527514,8.049224853515625
HHDSP,λ<=log n,65536,0,565873,8.634536743164062
HHDSP,λ<=log n,65536,0,551111,8.409286499023438
HHDSP,λ<=log n,65536,0,553770,8.449859619140625
HHDSP,λ<=log n,65536,0,544082,8.302032470703125
HHDSP,λ<=log n,65536,0,577039,8.804916381835938
HHDSP,λ<=log n,65536,0,698399,10.656723022460938
HHDSP,λ<=log n,65536,0,549362,8.382598876953125
HHDSP,λ<=log n,65536,0,548447,8.368637084960938
HHDSP,λ<=log n,65536,0,537049,8.194717407226562
HHDSP,λ<=log n,65536,0,530794,8.099273681640625
HHDSP,λ<=log n,65536,0,606155,9.249191284179688
HHDSP,λ<=log n,65536,0,550007,8.392440795898438
HHDSP,λ<=log n,65536,0,563375,8.596420288085938
HHDSP,λ<=log n,65536,0,546103,8.332870483398438
HHDSP,λ<=log n,65536,0,603927,9.215194702148438
HHDSP,λ<=log n,65536,0,631028,9.62872314453125
HHDSP,λ<=log n,65536,0,534194,8.151153564453125
HHDSP,λ<=log n,65536,0,591360,9.0234375
HHDSP,λ<=log n,65536,0,549232,8.380615234375
HHDSP,λ<=log n,65536,0,553560,8.4466552734375
HHDSP,λ<=log n,65536,0,550336,8.3974609375
HHDSP,λ<=log n,65536,0,524101,7.9971466064453125
HHDSP,λ<=log n,65536,0,590939,9.017013549804688
HHDSP,λ<=log n,65536,0,547500,8.35418701171875
HHDSP,λ<=log n,65536,0,552477,8.430130004882812
HHDSP,λ<=log n,65536,0,547451,8.353439331054688
HHDSP,λ<=log n,65536,0,532713,8.128555297851562
HHDSP,λ<=log n,65536,0,528337,8.061782836914062
HHDSP,λ<=log n,65536,0,549035,8.377609252929688
HHDSP,λ<=log n,65536,0,559527,8.537704467773438
HHDSP,λ<=log n,65536,0,543110,8.287200927734375
HHDSP,λ<=log n,65536,0,551994,8.422760009765625
HHDSP,λ<=log n,65536,0,571326,8.717742919921875
HHDSP,λ<=log n,65536,0,578139,8.821701049804688
HHDSP,λ<=log n,65536,0,567290,8.656158447265625
HHDSP,λ<=log n,65536,0,545833,8.328750610351562
HHDSP,λ<=log n,65536,0,550932,8.40655517578125
HHDSP,λ<=log n,65536,0,584041,8.911758422851562
HHDSP,λ<=log n,65536,0,528572,8.06536865234375
HHDSP,λ<=log n,65536,0,512699,7.8231658935546875
HHDSP,λ<=log n,65536,0,576878,8.802459716796875
HHDSP,λ<=log n,65536,0,626763,9.563644409179688
HHDSP,λ<=log n,65536,0,562134,8.577484130859375
HHDSP,λ<=log n,65536,0,654895,9.992904663085938
HHDSP,λ<=log n,65536,0,547267,8.350631713867188
HHDSP,λ<=log n,65536,0,555564,8.47723388671875
HHDSP,λ<=log n,65536,0,537392,8.199951171875
HHDSP,λ<=log n,65536,0,553371,8.443771362304688
HHDSP,λ<=log n,65536,0,531658,8.112457275390625
HHDSP,λ<=log n,65536,0,562351,8.580795288085938
HHDSP,λ<=log n,65536,0,526337,8.031265258789062
HHDSP,λ<=log n,65536,0,619844,9.45806884765625
HHDSP,λ<=log n,65536,0,571662,8.722869873046875
HHDSP,λ<=log n,65536,0,553856,8.451171875
HHDSP,λ<=log n,65536,0,540438,8.246429443359375
HHDSP,λ<=log n,65536,0,595701,9.089675903320312
HHDSP,λ<=log n,65536,0,552666,8.433013916015625
HHDSP,λ<=log n,65536,0,584016,8.911376953125
HHDSP,λ<=log n,65536,0,576119,8.790878295898438
HHDSP,λ<=log n,65536,0,591590,9.026947021484375
HHDSP,λ<=log n,65536,0,589208,8.9906005859375
HHDSP,λ<=log n,65536,0,591987,9.033004760742188
HHDSP,λ<=log n,65536,0,559817,8.542129516601562
HHDSP,λ<=log n,65536,0,573332,8.74835205078125
HHDSP,λ<=log n,65536,0,546737,8.342544555664062
HHDSP,λ<=log n,65536,0,534364,8.15374755859375
HHDSP,λ<=log n,65536,0,540509,8.247512817382812
HHDSP,λ<=log n,65536,0,581837,8.878128051757812
HHDSP,λ<=log n,65536,0,557595,8.508224487304688
HHDSP,λ<=log n,65536,0,553670,8.448333740234375
HHDSP,λ<=log n,65536,0,553356,8.44354248046875
HHDSP,λ<=log n,65536,0,557354,8.504547119140625
HHDSP,λ<=log n,65536,0,555939,8.482955932617188
HHDSP,λ<=log n,65536,0,574685,8.768997192382812
HHDSP,λ<=log n,65536,0,584049,8.911880493164062
HHLSP,λ<=log n,65536,0,601515,9.178390502929688
HHLSP,λ<=log n,65536,0,583924,8.90997314453125
HHLSP,λ<=log n,65536,0,571447,8.719589233398438
HHLSP,λ<=log n,65536,0,590070,9.003753662109375
HHLSP,λ<=log n,65536,0,583502,8.903533935546875
HHLSP,λ<=log n,65536,0,611021,9.323440551757812
HHLSP,λ<=log n,65536,0,619949,9.459671020507812
HHLSP,λ<=log n,65536,0,601885,9.184036254882812
HHLSP,λ<=log n,65536,0,610614,9.317230224609375
HHLSP,λ<=log n,65536,0,588535,8.980331420898438
HHLSP,λ<=log n,65536,0,602107,9.187423706054688
HHLSP,λ<=log n,65536,0,629048,9.5985107421875
HHLSP,λ<=log n,65536,0,658085,10.041580200195312
HHLSP,λ<=log n,65536,0,660828,10.08343505859375
HHLSP,λ<=log n,65536,0,618041,9.430557250976562
HHLSP,λ<=log n,65536,0,563499,8.598312377929688
HHLSP,λ<=log n,65536,0,558470,8.521575927734375
HHLSP,λ<=log n,65536,0,633186,9.661651611328125
HHLSP,λ<=log n,65536,0,676114,10.316680908203125
HHLSP,λ<=log n,65536,0,673642,10.278961181640625
HHLSP,λ<=log n,65536,0,585076,8.92755126953125
HHLSP,λ<=log n,65536,0,594806,9.076019287109375
HHLSP,λ<=log n,65536,0,599034,9.140533447265625
HHLSP,λ<=log n,65536,0,667285,10.181961059570312
HHLSP,λ<=log n,65536,0,563724,8.60174560546875
HHLSP,λ<=log n,65536,0,569238,8.685882568359375
HHLSP,λ<=log n,65536,0,627342,9.572479248046875
HHLSP,λ<=log n,65536,0,568291,8.671432495117188
HHLSP,λ<=log n,65536,0,575447,8.780624389648438
HHLSP,λ<=log n,65536,0,585464,8.9334716796875
HHLSP,λ<=log n,65536,0,563337,8.595840454101562
HHLSP,λ<=log n,65536,0,586208,8.94482421875
HHLSP,λ<=log n,65536,0,619463,9.452255249023438
HHLSP,λ<=log n,65536,0,640849,9.778579711914062
HHLSP,λ<=log n,65536,0,620192,9.46337890625
HHLSP,λ<=log n,65536,0,609708,9.30340576171875
HHLSP,λ<=log n,65536,0,577645,8.814163208007812
HHLSP,λ<=log n,65536,0,576647,8.798934936523438
HHLSP,λ<=log n,65536,0,555905,8.482437133789062
HHLSP,λ<=log n,65536,0,595771,9.090744018554688
HHLSP,λ<=log n,65536,0,576196,8.79205322265625
HHLSP,λ<=log n,65536,0,603960,9.2156982421875
HHLSP,λ<=log n,65536,0,657520,10.032958984375
HHLSP,λ<=log n,65536,0,588802,8.984405517578125
HHLSP,λ<=log n,65536,0,580302,8.854705810546875
HHLSP,λ<=log n,65536,0,556654,8.493865966796875
HHLSP,λ<=log n,65536,0,604351,9.221664428710938
HHLSP,λ<=log n,65536,0,583016,8.8961181640625
HHLSP,λ<=log n,65536,0,638319,9.739974975585938
HHLSP,λ<=log n,65536,0,583989,8.910964965820312
HHLSP,λ<=log n,65536,0,573434,8.749908447265625
HHLSP,λ<=log n,65536,0,553537,8.446304321289062
HHLSP,λ<=log n,65536,0,586323,8.946578979492188
HHLSP,λ<=log n,65536,0,548038,8.362396240234375
HHLSP,λ<=log n,65536,0,572192,8.73095703125
HHLSP,λ<=log n,65536,0,591035,9.018478393554688
HHLSP,λ<=log n,65536,0,717775,10.952377319335938
HHLSP,λ<=log n,65536,0,564293,8.610427856445312
HHLSP,λ<=log n,65536,0,555191,8.471542358398438
HHLSP,λ<=log n,65536,0,556473,8.491104125976562
HHLSP,λ<=log n,65536,0,589464,8.9945068359375
HHLSP,λ<=log n,65536,0,605651,9.241500854492188
HHLSP,λ<=log n,65536,0,573673,8.753555297851562
HHLSP,λ<=log n,65536,0,597955,9.124069213867188
HHLSP,λ<=log n,65536,0,586035,8.942184448242188
HHLSP,λ<=log n,65536,0,573266,8.747344970703125
HHLSP,λ<=log n,65536,0,559895,8.543319702148438
HHLSP,λ<=log n,65536,0,605815,9.244003295898438
HHLSP,λ<=log n,65536,0,592596,9.04229736328125
HHLSP,λ<=log n,65536,0,574590,8.767547607421875
HHLSP,λ<=log n,65536,0,577057,8.805191040039062
HHLSP,λ<=log n,65536,0,603177,9.203750610351562
HHLSP,λ<=log n,65536,0,614782,9.380828857421875
HHLSP,λ<=log n,65536,0,565558,8.629730224609375
HHLSP,λ<=log n,65536,0,568684,8.67742919921875
HHLSP,λ<=log n,65536,0,595253,9.082839965820312
HHLSP,λ<=log n,65536,0,608223,9.280746459960938
HHLSP,λ<=log n,65536,0,615784,9.3961181640625
HHLSP,λ<=log n,65536,0,602741,9.197097778320312
HHLSP,λ<=log n,65536,0,564238,8.609588623046875
HHLSP,λ<=log n,65536,0,603257,9.204971313476562
HHLSP,λ<=log n,65536,0,625786,9.548736572265625
HHLSP,λ<=log n,65536,0,640175,9.768295288085938
HHLSP,λ<=log n,65536,0,660296,10.0753173828125
HHLSP,λ<=log n,65536,0,589609,8.996719360351562
HHLSP,λ<=log n,65536,0,603605,9.210281372070312
HHLSP,λ<=log n,65536,0,603373,9.206741333007812
HHLSP,λ<=log n,65536,0,582806,8.892913818359375
HHLSP,λ<=log n,65536,0,580514,8.857940673828125
HHLSP,λ<=log n,65536,0,584559,8.919662475585938
HHLSP,λ<=log n,65536,0,560870,8.558197021484375
HHLSP,λ<=log n,65536,0,607866,9.275299072265625
HHLSP,λ<=log n,65536,0,568893,8.680618286132812
HHLSP,λ<=log n,65536,0,571615,8.722152709960938
HHLSP,λ<=log n,65536,0,572846,8.740936279296875
HHLSP,λ<=log n,65536,0,580272,8.854248046875
HHLSP,λ<=log n,65536,0,595378,9.084747314453125
HHLSP,λ<=log n,65536,0,613647,9.363510131835938
HHLSP,λ<=log n,65536,0,587579,8.965744018554688
HHLSP,λ<=log n,65536,0,577531,8.812423706054688
HRLSP,λ<=log n,65536,0,663914,10.130523681640625
HRLSP,λ<=log n,65536,0,607584,9.27099609375
HRLSP,λ<=log n,65536,0,629505,9.605484008789062
HRLSP,λ<=log n,65536,0,721688,11.0120849609375
HRLSP,λ<=log n,65536,0,686310,10.472259521484375
HRLSP,λ<=log n,65536,0,619810,9.457550048828125
HRLSP,λ<=log n,65536,0,609652,9.30255126953125
HRLSP,λ<=log n,65536,0,632773,9.655349731445312
HRLSP,λ<=log n,65536,0,680142,10.378143310546875
HRLSP,λ<=log n,65536,0,670417,10.229751586914062
HRLSP,λ<=log n,65536,0,657724,10.03607177734375
HRLSP,λ<=log n,65536,0,630801,9.625259399414062
HRLSP,λ<=log n,65536,0,648165,9.890213012695312
HRLSP,λ<=log n,65536,0,642563,9.804733276367188
HRLSP,λ<=log n,65536,0,619131,9.447189331054688
HRLSP,λ<=log n,65536,0,658776,10.0521240234375
HRLSP,λ<=log n,65536,0,650296,9.9227294921875
HRLSP,λ<=log n,65536,0,620242,9.464141845703125
HRLSP,λ<=log n,65536,0,591113,9.019668579101562
HRLSP,λ<=log n,65536,0,619823,9.457748413085938
HRLSP,λ<=log n,65536,0,605175,9.234237670898438
HRLSP,λ<=log n,65536,0,651184,9.936279296875
HRLSP,λ<=log n,65536,0,651397,9.939529418945312
HRLSP,λ<=log n,65536,0,620591,9.469467163085938
HRLSP,λ<=log n,65536,0,613955,9.368209838867188
HRLSP,λ<=log n,65536,0,682735,10.417709350585938
HRLSP,λ<=log n,65536,0,621731,9.486862182617188
HRLSP,λ<=log n,65536,0,655411,10.000778198242188
HRLSP,λ<=log n,65536,0,604993,9.231460571289062
HRLSP,λ<=log n,65536,0,641884,9.79437255859375
HRLSP,λ<=log n,65536,0,766122,11.690093994140625
HRLSP,λ<=log n,65536,0,614068,9.36993408203125
HRLSP,λ<=log n,65536,0,657754,10.036529541015625
HRLSP,λ<=log n,65536,0,609941,9.306961059570312
HRLSP,λ<=log n,65536,0,710945,10.848159790039062
HRLSP,λ<=log n,65536,0,609767,9.304306030273438
HRLSP,λ<=log n,65536,0,592998,9.048431396484375
HRLSP,λ<=log n,65536,0,589414,8.993743896484375
HRLSP,λ<=log n,65536,0,671171,10.241256713867188
HRLSP,λ<=log n,65536,0,659704,10.0662841796875
HRLSP,λ<=log n,65536,0,622247,9.494735717773438
HRLSP,λ<=log n,65536,0,629759,9.609359741210938
HRLSP,λ<=log n,65536,0,633681,9.669204711914062
HRLSP,λ<=log n,65536,0,632265,9.647598266601562
HRLSP,λ<=log n,65536,0,607006,9.262176513671875
HRLSP,λ<=log n,65536,0,616589,9.408401489257812
HRLSP,λ<=log n,65536,0,636987,9.719650268554688
HRLSP,λ<=log n,65536,0,634634,9.683746337890625
HRLSP,λ<=log n,65536,0,597173,9.112136840820312
HRLSP,λ<=log n,65536,0,654763,9.990890502929688
HRLSP,λ<=log n,65536,0,686402,10.473663330078125
HRLSP,λ<=log n,65536,0,682865,10.419692993164062
HRLSP,λ<=log n,65536,0,631798,9.640472412109375
HRLSP,λ<=log n,65536,0,628519,9.590438842773438
HRLSP,λ<=log n,65536,0,617367,9.420272827148438
HRLSP,λ<=log n,65536,0,634061,9.675003051757812
HRLSP,λ<=log n,65536,0,662383,10.107162475585938
HRLSP,λ<=log n,65536,0,648235,9.891281127929688
HRLSP,λ<=log n,65536,0,613178,9.356353759765625
HRLSP,λ<=log n,65536,0,597847,9.122421264648438
HRLSP,λ<=log n,65536,0,660571,10.079513549804688
HRLSP,λ<=log n,65536,0,714272,10.89892578125
HRLSP,λ<=log n,65536,0,631689,9.638809204101562
HRLSP,λ<=log n,65536,0,645406,9.848114013671875
HRLSP,λ<=log n,65536,0,713972,10.89434814453125
HRLSP,λ<=log n,65536,0,611318,9.327972412109375
HRLSP,λ<=log n,65536,0,649295,9.907455444335938
HRLSP,λ<=log n,65536,0,658754,10.051788330078125
HRLSP,λ<=log n,65536,0,668491,10.200363159179688
HRLSP,λ<=log n,65536,0,661110,10.087738037109375
HRLSP,λ<=log n,65536,0,688855,10.511093139648438
HRLSP,λ<=log n,65536,0,659941,10.069900512695312
HRLSP,λ<=log n,65536,0,618844,9.44281005859375
HRLSP,λ<=log n,65536,0,616271,9.403549194335938
HRLSP,λ<=log n,65536,0,690059,10.529464721679688
HRLSP,λ<=log n,65536,0,601702,9.181243896484375
HRLSP,λ<=log n,65536,0,641988,9.79595947265625
HRLSP,λ<=log n,65536,0,636763,9.716232299804688
HRLSP,λ<=log n,65536,0,642192,9.799072265625
HRLSP,λ<=log n,65536,0,664092,10.13323974609375
HRLSP,λ<=log n,65536,0,626952,9.5665283203125
HRLSP,λ<=log n,65536,0,683785,10.433731079101562
HRLSP,λ<=log n,65536,0,610089,9.309219360351562
HRLSP,λ<=log n,65536,0,607688,9.2725830078125
HRLSP,λ<=log n,65536,0,636833,9.717300415039062
HRLSP,λ<=log n,65536,0,634102,9.675628662109375
HRLSP,λ<=log n,65536,0,643332,9.81646728515625
HRLSP,λ<=log n,65536,0,696408,10.6263427734375
HRLSP,λ<=log n,65536,0,664857,10.144912719726562
HRLSP,λ<=log n,65536,0,771905,11.778335571289062
HRLSP,λ<=log n,65536,0,662044,10.10198974609375
HRLSP,λ<=log n,65536,0,701754,10.707916259765625
HRLSP,λ<=log n,65536,0,727317,11.097976684570312
HRLSP,λ<=log n,65536,0,631671,9.638534545898438
HRLSP,λ<=log n,65536,0,607375,9.267807006835938
HRLSP,λ<=log n,65536,0,607238,9.265716552734375
HRLSP,λ<=log n,65536,0,690074,10.529693603515625
HRLSP,λ<=log n,65536,0,622324,9.49591064453125
HRLSP,λ<=log n,65536,0,645649,9.851821899414062
HRLSP,λ<=log n,65536,0,669393,10.214126586914062
HSLSP,λ<=log n,65536,0,805872,12.296630859375
HSLSP,λ<=log n,65536,0,753979,11.504806518554688
HSLSP,λ<=log n,65536,0,799416,12.1981201171875
HSLSP,λ<=log n,65536,0,699936,10.68017578125
HSLSP,λ<=log n,65536,0,816318,12.456024169921875
HSLSP,λ<=log n,65536,0,723129,11.034072875976562
HSLSP,λ<=log n,65536,0,740467,11.298629760742188
HSLSP,λ<=log n,65536,0,768630,11.728363037109375
HSLSP,λ<=log n,65536,0,771540,11.77276611328125
HSLSP,λ<=log n,65536,0,727839,11.105941772460938
HSLSP,λ<=log n,65536,0,750187,11.446945190429688
HSLSP,λ<=log n,65536,0,772537,11.787979125976562
HSLSP,λ<=log n,65536,0,796301,12.150588989257812
HSLSP,λ<=log n,65536,0,744301,11.357131958007812
HSLSP,λ<=log n,65536,0,804493,12.275588989257812
HSLSP,λ<=log n,65536,0,695758,10.616424560546875
HSLSP,λ<=log n,65536,0,726585,11.086807250976562
HSLSP,λ<=log n,65536,0,878951,13.411727905273438
HSLSP,λ<=log n,65536,0,760950,11.611175537109375
HSLSP,λ<=log n,65536,0,788828,12.03656005859375
HSLSP,λ<=log n,65536,0,785742,11.989471435546875
HSLSP,λ<=log n,65536,0,800012,12.20721435546875
HSLSP,λ<=log n,65536,0,761502,11.619598388671875
HSLSP,λ<=log n,65536,0,766530,11.696319580078125
HSLSP,λ<=log n,65536,0,768320,11.7236328125
HSLSP,λ<=log n,65536,0,758175,11.568832397460938
HSLSP,λ<=log n,65536,0,810910,12.373504638671875
HSLSP,λ<=log n,65536,0,736799,11.242660522460938
HSLSP,λ<=log n,65536,0,714716,10.90570068359375
HSLSP,λ<=log n,65536,0,783753,11.959121704101562
HSLSP,λ<=log n,65536,0,778918,11.885345458984375
HSLSP,λ<=log n,65536,0,732378,11.175201416015625
HSLSP,λ<=log n,65536,0,751896,11.4730224609375
HSLSP,λ<=log n,65536,0,765678,11.683319091796875
HSLSP,λ<=log n,65536,0,709256,10.8223876953125
HSLSP,λ<=log n,65536,0,703595,10.736007690429688
HSLSP,λ<=log n,65536,0,696243,10.623825073242188
HSLSP,λ<=log n,65536,0,718028,10.95623779296875
HSLSP,λ<=log n,65536,0,773143,11.797225952148438
HSLSP,λ<=log n,65536,0,803050,12.253570556640625
HSLSP,λ<=log n,65536,0,802446,12.244354248046875
HSLSP,λ<=log n,65536,0,817620,12.47589111328125
HSLSP,λ<=log n,65536,0,795981,12.145706176757812
HSLSP,λ<=log n,65536,0,841702,12.843353271484375
HSLSP,λ<=log n,65536,0,753493,11.497390747070312
HSLSP,λ<=log n,65536,0,859354,13.112701416015625
HSLSP,λ<=log n,65536,0,710465,10.840835571289062
HSLSP,λ<=log n,65536,0,758010,11.566314697265625
HSLSP,λ<=log n,65536,0,740789,11.303543090820312
HSLSP,λ<=log n,65536,0,742788,11.33404541015625
HSLSP,λ<=log n,65536,0,723200,11.03515625
HSLSP,λ<=log n,65536,0,688382,10.503875732421875
HSLSP,λ<=log n,65536,0,758851,11.579147338867188
HSLSP,λ<=log n,65536,0,868236,13.24822998046875
HSLSP,λ<=log n,65536,0,766229,11.691726684570312
HSLSP,λ<=log n,65536,0,770841,11.762100219726562
HSLSP,λ<=log n,65536,0,733154,11.187042236328125
HSLSP,λ<=log n,65536,0,720812,10.99871826171875
HSLSP,λ<=log n,65536,0,880190,13.430633544921875
HSLSP,λ<=log n,65536,0,779761,11.898208618164062
HSLSP,λ<=log n,65536,0,724865,11.060562133789062
HSLSP,λ<=log n,65536,0,769761,11.745620727539062
HSLSP,λ<=log n,65536,0,716361,10.930801391601562
HSLSP,λ<=log n,65536,0,725564,11.07122802734375
HSLSP,λ<=log n,65536,0,728679,11.118759155273438
HSLSP,λ<=log n,65536,0,776474,11.848052978515625
HSLSP,λ<=log n,65536,0,769111,11.735702514648438
HSLSP,λ<=log n,65536,0,721952,11.01611328125
HSLSP,λ<=log n,65536,0,773038,11.795623779296875
HSLSP,λ<=log n,65536,0,820309,12.516921997070312
HSLSP,λ<=log n,65536,0,844893,12.892044067382812
HSLSP,λ<=log n,65536,0,793576,12.1090087890625
HSLSP,λ<=log n,65536,0,801365,12.227859497070312
HSLSP,λ<=log n,65536,0,828271,12.638412475585938
HSLSP,λ<=log n,65536,0,804074,12.269195556640625
HSLSP,λ<=log n,65536,0,867104,13.23095703125
HSLSP,λ<=log n,65536,0,777974,11.870941162109375
HSLSP,λ<=log n,65536,0,760428,11.60321044921875
HSLSP,λ<=log n,65536,0,758273,11.570327758789062
HSLSP,λ<=log n,65536,0,751589,11.468338012695312
HSLSP,λ<=log n,65536,0,847295,12.928695678710938
HSLSP,λ<=log n,65536,0,847281,12.928482055664062
HSLSP,λ<=log n,65536,0,749241,11.432510375976562
HSLSP,λ<=log n,65536,0,770362,11.754791259765625
HSLSP,λ<=log n,65536,0,788632,12.0335693359375
HSLSP,λ<=log n,65536,0,724757,11.058914184570312
HSLSP,λ<=log n,65536,0,784494,11.970428466796875
HSLSP,λ<=log n,65536,0,798463,12.183578491210938
HSLSP,λ<=log n,65536,0,805803,12.295578002929688
HSLSP,λ<=log n,65536,0,774291,11.814743041992188
HSLSP,λ<=log n,65536,0,772005,11.779861450195312
HSLSP,λ<=log n,65536,0,802066,12.238555908203125
HSLSP,λ<=log n,65536,0,757314,11.555694580078125
HSLSP,λ<=log n,65536,0,750543,11.452377319335938
HSLSP,λ<=log n,65536,0,754378,11.510894775390625
HSLSP,λ<=log n,65536,0,780211,11.905075073242188
HSLSP,λ<=log n,65536,0,771020,11.76483154296875
HSLSP,λ<=log n,65536,0,769884,11.74749755859375
HSLSP,λ<=log n,65536,0,862554,13.161529541015625
HSLSP,λ<=log n,65536,0,840638,12.827117919921875
HSDMP,λ<=log n,65536,0,754933,11.519363403320312
HSDMP,λ<=log n,65536,0,599782,9.151947021484375
HSDMP,λ<=log n,65536,0,617737,9.425918579101562
HSDMP,λ<=log n,65536,0,633644,9.66864013671875
HSDMP,λ<=log n,65536,0,678885,10.358963012695312
HSDMP,λ<=log n,65536,0,655035,9.995040893554688
HSDMP,λ<=log n,65536,0,669544,10.2164306640625
HSDMP,λ<=log n,65536,0,678621,10.354934692382812
HSDMP,λ<=log n,65536,0,651540,9.94171142578125
HSDMP,λ<=log n,65536,0,701091,10.697799682617188
HSDMP,λ<=log n,65536,0,684984,10.4520263671875
HSDMP,λ<=log n,65536,0,725665,11.072769165039062
HSDMP,λ<=log n,65536,0,666181,10.165115356445312
HSDMP,λ<=log n,65536,0,622785,9.502944946289062
HSDMP,λ<=log n,65536,0,669964,10.22283935546875
HSDMP,λ<=log n,65536,0,661587,10.095016479492188
HSDMP,λ<=log n,65536,0,706916,10.78668212890625
HSDMP,λ<=log n,65536,0,705470,10.764617919921875
HSDMP,λ<=log n,65536,0,702542,10.719940185546875
HSDMP,λ<=log n,65536,0,749052,11.42962646484375
HSDMP,λ<=log n,65536,0,726276,11.08209228515625
HSDMP,λ<=log n,65536,0,634965,9.688796997070312
HSDMP,λ<=log n,65536,0,622208,9.494140625
HSDMP,λ<=log n,65536,0,658240,10.0439453125
HSDMP,λ<=log n,65536,0,729806,11.135955810546875
HSDMP,λ<=log n,65536,0,678678,10.355804443359375
HSDMP,λ<=log n,65536,0,653456,9.970947265625
HSDMP,λ<=log n,65536,0,649200,9.906005859375
HSDMP,λ<=log n,65536,0,607677,9.272415161132812
HSDMP,λ<=log n,65536,0,637298,9.724395751953125
HSDMP,λ<=log n,65536,0,604392,9.2222900390625
HSDMP,λ<=log n,65536,0,639050,9.751129150390625
HSDMP,λ<=log n,65536,0,612916,9.35235595703125
HSDMP,λ<=log n,65536,0,610929,9.322036743164062
HSDMP,λ<=log n,65536,0,705445,10.764236450195312
HSDMP,λ<=log n,65536,0,650719,9.929183959960938
HSDMP,λ<=log n,65536,0,646277,9.861404418945312
HSDMP,λ<=log n,65536,0,654033,9.979751586914062
HSDMP,λ<=log n,65536,0,642645,9.805984497070312
HSDMP,λ<=log n,65536,0,625904,9.550537109375
HSDMP,λ<=log n,65536,0,646093,9.858596801757812
HSDMP,λ<=log n,65536,0,871759,13.301986694335938
HSDMP,λ<=log n,65536,0,674463,10.291488647460938
HSDMP,λ<=log n,65536,0,628255,9.586410522460938
HSDMP,λ<=log n,65536,0,636728,9.7156982421875
HSDMP,λ<=log n,65536,0,629381,9.603591918945312
HSDMP,λ<=log n,65536,0,634165,9.676589965820312
HSDMP,λ<=log n,65536,0,603076,9.20220947265625
HSDMP,λ<=log n,65536,0,651111,9.935165405273438
HSDMP,λ<=log n,65536,0,640513,9.773452758789062
HSDMP,λ<=log n,65536,0,712484,10.87164306640625
HSDMP,λ<=log n,65536,0,700908,10.69500732421875
HSDMP,λ<=log n,65536,0,661557,10.094558715820312
HSDMP,λ<=log n,65536,0,700205,10.684280395507812
HSDMP,λ<=log n,65536,0,608567,9.285995483398438
HSDMP,λ<=log n,65536,0,688090,10.499420166015625
HSDMP,λ<=log n,65536,0,666945,10.176773071289062
HSDMP,λ<=log n,65536,0,661544,10.0943603515625
HSDMP,λ<=log n,65536,0,619080,9.4464111328125
HSDMP,λ<=log n,65536,0,648449,9.894546508789062
HSDMP,λ<=log n,65536,0,704616,10.7515869140625
HSDMP,λ<=log n,65536,0,662212,10.10455322265625
HSDMP,λ<=log n,65536,0,727378,11.098907470703125
HSDMP,λ<=log n,65536,0,714687,10.905258178710938
HSDMP,λ<=log n,65536,0,636450,9.711456298828125
HSDMP,λ<=log n,65536,0,718818,10.968292236328125
HSDMP,λ<=log n,65536,0,612801,9.350601196289062
HSDMP,λ<=log n,65536,0,593122,9.050323486328125
HSDMP,λ<=log n,65536,0,646698,9.867828369140625
HSDMP,λ<=log n,65536,0,725834,11.075347900390625
HSDMP,λ<=log n,65536,0,683218,10.425079345703125
HSDMP,λ<=log n,65536,0,623027,9.506637573242188
HSDMP,λ<=log n,65536,0,668390,10.198822021484375
HSDMP,λ<=log n,65536,0,645986,9.856964111328125
HSDMP,λ<=log n,65536,0,694704,10.600341796875
HSDMP,λ<=log n,65536,0,659285,10.059890747070312
HSDMP,λ<=log n,65536,0,667761,10.189224243164062
HSDMP,λ<=log n,65536,0,660469,10.077957153320312
HSDMP,λ<=log n,65536,0,633568,9.66748046875
HSDMP,λ<=log n,65536,0,651790,9.945526123046875
HSDMP,λ<=log n,65536,0,671433,10.245254516601562
HSDMP,λ<=log n,65536,0,621018,9.475982666015625
HSDMP,λ<=log n,65536,0,774278,11.814544677734375
HSDMP,λ<=log n,65536,0,650857,9.931289672851562
HSDMP,λ<=log n,65536,0,603586,9.209991455078125
HSDMP,λ<=log n,65536,0,680465,10.383071899414062
HSDMP,λ<=log n,65536,0,653498,9.971588134765625
HSDMP,λ<=log n,65536,0,653463,9.971054077148438
HSDMP,λ<=log n,65536,0,707619,10.797409057617188
HSDMP,λ<=log n,65536,0,766962,11.702911376953125
HSDMP,λ<=log n,65536,0,595657,9.089004516601562
HSDMP,λ<=log n,65536,0,708207,10.806381225585938
HSDMP,λ<=log n,65536,0,677102,10.331756591796875
HSDMP,λ<=log n,65536,0,639589,9.759353637695312
HSDMP,λ<=log n,65536,0,718154,10.958160400390625
HSDMP,λ<=log n,65536,0,676704,10.32568359375
HSDMP,λ<=log n,65536,0,678701,10.356155395507812
HSDMP,λ<=log n,65536,0,706658,10.782745361328125
HSDMP,λ<=log n,65536,0,684517,10.444900512695312
HSDMP,λ<=log n,65536,0,618796,9.44207763671875
HRDMP,λ<=log n,65536,0,519753,7.9308013916015625
HRDMP,λ<=log n,65536,0,473882,7.230865478515625
HRDMP,λ<=log n,65536,0,495904,7.56689453125
HRDMP,λ<=log n,65536,0,530364,8.09271240234375
HRDMP,λ<=log n,65536,0,514131,7.8450164794921875
HRDMP,λ<=log n,65536,0,520487,7.9420013427734375
HRDMP,λ<=log n,65536,0,522707,7.9758758544921875
HRDMP,λ<=log n,65536,0,501419,7.6510467529296875
HRDMP,λ<=log n,65536,0,527122,8.043243408203125
HRDMP,λ<=log n,65536,0,566286,8.640838623046875
HRDMP,λ<=log n,65536,0,526379,8.031906127929688
HRDMP,λ<=log n,65536,0,587028,8.95733642578125
HRDMP,λ<=log n,65536,0,493728,7.53369140625
HRDMP,λ<=log n,65536,0,517440,7.8955078125
HRDMP,λ<=log n,65536,0,562556,8.58392333984375
HRDMP,λ<=log n,65536,0,498044,7.59954833984375
HRDMP,λ<=log n,65536,0,522956,7.97967529296875
HRDMP,λ<=log n,65536,0,514518,7.850921630859375
HRDMP,λ<=log n,65536,0,546651,8.341232299804688
HRDMP,λ<=log n,65536,0,543247,8.289291381835938
HRDMP,λ<=log n,65536,0,613734,9.364837646484375
HRDMP,λ<=log n,65536,0,551675,8.417892456054688
HRDMP,λ<=log n,65536,0,496969,7.5831451416015625
HRDMP,λ<=log n,65536,0,489165,7.4640655517578125
HRDMP,λ<=log n,65536,0,557303,8.503768920898438
HRDMP,λ<=log n,65536,0,497031,7.5840911865234375
HRDMP,λ<=log n,65536,0,532431,8.124252319335938
HRDMP,λ<=log n,65536,0,526643,8.035934448242188
HRDMP,λ<=log n,65536,0,521892,7.96343994140625
HRDMP,λ<=log n,65536,0,500199,7.6324310302734375
HRDMP,λ<=log n,65536,0,541679,8.265365600585938
HRDMP,λ<=log n,65536,0,590556,9.01116943359375
HRDMP,λ<=log n,65536,0,492636,7.51702880859375
HRDMP,λ<=log n,65536,0,575784,8.7857666015625
HRDMP,λ<=log n,65536,0,504531,7.6985321044921875
HRDMP,λ<=log n,65536,0,529542,8.080169677734375
HRDMP,λ<=log n,65536,0,486921,7.4298248291015625
HRDMP,λ<=log n,65536,0,479779,7.3208465576171875
HRDMP,λ<=log n,65536,0,503521,7.6831207275390625
HRDMP,λ<=log n,65536,0,576665,8.799209594726562
HRDMP,λ<=log n,65536,0,493449,7.5294342041015625
HRDMP,λ<=log n,65536,0,527820,8.05389404296875
HRDMP,λ<=log n,65536,0,518362,7.909576416015625
HRDMP,λ<=log n,65536,0,529696,8.08251953125
HRDMP,λ<=log n,65536,0,535298,8.167999267578125
HRDMP,λ<=log n,65536,0,541863,8.268173217773438
HRDMP,λ<=log n,65536,0,509335,7.7718353271484375
HRDMP,λ<=log n,65536,0,487201,7.4340972900390625
HRDMP,λ<=log n,65536,0,526504,8.0338134765625
HRDMP,λ<=log n,65536,0,545268,8.32012939453125
HRDMP,λ<=log n,65536,0,512879,7.8259124755859375
HRDMP,λ<=log n,65536,0,584524,8.91912841796875
HRDMP,λ<=log n,65536,0,569649,8.692153930664062
HRDMP,λ<=log n,65536,0,526718,8.037078857421875
HRDMP,λ<=log n,65536,0,530765,8.098831176757812
HRDMP,λ<=log n,65536,0,541163,8.257492065429688
HRDMP,λ<=log n,65536,0,472506,7.209869384765625
HRDMP,λ<=log n,65536,0,565843,8.634078979492188
HRDMP,λ<=log n,65536,0,482498,7.362335205078125
HRDMP,λ<=log n,65536,0,513171,7.8303680419921875
HRDMP,λ<=log n,65536,0,484621,7.3947296142578125
HRDMP,λ<=log n,65536,0,498082,7.600128173828125
HRDMP,λ<=log n,65536,0,487904,7.44482421875
HRDMP,λ<=log n,65536,0,540049,8.240493774414062
HRDMP,λ<=log n,65536,0,509546,7.775054931640625
HRDMP,λ<=log n,65536,0,549504,8.384765625
HRDMP,λ<=log n,65536,0,525061,8.011795043945312
HRDMP,λ<=log n,65536,0,622578,9.499786376953125
HRDMP,λ<=log n,65536,0,489381,7.4673614501953125
HRDMP,λ<=log n,65536,0,484331,7.3903045654296875
HRDMP,λ<=log n,65536,0,487897,7.4447174072265625
HRDMP,λ<=log n,65536,0,536898,8.192413330078125
HRDMP,λ<=log n,65536,0,518842,7.916900634765625
HRDMP,λ<=log n,65536,0,493751,7.5340423583984375
HRDMP,λ<=log n,65536,0,505879,7.7191009521484375
HRDMP,λ<=log n,65536,0,505706,7.716461181640625
HRDMP,λ<=log n,65536,0,532292,8.12213134765625
HRDMP,λ<=log n,65536,0,522744,7.9764404296875
HRDMP,λ<=log n,65536,0,481930,7.353668212890625
HRDMP,λ<=log n,65536,0,492889,7.5208892822265625
HRDMP,λ<=log n,65536,0,520703,7.9452972412109375
HRDMP,λ<=log n,65536,0,478687,7.3041839599609375
HRDMP,λ<=log n,65536,0,556597,8.492996215820312
HRDMP,λ<=log n,65536,0,627119,9.569076538085938
HRDMP,λ<=log n,65536,0,507589,7.7451934814453125
HRDMP,λ<=log n,65536,0,478396,7.29974365234375
HRDMP,λ<=log n,65536,0,503875,7.6885223388671875
HRDMP,λ<=log n,65536,0,520011,7.9347381591796875
HRDMP,λ<=log n,65536,0,526556,8.03460693359375
HRDMP,λ<=log n,65536,0,486949,7.4302520751953125
HRDMP,λ<=log n,65536,0,515356,7.86370849609375
HRDMP,λ<=log n,65536,0,508927,7.7656097412109375
HRDMP,λ<=log n,65536,0,542056,8.2711181640625
HRDMP,λ<=log n,65536,0,521068,7.95086669921875
HRDMP,λ<=log n,65536,0,512775,7.8243255615234375
HRDMP,λ<=log n,65536,0,479417,7.3153228759765625
HRDMP,λ<=log n,65536,0,509699,7.7773895263671875
HRDMP,λ<=log n,65536,0,523015,7.9805755615234375
HRDMP,λ<=log n,65536,0,493679,7.5329437255859375
HRDMP,λ<=log n,65536,0,520560,7.943115234375
HHDMP,λ<=log n,65536,0,489182,7.464324951171875
HHDMP,λ<=log n,65536,0,559958,8.544281005859375
HHDMP,λ<=log n,65536,0,473425,7.2238922119140625
HHDMP,λ<=log n,65536,0,469781,7.1682891845703125
HHDMP,λ<=log n,65536,0,492719,7.5182952880859375
HHDMP,λ<=log n,65536,0,508115,7.7532196044921875
HHDMP,λ<=log n,65536,0,488829,7.4589385986328125
HHDMP,λ<=log n,65536,0,460379,7.0248260498046875
HHDMP,λ<=log n,65536,0,478971,7.3085174560546875
HHDMP,λ<=log n,65536,0,470878,7.185028076171875
HHDMP,λ<=log n,65536,0,456514,6.965850830078125
HHDMP,λ<=log n,65536,0,459995,7.0189666748046875
HHDMP,λ<=log n,65536,0,443314,6.764434814453125
HHDMP,λ<=log n,65536,0,476326,7.268157958984375
HHDMP,λ<=log n,65536,0,462889,7.0631256103515625
HHDMP,λ<=log n,65536,0,494318,7.542694091796875
HHDMP,λ<=log n,65536,0,456639,6.9677581787109375
HHDMP,λ<=log n,65536,0,495496,7.5606689453125
HHDMP,λ<=log n,65536,0,490635,7.4864959716796875
HHDMP,λ<=log n,65536,0,447352,6.8260498046875
HHDMP,λ<=log n,65536,0,537365,8.199539184570312
HHDMP,λ<=log n,65536,0,458873,7.0018463134765625
HHDMP,λ<=log n,65536,0,465897,7.1090240478515625
HHDMP,λ<=log n,65536,0,461069,7.0353546142578125
HHDMP,λ<=log n,65536,0,479941,7.3233184814453125
HHDMP,λ<=log n,65536,0,469389,7.1623077392578125
HHDMP,λ<=log n,65536,0,476281,7.2674713134765625
HHDMP,λ<=log n,65536,0,458876,7.00189208984375
HHDMP,λ<=log n,65536,0,475058,7.248809814453125
HHDMP,λ<=log n,65536,0,451886,6.895233154296875
HHDMP,λ<=log n,65536,0,469519,7.1642913818359375
HHDMP,λ<=log n,65536,0,540606,8.248992919921875
HHDMP,λ<=log n,65536,0,448640,6.845703125
HHDMP,λ<=log n,65536,0,466364,7.11614990234375
HHDMP,λ<=log n,65536,0,472076,7.20330810546875
HHDMP,λ<=log n,65536,0,495067,7.5541229248046875
HHDMP,λ<=log n,65536,0,471635,7.1965789794921875
HHDMP,λ<=log n,65536,0,501872,7.657958984375
HHDMP,λ<=log n,65536,0,523382,7.986175537109375
HHDMP,λ<=log n,65536,0,467780,7.13775634765625
HHDMP,λ<=log n,65536,0,502564,7.66851806640625
HHDMP,λ<=log n,65536,0,517839,7.9015960693359375
HHDMP,λ<=log n,65536,0,468670,7.151336669921875
HHDMP,λ<=log n,65536,0,468027,7.1415252685546875
HHDMP,λ<=log n,65536,0,475335,7.2530364990234375
HHDMP,λ<=log n,65536,0,469616,7.165771484375
HHDMP,λ<=log n,65536,0,494105,7.5394439697265625
HHDMP,λ<=log n,65536,0,467169,7.1284332275390625
HHDMP,λ<=log n,65536,0,465304,7.0999755859375
HHDMP,λ<=log n,65536,0,467242,7.129547119140625
HHDMP,λ<=log n,65536,0,512061,7.8134307861328125
HHDMP,λ<=log n,65536,0,461191,7.0372161865234375
HHDMP,λ<=log n,65536,0,470507,7.1793670654296875
HHDMP,λ<=log n,65536,0,451526,6.889739990234375
HHDMP,λ<=log n,65536,0,478778,7.305572509765625
HHDMP,λ<=log n,65536,0,507002,7.736236572265625
HHDMP,λ<=log n,65536,0,521907,7.9636688232421875
HHDMP,λ<=log n,65536,0,450946,6.880889892578125
HHDMP,λ<=log n,65536,0,466454,7.117523193359375
HHDMP,λ<=log n,65536,0,472848,7.215087890625
HHDMP,λ<=log n,65536,0,523518,7.988250732421875
HHDMP,λ<=log n,65536,0,440136,6.7159423828125
HHDMP,λ<=log n,65536,0,516235,7.8771209716796875
HHDMP,λ<=log n,65536,0,456561,6.9665679931640625
HHDMP,λ<=log n,65536,0,476312,7.2679443359375
HHDMP,λ<=log n,65536,0,504250,7.694244384765625
HHDMP,λ<=log n,65536,0,511295,7.8017425537109375
HHDMP,λ<=log n,65536,0,505260,7.70965576171875
HHDMP,λ<=log n,65536,0,521539,7.9580535888671875
HHDMP,λ<=log n,65536,0,487875,7.4443817138671875
HHDMP,λ<=log n,65536,0,465047,7.0960540771484375
HHDMP,λ<=log n,65536,0,429923,6.5601043701171875
HHDMP,λ<=log n,65536,0,502063,7.6608734130859375
HHDMP,λ<=log n,65536,0,465741,7.1066436767578125
HHDMP,λ<=log n,65536,0,518297,7.9085845947265625
HHDMP,λ<=log n,65536,0,439447,6.7054290771484375
HHDMP,λ<=log n,65536,0,501133,7.6466827392578125
HHDMP,λ<=log n,65536,0,505918,7.719696044921875
HHDMP,λ<=log n,65536,0,476982,7.278167724609375
HHDMP,λ<=log n,65536,0,456238,6.961639404296875
HHDMP,λ<=log n,65536,0,478724,7.30474853515625
HHDMP,λ<=log n,65536,0,456521,6.9659576416015625
HHDMP,λ<=log n,65536,0,451964,6.89642333984375
HHDMP,λ<=log n,65536,0,488687,7.4567718505859375
HHDMP,λ<=log n,65536,0,447307,6.8253631591796875
HHDMP,λ<=log n,65536,0,440015,6.7140960693359375
HHDMP,λ<=log n,65536,0,618793,9.442031860351562
HHDMP,λ<=log n,65536,0,496737,7.5796051025390625
HHDMP,λ<=log n,65536,0,498003,7.5989227294921875
HHDMP,λ<=log n,65536,0,462552,7.0579833984375
HHDMP,λ<=log n,65536,0,455680,6.953125
HHDMP,λ<=log n,65536,0,495805,7.5653839111328125
HHDMP,λ<=log n,65536,0,459106,7.005401611328125
HHDMP,λ<=log n,65536,0,485094,7.401947021484375
HHDMP,λ<=log n,65536,0,499956,7.62872314453125
HHDMP,λ<=log n,65536,0,506846,7.733856201171875
HHDMP,λ<=log n,65536,0,451150,6.884002685546875
HHDMP,λ<=log n,65536,0,443061,6.7605743408203125
HHDMP,λ<=log n,65536,0,510619,7.7914276123046875
HHDMP,λ<=log n,65536,0,464673,7.0903472900390625
HHLMP,λ<=log n,65536,0,480373,7.3299102783203125
HHLMP,λ<=log n,65536,0,542721,8.281265258789062
HHLMP,λ<=log n,65536,0,472840,7.2149658203125
HHLMP,λ<=log n,65536,0,463260,7.06878662109375
HHLMP,λ<=log n,65536,0,522159,7.9675140380859375
HHLMP,λ<=log n,65536,0,500279,7.6336517333984375
HHLMP,λ<=log n,65536,0,500793,7.6414947509765625
HHLMP,λ<=log n,65536,0,473781,7.2293243408203125
HHLMP,λ<=log n,65536,0,469327,7.1613616943359375
HHLMP,λ<=log n,65536,0,459916,7.01776123046875
HHLMP,λ<=log n,65536,0,513154,7.830108642578125
HHLMP,λ<=log n,65536,0,495883,7.5665740966796875
HHLMP,λ<=log n,65536,0,494218,7.541168212890625
HHLMP,λ<=log n,65536,0,466518,7.118499755859375
HHLMP,λ<=log n,65536,0,484035,7.3857879638671875
HHLMP,λ<=log n,65536,0,484131,7.3872528076171875
HHLMP,λ<=log n,65536,0,511390,7.803192138671875
HHLMP,λ<=log n,65536,0,471944,7.2012939453125
HHLMP,λ<=log n,65536,0,521485,7.9572296142578125
HHLMP,λ<=log n,65536,0,533649,8.142837524414062
HHLMP,λ<=log n,65536,0,479477,7.3162384033203125
HHLMP,λ<=log n,65536,0,530959,8.101791381835938
HHLMP,λ<=log n,65536,0,496200,7.5714111328125
HHLMP,λ<=log n,65536,0,488132,7.44830322265625
HHLMP,λ<=log n,65536,0,480542,7.332489013671875
HHLMP,λ<=log n,65536,0,478907,7.3075408935546875
HHLMP,λ<=log n,65536,0,474421,7.2390899658203125
HHLMP,λ<=log n,65536,0,481469,7.3466339111328125
HHLMP,λ<=log n,65536,0,498062,7.599822998046875
HHLMP,λ<=log n,65536,0,506401,7.7270660400390625
HHLMP,λ<=log n,65536,0,504280,7.6947021484375
HHLMP,λ<=log n,65536,0,474592,7.24169921875
HHLMP,λ<=log n,65536,0,495363,7.5586395263671875
HHLMP,λ<=log n,65536,0,474445,7.2394561767578125
HHLMP,λ<=log n,65536,0,514732,7.85418701171875
HHLMP,λ<=log n,65536,0,491979,7.5070037841796875
HHLMP,λ<=log n,65536,0,491954,7.506622314453125
HHLMP,λ<=log n,65536,0,478469,7.3008575439453125
HHLMP,λ<=log n,65536,0,474001,7.2326812744140625
HHLMP,λ<=log n,65536,0,487541,7.4392852783203125
HHLMP,λ<=log n,65536,0,534112,8.14990234375
HHLMP,λ<=log n,65536,0,483249,7.3737945556640625
HHLMP,λ<=log n,65536,0,506304,7.7255859375
HHLMP,λ<=log n,65536,0,526198,8.029144287109375
HHLMP,λ<=log n,65536,0,485451,7.4073944091796875
HHLMP,λ<=log n,65536,0,476371,7.2688446044921875
HHLMP,λ<=log n,65536,0,456536,6.9661865234375
HHLMP,λ<=log n,65536,0,478016,7.2939453125
HHLMP,λ<=log n,65536,0,475440,7.254638671875
HHLMP,λ<=log n,65536,0,523837,7.9931182861328125
HHLMP,λ<=log n,65536,0,510213,7.7852325439453125
HHLMP,λ<=log n,65536,0,441402,6.735260009765625
HHLMP,λ<=log n,65536,0,480162,7.326690673828125
HHLMP,λ<=log n,65536,0,506649,7.7308502197265625
HHLMP,λ<=log n,65536,0,469259,7.1603240966796875
HHLMP,λ<=log n,65536,0,463904,7.07861328125
HHLMP,λ<=log n,65536,0,556149,8.486160278320312
HHLMP,λ<=log n,65536,0,464775,7.0919036865234375
HHLMP,λ<=log n,65536,0,493544,7.5308837890625
HHLMP,λ<=log n,65536,0,497867,7.5968475341796875
HHLMP,λ<=log n,65536,0,519574,7.928070068359375
HHLMP,λ<=log n,65536,0,499998,7.629364013671875
HHLMP,λ<=log n,65536,0,518780,7.91595458984375
HHLMP,λ<=log n,65536,0,506673,7.7312164306640625
HHLMP,λ<=log n,65536,0,503285,7.6795196533203125
HHLMP,λ<=log n,65536,0,562444,8.58221435546875
HHLMP,λ<=log n,65536,0,496357,7.5738067626953125
HHLMP,λ<=log n,65536,0,522658,7.975128173828125
HHLMP,λ<=log n,65536,0,582034,8.881134033203125
HHLMP,λ<=log n,65536,0,489350,7.466888427734375
HHLMP,λ<=log n,65536,0,462724,7.06060791015625
HHLMP,λ<=log n,65536,0,488053,7.4470977783203125
HHLMP,λ<=log n,65536,0,502430,7.666473388671875
HHLMP,λ<=log n,65536,0,504811,7.7028045654296875
HHLMP,λ<=log n,65536,0,446343,6.8106536865234375
HHLMP,λ<=log n,65536,0,460685,7.0294952392578125
HHLMP,λ<=log n,65536,0,476082,7.264434814453125
HHLMP,λ<=log n,65536,0,527469,8.048538208007812
HHLMP,λ<=log n,65536,0,549951,8.391586303710938
HHLMP,λ<=log n,65536,0,520783,7.9465179443359375
HHLMP,λ<=log n,65536,0,505547,7.7140350341796875
HHLMP,λ<=log n,65536,0,513284,7.83209228515625
HHLMP,λ<=log n,65536,0,481105,7.3410797119140625
HHLMP,λ<=log n,65536,0,468116,7.14288330078125
HHLMP,λ<=log n,65536,0,462266,7.053619384765625
HHLMP,λ<=log n,65536,0,516177,7.8762359619140625
HHLMP,λ<=log n,65536,0,473251,7.2212371826171875
HHLMP,λ<=log n,65536,0,488488,7.4537353515625
HHLMP,λ<=log n,65536,0,495807,7.5654144287109375
HHLMP,λ<=log n,65536,0,470815,7.1840667724609375
HHLMP,λ<=log n,65536,0,476248,7.2669677734375
HHLMP,λ<=log n,65536,0,458968,7.0032958984375
HHLMP,λ<=log n,65536,0,501612,7.65399169921875
HHLMP,λ<=log n,65536,0,531709,8.113235473632812
HHLMP,λ<=log n,65536,0,459509,7.0115509033203125
HHLMP,λ<=log n,65536,0,479113,7.3106842041015625
HHLMP,λ<=log n,65536,0,533264,8.136962890625
HHLMP,λ<=log n,65536,0,505555,7.7141571044921875
HHLMP,λ<=log n,65536,0,504454,7.697357177734375
HHLMP,λ<=log n,65536,0,481942,7.353851318359375
HRLMP,λ<=log n,65536,0,540951,8.254257202148438
HRLMP,λ<=log n,65536,0,514010,7.843170166015625
HRLMP,λ<=log n,65536,0,641850,9.793853759765625
HRLMP,λ<=log n,65536,0,525171,8.013473510742188
HRLMP,λ<=log n,65536,0,535042,8.164093017578125
HRLMP,λ<=log n,65536,0,513553,7.8361968994140625
HRLMP,λ<=log n,65536,0,545141,8.318191528320312
HRLMP,λ<=log n,65536,0,587542,8.965179443359375
HRLMP,λ<=log n,65536,0,533814,8.145355224609375
HRLMP,λ<=log n,65536,0,556542,8.492156982421875
HRLMP,λ<=log n,65536,0,577680,8.814697265625
HRLMP,λ<=log n,65536,0,531298,8.106964111328125
HRLMP,λ<=log n,65536,0,571083,8.714035034179688
HRLMP,λ<=log n,65536,0,551591,8.416610717773438
HRLMP,λ<=log n,65536,0,537776,8.205810546875
HRLMP,λ<=log n,65536,0,571098,8.714263916015625
HRLMP,λ<=log n,65536,0,491221,7.4954376220703125
HRLMP,λ<=log n,65536,0,515710,7.869110107421875
HRLMP,λ<=log n,65536,0,516545,7.8818511962890625
HRLMP,λ<=log n,65536,0,581887,8.878890991210938
HRLMP,λ<=log n,65536,0,559252,8.53350830078125
HRLMP,λ<=log n,65536,0,498688,7.609375
HRLMP,λ<=log n,65536,0,509773,7.7785186767578125
HRLMP,λ<=log n,65536,0,585560,8.9349365234375
HRLMP,λ<=log n,65536,0,497023,7.5839691162109375
HRLMP,λ<=log n,65536,0,502095,7.6613616943359375
HRLMP,λ<=log n,65536,0,519628,7.92889404296875
HRLMP,λ<=log n,65536,0,546755,8.342819213867188
HRLMP,λ<=log n,65536,0,571252,8.71661376953125
HRLMP,λ<=log n,65536,0,531976,8.1173095703125
HRLMP,λ<=log n,65536,0,506563,7.7295379638671875
HRLMP,λ<=log n,65536,0,595028,9.07940673828125
HRLMP,λ<=log n,65536,0,485319,7.4053802490234375
HRLMP,λ<=log n,65536,0,552520,8.4307861328125
HRLMP,λ<=log n,65536,0,508136,7.7535400390625
HRLMP,λ<=log n,65536,0,517984,7.90380859375
HRLMP,λ<=log n,65536,0,724599,11.056503295898438
HRLMP,λ<=log n,65536,0,484072,7.3863525390625
HRLMP,λ<=log n,65536,0,543476,8.29278564453125
HRLMP,λ<=log n,65536,0,527327,8.046371459960938
HRLMP,λ<=log n,65536,0,541819,8.267501831054688
HRLMP,λ<=log n,65536,0,529308,8.07659912109375
HRLMP,λ<=log n,65536,0,524430,8.002166748046875
HRLMP,λ<=log n,65536,0,497997,7.5988311767578125
HRLMP,λ<=log n,65536,0,544778,8.312652587890625
HRLMP,λ<=log n,65536,0,496768,7.580078125
HRLMP,λ<=log n,65536,0,556103,8.485458374023438
HRLMP,λ<=log n,65536,0,501578,7.653472900390625
HRLMP,λ<=log n,65536,0,523318,7.985198974609375
HRLMP,λ<=log n,65536,0,526057,8.026992797851562
HRLMP,λ<=log n,65536,0,546694,8.341888427734375
HRLMP,λ<=log n,65536,0,549340,8.38226318359375
HRLMP,λ<=log n,65536,0,520055,7.9354095458984375
HRLMP,λ<=log n,65536,0,497334,7.588714599609375
HRLMP,λ<=log n,65536,0,510709,7.7928009033203125
HRLMP,λ<=log n,65536,0,510172,7.78460693359375
HRLMP,λ<=log n,65536,0,523755,7.9918670654296875
HRLMP,λ<=log n,65536,0,536725,8.189773559570312
HRLMP,λ<=log n,65536,0,547549,8.354934692382812
HRLMP,λ<=log n,65536,0,553080,8.4393310546875
HRLMP,λ<=log n,65536,0,518461,7.9110870361328125
HRLMP,λ<=log n,65536,0,515211,7.8614959716796875
HRLMP,λ<=log n,65536,0,534268,8.15228271484375
HRLMP,λ<=log n,65536,0,557892,8.51275634765625
HRLMP,λ<=log n,65536,0,572392,8.7340087890625
HRLMP,λ<=log n,65536,0,535791,8.175521850585938
HRLMP,λ<=log n,65536,0,534891,8.161788940429688
HRLMP,λ<=log n,65536,0,541981,8.269973754882812
HRLMP,λ<=log n,65536,0,496909,7.5822296142578125
HRLMP,λ<=log n,65536,0,522936,7.9793701171875
HRLMP,λ<=log n,65536,0,536023,8.179061889648438
HRLMP,λ<=log n,65536,0,529221,8.075271606445312
HRLMP,λ<=log n,65536,0,520467,7.9416961669921875
HRLMP,λ<=log n,65536,0,516490,7.881011962890625
HRLMP,λ<=log n,65536,0,663723,10.127609252929688
HRLMP,λ<=log n,65536,0,512747,7.8238983154296875
HRLMP,λ<=log n,65536,0,509054,7.767547607421875
HRLMP,λ<=log n,65536,0,532711,8.128524780273438
HRLMP,λ<=log n,65536,0,575884,8.78729248046875
HRLMP,λ<=log n,65536,0,540932,8.25396728515625
HRLMP,λ<=log n,65536,0,524897,8.009292602539062
HRLMP,λ<=log n,65536,0,534409,8.154434204101562
HRLMP,λ<=log n,65536,0,524596,8.00469970703125
HRLMP,λ<=log n,65536,0,517024,7.88916015625
HRLMP,λ<=log n,65536,0,655016,9.9947509765625
HRLMP,λ<=log n,65536,0,511764,7.80889892578125
HRLMP,λ<=log n,65536,0,508035,7.7519989013671875
HRLMP,λ<=log n,65536,0,543893,8.299148559570312
HRLMP,λ<=log n,65536,0,496333,7.5734405517578125
HRLMP,λ<=log n,65536,0,547181,8.349319458007812
HRLMP,λ<=log n,65536,0,532104,8.1192626953125
HRLMP,λ<=log n,65536,0,500076,7.63055419921875
HRLMP,λ<=log n,65536,0,530196,8.09014892578125
HRLMP,λ<=log n,65536,0,526078,8.027313232421875
HRLMP,λ<=log n,65536,0,552578,8.431671142578125
HRLMP,λ<=log n,65536,0,524676,8.00592041015625
HRLMP,λ<=log n,65536,0,588016,8.972412109375
HRLMP,λ<=log n,65536,0,604501,9.223953247070312
HRLMP,λ<=log n,65536,0,561753,8.571670532226562
HRLMP,λ<=log n,65536,0,481631,7.3491058349609375
HSLMP,λ<=log n,65536,0,653041,9.964614868164062
HSLMP,λ<=log n,65536,0,767422,11.709930419921875
HSLMP,λ<=log n,65536,0,776090,11.842193603515625
HSLMP,λ<=log n,65536,0,701864,10.7095947265625
HSLMP,λ<=log n,65536,0,778385,11.877212524414062
HSLMP,λ<=log n,65536,0,800406,12.213226318359375
HSLMP,λ<=log n,65536,0,742289,11.326431274414062
HSLMP,λ<=log n,65536,0,699778,10.677764892578125
HSLMP,λ<=log n,65536,0,675970,10.314483642578125
HSLMP,λ<=log n,65536,0,849617,12.964126586914062
HSLMP,λ<=log n,65536,0,834606,12.735076904296875
HSLMP,λ<=log n,65536,0,703290,10.731353759765625
HSLMP,λ<=log n,65536,0,776871,11.854110717773438
HSLMP,λ<=log n,65536,0,757525,11.558914184570312
HSLMP,λ<=log n,65536,0,652304,9.953369140625
HSLMP,λ<=log n,65536,0,667624,10.1871337890625
HSLMP,λ<=log n,65536,0,776573,11.849563598632812
HSLMP,λ<=log n,65536,0,712761,10.875869750976562
HSLMP,λ<=log n,65536,0,712469,10.871414184570312
HSLMP,λ<=log n,65536,0,700366,10.686737060546875
HSLMP,λ<=log n,65536,0,795721,12.141738891601562
HSLMP,λ<=log n,65536,0,731053,11.154983520507812
HSLMP,λ<=log n,65536,0,730544,11.147216796875
HSLMP,λ<=log n,65536,0,750168,11.4466552734375
HSLMP,λ<=log n,65536,0,683443,10.428512573242188
HSLMP,λ<=log n,65536,0,794700,12.12615966796875
HSLMP,λ<=log n,65536,0,747776,11.41015625
HSLMP,λ<=log n,65536,0,716905,10.939102172851562
HSLMP,λ<=log n,65536,0,787520,12.0166015625
HSLMP,λ<=log n,65536,0,914311,13.951278686523438
HSLMP,λ<=log n,65536,0,749569,11.437515258789062
HSLMP,λ<=log n,65536,0,737762,11.257354736328125
HSLMP,λ<=log n,65536,0,723746,11.043487548828125
HSLMP,λ<=log n,65536,0,818539,12.489913940429688
HSLMP,λ<=log n,65536,0,700964,10.69586181640625
HSLMP,λ<=log n,65536,0,675656,10.3096923828125
HSLMP,λ<=log n,65536,0,845425,12.900161743164062
HSLMP,λ<=log n,65536,0,725824,11.0751953125
HSLMP,λ<=log n,65536,0,789182,12.041961669921875
HSLMP,λ<=log n,65536,0,818187,12.484542846679688
HSLMP,λ<=log n,65536,0,894137,13.643447875976562
HSLMP,λ<=log n,65536,0,758504,11.5738525390625
HSLMP,λ<=log n,65536,0,752468,11.48175048828125
HSLMP,λ<=log n,65536,0,705643,10.767257690429688
HSLMP,λ<=log n,65536,0,799098,12.193267822265625
HSLMP,λ<=log n,65536,0,763935,11.656723022460938
HSLMP,λ<=log n,65536,0,744563,11.361129760742188
HSLMP,λ<=log n,65536,0,791438,12.076385498046875
HSLMP,λ<=log n,65536,0,768607,11.728012084960938
HSLMP,λ<=log n,65536,0,794991,12.130599975585938
HSLMP,λ<=log n,65536,0,713663,10.889633178710938
HSLMP,λ<=log n,65536,0,714632,10.9044189453125
HSLMP,λ<=log n,65536,0,773701,11.805740356445312
HSLMP,λ<=log n,65536,0,747035,11.398849487304688
HSLMP,λ<=log n,65536,0,745679,11.378158569335938
HSLMP,λ<=log n,65536,0,728646,11.118255615234375
HSLMP,λ<=log n,65536,0,793097,12.101699829101562
HSLMP,λ<=log n,65536,0,817183,12.469223022460938
HSLMP,λ<=log n,65536,0,751259,11.463302612304688
HSLMP,λ<=log n,65536,0,721717,11.012527465820312
HSLMP,λ<=log n,65536,0,718243,10.959518432617188
HSLMP,λ<=log n,65536,0,789945,12.053604125976562
HSLMP,λ<=log n,65536,0,710774,10.845550537109375
HSLMP,λ<=log n,65536,0,724574,11.056121826171875
HSLMP,λ<=log n,65536,0,776193,11.843765258789062
HSLMP,λ<=log n,65536,0,724724,11.05841064453125
HSLMP,λ<=log n,65536,0,701337,10.701553344726562
HSLMP,λ<=log n,65536,0,740073,11.292617797851562
HSLMP,λ<=log n,65536,0,718949,10.970291137695312
HSLMP,λ<=log n,65536,0,785237,11.981765747070312
HSLMP,λ<=log n,65536,0,758703,11.576889038085938
HSLMP,λ<=log n,65536,0,714981,10.909744262695312
HSLMP,λ<=log n,65536,0,717751,10.952011108398438
HSLMP,λ<=log n,65536,0,805270,12.287445068359375
HSLMP,λ<=log n,65536,0,707802,10.800201416015625
HSLMP,λ<=log n,65536,0,690406,10.534759521484375
HSLMP,λ<=log n,65536,0,752194,11.477569580078125
HSLMP,λ<=log n,65536,0,724002,11.047393798828125
HSLMP,λ<=log n,65536,0,757769,11.562637329101562
HSLMP,λ<=log n,65536,0,724861,11.060501098632812
HSLMP,λ<=log n,65536,0,673703,10.279891967773438
HSLMP,λ<=log n,65536,0,718562,10.964385986328125
HSLMP,λ<=log n,65536,0,758326,11.571136474609375
HSLMP,λ<=log n,65536,0,710398,10.839813232421875
HSLMP,λ<=log n,65536,0,795749,12.142166137695312
HSLMP,λ<=log n,65536,0,756189,11.538528442382812
HSLMP,λ<=log n,65536,0,744451,11.359420776367188
HSLMP,λ<=log n,65536,0,688923,10.512130737304688
HSLMP,λ<=log n,65536,0,727974,11.108001708984375
HSLMP,λ<=log n,65536,0,699966,10.680633544921875
HSLMP,λ<=log n,65536,0,746202,11.386138916015625
HSLMP,λ<=log n,65536,0,691984,10.558837890625
HSLMP,λ<=log n,65536,0,762628,11.63677978515625
HSLMP,λ<=log n,65536,0,796424,12.1524658203125
HSLMP,λ<=log n,65536,0,730224,11.142333984375
HSLMP,λ<=log n,65536,0,749274,11.433013916015625
HSLMP,λ<=log n,65536,0,727337,11.098281860351562
HSLMP,λ<=log n,65536,0,744852,11.36553955078125
HSDIP,λ<=log n,65536,0,772920,11.7938232421875
HSDIP,λ<=log n,65536,0,745972,11.38262939453125
HSDIP,λ<=log n,65536,0,734877,11.213333129882812
HSDIP,λ<=log n,65536,0,753506,11.497589111328125
HSDIP,λ<=log n,65536,0,831092,12.68145751953125
HSDIP,λ<=log n,65536,0,792755,12.096481323242188
HSDIP,λ<=log n,65536,0,770991,11.764389038085938
HSDIP,λ<=log n,65536,0,845862,12.906829833984375
HSDIP,λ<=log n,65536,0,769447,11.740829467773438
HSDIP,λ<=log n,65536,0,768112,11.720458984375
HSDIP,λ<=log n,65536,0,751329,11.464370727539062
HSDIP,λ<=log n,65536,0,736713,11.241348266601562
HSDIP,λ<=log n,65536,0,897278,13.691375732421875
HSDIP,λ<=log n,65536,0,769159,11.736434936523438
HSDIP,λ<=log n,65536,0,742989,11.337112426757812
HSDIP,λ<=log n,65536,0,875500,13.35906982421875
HSDIP,λ<=log n,65536,0,839251,12.805953979492188
HSDIP,λ<=log n,65536,0,804011,12.268234252929688
HSDIP,λ<=log n,65536,0,801354,12.227691650390625
HSDIP,λ<=log n,65536,0,764532,11.66583251953125
HSDIP,λ<=log n,65536,0,793673,12.110488891601562
HSDIP,λ<=log n,65536,0,801617,12.231704711914062
HSDIP,λ<=log n,65536,0,814665,12.430801391601562
HSDIP,λ<=log n,65536,0,726079,11.079086303710938
HSDIP,λ<=log n,65536,0,894746,13.652740478515625
HSDIP,λ<=log n,65536,0,783063,11.948593139648438
HSDIP,λ<=log n,65536,0,814620,12.43011474609375
HSDIP,λ<=log n,65536,0,820419,12.518600463867188
HSDIP,λ<=log n,65536,0,756198,11.538665771484375
HSDIP,λ<=log n,65536,0,769641,11.743789672851562
HSDIP,λ<=log n,65536,0,746618,11.392486572265625
HSDIP,λ<=log n,65536,0,854544,13.039306640625
HSDIP,λ<=log n,65536,0,861973,13.152664184570312
HSDIP,λ<=log n,65536,0,776010,11.840972900390625
HSDIP,λ<=log n,65536,0,800786,12.219024658203125
HSDIP,λ<=log n,65536,0,935737,14.278213500976562
HSDIP,λ<=log n,65536,0,816704,12.4619140625
HSDIP,λ<=log n,65536,0,806880,12.31201171875
HSDIP,λ<=log n,65536,0,829375,12.655258178710938
HSDIP,λ<=log n,65536,0,736647,11.240341186523438
HSDIP,λ<=log n,65536,0,774644,11.82012939453125
HSDIP,λ<=log n,65536,0,811290,12.379302978515625
HSDIP,λ<=log n,65536,0,756942,11.550018310546875
HSDIP,λ<=log n,65536,0,792139,12.087081909179688
HSDIP,λ<=log n,65536,0,853092,13.01715087890625
HSDIP,λ<=log n,65536,0,773882,11.808502197265625
HSDIP,λ<=log n,65536,0,820850,12.525177001953125
HSDIP,λ<=log n,65536,0,722175,11.019515991210938
HSDIP,λ<=log n,65536,0,910913,13.899429321289062
HSDIP,λ<=log n,65536,0,807024,12.314208984375
HSDIP,λ<=log n,65536,0,734200,11.2030029296875
HSDIP,λ<=log n,65536,0,764140,11.65985107421875
HSDIP,λ<=log n,65536,0,764566,11.666351318359375
HSDIP,λ<=log n,65536,0,964140,14.71160888671875
HSDIP,λ<=log n,65536,0,836496,12.763916015625
HSDIP,λ<=log n,65536,0,771467,11.771652221679688
HSDIP,λ<=log n,65536,0,819238,12.500579833984375
HSDIP,λ<=log n,65536,0,750802,11.456329345703125
HSDIP,λ<=log n,65536,0,984051,15.015426635742188
HSDIP,λ<=log n,65536,0,858605,13.101272583007812
HSDIP,λ<=log n,65536,0,742988,11.33709716796875
HSDIP,λ<=log n,65536,0,876615,13.376083374023438
HSDIP,λ<=log n,65536,0,754151,11.507431030273438
HSDIP,λ<=log n,65536,0,829218,12.652862548828125
HSDIP,λ<=log n,65536,0,723348,11.03741455078125
HSDIP,λ<=log n,65536,0,763167,11.645004272460938
HSDIP,λ<=log n,65536,0,836731,12.767501831054688
HSDIP,λ<=log n,65536,0,796243,12.149703979492188
HSDIP,λ<=log n,65536,0,802220,12.24090576171875
HSDIP,λ<=log n,65536,0,713144,10.8817138671875
HSDIP,λ<=log n,65536,0,719094,10.972503662109375
HSDIP,λ<=log n,65536,0,798244,12.18023681640625
HSDIP,λ<=log n,65536,0,759993,11.596572875976562
HSDIP,λ<=log n,65536,0,788654,12.033905029296875
HSDIP,λ<=log n,65536,0,779257,11.890518188476562
HSDIP,λ<=log n,65536,0,730738,11.150177001953125
HSDIP,λ<=log n,65536,0,761078,11.613128662109375
HSDIP,λ<=log n,65536,0,778226,11.874786376953125
HSDIP,λ<=log n,65536,0,822167,12.545272827148438
HSDIP,λ<=log n,65536,0,799114,12.193511962890625
HSDIP,λ<=log n,65536,0,821604,12.53668212890625
HSDIP,λ<=log n,65536,0,788632,12.0335693359375
HSDIP,λ<=log n,65536,0,699694,10.676483154296875
HSDIP,λ<=log n,65536,0,777701,11.866775512695312
HSDIP,λ<=log n,65536,0,833032,12.7110595703125
HSDIP,λ<=log n,65536,0,760485,11.604080200195312
HSDIP,λ<=log n,65536,0,813848,12.4183349609375
HSDIP,λ<=log n,65536,0,824616,12.5826416015625
HSDIP,λ<=log n,65536,0,781771,11.928878784179688
HSDIP,λ<=log n,65536,0,804687,12.278549194335938
HSDIP,λ<=log n,65536,0,869365,13.265457153320312
HSDIP,λ<=log n,65536,0,742345,11.327285766601562
HSDIP,λ<=log n,65536,0,844345,12.883682250976562
HSDIP,λ<=log n,65536,0,759248,11.585205078125
HSDIP,λ<=log n,65536,0,859784,13.1192626953125
HSDIP,λ<=log n,65536,0,754860,11.51824951171875
HSDIP,λ<=log n,65536,0,856964,13.07623291015625
HSDIP,λ<=log n,65536,0,780014,11.902069091796875
HSDIP,λ<=log n,65536,0,771878,11.777923583984375
HSDIP,λ<=log n,65536,0,840367,12.822982788085938
HRDIP,λ<=log n,65536,0,611034,9.323638916015625
HRDIP,λ<=log n,65536,0,637872,9.733154296875
HRDIP,λ<=log n,65536,0,629278,9.602020263671875
HRDIP,λ<=log n,65536,0,629123,9.599655151367188
HRDIP,λ<=log n,65536,0,661588,10.09503173828125
HRDIP,λ<=log n,65536,0,587449,8.963760375976562
HRDIP,λ<=log n,65536,0,639163,9.752853393554688
HRDIP,λ<=log n,65536,0,613927,9.367782592773438
HRDIP,λ<=log n,65536,0,624492,9.52899169921875
HRDIP,λ<=log n,65536,0,611575,9.331893920898438
HRDIP,λ<=log n,65536,0,621750,9.487152099609375
HRDIP,λ<=log n,65536,0,620944,9.474853515625
HRDIP,λ<=log n,65536,0,631084,9.62957763671875
HRDIP,λ<=log n,65536,0,642038,9.796722412109375
HRDIP,λ<=log n,65536,0,600737,9.166519165039062
HRDIP,λ<=log n,65536,0,628147,9.584762573242188
HRDIP,λ<=log n,65536,0,688929,10.512222290039062
HRDIP,λ<=log n,65536,0,603449,9.207901000976562
HRDIP,λ<=log n,65536,0,630112,9.61474609375
HRDIP,λ<=log n,65536,0,620521,9.468399047851562
HRDIP,λ<=log n,65536,0,652877,9.962112426757812
HRDIP,λ<=log n,65536,0,608799,9.289535522460938
HRDIP,λ<=log n,65536,0,618351,9.435287475585938
HRDIP,λ<=log n,65536,0,655102,9.996063232421875
HRDIP,λ<=log n,65536,0,616534,9.407562255859375
HRDIP,λ<=log n,65536,0,626706,9.562774658203125
HRDIP,λ<=log n,65536,0,620281,9.464736938476562
HRDIP,λ<=log n,65536,0,622313,9.495742797851562
HRDIP,λ<=log n,65536,0,683616,10.43115234375
HRDIP,λ<=log n,65536,0,640164,9.76812744140625
HRDIP,λ<=log n,65536,0,585914,8.940338134765625
HRDIP,λ<=log n,65536,0,613885,9.367141723632812
HRDIP,λ<=log n,65536,0,604459,9.223312377929688
HRDIP,λ<=log n,65536,0,585974,8.941253662109375
HRDIP,λ<=log n,65536,0,627976,9.5821533203125
HRDIP,λ<=log n,65536,0,661939,10.100387573242188
HRDIP,λ<=log n,65536,0,631713,9.639175415039062
HRDIP,λ<=log n,65536,0,671974,10.253509521484375
HRDIP,λ<=log n,65536,0,600480,9.16259765625
HRDIP,λ<=log n,65536,0,595973,9.093826293945312
HRDIP,λ<=log n,65536,0,611011,9.323287963867188
HRDIP,λ<=log n,65536,0,620415,9.466781616210938
HRDIP,λ<=log n,65536,0,603184,9.203857421875
HRDIP,λ<=log n,65536,0,621213,9.478958129882812
HRDIP,λ<=log n,65536,0,632817,9.656021118164062
HRDIP,λ<=log n,65536,0,612967,9.353134155273438
HRDIP,λ<=log n,65536,0,574813,8.770950317382812
HRDIP,λ<=log n,65536,0,611890,9.336700439453125
HRDIP,λ<=log n,65536,0,664962,10.146514892578125
HRDIP,λ<=log n,65536,0,629306,9.602447509765625
HRDIP,λ<=log n,65536,0,628409,9.588760375976562
HRDIP,λ<=log n,65536,0,596837,9.107009887695312
HRDIP,λ<=log n,65536,0,672299,10.258468627929688
HRDIP,λ<=log n,65536,0,643502,9.819061279296875
HRDIP,λ<=log n,65536,0,639504,9.758056640625
HRDIP,λ<=log n,65536,0,609420,9.29901123046875
HRDIP,λ<=log n,65536,0,609460,9.29962158203125
HRDIP,λ<=log n,65536,0,696413,10.626419067382812
HRDIP,λ<=log n,65536,0,605964,9.24627685546875
HRDIP,λ<=log n,65536,0,603447,9.207870483398438
HRDIP,λ<=log n,65536,0,614473,9.376113891601562
HRDIP,λ<=log n,65536,0,649781,9.914871215820312
HRDIP,λ<=log n,65536,0,644238,9.830291748046875
HRDIP,λ<=log n,65536,0,658947,10.054733276367188
HRDIP,λ<=log n,65536,0,606903,9.260604858398438
HRDIP,λ<=log n,65536,0,652814,9.961151123046875
HRDIP,λ<=log n,65536,0,640242,9.769317626953125
HRDIP,λ<=log n,65536,0,626489,9.559463500976562
HRDIP,λ<=log n,65536,0,662844,10.11419677734375
HRDIP,λ<=log n,65536,0,632653,9.653518676757812
HRDIP,λ<=log n,65536,0,597234,9.113067626953125
HRDIP,λ<=log n,65536,0,627097,9.568740844726562
HRDIP,λ<=log n,65536,0,607231,9.265609741210938
HRDIP,λ<=log n,65536,0,606712,9.2576904296875
HRDIP,λ<=log n,65536,0,651626,9.943023681640625
HRDIP,λ<=log n,65536,0,592941,9.047561645507812
HRDIP,λ<=log n,65536,0,607159,9.264511108398438
HRDIP,λ<=log n,65536,0,632173,9.646194458007812
HRDIP,λ<=log n,65536,0,675709,10.310501098632812
HRDIP,λ<=log n,65536,0,721297,11.006118774414062
HRDIP,λ<=log n,65536,0,664783,10.143783569335938
HRDIP,λ<=log n,65536,0,673714,10.280059814453125
HRDIP,λ<=log n,65536,0,642687,9.806625366210938
HRDIP,λ<=log n,65536,0,619905,9.458999633789062
HRDIP,λ<=log n,65536,0,647897,9.886123657226562
HRDIP,λ<=log n,65536,0,641433,9.787490844726562
HRDIP,λ<=log n,65536,0,641502,9.788543701171875
HRDIP,λ<=log n,65536,0,628299,9.587081909179688
HRDIP,λ<=log n,65536,0,608953,9.291885375976562
HRDIP,λ<=log n,65536,0,790833,12.067153930664062
HRDIP,λ<=log n,65536,0,624049,9.522232055664062
HRDIP,λ<=log n,65536,0,608390,9.283294677734375
HRDIP,λ<=log n,65536,0,628638,9.592254638671875
HRDIP,λ<=log n,65536,0,629984,9.61279296875
HRDIP,λ<=log n,65536,0,629867,9.611007690429688
HRDIP,λ<=log n,65536,0,591899,9.031661987304688
HRDIP,λ<=log n,65536,0,640961,9.780288696289062
HRDIP,λ<=log n,65536,0,616173,9.402053833007812
HRDIP,λ<=log n,65536,0,696697,10.630752563476562
HRDIP,λ<=log n,65536,0,623342,9.511444091796875
HHDIP,λ<=log n,65536,0,568195,8.669967651367188
HHDIP,λ<=log n,65536,0,562803,8.587692260742188
HHDIP,λ<=log n,65536,0,597965,9.124221801757812
HHDIP,λ<=log n,65536,0,601800,9.1827392578125
HHDIP,λ<=log n,65536,0,530191,8.090072631835938
HHDIP,λ<=log n,65536,0,617218,9.417999267578125
HHDIP,λ<=log n,65536,0,581629,8.874954223632812
HHDIP,λ<=log n,65536,0,558903,8.528182983398438
HHDIP,λ<=log n,65536,0,647664,9.882568359375
HHDIP,λ<=log n,65536,0,572384,8.73388671875
HHDIP,λ<=log n,65536,0,587955,8.971481323242188
HHDIP,λ<=log n,65536,0,616999,9.414657592773438
HHDIP,λ<=log n,65536,0,562291,8.579879760742188
HHDIP,λ<=log n,65536,0,581217,8.868667602539062
HHDIP,λ<=log n,65536,0,572073,8.729141235351562
HHDIP,λ<=log n,65536,0,600544,9.16357421875
HHDIP,λ<=log n,65536,0,537941,8.208328247070312
HHDIP,λ<=log n,65536,0,573053,8.744094848632812
HHDIP,λ<=log n,65536,0,688029,10.498489379882812
HHDIP,λ<=log n,65536,0,585664,8.9365234375
HHDIP,λ<=log n,65536,0,584867,8.924362182617188
HHDIP,λ<=log n,65536,0,559070,8.530731201171875
HHDIP,λ<=log n,65536,0,627272,9.5714111328125
HHDIP,λ<=log n,65536,0,548319,8.366683959960938
HHDIP,λ<=log n,65536,0,572274,8.732208251953125
HHDIP,λ<=log n,65536,0,668866,10.206085205078125
HHDIP,λ<=log n,65536,0,552093,8.424270629882812
HHDIP,λ<=log n,65536,0,542653,8.280227661132812
HHDIP,λ<=log n,65536,0,596356,9.09967041015625
HHDIP,λ<=log n,65536,0,575116,8.77557373046875
HHDIP,λ<=log n,65536,0,551913,8.421524047851562
HHDIP,λ<=log n,65536,0,588499,8.979782104492188
HHDIP,λ<=log n,65536,0,564132,8.60797119140625
HHDIP,λ<=log n,65536,0,580053,8.850906372070312
HHDIP,λ<=log n,65536,0,577224,8.8077392578125
HHDIP,λ<=log n,65536,0,551218,8.410919189453125
HHDIP,λ<=log n,65536,0,566809,8.648818969726562
HHDIP,λ<=log n,65536,0,586630,8.951263427734375
HHDIP,λ<=log n,65536,0,543329,8.290542602539062
HHDIP,λ<=log n,65536,0,577101,8.805862426757812
HHDIP,λ<=log n,65536,0,590754,9.014190673828125
HHDIP,λ<=log n,65536,0,563959,8.605331420898438
HHDIP,λ<=log n,65536,0,592760,9.0447998046875
HHDIP,λ<=log n,65536,0,611661,9.333206176757812
HHDIP,λ<=log n,65536,0,573581,8.752151489257812
HHDIP,λ<=log n,65536,0,580958,8.864715576171875
HHDIP,λ<=log n,65536,0,556103,8.485458374023438
HHDIP,λ<=log n,65536,0,584674,8.921417236328125
HHDIP,λ<=log n,65536,0,556434,8.490509033203125
HHDIP,λ<=log n,65536,0,571808,8.72509765625
HHDIP,λ<=log n,65536,0,580732,8.86126708984375
HHDIP,λ<=log n,65536,0,596768,9.10595703125
HHDIP,λ<=log n,65536,0,555478,8.475921630859375
HHDIP,λ<=log n,65536,0,662573,10.110061645507812
HHDIP,λ<=log n,65536,0,581725,8.876419067382812
HHDIP,λ<=log n,65536,0,562123,8.577316284179688
HHDIP,λ<=log n,65536,0,589898,9.001129150390625
HHDIP,λ<=log n,65536,0,564071,8.607040405273438
HHDIP,λ<=log n,65536,0,566030,8.636932373046875
HHDIP,λ<=log n,65536,0,597175,9.112167358398438
HHDIP,λ<=log n,65536,0,551933,8.421829223632812
HHDIP,λ<=log n,65536,0,536417,8.185073852539062
HHDIP,λ<=log n,65536,0,552451,8.429733276367188
HHDIP,λ<=log n,65536,0,567976,8.6666259765625
HHDIP,λ<=log n,65536,0,597567,9.118148803710938
HHDIP,λ<=log n,65536,0,625209,9.539932250976562
HHDIP,λ<=log n,65536,0,596031,9.094711303710938
HHDIP,λ<=log n,65536,0,620916,9.47442626953125
HHDIP,λ<=log n,65536,0,599991,9.155136108398438
HHDIP,λ<=log n,65536,0,646716,9.86810302734375
HHDIP,λ<=log n,65536,0,559256,8.5335693359375
HHDIP,λ<=log n,65536,0,586614,8.951019287109375
HHDIP,λ<=log n,65536,0,573622,8.752777099609375
HHDIP,λ<=log n,65536,0,619806,9.457489013671875
HHDIP,λ<=log n,65536,0,546625,8.340835571289062
HHDIP,λ<=log n,65536,0,571348,8.71807861328125
HHDIP,λ<=log n,65536,0,601830,9.183197021484375
HHDIP,λ<=log n,65536,0,641653,9.790847778320312
HHDIP,λ<=log n,65536,0,570249,8.701309204101562
HHDIP,λ<=log n,65536,0,583935,8.910140991210938
HHDIP,λ<=log n,65536,0,647458,9.879425048828125
HHDIP,λ<=log n,65536,0,664717,10.142776489257812
HHDIP,λ<=log n,65536,0,571694,8.723358154296875
HHDIP,λ<=log n,65536,0,589237,8.991043090820312
HHDIP,λ<=log n,65536,0,583308,8.90057373046875
HHDIP,λ<=log n,65536,0,573579,8.752120971679688
HHDIP,λ<=log n,65536,0,570951,8.712020874023438
HHDIP,λ<=log n,65536,0,567822,8.664276123046875
HHDIP,λ<=log n,65536,0,606072,9.2479248046875
HHDIP,λ<=log n,65536,0,597993,9.124649047851562
HHDIP,λ<=log n,65536,0,635502,9.696990966796875
HHDIP,λ<=log n,65536,0,598642,9.134552001953125
HHDIP,λ<=log n,65536,0,592349,9.038528442382812
HHDIP,λ<=log n,65536,0,612903,9.352157592773438
HHDIP,λ<=log n,65536,0,579040,8.83544921875
HHDIP,λ<=log n,65536,0,611185,9.325942993164062
HHDIP,λ<=log n,65536,0,580910,8.863983154296875
HHDIP,λ<=log n,65536,0,556104,8.4854736328125
HHDIP,λ<=log n,65536,0,564155,8.608322143554688
HHDIP,λ<=log n,65536,0,602221,9.189163208007812
HHLIP,λ<=log n,65536,0,603503,9.208724975585938
HHLIP,λ<=log n,65536,0,637415,9.726181030273438
HHLIP,λ<=log n,65536,0,585302,8.930999755859375
HHLIP,λ<=log n,65536,0,596987,9.109298706054688
HHLIP,λ<=log n,65536,0,605449,9.238418579101562
HHLIP,λ<=log n,65536,0,576278,8.793304443359375
HHLIP,λ<=log n,65536,0,621634,9.485382080078125
HHLIP,λ<=log n,65536,0,602475,9.193038940429688
HHLIP,λ<=log n,65536,0,623914,9.520172119140625
HHLIP,λ<=log n,65536,0,638294,9.739593505859375
HHLIP,λ<=log n,65536,0,593599,9.057601928710938
HHLIP,λ<=log n,65536,0,601146,9.172760009765625
HHLIP,λ<=log n,65536,0,653429,9.970535278320312
HHLIP,λ<=log n,65536,0,596651,9.104171752929688
HHLIP,λ<=log n,65536,0,581998,8.880584716796875
HHLIP,λ<=log n,65536,0,655207,9.997665405273438
HHLIP,λ<=log n,65536,0,596823,9.106796264648438
HHLIP,λ<=log n,65536,0,576865,8.802261352539062
HHLIP,λ<=log n,65536,0,647029,9.872879028320312
HHLIP,λ<=log n,65536,0,627669,9.577468872070312
HHLIP,λ<=log n,65536,0,610011,9.308029174804688
HHLIP,λ<=log n,65536,0,618540,9.43817138671875
HHLIP,λ<=log n,65536,0,621920,9.48974609375
HHLIP,λ<=log n,65536,0,587296,8.96142578125
HHLIP,λ<=log n,65536,0,650641,9.927993774414062
HHLIP,λ<=log n,65536,0,582255,8.884506225585938
HHLIP,λ<=log n,65536,0,622271,9.495101928710938
HHLIP,λ<=log n,65536,0,616879,9.412826538085938
HHLIP,λ<=log n,65536,0,595159,9.081405639648438
HHLIP,λ<=log n,65536,0,615035,9.384689331054688
HHLIP,λ<=log n,65536,0,615374,9.389862060546875
HHLIP,λ<=log n,65536,0,594100,9.06524658203125
HHLIP,λ<=log n,65536,0,611278,9.327362060546875
HHLIP,λ<=log n,65536,0,608796,9.28948974609375
HHLIP,λ<=log n,65536,0,611406,9.329315185546875
HHLIP,λ<=log n,65536,0,631570,9.636993408203125
HHLIP,λ<=log n,65536,0,614920,9.3829345703125
HHLIP,λ<=log n,65536,0,583178,8.898590087890625
HHLIP,λ<=log n,65536,0,692891,10.572677612304688
HHLIP,λ<=log n,65536,0,593795,9.060592651367188
HHLIP,λ<=log n,65536,0,636567,9.713241577148438
HHLIP,λ<=log n,65536,0,675584,10.30859375
HHLIP,λ<=log n,65536,0,622265,9.495010375976562
HHLIP,λ<=log n,65536,0,638755,9.746627807617188
HHLIP,λ<=log n,65536,0,580917,8.864089965820312
HHLIP,λ<=log n,65536,0,604838,9.229095458984375
HHLIP,λ<=log n,65536,0,659778,10.067413330078125
HHLIP,λ<=log n,65536,0,609863,9.305770874023438
HHLIP,λ<=log n,65536,0,590812,9.01507568359375
HHLIP,λ<=log n,65536,0,618366,9.435516357421875
HHLIP,λ<=log n,65536,0,600328,9.1602783203125
HHLIP,λ<=log n,65536,0,575749,8.785232543945312
HHLIP,λ<=log n,65536,0,669832,10.2208251953125
HHLIP,λ<=log n,65536,0,625698,9.547393798828125
HHLIP,λ<=log n,65536,0,605717,9.242507934570312
HHLIP,λ<=log n,65536,0,629142,9.599945068359375
HHLIP,λ<=log n,65536,0,603054,9.201873779296875
HHLIP,λ<=log n,65536,0,654152,9.9815673828125
HHLIP,λ<=log n,65536,0,639480,9.7576904296875
HHLIP,λ<=log n,65536,0,645625,9.851455688476562
HHLIP,λ<=log n,65536,0,596874,9.107574462890625
HHLIP,λ<=log n,65536,0,576636,8.79876708984375
HHLIP,λ<=log n,65536,0,601082,9.171783447265625
HHLIP,λ<=log n,65536,0,588445,8.978958129882812
HHLIP,λ<=log n,65536,0,585535,8.934555053710938
HHLIP,λ<=log n,65536,0,558196,8.51739501953125
HHLIP,λ<=log n,65536,0,640358,9.771087646484375
HHLIP,λ<=log n,65536,0,648381,9.893508911132812
HHLIP,λ<=log n,65536,0,583087,8.897201538085938
HHLIP,λ<=log n,65536,0,592929,9.047378540039062
HHLIP,λ<=log n,65536,0,645544,9.8502197265625
HHLIP,λ<=log n,65536,0,579024,8.835205078125
HHLIP,λ<=log n,65536,0,595717,9.089920043945312
HHLIP,λ<=log n,65536,0,593644,9.05828857421875
HHLIP,λ<=log n,65536,0,642838,9.808929443359375
HHLIP,λ<=log n,65536,0,694173,10.592239379882812
HHLIP,λ<=log n,65536,0,560576,8.5537109375
HHLIP,λ<=log n,65536,0,600633,9.164932250976562
HHLIP,λ<=log n,65536,0,597559,9.118026733398438
HHLIP,λ<=log n,65536,0,570433,8.704116821289062
HHLIP,λ<=log n,65536,0,591540,9.02618408203125
HHLIP,λ<=log n,65536,0,687317,10.487625122070312
HHLIP,λ<=log n,65536,0,643466,9.818511962890625
HHLIP,λ<=log n,65536,0,633929,9.672988891601562
HHLIP,λ<=log n,65536,0,622910,9.504852294921875
HHLIP,λ<=log n,65536,0,581877,8.878738403320312
HHLIP,λ<=log n,65536,0,600215,9.158554077148438
HHLIP,λ<=log n,65536,0,617298,9.419219970703125
HHLIP,λ<=log n,65536,0,724757,11.058914184570312
HHLIP,λ<=log n,65536,0,607168,9.2646484375
HHLIP,λ<=log n,65536,0,614919,9.382919311523438
HHLIP,λ<=log n,65536,0,664470,10.139007568359375
HHLIP,λ<=log n,65536,0,637109,9.721511840820312
HHLIP,λ<=log n,65536,0,649842,9.915802001953125
HHLIP,λ<=log n,65536,0,662700,10.11199951171875
HHLIP,λ<=log n,65536,0,593317,9.053298950195312
HHLIP,λ<=log n,65536,0,611825,9.335708618164062
HHLIP,λ<=log n,65536,0,593957,9.063064575195312
HHLIP,λ<=log n,65536,0,620962,9.475128173828125
HHLIP,λ<=log n,65536,0,607111,9.263778686523438
HRLIP,λ<=log n,65536,0,650072,9.9193115234375
HRLIP,λ<=log n,65536,0,664973,10.146682739257812
HRLIP,λ<=log n,65536,0,712479,10.871566772460938
HRLIP,λ<=log n,65536,0,683810,10.434112548828125
HRLIP,λ<=log n,65536,0,732154,11.171783447265625
HRLIP,λ<=log n,65536,0,721706,11.012359619140625
HRLIP,λ<=log n,65536,0,621816,9.4881591796875
HRLIP,λ<=log n,65536,0,613013,9.353836059570312
HRLIP,λ<=log n,65536,0,718703,10.966537475585938
HRLIP,λ<=log n,65536,0,675022,10.300018310546875
HRLIP,λ<=log n,65536,0,646355,9.862594604492188
HRLIP,λ<=log n,65536,0,667934,10.191864013671875
HRLIP,λ<=log n,65536,0,641590,9.789886474609375
HRLIP,λ<=log n,65536,0,616192,9.40234375
HRLIP,λ<=log n,65536,0,642855,9.809188842773438
HRLIP,λ<=log n,65536,0,623649,9.516128540039062
HRLIP,λ<=log n,65536,0,621288,9.4801025390625
HRLIP,λ<=log n,65536,0,620506,9.468170166015625
HRLIP,λ<=log n,65536,0,728018,11.108673095703125
HRLIP,λ<=log n,65536,0,713620,10.88897705078125
HRLIP,λ<=log n,65536,0,717687,10.951034545898438
HRLIP,λ<=log n,65536,0,654718,9.990203857421875
HRLIP,λ<=log n,65536,0,660742,10.082122802734375
HRLIP,λ<=log n,65536,0,662430,10.107879638671875
HRLIP,λ<=log n,65536,0,702215,10.714950561523438
HRLIP,λ<=log n,65536,0,630585,9.621963500976562
HRLIP,λ<=log n,65536,0,614656,9.37890625
HRLIP,λ<=log n,65536,0,646444,9.86395263671875
HRLIP,λ<=log n,65536,0,648022,9.888031005859375
HRLIP,λ<=log n,65536,0,683257,10.425674438476562
HRLIP,λ<=log n,65536,0,698937,10.664932250976562
HRLIP,λ<=log n,65536,0,679743,10.372055053710938
HRLIP,λ<=log n,65536,0,613673,9.363906860351562
HRLIP,λ<=log n,65536,0,686067,10.468551635742188
HRLIP,λ<=log n,65536,0,705520,10.765380859375
HRLIP,λ<=log n,65536,0,641274,9.785064697265625
HRLIP,λ<=log n,65536,0,666564,10.17095947265625
HRLIP,λ<=log n,65536,0,646739,9.868453979492188
HRLIP,λ<=log n,65536,0,612478,9.345672607421875
HRLIP,λ<=log n,65536,0,643947,9.825851440429688
HRLIP,λ<=log n,65536,0,703434,10.733551025390625
HRLIP,λ<=log n,65536,0,625068,9.53778076171875
HRLIP,λ<=log n,65536,0,705440,10.76416015625
HRLIP,λ<=log n,65536,0,617546,9.423004150390625
HRLIP,λ<=log n,65536,0,719833,10.983779907226562
HRLIP,λ<=log n,65536,0,657336,10.0301513671875
HRLIP,λ<=log n,65536,0,625578,9.545562744140625
HRLIP,λ<=log n,65536,0,621283,9.480026245117188
HRLIP,λ<=log n,65536,0,638748,9.74652099609375
HRLIP,λ<=log n,65536,0,675819,10.312179565429688
HRLIP,λ<=log n,65536,0,609749,9.304031372070312
HRLIP,λ<=log n,65536,0,662125,10.103225708007812
HRLIP,λ<=log n,65536,0,685020,10.45257568359375
HRLIP,λ<=log n,65536,0,689517,10.521194458007812
HRLIP,λ<=log n,65536,0,626943,9.566390991210938
HRLIP,λ<=log n,65536,0,656904,10.0235595703125
HRLIP,λ<=log n,65536,0,672864,10.26708984375
HRLIP,λ<=log n,65536,0,679291,10.365158081054688
HRLIP,λ<=log n,65536,0,639777,9.762222290039062
HRLIP,λ<=log n,65536,0,626467,9.559127807617188
HRLIP,λ<=log n,65536,0,602026,9.186187744140625
HRLIP,λ<=log n,65536,0,652891,9.962326049804688
HRLIP,λ<=log n,65536,0,650257,9.922134399414062
HRLIP,λ<=log n,65536,0,629365,9.603347778320312
HRLIP,λ<=log n,65536,0,633415,9.665145874023438
HRLIP,λ<=log n,65536,0,641229,9.784378051757812
HRLIP,λ<=log n,65536,0,654345,9.984512329101562
HRLIP,λ<=log n,65536,0,646161,9.859634399414062
HRLIP,λ<=log n,65536,0,642975,9.811019897460938
HRLIP,λ<=log n,65536,0,656930,10.023956298828125
HRLIP,λ<=log n,65536,0,644311,9.831405639648438
HRLIP,λ<=log n,65536,0,638355,9.740524291992188
HRLIP,λ<=log n,65536,0,663666,10.126739501953125
HRLIP,λ<=log n,65536,0,602812,9.19818115234375
HRLIP,λ<=log n,65536,0,688393,10.504043579101562
HRLIP,λ<=log n,65536,0,660314,10.075592041015625
HRLIP,λ<=log n,65536,0,637865,9.733047485351562
HRLIP,λ<=log n,65536,0,661074,10.087188720703125
HRLIP,λ<=log n,65536,0,649983,9.917953491210938
HRLIP,λ<=log n,65536,0,645224,9.8453369140625
HRLIP,λ<=log n,65536,0,681442,10.397979736328125
HRLIP,λ<=log n,65536,0,700349,10.686477661132812
HRLIP,λ<=log n,65536,0,687410,10.489044189453125
HRLIP,λ<=log n,65536,0,634332,9.67913818359375
HRLIP,λ<=log n,65536,0,698205,10.653762817382812
HRLIP,λ<=log n,65536,0,673561,10.277725219726562
HRLIP,λ<=log n,65536,0,638715,9.746017456054688
HRLIP,λ<=log n,65536,0,641258,9.784820556640625
HRLIP,λ<=log n,65536,0,647856,9.885498046875
HRLIP,λ<=log n,65536,0,638732,9.74627685546875
HRLIP,λ<=log n,65536,0,610540,9.31610107421875
HRLIP,λ<=log n,65536,0,648003,9.887741088867188
HRLIP,λ<=log n,65536,0,707687,10.798446655273438
HRLIP,λ<=log n,65536,0,629218,9.601104736328125
HRLIP,λ<=log n,65536,0,582132,8.88262939453125
HRLIP,λ<=log n,65536,0,673250,10.272979736328125
HRLIP,λ<=log n,65536,0,663958,10.131195068359375
HRLIP,λ<=log n,65536,0,637915,9.733810424804688
HRLIP,λ<=log n,65536,0,669006,10.208221435546875
HRLIP,λ<=log n,65536,0,676112,10.316650390625
HSLIP,λ<=log n,65536,0,892287,13.615219116210938
HSLIP,λ<=log n,65536,0,902872,13.7767333984375
HSLIP,λ<=log n,65536,0,793486,12.107635498046875
HSLIP,λ<=log n,65536,0,785321,11.983047485351562
HSLIP,λ<=log n,65536,0,830838,12.677581787109375
HSLIP,λ<=log n,65536,0,842895,12.861557006835938
HSLIP,λ<=log n,65536,0,845775,12.905502319335938
HSLIP,λ<=log n,65536,0,846167,12.911483764648438
HSLIP,λ<=log n,65536,0,851675,12.995529174804688
HSLIP,λ<=log n,65536,0,822752,12.55419921875
HSLIP,λ<=log n,65536,0,870085,13.276443481445312
HSLIP,λ<=log n,65536,0,822803,12.554977416992188
HSLIP,λ<=log n,65536,0,809503,12.352035522460938
HSLIP,λ<=log n,65536,0,827659,12.629074096679688
HSLIP,λ<=log n,65536,0,833508,12.71832275390625
HSLIP,λ<=log n,65536,0,767225,11.706924438476562
HSLIP,λ<=log n,65536,0,906951,13.838973999023438
HSLIP,λ<=log n,65536,0,813417,12.411758422851562
HSLIP,λ<=log n,65536,0,886367,13.524887084960938
HSLIP,λ<=log n,65536,0,804093,12.269485473632812
HSLIP,λ<=log n,65536,0,814386,12.426544189453125
HSLIP,λ<=log n,65536,0,850408,12.9761962890625
HSLIP,λ<=log n,65536,0,822919,12.556747436523438
HSLIP,λ<=log n,65536,0,866749,13.225540161132812
HSLIP,λ<=log n,65536,0,791779,12.081588745117188
HSLIP,λ<=log n,65536,0,831530,12.688140869140625
HSLIP,λ<=log n,65536,0,816180,12.45391845703125
HSLIP,λ<=log n,65536,0,792444,12.09173583984375
HSLIP,λ<=log n,65536,0,806717,12.309524536132812
HSLIP,λ<=log n,65536,0,847121,12.926040649414062
HSLIP,λ<=log n,65536,0,795139,12.132858276367188
HSLIP,λ<=log n,65536,0,798027,12.176925659179688
HSLIP,λ<=log n,65536,0,803926,12.266937255859375
HSLIP,λ<=log n,65536,0,839730,12.813262939453125
HSLIP,λ<=log n,65536,0,767526,11.711517333984375
HSLIP,λ<=log n,65536,0,905525,13.817214965820312
HSLIP,λ<=log n,65536,0,844270,12.882537841796875
HSLIP,λ<=log n,65536,0,939558,14.336517333984375
HSLIP,λ<=log n,65536,0,848273,12.943618774414062
HSLIP,λ<=log n,65536,0,768993,11.733901977539062
HSLIP,λ<=log n,65536,0,794735,12.126693725585938
HSLIP,λ<=log n,65536,0,829656,12.6595458984375
HSLIP,λ<=log n,65536,0,821341,12.532669067382812
HSLIP,λ<=log n,65536,0,834368,12.7314453125
HSLIP,λ<=log n,65536,0,795858,12.143829345703125
HSLIP,λ<=log n,65536,0,789603,12.048385620117188
HSLIP,λ<=log n,65536,0,874418,13.342559814453125
HSLIP,λ<=log n,65536,0,838594,12.795928955078125
HSLIP,λ<=log n,65536,0,914848,13.95947265625
HSLIP,λ<=log n,65536,0,847727,12.935287475585938
HSLIP,λ<=log n,65536,0,825171,12.591110229492188
HSLIP,λ<=log n,65536,0,803224,12.2562255859375
HSLIP,λ<=log n,65536,0,834097,12.727310180664062
HSLIP,λ<=log n,65536,0,777870,11.869354248046875
HSLIP,λ<=log n,65536,0,842428,12.85443115234375
HSLIP,λ<=log n,65536,0,791318,12.074554443359375
HSLIP,λ<=log n,65536,0,814888,12.4342041015625
HSLIP,λ<=log n,65536,0,784419,11.969284057617188
HSLIP,λ<=log n,65536,0,940576,14.35205078125
HSLIP,λ<=log n,65536,0,776950,11.855316162109375
HSLIP,λ<=log n,65536,0,865279,13.203109741210938
HSLIP,λ<=log n,65536,0,789402,12.045318603515625
HSLIP,λ<=log n,65536,0,810389,12.365554809570312
HSLIP,λ<=log n,65536,0,890259,13.584274291992188
HSLIP,λ<=log n,65536,0,752555,11.483078002929688
HSLIP,λ<=log n,65536,0,772477,11.787063598632812
HSLIP,λ<=log n,65536,0,828220,12.63763427734375
HSLIP,λ<=log n,65536,0,770812,11.76165771484375
HSLIP,λ<=log n,65536,0,823751,12.569442749023438
HSLIP,λ<=log n,65536,0,823815,12.570419311523438
HSLIP,λ<=log n,65536,0,840958,12.832000732421875
HSLIP,λ<=log n,65536,0,783258,11.951568603515625
HSLIP,λ<=log n,65536,0,809470,12.351531982421875
HSLIP,λ<=log n,65536,0,797495,12.168807983398438
HSLIP,λ<=log n,65536,0,808857,12.342178344726562
HSLIP,λ<=log n,65536,0,808975,12.343978881835938
HSLIP,λ<=log n,65536,0,786637,12.003128051757812
HSLIP,λ<=log n,65536,0,800286,12.211395263671875
HSLIP,λ<=log n,65536,0,795222,12.134124755859375
HSLIP,λ<=log n,65536,0,815454,12.442840576171875
HSLIP,λ<=log n,65536,0,803294,12.257293701171875
HSLIP,λ<=log n,65536,0,826733,12.614944458007812
HSLIP,λ<=log n,65536,0,801516,12.23016357421875
HSLIP,λ<=log n,65536,0,832494,12.702850341796875
HSLIP,λ<=log n,65536,0,741158,11.309173583984375
HSLIP,λ<=log n,65536,0,804448,12.27490234375
HSLIP,λ<=log n,65536,0,814160,12.423095703125
HSLIP,λ<=log n,65536,0,794828,12.12811279296875
HSLIP,λ<=log n,65536,0,849317,12.959548950195312
HSLIP,λ<=log n,65536,0,786882,12.006866455078125
HSLIP,λ<=log n,65536,0,899014,13.717864990234375
HSLIP,λ<=log n,65536,0,809547,12.352706909179688
HSLIP,λ<=log n,65536,0,794544,12.123779296875
HSLIP,λ<=log n,65536,0,778006,11.871429443359375
HSLIP,λ<=log n,65536,0,784024,11.9632568359375
HSLIP,λ<=log n,65536,0,844139,12.880538940429688
HSLIP,λ<=log n,65536,0,821453,12.534378051757812
HSLIP,λ<=log n,65536,0,786846,12.006317138671875
HSLIP,λ<=log n,65536,0,785678,11.988494873046875
HSLIP,λ<=log n,65536,0,845826,12.906280517578125
HSDCD,λ<=log n,65536,0,650384,9.924072265625
HSDCD,λ<=log n,65536,0,676651,10.324874877929688
HSDCD,λ<=log n,65536,0,720475,10.993576049804688
HSDCD,λ<=log n,65536,0,721079,11.002792358398438
HSDCD,λ<=log n,65536,0,670381,10.229202270507812
HSDCD,λ<=log n,65536,0,660941,10.085159301757812
HSDCD,λ<=log n,65536,0,618033,9.430435180664062
HSDCD,λ<=log n,65536,0,647805,9.884719848632812
HSDCD,λ<=log n,65536,0,646460,9.86419677734375
HSDCD,λ<=log n,65536,0,706246,10.776458740234375
HSDCD,λ<=log n,65536,0,742265,11.326065063476562
HSDCD,λ<=log n,65536,0,669168,10.210693359375
HSDCD,λ<=log n,65536,0,714561,10.903335571289062
HSDCD,λ<=log n,65536,0,659576,10.0643310546875
HSDCD,λ<=log n,65536,0,632856,9.6566162109375
HSDCD,λ<=log n,65536,0,651546,9.941802978515625
HSDCD,λ<=log n,65536,0,626058,9.552886962890625
HSDCD,λ<=log n,65536,0,640687,9.776107788085938
HSDCD,λ<=log n,65536,0,677605,10.339431762695312
HSDCD,λ<=log n,65536,0,655213,9.997756958007812
HSDCD,λ<=log n,65536,0,622189,9.493850708007812
HSDCD,λ<=log n,65536,0,649563,9.911544799804688
HSDCD,λ<=log n,65536,0,723496,11.0396728515625
HSDCD,λ<=log n,65536,0,690804,10.54083251953125
HSDCD,λ<=log n,65536,0,678612,10.35479736328125
HSDCD,λ<=log n,65536,0,649257,9.906875610351562
HSDCD,λ<=log n,65536,0,701188,10.69927978515625
HSDCD,λ<=log n,65536,0,667239,10.181259155273438
HSDCD,λ<=log n,65536,0,669090,10.209503173828125
HSDCD,λ<=log n,65536,0,580082,8.851348876953125
HSDCD,λ<=log n,65536,0,813583,12.414291381835938
HSDCD,λ<=log n,65536,0,667562,10.186187744140625
HSDCD,λ<=log n,65536,0,696965,10.634841918945312
HSDCD,λ<=log n,65536,0,705829,10.770095825195312
HSDCD,λ<=log n,65536,0,658981,10.055252075195312
HSDCD,λ<=log n,65536,0,628660,9.59259033203125
HSDCD,λ<=log n,65536,0,639812,9.76275634765625
HSDCD,λ<=log n,65536,0,870798,13.287322998046875
HSDCD,λ<=log n,65536,0,665725,10.158157348632812
HSDCD,λ<=log n,65536,0,668745,10.204238891601562
HSDCD,λ<=log n,65536,0,624692,9.53204345703125
HSDCD,λ<=log n,65536,0,648444,9.89447021484375
HSDCD,λ<=log n,65536,0,642990,9.811248779296875
HSDCD,λ<=log n,65536,0,604457,9.223281860351562
HSDCD,λ<=log n,65536,0,657971,10.039840698242188
HSDCD,λ<=log n,65536,0,676299,10.319503784179688
HSDCD,λ<=log n,65536,0,667921,10.191665649414062
HSDCD,λ<=log n,65536,0,609175,9.295272827148438
HSDCD,λ<=log n,65536,0,699956,10.68048095703125
HSDCD,λ<=log n,65536,0,724323,11.052291870117188
HSDCD,λ<=log n,65536,0,660410,10.077056884765625
HSDCD,λ<=log n,65536,0,705606,10.766693115234375
HSDCD,λ<=log n,65536,0,646189,9.860061645507812
HSDCD,λ<=log n,65536,0,676440,10.3216552734375
HSDCD,λ<=log n,65536,0,648334,9.892791748046875
HSDCD,λ<=log n,65536,0,706615,10.782089233398438
HSDCD,λ<=log n,65536,0,673764,10.28082275390625
HSDCD,λ<=log n,65536,0,717919,10.954574584960938
HSDCD,λ<=log n,65536,0,670228,10.22686767578125
HSDCD,λ<=log n,65536,0,644377,9.832412719726562
HSDCD,λ<=log n,65536,0,635766,9.701019287109375
HSDCD,λ<=log n,65536,0,662119,10.103134155273438
HSDCD,λ<=log n,65536,0,710992,10.848876953125
HSDCD,λ<=log n,65536,0,714177,10.897476196289062
HSDCD,λ<=log n,65536,0,651993,9.948623657226562
HSDCD,λ<=log n,65536,0,675402,10.305816650390625
HSDCD,λ<=log n,65536,0,641259,9.784835815429688
HSDCD,λ<=log n,65536,0,644216,9.8299560546875
HSDCD,λ<=log n,65536,0,685412,10.45855712890625
HSDCD,λ<=log n,65536,0,646208,9.8603515625
HSDCD,λ<=log n,65536,0,655241,9.998184204101562
HSDCD,λ<=log n,65536,0,705051,10.758224487304688
HSDCD,λ<=log n,65536,0,709124,10.82037353515625
HSDCD,λ<=log n,65536,0,654087,9.980575561523438
HSDCD,λ<=log n,65536,0,682720,10.41748046875
HSDCD,λ<=log n,65536,0,686056,10.4683837890625
HSDCD,λ<=log n,65536,0,661214,10.089324951171875
HSDCD,λ<=log n,65536,0,726044,11.07855224609375
HSDCD,λ<=log n,65536,0,719723,10.982101440429688
HSDCD,λ<=log n,65536,0,682714,10.417388916015625
HSDCD,λ<=log n,65536,0,661041,10.086685180664062
HSDCD,λ<=log n,65536,0,712179,10.866989135742188
HSDCD,λ<=log n,65536,0,786455,12.000350952148438
HSDCD,λ<=log n,65536,0,674366,10.290008544921875
HSDCD,λ<=log n,65536,0,706955,10.787277221679688
HSDCD,λ<=log n,65536,0,713099,10.881027221679688
HSDCD,λ<=log n,65536,0,655665,10.004653930664062
HSDCD,λ<=log n,65536,0,661216,10.08935546875
HSDCD,λ<=log n,65536,0,671195,10.241622924804688
HSDCD,λ<=log n,65536,0,760798,11.608856201171875
HSDCD,λ<=log n,65536,0,636881,9.718032836914062
HSDCD,λ<=log n,65536,0,773728,11.80615234375
HSDCD,λ<=log n,65536,0,682514,10.414337158203125
HSDCD,λ<=log n,65536,0,705924,10.77154541015625
HSDCD,λ<=log n,65536,0,660674,10.081085205078125
HSDCD,λ<=log n,65536,0,675191,10.302597045898438
HSDCD,λ<=log n,65536,0,684002,10.437042236328125
HSDCD,λ<=log n,65536,0,729478,11.130950927734375
HSDCD,λ<=log n,65536,0,664076,10.13299560546875
HSDCD,λ<=log n,65536,0,717879,10.953964233398438
HRDCD,λ<=log n,65536,0,573921,8.757339477539062
HRDCD,λ<=log n,65536,0,510354,7.787384033203125
HRDCD,λ<=log n,65536,0,552064,8.423828125
HRDCD,λ<=log n,65536,0,531312,8.107177734375
HRDCD,λ<=log n,65536,0,525739,8.022140502929688
HRDCD,λ<=log n,65536,0,516443,7.8802947998046875
HRDCD,λ<=log n,65536,0,480984,7.3392333984375
HRDCD,λ<=log n,65536,0,538380,8.21502685546875
HRDCD,λ<=log n,65536,0,515784,7.8702392578125
HRDCD,λ<=log n,65536,0,522631,7.9747161865234375
HRDCD,λ<=log n,65536,0,542187,8.273117065429688
HRDCD,λ<=log n,65536,0,509147,7.7689666748046875
HRDCD,λ<=log n,65536,0,496252,7.57220458984375
HRDCD,λ<=log n,65536,0,521284,7.95416259765625
HRDCD,λ<=log n,65536,0,556309,8.488601684570312
HRDCD,λ<=log n,65536,0,570893,8.711135864257812
HRDCD,λ<=log n,65536,0,502444,7.66668701171875
HRDCD,λ<=log n,65536,0,517400,7.8948974609375
HRDCD,λ<=log n,65536,0,543838,8.298309326171875
HRDCD,λ<=log n,65536,0,512862,7.825653076171875
HRDCD,λ<=log n,65536,0,507141,7.7383575439453125
HRDCD,λ<=log n,65536,0,603510,9.208831787109375
HRDCD,λ<=log n,65536,0,497976,7.5985107421875
HRDCD,λ<=log n,65536,0,569794,8.694366455078125
HRDCD,λ<=log n,65536,0,521234,7.953399658203125
HRDCD,λ<=log n,65536,0,657274,10.029205322265625
HRDCD,λ<=log n,65536,0,581004,8.86541748046875
HRDCD,λ<=log n,65536,0,569368,8.6878662109375
HRDCD,λ<=log n,65536,0,590258,9.006622314453125
HRDCD,λ<=log n,65536,0,496125,7.5702667236328125
HRDCD,λ<=log n,65536,0,595195,9.081954956054688
HRDCD,λ<=log n,65536,0,581835,8.878097534179688
HRDCD,λ<=log n,65536,0,515866,7.871490478515625
HRDCD,λ<=log n,65536,0,582592,8.8896484375
HRDCD,λ<=log n,65536,0,547106,8.348175048828125
HRDCD,λ<=log n,65536,0,498778,7.610748291015625
HRDCD,λ<=log n,65536,0,585729,8.937515258789062
HRDCD,λ<=log n,65536,0,548729,8.372940063476562
HRDCD,λ<=log n,65536,0,521862,7.962982177734375
HRDCD,λ<=log n,65536,0,518187,7.9069061279296875
HRDCD,λ<=log n,65536,0,486709,7.4265899658203125
HRDCD,λ<=log n,65536,0,529218,8.075225830078125
HRDCD,λ<=log n,65536,0,560554,8.553375244140625
HRDCD,λ<=log n,65536,0,521990,7.964935302734375
HRDCD,λ<=log n,65536,0,502615,7.6692962646484375
HRDCD,λ<=log n,65536,0,597440,9.1162109375
HRDCD,λ<=log n,65536,0,597035,9.110031127929688
HRDCD,λ<=log n,65536,0,515503,7.8659515380859375
HRDCD,λ<=log n,65536,0,507415,7.7425384521484375
HRDCD,λ<=log n,65536,0,482101,7.3562774658203125
HRDCD,λ<=log n,65536,0,521260,7.95379638671875
HRDCD,λ<=log n,65536,0,508318,7.756317138671875
HRDCD,λ<=log n,65536,0,492131,7.5093231201171875
HRDCD,λ<=log n,65536,0,505336,7.7108154296875
HRDCD,λ<=log n,65536,0,559575,8.538436889648438
HRDCD,λ<=log n,65536,0,502557,7.6684112548828125
HRDCD,λ<=log n,65536,0,513208,7.8309326171875
HRDCD,λ<=log n,65536,0,556285,8.488235473632812
HRDCD,λ<=log n,65536,0,550196,8.39532470703125
HRDCD,λ<=log n,65536,0,568391,8.672958374023438
HRDCD,λ<=log n,65536,0,523445,7.9871368408203125
HRDCD,λ<=log n,65536,0,486758,7.427337646484375
HRDCD,λ<=log n,65536,0,531858,8.115509033203125
HRDCD,λ<=log n,65536,0,518633,7.9137115478515625
HRDCD,λ<=log n,65536,0,519413,7.9256134033203125
HRDCD,λ<=log n,65536,0,622647,9.500839233398438
HRDCD,λ<=log n,65536,0,508963,7.7661590576171875
HRDCD,λ<=log n,65536,0,496155,7.5707244873046875
HRDCD,λ<=log n,65536,0,538614,8.218597412109375
HRDCD,λ<=log n,65536,0,523157,7.9827423095703125
HRDCD,λ<=log n,65536,0,480367,7.3298187255859375
HRDCD,λ<=log n,65536,0,517604,7.89801025390625
HRDCD,λ<=log n,65536,0,518556,7.91253662109375
HRDCD,λ<=log n,65536,0,511954,7.811798095703125
HRDCD,λ<=log n,65536,0,511400,7.8033447265625
HRDCD,λ<=log n,65536,0,529721,8.082901000976562
HRDCD,λ<=log n,65536,0,549215,8.380355834960938
HRDCD,λ<=log n,65536,0,589343,8.992660522460938
HRDCD,λ<=log n,65536,0,575349,8.779129028320312
HRDCD,λ<=log n,65536,0,541361,8.260513305664062
HRDCD,λ<=log n,65536,0,508858,7.764556884765625
HRDCD,λ<=log n,65536,0,531599,8.111557006835938
HRDCD,λ<=log n,65536,0,480648,7.3341064453125
HRDCD,λ<=log n,65536,0,489074,7.462677001953125
HRDCD,λ<=log n,65536,0,529761,8.083511352539062
HRDCD,λ<=log n,65536,0,504359,7.6959075927734375
HRDCD,λ<=log n,65536,0,537167,8.196517944335938
HRDCD,λ<=log n,65536,0,502149,7.6621856689453125
HRDCD,λ<=log n,65536,0,516859,7.8866424560546875
HRDCD,λ<=log n,65536,0,541546,8.263336181640625
HRDCD,λ<=log n,65536,0,490041,7.4774322509765625
HRDCD,λ<=log n,65536,0,511396,7.80328369140625
HRDCD,λ<=log n,65536,0,538559,8.217758178710938
HRDCD,λ<=log n,65536,0,641501,9.788528442382812
HRDCD,λ<=log n,65536,0,524040,7.9962158203125
HRDCD,λ<=log n,65536,0,543017,8.285781860351562
HRDCD,λ<=log n,65536,0,549830,8.389739990234375
HRDCD,λ<=log n,65536,0,504225,7.6938629150390625
HRDCD,λ<=log n,65536,0,507942,7.750579833984375
HRDCD,λ<=log n,65536,0,490962,7.491485595703125
HHDCD,λ<=log n,65536,0,569563,8.690841674804688
HHDCD,λ<=log n,65536,0,468121,7.1429595947265625
HHDCD,λ<=log n,65536,0,492055,7.5081634521484375
HHDCD,λ<=log n,65536,0,525199,8.013900756835938
HHDCD,λ<=log n,65536,0,474491,7.2401580810546875
HHDCD,λ<=log n,65536,0,453769,6.9239654541015625
HHDCD,λ<=log n,65536,0,497150,7.585906982421875
HHDCD,λ<=log n,65536,0,483419,7.3763885498046875
HHDCD,λ<=log n,65536,0,498851,7.6118621826171875
HHDCD,λ<=log n,65536,0,507284,7.74053955078125
HHDCD,λ<=log n,65536,0,456616,6.9674072265625
HHDCD,λ<=log n,65536,0,477153,7.2807769775390625
HHDCD,λ<=log n,65536,0,465214,7.098602294921875
HHDCD,λ<=log n,65536,0,491209,7.4952545166015625
HHDCD,λ<=log n,65536,0,493867,7.5358123779296875
HHDCD,λ<=log n,65536,0,559134,8.531707763671875
HHDCD,λ<=log n,65536,0,529952,8.08642578125
HHDCD,λ<=log n,65536,0,466662,7.120697021484375
HHDCD,λ<=log n,65536,0,512958,7.827117919921875
HHDCD,λ<=log n,65536,0,461136,7.036376953125
HHDCD,λ<=log n,65536,0,460863,7.0322113037109375
HHDCD,λ<=log n,65536,0,463779,7.0767059326171875
HHDCD,λ<=log n,65536,0,450537,6.8746490478515625
HHDCD,λ<=log n,65536,0,450324,6.87139892578125
HHDCD,λ<=log n,65536,0,506596,7.73004150390625
HHDCD,λ<=log n,65536,0,505281,7.7099761962890625
HHDCD,λ<=log n,65536,0,467840,7.138671875
HHDCD,λ<=log n,65536,0,489373,7.4672393798828125
HHDCD,λ<=log n,65536,0,461866,7.047515869140625
HHDCD,λ<=log n,65536,0,476108,7.26483154296875
HHDCD,λ<=log n,65536,0,490017,7.4770660400390625
HHDCD,λ<=log n,65536,0,461879,7.0477142333984375
HHDCD,λ<=log n,65536,0,498434,7.605499267578125
HHDCD,λ<=log n,65536,0,456460,6.96502685546875
HHDCD,λ<=log n,65536,0,431936,6.5908203125
HHDCD,λ<=log n,65536,0,436946,6.667266845703125
HHDCD,λ<=log n,65536,0,486917,7.4297637939453125
HHDCD,λ<=log n,65536,0,462522,7.057525634765625
HHDCD,λ<=log n,65536,0,493209,7.5257720947265625
HHDCD,λ<=log n,65536,0,487397,7.4370880126953125
HHDCD,λ<=log n,65536,0,469857,7.1694488525390625
HHDCD,λ<=log n,65536,0,486369,7.4214019775390625
HHDCD,λ<=log n,65536,0,519936,7.93359375
HHDCD,λ<=log n,65536,0,443416,6.7659912109375
HHDCD,λ<=log n,65536,0,454546,6.935821533203125
HHDCD,λ<=log n,65536,0,479401,7.3150787353515625
HHDCD,λ<=log n,65536,0,512329,7.8175201416015625
HHDCD,λ<=log n,65536,0,438486,6.690765380859375
HHDCD,λ<=log n,65536,0,435053,6.6383819580078125
HHDCD,λ<=log n,65536,0,468996,7.15631103515625
HHDCD,λ<=log n,65536,0,459254,7.007659912109375
HHDCD,λ<=log n,65536,0,456248,6.9617919921875
HHDCD,λ<=log n,65536,0,474977,7.2475738525390625
HHDCD,λ<=log n,65536,0,593238,9.052093505859375
HHDCD,λ<=log n,65536,0,482207,7.3578948974609375
HHDCD,λ<=log n,65536,0,536896,8.1923828125
HHDCD,λ<=log n,65536,0,504499,7.6980438232421875
HHDCD,λ<=log n,65536,0,571307,8.717453002929688
HHDCD,λ<=log n,65536,0,481731,7.3506317138671875
HHDCD,λ<=log n,65536,0,466246,7.114349365234375
HHDCD,λ<=log n,65536,0,531940,8.11676025390625
HHDCD,λ<=log n,65536,0,528572,8.06536865234375
HHDCD,λ<=log n,65536,0,473380,7.22320556640625
HHDCD,λ<=log n,65536,0,445455,6.7971038818359375
HHDCD,λ<=log n,65536,0,516509,7.8813018798828125
HHDCD,λ<=log n,65536,0,474738,7.243927001953125
HHDCD,λ<=log n,65536,0,448423,6.8423919677734375
HHDCD,λ<=log n,65536,0,462664,7.0596923828125
HHDCD,λ<=log n,65536,0,442177,6.7470855712890625
HHDCD,λ<=log n,65536,0,489862,7.474700927734375
HHDCD,λ<=log n,65536,0,480247,7.3279876708984375
HHDCD,λ<=log n,65536,0,496262,7.572357177734375
HHDCD,λ<=log n,65536,0,487437,7.4376983642578125
HHDCD,λ<=log n,65536,0,474049,7.2334136962890625
HHDCD,λ<=log n,65536,0,491876,7.50543212890625
HHDCD,λ<=log n,65536,0,496939,7.5826873779296875
HHDCD,λ<=log n,65536,0,524832,8.00830078125
HHDCD,λ<=log n,65536,0,524698,8.006256103515625
HHDCD,λ<=log n,65536,0,491008,7.4921875
HHDCD,λ<=log n,65536,0,491030,7.492523193359375
HHDCD,λ<=log n,65536,0,481794,7.351593017578125
HHDCD,λ<=log n,65536,0,462897,7.0632476806640625
HHDCD,λ<=log n,65536,0,468190,7.144012451171875
HHDCD,λ<=log n,65536,0,509525,7.7747344970703125
HHDCD,λ<=log n,65536,0,452786,6.908966064453125
HHDCD,λ<=log n,65536,0,449287,6.8555755615234375
HHDCD,λ<=log n,65536,0,490450,7.483673095703125
HHDCD,λ<=log n,65536,0,466426,7.117095947265625
HHDCD,λ<=log n,65536,0,513896,7.8414306640625
HHDCD,λ<=log n,65536,0,463215,7.0680999755859375
HHDCD,λ<=log n,65536,0,466747,7.1219940185546875
HHDCD,λ<=log n,65536,0,472069,7.2032012939453125
HHDCD,λ<=log n,65536,0,470560,7.18017578125
HHDCD,λ<=log n,65536,0,456476,6.96527099609375
HHDCD,λ<=log n,65536,0,467240,7.1295166015625
HHDCD,λ<=log n,65536,0,463482,7.072174072265625
HHDCD,λ<=log n,65536,0,538091,8.210617065429688
HHDCD,λ<=log n,65536,0,463733,7.0760040283203125
HHDCD,λ<=log n,65536,0,523188,7.98321533203125
HHDCD,λ<=log n,65536,0,474163,7.2351531982421875
HHLCD,λ<=log n,65536,0,474893,7.2462921142578125
HHLCD,λ<=log n,65536,0,530752,8.0986328125
HHLCD,λ<=log n,65536,0,499400,7.6202392578125
HHLCD,λ<=log n,65536,0,504485,7.6978302001953125
HHLCD,λ<=log n,65536,0,464813,7.0924835205078125
HHLCD,λ<=log n,65536,0,476347,7.2684783935546875
HHLCD,λ<=log n,65536,0,488405,7.4524688720703125
HHLCD,λ<=log n,65536,0,472499,7.2097625732421875
HHLCD,λ<=log n,65536,0,498846,7.611785888671875
HHLCD,λ<=log n,65536,0,465339,7.1005096435546875
HHLCD,λ<=log n,65536,0,468728,7.1522216796875
HHLCD,λ<=log n,65536,0,510467,7.7891082763671875
HHLCD,λ<=log n,65536,0,497454,7.590545654296875
HHLCD,λ<=log n,65536,0,491511,7.4998626708984375
HHLCD,λ<=log n,65536,0,493687,7.5330657958984375
HHLCD,λ<=log n,65536,0,483944,7.3843994140625
HHLCD,λ<=log n,65536,0,487850,7.444000244140625
HHLCD,λ<=log n,65536,0,505916,7.71966552734375
HHLCD,λ<=log n,65536,0,474739,7.2439422607421875
HHLCD,λ<=log n,65536,0,468726,7.152191162109375
HHLCD,λ<=log n,65536,0,463808,7.0771484375
HHLCD,λ<=log n,65536,0,484217,7.3885650634765625
HHLCD,λ<=log n,65536,0,481084,7.34075927734375
HHLCD,λ<=log n,65536,0,507901,7.7499542236328125
HHLCD,λ<=log n,65536,0,540838,8.252532958984375
HHLCD,λ<=log n,65536,0,489635,7.4712371826171875
HHLCD,λ<=log n,65536,0,548261,8.365798950195312
HHLCD,λ<=log n,65536,0,516773,7.8853302001953125
HHLCD,λ<=log n,65536,0,496989,7.5834503173828125
HHLCD,λ<=log n,65536,0,491857,7.5051422119140625
HHLCD,λ<=log n,65536,0,510095,7.7834320068359375
HHLCD,λ<=log n,65536,0,543397,8.291580200195312
HHLCD,λ<=log n,65536,0,469981,7.1713409423828125
HHLCD,λ<=log n,65536,0,525397,8.016921997070312
HHLCD,λ<=log n,65536,0,500808,7.6417236328125
HHLCD,λ<=log n,65536,0,545589,8.325027465820312
HHLCD,λ<=log n,65536,0,526717,8.037063598632812
HHLCD,λ<=log n,65536,0,522248,7.9688720703125
HHLCD,λ<=log n,65536,0,475487,7.2553558349609375
HHLCD,λ<=log n,65536,0,504792,7.7025146484375
HHLCD,λ<=log n,65536,0,505922,7.719757080078125
HHLCD,λ<=log n,65536,0,532793,8.129776000976562
HHLCD,λ<=log n,65536,0,504115,7.6921844482421875
HHLCD,λ<=log n,65536,0,473695,7.2280120849609375
HHLCD,λ<=log n,65536,0,474801,7.2448883056640625
HHLCD,λ<=log n,65536,0,466656,7.12060546875
HHLCD,λ<=log n,65536,0,547891,8.360153198242188
HHLCD,λ<=log n,65536,0,477730,7.289581298828125
HHLCD,λ<=log n,65536,0,511915,7.8112030029296875
HHLCD,λ<=log n,65536,0,524688,8.006103515625
HHLCD,λ<=log n,65536,0,467352,7.1312255859375
HHLCD,λ<=log n,65536,0,519210,7.922515869140625
HHLCD,λ<=log n,65536,0,472121,7.2039947509765625
HHLCD,λ<=log n,65536,0,495208,7.5562744140625
HHLCD,λ<=log n,65536,0,459886,7.017303466796875
HHLCD,λ<=log n,65536,0,519820,7.93182373046875
HHLCD,λ<=log n,65536,0,521540,7.95806884765625
HHLCD,λ<=log n,65536,0,509454,7.773651123046875
HHLCD,λ<=log n,65536,0,489985,7.4765777587890625
HHLCD,λ<=log n,65536,0,534966,8.162933349609375
HHLCD,λ<=log n,65536,0,510433,7.7885894775390625
HHLCD,λ<=log n,65536,0,475723,7.2589569091796875
HHLCD,λ<=log n,65536,0,495920,7.567138671875
HHLCD,λ<=log n,65536,0,485569,7.4091949462890625
HHLCD,λ<=log n,65536,0,529160,8.0743408203125
HHLCD,λ<=log n,65536,0,490310,7.481536865234375
HHLCD,λ<=log n,65536,0,477691,7.2889862060546875
HHLCD,λ<=log n,65536,0,537309,8.198684692382812
HHLCD,λ<=log n,65536,0,479646,7.318817138671875
HHLCD,λ<=log n,65536,0,546041,8.331924438476562
HHLCD,λ<=log n,65536,0,463537,7.0730133056640625
HHLCD,λ<=log n,65536,0,525833,8.023574829101562
HHLCD,λ<=log n,65536,0,498589,7.6078643798828125
HHLCD,λ<=log n,65536,0,486648,7.4256591796875
HHLCD,λ<=log n,65536,0,551653,8.417556762695312
HHLCD,λ<=log n,65536,0,559623,8.539169311523438
HHLCD,λ<=log n,65536,0,474700,7.24334716796875
HHLCD,λ<=log n,65536,0,478223,7.2971038818359375
HHLCD,λ<=log n,65536,0,586998,8.956878662109375
HHLCD,λ<=log n,65536,0,474571,7.2413787841796875
HHLCD,λ<=log n,65536,0,450465,6.8735504150390625
HHLCD,λ<=log n,65536,0,464592,7.089111328125
HHLCD,λ<=log n,65536,0,487078,7.432220458984375
HHLCD,λ<=log n,65536,0,508392,7.7574462890625
HHLCD,λ<=log n,65536,0,498620,7.60833740234375
HHLCD,λ<=log n,65536,0,490475,7.4840545654296875
HHLCD,λ<=log n,65536,0,514203,7.8461151123046875
HHLCD,λ<=log n,65536,0,490541,7.4850616455078125
HHLCD,λ<=log n,65536,0,457554,6.981719970703125
HHLCD,λ<=log n,65536,0,486794,7.427886962890625
HHLCD,λ<=log n,65536,0,490320,7.481689453125
HHLCD,λ<=log n,65536,0,514008,7.8431396484375
HHLCD,λ<=log n,65536,0,481044,7.34014892578125
HHLCD,λ<=log n,65536,0,525281,8.015151977539062
HHLCD,λ<=log n,65536,0,467563,7.1344451904296875
HHLCD,λ<=log n,65536,0,504981,7.7053985595703125
HHLCD,λ<=log n,65536,0,529719,8.082870483398438
HHLCD,λ<=log n,65536,0,490811,7.4891815185546875
HHLCD,λ<=log n,65536,0,543852,8.29852294921875
HHLCD,λ<=log n,65536,0,459758,7.015350341796875
HRLCD,λ<=log n,65536,0,524741,8.006912231445312
HRLCD,λ<=log n,65536,0,556807,8.496200561523438
HRLCD,λ<=log n,65536,0,530536,8.0953369140625
HRLCD,λ<=log n,65536,0,546026,8.331695556640625
HRLCD,λ<=log n,65536,0,639545,9.758682250976562
HRLCD,λ<=log n,65536,0,513835,7.8404998779296875
HRLCD,λ<=log n,65536,0,594392,9.0697021484375
HRLCD,λ<=log n,65536,0,578157,8.821975708007812
HRLCD,λ<=log n,65536,0,500283,7.6337127685546875
HRLCD,λ<=log n,65536,0,512028,7.81292724609375
HRLCD,λ<=log n,65536,0,583742,8.907196044921875
HRLCD,λ<=log n,65536,0,502796,7.67205810546875
HRLCD,λ<=log n,65536,0,570078,8.698699951171875
HRLCD,λ<=log n,65536,0,557894,8.512786865234375
HRLCD,λ<=log n,65536,0,507403,7.7423553466796875
HRLCD,λ<=log n,65536,0,580187,8.852951049804688
HRLCD,λ<=log n,65536,0,593916,9.06243896484375
HRLCD,λ<=log n,65536,0,509203,7.7698211669921875
HRLCD,λ<=log n,65536,0,523555,7.9888153076171875
HRLCD,λ<=log n,65536,0,564494,8.613494873046875
HRLCD,λ<=log n,65536,0,561171,8.562789916992188
HRLCD,λ<=log n,65536,0,515143,7.8604583740234375
HRLCD,λ<=log n,65536,0,562065,8.576431274414062
HRLCD,λ<=log n,65536,0,489237,7.4651641845703125
HRLCD,λ<=log n,65536,0,554573,8.462112426757812
HRLCD,λ<=log n,65536,0,489092,7.46295166015625
HRLCD,λ<=log n,65536,0,567361,8.657241821289062
HRLCD,λ<=log n,65536,0,575861,8.786941528320312
HRLCD,λ<=log n,65536,0,525684,8.02130126953125
HRLCD,λ<=log n,65536,0,554617,8.462783813476562
HRLCD,λ<=log n,65536,0,533525,8.140945434570312
HRLCD,λ<=log n,65536,0,579641,8.844619750976562
HRLCD,λ<=log n,65536,0,541744,8.266357421875
HRLCD,λ<=log n,65536,0,584619,8.920578002929688
HRLCD,λ<=log n,65536,0,519182,7.922088623046875
HRLCD,λ<=log n,65536,0,575980,8.78875732421875
HRLCD,λ<=log n,65536,0,563359,8.596176147460938
HRLCD,λ<=log n,65536,0,551229,8.411087036132812
HRLCD,λ<=log n,65536,0,478048,7.29443359375
HRLCD,λ<=log n,65536,0,641547,9.789230346679688
HRLCD,λ<=log n,65536,0,576814,8.801483154296875
HRLCD,λ<=log n,65536,0,528530,8.064727783203125
HRLCD,λ<=log n,65536,0,536240,8.182373046875
HRLCD,λ<=log n,65536,0,490487,7.4842376708984375
HRLCD,λ<=log n,65536,0,557993,8.514297485351562
HRLCD,λ<=log n,65536,0,631825,9.640884399414062
HRLCD,λ<=log n,65536,0,536451,8.185592651367188
HRLCD,λ<=log n,65536,0,510183,7.7847747802734375
HRLCD,λ<=log n,65536,0,571954,8.727325439453125
HRLCD,λ<=log n,65536,0,541683,8.265426635742188
HRLCD,λ<=log n,65536,0,579763,8.846481323242188
HRLCD,λ<=log n,65536,0,511427,7.8037567138671875
HRLCD,λ<=log n,65536,0,588046,8.972869873046875
HRLCD,λ<=log n,65536,0,543476,8.29278564453125
HRLCD,λ<=log n,65536,0,574475,8.765792846679688
HRLCD,λ<=log n,65536,0,535384,8.1693115234375
HRLCD,λ<=log n,65536,0,516651,7.8834686279296875
HRLCD,λ<=log n,65536,0,553321,8.443008422851562
HRLCD,λ<=log n,65536,0,551191,8.410507202148438
HRLCD,λ<=log n,65536,0,557346,8.504425048828125
HRLCD,λ<=log n,65536,0,672941,10.268264770507812
HRLCD,λ<=log n,65536,0,527734,8.052581787109375
HRLCD,λ<=log n,65536,0,562706,8.586212158203125
HRLCD,λ<=log n,65536,0,598360,9.1302490234375
HRLCD,λ<=log n,65536,0,504072,7.6915283203125
HRLCD,λ<=log n,65536,0,547238,8.350189208984375
HRLCD,λ<=log n,65536,0,571370,8.718414306640625
HRLCD,λ<=log n,65536,0,526284,8.03045654296875
HRLCD,λ<=log n,65536,0,499054,7.614959716796875
HRLCD,λ<=log n,65536,0,552506,8.430572509765625
HRLCD,λ<=log n,65536,0,554902,8.467132568359375
HRLCD,λ<=log n,65536,0,576067,8.790084838867188
HRLCD,λ<=log n,65536,0,601297,9.175064086914062
HRLCD,λ<=log n,65536,0,535832,8.1761474609375
HRLCD,λ<=log n,65536,0,504999,7.7056732177734375
HRLCD,λ<=log n,65536,0,574752,8.77001953125
HRLCD,λ<=log n,65536,0,499739,7.6254119873046875
HRLCD,λ<=log n,65536,0,548042,8.362457275390625
HRLCD,λ<=log n,65536,0,498809,7.6112213134765625
HRLCD,λ<=log n,65536,0,657936,10.039306640625
HRLCD,λ<=log n,65536,0,538337,8.214370727539062
HRLCD,λ<=log n,65536,0,500307,7.6340789794921875
HRLCD,λ<=log n,65536,0,503508,7.68292236328125
HRLCD,λ<=log n,65536,0,549128,8.3790283203125
HRLCD,λ<=log n,65536,0,531130,8.104400634765625
HRLCD,λ<=log n,65536,0,523999,7.9955902099609375
HRLCD,λ<=log n,65536,0,564665,8.616104125976562
HRLCD,λ<=log n,65536,0,518484,7.91143798828125
HRLCD,λ<=log n,65536,0,540324,8.24468994140625
HRLCD,λ<=log n,65536,0,501574,7.653411865234375
HRLCD,λ<=log n,65536,0,498003,7.5989227294921875
HRLCD,λ<=log n,65536,0,526959,8.040756225585938
HRLCD,λ<=log n,65536,0,525859,8.023971557617188
HRLCD,λ<=log n,65536,0,513304,7.8323974609375
HRLCD,λ<=log n,65536,0,543562,8.294097900390625
HRLCD,λ<=log n,65536,0,534765,8.159866333007812
HRLCD,λ<=log n,65536,0,541285,8.259353637695312
HRLCD,λ<=log n,65536,0,574821,8.771072387695312
HRLCD,λ<=log n,65536,0,508775,7.7632904052734375
HSLCD,λ<=log n,65536,0,713528,10.8875732421875
HSLCD,λ<=log n,65536,0,635514,9.697174072265625
HSLCD,λ<=log n,65536,0,741200,11.309814453125
HSLCD,λ<=log n,65536,0,776809,11.853164672851562
HSLCD,λ<=log n,65536,0,646948,9.87164306640625
HSLCD,λ<=log n,65536,0,740939,11.305831909179688
HSLCD,λ<=log n,65536,0,650110,9.919891357421875
HSLCD,λ<=log n,65536,0,712988,10.87933349609375
HSLCD,λ<=log n,65536,0,682375,10.412216186523438
HSLCD,λ<=log n,65536,0,659366,10.061126708984375
HSLCD,λ<=log n,65536,0,738269,11.265090942382812
HSLCD,λ<=log n,65536,0,684890,10.450592041015625
HSLCD,λ<=log n,65536,0,678169,10.348037719726562
HSLCD,λ<=log n,65536,0,725899,11.076339721679688
HSLCD,λ<=log n,65536,0,728808,11.1207275390625
HSLCD,λ<=log n,65536,0,700277,10.685379028320312
HSLCD,λ<=log n,65536,0,797208,12.1644287109375
HSLCD,λ<=log n,65536,0,763138,11.644561767578125
HSLCD,λ<=log n,65536,0,768323,11.723678588867188
HSLCD,λ<=log n,65536,0,701559,10.704940795898438
HSLCD,λ<=log n,65536,0,702017,10.711929321289062
HSLCD,λ<=log n,65536,0,734060,11.20086669921875
HSLCD,λ<=log n,65536,0,709112,10.8201904296875
HSLCD,λ<=log n,65536,0,751272,11.4635009765625
HSLCD,λ<=log n,65536,0,673470,10.276336669921875
HSLCD,λ<=log n,65536,0,632452,9.65045166015625
HSLCD,λ<=log n,65536,0,718783,10.967758178710938
HSLCD,λ<=log n,65536,0,699588,10.67486572265625
HSLCD,λ<=log n,65536,0,799330,12.196807861328125
HSLCD,λ<=log n,65536,0,703640,10.7366943359375
HSLCD,λ<=log n,65536,0,659248,10.059326171875
HSLCD,λ<=log n,65536,0,713964,10.89422607421875
HSLCD,λ<=log n,65536,0,649162,9.905426025390625
HSLCD,λ<=log n,65536,0,687275,10.486984252929688
HSLCD,λ<=log n,65536,0,719675,10.981369018554688
HSLCD,λ<=log n,65536,0,744212,11.35577392578125
HSLCD,λ<=log n,65536,0,725463,11.069686889648438
HSLCD,λ<=log n,65536,0,770954,11.763824462890625
HSLCD,λ<=log n,65536,0,745391,11.373764038085938
HSLCD,λ<=log n,65536,0,719901,10.984817504882812
HSLCD,λ<=log n,65536,0,702935,10.725936889648438
HSLCD,λ<=log n,65536,0,703234,10.730499267578125
HSLCD,λ<=log n,65536,0,714449,10.901626586914062
HSLCD,λ<=log n,65536,0,768951,11.733261108398438
HSLCD,λ<=log n,65536,0,707053,10.788772583007812
HSLCD,λ<=log n,65536,0,744192,11.35546875
HSLCD,λ<=log n,65536,0,670044,10.22406005859375
HSLCD,λ<=log n,65536,0,731307,11.158859252929688
HSLCD,λ<=log n,65536,0,724901,11.061111450195312
HSLCD,λ<=log n,65536,0,712369,10.869888305664062
HSLCD,λ<=log n,65536,0,698644,10.66046142578125
HSLCD,λ<=log n,65536,0,738990,11.276092529296875
HSLCD,λ<=log n,65536,0,676067,10.315963745117188
HSLCD,λ<=log n,65536,0,661289,10.090469360351562
HSLCD,λ<=log n,65536,0,700452,10.68804931640625
HSLCD,λ<=log n,65536,0,757463,11.557968139648438
HSLCD,λ<=log n,65536,0,737698,11.256378173828125
HSLCD,λ<=log n,65536,0,728523,11.116378784179688
HSLCD,λ<=log n,65536,0,675100,10.30120849609375
HSLCD,λ<=log n,65536,0,661037,10.086624145507812
HSLCD,λ<=log n,65536,0,761749,11.623367309570312
HSLCD,λ<=log n,65536,0,701298,10.700958251953125
HSLCD,λ<=log n,65536,0,736423,11.236923217773438
HSLCD,λ<=log n,65536,0,705326,10.762420654296875
HSLCD,λ<=log n,65536,0,683835,10.434494018554688
HSLCD,λ<=log n,65536,0,666322,10.167266845703125
HSLCD,λ<=log n,65536,0,730555,11.147384643554688
HSLCD,λ<=log n,65536,0,732065,11.170425415039062
HSLCD,λ<=log n,65536,0,714803,10.907028198242188
HSLCD,λ<=log n,65536,0,765126,11.674896240234375
HSLCD,λ<=log n,65536,0,780200,11.9049072265625
HSLCD,λ<=log n,65536,0,712803,10.876510620117188
HSLCD,λ<=log n,65536,0,725714,11.073516845703125
HSLCD,λ<=log n,65536,0,773991,11.810165405273438
HSLCD,λ<=log n,65536,0,691809,10.556167602539062
HSLCD,λ<=log n,65536,0,793349,12.105545043945312
HSLCD,λ<=log n,65536,0,650623,9.927719116210938
HSLCD,λ<=log n,65536,0,698670,10.660858154296875
HSLCD,λ<=log n,65536,0,678288,10.349853515625
HSLCD,λ<=log n,65536,0,703852,10.73992919921875
HSLCD,λ<=log n,65536,0,715016,10.9102783203125
HSLCD,λ<=log n,65536,0,661802,10.098297119140625
HSLCD,λ<=log n,65536,0,677033,10.330703735351562
HSLCD,λ<=log n,65536,0,677330,10.335235595703125
HSLCD,λ<=log n,65536,0,723549,11.040481567382812
HSLCD,λ<=log n,65536,0,838460,12.79388427734375
HSLCD,λ<=log n,65536,0,678626,10.355010986328125
HSLCD,λ<=log n,65536,0,685749,10.463699340820312
HSLCD,λ<=log n,65536,0,660708,10.08160400390625
HSLCD,λ<=log n,65536,0,743005,11.337356567382812
HSLCD,λ<=log n,65536,0,674427,10.290939331054688
HSLCD,λ<=log n,65536,0,779088,11.887939453125
HSLCD,λ<=log n,65536,0,647441,9.879165649414062
HSLCD,λ<=log n,65536,0,753856,11.5029296875
HSLCD,λ<=log n,65536,0,722114,11.018585205078125
HSLCD,λ<=log n,65536,0,760914,11.610626220703125
HSLCD,λ<=log n,65536,0,767975,11.718368530273438
HSLCD,λ<=log n,65536,0,809144,12.3465576171875
HSLCD,λ<=log n,65536,0,721845,11.014480590820312
HSLCD,λ<=log n,65536,0,686600,10.4766845703125
HSDSD,λ<=log n,65536,0,756799,11.547836303710938
HSDSD,λ<=log n,65536,0,745027,11.368209838867188
HSDSD,λ<=log n,65536,0,751239,11.462997436523438
HSDSD,λ<=log n,65536,0,740135,11.293563842773438
HSDSD,λ<=log n,65536,0,716911,10.939193725585938
HSDSD,λ<=log n,65536,0,785332,11.98321533203125
HSDSD,λ<=log n,65536,0,762957,11.641799926757812
HSDSD,λ<=log n,65536,0,711868,10.86224365234375
HSDSD,λ<=log n,65536,0,742941,11.336380004882812
HSDSD,λ<=log n,65536,0,743593,11.346328735351562
HSDSD,λ<=log n,65536,0,715088,10.911376953125
HSDSD,λ<=log n,65536,0,758899,11.579879760742188
HSDSD,λ<=log n,65536,0,769517,11.741897583007812
HSDSD,λ<=log n,65536,0,774906,11.824127197265625
HSDSD,λ<=log n,65536,0,775084,11.82684326171875
HSDSD,λ<=log n,65536,0,745979,11.382736206054688
HSDSD,λ<=log n,65536,0,730106,11.140533447265625
HSDSD,λ<=log n,65536,0,719851,10.984054565429688
HSDSD,λ<=log n,65536,0,721907,11.015426635742188
HSDSD,λ<=log n,65536,0,782117,11.934158325195312
HSDSD,λ<=log n,65536,0,716341,10.930496215820312
HSDSD,λ<=log n,65536,0,786445,12.000198364257812
HSDSD,λ<=log n,65536,0,807484,12.32122802734375
HSDSD,λ<=log n,65536,0,752479,11.481918334960938
HSDSD,λ<=log n,65536,0,706302,10.777313232421875
HSDSD,λ<=log n,65536,0,724796,11.05950927734375
HSDSD,λ<=log n,65536,0,735037,11.215774536132812
HSDSD,λ<=log n,65536,0,805311,12.288070678710938
HSDSD,λ<=log n,65536,0,720979,11.001266479492188
HSDSD,λ<=log n,65536,0,726619,11.087326049804688
HSDSD,λ<=log n,65536,0,837569,12.780288696289062
HSDSD,λ<=log n,65536,0,669505,10.215835571289062
HSDSD,λ<=log n,65536,0,672513,10.261734008789062
HSDSD,λ<=log n,65536,0,765057,11.673843383789062
HSDSD,λ<=log n,65536,0,757446,11.557708740234375
HSDSD,λ<=log n,65536,0,702803,10.723922729492188
HSDSD,λ<=log n,65536,0,725198,11.065643310546875
HSDSD,λ<=log n,65536,0,697818,10.647857666015625
HSDSD,λ<=log n,65536,0,713433,10.886123657226562
HSDSD,λ<=log n,65536,0,888579,13.558639526367188
HSDSD,λ<=log n,65536,0,762681,11.637588500976562
HSDSD,λ<=log n,65536,0,734808,11.2122802734375
HSDSD,λ<=log n,65536,0,823266,12.562042236328125
HSDSD,λ<=log n,65536,0,737957,11.260330200195312
HSDSD,λ<=log n,65536,0,746684,11.39349365234375
HSDSD,λ<=log n,65536,0,682557,10.414993286132812
HSDSD,λ<=log n,65536,0,808279,12.333358764648438
HSDSD,λ<=log n,65536,0,895577,13.665420532226562
HSDSD,λ<=log n,65536,0,732697,11.180068969726562
HSDSD,λ<=log n,65536,0,761510,11.619720458984375
HSDSD,λ<=log n,65536,0,697588,10.64434814453125
HSDSD,λ<=log n,65536,0,783334,11.952728271484375
HSDSD,λ<=log n,65536,0,728613,11.117752075195312
HSDSD,λ<=log n,65536,0,731476,11.16143798828125
HSDSD,λ<=log n,65536,0,792217,12.088272094726562
HSDSD,λ<=log n,65536,0,719237,10.974685668945312
HSDSD,λ<=log n,65536,0,760536,11.6048583984375
HSDSD,λ<=log n,65536,0,760812,11.60906982421875
HSDSD,λ<=log n,65536,0,715156,10.91241455078125
HSDSD,λ<=log n,65536,0,799200,12.19482421875
HSDSD,λ<=log n,65536,0,734949,11.214431762695312
HSDSD,λ<=log n,65536,0,735149,11.217483520507812
HSDSD,λ<=log n,65536,0,709838,10.831268310546875
HSDSD,λ<=log n,65536,0,714266,10.898834228515625
HSDSD,λ<=log n,65536,0,764884,11.67120361328125
HSDSD,λ<=log n,65536,0,750831,11.456771850585938
HSDSD,λ<=log n,65536,0,777597,11.865188598632812
HSDSD,λ<=log n,65536,0,801655,12.232284545898438
HSDSD,λ<=log n,65536,0,737971,11.260543823242188
HSDSD,λ<=log n,65536,0,699634,10.675567626953125
HSDSD,λ<=log n,65536,0,835006,12.741180419921875
HSDSD,λ<=log n,65536,0,772844,11.79266357421875
HSDSD,λ<=log n,65536,0,771813,11.776931762695312
HSDSD,λ<=log n,65536,0,778827,11.883956909179688
HSDSD,λ<=log n,65536,0,717805,10.952835083007812
HSDSD,λ<=log n,65536,0,779424,11.89306640625
HSDSD,λ<=log n,65536,0,720375,10.992050170898438
HSDSD,λ<=log n,65536,0,745244,11.37152099609375
HSDSD,λ<=log n,65536,0,715679,10.920394897460938
HSDSD,λ<=log n,65536,0,730534,11.147064208984375
HSDSD,λ<=log n,65536,0,765466,11.680084228515625
HSDSD,λ<=log n,65536,0,790814,12.066864013671875
HSDSD,λ<=log n,65536,0,761346,11.617218017578125
HSDSD,λ<=log n,65536,0,697275,10.639572143554688
HSDSD,λ<=log n,65536,0,727265,11.097183227539062
HSDSD,λ<=log n,65536,0,683491,10.429244995117188
HSDSD,λ<=log n,65536,0,915335,13.966903686523438
HSDSD,λ<=log n,65536,0,721511,11.009384155273438
HSDSD,λ<=log n,65536,0,734801,11.212173461914062
HSDSD,λ<=log n,65536,0,885799,13.516220092773438
HSDSD,λ<=log n,65536,0,796594,12.155059814453125
HSDSD,λ<=log n,65536,0,688940,10.51239013671875
HSDSD,λ<=log n,65536,0,736504,11.2381591796875
HSDSD,λ<=log n,65536,0,739236,11.27984619140625
HSDSD,λ<=log n,65536,0,723121,11.033950805664062
HSDSD,λ<=log n,65536,0,737985,11.260757446289062
HSDSD,λ<=log n,65536,0,764273,11.661880493164062
HSDSD,λ<=log n,65536,0,779069,11.887649536132812
HSDSD,λ<=log n,65536,0,694299,10.594161987304688
HSDSD,λ<=log n,65536,0,737340,11.25091552734375
HRDSD,λ<=log n,65536,0,578059,8.820480346679688
HRDSD,λ<=log n,65536,0,568882,8.680450439453125
HRDSD,λ<=log n,65536,0,603862,9.214202880859375
HRDSD,λ<=log n,65536,0,619822,9.457733154296875
HRDSD,λ<=log n,65536,0,588860,8.98529052734375
HRDSD,λ<=log n,65536,0,587486,8.964324951171875
HRDSD,λ<=log n,65536,0,599874,9.153350830078125
HRDSD,λ<=log n,65536,0,588277,8.976394653320312
HRDSD,λ<=log n,65536,0,576518,8.796966552734375
HRDSD,λ<=log n,65536,0,614631,9.378524780273438
HRDSD,λ<=log n,65536,0,606729,9.257949829101562
HRDSD,λ<=log n,65536,0,627202,9.570343017578125
HRDSD,λ<=log n,65536,0,635400,9.6954345703125
HRDSD,λ<=log n,65536,0,572768,8.73974609375
HRDSD,λ<=log n,65536,0,624182,9.524261474609375
HRDSD,λ<=log n,65536,0,618923,9.444015502929688
HRDSD,λ<=log n,65536,0,569394,8.688262939453125
HRDSD,λ<=log n,65536,0,638527,9.743148803710938
HRDSD,λ<=log n,65536,0,610882,9.321319580078125
HRDSD,λ<=log n,65536,0,660870,10.084075927734375
HRDSD,λ<=log n,65536,0,581797,8.877517700195312
HRDSD,λ<=log n,65536,0,614792,9.3809814453125
HRDSD,λ<=log n,65536,0,614534,9.377044677734375
HRDSD,λ<=log n,65536,0,588454,8.979095458984375
HRDSD,λ<=log n,65536,0,578016,8.81982421875
HRDSD,λ<=log n,65536,0,674789,10.296463012695312
HRDSD,λ<=log n,65536,0,618023,9.430282592773438
HRDSD,λ<=log n,65536,0,602668,9.19598388671875
HRDSD,λ<=log n,65536,0,588826,8.984771728515625
HRDSD,λ<=log n,65536,0,604492,9.22381591796875
HRDSD,λ<=log n,65536,0,596314,9.099029541015625
HRDSD,λ<=log n,65536,0,615930,9.398345947265625
HRDSD,λ<=log n,65536,0,590591,9.011703491210938
HRDSD,λ<=log n,65536,0,575048,8.7745361328125
HRDSD,λ<=log n,65536,0,596350,9.099578857421875
HRDSD,λ<=log n,65536,0,584249,8.914932250976562
HRDSD,λ<=log n,65536,0,619104,9.44677734375
HRDSD,λ<=log n,65536,0,579072,8.8359375
HRDSD,λ<=log n,65536,0,589385,8.993301391601562
HRDSD,λ<=log n,65536,0,621146,9.477935791015625
HRDSD,λ<=log n,65536,0,624377,9.527236938476562
HRDSD,λ<=log n,65536,0,594614,9.073089599609375
HRDSD,λ<=log n,65536,0,589201,8.990493774414062
HRDSD,λ<=log n,65536,0,599016,9.1402587890625
HRDSD,λ<=log n,65536,0,724244,11.05108642578125
HRDSD,λ<=log n,65536,0,620369,9.466079711914062
HRDSD,λ<=log n,65536,0,596181,9.097000122070312
HRDSD,λ<=log n,65536,0,590983,9.017684936523438
HRDSD,λ<=log n,65536,0,622107,9.492599487304688
HRDSD,λ<=log n,65536,0,661800,10.0982666015625
HRDSD,λ<=log n,65536,0,619386,9.451080322265625
HRDSD,λ<=log n,65536,0,603102,9.202606201171875
HRDSD,λ<=log n,65536,0,668321,10.197769165039062
HRDSD,λ<=log n,65536,0,614601,9.378067016601562
HRDSD,λ<=log n,65536,0,604804,9.22857666015625
HRDSD,λ<=log n,65536,0,588413,8.978469848632812
HRDSD,λ<=log n,65536,0,587416,8.9632568359375
HRDSD,λ<=log n,65536,0,655370,10.000152587890625
HRDSD,λ<=log n,65536,0,578700,8.83026123046875
HRDSD,λ<=log n,65536,0,591407,9.024154663085938
HRDSD,λ<=log n,65536,0,575066,8.774810791015625
HRDSD,λ<=log n,65536,0,636502,9.712249755859375
HRDSD,λ<=log n,65536,0,575298,8.778350830078125
HRDSD,λ<=log n,65536,0,683486,10.429168701171875
HRDSD,λ<=log n,65536,0,606619,9.256271362304688
HRDSD,λ<=log n,65536,0,584074,8.912261962890625
HRDSD,λ<=log n,65536,0,587087,8.958236694335938
HRDSD,λ<=log n,65536,0,576881,8.802505493164062
HRDSD,λ<=log n,65536,0,644823,9.839218139648438
HRDSD,λ<=log n,65536,0,573727,8.754379272460938
HRDSD,λ<=log n,65536,0,587958,8.971527099609375
HRDSD,λ<=log n,65536,0,655171,9.997116088867188
HRDSD,λ<=log n,65536,0,601357,9.175979614257812
HRDSD,λ<=log n,65536,0,665897,10.160781860351562
HRDSD,λ<=log n,65536,0,669600,10.21728515625
HRDSD,λ<=log n,65536,0,637771,9.731613159179688
HRDSD,λ<=log n,65536,0,731547,11.162521362304688
HRDSD,λ<=log n,65536,0,630350,9.618377685546875
HRDSD,λ<=log n,65536,0,552398,8.428924560546875
HRDSD,λ<=log n,65536,0,595956,9.09356689453125
HRDSD,λ<=log n,65536,0,591848,9.0308837890625
HRDSD,λ<=log n,65536,0,582898,8.894317626953125
HRDSD,λ<=log n,65536,0,572427,8.734542846679688
HRDSD,λ<=log n,65536,0,599639,9.149765014648438
HRDSD,λ<=log n,65536,0,595431,9.085556030273438
HRDSD,λ<=log n,65536,0,591545,9.026260375976562
HRDSD,λ<=log n,65536,0,592021,9.033523559570312
HRDSD,λ<=log n,65536,0,582529,8.888687133789062
HRDSD,λ<=log n,65536,0,569271,8.686386108398438
HRDSD,λ<=log n,65536,0,602271,9.189926147460938
HRDSD,λ<=log n,65536,0,626391,9.557968139648438
HRDSD,λ<=log n,65536,0,604899,9.230026245117188
HRDSD,λ<=log n,65536,0,576057,8.789932250976562
HRDSD,λ<=log n,65536,0,585606,8.935638427734375
HRDSD,λ<=log n,65536,0,583810,8.908233642578125
HRDSD,λ<=log n,65536,0,595517,9.086868286132812
HRDSD,λ<=log n,65536,0,655747,10.005905151367188
HRDSD,λ<=log n,65536,0,625196,9.53973388671875
HRDSD,λ<=log n,65536,0,590251,9.006515502929688
HRDSD,λ<=log n,65536,0,658699,10.050949096679688
HHDSD,λ<=log n,65536,0,554939,8.467697143554688
HHDSD,λ<=log n,65536,0,542849,8.283218383789062
HHDSD,λ<=log n,65536,0,589001,8.987442016601562
HHDSD,λ<=log n,65536,0,601115,9.172286987304688
HHDSD,λ<=log n,65536,0,549333,8.382156372070312
HHDSD,λ<=log n,65536,0,572367,8.733627319335938
HHDSD,λ<=log n,65536,0,578412,8.82586669921875
HHDSD,λ<=log n,65536,0,548919,8.375839233398438
HHDSD,λ<=log n,65536,0,598315,9.129562377929688
HHDSD,λ<=log n,65536,0,541977,8.269912719726562
HHDSD,λ<=log n,65536,0,541295,8.259506225585938
HHDSD,λ<=log n,65536,0,525541,8.019119262695312
HHDSD,λ<=log n,65536,0,561798,8.572357177734375
HHDSD,λ<=log n,65536,0,519988,7.93438720703125
HHDSD,λ<=log n,65536,0,590102,9.004241943359375
HHDSD,λ<=log n,65536,0,600367,9.160873413085938
HHDSD,λ<=log n,65536,0,545290,8.320465087890625
HHDSD,λ<=log n,65536,0,552143,8.425033569335938
HHDSD,λ<=log n,65536,0,562769,8.587173461914062
HHDSD,λ<=log n,65536,0,548188,8.36468505859375
HHDSD,λ<=log n,65536,0,562666,8.585601806640625
HHDSD,λ<=log n,65536,0,555600,8.477783203125
HHDSD,λ<=log n,65536,0,629435,9.604415893554688
HHDSD,λ<=log n,65536,0,546149,8.333572387695312
HHDSD,λ<=log n,65536,0,570398,8.703582763671875
HHDSD,λ<=log n,65536,0,556291,8.488327026367188
HHDSD,λ<=log n,65536,0,544512,8.30859375
HHDSD,λ<=log n,65536,0,557134,8.501190185546875
HHDSD,λ<=log n,65536,0,555544,8.4769287109375
HHDSD,λ<=log n,65536,0,524320,8.00048828125
HHDSD,λ<=log n,65536,0,534399,8.154281616210938
HHDSD,λ<=log n,65536,0,555097,8.470108032226562
HHDSD,λ<=log n,65536,0,527345,8.046646118164062
HHDSD,λ<=log n,65536,0,542754,8.281768798828125
HHDSD,λ<=log n,65536,0,537181,8.196731567382812
HHDSD,λ<=log n,65536,0,562089,8.576797485351562
HHDSD,λ<=log n,65536,0,557571,8.507858276367188
HHDSD,λ<=log n,65536,0,537131,8.195968627929688
HHDSD,λ<=log n,65536,0,543111,8.287216186523438
HHDSD,λ<=log n,65536,0,546441,8.338027954101562
HHDSD,λ<=log n,65536,0,557603,8.508346557617188
HHDSD,λ<=log n,65536,0,529346,8.077178955078125
HHDSD,λ<=log n,65536,0,520912,7.948486328125
HHDSD,λ<=log n,65536,0,531749,8.113845825195312
HHDSD,λ<=log n,65536,0,551842,8.420440673828125
HHDSD,λ<=log n,65536,0,548123,8.363693237304688
HHDSD,λ<=log n,65536,0,597165,9.112014770507812
HHDSD,λ<=log n,65536,0,542521,8.278213500976562
HHDSD,λ<=log n,65536,0,572322,8.732940673828125
HHDSD,λ<=log n,65536,0,533863,8.146102905273438
HHDSD,λ<=log n,65536,0,529469,8.079055786132812
HHDSD,λ<=log n,65536,0,707940,10.80230712890625
HHDSD,λ<=log n,65536,0,523851,7.9933319091796875
HHDSD,λ<=log n,65536,0,553454,8.445037841796875
HHDSD,λ<=log n,65536,0,556693,8.494461059570312
HHDSD,λ<=log n,65536,0,543249,8.289321899414062
HHDSD,λ<=log n,65536,0,560342,8.550140380859375
HHDSD,λ<=log n,65536,0,536457,8.185684204101562
HHDSD,λ<=log n,65536,0,562427,8.581954956054688
HHDSD,λ<=log n,65536,0,542719,8.281234741210938
HHDSD,λ<=log n,65536,0,519195,7.9222869873046875
HHDSD,λ<=log n,65536,0,523162,7.982818603515625
HHDSD,λ<=log n,65536,0,524504,8.0032958984375
HHDSD,λ<=log n,65536,0,573041,8.743911743164062
HHDSD,λ<=log n,65536,0,514557,7.8515167236328125
HHDSD,λ<=log n,65536,0,542851,8.283248901367188
HHDSD,λ<=log n,65536,0,543398,8.291595458984375
HHDSD,λ<=log n,65536,0,616323,9.404342651367188
HHDSD,λ<=log n,65536,0,523295,7.9848480224609375
HHDSD,λ<=log n,65536,0,577912,8.8182373046875
HHDSD,λ<=log n,65536,0,564849,8.618911743164062
HHDSD,λ<=log n,65536,0,570485,8.704910278320312
HHDSD,λ<=log n,65536,0,543701,8.296218872070312
HHDSD,λ<=log n,65536,0,545811,8.328414916992188
HHDSD,λ<=log n,65536,0,568930,8.681182861328125
HHDSD,λ<=log n,65536,0,531542,8.110687255859375
HHDSD,λ<=log n,65536,0,543306,8.290191650390625
HHDSD,λ<=log n,65536,0,566192,8.639404296875
HHDSD,λ<=log n,65536,0,541713,8.265884399414062
HHDSD,λ<=log n,65536,0,514658,7.853057861328125
HHDSD,λ<=log n,65536,0,583078,8.897064208984375
HHDSD,λ<=log n,65536,0,544634,8.310455322265625
HHDSD,λ<=log n,65536,0,523438,7.987030029296875
HHDSD,λ<=log n,65536,0,562423,8.581893920898438
HHDSD,λ<=log n,65536,0,541111,8.256698608398438
HHDSD,λ<=log n,65536,0,548360,8.3673095703125
HHDSD,λ<=log n,65536,0,585630,8.936004638671875
HHDSD,λ<=log n,65536,0,575573,8.782546997070312
HHDSD,λ<=log n,65536,0,552459,8.429855346679688
HHDSD,λ<=log n,65536,0,549816,8.3895263671875
HHDSD,λ<=log n,65536,0,568276,8.67120361328125
HHDSD,λ<=log n,65536,0,538106,8.210845947265625
HHDSD,λ<=log n,65536,0,530853,8.100173950195312
HHDSD,λ<=log n,65536,0,534634,8.157867431640625
HHDSD,λ<=log n,65536,0,577954,8.818878173828125
HHDSD,λ<=log n,65536,0,566444,8.64324951171875
HHDSD,λ<=log n,65536,0,537834,8.206695556640625
HHDSD,λ<=log n,65536,0,567971,8.666549682617188
HHDSD,λ<=log n,65536,0,540410,8.246002197265625
HHDSD,λ<=log n,65536,0,567352,8.6571044921875
HHLSD,λ<=log n,65536,0,567443,8.658493041992188
HHLSD,λ<=log n,65536,0,553871,8.451400756835938
HHLSD,λ<=log n,65536,0,604293,9.220779418945312
HHLSD,λ<=log n,65536,0,613669,9.363845825195312
HHLSD,λ<=log n,65536,0,663286,10.120941162109375
HHLSD,λ<=log n,65536,0,572380,8.73382568359375
HHLSD,λ<=log n,65536,0,547701,8.357254028320312
HHLSD,λ<=log n,65536,0,637255,9.723739624023438
HHLSD,λ<=log n,65536,0,588600,8.9813232421875
HHLSD,λ<=log n,65536,0,603625,9.210586547851562
HHLSD,λ<=log n,65536,0,607550,9.270477294921875
HHLSD,λ<=log n,65536,0,559986,8.544708251953125
HHLSD,λ<=log n,65536,0,604327,9.221298217773438
HHLSD,λ<=log n,65536,0,627002,9.567291259765625
HHLSD,λ<=log n,65536,0,586346,8.946929931640625
HHLSD,λ<=log n,65536,0,605671,9.241806030273438
HHLSD,λ<=log n,65536,0,582260,8.88458251953125
HHLSD,λ<=log n,65536,0,572036,8.72857666015625
HHLSD,λ<=log n,65536,0,565397,8.627273559570312
HHLSD,λ<=log n,65536,0,587128,8.9588623046875
HHLSD,λ<=log n,65536,0,589682,8.997833251953125
HHLSD,λ<=log n,65536,0,618108,9.43157958984375
HHLSD,λ<=log n,65536,0,638781,9.747024536132812
HHLSD,λ<=log n,65536,0,600262,9.159271240234375
HHLSD,λ<=log n,65536,0,565719,8.632186889648438
HHLSD,λ<=log n,65536,0,635531,9.697433471679688
HHLSD,λ<=log n,65536,0,605951,9.246078491210938
HHLSD,λ<=log n,65536,0,585992,8.9415283203125
HHLSD,λ<=log n,65536,0,587408,8.963134765625
HHLSD,λ<=log n,65536,0,613221,9.357009887695312
HHLSD,λ<=log n,65536,0,594874,9.077056884765625
HHLSD,λ<=log n,65536,0,587050,8.957672119140625
HHLSD,λ<=log n,65536,0,601127,9.172470092773438
HHLSD,λ<=log n,65536,0,574859,8.771652221679688
HHLSD,λ<=log n,65536,0,569747,8.693649291992188
HHLSD,λ<=log n,65536,0,573433,8.749893188476562
HHLSD,λ<=log n,65536,0,564552,8.6143798828125
HHLSD,λ<=log n,65536,0,598372,9.13043212890625
HHLSD,λ<=log n,65536,0,582205,8.883743286132812
HHLSD,λ<=log n,65536,0,708042,10.803863525390625
HHLSD,λ<=log n,65536,0,543676,8.29583740234375
HHLSD,λ<=log n,65536,0,564302,8.610565185546875
HHLSD,λ<=log n,65536,0,611710,9.333953857421875
HHLSD,λ<=log n,65536,0,629927,9.611923217773438
HHLSD,λ<=log n,65536,0,573269,8.747390747070312
HHLSD,λ<=log n,65536,0,559413,8.535964965820312
HHLSD,λ<=log n,65536,0,593028,9.04888916015625
HHLSD,λ<=log n,65536,0,570443,8.704269409179688
HHLSD,λ<=log n,65536,0,592459,9.040206909179688
HHLSD,λ<=log n,65536,0,572086,8.729339599609375
HHLSD,λ<=log n,65536,0,572906,8.741851806640625
HHLSD,λ<=log n,65536,0,554248,8.4571533203125
HHLSD,λ<=log n,65536,0,601637,9.180252075195312
HHLSD,λ<=log n,65536,0,566160,8.638916015625
HHLSD,λ<=log n,65536,0,591868,9.03118896484375
HHLSD,λ<=log n,65536,0,577227,8.807785034179688
HHLSD,λ<=log n,65536,0,597836,9.12225341796875
HHLSD,λ<=log n,65536,0,603292,9.20550537109375
HHLSD,λ<=log n,65536,0,599011,9.140182495117188
HHLSD,λ<=log n,65536,0,570998,8.712738037109375
HHLSD,λ<=log n,65536,0,581755,8.876876831054688
HHLSD,λ<=log n,65536,0,580484,8.85748291015625
HHLSD,λ<=log n,65536,0,565940,8.63555908203125
HHLSD,λ<=log n,65536,0,558204,8.51751708984375
HHLSD,λ<=log n,65536,0,568451,8.673873901367188
HHLSD,λ<=log n,65536,0,607877,9.275466918945312
HHLSD,λ<=log n,65536,0,622510,9.498748779296875
HHLSD,λ<=log n,65536,0,622179,9.493698120117188
HHLSD,λ<=log n,65536,0,581223,8.868759155273438
HHLSD,λ<=log n,65536,0,580378,8.855865478515625
HHLSD,λ<=log n,65536,0,582016,8.880859375
HHLSD,λ<=log n,65536,0,589672,8.9976806640625
HHLSD,λ<=log n,65536,0,573222,8.746673583984375
HHLSD,λ<=log n,65536,0,617429,9.421218872070312
HHLSD,λ<=log n,65536,0,580402,8.856231689453125
HHLSD,λ<=log n,65536,0,565704,8.6319580078125
HHLSD,λ<=log n,65536,0,588488,8.9796142578125
HHLSD,λ<=log n,65536,0,579772,8.84661865234375
HHLSD,λ<=log n,65536,0,559168,8.5322265625
HHLSD,λ<=log n,65536,0,610892,9.32147216796875
HHLSD,λ<=log n,65536,0,559661,8.539749145507812
HHLSD,λ<=log n,65536,0,549429,8.383621215820312
HHLSD,λ<=log n,65536,0,610256,9.311767578125
HHLSD,λ<=log n,65536,0,596209,9.097427368164062
HHLSD,λ<=log n,65536,0,614023,9.369247436523438
HHLSD,λ<=log n,65536,0,605115,9.233322143554688
HHLSD,λ<=log n,65536,0,594949,9.078201293945312
HHLSD,λ<=log n,65536,0,594977,9.078628540039062
HHLSD,λ<=log n,65536,0,563306,8.595367431640625
HHLSD,λ<=log n,65536,0,599241,9.143692016601562
HHLSD,λ<=log n,65536,0,643844,9.82427978515625
HHLSD,λ<=log n,65536,0,595639,9.088729858398438
HHLSD,λ<=log n,65536,0,585872,8.939697265625
HHLSD,λ<=log n,65536,0,603484,9.20843505859375
HHLSD,λ<=log n,65536,0,632142,9.645721435546875
HHLSD,λ<=log n,65536,0,542355,8.275680541992188
HHLSD,λ<=log n,65536,0,624737,9.532730102539062
HHLSD,λ<=log n,65536,0,562417,8.581802368164062
HHLSD,λ<=log n,65536,0,602647,9.195663452148438
HHLSD,λ<=log n,65536,0,604812,9.22869873046875
HRLSD,λ<=log n,65536,0,667290,10.182037353515625
HRLSD,λ<=log n,65536,0,587748,8.96832275390625
HRLSD,λ<=log n,65536,0,664552,10.1402587890625
HRLSD,λ<=log n,65536,0,611153,9.325454711914062
HRLSD,λ<=log n,65536,0,655031,9.994979858398438
HRLSD,λ<=log n,65536,0,612526,9.346405029296875
HRLSD,λ<=log n,65536,0,641817,9.793350219726562
HRLSD,λ<=log n,65536,0,627202,9.570343017578125
HRLSD,λ<=log n,65536,0,676304,10.319580078125
HRLSD,λ<=log n,65536,0,721338,11.006744384765625
HRLSD,λ<=log n,65536,0,603372,9.20672607421875
HRLSD,λ<=log n,65536,0,705295,10.761947631835938
HRLSD,λ<=log n,65536,0,590952,9.0172119140625
HRLSD,λ<=log n,65536,0,806344,12.3038330078125
HRLSD,λ<=log n,65536,0,610031,9.308334350585938
HRLSD,λ<=log n,65536,0,798845,12.189407348632812
HRLSD,λ<=log n,65536,0,603959,9.215682983398438
HRLSD,λ<=log n,65536,0,738736,11.272216796875
HRLSD,λ<=log n,65536,0,604000,9.21630859375
HRLSD,λ<=log n,65536,0,616901,9.413162231445312
HRLSD,λ<=log n,65536,0,605419,9.237960815429688
HRLSD,λ<=log n,65536,0,673738,10.280426025390625
HRLSD,λ<=log n,65536,0,632679,9.653915405273438
HRLSD,λ<=log n,65536,0,642132,9.79815673828125
HRLSD,λ<=log n,65536,0,632328,9.6485595703125
HRLSD,λ<=log n,65536,0,605944,9.2459716796875
HRLSD,λ<=log n,65536,0,616077,9.400588989257812
HRLSD,λ<=log n,65536,0,621765,9.487380981445312
HRLSD,λ<=log n,65536,0,640677,9.775955200195312
HRLSD,λ<=log n,65536,0,643697,9.822036743164062
HRLSD,λ<=log n,65536,0,595387,9.084884643554688
HRLSD,λ<=log n,65536,0,618099,9.431442260742188
HRLSD,λ<=log n,65536,0,621374,9.481414794921875
HRLSD,λ<=log n,65536,0,606637,9.256546020507812
HRLSD,λ<=log n,65536,0,647177,9.875137329101562
HRLSD,λ<=log n,65536,0,677722,10.341217041015625
HRLSD,λ<=log n,65536,0,672314,10.258697509765625
HRLSD,λ<=log n,65536,0,627428,9.57379150390625
HRLSD,λ<=log n,65536,0,583776,8.90771484375
HRLSD,λ<=log n,65536,0,668765,10.204544067382812
HRLSD,λ<=log n,65536,0,608594,9.286407470703125
HRLSD,λ<=log n,65536,0,631857,9.641372680664062
HRLSD,λ<=log n,65536,0,691085,10.545120239257812
HRLSD,λ<=log n,65536,0,695566,10.613494873046875
HRLSD,λ<=log n,65536,0,634527,9.682113647460938
HRLSD,λ<=log n,65536,0,603494,9.208587646484375
HRLSD,λ<=log n,65536,0,642408,9.8023681640625
HRLSD,λ<=log n,65536,0,617727,9.425765991210938
HRLSD,λ<=log n,65536,0,638830,9.747772216796875
HRLSD,λ<=log n,65536,0,602742,9.197113037109375
HRLSD,λ<=log n,65536,0,605411,9.237838745117188
HRLSD,λ<=log n,65536,0,644840,9.8394775390625
HRLSD,λ<=log n,65536,0,666973,10.177200317382812
HRLSD,λ<=log n,65536,0,606661,9.256912231445312
HRLSD,λ<=log n,65536,0,588021,8.972488403320312
HRLSD,λ<=log n,65536,0,663566,10.125213623046875
HRLSD,λ<=log n,65536,0,621552,9.484130859375
HRLSD,λ<=log n,65536,0,651931,9.947677612304688
HRLSD,λ<=log n,65536,0,676170,10.317535400390625
HRLSD,λ<=log n,65536,0,607037,9.262649536132812
HRLSD,λ<=log n,65536,0,619430,9.451751708984375
HRLSD,λ<=log n,65536,0,636192,9.70751953125
HRLSD,λ<=log n,65536,0,636584,9.7135009765625
HRLSD,λ<=log n,65536,0,687877,10.496170043945312
HRLSD,λ<=log n,65536,0,647973,9.887283325195312
HRLSD,λ<=log n,65536,0,720163,10.988815307617188
HRLSD,λ<=log n,65536,0,607302,9.266693115234375
HRLSD,λ<=log n,65536,0,634545,9.682388305664062
HRLSD,λ<=log n,65536,0,614559,9.377426147460938
HRLSD,λ<=log n,65536,0,612392,9.3443603515625
HRLSD,λ<=log n,65536,0,622109,9.492630004882812
HRLSD,λ<=log n,65536,0,656093,10.011184692382812
HRLSD,λ<=log n,65536,0,680604,10.38519287109375
HRLSD,λ<=log n,65536,0,643330,9.816436767578125
HRLSD,λ<=log n,65536,0,616682,9.409820556640625
HRLSD,λ<=log n,65536,0,639820,9.76287841796875
HRLSD,λ<=log n,65536,0,640835,9.778366088867188
HRLSD,λ<=log n,65536,0,617327,9.419662475585938
HRLSD,λ<=log n,65536,0,638965,9.749832153320312
HRLSD,λ<=log n,65536,0,607533,9.270217895507812
HRLSD,λ<=log n,65536,0,662401,10.107437133789062
HRLSD,λ<=log n,65536,0,623137,9.508316040039062
HRLSD,λ<=log n,65536,0,618496,9.4375
HRLSD,λ<=log n,65536,0,632784,9.655517578125
HRLSD,λ<=log n,65536,0,641623,9.790390014648438
HRLSD,λ<=log n,65536,0,637353,9.725234985351562
HRLSD,λ<=log n,65536,0,653848,9.9769287109375
HRLSD,λ<=log n,65536,0,627050,9.568023681640625
HRLSD,λ<=log n,65536,0,656003,10.009811401367188
HRLSD,λ<=log n,65536,0,657986,10.040069580078125
HRLSD,λ<=log n,65536,0,618093,9.431350708007812
HRLSD,λ<=log n,65536,0,617590,9.423675537109375
HRLSD,λ<=log n,65536,0,638701,9.745803833007812
HRLSD,λ<=log n,65536,0,636565,9.713211059570312
HRLSD,λ<=log n,65536,0,577333,8.809402465820312
HRLSD,λ<=log n,65536,0,585052,8.92718505859375
HRLSD,λ<=log n,65536,0,612086,9.339691162109375
HRLSD,λ<=log n,65536,0,659077,10.056716918945312
HRLSD,λ<=log n,65536,0,636344,9.7098388671875
HRLSD,λ<=log n,65536,0,653703,9.974716186523438
HSLSD,λ<=log n,65536,0,787397,12.014724731445312
HSLSD,λ<=log n,65536,0,754439,11.511825561523438
HSLSD,λ<=log n,65536,0,841486,12.840057373046875
HSLSD,λ<=log n,65536,0,739351,11.281600952148438
HSLSD,λ<=log n,65536,0,844174,12.881072998046875
HSLSD,λ<=log n,65536,0,730738,11.150177001953125
HSLSD,λ<=log n,65536,0,754173,11.507766723632812
HSLSD,λ<=log n,65536,0,806841,12.311416625976562
HSLSD,λ<=log n,65536,0,829931,12.663742065429688
HSLSD,λ<=log n,65536,0,797296,12.165771484375
HSLSD,λ<=log n,65536,0,798429,12.183059692382812
HSLSD,λ<=log n,65536,0,766587,11.697189331054688
HSLSD,λ<=log n,65536,0,837016,12.7718505859375
HSLSD,λ<=log n,65536,0,902452,13.77032470703125
HSLSD,λ<=log n,65536,0,739083,11.277511596679688
HSLSD,λ<=log n,65536,0,750119,11.445907592773438
HSLSD,λ<=log n,65536,0,1033931,15.776535034179688
HSLSD,λ<=log n,65536,0,779928,11.9007568359375
HSLSD,λ<=log n,65536,0,772495,11.787338256835938
HSLSD,λ<=log n,65536,0,802067,12.238571166992188
HSLSD,λ<=log n,65536,0,738571,11.269699096679688
HSLSD,λ<=log n,65536,0,725255,11.066513061523438
HSLSD,λ<=log n,65536,0,766626,11.697784423828125
HSLSD,λ<=log n,65536,0,732787,11.181442260742188
HSLSD,λ<=log n,65536,0,712352,10.86962890625
HSLSD,λ<=log n,65536,0,743125,11.339187622070312
HSLSD,λ<=log n,65536,0,811835,12.387619018554688
HSLSD,λ<=log n,65536,0,737406,11.251922607421875
HSLSD,λ<=log n,65536,0,772988,11.79486083984375
HSLSD,λ<=log n,65536,0,793574,12.108978271484375
HSLSD,λ<=log n,65536,0,766465,11.695327758789062
HSLSD,λ<=log n,65536,0,788352,12.029296875
HSLSD,λ<=log n,65536,0,782540,11.94061279296875
HSLSD,λ<=log n,65536,0,808334,12.334197998046875
HSLSD,λ<=log n,65536,0,752029,11.475051879882812
HSLSD,λ<=log n,65536,0,721047,11.002304077148438
HSLSD,λ<=log n,65536,0,772415,11.786117553710938
HSLSD,λ<=log n,65536,0,791681,12.080093383789062
HSLSD,λ<=log n,65536,0,829414,12.655853271484375
HSLSD,λ<=log n,65536,0,812759,12.401718139648438
HSLSD,λ<=log n,65536,0,786617,12.002822875976562
HSLSD,λ<=log n,65536,0,719421,10.977493286132812
HSLSD,λ<=log n,65536,0,746230,11.386566162109375
HSLSD,λ<=log n,65536,0,730841,11.151748657226562
HSLSD,λ<=log n,65536,0,774417,11.816665649414062
HSLSD,λ<=log n,65536,0,710444,10.84051513671875
HSLSD,λ<=log n,65536,0,891730,13.606719970703125
HSLSD,λ<=log n,65536,0,795418,12.137115478515625
HSLSD,λ<=log n,65536,0,955398,14.578216552734375
HSLSD,λ<=log n,65536,0,847398,12.930267333984375
HSLSD,λ<=log n,65536,0,759919,11.595443725585938
HSLSD,λ<=log n,65536,0,853366,13.021331787109375
HSLSD,λ<=log n,65536,0,787942,12.023040771484375
HSLSD,λ<=log n,65536,0,764838,11.670501708984375
HSLSD,λ<=log n,65536,0,829122,12.651397705078125
HSLSD,λ<=log n,65536,0,816369,12.456802368164062
HSLSD,λ<=log n,65536,0,756302,11.540252685546875
HSLSD,λ<=log n,65536,0,771069,11.765579223632812
HSLSD,λ<=log n,65536,0,766650,11.698150634765625
HSLSD,λ<=log n,65536,0,783027,11.948043823242188
HSLSD,λ<=log n,65536,0,805332,12.28839111328125
HSLSD,λ<=log n,65536,0,833152,12.712890625
HSLSD,λ<=log n,65536,0,717316,10.94537353515625
HSLSD,λ<=log n,65536,0,731505,11.161880493164062
HSLSD,λ<=log n,65536,0,690072,10.5296630859375
HSLSD,λ<=log n,65536,0,801668,12.23248291015625
HSLSD,λ<=log n,65536,0,800214,12.210296630859375
HSLSD,λ<=log n,65536,0,871316,13.29522705078125
HSLSD,λ<=log n,65536,0,761908,11.62579345703125
HSLSD,λ<=log n,65536,0,739800,11.2884521484375
HSLSD,λ<=log n,65536,0,753030,11.490325927734375
HSLSD,λ<=log n,65536,0,771950,11.779022216796875
HSLSD,λ<=log n,65536,0,799765,12.203445434570312
HSLSD,λ<=log n,65536,0,741811,11.319137573242188
HSLSD,λ<=log n,65536,0,741368,11.3123779296875
HSLSD,λ<=log n,65536,0,730083,11.140182495117188
HSLSD,λ<=log n,65536,0,764112,11.659423828125
HSLSD,λ<=log n,65536,0,812155,12.392501831054688
HSLSD,λ<=log n,65536,0,820598,12.521331787109375
HSLSD,λ<=log n,65536,0,865288,13.2032470703125
HSLSD,λ<=log n,65536,0,790998,12.069671630859375
HSLSD,λ<=log n,65536,0,737757,11.257278442382812
HSLSD,λ<=log n,65536,0,823109,12.559646606445312
HSLSD,λ<=log n,65536,0,943826,14.401641845703125
HSLSD,λ<=log n,65536,0,783634,11.957305908203125
HSLSD,λ<=log n,65536,0,791501,12.077346801757812
HSLSD,λ<=log n,65536,0,857393,13.082778930664062
HSLSD,λ<=log n,65536,0,749329,11.433853149414062
HSLSD,λ<=log n,65536,0,733117,11.186477661132812
HSLSD,λ<=log n,65536,0,745552,11.376220703125
HSLSD,λ<=log n,65536,0,797390,12.167205810546875
HSLSD,λ<=log n,65536,0,736891,11.244064331054688
HSLSD,λ<=log n,65536,0,836530,12.764434814453125
HSLSD,λ<=log n,65536,0,742399,11.328109741210938
HSLSD,λ<=log n,65536,0,729483,11.131027221679688
HSLSD,λ<=log n,65536,0,912454,13.922943115234375
HSLSD,λ<=log n,65536,0,798472,12.1837158203125
HSLSD,λ<=log n,65536,0,733140,11.18682861328125
HSLSD,λ<=log n,65536,0,751773,11.471145629882812
HSLSD,λ<=log n,65536,0,775385,11.831436157226562
HSDMD,λ<=log n,65536,0,660525,10.078811645507812
HSDMD,λ<=log n,65536,0,677704,10.3409423828125
HSDMD,λ<=log n,65536,0,662983,10.116317749023438
HSDMD,λ<=log n,65536,0,714252,10.89862060546875
HSDMD,λ<=log n,65536,0,610089,9.309219360351562
HSDMD,λ<=log n,65536,0,658965,10.055007934570312
HSDMD,λ<=log n,65536,0,814231,12.424179077148438
HSDMD,λ<=log n,65536,0,634074,9.675201416015625
HSDMD,λ<=log n,65536,0,680561,10.384536743164062
HSDMD,λ<=log n,65536,0,724377,11.053115844726562
HSDMD,λ<=log n,65536,0,709269,10.822586059570312
HSDMD,λ<=log n,65536,0,703882,10.740386962890625
HSDMD,λ<=log n,65536,0,828667,12.644454956054688
HSDMD,λ<=log n,65536,0,717293,10.945022583007812
HSDMD,λ<=log n,65536,0,674247,10.288192749023438
HSDMD,λ<=log n,65536,0,745025,11.368179321289062
HSDMD,λ<=log n,65536,0,679668,10.37091064453125
HSDMD,λ<=log n,65536,0,626200,9.5550537109375
HSDMD,λ<=log n,65536,0,677463,10.337265014648438
HSDMD,λ<=log n,65536,0,698469,10.657791137695312
HSDMD,λ<=log n,65536,0,665976,10.1619873046875
HSDMD,λ<=log n,65536,0,664633,10.141494750976562
HSDMD,λ<=log n,65536,0,722925,11.030960083007812
HSDMD,λ<=log n,65536,0,644596,9.83575439453125
HSDMD,λ<=log n,65536,0,634554,9.682525634765625
HSDMD,λ<=log n,65536,0,742089,11.323379516601562
HSDMD,λ<=log n,65536,0,684636,10.44671630859375
HSDMD,λ<=log n,65536,0,639513,9.758193969726562
HSDMD,λ<=log n,65536,0,747796,11.41046142578125
HSDMD,λ<=log n,65536,0,691737,10.555068969726562
HSDMD,λ<=log n,65536,0,696188,10.62298583984375
HSDMD,λ<=log n,65536,0,685527,10.460311889648438
HSDMD,λ<=log n,65536,0,722357,11.022293090820312
HSDMD,λ<=log n,65536,0,644780,9.83856201171875
HSDMD,λ<=log n,65536,0,625766,9.548431396484375
HSDMD,λ<=log n,65536,0,700091,10.682540893554688
HSDMD,λ<=log n,65536,0,650351,9.923568725585938
HSDMD,λ<=log n,65536,0,616644,9.40924072265625
HSDMD,λ<=log n,65536,0,621848,9.4886474609375
HSDMD,λ<=log n,65536,0,644893,9.840286254882812
HSDMD,λ<=log n,65536,0,712677,10.874588012695312
HSDMD,λ<=log n,65536,0,687065,10.483779907226562
HSDMD,λ<=log n,65536,0,652212,9.95196533203125
HSDMD,λ<=log n,65536,0,776962,11.855499267578125
HSDMD,λ<=log n,65536,0,708021,10.803543090820312
HSDMD,λ<=log n,65536,0,636181,9.707351684570312
HSDMD,λ<=log n,65536,0,618813,9.442337036132812
HSDMD,λ<=log n,65536,0,638226,9.738555908203125
HSDMD,λ<=log n,65536,0,688925,10.512161254882812
HSDMD,λ<=log n,65536,0,664762,10.143463134765625
HSDMD,λ<=log n,65536,0,572805,8.740310668945312
HSDMD,λ<=log n,65536,0,656095,10.011215209960938
HSDMD,λ<=log n,65536,0,759668,11.59161376953125
HSDMD,λ<=log n,65536,0,684089,10.438369750976562
HSDMD,λ<=log n,65536,0,631219,9.631637573242188
HSDMD,λ<=log n,65536,0,652815,9.961166381835938
HSDMD,λ<=log n,65536,0,630663,9.623153686523438
HSDMD,λ<=log n,65536,0,680411,10.382247924804688
HSDMD,λ<=log n,65536,0,648975,9.902572631835938
HSDMD,λ<=log n,65536,0,725474,11.069854736328125
HSDMD,λ<=log n,65536,0,604496,9.223876953125
HSDMD,λ<=log n,65536,0,664642,10.141632080078125
HSDMD,λ<=log n,65536,0,643773,9.823196411132812
HSDMD,λ<=log n,65536,0,765258,11.676910400390625
HSDMD,λ<=log n,65536,0,721946,11.016021728515625
HSDMD,λ<=log n,65536,0,614233,9.372451782226562
HSDMD,λ<=log n,65536,0,632552,9.6519775390625
HSDMD,λ<=log n,65536,0,662058,10.102203369140625
HSDMD,λ<=log n,65536,0,649144,9.9051513671875
HSDMD,λ<=log n,65536,0,649689,9.913467407226562
HSDMD,λ<=log n,65536,0,624443,9.528244018554688
HSDMD,λ<=log n,65536,0,649247,9.906723022460938
HSDMD,λ<=log n,65536,0,721136,11.003662109375
HSDMD,λ<=log n,65536,0,675974,10.314544677734375
HSDMD,λ<=log n,65536,0,672956,10.26849365234375
HSDMD,λ<=log n,65536,0,650851,9.931198120117188
HSDMD,λ<=log n,65536,0,754845,11.518020629882812
HSDMD,λ<=log n,65536,0,675256,10.3035888671875
HSDMD,λ<=log n,65536,0,646595,9.866256713867188
HSDMD,λ<=log n,65536,0,677552,10.338623046875
HSDMD,λ<=log n,65536,0,722819,11.029342651367188
HSDMD,λ<=log n,65536,0,656326,10.014739990234375
HSDMD,λ<=log n,65536,0,696517,10.628005981445312
HSDMD,λ<=log n,65536,0,748628,11.42315673828125
HSDMD,λ<=log n,65536,0,641568,9.78955078125
HSDMD,λ<=log n,65536,0,663669,10.126785278320312
HSDMD,λ<=log n,65536,0,706344,10.7779541015625
HSDMD,λ<=log n,65536,0,779238,11.890228271484375
HSDMD,λ<=log n,65536,0,680065,10.376968383789062
HSDMD,λ<=log n,65536,0,664516,10.13970947265625
HSDMD,λ<=log n,65536,0,728004,11.10845947265625
HSDMD,λ<=log n,65536,0,607852,9.27508544921875
HSDMD,λ<=log n,65536,0,691294,10.548309326171875
HSDMD,λ<=log n,65536,0,734382,11.205780029296875
HSDMD,λ<=log n,65536,0,659938,10.069854736328125
HSDMD,λ<=log n,65536,0,849261,12.958694458007812
HSDMD,λ<=log n,65536,0,670408,10.2296142578125
HSDMD,λ<=log n,65536,0,712399,10.870346069335938
HSDMD,λ<=log n,65536,0,627195,9.570236206054688
HSDMD,λ<=log n,65536,0,728115,11.110153198242188
HRDMD,λ<=log n,65536,0,528460,8.06365966796875
HRDMD,λ<=log n,65536,0,482947,7.3691864013671875
HRDMD,λ<=log n,65536,0,542324,8.27520751953125
HRDMD,λ<=log n,65536,0,521578,7.958648681640625
HRDMD,λ<=log n,65536,0,668880,10.206298828125
HRDMD,λ<=log n,65536,0,529194,8.074859619140625
HRDMD,λ<=log n,65536,0,540111,8.241439819335938
HRDMD,λ<=log n,65536,0,525313,8.015640258789062
HRDMD,λ<=log n,65536,0,510642,7.791778564453125
HRDMD,λ<=log n,65536,0,555779,8.480514526367188
HRDMD,λ<=log n,65536,0,511937,7.8115386962890625
HRDMD,λ<=log n,65536,0,488933,7.4605255126953125
HRDMD,λ<=log n,65536,0,500350,7.634735107421875
HRDMD,λ<=log n,65536,0,507935,7.7504730224609375
HRDMD,λ<=log n,65536,0,570234,8.701080322265625
HRDMD,λ<=log n,65536,0,504637,7.7001495361328125
HRDMD,λ<=log n,65536,0,610769,9.319595336914062
HRDMD,λ<=log n,65536,0,524622,8.005096435546875
HRDMD,λ<=log n,65536,0,612411,9.344650268554688
HRDMD,λ<=log n,65536,0,637319,9.724716186523438
HRDMD,λ<=log n,65536,0,502685,7.6703643798828125
HRDMD,λ<=log n,65536,0,528627,8.066207885742188
HRDMD,λ<=log n,65536,0,494084,7.53912353515625
HRDMD,λ<=log n,65536,0,523097,7.9818267822265625
HRDMD,λ<=log n,65536,0,544595,8.309860229492188
HRDMD,λ<=log n,65536,0,528541,8.064895629882812
HRDMD,λ<=log n,65536,0,525078,8.012054443359375
HRDMD,λ<=log n,65536,0,573203,8.746383666992188
HRDMD,λ<=log n,65536,0,502536,7.6680908203125
HRDMD,λ<=log n,65536,0,513737,7.8390045166015625
HRDMD,λ<=log n,65536,0,500855,7.6424407958984375
HRDMD,λ<=log n,65536,0,541042,8.255645751953125
HRDMD,λ<=log n,65536,0,514325,7.8479766845703125
HRDMD,λ<=log n,65536,0,508559,7.7599945068359375
HRDMD,λ<=log n,65536,0,496297,7.5728912353515625
HRDMD,λ<=log n,65536,0,509008,7.766845703125
HRDMD,λ<=log n,65536,0,530270,8.091278076171875
HRDMD,λ<=log n,65536,0,487741,7.4423370361328125
HRDMD,λ<=log n,65536,0,499167,7.6166839599609375
HRDMD,λ<=log n,65536,0,510767,7.7936859130859375
HRDMD,λ<=log n,65536,0,537983,8.208969116210938
HRDMD,λ<=log n,65536,0,497055,7.5844573974609375
HRDMD,λ<=log n,65536,0,505692,7.71624755859375
HRDMD,λ<=log n,65536,0,702075,10.712814331054688
HRDMD,λ<=log n,65536,0,526855,8.039169311523438
HRDMD,λ<=log n,65536,0,507145,7.7384185791015625
HRDMD,λ<=log n,65536,0,524659,8.005661010742188
HRDMD,λ<=log n,65536,0,521131,7.9518280029296875
HRDMD,λ<=log n,65536,0,525351,8.016220092773438
HRDMD,λ<=log n,65536,0,533144,8.1351318359375
HRDMD,λ<=log n,65536,0,511013,7.7974395751953125
HRDMD,λ<=log n,65536,0,493762,7.534210205078125
HRDMD,λ<=log n,65536,0,513574,7.836517333984375
HRDMD,λ<=log n,65536,0,558062,8.515350341796875
HRDMD,λ<=log n,65536,0,666587,10.171310424804688
HRDMD,λ<=log n,65536,0,551845,8.420486450195312
HRDMD,λ<=log n,65536,0,510392,7.7879638671875
HRDMD,λ<=log n,65536,0,500583,7.6382904052734375
HRDMD,λ<=log n,65536,0,517093,7.8902130126953125
HRDMD,λ<=log n,65536,0,503380,7.68096923828125
HRDMD,λ<=log n,65536,0,560776,8.5567626953125
HRDMD,λ<=log n,65536,0,499998,7.629364013671875
HRDMD,λ<=log n,65536,0,504014,7.690643310546875
HRDMD,λ<=log n,65536,0,560333,8.550003051757812
HRDMD,λ<=log n,65536,0,559514,8.537506103515625
HRDMD,λ<=log n,65536,0,599239,9.143661499023438
HRDMD,λ<=log n,65536,0,497784,7.5955810546875
HRDMD,λ<=log n,65536,0,576199,8.792098999023438
HRDMD,λ<=log n,65536,0,503354,7.680572509765625
HRDMD,λ<=log n,65536,0,479788,7.32098388671875
HRDMD,λ<=log n,65536,0,503883,7.6886444091796875
HRDMD,λ<=log n,65536,0,492051,7.5081024169921875
HRDMD,λ<=log n,65536,0,479974,7.323822021484375
HRDMD,λ<=log n,65536,0,594684,9.07415771484375
HRDMD,λ<=log n,65536,0,559476,8.53692626953125
HRDMD,λ<=log n,65536,0,467970,7.140655517578125
HRDMD,λ<=log n,65536,0,524349,8.000930786132812
HRDMD,λ<=log n,65536,0,524698,8.006256103515625
HRDMD,λ<=log n,65536,0,592634,9.042877197265625
HRDMD,λ<=log n,65536,0,567772,8.66351318359375
HRDMD,λ<=log n,65536,0,572673,8.738296508789062
HRDMD,λ<=log n,65536,0,591159,9.020370483398438
HRDMD,λ<=log n,65536,0,570714,8.708404541015625
HRDMD,λ<=log n,65536,0,490705,7.4875640869140625
HRDMD,λ<=log n,65536,0,548640,8.37158203125
HRDMD,λ<=log n,65536,0,539740,8.23577880859375
HRDMD,λ<=log n,65536,0,541290,8.259429931640625
HRDMD,λ<=log n,65536,0,560625,8.554458618164062
HRDMD,λ<=log n,65536,0,511037,7.7978057861328125
HRDMD,λ<=log n,65536,0,526873,8.039443969726562
HRDMD,λ<=log n,65536,0,527003,8.041427612304688
HRDMD,λ<=log n,65536,0,564016,8.606201171875
HRDMD,λ<=log n,65536,0,523799,7.9925384521484375
HRDMD,λ<=log n,65536,0,518222,7.907440185546875
HRDMD,λ<=log n,65536,0,547598,8.355682373046875
HRDMD,λ<=log n,65536,0,487591,7.4400482177734375
HRDMD,λ<=log n,65536,0,521627,7.9593963623046875
HRDMD,λ<=log n,65536,0,569208,8.6854248046875
HRDMD,λ<=log n,65536,0,521162,7.952301025390625
HRDMD,λ<=log n,65536,0,501693,7.6552276611328125
HHDMD,λ<=log n,65536,0,524052,7.99639892578125
HHDMD,λ<=log n,65536,0,575264,8.77783203125
HHDMD,λ<=log n,65536,0,464532,7.08819580078125
HHDMD,λ<=log n,65536,0,486287,7.4201507568359375
HHDMD,λ<=log n,65536,0,448388,6.84185791015625
HHDMD,λ<=log n,65536,0,461129,7.0362701416015625
HHDMD,λ<=log n,65536,0,494971,7.5526580810546875
HHDMD,λ<=log n,65536,0,499233,7.6176910400390625
HHDMD,λ<=log n,65536,0,464063,7.0810394287109375
HHDMD,λ<=log n,65536,0,513217,7.8310699462890625
HHDMD,λ<=log n,65536,0,487559,7.4395599365234375
HHDMD,λ<=log n,65536,0,485759,7.4120941162109375
HHDMD,λ<=log n,65536,0,468708,7.15191650390625
HHDMD,λ<=log n,65536,0,468976,7.156005859375
HHDMD,λ<=log n,65536,0,470479,7.1789398193359375
HHDMD,λ<=log n,65536,0,532370,8.123321533203125
HHDMD,λ<=log n,65536,0,480022,7.324554443359375
HHDMD,λ<=log n,65536,0,465997,7.1105499267578125
HHDMD,λ<=log n,65536,0,448989,6.8510284423828125
HHDMD,λ<=log n,65536,0,471405,7.1930694580078125
HHDMD,λ<=log n,65536,0,459859,7.0168914794921875
HHDMD,λ<=log n,65536,0,455877,6.9561309814453125
HHDMD,λ<=log n,65536,0,433347,6.6123504638671875
HHDMD,λ<=log n,65536,0,469821,7.1688995361328125
HHDMD,λ<=log n,65536,0,478445,7.3004913330078125
HHDMD,λ<=log n,65536,0,472550,7.210540771484375
HHDMD,λ<=log n,65536,0,516032,7.8740234375
HHDMD,λ<=log n,65536,0,462670,7.059783935546875
HHDMD,λ<=log n,65536,0,469103,7.1579437255859375
HHDMD,λ<=log n,65536,0,473392,7.223388671875
HHDMD,λ<=log n,65536,0,473865,7.2306060791015625
HHDMD,λ<=log n,65536,0,461085,7.0355987548828125
HHDMD,λ<=log n,65536,0,468787,7.1531219482421875
HHDMD,λ<=log n,65536,0,505227,7.7091522216796875
HHDMD,λ<=log n,65536,0,431875,6.5898895263671875
HHDMD,λ<=log n,65536,0,442513,6.7522125244140625
HHDMD,λ<=log n,65536,0,535909,8.177322387695312
HHDMD,λ<=log n,65536,0,475963,7.2626190185546875
HHDMD,λ<=log n,65536,0,487145,7.4332427978515625
HHDMD,λ<=log n,65536,0,467568,7.134521484375
HHDMD,λ<=log n,65536,0,464294,7.084564208984375
HHDMD,λ<=log n,65536,0,446123,6.8072967529296875
HHDMD,λ<=log n,65536,0,468049,7.1418609619140625
HHDMD,λ<=log n,65536,0,466402,7.116729736328125
HHDMD,λ<=log n,65536,0,471723,7.1979217529296875
HHDMD,λ<=log n,65536,0,458110,6.990203857421875
HHDMD,λ<=log n,65536,0,479528,7.3170166015625
HHDMD,λ<=log n,65536,0,473093,7.2188262939453125
HHDMD,λ<=log n,65536,0,484867,7.3984832763671875
HHDMD,λ<=log n,65536,0,448385,6.8418121337890625
HHDMD,λ<=log n,65536,0,548845,8.374710083007812
HHDMD,λ<=log n,65536,0,474474,7.239898681640625
HHDMD,λ<=log n,65536,0,455975,6.9576263427734375
HHDMD,λ<=log n,65536,0,459433,7.0103912353515625
HHDMD,λ<=log n,65536,0,458767,7.0002288818359375
HHDMD,λ<=log n,65536,0,509823,7.7792816162109375
HHDMD,λ<=log n,65536,0,453204,6.91534423828125
HHDMD,λ<=log n,65536,0,476936,7.2774658203125
HHDMD,λ<=log n,65536,0,458452,6.99542236328125
HHDMD,λ<=log n,65536,0,432936,6.6060791015625
HHDMD,λ<=log n,65536,0,501344,7.64990234375
HHDMD,λ<=log n,65536,0,499419,7.6205291748046875
HHDMD,λ<=log n,65536,0,444235,6.7784881591796875
HHDMD,λ<=log n,65536,0,548299,8.366378784179688
HHDMD,λ<=log n,65536,0,458164,6.99102783203125
HHDMD,λ<=log n,65536,0,480515,7.3320770263671875
HHDMD,λ<=log n,65536,0,470832,7.184326171875
HHDMD,λ<=log n,65536,0,461139,7.0364227294921875
HHDMD,λ<=log n,65536,0,474549,7.2410430908203125
HHDMD,λ<=log n,65536,0,454281,6.9317779541015625
HHDMD,λ<=log n,65536,0,490797,7.4889678955078125
HHDMD,λ<=log n,65536,0,464762,7.091705322265625
HHDMD,λ<=log n,65536,0,474979,7.2476043701171875
HHDMD,λ<=log n,65536,0,463244,7.06854248046875
HHDMD,λ<=log n,65536,0,431330,6.581573486328125
HHDMD,λ<=log n,65536,0,442575,6.7531585693359375
HHDMD,λ<=log n,65536,0,471085,7.1881866455078125
HHDMD,λ<=log n,65536,0,463203,7.0679168701171875
HHDMD,λ<=log n,65536,0,497971,7.5984344482421875
HHDMD,λ<=log n,65536,0,507869,7.7494659423828125
HHDMD,λ<=log n,65536,0,482165,7.3572540283203125
HHDMD,λ<=log n,65536,0,499623,7.6236419677734375
HHDMD,λ<=log n,65536,0,482259,7.3586883544921875
HHDMD,λ<=log n,65536,0,478239,7.2973480224609375
HHDMD,λ<=log n,65536,0,481840,7.352294921875
HHDMD,λ<=log n,65536,0,485419,7.4069061279296875
HHDMD,λ<=log n,65536,0,451033,6.8822174072265625
HHDMD,λ<=log n,65536,0,501004,7.64471435546875
HHDMD,λ<=log n,65536,0,483077,7.3711700439453125
HHDMD,λ<=log n,65536,0,476887,7.2767181396484375
HHDMD,λ<=log n,65536,0,465949,7.1098175048828125
HHDMD,λ<=log n,65536,0,434146,6.624542236328125
HHDMD,λ<=log n,65536,0,445696,6.80078125
HHDMD,λ<=log n,65536,0,452430,6.903533935546875
HHDMD,λ<=log n,65536,0,442956,6.75897216796875
HHDMD,λ<=log n,65536,0,478884,7.30718994140625
HHDMD,λ<=log n,65536,0,465194,7.098297119140625
HHDMD,λ<=log n,65536,0,464074,7.081207275390625
HHDMD,λ<=log n,65536,0,475219,7.2512664794921875
HHDMD,λ<=log n,65536,0,462739,7.0608367919921875
HHLMD,λ<=log n,65536,0,498279,7.6031341552734375
HHLMD,λ<=log n,65536,0,466914,7.124542236328125
HHLMD,λ<=log n,65536,0,561048,8.5609130859375
HHLMD,λ<=log n,65536,0,484028,7.38568115234375
HHLMD,λ<=log n,65536,0,463175,7.0674896240234375
HHLMD,λ<=log n,65536,0,496250,7.572174072265625
HHLMD,λ<=log n,65536,0,482014,7.354949951171875
HHLMD,λ<=log n,65536,0,547733,8.357742309570312
HHLMD,λ<=log n,65536,0,474442,7.239410400390625
HHLMD,λ<=log n,65536,0,517750,7.900238037109375
HHLMD,λ<=log n,65536,0,474809,7.2450103759765625
HHLMD,λ<=log n,65536,0,498059,7.5997772216796875
HHLMD,λ<=log n,65536,0,516616,7.8829345703125
HHLMD,λ<=log n,65536,0,539458,8.231475830078125
HHLMD,λ<=log n,65536,0,490471,7.4839935302734375
HHLMD,λ<=log n,65536,0,456932,6.97222900390625
HHLMD,λ<=log n,65536,0,558648,8.5242919921875
HHLMD,λ<=log n,65536,0,509001,7.7667388916015625
HHLMD,λ<=log n,65536,0,487074,7.432159423828125
HHLMD,λ<=log n,65536,0,463816,7.0772705078125
HHLMD,λ<=log n,65536,0,543930,8.299713134765625
HHLMD,λ<=log n,65536,0,490543,7.4850921630859375
HHLMD,λ<=log n,65536,0,464885,7.0935821533203125
HHLMD,λ<=log n,65536,0,506680,7.7313232421875
HHLMD,λ<=log n,65536,0,474006,7.232757568359375
HHLMD,λ<=log n,65536,0,498000,7.598876953125
HHLMD,λ<=log n,65536,0,465674,7.105621337890625
HHLMD,λ<=log n,65536,0,464987,7.0951385498046875
HHLMD,λ<=log n,65536,0,471152,7.189208984375
HHLMD,λ<=log n,65536,0,488481,7.4536285400390625
HHLMD,λ<=log n,65536,0,497096,7.5850830078125
HHLMD,λ<=log n,65536,0,460236,7.02264404296875
HHLMD,λ<=log n,65536,0,508194,7.754425048828125
HHLMD,λ<=log n,65536,0,469778,7.168243408203125
HHLMD,λ<=log n,65536,0,479349,7.3142852783203125
HHLMD,λ<=log n,65536,0,475981,7.2628936767578125
HHLMD,λ<=log n,65536,0,476614,7.272552490234375
HHLMD,λ<=log n,65536,0,504597,7.6995391845703125
HHLMD,λ<=log n,65536,0,482465,7.3618316650390625
HHLMD,λ<=log n,65536,0,458972,7.00335693359375
HHLMD,λ<=log n,65536,0,506306,7.725616455078125
HHLMD,λ<=log n,65536,0,482216,7.3580322265625
HHLMD,λ<=log n,65536,0,505096,7.7071533203125
HHLMD,λ<=log n,65536,0,532289,8.122085571289062
HHLMD,λ<=log n,65536,0,500560,7.637939453125
HHLMD,λ<=log n,65536,0,477282,7.282745361328125
HHLMD,λ<=log n,65536,0,524287,7.9999847412109375
HHLMD,λ<=log n,65536,0,483184,7.372802734375
HHLMD,λ<=log n,65536,0,484189,7.3881378173828125
HHLMD,λ<=log n,65536,0,477980,7.29339599609375
HHLMD,λ<=log n,65536,0,494205,7.5409698486328125
HHLMD,λ<=log n,65536,0,478689,7.3042144775390625
HHLMD,λ<=log n,65536,0,503476,7.68243408203125
HHLMD,λ<=log n,65536,0,499268,7.61822509765625
HHLMD,λ<=log n,65536,0,517546,7.897125244140625
HHLMD,λ<=log n,65536,0,522053,7.9658966064453125
HHLMD,λ<=log n,65536,0,484182,7.388031005859375
HHLMD,λ<=log n,65536,0,480690,7.334747314453125
HHLMD,λ<=log n,65536,0,462040,7.0501708984375
HHLMD,λ<=log n,65536,0,532678,8.128021240234375
HHLMD,λ<=log n,65536,0,482495,7.3622894287109375
HHLMD,λ<=log n,65536,0,486894,7.429412841796875
HHLMD,λ<=log n,65536,0,505492,7.71319580078125
HHLMD,λ<=log n,65536,0,493232,7.526123046875
HHLMD,λ<=log n,65536,0,518494,7.911590576171875
HHLMD,λ<=log n,65536,0,491532,7.50018310546875
HHLMD,λ<=log n,65536,0,482799,7.3669281005859375
HHLMD,λ<=log n,65536,0,499494,7.621673583984375
HHLMD,λ<=log n,65536,0,468366,7.146697998046875
HHLMD,λ<=log n,65536,0,494298,7.542388916015625
HHLMD,λ<=log n,65536,0,485417,7.4068756103515625
HHLMD,λ<=log n,65536,0,487539,7.4392547607421875
HHLMD,λ<=log n,65536,0,489121,7.4633941650390625
HHLMD,λ<=log n,65536,0,490598,7.485931396484375
HHLMD,λ<=log n,65536,0,489144,7.4637451171875
HHLMD,λ<=log n,65536,0,477951,7.2929534912109375
HHLMD,λ<=log n,65536,0,480463,7.3312835693359375
HHLMD,λ<=log n,65536,0,533884,8.14642333984375
HHLMD,λ<=log n,65536,0,517217,7.8921051025390625
HHLMD,λ<=log n,65536,0,516835,7.8862762451171875
HHLMD,λ<=log n,65536,0,462027,7.0499725341796875
HHLMD,λ<=log n,65536,0,482945,7.3691558837890625
HHLMD,λ<=log n,65536,0,476555,7.2716522216796875
HHLMD,λ<=log n,65536,0,493710,7.533416748046875
HHLMD,λ<=log n,65536,0,484367,7.3908538818359375
HHLMD,λ<=log n,65536,0,491710,7.502899169921875
HHLMD,λ<=log n,65536,0,473989,7.2324981689453125
HHLMD,λ<=log n,65536,0,538119,8.211044311523438
HHLMD,λ<=log n,65536,0,517867,7.9020233154296875
HHLMD,λ<=log n,65536,0,488134,7.448333740234375
HHLMD,λ<=log n,65536,0,470118,7.173431396484375
HHLMD,λ<=log n,65536,0,524529,8.003677368164062
HHLMD,λ<=log n,65536,0,504299,7.6949920654296875
HHLMD,λ<=log n,65536,0,481627,7.3490447998046875
HHLMD,λ<=log n,65536,0,510101,7.7835235595703125
HHLMD,λ<=log n,65536,0,535552,8.171875
HHLMD,λ<=log n,65536,0,504290,7.694854736328125
HHLMD,λ<=log n,65536,0,474634,7.242340087890625
HHLMD,λ<=log n,65536,0,462965,7.0642852783203125
HHLMD,λ<=log n,65536,0,502867,7.6731414794921875
HRLMD,λ<=log n,65536,0,601841,9.183364868164062
HRLMD,λ<=log n,65536,0,543554,8.293975830078125
HRLMD,λ<=log n,65536,0,579940,8.84918212890625
HRLMD,λ<=log n,65536,0,516334,7.878631591796875
HRLMD,λ<=log n,65536,0,554998,8.468597412109375
HRLMD,λ<=log n,65536,0,552889,8.436416625976562
HRLMD,λ<=log n,65536,0,534421,8.154617309570312
HRLMD,λ<=log n,65536,0,530687,8.097640991210938
HRLMD,λ<=log n,65536,0,529039,8.072494506835938
HRLMD,λ<=log n,65536,0,539132,8.22650146484375
HRLMD,λ<=log n,65536,0,517625,7.8983306884765625
HRLMD,λ<=log n,65536,0,564654,8.615936279296875
HRLMD,λ<=log n,65536,0,527292,8.04583740234375
HRLMD,λ<=log n,65536,0,537015,8.194198608398438
HRLMD,λ<=log n,65536,0,502181,7.6626739501953125
HRLMD,λ<=log n,65536,0,548957,8.376419067382812
HRLMD,λ<=log n,65536,0,547814,8.358978271484375
HRLMD,λ<=log n,65536,0,505887,7.7192230224609375
HRLMD,λ<=log n,65536,0,587495,8.964462280273438
HRLMD,λ<=log n,65536,0,531443,8.109176635742188
HRLMD,λ<=log n,65536,0,590040,9.0032958984375
HRLMD,λ<=log n,65536,0,505285,7.7100372314453125
HRLMD,λ<=log n,65536,0,578013,8.819778442382812
HRLMD,λ<=log n,65536,0,494571,7.5465545654296875
HRLMD,λ<=log n,65536,0,531318,8.107269287109375
HRLMD,λ<=log n,65536,0,510649,7.7918853759765625
HRLMD,λ<=log n,65536,0,543075,8.286666870117188
HRLMD,λ<=log n,65536,0,600184,9.1580810546875
HRLMD,λ<=log n,65536,0,533734,8.144134521484375
HRLMD,λ<=log n,65536,0,585488,8.933837890625
HRLMD,λ<=log n,65536,0,542311,8.275009155273438
HRLMD,λ<=log n,65536,0,562405,8.581619262695312
HRLMD,λ<=log n,65536,0,514787,7.8550262451171875
HRLMD,λ<=log n,65536,0,545079,8.317245483398438
HRLMD,λ<=log n,65536,0,532639,8.127426147460938
HRLMD,λ<=log n,65536,0,549466,8.384185791015625
HRLMD,λ<=log n,65536,0,521218,7.953155517578125
HRLMD,λ<=log n,65536,0,510241,7.7856597900390625
HRLMD,λ<=log n,65536,0,541100,8.25653076171875
HRLMD,λ<=log n,65536,0,531452,8.10931396484375
HRLMD,λ<=log n,65536,0,499612,7.62347412109375
HRLMD,λ<=log n,65536,0,622165,9.493484497070312
HRLMD,λ<=log n,65536,0,545329,8.321060180664062
HRLMD,λ<=log n,65536,0,567534,8.659881591796875
HRLMD,λ<=log n,65536,0,585259,8.930343627929688
HRLMD,λ<=log n,65536,0,542778,8.282135009765625
HRLMD,λ<=log n,65536,0,522710,7.975921630859375
HRLMD,λ<=log n,65536,0,510047,7.7826995849609375
HRLMD,λ<=log n,65536,0,621554,9.484161376953125
HRLMD,λ<=log n,65536,0,545442,8.322784423828125
HRLMD,λ<=log n,65536,0,549423,8.383529663085938
HRLMD,λ<=log n,65536,0,536098,8.180206298828125
HRLMD,λ<=log n,65536,0,575765,8.785476684570312
HRLMD,λ<=log n,65536,0,544957,8.315383911132812
HRLMD,λ<=log n,65536,0,534728,8.1593017578125
HRLMD,λ<=log n,65536,0,506079,7.7221527099609375
HRLMD,λ<=log n,65536,0,584268,8.91522216796875
HRLMD,λ<=log n,65536,0,559046,8.530364990234375
HRLMD,λ<=log n,65536,0,544507,8.308517456054688
HRLMD,λ<=log n,65536,0,569254,8.686126708984375
HRLMD,λ<=log n,65536,0,500056,7.6302490234375
HRLMD,λ<=log n,65536,0,560430,8.551483154296875
HRLMD,λ<=log n,65536,0,540471,8.246932983398438
HRLMD,λ<=log n,65536,0,511065,7.7982330322265625
HRLMD,λ<=log n,65536,0,538382,8.215057373046875
HRLMD,λ<=log n,65536,0,608542,9.285614013671875
HRLMD,λ<=log n,65536,0,511849,7.8101959228515625
HRLMD,λ<=log n,65536,0,569957,8.696853637695312
HRLMD,λ<=log n,65536,0,508780,7.76336669921875
HRLMD,λ<=log n,65536,0,514830,7.855682373046875
HRLMD,λ<=log n,65536,0,565545,8.629531860351562
HRLMD,λ<=log n,65536,0,556191,8.486801147460938
HRLMD,λ<=log n,65536,0,535359,8.168930053710938
HRLMD,λ<=log n,65536,0,503261,7.6791534423828125
HRLMD,λ<=log n,65536,0,534110,8.149871826171875
HRLMD,λ<=log n,65536,0,502829,7.6725616455078125
HRLMD,λ<=log n,65536,0,546313,8.336074829101562
HRLMD,λ<=log n,65536,0,519671,7.9295501708984375
HRLMD,λ<=log n,65536,0,566640,8.646240234375
HRLMD,λ<=log n,65536,0,598804,9.13702392578125
HRLMD,λ<=log n,65536,0,565308,8.62591552734375
HRLMD,λ<=log n,65536,0,545668,8.32623291015625
HRLMD,λ<=log n,65536,0,577098,8.805816650390625
HRLMD,λ<=log n,65536,0,509488,7.774169921875
HRLMD,λ<=log n,65536,0,552454,8.429779052734375
HRLMD,λ<=log n,65536,0,554907,8.467208862304688
HRLMD,λ<=log n,65536,0,605289,9.235977172851562
HRLMD,λ<=log n,65536,0,610561,9.316421508789062
HRLMD,λ<=log n,65536,0,550159,8.394760131835938
HRLMD,λ<=log n,65536,0,536699,8.189376831054688
HRLMD,λ<=log n,65536,0,561989,8.575271606445312
HRLMD,λ<=log n,65536,0,539542,8.232757568359375
HRLMD,λ<=log n,65536,0,506688,7.7314453125
HRLMD,λ<=log n,65536,0,540678,8.250091552734375
HRLMD,λ<=log n,65536,0,601452,9.17742919921875
HRLMD,λ<=log n,65536,0,553947,8.452560424804688
HRLMD,λ<=log n,65536,0,530106,8.088775634765625
HRLMD,λ<=log n,65536,0,501135,7.6467132568359375
HRLMD,λ<=log n,65536,0,515194,7.861236572265625
HRLMD,λ<=log n,65536,0,536663,8.188827514648438
HSLMD,λ<=log n,65536,0,829643,12.659347534179688
HSLMD,λ<=log n,65536,0,698342,10.655853271484375
HSLMD,λ<=log n,65536,0,739442,11.282989501953125
HSLMD,λ<=log n,65536,0,737071,11.246810913085938
HSLMD,λ<=log n,65536,0,686409,10.473770141601562
HSLMD,λ<=log n,65536,0,701479,10.703720092773438
HSLMD,λ<=log n,65536,0,684870,10.450286865234375
HSLMD,λ<=log n,65536,0,727660,11.10321044921875
HSLMD,λ<=log n,65536,0,791056,12.070556640625
HSLMD,λ<=log n,65536,0,665747,10.158493041992188
HSLMD,λ<=log n,65536,0,774250,11.814117431640625
HSLMD,λ<=log n,65536,0,721880,11.0150146484375
HSLMD,λ<=log n,65536,0,835243,12.744796752929688
HSLMD,λ<=log n,65536,0,797324,12.16619873046875
HSLMD,λ<=log n,65536,0,682185,10.409317016601562
HSLMD,λ<=log n,65536,0,698859,10.663742065429688
HSLMD,λ<=log n,65536,0,759503,11.589096069335938
HSLMD,λ<=log n,65536,0,690758,10.540130615234375
HSLMD,λ<=log n,65536,0,755215,11.523666381835938
HSLMD,λ<=log n,65536,0,747796,11.41046142578125
HSLMD,λ<=log n,65536,0,704775,10.754013061523438
HSLMD,λ<=log n,65536,0,705676,10.76776123046875
HSLMD,λ<=log n,65536,0,746772,11.39483642578125
HSLMD,λ<=log n,65536,0,749822,11.441375732421875
HSLMD,λ<=log n,65536,0,700361,10.686660766601562
HSLMD,λ<=log n,65536,0,847093,12.925613403320312
HSLMD,λ<=log n,65536,0,801280,12.2265625
HSLMD,λ<=log n,65536,0,696500,10.62774658203125
HSLMD,λ<=log n,65536,0,721595,11.010665893554688
HSLMD,λ<=log n,65536,0,748811,11.425949096679688
HSLMD,λ<=log n,65536,0,804650,12.277984619140625
HSLMD,λ<=log n,65536,0,731047,11.154891967773438
HSLMD,λ<=log n,65536,0,700475,10.688400268554688
HSLMD,λ<=log n,65536,0,818696,12.4923095703125
HSLMD,λ<=log n,65536,0,722210,11.020050048828125
HSLMD,λ<=log n,65536,0,716499,10.932907104492188
HSLMD,λ<=log n,65536,0,746231,11.386581420898438
HSLMD,λ<=log n,65536,0,761940,11.62628173828125
HSLMD,λ<=log n,65536,0,768842,11.731597900390625
HSLMD,λ<=log n,65536,0,741952,11.3212890625
HSLMD,λ<=log n,65536,0,776500,11.84844970703125
HSLMD,λ<=log n,65536,0,819902,12.510711669921875
HSLMD,λ<=log n,65536,0,731447,11.160995483398438
HSLMD,λ<=log n,65536,0,792184,12.0877685546875
HSLMD,λ<=log n,65536,0,663046,10.117279052734375
HSLMD,λ<=log n,65536,0,768465,11.725845336914062
HSLMD,λ<=log n,65536,0,825959,12.603134155273438
HSLMD,λ<=log n,65536,0,765081,11.674209594726562
HSLMD,λ<=log n,65536,0,754018,11.505401611328125
HSLMD,λ<=log n,65536,0,747731,11.409469604492188
HSLMD,λ<=log n,65536,0,733922,11.198760986328125
HSLMD,λ<=log n,65536,0,744318,11.357391357421875
HSLMD,λ<=log n,65536,0,699910,10.679779052734375
HSLMD,λ<=log n,65536,0,679409,10.366958618164062
HSLMD,λ<=log n,65536,0,721467,11.008712768554688
HSLMD,λ<=log n,65536,0,761615,11.621322631835938
HSLMD,λ<=log n,65536,0,741229,11.310256958007812
HSLMD,λ<=log n,65536,0,792114,12.086700439453125
HSLMD,λ<=log n,65536,0,741659,11.316818237304688
HSLMD,λ<=log n,65536,0,702991,10.726791381835938
HSLMD,λ<=log n,65536,0,704174,10.744842529296875
HSLMD,λ<=log n,65536,0,674886,10.297943115234375
HSLMD,λ<=log n,65536,0,874453,13.343093872070312
HSLMD,λ<=log n,65536,0,717455,10.947494506835938
HSLMD,λ<=log n,65536,0,762483,11.634567260742188
HSLMD,λ<=log n,65536,0,764071,11.658798217773438
HSLMD,λ<=log n,65536,0,704658,10.752227783203125
HSLMD,λ<=log n,65536,0,705696,10.76806640625
HSLMD,λ<=log n,65536,0,741750,11.318206787109375
HSLMD,λ<=log n,65536,0,743927,11.351425170898438
HSLMD,λ<=log n,65536,0,734513,11.207778930664062
HSLMD,λ<=log n,65536,0,715485,10.917434692382812
HSLMD,λ<=log n,65536,0,745920,11.3818359375
HSLMD,λ<=log n,65536,0,818540,12.48992919921875
HSLMD,λ<=log n,65536,0,740344,11.2967529296875
HSLMD,λ<=log n,65536,0,815437,12.442581176757812
HSLMD,λ<=log n,65536,0,746634,11.392730712890625
HSLMD,λ<=log n,65536,0,748394,11.419586181640625
HSLMD,λ<=log n,65536,0,749168,11.431396484375
HSLMD,λ<=log n,65536,0,712566,10.872894287109375
HSLMD,λ<=log n,65536,0,751908,11.47320556640625
HSLMD,λ<=log n,65536,0,739821,11.288772583007812
HSLMD,λ<=log n,65536,0,712608,10.87353515625
HSLMD,λ<=log n,65536,0,737855,11.258773803710938
HSLMD,λ<=log n,65536,0,674449,10.291275024414062
HSLMD,λ<=log n,65536,0,765284,11.67730712890625
HSLMD,λ<=log n,65536,0,713762,10.891143798828125
HSLMD,λ<=log n,65536,0,721320,11.0064697265625
HSLMD,λ<=log n,65536,0,753807,11.502182006835938
HSLMD,λ<=log n,65536,0,724578,11.056182861328125
HSLMD,λ<=log n,65536,0,754782,11.517059326171875
HSLMD,λ<=log n,65536,0,726562,11.086456298828125
HSLMD,λ<=log n,65536,0,756074,11.536773681640625
HSLMD,λ<=log n,65536,0,763669,11.652664184570312
HSLMD,λ<=log n,65536,0,691384,10.5496826171875
HSLMD,λ<=log n,65536,0,702962,10.726348876953125
HSLMD,λ<=log n,65536,0,766623,11.697738647460938
HSLMD,λ<=log n,65536,0,771878,11.777923583984375
HSLMD,λ<=log n,65536,0,760739,11.607955932617188
HSLMD,λ<=log n,65536,0,724863,11.060531616210938
HSDID,λ<=log n,65536,0,832101,12.696853637695312
HSDID,λ<=log n,65536,0,867207,13.232528686523438
HSDID,λ<=log n,65536,0,816757,12.462722778320312
HSDID,λ<=log n,65536,0,813615,12.414779663085938
HSDID,λ<=log n,65536,0,829137,12.651626586914062
HSDID,λ<=log n,65536,0,840881,12.830825805664062
HSDID,λ<=log n,65536,0,748783,11.425521850585938
HSDID,λ<=log n,65536,0,751747,11.470748901367188
HSDID,λ<=log n,65536,0,807353,12.319229125976562
HSDID,λ<=log n,65536,0,734857,11.213027954101562
HSDID,λ<=log n,65536,0,839113,12.803848266601562
HSDID,λ<=log n,65536,0,730607,11.148178100585938
HSDID,λ<=log n,65536,0,735447,11.222030639648438
HSDID,λ<=log n,65536,0,803647,12.262680053710938
HSDID,λ<=log n,65536,0,804135,12.270126342773438
HSDID,λ<=log n,65536,0,768891,11.732345581054688
HSDID,λ<=log n,65536,0,836841,12.769180297851562
HSDID,λ<=log n,65536,0,844231,12.881942749023438
HSDID,λ<=log n,65536,0,809027,12.344772338867188
HSDID,λ<=log n,65536,0,852887,13.014022827148438
HSDID,λ<=log n,65536,0,789749,12.050613403320312
HSDID,λ<=log n,65536,0,781669,11.927322387695312
HSDID,λ<=log n,65536,0,842419,12.854293823242188
HSDID,λ<=log n,65536,0,859335,13.112411499023438
HSDID,λ<=log n,65536,0,766671,11.698471069335938
HSDID,λ<=log n,65536,0,896427,13.678390502929688
HSDID,λ<=log n,65536,0,799267,12.195846557617188
HSDID,λ<=log n,65536,0,959711,14.644027709960938
HSDID,λ<=log n,65536,0,786681,12.003799438476562
HSDID,λ<=log n,65536,0,767121,11.705337524414062
HSDID,λ<=log n,65536,0,735215,11.218490600585938
HSDID,λ<=log n,65536,0,802605,12.246780395507812
HSDID,λ<=log n,65536,0,727815,11.105575561523438
HSDID,λ<=log n,65536,0,745795,11.379928588867188
HSDID,λ<=log n,65536,0,780715,11.912765502929688
HSDID,λ<=log n,65536,0,772079,11.780990600585938
HSDID,λ<=log n,65536,0,753323,11.494796752929688
HSDID,λ<=log n,65536,0,750113,11.445816040039062
HSDID,λ<=log n,65536,0,709949,10.832962036132812
HSDID,λ<=log n,65536,0,840847,12.830307006835938
HSDID,λ<=log n,65536,0,786937,12.007705688476562
HSDID,λ<=log n,65536,0,742785,11.333999633789062
HSDID,λ<=log n,65536,0,778867,11.884567260742188
HSDID,λ<=log n,65536,0,805553,12.291763305664062
HSDID,λ<=log n,65536,0,778695,11.881942749023438
HSDID,λ<=log n,65536,0,904963,13.808639526367188
HSDID,λ<=log n,65536,0,812087,12.391464233398438
HSDID,λ<=log n,65536,0,743235,11.340866088867188
HSDID,λ<=log n,65536,0,751199,11.462387084960938
HSDID,λ<=log n,65536,0,793741,12.111526489257812
HSDID,λ<=log n,65536,0,741423,11.313217163085938
HSDID,λ<=log n,65536,0,815349,12.441238403320312
HSDID,λ<=log n,65536,0,803823,12.265365600585938
HSDID,λ<=log n,65536,0,798959,12.191146850585938
HSDID,λ<=log n,65536,0,760155,11.599044799804688
HSDID,λ<=log n,65536,0,800541,12.215286254882812
HSDID,λ<=log n,65536,0,758501,11.573806762695312
HSDID,λ<=log n,65536,0,798341,12.181716918945312
HSDID,λ<=log n,65536,0,795415,12.137069702148438
HSDID,λ<=log n,65536,0,768297,11.723281860351562
HSDID,λ<=log n,65536,0,867995,13.244552612304688
HSDID,λ<=log n,65536,0,727689,11.103652954101562
HSDID,λ<=log n,65536,0,770093,11.750686645507812
HSDID,λ<=log n,65536,0,806389,12.304519653320312
HSDID,λ<=log n,65536,0,848773,12.951248168945312
HSDID,λ<=log n,65536,0,791033,12.070205688476562
HSDID,λ<=log n,65536,0,754555,11.513595581054688
HSDID,λ<=log n,65536,0,737425,11.252212524414062
HSDID,λ<=log n,65536,0,842225,12.851333618164062
HSDID,λ<=log n,65536,0,742903,11.335800170898438
HSDID,λ<=log n,65536,0,804123,12.269943237304688
HSDID,λ<=log n,65536,0,756883,11.549118041992188
HSDID,λ<=log n,65536,0,838717,12.797805786132812
HSDID,λ<=log n,65536,0,769841,11.746841430664062
HSDID,λ<=log n,65536,0,803189,12.255691528320312
HSDID,λ<=log n,65536,0,755517,11.528274536132812
HSDID,λ<=log n,65536,0,748317,11.418411254882812
HSDID,λ<=log n,65536,0,739971,11.291061401367188
HSDID,λ<=log n,65536,0,784753,11.974380493164062
HSDID,λ<=log n,65536,0,786077,11.994583129882812
HSDID,λ<=log n,65536,0,1031709,15.742630004882812
HSDID,λ<=log n,65536,0,759631,11.591049194335938
HSDID,λ<=log n,65536,0,753671,11.500106811523438
HSDID,λ<=log n,65536,0,765025,11.673355102539062
HSDID,λ<=log n,65536,0,767205,11.706619262695312
HSDID,λ<=log n,65536,0,764309,11.662429809570312
HSDID,λ<=log n,65536,0,850449,12.976821899414062
HSDID,λ<=log n,65536,0,768481,11.726089477539062
HSDID,λ<=log n,65536,0,830859,12.677902221679688
HSDID,λ<=log n,65536,0,841645,12.842483520507812
HSDID,λ<=log n,65536,0,817405,12.472610473632812
HSDID,λ<=log n,65536,0,748369,11.419204711914062
HSDID,λ<=log n,65536,0,793531,12.108322143554688
HSDID,λ<=log n,65536,0,798907,12.190353393554688
HSDID,λ<=log n,65536,0,736671,11.240707397460938
HSDID,λ<=log n,65536,0,784839,11.975692749023438
HSDID,λ<=log n,65536,0,796613,12.155349731445312
HSDID,λ<=log n,65536,0,778849,11.884292602539062
HSDID,λ<=log n,65536,0,752727,11.485702514648438
HSDID,λ<=log n,65536,0,815581,12.444778442382812
HRDID,λ<=log n,65536,0,682355,10.411911010742188
HRDID,λ<=log n,65536,0,695263,10.608871459960938
HRDID,λ<=log n,65536,0,611581,9.331985473632812
HRDID,λ<=log n,65536,0,623581,9.515090942382812
HRDID,λ<=log n,65536,0,621671,9.485946655273438
HRDID,λ<=log n,65536,0,608573,9.286087036132812
HRDID,λ<=log n,65536,0,648351,9.893051147460938
HRDID,λ<=log n,65536,0,689763,10.524948120117188
HRDID,λ<=log n,65536,0,625105,9.538345336914062
HRDID,λ<=log n,65536,0,576415,8.795394897460938
HRDID,λ<=log n,65536,0,621723,9.486740112304688
HRDID,λ<=log n,65536,0,648131,9.889694213867188
HRDID,λ<=log n,65536,0,636259,9.708541870117188
HRDID,λ<=log n,65536,0,633867,9.672042846679688
HRDID,λ<=log n,65536,0,568379,8.672775268554688
HRDID,λ<=log n,65536,0,619525,9.453201293945312
HRDID,λ<=log n,65536,0,610243,9.311569213867188
HRDID,λ<=log n,65536,0,620687,9.470932006835938
HRDID,λ<=log n,65536,0,605493,9.239089965820312
HRDID,λ<=log n,65536,0,591887,9.031478881835938
HRDID,λ<=log n,65536,0,633987,9.673873901367188
HRDID,λ<=log n,65536,0,619355,9.450607299804688
HRDID,λ<=log n,65536,0,638109,9.736770629882812
HRDID,λ<=log n,65536,0,602399,9.191879272460938
HRDID,λ<=log n,65536,0,582391,8.886581420898438
HRDID,λ<=log n,65536,0,635241,9.693008422851562
HRDID,λ<=log n,65536,0,612659,9.348434448242188
HRDID,λ<=log n,65536,0,588573,8.980911254882812
HRDID,λ<=log n,65536,0,575419,8.780197143554688
HRDID,λ<=log n,65536,0,645555,9.850387573242188
HRDID,λ<=log n,65536,0,634077,9.675247192382812
HRDID,λ<=log n,65536,0,627057,9.568130493164062
HRDID,λ<=log n,65536,0,654589,9.988235473632812
HRDID,λ<=log n,65536,0,619609,9.454483032226562
HRDID,λ<=log n,65536,0,615195,9.387130737304688
HRDID,λ<=log n,65536,0,672949,10.268386840820312
HRDID,λ<=log n,65536,0,780857,11.914932250976562
HRDID,λ<=log n,65536,0,630941,9.627395629882812
HRDID,λ<=log n,65536,0,654963,9.993942260742188
HRDID,λ<=log n,65536,0,651077,9.934646606445312
HRDID,λ<=log n,65536,0,624279,9.525741577148438
HRDID,λ<=log n,65536,0,622099,9.492477416992188
HRDID,λ<=log n,65536,0,613653,9.363601684570312
HRDID,λ<=log n,65536,0,618453,9.436843872070312
HRDID,λ<=log n,65536,0,615239,9.387802124023438
HRDID,λ<=log n,65536,0,633677,9.669143676757812
HRDID,λ<=log n,65536,0,608119,9.279159545898438
HRDID,λ<=log n,65536,0,662801,10.113540649414062
HRDID,λ<=log n,65536,0,614013,9.369094848632812
HRDID,λ<=log n,65536,0,748935,11.427841186523438
HRDID,λ<=log n,65536,0,634813,9.686477661132812
HRDID,λ<=log n,65536,0,678057,10.346328735351562
HRDID,λ<=log n,65536,0,685053,10.453079223632812
HRDID,λ<=log n,65536,0,593115,9.050216674804688
HRDID,λ<=log n,65536,0,597159,9.111923217773438
HRDID,λ<=log n,65536,0,657259,10.028976440429688
HRDID,λ<=log n,65536,0,661941,10.100418090820312
HRDID,λ<=log n,65536,0,650863,9.931381225585938
HRDID,λ<=log n,65536,0,607523,9.270065307617188
HRDID,λ<=log n,65536,0,593633,9.058120727539062
HRDID,λ<=log n,65536,0,693953,10.588882446289062
HRDID,λ<=log n,65536,0,671843,10.251510620117188
HRDID,λ<=log n,65536,0,623609,9.515518188476562
HRDID,λ<=log n,65536,0,600149,9.157546997070312
HRDID,λ<=log n,65536,0,700345,10.686416625976562
HRDID,λ<=log n,65536,0,633595,9.667892456054688
HRDID,λ<=log n,65536,0,624177,9.524185180664062
HRDID,λ<=log n,65536,0,682663,10.416610717773438
HRDID,λ<=log n,65536,0,621873,9.489028930664062
HRDID,λ<=log n,65536,0,628879,9.595932006835938
HRDID,λ<=log n,65536,0,579229,8.838333129882812
HRDID,λ<=log n,65536,0,684369,10.442642211914062
HRDID,λ<=log n,65536,0,663299,10.121139526367188
HRDID,λ<=log n,65536,0,595753,9.090469360351562
HRDID,λ<=log n,65536,0,622109,9.492630004882812
HRDID,λ<=log n,65536,0,587179,8.959640502929688
HRDID,λ<=log n,65536,0,605421,9.237991333007812
HRDID,λ<=log n,65536,0,617713,9.425552368164062
HRDID,λ<=log n,65536,0,626725,9.563064575195312
HRDID,λ<=log n,65536,0,644523,9.834640502929688
HRDID,λ<=log n,65536,0,603219,9.204391479492188
HRDID,λ<=log n,65536,0,641269,9.784988403320312
HRDID,λ<=log n,65536,0,644351,9.832015991210938
HRDID,λ<=log n,65536,0,571879,8.726181030273438
HRDID,λ<=log n,65536,0,645527,9.849960327148438
HRDID,λ<=log n,65536,0,615585,9.393081665039062
HRDID,λ<=log n,65536,0,634475,9.681320190429688
HRDID,λ<=log n,65536,0,667639,10.187362670898438
HRDID,λ<=log n,65536,0,633831,9.671493530273438
HRDID,λ<=log n,65536,0,610925,9.321975708007812
HRDID,λ<=log n,65536,0,635019,9.689620971679688
HRDID,λ<=log n,65536,0,618905,9.443740844726562
HRDID,λ<=log n,65536,0,584543,8.919418334960938
HRDID,λ<=log n,65536,0,633307,9.663497924804688
HRDID,λ<=log n,65536,0,657401,10.031143188476562
HRDID,λ<=log n,65536,0,650041,9.918838500976562
HRDID,λ<=log n,65536,0,618437,9.436599731445312
HRDID,λ<=log n,65536,0,597149,9.111770629882812
HRDID,λ<=log n,65536,0,611475,9.330368041992188
HRDID,λ<=log n,65536,0,637761,9.731460571289062
HHDID,λ<=log n,65536,0,591713,9.028823852539062
HHDID,λ<=log n,65536,0,583979,8.910812377929688
HHDID,λ<=log n,65536,0,597731,9.120651245117188
HHDID,λ<=log n,65536,0,623895,9.519882202148438
HHDID,λ<=log n,65536,0,614481,9.376235961914062
HHDID,λ<=log n,65536,0,570731,8.708663940429688
HHDID,λ<=log n,65536,0,555361,8.474136352539062
HHDID,λ<=log n,65536,0,586809,8.953994750976562
HHDID,λ<=log n,65536,0,561059,8.561080932617188
HHDID,λ<=log n,65536,0,550273,8.396499633789062
HHDID,λ<=log n,65536,0,549149,8.379348754882812
HHDID,λ<=log n,65536,0,642327,9.801132202148438
HHDID,λ<=log n,65536,0,599425,9.146499633789062
HHDID,λ<=log n,65536,0,543177,8.288223266601562
HHDID,λ<=log n,65536,0,545245,8.319778442382812
HHDID,λ<=log n,65536,0,574603,8.767745971679688
HHDID,λ<=log n,65536,0,572015,8.728256225585938
HHDID,λ<=log n,65536,0,609039,9.293197631835938
HHDID,λ<=log n,65536,0,577859,8.817428588867188
HHDID,λ<=log n,65536,0,595405,9.085159301757812
HHDID,λ<=log n,65536,0,638201,9.738174438476562
HHDID,λ<=log n,65536,0,570577,8.706314086914062
HHDID,λ<=log n,65536,0,554531,8.461471557617188
HHDID,λ<=log n,65536,0,578413,8.825881958007812
HHDID,λ<=log n,65536,0,562425,8.581924438476562
HHDID,λ<=log n,65536,0,568159,8.669418334960938
HHDID,λ<=log n,65536,0,573045,8.743972778320312
HHDID,λ<=log n,65536,0,564321,8.610855102539062
HHDID,λ<=log n,65536,0,549827,8.389694213867188
HHDID,λ<=log n,65536,0,585669,8.936599731445312
HHDID,λ<=log n,65536,0,578677,8.829910278320312
HHDID,λ<=log n,65536,0,577581,8.813186645507812
HHDID,λ<=log n,65536,0,534827,8.160812377929688
HHDID,λ<=log n,65536,0,554623,8.462875366210938
HHDID,λ<=log n,65536,0,565029,8.621658325195312
HHDID,λ<=log n,65536,0,555815,8.481063842773438
HHDID,λ<=log n,65536,0,574219,8.761886596679688
HHDID,λ<=log n,65536,0,547177,8.349258422851562
HHDID,λ<=log n,65536,0,605203,9.234664916992188
HHDID,λ<=log n,65536,0,564925,8.620071411132812
HHDID,λ<=log n,65536,0,555693,8.479202270507812
HHDID,λ<=log n,65536,0,578307,8.824264526367188
HHDID,λ<=log n,65536,0,565979,8.636154174804688
HHDID,λ<=log n,65536,0,561133,8.562210083007812
HHDID,λ<=log n,65536,0,606391,9.252792358398438
HHDID,λ<=log n,65536,0,562617,8.584854125976562
HHDID,λ<=log n,65536,0,576783,8.801010131835938
HHDID,λ<=log n,65536,0,588955,8.986740112304688
HHDID,λ<=log n,65536,0,552683,8.433273315429688
HHDID,λ<=log n,65536,0,558795,8.526535034179688
HHDID,λ<=log n,65536,0,574715,8.769454956054688
HHDID,λ<=log n,65536,0,623625,9.515762329101562
HHDID,λ<=log n,65536,0,600741,9.166580200195312
HHDID,λ<=log n,65536,0,558239,8.518051147460938
HHDID,λ<=log n,65536,0,567881,8.665176391601562
HHDID,λ<=log n,65536,0,547491,8.354049682617188
HHDID,λ<=log n,65536,0,571973,8.727615356445312
HHDID,λ<=log n,65536,0,555077,8.469802856445312
HHDID,λ<=log n,65536,0,636133,9.706619262695312
HHDID,λ<=log n,65536,0,549929,8.391250610351562
HHDID,λ<=log n,65536,0,595905,9.092788696289062
HHDID,λ<=log n,65536,0,572943,8.742416381835938
HHDID,λ<=log n,65536,0,574701,8.769241333007812
HHDID,λ<=log n,65536,0,536179,8.181442260742188
HHDID,λ<=log n,65536,0,571387,8.718673706054688
HHDID,λ<=log n,65536,0,538733,8.220413208007812
HHDID,λ<=log n,65536,0,588931,8.986373901367188
HHDID,λ<=log n,65536,0,618429,9.436477661132812
HHDID,λ<=log n,65536,0,602529,9.193862915039062
HHDID,λ<=log n,65536,0,594141,9.065872192382812
HHDID,λ<=log n,65536,0,591499,9.025558471679688
HHDID,λ<=log n,65536,0,555729,8.479751586914062
HHDID,λ<=log n,65536,0,578375,8.825302124023438
HHDID,λ<=log n,65536,0,541469,8.262161254882812
HHDID,λ<=log n,65536,0,566503,8.644149780273438
HHDID,λ<=log n,65536,0,594107,9.065353393554688
HHDID,λ<=log n,65536,0,553621,8.447586059570312
HHDID,λ<=log n,65536,0,544897,8.314468383789062
HHDID,λ<=log n,65536,0,594139,9.065841674804688
HHDID,λ<=log n,65536,0,596793,9.106338500976562
HHDID,λ<=log n,65536,0,547629,8.356155395507812
HHDID,λ<=log n,65536,0,575867,8.787033081054688
HHDID,λ<=log n,65536,0,586217,8.944961547851562
HHDID,λ<=log n,65536,0,606937,9.261123657226562
HHDID,λ<=log n,65536,0,589441,8.994155883789062
HHDID,λ<=log n,65536,0,574875,8.771896362304688
HHDID,λ<=log n,65536,0,586577,8.950454711914062
HHDID,λ<=log n,65536,0,536241,8.182388305664062
HHDID,λ<=log n,65536,0,634837,9.686843872070312
HHDID,λ<=log n,65536,0,611651,9.333053588867188
HHDID,λ<=log n,65536,0,598407,9.130966186523438
HHDID,λ<=log n,65536,0,562071,8.576522827148438
HHDID,λ<=log n,65536,0,568493,8.674514770507812
HHDID,λ<=log n,65536,0,557095,8.500595092773438
HHDID,λ<=log n,65536,0,564437,8.612625122070312
HHDID,λ<=log n,65536,0,565985,8.636245727539062
HHDID,λ<=log n,65536,0,552771,8.434616088867188
HHDID,λ<=log n,65536,0,623211,9.509445190429688
HHDID,λ<=log n,65536,0,585431,8.932968139648438
HHDID,λ<=log n,65536,0,554383,8.459213256835938
HHLID,λ<=log n,65536,0,610067,9.308883666992188
HHLID,λ<=log n,65536,0,562753,8.586929321289062
HHLID,λ<=log n,65536,0,605271,9.235702514648438
HHLID,λ<=log n,65536,0,695067,10.605880737304688
HHLID,λ<=log n,65536,0,561239,8.563827514648438
HHLID,λ<=log n,65536,0,662857,10.114395141601562
HHLID,λ<=log n,65536,0,560643,8.554733276367188
HHLID,λ<=log n,65536,0,595757,9.090530395507812
HHLID,λ<=log n,65536,0,597227,9.112960815429688
HHLID,λ<=log n,65536,0,617137,9.416763305664062
HHLID,λ<=log n,65536,0,556705,8.494644165039062
HHLID,λ<=log n,65536,0,645939,9.856246948242188
HHLID,λ<=log n,65536,0,592669,9.043411254882812
HHLID,λ<=log n,65536,0,599173,9.142654418945312
HHLID,λ<=log n,65536,0,552895,8.436508178710938
HHLID,λ<=log n,65536,0,609987,9.307662963867188
HHLID,λ<=log n,65536,0,620231,9.463973999023438
HHLID,λ<=log n,65536,0,555045,8.469314575195312
HHLID,λ<=log n,65536,0,622205,9.494094848632812
HHLID,λ<=log n,65536,0,685593,10.461318969726562
HHLID,λ<=log n,65536,0,646949,9.871658325195312
HHLID,λ<=log n,65536,0,581715,8.876266479492188
HHLID,λ<=log n,65536,0,647143,9.874618530273438
HHLID,λ<=log n,65536,0,575259,8.777755737304688
HHLID,λ<=log n,65536,0,557775,8.510971069335938
HHLID,λ<=log n,65536,0,578817,8.832046508789062
HHLID,λ<=log n,65536,0,595423,9.085433959960938
HHLID,λ<=log n,65536,0,594499,9.071334838867188
HHLID,λ<=log n,65536,0,586475,8.948898315429688
HHLID,λ<=log n,65536,0,590373,9.008377075195312
HHLID,λ<=log n,65536,0,585585,8.935317993164062
HHLID,λ<=log n,65536,0,596127,9.096176147460938
HHLID,λ<=log n,65536,0,599339,9.145187377929688
HHLID,λ<=log n,65536,0,601955,9.185104370117188
HHLID,λ<=log n,65536,0,630103,9.614608764648438
HHLID,λ<=log n,65536,0,571609,8.722061157226562
HHLID,λ<=log n,65536,0,582005,8.880691528320312
HHLID,λ<=log n,65536,0,579373,8.840530395507812
HHLID,λ<=log n,65536,0,561847,8.573104858398438
HHLID,λ<=log n,65536,0,577005,8.804397583007812
HHLID,λ<=log n,65536,0,575765,8.785476684570312
HHLID,λ<=log n,65536,0,584195,8.914108276367188
HHLID,λ<=log n,65536,0,573631,8.752914428710938
HHLID,λ<=log n,65536,0,577985,8.819351196289062
HHLID,λ<=log n,65536,0,606453,9.253738403320312
HHLID,λ<=log n,65536,0,581521,8.873306274414062
HHLID,λ<=log n,65536,0,591233,9.021499633789062
HHLID,λ<=log n,65536,0,586039,8.942245483398438
HHLID,λ<=log n,65536,0,582329,8.885635375976562
HHLID,λ<=log n,65536,0,583117,8.897659301757812
HHLID,λ<=log n,65536,0,583643,8.905685424804688
HHLID,λ<=log n,65536,0,572613,8.737380981445312
HHLID,λ<=log n,65536,0,573147,8.745529174804688
HHLID,λ<=log n,65536,0,600171,9.157882690429688
HHLID,λ<=log n,65536,0,601733,9.181716918945312
HHLID,λ<=log n,65536,0,608607,9.286605834960938
HHLID,λ<=log n,65536,0,569705,8.693008422851562
HHLID,λ<=log n,65536,0,601309,9.175247192382812
HHLID,λ<=log n,65536,0,610113,9.309585571289062
HHLID,λ<=log n,65536,0,610733,9.319046020507812
HHLID,λ<=log n,65536,0,607249,9.265884399414062
HHLID,λ<=log n,65536,0,607319,9.266952514648438
HHLID,λ<=log n,65536,0,619421,9.451614379882812
HHLID,λ<=log n,65536,0,629477,9.605056762695312
HHLID,λ<=log n,65536,0,592217,9.036514282226562
HHLID,λ<=log n,65536,0,587381,8.962722778320312
HHLID,λ<=log n,65536,0,599297,9.144546508789062
HHLID,λ<=log n,65536,0,590581,9.011550903320312
HHLID,λ<=log n,65536,0,605683,9.241989135742188
HHLID,λ<=log n,65536,0,597569,9.118179321289062
HHLID,λ<=log n,65536,0,574129,8.760513305664062
HHLID,λ<=log n,65536,0,592295,9.037704467773438
HHLID,λ<=log n,65536,0,569607,8.691513061523438
HHLID,λ<=log n,65536,0,584291,8.915573120117188
HHLID,λ<=log n,65536,0,595885,9.092483520507812
HHLID,λ<=log n,65536,0,607703,9.272811889648438
HHLID,λ<=log n,65536,0,700229,10.684646606445312
HHLID,λ<=log n,65536,0,596169,9.096817016601562
HHLID,λ<=log n,65536,0,586079,8.942855834960938
HHLID,λ<=log n,65536,0,578543,8.827865600585938
HHLID,λ<=log n,65536,0,578851,8.832565307617188
HHLID,λ<=log n,65536,0,579085,8.836135864257812
HHLID,λ<=log n,65536,0,583205,8.899002075195312
HHLID,λ<=log n,65536,0,646391,9.863143920898438
HHLID,λ<=log n,65536,0,662377,10.107070922851562
HHLID,λ<=log n,65536,0,635383,9.695175170898438
HHLID,λ<=log n,65536,0,590991,9.017807006835938
HHLID,λ<=log n,65536,0,586759,8.953231811523438
HHLID,λ<=log n,65536,0,593769,9.060195922851562
HHLID,λ<=log n,65536,0,578455,8.826522827148438
HHLID,λ<=log n,65536,0,619695,9.455795288085938
HHLID,λ<=log n,65536,0,576397,8.795120239257812
HHLID,λ<=log n,65536,0,576533,8.797195434570312
HHLID,λ<=log n,65536,0,584347,8.916427612304688
HHLID,λ<=log n,65536,0,587793,8.969009399414062
HHLID,λ<=log n,65536,0,616363,9.404953002929688
HHLID,λ<=log n,65536,0,582301,8.885208129882812
HHLID,λ<=log n,65536,0,569651,8.692184448242188
HHLID,λ<=log n,65536,0,578871,8.832870483398438
HHLID,λ<=log n,65536,0,590619,9.012130737304688
HRLID,λ<=log n,65536,0,792469,12.092117309570312
HRLID,λ<=log n,65536,0,608671,9.287582397460938
HRLID,λ<=log n,65536,0,617305,9.419326782226562
HRLID,λ<=log n,65536,0,617737,9.425918579101562
HRLID,λ<=log n,65536,0,654415,9.985580444335938
HRLID,λ<=log n,65536,0,658367,10.045883178710938
HRLID,λ<=log n,65536,0,619723,9.456222534179688
HRLID,λ<=log n,65536,0,649699,9.913619995117188
HRLID,λ<=log n,65536,0,663033,10.117080688476562
HRLID,λ<=log n,65536,0,635451,9.696212768554688
HRLID,λ<=log n,65536,0,661161,10.088516235351562
HRLID,λ<=log n,65536,0,622245,9.494705200195312
HRLID,λ<=log n,65536,0,606405,9.253005981445312
HRLID,λ<=log n,65536,0,615905,9.397964477539062
HRLID,λ<=log n,65536,0,642217,9.799453735351562
HRLID,λ<=log n,65536,0,608975,9.292221069335938
HRLID,λ<=log n,65536,0,640737,9.776870727539062
HRLID,λ<=log n,65536,0,620933,9.474685668945312
HRLID,λ<=log n,65536,0,672715,10.264816284179688
HRLID,λ<=log n,65536,0,661391,10.092025756835938
HRLID,λ<=log n,65536,0,635503,9.697006225585938
HRLID,λ<=log n,65536,0,638689,9.745620727539062
HRLID,λ<=log n,65536,0,672615,10.263290405273438
HRLID,λ<=log n,65536,0,644933,9.840896606445312
HRLID,λ<=log n,65536,0,712239,10.867904663085938
HRLID,λ<=log n,65536,0,725995,11.077804565429688
HRLID,λ<=log n,65536,0,663815,10.129013061523438
HRLID,λ<=log n,65536,0,634115,9.675827026367188
HRLID,λ<=log n,65536,0,604131,9.218307495117188
HRLID,λ<=log n,65536,0,616879,9.412826538085938
HRLID,λ<=log n,65536,0,670521,10.231338500976562
HRLID,λ<=log n,65536,0,700559,10.689682006835938
HRLID,λ<=log n,65536,0,646041,9.857803344726562
HRLID,λ<=log n,65536,0,638191,9.738021850585938
HRLID,λ<=log n,65536,0,685621,10.461746215820312
HRLID,λ<=log n,65536,0,673319,10.274032592773438
HRLID,λ<=log n,65536,0,614373,9.374588012695312
HRLID,λ<=log n,65536,0,667535,10.185775756835938
HRLID,λ<=log n,65536,0,604955,9.230880737304688
HRLID,λ<=log n,65536,0,598465,9.131851196289062
HRLID,λ<=log n,65536,0,619879,9.458602905273438
HRLID,λ<=log n,65536,0,612359,9.343856811523438
HRLID,λ<=log n,65536,0,608579,9.286178588867188
HRLID,λ<=log n,65536,0,606769,9.258560180664062
HRLID,λ<=log n,65536,0,627301,9.571853637695312
HRLID,λ<=log n,65536,0,640865,9.778823852539062
HRLID,λ<=log n,65536,0,697543,10.643661499023438
HRLID,λ<=log n,65536,0,606717,9.257766723632812
HRLID,λ<=log n,65536,0,608305,9.281997680664062
HRLID,λ<=log n,65536,0,600841,9.168106079101562
HRLID,λ<=log n,65536,0,620327,9.465438842773438
HRLID,λ<=log n,65536,0,758821,11.578689575195312
HRLID,λ<=log n,65536,0,631551,9.636703491210938
HRLID,λ<=log n,65536,0,632461,9.650588989257812
HRLID,λ<=log n,65536,0,605239,9.235214233398438
HRLID,λ<=log n,65536,0,628573,9.591262817382812
HRLID,λ<=log n,65536,0,602697,9.196426391601562
HRLID,λ<=log n,65536,0,647379,9.878219604492188
HRLID,λ<=log n,65536,0,603609,9.210342407226562
HRLID,λ<=log n,65536,0,676185,10.317764282226562
HRLID,λ<=log n,65536,0,613149,9.355911254882812
HRLID,λ<=log n,65536,0,681253,10.395095825195312
HRLID,λ<=log n,65536,0,601125,9.172439575195312
HRLID,λ<=log n,65536,0,630169,9.615615844726562
HRLID,λ<=log n,65536,0,668283,10.197189331054688
HRLID,λ<=log n,65536,0,682659,10.416549682617188
HRLID,λ<=log n,65536,0,722291,11.021286010742188
HRLID,λ<=log n,65536,0,636489,9.712051391601562
HRLID,λ<=log n,65536,0,633915,9.672775268554688
HRLID,λ<=log n,65536,0,636079,9.705795288085938
HRLID,λ<=log n,65536,0,638075,9.736251831054688
HRLID,λ<=log n,65536,0,684159,10.439437866210938
HRLID,λ<=log n,65536,0,668435,10.199508666992188
HRLID,λ<=log n,65536,0,634543,9.682357788085938
HRLID,λ<=log n,65536,0,649537,9.911148071289062
HRLID,λ<=log n,65536,0,620613,9.469802856445312
HRLID,λ<=log n,65536,0,674039,10.285018920898438
HRLID,λ<=log n,65536,0,641849,9.793838500976562
HRLID,λ<=log n,65536,0,683153,10.424087524414062
HRLID,λ<=log n,65536,0,626611,9.561325073242188
HRLID,λ<=log n,65536,0,615169,9.386734008789062
HRLID,λ<=log n,65536,0,740685,11.301956176757812
HRLID,λ<=log n,65536,0,645255,9.845809936523438
HRLID,λ<=log n,65536,0,620909,9.474319458007812
HRLID,λ<=log n,65536,0,633577,9.667617797851562
HRLID,λ<=log n,65536,0,716141,10.927444458007812
HRLID,λ<=log n,65536,0,676327,10.319931030273438
HRLID,λ<=log n,65536,0,673897,10.282852172851562
HRLID,λ<=log n,65536,0,619221,9.448562622070312
HRLID,λ<=log n,65536,0,636925,9.718704223632812
HRLID,λ<=log n,65536,0,694589,10.598587036132812
HRLID,λ<=log n,65536,0,689719,10.524276733398438
HRLID,λ<=log n,65536,0,591055,9.018783569335938
HRLID,λ<=log n,65536,0,640675,9.775924682617188
HRLID,λ<=log n,65536,0,591213,9.021194458007812
HRLID,λ<=log n,65536,0,632073,9.644668579101562
HRLID,λ<=log n,65536,0,633031,9.659286499023438
HRLID,λ<=log n,65536,0,682163,10.408981323242188
HRLID,λ<=log n,65536,0,660785,10.082778930664062
HRLID,λ<=log n,65536,0,674045,10.285110473632812
HSLID,λ<=log n,65536,0,900983,13.747909545898438
HSLID,λ<=log n,65536,0,933333,14.241531372070312
HSLID,λ<=log n,65536,0,820443,12.518966674804688
HSLID,λ<=log n,65536,0,861525,13.145828247070312
HSLID,λ<=log n,65536,0,777323,11.861007690429688
HSLID,λ<=log n,65536,0,837541,12.779861450195312
HSLID,λ<=log n,65536,0,840837,12.830154418945312
HSLID,λ<=log n,65536,0,796407,12.152206420898438
HSLID,λ<=log n,65536,0,762835,11.639938354492188
HSLID,λ<=log n,65536,0,838319,12.791732788085938
HSLID,λ<=log n,65536,0,821671,12.537704467773438
HSLID,λ<=log n,65536,0,807379,12.319625854492188
HSLID,λ<=log n,65536,0,857897,13.090469360351562
HSLID,λ<=log n,65536,0,834141,12.727981567382812
HSLID,λ<=log n,65536,0,849457,12.961685180664062
HSLID,λ<=log n,65536,0,795809,12.143081665039062
HSLID,λ<=log n,65536,0,808001,12.329116821289062
HSLID,λ<=log n,65536,0,790433,12.061050415039062
HSLID,λ<=log n,65536,0,997767,15.224716186523438
HSLID,λ<=log n,65536,0,869375,13.265609741210938
HSLID,λ<=log n,65536,0,795573,12.139480590820312
HSLID,λ<=log n,65536,0,833189,12.713455200195312
HSLID,λ<=log n,65536,0,865575,13.207626342773438
HSLID,λ<=log n,65536,0,819623,12.506454467773438
HSLID,λ<=log n,65536,0,901941,13.762527465820312
HSLID,λ<=log n,65536,0,811135,12.376937866210938
HSLID,λ<=log n,65536,0,832901,12.709060668945312
HSLID,λ<=log n,65536,0,803193,12.255752563476562
HSLID,λ<=log n,65536,0,785753,11.989639282226562
HSLID,λ<=log n,65536,0,826411,12.610031127929688
HSLID,λ<=log n,65536,0,845677,12.904006958007812
HSLID,λ<=log n,65536,0,813851,12.418380737304688
HSLID,λ<=log n,65536,0,804257,12.271987915039062
HSLID,λ<=log n,65536,0,802551,12.245956420898438
HSLID,λ<=log n,65536,0,833425,12.717056274414062
HSLID,λ<=log n,65536,0,810327,12.364608764648438
HSLID,λ<=log n,65536,0,841659,12.842697143554688
HSLID,λ<=log n,65536,0,905893,13.822830200195312
HSLID,λ<=log n,65536,0,921877,14.066726684570312
HSLID,λ<=log n,65536,0,814651,12.430587768554688
HSLID,λ<=log n,65536,0,832705,12.706069946289062
HSLID,λ<=log n,65536,0,830259,12.668746948242188
HSLID,λ<=log n,65536,0,818325,12.486648559570312
HSLID,λ<=log n,65536,0,850257,12.973892211914062
HSLID,λ<=log n,65536,0,817453,12.473342895507812
HSLID,λ<=log n,65536,0,840929,12.831558227539062
HSLID,λ<=log n,65536,0,801251,12.226119995117188
HSLID,λ<=log n,65536,0,858027,13.092453002929688
HSLID,λ<=log n,65536,0,775111,11.827255249023438
HSLID,λ<=log n,65536,0,909555,13.878707885742188
HSLID,λ<=log n,65536,0,959847,14.646102905273438
HSLID,λ<=log n,65536,0,884693,13.499343872070312
HSLID,λ<=log n,65536,0,830479,12.672103881835938
HSLID,λ<=log n,65536,0,843647,12.873031616210938
HSLID,λ<=log n,65536,0,815633,12.445571899414062
HSLID,λ<=log n,65536,0,884897,13.502456665039062
HSLID,λ<=log n,65536,0,821711,12.538314819335938
HSLID,λ<=log n,65536,0,826467,12.610885620117188
HSLID,λ<=log n,65536,0,869335,13.264999389648438
HSLID,λ<=log n,65536,0,829649,12.659439086914062
HSLID,λ<=log n,65536,0,806861,12.311721801757812
HSLID,λ<=log n,65536,0,770473,11.756484985351562
HSLID,λ<=log n,65536,0,840055,12.818222045898438
HSLID,λ<=log n,65536,0,834127,12.727767944335938
HSLID,λ<=log n,65536,0,867391,13.235336303710938
HSLID,λ<=log n,65536,0,817675,12.476730346679688
HSLID,λ<=log n,65536,0,843453,12.870071411132812
HSLID,λ<=log n,65536,0,793697,12.110855102539062
HSLID,λ<=log n,65536,0,834459,12.732833862304688
HSLID,λ<=log n,65536,0,843917,12.877151489257812
HSLID,λ<=log n,65536,0,912151,13.918319702148438
HSLID,λ<=log n,65536,0,909385,13.876113891601562
HSLID,λ<=log n,65536,0,784617,11.972305297851562
HSLID,λ<=log n,65536,0,801069,12.223342895507812
HSLID,λ<=log n,65536,0,818589,12.490676879882812
HSLID,λ<=log n,65536,0,839993,12.817276000976562
HSLID,λ<=log n,65536,0,883847,13.486434936523438
HSLID,λ<=log n,65536,0,751881,11.472793579101562
HSLID,λ<=log n,65536,0,873985,13.335952758789062
HSLID,λ<=log n,65536,0,811333,12.379959106445312
HSLID,λ<=log n,65536,0,1008817,15.393325805664062
HSLID,λ<=log n,65536,0,809465,12.351455688476562
HSLID,λ<=log n,65536,0,867885,13.242874145507812
HSLID,λ<=log n,65536,0,858213,13.095291137695312
HSLID,λ<=log n,65536,0,866279,13.218368530273438
HSLID,λ<=log n,65536,0,819645,12.506790161132812
HSLID,λ<=log n,65536,0,857397,13.082839965820312
HSLID,λ<=log n,65536,0,864297,13.188125610351562
HSLID,λ<=log n,65536,0,899891,13.731246948242188
HSLID,λ<=log n,65536,0,843527,12.871200561523438
HSLID,λ<=log n,65536,0,896109,13.673538208007812
HSLID,λ<=log n,65536,0,852327,13.005477905273438
HSLID,λ<=log n,65536,0,871233,13.293960571289062
HSLID,λ<=log n,65536,0,863931,13.182540893554688
HSLID,λ<=log n,65536,0,840197,12.820388793945312
HSLID,λ<=log n,65536,0,807977,12.328750610351562
HSLID,λ<=log n,65536,0,836629,12.765945434570312
HSLID,λ<=log n,65536,0,899385,13.723526000976562
HSLID,λ<=log n,65536,0,831347,12.685348510742188
HSDCU,λ<=log n,65536,0,742925,11.336135864257812
HSDCU,λ<=log n,65536,0,795794,12.142852783203125
HSDCU,λ<=log n,65536,0,595761,9.090591430664062
HSDCU,λ<=log n,65536,0,641979,9.795822143554688
HSDCU,λ<=log n,65536,0,763797,11.654617309570312
HSDCU,λ<=log n,65536,0,630189,9.615921020507812
HSDCU,λ<=log n,65536,0,634783,9.686019897460938
HSDCU,λ<=log n,65536,0,707201,10.791030883789062
HSDCU,λ<=log n,65536,0,609161,9.295059204101562
HSDCU,λ<=log n,65536,0,703191,10.729843139648438
HSDCU,λ<=log n,65536,0,631520,9.63623046875
HSDCU,λ<=log n,65536,0,710029,10.834182739257812
HSDCU,λ<=log n,65536,0,644038,9.827239990234375
HSDCU,λ<=log n,65536,0,640112,9.767333984375
HSDCU,λ<=log n,65536,0,625231,9.540267944335938
HSDCU,λ<=log n,65536,0,629767,9.609481811523438
HSDCU,λ<=log n,65536,0,688728,10.5091552734375
HSDCU,λ<=log n,65536,0,655430,10.001068115234375
HSDCU,λ<=log n,65536,0,669651,10.218063354492188
HSDCU,λ<=log n,65536,0,694368,10.59521484375
HSDCU,λ<=log n,65536,0,656153,10.012100219726562
HSDCU,λ<=log n,65536,0,660884,10.08428955078125
HSDCU,λ<=log n,65536,0,657064,10.0260009765625
HSDCU,λ<=log n,65536,0,624903,9.535263061523438
HSDCU,λ<=log n,65536,0,613280,9.35791015625
HSDCU,λ<=log n,65536,0,651141,9.935623168945312
HSDCU,λ<=log n,65536,0,633923,9.672897338867188
HSDCU,λ<=log n,65536,0,616848,9.412353515625
HSDCU,λ<=log n,65536,0,593338,9.053619384765625
HSDCU,λ<=log n,65536,0,646734,9.868377685546875
HSDCU,λ<=log n,65536,0,603565,9.209671020507812
HSDCU,λ<=log n,65536,0,731047,11.154891967773438
HSDCU,λ<=log n,65536,0,711591,10.858016967773438
HSDCU,λ<=log n,65536,0,729505,11.131362915039062
HSDCU,λ<=log n,65536,0,641604,9.79010009765625
HSDCU,λ<=log n,65536,0,579563,8.843429565429688
HSDCU,λ<=log n,65536,0,604881,9.229751586914062
HSDCU,λ<=log n,65536,0,589385,8.993301391601562
HSDCU,λ<=log n,65536,0,660956,10.08538818359375
HSDCU,λ<=log n,65536,0,840001,12.817398071289062
HSDCU,λ<=log n,65536,0,719732,10.98223876953125
HSDCU,λ<=log n,65536,0,577132,8.80633544921875
HSDCU,λ<=log n,65536,0,639962,9.765045166015625
HSDCU,λ<=log n,65536,0,609719,9.303573608398438
HSDCU,λ<=log n,65536,0,750373,11.449783325195312
HSDCU,λ<=log n,65536,0,606923,9.260910034179688
HSDCU,λ<=log n,65536,0,604457,9.223281860351562
HSDCU,λ<=log n,65536,0,578908,8.83343505859375
HSDCU,λ<=log n,65536,0,618679,9.440292358398438
HSDCU,λ<=log n,65536,0,601631,9.180160522460938
HSDCU,λ<=log n,65536,0,663799,10.128768920898438
HSDCU,λ<=log n,65536,0,649226,9.906402587890625
HSDCU,λ<=log n,65536,0,595877,9.092361450195312
HSDCU,λ<=log n,65536,0,645166,9.844451904296875
HSDCU,λ<=log n,65536,0,640932,9.77984619140625
HSDCU,λ<=log n,65536,0,620572,9.46917724609375
HSDCU,λ<=log n,65536,0,617001,9.414688110351562
HSDCU,λ<=log n,65536,0,579019,8.835128784179688
HSDCU,λ<=log n,65536,0,629468,9.60491943359375
HSDCU,λ<=log n,65536,0,641290,9.785308837890625
HSDCU,λ<=log n,65536,0,605295,9.236068725585938
HSDCU,λ<=log n,65536,0,620365,9.466018676757812
HSDCU,λ<=log n,65536,0,668962,10.207550048828125
HSDCU,λ<=log n,65536,0,588517,8.980056762695312
HSDCU,λ<=log n,65536,0,649689,9.913467407226562
HSDCU,λ<=log n,65536,0,672189,10.256790161132812
HSDCU,λ<=log n,65536,0,694927,10.603744506835938
HSDCU,λ<=log n,65536,0,624009,9.521621704101562
HSDCU,λ<=log n,65536,0,617534,9.422821044921875
HSDCU,λ<=log n,65536,0,608986,9.292388916015625
HSDCU,λ<=log n,65536,0,719271,10.975204467773438
HSDCU,λ<=log n,65536,0,655881,10.007949829101562
HSDCU,λ<=log n,65536,0,613683,9.364059448242188
HSDCU,λ<=log n,65536,0,650882,9.931671142578125
HSDCU,λ<=log n,65536,0,631508,9.63604736328125
HSDCU,λ<=log n,65536,0,632849,9.656509399414062
HSDCU,λ<=log n,65536,0,603178,9.203765869140625
HSDCU,λ<=log n,65536,0,638677,9.745437622070312
HSDCU,λ<=log n,65536,0,630701,9.623733520507812
HSDCU,λ<=log n,65536,0,659429,10.062088012695312
HSDCU,λ<=log n,65536,0,600403,9.161422729492188
HSDCU,λ<=log n,65536,0,680724,10.38702392578125
HSDCU,λ<=log n,65536,0,598724,9.13580322265625
HSDCU,λ<=log n,65536,0,619580,9.45404052734375
HSDCU,λ<=log n,65536,0,648387,9.893600463867188
HSDCU,λ<=log n,65536,0,586080,8.94287109375
HSDCU,λ<=log n,65536,0,589151,8.989730834960938
HSDCU,λ<=log n,65536,0,653651,9.973922729492188
HSDCU,λ<=log n,65536,0,632931,9.657760620117188
HSDCU,λ<=log n,65536,0,638136,9.7371826171875
HSDCU,λ<=log n,65536,0,587269,8.961013793945312
HSDCU,λ<=log n,65536,0,655244,9.99822998046875
HSDCU,λ<=log n,65536,0,622497,9.498550415039062
HSDCU,λ<=log n,65536,0,631179,9.631027221679688
HSDCU,λ<=log n,65536,0,672851,10.266891479492188
HSDCU,λ<=log n,65536,0,598498,9.132354736328125
HSDCU,λ<=log n,65536,0,710763,10.845382690429688
HSDCU,λ<=log n,65536,0,633976,9.6737060546875
HSDCU,λ<=log n,65536,0,675123,10.301559448242188
HSDCU,λ<=log n,65536,0,632859,9.656661987304688
HRDCU,λ<=log n,65536,0,474704,7.243408203125
HRDCU,λ<=log n,65536,0,511327,7.8022308349609375
HRDCU,λ<=log n,65536,0,478386,7.299591064453125
HRDCU,λ<=log n,65536,0,500168,7.6319580078125
HRDCU,λ<=log n,65536,0,523092,7.98175048828125
HRDCU,λ<=log n,65536,0,498722,7.609893798828125
HRDCU,λ<=log n,65536,0,511006,7.797332763671875
HRDCU,λ<=log n,65536,0,471153,7.1892242431640625
HRDCU,λ<=log n,65536,0,500061,7.6303253173828125
HRDCU,λ<=log n,65536,0,466128,7.112548828125
HRDCU,λ<=log n,65536,0,508223,7.7548675537109375
HRDCU,λ<=log n,65536,0,681778,10.403106689453125
HRDCU,λ<=log n,65536,0,492323,7.5122528076171875
HRDCU,λ<=log n,65536,0,507249,7.7400054931640625
HRDCU,λ<=log n,65536,0,460415,7.0253753662109375
HRDCU,λ<=log n,65536,0,585522,8.934356689453125
HRDCU,λ<=log n,65536,0,507431,7.7427825927734375
HRDCU,λ<=log n,65536,0,508314,7.756256103515625
HRDCU,λ<=log n,65536,0,655828,10.00714111328125
HRDCU,λ<=log n,65536,0,487717,7.4419708251953125
HRDCU,λ<=log n,65536,0,523584,7.9892578125
HRDCU,λ<=log n,65536,0,517374,7.894500732421875
HRDCU,λ<=log n,65536,0,495143,7.5552825927734375
HRDCU,λ<=log n,65536,0,480999,7.3394622802734375
HRDCU,λ<=log n,65536,0,502438,7.666595458984375
HRDCU,λ<=log n,65536,0,502990,7.675018310546875
HRDCU,λ<=log n,65536,0,513342,7.832977294921875
HRDCU,λ<=log n,65536,0,500804,7.64166259765625
HRDCU,λ<=log n,65536,0,533403,8.139083862304688
HRDCU,λ<=log n,65536,0,494525,7.5458526611328125
HRDCU,λ<=log n,65536,0,460959,7.0336761474609375
HRDCU,λ<=log n,65536,0,497835,7.5963592529296875
HRDCU,λ<=log n,65536,0,528191,8.059555053710938
HRDCU,λ<=log n,65536,0,510270,7.786102294921875
HRDCU,λ<=log n,65536,0,485813,7.4129180908203125
HRDCU,λ<=log n,65536,0,544041,8.301406860351562
HRDCU,λ<=log n,65536,0,496136,7.5704345703125
HRDCU,λ<=log n,65536,0,513612,7.83709716796875
HRDCU,λ<=log n,65536,0,503447,7.6819915771484375
HRDCU,λ<=log n,65536,0,507461,7.7432403564453125
HRDCU,λ<=log n,65536,0,526711,8.036972045898438
HRDCU,λ<=log n,65536,0,507636,7.74591064453125
HRDCU,λ<=log n,65536,0,534139,8.150314331054688
HRDCU,λ<=log n,65536,0,539550,8.232879638671875
HRDCU,λ<=log n,65536,0,453586,6.921173095703125
HRDCU,λ<=log n,65536,0,521074,7.950958251953125
HRDCU,λ<=log n,65536,0,538502,8.216888427734375
HRDCU,λ<=log n,65536,0,499041,7.6147613525390625
HRDCU,λ<=log n,65536,0,547941,8.360916137695312
HRDCU,λ<=log n,65536,0,526512,8.033935546875
HRDCU,λ<=log n,65536,0,531717,8.113357543945312
HRDCU,λ<=log n,65536,0,534712,8.1590576171875
HRDCU,λ<=log n,65536,0,517924,7.90289306640625
HRDCU,λ<=log n,65536,0,488148,7.44854736328125
HRDCU,λ<=log n,65536,0,533136,8.135009765625
HRDCU,λ<=log n,65536,0,501223,7.6480560302734375
HRDCU,λ<=log n,65536,0,508712,7.7623291015625
HRDCU,λ<=log n,65536,0,492203,7.5104217529296875
HRDCU,λ<=log n,65536,0,494609,7.5471343994140625
HRDCU,λ<=log n,65536,0,475771,7.2596893310546875
HRDCU,λ<=log n,65536,0,550503,8.400009155273438
HRDCU,λ<=log n,65536,0,509144,7.7689208984375
HRDCU,λ<=log n,65536,0,537504,8.20166015625
HRDCU,λ<=log n,65536,0,499251,7.6179656982421875
HRDCU,λ<=log n,65536,0,507209,7.7393951416015625
HRDCU,λ<=log n,65536,0,504722,7.701446533203125
HRDCU,λ<=log n,65536,0,558344,8.5196533203125
HRDCU,λ<=log n,65536,0,501945,7.6590728759765625
HRDCU,λ<=log n,65536,0,461958,7.048919677734375
HRDCU,λ<=log n,65536,0,580197,8.853103637695312
HRDCU,λ<=log n,65536,0,513466,7.834869384765625
HRDCU,λ<=log n,65536,0,504173,7.6930694580078125
HRDCU,λ<=log n,65536,0,591085,9.019241333007812
HRDCU,λ<=log n,65536,0,486751,7.4272308349609375
HRDCU,λ<=log n,65536,0,499436,7.62078857421875
HRDCU,λ<=log n,65536,0,486001,7.4157867431640625
HRDCU,λ<=log n,65536,0,500435,7.6360321044921875
HRDCU,λ<=log n,65536,0,538503,8.216903686523438
HRDCU,λ<=log n,65536,0,567870,8.665008544921875
HRDCU,λ<=log n,65536,0,523716,7.99127197265625
HRDCU,λ<=log n,65536,0,503453,7.6820831298828125
HRDCU,λ<=log n,65536,0,512006,7.812591552734375
HRDCU,λ<=log n,65536,0,524826,8.008209228515625
HRDCU,λ<=log n,65536,0,500152,7.6317138671875
HRDCU,λ<=log n,65536,0,527077,8.042556762695312
HRDCU,λ<=log n,65536,0,535504,8.171142578125
HRDCU,λ<=log n,65536,0,479115,7.3107147216796875
HRDCU,λ<=log n,65536,0,524410,8.001861572265625
HRDCU,λ<=log n,65536,0,620170,9.463043212890625
HRDCU,λ<=log n,65536,0,497120,7.58544921875
HRDCU,λ<=log n,65536,0,464835,7.0928192138671875
HRDCU,λ<=log n,65536,0,501226,7.648101806640625
HRDCU,λ<=log n,65536,0,482045,7.3554229736328125
HRDCU,λ<=log n,65536,0,463736,7.0760498046875
HRDCU,λ<=log n,65536,0,491360,7.49755859375
HRDCU,λ<=log n,65536,0,519218,7.922637939453125
HRDCU,λ<=log n,65536,0,505306,7.710357666015625
HRDCU,λ<=log n,65536,0,493580,7.53143310546875
HRDCU,λ<=log n,65536,0,602888,9.1993408203125
HRDCU,λ<=log n,65536,0,543716,8.29644775390625
HHDCU,λ<=log n,65536,0,439499,6.7062225341796875
HHDCU,λ<=log n,65536,0,473351,7.2227630615234375
HHDCU,λ<=log n,65536,0,498637,7.6085968017578125
HHDCU,λ<=log n,65536,0,455485,6.9501495361328125
HHDCU,λ<=log n,65536,0,450444,6.87322998046875
HHDCU,λ<=log n,65536,0,459529,7.0118560791015625
HHDCU,λ<=log n,65536,0,481697,7.3501129150390625
HHDCU,λ<=log n,65536,0,448936,6.8502197265625
HHDCU,λ<=log n,65536,0,463654,7.074798583984375
HHDCU,λ<=log n,65536,0,465121,7.0971832275390625
HHDCU,λ<=log n,65536,0,464452,7.08697509765625
HHDCU,λ<=log n,65536,0,519496,7.9268798828125
HHDCU,λ<=log n,65536,0,467483,7.1332244873046875
HHDCU,λ<=log n,65536,0,478148,7.29595947265625
HHDCU,λ<=log n,65536,0,513744,7.839111328125
HHDCU,λ<=log n,65536,0,460755,7.0305633544921875
HHDCU,λ<=log n,65536,0,463142,7.066986083984375
HHDCU,λ<=log n,65536,0,472841,7.2149810791015625
HHDCU,λ<=log n,65536,0,448054,6.836761474609375
HHDCU,λ<=log n,65536,0,467551,7.1342620849609375
HHDCU,λ<=log n,65536,0,461493,7.0418243408203125
HHDCU,λ<=log n,65536,0,508603,7.7606658935546875
HHDCU,λ<=log n,65536,0,457239,6.9769134521484375
HHDCU,λ<=log n,65536,0,457601,6.9824371337890625
HHDCU,λ<=log n,65536,0,464849,7.0930328369140625
HHDCU,λ<=log n,65536,0,431720,6.5875244140625
HHDCU,λ<=log n,65536,0,477377,7.2841949462890625
HHDCU,λ<=log n,65536,0,436181,6.6555938720703125
HHDCU,λ<=log n,65536,0,453824,6.9248046875
HHDCU,λ<=log n,65536,0,456897,6.9716949462890625
HHDCU,λ<=log n,65536,0,460178,7.021759033203125
HHDCU,λ<=log n,65536,0,439916,6.71258544921875
HHDCU,λ<=log n,65536,0,498554,7.607330322265625
HHDCU,λ<=log n,65536,0,483819,7.3824920654296875
HHDCU,λ<=log n,65536,0,473535,7.2255706787109375
HHDCU,λ<=log n,65536,0,461150,7.036590576171875
HHDCU,λ<=log n,65536,0,474931,7.2468719482421875
HHDCU,λ<=log n,65536,0,458463,6.9955902099609375
HHDCU,λ<=log n,65536,0,469061,7.1573028564453125
HHDCU,λ<=log n,65536,0,466644,7.12042236328125
HHDCU,λ<=log n,65536,0,467780,7.13775634765625
HHDCU,λ<=log n,65536,0,494247,7.5416107177734375
HHDCU,λ<=log n,65536,0,456485,6.9654083251953125
HHDCU,λ<=log n,65536,0,544225,8.304214477539062
HHDCU,λ<=log n,65536,0,432711,6.6026458740234375
HHDCU,λ<=log n,65536,0,455573,6.9514923095703125
HHDCU,λ<=log n,65536,0,442549,6.7527618408203125
HHDCU,λ<=log n,65536,0,434745,6.6336822509765625
HHDCU,λ<=log n,65536,0,435387,6.6434783935546875
HHDCU,λ<=log n,65536,0,454068,6.92852783203125
HHDCU,λ<=log n,65536,0,436718,6.663787841796875
HHDCU,λ<=log n,65536,0,462934,7.063812255859375
HHDCU,λ<=log n,65536,0,475911,7.2618255615234375
HHDCU,λ<=log n,65536,0,459079,7.0049896240234375
HHDCU,λ<=log n,65536,0,481960,7.3541259765625
HHDCU,λ<=log n,65536,0,439365,6.7041778564453125
HHDCU,λ<=log n,65536,0,466910,7.124481201171875
HHDCU,λ<=log n,65536,0,452824,6.9095458984375
HHDCU,λ<=log n,65536,0,469667,7.1665496826171875
HHDCU,λ<=log n,65536,0,473482,7.224761962890625
HHDCU,λ<=log n,65536,0,524420,8.00201416015625
HHDCU,λ<=log n,65536,0,494298,7.542388916015625
HHDCU,λ<=log n,65536,0,481284,7.34381103515625
HHDCU,λ<=log n,65536,0,449678,6.861541748046875
HHDCU,λ<=log n,65536,0,469848,7.1693115234375
HHDCU,λ<=log n,65536,0,460096,7.0205078125
HHDCU,λ<=log n,65536,0,472682,7.212554931640625
HHDCU,λ<=log n,65536,0,448097,6.8374176025390625
HHDCU,λ<=log n,65536,0,496369,7.5739898681640625
HHDCU,λ<=log n,65536,0,479501,7.3166046142578125
HHDCU,λ<=log n,65536,0,434817,6.6347808837890625
HHDCU,λ<=log n,65536,0,452298,6.901519775390625
HHDCU,λ<=log n,65536,0,448668,6.84613037109375
HHDCU,λ<=log n,65536,0,481035,7.3400115966796875
HHDCU,λ<=log n,65536,0,496123,7.5702362060546875
HHDCU,λ<=log n,65536,0,486354,7.421173095703125
HHDCU,λ<=log n,65536,0,463793,7.0769195556640625
HHDCU,λ<=log n,65536,0,441392,6.735107421875
HHDCU,λ<=log n,65536,0,449632,6.86083984375
HHDCU,λ<=log n,65536,0,515045,7.8589630126953125
HHDCU,λ<=log n,65536,0,485812,7.41290283203125
HHDCU,λ<=log n,65536,0,499994,7.629302978515625
HHDCU,λ<=log n,65536,0,486868,7.42901611328125
HHDCU,λ<=log n,65536,0,452995,6.9121551513671875
HHDCU,λ<=log n,65536,0,439611,6.7079315185546875
HHDCU,λ<=log n,65536,0,496312,7.5731201171875
HHDCU,λ<=log n,65536,0,563211,8.593917846679688
HHDCU,λ<=log n,65536,0,503404,7.68133544921875
HHDCU,λ<=log n,65536,0,444730,6.786041259765625
HHDCU,λ<=log n,65536,0,572996,8.74322509765625
HHDCU,λ<=log n,65536,0,475698,7.258575439453125
HHDCU,λ<=log n,65536,0,499119,7.6159515380859375
HHDCU,λ<=log n,65536,0,447452,6.82757568359375
HHDCU,λ<=log n,65536,0,465861,7.1084747314453125
HHDCU,λ<=log n,65536,0,452056,6.8978271484375
HHDCU,λ<=log n,65536,0,471754,7.198394775390625
HHDCU,λ<=log n,65536,0,452061,6.8979034423828125
HHDCU,λ<=log n,65536,0,530725,8.098220825195312
HHDCU,λ<=log n,65536,0,424154,6.472076416015625
HHDCU,λ<=log n,65536,0,447463,6.8277435302734375
HHLCU,λ<=log n,65536,0,487595,7.4401092529296875
HHLCU,λ<=log n,65536,0,462967,7.0643157958984375
HHLCU,λ<=log n,65536,0,547428,8.35308837890625
HHLCU,λ<=log n,65536,0,470885,7.1851348876953125
HHLCU,λ<=log n,65536,0,490626,7.486358642578125
HHLCU,λ<=log n,65536,0,460813,7.0314483642578125
HHLCU,λ<=log n,65536,0,499229,7.6176300048828125
HHLCU,λ<=log n,65536,0,518720,7.9150390625
HHLCU,λ<=log n,65536,0,475004,7.24798583984375
HHLCU,λ<=log n,65536,0,533357,8.138381958007812
HHLCU,λ<=log n,65536,0,466064,7.111572265625
HHLCU,λ<=log n,65536,0,476273,7.2673492431640625
HHLCU,λ<=log n,65536,0,465472,7.1025390625
HHLCU,λ<=log n,65536,0,482434,7.361358642578125
HHLCU,λ<=log n,65536,0,431617,6.5859527587890625
HHLCU,λ<=log n,65536,0,526709,8.036941528320312
HHLCU,λ<=log n,65536,0,467807,7.1381683349609375
HHLCU,λ<=log n,65536,0,553006,8.438201904296875
HHLCU,λ<=log n,65536,0,476963,7.2778778076171875
HHLCU,λ<=log n,65536,0,486305,7.4204254150390625
HHLCU,λ<=log n,65536,0,486057,7.4166412353515625
HHLCU,λ<=log n,65536,0,540112,8.241455078125
HHLCU,λ<=log n,65536,0,461028,7.03472900390625
HHLCU,λ<=log n,65536,0,511206,7.800384521484375
HHLCU,λ<=log n,65536,0,463692,7.07537841796875
HHLCU,λ<=log n,65536,0,550167,8.394882202148438
HHLCU,λ<=log n,65536,0,489491,7.4690399169921875
HHLCU,λ<=log n,65536,0,458524,6.99652099609375
HHLCU,λ<=log n,65536,0,460810,7.031402587890625
HHLCU,λ<=log n,65536,0,481255,7.3433685302734375
HHLCU,λ<=log n,65536,0,538492,8.21673583984375
HHLCU,λ<=log n,65536,0,557150,8.501434326171875
HHLCU,λ<=log n,65536,0,472706,7.212921142578125
HHLCU,λ<=log n,65536,0,546732,8.34246826171875
HHLCU,λ<=log n,65536,0,466752,7.1220703125
HHLCU,λ<=log n,65536,0,501397,7.6507110595703125
HHLCU,λ<=log n,65536,0,459017,7.0040435791015625
HHLCU,λ<=log n,65536,0,484404,7.39141845703125
HHLCU,λ<=log n,65536,0,506382,7.726776123046875
HHLCU,λ<=log n,65536,0,484790,7.397308349609375
HHLCU,λ<=log n,65536,0,466678,7.120941162109375
HHLCU,λ<=log n,65536,0,482402,7.360870361328125
HHLCU,λ<=log n,65536,0,471073,7.1880035400390625
HHLCU,λ<=log n,65536,0,494301,7.5424346923828125
HHLCU,λ<=log n,65536,0,496616,7.5777587890625
HHLCU,λ<=log n,65536,0,531202,8.105499267578125
HHLCU,λ<=log n,65536,0,481454,7.346405029296875
HHLCU,λ<=log n,65536,0,495517,7.5609893798828125
HHLCU,λ<=log n,65536,0,592827,9.045822143554688
HHLCU,λ<=log n,65536,0,471120,7.188720703125
HHLCU,λ<=log n,65536,0,515808,7.87060546875
HHLCU,λ<=log n,65536,0,481272,7.3436279296875
HHLCU,λ<=log n,65536,0,461985,7.0493316650390625
HHLCU,λ<=log n,65536,0,479494,7.316497802734375
HHLCU,λ<=log n,65536,0,482194,7.357696533203125
HHLCU,λ<=log n,65536,0,436790,6.664886474609375
HHLCU,λ<=log n,65536,0,475079,7.2491302490234375
HHLCU,λ<=log n,65536,0,488102,7.447845458984375
HHLCU,λ<=log n,65536,0,470265,7.1756744384765625
HHLCU,λ<=log n,65536,0,516483,7.8809051513671875
HHLCU,λ<=log n,65536,0,474448,7.239501953125
HHLCU,λ<=log n,65536,0,492583,7.5162200927734375
HHLCU,λ<=log n,65536,0,513866,7.840972900390625
HHLCU,λ<=log n,65536,0,498087,7.6002044677734375
HHLCU,λ<=log n,65536,0,480967,7.3389739990234375
HHLCU,λ<=log n,65536,0,489131,7.4635467529296875
HHLCU,λ<=log n,65536,0,476375,7.2689056396484375
HHLCU,λ<=log n,65536,0,472527,7.2101898193359375
HHLCU,λ<=log n,65536,0,462613,7.0589141845703125
HHLCU,λ<=log n,65536,0,537344,8.19921875
HHLCU,λ<=log n,65536,0,463286,7.069183349609375
HHLCU,λ<=log n,65536,0,506878,7.734344482421875
HHLCU,λ<=log n,65536,0,464372,7.08575439453125
HHLCU,λ<=log n,65536,0,490875,7.4901580810546875
HHLCU,λ<=log n,65536,0,478135,7.2957611083984375
HHLCU,λ<=log n,65536,0,453072,6.913330078125
HHLCU,λ<=log n,65536,0,550238,8.395965576171875
HHLCU,λ<=log n,65536,0,511204,7.80035400390625
HHLCU,λ<=log n,65536,0,489371,7.4672088623046875
HHLCU,λ<=log n,65536,0,486821,7.4282989501953125
HHLCU,λ<=log n,65536,0,465383,7.1011810302734375
HHLCU,λ<=log n,65536,0,485340,7.40570068359375
HHLCU,λ<=log n,65536,0,488889,7.4598541259765625
HHLCU,λ<=log n,65536,0,504237,7.6940460205078125
HHLCU,λ<=log n,65536,0,509864,7.7799072265625
HHLCU,λ<=log n,65536,0,493230,7.526092529296875
HHLCU,λ<=log n,65536,0,499118,7.615936279296875
HHLCU,λ<=log n,65536,0,469564,7.16497802734375
HHLCU,λ<=log n,65536,0,459058,7.004669189453125
HHLCU,λ<=log n,65536,0,463704,7.0755615234375
HHLCU,λ<=log n,65536,0,484347,7.3905487060546875
HHLCU,λ<=log n,65536,0,525657,8.020889282226562
HHLCU,λ<=log n,65536,0,529517,8.079788208007812
HHLCU,λ<=log n,65536,0,467155,7.1282196044921875
HHLCU,λ<=log n,65536,0,483966,7.384735107421875
HHLCU,λ<=log n,65536,0,569400,8.6883544921875
HHLCU,λ<=log n,65536,0,447883,6.8341522216796875
HHLCU,λ<=log n,65536,0,478508,7.30145263671875
HHLCU,λ<=log n,65536,0,486579,7.4246063232421875
HHLCU,λ<=log n,65536,0,475463,7.2549896240234375
HRLCU,λ<=log n,65536,0,542888,8.2838134765625
HRLCU,λ<=log n,65536,0,559695,8.540267944335938
HRLCU,λ<=log n,65536,0,551751,8.419052124023438
HRLCU,λ<=log n,65536,0,551236,8.41119384765625
HRLCU,λ<=log n,65536,0,637980,9.73480224609375
HRLCU,λ<=log n,65536,0,520696,7.9451904296875
HRLCU,λ<=log n,65536,0,666662,10.172454833984375
HRLCU,λ<=log n,65536,0,541609,8.264297485351562
HRLCU,λ<=log n,65536,0,557260,8.50311279296875
HRLCU,λ<=log n,65536,0,568220,8.67034912109375
HRLCU,λ<=log n,65536,0,522915,7.9790496826171875
HRLCU,λ<=log n,65536,0,593801,9.060684204101562
HRLCU,λ<=log n,65536,0,533101,8.134475708007812
HRLCU,λ<=log n,65536,0,473285,7.2217559814453125
HRLCU,λ<=log n,65536,0,545745,8.327407836914062
HRLCU,λ<=log n,65536,0,505847,7.7186126708984375
HRLCU,λ<=log n,65536,0,554121,8.455215454101562
HRLCU,λ<=log n,65536,0,498531,7.6069793701171875
HRLCU,λ<=log n,65536,0,578907,8.833419799804688
HRLCU,λ<=log n,65536,0,557849,8.512100219726562
HRLCU,λ<=log n,65536,0,547246,8.350311279296875
HRLCU,λ<=log n,65536,0,533965,8.147659301757812
HRLCU,λ<=log n,65536,0,547445,8.353347778320312
HRLCU,λ<=log n,65536,0,508685,7.7619171142578125
HRLCU,λ<=log n,65536,0,508409,7.7577056884765625
HRLCU,λ<=log n,65536,0,500691,7.6399383544921875
HRLCU,λ<=log n,65536,0,500404,7.63555908203125
HRLCU,λ<=log n,65536,0,558429,8.520950317382812
HRLCU,λ<=log n,65536,0,582312,8.8853759765625
HRLCU,λ<=log n,65536,0,555604,8.47784423828125
HRLCU,λ<=log n,65536,0,508787,7.7634735107421875
HRLCU,λ<=log n,65536,0,521478,7.957122802734375
HRLCU,λ<=log n,65536,0,505448,7.7125244140625
HRLCU,λ<=log n,65536,0,547960,8.3612060546875
HRLCU,λ<=log n,65536,0,586067,8.942672729492188
HRLCU,λ<=log n,65536,0,497067,7.5846405029296875
HRLCU,λ<=log n,65536,0,509944,7.7811279296875
HRLCU,λ<=log n,65536,0,537962,8.208648681640625
HRLCU,λ<=log n,65536,0,529174,8.074554443359375
HRLCU,λ<=log n,65536,0,508720,7.762451171875
HRLCU,λ<=log n,65536,0,518041,7.9046783447265625
HRLCU,λ<=log n,65536,0,534147,8.150436401367188
HRLCU,λ<=log n,65536,0,499365,7.6197052001953125
HRLCU,λ<=log n,65536,0,520325,7.9395294189453125
HRLCU,λ<=log n,65536,0,540451,8.246627807617188
HRLCU,λ<=log n,65536,0,542049,8.271011352539062
HRLCU,λ<=log n,65536,0,543274,8.289703369140625
HRLCU,λ<=log n,65536,0,495743,7.5644378662109375
HRLCU,λ<=log n,65536,0,563660,8.60076904296875
HRLCU,λ<=log n,65536,0,507563,7.7447967529296875
HRLCU,λ<=log n,65536,0,520972,7.94940185546875
HRLCU,λ<=log n,65536,0,507699,7.7468719482421875
HRLCU,λ<=log n,65536,0,544667,8.310958862304688
HRLCU,λ<=log n,65536,0,500474,7.636627197265625
HRLCU,λ<=log n,65536,0,507594,7.745269775390625
HRLCU,λ<=log n,65536,0,507663,7.7463226318359375
HRLCU,λ<=log n,65536,0,530178,8.089874267578125
HRLCU,λ<=log n,65536,0,501498,7.652252197265625
HRLCU,λ<=log n,65536,0,511691,7.8077850341796875
HRLCU,λ<=log n,65536,0,560687,8.555404663085938
HRLCU,λ<=log n,65536,0,469792,7.16845703125
HRLCU,λ<=log n,65536,0,501572,7.65338134765625
HRLCU,λ<=log n,65536,0,512115,7.8142547607421875
HRLCU,λ<=log n,65536,0,511309,7.8019561767578125
HRLCU,λ<=log n,65536,0,519703,7.9300384521484375
HRLCU,λ<=log n,65536,0,633381,9.664627075195312
HRLCU,λ<=log n,65536,0,519794,7.931427001953125
HRLCU,λ<=log n,65536,0,483817,7.3824615478515625
HRLCU,λ<=log n,65536,0,535165,8.165969848632812
HRLCU,λ<=log n,65536,0,564170,8.608551025390625
HRLCU,λ<=log n,65536,0,538534,8.217376708984375
HRLCU,λ<=log n,65536,0,510401,7.7881011962890625
HRLCU,λ<=log n,65536,0,507770,7.747955322265625
HRLCU,λ<=log n,65536,0,586911,8.955551147460938
HRLCU,λ<=log n,65536,0,492829,7.5199737548828125
HRLCU,λ<=log n,65536,0,471541,7.1951446533203125
HRLCU,λ<=log n,65536,0,561441,8.566909790039062
HRLCU,λ<=log n,65536,0,541237,8.258621215820312
HRLCU,λ<=log n,65536,0,522233,7.9686431884765625
HRLCU,λ<=log n,65536,0,513301,7.8323516845703125
HRLCU,λ<=log n,65536,0,633656,9.6688232421875
HRLCU,λ<=log n,65536,0,549499,8.384689331054688
HRLCU,λ<=log n,65536,0,502705,7.6706695556640625
HRLCU,λ<=log n,65536,0,487104,7.4326171875
HRLCU,λ<=log n,65536,0,489933,7.4757843017578125
HRLCU,λ<=log n,65536,0,603032,9.2015380859375
HRLCU,λ<=log n,65536,0,533325,8.137893676757812
HRLCU,λ<=log n,65536,0,509653,7.7766876220703125
HRLCU,λ<=log n,65536,0,524354,8.001007080078125
HRLCU,λ<=log n,65536,0,543696,8.296142578125
HRLCU,λ<=log n,65536,0,519252,7.92315673828125
HRLCU,λ<=log n,65536,0,578786,8.831573486328125
HRLCU,λ<=log n,65536,0,548088,8.3631591796875
HRLCU,λ<=log n,65536,0,510769,7.7937164306640625
HRLCU,λ<=log n,65536,0,532454,8.124603271484375
HRLCU,λ<=log n,65536,0,517020,7.88909912109375
HRLCU,λ<=log n,65536,0,483559,7.3785247802734375
HRLCU,λ<=log n,65536,0,595052,9.07977294921875
HRLCU,λ<=log n,65536,0,566059,8.637374877929688
HRLCU,λ<=log n,65536,0,568049,8.667739868164062
HSLCU,λ<=log n,65536,0,648988,9.90277099609375
HSLCU,λ<=log n,65536,0,624506,9.529205322265625
HSLCU,λ<=log n,65536,0,646524,9.86517333984375
HSLCU,λ<=log n,65536,0,663558,10.125091552734375
HSLCU,λ<=log n,65536,0,639688,9.7608642578125
HSLCU,λ<=log n,65536,0,652011,9.948898315429688
HSLCU,λ<=log n,65536,0,689108,10.51495361328125
HSLCU,λ<=log n,65536,0,726719,11.088851928710938
HSLCU,λ<=log n,65536,0,695752,10.6163330078125
HSLCU,λ<=log n,65536,0,672926,10.268035888671875
HSLCU,λ<=log n,65536,0,641480,9.7882080078125
HSLCU,λ<=log n,65536,0,635400,9.6954345703125
HSLCU,λ<=log n,65536,0,602233,9.189346313476562
HSLCU,λ<=log n,65536,0,703238,10.730560302734375
HSLCU,λ<=log n,65536,0,709578,10.827301025390625
HSLCU,λ<=log n,65536,0,754439,11.511825561523438
HSLCU,λ<=log n,65536,0,734705,11.210708618164062
HSLCU,λ<=log n,65536,0,657743,10.036361694335938
HSLCU,λ<=log n,65536,0,632521,9.651504516601562
HSLCU,λ<=log n,65536,0,652085,9.950027465820312
HSLCU,λ<=log n,65536,0,643480,9.8187255859375
HSLCU,λ<=log n,65536,0,651998,9.948699951171875
HSLCU,λ<=log n,65536,0,704393,10.748184204101562
HSLCU,λ<=log n,65536,0,651930,9.947662353515625
HSLCU,λ<=log n,65536,0,635384,9.6951904296875
HSLCU,λ<=log n,65536,0,653206,9.967132568359375
HSLCU,λ<=log n,65536,0,647142,9.874603271484375
HSLCU,λ<=log n,65536,0,675274,10.303863525390625
HSLCU,λ<=log n,65536,0,701932,10.71063232421875
HSLCU,λ<=log n,65536,0,707573,10.796707153320312
HSLCU,λ<=log n,65536,0,664370,10.137481689453125
HSLCU,λ<=log n,65536,0,662882,10.114776611328125
HSLCU,λ<=log n,65536,0,713569,10.888198852539062
HSLCU,λ<=log n,65536,0,787467,12.015792846679688
HSLCU,λ<=log n,65536,0,676604,10.32415771484375
HSLCU,λ<=log n,65536,0,676096,10.31640625
HSLCU,λ<=log n,65536,0,679250,10.364532470703125
HSLCU,λ<=log n,65536,0,811936,12.38916015625
HSLCU,λ<=log n,65536,0,680031,10.376449584960938
HSLCU,λ<=log n,65536,0,669924,10.22222900390625
HSLCU,λ<=log n,65536,0,673924,10.28326416015625
HSLCU,λ<=log n,65536,0,664253,10.135696411132812
HSLCU,λ<=log n,65536,0,697254,10.639251708984375
HSLCU,λ<=log n,65536,0,668382,10.198699951171875
HSLCU,λ<=log n,65536,0,693449,10.581192016601562
HSLCU,λ<=log n,65536,0,762104,11.6287841796875
HSLCU,λ<=log n,65536,0,672346,10.259185791015625
HSLCU,λ<=log n,65536,0,640979,9.780563354492188
HSLCU,λ<=log n,65536,0,664182,10.134613037109375
HSLCU,λ<=log n,65536,0,691494,10.551361083984375
HSLCU,λ<=log n,65536,0,618149,9.432205200195312
HSLCU,λ<=log n,65536,0,620360,9.4659423828125
HSLCU,λ<=log n,65536,0,695169,10.607437133789062
HSLCU,λ<=log n,65536,0,708132,10.80523681640625
HSLCU,λ<=log n,65536,0,773771,11.806808471679688
HSLCU,λ<=log n,65536,0,732136,11.1715087890625
HSLCU,λ<=log n,65536,0,711266,10.853057861328125
HSLCU,λ<=log n,65536,0,678990,10.360565185546875
HSLCU,λ<=log n,65536,0,655012,9.99468994140625
HSLCU,λ<=log n,65536,0,638149,9.737380981445312
HSLCU,λ<=log n,65536,0,650303,9.922836303710938
HSLCU,λ<=log n,65536,0,644065,9.827651977539062
HSLCU,λ<=log n,65536,0,702479,10.718978881835938
HSLCU,λ<=log n,65536,0,678664,10.3555908203125
HSLCU,λ<=log n,65536,0,680482,10.383331298828125
HSLCU,λ<=log n,65536,0,645201,9.844985961914062
HSLCU,λ<=log n,65536,0,648460,9.89471435546875
HSLCU,λ<=log n,65536,0,671472,10.245849609375
HSLCU,λ<=log n,65536,0,726733,11.089065551757812
HSLCU,λ<=log n,65536,0,656887,10.023300170898438
HSLCU,λ<=log n,65536,0,783316,11.95245361328125
HSLCU,λ<=log n,65536,0,701298,10.700958251953125
HSLCU,λ<=log n,65536,0,646533,9.865310668945312
HSLCU,λ<=log n,65536,0,688370,10.503692626953125
HSLCU,λ<=log n,65536,0,712611,10.873580932617188
HSLCU,λ<=log n,65536,0,697084,10.63665771484375
HSLCU,λ<=log n,65536,0,646833,9.869888305664062
HSLCU,λ<=log n,65536,0,704759,10.753768920898438
HSLCU,λ<=log n,65536,0,718084,10.95709228515625
HSLCU,λ<=log n,65536,0,699203,10.668991088867188
HSLCU,λ<=log n,65536,0,813239,12.409042358398438
HSLCU,λ<=log n,65536,0,670582,10.232269287109375
HSLCU,λ<=log n,65536,0,699585,10.674819946289062
HSLCU,λ<=log n,65536,0,720715,10.997238159179688
HSLCU,λ<=log n,65536,0,648491,9.895187377929688
HSLCU,λ<=log n,65536,0,678784,10.357421875
HSLCU,λ<=log n,65536,0,613245,9.357376098632812
HSLCU,λ<=log n,65536,0,794513,12.123306274414062
HSLCU,λ<=log n,65536,0,641685,9.791336059570312
HSLCU,λ<=log n,65536,0,737824,11.25830078125
HSLCU,λ<=log n,65536,0,651968,9.9482421875
HSLCU,λ<=log n,65536,0,640118,9.767425537109375
HSLCU,λ<=log n,65536,0,655595,10.003585815429688
HSLCU,λ<=log n,65536,0,719987,10.986129760742188
HSLCU,λ<=log n,65536,0,745663,11.377914428710938
HSLCU,λ<=log n,65536,0,683266,10.425811767578125
HSLCU,λ<=log n,65536,0,728688,11.118896484375
HSLCU,λ<=log n,65536,0,636565,9.713211059570312
HSLCU,λ<=log n,65536,0,625744,9.548095703125
HSLCU,λ<=log n,65536,0,670217,10.226699829101562
HSDSU,λ<=log n,65536,0,674363,10.289962768554688
HSDSU,λ<=log n,65536,0,742161,11.324478149414062
HSDSU,λ<=log n,65536,0,757250,11.554718017578125
HSDSU,λ<=log n,65536,0,833342,12.715789794921875
HSDSU,λ<=log n,65536,0,713126,10.881439208984375
HSDSU,λ<=log n,65536,0,697484,10.64276123046875
HSDSU,λ<=log n,65536,0,707412,10.79425048828125
HSDSU,λ<=log n,65536,0,733837,11.197463989257812
HSDSU,λ<=log n,65536,0,803441,12.259536743164062
HSDSU,λ<=log n,65536,0,691549,10.552200317382812
HSDSU,λ<=log n,65536,0,691341,10.549026489257812
HSDSU,λ<=log n,65536,0,684988,10.45208740234375
HSDSU,λ<=log n,65536,0,694662,10.599700927734375
HSDSU,λ<=log n,65536,0,709683,10.828903198242188
HSDSU,λ<=log n,65536,0,739621,11.285720825195312
HSDSU,λ<=log n,65536,0,704708,10.75299072265625
HSDSU,λ<=log n,65536,0,703248,10.730712890625
HSDSU,λ<=log n,65536,0,720679,10.996688842773438
HSDSU,λ<=log n,65536,0,742905,11.335830688476562
HSDSU,λ<=log n,65536,0,681474,10.398468017578125
HSDSU,λ<=log n,65536,0,734967,11.214706420898438
HSDSU,λ<=log n,65536,0,687960,10.4974365234375
HSDSU,λ<=log n,65536,0,815447,12.442733764648438
HSDSU,λ<=log n,65536,0,744154,11.354888916015625
HSDSU,λ<=log n,65536,0,760261,11.600662231445312
HSDSU,λ<=log n,65536,0,732185,11.172256469726562
HSDSU,λ<=log n,65536,0,894322,13.646270751953125
HSDSU,λ<=log n,65536,0,669521,10.216079711914062
HSDSU,λ<=log n,65536,0,709686,10.828948974609375
HSDSU,λ<=log n,65536,0,736459,11.237472534179688
HSDSU,λ<=log n,65536,0,720964,11.00103759765625
HSDSU,λ<=log n,65536,0,678452,10.35235595703125
HSDSU,λ<=log n,65536,0,722614,11.026214599609375
HSDSU,λ<=log n,65536,0,854699,13.041671752929688
HSDSU,λ<=log n,65536,0,736468,11.23760986328125
HSDSU,λ<=log n,65536,0,894034,13.641876220703125
HSDSU,λ<=log n,65536,0,700000,10.68115234375
HSDSU,λ<=log n,65536,0,686007,10.467636108398438
HSDSU,λ<=log n,65536,0,706484,10.78009033203125
HSDSU,λ<=log n,65536,0,707057,10.788833618164062
HSDSU,λ<=log n,65536,0,792587,12.093917846679688
HSDSU,λ<=log n,65536,0,665432,10.1536865234375
HSDSU,λ<=log n,65536,0,711909,10.862869262695312
HSDSU,λ<=log n,65536,0,727569,11.101821899414062
HSDSU,λ<=log n,65536,0,740733,11.302688598632812
HSDSU,λ<=log n,65536,0,702239,10.715316772460938
HSDSU,λ<=log n,65536,0,724356,11.05279541015625
HSDSU,λ<=log n,65536,0,772253,11.783645629882812
HSDSU,λ<=log n,65536,0,732306,11.174102783203125
HSDSU,λ<=log n,65536,0,704343,10.747421264648438
HSDSU,λ<=log n,65536,0,671037,10.239212036132812
HSDSU,λ<=log n,65536,0,692822,10.571624755859375
HSDSU,λ<=log n,65536,0,777598,11.865203857421875
HSDSU,λ<=log n,65536,0,704101,10.743728637695312
HSDSU,λ<=log n,65536,0,781913,11.931045532226562
HSDSU,λ<=log n,65536,0,807536,12.322021484375
HSDSU,λ<=log n,65536,0,762052,11.62799072265625
HSDSU,λ<=log n,65536,0,659577,10.064346313476562
HSDSU,λ<=log n,65536,0,712460,10.87127685546875
HSDSU,λ<=log n,65536,0,739484,11.28363037109375
HSDSU,λ<=log n,65536,0,726148,11.08013916015625
HSDSU,λ<=log n,65536,0,699857,10.678970336914062
HSDSU,λ<=log n,65536,0,692531,10.567184448242188
HSDSU,λ<=log n,65536,0,803233,12.256362915039062
HSDSU,λ<=log n,65536,0,785335,11.983261108398438
HSDSU,λ<=log n,65536,0,724625,11.056900024414062
HSDSU,λ<=log n,65536,0,717826,10.953155517578125
HSDSU,λ<=log n,65536,0,766416,11.694580078125
HSDSU,λ<=log n,65536,0,733928,11.1988525390625
HSDSU,λ<=log n,65536,0,698901,10.664382934570312
HSDSU,λ<=log n,65536,0,768285,11.723098754882812
HSDSU,λ<=log n,65536,0,727741,11.104446411132812
HSDSU,λ<=log n,65536,0,737910,11.259613037109375
HSDSU,λ<=log n,65536,0,751021,11.459671020507812
HSDSU,λ<=log n,65536,0,786122,11.995269775390625
HSDSU,λ<=log n,65536,0,713363,10.885055541992188
HSDSU,λ<=log n,65536,0,752186,11.477447509765625
HSDSU,λ<=log n,65536,0,731934,11.168426513671875
HSDSU,λ<=log n,65536,0,709001,10.818496704101562
HSDSU,λ<=log n,65536,0,750726,11.455169677734375
HSDSU,λ<=log n,65536,0,723027,11.032516479492188
HSDSU,λ<=log n,65536,0,701951,10.710922241210938
HSDSU,λ<=log n,65536,0,861953,13.152359008789062
HSDSU,λ<=log n,65536,0,714537,10.902969360351562
HSDSU,λ<=log n,65536,0,751993,11.474502563476562
HSDSU,λ<=log n,65536,0,697958,10.649993896484375
HSDSU,λ<=log n,65536,0,828993,12.649429321289062
HSDSU,λ<=log n,65536,0,712570,10.872955322265625
HSDSU,λ<=log n,65536,0,706879,10.786117553710938
HSDSU,λ<=log n,65536,0,757398,11.556976318359375
HSDSU,λ<=log n,65536,0,864556,13.19207763671875
HSDSU,λ<=log n,65536,0,774403,11.816452026367188
HSDSU,λ<=log n,65536,0,779280,11.890869140625
HSDSU,λ<=log n,65536,0,771427,11.771041870117188
HSDSU,λ<=log n,65536,0,707870,10.801239013671875
HSDSU,λ<=log n,65536,0,706468,10.77984619140625
HSDSU,λ<=log n,65536,0,736981,11.245437622070312
HSDSU,λ<=log n,65536,0,773919,11.809066772460938
HSDSU,λ<=log n,65536,0,853682,13.026153564453125
HSDSU,λ<=log n,65536,0,693611,10.583663940429688
HRDSU,λ<=log n,65536,0,620611,9.469772338867188
HRDSU,λ<=log n,65536,0,598711,9.135604858398438
HRDSU,λ<=log n,65536,0,578796,8.83172607421875
HRDSU,λ<=log n,65536,0,604397,9.222366333007812
HRDSU,λ<=log n,65536,0,596717,9.105178833007812
HRDSU,λ<=log n,65536,0,604091,9.217697143554688
HRDSU,λ<=log n,65536,0,611391,9.329086303710938
HRDSU,λ<=log n,65536,0,651242,9.937164306640625
HRDSU,λ<=log n,65536,0,693312,10.5791015625
HRDSU,λ<=log n,65536,0,622850,9.503936767578125
HRDSU,λ<=log n,65536,0,591136,9.02001953125
HRDSU,λ<=log n,65536,0,566994,8.651641845703125
HRDSU,λ<=log n,65536,0,687861,10.495925903320312
HRDSU,λ<=log n,65536,0,584627,8.920700073242188
HRDSU,λ<=log n,65536,0,591498,9.025543212890625
HRDSU,λ<=log n,65536,0,543291,8.289962768554688
HRDSU,λ<=log n,65536,0,553006,8.438201904296875
HRDSU,λ<=log n,65536,0,643290,9.815826416015625
HRDSU,λ<=log n,65536,0,617360,9.420166015625
HRDSU,λ<=log n,65536,0,619931,9.459396362304688
HRDSU,λ<=log n,65536,0,608425,9.283828735351562
HRDSU,λ<=log n,65536,0,625705,9.547500610351562
HRDSU,λ<=log n,65536,0,632160,9.64599609375
HRDSU,λ<=log n,65536,0,610276,9.31207275390625
HRDSU,λ<=log n,65536,0,688262,10.502044677734375
HRDSU,λ<=log n,65536,0,596463,9.101303100585938
HRDSU,λ<=log n,65536,0,613711,9.364486694335938
HRDSU,λ<=log n,65536,0,641969,9.795669555664062
HRDSU,λ<=log n,65536,0,613394,9.359649658203125
HRDSU,λ<=log n,65536,0,605127,9.233505249023438
HRDSU,λ<=log n,65536,0,593436,9.05511474609375
HRDSU,λ<=log n,65536,0,579890,8.848419189453125
HRDSU,λ<=log n,65536,0,613788,9.36566162109375
HRDSU,λ<=log n,65536,0,636207,9.707748413085938
HRDSU,λ<=log n,65536,0,778696,11.8819580078125
HRDSU,λ<=log n,65536,0,602771,9.197555541992188
HRDSU,λ<=log n,65536,0,567874,8.665069580078125
HRDSU,λ<=log n,65536,0,595050,9.079742431640625
HRDSU,λ<=log n,65536,0,622014,9.491180419921875
HRDSU,λ<=log n,65536,0,601566,9.179168701171875
HRDSU,λ<=log n,65536,0,608821,9.289871215820312
HRDSU,λ<=log n,65536,0,565927,8.635360717773438
HRDSU,λ<=log n,65536,0,570729,8.708633422851562
HRDSU,λ<=log n,65536,0,603066,9.202056884765625
HRDSU,λ<=log n,65536,0,574979,8.773483276367188
HRDSU,λ<=log n,65536,0,576191,8.791976928710938
HRDSU,λ<=log n,65536,0,651926,9.947601318359375
HRDSU,λ<=log n,65536,0,564082,8.607208251953125
HRDSU,λ<=log n,65536,0,589742,8.998748779296875
HRDSU,λ<=log n,65536,0,565820,8.63372802734375
HRDSU,λ<=log n,65536,0,620708,9.47125244140625
HRDSU,λ<=log n,65536,0,576982,8.804046630859375
HRDSU,λ<=log n,65536,0,588840,8.9849853515625
HRDSU,λ<=log n,65536,0,624051,9.522262573242188
HRDSU,λ<=log n,65536,0,601498,9.178131103515625
HRDSU,λ<=log n,65536,0,662269,10.105422973632812
HRDSU,λ<=log n,65536,0,638873,9.748428344726562
HRDSU,λ<=log n,65536,0,637473,9.727066040039062
HRDSU,λ<=log n,65536,0,623910,9.520111083984375
HRDSU,λ<=log n,65536,0,606199,9.249862670898438
HRDSU,λ<=log n,65536,0,563609,8.599990844726562
HRDSU,λ<=log n,65536,0,554057,8.454238891601562
HRDSU,λ<=log n,65536,0,630318,9.617889404296875
HRDSU,λ<=log n,65536,0,641784,9.7928466796875
HRDSU,λ<=log n,65536,0,607358,9.267547607421875
HRDSU,λ<=log n,65536,0,590026,9.003082275390625
HRDSU,λ<=log n,65536,0,665185,10.149917602539062
HRDSU,λ<=log n,65536,0,562075,8.576583862304688
HRDSU,λ<=log n,65536,0,563622,8.600189208984375
HRDSU,λ<=log n,65536,0,608927,9.291488647460938
HRDSU,λ<=log n,65536,0,634150,9.676361083984375
HRDSU,λ<=log n,65536,0,590109,9.004348754882812
HRDSU,λ<=log n,65536,0,650874,9.931549072265625
HRDSU,λ<=log n,65536,0,602562,9.194366455078125
HRDSU,λ<=log n,65536,0,558885,8.527908325195312
HRDSU,λ<=log n,65536,0,575335,8.778915405273438
HRDSU,λ<=log n,65536,0,670349,10.228713989257812
HRDSU,λ<=log n,65536,0,660007,10.070907592773438
HRDSU,λ<=log n,65536,0,568670,8.677215576171875
HRDSU,λ<=log n,65536,0,585201,8.929458618164062
HRDSU,λ<=log n,65536,0,580005,8.850173950195312
HRDSU,λ<=log n,65536,0,580191,8.853012084960938
HRDSU,λ<=log n,65536,0,593486,9.055877685546875
HRDSU,λ<=log n,65536,0,590397,9.008743286132812
HRDSU,λ<=log n,65536,0,554043,8.454025268554688
HRDSU,λ<=log n,65536,0,595910,9.092864990234375
HRDSU,λ<=log n,65536,0,616343,9.404647827148438
HRDSU,λ<=log n,65536,0,613437,9.360305786132812
HRDSU,λ<=log n,65536,0,653676,9.97430419921875
HRDSU,λ<=log n,65536,0,574128,8.760498046875
HRDSU,λ<=log n,65536,0,601111,9.172225952148438
HRDSU,λ<=log n,65536,0,604998,9.231536865234375
HRDSU,λ<=log n,65536,0,575174,8.776458740234375
HRDSU,λ<=log n,65536,0,644159,9.829086303710938
HRDSU,λ<=log n,65536,0,633686,9.669281005859375
HRDSU,λ<=log n,65536,0,634264,9.6781005859375
HRDSU,λ<=log n,65536,0,611135,9.325180053710938
HRDSU,λ<=log n,65536,0,634765,9.685745239257812
HRDSU,λ<=log n,65536,0,577929,8.818496704101562
HRDSU,λ<=log n,65536,0,603622,9.210540771484375
HHDSU,λ<=log n,65536,0,548730,8.372955322265625
HHDSU,λ<=log n,65536,0,555492,8.47613525390625
HHDSU,λ<=log n,65536,0,561607,8.569442749023438
HHDSU,λ<=log n,65536,0,589516,8.99530029296875
HHDSU,λ<=log n,65536,0,579772,8.84661865234375
HHDSU,λ<=log n,65536,0,546138,8.333404541015625
HHDSU,λ<=log n,65536,0,535781,8.175369262695312
HHDSU,λ<=log n,65536,0,578915,8.833541870117188
HHDSU,λ<=log n,65536,0,522307,7.9697723388671875
HHDSU,λ<=log n,65536,0,531517,8.110305786132812
HHDSU,λ<=log n,65536,0,567758,8.663299560546875
HHDSU,λ<=log n,65536,0,613097,9.355117797851562
HHDSU,λ<=log n,65536,0,564684,8.61639404296875
HHDSU,λ<=log n,65536,0,594548,9.07208251953125
HHDSU,λ<=log n,65536,0,563536,8.598876953125
HHDSU,λ<=log n,65536,0,588164,8.97467041015625
HHDSU,λ<=log n,65536,0,577935,8.818588256835938
HHDSU,λ<=log n,65536,0,542335,8.275375366210938
HHDSU,λ<=log n,65536,0,564220,8.60931396484375
HHDSU,λ<=log n,65536,0,530154,8.089508056640625
HHDSU,λ<=log n,65536,0,556621,8.493362426757812
HHDSU,λ<=log n,65536,0,577127,8.806259155273438
HHDSU,λ<=log n,65536,0,559155,8.532028198242188
HHDSU,λ<=log n,65536,0,532056,8.1185302734375
HHDSU,λ<=log n,65536,0,552744,8.4342041015625
HHDSU,λ<=log n,65536,0,658972,10.05511474609375
HHDSU,λ<=log n,65536,0,547642,8.356353759765625
HHDSU,λ<=log n,65536,0,540026,8.240142822265625
HHDSU,λ<=log n,65536,0,541438,8.261688232421875
HHDSU,λ<=log n,65536,0,548861,8.374954223632812
HHDSU,λ<=log n,65536,0,625734,9.547943115234375
HHDSU,λ<=log n,65536,0,541821,8.267532348632812
HHDSU,λ<=log n,65536,0,549670,8.387298583984375
HHDSU,λ<=log n,65536,0,538506,8.216949462890625
HHDSU,λ<=log n,65536,0,583916,8.90985107421875
HHDSU,λ<=log n,65536,0,619700,9.45587158203125
HHDSU,λ<=log n,65536,0,615100,9.38568115234375
HHDSU,λ<=log n,65536,0,688752,10.509521484375
HHDSU,λ<=log n,65536,0,565807,8.633529663085938
HHDSU,λ<=log n,65536,0,531080,8.1036376953125
HHDSU,λ<=log n,65536,0,560543,8.553207397460938
HHDSU,λ<=log n,65536,0,537174,8.196624755859375
HHDSU,λ<=log n,65536,0,604203,9.219406127929688
HHDSU,λ<=log n,65536,0,559651,8.539596557617188
HHDSU,λ<=log n,65536,0,583172,8.89849853515625
HHDSU,λ<=log n,65536,0,543409,8.291763305664062
HHDSU,λ<=log n,65536,0,605264,9.235595703125
HHDSU,λ<=log n,65536,0,621221,9.479080200195312
HHDSU,λ<=log n,65536,0,563773,8.602493286132812
HHDSU,λ<=log n,65536,0,583783,8.907821655273438
HHDSU,λ<=log n,65536,0,533980,8.14788818359375
HHDSU,λ<=log n,65536,0,575347,8.779098510742188
HHDSU,λ<=log n,65536,0,529204,8.07501220703125
HHDSU,λ<=log n,65536,0,561698,8.570831298828125
HHDSU,λ<=log n,65536,0,576590,8.798065185546875
HHDSU,λ<=log n,65536,0,563142,8.592864990234375
HHDSU,λ<=log n,65536,0,577211,8.807540893554688
HHDSU,λ<=log n,65536,0,587238,8.960540771484375
HHDSU,λ<=log n,65536,0,534476,8.15545654296875
HHDSU,λ<=log n,65536,0,549116,8.37884521484375
HHDSU,λ<=log n,65536,0,524716,8.00653076171875
HHDSU,λ<=log n,65536,0,587337,8.962051391601562
HHDSU,λ<=log n,65536,0,551100,8.40911865234375
HHDSU,λ<=log n,65536,0,594025,9.064102172851562
HHDSU,λ<=log n,65536,0,558858,8.527496337890625
HHDSU,λ<=log n,65536,0,570556,8.70599365234375
HHDSU,λ<=log n,65536,0,582794,8.892730712890625
HHDSU,λ<=log n,65536,0,605582,9.240447998046875
HHDSU,λ<=log n,65536,0,529430,8.078460693359375
HHDSU,λ<=log n,65536,0,533932,8.14715576171875
HHDSU,λ<=log n,65536,0,560085,8.546218872070312
HHDSU,λ<=log n,65536,0,563470,8.597869873046875
HHDSU,λ<=log n,65536,0,631265,9.632339477539062
HHDSU,λ<=log n,65536,0,578550,8.827972412109375
HHDSU,λ<=log n,65536,0,550568,8.4010009765625
HHDSU,λ<=log n,65536,0,578906,8.833404541015625
HHDSU,λ<=log n,65536,0,563680,8.60107421875
HHDSU,λ<=log n,65536,0,539153,8.226821899414062
HHDSU,λ<=log n,65536,0,604031,9.216781616210938
HHDSU,λ<=log n,65536,0,546297,8.335830688476562
HHDSU,λ<=log n,65536,0,543662,8.295623779296875
HHDSU,λ<=log n,65536,0,623185,9.509048461914062
HHDSU,λ<=log n,65536,0,544234,8.304351806640625
HHDSU,λ<=log n,65536,0,559103,8.531234741210938
HHDSU,λ<=log n,65536,0,540088,8.2410888671875
HHDSU,λ<=log n,65536,0,564972,8.62078857421875
HHDSU,λ<=log n,65536,0,540481,8.247085571289062
HHDSU,λ<=log n,65536,0,586435,8.948287963867188
HHDSU,λ<=log n,65536,0,570367,8.703109741210938
HHDSU,λ<=log n,65536,0,519960,7.9339599609375
HHDSU,λ<=log n,65536,0,629915,9.611740112304688
HHDSU,λ<=log n,65536,0,563427,8.597213745117188
HHDSU,λ<=log n,65536,0,531865,8.115615844726562
HHDSU,λ<=log n,65536,0,556793,8.495986938476562
HHDSU,λ<=log n,65536,0,524159,7.9980316162109375
HHDSU,λ<=log n,65536,0,568918,8.680999755859375
HHDSU,λ<=log n,65536,0,552044,8.42352294921875
HHDSU,λ<=log n,65536,0,552460,8.42987060546875
HHDSU,λ<=log n,65536,0,576680,8.7994384765625
HHDSU,λ<=log n,65536,0,539795,8.236618041992188
HHLSU,λ<=log n,65536,0,638615,9.744491577148438
HHLSU,λ<=log n,65536,0,580389,8.856033325195312
HHLSU,λ<=log n,65536,0,607198,9.265106201171875
HHLSU,λ<=log n,65536,0,563582,8.599578857421875
HHLSU,λ<=log n,65536,0,570293,8.701980590820312
HHLSU,λ<=log n,65536,0,594544,9.072021484375
HHLSU,λ<=log n,65536,0,587578,8.965728759765625
HHLSU,λ<=log n,65536,0,590632,9.0123291015625
HHLSU,λ<=log n,65536,0,587436,8.96356201171875
HHLSU,λ<=log n,65536,0,624797,9.533645629882812
HHLSU,λ<=log n,65536,0,605130,9.233551025390625
HHLSU,λ<=log n,65536,0,599279,9.144271850585938
HHLSU,λ<=log n,65536,0,613105,9.355239868164062
HHLSU,λ<=log n,65536,0,607662,9.272186279296875
HHLSU,λ<=log n,65536,0,573129,8.745254516601562
HHLSU,λ<=log n,65536,0,649994,9.918121337890625
HHLSU,λ<=log n,65536,0,625127,9.538681030273438
HHLSU,λ<=log n,65536,0,610052,9.30865478515625
HHLSU,λ<=log n,65536,0,587678,8.967254638671875
HHLSU,λ<=log n,65536,0,583513,8.903701782226562
HHLSU,λ<=log n,65536,0,631128,9.6302490234375
HHLSU,λ<=log n,65536,0,671373,10.244338989257812
HHLSU,λ<=log n,65536,0,638246,9.738861083984375
HHLSU,λ<=log n,65536,0,589897,9.001113891601562
HHLSU,λ<=log n,65536,0,609699,9.303268432617188
HHLSU,λ<=log n,65536,0,590023,9.003036499023438
HHLSU,λ<=log n,65536,0,606250,9.250640869140625
HHLSU,λ<=log n,65536,0,597494,9.117034912109375
HHLSU,λ<=log n,65536,0,624689,9.531997680664062
HHLSU,λ<=log n,65536,0,592014,9.033416748046875
HHLSU,λ<=log n,65536,0,590466,9.009796142578125
HHLSU,λ<=log n,65536,0,585908,8.94024658203125
HHLSU,λ<=log n,65536,0,633739,9.670089721679688
HHLSU,λ<=log n,65536,0,542809,8.282608032226562
HHLSU,λ<=log n,65536,0,583001,8.895889282226562
HHLSU,λ<=log n,65536,0,571378,8.718536376953125
HHLSU,λ<=log n,65536,0,640977,9.780532836914062
HHLSU,λ<=log n,65536,0,595858,9.092071533203125
HHLSU,λ<=log n,65536,0,631533,9.636428833007812
HHLSU,λ<=log n,65536,0,597584,9.118408203125
HHLSU,λ<=log n,65536,0,586710,8.952484130859375
HHLSU,λ<=log n,65536,0,588944,8.986572265625
HHLSU,λ<=log n,65536,0,584030,8.911590576171875
HHLSU,λ<=log n,65536,0,610535,9.316024780273438
HHLSU,λ<=log n,65536,0,633720,9.6697998046875
HHLSU,λ<=log n,65536,0,592403,9.039352416992188
HHLSU,λ<=log n,65536,0,637171,9.722457885742188
HHLSU,λ<=log n,65536,0,677580,10.33905029296875
HHLSU,λ<=log n,65536,0,611964,9.33782958984375
HHLSU,λ<=log n,65536,0,641651,9.790817260742188
HHLSU,λ<=log n,65536,0,588616,8.9815673828125
HHLSU,λ<=log n,65536,0,615487,9.391586303710938
HHLSU,λ<=log n,65536,0,579914,8.848785400390625
HHLSU,λ<=log n,65536,0,594820,9.07623291015625
HHLSU,λ<=log n,65536,0,578525,8.827590942382812
HHLSU,λ<=log n,65536,0,605411,9.237838745117188
HHLSU,λ<=log n,65536,0,653384,9.9698486328125
HHLSU,λ<=log n,65536,0,608654,9.287322998046875
HHLSU,λ<=log n,65536,0,581405,8.871536254882812
HHLSU,λ<=log n,65536,0,594263,9.067733764648438
HHLSU,λ<=log n,65536,0,704360,10.7476806640625
HHLSU,λ<=log n,65536,0,607221,9.265457153320312
HHLSU,λ<=log n,65536,0,608112,9.279052734375
HHLSU,λ<=log n,65536,0,606245,9.250564575195312
HHLSU,λ<=log n,65536,0,631221,9.631668090820312
HHLSU,λ<=log n,65536,0,644017,9.826919555664062
HHLSU,λ<=log n,65536,0,586804,8.95391845703125
HHLSU,λ<=log n,65536,0,581723,8.876388549804688
HHLSU,λ<=log n,65536,0,622957,9.505569458007812
HHLSU,λ<=log n,65536,0,576300,8.79364013671875
HHLSU,λ<=log n,65536,0,571113,8.714492797851562
HHLSU,λ<=log n,65536,0,604820,9.22882080078125
HHLSU,λ<=log n,65536,0,586624,8.951171875
HHLSU,λ<=log n,65536,0,579166,8.837371826171875
HHLSU,λ<=log n,65536,0,586430,8.948211669921875
HHLSU,λ<=log n,65536,0,562980,8.59039306640625
HHLSU,λ<=log n,65536,0,607449,9.268936157226562
HHLSU,λ<=log n,65536,0,574272,8.7626953125
HHLSU,λ<=log n,65536,0,592169,9.035781860351562
HHLSU,λ<=log n,65536,0,604301,9.220901489257812
HHLSU,λ<=log n,65536,0,586514,8.949493408203125
HHLSU,λ<=log n,65536,0,581935,8.879623413085938
HHLSU,λ<=log n,65536,0,619788,9.45721435546875
HHLSU,λ<=log n,65536,0,618287,9.434310913085938
HHLSU,λ<=log n,65536,0,582995,8.895797729492188
HHLSU,λ<=log n,65536,0,606627,9.256393432617188
HHLSU,λ<=log n,65536,0,617869,9.427932739257812
HHLSU,λ<=log n,65536,0,588248,8.9759521484375
HHLSU,λ<=log n,65536,0,603082,9.202301025390625
HHLSU,λ<=log n,65536,0,589015,8.987655639648438
HHLSU,λ<=log n,65536,0,635358,9.694793701171875
HHLSU,λ<=log n,65536,0,597583,9.118392944335938
HHLSU,λ<=log n,65536,0,620818,9.472930908203125
HHLSU,λ<=log n,65536,0,600824,9.1678466796875
HHLSU,λ<=log n,65536,0,572808,8.7403564453125
HHLSU,λ<=log n,65536,0,566872,8.6497802734375
HHLSU,λ<=log n,65536,0,622479,9.498275756835938
HHLSU,λ<=log n,65536,0,571031,8.713241577148438
HHLSU,λ<=log n,65536,0,615244,9.38787841796875
HHLSU,λ<=log n,65536,0,581130,8.867340087890625
HRLSU,λ<=log n,65536,0,666337,10.167495727539062
HRLSU,λ<=log n,65536,0,648123,9.889572143554688
HRLSU,λ<=log n,65536,0,638507,9.742843627929688
HRLSU,λ<=log n,65536,0,656695,10.020370483398438
HRLSU,λ<=log n,65536,0,615478,9.391448974609375
HRLSU,λ<=log n,65536,0,638349,9.740432739257812
HRLSU,λ<=log n,65536,0,709458,10.825469970703125
HRLSU,λ<=log n,65536,0,663632,10.126220703125
HRLSU,λ<=log n,65536,0,604775,9.228134155273438
HRLSU,λ<=log n,65536,0,662117,10.103103637695312
HRLSU,λ<=log n,65536,0,623764,9.51788330078125
HRLSU,λ<=log n,65536,0,612521,9.346328735351562
HRLSU,λ<=log n,65536,0,603805,9.213333129882812
HRLSU,λ<=log n,65536,0,673341,10.274368286132812
HRLSU,λ<=log n,65536,0,644150,9.828948974609375
HRLSU,λ<=log n,65536,0,635235,9.692916870117188
HRLSU,λ<=log n,65536,0,626038,9.552581787109375
HRLSU,λ<=log n,65536,0,627873,9.580581665039062
HRLSU,λ<=log n,65536,0,587065,8.957901000976562
HRLSU,λ<=log n,65536,0,615576,9.3929443359375
HRLSU,λ<=log n,65536,0,611330,9.328155517578125
HRLSU,λ<=log n,65536,0,693874,10.587677001953125
HRLSU,λ<=log n,65536,0,644242,9.830352783203125
HRLSU,λ<=log n,65536,0,631345,9.633560180664062
HRLSU,λ<=log n,65536,0,609782,9.304534912109375
HRLSU,λ<=log n,65536,0,683122,10.423614501953125
HRLSU,λ<=log n,65536,0,612118,9.340179443359375
HRLSU,λ<=log n,65536,0,630969,9.627822875976562
HRLSU,λ<=log n,65536,0,635241,9.693008422851562
HRLSU,λ<=log n,65536,0,641309,9.785598754882812
HRLSU,λ<=log n,65536,0,618574,9.438690185546875
HRLSU,λ<=log n,65536,0,643095,9.812850952148438
HRLSU,λ<=log n,65536,0,638084,9.73638916015625
HRLSU,λ<=log n,65536,0,623899,9.519943237304688
HRLSU,λ<=log n,65536,0,639556,9.75885009765625
HRLSU,λ<=log n,65536,0,618410,9.436187744140625
HRLSU,λ<=log n,65536,0,694249,10.593399047851562
HRLSU,λ<=log n,65536,0,714427,10.901290893554688
HRLSU,λ<=log n,65536,0,630552,9.6214599609375
HRLSU,λ<=log n,65536,0,646314,9.861968994140625
HRLSU,λ<=log n,65536,0,652340,9.95391845703125
HRLSU,λ<=log n,65536,0,632096,9.64501953125
HRLSU,λ<=log n,65536,0,670524,10.23138427734375
HRLSU,λ<=log n,65536,0,639715,9.761276245117188
HRLSU,λ<=log n,65536,0,709713,10.829360961914062
HRLSU,λ<=log n,65536,0,633295,9.663314819335938
HRLSU,λ<=log n,65536,0,694090,10.590972900390625
HRLSU,λ<=log n,65536,0,657115,10.026779174804688
HRLSU,λ<=log n,65536,0,691177,10.546524047851562
HRLSU,λ<=log n,65536,0,637416,9.7261962890625
HRLSU,λ<=log n,65536,0,621081,9.476943969726562
HRLSU,λ<=log n,65536,0,618086,9.431243896484375
HRLSU,λ<=log n,65536,0,610279,9.312118530273438
HRLSU,λ<=log n,65536,0,627972,9.58209228515625
HRLSU,λ<=log n,65536,0,654251,9.983078002929688
HRLSU,λ<=log n,65536,0,586959,8.956283569335938
HRLSU,λ<=log n,65536,0,623873,9.519546508789062
HRLSU,λ<=log n,65536,0,592876,9.04656982421875
HRLSU,λ<=log n,65536,0,626322,9.556915283203125
HRLSU,λ<=log n,65536,0,656637,10.019485473632812
HRLSU,λ<=log n,65536,0,637630,9.729461669921875
HRLSU,λ<=log n,65536,0,630199,9.616073608398438
HRLSU,λ<=log n,65536,0,616067,9.400436401367188
HRLSU,λ<=log n,65536,0,619520,9.453125
HRLSU,λ<=log n,65536,0,683086,10.423065185546875
HRLSU,λ<=log n,65536,0,701193,10.699356079101562
HRLSU,λ<=log n,65536,0,615692,9.39471435546875
HRLSU,λ<=log n,65536,0,627848,9.5802001953125
HRLSU,λ<=log n,65536,0,647735,9.883651733398438
HRLSU,λ<=log n,65536,0,617876,9.42803955078125
HRLSU,λ<=log n,65536,0,764229,11.661209106445312
HRLSU,λ<=log n,65536,0,657629,10.034622192382812
HRLSU,λ<=log n,65536,0,712946,10.878692626953125
HRLSU,λ<=log n,65536,0,589141,8.989578247070312
HRLSU,λ<=log n,65536,0,625135,9.538803100585938
HRLSU,λ<=log n,65536,0,694096,10.591064453125
HRLSU,λ<=log n,65536,0,628263,9.586532592773438
HRLSU,λ<=log n,65536,0,616036,9.39996337890625
HRLSU,λ<=log n,65536,0,612401,9.344497680664062
HRLSU,λ<=log n,65536,0,626556,9.56048583984375
HRLSU,λ<=log n,65536,0,669406,10.214324951171875
HRLSU,λ<=log n,65536,0,635191,9.692245483398438
HRLSU,λ<=log n,65536,0,616529,9.407485961914062
HRLSU,λ<=log n,65536,0,625523,9.544723510742188
HRLSU,λ<=log n,65536,0,662123,10.103195190429688
HRLSU,λ<=log n,65536,0,625010,9.536895751953125
HRLSU,λ<=log n,65536,0,635986,9.704376220703125
HRLSU,λ<=log n,65536,0,644437,9.833328247070312
HRLSU,λ<=log n,65536,0,671983,10.253646850585938
HRLSU,λ<=log n,65536,0,694556,10.59808349609375
HRLSU,λ<=log n,65536,0,635019,9.689620971679688
HRLSU,λ<=log n,65536,0,682991,10.421615600585938
HRLSU,λ<=log n,65536,0,717599,10.949691772460938
HRLSU,λ<=log n,65536,0,593426,9.054962158203125
HRLSU,λ<=log n,65536,0,628299,9.587081909179688
HRLSU,λ<=log n,65536,0,651601,9.942642211914062
HRLSU,λ<=log n,65536,0,625532,9.54486083984375
HRLSU,λ<=log n,65536,0,633058,9.659698486328125
HRLSU,λ<=log n,65536,0,659134,10.057586669921875
HRLSU,λ<=log n,65536,0,633909,9.672683715820312
HSLSU,λ<=log n,65536,0,778283,11.875656127929688
HSLSU,λ<=log n,65536,0,713939,10.893844604492188
HSLSU,λ<=log n,65536,0,761130,11.613922119140625
HSLSU,λ<=log n,65536,0,939107,14.329635620117188
HSLSU,λ<=log n,65536,0,704198,10.745208740234375
HSLSU,λ<=log n,65536,0,765948,11.68743896484375
HSLSU,λ<=log n,65536,0,792335,12.090072631835938
HSLSU,λ<=log n,65536,0,725760,11.07421875
HSLSU,λ<=log n,65536,0,753646,11.499725341796875
HSLSU,λ<=log n,65536,0,795453,12.137649536132812
HSLSU,λ<=log n,65536,0,769927,11.748153686523438
HSLSU,λ<=log n,65536,0,702568,10.7203369140625
HSLSU,λ<=log n,65536,0,717808,10.952880859375
HSLSU,λ<=log n,65536,0,776066,11.841827392578125
HSLSU,λ<=log n,65536,0,725750,11.074066162109375
HSLSU,λ<=log n,65536,0,718450,10.962677001953125
HSLSU,λ<=log n,65536,0,817949,12.480911254882812
HSLSU,λ<=log n,65536,0,736070,11.231536865234375
HSLSU,λ<=log n,65536,0,717456,10.947509765625
HSLSU,λ<=log n,65536,0,754921,11.519180297851562
HSLSU,λ<=log n,65536,0,852106,13.002105712890625
HSLSU,λ<=log n,65536,0,776428,11.84735107421875
HSLSU,λ<=log n,65536,0,737776,11.257568359375
HSLSU,λ<=log n,65536,0,735858,11.228302001953125
HSLSU,λ<=log n,65536,0,831095,12.681503295898438
HSLSU,λ<=log n,65536,0,737847,11.258651733398438
HSLSU,λ<=log n,65536,0,710671,10.843978881835938
HSLSU,λ<=log n,65536,0,713694,10.890106201171875
HSLSU,λ<=log n,65536,0,756700,11.54632568359375
HSLSU,λ<=log n,65536,0,708218,10.806549072265625
HSLSU,λ<=log n,65536,0,789724,12.05023193359375
HSLSU,λ<=log n,65536,0,764975,11.672592163085938
HSLSU,λ<=log n,65536,0,756624,11.545166015625
HSLSU,λ<=log n,65536,0,789137,12.041275024414062
HSLSU,λ<=log n,65536,0,736198,11.233489990234375
HSLSU,λ<=log n,65536,0,751545,11.467666625976562
HSLSU,λ<=log n,65536,0,713670,10.889739990234375
HSLSU,λ<=log n,65536,0,766358,11.693695068359375
HSLSU,λ<=log n,65536,0,756971,11.550460815429688
HSLSU,λ<=log n,65536,0,740998,11.306732177734375
HSLSU,λ<=log n,65536,0,781379,11.922897338867188
HSLSU,λ<=log n,65536,0,719333,10.976150512695312
HSLSU,λ<=log n,65536,0,794512,12.123291015625
HSLSU,λ<=log n,65536,0,746400,11.38916015625
HSLSU,λ<=log n,65536,0,730265,11.142959594726562
HSLSU,λ<=log n,65536,0,818184,12.4844970703125
HSLSU,λ<=log n,65536,0,811083,12.376144409179688
HSLSU,λ<=log n,65536,0,755281,11.524673461914062
HSLSU,λ<=log n,65536,0,733787,11.196701049804688
HSLSU,λ<=log n,65536,0,760576,11.60546875
HSLSU,λ<=log n,65536,0,767841,11.716323852539062
HSLSU,λ<=log n,65536,0,746195,11.386032104492188
HSLSU,λ<=log n,65536,0,775855,11.838607788085938
HSLSU,λ<=log n,65536,0,742592,11.3310546875
HSLSU,λ<=log n,65536,0,747201,11.401382446289062
HSLSU,λ<=log n,65536,0,749537,11.437026977539062
HSLSU,λ<=log n,65536,0,718999,10.971054077148438
HSLSU,λ<=log n,65536,0,736953,11.245010375976562
HSLSU,λ<=log n,65536,0,752956,11.48919677734375
HSLSU,λ<=log n,65536,0,713545,10.887832641601562
HSLSU,λ<=log n,65536,0,790156,12.05682373046875
HSLSU,λ<=log n,65536,0,731712,11.1650390625
HSLSU,λ<=log n,65536,0,752099,11.476119995117188
HSLSU,λ<=log n,65536,0,761745,11.623306274414062
HSLSU,λ<=log n,65536,0,762372,11.63287353515625
HSLSU,λ<=log n,65536,0,810107,12.361251831054688
HSLSU,λ<=log n,65536,0,784870,11.976165771484375
HSLSU,λ<=log n,65536,0,744434,11.359161376953125
HSLSU,λ<=log n,65536,0,813478,12.412689208984375
HSLSU,λ<=log n,65536,0,717658,10.950592041015625
HSLSU,λ<=log n,65536,0,819737,12.508193969726562
HSLSU,λ<=log n,65536,0,770883,11.762741088867188
HSLSU,λ<=log n,65536,0,819926,12.511077880859375
HSLSU,λ<=log n,65536,0,751862,11.472503662109375
HSLSU,λ<=log n,65536,0,726158,11.080291748046875
HSLSU,λ<=log n,65536,0,771681,11.774917602539062
HSLSU,λ<=log n,65536,0,755066,11.521392822265625
HSLSU,λ<=log n,65536,0,714701,10.905471801757812
HSLSU,λ<=log n,65536,0,784427,11.969406127929688
HSLSU,λ<=log n,65536,0,733092,11.18609619140625
HSLSU,λ<=log n,65536,0,713287,10.883895874023438
HSLSU,λ<=log n,65536,0,751806,11.471649169921875
HSLSU,λ<=log n,65536,0,760721,11.607681274414062
HSLSU,λ<=log n,65536,0,744776,11.3643798828125
HSLSU,λ<=log n,65536,0,880493,13.435256958007812
HSLSU,λ<=log n,65536,0,756572,11.54437255859375
HSLSU,λ<=log n,65536,0,753884,11.50335693359375
HSLSU,λ<=log n,65536,0,741615,11.316146850585938
HSLSU,λ<=log n,65536,0,696670,10.630340576171875
HSLSU,λ<=log n,65536,0,771851,11.777511596679688
HSLSU,λ<=log n,65536,0,737958,11.260345458984375
HSLSU,λ<=log n,65536,0,739977,11.291152954101562
HSLSU,λ<=log n,65536,0,786796,12.00555419921875
HSLSU,λ<=log n,65536,0,727765,11.104812622070312
HSLSU,λ<=log n,65536,0,760965,11.611404418945312
HSLSU,λ<=log n,65536,0,882541,13.466506958007812
HSLSU,λ<=log n,65536,0,826168,12.6063232421875
HSLSU,λ<=log n,65536,0,781761,11.928726196289062
HSLSU,λ<=log n,65536,0,758153,11.568496704101562
HSLSU,λ<=log n,65536,0,782972,11.94720458984375
HSDMU,λ<=log n,65536,0,603211,9.204269409179688
HSDMU,λ<=log n,65536,0,688621,10.507522583007812
HSDMU,λ<=log n,65536,0,715503,10.917709350585938
HSDMU,λ<=log n,65536,0,630007,9.613143920898438
HSDMU,λ<=log n,65536,0,599260,9.14398193359375
HSDMU,λ<=log n,65536,0,588889,8.985733032226562
HSDMU,λ<=log n,65536,0,604707,9.227096557617188
HSDMU,λ<=log n,65536,0,723879,11.045516967773438
HSDMU,λ<=log n,65536,0,648169,9.890274047851562
HSDMU,λ<=log n,65536,0,666061,10.163284301757812
HSDMU,λ<=log n,65536,0,624873,9.534805297851562
HSDMU,λ<=log n,65536,0,611849,9.336074829101562
HSDMU,λ<=log n,65536,0,726030,11.078338623046875
HSDMU,λ<=log n,65536,0,689469,10.520462036132812
HSDMU,λ<=log n,65536,0,615905,9.397964477539062
HSDMU,λ<=log n,65536,0,686061,10.468460083007812
HSDMU,λ<=log n,65536,0,687010,10.482940673828125
HSDMU,λ<=log n,65536,0,597480,9.1168212890625
HSDMU,λ<=log n,65536,0,601935,9.184799194335938
HSDMU,λ<=log n,65536,0,580285,8.854446411132812
HSDMU,λ<=log n,65536,0,657235,10.028610229492188
HSDMU,λ<=log n,65536,0,653660,9.97406005859375
HSDMU,λ<=log n,65536,0,685527,10.460311889648438
HSDMU,λ<=log n,65536,0,634254,9.677947998046875
HSDMU,λ<=log n,65536,0,643025,9.811782836914062
HSDMU,λ<=log n,65536,0,721205,11.004714965820312
HSDMU,λ<=log n,65536,0,669126,10.210052490234375
HSDMU,λ<=log n,65536,0,733239,11.188339233398438
HSDMU,λ<=log n,65536,0,574858,8.771636962890625
HSDMU,λ<=log n,65536,0,676333,10.320022583007812
HSDMU,λ<=log n,65536,0,631890,9.641876220703125
HSDMU,λ<=log n,65536,0,602713,9.196670532226562
HSDMU,λ<=log n,65536,0,654651,9.989181518554688
HSDMU,λ<=log n,65536,0,679198,10.363739013671875
HSDMU,λ<=log n,65536,0,812029,12.390579223632812
HSDMU,λ<=log n,65536,0,576063,8.790023803710938
HSDMU,λ<=log n,65536,0,679174,10.363372802734375
HSDMU,λ<=log n,65536,0,623414,9.512542724609375
HSDMU,λ<=log n,65536,0,673658,10.279205322265625
HSDMU,λ<=log n,65536,0,613601,9.362808227539062
HSDMU,λ<=log n,65536,0,657746,10.036407470703125
HSDMU,λ<=log n,65536,0,721349,11.006912231445312
HSDMU,λ<=log n,65536,0,621434,9.482330322265625
HSDMU,λ<=log n,65536,0,613548,9.36199951171875
HSDMU,λ<=log n,65536,0,622993,9.506118774414062
HSDMU,λ<=log n,65536,0,601684,9.18096923828125
HSDMU,λ<=log n,65536,0,692338,10.564239501953125
HSDMU,λ<=log n,65536,0,765683,11.683395385742188
HSDMU,λ<=log n,65536,0,624645,9.531326293945312
HSDMU,λ<=log n,65536,0,590817,9.015151977539062
HSDMU,λ<=log n,65536,0,615934,9.398406982421875
HSDMU,λ<=log n,65536,0,693813,10.586746215820312
HSDMU,λ<=log n,65536,0,602390,9.191741943359375
HSDMU,λ<=log n,65536,0,668728,10.2039794921875
HSDMU,λ<=log n,65536,0,577330,8.809356689453125
HSDMU,λ<=log n,65536,0,614827,9.381515502929688
HSDMU,λ<=log n,65536,0,669038,10.208709716796875
HSDMU,λ<=log n,65536,0,608738,9.288604736328125
HSDMU,λ<=log n,65536,0,674448,10.291259765625
HSDMU,λ<=log n,65536,0,631280,9.632568359375
HSDMU,λ<=log n,65536,0,629501,9.605422973632812
HSDMU,λ<=log n,65536,0,624943,9.535873413085938
HSDMU,λ<=log n,65536,0,620760,9.4720458984375
HSDMU,λ<=log n,65536,0,635349,9.694656372070312
HSDMU,λ<=log n,65536,0,627795,9.579391479492188
HSDMU,λ<=log n,65536,0,675653,10.309646606445312
HSDMU,λ<=log n,65536,0,657786,10.037017822265625
HSDMU,λ<=log n,65536,0,661529,10.094131469726562
HSDMU,λ<=log n,65536,0,731930,11.168365478515625
HSDMU,λ<=log n,65536,0,664703,10.142562866210938
HSDMU,λ<=log n,65536,0,663233,10.120132446289062
HSDMU,λ<=log n,65536,0,664836,10.14459228515625
HSDMU,λ<=log n,65536,0,571750,8.724212646484375
HSDMU,λ<=log n,65536,0,667208,10.1807861328125
HSDMU,λ<=log n,65536,0,590535,9.010848999023438
HSDMU,λ<=log n,65536,0,662762,10.112945556640625
HSDMU,λ<=log n,65536,0,610143,9.310043334960938
HSDMU,λ<=log n,65536,0,750929,11.458267211914062
HSDMU,λ<=log n,65536,0,692111,10.560775756835938
HSDMU,λ<=log n,65536,0,777556,11.86456298828125
HSDMU,λ<=log n,65536,0,745786,11.379791259765625
HSDMU,λ<=log n,65536,0,612814,9.350799560546875
HSDMU,λ<=log n,65536,0,685084,10.45355224609375
HSDMU,λ<=log n,65536,0,596942,9.108612060546875
HSDMU,λ<=log n,65536,0,703545,10.735244750976562
HSDMU,λ<=log n,65536,0,606173,9.249465942382812
HSDMU,λ<=log n,65536,0,734227,11.203414916992188
HSDMU,λ<=log n,65536,0,696960,10.634765625
HSDMU,λ<=log n,65536,0,652935,9.962997436523438
HSDMU,λ<=log n,65536,0,615064,9.3851318359375
HSDMU,λ<=log n,65536,0,738434,11.267608642578125
HSDMU,λ<=log n,65536,0,568992,8.68212890625
HSDMU,λ<=log n,65536,0,685173,10.454910278320312
HSDMU,λ<=log n,65536,0,578888,8.8331298828125
HSDMU,λ<=log n,65536,0,655333,9.999588012695312
HSDMU,λ<=log n,65536,0,715517,10.917922973632812
HSDMU,λ<=log n,65536,0,635858,9.702423095703125
HSDMU,λ<=log n,65536,0,637854,9.732879638671875
HSDMU,λ<=log n,65536,0,619524,9.45318603515625
HSDMU,λ<=log n,65536,0,726882,11.091339111328125
HRDMU,λ<=log n,65536,0,513276,7.83197021484375
HRDMU,λ<=log n,65536,0,465768,7.1070556640625
HRDMU,λ<=log n,65536,0,540842,8.252593994140625
HRDMU,λ<=log n,65536,0,514908,7.85687255859375
HRDMU,λ<=log n,65536,0,471819,7.1993865966796875
HRDMU,λ<=log n,65536,0,551792,8.419677734375
HRDMU,λ<=log n,65536,0,476801,7.2754058837890625
HRDMU,λ<=log n,65536,0,476397,7.2692413330078125
HRDMU,λ<=log n,65536,0,476027,7.2635955810546875
HRDMU,λ<=log n,65536,0,450151,6.8687591552734375
HRDMU,λ<=log n,65536,0,587695,8.967514038085938
HRDMU,λ<=log n,65536,0,487267,7.4351043701171875
HRDMU,λ<=log n,65536,0,478507,7.3014373779296875
HRDMU,λ<=log n,65536,0,529995,8.087081909179688
HRDMU,λ<=log n,65536,0,483891,7.3835906982421875
HRDMU,λ<=log n,65536,0,467779,7.1377410888671875
HRDMU,λ<=log n,65536,0,465960,7.1099853515625
HRDMU,λ<=log n,65536,0,531318,8.107269287109375
HRDMU,λ<=log n,65536,0,495812,7.56549072265625
HRDMU,λ<=log n,65536,0,520110,7.936248779296875
HRDMU,λ<=log n,65536,0,498236,7.60247802734375
HRDMU,λ<=log n,65536,0,479143,7.3111419677734375
HRDMU,λ<=log n,65536,0,494522,7.545806884765625
HRDMU,λ<=log n,65536,0,506132,7.72296142578125
HRDMU,λ<=log n,65536,0,511008,7.79736328125
HRDMU,λ<=log n,65536,0,505331,7.7107391357421875
HRDMU,λ<=log n,65536,0,482928,7.368896484375
HRDMU,λ<=log n,65536,0,507697,7.7468414306640625
HRDMU,λ<=log n,65536,0,534156,8.15057373046875
HRDMU,λ<=log n,65536,0,509576,7.7755126953125
HRDMU,λ<=log n,65536,0,529213,8.075149536132812
HRDMU,λ<=log n,65536,0,565965,8.635940551757812
HRDMU,λ<=log n,65536,0,480737,7.3354644775390625
HRDMU,λ<=log n,65536,0,562958,8.590057373046875
HRDMU,λ<=log n,65536,0,504972,7.70526123046875
HRDMU,λ<=log n,65536,0,542799,8.282455444335938
HRDMU,λ<=log n,65536,0,498446,7.605682373046875
HRDMU,λ<=log n,65536,0,493156,7.52496337890625
HRDMU,λ<=log n,65536,0,553120,8.43994140625
HRDMU,λ<=log n,65536,0,522768,7.976806640625
HRDMU,λ<=log n,65536,0,535324,8.16839599609375
HRDMU,λ<=log n,65536,0,527190,8.044281005859375
HRDMU,λ<=log n,65536,0,477548,7.28680419921875
HRDMU,λ<=log n,65536,0,483176,7.3726806640625
HRDMU,λ<=log n,65536,0,502158,7.662322998046875
HRDMU,λ<=log n,65536,0,550187,8.395187377929688
HRDMU,λ<=log n,65536,0,507433,7.7428131103515625
HRDMU,λ<=log n,65536,0,565698,8.631866455078125
HRDMU,λ<=log n,65536,0,482495,7.3622894287109375
HRDMU,λ<=log n,65536,0,527079,8.042587280273438
HRDMU,λ<=log n,65536,0,475725,7.2589874267578125
HRDMU,λ<=log n,65536,0,554840,8.4661865234375
HRDMU,λ<=log n,65536,0,487989,7.4461212158203125
HRDMU,λ<=log n,65536,0,499703,7.6248626708984375
HRDMU,λ<=log n,65536,0,524907,8.009445190429688
HRDMU,λ<=log n,65536,0,529644,8.08172607421875
HRDMU,λ<=log n,65536,0,488621,7.4557647705078125
HRDMU,λ<=log n,65536,0,562742,8.586761474609375
HRDMU,λ<=log n,65536,0,520105,7.9361724853515625
HRDMU,λ<=log n,65536,0,582393,8.886611938476562
HRDMU,λ<=log n,65536,0,506343,7.7261810302734375
HRDMU,λ<=log n,65536,0,519317,7.9241485595703125
HRDMU,λ<=log n,65536,0,475556,7.25640869140625
HRDMU,λ<=log n,65536,0,557742,8.510467529296875
HRDMU,λ<=log n,65536,0,491806,7.504364013671875
HRDMU,λ<=log n,65536,0,480074,7.325347900390625
HRDMU,λ<=log n,65536,0,469505,7.1640777587890625
HRDMU,λ<=log n,65536,0,511243,7.8009490966796875
HRDMU,λ<=log n,65536,0,589451,8.994308471679688
HRDMU,λ<=log n,65536,0,493178,7.525299072265625
HRDMU,λ<=log n,65536,0,507805,7.7484893798828125
HRDMU,λ<=log n,65536,0,508878,7.764862060546875
HRDMU,λ<=log n,65536,0,563865,8.603897094726562
HRDMU,λ<=log n,65536,0,523162,7.982818603515625
HRDMU,λ<=log n,65536,0,481346,7.344757080078125
HRDMU,λ<=log n,65536,0,501142,7.646820068359375
HRDMU,λ<=log n,65536,0,496868,7.58160400390625
HRDMU,λ<=log n,65536,0,527495,8.048934936523438
HRDMU,λ<=log n,65536,0,489735,7.4727630615234375
HRDMU,λ<=log n,65536,0,477492,7.28594970703125
HRDMU,λ<=log n,65536,0,506883,7.7344207763671875
HRDMU,λ<=log n,65536,0,502788,7.67193603515625
HRDMU,λ<=log n,65536,0,507478,7.743499755859375
HRDMU,λ<=log n,65536,0,592919,9.047225952148438
HRDMU,λ<=log n,65536,0,501354,7.650054931640625
HRDMU,λ<=log n,65536,0,488549,7.4546661376953125
HRDMU,λ<=log n,65536,0,506113,7.7226715087890625
HRDMU,λ<=log n,65536,0,539327,8.229476928710938
HRDMU,λ<=log n,65536,0,467212,7.12908935546875
HRDMU,λ<=log n,65536,0,502891,7.6735076904296875
HRDMU,λ<=log n,65536,0,490705,7.4875640869140625
HRDMU,λ<=log n,65536,0,496495,7.5759124755859375
HRDMU,λ<=log n,65536,0,560017,8.545181274414062
HRDMU,λ<=log n,65536,0,507821,7.7487335205078125
HRDMU,λ<=log n,65536,0,524552,8.0040283203125
HRDMU,λ<=log n,65536,0,524754,8.007110595703125
HRDMU,λ<=log n,65536,0,472082,7.203399658203125
HRDMU,λ<=log n,65536,0,579050,8.835601806640625
HRDMU,λ<=log n,65536,0,553540,8.44635009765625
HRDMU,λ<=log n,65536,0,482756,7.36627197265625
HHDMU,λ<=log n,65536,0,452119,6.8987884521484375
HHDMU,λ<=log n,65536,0,576578,8.797882080078125
HHDMU,λ<=log n,65536,0,476194,7.266143798828125
HHDMU,λ<=log n,65536,0,455837,6.9555206298828125
HHDMU,λ<=log n,65536,0,517103,7.8903656005859375
HHDMU,λ<=log n,65536,0,439992,6.7137451171875
HHDMU,λ<=log n,65536,0,507595,7.7452850341796875
HHDMU,λ<=log n,65536,0,465619,7.1047821044921875
HHDMU,λ<=log n,65536,0,457259,6.9772186279296875
HHDMU,λ<=log n,65536,0,467434,7.132476806640625
HHDMU,λ<=log n,65536,0,454535,6.9356536865234375
HHDMU,λ<=log n,65536,0,464083,7.0813446044921875
HHDMU,λ<=log n,65536,0,473605,7.2266387939453125
HHDMU,λ<=log n,65536,0,475313,7.2527008056640625
HHDMU,λ<=log n,65536,0,473161,7.2198638916015625
HHDMU,λ<=log n,65536,0,450916,6.88043212890625
HHDMU,λ<=log n,65536,0,452144,6.899169921875
HHDMU,λ<=log n,65536,0,450285,6.8708038330078125
HHDMU,λ<=log n,65536,0,477075,7.2795867919921875
HHDMU,λ<=log n,65536,0,453365,6.9178009033203125
HHDMU,λ<=log n,65536,0,518877,7.9174346923828125
HHDMU,λ<=log n,65536,0,446846,6.818328857421875
HHDMU,λ<=log n,65536,0,450639,6.8762054443359375
HHDMU,λ<=log n,65536,0,437046,6.668792724609375
HHDMU,λ<=log n,65536,0,460239,7.0226898193359375
HHDMU,λ<=log n,65536,0,454415,6.9338226318359375
HHDMU,λ<=log n,65536,0,446562,6.813995361328125
HHDMU,λ<=log n,65536,0,512421,7.8189239501953125
HHDMU,λ<=log n,65536,0,447256,6.8245849609375
HHDMU,λ<=log n,65536,0,449769,6.8629302978515625
HHDMU,λ<=log n,65536,0,451503,6.8893890380859375
HHDMU,λ<=log n,65536,0,443173,6.7622833251953125
HHDMU,λ<=log n,65536,0,482471,7.3619232177734375
HHDMU,λ<=log n,65536,0,491098,7.493560791015625
HHDMU,λ<=log n,65536,0,451485,6.8891143798828125
HHDMU,λ<=log n,65536,0,483632,7.379638671875
HHDMU,λ<=log n,65536,0,466997,7.1258087158203125
HHDMU,λ<=log n,65536,0,457294,6.977752685546875
HHDMU,λ<=log n,65536,0,512424,7.8189697265625
HHDMU,λ<=log n,65536,0,462755,7.0610809326171875
HHDMU,λ<=log n,65536,0,437387,6.6739959716796875
HHDMU,λ<=log n,65536,0,506802,7.733184814453125
HHDMU,λ<=log n,65536,0,476729,7.2743072509765625
HHDMU,λ<=log n,65536,0,441969,6.7439117431640625
HHDMU,λ<=log n,65536,0,431663,6.5866546630859375
HHDMU,λ<=log n,65536,0,480050,7.324981689453125
HHDMU,λ<=log n,65536,0,467196,7.12884521484375
HHDMU,λ<=log n,65536,0,452426,6.903472900390625
HHDMU,λ<=log n,65536,0,467371,7.1315155029296875
HHDMU,λ<=log n,65536,0,449252,6.85504150390625
HHDMU,λ<=log n,65536,0,497532,7.59173583984375
HHDMU,λ<=log n,65536,0,504020,7.69073486328125
HHDMU,λ<=log n,65536,0,448605,6.8451690673828125
HHDMU,λ<=log n,65536,0,496058,7.569244384765625
HHDMU,λ<=log n,65536,0,445173,6.7928009033203125
HHDMU,λ<=log n,65536,0,474655,7.2426605224609375
HHDMU,λ<=log n,65536,0,461881,7.0477447509765625
HHDMU,λ<=log n,65536,0,477249,7.2822418212890625
HHDMU,λ<=log n,65536,0,457064,6.9742431640625
HHDMU,λ<=log n,65536,0,444860,6.78802490234375
HHDMU,λ<=log n,65536,0,468459,7.1481170654296875
HHDMU,λ<=log n,65536,0,474160,7.235107421875
HHDMU,λ<=log n,65536,0,449264,6.855224609375
HHDMU,λ<=log n,65536,0,525019,8.011154174804688
HHDMU,λ<=log n,65536,0,460768,7.03076171875
HHDMU,λ<=log n,65536,0,494321,7.5427398681640625
HHDMU,λ<=log n,65536,0,499121,7.6159820556640625
HHDMU,λ<=log n,65536,0,448324,6.84088134765625
HHDMU,λ<=log n,65536,0,447216,6.823974609375
HHDMU,λ<=log n,65536,0,461275,7.0384979248046875
HHDMU,λ<=log n,65536,0,444074,6.776031494140625
HHDMU,λ<=log n,65536,0,479541,7.3172149658203125
HHDMU,λ<=log n,65536,0,454714,6.938385009765625
HHDMU,λ<=log n,65536,0,462927,7.0637054443359375
HHDMU,λ<=log n,65536,0,460560,7.027587890625
HHDMU,λ<=log n,65536,0,511205,7.8003692626953125
HHDMU,λ<=log n,65536,0,477209,7.2816314697265625
HHDMU,λ<=log n,65536,0,608730,9.288482666015625
HHDMU,λ<=log n,65536,0,537603,8.203170776367188
HHDMU,λ<=log n,65536,0,490920,7.4908447265625
HHDMU,λ<=log n,65536,0,492374,7.513031005859375
HHDMU,λ<=log n,65536,0,434070,6.623382568359375
HHDMU,λ<=log n,65536,0,465678,7.105682373046875
HHDMU,λ<=log n,65536,0,478948,7.30816650390625
HHDMU,λ<=log n,65536,0,503430,7.681732177734375
HHDMU,λ<=log n,65536,0,496282,7.572662353515625
HHDMU,λ<=log n,65536,0,460302,7.023651123046875
HHDMU,λ<=log n,65536,0,449740,6.86248779296875
HHDMU,λ<=log n,65536,0,478061,7.2946319580078125
HHDMU,λ<=log n,65536,0,445773,6.8019561767578125
HHDMU,λ<=log n,65536,0,464794,7.092193603515625
HHDMU,λ<=log n,65536,0,488007,7.4463958740234375
HHDMU,λ<=log n,65536,0,444232,6.7784423828125
HHDMU,λ<=log n,65536,0,430038,6.561859130859375
HHDMU,λ<=log n,65536,0,461569,7.0429840087890625
HHDMU,λ<=log n,65536,0,451241,6.8853912353515625
HHDMU,λ<=log n,65536,0,480870,7.337493896484375
HHDMU,λ<=log n,65536,0,462781,7.0614776611328125
HHDMU,λ<=log n,65536,0,484937,7.3995513916015625
HHDMU,λ<=log n,65536,0,491602,7.501251220703125
HHLMU,λ<=log n,65536,0,466485,7.1179962158203125
HHLMU,λ<=log n,65536,0,502339,7.6650848388671875
HHLMU,λ<=log n,65536,0,482678,7.365081787109375
HHLMU,λ<=log n,65536,0,464001,7.0800933837890625
HHLMU,λ<=log n,65536,0,486832,7.428466796875
HHLMU,λ<=log n,65536,0,484198,7.388275146484375
HHLMU,λ<=log n,65536,0,468398,7.147186279296875
HHLMU,λ<=log n,65536,0,498480,7.606201171875
HHLMU,λ<=log n,65536,0,470087,7.1729583740234375
HHLMU,λ<=log n,65536,0,466052,7.11138916015625
HHLMU,λ<=log n,65536,0,482058,7.355621337890625
HHLMU,λ<=log n,65536,0,489841,7.4743804931640625
HHLMU,λ<=log n,65536,0,504453,7.6973419189453125
HHLMU,λ<=log n,65536,0,470314,7.176422119140625
HHLMU,λ<=log n,65536,0,471061,7.1878204345703125
HHLMU,λ<=log n,65536,0,545017,8.316299438476562
HHLMU,λ<=log n,65536,0,491325,7.4970245361328125
HHLMU,λ<=log n,65536,0,507583,7.7451019287109375
HHLMU,λ<=log n,65536,0,505574,7.714447021484375
HHLMU,λ<=log n,65536,0,477014,7.278656005859375
HHLMU,λ<=log n,65536,0,457394,6.979278564453125
HHLMU,λ<=log n,65536,0,478096,7.295166015625
HHLMU,λ<=log n,65536,0,517357,7.8942413330078125
HHLMU,λ<=log n,65536,0,538249,8.213027954101562
HHLMU,λ<=log n,65536,0,463875,7.0781707763671875
HHLMU,λ<=log n,65536,0,505351,7.7110443115234375
HHLMU,λ<=log n,65536,0,490779,7.4886932373046875
HHLMU,λ<=log n,65536,0,454708,6.93829345703125
HHLMU,λ<=log n,65536,0,451309,6.8864288330078125
HHLMU,λ<=log n,65536,0,453695,6.9228363037109375
HHLMU,λ<=log n,65536,0,461663,7.0444183349609375
HHLMU,λ<=log n,65536,0,465794,7.107452392578125
HHLMU,λ<=log n,65536,0,493346,7.527862548828125
HHLMU,λ<=log n,65536,0,485967,7.4152679443359375
HHLMU,λ<=log n,65536,0,512384,7.818359375
HHLMU,λ<=log n,65536,0,483474,7.377227783203125
HHLMU,λ<=log n,65536,0,488761,7.4579010009765625
HHLMU,λ<=log n,65536,0,468493,7.1486358642578125
HHLMU,λ<=log n,65536,0,486076,7.41693115234375
HHLMU,λ<=log n,65536,0,470866,7.184844970703125
HHLMU,λ<=log n,65536,0,559936,8.5439453125
HHLMU,λ<=log n,65536,0,483541,7.3782501220703125
HHLMU,λ<=log n,65536,0,510188,7.78485107421875
HHLMU,λ<=log n,65536,0,480765,7.3358917236328125
HHLMU,λ<=log n,65536,0,475240,7.2515869140625
HHLMU,λ<=log n,65536,0,566390,8.642425537109375
HHLMU,λ<=log n,65536,0,460557,7.0275421142578125
HHLMU,λ<=log n,65536,0,474394,7.238677978515625
HHLMU,λ<=log n,65536,0,500636,7.63909912109375
HHLMU,λ<=log n,65536,0,465534,7.103485107421875
HHLMU,λ<=log n,65536,0,519569,7.9279937744140625
HHLMU,λ<=log n,65536,0,466883,7.1240692138671875
HHLMU,λ<=log n,65536,0,485218,7.403839111328125
HHLMU,λ<=log n,65536,0,525105,8.012466430664062
HHLMU,λ<=log n,65536,0,480164,7.32672119140625
HHLMU,λ<=log n,65536,0,511364,7.80279541015625
HHLMU,λ<=log n,65536,0,499998,7.629364013671875
HHLMU,λ<=log n,65536,0,471586,7.195831298828125
HHLMU,λ<=log n,65536,0,494017,7.5381011962890625
HHLMU,λ<=log n,65536,0,487652,7.44097900390625
HHLMU,λ<=log n,65536,0,473268,7.22149658203125
HHLMU,λ<=log n,65536,0,470306,7.176300048828125
HHLMU,λ<=log n,65536,0,496905,7.5821685791015625
HHLMU,λ<=log n,65536,0,513427,7.8342742919921875
HHLMU,λ<=log n,65536,0,497896,7.5972900390625
HHLMU,λ<=log n,65536,0,526022,8.026458740234375
HHLMU,λ<=log n,65536,0,487551,7.4394378662109375
HHLMU,λ<=log n,65536,0,509381,7.7725372314453125
HHLMU,λ<=log n,65536,0,485496,7.4080810546875
HHLMU,λ<=log n,65536,0,484645,7.3950958251953125
HHLMU,λ<=log n,65536,0,555959,8.483261108398438
HHLMU,λ<=log n,65536,0,460553,7.0274810791015625
HHLMU,λ<=log n,65536,0,478602,7.302886962890625
HHLMU,λ<=log n,65536,0,528299,8.061203002929688
HHLMU,λ<=log n,65536,0,452179,6.8997039794921875
HHLMU,λ<=log n,65536,0,486893,7.4293975830078125
HHLMU,λ<=log n,65536,0,487628,7.44061279296875
HHLMU,λ<=log n,65536,0,504884,7.70391845703125
HHLMU,λ<=log n,65536,0,486701,7.4264678955078125
HHLMU,λ<=log n,65536,0,493790,7.534637451171875
HHLMU,λ<=log n,65536,0,487382,7.436859130859375
HHLMU,λ<=log n,65536,0,477206,7.281585693359375
HHLMU,λ<=log n,65536,0,443145,6.7618560791015625
HHLMU,λ<=log n,65536,0,491630,7.501678466796875
HHLMU,λ<=log n,65536,0,471314,7.191680908203125
HHLMU,λ<=log n,65536,0,485594,7.409576416015625
HHLMU,λ<=log n,65536,0,525995,8.026046752929688
HHLMU,λ<=log n,65536,0,494313,7.5426177978515625
HHLMU,λ<=log n,65536,0,470722,7.182647705078125
HHLMU,λ<=log n,65536,0,459803,7.0160369873046875
HHLMU,λ<=log n,65536,0,491365,7.4976348876953125
HHLMU,λ<=log n,65536,0,521974,7.964691162109375
HHLMU,λ<=log n,65536,0,501473,7.6518707275390625
HHLMU,λ<=log n,65536,0,505779,7.7175750732421875
HHLMU,λ<=log n,65536,0,493877,7.5359649658203125
HHLMU,λ<=log n,65536,0,466280,7.1148681640625
HHLMU,λ<=log n,65536,0,493348,7.52789306640625
HHLMU,λ<=log n,65536,0,485513,7.4083404541015625
HHLMU,λ<=log n,65536,0,477191,7.2813568115234375
HHLMU,λ<=log n,65536,0,471018,7.187164306640625
HRLMU,λ<=log n,65536,0,500889,7.6429595947265625
HRLMU,λ<=log n,65536,0,497020,7.58392333984375
HRLMU,λ<=log n,65536,0,595973,9.093826293945312
HRLMU,λ<=log n,65536,0,608297,9.281875610351562
HRLMU,λ<=log n,65536,0,530693,8.097732543945312
HRLMU,λ<=log n,65536,0,609345,9.297866821289062
HRLMU,λ<=log n,65536,0,509268,7.77081298828125
HRLMU,λ<=log n,65536,0,534836,8.16094970703125
HRLMU,λ<=log n,65536,0,503375,7.6808929443359375
HRLMU,λ<=log n,65536,0,506906,7.734771728515625
HRLMU,λ<=log n,65536,0,490485,7.4842071533203125
HRLMU,λ<=log n,65536,0,593020,9.04876708984375
HRLMU,λ<=log n,65536,0,507462,7.743255615234375
HRLMU,λ<=log n,65536,0,494718,7.548797607421875
HRLMU,λ<=log n,65536,0,584452,8.91802978515625
HRLMU,λ<=log n,65536,0,587587,8.965866088867188
HRLMU,λ<=log n,65536,0,507995,7.7513885498046875
HRLMU,λ<=log n,65536,0,506553,7.7293853759765625
HRLMU,λ<=log n,65536,0,525740,8.02215576171875
HRLMU,λ<=log n,65536,0,503588,7.68414306640625
HRLMU,λ<=log n,65536,0,522728,7.9761962890625
HRLMU,λ<=log n,65536,0,573707,8.754074096679688
HRLMU,λ<=log n,65536,0,538180,8.21197509765625
HRLMU,λ<=log n,65536,0,590714,9.013580322265625
HRLMU,λ<=log n,65536,0,568137,8.669082641601562
HRLMU,λ<=log n,65536,0,575012,8.77398681640625
HRLMU,λ<=log n,65536,0,541916,8.26898193359375
HRLMU,λ<=log n,65536,0,504096,7.69189453125
HRLMU,λ<=log n,65536,0,501481,7.6519927978515625
HRLMU,λ<=log n,65536,0,497831,7.5962982177734375
HRLMU,λ<=log n,65536,0,526039,8.026718139648438
HRLMU,λ<=log n,65536,0,532010,8.117828369140625
HRLMU,λ<=log n,65536,0,554419,8.459762573242188
HRLMU,λ<=log n,65536,0,564144,8.608154296875
HRLMU,λ<=log n,65536,0,562655,8.585433959960938
HRLMU,λ<=log n,65536,0,544522,8.308746337890625
HRLMU,λ<=log n,65536,0,557044,8.49981689453125
HRLMU,λ<=log n,65536,0,496401,7.5744781494140625
HRLMU,λ<=log n,65536,0,668820,10.20538330078125
HRLMU,λ<=log n,65536,0,523492,7.98785400390625
HRLMU,λ<=log n,65536,0,513696,7.83837890625
HRLMU,λ<=log n,65536,0,513324,7.83270263671875
HRLMU,λ<=log n,65536,0,531945,8.116836547851562
HRLMU,λ<=log n,65536,0,516851,7.8865203857421875
HRLMU,λ<=log n,65536,0,486852,7.42877197265625
HRLMU,λ<=log n,65536,0,522679,7.9754486083984375
HRLMU,λ<=log n,65536,0,491172,7.49468994140625
HRLMU,λ<=log n,65536,0,529831,8.084579467773438
HRLMU,λ<=log n,65536,0,500674,7.639678955078125
HRLMU,λ<=log n,65536,0,489952,7.47607421875
HRLMU,λ<=log n,65536,0,494221,7.5412139892578125
HRLMU,λ<=log n,65536,0,510632,7.7916259765625
HRLMU,λ<=log n,65536,0,529031,8.072372436523438
HRLMU,λ<=log n,65536,0,498991,7.6139984130859375
HRLMU,λ<=log n,65536,0,486929,7.4299468994140625
HRLMU,λ<=log n,65536,0,486589,7.4247589111328125
HRLMU,λ<=log n,65536,0,547834,8.359283447265625
HRLMU,λ<=log n,65536,0,514915,7.8569793701171875
HRLMU,λ<=log n,65536,0,533656,8.1429443359375
HRLMU,λ<=log n,65536,0,567650,8.661651611328125
HRLMU,λ<=log n,65536,0,548451,8.368698120117188
HRLMU,λ<=log n,65536,0,547698,8.357208251953125
HRLMU,λ<=log n,65536,0,611758,9.334686279296875
HRLMU,λ<=log n,65536,0,515081,7.8595123291015625
HRLMU,λ<=log n,65536,0,555284,8.47296142578125
HRLMU,λ<=log n,65536,0,525024,8.01123046875
HRLMU,λ<=log n,65536,0,517158,7.891204833984375
HRLMU,λ<=log n,65536,0,529665,8.082046508789062
HRLMU,λ<=log n,65536,0,525765,8.022537231445312
HRLMU,λ<=log n,65536,0,515355,7.8636932373046875
HRLMU,λ<=log n,65536,0,542418,8.276641845703125
HRLMU,λ<=log n,65536,0,557300,8.50372314453125
HRLMU,λ<=log n,65536,0,513047,7.8284759521484375
HRLMU,λ<=log n,65536,0,613544,9.3619384765625
HRLMU,λ<=log n,65536,0,613447,9.360458374023438
HRLMU,λ<=log n,65536,0,555526,8.476654052734375
HRLMU,λ<=log n,65536,0,521747,7.9612274169921875
HRLMU,λ<=log n,65536,0,486561,7.4243316650390625
HRLMU,λ<=log n,65536,0,535497,8.171035766601562
HRLMU,λ<=log n,65536,0,628406,9.588714599609375
HRLMU,λ<=log n,65536,0,542085,8.271560668945312
HRLMU,λ<=log n,65536,0,521604,7.95904541015625
HRLMU,λ<=log n,65536,0,506007,7.7210540771484375
HRLMU,λ<=log n,65536,0,508547,7.7598114013671875
HRLMU,λ<=log n,65536,0,541651,8.264938354492188
HRLMU,λ<=log n,65536,0,588382,8.977996826171875
HRLMU,λ<=log n,65536,0,504068,7.69146728515625
HRLMU,λ<=log n,65536,0,523901,7.9940948486328125
HRLMU,λ<=log n,65536,0,481809,7.3518218994140625
HRLMU,λ<=log n,65536,0,558034,8.514923095703125
HRLMU,λ<=log n,65536,0,542570,8.278961181640625
HRLMU,λ<=log n,65536,0,522099,7.9665985107421875
HRLMU,λ<=log n,65536,0,478384,7.299560546875
HRLMU,λ<=log n,65536,0,536999,8.193954467773438
HRLMU,λ<=log n,65536,0,536714,8.189605712890625
HRLMU,λ<=log n,65536,0,513036,7.82830810546875
HRLMU,λ<=log n,65536,0,518631,7.9136810302734375
HRLMU,λ<=log n,65536,0,521518,7.957733154296875
HRLMU,λ<=log n,65536,0,484919,7.3992767333984375
HSLMU,λ<=log n,65536,0,738431,11.267562866210938
HSLMU,λ<=log n,65536,0,732446,11.176239013671875
HSLMU,λ<=log n,65536,0,723494,11.039642333984375
HSLMU,λ<=log n,65536,0,801604,12.23150634765625
HSLMU,λ<=log n,65536,0,706779,10.784591674804688
HSLMU,λ<=log n,65536,0,718558,10.964324951171875
HSLMU,λ<=log n,65536,0,747339,11.403488159179688
HSLMU,λ<=log n,65536,0,756101,11.537185668945312
HSLMU,λ<=log n,65536,0,691758,10.555389404296875
HSLMU,λ<=log n,65536,0,760425,11.603164672851562
HSLMU,λ<=log n,65536,0,709139,10.820602416992188
HSLMU,λ<=log n,65536,0,661826,10.098663330078125
HSLMU,λ<=log n,65536,0,719386,10.976959228515625
HSLMU,λ<=log n,65536,0,764120,11.6595458984375
HSLMU,λ<=log n,65536,0,733635,11.194381713867188
HSLMU,λ<=log n,65536,0,713656,10.8895263671875
HSLMU,λ<=log n,65536,0,791901,12.083450317382812
HSLMU,λ<=log n,65536,0,765640,11.6827392578125
HSLMU,λ<=log n,65536,0,763945,11.656875610351562
HSLMU,λ<=log n,65536,0,787819,12.021163940429688
HSLMU,λ<=log n,65536,0,781598,11.926239013671875
HSLMU,λ<=log n,65536,0,766254,11.692108154296875
HSLMU,λ<=log n,65536,0,763886,11.655975341796875
HSLMU,λ<=log n,65536,0,748436,11.42022705078125
HSLMU,λ<=log n,65536,0,733431,11.191268920898438
HSLMU,λ<=log n,65536,0,696328,10.6251220703125
HSLMU,λ<=log n,65536,0,744988,11.36761474609375
HSLMU,λ<=log n,65536,0,745614,11.377166748046875
HSLMU,λ<=log n,65536,0,809372,12.35003662109375
HSLMU,λ<=log n,65536,0,742737,11.333267211914062
HSLMU,λ<=log n,65536,0,653200,9.967041015625
HSLMU,λ<=log n,65536,0,758151,11.568466186523438
HSLMU,λ<=log n,65536,0,654611,9.988571166992188
HSLMU,λ<=log n,65536,0,772866,11.792999267578125
HSLMU,λ<=log n,65536,0,760525,11.604690551757812
HSLMU,λ<=log n,65536,0,858894,13.105682373046875
HSLMU,λ<=log n,65536,0,718251,10.959640502929688
HSLMU,λ<=log n,65536,0,695168,10.607421875
HSLMU,λ<=log n,65536,0,781296,11.921630859375
HSLMU,λ<=log n,65536,0,787211,12.011886596679688
HSLMU,λ<=log n,65536,0,741829,11.319412231445312
HSLMU,λ<=log n,65536,0,714495,10.902328491210938
HSLMU,λ<=log n,65536,0,698633,10.660293579101562
HSLMU,λ<=log n,65536,0,698774,10.662445068359375
HSLMU,λ<=log n,65536,0,779393,11.892593383789062
HSLMU,λ<=log n,65536,0,745354,11.373199462890625
HSLMU,λ<=log n,65536,0,741185,11.309585571289062
HSLMU,λ<=log n,65536,0,759185,11.584243774414062
HSLMU,λ<=log n,65536,0,722856,11.0299072265625
HSLMU,λ<=log n,65536,0,750013,11.444290161132812
HSLMU,λ<=log n,65536,0,684128,10.43896484375
HSLMU,λ<=log n,65536,0,878661,13.407302856445312
HSLMU,λ<=log n,65536,0,755212,11.52362060546875
HSLMU,λ<=log n,65536,0,673360,10.274658203125
HSLMU,λ<=log n,65536,0,774879,11.823715209960938
HSLMU,λ<=log n,65536,0,691258,10.547760009765625
HSLMU,λ<=log n,65536,0,779486,11.894012451171875
HSLMU,λ<=log n,65536,0,712552,10.8726806640625
HSLMU,λ<=log n,65536,0,733465,11.191787719726562
HSLMU,λ<=log n,65536,0,738641,11.270767211914062
HSLMU,λ<=log n,65536,0,722959,11.031478881835938
HSLMU,λ<=log n,65536,0,752511,11.482406616210938
HSLMU,λ<=log n,65536,0,778558,11.879852294921875
HSLMU,λ<=log n,65536,0,747517,11.406204223632812
HSLMU,λ<=log n,65536,0,701331,10.701461791992188
HSLMU,λ<=log n,65536,0,763581,11.651321411132812
HSLMU,λ<=log n,65536,0,748333,11.418655395507812
HSLMU,λ<=log n,65536,0,704531,10.750289916992188
HSLMU,λ<=log n,65536,0,696287,10.624496459960938
HSLMU,λ<=log n,65536,0,735550,11.223602294921875
HSLMU,λ<=log n,65536,0,772861,11.792922973632812
HSLMU,λ<=log n,65536,0,740918,11.305511474609375
HSLMU,λ<=log n,65536,0,802015,12.237777709960938
HSLMU,λ<=log n,65536,0,665025,10.147476196289062
HSLMU,λ<=log n,65536,0,702020,10.71197509765625
HSLMU,λ<=log n,65536,0,655441,10.001235961914062
HSLMU,λ<=log n,65536,0,745602,11.376983642578125
HSLMU,λ<=log n,65536,0,797675,12.171554565429688
HSLMU,λ<=log n,65536,0,677345,10.335464477539062
HSLMU,λ<=log n,65536,0,717976,10.9554443359375
HSLMU,λ<=log n,65536,0,703101,10.728469848632812
HSLMU,λ<=log n,65536,0,699013,10.666091918945312
HSLMU,λ<=log n,65536,0,741345,11.312026977539062
HSLMU,λ<=log n,65536,0,712601,10.873428344726562
HSLMU,λ<=log n,65536,0,694924,10.60369873046875
HSLMU,λ<=log n,65536,0,735971,11.230026245117188
HSLMU,λ<=log n,65536,0,764954,11.672271728515625
HSLMU,λ<=log n,65536,0,702151,10.713973999023438
HSLMU,λ<=log n,65536,0,864646,13.193450927734375
HSLMU,λ<=log n,65536,0,685267,10.456344604492188
HSLMU,λ<=log n,65536,0,742906,11.335845947265625
HSLMU,λ<=log n,65536,0,797543,12.169540405273438
HSLMU,λ<=log n,65536,0,745882,11.381256103515625
HSLMU,λ<=log n,65536,0,749872,11.442138671875
HSLMU,λ<=log n,65536,0,721162,11.004058837890625
HSLMU,λ<=log n,65536,0,688018,10.498321533203125
HSLMU,λ<=log n,65536,0,696628,10.62969970703125
HSLMU,λ<=log n,65536,0,673235,10.272750854492188
HSLMU,λ<=log n,65536,0,711310,10.853729248046875
HSLMU,λ<=log n,65536,0,666359,10.167831420898438
HSDIU,λ<=log n,65536,0,762571,11.635910034179688
HSDIU,λ<=log n,65536,0,771525,11.772537231445312
HSDIU,λ<=log n,65536,0,764885,11.671218872070312
HSDIU,λ<=log n,65536,0,805573,12.292068481445312
HSDIU,λ<=log n,65536,0,719439,10.977767944335938
HSDIU,λ<=log n,65536,0,722071,11.017929077148438
HSDIU,λ<=log n,65536,0,797561,12.169815063476562
HSDIU,λ<=log n,65536,0,780953,11.916397094726562
HSDIU,λ<=log n,65536,0,746891,11.396652221679688
HSDIU,λ<=log n,65536,0,752117,11.476394653320312
HSDIU,λ<=log n,65536,0,781517,11.925003051757812
HSDIU,λ<=log n,65536,0,700979,10.696090698242188
HSDIU,λ<=log n,65536,0,763625,11.651992797851562
HSDIU,λ<=log n,65536,0,753045,11.490554809570312
HSDIU,λ<=log n,65536,0,790149,12.056716918945312
HSDIU,λ<=log n,65536,0,727359,11.098617553710938
HSDIU,λ<=log n,65536,0,824815,12.585678100585938
HSDIU,λ<=log n,65536,0,833923,12.724655151367188
HSDIU,λ<=log n,65536,0,810659,12.369674682617188
HSDIU,λ<=log n,65536,0,805351,12.288681030273438
HSDIU,λ<=log n,65536,0,718615,10.965194702148438
HSDIU,λ<=log n,65536,0,745639,11.377548217773438
HSDIU,λ<=log n,65536,0,769823,11.746566772460938
HSDIU,λ<=log n,65536,0,880237,13.431350708007812
HSDIU,λ<=log n,65536,0,745139,11.369918823242188
HSDIU,λ<=log n,65536,0,741393,11.312759399414062
HSDIU,λ<=log n,65536,0,800277,12.211257934570312
HSDIU,λ<=log n,65536,0,701869,10.709671020507812
HSDIU,λ<=log n,65536,0,743641,11.347061157226562
HSDIU,λ<=log n,65536,0,762041,11.627822875976562
HSDIU,λ<=log n,65536,0,803347,12.258102416992188
HSDIU,λ<=log n,65536,0,715995,10.925216674804688
HSDIU,λ<=log n,65536,0,728303,11.113021850585938
HSDIU,λ<=log n,65536,0,847231,12.927719116210938
HSDIU,λ<=log n,65536,0,744313,11.357315063476562
HSDIU,λ<=log n,65536,0,824317,12.578079223632812
HSDIU,λ<=log n,65536,0,749795,11.440963745117188
HSDIU,λ<=log n,65536,0,762681,11.637588500976562
HSDIU,λ<=log n,65536,0,748469,11.420730590820312
HSDIU,λ<=log n,65536,0,752955,11.489181518554688
HSDIU,λ<=log n,65536,0,702397,10.717727661132812
HSDIU,λ<=log n,65536,0,741221,11.310134887695312
HSDIU,λ<=log n,65536,0,805249,12.287124633789062
HSDIU,λ<=log n,65536,0,720857,10.999404907226562
HSDIU,λ<=log n,65536,0,820003,12.512252807617188
HSDIU,λ<=log n,65536,0,749779,11.440719604492188
HSDIU,λ<=log n,65536,0,798599,12.185653686523438
HSDIU,λ<=log n,65536,0,785695,11.988754272460938
HSDIU,λ<=log n,65536,0,785207,11.981307983398438
HSDIU,λ<=log n,65536,0,763593,11.651504516601562
HSDIU,λ<=log n,65536,0,781331,11.922164916992188
HSDIU,λ<=log n,65536,0,796883,12.159469604492188
HSDIU,λ<=log n,65536,0,762201,11.630264282226562
HSDIU,λ<=log n,65536,0,758851,11.579147338867188
HSDIU,λ<=log n,65536,0,731461,11.161209106445312
HSDIU,λ<=log n,65536,0,800103,12.208602905273438
HSDIU,λ<=log n,65536,0,728191,11.111312866210938
HSDIU,λ<=log n,65536,0,856573,13.070266723632812
HSDIU,λ<=log n,65536,0,863255,13.172225952148438
HSDIU,λ<=log n,65536,0,789287,12.043563842773438
HSDIU,λ<=log n,65536,0,793793,12.112319946289062
HSDIU,λ<=log n,65536,0,745089,11.369155883789062
HSDIU,λ<=log n,65536,0,736517,11.238357543945312
HSDIU,λ<=log n,65536,0,772715,11.790695190429688
HSDIU,λ<=log n,65536,0,772745,11.791152954101562
HSDIU,λ<=log n,65536,0,731777,11.166030883789062
HSDIU,λ<=log n,65536,0,840839,12.830184936523438
HSDIU,λ<=log n,65536,0,771257,11.768447875976562
HSDIU,λ<=log n,65536,0,795901,12.144485473632812
HSDIU,λ<=log n,65536,0,788261,12.027908325195312
HSDIU,λ<=log n,65536,0,785093,11.979568481445312
HSDIU,λ<=log n,65536,0,769645,11.743850708007812
HSDIU,λ<=log n,65536,0,709965,10.833206176757812
HSDIU,λ<=log n,65536,0,763763,11.654098510742188
HSDIU,λ<=log n,65536,0,740243,11.295211791992188
HSDIU,λ<=log n,65536,0,827535,12.627182006835938
HSDIU,λ<=log n,65536,0,792365,12.090530395507812
HSDIU,λ<=log n,65536,0,747057,11.399185180664062
HSDIU,λ<=log n,65536,0,790349,12.059768676757812
HSDIU,λ<=log n,65536,0,738303,11.265609741210938
HSDIU,λ<=log n,65536,0,794977,12.130386352539062
HSDIU,λ<=log n,65536,0,804995,12.283248901367188
HSDIU,λ<=log n,65536,0,762271,11.631332397460938
HSDIU,λ<=log n,65536,0,774761,11.821914672851562
HSDIU,λ<=log n,65536,0,713067,10.880538940429688
HSDIU,λ<=log n,65536,0,754443,11.511886596679688
HSDIU,λ<=log n,65536,0,837289,12.776016235351562
HSDIU,λ<=log n,65536,0,863075,13.169479370117188
HSDIU,λ<=log n,65536,0,877861,13.395095825195312
HSDIU,λ<=log n,65536,0,798077,12.177688598632812
HSDIU,λ<=log n,65536,0,709357,10.823928833007812
HSDIU,λ<=log n,65536,0,749165,11.431350708007812
HSDIU,λ<=log n,65536,0,764143,11.659896850585938
HSDIU,λ<=log n,65536,0,767653,11.713455200195312
HSDIU,λ<=log n,65536,0,746321,11.387954711914062
HSDIU,λ<=log n,65536,0,773731,11.806198120117188
HSDIU,λ<=log n,65536,0,697305,10.640029907226562
HSDIU,λ<=log n,65536,0,763711,11.653305053710938
HSDIU,λ<=log n,65536,0,836629,12.765945434570312
HSDIU,λ<=log n,65536,0,720319,10.991195678710938
HRDIU,λ<=log n,65536,0,585753,8.937881469726562
HRDIU,λ<=log n,65536,0,679405,10.366897583007812
HRDIU,λ<=log n,65536,0,635363,9.694869995117188
HRDIU,λ<=log n,65536,0,590629,9.012283325195312
HRDIU,λ<=log n,65536,0,623373,9.511917114257812
HRDIU,λ<=log n,65536,0,670767,10.235092163085938
HRDIU,λ<=log n,65536,0,620117,9.462234497070312
HRDIU,λ<=log n,65536,0,699223,10.669296264648438
HRDIU,λ<=log n,65536,0,653863,9.977157592773438
HRDIU,λ<=log n,65536,0,659555,10.064010620117188
HRDIU,λ<=log n,65536,0,652915,9.962692260742188
HRDIU,λ<=log n,65536,0,653861,9.977127075195312
HRDIU,λ<=log n,65536,0,602559,9.194320678710938
HRDIU,λ<=log n,65536,0,785723,11.989181518554688
HRDIU,λ<=log n,65536,0,610419,9.314254760742188
HRDIU,λ<=log n,65536,0,610251,9.311691284179688
HRDIU,λ<=log n,65536,0,587103,8.958480834960938
HRDIU,λ<=log n,65536,0,629569,9.606460571289062
HRDIU,λ<=log n,65536,0,596581,9.103103637695312
HRDIU,λ<=log n,65536,0,611231,9.326644897460938
HRDIU,λ<=log n,65536,0,636675,9.714889526367188
HRDIU,λ<=log n,65536,0,653811,9.976364135742188
HRDIU,λ<=log n,65536,0,592457,9.040176391601562
HRDIU,λ<=log n,65536,0,669849,10.221084594726562
HRDIU,λ<=log n,65536,0,654355,9.984664916992188
HRDIU,λ<=log n,65536,0,643725,9.822463989257812
HRDIU,λ<=log n,65536,0,645165,9.844436645507812
HRDIU,λ<=log n,65536,0,597109,9.111160278320312
HRDIU,λ<=log n,65536,0,648499,9.895309448242188
HRDIU,λ<=log n,65536,0,636879,9.718002319335938
HRDIU,λ<=log n,65536,0,612659,9.348434448242188
HRDIU,λ<=log n,65536,0,617909,9.428543090820312
HRDIU,λ<=log n,65536,0,626393,9.557998657226562
HRDIU,λ<=log n,65536,0,635689,9.699844360351562
HRDIU,λ<=log n,65536,0,622347,9.496261596679688
HRDIU,λ<=log n,65536,0,694421,10.596023559570312
HRDIU,λ<=log n,65536,0,652521,9.956680297851562
HRDIU,λ<=log n,65536,0,616349,9.404739379882812
HRDIU,λ<=log n,65536,0,639399,9.756454467773438
HRDIU,λ<=log n,65536,0,601541,9.178787231445312
HRDIU,λ<=log n,65536,0,648089,9.889053344726562
HRDIU,λ<=log n,65536,0,587069,8.957962036132812
HRDIU,λ<=log n,65536,0,640229,9.769119262695312
HRDIU,λ<=log n,65536,0,620459,9.467453002929688
HRDIU,λ<=log n,65536,0,598681,9.135147094726562
HRDIU,λ<=log n,65536,0,670253,10.227249145507812
HRDIU,λ<=log n,65536,0,689935,10.527572631835938
HRDIU,λ<=log n,65536,0,647905,9.886245727539062
HRDIU,λ<=log n,65536,0,639841,9.763198852539062
HRDIU,λ<=log n,65536,0,708833,10.815933227539062
HRDIU,λ<=log n,65536,0,637167,9.722396850585938
HRDIU,λ<=log n,65536,0,636327,9.709579467773438
HRDIU,λ<=log n,65536,0,614231,9.372421264648438
HRDIU,λ<=log n,65536,0,677379,10.335983276367188
HRDIU,λ<=log n,65536,0,699023,10.666244506835938
HRDIU,λ<=log n,65536,0,613577,9.362442016601562
HRDIU,λ<=log n,65536,0,618283,9.434249877929688
HRDIU,λ<=log n,65536,0,660361,10.076309204101562
HRDIU,λ<=log n,65536,0,658277,10.044509887695312
HRDIU,λ<=log n,65536,0,619591,9.454208374023438
HRDIU,λ<=log n,65536,0,646773,9.868972778320312
HRDIU,λ<=log n,65536,0,633277,9.663040161132812
HRDIU,λ<=log n,65536,0,643867,9.824630737304688
HRDIU,λ<=log n,65536,0,606619,9.256271362304688
HRDIU,λ<=log n,65536,0,616497,9.406997680664062
HRDIU,λ<=log n,65536,0,631401,9.634414672851562
HRDIU,λ<=log n,65536,0,643587,9.820358276367188
HRDIU,λ<=log n,65536,0,652363,9.954269409179688
HRDIU,λ<=log n,65536,0,622627,9.500534057617188
HRDIU,λ<=log n,65536,0,663095,10.118026733398438
HRDIU,λ<=log n,65536,0,633463,9.665878295898438
HRDIU,λ<=log n,65536,0,614463,9.375961303710938
HRDIU,λ<=log n,65536,0,610527,9.315902709960938
HRDIU,λ<=log n,65536,0,675341,10.304885864257812
HRDIU,λ<=log n,65536,0,644395,9.832687377929688
HRDIU,λ<=log n,65536,0,605693,9.242141723632812
HRDIU,λ<=log n,65536,0,661183,10.088851928710938
HRDIU,λ<=log n,65536,0,639551,9.758773803710938
HRDIU,λ<=log n,65536,0,679603,10.369918823242188
HRDIU,λ<=log n,65536,0,624445,9.528274536132812
HRDIU,λ<=log n,65536,0,621575,9.484481811523438
HRDIU,λ<=log n,65536,0,601977,9.185440063476562
HRDIU,λ<=log n,65536,0,658375,10.046005249023438
HRDIU,λ<=log n,65536,0,624643,9.531295776367188
HRDIU,λ<=log n,65536,0,619257,9.449111938476562
HRDIU,λ<=log n,65536,0,641987,9.795944213867188
HRDIU,λ<=log n,65536,0,616993,9.414566040039062
HRDIU,λ<=log n,65536,0,659031,10.056015014648438
HRDIU,λ<=log n,65536,0,665579,10.155929565429688
HRDIU,λ<=log n,65536,0,609897,9.306289672851562
HRDIU,λ<=log n,65536,0,666531,10.170455932617188
HRDIU,λ<=log n,65536,0,678783,10.357406616210938
HRDIU,λ<=log n,65536,0,673725,10.280227661132812
HRDIU,λ<=log n,65536,0,605913,9.245498657226562
HRDIU,λ<=log n,65536,0,599989,9.155105590820312
HRDIU,λ<=log n,65536,0,646059,9.858078002929688
HRDIU,λ<=log n,65536,0,602691,9.196334838867188
HRDIU,λ<=log n,65536,0,622699,9.501632690429688
HRDIU,λ<=log n,65536,0,620273,9.464614868164062
HRDIU,λ<=log n,65536,0,629957,9.612380981445312
HHDIU,λ<=log n,65536,0,596309,9.098953247070312
HHDIU,λ<=log n,65536,0,577527,8.812362670898438
HHDIU,λ<=log n,65536,0,625893,9.550369262695312
HHDIU,λ<=log n,65536,0,614589,9.377883911132812
HHDIU,λ<=log n,65536,0,600389,9.161209106445312
HHDIU,λ<=log n,65536,0,586533,8.949783325195312
HHDIU,λ<=log n,65536,0,623071,9.507308959960938
HHDIU,λ<=log n,65536,0,629123,9.599655151367188
HHDIU,λ<=log n,65536,0,569493,8.689773559570312
HHDIU,λ<=log n,65536,0,601061,9.171463012695312
HHDIU,λ<=log n,65536,0,619297,9.449722290039062
HHDIU,λ<=log n,65536,0,587689,8.967422485351562
HHDIU,λ<=log n,65536,0,563133,8.592727661132812
HHDIU,λ<=log n,65536,0,572861,8.741165161132812
HHDIU,λ<=log n,65536,0,593245,9.052200317382812
HHDIU,λ<=log n,65536,0,591773,9.029739379882812
HHDIU,λ<=log n,65536,0,587843,8.969772338867188
HHDIU,λ<=log n,65536,0,598791,9.136825561523438
HHDIU,λ<=log n,65536,0,610665,9.318008422851562
HHDIU,λ<=log n,65536,0,549121,8.378921508789062
HHDIU,λ<=log n,65536,0,597779,9.121383666992188
HHDIU,λ<=log n,65536,0,575821,8.786331176757812
HHDIU,λ<=log n,65536,0,572223,8.731430053710938
HHDIU,λ<=log n,65536,0,595581,9.087844848632812
HHDIU,λ<=log n,65536,0,578383,8.825424194335938
HHDIU,λ<=log n,65536,0,625797,9.548904418945312
HHDIU,λ<=log n,65536,0,538607,8.218490600585938
HHDIU,λ<=log n,65536,0,564487,8.613388061523438
HHDIU,λ<=log n,65536,0,672899,10.267623901367188
HHDIU,λ<=log n,65536,0,565801,8.633438110351562
HHDIU,λ<=log n,65536,0,567019,8.652023315429688
HHDIU,λ<=log n,65536,0,570481,8.704849243164062
HHDIU,λ<=log n,65536,0,538093,8.210647583007812
HHDIU,λ<=log n,65536,0,577241,8.807998657226562
HHDIU,λ<=log n,65536,0,581681,8.875747680664062
HHDIU,λ<=log n,65536,0,608773,9.289138793945312
HHDIU,λ<=log n,65536,0,620807,9.472763061523438
HHDIU,λ<=log n,65536,0,607863,9.275253295898438
HHDIU,λ<=log n,65536,0,575515,8.781661987304688
HHDIU,λ<=log n,65536,0,575499,8.781417846679688
HHDIU,λ<=log n,65536,0,630421,9.619461059570312
HHDIU,λ<=log n,65536,0,614993,9.384048461914062
HHDIU,λ<=log n,65536,0,609449,9.299453735351562
HHDIU,λ<=log n,65536,0,613627,9.363204956054688
HHDIU,λ<=log n,65536,0,563829,8.603347778320312
HHDIU,λ<=log n,65536,0,659643,10.065353393554688
HHDIU,λ<=log n,65536,0,565373,8.626907348632812
HHDIU,λ<=log n,65536,0,578571,8.828292846679688
HHDIU,λ<=log n,65536,0,593989,9.063552856445312
HHDIU,λ<=log n,65536,0,581477,8.872634887695312
HHDIU,λ<=log n,65536,0,605517,9.239456176757812
HHDIU,λ<=log n,65536,0,577549,8.812698364257812
HHDIU,λ<=log n,65536,0,613041,9.354263305664062
HHDIU,λ<=log n,65536,0,588223,8.975570678710938
HHDIU,λ<=log n,65536,0,617785,9.426651000976562
HHDIU,λ<=log n,65536,0,605655,9.241561889648438
HHDIU,λ<=log n,65536,0,577227,8.807785034179688
HHDIU,λ<=log n,65536,0,575187,8.776657104492188
HHDIU,λ<=log n,65536,0,554687,8.463851928710938
HHDIU,λ<=log n,65536,0,607563,9.270675659179688
HHDIU,λ<=log n,65536,0,559367,8.535263061523438
HHDIU,λ<=log n,65536,0,540171,8.242355346679688
HHDIU,λ<=log n,65536,0,624163,9.523971557617188
HHDIU,λ<=log n,65536,0,587223,8.960311889648438
HHDIU,λ<=log n,65536,0,580089,8.851455688476562
HHDIU,λ<=log n,65536,0,620773,9.472244262695312
HHDIU,λ<=log n,65536,0,597783,9.121444702148438
HHDIU,λ<=log n,65536,0,588343,8.977401733398438
HHDIU,λ<=log n,65536,0,538487,8.216659545898438
HHDIU,λ<=log n,65536,0,589205,8.990554809570312
HHDIU,λ<=log n,65536,0,649213,9.906204223632812
HHDIU,λ<=log n,65536,0,585057,8.927261352539062
HHDIU,λ<=log n,65536,0,627025,9.567642211914062
HHDIU,λ<=log n,65536,0,557845,8.512039184570312
HHDIU,λ<=log n,65536,0,588113,8.973892211914062
HHDIU,λ<=log n,65536,0,586993,8.956802368164062
HHDIU,λ<=log n,65536,0,573801,8.755508422851562
HHDIU,λ<=log n,65536,0,596031,9.094711303710938
HHDIU,λ<=log n,65536,0,590835,9.015426635742188
HHDIU,λ<=log n,65536,0,561103,8.561752319335938
HHDIU,λ<=log n,65536,0,581923,8.879440307617188
HHDIU,λ<=log n,65536,0,594911,9.077621459960938
HHDIU,λ<=log n,65536,0,571429,8.719314575195312
HHDIU,λ<=log n,65536,0,589861,9.000564575195312
HHDIU,λ<=log n,65536,0,567219,8.655075073242188
HHDIU,λ<=log n,65536,0,581315,8.870162963867188
HHDIU,λ<=log n,65536,0,616193,9.402359008789062
HHDIU,λ<=log n,65536,0,583631,8.905502319335938
HHDIU,λ<=log n,65536,0,554761,8.464981079101562
HHDIU,λ<=log n,65536,0,596193,9.097183227539062
HHDIU,λ<=log n,65536,0,572097,8.729507446289062
HHDIU,λ<=log n,65536,0,625611,9.546066284179688
HHDIU,λ<=log n,65536,0,621277,9.479934692382812
HHDIU,λ<=log n,65536,0,587063,8.957870483398438
HHDIU,λ<=log n,65536,0,622013,9.491165161132812
HHDIU,λ<=log n,65536,0,559439,8.536361694335938
HHDIU,λ<=log n,65536,0,576683,8.799484252929688
HHDIU,λ<=log n,65536,0,568585,8.675918579101562
HHDIU,λ<=log n,65536,0,544157,8.303176879882812
HHDIU,λ<=log n,65536,0,590871,9.015975952148438
HHLIU,λ<=log n,65536,0,589623,8.996932983398438
HHLIU,λ<=log n,65536,0,640247,9.769393920898438
HHLIU,λ<=log n,65536,0,643613,9.820755004882812
HHLIU,λ<=log n,65536,0,640449,9.772476196289062
HHLIU,λ<=log n,65536,0,618789,9.441970825195312
HHLIU,λ<=log n,65536,0,587415,8.963241577148438
HHLIU,λ<=log n,65536,0,648711,9.898544311523438
HHLIU,λ<=log n,65536,0,641701,9.791580200195312
HHLIU,λ<=log n,65536,0,602291,9.190231323242188
HHLIU,λ<=log n,65536,0,633545,9.667129516601562
HHLIU,λ<=log n,65536,0,636961,9.719253540039062
HHLIU,λ<=log n,65536,0,615429,9.390701293945312
HHLIU,λ<=log n,65536,0,610669,9.318069458007812
HHLIU,λ<=log n,65536,0,691683,10.554244995117188
HHLIU,λ<=log n,65536,0,601049,9.171279907226562
HHLIU,λ<=log n,65536,0,629959,9.612411499023438
HHLIU,λ<=log n,65536,0,615401,9.390274047851562
HHLIU,λ<=log n,65536,0,669451,10.215011596679688
HHLIU,λ<=log n,65536,0,632091,9.644943237304688
HHLIU,λ<=log n,65536,0,686763,10.479171752929688
HHLIU,λ<=log n,65536,0,605167,9.234115600585938
HHLIU,λ<=log n,65536,0,623939,9.520553588867188
HHLIU,λ<=log n,65536,0,623751,9.517684936523438
HHLIU,λ<=log n,65536,0,604515,9.224166870117188
HHLIU,λ<=log n,65536,0,707281,10.792251586914062
HHLIU,λ<=log n,65536,0,701175,10.699081420898438
HHLIU,λ<=log n,65536,0,605055,9.232406616210938
HHLIU,λ<=log n,65536,0,634103,9.675643920898438
HHLIU,λ<=log n,65536,0,631985,9.643325805664062
HHLIU,λ<=log n,65536,0,693025,10.574722290039062
HHLIU,λ<=log n,65536,0,649381,9.908767700195312
HHLIU,λ<=log n,65536,0,622165,9.493484497070312
HHLIU,λ<=log n,65536,0,607023,9.262435913085938
HHLIU,λ<=log n,65536,0,588401,8.978286743164062
HHLIU,λ<=log n,65536,0,615051,9.384933471679688
HHLIU,λ<=log n,65536,0,597347,9.114791870117188
HHLIU,λ<=log n,65536,0,618187,9.432785034179688
HHLIU,λ<=log n,65536,0,624059,9.522384643554688
HHLIU,λ<=log n,65536,0,621315,9.480514526367188
HHLIU,λ<=log n,65536,0,579503,8.842514038085938
HHLIU,λ<=log n,65536,0,702707,10.722457885742188
HHLIU,λ<=log n,65536,0,640405,9.771804809570312
HHLIU,λ<=log n,65536,0,620125,9.462356567382812
HHLIU,λ<=log n,65536,0,628851,9.595504760742188
HHLIU,λ<=log n,65536,0,598179,9.127487182617188
HHLIU,λ<=log n,65536,0,646497,9.864761352539062
HHLIU,λ<=log n,65536,0,621537,9.483901977539062
HHLIU,λ<=log n,65536,0,652277,9.952957153320312
HHLIU,λ<=log n,65536,0,641579,9.789718627929688
HHLIU,λ<=log n,65536,0,675313,10.304458618164062
HHLIU,λ<=log n,65536,0,610365,9.313430786132812
HHLIU,λ<=log n,65536,0,708099,10.804733276367188
HHLIU,λ<=log n,65536,0,628253,9.586380004882812
HHLIU,λ<=log n,65536,0,589257,8.991348266601562
HHLIU,λ<=log n,65536,0,604969,9.231094360351562
HHLIU,λ<=log n,65536,0,616641,9.409194946289062
HHLIU,λ<=log n,65536,0,609901,9.306350708007812
HHLIU,λ<=log n,65536,0,594689,9.074234008789062
HHLIU,λ<=log n,65536,0,606303,9.251449584960938
HHLIU,λ<=log n,65536,0,604541,9.224563598632812
HHLIU,λ<=log n,65536,0,687103,10.484359741210938
HHLIU,λ<=log n,65536,0,637433,9.726455688476562
HHLIU,λ<=log n,65536,0,632569,9.652236938476562
HHLIU,λ<=log n,65536,0,610443,9.314620971679688
HHLIU,λ<=log n,65536,0,618507,9.437667846679688
HHLIU,λ<=log n,65536,0,711483,10.856369018554688
HHLIU,λ<=log n,65536,0,622079,9.492172241210938
HHLIU,λ<=log n,65536,0,637569,9.728530883789062
HHLIU,λ<=log n,65536,0,705647,10.767318725585938
HHLIU,λ<=log n,65536,0,673651,10.279098510742188
HHLIU,λ<=log n,65536,0,662635,10.111007690429688
HHLIU,λ<=log n,65536,0,623531,9.514328002929688
HHLIU,λ<=log n,65536,0,590601,9.011856079101562
HHLIU,λ<=log n,65536,0,625535,9.544906616210938
HHLIU,λ<=log n,65536,0,598507,9.132492065429688
HHLIU,λ<=log n,65536,0,611021,9.323440551757812
HHLIU,λ<=log n,65536,0,620359,9.465927124023438
HHLIU,λ<=log n,65536,0,623801,9.518447875976562
HHLIU,λ<=log n,65536,0,595621,9.088455200195312
HHLIU,λ<=log n,65536,0,633829,9.671463012695312
HHLIU,λ<=log n,65536,0,603541,9.209304809570312
HHLIU,λ<=log n,65536,0,603333,9.206130981445312
HHLIU,λ<=log n,65536,0,652777,9.960586547851562
HHLIU,λ<=log n,65536,0,629445,9.604568481445312
HHLIU,λ<=log n,65536,0,603675,9.211349487304688
HHLIU,λ<=log n,65536,0,641551,9.789291381835938
HHLIU,λ<=log n,65536,0,587063,8.957870483398438
HHLIU,λ<=log n,65536,0,617475,9.421920776367188
HHLIU,λ<=log n,65536,0,618671,9.440170288085938
HHLIU,λ<=log n,65536,0,635053,9.690139770507812
HHLIU,λ<=log n,65536,0,641501,9.788528442382812
HHLIU,λ<=log n,65536,0,633797,9.670974731445312
HHLIU,λ<=log n,65536,0,660533,10.078933715820312
HHLIU,λ<=log n,65536,0,596511,9.102035522460938
HHLIU,λ<=log n,65536,0,648945,9.902114868164062
HHLIU,λ<=log n,65536,0,610961,9.322525024414062
HHLIU,λ<=log n,65536,0,668577,10.201675415039062
HHLIU,λ<=log n,65536,0,584065,8.912124633789062
HHLIU,λ<=log n,65536,0,604637,9.226028442382812
HHLIU,λ<=log n,65536,0,615359,9.389633178710938
HRLIU,λ<=log n,65536,0,622421,9.497390747070312
HRLIU,λ<=log n,65536,0,669907,10.221969604492188
HRLIU,λ<=log n,65536,0,786479,12.000717163085938
HRLIU,λ<=log n,65536,0,665545,10.155410766601562
HRLIU,λ<=log n,65536,0,667045,10.178298950195312
HRLIU,λ<=log n,65536,0,660533,10.078933715820312
HRLIU,λ<=log n,65536,0,706339,10.777877807617188
HRLIU,λ<=log n,65536,0,677073,10.331314086914062
HRLIU,λ<=log n,65536,0,674291,10.288864135742188
HRLIU,λ<=log n,65536,0,709935,10.832748413085938
HRLIU,λ<=log n,65536,0,714939,10.909103393554688
HRLIU,λ<=log n,65536,0,693087,10.575668334960938
HRLIU,λ<=log n,65536,0,701717,10.707351684570312
HRLIU,λ<=log n,65536,0,714389,10.900711059570312
HRLIU,λ<=log n,65536,0,663037,10.117141723632812
HRLIU,λ<=log n,65536,0,672035,10.254440307617188
HRLIU,λ<=log n,65536,0,668539,10.201095581054688
HRLIU,λ<=log n,65536,0,628085,9.583816528320312
HRLIU,λ<=log n,65536,0,673375,10.274887084960938
HRLIU,λ<=log n,65536,0,691433,10.550430297851562
HRLIU,λ<=log n,65536,0,706039,10.773300170898438
HRLIU,λ<=log n,65536,0,655767,10.006210327148438
HRLIU,λ<=log n,65536,0,670737,10.234634399414062
HRLIU,λ<=log n,65536,0,663401,10.122695922851562
HRLIU,λ<=log n,65536,0,624701,9.532180786132812
HRLIU,λ<=log n,65536,0,672761,10.265518188476562
HRLIU,λ<=log n,65536,0,704307,10.746871948242188
HRLIU,λ<=log n,65536,0,751073,11.460464477539062
HRLIU,λ<=log n,65536,0,660611,10.080123901367188
HRLIU,λ<=log n,65536,0,639361,9.755874633789062
HRLIU,λ<=log n,65536,0,712405,10.870437622070312
HRLIU,λ<=log n,65536,0,686969,10.482315063476562
HRLIU,λ<=log n,65536,0,736281,11.234756469726562
HRLIU,λ<=log n,65536,0,660783,10.082748413085938
HRLIU,λ<=log n,65536,0,700097,10.682632446289062
HRLIU,λ<=log n,65536,0,621545,9.484024047851562
HRLIU,λ<=log n,65536,0,659559,10.064071655273438
HRLIU,λ<=log n,65536,0,639843,9.763229370117188
HRLIU,λ<=log n,65536,0,668215,10.196151733398438
HRLIU,λ<=log n,65536,0,677437,10.336868286132812
HRLIU,λ<=log n,65536,0,686675,10.477828979492188
HRLIU,λ<=log n,65536,0,694753,10.601089477539062
HRLIU,λ<=log n,65536,0,677331,10.335250854492188
HRLIU,λ<=log n,65536,0,662325,10.106277465820312
HRLIU,λ<=log n,65536,0,656853,10.022781372070312
HRLIU,λ<=log n,65536,0,649297,9.907485961914062
HRLIU,λ<=log n,65536,0,666863,10.175521850585938
HRLIU,λ<=log n,65536,0,669087,10.209457397460938
HRLIU,λ<=log n,65536,0,671569,10.247329711914062
HRLIU,λ<=log n,65536,0,632535,9.651718139648438
HRLIU,λ<=log n,65536,0,646297,9.861709594726562
HRLIU,λ<=log n,65536,0,687629,10.492385864257812
HRLIU,λ<=log n,65536,0,674005,10.284500122070312
HRLIU,λ<=log n,65536,0,635065,9.690322875976562
HRLIU,λ<=log n,65536,0,705135,10.759506225585938
HRLIU,λ<=log n,65536,0,717709,10.951370239257812
HRLIU,λ<=log n,65536,0,705017,10.757705688476562
HRLIU,λ<=log n,65536,0,669793,10.220230102539062
HRLIU,λ<=log n,65536,0,780641,11.911636352539062
HRLIU,λ<=log n,65536,0,776111,11.842514038085938
HRLIU,λ<=log n,65536,0,680931,10.390182495117188
HRLIU,λ<=log n,65536,0,632899,9.657272338867188
HRLIU,λ<=log n,65536,0,628317,9.587356567382812
HRLIU,λ<=log n,65536,0,699481,10.673233032226562
HRLIU,λ<=log n,65536,0,649601,9.912124633789062
HRLIU,λ<=log n,65536,0,653275,9.968185424804688
HRLIU,λ<=log n,65536,0,698019,10.650924682617188
HRLIU,λ<=log n,65536,0,661205,10.089187622070312
HRLIU,λ<=log n,65536,0,683633,10.431411743164062
HRLIU,λ<=log n,65536,0,671111,10.240341186523438
HRLIU,λ<=log n,65536,0,655613,10.003860473632812
HRLIU,λ<=log n,65536,0,644249,9.830459594726562
HRLIU,λ<=log n,65536,0,638505,9.742813110351562
HRLIU,λ<=log n,65536,0,694511,10.597396850585938
HRLIU,λ<=log n,65536,0,670563,10.231979370117188
HRLIU,λ<=log n,65536,0,622143,9.493148803710938
HRLIU,λ<=log n,65536,0,677417,10.336563110351562
HRLIU,λ<=log n,65536,0,715987,10.925094604492188
HRLIU,λ<=log n,65536,0,673591,10.278182983398438
HRLIU,λ<=log n,65536,0,667245,10.181350708007812
HRLIU,λ<=log n,65536,0,662757,10.112869262695312
HRLIU,λ<=log n,65536,0,673209,10.272354125976562
HRLIU,λ<=log n,65536,0,670745,10.234756469726562
HRLIU,λ<=log n,65536,0,644447,9.833480834960938
HRLIU,λ<=log n,65536,0,661537,10.094253540039062
HRLIU,λ<=log n,65536,0,685351,10.457626342773438
HRLIU,λ<=log n,65536,0,641849,9.793838500976562
HRLIU,λ<=log n,65536,0,677673,10.340469360351562
HRLIU,λ<=log n,65536,0,645795,9.854049682617188
HRLIU,λ<=log n,65536,0,682673,10.416763305664062
HRLIU,λ<=log n,65536,0,650199,9.921249389648438
HRLIU,λ<=log n,65536,0,647493,9.879959106445312
HRLIU,λ<=log n,65536,0,691405,10.550003051757812
HRLIU,λ<=log n,65536,0,667369,10.183242797851562
HRLIU,λ<=log n,65536,0,609235,9.296188354492188
HRLIU,λ<=log n,65536,0,658961,10.054946899414062
HRLIU,λ<=log n,65536,0,651599,9.942611694335938
HRLIU,λ<=log n,65536,0,691701,10.554519653320312
HRLIU,λ<=log n,65536,0,695847,10.617782592773438
HRLIU,λ<=log n,65536,0,650523,9.926193237304688
HSLIU,λ<=log n,65536,0,834741,12.737136840820312
HSLIU,λ<=log n,65536,0,863085,13.169631958007812
HSLIU,λ<=log n,65536,0,850293,12.974441528320312
HSLIU,λ<=log n,65536,0,754031,11.505599975585938
HSLIU,λ<=log n,65536,0,760481,11.604019165039062
HSLIU,λ<=log n,65536,0,815843,12.448776245117188
HSLIU,λ<=log n,65536,0,825115,12.590255737304688
HSLIU,λ<=log n,65536,0,807147,12.316085815429688
HSLIU,λ<=log n,65536,0,917575,14.001083374023438
HSLIU,λ<=log n,65536,0,898489,13.709854125976562
HSLIU,λ<=log n,65536,0,790177,12.057144165039062
HSLIU,λ<=log n,65536,0,826401,12.609878540039062
HSLIU,λ<=log n,65536,0,875653,13.361404418945312
HSLIU,λ<=log n,65536,0,772119,11.781600952148438
HSLIU,λ<=log n,65536,0,816993,12.466323852539062
HSLIU,λ<=log n,65536,0,917655,14.002304077148438
HSLIU,λ<=log n,65536,0,803381,12.258621215820312
HSLIU,λ<=log n,65536,0,817847,12.479354858398438
HSLIU,λ<=log n,65536,0,763161,11.644912719726562
HSLIU,λ<=log n,65536,0,790057,12.055313110351562
HSLIU,λ<=log n,65536,0,884547,13.497116088867188
HSLIU,λ<=log n,65536,0,832049,12.696060180664062
HSLIU,λ<=log n,65536,0,759361,11.586929321289062
HSLIU,λ<=log n,65536,0,823385,12.563858032226562
HSLIU,λ<=log n,65536,0,812443,12.396896362304688
HSLIU,λ<=log n,65536,0,770369,11.754898071289062
HSLIU,λ<=log n,65536,0,814295,12.425155639648438
HSLIU,λ<=log n,65536,0,800089,12.208389282226562
HSLIU,λ<=log n,65536,0,871413,13.296707153320312
HSLIU,λ<=log n,65536,0,780543,11.910140991210938
HSLIU,λ<=log n,65536,0,808533,12.337234497070312
HSLIU,λ<=log n,65536,0,926369,14.135269165039062
HSLIU,λ<=log n,65536,0,802387,12.243453979492188
HSLIU,λ<=log n,65536,0,806679,12.308944702148438
HSLIU,λ<=log n,65536,0,798879,12.189926147460938
HSLIU,λ<=log n,65536,0,828739,12.645553588867188
HSLIU,λ<=log n,65536,0,793969,12.115005493164062
HSLIU,λ<=log n,65536,0,829607,12.658798217773438
HSLIU,λ<=log n,65536,0,809359,12.349838256835938
HSLIU,λ<=log n,65536,0,747011,11.398483276367188
HSLIU,λ<=log n,65536,0,869805,13.272171020507812
HSLIU,λ<=log n,65536,0,832113,12.697036743164062
HSLIU,λ<=log n,65536,0,909935,13.884506225585938
HSLIU,λ<=log n,65536,0,847763,12.935836791992188
HSLIU,λ<=log n,65536,0,760113,11.598403930664062
HSLIU,λ<=log n,65536,0,793059,12.101119995117188
HSLIU,λ<=log n,65536,0,807471,12.321029663085938
HSLIU,λ<=log n,65536,0,835497,12.748672485351562
HSLIU,λ<=log n,65536,0,818061,12.482620239257812
HSLIU,λ<=log n,65536,0,808309,12.333816528320312
HSLIU,λ<=log n,65536,0,771577,11.773330688476562
HSLIU,λ<=log n,65536,0,789617,12.048599243164062
HSLIU,λ<=log n,65536,0,755319,11.525253295898438
HSLIU,λ<=log n,65536,0,856583,13.070419311523438
HSLIU,λ<=log n,65536,0,785537,11.986343383789062
HSLIU,λ<=log n,65536,0,953031,14.542098999023438
HSLIU,λ<=log n,65536,0,859195,13.110275268554688
HSLIU,λ<=log n,65536,0,851237,12.988845825195312
HSLIU,λ<=log n,65536,0,785689,11.988662719726562
HSLIU,λ<=log n,65536,0,844651,12.888351440429688
HSLIU,λ<=log n,65536,0,820713,12.523086547851562
HSLIU,λ<=log n,65536,0,758599,11.575302124023438
HSLIU,λ<=log n,65536,0,798275,12.180709838867188
HSLIU,λ<=log n,65536,0,777891,11.869674682617188
HSLIU,λ<=log n,65536,0,780753,11.913345336914062
HSLIU,λ<=log n,65536,0,750177,11.446792602539062
HSLIU,λ<=log n,65536,0,874999,13.351425170898438
HSLIU,λ<=log n,65536,0,825271,12.592636108398438
HSLIU,λ<=log n,65536,0,798695,12.187118530273438
HSLIU,λ<=log n,65536,0,786571,12.002120971679688
HSLIU,λ<=log n,65536,0,783881,11.961074829101562
HSLIU,λ<=log n,65536,0,808535,12.337265014648438
HSLIU,λ<=log n,65536,0,811287,12.379257202148438
HSLIU,λ<=log n,65536,0,800707,12.217819213867188
HSLIU,λ<=log n,65536,0,766889,11.701797485351562
HSLIU,λ<=log n,65536,0,877067,13.382980346679688
HSLIU,λ<=log n,65536,0,894601,13.650527954101562
HSLIU,λ<=log n,65536,0,797591,12.170272827148438
HSLIU,λ<=log n,65536,0,748157,11.415969848632812
HSLIU,λ<=log n,65536,0,869819,13.272384643554688
HSLIU,λ<=log n,65536,0,768415,11.725082397460938
HSLIU,λ<=log n,65536,0,757749,11.562332153320312
HSLIU,λ<=log n,65536,0,768583,11.727645874023438
HSLIU,λ<=log n,65536,0,823921,12.572036743164062
HSLIU,λ<=log n,65536,0,838035,12.787399291992188
HSLIU,λ<=log n,65536,0,822777,12.554580688476562
HSLIU,λ<=log n,65536,0,799667,12.201950073242188
HSLIU,λ<=log n,65536,0,831067,12.681076049804688
HSLIU,λ<=log n,65536,0,791773,12.081497192382812
HSLIU,λ<=log n,65536,0,768721,11.729751586914062
HSLIU,λ<=log n,65536,0,764387,11.663619995117188
HSLIU,λ<=log n,65536,0,814145,12.422866821289062
HSLIU,λ<=log n,65536,0,898209,13.705581665039062
HSLIU,λ<=log n,65536,0,765913,11.686904907226562
HSLIU,λ<=log n,65536,0,789795,12.051315307617188
HSLIU,λ<=log n,65536,0,795637,12.140457153320312
HSLIU,λ<=log n,65536,0,775453,11.832473754882812
HSLIU,λ<=log n,65536,0,787247,12.012435913085938
HSLIU,λ<=log n,65536,0,855135,13.048324584960938
HSLIU,λ<=log n,65536,0,799291,12.196212768554688
SSDCP,λ<=log n,65536,0,734582,11.208831787109375
SSDCP,λ<=log n,65536,0,797955,12.175827026367188
SSDCP,λ<=log n,65536,0,756359,11.541122436523438
SSDCP,λ<=log n,65536,0,744107,11.354171752929688
SSDCP,λ<=log n,65536,0,730183,11.141708374023438
SSDCP,λ<=log n,65536,0,682453,10.413406372070312
SSDCP,λ<=log n,65536,0,775743,11.836898803710938
SSDCP,λ<=log n,65536,0,742660,11.33209228515625
SSDCP,λ<=log n,65536,0,752292,11.47906494140625
SSDCP,λ<=log n,65536,0,765158,11.675384521484375
SSDCP,λ<=log n,65536,0,752491,11.482101440429688
SSDCP,λ<=log n,65536,0,748024,11.4139404296875
SSDCP,λ<=log n,65536,0,774938,11.824615478515625
SSDCP,λ<=log n,65536,0,734111,11.201644897460938
SSDCP,λ<=log n,65536,0,749487,11.436264038085938
SSDCP,λ<=log n,65536,0,692284,10.56341552734375
SSDCP,λ<=log n,65536,0,756506,11.543365478515625
SSDCP,λ<=log n,65536,0,732815,11.181869506835938
SSDCP,λ<=log n,65536,0,698752,10.662109375
SSDCP,λ<=log n,65536,0,748551,11.421981811523438
SSDCP,λ<=log n,65536,0,742227,11.325485229492188
SSDCP,λ<=log n,65536,0,710852,10.84674072265625
SSDCP,λ<=log n,65536,0,726953,11.092422485351562
SSDCP,λ<=log n,65536,0,734668,11.21014404296875
SSDCP,λ<=log n,65536,0,739589,11.285232543945312
SSDCP,λ<=log n,65536,0,706845,10.785598754882812
SSDCP,λ<=log n,65536,0,817810,12.478790283203125
SSDCP,λ<=log n,65536,0,781317,11.921951293945312
SSDCP,λ<=log n,65536,0,781843,11.929977416992188
SSDCP,λ<=log n,65536,0,780726,11.912933349609375
SSDCP,λ<=log n,65536,0,750482,11.451446533203125
SSDCP,λ<=log n,65536,0,780601,11.911026000976562
SSDCP,λ<=log n,65536,0,747008,11.3984375
SSDCP,λ<=log n,65536,0,731822,11.166717529296875
SSDCP,λ<=log n,65536,0,708906,10.817047119140625
SSDCP,λ<=log n,65536,0,787538,12.016876220703125
SSDCP,λ<=log n,65536,0,709408,10.82470703125
SSDCP,λ<=log n,65536,0,740882,11.304962158203125
SSDCP,λ<=log n,65536,0,697114,10.637115478515625
SSDCP,λ<=log n,65536,0,742139,11.324142456054688
SSDCP,λ<=log n,65536,0,711107,10.850631713867188
SSDCP,λ<=log n,65536,0,784109,11.964553833007812
SSDCP,λ<=log n,65536,0,763448,11.6492919921875
SSDCP,λ<=log n,65536,0,780571,11.910568237304688
SSDCP,λ<=log n,65536,0,739164,11.27874755859375
SSDCP,λ<=log n,65536,0,756564,11.54425048828125
SSDCP,λ<=log n,65536,0,686666,10.477691650390625
SSDCP,λ<=log n,65536,0,794044,12.11614990234375
SSDCP,λ<=log n,65536,0,734865,11.213150024414062
SSDCP,λ<=log n,65536,0,811646,12.384735107421875
SSDCP,λ<=log n,65536,0,686908,10.48138427734375
SSDCP,λ<=log n,65536,0,789941,12.053543090820312
SSDCP,λ<=log n,65536,0,691211,10.547042846679688
SSDCP,λ<=log n,65536,0,741664,11.31689453125
SSDCP,λ<=log n,65536,0,742617,11.331436157226562
SSDCP,λ<=log n,65536,0,829712,12.660400390625
SSDCP,λ<=log n,65536,0,765056,11.673828125
SSDCP,λ<=log n,65536,0,813153,12.407730102539062
SSDCP,λ<=log n,65536,0,861210,13.141021728515625
SSDCP,λ<=log n,65536,0,775854,11.838592529296875
SSDCP,λ<=log n,65536,0,748685,11.424026489257812
SSDCP,λ<=log n,65536,0,717427,10.947067260742188
SSDCP,λ<=log n,65536,0,843641,12.872940063476562
SSDCP,λ<=log n,65536,0,812710,12.400970458984375
SSDCP,λ<=log n,65536,0,707109,10.789627075195312
SSDCP,λ<=log n,65536,0,738187,11.263839721679688
SSDCP,λ<=log n,65536,0,723073,11.033218383789062
SSDCP,λ<=log n,65536,0,695183,10.607650756835938
SSDCP,λ<=log n,65536,0,724226,11.050811767578125
SSDCP,λ<=log n,65536,0,722208,11.02001953125
SSDCP,λ<=log n,65536,0,703411,10.733200073242188
SSDCP,λ<=log n,65536,0,797081,12.162490844726562
SSDCP,λ<=log n,65536,0,710175,10.836410522460938
SSDCP,λ<=log n,65536,0,737731,11.256881713867188
SSDCP,λ<=log n,65536,0,794478,12.122772216796875
SSDCP,λ<=log n,65536,0,706010,10.772857666015625
SSDCP,λ<=log n,65536,0,751904,11.47314453125
SSDCP,λ<=log n,65536,0,735141,11.217361450195312
SSDCP,λ<=log n,65536,0,837366,12.777191162109375
SSDCP,λ<=log n,65536,0,784051,11.963668823242188
SSDCP,λ<=log n,65536,0,785161,11.980606079101562
SSDCP,λ<=log n,65536,0,704685,10.752639770507812
SSDCP,λ<=log n,65536,0,756630,11.545257568359375
SSDCP,λ<=log n,65536,0,773251,11.798873901367188
SSDCP,λ<=log n,65536,0,810128,12.361572265625
SSDCP,λ<=log n,65536,0,715818,10.922515869140625
SSDCP,λ<=log n,65536,0,765041,11.673599243164062
SSDCP,λ<=log n,65536,0,790032,12.054931640625
SSDCP,λ<=log n,65536,0,841344,12.837890625
SSDCP,λ<=log n,65536,0,836124,12.75823974609375
SSDCP,λ<=log n,65536,0,692539,10.567306518554688
SSDCP,λ<=log n,65536,0,725362,11.068145751953125
SSDCP,λ<=log n,65536,0,846089,12.910293579101562
SSDCP,λ<=log n,65536,0,829387,12.655441284179688
SSDCP,λ<=log n,65536,0,793602,12.109405517578125
SSDCP,λ<=log n,65536,0,787075,12.009811401367188
SSDCP,λ<=log n,65536,0,753064,11.4908447265625
SSDCP,λ<=log n,65536,0,747269,11.402420043945312
SSDCP,λ<=log n,65536,0,719752,10.9825439453125
SSDCP,λ<=log n,65536,0,702689,10.722183227539062
SRDCP,λ<=log n,65536,0,601192,9.1734619140625
SRDCP,λ<=log n,65536,0,557770,8.510894775390625
SRDCP,λ<=log n,65536,0,672060,10.25482177734375
SRDCP,λ<=log n,65536,0,574661,8.768630981445312
SRDCP,λ<=log n,65536,0,599240,9.1436767578125
SRDCP,λ<=log n,65536,0,576587,8.798019409179688
SRDCP,λ<=log n,65536,0,560496,8.552490234375
SRDCP,λ<=log n,65536,0,566033,8.636978149414062
SRDCP,λ<=log n,65536,0,632099,9.645065307617188
SRDCP,λ<=log n,65536,0,525822,8.023406982421875
SRDCP,λ<=log n,65536,0,531844,8.11529541015625
SRDCP,λ<=log n,65536,0,599969,9.154800415039062
SRDCP,λ<=log n,65536,0,564311,8.610702514648438
SRDCP,λ<=log n,65536,0,593816,9.0609130859375
SRDCP,λ<=log n,65536,0,552625,8.432388305664062
SRDCP,λ<=log n,65536,0,524570,8.004302978515625
SRDCP,λ<=log n,65536,0,571868,8.72601318359375
SRDCP,λ<=log n,65536,0,599139,9.142135620117188
SRDCP,λ<=log n,65536,0,597546,9.117828369140625
SRDCP,λ<=log n,65536,0,608242,9.281036376953125
SRDCP,λ<=log n,65536,0,626532,9.56011962890625
SRDCP,λ<=log n,65536,0,556683,8.494308471679688
SRDCP,λ<=log n,65536,0,579397,8.840896606445312
SRDCP,λ<=log n,65536,0,529827,8.084518432617188
SRDCP,λ<=log n,65536,0,603331,9.206100463867188
SRDCP,λ<=log n,65536,0,577126,8.806243896484375
SRDCP,λ<=log n,65536,0,557154,8.501495361328125
SRDCP,λ<=log n,65536,0,583098,8.897369384765625
SRDCP,λ<=log n,65536,0,558502,8.522064208984375
SRDCP,λ<=log n,65536,0,548091,8.363204956054688
SRDCP,λ<=log n,65536,0,612659,9.348434448242188
SRDCP,λ<=log n,65536,0,607689,9.272598266601562
SRDCP,λ<=log n,65536,0,566691,8.647018432617188
SRDCP,λ<=log n,65536,0,683627,10.431320190429688
SRDCP,λ<=log n,65536,0,629063,9.598739624023438
SRDCP,λ<=log n,65536,0,587159,8.959335327148438
SRDCP,λ<=log n,65536,0,580407,8.856307983398438
SRDCP,λ<=log n,65536,0,538911,8.223129272460938
SRDCP,λ<=log n,65536,0,544658,8.310821533203125
SRDCP,λ<=log n,65536,0,545890,8.329620361328125
SRDCP,λ<=log n,65536,0,594708,9.07452392578125
SRDCP,λ<=log n,65536,0,543311,8.290267944335938
SRDCP,λ<=log n,65536,0,540208,8.242919921875
SRDCP,λ<=log n,65536,0,528959,8.071273803710938
SRDCP,λ<=log n,65536,0,527251,8.045211791992188
SRDCP,λ<=log n,65536,0,553828,8.45074462890625
SRDCP,λ<=log n,65536,0,585251,8.930221557617188
SRDCP,λ<=log n,65536,0,561219,8.563522338867188
SRDCP,λ<=log n,65536,0,541166,8.257537841796875
SRDCP,λ<=log n,65536,0,554985,8.468399047851562
SRDCP,λ<=log n,65536,0,726427,11.084396362304688
SRDCP,λ<=log n,65536,0,584194,8.914093017578125
SRDCP,λ<=log n,65536,0,530727,8.098251342773438
SRDCP,λ<=log n,65536,0,544963,8.315475463867188
SRDCP,λ<=log n,65536,0,543612,8.29486083984375
SRDCP,λ<=log n,65536,0,595554,9.087432861328125
SRDCP,λ<=log n,65536,0,546403,8.337448120117188
SRDCP,λ<=log n,65536,0,557006,8.499237060546875
SRDCP,λ<=log n,65536,0,593858,9.061553955078125
SRDCP,λ<=log n,65536,0,564550,8.614349365234375
SRDCP,λ<=log n,65536,0,543352,8.2908935546875
SRDCP,λ<=log n,65536,0,552793,8.434951782226562
SRDCP,λ<=log n,65536,0,527078,8.042572021484375
SRDCP,λ<=log n,65536,0,535354,8.168853759765625
SRDCP,λ<=log n,65536,0,584482,8.918487548828125
SRDCP,λ<=log n,65536,0,572505,8.735733032226562
SRDCP,λ<=log n,65536,0,548965,8.376541137695312
SRDCP,λ<=log n,65536,0,589118,8.989227294921875
SRDCP,λ<=log n,65536,0,564480,8.61328125
SRDCP,λ<=log n,65536,0,599149,9.142288208007812
SRDCP,λ<=log n,65536,0,595136,9.0810546875
SRDCP,λ<=log n,65536,0,569100,8.68377685546875
SRDCP,λ<=log n,65536,0,620759,9.472030639648438
SRDCP,λ<=log n,65536,0,589786,8.999420166015625
SRDCP,λ<=log n,65536,0,532494,8.125213623046875
SRDCP,λ<=log n,65536,0,553336,8.4432373046875
SRDCP,λ<=log n,65536,0,543526,8.293548583984375
SRDCP,λ<=log n,65536,0,533870,8.146209716796875
SRDCP,λ<=log n,65536,0,531029,8.102859497070312
SRDCP,λ<=log n,65536,0,580473,8.857315063476562
SRDCP,λ<=log n,65536,0,579920,8.848876953125
SRDCP,λ<=log n,65536,0,523791,7.9924163818359375
SRDCP,λ<=log n,65536,0,555857,8.481704711914062
SRDCP,λ<=log n,65536,0,550257,8.396255493164062
SRDCP,λ<=log n,65536,0,551512,8.4154052734375
SRDCP,λ<=log n,65536,0,593977,9.063369750976562
SRDCP,λ<=log n,65536,0,560089,8.546279907226562
SRDCP,λ<=log n,65536,0,556455,8.490829467773438
SRDCP,λ<=log n,65536,0,562548,8.58380126953125
SRDCP,λ<=log n,65536,0,562732,8.58660888671875
SRDCP,λ<=log n,65536,0,606825,9.259414672851562
SRDCP,λ<=log n,65536,0,540328,8.2447509765625
SRDCP,λ<=log n,65536,0,550220,8.39569091796875
SRDCP,λ<=log n,65536,0,596369,9.099868774414062
SRDCP,λ<=log n,65536,0,537134,8.196014404296875
SRDCP,λ<=log n,65536,0,573767,8.754989624023438
SRDCP,λ<=log n,65536,0,583275,8.900070190429688
SRDCP,λ<=log n,65536,0,579576,8.8436279296875
SRDCP,λ<=log n,65536,0,546249,8.335098266601562
SRDCP,λ<=log n,65536,0,545477,8.323318481445312
SHDCP,λ<=log n,65536,0,545340,8.32122802734375
SHDCP,λ<=log n,65536,0,520530,7.942657470703125
SHDCP,λ<=log n,65536,0,511591,7.8062591552734375
SHDCP,λ<=log n,65536,0,474148,7.23492431640625
SHDCP,λ<=log n,65536,0,508998,7.766693115234375
SHDCP,λ<=log n,65536,0,536131,8.180709838867188
SHDCP,λ<=log n,65536,0,539632,8.234130859375
SHDCP,λ<=log n,65536,0,494334,7.542938232421875
SHDCP,λ<=log n,65536,0,491374,7.497772216796875
SHDCP,λ<=log n,65536,0,502185,7.6627349853515625
SHDCP,λ<=log n,65536,0,511306,7.801910400390625
SHDCP,λ<=log n,65536,0,498252,7.60272216796875
SHDCP,λ<=log n,65536,0,526005,8.026199340820312
SHDCP,λ<=log n,65536,0,496005,7.5684356689453125
SHDCP,λ<=log n,65536,0,565671,8.631454467773438
SHDCP,λ<=log n,65536,0,495234,7.556671142578125
SHDCP,λ<=log n,65536,0,520051,7.9353485107421875
SHDCP,λ<=log n,65536,0,546410,8.337554931640625
SHDCP,λ<=log n,65536,0,504681,7.7008209228515625
SHDCP,λ<=log n,65536,0,547057,8.347427368164062
SHDCP,λ<=log n,65536,0,512071,7.8135833740234375
SHDCP,λ<=log n,65536,0,511963,7.8119354248046875
SHDCP,λ<=log n,65536,0,570709,8.708328247070312
SHDCP,λ<=log n,65536,0,509489,7.7741851806640625
SHDCP,λ<=log n,65536,0,492339,7.5124969482421875
SHDCP,λ<=log n,65536,0,552205,8.425979614257812
SHDCP,λ<=log n,65536,0,496938,7.582672119140625
SHDCP,λ<=log n,65536,0,508385,7.7573394775390625
SHDCP,λ<=log n,65536,0,525367,8.016464233398438
SHDCP,λ<=log n,65536,0,501615,7.6540374755859375
SHDCP,λ<=log n,65536,0,514803,7.8552703857421875
SHDCP,λ<=log n,65536,0,505805,7.7179718017578125
SHDCP,λ<=log n,65536,0,508429,7.7580108642578125
SHDCP,λ<=log n,65536,0,522419,7.9714813232421875
SHDCP,λ<=log n,65536,0,529623,8.081405639648438
SHDCP,λ<=log n,65536,0,536675,8.189010620117188
SHDCP,λ<=log n,65536,0,534261,8.152175903320312
SHDCP,λ<=log n,65536,0,532567,8.126327514648438
SHDCP,λ<=log n,65536,0,497328,7.588623046875
SHDCP,λ<=log n,65536,0,565191,8.624130249023438
SHDCP,λ<=log n,65536,0,494897,7.5515289306640625
SHDCP,λ<=log n,65536,0,612443,9.345138549804688
SHDCP,λ<=log n,65536,0,533763,8.144577026367188
SHDCP,λ<=log n,65536,0,488608,7.45556640625
SHDCP,λ<=log n,65536,0,532149,8.119949340820312
SHDCP,λ<=log n,65536,0,496044,7.56903076171875
SHDCP,λ<=log n,65536,0,503934,7.689422607421875
SHDCP,λ<=log n,65536,0,501555,7.6531219482421875
SHDCP,λ<=log n,65536,0,577459,8.811325073242188
SHDCP,λ<=log n,65536,0,549618,8.386505126953125
SHDCP,λ<=log n,65536,0,505531,7.7137908935546875
SHDCP,λ<=log n,65536,0,508336,7.756591796875
SHDCP,λ<=log n,65536,0,515348,7.86358642578125
SHDCP,λ<=log n,65536,0,514301,7.8476104736328125
SHDCP,λ<=log n,65536,0,500652,7.63934326171875
SHDCP,λ<=log n,65536,0,554385,8.459243774414062
SHDCP,λ<=log n,65536,0,482074,7.355865478515625
SHDCP,λ<=log n,65536,0,496667,7.5785369873046875
SHDCP,λ<=log n,65536,0,522368,7.970703125
SHDCP,λ<=log n,65536,0,527715,8.052291870117188
SHDCP,λ<=log n,65536,0,586408,8.9478759765625
SHDCP,λ<=log n,65536,0,507911,7.7501068115234375
SHDCP,λ<=log n,65536,0,529849,8.084854125976562
SHDCP,λ<=log n,65536,0,515571,7.8669891357421875
SHDCP,λ<=log n,65536,0,606636,9.25653076171875
SHDCP,λ<=log n,65536,0,563924,8.60479736328125
SHDCP,λ<=log n,65536,0,595905,9.092788696289062
SHDCP,λ<=log n,65536,0,504506,7.698150634765625
SHDCP,λ<=log n,65536,0,567734,8.662933349609375
SHDCP,λ<=log n,65536,0,516222,7.876922607421875
SHDCP,λ<=log n,65536,0,488332,7.45135498046875
SHDCP,λ<=log n,65536,0,549431,8.383651733398438
SHDCP,λ<=log n,65536,0,595045,9.079666137695312
SHDCP,λ<=log n,65536,0,522014,7.965301513671875
SHDCP,λ<=log n,65536,0,508358,7.756927490234375
SHDCP,λ<=log n,65536,0,532387,8.123580932617188
SHDCP,λ<=log n,65536,0,513341,7.8329620361328125
SHDCP,λ<=log n,65536,0,538787,8.221237182617188
SHDCP,λ<=log n,65536,0,550405,8.398513793945312
SHDCP,λ<=log n,65536,0,544483,8.308151245117188
SHDCP,λ<=log n,65536,0,512884,7.82598876953125
SHDCP,λ<=log n,65536,0,553620,8.44757080078125
SHDCP,λ<=log n,65536,0,509199,7.7697601318359375
SHDCP,λ<=log n,65536,0,536346,8.183990478515625
SHDCP,λ<=log n,65536,0,539330,8.229522705078125
SHDCP,λ<=log n,65536,0,512676,7.82281494140625
SHDCP,λ<=log n,65536,0,483592,7.3790283203125
SHDCP,λ<=log n,65536,0,529181,8.074661254882812
SHDCP,λ<=log n,65536,0,514583,7.8519134521484375
SHDCP,λ<=log n,65536,0,495945,7.5675201416015625
SHDCP,λ<=log n,65536,0,479002,7.308990478515625
SHDCP,λ<=log n,65536,0,535890,8.177032470703125
SHDCP,λ<=log n,65536,0,518133,7.9060821533203125
SHDCP,λ<=log n,65536,0,520938,7.948883056640625
SHDCP,λ<=log n,65536,0,552968,8.4376220703125
SHDCP,λ<=log n,65536,0,553746,8.449493408203125
SHDCP,λ<=log n,65536,0,535185,8.166275024414062
SHDCP,λ<=log n,65536,0,573341,8.748489379882812
SHDCP,λ<=log n,65536,0,519883,7.9327850341796875
SHDCP,λ<=log n,65536,0,516205,7.8766632080078125
SHLCP,λ<=log n,65536,0,528736,8.06787109375
SHLCP,λ<=log n,65536,0,540119,8.241561889648438
SHLCP,λ<=log n,65536,0,604448,9.22314453125
SHLCP,λ<=log n,65536,0,543973,8.300369262695312
SHLCP,λ<=log n,65536,0,521516,7.95770263671875
SHLCP,λ<=log n,65536,0,566306,8.641143798828125
SHLCP,λ<=log n,65536,0,524471,8.002792358398438
SHLCP,λ<=log n,65536,0,569635,8.691940307617188
SHLCP,λ<=log n,65536,0,542377,8.276016235351562
SHLCP,λ<=log n,65536,0,545780,8.32794189453125
SHLCP,λ<=log n,65536,0,541452,8.26190185546875
SHLCP,λ<=log n,65536,0,526480,8.033447265625
SHLCP,λ<=log n,65536,0,519829,7.9319610595703125
SHLCP,λ<=log n,65536,0,551580,8.41644287109375
SHLCP,λ<=log n,65536,0,532432,8.124267578125
SHLCP,λ<=log n,65536,0,529166,8.074432373046875
SHLCP,λ<=log n,65536,0,532513,8.125503540039062
SHLCP,λ<=log n,65536,0,515607,7.8675384521484375
SHLCP,λ<=log n,65536,0,551807,8.419906616210938
SHLCP,λ<=log n,65536,0,532021,8.117996215820312
SHLCP,λ<=log n,65536,0,548611,8.371139526367188
SHLCP,λ<=log n,65536,0,565335,8.626327514648438
SHLCP,λ<=log n,65536,0,521206,7.952972412109375
SHLCP,λ<=log n,65536,0,498513,7.6067047119140625
SHLCP,λ<=log n,65536,0,527485,8.048782348632812
SHLCP,λ<=log n,65536,0,525096,8.0123291015625
SHLCP,λ<=log n,65536,0,535604,8.17266845703125
SHLCP,λ<=log n,65536,0,517011,7.8889617919921875
SHLCP,λ<=log n,65536,0,597538,9.117706298828125
SHLCP,λ<=log n,65536,0,604554,9.224761962890625
SHLCP,λ<=log n,65536,0,537238,8.197601318359375
SHLCP,λ<=log n,65536,0,538677,8.219558715820312
SHLCP,λ<=log n,65536,0,537368,8.1995849609375
SHLCP,λ<=log n,65536,0,559364,8.53521728515625
SHLCP,λ<=log n,65536,0,552214,8.426116943359375
SHLCP,λ<=log n,65536,0,618116,9.43170166015625
SHLCP,λ<=log n,65536,0,543564,8.29412841796875
SHLCP,λ<=log n,65536,0,537971,8.208786010742188
SHLCP,λ<=log n,65536,0,541147,8.257247924804688
SHLCP,λ<=log n,65536,0,525246,8.014617919921875
SHLCP,λ<=log n,65536,0,523121,7.9821929931640625
SHLCP,λ<=log n,65536,0,504258,7.694366455078125
SHLCP,λ<=log n,65536,0,527460,8.04840087890625
SHLCP,λ<=log n,65536,0,517921,7.9028472900390625
SHLCP,λ<=log n,65536,0,512854,7.825531005859375
SHLCP,λ<=log n,65536,0,530322,8.092071533203125
SHLCP,λ<=log n,65536,0,518393,7.9100494384765625
SHLCP,λ<=log n,65536,0,582433,8.887222290039062
SHLCP,λ<=log n,65536,0,584456,8.9180908203125
SHLCP,λ<=log n,65536,0,502134,7.661956787109375
SHLCP,λ<=log n,65536,0,526028,8.02655029296875
SHLCP,λ<=log n,65536,0,558557,8.522903442382812
SHLCP,λ<=log n,65536,0,529520,8.079833984375
SHLCP,λ<=log n,65536,0,550875,8.405685424804688
SHLCP,λ<=log n,65536,0,549116,8.37884521484375
SHLCP,λ<=log n,65536,0,542790,8.282318115234375
SHLCP,λ<=log n,65536,0,496527,7.5764007568359375
SHLCP,λ<=log n,65536,0,548019,8.362106323242188
SHLCP,λ<=log n,65536,0,534416,8.154541015625
SHLCP,λ<=log n,65536,0,540911,8.253646850585938
SHLCP,λ<=log n,65536,0,579777,8.846694946289062
SHLCP,λ<=log n,65536,0,571037,8.713333129882812
SHLCP,λ<=log n,65536,0,540994,8.254913330078125
SHLCP,λ<=log n,65536,0,541380,8.26080322265625
SHLCP,λ<=log n,65536,0,539161,8.226943969726562
SHLCP,λ<=log n,65536,0,555976,8.4835205078125
SHLCP,λ<=log n,65536,0,519881,7.9327545166015625
SHLCP,λ<=log n,65536,0,507734,7.747406005859375
SHLCP,λ<=log n,65536,0,564301,8.610549926757812
SHLCP,λ<=log n,65536,0,520994,7.949737548828125
SHLCP,λ<=log n,65536,0,558649,8.524307250976562
SHLCP,λ<=log n,65536,0,525641,8.020645141601562
SHLCP,λ<=log n,65536,0,526716,8.03704833984375
SHLCP,λ<=log n,65536,0,516361,7.8790435791015625
SHLCP,λ<=log n,65536,0,509500,7.77435302734375
SHLCP,λ<=log n,65536,0,577915,8.818283081054688
SHLCP,λ<=log n,65536,0,547107,8.348190307617188
SHLCP,λ<=log n,65536,0,521867,7.9630584716796875
SHLCP,λ<=log n,65536,0,550563,8.400924682617188
SHLCP,λ<=log n,65536,0,552289,8.427261352539062
SHLCP,λ<=log n,65536,0,565800,8.6334228515625
SHLCP,λ<=log n,65536,0,555834,8.481353759765625
SHLCP,λ<=log n,65536,0,549628,8.38665771484375
SHLCP,λ<=log n,65536,0,510308,7.78668212890625
SHLCP,λ<=log n,65536,0,569935,8.696517944335938
SHLCP,λ<=log n,65536,0,514435,7.8496551513671875
SHLCP,λ<=log n,65536,0,551452,8.41448974609375
SHLCP,λ<=log n,65536,0,601893,9.184158325195312
SHLCP,λ<=log n,65536,0,600811,9.167648315429688
SHLCP,λ<=log n,65536,0,527555,8.049850463867188
SHLCP,λ<=log n,65536,0,512385,7.8183746337890625
SHLCP,λ<=log n,65536,0,566557,8.644973754882812
SHLCP,λ<=log n,65536,0,568477,8.674270629882812
SHLCP,λ<=log n,65536,0,496368,7.573974609375
SHLCP,λ<=log n,65536,0,540790,8.251800537109375
SHLCP,λ<=log n,65536,0,516453,7.8804473876953125
SHLCP,λ<=log n,65536,0,528118,8.058441162109375
SHLCP,λ<=log n,65536,0,546337,8.336441040039062
SHLCP,λ<=log n,65536,0,673250,10.272979736328125
SHLCP,λ<=log n,65536,0,541356,8.26043701171875
SRLCP,λ<=log n,65536,0,583799,8.908065795898438
SRLCP,λ<=log n,65536,0,579710,8.845672607421875
SRLCP,λ<=log n,65536,0,567246,8.655487060546875
SRLCP,λ<=log n,65536,0,582584,8.8895263671875
SRLCP,λ<=log n,65536,0,622759,9.502548217773438
SRLCP,λ<=log n,65536,0,647618,9.881866455078125
SRLCP,λ<=log n,65536,0,577935,8.818588256835938
SRLCP,λ<=log n,65536,0,558181,8.517166137695312
SRLCP,λ<=log n,65536,0,566232,8.6400146484375
SRLCP,λ<=log n,65536,0,612061,9.339309692382812
SRLCP,λ<=log n,65536,0,563920,8.604736328125
SRLCP,λ<=log n,65536,0,586174,8.944305419921875
SRLCP,λ<=log n,65536,0,569879,8.695663452148438
SRLCP,λ<=log n,65536,0,574299,8.763107299804688
SRLCP,λ<=log n,65536,0,617044,9.41534423828125
SRLCP,λ<=log n,65536,0,613267,9.357711791992188
SRLCP,λ<=log n,65536,0,609573,9.301345825195312
SRLCP,λ<=log n,65536,0,560924,8.55902099609375
SRLCP,λ<=log n,65536,0,572371,8.733688354492188
SRLCP,λ<=log n,65536,0,570710,8.708343505859375
SRLCP,λ<=log n,65536,0,678291,10.349899291992188
SRLCP,λ<=log n,65536,0,575137,8.775894165039062
SRLCP,λ<=log n,65536,0,623487,9.513656616210938
SRLCP,λ<=log n,65536,0,563509,8.598464965820312
SRLCP,λ<=log n,65536,0,811403,12.381027221679688
SRLCP,λ<=log n,65536,0,601193,9.173477172851562
SRLCP,λ<=log n,65536,0,600278,9.159515380859375
SRLCP,λ<=log n,65536,0,636422,9.711029052734375
SRLCP,λ<=log n,65536,0,552114,8.424591064453125
SRLCP,λ<=log n,65536,0,588598,8.981292724609375
SRLCP,λ<=log n,65536,0,595523,9.086959838867188
SRLCP,λ<=log n,65536,0,575196,8.77679443359375
SRLCP,λ<=log n,65536,0,683329,10.426773071289062
SRLCP,λ<=log n,65536,0,564120,8.6077880859375
SRLCP,λ<=log n,65536,0,583551,8.904281616210938
SRLCP,λ<=log n,65536,0,585210,8.929595947265625
SRLCP,λ<=log n,65536,0,583996,8.91107177734375
SRLCP,λ<=log n,65536,0,609263,9.296615600585938
SRLCP,λ<=log n,65536,0,528370,8.062286376953125
SRLCP,λ<=log n,65536,0,635293,9.693801879882812
SRLCP,λ<=log n,65536,0,578767,8.831283569335938
SRLCP,λ<=log n,65536,0,605152,9.23388671875
SRLCP,λ<=log n,65536,0,624426,9.527984619140625
SRLCP,λ<=log n,65536,0,570043,8.698165893554688
SRLCP,λ<=log n,65536,0,639994,9.765533447265625
SRLCP,λ<=log n,65536,0,565911,8.635116577148438
SRLCP,λ<=log n,65536,0,574540,8.76678466796875
SRLCP,λ<=log n,65536,0,623389,9.512161254882812
SRLCP,λ<=log n,65536,0,560598,8.554046630859375
SRLCP,λ<=log n,65536,0,642767,9.807846069335938
SRLCP,λ<=log n,65536,0,557048,8.4998779296875
SRLCP,λ<=log n,65536,0,542476,8.27752685546875
SRLCP,λ<=log n,65536,0,561764,8.57183837890625
SRLCP,λ<=log n,65536,0,546163,8.333786010742188
SRLCP,λ<=log n,65536,0,613443,9.360397338867188
SRLCP,λ<=log n,65536,0,563480,8.5980224609375
SRLCP,λ<=log n,65536,0,572369,8.733657836914062
SRLCP,λ<=log n,65536,0,566368,8.64208984375
SRLCP,λ<=log n,65536,0,593968,9.063232421875
SRLCP,λ<=log n,65536,0,558031,8.514877319335938
SRLCP,λ<=log n,65536,0,628491,9.590011596679688
SRLCP,λ<=log n,65536,0,633006,9.658905029296875
SRLCP,λ<=log n,65536,0,579852,8.84783935546875
SRLCP,λ<=log n,65536,0,557414,8.505462646484375
SRLCP,λ<=log n,65536,0,625073,9.537857055664062
SRLCP,λ<=log n,65536,0,606017,9.247085571289062
SRLCP,λ<=log n,65536,0,569705,8.693008422851562
SRLCP,λ<=log n,65536,0,605700,9.24224853515625
SRLCP,λ<=log n,65536,0,585882,8.939849853515625
SRLCP,λ<=log n,65536,0,649850,9.915924072265625
SRLCP,λ<=log n,65536,0,599408,9.146240234375
SRLCP,λ<=log n,65536,0,576067,8.790084838867188
SRLCP,λ<=log n,65536,0,603616,9.21044921875
SRLCP,λ<=log n,65536,0,565563,8.629806518554688
SRLCP,λ<=log n,65536,0,541652,8.26495361328125
SRLCP,λ<=log n,65536,0,601306,9.175201416015625
SRLCP,λ<=log n,65536,0,538310,8.213958740234375
SRLCP,λ<=log n,65536,0,570675,8.707809448242188
SRLCP,λ<=log n,65536,0,567087,8.653060913085938
SRLCP,λ<=log n,65536,0,565516,8.62908935546875
SRLCP,λ<=log n,65536,0,583504,8.903564453125
SRLCP,λ<=log n,65536,0,561747,8.571578979492188
SRLCP,λ<=log n,65536,0,572988,8.74310302734375
SRLCP,λ<=log n,65536,0,602406,9.191986083984375
SRLCP,λ<=log n,65536,0,586683,8.952072143554688
SRLCP,λ<=log n,65536,0,630544,9.621337890625
SRLCP,λ<=log n,65536,0,634715,9.684982299804688
SRLCP,λ<=log n,65536,0,563448,8.5975341796875
SRLCP,λ<=log n,65536,0,608828,9.28997802734375
SRLCP,λ<=log n,65536,0,591633,9.027603149414062
SRLCP,λ<=log n,65536,0,571053,8.713577270507812
SRLCP,λ<=log n,65536,0,592581,9.042068481445312
SRLCP,λ<=log n,65536,0,615506,9.391876220703125
SRLCP,λ<=log n,65536,0,562183,8.578231811523438
SRLCP,λ<=log n,65536,0,617406,9.420867919921875
SRLCP,λ<=log n,65536,0,574303,8.763168334960938
SRLCP,λ<=log n,65536,0,582566,8.889251708984375
SRLCP,λ<=log n,65536,0,574633,8.768203735351562
SRLCP,λ<=log n,65536,0,586382,8.947479248046875
SRLCP,λ<=log n,65536,0,570720,8.70849609375
SSLCP,λ<=log n,65536,0,741166,11.309295654296875
SSLCP,λ<=log n,65536,0,795805,12.143020629882812
SSLCP,λ<=log n,65536,0,827971,12.633834838867188
SSLCP,λ<=log n,65536,0,766493,11.695755004882812
SSLCP,λ<=log n,65536,0,804994,12.283233642578125
SSLCP,λ<=log n,65536,0,726622,11.087371826171875
SSLCP,λ<=log n,65536,0,730607,11.148178100585938
SSLCP,λ<=log n,65536,0,848359,12.944931030273438
SSLCP,λ<=log n,65536,0,877712,13.392822265625
SSLCP,λ<=log n,65536,0,823861,12.571121215820312
SSLCP,λ<=log n,65536,0,781509,11.924880981445312
SSLCP,λ<=log n,65536,0,767668,11.71368408203125
SSLCP,λ<=log n,65536,0,760375,11.602401733398438
SSLCP,λ<=log n,65536,0,809749,12.355789184570312
SSLCP,λ<=log n,65536,0,896693,13.682449340820312
SSLCP,λ<=log n,65536,0,816908,12.46502685546875
SSLCP,λ<=log n,65536,0,808488,12.3365478515625
SSLCP,λ<=log n,65536,0,726609,11.087173461914062
SSLCP,λ<=log n,65536,0,761785,11.623916625976562
SSLCP,λ<=log n,65536,0,801133,12.224319458007812
SSLCP,λ<=log n,65536,0,821096,12.5289306640625
SSLCP,λ<=log n,65536,0,753695,11.500473022460938
SSLCP,λ<=log n,65536,0,791841,12.082534790039062
SSLCP,λ<=log n,65536,0,780102,11.903411865234375
SSLCP,λ<=log n,65536,0,788234,12.027496337890625
SSLCP,λ<=log n,65536,0,769732,11.74517822265625
SSLCP,λ<=log n,65536,0,816511,12.458969116210938
SSLCP,λ<=log n,65536,0,755047,11.521102905273438
SSLCP,λ<=log n,65536,0,791078,12.070892333984375
SSLCP,λ<=log n,65536,0,867793,13.241470336914062
SSLCP,λ<=log n,65536,0,795943,12.145126342773438
SSLCP,λ<=log n,65536,0,736839,11.243270874023438
SSLCP,λ<=log n,65536,0,823024,12.558349609375
SSLCP,λ<=log n,65536,0,739504,11.283935546875
SSLCP,λ<=log n,65536,0,859832,13.1199951171875
SSLCP,λ<=log n,65536,0,752653,11.484573364257812
SSLCP,λ<=log n,65536,0,770508,11.75701904296875
SSLCP,λ<=log n,65536,0,804420,12.27447509765625
SSLCP,λ<=log n,65536,0,795139,12.132858276367188
SSLCP,λ<=log n,65536,0,784619,11.972335815429688
SSLCP,λ<=log n,65536,0,832816,12.707763671875
SSLCP,λ<=log n,65536,0,814439,12.427352905273438
SSLCP,λ<=log n,65536,0,754929,11.519302368164062
SSLCP,λ<=log n,65536,0,793416,12.1065673828125
SSLCP,λ<=log n,65536,0,813226,12.408843994140625
SSLCP,λ<=log n,65536,0,848095,12.940902709960938
SSLCP,λ<=log n,65536,0,813236,12.40899658203125
SSLCP,λ<=log n,65536,0,772811,11.792160034179688
SSLCP,λ<=log n,65536,0,923316,14.08868408203125
SSLCP,λ<=log n,65536,0,872964,13.32037353515625
SSLCP,λ<=log n,65536,0,772458,11.786773681640625
SSLCP,λ<=log n,65536,0,777095,11.857528686523438
SSLCP,λ<=log n,65536,0,774672,11.820556640625
SSLCP,λ<=log n,65536,0,822780,12.55462646484375
SSLCP,λ<=log n,65536,0,756155,11.538009643554688
SSLCP,λ<=log n,65536,0,769538,11.742218017578125
SSLCP,λ<=log n,65536,0,793943,12.114608764648438
SSLCP,λ<=log n,65536,0,816014,12.451385498046875
SSLCP,λ<=log n,65536,0,876192,13.36962890625
SSLCP,λ<=log n,65536,0,761553,11.620376586914062
SSLCP,λ<=log n,65536,0,751000,11.4593505859375
SSLCP,λ<=log n,65536,0,902595,13.772506713867188
SSLCP,λ<=log n,65536,0,728412,11.11468505859375
SSLCP,λ<=log n,65536,0,861036,13.13836669921875
SSLCP,λ<=log n,65536,0,808834,12.341827392578125
SSLCP,λ<=log n,65536,0,733290,11.189117431640625
SSLCP,λ<=log n,65536,0,775152,11.827880859375
SSLCP,λ<=log n,65536,0,891517,13.603469848632812
SSLCP,λ<=log n,65536,0,733275,11.188888549804688
SSLCP,λ<=log n,65536,0,872533,13.313796997070312
SSLCP,λ<=log n,65536,0,766881,11.701675415039062
SSLCP,λ<=log n,65536,0,780016,11.902099609375
SSLCP,λ<=log n,65536,0,765372,11.67864990234375
SSLCP,λ<=log n,65536,0,767050,11.704254150390625
SSLCP,λ<=log n,65536,0,717976,10.9554443359375
SSLCP,λ<=log n,65536,0,934036,14.25225830078125
SSLCP,λ<=log n,65536,0,824937,12.587539672851562
SSLCP,λ<=log n,65536,0,836958,12.770965576171875
SSLCP,λ<=log n,65536,0,804419,12.274459838867188
SSLCP,λ<=log n,65536,0,814450,12.427520751953125
SSLCP,λ<=log n,65536,0,820189,12.515090942382812
SSLCP,λ<=log n,65536,0,807109,12.315505981445312
SSLCP,λ<=log n,65536,0,746903,11.396835327148438
SSLCP,λ<=log n,65536,0,757274,11.555084228515625
SSLCP,λ<=log n,65536,0,827387,12.624923706054688
SSLCP,λ<=log n,65536,0,825871,12.601791381835938
SSLCP,λ<=log n,65536,0,784168,11.9654541015625
SSLCP,λ<=log n,65536,0,800248,12.2108154296875
SSLCP,λ<=log n,65536,0,759826,11.594024658203125
SSLCP,λ<=log n,65536,0,827734,12.630218505859375
SSLCP,λ<=log n,65536,0,872326,13.310638427734375
SSLCP,λ<=log n,65536,0,865481,13.206192016601562
SSLCP,λ<=log n,65536,0,831067,12.681076049804688
SSLCP,λ<=log n,65536,0,763485,11.649856567382812
SSLCP,λ<=log n,65536,0,806076,12.29974365234375
SSLCP,λ<=log n,65536,0,761229,11.615432739257812
SSLCP,λ<=log n,65536,0,919679,14.033187866210938
SSLCP,λ<=log n,65536,0,766689,11.698745727539062
SSLCP,λ<=log n,65536,0,862769,13.164810180664062
SSLCP,λ<=log n,65536,0,796246,12.149749755859375
SSDSP,λ<=log n,65536,0,858393,13.098037719726562
SSDSP,λ<=log n,65536,0,807602,12.323028564453125
SSDSP,λ<=log n,65536,0,812735,12.401351928710938
SSDSP,λ<=log n,65536,0,777139,11.858200073242188
SSDSP,λ<=log n,65536,0,783716,11.95855712890625
SSDSP,λ<=log n,65536,0,826863,12.616928100585938
SSDSP,λ<=log n,65536,0,747861,11.411453247070312
SSDSP,λ<=log n,65536,0,802449,12.244400024414062
SSDSP,λ<=log n,65536,0,787126,12.010589599609375
SSDSP,λ<=log n,65536,0,932336,14.226318359375
SSDSP,λ<=log n,65536,0,800802,12.219268798828125
SSDSP,λ<=log n,65536,0,897088,13.6884765625
SSDSP,λ<=log n,65536,0,808450,12.335968017578125
SSDSP,λ<=log n,65536,0,813867,12.418624877929688
SSDSP,λ<=log n,65536,0,784586,11.971832275390625
SSDSP,λ<=log n,65536,0,822916,12.55670166015625
SSDSP,λ<=log n,65536,0,891503,13.603256225585938
SSDSP,λ<=log n,65536,0,834268,12.72991943359375
SSDSP,λ<=log n,65536,0,837010,12.771759033203125
SSDSP,λ<=log n,65536,0,823134,12.560028076171875
SSDSP,λ<=log n,65536,0,851687,12.995712280273438
SSDSP,λ<=log n,65536,0,857488,13.084228515625
SSDSP,λ<=log n,65536,0,832099,12.696823120117188
SSDSP,λ<=log n,65536,0,789648,12.049072265625
SSDSP,λ<=log n,65536,0,868993,13.259780883789062
SSDSP,λ<=log n,65536,0,780235,11.905441284179688
SSDSP,λ<=log n,65536,0,861364,13.14337158203125
SSDSP,λ<=log n,65536,0,761955,11.626510620117188
SSDSP,λ<=log n,65536,0,905691,13.819747924804688
SSDSP,λ<=log n,65536,0,984611,15.023971557617188
SSDSP,λ<=log n,65536,0,855893,13.059890747070312
SSDSP,λ<=log n,65536,0,826351,12.609115600585938
SSDSP,λ<=log n,65536,0,839464,12.8092041015625
SSDSP,λ<=log n,65536,0,791697,12.080337524414062
SSDSP,λ<=log n,65536,0,802243,12.241256713867188
SSDSP,λ<=log n,65536,0,767801,11.715713500976562
SSDSP,λ<=log n,65536,0,873724,13.33197021484375
SSDSP,λ<=log n,65536,0,889096,13.5665283203125
SSDSP,λ<=log n,65536,0,879130,13.414459228515625
SSDSP,λ<=log n,65536,0,795441,12.137466430664062
SSDSP,λ<=log n,65536,0,855875,13.059616088867188
SSDSP,λ<=log n,65536,0,884594,13.497833251953125
SSDSP,λ<=log n,65536,0,894077,13.642532348632812
SSDSP,λ<=log n,65536,0,794602,12.124664306640625
SSDSP,λ<=log n,65536,0,835691,12.751632690429688
SSDSP,λ<=log n,65536,0,783150,11.949920654296875
SSDSP,λ<=log n,65536,0,941555,14.366989135742188
SSDSP,λ<=log n,65536,0,852818,13.012969970703125
SSDSP,λ<=log n,65536,0,792702,12.095672607421875
SSDSP,λ<=log n,65536,0,812244,12.39385986328125
SSDSP,λ<=log n,65536,0,748427,11.420089721679688
SSDSP,λ<=log n,65536,0,846543,12.917221069335938
SSDSP,λ<=log n,65536,0,877558,13.390472412109375
SSDSP,λ<=log n,65536,0,811316,12.37969970703125
SSDSP,λ<=log n,65536,0,885181,13.506790161132812
SSDSP,λ<=log n,65536,0,906047,13.825180053710938
SSDSP,λ<=log n,65536,0,832412,12.70159912109375
SSDSP,λ<=log n,65536,0,807229,12.317337036132812
SSDSP,λ<=log n,65536,0,878513,13.405044555664062
SSDSP,λ<=log n,65536,0,810146,12.361846923828125
SSDSP,λ<=log n,65536,0,817106,12.468048095703125
SSDSP,λ<=log n,65536,0,807873,12.327163696289062
SSDSP,λ<=log n,65536,0,826455,12.610702514648438
SSDSP,λ<=log n,65536,0,770293,11.753738403320312
SSDSP,λ<=log n,65536,0,896534,13.680023193359375
SSDSP,λ<=log n,65536,0,919704,14.0335693359375
SSDSP,λ<=log n,65536,0,818389,12.487625122070312
SSDSP,λ<=log n,65536,0,842081,12.849136352539062
SSDSP,λ<=log n,65536,0,954095,14.558334350585938
SSDSP,λ<=log n,65536,0,763074,11.643585205078125
SSDSP,λ<=log n,65536,0,798496,12.18408203125
SSDSP,λ<=log n,65536,0,868989,13.259719848632812
SSDSP,λ<=log n,65536,0,836769,12.768081665039062
SSDSP,λ<=log n,65536,0,852017,13.000747680664062
SSDSP,λ<=log n,65536,0,926732,14.14080810546875
SSDSP,λ<=log n,65536,0,844926,12.892547607421875
SSDSP,λ<=log n,65536,0,788775,12.035751342773438
SSDSP,λ<=log n,65536,0,800888,12.2205810546875
SSDSP,λ<=log n,65536,0,820867,12.525436401367188
SSDSP,λ<=log n,65536,0,796423,12.152450561523438
SSDSP,λ<=log n,65536,0,864891,13.197189331054688
SSDSP,λ<=log n,65536,0,827717,12.629959106445312
SSDSP,λ<=log n,65536,0,798691,12.187057495117188
SSDSP,λ<=log n,65536,0,875941,13.365798950195312
SSDSP,λ<=log n,65536,0,797899,12.174972534179688
SSDSP,λ<=log n,65536,0,795754,12.142242431640625
SSDSP,λ<=log n,65536,0,787879,12.022079467773438
SSDSP,λ<=log n,65536,0,1025790,15.652313232421875
SSDSP,λ<=log n,65536,0,977514,14.915679931640625
SSDSP,λ<=log n,65536,0,886187,13.522140502929688
SSDSP,λ<=log n,65536,0,780875,11.915206909179688
SSDSP,λ<=log n,65536,0,810046,12.360321044921875
SSDSP,λ<=log n,65536,0,789953,12.053726196289062
SSDSP,λ<=log n,65536,0,768153,11.721084594726562
SSDSP,λ<=log n,65536,0,793425,12.106704711914062
SSDSP,λ<=log n,65536,0,775339,11.830734252929688
SSDSP,λ<=log n,65536,0,817716,12.47735595703125
SSDSP,λ<=log n,65536,0,1010281,15.415664672851562
SSDSP,λ<=log n,65536,0,871327,13.295394897460938
SSDSP,λ<=log n,65536,0,813976,12.4202880859375
SRDSP,λ<=log n,65536,0,614209,9.372085571289062
SRDSP,λ<=log n,65536,0,637055,9.720687866210938
SRDSP,λ<=log n,65536,0,680699,10.386642456054688
SRDSP,λ<=log n,65536,0,608695,9.287948608398438
SRDSP,λ<=log n,65536,0,603995,9.216232299804688
SRDSP,λ<=log n,65536,0,612602,9.347564697265625
SRDSP,λ<=log n,65536,0,675654,10.309661865234375
SRDSP,λ<=log n,65536,0,653359,9.969467163085938
SRDSP,λ<=log n,65536,0,604588,9.22528076171875
SRDSP,λ<=log n,65536,0,621491,9.483200073242188
SRDSP,λ<=log n,65536,0,626450,9.558868408203125
SRDSP,λ<=log n,65536,0,612467,9.345504760742188
SRDSP,λ<=log n,65536,0,708871,10.816513061523438
SRDSP,λ<=log n,65536,0,682252,10.41033935546875
SRDSP,λ<=log n,65536,0,641202,9.783966064453125
SRDSP,λ<=log n,65536,0,671429,10.245193481445312
SRDSP,λ<=log n,65536,0,594783,9.075668334960938
SRDSP,λ<=log n,65536,0,684052,10.43780517578125
SRDSP,λ<=log n,65536,0,609799,9.304794311523438
SRDSP,λ<=log n,65536,0,670383,10.229232788085938
SRDSP,λ<=log n,65536,0,647246,9.876190185546875
SRDSP,λ<=log n,65536,0,618112,9.431640625
SRDSP,λ<=log n,65536,0,702031,10.712142944335938
SRDSP,λ<=log n,65536,0,654407,9.985458374023438
SRDSP,λ<=log n,65536,0,637266,9.723907470703125
SRDSP,λ<=log n,65536,0,658104,10.0418701171875
SRDSP,λ<=log n,65536,0,646970,9.871978759765625
SRDSP,λ<=log n,65536,0,656727,10.020858764648438
SRDSP,λ<=log n,65536,0,632243,9.647262573242188
SRDSP,λ<=log n,65536,0,669222,10.211517333984375
SRDSP,λ<=log n,65536,0,636268,9.70867919921875
SRDSP,λ<=log n,65536,0,619238,9.448822021484375
SRDSP,λ<=log n,65536,0,628529,9.590591430664062
SRDSP,λ<=log n,65536,0,626115,9.553756713867188
SRDSP,λ<=log n,65536,0,675149,10.301956176757812
SRDSP,λ<=log n,65536,0,647624,9.8819580078125
SRDSP,λ<=log n,65536,0,632477,9.650833129882812
SRDSP,λ<=log n,65536,0,636482,9.711944580078125
SRDSP,λ<=log n,65536,0,630817,9.625503540039062
SRDSP,λ<=log n,65536,0,645001,9.841934204101562
SRDSP,λ<=log n,65536,0,628897,9.596206665039062
SRDSP,λ<=log n,65536,0,674736,10.295654296875
SRDSP,λ<=log n,65536,0,741018,11.307037353515625
SRDSP,λ<=log n,65536,0,651494,9.941009521484375
SRDSP,λ<=log n,65536,0,622633,9.500625610351562
SRDSP,λ<=log n,65536,0,639895,9.764022827148438
SRDSP,λ<=log n,65536,0,660546,10.079132080078125
SRDSP,λ<=log n,65536,0,617849,9.427627563476562
SRDSP,λ<=log n,65536,0,656276,10.01397705078125
SRDSP,λ<=log n,65536,0,620847,9.473373413085938
SRDSP,λ<=log n,65536,0,651128,9.9354248046875
SRDSP,λ<=log n,65536,0,654754,9.990753173828125
SRDSP,λ<=log n,65536,0,759730,11.592559814453125
SRDSP,λ<=log n,65536,0,698917,10.664627075195312
SRDSP,λ<=log n,65536,0,732325,11.174392700195312
SRDSP,λ<=log n,65536,0,628004,9.58258056640625
SRDSP,λ<=log n,65536,0,622995,9.506149291992188
SRDSP,λ<=log n,65536,0,620091,9.461837768554688
SRDSP,λ<=log n,65536,0,618012,9.43011474609375
SRDSP,λ<=log n,65536,0,634710,9.684906005859375
SRDSP,λ<=log n,65536,0,642943,9.810531616210938
SRDSP,λ<=log n,65536,0,609935,9.306869506835938
SRDSP,λ<=log n,65536,0,674489,10.291885375976562
SRDSP,λ<=log n,65536,0,638213,9.738357543945312
SRDSP,λ<=log n,65536,0,606514,9.254669189453125
SRDSP,λ<=log n,65536,0,614820,9.38140869140625
SRDSP,λ<=log n,65536,0,607161,9.264541625976562
SRDSP,λ<=log n,65536,0,648485,9.895095825195312
SRDSP,λ<=log n,65536,0,710433,10.840347290039062
SRDSP,λ<=log n,65536,0,658083,10.041549682617188
SRDSP,λ<=log n,65536,0,677262,10.334197998046875
SRDSP,λ<=log n,65536,0,650353,9.923599243164062
SRDSP,λ<=log n,65536,0,657332,10.03009033203125
SRDSP,λ<=log n,65536,0,624764,9.53314208984375
SRDSP,λ<=log n,65536,0,608578,9.286163330078125
SRDSP,λ<=log n,65536,0,612048,9.339111328125
SRDSP,λ<=log n,65536,0,604546,9.224639892578125
SRDSP,λ<=log n,65536,0,650377,9.923965454101562
SRDSP,λ<=log n,65536,0,677157,10.332595825195312
SRDSP,λ<=log n,65536,0,626725,9.563064575195312
SRDSP,λ<=log n,65536,0,667683,10.188034057617188
SRDSP,λ<=log n,65536,0,663206,10.119720458984375
SRDSP,λ<=log n,65536,0,666266,10.166412353515625
SRDSP,λ<=log n,65536,0,677747,10.341598510742188
SRDSP,λ<=log n,65536,0,698365,10.656204223632812
SRDSP,λ<=log n,65536,0,693011,10.574508666992188
SRDSP,λ<=log n,65536,0,647488,9.8798828125
SRDSP,λ<=log n,65536,0,620072,9.4615478515625
SRDSP,λ<=log n,65536,0,631710,9.639129638671875
SRDSP,λ<=log n,65536,0,677163,10.332687377929688
SRDSP,λ<=log n,65536,0,632752,9.655029296875
SRDSP,λ<=log n,65536,0,643787,9.823410034179688
SRDSP,λ<=log n,65536,0,696186,10.622955322265625
SRDSP,λ<=log n,65536,0,703381,10.732742309570312
SRDSP,λ<=log n,65536,0,643180,9.81414794921875
SRDSP,λ<=log n,65536,0,627934,9.581512451171875
SRDSP,λ<=log n,65536,0,674953,10.298965454101562
SRDSP,λ<=log n,65536,0,638754,9.746612548828125
SRDSP,λ<=log n,65536,0,627983,9.582260131835938
SHDSP,λ<=log n,65536,0,619279,9.449447631835938
SHDSP,λ<=log n,65536,0,601611,9.179855346679688
SHDSP,λ<=log n,65536,0,642271,9.800277709960938
SHDSP,λ<=log n,65536,0,572588,8.73699951171875
SHDSP,λ<=log n,65536,0,587271,8.961044311523438
SHDSP,λ<=log n,65536,0,569999,8.697494506835938
SHDSP,λ<=log n,65536,0,555488,8.47607421875
SHDSP,λ<=log n,65536,0,569701,8.692947387695312
SHDSP,λ<=log n,65536,0,619539,9.453414916992188
SHDSP,λ<=log n,65536,0,622924,9.50506591796875
SHDSP,λ<=log n,65536,0,564610,8.615264892578125
SHDSP,λ<=log n,65536,0,593256,9.0523681640625
SHDSP,λ<=log n,65536,0,600174,9.157928466796875
SHDSP,λ<=log n,65536,0,578379,8.825363159179688
SHDSP,λ<=log n,65536,0,601508,9.17828369140625
SHDSP,λ<=log n,65536,0,593315,9.053268432617188
SHDSP,λ<=log n,65536,0,575992,8.7889404296875
SHDSP,λ<=log n,65536,0,575243,8.777511596679688
SHDSP,λ<=log n,65536,0,628040,9.5831298828125
SHDSP,λ<=log n,65536,0,568912,8.680908203125
SHDSP,λ<=log n,65536,0,594778,9.075592041015625
SHDSP,λ<=log n,65536,0,620445,9.467239379882812
SHDSP,λ<=log n,65536,0,602743,9.197128295898438
SHDSP,λ<=log n,65536,0,571658,8.722808837890625
SHDSP,λ<=log n,65536,0,550675,8.402633666992188
SHDSP,λ<=log n,65536,0,596642,9.104034423828125
SHDSP,λ<=log n,65536,0,602251,9.189620971679688
SHDSP,λ<=log n,65536,0,596668,9.10443115234375
SHDSP,λ<=log n,65536,0,604292,9.22076416015625
SHDSP,λ<=log n,65536,0,602427,9.192306518554688
SHDSP,λ<=log n,65536,0,569639,8.692001342773438
SHDSP,λ<=log n,65536,0,616357,9.404861450195312
SHDSP,λ<=log n,65536,0,605601,9.240737915039062
SHDSP,λ<=log n,65536,0,604030,9.216766357421875
SHDSP,λ<=log n,65536,0,577908,8.81817626953125
SHDSP,λ<=log n,65536,0,613112,9.3553466796875
SHDSP,λ<=log n,65536,0,569034,8.682769775390625
SHDSP,λ<=log n,65536,0,584513,8.918960571289062
SHDSP,λ<=log n,65536,0,569047,8.682968139648438
SHDSP,λ<=log n,65536,0,567874,8.665069580078125
SHDSP,λ<=log n,65536,0,609671,9.302841186523438
SHDSP,λ<=log n,65536,0,599208,9.1431884765625
SHDSP,λ<=log n,65536,0,587176,8.9595947265625
SHDSP,λ<=log n,65536,0,582022,8.880950927734375
SHDSP,λ<=log n,65536,0,608973,9.292190551757812
SHDSP,λ<=log n,65536,0,606094,9.248260498046875
SHDSP,λ<=log n,65536,0,593688,9.0589599609375
SHDSP,λ<=log n,65536,0,595992,9.0941162109375
SHDSP,λ<=log n,65536,0,578700,8.83026123046875
SHDSP,λ<=log n,65536,0,583134,8.897918701171875
SHDSP,λ<=log n,65536,0,589471,8.994613647460938
SHDSP,λ<=log n,65536,0,569195,8.685226440429688
SHDSP,λ<=log n,65536,0,566394,8.642486572265625
SHDSP,λ<=log n,65536,0,574243,8.762252807617188
SHDSP,λ<=log n,65536,0,615802,9.396392822265625
SHDSP,λ<=log n,65536,0,616459,9.406417846679688
SHDSP,λ<=log n,65536,0,573551,8.751693725585938
SHDSP,λ<=log n,65536,0,572943,8.742416381835938
SHDSP,λ<=log n,65536,0,570113,8.699234008789062
SHDSP,λ<=log n,65536,0,558572,8.52313232421875
SHDSP,λ<=log n,65536,0,606045,9.247512817382812
SHDSP,λ<=log n,65536,0,579208,8.8380126953125
SHDSP,λ<=log n,65536,0,615990,9.399261474609375
SHDSP,λ<=log n,65536,0,601830,9.183197021484375
SHDSP,λ<=log n,65536,0,591175,9.020614624023438
SHDSP,λ<=log n,65536,0,597234,9.113067626953125
SHDSP,λ<=log n,65536,0,576166,8.791595458984375
SHDSP,λ<=log n,65536,0,592199,9.036239624023438
SHDSP,λ<=log n,65536,0,557574,8.507904052734375
SHDSP,λ<=log n,65536,0,575166,8.776336669921875
SHDSP,λ<=log n,65536,0,601618,9.179962158203125
SHDSP,λ<=log n,65536,0,574145,8.760757446289062
SHDSP,λ<=log n,65536,0,594190,9.066619873046875
SHDSP,λ<=log n,65536,0,601330,9.175567626953125
SHDSP,λ<=log n,65536,0,596065,9.095230102539062
SHDSP,λ<=log n,65536,0,567296,8.65625
SHDSP,λ<=log n,65536,0,614490,9.376373291015625
SHDSP,λ<=log n,65536,0,617758,9.426239013671875
SHDSP,λ<=log n,65536,0,598724,9.13580322265625
SHDSP,λ<=log n,65536,0,608145,9.279556274414062
SHDSP,λ<=log n,65536,0,594926,9.077850341796875
SHDSP,λ<=log n,65536,0,617298,9.419219970703125
SHDSP,λ<=log n,65536,0,631346,9.633575439453125
SHDSP,λ<=log n,65536,0,607459,9.269088745117188
SHDSP,λ<=log n,65536,0,603795,9.213180541992188
SHDSP,λ<=log n,65536,0,603014,9.201263427734375
SHDSP,λ<=log n,65536,0,661763,10.097702026367188
SHDSP,λ<=log n,65536,0,607129,9.264053344726562
SHDSP,λ<=log n,65536,0,607737,9.273330688476562
SHDSP,λ<=log n,65536,0,613839,9.366439819335938
SHDSP,λ<=log n,65536,0,576507,8.796798706054688
SHDSP,λ<=log n,65536,0,580656,8.860107421875
SHDSP,λ<=log n,65536,0,661901,10.099807739257812
SHDSP,λ<=log n,65536,0,620110,9.462127685546875
SHDSP,λ<=log n,65536,0,567123,8.653610229492188
SHDSP,λ<=log n,65536,0,599371,9.145675659179688
SHDSP,λ<=log n,65536,0,646378,9.862945556640625
SHDSP,λ<=log n,65536,0,587072,8.9580078125
SHDSP,λ<=log n,65536,0,561785,8.572158813476562
SHDSP,λ<=log n,65536,0,634205,9.677200317382812
SHLSP,λ<=log n,65536,0,639749,9.761795043945312
SHLSP,λ<=log n,65536,0,609291,9.297042846679688
SHLSP,λ<=log n,65536,0,630142,9.615203857421875
SHLSP,λ<=log n,65536,0,677544,10.3385009765625
SHLSP,λ<=log n,65536,0,624910,9.535369873046875
SHLSP,λ<=log n,65536,0,647128,9.8743896484375
SHLSP,λ<=log n,65536,0,636101,9.706130981445312
SHLSP,λ<=log n,65536,0,617059,9.415573120117188
SHLSP,λ<=log n,65536,0,609785,9.304580688476562
SHLSP,λ<=log n,65536,0,620476,9.46771240234375
SHLSP,λ<=log n,65536,0,608410,9.283599853515625
SHLSP,λ<=log n,65536,0,660763,10.082443237304688
SHLSP,λ<=log n,65536,0,608999,9.292587280273438
SHLSP,λ<=log n,65536,0,590398,9.008758544921875
SHLSP,λ<=log n,65536,0,612017,9.338638305664062
SHLSP,λ<=log n,65536,0,625469,9.543899536132812
SHLSP,λ<=log n,65536,0,638733,9.746292114257812
SHLSP,λ<=log n,65536,0,579332,8.83990478515625
SHLSP,λ<=log n,65536,0,627330,9.572296142578125
SHLSP,λ<=log n,65536,0,634009,9.674209594726562
SHLSP,λ<=log n,65536,0,671074,10.239776611328125
SHLSP,λ<=log n,65536,0,652171,9.951339721679688
SHLSP,λ<=log n,65536,0,632305,9.648208618164062
SHLSP,λ<=log n,65536,0,612176,9.341064453125
SHLSP,λ<=log n,65536,0,669943,10.222518920898438
SHLSP,λ<=log n,65536,0,701862,10.709564208984375
SHLSP,λ<=log n,65536,0,662793,10.113418579101562
SHLSP,λ<=log n,65536,0,632069,9.644607543945312
SHLSP,λ<=log n,65536,0,660179,10.073532104492188
SHLSP,λ<=log n,65536,0,632812,9.65594482421875
SHLSP,λ<=log n,65536,0,703547,10.735275268554688
SHLSP,λ<=log n,65536,0,617827,9.427291870117188
SHLSP,λ<=log n,65536,0,628677,9.592849731445312
SHLSP,λ<=log n,65536,0,664779,10.143722534179688
SHLSP,λ<=log n,65536,0,710546,10.842071533203125
SHLSP,λ<=log n,65536,0,649192,9.9058837890625
SHLSP,λ<=log n,65536,0,637065,9.720840454101562
SHLSP,λ<=log n,65536,0,622336,9.49609375
SHLSP,λ<=log n,65536,0,717728,10.95166015625
SHLSP,λ<=log n,65536,0,608969,9.292129516601562
SHLSP,λ<=log n,65536,0,620308,9.46514892578125
SHLSP,λ<=log n,65536,0,617092,9.41607666015625
SHLSP,λ<=log n,65536,0,623107,9.507858276367188
SHLSP,λ<=log n,65536,0,616093,9.400833129882812
SHLSP,λ<=log n,65536,0,693170,10.576934814453125
SHLSP,λ<=log n,65536,0,611649,9.333023071289062
SHLSP,λ<=log n,65536,0,595784,9.0909423828125
SHLSP,λ<=log n,65536,0,645670,9.852142333984375
SHLSP,λ<=log n,65536,0,593238,9.052093505859375
SHLSP,λ<=log n,65536,0,612637,9.348098754882812
SHLSP,λ<=log n,65536,0,616819,9.411911010742188
SHLSP,λ<=log n,65536,0,650458,9.925201416015625
SHLSP,λ<=log n,65536,0,618375,9.435653686523438
SHLSP,λ<=log n,65536,0,631373,9.633987426757812
SHLSP,λ<=log n,65536,0,633102,9.660369873046875
SHLSP,λ<=log n,65536,0,600741,9.166580200195312
SHLSP,λ<=log n,65536,0,623732,9.51739501953125
SHLSP,λ<=log n,65536,0,641430,9.787445068359375
SHLSP,λ<=log n,65536,0,598691,9.135299682617188
SHLSP,λ<=log n,65536,0,612099,9.339889526367188
SHLSP,λ<=log n,65536,0,621299,9.480270385742188
SHLSP,λ<=log n,65536,0,617308,9.41937255859375
SHLSP,λ<=log n,65536,0,655083,9.995773315429688
SHLSP,λ<=log n,65536,0,627275,9.571456909179688
SHLSP,λ<=log n,65536,0,614367,9.374496459960938
SHLSP,λ<=log n,65536,0,621740,9.48699951171875
SHLSP,λ<=log n,65536,0,651426,9.939971923828125
SHLSP,λ<=log n,65536,0,719521,10.979019165039062
SHLSP,λ<=log n,65536,0,673302,10.273773193359375
SHLSP,λ<=log n,65536,0,609516,9.30047607421875
SHLSP,λ<=log n,65536,0,597656,9.1195068359375
SHLSP,λ<=log n,65536,0,627528,9.5753173828125
SHLSP,λ<=log n,65536,0,641270,9.785003662109375
SHLSP,λ<=log n,65536,0,616779,9.411300659179688
SHLSP,λ<=log n,65536,0,664965,10.146560668945312
SHLSP,λ<=log n,65536,0,604012,9.21649169921875
SHLSP,λ<=log n,65536,0,690965,10.543289184570312
SHLSP,λ<=log n,65536,0,606109,9.248489379882812
SHLSP,λ<=log n,65536,0,621900,9.48944091796875
SHLSP,λ<=log n,65536,0,622236,9.49456787109375
SHLSP,λ<=log n,65536,0,626941,9.566360473632812
SHLSP,λ<=log n,65536,0,684295,10.441513061523438
SHLSP,λ<=log n,65536,0,639689,9.760879516601562
SHLSP,λ<=log n,65536,0,631412,9.63458251953125
SHLSP,λ<=log n,65536,0,607222,9.265472412109375
SHLSP,λ<=log n,65536,0,627630,9.576873779296875
SHLSP,λ<=log n,65536,0,644630,9.836273193359375
SHLSP,λ<=log n,65536,0,630560,9.62158203125
SHLSP,λ<=log n,65536,0,667474,10.184844970703125
SHLSP,λ<=log n,65536,0,603611,9.210372924804688
SHLSP,λ<=log n,65536,0,626315,9.556808471679688
SHLSP,λ<=log n,65536,0,626936,9.5662841796875
SHLSP,λ<=log n,65536,0,649186,9.905792236328125
SHLSP,λ<=log n,65536,0,636530,9.712677001953125
SHLSP,λ<=log n,65536,0,643733,9.822586059570312
SHLSP,λ<=log n,65536,0,604117,9.218093872070312
SHLSP,λ<=log n,65536,0,626298,9.556549072265625
SHLSP,λ<=log n,65536,0,639787,9.762374877929688
SHLSP,λ<=log n,65536,0,639539,9.758590698242188
SHLSP,λ<=log n,65536,0,626206,9.555145263671875
SRLSP,λ<=log n,65536,0,641837,9.793655395507812
SRLSP,λ<=log n,65536,0,725508,11.07037353515625
SRLSP,λ<=log n,65536,0,683462,10.428802490234375
SRLSP,λ<=log n,65536,0,692973,10.573928833007812
SRLSP,λ<=log n,65536,0,700346,10.686431884765625
SRLSP,λ<=log n,65536,0,666025,10.162734985351562
SRLSP,λ<=log n,65536,0,674153,10.286758422851562
SRLSP,λ<=log n,65536,0,720881,10.999771118164062
SRLSP,λ<=log n,65536,0,665028,10.14752197265625
SRLSP,λ<=log n,65536,0,651027,9.933883666992188
SRLSP,λ<=log n,65536,0,701069,10.697463989257812
SRLSP,λ<=log n,65536,0,654088,9.9805908203125
SRLSP,λ<=log n,65536,0,769141,11.736160278320312
SRLSP,λ<=log n,65536,0,657548,10.03338623046875
SRLSP,λ<=log n,65536,0,682984,10.4215087890625
SRLSP,λ<=log n,65536,0,671725,10.249710083007812
SRLSP,λ<=log n,65536,0,673902,10.282928466796875
SRLSP,λ<=log n,65536,0,731562,11.162750244140625
SRLSP,λ<=log n,65536,0,688125,10.499954223632812
SRLSP,λ<=log n,65536,0,709714,10.829376220703125
SRLSP,λ<=log n,65536,0,661615,10.095443725585938
SRLSP,λ<=log n,65536,0,754017,11.505386352539062
SRLSP,λ<=log n,65536,0,683079,10.422958374023438
SRLSP,λ<=log n,65536,0,747480,11.4056396484375
SRLSP,λ<=log n,65536,0,682773,10.418289184570312
SRLSP,λ<=log n,65536,0,664545,10.140151977539062
SRLSP,λ<=log n,65536,0,681731,10.402389526367188
SRLSP,λ<=log n,65536,0,717660,10.95062255859375
SRLSP,λ<=log n,65536,0,687491,10.490280151367188
SRLSP,λ<=log n,65536,0,628654,9.592498779296875
SRLSP,λ<=log n,65536,0,692625,10.568618774414062
SRLSP,λ<=log n,65536,0,673573,10.277908325195312
SRLSP,λ<=log n,65536,0,670429,10.229934692382812
SRLSP,λ<=log n,65536,0,670645,10.233230590820312
SRLSP,λ<=log n,65536,0,652963,9.963424682617188
SRLSP,λ<=log n,65536,0,748159,11.416000366210938
SRLSP,λ<=log n,65536,0,688752,10.509521484375
SRLSP,λ<=log n,65536,0,698756,10.66217041015625
SRLSP,λ<=log n,65536,0,819831,12.509628295898438
SRLSP,λ<=log n,65536,0,723616,11.04150390625
SRLSP,λ<=log n,65536,0,662855,10.114364624023438
SRLSP,λ<=log n,65536,0,741734,11.317962646484375
SRLSP,λ<=log n,65536,0,667429,10.184158325195312
SRLSP,λ<=log n,65536,0,742171,11.324630737304688
SRLSP,λ<=log n,65536,0,669409,10.214370727539062
SRLSP,λ<=log n,65536,0,691417,10.550186157226562
SRLSP,λ<=log n,65536,0,697993,10.650527954101562
SRLSP,λ<=log n,65536,0,650795,9.930343627929688
SRLSP,λ<=log n,65536,0,702022,10.712005615234375
SRLSP,λ<=log n,65536,0,655565,10.003128051757812
SRLSP,λ<=log n,65536,0,672658,10.263946533203125
SRLSP,λ<=log n,65536,0,692117,10.560867309570312
SRLSP,λ<=log n,65536,0,670021,10.223709106445312
SRLSP,λ<=log n,65536,0,690613,10.537918090820312
SRLSP,λ<=log n,65536,0,686708,10.47833251953125
SRLSP,λ<=log n,65536,0,702691,10.722213745117188
SRLSP,λ<=log n,65536,0,677649,10.340103149414062
SRLSP,λ<=log n,65536,0,669589,10.217117309570312
SRLSP,λ<=log n,65536,0,680602,10.385162353515625
SRLSP,λ<=log n,65536,0,673753,10.280654907226562
SRLSP,λ<=log n,65536,0,692635,10.568771362304688
SRLSP,λ<=log n,65536,0,699453,10.672805786132812
SRLSP,λ<=log n,65536,0,727051,11.093917846679688
SRLSP,λ<=log n,65536,0,770234,11.752838134765625
SRLSP,λ<=log n,65536,0,676629,10.324539184570312
SRLSP,λ<=log n,65536,0,688450,10.504913330078125
SRLSP,λ<=log n,65536,0,634533,9.682205200195312
SRLSP,λ<=log n,65536,0,671160,10.2410888671875
SRLSP,λ<=log n,65536,0,687504,10.490478515625
SRLSP,λ<=log n,65536,0,657057,10.025894165039062
SRLSP,λ<=log n,65536,0,707487,10.795394897460938
SRLSP,λ<=log n,65536,0,678733,10.356643676757812
SRLSP,λ<=log n,65536,0,682230,10.410003662109375
SRLSP,λ<=log n,65536,0,673854,10.282196044921875
SRLSP,λ<=log n,65536,0,666370,10.167999267578125
SRLSP,λ<=log n,65536,0,686564,10.47613525390625
SRLSP,λ<=log n,65536,0,696713,10.630996704101562
SRLSP,λ<=log n,65536,0,700199,10.684188842773438
SRLSP,λ<=log n,65536,0,670291,10.227828979492188
SRLSP,λ<=log n,65536,0,669633,10.217788696289062
SRLSP,λ<=log n,65536,0,670717,10.234329223632812
SRLSP,λ<=log n,65536,0,678817,10.357925415039062
SRLSP,λ<=log n,65536,0,652628,9.95831298828125
SRLSP,λ<=log n,65536,0,668299,10.197433471679688
SRLSP,λ<=log n,65536,0,700718,10.692108154296875
SRLSP,λ<=log n,65536,0,701211,10.699630737304688
SRLSP,λ<=log n,65536,0,726641,11.087661743164062
SRLSP,λ<=log n,65536,0,780436,11.90850830078125
SRLSP,λ<=log n,65536,0,712183,10.867050170898438
SRLSP,λ<=log n,65536,0,712243,10.867965698242188
SRLSP,λ<=log n,65536,0,651723,9.944503784179688
SRLSP,λ<=log n,65536,0,662073,10.102432250976562
SRLSP,λ<=log n,65536,0,672155,10.256271362304688
SRLSP,λ<=log n,65536,0,680976,10.390869140625
SRLSP,λ<=log n,65536,0,834121,12.727676391601562
SRLSP,λ<=log n,65536,0,689557,10.521804809570312
SRLSP,λ<=log n,65536,0,705793,10.769546508789062
SRLSP,λ<=log n,65536,0,665449,10.153945922851562
SRLSP,λ<=log n,65536,0,660629,10.080398559570312
SRLSP,λ<=log n,65536,0,683085,10.423049926757812
SSLSP,λ<=log n,65536,0,867727,13.240463256835938
SSLSP,λ<=log n,65536,0,820488,12.5196533203125
SSLSP,λ<=log n,65536,0,809992,12.3594970703125
SSLSP,λ<=log n,65536,0,922765,14.080276489257812
SSLSP,λ<=log n,65536,0,926731,14.140792846679688
SSLSP,λ<=log n,65536,0,822848,12.5556640625
SSLSP,λ<=log n,65536,0,876494,13.374237060546875
SSLSP,λ<=log n,65536,0,1150923,17.561691284179688
SSLSP,λ<=log n,65536,0,816345,12.456436157226562
SSLSP,λ<=log n,65536,0,808856,12.3421630859375
SSLSP,λ<=log n,65536,0,827221,12.622390747070312
SSLSP,λ<=log n,65536,0,956550,14.595794677734375
SSLSP,λ<=log n,65536,0,848139,12.941574096679688
SSLSP,λ<=log n,65536,0,1026567,15.664169311523438
SSLSP,λ<=log n,65536,0,857315,13.081588745117188
SSLSP,λ<=log n,65536,0,837335,12.776718139648438
SSLSP,λ<=log n,65536,0,878800,13.409423828125
SSLSP,λ<=log n,65536,0,897032,13.6876220703125
SSLSP,λ<=log n,65536,0,850774,12.981781005859375
SSLSP,λ<=log n,65536,0,864620,13.19305419921875
SSLSP,λ<=log n,65536,0,830619,12.674240112304688
SSLSP,λ<=log n,65536,0,844841,12.891250610351562
SSLSP,λ<=log n,65536,0,811732,12.38604736328125
SSLSP,λ<=log n,65536,0,828802,12.646514892578125
SSLSP,λ<=log n,65536,0,809316,12.34918212890625
SSLSP,λ<=log n,65536,0,900253,13.736770629882812
SSLSP,λ<=log n,65536,0,878213,13.400466918945312
SSLSP,λ<=log n,65536,0,818553,12.490127563476562
SSLSP,λ<=log n,65536,0,869932,13.27410888671875
SSLSP,λ<=log n,65536,0,879703,13.423202514648438
SSLSP,λ<=log n,65536,0,840321,12.822280883789062
SSLSP,λ<=log n,65536,0,880572,13.43646240234375
SSLSP,λ<=log n,65536,0,822916,12.55670166015625
SSLSP,λ<=log n,65536,0,797246,12.165008544921875
SSLSP,λ<=log n,65536,0,814193,12.423599243164062
SSLSP,λ<=log n,65536,0,809949,12.358840942382812
SSLSP,λ<=log n,65536,0,959383,14.639022827148438
SSLSP,λ<=log n,65536,0,870837,13.287918090820312
SSLSP,λ<=log n,65536,0,844177,12.881118774414062
SSLSP,λ<=log n,65536,0,851120,12.987060546875
SSLSP,λ<=log n,65536,0,869093,13.261306762695312
SSLSP,λ<=log n,65536,0,823509,12.565750122070312
SSLSP,λ<=log n,65536,0,865301,13.203445434570312
SSLSP,λ<=log n,65536,0,845908,12.90753173828125
SSLSP,λ<=log n,65536,0,826825,12.616348266601562
SSLSP,λ<=log n,65536,0,829725,12.660598754882812
SSLSP,λ<=log n,65536,0,1010117,15.413162231445312
SSLSP,λ<=log n,65536,0,962137,14.681045532226562
SSLSP,λ<=log n,65536,0,844024,12.8787841796875
SSLSP,λ<=log n,65536,0,880788,13.43975830078125
SSLSP,λ<=log n,65536,0,840350,12.822723388671875
SSLSP,λ<=log n,65536,0,893405,13.632278442382812
SSLSP,λ<=log n,65536,0,853866,13.028961181640625
SSLSP,λ<=log n,65536,0,882595,13.467330932617188
SSLSP,λ<=log n,65536,0,900459,13.739913940429688
SSLSP,λ<=log n,65536,0,832320,12.7001953125
SSLSP,λ<=log n,65536,0,828726,12.645355224609375
SSLSP,λ<=log n,65536,0,820875,12.525558471679688
SSLSP,λ<=log n,65536,0,866666,13.224273681640625
SSLSP,λ<=log n,65536,0,853837,13.028518676757812
SSLSP,λ<=log n,65536,0,886154,13.521636962890625
SSLSP,λ<=log n,65536,0,808585,12.338027954101562
SSLSP,λ<=log n,65536,0,891391,13.601547241210938
SSLSP,λ<=log n,65536,0,902991,13.778549194335938
SSLSP,λ<=log n,65536,0,852917,13.014480590820312
SSLSP,λ<=log n,65536,0,792906,12.098785400390625
SSLSP,λ<=log n,65536,0,805610,12.292633056640625
SSLSP,λ<=log n,65536,0,905268,13.81329345703125
SSLSP,λ<=log n,65536,0,851110,12.986907958984375
SSLSP,λ<=log n,65536,0,847493,12.931716918945312
SSLSP,λ<=log n,65536,0,865723,13.209884643554688
SSLSP,λ<=log n,65536,0,836913,12.770278930664062
SSLSP,λ<=log n,65536,0,824863,12.586410522460938
SSLSP,λ<=log n,65536,0,891683,13.606002807617188
SSLSP,λ<=log n,65536,0,896462,13.678924560546875
SSLSP,λ<=log n,65536,0,885458,13.511016845703125
SSLSP,λ<=log n,65536,0,901508,13.75592041015625
SSLSP,λ<=log n,65536,0,818378,12.487457275390625
SSLSP,λ<=log n,65536,0,810119,12.361434936523438
SSLSP,λ<=log n,65536,0,848089,12.940811157226562
SSLSP,λ<=log n,65536,0,872805,13.317947387695312
SSLSP,λ<=log n,65536,0,827904,12.6328125
SSLSP,λ<=log n,65536,0,866508,13.22186279296875
SSLSP,λ<=log n,65536,0,894646,13.651214599609375
SSLSP,λ<=log n,65536,0,819939,12.511276245117188
SSLSP,λ<=log n,65536,0,888352,13.55517578125
SSLSP,λ<=log n,65536,0,929225,14.178848266601562
SSLSP,λ<=log n,65536,0,808788,12.34112548828125
SSLSP,λ<=log n,65536,0,819603,12.506149291992188
SSLSP,λ<=log n,65536,0,896612,13.68121337890625
SSLSP,λ<=log n,65536,0,939810,14.340362548828125
SSLSP,λ<=log n,65536,0,842130,12.849884033203125
SSLSP,λ<=log n,65536,0,809576,12.3531494140625
SSLSP,λ<=log n,65536,0,819120,12.498779296875
SSLSP,λ<=log n,65536,0,921595,14.062423706054688
SSLSP,λ<=log n,65536,0,810744,12.3709716796875
SSLSP,λ<=log n,65536,0,807389,12.319778442382812
SSLSP,λ<=log n,65536,0,855507,13.054000854492188
SSLSP,λ<=log n,65536,0,862552,13.1614990234375
SSLSP,λ<=log n,65536,0,881516,13.45086669921875
SSDMP,λ<=log n,65536,0,731069,11.155227661132812
SSDMP,λ<=log n,65536,0,773134,11.797088623046875
SSDMP,λ<=log n,65536,0,783625,11.957168579101562
SSDMP,λ<=log n,65536,0,803366,12.258392333984375
SSDMP,λ<=log n,65536,0,841675,12.842941284179688
SSDMP,λ<=log n,65536,0,785015,11.978378295898438
SSDMP,λ<=log n,65536,0,770506,11.756988525390625
SSDMP,λ<=log n,65536,0,732637,11.179153442382812
SSDMP,λ<=log n,65536,0,835514,12.748931884765625
SSDMP,λ<=log n,65536,0,734921,11.214004516601562
SSDMP,λ<=log n,65536,0,810595,12.368698120117188
SSDMP,λ<=log n,65536,0,747429,11.404861450195312
SSDMP,λ<=log n,65536,0,785630,11.987762451171875
SSDMP,λ<=log n,65536,0,759167,11.583969116210938
SSDMP,λ<=log n,65536,0,759879,11.594833374023438
SSDMP,λ<=log n,65536,0,738787,11.272994995117188
SSDMP,λ<=log n,65536,0,796783,12.157943725585938
SSDMP,λ<=log n,65536,0,735157,11.217605590820312
SSDMP,λ<=log n,65536,0,717945,10.954971313476562
SSDMP,λ<=log n,65536,0,743044,11.33795166015625
SSDMP,λ<=log n,65536,0,740214,11.294769287109375
SSDMP,λ<=log n,65536,0,739242,11.279937744140625
SSDMP,λ<=log n,65536,0,748178,11.416290283203125
SSDMP,λ<=log n,65536,0,795413,12.137039184570312
SSDMP,λ<=log n,65536,0,758745,11.577529907226562
SSDMP,λ<=log n,65536,0,743204,11.34039306640625
SSDMP,λ<=log n,65536,0,771125,11.766433715820312
SSDMP,λ<=log n,65536,0,757531,11.559005737304688
SSDMP,λ<=log n,65536,0,693323,10.579269409179688
SSDMP,λ<=log n,65536,0,689708,10.52410888671875
SSDMP,λ<=log n,65536,0,777245,11.859817504882812
SSDMP,λ<=log n,65536,0,795642,12.140533447265625
SSDMP,λ<=log n,65536,0,747422,11.404754638671875
SSDMP,λ<=log n,65536,0,793956,12.11480712890625
SSDMP,λ<=log n,65536,0,784548,11.97125244140625
SSDMP,λ<=log n,65536,0,890303,13.584945678710938
SSDMP,λ<=log n,65536,0,744665,11.362686157226562
SSDMP,λ<=log n,65536,0,731775,11.166000366210938
SSDMP,λ<=log n,65536,0,747667,11.408493041992188
SSDMP,λ<=log n,65536,0,734504,11.2076416015625
SSDMP,λ<=log n,65536,0,705656,10.7674560546875
SSDMP,λ<=log n,65536,0,771654,11.774505615234375
SSDMP,λ<=log n,65536,0,724285,11.051712036132812
SSDMP,λ<=log n,65536,0,765954,11.687530517578125
SSDMP,λ<=log n,65536,0,737118,11.247528076171875
SSDMP,λ<=log n,65536,0,752707,11.485397338867188
SSDMP,λ<=log n,65536,0,730222,11.142303466796875
SSDMP,λ<=log n,65536,0,739043,11.276901245117188
SSDMP,λ<=log n,65536,0,762201,11.630264282226562
SSDMP,λ<=log n,65536,0,724390,11.053314208984375
SSDMP,λ<=log n,65536,0,728420,11.11480712890625
SSDMP,λ<=log n,65536,0,704195,10.745162963867188
SSDMP,λ<=log n,65536,0,801261,12.226272583007812
SSDMP,λ<=log n,65536,0,758348,11.57147216796875
SSDMP,λ<=log n,65536,0,730447,11.145736694335938
SSDMP,λ<=log n,65536,0,725294,11.067108154296875
SSDMP,λ<=log n,65536,0,730823,11.151473999023438
SSDMP,λ<=log n,65536,0,741842,11.319610595703125
SSDMP,λ<=log n,65536,0,871684,13.30084228515625
SSDMP,λ<=log n,65536,0,723450,11.038970947265625
SSDMP,λ<=log n,65536,0,710783,10.845687866210938
SSDMP,λ<=log n,65536,0,812669,12.400344848632812
SSDMP,λ<=log n,65536,0,747283,11.402633666992188
SSDMP,λ<=log n,65536,0,909006,13.870330810546875
SSDMP,λ<=log n,65536,0,755791,11.532455444335938
SSDMP,λ<=log n,65536,0,814949,12.435134887695312
SSDMP,λ<=log n,65536,0,729521,11.131607055664062
SSDMP,λ<=log n,65536,0,708311,10.807968139648438
SSDMP,λ<=log n,65536,0,775986,11.840606689453125
SSDMP,λ<=log n,65536,0,730783,11.150863647460938
SSDMP,λ<=log n,65536,0,797354,12.166656494140625
SSDMP,λ<=log n,65536,0,789878,12.052581787109375
SSDMP,λ<=log n,65536,0,785721,11.989151000976562
SSDMP,λ<=log n,65536,0,738577,11.269790649414062
SSDMP,λ<=log n,65536,0,737273,11.249893188476562
SSDMP,λ<=log n,65536,0,756901,11.549392700195312
SSDMP,λ<=log n,65536,0,758649,11.576065063476562
SSDMP,λ<=log n,65536,0,788957,12.038528442382812
SSDMP,λ<=log n,65536,0,779951,11.901107788085938
SSDMP,λ<=log n,65536,0,750703,11.454818725585938
SSDMP,λ<=log n,65536,0,819349,12.502273559570312
SSDMP,λ<=log n,65536,0,730988,11.15399169921875
SSDMP,λ<=log n,65536,0,701777,10.708267211914062
SSDMP,λ<=log n,65536,0,800238,12.210662841796875
SSDMP,λ<=log n,65536,0,731833,11.166885375976562
SSDMP,λ<=log n,65536,0,751214,11.462615966796875
SSDMP,λ<=log n,65536,0,751756,11.47088623046875
SSDMP,λ<=log n,65536,0,761637,11.621658325195312
SSDMP,λ<=log n,65536,0,807463,12.320907592773438
SSDMP,λ<=log n,65536,0,729778,11.135528564453125
SSDMP,λ<=log n,65536,0,761842,11.624786376953125
SSDMP,λ<=log n,65536,0,727709,11.103958129882812
SSDMP,λ<=log n,65536,0,738302,11.265594482421875
SSDMP,λ<=log n,65536,0,765470,11.680145263671875
SSDMP,λ<=log n,65536,0,730807,11.151229858398438
SSDMP,λ<=log n,65536,0,750679,11.454452514648438
SSDMP,λ<=log n,65536,0,865450,13.205718994140625
SSDMP,λ<=log n,65536,0,791722,12.080718994140625
SSDMP,λ<=log n,65536,0,685573,10.461013793945312
SSDMP,λ<=log n,65536,0,783681,11.958023071289062
SRDMP,λ<=log n,65536,0,609201,9.295669555664062
SRDMP,λ<=log n,65536,0,574427,8.765060424804688
SRDMP,λ<=log n,65536,0,577260,8.80828857421875
SRDMP,λ<=log n,65536,0,623002,9.506256103515625
SRDMP,λ<=log n,65536,0,597576,9.1182861328125
SRDMP,λ<=log n,65536,0,599825,9.152603149414062
SRDMP,λ<=log n,65536,0,541713,8.265884399414062
SRDMP,λ<=log n,65536,0,552574,8.431610107421875
SRDMP,λ<=log n,65536,0,571789,8.724807739257812
SRDMP,λ<=log n,65536,0,559935,8.543930053710938
SRDMP,λ<=log n,65536,0,549809,8.389419555664062
SRDMP,λ<=log n,65536,0,548473,8.369033813476562
SRDMP,λ<=log n,65536,0,539859,8.237594604492188
SRDMP,λ<=log n,65536,0,570690,8.708038330078125
SRDMP,λ<=log n,65536,0,558751,8.525863647460938
SRDMP,λ<=log n,65536,0,551821,8.420120239257812
SRDMP,λ<=log n,65536,0,561240,8.5638427734375
SRDMP,λ<=log n,65536,0,541129,8.256973266601562
SRDMP,λ<=log n,65536,0,589755,8.998947143554688
SRDMP,λ<=log n,65536,0,587564,8.96551513671875
SRDMP,λ<=log n,65536,0,560285,8.549270629882812
SRDMP,λ<=log n,65536,0,634396,9.68011474609375
SRDMP,λ<=log n,65536,0,551186,8.410430908203125
SRDMP,λ<=log n,65536,0,543282,8.289825439453125
SRDMP,λ<=log n,65536,0,565415,8.627548217773438
SRDMP,λ<=log n,65536,0,555076,8.46978759765625
SRDMP,λ<=log n,65536,0,567210,8.654937744140625
SRDMP,λ<=log n,65536,0,523591,7.9893646240234375
SRDMP,λ<=log n,65536,0,551666,8.417755126953125
SRDMP,λ<=log n,65536,0,562929,8.589614868164062
SRDMP,λ<=log n,65536,0,528453,8.063552856445312
SRDMP,λ<=log n,65536,0,618080,9.43115234375
SRDMP,λ<=log n,65536,0,578751,8.831039428710938
SRDMP,λ<=log n,65536,0,558475,8.521652221679688
SRDMP,λ<=log n,65536,0,585990,8.941497802734375
SRDMP,λ<=log n,65536,0,587812,8.96929931640625
SRDMP,λ<=log n,65536,0,604216,9.2196044921875
SRDMP,λ<=log n,65536,0,543292,8.28997802734375
SRDMP,λ<=log n,65536,0,594669,9.073928833007812
SRDMP,λ<=log n,65536,0,569782,8.694183349609375
SRDMP,λ<=log n,65536,0,540253,8.243606567382812
SRDMP,λ<=log n,65536,0,585920,8.9404296875
SRDMP,λ<=log n,65536,0,568247,8.670761108398438
SRDMP,λ<=log n,65536,0,549277,8.381301879882812
SRDMP,λ<=log n,65536,0,550431,8.398910522460938
SRDMP,λ<=log n,65536,0,560262,8.548919677734375
SRDMP,λ<=log n,65536,0,554032,8.453857421875
SRDMP,λ<=log n,65536,0,572110,8.729705810546875
SRDMP,λ<=log n,65536,0,549485,8.384475708007812
SRDMP,λ<=log n,65536,0,588840,8.9849853515625
SRDMP,λ<=log n,65536,0,614506,9.376617431640625
SRDMP,λ<=log n,65536,0,589884,9.00091552734375
SRDMP,λ<=log n,65536,0,557903,8.512924194335938
SRDMP,λ<=log n,65536,0,562098,8.576934814453125
SRDMP,λ<=log n,65536,0,563882,8.604156494140625
SRDMP,λ<=log n,65536,0,620977,9.475357055664062
SRDMP,λ<=log n,65536,0,545007,8.316146850585938
SRDMP,λ<=log n,65536,0,578576,8.828369140625
SRDMP,λ<=log n,65536,0,586169,8.944229125976562
SRDMP,λ<=log n,65536,0,576414,8.795379638671875
SRDMP,λ<=log n,65536,0,564711,8.616806030273438
SRDMP,λ<=log n,65536,0,563078,8.591888427734375
SRDMP,λ<=log n,65536,0,564547,8.614303588867188
SRDMP,λ<=log n,65536,0,659114,10.057281494140625
SRDMP,λ<=log n,65536,0,566384,8.642333984375
SRDMP,λ<=log n,65536,0,604283,9.220626831054688
SRDMP,λ<=log n,65536,0,598210,9.127960205078125
SRDMP,λ<=log n,65536,0,547527,8.354598999023438
SRDMP,λ<=log n,65536,0,588671,8.982406616210938
SRDMP,λ<=log n,65536,0,528862,8.069793701171875
SRDMP,λ<=log n,65536,0,551325,8.412551879882812
SRDMP,λ<=log n,65536,0,536021,8.179031372070312
SRDMP,λ<=log n,65536,0,591150,9.020233154296875
SRDMP,λ<=log n,65536,0,549582,8.385955810546875
SRDMP,λ<=log n,65536,0,534531,8.156295776367188
SRDMP,λ<=log n,65536,0,613748,9.36505126953125
SRDMP,λ<=log n,65536,0,534481,8.155532836914062
SRDMP,λ<=log n,65536,0,544846,8.313690185546875
SRDMP,λ<=log n,65536,0,545175,8.318710327148438
SRDMP,λ<=log n,65536,0,554374,8.459075927734375
SRDMP,λ<=log n,65536,0,561874,8.573516845703125
SRDMP,λ<=log n,65536,0,555292,8.47308349609375
SRDMP,λ<=log n,65536,0,534449,8.155044555664062
SRDMP,λ<=log n,65536,0,525792,8.02294921875
SRDMP,λ<=log n,65536,0,597417,9.115859985351562
SRDMP,λ<=log n,65536,0,555786,8.480621337890625
SRDMP,λ<=log n,65536,0,545861,8.329177856445312
SRDMP,λ<=log n,65536,0,540004,8.23980712890625
SRDMP,λ<=log n,65536,0,591927,9.032089233398438
SRDMP,λ<=log n,65536,0,540011,8.239913940429688
SRDMP,λ<=log n,65536,0,599032,9.1405029296875
SRDMP,λ<=log n,65536,0,618556,9.43841552734375
SRDMP,λ<=log n,65536,0,545213,8.319290161132812
SRDMP,λ<=log n,65536,0,533353,8.138320922851562
SRDMP,λ<=log n,65536,0,563576,8.5994873046875
SRDMP,λ<=log n,65536,0,561481,8.567520141601562
SRDMP,λ<=log n,65536,0,535428,8.16998291015625
SRDMP,λ<=log n,65536,0,567082,8.652984619140625
SRDMP,λ<=log n,65536,0,550645,8.402175903320312
SRDMP,λ<=log n,65536,0,596323,9.099166870117188
SHDMP,λ<=log n,65536,0,556716,8.49481201171875
SHDMP,λ<=log n,65536,0,503552,7.68359375
SHDMP,λ<=log n,65536,0,509632,7.7763671875
SHDMP,λ<=log n,65536,0,542530,8.278350830078125
SHDMP,λ<=log n,65536,0,500529,7.6374664306640625
SHDMP,λ<=log n,65536,0,516259,7.8774871826171875
SHDMP,λ<=log n,65536,0,509522,7.774688720703125
SHDMP,λ<=log n,65536,0,499467,7.6212615966796875
SHDMP,λ<=log n,65536,0,498462,7.605926513671875
SHDMP,λ<=log n,65536,0,526019,8.026412963867188
SHDMP,λ<=log n,65536,0,479289,7.3133697509765625
SHDMP,λ<=log n,65536,0,539987,8.239547729492188
SHDMP,λ<=log n,65536,0,517762,7.900421142578125
SHDMP,λ<=log n,65536,0,528192,8.0595703125
SHDMP,λ<=log n,65536,0,490094,7.478240966796875
SHDMP,λ<=log n,65536,0,476211,7.2664031982421875
SHDMP,λ<=log n,65536,0,501735,7.6558685302734375
SHDMP,λ<=log n,65536,0,511316,7.80206298828125
SHDMP,λ<=log n,65536,0,545884,8.32952880859375
SHDMP,λ<=log n,65536,0,497106,7.585235595703125
SHDMP,λ<=log n,65536,0,521589,7.9588165283203125
SHDMP,λ<=log n,65536,0,509245,7.7704620361328125
SHDMP,λ<=log n,65536,0,528611,8.065963745117188
SHDMP,λ<=log n,65536,0,508117,7.7532501220703125
SHDMP,λ<=log n,65536,0,503461,7.6822052001953125
SHDMP,λ<=log n,65536,0,564046,8.606658935546875
SHDMP,λ<=log n,65536,0,560360,8.5504150390625
SHDMP,λ<=log n,65536,0,556755,8.495407104492188
SHDMP,λ<=log n,65536,0,510117,7.7837677001953125
SHDMP,λ<=log n,65536,0,545351,8.321395874023438
SHDMP,λ<=log n,65536,0,498386,7.604766845703125
SHDMP,λ<=log n,65536,0,487140,7.43316650390625
SHDMP,λ<=log n,65536,0,536214,8.181976318359375
SHDMP,λ<=log n,65536,0,564982,8.620941162109375
SHDMP,λ<=log n,65536,0,522926,7.979217529296875
SHDMP,λ<=log n,65536,0,526143,8.028305053710938
SHDMP,λ<=log n,65536,0,500995,7.6445770263671875
SHDMP,λ<=log n,65536,0,482348,7.36004638671875
SHDMP,λ<=log n,65536,0,561774,8.571990966796875
SHDMP,λ<=log n,65536,0,498157,7.6012725830078125
SHDMP,λ<=log n,65536,0,547609,8.355850219726562
SHDMP,λ<=log n,65536,0,565291,8.625656127929688
SHDMP,λ<=log n,65536,0,516345,7.8787994384765625
SHDMP,λ<=log n,65536,0,517530,7.896881103515625
SHDMP,λ<=log n,65536,0,514025,7.8433990478515625
SHDMP,λ<=log n,65536,0,483553,7.3784332275390625
SHDMP,λ<=log n,65536,0,520021,7.9348907470703125
SHDMP,λ<=log n,65536,0,533433,8.139541625976562
SHDMP,λ<=log n,65536,0,521564,7.95843505859375
SHDMP,λ<=log n,65536,0,505494,7.713226318359375
SHDMP,λ<=log n,65536,0,583061,8.896804809570312
SHDMP,λ<=log n,65536,0,528671,8.066879272460938
SHDMP,λ<=log n,65536,0,533670,8.143157958984375
SHDMP,λ<=log n,65536,0,531525,8.110427856445312
SHDMP,λ<=log n,65536,0,600861,9.168411254882812
SHDMP,λ<=log n,65536,0,528475,8.063888549804688
SHDMP,λ<=log n,65536,0,543124,8.28741455078125
SHDMP,λ<=log n,65536,0,477944,7.2928466796875
SHDMP,λ<=log n,65536,0,504114,7.692169189453125
SHDMP,λ<=log n,65536,0,597205,9.112625122070312
SHDMP,λ<=log n,65536,0,493824,7.53515625
SHDMP,λ<=log n,65536,0,552698,8.433502197265625
SHDMP,λ<=log n,65536,0,541393,8.261001586914062
SHDMP,λ<=log n,65536,0,521373,7.9555206298828125
SHDMP,λ<=log n,65536,0,569498,8.689849853515625
SHDMP,λ<=log n,65536,0,589601,8.996597290039062
SHDMP,λ<=log n,65536,0,519880,7.9327392578125
SHDMP,λ<=log n,65536,0,555112,8.4703369140625
SHDMP,λ<=log n,65536,0,598581,9.133621215820312
SHDMP,λ<=log n,65536,0,498270,7.602996826171875
SHDMP,λ<=log n,65536,0,511309,7.8019561767578125
SHDMP,λ<=log n,65536,0,533919,8.146957397460938
SHDMP,λ<=log n,65536,0,583760,8.907470703125
SHDMP,λ<=log n,65536,0,509380,7.77252197265625
SHDMP,λ<=log n,65536,0,503834,7.687896728515625
SHDMP,λ<=log n,65536,0,548916,8.37579345703125
SHDMP,λ<=log n,65536,0,524933,8.009841918945312
SHDMP,λ<=log n,65536,0,502944,7.67431640625
SHDMP,λ<=log n,65536,0,508749,7.7628936767578125
SHDMP,λ<=log n,65536,0,509054,7.767547607421875
SHDMP,λ<=log n,65536,0,484220,7.38861083984375
SHDMP,λ<=log n,65536,0,527417,8.047744750976562
SHDMP,λ<=log n,65536,0,575696,8.784423828125
SHDMP,λ<=log n,65536,0,528236,8.06024169921875
SHDMP,λ<=log n,65536,0,492476,7.51458740234375
SHDMP,λ<=log n,65536,0,582780,8.89251708984375
SHDMP,λ<=log n,65536,0,533230,8.136444091796875
SHDMP,λ<=log n,65536,0,510274,7.786163330078125
SHDMP,λ<=log n,65536,0,516974,7.888397216796875
SHDMP,λ<=log n,65536,0,507427,7.7427215576171875
SHDMP,λ<=log n,65536,0,573469,8.750442504882812
SHDMP,λ<=log n,65536,0,528928,8.07080078125
SHDMP,λ<=log n,65536,0,522400,7.97119140625
SHDMP,λ<=log n,65536,0,510526,7.790008544921875
SHDMP,λ<=log n,65536,0,550615,8.401718139648438
SHDMP,λ<=log n,65536,0,521743,7.9611663818359375
SHDMP,λ<=log n,65536,0,500116,7.63116455078125
SHDMP,λ<=log n,65536,0,478564,7.30230712890625
SHDMP,λ<=log n,65536,0,541364,8.26055908203125
SHDMP,λ<=log n,65536,0,558672,8.524658203125
SHLMP,λ<=log n,65536,0,530943,8.101547241210938
SHLMP,λ<=log n,65536,0,524533,8.003738403320312
SHLMP,λ<=log n,65536,0,526564,8.03472900390625
SHLMP,λ<=log n,65536,0,513547,7.8361053466796875
SHLMP,λ<=log n,65536,0,532971,8.132492065429688
SHLMP,λ<=log n,65536,0,557888,8.5126953125
SHLMP,λ<=log n,65536,0,508484,7.75885009765625
SHLMP,λ<=log n,65536,0,500469,7.6365509033203125
SHLMP,λ<=log n,65536,0,535555,8.171920776367188
SHLMP,λ<=log n,65536,0,523647,7.9902191162109375
SHLMP,λ<=log n,65536,0,568903,8.680770874023438
SHLMP,λ<=log n,65536,0,569075,8.683395385742188
SHLMP,λ<=log n,65536,0,560762,8.556549072265625
SHLMP,λ<=log n,65536,0,530112,8.0888671875
SHLMP,λ<=log n,65536,0,533362,8.138458251953125
SHLMP,λ<=log n,65536,0,527072,8.04248046875
SHLMP,λ<=log n,65536,0,506948,7.73541259765625
SHLMP,λ<=log n,65536,0,520427,7.9410858154296875
SHLMP,λ<=log n,65536,0,535756,8.17498779296875
SHLMP,λ<=log n,65536,0,529953,8.086441040039062
SHLMP,λ<=log n,65536,0,512705,7.8232574462890625
SHLMP,λ<=log n,65536,0,599351,9.145370483398438
SHLMP,λ<=log n,65536,0,556933,8.498123168945312
SHLMP,λ<=log n,65536,0,516908,7.88739013671875
SHLMP,λ<=log n,65536,0,519288,7.9237060546875
SHLMP,λ<=log n,65536,0,573006,8.743377685546875
SHLMP,λ<=log n,65536,0,551787,8.419601440429688
SHLMP,λ<=log n,65536,0,511412,7.80352783203125
SHLMP,λ<=log n,65536,0,522106,7.966705322265625
SHLMP,λ<=log n,65536,0,503704,7.6859130859375
SHLMP,λ<=log n,65536,0,586363,8.947189331054688
SHLMP,λ<=log n,65536,0,555604,8.47784423828125
SHLMP,λ<=log n,65536,0,535486,8.170867919921875
SHLMP,λ<=log n,65536,0,565915,8.635177612304688
SHLMP,λ<=log n,65536,0,617725,9.425735473632812
SHLMP,λ<=log n,65536,0,552150,8.425140380859375
SHLMP,λ<=log n,65536,0,527124,8.04327392578125
SHLMP,λ<=log n,65536,0,574434,8.765167236328125
SHLMP,λ<=log n,65536,0,536353,8.184097290039062
SHLMP,λ<=log n,65536,0,552430,8.429412841796875
SHLMP,λ<=log n,65536,0,534754,8.159698486328125
SHLMP,λ<=log n,65536,0,521754,7.961334228515625
SHLMP,λ<=log n,65536,0,529275,8.076095581054688
SHLMP,λ<=log n,65536,0,543703,8.296249389648438
SHLMP,λ<=log n,65536,0,574472,8.7657470703125
SHLMP,λ<=log n,65536,0,560679,8.555282592773438
SHLMP,λ<=log n,65536,0,528328,8.0616455078125
SHLMP,λ<=log n,65536,0,531951,8.116928100585938
SHLMP,λ<=log n,65536,0,553771,8.449874877929688
SHLMP,λ<=log n,65536,0,545567,8.324691772460938
SHLMP,λ<=log n,65536,0,577402,8.810455322265625
SHLMP,λ<=log n,65536,0,532858,8.130767822265625
SHLMP,λ<=log n,65536,0,577395,8.810348510742188
SHLMP,λ<=log n,65536,0,505839,7.7184906005859375
SHLMP,λ<=log n,65536,0,539451,8.231369018554688
SHLMP,λ<=log n,65536,0,573066,8.744293212890625
SHLMP,λ<=log n,65536,0,501856,7.65771484375
SHLMP,λ<=log n,65536,0,521248,7.95361328125
SHLMP,λ<=log n,65536,0,570019,8.697799682617188
SHLMP,λ<=log n,65536,0,535632,8.173095703125
SHLMP,λ<=log n,65536,0,538302,8.213836669921875
SHLMP,λ<=log n,65536,0,636788,9.71661376953125
SHLMP,λ<=log n,65536,0,533587,8.141891479492188
SHLMP,λ<=log n,65536,0,556392,8.4898681640625
SHLMP,λ<=log n,65536,0,546164,8.33380126953125
SHLMP,λ<=log n,65536,0,562450,8.582305908203125
SHLMP,λ<=log n,65536,0,540225,8.243179321289062
SHLMP,λ<=log n,65536,0,520186,7.937408447265625
SHLMP,λ<=log n,65536,0,588766,8.983856201171875
SHLMP,λ<=log n,65536,0,522171,7.9676971435546875
SHLMP,λ<=log n,65536,0,639992,9.7655029296875
SHLMP,λ<=log n,65536,0,542272,8.2744140625
SHLMP,λ<=log n,65536,0,511030,7.797698974609375
SHLMP,λ<=log n,65536,0,575367,8.779403686523438
SHLMP,λ<=log n,65536,0,576967,8.803817749023438
SHLMP,λ<=log n,65536,0,542218,8.273590087890625
SHLMP,λ<=log n,65536,0,584655,8.921127319335938
SHLMP,λ<=log n,65536,0,565824,8.6337890625
SHLMP,λ<=log n,65536,0,519527,7.9273529052734375
SHLMP,λ<=log n,65536,0,629371,9.603439331054688
SHLMP,λ<=log n,65536,0,537977,8.208877563476562
SHLMP,λ<=log n,65536,0,556141,8.486038208007812
SHLMP,λ<=log n,65536,0,505028,7.70611572265625
SHLMP,λ<=log n,65536,0,536645,8.188552856445312
SHLMP,λ<=log n,65536,0,572910,8.741912841796875
SHLMP,λ<=log n,65536,0,514636,7.85272216796875
SHLMP,λ<=log n,65536,0,569588,8.69122314453125
SHLMP,λ<=log n,65536,0,521899,7.9635467529296875
SHLMP,λ<=log n,65536,0,553333,8.443191528320312
SHLMP,λ<=log n,65536,0,540819,8.252243041992188
SHLMP,λ<=log n,65536,0,545850,8.329010009765625
SHLMP,λ<=log n,65536,0,526680,8.0364990234375
SHLMP,λ<=log n,65536,0,511025,7.7976226806640625
SHLMP,λ<=log n,65536,0,518933,7.9182891845703125
SHLMP,λ<=log n,65536,0,533689,8.143447875976562
SHLMP,λ<=log n,65536,0,543794,8.297637939453125
SHLMP,λ<=log n,65536,0,537966,8.208709716796875
SHLMP,λ<=log n,65536,0,560211,8.548141479492188
SHLMP,λ<=log n,65536,0,590810,9.015045166015625
SHLMP,λ<=log n,65536,0,517577,7.8975982666015625
SRLMP,λ<=log n,65536,0,649634,9.912628173828125
SRLMP,λ<=log n,65536,0,583589,8.904861450195312
SRLMP,λ<=log n,65536,0,571319,8.717636108398438
SRLMP,λ<=log n,65536,0,563666,8.600860595703125
SRLMP,λ<=log n,65536,0,571556,8.72125244140625
SRLMP,λ<=log n,65536,0,593606,9.057708740234375
SRLMP,λ<=log n,65536,0,563970,8.605499267578125
SRLMP,λ<=log n,65536,0,556416,8.490234375
SRLMP,λ<=log n,65536,0,560118,8.546722412109375
SRLMP,λ<=log n,65536,0,550059,8.393234252929688
SRLMP,λ<=log n,65536,0,594147,9.065963745117188
SRLMP,λ<=log n,65536,0,569246,8.686004638671875
SRLMP,λ<=log n,65536,0,582082,8.881866455078125
SRLMP,λ<=log n,65536,0,613284,9.35797119140625
SRLMP,λ<=log n,65536,0,590996,9.01788330078125
SRLMP,λ<=log n,65536,0,554836,8.46612548828125
SRLMP,λ<=log n,65536,0,591294,9.022430419921875
SRLMP,λ<=log n,65536,0,565252,8.62506103515625
SRLMP,λ<=log n,65536,0,538467,8.216354370117188
SRLMP,λ<=log n,65536,0,559423,8.536117553710938
SRLMP,λ<=log n,65536,0,586077,8.942825317382812
SRLMP,λ<=log n,65536,0,539574,8.233245849609375
SRLMP,λ<=log n,65536,0,547957,8.361160278320312
SRLMP,λ<=log n,65536,0,565937,8.635513305664062
SRLMP,λ<=log n,65536,0,568155,8.669357299804688
SRLMP,λ<=log n,65536,0,605354,9.236968994140625
SRLMP,λ<=log n,65536,0,621963,9.490402221679688
SRLMP,λ<=log n,65536,0,565822,8.633758544921875
SRLMP,λ<=log n,65536,0,673105,10.270767211914062
SRLMP,λ<=log n,65536,0,617559,9.423202514648438
SRLMP,λ<=log n,65536,0,610622,9.317352294921875
SRLMP,λ<=log n,65536,0,638551,9.743515014648438
SRLMP,λ<=log n,65536,0,569883,8.695724487304688
SRLMP,λ<=log n,65536,0,588945,8.986587524414062
SRLMP,λ<=log n,65536,0,542270,8.274383544921875
SRLMP,λ<=log n,65536,0,587826,8.969512939453125
SRLMP,λ<=log n,65536,0,630631,9.622665405273438
SRLMP,λ<=log n,65536,0,541817,8.267471313476562
SRLMP,λ<=log n,65536,0,584042,8.911773681640625
SRLMP,λ<=log n,65536,0,563756,8.60223388671875
SRLMP,λ<=log n,65536,0,580704,8.86083984375
SRLMP,λ<=log n,65536,0,565077,8.622390747070312
SRLMP,λ<=log n,65536,0,668204,10.19598388671875
SRLMP,λ<=log n,65536,0,575985,8.788833618164062
SRLMP,λ<=log n,65536,0,586230,8.945159912109375
SRLMP,λ<=log n,65536,0,578611,8.828903198242188
SRLMP,λ<=log n,65536,0,600099,9.156784057617188
SRLMP,λ<=log n,65536,0,657854,10.038055419921875
SRLMP,λ<=log n,65536,0,591259,9.021896362304688
SRLMP,λ<=log n,65536,0,561690,8.570709228515625
SRLMP,λ<=log n,65536,0,617690,9.425201416015625
SRLMP,λ<=log n,65536,0,579587,8.843795776367188
SRLMP,λ<=log n,65536,0,555315,8.473434448242188
SRLMP,λ<=log n,65536,0,539378,8.230255126953125
SRLMP,λ<=log n,65536,0,605432,9.2381591796875
SRLMP,λ<=log n,65536,0,606319,9.251693725585938
SRLMP,λ<=log n,65536,0,577520,8.812255859375
SRLMP,λ<=log n,65536,0,608646,9.287200927734375
SRLMP,λ<=log n,65536,0,617508,9.42242431640625
SRLMP,λ<=log n,65536,0,551339,8.412765502929688
SRLMP,λ<=log n,65536,0,567998,8.666961669921875
SRLMP,λ<=log n,65536,0,554239,8.457015991210938
SRLMP,λ<=log n,65536,0,539848,8.2374267578125
SRLMP,λ<=log n,65536,0,565687,8.631698608398438
SRLMP,λ<=log n,65536,0,601462,9.177581787109375
SRLMP,λ<=log n,65536,0,565939,8.635543823242188
SRLMP,λ<=log n,65536,0,610783,9.319808959960938
SRLMP,λ<=log n,65536,0,600196,9.15826416015625
SRLMP,λ<=log n,65536,0,583008,8.89599609375
SRLMP,λ<=log n,65536,0,632755,9.655075073242188
SRLMP,λ<=log n,65536,0,614590,9.377899169921875
SRLMP,λ<=log n,65536,0,585262,8.930389404296875
SRLMP,λ<=log n,65536,0,606008,9.2469482421875
SRLMP,λ<=log n,65536,0,605766,9.243255615234375
SRLMP,λ<=log n,65536,0,625037,9.537307739257812
SRLMP,λ<=log n,65536,0,562938,8.589752197265625
SRLMP,λ<=log n,65536,0,588056,8.9730224609375
SRLMP,λ<=log n,65536,0,582383,8.886459350585938
SRLMP,λ<=log n,65536,0,571144,8.7149658203125
SRLMP,λ<=log n,65536,0,572518,8.735931396484375
SRLMP,λ<=log n,65536,0,554340,8.45855712890625
SRLMP,λ<=log n,65536,0,585473,8.933609008789062
SRLMP,λ<=log n,65536,0,590468,9.00982666015625
SRLMP,λ<=log n,65536,0,574113,8.760269165039062
SRLMP,λ<=log n,65536,0,555603,8.477828979492188
SRLMP,λ<=log n,65536,0,593738,9.059722900390625
SRLMP,λ<=log n,65536,0,712651,10.874191284179688
SRLMP,λ<=log n,65536,0,567098,8.653228759765625
SRLMP,λ<=log n,65536,0,605743,9.242904663085938
SRLMP,λ<=log n,65536,0,552031,8.423324584960938
SRLMP,λ<=log n,65536,0,670673,10.233657836914062
SRLMP,λ<=log n,65536,0,570124,8.69940185546875
SRLMP,λ<=log n,65536,0,544478,8.308074951171875
SRLMP,λ<=log n,65536,0,597166,9.112030029296875
SRLMP,λ<=log n,65536,0,566029,8.636917114257812
SRLMP,λ<=log n,65536,0,564098,8.607452392578125
SRLMP,λ<=log n,65536,0,608029,9.277786254882812
SRLMP,λ<=log n,65536,0,580347,8.855392456054688
SRLMP,λ<=log n,65536,0,547502,8.354217529296875
SRLMP,λ<=log n,65536,0,568578,8.675811767578125
SSLMP,λ<=log n,65536,0,837480,12.7789306640625
SSLMP,λ<=log n,65536,0,797576,12.1700439453125
SSLMP,λ<=log n,65536,0,810122,12.361480712890625
SSLMP,λ<=log n,65536,0,905939,13.823532104492188
SSLMP,λ<=log n,65536,0,802583,12.246444702148438
SSLMP,λ<=log n,65536,0,810440,12.3663330078125
SSLMP,λ<=log n,65536,0,825576,12.5972900390625
SSLMP,λ<=log n,65536,0,854323,13.035934448242188
SSLMP,λ<=log n,65536,0,842601,12.857070922851562
SSLMP,λ<=log n,65536,0,818999,12.496932983398438
SSLMP,λ<=log n,65536,0,784460,11.96990966796875
SSLMP,λ<=log n,65536,0,971702,14.826995849609375
SSLMP,λ<=log n,65536,0,788627,12.033493041992188
SSLMP,λ<=log n,65536,0,769192,11.7369384765625
SSLMP,λ<=log n,65536,0,797131,12.163253784179688
SSLMP,λ<=log n,65536,0,787444,12.01544189453125
SSLMP,λ<=log n,65536,0,834225,12.729263305664062
SSLMP,λ<=log n,65536,0,811171,12.377487182617188
SSLMP,λ<=log n,65536,0,801898,12.235992431640625
SSLMP,λ<=log n,65536,0,825789,12.600540161132812
SSLMP,λ<=log n,65536,0,783745,11.958999633789062
SSLMP,λ<=log n,65536,0,962281,14.683242797851562
SSLMP,λ<=log n,65536,0,838982,12.801849365234375
SSLMP,λ<=log n,65536,0,819438,12.503631591796875
SSLMP,λ<=log n,65536,0,822553,12.551162719726562
SSLMP,λ<=log n,65536,0,872835,13.318405151367188
SSLMP,λ<=log n,65536,0,1011250,15.430450439453125
SSLMP,λ<=log n,65536,0,746499,11.390670776367188
SSLMP,λ<=log n,65536,0,801478,12.229583740234375
SSLMP,λ<=log n,65536,0,730444,11.14569091796875
SSLMP,λ<=log n,65536,0,783559,11.956161499023438
SSLMP,λ<=log n,65536,0,886574,13.528045654296875
SSLMP,λ<=log n,65536,0,789759,12.050765991210938
SSLMP,λ<=log n,65536,0,852657,13.010513305664062
SSLMP,λ<=log n,65536,0,816343,12.456405639648438
SSLMP,λ<=log n,65536,0,840917,12.831375122070312
SSLMP,λ<=log n,65536,0,762723,11.638229370117188
SSLMP,λ<=log n,65536,0,894683,13.651779174804688
SSLMP,λ<=log n,65536,0,807005,12.313919067382812
SSLMP,λ<=log n,65536,0,798411,12.182785034179688
SSLMP,λ<=log n,65536,0,854946,13.045440673828125
SSLMP,λ<=log n,65536,0,834746,12.737213134765625
SSLMP,λ<=log n,65536,0,840854,12.830413818359375
SSLMP,λ<=log n,65536,0,839085,12.803421020507812
SSLMP,λ<=log n,65536,0,762882,11.640655517578125
SSLMP,λ<=log n,65536,0,783918,11.961639404296875
SSLMP,λ<=log n,65536,0,857368,13.0823974609375
SSLMP,λ<=log n,65536,0,798756,12.18804931640625
SSLMP,λ<=log n,65536,0,772944,11.794189453125
SSLMP,λ<=log n,65536,0,821857,12.540542602539062
SSLMP,λ<=log n,65536,0,844421,12.884841918945312
SSLMP,λ<=log n,65536,0,801629,12.231887817382812
SSLMP,λ<=log n,65536,0,809213,12.347610473632812
SSLMP,λ<=log n,65536,0,877322,13.386871337890625
SSLMP,λ<=log n,65536,0,799481,12.199111938476562
SSLMP,λ<=log n,65536,0,836721,12.767349243164062
SSLMP,λ<=log n,65536,0,831693,12.690628051757812
SSLMP,λ<=log n,65536,0,821832,12.5401611328125
SSLMP,λ<=log n,65536,0,821097,12.528945922851562
SSLMP,λ<=log n,65536,0,875127,13.353378295898438
SSLMP,λ<=log n,65536,0,790861,12.067581176757812
SSLMP,λ<=log n,65536,0,785663,11.988265991210938
SSLMP,λ<=log n,65536,0,772741,11.791091918945312
SSLMP,λ<=log n,65536,0,775623,11.835067749023438
SSLMP,λ<=log n,65536,0,791974,12.084564208984375
SSLMP,λ<=log n,65536,0,825164,12.59100341796875
SSLMP,λ<=log n,65536,0,797016,12.1614990234375
SSLMP,λ<=log n,65536,0,974924,14.87615966796875
SSLMP,λ<=log n,65536,0,795764,12.14239501953125
SSLMP,λ<=log n,65536,0,854374,13.036712646484375
SSLMP,λ<=log n,65536,0,785139,11.980270385742188
SSLMP,λ<=log n,65536,0,795397,12.136795043945312
SSLMP,λ<=log n,65536,0,846942,12.923309326171875
SSLMP,λ<=log n,65536,0,855242,13.049957275390625
SSLMP,λ<=log n,65536,0,751944,11.4737548828125
SSLMP,λ<=log n,65536,0,899659,13.727706909179688
SSLMP,λ<=log n,65536,0,820352,12.517578125
SSLMP,λ<=log n,65536,0,746156,11.38543701171875
SSLMP,λ<=log n,65536,0,841250,12.836456298828125
SSLMP,λ<=log n,65536,0,776858,11.853912353515625
SSLMP,λ<=log n,65536,0,829957,12.664138793945312
SSLMP,λ<=log n,65536,0,770753,11.760757446289062
SSLMP,λ<=log n,65536,0,769204,11.73712158203125
SSLMP,λ<=log n,65536,0,876396,13.37274169921875
SSLMP,λ<=log n,65536,0,834263,12.729843139648438
SSLMP,λ<=log n,65536,0,777013,11.856277465820312
SSLMP,λ<=log n,65536,0,912923,13.930099487304688
SSLMP,λ<=log n,65536,0,841441,12.839370727539062
SSLMP,λ<=log n,65536,0,869573,13.268630981445312
SSLMP,λ<=log n,65536,0,834845,12.738723754882812
SSLMP,λ<=log n,65536,0,818450,12.488555908203125
SSLMP,λ<=log n,65536,0,812764,12.40179443359375
SSLMP,λ<=log n,65536,0,804233,12.271621704101562
SSLMP,λ<=log n,65536,0,810770,12.371368408203125
SSLMP,λ<=log n,65536,0,827366,12.624603271484375
SSLMP,λ<=log n,65536,0,827585,12.627944946289062
SSLMP,λ<=log n,65536,0,800446,12.213836669921875
SSLMP,λ<=log n,65536,0,776175,11.843490600585938
SSLMP,λ<=log n,65536,0,736521,11.238418579101562
SSLMP,λ<=log n,65536,0,790417,12.060806274414062
SSDIP,λ<=log n,65536,0,831369,12.685684204101562
SSDIP,λ<=log n,65536,0,843720,12.8741455078125
SSDIP,λ<=log n,65536,0,840179,12.820114135742188
SSDIP,λ<=log n,65536,0,900357,13.738357543945312
SSDIP,λ<=log n,65536,0,862953,13.167617797851562
SSDIP,λ<=log n,65536,0,885764,13.51568603515625
SSDIP,λ<=log n,65536,0,799749,12.203201293945312
SSDIP,λ<=log n,65536,0,840012,12.81756591796875
SSDIP,λ<=log n,65536,0,833239,12.714218139648438
SSDIP,λ<=log n,65536,0,871746,13.301788330078125
SSDIP,λ<=log n,65536,0,908825,13.867568969726562
SSDIP,λ<=log n,65536,0,844286,12.882781982421875
SSDIP,λ<=log n,65536,0,844779,12.890304565429688
SSDIP,λ<=log n,65536,0,854125,13.032913208007812
SSDIP,λ<=log n,65536,0,956029,14.587844848632812
SSDIP,λ<=log n,65536,0,901804,13.76043701171875
SSDIP,λ<=log n,65536,0,910858,13.898590087890625
SSDIP,λ<=log n,65536,0,898805,13.714675903320312
SSDIP,λ<=log n,65536,0,847217,12.927505493164062
SSDIP,λ<=log n,65536,0,825247,12.592269897460938
SSDIP,λ<=log n,65536,0,830195,12.667770385742188
SSDIP,λ<=log n,65536,0,1017440,15.52490234375
SSDIP,λ<=log n,65536,0,890928,13.594482421875
SSDIP,λ<=log n,65536,0,837611,12.780929565429688
SSDIP,λ<=log n,65536,0,840556,12.82586669921875
SSDIP,λ<=log n,65536,0,806062,12.299530029296875
SSDIP,λ<=log n,65536,0,901669,13.758377075195312
SSDIP,λ<=log n,65536,0,896757,13.683425903320312
SSDIP,λ<=log n,65536,0,850179,12.972702026367188
SSDIP,λ<=log n,65536,0,849661,12.964797973632812
SSDIP,λ<=log n,65536,0,868391,13.250595092773438
SSDIP,λ<=log n,65536,0,947018,14.450347900390625
SSDIP,λ<=log n,65536,0,875659,13.361495971679688
SSDIP,λ<=log n,65536,0,840227,12.820846557617188
SSDIP,λ<=log n,65536,0,934593,14.260757446289062
SSDIP,λ<=log n,65536,0,865204,13.20196533203125
SSDIP,λ<=log n,65536,0,841661,12.842727661132812
SSDIP,λ<=log n,65536,0,868818,13.257110595703125
SSDIP,λ<=log n,65536,0,963504,14.701904296875
SSDIP,λ<=log n,65536,0,970566,14.809661865234375
SSDIP,λ<=log n,65536,0,946089,14.436172485351562
SSDIP,λ<=log n,65536,0,826251,12.607589721679688
SSDIP,λ<=log n,65536,0,868758,13.256195068359375
SSDIP,λ<=log n,65536,0,849888,12.96826171875
SSDIP,λ<=log n,65536,0,888778,13.561676025390625
SSDIP,λ<=log n,65536,0,921575,14.062118530273438
SSDIP,λ<=log n,65536,0,875197,13.354446411132812
SSDIP,λ<=log n,65536,0,860589,13.131546020507812
SSDIP,λ<=log n,65536,0,815858,12.449005126953125
SSDIP,λ<=log n,65536,0,947263,14.454086303710938
SSDIP,λ<=log n,65536,0,864381,13.189407348632812
SSDIP,λ<=log n,65536,0,1039561,15.862442016601562
SSDIP,λ<=log n,65536,0,818143,12.483871459960938
SSDIP,λ<=log n,65536,0,867441,13.236099243164062
SSDIP,λ<=log n,65536,0,904568,13.8026123046875
SSDIP,λ<=log n,65536,0,838493,12.794387817382812
SSDIP,λ<=log n,65536,0,830109,12.666458129882812
SSDIP,λ<=log n,65536,0,817100,12.46795654296875
SSDIP,λ<=log n,65536,0,870732,13.28631591796875
SSDIP,λ<=log n,65536,0,882115,13.460006713867188
SSDIP,λ<=log n,65536,0,1032137,15.749160766601562
SSDIP,λ<=log n,65536,0,848061,12.940383911132812
SSDIP,λ<=log n,65536,0,897096,13.6885986328125
SSDIP,λ<=log n,65536,0,977622,14.917327880859375
SSDIP,λ<=log n,65536,0,859874,13.120635986328125
SSDIP,λ<=log n,65536,0,823145,12.560195922851562
SSDIP,λ<=log n,65536,0,886972,13.53411865234375
SSDIP,λ<=log n,65536,0,876499,13.374313354492188
SSDIP,λ<=log n,65536,0,844243,12.882125854492188
SSDIP,λ<=log n,65536,0,836074,12.757476806640625
SSDIP,λ<=log n,65536,0,832667,12.705490112304688
SSDIP,λ<=log n,65536,0,800400,12.213134765625
SSDIP,λ<=log n,65536,0,872536,13.3138427734375
SSDIP,λ<=log n,65536,0,869803,13.272140502929688
SSDIP,λ<=log n,65536,0,859651,13.117233276367188
SSDIP,λ<=log n,65536,0,809138,12.346466064453125
SSDIP,λ<=log n,65536,0,877782,13.393890380859375
SSDIP,λ<=log n,65536,0,882008,13.4583740234375
SSDIP,λ<=log n,65536,0,866794,13.226226806640625
SSDIP,λ<=log n,65536,0,850948,12.98443603515625
SSDIP,λ<=log n,65536,0,851103,12.986801147460938
SSDIP,λ<=log n,65536,0,937970,14.312286376953125
SSDIP,λ<=log n,65536,0,786611,12.002731323242188
SSDIP,λ<=log n,65536,0,795036,12.13128662109375
SSDIP,λ<=log n,65536,0,881684,13.45343017578125
SSDIP,λ<=log n,65536,0,892871,13.624130249023438
SSDIP,λ<=log n,65536,0,823481,12.565322875976562
SSDIP,λ<=log n,65536,0,821654,12.537445068359375
SSDIP,λ<=log n,65536,0,841626,12.842193603515625
SSDIP,λ<=log n,65536,0,808449,12.335952758789062
SSDIP,λ<=log n,65536,0,842229,12.851394653320312
SSDIP,λ<=log n,65536,0,900847,13.745834350585938
SSDIP,λ<=log n,65536,0,861867,13.151046752929688
SSDIP,λ<=log n,65536,0,969829,14.798416137695312
SSDIP,λ<=log n,65536,0,903346,13.783966064453125
SSDIP,λ<=log n,65536,0,833298,12.715118408203125
SSDIP,λ<=log n,65536,0,870870,13.288421630859375
SSDIP,λ<=log n,65536,0,838556,12.79534912109375
SSDIP,λ<=log n,65536,0,818961,12.496353149414062
SSDIP,λ<=log n,65536,0,921957,14.067947387695312
SRDIP,λ<=log n,65536,0,653514,9.971832275390625
SRDIP,λ<=log n,65536,0,636375,9.710311889648438
SRDIP,λ<=log n,65536,0,640360,9.7711181640625
SRDIP,λ<=log n,65536,0,674433,10.291030883789062
SRDIP,λ<=log n,65536,0,642270,9.800262451171875
SRDIP,λ<=log n,65536,0,649494,9.910491943359375
SRDIP,λ<=log n,65536,0,667003,10.177658081054688
SRDIP,λ<=log n,65536,0,638558,9.743621826171875
SRDIP,λ<=log n,65536,0,658125,10.042190551757812
SRDIP,λ<=log n,65536,0,670871,10.236679077148438
SRDIP,λ<=log n,65536,0,694959,10.604232788085938
SRDIP,λ<=log n,65536,0,703498,10.734527587890625
SRDIP,λ<=log n,65536,0,635025,9.689712524414062
SRDIP,λ<=log n,65536,0,669812,10.22052001953125
SRDIP,λ<=log n,65536,0,657805,10.037307739257812
SRDIP,λ<=log n,65536,0,697977,10.650283813476562
SRDIP,λ<=log n,65536,0,641095,9.782333374023438
SRDIP,λ<=log n,65536,0,684239,10.440658569335938
SRDIP,λ<=log n,65536,0,680920,10.3900146484375
SRDIP,λ<=log n,65536,0,689986,10.528350830078125
SRDIP,λ<=log n,65536,0,665308,10.15179443359375
SRDIP,λ<=log n,65536,0,649553,9.911392211914062
SRDIP,λ<=log n,65536,0,638387,9.741012573242188
SRDIP,λ<=log n,65536,0,652600,9.9578857421875
SRDIP,λ<=log n,65536,0,676892,10.32855224609375
SRDIP,λ<=log n,65536,0,636670,9.714813232421875
SRDIP,λ<=log n,65536,0,643378,9.817169189453125
SRDIP,λ<=log n,65536,0,659494,10.063079833984375
SRDIP,λ<=log n,65536,0,658613,10.049636840820312
SRDIP,λ<=log n,65536,0,725735,11.073837280273438
SRDIP,λ<=log n,65536,0,659588,10.06451416015625
SRDIP,λ<=log n,65536,0,648262,9.891693115234375
SRDIP,λ<=log n,65536,0,627956,9.58184814453125
SRDIP,λ<=log n,65536,0,651757,9.945022583007812
SRDIP,λ<=log n,65536,0,688000,10.498046875
SRDIP,λ<=log n,65536,0,646346,9.862457275390625
SRDIP,λ<=log n,65536,0,654091,9.980636596679688
SRDIP,λ<=log n,65536,0,692429,10.565628051757812
SRDIP,λ<=log n,65536,0,618397,9.435989379882812
SRDIP,λ<=log n,65536,0,723664,11.042236328125
SRDIP,λ<=log n,65536,0,681263,10.395248413085938
SRDIP,λ<=log n,65536,0,719938,10.985382080078125
SRDIP,λ<=log n,65536,0,675619,10.309127807617188
SRDIP,λ<=log n,65536,0,660752,10.082275390625
SRDIP,λ<=log n,65536,0,636266,9.708648681640625
SRDIP,λ<=log n,65536,0,685944,10.4666748046875
SRDIP,λ<=log n,65536,0,634011,9.674240112304688
SRDIP,λ<=log n,65536,0,665402,10.153228759765625
SRDIP,λ<=log n,65536,0,673360,10.274658203125
SRDIP,λ<=log n,65536,0,720264,10.9903564453125
SRDIP,λ<=log n,65536,0,654383,9.985092163085938
SRDIP,λ<=log n,65536,0,657670,10.035247802734375
SRDIP,λ<=log n,65536,0,677623,10.339706420898438
SRDIP,λ<=log n,65536,0,664894,10.145477294921875
SRDIP,λ<=log n,65536,0,656301,10.014358520507812
SRDIP,λ<=log n,65536,0,667676,10.18792724609375
SRDIP,λ<=log n,65536,0,642487,9.803573608398438
SRDIP,λ<=log n,65536,0,631154,9.630645751953125
SRDIP,λ<=log n,65536,0,640358,9.771087646484375
SRDIP,λ<=log n,65536,0,759417,11.587783813476562
SRDIP,λ<=log n,65536,0,687074,10.483917236328125
SRDIP,λ<=log n,65536,0,668698,10.203521728515625
SRDIP,λ<=log n,65536,0,640594,9.774688720703125
SRDIP,λ<=log n,65536,0,675472,10.306884765625
SRDIP,λ<=log n,65536,0,637652,9.72979736328125
SRDIP,λ<=log n,65536,0,739161,11.278701782226562
SRDIP,λ<=log n,65536,0,640841,9.778457641601562
SRDIP,λ<=log n,65536,0,615128,9.3861083984375
SRDIP,λ<=log n,65536,0,700719,10.692123413085938
SRDIP,λ<=log n,65536,0,637122,9.721710205078125
SRDIP,λ<=log n,65536,0,651813,9.945877075195312
SRDIP,λ<=log n,65536,0,640742,9.776947021484375
SRDIP,λ<=log n,65536,0,631151,9.630599975585938
SRDIP,λ<=log n,65536,0,681176,10.3939208984375
SRDIP,λ<=log n,65536,0,653181,9.966751098632812
SRDIP,λ<=log n,65536,0,722225,11.020278930664062
SRDIP,λ<=log n,65536,0,657093,10.026443481445312
SRDIP,λ<=log n,65536,0,676959,10.329574584960938
SRDIP,λ<=log n,65536,0,639273,9.754531860351562
SRDIP,λ<=log n,65536,0,675529,10.307754516601562
SRDIP,λ<=log n,65536,0,640482,9.772979736328125
SRDIP,λ<=log n,65536,0,693032,10.5748291015625
SRDIP,λ<=log n,65536,0,645272,9.8460693359375
SRDIP,λ<=log n,65536,0,630283,9.617355346679688
SRDIP,λ<=log n,65536,0,607888,9.275634765625
SRDIP,λ<=log n,65536,0,637865,9.733047485351562
SRDIP,λ<=log n,65536,0,626177,9.554702758789062
SRDIP,λ<=log n,65536,0,652686,9.959197998046875
SRDIP,λ<=log n,65536,0,674623,10.293930053710938
SRDIP,λ<=log n,65536,0,657044,10.02569580078125
SRDIP,λ<=log n,65536,0,658524,10.04827880859375
SRDIP,λ<=log n,65536,0,699907,10.679733276367188
SRDIP,λ<=log n,65536,0,659894,10.069183349609375
SRDIP,λ<=log n,65536,0,656223,10.013168334960938
SRDIP,λ<=log n,65536,0,619372,9.45086669921875
SRDIP,λ<=log n,65536,0,644657,9.836685180664062
SRDIP,λ<=log n,65536,0,667712,10.1884765625
SRDIP,λ<=log n,65536,0,665002,10.147125244140625
SRDIP,λ<=log n,65536,0,648536,9.8958740234375
SRDIP,λ<=log n,65536,0,705185,10.760269165039062
SHDIP,λ<=log n,65536,0,604474,9.223541259765625
SHDIP,λ<=log n,65536,0,658749,10.051712036132812
SHDIP,λ<=log n,65536,0,596393,9.100234985351562
SHDIP,λ<=log n,65536,0,585851,8.939376831054688
SHDIP,λ<=log n,65536,0,590722,9.013702392578125
SHDIP,λ<=log n,65536,0,650434,9.924835205078125
SHDIP,λ<=log n,65536,0,649671,9.913192749023438
SHDIP,λ<=log n,65536,0,660862,10.083953857421875
SHDIP,λ<=log n,65536,0,596485,9.101638793945312
SHDIP,λ<=log n,65536,0,595980,9.09393310546875
SHDIP,λ<=log n,65536,0,582226,8.884063720703125
SHDIP,λ<=log n,65536,0,624076,9.52264404296875
SHDIP,λ<=log n,65536,0,631084,9.62957763671875
SHDIP,λ<=log n,65536,0,622004,9.49102783203125
SHDIP,λ<=log n,65536,0,624884,9.53497314453125
SHDIP,λ<=log n,65536,0,670591,10.232406616210938
SHDIP,λ<=log n,65536,0,614212,9.37213134765625
SHDIP,λ<=log n,65536,0,655413,10.000808715820312
SHDIP,λ<=log n,65536,0,613652,9.36358642578125
SHDIP,λ<=log n,65536,0,599460,9.14703369140625
SHDIP,λ<=log n,65536,0,591465,9.025039672851562
SHDIP,λ<=log n,65536,0,592409,9.039443969726562
SHDIP,λ<=log n,65536,0,637383,9.725692749023438
SHDIP,λ<=log n,65536,0,629939,9.612106323242188
SHDIP,λ<=log n,65536,0,637185,9.722671508789062
SHDIP,λ<=log n,65536,0,601574,9.179290771484375
SHDIP,λ<=log n,65536,0,654865,9.992446899414062
SHDIP,λ<=log n,65536,0,648287,9.892074584960938
SHDIP,λ<=log n,65536,0,634860,9.68719482421875
SHDIP,λ<=log n,65536,0,611899,9.336837768554688
SHDIP,λ<=log n,65536,0,633904,9.672607421875
SHDIP,λ<=log n,65536,0,591299,9.022506713867188
SHDIP,λ<=log n,65536,0,579282,8.839141845703125
SHDIP,λ<=log n,65536,0,586190,8.944549560546875
SHDIP,λ<=log n,65536,0,623818,9.518707275390625
SHDIP,λ<=log n,65536,0,631488,9.6357421875
SHDIP,λ<=log n,65536,0,609317,9.297439575195312
SHDIP,λ<=log n,65536,0,616970,9.414215087890625
SHDIP,λ<=log n,65536,0,620587,9.469406127929688
SHDIP,λ<=log n,65536,0,569094,8.683685302734375
SHDIP,λ<=log n,65536,0,595579,9.087814331054688
SHDIP,λ<=log n,65536,0,638693,9.745681762695312
SHDIP,λ<=log n,65536,0,608546,9.285675048828125
SHDIP,λ<=log n,65536,0,608756,9.28887939453125
SHDIP,λ<=log n,65536,0,631352,9.6336669921875
SHDIP,λ<=log n,65536,0,615715,9.395065307617188
SHDIP,λ<=log n,65536,0,622820,9.50347900390625
SHDIP,λ<=log n,65536,0,600998,9.170501708984375
SHDIP,λ<=log n,65536,0,650648,9.9281005859375
SHDIP,λ<=log n,65536,0,613907,9.367477416992188
SHDIP,λ<=log n,65536,0,639698,9.761016845703125
SHDIP,λ<=log n,65536,0,733280,11.18896484375
SHDIP,λ<=log n,65536,0,599407,9.146224975585938
SHDIP,λ<=log n,65536,0,603981,9.216018676757812
SHDIP,λ<=log n,65536,0,591628,9.02752685546875
SHDIP,λ<=log n,65536,0,597121,9.111343383789062
SHDIP,λ<=log n,65536,0,729858,11.136749267578125
SHDIP,λ<=log n,65536,0,644197,9.829666137695312
SHDIP,λ<=log n,65536,0,679398,10.366790771484375
SHDIP,λ<=log n,65536,0,597454,9.116424560546875
SHDIP,λ<=log n,65536,0,606045,9.247512817382812
SHDIP,λ<=log n,65536,0,579713,8.845718383789062
SHDIP,λ<=log n,65536,0,614019,9.369186401367188
SHDIP,λ<=log n,65536,0,592869,9.046463012695312
SHDIP,λ<=log n,65536,0,668922,10.206939697265625
SHDIP,λ<=log n,65536,0,581790,8.877410888671875
SHDIP,λ<=log n,65536,0,629501,9.605422973632812
SHDIP,λ<=log n,65536,0,596177,9.096939086914062
SHDIP,λ<=log n,65536,0,582270,8.884735107421875
SHDIP,λ<=log n,65536,0,634034,9.674591064453125
SHDIP,λ<=log n,65536,0,589389,8.993362426757812
SHDIP,λ<=log n,65536,0,598056,9.1256103515625
SHDIP,λ<=log n,65536,0,596284,9.09857177734375
SHDIP,λ<=log n,65536,0,584376,8.9168701171875
SHDIP,λ<=log n,65536,0,573119,8.745101928710938
SHDIP,λ<=log n,65536,0,585499,8.934005737304688
SHDIP,λ<=log n,65536,0,572958,8.742645263671875
SHDIP,λ<=log n,65536,0,576810,8.801422119140625
SHDIP,λ<=log n,65536,0,654305,9.983901977539062
SHDIP,λ<=log n,65536,0,626867,9.565231323242188
SHDIP,λ<=log n,65536,0,608399,9.283432006835938
SHDIP,λ<=log n,65536,0,648762,9.899322509765625
SHDIP,λ<=log n,65536,0,624742,9.532806396484375
SHDIP,λ<=log n,65536,0,591130,9.019927978515625
SHDIP,λ<=log n,65536,0,623440,9.512939453125
SHDIP,λ<=log n,65536,0,584145,8.913345336914062
SHDIP,λ<=log n,65536,0,604240,9.219970703125
SHDIP,λ<=log n,65536,0,612548,9.34674072265625
SHDIP,λ<=log n,65536,0,636865,9.717788696289062
SHDIP,λ<=log n,65536,0,613095,9.355087280273438
SHDIP,λ<=log n,65536,0,598099,9.126266479492188
SHDIP,λ<=log n,65536,0,587180,8.95965576171875
SHDIP,λ<=log n,65536,0,566835,8.649215698242188
SHDIP,λ<=log n,65536,0,619651,9.455123901367188
SHDIP,λ<=log n,65536,0,606849,9.259780883789062
SHDIP,λ<=log n,65536,0,631071,9.629379272460938
SHDIP,λ<=log n,65536,0,583409,8.902114868164062
SHDIP,λ<=log n,65536,0,616661,9.409500122070312
SHDIP,λ<=log n,65536,0,627218,9.570587158203125
SHDIP,λ<=log n,65536,0,649539,9.911178588867188
SHLIP,λ<=log n,65536,0,668897,10.206558227539062
SHLIP,λ<=log n,65536,0,623839,9.519027709960938
SHLIP,λ<=log n,65536,0,624495,9.529037475585938
SHLIP,λ<=log n,65536,0,667627,10.187179565429688
SHLIP,λ<=log n,65536,0,660373,10.076492309570312
SHLIP,λ<=log n,65536,0,630999,9.628280639648438
SHLIP,λ<=log n,65536,0,667997,10.192825317382812
SHLIP,λ<=log n,65536,0,634939,9.688400268554688
SHLIP,λ<=log n,65536,0,644151,9.828964233398438
SHLIP,λ<=log n,65536,0,633093,9.660232543945312
SHLIP,λ<=log n,65536,0,633466,9.665924072265625
SHLIP,λ<=log n,65536,0,684947,10.451461791992188
SHLIP,λ<=log n,65536,0,657413,10.031326293945312
SHLIP,λ<=log n,65536,0,669251,10.211959838867188
SHLIP,λ<=log n,65536,0,640120,9.7674560546875
SHLIP,λ<=log n,65536,0,636505,9.712295532226562
SHLIP,λ<=log n,65536,0,685209,10.455459594726562
SHLIP,λ<=log n,65536,0,695383,10.610702514648438
SHLIP,λ<=log n,65536,0,644343,9.831893920898438
SHLIP,λ<=log n,65536,0,677879,10.343612670898438
SHLIP,λ<=log n,65536,0,657440,10.03173828125
SHLIP,λ<=log n,65536,0,665701,10.157791137695312
SHLIP,λ<=log n,65536,0,684469,10.444168090820312
SHLIP,λ<=log n,65536,0,625415,9.543075561523438
SHLIP,λ<=log n,65536,0,646566,9.865814208984375
SHLIP,λ<=log n,65536,0,641363,9.786422729492188
SHLIP,λ<=log n,65536,0,668891,10.206466674804688
SHLIP,λ<=log n,65536,0,638004,9.73516845703125
SHLIP,λ<=log n,65536,0,638737,9.746353149414062
SHLIP,λ<=log n,65536,0,667933,10.191848754882812
SHLIP,λ<=log n,65536,0,612487,9.345809936523438
SHLIP,λ<=log n,65536,0,622349,9.496292114257812
SHLIP,λ<=log n,65536,0,666342,10.167572021484375
SHLIP,λ<=log n,65536,0,636613,9.713943481445312
SHLIP,λ<=log n,65536,0,646159,9.859603881835938
SHLIP,λ<=log n,65536,0,657538,10.033233642578125
SHLIP,λ<=log n,65536,0,637711,9.730697631835938
SHLIP,λ<=log n,65536,0,602236,9.18939208984375
SHLIP,λ<=log n,65536,0,603674,9.211334228515625
SHLIP,λ<=log n,65536,0,622868,9.50421142578125
SHLIP,λ<=log n,65536,0,667859,10.190719604492188
SHLIP,λ<=log n,65536,0,659918,10.069549560546875
SHLIP,λ<=log n,65536,0,645226,9.845367431640625
SHLIP,λ<=log n,65536,0,646867,9.870407104492188
SHLIP,λ<=log n,65536,0,670270,10.227508544921875
SHLIP,λ<=log n,65536,0,645646,9.851776123046875
SHLIP,λ<=log n,65536,0,609106,9.294219970703125
SHLIP,λ<=log n,65536,0,637889,9.733413696289062
SHLIP,λ<=log n,65536,0,619462,9.452239990234375
SHLIP,λ<=log n,65536,0,677513,10.338027954101562
SHLIP,λ<=log n,65536,0,665736,10.1583251953125
SHLIP,λ<=log n,65536,0,640047,9.766342163085938
SHLIP,λ<=log n,65536,0,639638,9.760101318359375
SHLIP,λ<=log n,65536,0,623682,9.516632080078125
SHLIP,λ<=log n,65536,0,613570,9.362335205078125
SHLIP,λ<=log n,65536,0,639690,9.760894775390625
SHLIP,λ<=log n,65536,0,675046,10.300384521484375
SHLIP,λ<=log n,65536,0,650303,9.922836303710938
SHLIP,λ<=log n,65536,0,623296,9.5107421875
SHLIP,λ<=log n,65536,0,624746,9.532867431640625
SHLIP,λ<=log n,65536,0,676922,10.329010009765625
SHLIP,λ<=log n,65536,0,649640,9.9127197265625
SHLIP,λ<=log n,65536,0,672163,10.256393432617188
SHLIP,λ<=log n,65536,0,618542,9.438201904296875
SHLIP,λ<=log n,65536,0,629316,9.60260009765625
SHLIP,λ<=log n,65536,0,642012,9.79632568359375
SHLIP,λ<=log n,65536,0,605911,9.245468139648438
SHLIP,λ<=log n,65536,0,609105,9.294204711914062
SHLIP,λ<=log n,65536,0,658483,10.047653198242188
SHLIP,λ<=log n,65536,0,651206,9.936614990234375
SHLIP,λ<=log n,65536,0,709452,10.82537841796875
SHLIP,λ<=log n,65536,0,632016,9.643798828125
SHLIP,λ<=log n,65536,0,626673,9.562271118164062
SHLIP,λ<=log n,65536,0,654132,9.98126220703125
SHLIP,λ<=log n,65536,0,625026,9.537139892578125
SHLIP,λ<=log n,65536,0,660841,10.083633422851562
SHLIP,λ<=log n,65536,0,631853,9.641311645507812
SHLIP,λ<=log n,65536,0,673685,10.279617309570312
SHLIP,λ<=log n,65536,0,617920,9.4287109375
SHLIP,λ<=log n,65536,0,626065,9.552993774414062
SHLIP,λ<=log n,65536,0,626221,9.555374145507812
SHLIP,λ<=log n,65536,0,723400,11.0382080078125
SHLIP,λ<=log n,65536,0,676365,10.320510864257812
SHLIP,λ<=log n,65536,0,637476,9.72711181640625
SHLIP,λ<=log n,65536,0,631501,9.635940551757812
SHLIP,λ<=log n,65536,0,615788,9.39617919921875
SHLIP,λ<=log n,65536,0,622163,9.493453979492188
SHLIP,λ<=log n,65536,0,634784,9.68603515625
SHLIP,λ<=log n,65536,0,635794,9.701446533203125
SHLIP,λ<=log n,65536,0,653433,9.970596313476562
SHLIP,λ<=log n,65536,0,629930,9.611968994140625
SHLIP,λ<=log n,65536,0,641742,9.792205810546875
SHLIP,λ<=log n,65536,0,655786,10.006500244140625
SHLIP,λ<=log n,65536,0,641140,9.78302001953125
SHLIP,λ<=log n,65536,0,625532,9.54486083984375
SHLIP,λ<=log n,65536,0,674722,10.295440673828125
SHLIP,λ<=log n,65536,0,625118,9.538543701171875
SHLIP,λ<=log n,65536,0,625683,9.547164916992188
SHLIP,λ<=log n,65536,0,680363,10.381515502929688
SHLIP,λ<=log n,65536,0,631758,9.639862060546875
SRLIP,λ<=log n,65536,0,643249,9.815200805664062
SRLIP,λ<=log n,65536,0,726636,11.08758544921875
SRLIP,λ<=log n,65536,0,664115,10.133590698242188
SRLIP,λ<=log n,65536,0,659628,10.06512451171875
SRLIP,λ<=log n,65536,0,687086,10.484100341796875
SRLIP,λ<=log n,65536,0,705564,10.76605224609375
SRLIP,λ<=log n,65536,0,673469,10.276321411132812
SRLIP,λ<=log n,65536,0,689832,10.5260009765625
SRLIP,λ<=log n,65536,0,704041,10.742813110351562
SRLIP,λ<=log n,65536,0,676038,10.315521240234375
SRLIP,λ<=log n,65536,0,688089,10.499404907226562
SRLIP,λ<=log n,65536,0,646067,9.858200073242188
SRLIP,λ<=log n,65536,0,664355,10.137252807617188
SRLIP,λ<=log n,65536,0,744922,11.366607666015625
SRLIP,λ<=log n,65536,0,706921,10.786758422851562
SRLIP,λ<=log n,65536,0,711043,10.849655151367188
SRLIP,λ<=log n,65536,0,694620,10.59906005859375
SRLIP,λ<=log n,65536,0,665142,10.149261474609375
SRLIP,λ<=log n,65536,0,663217,10.119888305664062
SRLIP,λ<=log n,65536,0,713887,10.893051147460938
SRLIP,λ<=log n,65536,0,695529,10.612930297851562
SRLIP,λ<=log n,65536,0,727315,11.097946166992188
SRLIP,λ<=log n,65536,0,685118,10.454071044921875
SRLIP,λ<=log n,65536,0,719436,10.97772216796875
SRLIP,λ<=log n,65536,0,725880,11.0760498046875
SRLIP,λ<=log n,65536,0,695678,10.615203857421875
SRLIP,λ<=log n,65536,0,662064,10.102294921875
SRLIP,λ<=log n,65536,0,648458,9.894683837890625
SRLIP,λ<=log n,65536,0,684981,10.451980590820312
SRLIP,λ<=log n,65536,0,726880,11.09130859375
SRLIP,λ<=log n,65536,0,689490,10.520782470703125
SRLIP,λ<=log n,65536,0,724338,11.052520751953125
SRLIP,λ<=log n,65536,0,715569,10.918716430664062
SRLIP,λ<=log n,65536,0,720484,10.99371337890625
SRLIP,λ<=log n,65536,0,728709,11.119216918945312
SRLIP,λ<=log n,65536,0,637611,9.729171752929688
SRLIP,λ<=log n,65536,0,661210,10.089263916015625
SRLIP,λ<=log n,65536,0,717197,10.943557739257812
SRLIP,λ<=log n,65536,0,682523,10.414474487304688
SRLIP,λ<=log n,65536,0,712572,10.87298583984375
SRLIP,λ<=log n,65536,0,705568,10.76611328125
SRLIP,λ<=log n,65536,0,693986,10.589385986328125
SRLIP,λ<=log n,65536,0,674422,10.290863037109375
SRLIP,λ<=log n,65536,0,704565,10.750808715820312
SRLIP,λ<=log n,65536,0,664548,10.14019775390625
SRLIP,λ<=log n,65536,0,667186,10.180450439453125
SRLIP,λ<=log n,65536,0,709836,10.83123779296875
SRLIP,λ<=log n,65536,0,689298,10.517852783203125
SRLIP,λ<=log n,65536,0,724670,11.057586669921875
SRLIP,λ<=log n,65536,0,669523,10.216110229492188
SRLIP,λ<=log n,65536,0,774340,11.81549072265625
SRLIP,λ<=log n,65536,0,678917,10.359451293945312
SRLIP,λ<=log n,65536,0,718334,10.960906982421875
SRLIP,λ<=log n,65536,0,774231,11.813827514648438
SRLIP,λ<=log n,65536,0,690286,10.532928466796875
SRLIP,λ<=log n,65536,0,711646,10.858856201171875
SRLIP,λ<=log n,65536,0,689998,10.528533935546875
SRLIP,λ<=log n,65536,0,705370,10.763092041015625
SRLIP,λ<=log n,65536,0,659528,10.0635986328125
SRLIP,λ<=log n,65536,0,691477,10.551101684570312
SRLIP,λ<=log n,65536,0,691173,10.546463012695312
SRLIP,λ<=log n,65536,0,716649,10.935195922851562
SRLIP,λ<=log n,65536,0,697095,10.636825561523438
SRLIP,λ<=log n,65536,0,685077,10.453445434570312
SRLIP,λ<=log n,65536,0,672928,10.26806640625
SRLIP,λ<=log n,65536,0,676477,10.322219848632812
SRLIP,λ<=log n,65536,0,682763,10.418136596679688
SRLIP,λ<=log n,65536,0,682536,10.4146728515625
SRLIP,λ<=log n,65536,0,663067,10.117599487304688
SRLIP,λ<=log n,65536,0,672666,10.264068603515625
SRLIP,λ<=log n,65536,0,674016,10.28466796875
SRLIP,λ<=log n,65536,0,642604,9.80535888671875
SRLIP,λ<=log n,65536,0,687902,10.496551513671875
SRLIP,λ<=log n,65536,0,652715,9.959640502929688
SRLIP,λ<=log n,65536,0,683689,10.432266235351562
SRLIP,λ<=log n,65536,0,737056,11.24658203125
SRLIP,λ<=log n,65536,0,722017,11.017105102539062
SRLIP,λ<=log n,65536,0,766553,11.696670532226562
SRLIP,λ<=log n,65536,0,683365,10.427322387695312
SRLIP,λ<=log n,65536,0,697045,10.636062622070312
SRLIP,λ<=log n,65536,0,749436,11.43548583984375
SRLIP,λ<=log n,65536,0,645002,9.841949462890625
SRLIP,λ<=log n,65536,0,738556,11.26947021484375
SRLIP,λ<=log n,65536,0,684063,10.437973022460938
SRLIP,λ<=log n,65536,0,675826,10.312286376953125
SRLIP,λ<=log n,65536,0,685363,10.457809448242188
SRLIP,λ<=log n,65536,0,743779,11.349166870117188
SRLIP,λ<=log n,65536,0,734690,11.210479736328125
SRLIP,λ<=log n,65536,0,673314,10.273956298828125
SRLIP,λ<=log n,65536,0,708559,10.811752319335938
SRLIP,λ<=log n,65536,0,658540,10.04852294921875
SRLIP,λ<=log n,65536,0,684012,10.43719482421875
SRLIP,λ<=log n,65536,0,658117,10.042068481445312
SRLIP,λ<=log n,65536,0,728892,11.12200927734375
SRLIP,λ<=log n,65536,0,689690,10.523834228515625
SRLIP,λ<=log n,65536,0,668081,10.194107055664062
SRLIP,λ<=log n,65536,0,646261,9.861160278320312
SRLIP,λ<=log n,65536,0,698345,10.655899047851562
SRLIP,λ<=log n,65536,0,656611,10.019088745117188
SRLIP,λ<=log n,65536,0,677107,10.331832885742188
SSLIP,λ<=log n,65536,0,921337,14.058486938476562
SSLIP,λ<=log n,65536,0,940338,14.348419189453125
SSLIP,λ<=log n,65536,0,968604,14.77972412109375
SSLIP,λ<=log n,65536,0,961772,14.67547607421875
SSLIP,λ<=log n,65536,0,953424,14.548095703125
SSLIP,λ<=log n,65536,0,994248,15.1710205078125
SSLIP,λ<=log n,65536,0,868192,13.24755859375
SSLIP,λ<=log n,65536,0,938622,14.322235107421875
SSLIP,λ<=log n,65536,0,950191,14.498764038085938
SSLIP,λ<=log n,65536,0,939366,14.333587646484375
SSLIP,λ<=log n,65536,0,912573,13.924758911132812
SSLIP,λ<=log n,65536,0,950719,14.506820678710938
SSLIP,λ<=log n,65536,0,908029,13.855422973632812
SSLIP,λ<=log n,65536,0,995187,15.185348510742188
SSLIP,λ<=log n,65536,0,910570,13.894195556640625
SSLIP,λ<=log n,65536,0,898991,13.717514038085938
SSLIP,λ<=log n,65536,0,839511,12.809921264648438
SSLIP,λ<=log n,65536,0,1016056,15.5037841796875
SSLIP,λ<=log n,65536,0,880870,13.441009521484375
SSLIP,λ<=log n,65536,0,878874,13.410552978515625
SSLIP,λ<=log n,65536,0,943161,14.391494750976562
SSLIP,λ<=log n,65536,0,875116,13.35321044921875
SSLIP,λ<=log n,65536,0,834469,12.732986450195312
SSLIP,λ<=log n,65536,0,965101,14.726272583007812
SSLIP,λ<=log n,65536,0,803624,12.2623291015625
SSLIP,λ<=log n,65536,0,870744,13.2864990234375
SSLIP,λ<=log n,65536,0,887750,13.545989990234375
SSLIP,λ<=log n,65536,0,855972,13.06109619140625
SSLIP,λ<=log n,65536,0,923255,14.087753295898438
SSLIP,λ<=log n,65536,0,1001734,15.285247802734375
SSLIP,λ<=log n,65536,0,941052,14.35931396484375
SSLIP,λ<=log n,65536,0,924581,14.107986450195312
SSLIP,λ<=log n,65536,0,909017,13.870498657226562
SSLIP,λ<=log n,65536,0,845737,12.904922485351562
SSLIP,λ<=log n,65536,0,867606,13.238616943359375
SSLIP,λ<=log n,65536,0,859359,13.112777709960938
SSLIP,λ<=log n,65536,0,880983,13.442733764648438
SSLIP,λ<=log n,65536,0,952153,14.528701782226562
SSLIP,λ<=log n,65536,0,836146,12.758575439453125
SSLIP,λ<=log n,65536,0,910343,13.890731811523438
SSLIP,λ<=log n,65536,0,838608,12.796142578125
SSLIP,λ<=log n,65536,0,925228,14.11785888671875
SSLIP,λ<=log n,65536,0,873592,13.3299560546875
SSLIP,λ<=log n,65536,0,972859,14.844650268554688
SSLIP,λ<=log n,65536,0,859654,13.117279052734375
SSLIP,λ<=log n,65536,0,847695,12.934799194335938
SSLIP,λ<=log n,65536,0,909117,13.872024536132812
SSLIP,λ<=log n,65536,0,950504,14.5035400390625
SSLIP,λ<=log n,65536,0,870165,13.277664184570312
SSLIP,λ<=log n,65536,0,923403,14.090011596679688
SSLIP,λ<=log n,65536,0,958376,14.6236572265625
SSLIP,λ<=log n,65536,0,883115,13.475265502929688
SSLIP,λ<=log n,65536,0,872145,13.307876586914062
SSLIP,λ<=log n,65536,0,979506,14.946075439453125
SSLIP,λ<=log n,65536,0,862525,13.161087036132812
SSLIP,λ<=log n,65536,0,978890,14.936676025390625
SSLIP,λ<=log n,65536,0,866892,13.22772216796875
SSLIP,λ<=log n,65536,0,891607,13.604843139648438
SSLIP,λ<=log n,65536,0,891586,13.604522705078125
SSLIP,λ<=log n,65536,0,852700,13.01116943359375
SSLIP,λ<=log n,65536,0,890772,13.59210205078125
SSLIP,λ<=log n,65536,0,924384,14.10498046875
SSLIP,λ<=log n,65536,0,923917,14.097854614257812
SSLIP,λ<=log n,65536,0,1245074,18.998321533203125
SSLIP,λ<=log n,65536,0,908400,13.861083984375
SSLIP,λ<=log n,65536,0,947996,14.46527099609375
SSLIP,λ<=log n,65536,0,888595,13.558883666992188
SSLIP,λ<=log n,65536,0,888253,13.553665161132812
SSLIP,λ<=log n,65536,0,917307,13.996994018554688
SSLIP,λ<=log n,65536,0,920414,14.044403076171875
SSLIP,λ<=log n,65536,0,841547,12.840988159179688
SSLIP,λ<=log n,65536,0,943591,14.398056030273438
SSLIP,λ<=log n,65536,0,924164,14.10162353515625
SSLIP,λ<=log n,65536,0,899543,13.725936889648438
SSLIP,λ<=log n,65536,0,905165,13.811721801757812
SSLIP,λ<=log n,65536,0,956102,14.588958740234375
SSLIP,λ<=log n,65536,0,845755,12.905197143554688
SSLIP,λ<=log n,65536,0,890466,13.587432861328125
SSLIP,λ<=log n,65536,0,965576,14.7335205078125
SSLIP,λ<=log n,65536,0,927392,14.15087890625
SSLIP,λ<=log n,65536,0,908592,13.864013671875
SSLIP,λ<=log n,65536,0,912200,13.9190673828125
SSLIP,λ<=log n,65536,0,833664,12.720703125
SSLIP,λ<=log n,65536,0,881447,13.449813842773438
SSLIP,λ<=log n,65536,0,914550,13.954925537109375
SSLIP,λ<=log n,65536,0,997784,15.2249755859375
SSLIP,λ<=log n,65536,0,879325,13.417434692382812
SSLIP,λ<=log n,65536,0,878389,13.403152465820312
SSLIP,λ<=log n,65536,0,889313,13.569839477539062
SSLIP,λ<=log n,65536,0,904485,13.801345825195312
SSLIP,λ<=log n,65536,0,1009899,15.409835815429688
SSLIP,λ<=log n,65536,0,917414,13.998626708984375
SSLIP,λ<=log n,65536,0,872052,13.30645751953125
SSLIP,λ<=log n,65536,0,857636,13.08648681640625
SSLIP,λ<=log n,65536,0,893586,13.635040283203125
SSLIP,λ<=log n,65536,0,893367,13.631698608398438
SSLIP,λ<=log n,65536,0,882967,13.473007202148438
SSLIP,λ<=log n,65536,0,909714,13.881134033203125
SSLIP,λ<=log n,65536,0,926426,14.136138916015625
SSLIP,λ<=log n,65536,0,854654,13.040985107421875
SSDCD,λ<=log n,65536,0,730544,11.147216796875
SSDCD,λ<=log n,65536,0,810559,12.368148803710938
SSDCD,λ<=log n,65536,0,776671,11.851058959960938
SSDCD,λ<=log n,65536,0,739876,11.28961181640625
SSDCD,λ<=log n,65536,0,750329,11.449111938476562
SSDCD,λ<=log n,65536,0,716199,10.928329467773438
SSDCD,λ<=log n,65536,0,725334,11.067718505859375
SSDCD,λ<=log n,65536,0,674780,10.29632568359375
SSDCD,λ<=log n,65536,0,843876,12.87652587890625
SSDCD,λ<=log n,65536,0,750576,11.452880859375
SSDCD,λ<=log n,65536,0,800956,12.22161865234375
SSDCD,λ<=log n,65536,0,721754,11.013092041015625
SSDCD,λ<=log n,65536,0,730137,11.141006469726562
SSDCD,λ<=log n,65536,0,744574,11.361297607421875
SSDCD,λ<=log n,65536,0,712753,10.875747680664062
SSDCD,λ<=log n,65536,0,813474,12.412628173828125
SSDCD,λ<=log n,65536,0,707423,10.794418334960938
SSDCD,λ<=log n,65536,0,777611,11.865402221679688
SSDCD,λ<=log n,65536,0,721739,11.012863159179688
SSDCD,λ<=log n,65536,0,775368,11.8311767578125
SSDCD,λ<=log n,65536,0,732850,11.182403564453125
SSDCD,λ<=log n,65536,0,707012,10.78814697265625
SSDCD,λ<=log n,65536,0,710086,10.835052490234375
SSDCD,λ<=log n,65536,0,721507,11.009323120117188
SSDCD,λ<=log n,65536,0,754262,11.509124755859375
SSDCD,λ<=log n,65536,0,815273,12.440078735351562
SSDCD,λ<=log n,65536,0,790211,12.057662963867188
SSDCD,λ<=log n,65536,0,741271,11.310897827148438
SSDCD,λ<=log n,65536,0,741454,11.313690185546875
SSDCD,λ<=log n,65536,0,764904,11.6715087890625
SSDCD,λ<=log n,65536,0,837784,12.7835693359375
SSDCD,λ<=log n,65536,0,764765,11.669387817382812
SSDCD,λ<=log n,65536,0,747514,11.406158447265625
SSDCD,λ<=log n,65536,0,746478,11.390350341796875
SSDCD,λ<=log n,65536,0,731483,11.161544799804688
SSDCD,λ<=log n,65536,0,705372,10.76312255859375
SSDCD,λ<=log n,65536,0,731019,11.154464721679688
SSDCD,λ<=log n,65536,0,707920,10.802001953125
SSDCD,λ<=log n,65536,0,743313,11.342056274414062
SSDCD,λ<=log n,65536,0,746005,11.383132934570312
SSDCD,λ<=log n,65536,0,728159,11.110824584960938
SSDCD,λ<=log n,65536,0,712971,10.879074096679688
SSDCD,λ<=log n,65536,0,728978,11.123321533203125
SSDCD,λ<=log n,65536,0,722555,11.025314331054688
SSDCD,λ<=log n,65536,0,794240,12.119140625
SSDCD,λ<=log n,65536,0,701498,10.704010009765625
SSDCD,λ<=log n,65536,0,772253,11.783645629882812
SSDCD,λ<=log n,65536,0,855942,13.060638427734375
SSDCD,λ<=log n,65536,0,724037,11.047927856445312
SSDCD,λ<=log n,65536,0,712004,10.86431884765625
SSDCD,λ<=log n,65536,0,760005,11.596755981445312
SSDCD,λ<=log n,65536,0,725522,11.070587158203125
SSDCD,λ<=log n,65536,0,772554,11.788238525390625
SSDCD,λ<=log n,65536,0,784395,11.968917846679688
SSDCD,λ<=log n,65536,0,737022,11.246063232421875
SSDCD,λ<=log n,65536,0,733164,11.18719482421875
SSDCD,λ<=log n,65536,0,695874,10.618194580078125
SSDCD,λ<=log n,65536,0,718762,10.967437744140625
SSDCD,λ<=log n,65536,0,753636,11.49957275390625
SSDCD,λ<=log n,65536,0,743915,11.351242065429688
SSDCD,λ<=log n,65536,0,830623,12.674301147460938
SSDCD,λ<=log n,65536,0,754175,11.507797241210938
SSDCD,λ<=log n,65536,0,754966,11.519866943359375
SSDCD,λ<=log n,65536,0,751197,11.462356567382812
SSDCD,λ<=log n,65536,0,717743,10.951889038085938
SSDCD,λ<=log n,65536,0,713974,10.894378662109375
SSDCD,λ<=log n,65536,0,676846,10.327850341796875
SSDCD,λ<=log n,65536,0,740603,11.300704956054688
SSDCD,λ<=log n,65536,0,749871,11.442123413085938
SSDCD,λ<=log n,65536,0,749455,11.435775756835938
SSDCD,λ<=log n,65536,0,749865,11.442031860351562
SSDCD,λ<=log n,65536,0,849391,12.960678100585938
SSDCD,λ<=log n,65536,0,768022,11.719085693359375
SSDCD,λ<=log n,65536,0,800030,12.207489013671875
SSDCD,λ<=log n,65536,0,710986,10.848785400390625
SSDCD,λ<=log n,65536,0,746803,11.395309448242188
SSDCD,λ<=log n,65536,0,732774,11.181243896484375
SSDCD,λ<=log n,65536,0,789252,12.04302978515625
SSDCD,λ<=log n,65536,0,822965,12.557449340820312
SSDCD,λ<=log n,65536,0,757420,11.55731201171875
SSDCD,λ<=log n,65536,0,728561,11.116958618164062
SSDCD,λ<=log n,65536,0,751889,11.472915649414062
SSDCD,λ<=log n,65536,0,709602,10.827667236328125
SSDCD,λ<=log n,65536,0,733760,11.1962890625
SSDCD,λ<=log n,65536,0,761284,11.61627197265625
SSDCD,λ<=log n,65536,0,720856,10.9993896484375
SSDCD,λ<=log n,65536,0,897689,13.697647094726562
SSDCD,λ<=log n,65536,0,759094,11.582855224609375
SSDCD,λ<=log n,65536,0,870592,13.2841796875
SSDCD,λ<=log n,65536,0,719598,10.980194091796875
SSDCD,λ<=log n,65536,0,755188,11.52325439453125
SSDCD,λ<=log n,65536,0,688306,10.502716064453125
SSDCD,λ<=log n,65536,0,735065,11.216201782226562
SSDCD,λ<=log n,65536,0,1054559,16.091293334960938
SSDCD,λ<=log n,65536,0,858691,13.102584838867188
SSDCD,λ<=log n,65536,0,779213,11.889846801757812
SSDCD,λ<=log n,65536,0,669819,10.220626831054688
SSDCD,λ<=log n,65536,0,758662,11.576263427734375
SSDCD,λ<=log n,65536,0,759567,11.590072631835938
SSDCD,λ<=log n,65536,0,751195,11.462326049804688
SRDCD,λ<=log n,65536,0,545809,8.328384399414062
SRDCD,λ<=log n,65536,0,555038,8.469207763671875
SRDCD,λ<=log n,65536,0,595901,9.092727661132812
SRDCD,λ<=log n,65536,0,593762,9.060089111328125
SRDCD,λ<=log n,65536,0,574876,8.77191162109375
SRDCD,λ<=log n,65536,0,538642,8.219024658203125
SRDCD,λ<=log n,65536,0,570352,8.702880859375
SRDCD,λ<=log n,65536,0,544856,8.3138427734375
SRDCD,λ<=log n,65536,0,525035,8.011398315429688
SRDCD,λ<=log n,65536,0,572650,8.737945556640625
SRDCD,λ<=log n,65536,0,573646,8.753143310546875
SRDCD,λ<=log n,65536,0,556461,8.490921020507812
SRDCD,λ<=log n,65536,0,539925,8.238601684570312
SRDCD,λ<=log n,65536,0,547217,8.349868774414062
SRDCD,λ<=log n,65536,0,664872,10.1451416015625
SRDCD,λ<=log n,65536,0,536245,8.182449340820312
SRDCD,λ<=log n,65536,0,595150,9.081268310546875
SRDCD,λ<=log n,65536,0,529049,8.072647094726562
SRDCD,λ<=log n,65536,0,649103,9.904525756835938
SRDCD,λ<=log n,65536,0,564081,8.607192993164062
SRDCD,λ<=log n,65536,0,575084,8.77508544921875
SRDCD,λ<=log n,65536,0,587556,8.96539306640625
SRDCD,λ<=log n,65536,0,557035,8.499679565429688
SRDCD,λ<=log n,65536,0,613792,9.36572265625
SRDCD,λ<=log n,65536,0,539946,8.238922119140625
SRDCD,λ<=log n,65536,0,556660,8.49395751953125
SRDCD,λ<=log n,65536,0,555738,8.479888916015625
SRDCD,λ<=log n,65536,0,656132,10.01177978515625
SRDCD,λ<=log n,65536,0,554768,8.465087890625
SRDCD,λ<=log n,65536,0,555406,8.474822998046875
SRDCD,λ<=log n,65536,0,582764,8.89227294921875
SRDCD,λ<=log n,65536,0,586272,8.94580078125
SRDCD,λ<=log n,65536,0,532482,8.125030517578125
SRDCD,λ<=log n,65536,0,579783,8.846786499023438
SRDCD,λ<=log n,65536,0,544274,8.304962158203125
SRDCD,λ<=log n,65536,0,600955,9.169845581054688
SRDCD,λ<=log n,65536,0,593483,9.055831909179688
SRDCD,λ<=log n,65536,0,585325,8.931350708007812
SRDCD,λ<=log n,65536,0,542361,8.275772094726562
SRDCD,λ<=log n,65536,0,629279,9.602035522460938
SRDCD,λ<=log n,65536,0,549300,8.38165283203125
SRDCD,λ<=log n,65536,0,520604,7.94378662109375
SRDCD,λ<=log n,65536,0,551197,8.410598754882812
SRDCD,λ<=log n,65536,0,547719,8.357528686523438
SRDCD,λ<=log n,65536,0,623016,9.5064697265625
SRDCD,λ<=log n,65536,0,557847,8.512069702148438
SRDCD,λ<=log n,65536,0,608492,9.28485107421875
SRDCD,λ<=log n,65536,0,570310,8.702239990234375
SRDCD,λ<=log n,65536,0,557973,8.513992309570312
SRDCD,λ<=log n,65536,0,554565,8.461990356445312
SRDCD,λ<=log n,65536,0,550916,8.40631103515625
SRDCD,λ<=log n,65536,0,546359,8.336776733398438
SRDCD,λ<=log n,65536,0,537616,8.203369140625
SRDCD,λ<=log n,65536,0,529505,8.079605102539062
SRDCD,λ<=log n,65536,0,644327,9.831649780273438
SRDCD,λ<=log n,65536,0,585275,8.930587768554688
SRDCD,λ<=log n,65536,0,600453,9.162185668945312
SRDCD,λ<=log n,65536,0,594534,9.071868896484375
SRDCD,λ<=log n,65536,0,588233,8.975723266601562
SRDCD,λ<=log n,65536,0,573409,8.749526977539062
SRDCD,λ<=log n,65536,0,617757,9.426223754882812
SRDCD,λ<=log n,65536,0,591687,9.028427124023438
SRDCD,λ<=log n,65536,0,529333,8.076980590820312
SRDCD,λ<=log n,65536,0,592265,9.037246704101562
SRDCD,λ<=log n,65536,0,597559,9.118026733398438
SRDCD,λ<=log n,65536,0,590277,9.006912231445312
SRDCD,λ<=log n,65536,0,605160,9.2340087890625
SRDCD,λ<=log n,65536,0,547168,8.34912109375
SRDCD,λ<=log n,65536,0,719005,10.971145629882812
SRDCD,λ<=log n,65536,0,538337,8.214370727539062
SRDCD,λ<=log n,65536,0,603488,9.20849609375
SRDCD,λ<=log n,65536,0,642140,9.79827880859375
SRDCD,λ<=log n,65536,0,574652,8.76849365234375
SRDCD,λ<=log n,65536,0,545221,8.319412231445312
SRDCD,λ<=log n,65536,0,590447,9.009506225585938
SRDCD,λ<=log n,65536,0,596492,9.10174560546875
SRDCD,λ<=log n,65536,0,533583,8.141830444335938
SRDCD,λ<=log n,65536,0,613096,9.3551025390625
SRDCD,λ<=log n,65536,0,560724,8.55596923828125
SRDCD,λ<=log n,65536,0,691726,10.554901123046875
SRDCD,λ<=log n,65536,0,552831,8.435531616210938
SRDCD,λ<=log n,65536,0,542597,8.279373168945312
SRDCD,λ<=log n,65536,0,630120,9.6148681640625
SRDCD,λ<=log n,65536,0,540740,8.25103759765625
SRDCD,λ<=log n,65536,0,561232,8.563720703125
SRDCD,λ<=log n,65536,0,614366,9.374481201171875
SRDCD,λ<=log n,65536,0,552888,8.4364013671875
SRDCD,λ<=log n,65536,0,574657,8.768569946289062
SRDCD,λ<=log n,65536,0,558734,8.525604248046875
SRDCD,λ<=log n,65536,0,581267,8.869430541992188
SRDCD,λ<=log n,65536,0,543580,8.29437255859375
SRDCD,λ<=log n,65536,0,549140,8.37921142578125
SRDCD,λ<=log n,65536,0,586166,8.944183349609375
SRDCD,λ<=log n,65536,0,619541,9.453445434570312
SRDCD,λ<=log n,65536,0,555748,8.48004150390625
SRDCD,λ<=log n,65536,0,565569,8.629898071289062
SRDCD,λ<=log n,65536,0,602293,9.190261840820312
SRDCD,λ<=log n,65536,0,566074,8.637603759765625
SRDCD,λ<=log n,65536,0,554999,8.468612670898438
SRDCD,λ<=log n,65536,0,549231,8.380599975585938
SHDCD,λ<=log n,65536,0,559111,8.531356811523438
SHDCD,λ<=log n,65536,0,541886,8.268524169921875
SHDCD,λ<=log n,65536,0,553341,8.443313598632812
SHDCD,λ<=log n,65536,0,529075,8.073043823242188
SHDCD,λ<=log n,65536,0,468895,7.1547698974609375
SHDCD,λ<=log n,65536,0,536072,8.1798095703125
SHDCD,λ<=log n,65536,0,514148,7.84527587890625
SHDCD,λ<=log n,65536,0,526411,8.032394409179688
SHDCD,λ<=log n,65536,0,517336,7.8939208984375
SHDCD,λ<=log n,65536,0,523081,7.9815826416015625
SHDCD,λ<=log n,65536,0,516265,7.8775787353515625
SHDCD,λ<=log n,65536,0,549722,8.388092041015625
SHDCD,λ<=log n,65536,0,488145,7.4485015869140625
SHDCD,λ<=log n,65536,0,505130,7.707672119140625
SHDCD,λ<=log n,65536,0,520761,7.9461822509765625
SHDCD,λ<=log n,65536,0,520037,7.9351348876953125
SHDCD,λ<=log n,65536,0,529783,8.083847045898438
SHDCD,λ<=log n,65536,0,524297,8.000137329101562
SHDCD,λ<=log n,65536,0,521136,7.951904296875
SHDCD,λ<=log n,65536,0,570392,8.7034912109375
SHDCD,λ<=log n,65536,0,496324,7.57330322265625
SHDCD,λ<=log n,65536,0,510976,7.796875
SHDCD,λ<=log n,65536,0,517267,7.8928680419921875
SHDCD,λ<=log n,65536,0,485013,7.4007110595703125
SHDCD,λ<=log n,65536,0,538138,8.211334228515625
SHDCD,λ<=log n,65536,0,572616,8.7374267578125
SHDCD,λ<=log n,65536,0,522813,7.9774932861328125
SHDCD,λ<=log n,65536,0,531357,8.107864379882812
SHDCD,λ<=log n,65536,0,538249,8.213027954101562
SHDCD,λ<=log n,65536,0,484163,7.3877410888671875
SHDCD,λ<=log n,65536,0,491073,7.4931793212890625
SHDCD,λ<=log n,65536,0,491277,7.4962921142578125
SHDCD,λ<=log n,65536,0,484790,7.397308349609375
SHDCD,λ<=log n,65536,0,502731,7.6710662841796875
SHDCD,λ<=log n,65536,0,507586,7.745147705078125
SHDCD,λ<=log n,65536,0,519631,7.9289398193359375
SHDCD,λ<=log n,65536,0,497884,7.59710693359375
SHDCD,λ<=log n,65536,0,490178,7.479522705078125
SHDCD,λ<=log n,65536,0,548386,8.367706298828125
SHDCD,λ<=log n,65536,0,498738,7.610137939453125
SHDCD,λ<=log n,65536,0,549887,8.390609741210938
SHDCD,λ<=log n,65536,0,538745,8.220596313476562
SHDCD,λ<=log n,65536,0,513551,7.8361663818359375
SHDCD,λ<=log n,65536,0,490476,7.48406982421875
SHDCD,λ<=log n,65536,0,548810,8.374176025390625
SHDCD,λ<=log n,65536,0,512103,7.8140716552734375
SHDCD,λ<=log n,65536,0,504475,7.6976776123046875
SHDCD,λ<=log n,65536,0,490881,7.4902496337890625
SHDCD,λ<=log n,65536,0,501363,7.6501922607421875
SHDCD,λ<=log n,65536,0,514910,7.856903076171875
SHDCD,λ<=log n,65536,0,528626,8.066192626953125
SHDCD,λ<=log n,65536,0,536034,8.179229736328125
SHDCD,λ<=log n,65536,0,532709,8.128494262695312
SHDCD,λ<=log n,65536,0,534397,8.154251098632812
SHDCD,λ<=log n,65536,0,529236,8.07550048828125
SHDCD,λ<=log n,65536,0,496902,7.582122802734375
SHDCD,λ<=log n,65536,0,534126,8.150115966796875
SHDCD,λ<=log n,65536,0,535920,8.177490234375
SHDCD,λ<=log n,65536,0,531001,8.102432250976562
SHDCD,λ<=log n,65536,0,531668,8.11260986328125
SHDCD,λ<=log n,65536,0,568785,8.678970336914062
SHDCD,λ<=log n,65536,0,543009,8.285659790039062
SHDCD,λ<=log n,65536,0,528707,8.067428588867188
SHDCD,λ<=log n,65536,0,495388,7.55902099609375
SHDCD,λ<=log n,65536,0,527805,8.053665161132812
SHDCD,λ<=log n,65536,0,499975,7.6290130615234375
SHDCD,λ<=log n,65536,0,488521,7.4542388916015625
SHDCD,λ<=log n,65536,0,541429,8.261550903320312
SHDCD,λ<=log n,65536,0,517221,7.8921661376953125
SHDCD,λ<=log n,65536,0,524795,8.007736206054688
SHDCD,λ<=log n,65536,0,539603,8.233688354492188
SHDCD,λ<=log n,65536,0,510281,7.7862701416015625
SHDCD,λ<=log n,65536,0,538642,8.219024658203125
SHDCD,λ<=log n,65536,0,501477,7.6519317626953125
SHDCD,λ<=log n,65536,0,582801,8.892837524414062
SHDCD,λ<=log n,65536,0,507094,7.737640380859375
SHDCD,λ<=log n,65536,0,480823,7.3367767333984375
SHDCD,λ<=log n,65536,0,541856,8.26806640625
SHDCD,λ<=log n,65536,0,534265,8.152236938476562
SHDCD,λ<=log n,65536,0,549429,8.383621215820312
SHDCD,λ<=log n,65536,0,584856,8.9241943359375
SHDCD,λ<=log n,65536,0,506346,7.726226806640625
SHDCD,λ<=log n,65536,0,538552,8.2176513671875
SHDCD,λ<=log n,65536,0,541926,8.269134521484375
SHDCD,λ<=log n,65536,0,502173,7.6625518798828125
SHDCD,λ<=log n,65536,0,549047,8.377792358398438
SHDCD,λ<=log n,65536,0,510584,7.7908935546875
SHDCD,λ<=log n,65536,0,479157,7.3113555908203125
SHDCD,λ<=log n,65536,0,545361,8.321548461914062
SHDCD,λ<=log n,65536,0,517500,7.89642333984375
SHDCD,λ<=log n,65536,0,473047,7.2181243896484375
SHDCD,λ<=log n,65536,0,531068,8.10345458984375
SHDCD,λ<=log n,65536,0,499098,7.615631103515625
SHDCD,λ<=log n,65536,0,508716,7.76239013671875
SHDCD,λ<=log n,65536,0,536266,8.182769775390625
SHDCD,λ<=log n,65536,0,504205,7.6935577392578125
SHDCD,λ<=log n,65536,0,546417,8.337661743164062
SHDCD,λ<=log n,65536,0,533892,8.14654541015625
SHDCD,λ<=log n,65536,0,503333,7.6802520751953125
SHDCD,λ<=log n,65536,0,524165,7.9981231689453125
SHLCD,λ<=log n,65536,0,544731,8.311935424804688
SHLCD,λ<=log n,65536,0,602010,9.185943603515625
SHLCD,λ<=log n,65536,0,611733,9.334304809570312
SHLCD,λ<=log n,65536,0,510391,7.7879486083984375
SHLCD,λ<=log n,65536,0,502984,7.6749267578125
SHLCD,λ<=log n,65536,0,547294,8.351043701171875
SHLCD,λ<=log n,65536,0,545959,8.330673217773438
SHLCD,λ<=log n,65536,0,557970,8.513946533203125
SHLCD,λ<=log n,65536,0,549700,8.38775634765625
SHLCD,λ<=log n,65536,0,505548,7.71405029296875
SHLCD,λ<=log n,65536,0,582756,8.89215087890625
SHLCD,λ<=log n,65536,0,504741,7.7017364501953125
SHLCD,λ<=log n,65536,0,545118,8.317840576171875
SHLCD,λ<=log n,65536,0,514271,7.8471527099609375
SHLCD,λ<=log n,65536,0,560878,8.558319091796875
SHLCD,λ<=log n,65536,0,556082,8.485137939453125
SHLCD,λ<=log n,65536,0,532148,8.11993408203125
SHLCD,λ<=log n,65536,0,494933,7.5520782470703125
SHLCD,λ<=log n,65536,0,540614,8.249114990234375
SHLCD,λ<=log n,65536,0,544210,8.303985595703125
SHLCD,λ<=log n,65536,0,566534,8.644622802734375
SHLCD,λ<=log n,65536,0,511388,7.80316162109375
SHLCD,λ<=log n,65536,0,606791,9.258895874023438
SHLCD,λ<=log n,65536,0,541913,8.268936157226562
SHLCD,λ<=log n,65536,0,539209,8.227676391601562
SHLCD,λ<=log n,65536,0,529493,8.079421997070312
SHLCD,λ<=log n,65536,0,495989,7.5681915283203125
SHLCD,λ<=log n,65536,0,537064,8.1949462890625
SHLCD,λ<=log n,65536,0,538044,8.20989990234375
SHLCD,λ<=log n,65536,0,566078,8.637664794921875
SHLCD,λ<=log n,65536,0,605298,9.236114501953125
SHLCD,λ<=log n,65536,0,565834,8.633941650390625
SHLCD,λ<=log n,65536,0,524931,8.009811401367188
SHLCD,λ<=log n,65536,0,522247,7.9688568115234375
SHLCD,λ<=log n,65536,0,508401,7.7575836181640625
SHLCD,λ<=log n,65536,0,563053,8.591506958007812
SHLCD,λ<=log n,65536,0,507529,7.7442779541015625
SHLCD,λ<=log n,65536,0,512784,7.824462890625
SHLCD,λ<=log n,65536,0,561812,8.57257080078125
SHLCD,λ<=log n,65536,0,548420,8.36822509765625
SHLCD,λ<=log n,65536,0,500012,7.62957763671875
SHLCD,λ<=log n,65536,0,539316,8.22930908203125
SHLCD,λ<=log n,65536,0,512865,7.8256988525390625
SHLCD,λ<=log n,65536,0,590500,9.01031494140625
SHLCD,λ<=log n,65536,0,600584,9.1641845703125
SHLCD,λ<=log n,65536,0,540903,8.253524780273438
SHLCD,λ<=log n,65536,0,513260,7.83172607421875
SHLCD,λ<=log n,65536,0,543206,8.288665771484375
SHLCD,λ<=log n,65536,0,527863,8.054550170898438
SHLCD,λ<=log n,65536,0,587692,8.96746826171875
SHLCD,λ<=log n,65536,0,525636,8.02056884765625
SHLCD,λ<=log n,65536,0,526746,8.037506103515625
SHLCD,λ<=log n,65536,0,505591,7.7147064208984375
SHLCD,λ<=log n,65536,0,492803,7.5195770263671875
SHLCD,λ<=log n,65536,0,518446,7.910858154296875
SHLCD,λ<=log n,65536,0,554149,8.455642700195312
SHLCD,λ<=log n,65536,0,522076,7.96624755859375
SHLCD,λ<=log n,65536,0,521041,7.9504547119140625
SHLCD,λ<=log n,65536,0,530423,8.093612670898438
SHLCD,λ<=log n,65536,0,525278,8.015106201171875
SHLCD,λ<=log n,65536,0,577303,8.808944702148438
SHLCD,λ<=log n,65536,0,521836,7.96258544921875
SHLCD,λ<=log n,65536,0,542569,8.278945922851562
SHLCD,λ<=log n,65536,0,503994,7.690338134765625
SHLCD,λ<=log n,65536,0,562130,8.577423095703125
SHLCD,λ<=log n,65536,0,502815,7.6723480224609375
SHLCD,λ<=log n,65536,0,541074,8.256134033203125
SHLCD,λ<=log n,65536,0,562017,8.575698852539062
SHLCD,λ<=log n,65536,0,526212,8.02935791015625
SHLCD,λ<=log n,65536,0,551590,8.416595458984375
SHLCD,λ<=log n,65536,0,483540,7.37823486328125
SHLCD,λ<=log n,65536,0,523194,7.983306884765625
SHLCD,λ<=log n,65536,0,523324,7.98529052734375
SHLCD,λ<=log n,65536,0,568542,8.675262451171875
SHLCD,λ<=log n,65536,0,533228,8.13641357421875
SHLCD,λ<=log n,65536,0,492281,7.5116119384765625
SHLCD,λ<=log n,65536,0,517451,7.8956756591796875
SHLCD,λ<=log n,65536,0,578420,8.82598876953125
SHLCD,λ<=log n,65536,0,500612,7.63873291015625
SHLCD,λ<=log n,65536,0,558464,8.521484375
SHLCD,λ<=log n,65536,0,555769,8.480361938476562
SHLCD,λ<=log n,65536,0,515895,7.8719329833984375
SHLCD,λ<=log n,65536,0,532027,8.118087768554688
SHLCD,λ<=log n,65536,0,560532,8.55303955078125
SHLCD,λ<=log n,65536,0,516536,7.8817138671875
SHLCD,λ<=log n,65536,0,516472,7.8807373046875
SHLCD,λ<=log n,65536,0,547262,8.350555419921875
SHLCD,λ<=log n,65536,0,534546,8.156524658203125
SHLCD,λ<=log n,65536,0,601224,9.1739501953125
SHLCD,λ<=log n,65536,0,520558,7.943084716796875
SHLCD,λ<=log n,65536,0,535714,8.174346923828125
SHLCD,λ<=log n,65536,0,533060,8.13385009765625
SHLCD,λ<=log n,65536,0,541564,8.26361083984375
SHLCD,λ<=log n,65536,0,517713,7.8996734619140625
SHLCD,λ<=log n,65536,0,551455,8.414535522460938
SHLCD,λ<=log n,65536,0,521953,7.9643707275390625
SHLCD,λ<=log n,65536,0,544551,8.309188842773438
SHLCD,λ<=log n,65536,0,535840,8.17626953125
SHLCD,λ<=log n,65536,0,535966,8.178192138671875
SHLCD,λ<=log n,65536,0,521778,7.961700439453125
SRLCD,λ<=log n,65536,0,552517,8.430740356445312
SRLCD,λ<=log n,65536,0,575954,8.788360595703125
SRLCD,λ<=log n,65536,0,573623,8.752792358398438
SRLCD,λ<=log n,65536,0,614153,9.371231079101562
SRLCD,λ<=log n,65536,0,580015,8.850326538085938
SRLCD,λ<=log n,65536,0,539687,8.234970092773438
SRLCD,λ<=log n,65536,0,579912,8.8487548828125
SRLCD,λ<=log n,65536,0,576632,8.7987060546875
SRLCD,λ<=log n,65536,0,563569,8.599380493164062
SRLCD,λ<=log n,65536,0,546388,8.33721923828125
SRLCD,λ<=log n,65536,0,585522,8.934356689453125
SRLCD,λ<=log n,65536,0,625464,9.5438232421875
SRLCD,λ<=log n,65536,0,590273,9.006851196289062
SRLCD,λ<=log n,65536,0,576940,8.80340576171875
SRLCD,λ<=log n,65536,0,562509,8.583206176757812
SRLCD,λ<=log n,65536,0,577554,8.812774658203125
SRLCD,λ<=log n,65536,0,565151,8.623519897460938
SRLCD,λ<=log n,65536,0,537692,8.20452880859375
SRLCD,λ<=log n,65536,0,558326,8.519378662109375
SRLCD,λ<=log n,65536,0,590689,9.013198852539062
SRLCD,λ<=log n,65536,0,548329,8.366836547851562
SRLCD,λ<=log n,65536,0,554161,8.455825805664062
SRLCD,λ<=log n,65536,0,587797,8.969070434570312
SRLCD,λ<=log n,65536,0,540732,8.25091552734375
SRLCD,λ<=log n,65536,0,581075,8.866500854492188
SRLCD,λ<=log n,65536,0,570651,8.707443237304688
SRLCD,λ<=log n,65536,0,560660,8.55499267578125
SRLCD,λ<=log n,65536,0,577854,8.817352294921875
SRLCD,λ<=log n,65536,0,536442,8.185455322265625
SRLCD,λ<=log n,65536,0,667188,10.18048095703125
SRLCD,λ<=log n,65536,0,575689,8.784317016601562
SRLCD,λ<=log n,65536,0,585412,8.93267822265625
SRLCD,λ<=log n,65536,0,574871,8.771835327148438
SRLCD,λ<=log n,65536,0,587306,8.961578369140625
SRLCD,λ<=log n,65536,0,569642,8.692047119140625
SRLCD,λ<=log n,65536,0,575558,8.782318115234375
SRLCD,λ<=log n,65536,0,589055,8.988265991210938
SRLCD,λ<=log n,65536,0,549789,8.389114379882812
SRLCD,λ<=log n,65536,0,691570,10.552520751953125
SRLCD,λ<=log n,65536,0,564490,8.613433837890625
SRLCD,λ<=log n,65536,0,702854,10.724700927734375
SRLCD,λ<=log n,65536,0,552860,8.43597412109375
SRLCD,λ<=log n,65536,0,603165,9.203567504882812
SRLCD,λ<=log n,65536,0,565120,8.623046875
SRLCD,λ<=log n,65536,0,552449,8.429702758789062
SRLCD,λ<=log n,65536,0,545636,8.32574462890625
SRLCD,λ<=log n,65536,0,574776,8.7703857421875
SRLCD,λ<=log n,65536,0,551485,8.414993286132812
SRLCD,λ<=log n,65536,0,592505,9.040908813476562
SRLCD,λ<=log n,65536,0,610085,9.309158325195312
SRLCD,λ<=log n,65536,0,626239,9.555648803710938
SRLCD,λ<=log n,65536,0,585438,8.933074951171875
SRLCD,λ<=log n,65536,0,615825,9.396743774414062
SRLCD,λ<=log n,65536,0,568279,8.671249389648438
SRLCD,λ<=log n,65536,0,590583,9.011581420898438
SRLCD,λ<=log n,65536,0,580288,8.8544921875
SRLCD,λ<=log n,65536,0,605869,9.244827270507812
SRLCD,λ<=log n,65536,0,565596,8.63031005859375
SRLCD,λ<=log n,65536,0,608567,9.285995483398438
SRLCD,λ<=log n,65536,0,556626,8.493438720703125
SRLCD,λ<=log n,65536,0,533427,8.139450073242188
SRLCD,λ<=log n,65536,0,583024,8.896240234375
SRLCD,λ<=log n,65536,0,604366,9.221893310546875
SRLCD,λ<=log n,65536,0,597580,9.11834716796875
SRLCD,λ<=log n,65536,0,546797,8.343460083007812
SRLCD,λ<=log n,65536,0,597542,9.117767333984375
SRLCD,λ<=log n,65536,0,546427,8.337814331054688
SRLCD,λ<=log n,65536,0,650474,9.925445556640625
SRLCD,λ<=log n,65536,0,579024,8.835205078125
SRLCD,λ<=log n,65536,0,577715,8.815231323242188
SRLCD,λ<=log n,65536,0,565375,8.626937866210938
SRLCD,λ<=log n,65536,0,625084,9.53802490234375
SRLCD,λ<=log n,65536,0,531214,8.105682373046875
SRLCD,λ<=log n,65536,0,590352,9.008056640625
SRLCD,λ<=log n,65536,0,589779,8.999313354492188
SRLCD,λ<=log n,65536,0,595515,9.086837768554688
SRLCD,λ<=log n,65536,0,602401,9.191909790039062
SRLCD,λ<=log n,65536,0,551615,8.416976928710938
SRLCD,λ<=log n,65536,0,547736,8.3577880859375
SRLCD,λ<=log n,65536,0,556201,8.486953735351562
SRLCD,λ<=log n,65536,0,599410,9.146270751953125
SRLCD,λ<=log n,65536,0,536616,8.1881103515625
SRLCD,λ<=log n,65536,0,552122,8.424713134765625
SRLCD,λ<=log n,65536,0,598943,9.139144897460938
SRLCD,λ<=log n,65536,0,583666,8.906036376953125
SRLCD,λ<=log n,65536,0,543332,8.29058837890625
SRLCD,λ<=log n,65536,0,554284,8.45770263671875
SRLCD,λ<=log n,65536,0,553589,8.447097778320312
SRLCD,λ<=log n,65536,0,548937,8.376113891601562
SRLCD,λ<=log n,65536,0,570006,8.697601318359375
SRLCD,λ<=log n,65536,0,590223,9.006088256835938
SRLCD,λ<=log n,65536,0,588180,8.97491455078125
SRLCD,λ<=log n,65536,0,562796,8.58758544921875
SRLCD,λ<=log n,65536,0,531163,8.104904174804688
SRLCD,λ<=log n,65536,0,620487,9.467880249023438
SRLCD,λ<=log n,65536,0,584065,8.912124633789062
SRLCD,λ<=log n,65536,0,549940,8.39141845703125
SRLCD,λ<=log n,65536,0,615661,9.394241333007812
SRLCD,λ<=log n,65536,0,642309,9.800857543945312
SRLCD,λ<=log n,65536,0,575604,8.78302001953125
SSLCD,λ<=log n,65536,0,824911,12.587142944335938
SSLCD,λ<=log n,65536,0,770229,11.752761840820312
SSLCD,λ<=log n,65536,0,798499,12.184127807617188
SSLCD,λ<=log n,65536,0,917987,14.007369995117188
SSLCD,λ<=log n,65536,0,749207,11.431991577148438
SSLCD,λ<=log n,65536,0,781297,11.921646118164062
SSLCD,λ<=log n,65536,0,834160,12.728271484375
SSLCD,λ<=log n,65536,0,751893,11.472976684570312
SSLCD,λ<=log n,65536,0,796440,12.1527099609375
SSLCD,λ<=log n,65536,0,786476,12.00067138671875
SSLCD,λ<=log n,65536,0,737891,11.259323120117188
SSLCD,λ<=log n,65536,0,873994,13.336090087890625
SSLCD,λ<=log n,65536,0,915742,13.973114013671875
SSLCD,λ<=log n,65536,0,737517,11.253616333007812
SSLCD,λ<=log n,65536,0,784676,11.97320556640625
SSLCD,λ<=log n,65536,0,807189,12.316726684570312
SSLCD,λ<=log n,65536,0,755404,11.52655029296875
SSLCD,λ<=log n,65536,0,817741,12.477737426757812
SSLCD,λ<=log n,65536,0,786812,12.00579833984375
SSLCD,λ<=log n,65536,0,726093,11.079299926757812
SSLCD,λ<=log n,65536,0,817946,12.480865478515625
SSLCD,λ<=log n,65536,0,825710,12.599334716796875
SSLCD,λ<=log n,65536,0,710547,10.842086791992188
SSLCD,λ<=log n,65536,0,818210,12.484893798828125
SSLCD,λ<=log n,65536,0,828607,12.643539428710938
SSLCD,λ<=log n,65536,0,766227,11.691696166992188
SSLCD,λ<=log n,65536,0,767110,11.705169677734375
SSLCD,λ<=log n,65536,0,745822,11.380340576171875
SSLCD,λ<=log n,65536,0,826756,12.61529541015625
SSLCD,λ<=log n,65536,0,758506,11.573883056640625
SSLCD,λ<=log n,65536,0,904550,13.802337646484375
SSLCD,λ<=log n,65536,0,822114,12.544464111328125
SSLCD,λ<=log n,65536,0,828509,12.642044067382812
SSLCD,λ<=log n,65536,0,768599,11.727890014648438
SSLCD,λ<=log n,65536,0,824267,12.577316284179688
SSLCD,λ<=log n,65536,0,802731,12.248703002929688
SSLCD,λ<=log n,65536,0,737490,11.253204345703125
SSLCD,λ<=log n,65536,0,770321,11.754165649414062
SSLCD,λ<=log n,65536,0,849762,12.966339111328125
SSLCD,λ<=log n,65536,0,813621,12.414871215820312
SSLCD,λ<=log n,65536,0,774174,11.812957763671875
SSLCD,λ<=log n,65536,0,883353,13.478897094726562
SSLCD,λ<=log n,65536,0,866415,13.220443725585938
SSLCD,λ<=log n,65536,0,865264,13.202880859375
SSLCD,λ<=log n,65536,0,809452,12.35125732421875
SSLCD,λ<=log n,65536,0,776155,11.843185424804688
SSLCD,λ<=log n,65536,0,763100,11.64398193359375
SSLCD,λ<=log n,65536,0,739510,11.284027099609375
SSLCD,λ<=log n,65536,0,736119,11.232284545898438
SSLCD,λ<=log n,65536,0,771293,11.768997192382812
SSLCD,λ<=log n,65536,0,802188,12.24041748046875
SSLCD,λ<=log n,65536,0,773083,11.796310424804688
SSLCD,λ<=log n,65536,0,762288,11.631591796875
SSLCD,λ<=log n,65536,0,773523,11.803024291992188
SSLCD,λ<=log n,65536,0,796066,12.147003173828125
SSLCD,λ<=log n,65536,0,843099,12.864669799804688
SSLCD,λ<=log n,65536,0,777464,11.8631591796875
SSLCD,λ<=log n,65536,0,750503,11.451766967773438
SSLCD,λ<=log n,65536,0,750949,11.458572387695312
SSLCD,λ<=log n,65536,0,795404,12.13690185546875
SSLCD,λ<=log n,65536,0,775623,11.835067749023438
SSLCD,λ<=log n,65536,0,760670,11.606903076171875
SSLCD,λ<=log n,65536,0,866423,13.220565795898438
SSLCD,λ<=log n,65536,0,797497,12.168838500976562
SSLCD,λ<=log n,65536,0,739573,11.284988403320312
SSLCD,λ<=log n,65536,0,829266,12.653594970703125
SSLCD,λ<=log n,65536,0,772346,11.785064697265625
SSLCD,λ<=log n,65536,0,831882,12.693511962890625
SSLCD,λ<=log n,65536,0,800625,12.216567993164062
SSLCD,λ<=log n,65536,0,771979,11.779464721679688
SSLCD,λ<=log n,65536,0,803785,12.264785766601562
SSLCD,λ<=log n,65536,0,827821,12.631546020507812
SSLCD,λ<=log n,65536,0,780059,11.902755737304688
SSLCD,λ<=log n,65536,0,777288,11.8604736328125
SSLCD,λ<=log n,65536,0,751991,11.474472045898438
SSLCD,λ<=log n,65536,0,837720,12.7825927734375
SSLCD,λ<=log n,65536,0,849386,12.960601806640625
SSLCD,λ<=log n,65536,0,798129,12.178482055664062
SSLCD,λ<=log n,65536,0,778070,11.872406005859375
SSLCD,λ<=log n,65536,0,755345,11.525650024414062
SSLCD,λ<=log n,65536,0,751400,11.4654541015625
SSLCD,λ<=log n,65536,0,750566,11.452728271484375
SSLCD,λ<=log n,65536,0,818442,12.488433837890625
SSLCD,λ<=log n,65536,0,818345,12.486953735351562
SSLCD,λ<=log n,65536,0,764051,11.658493041992188
SSLCD,λ<=log n,65536,0,790487,12.061874389648438
SSLCD,λ<=log n,65536,0,776211,11.844039916992188
SSLCD,λ<=log n,65536,0,786296,11.9979248046875
SSLCD,λ<=log n,65536,0,848281,12.943740844726562
SSLCD,λ<=log n,65536,0,811124,12.37677001953125
SSLCD,λ<=log n,65536,0,786208,11.99658203125
SSLCD,λ<=log n,65536,0,808031,12.329574584960938
SSLCD,λ<=log n,65536,0,864628,13.19317626953125
SSLCD,λ<=log n,65536,0,767463,11.710556030273438
SSLCD,λ<=log n,65536,0,777711,11.866928100585938
SSLCD,λ<=log n,65536,0,805116,12.28509521484375
SSLCD,λ<=log n,65536,0,822565,12.551345825195312
SSLCD,λ<=log n,65536,0,783192,11.9505615234375
SSLCD,λ<=log n,65536,0,911439,13.907455444335938
SSLCD,λ<=log n,65536,0,759473,11.588638305664062
SSDSD,λ<=log n,65536,0,808424,12.3355712890625
SSDSD,λ<=log n,65536,0,874561,13.344741821289062
SSDSD,λ<=log n,65536,0,803625,12.262344360351562
SSDSD,λ<=log n,65536,0,786183,11.996200561523438
SSDSD,λ<=log n,65536,0,823798,12.570159912109375
SSDSD,λ<=log n,65536,0,786984,12.0084228515625
SSDSD,λ<=log n,65536,0,783376,11.953369140625
SSDSD,λ<=log n,65536,0,868534,13.252777099609375
SSDSD,λ<=log n,65536,0,813390,12.411346435546875
SSDSD,λ<=log n,65536,0,914797,13.958694458007812
SSDSD,λ<=log n,65536,0,792120,12.0867919921875
SSDSD,λ<=log n,65536,0,772510,11.787567138671875
SSDSD,λ<=log n,65536,0,854239,13.034652709960938
SSDSD,λ<=log n,65536,0,862218,13.156402587890625
SSDSD,λ<=log n,65536,0,758374,11.571868896484375
SSDSD,λ<=log n,65536,0,827668,12.62921142578125
SSDSD,λ<=log n,65536,0,801777,12.234146118164062
SSDSD,λ<=log n,65536,0,763260,11.64642333984375
SSDSD,λ<=log n,65536,0,851822,12.997772216796875
SSDSD,λ<=log n,65536,0,740253,11.295364379882812
SSDSD,λ<=log n,65536,0,808040,12.3297119140625
SSDSD,λ<=log n,65536,0,799475,12.199020385742188
SSDSD,λ<=log n,65536,0,811298,12.379425048828125
SSDSD,λ<=log n,65536,0,828685,12.644729614257812
SSDSD,λ<=log n,65536,0,798095,12.177963256835938
SSDSD,λ<=log n,65536,0,809015,12.344589233398438
SSDSD,λ<=log n,65536,0,786856,12.0064697265625
SSDSD,λ<=log n,65536,0,759852,11.59442138671875
SSDSD,λ<=log n,65536,0,806421,12.305007934570312
SSDSD,λ<=log n,65536,0,800953,12.221572875976562
SSDSD,λ<=log n,65536,0,881339,13.448165893554688
SSDSD,λ<=log n,65536,0,801284,12.22662353515625
SSDSD,λ<=log n,65536,0,796305,12.150650024414062
SSDSD,λ<=log n,65536,0,866967,13.228866577148438
SSDSD,λ<=log n,65536,0,817068,12.46746826171875
SSDSD,λ<=log n,65536,0,786741,12.004714965820312
SSDSD,λ<=log n,65536,0,829849,12.662490844726562
SSDSD,λ<=log n,65536,0,791513,12.077529907226562
SSDSD,λ<=log n,65536,0,798392,12.1824951171875
SSDSD,λ<=log n,65536,0,816653,12.461135864257812
SSDSD,λ<=log n,65536,0,796980,12.16094970703125
SSDSD,λ<=log n,65536,0,774577,11.819107055664062
SSDSD,λ<=log n,65536,0,768444,11.72552490234375
SSDSD,λ<=log n,65536,0,813581,12.414260864257812
SSDSD,λ<=log n,65536,0,815601,12.445083618164062
SSDSD,λ<=log n,65536,0,889698,13.575714111328125
SSDSD,λ<=log n,65536,0,762732,11.63836669921875
SSDSD,λ<=log n,65536,0,855140,13.04840087890625
SSDSD,λ<=log n,65536,0,762381,11.633010864257812
SSDSD,λ<=log n,65536,0,781984,11.93212890625
SSDSD,λ<=log n,65536,0,762201,11.630264282226562
SSDSD,λ<=log n,65536,0,800404,12.21319580078125
SSDSD,λ<=log n,65536,0,801839,12.235092163085938
SSDSD,λ<=log n,65536,0,782735,11.943588256835938
SSDSD,λ<=log n,65536,0,852165,13.003005981445312
SSDSD,λ<=log n,65536,0,820826,12.524810791015625
SSDSD,λ<=log n,65536,0,787887,12.022201538085938
SSDSD,λ<=log n,65536,0,864665,13.193740844726562
SSDSD,λ<=log n,65536,0,797278,12.165496826171875
SSDSD,λ<=log n,65536,0,816108,12.45281982421875
SSDSD,λ<=log n,65536,0,842597,12.857009887695312
SSDSD,λ<=log n,65536,0,802822,12.250091552734375
SSDSD,λ<=log n,65536,0,808858,12.342193603515625
SSDSD,λ<=log n,65536,0,803544,12.2611083984375
SSDSD,λ<=log n,65536,0,775484,11.83294677734375
SSDSD,λ<=log n,65536,0,762700,11.63787841796875
SSDSD,λ<=log n,65536,0,806015,12.298812866210938
SSDSD,λ<=log n,65536,0,863996,13.18353271484375
SSDSD,λ<=log n,65536,0,841150,12.834930419921875
SSDSD,λ<=log n,65536,0,856551,13.069931030273438
SSDSD,λ<=log n,65536,0,762053,11.628005981445312
SSDSD,λ<=log n,65536,0,840435,12.824020385742188
SSDSD,λ<=log n,65536,0,827030,12.619476318359375
SSDSD,λ<=log n,65536,0,779035,11.887130737304688
SSDSD,λ<=log n,65536,0,790349,12.059768676757812
SSDSD,λ<=log n,65536,0,822027,12.543136596679688
SSDSD,λ<=log n,65536,0,828148,12.63653564453125
SSDSD,λ<=log n,65536,0,837651,12.781539916992188
SSDSD,λ<=log n,65536,0,841076,12.83380126953125
SSDSD,λ<=log n,65536,0,877749,13.393386840820312
SSDSD,λ<=log n,65536,0,851435,12.991867065429688
SSDSD,λ<=log n,65536,0,779819,11.899093627929688
SSDSD,λ<=log n,65536,0,938373,14.318435668945312
SSDSD,λ<=log n,65536,0,818262,12.485687255859375
SSDSD,λ<=log n,65536,0,796563,12.154586791992188
SSDSD,λ<=log n,65536,0,789825,12.051773071289062
SSDSD,λ<=log n,65536,0,809423,12.350814819335938
SSDSD,λ<=log n,65536,0,1096685,16.734085083007812
SSDSD,λ<=log n,65536,0,811895,12.388534545898438
SSDSD,λ<=log n,65536,0,859563,13.115890502929688
SSDSD,λ<=log n,65536,0,775104,11.8271484375
SSDSD,λ<=log n,65536,0,985464,15.0369873046875
SSDSD,λ<=log n,65536,0,764161,11.660171508789062
SSDSD,λ<=log n,65536,0,852281,13.004776000976562
SSDSD,λ<=log n,65536,0,899464,13.7247314453125
SSDSD,λ<=log n,65536,0,788498,12.031524658203125
SSDSD,λ<=log n,65536,0,842797,12.860061645507812
SSDSD,λ<=log n,65536,0,783907,11.961471557617188
SSDSD,λ<=log n,65536,0,890469,13.587478637695312
SSDSD,λ<=log n,65536,0,761302,11.616546630859375
SRDSD,λ<=log n,65536,0,679111,10.362411499023438
SRDSD,λ<=log n,65536,0,687782,10.494720458984375
SRDSD,λ<=log n,65536,0,618978,9.444854736328125
SRDSD,λ<=log n,65536,0,648888,9.9012451171875
SRDSD,λ<=log n,65536,0,677052,10.33099365234375
SRDSD,λ<=log n,65536,0,663338,10.121734619140625
SRDSD,λ<=log n,65536,0,636151,9.706893920898438
SRDSD,λ<=log n,65536,0,667720,10.1885986328125
SRDSD,λ<=log n,65536,0,621560,9.4842529296875
SRDSD,λ<=log n,65536,0,610998,9.323089599609375
SRDSD,λ<=log n,65536,0,625190,9.539642333984375
SRDSD,λ<=log n,65536,0,638615,9.744491577148438
SRDSD,λ<=log n,65536,0,620659,9.470504760742188
SRDSD,λ<=log n,65536,0,628892,9.59613037109375
SRDSD,λ<=log n,65536,0,631982,9.643280029296875
SRDSD,λ<=log n,65536,0,612178,9.341094970703125
SRDSD,λ<=log n,65536,0,645804,9.85418701171875
SRDSD,λ<=log n,65536,0,703764,10.73858642578125
SRDSD,λ<=log n,65536,0,622799,9.503158569335938
SRDSD,λ<=log n,65536,0,662783,10.113265991210938
SRDSD,λ<=log n,65536,0,612926,9.352508544921875
SRDSD,λ<=log n,65536,0,657611,10.034347534179688
SRDSD,λ<=log n,65536,0,640660,9.77569580078125
SRDSD,λ<=log n,65536,0,623082,9.507476806640625
SRDSD,λ<=log n,65536,0,619275,9.449386596679688
SRDSD,λ<=log n,65536,0,647388,9.87835693359375
SRDSD,λ<=log n,65536,0,658161,10.042739868164062
SRDSD,λ<=log n,65536,0,623556,9.51470947265625
SRDSD,λ<=log n,65536,0,632393,9.649551391601562
SRDSD,λ<=log n,65536,0,638998,9.750335693359375
SRDSD,λ<=log n,65536,0,643642,9.821197509765625
SRDSD,λ<=log n,65536,0,611129,9.325088500976562
SRDSD,λ<=log n,65536,0,614063,9.369857788085938
SRDSD,λ<=log n,65536,0,641301,9.785476684570312
SRDSD,λ<=log n,65536,0,628265,9.586563110351562
SRDSD,λ<=log n,65536,0,621008,9.475830078125
SRDSD,λ<=log n,65536,0,663748,10.12799072265625
SRDSD,λ<=log n,65536,0,602372,9.19146728515625
SRDSD,λ<=log n,65536,0,609230,9.296112060546875
SRDSD,λ<=log n,65536,0,611919,9.337142944335938
SRDSD,λ<=log n,65536,0,659796,10.06768798828125
SRDSD,λ<=log n,65536,0,642702,9.806854248046875
SRDSD,λ<=log n,65536,0,616177,9.402114868164062
SRDSD,λ<=log n,65536,0,642912,9.81005859375
SRDSD,λ<=log n,65536,0,611438,9.329803466796875
SRDSD,λ<=log n,65536,0,620422,9.466888427734375
SRDSD,λ<=log n,65536,0,651301,9.938064575195312
SRDSD,λ<=log n,65536,0,621659,9.485763549804688
SRDSD,λ<=log n,65536,0,642939,9.810470581054688
SRDSD,λ<=log n,65536,0,630862,9.626190185546875
SRDSD,λ<=log n,65536,0,605728,9.24267578125
SRDSD,λ<=log n,65536,0,618326,9.434906005859375
SRDSD,λ<=log n,65536,0,642372,9.80181884765625
SRDSD,λ<=log n,65536,0,650687,9.928695678710938
SRDSD,λ<=log n,65536,0,618144,9.43212890625
SRDSD,λ<=log n,65536,0,671900,10.25238037109375
SRDSD,λ<=log n,65536,0,641102,9.782440185546875
SRDSD,λ<=log n,65536,0,598900,9.13848876953125
SRDSD,λ<=log n,65536,0,617258,9.418609619140625
SRDSD,λ<=log n,65536,0,678073,10.346572875976562
SRDSD,λ<=log n,65536,0,620785,9.472427368164062
SRDSD,λ<=log n,65536,0,624067,9.522506713867188
SRDSD,λ<=log n,65536,0,608863,9.290512084960938
SRDSD,λ<=log n,65536,0,614006,9.368988037109375
SRDSD,λ<=log n,65536,0,700920,10.6951904296875
SRDSD,λ<=log n,65536,0,755887,11.533920288085938
SRDSD,λ<=log n,65536,0,644399,9.832748413085938
SRDSD,λ<=log n,65536,0,649051,9.903732299804688
SRDSD,λ<=log n,65536,0,644164,9.82916259765625
SRDSD,λ<=log n,65536,0,604648,9.2261962890625
SRDSD,λ<=log n,65536,0,611258,9.327056884765625
SRDSD,λ<=log n,65536,0,609325,9.297561645507812
SRDSD,λ<=log n,65536,0,602425,9.192276000976562
SRDSD,λ<=log n,65536,0,627803,9.579513549804688
SRDSD,λ<=log n,65536,0,638819,9.747604370117188
SRDSD,λ<=log n,65536,0,623558,9.514739990234375
SRDSD,λ<=log n,65536,0,611622,9.332611083984375
SRDSD,λ<=log n,65536,0,643126,9.813323974609375
SRDSD,λ<=log n,65536,0,632897,9.657241821289062
SRDSD,λ<=log n,65536,0,624312,9.5262451171875
SRDSD,λ<=log n,65536,0,612309,9.343093872070312
SRDSD,λ<=log n,65536,0,637703,9.730575561523438
SRDSD,λ<=log n,65536,0,655625,10.004043579101562
SRDSD,λ<=log n,65536,0,594487,9.071151733398438
SRDSD,λ<=log n,65536,0,606332,9.25189208984375
SRDSD,λ<=log n,65536,0,592709,9.044021606445312
SRDSD,λ<=log n,65536,0,653188,9.96685791015625
SRDSD,λ<=log n,65536,0,624773,9.533279418945312
SRDSD,λ<=log n,65536,0,656605,10.018997192382812
SRDSD,λ<=log n,65536,0,623094,9.507659912109375
SRDSD,λ<=log n,65536,0,630692,9.62359619140625
SRDSD,λ<=log n,65536,0,588224,8.9755859375
SRDSD,λ<=log n,65536,0,626461,9.559036254882812
SRDSD,λ<=log n,65536,0,617882,9.428131103515625
SRDSD,λ<=log n,65536,0,619339,9.450363159179688
SRDSD,λ<=log n,65536,0,652067,9.949752807617188
SRDSD,λ<=log n,65536,0,621632,9.4853515625
SRDSD,λ<=log n,65536,0,664732,10.14300537109375
SRDSD,λ<=log n,65536,0,628283,9.586837768554688
SHDSD,λ<=log n,65536,0,555911,8.482528686523438
SHDSD,λ<=log n,65536,0,572058,8.728912353515625
SHDSD,λ<=log n,65536,0,544221,8.304153442382812
SHDSD,λ<=log n,65536,0,571123,8.714645385742188
SHDSD,λ<=log n,65536,0,597932,9.12371826171875
SHDSD,λ<=log n,65536,0,651365,9.939041137695312
SHDSD,λ<=log n,65536,0,604391,9.222274780273438
SHDSD,λ<=log n,65536,0,592497,9.040786743164062
SHDSD,λ<=log n,65536,0,614594,9.377960205078125
SHDSD,λ<=log n,65536,0,584659,8.921188354492188
SHDSD,λ<=log n,65536,0,607833,9.274795532226562
SHDSD,λ<=log n,65536,0,638881,9.748550415039062
SHDSD,λ<=log n,65536,0,579666,8.845001220703125
SHDSD,λ<=log n,65536,0,607944,9.2764892578125
SHDSD,λ<=log n,65536,0,568520,8.6749267578125
SHDSD,λ<=log n,65536,0,604155,9.218673706054688
SHDSD,λ<=log n,65536,0,591488,9.025390625
SHDSD,λ<=log n,65536,0,616789,9.411453247070312
SHDSD,λ<=log n,65536,0,575628,8.78338623046875
SHDSD,λ<=log n,65536,0,571086,8.714080810546875
SHDSD,λ<=log n,65536,0,579439,8.841537475585938
SHDSD,λ<=log n,65536,0,560958,8.559539794921875
SHDSD,λ<=log n,65536,0,579780,8.84674072265625
SHDSD,λ<=log n,65536,0,589967,9.002182006835938
SHDSD,λ<=log n,65536,0,611437,9.329788208007812
SHDSD,λ<=log n,65536,0,601704,9.1812744140625
SHDSD,λ<=log n,65536,0,640292,9.77008056640625
SHDSD,λ<=log n,65536,0,580700,8.86077880859375
SHDSD,λ<=log n,65536,0,582123,8.882492065429688
SHDSD,λ<=log n,65536,0,559758,8.541229248046875
SHDSD,λ<=log n,65536,0,560821,8.557449340820312
SHDSD,λ<=log n,65536,0,554206,8.456512451171875
SHDSD,λ<=log n,65536,0,591194,9.020904541015625
SHDSD,λ<=log n,65536,0,580591,8.859115600585938
SHDSD,λ<=log n,65536,0,551426,8.414093017578125
SHDSD,λ<=log n,65536,0,563957,8.605300903320312
SHDSD,λ<=log n,65536,0,582176,8.88330078125
SHDSD,λ<=log n,65536,0,569252,8.68609619140625
SHDSD,λ<=log n,65536,0,590646,9.012542724609375
SHDSD,λ<=log n,65536,0,554563,8.461959838867188
SHDSD,λ<=log n,65536,0,590867,9.015914916992188
SHDSD,λ<=log n,65536,0,620570,9.469146728515625
SHDSD,λ<=log n,65536,0,579442,8.841583251953125
SHDSD,λ<=log n,65536,0,583784,8.9078369140625
SHDSD,λ<=log n,65536,0,569530,8.690338134765625
SHDSD,λ<=log n,65536,0,571962,8.727447509765625
SHDSD,λ<=log n,65536,0,569349,8.687576293945312
SHDSD,λ<=log n,65536,0,543026,8.285919189453125
SHDSD,λ<=log n,65536,0,589371,8.993087768554688
SHDSD,λ<=log n,65536,0,540903,8.253524780273438
SHDSD,λ<=log n,65536,0,581946,8.879791259765625
SHDSD,λ<=log n,65536,0,625154,9.539093017578125
SHDSD,λ<=log n,65536,0,559174,8.532318115234375
SHDSD,λ<=log n,65536,0,615300,9.38873291015625
SHDSD,λ<=log n,65536,0,568626,8.676544189453125
SHDSD,λ<=log n,65536,0,553682,8.448516845703125
SHDSD,λ<=log n,65536,0,646703,9.867904663085938
SHDSD,λ<=log n,65536,0,609623,9.302108764648438
SHDSD,λ<=log n,65536,0,569412,8.68853759765625
SHDSD,λ<=log n,65536,0,579264,8.8388671875
SHDSD,λ<=log n,65536,0,548479,8.369125366210938
SHDSD,λ<=log n,65536,0,582985,8.895645141601562
SHDSD,λ<=log n,65536,0,559434,8.536285400390625
SHDSD,λ<=log n,65536,0,577724,8.81536865234375
SHDSD,λ<=log n,65536,0,581356,8.87078857421875
SHDSD,λ<=log n,65536,0,569205,8.685379028320312
SHDSD,λ<=log n,65536,0,577648,8.814208984375
SHDSD,λ<=log n,65536,0,553602,8.447296142578125
SHDSD,λ<=log n,65536,0,588252,8.97601318359375
SHDSD,λ<=log n,65536,0,559471,8.536849975585938
SHDSD,λ<=log n,65536,0,587893,8.970535278320312
SHDSD,λ<=log n,65536,0,557889,8.512710571289062
SHDSD,λ<=log n,65536,0,585888,8.93994140625
SHDSD,λ<=log n,65536,0,587796,8.96905517578125
SHDSD,λ<=log n,65536,0,572469,8.735183715820312
SHDSD,λ<=log n,65536,0,535556,8.17193603515625
SHDSD,λ<=log n,65536,0,581735,8.876571655273438
SHDSD,λ<=log n,65536,0,587409,8.963150024414062
SHDSD,λ<=log n,65536,0,635498,9.696929931640625
SHDSD,λ<=log n,65536,0,605766,9.243255615234375
SHDSD,λ<=log n,65536,0,618277,9.434158325195312
SHDSD,λ<=log n,65536,0,619806,9.457489013671875
SHDSD,λ<=log n,65536,0,619556,9.45367431640625
SHDSD,λ<=log n,65536,0,636488,9.7120361328125
SHDSD,λ<=log n,65536,0,611836,9.33587646484375
SHDSD,λ<=log n,65536,0,566461,8.643508911132812
SHDSD,λ<=log n,65536,0,577614,8.813690185546875
SHDSD,λ<=log n,65536,0,663252,10.12042236328125
SHDSD,λ<=log n,65536,0,651618,9.942901611328125
SHDSD,λ<=log n,65536,0,663235,10.120162963867188
SHDSD,λ<=log n,65536,0,575609,8.783096313476562
SHDSD,λ<=log n,65536,0,595098,9.080474853515625
SHDSD,λ<=log n,65536,0,562146,8.577667236328125
SHDSD,λ<=log n,65536,0,630305,9.617691040039062
SHDSD,λ<=log n,65536,0,641491,9.788375854492188
SHDSD,λ<=log n,65536,0,570106,8.699127197265625
SHDSD,λ<=log n,65536,0,562474,8.582672119140625
SHDSD,λ<=log n,65536,0,563965,8.605422973632812
SHDSD,λ<=log n,65536,0,571369,8.718399047851562
SHDSD,λ<=log n,65536,0,577693,8.814895629882812
SHLSD,λ<=log n,65536,0,603594,9.210113525390625
SHLSD,λ<=log n,65536,0,618798,9.442108154296875
SHLSD,λ<=log n,65536,0,626714,9.562896728515625
SHLSD,λ<=log n,65536,0,581535,8.873519897460938
SHLSD,λ<=log n,65536,0,638299,9.739669799804688
SHLSD,λ<=log n,65536,0,617731,9.425827026367188
SHLSD,λ<=log n,65536,0,611013,9.323318481445312
SHLSD,λ<=log n,65536,0,579493,8.842361450195312
SHLSD,λ<=log n,65536,0,592612,9.04254150390625
SHLSD,λ<=log n,65536,0,633251,9.662643432617188
SHLSD,λ<=log n,65536,0,609162,9.295074462890625
SHLSD,λ<=log n,65536,0,639805,9.762649536132812
SHLSD,λ<=log n,65536,0,623908,9.52008056640625
SHLSD,λ<=log n,65536,0,580400,8.856201171875
SHLSD,λ<=log n,65536,0,576822,8.801605224609375
SHLSD,λ<=log n,65536,0,596165,9.096755981445312
SHLSD,λ<=log n,65536,0,603656,9.2110595703125
SHLSD,λ<=log n,65536,0,682310,10.411224365234375
SHLSD,λ<=log n,65536,0,701402,10.702545166015625
SHLSD,λ<=log n,65536,0,593944,9.0628662109375
SHLSD,λ<=log n,65536,0,601839,9.183334350585938
SHLSD,λ<=log n,65536,0,619233,9.448745727539062
SHLSD,λ<=log n,65536,0,625672,9.5469970703125
SHLSD,λ<=log n,65536,0,635885,9.702835083007812
SHLSD,λ<=log n,65536,0,611239,9.326766967773438
SHLSD,λ<=log n,65536,0,616434,9.406036376953125
SHLSD,λ<=log n,65536,0,600857,9.168350219726562
SHLSD,λ<=log n,65536,0,625681,9.547134399414062
SHLSD,λ<=log n,65536,0,605659,9.241622924804688
SHLSD,λ<=log n,65536,0,597743,9.120834350585938
SHLSD,λ<=log n,65536,0,623649,9.516128540039062
SHLSD,λ<=log n,65536,0,649528,9.9110107421875
SHLSD,λ<=log n,65536,0,616121,9.401260375976562
SHLSD,λ<=log n,65536,0,614090,9.370269775390625
SHLSD,λ<=log n,65536,0,607306,9.266754150390625
SHLSD,λ<=log n,65536,0,610885,9.321365356445312
SHLSD,λ<=log n,65536,0,645228,9.84539794921875
SHLSD,λ<=log n,65536,0,612011,9.338546752929688
SHLSD,λ<=log n,65536,0,641812,9.79327392578125
SHLSD,λ<=log n,65536,0,593346,9.053741455078125
SHLSD,λ<=log n,65536,0,618498,9.437530517578125
SHLSD,λ<=log n,65536,0,609060,9.29351806640625
SHLSD,λ<=log n,65536,0,610472,9.3150634765625
SHLSD,λ<=log n,65536,0,592783,9.045150756835938
SHLSD,λ<=log n,65536,0,605050,9.232330322265625
SHLSD,λ<=log n,65536,0,663868,10.12982177734375
SHLSD,λ<=log n,65536,0,615950,9.398651123046875
SHLSD,λ<=log n,65536,0,609199,9.295639038085938
SHLSD,λ<=log n,65536,0,657155,10.027389526367188
SHLSD,λ<=log n,65536,0,585407,8.932601928710938
SHLSD,λ<=log n,65536,0,675125,10.301589965820312
SHLSD,λ<=log n,65536,0,605828,9.24420166015625
SHLSD,λ<=log n,65536,0,580552,8.8585205078125
SHLSD,λ<=log n,65536,0,624947,9.535934448242188
SHLSD,λ<=log n,65536,0,585366,8.931976318359375
SHLSD,λ<=log n,65536,0,627923,9.581344604492188
SHLSD,λ<=log n,65536,0,612174,9.341033935546875
SHLSD,λ<=log n,65536,0,662790,10.113372802734375
SHLSD,λ<=log n,65536,0,624648,9.5313720703125
SHLSD,λ<=log n,65536,0,587386,8.962799072265625
SHLSD,λ<=log n,65536,0,599712,9.15087890625
SHLSD,λ<=log n,65536,0,644121,9.828506469726562
SHLSD,λ<=log n,65536,0,594263,9.067733764648438
SHLSD,λ<=log n,65536,0,678694,10.356048583984375
SHLSD,λ<=log n,65536,0,628808,9.5948486328125
SHLSD,λ<=log n,65536,0,621149,9.477981567382812
SHLSD,λ<=log n,65536,0,603315,9.205856323242188
SHLSD,λ<=log n,65536,0,571190,8.715667724609375
SHLSD,λ<=log n,65536,0,630439,9.619735717773438
SHLSD,λ<=log n,65536,0,602949,9.200271606445312
SHLSD,λ<=log n,65536,0,597130,9.111480712890625
SHLSD,λ<=log n,65536,0,605800,9.2437744140625
SHLSD,λ<=log n,65536,0,587882,8.970367431640625
SHLSD,λ<=log n,65536,0,601551,9.178939819335938
SHLSD,λ<=log n,65536,0,614559,9.377426147460938
SHLSD,λ<=log n,65536,0,583541,8.904129028320312
SHLSD,λ<=log n,65536,0,584126,8.913055419921875
SHLSD,λ<=log n,65536,0,581650,8.875274658203125
SHLSD,λ<=log n,65536,0,608913,9.291275024414062
SHLSD,λ<=log n,65536,0,611992,9.3382568359375
SHLSD,λ<=log n,65536,0,619846,9.458099365234375
SHLSD,λ<=log n,65536,0,653821,9.976516723632812
SHLSD,λ<=log n,65536,0,582327,8.885604858398438
SHLSD,λ<=log n,65536,0,596513,9.102066040039062
SHLSD,λ<=log n,65536,0,617622,9.424163818359375
SHLSD,λ<=log n,65536,0,592112,9.034912109375
SHLSD,λ<=log n,65536,0,604859,9.229415893554688
SHLSD,λ<=log n,65536,0,662681,10.111709594726562
SHLSD,λ<=log n,65536,0,601749,9.181961059570312
SHLSD,λ<=log n,65536,0,666088,10.1636962890625
SHLSD,λ<=log n,65536,0,623787,9.518234252929688
SHLSD,λ<=log n,65536,0,585852,8.93939208984375
SHLSD,λ<=log n,65536,0,653485,9.971389770507812
SHLSD,λ<=log n,65536,0,644827,9.839279174804688
SHLSD,λ<=log n,65536,0,608887,9.290878295898438
SHLSD,λ<=log n,65536,0,587178,8.959625244140625
SHLSD,λ<=log n,65536,0,603464,9.2081298828125
SHLSD,λ<=log n,65536,0,608204,9.28045654296875
SHLSD,λ<=log n,65536,0,662365,10.106887817382812
SHLSD,λ<=log n,65536,0,602620,9.19525146484375
SRLSD,λ<=log n,65536,0,675069,10.300735473632812
SRLSD,λ<=log n,65536,0,675031,10.300155639648438
SRLSD,λ<=log n,65536,0,656638,10.019500732421875
SRLSD,λ<=log n,65536,0,642520,9.8040771484375
SRLSD,λ<=log n,65536,0,717245,10.944290161132812
SRLSD,λ<=log n,65536,0,670216,10.2266845703125
SRLSD,λ<=log n,65536,0,757597,11.560012817382812
SRLSD,λ<=log n,65536,0,639134,9.752410888671875
SRLSD,λ<=log n,65536,0,630927,9.627182006835938
SRLSD,λ<=log n,65536,0,637643,9.729660034179688
SRLSD,λ<=log n,65536,0,675685,10.310134887695312
SRLSD,λ<=log n,65536,0,681585,10.400161743164062
SRLSD,λ<=log n,65536,0,677578,10.339019775390625
SRLSD,λ<=log n,65536,0,656875,10.023117065429688
SRLSD,λ<=log n,65536,0,701233,10.699966430664062
SRLSD,λ<=log n,65536,0,619383,9.451034545898438
SRLSD,λ<=log n,65536,0,707858,10.801055908203125
SRLSD,λ<=log n,65536,0,726810,11.090240478515625
SRLSD,λ<=log n,65536,0,659072,10.056640625
SRLSD,λ<=log n,65536,0,723247,11.035873413085938
SRLSD,λ<=log n,65536,0,719824,10.983642578125
SRLSD,λ<=log n,65536,0,657766,10.036712646484375
SRLSD,λ<=log n,65536,0,667578,10.186431884765625
SRLSD,λ<=log n,65536,0,622583,9.499862670898438
SRLSD,λ<=log n,65536,0,726079,11.079086303710938
SRLSD,λ<=log n,65536,0,663831,10.129257202148438
SRLSD,λ<=log n,65536,0,663401,10.122695922851562
SRLSD,λ<=log n,65536,0,702807,10.723983764648438
SRLSD,λ<=log n,65536,0,694200,10.5926513671875
SRLSD,λ<=log n,65536,0,670614,10.232757568359375
SRLSD,λ<=log n,65536,0,661105,10.087661743164062
SRLSD,λ<=log n,65536,0,654945,9.993667602539062
SRLSD,λ<=log n,65536,0,645278,9.846160888671875
SRLSD,λ<=log n,65536,0,632195,9.646530151367188
SRLSD,λ<=log n,65536,0,666069,10.163406372070312
SRLSD,λ<=log n,65536,0,612141,9.340530395507812
SRLSD,λ<=log n,65536,0,645425,9.848403930664062
SRLSD,λ<=log n,65536,0,647570,9.881134033203125
SRLSD,λ<=log n,65536,0,640115,9.767379760742188
SRLSD,λ<=log n,65536,0,640825,9.778213500976562
SRLSD,λ<=log n,65536,0,631022,9.628631591796875
SRLSD,λ<=log n,65536,0,631026,9.628692626953125
SRLSD,λ<=log n,65536,0,675784,10.3116455078125
SRLSD,λ<=log n,65536,0,692355,10.564498901367188
SRLSD,λ<=log n,65536,0,662296,10.1058349609375
SRLSD,λ<=log n,65536,0,642772,9.80792236328125
SRLSD,λ<=log n,65536,0,746117,11.384841918945312
SRLSD,λ<=log n,65536,0,670124,10.22528076171875
SRLSD,λ<=log n,65536,0,721859,11.014694213867188
SRLSD,λ<=log n,65536,0,715520,10.91796875
SRLSD,λ<=log n,65536,0,708582,10.812103271484375
SRLSD,λ<=log n,65536,0,648975,9.902572631835938
SRLSD,λ<=log n,65536,0,668979,10.207809448242188
SRLSD,λ<=log n,65536,0,698823,10.663192749023438
SRLSD,λ<=log n,65536,0,668913,10.206802368164062
SRLSD,λ<=log n,65536,0,674289,10.288833618164062
SRLSD,λ<=log n,65536,0,603514,9.208892822265625
SRLSD,λ<=log n,65536,0,628155,9.584884643554688
SRLSD,λ<=log n,65536,0,657751,10.036483764648438
SRLSD,λ<=log n,65536,0,682320,10.411376953125
SRLSD,λ<=log n,65536,0,652430,9.955291748046875
SRLSD,λ<=log n,65536,0,734702,11.210662841796875
SRLSD,λ<=log n,65536,0,645892,9.85552978515625
SRLSD,λ<=log n,65536,0,662338,10.106475830078125
SRLSD,λ<=log n,65536,0,645691,9.852462768554688
SRLSD,λ<=log n,65536,0,707967,10.802719116210938
SRLSD,λ<=log n,65536,0,664088,10.1331787109375
SRLSD,λ<=log n,65536,0,661498,10.093658447265625
SRLSD,λ<=log n,65536,0,700049,10.681900024414062
SRLSD,λ<=log n,65536,0,664502,10.139495849609375
SRLSD,λ<=log n,65536,0,639802,9.762603759765625
SRLSD,λ<=log n,65536,0,658385,10.046157836914062
SRLSD,λ<=log n,65536,0,646644,9.86700439453125
SRLSD,λ<=log n,65536,0,651748,9.94488525390625
SRLSD,λ<=log n,65536,0,653230,9.967498779296875
SRLSD,λ<=log n,65536,0,690610,10.537872314453125
SRLSD,λ<=log n,65536,0,653647,9.973861694335938
SRLSD,λ<=log n,65536,0,625417,9.543106079101562
SRLSD,λ<=log n,65536,0,652686,9.959197998046875
SRLSD,λ<=log n,65536,0,678615,10.354843139648438
SRLSD,λ<=log n,65536,0,638713,9.745986938476562
SRLSD,λ<=log n,65536,0,684573,10.445755004882812
SRLSD,λ<=log n,65536,0,655649,10.004409790039062
SRLSD,λ<=log n,65536,0,691009,10.543960571289062
SRLSD,λ<=log n,65536,0,629972,9.61260986328125
SRLSD,λ<=log n,65536,0,644809,9.839004516601562
SRLSD,λ<=log n,65536,0,649733,9.914138793945312
SRLSD,λ<=log n,65536,0,662700,10.11199951171875
SRLSD,λ<=log n,65536,0,740972,11.30633544921875
SRLSD,λ<=log n,65536,0,664613,10.141189575195312
SRLSD,λ<=log n,65536,0,626850,9.564971923828125
SRLSD,λ<=log n,65536,0,632696,9.6541748046875
SRLSD,λ<=log n,65536,0,718168,10.9583740234375
SRLSD,λ<=log n,65536,0,650794,9.930328369140625
SRLSD,λ<=log n,65536,0,654948,9.99371337890625
SRLSD,λ<=log n,65536,0,659938,10.069854736328125
SRLSD,λ<=log n,65536,0,671398,10.244720458984375
SRLSD,λ<=log n,65536,0,676047,10.315658569335938
SRLSD,λ<=log n,65536,0,622128,9.492919921875
SRLSD,λ<=log n,65536,0,668132,10.19488525390625
SSLSD,λ<=log n,65536,0,801829,12.234939575195312
SSLSD,λ<=log n,65536,0,806273,12.302749633789062
SSLSD,λ<=log n,65536,0,807301,12.318435668945312
SSLSD,λ<=log n,65536,0,816759,12.462753295898438
SSLSD,λ<=log n,65536,0,794254,12.119354248046875
SSLSD,λ<=log n,65536,0,763311,11.647201538085938
SSLSD,λ<=log n,65536,0,830956,12.67938232421875
SSLSD,λ<=log n,65536,0,819875,12.510299682617188
SSLSD,λ<=log n,65536,0,875044,13.35211181640625
SSLSD,λ<=log n,65536,0,835458,12.748077392578125
SSLSD,λ<=log n,65536,0,935200,14.27001953125
SSLSD,λ<=log n,65536,0,798566,12.185150146484375
SSLSD,λ<=log n,65536,0,829911,12.663436889648438
SSLSD,λ<=log n,65536,0,808236,12.33270263671875
SSLSD,λ<=log n,65536,0,936101,14.283767700195312
SSLSD,λ<=log n,65536,0,885776,13.515869140625
SSLSD,λ<=log n,65536,0,823869,12.571243286132812
SSLSD,λ<=log n,65536,0,991915,15.135421752929688
SSLSD,λ<=log n,65536,0,868273,13.248794555664062
SSLSD,λ<=log n,65536,0,845542,12.901947021484375
SSLSD,λ<=log n,65536,0,904966,13.808685302734375
SSLSD,λ<=log n,65536,0,813149,12.407669067382812
SSLSD,λ<=log n,65536,0,848100,12.94097900390625
SSLSD,λ<=log n,65536,0,788976,12.038818359375
SSLSD,λ<=log n,65536,0,795887,12.144271850585938
SSLSD,λ<=log n,65536,0,944737,14.415542602539062
SSLSD,λ<=log n,65536,0,837672,12.7818603515625
SSLSD,λ<=log n,65536,0,855758,13.057830810546875
SSLSD,λ<=log n,65536,0,842948,12.86236572265625
SSLSD,λ<=log n,65536,0,893130,13.628082275390625
SSLSD,λ<=log n,65536,0,889359,13.570541381835938
SSLSD,λ<=log n,65536,0,882898,13.471954345703125
SSLSD,λ<=log n,65536,0,796147,12.148239135742188
SSLSD,λ<=log n,65536,0,831292,12.68450927734375
SSLSD,λ<=log n,65536,0,802163,12.240036010742188
SSLSD,λ<=log n,65536,0,967016,14.7554931640625
SSLSD,λ<=log n,65536,0,862253,13.156936645507812
SSLSD,λ<=log n,65536,0,813894,12.419036865234375
SSLSD,λ<=log n,65536,0,802452,12.24444580078125
SSLSD,λ<=log n,65536,0,809515,12.352218627929688
SSLSD,λ<=log n,65536,0,843636,12.87286376953125
SSLSD,λ<=log n,65536,0,786964,12.00811767578125
SSLSD,λ<=log n,65536,0,852740,13.01177978515625
SSLSD,λ<=log n,65536,0,805065,12.284317016601562
SSLSD,λ<=log n,65536,0,816806,12.463470458984375
SSLSD,λ<=log n,65536,0,880019,13.428024291992188
SSLSD,λ<=log n,65536,0,814583,12.429550170898438
SSLSD,λ<=log n,65536,0,881906,13.456817626953125
SSLSD,λ<=log n,65536,0,834585,12.734756469726562
SSLSD,λ<=log n,65536,0,973812,14.85919189453125
SSLSD,λ<=log n,65536,0,962099,14.680465698242188
SSLSD,λ<=log n,65536,0,790306,12.059112548828125
SSLSD,λ<=log n,65536,0,823500,12.56561279296875
SSLSD,λ<=log n,65536,0,898437,13.709060668945312
SSLSD,λ<=log n,65536,0,840124,12.81927490234375
SSLSD,λ<=log n,65536,0,894445,13.648147583007812
SSLSD,λ<=log n,65536,0,816332,12.45623779296875
SSLSD,λ<=log n,65536,0,818057,12.482559204101562
SSLSD,λ<=log n,65536,0,811613,12.384231567382812
SSLSD,λ<=log n,65536,0,845187,12.896530151367188
SSLSD,λ<=log n,65536,0,804779,12.279953002929688
SSLSD,λ<=log n,65536,0,824837,12.586013793945312
SSLSD,λ<=log n,65536,0,946703,14.445541381835938
SSLSD,λ<=log n,65536,0,824025,12.573623657226562
SSLSD,λ<=log n,65536,0,862023,13.153427124023438
SSLSD,λ<=log n,65536,0,865117,13.200637817382812
SSLSD,λ<=log n,65536,0,920955,14.052658081054688
SSLSD,λ<=log n,65536,0,866144,13.21630859375
SSLSD,λ<=log n,65536,0,767308,11.70819091796875
SSLSD,λ<=log n,65536,0,875768,13.3631591796875
SSLSD,λ<=log n,65536,0,858131,13.094039916992188
SSLSD,λ<=log n,65536,0,780204,11.90496826171875
SSLSD,λ<=log n,65536,0,856772,13.07330322265625
SSLSD,λ<=log n,65536,0,804225,12.271499633789062
SSLSD,λ<=log n,65536,0,821390,12.533416748046875
SSLSD,λ<=log n,65536,0,818949,12.496170043945312
SSLSD,λ<=log n,65536,0,792406,12.091156005859375
SSLSD,λ<=log n,65536,0,889854,13.578094482421875
SSLSD,λ<=log n,65536,0,903420,13.78509521484375
SSLSD,λ<=log n,65536,0,845296,12.898193359375
SSLSD,λ<=log n,65536,0,815437,12.442581176757812
SSLSD,λ<=log n,65536,0,899328,13.72265625
SSLSD,λ<=log n,65536,0,844612,12.88775634765625
SSLSD,λ<=log n,65536,0,818176,12.484375
SSLSD,λ<=log n,65536,0,851774,12.997039794921875
SSLSD,λ<=log n,65536,0,819583,12.505844116210938
SSLSD,λ<=log n,65536,0,811806,12.387176513671875
SSLSD,λ<=log n,65536,0,851135,12.987289428710938
SSLSD,λ<=log n,65536,0,898048,13.703125
SSLSD,λ<=log n,65536,0,900684,13.74334716796875
SSLSD,λ<=log n,65536,0,852950,13.014984130859375
SSLSD,λ<=log n,65536,0,893940,13.64044189453125
SSLSD,λ<=log n,65536,0,988524,15.08367919921875
SSLSD,λ<=log n,65536,0,864515,13.191452026367188
SSLSD,λ<=log n,65536,0,832393,12.701309204101562
SSLSD,λ<=log n,65536,0,835205,12.744216918945312
SSLSD,λ<=log n,65536,0,848461,12.946487426757812
SSLSD,λ<=log n,65536,0,816355,12.456588745117188
SSLSD,λ<=log n,65536,0,840801,12.829605102539062
SSLSD,λ<=log n,65536,0,814219,12.423995971679688
SSDMD,λ<=log n,65536,0,780287,11.906234741210938
SSDMD,λ<=log n,65536,0,795488,12.13818359375
SSDMD,λ<=log n,65536,0,722464,11.02392578125
SSDMD,λ<=log n,65536,0,690660,10.53863525390625
SSDMD,λ<=log n,65536,0,739229,11.279739379882812
SSDMD,λ<=log n,65536,0,755264,11.5244140625
SSDMD,λ<=log n,65536,0,762417,11.633560180664062
SSDMD,λ<=log n,65536,0,705465,10.764541625976562
SSDMD,λ<=log n,65536,0,789011,12.039352416992188
SSDMD,λ<=log n,65536,0,850587,12.978927612304688
SSDMD,λ<=log n,65536,0,737459,11.252731323242188
SSDMD,λ<=log n,65536,0,747478,11.405609130859375
SSDMD,λ<=log n,65536,0,1039829,15.866531372070312
SSDMD,λ<=log n,65536,0,698891,10.664230346679688
SSDMD,λ<=log n,65536,0,731995,11.169357299804688
SSDMD,λ<=log n,65536,0,727592,11.1021728515625
SSDMD,λ<=log n,65536,0,728921,11.122451782226562
SSDMD,λ<=log n,65536,0,740499,11.299118041992188
SSDMD,λ<=log n,65536,0,702620,10.72113037109375
SSDMD,λ<=log n,65536,0,721281,11.005874633789062
SSDMD,λ<=log n,65536,0,845015,12.893905639648438
SSDMD,λ<=log n,65536,0,754614,11.514495849609375
SSDMD,λ<=log n,65536,0,756986,11.550689697265625
SSDMD,λ<=log n,65536,0,722858,11.029937744140625
SSDMD,λ<=log n,65536,0,769306,11.738677978515625
SSDMD,λ<=log n,65536,0,786003,11.993453979492188
SSDMD,λ<=log n,65536,0,817142,12.468597412109375
SSDMD,λ<=log n,65536,0,828857,12.647354125976562
SSDMD,λ<=log n,65536,0,731444,11.16094970703125
SSDMD,λ<=log n,65536,0,705461,10.764480590820312
SSDMD,λ<=log n,65536,0,762978,11.642120361328125
SSDMD,λ<=log n,65536,0,759679,11.591781616210938
SSDMD,λ<=log n,65536,0,703681,10.737319946289062
SSDMD,λ<=log n,65536,0,719170,10.973663330078125
SSDMD,λ<=log n,65536,0,799653,12.201736450195312
SSDMD,λ<=log n,65536,0,704038,10.742767333984375
SSDMD,λ<=log n,65536,0,734748,11.21136474609375
SSDMD,λ<=log n,65536,0,705951,10.771957397460938
SSDMD,λ<=log n,65536,0,702621,10.721145629882812
SSDMD,λ<=log n,65536,0,728754,11.119903564453125
SSDMD,λ<=log n,65536,0,804501,12.275711059570312
SSDMD,λ<=log n,65536,0,723110,11.033782958984375
SSDMD,λ<=log n,65536,0,708825,10.815811157226562
SSDMD,λ<=log n,65536,0,737105,11.247329711914062
SSDMD,λ<=log n,65536,0,787582,12.017547607421875
SSDMD,λ<=log n,65536,0,796357,12.151443481445312
SSDMD,λ<=log n,65536,0,781940,11.93145751953125
SSDMD,λ<=log n,65536,0,780568,11.9105224609375
SSDMD,λ<=log n,65536,0,741666,11.316925048828125
SSDMD,λ<=log n,65536,0,774672,11.820556640625
SSDMD,λ<=log n,65536,0,860686,13.133026123046875
SSDMD,λ<=log n,65536,0,739470,11.283416748046875
SSDMD,λ<=log n,65536,0,742022,11.322357177734375
SSDMD,λ<=log n,65536,0,725530,11.070709228515625
SSDMD,λ<=log n,65536,0,852078,13.001678466796875
SSDMD,λ<=log n,65536,0,781163,11.919601440429688
SSDMD,λ<=log n,65536,0,719456,10.97802734375
SSDMD,λ<=log n,65536,0,792919,12.098983764648438
SSDMD,λ<=log n,65536,0,783608,11.9569091796875
SSDMD,λ<=log n,65536,0,734089,11.201309204101562
SSDMD,λ<=log n,65536,0,731013,11.154373168945312
SSDMD,λ<=log n,65536,0,812323,12.395065307617188
SSDMD,λ<=log n,65536,0,704047,10.742904663085938
SSDMD,λ<=log n,65536,0,774065,11.811294555664062
SSDMD,λ<=log n,65536,0,702438,10.718353271484375
SSDMD,λ<=log n,65536,0,695880,10.6182861328125
SSDMD,λ<=log n,65536,0,744028,11.35296630859375
SSDMD,λ<=log n,65536,0,732838,11.182220458984375
SSDMD,λ<=log n,65536,0,778716,11.88226318359375
SSDMD,λ<=log n,65536,0,774247,11.814071655273438
SSDMD,λ<=log n,65536,0,728674,11.118682861328125
SSDMD,λ<=log n,65536,0,718337,10.960952758789062
SSDMD,λ<=log n,65536,0,716215,10.928573608398438
SSDMD,λ<=log n,65536,0,733943,11.199081420898438
SSDMD,λ<=log n,65536,0,768623,11.728256225585938
SSDMD,λ<=log n,65536,0,752738,11.485870361328125
SSDMD,λ<=log n,65536,0,702355,10.717086791992188
SSDMD,λ<=log n,65536,0,742336,11.3271484375
SSDMD,λ<=log n,65536,0,683587,10.430709838867188
SSDMD,λ<=log n,65536,0,691559,10.552352905273438
SSDMD,λ<=log n,65536,0,697275,10.639572143554688
SSDMD,λ<=log n,65536,0,784350,11.968231201171875
SSDMD,λ<=log n,65536,0,763636,11.65216064453125
SSDMD,λ<=log n,65536,0,729493,11.131179809570312
SSDMD,λ<=log n,65536,0,732899,11.183151245117188
SSDMD,λ<=log n,65536,0,816224,12.45458984375
SSDMD,λ<=log n,65536,0,724079,11.048568725585938
SSDMD,λ<=log n,65536,0,762390,11.633148193359375
SSDMD,λ<=log n,65536,0,692724,10.57012939453125
SSDMD,λ<=log n,65536,0,752028,11.47503662109375
SSDMD,λ<=log n,65536,0,830292,12.66925048828125
SSDMD,λ<=log n,65536,0,743656,11.3472900390625
SSDMD,λ<=log n,65536,0,731190,11.157073974609375
SSDMD,λ<=log n,65536,0,728604,11.11761474609375
SSDMD,λ<=log n,65536,0,693379,10.580123901367188
SSDMD,λ<=log n,65536,0,809378,12.350128173828125
SSDMD,λ<=log n,65536,0,733656,11.1947021484375
SSDMD,λ<=log n,65536,0,754727,11.516220092773438
SSDMD,λ<=log n,65536,0,786519,12.001327514648438
SSDMD,λ<=log n,65536,0,794273,12.119644165039062
SRDMD,λ<=log n,65536,0,581294,8.869842529296875
SRDMD,λ<=log n,65536,0,561382,8.566009521484375
SRDMD,λ<=log n,65536,0,537664,8.2041015625
SRDMD,λ<=log n,65536,0,551194,8.410552978515625
SRDMD,λ<=log n,65536,0,580710,8.860931396484375
SRDMD,λ<=log n,65536,0,573699,8.753952026367188
SRDMD,λ<=log n,65536,0,518500,7.91168212890625
SRDMD,λ<=log n,65536,0,594329,9.068740844726562
SRDMD,λ<=log n,65536,0,587871,8.970199584960938
SRDMD,λ<=log n,65536,0,537821,8.206497192382812
SRDMD,λ<=log n,65536,0,538088,8.2105712890625
SRDMD,λ<=log n,65536,0,598321,9.129653930664062
SRDMD,λ<=log n,65536,0,595854,9.092010498046875
SRDMD,λ<=log n,65536,0,546139,8.333419799804688
SRDMD,λ<=log n,65536,0,559344,8.534912109375
SRDMD,λ<=log n,65536,0,605980,9.24652099609375
SRDMD,λ<=log n,65536,0,552846,8.435760498046875
SRDMD,λ<=log n,65536,0,576703,8.799789428710938
SRDMD,λ<=log n,65536,0,587806,8.969207763671875
SRDMD,λ<=log n,65536,0,566402,8.642608642578125
SRDMD,λ<=log n,65536,0,629328,9.602783203125
SRDMD,λ<=log n,65536,0,595412,9.08526611328125
SRDMD,λ<=log n,65536,0,519206,7.922454833984375
SRDMD,λ<=log n,65536,0,537000,8.1939697265625
SRDMD,λ<=log n,65536,0,538336,8.21435546875
SRDMD,λ<=log n,65536,0,572524,8.73602294921875
SRDMD,λ<=log n,65536,0,608767,9.289047241210938
SRDMD,λ<=log n,65536,0,533706,8.143707275390625
SRDMD,λ<=log n,65536,0,561152,8.5625
SRDMD,λ<=log n,65536,0,606638,9.256561279296875
SRDMD,λ<=log n,65536,0,585944,8.9407958984375
SRDMD,λ<=log n,65536,0,551694,8.418182373046875
SRDMD,λ<=log n,65536,0,596174,9.096893310546875
SRDMD,λ<=log n,65536,0,565836,8.63397216796875
SRDMD,λ<=log n,65536,0,590999,9.017929077148438
SRDMD,λ<=log n,65536,0,522303,7.9697113037109375
SRDMD,λ<=log n,65536,0,571106,8.714385986328125
SRDMD,λ<=log n,65536,0,590514,9.010528564453125
SRDMD,λ<=log n,65536,0,543117,8.287307739257812
SRDMD,λ<=log n,65536,0,569065,8.683242797851562
SRDMD,λ<=log n,65536,0,595535,9.087142944335938
SRDMD,λ<=log n,65536,0,658962,10.054962158203125
SRDMD,λ<=log n,65536,0,635127,9.691268920898438
SRDMD,λ<=log n,65536,0,586517,8.949539184570312
SRDMD,λ<=log n,65536,0,551916,8.42156982421875
SRDMD,λ<=log n,65536,0,583852,8.90887451171875
SRDMD,λ<=log n,65536,0,555034,8.469146728515625
SRDMD,λ<=log n,65536,0,562080,8.57666015625
SRDMD,λ<=log n,65536,0,563462,8.597747802734375
SRDMD,λ<=log n,65536,0,664958,10.146453857421875
SRDMD,λ<=log n,65536,0,537210,8.197174072265625
SRDMD,λ<=log n,65536,0,638529,9.743179321289062
SRDMD,λ<=log n,65536,0,586959,8.956283569335938
SRDMD,λ<=log n,65536,0,558678,8.524749755859375
SRDMD,λ<=log n,65536,0,598346,9.130035400390625
SRDMD,λ<=log n,65536,0,554227,8.456832885742188
SRDMD,λ<=log n,65536,0,570755,8.709030151367188
SRDMD,λ<=log n,65536,0,582451,8.887496948242188
SRDMD,λ<=log n,65536,0,566447,8.643295288085938
SRDMD,λ<=log n,65536,0,568745,8.678359985351562
SRDMD,λ<=log n,65536,0,577185,8.807144165039062
SRDMD,λ<=log n,65536,0,518486,7.911468505859375
SRDMD,λ<=log n,65536,0,761932,11.62615966796875
SRDMD,λ<=log n,65536,0,610427,9.314376831054688
SRDMD,λ<=log n,65536,0,653627,9.973556518554688
SRDMD,λ<=log n,65536,0,568800,8.67919921875
SRDMD,λ<=log n,65536,0,576944,8.803466796875
SRDMD,λ<=log n,65536,0,530020,8.08746337890625
SRDMD,λ<=log n,65536,0,625985,9.551773071289062
SRDMD,λ<=log n,65536,0,528849,8.069595336914062
SRDMD,λ<=log n,65536,0,547402,8.352691650390625
SRDMD,λ<=log n,65536,0,560822,8.557464599609375
SRDMD,λ<=log n,65536,0,589389,8.993362426757812
SRDMD,λ<=log n,65536,0,591874,9.031280517578125
SRDMD,λ<=log n,65536,0,535668,8.17364501953125
SRDMD,λ<=log n,65536,0,540113,8.241470336914062
SRDMD,λ<=log n,65536,0,587401,8.963027954101562
SRDMD,λ<=log n,65536,0,622329,9.495986938476562
SRDMD,λ<=log n,65536,0,645086,9.843231201171875
SRDMD,λ<=log n,65536,0,531326,8.107391357421875
SRDMD,λ<=log n,65536,0,567156,8.65411376953125
SRDMD,λ<=log n,65536,0,547086,8.347869873046875
SRDMD,λ<=log n,65536,0,507345,7.7414703369140625
SRDMD,λ<=log n,65536,0,613806,9.365936279296875
SRDMD,λ<=log n,65536,0,609066,9.293609619140625
SRDMD,λ<=log n,65536,0,568493,8.674514770507812
SRDMD,λ<=log n,65536,0,556532,8.49200439453125
SRDMD,λ<=log n,65536,0,541956,8.26959228515625
SRDMD,λ<=log n,65536,0,535933,8.177688598632812
SRDMD,λ<=log n,65536,0,533346,8.138214111328125
SRDMD,λ<=log n,65536,0,546606,8.340545654296875
SRDMD,λ<=log n,65536,0,565349,8.626541137695312
SRDMD,λ<=log n,65536,0,529499,8.079513549804688
SRDMD,λ<=log n,65536,0,504454,7.697357177734375
SRDMD,λ<=log n,65536,0,570706,8.708282470703125
SRDMD,λ<=log n,65536,0,561521,8.568130493164062
SRDMD,λ<=log n,65536,0,547322,8.351470947265625
SRDMD,λ<=log n,65536,0,556592,8.492919921875
SRDMD,λ<=log n,65536,0,554895,8.467025756835938
SRDMD,λ<=log n,65536,0,553234,8.441680908203125
SHDMD,λ<=log n,65536,0,511799,7.8094329833984375
SHDMD,λ<=log n,65536,0,533204,8.13604736328125
SHDMD,λ<=log n,65536,0,531204,8.10552978515625
SHDMD,λ<=log n,65536,0,530773,8.098953247070312
SHDMD,λ<=log n,65536,0,622467,9.498092651367188
SHDMD,λ<=log n,65536,0,515158,7.860687255859375
SHDMD,λ<=log n,65536,0,508703,7.7621917724609375
SHDMD,λ<=log n,65536,0,488145,7.4485015869140625
SHDMD,λ<=log n,65536,0,529778,8.083770751953125
SHDMD,λ<=log n,65536,0,505466,7.712799072265625
SHDMD,λ<=log n,65536,0,491739,7.5033416748046875
SHDMD,λ<=log n,65536,0,531776,8.1142578125
SHDMD,λ<=log n,65536,0,494762,7.549468994140625
SHDMD,λ<=log n,65536,0,518392,7.9100341796875
SHDMD,λ<=log n,65536,0,497535,7.5917816162109375
SHDMD,λ<=log n,65536,0,501527,7.6526947021484375
SHDMD,λ<=log n,65536,0,516541,7.8817901611328125
SHDMD,λ<=log n,65536,0,497332,7.58868408203125
SHDMD,λ<=log n,65536,0,501742,7.655975341796875
SHDMD,λ<=log n,65536,0,496221,7.5717315673828125
SHDMD,λ<=log n,65536,0,479649,7.3188629150390625
SHDMD,λ<=log n,65536,0,536114,8.180450439453125
SHDMD,λ<=log n,65536,0,506587,7.7299041748046875
SHDMD,λ<=log n,65536,0,540602,8.248931884765625
SHDMD,λ<=log n,65536,0,520161,7.9370269775390625
SHDMD,λ<=log n,65536,0,526031,8.026596069335938
SHDMD,λ<=log n,65536,0,538645,8.219070434570312
SHDMD,λ<=log n,65536,0,512366,7.818084716796875
SHDMD,λ<=log n,65536,0,524888,8.0091552734375
SHDMD,λ<=log n,65536,0,505463,7.7127532958984375
SHDMD,λ<=log n,65536,0,486618,7.425201416015625
SHDMD,λ<=log n,65536,0,551586,8.416534423828125
SHDMD,λ<=log n,65536,0,539187,8.227340698242188
SHDMD,λ<=log n,65536,0,516959,7.8881683349609375
SHDMD,λ<=log n,65536,0,513440,7.83447265625
SHDMD,λ<=log n,65536,0,503778,7.687042236328125
SHDMD,λ<=log n,65536,0,519408,7.925537109375
SHDMD,λ<=log n,65536,0,512113,7.8142242431640625
SHDMD,λ<=log n,65536,0,485914,7.414459228515625
SHDMD,λ<=log n,65536,0,598556,9.13323974609375
SHDMD,λ<=log n,65536,0,500539,7.6376190185546875
SHDMD,λ<=log n,65536,0,516565,7.8821563720703125
SHDMD,λ<=log n,65536,0,538622,8.218719482421875
SHDMD,λ<=log n,65536,0,494859,7.5509490966796875
SHDMD,λ<=log n,65536,0,527850,8.054351806640625
SHDMD,λ<=log n,65536,0,495501,7.5607452392578125
SHDMD,λ<=log n,65536,0,519229,7.9228057861328125
SHDMD,λ<=log n,65536,0,519385,7.9251861572265625
SHDMD,λ<=log n,65536,0,519700,7.92999267578125
SHDMD,λ<=log n,65536,0,489219,7.4648895263671875
SHDMD,λ<=log n,65536,0,494194,7.540802001953125
SHDMD,λ<=log n,65536,0,515091,7.8596649169921875
SHDMD,λ<=log n,65536,0,476434,7.269805908203125
SHDMD,λ<=log n,65536,0,533324,8.13787841796875
SHDMD,λ<=log n,65536,0,494327,7.5428314208984375
SHDMD,λ<=log n,65536,0,521302,7.954437255859375
SHDMD,λ<=log n,65536,0,508344,7.7567138671875
SHDMD,λ<=log n,65536,0,527509,8.049148559570312
SHDMD,λ<=log n,65536,0,520817,7.9470367431640625
SHDMD,λ<=log n,65536,0,486903,7.4295501708984375
SHDMD,λ<=log n,65536,0,523794,7.992462158203125
SHDMD,λ<=log n,65536,0,527779,8.053268432617188
SHDMD,λ<=log n,65536,0,515795,7.8704071044921875
SHDMD,λ<=log n,65536,0,526364,8.03167724609375
SHDMD,λ<=log n,65536,0,519632,7.928955078125
SHDMD,λ<=log n,65536,0,548539,8.370040893554688
SHDMD,λ<=log n,65536,0,499244,7.61785888671875
SHDMD,λ<=log n,65536,0,504259,7.6943817138671875
SHDMD,λ<=log n,65536,0,515023,7.8586273193359375
SHDMD,λ<=log n,65536,0,526891,8.039718627929688
SHDMD,λ<=log n,65536,0,510984,7.7969970703125
SHDMD,λ<=log n,65536,0,477932,7.29266357421875
SHDMD,λ<=log n,65536,0,541739,8.266281127929688
SHDMD,λ<=log n,65536,0,481249,7.3432769775390625
SHDMD,λ<=log n,65536,0,532312,8.1224365234375
SHDMD,λ<=log n,65536,0,532507,8.125411987304688
SHDMD,λ<=log n,65536,0,590895,9.016342163085938
SHDMD,λ<=log n,65536,0,524171,7.9982147216796875
SHDMD,λ<=log n,65536,0,517105,7.8903961181640625
SHDMD,λ<=log n,65536,0,492513,7.5151519775390625
SHDMD,λ<=log n,65536,0,499432,7.6207275390625
SHDMD,λ<=log n,65536,0,531504,8.110107421875
SHDMD,λ<=log n,65536,0,563457,8.597671508789062
SHDMD,λ<=log n,65536,0,504452,7.69732666015625
SHDMD,λ<=log n,65536,0,509450,7.773590087890625
SHDMD,λ<=log n,65536,0,488763,7.4579315185546875
SHDMD,λ<=log n,65536,0,508551,7.7598724365234375
SHDMD,λ<=log n,65536,0,491998,7.507293701171875
SHDMD,λ<=log n,65536,0,516694,7.884124755859375
SHDMD,λ<=log n,65536,0,600963,9.169967651367188
SHDMD,λ<=log n,65536,0,487638,7.440765380859375
SHDMD,λ<=log n,65536,0,576556,8.79754638671875
SHDMD,λ<=log n,65536,0,542287,8.274642944335938
SHDMD,λ<=log n,65536,0,472410,7.208404541015625
SHDMD,λ<=log n,65536,0,497957,7.5982208251953125
SHDMD,λ<=log n,65536,0,545942,8.330413818359375
SHDMD,λ<=log n,65536,0,521169,7.9524078369140625
SHDMD,λ<=log n,65536,0,503779,7.6870574951171875
SHDMD,λ<=log n,65536,0,518963,7.9187469482421875
SHDMD,λ<=log n,65536,0,534924,8.16229248046875
SHLMD,λ<=log n,65536,0,569648,8.692138671875
SHLMD,λ<=log n,65536,0,552814,8.435272216796875
SHLMD,λ<=log n,65536,0,569980,8.69720458984375
SHLMD,λ<=log n,65536,0,542122,8.272125244140625
SHLMD,λ<=log n,65536,0,545034,8.316558837890625
SHLMD,λ<=log n,65536,0,535979,8.178390502929688
SHLMD,λ<=log n,65536,0,550279,8.396591186523438
SHLMD,λ<=log n,65536,0,519930,7.933502197265625
SHLMD,λ<=log n,65536,0,522162,7.967559814453125
SHLMD,λ<=log n,65536,0,588427,8.978683471679688
SHLMD,λ<=log n,65536,0,544938,8.315093994140625
SHLMD,λ<=log n,65536,0,508048,7.752197265625
SHLMD,λ<=log n,65536,0,528971,8.071456909179688
SHLMD,λ<=log n,65536,0,524751,8.007064819335938
SHLMD,λ<=log n,65536,0,590269,9.006790161132812
SHLMD,λ<=log n,65536,0,610590,9.316864013671875
SHLMD,λ<=log n,65536,0,518917,7.9180450439453125
SHLMD,λ<=log n,65536,0,529944,8.0863037109375
SHLMD,λ<=log n,65536,0,491392,7.498046875
SHLMD,λ<=log n,65536,0,539004,8.22454833984375
SHLMD,λ<=log n,65536,0,625222,9.540130615234375
SHLMD,λ<=log n,65536,0,524436,8.00225830078125
SHLMD,λ<=log n,65536,0,607261,9.266067504882812
SHLMD,λ<=log n,65536,0,524496,8.003173828125
SHLMD,λ<=log n,65536,0,576815,8.801498413085938
SHLMD,λ<=log n,65536,0,598061,9.125686645507812
SHLMD,λ<=log n,65536,0,506310,7.725677490234375
SHLMD,λ<=log n,65536,0,535242,8.167144775390625
SHLMD,λ<=log n,65536,0,540239,8.243392944335938
SHLMD,λ<=log n,65536,0,556863,8.497055053710938
SHLMD,λ<=log n,65536,0,614727,9.379989624023438
SHLMD,λ<=log n,65536,0,539100,8.22601318359375
SHLMD,λ<=log n,65536,0,544646,8.310638427734375
SHLMD,λ<=log n,65536,0,520187,7.9374237060546875
SHLMD,λ<=log n,65536,0,509034,7.767242431640625
SHLMD,λ<=log n,65536,0,538594,8.218292236328125
SHLMD,λ<=log n,65536,0,562360,8.5809326171875
SHLMD,λ<=log n,65536,0,575264,8.77783203125
SHLMD,λ<=log n,65536,0,556814,8.496307373046875
SHLMD,λ<=log n,65536,0,621849,9.488662719726562
SHLMD,λ<=log n,65536,0,564082,8.607208251953125
SHLMD,λ<=log n,65536,0,488834,7.459014892578125
SHLMD,λ<=log n,65536,0,506232,7.7244873046875
SHLMD,λ<=log n,65536,0,533106,8.134552001953125
SHLMD,λ<=log n,65536,0,553350,8.443450927734375
SHLMD,λ<=log n,65536,0,520052,7.93536376953125
SHLMD,λ<=log n,65536,0,567964,8.66644287109375
SHLMD,λ<=log n,65536,0,507484,7.74359130859375
SHLMD,λ<=log n,65536,0,542037,8.270828247070312
SHLMD,λ<=log n,65536,0,509440,7.7734375
SHLMD,λ<=log n,65536,0,569510,8.690032958984375
SHLMD,λ<=log n,65536,0,552102,8.424407958984375
SHLMD,λ<=log n,65536,0,501982,7.659637451171875
SHLMD,λ<=log n,65536,0,549662,8.387176513671875
SHLMD,λ<=log n,65536,0,558318,8.519256591796875
SHLMD,λ<=log n,65536,0,485417,7.4068756103515625
SHLMD,λ<=log n,65536,0,522626,7.974639892578125
SHLMD,λ<=log n,65536,0,603915,9.215011596679688
SHLMD,λ<=log n,65536,0,557587,8.508102416992188
SHLMD,λ<=log n,65536,0,541674,8.265289306640625
SHLMD,λ<=log n,65536,0,522155,7.9674530029296875
SHLMD,λ<=log n,65536,0,527302,8.045989990234375
SHLMD,λ<=log n,65536,0,530252,8.09100341796875
SHLMD,λ<=log n,65536,0,514448,7.849853515625
SHLMD,λ<=log n,65536,0,536014,8.178924560546875
SHLMD,λ<=log n,65536,0,566093,8.637893676757812
SHLMD,λ<=log n,65536,0,548577,8.370620727539062
SHLMD,λ<=log n,65536,0,550477,8.399612426757812
SHLMD,λ<=log n,65536,0,533877,8.146316528320312
SHLMD,λ<=log n,65536,0,500617,7.6388092041015625
SHLMD,λ<=log n,65536,0,533228,8.13641357421875
SHLMD,λ<=log n,65536,0,585246,8.930145263671875
SHLMD,λ<=log n,65536,0,549628,8.38665771484375
SHLMD,λ<=log n,65536,0,522828,7.97772216796875
SHLMD,λ<=log n,65536,0,508486,7.758880615234375
SHLMD,λ<=log n,65536,0,556251,8.487716674804688
SHLMD,λ<=log n,65536,0,602052,9.18658447265625
SHLMD,λ<=log n,65536,0,530684,8.09759521484375
SHLMD,λ<=log n,65536,0,507361,7.7417144775390625
SHLMD,λ<=log n,65536,0,520188,7.93743896484375
SHLMD,λ<=log n,65536,0,550133,8.394363403320312
SHLMD,λ<=log n,65536,0,548891,8.375411987304688
SHLMD,λ<=log n,65536,0,524552,8.0040283203125
SHLMD,λ<=log n,65536,0,537026,8.194366455078125
SHLMD,λ<=log n,65536,0,530199,8.090194702148438
SHLMD,λ<=log n,65536,0,523316,7.98516845703125
SHLMD,λ<=log n,65536,0,537413,8.200271606445312
SHLMD,λ<=log n,65536,0,521678,7.960174560546875
SHLMD,λ<=log n,65536,0,474672,7.242919921875
SHLMD,λ<=log n,65536,0,529319,8.076766967773438
SHLMD,λ<=log n,65536,0,585695,8.936996459960938
SHLMD,λ<=log n,65536,0,519865,7.9325103759765625
SHLMD,λ<=log n,65536,0,519150,7.921600341796875
SHLMD,λ<=log n,65536,0,527217,8.044692993164062
SHLMD,λ<=log n,65536,0,535966,8.178192138671875
SHLMD,λ<=log n,65536,0,559280,8.533935546875
SHLMD,λ<=log n,65536,0,570850,8.710479736328125
SHLMD,λ<=log n,65536,0,503176,7.6778564453125
SHLMD,λ<=log n,65536,0,542425,8.276748657226562
SHLMD,λ<=log n,65536,0,590950,9.017181396484375
SRLMD,λ<=log n,65536,0,563384,8.5965576171875
SRLMD,λ<=log n,65536,0,609852,9.30560302734375
SRLMD,λ<=log n,65536,0,594294,9.068206787109375
SRLMD,λ<=log n,65536,0,616471,9.406600952148438
SRLMD,λ<=log n,65536,0,599895,9.153671264648438
SRLMD,λ<=log n,65536,0,589631,8.997055053710938
SRLMD,λ<=log n,65536,0,567357,8.657180786132812
SRLMD,λ<=log n,65536,0,635400,9.6954345703125
SRLMD,λ<=log n,65536,0,533715,8.143844604492188
SRLMD,λ<=log n,65536,0,609332,9.29766845703125
SRLMD,λ<=log n,65536,0,629298,9.602325439453125
SRLMD,λ<=log n,65536,0,600054,9.156097412109375
SRLMD,λ<=log n,65536,0,567702,8.662445068359375
SRLMD,λ<=log n,65536,0,528630,8.066253662109375
SRLMD,λ<=log n,65536,0,584542,8.919403076171875
SRLMD,λ<=log n,65536,0,580929,8.864273071289062
SRLMD,λ<=log n,65536,0,612467,9.345504760742188
SRLMD,λ<=log n,65536,0,556933,8.498123168945312
SRLMD,λ<=log n,65536,0,544684,8.31121826171875
SRLMD,λ<=log n,65536,0,596584,9.1031494140625
SRLMD,λ<=log n,65536,0,577691,8.814865112304688
SRLMD,λ<=log n,65536,0,579888,8.848388671875
SRLMD,λ<=log n,65536,0,582397,8.886672973632812
SRLMD,λ<=log n,65536,0,655192,9.9974365234375
SRLMD,λ<=log n,65536,0,608007,9.277450561523438
SRLMD,λ<=log n,65536,0,607747,9.273483276367188
SRLMD,λ<=log n,65536,0,592573,9.041946411132812
SRLMD,λ<=log n,65536,0,587525,8.964920043945312
SRLMD,λ<=log n,65536,0,541678,8.265350341796875
SRLMD,λ<=log n,65536,0,599859,9.153121948242188
SRLMD,λ<=log n,65536,0,572745,8.739395141601562
SRLMD,λ<=log n,65536,0,577819,8.816818237304688
SRLMD,λ<=log n,65536,0,654798,9.991424560546875
SRLMD,λ<=log n,65536,0,580564,8.85870361328125
SRLMD,λ<=log n,65536,0,569193,8.685195922851562
SRLMD,λ<=log n,65536,0,539360,8.22998046875
SRLMD,λ<=log n,65536,0,573344,8.74853515625
SRLMD,λ<=log n,65536,0,587787,8.968917846679688
SRLMD,λ<=log n,65536,0,576345,8.794326782226562
SRLMD,λ<=log n,65536,0,565997,8.636428833007812
SRLMD,λ<=log n,65536,0,601490,9.178009033203125
SRLMD,λ<=log n,65536,0,624766,9.533172607421875
SRLMD,λ<=log n,65536,0,624539,9.529708862304688
SRLMD,λ<=log n,65536,0,633911,9.672714233398438
SRLMD,λ<=log n,65536,0,555305,8.473281860351562
SRLMD,λ<=log n,65536,0,573631,8.752914428710938
SRLMD,λ<=log n,65536,0,613460,9.36065673828125
SRLMD,λ<=log n,65536,0,596397,9.100296020507812
SRLMD,λ<=log n,65536,0,562933,8.589675903320312
SRLMD,λ<=log n,65536,0,641461,9.787918090820312
SRLMD,λ<=log n,65536,0,573477,8.750564575195312
SRLMD,λ<=log n,65536,0,593205,9.051589965820312
SRLMD,λ<=log n,65536,0,561119,8.561996459960938
SRLMD,λ<=log n,65536,0,575215,8.777084350585938
SRLMD,λ<=log n,65536,0,538346,8.214508056640625
SRLMD,λ<=log n,65536,0,611058,9.324005126953125
SRLMD,λ<=log n,65536,0,617201,9.417739868164062
SRLMD,λ<=log n,65536,0,576745,8.800430297851562
SRLMD,λ<=log n,65536,0,567277,8.655960083007812
SRLMD,λ<=log n,65536,0,556832,8.49658203125
SRLMD,λ<=log n,65536,0,598812,9.13714599609375
SRLMD,λ<=log n,65536,0,547741,8.357864379882812
SRLMD,λ<=log n,65536,0,569880,8.6956787109375
SRLMD,λ<=log n,65536,0,542906,8.284088134765625
SRLMD,λ<=log n,65536,0,546931,8.345504760742188
SRLMD,λ<=log n,65536,0,563300,8.59527587890625
SRLMD,λ<=log n,65536,0,589647,8.997299194335938
SRLMD,λ<=log n,65536,0,643397,9.817459106445312
SRLMD,λ<=log n,65536,0,601621,9.180007934570312
SRLMD,λ<=log n,65536,0,595766,9.090667724609375
SRLMD,λ<=log n,65536,0,564191,8.608871459960938
SRLMD,λ<=log n,65536,0,577830,8.816986083984375
SRLMD,λ<=log n,65536,0,596867,9.107467651367188
SRLMD,λ<=log n,65536,0,565144,8.6234130859375
SRLMD,λ<=log n,65536,0,592006,9.033294677734375
SRLMD,λ<=log n,65536,0,563024,8.591064453125
SRLMD,λ<=log n,65536,0,629472,9.60498046875
SRLMD,λ<=log n,65536,0,584531,8.919235229492188
SRLMD,λ<=log n,65536,0,588186,8.975006103515625
SRLMD,λ<=log n,65536,0,562978,8.590362548828125
SRLMD,λ<=log n,65536,0,601322,9.175445556640625
SRLMD,λ<=log n,65536,0,549829,8.389724731445312
SRLMD,λ<=log n,65536,0,643708,9.82220458984375
SRLMD,λ<=log n,65536,0,590822,9.015228271484375
SRLMD,λ<=log n,65536,0,557314,8.503936767578125
SRLMD,λ<=log n,65536,0,577980,8.81927490234375
SRLMD,λ<=log n,65536,0,531570,8.111114501953125
SRLMD,λ<=log n,65536,0,692842,10.571929931640625
SRLMD,λ<=log n,65536,0,575934,8.788055419921875
SRLMD,λ<=log n,65536,0,563604,8.59991455078125
SRLMD,λ<=log n,65536,0,538376,8.2149658203125
SRLMD,λ<=log n,65536,0,573943,8.757675170898438
SRLMD,λ<=log n,65536,0,544528,8.308837890625
SRLMD,λ<=log n,65536,0,596139,9.096359252929688
SRLMD,λ<=log n,65536,0,617099,9.416183471679688
SRLMD,λ<=log n,65536,0,612868,9.35162353515625
SRLMD,λ<=log n,65536,0,563364,8.59625244140625
SRLMD,λ<=log n,65536,0,578248,8.8233642578125
SRLMD,λ<=log n,65536,0,576674,8.799346923828125
SRLMD,λ<=log n,65536,0,581420,8.87176513671875
SSLMD,λ<=log n,65536,0,810049,12.360366821289062
SSLMD,λ<=log n,65536,0,802383,12.243392944335938
SSLMD,λ<=log n,65536,0,805514,12.291168212890625
SSLMD,λ<=log n,65536,0,791236,12.07330322265625
SSLMD,λ<=log n,65536,0,913887,13.944808959960938
SSLMD,λ<=log n,65536,0,812964,12.40484619140625
SSLMD,λ<=log n,65536,0,962474,14.686187744140625
SSLMD,λ<=log n,65536,0,760383,11.602523803710938
SSLMD,λ<=log n,65536,0,745289,11.372207641601562
SSLMD,λ<=log n,65536,0,753266,11.493927001953125
SSLMD,λ<=log n,65536,0,799740,12.20306396484375
SSLMD,λ<=log n,65536,0,799945,12.206192016601562
SSLMD,λ<=log n,65536,0,810725,12.370681762695312
SSLMD,λ<=log n,65536,0,805906,12.297149658203125
SSLMD,λ<=log n,65536,0,912154,13.918365478515625
SSLMD,λ<=log n,65536,0,812420,12.39654541015625
SSLMD,λ<=log n,65536,0,788144,12.026123046875
SSLMD,λ<=log n,65536,0,802925,12.251663208007812
SSLMD,λ<=log n,65536,0,752298,11.479156494140625
SSLMD,λ<=log n,65536,0,840668,12.82757568359375
SSLMD,λ<=log n,65536,0,760714,11.607574462890625
SSLMD,λ<=log n,65536,0,826080,12.60498046875
SSLMD,λ<=log n,65536,0,879191,13.415390014648438
SSLMD,λ<=log n,65536,0,840346,12.822662353515625
SSLMD,λ<=log n,65536,0,790213,12.057693481445312
SSLMD,λ<=log n,65536,0,808051,12.329879760742188
SSLMD,λ<=log n,65536,0,777535,11.864242553710938
SSLMD,λ<=log n,65536,0,764004,11.65777587890625
SSLMD,λ<=log n,65536,0,872095,13.307113647460938
SSLMD,λ<=log n,65536,0,885510,13.511810302734375
SSLMD,λ<=log n,65536,0,894789,13.653396606445312
SSLMD,λ<=log n,65536,0,841624,12.8421630859375
SSLMD,λ<=log n,65536,0,757369,11.556533813476562
SSLMD,λ<=log n,65536,0,783082,11.948883056640625
SSLMD,λ<=log n,65536,0,821834,12.540191650390625
SSLMD,λ<=log n,65536,0,878156,13.39959716796875
SSLMD,λ<=log n,65536,0,838369,12.792495727539062
SSLMD,λ<=log n,65536,0,799064,12.1927490234375
SSLMD,λ<=log n,65536,0,855141,13.048416137695312
SSLMD,λ<=log n,65536,0,833268,12.71466064453125
SSLMD,λ<=log n,65536,0,902412,13.76971435546875
SSLMD,λ<=log n,65536,0,901041,13.748794555664062
SSLMD,λ<=log n,65536,0,785610,11.987457275390625
SSLMD,λ<=log n,65536,0,801913,12.236221313476562
SSLMD,λ<=log n,65536,0,775887,11.839096069335938
SSLMD,λ<=log n,65536,0,801608,12.2315673828125
SSLMD,λ<=log n,65536,0,919160,14.0252685546875
SSLMD,λ<=log n,65536,0,740879,11.304916381835938
SSLMD,λ<=log n,65536,0,808388,12.33502197265625
SSLMD,λ<=log n,65536,0,801751,12.233749389648438
SSLMD,λ<=log n,65536,0,785799,11.990341186523438
SSLMD,λ<=log n,65536,0,795156,12.13311767578125
SSLMD,λ<=log n,65536,0,775159,11.827987670898438
SSLMD,λ<=log n,65536,0,794976,12.13037109375
SSLMD,λ<=log n,65536,0,816751,12.462631225585938
SSLMD,λ<=log n,65536,0,772006,11.779876708984375
SSLMD,λ<=log n,65536,0,801729,12.233413696289062
SSLMD,λ<=log n,65536,0,781841,11.929946899414062
SSLMD,λ<=log n,65536,0,811909,12.388748168945312
SSLMD,λ<=log n,65536,0,823614,12.567352294921875
SSLMD,λ<=log n,65536,0,876148,13.36895751953125
SSLMD,λ<=log n,65536,0,777651,11.866012573242188
SSLMD,λ<=log n,65536,0,762521,11.635147094726562
SSLMD,λ<=log n,65536,0,870749,13.286575317382812
SSLMD,λ<=log n,65536,0,791253,12.073562622070312
SSLMD,λ<=log n,65536,0,964415,14.715805053710938
SSLMD,λ<=log n,65536,0,773306,11.799713134765625
SSLMD,λ<=log n,65536,0,998427,15.234786987304688
SSLMD,λ<=log n,65536,0,915553,13.970230102539062
SSLMD,λ<=log n,65536,0,811282,12.379180908203125
SSLMD,λ<=log n,65536,0,828550,12.642669677734375
SSLMD,λ<=log n,65536,0,812055,12.390975952148438
SSLMD,λ<=log n,65536,0,810207,12.362777709960938
SSLMD,λ<=log n,65536,0,761374,11.617645263671875
SSLMD,λ<=log n,65536,0,829140,12.65167236328125
SSLMD,λ<=log n,65536,0,762418,11.633575439453125
SSLMD,λ<=log n,65536,0,940192,14.34619140625
SSLMD,λ<=log n,65536,0,789323,12.044113159179688
SSLMD,λ<=log n,65536,0,756260,11.53961181640625
SSLMD,λ<=log n,65536,0,814337,12.425796508789062
SSLMD,λ<=log n,65536,0,787409,12.014907836914062
SSLMD,λ<=log n,65536,0,794150,12.117767333984375
SSLMD,λ<=log n,65536,0,963669,14.704421997070312
SSLMD,λ<=log n,65536,0,815793,12.448013305664062
SSLMD,λ<=log n,65536,0,786862,12.006561279296875
SSLMD,λ<=log n,65536,0,818121,12.483535766601562
SSLMD,λ<=log n,65536,0,801895,12.235946655273438
SSLMD,λ<=log n,65536,0,877588,13.39093017578125
SSLMD,λ<=log n,65536,0,834626,12.735382080078125
SSLMD,λ<=log n,65536,0,733805,11.196975708007812
SSLMD,λ<=log n,65536,0,805605,12.292556762695312
SSLMD,λ<=log n,65536,0,768631,11.728378295898438
SSLMD,λ<=log n,65536,0,850352,12.975341796875
SSLMD,λ<=log n,65536,0,760385,11.602554321289062
SSLMD,λ<=log n,65536,0,832467,12.702438354492188
SSLMD,λ<=log n,65536,0,864067,13.184616088867188
SSLMD,λ<=log n,65536,0,802820,12.25006103515625
SSLMD,λ<=log n,65536,0,847516,12.93206787109375
SSLMD,λ<=log n,65536,0,766598,11.697357177734375
SSLMD,λ<=log n,65536,0,763700,11.65313720703125
SSDID,λ<=log n,65536,0,864901,13.197341918945312
SSDID,λ<=log n,65536,0,849349,12.960037231445312
SSDID,λ<=log n,65536,0,788359,12.029403686523438
SSDID,λ<=log n,65536,0,822409,12.548965454101562
SSDID,λ<=log n,65536,0,870555,13.283615112304688
SSDID,λ<=log n,65536,0,900805,13.745193481445312
SSDID,λ<=log n,65536,0,841917,12.846633911132812
SSDID,λ<=log n,65536,0,836949,12.770828247070312
SSDID,λ<=log n,65536,0,803593,12.261856079101562
SSDID,λ<=log n,65536,0,939383,14.333847045898438
SSDID,λ<=log n,65536,0,930305,14.195327758789062
SSDID,λ<=log n,65536,0,805185,12.286148071289062
SSDID,λ<=log n,65536,0,848663,12.949569702148438
SSDID,λ<=log n,65536,0,937237,14.301101684570312
SSDID,λ<=log n,65536,0,853971,13.030563354492188
SSDID,λ<=log n,65536,0,901723,13.759201049804688
SSDID,λ<=log n,65536,0,772087,11.781112670898438
SSDID,λ<=log n,65536,0,850061,12.970901489257812
SSDID,λ<=log n,65536,0,847183,12.926986694335938
SSDID,λ<=log n,65536,0,868869,13.257888793945312
SSDID,λ<=log n,65536,0,862693,13.163650512695312
SSDID,λ<=log n,65536,0,852253,13.004348754882812
SSDID,λ<=log n,65536,0,841265,12.836685180664062
SSDID,λ<=log n,65536,0,848879,12.952865600585938
SSDID,λ<=log n,65536,0,796379,12.151779174804688
SSDID,λ<=log n,65536,0,818831,12.494369506835938
SSDID,λ<=log n,65536,0,786507,12.001144409179688
SSDID,λ<=log n,65536,0,860889,13.136123657226562
SSDID,λ<=log n,65536,0,829771,12.661300659179688
SSDID,λ<=log n,65536,0,826247,12.607528686523438
SSDID,λ<=log n,65536,0,854229,13.034500122070312
SSDID,λ<=log n,65536,0,875811,13.363815307617188
SSDID,λ<=log n,65536,0,877063,13.382919311523438
SSDID,λ<=log n,65536,0,800969,12.221817016601562
SSDID,λ<=log n,65536,0,779155,11.888961791992188
SSDID,λ<=log n,65536,0,879137,13.414566040039062
SSDID,λ<=log n,65536,0,830217,12.668106079101562
SSDID,λ<=log n,65536,0,853197,13.018753051757812
SSDID,λ<=log n,65536,0,869787,13.271896362304688
SSDID,λ<=log n,65536,0,833545,12.718887329101562
SSDID,λ<=log n,65536,0,1034759,15.789169311523438
SSDID,λ<=log n,65536,0,862619,13.162521362304688
SSDID,λ<=log n,65536,0,797499,12.168869018554688
SSDID,λ<=log n,65536,0,827397,12.625076293945312
SSDID,λ<=log n,65536,0,821183,12.530258178710938
SSDID,λ<=log n,65536,0,914811,13.958908081054688
SSDID,λ<=log n,65536,0,847307,12.928878784179688
SSDID,λ<=log n,65536,0,882735,13.469467163085938
SSDID,λ<=log n,65536,0,845005,12.893753051757812
SSDID,λ<=log n,65536,0,791041,12.070327758789062
SSDID,λ<=log n,65536,0,882307,13.462936401367188
SSDID,λ<=log n,65536,0,830481,12.672134399414062
SSDID,λ<=log n,65536,0,868657,13.254653930664062
SSDID,λ<=log n,65536,0,882161,13.460708618164062
SSDID,λ<=log n,65536,0,862559,13.161605834960938
SSDID,λ<=log n,65536,0,849707,12.965499877929688
SSDID,λ<=log n,65536,0,862477,13.160354614257812
SSDID,λ<=log n,65536,0,932541,14.229446411132812
SSDID,λ<=log n,65536,0,809743,12.355697631835938
SSDID,λ<=log n,65536,0,821683,12.537887573242188
SSDID,λ<=log n,65536,0,913749,13.942703247070312
SSDID,λ<=log n,65536,0,877151,13.384262084960938
SSDID,λ<=log n,65536,0,830301,12.669387817382812
SSDID,λ<=log n,65536,0,832759,12.706893920898438
SSDID,λ<=log n,65536,0,833149,12.712844848632812
SSDID,λ<=log n,65536,0,826249,12.607559204101562
SSDID,λ<=log n,65536,0,930703,14.201400756835938
SSDID,λ<=log n,65536,0,804809,12.280410766601562
SSDID,λ<=log n,65536,0,908061,13.855911254882812
SSDID,λ<=log n,65536,0,846509,12.916702270507812
SSDID,λ<=log n,65536,0,983097,15.000869750976562
SSDID,λ<=log n,65536,0,852487,13.007919311523438
SSDID,λ<=log n,65536,0,867253,13.233230590820312
SSDID,λ<=log n,65536,0,784943,11.977279663085938
SSDID,λ<=log n,65536,0,819537,12.505142211914062
SSDID,λ<=log n,65536,0,809271,12.348495483398438
SSDID,λ<=log n,65536,0,914071,13.947616577148438
SSDID,λ<=log n,65536,0,877267,13.386032104492188
SSDID,λ<=log n,65536,0,931787,14.217941284179688
SSDID,λ<=log n,65536,0,781861,11.930252075195312
SSDID,λ<=log n,65536,0,857543,13.085067749023438
SSDID,λ<=log n,65536,0,843669,12.873367309570312
SSDID,λ<=log n,65536,0,805175,12.285995483398438
SSDID,λ<=log n,65536,0,819635,12.506637573242188
SSDID,λ<=log n,65536,0,850333,12.975051879882812
SSDID,λ<=log n,65536,0,817729,12.477554321289062
SSDID,λ<=log n,65536,0,797387,12.167160034179688
SSDID,λ<=log n,65536,0,881919,13.457015991210938
SSDID,λ<=log n,65536,0,829709,12.660354614257812
SSDID,λ<=log n,65536,0,878715,13.408126831054688
SSDID,λ<=log n,65536,0,899447,13.724472045898438
SSDID,λ<=log n,65536,0,783885,11.961135864257812
SSDID,λ<=log n,65536,0,839537,12.810317993164062
SSDID,λ<=log n,65536,0,810195,12.362594604492188
SSDID,λ<=log n,65536,0,849731,12.965866088867188
SSDID,λ<=log n,65536,0,791985,12.084732055664062
SSDID,λ<=log n,65536,0,870345,13.280410766601562
SSDID,λ<=log n,65536,0,958873,14.631240844726562
SSDID,λ<=log n,65536,0,804339,12.273239135742188
SSDID,λ<=log n,65536,0,884397,13.494827270507812
SRDID,λ<=log n,65536,0,691204,10.54693603515625
SRDID,λ<=log n,65536,0,641818,9.793365478515625
SRDID,λ<=log n,65536,0,662774,10.113128662109375
SRDID,λ<=log n,65536,0,651065,9.934463500976562
SRDID,λ<=log n,65536,0,636364,9.71014404296875
SRDID,λ<=log n,65536,0,676584,10.3238525390625
SRDID,λ<=log n,65536,0,673298,10.273712158203125
SRDID,λ<=log n,65536,0,644262,9.830657958984375
SRDID,λ<=log n,65536,0,630483,9.620407104492188
SRDID,λ<=log n,65536,0,640503,9.773300170898438
SRDID,λ<=log n,65536,0,650930,9.932403564453125
SRDID,λ<=log n,65536,0,655033,9.995010375976562
SRDID,λ<=log n,65536,0,632400,9.649658203125
SRDID,λ<=log n,65536,0,674721,10.295425415039062
SRDID,λ<=log n,65536,0,654269,9.983352661132812
SRDID,λ<=log n,65536,0,655741,10.005813598632812
SRDID,λ<=log n,65536,0,616080,9.400634765625
SRDID,λ<=log n,65536,0,638049,9.735855102539062
SRDID,λ<=log n,65536,0,631092,9.62969970703125
SRDID,λ<=log n,65536,0,680811,10.388351440429688
SRDID,λ<=log n,65536,0,715036,10.91058349609375
SRDID,λ<=log n,65536,0,776365,11.846389770507812
SRDID,λ<=log n,65536,0,610635,9.317550659179688
SRDID,λ<=log n,65536,0,672142,10.256072998046875
SRDID,λ<=log n,65536,0,665569,10.155776977539062
SRDID,λ<=log n,65536,0,680027,10.376388549804688
SRDID,λ<=log n,65536,0,663377,10.122329711914062
SRDID,λ<=log n,65536,0,626352,9.557373046875
SRDID,λ<=log n,65536,0,596851,9.107223510742188
SRDID,λ<=log n,65536,0,632288,9.64794921875
SRDID,λ<=log n,65536,0,645864,9.8551025390625
SRDID,λ<=log n,65536,0,606562,9.255401611328125
SRDID,λ<=log n,65536,0,602652,9.19573974609375
SRDID,λ<=log n,65536,0,694192,10.592529296875
SRDID,λ<=log n,65536,0,676077,10.316116333007812
SRDID,λ<=log n,65536,0,634396,9.68011474609375
SRDID,λ<=log n,65536,0,680018,10.376251220703125
SRDID,λ<=log n,65536,0,636071,9.705673217773438
SRDID,λ<=log n,65536,0,667748,10.18902587890625
SRDID,λ<=log n,65536,0,701028,10.69683837890625
SRDID,λ<=log n,65536,0,735936,11.2294921875
SRDID,λ<=log n,65536,0,724331,11.052413940429688
SRDID,λ<=log n,65536,0,639825,9.762954711914062
SRDID,λ<=log n,65536,0,663226,10.120025634765625
SRDID,λ<=log n,65536,0,672393,10.259902954101562
SRDID,λ<=log n,65536,0,654620,9.98870849609375
SRDID,λ<=log n,65536,0,610468,9.31500244140625
SRDID,λ<=log n,65536,0,668685,10.203323364257812
SRDID,λ<=log n,65536,0,649796,9.91510009765625
SRDID,λ<=log n,65536,0,653541,9.972244262695312
SRDID,λ<=log n,65536,0,678805,10.357742309570312
SRDID,λ<=log n,65536,0,643610,9.820709228515625
SRDID,λ<=log n,65536,0,649791,9.915023803710938
SRDID,λ<=log n,65536,0,679374,10.366424560546875
SRDID,λ<=log n,65536,0,638850,9.748077392578125
SRDID,λ<=log n,65536,0,619331,9.450241088867188
SRDID,λ<=log n,65536,0,669297,10.212661743164062
SRDID,λ<=log n,65536,0,640642,9.775421142578125
SRDID,λ<=log n,65536,0,652216,9.9520263671875
SRDID,λ<=log n,65536,0,690538,10.536773681640625
SRDID,λ<=log n,65536,0,709469,10.825637817382812
SRDID,λ<=log n,65536,0,628727,9.593612670898438
SRDID,λ<=log n,65536,0,649388,9.90887451171875
SRDID,λ<=log n,65536,0,674293,10.288894653320312
SRDID,λ<=log n,65536,0,704742,10.753509521484375
SRDID,λ<=log n,65536,0,664676,10.14215087890625
SRDID,λ<=log n,65536,0,632419,9.649948120117188
SRDID,λ<=log n,65536,0,634515,9.681930541992188
SRDID,λ<=log n,65536,0,633633,9.668472290039062
SRDID,λ<=log n,65536,0,670052,10.22418212890625
SRDID,λ<=log n,65536,0,641090,9.782257080078125
SRDID,λ<=log n,65536,0,655630,10.004119873046875
SRDID,λ<=log n,65536,0,672697,10.264541625976562
SRDID,λ<=log n,65536,0,644408,9.8328857421875
SRDID,λ<=log n,65536,0,613921,9.367691040039062
SRDID,λ<=log n,65536,0,667030,10.178070068359375
SRDID,λ<=log n,65536,0,675536,10.307861328125
SRDID,λ<=log n,65536,0,627561,9.575820922851562
SRDID,λ<=log n,65536,0,625202,9.539825439453125
SRDID,λ<=log n,65536,0,631170,9.630889892578125
SRDID,λ<=log n,65536,0,611435,9.329757690429688
SRDID,λ<=log n,65536,0,601494,9.178070068359375
SRDID,λ<=log n,65536,0,666922,10.176422119140625
SRDID,λ<=log n,65536,0,663940,10.13092041015625
SRDID,λ<=log n,65536,0,616966,9.414154052734375
SRDID,λ<=log n,65536,0,706572,10.78143310546875
SRDID,λ<=log n,65536,0,665360,10.152587890625
SRDID,λ<=log n,65536,0,658753,10.051773071289062
SRDID,λ<=log n,65536,0,650713,9.929092407226562
SRDID,λ<=log n,65536,0,651188,9.93634033203125
SRDID,λ<=log n,65536,0,690142,10.530731201171875
SRDID,λ<=log n,65536,0,660615,10.080184936523438
SRDID,λ<=log n,65536,0,681830,10.403900146484375
SRDID,λ<=log n,65536,0,673975,10.284042358398438
SRDID,λ<=log n,65536,0,661923,10.100143432617188
SRDID,λ<=log n,65536,0,626694,9.562591552734375
SRDID,λ<=log n,65536,0,682039,10.407089233398438
SRDID,λ<=log n,65536,0,698108,10.65228271484375
SRDID,λ<=log n,65536,0,679211,10.363937377929688
SRDID,λ<=log n,65536,0,604736,9.2275390625
SHDID,λ<=log n,65536,0,601419,9.176925659179688
SHDID,λ<=log n,65536,0,602062,9.186737060546875
SHDID,λ<=log n,65536,0,591120,9.019775390625
SHDID,λ<=log n,65536,0,590874,9.016021728515625
SHDID,λ<=log n,65536,0,571507,8.720504760742188
SHDID,λ<=log n,65536,0,586591,8.950668334960938
SHDID,λ<=log n,65536,0,619880,9.4586181640625
SHDID,λ<=log n,65536,0,607965,9.276809692382812
SHDID,λ<=log n,65536,0,661126,10.087982177734375
SHDID,λ<=log n,65536,0,622092,9.49237060546875
SHDID,λ<=log n,65536,0,608230,9.280853271484375
SHDID,λ<=log n,65536,0,594298,9.068267822265625
SHDID,λ<=log n,65536,0,618220,9.43328857421875
SHDID,λ<=log n,65536,0,650909,9.932083129882812
SHDID,λ<=log n,65536,0,584534,8.919281005859375
SHDID,λ<=log n,65536,0,575032,8.7742919921875
SHDID,λ<=log n,65536,0,574323,8.763473510742188
SHDID,λ<=log n,65536,0,603270,9.205169677734375
SHDID,λ<=log n,65536,0,602218,9.189117431640625
SHDID,λ<=log n,65536,0,574984,8.7735595703125
SHDID,λ<=log n,65536,0,589101,8.988967895507812
SHDID,λ<=log n,65536,0,696191,10.623031616210938
SHDID,λ<=log n,65536,0,608775,9.289169311523438
SHDID,λ<=log n,65536,0,607317,9.266921997070312
SHDID,λ<=log n,65536,0,599334,9.145111083984375
SHDID,λ<=log n,65536,0,618800,9.442138671875
SHDID,λ<=log n,65536,0,600020,9.15557861328125
SHDID,λ<=log n,65536,0,611880,9.3365478515625
SHDID,λ<=log n,65536,0,645518,9.849822998046875
SHDID,λ<=log n,65536,0,589124,8.98931884765625
SHDID,λ<=log n,65536,0,766813,11.700637817382812
SHDID,λ<=log n,65536,0,590920,9.0167236328125
SHDID,λ<=log n,65536,0,562845,8.588333129882812
SHDID,λ<=log n,65536,0,572652,8.73797607421875
SHDID,λ<=log n,65536,0,574154,8.760894775390625
SHDID,λ<=log n,65536,0,591588,9.02691650390625
SHDID,λ<=log n,65536,0,575102,8.775360107421875
SHDID,λ<=log n,65536,0,583834,8.908599853515625
SHDID,λ<=log n,65536,0,635658,9.699371337890625
SHDID,λ<=log n,65536,0,652987,9.963790893554688
SHDID,λ<=log n,65536,0,601610,9.179840087890625
SHDID,λ<=log n,65536,0,582119,8.882431030273438
SHDID,λ<=log n,65536,0,665906,10.160919189453125
SHDID,λ<=log n,65536,0,604421,9.222732543945312
SHDID,λ<=log n,65536,0,602212,9.18902587890625
SHDID,λ<=log n,65536,0,569117,8.684036254882812
SHDID,λ<=log n,65536,0,637953,9.734390258789062
SHDID,λ<=log n,65536,0,696654,10.630096435546875
SHDID,λ<=log n,65536,0,624696,9.5321044921875
SHDID,λ<=log n,65536,0,716451,10.932174682617188
SHDID,λ<=log n,65536,0,581377,8.871109008789062
SHDID,λ<=log n,65536,0,554704,8.464111328125
SHDID,λ<=log n,65536,0,580525,8.858108520507812
SHDID,λ<=log n,65536,0,576797,8.801223754882812
SHDID,λ<=log n,65536,0,605615,9.240951538085938
SHDID,λ<=log n,65536,0,608583,9.286239624023438
SHDID,λ<=log n,65536,0,586400,8.94775390625
SHDID,λ<=log n,65536,0,624791,9.533554077148438
SHDID,λ<=log n,65536,0,611527,9.331161499023438
SHDID,λ<=log n,65536,0,591456,9.02490234375
SHDID,λ<=log n,65536,0,608448,9.2841796875
SHDID,λ<=log n,65536,0,617185,9.417495727539062
SHDID,λ<=log n,65536,0,641677,9.791213989257812
SHDID,λ<=log n,65536,0,557815,8.511581420898438
SHDID,λ<=log n,65536,0,658526,10.048309326171875
SHDID,λ<=log n,65536,0,586976,8.95654296875
SHDID,λ<=log n,65536,0,591928,9.0321044921875
SHDID,λ<=log n,65536,0,625490,9.544219970703125
SHDID,λ<=log n,65536,0,618898,9.443634033203125
SHDID,λ<=log n,65536,0,635498,9.696929931640625
SHDID,λ<=log n,65536,0,567732,8.66290283203125
SHDID,λ<=log n,65536,0,608213,9.280593872070312
SHDID,λ<=log n,65536,0,571959,8.727401733398438
SHDID,λ<=log n,65536,0,593869,9.061721801757812
SHDID,λ<=log n,65536,0,651256,9.9373779296875
SHDID,λ<=log n,65536,0,595294,9.083465576171875
SHDID,λ<=log n,65536,0,599355,9.145431518554688
SHDID,λ<=log n,65536,0,623689,9.516738891601562
SHDID,λ<=log n,65536,0,591172,9.02056884765625
SHDID,λ<=log n,65536,0,574464,8.765625
SHDID,λ<=log n,65536,0,588943,8.986557006835938
SHDID,λ<=log n,65536,0,675740,10.31097412109375
SHDID,λ<=log n,65536,0,672437,10.260574340820312
SHDID,λ<=log n,65536,0,606392,9.2528076171875
SHDID,λ<=log n,65536,0,590199,9.005722045898438
SHDID,λ<=log n,65536,0,612269,9.342483520507812
SHDID,λ<=log n,65536,0,582745,8.891983032226562
SHDID,λ<=log n,65536,0,599603,9.149215698242188
SHDID,λ<=log n,65536,0,576645,8.798904418945312
SHDID,λ<=log n,65536,0,624567,9.530136108398438
SHDID,λ<=log n,65536,0,635550,9.697723388671875
SHDID,λ<=log n,65536,0,602361,9.191299438476562
SHDID,λ<=log n,65536,0,551130,8.409576416015625
SHDID,λ<=log n,65536,0,615073,9.385269165039062
SHDID,λ<=log n,65536,0,580777,8.861953735351562
SHDID,λ<=log n,65536,0,644938,9.840972900390625
SHDID,λ<=log n,65536,0,615372,9.38983154296875
SHDID,λ<=log n,65536,0,594701,9.074417114257812
SHDID,λ<=log n,65536,0,580846,8.863006591796875
SHDID,λ<=log n,65536,0,561130,8.562164306640625
SHLID,λ<=log n,65536,0,618575,9.438705444335938
SHLID,λ<=log n,65536,0,599382,9.145843505859375
SHLID,λ<=log n,65536,0,604438,9.222991943359375
SHLID,λ<=log n,65536,0,667052,10.17840576171875
SHLID,λ<=log n,65536,0,621544,9.4840087890625
SHLID,λ<=log n,65536,0,665584,10.156005859375
SHLID,λ<=log n,65536,0,623685,9.516677856445312
SHLID,λ<=log n,65536,0,605635,9.241256713867188
SHLID,λ<=log n,65536,0,607912,9.2760009765625
SHLID,λ<=log n,65536,0,636641,9.714370727539062
SHLID,λ<=log n,65536,0,599315,9.144821166992188
SHLID,λ<=log n,65536,0,610687,9.318344116210938
SHLID,λ<=log n,65536,0,651197,9.936477661132812
SHLID,λ<=log n,65536,0,643671,9.821640014648438
SHLID,λ<=log n,65536,0,653709,9.974807739257812
SHLID,λ<=log n,65536,0,672320,10.2587890625
SHLID,λ<=log n,65536,0,616143,9.401596069335938
SHLID,λ<=log n,65536,0,649304,9.9075927734375
SHLID,λ<=log n,65536,0,637750,9.731292724609375
SHLID,λ<=log n,65536,0,653246,9.967742919921875
SHLID,λ<=log n,65536,0,600218,9.158599853515625
SHLID,λ<=log n,65536,0,654208,9.982421875
SHLID,λ<=log n,65536,0,645824,9.8544921875
SHLID,λ<=log n,65536,0,630719,9.624008178710938
SHLID,λ<=log n,65536,0,596152,9.0965576171875
SHLID,λ<=log n,65536,0,647142,9.874603271484375
SHLID,λ<=log n,65536,0,598935,9.139022827148438
SHLID,λ<=log n,65536,0,663448,10.1234130859375
SHLID,λ<=log n,65536,0,636921,9.718643188476562
SHLID,λ<=log n,65536,0,607673,9.272354125976562
SHLID,λ<=log n,65536,0,583287,8.900253295898438
SHLID,λ<=log n,65536,0,634401,9.680191040039062
SHLID,λ<=log n,65536,0,629816,9.6102294921875
SHLID,λ<=log n,65536,0,605168,9.234130859375
SHLID,λ<=log n,65536,0,607863,9.275253295898438
SHLID,λ<=log n,65536,0,633177,9.661514282226562
SHLID,λ<=log n,65536,0,649289,9.907363891601562
SHLID,λ<=log n,65536,0,592387,9.039108276367188
SHLID,λ<=log n,65536,0,607953,9.276626586914062
SHLID,λ<=log n,65536,0,603289,9.205459594726562
SHLID,λ<=log n,65536,0,659025,10.055923461914062
SHLID,λ<=log n,65536,0,599303,9.144638061523438
SHLID,λ<=log n,65536,0,626885,9.565505981445312
SHLID,λ<=log n,65536,0,619093,9.446609497070312
SHLID,λ<=log n,65536,0,613040,9.354248046875
SHLID,λ<=log n,65536,0,620036,9.46099853515625
SHLID,λ<=log n,65536,0,613257,9.357559204101562
SHLID,λ<=log n,65536,0,579484,8.84222412109375
SHLID,λ<=log n,65536,0,619059,9.446090698242188
SHLID,λ<=log n,65536,0,669894,10.221771240234375
SHLID,λ<=log n,65536,0,611658,9.333160400390625
SHLID,λ<=log n,65536,0,605515,9.239425659179688
SHLID,λ<=log n,65536,0,643966,9.826141357421875
SHLID,λ<=log n,65536,0,613121,9.355484008789062
SHLID,λ<=log n,65536,0,595635,9.088668823242188
SHLID,λ<=log n,65536,0,599958,9.154632568359375
SHLID,λ<=log n,65536,0,663125,10.118484497070312
SHLID,λ<=log n,65536,0,628500,9.59014892578125
SHLID,λ<=log n,65536,0,611494,9.330657958984375
SHLID,λ<=log n,65536,0,628449,9.589370727539062
SHLID,λ<=log n,65536,0,656924,10.02386474609375
SHLID,λ<=log n,65536,0,624498,9.529083251953125
SHLID,λ<=log n,65536,0,731809,11.166519165039062
SHLID,λ<=log n,65536,0,645305,9.846572875976562
SHLID,λ<=log n,65536,0,658983,10.055282592773438
SHLID,λ<=log n,65536,0,618507,9.437667846679688
SHLID,λ<=log n,65536,0,600488,9.1627197265625
SHLID,λ<=log n,65536,0,691703,10.554550170898438
SHLID,λ<=log n,65536,0,606601,9.255996704101562
SHLID,λ<=log n,65536,0,636132,9.70660400390625
SHLID,λ<=log n,65536,0,654477,9.986526489257812
SHLID,λ<=log n,65536,0,659670,10.065765380859375
SHLID,λ<=log n,65536,0,605800,9.2437744140625
SHLID,λ<=log n,65536,0,609775,9.304428100585938
SHLID,λ<=log n,65536,0,611501,9.330764770507812
SHLID,λ<=log n,65536,0,584655,8.921127319335938
SHLID,λ<=log n,65536,0,659200,10.05859375
SHLID,λ<=log n,65536,0,644422,9.833099365234375
SHLID,λ<=log n,65536,0,668610,10.202178955078125
SHLID,λ<=log n,65536,0,584075,8.912277221679688
SHLID,λ<=log n,65536,0,596418,9.100616455078125
SHLID,λ<=log n,65536,0,661438,10.092742919921875
SHLID,λ<=log n,65536,0,672713,10.264785766601562
SHLID,λ<=log n,65536,0,616373,9.405105590820312
SHLID,λ<=log n,65536,0,626214,9.555267333984375
SHLID,λ<=log n,65536,0,703435,10.733566284179688
SHLID,λ<=log n,65536,0,646240,9.86083984375
SHLID,λ<=log n,65536,0,641348,9.78619384765625
SHLID,λ<=log n,65536,0,634327,9.679061889648438
SHLID,λ<=log n,65536,0,616872,9.4127197265625
SHLID,λ<=log n,65536,0,629729,9.608901977539062
SHLID,λ<=log n,65536,0,650429,9.924758911132812
SHLID,λ<=log n,65536,0,587052,8.95770263671875
SHLID,λ<=log n,65536,0,593993,9.063613891601562
SHLID,λ<=log n,65536,0,628950,9.597015380859375
SHLID,λ<=log n,65536,0,744883,11.366012573242188
SHLID,λ<=log n,65536,0,605490,9.239044189453125
SHLID,λ<=log n,65536,0,688486,10.505462646484375
SHLID,λ<=log n,65536,0,616498,9.407012939453125
SHLID,λ<=log n,65536,0,615111,9.385848999023438
SRLID,λ<=log n,65536,0,667566,10.186248779296875
SRLID,λ<=log n,65536,0,688943,10.512435913085938
SRLID,λ<=log n,65536,0,696556,10.62860107421875
SRLID,λ<=log n,65536,0,659609,10.064834594726562
SRLID,λ<=log n,65536,0,648255,9.891586303710938
SRLID,λ<=log n,65536,0,682245,10.410232543945312
SRLID,λ<=log n,65536,0,656962,10.024444580078125
SRLID,λ<=log n,65536,0,687893,10.496414184570312
SRLID,λ<=log n,65536,0,726755,11.089401245117188
SRLID,λ<=log n,65536,0,656551,10.018173217773438
SRLID,λ<=log n,65536,0,660559,10.079330444335938
SRLID,λ<=log n,65536,0,730387,11.144821166992188
SRLID,λ<=log n,65536,0,666254,10.166229248046875
SRLID,λ<=log n,65536,0,690753,10.540054321289062
SRLID,λ<=log n,65536,0,681418,10.397613525390625
SRLID,λ<=log n,65536,0,659421,10.061965942382812
SRLID,λ<=log n,65536,0,756628,11.54522705078125
SRLID,λ<=log n,65536,0,638263,9.739120483398438
SRLID,λ<=log n,65536,0,667422,10.184051513671875
SRLID,λ<=log n,65536,0,648306,9.892364501953125
SRLID,λ<=log n,65536,0,711901,10.862747192382812
SRLID,λ<=log n,65536,0,662576,10.110107421875
SRLID,λ<=log n,65536,0,717395,10.946578979492188
SRLID,λ<=log n,65536,0,655760,10.006103515625
SRLID,λ<=log n,65536,0,652050,9.949493408203125
SRLID,λ<=log n,65536,0,653567,9.972640991210938
SRLID,λ<=log n,65536,0,635958,9.703948974609375
SRLID,λ<=log n,65536,0,676746,10.326324462890625
SRLID,λ<=log n,65536,0,718033,10.956314086914062
SRLID,λ<=log n,65536,0,672303,10.258529663085938
SRLID,λ<=log n,65536,0,663641,10.126358032226562
SRLID,λ<=log n,65536,0,661505,10.093765258789062
SRLID,λ<=log n,65536,0,714096,10.896240234375
SRLID,λ<=log n,65536,0,679964,10.37542724609375
SRLID,λ<=log n,65536,0,633001,9.658828735351562
SRLID,λ<=log n,65536,0,649555,9.911422729492188
SRLID,λ<=log n,65536,0,634535,9.682235717773438
SRLID,λ<=log n,65536,0,704815,10.754623413085938
SRLID,λ<=log n,65536,0,679762,10.372344970703125
SRLID,λ<=log n,65536,0,715603,10.919235229492188
SRLID,λ<=log n,65536,0,686389,10.473464965820312
SRLID,λ<=log n,65536,0,664762,10.143463134765625
SRLID,λ<=log n,65536,0,769838,11.746795654296875
SRLID,λ<=log n,65536,0,665399,10.153182983398438
SRLID,λ<=log n,65536,0,683953,10.436294555664062
SRLID,λ<=log n,65536,0,678631,10.355087280273438
SRLID,λ<=log n,65536,0,640710,9.776458740234375
SRLID,λ<=log n,65536,0,631202,9.631378173828125
SRLID,λ<=log n,65536,0,643847,9.824325561523438
SRLID,λ<=log n,65536,0,676997,10.330154418945312
SRLID,λ<=log n,65536,0,676773,10.326736450195312
SRLID,λ<=log n,65536,0,717776,10.952392578125
SRLID,λ<=log n,65536,0,674454,10.291351318359375
SRLID,λ<=log n,65536,0,681354,10.396636962890625
SRLID,λ<=log n,65536,0,681063,10.392196655273438
SRLID,λ<=log n,65536,0,635032,9.6898193359375
SRLID,λ<=log n,65536,0,683910,10.435638427734375
SRLID,λ<=log n,65536,0,665698,10.157745361328125
SRLID,λ<=log n,65536,0,709532,10.82659912109375
SRLID,λ<=log n,65536,0,672611,10.263229370117188
SRLID,λ<=log n,65536,0,689355,10.518722534179688
SRLID,λ<=log n,65536,0,683149,10.424026489257812
SRLID,λ<=log n,65536,0,763539,11.650680541992188
SRLID,λ<=log n,65536,0,671023,10.238998413085938
SRLID,λ<=log n,65536,0,621760,9.4873046875
SRLID,λ<=log n,65536,0,690103,10.530136108398438
SRLID,λ<=log n,65536,0,714756,10.90631103515625
SRLID,λ<=log n,65536,0,687522,10.490753173828125
SRLID,λ<=log n,65536,0,655198,9.997528076171875
SRLID,λ<=log n,65536,0,663263,10.120590209960938
SRLID,λ<=log n,65536,0,733556,11.19317626953125
SRLID,λ<=log n,65536,0,709770,10.830230712890625
SRLID,λ<=log n,65536,0,667654,10.187591552734375
SRLID,λ<=log n,65536,0,703552,10.7353515625
SRLID,λ<=log n,65536,0,635474,9.696563720703125
SRLID,λ<=log n,65536,0,663745,10.127944946289062
SRLID,λ<=log n,65536,0,651341,9.938674926757812
SRLID,λ<=log n,65536,0,713008,10.879638671875
SRLID,λ<=log n,65536,0,679450,10.367584228515625
SRLID,λ<=log n,65536,0,711156,10.85137939453125
SRLID,λ<=log n,65536,0,648760,9.8992919921875
SRLID,λ<=log n,65536,0,650522,9.926177978515625
SRLID,λ<=log n,65536,0,709932,10.83270263671875
SRLID,λ<=log n,65536,0,768880,11.732177734375
SRLID,λ<=log n,65536,0,650017,9.918472290039062
SRLID,λ<=log n,65536,0,634595,9.683151245117188
SRLID,λ<=log n,65536,0,705941,10.771804809570312
SRLID,λ<=log n,65536,0,643006,9.811492919921875
SRLID,λ<=log n,65536,0,672266,10.257965087890625
SRLID,λ<=log n,65536,0,634367,9.679672241210938
SRLID,λ<=log n,65536,0,689424,10.519775390625
SRLID,λ<=log n,65536,0,640422,9.772064208984375
SRLID,λ<=log n,65536,0,864730,13.194732666015625
SRLID,λ<=log n,65536,0,686843,10.480392456054688
SRLID,λ<=log n,65536,0,666182,10.165130615234375
SRLID,λ<=log n,65536,0,683097,10.423233032226562
SRLID,λ<=log n,65536,0,669670,10.218353271484375
SRLID,λ<=log n,65536,0,671917,10.252639770507812
SRLID,λ<=log n,65536,0,697906,10.649200439453125
SRLID,λ<=log n,65536,0,714930,10.908966064453125
SSLID,λ<=log n,65536,0,852067,13.001510620117188
SSLID,λ<=log n,65536,0,927455,14.151840209960938
SSLID,λ<=log n,65536,0,913471,13.938461303710938
SSLID,λ<=log n,65536,0,968775,14.782333374023438
SSLID,λ<=log n,65536,0,973599,14.855941772460938
SSLID,λ<=log n,65536,0,900381,13.738723754882812
SSLID,λ<=log n,65536,0,854233,13.034561157226562
SSLID,λ<=log n,65536,0,895287,13.660995483398438
SSLID,λ<=log n,65536,0,931659,14.215988159179688
SSLID,λ<=log n,65536,0,926875,14.142990112304688
SSLID,λ<=log n,65536,0,872655,13.315658569335938
SSLID,λ<=log n,65536,0,915641,13.971572875976562
SSLID,λ<=log n,65536,0,891281,13.599868774414062
SSLID,λ<=log n,65536,0,895955,13.671188354492188
SSLID,λ<=log n,65536,0,904497,13.801528930664062
SSLID,λ<=log n,65536,0,831807,12.692367553710938
SSLID,λ<=log n,65536,0,858653,13.102005004882812
SSLID,λ<=log n,65536,0,906093,13.825881958007812
SSLID,λ<=log n,65536,0,844239,12.882064819335938
SSLID,λ<=log n,65536,0,942713,14.384658813476562
SSLID,λ<=log n,65536,0,886197,13.522293090820312
SSLID,λ<=log n,65536,0,897797,13.699295043945312
SSLID,λ<=log n,65536,0,903075,13.779830932617188
SSLID,λ<=log n,65536,0,893875,13.639450073242188
SSLID,λ<=log n,65536,0,930475,14.197921752929688
SSLID,λ<=log n,65536,0,883771,13.485275268554688
SSLID,λ<=log n,65536,0,909363,13.875778198242188
SSLID,λ<=log n,65536,0,1006165,15.352859497070312
SSLID,λ<=log n,65536,0,909925,13.884353637695312
SSLID,λ<=log n,65536,0,884493,13.496292114257812
SSLID,λ<=log n,65536,0,909927,13.884384155273438
SSLID,λ<=log n,65536,0,888591,13.558822631835938
SSLID,λ<=log n,65536,0,882169,13.460830688476562
SSLID,λ<=log n,65536,0,853929,13.029922485351562
SSLID,λ<=log n,65536,0,950853,14.508865356445312
SSLID,λ<=log n,65536,0,930287,14.195053100585938
SSLID,λ<=log n,65536,0,930515,14.198532104492188
SSLID,λ<=log n,65536,0,832859,12.708419799804688
SSLID,λ<=log n,65536,0,856387,13.067428588867188
SSLID,λ<=log n,65536,0,884297,13.493301391601562
SSLID,λ<=log n,65536,0,841209,12.835830688476562
SSLID,λ<=log n,65536,0,908877,13.868362426757812
SSLID,λ<=log n,65536,0,937747,14.308883666992188
SSLID,λ<=log n,65536,0,935955,14.281539916992188
SSLID,λ<=log n,65536,0,856821,13.074050903320312
SSLID,λ<=log n,65536,0,949985,14.495620727539062
SSLID,λ<=log n,65536,0,868991,13.259750366210938
SSLID,λ<=log n,65536,0,926815,14.142074584960938
SSLID,λ<=log n,65536,0,912165,13.918533325195312
SSLID,λ<=log n,65536,0,846395,12.914962768554688
SSLID,λ<=log n,65536,0,863545,13.176651000976562
SSLID,λ<=log n,65536,0,920819,14.050582885742188
SSLID,λ<=log n,65536,0,866077,13.215286254882812
SSLID,λ<=log n,65536,0,854087,13.032333374023438
SSLID,λ<=log n,65536,0,873811,13.333297729492188
SSLID,λ<=log n,65536,0,886707,13.530075073242188
SSLID,λ<=log n,65536,0,914899,13.960250854492188
SSLID,λ<=log n,65536,0,861127,13.139755249023438
SSLID,λ<=log n,65536,0,926541,14.137893676757812
SSLID,λ<=log n,65536,0,909321,13.875137329101562
SSLID,λ<=log n,65536,0,874783,13.348129272460938
SSLID,λ<=log n,65536,0,884669,13.498977661132812
SSLID,λ<=log n,65536,0,907285,13.844070434570312
SSLID,λ<=log n,65536,0,863113,13.170059204101562
SSLID,λ<=log n,65536,0,816787,12.463180541992188
SSLID,λ<=log n,65536,0,921275,14.057540893554688
SSLID,λ<=log n,65536,0,929329,14.180435180664062
SSLID,λ<=log n,65536,0,879643,13.422286987304688
SSLID,λ<=log n,65536,0,868427,13.251144409179688
SSLID,λ<=log n,65536,0,879381,13.418289184570312
SSLID,λ<=log n,65536,0,919633,14.032485961914062
SSLID,λ<=log n,65536,0,861365,13.143386840820312
SSLID,λ<=log n,65536,0,866629,13.223709106445312
SSLID,λ<=log n,65536,0,870379,13.280929565429688
SSLID,λ<=log n,65536,0,908213,13.858230590820312
SSLID,λ<=log n,65536,0,900779,13.744796752929688
SSLID,λ<=log n,65536,0,845377,12.899429321289062
SSLID,λ<=log n,65536,0,869883,13.273361206054688
SSLID,λ<=log n,65536,0,900845,13.745803833007812
SSLID,λ<=log n,65536,0,859609,13.116592407226562
SSLID,λ<=log n,65536,0,944401,14.410415649414062
SSLID,λ<=log n,65536,0,845535,12.901840209960938
SSLID,λ<=log n,65536,0,879651,13.422409057617188
SSLID,λ<=log n,65536,0,861031,13.138290405273438
SSLID,λ<=log n,65536,0,867707,13.240158081054688
SSLID,λ<=log n,65536,0,912799,13.928207397460938
SSLID,λ<=log n,65536,0,911483,13.908126831054688
SSLID,λ<=log n,65536,0,877617,13.391372680664062
SSLID,λ<=log n,65536,0,847423,12.930648803710938
SSLID,λ<=log n,65536,0,908843,13.867843627929688
SSLID,λ<=log n,65536,0,978119,14.924911499023438
SSLID,λ<=log n,65536,0,859005,13.107376098632812
SSLID,λ<=log n,65536,0,910789,13.897537231445312
SSLID,λ<=log n,65536,0,855391,13.052230834960938
SSLID,λ<=log n,65536,0,875161,13.353897094726562
SSLID,λ<=log n,65536,0,929819,14.187911987304688
SSLID,λ<=log n,65536,0,887981,13.549514770507812
SSLID,λ<=log n,65536,0,950601,14.505020141601562
SSLID,λ<=log n,65536,0,870019,13.275436401367188
SSLID,λ<=log n,65536,0,855087,13.047592163085938
SSDCU,λ<=log n,65536,0,810541,12.367874145507812
SSDCU,λ<=log n,65536,0,711994,10.864166259765625
SSDCU,λ<=log n,65536,0,750243,11.447799682617188
SSDCU,λ<=log n,65536,0,732584,11.1783447265625
SSDCU,λ<=log n,65536,0,730393,11.144912719726562
SSDCU,λ<=log n,65536,0,721764,11.01324462890625
SSDCU,λ<=log n,65536,0,723889,11.045669555664062
SSDCU,λ<=log n,65536,0,799429,12.198318481445312
SSDCU,λ<=log n,65536,0,751187,11.462203979492188
SSDCU,λ<=log n,65536,0,738022,11.261322021484375
SSDCU,λ<=log n,65536,0,746241,11.386734008789062
SSDCU,λ<=log n,65536,0,775303,11.830184936523438
SSDCU,λ<=log n,65536,0,739629,11.285842895507812
SSDCU,λ<=log n,65536,0,728536,11.1165771484375
SSDCU,λ<=log n,65536,0,725660,11.07269287109375
SSDCU,λ<=log n,65536,0,777735,11.867294311523438
SSDCU,λ<=log n,65536,0,724905,11.061172485351562
SSDCU,λ<=log n,65536,0,702072,10.7127685546875
SSDCU,λ<=log n,65536,0,800023,12.207382202148438
SSDCU,λ<=log n,65536,0,804482,12.275421142578125
SSDCU,λ<=log n,65536,0,719978,10.985992431640625
SSDCU,λ<=log n,65536,0,796447,12.152816772460938
SSDCU,λ<=log n,65536,0,733179,11.187423706054688
SSDCU,λ<=log n,65536,0,733945,11.199111938476562
SSDCU,λ<=log n,65536,0,761717,11.622879028320312
SSDCU,λ<=log n,65536,0,858708,13.10284423828125
SSDCU,λ<=log n,65536,0,774016,11.810546875
SSDCU,λ<=log n,65536,0,759173,11.584060668945312
SSDCU,λ<=log n,65536,0,685060,10.45318603515625
SSDCU,λ<=log n,65536,0,809318,12.349212646484375
SSDCU,λ<=log n,65536,0,736168,11.2330322265625
SSDCU,λ<=log n,65536,0,784785,11.974868774414062
SSDCU,λ<=log n,65536,0,759275,11.585617065429688
SSDCU,λ<=log n,65536,0,780911,11.915756225585938
SSDCU,λ<=log n,65536,0,684858,10.450103759765625
SSDCU,λ<=log n,65536,0,837841,12.784439086914062
SSDCU,λ<=log n,65536,0,777825,11.868667602539062
SSDCU,λ<=log n,65536,0,731703,11.164901733398438
SSDCU,λ<=log n,65536,0,903168,13.78125
SSDCU,λ<=log n,65536,0,705856,10.7705078125
SSDCU,λ<=log n,65536,0,835647,12.750961303710938
SSDCU,λ<=log n,65536,0,841652,12.84259033203125
SSDCU,λ<=log n,65536,0,745172,11.37042236328125
SSDCU,λ<=log n,65536,0,851446,12.992034912109375
SSDCU,λ<=log n,65536,0,756373,11.541336059570312
SSDCU,λ<=log n,65536,0,684539,10.445236206054688
SSDCU,λ<=log n,65536,0,744758,11.364105224609375
SSDCU,λ<=log n,65536,0,756877,11.549026489257812
SSDCU,λ<=log n,65536,0,781347,11.922409057617188
SSDCU,λ<=log n,65536,0,732578,11.178253173828125
SSDCU,λ<=log n,65536,0,726282,11.082183837890625
SSDCU,λ<=log n,65536,0,708495,10.810775756835938
SSDCU,λ<=log n,65536,0,763615,11.651840209960938
SSDCU,λ<=log n,65536,0,782139,11.934494018554688
SSDCU,λ<=log n,65536,0,734383,11.205795288085938
SSDCU,λ<=log n,65536,0,730991,11.154037475585938
SSDCU,λ<=log n,65536,0,756034,11.536163330078125
SSDCU,λ<=log n,65536,0,754477,11.512405395507812
SSDCU,λ<=log n,65536,0,723390,11.038055419921875
SSDCU,λ<=log n,65536,0,722856,11.0299072265625
SSDCU,λ<=log n,65536,0,774174,11.812957763671875
SSDCU,λ<=log n,65536,0,720115,10.988082885742188
SSDCU,λ<=log n,65536,0,838155,12.789230346679688
SSDCU,λ<=log n,65536,0,811784,12.3868408203125
SSDCU,λ<=log n,65536,0,718774,10.967620849609375
SSDCU,λ<=log n,65536,0,781504,11.9248046875
SSDCU,λ<=log n,65536,0,793414,12.106536865234375
SSDCU,λ<=log n,65536,0,730411,11.145187377929688
SSDCU,λ<=log n,65536,0,708032,10.8037109375
SSDCU,λ<=log n,65536,0,831982,12.695037841796875
SSDCU,λ<=log n,65536,0,848351,12.944808959960938
SSDCU,λ<=log n,65536,0,978196,14.92608642578125
SSDCU,λ<=log n,65536,0,734321,11.204849243164062
SSDCU,λ<=log n,65536,0,788533,12.032058715820312
SSDCU,λ<=log n,65536,0,755623,11.529891967773438
SSDCU,λ<=log n,65536,0,776348,11.84613037109375
SSDCU,λ<=log n,65536,0,775239,11.829208374023438
SSDCU,λ<=log n,65536,0,797396,12.16729736328125
SSDCU,λ<=log n,65536,0,714199,10.897811889648438
SSDCU,λ<=log n,65536,0,777974,11.870941162109375
SSDCU,λ<=log n,65536,0,792540,12.09320068359375
SSDCU,λ<=log n,65536,0,749904,11.442626953125
SSDCU,λ<=log n,65536,0,814526,12.428680419921875
SSDCU,λ<=log n,65536,0,730752,11.150390625
SSDCU,λ<=log n,65536,0,714753,10.906265258789062
SSDCU,λ<=log n,65536,0,907202,13.842803955078125
SSDCU,λ<=log n,65536,0,752696,11.4852294921875
SSDCU,λ<=log n,65536,0,799106,12.193389892578125
SSDCU,λ<=log n,65536,0,778605,11.880569458007812
SSDCU,λ<=log n,65536,0,846188,12.91180419921875
SSDCU,λ<=log n,65536,0,813969,12.420181274414062
SSDCU,λ<=log n,65536,0,742140,11.32415771484375
SSDCU,λ<=log n,65536,0,762774,11.639007568359375
SSDCU,λ<=log n,65536,0,775135,11.827621459960938
SSDCU,λ<=log n,65536,0,749274,11.433013916015625
SSDCU,λ<=log n,65536,0,764617,11.667129516601562
SSDCU,λ<=log n,65536,0,704971,10.757003784179688
SSDCU,λ<=log n,65536,0,756232,11.5391845703125
SSDCU,λ<=log n,65536,0,714384,10.900634765625
SRDCU,λ<=log n,65536,0,550000,8.392333984375
SRDCU,λ<=log n,65536,0,587404,8.96307373046875
SRDCU,λ<=log n,65536,0,601784,9.1824951171875
SRDCU,λ<=log n,65536,0,540729,8.250869750976562
SRDCU,λ<=log n,65536,0,578412,8.82586669921875
SRDCU,λ<=log n,65536,0,529131,8.073898315429688
SRDCU,λ<=log n,65536,0,704864,10.75537109375
SRDCU,λ<=log n,65536,0,570454,8.704437255859375
SRDCU,λ<=log n,65536,0,584652,8.92108154296875
SRDCU,λ<=log n,65536,0,518425,7.9105377197265625
SRDCU,λ<=log n,65536,0,583259,8.899826049804688
SRDCU,λ<=log n,65536,0,559134,8.531707763671875
SRDCU,λ<=log n,65536,0,533125,8.134841918945312
SRDCU,λ<=log n,65536,0,659924,10.06964111328125
SRDCU,λ<=log n,65536,0,627591,9.576278686523438
SRDCU,λ<=log n,65536,0,554943,8.467758178710938
SRDCU,λ<=log n,65536,0,542834,8.282989501953125
SRDCU,λ<=log n,65536,0,545513,8.323867797851562
SRDCU,λ<=log n,65536,0,604665,9.226455688476562
SRDCU,λ<=log n,65536,0,582130,8.882598876953125
SRDCU,λ<=log n,65536,0,571508,8.72052001953125
SRDCU,λ<=log n,65536,0,603565,9.209671020507812
SRDCU,λ<=log n,65536,0,594496,9.0712890625
SRDCU,λ<=log n,65536,0,597424,9.115966796875
SRDCU,λ<=log n,65536,0,587909,8.970779418945312
SRDCU,λ<=log n,65536,0,602716,9.19671630859375
SRDCU,λ<=log n,65536,0,555868,8.48187255859375
SRDCU,λ<=log n,65536,0,545525,8.324050903320312
SRDCU,λ<=log n,65536,0,542643,8.280075073242188
SRDCU,λ<=log n,65536,0,583555,8.904342651367188
SRDCU,λ<=log n,65536,0,533172,8.13555908203125
SRDCU,λ<=log n,65536,0,564340,8.61114501953125
SRDCU,λ<=log n,65536,0,555466,8.475738525390625
SRDCU,λ<=log n,65536,0,583568,8.904541015625
SRDCU,λ<=log n,65536,0,600592,9.164306640625
SRDCU,λ<=log n,65536,0,594083,9.064987182617188
SRDCU,λ<=log n,65536,0,527681,8.051773071289062
SRDCU,λ<=log n,65536,0,571794,8.724884033203125
SRDCU,λ<=log n,65536,0,559767,8.541366577148438
SRDCU,λ<=log n,65536,0,622908,9.50482177734375
SRDCU,λ<=log n,65536,0,536428,8.18524169921875
SRDCU,λ<=log n,65536,0,526114,8.027862548828125
SRDCU,λ<=log n,65536,0,577950,8.818817138671875
SRDCU,λ<=log n,65536,0,579407,8.841049194335938
SRDCU,λ<=log n,65536,0,588032,8.97265625
SRDCU,λ<=log n,65536,0,556560,8.492431640625
SRDCU,λ<=log n,65536,0,616076,9.40057373046875
SRDCU,λ<=log n,65536,0,703932,10.74114990234375
SRDCU,λ<=log n,65536,0,556505,8.491592407226562
SRDCU,λ<=log n,65536,0,557310,8.503875732421875
SRDCU,λ<=log n,65536,0,566030,8.636932373046875
SRDCU,λ<=log n,65536,0,622259,9.494918823242188
SRDCU,λ<=log n,65536,0,535875,8.176803588867188
SRDCU,λ<=log n,65536,0,526169,8.028701782226562
SRDCU,λ<=log n,65536,0,543878,8.298919677734375
SRDCU,λ<=log n,65536,0,577990,8.819427490234375
SRDCU,λ<=log n,65536,0,568303,8.671615600585938
SRDCU,λ<=log n,65536,0,568491,8.674484252929688
SRDCU,λ<=log n,65536,0,534073,8.149307250976562
SRDCU,λ<=log n,65536,0,669116,10.20989990234375
SRDCU,λ<=log n,65536,0,563801,8.602920532226562
SRDCU,λ<=log n,65536,0,576944,8.803466796875
SRDCU,λ<=log n,65536,0,544338,8.305938720703125
SRDCU,λ<=log n,65536,0,563746,8.602081298828125
SRDCU,λ<=log n,65536,0,593393,9.054458618164062
SRDCU,λ<=log n,65536,0,590440,9.0093994140625
SRDCU,λ<=log n,65536,0,553029,8.438552856445312
SRDCU,λ<=log n,65536,0,551325,8.412551879882812
SRDCU,λ<=log n,65536,0,548850,8.374786376953125
SRDCU,λ<=log n,65536,0,526767,8.037826538085938
SRDCU,λ<=log n,65536,0,575286,8.778167724609375
SRDCU,λ<=log n,65536,0,540211,8.242965698242188
SRDCU,λ<=log n,65536,0,619942,9.459564208984375
SRDCU,λ<=log n,65536,0,512808,7.8248291015625
SRDCU,λ<=log n,65536,0,571966,8.727508544921875
SRDCU,λ<=log n,65536,0,550405,8.398513793945312
SRDCU,λ<=log n,65536,0,586625,8.951187133789062
SRDCU,λ<=log n,65536,0,561747,8.571578979492188
SRDCU,λ<=log n,65536,0,554449,8.460220336914062
SRDCU,λ<=log n,65536,0,635651,9.699264526367188
SRDCU,λ<=log n,65536,0,577467,8.811447143554688
SRDCU,λ<=log n,65536,0,611662,9.333221435546875
SRDCU,λ<=log n,65536,0,562479,8.582748413085938
SRDCU,λ<=log n,65536,0,618270,9.434051513671875
SRDCU,λ<=log n,65536,0,538388,8.21514892578125
SRDCU,λ<=log n,65536,0,611451,9.330001831054688
SRDCU,λ<=log n,65536,0,595349,9.084304809570312
SRDCU,λ<=log n,65536,0,557081,8.500381469726562
SRDCU,λ<=log n,65536,0,593512,9.0562744140625
SRDCU,λ<=log n,65536,0,566155,8.638839721679688
SRDCU,λ<=log n,65536,0,579880,8.8482666015625
SRDCU,λ<=log n,65536,0,627547,9.575607299804688
SRDCU,λ<=log n,65536,0,600118,9.157073974609375
SRDCU,λ<=log n,65536,0,690528,10.53662109375
SRDCU,λ<=log n,65536,0,566801,8.648696899414062
SRDCU,λ<=log n,65536,0,531236,8.10601806640625
SRDCU,λ<=log n,65536,0,537196,8.19696044921875
SRDCU,λ<=log n,65536,0,537527,8.202011108398438
SRDCU,λ<=log n,65536,0,540534,8.247894287109375
SRDCU,λ<=log n,65536,0,517455,7.8957366943359375
SHDCU,λ<=log n,65536,0,503315,7.6799774169921875
SHDCU,λ<=log n,65536,0,589415,8.993759155273438
SHDCU,λ<=log n,65536,0,512036,7.81304931640625
SHDCU,λ<=log n,65536,0,563120,8.592529296875
SHDCU,λ<=log n,65536,0,492812,7.51971435546875
SHDCU,λ<=log n,65536,0,487784,7.4429931640625
SHDCU,λ<=log n,65536,0,506008,7.7210693359375
SHDCU,λ<=log n,65536,0,492360,7.5128173828125
SHDCU,λ<=log n,65536,0,559554,8.538116455078125
SHDCU,λ<=log n,65536,0,501376,7.650390625
SHDCU,λ<=log n,65536,0,528100,8.05816650390625
SHDCU,λ<=log n,65536,0,507395,7.7422332763671875
SHDCU,λ<=log n,65536,0,530782,8.099090576171875
SHDCU,λ<=log n,65536,0,495878,7.566497802734375
SHDCU,λ<=log n,65536,0,632904,9.6573486328125
SHDCU,λ<=log n,65536,0,525339,8.016036987304688
SHDCU,λ<=log n,65536,0,508439,7.7581634521484375
SHDCU,λ<=log n,65536,0,522452,7.97198486328125
SHDCU,λ<=log n,65536,0,497807,7.5959320068359375
SHDCU,λ<=log n,65536,0,531906,8.116241455078125
SHDCU,λ<=log n,65536,0,499605,7.6233673095703125
SHDCU,λ<=log n,65536,0,489899,7.4752655029296875
SHDCU,λ<=log n,65536,0,501749,7.6560821533203125
SHDCU,λ<=log n,65536,0,529894,8.085540771484375
SHDCU,λ<=log n,65536,0,550154,8.394683837890625
SHDCU,λ<=log n,65536,0,471861,7.2000274658203125
SHDCU,λ<=log n,65536,0,552046,8.423553466796875
SHDCU,λ<=log n,65536,0,519028,7.91973876953125
SHDCU,λ<=log n,65536,0,522935,7.9793548583984375
SHDCU,λ<=log n,65536,0,542142,8.272430419921875
SHDCU,λ<=log n,65536,0,558435,8.521041870117188
SHDCU,λ<=log n,65536,0,523305,7.9850006103515625
SHDCU,λ<=log n,65536,0,493156,7.52496337890625
SHDCU,λ<=log n,65536,0,508768,7.76318359375
SHDCU,λ<=log n,65536,0,494270,7.541961669921875
SHDCU,λ<=log n,65536,0,526760,8.0377197265625
SHDCU,λ<=log n,65536,0,553306,8.442779541015625
SHDCU,λ<=log n,65536,0,508553,7.7599029541015625
SHDCU,λ<=log n,65536,0,511794,7.809356689453125
SHDCU,λ<=log n,65536,0,530131,8.089157104492188
SHDCU,λ<=log n,65536,0,602602,9.194976806640625
SHDCU,λ<=log n,65536,0,499930,7.628326416015625
SHDCU,λ<=log n,65536,0,527147,8.043624877929688
SHDCU,λ<=log n,65536,0,543413,8.291824340820312
SHDCU,λ<=log n,65536,0,511279,7.8014984130859375
SHDCU,λ<=log n,65536,0,552280,8.4271240234375
SHDCU,λ<=log n,65536,0,609138,9.294708251953125
SHDCU,λ<=log n,65536,0,528569,8.065322875976562
SHDCU,λ<=log n,65536,0,540522,8.247711181640625
SHDCU,λ<=log n,65536,0,523583,7.9892425537109375
SHDCU,λ<=log n,65536,0,527243,8.045089721679688
SHDCU,λ<=log n,65536,0,531685,8.112869262695312
SHDCU,λ<=log n,65536,0,539516,8.23236083984375
SHDCU,λ<=log n,65536,0,562534,8.583587646484375
SHDCU,λ<=log n,65536,0,542668,8.28045654296875
SHDCU,λ<=log n,65536,0,580665,8.860244750976562
SHDCU,λ<=log n,65536,0,535349,8.168777465820312
SHDCU,λ<=log n,65536,0,540456,8.2467041015625
SHDCU,λ<=log n,65536,0,503308,7.67987060546875
SHDCU,λ<=log n,65536,0,561308,8.56488037109375
SHDCU,λ<=log n,65536,0,511926,7.811370849609375
SHDCU,λ<=log n,65536,0,522872,7.9783935546875
SHDCU,λ<=log n,65536,0,545149,8.318313598632812
SHDCU,λ<=log n,65536,0,520327,7.9395599365234375
SHDCU,λ<=log n,65536,0,533340,8.13812255859375
SHDCU,λ<=log n,65536,0,492302,7.511932373046875
SHDCU,λ<=log n,65536,0,540251,8.243576049804688
SHDCU,λ<=log n,65536,0,499121,7.6159820556640625
SHDCU,λ<=log n,65536,0,515608,7.8675537109375
SHDCU,λ<=log n,65536,0,514766,7.854705810546875
SHDCU,λ<=log n,65536,0,555411,8.474899291992188
SHDCU,λ<=log n,65536,0,482734,7.365936279296875
SHDCU,λ<=log n,65536,0,538062,8.210174560546875
SHDCU,λ<=log n,65536,0,499322,7.619049072265625
SHDCU,λ<=log n,65536,0,570231,8.701034545898438
SHDCU,λ<=log n,65536,0,525567,8.019515991210938
SHDCU,λ<=log n,65536,0,524349,8.000930786132812
SHDCU,λ<=log n,65536,0,611453,9.330032348632812
SHDCU,λ<=log n,65536,0,527662,8.051483154296875
SHDCU,λ<=log n,65536,0,675306,10.304351806640625
SHDCU,λ<=log n,65536,0,523907,7.9941864013671875
SHDCU,λ<=log n,65536,0,530149,8.089431762695312
SHDCU,λ<=log n,65536,0,501349,7.6499786376953125
SHDCU,λ<=log n,65536,0,485268,7.40460205078125
SHDCU,λ<=log n,65536,0,539678,8.234832763671875
SHDCU,λ<=log n,65536,0,558049,8.515151977539062
SHDCU,λ<=log n,65536,0,568300,8.67156982421875
SHDCU,λ<=log n,65536,0,493049,7.5233306884765625
SHDCU,λ<=log n,65536,0,513099,7.8292694091796875
SHDCU,λ<=log n,65536,0,509558,7.775238037109375
SHDCU,λ<=log n,65536,0,524385,8.001480102539062
SHDCU,λ<=log n,65536,0,531271,8.106552124023438
SHDCU,λ<=log n,65536,0,596102,9.095794677734375
SHDCU,λ<=log n,65536,0,580959,8.864730834960938
SHDCU,λ<=log n,65536,0,518631,7.9136810302734375
SHDCU,λ<=log n,65536,0,509690,7.777252197265625
SHDCU,λ<=log n,65536,0,519913,7.9332427978515625
SHDCU,λ<=log n,65536,0,483373,7.3756866455078125
SHDCU,λ<=log n,65536,0,505414,7.712005615234375
SHDCU,λ<=log n,65536,0,579812,8.84722900390625
SHLCU,λ<=log n,65536,0,540543,8.248031616210938
SHLCU,λ<=log n,65536,0,570193,8.700454711914062
SHLCU,λ<=log n,65536,0,543092,8.28692626953125
SHLCU,λ<=log n,65536,0,543463,8.292587280273438
SHLCU,λ<=log n,65536,0,566765,8.648147583007812
SHLCU,λ<=log n,65536,0,525933,8.025100708007812
SHLCU,λ<=log n,65536,0,648731,9.898849487304688
SHLCU,λ<=log n,65536,0,518921,7.9181060791015625
SHLCU,λ<=log n,65536,0,540883,8.253219604492188
SHLCU,λ<=log n,65536,0,614600,9.3780517578125
SHLCU,λ<=log n,65536,0,526489,8.033584594726562
SHLCU,λ<=log n,65536,0,514488,7.8504638671875
SHLCU,λ<=log n,65536,0,562546,8.583770751953125
SHLCU,λ<=log n,65536,0,537004,8.19403076171875
SHLCU,λ<=log n,65536,0,528099,8.058151245117188
SHLCU,λ<=log n,65536,0,536086,8.180023193359375
SHLCU,λ<=log n,65536,0,531780,8.11431884765625
SHLCU,λ<=log n,65536,0,596656,9.104248046875
SHLCU,λ<=log n,65536,0,531657,8.112442016601562
SHLCU,λ<=log n,65536,0,543219,8.288864135742188
SHLCU,λ<=log n,65536,0,544140,8.30291748046875
SHLCU,λ<=log n,65536,0,560738,8.556182861328125
SHLCU,λ<=log n,65536,0,564581,8.614822387695312
SHLCU,λ<=log n,65536,0,592026,9.033599853515625
SHLCU,λ<=log n,65536,0,541583,8.263900756835938
SHLCU,λ<=log n,65536,0,549493,8.384597778320312
SHLCU,λ<=log n,65536,0,592212,9.03643798828125
SHLCU,λ<=log n,65536,0,555531,8.476730346679688
SHLCU,λ<=log n,65536,0,532280,8.1219482421875
SHLCU,λ<=log n,65536,0,518074,7.905181884765625
SHLCU,λ<=log n,65536,0,553095,8.439559936523438
SHLCU,λ<=log n,65536,0,557100,8.50067138671875
SHLCU,λ<=log n,65536,0,533031,8.133407592773438
SHLCU,λ<=log n,65536,0,573331,8.748336791992188
SHLCU,λ<=log n,65536,0,542653,8.280227661132812
SHLCU,λ<=log n,65536,0,532230,8.121185302734375
SHLCU,λ<=log n,65536,0,548673,8.372085571289062
SHLCU,λ<=log n,65536,0,541985,8.270034790039062
SHLCU,λ<=log n,65536,0,547446,8.353363037109375
SHLCU,λ<=log n,65536,0,533225,8.136367797851562
SHLCU,λ<=log n,65536,0,572856,8.7410888671875
SHLCU,λ<=log n,65536,0,532753,8.129165649414062
SHLCU,λ<=log n,65536,0,532897,8.131362915039062
SHLCU,λ<=log n,65536,0,534705,8.158950805664062
SHLCU,λ<=log n,65536,0,535814,8.175872802734375
SHLCU,λ<=log n,65536,0,557781,8.511062622070312
SHLCU,λ<=log n,65536,0,551587,8.416549682617188
SHLCU,λ<=log n,65536,0,529091,8.073287963867188
SHLCU,λ<=log n,65536,0,557349,8.504470825195312
SHLCU,λ<=log n,65536,0,556810,8.496246337890625
SHLCU,λ<=log n,65536,0,544840,8.3135986328125
SHLCU,λ<=log n,65536,0,529604,8.08111572265625
SHLCU,λ<=log n,65536,0,649928,9.9171142578125
SHLCU,λ<=log n,65536,0,589991,9.002548217773438
SHLCU,λ<=log n,65536,0,505178,7.708404541015625
SHLCU,λ<=log n,65536,0,590983,9.017684936523438
SHLCU,λ<=log n,65536,0,544195,8.303756713867188
SHLCU,λ<=log n,65536,0,570944,8.7119140625
SHLCU,λ<=log n,65536,0,516603,7.8827362060546875
SHLCU,λ<=log n,65536,0,578717,8.830520629882812
SHLCU,λ<=log n,65536,0,561215,8.563461303710938
SHLCU,λ<=log n,65536,0,560970,8.559722900390625
SHLCU,λ<=log n,65536,0,583185,8.898696899414062
SHLCU,λ<=log n,65536,0,557479,8.506454467773438
SHLCU,λ<=log n,65536,0,570054,8.698333740234375
SHLCU,λ<=log n,65536,0,515590,7.867279052734375
SHLCU,λ<=log n,65536,0,542066,8.271270751953125
SHLCU,λ<=log n,65536,0,518162,7.906524658203125
SHLCU,λ<=log n,65536,0,543728,8.296630859375
SHLCU,λ<=log n,65536,0,556766,8.495574951171875
SHLCU,λ<=log n,65536,0,553820,8.45062255859375
SHLCU,λ<=log n,65536,0,570754,8.709014892578125
SHLCU,λ<=log n,65536,0,555599,8.477767944335938
SHLCU,λ<=log n,65536,0,579739,8.846115112304688
SHLCU,λ<=log n,65536,0,630605,9.622268676757812
SHLCU,λ<=log n,65536,0,537618,8.203399658203125
SHLCU,λ<=log n,65536,0,547751,8.358016967773438
SHLCU,λ<=log n,65536,0,516361,7.8790435791015625
SHLCU,λ<=log n,65536,0,529655,8.081893920898438
SHLCU,λ<=log n,65536,0,516898,7.887237548828125
SHLCU,λ<=log n,65536,0,514557,7.8515167236328125
SHLCU,λ<=log n,65536,0,555344,8.473876953125
SHLCU,λ<=log n,65536,0,551306,8.412261962890625
SHLCU,λ<=log n,65536,0,556837,8.496658325195312
SHLCU,λ<=log n,65536,0,587243,8.960617065429688
SHLCU,λ<=log n,65536,0,539307,8.229171752929688
SHLCU,λ<=log n,65536,0,590744,9.0140380859375
SHLCU,λ<=log n,65536,0,516455,7.8804779052734375
SHLCU,λ<=log n,65536,0,585128,8.9283447265625
SHLCU,λ<=log n,65536,0,560093,8.546340942382812
SHLCU,λ<=log n,65536,0,586356,8.94708251953125
SHLCU,λ<=log n,65536,0,553398,8.444183349609375
SHLCU,λ<=log n,65536,0,653190,9.966888427734375
SHLCU,λ<=log n,65536,0,558354,8.519805908203125
SHLCU,λ<=log n,65536,0,612100,9.33990478515625
SHLCU,λ<=log n,65536,0,549427,8.383590698242188
SHLCU,λ<=log n,65536,0,575503,8.781478881835938
SHLCU,λ<=log n,65536,0,534413,8.154495239257812
SHLCU,λ<=log n,65536,0,556720,8.494873046875
SHLCU,λ<=log n,65536,0,537195,8.196945190429688
SRLCU,λ<=log n,65536,0,557529,8.507217407226562
SRLCU,λ<=log n,65536,0,620508,9.46820068359375
SRLCU,λ<=log n,65536,0,589824,9.0
SRLCU,λ<=log n,65536,0,622865,9.504165649414062
SRLCU,λ<=log n,65536,0,581979,8.880294799804688
SRLCU,λ<=log n,65536,0,560227,8.548385620117188
SRLCU,λ<=log n,65536,0,637726,9.730926513671875
SRLCU,λ<=log n,65536,0,597732,9.12066650390625
SRLCU,λ<=log n,65536,0,572940,8.74237060546875
SRLCU,λ<=log n,65536,0,676252,10.31878662109375
SRLCU,λ<=log n,65536,0,613278,9.357879638671875
SRLCU,λ<=log n,65536,0,636249,9.708389282226562
SRLCU,λ<=log n,65536,0,625415,9.543075561523438
SRLCU,λ<=log n,65536,0,579457,8.841812133789062
SRLCU,λ<=log n,65536,0,573388,8.74920654296875
SRLCU,λ<=log n,65536,0,641541,9.789138793945312
SRLCU,λ<=log n,65536,0,572170,8.730621337890625
SRLCU,λ<=log n,65536,0,575031,8.774276733398438
SRLCU,λ<=log n,65536,0,638154,9.737457275390625
SRLCU,λ<=log n,65536,0,620720,9.471435546875
SRLCU,λ<=log n,65536,0,556160,8.486328125
SRLCU,λ<=log n,65536,0,558785,8.526382446289062
SRLCU,λ<=log n,65536,0,621801,9.487930297851562
SRLCU,λ<=log n,65536,0,602480,9.193115234375
SRLCU,λ<=log n,65536,0,674649,10.294326782226562
SRLCU,λ<=log n,65536,0,610432,9.314453125
SRLCU,λ<=log n,65536,0,624149,9.523757934570312
SRLCU,λ<=log n,65536,0,587788,8.96893310546875
SRLCU,λ<=log n,65536,0,596619,9.103683471679688
SRLCU,λ<=log n,65536,0,634108,9.67572021484375
SRLCU,λ<=log n,65536,0,585166,8.928924560546875
SRLCU,λ<=log n,65536,0,572211,8.731246948242188
SRLCU,λ<=log n,65536,0,582831,8.893295288085938
SRLCU,λ<=log n,65536,0,623107,9.507858276367188
SRLCU,λ<=log n,65536,0,586875,8.955001831054688
SRLCU,λ<=log n,65536,0,589742,8.998748779296875
SRLCU,λ<=log n,65536,0,594350,9.069061279296875
SRLCU,λ<=log n,65536,0,579425,8.841323852539062
SRLCU,λ<=log n,65536,0,598279,9.129013061523438
SRLCU,λ<=log n,65536,0,556121,8.485733032226562
SRLCU,λ<=log n,65536,0,554071,8.454452514648438
SRLCU,λ<=log n,65536,0,587599,8.966049194335938
SRLCU,λ<=log n,65536,0,667166,10.180145263671875
SRLCU,λ<=log n,65536,0,590116,9.00445556640625
SRLCU,λ<=log n,65536,0,604311,9.221054077148438
SRLCU,λ<=log n,65536,0,560730,8.556060791015625
SRLCU,λ<=log n,65536,0,601349,9.175857543945312
SRLCU,λ<=log n,65536,0,601667,9.180709838867188
SRLCU,λ<=log n,65536,0,598944,9.13916015625
SRLCU,λ<=log n,65536,0,566236,8.64007568359375
SRLCU,λ<=log n,65536,0,640393,9.771621704101562
SRLCU,λ<=log n,65536,0,576068,8.79010009765625
SRLCU,λ<=log n,65536,0,583461,8.902908325195312
SRLCU,λ<=log n,65536,0,575405,8.779983520507812
SRLCU,λ<=log n,65536,0,754461,11.512161254882812
SRLCU,λ<=log n,65536,0,618773,9.441726684570312
SRLCU,λ<=log n,65536,0,551322,8.412506103515625
SRLCU,λ<=log n,65536,0,560286,8.549285888671875
SRLCU,λ<=log n,65536,0,627759,9.578842163085938
SRLCU,λ<=log n,65536,0,583068,8.89691162109375
SRLCU,λ<=log n,65536,0,581893,8.878982543945312
SRLCU,λ<=log n,65536,0,598871,9.138046264648438
SRLCU,λ<=log n,65536,0,576340,8.79425048828125
SRLCU,λ<=log n,65536,0,562336,8.58056640625
SRLCU,λ<=log n,65536,0,594408,9.0699462890625
SRLCU,λ<=log n,65536,0,618420,9.43634033203125
SRLCU,λ<=log n,65536,0,572667,8.738204956054688
SRLCU,λ<=log n,65536,0,616036,9.39996337890625
SRLCU,λ<=log n,65536,0,601112,9.1722412109375
SRLCU,λ<=log n,65536,0,602854,9.198822021484375
SRLCU,λ<=log n,65536,0,582306,8.885284423828125
SRLCU,λ<=log n,65536,0,642280,9.8004150390625
SRLCU,λ<=log n,65536,0,580661,8.860183715820312
SRLCU,λ<=log n,65536,0,572939,8.742355346679688
SRLCU,λ<=log n,65536,0,582273,8.884780883789062
SRLCU,λ<=log n,65536,0,580921,8.864151000976562
SRLCU,λ<=log n,65536,0,598474,9.131988525390625
SRLCU,λ<=log n,65536,0,611467,9.330245971679688
SRLCU,λ<=log n,65536,0,609017,9.292861938476562
SRLCU,λ<=log n,65536,0,540740,8.25103759765625
SRLCU,λ<=log n,65536,0,582071,8.881698608398438
SRLCU,λ<=log n,65536,0,553800,8.4503173828125
SRLCU,λ<=log n,65536,0,556532,8.49200439453125
SRLCU,λ<=log n,65536,0,587336,8.9620361328125
SRLCU,λ<=log n,65536,0,598908,9.13861083984375
SRLCU,λ<=log n,65536,0,554112,8.455078125
SRLCU,λ<=log n,65536,0,550870,8.405609130859375
SRLCU,λ<=log n,65536,0,670715,10.234298706054688
SRLCU,λ<=log n,65536,0,648811,9.900070190429688
SRLCU,λ<=log n,65536,0,593107,9.050094604492188
SRLCU,λ<=log n,65536,0,558921,8.528457641601562
SRLCU,λ<=log n,65536,0,546049,8.332046508789062
SRLCU,λ<=log n,65536,0,621907,9.489547729492188
SRLCU,λ<=log n,65536,0,561404,8.56634521484375
SRLCU,λ<=log n,65536,0,611352,9.3284912109375
SRLCU,λ<=log n,65536,0,575456,8.78076171875
SRLCU,λ<=log n,65536,0,621493,9.483230590820312
SRLCU,λ<=log n,65536,0,570764,8.70916748046875
SRLCU,λ<=log n,65536,0,666206,10.165496826171875
SRLCU,λ<=log n,65536,0,605500,9.23919677734375
SSLCU,λ<=log n,65536,0,755124,11.52227783203125
SSLCU,λ<=log n,65536,0,756055,11.536483764648438
SSLCU,λ<=log n,65536,0,766123,11.690109252929688
SSLCU,λ<=log n,65536,0,833366,12.716156005859375
SSLCU,λ<=log n,65536,0,875877,13.364822387695312
SSLCU,λ<=log n,65536,0,743091,11.338668823242188
SSLCU,λ<=log n,65536,0,791619,12.079147338867188
SSLCU,λ<=log n,65536,0,812883,12.403610229492188
SSLCU,λ<=log n,65536,0,763300,11.64703369140625
SSLCU,λ<=log n,65536,0,733327,11.189682006835938
SSLCU,λ<=log n,65536,0,806215,12.301864624023438
SSLCU,λ<=log n,65536,0,825182,12.591278076171875
SSLCU,λ<=log n,65536,0,786416,11.999755859375
SSLCU,λ<=log n,65536,0,812448,12.39697265625
SSLCU,λ<=log n,65536,0,763718,11.653411865234375
SSLCU,λ<=log n,65536,0,766428,11.69476318359375
SSLCU,λ<=log n,65536,0,844676,12.88873291015625
SSLCU,λ<=log n,65536,0,836374,12.762054443359375
SSLCU,λ<=log n,65536,0,824809,12.585586547851562
SSLCU,λ<=log n,65536,0,795157,12.133132934570312
SSLCU,λ<=log n,65536,0,759304,11.5860595703125
SSLCU,λ<=log n,65536,0,776558,11.849334716796875
SSLCU,λ<=log n,65536,0,778514,11.879180908203125
SSLCU,λ<=log n,65536,0,835776,12.7529296875
SSLCU,λ<=log n,65536,0,780500,11.90948486328125
SSLCU,λ<=log n,65536,0,741084,11.30804443359375
SSLCU,λ<=log n,65536,0,816827,12.463790893554688
SSLCU,λ<=log n,65536,0,792597,12.094070434570312
SSLCU,λ<=log n,65536,0,806833,12.311294555664062
SSLCU,λ<=log n,65536,0,1096424,16.7301025390625
SSLCU,λ<=log n,65536,0,808235,12.332687377929688
SSLCU,λ<=log n,65536,0,972211,14.834762573242188
SSLCU,λ<=log n,65536,0,885331,13.509078979492188
SSLCU,λ<=log n,65536,0,898208,13.70556640625
SSLCU,λ<=log n,65536,0,733320,11.1895751953125
SSLCU,λ<=log n,65536,0,799614,12.201141357421875
SSLCU,λ<=log n,65536,0,786739,12.004684448242188
SSLCU,λ<=log n,65536,0,779517,11.894485473632812
SSLCU,λ<=log n,65536,0,852119,13.002304077148438
SSLCU,λ<=log n,65536,0,784603,11.972091674804688
SSLCU,λ<=log n,65536,0,857962,13.091461181640625
SSLCU,λ<=log n,65536,0,872546,13.313995361328125
SSLCU,λ<=log n,65536,0,866155,13.216476440429688
SSLCU,λ<=log n,65536,0,791557,12.078201293945312
SSLCU,λ<=log n,65536,0,759543,11.589706420898438
SSLCU,λ<=log n,65536,0,836389,12.762283325195312
SSLCU,λ<=log n,65536,0,937208,14.3006591796875
SSLCU,λ<=log n,65536,0,854111,13.032699584960938
SSLCU,λ<=log n,65536,0,729685,11.134109497070312
SSLCU,λ<=log n,65536,0,807726,12.324920654296875
SSLCU,λ<=log n,65536,0,785895,11.991806030273438
SSLCU,λ<=log n,65536,0,773464,11.8021240234375
SSLCU,λ<=log n,65536,0,799329,12.196792602539062
SSLCU,λ<=log n,65536,0,837282,12.775909423828125
SSLCU,λ<=log n,65536,0,869660,13.26995849609375
SSLCU,λ<=log n,65536,0,789111,12.040878295898438
SSLCU,λ<=log n,65536,0,817455,12.473373413085938
SSLCU,λ<=log n,65536,0,759407,11.587631225585938
SSLCU,λ<=log n,65536,0,846804,12.92120361328125
SSLCU,λ<=log n,65536,0,790821,12.066970825195312
SSLCU,λ<=log n,65536,0,786633,12.003067016601562
SSLCU,λ<=log n,65536,0,741728,11.31787109375
SSLCU,λ<=log n,65536,0,814402,12.426788330078125
SSLCU,λ<=log n,65536,0,747170,11.400909423828125
SSLCU,λ<=log n,65536,0,773932,11.80926513671875
SSLCU,λ<=log n,65536,0,801075,12.223434448242188
SSLCU,λ<=log n,65536,0,797030,12.161712646484375
SSLCU,λ<=log n,65536,0,850678,12.980316162109375
SSLCU,λ<=log n,65536,0,795068,12.13177490234375
SSLCU,λ<=log n,65536,0,770925,11.763381958007812
SSLCU,λ<=log n,65536,0,793235,12.103805541992188
SSLCU,λ<=log n,65536,0,756903,11.549423217773438
SSLCU,λ<=log n,65536,0,751234,11.462921142578125
SSLCU,λ<=log n,65536,0,790990,12.069549560546875
SSLCU,λ<=log n,65536,0,800181,12.209793090820312
SSLCU,λ<=log n,65536,0,775338,11.830718994140625
SSLCU,λ<=log n,65536,0,862479,13.160385131835938
SSLCU,λ<=log n,65536,0,947527,14.458114624023438
SSLCU,λ<=log n,65536,0,776266,11.844879150390625
SSLCU,λ<=log n,65536,0,784659,11.972946166992188
SSLCU,λ<=log n,65536,0,746200,11.3861083984375
SSLCU,λ<=log n,65536,0,830326,12.669769287109375
SSLCU,λ<=log n,65536,0,772150,11.782073974609375
SSLCU,λ<=log n,65536,0,761133,11.613967895507812
SSLCU,λ<=log n,65536,0,788568,12.0325927734375
SSLCU,λ<=log n,65536,0,857799,13.088973999023438
SSLCU,λ<=log n,65536,0,732008,11.1695556640625
SSLCU,λ<=log n,65536,0,821636,12.53717041015625
SSLCU,λ<=log n,65536,0,729339,11.128829956054688
SSLCU,λ<=log n,65536,0,737173,11.248367309570312
SSLCU,λ<=log n,65536,0,780262,11.905853271484375
SSLCU,λ<=log n,65536,0,765837,11.685745239257812
SSLCU,λ<=log n,65536,0,819349,12.502273559570312
SSLCU,λ<=log n,65536,0,793104,12.101806640625
SSLCU,λ<=log n,65536,0,764437,11.664382934570312
SSLCU,λ<=log n,65536,0,736884,11.24395751953125
SSLCU,λ<=log n,65536,0,817182,12.469207763671875
SSLCU,λ<=log n,65536,0,793482,12.107574462890625
SSLCU,λ<=log n,65536,0,780014,11.902069091796875
SSLCU,λ<=log n,65536,0,779069,11.887649536132812
SSDSU,λ<=log n,65536,0,843780,12.87506103515625
SSDSU,λ<=log n,65536,0,809054,12.345184326171875
SSDSU,λ<=log n,65536,0,832499,12.702926635742188
SSDSU,λ<=log n,65536,0,783147,11.949874877929688
SSDSU,λ<=log n,65536,0,809127,12.346298217773438
SSDSU,λ<=log n,65536,0,804593,12.277114868164062
SSDSU,λ<=log n,65536,0,871301,13.294998168945312
SSDSU,λ<=log n,65536,0,857934,13.091033935546875
SSDSU,λ<=log n,65536,0,864779,13.195480346679688
SSDSU,λ<=log n,65536,0,786887,12.006942749023438
SSDSU,λ<=log n,65536,0,841291,12.837081909179688
SSDSU,λ<=log n,65536,0,917353,13.997695922851562
SSDSU,λ<=log n,65536,0,890806,13.592620849609375
SSDSU,λ<=log n,65536,0,821221,12.530838012695312
SSDSU,λ<=log n,65536,0,857124,13.07867431640625
SSDSU,λ<=log n,65536,0,832109,12.696975708007812
SSDSU,λ<=log n,65536,0,818035,12.482223510742188
SSDSU,λ<=log n,65536,0,851604,12.99444580078125
SSDSU,λ<=log n,65536,0,825964,12.60321044921875
SSDSU,λ<=log n,65536,0,872668,13.31585693359375
SSDSU,λ<=log n,65536,0,809482,12.351715087890625
SSDSU,λ<=log n,65536,0,801736,12.2335205078125
SSDSU,λ<=log n,65536,0,875791,13.363510131835938
SSDSU,λ<=log n,65536,0,803712,12.263671875
SSDSU,λ<=log n,65536,0,883527,13.481552124023438
SSDSU,λ<=log n,65536,0,785300,11.98272705078125
SSDSU,λ<=log n,65536,0,823392,12.56396484375
SSDSU,λ<=log n,65536,0,798776,12.1883544921875
SSDSU,λ<=log n,65536,0,797432,12.1678466796875
SSDSU,λ<=log n,65536,0,839391,12.808090209960938
SSDSU,λ<=log n,65536,0,777375,11.861801147460938
SSDSU,λ<=log n,65536,0,826588,12.61273193359375
SSDSU,λ<=log n,65536,0,782712,11.9432373046875
SSDSU,λ<=log n,65536,0,897335,13.692245483398438
SSDSU,λ<=log n,65536,0,821263,12.531478881835938
SSDSU,λ<=log n,65536,0,807807,12.326156616210938
SSDSU,λ<=log n,65536,0,896630,13.681488037109375
SSDSU,λ<=log n,65536,0,779236,11.89019775390625
SSDSU,λ<=log n,65536,0,818197,12.484695434570312
SSDSU,λ<=log n,65536,0,835278,12.745330810546875
SSDSU,λ<=log n,65536,0,816097,12.452651977539062
SSDSU,λ<=log n,65536,0,845598,12.902801513671875
SSDSU,λ<=log n,65536,0,783374,11.953338623046875
SSDSU,λ<=log n,65536,0,807251,12.317672729492188
SSDSU,λ<=log n,65536,0,892024,13.6112060546875
SSDSU,λ<=log n,65536,0,817964,12.48114013671875
SSDSU,λ<=log n,65536,0,837166,12.774139404296875
SSDSU,λ<=log n,65536,0,875250,13.355255126953125
SSDSU,λ<=log n,65536,0,812919,12.404159545898438
SSDSU,λ<=log n,65536,0,832022,12.695648193359375
SSDSU,λ<=log n,65536,0,800223,12.210433959960938
SSDSU,λ<=log n,65536,0,829365,12.655105590820312
SSDSU,λ<=log n,65536,0,899597,13.726760864257812
SSDSU,λ<=log n,65536,0,829450,12.656402587890625
SSDSU,λ<=log n,65536,0,923900,14.09759521484375
SSDSU,λ<=log n,65536,0,841122,12.834503173828125
SSDSU,λ<=log n,65536,0,901183,13.750961303710938
SSDSU,λ<=log n,65536,0,820238,12.515838623046875
SSDSU,λ<=log n,65536,0,790670,12.064666748046875
SSDSU,λ<=log n,65536,0,940080,14.344482421875
SSDSU,λ<=log n,65536,0,812263,12.394149780273438
SSDSU,λ<=log n,65536,0,832036,12.69586181640625
SSDSU,λ<=log n,65536,0,801649,12.232192993164062
SSDSU,λ<=log n,65536,0,954595,14.565963745117188
SSDSU,λ<=log n,65536,0,985269,15.034011840820312
SSDSU,λ<=log n,65536,0,778360,11.8768310546875
SSDSU,λ<=log n,65536,0,863770,13.180084228515625
SSDSU,λ<=log n,65536,0,868443,13.251388549804688
SSDSU,λ<=log n,65536,0,841783,12.844589233398438
SSDSU,λ<=log n,65536,0,827586,12.627960205078125
SSDSU,λ<=log n,65536,0,889889,13.578628540039062
SSDSU,λ<=log n,65536,0,837023,12.771957397460938
SSDSU,λ<=log n,65536,0,751482,11.466705322265625
SSDSU,λ<=log n,65536,0,777946,11.870513916015625
SSDSU,λ<=log n,65536,0,858168,13.0946044921875
SSDSU,λ<=log n,65536,0,862274,13.157257080078125
SSDSU,λ<=log n,65536,0,808739,12.340377807617188
SSDSU,λ<=log n,65536,0,793202,12.103302001953125
SSDSU,λ<=log n,65536,0,836686,12.766815185546875
SSDSU,λ<=log n,65536,0,796900,12.15972900390625
SSDSU,λ<=log n,65536,0,845214,12.896942138671875
SSDSU,λ<=log n,65536,0,820660,12.52227783203125
SSDSU,λ<=log n,65536,0,853522,13.023712158203125
SSDSU,λ<=log n,65536,0,968730,14.781646728515625
SSDSU,λ<=log n,65536,0,803401,12.258926391601562
SSDSU,λ<=log n,65536,0,855242,13.049957275390625
SSDSU,λ<=log n,65536,0,833008,12.710693359375
SSDSU,λ<=log n,65536,0,875215,13.354721069335938
SSDSU,λ<=log n,65536,0,812746,12.401519775390625
SSDSU,λ<=log n,65536,0,787930,12.022857666015625
SSDSU,λ<=log n,65536,0,774401,11.816421508789062
SSDSU,λ<=log n,65536,0,798702,12.187225341796875
SSDSU,λ<=log n,65536,0,815927,12.450057983398438
SSDSU,λ<=log n,65536,0,870285,13.279495239257812
SSDSU,λ<=log n,65536,0,783968,11.96240234375
SSDSU,λ<=log n,65536,0,820169,12.514785766601562
SSDSU,λ<=log n,65536,0,879411,13.418746948242188
SSDSU,λ<=log n,65536,0,788327,12.028915405273438
SSDSU,λ<=log n,65536,0,908248,13.8587646484375
SSDSU,λ<=log n,65536,0,870974,13.290008544921875
SRDSU,λ<=log n,65536,0,645437,9.848587036132812
SRDSU,λ<=log n,65536,0,607497,9.269668579101562
SRDSU,λ<=log n,65536,0,640050,9.766387939453125
SRDSU,λ<=log n,65536,0,632937,9.657852172851562
SRDSU,λ<=log n,65536,0,728622,11.117889404296875
SRDSU,λ<=log n,65536,0,606605,9.256057739257812
SRDSU,λ<=log n,65536,0,630244,9.61676025390625
SRDSU,λ<=log n,65536,0,647913,9.886367797851562
SRDSU,λ<=log n,65536,0,640902,9.779388427734375
SRDSU,λ<=log n,65536,0,663571,10.125289916992188
SRDSU,λ<=log n,65536,0,620043,9.461105346679688
SRDSU,λ<=log n,65536,0,670254,10.227264404296875
SRDSU,λ<=log n,65536,0,640433,9.772232055664062
SRDSU,λ<=log n,65536,0,624556,9.52996826171875
SRDSU,λ<=log n,65536,0,647767,9.884140014648438
SRDSU,λ<=log n,65536,0,631311,9.633041381835938
SRDSU,λ<=log n,65536,0,632396,9.64959716796875
SRDSU,λ<=log n,65536,0,658046,10.040985107421875
SRDSU,λ<=log n,65536,0,610852,9.32086181640625
SRDSU,λ<=log n,65536,0,628618,9.591949462890625
SRDSU,λ<=log n,65536,0,645513,9.849746704101562
SRDSU,λ<=log n,65536,0,709741,10.829788208007812
SRDSU,λ<=log n,65536,0,617154,9.417022705078125
SRDSU,λ<=log n,65536,0,631166,9.630828857421875
SRDSU,λ<=log n,65536,0,625871,9.550033569335938
SRDSU,λ<=log n,65536,0,630845,9.625930786132812
SRDSU,λ<=log n,65536,0,727266,11.097198486328125
SRDSU,λ<=log n,65536,0,623348,9.51153564453125
SRDSU,λ<=log n,65536,0,632294,9.648040771484375
SRDSU,λ<=log n,65536,0,640893,9.779251098632812
SRDSU,λ<=log n,65536,0,656059,10.010665893554688
SRDSU,λ<=log n,65536,0,711903,10.862777709960938
SRDSU,λ<=log n,65536,0,664740,10.14312744140625
SRDSU,λ<=log n,65536,0,625176,9.5394287109375
SRDSU,λ<=log n,65536,0,623075,9.507369995117188
SRDSU,λ<=log n,65536,0,649958,9.917572021484375
SRDSU,λ<=log n,65536,0,671902,10.252410888671875
SRDSU,λ<=log n,65536,0,656870,10.023040771484375
SRDSU,λ<=log n,65536,0,684824,10.4495849609375
SRDSU,λ<=log n,65536,0,665176,10.1497802734375
SRDSU,λ<=log n,65536,0,594672,9.073974609375
SRDSU,λ<=log n,65536,0,640419,9.772018432617188
SRDSU,λ<=log n,65536,0,675867,10.312911987304688
SRDSU,λ<=log n,65536,0,662721,10.112319946289062
SRDSU,λ<=log n,65536,0,684143,10.439193725585938
SRDSU,λ<=log n,65536,0,640739,9.776901245117188
SRDSU,λ<=log n,65536,0,779914,11.900543212890625
SRDSU,λ<=log n,65536,0,633947,9.673263549804688
SRDSU,λ<=log n,65536,0,616165,9.401931762695312
SRDSU,λ<=log n,65536,0,658672,10.050537109375
SRDSU,λ<=log n,65536,0,648282,9.891998291015625
SRDSU,λ<=log n,65536,0,687871,10.496078491210938
SRDSU,λ<=log n,65536,0,627464,9.5743408203125
SRDSU,λ<=log n,65536,0,629159,9.600204467773438
SRDSU,λ<=log n,65536,0,630490,9.620513916015625
SRDSU,λ<=log n,65536,0,616521,9.407363891601562
SRDSU,λ<=log n,65536,0,638510,9.742889404296875
SRDSU,λ<=log n,65536,0,660090,10.072174072265625
SRDSU,λ<=log n,65536,0,667746,10.188995361328125
SRDSU,λ<=log n,65536,0,679295,10.365219116210938
SRDSU,λ<=log n,65536,0,654397,9.985305786132812
SRDSU,λ<=log n,65536,0,646845,9.870071411132812
SRDSU,λ<=log n,65536,0,607699,9.272750854492188
SRDSU,λ<=log n,65536,0,657701,10.035720825195312
SRDSU,λ<=log n,65536,0,680428,10.38250732421875
SRDSU,λ<=log n,65536,0,642376,9.8018798828125
SRDSU,λ<=log n,65536,0,625928,9.5509033203125
SRDSU,λ<=log n,65536,0,679138,10.362823486328125
SRDSU,λ<=log n,65536,0,674584,10.2933349609375
SRDSU,λ<=log n,65536,0,630752,9.62451171875
SRDSU,λ<=log n,65536,0,612177,9.341079711914062
SRDSU,λ<=log n,65536,0,645853,9.854934692382812
SRDSU,λ<=log n,65536,0,649948,9.91741943359375
SRDSU,λ<=log n,65536,0,688917,10.512039184570312
SRDSU,λ<=log n,65536,0,629009,9.597915649414062
SRDSU,λ<=log n,65536,0,627106,9.568878173828125
SRDSU,λ<=log n,65536,0,651746,9.944854736328125
SRDSU,λ<=log n,65536,0,632911,9.657455444335938
SRDSU,λ<=log n,65536,0,644897,9.840347290039062
SRDSU,λ<=log n,65536,0,669847,10.221054077148438
SRDSU,λ<=log n,65536,0,638381,9.740921020507812
SRDSU,λ<=log n,65536,0,636986,9.719635009765625
SRDSU,λ<=log n,65536,0,656036,10.01031494140625
SRDSU,λ<=log n,65536,0,688696,10.5086669921875
SRDSU,λ<=log n,65536,0,734233,11.203506469726562
SRDSU,λ<=log n,65536,0,612780,9.35028076171875
SRDSU,λ<=log n,65536,0,648054,9.888519287109375
SRDSU,λ<=log n,65536,0,685363,10.457809448242188
SRDSU,λ<=log n,65536,0,635423,9.695785522460938
SRDSU,λ<=log n,65536,0,637363,9.725387573242188
SRDSU,λ<=log n,65536,0,656201,10.012832641601562
SRDSU,λ<=log n,65536,0,640453,9.772537231445312
SRDSU,λ<=log n,65536,0,627765,9.578933715820312
SRDSU,λ<=log n,65536,0,633750,9.670257568359375
SRDSU,λ<=log n,65536,0,653726,9.975067138671875
SRDSU,λ<=log n,65536,0,635950,9.703826904296875
SRDSU,λ<=log n,65536,0,635120,9.691162109375
SRDSU,λ<=log n,65536,0,623034,9.506744384765625
SRDSU,λ<=log n,65536,0,673377,10.274917602539062
SRDSU,λ<=log n,65536,0,721402,11.007720947265625
SHDSU,λ<=log n,65536,0,597031,9.109970092773438
SHDSU,λ<=log n,65536,0,627538,9.575469970703125
SHDSU,λ<=log n,65536,0,612807,9.350692749023438
SHDSU,λ<=log n,65536,0,586288,8.946044921875
SHDSU,λ<=log n,65536,0,602965,9.200515747070312
SHDSU,λ<=log n,65536,0,588659,8.982223510742188
SHDSU,λ<=log n,65536,0,580521,8.858047485351562
SHDSU,λ<=log n,65536,0,609984,9.3076171875
SHDSU,λ<=log n,65536,0,590628,9.01226806640625
SHDSU,λ<=log n,65536,0,593222,9.051849365234375
SHDSU,λ<=log n,65536,0,625185,9.539566040039062
SHDSU,λ<=log n,65536,0,600719,9.166244506835938
SHDSU,λ<=log n,65536,0,587820,8.96942138671875
SHDSU,λ<=log n,65536,0,580121,8.851943969726562
SHDSU,λ<=log n,65536,0,595270,9.083099365234375
SHDSU,λ<=log n,65536,0,617377,9.420425415039062
SHDSU,λ<=log n,65536,0,595391,9.084945678710938
SHDSU,λ<=log n,65536,0,580856,8.8631591796875
SHDSU,λ<=log n,65536,0,642906,9.809967041015625
SHDSU,λ<=log n,65536,0,564200,8.6090087890625
SHDSU,λ<=log n,65536,0,596368,9.099853515625
SHDSU,λ<=log n,65536,0,583344,8.901123046875
SHDSU,λ<=log n,65536,0,572776,8.7398681640625
SHDSU,λ<=log n,65536,0,594966,9.078460693359375
SHDSU,λ<=log n,65536,0,631043,9.628952026367188
SHDSU,λ<=log n,65536,0,639667,9.760543823242188
SHDSU,λ<=log n,65536,0,563196,8.59368896484375
SHDSU,λ<=log n,65536,0,601489,9.177993774414062
SHDSU,λ<=log n,65536,0,581981,8.880325317382812
SHDSU,λ<=log n,65536,0,589547,8.995773315429688
SHDSU,λ<=log n,65536,0,646041,9.857803344726562
SHDSU,λ<=log n,65536,0,634877,9.687454223632812
SHDSU,λ<=log n,65536,0,621981,9.490676879882812
SHDSU,λ<=log n,65536,0,606370,9.252471923828125
SHDSU,λ<=log n,65536,0,588467,8.979293823242188
SHDSU,λ<=log n,65536,0,612599,9.347518920898438
SHDSU,λ<=log n,65536,0,566596,8.64556884765625
SHDSU,λ<=log n,65536,0,614271,9.373031616210938
SHDSU,λ<=log n,65536,0,586008,8.9417724609375
SHDSU,λ<=log n,65536,0,594914,9.077667236328125
SHDSU,λ<=log n,65536,0,612170,9.340972900390625
SHDSU,λ<=log n,65536,0,581459,8.872360229492188
SHDSU,λ<=log n,65536,0,574187,8.761398315429688
SHDSU,λ<=log n,65536,0,582992,8.895751953125
SHDSU,λ<=log n,65536,0,633056,9.65966796875
SHDSU,λ<=log n,65536,0,632067,9.644577026367188
SHDSU,λ<=log n,65536,0,609671,9.302841186523438
SHDSU,λ<=log n,65536,0,620371,9.466110229492188
SHDSU,λ<=log n,65536,0,647334,9.877532958984375
SHDSU,λ<=log n,65536,0,626142,9.554168701171875
SHDSU,λ<=log n,65536,0,631685,9.638748168945312
SHDSU,λ<=log n,65536,0,613909,9.367507934570312
SHDSU,λ<=log n,65536,0,615823,9.396713256835938
SHDSU,λ<=log n,65536,0,598688,9.13525390625
SHDSU,λ<=log n,65536,0,585060,8.92730712890625
SHDSU,λ<=log n,65536,0,607851,9.275070190429688
SHDSU,λ<=log n,65536,0,599880,9.1534423828125
SHDSU,λ<=log n,65536,0,604566,9.224945068359375
SHDSU,λ<=log n,65536,0,645342,9.847137451171875
SHDSU,λ<=log n,65536,0,663839,10.129379272460938
SHDSU,λ<=log n,65536,0,601268,9.17462158203125
SHDSU,λ<=log n,65536,0,617178,9.417388916015625
SHDSU,λ<=log n,65536,0,657079,10.026229858398438
SHDSU,λ<=log n,65536,0,630352,9.618408203125
SHDSU,λ<=log n,65536,0,587656,8.9669189453125
SHDSU,λ<=log n,65536,0,598013,9.124954223632812
SHDSU,λ<=log n,65536,0,624787,9.533493041992188
SHDSU,λ<=log n,65536,0,582726,8.891693115234375
SHDSU,λ<=log n,65536,0,687950,10.497283935546875
SHDSU,λ<=log n,65536,0,618746,9.441314697265625
SHDSU,λ<=log n,65536,0,626956,9.56658935546875
SHDSU,λ<=log n,65536,0,601938,9.184844970703125
SHDSU,λ<=log n,65536,0,599401,9.146133422851562
SHDSU,λ<=log n,65536,0,663178,10.119293212890625
SHDSU,λ<=log n,65536,0,593185,9.051284790039062
SHDSU,λ<=log n,65536,0,588206,8.975311279296875
SHDSU,λ<=log n,65536,0,589989,9.002517700195312
SHDSU,λ<=log n,65536,0,591393,9.023941040039062
SHDSU,λ<=log n,65536,0,614638,9.378631591796875
SHDSU,λ<=log n,65536,0,592616,9.0426025390625
SHDSU,λ<=log n,65536,0,607515,9.269943237304688
SHDSU,λ<=log n,65536,0,611052,9.32391357421875
SHDSU,λ<=log n,65536,0,589165,8.989944458007812
SHDSU,λ<=log n,65536,0,600864,9.16845703125
SHDSU,λ<=log n,65536,0,585160,8.9288330078125
SHDSU,λ<=log n,65536,0,606349,9.252151489257812
SHDSU,λ<=log n,65536,0,562716,8.58636474609375
SHDSU,λ<=log n,65536,0,595243,9.082687377929688
SHDSU,λ<=log n,65536,0,626028,9.55242919921875
SHDSU,λ<=log n,65536,0,596594,9.103302001953125
SHDSU,λ<=log n,65536,0,674217,10.287734985351562
SHDSU,λ<=log n,65536,0,597323,9.114425659179688
SHDSU,λ<=log n,65536,0,680573,10.384719848632812
SHDSU,λ<=log n,65536,0,572513,8.735855102539062
SHDSU,λ<=log n,65536,0,594839,9.076522827148438
SHDSU,λ<=log n,65536,0,623234,9.509796142578125
SHDSU,λ<=log n,65536,0,575613,8.783157348632812
SHDSU,λ<=log n,65536,0,633221,9.662185668945312
SHDSU,λ<=log n,65536,0,647958,9.887054443359375
SHDSU,λ<=log n,65536,0,567993,8.666885375976562
SHLSU,λ<=log n,65536,0,698965,10.665359497070312
SHLSU,λ<=log n,65536,0,662545,10.109634399414062
SHLSU,λ<=log n,65536,0,648390,9.893646240234375
SHLSU,λ<=log n,65536,0,691824,10.556396484375
SHLSU,λ<=log n,65536,0,657265,10.029067993164062
SHLSU,λ<=log n,65536,0,657426,10.031524658203125
SHLSU,λ<=log n,65536,0,619570,9.453887939453125
SHLSU,λ<=log n,65536,0,623398,9.512298583984375
SHLSU,λ<=log n,65536,0,658419,10.046676635742188
SHLSU,λ<=log n,65536,0,690752,10.5400390625
SHLSU,λ<=log n,65536,0,643353,9.816787719726562
SHLSU,λ<=log n,65536,0,635243,9.693038940429688
SHLSU,λ<=log n,65536,0,631606,9.637542724609375
SHLSU,λ<=log n,65536,0,671966,10.253387451171875
SHLSU,λ<=log n,65536,0,660832,10.08349609375
SHLSU,λ<=log n,65536,0,628370,9.588165283203125
SHLSU,λ<=log n,65536,0,643719,9.822372436523438
SHLSU,λ<=log n,65536,0,629361,9.603286743164062
SHLSU,λ<=log n,65536,0,644682,9.837066650390625
SHLSU,λ<=log n,65536,0,663965,10.131301879882812
SHLSU,λ<=log n,65536,0,614567,9.377548217773438
SHLSU,λ<=log n,65536,0,665323,10.152023315429688
SHLSU,λ<=log n,65536,0,709583,10.827377319335938
SHLSU,λ<=log n,65536,0,701057,10.697280883789062
SHLSU,λ<=log n,65536,0,683507,10.429489135742188
SHLSU,λ<=log n,65536,0,646856,9.8702392578125
SHLSU,λ<=log n,65536,0,646347,9.862472534179688
SHLSU,λ<=log n,65536,0,694012,10.58978271484375
SHLSU,λ<=log n,65536,0,647558,9.880950927734375
SHLSU,λ<=log n,65536,0,631824,9.640869140625
SHLSU,λ<=log n,65536,0,631188,9.63116455078125
SHLSU,λ<=log n,65536,0,637751,9.731307983398438
SHLSU,λ<=log n,65536,0,638552,9.7435302734375
SHLSU,λ<=log n,65536,0,666474,10.169586181640625
SHLSU,λ<=log n,65536,0,651014,9.933685302734375
SHLSU,λ<=log n,65536,0,672314,10.258697509765625
SHLSU,λ<=log n,65536,0,635942,9.703704833984375
SHLSU,λ<=log n,65536,0,649142,9.905120849609375
SHLSU,λ<=log n,65536,0,643439,9.818099975585938
SHLSU,λ<=log n,65536,0,676130,10.316925048828125
SHLSU,λ<=log n,65536,0,625430,9.543304443359375
SHLSU,λ<=log n,65536,0,648577,9.896499633789062
SHLSU,λ<=log n,65536,0,641562,9.789459228515625
SHLSU,λ<=log n,65536,0,633460,9.66583251953125
SHLSU,λ<=log n,65536,0,634459,9.681076049804688
SHLSU,λ<=log n,65536,0,646255,9.861068725585938
SHLSU,λ<=log n,65536,0,665081,10.148330688476562
SHLSU,λ<=log n,65536,0,717651,10.950485229492188
SHLSU,λ<=log n,65536,0,691969,10.558609008789062
SHLSU,λ<=log n,65536,0,629018,9.598052978515625
SHLSU,λ<=log n,65536,0,639417,9.756729125976562
SHLSU,λ<=log n,65536,0,623215,9.509506225585938
SHLSU,λ<=log n,65536,0,632840,9.6563720703125
SHLSU,λ<=log n,65536,0,636391,9.710556030273438
SHLSU,λ<=log n,65536,0,668135,10.194931030273438
SHLSU,λ<=log n,65536,0,666804,10.17462158203125
SHLSU,λ<=log n,65536,0,649097,9.904434204101562
SHLSU,λ<=log n,65536,0,626823,9.564559936523438
SHLSU,λ<=log n,65536,0,627846,9.580169677734375
SHLSU,λ<=log n,65536,0,713962,10.894195556640625
SHLSU,λ<=log n,65536,0,714990,10.909881591796875
SHLSU,λ<=log n,65536,0,646952,9.8717041015625
SHLSU,λ<=log n,65536,0,699504,10.673583984375
SHLSU,λ<=log n,65536,0,654210,9.982452392578125
SHLSU,λ<=log n,65536,0,638364,9.74066162109375
SHLSU,λ<=log n,65536,0,630568,9.6217041015625
SHLSU,λ<=log n,65536,0,696341,10.625320434570312
SHLSU,λ<=log n,65536,0,649596,9.91204833984375
SHLSU,λ<=log n,65536,0,645752,9.8533935546875
SHLSU,λ<=log n,65536,0,647993,9.887588500976562
SHLSU,λ<=log n,65536,0,646727,9.868270874023438
SHLSU,λ<=log n,65536,0,677263,10.334213256835938
SHLSU,λ<=log n,65536,0,669453,10.215042114257812
SHLSU,λ<=log n,65536,0,637762,9.731475830078125
SHLSU,λ<=log n,65536,0,665740,10.15838623046875
SHLSU,λ<=log n,65536,0,634543,9.682357788085938
SHLSU,λ<=log n,65536,0,669426,10.214630126953125
SHLSU,λ<=log n,65536,0,693676,10.58465576171875
SHLSU,λ<=log n,65536,0,617246,9.418426513671875
SHLSU,λ<=log n,65536,0,636309,9.709304809570312
SHLSU,λ<=log n,65536,0,642522,9.804107666015625
SHLSU,λ<=log n,65536,0,628676,9.59283447265625
SHLSU,λ<=log n,65536,0,723943,11.046493530273438
SHLSU,λ<=log n,65536,0,644828,9.83929443359375
SHLSU,λ<=log n,65536,0,623492,9.51373291015625
SHLSU,λ<=log n,65536,0,651400,9.9395751953125
SHLSU,λ<=log n,65536,0,634612,9.68341064453125
SHLSU,λ<=log n,65536,0,625370,9.542388916015625
SHLSU,λ<=log n,65536,0,649558,9.911468505859375
SHLSU,λ<=log n,65536,0,620872,9.4737548828125
SHLSU,λ<=log n,65536,0,613932,9.36785888671875
SHLSU,λ<=log n,65536,0,709280,10.82275390625
SHLSU,λ<=log n,65536,0,644604,9.83587646484375
SHLSU,λ<=log n,65536,0,645925,9.856033325195312
SHLSU,λ<=log n,65536,0,661968,10.100830078125
SHLSU,λ<=log n,65536,0,611352,9.3284912109375
SHLSU,λ<=log n,65536,0,609364,9.29815673828125
SHLSU,λ<=log n,65536,0,617572,9.42340087890625
SHLSU,λ<=log n,65536,0,640526,9.773651123046875
SHLSU,λ<=log n,65536,0,637496,9.7274169921875
SRLSU,λ<=log n,65536,0,657610,10.034332275390625
SRLSU,λ<=log n,65536,0,715714,10.920928955078125
SRLSU,λ<=log n,65536,0,670521,10.231338500976562
SRLSU,λ<=log n,65536,0,723824,11.044677734375
SRLSU,λ<=log n,65536,0,697801,10.647598266601562
SRLSU,λ<=log n,65536,0,684750,10.448455810546875
SRLSU,λ<=log n,65536,0,750995,11.459274291992188
SRLSU,λ<=log n,65536,0,673194,10.272125244140625
SRLSU,λ<=log n,65536,0,665131,10.149093627929688
SRLSU,λ<=log n,65536,0,715344,10.915283203125
SRLSU,λ<=log n,65536,0,663334,10.121673583984375
SRLSU,λ<=log n,65536,0,703421,10.733352661132812
SRLSU,λ<=log n,65536,0,653805,9.976272583007812
SRLSU,λ<=log n,65536,0,670012,10.22357177734375
SRLSU,λ<=log n,65536,0,667512,10.1854248046875
SRLSU,λ<=log n,65536,0,767694,11.714080810546875
SRLSU,λ<=log n,65536,0,682007,10.406600952148438
SRLSU,λ<=log n,65536,0,757253,11.554763793945312
SRLSU,λ<=log n,65536,0,671685,10.249099731445312
SRLSU,λ<=log n,65536,0,710585,10.842666625976562
SRLSU,λ<=log n,65536,0,699405,10.672073364257812
SRLSU,λ<=log n,65536,0,725659,11.072677612304688
SRLSU,λ<=log n,65536,0,684034,10.437530517578125
SRLSU,λ<=log n,65536,0,679959,10.375350952148438
SRLSU,λ<=log n,65536,0,709404,10.82464599609375
SRLSU,λ<=log n,65536,0,762576,11.635986328125
SRLSU,λ<=log n,65536,0,636069,9.705642700195312
SRLSU,λ<=log n,65536,0,776288,11.84521484375
SRLSU,λ<=log n,65536,0,665661,10.157180786132812
SRLSU,λ<=log n,65536,0,680804,10.38824462890625
SRLSU,λ<=log n,65536,0,694834,10.602325439453125
SRLSU,λ<=log n,65536,0,724139,11.049484252929688
SRLSU,λ<=log n,65536,0,736040,11.2310791015625
SRLSU,λ<=log n,65536,0,665302,10.151702880859375
SRLSU,λ<=log n,65536,0,696992,10.63525390625
SRLSU,λ<=log n,65536,0,690030,10.529022216796875
SRLSU,λ<=log n,65536,0,693342,10.579559326171875
SRLSU,λ<=log n,65536,0,792571,12.093673706054688
SRLSU,λ<=log n,65536,0,718510,10.963592529296875
SRLSU,λ<=log n,65536,0,701350,10.701751708984375
SRLSU,λ<=log n,65536,0,692019,10.559371948242188
SRLSU,λ<=log n,65536,0,676550,10.323333740234375
SRLSU,λ<=log n,65536,0,767980,11.71844482421875
SRLSU,λ<=log n,65536,0,709692,10.82904052734375
SRLSU,λ<=log n,65536,0,650658,9.928253173828125
SRLSU,λ<=log n,65536,0,679241,10.364395141601562
SRLSU,λ<=log n,65536,0,684254,10.440887451171875
SRLSU,λ<=log n,65536,0,718155,10.958175659179688
SRLSU,λ<=log n,65536,0,658991,10.055404663085938
SRLSU,λ<=log n,65536,0,672231,10.257431030273438
SRLSU,λ<=log n,65536,0,672835,10.266647338867188
SRLSU,λ<=log n,65536,0,711425,10.855484008789062
SRLSU,λ<=log n,65536,0,670578,10.232208251953125
SRLSU,λ<=log n,65536,0,741786,11.318756103515625
SRLSU,λ<=log n,65536,0,716922,10.939361572265625
SRLSU,λ<=log n,65536,0,817553,12.474868774414062
SRLSU,λ<=log n,65536,0,695275,10.609054565429688
SRLSU,λ<=log n,65536,0,663439,10.123275756835938
SRLSU,λ<=log n,65536,0,645055,9.842758178710938
SRLSU,λ<=log n,65536,0,654811,9.991622924804688
SRLSU,λ<=log n,65536,0,743224,11.3406982421875
SRLSU,λ<=log n,65536,0,742149,11.324295043945312
SRLSU,λ<=log n,65536,0,687234,10.486358642578125
SRLSU,λ<=log n,65536,0,648893,9.901321411132812
SRLSU,λ<=log n,65536,0,689751,10.524765014648438
SRLSU,λ<=log n,65536,0,709961,10.833145141601562
SRLSU,λ<=log n,65536,0,661051,10.086837768554688
SRLSU,λ<=log n,65536,0,721998,11.016815185546875
SRLSU,λ<=log n,65536,0,661322,10.090972900390625
SRLSU,λ<=log n,65536,0,720750,10.997772216796875
SRLSU,λ<=log n,65536,0,693574,10.583099365234375
SRLSU,λ<=log n,65536,0,684855,10.450057983398438
SRLSU,λ<=log n,65536,0,726314,11.082672119140625
SRLSU,λ<=log n,65536,0,725169,11.065200805664062
SRLSU,λ<=log n,65536,0,677023,10.330551147460938
SRLSU,λ<=log n,65536,0,682352,10.411865234375
SRLSU,λ<=log n,65536,0,722356,11.02227783203125
SRLSU,λ<=log n,65536,0,681535,10.399398803710938
SRLSU,λ<=log n,65536,0,677467,10.337326049804688
SRLSU,λ<=log n,65536,0,700931,10.695358276367188
SRLSU,λ<=log n,65536,0,710342,10.838958740234375
SRLSU,λ<=log n,65536,0,696089,10.621475219726562
SRLSU,λ<=log n,65536,0,647559,9.880966186523438
SRLSU,λ<=log n,65536,0,674569,10.293106079101562
SRLSU,λ<=log n,65536,0,685243,10.455978393554688
SRLSU,λ<=log n,65536,0,711875,10.862350463867188
SRLSU,λ<=log n,65536,0,691793,10.555923461914062
SRLSU,λ<=log n,65536,0,677503,10.337875366210938
SRLSU,λ<=log n,65536,0,714864,10.907958984375
SRLSU,λ<=log n,65536,0,691105,10.545425415039062
SRLSU,λ<=log n,65536,0,662671,10.111557006835938
SRLSU,λ<=log n,65536,0,661407,10.092269897460938
SRLSU,λ<=log n,65536,0,697698,10.646026611328125
SRLSU,λ<=log n,65536,0,700444,10.68792724609375
SRLSU,λ<=log n,65536,0,671175,10.241317749023438
SRLSU,λ<=log n,65536,0,674053,10.285232543945312
SRLSU,λ<=log n,65536,0,756316,11.54046630859375
SRLSU,λ<=log n,65536,0,741608,11.3160400390625
SRLSU,λ<=log n,65536,0,725199,11.065658569335938
SRLSU,λ<=log n,65536,0,728851,11.121383666992188
SSLSU,λ<=log n,65536,0,872629,13.315261840820312
SSLSU,λ<=log n,65536,0,865448,13.2056884765625
SSLSU,λ<=log n,65536,0,854295,13.035507202148438
SSLSU,λ<=log n,65536,0,892535,13.619003295898438
SSLSU,λ<=log n,65536,0,858896,13.105712890625
SSLSU,λ<=log n,65536,0,944324,14.40924072265625
SSLSU,λ<=log n,65536,0,890940,13.59466552734375
SSLSU,λ<=log n,65536,0,864568,13.1922607421875
SSLSU,λ<=log n,65536,0,852048,13.001220703125
SSLSU,λ<=log n,65536,0,898240,13.7060546875
SSLSU,λ<=log n,65536,0,894813,13.653762817382812
SSLSU,λ<=log n,65536,0,932413,14.227493286132812
SSLSU,λ<=log n,65536,0,886213,13.522537231445312
SSLSU,λ<=log n,65536,0,916073,13.978164672851562
SSLSU,λ<=log n,65536,0,852300,13.00506591796875
SSLSU,λ<=log n,65536,0,964348,14.71478271484375
SSLSU,λ<=log n,65536,0,1164106,17.762847900390625
SSLSU,λ<=log n,65536,0,962531,14.687057495117188
SSLSU,λ<=log n,65536,0,871339,13.295578002929688
SSLSU,λ<=log n,65536,0,1008158,15.383270263671875
SSLSU,λ<=log n,65536,0,931450,14.212799072265625
SSLSU,λ<=log n,65536,0,930410,14.196929931640625
SSLSU,λ<=log n,65536,0,941085,14.359817504882812
SSLSU,λ<=log n,65536,0,874125,13.338088989257812
SSLSU,λ<=log n,65536,0,906123,13.826339721679688
SSLSU,λ<=log n,65536,0,888468,13.55694580078125
SSLSU,λ<=log n,65536,0,809269,12.348464965820312
SSLSU,λ<=log n,65536,0,854656,13.041015625
SSLSU,λ<=log n,65536,0,964844,14.72235107421875
SSLSU,λ<=log n,65536,0,886348,13.52459716796875
SSLSU,λ<=log n,65536,0,827157,12.621414184570312
SSLSU,λ<=log n,65536,0,851689,12.995742797851562
SSLSU,λ<=log n,65536,0,861028,13.13824462890625
SSLSU,λ<=log n,65536,0,935928,14.2811279296875
SSLSU,λ<=log n,65536,0,864563,13.192184448242188
SSLSU,λ<=log n,65536,0,910801,13.897720336914062
SSLSU,λ<=log n,65536,0,886408,13.5255126953125
SSLSU,λ<=log n,65536,0,1006702,15.361053466796875
SSLSU,λ<=log n,65536,0,832277,12.699539184570312
SSLSU,λ<=log n,65536,0,935301,14.271560668945312
SSLSU,λ<=log n,65536,0,860150,13.124847412109375
SSLSU,λ<=log n,65536,0,882964,13.47296142578125
SSLSU,λ<=log n,65536,0,882495,13.465805053710938
SSLSU,λ<=log n,65536,0,864097,13.185073852539062
SSLSU,λ<=log n,65536,0,808396,12.33514404296875
SSLSU,λ<=log n,65536,0,847177,12.926895141601562
SSLSU,λ<=log n,65536,0,882896,13.471923828125
SSLSU,λ<=log n,65536,0,907187,13.842575073242188
SSLSU,λ<=log n,65536,0,1108930,16.920928955078125
SSLSU,λ<=log n,65536,0,814134,12.422698974609375
SSLSU,λ<=log n,65536,0,833472,12.7177734375
SSLSU,λ<=log n,65536,0,820096,12.513671875
SSLSU,λ<=log n,65536,0,974716,14.87298583984375
SSLSU,λ<=log n,65536,0,847298,12.928741455078125
SSLSU,λ<=log n,65536,0,817375,12.472152709960938
SSLSU,λ<=log n,65536,0,855627,13.055831909179688
SSLSU,λ<=log n,65536,0,1041825,15.896987915039062
SSLSU,λ<=log n,65536,0,851406,12.991424560546875
SSLSU,λ<=log n,65536,0,894305,13.646011352539062
SSLSU,λ<=log n,65536,0,865274,13.203033447265625
SSLSU,λ<=log n,65536,0,872514,13.313507080078125
SSLSU,λ<=log n,65536,0,850658,12.980010986328125
SSLSU,λ<=log n,65536,0,906816,13.8369140625
SSLSU,λ<=log n,65536,0,945026,14.419952392578125
SSLSU,λ<=log n,65536,0,841316,12.83746337890625
SSLSU,λ<=log n,65536,0,876813,13.379104614257812
SSLSU,λ<=log n,65536,0,855426,13.052764892578125
SSLSU,λ<=log n,65536,0,860684,13.13299560546875
SSLSU,λ<=log n,65536,0,846233,12.912490844726562
SSLSU,λ<=log n,65536,0,972253,14.835403442382812
SSLSU,λ<=log n,65536,0,872165,13.308181762695312
SSLSU,λ<=log n,65536,0,851361,12.990737915039062
SSLSU,λ<=log n,65536,0,871008,13.29052734375
SSLSU,λ<=log n,65536,0,852254,13.004364013671875
SSLSU,λ<=log n,65536,0,921101,14.054885864257812
SSLSU,λ<=log n,65536,0,886639,13.529037475585938
SSLSU,λ<=log n,65536,0,826594,12.612823486328125
SSLSU,λ<=log n,65536,0,914370,13.952178955078125
SSLSU,λ<=log n,65536,0,961276,14.66790771484375
SSLSU,λ<=log n,65536,0,863611,13.177658081054688
SSLSU,λ<=log n,65536,0,907432,13.8463134765625
SSLSU,λ<=log n,65536,0,953830,14.554290771484375
SSLSU,λ<=log n,65536,0,926315,14.134445190429688
SSLSU,λ<=log n,65536,0,814334,12.425750732421875
SSLSU,λ<=log n,65536,0,960793,14.660537719726562
SSLSU,λ<=log n,65536,0,887054,13.535369873046875
SSLSU,λ<=log n,65536,0,944795,14.416427612304688
SSLSU,λ<=log n,65536,0,798209,12.179702758789062
SSLSU,λ<=log n,65536,0,876211,13.369918823242188
SSLSU,λ<=log n,65536,0,966780,14.75189208984375
SSLSU,λ<=log n,65536,0,883885,13.487014770507812
SSLSU,λ<=log n,65536,0,826148,12.60601806640625
SSLSU,λ<=log n,65536,0,971468,14.82342529296875
SSLSU,λ<=log n,65536,0,920859,14.051193237304688
SSLSU,λ<=log n,65536,0,848299,12.944015502929688
SSLSU,λ<=log n,65536,0,847766,12.935882568359375
SSLSU,λ<=log n,65536,0,897966,13.701873779296875
SSLSU,λ<=log n,65536,0,1029662,15.711395263671875
SSLSU,λ<=log n,65536,0,856340,13.06671142578125
SSLSU,λ<=log n,65536,0,985078,15.031097412109375
SSDMU,λ<=log n,65536,0,869201,13.262954711914062
SSDMU,λ<=log n,65536,0,723125,11.034011840820312
SSDMU,λ<=log n,65536,0,759369,11.587051391601562
SSDMU,λ<=log n,65536,0,769633,11.743667602539062
SSDMU,λ<=log n,65536,0,796746,12.157379150390625
SSDMU,λ<=log n,65536,0,714264,10.8988037109375
SSDMU,λ<=log n,65536,0,823784,12.5699462890625
SSDMU,λ<=log n,65536,0,736088,11.2318115234375
SSDMU,λ<=log n,65536,0,759213,11.584671020507812
SSDMU,λ<=log n,65536,0,691919,10.557846069335938
SSDMU,λ<=log n,65536,0,787744,12.02001953125
SSDMU,λ<=log n,65536,0,756305,11.540298461914062
SSDMU,λ<=log n,65536,0,787990,12.023773193359375
SSDMU,λ<=log n,65536,0,717750,10.951995849609375
SSDMU,λ<=log n,65536,0,800838,12.219818115234375
SSDMU,λ<=log n,65536,0,740316,11.29632568359375
SSDMU,λ<=log n,65536,0,773759,11.806625366210938
SSDMU,λ<=log n,65536,0,788751,12.035385131835938
SSDMU,λ<=log n,65536,0,752206,11.477752685546875
SSDMU,λ<=log n,65536,0,788841,12.036758422851562
SSDMU,λ<=log n,65536,0,732524,11.17742919921875
SSDMU,λ<=log n,65536,0,737770,11.257476806640625
SSDMU,λ<=log n,65536,0,775109,11.827224731445312
SSDMU,λ<=log n,65536,0,783979,11.962570190429688
SSDMU,λ<=log n,65536,0,865403,13.205001831054688
SSDMU,λ<=log n,65536,0,855492,13.05377197265625
SSDMU,λ<=log n,65536,0,786831,12.006088256835938
SSDMU,λ<=log n,65536,0,688835,10.510787963867188
SSDMU,λ<=log n,65536,0,965206,14.727874755859375
SSDMU,λ<=log n,65536,0,735058,11.216094970703125
SSDMU,λ<=log n,65536,0,739662,11.286346435546875
SSDMU,λ<=log n,65536,0,719117,10.972854614257812
SSDMU,λ<=log n,65536,0,795695,12.141342163085938
SSDMU,λ<=log n,65536,0,764981,11.672683715820312
SSDMU,λ<=log n,65536,0,761592,11.6209716796875
SSDMU,λ<=log n,65536,0,788273,12.028091430664062
SSDMU,λ<=log n,65536,0,753643,11.499679565429688
SSDMU,λ<=log n,65536,0,729653,11.133621215820312
SSDMU,λ<=log n,65536,0,772170,11.782379150390625
SSDMU,λ<=log n,65536,0,756691,11.546188354492188
SSDMU,λ<=log n,65536,0,695081,10.606094360351562
SSDMU,λ<=log n,65536,0,760060,11.59759521484375
SSDMU,λ<=log n,65536,0,693409,10.580581665039062
SSDMU,λ<=log n,65536,0,780408,11.9080810546875
SSDMU,λ<=log n,65536,0,727569,11.101821899414062
SSDMU,λ<=log n,65536,0,832954,12.709869384765625
SSDMU,λ<=log n,65536,0,706043,10.773361206054688
SSDMU,λ<=log n,65536,0,778518,11.879241943359375
SSDMU,λ<=log n,65536,0,801938,12.236602783203125
SSDMU,λ<=log n,65536,0,763637,11.652175903320312
SSDMU,λ<=log n,65536,0,738835,11.273727416992188
SSDMU,λ<=log n,65536,0,841637,12.842361450195312
SSDMU,λ<=log n,65536,0,728064,11.109375
SSDMU,λ<=log n,65536,0,726595,11.086959838867188
SSDMU,λ<=log n,65536,0,716016,10.925537109375
SSDMU,λ<=log n,65536,0,854446,13.037811279296875
SSDMU,λ<=log n,65536,0,776048,11.841552734375
SSDMU,λ<=log n,65536,0,799371,12.197433471679688
SSDMU,λ<=log n,65536,0,705619,10.766891479492188
SSDMU,λ<=log n,65536,0,790612,12.06378173828125
SSDMU,λ<=log n,65536,0,748513,11.421401977539062
SSDMU,λ<=log n,65536,0,768495,11.726303100585938
SSDMU,λ<=log n,65536,0,816196,12.45416259765625
SSDMU,λ<=log n,65536,0,702464,10.71875
SSDMU,λ<=log n,65536,0,794079,12.116683959960938
SSDMU,λ<=log n,65536,0,787794,12.020782470703125
SSDMU,λ<=log n,65536,0,742724,11.33306884765625
SSDMU,λ<=log n,65536,0,761885,11.625442504882812
SSDMU,λ<=log n,65536,0,682980,10.42144775390625
SSDMU,λ<=log n,65536,0,760239,11.600326538085938
SSDMU,λ<=log n,65536,0,854766,13.042694091796875
SSDMU,λ<=log n,65536,0,856540,13.06976318359375
SSDMU,λ<=log n,65536,0,741682,11.317169189453125
SSDMU,λ<=log n,65536,0,749551,11.437240600585938
SSDMU,λ<=log n,65536,0,765513,11.680801391601562
SSDMU,λ<=log n,65536,0,749931,11.443038940429688
SSDMU,λ<=log n,65536,0,764862,11.670867919921875
SSDMU,λ<=log n,65536,0,866111,13.215805053710938
SSDMU,λ<=log n,65536,0,819549,12.505325317382812
SSDMU,λ<=log n,65536,0,744355,11.357955932617188
SSDMU,λ<=log n,65536,0,780496,11.909423828125
SSDMU,λ<=log n,65536,0,747632,11.407958984375
SSDMU,λ<=log n,65536,0,896149,13.674148559570312
SSDMU,λ<=log n,65536,0,721648,11.011474609375
SSDMU,λ<=log n,65536,0,809892,12.35797119140625
SSDMU,λ<=log n,65536,0,729149,11.125930786132812
SSDMU,λ<=log n,65536,0,730530,11.147003173828125
SSDMU,λ<=log n,65536,0,795909,12.144607543945312
SSDMU,λ<=log n,65536,0,742609,11.331314086914062
SSDMU,λ<=log n,65536,0,767074,11.704620361328125
SSDMU,λ<=log n,65536,0,733765,11.196365356445312
SSDMU,λ<=log n,65536,0,747962,11.412994384765625
SSDMU,λ<=log n,65536,0,744242,11.356231689453125
SSDMU,λ<=log n,65536,0,797821,12.173782348632812
SSDMU,λ<=log n,65536,0,748080,11.414794921875
SSDMU,λ<=log n,65536,0,737710,11.256561279296875
SSDMU,λ<=log n,65536,0,752416,11.48095703125
SSDMU,λ<=log n,65536,0,709925,10.832595825195312
SSDMU,λ<=log n,65536,0,789885,12.052688598632812
SSDMU,λ<=log n,65536,0,763363,11.647994995117188
SRDMU,λ<=log n,65536,0,548804,8.37408447265625
SRDMU,λ<=log n,65536,0,545544,8.3243408203125
SRDMU,λ<=log n,65536,0,558525,8.522415161132812
SRDMU,λ<=log n,65536,0,544887,8.314315795898438
SRDMU,λ<=log n,65536,0,521587,7.9587860107421875
SRDMU,λ<=log n,65536,0,534012,8.14837646484375
SRDMU,λ<=log n,65536,0,582720,8.8916015625
SRDMU,λ<=log n,65536,0,544822,8.313323974609375
SRDMU,λ<=log n,65536,0,569273,8.686416625976562
SRDMU,λ<=log n,65536,0,531451,8.109298706054688
SRDMU,λ<=log n,65536,0,630136,9.6151123046875
SRDMU,λ<=log n,65536,0,537381,8.199783325195312
SRDMU,λ<=log n,65536,0,605380,9.23736572265625
SRDMU,λ<=log n,65536,0,556444,8.49066162109375
SRDMU,λ<=log n,65536,0,539025,8.224868774414062
SRDMU,λ<=log n,65536,0,576396,8.79510498046875
SRDMU,λ<=log n,65536,0,616768,9.4111328125
SRDMU,λ<=log n,65536,0,608926,9.291473388671875
SRDMU,λ<=log n,65536,0,560756,8.55645751953125
SRDMU,λ<=log n,65536,0,549593,8.386123657226562
SRDMU,λ<=log n,65536,0,565544,8.6295166015625
SRDMU,λ<=log n,65536,0,557117,8.500930786132812
SRDMU,λ<=log n,65536,0,531317,8.107254028320312
SRDMU,λ<=log n,65536,0,563294,8.595184326171875
SRDMU,λ<=log n,65536,0,647456,9.87939453125
SRDMU,λ<=log n,65536,0,522998,7.980316162109375
SRDMU,λ<=log n,65536,0,578249,8.823379516601562
SRDMU,λ<=log n,65536,0,623604,9.51544189453125
SRDMU,λ<=log n,65536,0,515579,7.8671112060546875
SRDMU,λ<=log n,65536,0,550161,8.394790649414062
SRDMU,λ<=log n,65536,0,675591,10.308700561523438
SRDMU,λ<=log n,65536,0,605788,9.24359130859375
SRDMU,λ<=log n,65536,0,583381,8.901687622070312
SRDMU,λ<=log n,65536,0,626205,9.555130004882812
SRDMU,λ<=log n,65536,0,563001,8.590713500976562
SRDMU,λ<=log n,65536,0,554344,8.4586181640625
SRDMU,λ<=log n,65536,0,646272,9.861328125
SRDMU,λ<=log n,65536,0,554372,8.45904541015625
SRDMU,λ<=log n,65536,0,577608,8.8135986328125
SRDMU,λ<=log n,65536,0,589066,8.988433837890625
SRDMU,λ<=log n,65536,0,610358,9.313323974609375
SRDMU,λ<=log n,65536,0,538411,8.215499877929688
SRDMU,λ<=log n,65536,0,545894,8.329681396484375
SRDMU,λ<=log n,65536,0,532557,8.126174926757812
SRDMU,λ<=log n,65536,0,579367,8.840438842773438
SRDMU,λ<=log n,65536,0,610658,9.317901611328125
SRDMU,λ<=log n,65536,0,545981,8.331008911132812
SRDMU,λ<=log n,65536,0,655442,10.001251220703125
SRDMU,λ<=log n,65536,0,569081,8.683486938476562
SRDMU,λ<=log n,65536,0,566395,8.642501831054688
SRDMU,λ<=log n,65536,0,568629,8.676589965820312
SRDMU,λ<=log n,65536,0,543642,8.295318603515625
SRDMU,λ<=log n,65536,0,644773,9.838455200195312
SRDMU,λ<=log n,65536,0,622589,9.499954223632812
SRDMU,λ<=log n,65536,0,581815,8.877792358398438
SRDMU,λ<=log n,65536,0,575347,8.779098510742188
SRDMU,λ<=log n,65536,0,542476,8.27752685546875
SRDMU,λ<=log n,65536,0,550596,8.40142822265625
SRDMU,λ<=log n,65536,0,543660,8.29559326171875
SRDMU,λ<=log n,65536,0,586845,8.954544067382812
SRDMU,λ<=log n,65536,0,574520,8.7664794921875
SRDMU,λ<=log n,65536,0,619512,9.4530029296875
SRDMU,λ<=log n,65536,0,551057,8.408462524414062
SRDMU,λ<=log n,65536,0,556987,8.498947143554688
SRDMU,λ<=log n,65536,0,517482,7.896148681640625
SRDMU,λ<=log n,65536,0,540302,8.244354248046875
SRDMU,λ<=log n,65536,0,601692,9.18109130859375
SRDMU,λ<=log n,65536,0,691322,10.548736572265625
SRDMU,λ<=log n,65536,0,586145,8.943862915039062
SRDMU,λ<=log n,65536,0,538248,8.2130126953125
SRDMU,λ<=log n,65536,0,564847,8.618881225585938
SRDMU,λ<=log n,65536,0,561038,8.560760498046875
SRDMU,λ<=log n,65536,0,559107,8.531295776367188
SRDMU,λ<=log n,65536,0,542545,8.278579711914062
SRDMU,λ<=log n,65536,0,636830,9.717254638671875
SRDMU,λ<=log n,65536,0,547256,8.3504638671875
SRDMU,λ<=log n,65536,0,547196,8.34954833984375
SRDMU,λ<=log n,65536,0,547778,8.358428955078125
SRDMU,λ<=log n,65536,0,632016,9.643798828125
SRDMU,λ<=log n,65536,0,556087,8.485214233398438
SRDMU,λ<=log n,65536,0,510773,7.7937774658203125
SRDMU,λ<=log n,65536,0,570516,8.70538330078125
SRDMU,λ<=log n,65536,0,561587,8.569137573242188
SRDMU,λ<=log n,65536,0,605559,9.240097045898438
SRDMU,λ<=log n,65536,0,589064,8.9884033203125
SRDMU,λ<=log n,65536,0,558775,8.526229858398438
SRDMU,λ<=log n,65536,0,578754,8.831085205078125
SRDMU,λ<=log n,65536,0,589406,8.993621826171875
SRDMU,λ<=log n,65536,0,600450,9.162139892578125
SRDMU,λ<=log n,65536,0,644521,9.834609985351562
SRDMU,λ<=log n,65536,0,553973,8.452957153320312
SRDMU,λ<=log n,65536,0,527462,8.048431396484375
SRDMU,λ<=log n,65536,0,544961,8.315444946289062
SRDMU,λ<=log n,65536,0,602269,9.189895629882812
SRDMU,λ<=log n,65536,0,599992,9.1551513671875
SRDMU,λ<=log n,65536,0,549938,8.391387939453125
SRDMU,λ<=log n,65536,0,552364,8.42840576171875
SRDMU,λ<=log n,65536,0,554174,8.456024169921875
SRDMU,λ<=log n,65536,0,541727,8.266098022460938
SRDMU,λ<=log n,65536,0,548974,8.376678466796875
SHDMU,λ<=log n,65536,0,548428,8.36834716796875
SHDMU,λ<=log n,65536,0,520052,7.93536376953125
SHDMU,λ<=log n,65536,0,517929,7.9029693603515625
SHDMU,λ<=log n,65536,0,565132,8.62322998046875
SHDMU,λ<=log n,65536,0,529242,8.075592041015625
SHDMU,λ<=log n,65536,0,535931,8.177658081054688
SHDMU,λ<=log n,65536,0,531462,8.109466552734375
SHDMU,λ<=log n,65536,0,493481,7.5299224853515625
SHDMU,λ<=log n,65536,0,530418,8.093536376953125
SHDMU,λ<=log n,65536,0,547385,8.352432250976562
SHDMU,λ<=log n,65536,0,565713,8.632095336914062
SHDMU,λ<=log n,65536,0,570225,8.700942993164062
SHDMU,λ<=log n,65536,0,493604,7.53179931640625
SHDMU,λ<=log n,65536,0,520141,7.9367218017578125
SHDMU,λ<=log n,65536,0,492371,7.5129852294921875
SHDMU,λ<=log n,65536,0,506521,7.7288970947265625
SHDMU,λ<=log n,65536,0,502504,7.6676025390625
SHDMU,λ<=log n,65536,0,572377,8.733779907226562
SHDMU,λ<=log n,65536,0,520427,7.9410858154296875
SHDMU,λ<=log n,65536,0,514611,7.8523406982421875
SHDMU,λ<=log n,65536,0,506308,7.72564697265625
SHDMU,λ<=log n,65536,0,502027,7.6603240966796875
SHDMU,λ<=log n,65536,0,509176,7.7694091796875
SHDMU,λ<=log n,65536,0,485098,7.402008056640625
SHDMU,λ<=log n,65536,0,572112,8.729736328125
SHDMU,λ<=log n,65536,0,498504,7.6065673828125
SHDMU,λ<=log n,65536,0,508350,7.756805419921875
SHDMU,λ<=log n,65536,0,537176,8.1966552734375
SHDMU,λ<=log n,65536,0,531315,8.107223510742188
SHDMU,λ<=log n,65536,0,497838,7.596405029296875
SHDMU,λ<=log n,65536,0,528582,8.065521240234375
SHDMU,λ<=log n,65536,0,500361,7.6349029541015625
SHDMU,λ<=log n,65536,0,527118,8.043182373046875
SHDMU,λ<=log n,65536,0,517419,7.8951873779296875
SHDMU,λ<=log n,65536,0,508586,7.760406494140625
SHDMU,λ<=log n,65536,0,552730,8.433990478515625
SHDMU,λ<=log n,65536,0,521430,7.956390380859375
SHDMU,λ<=log n,65536,0,522178,7.967803955078125
SHDMU,λ<=log n,65536,0,510591,7.7910003662109375
SHDMU,λ<=log n,65536,0,540201,8.242813110351562
SHDMU,λ<=log n,65536,0,535598,8.172576904296875
SHDMU,λ<=log n,65536,0,514610,7.852325439453125
SHDMU,λ<=log n,65536,0,527987,8.056442260742188
SHDMU,λ<=log n,65536,0,516212,7.87677001953125
SHDMU,λ<=log n,65536,0,523431,7.9869232177734375
SHDMU,λ<=log n,65536,0,539530,8.232574462890625
SHDMU,λ<=log n,65536,0,522436,7.97174072265625
SHDMU,λ<=log n,65536,0,505212,7.70892333984375
SHDMU,λ<=log n,65536,0,519338,7.924468994140625
SHDMU,λ<=log n,65536,0,509394,7.772735595703125
SHDMU,λ<=log n,65536,0,551911,8.421493530273438
SHDMU,λ<=log n,65536,0,556138,8.485992431640625
SHDMU,λ<=log n,65536,0,534570,8.156890869140625
SHDMU,λ<=log n,65536,0,550404,8.39849853515625
SHDMU,λ<=log n,65536,0,529535,8.080062866210938
SHDMU,λ<=log n,65536,0,515094,7.859710693359375
SHDMU,λ<=log n,65536,0,532504,8.1253662109375
SHDMU,λ<=log n,65536,0,570966,8.712249755859375
SHDMU,λ<=log n,65536,0,519877,7.9326934814453125
SHDMU,λ<=log n,65536,0,529147,8.074142456054688
SHDMU,λ<=log n,65536,0,505946,7.720123291015625
SHDMU,λ<=log n,65536,0,514977,7.8579254150390625
SHDMU,λ<=log n,65536,0,571612,8.72210693359375
SHDMU,λ<=log n,65536,0,497282,7.587921142578125
SHDMU,λ<=log n,65536,0,556306,8.488555908203125
SHDMU,λ<=log n,65536,0,504080,7.691650390625
SHDMU,λ<=log n,65536,0,500748,7.64080810546875
SHDMU,λ<=log n,65536,0,544001,8.300796508789062
SHDMU,λ<=log n,65536,0,558306,8.519073486328125
SHDMU,λ<=log n,65536,0,527717,8.052322387695312
SHDMU,λ<=log n,65536,0,553509,8.445877075195312
SHDMU,λ<=log n,65536,0,505036,7.70623779296875
SHDMU,λ<=log n,65536,0,568179,8.669723510742188
SHDMU,λ<=log n,65536,0,534718,8.159149169921875
SHDMU,λ<=log n,65536,0,520687,7.9450531005859375
SHDMU,λ<=log n,65536,0,537637,8.203689575195312
SHDMU,λ<=log n,65536,0,555241,8.472305297851562
SHDMU,λ<=log n,65536,0,495838,7.565887451171875
SHDMU,λ<=log n,65536,0,526503,8.033798217773438
SHDMU,λ<=log n,65536,0,549335,8.382186889648438
SHDMU,λ<=log n,65536,0,509255,7.7706146240234375
SHDMU,λ<=log n,65536,0,508735,7.7626800537109375
SHDMU,λ<=log n,65536,0,546421,8.337722778320312
SHDMU,λ<=log n,65536,0,515714,7.869171142578125
SHDMU,λ<=log n,65536,0,540498,8.247344970703125
SHDMU,λ<=log n,65536,0,518160,7.906494140625
SHDMU,λ<=log n,65536,0,508226,7.754913330078125
SHDMU,λ<=log n,65536,0,547176,8.3492431640625
SHDMU,λ<=log n,65536,0,493384,7.5284423828125
SHDMU,λ<=log n,65536,0,553854,8.451141357421875
SHDMU,λ<=log n,65536,0,511895,7.8108978271484375
SHDMU,λ<=log n,65536,0,513077,7.8289337158203125
SHDMU,λ<=log n,65536,0,491369,7.4976959228515625
SHDMU,λ<=log n,65536,0,517092,7.89019775390625
SHDMU,λ<=log n,65536,0,542240,8.27392578125
SHDMU,λ<=log n,65536,0,601094,9.171966552734375
SHDMU,λ<=log n,65536,0,527107,8.043014526367188
SHDMU,λ<=log n,65536,0,486512,7.423583984375
SHDMU,λ<=log n,65536,0,525539,8.019088745117188
SHDMU,λ<=log n,65536,0,516071,7.8746185302734375
SHLMU,λ<=log n,65536,0,548308,8.36651611328125
SHLMU,λ<=log n,65536,0,565400,8.6273193359375
SHLMU,λ<=log n,65536,0,555412,8.47491455078125
SHLMU,λ<=log n,65536,0,582191,8.883529663085938
SHLMU,λ<=log n,65536,0,541574,8.263763427734375
SHLMU,λ<=log n,65536,0,542592,8.279296875
SHLMU,λ<=log n,65536,0,504046,7.691131591796875
SHLMU,λ<=log n,65536,0,562352,8.580810546875
SHLMU,λ<=log n,65536,0,540192,8.24267578125
SHLMU,λ<=log n,65536,0,533190,8.135833740234375
SHLMU,λ<=log n,65536,0,565883,8.634689331054688
SHLMU,λ<=log n,65536,0,599953,9.154556274414062
SHLMU,λ<=log n,65536,0,513464,7.8348388671875
SHLMU,λ<=log n,65536,0,519038,7.919891357421875
SHLMU,λ<=log n,65536,0,535494,8.170989990234375
SHLMU,λ<=log n,65536,0,594865,9.076919555664062
SHLMU,λ<=log n,65536,0,543956,8.30010986328125
SHLMU,λ<=log n,65536,0,568409,8.673233032226562
SHLMU,λ<=log n,65536,0,542210,8.273468017578125
SHLMU,λ<=log n,65536,0,533410,8.139190673828125
SHLMU,λ<=log n,65536,0,593013,9.048660278320312
SHLMU,λ<=log n,65536,0,572748,8.73944091796875
SHLMU,λ<=log n,65536,0,557808,8.511474609375
SHLMU,λ<=log n,65536,0,548428,8.36834716796875
SHLMU,λ<=log n,65536,0,522255,7.9689788818359375
SHLMU,λ<=log n,65536,0,616308,9.40411376953125
SHLMU,λ<=log n,65536,0,541705,8.265762329101562
SHLMU,λ<=log n,65536,0,591434,9.024566650390625
SHLMU,λ<=log n,65536,0,526492,8.03363037109375
SHLMU,λ<=log n,65536,0,534881,8.161636352539062
SHLMU,λ<=log n,65536,0,582828,8.89324951171875
SHLMU,λ<=log n,65536,0,504810,7.702789306640625
SHLMU,λ<=log n,65536,0,537971,8.208786010742188
SHLMU,λ<=log n,65536,0,562482,8.582794189453125
SHLMU,λ<=log n,65536,0,524870,8.008880615234375
SHLMU,λ<=log n,65536,0,537383,8.199813842773438
SHLMU,λ<=log n,65536,0,535779,8.175338745117188
SHLMU,λ<=log n,65536,0,543194,8.288482666015625
SHLMU,λ<=log n,65536,0,584286,8.915496826171875
SHLMU,λ<=log n,65536,0,544665,8.310928344726562
SHLMU,λ<=log n,65536,0,553755,8.449630737304688
SHLMU,λ<=log n,65536,0,633534,9.666961669921875
SHLMU,λ<=log n,65536,0,519267,7.9233856201171875
SHLMU,λ<=log n,65536,0,539140,8.22662353515625
SHLMU,λ<=log n,65536,0,543665,8.295669555664062
SHLMU,λ<=log n,65536,0,549052,8.37786865234375
SHLMU,λ<=log n,65536,0,535006,8.163543701171875
SHLMU,λ<=log n,65536,0,555649,8.478530883789062
SHLMU,λ<=log n,65536,0,528474,8.063873291015625
SHLMU,λ<=log n,65536,0,547573,8.355300903320312
SHLMU,λ<=log n,65536,0,551778,8.419464111328125
SHLMU,λ<=log n,65536,0,558229,8.517898559570312
SHLMU,λ<=log n,65536,0,547294,8.351043701171875
SHLMU,λ<=log n,65536,0,538357,8.214675903320312
SHLMU,λ<=log n,65536,0,526728,8.0372314453125
SHLMU,λ<=log n,65536,0,564018,8.606231689453125
SHLMU,λ<=log n,65536,0,545149,8.318313598632812
SHLMU,λ<=log n,65536,0,539148,8.22674560546875
SHLMU,λ<=log n,65536,0,575224,8.7772216796875
SHLMU,λ<=log n,65536,0,576300,8.79364013671875
SHLMU,λ<=log n,65536,0,586681,8.952041625976562
SHLMU,λ<=log n,65536,0,528270,8.060760498046875
SHLMU,λ<=log n,65536,0,537549,8.202346801757812
SHLMU,λ<=log n,65536,0,528784,8.068603515625
SHLMU,λ<=log n,65536,0,555055,8.469467163085938
SHLMU,λ<=log n,65536,0,521725,7.9608917236328125
SHLMU,λ<=log n,65536,0,552581,8.431716918945312
SHLMU,λ<=log n,65536,0,538480,8.216552734375
SHLMU,λ<=log n,65536,0,552201,8.425918579101562
SHLMU,λ<=log n,65536,0,582454,8.887542724609375
SHLMU,λ<=log n,65536,0,526686,8.036590576171875
SHLMU,λ<=log n,65536,0,559835,8.542404174804688
SHLMU,λ<=log n,65536,0,572008,8.7281494140625
SHLMU,λ<=log n,65536,0,549101,8.378616333007812
SHLMU,λ<=log n,65536,0,565491,8.628707885742188
SHLMU,λ<=log n,65536,0,522715,7.9759979248046875
SHLMU,λ<=log n,65536,0,556772,8.49566650390625
SHLMU,λ<=log n,65536,0,550917,8.406326293945312
SHLMU,λ<=log n,65536,0,544770,8.312530517578125
SHLMU,λ<=log n,65536,0,527685,8.051834106445312
SHLMU,λ<=log n,65536,0,553743,8.449447631835938
SHLMU,λ<=log n,65536,0,546024,8.3316650390625
SHLMU,λ<=log n,65536,0,560246,8.548675537109375
SHLMU,λ<=log n,65536,0,543007,8.285629272460938
SHLMU,λ<=log n,65536,0,540819,8.252243041992188
SHLMU,λ<=log n,65536,0,564229,8.609451293945312
SHLMU,λ<=log n,65536,0,556886,8.497406005859375
SHLMU,λ<=log n,65536,0,612171,9.340988159179688
SHLMU,λ<=log n,65536,0,560651,8.554855346679688
SHLMU,λ<=log n,65536,0,558633,8.524063110351562
SHLMU,λ<=log n,65536,0,554496,8.4609375
SHLMU,λ<=log n,65536,0,540927,8.253890991210938
SHLMU,λ<=log n,65536,0,532084,8.11895751953125
SHLMU,λ<=log n,65536,0,553595,8.447189331054688
SHLMU,λ<=log n,65536,0,613746,9.365020751953125
SHLMU,λ<=log n,65536,0,579262,8.838836669921875
SHLMU,λ<=log n,65536,0,537697,8.204605102539062
SHLMU,λ<=log n,65536,0,567318,8.656585693359375
SHLMU,λ<=log n,65536,0,563549,8.599075317382812
SHLMU,λ<=log n,65536,0,533276,8.13714599609375
SRLMU,λ<=log n,65536,0,584270,8.915252685546875
SRLMU,λ<=log n,65536,0,600204,9.15838623046875
SRLMU,λ<=log n,65536,0,590211,9.005905151367188
SRLMU,λ<=log n,65536,0,613167,9.356185913085938
SRLMU,λ<=log n,65536,0,548128,8.36376953125
SRLMU,λ<=log n,65536,0,599077,9.141189575195312
SRLMU,λ<=log n,65536,0,596544,9.1025390625
SRLMU,λ<=log n,65536,0,577763,8.815963745117188
SRLMU,λ<=log n,65536,0,603634,9.210723876953125
SRLMU,λ<=log n,65536,0,561633,8.569839477539062
SRLMU,λ<=log n,65536,0,643526,9.819427490234375
SRLMU,λ<=log n,65536,0,559199,8.532699584960938
SRLMU,λ<=log n,65536,0,596030,9.094696044921875
SRLMU,λ<=log n,65536,0,688728,10.5091552734375
SRLMU,λ<=log n,65536,0,539705,8.235244750976562
SRLMU,λ<=log n,65536,0,611294,9.327606201171875
SRLMU,λ<=log n,65536,0,549195,8.380050659179688
SRLMU,λ<=log n,65536,0,599918,9.154022216796875
SRLMU,λ<=log n,65536,0,641444,9.78765869140625
SRLMU,λ<=log n,65536,0,568344,8.6722412109375
SRLMU,λ<=log n,65536,0,597272,9.1136474609375
SRLMU,λ<=log n,65536,0,561953,8.574722290039062
SRLMU,λ<=log n,65536,0,590919,9.016708374023438
SRLMU,λ<=log n,65536,0,584078,8.912322998046875
SRLMU,λ<=log n,65536,0,579720,8.8458251953125
SRLMU,λ<=log n,65536,0,627267,9.571334838867188
SRLMU,λ<=log n,65536,0,566885,8.649978637695312
SRLMU,λ<=log n,65536,0,681702,10.401947021484375
SRLMU,λ<=log n,65536,0,614145,9.371109008789062
SRLMU,λ<=log n,65536,0,597160,9.1119384765625
SRLMU,λ<=log n,65536,0,577606,8.813568115234375
SRLMU,λ<=log n,65536,0,544668,8.31097412109375
SRLMU,λ<=log n,65536,0,634798,9.686248779296875
SRLMU,λ<=log n,65536,0,587593,8.965957641601562
SRLMU,λ<=log n,65536,0,594080,9.06494140625
SRLMU,λ<=log n,65536,0,571688,8.7232666015625
SRLMU,λ<=log n,65536,0,559029,8.530105590820312
SRLMU,λ<=log n,65536,0,595263,9.082992553710938
SRLMU,λ<=log n,65536,0,583058,8.896759033203125
SRLMU,λ<=log n,65536,0,611761,9.334732055664062
SRLMU,λ<=log n,65536,0,559337,8.534805297851562
SRLMU,λ<=log n,65536,0,607520,9.27001953125
SRLMU,λ<=log n,65536,0,697756,10.64691162109375
SRLMU,λ<=log n,65536,0,653063,9.964950561523438
SRLMU,λ<=log n,65536,0,539410,8.230743408203125
SRLMU,λ<=log n,65536,0,565036,8.62176513671875
SRLMU,λ<=log n,65536,0,605083,9.232833862304688
SRLMU,λ<=log n,65536,0,565116,8.62298583984375
SRLMU,λ<=log n,65536,0,600514,9.163116455078125
SRLMU,λ<=log n,65536,0,587664,8.967041015625
SRLMU,λ<=log n,65536,0,623073,9.507339477539062
SRLMU,λ<=log n,65536,0,573062,8.744232177734375
SRLMU,λ<=log n,65536,0,587148,8.95916748046875
SRLMU,λ<=log n,65536,0,553233,8.441665649414062
SRLMU,λ<=log n,65536,0,603020,9.20135498046875
SRLMU,λ<=log n,65536,0,577641,8.814102172851562
SRLMU,λ<=log n,65536,0,563275,8.594894409179688
SRLMU,λ<=log n,65536,0,586497,8.949234008789062
SRLMU,λ<=log n,65536,0,640532,9.77374267578125
SRLMU,λ<=log n,65536,0,588067,8.973190307617188
SRLMU,λ<=log n,65536,0,587467,8.964035034179688
SRLMU,λ<=log n,65536,0,575138,8.775909423828125
SRLMU,λ<=log n,65536,0,645830,9.854583740234375
SRLMU,λ<=log n,65536,0,575950,8.788299560546875
SRLMU,λ<=log n,65536,0,598944,9.13916015625
SRLMU,λ<=log n,65536,0,580766,8.861785888671875
SRLMU,λ<=log n,65536,0,564457,8.612930297851562
SRLMU,λ<=log n,65536,0,584404,8.91729736328125
SRLMU,λ<=log n,65536,0,586619,8.951095581054688
SRLMU,λ<=log n,65536,0,609018,9.292877197265625
SRLMU,λ<=log n,65536,0,561093,8.561599731445312
SRLMU,λ<=log n,65536,0,599007,9.140121459960938
SRLMU,λ<=log n,65536,0,568322,8.671905517578125
SRLMU,λ<=log n,65536,0,627456,9.57421875
SRLMU,λ<=log n,65536,0,538821,8.221755981445312
SRLMU,λ<=log n,65536,0,604862,9.229461669921875
SRLMU,λ<=log n,65536,0,564186,8.608795166015625
SRLMU,λ<=log n,65536,0,596954,9.108795166015625
SRLMU,λ<=log n,65536,0,654531,9.987350463867188
SRLMU,λ<=log n,65536,0,599682,9.150421142578125
SRLMU,λ<=log n,65536,0,561335,8.565292358398438
SRLMU,λ<=log n,65536,0,604469,9.223464965820312
SRLMU,λ<=log n,65536,0,579952,8.849365234375
SRLMU,λ<=log n,65536,0,609198,9.295623779296875
SRLMU,λ<=log n,65536,0,648681,9.898086547851562
SRLMU,λ<=log n,65536,0,554773,8.465164184570312
SRLMU,λ<=log n,65536,0,569697,8.692886352539062
SRLMU,λ<=log n,65536,0,575248,8.777587890625
SRLMU,λ<=log n,65536,0,556070,8.484954833984375
SRLMU,λ<=log n,65536,0,594667,9.073898315429688
SRLMU,λ<=log n,65536,0,615319,9.389022827148438
SRLMU,λ<=log n,65536,0,566927,8.650619506835938
SRLMU,λ<=log n,65536,0,625758,9.548309326171875
SRLMU,λ<=log n,65536,0,569592,8.6912841796875
SRLMU,λ<=log n,65536,0,564479,8.613265991210938
SRLMU,λ<=log n,65536,0,583151,8.898178100585938
SRLMU,λ<=log n,65536,0,563576,8.5994873046875
SRLMU,λ<=log n,65536,0,580330,8.855133056640625
SRLMU,λ<=log n,65536,0,559075,8.530807495117188
SRLMU,λ<=log n,65536,0,640171,9.768234252929688
SSLMU,λ<=log n,65536,0,812282,12.394439697265625
SSLMU,λ<=log n,65536,0,805021,12.283645629882812
SSLMU,λ<=log n,65536,0,747452,11.40521240234375
SSLMU,λ<=log n,65536,0,835334,12.746185302734375
SSLMU,λ<=log n,65536,0,801461,12.229324340820312
SSLMU,λ<=log n,65536,0,801748,12.23370361328125
SSLMU,λ<=log n,65536,0,840877,12.830764770507812
SSLMU,λ<=log n,65536,0,884806,13.501068115234375
SSLMU,λ<=log n,65536,0,899723,13.728683471679688
SSLMU,λ<=log n,65536,0,869100,13.26141357421875
SSLMU,λ<=log n,65536,0,758186,11.569000244140625
SSLMU,λ<=log n,65536,0,776870,11.854095458984375
SSLMU,λ<=log n,65536,0,783825,11.960220336914062
SSLMU,λ<=log n,65536,0,970460,14.80804443359375
SSLMU,λ<=log n,65536,0,841411,12.838912963867188
SSLMU,λ<=log n,65536,0,860247,13.126327514648438
SSLMU,λ<=log n,65536,0,917156,13.99468994140625
SSLMU,λ<=log n,65536,0,795796,12.14288330078125
SSLMU,λ<=log n,65536,0,909950,13.884735107421875
SSLMU,λ<=log n,65536,0,788479,12.031234741210938
SSLMU,λ<=log n,65536,0,843456,12.8701171875
SSLMU,λ<=log n,65536,0,791561,12.078262329101562
SSLMU,λ<=log n,65536,0,893513,13.633926391601562
SSLMU,λ<=log n,65536,0,831650,12.689971923828125
SSLMU,λ<=log n,65536,0,861751,13.149276733398438
SSLMU,λ<=log n,65536,0,809358,12.349822998046875
SSLMU,λ<=log n,65536,0,942300,14.37835693359375
SSLMU,λ<=log n,65536,0,790042,12.055084228515625
SSLMU,λ<=log n,65536,0,862733,13.164260864257812
SSLMU,λ<=log n,65536,0,779521,11.894546508789062
SSLMU,λ<=log n,65536,0,785319,11.983016967773438
SSLMU,λ<=log n,65536,0,845863,12.906845092773438
SSLMU,λ<=log n,65536,0,811715,12.385787963867188
SSLMU,λ<=log n,65536,0,812697,12.400772094726562
SSLMU,λ<=log n,65536,0,784281,11.967178344726562
SSLMU,λ<=log n,65536,0,822421,12.549148559570312
SSLMU,λ<=log n,65536,0,879589,13.421463012695312
SSLMU,λ<=log n,65536,0,797150,12.163543701171875
SSLMU,λ<=log n,65536,0,781120,11.9189453125
SSLMU,λ<=log n,65536,0,954629,14.566482543945312
SSLMU,λ<=log n,65536,0,825517,12.596389770507812
SSLMU,λ<=log n,65536,0,823709,12.568801879882812
SSLMU,λ<=log n,65536,0,922157,14.070999145507812
SSLMU,λ<=log n,65536,0,867695,13.239974975585938
SSLMU,λ<=log n,65536,0,794700,12.12615966796875
SSLMU,λ<=log n,65536,0,795840,12.1435546875
SSLMU,λ<=log n,65536,0,792475,12.092208862304688
SSLMU,λ<=log n,65536,0,801861,12.235427856445312
SSLMU,λ<=log n,65536,0,859432,13.1138916015625
SSLMU,λ<=log n,65536,0,828047,12.634994506835938
SSLMU,λ<=log n,65536,0,825943,12.602890014648438
SSLMU,λ<=log n,65536,0,815609,12.445205688476562
SSLMU,λ<=log n,65536,0,840433,12.823989868164062
SSLMU,λ<=log n,65536,0,817102,12.467987060546875
SSLMU,λ<=log n,65536,0,822734,12.553924560546875
SSLMU,λ<=log n,65536,0,838306,12.791534423828125
SSLMU,λ<=log n,65536,0,875888,13.364990234375
SSLMU,λ<=log n,65536,0,793643,12.110031127929688
SSLMU,λ<=log n,65536,0,799805,12.204055786132812
SSLMU,λ<=log n,65536,0,832451,12.702194213867188
SSLMU,λ<=log n,65536,0,767015,11.703720092773438
SSLMU,λ<=log n,65536,0,766462,11.695281982421875
SSLMU,λ<=log n,65536,0,748822,11.426116943359375
SSLMU,λ<=log n,65536,0,895212,13.65985107421875
SSLMU,λ<=log n,65536,0,838961,12.801528930664062
SSLMU,λ<=log n,65536,0,788728,12.0350341796875
SSLMU,λ<=log n,65536,0,862111,13.154769897460938
SSLMU,λ<=log n,65536,0,830905,12.678604125976562
SSLMU,λ<=log n,65536,0,876573,13.375442504882812
SSLMU,λ<=log n,65536,0,762768,11.638916015625
SSLMU,λ<=log n,65536,0,788129,12.025894165039062
SSLMU,λ<=log n,65536,0,770879,11.762680053710938
SSLMU,λ<=log n,65536,0,807150,12.316131591796875
SSLMU,λ<=log n,65536,0,753134,11.491912841796875
SSLMU,λ<=log n,65536,0,841324,12.83758544921875
SSLMU,λ<=log n,65536,0,832031,12.695785522460938
SSLMU,λ<=log n,65536,0,778674,11.881622314453125
SSLMU,λ<=log n,65536,0,803781,12.264724731445312
SSLMU,λ<=log n,65536,0,794595,12.124557495117188
SSLMU,λ<=log n,65536,0,818306,12.486358642578125
SSLMU,λ<=log n,65536,0,888226,13.553253173828125
SSLMU,λ<=log n,65536,0,778152,11.8736572265625
SSLMU,λ<=log n,65536,0,807375,12.319564819335938
SSLMU,λ<=log n,65536,0,934601,14.260879516601562
SSLMU,λ<=log n,65536,0,888690,13.560333251953125
SSLMU,λ<=log n,65536,0,834921,12.739883422851562
SSLMU,λ<=log n,65536,0,889852,13.57806396484375
SSLMU,λ<=log n,65536,0,911898,13.914459228515625
SSLMU,λ<=log n,65536,0,858733,13.103225708007812
SSLMU,λ<=log n,65536,0,816771,12.462936401367188
SSLMU,λ<=log n,65536,0,774382,11.816131591796875
SSLMU,λ<=log n,65536,0,800862,12.220184326171875
SSLMU,λ<=log n,65536,0,803842,12.265655517578125
SSLMU,λ<=log n,65536,0,861929,13.151992797851562
SSLMU,λ<=log n,65536,0,808698,12.339752197265625
SSLMU,λ<=log n,65536,0,832706,12.706085205078125
SSLMU,λ<=log n,65536,0,845777,12.905532836914062
SSLMU,λ<=log n,65536,0,822240,12.54638671875
SSLMU,λ<=log n,65536,0,832664,12.7054443359375
SSLMU,λ<=log n,65536,0,812337,12.395278930664062
SSDIU,λ<=log n,65536,0,910759,13.897079467773438
SSDIU,λ<=log n,65536,0,865995,13.214035034179688
SSDIU,λ<=log n,65536,0,831141,12.682205200195312
SSDIU,λ<=log n,65536,0,865971,13.213668823242188
SSDIU,λ<=log n,65536,0,805431,12.289901733398438
SSDIU,λ<=log n,65536,0,872695,13.316268920898438
SSDIU,λ<=log n,65536,0,834599,12.734970092773438
SSDIU,λ<=log n,65536,0,915903,13.975570678710938
SSDIU,λ<=log n,65536,0,914555,13.955001831054688
SSDIU,λ<=log n,65536,0,899185,13.720474243164062
SSDIU,λ<=log n,65536,0,849933,12.968948364257812
SSDIU,λ<=log n,65536,0,835843,12.753952026367188
SSDIU,λ<=log n,65536,0,828883,12.647750854492188
SSDIU,λ<=log n,65536,0,848433,12.946060180664062
SSDIU,λ<=log n,65536,0,824239,12.576889038085938
SSDIU,λ<=log n,65536,0,900883,13.746383666992188
SSDIU,λ<=log n,65536,0,877869,13.395217895507812
SSDIU,λ<=log n,65536,0,988785,15.087661743164062
SSDIU,λ<=log n,65536,0,877263,13.385971069335938
SSDIU,λ<=log n,65536,0,1047733,15.987136840820312
SSDIU,λ<=log n,65536,0,848347,12.944747924804688
SSDIU,λ<=log n,65536,0,799671,12.202011108398438
SSDIU,λ<=log n,65536,0,867597,13.238479614257812
SSDIU,λ<=log n,65536,0,826913,12.617691040039062
SSDIU,λ<=log n,65536,0,868517,13.252517700195312
SSDIU,λ<=log n,65536,0,850553,12.978408813476562
SSDIU,λ<=log n,65536,0,859721,13.118301391601562
SSDIU,λ<=log n,65536,0,835937,12.755386352539062
SSDIU,λ<=log n,65536,0,851495,12.992782592773438
SSDIU,λ<=log n,65536,0,841265,12.836685180664062
SSDIU,λ<=log n,65536,0,854369,13.036636352539062
SSDIU,λ<=log n,65536,0,866649,13.224014282226562
SSDIU,λ<=log n,65536,0,868971,13.259445190429688
SSDIU,λ<=log n,65536,0,891701,13.606277465820312
SSDIU,λ<=log n,65536,0,856399,13.067611694335938
SSDIU,λ<=log n,65536,0,880681,13.438125610351562
SSDIU,λ<=log n,65536,0,879693,13.423049926757812
SSDIU,λ<=log n,65536,0,910747,13.896896362304688
SSDIU,λ<=log n,65536,0,811151,12.377182006835938
SSDIU,λ<=log n,65536,0,867283,13.233688354492188
SSDIU,λ<=log n,65536,0,834397,12.731887817382812
SSDIU,λ<=log n,65536,0,828297,12.638809204101562
SSDIU,λ<=log n,65536,0,978237,14.926712036132812
SSDIU,λ<=log n,65536,0,866025,13.214492797851562
SSDIU,λ<=log n,65536,0,834571,12.734542846679688
SSDIU,λ<=log n,65536,0,837373,12.777297973632812
SSDIU,λ<=log n,65536,0,882961,13.472915649414062
SSDIU,λ<=log n,65536,0,1014641,15.482192993164062
SSDIU,λ<=log n,65536,0,941147,14.360763549804688
SSDIU,λ<=log n,65536,0,827915,12.632980346679688
SSDIU,λ<=log n,65536,0,807847,12.326766967773438
SSDIU,λ<=log n,65536,0,1016991,15.518051147460938
SSDIU,λ<=log n,65536,0,865283,13.203170776367188
SSDIU,λ<=log n,65536,0,860657,13.132583618164062
SSDIU,λ<=log n,65536,0,854921,13.045059204101562
SSDIU,λ<=log n,65536,0,853959,13.030380249023438
SSDIU,λ<=log n,65536,0,907083,13.840988159179688
SSDIU,λ<=log n,65536,0,861305,13.142471313476562
SSDIU,λ<=log n,65536,0,894811,13.653732299804688
SSDIU,λ<=log n,65536,0,1010745,15.422744750976562
SSDIU,λ<=log n,65536,0,912443,13.922775268554688
SSDIU,λ<=log n,65536,0,954061,14.557815551757812
SSDIU,λ<=log n,65536,0,905693,13.819778442382812
SSDIU,λ<=log n,65536,0,812121,12.391983032226562
SSDIU,λ<=log n,65536,0,864003,13.183639526367188
SSDIU,λ<=log n,65536,0,832521,12.703262329101562
SSDIU,λ<=log n,65536,0,964913,14.723403930664062
SSDIU,λ<=log n,65536,0,920949,14.052566528320312
SSDIU,λ<=log n,65536,0,912919,13.930038452148438
SSDIU,λ<=log n,65536,0,899983,13.732650756835938
SSDIU,λ<=log n,65536,0,852247,13.004257202148438
SSDIU,λ<=log n,65536,0,855769,13.057998657226562
SSDIU,λ<=log n,65536,0,866955,13.228683471679688
SSDIU,λ<=log n,65536,0,920425,14.044570922851562
SSDIU,λ<=log n,65536,0,849207,12.957870483398438
SSDIU,λ<=log n,65536,0,875345,13.356704711914062
SSDIU,λ<=log n,65536,0,814183,12.423446655273438
SSDIU,λ<=log n,65536,0,852695,13.011093139648438
SSDIU,λ<=log n,65536,0,957877,14.616043090820312
SSDIU,λ<=log n,65536,0,879445,13.419265747070312
SSDIU,λ<=log n,65536,0,1004243,15.323532104492188
SSDIU,λ<=log n,65536,0,834345,12.731094360351562
SSDIU,λ<=log n,65536,0,926303,14.134262084960938
SSDIU,λ<=log n,65536,0,850729,12.981094360351562
SSDIU,λ<=log n,65536,0,905637,13.818923950195312
SSDIU,λ<=log n,65536,0,869337,13.265029907226562
SSDIU,λ<=log n,65536,0,814243,12.424362182617188
SSDIU,λ<=log n,65536,0,922913,14.082534790039062
SSDIU,λ<=log n,65536,0,862713,13.163955688476562
SSDIU,λ<=log n,65536,0,794767,12.127182006835938
SSDIU,λ<=log n,65536,0,858319,13.096908569335938
SSDIU,λ<=log n,65536,0,885217,13.507339477539062
SSDIU,λ<=log n,65536,0,891013,13.595779418945312
SSDIU,λ<=log n,65536,0,965287,14.729110717773438
SSDIU,λ<=log n,65536,0,815821,12.448440551757812
SSDIU,λ<=log n,65536,0,873969,13.335708618164062
SSDIU,λ<=log n,65536,0,858857,13.105117797851562
SSDIU,λ<=log n,65536,0,854899,13.044723510742188
SSDIU,λ<=log n,65536,0,821681,12.537857055664062
SRDIU,λ<=log n,65536,0,691794,10.555938720703125
SRDIU,λ<=log n,65536,0,736708,11.24127197265625
SRDIU,λ<=log n,65536,0,656776,10.0216064453125
SRDIU,λ<=log n,65536,0,735862,11.228363037109375
SRDIU,λ<=log n,65536,0,712393,10.870254516601562
SRDIU,λ<=log n,65536,0,712042,10.864898681640625
SRDIU,λ<=log n,65536,0,739999,11.291488647460938
SRDIU,λ<=log n,65536,0,648158,9.890106201171875
SRDIU,λ<=log n,65536,0,678215,10.348739624023438
SRDIU,λ<=log n,65536,0,711807,10.861312866210938
SRDIU,λ<=log n,65536,0,682478,10.413787841796875
SRDIU,λ<=log n,65536,0,688186,10.500885009765625
SRDIU,λ<=log n,65536,0,671510,10.246429443359375
SRDIU,λ<=log n,65536,0,678708,10.35626220703125
SRDIU,λ<=log n,65536,0,673961,10.283828735351562
SRDIU,λ<=log n,65536,0,664842,10.144683837890625
SRDIU,λ<=log n,65536,0,640812,9.77801513671875
SRDIU,λ<=log n,65536,0,661942,10.100433349609375
SRDIU,λ<=log n,65536,0,716181,10.928054809570312
SRDIU,λ<=log n,65536,0,680722,10.386993408203125
SRDIU,λ<=log n,65536,0,659509,10.063308715820312
SRDIU,λ<=log n,65536,0,676631,10.324569702148438
SRDIU,λ<=log n,65536,0,688245,10.501785278320312
SRDIU,λ<=log n,65536,0,649088,9.904296875
SRDIU,λ<=log n,65536,0,669514,10.215972900390625
SRDIU,λ<=log n,65536,0,658789,10.052322387695312
SRDIU,λ<=log n,65536,0,662542,10.109588623046875
SRDIU,λ<=log n,65536,0,679768,10.3724365234375
SRDIU,λ<=log n,65536,0,702492,10.71917724609375
SRDIU,λ<=log n,65536,0,636803,9.716842651367188
SRDIU,λ<=log n,65536,0,766600,11.6973876953125
SRDIU,λ<=log n,65536,0,684680,10.4473876953125
SRDIU,λ<=log n,65536,0,630530,9.621124267578125
SRDIU,λ<=log n,65536,0,692633,10.568740844726562
SRDIU,λ<=log n,65536,0,650568,9.9268798828125
SRDIU,λ<=log n,65536,0,656318,10.014617919921875
SRDIU,λ<=log n,65536,0,655527,10.002548217773438
SRDIU,λ<=log n,65536,0,666864,10.175537109375
SRDIU,λ<=log n,65536,0,687677,10.493118286132812
SRDIU,λ<=log n,65536,0,671114,10.240386962890625
SRDIU,λ<=log n,65536,0,702660,10.72174072265625
SRDIU,λ<=log n,65536,0,670979,10.238327026367188
SRDIU,λ<=log n,65536,0,658304,10.044921875
SRDIU,λ<=log n,65536,0,716870,10.938568115234375
SRDIU,λ<=log n,65536,0,758748,11.57757568359375
SRDIU,λ<=log n,65536,0,668281,10.197158813476562
SRDIU,λ<=log n,65536,0,673016,10.2694091796875
SRDIU,λ<=log n,65536,0,642270,9.800262451171875
SRDIU,λ<=log n,65536,0,689322,10.518218994140625
SRDIU,λ<=log n,65536,0,676800,10.3271484375
SRDIU,λ<=log n,65536,0,654303,9.983871459960938
SRDIU,λ<=log n,65536,0,663316,10.12139892578125
SRDIU,λ<=log n,65536,0,677294,10.334686279296875
SRDIU,λ<=log n,65536,0,672312,10.2586669921875
SRDIU,λ<=log n,65536,0,650530,9.926300048828125
SRDIU,λ<=log n,65536,0,669258,10.212066650390625
SRDIU,λ<=log n,65536,0,669711,10.218978881835938
SRDIU,λ<=log n,65536,0,626930,9.566192626953125
SRDIU,λ<=log n,65536,0,661453,10.092971801757812
SRDIU,λ<=log n,65536,0,695220,10.60821533203125
SRDIU,λ<=log n,65536,0,723375,11.037826538085938
SRDIU,λ<=log n,65536,0,677388,10.33612060546875
SRDIU,λ<=log n,65536,0,664669,10.142044067382812
SRDIU,λ<=log n,65536,0,654527,9.987289428710938
SRDIU,λ<=log n,65536,0,718627,10.965377807617188
SRDIU,λ<=log n,65536,0,665801,10.159317016601562
SRDIU,λ<=log n,65536,0,660749,10.082229614257812
SRDIU,λ<=log n,65536,0,670957,10.237991333007812
SRDIU,λ<=log n,65536,0,658443,10.047042846679688
SRDIU,λ<=log n,65536,0,718593,10.964859008789062
SRDIU,λ<=log n,65536,0,665567,10.155746459960938
SRDIU,λ<=log n,65536,0,667208,10.1807861328125
SRDIU,λ<=log n,65536,0,712803,10.876510620117188
SRDIU,λ<=log n,65536,0,632938,9.657867431640625
SRDIU,λ<=log n,65536,0,770467,11.756393432617188
SRDIU,λ<=log n,65536,0,650420,9.92462158203125
SRDIU,λ<=log n,65536,0,615387,9.390060424804688
SRDIU,λ<=log n,65536,0,638776,9.7469482421875
SRDIU,λ<=log n,65536,0,815265,12.439956665039062
SRDIU,λ<=log n,65536,0,725554,11.071075439453125
SRDIU,λ<=log n,65536,0,665469,10.154251098632812
SRDIU,λ<=log n,65536,0,664435,10.138473510742188
SRDIU,λ<=log n,65536,0,687090,10.484161376953125
SRDIU,λ<=log n,65536,0,657377,10.030776977539062
SRDIU,λ<=log n,65536,0,775774,11.837371826171875
SRDIU,λ<=log n,65536,0,702737,10.722915649414062
SRDIU,λ<=log n,65536,0,671315,10.243453979492188
SRDIU,λ<=log n,65536,0,672662,10.264007568359375
SRDIU,λ<=log n,65536,0,691017,10.544082641601562
SRDIU,λ<=log n,65536,0,682209,10.409683227539062
SRDIU,λ<=log n,65536,0,710068,10.83477783203125
SRDIU,λ<=log n,65536,0,674204,10.28753662109375
SRDIU,λ<=log n,65536,0,709394,10.824493408203125
SRDIU,λ<=log n,65536,0,657713,10.035903930664062
SRDIU,λ<=log n,65536,0,671032,10.2391357421875
SRDIU,λ<=log n,65536,0,723279,11.036361694335938
SRDIU,λ<=log n,65536,0,675753,10.311172485351562
SRDIU,λ<=log n,65536,0,722518,11.024749755859375
SRDIU,λ<=log n,65536,0,718865,10.969009399414062
SRDIU,λ<=log n,65536,0,645772,9.85369873046875
SHDIU,λ<=log n,65536,0,586280,8.9459228515625
SHDIU,λ<=log n,65536,0,604552,9.2247314453125
SHDIU,λ<=log n,65536,0,650999,9.933456420898438
SHDIU,λ<=log n,65536,0,617990,9.429779052734375
SHDIU,λ<=log n,65536,0,609602,9.301788330078125
SHDIU,λ<=log n,65536,0,608519,9.285263061523438
SHDIU,λ<=log n,65536,0,653406,9.970184326171875
SHDIU,λ<=log n,65536,0,628049,9.583267211914062
SHDIU,λ<=log n,65536,0,630397,9.619094848632812
SHDIU,λ<=log n,65536,0,618573,9.438674926757812
SHDIU,λ<=log n,65536,0,621721,9.486709594726562
SHDIU,λ<=log n,65536,0,606325,9.251785278320312
SHDIU,λ<=log n,65536,0,632521,9.651504516601562
SHDIU,λ<=log n,65536,0,719906,10.984893798828125
SHDIU,λ<=log n,65536,0,617510,9.422454833984375
SHDIU,λ<=log n,65536,0,636186,9.707427978515625
SHDIU,λ<=log n,65536,0,605084,9.23284912109375
SHDIU,λ<=log n,65536,0,636834,9.717315673828125
SHDIU,λ<=log n,65536,0,590275,9.006881713867188
SHDIU,λ<=log n,65536,0,605148,9.23382568359375
SHDIU,λ<=log n,65536,0,670924,10.23748779296875
SHDIU,λ<=log n,65536,0,640726,9.776702880859375
SHDIU,λ<=log n,65536,0,627691,9.577804565429688
SHDIU,λ<=log n,65536,0,622149,9.493240356445312
SHDIU,λ<=log n,65536,0,646229,9.860671997070312
SHDIU,λ<=log n,65536,0,631308,9.63299560546875
SHDIU,λ<=log n,65536,0,631478,9.635589599609375
SHDIU,λ<=log n,65536,0,596578,9.103057861328125
SHDIU,λ<=log n,65536,0,602131,9.187789916992188
SHDIU,λ<=log n,65536,0,596367,9.099838256835938
SHDIU,λ<=log n,65536,0,595664,9.089111328125
SHDIU,λ<=log n,65536,0,609512,9.3004150390625
SHDIU,λ<=log n,65536,0,674813,10.296829223632812
SHDIU,λ<=log n,65536,0,623149,9.508499145507812
SHDIU,λ<=log n,65536,0,607068,9.26312255859375
SHDIU,λ<=log n,65536,0,613661,9.363723754882812
SHDIU,λ<=log n,65536,0,631522,9.636260986328125
SHDIU,λ<=log n,65536,0,626096,9.553466796875
SHDIU,λ<=log n,65536,0,641315,9.785690307617188
SHDIU,λ<=log n,65536,0,599851,9.152999877929688
SHDIU,λ<=log n,65536,0,641457,9.787857055664062
SHDIU,λ<=log n,65536,0,610112,9.3095703125
SHDIU,λ<=log n,65536,0,587152,8.959228515625
SHDIU,λ<=log n,65536,0,614457,9.375869750976562
SHDIU,λ<=log n,65536,0,605253,9.235427856445312
SHDIU,λ<=log n,65536,0,688166,10.500579833984375
SHDIU,λ<=log n,65536,0,640649,9.775527954101562
SHDIU,λ<=log n,65536,0,652198,9.951751708984375
SHDIU,λ<=log n,65536,0,690322,10.533477783203125
SHDIU,λ<=log n,65536,0,603788,9.21307373046875
SHDIU,λ<=log n,65536,0,616826,9.412017822265625
SHDIU,λ<=log n,65536,0,619657,9.455215454101562
SHDIU,λ<=log n,65536,0,596884,9.10772705078125
SHDIU,λ<=log n,65536,0,613496,9.3612060546875
SHDIU,λ<=log n,65536,0,617894,9.428314208984375
SHDIU,λ<=log n,65536,0,612026,9.338775634765625
SHDIU,λ<=log n,65536,0,636436,9.71124267578125
SHDIU,λ<=log n,65536,0,656879,10.023178100585938
SHDIU,λ<=log n,65536,0,615740,9.39544677734375
SHDIU,λ<=log n,65536,0,590085,9.003982543945312
SHDIU,λ<=log n,65536,0,641241,9.784561157226562
SHDIU,λ<=log n,65536,0,619270,9.449310302734375
SHDIU,λ<=log n,65536,0,663725,10.127639770507812
SHDIU,λ<=log n,65536,0,667544,10.1859130859375
SHDIU,λ<=log n,65536,0,610162,9.310333251953125
SHDIU,λ<=log n,65536,0,627499,9.574874877929688
SHDIU,λ<=log n,65536,0,600526,9.163299560546875
SHDIU,λ<=log n,65536,0,601634,9.180206298828125
SHDIU,λ<=log n,65536,0,615597,9.393264770507812
SHDIU,λ<=log n,65536,0,622286,9.495330810546875
SHDIU,λ<=log n,65536,0,661885,10.099563598632812
SHDIU,λ<=log n,65536,0,624602,9.530670166015625
SHDIU,λ<=log n,65536,0,596939,9.108566284179688
SHDIU,λ<=log n,65536,0,605274,9.235748291015625
SHDIU,λ<=log n,65536,0,683034,10.422271728515625
SHDIU,λ<=log n,65536,0,635252,9.69317626953125
SHDIU,λ<=log n,65536,0,674646,10.294281005859375
SHDIU,λ<=log n,65536,0,611256,9.3270263671875
SHDIU,λ<=log n,65536,0,608177,9.280044555664062
SHDIU,λ<=log n,65536,0,619641,9.454971313476562
SHDIU,λ<=log n,65536,0,697514,10.643218994140625
SHDIU,λ<=log n,65536,0,593137,9.050552368164062
SHDIU,λ<=log n,65536,0,600447,9.162094116210938
SHDIU,λ<=log n,65536,0,645146,9.844146728515625
SHDIU,λ<=log n,65536,0,597601,9.118667602539062
SHDIU,λ<=log n,65536,0,632702,9.654266357421875
SHDIU,λ<=log n,65536,0,588594,8.981231689453125
SHDIU,λ<=log n,65536,0,691708,10.55462646484375
SHDIU,λ<=log n,65536,0,691252,10.54766845703125
SHDIU,λ<=log n,65536,0,591076,9.01910400390625
SHDIU,λ<=log n,65536,0,599673,9.150283813476562
SHDIU,λ<=log n,65536,0,623809,9.518569946289062
SHDIU,λ<=log n,65536,0,623833,9.518936157226562
SHDIU,λ<=log n,65536,0,586687,8.952133178710938
SHDIU,λ<=log n,65536,0,624323,9.526412963867188
SHDIU,λ<=log n,65536,0,642431,9.802719116210938
SHDIU,λ<=log n,65536,0,649139,9.905075073242188
SHDIU,λ<=log n,65536,0,598747,9.136154174804688
SHDIU,λ<=log n,65536,0,634944,9.6884765625
SHDIU,λ<=log n,65536,0,640898,9.779327392578125
SHLIU,λ<=log n,65536,0,763681,11.652847290039062
SHLIU,λ<=log n,65536,0,648103,9.889266967773438
SHLIU,λ<=log n,65536,0,678175,10.348129272460938
SHLIU,λ<=log n,65536,0,644523,9.834640502929688
SHLIU,λ<=log n,65536,0,646745,9.868545532226562
SHLIU,λ<=log n,65536,0,678317,10.350296020507812
SHLIU,λ<=log n,65536,0,717041,10.941177368164062
SHLIU,λ<=log n,65536,0,668969,10.207656860351562
SHLIU,λ<=log n,65536,0,685772,10.46405029296875
SHLIU,λ<=log n,65536,0,656407,10.015975952148438
SHLIU,λ<=log n,65536,0,629917,9.611770629882812
SHLIU,λ<=log n,65536,0,664020,10.13214111328125
SHLIU,λ<=log n,65536,0,654537,9.987442016601562
SHLIU,λ<=log n,65536,0,645778,9.853790283203125
SHLIU,λ<=log n,65536,0,633169,9.661392211914062
SHLIU,λ<=log n,65536,0,637293,9.724319458007812
SHLIU,λ<=log n,65536,0,665892,10.16070556640625
SHLIU,λ<=log n,65536,0,624897,9.535171508789062
SHLIU,λ<=log n,65536,0,640404,9.77178955078125
SHLIU,λ<=log n,65536,0,675689,10.310195922851562
SHLIU,λ<=log n,65536,0,670158,10.225799560546875
SHLIU,λ<=log n,65536,0,741590,11.315765380859375
SHLIU,λ<=log n,65536,0,648673,9.897964477539062
SHLIU,λ<=log n,65536,0,694426,10.596099853515625
SHLIU,λ<=log n,65536,0,640095,9.767074584960938
SHLIU,λ<=log n,65536,0,623140,9.50836181640625
SHLIU,λ<=log n,65536,0,670475,10.230636596679688
SHLIU,λ<=log n,65536,0,674979,10.299362182617188
SHLIU,λ<=log n,65536,0,633781,9.670730590820312
SHLIU,λ<=log n,65536,0,670687,10.233871459960938
SHLIU,λ<=log n,65536,0,654328,9.9842529296875
SHLIU,λ<=log n,65536,0,657682,10.035430908203125
SHLIU,λ<=log n,65536,0,731215,11.157455444335938
SHLIU,λ<=log n,65536,0,682145,10.408706665039062
SHLIU,λ<=log n,65536,0,663251,10.120407104492188
SHLIU,λ<=log n,65536,0,656123,10.011642456054688
SHLIU,λ<=log n,65536,0,694883,10.603073120117188
SHLIU,λ<=log n,65536,0,649606,9.912200927734375
SHLIU,λ<=log n,65536,0,621659,9.485763549804688
SHLIU,λ<=log n,65536,0,695307,10.609542846679688
SHLIU,λ<=log n,65536,0,634036,9.67462158203125
SHLIU,λ<=log n,65536,0,621370,9.481353759765625
SHLIU,λ<=log n,65536,0,654767,9.990951538085938
SHLIU,λ<=log n,65536,0,641274,9.785064697265625
SHLIU,λ<=log n,65536,0,635317,9.694168090820312
SHLIU,λ<=log n,65536,0,638536,9.7432861328125
SHLIU,λ<=log n,65536,0,694922,10.603668212890625
SHLIU,λ<=log n,65536,0,634585,9.682998657226562
SHLIU,λ<=log n,65536,0,648327,9.892684936523438
SHLIU,λ<=log n,65536,0,628796,9.59466552734375
SHLIU,λ<=log n,65536,0,662668,10.11151123046875
SHLIU,λ<=log n,65536,0,639467,9.757492065429688
SHLIU,λ<=log n,65536,0,658164,10.04278564453125
SHLIU,λ<=log n,65536,0,629265,9.601821899414062
SHLIU,λ<=log n,65536,0,652512,9.95654296875
SHLIU,λ<=log n,65536,0,712593,10.873306274414062
SHLIU,λ<=log n,65536,0,706604,10.78192138671875
SHLIU,λ<=log n,65536,0,670499,10.231002807617188
SHLIU,λ<=log n,65536,0,732247,11.173202514648438
SHLIU,λ<=log n,65536,0,650593,9.927261352539062
SHLIU,λ<=log n,65536,0,650051,9.918991088867188
SHLIU,λ<=log n,65536,0,705256,10.7613525390625
SHLIU,λ<=log n,65536,0,701041,10.697036743164062
SHLIU,λ<=log n,65536,0,665441,10.153823852539062
SHLIU,λ<=log n,65536,0,634756,9.68560791015625
SHLIU,λ<=log n,65536,0,649107,9.904586791992188
SHLIU,λ<=log n,65536,0,681265,10.395278930664062
SHLIU,λ<=log n,65536,0,644217,9.829971313476562
SHLIU,λ<=log n,65536,0,669493,10.215652465820312
SHLIU,λ<=log n,65536,0,647543,9.880722045898438
SHLIU,λ<=log n,65536,0,656935,10.024032592773438
SHLIU,λ<=log n,65536,0,650374,9.923919677734375
SHLIU,λ<=log n,65536,0,711731,10.860153198242188
SHLIU,λ<=log n,65536,0,651233,9.937026977539062
SHLIU,λ<=log n,65536,0,638328,9.7401123046875
SHLIU,λ<=log n,65536,0,642871,9.809432983398438
SHLIU,λ<=log n,65536,0,648298,9.892242431640625
SHLIU,λ<=log n,65536,0,681291,10.395675659179688
SHLIU,λ<=log n,65536,0,673728,10.2802734375
SHLIU,λ<=log n,65536,0,666459,10.169357299804688
SHLIU,λ<=log n,65536,0,644798,9.838836669921875
SHLIU,λ<=log n,65536,0,658988,10.05535888671875
SHLIU,λ<=log n,65536,0,653501,9.971633911132812
SHLIU,λ<=log n,65536,0,708207,10.806381225585938
SHLIU,λ<=log n,65536,0,651554,9.941925048828125
SHLIU,λ<=log n,65536,0,680339,10.381149291992188
SHLIU,λ<=log n,65536,0,716783,10.937240600585938
SHLIU,λ<=log n,65536,0,714508,10.90252685546875
SHLIU,λ<=log n,65536,0,636315,9.709396362304688
SHLIU,λ<=log n,65536,0,676958,10.329559326171875
SHLIU,λ<=log n,65536,0,687460,10.48980712890625
SHLIU,λ<=log n,65536,0,636925,9.718704223632812
SHLIU,λ<=log n,65536,0,620915,9.474411010742188
SHLIU,λ<=log n,65536,0,654376,9.9849853515625
SHLIU,λ<=log n,65536,0,641377,9.786636352539062
SHLIU,λ<=log n,65536,0,633208,9.6619873046875
SHLIU,λ<=log n,65536,0,680454,10.382904052734375
SHLIU,λ<=log n,65536,0,678172,10.34808349609375
SHLIU,λ<=log n,65536,0,628810,9.594879150390625
SHLIU,λ<=log n,65536,0,676340,10.32012939453125
SRLIU,λ<=log n,65536,0,726215,11.081161499023438
SRLIU,λ<=log n,65536,0,691649,10.553726196289062
SRLIU,λ<=log n,65536,0,746756,11.39459228515625
SRLIU,λ<=log n,65536,0,723811,11.044479370117188
SRLIU,λ<=log n,65536,0,722332,11.02191162109375
SRLIU,λ<=log n,65536,0,666660,10.17242431640625
SRLIU,λ<=log n,65536,0,712709,10.875076293945312
SRLIU,λ<=log n,65536,0,658759,10.051864624023438
SRLIU,λ<=log n,65536,0,700326,10.686126708984375
SRLIU,λ<=log n,65536,0,739816,11.2886962890625
SRLIU,λ<=log n,65536,0,705174,10.760101318359375
SRLIU,λ<=log n,65536,0,690700,10.53924560546875
SRLIU,λ<=log n,65536,0,681047,10.391952514648438
SRLIU,λ<=log n,65536,0,704077,10.743362426757812
SRLIU,λ<=log n,65536,0,771446,11.771331787109375
SRLIU,λ<=log n,65536,0,697537,10.643569946289062
SRLIU,λ<=log n,65536,0,727884,11.10662841796875
SRLIU,λ<=log n,65536,0,698983,10.665634155273438
SRLIU,λ<=log n,65536,0,752103,11.476181030273438
SRLIU,λ<=log n,65536,0,741950,11.321258544921875
SRLIU,λ<=log n,65536,0,731604,11.16339111328125
SRLIU,λ<=log n,65536,0,738568,11.2696533203125
SRLIU,λ<=log n,65536,0,689775,10.525131225585938
SRLIU,λ<=log n,65536,0,695257,10.608779907226562
SRLIU,λ<=log n,65536,0,721670,11.011810302734375
SRLIU,λ<=log n,65536,0,757897,11.564590454101562
SRLIU,λ<=log n,65536,0,712197,10.867263793945312
SRLIU,λ<=log n,65536,0,723768,11.0438232421875
SRLIU,λ<=log n,65536,0,720186,10.989166259765625
SRLIU,λ<=log n,65536,0,649238,9.906585693359375
SRLIU,λ<=log n,65536,0,692074,10.560211181640625
SRLIU,λ<=log n,65536,0,716662,10.935394287109375
SRLIU,λ<=log n,65536,0,696965,10.634841918945312
SRLIU,λ<=log n,65536,0,705565,10.766067504882812
SRLIU,λ<=log n,65536,0,754795,11.517257690429688
SRLIU,λ<=log n,65536,0,751769,11.471084594726562
SRLIU,λ<=log n,65536,0,711700,10.85968017578125
SRLIU,λ<=log n,65536,0,698913,10.664566040039062
SRLIU,λ<=log n,65536,0,717207,10.943710327148438
SRLIU,λ<=log n,65536,0,729755,11.135177612304688
SRLIU,λ<=log n,65536,0,676936,10.3292236328125
SRLIU,λ<=log n,65536,0,734525,11.207962036132812
SRLIU,λ<=log n,65536,0,776609,11.850112915039062
SRLIU,λ<=log n,65536,0,723915,11.046066284179688
SRLIU,λ<=log n,65536,0,724909,11.061233520507812
SRLIU,λ<=log n,65536,0,725151,11.064926147460938
SRLIU,λ<=log n,65536,0,660887,10.084335327148438
SRLIU,λ<=log n,65536,0,698477,10.657913208007812
SRLIU,λ<=log n,65536,0,684943,10.451400756835938
SRLIU,λ<=log n,65536,0,739552,11.28466796875
SRLIU,λ<=log n,65536,0,683267,10.425827026367188
SRLIU,λ<=log n,65536,0,723977,11.047012329101562
SRLIU,λ<=log n,65536,0,734243,11.203659057617188
SRLIU,λ<=log n,65536,0,766346,11.693511962890625
SRLIU,λ<=log n,65536,0,708025,10.803604125976562
SRLIU,λ<=log n,65536,0,682820,10.41900634765625
SRLIU,λ<=log n,65536,0,743933,11.351516723632812
SRLIU,λ<=log n,65536,0,702328,10.7166748046875
SRLIU,λ<=log n,65536,0,760207,11.599838256835938
SRLIU,λ<=log n,65536,0,699480,10.6732177734375
SRLIU,λ<=log n,65536,0,753583,11.498764038085938
SRLIU,λ<=log n,65536,0,798921,12.190567016601562
SRLIU,λ<=log n,65536,0,767554,11.711944580078125
SRLIU,λ<=log n,65536,0,652455,9.955673217773438
SRLIU,λ<=log n,65536,0,813160,12.4078369140625
SRLIU,λ<=log n,65536,0,709934,10.832733154296875
SRLIU,λ<=log n,65536,0,762581,11.636062622070312
SRLIU,λ<=log n,65536,0,790337,12.059585571289062
SRLIU,λ<=log n,65536,0,728386,11.114288330078125
SRLIU,λ<=log n,65536,0,738235,11.264572143554688
SRLIU,λ<=log n,65536,0,676826,10.327545166015625
SRLIU,λ<=log n,65536,0,717394,10.946563720703125
SRLIU,λ<=log n,65536,0,778728,11.8824462890625
SRLIU,λ<=log n,65536,0,676356,10.32037353515625
SRLIU,λ<=log n,65536,0,718568,10.9644775390625
SRLIU,λ<=log n,65536,0,694867,10.602828979492188
SRLIU,λ<=log n,65536,0,717580,10.94940185546875
SRLIU,λ<=log n,65536,0,734352,11.205322265625
SRLIU,λ<=log n,65536,0,724164,11.04986572265625
SRLIU,λ<=log n,65536,0,713190,10.882415771484375
SRLIU,λ<=log n,65536,0,751864,11.4725341796875
SRLIU,λ<=log n,65536,0,711714,10.859893798828125
SRLIU,λ<=log n,65536,0,673336,10.2742919921875
SRLIU,λ<=log n,65536,0,733233,11.188247680664062
SRLIU,λ<=log n,65536,0,693576,10.5831298828125
SRLIU,λ<=log n,65536,0,742822,11.334564208984375
SRLIU,λ<=log n,65536,0,692277,10.563308715820312
SRLIU,λ<=log n,65536,0,694258,10.593536376953125
SRLIU,λ<=log n,65536,0,678639,10.355209350585938
SRLIU,λ<=log n,65536,0,695906,10.618682861328125
SRLIU,λ<=log n,65536,0,670301,10.227981567382812
SRLIU,λ<=log n,65536,0,715790,10.922088623046875
SRLIU,λ<=log n,65536,0,689913,10.527236938476562
SRLIU,λ<=log n,65536,0,707876,10.80133056640625
SRLIU,λ<=log n,65536,0,707019,10.788253784179688
SRLIU,λ<=log n,65536,0,714595,10.903854370117188
SRLIU,λ<=log n,65536,0,680009,10.376113891601562
SRLIU,λ<=log n,65536,0,703130,10.728912353515625
SRLIU,λ<=log n,65536,0,689374,10.519012451171875
SRLIU,λ<=log n,65536,0,711965,10.863723754882812
SSLIU,λ<=log n,65536,0,828761,12.645889282226562
SSLIU,λ<=log n,65536,0,864371,13.189254760742188
SSLIU,λ<=log n,65536,0,910287,13.889877319335938
SSLIU,λ<=log n,65536,0,865847,13.211776733398438
SSLIU,λ<=log n,65536,0,854819,13.043502807617188
SSLIU,λ<=log n,65536,0,930785,14.202651977539062
SSLIU,λ<=log n,65536,0,890165,13.582839965820312
SSLIU,λ<=log n,65536,0,927281,14.149185180664062
SSLIU,λ<=log n,65536,0,903021,13.779006958007812
SSLIU,λ<=log n,65536,0,935461,14.274002075195312
SSLIU,λ<=log n,65536,0,907827,13.852340698242188
SSLIU,λ<=log n,65536,0,967717,14.766189575195312
SSLIU,λ<=log n,65536,0,920993,14.053237915039062
SSLIU,λ<=log n,65536,0,917749,14.003738403320312
SSLIU,λ<=log n,65536,0,882893,13.471878051757812
SSLIU,λ<=log n,65536,0,875975,13.366317749023438
SSLIU,λ<=log n,65536,0,957353,14.608047485351562
SSLIU,λ<=log n,65536,0,925131,14.116378784179688
SSLIU,λ<=log n,65536,0,897053,13.687942504882812
SSLIU,λ<=log n,65536,0,919343,14.028060913085938
SSLIU,λ<=log n,65536,0,874967,13.350936889648438
SSLIU,λ<=log n,65536,0,978997,14.938308715820312
SSLIU,λ<=log n,65536,0,973097,14.848281860351562
SSLIU,λ<=log n,65536,0,883349,13.478836059570312
SSLIU,λ<=log n,65536,0,904883,13.807418823242188
SSLIU,λ<=log n,65536,0,889155,13.567428588867188
SSLIU,λ<=log n,65536,0,947255,14.453964233398438
SSLIU,λ<=log n,65536,0,916587,13.986007690429688
SSLIU,λ<=log n,65536,0,874543,13.344467163085938
SSLIU,λ<=log n,65536,0,865703,13.209579467773438
SSLIU,λ<=log n,65536,0,926271,14.133773803710938
SSLIU,λ<=log n,65536,0,926695,14.140243530273438
SSLIU,λ<=log n,65536,0,902079,13.764633178710938
SSLIU,λ<=log n,65536,0,915065,13.962783813476562
SSLIU,λ<=log n,65536,0,939525,14.336013793945312
SSLIU,λ<=log n,65536,0,1044725,15.941238403320312
SSLIU,λ<=log n,65536,0,888807,13.562118530273438
SSLIU,λ<=log n,65536,0,839897,12.815811157226562
SSLIU,λ<=log n,65536,0,893185,13.628921508789062
SSLIU,λ<=log n,65536,0,971285,14.820632934570312
SSLIU,λ<=log n,65536,0,828725,12.645339965820312
SSLIU,λ<=log n,65536,0,871531,13.298507690429688
SSLIU,λ<=log n,65536,0,969247,14.789535522460938
SSLIU,λ<=log n,65536,0,884939,13.503097534179688
SSLIU,λ<=log n,65536,0,910413,13.891799926757812
SSLIU,λ<=log n,65536,0,897677,13.697463989257812
SSLIU,λ<=log n,65536,0,874763,13.347824096679688
SSLIU,λ<=log n,65536,0,934657,14.261734008789062
SSLIU,λ<=log n,65536,0,899011,13.717819213867188
SSLIU,λ<=log n,65536,0,903057,13.779556274414062
SSLIU,λ<=log n,65536,0,1029127,15.703231811523438
SSLIU,λ<=log n,65536,0,871923,13.304489135742188
SSLIU,λ<=log n,65536,0,887593,13.543594360351562
SSLIU,λ<=log n,65536,0,910199,13.888534545898438
SSLIU,λ<=log n,65536,0,990471,15.113388061523438
SSLIU,λ<=log n,65536,0,939213,14.331253051757812
SSLIU,λ<=log n,65536,0,907715,13.850631713867188
SSLIU,λ<=log n,65536,0,912805,13.928298950195312
SSLIU,λ<=log n,65536,0,874301,13.340774536132812
SSLIU,λ<=log n,65536,0,972507,14.839279174804688
SSLIU,λ<=log n,65536,0,854707,13.041793823242188
SSLIU,λ<=log n,65536,0,896205,13.675003051757812
SSLIU,λ<=log n,65536,0,955167,14.574691772460938
SSLIU,λ<=log n,65536,0,864939,13.197921752929688
SSLIU,λ<=log n,65536,0,885375,13.509750366210938
SSLIU,λ<=log n,65536,0,1074011,16.388107299804688
SSLIU,λ<=log n,65536,0,860147,13.124801635742188
SSLIU,λ<=log n,65536,0,892925,13.624954223632812
SSLIU,λ<=log n,65536,0,1012795,15.454025268554688
SSLIU,λ<=log n,65536,0,859065,13.108291625976562
SSLIU,λ<=log n,65536,0,952789,14.538406372070312
SSLIU,λ<=log n,65536,0,1013863,15.470321655273438
SSLIU,λ<=log n,65536,0,929163,14.177902221679688
SSLIU,λ<=log n,65536,0,848389,12.945388793945312
SSLIU,λ<=log n,65536,0,945109,14.421218872070312
SSLIU,λ<=log n,65536,0,882139,13.460372924804688
SSLIU,λ<=log n,65536,0,922961,14.083267211914062
SSLIU,λ<=log n,65536,0,916513,13.984878540039062
SSLIU,λ<=log n,65536,0,965493,14.732254028320312
SSLIU,λ<=log n,65536,0,913073,13.932388305664062
SSLIU,λ<=log n,65536,0,910871,13.898788452148438
SSLIU,λ<=log n,65536,0,847173,12.926834106445312
SSLIU,λ<=log n,65536,0,886009,13.519424438476562
SSLIU,λ<=log n,65536,0,1026361,15.661026000976562
SSLIU,λ<=log n,65536,0,858191,13.094955444335938
SSLIU,λ<=log n,65536,0,908119,13.856796264648438
SSLIU,λ<=log n,65536,0,868069,13.245681762695312
SSLIU,λ<=log n,65536,0,929413,14.181716918945312
SSLIU,λ<=log n,65536,0,918467,14.014694213867188
SSLIU,λ<=log n,65536,0,939295,14.332504272460938
SSLIU,λ<=log n,65536,0,908239,13.858627319335938
SSLIU,λ<=log n,65536,0,912955,13.930587768554688
SSLIU,λ<=log n,65536,0,828785,12.646255493164062
SSLIU,λ<=log n,65536,0,915419,13.968185424804688
SSLIU,λ<=log n,65536,0,901819,13.760665893554688
SSLIU,λ<=log n,65536,0,846003,12.908981323242188
SSLIU,λ<=log n,65536,0,849757,12.966262817382812
SSLIU,λ<=log n,65536,0,857263,13.080795288085938
SSLIU,λ<=log n,65536,0,930661,14.200759887695312
SSLIU,λ<=log n,65536,0,870839,13.287948608398438
RSDCP,λ<=log n,65536,1,729210,11.126861572265625
RSDCP,λ<=log n,65536,1,646706,9.867950439453125
RSDCP,λ<=log n,65536,1,661311,10.090805053710938
RSDCP,λ<=log n,65536,1,599848,9.1529541015625
RSDCP,λ<=log n,65536,1,732128,11.17138671875
RSDCP,λ<=log n,65536,1,624254,9.525360107421875
RSDCP,λ<=log n,65536,1,752095,11.476058959960938
RSDCP,λ<=log n,65536,1,641326,9.785858154296875
RSDCP,λ<=log n,65536,1,578243,8.823287963867188
RSDCP,λ<=log n,65536,1,735875,11.228561401367188
RSDCP,λ<=log n,65536,1,615913,9.398086547851562
RSDCP,λ<=log n,65536,1,631572,9.63702392578125
RSDCP,λ<=log n,65536,1,834179,12.728561401367188
RSDCP,λ<=log n,65536,1,575480,8.7811279296875
RSDCP,λ<=log n,65536,1,686355,10.472946166992188
RSDCP,λ<=log n,65536,1,659655,10.065536499023438
RSDCP,λ<=log n,65536,1,664943,10.146224975585938
RSDCP,λ<=log n,65536,1,661755,10.097579956054688
RSDCP,λ<=log n,65536,1,653741,9.975296020507812
RSDCP,λ<=log n,65536,1,660340,10.07598876953125
RSDCP,λ<=log n,65536,1,631157,9.630691528320312
RSDCP,λ<=log n,65536,1,626128,9.553955078125
RSDCP,λ<=log n,65536,1,685738,10.463531494140625
RSDCP,λ<=log n,65536,1,662102,10.102874755859375
RSDCP,λ<=log n,65536,1,631240,9.6319580078125
RSDCP,λ<=log n,65536,1,603736,9.2122802734375
RSDCP,λ<=log n,65536,1,634657,9.684097290039062
RSDCP,λ<=log n,65536,1,620464,9.467529296875
RSDCP,λ<=log n,65536,1,749419,11.435226440429688
RSDCP,λ<=log n,65536,1,580962,8.864776611328125
RSDCP,λ<=log n,65536,1,649966,9.917694091796875
RSDCP,λ<=log n,65536,1,618261,9.433914184570312
RSDCP,λ<=log n,65536,1,622357,9.496414184570312
RSDCP,λ<=log n,65536,1,686980,10.48248291015625
RSDCP,λ<=log n,65536,1,620910,9.474334716796875
RSDCP,λ<=log n,65536,1,672628,10.26348876953125
RSDCP,λ<=log n,65536,1,609761,9.304214477539062
RSDCP,λ<=log n,65536,1,671180,10.24139404296875
RSDCP,λ<=log n,65536,1,610594,9.316925048828125
RSDCP,λ<=log n,65536,1,632093,9.644973754882812
RSDCP,λ<=log n,65536,1,593033,9.048965454101562
RSDCP,λ<=log n,65536,1,663521,10.124526977539062
RSDCP,λ<=log n,65536,1,675659,10.309738159179688
RSDCP,λ<=log n,65536,1,575050,8.774566650390625
RSDCP,λ<=log n,65536,1,653413,9.970291137695312
RSDCP,λ<=log n,65536,1,714464,10.90185546875
RSDCP,λ<=log n,65536,1,712306,10.868927001953125
RSDCP,λ<=log n,65536,1,1038652,15.84857177734375
RSDCP,λ<=log n,65536,1,608752,9.288818359375
RSDCP,λ<=log n,65536,1,600128,9.1572265625
RSDCP,λ<=log n,65536,1,651042,9.934112548828125
RSDCP,λ<=log n,65536,1,650469,9.925369262695312
RSDCP,λ<=log n,65536,1,674000,10.284423828125
RSDCP,λ<=log n,65536,1,543712,8.29638671875
RSDCP,λ<=log n,65536,1,609790,9.304656982421875
RSDCP,λ<=log n,65536,1,642672,9.806396484375
RSDCP,λ<=log n,65536,1,615873,9.397476196289062
RSDCP,λ<=log n,65536,1,560741,8.556228637695312
RSDCP,λ<=log n,65536,1,616833,9.412124633789062
RSDCP,λ<=log n,65536,1,614454,9.375823974609375
RSDCP,λ<=log n,65536,1,729651,11.133590698242188
RSDCP,λ<=log n,65536,1,675997,10.314895629882812
RSDCP,λ<=log n,65536,1,608185,9.280166625976562
RSDCP,λ<=log n,65536,1,623329,9.511245727539062
RSDCP,λ<=log n,65536,1,650276,9.92242431640625
RSDCP,λ<=log n,65536,1,643339,9.816574096679688
RSDCP,λ<=log n,65536,1,725287,11.067001342773438
RSDCP,λ<=log n,65536,1,624350,9.526824951171875
RSDCP,λ<=log n,65536,1,581894,8.878997802734375
RSDCP,λ<=log n,65536,1,623429,9.512771606445312
RSDCP,λ<=log n,65536,1,621607,9.484970092773438
RSDCP,λ<=log n,65536,1,796918,12.160003662109375
RSDCP,λ<=log n,65536,1,726433,11.084487915039062
RSDCP,λ<=log n,65536,1,752078,11.475799560546875
RSDCP,λ<=log n,65536,1,647623,9.881942749023438
RSDCP,λ<=log n,65536,1,629164,9.60028076171875
RSDCP,λ<=log n,65536,1,660212,10.07403564453125
RSDCP,λ<=log n,65536,1,612236,9.34197998046875
RSDCP,λ<=log n,65536,1,749105,11.430435180664062
RSDCP,λ<=log n,65536,1,751953,11.473892211914062
RSDCP,λ<=log n,65536,1,651457,9.940444946289062
RSDCP,λ<=log n,65536,1,640140,9.76776123046875
RSDCP,λ<=log n,65536,1,590192,9.005615234375
RSDCP,λ<=log n,65536,1,573580,8.75213623046875
RSDCP,λ<=log n,65536,1,618496,9.4375
RSDCP,λ<=log n,65536,1,622352,9.496337890625
RSDCP,λ<=log n,65536,1,588928,8.986328125
RSDCP,λ<=log n,65536,1,580007,8.850204467773438
RSDCP,λ<=log n,65536,1,697887,10.648910522460938
RSDCP,λ<=log n,65536,1,728094,11.109832763671875
RSDCP,λ<=log n,65536,1,599885,9.153518676757812
RSDCP,λ<=log n,65536,1,636073,9.705703735351562
RSDCP,λ<=log n,65536,1,670062,10.224334716796875
RSDCP,λ<=log n,65536,1,598949,9.139236450195312
RSDCP,λ<=log n,65536,1,771380,11.77032470703125
RSDCP,λ<=log n,65536,1,654949,9.993728637695312
RSDCP,λ<=log n,65536,1,727537,11.101333618164062
RSDCP,λ<=log n,65536,1,686537,10.475723266601562
RSDCP,λ<=log n,65536,1,630893,9.626663208007812
RSDCP,λ<=log n,65536,1,674788,10.29644775390625
RRDCP,λ<=log n,65536,1,433205,6.6101837158203125
RRDCP,λ<=log n,65536,1,407222,6.213714599609375
RRDCP,λ<=log n,65536,1,418194,6.381134033203125
RRDCP,λ<=log n,65536,1,417167,6.3654632568359375
RRDCP,λ<=log n,65536,1,457244,6.97698974609375
RRDCP,λ<=log n,65536,1,401628,6.12835693359375
RRDCP,λ<=log n,65536,1,414909,6.3310089111328125
RRDCP,λ<=log n,65536,1,437345,6.6733551025390625
RRDCP,λ<=log n,65536,1,446331,6.8104705810546875
RRDCP,λ<=log n,65536,1,403685,6.1597442626953125
RRDCP,λ<=log n,65536,1,423944,6.4688720703125
RRDCP,λ<=log n,65536,1,409430,6.247406005859375
RRDCP,λ<=log n,65536,1,424458,6.476715087890625
RRDCP,λ<=log n,65536,1,446225,6.8088531494140625
RRDCP,λ<=log n,65536,1,412171,6.2892303466796875
RRDCP,λ<=log n,65536,1,432242,6.595489501953125
RRDCP,λ<=log n,65536,1,458303,6.9931488037109375
RRDCP,λ<=log n,65536,1,465584,7.104248046875
RRDCP,λ<=log n,65536,1,438822,6.695892333984375
RRDCP,λ<=log n,65536,1,437710,6.678924560546875
RRDCP,λ<=log n,65536,1,421203,6.4270477294921875
RRDCP,λ<=log n,65536,1,413897,6.3155670166015625
RRDCP,λ<=log n,65536,1,471872,7.2001953125
RRDCP,λ<=log n,65536,1,402757,6.1455841064453125
RRDCP,λ<=log n,65536,1,450448,6.873291015625
RRDCP,λ<=log n,65536,1,392884,5.99493408203125
RRDCP,λ<=log n,65536,1,442972,6.75921630859375
RRDCP,λ<=log n,65536,1,415914,6.346343994140625
RRDCP,λ<=log n,65536,1,436354,6.658233642578125
RRDCP,λ<=log n,65536,1,447789,6.8327178955078125
RRDCP,λ<=log n,65536,1,436162,6.655303955078125
RRDCP,λ<=log n,65536,1,450255,6.8703460693359375
RRDCP,λ<=log n,65536,1,452010,6.897125244140625
RRDCP,λ<=log n,65536,1,392930,5.995635986328125
RRDCP,λ<=log n,65536,1,438932,6.69757080078125
RRDCP,λ<=log n,65536,1,410898,6.269805908203125
RRDCP,λ<=log n,65536,1,427649,6.5254058837890625
RRDCP,λ<=log n,65536,1,449744,6.862548828125
RRDCP,λ<=log n,65536,1,408778,6.237457275390625
RRDCP,λ<=log n,65536,1,477760,7.2900390625
RRDCP,λ<=log n,65536,1,410234,6.259674072265625
RRDCP,λ<=log n,65536,1,424852,6.48272705078125
RRDCP,λ<=log n,65536,1,421651,6.4338836669921875
RRDCP,λ<=log n,65536,1,414638,6.326873779296875
RRDCP,λ<=log n,65536,1,421696,6.4345703125
RRDCP,λ<=log n,65536,1,436617,6.6622467041015625
RRDCP,λ<=log n,65536,1,424532,6.47784423828125
RRDCP,λ<=log n,65536,1,459119,7.0055999755859375
RRDCP,λ<=log n,65536,1,423102,6.456024169921875
RRDCP,λ<=log n,65536,1,433282,6.611358642578125
RRDCP,λ<=log n,65536,1,435049,6.6383209228515625
RRDCP,λ<=log n,65536,1,452190,6.899871826171875
RRDCP,λ<=log n,65536,1,405777,6.1916656494140625
RRDCP,λ<=log n,65536,1,477587,7.2873992919921875
RRDCP,λ<=log n,65536,1,418618,6.387603759765625
RRDCP,λ<=log n,65536,1,461315,7.0391082763671875
RRDCP,λ<=log n,65536,1,433620,6.61651611328125
RRDCP,λ<=log n,65536,1,439934,6.712860107421875
RRDCP,λ<=log n,65536,1,457646,6.983123779296875
RRDCP,λ<=log n,65536,1,395838,6.040008544921875
RRDCP,λ<=log n,65536,1,429142,6.548187255859375
RRDCP,λ<=log n,65536,1,416094,6.349090576171875
RRDCP,λ<=log n,65536,1,426087,6.5015716552734375
RRDCP,λ<=log n,65536,1,427196,6.51849365234375
RRDCP,λ<=log n,65536,1,433642,6.616851806640625
RRDCP,λ<=log n,65536,1,450751,6.8779144287109375
RRDCP,λ<=log n,65536,1,424147,6.4719696044921875
RRDCP,λ<=log n,65536,1,434795,6.6344451904296875
RRDCP,λ<=log n,65536,1,404176,6.167236328125
RRDCP,λ<=log n,65536,1,430468,6.56842041015625
RRDCP,λ<=log n,65536,1,410343,6.2613372802734375
RRDCP,λ<=log n,65536,1,395408,6.033447265625
RRDCP,λ<=log n,65536,1,461128,7.0362548828125
RRDCP,λ<=log n,65536,1,401610,6.128082275390625
RRDCP,λ<=log n,65536,1,422279,6.4434661865234375
RRDCP,λ<=log n,65536,1,393307,6.0013885498046875
RRDCP,λ<=log n,65536,1,424261,6.4737091064453125
RRDCP,λ<=log n,65536,1,503471,7.6823577880859375
RRDCP,λ<=log n,65536,1,411964,6.28607177734375
RRDCP,λ<=log n,65536,1,406481,6.2024078369140625
RRDCP,λ<=log n,65536,1,440041,6.7144927978515625
RRDCP,λ<=log n,65536,1,417989,6.3780059814453125
RRDCP,λ<=log n,65536,1,441152,6.7314453125
RRDCP,λ<=log n,65536,1,414866,6.330352783203125
RRDCP,λ<=log n,65536,1,420128,6.41064453125
RRDCP,λ<=log n,65536,1,412727,6.2977142333984375
RRDCP,λ<=log n,65536,1,412033,6.2871246337890625
RRDCP,λ<=log n,65536,1,411177,6.2740631103515625
RRDCP,λ<=log n,65536,1,415895,6.3460540771484375
RRDCP,λ<=log n,65536,1,429653,6.5559844970703125
RRDCP,λ<=log n,65536,1,418520,6.3861083984375
RRDCP,λ<=log n,65536,1,390979,5.9658660888671875
RRDCP,λ<=log n,65536,1,442576,6.753173828125
RRDCP,λ<=log n,65536,1,415339,6.3375701904296875
RRDCP,λ<=log n,65536,1,403042,6.149932861328125
RRDCP,λ<=log n,65536,1,440839,6.7266693115234375
RRDCP,λ<=log n,65536,1,415361,6.3379058837890625
RRDCP,λ<=log n,65536,1,455816,6.9552001953125
RRDCP,λ<=log n,65536,1,418762,6.389801025390625
RRDCP,λ<=log n,65536,1,428188,6.53363037109375
RHDCP,λ<=log n,65536,1,496064,7.5693359375
RHDCP,λ<=log n,65536,1,438368,6.68896484375
RHDCP,λ<=log n,65536,1,416449,6.3545074462890625
RHDCP,λ<=log n,65536,1,439575,6.7073822021484375
RHDCP,λ<=log n,65536,1,435823,6.6501312255859375
RHDCP,λ<=log n,65536,1,437111,6.6697845458984375
RHDCP,λ<=log n,65536,1,442019,6.7446746826171875
RHDCP,λ<=log n,65536,1,462966,7.064300537109375
RHDCP,λ<=log n,65536,1,430286,6.565643310546875
RHDCP,λ<=log n,65536,1,436481,6.6601715087890625
RHDCP,λ<=log n,65536,1,430731,6.5724334716796875
RHDCP,λ<=log n,65536,1,439995,6.7137908935546875
RHDCP,λ<=log n,65536,1,414318,6.321990966796875
RHDCP,λ<=log n,65536,1,454275,6.9316864013671875
RHDCP,λ<=log n,65536,1,448985,6.8509674072265625
RHDCP,λ<=log n,65536,1,437411,6.6743621826171875
RHDCP,λ<=log n,65536,1,421770,6.435699462890625
RHDCP,λ<=log n,65536,1,467650,7.135772705078125
RHDCP,λ<=log n,65536,1,427152,6.517822265625
RHDCP,λ<=log n,65536,1,455247,6.9465179443359375
RHDCP,λ<=log n,65536,1,417791,6.3749847412109375
RHDCP,λ<=log n,65536,1,487545,7.4393463134765625
RHDCP,λ<=log n,65536,1,420057,6.4095611572265625
RHDCP,λ<=log n,65536,1,458357,6.9939727783203125
RHDCP,λ<=log n,65536,1,413904,6.315673828125
RHDCP,λ<=log n,65536,1,455420,6.94915771484375
RHDCP,λ<=log n,65536,1,456404,6.96417236328125
RHDCP,λ<=log n,65536,1,428736,6.5419921875
RHDCP,λ<=log n,65536,1,420014,6.408905029296875
RHDCP,λ<=log n,65536,1,421995,6.4391326904296875
RHDCP,λ<=log n,65536,1,443879,6.7730560302734375
RHDCP,λ<=log n,65536,1,446276,6.80963134765625
RHDCP,λ<=log n,65536,1,429707,6.5568084716796875
RHDCP,λ<=log n,65536,1,435837,6.6503448486328125
RHDCP,λ<=log n,65536,1,421780,6.43585205078125
RHDCP,λ<=log n,65536,1,477067,7.2794647216796875
RHDCP,λ<=log n,65536,1,456407,6.9642181396484375
RHDCP,λ<=log n,65536,1,429475,6.5532684326171875
RHDCP,λ<=log n,65536,1,428667,6.5409393310546875
RHDCP,λ<=log n,65536,1,405877,6.1931915283203125
RHDCP,λ<=log n,65536,1,424940,6.48406982421875
RHDCP,λ<=log n,65536,1,472108,7.20379638671875
RHDCP,λ<=log n,65536,1,438842,6.696197509765625
RHDCP,λ<=log n,65536,1,441647,6.7389984130859375
RHDCP,λ<=log n,65536,1,431236,6.58013916015625
RHDCP,λ<=log n,65536,1,425640,6.4947509765625
RHDCP,λ<=log n,65536,1,476835,7.2759246826171875
RHDCP,λ<=log n,65536,1,428718,6.541717529296875
RHDCP,λ<=log n,65536,1,420179,6.4114227294921875
RHDCP,λ<=log n,65536,1,412470,6.293792724609375
RHDCP,λ<=log n,65536,1,443058,6.760528564453125
RHDCP,λ<=log n,65536,1,444006,6.774993896484375
RHDCP,λ<=log n,65536,1,462822,7.062103271484375
RHDCP,λ<=log n,65536,1,445271,6.7942962646484375
RHDCP,λ<=log n,65536,1,450197,6.8694610595703125
RHDCP,λ<=log n,65536,1,421874,6.437286376953125
RHDCP,λ<=log n,65536,1,427291,6.5199432373046875
RHDCP,λ<=log n,65536,1,459192,7.0067138671875
RHDCP,λ<=log n,65536,1,415685,6.3428497314453125
RHDCP,λ<=log n,65536,1,424480,6.47705078125
RHDCP,λ<=log n,65536,1,483993,7.3851470947265625
RHDCP,λ<=log n,65536,1,459092,7.00518798828125
RHDCP,λ<=log n,65536,1,460195,7.0220184326171875
RHDCP,λ<=log n,65536,1,465634,7.105010986328125
RHDCP,λ<=log n,65536,1,415135,6.3344573974609375
RHDCP,λ<=log n,65536,1,445887,6.8036956787109375
RHDCP,λ<=log n,65536,1,470797,7.1837921142578125
RHDCP,λ<=log n,65536,1,530264,8.0911865234375
RHDCP,λ<=log n,65536,1,409253,6.2447052001953125
RHDCP,λ<=log n,65536,1,462986,7.064605712890625
RHDCP,λ<=log n,65536,1,417166,6.365447998046875
RHDCP,λ<=log n,65536,1,430319,6.5661468505859375
RHDCP,λ<=log n,65536,1,467870,7.139129638671875
RHDCP,λ<=log n,65536,1,435468,6.64471435546875
RHDCP,λ<=log n,65536,1,435356,6.64300537109375
RHDCP,λ<=log n,65536,1,428374,6.536468505859375
RHDCP,λ<=log n,65536,1,441295,6.7336273193359375
RHDCP,λ<=log n,65536,1,432035,6.5923309326171875
RHDCP,λ<=log n,65536,1,475413,7.2542266845703125
RHDCP,λ<=log n,65536,1,439269,6.7027130126953125
RHDCP,λ<=log n,65536,1,427999,6.5307464599609375
RHDCP,λ<=log n,65536,1,415829,6.3450469970703125
RHDCP,λ<=log n,65536,1,423477,6.4617462158203125
RHDCP,λ<=log n,65536,1,421455,6.4308929443359375
RHDCP,λ<=log n,65536,1,415387,6.3383026123046875
RHDCP,λ<=log n,65536,1,428364,6.53631591796875
RHDCP,λ<=log n,65536,1,470414,7.177947998046875
RHDCP,λ<=log n,65536,1,458996,7.00372314453125
RHDCP,λ<=log n,65536,1,461965,7.0490264892578125
RHDCP,λ<=log n,65536,1,465031,7.0958099365234375
RHDCP,λ<=log n,65536,1,435668,6.64776611328125
RHDCP,λ<=log n,65536,1,440525,6.7218780517578125
RHDCP,λ<=log n,65536,1,435020,6.63787841796875
RHDCP,λ<=log n,65536,1,427550,6.523895263671875
RHDCP,λ<=log n,65536,1,409209,6.2440338134765625
RHDCP,λ<=log n,65536,1,502350,7.665252685546875
RHDCP,λ<=log n,65536,1,458673,6.9987945556640625
RHDCP,λ<=log n,65536,1,429253,6.5498809814453125
RHDCP,λ<=log n,65536,1,410813,6.2685089111328125
RHDCP,λ<=log n,65536,1,422146,6.441436767578125
RHLCP,λ<=log n,65536,1,404428,6.17108154296875
RHLCP,λ<=log n,65536,1,460741,7.0303497314453125
RHLCP,λ<=log n,65536,1,397927,6.0718841552734375
RHLCP,λ<=log n,65536,1,412048,6.287353515625
RHLCP,λ<=log n,65536,1,426649,6.5101470947265625
RHLCP,λ<=log n,65536,1,411519,6.2792816162109375
RHLCP,λ<=log n,65536,1,422908,6.45306396484375
RHLCP,λ<=log n,65536,1,413276,6.30609130859375
RHLCP,λ<=log n,65536,1,421743,6.4352874755859375
RHLCP,λ<=log n,65536,1,496735,7.5795745849609375
RHLCP,λ<=log n,65536,1,446020,6.80572509765625
RHLCP,λ<=log n,65536,1,442081,6.7456207275390625
RHLCP,λ<=log n,65536,1,419085,6.3947296142578125
RHLCP,λ<=log n,65536,1,410684,6.26654052734375
RHLCP,λ<=log n,65536,1,429590,6.555023193359375
RHLCP,λ<=log n,65536,1,426570,6.508941650390625
RHLCP,λ<=log n,65536,1,409793,6.2529449462890625
RHLCP,λ<=log n,65536,1,425350,6.490325927734375
RHLCP,λ<=log n,65536,1,421475,6.4311981201171875
RHLCP,λ<=log n,65536,1,459656,7.0137939453125
RHLCP,λ<=log n,65536,1,430552,6.5697021484375
RHLCP,λ<=log n,65536,1,411608,6.2806396484375
RHLCP,λ<=log n,65536,1,437886,6.681610107421875
RHLCP,λ<=log n,65536,1,459580,7.01263427734375
RHLCP,λ<=log n,65536,1,450911,6.8803558349609375
RHLCP,λ<=log n,65536,1,402143,6.1362152099609375
RHLCP,λ<=log n,65536,1,478733,7.3048858642578125
RHLCP,λ<=log n,65536,1,394182,6.014739990234375
RHLCP,λ<=log n,65536,1,412040,6.2872314453125
RHLCP,λ<=log n,65536,1,401541,6.1270294189453125
RHLCP,λ<=log n,65536,1,450794,6.878570556640625
RHLCP,λ<=log n,65536,1,416793,6.3597564697265625
RHLCP,λ<=log n,65536,1,420586,6.417633056640625
RHLCP,λ<=log n,65536,1,398881,6.0864410400390625
RHLCP,λ<=log n,65536,1,429486,6.553436279296875
RHLCP,λ<=log n,65536,1,412781,6.2985382080078125
RHLCP,λ<=log n,65536,1,458185,6.9913482666015625
RHLCP,λ<=log n,65536,1,426026,6.500640869140625
RHLCP,λ<=log n,65536,1,418185,6.3809967041015625
RHLCP,λ<=log n,65536,1,423231,6.4579925537109375
RHLCP,λ<=log n,65536,1,458615,6.9979095458984375
RHLCP,λ<=log n,65536,1,467480,7.1331787109375
RHLCP,λ<=log n,65536,1,409195,6.2438201904296875
RHLCP,λ<=log n,65536,1,451159,6.8841400146484375
RHLCP,λ<=log n,65536,1,402574,6.142791748046875
RHLCP,λ<=log n,65536,1,459676,7.01409912109375
RHLCP,λ<=log n,65536,1,435094,6.639007568359375
RHLCP,λ<=log n,65536,1,426169,6.5028228759765625
RHLCP,λ<=log n,65536,1,444062,6.775848388671875
RHLCP,λ<=log n,65536,1,408487,6.2330169677734375
RHLCP,λ<=log n,65536,1,406039,6.1956634521484375
RHLCP,λ<=log n,65536,1,424381,6.4755401611328125
RHLCP,λ<=log n,65536,1,416730,6.358795166015625
RHLCP,λ<=log n,65536,1,432055,6.5926361083984375
RHLCP,λ<=log n,65536,1,416371,6.3533172607421875
RHLCP,λ<=log n,65536,1,415494,6.339935302734375
RHLCP,λ<=log n,65536,1,435387,6.6434783935546875
RHLCP,λ<=log n,65536,1,460048,7.019775390625
RHLCP,λ<=log n,65536,1,448897,6.8496246337890625
RHLCP,λ<=log n,65536,1,399575,6.0970306396484375
RHLCP,λ<=log n,65536,1,427207,6.5186614990234375
RHLCP,λ<=log n,65536,1,417891,6.3765106201171875
RHLCP,λ<=log n,65536,1,409165,6.2433624267578125
RHLCP,λ<=log n,65536,1,429652,6.55596923828125
RHLCP,λ<=log n,65536,1,410125,6.2580108642578125
RHLCP,λ<=log n,65536,1,436967,6.6675872802734375
RHLCP,λ<=log n,65536,1,415485,6.3397979736328125
RHLCP,λ<=log n,65536,1,406888,6.2086181640625
RHLCP,λ<=log n,65536,1,421537,6.4321441650390625
RHLCP,λ<=log n,65536,1,431188,6.57940673828125
RHLCP,λ<=log n,65536,1,412131,6.2886199951171875
RHLCP,λ<=log n,65536,1,430131,6.5632781982421875
RHLCP,λ<=log n,65536,1,440316,6.71868896484375
RHLCP,λ<=log n,65536,1,458248,6.9923095703125
RHLCP,λ<=log n,65536,1,430445,6.5680694580078125
RHLCP,λ<=log n,65536,1,461095,7.0357513427734375
RHLCP,λ<=log n,65536,1,412009,6.2867584228515625
RHLCP,λ<=log n,65536,1,419632,6.403076171875
RHLCP,λ<=log n,65536,1,431922,6.590606689453125
RHLCP,λ<=log n,65536,1,443292,6.76409912109375
RHLCP,λ<=log n,65536,1,417580,6.37176513671875
RHLCP,λ<=log n,65536,1,417007,6.3630218505859375
RHLCP,λ<=log n,65536,1,419491,6.4009246826171875
RHLCP,λ<=log n,65536,1,457779,6.9851531982421875
RHLCP,λ<=log n,65536,1,416653,6.3576202392578125
RHLCP,λ<=log n,65536,1,447670,6.830902099609375
RHLCP,λ<=log n,65536,1,473233,7.2209625244140625
RHLCP,λ<=log n,65536,1,433243,6.6107635498046875
RHLCP,λ<=log n,65536,1,425847,6.4979095458984375
RHLCP,λ<=log n,65536,1,450586,6.875396728515625
RHLCP,λ<=log n,65536,1,415552,6.3408203125
RHLCP,λ<=log n,65536,1,410878,6.269500732421875
RHLCP,λ<=log n,65536,1,487206,7.434173583984375
RHLCP,λ<=log n,65536,1,419940,6.40777587890625
RHLCP,λ<=log n,65536,1,450101,6.8679962158203125
RHLCP,λ<=log n,65536,1,416374,6.353363037109375
RHLCP,λ<=log n,65536,1,453096,6.9136962890625
RHLCP,λ<=log n,65536,1,384978,5.874298095703125
RHLCP,λ<=log n,65536,1,424614,6.479095458984375
RHLCP,λ<=log n,65536,1,455973,6.9575958251953125
RRLCP,λ<=log n,65536,1,444810,6.787261962890625
RRLCP,λ<=log n,65536,1,451433,6.8883209228515625
RRLCP,λ<=log n,65536,1,444447,6.7817230224609375
RRLCP,λ<=log n,65536,1,446460,6.81243896484375
RRLCP,λ<=log n,65536,1,448460,6.84295654296875
RRLCP,λ<=log n,65536,1,514483,7.8503875732421875
RRLCP,λ<=log n,65536,1,434799,6.6345062255859375
RRLCP,λ<=log n,65536,1,429304,6.5506591796875
RRLCP,λ<=log n,65536,1,446982,6.820404052734375
RRLCP,λ<=log n,65536,1,446031,6.8058929443359375
RRLCP,λ<=log n,65536,1,459578,7.012603759765625
RRLCP,λ<=log n,65536,1,456352,6.96337890625
RRLCP,λ<=log n,65536,1,461813,7.0467071533203125
RRLCP,λ<=log n,65536,1,446909,6.8192901611328125
RRLCP,λ<=log n,65536,1,482311,7.3594818115234375
RRLCP,λ<=log n,65536,1,426541,6.5084991455078125
RRLCP,λ<=log n,65536,1,416345,6.3529205322265625
RRLCP,λ<=log n,65536,1,426133,6.5022735595703125
RRLCP,λ<=log n,65536,1,423855,6.4675140380859375
RRLCP,λ<=log n,65536,1,460714,7.029937744140625
RRLCP,λ<=log n,65536,1,544511,8.308578491210938
RRLCP,λ<=log n,65536,1,412412,6.29290771484375
RRLCP,λ<=log n,65536,1,428577,6.5395660400390625
RRLCP,λ<=log n,65536,1,439375,6.7043304443359375
RRLCP,λ<=log n,65536,1,442364,6.74993896484375
RRLCP,λ<=log n,65536,1,442711,6.7552337646484375
RRLCP,λ<=log n,65536,1,407509,6.2180938720703125
RRLCP,λ<=log n,65536,1,422918,6.453216552734375
RRLCP,λ<=log n,65536,1,427656,6.5255126953125
RRLCP,λ<=log n,65536,1,427237,6.5191192626953125
RRLCP,λ<=log n,65536,1,420868,6.42193603515625
RRLCP,λ<=log n,65536,1,468138,7.143218994140625
RRLCP,λ<=log n,65536,1,471657,7.1969146728515625
RRLCP,λ<=log n,65536,1,418861,6.3913116455078125
RRLCP,λ<=log n,65536,1,451246,6.885467529296875
RRLCP,λ<=log n,65536,1,480216,7.3275146484375
RRLCP,λ<=log n,65536,1,490378,7.482574462890625
RRLCP,λ<=log n,65536,1,415766,6.344085693359375
RRLCP,λ<=log n,65536,1,421719,6.4349212646484375
RRLCP,λ<=log n,65536,1,405817,6.1922760009765625
RRLCP,λ<=log n,65536,1,420385,6.4145660400390625
RRLCP,λ<=log n,65536,1,419916,6.40740966796875
RRLCP,λ<=log n,65536,1,426536,6.5084228515625
RRLCP,λ<=log n,65536,1,441172,6.73175048828125
RRLCP,λ<=log n,65536,1,432248,6.5955810546875
RRLCP,λ<=log n,65536,1,462404,7.05572509765625
RRLCP,λ<=log n,65536,1,440406,6.720062255859375
RRLCP,λ<=log n,65536,1,447057,6.8215484619140625
RRLCP,λ<=log n,65536,1,395632,6.036865234375
RRLCP,λ<=log n,65536,1,461354,7.039703369140625
RRLCP,λ<=log n,65536,1,440846,6.726776123046875
RRLCP,λ<=log n,65536,1,441921,6.7431793212890625
RRLCP,λ<=log n,65536,1,417859,6.3760223388671875
RRLCP,λ<=log n,65536,1,439249,6.7024078369140625
RRLCP,λ<=log n,65536,1,416375,6.3533782958984375
RRLCP,λ<=log n,65536,1,421783,6.4358978271484375
RRLCP,λ<=log n,65536,1,439919,6.7126312255859375
RRLCP,λ<=log n,65536,1,429617,6.5554351806640625
RRLCP,λ<=log n,65536,1,434570,6.631011962890625
RRLCP,λ<=log n,65536,1,458977,7.0034332275390625
RRLCP,λ<=log n,65536,1,408668,6.23577880859375
RRLCP,λ<=log n,65536,1,466885,7.1240997314453125
RRLCP,λ<=log n,65536,1,444974,6.789764404296875
RRLCP,λ<=log n,65536,1,419550,6.401824951171875
RRLCP,λ<=log n,65536,1,429136,6.548095703125
RRLCP,λ<=log n,65536,1,450778,6.878326416015625
RRLCP,λ<=log n,65536,1,425728,6.49609375
RRLCP,λ<=log n,65536,1,445013,6.7903594970703125
RRLCP,λ<=log n,65536,1,423657,6.4644927978515625
RRLCP,λ<=log n,65536,1,425591,6.4940032958984375
RRLCP,λ<=log n,65536,1,416671,6.3578948974609375
RRLCP,λ<=log n,65536,1,425062,6.485931396484375
RRLCP,λ<=log n,65536,1,434803,6.6345672607421875
RRLCP,λ<=log n,65536,1,437699,6.6787567138671875
RRLCP,λ<=log n,65536,1,447482,6.828033447265625
RRLCP,λ<=log n,65536,1,429844,6.55889892578125
RRLCP,λ<=log n,65536,1,410350,6.261444091796875
RRLCP,λ<=log n,65536,1,417842,6.375762939453125
RRLCP,λ<=log n,65536,1,453958,6.926849365234375
RRLCP,λ<=log n,65536,1,434056,6.6231689453125
RRLCP,λ<=log n,65536,1,411316,6.27618408203125
RRLCP,λ<=log n,65536,1,405560,6.1883544921875
RRLCP,λ<=log n,65536,1,403551,6.1576995849609375
RRLCP,λ<=log n,65536,1,544379,8.306564331054688
RRLCP,λ<=log n,65536,1,418195,6.3811492919921875
RRLCP,λ<=log n,65536,1,452085,6.8982696533203125
RRLCP,λ<=log n,65536,1,470663,7.1817474365234375
RRLCP,λ<=log n,65536,1,429156,6.54840087890625
RRLCP,λ<=log n,65536,1,453815,6.9246673583984375
RRLCP,λ<=log n,65536,1,426557,6.5087432861328125
RRLCP,λ<=log n,65536,1,453181,6.9149932861328125
RRLCP,λ<=log n,65536,1,412075,6.2877655029296875
RRLCP,λ<=log n,65536,1,438413,6.6896514892578125
RRLCP,λ<=log n,65536,1,432885,6.6053009033203125
RRLCP,λ<=log n,65536,1,431503,6.5842132568359375
RRLCP,λ<=log n,65536,1,439078,6.699798583984375
RRLCP,λ<=log n,65536,1,447335,6.8257904052734375
RRLCP,λ<=log n,65536,1,396542,6.050750732421875
RRLCP,λ<=log n,65536,1,427493,6.5230255126953125
RRLCP,λ<=log n,65536,1,435895,6.6512298583984375
RSLCP,λ<=log n,65536,1,1072565,16.366043090820312
RSLCP,λ<=log n,65536,1,895576,13.6654052734375
RSLCP,λ<=log n,65536,1,992027,15.137130737304688
RSLCP,λ<=log n,65536,1,936967,14.296981811523438
RSLCP,λ<=log n,65536,1,1048644,16.00103759765625
RSLCP,λ<=log n,65536,1,908588,13.86395263671875
RSLCP,λ<=log n,65536,1,1006410,15.356597900390625
RSLCP,λ<=log n,65536,1,1150070,17.548675537109375
RSLCP,λ<=log n,65536,1,1017867,15.531417846679688
RSLCP,λ<=log n,65536,1,914966,13.961273193359375
RSLCP,λ<=log n,65536,1,1127509,17.204421997070312
RSLCP,λ<=log n,65536,1,1021964,15.59393310546875
RSLCP,λ<=log n,65536,1,1085206,16.558929443359375
RSLCP,λ<=log n,65536,1,983348,15.00469970703125
RSLCP,λ<=log n,65536,1,842671,12.858139038085938
RSLCP,λ<=log n,65536,1,996182,15.200531005859375
RSLCP,λ<=log n,65536,1,1053721,16.078506469726562
RSLCP,λ<=log n,65536,1,954502,14.564544677734375
RSLCP,λ<=log n,65536,1,998866,15.241485595703125
RSLCP,λ<=log n,65536,1,910118,13.887298583984375
RSLCP,λ<=log n,65536,1,1064583,16.244247436523438
RSLCP,λ<=log n,65536,1,1169378,17.843292236328125
RSLCP,λ<=log n,65536,1,1230927,18.782455444335938
RSLCP,λ<=log n,65536,1,1074346,16.393218994140625
RSLCP,λ<=log n,65536,1,1006426,15.356842041015625
RSLCP,λ<=log n,65536,1,887864,13.5477294921875
RSLCP,λ<=log n,65536,1,886875,13.532638549804688
RSLCP,λ<=log n,65536,1,1369145,20.891494750976562
RSLCP,λ<=log n,65536,1,964651,14.719406127929688
RSLCP,λ<=log n,65536,1,1110655,16.947250366210938
RSLCP,λ<=log n,65536,1,974525,14.870071411132812
RSLCP,λ<=log n,65536,1,974375,14.867782592773438
RSLCP,λ<=log n,65536,1,799612,12.20111083984375
RSLCP,λ<=log n,65536,1,825668,12.59869384765625
RSLCP,λ<=log n,65536,1,1111533,16.960647583007812
RSLCP,λ<=log n,65536,1,858179,13.094772338867188
RSLCP,λ<=log n,65536,1,960754,14.659942626953125
RSLCP,λ<=log n,65536,1,989731,15.102096557617188
RSLCP,λ<=log n,65536,1,1003991,15.319686889648438
RSLCP,λ<=log n,65536,1,1130960,17.257080078125
RSLCP,λ<=log n,65536,1,770005,11.749343872070312
RSLCP,λ<=log n,65536,1,910781,13.897415161132812
RSLCP,λ<=log n,65536,1,904006,13.794036865234375
RSLCP,λ<=log n,65536,1,950636,14.50555419921875
RSLCP,λ<=log n,65536,1,985356,15.03533935546875
RSLCP,λ<=log n,65536,1,1008067,15.381881713867188
RSLCP,λ<=log n,65536,1,1152097,17.579605102539062
RSLCP,λ<=log n,65536,1,1098210,16.757354736328125
RSLCP,λ<=log n,65536,1,821464,12.5345458984375
RSLCP,λ<=log n,65536,1,1246510,19.020233154296875
RSLCP,λ<=log n,65536,1,805711,12.294174194335938
RSLCP,λ<=log n,65536,1,1053233,16.071060180664062
RSLCP,λ<=log n,65536,1,951901,14.524856567382812
RSLCP,λ<=log n,65536,1,829145,12.651748657226562
RSLCP,λ<=log n,65536,1,1023663,15.619857788085938
RSLCP,λ<=log n,65536,1,1005086,15.336395263671875
RSLCP,λ<=log n,65536,1,971924,14.83038330078125
RSLCP,λ<=log n,65536,1,901589,13.757156372070312
RSLCP,λ<=log n,65536,1,954272,14.56103515625
RSLCP,λ<=log n,65536,1,1359238,20.740325927734375
RSLCP,λ<=log n,65536,1,914318,13.951385498046875
RSLCP,λ<=log n,65536,1,949557,14.489089965820312
RSLCP,λ<=log n,65536,1,920803,14.050338745117188
RSLCP,λ<=log n,65536,1,965083,14.725997924804688
RSLCP,λ<=log n,65536,1,1239804,18.91790771484375
RSLCP,λ<=log n,65536,1,786636,12.00311279296875
RSLCP,λ<=log n,65536,1,990296,15.1107177734375
RSLCP,λ<=log n,65536,1,967063,14.756210327148438
RSLCP,λ<=log n,65536,1,1504382,22.955047607421875
RSLCP,λ<=log n,65536,1,1384828,21.13079833984375
RSLCP,λ<=log n,65536,1,892425,13.617324829101562
RSLCP,λ<=log n,65536,1,885729,13.515151977539062
RSLCP,λ<=log n,65536,1,863017,13.168594360351562
RSLCP,λ<=log n,65536,1,842157,12.850296020507812
RSLCP,λ<=log n,65536,1,740169,11.294082641601562
RSLCP,λ<=log n,65536,1,1035032,15.7933349609375
RSLCP,λ<=log n,65536,1,1260630,19.235687255859375
RSLCP,λ<=log n,65536,1,944948,14.41876220703125
RSLCP,λ<=log n,65536,1,878264,13.4012451171875
RSLCP,λ<=log n,65536,1,774431,11.816879272460938
RSLCP,λ<=log n,65536,1,883075,13.474655151367188
RSLCP,λ<=log n,65536,1,1036226,15.811553955078125
RSLCP,λ<=log n,65536,1,1090108,16.63372802734375
RSLCP,λ<=log n,65536,1,869518,13.267791748046875
RSLCP,λ<=log n,65536,1,719262,10.975067138671875
RSLCP,λ<=log n,65536,1,885907,13.517868041992188
RSLCP,λ<=log n,65536,1,843806,12.875457763671875
RSLCP,λ<=log n,65536,1,1128652,17.22186279296875
RSLCP,λ<=log n,65536,1,1047366,15.981536865234375
RSLCP,λ<=log n,65536,1,1239164,18.90814208984375
RSLCP,λ<=log n,65536,1,1070965,16.341629028320312
RSLCP,λ<=log n,65536,1,1013403,15.463302612304688
RSLCP,λ<=log n,65536,1,1122840,17.1331787109375
RSLCP,λ<=log n,65536,1,852221,13.003860473632812
RSLCP,λ<=log n,65536,1,862457,13.160049438476562
RSLCP,λ<=log n,65536,1,835764,12.75274658203125
RSLCP,λ<=log n,65536,1,1124673,17.161148071289062
RSLCP,λ<=log n,65536,1,1163435,17.752609252929688
RSLCP,λ<=log n,65536,1,1068100,16.29791259765625
RSLCP,λ<=log n,65536,1,857094,13.078216552734375
RSDSP,λ<=log n,65536,1,663245,10.120315551757812
RSDSP,λ<=log n,65536,1,678683,10.355880737304688
RSDSP,λ<=log n,65536,1,670621,10.232864379882812
RSDSP,λ<=log n,65536,1,645443,9.848678588867188
RSDSP,λ<=log n,65536,1,673954,10.283721923828125
RSDSP,λ<=log n,65536,1,625956,9.55133056640625
RSDSP,λ<=log n,65536,1,630136,9.6151123046875
RSDSP,λ<=log n,65536,1,609026,9.292999267578125
RSDSP,λ<=log n,65536,1,660398,10.076873779296875
RSDSP,λ<=log n,65536,1,631647,9.638168334960938
RSDSP,λ<=log n,65536,1,624702,9.532196044921875
RSDSP,λ<=log n,65536,1,655770,10.006256103515625
RSDSP,λ<=log n,65536,1,651884,9.94696044921875
RSDSP,λ<=log n,65536,1,704858,10.755279541015625
RSDSP,λ<=log n,65536,1,707338,10.793121337890625
RSDSP,λ<=log n,65536,1,649691,9.913497924804688
RSDSP,λ<=log n,65536,1,661530,10.094146728515625
RSDSP,λ<=log n,65536,1,641409,9.787124633789062
RSDSP,λ<=log n,65536,1,628606,9.591766357421875
RSDSP,λ<=log n,65536,1,792449,12.091812133789062
RSDSP,λ<=log n,65536,1,677817,10.342666625976562
RSDSP,λ<=log n,65536,1,651630,9.943084716796875
RSDSP,λ<=log n,65536,1,685235,10.455856323242188
RSDSP,λ<=log n,65536,1,752157,11.477005004882812
RSDSP,λ<=log n,65536,1,632519,9.651473999023438
RSDSP,λ<=log n,65536,1,688942,10.512420654296875
RSDSP,λ<=log n,65536,1,684615,10.446395874023438
RSDSP,λ<=log n,65536,1,636663,9.714706420898438
RSDSP,λ<=log n,65536,1,622251,9.494796752929688
RSDSP,λ<=log n,65536,1,635893,9.702957153320312
RSDSP,λ<=log n,65536,1,680740,10.38726806640625
RSDSP,λ<=log n,65536,1,638428,9.74163818359375
RSDSP,λ<=log n,65536,1,660003,10.070846557617188
RSDSP,λ<=log n,65536,1,656396,10.01580810546875
RSDSP,λ<=log n,65536,1,657325,10.029983520507812
RSDSP,λ<=log n,65536,1,740597,11.300613403320312
RSDSP,λ<=log n,65536,1,653366,9.969573974609375
RSDSP,λ<=log n,65536,1,696314,10.624908447265625
RSDSP,λ<=log n,65536,1,684869,10.450271606445312
RSDSP,λ<=log n,65536,1,646972,9.87200927734375
RSDSP,λ<=log n,65536,1,648988,9.90277099609375
RSDSP,λ<=log n,65536,1,652998,9.963958740234375
RSDSP,λ<=log n,65536,1,662381,10.107131958007812
RSDSP,λ<=log n,65536,1,679238,10.364349365234375
RSDSP,λ<=log n,65536,1,665294,10.151580810546875
RSDSP,λ<=log n,65536,1,626225,9.555435180664062
RSDSP,λ<=log n,65536,1,726047,11.078598022460938
RSDSP,λ<=log n,65536,1,694417,10.595962524414062
RSDSP,λ<=log n,65536,1,687359,10.488265991210938
RSDSP,λ<=log n,65536,1,634588,9.68304443359375
RSDSP,λ<=log n,65536,1,600441,9.162002563476562
RSDSP,λ<=log n,65536,1,679763,10.372360229492188
RSDSP,λ<=log n,65536,1,678507,10.353195190429688
RSDSP,λ<=log n,65536,1,650225,9.921646118164062
RSDSP,λ<=log n,65536,1,617065,9.415664672851562
RSDSP,λ<=log n,65536,1,684968,10.4517822265625
RSDSP,λ<=log n,65536,1,668429,10.199417114257812
RSDSP,λ<=log n,65536,1,670394,10.229400634765625
RSDSP,λ<=log n,65536,1,645459,9.848922729492188
RSDSP,λ<=log n,65536,1,672292,10.25836181640625
RSDSP,λ<=log n,65536,1,643496,9.8189697265625
RSDSP,λ<=log n,65536,1,676797,10.327102661132812
RSDSP,λ<=log n,65536,1,641474,9.788116455078125
RSDSP,λ<=log n,65536,1,623684,9.51666259765625
RSDSP,λ<=log n,65536,1,663894,10.130218505859375
RSDSP,λ<=log n,65536,1,695143,10.607040405273438
RSDSP,λ<=log n,65536,1,655568,10.003173828125
RSDSP,λ<=log n,65536,1,692693,10.569656372070312
RSDSP,λ<=log n,65536,1,694148,10.59185791015625
RSDSP,λ<=log n,65536,1,672514,10.261749267578125
RSDSP,λ<=log n,65536,1,689420,10.51971435546875
RSDSP,λ<=log n,65536,1,637824,9.732421875
RSDSP,λ<=log n,65536,1,682364,10.41204833984375
RSDSP,λ<=log n,65536,1,737629,11.255325317382812
RSDSP,λ<=log n,65536,1,652488,9.9561767578125
RSDSP,λ<=log n,65536,1,638362,9.740631103515625
RSDSP,λ<=log n,65536,1,644170,9.829254150390625
RSDSP,λ<=log n,65536,1,656639,10.019515991210938
RSDSP,λ<=log n,65536,1,668328,10.1978759765625
RSDSP,λ<=log n,65536,1,659172,10.05816650390625
RSDSP,λ<=log n,65536,1,698287,10.655014038085938
RSDSP,λ<=log n,65536,1,604417,9.222671508789062
RSDSP,λ<=log n,65536,1,651235,9.937057495117188
RSDSP,λ<=log n,65536,1,677445,10.336990356445312
RSDSP,λ<=log n,65536,1,662478,10.108612060546875
RSDSP,λ<=log n,65536,1,641392,9.786865234375
RSDSP,λ<=log n,65536,1,678744,10.3568115234375
RSDSP,λ<=log n,65536,1,711632,10.858642578125
RSDSP,λ<=log n,65536,1,647273,9.876602172851562
RSDSP,λ<=log n,65536,1,686694,10.478118896484375
RSDSP,λ<=log n,65536,1,654140,9.98138427734375
RSDSP,λ<=log n,65536,1,704684,10.75262451171875
RSDSP,λ<=log n,65536,1,617729,9.425796508789062
RSDSP,λ<=log n,65536,1,657825,10.037612915039062
RSDSP,λ<=log n,65536,1,681744,10.402587890625
RSDSP,λ<=log n,65536,1,636086,9.705902099609375
RSDSP,λ<=log n,65536,1,703197,10.729934692382812
RSDSP,λ<=log n,65536,1,680412,10.38226318359375
RSDSP,λ<=log n,65536,1,675561,10.308242797851562
RSDSP,λ<=log n,65536,1,703106,10.728546142578125
RRDSP,λ<=log n,65536,1,462996,7.06475830078125
RRDSP,λ<=log n,65536,1,446346,6.810699462890625
RRDSP,λ<=log n,65536,1,468583,7.1500091552734375
RRDSP,λ<=log n,65536,1,459481,7.0111236572265625
RRDSP,λ<=log n,65536,1,412951,6.3011322021484375
RRDSP,λ<=log n,65536,1,477299,7.2830047607421875
RRDSP,λ<=log n,65536,1,490570,7.485504150390625
RRDSP,λ<=log n,65536,1,474955,7.2472381591796875
RRDSP,λ<=log n,65536,1,493344,7.52783203125
RRDSP,λ<=log n,65536,1,479207,7.3121185302734375
RRDSP,λ<=log n,65536,1,445065,6.7911529541015625
RRDSP,λ<=log n,65536,1,457011,6.9734344482421875
RRDSP,λ<=log n,65536,1,432185,6.5946197509765625
RRDSP,λ<=log n,65536,1,463417,7.0711822509765625
RRDSP,λ<=log n,65536,1,427994,6.530670166015625
RRDSP,λ<=log n,65536,1,463368,7.0704345703125
RRDSP,λ<=log n,65536,1,445314,6.794952392578125
RRDSP,λ<=log n,65536,1,465292,7.09979248046875
RRDSP,λ<=log n,65536,1,450026,6.866851806640625
RRDSP,λ<=log n,65536,1,452741,6.9082794189453125
RRDSP,λ<=log n,65536,1,467279,7.1301116943359375
RRDSP,λ<=log n,65536,1,437727,6.6791839599609375
RRDSP,λ<=log n,65536,1,466690,7.121124267578125
RRDSP,λ<=log n,65536,1,453084,6.91351318359375
RRDSP,λ<=log n,65536,1,436181,6.6555938720703125
RRDSP,λ<=log n,65536,1,447485,6.8280792236328125
RRDSP,λ<=log n,65536,1,494056,7.5386962890625
RRDSP,λ<=log n,65536,1,452569,6.9056549072265625
RRDSP,λ<=log n,65536,1,481090,7.340850830078125
RRDSP,λ<=log n,65536,1,448493,6.8434600830078125
RRDSP,λ<=log n,65536,1,440498,6.721466064453125
RRDSP,λ<=log n,65536,1,491802,7.504302978515625
RRDSP,λ<=log n,65536,1,452509,6.9047393798828125
RRDSP,λ<=log n,65536,1,465181,7.0980987548828125
RRDSP,λ<=log n,65536,1,475305,7.2525787353515625
RRDSP,λ<=log n,65536,1,442896,6.758056640625
RRDSP,λ<=log n,65536,1,461911,7.0482025146484375
RRDSP,λ<=log n,65536,1,458308,6.99322509765625
RRDSP,λ<=log n,65536,1,439842,6.711456298828125
RRDSP,λ<=log n,65536,1,438584,6.6922607421875
RRDSP,λ<=log n,65536,1,462873,7.0628814697265625
RRDSP,λ<=log n,65536,1,569289,8.686660766601562
RRDSP,λ<=log n,65536,1,462404,7.05572509765625
RRDSP,λ<=log n,65536,1,457959,6.9878997802734375
RRDSP,λ<=log n,65536,1,438541,6.6916046142578125
RRDSP,λ<=log n,65536,1,460811,7.0314178466796875
RRDSP,λ<=log n,65536,1,476005,7.2632598876953125
RRDSP,λ<=log n,65536,1,433519,6.6149749755859375
RRDSP,λ<=log n,65536,1,446839,6.8182220458984375
RRDSP,λ<=log n,65536,1,453719,6.9232025146484375
RRDSP,λ<=log n,65536,1,508564,7.76007080078125
RRDSP,λ<=log n,65536,1,436842,6.665679931640625
RRDSP,λ<=log n,65536,1,436119,6.6546478271484375
RRDSP,λ<=log n,65536,1,453464,6.9193115234375
RRDSP,λ<=log n,65536,1,472372,7.20782470703125
RRDSP,λ<=log n,65536,1,471519,7.1948089599609375
RRDSP,λ<=log n,65536,1,436399,6.6589202880859375
RRDSP,λ<=log n,65536,1,447035,6.8212127685546875
RRDSP,λ<=log n,65536,1,504499,7.6980438232421875
RRDSP,λ<=log n,65536,1,470032,7.172119140625
RRDSP,λ<=log n,65536,1,434513,6.6301422119140625
RRDSP,λ<=log n,65536,1,432953,6.6063385009765625
RRDSP,λ<=log n,65536,1,446373,6.8111114501953125
RRDSP,λ<=log n,65536,1,443698,6.770294189453125
RRDSP,λ<=log n,65536,1,441051,6.7299041748046875
RRDSP,λ<=log n,65536,1,456311,6.9627532958984375
RRDSP,λ<=log n,65536,1,457983,6.9882659912109375
RRDSP,λ<=log n,65536,1,436499,6.6604461669921875
RRDSP,λ<=log n,65536,1,431048,6.5772705078125
RRDSP,λ<=log n,65536,1,455867,6.9559783935546875
RRDSP,λ<=log n,65536,1,439197,6.7016143798828125
RRDSP,λ<=log n,65536,1,451434,6.888336181640625
RRDSP,λ<=log n,65536,1,446943,6.8198089599609375
RRDSP,λ<=log n,65536,1,488615,7.4556732177734375
RRDSP,λ<=log n,65536,1,525800,8.0230712890625
RRDSP,λ<=log n,65536,1,461653,7.0442657470703125
RRDSP,λ<=log n,65536,1,476324,7.26812744140625
RRDSP,λ<=log n,65536,1,435636,6.64727783203125
RRDSP,λ<=log n,65536,1,429665,6.5561676025390625
RRDSP,λ<=log n,65536,1,439564,6.70721435546875
RRDSP,λ<=log n,65536,1,459109,7.0054473876953125
RRDSP,λ<=log n,65536,1,435067,6.6385955810546875
RRDSP,λ<=log n,65536,1,486048,7.41650390625
RRDSP,λ<=log n,65536,1,456305,6.9626617431640625
RRDSP,λ<=log n,65536,1,430987,6.5763397216796875
RRDSP,λ<=log n,65536,1,426041,6.5008697509765625
RRDSP,λ<=log n,65536,1,450400,6.87255859375
RRDSP,λ<=log n,65536,1,431558,6.585052490234375
RRDSP,λ<=log n,65536,1,484341,7.3904571533203125
RRDSP,λ<=log n,65536,1,495751,7.5645599365234375
RRDSP,λ<=log n,65536,1,428411,6.5370330810546875
RRDSP,λ<=log n,65536,1,489861,7.4746856689453125
RRDSP,λ<=log n,65536,1,491399,7.4981536865234375
RRDSP,λ<=log n,65536,1,492648,7.5172119140625
RRDSP,λ<=log n,65536,1,448005,6.8360137939453125
RRDSP,λ<=log n,65536,1,477877,7.2918243408203125
RRDSP,λ<=log n,65536,1,441057,6.7299957275390625
RRDSP,λ<=log n,65536,1,475153,7.2502593994140625
RRDSP,λ<=log n,65536,1,444086,6.776214599609375
RRDSP,λ<=log n,65536,1,523845,7.9932403564453125
RHDSP,λ<=log n,65536,1,490510,7.484588623046875
RHDSP,λ<=log n,65536,1,463935,7.0790863037109375
RHDSP,λ<=log n,65536,1,475608,7.2572021484375
RHDSP,λ<=log n,65536,1,614289,9.373306274414062
RHDSP,λ<=log n,65536,1,462204,7.05267333984375
RHDSP,λ<=log n,65536,1,485395,7.4065399169921875
RHDSP,λ<=log n,65536,1,483407,7.3762054443359375
RHDSP,λ<=log n,65536,1,481547,7.3478240966796875
RHDSP,λ<=log n,65536,1,469377,7.1621246337890625
RHDSP,λ<=log n,65536,1,486109,7.4174346923828125
RHDSP,λ<=log n,65536,1,475899,7.2616424560546875
RHDSP,λ<=log n,65536,1,450690,6.876983642578125
RHDSP,λ<=log n,65536,1,442442,6.751129150390625
RHDSP,λ<=log n,65536,1,445647,6.8000335693359375
RHDSP,λ<=log n,65536,1,445929,6.8043365478515625
RHDSP,λ<=log n,65536,1,465382,7.101165771484375
RHDSP,λ<=log n,65536,1,485435,7.4071502685546875
RHDSP,λ<=log n,65536,1,475063,7.2488861083984375
RHDSP,λ<=log n,65536,1,459336,7.0089111328125
RHDSP,λ<=log n,65536,1,464582,7.088958740234375
RHDSP,λ<=log n,65536,1,465721,7.1063385009765625
RHDSP,λ<=log n,65536,1,469549,7.1647491455078125
RHDSP,λ<=log n,65536,1,436961,6.6674957275390625
RHDSP,λ<=log n,65536,1,513958,7.842376708984375
RHDSP,λ<=log n,65536,1,455910,6.956634521484375
RHDSP,λ<=log n,65536,1,467677,7.1361846923828125
RHDSP,λ<=log n,65536,1,518533,7.9121856689453125
RHDSP,λ<=log n,65536,1,465170,7.097930908203125
RHDSP,λ<=log n,65536,1,447267,6.8247528076171875
RHDSP,λ<=log n,65536,1,473480,7.2247314453125
RHDSP,λ<=log n,65536,1,494325,7.5428009033203125
RHDSP,λ<=log n,65536,1,460088,7.0203857421875
RHDSP,λ<=log n,65536,1,517391,7.8947601318359375
RHDSP,λ<=log n,65536,1,488490,7.453765869140625
RHDSP,λ<=log n,65536,1,521024,7.9501953125
RHDSP,λ<=log n,65536,1,523479,7.9876556396484375
RHDSP,λ<=log n,65536,1,458718,6.999481201171875
RHDSP,λ<=log n,65536,1,563782,8.602630615234375
RHDSP,λ<=log n,65536,1,473461,7.2244415283203125
RHDSP,λ<=log n,65536,1,456653,6.9679718017578125
RHDSP,λ<=log n,65536,1,511372,7.80291748046875
RHDSP,λ<=log n,65536,1,453084,6.91351318359375
RHDSP,λ<=log n,65536,1,455848,6.9556884765625
RHDSP,λ<=log n,65536,1,463546,7.073150634765625
RHDSP,λ<=log n,65536,1,470502,7.179290771484375
RHDSP,λ<=log n,65536,1,436899,6.6665496826171875
RHDSP,λ<=log n,65536,1,436496,6.660400390625
RHDSP,λ<=log n,65536,1,461024,7.03466796875
RHDSP,λ<=log n,65536,1,446761,6.8170318603515625
RHDSP,λ<=log n,65536,1,452411,6.9032440185546875
RHDSP,λ<=log n,65536,1,449201,6.8542633056640625
RHDSP,λ<=log n,65536,1,490578,7.485626220703125
RHDSP,λ<=log n,65536,1,452009,6.8971099853515625
RHDSP,λ<=log n,65536,1,452885,6.9104766845703125
RHDSP,λ<=log n,65536,1,440782,6.725799560546875
RHDSP,λ<=log n,65536,1,572211,8.731246948242188
RHDSP,λ<=log n,65536,1,461624,7.0438232421875
RHDSP,λ<=log n,65536,1,495695,7.5637054443359375
RHDSP,λ<=log n,65536,1,482432,7.361328125
RHDSP,λ<=log n,65536,1,450633,6.8761138916015625
RHDSP,λ<=log n,65536,1,586443,8.948410034179688
RHDSP,λ<=log n,65536,1,522241,7.9687652587890625
RHDSP,λ<=log n,65536,1,454081,6.9287261962890625
RHDSP,λ<=log n,65536,1,499310,7.618865966796875
RHDSP,λ<=log n,65536,1,447225,6.8241119384765625
RHDSP,λ<=log n,65536,1,497962,7.598297119140625
RHDSP,λ<=log n,65536,1,459931,7.0179901123046875
RHDSP,λ<=log n,65536,1,475526,7.255950927734375
RHDSP,λ<=log n,65536,1,460924,7.03314208984375
RHDSP,λ<=log n,65536,1,440609,6.7231597900390625
RHDSP,λ<=log n,65536,1,442003,6.7444305419921875
RHDSP,λ<=log n,65536,1,453905,6.9260406494140625
RHDSP,λ<=log n,65536,1,479671,7.3191986083984375
RHDSP,λ<=log n,65536,1,496556,7.57684326171875
RHDSP,λ<=log n,65536,1,511926,7.811370849609375
RHDSP,λ<=log n,65536,1,450391,6.8724212646484375
RHDSP,λ<=log n,65536,1,435157,6.6399688720703125
RHDSP,λ<=log n,65536,1,440820,6.72637939453125
RHDSP,λ<=log n,65536,1,453001,6.9122467041015625
RHDSP,λ<=log n,65536,1,460324,7.02398681640625
RHDSP,λ<=log n,65536,1,459817,7.0162506103515625
RHDSP,λ<=log n,65536,1,438134,6.685394287109375
RHDSP,λ<=log n,65536,1,464653,7.0900421142578125
RHDSP,λ<=log n,65536,1,466125,7.1125030517578125
RHDSP,λ<=log n,65536,1,501437,7.6513214111328125
RHDSP,λ<=log n,65536,1,496956,7.58294677734375
RHDSP,λ<=log n,65536,1,468425,7.1475982666015625
RHDSP,λ<=log n,65536,1,454761,6.9391021728515625
RHDSP,λ<=log n,65536,1,477337,7.2835845947265625
RHDSP,λ<=log n,65536,1,466868,7.12384033203125
RHDSP,λ<=log n,65536,1,443867,6.7728729248046875
RHDSP,λ<=log n,65536,1,471563,7.1954803466796875
RHDSP,λ<=log n,65536,1,542212,8.27349853515625
RHDSP,λ<=log n,65536,1,462593,7.0586090087890625
RHDSP,λ<=log n,65536,1,472022,7.202484130859375
RHDSP,λ<=log n,65536,1,459640,7.0135498046875
RHDSP,λ<=log n,65536,1,468604,7.15032958984375
RHDSP,λ<=log n,65536,1,459275,7.0079803466796875
RHDSP,λ<=log n,65536,1,544635,8.310470581054688
RHDSP,λ<=log n,65536,1,447805,6.8329620361328125
RHLSP,λ<=log n,65536,1,478591,7.3027191162109375
RHLSP,λ<=log n,65536,1,505064,7.7066650390625
RHLSP,λ<=log n,65536,1,491422,7.498504638671875
RHLSP,λ<=log n,65536,1,499695,7.6247406005859375
RHLSP,λ<=log n,65536,1,552770,8.434600830078125
RHLSP,λ<=log n,65536,1,530810,8.099517822265625
RHLSP,λ<=log n,65536,1,512246,7.816253662109375
RHLSP,λ<=log n,65536,1,592497,9.040786743164062
RHLSP,λ<=log n,65536,1,608122,9.279205322265625
RHLSP,λ<=log n,65536,1,473795,7.2295379638671875
RHLSP,λ<=log n,65536,1,522587,7.9740447998046875
RHLSP,λ<=log n,65536,1,496215,7.5716400146484375
RHLSP,λ<=log n,65536,1,493926,7.536712646484375
RHLSP,λ<=log n,65536,1,483006,7.370086669921875
RHLSP,λ<=log n,65536,1,506830,7.733612060546875
RHLSP,λ<=log n,65536,1,471694,7.197479248046875
RHLSP,λ<=log n,65536,1,455096,6.9442138671875
RHLSP,λ<=log n,65536,1,524395,8.001632690429688
RHLSP,λ<=log n,65536,1,480889,7.3377838134765625
RHLSP,λ<=log n,65536,1,484788,7.39727783203125
RHLSP,λ<=log n,65536,1,501314,7.649444580078125
RHLSP,λ<=log n,65536,1,482214,7.358001708984375
RHLSP,λ<=log n,65536,1,543807,8.297836303710938
RHLSP,λ<=log n,65536,1,500976,7.644287109375
RHLSP,λ<=log n,65536,1,501644,7.65447998046875
RHLSP,λ<=log n,65536,1,487056,7.431884765625
RHLSP,λ<=log n,65536,1,492243,7.5110321044921875
RHLSP,λ<=log n,65536,1,521309,7.9545440673828125
RHLSP,λ<=log n,65536,1,505783,7.7176361083984375
RHLSP,λ<=log n,65536,1,465145,7.0975494384765625
RHLSP,λ<=log n,65536,1,590150,9.004974365234375
RHLSP,λ<=log n,65536,1,513657,7.8377838134765625
RHLSP,λ<=log n,65536,1,480813,7.3366241455078125
RHLSP,λ<=log n,65536,1,481655,7.3494720458984375
RHLSP,λ<=log n,65536,1,523588,7.98931884765625
RHLSP,λ<=log n,65536,1,489438,7.468231201171875
RHLSP,λ<=log n,65536,1,466612,7.11993408203125
RHLSP,λ<=log n,65536,1,523824,7.992919921875
RHLSP,λ<=log n,65536,1,484891,7.3988494873046875
RHLSP,λ<=log n,65536,1,535622,8.172943115234375
RHLSP,λ<=log n,65536,1,478144,7.2958984375
RHLSP,λ<=log n,65536,1,495753,7.5645904541015625
RHLSP,λ<=log n,65536,1,460891,7.0326385498046875
RHLSP,λ<=log n,65536,1,505545,7.7140045166015625
RHLSP,λ<=log n,65536,1,490465,7.4839019775390625
RHLSP,λ<=log n,65536,1,528418,8.063018798828125
RHLSP,λ<=log n,65536,1,468346,7.146392822265625
RHLSP,λ<=log n,65536,1,501825,7.6572418212890625
RHLSP,λ<=log n,65536,1,548788,8.37384033203125
RHLSP,λ<=log n,65536,1,505478,7.712982177734375
RHLSP,λ<=log n,65536,1,541906,8.268829345703125
RHLSP,λ<=log n,65536,1,537664,8.2041015625
RHLSP,λ<=log n,65536,1,494705,7.5485992431640625
RHLSP,λ<=log n,65536,1,483901,7.3837432861328125
RHLSP,λ<=log n,65536,1,453070,6.913299560546875
RHLSP,λ<=log n,65536,1,502174,7.662567138671875
RHLSP,λ<=log n,65536,1,475819,7.2604217529296875
RHLSP,λ<=log n,65536,1,501727,7.6557464599609375
RHLSP,λ<=log n,65536,1,532855,8.130722045898438
RHLSP,λ<=log n,65536,1,479710,7.319793701171875
RHLSP,λ<=log n,65536,1,503629,7.6847686767578125
RHLSP,λ<=log n,65536,1,536162,8.181182861328125
RHLSP,λ<=log n,65536,1,519847,7.9322357177734375
RHLSP,λ<=log n,65536,1,523117,7.9821319580078125
RHLSP,λ<=log n,65536,1,597236,9.11309814453125
RHLSP,λ<=log n,65536,1,507674,7.746490478515625
RHLSP,λ<=log n,65536,1,492905,7.5211334228515625
RHLSP,λ<=log n,65536,1,495893,7.5667266845703125
RHLSP,λ<=log n,65536,1,533995,8.148117065429688
RHLSP,λ<=log n,65536,1,470589,7.1806182861328125
RHLSP,λ<=log n,65536,1,473911,7.2313079833984375
RHLSP,λ<=log n,65536,1,483601,7.3791656494140625
RHLSP,λ<=log n,65536,1,507068,7.73724365234375
RHLSP,λ<=log n,65536,1,513641,7.8375396728515625
RHLSP,λ<=log n,65536,1,503017,7.6754302978515625
RHLSP,λ<=log n,65536,1,504945,7.7048492431640625
RHLSP,λ<=log n,65536,1,495486,7.560516357421875
RHLSP,λ<=log n,65536,1,486893,7.4293975830078125
RHLSP,λ<=log n,65536,1,470296,7.1761474609375
RHLSP,λ<=log n,65536,1,492900,7.52105712890625
RHLSP,λ<=log n,65536,1,501800,7.6568603515625
RHLSP,λ<=log n,65536,1,476400,7.269287109375
RHLSP,λ<=log n,65536,1,476374,7.268890380859375
RHLSP,λ<=log n,65536,1,469014,7.156585693359375
RHLSP,λ<=log n,65536,1,517896,7.9024658203125
RHLSP,λ<=log n,65536,1,483503,7.3776702880859375
RHLSP,λ<=log n,65536,1,539406,8.230682373046875
RHLSP,λ<=log n,65536,1,518707,7.9148406982421875
RHLSP,λ<=log n,65536,1,498552,7.6072998046875
RHLSP,λ<=log n,65536,1,501996,7.65985107421875
RHLSP,λ<=log n,65536,1,501882,7.658111572265625
RHLSP,λ<=log n,65536,1,464970,7.094879150390625
RHLSP,λ<=log n,65536,1,571031,8.713241577148438
RHLSP,λ<=log n,65536,1,489083,7.4628143310546875
RHLSP,λ<=log n,65536,1,509344,7.77197265625
RHLSP,λ<=log n,65536,1,469113,7.1580963134765625
RHLSP,λ<=log n,65536,1,496626,7.577911376953125
RHLSP,λ<=log n,65536,1,518383,7.9098968505859375
RHLSP,λ<=log n,65536,1,507671,7.7464447021484375
RHLSP,λ<=log n,65536,1,527231,8.044906616210938
RRLSP,λ<=log n,65536,1,497803,7.5958709716796875
RRLSP,λ<=log n,65536,1,482200,7.3577880859375
RRLSP,λ<=log n,65536,1,460999,7.0342864990234375
RRLSP,λ<=log n,65536,1,473767,7.2291107177734375
RRLSP,λ<=log n,65536,1,509753,7.7782135009765625
RRLSP,λ<=log n,65536,1,486863,7.4289398193359375
RRLSP,λ<=log n,65536,1,475465,7.2550201416015625
RRLSP,λ<=log n,65536,1,463867,7.0780487060546875
RRLSP,λ<=log n,65536,1,485169,7.4030914306640625
RRLSP,λ<=log n,65536,1,457133,6.9752960205078125
RRLSP,λ<=log n,65536,1,469782,7.168304443359375
RRLSP,λ<=log n,65536,1,471442,7.193634033203125
RRLSP,λ<=log n,65536,1,471213,7.1901397705078125
RRLSP,λ<=log n,65536,1,492622,7.516815185546875
RRLSP,λ<=log n,65536,1,458899,7.0022430419921875
RRLSP,λ<=log n,65536,1,481450,7.346343994140625
RRLSP,λ<=log n,65536,1,466576,7.119384765625
RRLSP,λ<=log n,65536,1,474777,7.2445220947265625
RRLSP,λ<=log n,65536,1,454227,6.9309539794921875
RRLSP,λ<=log n,65536,1,545634,8.325714111328125
RRLSP,λ<=log n,65536,1,482671,7.3649749755859375
RRLSP,λ<=log n,65536,1,456043,6.9586639404296875
RRLSP,λ<=log n,65536,1,472699,7.2128143310546875
RRLSP,λ<=log n,65536,1,476541,7.2714385986328125
RRLSP,λ<=log n,65536,1,470667,7.1818084716796875
RRLSP,λ<=log n,65536,1,483035,7.3705291748046875
RRLSP,λ<=log n,65536,1,478030,7.294158935546875
RRLSP,λ<=log n,65536,1,543874,8.298858642578125
RRLSP,λ<=log n,65536,1,492329,7.5123443603515625
RRLSP,λ<=log n,65536,1,471008,7.18701171875
RRLSP,λ<=log n,65536,1,448322,6.840850830078125
RRLSP,λ<=log n,65536,1,487630,7.440643310546875
RRLSP,λ<=log n,65536,1,498730,7.610015869140625
RRLSP,λ<=log n,65536,1,472213,7.2053985595703125
RRLSP,λ<=log n,65536,1,507195,7.7391815185546875
RRLSP,λ<=log n,65536,1,457699,6.9839324951171875
RRLSP,λ<=log n,65536,1,472264,7.2061767578125
RRLSP,λ<=log n,65536,1,495389,7.5590362548828125
RRLSP,λ<=log n,65536,1,498015,7.5991058349609375
RRLSP,λ<=log n,65536,1,493547,7.5309295654296875
RRLSP,λ<=log n,65536,1,493364,7.52813720703125
RRLSP,λ<=log n,65536,1,497426,7.590118408203125
RRLSP,λ<=log n,65536,1,491675,7.5023651123046875
RRLSP,λ<=log n,65536,1,467624,7.1353759765625
RRLSP,λ<=log n,65536,1,516348,7.87884521484375
RRLSP,λ<=log n,65536,1,485005,7.4005889892578125
RRLSP,λ<=log n,65536,1,459075,7.0049285888671875
RRLSP,λ<=log n,65536,1,457897,6.9869537353515625
RRLSP,λ<=log n,65536,1,473184,7.22021484375
RRLSP,λ<=log n,65536,1,489718,7.472503662109375
RRLSP,λ<=log n,65536,1,456909,6.9718780517578125
RRLSP,λ<=log n,65536,1,476380,7.26898193359375
RRLSP,λ<=log n,65536,1,486341,7.4209747314453125
RRLSP,λ<=log n,65536,1,484695,7.3958587646484375
RRLSP,λ<=log n,65536,1,535766,8.175140380859375
RRLSP,λ<=log n,65536,1,458540,6.99676513671875
RRLSP,λ<=log n,65536,1,500982,7.644378662109375
RRLSP,λ<=log n,65536,1,459692,7.01434326171875
RRLSP,λ<=log n,65536,1,484257,7.3891754150390625
RRLSP,λ<=log n,65536,1,443526,6.767669677734375
RRLSP,λ<=log n,65536,1,474450,7.239532470703125
RRLSP,λ<=log n,65536,1,472921,7.2162017822265625
RRLSP,λ<=log n,65536,1,445400,6.7962646484375
RRLSP,λ<=log n,65536,1,467676,7.13616943359375
RRLSP,λ<=log n,65536,1,465242,7.099029541015625
RRLSP,λ<=log n,65536,1,534443,8.154953002929688
RRLSP,λ<=log n,65536,1,477232,7.281982421875
RRLSP,λ<=log n,65536,1,534185,8.151016235351562
RRLSP,λ<=log n,65536,1,505654,7.715667724609375
RRLSP,λ<=log n,65536,1,485331,7.4055633544921875
RRLSP,λ<=log n,65536,1,448250,6.839752197265625
RRLSP,λ<=log n,65536,1,452560,6.905517578125
RRLSP,λ<=log n,65536,1,488528,7.454345703125
RRLSP,λ<=log n,65536,1,470451,7.1785125732421875
RRLSP,λ<=log n,65536,1,500591,7.6384124755859375
RRLSP,λ<=log n,65536,1,469887,7.1699066162109375
RRLSP,λ<=log n,65536,1,480198,7.327239990234375
RRLSP,λ<=log n,65536,1,456179,6.9607391357421875
RRLSP,λ<=log n,65536,1,461763,7.0459442138671875
RRLSP,λ<=log n,65536,1,480861,7.3373565673828125
RRLSP,λ<=log n,65536,1,466440,7.1173095703125
RRLSP,λ<=log n,65536,1,515318,7.863128662109375
RRLSP,λ<=log n,65536,1,500933,7.6436309814453125
RRLSP,λ<=log n,65536,1,519164,7.92181396484375
RRLSP,λ<=log n,65536,1,466509,7.1183624267578125
RRLSP,λ<=log n,65536,1,470732,7.18280029296875
RRLSP,λ<=log n,65536,1,476395,7.2692108154296875
RRLSP,λ<=log n,65536,1,458079,6.9897308349609375
RRLSP,λ<=log n,65536,1,479523,7.3169403076171875
RRLSP,λ<=log n,65536,1,460000,7.01904296875
RRLSP,λ<=log n,65536,1,461896,7.0479736328125
RRLSP,λ<=log n,65536,1,452843,6.9098358154296875
RRLSP,λ<=log n,65536,1,563424,8.59716796875
RRLSP,λ<=log n,65536,1,493217,7.5258941650390625
RRLSP,λ<=log n,65536,1,537526,8.201995849609375
RRLSP,λ<=log n,65536,1,516023,7.8738861083984375
RRLSP,λ<=log n,65536,1,448728,6.8470458984375
RRLSP,λ<=log n,65536,1,477219,7.2817840576171875
RRLSP,λ<=log n,65536,1,481354,7.344879150390625
RRLSP,λ<=log n,65536,1,492923,7.5214080810546875
RSLSP,λ<=log n,65536,1,691613,10.553176879882812
RSLSP,λ<=log n,65536,1,694914,10.603546142578125
RSLSP,λ<=log n,65536,1,663720,10.1275634765625
RSLSP,λ<=log n,65536,1,723568,11.040771484375
RSLSP,λ<=log n,65536,1,671927,10.252792358398438
RSLSP,λ<=log n,65536,1,614786,9.380889892578125
RSLSP,λ<=log n,65536,1,634875,9.687423706054688
RSLSP,λ<=log n,65536,1,738928,11.275146484375
RSLSP,λ<=log n,65536,1,670866,10.236602783203125
RSLSP,λ<=log n,65536,1,640644,9.77545166015625
RSLSP,λ<=log n,65536,1,656923,10.023849487304688
RSLSP,λ<=log n,65536,1,650562,9.926788330078125
RSLSP,λ<=log n,65536,1,692058,10.559967041015625
RSLSP,λ<=log n,65536,1,708642,10.813018798828125
RSLSP,λ<=log n,65536,1,691675,10.554122924804688
RSLSP,λ<=log n,65536,1,642906,9.809967041015625
RSLSP,λ<=log n,65536,1,678873,10.358779907226562
RSLSP,λ<=log n,65536,1,683538,10.429962158203125
RSLSP,λ<=log n,65536,1,664432,10.138427734375
RSLSP,λ<=log n,65536,1,673239,10.272811889648438
RSLSP,λ<=log n,65536,1,645894,9.855560302734375
RSLSP,λ<=log n,65536,1,673356,10.27459716796875
RSLSP,λ<=log n,65536,1,677496,10.3377685546875
RSLSP,λ<=log n,65536,1,733965,11.199417114257812
RSLSP,λ<=log n,65536,1,618545,9.438247680664062
RSLSP,λ<=log n,65536,1,751159,11.461776733398438
RSLSP,λ<=log n,65536,1,659921,10.069595336914062
RSLSP,λ<=log n,65536,1,696890,10.633697509765625
RSLSP,λ<=log n,65536,1,715923,10.924118041992188
RSLSP,λ<=log n,65536,1,650886,9.931732177734375
RSLSP,λ<=log n,65536,1,695577,10.613662719726562
RSLSP,λ<=log n,65536,1,672845,10.266799926757812
RSLSP,λ<=log n,65536,1,649788,9.91497802734375
RSLSP,λ<=log n,65536,1,629134,9.599822998046875
RSLSP,λ<=log n,65536,1,699506,10.673614501953125
RSLSP,λ<=log n,65536,1,650168,9.9207763671875
RSLSP,λ<=log n,65536,1,745436,11.37445068359375
RSLSP,λ<=log n,65536,1,681221,10.394607543945312
RSLSP,λ<=log n,65536,1,653983,9.978988647460938
RSLSP,λ<=log n,65536,1,726052,11.07867431640625
RSLSP,λ<=log n,65536,1,640107,9.767257690429688
RSLSP,λ<=log n,65536,1,645315,9.846725463867188
RSLSP,λ<=log n,65536,1,613505,9.361343383789062
RSLSP,λ<=log n,65536,1,703374,10.732635498046875
RSLSP,λ<=log n,65536,1,656584,10.0186767578125
RSLSP,λ<=log n,65536,1,712419,10.870651245117188
RSLSP,λ<=log n,65536,1,731063,11.155136108398438
RSLSP,λ<=log n,65536,1,630381,9.618850708007812
RSLSP,λ<=log n,65536,1,678280,10.3497314453125
RSLSP,λ<=log n,65536,1,714033,10.895278930664062
RSLSP,λ<=log n,65536,1,630127,9.614974975585938
RSLSP,λ<=log n,65536,1,678847,10.358383178710938
RSLSP,λ<=log n,65536,1,655096,9.9959716796875
RSLSP,λ<=log n,65536,1,671322,10.243560791015625
RSLSP,λ<=log n,65536,1,648479,9.895004272460938
RSLSP,λ<=log n,65536,1,672501,10.261550903320312
RSLSP,λ<=log n,65536,1,676956,10.32952880859375
RSLSP,λ<=log n,65536,1,671825,10.251235961914062
RSLSP,λ<=log n,65536,1,647944,9.8868408203125
RSLSP,λ<=log n,65536,1,683758,10.433319091796875
RSLSP,λ<=log n,65536,1,702870,10.724945068359375
RSLSP,λ<=log n,65536,1,737589,11.254714965820312
RSLSP,λ<=log n,65536,1,724293,11.051834106445312
RSLSP,λ<=log n,65536,1,641715,9.791793823242188
RSLSP,λ<=log n,65536,1,684502,10.444671630859375
RSLSP,λ<=log n,65536,1,640426,9.772125244140625
RSLSP,λ<=log n,65536,1,688859,10.511154174804688
RSLSP,λ<=log n,65536,1,681665,10.401382446289062
RSLSP,λ<=log n,65536,1,637821,9.732376098632812
RSLSP,λ<=log n,65536,1,667981,10.192581176757812
RSLSP,λ<=log n,65536,1,769221,11.737380981445312
RSLSP,λ<=log n,65536,1,636200,9.7076416015625
RSLSP,λ<=log n,65536,1,723867,11.045333862304688
RSLSP,λ<=log n,65536,1,714903,10.908554077148438
RSLSP,λ<=log n,65536,1,680116,10.37774658203125
RSLSP,λ<=log n,65536,1,676884,10.32843017578125
RSLSP,λ<=log n,65536,1,653414,9.970306396484375
RSLSP,λ<=log n,65536,1,656639,10.019515991210938
RSLSP,λ<=log n,65536,1,626878,9.565399169921875
RSLSP,λ<=log n,65536,1,647936,9.88671875
RSLSP,λ<=log n,65536,1,677970,10.345001220703125
RSLSP,λ<=log n,65536,1,658645,10.050125122070312
RSLSP,λ<=log n,65536,1,677884,10.34368896484375
RSLSP,λ<=log n,65536,1,655268,9.99859619140625
RSLSP,λ<=log n,65536,1,671705,10.249404907226562
RSLSP,λ<=log n,65536,1,645787,9.853927612304688
RSLSP,λ<=log n,65536,1,681746,10.402618408203125
RSLSP,λ<=log n,65536,1,720953,11.000869750976562
RSLSP,λ<=log n,65536,1,632789,9.655593872070312
RSLSP,λ<=log n,65536,1,639370,9.756011962890625
RSLSP,λ<=log n,65536,1,751381,11.465164184570312
RSLSP,λ<=log n,65536,1,686125,10.469436645507812
RSLSP,λ<=log n,65536,1,657790,10.037078857421875
RSLSP,λ<=log n,65536,1,663809,10.128921508789062
RSLSP,λ<=log n,65536,1,643194,9.814361572265625
RSLSP,λ<=log n,65536,1,707085,10.789260864257812
RSLSP,λ<=log n,65536,1,660864,10.083984375
RSLSP,λ<=log n,65536,1,682816,10.4189453125
RSLSP,λ<=log n,65536,1,647082,9.873687744140625
RSLSP,λ<=log n,65536,1,653449,9.970840454101562
RSDMP,λ<=log n,65536,1,612534,9.346527099609375
RSDMP,λ<=log n,65536,1,579141,8.836990356445312
RSDMP,λ<=log n,65536,1,552646,8.432708740234375
RSDMP,λ<=log n,65536,1,589975,9.002304077148438
RSDMP,λ<=log n,65536,1,615126,9.386077880859375
RSDMP,λ<=log n,65536,1,556913,8.497817993164062
RSDMP,λ<=log n,65536,1,668842,10.205718994140625
RSDMP,λ<=log n,65536,1,563650,8.600616455078125
RSDMP,λ<=log n,65536,1,586105,8.943252563476562
RSDMP,λ<=log n,65536,1,582856,8.8936767578125
RSDMP,λ<=log n,65536,1,650376,9.9239501953125
RSDMP,λ<=log n,65536,1,553993,8.453262329101562
RSDMP,λ<=log n,65536,1,712488,10.8717041015625
RSDMP,λ<=log n,65536,1,571828,8.72540283203125
RSDMP,λ<=log n,65536,1,572744,8.7393798828125
RSDMP,λ<=log n,65536,1,554944,8.4677734375
RSDMP,λ<=log n,65536,1,584615,8.920516967773438
RSDMP,λ<=log n,65536,1,579942,8.849212646484375
RSDMP,λ<=log n,65536,1,564699,8.616622924804688
RSDMP,λ<=log n,65536,1,574640,8.768310546875
RSDMP,λ<=log n,65536,1,605716,9.24249267578125
RSDMP,λ<=log n,65536,1,570829,8.710159301757812
RSDMP,λ<=log n,65536,1,597003,9.109542846679688
RSDMP,λ<=log n,65536,1,635278,9.693572998046875
RSDMP,λ<=log n,65536,1,603410,9.207305908203125
RSDMP,λ<=log n,65536,1,583886,8.909393310546875
RSDMP,λ<=log n,65536,1,585802,8.938629150390625
RSDMP,λ<=log n,65536,1,581355,8.870773315429688
RSDMP,λ<=log n,65536,1,614598,9.378021240234375
RSDMP,λ<=log n,65536,1,670583,10.232284545898438
RSDMP,λ<=log n,65536,1,541624,8.2645263671875
RSDMP,λ<=log n,65536,1,575510,8.781585693359375
RSDMP,λ<=log n,65536,1,611958,9.337738037109375
RSDMP,λ<=log n,65536,1,576370,8.794708251953125
RSDMP,λ<=log n,65536,1,511009,7.7973785400390625
RSDMP,λ<=log n,65536,1,633061,9.659744262695312
RSDMP,λ<=log n,65536,1,547273,8.350723266601562
RSDMP,λ<=log n,65536,1,526115,8.027877807617188
RSDMP,λ<=log n,65536,1,524834,8.008331298828125
RSDMP,λ<=log n,65536,1,567359,8.657211303710938
RSDMP,λ<=log n,65536,1,594614,9.073089599609375
RSDMP,λ<=log n,65536,1,584430,8.917694091796875
RSDMP,λ<=log n,65536,1,616868,9.41265869140625
RSDMP,λ<=log n,65536,1,552587,8.431808471679688
RSDMP,λ<=log n,65536,1,530298,8.091705322265625
RSDMP,λ<=log n,65536,1,581869,8.878616333007812
RSDMP,λ<=log n,65536,1,583989,8.910964965820312
RSDMP,λ<=log n,65536,1,588366,8.977752685546875
RSDMP,λ<=log n,65536,1,594183,9.066513061523438
RSDMP,λ<=log n,65536,1,660716,10.08172607421875
RSDMP,λ<=log n,65536,1,599716,9.15093994140625
RSDMP,λ<=log n,65536,1,633135,9.660873413085938
RSDMP,λ<=log n,65536,1,617901,9.428421020507812
RSDMP,λ<=log n,65536,1,641562,9.789459228515625
RSDMP,λ<=log n,65536,1,599964,9.15472412109375
RSDMP,λ<=log n,65536,1,579723,8.845870971679688
RSDMP,λ<=log n,65536,1,582317,8.885452270507812
RSDMP,λ<=log n,65536,1,611292,9.32757568359375
RSDMP,λ<=log n,65536,1,635527,9.697372436523438
RSDMP,λ<=log n,65536,1,563324,8.59564208984375
RSDMP,λ<=log n,65536,1,587022,8.957244873046875
RSDMP,λ<=log n,65536,1,606389,9.252761840820312
RSDMP,λ<=log n,65536,1,601903,9.184310913085938
RSDMP,λ<=log n,65536,1,565560,8.6297607421875
RSDMP,λ<=log n,65536,1,587105,8.958511352539062
RSDMP,λ<=log n,65536,1,634510,9.681854248046875
RSDMP,λ<=log n,65536,1,653057,9.964859008789062
RSDMP,λ<=log n,65536,1,598305,9.129409790039062
RSDMP,λ<=log n,65536,1,595643,9.088790893554688
RSDMP,λ<=log n,65536,1,592402,9.039337158203125
RSDMP,λ<=log n,65536,1,560800,8.55712890625
RSDMP,λ<=log n,65536,1,585439,8.933090209960938
RSDMP,λ<=log n,65536,1,554492,8.46087646484375
RSDMP,λ<=log n,65536,1,663481,10.123916625976562
RSDMP,λ<=log n,65536,1,606379,9.252609252929688
RSDMP,λ<=log n,65536,1,597670,9.119720458984375
RSDMP,λ<=log n,65536,1,589568,8.99609375
RSDMP,λ<=log n,65536,1,566014,8.636688232421875
RSDMP,λ<=log n,65536,1,572848,8.740966796875
RSDMP,λ<=log n,65536,1,570001,8.697525024414062
RSDMP,λ<=log n,65536,1,544121,8.302627563476562
RSDMP,λ<=log n,65536,1,575631,8.783432006835938
RSDMP,λ<=log n,65536,1,648323,9.892623901367188
RSDMP,λ<=log n,65536,1,595505,9.086685180664062
RSDMP,λ<=log n,65536,1,593494,9.055999755859375
RSDMP,λ<=log n,65536,1,550476,8.39959716796875
RSDMP,λ<=log n,65536,1,596354,9.099639892578125
RSDMP,λ<=log n,65536,1,588920,8.9862060546875
RSDMP,λ<=log n,65536,1,555177,8.471328735351562
RSDMP,λ<=log n,65536,1,561270,8.564300537109375
RSDMP,λ<=log n,65536,1,559664,8.539794921875
RSDMP,λ<=log n,65536,1,634751,9.685531616210938
RSDMP,λ<=log n,65536,1,562942,8.589813232421875
RSDMP,λ<=log n,65536,1,557487,8.506576538085938
RSDMP,λ<=log n,65536,1,593853,9.061477661132812
RSDMP,λ<=log n,65536,1,555054,8.469451904296875
RSDMP,λ<=log n,65536,1,570460,8.70452880859375
RSDMP,λ<=log n,65536,1,700256,10.68505859375
RSDMP,λ<=log n,65536,1,554686,8.463836669921875
RSDMP,λ<=log n,65536,1,563084,8.59197998046875
RRDMP,λ<=log n,65536,1,453056,6.9130859375
RRDMP,λ<=log n,65536,1,449731,6.8623504638671875
RRDMP,λ<=log n,65536,1,460283,7.0233612060546875
RRDMP,λ<=log n,65536,1,410077,6.2572784423828125
RRDMP,λ<=log n,65536,1,438913,6.6972808837890625
RRDMP,λ<=log n,65536,1,411085,6.2726593017578125
RRDMP,λ<=log n,65536,1,446784,6.8173828125
RRDMP,λ<=log n,65536,1,478591,7.3027191162109375
RRDMP,λ<=log n,65536,1,456918,6.972015380859375
RRDMP,λ<=log n,65536,1,464231,7.0836029052734375
RRDMP,λ<=log n,65536,1,427021,6.5158233642578125
RRDMP,λ<=log n,65536,1,426776,6.5120849609375
RRDMP,λ<=log n,65536,1,481595,7.3485565185546875
RRDMP,λ<=log n,65536,1,464937,7.0943756103515625
RRDMP,λ<=log n,65536,1,414073,6.3182525634765625
RRDMP,λ<=log n,65536,1,439718,6.709564208984375
RRDMP,λ<=log n,65536,1,412530,6.294708251953125
RRDMP,λ<=log n,65536,1,424891,6.4833221435546875
RRDMP,λ<=log n,65536,1,454505,6.9351959228515625
RRDMP,λ<=log n,65536,1,431127,6.5784759521484375
RRDMP,λ<=log n,65536,1,473162,7.219879150390625
RRDMP,λ<=log n,65536,1,439848,6.7115478515625
RRDMP,λ<=log n,65536,1,429724,6.55706787109375
RRDMP,λ<=log n,65536,1,445969,6.8049468994140625
RRDMP,λ<=log n,65536,1,452366,6.902557373046875
RRDMP,λ<=log n,65536,1,430617,6.5706939697265625
RRDMP,λ<=log n,65536,1,424366,6.475311279296875
RRDMP,λ<=log n,65536,1,451408,6.887939453125
RRDMP,λ<=log n,65536,1,441129,6.7310943603515625
RRDMP,λ<=log n,65536,1,441789,6.7411651611328125
RRDMP,λ<=log n,65536,1,425778,6.496856689453125
RRDMP,λ<=log n,65536,1,448265,6.8399810791015625
RRDMP,λ<=log n,65536,1,477049,7.2791900634765625
RRDMP,λ<=log n,65536,1,425471,6.4921722412109375
RRDMP,λ<=log n,65536,1,425115,6.4867401123046875
RRDMP,λ<=log n,65536,1,428855,6.5438079833984375
RRDMP,λ<=log n,65536,1,426019,6.5005340576171875
RRDMP,λ<=log n,65536,1,436532,6.66094970703125
RRDMP,λ<=log n,65536,1,474842,7.245513916015625
RRDMP,λ<=log n,65536,1,411854,6.284393310546875
RRDMP,λ<=log n,65536,1,410484,6.26348876953125
RRDMP,λ<=log n,65536,1,428375,6.5364837646484375
RRDMP,λ<=log n,65536,1,429961,6.5606842041015625
RRDMP,λ<=log n,65536,1,447655,6.8306732177734375
RRDMP,λ<=log n,65536,1,400842,6.116363525390625
RRDMP,λ<=log n,65536,1,414386,6.323028564453125
RRDMP,λ<=log n,65536,1,428441,6.5374908447265625
RRDMP,λ<=log n,65536,1,478160,7.296142578125
RRDMP,λ<=log n,65536,1,431993,6.5916900634765625
RRDMP,λ<=log n,65536,1,483502,7.377655029296875
RRDMP,λ<=log n,65536,1,420580,6.41754150390625
RRDMP,λ<=log n,65536,1,488911,7.4601898193359375
RRDMP,λ<=log n,65536,1,420199,6.4117279052734375
RRDMP,λ<=log n,65536,1,434557,6.6308135986328125
RRDMP,λ<=log n,65536,1,460165,7.0215606689453125
RRDMP,λ<=log n,65536,1,422974,6.454071044921875
RRDMP,λ<=log n,65536,1,436887,6.6663665771484375
RRDMP,λ<=log n,65536,1,437117,6.6698760986328125
RRDMP,λ<=log n,65536,1,474015,7.2328948974609375
RRDMP,λ<=log n,65536,1,418137,6.3802642822265625
RRDMP,λ<=log n,65536,1,424332,6.47479248046875
RRDMP,λ<=log n,65536,1,411950,6.285858154296875
RRDMP,λ<=log n,65536,1,433508,6.61480712890625
RRDMP,λ<=log n,65536,1,431971,6.5913543701171875
RRDMP,λ<=log n,65536,1,416965,6.3623809814453125
RRDMP,λ<=log n,65536,1,423024,6.454833984375
RRDMP,λ<=log n,65536,1,481884,7.35296630859375
RRDMP,λ<=log n,65536,1,446621,6.8148956298828125
RRDMP,λ<=log n,65536,1,424824,6.4822998046875
RRDMP,λ<=log n,65536,1,424707,6.4805145263671875
RRDMP,λ<=log n,65536,1,435032,6.6380615234375
RRDMP,λ<=log n,65536,1,462119,7.0513763427734375
RRDMP,λ<=log n,65536,1,468948,7.15557861328125
RRDMP,λ<=log n,65536,1,489735,7.4727630615234375
RRDMP,λ<=log n,65536,1,508902,7.765228271484375
RRDMP,λ<=log n,65536,1,456364,6.96356201171875
RRDMP,λ<=log n,65536,1,519740,7.93060302734375
RRDMP,λ<=log n,65536,1,462377,7.0553131103515625
RRDMP,λ<=log n,65536,1,435031,6.6380462646484375
RRDMP,λ<=log n,65536,1,436068,6.65386962890625
RRDMP,λ<=log n,65536,1,425941,6.4993438720703125
RRDMP,λ<=log n,65536,1,424534,6.477874755859375
RRDMP,λ<=log n,65536,1,430597,6.5703887939453125
RRDMP,λ<=log n,65536,1,437477,6.6753692626953125
RRDMP,λ<=log n,65536,1,435559,6.6461029052734375
RRDMP,λ<=log n,65536,1,414125,6.3190460205078125
RRDMP,λ<=log n,65536,1,425936,6.499267578125
RRDMP,λ<=log n,65536,1,475123,7.2498016357421875
RRDMP,λ<=log n,65536,1,485594,7.409576416015625
RRDMP,λ<=log n,65536,1,447561,6.8292388916015625
RRDMP,λ<=log n,65536,1,426094,6.501678466796875
RRDMP,λ<=log n,65536,1,398453,6.0799102783203125
RRDMP,λ<=log n,65536,1,435380,6.64337158203125
RRDMP,λ<=log n,65536,1,429915,6.5599822998046875
RRDMP,λ<=log n,65536,1,427112,6.5172119140625
RRDMP,λ<=log n,65536,1,449166,6.853729248046875
RRDMP,λ<=log n,65536,1,446685,6.8158721923828125
RRDMP,λ<=log n,65536,1,449687,6.8616790771484375
RRDMP,λ<=log n,65536,1,436279,6.6570892333984375
RRDMP,λ<=log n,65536,1,450785,6.8784332275390625
RHDMP,λ<=log n,65536,1,427797,6.5276641845703125
RHDMP,λ<=log n,65536,1,420376,6.4144287109375
RHDMP,λ<=log n,65536,1,423484,6.46185302734375
RHDMP,λ<=log n,65536,1,413244,6.30560302734375
RHDMP,λ<=log n,65536,1,463389,7.0707550048828125
RHDMP,λ<=log n,65536,1,419633,6.4030914306640625
RHDMP,λ<=log n,65536,1,448641,6.8457183837890625
RHDMP,λ<=log n,65536,1,433929,6.6212310791015625
RHDMP,λ<=log n,65536,1,403814,6.161712646484375
RHDMP,λ<=log n,65536,1,417055,6.3637542724609375
RHDMP,λ<=log n,65536,1,426235,6.5038299560546875
RHDMP,λ<=log n,65536,1,404579,6.1733856201171875
RHDMP,λ<=log n,65536,1,470501,7.1792755126953125
RHDMP,λ<=log n,65536,1,411379,6.2771453857421875
RHDMP,λ<=log n,65536,1,455032,6.9432373046875
RHDMP,λ<=log n,65536,1,441010,6.729278564453125
RHDMP,λ<=log n,65536,1,400115,6.1052703857421875
RHDMP,λ<=log n,65536,1,411042,6.272003173828125
RHDMP,λ<=log n,65536,1,408306,6.230255126953125
RHDMP,λ<=log n,65536,1,437583,6.6769866943359375
RHDMP,λ<=log n,65536,1,426300,6.50482177734375
RHDMP,λ<=log n,65536,1,459769,7.0155181884765625
RHDMP,λ<=log n,65536,1,433340,6.61224365234375
RHDMP,λ<=log n,65536,1,415261,6.3363800048828125
RHDMP,λ<=log n,65536,1,480711,7.3350677490234375
RHDMP,λ<=log n,65536,1,411995,6.2865447998046875
RHDMP,λ<=log n,65536,1,448259,6.8398895263671875
RHDMP,λ<=log n,65536,1,447500,6.82830810546875
RHDMP,λ<=log n,65536,1,427901,6.5292510986328125
RHDMP,λ<=log n,65536,1,481140,7.34161376953125
RHDMP,λ<=log n,65536,1,442712,6.7552490234375
RHDMP,λ<=log n,65536,1,400397,6.1095733642578125
RHDMP,λ<=log n,65536,1,402569,6.1427154541015625
RHDMP,λ<=log n,65536,1,425537,6.4931793212890625
RHDMP,λ<=log n,65536,1,398532,6.08111572265625
RHDMP,λ<=log n,65536,1,405198,6.182830810546875
RHDMP,λ<=log n,65536,1,449209,6.8543853759765625
RHDMP,λ<=log n,65536,1,410865,6.2693023681640625
RHDMP,λ<=log n,65536,1,430507,6.5690155029296875
RHDMP,λ<=log n,65536,1,395641,6.0370025634765625
RHDMP,λ<=log n,65536,1,403085,6.1505889892578125
RHDMP,λ<=log n,65536,1,438679,6.6937103271484375
RHDMP,λ<=log n,65536,1,423358,6.459930419921875
RHDMP,λ<=log n,65536,1,494811,7.5502166748046875
RHDMP,λ<=log n,65536,1,462710,7.060394287109375
RHDMP,λ<=log n,65536,1,403168,6.15185546875
RHDMP,λ<=log n,65536,1,431429,6.5830841064453125
RHDMP,λ<=log n,65536,1,424297,6.4742584228515625
RHDMP,λ<=log n,65536,1,421981,6.4389190673828125
RHDMP,λ<=log n,65536,1,399563,6.0968475341796875
RHDMP,λ<=log n,65536,1,528081,8.057876586914062
RHDMP,λ<=log n,65536,1,470930,7.185821533203125
RHDMP,λ<=log n,65536,1,416337,6.3527984619140625
RHDMP,λ<=log n,65536,1,425848,6.4979248046875
RHDMP,λ<=log n,65536,1,404588,6.17352294921875
RHDMP,λ<=log n,65536,1,444363,6.7804412841796875
RHDMP,λ<=log n,65536,1,431675,6.5868377685546875
RHDMP,λ<=log n,65536,1,425381,6.4907989501953125
RHDMP,λ<=log n,65536,1,444742,6.786224365234375
RHDMP,λ<=log n,65536,1,421051,6.4247283935546875
RHDMP,λ<=log n,65536,1,467870,7.139129638671875
RHDMP,λ<=log n,65536,1,385053,5.8754425048828125
RHDMP,λ<=log n,65536,1,447443,6.8274383544921875
RHDMP,λ<=log n,65536,1,426179,6.5029754638671875
RHDMP,λ<=log n,65536,1,478314,7.298492431640625
RHDMP,λ<=log n,65536,1,402504,6.1417236328125
RHDMP,λ<=log n,65536,1,429332,6.55108642578125
RHDMP,λ<=log n,65536,1,447386,6.826568603515625
RHDMP,λ<=log n,65536,1,426998,6.515472412109375
RHDMP,λ<=log n,65536,1,417134,6.364959716796875
RHDMP,λ<=log n,65536,1,466149,7.1128692626953125
RHDMP,λ<=log n,65536,1,396306,6.047149658203125
RHDMP,λ<=log n,65536,1,512497,7.8200836181640625
RHDMP,λ<=log n,65536,1,455009,6.9428863525390625
RHDMP,λ<=log n,65536,1,446497,6.8130035400390625
RHDMP,λ<=log n,65536,1,422760,6.4508056640625
RHDMP,λ<=log n,65536,1,434935,6.6365814208984375
RHDMP,λ<=log n,65536,1,434148,6.62457275390625
RHDMP,λ<=log n,65536,1,406648,6.2049560546875
RHDMP,λ<=log n,65536,1,408005,6.2256622314453125
RHDMP,λ<=log n,65536,1,464611,7.0894012451171875
RHDMP,λ<=log n,65536,1,429278,6.550262451171875
RHDMP,λ<=log n,65536,1,472825,7.2147369384765625
RHDMP,λ<=log n,65536,1,452221,6.9003448486328125
RHDMP,λ<=log n,65536,1,441861,6.7422637939453125
RHDMP,λ<=log n,65536,1,411786,6.283355712890625
RHDMP,λ<=log n,65536,1,399794,6.100372314453125
RHDMP,λ<=log n,65536,1,408076,6.22674560546875
RHDMP,λ<=log n,65536,1,459323,7.0087127685546875
RHDMP,λ<=log n,65536,1,416270,6.351776123046875
RHDMP,λ<=log n,65536,1,442659,6.7544403076171875
RHDMP,λ<=log n,65536,1,462682,7.059967041015625
RHDMP,λ<=log n,65536,1,439258,6.702545166015625
RHDMP,λ<=log n,65536,1,409379,6.2466278076171875
RHDMP,λ<=log n,65536,1,410098,6.257598876953125
RHDMP,λ<=log n,65536,1,429458,6.553009033203125
RHDMP,λ<=log n,65536,1,448659,6.8459930419921875
RHDMP,λ<=log n,65536,1,408488,6.2330322265625
RHDMP,λ<=log n,65536,1,415223,6.3358001708984375
RHDMP,λ<=log n,65536,1,431139,6.5786590576171875
RHLMP,λ<=log n,65536,1,437128,6.6700439453125
RHLMP,λ<=log n,65536,1,401152,6.12109375
RHLMP,λ<=log n,65536,1,399003,6.0883026123046875
RHLMP,λ<=log n,65536,1,395459,6.0342254638671875
RHLMP,λ<=log n,65536,1,451710,6.892547607421875
RHLMP,λ<=log n,65536,1,411709,6.2821807861328125
RHLMP,λ<=log n,65536,1,388436,5.92706298828125
RHLMP,λ<=log n,65536,1,406397,6.2011260986328125
RHLMP,λ<=log n,65536,1,465664,7.10546875
RHLMP,λ<=log n,65536,1,399855,6.1013031005859375
RHLMP,λ<=log n,65536,1,386350,5.895233154296875
RHLMP,λ<=log n,65536,1,422581,6.4480743408203125
RHLMP,λ<=log n,65536,1,397703,6.0684661865234375
RHLMP,λ<=log n,65536,1,417818,6.375396728515625
RHLMP,λ<=log n,65536,1,423116,6.45623779296875
RHLMP,λ<=log n,65536,1,407584,6.21923828125
RHLMP,λ<=log n,65536,1,397244,6.06146240234375
RHLMP,λ<=log n,65536,1,429194,6.548980712890625
RHLMP,λ<=log n,65536,1,425338,6.490142822265625
RHLMP,λ<=log n,65536,1,401029,6.1192169189453125
RHLMP,λ<=log n,65536,1,413372,6.30755615234375
RHLMP,λ<=log n,65536,1,410336,6.26123046875
RHLMP,λ<=log n,65536,1,410316,6.26092529296875
RHLMP,λ<=log n,65536,1,420300,6.41326904296875
RHLMP,λ<=log n,65536,1,395925,6.0413360595703125
RHLMP,λ<=log n,65536,1,413246,6.305633544921875
RHLMP,λ<=log n,65536,1,395883,6.0406951904296875
RHLMP,λ<=log n,65536,1,431105,6.5781402587890625
RHLMP,λ<=log n,65536,1,402425,6.1405181884765625
RHLMP,λ<=log n,65536,1,407466,6.217437744140625
RHLMP,λ<=log n,65536,1,413537,6.3100738525390625
RHLMP,λ<=log n,65536,1,388091,5.9217987060546875
RHLMP,λ<=log n,65536,1,417717,6.3738555908203125
RHLMP,λ<=log n,65536,1,412720,6.297607421875
RHLMP,λ<=log n,65536,1,414236,6.32073974609375
RHLMP,λ<=log n,65536,1,405316,6.18463134765625
RHLMP,λ<=log n,65536,1,403938,6.163604736328125
RHLMP,λ<=log n,65536,1,419012,6.39361572265625
RHLMP,λ<=log n,65536,1,411270,6.275482177734375
RHLMP,λ<=log n,65536,1,418619,6.3876190185546875
RHLMP,λ<=log n,65536,1,426253,6.5041046142578125
RHLMP,λ<=log n,65536,1,392870,5.994720458984375
RHLMP,λ<=log n,65536,1,409953,6.2553863525390625
RHLMP,λ<=log n,65536,1,444968,6.7896728515625
RHLMP,λ<=log n,65536,1,390125,5.9528350830078125
RHLMP,λ<=log n,65536,1,419616,6.40283203125
RHLMP,λ<=log n,65536,1,432288,6.59619140625
RHLMP,λ<=log n,65536,1,473455,7.2243499755859375
RHLMP,λ<=log n,65536,1,420452,6.41558837890625
RHLMP,λ<=log n,65536,1,414854,6.330169677734375
RHLMP,λ<=log n,65536,1,407183,6.2131195068359375
RHLMP,λ<=log n,65536,1,392259,5.9853973388671875
RHLMP,λ<=log n,65536,1,429730,6.557159423828125
RHLMP,λ<=log n,65536,1,415082,6.333648681640625
RHLMP,λ<=log n,65536,1,440672,6.72412109375
RHLMP,λ<=log n,65536,1,427719,6.5264739990234375
RHLMP,λ<=log n,65536,1,394670,6.022186279296875
RHLMP,λ<=log n,65536,1,398756,6.08453369140625
RHLMP,λ<=log n,65536,1,386636,5.89959716796875
RHLMP,λ<=log n,65536,1,434692,6.63287353515625
RHLMP,λ<=log n,65536,1,397395,6.0637664794921875
RHLMP,λ<=log n,65536,1,402119,6.1358489990234375
RHLMP,λ<=log n,65536,1,463916,7.07879638671875
RHLMP,λ<=log n,65536,1,384847,5.8722991943359375
RHLMP,λ<=log n,65536,1,433007,6.6071624755859375
RHLMP,λ<=log n,65536,1,407702,6.221038818359375
RHLMP,λ<=log n,65536,1,392532,5.98956298828125
RHLMP,λ<=log n,65536,1,413596,6.31097412109375
RHLMP,λ<=log n,65536,1,439379,6.7043914794921875
RHLMP,λ<=log n,65536,1,416453,6.3545684814453125
RHLMP,λ<=log n,65536,1,423885,6.4679718017578125
RHLMP,λ<=log n,65536,1,406427,6.2015838623046875
RHLMP,λ<=log n,65536,1,399161,6.0907135009765625
RHLMP,λ<=log n,65536,1,397683,6.0681610107421875
RHLMP,λ<=log n,65536,1,398665,6.0831451416015625
RHLMP,λ<=log n,65536,1,433000,6.6070556640625
RHLMP,λ<=log n,65536,1,408119,6.2274017333984375
RHLMP,λ<=log n,65536,1,399648,6.09814453125
RHLMP,λ<=log n,65536,1,400839,6.1163177490234375
RHLMP,λ<=log n,65536,1,397719,6.0687103271484375
RHLMP,λ<=log n,65536,1,396466,6.049591064453125
RHLMP,λ<=log n,65536,1,406836,6.20782470703125
RHLMP,λ<=log n,65536,1,437051,6.6688690185546875
RHLMP,λ<=log n,65536,1,407240,6.2139892578125
RHLMP,λ<=log n,65536,1,486750,7.427215576171875
RHLMP,λ<=log n,65536,1,422397,6.4452667236328125
RHLMP,λ<=log n,65536,1,409303,6.2454681396484375
RHLMP,λ<=log n,65536,1,397990,6.072845458984375
RHLMP,λ<=log n,65536,1,468074,7.142242431640625
RHLMP,λ<=log n,65536,1,419923,6.4075164794921875
RHLMP,λ<=log n,65536,1,411978,6.286285400390625
RHLMP,λ<=log n,65536,1,443911,6.7735443115234375
RHLMP,λ<=log n,65536,1,416069,6.3487091064453125
RHLMP,λ<=log n,65536,1,428849,6.5437164306640625
RHLMP,λ<=log n,65536,1,436204,6.65594482421875
RHLMP,λ<=log n,65536,1,395350,6.032562255859375
RHLMP,λ<=log n,65536,1,398282,6.077301025390625
RHLMP,λ<=log n,65536,1,413374,6.307586669921875
RHLMP,λ<=log n,65536,1,396343,6.0477142333984375
RHLMP,λ<=log n,65536,1,428911,6.5446624755859375
RRLMP,λ<=log n,65536,1,393111,5.9983978271484375
RRLMP,λ<=log n,65536,1,437992,6.6832275390625
RRLMP,λ<=log n,65536,1,463803,7.0770721435546875
RRLMP,λ<=log n,65536,1,421321,6.4288482666015625
RRLMP,λ<=log n,65536,1,418009,6.3783111572265625
RRLMP,λ<=log n,65536,1,407407,6.2165374755859375
RRLMP,λ<=log n,65536,1,434149,6.6245880126953125
RRLMP,λ<=log n,65536,1,447710,6.831512451171875
RRLMP,λ<=log n,65536,1,409849,6.2537994384765625
RRLMP,λ<=log n,65536,1,432534,6.599945068359375
RRLMP,λ<=log n,65536,1,420359,6.4141693115234375
RRLMP,λ<=log n,65536,1,437227,6.6715545654296875
RRLMP,λ<=log n,65536,1,443568,6.768310546875
RRLMP,λ<=log n,65536,1,427016,6.5157470703125
RRLMP,λ<=log n,65536,1,413445,6.3086700439453125
RRLMP,λ<=log n,65536,1,425964,6.49969482421875
RRLMP,λ<=log n,65536,1,405518,6.187713623046875
RRLMP,λ<=log n,65536,1,430373,6.5669708251953125
RRLMP,λ<=log n,65536,1,496324,7.57330322265625
RRLMP,λ<=log n,65536,1,433532,6.61517333984375
RRLMP,λ<=log n,65536,1,444233,6.7784576416015625
RRLMP,λ<=log n,65536,1,417434,6.369537353515625
RRLMP,λ<=log n,65536,1,425823,6.4975433349609375
RRLMP,λ<=log n,65536,1,407538,6.218536376953125
RRLMP,λ<=log n,65536,1,459656,7.0137939453125
RRLMP,λ<=log n,65536,1,469238,7.160003662109375
RRLMP,λ<=log n,65536,1,404184,6.1673583984375
RRLMP,λ<=log n,65536,1,436464,6.659912109375
RRLMP,λ<=log n,65536,1,465742,7.106658935546875
RRLMP,λ<=log n,65536,1,434918,6.636322021484375
RRLMP,λ<=log n,65536,1,441707,6.7399139404296875
RRLMP,λ<=log n,65536,1,410808,6.2684326171875
RRLMP,λ<=log n,65536,1,438440,6.6900634765625
RRLMP,λ<=log n,65536,1,403982,6.164276123046875
RRLMP,λ<=log n,65536,1,435877,6.6509552001953125
RRLMP,λ<=log n,65536,1,487521,7.4389801025390625
RRLMP,λ<=log n,65536,1,447974,6.835540771484375
RRLMP,λ<=log n,65536,1,434230,6.625823974609375
RRLMP,λ<=log n,65536,1,491920,7.506103515625
RRLMP,λ<=log n,65536,1,441572,6.73785400390625
RRLMP,λ<=log n,65536,1,422222,6.442596435546875
RRLMP,λ<=log n,65536,1,423808,6.466796875
RRLMP,λ<=log n,65536,1,448762,6.847564697265625
RRLMP,λ<=log n,65536,1,424070,6.470794677734375
RRLMP,λ<=log n,65536,1,469765,7.1680450439453125
RRLMP,λ<=log n,65536,1,482822,7.367279052734375
RRLMP,λ<=log n,65536,1,407423,6.2167816162109375
RRLMP,λ<=log n,65536,1,438971,6.6981658935546875
RRLMP,λ<=log n,65536,1,433360,6.612548828125
RRLMP,λ<=log n,65536,1,403329,6.1543121337890625
RRLMP,λ<=log n,65536,1,425652,6.49493408203125
RRLMP,λ<=log n,65536,1,438168,6.6859130859375
RRLMP,λ<=log n,65536,1,438169,6.6859283447265625
RRLMP,λ<=log n,65536,1,410488,6.2635498046875
RRLMP,λ<=log n,65536,1,427604,6.52471923828125
RRLMP,λ<=log n,65536,1,427517,6.5233917236328125
RRLMP,λ<=log n,65536,1,404055,6.1653900146484375
RRLMP,λ<=log n,65536,1,407888,6.223876953125
RRLMP,λ<=log n,65536,1,473761,7.2290191650390625
RRLMP,λ<=log n,65536,1,419691,6.4039764404296875
RRLMP,λ<=log n,65536,1,429859,6.5591278076171875
RRLMP,λ<=log n,65536,1,434646,6.632171630859375
RRLMP,λ<=log n,65536,1,401126,6.120697021484375
RRLMP,λ<=log n,65536,1,403175,6.1519622802734375
RRLMP,λ<=log n,65536,1,470571,7.1803436279296875
RRLMP,λ<=log n,65536,1,417844,6.37579345703125
RRLMP,λ<=log n,65536,1,410375,6.2618255615234375
RRLMP,λ<=log n,65536,1,453536,6.92041015625
RRLMP,λ<=log n,65536,1,486211,7.4189910888671875
RRLMP,λ<=log n,65536,1,390855,5.9639739990234375
RRLMP,λ<=log n,65536,1,433299,6.6116180419921875
RRLMP,λ<=log n,65536,1,401160,6.1212158203125
RRLMP,λ<=log n,65536,1,431205,6.5796661376953125
RRLMP,λ<=log n,65536,1,447216,6.823974609375
RRLMP,λ<=log n,65536,1,458880,7.001953125
RRLMP,λ<=log n,65536,1,400099,6.1050262451171875
RRLMP,λ<=log n,65536,1,411089,6.2727203369140625
RRLMP,λ<=log n,65536,1,409517,6.2487335205078125
RRLMP,λ<=log n,65536,1,463185,7.0676422119140625
RRLMP,λ<=log n,65536,1,448639,6.8456878662109375
RRLMP,λ<=log n,65536,1,444631,6.7845306396484375
RRLMP,λ<=log n,65536,1,420518,6.416595458984375
RRLMP,λ<=log n,65536,1,435636,6.64727783203125
RRLMP,λ<=log n,65536,1,471490,7.194366455078125
RRLMP,λ<=log n,65536,1,399856,6.101318359375
RRLMP,λ<=log n,65536,1,416373,6.3533477783203125
RRLMP,λ<=log n,65536,1,428204,6.53387451171875
RRLMP,λ<=log n,65536,1,415620,6.34185791015625
RRLMP,λ<=log n,65536,1,451742,6.893035888671875
RRLMP,λ<=log n,65536,1,440196,6.71685791015625
RRLMP,λ<=log n,65536,1,437458,6.675079345703125
RRLMP,λ<=log n,65536,1,413277,6.3061065673828125
RRLMP,λ<=log n,65536,1,424484,6.47711181640625
RRLMP,λ<=log n,65536,1,417841,6.3757476806640625
RRLMP,λ<=log n,65536,1,408829,6.2382354736328125
RRLMP,λ<=log n,65536,1,418688,6.388671875
RRLMP,λ<=log n,65536,1,396273,6.0466461181640625
RRLMP,λ<=log n,65536,1,436592,6.661865234375
RRLMP,λ<=log n,65536,1,465616,7.104736328125
RRLMP,λ<=log n,65536,1,471356,7.19232177734375
RSLMP,λ<=log n,65536,1,839841,12.814956665039062
RSLMP,λ<=log n,65536,1,1237999,18.890365600585938
RSLMP,λ<=log n,65536,1,1039215,15.857162475585938
RSLMP,λ<=log n,65536,1,733247,11.188461303710938
RSLMP,λ<=log n,65536,1,743736,11.3485107421875
RSLMP,λ<=log n,65536,1,891480,13.6029052734375
RSLMP,λ<=log n,65536,1,897132,13.68914794921875
RSLMP,λ<=log n,65536,1,661051,10.086837768554688
RSLMP,λ<=log n,65536,1,773445,11.801834106445312
RSLMP,λ<=log n,65536,1,788707,12.034713745117188
RSLMP,λ<=log n,65536,1,751525,11.467361450195312
RSLMP,λ<=log n,65536,1,754539,11.513351440429688
RSLMP,λ<=log n,65536,1,915390,13.967742919921875
RSLMP,λ<=log n,65536,1,759953,11.595962524414062
RSLMP,λ<=log n,65536,1,707906,10.801788330078125
RSLMP,λ<=log n,65536,1,868056,13.2454833984375
RSLMP,λ<=log n,65536,1,763670,11.652679443359375
RSLMP,λ<=log n,65536,1,773354,11.800445556640625
RSLMP,λ<=log n,65536,1,705869,10.770706176757812
RSLMP,λ<=log n,65536,1,782075,11.933517456054688
RSLMP,λ<=log n,65536,1,807985,12.328872680664062
RSLMP,λ<=log n,65536,1,955089,14.573501586914062
RSLMP,λ<=log n,65536,1,864766,13.195281982421875
RSLMP,λ<=log n,65536,1,867080,13.2305908203125
RSLMP,λ<=log n,65536,1,711080,10.8502197265625
RSLMP,λ<=log n,65536,1,710509,10.841506958007812
RSLMP,λ<=log n,65536,1,878029,13.397659301757812
RSLMP,λ<=log n,65536,1,725208,11.0657958984375
RSLMP,λ<=log n,65536,1,604940,9.23065185546875
RSLMP,λ<=log n,65536,1,767226,11.706939697265625
RSLMP,λ<=log n,65536,1,871132,13.29241943359375
RSLMP,λ<=log n,65536,1,821698,12.538116455078125
RSLMP,λ<=log n,65536,1,778168,11.8739013671875
RSLMP,λ<=log n,65536,1,919076,14.02398681640625
RSLMP,λ<=log n,65536,1,840343,12.822616577148438
RSLMP,λ<=log n,65536,1,705645,10.767288208007812
RSLMP,λ<=log n,65536,1,895783,13.668563842773438
RSLMP,λ<=log n,65536,1,978336,14.92822265625
RSLMP,λ<=log n,65536,1,726716,11.08880615234375
RSLMP,λ<=log n,65536,1,793153,12.102554321289062
RSLMP,λ<=log n,65536,1,861300,13.14239501953125
RSLMP,λ<=log n,65536,1,896557,13.680374145507812
RSLMP,λ<=log n,65536,1,975419,14.883712768554688
RSLMP,λ<=log n,65536,1,888139,13.551925659179688
RSLMP,λ<=log n,65536,1,797558,12.169769287109375
RSLMP,λ<=log n,65536,1,755430,11.526947021484375
RSLMP,λ<=log n,65536,1,966535,14.748153686523438
RSLMP,λ<=log n,65536,1,855559,13.054794311523438
RSLMP,λ<=log n,65536,1,1068916,16.31036376953125
RSLMP,λ<=log n,65536,1,964931,14.723678588867188
RSLMP,λ<=log n,65536,1,711909,10.862869262695312
RSLMP,λ<=log n,65536,1,774493,11.817825317382812
RSLMP,λ<=log n,65536,1,656463,10.016830444335938
RSLMP,λ<=log n,65536,1,1068123,16.298263549804688
RSLMP,λ<=log n,65536,1,772996,11.79498291015625
RSLMP,λ<=log n,65536,1,1093929,16.692031860351562
RSLMP,λ<=log n,65536,1,856986,13.076568603515625
RSLMP,λ<=log n,65536,1,753538,11.498077392578125
RSLMP,λ<=log n,65536,1,954235,14.560470581054688
RSLMP,λ<=log n,65536,1,1022143,15.596664428710938
RSLMP,λ<=log n,65536,1,843609,12.872451782226562
RSLMP,λ<=log n,65536,1,905257,13.813125610351562
RSLMP,λ<=log n,65536,1,871167,13.292953491210938
RSLMP,λ<=log n,65536,1,736698,11.241119384765625
RSLMP,λ<=log n,65536,1,830177,12.667495727539062
RSLMP,λ<=log n,65536,1,1091190,16.650238037109375
RSLMP,λ<=log n,65536,1,874847,13.349105834960938
RSLMP,λ<=log n,65536,1,749862,11.441986083984375
RSLMP,λ<=log n,65536,1,783486,11.955047607421875
RSLMP,λ<=log n,65536,1,952620,14.53582763671875
RSLMP,λ<=log n,65536,1,694746,10.600982666015625
RSLMP,λ<=log n,65536,1,794466,12.122589111328125
RSLMP,λ<=log n,65536,1,1066727,16.276962280273438
RSLMP,λ<=log n,65536,1,755092,11.52178955078125
RSLMP,λ<=log n,65536,1,1010501,15.419021606445312
RSLMP,λ<=log n,65536,1,780788,11.91387939453125
RSLMP,λ<=log n,65536,1,776256,11.8447265625
RSLMP,λ<=log n,65536,1,655130,9.996490478515625
RSLMP,λ<=log n,65536,1,1042946,15.914093017578125
RSLMP,λ<=log n,65536,1,761051,11.612716674804688
RSLMP,λ<=log n,65536,1,915068,13.96282958984375
RSLMP,λ<=log n,65536,1,904614,13.803314208984375
RSLMP,λ<=log n,65536,1,774044,11.81097412109375
RSLMP,λ<=log n,65536,1,959649,14.643081665039062
RSLMP,λ<=log n,65536,1,785947,11.992599487304688
RSLMP,λ<=log n,65536,1,697882,10.648834228515625
RSLMP,λ<=log n,65536,1,809999,12.359603881835938
RSLMP,λ<=log n,65536,1,947902,14.463836669921875
RSLMP,λ<=log n,65536,1,801525,12.230300903320312
RSLMP,λ<=log n,65536,1,871243,13.294113159179688
RSLMP,λ<=log n,65536,1,901173,13.750808715820312
RSLMP,λ<=log n,65536,1,730135,11.140975952148438
RSLMP,λ<=log n,65536,1,829138,12.651641845703125
RSLMP,λ<=log n,65536,1,836998,12.771575927734375
RSLMP,λ<=log n,65536,1,700584,10.6900634765625
RSLMP,λ<=log n,65536,1,763047,11.643173217773438
RSLMP,λ<=log n,65536,1,809862,12.357513427734375
RSLMP,λ<=log n,65536,1,765047,11.673690795898438
RSLMP,λ<=log n,65536,1,699182,10.668670654296875
RSLMP,λ<=log n,65536,1,690647,10.538436889648438
RSDIP,λ<=log n,65536,1,771122,11.766387939453125
RSDIP,λ<=log n,65536,1,767904,11.71728515625
RSDIP,λ<=log n,65536,1,805163,12.285812377929688
RSDIP,λ<=log n,65536,1,800337,12.212173461914062
RSDIP,λ<=log n,65536,1,778552,11.8797607421875
RSDIP,λ<=log n,65536,1,768688,11.729248046875
RSDIP,λ<=log n,65536,1,831880,12.6934814453125
RSDIP,λ<=log n,65536,1,760327,11.601669311523438
RSDIP,λ<=log n,65536,1,789662,12.049285888671875
RSDIP,λ<=log n,65536,1,838621,12.796340942382812
RSDIP,λ<=log n,65536,1,743717,11.348220825195312
RSDIP,λ<=log n,65536,1,754698,11.515777587890625
RSDIP,λ<=log n,65536,1,750303,11.448715209960938
RSDIP,λ<=log n,65536,1,768436,11.72540283203125
RSDIP,λ<=log n,65536,1,899572,13.72637939453125
RSDIP,λ<=log n,65536,1,762110,11.628875732421875
RSDIP,λ<=log n,65536,1,796851,12.158981323242188
RSDIP,λ<=log n,65536,1,768321,11.723648071289062
RSDIP,λ<=log n,65536,1,745672,11.3780517578125
RSDIP,λ<=log n,65536,1,760865,11.609878540039062
RSDIP,λ<=log n,65536,1,766352,11.693603515625
RSDIP,λ<=log n,65536,1,795715,12.141647338867188
RSDIP,λ<=log n,65536,1,737166,11.248260498046875
RSDIP,λ<=log n,65536,1,728080,11.109619140625
RSDIP,λ<=log n,65536,1,792287,12.089340209960938
RSDIP,λ<=log n,65536,1,785308,11.98284912109375
RSDIP,λ<=log n,65536,1,800391,12.212997436523438
RSDIP,λ<=log n,65536,1,797388,12.16717529296875
RSDIP,λ<=log n,65536,1,741753,11.318252563476562
RSDIP,λ<=log n,65536,1,796530,12.154083251953125
RSDIP,λ<=log n,65536,1,740597,11.300613403320312
RSDIP,λ<=log n,65536,1,781294,11.921600341796875
RSDIP,λ<=log n,65536,1,788226,12.027374267578125
RSDIP,λ<=log n,65536,1,806161,12.301040649414062
RSDIP,λ<=log n,65536,1,825609,12.597793579101562
RSDIP,λ<=log n,65536,1,839897,12.815811157226562
RSDIP,λ<=log n,65536,1,729780,11.13555908203125
RSDIP,λ<=log n,65536,1,778239,11.874984741210938
RSDIP,λ<=log n,65536,1,755198,11.523406982421875
RSDIP,λ<=log n,65536,1,880604,13.43695068359375
RSDIP,λ<=log n,65536,1,771548,11.77288818359375
RSDIP,λ<=log n,65536,1,734417,11.206314086914062
RSDIP,λ<=log n,65536,1,788316,12.02874755859375
RSDIP,λ<=log n,65536,1,796343,12.151229858398438
RSDIP,λ<=log n,65536,1,796033,12.146499633789062
RSDIP,λ<=log n,65536,1,749236,11.43243408203125
RSDIP,λ<=log n,65536,1,861147,13.140060424804688
RSDIP,λ<=log n,65536,1,773811,11.807418823242188
RSDIP,λ<=log n,65536,1,801221,12.225662231445312
RSDIP,λ<=log n,65536,1,734962,11.214630126953125
RSDIP,λ<=log n,65536,1,791876,12.08306884765625
RSDIP,λ<=log n,65536,1,764271,11.661849975585938
RSDIP,λ<=log n,65536,1,799210,12.194976806640625
RSDIP,λ<=log n,65536,1,803113,12.254531860351562
RSDIP,λ<=log n,65536,1,736573,11.239212036132812
RSDIP,λ<=log n,65536,1,766365,11.693801879882812
RSDIP,λ<=log n,65536,1,759591,11.590438842773438
RSDIP,λ<=log n,65536,1,743583,11.346176147460938
RSDIP,λ<=log n,65536,1,790685,12.064895629882812
RSDIP,λ<=log n,65536,1,787795,12.020797729492188
RSDIP,λ<=log n,65536,1,751192,11.4622802734375
RSDIP,λ<=log n,65536,1,785194,11.981109619140625
RSDIP,λ<=log n,65536,1,731684,11.16461181640625
RSDIP,λ<=log n,65536,1,820143,12.514389038085938
RSDIP,λ<=log n,65536,1,746287,11.387435913085938
RSDIP,λ<=log n,65536,1,746921,11.397109985351562
RSDIP,λ<=log n,65536,1,764936,11.6719970703125
RSDIP,λ<=log n,65536,1,820544,12.5205078125
RSDIP,λ<=log n,65536,1,827075,12.620162963867188
RSDIP,λ<=log n,65536,1,736237,11.234085083007812
RSDIP,λ<=log n,65536,1,806783,12.310531616210938
RSDIP,λ<=log n,65536,1,755499,11.527999877929688
RSDIP,λ<=log n,65536,1,813039,12.405990600585938
RSDIP,λ<=log n,65536,1,795275,12.134933471679688
RSDIP,λ<=log n,65536,1,768357,11.724197387695312
RSDIP,λ<=log n,65536,1,878385,13.403091430664062
RSDIP,λ<=log n,65536,1,765713,11.683853149414062
RSDIP,λ<=log n,65536,1,748195,11.416549682617188
RSDIP,λ<=log n,65536,1,772941,11.794143676757812
RSDIP,λ<=log n,65536,1,750197,11.447097778320312
RSDIP,λ<=log n,65536,1,835842,12.753936767578125
RSDIP,λ<=log n,65536,1,715009,10.910171508789062
RSDIP,λ<=log n,65536,1,837500,12.77923583984375
RSDIP,λ<=log n,65536,1,751728,11.470458984375
RSDIP,λ<=log n,65536,1,772629,11.789382934570312
RSDIP,λ<=log n,65536,1,838086,12.788177490234375
RSDIP,λ<=log n,65536,1,740680,11.3018798828125
RSDIP,λ<=log n,65536,1,756677,11.545974731445312
RSDIP,λ<=log n,65536,1,796103,12.147567749023438
RSDIP,λ<=log n,65536,1,783328,11.95263671875
RSDIP,λ<=log n,65536,1,782096,11.933837890625
RSDIP,λ<=log n,65536,1,737065,11.246719360351562
RSDIP,λ<=log n,65536,1,730530,11.147003173828125
RSDIP,λ<=log n,65536,1,746524,11.39105224609375
RSDIP,λ<=log n,65536,1,777448,11.8629150390625
RSDIP,λ<=log n,65536,1,821714,12.538360595703125
RSDIP,λ<=log n,65536,1,759674,11.591705322265625
RSDIP,λ<=log n,65536,1,727686,11.103607177734375
RSDIP,λ<=log n,65536,1,730830,11.151580810546875
RSDIP,λ<=log n,65536,1,810601,12.368789672851562
RRDIP,λ<=log n,65536,1,475766,7.259613037109375
RRDIP,λ<=log n,65536,1,488499,7.4539031982421875
RRDIP,λ<=log n,65536,1,496638,7.578094482421875
RRDIP,λ<=log n,65536,1,515650,7.868194580078125
RRDIP,λ<=log n,65536,1,513562,7.836334228515625
RRDIP,λ<=log n,65536,1,492497,7.5149078369140625
RRDIP,λ<=log n,65536,1,587405,8.963088989257812
RRDIP,λ<=log n,65536,1,487788,7.44305419921875
RRDIP,λ<=log n,65536,1,493242,7.526275634765625
RRDIP,λ<=log n,65536,1,490430,7.483367919921875
RRDIP,λ<=log n,65536,1,510096,7.783447265625
RRDIP,λ<=log n,65536,1,492052,7.50811767578125
RRDIP,λ<=log n,65536,1,509574,7.775482177734375
RRDIP,λ<=log n,65536,1,497153,7.5859527587890625
RRDIP,λ<=log n,65536,1,571422,8.719207763671875
RRDIP,λ<=log n,65536,1,487749,7.4424591064453125
RRDIP,λ<=log n,65536,1,572604,8.73724365234375
RRDIP,λ<=log n,65536,1,514047,7.8437347412109375
RRDIP,λ<=log n,65536,1,547649,8.356460571289062
RRDIP,λ<=log n,65536,1,486380,7.42156982421875
RRDIP,λ<=log n,65536,1,528454,8.063568115234375
RRDIP,λ<=log n,65536,1,547246,8.350311279296875
RRDIP,λ<=log n,65536,1,497824,7.59619140625
RRDIP,λ<=log n,65536,1,546926,8.345428466796875
RRDIP,λ<=log n,65536,1,511462,7.804290771484375
RRDIP,λ<=log n,65536,1,558000,8.514404296875
RRDIP,λ<=log n,65536,1,487835,7.4437713623046875
RRDIP,λ<=log n,65536,1,478733,7.3048858642578125
RRDIP,λ<=log n,65536,1,507191,7.7391204833984375
RRDIP,λ<=log n,65536,1,502224,7.663330078125
RRDIP,λ<=log n,65536,1,509523,7.7747039794921875
RRDIP,λ<=log n,65536,1,560287,8.549301147460938
RRDIP,λ<=log n,65536,1,582502,8.888275146484375
RRDIP,λ<=log n,65536,1,482419,7.3611297607421875
RRDIP,λ<=log n,65536,1,523758,7.991912841796875
RRDIP,λ<=log n,65536,1,490756,7.48834228515625
RRDIP,λ<=log n,65536,1,482342,7.359954833984375
RRDIP,λ<=log n,65536,1,509069,7.7677764892578125
RRDIP,λ<=log n,65536,1,512265,7.8165435791015625
RRDIP,λ<=log n,65536,1,471249,7.1906890869140625
RRDIP,λ<=log n,65536,1,463420,7.07122802734375
RRDIP,λ<=log n,65536,1,490476,7.48406982421875
RRDIP,λ<=log n,65536,1,488272,7.450439453125
RRDIP,λ<=log n,65536,1,511275,7.8014373779296875
RRDIP,λ<=log n,65536,1,507987,7.7512664794921875
RRDIP,λ<=log n,65536,1,509544,7.7750244140625
RRDIP,λ<=log n,65536,1,543672,8.2957763671875
RRDIP,λ<=log n,65536,1,474434,7.239288330078125
RRDIP,λ<=log n,65536,1,501943,7.6590423583984375
RRDIP,λ<=log n,65536,1,484958,7.399871826171875
RRDIP,λ<=log n,65536,1,521989,7.9649200439453125
RRDIP,λ<=log n,65536,1,491298,7.496612548828125
RRDIP,λ<=log n,65536,1,548826,8.374420166015625
RRDIP,λ<=log n,65536,1,562325,8.580398559570312
RRDIP,λ<=log n,65536,1,522291,7.9695281982421875
RRDIP,λ<=log n,65536,1,494611,7.5471649169921875
RRDIP,λ<=log n,65536,1,489596,7.47064208984375
RRDIP,λ<=log n,65536,1,547928,8.3607177734375
RRDIP,λ<=log n,65536,1,513209,7.8309478759765625
RRDIP,λ<=log n,65536,1,590123,9.004562377929688
RRDIP,λ<=log n,65536,1,505022,7.706024169921875
RRDIP,λ<=log n,65536,1,500258,7.633331298828125
RRDIP,λ<=log n,65536,1,522622,7.974578857421875
RRDIP,λ<=log n,65536,1,476643,7.2729949951171875
RRDIP,λ<=log n,65536,1,520292,7.93902587890625
RRDIP,λ<=log n,65536,1,539911,8.238388061523438
RRDIP,λ<=log n,65536,1,534607,8.157455444335938
RRDIP,λ<=log n,65536,1,538264,8.2132568359375
RRDIP,λ<=log n,65536,1,521410,7.956085205078125
RRDIP,λ<=log n,65536,1,511110,7.798919677734375
RRDIP,λ<=log n,65536,1,496312,7.5731201171875
RRDIP,λ<=log n,65536,1,507177,7.7389068603515625
RRDIP,λ<=log n,65536,1,477862,7.291595458984375
RRDIP,λ<=log n,65536,1,580439,8.856796264648438
RRDIP,λ<=log n,65536,1,492142,7.509490966796875
RRDIP,λ<=log n,65536,1,473058,7.218292236328125
RRDIP,λ<=log n,65536,1,473546,7.225738525390625
RRDIP,λ<=log n,65536,1,510815,7.7944183349609375
RRDIP,λ<=log n,65536,1,536163,8.181198120117188
RRDIP,λ<=log n,65536,1,528718,8.067596435546875
RRDIP,λ<=log n,65536,1,533726,8.144012451171875
RRDIP,λ<=log n,65536,1,538477,8.216506958007812
RRDIP,λ<=log n,65536,1,489687,7.4720306396484375
RRDIP,λ<=log n,65536,1,513540,7.83599853515625
RRDIP,λ<=log n,65536,1,483390,7.375946044921875
RRDIP,λ<=log n,65536,1,494048,7.53857421875
RRDIP,λ<=log n,65536,1,515988,7.87335205078125
RRDIP,λ<=log n,65536,1,483928,7.3841552734375
RRDIP,λ<=log n,65536,1,542563,8.278854370117188
RRDIP,λ<=log n,65536,1,521034,7.950347900390625
RRDIP,λ<=log n,65536,1,540404,8.24591064453125
RRDIP,λ<=log n,65536,1,510647,7.7918548583984375
RRDIP,λ<=log n,65536,1,515437,7.8649444580078125
RRDIP,λ<=log n,65536,1,530791,8.099227905273438
RRDIP,λ<=log n,65536,1,488037,7.4468536376953125
RRDIP,λ<=log n,65536,1,488755,7.4578094482421875
RRDIP,λ<=log n,65536,1,523109,7.9820098876953125
RRDIP,λ<=log n,65536,1,505576,7.7144775390625
RRDIP,λ<=log n,65536,1,514795,7.8551483154296875
RRDIP,λ<=log n,65536,1,512567,7.8211517333984375
RHDIP,λ<=log n,65536,1,478473,7.3009185791015625
RHDIP,λ<=log n,65536,1,508923,7.7655487060546875
RHDIP,λ<=log n,65536,1,493619,7.5320281982421875
RHDIP,λ<=log n,65536,1,516278,7.877777099609375
RHDIP,λ<=log n,65536,1,481699,7.3501434326171875
RHDIP,λ<=log n,65536,1,458592,6.99755859375
RHDIP,λ<=log n,65536,1,479360,7.314453125
RHDIP,λ<=log n,65536,1,477480,7.2857666015625
RHDIP,λ<=log n,65536,1,482054,7.355560302734375
RHDIP,λ<=log n,65536,1,509349,7.7720489501953125
RHDIP,λ<=log n,65536,1,493114,7.524322509765625
RHDIP,λ<=log n,65536,1,488962,7.460968017578125
RHDIP,λ<=log n,65536,1,482540,7.36297607421875
RHDIP,λ<=log n,65536,1,483678,7.380340576171875
RHDIP,λ<=log n,65536,1,510499,7.7895965576171875
RHDIP,λ<=log n,65536,1,574640,8.768310546875
RHDIP,λ<=log n,65536,1,532885,8.131179809570312
RHDIP,λ<=log n,65536,1,502553,7.6683502197265625
RHDIP,λ<=log n,65536,1,490076,7.47796630859375
RHDIP,λ<=log n,65536,1,471452,7.19378662109375
RHDIP,λ<=log n,65536,1,562902,8.589202880859375
RHDIP,λ<=log n,65536,1,479652,7.31890869140625
RHDIP,λ<=log n,65536,1,467565,7.1344757080078125
RHDIP,λ<=log n,65536,1,471306,7.191558837890625
RHDIP,λ<=log n,65536,1,493266,7.526641845703125
RHDIP,λ<=log n,65536,1,501961,7.6593170166015625
RHDIP,λ<=log n,65536,1,563268,8.59478759765625
RHDIP,λ<=log n,65536,1,545100,8.31756591796875
RHDIP,λ<=log n,65536,1,489452,7.46844482421875
RHDIP,λ<=log n,65536,1,513161,7.8302154541015625
RHDIP,λ<=log n,65536,1,528520,8.0645751953125
RHDIP,λ<=log n,65536,1,520359,7.9400482177734375
RHDIP,λ<=log n,65536,1,545195,8.319015502929688
RHDIP,λ<=log n,65536,1,521053,7.9506378173828125
RHDIP,λ<=log n,65536,1,502291,7.6643524169921875
RHDIP,λ<=log n,65536,1,520260,7.93853759765625
RHDIP,λ<=log n,65536,1,532703,8.128402709960938
RHDIP,λ<=log n,65536,1,513879,7.8411712646484375
RHDIP,λ<=log n,65536,1,484192,7.38818359375
RHDIP,λ<=log n,65536,1,513514,7.835601806640625
RHDIP,λ<=log n,65536,1,469610,7.165679931640625
RHDIP,λ<=log n,65536,1,486916,7.42974853515625
RHDIP,λ<=log n,65536,1,483447,7.3768157958984375
RHDIP,λ<=log n,65536,1,537552,8.202392578125
RHDIP,λ<=log n,65536,1,494752,7.54931640625
RHDIP,λ<=log n,65536,1,633584,9.667724609375
RHDIP,λ<=log n,65536,1,497146,7.585845947265625
RHDIP,λ<=log n,65536,1,501988,7.65972900390625
RHDIP,λ<=log n,65536,1,460142,7.021209716796875
RHDIP,λ<=log n,65536,1,501536,7.65283203125
RHDIP,λ<=log n,65536,1,487394,7.437042236328125
RHDIP,λ<=log n,65536,1,532912,8.131591796875
RHDIP,λ<=log n,65536,1,494863,7.5510101318359375
RHDIP,λ<=log n,65536,1,508413,7.7577667236328125
RHDIP,λ<=log n,65536,1,495137,7.5551910400390625
RHDIP,λ<=log n,65536,1,485698,7.411163330078125
RHDIP,λ<=log n,65536,1,475704,7.2586669921875
RHDIP,λ<=log n,65536,1,563212,8.59393310546875
RHDIP,λ<=log n,65536,1,477089,7.2798004150390625
RHDIP,λ<=log n,65536,1,538303,8.213851928710938
RHDIP,λ<=log n,65536,1,493190,7.525482177734375
RHDIP,λ<=log n,65536,1,466531,7.1186981201171875
RHDIP,λ<=log n,65536,1,473365,7.2229766845703125
RHDIP,λ<=log n,65536,1,492794,7.519439697265625
RHDIP,λ<=log n,65536,1,492505,7.5150299072265625
RHDIP,λ<=log n,65536,1,496614,7.577728271484375
RHDIP,λ<=log n,65536,1,478546,7.302032470703125
RHDIP,λ<=log n,65536,1,564190,8.608856201171875
RHDIP,λ<=log n,65536,1,515405,7.8644561767578125
RHDIP,λ<=log n,65536,1,473937,7.2317047119140625
RHDIP,λ<=log n,65536,1,505634,7.715362548828125
RHDIP,λ<=log n,65536,1,470449,7.1784820556640625
RHDIP,λ<=log n,65536,1,490891,7.4904022216796875
RHDIP,λ<=log n,65536,1,489785,7.4735260009765625
RHDIP,λ<=log n,65536,1,551078,8.408782958984375
RHDIP,λ<=log n,65536,1,495693,7.5636749267578125
RHDIP,λ<=log n,65536,1,509408,7.77294921875
RHDIP,λ<=log n,65536,1,476981,7.2781524658203125
RHDIP,λ<=log n,65536,1,520862,7.947723388671875
RHDIP,λ<=log n,65536,1,498093,7.6002960205078125
RHDIP,λ<=log n,65536,1,479201,7.3120269775390625
RHDIP,λ<=log n,65536,1,496124,7.57025146484375
RHDIP,λ<=log n,65536,1,522819,7.9775848388671875
RHDIP,λ<=log n,65536,1,512173,7.8151397705078125
RHDIP,λ<=log n,65536,1,482821,7.3672637939453125
RHDIP,λ<=log n,65536,1,472312,7.2069091796875
RHDIP,λ<=log n,65536,1,482978,7.369659423828125
RHDIP,λ<=log n,65536,1,475663,7.2580413818359375
RHDIP,λ<=log n,65536,1,466221,7.1139678955078125
RHDIP,λ<=log n,65536,1,548938,8.376129150390625
RHDIP,λ<=log n,65536,1,471764,7.19854736328125
RHDIP,λ<=log n,65536,1,461950,7.048797607421875
RHDIP,λ<=log n,65536,1,507335,7.7413177490234375
RHDIP,λ<=log n,65536,1,475334,7.253021240234375
RHDIP,λ<=log n,65536,1,501506,7.652374267578125
RHDIP,λ<=log n,65536,1,519151,7.9216156005859375
RHDIP,λ<=log n,65536,1,543638,8.295257568359375
RHDIP,λ<=log n,65536,1,551529,8.415664672851562
RHDIP,λ<=log n,65536,1,487350,7.436370849609375
RHDIP,λ<=log n,65536,1,484882,7.398712158203125
RHLIP,λ<=log n,65536,1,517319,7.8936614990234375
RHLIP,λ<=log n,65536,1,528937,8.070938110351562
RHLIP,λ<=log n,65536,1,482404,7.36090087890625
RHLIP,λ<=log n,65536,1,481879,7.3528900146484375
RHLIP,λ<=log n,65536,1,502696,7.6705322265625
RHLIP,λ<=log n,65536,1,552077,8.424026489257812
RHLIP,λ<=log n,65536,1,498140,7.60101318359375
RHLIP,λ<=log n,65536,1,462001,7.0495758056640625
RHLIP,λ<=log n,65536,1,599046,9.140716552734375
RHLIP,λ<=log n,65536,1,546850,8.344268798828125
RHLIP,λ<=log n,65536,1,535700,8.17413330078125
RHLIP,λ<=log n,65536,1,507069,7.7372589111328125
RHLIP,λ<=log n,65536,1,503221,7.6785430908203125
RHLIP,λ<=log n,65536,1,502596,7.66900634765625
RHLIP,λ<=log n,65536,1,549240,8.3807373046875
RHLIP,λ<=log n,65536,1,517985,7.9038238525390625
RHLIP,λ<=log n,65536,1,491838,7.504852294921875
RHLIP,λ<=log n,65536,1,516364,7.87908935546875
RHLIP,λ<=log n,65536,1,477457,7.2854156494140625
RHLIP,λ<=log n,65536,1,517727,7.8998870849609375
RHLIP,λ<=log n,65536,1,502216,7.6632080078125
RHLIP,λ<=log n,65536,1,542795,8.282394409179688
RHLIP,λ<=log n,65536,1,542236,8.27386474609375
RHLIP,λ<=log n,65536,1,523673,7.9906158447265625
RHLIP,λ<=log n,65536,1,495987,7.5681610107421875
RHLIP,λ<=log n,65536,1,514720,7.85400390625
RHLIP,λ<=log n,65536,1,517928,7.9029541015625
RHLIP,λ<=log n,65536,1,503037,7.6757354736328125
RHLIP,λ<=log n,65536,1,499282,7.618438720703125
RHLIP,λ<=log n,65536,1,505724,7.71673583984375
RHLIP,λ<=log n,65536,1,535615,8.172836303710938
RHLIP,λ<=log n,65536,1,510035,7.7825164794921875
RHLIP,λ<=log n,65536,1,506532,7.72906494140625
RHLIP,λ<=log n,65536,1,485343,7.4057464599609375
RHLIP,λ<=log n,65536,1,493799,7.5347747802734375
RHLIP,λ<=log n,65536,1,511588,7.80621337890625
RHLIP,λ<=log n,65536,1,551145,8.409805297851562
RHLIP,λ<=log n,65536,1,491629,7.5016632080078125
RHLIP,λ<=log n,65536,1,514032,7.843505859375
RHLIP,λ<=log n,65536,1,545573,8.324783325195312
RHLIP,λ<=log n,65536,1,528492,8.06414794921875
RHLIP,λ<=log n,65536,1,491913,7.5059967041015625
RHLIP,λ<=log n,65536,1,515569,7.8669586181640625
RHLIP,λ<=log n,65536,1,492439,7.5140228271484375
RHLIP,λ<=log n,65536,1,479677,7.3192901611328125
RHLIP,λ<=log n,65536,1,491373,7.4977569580078125
RHLIP,λ<=log n,65536,1,585503,8.934066772460938
RHLIP,λ<=log n,65536,1,487754,7.442535400390625
RHLIP,λ<=log n,65536,1,586112,8.943359375
RHLIP,λ<=log n,65536,1,529518,8.079803466796875
RHLIP,λ<=log n,65536,1,548851,8.374801635742188
RHLIP,λ<=log n,65536,1,526770,8.037872314453125
RHLIP,λ<=log n,65536,1,489910,7.475433349609375
RHLIP,λ<=log n,65536,1,514977,7.8579254150390625
RHLIP,λ<=log n,65536,1,529527,8.079940795898438
RHLIP,λ<=log n,65536,1,512881,7.8259429931640625
RHLIP,λ<=log n,65536,1,490677,7.4871368408203125
RHLIP,λ<=log n,65536,1,494243,7.5415496826171875
RHLIP,λ<=log n,65536,1,504102,7.691986083984375
RHLIP,λ<=log n,65536,1,532962,8.132354736328125
RHLIP,λ<=log n,65536,1,496713,7.5792388916015625
RHLIP,λ<=log n,65536,1,500633,7.6390533447265625
RHLIP,λ<=log n,65536,1,540129,8.241714477539062
RHLIP,λ<=log n,65536,1,490797,7.4889678955078125
RHLIP,λ<=log n,65536,1,503216,7.678466796875
RHLIP,λ<=log n,65536,1,501796,7.65679931640625
RHLIP,λ<=log n,65536,1,515301,7.8628692626953125
RHLIP,λ<=log n,65536,1,495029,7.5535430908203125
RHLIP,λ<=log n,65536,1,512469,7.8196563720703125
RHLIP,λ<=log n,65536,1,532298,8.122222900390625
RHLIP,λ<=log n,65536,1,503860,7.68829345703125
RHLIP,λ<=log n,65536,1,521574,7.958587646484375
RHLIP,λ<=log n,65536,1,476200,7.2662353515625
RHLIP,λ<=log n,65536,1,490131,7.4788055419921875
RHLIP,λ<=log n,65536,1,501438,7.651336669921875
RHLIP,λ<=log n,65536,1,488866,7.459503173828125
RHLIP,λ<=log n,65536,1,475698,7.258575439453125
RHLIP,λ<=log n,65536,1,481633,7.3491363525390625
RHLIP,λ<=log n,65536,1,551281,8.411880493164062
RHLIP,λ<=log n,65536,1,502758,7.671478271484375
RHLIP,λ<=log n,65536,1,517713,7.8996734619140625
RHLIP,λ<=log n,65536,1,500923,7.6434783935546875
RHLIP,λ<=log n,65536,1,498025,7.5992584228515625
RHLIP,λ<=log n,65536,1,470207,7.1747894287109375
RHLIP,λ<=log n,65536,1,517354,7.894195556640625
RHLIP,λ<=log n,65536,1,502765,7.6715850830078125
RHLIP,λ<=log n,65536,1,508049,7.7522125244140625
RHLIP,λ<=log n,65536,1,480208,7.327392578125
RHLIP,λ<=log n,65536,1,560456,8.5518798828125
RHLIP,λ<=log n,65536,1,515287,7.8626556396484375
RHLIP,λ<=log n,65536,1,503294,7.679656982421875
RHLIP,λ<=log n,65536,1,520689,7.9450836181640625
RHLIP,λ<=log n,65536,1,515112,7.8599853515625
RHLIP,λ<=log n,65536,1,540665,8.249893188476562
RHLIP,λ<=log n,65536,1,507024,7.736572265625
RHLIP,λ<=log n,65536,1,509892,7.78033447265625
RHLIP,λ<=log n,65536,1,519053,7.9201202392578125
RHLIP,λ<=log n,65536,1,511613,7.8065948486328125
RHLIP,λ<=log n,65536,1,483539,7.3782196044921875
RHLIP,λ<=log n,65536,1,504731,7.7015838623046875
RRLIP,λ<=log n,65536,1,528149,8.058914184570312
RRLIP,λ<=log n,65536,1,501475,7.6519012451171875
RRLIP,λ<=log n,65536,1,536473,8.185928344726562
RRLIP,λ<=log n,65536,1,523215,7.9836273193359375
RRLIP,λ<=log n,65536,1,507411,7.7424774169921875
RRLIP,λ<=log n,65536,1,513134,7.829803466796875
RRLIP,λ<=log n,65536,1,518899,7.9177703857421875
RRLIP,λ<=log n,65536,1,511465,7.8043365478515625
RRLIP,λ<=log n,65536,1,502790,7.671966552734375
RRLIP,λ<=log n,65536,1,501377,7.6504058837890625
RRLIP,λ<=log n,65536,1,561485,8.567581176757812
RRLIP,λ<=log n,65536,1,488955,7.4608612060546875
RRLIP,λ<=log n,65536,1,496926,7.582489013671875
RRLIP,λ<=log n,65536,1,509890,7.780303955078125
RRLIP,λ<=log n,65536,1,539652,8.23443603515625
RRLIP,λ<=log n,65536,1,510964,7.79669189453125
RRLIP,λ<=log n,65536,1,509552,7.775146484375
RRLIP,λ<=log n,65536,1,517761,7.9004058837890625
RRLIP,λ<=log n,65536,1,510490,7.789459228515625
RRLIP,λ<=log n,65536,1,505834,7.718414306640625
RRLIP,λ<=log n,65536,1,520500,7.94219970703125
RRLIP,λ<=log n,65536,1,486214,7.419036865234375
RRLIP,λ<=log n,65536,1,529083,8.073165893554688
RRLIP,λ<=log n,65536,1,548889,8.375381469726562
RRLIP,λ<=log n,65536,1,494628,7.54742431640625
RRLIP,λ<=log n,65536,1,525411,8.017135620117188
RRLIP,λ<=log n,65536,1,535726,8.174530029296875
RRLIP,λ<=log n,65536,1,517837,7.9015655517578125
RRLIP,λ<=log n,65536,1,518124,7.90594482421875
RRLIP,λ<=log n,65536,1,522051,7.9658660888671875
RRLIP,λ<=log n,65536,1,514876,7.85638427734375
RRLIP,λ<=log n,65536,1,478126,7.295623779296875
RRLIP,λ<=log n,65536,1,491014,7.492279052734375
RRLIP,λ<=log n,65536,1,525714,8.021759033203125
RRLIP,λ<=log n,65536,1,510236,7.78558349609375
RRLIP,λ<=log n,65536,1,495504,7.560791015625
RRLIP,λ<=log n,65536,1,494121,7.5396881103515625
RRLIP,λ<=log n,65536,1,504057,7.6912994384765625
RRLIP,λ<=log n,65536,1,518855,7.9170989990234375
RRLIP,λ<=log n,65536,1,523612,7.98968505859375
RRLIP,λ<=log n,65536,1,519566,7.927947998046875
RRLIP,λ<=log n,65536,1,512515,7.8203582763671875
RRLIP,λ<=log n,65536,1,529530,8.079986572265625
RRLIP,λ<=log n,65536,1,497737,7.5948638916015625
RRLIP,λ<=log n,65536,1,521479,7.9571380615234375
RRLIP,λ<=log n,65536,1,518948,7.91851806640625
RRLIP,λ<=log n,65536,1,498242,7.602569580078125
RRLIP,λ<=log n,65536,1,538846,8.222137451171875
RRLIP,λ<=log n,65536,1,496793,7.5804595947265625
RRLIP,λ<=log n,65536,1,499093,7.6155548095703125
RRLIP,λ<=log n,65536,1,527775,8.053207397460938
RRLIP,λ<=log n,65536,1,558961,8.529067993164062
RRLIP,λ<=log n,65536,1,486262,7.419769287109375
RRLIP,λ<=log n,65536,1,531391,8.108383178710938
RRLIP,λ<=log n,65536,1,527471,8.048568725585938
RRLIP,λ<=log n,65536,1,503261,7.6791534423828125
RRLIP,λ<=log n,65536,1,547829,8.359207153320312
RRLIP,λ<=log n,65536,1,509345,7.7719879150390625
RRLIP,λ<=log n,65536,1,537681,8.204360961914062
RRLIP,λ<=log n,65536,1,515136,7.8603515625
RRLIP,λ<=log n,65536,1,502560,7.66845703125
RRLIP,λ<=log n,65536,1,519049,7.9200592041015625
RRLIP,λ<=log n,65536,1,528084,8.05792236328125
RRLIP,λ<=log n,65536,1,493229,7.5260772705078125
RRLIP,λ<=log n,65536,1,561467,8.567306518554688
RRLIP,λ<=log n,65536,1,550385,8.398208618164062
RRLIP,λ<=log n,65536,1,515486,7.865692138671875
RRLIP,λ<=log n,65536,1,485911,7.4144134521484375
RRLIP,λ<=log n,65536,1,510596,7.79107666015625
RRLIP,λ<=log n,65536,1,558296,8.5189208984375
RRLIP,λ<=log n,65536,1,508676,7.76177978515625
RRLIP,λ<=log n,65536,1,539496,8.2320556640625
RRLIP,λ<=log n,65536,1,500420,7.63580322265625
RRLIP,λ<=log n,65536,1,507091,7.7375946044921875
RRLIP,λ<=log n,65536,1,487306,7.435699462890625
RRLIP,λ<=log n,65536,1,541253,8.258865356445312
RRLIP,λ<=log n,65536,1,587790,8.968963623046875
RRLIP,λ<=log n,65536,1,505811,7.7180633544921875
RRLIP,λ<=log n,65536,1,545370,8.321685791015625
RRLIP,λ<=log n,65536,1,491507,7.4998016357421875
RRLIP,λ<=log n,65536,1,504201,7.6934967041015625
RRLIP,λ<=log n,65536,1,491506,7.499786376953125
RRLIP,λ<=log n,65536,1,558607,8.523666381835938
RRLIP,λ<=log n,65536,1,531167,8.104965209960938
RRLIP,λ<=log n,65536,1,518456,7.9110107421875
RRLIP,λ<=log n,65536,1,490176,7.4794921875
RRLIP,λ<=log n,65536,1,516701,7.8842315673828125
RRLIP,λ<=log n,65536,1,496156,7.57073974609375
RRLIP,λ<=log n,65536,1,508966,7.766204833984375
RRLIP,λ<=log n,65536,1,484495,7.3928070068359375
RRLIP,λ<=log n,65536,1,504732,7.70159912109375
RRLIP,λ<=log n,65536,1,570631,8.707138061523438
RRLIP,λ<=log n,65536,1,512751,7.8239593505859375
RRLIP,λ<=log n,65536,1,502477,7.6671905517578125
RRLIP,λ<=log n,65536,1,490369,7.4824371337890625
RRLIP,λ<=log n,65536,1,520409,7.9408111572265625
RRLIP,λ<=log n,65536,1,518718,7.915008544921875
RRLIP,λ<=log n,65536,1,515430,7.864837646484375
RRLIP,λ<=log n,65536,1,529365,8.077468872070312
RRLIP,λ<=log n,65536,1,589392,8.993408203125
RSLIP,λ<=log n,65536,1,740227,11.294967651367188
RSLIP,λ<=log n,65536,1,794072,12.1165771484375
RSLIP,λ<=log n,65536,1,768875,11.732101440429688
RSLIP,λ<=log n,65536,1,802922,12.251617431640625
RSLIP,λ<=log n,65536,1,779916,11.90057373046875
RSLIP,λ<=log n,65536,1,755200,11.5234375
RSLIP,λ<=log n,65536,1,754163,11.507614135742188
RSLIP,λ<=log n,65536,1,738031,11.261459350585938
RSLIP,λ<=log n,65536,1,798872,12.1898193359375
RSLIP,λ<=log n,65536,1,777514,11.863922119140625
RSLIP,λ<=log n,65536,1,768682,11.729156494140625
RSLIP,λ<=log n,65536,1,769600,11.7431640625
RSLIP,λ<=log n,65536,1,763109,11.644119262695312
RSLIP,λ<=log n,65536,1,756422,11.542083740234375
RSLIP,λ<=log n,65536,1,747326,11.403289794921875
RSLIP,λ<=log n,65536,1,742620,11.33148193359375
RSLIP,λ<=log n,65536,1,814886,12.434173583984375
RSLIP,λ<=log n,65536,1,759275,11.585617065429688
RSLIP,λ<=log n,65536,1,812923,12.404220581054688
RSLIP,λ<=log n,65536,1,695533,10.612991333007812
RSLIP,λ<=log n,65536,1,758730,11.577301025390625
RSLIP,λ<=log n,65536,1,813729,12.416519165039062
RSLIP,λ<=log n,65536,1,747611,11.407638549804688
RSLIP,λ<=log n,65536,1,812804,12.40240478515625
RSLIP,λ<=log n,65536,1,790214,12.057708740234375
RSLIP,λ<=log n,65536,1,798889,12.190078735351562
RSLIP,λ<=log n,65536,1,773753,11.806533813476562
RSLIP,λ<=log n,65536,1,796803,12.158248901367188
RSLIP,λ<=log n,65536,1,820830,12.524871826171875
RSLIP,λ<=log n,65536,1,862018,13.153350830078125
RSLIP,λ<=log n,65536,1,715603,10.919235229492188
RSLIP,λ<=log n,65536,1,862228,13.15655517578125
RSLIP,λ<=log n,65536,1,807161,12.316299438476562
RSLIP,λ<=log n,65536,1,769183,11.736801147460938
RSLIP,λ<=log n,65536,1,749442,11.435577392578125
RSLIP,λ<=log n,65536,1,851415,12.991561889648438
RSLIP,λ<=log n,65536,1,726019,11.078170776367188
RSLIP,λ<=log n,65536,1,733607,11.193954467773438
RSLIP,λ<=log n,65536,1,929350,14.180755615234375
RSLIP,λ<=log n,65536,1,858631,13.101669311523438
RSLIP,λ<=log n,65536,1,779693,11.897171020507812
RSLIP,λ<=log n,65536,1,751044,11.46002197265625
RSLIP,λ<=log n,65536,1,823462,12.565032958984375
RSLIP,λ<=log n,65536,1,740957,11.306106567382812
RSLIP,λ<=log n,65536,1,796449,12.152847290039062
RSLIP,λ<=log n,65536,1,755629,11.529983520507812
RSLIP,λ<=log n,65536,1,790542,12.062713623046875
RSLIP,λ<=log n,65536,1,802201,12.240615844726562
RSLIP,λ<=log n,65536,1,812307,12.394821166992188
RSLIP,λ<=log n,65536,1,778627,11.880905151367188
RSLIP,λ<=log n,65536,1,736744,11.2418212890625
RSLIP,λ<=log n,65536,1,768032,11.71923828125
RSLIP,λ<=log n,65536,1,739392,11.2822265625
RSLIP,λ<=log n,65536,1,748434,11.420196533203125
RSLIP,λ<=log n,65536,1,906197,13.827468872070312
RSLIP,λ<=log n,65536,1,773092,11.79644775390625
RSLIP,λ<=log n,65536,1,810723,12.370651245117188
RSLIP,λ<=log n,65536,1,735553,11.223648071289062
RSLIP,λ<=log n,65536,1,796066,12.147003173828125
RSLIP,λ<=log n,65536,1,761055,11.612777709960938
RSLIP,λ<=log n,65536,1,776105,11.842422485351562
RSLIP,λ<=log n,65536,1,743928,11.3514404296875
RSLIP,λ<=log n,65536,1,751593,11.468399047851562
RSLIP,λ<=log n,65536,1,780798,11.914031982421875
RSLIP,λ<=log n,65536,1,727948,11.10760498046875
RSLIP,λ<=log n,65536,1,785504,11.98583984375
RSLIP,λ<=log n,65536,1,772022,11.780120849609375
RSLIP,λ<=log n,65536,1,878106,13.398834228515625
RSLIP,λ<=log n,65536,1,756364,11.54119873046875
RSLIP,λ<=log n,65536,1,784737,11.974136352539062
RSLIP,λ<=log n,65536,1,774227,11.813766479492188
RSLIP,λ<=log n,65536,1,708395,10.809249877929688
RSLIP,λ<=log n,65536,1,745788,11.37982177734375
RSLIP,λ<=log n,65536,1,738935,11.275253295898438
RSLIP,λ<=log n,65536,1,795250,12.134552001953125
RSLIP,λ<=log n,65536,1,787509,12.016433715820312
RSLIP,λ<=log n,65536,1,713494,10.887054443359375
RSLIP,λ<=log n,65536,1,757775,11.562728881835938
RSLIP,λ<=log n,65536,1,798976,12.19140625
RSLIP,λ<=log n,65536,1,722699,11.027511596679688
RSLIP,λ<=log n,65536,1,766064,11.689208984375
RSLIP,λ<=log n,65536,1,832682,12.705718994140625
RSLIP,λ<=log n,65536,1,856014,13.061737060546875
RSLIP,λ<=log n,65536,1,753468,11.49700927734375
RSLIP,λ<=log n,65536,1,716519,10.933212280273438
RSLIP,λ<=log n,65536,1,714811,10.907150268554688
RSLIP,λ<=log n,65536,1,716879,10.938705444335938
RSLIP,λ<=log n,65536,1,763254,11.646331787109375
RSLIP,λ<=log n,65536,1,737287,11.250106811523438
RSLIP,λ<=log n,65536,1,751126,11.461273193359375
RSLIP,λ<=log n,65536,1,807291,12.318283081054688
RSLIP,λ<=log n,65536,1,730369,11.144546508789062
RSLIP,λ<=log n,65536,1,785363,11.983688354492188
RSLIP,λ<=log n,65536,1,779545,11.894912719726562
RSLIP,λ<=log n,65536,1,780413,11.908157348632812
RSLIP,λ<=log n,65536,1,823600,12.567138671875
RSLIP,λ<=log n,65536,1,756441,11.542373657226562
RSLIP,λ<=log n,65536,1,733852,11.19769287109375
RSLIP,λ<=log n,65536,1,743785,11.349258422851562
RSLIP,λ<=log n,65536,1,776690,11.851348876953125
RSDCD,λ<=log n,65536,1,658033,10.040786743164062
RSDCD,λ<=log n,65536,1,645805,9.854202270507812
RSDCD,λ<=log n,65536,1,805785,12.295303344726562
RSDCD,λ<=log n,65536,1,724411,11.053634643554688
RSDCD,λ<=log n,65536,1,651962,9.948150634765625
RSDCD,λ<=log n,65536,1,695478,10.612152099609375
RSDCD,λ<=log n,65536,1,584798,8.923309326171875
RSDCD,λ<=log n,65536,1,636352,9.7099609375
RSDCD,λ<=log n,65536,1,703818,10.739410400390625
RSDCD,λ<=log n,65536,1,791973,12.084548950195312
RSDCD,λ<=log n,65536,1,755930,11.534576416015625
RSDCD,λ<=log n,65536,1,635134,9.691375732421875
RSDCD,λ<=log n,65536,1,627894,9.580902099609375
RSDCD,λ<=log n,65536,1,698766,10.662322998046875
RSDCD,λ<=log n,65536,1,589137,8.989517211914062
RSDCD,λ<=log n,65536,1,644569,9.835342407226562
RSDCD,λ<=log n,65536,1,715657,10.920059204101562
RSDCD,λ<=log n,65536,1,655755,10.006027221679688
RSDCD,λ<=log n,65536,1,740796,11.30364990234375
RSDCD,λ<=log n,65536,1,625376,9.54248046875
RSDCD,λ<=log n,65536,1,607550,9.270477294921875
RSDCD,λ<=log n,65536,1,734259,11.203903198242188
RSDCD,λ<=log n,65536,1,627873,9.580581665039062
RSDCD,λ<=log n,65536,1,830027,12.665206909179688
RSDCD,λ<=log n,65536,1,751490,11.466827392578125
RSDCD,λ<=log n,65536,1,634937,9.688369750976562
RSDCD,λ<=log n,65536,1,619505,9.452896118164062
RSDCD,λ<=log n,65536,1,775892,11.83917236328125
RSDCD,λ<=log n,65536,1,744324,11.35748291015625
RSDCD,λ<=log n,65536,1,626891,9.565597534179688
RSDCD,λ<=log n,65536,1,734360,11.2054443359375
RSDCD,λ<=log n,65536,1,905765,13.820877075195312
RSDCD,λ<=log n,65536,1,669110,10.209808349609375
RSDCD,λ<=log n,65536,1,653775,9.975814819335938
RSDCD,λ<=log n,65536,1,804801,12.280288696289062
RSDCD,λ<=log n,65536,1,629945,9.612197875976562
RSDCD,λ<=log n,65536,1,879107,13.414108276367188
RSDCD,λ<=log n,65536,1,601786,9.182525634765625
RSDCD,λ<=log n,65536,1,609240,9.2962646484375
RSDCD,λ<=log n,65536,1,785206,11.981292724609375
RSDCD,λ<=log n,65536,1,627851,9.580245971679688
RSDCD,λ<=log n,65536,1,643562,9.819976806640625
RSDCD,λ<=log n,65536,1,623613,9.515579223632812
RSDCD,λ<=log n,65536,1,730281,11.143203735351562
RSDCD,λ<=log n,65536,1,588132,8.97418212890625
RSDCD,λ<=log n,65536,1,743033,11.337783813476562
RSDCD,λ<=log n,65536,1,654212,9.98248291015625
RSDCD,λ<=log n,65536,1,665220,10.15045166015625
RSDCD,λ<=log n,65536,1,639511,9.758163452148438
RSDCD,λ<=log n,65536,1,585514,8.934234619140625
RSDCD,λ<=log n,65536,1,714134,10.896820068359375
RSDCD,λ<=log n,65536,1,587219,8.960250854492188
RSDCD,λ<=log n,65536,1,736669,11.240676879882812
RSDCD,λ<=log n,65536,1,694794,10.601715087890625
RSDCD,λ<=log n,65536,1,663155,10.118942260742188
RSDCD,λ<=log n,65536,1,580212,8.85333251953125
RSDCD,λ<=log n,65536,1,640442,9.772369384765625
RSDCD,λ<=log n,65536,1,591790,9.029998779296875
RSDCD,λ<=log n,65536,1,679401,10.366836547851562
RSDCD,λ<=log n,65536,1,762051,11.627975463867188
RSDCD,λ<=log n,65536,1,644448,9.83349609375
RSDCD,λ<=log n,65536,1,618203,9.433029174804688
RSDCD,λ<=log n,65536,1,702853,10.724685668945312
RSDCD,λ<=log n,65536,1,626308,9.55670166015625
RSDCD,λ<=log n,65536,1,705629,10.767044067382812
RSDCD,λ<=log n,65536,1,724822,11.059906005859375
RSDCD,λ<=log n,65536,1,676861,10.328079223632812
RSDCD,λ<=log n,65536,1,641200,9.783935546875
RSDCD,λ<=log n,65536,1,636691,9.715133666992188
RSDCD,λ<=log n,65536,1,613626,9.363189697265625
RSDCD,λ<=log n,65536,1,636890,9.718170166015625
RSDCD,λ<=log n,65536,1,706910,10.786590576171875
RSDCD,λ<=log n,65536,1,618984,9.4449462890625
RSDCD,λ<=log n,65536,1,603577,9.209854125976562
RSDCD,λ<=log n,65536,1,621274,9.479888916015625
RSDCD,λ<=log n,65536,1,853711,13.026596069335938
RSDCD,λ<=log n,65536,1,709249,10.822280883789062
RSDCD,λ<=log n,65536,1,737100,11.24725341796875
RSDCD,λ<=log n,65536,1,611083,9.324386596679688
RSDCD,λ<=log n,65536,1,786314,11.998199462890625
RSDCD,λ<=log n,65536,1,610552,9.3162841796875
RSDCD,λ<=log n,65536,1,748541,11.421829223632812
RSDCD,λ<=log n,65536,1,619103,9.446762084960938
RSDCD,λ<=log n,65536,1,699150,10.668182373046875
RSDCD,λ<=log n,65536,1,711750,10.860443115234375
RSDCD,λ<=log n,65536,1,675559,10.308212280273438
RSDCD,λ<=log n,65536,1,669030,10.208587646484375
RSDCD,λ<=log n,65536,1,714011,10.894943237304688
RSDCD,λ<=log n,65536,1,602766,9.197479248046875
RSDCD,λ<=log n,65536,1,746584,11.3919677734375
RSDCD,λ<=log n,65536,1,875743,13.362777709960938
RSDCD,λ<=log n,65536,1,647564,9.88104248046875
RSDCD,λ<=log n,65536,1,748988,11.42864990234375
RSDCD,λ<=log n,65536,1,641904,9.794677734375
RSDCD,λ<=log n,65536,1,633395,9.664840698242188
RSDCD,λ<=log n,65536,1,902422,13.769866943359375
RSDCD,λ<=log n,65536,1,705660,10.76751708984375
RSDCD,λ<=log n,65536,1,776738,11.852081298828125
RSDCD,λ<=log n,65536,1,787316,12.01348876953125
RSDCD,λ<=log n,65536,1,584869,8.924392700195312
RRDCD,λ<=log n,65536,1,444759,6.7864837646484375
RRDCD,λ<=log n,65536,1,523034,7.980865478515625
RRDCD,λ<=log n,65536,1,502973,7.6747589111328125
RRDCD,λ<=log n,65536,1,481481,7.3468170166015625
RRDCD,λ<=log n,65536,1,479394,7.314971923828125
RRDCD,λ<=log n,65536,1,465185,7.0981597900390625
RRDCD,λ<=log n,65536,1,514322,7.847930908203125
RRDCD,λ<=log n,65536,1,493167,7.5251312255859375
RRDCD,λ<=log n,65536,1,444893,6.7885284423828125
RRDCD,λ<=log n,65536,1,443448,6.7664794921875
RRDCD,λ<=log n,65536,1,486468,7.42291259765625
RRDCD,λ<=log n,65536,1,495856,7.566162109375
RRDCD,λ<=log n,65536,1,446675,6.8157196044921875
RRDCD,λ<=log n,65536,1,469378,7.162139892578125
RRDCD,λ<=log n,65536,1,452780,6.90887451171875
RRDCD,λ<=log n,65536,1,471206,7.190032958984375
RRDCD,λ<=log n,65536,1,456932,6.97222900390625
RRDCD,λ<=log n,65536,1,456252,6.96185302734375
RRDCD,λ<=log n,65536,1,453850,6.925201416015625
RRDCD,λ<=log n,65536,1,457884,6.98675537109375
RRDCD,λ<=log n,65536,1,461417,7.0406646728515625
RRDCD,λ<=log n,65536,1,475140,7.25006103515625
RRDCD,λ<=log n,65536,1,460153,7.0213775634765625
RRDCD,λ<=log n,65536,1,492988,7.52239990234375
RRDCD,λ<=log n,65536,1,464663,7.0901947021484375
RRDCD,λ<=log n,65536,1,444555,6.7833709716796875
RRDCD,λ<=log n,65536,1,453026,6.912628173828125
RRDCD,λ<=log n,65536,1,466486,7.118011474609375
RRDCD,λ<=log n,65536,1,504877,7.7038116455078125
RRDCD,λ<=log n,65536,1,448733,6.8471221923828125
RRDCD,λ<=log n,65536,1,508920,7.7655029296875
RRDCD,λ<=log n,65536,1,463987,7.0798797607421875
RRDCD,λ<=log n,65536,1,480959,7.3388519287109375
RRDCD,λ<=log n,65536,1,456470,6.965179443359375
RRDCD,λ<=log n,65536,1,487016,7.4312744140625
RRDCD,λ<=log n,65536,1,449476,6.85845947265625
RRDCD,λ<=log n,65536,1,455451,6.9496307373046875
RRDCD,λ<=log n,65536,1,459595,7.0128631591796875
RRDCD,λ<=log n,65536,1,491014,7.492279052734375
RRDCD,λ<=log n,65536,1,467918,7.139862060546875
RRDCD,λ<=log n,65536,1,469174,7.159027099609375
RRDCD,λ<=log n,65536,1,453247,6.9160003662109375
RRDCD,λ<=log n,65536,1,448694,6.846527099609375
RRDCD,λ<=log n,65536,1,508077,7.7526397705078125
RRDCD,λ<=log n,65536,1,479544,7.3172607421875
RRDCD,λ<=log n,65536,1,465266,7.099395751953125
RRDCD,λ<=log n,65536,1,510085,7.7832794189453125
RRDCD,λ<=log n,65536,1,458192,6.991455078125
RRDCD,λ<=log n,65536,1,544599,8.309921264648438
RRDCD,λ<=log n,65536,1,455885,6.9562530517578125
RRDCD,λ<=log n,65536,1,458748,6.99993896484375
RRDCD,λ<=log n,65536,1,477838,7.291229248046875
RRDCD,λ<=log n,65536,1,439023,6.6989593505859375
RRDCD,λ<=log n,65536,1,468030,7.141571044921875
RRDCD,λ<=log n,65536,1,517692,7.89935302734375
RRDCD,λ<=log n,65536,1,442891,6.7579803466796875
RRDCD,λ<=log n,65536,1,446803,6.8176727294921875
RRDCD,λ<=log n,65536,1,450025,6.8668365478515625
RRDCD,λ<=log n,65536,1,455270,6.946868896484375
RRDCD,λ<=log n,65536,1,538846,8.222137451171875
RRDCD,λ<=log n,65536,1,462499,7.0571746826171875
RRDCD,λ<=log n,65536,1,437689,6.6786041259765625
RRDCD,λ<=log n,65536,1,448868,6.84918212890625
RRDCD,λ<=log n,65536,1,487705,7.4417877197265625
RRDCD,λ<=log n,65536,1,550980,8.40728759765625
RRDCD,λ<=log n,65536,1,470089,7.1729888916015625
RRDCD,λ<=log n,65536,1,463894,7.078460693359375
RRDCD,λ<=log n,65536,1,472329,7.2071685791015625
RRDCD,λ<=log n,65536,1,523902,7.994110107421875
RRDCD,λ<=log n,65536,1,448352,6.84130859375
RRDCD,λ<=log n,65536,1,494474,7.545074462890625
RRDCD,λ<=log n,65536,1,478247,7.2974700927734375
RRDCD,λ<=log n,65536,1,460229,7.0225372314453125
RRDCD,λ<=log n,65536,1,482182,7.357513427734375
RRDCD,λ<=log n,65536,1,439795,6.7107391357421875
RRDCD,λ<=log n,65536,1,449941,6.8655548095703125
RRDCD,λ<=log n,65536,1,466981,7.1255645751953125
RRDCD,λ<=log n,65536,1,454051,6.9282684326171875
RRDCD,λ<=log n,65536,1,435501,6.6452178955078125
RRDCD,λ<=log n,65536,1,460617,7.0284576416015625
RRDCD,λ<=log n,65536,1,446838,6.818206787109375
RRDCD,λ<=log n,65536,1,464064,7.0810546875
RRDCD,λ<=log n,65536,1,460581,7.0279083251953125
RRDCD,λ<=log n,65536,1,468225,7.1445465087890625
RRDCD,λ<=log n,65536,1,475011,7.2480926513671875
RRDCD,λ<=log n,65536,1,461372,7.03997802734375
RRDCD,λ<=log n,65536,1,480308,7.32891845703125
RRDCD,λ<=log n,65536,1,450001,6.8664703369140625
RRDCD,λ<=log n,65536,1,459563,7.0123748779296875
RRDCD,λ<=log n,65536,1,465109,7.0970001220703125
RRDCD,λ<=log n,65536,1,464657,7.0901031494140625
RRDCD,λ<=log n,65536,1,514384,7.848876953125
RRDCD,λ<=log n,65536,1,484002,7.385284423828125
RRDCD,λ<=log n,65536,1,453292,6.91668701171875
RRDCD,λ<=log n,65536,1,489166,7.464080810546875
RRDCD,λ<=log n,65536,1,527941,8.055740356445312
RRDCD,λ<=log n,65536,1,491129,7.4940338134765625
RRDCD,λ<=log n,65536,1,479687,7.3194427490234375
RRDCD,λ<=log n,65536,1,499315,7.6189422607421875
RRDCD,λ<=log n,65536,1,485513,7.4083404541015625
RHDCD,λ<=log n,65536,1,413590,6.310882568359375
RHDCD,λ<=log n,65536,1,422736,6.450439453125
RHDCD,λ<=log n,65536,1,488840,7.4591064453125
RHDCD,λ<=log n,65536,1,403887,6.1628265380859375
RHDCD,λ<=log n,65536,1,400200,6.1065673828125
RHDCD,λ<=log n,65536,1,434405,6.6284942626953125
RHDCD,λ<=log n,65536,1,408045,6.2262725830078125
RHDCD,λ<=log n,65536,1,409456,6.247802734375
RHDCD,λ<=log n,65536,1,421183,6.4267425537109375
RHDCD,λ<=log n,65536,1,467534,7.134002685546875
RHDCD,λ<=log n,65536,1,410766,6.267791748046875
RHDCD,λ<=log n,65536,1,475328,7.2529296875
RHDCD,λ<=log n,65536,1,434099,6.6238250732421875
RHDCD,λ<=log n,65536,1,437436,6.67474365234375
RHDCD,λ<=log n,65536,1,428410,6.537017822265625
RHDCD,λ<=log n,65536,1,462106,7.051177978515625
RHDCD,λ<=log n,65536,1,403312,6.154052734375
RHDCD,λ<=log n,65536,1,394661,6.0220489501953125
RHDCD,λ<=log n,65536,1,437238,6.671722412109375
RHDCD,λ<=log n,65536,1,424296,6.4742431640625
RHDCD,λ<=log n,65536,1,426229,6.5037384033203125
RHDCD,λ<=log n,65536,1,420625,6.4182281494140625
RHDCD,λ<=log n,65536,1,418449,6.3850250244140625
RHDCD,λ<=log n,65536,1,442249,6.7481842041015625
RHDCD,λ<=log n,65536,1,431499,6.5841522216796875
RHDCD,λ<=log n,65536,1,470052,7.17242431640625
RHDCD,λ<=log n,65536,1,413646,6.311737060546875
RHDCD,λ<=log n,65536,1,418701,6.3888702392578125
RHDCD,λ<=log n,65536,1,416428,6.35418701171875
RHDCD,λ<=log n,65536,1,440510,6.721649169921875
RHDCD,λ<=log n,65536,1,450132,6.86846923828125
RHDCD,λ<=log n,65536,1,419062,6.394378662109375
RHDCD,λ<=log n,65536,1,417077,6.3640899658203125
RHDCD,λ<=log n,65536,1,395492,6.03472900390625
RHDCD,λ<=log n,65536,1,423660,6.46453857421875
RHDCD,λ<=log n,65536,1,434483,6.6296844482421875
RHDCD,λ<=log n,65536,1,426389,6.5061798095703125
RHDCD,λ<=log n,65536,1,484325,7.3902130126953125
RHDCD,λ<=log n,65536,1,416360,6.3531494140625
RHDCD,λ<=log n,65536,1,455410,6.949005126953125
RHDCD,λ<=log n,65536,1,421177,6.4266510009765625
RHDCD,λ<=log n,65536,1,419390,6.399383544921875
RHDCD,λ<=log n,65536,1,450774,6.878265380859375
RHDCD,λ<=log n,65536,1,388411,5.9266815185546875
RHDCD,λ<=log n,65536,1,433327,6.6120452880859375
RHDCD,λ<=log n,65536,1,417076,6.36407470703125
RHDCD,λ<=log n,65536,1,470153,7.1739654541015625
RHDCD,λ<=log n,65536,1,452705,6.9077301025390625
RHDCD,λ<=log n,65536,1,432748,6.60321044921875
RHDCD,λ<=log n,65536,1,423910,6.468353271484375
RHDCD,λ<=log n,65536,1,395940,6.04156494140625
RHDCD,λ<=log n,65536,1,408639,6.2353363037109375
RHDCD,λ<=log n,65536,1,482021,7.3550567626953125
RHDCD,λ<=log n,65536,1,417024,6.36328125
RHDCD,λ<=log n,65536,1,422313,6.4439849853515625
RHDCD,λ<=log n,65536,1,429741,6.5573272705078125
RHDCD,λ<=log n,65536,1,421276,6.42816162109375
RHDCD,λ<=log n,65536,1,435670,6.647796630859375
RHDCD,λ<=log n,65536,1,493055,7.5234222412109375
RHDCD,λ<=log n,65536,1,431244,6.58026123046875
RHDCD,λ<=log n,65536,1,431595,6.5856170654296875
RHDCD,λ<=log n,65536,1,422097,6.4406890869140625
RHDCD,λ<=log n,65536,1,442946,6.758819580078125
RHDCD,λ<=log n,65536,1,459005,7.0038604736328125
RHDCD,λ<=log n,65536,1,431873,6.5898590087890625
RHDCD,λ<=log n,65536,1,436546,6.661163330078125
RHDCD,λ<=log n,65536,1,433336,6.6121826171875
RHDCD,λ<=log n,65536,1,416904,6.3614501953125
RHDCD,λ<=log n,65536,1,447404,6.82684326171875
RHDCD,λ<=log n,65536,1,407211,6.2135467529296875
RHDCD,λ<=log n,65536,1,463503,7.0724945068359375
RHDCD,λ<=log n,65536,1,483500,7.37762451171875
RHDCD,λ<=log n,65536,1,420246,6.412445068359375
RHDCD,λ<=log n,65536,1,509694,7.777313232421875
RHDCD,λ<=log n,65536,1,409119,6.2426605224609375
RHDCD,λ<=log n,65536,1,479397,7.3150177001953125
RHDCD,λ<=log n,65536,1,400076,6.10467529296875
RHDCD,λ<=log n,65536,1,427409,6.5217437744140625
RHDCD,λ<=log n,65536,1,431015,6.5767669677734375
RHDCD,λ<=log n,65536,1,441957,6.7437286376953125
RHDCD,λ<=log n,65536,1,420526,6.416717529296875
RHDCD,λ<=log n,65536,1,482189,7.3576202392578125
RHDCD,λ<=log n,65536,1,397198,6.060760498046875
RHDCD,λ<=log n,65536,1,410400,6.26220703125
RHDCD,λ<=log n,65536,1,411239,6.2750091552734375
RHDCD,λ<=log n,65536,1,417820,6.37542724609375
RHDCD,λ<=log n,65536,1,418863,6.3913421630859375
RHDCD,λ<=log n,65536,1,452506,6.904693603515625
RHDCD,λ<=log n,65536,1,442668,6.75457763671875
RHDCD,λ<=log n,65536,1,440965,6.7285919189453125
RHDCD,λ<=log n,65536,1,439823,6.7111663818359375
RHDCD,λ<=log n,65536,1,413256,6.3057861328125
RHDCD,λ<=log n,65536,1,422107,6.4408416748046875
RHDCD,λ<=log n,65536,1,468426,7.147613525390625
RHDCD,λ<=log n,65536,1,444011,6.7750701904296875
RHDCD,λ<=log n,65536,1,414462,6.324188232421875
RHDCD,λ<=log n,65536,1,407065,6.2113189697265625
RHDCD,λ<=log n,65536,1,429505,6.5537261962890625
RHDCD,λ<=log n,65536,1,427883,6.5289764404296875
RHDCD,λ<=log n,65536,1,480272,7.328369140625
RHLCD,λ<=log n,65536,1,392717,5.9923858642578125
RHLCD,λ<=log n,65536,1,387192,5.9080810546875
RHLCD,λ<=log n,65536,1,414792,6.3292236328125
RHLCD,λ<=log n,65536,1,394884,6.02545166015625
RHLCD,λ<=log n,65536,1,403127,6.1512298583984375
RHLCD,λ<=log n,65536,1,406329,6.2000885009765625
RHLCD,λ<=log n,65536,1,427076,6.51666259765625
RHLCD,λ<=log n,65536,1,424658,6.479766845703125
RHLCD,λ<=log n,65536,1,439652,6.70855712890625
RHLCD,λ<=log n,65536,1,482341,7.3599395751953125
RHLCD,λ<=log n,65536,1,430517,6.5691680908203125
RHLCD,λ<=log n,65536,1,423679,6.4648284912109375
RHLCD,λ<=log n,65536,1,488347,7.4515838623046875
RHLCD,λ<=log n,65536,1,416813,6.3600616455078125
RHLCD,λ<=log n,65536,1,396122,6.044342041015625
RHLCD,λ<=log n,65536,1,413809,6.3142242431640625
RHLCD,λ<=log n,65536,1,406811,6.2074432373046875
RHLCD,λ<=log n,65536,1,429979,6.5609588623046875
RHLCD,λ<=log n,65536,1,406323,6.1999969482421875
RHLCD,λ<=log n,65536,1,393615,6.0060882568359375
RHLCD,λ<=log n,65536,1,424908,6.48358154296875
RHLCD,λ<=log n,65536,1,434303,6.6269378662109375
RHLCD,λ<=log n,65536,1,406594,6.204132080078125
RHLCD,λ<=log n,65536,1,409051,6.2416229248046875
RHLCD,λ<=log n,65536,1,404433,6.1711578369140625
RHLCD,λ<=log n,65536,1,420522,6.416656494140625
RHLCD,λ<=log n,65536,1,444206,6.778045654296875
RHLCD,λ<=log n,65536,1,415773,6.3441925048828125
RHLCD,λ<=log n,65536,1,418114,6.379913330078125
RHLCD,λ<=log n,65536,1,447789,6.8327178955078125
RHLCD,λ<=log n,65536,1,401363,6.1243133544921875
RHLCD,λ<=log n,65536,1,399307,6.0929412841796875
RHLCD,λ<=log n,65536,1,396422,6.048919677734375
RHLCD,λ<=log n,65536,1,415426,6.338897705078125
RHLCD,λ<=log n,65536,1,442157,6.7467803955078125
RHLCD,λ<=log n,65536,1,473411,7.2236785888671875
RHLCD,λ<=log n,65536,1,387978,5.920074462890625
RHLCD,λ<=log n,65536,1,389344,5.94091796875
RHLCD,λ<=log n,65536,1,423049,6.4552154541015625
RHLCD,λ<=log n,65536,1,388453,5.9273223876953125
RHLCD,λ<=log n,65536,1,451297,6.8862457275390625
RHLCD,λ<=log n,65536,1,411753,6.2828521728515625
RHLCD,λ<=log n,65536,1,431295,6.5810394287109375
RHLCD,λ<=log n,65536,1,412900,6.30035400390625
RHLCD,λ<=log n,65536,1,399941,6.1026153564453125
RHLCD,λ<=log n,65536,1,410738,6.267364501953125
RHLCD,λ<=log n,65536,1,411974,6.286224365234375
RHLCD,λ<=log n,65536,1,402112,6.1357421875
RHLCD,λ<=log n,65536,1,442651,6.7543182373046875
RHLCD,λ<=log n,65536,1,404544,6.1728515625
RHLCD,λ<=log n,65536,1,435098,6.639068603515625
RHLCD,λ<=log n,65536,1,401383,6.1246185302734375
RHLCD,λ<=log n,65536,1,402109,6.1356964111328125
RHLCD,λ<=log n,65536,1,411664,6.281494140625
RHLCD,λ<=log n,65536,1,407901,6.2240753173828125
RHLCD,λ<=log n,65536,1,419352,6.3988037109375
RHLCD,λ<=log n,65536,1,399393,6.0942535400390625
RHLCD,λ<=log n,65536,1,405413,6.1861114501953125
RHLCD,λ<=log n,65536,1,413682,6.312286376953125
RHLCD,λ<=log n,65536,1,409899,6.2545623779296875
RHLCD,λ<=log n,65536,1,395093,6.0286407470703125
RHLCD,λ<=log n,65536,1,496721,7.5793609619140625
RHLCD,λ<=log n,65536,1,389656,5.9456787109375
RHLCD,λ<=log n,65536,1,413741,6.3131866455078125
RHLCD,λ<=log n,65536,1,453130,6.914215087890625
RHLCD,λ<=log n,65536,1,397789,6.0697784423828125
RHLCD,λ<=log n,65536,1,389566,5.944305419921875
RHLCD,λ<=log n,65536,1,432572,6.60052490234375
RHLCD,λ<=log n,65536,1,451531,6.8898162841796875
RHLCD,λ<=log n,65536,1,409450,6.247711181640625
RHLCD,λ<=log n,65536,1,403185,6.1521148681640625
RHLCD,λ<=log n,65536,1,403606,6.158538818359375
RHLCD,λ<=log n,65536,1,426038,6.500823974609375
RHLCD,λ<=log n,65536,1,401721,6.1297760009765625
RHLCD,λ<=log n,65536,1,441791,6.7411956787109375
RHLCD,λ<=log n,65536,1,406623,6.2045745849609375
RHLCD,λ<=log n,65536,1,444294,6.779388427734375
RHLCD,λ<=log n,65536,1,463280,7.069091796875
RHLCD,λ<=log n,65536,1,448056,6.8367919921875
RHLCD,λ<=log n,65536,1,393232,6.000244140625
RHLCD,λ<=log n,65536,1,411551,6.2797698974609375
RHLCD,λ<=log n,65536,1,414194,6.320098876953125
RHLCD,λ<=log n,65536,1,390625,5.9604644775390625
RHLCD,λ<=log n,65536,1,469295,7.1608734130859375
RHLCD,λ<=log n,65536,1,415414,6.338714599609375
RHLCD,λ<=log n,65536,1,456884,6.97149658203125
RHLCD,λ<=log n,65536,1,387121,5.9069976806640625
RHLCD,λ<=log n,65536,1,434599,6.6314544677734375
RHLCD,λ<=log n,65536,1,426588,6.50921630859375
RHLCD,λ<=log n,65536,1,423607,6.4637298583984375
RHLCD,λ<=log n,65536,1,396966,6.057220458984375
RHLCD,λ<=log n,65536,1,441756,6.74066162109375
RHLCD,λ<=log n,65536,1,423742,6.465789794921875
RHLCD,λ<=log n,65536,1,413952,6.31640625
RHLCD,λ<=log n,65536,1,396999,6.0577239990234375
RHLCD,λ<=log n,65536,1,428273,6.5349273681640625
RHLCD,λ<=log n,65536,1,398069,6.0740509033203125
RHLCD,λ<=log n,65536,1,473864,7.2305908203125
RHLCD,λ<=log n,65536,1,381931,5.8278045654296875
RHLCD,λ<=log n,65536,1,409799,6.2530364990234375
RRLCD,λ<=log n,65536,1,403917,6.1632843017578125
RRLCD,λ<=log n,65536,1,421579,6.4327850341796875
RRLCD,λ<=log n,65536,1,465261,7.0993194580078125
RRLCD,λ<=log n,65536,1,445472,6.79736328125
RRLCD,λ<=log n,65536,1,427969,6.5302886962890625
RRLCD,λ<=log n,65536,1,439688,6.7091064453125
RRLCD,λ<=log n,65536,1,423594,6.463531494140625
RRLCD,λ<=log n,65536,1,428535,6.5389251708984375
RRLCD,λ<=log n,65536,1,459380,7.00958251953125
RRLCD,λ<=log n,65536,1,397277,6.0619659423828125
RRLCD,λ<=log n,65536,1,422271,6.4433441162109375
RRLCD,λ<=log n,65536,1,439388,6.70452880859375
RRLCD,λ<=log n,65536,1,456891,6.9716033935546875
RRLCD,λ<=log n,65536,1,430085,6.5625762939453125
RRLCD,λ<=log n,65536,1,413084,6.30316162109375
RRLCD,λ<=log n,65536,1,532190,8.120574951171875
RRLCD,λ<=log n,65536,1,412195,6.2895965576171875
RRLCD,λ<=log n,65536,1,419227,6.3968963623046875
RRLCD,λ<=log n,65536,1,421715,6.4348602294921875
RRLCD,λ<=log n,65536,1,509766,7.778411865234375
RRLCD,λ<=log n,65536,1,436633,6.6624908447265625
RRLCD,λ<=log n,65536,1,415159,6.3348236083984375
RRLCD,λ<=log n,65536,1,433639,6.6168060302734375
RRLCD,λ<=log n,65536,1,425912,6.4989013671875
RRLCD,λ<=log n,65536,1,410069,6.2571563720703125
RRLCD,λ<=log n,65536,1,464518,7.087982177734375
RRLCD,λ<=log n,65536,1,405962,6.194488525390625
RRLCD,λ<=log n,65536,1,413709,6.3126983642578125
RRLCD,λ<=log n,65536,1,431414,6.582855224609375
RRLCD,λ<=log n,65536,1,423109,6.4561309814453125
RRLCD,λ<=log n,65536,1,428147,6.5330047607421875
RRLCD,λ<=log n,65536,1,411909,6.2852325439453125
RRLCD,λ<=log n,65536,1,400625,6.1130523681640625
RRLCD,λ<=log n,65536,1,406808,6.2073974609375
RRLCD,λ<=log n,65536,1,438445,6.6901397705078125
RRLCD,λ<=log n,65536,1,432507,6.5995330810546875
RRLCD,λ<=log n,65536,1,404698,6.175201416015625
RRLCD,λ<=log n,65536,1,453059,6.9131317138671875
RRLCD,λ<=log n,65536,1,423252,6.45831298828125
RRLCD,λ<=log n,65536,1,418545,6.3864898681640625
RRLCD,λ<=log n,65536,1,407002,6.210357666015625
RRLCD,λ<=log n,65536,1,456164,6.96051025390625
RRLCD,λ<=log n,65536,1,396310,6.047210693359375
RRLCD,λ<=log n,65536,1,415087,6.3337249755859375
RRLCD,λ<=log n,65536,1,412040,6.2872314453125
RRLCD,λ<=log n,65536,1,430205,6.5644073486328125
RRLCD,λ<=log n,65536,1,394789,6.0240020751953125
RRLCD,λ<=log n,65536,1,428480,6.5380859375
RRLCD,λ<=log n,65536,1,441258,6.733062744140625
RRLCD,λ<=log n,65536,1,425312,6.48974609375
RRLCD,λ<=log n,65536,1,473023,7.2177581787109375
RRLCD,λ<=log n,65536,1,417428,6.36944580078125
RRLCD,λ<=log n,65536,1,430553,6.5697174072265625
RRLCD,λ<=log n,65536,1,425171,6.4875946044921875
RRLCD,λ<=log n,65536,1,420273,6.4128570556640625
RRLCD,λ<=log n,65536,1,478363,7.2992401123046875
RRLCD,λ<=log n,65536,1,464958,7.094696044921875
RRLCD,λ<=log n,65536,1,437107,6.6697235107421875
RRLCD,λ<=log n,65536,1,410883,6.2695770263671875
RRLCD,λ<=log n,65536,1,458156,6.99090576171875
RRLCD,λ<=log n,65536,1,419944,6.4078369140625
RRLCD,λ<=log n,65536,1,448348,6.84124755859375
RRLCD,λ<=log n,65536,1,449135,6.8532562255859375
RRLCD,λ<=log n,65536,1,447735,6.8318939208984375
RRLCD,λ<=log n,65536,1,447284,6.82501220703125
RRLCD,λ<=log n,65536,1,458037,6.9890899658203125
RRLCD,λ<=log n,65536,1,422295,6.4437103271484375
RRLCD,λ<=log n,65536,1,458429,6.9950714111328125
RRLCD,λ<=log n,65536,1,430036,6.56182861328125
RRLCD,λ<=log n,65536,1,476191,7.2660980224609375
RRLCD,λ<=log n,65536,1,465625,7.1048736572265625
RRLCD,λ<=log n,65536,1,446937,6.8197174072265625
RRLCD,λ<=log n,65536,1,428373,6.5364532470703125
RRLCD,λ<=log n,65536,1,439813,6.7110137939453125
RRLCD,λ<=log n,65536,1,432600,6.6009521484375
RRLCD,λ<=log n,65536,1,432355,6.5972137451171875
RRLCD,λ<=log n,65536,1,422574,6.447967529296875
RRLCD,λ<=log n,65536,1,471173,7.1895294189453125
RRLCD,λ<=log n,65536,1,430041,6.5619049072265625
RRLCD,λ<=log n,65536,1,464571,7.0887908935546875
RRLCD,λ<=log n,65536,1,417763,6.3745574951171875
RRLCD,λ<=log n,65536,1,422853,6.4522247314453125
RRLCD,λ<=log n,65536,1,429837,6.5587921142578125
RRLCD,λ<=log n,65536,1,403320,6.1541748046875
RRLCD,λ<=log n,65536,1,423247,6.4582366943359375
RRLCD,λ<=log n,65536,1,416134,6.349700927734375
RRLCD,λ<=log n,65536,1,442631,6.7540130615234375
RRLCD,λ<=log n,65536,1,475323,7.2528533935546875
RRLCD,λ<=log n,65536,1,448246,6.839691162109375
RRLCD,λ<=log n,65536,1,448693,6.8465118408203125
RRLCD,λ<=log n,65536,1,463290,7.069244384765625
RRLCD,λ<=log n,65536,1,409142,6.243011474609375
RRLCD,λ<=log n,65536,1,462366,7.055145263671875
RRLCD,λ<=log n,65536,1,442808,6.7567138671875
RRLCD,λ<=log n,65536,1,414909,6.3310089111328125
RRLCD,λ<=log n,65536,1,416901,6.3614044189453125
RRLCD,λ<=log n,65536,1,417083,6.3641815185546875
RRLCD,λ<=log n,65536,1,424691,6.4802703857421875
RRLCD,λ<=log n,65536,1,410260,6.26007080078125
RRLCD,λ<=log n,65536,1,437013,6.6682891845703125
RSLCD,λ<=log n,65536,1,605869,9.244827270507812
RSLCD,λ<=log n,65536,1,587606,8.966156005859375
RSLCD,λ<=log n,65536,1,624657,9.531509399414062
RSLCD,λ<=log n,65536,1,649824,9.91552734375
RSLCD,λ<=log n,65536,1,570405,8.703689575195312
RSLCD,λ<=log n,65536,1,543345,8.290786743164062
RSLCD,λ<=log n,65536,1,554672,8.463623046875
RSLCD,λ<=log n,65536,1,644019,9.826950073242188
RSLCD,λ<=log n,65536,1,573871,8.756576538085938
RSLCD,λ<=log n,65536,1,645877,9.855300903320312
RSLCD,λ<=log n,65536,1,584095,8.912582397460938
RSLCD,λ<=log n,65536,1,576422,8.795501708984375
RSLCD,λ<=log n,65536,1,625437,9.543411254882812
RSLCD,λ<=log n,65536,1,669975,10.223007202148438
RSLCD,λ<=log n,65536,1,588951,8.986679077148438
RSLCD,λ<=log n,65536,1,641271,9.785018920898438
RSLCD,λ<=log n,65536,1,594479,9.071029663085938
RSLCD,λ<=log n,65536,1,570182,8.700286865234375
RSLCD,λ<=log n,65536,1,576142,8.791229248046875
RSLCD,λ<=log n,65536,1,563749,8.602127075195312
RSLCD,λ<=log n,65536,1,652915,9.962692260742188
RSLCD,λ<=log n,65536,1,630830,9.625701904296875
RSLCD,λ<=log n,65536,1,585709,8.937210083007812
RSLCD,λ<=log n,65536,1,649384,9.9088134765625
RSLCD,λ<=log n,65536,1,589814,8.999847412109375
RSLCD,λ<=log n,65536,1,655345,9.999771118164062
RSLCD,λ<=log n,65536,1,598408,9.1309814453125
RSLCD,λ<=log n,65536,1,591411,9.024215698242188
RSLCD,λ<=log n,65536,1,613886,9.367156982421875
RSLCD,λ<=log n,65536,1,664581,10.140701293945312
RSLCD,λ<=log n,65536,1,661184,10.0888671875
RSLCD,λ<=log n,65536,1,630867,9.626266479492188
RSLCD,λ<=log n,65536,1,605077,9.232742309570312
RSLCD,λ<=log n,65536,1,626395,9.558029174804688
RSLCD,λ<=log n,65536,1,591707,9.028732299804688
RSLCD,λ<=log n,65536,1,597040,9.110107421875
RSLCD,λ<=log n,65536,1,717195,10.943527221679688
RSLCD,λ<=log n,65536,1,627855,9.580307006835938
RSLCD,λ<=log n,65536,1,675699,10.310348510742188
RSLCD,λ<=log n,65536,1,627159,9.569686889648438
RSLCD,λ<=log n,65536,1,617652,9.42462158203125
RSLCD,λ<=log n,65536,1,679576,10.3695068359375
RSLCD,λ<=log n,65536,1,599386,9.145904541015625
RSLCD,λ<=log n,65536,1,595090,9.080352783203125
RSLCD,λ<=log n,65536,1,565422,8.627655029296875
RSLCD,λ<=log n,65536,1,578951,8.834091186523438
RSLCD,λ<=log n,65536,1,605152,9.23388671875
RSLCD,λ<=log n,65536,1,649048,9.9036865234375
RSLCD,λ<=log n,65536,1,607357,9.267532348632812
RSLCD,λ<=log n,65536,1,680926,10.390106201171875
RSLCD,λ<=log n,65536,1,664578,10.140655517578125
RSLCD,λ<=log n,65536,1,620571,9.469161987304688
RSLCD,λ<=log n,65536,1,582539,8.888839721679688
RSLCD,λ<=log n,65536,1,591054,9.018768310546875
RSLCD,λ<=log n,65536,1,648297,9.892227172851562
RSLCD,λ<=log n,65536,1,609302,9.297210693359375
RSLCD,λ<=log n,65536,1,614924,9.38299560546875
RSLCD,λ<=log n,65536,1,606672,9.257080078125
RSLCD,λ<=log n,65536,1,630214,9.616302490234375
RSLCD,λ<=log n,65536,1,596639,9.103988647460938
RSLCD,λ<=log n,65536,1,618635,9.439620971679688
RSLCD,λ<=log n,65536,1,631027,9.628707885742188
RSLCD,λ<=log n,65536,1,611718,9.334075927734375
RSLCD,λ<=log n,65536,1,741604,11.31597900390625
RSLCD,λ<=log n,65536,1,574000,8.758544921875
RSLCD,λ<=log n,65536,1,646500,9.86480712890625
RSLCD,λ<=log n,65536,1,603965,9.215774536132812
RSLCD,λ<=log n,65536,1,644653,9.836624145507812
RSLCD,λ<=log n,65536,1,608540,9.28558349609375
RSLCD,λ<=log n,65536,1,589684,8.99786376953125
RSLCD,λ<=log n,65536,1,605707,9.242355346679688
RSLCD,λ<=log n,65536,1,581915,8.879318237304688
RSLCD,λ<=log n,65536,1,596315,9.099044799804688
RSLCD,λ<=log n,65536,1,603664,9.211181640625
RSLCD,λ<=log n,65536,1,596201,9.097305297851562
RSLCD,λ<=log n,65536,1,589721,8.998428344726562
RSLCD,λ<=log n,65536,1,597691,9.120040893554688
RSLCD,λ<=log n,65536,1,566246,8.640228271484375
RSLCD,λ<=log n,65536,1,714151,10.897079467773438
RSLCD,λ<=log n,65536,1,616620,9.40887451171875
RSLCD,λ<=log n,65536,1,627231,9.570785522460938
RSLCD,λ<=log n,65536,1,639555,9.758834838867188
RSLCD,λ<=log n,65536,1,628383,9.588363647460938
RSLCD,λ<=log n,65536,1,607786,9.274078369140625
RSLCD,λ<=log n,65536,1,644606,9.835906982421875
RSLCD,λ<=log n,65536,1,602776,9.1976318359375
RSLCD,λ<=log n,65536,1,599534,9.148162841796875
RSLCD,λ<=log n,65536,1,633112,9.6605224609375
RSLCD,λ<=log n,65536,1,570553,8.705947875976562
RSLCD,λ<=log n,65536,1,588231,8.975692749023438
RSLCD,λ<=log n,65536,1,586328,8.9466552734375
RSLCD,λ<=log n,65536,1,604147,9.218551635742188
RSLCD,λ<=log n,65536,1,626698,9.562652587890625
RSLCD,λ<=log n,65536,1,584080,8.912353515625
RSLCD,λ<=log n,65536,1,592009,9.033340454101562
RSLCD,λ<=log n,65536,1,554891,8.466964721679688
RSLCD,λ<=log n,65536,1,581353,8.870742797851562
RSLCD,λ<=log n,65536,1,581387,8.871261596679688
RSLCD,λ<=log n,65536,1,651858,9.946563720703125
RSLCD,λ<=log n,65536,1,584578,8.919952392578125
RSDSD,λ<=log n,65536,1,650551,9.926620483398438
RSDSD,λ<=log n,65536,1,646514,9.865020751953125
RSDSD,λ<=log n,65536,1,726566,11.086517333984375
RSDSD,λ<=log n,65536,1,690409,10.534805297851562
RSDSD,λ<=log n,65536,1,603681,9.211441040039062
RSDSD,λ<=log n,65536,1,655317,9.999343872070312
RSDSD,λ<=log n,65536,1,709872,10.831787109375
RSDSD,λ<=log n,65536,1,646878,9.870574951171875
RSDSD,λ<=log n,65536,1,610369,9.313491821289062
RSDSD,λ<=log n,65536,1,696547,10.628463745117188
RSDSD,λ<=log n,65536,1,620566,9.469085693359375
RSDSD,λ<=log n,65536,1,700721,10.692153930664062
RSDSD,λ<=log n,65536,1,680516,10.38385009765625
RSDSD,λ<=log n,65536,1,626805,9.564285278320312
RSDSD,λ<=log n,65536,1,679863,10.373886108398438
RSDSD,λ<=log n,65536,1,640363,9.771163940429688
RSDSD,λ<=log n,65536,1,639700,9.76104736328125
RSDSD,λ<=log n,65536,1,635274,9.693511962890625
RSDSD,λ<=log n,65536,1,608248,9.2811279296875
RSDSD,λ<=log n,65536,1,736308,11.23516845703125
RSDSD,λ<=log n,65536,1,637218,9.723175048828125
RSDSD,λ<=log n,65536,1,709639,10.828231811523438
RSDSD,λ<=log n,65536,1,624310,9.526214599609375
RSDSD,λ<=log n,65536,1,627885,9.580764770507812
RSDSD,λ<=log n,65536,1,642723,9.807174682617188
RSDSD,λ<=log n,65536,1,618525,9.437942504882812
RSDSD,λ<=log n,65536,1,666330,10.167388916015625
RSDSD,λ<=log n,65536,1,647355,9.877853393554688
RSDSD,λ<=log n,65536,1,610000,9.307861328125
RSDSD,λ<=log n,65536,1,622126,9.492889404296875
RSDSD,λ<=log n,65536,1,610809,9.320205688476562
RSDSD,λ<=log n,65536,1,650010,9.918365478515625
RSDSD,λ<=log n,65536,1,614202,9.371978759765625
RSDSD,λ<=log n,65536,1,705194,10.760406494140625
RSDSD,λ<=log n,65536,1,610739,9.319137573242188
RSDSD,λ<=log n,65536,1,632087,9.644882202148438
RSDSD,λ<=log n,65536,1,621656,9.4857177734375
RSDSD,λ<=log n,65536,1,684466,10.444122314453125
RSDSD,λ<=log n,65536,1,688173,10.500686645507812
RSDSD,λ<=log n,65536,1,625959,9.551376342773438
RSDSD,λ<=log n,65536,1,621810,9.488067626953125
RSDSD,λ<=log n,65536,1,669794,10.220245361328125
RSDSD,λ<=log n,65536,1,661612,10.09539794921875
RSDSD,λ<=log n,65536,1,674117,10.286209106445312
RSDSD,λ<=log n,65536,1,619477,9.452468872070312
RSDSD,λ<=log n,65536,1,622419,9.497360229492188
RSDSD,λ<=log n,65536,1,633907,9.672653198242188
RSDSD,λ<=log n,65536,1,677487,10.337631225585938
RSDSD,λ<=log n,65536,1,624166,9.524017333984375
RSDSD,λ<=log n,65536,1,661954,10.100616455078125
RSDSD,λ<=log n,65536,1,681258,10.395172119140625
RSDSD,λ<=log n,65536,1,753582,11.498748779296875
RSDSD,λ<=log n,65536,1,691256,10.5477294921875
RSDSD,λ<=log n,65536,1,622971,9.505783081054688
RSDSD,λ<=log n,65536,1,686483,10.474899291992188
RSDSD,λ<=log n,65536,1,634216,9.6773681640625
RSDSD,λ<=log n,65536,1,631258,9.632232666015625
RSDSD,λ<=log n,65536,1,623727,9.517318725585938
RSDSD,λ<=log n,65536,1,631276,9.63250732421875
RSDSD,λ<=log n,65536,1,602187,9.188644409179688
RSDSD,λ<=log n,65536,1,687515,10.490646362304688
RSDSD,λ<=log n,65536,1,669516,10.21600341796875
RSDSD,λ<=log n,65536,1,684137,10.439102172851562
RSDSD,λ<=log n,65536,1,641317,9.785720825195312
RSDSD,λ<=log n,65536,1,627882,9.580718994140625
RSDSD,λ<=log n,65536,1,643184,9.814208984375
RSDSD,λ<=log n,65536,1,592418,9.039581298828125
RSDSD,λ<=log n,65536,1,697617,10.644790649414062
RSDSD,λ<=log n,65536,1,620178,9.463165283203125
RSDSD,λ<=log n,65536,1,653034,9.964508056640625
RSDSD,λ<=log n,65536,1,643325,9.816360473632812
RSDSD,λ<=log n,65536,1,640851,9.778610229492188
RSDSD,λ<=log n,65536,1,692271,10.563217163085938
RSDSD,λ<=log n,65536,1,635537,9.697525024414062
RSDSD,λ<=log n,65536,1,623542,9.514495849609375
RSDSD,λ<=log n,65536,1,707670,10.798187255859375
RSDSD,λ<=log n,65536,1,632144,9.645751953125
RSDSD,λ<=log n,65536,1,695992,10.6199951171875
RSDSD,λ<=log n,65536,1,593743,9.059799194335938
RSDSD,λ<=log n,65536,1,647470,9.879608154296875
RSDSD,λ<=log n,65536,1,646195,9.860153198242188
RSDSD,λ<=log n,65536,1,669043,10.208786010742188
RSDSD,λ<=log n,65536,1,733539,11.192916870117188
RSDSD,λ<=log n,65536,1,637466,9.726959228515625
RSDSD,λ<=log n,65536,1,583039,8.896469116210938
RSDSD,λ<=log n,65536,1,693728,10.58544921875
RSDSD,λ<=log n,65536,1,680761,10.387588500976562
RSDSD,λ<=log n,65536,1,722802,11.029083251953125
RSDSD,λ<=log n,65536,1,707990,10.803070068359375
RSDSD,λ<=log n,65536,1,722517,11.024734497070312
RSDSD,λ<=log n,65536,1,615537,9.392349243164062
RSDSD,λ<=log n,65536,1,691326,10.548797607421875
RSDSD,λ<=log n,65536,1,615185,9.386978149414062
RSDSD,λ<=log n,65536,1,651200,9.9365234375
RSDSD,λ<=log n,65536,1,743839,11.350082397460938
RSDSD,λ<=log n,65536,1,629647,9.607650756835938
RSDSD,λ<=log n,65536,1,642978,9.811065673828125
RSDSD,λ<=log n,65536,1,610363,9.313400268554688
RSDSD,λ<=log n,65536,1,660703,10.081527709960938
RSDSD,λ<=log n,65536,1,677444,10.33697509765625
RRDSD,λ<=log n,65536,1,443100,6.76116943359375
RRDSD,λ<=log n,65536,1,452574,6.905731201171875
RRDSD,λ<=log n,65536,1,453557,6.9207305908203125
RRDSD,λ<=log n,65536,1,499801,7.6263580322265625
RRDSD,λ<=log n,65536,1,452270,6.901092529296875
RRDSD,λ<=log n,65536,1,476404,7.26934814453125
RRDSD,λ<=log n,65536,1,456402,6.964141845703125
RRDSD,λ<=log n,65536,1,468108,7.14276123046875
RRDSD,λ<=log n,65536,1,460774,7.030853271484375
RRDSD,λ<=log n,65536,1,473710,7.228240966796875
RRDSD,λ<=log n,65536,1,463258,7.068756103515625
RRDSD,λ<=log n,65536,1,463936,7.0791015625
RRDSD,λ<=log n,65536,1,435990,6.652679443359375
RRDSD,λ<=log n,65536,1,488215,7.4495697021484375
RRDSD,λ<=log n,65536,1,462551,7.0579681396484375
RRDSD,λ<=log n,65536,1,445754,6.801666259765625
RRDSD,λ<=log n,65536,1,455382,6.948577880859375
RRDSD,λ<=log n,65536,1,461910,7.048187255859375
RRDSD,λ<=log n,65536,1,482318,7.359588623046875
RRDSD,λ<=log n,65536,1,478020,7.29400634765625
RRDSD,λ<=log n,65536,1,451352,6.8870849609375
RRDSD,λ<=log n,65536,1,512088,7.8138427734375
RRDSD,λ<=log n,65536,1,447077,6.8218536376953125
RRDSD,λ<=log n,65536,1,449026,6.851593017578125
RRDSD,λ<=log n,65536,1,444485,6.7823028564453125
RRDSD,λ<=log n,65536,1,452751,6.9084320068359375
RRDSD,λ<=log n,65536,1,453193,6.9151763916015625
RRDSD,λ<=log n,65536,1,431228,6.58001708984375
RRDSD,λ<=log n,65536,1,475199,7.2509613037109375
RRDSD,λ<=log n,65536,1,447934,6.834930419921875
RRDSD,λ<=log n,65536,1,434472,6.6295166015625
RRDSD,λ<=log n,65536,1,463169,7.0673980712890625
RRDSD,λ<=log n,65536,1,478573,7.3024444580078125
RRDSD,λ<=log n,65536,1,459174,7.006439208984375
RRDSD,λ<=log n,65536,1,461717,7.0452423095703125
RRDSD,λ<=log n,65536,1,486160,7.418212890625
RRDSD,λ<=log n,65536,1,506174,7.723602294921875
RRDSD,λ<=log n,65536,1,435040,6.63818359375
RRDSD,λ<=log n,65536,1,448697,6.8465728759765625
RRDSD,λ<=log n,65536,1,471607,7.1961517333984375
RRDSD,λ<=log n,65536,1,469169,7.1589508056640625
RRDSD,λ<=log n,65536,1,441893,6.7427520751953125
RRDSD,λ<=log n,65536,1,413874,6.315216064453125
RRDSD,λ<=log n,65536,1,442451,6.7512664794921875
RRDSD,λ<=log n,65536,1,439523,6.7065887451171875
RRDSD,λ<=log n,65536,1,451252,6.88555908203125
RRDSD,λ<=log n,65536,1,457074,6.974395751953125
RRDSD,λ<=log n,65536,1,471392,7.19287109375
RRDSD,λ<=log n,65536,1,511897,7.8109283447265625
RRDSD,λ<=log n,65536,1,467980,7.14080810546875
RRDSD,λ<=log n,65536,1,468493,7.1486358642578125
RRDSD,λ<=log n,65536,1,428681,6.5411529541015625
RRDSD,λ<=log n,65536,1,470158,7.174041748046875
RRDSD,λ<=log n,65536,1,450542,6.874725341796875
RRDSD,λ<=log n,65536,1,465671,7.1055755615234375
RRDSD,λ<=log n,65536,1,505159,7.7081146240234375
RRDSD,λ<=log n,65536,1,448377,6.8416900634765625
RRDSD,λ<=log n,65536,1,435755,6.6490936279296875
RRDSD,λ<=log n,65536,1,478639,7.3034515380859375
RRDSD,λ<=log n,65536,1,438541,6.6916046142578125
RRDSD,λ<=log n,65536,1,461262,7.038299560546875
RRDSD,λ<=log n,65536,1,449838,6.863983154296875
RRDSD,λ<=log n,65536,1,432439,6.5984954833984375
RRDSD,λ<=log n,65536,1,441188,6.73199462890625
RRDSD,λ<=log n,65536,1,477710,7.289276123046875
RRDSD,λ<=log n,65536,1,460803,7.0312957763671875
RRDSD,λ<=log n,65536,1,474631,7.2422943115234375
RRDSD,λ<=log n,65536,1,429978,6.560943603515625
RRDSD,λ<=log n,65536,1,433531,6.6151580810546875
RRDSD,λ<=log n,65536,1,469201,7.1594390869140625
RRDSD,λ<=log n,65536,1,504265,7.6944732666015625
RRDSD,λ<=log n,65536,1,456016,6.958251953125
RRDSD,λ<=log n,65536,1,445092,6.79156494140625
RRDSD,λ<=log n,65536,1,437544,6.6763916015625
RRDSD,λ<=log n,65536,1,441329,6.7341461181640625
RRDSD,λ<=log n,65536,1,443014,6.759857177734375
RRDSD,λ<=log n,65536,1,422122,6.441070556640625
RRDSD,λ<=log n,65536,1,440997,6.7290802001953125
RRDSD,λ<=log n,65536,1,440592,6.722900390625
RRDSD,λ<=log n,65536,1,446726,6.816497802734375
RRDSD,λ<=log n,65536,1,591761,9.029556274414062
RRDSD,λ<=log n,65536,1,427405,6.5216827392578125
RRDSD,λ<=log n,65536,1,433334,6.612152099609375
RRDSD,λ<=log n,65536,1,481208,7.3426513671875
RRDSD,λ<=log n,65536,1,497770,7.595367431640625
RRDSD,λ<=log n,65536,1,520834,7.947296142578125
RRDSD,λ<=log n,65536,1,477427,7.2849578857421875
RRDSD,λ<=log n,65536,1,447278,6.824920654296875
RRDSD,λ<=log n,65536,1,443313,6.7644195556640625
RRDSD,λ<=log n,65536,1,491399,7.4981536865234375
RRDSD,λ<=log n,65536,1,442721,6.7553863525390625
RRDSD,λ<=log n,65536,1,473043,7.2180633544921875
RRDSD,λ<=log n,65536,1,460797,7.0312042236328125
RRDSD,λ<=log n,65536,1,487438,7.437713623046875
RRDSD,λ<=log n,65536,1,466307,7.1152801513671875
RRDSD,λ<=log n,65536,1,467959,7.1404876708984375
RRDSD,λ<=log n,65536,1,446063,6.8063812255859375
RRDSD,λ<=log n,65536,1,461718,7.045257568359375
RRDSD,λ<=log n,65536,1,493620,7.53204345703125
RHDSD,λ<=log n,65536,1,472873,7.2154693603515625
RHDSD,λ<=log n,65536,1,448695,6.8465423583984375
RHDSD,λ<=log n,65536,1,451349,6.8870391845703125
RHDSD,λ<=log n,65536,1,526734,8.037322998046875
RHDSD,λ<=log n,65536,1,444118,6.776702880859375
RHDSD,λ<=log n,65536,1,471410,7.193145751953125
RHDSD,λ<=log n,65536,1,519147,7.9215545654296875
RHDSD,λ<=log n,65536,1,472912,7.216064453125
RHDSD,λ<=log n,65536,1,490138,7.478912353515625
RHDSD,λ<=log n,65536,1,452840,6.9097900390625
RHDSD,λ<=log n,65536,1,454560,6.93603515625
RHDSD,λ<=log n,65536,1,516992,7.888671875
RHDSD,λ<=log n,65536,1,470173,7.1742706298828125
RHDSD,λ<=log n,65536,1,443242,6.763336181640625
RHDSD,λ<=log n,65536,1,465197,7.0983428955078125
RHDSD,λ<=log n,65536,1,470564,7.18023681640625
RHDSD,λ<=log n,65536,1,441231,6.7326507568359375
RHDSD,λ<=log n,65536,1,474098,7.234161376953125
RHDSD,λ<=log n,65536,1,492116,7.50909423828125
RHDSD,λ<=log n,65536,1,504348,7.69573974609375
RHDSD,λ<=log n,65536,1,486748,7.42718505859375
RHDSD,λ<=log n,65536,1,458591,6.9975433349609375
RHDSD,λ<=log n,65536,1,497985,7.5986480712890625
RHDSD,λ<=log n,65536,1,471261,7.1908721923828125
RHDSD,λ<=log n,65536,1,459055,7.0046234130859375
RHDSD,λ<=log n,65536,1,476249,7.2669830322265625
RHDSD,λ<=log n,65536,1,448683,6.8463592529296875
RHDSD,λ<=log n,65536,1,449720,6.8621826171875
RHDSD,λ<=log n,65536,1,519802,7.931549072265625
RHDSD,λ<=log n,65536,1,452504,6.9046630859375
RHDSD,λ<=log n,65536,1,480588,7.33319091796875
RHDSD,λ<=log n,65536,1,484748,7.39666748046875
RHDSD,λ<=log n,65536,1,477832,7.2911376953125
RHDSD,λ<=log n,65536,1,468777,7.1529693603515625
RHDSD,λ<=log n,65536,1,508915,7.7654266357421875
RHDSD,λ<=log n,65536,1,457963,6.9879608154296875
RHDSD,λ<=log n,65536,1,474666,7.242828369140625
RHDSD,λ<=log n,65536,1,452538,6.905181884765625
RHDSD,λ<=log n,65536,1,459972,7.01861572265625
RHDSD,λ<=log n,65536,1,465101,7.0968780517578125
RHDSD,λ<=log n,65536,1,512526,7.820526123046875
RHDSD,λ<=log n,65536,1,475581,7.2567901611328125
RHDSD,λ<=log n,65536,1,490590,7.485809326171875
RHDSD,λ<=log n,65536,1,477725,7.2895050048828125
RHDSD,λ<=log n,65536,1,480850,7.337188720703125
RHDSD,λ<=log n,65536,1,498303,7.6035003662109375
RHDSD,λ<=log n,65536,1,441080,6.7303466796875
RHDSD,λ<=log n,65536,1,462449,7.0564117431640625
RHDSD,λ<=log n,65536,1,505032,7.7061767578125
RHDSD,λ<=log n,65536,1,483236,7.37359619140625
RHDSD,λ<=log n,65536,1,498745,7.6102447509765625
RHDSD,λ<=log n,65536,1,445273,6.7943267822265625
RHDSD,λ<=log n,65536,1,464744,7.0914306640625
RHDSD,λ<=log n,65536,1,483810,7.382354736328125
RHDSD,λ<=log n,65536,1,465595,7.1044158935546875
RHDSD,λ<=log n,65536,1,479142,7.311126708984375
RHDSD,λ<=log n,65536,1,468546,7.149444580078125
RHDSD,λ<=log n,65536,1,462436,7.05621337890625
RHDSD,λ<=log n,65536,1,487032,7.4315185546875
RHDSD,λ<=log n,65536,1,444821,6.7874298095703125
RHDSD,λ<=log n,65536,1,471573,7.1956329345703125
RHDSD,λ<=log n,65536,1,453560,6.9207763671875
RHDSD,λ<=log n,65536,1,456789,6.9700469970703125
RHDSD,λ<=log n,65536,1,453809,6.9245758056640625
RHDSD,λ<=log n,65536,1,471820,7.19940185546875
RHDSD,λ<=log n,65536,1,478365,7.2992706298828125
RHDSD,λ<=log n,65536,1,489979,7.4764862060546875
RHDSD,λ<=log n,65536,1,469764,7.16802978515625
RHDSD,λ<=log n,65536,1,467734,7.137054443359375
RHDSD,λ<=log n,65536,1,463625,7.0743560791015625
RHDSD,λ<=log n,65536,1,459136,7.005859375
RHDSD,λ<=log n,65536,1,469701,7.1670684814453125
RHDSD,λ<=log n,65536,1,476372,7.26885986328125
RHDSD,λ<=log n,65536,1,465898,7.109039306640625
RHDSD,λ<=log n,65536,1,464525,7.0880889892578125
RHDSD,λ<=log n,65536,1,473061,7.2183380126953125
RHDSD,λ<=log n,65536,1,489056,7.46240234375
RHDSD,λ<=log n,65536,1,458376,6.9942626953125
RHDSD,λ<=log n,65536,1,449923,6.8652801513671875
RHDSD,λ<=log n,65536,1,479981,7.3239288330078125
RHDSD,λ<=log n,65536,1,474265,7.2367095947265625
RHDSD,λ<=log n,65536,1,447843,6.8335418701171875
RHDSD,λ<=log n,65536,1,445540,6.79840087890625
RHDSD,λ<=log n,65536,1,460581,7.0279083251953125
RHDSD,λ<=log n,65536,1,494440,7.5445556640625
RHDSD,λ<=log n,65536,1,453984,6.92724609375
RHDSD,λ<=log n,65536,1,466017,7.1108551025390625
RHDSD,λ<=log n,65536,1,506562,7.729522705078125
RHDSD,λ<=log n,65536,1,524371,8.001266479492188
RHDSD,λ<=log n,65536,1,498355,7.6042938232421875
RHDSD,λ<=log n,65536,1,491630,7.501678466796875
RHDSD,λ<=log n,65536,1,467255,7.1297454833984375
RHDSD,λ<=log n,65536,1,477499,7.2860565185546875
RHDSD,λ<=log n,65536,1,496011,7.5685272216796875
RHDSD,λ<=log n,65536,1,465056,7.09619140625
RHDSD,λ<=log n,65536,1,472521,7.2100982666015625
RHDSD,λ<=log n,65536,1,501055,7.6454925537109375
RHDSD,λ<=log n,65536,1,452085,6.8982696533203125
RHDSD,λ<=log n,65536,1,470420,7.17803955078125
RHDSD,λ<=log n,65536,1,463461,7.0718536376953125
RHLSD,λ<=log n,65536,1,519046,7.920013427734375
RHLSD,λ<=log n,65536,1,522427,7.9716033935546875
RHLSD,λ<=log n,65536,1,517973,7.9036407470703125
RHLSD,λ<=log n,65536,1,542842,8.283111572265625
RHLSD,λ<=log n,65536,1,538349,8.214553833007812
RHLSD,λ<=log n,65536,1,489537,7.4697418212890625
RHLSD,λ<=log n,65536,1,494954,7.552398681640625
RHLSD,λ<=log n,65536,1,530961,8.101821899414062
RHLSD,λ<=log n,65536,1,592508,9.04095458984375
RHLSD,λ<=log n,65536,1,513884,7.84124755859375
RHLSD,λ<=log n,65536,1,499657,7.6241607666015625
RHLSD,λ<=log n,65536,1,561296,8.564697265625
RHLSD,λ<=log n,65536,1,491613,7.5014190673828125
RHLSD,λ<=log n,65536,1,480297,7.3287506103515625
RHLSD,λ<=log n,65536,1,491237,7.4956817626953125
RHLSD,λ<=log n,65536,1,512915,7.8264617919921875
RHLSD,λ<=log n,65536,1,516826,7.886138916015625
RHLSD,λ<=log n,65536,1,487524,7.43902587890625
RHLSD,λ<=log n,65536,1,503080,7.6763916015625
RHLSD,λ<=log n,65536,1,448989,6.8510284423828125
RHLSD,λ<=log n,65536,1,496384,7.57421875
RHLSD,λ<=log n,65536,1,465989,7.1104278564453125
RHLSD,λ<=log n,65536,1,471839,7.1996917724609375
RHLSD,λ<=log n,65536,1,478008,7.2938232421875
RHLSD,λ<=log n,65536,1,493967,7.5373382568359375
RHLSD,λ<=log n,65536,1,511119,7.7990570068359375
RHLSD,λ<=log n,65536,1,528320,8.0615234375
RHLSD,λ<=log n,65536,1,510866,7.795196533203125
RHLSD,λ<=log n,65536,1,482262,7.358734130859375
RHLSD,λ<=log n,65536,1,467835,7.1385955810546875
RHLSD,λ<=log n,65536,1,482962,7.369415283203125
RHLSD,λ<=log n,65536,1,515260,7.86224365234375
RHLSD,λ<=log n,65536,1,503013,7.6753692626953125
RHLSD,λ<=log n,65536,1,473805,7.2296905517578125
RHLSD,λ<=log n,65536,1,479875,7.3223114013671875
RHLSD,λ<=log n,65536,1,502678,7.670257568359375
RHLSD,λ<=log n,65536,1,486110,7.417449951171875
RHLSD,λ<=log n,65536,1,526857,8.039199829101562
RHLSD,λ<=log n,65536,1,547325,8.351516723632812
RHLSD,λ<=log n,65536,1,488256,7.4501953125
RHLSD,λ<=log n,65536,1,485303,7.4051361083984375
RHLSD,λ<=log n,65536,1,526445,8.032913208007812
RHLSD,λ<=log n,65536,1,549812,8.38946533203125
RHLSD,λ<=log n,65536,1,499919,7.6281585693359375
RHLSD,λ<=log n,65536,1,490729,7.4879302978515625
RHLSD,λ<=log n,65536,1,548463,8.368881225585938
RHLSD,λ<=log n,65536,1,476328,7.2681884765625
RHLSD,λ<=log n,65536,1,586243,8.945358276367188
RHLSD,λ<=log n,65536,1,553086,8.439422607421875
RHLSD,λ<=log n,65536,1,499365,7.6197052001953125
RHLSD,λ<=log n,65536,1,493651,7.5325164794921875
RHLSD,λ<=log n,65536,1,486669,7.4259796142578125
RHLSD,λ<=log n,65536,1,477880,7.2918701171875
RHLSD,λ<=log n,65536,1,487602,7.440216064453125
RHLSD,λ<=log n,65536,1,503632,7.684814453125
RHLSD,λ<=log n,65536,1,486432,7.42236328125
RHLSD,λ<=log n,65536,1,521379,7.9556121826171875
RHLSD,λ<=log n,65536,1,494609,7.5471343994140625
RHLSD,λ<=log n,65536,1,484741,7.3965606689453125
RHLSD,λ<=log n,65536,1,499725,7.6251983642578125
RHLSD,λ<=log n,65536,1,465598,7.104461669921875
RHLSD,λ<=log n,65536,1,575538,8.782012939453125
RHLSD,λ<=log n,65536,1,501802,7.656890869140625
RHLSD,λ<=log n,65536,1,502943,7.6743011474609375
RHLSD,λ<=log n,65536,1,472512,7.2099609375
RHLSD,λ<=log n,65536,1,470252,7.17547607421875
RHLSD,λ<=log n,65536,1,486264,7.4197998046875
RHLSD,λ<=log n,65536,1,482699,7.3654022216796875
RHLSD,λ<=log n,65536,1,548536,8.3699951171875
RHLSD,λ<=log n,65536,1,470287,7.1760101318359375
RHLSD,λ<=log n,65536,1,471293,7.1913604736328125
RHLSD,λ<=log n,65536,1,523831,7.9930267333984375
RHLSD,λ<=log n,65536,1,536559,8.187240600585938
RHLSD,λ<=log n,65536,1,526483,8.033493041992188
RHLSD,λ<=log n,65536,1,473904,7.231201171875
RHLSD,λ<=log n,65536,1,488558,7.454803466796875
RHLSD,λ<=log n,65536,1,498719,7.6098480224609375
RHLSD,λ<=log n,65536,1,480033,7.3247222900390625
RHLSD,λ<=log n,65536,1,473906,7.231231689453125
RHLSD,λ<=log n,65536,1,541026,8.255401611328125
RHLSD,λ<=log n,65536,1,486457,7.4227447509765625
RHLSD,λ<=log n,65536,1,466911,7.1244964599609375
RHLSD,λ<=log n,65536,1,497733,7.5948028564453125
RHLSD,λ<=log n,65536,1,524092,7.99700927734375
RHLSD,λ<=log n,65536,1,494483,7.5452117919921875
RHLSD,λ<=log n,65536,1,484235,7.3888397216796875
RHLSD,λ<=log n,65536,1,505259,7.7096405029296875
RHLSD,λ<=log n,65536,1,515962,7.872955322265625
RHLSD,λ<=log n,65536,1,522506,7.972808837890625
RHLSD,λ<=log n,65536,1,546756,8.34283447265625
RHLSD,λ<=log n,65536,1,456333,6.9630889892578125
RHLSD,λ<=log n,65536,1,503149,7.6774444580078125
RHLSD,λ<=log n,65536,1,474196,7.23565673828125
RHLSD,λ<=log n,65536,1,501745,7.6560211181640625
RHLSD,λ<=log n,65536,1,551098,8.409088134765625
RHLSD,λ<=log n,65536,1,474741,7.2439727783203125
RHLSD,λ<=log n,65536,1,481622,7.348968505859375
RHLSD,λ<=log n,65536,1,516084,7.87481689453125
RHLSD,λ<=log n,65536,1,480527,7.3322601318359375
RHLSD,λ<=log n,65536,1,528753,8.068130493164062
RRLSD,λ<=log n,65536,1,482709,7.3655548095703125
RRLSD,λ<=log n,65536,1,486119,7.4175872802734375
RRLSD,λ<=log n,65536,1,458294,6.993011474609375
RRLSD,λ<=log n,65536,1,486654,7.425750732421875
RRLSD,λ<=log n,65536,1,487784,7.4429931640625
RRLSD,λ<=log n,65536,1,507467,7.7433319091796875
RRLSD,λ<=log n,65536,1,478954,7.308258056640625
RRLSD,λ<=log n,65536,1,479370,7.314605712890625
RRLSD,λ<=log n,65536,1,496447,7.5751800537109375
RRLSD,λ<=log n,65536,1,510974,7.796844482421875
RRLSD,λ<=log n,65536,1,478705,7.3044586181640625
RRLSD,λ<=log n,65536,1,493853,7.5355987548828125
RRLSD,λ<=log n,65536,1,497545,7.5919342041015625
RRLSD,λ<=log n,65536,1,522843,7.9779510498046875
RRLSD,λ<=log n,65536,1,485993,7.4156646728515625
RRLSD,λ<=log n,65536,1,531230,8.105926513671875
RRLSD,λ<=log n,65536,1,566179,8.639205932617188
RRLSD,λ<=log n,65536,1,493002,7.522613525390625
RRLSD,λ<=log n,65536,1,461987,7.0493621826171875
RRLSD,λ<=log n,65536,1,447581,6.8295440673828125
RRLSD,λ<=log n,65536,1,481315,7.3442840576171875
RRLSD,λ<=log n,65536,1,467005,7.1259307861328125
RRLSD,λ<=log n,65536,1,467935,7.1401214599609375
RRLSD,λ<=log n,65536,1,609466,9.299713134765625
RRLSD,λ<=log n,65536,1,453287,6.9166107177734375
RRLSD,λ<=log n,65536,1,484460,7.39227294921875
RRLSD,λ<=log n,65536,1,465189,7.0982208251953125
RRLSD,λ<=log n,65536,1,476956,7.27777099609375
RRLSD,λ<=log n,65536,1,491135,7.4941253662109375
RRLSD,λ<=log n,65536,1,617133,9.416702270507812
RRLSD,λ<=log n,65536,1,490088,7.4781494140625
RRLSD,λ<=log n,65536,1,475498,7.255523681640625
RRLSD,λ<=log n,65536,1,478713,7.3045806884765625
RRLSD,λ<=log n,65536,1,489167,7.4640960693359375
RRLSD,λ<=log n,65536,1,512178,7.815216064453125
RRLSD,λ<=log n,65536,1,493695,7.5331878662109375
RRLSD,λ<=log n,65536,1,520846,7.947479248046875
RRLSD,λ<=log n,65536,1,530333,8.092239379882812
RRLSD,λ<=log n,65536,1,498265,7.6029205322265625
RRLSD,λ<=log n,65536,1,468012,7.14129638671875
RRLSD,λ<=log n,65536,1,460019,7.0193328857421875
RRLSD,λ<=log n,65536,1,470704,7.182373046875
RRLSD,λ<=log n,65536,1,456581,6.9668731689453125
RRLSD,λ<=log n,65536,1,495669,7.5633087158203125
RRLSD,λ<=log n,65536,1,500539,7.6376190185546875
RRLSD,λ<=log n,65536,1,460695,7.0296478271484375
RRLSD,λ<=log n,65536,1,484032,7.3857421875
RRLSD,λ<=log n,65536,1,483119,7.3718109130859375
RRLSD,λ<=log n,65536,1,447775,6.8325042724609375
RRLSD,λ<=log n,65536,1,469012,7.15655517578125
RRLSD,λ<=log n,65536,1,529348,8.07720947265625
RRLSD,λ<=log n,65536,1,505582,7.714569091796875
RRLSD,λ<=log n,65536,1,515241,7.8619537353515625
RRLSD,λ<=log n,65536,1,505434,7.712310791015625
RRLSD,λ<=log n,65536,1,458053,6.9893341064453125
RRLSD,λ<=log n,65536,1,531428,8.10894775390625
RRLSD,λ<=log n,65536,1,498160,7.601318359375
RRLSD,λ<=log n,65536,1,465090,7.096710205078125
RRLSD,λ<=log n,65536,1,476783,7.2751312255859375
RRLSD,λ<=log n,65536,1,447597,6.8297882080078125
RRLSD,λ<=log n,65536,1,503923,7.6892547607421875
RRLSD,λ<=log n,65536,1,529831,8.084579467773438
RRLSD,λ<=log n,65536,1,485738,7.411773681640625
RRLSD,λ<=log n,65536,1,504951,7.7049407958984375
RRLSD,λ<=log n,65536,1,494102,7.539398193359375
RRLSD,λ<=log n,65536,1,487440,7.437744140625
RRLSD,λ<=log n,65536,1,494034,7.538360595703125
RRLSD,λ<=log n,65536,1,478249,7.2975006103515625
RRLSD,λ<=log n,65536,1,491981,7.5070343017578125
RRLSD,λ<=log n,65536,1,510158,7.784393310546875
RRLSD,λ<=log n,65536,1,512613,7.8218536376953125
RRLSD,λ<=log n,65536,1,463818,7.077301025390625
RRLSD,λ<=log n,65536,1,462673,7.0598297119140625
RRLSD,λ<=log n,65536,1,466293,7.1150665283203125
RRLSD,λ<=log n,65536,1,488738,7.457550048828125
RRLSD,λ<=log n,65536,1,525458,8.017852783203125
RRLSD,λ<=log n,65536,1,488068,7.44732666015625
RRLSD,λ<=log n,65536,1,503822,7.687713623046875
RRLSD,λ<=log n,65536,1,461760,7.0458984375
RRLSD,λ<=log n,65536,1,473058,7.218292236328125
RRLSD,λ<=log n,65536,1,458137,6.9906158447265625
RRLSD,λ<=log n,65536,1,464064,7.0810546875
RRLSD,λ<=log n,65536,1,484522,7.393218994140625
RRLSD,λ<=log n,65536,1,498319,7.6037445068359375
RRLSD,λ<=log n,65536,1,536286,8.183074951171875
RRLSD,λ<=log n,65536,1,518979,7.9189910888671875
RRLSD,λ<=log n,65536,1,489659,7.4716033935546875
RRLSD,λ<=log n,65536,1,473462,7.224456787109375
RRLSD,λ<=log n,65536,1,503728,7.686279296875
RRLSD,λ<=log n,65536,1,482372,7.36041259765625
RRLSD,λ<=log n,65536,1,460171,7.0216522216796875
RRLSD,λ<=log n,65536,1,498102,7.600433349609375
RRLSD,λ<=log n,65536,1,491677,7.5023956298828125
RRLSD,λ<=log n,65536,1,494408,7.5440673828125
RRLSD,λ<=log n,65536,1,478286,7.298065185546875
RRLSD,λ<=log n,65536,1,473898,7.231109619140625
RRLSD,λ<=log n,65536,1,507024,7.736572265625
RRLSD,λ<=log n,65536,1,467556,7.13433837890625
RRLSD,λ<=log n,65536,1,486234,7.419342041015625
RRLSD,λ<=log n,65536,1,492868,7.52056884765625
RSLSD,λ<=log n,65536,1,697702,10.646087646484375
RSLSD,λ<=log n,65536,1,668883,10.206344604492188
RSLSD,λ<=log n,65536,1,702049,10.712417602539062
RSLSD,λ<=log n,65536,1,901216,13.75146484375
RSLSD,λ<=log n,65536,1,719137,10.973159790039062
RSLSD,λ<=log n,65536,1,797975,12.176132202148438
RSLSD,λ<=log n,65536,1,705107,10.759078979492188
RSLSD,λ<=log n,65536,1,719397,10.977127075195312
RSLSD,λ<=log n,65536,1,995534,15.190643310546875
RSLSD,λ<=log n,65536,1,724777,11.059219360351562
RSLSD,λ<=log n,65536,1,747930,11.412506103515625
RSLSD,λ<=log n,65536,1,739072,11.27734375
RSLSD,λ<=log n,65536,1,714502,10.902435302734375
RSLSD,λ<=log n,65536,1,733574,11.193450927734375
RSLSD,λ<=log n,65536,1,740107,11.293136596679688
RSLSD,λ<=log n,65536,1,738544,11.269287109375
RSLSD,λ<=log n,65536,1,691683,10.554244995117188
RSLSD,λ<=log n,65536,1,695054,10.605682373046875
RSLSD,λ<=log n,65536,1,735596,11.22430419921875
RSLSD,λ<=log n,65536,1,691479,10.551132202148438
RSLSD,λ<=log n,65536,1,768875,11.732101440429688
RSLSD,λ<=log n,65536,1,778550,11.879730224609375
RSLSD,λ<=log n,65536,1,715127,10.911972045898438
RSLSD,λ<=log n,65536,1,771963,11.779220581054688
RSLSD,λ<=log n,65536,1,754592,11.51416015625
RSLSD,λ<=log n,65536,1,786641,12.003189086914062
RSLSD,λ<=log n,65536,1,720151,10.988632202148438
RSLSD,λ<=log n,65536,1,759862,11.594573974609375
RSLSD,λ<=log n,65536,1,804020,12.26837158203125
RSLSD,λ<=log n,65536,1,710462,10.840789794921875
RSLSD,λ<=log n,65536,1,735745,11.226577758789062
RSLSD,λ<=log n,65536,1,762054,11.628021240234375
RSLSD,λ<=log n,65536,1,687254,10.486663818359375
RSLSD,λ<=log n,65536,1,713989,10.894607543945312
RSLSD,λ<=log n,65536,1,766104,11.6898193359375
RSLSD,λ<=log n,65536,1,743823,11.349838256835938
RSLSD,λ<=log n,65536,1,715456,10.9169921875
RSLSD,λ<=log n,65536,1,719194,10.974029541015625
RSLSD,λ<=log n,65536,1,808378,12.334869384765625
RSLSD,λ<=log n,65536,1,725225,11.066055297851562
RSLSD,λ<=log n,65536,1,754912,11.51904296875
RSLSD,λ<=log n,65536,1,741813,11.319168090820312
RSLSD,λ<=log n,65536,1,737799,11.257919311523438
RSLSD,λ<=log n,65536,1,730949,11.153396606445312
RSLSD,λ<=log n,65536,1,735911,11.229110717773438
RSLSD,λ<=log n,65536,1,709556,10.82696533203125
RSLSD,λ<=log n,65536,1,794781,12.127395629882812
RSLSD,λ<=log n,65536,1,709098,10.819976806640625
RSLSD,λ<=log n,65536,1,711456,10.85595703125
RSLSD,λ<=log n,65536,1,771803,11.776779174804688
RSLSD,λ<=log n,65536,1,739644,11.28607177734375
RSLSD,λ<=log n,65536,1,728061,11.109329223632812
RSLSD,λ<=log n,65536,1,684678,10.447357177734375
RSLSD,λ<=log n,65536,1,778937,11.885635375976562
RSLSD,λ<=log n,65536,1,728748,11.11981201171875
RSLSD,λ<=log n,65536,1,711282,10.853302001953125
RSLSD,λ<=log n,65536,1,710234,10.837310791015625
RSLSD,λ<=log n,65536,1,735714,11.226104736328125
RSLSD,λ<=log n,65536,1,768886,11.732269287109375
RSLSD,λ<=log n,65536,1,740577,11.300308227539062
RSLSD,λ<=log n,65536,1,785003,11.978195190429688
RSLSD,λ<=log n,65536,1,748930,11.427764892578125
RSLSD,λ<=log n,65536,1,765894,11.686614990234375
RSLSD,λ<=log n,65536,1,673537,10.277359008789062
RSLSD,λ<=log n,65536,1,705559,10.765975952148438
RSLSD,λ<=log n,65536,1,779958,11.901214599609375
RSLSD,λ<=log n,65536,1,804761,12.279678344726562
RSLSD,λ<=log n,65536,1,795820,12.14324951171875
RSLSD,λ<=log n,65536,1,715154,10.912384033203125
RSLSD,λ<=log n,65536,1,817734,12.477630615234375
RSLSD,λ<=log n,65536,1,700449,10.688003540039062
RSLSD,λ<=log n,65536,1,747879,11.411727905273438
RSLSD,λ<=log n,65536,1,700817,10.693618774414062
RSLSD,λ<=log n,65536,1,712590,10.873260498046875
RSLSD,λ<=log n,65536,1,770412,11.75555419921875
RSLSD,λ<=log n,65536,1,724889,11.060928344726562
RSLSD,λ<=log n,65536,1,750157,11.446487426757812
RSLSD,λ<=log n,65536,1,792251,12.088790893554688
RSLSD,λ<=log n,65536,1,739955,11.290817260742188
RSLSD,λ<=log n,65536,1,744885,11.366043090820312
RSLSD,λ<=log n,65536,1,708827,10.815841674804688
RSLSD,λ<=log n,65536,1,867209,13.232559204101562
RSLSD,λ<=log n,65536,1,728014,11.108612060546875
RSLSD,λ<=log n,65536,1,689001,10.513320922851562
RSLSD,λ<=log n,65536,1,733522,11.192657470703125
RSLSD,λ<=log n,65536,1,777979,11.871017456054688
RSLSD,λ<=log n,65536,1,731201,11.157241821289062
RSLSD,λ<=log n,65536,1,781443,11.923873901367188
RSLSD,λ<=log n,65536,1,759799,11.593612670898438
RSLSD,λ<=log n,65536,1,722288,11.021240234375
RSLSD,λ<=log n,65536,1,779319,11.891464233398438
RSLSD,λ<=log n,65536,1,693826,10.586944580078125
RSLSD,λ<=log n,65536,1,710752,10.84521484375
RSLSD,λ<=log n,65536,1,730054,11.139739990234375
RSLSD,λ<=log n,65536,1,784315,11.967697143554688
RSLSD,λ<=log n,65536,1,746432,11.3896484375
RSLSD,λ<=log n,65536,1,811117,12.376663208007812
RSLSD,λ<=log n,65536,1,757967,11.565658569335938
RSLSD,λ<=log n,65536,1,831041,12.680679321289062
RSLSD,λ<=log n,65536,1,744739,11.363815307617188
RSDMD,λ<=log n,65536,1,1024426,15.631500244140625
RSDMD,λ<=log n,65536,1,1056240,16.116943359375
RSDMD,λ<=log n,65536,1,784989,11.977981567382812
RSDMD,λ<=log n,65536,1,903080,13.7799072265625
RSDMD,λ<=log n,65536,1,801965,12.237014770507812
RSDMD,λ<=log n,65536,1,793072,12.101318359375
RSDMD,λ<=log n,65536,1,770737,11.760513305664062
RSDMD,λ<=log n,65536,1,746251,11.386886596679688
RSDMD,λ<=log n,65536,1,734066,11.200958251953125
RSDMD,λ<=log n,65536,1,736355,11.235885620117188
RSDMD,λ<=log n,65536,1,906231,13.827987670898438
RSDMD,λ<=log n,65536,1,792271,12.089096069335938
RSDMD,λ<=log n,65536,1,748059,11.414474487304688
RSDMD,λ<=log n,65536,1,875169,13.354019165039062
RSDMD,λ<=log n,65536,1,875705,13.362197875976562
RSDMD,λ<=log n,65536,1,765854,11.686004638671875
RSDMD,λ<=log n,65536,1,902065,13.764419555664062
RSDMD,λ<=log n,65536,1,824736,12.58447265625
RSDMD,λ<=log n,65536,1,945460,14.42657470703125
RSDMD,λ<=log n,65536,1,813375,12.411117553710938
RSDMD,λ<=log n,65536,1,971841,14.829116821289062
RSDMD,λ<=log n,65536,1,803584,12.26171875
RSDMD,λ<=log n,65536,1,691046,10.544525146484375
RSDMD,λ<=log n,65536,1,854734,13.042205810546875
RSDMD,λ<=log n,65536,1,770272,11.75341796875
RSDMD,λ<=log n,65536,1,727420,11.09954833984375
RSDMD,λ<=log n,65536,1,668591,10.201889038085938
RSDMD,λ<=log n,65536,1,733694,11.195281982421875
RSDMD,λ<=log n,65536,1,758068,11.56719970703125
RSDMD,λ<=log n,65536,1,778588,11.88031005859375
RSDMD,λ<=log n,65536,1,762735,11.638412475585938
RSDMD,λ<=log n,65536,1,775580,11.83441162109375
RSDMD,λ<=log n,65536,1,821272,12.5316162109375
RSDMD,λ<=log n,65536,1,702257,10.715591430664062
RSDMD,λ<=log n,65536,1,825431,12.595077514648438
RSDMD,λ<=log n,65536,1,714884,10.90826416015625
RSDMD,λ<=log n,65536,1,668088,10.1942138671875
RSDMD,λ<=log n,65536,1,968182,14.773284912109375
RSDMD,λ<=log n,65536,1,933602,14.245635986328125
RSDMD,λ<=log n,65536,1,856520,13.0694580078125
RSDMD,λ<=log n,65536,1,835428,12.74761962890625
RSDMD,λ<=log n,65536,1,941150,14.360809326171875
RSDMD,λ<=log n,65536,1,802551,12.245956420898438
RSDMD,λ<=log n,65536,1,755825,11.532974243164062
RSDMD,λ<=log n,65536,1,761131,11.613937377929688
RSDMD,λ<=log n,65536,1,765214,11.676239013671875
RSDMD,λ<=log n,65536,1,810048,12.3603515625
RSDMD,λ<=log n,65536,1,828310,12.639007568359375
RSDMD,λ<=log n,65536,1,800157,12.209426879882812
RSDMD,λ<=log n,65536,1,841767,12.844345092773438
RSDMD,λ<=log n,65536,1,741191,11.309677124023438
RSDMD,λ<=log n,65536,1,841308,12.83734130859375
RSDMD,λ<=log n,65536,1,716016,10.925537109375
RSDMD,λ<=log n,65536,1,963665,14.704360961914062
RSDMD,λ<=log n,65536,1,743367,11.342880249023438
RSDMD,λ<=log n,65536,1,822489,12.550186157226562
RSDMD,λ<=log n,65536,1,833825,12.723159790039062
RSDMD,λ<=log n,65536,1,791949,12.084182739257812
RSDMD,λ<=log n,65536,1,691371,10.549484252929688
RSDMD,λ<=log n,65536,1,724822,11.059906005859375
RSDMD,λ<=log n,65536,1,744174,11.355194091796875
RSDMD,λ<=log n,65536,1,845947,12.908126831054688
RSDMD,λ<=log n,65536,1,741315,11.311569213867188
RSDMD,λ<=log n,65536,1,809592,12.3533935546875
RSDMD,λ<=log n,65536,1,856633,13.071182250976562
RSDMD,λ<=log n,65536,1,777243,11.859786987304688
RSDMD,λ<=log n,65536,1,1042744,15.9110107421875
RSDMD,λ<=log n,65536,1,831368,12.6856689453125
RSDMD,λ<=log n,65536,1,831578,12.688873291015625
RSDMD,λ<=log n,65536,1,816020,12.45147705078125
RSDMD,λ<=log n,65536,1,967570,14.763946533203125
RSDMD,λ<=log n,65536,1,764745,11.669082641601562
RSDMD,λ<=log n,65536,1,988263,15.079696655273438
RSDMD,λ<=log n,65536,1,820262,12.516204833984375
RSDMD,λ<=log n,65536,1,816388,12.45709228515625
RSDMD,λ<=log n,65536,1,856853,13.074539184570312
RSDMD,λ<=log n,65536,1,779539,11.894821166992188
RSDMD,λ<=log n,65536,1,868043,13.245285034179688
RSDMD,λ<=log n,65536,1,922586,14.077545166015625
RSDMD,λ<=log n,65536,1,985982,15.044891357421875
RSDMD,λ<=log n,65536,1,801380,12.22808837890625
RSDMD,λ<=log n,65536,1,703094,10.728363037109375
RSDMD,λ<=log n,65536,1,1010175,15.414047241210938
RSDMD,λ<=log n,65536,1,1028776,15.6978759765625
RSDMD,λ<=log n,65536,1,801734,12.233489990234375
RSDMD,λ<=log n,65536,1,844989,12.893508911132812
RSDMD,λ<=log n,65536,1,844929,12.892593383789062
RSDMD,λ<=log n,65536,1,1028435,15.692672729492188
RSDMD,λ<=log n,65536,1,914002,13.946563720703125
RSDMD,λ<=log n,65536,1,838870,12.800140380859375
RSDMD,λ<=log n,65536,1,819992,12.5120849609375
RSDMD,λ<=log n,65536,1,1004192,15.32275390625
RSDMD,λ<=log n,65536,1,738625,11.270523071289062
RSDMD,λ<=log n,65536,1,810377,12.365371704101562
RSDMD,λ<=log n,65536,1,855004,13.04632568359375
RSDMD,λ<=log n,65536,1,812419,12.396530151367188
RSDMD,λ<=log n,65536,1,924734,14.110321044921875
RSDMD,λ<=log n,65536,1,809913,12.358291625976562
RSDMD,λ<=log n,65536,1,772378,11.785552978515625
RSDMD,λ<=log n,65536,1,776739,11.852096557617188
RRDMD,λ<=log n,65536,1,464966,7.094818115234375
RRDMD,λ<=log n,65536,1,410252,6.25994873046875
RRDMD,λ<=log n,65536,1,485949,7.4149932861328125
RRDMD,λ<=log n,65536,1,413864,6.3150634765625
RRDMD,λ<=log n,65536,1,507409,7.7424468994140625
RRDMD,λ<=log n,65536,1,454024,6.9278564453125
RRDMD,λ<=log n,65536,1,421755,6.4354705810546875
RRDMD,λ<=log n,65536,1,431732,6.58770751953125
RRDMD,λ<=log n,65536,1,500998,7.644622802734375
RRDMD,λ<=log n,65536,1,434299,6.6268768310546875
RRDMD,λ<=log n,65536,1,416651,6.3575897216796875
RRDMD,λ<=log n,65536,1,437863,6.6812591552734375
RRDMD,λ<=log n,65536,1,455077,6.9439239501953125
RRDMD,λ<=log n,65536,1,401231,6.1222991943359375
RRDMD,λ<=log n,65536,1,463553,7.0732574462890625
RRDMD,λ<=log n,65536,1,452892,6.91058349609375
RRDMD,λ<=log n,65536,1,449726,6.862274169921875
RRDMD,λ<=log n,65536,1,435726,6.648651123046875
RRDMD,λ<=log n,65536,1,423105,6.4560699462890625
RRDMD,λ<=log n,65536,1,443572,6.76837158203125
RRDMD,λ<=log n,65536,1,475430,7.254486083984375
RRDMD,λ<=log n,65536,1,400485,6.1109161376953125
RRDMD,λ<=log n,65536,1,422932,6.45343017578125
RRDMD,λ<=log n,65536,1,423900,6.46820068359375
RRDMD,λ<=log n,65536,1,440278,6.718109130859375
RRDMD,λ<=log n,65536,1,449158,6.853607177734375
RRDMD,λ<=log n,65536,1,443831,6.7723236083984375
RRDMD,λ<=log n,65536,1,421402,6.430084228515625
RRDMD,λ<=log n,65536,1,422921,6.4532623291015625
RRDMD,λ<=log n,65536,1,424364,6.47528076171875
RRDMD,λ<=log n,65536,1,460215,7.0223236083984375
RRDMD,λ<=log n,65536,1,443522,6.767608642578125
RRDMD,λ<=log n,65536,1,443554,6.768096923828125
RRDMD,λ<=log n,65536,1,500792,7.6414794921875
RRDMD,λ<=log n,65536,1,453847,6.9251556396484375
RRDMD,λ<=log n,65536,1,432498,6.599395751953125
RRDMD,λ<=log n,65536,1,442032,6.744873046875
RRDMD,λ<=log n,65536,1,425474,6.492218017578125
RRDMD,λ<=log n,65536,1,443337,6.7647857666015625
RRDMD,λ<=log n,65536,1,455623,6.9522552490234375
RRDMD,λ<=log n,65536,1,453492,6.91973876953125
RRDMD,λ<=log n,65536,1,421483,6.4313201904296875
RRDMD,λ<=log n,65536,1,442860,6.75750732421875
RRDMD,λ<=log n,65536,1,430894,6.574920654296875
RRDMD,λ<=log n,65536,1,452856,6.9100341796875
RRDMD,λ<=log n,65536,1,434640,6.632080078125
RRDMD,λ<=log n,65536,1,448896,6.849609375
RRDMD,λ<=log n,65536,1,412979,6.3015594482421875
RRDMD,λ<=log n,65536,1,425970,6.499786376953125
RRDMD,λ<=log n,65536,1,421411,6.4302215576171875
RRDMD,λ<=log n,65536,1,429450,6.552886962890625
RRDMD,λ<=log n,65536,1,470283,7.1759490966796875
RRDMD,λ<=log n,65536,1,433007,6.6071624755859375
RRDMD,λ<=log n,65536,1,438257,6.6872711181640625
RRDMD,λ<=log n,65536,1,423747,6.4658660888671875
RRDMD,λ<=log n,65536,1,422184,6.4420166015625
RRDMD,λ<=log n,65536,1,426022,6.500579833984375
RRDMD,λ<=log n,65536,1,428463,6.5378265380859375
RRDMD,λ<=log n,65536,1,473050,7.218170166015625
RRDMD,λ<=log n,65536,1,416392,6.3536376953125
RRDMD,λ<=log n,65536,1,419248,6.397216796875
RRDMD,λ<=log n,65536,1,474166,7.235198974609375
RRDMD,λ<=log n,65536,1,453809,6.9245758056640625
RRDMD,λ<=log n,65536,1,429298,6.550567626953125
RRDMD,λ<=log n,65536,1,434042,6.622955322265625
RRDMD,λ<=log n,65536,1,462056,7.0504150390625
RRDMD,λ<=log n,65536,1,459463,7.0108489990234375
RRDMD,λ<=log n,65536,1,434456,6.6292724609375
RRDMD,λ<=log n,65536,1,502228,7.66339111328125
RRDMD,λ<=log n,65536,1,475800,7.2601318359375
RRDMD,λ<=log n,65536,1,437542,6.676361083984375
RRDMD,λ<=log n,65536,1,436100,6.65435791015625
RRDMD,λ<=log n,65536,1,452556,6.90545654296875
RRDMD,λ<=log n,65536,1,487377,7.4367828369140625
RRDMD,λ<=log n,65536,1,425419,6.4913787841796875
RRDMD,λ<=log n,65536,1,456459,6.9650115966796875
RRDMD,λ<=log n,65536,1,481361,7.3449859619140625
RRDMD,λ<=log n,65536,1,412435,6.2932586669921875
RRDMD,λ<=log n,65536,1,448663,6.8460540771484375
RRDMD,λ<=log n,65536,1,442614,6.753753662109375
RRDMD,λ<=log n,65536,1,436957,6.6674346923828125
RRDMD,λ<=log n,65536,1,428891,6.5443572998046875
RRDMD,λ<=log n,65536,1,438557,6.6918487548828125
RRDMD,λ<=log n,65536,1,481548,7.34783935546875
RRDMD,λ<=log n,65536,1,470867,7.1848602294921875
RRDMD,λ<=log n,65536,1,536241,8.182388305664062
RRDMD,λ<=log n,65536,1,458590,6.997528076171875
RRDMD,λ<=log n,65536,1,428965,6.5454864501953125
RRDMD,λ<=log n,65536,1,433725,6.6181182861328125
RRDMD,λ<=log n,65536,1,447717,6.8316192626953125
RRDMD,λ<=log n,65536,1,438285,6.6876983642578125
RRDMD,λ<=log n,65536,1,431602,6.585723876953125
RRDMD,λ<=log n,65536,1,480328,7.3292236328125
RRDMD,λ<=log n,65536,1,503129,7.6771392822265625
RRDMD,λ<=log n,65536,1,430563,6.5698699951171875
RRDMD,λ<=log n,65536,1,432079,6.5930023193359375
RRDMD,λ<=log n,65536,1,451327,6.8867034912109375
RRDMD,λ<=log n,65536,1,467788,7.13787841796875
RRDMD,λ<=log n,65536,1,463913,7.0787506103515625
RRDMD,λ<=log n,65536,1,466809,7.1229400634765625
RHDMD,λ<=log n,65536,1,438740,6.69464111328125
RHDMD,λ<=log n,65536,1,482396,7.36077880859375
RHDMD,λ<=log n,65536,1,410309,6.2608184814453125
RHDMD,λ<=log n,65536,1,447251,6.8245086669921875
RHDMD,λ<=log n,65536,1,414524,6.32513427734375
RHDMD,λ<=log n,65536,1,420136,6.4107666015625
RHDMD,λ<=log n,65536,1,429985,6.5610504150390625
RHDMD,λ<=log n,65536,1,399254,6.092132568359375
RHDMD,λ<=log n,65536,1,414364,6.32269287109375
RHDMD,λ<=log n,65536,1,419064,6.3944091796875
RHDMD,λ<=log n,65536,1,441985,6.7441558837890625
RHDMD,λ<=log n,65536,1,398032,6.073486328125
RHDMD,λ<=log n,65536,1,437283,6.6724090576171875
RHDMD,λ<=log n,65536,1,426339,6.5054168701171875
RHDMD,λ<=log n,65536,1,492602,7.516510009765625
RHDMD,λ<=log n,65536,1,430389,6.5672149658203125
RHDMD,λ<=log n,65536,1,418450,6.385040283203125
RHDMD,λ<=log n,65536,1,451537,6.8899078369140625
RHDMD,λ<=log n,65536,1,416879,6.3610687255859375
RHDMD,λ<=log n,65536,1,455301,6.9473419189453125
RHDMD,λ<=log n,65536,1,404122,6.166412353515625
RHDMD,λ<=log n,65536,1,416264,6.3516845703125
RHDMD,λ<=log n,65536,1,410410,6.262359619140625
RHDMD,λ<=log n,65536,1,452081,6.8982086181640625
RHDMD,λ<=log n,65536,1,506193,7.7238922119140625
RHDMD,λ<=log n,65536,1,397794,6.069854736328125
RHDMD,λ<=log n,65536,1,430278,6.565521240234375
RHDMD,λ<=log n,65536,1,439693,6.7091827392578125
RHDMD,λ<=log n,65536,1,423950,6.468963623046875
RHDMD,λ<=log n,65536,1,417080,6.3641357421875
RHDMD,λ<=log n,65536,1,425295,6.4894866943359375
RHDMD,λ<=log n,65536,1,414148,6.31939697265625
RHDMD,λ<=log n,65536,1,468537,7.1493072509765625
RHDMD,λ<=log n,65536,1,421659,6.4340057373046875
RHDMD,λ<=log n,65536,1,432448,6.5986328125
RHDMD,λ<=log n,65536,1,422602,6.448394775390625
RHDMD,λ<=log n,65536,1,426508,6.50799560546875
RHDMD,λ<=log n,65536,1,417601,6.3720855712890625
RHDMD,λ<=log n,65536,1,438816,6.69580078125
RHDMD,λ<=log n,65536,1,455507,6.9504852294921875
RHDMD,λ<=log n,65536,1,394997,6.0271759033203125
RHDMD,λ<=log n,65536,1,407067,6.2113494873046875
RHDMD,λ<=log n,65536,1,415813,6.3448028564453125
RHDMD,λ<=log n,65536,1,418068,6.37921142578125
RHDMD,λ<=log n,65536,1,416376,6.3533935546875
RHDMD,λ<=log n,65536,1,471427,7.1934051513671875
RHDMD,λ<=log n,65536,1,457294,6.977752685546875
RHDMD,λ<=log n,65536,1,419199,6.3964691162109375
RHDMD,λ<=log n,65536,1,429884,6.55950927734375
RHDMD,λ<=log n,65536,1,416507,6.3553924560546875
RHDMD,λ<=log n,65536,1,432490,6.599273681640625
RHDMD,λ<=log n,65536,1,405333,6.1848907470703125
RHDMD,λ<=log n,65536,1,448082,6.837188720703125
RHDMD,λ<=log n,65536,1,438386,6.689239501953125
RHDMD,λ<=log n,65536,1,395211,6.0304412841796875
RHDMD,λ<=log n,65536,1,434988,6.63739013671875
RHDMD,λ<=log n,65536,1,428221,6.5341339111328125
RHDMD,λ<=log n,65536,1,432552,6.6002197265625
RHDMD,λ<=log n,65536,1,415805,6.3446807861328125
RHDMD,λ<=log n,65536,1,440335,6.7189788818359375
RHDMD,λ<=log n,65536,1,461523,7.0422821044921875
RHDMD,λ<=log n,65536,1,476514,7.271026611328125
RHDMD,λ<=log n,65536,1,409350,6.246185302734375
RHDMD,λ<=log n,65536,1,428750,6.542205810546875
RHDMD,λ<=log n,65536,1,456592,6.967041015625
RHDMD,λ<=log n,65536,1,433300,6.61163330078125
RHDMD,λ<=log n,65536,1,409817,6.2533111572265625
RHDMD,λ<=log n,65536,1,449808,6.863525390625
RHDMD,λ<=log n,65536,1,425402,6.491119384765625
RHDMD,λ<=log n,65536,1,405306,6.184478759765625
RHDMD,λ<=log n,65536,1,430483,6.5686492919921875
RHDMD,λ<=log n,65536,1,413040,6.302490234375
RHDMD,λ<=log n,65536,1,420279,6.4129486083984375
RHDMD,λ<=log n,65536,1,449043,6.8518524169921875
RHDMD,λ<=log n,65536,1,402990,6.149139404296875
RHDMD,λ<=log n,65536,1,422198,6.442230224609375
RHDMD,λ<=log n,65536,1,430069,6.5623321533203125
RHDMD,λ<=log n,65536,1,435289,6.6419830322265625
RHDMD,λ<=log n,65536,1,419984,6.408447265625
RHDMD,λ<=log n,65536,1,421290,6.428375244140625
RHDMD,λ<=log n,65536,1,415142,6.334564208984375
RHDMD,λ<=log n,65536,1,413865,6.3150787353515625
RHDMD,λ<=log n,65536,1,449378,6.856964111328125
RHDMD,λ<=log n,65536,1,406339,6.2002410888671875
RHDMD,λ<=log n,65536,1,408019,6.2258758544921875
RHDMD,λ<=log n,65536,1,410327,6.2610931396484375
RHDMD,λ<=log n,65536,1,396985,6.0575103759765625
RHDMD,λ<=log n,65536,1,421582,6.432830810546875
RHDMD,λ<=log n,65536,1,468698,7.151763916015625
RHDMD,λ<=log n,65536,1,444731,6.7860565185546875
RHDMD,λ<=log n,65536,1,424122,6.471588134765625
RHDMD,λ<=log n,65536,1,428954,6.545318603515625
RHDMD,λ<=log n,65536,1,417850,6.375885009765625
RHDMD,λ<=log n,65536,1,466209,7.1137847900390625
RHDMD,λ<=log n,65536,1,405974,6.194671630859375
RHDMD,λ<=log n,65536,1,442978,6.759307861328125
RHDMD,λ<=log n,65536,1,393651,6.0066375732421875
RHDMD,λ<=log n,65536,1,421754,6.435455322265625
RHDMD,λ<=log n,65536,1,427247,6.5192718505859375
RHLMD,λ<=log n,65536,1,427541,6.5237579345703125
RHLMD,λ<=log n,65536,1,398986,6.088043212890625
RHLMD,λ<=log n,65536,1,462995,7.0647430419921875
RHLMD,λ<=log n,65536,1,444903,6.7886810302734375
RHLMD,λ<=log n,65536,1,417998,6.378143310546875
RHLMD,λ<=log n,65536,1,431350,6.581878662109375
RHLMD,λ<=log n,65536,1,439308,6.70330810546875
RHLMD,λ<=log n,65536,1,413580,6.31072998046875
RHLMD,λ<=log n,65536,1,413800,6.3140869140625
RHLMD,λ<=log n,65536,1,431560,6.5850830078125
RHLMD,λ<=log n,65536,1,409118,6.242645263671875
RHLMD,λ<=log n,65536,1,421897,6.4376373291015625
RHLMD,λ<=log n,65536,1,442868,6.75762939453125
RHLMD,λ<=log n,65536,1,407378,6.216094970703125
RHLMD,λ<=log n,65536,1,437110,6.669769287109375
RHLMD,λ<=log n,65536,1,426777,6.5121002197265625
RHLMD,λ<=log n,65536,1,473402,7.223541259765625
RHLMD,λ<=log n,65536,1,427215,6.5187835693359375
RHLMD,λ<=log n,65536,1,440721,6.7248687744140625
RHLMD,λ<=log n,65536,1,408699,6.2362518310546875
RHLMD,λ<=log n,65536,1,418244,6.38189697265625
RHLMD,λ<=log n,65536,1,409363,6.2463836669921875
RHLMD,λ<=log n,65536,1,435446,6.644378662109375
RHLMD,λ<=log n,65536,1,433358,6.612518310546875
RHLMD,λ<=log n,65536,1,442573,6.7531280517578125
RHLMD,λ<=log n,65536,1,416126,6.349578857421875
RHLMD,λ<=log n,65536,1,420974,6.423553466796875
RHLMD,λ<=log n,65536,1,438702,6.694061279296875
RHLMD,λ<=log n,65536,1,452802,6.909210205078125
RHLMD,λ<=log n,65536,1,422415,6.4455413818359375
RHLMD,λ<=log n,65536,1,453586,6.921173095703125
RHLMD,λ<=log n,65536,1,407716,6.22125244140625
RHLMD,λ<=log n,65536,1,491713,7.5029449462890625
RHLMD,λ<=log n,65536,1,416933,6.3618927001953125
RHLMD,λ<=log n,65536,1,418191,6.3810882568359375
RHLMD,λ<=log n,65536,1,414238,6.320770263671875
RHLMD,λ<=log n,65536,1,465492,7.10284423828125
RHLMD,λ<=log n,65536,1,409710,6.251678466796875
RHLMD,λ<=log n,65536,1,435251,6.6414031982421875
RHLMD,λ<=log n,65536,1,423055,6.4553070068359375
RHLMD,λ<=log n,65536,1,408182,6.228363037109375
RHLMD,λ<=log n,65536,1,399572,6.09698486328125
RHLMD,λ<=log n,65536,1,448082,6.837188720703125
RHLMD,λ<=log n,65536,1,443444,6.76641845703125
RHLMD,λ<=log n,65536,1,445214,6.793426513671875
RHLMD,λ<=log n,65536,1,428229,6.5342559814453125
RHLMD,λ<=log n,65536,1,412021,6.2869415283203125
RHLMD,λ<=log n,65536,1,398672,6.083251953125
RHLMD,λ<=log n,65536,1,452783,6.9089202880859375
RHLMD,λ<=log n,65536,1,427509,6.5232696533203125
RHLMD,λ<=log n,65536,1,434166,6.624847412109375
RHLMD,λ<=log n,65536,1,405812,6.19219970703125
RHLMD,λ<=log n,65536,1,433852,6.62005615234375
RHLMD,λ<=log n,65536,1,469278,7.160614013671875
RHLMD,λ<=log n,65536,1,425593,6.4940338134765625
RHLMD,λ<=log n,65536,1,426427,6.5067596435546875
RHLMD,λ<=log n,65536,1,424301,6.4743194580078125
RHLMD,λ<=log n,65536,1,432218,6.595123291015625
RHLMD,λ<=log n,65536,1,444363,6.7804412841796875
RHLMD,λ<=log n,65536,1,450357,6.8719024658203125
RHLMD,λ<=log n,65536,1,413027,6.3022918701171875
RHLMD,λ<=log n,65536,1,399808,6.1005859375
RHLMD,λ<=log n,65536,1,406876,6.20843505859375
RHLMD,λ<=log n,65536,1,428008,6.5308837890625
RHLMD,λ<=log n,65536,1,427978,6.530426025390625
RHLMD,λ<=log n,65536,1,451008,6.8818359375
RHLMD,λ<=log n,65536,1,415315,6.3372039794921875
RHLMD,λ<=log n,65536,1,437542,6.676361083984375
RHLMD,λ<=log n,65536,1,405432,6.1864013671875
RHLMD,λ<=log n,65536,1,419773,6.4052276611328125
RHLMD,λ<=log n,65536,1,491620,7.50152587890625
RHLMD,λ<=log n,65536,1,452323,6.9019012451171875
RHLMD,λ<=log n,65536,1,467729,7.1369781494140625
RHLMD,λ<=log n,65536,1,409896,6.2545166015625
RHLMD,λ<=log n,65536,1,422288,6.443603515625
RHLMD,λ<=log n,65536,1,402773,6.1458282470703125
RHLMD,λ<=log n,65536,1,394009,6.0121002197265625
RHLMD,λ<=log n,65536,1,456792,6.9700927734375
RHLMD,λ<=log n,65536,1,416224,6.35107421875
RHLMD,λ<=log n,65536,1,403350,6.154632568359375
RHLMD,λ<=log n,65536,1,437547,6.6764373779296875
RHLMD,λ<=log n,65536,1,426048,6.5009765625
RHLMD,λ<=log n,65536,1,446583,6.8143157958984375
RHLMD,λ<=log n,65536,1,433736,6.6182861328125
RHLMD,λ<=log n,65536,1,443117,6.7614288330078125
RHLMD,λ<=log n,65536,1,436145,6.6550445556640625
RHLMD,λ<=log n,65536,1,437733,6.6792755126953125
RHLMD,λ<=log n,65536,1,441415,6.7354583740234375
RHLMD,λ<=log n,65536,1,433463,6.6141204833984375
RHLMD,λ<=log n,65536,1,471534,7.195037841796875
RHLMD,λ<=log n,65536,1,423926,6.468597412109375
RHLMD,λ<=log n,65536,1,419426,6.399932861328125
RHLMD,λ<=log n,65536,1,425401,6.4911041259765625
RHLMD,λ<=log n,65536,1,462046,7.050262451171875
RHLMD,λ<=log n,65536,1,394268,6.01605224609375
RHLMD,λ<=log n,65536,1,428072,6.5318603515625
RHLMD,λ<=log n,65536,1,391037,5.9667510986328125
RHLMD,λ<=log n,65536,1,448309,6.8406524658203125
RHLMD,λ<=log n,65536,1,430469,6.5684356689453125
RHLMD,λ<=log n,65536,1,456455,6.9649505615234375
RRLMD,λ<=log n,65536,1,439499,6.7062225341796875
RRLMD,λ<=log n,65536,1,424759,6.4813079833984375
RRLMD,λ<=log n,65536,1,419892,6.40704345703125
RRLMD,λ<=log n,65536,1,434191,6.6252288818359375
RRLMD,λ<=log n,65536,1,459780,7.01568603515625
RRLMD,λ<=log n,65536,1,462533,7.0576934814453125
RRLMD,λ<=log n,65536,1,511157,7.7996368408203125
RRLMD,λ<=log n,65536,1,448923,6.8500213623046875
RRLMD,λ<=log n,65536,1,408149,6.2278594970703125
RRLMD,λ<=log n,65536,1,454278,6.931732177734375
RRLMD,λ<=log n,65536,1,430467,6.5684051513671875
RRLMD,λ<=log n,65536,1,452072,6.8980712890625
RRLMD,λ<=log n,65536,1,416233,6.3512115478515625
RRLMD,λ<=log n,65536,1,502413,7.6662139892578125
RRLMD,λ<=log n,65536,1,428969,6.5455474853515625
RRLMD,λ<=log n,65536,1,443653,6.7696075439453125
RRLMD,λ<=log n,65536,1,422511,6.4470062255859375
RRLMD,λ<=log n,65536,1,516460,7.88055419921875
RRLMD,λ<=log n,65536,1,506811,7.7333221435546875
RRLMD,λ<=log n,65536,1,422635,6.4488983154296875
RRLMD,λ<=log n,65536,1,415978,6.347320556640625
RRLMD,λ<=log n,65536,1,414437,6.3238067626953125
RRLMD,λ<=log n,65536,1,408787,6.2375946044921875
RRLMD,λ<=log n,65536,1,435833,6.6502838134765625
RRLMD,λ<=log n,65536,1,415139,6.3345184326171875
RRLMD,λ<=log n,65536,1,443449,6.7664947509765625
RRLMD,λ<=log n,65536,1,432856,6.6048583984375
RRLMD,λ<=log n,65536,1,449720,6.8621826171875
RRLMD,λ<=log n,65536,1,449173,6.8538360595703125
RRLMD,λ<=log n,65536,1,450113,6.8681793212890625
RRLMD,λ<=log n,65536,1,430537,6.5694732666015625
RRLMD,λ<=log n,65536,1,412922,6.300689697265625
RRLMD,λ<=log n,65536,1,425546,6.493316650390625
RRLMD,λ<=log n,65536,1,427037,6.5160675048828125
RRLMD,λ<=log n,65536,1,447754,6.832183837890625
RRLMD,λ<=log n,65536,1,449769,6.8629302978515625
RRLMD,λ<=log n,65536,1,415007,6.3325042724609375
RRLMD,λ<=log n,65536,1,441678,6.739471435546875
RRLMD,λ<=log n,65536,1,444872,6.7882080078125
RRLMD,λ<=log n,65536,1,426453,6.5071563720703125
RRLMD,λ<=log n,65536,1,407907,6.2241668701171875
RRLMD,λ<=log n,65536,1,429883,6.5594940185546875
RRLMD,λ<=log n,65536,1,411329,6.2763824462890625
RRLMD,λ<=log n,65536,1,415831,6.3450775146484375
RRLMD,λ<=log n,65536,1,420966,6.423431396484375
RRLMD,λ<=log n,65536,1,429562,6.554595947265625
RRLMD,λ<=log n,65536,1,436607,6.6620941162109375
RRLMD,λ<=log n,65536,1,423783,6.4664154052734375
RRLMD,λ<=log n,65536,1,450942,6.880828857421875
RRLMD,λ<=log n,65536,1,415227,6.3358612060546875
RRLMD,λ<=log n,65536,1,414792,6.3292236328125
RRLMD,λ<=log n,65536,1,462640,7.059326171875
RRLMD,λ<=log n,65536,1,436960,6.66748046875
RRLMD,λ<=log n,65536,1,446469,6.8125762939453125
RRLMD,λ<=log n,65536,1,434471,6.6295013427734375
RRLMD,λ<=log n,65536,1,454282,6.931793212890625
RRLMD,λ<=log n,65536,1,445128,6.7921142578125
RRLMD,λ<=log n,65536,1,445173,6.7928009033203125
RRLMD,λ<=log n,65536,1,444750,6.786346435546875
RRLMD,λ<=log n,65536,1,458582,6.997406005859375
RRLMD,λ<=log n,65536,1,433579,6.6158905029296875
RRLMD,λ<=log n,65536,1,433675,6.6173553466796875
RRLMD,λ<=log n,65536,1,430889,6.5748443603515625
RRLMD,λ<=log n,65536,1,426901,6.5139923095703125
RRLMD,λ<=log n,65536,1,452225,6.9004058837890625
RRLMD,λ<=log n,65536,1,448107,6.8375701904296875
RRLMD,λ<=log n,65536,1,438532,6.69146728515625
RRLMD,λ<=log n,65536,1,400765,6.1151885986328125
RRLMD,λ<=log n,65536,1,427043,6.5161590576171875
RRLMD,λ<=log n,65536,1,443289,6.7640533447265625
RRLMD,λ<=log n,65536,1,423178,6.457183837890625
RRLMD,λ<=log n,65536,1,451949,6.8961944580078125
RRLMD,λ<=log n,65536,1,456508,6.96575927734375
RRLMD,λ<=log n,65536,1,408964,6.24029541015625
RRLMD,λ<=log n,65536,1,447945,6.8350982666015625
RRLMD,λ<=log n,65536,1,416699,6.3583221435546875
RRLMD,λ<=log n,65536,1,413305,6.3065338134765625
RRLMD,λ<=log n,65536,1,411214,6.274627685546875
RRLMD,λ<=log n,65536,1,424074,6.470855712890625
RRLMD,λ<=log n,65536,1,429914,6.559967041015625
RRLMD,λ<=log n,65536,1,416161,6.3501129150390625
RRLMD,λ<=log n,65536,1,454837,6.9402618408203125
RRLMD,λ<=log n,65536,1,400448,6.1103515625
RRLMD,λ<=log n,65536,1,425818,6.497467041015625
RRLMD,λ<=log n,65536,1,448177,6.8386383056640625
RRLMD,λ<=log n,65536,1,427950,6.529998779296875
RRLMD,λ<=log n,65536,1,467090,7.127227783203125
RRLMD,λ<=log n,65536,1,464622,7.089569091796875
RRLMD,λ<=log n,65536,1,419312,6.398193359375
RRLMD,λ<=log n,65536,1,430200,6.5643310546875
RRLMD,λ<=log n,65536,1,420144,6.410888671875
RRLMD,λ<=log n,65536,1,432885,6.6053009033203125
RRLMD,λ<=log n,65536,1,437796,6.68023681640625
RRLMD,λ<=log n,65536,1,417945,6.3773345947265625
RRLMD,λ<=log n,65536,1,419831,6.4061126708984375
RRLMD,λ<=log n,65536,1,435693,6.6481475830078125
RRLMD,λ<=log n,65536,1,442531,6.7524871826171875
RRLMD,λ<=log n,65536,1,447730,6.831817626953125
RRLMD,λ<=log n,65536,1,447314,6.825469970703125
RRLMD,λ<=log n,65536,1,453916,6.92620849609375
RSLMD,λ<=log n,65536,1,664589,10.140823364257812
RSLMD,λ<=log n,65536,1,638839,9.747909545898438
RSLMD,λ<=log n,65536,1,705402,10.763580322265625
RSLMD,λ<=log n,65536,1,632473,9.650772094726562
RSLMD,λ<=log n,65536,1,601916,9.18450927734375
RSLMD,λ<=log n,65536,1,653025,9.964370727539062
RSLMD,λ<=log n,65536,1,642481,9.803482055664062
RSLMD,λ<=log n,65536,1,585896,8.9400634765625
RSLMD,λ<=log n,65536,1,655903,10.008285522460938
RSLMD,λ<=log n,65536,1,618609,9.439224243164062
RSLMD,λ<=log n,65536,1,689942,10.527679443359375
RSLMD,λ<=log n,65536,1,667348,10.18292236328125
RSLMD,λ<=log n,65536,1,652015,9.948959350585938
RSLMD,λ<=log n,65536,1,572859,8.741134643554688
RSLMD,λ<=log n,65536,1,613208,9.3568115234375
RSLMD,λ<=log n,65536,1,573022,8.743621826171875
RSLMD,λ<=log n,65536,1,638318,9.739959716796875
RSLMD,λ<=log n,65536,1,650929,9.932388305664062
RSLMD,λ<=log n,65536,1,669514,10.215972900390625
RSLMD,λ<=log n,65536,1,758514,11.574005126953125
RSLMD,λ<=log n,65536,1,710905,10.847549438476562
RSLMD,λ<=log n,65536,1,590738,9.013946533203125
RSLMD,λ<=log n,65536,1,637250,9.723663330078125
RSLMD,λ<=log n,65536,1,621945,9.490127563476562
RSLMD,λ<=log n,65536,1,758227,11.569625854492188
RSLMD,λ<=log n,65536,1,602588,9.19476318359375
RSLMD,λ<=log n,65536,1,610416,9.314208984375
RSLMD,λ<=log n,65536,1,664409,10.138076782226562
RSLMD,λ<=log n,65536,1,658926,10.054412841796875
RSLMD,λ<=log n,65536,1,711135,10.851058959960938
RSLMD,λ<=log n,65536,1,609507,9.300338745117188
RSLMD,λ<=log n,65536,1,585365,8.931961059570312
RSLMD,λ<=log n,65536,1,661109,10.087722778320312
RSLMD,λ<=log n,65536,1,654480,9.986572265625
RSLMD,λ<=log n,65536,1,627412,9.57354736328125
RSLMD,λ<=log n,65536,1,608840,9.2901611328125
RSLMD,λ<=log n,65536,1,628184,9.5853271484375
RSLMD,λ<=log n,65536,1,614061,9.369827270507812
RSLMD,λ<=log n,65536,1,596397,9.100296020507812
RSLMD,λ<=log n,65536,1,681902,10.404998779296875
RSLMD,λ<=log n,65536,1,607314,9.266876220703125
RSLMD,λ<=log n,65536,1,611936,9.33740234375
RSLMD,λ<=log n,65536,1,596556,9.10272216796875
RSLMD,λ<=log n,65536,1,662900,10.11505126953125
RSLMD,λ<=log n,65536,1,702815,10.724105834960938
RSLMD,λ<=log n,65536,1,607668,9.27227783203125
RSLMD,λ<=log n,65536,1,661046,10.086761474609375
RSLMD,λ<=log n,65536,1,641430,9.787445068359375
RSLMD,λ<=log n,65536,1,616222,9.402801513671875
RSLMD,λ<=log n,65536,1,697260,10.63934326171875
RSLMD,λ<=log n,65536,1,604969,9.231094360351562
RSLMD,λ<=log n,65536,1,640173,9.768264770507812
RSLMD,λ<=log n,65536,1,679457,10.367691040039062
RSLMD,λ<=log n,65536,1,606489,9.254287719726562
RSLMD,λ<=log n,65536,1,690242,10.532257080078125
RSLMD,λ<=log n,65536,1,628617,9.591934204101562
RSLMD,λ<=log n,65536,1,616075,9.400558471679688
RSLMD,λ<=log n,65536,1,707793,10.800064086914062
RSLMD,λ<=log n,65536,1,649107,9.904586791992188
RSLMD,λ<=log n,65536,1,581325,8.870315551757812
RSLMD,λ<=log n,65536,1,658917,10.054275512695312
RSLMD,λ<=log n,65536,1,625281,9.541030883789062
RSLMD,λ<=log n,65536,1,593156,9.05084228515625
RSLMD,λ<=log n,65536,1,624081,9.522720336914062
RSLMD,λ<=log n,65536,1,612776,9.3502197265625
RSLMD,λ<=log n,65536,1,600851,9.168258666992188
RSLMD,λ<=log n,65536,1,563228,8.59417724609375
RSLMD,λ<=log n,65536,1,705871,10.770736694335938
RSLMD,λ<=log n,65536,1,725671,11.072860717773438
RSLMD,λ<=log n,65536,1,566235,8.640060424804688
RSLMD,λ<=log n,65536,1,604891,9.229904174804688
RSLMD,λ<=log n,65536,1,649677,9.913284301757812
RSLMD,λ<=log n,65536,1,573720,8.7542724609375
RSLMD,λ<=log n,65536,1,653604,9.97320556640625
RSLMD,λ<=log n,65536,1,655068,9.99554443359375
RSLMD,λ<=log n,65536,1,603605,9.210281372070312
RSLMD,λ<=log n,65536,1,610325,9.312820434570312
RSLMD,λ<=log n,65536,1,665610,10.156402587890625
RSLMD,λ<=log n,65536,1,674024,10.2847900390625
RSLMD,λ<=log n,65536,1,607653,9.272048950195312
RSLMD,λ<=log n,65536,1,618556,9.43841552734375
RSLMD,λ<=log n,65536,1,597407,9.115707397460938
RSLMD,λ<=log n,65536,1,634436,9.68072509765625
RSLMD,λ<=log n,65536,1,620226,9.463897705078125
RSLMD,λ<=log n,65536,1,655562,10.003082275390625
RSLMD,λ<=log n,65536,1,626045,9.552688598632812
RSLMD,λ<=log n,65536,1,632846,9.656463623046875
RSLMD,λ<=log n,65536,1,630934,9.627288818359375
RSLMD,λ<=log n,65536,1,587052,8.95770263671875
RSLMD,λ<=log n,65536,1,596511,9.102035522460938
RSLMD,λ<=log n,65536,1,581263,8.869369506835938
RSLMD,λ<=log n,65536,1,656125,10.011672973632812
RSLMD,λ<=log n,65536,1,586184,8.9444580078125
RSLMD,λ<=log n,65536,1,713014,10.879730224609375
RSLMD,λ<=log n,65536,1,652205,9.951858520507812
RSLMD,λ<=log n,65536,1,706401,10.778823852539062
RSLMD,λ<=log n,65536,1,622046,9.491668701171875
RSLMD,λ<=log n,65536,1,689270,10.517425537109375
RSLMD,λ<=log n,65536,1,605482,9.238922119140625
RSLMD,λ<=log n,65536,1,634913,9.688003540039062
RSDID,λ<=log n,65536,1,737139,11.247848510742188
RSDID,λ<=log n,65536,1,710280,10.8380126953125
RSDID,λ<=log n,65536,1,710467,10.840866088867188
RSDID,λ<=log n,65536,1,726975,11.092758178710938
RSDID,λ<=log n,65536,1,803105,12.254409790039062
RSDID,λ<=log n,65536,1,767506,11.711212158203125
RSDID,λ<=log n,65536,1,725708,11.07342529296875
RSDID,λ<=log n,65536,1,751957,11.473953247070312
RSDID,λ<=log n,65536,1,701471,10.703598022460938
RSDID,λ<=log n,65536,1,715363,10.915573120117188
RSDID,λ<=log n,65536,1,716105,10.926895141601562
RSDID,λ<=log n,65536,1,746115,11.384811401367188
RSDID,λ<=log n,65536,1,809631,12.353988647460938
RSDID,λ<=log n,65536,1,756787,11.547653198242188
RSDID,λ<=log n,65536,1,684330,10.442047119140625
RSDID,λ<=log n,65536,1,694055,10.590438842773438
RSDID,λ<=log n,65536,1,750695,11.454696655273438
RSDID,λ<=log n,65536,1,705742,10.768768310546875
RSDID,λ<=log n,65536,1,717524,10.94854736328125
RSDID,λ<=log n,65536,1,782971,11.947189331054688
RSDID,λ<=log n,65536,1,721448,11.0084228515625
RSDID,λ<=log n,65536,1,835795,12.753219604492188
RSDID,λ<=log n,65536,1,738139,11.263107299804688
RSDID,λ<=log n,65536,1,684257,10.440933227539062
RSDID,λ<=log n,65536,1,738914,11.274932861328125
RSDID,λ<=log n,65536,1,882121,13.460098266601562
RSDID,λ<=log n,65536,1,741887,11.320297241210938
RSDID,λ<=log n,65536,1,749822,11.441375732421875
RSDID,λ<=log n,65536,1,683052,10.42254638671875
RSDID,λ<=log n,65536,1,715755,10.921554565429688
RSDID,λ<=log n,65536,1,733481,11.192031860351562
RSDID,λ<=log n,65536,1,727830,11.105804443359375
RSDID,λ<=log n,65536,1,740148,11.29376220703125
RSDID,λ<=log n,65536,1,753154,11.492218017578125
RSDID,λ<=log n,65536,1,687598,10.491912841796875
RSDID,λ<=log n,65536,1,699667,10.676071166992188
RSDID,λ<=log n,65536,1,702503,10.719345092773438
RSDID,λ<=log n,65536,1,749283,11.433151245117188
RSDID,λ<=log n,65536,1,911131,13.902755737304688
RSDID,λ<=log n,65536,1,699664,10.676025390625
RSDID,λ<=log n,65536,1,736036,11.23101806640625
RSDID,λ<=log n,65536,1,691662,10.553924560546875
RSDID,λ<=log n,65536,1,703274,10.731109619140625
RSDID,λ<=log n,65536,1,744937,11.366836547851562
RSDID,λ<=log n,65536,1,729645,11.133499145507812
RSDID,λ<=log n,65536,1,766506,11.695953369140625
RSDID,λ<=log n,65536,1,717835,10.953292846679688
RSDID,λ<=log n,65536,1,786243,11.997116088867188
RSDID,λ<=log n,65536,1,716821,10.937820434570312
RSDID,λ<=log n,65536,1,676841,10.327774047851562
RSDID,λ<=log n,65536,1,682021,10.406814575195312
RSDID,λ<=log n,65536,1,742626,11.331573486328125
RSDID,λ<=log n,65536,1,733440,11.19140625
RSDID,λ<=log n,65536,1,706128,10.774658203125
RSDID,λ<=log n,65536,1,702832,10.724365234375
RSDID,λ<=log n,65536,1,705600,10.7666015625
RSDID,λ<=log n,65536,1,719964,10.98577880859375
RSDID,λ<=log n,65536,1,710263,10.837753295898438
RSDID,λ<=log n,65536,1,721766,11.013275146484375
RSDID,λ<=log n,65536,1,777822,11.868621826171875
RSDID,λ<=log n,65536,1,704761,10.753799438476562
RSDID,λ<=log n,65536,1,687560,10.4913330078125
RSDID,λ<=log n,65536,1,758461,11.573196411132812
RSDID,λ<=log n,65536,1,697719,10.646347045898438
RSDID,λ<=log n,65536,1,824391,12.579208374023438
RSDID,λ<=log n,65536,1,768014,11.718963623046875
RSDID,λ<=log n,65536,1,737315,11.250534057617188
RSDID,λ<=log n,65536,1,751241,11.463027954101562
RSDID,λ<=log n,65536,1,716955,10.939865112304688
RSDID,λ<=log n,65536,1,714517,10.902664184570312
RSDID,λ<=log n,65536,1,721617,11.011001586914062
RSDID,λ<=log n,65536,1,737368,11.2513427734375
RSDID,λ<=log n,65536,1,700038,10.681732177734375
RSDID,λ<=log n,65536,1,727833,11.105850219726562
RSDID,λ<=log n,65536,1,787120,12.010498046875
RSDID,λ<=log n,65536,1,701517,10.704299926757812
RSDID,λ<=log n,65536,1,734314,11.204742431640625
RSDID,λ<=log n,65536,1,821151,12.529769897460938
RSDID,λ<=log n,65536,1,706776,10.7845458984375
RSDID,λ<=log n,65536,1,783818,11.960113525390625
RSDID,λ<=log n,65536,1,676781,10.326858520507812
RSDID,λ<=log n,65536,1,719299,10.975631713867188
RSDID,λ<=log n,65536,1,705004,10.75750732421875
RSDID,λ<=log n,65536,1,716453,10.932205200195312
RSDID,λ<=log n,65536,1,775215,11.828842163085938
RSDID,λ<=log n,65536,1,722066,11.017852783203125
RSDID,λ<=log n,65536,1,716795,10.937423706054688
RSDID,λ<=log n,65536,1,692808,10.5714111328125
RSDID,λ<=log n,65536,1,702383,10.717514038085938
RSDID,λ<=log n,65536,1,711409,10.855239868164062
RSDID,λ<=log n,65536,1,734184,11.2027587890625
RSDID,λ<=log n,65536,1,732067,11.170455932617188
RSDID,λ<=log n,65536,1,703587,10.735885620117188
RSDID,λ<=log n,65536,1,733104,11.186279296875
RSDID,λ<=log n,65536,1,724308,11.05206298828125
RSDID,λ<=log n,65536,1,697396,10.64141845703125
RSDID,λ<=log n,65536,1,791169,12.072280883789062
RSDID,λ<=log n,65536,1,728631,11.118026733398438
RSDID,λ<=log n,65536,1,734086,11.201263427734375
RSDID,λ<=log n,65536,1,708329,10.808242797851562
RRDID,λ<=log n,65536,1,523183,7.9831390380859375
RRDID,λ<=log n,65536,1,543575,8.294296264648438
RRDID,λ<=log n,65536,1,544501,8.308425903320312
RRDID,λ<=log n,65536,1,539990,8.239593505859375
RRDID,λ<=log n,65536,1,510526,7.790008544921875
RRDID,λ<=log n,65536,1,608896,9.291015625
RRDID,λ<=log n,65536,1,539828,8.23712158203125
RRDID,λ<=log n,65536,1,497933,7.5978546142578125
RRDID,λ<=log n,65536,1,485636,7.41021728515625
RRDID,λ<=log n,65536,1,505118,7.707489013671875
RRDID,λ<=log n,65536,1,558415,8.520736694335938
RRDID,λ<=log n,65536,1,526297,8.030654907226562
RRDID,λ<=log n,65536,1,496786,7.580352783203125
RRDID,λ<=log n,65536,1,620540,9.46868896484375
RRDID,λ<=log n,65536,1,495257,7.5570220947265625
RRDID,λ<=log n,65536,1,521027,7.9502410888671875
RRDID,λ<=log n,65536,1,501811,7.6570281982421875
RRDID,λ<=log n,65536,1,527872,8.0546875
RRDID,λ<=log n,65536,1,525356,8.01629638671875
RRDID,λ<=log n,65536,1,498378,7.604644775390625
RRDID,λ<=log n,65536,1,527480,8.0487060546875
RRDID,λ<=log n,65536,1,499894,7.627777099609375
RRDID,λ<=log n,65536,1,517887,7.9023284912109375
RRDID,λ<=log n,65536,1,547453,8.353469848632812
RRDID,λ<=log n,65536,1,512722,7.823516845703125
RRDID,λ<=log n,65536,1,527609,8.050674438476562
RRDID,λ<=log n,65536,1,582165,8.883132934570312
RRDID,λ<=log n,65536,1,589623,8.996932983398438
RRDID,λ<=log n,65536,1,586599,8.950790405273438
RRDID,λ<=log n,65536,1,536957,8.193313598632812
RRDID,λ<=log n,65536,1,629659,9.607833862304688
RRDID,λ<=log n,65536,1,573937,8.757583618164062
RRDID,λ<=log n,65536,1,590117,9.004470825195312
RRDID,λ<=log n,65536,1,514039,7.8436126708984375
RRDID,λ<=log n,65536,1,505832,7.7183837890625
RRDID,λ<=log n,65536,1,557916,8.51312255859375
RRDID,λ<=log n,65536,1,542965,8.284988403320312
RRDID,λ<=log n,65536,1,507945,7.7506256103515625
RRDID,λ<=log n,65536,1,511352,7.8026123046875
RRDID,λ<=log n,65536,1,500713,7.6402740478515625
RRDID,λ<=log n,65536,1,521272,7.9539794921875
RRDID,λ<=log n,65536,1,567786,8.663726806640625
RRDID,λ<=log n,65536,1,511552,7.8056640625
RRDID,λ<=log n,65536,1,544716,8.31170654296875
RRDID,λ<=log n,65536,1,530736,8.098388671875
RRDID,λ<=log n,65536,1,530827,8.099777221679688
RRDID,λ<=log n,65536,1,547601,8.355728149414062
RRDID,λ<=log n,65536,1,515425,7.8647613525390625
RRDID,λ<=log n,65536,1,518657,7.9140777587890625
RRDID,λ<=log n,65536,1,508021,7.7517852783203125
RRDID,λ<=log n,65536,1,537352,8.1993408203125
RRDID,λ<=log n,65536,1,575693,8.784378051757812
RRDID,λ<=log n,65536,1,517390,7.894744873046875
RRDID,λ<=log n,65536,1,517680,7.899169921875
RRDID,λ<=log n,65536,1,519196,7.92230224609375
RRDID,λ<=log n,65536,1,493887,7.5361175537109375
RRDID,λ<=log n,65536,1,579387,8.840744018554688
RRDID,λ<=log n,65536,1,499306,7.618804931640625
RRDID,λ<=log n,65536,1,521530,7.957916259765625
RRDID,λ<=log n,65536,1,554923,8.467453002929688
RRDID,λ<=log n,65536,1,504049,7.6911773681640625
RRDID,λ<=log n,65536,1,491298,7.496612548828125
RRDID,λ<=log n,65536,1,494692,7.54840087890625
RRDID,λ<=log n,65536,1,508904,7.7652587890625
RRDID,λ<=log n,65536,1,557103,8.500717163085938
RRDID,λ<=log n,65536,1,553855,8.451156616210938
RRDID,λ<=log n,65536,1,524960,8.01025390625
RRDID,λ<=log n,65536,1,541756,8.26654052734375
RRDID,λ<=log n,65536,1,560810,8.557281494140625
RRDID,λ<=log n,65536,1,519248,7.923095703125
RRDID,λ<=log n,65536,1,511075,7.7983856201171875
RRDID,λ<=log n,65536,1,541850,8.267974853515625
RRDID,λ<=log n,65536,1,500542,7.637664794921875
RRDID,λ<=log n,65536,1,501656,7.6546630859375
RRDID,λ<=log n,65536,1,530361,8.092666625976562
RRDID,λ<=log n,65536,1,528882,8.070098876953125
RRDID,λ<=log n,65536,1,584382,8.916961669921875
RRDID,λ<=log n,65536,1,503314,7.679962158203125
RRDID,λ<=log n,65536,1,508438,7.758148193359375
RRDID,λ<=log n,65536,1,537556,8.20245361328125
RRDID,λ<=log n,65536,1,501057,7.6455230712890625
RRDID,λ<=log n,65536,1,557015,8.499374389648438
RRDID,λ<=log n,65536,1,521386,7.955718994140625
RRDID,λ<=log n,65536,1,489667,7.4717254638671875
RRDID,λ<=log n,65536,1,524438,8.002288818359375
RRDID,λ<=log n,65536,1,533295,8.137435913085938
RRDID,λ<=log n,65536,1,519403,7.9254608154296875
RRDID,λ<=log n,65536,1,486342,7.420989990234375
RRDID,λ<=log n,65536,1,494440,7.5445556640625
RRDID,λ<=log n,65536,1,522130,7.967071533203125
RRDID,λ<=log n,65536,1,531834,8.115142822265625
RRDID,λ<=log n,65536,1,578299,8.824142456054688
RRDID,λ<=log n,65536,1,475434,7.254547119140625
RRDID,λ<=log n,65536,1,523901,7.9940948486328125
RRDID,λ<=log n,65536,1,519476,7.92657470703125
RRDID,λ<=log n,65536,1,549196,8.38006591796875
RRDID,λ<=log n,65536,1,518085,7.9053497314453125
RRDID,λ<=log n,65536,1,544151,8.303085327148438
RRDID,λ<=log n,65536,1,521294,7.954315185546875
RRDID,λ<=log n,65536,1,528199,8.059677124023438
RHDID,λ<=log n,65536,1,494433,7.5444488525390625
RHDID,λ<=log n,65536,1,535533,8.171585083007812
RHDID,λ<=log n,65536,1,536411,8.184982299804688
RHDID,λ<=log n,65536,1,482483,7.3621063232421875
RHDID,λ<=log n,65536,1,493605,7.5318145751953125
RHDID,λ<=log n,65536,1,534764,8.15985107421875
RHDID,λ<=log n,65536,1,464567,7.0887298583984375
RHDID,λ<=log n,65536,1,484311,7.3899993896484375
RHDID,λ<=log n,65536,1,521110,7.951507568359375
RHDID,λ<=log n,65536,1,554881,8.466812133789062
RHDID,λ<=log n,65536,1,534421,8.154617309570312
RHDID,λ<=log n,65536,1,513968,7.842529296875
RHDID,λ<=log n,65536,1,503125,7.6770782470703125
RHDID,λ<=log n,65536,1,510326,7.786956787109375
RHDID,λ<=log n,65536,1,511761,7.8088531494140625
RHDID,λ<=log n,65536,1,542281,8.274551391601562
RHDID,λ<=log n,65536,1,563253,8.594558715820312
RHDID,λ<=log n,65536,1,489006,7.461639404296875
RHDID,λ<=log n,65536,1,491775,7.5038909912109375
RHDID,λ<=log n,65536,1,473741,7.2287139892578125
RHDID,λ<=log n,65536,1,482795,7.3668670654296875
RHDID,λ<=log n,65536,1,512452,7.81939697265625
RHDID,λ<=log n,65536,1,480627,7.3337860107421875
RHDID,λ<=log n,65536,1,486334,7.420867919921875
RHDID,λ<=log n,65536,1,493112,7.5242919921875
RHDID,λ<=log n,65536,1,571373,8.718460083007812
RHDID,λ<=log n,65536,1,500353,7.6347808837890625
RHDID,λ<=log n,65536,1,514210,7.846221923828125
RHDID,λ<=log n,65536,1,501663,7.6547698974609375
RHDID,λ<=log n,65536,1,483585,7.3789215087890625
RHDID,λ<=log n,65536,1,552825,8.435440063476562
RHDID,λ<=log n,65536,1,478207,7.2968597412109375
RHDID,λ<=log n,65536,1,487643,7.4408416748046875
RHDID,λ<=log n,65536,1,528497,8.064224243164062
RHDID,λ<=log n,65536,1,491307,7.4967498779296875
RHDID,λ<=log n,65536,1,525036,8.01141357421875
RHDID,λ<=log n,65536,1,479713,7.3198394775390625
RHDID,λ<=log n,65536,1,523815,7.9927825927734375
RHDID,λ<=log n,65536,1,493715,7.5334930419921875
RHDID,λ<=log n,65536,1,488557,7.4547882080078125
RHDID,λ<=log n,65536,1,532615,8.127059936523438
RHDID,λ<=log n,65536,1,484858,7.398345947265625
RHDID,λ<=log n,65536,1,494019,7.5381317138671875
RHDID,λ<=log n,65536,1,482697,7.3653717041015625
RHDID,λ<=log n,65536,1,488224,7.44970703125
RHDID,λ<=log n,65536,1,496105,7.5699615478515625
RHDID,λ<=log n,65536,1,511730,7.808380126953125
RHDID,λ<=log n,65536,1,497901,7.5973663330078125
RHDID,λ<=log n,65536,1,498768,7.610595703125
RHDID,λ<=log n,65536,1,480744,7.3355712890625
RHDID,λ<=log n,65536,1,519604,7.92852783203125
RHDID,λ<=log n,65536,1,499006,7.614227294921875
RHDID,λ<=log n,65536,1,523448,7.9871826171875
RHDID,λ<=log n,65536,1,494955,7.5524139404296875
RHDID,λ<=log n,65536,1,501860,7.65777587890625
RHDID,λ<=log n,65536,1,516886,7.887054443359375
RHDID,λ<=log n,65536,1,508795,7.7635955810546875
RHDID,λ<=log n,65536,1,499113,7.6158599853515625
RHDID,λ<=log n,65536,1,580586,8.859039306640625
RHDID,λ<=log n,65536,1,486189,7.4186553955078125
RHDID,λ<=log n,65536,1,502786,7.671905517578125
RHDID,λ<=log n,65536,1,512545,7.8208160400390625
RHDID,λ<=log n,65536,1,503791,7.6872406005859375
RHDID,λ<=log n,65536,1,553130,8.440093994140625
RHDID,λ<=log n,65536,1,548770,8.373565673828125
RHDID,λ<=log n,65536,1,489046,7.462249755859375
RHDID,λ<=log n,65536,1,519231,7.9228363037109375
RHDID,λ<=log n,65536,1,490327,7.4817962646484375
RHDID,λ<=log n,65536,1,522921,7.9791412353515625
RHDID,λ<=log n,65536,1,553401,8.444229125976562
RHDID,λ<=log n,65536,1,486137,7.4178619384765625
RHDID,λ<=log n,65536,1,492853,7.5203399658203125
RHDID,λ<=log n,65536,1,546504,8.3389892578125
RHDID,λ<=log n,65536,1,492274,7.511505126953125
RHDID,λ<=log n,65536,1,441586,6.738067626953125
RHDID,λ<=log n,65536,1,454115,6.9292449951171875
RHDID,λ<=log n,65536,1,496226,7.571807861328125
RHDID,λ<=log n,65536,1,481937,7.3537750244140625
RHDID,λ<=log n,65536,1,494982,7.552825927734375
RHDID,λ<=log n,65536,1,568313,8.671768188476562
RHDID,λ<=log n,65536,1,505373,7.7113800048828125
RHDID,λ<=log n,65536,1,534441,8.154922485351562
RHDID,λ<=log n,65536,1,462672,7.059814453125
RHDID,λ<=log n,65536,1,476558,7.271697998046875
RHDID,λ<=log n,65536,1,489548,7.46990966796875
RHDID,λ<=log n,65536,1,516353,7.8789215087890625
RHDID,λ<=log n,65536,1,500377,7.6351470947265625
RHDID,λ<=log n,65536,1,514159,7.8454437255859375
RHDID,λ<=log n,65536,1,502965,7.6746368408203125
RHDID,λ<=log n,65536,1,507350,7.741546630859375
RHDID,λ<=log n,65536,1,484450,7.392120361328125
RHDID,λ<=log n,65536,1,474309,7.2373809814453125
RHDID,λ<=log n,65536,1,529170,8.074493408203125
RHDID,λ<=log n,65536,1,474692,7.24322509765625
RHDID,λ<=log n,65536,1,478501,7.3013458251953125
RHDID,λ<=log n,65536,1,497508,7.59136962890625
RHDID,λ<=log n,65536,1,513167,7.8303070068359375
RHDID,λ<=log n,65536,1,479986,7.324005126953125
RHDID,λ<=log n,65536,1,503275,7.6793670654296875
RHDID,λ<=log n,65536,1,510222,7.785369873046875
RHLID,λ<=log n,65536,1,522911,7.9789886474609375
RHLID,λ<=log n,65536,1,490744,7.4881591796875
RHLID,λ<=log n,65536,1,519059,7.9202117919921875
RHLID,λ<=log n,65536,1,521902,7.963592529296875
RHLID,λ<=log n,65536,1,512654,7.822479248046875
RHLID,λ<=log n,65536,1,531814,8.114837646484375
RHLID,λ<=log n,65536,1,486970,7.430572509765625
RHLID,λ<=log n,65536,1,526019,8.026412963867188
RHLID,λ<=log n,65536,1,491860,7.50518798828125
RHLID,λ<=log n,65536,1,564048,8.606689453125
RHLID,λ<=log n,65536,1,508156,7.75384521484375
RHLID,λ<=log n,65536,1,519325,7.9242706298828125
RHLID,λ<=log n,65536,1,533092,8.13433837890625
RHLID,λ<=log n,65536,1,547560,8.3551025390625
RHLID,λ<=log n,65536,1,508416,7.7578125
RHLID,λ<=log n,65536,1,472187,7.2050018310546875
RHLID,λ<=log n,65536,1,513854,7.840789794921875
RHLID,λ<=log n,65536,1,562191,8.578353881835938
RHLID,λ<=log n,65536,1,536961,8.193374633789062
RHLID,λ<=log n,65536,1,500994,7.644561767578125
RHLID,λ<=log n,65536,1,510799,7.7941741943359375
RHLID,λ<=log n,65536,1,532861,8.130813598632812
RHLID,λ<=log n,65536,1,522492,7.97259521484375
RHLID,λ<=log n,65536,1,508718,7.762420654296875
RHLID,λ<=log n,65536,1,493933,7.5368194580078125
RHLID,λ<=log n,65536,1,557780,8.51104736328125
RHLID,λ<=log n,65536,1,501592,7.6536865234375
RHLID,λ<=log n,65536,1,487778,7.442901611328125
RHLID,λ<=log n,65536,1,527123,8.043258666992188
RHLID,λ<=log n,65536,1,522101,7.9666290283203125
RHLID,λ<=log n,65536,1,470902,7.185394287109375
RHLID,λ<=log n,65536,1,488691,7.4568328857421875
RHLID,λ<=log n,65536,1,526835,8.038864135742188
RHLID,λ<=log n,65536,1,507044,7.73687744140625
RHLID,λ<=log n,65536,1,520021,7.9348907470703125
RHLID,λ<=log n,65536,1,509919,7.7807464599609375
RHLID,λ<=log n,65536,1,506697,7.7315826416015625
RHLID,λ<=log n,65536,1,479496,7.3165283203125
RHLID,λ<=log n,65536,1,500121,7.6312408447265625
RHLID,λ<=log n,65536,1,543178,8.288238525390625
RHLID,λ<=log n,65536,1,500667,7.6395721435546875
RHLID,λ<=log n,65536,1,526755,8.037643432617188
RHLID,λ<=log n,65536,1,484945,7.3996734619140625
RHLID,λ<=log n,65536,1,494761,7.5494537353515625
RHLID,λ<=log n,65536,1,483883,7.3834686279296875
RHLID,λ<=log n,65536,1,542125,8.272171020507812
RHLID,λ<=log n,65536,1,513195,7.8307342529296875
RHLID,λ<=log n,65536,1,528146,8.058868408203125
RHLID,λ<=log n,65536,1,500812,7.64178466796875
RHLID,λ<=log n,65536,1,519298,7.923858642578125
RHLID,λ<=log n,65536,1,548738,8.373077392578125
RHLID,λ<=log n,65536,1,492086,7.508636474609375
RHLID,λ<=log n,65536,1,493644,7.53240966796875
RHLID,λ<=log n,65536,1,500022,7.629730224609375
RHLID,λ<=log n,65536,1,539076,8.22564697265625
RHLID,λ<=log n,65536,1,501874,7.657989501953125
RHLID,λ<=log n,65536,1,511364,7.80279541015625
RHLID,λ<=log n,65536,1,501011,7.6448211669921875
RHLID,λ<=log n,65536,1,485666,7.410675048828125
RHLID,λ<=log n,65536,1,494781,7.5497589111328125
RHLID,λ<=log n,65536,1,534545,8.156509399414062
RHLID,λ<=log n,65536,1,485290,7.404937744140625
RHLID,λ<=log n,65536,1,530252,8.09100341796875
RHLID,λ<=log n,65536,1,542528,8.2783203125
RHLID,λ<=log n,65536,1,545177,8.318740844726562
RHLID,λ<=log n,65536,1,489391,7.4675140380859375
RHLID,λ<=log n,65536,1,499347,7.6194305419921875
RHLID,λ<=log n,65536,1,504808,7.7027587890625
RHLID,λ<=log n,65536,1,534900,8.16192626953125
RHLID,λ<=log n,65536,1,511358,7.802703857421875
RHLID,λ<=log n,65536,1,493900,7.53631591796875
RHLID,λ<=log n,65536,1,501153,7.6469879150390625
RHLID,λ<=log n,65536,1,516943,7.8879241943359375
RHLID,λ<=log n,65536,1,512625,7.8220367431640625
RHLID,λ<=log n,65536,1,509729,7.7778472900390625
RHLID,λ<=log n,65536,1,496615,7.5777435302734375
RHLID,λ<=log n,65536,1,515003,7.8583221435546875
RHLID,λ<=log n,65536,1,508844,7.76434326171875
RHLID,λ<=log n,65536,1,485112,7.4022216796875
RHLID,λ<=log n,65536,1,562096,8.576904296875
RHLID,λ<=log n,65536,1,517582,7.897674560546875
RHLID,λ<=log n,65536,1,499446,7.620941162109375
RHLID,λ<=log n,65536,1,499241,7.6178131103515625
RHLID,λ<=log n,65536,1,511646,7.807098388671875
RHLID,λ<=log n,65536,1,483257,7.3739166259765625
RHLID,λ<=log n,65536,1,535016,8.1636962890625
RHLID,λ<=log n,65536,1,491844,7.50494384765625
RHLID,λ<=log n,65536,1,524813,8.008010864257812
RHLID,λ<=log n,65536,1,490761,7.4884185791015625
RHLID,λ<=log n,65536,1,504361,7.6959381103515625
RHLID,λ<=log n,65536,1,486900,7.42950439453125
RHLID,λ<=log n,65536,1,507224,7.7396240234375
RHLID,λ<=log n,65536,1,513132,7.82977294921875
RHLID,λ<=log n,65536,1,502492,7.66741943359375
RHLID,λ<=log n,65536,1,530006,8.087249755859375
RHLID,λ<=log n,65536,1,519747,7.9307098388671875
RHLID,λ<=log n,65536,1,520424,7.9410400390625
RHLID,λ<=log n,65536,1,520982,7.949554443359375
RHLID,λ<=log n,65536,1,497575,7.5923919677734375
RHLID,λ<=log n,65536,1,538185,8.212051391601562
RRLID,λ<=log n,65536,1,526281,8.030410766601562
RRLID,λ<=log n,65536,1,506640,7.730712890625
RRLID,λ<=log n,65536,1,536741,8.190017700195312
RRLID,λ<=log n,65536,1,543430,8.292083740234375
RRLID,λ<=log n,65536,1,511180,7.79998779296875
RRLID,λ<=log n,65536,1,524175,7.9982757568359375
RRLID,λ<=log n,65536,1,503255,7.6790618896484375
RRLID,λ<=log n,65536,1,513509,7.8355255126953125
RRLID,λ<=log n,65536,1,539705,8.235244750976562
RRLID,λ<=log n,65536,1,533661,8.143020629882812
RRLID,λ<=log n,65536,1,519584,7.92822265625
RRLID,λ<=log n,65536,1,529999,8.087142944335938
RRLID,λ<=log n,65536,1,532258,8.121612548828125
RRLID,λ<=log n,65536,1,500071,7.6304779052734375
RRLID,λ<=log n,65536,1,521409,7.9560699462890625
RRLID,λ<=log n,65536,1,508817,7.7639312744140625
RRLID,λ<=log n,65536,1,527029,8.041824340820312
RRLID,λ<=log n,65536,1,524178,7.998321533203125
RRLID,λ<=log n,65536,1,551530,8.415679931640625
RRLID,λ<=log n,65536,1,521986,7.964874267578125
RRLID,λ<=log n,65536,1,514911,7.8569183349609375
RRLID,λ<=log n,65536,1,515260,7.86224365234375
RRLID,λ<=log n,65536,1,545016,8.3162841796875
RRLID,λ<=log n,65536,1,513818,7.840240478515625
RRLID,λ<=log n,65536,1,519031,7.9197845458984375
RRLID,λ<=log n,65536,1,534422,8.154632568359375
RRLID,λ<=log n,65536,1,553698,8.448760986328125
RRLID,λ<=log n,65536,1,532196,8.12066650390625
RRLID,λ<=log n,65536,1,530481,8.094497680664062
RRLID,λ<=log n,65536,1,582660,8.89068603515625
RRLID,λ<=log n,65536,1,549086,8.378387451171875
RRLID,λ<=log n,65536,1,506729,7.7320709228515625
RRLID,λ<=log n,65536,1,539799,8.236679077148438
RRLID,λ<=log n,65536,1,516344,7.8787841796875
RRLID,λ<=log n,65536,1,512554,7.820953369140625
RRLID,λ<=log n,65536,1,502925,7.6740264892578125
RRLID,λ<=log n,65536,1,514241,7.8466949462890625
RRLID,λ<=log n,65536,1,528072,8.0577392578125
RRLID,λ<=log n,65536,1,506358,7.726409912109375
RRLID,λ<=log n,65536,1,537971,8.208786010742188
RRLID,λ<=log n,65536,1,544306,8.305450439453125
RRLID,λ<=log n,65536,1,506100,7.72247314453125
RRLID,λ<=log n,65536,1,533867,8.146163940429688
RRLID,λ<=log n,65536,1,512924,7.82659912109375
RRLID,λ<=log n,65536,1,542365,8.275833129882812
RRLID,λ<=log n,65536,1,555796,8.48077392578125
RRLID,λ<=log n,65536,1,520601,7.9437408447265625
RRLID,λ<=log n,65536,1,541065,8.255996704101562
RRLID,λ<=log n,65536,1,555854,8.481658935546875
RRLID,λ<=log n,65536,1,518676,7.91436767578125
RRLID,λ<=log n,65536,1,547588,8.35552978515625
RRLID,λ<=log n,65536,1,487890,7.444610595703125
RRLID,λ<=log n,65536,1,539477,8.231765747070312
RRLID,λ<=log n,65536,1,519212,7.92254638671875
RRLID,λ<=log n,65536,1,513085,7.8290557861328125
RRLID,λ<=log n,65536,1,499564,7.62274169921875
RRLID,λ<=log n,65536,1,521830,7.962493896484375
RRLID,λ<=log n,65536,1,535800,8.1756591796875
RRLID,λ<=log n,65536,1,526054,8.026947021484375
RRLID,λ<=log n,65536,1,527995,8.056564331054688
RRLID,λ<=log n,65536,1,524960,8.01025390625
RRLID,λ<=log n,65536,1,520764,7.94622802734375
RRLID,λ<=log n,65536,1,521339,7.9550018310546875
RRLID,λ<=log n,65536,1,511293,7.8017120361328125
RRLID,λ<=log n,65536,1,520645,7.9444122314453125
RRLID,λ<=log n,65536,1,559370,8.535308837890625
RRLID,λ<=log n,65536,1,542605,8.279495239257812
RRLID,λ<=log n,65536,1,538449,8.216079711914062
RRLID,λ<=log n,65536,1,500806,7.641693115234375
RRLID,λ<=log n,65536,1,519514,7.927154541015625
RRLID,λ<=log n,65536,1,506095,7.7223968505859375
RRLID,λ<=log n,65536,1,501807,7.6569671630859375
RRLID,λ<=log n,65536,1,518801,7.9162750244140625
RRLID,λ<=log n,65536,1,512067,7.8135223388671875
RRLID,λ<=log n,65536,1,541664,8.26513671875
RRLID,λ<=log n,65536,1,509775,7.7785491943359375
RRLID,λ<=log n,65536,1,508676,7.76177978515625
RRLID,λ<=log n,65536,1,544463,8.307846069335938
RRLID,λ<=log n,65536,1,536721,8.189712524414062
RRLID,λ<=log n,65536,1,579351,8.840194702148438
RRLID,λ<=log n,65536,1,590713,9.013565063476562
RRLID,λ<=log n,65536,1,526023,8.026473999023438
RRLID,λ<=log n,65536,1,547470,8.353729248046875
RRLID,λ<=log n,65536,1,573918,8.757293701171875
RRLID,λ<=log n,65536,1,547909,8.360427856445312
RRLID,λ<=log n,65536,1,515797,7.8704376220703125
RRLID,λ<=log n,65536,1,527671,8.051620483398438
RRLID,λ<=log n,65536,1,568959,8.681625366210938
RRLID,λ<=log n,65536,1,535553,8.171890258789062
RRLID,λ<=log n,65536,1,530168,8.0897216796875
RRLID,λ<=log n,65536,1,562760,8.5870361328125
RRLID,λ<=log n,65536,1,512646,7.822357177734375
RRLID,λ<=log n,65536,1,569036,8.68280029296875
RRLID,λ<=log n,65536,1,524429,8.002151489257812
RRLID,λ<=log n,65536,1,531736,8.1136474609375
RRLID,λ<=log n,65536,1,536418,8.185089111328125
RRLID,λ<=log n,65536,1,503575,7.6839447021484375
RRLID,λ<=log n,65536,1,591404,9.02410888671875
RRLID,λ<=log n,65536,1,514453,7.8499298095703125
RRLID,λ<=log n,65536,1,560051,8.545700073242188
RSLID,λ<=log n,65536,1,658568,10.0489501953125
RSLID,λ<=log n,65536,1,701333,10.701492309570312
RSLID,λ<=log n,65536,1,670635,10.233078002929688
RSLID,λ<=log n,65536,1,696916,10.63409423828125
RSLID,λ<=log n,65536,1,703415,10.733261108398438
RSLID,λ<=log n,65536,1,767601,11.712661743164062
RSLID,λ<=log n,65536,1,712874,10.877593994140625
RSLID,λ<=log n,65536,1,867579,13.238204956054688
RSLID,λ<=log n,65536,1,674614,10.293792724609375
RSLID,λ<=log n,65536,1,695034,10.605377197265625
RSLID,λ<=log n,65536,1,694838,10.602386474609375
RSLID,λ<=log n,65536,1,710319,10.838607788085938
RSLID,λ<=log n,65536,1,748403,11.419723510742188
RSLID,λ<=log n,65536,1,728832,11.12109375
RSLID,λ<=log n,65536,1,699675,10.676193237304688
RSLID,λ<=log n,65536,1,773032,11.7955322265625
RSLID,λ<=log n,65536,1,711233,10.852554321289062
RSLID,λ<=log n,65536,1,687845,10.495681762695312
RSLID,λ<=log n,65536,1,744969,11.367324829101562
RSLID,λ<=log n,65536,1,791291,12.074142456054688
RSLID,λ<=log n,65536,1,707785,10.799942016601562
RSLID,λ<=log n,65536,1,718842,10.968658447265625
RSLID,λ<=log n,65536,1,746776,11.3948974609375
RSLID,λ<=log n,65536,1,690787,10.540573120117188
RSLID,λ<=log n,65536,1,834530,12.733917236328125
RSLID,λ<=log n,65536,1,769540,11.74224853515625
RSLID,λ<=log n,65536,1,679626,10.370269775390625
RSLID,λ<=log n,65536,1,835350,12.746429443359375
RSLID,λ<=log n,65536,1,741605,11.315994262695312
RSLID,λ<=log n,65536,1,744551,11.360946655273438
RSLID,λ<=log n,65536,1,736561,11.239028930664062
RSLID,λ<=log n,65536,1,693174,10.576995849609375
RSLID,λ<=log n,65536,1,711255,10.852890014648438
RSLID,λ<=log n,65536,1,813256,12.4093017578125
RSLID,λ<=log n,65536,1,730484,11.14630126953125
RSLID,λ<=log n,65536,1,688177,10.500747680664062
RSLID,λ<=log n,65536,1,690683,10.538986206054688
RSLID,λ<=log n,65536,1,689397,10.519363403320312
RSLID,λ<=log n,65536,1,705575,10.766220092773438
RSLID,λ<=log n,65536,1,760900,11.61041259765625
RSLID,λ<=log n,65536,1,728750,11.119842529296875
RSLID,λ<=log n,65536,1,887010,13.534698486328125
RSLID,λ<=log n,65536,1,704503,10.749862670898438
RSLID,λ<=log n,65536,1,716813,10.937698364257812
RSLID,λ<=log n,65536,1,699431,10.672470092773438
RSLID,λ<=log n,65536,1,694664,10.5997314453125
RSLID,λ<=log n,65536,1,686695,10.478134155273438
RSLID,λ<=log n,65536,1,674764,10.29608154296875
RSLID,λ<=log n,65536,1,705419,10.763839721679688
RSLID,λ<=log n,65536,1,680947,10.390426635742188
RSLID,λ<=log n,65536,1,728034,11.108917236328125
RSLID,λ<=log n,65536,1,713882,10.892974853515625
RSLID,λ<=log n,65536,1,711282,10.853302001953125
RSLID,λ<=log n,65536,1,697535,10.643539428710938
RSLID,λ<=log n,65536,1,757370,11.556549072265625
RSLID,λ<=log n,65536,1,733469,11.191848754882812
RSLID,λ<=log n,65536,1,663048,10.1173095703125
RSLID,λ<=log n,65536,1,699051,10.666671752929688
RSLID,λ<=log n,65536,1,785125,11.980056762695312
RSLID,λ<=log n,65536,1,722656,11.02685546875
RSLID,λ<=log n,65536,1,742957,11.336624145507812
RSLID,λ<=log n,65536,1,784473,11.970108032226562
RSLID,λ<=log n,65536,1,674943,10.298812866210938
RSLID,λ<=log n,65536,1,694440,10.5963134765625
RSLID,λ<=log n,65536,1,688072,10.4991455078125
RSLID,λ<=log n,65536,1,728366,11.113983154296875
RSLID,λ<=log n,65536,1,747264,11.40234375
RSLID,λ<=log n,65536,1,717877,10.953933715820312
RSLID,λ<=log n,65536,1,659670,10.065765380859375
RSLID,λ<=log n,65536,1,718883,10.969284057617188
RSLID,λ<=log n,65536,1,700500,10.68878173828125
RSLID,λ<=log n,65536,1,664878,10.145233154296875
RSLID,λ<=log n,65536,1,686089,10.468887329101562
RSLID,λ<=log n,65536,1,722557,11.025344848632812
RSLID,λ<=log n,65536,1,676392,10.3209228515625
RSLID,λ<=log n,65536,1,688413,10.504348754882812
RSLID,λ<=log n,65536,1,663355,10.121994018554688
RSLID,λ<=log n,65536,1,727059,11.094039916992188
RSLID,λ<=log n,65536,1,718443,10.962570190429688
RSLID,λ<=log n,65536,1,706258,10.776641845703125
RSLID,λ<=log n,65536,1,727879,11.106552124023438
RSLID,λ<=log n,65536,1,761094,11.613372802734375
RSLID,λ<=log n,65536,1,699384,10.6717529296875
RSLID,λ<=log n,65536,1,700014,10.681365966796875
RSLID,λ<=log n,65536,1,785810,11.990509033203125
RSLID,λ<=log n,65536,1,811189,12.377761840820312
RSLID,λ<=log n,65536,1,736434,11.237091064453125
RSLID,λ<=log n,65536,1,754346,11.510406494140625
RSLID,λ<=log n,65536,1,707886,10.801483154296875
RSLID,λ<=log n,65536,1,677863,10.343368530273438
RSLID,λ<=log n,65536,1,713037,10.880081176757812
RSLID,λ<=log n,65536,1,779963,11.901290893554688
RSLID,λ<=log n,65536,1,676915,10.328903198242188
RSLID,λ<=log n,65536,1,731761,11.165786743164062
RSLID,λ<=log n,65536,1,791244,12.07342529296875
RSLID,λ<=log n,65536,1,734751,11.211410522460938
RSLID,λ<=log n,65536,1,734947,11.214401245117188
RSLID,λ<=log n,65536,1,702769,10.723403930664062
RSLID,λ<=log n,65536,1,724266,11.051422119140625
RSLID,λ<=log n,65536,1,659607,10.064804077148438
RSDCU,λ<=log n,65536,1,720047,10.987045288085938
RSDCU,λ<=log n,65536,1,768442,11.725494384765625
RSDCU,λ<=log n,65536,1,746487,11.390487670898438
RSDCU,λ<=log n,65536,1,756266,11.539703369140625
RSDCU,λ<=log n,65536,1,711884,10.86248779296875
RSDCU,λ<=log n,65536,1,775940,11.83990478515625
RSDCU,λ<=log n,65536,1,846650,12.918853759765625
RSDCU,λ<=log n,65536,1,659571,10.064254760742188
RSDCU,λ<=log n,65536,1,685585,10.461196899414062
RSDCU,λ<=log n,65536,1,685528,10.4603271484375
RSDCU,λ<=log n,65536,1,766185,11.691055297851562
RSDCU,λ<=log n,65536,1,904295,13.798446655273438
RSDCU,λ<=log n,65536,1,610560,9.31640625
RSDCU,λ<=log n,65536,1,993338,15.157135009765625
RSDCU,λ<=log n,65536,1,720660,10.99639892578125
RSDCU,λ<=log n,65536,1,715635,10.919723510742188
RSDCU,λ<=log n,65536,1,630681,9.623428344726562
RSDCU,λ<=log n,65536,1,838296,12.7913818359375
RSDCU,λ<=log n,65536,1,724365,11.052932739257812
RSDCU,λ<=log n,65536,1,724960,11.06201171875
RSDCU,λ<=log n,65536,1,775691,11.836105346679688
RSDCU,λ<=log n,65536,1,616754,9.410919189453125
RSDCU,λ<=log n,65536,1,927858,14.157989501953125
RSDCU,λ<=log n,65536,1,839510,12.809906005859375
RSDCU,λ<=log n,65536,1,595067,9.080001831054688
RSDCU,λ<=log n,65536,1,734967,11.214706420898438
RSDCU,λ<=log n,65536,1,735189,11.218093872070312
RSDCU,λ<=log n,65536,1,684922,10.451080322265625
RSDCU,λ<=log n,65536,1,680018,10.376251220703125
RSDCU,λ<=log n,65536,1,714097,10.896255493164062
RSDCU,λ<=log n,65536,1,784553,11.971328735351562
RSDCU,λ<=log n,65536,1,658810,10.052642822265625
RSDCU,λ<=log n,65536,1,737327,11.250717163085938
RSDCU,λ<=log n,65536,1,605754,9.243072509765625
RSDCU,λ<=log n,65536,1,649831,9.915634155273438
RSDCU,λ<=log n,65536,1,787786,12.020660400390625
RSDCU,λ<=log n,65536,1,706099,10.774215698242188
RSDCU,λ<=log n,65536,1,752804,11.48687744140625
RSDCU,λ<=log n,65536,1,625136,9.538818359375
RSDCU,λ<=log n,65536,1,771148,11.76678466796875
RSDCU,λ<=log n,65536,1,794250,12.119293212890625
RSDCU,λ<=log n,65536,1,765288,11.6773681640625
RSDCU,λ<=log n,65536,1,724196,11.05035400390625
RSDCU,λ<=log n,65536,1,618850,9.442901611328125
RSDCU,λ<=log n,65536,1,676440,10.3216552734375
RSDCU,λ<=log n,65536,1,673246,10.272918701171875
RSDCU,λ<=log n,65536,1,639913,9.764297485351562
RSDCU,λ<=log n,65536,1,667215,10.180892944335938
RSDCU,λ<=log n,65536,1,695703,10.615585327148438
RSDCU,λ<=log n,65536,1,875978,13.366363525390625
RSDCU,λ<=log n,65536,1,697190,10.638275146484375
RSDCU,λ<=log n,65536,1,735696,11.225830078125
RSDCU,λ<=log n,65536,1,675247,10.303451538085938
RSDCU,λ<=log n,65536,1,728645,11.118240356445312
RSDCU,λ<=log n,65536,1,620986,9.475494384765625
RSDCU,λ<=log n,65536,1,691586,10.552764892578125
RSDCU,λ<=log n,65536,1,792522,12.092926025390625
RSDCU,λ<=log n,65536,1,676142,10.317108154296875
RSDCU,λ<=log n,65536,1,646441,9.863906860351562
RSDCU,λ<=log n,65536,1,704749,10.753616333007812
RSDCU,λ<=log n,65536,1,636722,9.715606689453125
RSDCU,λ<=log n,65536,1,853049,13.016494750976562
RSDCU,λ<=log n,65536,1,684761,10.448623657226562
RSDCU,λ<=log n,65536,1,693436,10.58099365234375
RSDCU,λ<=log n,65536,1,844853,12.891433715820312
RSDCU,λ<=log n,65536,1,730385,11.144790649414062
RSDCU,λ<=log n,65536,1,703157,10.729324340820312
RSDCU,λ<=log n,65536,1,651392,9.939453125
RSDCU,λ<=log n,65536,1,776346,11.846099853515625
RSDCU,λ<=log n,65536,1,718862,10.968963623046875
RSDCU,λ<=log n,65536,1,651912,9.9473876953125
RSDCU,λ<=log n,65536,1,796691,12.156539916992188
RSDCU,λ<=log n,65536,1,703806,10.739227294921875
RSDCU,λ<=log n,65536,1,743001,11.337295532226562
RSDCU,λ<=log n,65536,1,649143,9.905136108398438
RSDCU,λ<=log n,65536,1,696084,10.62139892578125
RSDCU,λ<=log n,65536,1,591653,9.027908325195312
RSDCU,λ<=log n,65536,1,984280,15.0189208984375
RSDCU,λ<=log n,65536,1,738333,11.266067504882812
RSDCU,λ<=log n,65536,1,913552,13.939697265625
RSDCU,λ<=log n,65536,1,807654,12.323822021484375
RSDCU,λ<=log n,65536,1,814152,12.4229736328125
RSDCU,λ<=log n,65536,1,953591,14.550643920898438
RSDCU,λ<=log n,65536,1,716386,10.931182861328125
RSDCU,λ<=log n,65536,1,725035,11.063156127929688
RSDCU,λ<=log n,65536,1,647639,9.882186889648438
RSDCU,λ<=log n,65536,1,692166,10.561614990234375
RSDCU,λ<=log n,65536,1,803120,12.254638671875
RSDCU,λ<=log n,65536,1,786590,12.002410888671875
RSDCU,λ<=log n,65536,1,870235,13.278732299804688
RSDCU,λ<=log n,65536,1,703590,10.735931396484375
RSDCU,λ<=log n,65536,1,654640,9.989013671875
RSDCU,λ<=log n,65536,1,722748,11.02825927734375
RSDCU,λ<=log n,65536,1,670073,10.224502563476562
RSDCU,λ<=log n,65536,1,593377,9.054214477539062
RSDCU,λ<=log n,65536,1,773731,11.806198120117188
RSDCU,λ<=log n,65536,1,822498,12.550323486328125
RSDCU,λ<=log n,65536,1,694158,10.592010498046875
RSDCU,λ<=log n,65536,1,695847,10.617782592773438
RSDCU,λ<=log n,65536,1,731644,11.16400146484375
RRDCU,λ<=log n,65536,1,411061,6.2722930908203125
RRDCU,λ<=log n,65536,1,400970,6.118316650390625
RRDCU,λ<=log n,65536,1,392932,5.99566650390625
RRDCU,λ<=log n,65536,1,424265,6.4737701416015625
RRDCU,λ<=log n,65536,1,394622,6.021453857421875
RRDCU,λ<=log n,65536,1,469491,7.1638641357421875
RRDCU,λ<=log n,65536,1,435767,6.6492767333984375
RRDCU,λ<=log n,65536,1,382514,5.836700439453125
RRDCU,λ<=log n,65536,1,441772,6.74090576171875
RRDCU,λ<=log n,65536,1,417851,6.3759002685546875
RRDCU,λ<=log n,65536,1,424941,6.4840850830078125
RRDCU,λ<=log n,65536,1,441010,6.729278564453125
RRDCU,λ<=log n,65536,1,445078,6.791351318359375
RRDCU,λ<=log n,65536,1,417493,6.3704376220703125
RRDCU,λ<=log n,65536,1,418389,6.3841094970703125
RRDCU,λ<=log n,65536,1,484390,7.391204833984375
RRDCU,λ<=log n,65536,1,396229,6.0459747314453125
RRDCU,λ<=log n,65536,1,466421,7.1170196533203125
RRDCU,λ<=log n,65536,1,463549,7.0731964111328125
RRDCU,λ<=log n,65536,1,407311,6.2150726318359375
RRDCU,λ<=log n,65536,1,436950,6.667327880859375
RRDCU,λ<=log n,65536,1,427610,6.524810791015625
RRDCU,λ<=log n,65536,1,457316,6.97808837890625
RRDCU,λ<=log n,65536,1,451620,6.89117431640625
RRDCU,λ<=log n,65536,1,424893,6.4833526611328125
RRDCU,λ<=log n,65536,1,436370,6.658477783203125
RRDCU,λ<=log n,65536,1,469093,7.1577911376953125
RRDCU,λ<=log n,65536,1,415646,6.342254638671875
RRDCU,λ<=log n,65536,1,425694,6.495574951171875
RRDCU,λ<=log n,65536,1,476994,7.278350830078125
RRDCU,λ<=log n,65536,1,423948,6.46893310546875
RRDCU,λ<=log n,65536,1,426459,6.5072479248046875
RRDCU,λ<=log n,65536,1,448732,6.84710693359375
RRDCU,λ<=log n,65536,1,424500,6.47735595703125
RRDCU,λ<=log n,65536,1,415426,6.338897705078125
RRDCU,λ<=log n,65536,1,471809,7.1992340087890625
RRDCU,λ<=log n,65536,1,401901,6.1325225830078125
RRDCU,λ<=log n,65536,1,508566,7.760101318359375
RRDCU,λ<=log n,65536,1,428433,6.5373687744140625
RRDCU,λ<=log n,65536,1,419655,6.4034271240234375
RRDCU,λ<=log n,65536,1,411021,6.2716827392578125
RRDCU,λ<=log n,65536,1,412167,6.2891693115234375
RRDCU,λ<=log n,65536,1,416464,6.354736328125
RRDCU,λ<=log n,65536,1,404314,6.169342041015625
RRDCU,λ<=log n,65536,1,414863,6.3303070068359375
RRDCU,λ<=log n,65536,1,456354,6.963409423828125
RRDCU,λ<=log n,65536,1,408913,6.2395172119140625
RRDCU,λ<=log n,65536,1,425560,6.4935302734375
RRDCU,λ<=log n,65536,1,405399,6.1858978271484375
RRDCU,λ<=log n,65536,1,411757,6.2829132080078125
RRDCU,λ<=log n,65536,1,430557,6.5697784423828125
RRDCU,λ<=log n,65536,1,413405,6.3080596923828125
RRDCU,λ<=log n,65536,1,444607,6.7841644287109375
RRDCU,λ<=log n,65536,1,425314,6.489776611328125
RRDCU,λ<=log n,65536,1,404893,6.1781768798828125
RRDCU,λ<=log n,65536,1,390253,5.9547882080078125
RRDCU,λ<=log n,65536,1,424578,6.478546142578125
RRDCU,λ<=log n,65536,1,464643,7.0898895263671875
RRDCU,λ<=log n,65536,1,425742,6.496307373046875
RRDCU,λ<=log n,65536,1,413994,6.317047119140625
RRDCU,λ<=log n,65536,1,420298,6.413238525390625
RRDCU,λ<=log n,65536,1,436416,6.6591796875
RRDCU,λ<=log n,65536,1,422675,6.4495086669921875
RRDCU,λ<=log n,65536,1,494724,7.54888916015625
RRDCU,λ<=log n,65536,1,426931,6.5144500732421875
RRDCU,λ<=log n,65536,1,412859,6.2997283935546875
RRDCU,λ<=log n,65536,1,400691,6.1140594482421875
RRDCU,λ<=log n,65536,1,508113,7.7531890869140625
RRDCU,λ<=log n,65536,1,414662,6.327239990234375
RRDCU,λ<=log n,65536,1,414714,6.328033447265625
RRDCU,λ<=log n,65536,1,404891,6.1781463623046875
RRDCU,λ<=log n,65536,1,429086,6.547332763671875
RRDCU,λ<=log n,65536,1,442667,6.7545623779296875
RRDCU,λ<=log n,65536,1,415490,6.339874267578125
RRDCU,λ<=log n,65536,1,441088,6.73046875
RRDCU,λ<=log n,65536,1,455498,6.950347900390625
RRDCU,λ<=log n,65536,1,432096,6.59326171875
RRDCU,λ<=log n,65536,1,416439,6.3543548583984375
RRDCU,λ<=log n,65536,1,417249,6.3667144775390625
RRDCU,λ<=log n,65536,1,439021,6.6989288330078125
RRDCU,λ<=log n,65536,1,470589,7.1806182861328125
RRDCU,λ<=log n,65536,1,391152,5.968505859375
RRDCU,λ<=log n,65536,1,414676,6.32745361328125
RRDCU,λ<=log n,65536,1,442072,6.7454833984375
RRDCU,λ<=log n,65536,1,401922,6.132843017578125
RRDCU,λ<=log n,65536,1,455914,6.956695556640625
RRDCU,λ<=log n,65536,1,411731,6.2825164794921875
RRDCU,λ<=log n,65536,1,431767,6.5882415771484375
RRDCU,λ<=log n,65536,1,437299,6.6726531982421875
RRDCU,λ<=log n,65536,1,506082,7.722198486328125
RRDCU,λ<=log n,65536,1,390121,5.9527740478515625
RRDCU,λ<=log n,65536,1,428371,6.5364227294921875
RRDCU,λ<=log n,65536,1,403364,6.15484619140625
RRDCU,λ<=log n,65536,1,394946,6.026397705078125
RRDCU,λ<=log n,65536,1,412756,6.29815673828125
RRDCU,λ<=log n,65536,1,422223,6.4426116943359375
RRDCU,λ<=log n,65536,1,426016,6.50048828125
RRDCU,λ<=log n,65536,1,453530,6.920318603515625
RRDCU,λ<=log n,65536,1,398649,6.0829010009765625
RRDCU,λ<=log n,65536,1,395835,6.0399627685546875
RHDCU,λ<=log n,65536,1,429241,6.5496978759765625
RHDCU,λ<=log n,65536,1,406790,6.207122802734375
RHDCU,λ<=log n,65536,1,425681,6.4953765869140625
RHDCU,λ<=log n,65536,1,395183,6.0300140380859375
RHDCU,λ<=log n,65536,1,402493,6.1415557861328125
RHDCU,λ<=log n,65536,1,466666,7.120758056640625
RHDCU,λ<=log n,65536,1,418275,6.3823699951171875
RHDCU,λ<=log n,65536,1,406299,6.1996307373046875
RHDCU,λ<=log n,65536,1,417802,6.375152587890625
RHDCU,λ<=log n,65536,1,439792,6.710693359375
RHDCU,λ<=log n,65536,1,443023,6.7599945068359375
RHDCU,λ<=log n,65536,1,397894,6.071380615234375
RHDCU,λ<=log n,65536,1,407113,6.2120513916015625
RHDCU,λ<=log n,65536,1,384931,5.8735809326171875
RHDCU,λ<=log n,65536,1,400894,6.117156982421875
RHDCU,λ<=log n,65536,1,426889,6.5138092041015625
RHDCU,λ<=log n,65536,1,403470,6.156463623046875
RHDCU,λ<=log n,65536,1,389396,5.94171142578125
RHDCU,λ<=log n,65536,1,385820,5.88714599609375
RHDCU,λ<=log n,65536,1,422491,6.4467010498046875
RHDCU,λ<=log n,65536,1,402958,6.148651123046875
RHDCU,λ<=log n,65536,1,408745,6.2369537353515625
RHDCU,λ<=log n,65536,1,416506,6.355377197265625
RHDCU,λ<=log n,65536,1,391644,5.97601318359375
RHDCU,λ<=log n,65536,1,393982,6.011688232421875
RHDCU,λ<=log n,65536,1,412902,6.300384521484375
RHDCU,λ<=log n,65536,1,429544,6.5543212890625
RHDCU,λ<=log n,65536,1,441847,6.7420501708984375
RHDCU,λ<=log n,65536,1,411489,6.2788238525390625
RHDCU,λ<=log n,65536,1,387796,5.91729736328125
RHDCU,λ<=log n,65536,1,460060,7.01995849609375
RHDCU,λ<=log n,65536,1,434943,6.6367034912109375
RHDCU,λ<=log n,65536,1,440888,6.7274169921875
RHDCU,λ<=log n,65536,1,420297,6.4132232666015625
RHDCU,λ<=log n,65536,1,445824,6.802734375
RHDCU,λ<=log n,65536,1,451971,6.8965301513671875
RHDCU,λ<=log n,65536,1,422967,6.4539642333984375
RHDCU,λ<=log n,65536,1,393622,6.006195068359375
RHDCU,λ<=log n,65536,1,379955,5.7976531982421875
RHDCU,λ<=log n,65536,1,396879,6.0558929443359375
RHDCU,λ<=log n,65536,1,408957,6.2401885986328125
RHDCU,λ<=log n,65536,1,403741,6.1605987548828125
RHDCU,λ<=log n,65536,1,442628,6.75396728515625
RHDCU,λ<=log n,65536,1,384091,5.8607635498046875
RHDCU,λ<=log n,65536,1,432396,6.59783935546875
RHDCU,λ<=log n,65536,1,411360,6.27685546875
RHDCU,λ<=log n,65536,1,411885,6.2848663330078125
RHDCU,λ<=log n,65536,1,391533,5.9743194580078125
RHDCU,λ<=log n,65536,1,383016,5.8443603515625
RHDCU,λ<=log n,65536,1,400864,6.11669921875
RHDCU,λ<=log n,65536,1,404704,6.17529296875
RHDCU,λ<=log n,65536,1,384531,5.8674774169921875
RHDCU,λ<=log n,65536,1,436757,6.6643829345703125
RHDCU,λ<=log n,65536,1,425337,6.4901275634765625
RHDCU,λ<=log n,65536,1,402395,6.1400604248046875
RHDCU,λ<=log n,65536,1,419112,6.3951416015625
RHDCU,λ<=log n,65536,1,403151,6.1515960693359375
RHDCU,λ<=log n,65536,1,430013,6.5614776611328125
RHDCU,λ<=log n,65536,1,378270,5.771942138671875
RHDCU,λ<=log n,65536,1,399363,6.0937957763671875
RHDCU,λ<=log n,65536,1,407028,6.21075439453125
RHDCU,λ<=log n,65536,1,414672,6.327392578125
RHDCU,λ<=log n,65536,1,398742,6.084320068359375
RHDCU,λ<=log n,65536,1,420246,6.412445068359375
RHDCU,λ<=log n,65536,1,391401,5.9723052978515625
RHDCU,λ<=log n,65536,1,412687,6.2971038818359375
RHDCU,λ<=log n,65536,1,434283,6.6266326904296875
RHDCU,λ<=log n,65536,1,396230,6.045989990234375
RHDCU,λ<=log n,65536,1,400450,6.110382080078125
RHDCU,λ<=log n,65536,1,444333,6.7799835205078125
RHDCU,λ<=log n,65536,1,386434,5.896514892578125
RHDCU,λ<=log n,65536,1,411705,6.2821197509765625
RHDCU,λ<=log n,65536,1,403632,6.158935546875
RHDCU,λ<=log n,65536,1,430590,6.570281982421875
RHDCU,λ<=log n,65536,1,420080,6.409912109375
RHDCU,λ<=log n,65536,1,406802,6.207305908203125
RHDCU,λ<=log n,65536,1,439669,6.7088165283203125
RHDCU,λ<=log n,65536,1,412514,6.294464111328125
RHDCU,λ<=log n,65536,1,400926,6.117645263671875
RHDCU,λ<=log n,65536,1,451426,6.888214111328125
RHDCU,λ<=log n,65536,1,425421,6.4914093017578125
RHDCU,λ<=log n,65536,1,423363,6.4600067138671875
RHDCU,λ<=log n,65536,1,419693,6.4040069580078125
RHDCU,λ<=log n,65536,1,479509,7.3167266845703125
RHDCU,λ<=log n,65536,1,453276,6.91644287109375
RHDCU,λ<=log n,65536,1,408617,6.2350006103515625
RHDCU,λ<=log n,65536,1,415308,6.33709716796875
RHDCU,λ<=log n,65536,1,388714,5.931304931640625
RHDCU,λ<=log n,65536,1,462552,7.0579833984375
RHDCU,λ<=log n,65536,1,402655,6.1440277099609375
RHDCU,λ<=log n,65536,1,385662,5.884735107421875
RHDCU,λ<=log n,65536,1,403093,6.1507110595703125
RHDCU,λ<=log n,65536,1,400779,6.1154022216796875
RHDCU,λ<=log n,65536,1,430200,6.5643310546875
RHDCU,λ<=log n,65536,1,412677,6.2969512939453125
RHDCU,λ<=log n,65536,1,409225,6.2442779541015625
RHDCU,λ<=log n,65536,1,391900,5.97991943359375
RHDCU,λ<=log n,65536,1,410235,6.2596893310546875
RHDCU,λ<=log n,65536,1,426457,6.5072174072265625
RHDCU,λ<=log n,65536,1,395374,6.032928466796875
RHLCU,λ<=log n,65536,1,402207,6.1371917724609375
RHLCU,λ<=log n,65536,1,430136,6.5633544921875
RHLCU,λ<=log n,65536,1,405429,6.1863555908203125
RHLCU,λ<=log n,65536,1,425233,6.4885406494140625
RHLCU,λ<=log n,65536,1,424405,6.4759063720703125
RHLCU,λ<=log n,65536,1,408239,6.2292327880859375
RHLCU,λ<=log n,65536,1,422411,6.4454803466796875
RHLCU,λ<=log n,65536,1,447683,6.8311004638671875
RHLCU,λ<=log n,65536,1,444690,6.785430908203125
RHLCU,λ<=log n,65536,1,428217,6.5340728759765625
RHLCU,λ<=log n,65536,1,415778,6.344268798828125
RHLCU,λ<=log n,65536,1,428884,6.54425048828125
RHLCU,λ<=log n,65536,1,417916,6.37689208984375
RHLCU,λ<=log n,65536,1,399773,6.1000518798828125
RHLCU,λ<=log n,65536,1,413785,6.3138580322265625
RHLCU,λ<=log n,65536,1,438972,6.69818115234375
RHLCU,λ<=log n,65536,1,454153,6.9298248291015625
RHLCU,λ<=log n,65536,1,486382,7.421600341796875
RHLCU,λ<=log n,65536,1,436410,6.659088134765625
RHLCU,λ<=log n,65536,1,406643,6.2048797607421875
RHLCU,λ<=log n,65536,1,434299,6.6268768310546875
RHLCU,λ<=log n,65536,1,415576,6.3411865234375
RHLCU,λ<=log n,65536,1,414260,6.32110595703125
RHLCU,λ<=log n,65536,1,424910,6.483612060546875
RHLCU,λ<=log n,65536,1,397434,6.064361572265625
RHLCU,λ<=log n,65536,1,435273,6.6417388916015625
RHLCU,λ<=log n,65536,1,411266,6.275421142578125
RHLCU,λ<=log n,65536,1,407125,6.2122344970703125
RHLCU,λ<=log n,65536,1,443543,6.7679290771484375
RHLCU,λ<=log n,65536,1,408924,6.23968505859375
RHLCU,λ<=log n,65536,1,456689,6.9685211181640625
RHLCU,λ<=log n,65536,1,415888,6.345947265625
RHLCU,λ<=log n,65536,1,442622,6.753875732421875
RHLCU,λ<=log n,65536,1,411117,6.2731475830078125
RHLCU,λ<=log n,65536,1,460644,7.02886962890625
RHLCU,λ<=log n,65536,1,425167,6.4875335693359375
RHLCU,λ<=log n,65536,1,428636,6.54046630859375
RHLCU,λ<=log n,65536,1,408265,6.2296295166015625
RHLCU,λ<=log n,65536,1,465390,7.101287841796875
RHLCU,λ<=log n,65536,1,448732,6.84710693359375
RHLCU,λ<=log n,65536,1,417323,6.3678436279296875
RHLCU,λ<=log n,65536,1,406232,6.1986083984375
RHLCU,λ<=log n,65536,1,437199,6.6711273193359375
RHLCU,λ<=log n,65536,1,460575,7.0278167724609375
RHLCU,λ<=log n,65536,1,424940,6.48406982421875
RHLCU,λ<=log n,65536,1,401176,6.1214599609375
RHLCU,λ<=log n,65536,1,457621,6.9827423095703125
RHLCU,λ<=log n,65536,1,405203,6.1829071044921875
RHLCU,λ<=log n,65536,1,411077,6.2725372314453125
RHLCU,λ<=log n,65536,1,450727,6.8775482177734375
RHLCU,λ<=log n,65536,1,404034,6.165069580078125
RHLCU,λ<=log n,65536,1,444417,6.7812652587890625
RHLCU,λ<=log n,65536,1,428695,6.5413665771484375
RHLCU,λ<=log n,65536,1,430253,6.5651397705078125
RHLCU,λ<=log n,65536,1,449198,6.854217529296875
RHLCU,λ<=log n,65536,1,498056,7.5997314453125
RHLCU,λ<=log n,65536,1,430766,6.572967529296875
RHLCU,λ<=log n,65536,1,462818,7.062042236328125
RHLCU,λ<=log n,65536,1,456448,6.96484375
RHLCU,λ<=log n,65536,1,412159,6.2890472412109375
RHLCU,λ<=log n,65536,1,424196,6.47271728515625
RHLCU,λ<=log n,65536,1,422731,6.4503631591796875
RHLCU,λ<=log n,65536,1,411584,6.2802734375
RHLCU,λ<=log n,65536,1,412561,6.2951812744140625
RHLCU,λ<=log n,65536,1,399227,6.0917205810546875
RHLCU,λ<=log n,65536,1,395728,6.038330078125
RHLCU,λ<=log n,65536,1,402944,6.1484375
RHLCU,λ<=log n,65536,1,443341,6.7648468017578125
RHLCU,λ<=log n,65536,1,404002,6.164581298828125
RHLCU,λ<=log n,65536,1,415589,6.3413848876953125
RHLCU,λ<=log n,65536,1,417885,6.3764190673828125
RHLCU,λ<=log n,65536,1,386818,5.902374267578125
RHLCU,λ<=log n,65536,1,401362,6.124298095703125
RHLCU,λ<=log n,65536,1,401281,6.1230621337890625
RHLCU,λ<=log n,65536,1,417708,6.37371826171875
RHLCU,λ<=log n,65536,1,407207,6.2134857177734375
RHLCU,λ<=log n,65536,1,459784,7.0157470703125
RHLCU,λ<=log n,65536,1,403621,6.1587677001953125
RHLCU,λ<=log n,65536,1,401235,6.1223602294921875
RHLCU,λ<=log n,65536,1,432581,6.6006622314453125
RHLCU,λ<=log n,65536,1,412130,6.288604736328125
RHLCU,λ<=log n,65536,1,413574,6.310638427734375
RHLCU,λ<=log n,65536,1,394926,6.026092529296875
RHLCU,λ<=log n,65536,1,494916,7.55181884765625
RHLCU,λ<=log n,65536,1,484269,7.3893585205078125
RHLCU,λ<=log n,65536,1,422708,6.45001220703125
RHLCU,λ<=log n,65536,1,428834,6.543487548828125
RHLCU,λ<=log n,65536,1,437270,6.672210693359375
RHLCU,λ<=log n,65536,1,425175,6.4876556396484375
RHLCU,λ<=log n,65536,1,462276,7.05377197265625
RHLCU,λ<=log n,65536,1,446119,6.8072357177734375
RHLCU,λ<=log n,65536,1,410430,6.262664794921875
RHLCU,λ<=log n,65536,1,433487,6.6144866943359375
RHLCU,λ<=log n,65536,1,418831,6.3908538818359375
RHLCU,λ<=log n,65536,1,400980,6.11846923828125
RHLCU,λ<=log n,65536,1,399686,6.098724365234375
RHLCU,λ<=log n,65536,1,403914,6.163238525390625
RHLCU,λ<=log n,65536,1,432892,6.60540771484375
RHLCU,λ<=log n,65536,1,448118,6.837738037109375
RHLCU,λ<=log n,65536,1,419822,6.405975341796875
RRLCU,λ<=log n,65536,1,452153,6.8993072509765625
RRLCU,λ<=log n,65536,1,423261,6.4584503173828125
RRLCU,λ<=log n,65536,1,420443,6.4154510498046875
RRLCU,λ<=log n,65536,1,417100,6.36444091796875
RRLCU,λ<=log n,65536,1,412151,6.2889251708984375
RRLCU,λ<=log n,65536,1,432187,6.5946502685546875
RRLCU,λ<=log n,65536,1,432258,6.595733642578125
RRLCU,λ<=log n,65536,1,405580,6.18865966796875
RRLCU,λ<=log n,65536,1,417896,6.3765869140625
RRLCU,λ<=log n,65536,1,448949,6.8504180908203125
RRLCU,λ<=log n,65536,1,417408,6.369140625
RRLCU,λ<=log n,65536,1,413078,6.303070068359375
RRLCU,λ<=log n,65536,1,446351,6.8107757568359375
RRLCU,λ<=log n,65536,1,426635,6.5099334716796875
RRLCU,λ<=log n,65536,1,469908,7.17022705078125
RRLCU,λ<=log n,65536,1,403530,6.157379150390625
RRLCU,λ<=log n,65536,1,422984,6.4542236328125
RRLCU,λ<=log n,65536,1,428289,6.5351715087890625
RRLCU,λ<=log n,65536,1,447302,6.825286865234375
RRLCU,λ<=log n,65536,1,424974,6.484588623046875
RRLCU,λ<=log n,65536,1,406592,6.2041015625
RRLCU,λ<=log n,65536,1,426794,6.512359619140625
RRLCU,λ<=log n,65536,1,429099,6.5475311279296875
RRLCU,λ<=log n,65536,1,432371,6.5974578857421875
RRLCU,λ<=log n,65536,1,406348,6.20037841796875
RRLCU,λ<=log n,65536,1,437351,6.6734466552734375
RRLCU,λ<=log n,65536,1,462945,7.0639801025390625
RRLCU,λ<=log n,65536,1,420830,6.421356201171875
RRLCU,λ<=log n,65536,1,417921,6.3769683837890625
RRLCU,λ<=log n,65536,1,414579,6.3259735107421875
RRLCU,λ<=log n,65536,1,475604,7.25714111328125
RRLCU,λ<=log n,65536,1,400725,6.1145782470703125
RRLCU,λ<=log n,65536,1,420836,6.42144775390625
RRLCU,λ<=log n,65536,1,424798,6.481903076171875
RRLCU,λ<=log n,65536,1,412708,6.29742431640625
RRLCU,λ<=log n,65536,1,409442,6.247589111328125
RRLCU,λ<=log n,65536,1,398394,6.079010009765625
RRLCU,λ<=log n,65536,1,403941,6.1636505126953125
RRLCU,λ<=log n,65536,1,415729,6.3435211181640625
RRLCU,λ<=log n,65536,1,405402,6.185943603515625
RRLCU,λ<=log n,65536,1,424619,6.4791717529296875
RRLCU,λ<=log n,65536,1,424163,6.4722137451171875
RRLCU,λ<=log n,65536,1,424468,6.47686767578125
RRLCU,λ<=log n,65536,1,443400,6.7657470703125
RRLCU,λ<=log n,65536,1,430762,6.572906494140625
RRLCU,λ<=log n,65536,1,406840,6.2078857421875
RRLCU,λ<=log n,65536,1,402821,6.1465606689453125
RRLCU,λ<=log n,65536,1,435961,6.6522369384765625
RRLCU,λ<=log n,65536,1,434715,6.6332244873046875
RRLCU,λ<=log n,65536,1,396308,6.04718017578125
RRLCU,λ<=log n,65536,1,439589,6.7075958251953125
RRLCU,λ<=log n,65536,1,430312,6.5660400390625
RRLCU,λ<=log n,65536,1,418070,6.379241943359375
RRLCU,λ<=log n,65536,1,424051,6.4705047607421875
RRLCU,λ<=log n,65536,1,424894,6.483367919921875
RRLCU,λ<=log n,65536,1,416288,6.35205078125
RRLCU,λ<=log n,65536,1,440380,6.71966552734375
RRLCU,λ<=log n,65536,1,420702,6.419403076171875
RRLCU,λ<=log n,65536,1,439977,6.7135162353515625
RRLCU,λ<=log n,65536,1,399495,6.0958099365234375
RRLCU,λ<=log n,65536,1,423426,6.460968017578125
RRLCU,λ<=log n,65536,1,431362,6.582061767578125
RRLCU,λ<=log n,65536,1,412181,6.2893829345703125
RRLCU,λ<=log n,65536,1,414116,6.31890869140625
RRLCU,λ<=log n,65536,1,419219,6.3967742919921875
RRLCU,λ<=log n,65536,1,448109,6.8376007080078125
RRLCU,λ<=log n,65536,1,501124,7.64654541015625
RRLCU,λ<=log n,65536,1,436115,6.6545867919921875
RRLCU,λ<=log n,65536,1,442708,6.75518798828125
RRLCU,λ<=log n,65536,1,407230,6.213836669921875
RRLCU,λ<=log n,65536,1,426613,6.5095977783203125
RRLCU,λ<=log n,65536,1,420957,6.4232940673828125
RRLCU,λ<=log n,65536,1,450654,6.876434326171875
RRLCU,λ<=log n,65536,1,408914,6.239532470703125
RRLCU,λ<=log n,65536,1,402779,6.1459197998046875
RRLCU,λ<=log n,65536,1,413316,6.30670166015625
RRLCU,λ<=log n,65536,1,440367,6.7194671630859375
RRLCU,λ<=log n,65536,1,490759,7.4883880615234375
RRLCU,λ<=log n,65536,1,456545,6.9663238525390625
RRLCU,λ<=log n,65536,1,414123,6.3190155029296875
RRLCU,λ<=log n,65536,1,428368,6.536376953125
RRLCU,λ<=log n,65536,1,430443,6.5680389404296875
RRLCU,λ<=log n,65536,1,443646,6.769500732421875
RRLCU,λ<=log n,65536,1,470413,7.1779327392578125
RRLCU,λ<=log n,65536,1,452471,6.9041595458984375
RRLCU,λ<=log n,65536,1,401930,6.132965087890625
RRLCU,λ<=log n,65536,1,442828,6.75701904296875
RRLCU,λ<=log n,65536,1,426279,6.5045013427734375
RRLCU,λ<=log n,65536,1,423732,6.46563720703125
RRLCU,λ<=log n,65536,1,410167,6.2586517333984375
RRLCU,λ<=log n,65536,1,412889,6.3001861572265625
RRLCU,λ<=log n,65536,1,412149,6.2888946533203125
RRLCU,λ<=log n,65536,1,474380,7.23846435546875
RRLCU,λ<=log n,65536,1,414631,6.3267669677734375
RRLCU,λ<=log n,65536,1,445653,6.8001251220703125
RRLCU,λ<=log n,65536,1,424186,6.472564697265625
RRLCU,λ<=log n,65536,1,412652,6.29656982421875
RRLCU,λ<=log n,65536,1,414337,6.3222808837890625
RRLCU,λ<=log n,65536,1,401883,6.1322479248046875
RRLCU,λ<=log n,65536,1,416859,6.3607635498046875
RSLCU,λ<=log n,65536,1,606590,9.255828857421875
RSLCU,λ<=log n,65536,1,593949,9.062942504882812
RSLCU,λ<=log n,65536,1,575935,8.788070678710938
RSLCU,λ<=log n,65536,1,626041,9.552627563476562
RSLCU,λ<=log n,65536,1,539607,8.233749389648438
RSLCU,λ<=log n,65536,1,621472,9.48291015625
RSLCU,λ<=log n,65536,1,618064,9.430908203125
RSLCU,λ<=log n,65536,1,612445,9.345169067382812
RSLCU,λ<=log n,65536,1,635056,9.690185546875
RSLCU,λ<=log n,65536,1,659208,10.0587158203125
RSLCU,λ<=log n,65536,1,583977,8.910781860351562
RSLCU,λ<=log n,65536,1,580748,8.86151123046875
RSLCU,λ<=log n,65536,1,588490,8.979644775390625
RSLCU,λ<=log n,65536,1,572737,8.739273071289062
RSLCU,λ<=log n,65536,1,599832,9.1527099609375
RSLCU,λ<=log n,65536,1,632249,9.647354125976562
RSLCU,λ<=log n,65536,1,564545,8.614273071289062
RSLCU,λ<=log n,65536,1,595270,9.083099365234375
RSLCU,λ<=log n,65536,1,628599,9.591659545898438
RSLCU,λ<=log n,65536,1,747899,11.412033081054688
RSLCU,λ<=log n,65536,1,567390,8.657684326171875
RSLCU,λ<=log n,65536,1,593237,9.052078247070312
RSLCU,λ<=log n,65536,1,562844,8.58831787109375
RSLCU,λ<=log n,65536,1,546296,8.3358154296875
RSLCU,λ<=log n,65536,1,583523,8.903854370117188
RSLCU,λ<=log n,65536,1,615849,9.397109985351562
RSLCU,λ<=log n,65536,1,568625,8.676528930664062
RSLCU,λ<=log n,65536,1,615518,9.392059326171875
RSLCU,λ<=log n,65536,1,576815,8.801498413085938
RSLCU,λ<=log n,65536,1,615420,9.39056396484375
RSLCU,λ<=log n,65536,1,618415,9.436264038085938
RSLCU,λ<=log n,65536,1,592115,9.034957885742188
RSLCU,λ<=log n,65536,1,555909,8.482498168945312
RSLCU,λ<=log n,65536,1,617010,9.414825439453125
RSLCU,λ<=log n,65536,1,615076,9.38531494140625
RSLCU,λ<=log n,65536,1,571290,8.717193603515625
RSLCU,λ<=log n,65536,1,597976,9.1243896484375
RSLCU,λ<=log n,65536,1,575972,8.78863525390625
RSLCU,λ<=log n,65536,1,706823,10.785263061523438
RSLCU,λ<=log n,65536,1,672902,10.267669677734375
RSLCU,λ<=log n,65536,1,593192,9.0513916015625
RSLCU,λ<=log n,65536,1,580942,8.864471435546875
RSLCU,λ<=log n,65536,1,609357,9.298049926757812
RSLCU,λ<=log n,65536,1,559626,8.539215087890625
RSLCU,λ<=log n,65536,1,710101,10.835281372070312
RSLCU,λ<=log n,65536,1,537069,8.195022583007812
RSLCU,λ<=log n,65536,1,667576,10.1864013671875
RSLCU,λ<=log n,65536,1,569676,8.69256591796875
RSLCU,λ<=log n,65536,1,616721,9.410415649414062
RSLCU,λ<=log n,65536,1,554175,8.456039428710938
RSLCU,λ<=log n,65536,1,569526,8.690277099609375
RSLCU,λ<=log n,65536,1,617747,9.426071166992188
RSLCU,λ<=log n,65536,1,578691,8.830123901367188
RSLCU,λ<=log n,65536,1,657429,10.031570434570312
RSLCU,λ<=log n,65536,1,633517,9.666702270507812
RSLCU,λ<=log n,65536,1,584921,8.925186157226562
RSLCU,λ<=log n,65536,1,603054,9.201873779296875
RSLCU,λ<=log n,65536,1,638948,9.74957275390625
RSLCU,λ<=log n,65536,1,583973,8.910720825195312
RSLCU,λ<=log n,65536,1,688277,10.502273559570312
RSLCU,λ<=log n,65536,1,612885,9.351882934570312
RSLCU,λ<=log n,65536,1,581660,8.87542724609375
RSLCU,λ<=log n,65536,1,576274,8.793243408203125
RSLCU,λ<=log n,65536,1,617124,9.41656494140625
RSLCU,λ<=log n,65536,1,620431,9.467025756835938
RSLCU,λ<=log n,65536,1,567943,8.666122436523438
RSLCU,λ<=log n,65536,1,580827,8.862716674804688
RSLCU,λ<=log n,65536,1,543558,8.294036865234375
RSLCU,λ<=log n,65536,1,593244,9.05218505859375
RSLCU,λ<=log n,65536,1,591086,9.019256591796875
RSLCU,λ<=log n,65536,1,599836,9.15277099609375
RSLCU,λ<=log n,65536,1,545399,8.322128295898438
RSLCU,λ<=log n,65536,1,660263,10.074813842773438
RSLCU,λ<=log n,65536,1,557985,8.514175415039062
RSLCU,λ<=log n,65536,1,550537,8.400527954101562
RSLCU,λ<=log n,65536,1,593358,9.053924560546875
RSLCU,λ<=log n,65536,1,548577,8.370620727539062
RSLCU,λ<=log n,65536,1,593803,9.060714721679688
RSLCU,λ<=log n,65536,1,668178,10.195587158203125
RSLCU,λ<=log n,65536,1,621349,9.481033325195312
RSLCU,λ<=log n,65536,1,647837,9.885208129882812
RSLCU,λ<=log n,65536,1,580039,8.850692749023438
RSLCU,λ<=log n,65536,1,600176,9.157958984375
RSLCU,λ<=log n,65536,1,543803,8.297775268554688
RSLCU,λ<=log n,65536,1,595794,9.091094970703125
RSLCU,λ<=log n,65536,1,607465,9.269180297851562
RSLCU,λ<=log n,65536,1,608178,9.280059814453125
RSLCU,λ<=log n,65536,1,561552,8.568603515625
RSLCU,λ<=log n,65536,1,629371,9.603439331054688
RSLCU,λ<=log n,65536,1,538128,8.211181640625
RSLCU,λ<=log n,65536,1,561524,8.56817626953125
RSLCU,λ<=log n,65536,1,602335,9.190902709960938
RSLCU,λ<=log n,65536,1,572728,8.7391357421875
RSLCU,λ<=log n,65536,1,547069,8.347610473632812
RSLCU,λ<=log n,65536,1,566227,8.639938354492188
RSLCU,λ<=log n,65536,1,633577,9.667617797851562
RSLCU,λ<=log n,65536,1,581743,8.876693725585938
RSLCU,λ<=log n,65536,1,580143,8.852279663085938
RSLCU,λ<=log n,65536,1,612486,9.345794677734375
RSLCU,λ<=log n,65536,1,596509,9.102005004882812
RSDSU,λ<=log n,65536,1,668381,10.198684692382812
RSDSU,λ<=log n,65536,1,664310,10.136566162109375
RSDSU,λ<=log n,65536,1,689976,10.5281982421875
RSDSU,λ<=log n,65536,1,636421,9.711013793945312
RSDSU,λ<=log n,65536,1,732765,11.181106567382812
RSDSU,λ<=log n,65536,1,639684,9.76080322265625
RSDSU,λ<=log n,65536,1,623528,9.5142822265625
RSDSU,λ<=log n,65536,1,693705,10.585098266601562
RSDSU,λ<=log n,65536,1,728010,11.108551025390625
RSDSU,λ<=log n,65536,1,794950,12.129974365234375
RSDSU,λ<=log n,65536,1,716604,10.93450927734375
RSDSU,λ<=log n,65536,1,630272,9.6171875
RSDSU,λ<=log n,65536,1,680419,10.382369995117188
RSDSU,λ<=log n,65536,1,715270,10.914154052734375
RSDSU,λ<=log n,65536,1,667818,10.190093994140625
RSDSU,λ<=log n,65536,1,698066,10.651641845703125
RSDSU,λ<=log n,65536,1,673408,10.275390625
RSDSU,λ<=log n,65536,1,663673,10.126846313476562
RSDSU,λ<=log n,65536,1,707232,10.79150390625
RSDSU,λ<=log n,65536,1,734083,11.201217651367188
RSDSU,λ<=log n,65536,1,719575,10.979843139648438
RSDSU,λ<=log n,65536,1,704062,10.743133544921875
RSDSU,λ<=log n,65536,1,681196,10.39422607421875
RSDSU,λ<=log n,65536,1,694513,10.597427368164062
RSDSU,λ<=log n,65536,1,682526,10.414520263671875
RSDSU,λ<=log n,65536,1,673292,10.27362060546875
RSDSU,λ<=log n,65536,1,703001,10.726943969726562
RSDSU,λ<=log n,65536,1,692982,10.574066162109375
RSDSU,λ<=log n,65536,1,858710,13.102874755859375
RSDSU,λ<=log n,65536,1,639268,9.75445556640625
RSDSU,λ<=log n,65536,1,701877,10.709793090820312
RSDSU,λ<=log n,65536,1,636438,9.711273193359375
RSDSU,λ<=log n,65536,1,731272,11.1583251953125
RSDSU,λ<=log n,65536,1,687693,10.493362426757812
RSDSU,λ<=log n,65536,1,637424,9.726318359375
RSDSU,λ<=log n,65536,1,636426,9.711090087890625
RSDSU,λ<=log n,65536,1,658668,10.05047607421875
RSDSU,λ<=log n,65536,1,670326,10.228363037109375
RSDSU,λ<=log n,65536,1,668836,10.20562744140625
RSDSU,λ<=log n,65536,1,791507,12.077438354492188
RSDSU,λ<=log n,65536,1,728933,11.122634887695312
RSDSU,λ<=log n,65536,1,636709,9.715408325195312
RSDSU,λ<=log n,65536,1,648212,9.89093017578125
RSDSU,λ<=log n,65536,1,669938,10.222442626953125
RSDSU,λ<=log n,65536,1,679364,10.36627197265625
RSDSU,λ<=log n,65536,1,682222,10.409881591796875
RSDSU,λ<=log n,65536,1,648544,9.89599609375
RSDSU,λ<=log n,65536,1,679712,10.37158203125
RSDSU,λ<=log n,65536,1,657970,10.039825439453125
RSDSU,λ<=log n,65536,1,651500,9.94110107421875
RSDSU,λ<=log n,65536,1,685002,10.452301025390625
RSDSU,λ<=log n,65536,1,672802,10.266143798828125
RSDSU,λ<=log n,65536,1,687806,10.495086669921875
RSDSU,λ<=log n,65536,1,644120,9.8284912109375
RSDSU,λ<=log n,65536,1,651106,9.935089111328125
RSDSU,λ<=log n,65536,1,704712,10.7530517578125
RSDSU,λ<=log n,65536,1,745497,11.375381469726562
RSDSU,λ<=log n,65536,1,664276,10.13604736328125
RSDSU,λ<=log n,65536,1,694191,10.592514038085938
RSDSU,λ<=log n,65536,1,707373,10.793655395507812
RSDSU,λ<=log n,65536,1,650791,9.930282592773438
RSDSU,λ<=log n,65536,1,640588,9.77459716796875
RSDSU,λ<=log n,65536,1,634659,9.684127807617188
RSDSU,λ<=log n,65536,1,629771,9.609542846679688
RSDSU,λ<=log n,65536,1,648286,9.892059326171875
RSDSU,λ<=log n,65536,1,662729,10.112442016601562
RSDSU,λ<=log n,65536,1,660660,10.08087158203125
RSDSU,λ<=log n,65536,1,673018,10.269439697265625
RSDSU,λ<=log n,65536,1,775633,11.835220336914062
RSDSU,λ<=log n,65536,1,701043,10.697067260742188
RSDSU,λ<=log n,65536,1,658832,10.052978515625
RSDSU,λ<=log n,65536,1,686617,10.476943969726562
RSDSU,λ<=log n,65536,1,661389,10.091995239257812
RSDSU,λ<=log n,65536,1,735825,11.227798461914062
RSDSU,λ<=log n,65536,1,666764,10.17401123046875
RSDSU,λ<=log n,65536,1,703083,10.728195190429688
RSDSU,λ<=log n,65536,1,643809,9.823745727539062
RSDSU,λ<=log n,65536,1,689958,10.527923583984375
RSDSU,λ<=log n,65536,1,701515,10.704269409179688
RSDSU,λ<=log n,65536,1,724328,11.0523681640625
RSDSU,λ<=log n,65536,1,678715,10.356369018554688
RSDSU,λ<=log n,65536,1,679167,10.363265991210938
RSDSU,λ<=log n,65536,1,722497,11.024429321289062
RSDSU,λ<=log n,65536,1,666580,10.17120361328125
RSDSU,λ<=log n,65536,1,666627,10.171920776367188
RSDSU,λ<=log n,65536,1,691658,10.553863525390625
RSDSU,λ<=log n,65536,1,674504,10.2921142578125
RSDSU,λ<=log n,65536,1,690835,10.541305541992188
RSDSU,λ<=log n,65536,1,654293,9.983718872070312
RSDSU,λ<=log n,65536,1,760711,11.607528686523438
RSDSU,λ<=log n,65536,1,682985,10.421524047851562
RSDSU,λ<=log n,65536,1,671063,10.239608764648438
RSDSU,λ<=log n,65536,1,656183,10.012557983398438
RSDSU,λ<=log n,65536,1,718976,10.970703125
RSDSU,λ<=log n,65536,1,761915,11.625900268554688
RSDSU,λ<=log n,65536,1,653403,9.970138549804688
RSDSU,λ<=log n,65536,1,612007,9.338485717773438
RSDSU,λ<=log n,65536,1,645110,9.843597412109375
RSDSU,λ<=log n,65536,1,642720,9.80712890625
RSDSU,λ<=log n,65536,1,654863,9.992416381835938
RRDSU,λ<=log n,65536,1,484646,7.395111083984375
RRDSU,λ<=log n,65536,1,481129,7.3414459228515625
RRDSU,λ<=log n,65536,1,518685,7.9145050048828125
RRDSU,λ<=log n,65536,1,523444,7.98712158203125
RRDSU,λ<=log n,65536,1,491764,7.50372314453125
RRDSU,λ<=log n,65536,1,492660,7.51739501953125
RRDSU,λ<=log n,65536,1,492582,7.516204833984375
RRDSU,λ<=log n,65536,1,467297,7.1303863525390625
RRDSU,λ<=log n,65536,1,508658,7.761505126953125
RRDSU,λ<=log n,65536,1,524192,7.99853515625
RRDSU,λ<=log n,65536,1,450541,6.8747100830078125
RRDSU,λ<=log n,65536,1,481980,7.35443115234375
RRDSU,λ<=log n,65536,1,490976,7.49169921875
RRDSU,λ<=log n,65536,1,476753,7.2746734619140625
RRDSU,λ<=log n,65536,1,503399,7.6812591552734375
RRDSU,λ<=log n,65536,1,484983,7.4002532958984375
RRDSU,λ<=log n,65536,1,474393,7.2386627197265625
RRDSU,λ<=log n,65536,1,456573,6.9667510986328125
RRDSU,λ<=log n,65536,1,457165,6.9757843017578125
RRDSU,λ<=log n,65536,1,523049,7.9810943603515625
RRDSU,λ<=log n,65536,1,462310,7.054290771484375
RRDSU,λ<=log n,65536,1,476064,7.26416015625
RRDSU,λ<=log n,65536,1,464384,7.0859375
RRDSU,λ<=log n,65536,1,488410,7.452545166015625
RRDSU,λ<=log n,65536,1,475138,7.250030517578125
RRDSU,λ<=log n,65536,1,503477,7.6824493408203125
RRDSU,λ<=log n,65536,1,493150,7.524871826171875
RRDSU,λ<=log n,65536,1,451607,6.8909759521484375
RRDSU,λ<=log n,65536,1,449169,6.8537750244140625
RRDSU,λ<=log n,65536,1,523018,7.980621337890625
RRDSU,λ<=log n,65536,1,486618,7.425201416015625
RRDSU,λ<=log n,65536,1,479202,7.312042236328125
RRDSU,λ<=log n,65536,1,488416,7.45263671875
RRDSU,λ<=log n,65536,1,464727,7.0911712646484375
RRDSU,λ<=log n,65536,1,470458,7.178619384765625
RRDSU,λ<=log n,65536,1,460301,7.0236358642578125
RRDSU,λ<=log n,65536,1,481494,7.347015380859375
RRDSU,λ<=log n,65536,1,521085,7.9511260986328125
RRDSU,λ<=log n,65536,1,532869,8.130935668945312
RRDSU,λ<=log n,65536,1,469749,7.1678009033203125
RRDSU,λ<=log n,65536,1,477344,7.28369140625
RRDSU,λ<=log n,65536,1,479012,7.30914306640625
RRDSU,λ<=log n,65536,1,496161,7.5708160400390625
RRDSU,λ<=log n,65536,1,531379,8.108200073242188
RRDSU,λ<=log n,65536,1,484578,7.394073486328125
RRDSU,λ<=log n,65536,1,514251,7.8468475341796875
RRDSU,λ<=log n,65536,1,510268,7.78607177734375
RRDSU,λ<=log n,65536,1,467714,7.136749267578125
RRDSU,λ<=log n,65536,1,496899,7.5820770263671875
RRDSU,λ<=log n,65536,1,515719,7.8692474365234375
RRDSU,λ<=log n,65536,1,475143,7.2501068115234375
RRDSU,λ<=log n,65536,1,515794,7.870391845703125
RRDSU,λ<=log n,65536,1,474136,7.2347412109375
RRDSU,λ<=log n,65536,1,471302,7.191497802734375
RRDSU,λ<=log n,65536,1,479952,7.323486328125
RRDSU,λ<=log n,65536,1,487295,7.4355316162109375
RRDSU,λ<=log n,65536,1,505017,7.7059478759765625
RRDSU,λ<=log n,65536,1,474210,7.235870361328125
RRDSU,λ<=log n,65536,1,532856,8.1307373046875
RRDSU,λ<=log n,65536,1,517511,7.8965911865234375
RRDSU,λ<=log n,65536,1,481077,7.3406524658203125
RRDSU,λ<=log n,65536,1,535980,8.17840576171875
RRDSU,λ<=log n,65536,1,547011,8.346725463867188
RRDSU,λ<=log n,65536,1,511191,7.8001556396484375
RRDSU,λ<=log n,65536,1,491534,7.500213623046875
RRDSU,λ<=log n,65536,1,475811,7.2602996826171875
RRDSU,λ<=log n,65536,1,522700,7.97576904296875
RRDSU,λ<=log n,65536,1,457791,6.9853363037109375
RRDSU,λ<=log n,65536,1,456944,6.972412109375
RRDSU,λ<=log n,65536,1,590760,9.0142822265625
RRDSU,λ<=log n,65536,1,495297,7.5576324462890625
RRDSU,λ<=log n,65536,1,462383,7.0554046630859375
RRDSU,λ<=log n,65536,1,503290,7.679595947265625
RRDSU,λ<=log n,65536,1,513349,7.8330841064453125
RRDSU,λ<=log n,65536,1,462973,7.0644073486328125
RRDSU,λ<=log n,65536,1,454268,6.93157958984375
RRDSU,λ<=log n,65536,1,514408,7.8492431640625
RRDSU,λ<=log n,65536,1,494500,7.54547119140625
RRDSU,λ<=log n,65536,1,476814,7.275604248046875
RRDSU,λ<=log n,65536,1,489129,7.4635162353515625
RRDSU,λ<=log n,65536,1,463079,7.0660247802734375
RRDSU,λ<=log n,65536,1,454156,6.92987060546875
RRDSU,λ<=log n,65536,1,491226,7.495513916015625
RRDSU,λ<=log n,65536,1,473733,7.2285919189453125
RRDSU,λ<=log n,65536,1,517162,7.891265869140625
RRDSU,λ<=log n,65536,1,478666,7.303863525390625
RRDSU,λ<=log n,65536,1,503693,7.6857452392578125
RRDSU,λ<=log n,65536,1,493415,7.5289154052734375
RRDSU,λ<=log n,65536,1,477963,7.2931365966796875
RRDSU,λ<=log n,65536,1,504692,7.70098876953125
RRDSU,λ<=log n,65536,1,483771,7.3817596435546875
RRDSU,λ<=log n,65536,1,475976,7.2628173828125
RRDSU,λ<=log n,65536,1,502179,7.6626434326171875
RRDSU,λ<=log n,65536,1,483255,7.3738861083984375
RRDSU,λ<=log n,65536,1,469113,7.1580963134765625
RRDSU,λ<=log n,65536,1,468026,7.141510009765625
RRDSU,λ<=log n,65536,1,481523,7.3474578857421875
RRDSU,λ<=log n,65536,1,478759,7.3052825927734375
RRDSU,λ<=log n,65536,1,467114,7.127593994140625
RRDSU,λ<=log n,65536,1,467661,7.1359405517578125
RHDSU,λ<=log n,65536,1,483661,7.3800811767578125
RHDSU,λ<=log n,65536,1,491355,7.4974822998046875
RHDSU,λ<=log n,65536,1,525663,8.020980834960938
RHDSU,λ<=log n,65536,1,475465,7.2550201416015625
RHDSU,λ<=log n,65536,1,496519,7.5762786865234375
RHDSU,λ<=log n,65536,1,486218,7.419097900390625
RHDSU,λ<=log n,65536,1,497639,7.5933685302734375
RHDSU,λ<=log n,65536,1,463697,7.0754547119140625
RHDSU,λ<=log n,65536,1,499596,7.62322998046875
RHDSU,λ<=log n,65536,1,494000,7.537841796875
RHDSU,λ<=log n,65536,1,484600,7.3944091796875
RHDSU,λ<=log n,65536,1,526985,8.041152954101562
RHDSU,λ<=log n,65536,1,532358,8.123138427734375
RHDSU,λ<=log n,65536,1,535000,8.1634521484375
RHDSU,λ<=log n,65536,1,501966,7.659393310546875
RHDSU,λ<=log n,65536,1,471238,7.190521240234375
RHDSU,λ<=log n,65536,1,492173,7.5099639892578125
RHDSU,λ<=log n,65536,1,595503,9.086654663085938
RHDSU,λ<=log n,65536,1,505300,7.71026611328125
RHDSU,λ<=log n,65536,1,453191,6.9151458740234375
RHDSU,λ<=log n,65536,1,469297,7.1609039306640625
RHDSU,λ<=log n,65536,1,554585,8.462295532226562
RHDSU,λ<=log n,65536,1,481609,7.3487701416015625
RHDSU,λ<=log n,65536,1,519680,7.9296875
RHDSU,λ<=log n,65536,1,531804,8.11468505859375
RHDSU,λ<=log n,65536,1,501663,7.6547698974609375
RHDSU,λ<=log n,65536,1,507702,7.746917724609375
RHDSU,λ<=log n,65536,1,485990,7.415618896484375
RHDSU,λ<=log n,65536,1,482801,7.3669586181640625
RHDSU,λ<=log n,65536,1,543079,8.286727905273438
RHDSU,λ<=log n,65536,1,502289,7.6643218994140625
RHDSU,λ<=log n,65536,1,505448,7.7125244140625
RHDSU,λ<=log n,65536,1,502262,7.663909912109375
RHDSU,λ<=log n,65536,1,528875,8.069992065429688
RHDSU,λ<=log n,65536,1,563238,8.594329833984375
RHDSU,λ<=log n,65536,1,501653,7.6546173095703125
RHDSU,λ<=log n,65536,1,497015,7.5838470458984375
RHDSU,λ<=log n,65536,1,510121,7.7838287353515625
RHDSU,λ<=log n,65536,1,504972,7.70526123046875
RHDSU,λ<=log n,65536,1,546708,8.34210205078125
RHDSU,λ<=log n,65536,1,504952,7.7049560546875
RHDSU,λ<=log n,65536,1,496339,7.5735321044921875
RHDSU,λ<=log n,65536,1,499278,7.618377685546875
RHDSU,λ<=log n,65536,1,514688,7.853515625
RHDSU,λ<=log n,65536,1,492063,7.5082855224609375
RHDSU,λ<=log n,65536,1,466709,7.1214141845703125
RHDSU,λ<=log n,65536,1,482742,7.366058349609375
RHDSU,λ<=log n,65536,1,512120,7.8143310546875
RHDSU,λ<=log n,65536,1,532041,8.118301391601562
RHDSU,λ<=log n,65536,1,461498,7.041900634765625
RHDSU,λ<=log n,65536,1,510085,7.7832794189453125
RHDSU,λ<=log n,65536,1,513174,7.830413818359375
RHDSU,λ<=log n,65536,1,478853,7.3067169189453125
RHDSU,λ<=log n,65536,1,482171,7.3573455810546875
RHDSU,λ<=log n,65536,1,599134,9.142059326171875
RHDSU,λ<=log n,65536,1,477693,7.2890167236328125
RHDSU,λ<=log n,65536,1,484543,7.3935394287109375
RHDSU,λ<=log n,65536,1,524887,8.009140014648438
RHDSU,λ<=log n,65536,1,519761,7.9309234619140625
RHDSU,λ<=log n,65536,1,585017,8.926651000976562
RHDSU,λ<=log n,65536,1,484706,7.396026611328125
RHDSU,λ<=log n,65536,1,471840,7.19970703125
RHDSU,λ<=log n,65536,1,572280,8.7322998046875
RHDSU,λ<=log n,65536,1,534983,8.163192749023438
RHDSU,λ<=log n,65536,1,480181,7.3269805908203125
RHDSU,λ<=log n,65536,1,551588,8.41656494140625
RHDSU,λ<=log n,65536,1,500956,7.64398193359375
RHDSU,λ<=log n,65536,1,497846,7.596527099609375
RHDSU,λ<=log n,65536,1,558845,8.527297973632812
RHDSU,λ<=log n,65536,1,479384,7.3148193359375
RHDSU,λ<=log n,65536,1,477089,7.2798004150390625
RHDSU,λ<=log n,65536,1,535709,8.174270629882812
RHDSU,λ<=log n,65536,1,474746,7.244049072265625
RHDSU,λ<=log n,65536,1,489059,7.4624481201171875
RHDSU,λ<=log n,65536,1,444583,6.7837982177734375
RHDSU,λ<=log n,65536,1,516036,7.87408447265625
RHDSU,λ<=log n,65536,1,509697,7.7773590087890625
RHDSU,λ<=log n,65536,1,561438,8.566864013671875
RHDSU,λ<=log n,65536,1,459016,7.0040283203125
RHDSU,λ<=log n,65536,1,567896,8.6654052734375
RHDSU,λ<=log n,65536,1,495362,7.558624267578125
RHDSU,λ<=log n,65536,1,574916,8.77252197265625
RHDSU,λ<=log n,65536,1,471399,7.1929779052734375
RHDSU,λ<=log n,65536,1,498368,7.6044921875
RHDSU,λ<=log n,65536,1,513991,7.8428802490234375
RHDSU,λ<=log n,65536,1,492764,7.51898193359375
RHDSU,λ<=log n,65536,1,487876,7.44439697265625
RHDSU,λ<=log n,65536,1,533305,8.137588500976562
RHDSU,λ<=log n,65536,1,497243,7.5873260498046875
RHDSU,λ<=log n,65536,1,498058,7.599761962890625
RHDSU,λ<=log n,65536,1,528924,8.07073974609375
RHDSU,λ<=log n,65536,1,471342,7.192108154296875
RHDSU,λ<=log n,65536,1,487916,7.44500732421875
RHDSU,λ<=log n,65536,1,497485,7.5910186767578125
RHDSU,λ<=log n,65536,1,584302,8.915740966796875
RHDSU,λ<=log n,65536,1,476255,7.2670745849609375
RHDSU,λ<=log n,65536,1,492642,7.517120361328125
RHDSU,λ<=log n,65536,1,513199,7.8307952880859375
RHDSU,λ<=log n,65536,1,477389,7.2843780517578125
RHLSU,λ<=log n,65536,1,444186,6.777740478515625
RHLSU,λ<=log n,65536,1,456850,6.970977783203125
RHLSU,λ<=log n,65536,1,469475,7.1636199951171875
RHLSU,λ<=log n,65536,1,635453,9.696243286132812
RHLSU,λ<=log n,65536,1,450277,6.8706817626953125
RHLSU,λ<=log n,65536,1,458062,6.989471435546875
RHLSU,λ<=log n,65536,1,498650,7.608795166015625
RHLSU,λ<=log n,65536,1,470038,7.172210693359375
RHLSU,λ<=log n,65536,1,480785,7.3361968994140625
RHLSU,λ<=log n,65536,1,506296,7.7254638671875
RHLSU,λ<=log n,65536,1,451820,6.89422607421875
RHLSU,λ<=log n,65536,1,442601,6.7535552978515625
RHLSU,λ<=log n,65536,1,469431,7.1629486083984375
RHLSU,λ<=log n,65536,1,461547,7.0426483154296875
RHLSU,λ<=log n,65536,1,453302,6.916839599609375
RHLSU,λ<=log n,65536,1,510345,7.7872467041015625
RHLSU,λ<=log n,65536,1,448559,6.8444671630859375
RHLSU,λ<=log n,65536,1,466363,7.1161346435546875
RHLSU,λ<=log n,65536,1,456587,6.9669647216796875
RHLSU,λ<=log n,65536,1,459096,7.0052490234375
RHLSU,λ<=log n,65536,1,476121,7.2650299072265625
RHLSU,λ<=log n,65536,1,468415,7.1474456787109375
RHLSU,λ<=log n,65536,1,481729,7.3506011962890625
RHLSU,λ<=log n,65536,1,440329,6.7188873291015625
RHLSU,λ<=log n,65536,1,475211,7.2511444091796875
RHLSU,λ<=log n,65536,1,450947,6.8809051513671875
RHLSU,λ<=log n,65536,1,453706,6.923004150390625
RHLSU,λ<=log n,65536,1,478468,7.30084228515625
RHLSU,λ<=log n,65536,1,472585,7.2110748291015625
RHLSU,λ<=log n,65536,1,470976,7.1865234375
RHLSU,λ<=log n,65536,1,471195,7.1898651123046875
RHLSU,λ<=log n,65536,1,473593,7.2264556884765625
RHLSU,λ<=log n,65536,1,492342,7.512542724609375
RHLSU,λ<=log n,65536,1,453041,6.9128570556640625
RHLSU,λ<=log n,65536,1,503565,7.6837921142578125
RHLSU,λ<=log n,65536,1,458878,7.001922607421875
RHLSU,λ<=log n,65536,1,443506,6.767364501953125
RHLSU,λ<=log n,65536,1,487738,7.442291259765625
RHLSU,λ<=log n,65536,1,537735,8.205184936523438
RHLSU,λ<=log n,65536,1,493165,7.5251007080078125
RHLSU,λ<=log n,65536,1,451028,6.88214111328125
RHLSU,λ<=log n,65536,1,470131,7.1736297607421875
RHLSU,λ<=log n,65536,1,499884,7.62762451171875
RHLSU,λ<=log n,65536,1,421480,6.4312744140625
RHLSU,λ<=log n,65536,1,454642,6.937286376953125
RHLSU,λ<=log n,65536,1,457931,6.9874725341796875
RHLSU,λ<=log n,65536,1,442164,6.74688720703125
RHLSU,λ<=log n,65536,1,470649,7.1815338134765625
RHLSU,λ<=log n,65536,1,498497,7.6064605712890625
RHLSU,λ<=log n,65536,1,451307,6.8863983154296875
RHLSU,λ<=log n,65536,1,486224,7.419189453125
RHLSU,λ<=log n,65536,1,470653,7.1815948486328125
RHLSU,λ<=log n,65536,1,531648,8.1123046875
RHLSU,λ<=log n,65536,1,449867,6.8644256591796875
RHLSU,λ<=log n,65536,1,452794,6.909088134765625
RHLSU,λ<=log n,65536,1,450960,6.881103515625
RHLSU,λ<=log n,65536,1,465992,7.1104736328125
RHLSU,λ<=log n,65536,1,488364,7.45184326171875
RHLSU,λ<=log n,65536,1,455448,6.9495849609375
RHLSU,λ<=log n,65536,1,448173,6.8385772705078125
RHLSU,λ<=log n,65536,1,443567,6.7682952880859375
RHLSU,λ<=log n,65536,1,443623,6.7691497802734375
RHLSU,λ<=log n,65536,1,477121,7.2802886962890625
RHLSU,λ<=log n,65536,1,461164,7.03680419921875
RHLSU,λ<=log n,65536,1,489698,7.472198486328125
RHLSU,λ<=log n,65536,1,466125,7.1125030517578125
RHLSU,λ<=log n,65536,1,435087,6.6389007568359375
RHLSU,λ<=log n,65536,1,504807,7.7027435302734375
RHLSU,λ<=log n,65536,1,445833,6.8028717041015625
RHLSU,λ<=log n,65536,1,430506,6.569000244140625
RHLSU,λ<=log n,65536,1,501408,7.65087890625
RHLSU,λ<=log n,65536,1,447968,6.83544921875
RHLSU,λ<=log n,65536,1,455452,6.94964599609375
RHLSU,λ<=log n,65536,1,494125,7.5397491455078125
RHLSU,λ<=log n,65536,1,514159,7.8454437255859375
RHLSU,λ<=log n,65536,1,475645,7.2577667236328125
RHLSU,λ<=log n,65536,1,477785,7.2904205322265625
RHLSU,λ<=log n,65536,1,504237,7.6940460205078125
RHLSU,λ<=log n,65536,1,483990,7.385101318359375
RHLSU,λ<=log n,65536,1,478710,7.304534912109375
RHLSU,λ<=log n,65536,1,489063,7.4625091552734375
RHLSU,λ<=log n,65536,1,483981,7.3849639892578125
RHLSU,λ<=log n,65536,1,468616,7.1505126953125
RHLSU,λ<=log n,65536,1,510584,7.7908935546875
RHLSU,λ<=log n,65536,1,436810,6.665191650390625
RHLSU,λ<=log n,65536,1,473782,7.229339599609375
RHLSU,λ<=log n,65536,1,469806,7.168670654296875
RHLSU,λ<=log n,65536,1,444925,6.7890167236328125
RHLSU,λ<=log n,65536,1,484044,7.38592529296875
RHLSU,λ<=log n,65536,1,453757,6.9237823486328125
RHLSU,λ<=log n,65536,1,461026,7.034698486328125
RHLSU,λ<=log n,65536,1,450039,6.8670501708984375
RHLSU,λ<=log n,65536,1,460462,7.026092529296875
RHLSU,λ<=log n,65536,1,438965,6.6980743408203125
RHLSU,λ<=log n,65536,1,441607,6.7383880615234375
RHLSU,λ<=log n,65536,1,449868,6.86444091796875
RHLSU,λ<=log n,65536,1,467114,7.127593994140625
RHLSU,λ<=log n,65536,1,527739,8.052658081054688
RHLSU,λ<=log n,65536,1,458148,6.99078369140625
RHLSU,λ<=log n,65536,1,468440,7.1478271484375
RRLSU,λ<=log n,65536,1,469865,7.1695709228515625
RRLSU,λ<=log n,65536,1,455023,6.9430999755859375
RRLSU,λ<=log n,65536,1,427504,6.523193359375
RRLSU,λ<=log n,65536,1,453110,6.913909912109375
RRLSU,λ<=log n,65536,1,517505,7.8964996337890625
RRLSU,λ<=log n,65536,1,478760,7.3052978515625
RRLSU,λ<=log n,65536,1,466365,7.1161651611328125
RRLSU,λ<=log n,65536,1,463675,7.0751190185546875
RRLSU,λ<=log n,65536,1,477550,7.286834716796875
RRLSU,λ<=log n,65536,1,465989,7.1104278564453125
RRLSU,λ<=log n,65536,1,454178,6.930206298828125
RRLSU,λ<=log n,65536,1,432509,6.5995635986328125
RRLSU,λ<=log n,65536,1,478096,7.295166015625
RRLSU,λ<=log n,65536,1,445351,6.7955169677734375
RRLSU,λ<=log n,65536,1,445116,6.79193115234375
RRLSU,λ<=log n,65536,1,481792,7.3515625
RRLSU,λ<=log n,65536,1,508127,7.7534027099609375
RRLSU,λ<=log n,65536,1,486010,7.415924072265625
RRLSU,λ<=log n,65536,1,470996,7.18682861328125
RRLSU,λ<=log n,65536,1,455933,6.9569854736328125
RRLSU,λ<=log n,65536,1,451098,6.883209228515625
RRLSU,λ<=log n,65536,1,478095,7.2951507568359375
RRLSU,λ<=log n,65536,1,441708,6.73992919921875
RRLSU,λ<=log n,65536,1,460740,7.03033447265625
RRLSU,λ<=log n,65536,1,442511,6.7521820068359375
RRLSU,λ<=log n,65536,1,454659,6.9375457763671875
RRLSU,λ<=log n,65536,1,452937,6.9112701416015625
RRLSU,λ<=log n,65536,1,461603,7.0435028076171875
RRLSU,λ<=log n,65536,1,461688,7.0447998046875
RRLSU,λ<=log n,65536,1,454735,6.9387054443359375
RRLSU,λ<=log n,65536,1,470711,7.1824798583984375
RRLSU,λ<=log n,65536,1,425559,6.4935150146484375
RRLSU,λ<=log n,65536,1,498007,7.5989837646484375
RRLSU,λ<=log n,65536,1,465127,7.0972747802734375
RRLSU,λ<=log n,65536,1,447379,6.8264617919921875
RRLSU,λ<=log n,65536,1,433537,6.6152496337890625
RRLSU,λ<=log n,65536,1,437611,6.6774139404296875
RRLSU,λ<=log n,65536,1,433759,6.6186370849609375
RRLSU,λ<=log n,65536,1,479865,7.3221588134765625
RRLSU,λ<=log n,65536,1,456808,6.9703369140625
RRLSU,λ<=log n,65536,1,534958,8.162811279296875
RRLSU,λ<=log n,65536,1,470532,7.17974853515625
RRLSU,λ<=log n,65536,1,447743,6.8320159912109375
RRLSU,λ<=log n,65536,1,455347,6.9480438232421875
RRLSU,λ<=log n,65536,1,434916,6.63629150390625
RRLSU,λ<=log n,65536,1,439047,6.6993255615234375
RRLSU,λ<=log n,65536,1,448030,6.836395263671875
RRLSU,λ<=log n,65536,1,466454,7.117523193359375
RRLSU,λ<=log n,65536,1,440699,6.7245330810546875
RRLSU,λ<=log n,65536,1,443946,6.774078369140625
RRLSU,λ<=log n,65536,1,453927,6.9263763427734375
RRLSU,λ<=log n,65536,1,462376,7.0552978515625
RRLSU,λ<=log n,65536,1,439504,6.706298828125
RRLSU,λ<=log n,65536,1,455050,6.943511962890625
RRLSU,λ<=log n,65536,1,440994,6.729034423828125
RRLSU,λ<=log n,65536,1,458129,6.9904937744140625
RRLSU,λ<=log n,65536,1,521421,7.9562530517578125
RRLSU,λ<=log n,65536,1,470920,7.1856689453125
RRLSU,λ<=log n,65536,1,440928,6.72802734375
RRLSU,λ<=log n,65536,1,456681,6.9683990478515625
RRLSU,λ<=log n,65536,1,465477,7.1026153564453125
RRLSU,λ<=log n,65536,1,445441,6.7968902587890625
RRLSU,λ<=log n,65536,1,464764,7.09173583984375
RRLSU,λ<=log n,65536,1,434426,6.628814697265625
RRLSU,λ<=log n,65536,1,478645,7.3035430908203125
RRLSU,λ<=log n,65536,1,466557,7.1190948486328125
RRLSU,λ<=log n,65536,1,455612,6.95208740234375
RRLSU,λ<=log n,65536,1,453922,6.926300048828125
RRLSU,λ<=log n,65536,1,478751,7.3051605224609375
RRLSU,λ<=log n,65536,1,449624,6.8607177734375
RRLSU,λ<=log n,65536,1,461500,7.04193115234375
RRLSU,λ<=log n,65536,1,487837,7.4438018798828125
RRLSU,λ<=log n,65536,1,466509,7.1183624267578125
RRLSU,λ<=log n,65536,1,472315,7.2069549560546875
RRLSU,λ<=log n,65536,1,462191,7.0524749755859375
RRLSU,λ<=log n,65536,1,458094,6.989959716796875
RRLSU,λ<=log n,65536,1,437685,6.6785430908203125
RRLSU,λ<=log n,65536,1,451468,6.88885498046875
RRLSU,λ<=log n,65536,1,480860,7.33734130859375
RRLSU,λ<=log n,65536,1,430089,6.5626373291015625
RRLSU,λ<=log n,65536,1,443441,6.7663726806640625
RRLSU,λ<=log n,65536,1,491508,7.49981689453125
RRLSU,λ<=log n,65536,1,499012,7.61431884765625
RRLSU,λ<=log n,65536,1,463181,7.0675811767578125
RRLSU,λ<=log n,65536,1,446973,6.8202667236328125
RRLSU,λ<=log n,65536,1,464835,7.0928192138671875
RRLSU,λ<=log n,65536,1,443280,6.763916015625
RRLSU,λ<=log n,65536,1,461993,7.0494537353515625
RRLSU,λ<=log n,65536,1,515112,7.8599853515625
RRLSU,λ<=log n,65536,1,469989,7.1714630126953125
RRLSU,λ<=log n,65536,1,437538,6.676300048828125
RRLSU,λ<=log n,65536,1,465317,7.1001739501953125
RRLSU,λ<=log n,65536,1,421016,6.4241943359375
RRLSU,λ<=log n,65536,1,453991,6.9273529052734375
RRLSU,λ<=log n,65536,1,508019,7.7517547607421875
RRLSU,λ<=log n,65536,1,473091,7.2187957763671875
RRLSU,λ<=log n,65536,1,447573,6.8294219970703125
RRLSU,λ<=log n,65536,1,450744,6.8778076171875
RRLSU,λ<=log n,65536,1,508379,7.7572479248046875
RRLSU,λ<=log n,65536,1,560647,8.554794311523438
RSLSU,λ<=log n,65536,1,749015,11.429061889648438
RSLSU,λ<=log n,65536,1,775996,11.84075927734375
RSLSU,λ<=log n,65536,1,771638,11.774261474609375
RSLSU,λ<=log n,65536,1,730942,11.153289794921875
RSLSU,λ<=log n,65536,1,683657,10.431777954101562
RSLSU,λ<=log n,65536,1,755208,11.5235595703125
RSLSU,λ<=log n,65536,1,698590,10.659637451171875
RSLSU,λ<=log n,65536,1,675878,10.313079833984375
RSLSU,λ<=log n,65536,1,732172,11.17205810546875
RSLSU,λ<=log n,65536,1,671750,10.250091552734375
RSLSU,λ<=log n,65536,1,687882,10.496246337890625
RSLSU,λ<=log n,65536,1,741976,11.3216552734375
RSLSU,λ<=log n,65536,1,693400,10.5804443359375
RSLSU,λ<=log n,65536,1,706614,10.782073974609375
RSLSU,λ<=log n,65536,1,708150,10.805511474609375
RSLSU,λ<=log n,65536,1,744955,11.367111206054688
RSLSU,λ<=log n,65536,1,728500,11.11602783203125
RSLSU,λ<=log n,65536,1,691306,10.548492431640625
RSLSU,λ<=log n,65536,1,676886,10.328460693359375
RSLSU,λ<=log n,65536,1,719611,10.980392456054688
RSLSU,λ<=log n,65536,1,687617,10.492202758789062
RSLSU,λ<=log n,65536,1,655405,10.000686645507812
RSLSU,λ<=log n,65536,1,684543,10.445297241210938
RSLSU,λ<=log n,65536,1,687250,10.486602783203125
RSLSU,λ<=log n,65536,1,675898,10.313385009765625
RSLSU,λ<=log n,65536,1,770910,11.763153076171875
RSLSU,λ<=log n,65536,1,691467,10.550949096679688
RSLSU,λ<=log n,65536,1,723872,11.04541015625
RSLSU,λ<=log n,65536,1,704122,10.744049072265625
RSLSU,λ<=log n,65536,1,655041,9.995132446289062
RSLSU,λ<=log n,65536,1,677808,10.342529296875
RSLSU,λ<=log n,65536,1,722210,11.020050048828125
RSLSU,λ<=log n,65536,1,735956,11.22979736328125
RSLSU,λ<=log n,65536,1,866657,13.224136352539062
RSLSU,λ<=log n,65536,1,666971,10.177169799804688
RSLSU,λ<=log n,65536,1,680457,10.382949829101562
RSLSU,λ<=log n,65536,1,673823,10.281723022460938
RSLSU,λ<=log n,65536,1,693146,10.576568603515625
RSLSU,λ<=log n,65536,1,680431,10.382553100585938
RSLSU,λ<=log n,65536,1,699848,10.6788330078125
RSLSU,λ<=log n,65536,1,762747,11.638595581054688
RSLSU,λ<=log n,65536,1,707744,10.79931640625
RSLSU,λ<=log n,65536,1,672934,10.268157958984375
RSLSU,λ<=log n,65536,1,760655,11.606674194335938
RSLSU,λ<=log n,65536,1,751005,11.459426879882812
RSLSU,λ<=log n,65536,1,672263,10.257919311523438
RSLSU,λ<=log n,65536,1,774206,11.813446044921875
RSLSU,λ<=log n,65536,1,724000,11.04736328125
RSLSU,λ<=log n,65536,1,700893,10.694778442382812
RSLSU,λ<=log n,65536,1,737862,11.258880615234375
RSLSU,λ<=log n,65536,1,730773,11.150711059570312
RSLSU,λ<=log n,65536,1,710790,10.845794677734375
RSLSU,λ<=log n,65536,1,686390,10.473480224609375
RSLSU,λ<=log n,65536,1,683284,10.42608642578125
RSLSU,λ<=log n,65536,1,730237,11.142532348632812
RSLSU,λ<=log n,65536,1,746449,11.389907836914062
RSLSU,λ<=log n,65536,1,732834,11.182159423828125
RSLSU,λ<=log n,65536,1,815351,12.441268920898438
RSLSU,λ<=log n,65536,1,734057,11.200820922851562
RSLSU,λ<=log n,65536,1,681725,10.402297973632812
RSLSU,λ<=log n,65536,1,664819,10.144332885742188
RSLSU,λ<=log n,65536,1,740493,11.299026489257812
RSLSU,λ<=log n,65536,1,741307,11.311447143554688
RSLSU,λ<=log n,65536,1,704271,10.746322631835938
RSLSU,λ<=log n,65536,1,799340,12.19696044921875
RSLSU,λ<=log n,65536,1,827597,12.628128051757812
RSLSU,λ<=log n,65536,1,759123,11.583297729492188
RSLSU,λ<=log n,65536,1,770841,11.762100219726562
RSLSU,λ<=log n,65536,1,689768,10.5250244140625
RSLSU,λ<=log n,65536,1,689651,10.523239135742188
RSLSU,λ<=log n,65536,1,700158,10.683563232421875
RSLSU,λ<=log n,65536,1,671204,10.24176025390625
RSLSU,λ<=log n,65536,1,730983,11.153915405273438
RSLSU,λ<=log n,65536,1,691473,10.551040649414062
RSLSU,λ<=log n,65536,1,724592,11.056396484375
RSLSU,λ<=log n,65536,1,702267,10.715744018554688
RSLSU,λ<=log n,65536,1,759417,11.587783813476562
RSLSU,λ<=log n,65536,1,848090,12.940826416015625
RSLSU,λ<=log n,65536,1,736262,11.234466552734375
RSLSU,λ<=log n,65536,1,674718,10.295379638671875
RSLSU,λ<=log n,65536,1,693748,10.58575439453125
RSLSU,λ<=log n,65536,1,698302,10.655242919921875
RSLSU,λ<=log n,65536,1,679404,10.36688232421875
RSLSU,λ<=log n,65536,1,717517,10.948440551757812
RSLSU,λ<=log n,65536,1,775810,11.837921142578125
RSLSU,λ<=log n,65536,1,657964,10.03973388671875
RSLSU,λ<=log n,65536,1,747232,11.40185546875
RSLSU,λ<=log n,65536,1,655299,9.999069213867188
RSLSU,λ<=log n,65536,1,661030,10.086517333984375
RSLSU,λ<=log n,65536,1,695630,10.614471435546875
RSLSU,λ<=log n,65536,1,672556,10.26239013671875
RSLSU,λ<=log n,65536,1,704205,10.745315551757812
RSLSU,λ<=log n,65536,1,658241,10.043960571289062
RSLSU,λ<=log n,65536,1,723963,11.046798706054688
RSLSU,λ<=log n,65536,1,672989,10.268997192382812
RSLSU,λ<=log n,65536,1,773969,11.809829711914062
RSLSU,λ<=log n,65536,1,747741,11.409622192382812
RSLSU,λ<=log n,65536,1,705139,10.759567260742188
RSLSU,λ<=log n,65536,1,675211,10.302902221679688
RSLSU,λ<=log n,65536,1,701295,10.700912475585938
RSDMU,λ<=log n,65536,1,601189,9.173416137695312
RSDMU,λ<=log n,65536,1,652671,9.958969116210938
RSDMU,λ<=log n,65536,1,651814,9.945892333984375
RSDMU,λ<=log n,65536,1,634673,9.684341430664062
RSDMU,λ<=log n,65536,1,618180,9.43267822265625
RSDMU,λ<=log n,65536,1,650836,9.93096923828125
RSDMU,λ<=log n,65536,1,675189,10.302566528320312
RSDMU,λ<=log n,65536,1,713400,10.8856201171875
RSDMU,λ<=log n,65536,1,660890,10.084381103515625
RSDMU,λ<=log n,65536,1,607701,9.272781372070312
RSDMU,λ<=log n,65536,1,629812,9.61016845703125
RSDMU,λ<=log n,65536,1,631372,9.63397216796875
RSDMU,λ<=log n,65536,1,594306,9.068389892578125
RSDMU,λ<=log n,65536,1,653984,9.97900390625
RSDMU,λ<=log n,65536,1,720121,10.988174438476562
RSDMU,λ<=log n,65536,1,612334,9.343475341796875
RSDMU,λ<=log n,65536,1,660828,10.08343505859375
RSDMU,λ<=log n,65536,1,636688,9.715087890625
RSDMU,λ<=log n,65536,1,616370,9.405059814453125
RSDMU,λ<=log n,65536,1,610523,9.315841674804688
RSDMU,λ<=log n,65536,1,556462,8.490936279296875
RSDMU,λ<=log n,65536,1,610397,9.313919067382812
RSDMU,λ<=log n,65536,1,646655,9.867172241210938
RSDMU,λ<=log n,65536,1,611734,9.334320068359375
RSDMU,λ<=log n,65536,1,724031,11.047836303710938
RSDMU,λ<=log n,65536,1,630395,9.619064331054688
RSDMU,λ<=log n,65536,1,603540,9.20928955078125
RSDMU,λ<=log n,65536,1,680827,10.388595581054688
RSDMU,λ<=log n,65536,1,625461,9.543777465820312
RSDMU,λ<=log n,65536,1,783183,11.950424194335938
RSDMU,λ<=log n,65536,1,649163,9.905441284179688
RSDMU,λ<=log n,65536,1,617938,9.428985595703125
RSDMU,λ<=log n,65536,1,661371,10.091720581054688
RSDMU,λ<=log n,65536,1,591440,9.024658203125
RSDMU,λ<=log n,65536,1,566213,8.639724731445312
RSDMU,λ<=log n,65536,1,665808,10.159423828125
RSDMU,λ<=log n,65536,1,607953,9.276626586914062
RSDMU,λ<=log n,65536,1,598312,9.1295166015625
RSDMU,λ<=log n,65536,1,647590,9.881439208984375
RSDMU,λ<=log n,65536,1,610389,9.313796997070312
RSDMU,λ<=log n,65536,1,739267,11.280319213867188
RSDMU,λ<=log n,65536,1,734425,11.206436157226562
RSDMU,λ<=log n,65536,1,606434,9.253448486328125
RSDMU,λ<=log n,65536,1,650468,9.92535400390625
RSDMU,λ<=log n,65536,1,597440,9.1162109375
RSDMU,λ<=log n,65536,1,606486,9.254241943359375
RSDMU,λ<=log n,65536,1,586558,8.950164794921875
RSDMU,λ<=log n,65536,1,580080,8.851318359375
RSDMU,λ<=log n,65536,1,693444,10.58111572265625
RSDMU,λ<=log n,65536,1,576058,8.789947509765625
RSDMU,λ<=log n,65536,1,591296,9.0224609375
RSDMU,λ<=log n,65536,1,684439,10.443710327148438
RSDMU,λ<=log n,65536,1,678067,10.346481323242188
RSDMU,λ<=log n,65536,1,755377,11.526138305664062
RSDMU,λ<=log n,65536,1,632391,9.649520874023438
RSDMU,λ<=log n,65536,1,685846,10.465179443359375
RSDMU,λ<=log n,65536,1,576021,8.789382934570312
RSDMU,λ<=log n,65536,1,719220,10.97442626953125
RSDMU,λ<=log n,65536,1,618981,9.444900512695312
RSDMU,λ<=log n,65536,1,587100,8.95843505859375
RSDMU,λ<=log n,65536,1,672189,10.256790161132812
RSDMU,λ<=log n,65536,1,648464,9.894775390625
RSDMU,λ<=log n,65536,1,661646,10.095916748046875
RSDMU,λ<=log n,65536,1,594649,9.073623657226562
RSDMU,λ<=log n,65536,1,656861,10.022903442382812
RSDMU,λ<=log n,65536,1,587958,8.971527099609375
RSDMU,λ<=log n,65536,1,605639,9.241317749023438
RSDMU,λ<=log n,65536,1,677625,10.339736938476562
RSDMU,λ<=log n,65536,1,597229,9.112991333007812
RSDMU,λ<=log n,65536,1,588843,8.985031127929688
RSDMU,λ<=log n,65536,1,597646,9.119354248046875
RSDMU,λ<=log n,65536,1,572386,8.733917236328125
RSDMU,λ<=log n,65536,1,693285,10.578689575195312
RSDMU,λ<=log n,65536,1,615921,9.398208618164062
RSDMU,λ<=log n,65536,1,647178,9.875152587890625
RSDMU,λ<=log n,65536,1,569180,8.68499755859375
RSDMU,λ<=log n,65536,1,638555,9.743576049804688
RSDMU,λ<=log n,65536,1,665947,10.161544799804688
RSDMU,λ<=log n,65536,1,660131,10.072799682617188
RSDMU,λ<=log n,65536,1,598263,9.128768920898438
RSDMU,λ<=log n,65536,1,692906,10.572906494140625
RSDMU,λ<=log n,65536,1,652769,9.960464477539062
RSDMU,λ<=log n,65536,1,663455,10.123519897460938
RSDMU,λ<=log n,65536,1,572640,8.73779296875
RSDMU,λ<=log n,65536,1,598030,9.125213623046875
RSDMU,λ<=log n,65536,1,519889,7.9328765869140625
RSDMU,λ<=log n,65536,1,748298,11.418121337890625
RSDMU,λ<=log n,65536,1,752910,11.488494873046875
RSDMU,λ<=log n,65536,1,768030,11.719207763671875
RSDMU,λ<=log n,65536,1,596294,9.098724365234375
RSDMU,λ<=log n,65536,1,635446,9.696136474609375
RSDMU,λ<=log n,65536,1,592042,9.033843994140625
RSDMU,λ<=log n,65536,1,635920,9.703369140625
RSDMU,λ<=log n,65536,1,583787,8.907882690429688
RSDMU,λ<=log n,65536,1,637482,9.727203369140625
RSDMU,λ<=log n,65536,1,619438,9.451873779296875
RSDMU,λ<=log n,65536,1,701643,10.706222534179688
RSDMU,λ<=log n,65536,1,600114,9.157012939453125
RSDMU,λ<=log n,65536,1,841870,12.845916748046875
RSDMU,λ<=log n,65536,1,709285,10.822830200195312
RRDMU,λ<=log n,65536,1,438078,6.684539794921875
RRDMU,λ<=log n,65536,1,482608,7.364013671875
RRDMU,λ<=log n,65536,1,433483,6.6144256591796875
RRDMU,λ<=log n,65536,1,413236,6.30548095703125
RRDMU,λ<=log n,65536,1,419926,6.407562255859375
RRDMU,λ<=log n,65536,1,414352,6.322509765625
RRDMU,λ<=log n,65536,1,475309,7.2526397705078125
RRDMU,λ<=log n,65536,1,440103,6.7154388427734375
RRDMU,λ<=log n,65536,1,425799,6.4971771240234375
RRDMU,λ<=log n,65536,1,423768,6.4661865234375
RRDMU,λ<=log n,65536,1,435765,6.6492462158203125
RRDMU,λ<=log n,65536,1,409998,6.256072998046875
RRDMU,λ<=log n,65536,1,396381,6.0482940673828125
RRDMU,λ<=log n,65536,1,427064,6.5164794921875
RRDMU,λ<=log n,65536,1,441945,6.7435455322265625
RRDMU,λ<=log n,65536,1,442192,6.747314453125
RRDMU,λ<=log n,65536,1,426929,6.5144195556640625
RRDMU,λ<=log n,65536,1,398470,6.080169677734375
RRDMU,λ<=log n,65536,1,431376,6.582275390625
RRDMU,λ<=log n,65536,1,411775,6.2831878662109375
RRDMU,λ<=log n,65536,1,465717,7.1062774658203125
RRDMU,λ<=log n,65536,1,430555,6.5697479248046875
RRDMU,λ<=log n,65536,1,391961,5.9808502197265625
RRDMU,λ<=log n,65536,1,428086,6.532073974609375
RRDMU,λ<=log n,65536,1,452149,6.8992462158203125
RRDMU,λ<=log n,65536,1,442514,6.752227783203125
RRDMU,λ<=log n,65536,1,434423,6.6287689208984375
RRDMU,λ<=log n,65536,1,397776,6.069580078125
RRDMU,λ<=log n,65536,1,413023,6.3022308349609375
RRDMU,λ<=log n,65536,1,439013,6.6988067626953125
RRDMU,λ<=log n,65536,1,445762,6.801788330078125
RRDMU,λ<=log n,65536,1,440691,6.7244110107421875
RRDMU,λ<=log n,65536,1,436084,6.65411376953125
RRDMU,λ<=log n,65536,1,441554,6.737579345703125
RRDMU,λ<=log n,65536,1,403899,6.1630096435546875
RRDMU,λ<=log n,65536,1,429654,6.555999755859375
RRDMU,λ<=log n,65536,1,416845,6.3605499267578125
RRDMU,λ<=log n,65536,1,401145,6.1209869384765625
RRDMU,λ<=log n,65536,1,412513,6.2944488525390625
RRDMU,λ<=log n,65536,1,425455,6.4919281005859375
RRDMU,λ<=log n,65536,1,456668,6.96820068359375
RRDMU,λ<=log n,65536,1,424520,6.4776611328125
RRDMU,λ<=log n,65536,1,422201,6.4422760009765625
RRDMU,λ<=log n,65536,1,483465,7.3770904541015625
RRDMU,λ<=log n,65536,1,453642,6.922027587890625
RRDMU,λ<=log n,65536,1,415438,6.339080810546875
RRDMU,λ<=log n,65536,1,413934,6.316131591796875
RRDMU,λ<=log n,65536,1,418311,6.3829193115234375
RRDMU,λ<=log n,65536,1,441915,6.7430877685546875
RRDMU,λ<=log n,65536,1,418616,6.3875732421875
RRDMU,λ<=log n,65536,1,424100,6.47125244140625
RRDMU,λ<=log n,65536,1,441735,6.7403411865234375
RRDMU,λ<=log n,65536,1,408248,6.2293701171875
RRDMU,λ<=log n,65536,1,410345,6.2613677978515625
RRDMU,λ<=log n,65536,1,444791,6.7869720458984375
RRDMU,λ<=log n,65536,1,419196,6.39642333984375
RRDMU,λ<=log n,65536,1,422451,6.4460906982421875
RRDMU,λ<=log n,65536,1,409543,6.2491302490234375
RRDMU,λ<=log n,65536,1,409353,6.2462310791015625
RRDMU,λ<=log n,65536,1,440687,6.7243499755859375
RRDMU,λ<=log n,65536,1,434921,6.6363677978515625
RRDMU,λ<=log n,65536,1,418088,6.3795166015625
RRDMU,λ<=log n,65536,1,433174,6.609710693359375
RRDMU,λ<=log n,65536,1,424678,6.480072021484375
RRDMU,λ<=log n,65536,1,435681,6.6479644775390625
RRDMU,λ<=log n,65536,1,412201,6.2896881103515625
RRDMU,λ<=log n,65536,1,452836,6.90972900390625
RRDMU,λ<=log n,65536,1,420932,6.42291259765625
RRDMU,λ<=log n,65536,1,529109,8.073562622070312
RRDMU,λ<=log n,65536,1,418076,6.37933349609375
RRDMU,λ<=log n,65536,1,453819,6.9247283935546875
RRDMU,λ<=log n,65536,1,438195,6.6863250732421875
RRDMU,λ<=log n,65536,1,421035,6.4244842529296875
RRDMU,λ<=log n,65536,1,407159,6.2127532958984375
RRDMU,λ<=log n,65536,1,411879,6.2847747802734375
RRDMU,λ<=log n,65536,1,443537,6.7678375244140625
RRDMU,λ<=log n,65536,1,416905,6.3614654541015625
RRDMU,λ<=log n,65536,1,425532,6.49310302734375
RRDMU,λ<=log n,65536,1,422082,6.440460205078125
RRDMU,λ<=log n,65536,1,468289,7.1455230712890625
RRDMU,λ<=log n,65536,1,420550,6.417083740234375
RRDMU,λ<=log n,65536,1,398321,6.0778961181640625
RRDMU,λ<=log n,65536,1,399512,6.0960693359375
RRDMU,λ<=log n,65536,1,422147,6.4414520263671875
RRDMU,λ<=log n,65536,1,438258,6.687286376953125
RRDMU,λ<=log n,65536,1,423363,6.4600067138671875
RRDMU,λ<=log n,65536,1,416811,6.3600311279296875
RRDMU,λ<=log n,65536,1,402126,6.135955810546875
RRDMU,λ<=log n,65536,1,409923,6.2549285888671875
RRDMU,λ<=log n,65536,1,422466,6.446319580078125
RRDMU,λ<=log n,65536,1,404878,6.177947998046875
RRDMU,λ<=log n,65536,1,429061,6.5469512939453125
RRDMU,λ<=log n,65536,1,439941,6.7129669189453125
RRDMU,λ<=log n,65536,1,412982,6.301605224609375
RRDMU,λ<=log n,65536,1,416167,6.3502044677734375
RRDMU,λ<=log n,65536,1,400233,6.1070709228515625
RRDMU,λ<=log n,65536,1,405309,6.1845245361328125
RRDMU,λ<=log n,65536,1,404911,6.1784515380859375
RRDMU,λ<=log n,65536,1,413731,6.3130340576171875
RRDMU,λ<=log n,65536,1,497109,7.5852813720703125
RHDMU,λ<=log n,65536,1,551854,8.420623779296875
RHDMU,λ<=log n,65536,1,459208,7.0069580078125
RHDMU,λ<=log n,65536,1,442077,6.7455596923828125
RHDMU,λ<=log n,65536,1,475996,7.26312255859375
RHDMU,λ<=log n,65536,1,441238,6.732757568359375
RHDMU,λ<=log n,65536,1,485665,7.4106597900390625
RHDMU,λ<=log n,65536,1,429208,6.5491943359375
RHDMU,λ<=log n,65536,1,466720,7.12158203125
RHDMU,λ<=log n,65536,1,422067,6.4402313232421875
RHDMU,λ<=log n,65536,1,450775,6.8782806396484375
RHDMU,λ<=log n,65536,1,466576,7.119384765625
RHDMU,λ<=log n,65536,1,465141,7.0974884033203125
RHDMU,λ<=log n,65536,1,443333,6.7647247314453125
RHDMU,λ<=log n,65536,1,433650,6.616973876953125
RHDMU,λ<=log n,65536,1,435174,6.640228271484375
RHDMU,λ<=log n,65536,1,444020,6.77520751953125
RHDMU,λ<=log n,65536,1,442462,6.751434326171875
RHDMU,λ<=log n,65536,1,456734,6.969207763671875
RHDMU,λ<=log n,65536,1,440848,6.726806640625
RHDMU,λ<=log n,65536,1,522751,7.9765472412109375
RHDMU,λ<=log n,65536,1,466878,7.123992919921875
RHDMU,λ<=log n,65536,1,432251,6.5956268310546875
RHDMU,λ<=log n,65536,1,455768,6.9544677734375
RHDMU,λ<=log n,65536,1,512852,7.82550048828125
RHDMU,λ<=log n,65536,1,457958,6.987884521484375
RHDMU,λ<=log n,65536,1,452029,6.8974151611328125
RHDMU,λ<=log n,65536,1,441147,6.7313690185546875
RHDMU,λ<=log n,65536,1,453444,6.91900634765625
RHDMU,λ<=log n,65536,1,425302,6.489593505859375
RHDMU,λ<=log n,65536,1,436296,6.6573486328125
RHDMU,λ<=log n,65536,1,454610,6.936798095703125
RHDMU,λ<=log n,65536,1,495009,7.5532379150390625
RHDMU,λ<=log n,65536,1,438342,6.688568115234375
RHDMU,λ<=log n,65536,1,442443,6.7511444091796875
RHDMU,λ<=log n,65536,1,486058,7.416656494140625
RHDMU,λ<=log n,65536,1,498057,7.5997467041015625
RHDMU,λ<=log n,65536,1,464655,7.0900726318359375
RHDMU,λ<=log n,65536,1,459471,7.0109710693359375
RHDMU,λ<=log n,65536,1,434483,6.6296844482421875
RHDMU,λ<=log n,65536,1,439778,6.710479736328125
RHDMU,λ<=log n,65536,1,453053,6.9130401611328125
RHDMU,λ<=log n,65536,1,425501,6.4926300048828125
RHDMU,λ<=log n,65536,1,459034,7.004302978515625
RHDMU,λ<=log n,65536,1,499962,7.628814697265625
RHDMU,λ<=log n,65536,1,454784,6.939453125
RHDMU,λ<=log n,65536,1,423644,6.46429443359375
RHDMU,λ<=log n,65536,1,436512,6.66064453125
RHDMU,λ<=log n,65536,1,422699,6.4498748779296875
RHDMU,λ<=log n,65536,1,409969,6.2556304931640625
RHDMU,λ<=log n,65536,1,430202,6.564361572265625
RHDMU,λ<=log n,65536,1,456642,6.967803955078125
RHDMU,λ<=log n,65536,1,425999,6.5002288818359375
RHDMU,λ<=log n,65536,1,505597,7.7147979736328125
RHDMU,λ<=log n,65536,1,433741,6.6183624267578125
RHDMU,λ<=log n,65536,1,456926,6.972137451171875
RHDMU,λ<=log n,65536,1,419193,6.3963775634765625
RHDMU,λ<=log n,65536,1,431273,6.5807037353515625
RHDMU,λ<=log n,65536,1,414925,6.3312530517578125
RHDMU,λ<=log n,65536,1,416157,6.3500518798828125
RHDMU,λ<=log n,65536,1,404448,6.17138671875
RHDMU,λ<=log n,65536,1,443471,6.7668304443359375
RHDMU,λ<=log n,65536,1,463515,7.0726776123046875
RHDMU,λ<=log n,65536,1,453142,6.914398193359375
RHDMU,λ<=log n,65536,1,448646,6.845794677734375
RHDMU,λ<=log n,65536,1,445822,6.802703857421875
RHDMU,λ<=log n,65536,1,470277,7.1758575439453125
RHDMU,λ<=log n,65536,1,457122,6.975128173828125
RHDMU,λ<=log n,65536,1,449748,6.86260986328125
RHDMU,λ<=log n,65536,1,476041,7.2638092041015625
RHDMU,λ<=log n,65536,1,465733,7.1065216064453125
RHDMU,λ<=log n,65536,1,407074,6.211456298828125
RHDMU,λ<=log n,65536,1,442821,6.7569122314453125
RHDMU,λ<=log n,65536,1,467925,7.1399688720703125
RHDMU,λ<=log n,65536,1,437112,6.6697998046875
RHDMU,λ<=log n,65536,1,437742,6.679412841796875
RHDMU,λ<=log n,65536,1,492712,7.5181884765625
RHDMU,λ<=log n,65536,1,418817,6.3906402587890625
RHDMU,λ<=log n,65536,1,431925,6.5906524658203125
RHDMU,λ<=log n,65536,1,441272,6.7332763671875
RHDMU,λ<=log n,65536,1,444731,6.7860565185546875
RHDMU,λ<=log n,65536,1,450473,6.8736724853515625
RHDMU,λ<=log n,65536,1,466336,7.11572265625
RHDMU,λ<=log n,65536,1,437299,6.6726531982421875
RHDMU,λ<=log n,65536,1,467460,7.13287353515625
RHDMU,λ<=log n,65536,1,427619,6.5249481201171875
RHDMU,λ<=log n,65536,1,428790,6.542816162109375
RHDMU,λ<=log n,65536,1,458210,6.991729736328125
RHDMU,λ<=log n,65536,1,438331,6.6884002685546875
RHDMU,λ<=log n,65536,1,409815,6.2532806396484375
RHDMU,λ<=log n,65536,1,426661,6.5103302001953125
RHDMU,λ<=log n,65536,1,419769,6.4051666259765625
RHDMU,λ<=log n,65536,1,452898,6.910675048828125
RHDMU,λ<=log n,65536,1,438776,6.6951904296875
RHDMU,λ<=log n,65536,1,480224,7.32763671875
RHDMU,λ<=log n,65536,1,502892,7.67352294921875
RHDMU,λ<=log n,65536,1,450447,6.8732757568359375
RHDMU,λ<=log n,65536,1,435305,6.6422271728515625
RHDMU,λ<=log n,65536,1,449030,6.851654052734375
RHDMU,λ<=log n,65536,1,479763,7.3206024169921875
RHDMU,λ<=log n,65536,1,504674,7.700714111328125
RHLMU,λ<=log n,65536,1,448641,6.8457183837890625
RHLMU,λ<=log n,65536,1,473184,7.22021484375
RHLMU,λ<=log n,65536,1,468013,7.1413116455078125
RHLMU,λ<=log n,65536,1,454526,6.935516357421875
RHLMU,λ<=log n,65536,1,434876,6.63568115234375
RHLMU,λ<=log n,65536,1,492965,7.5220489501953125
RHLMU,λ<=log n,65536,1,431307,6.5812225341796875
RHLMU,λ<=log n,65536,1,431213,6.5797882080078125
RHLMU,λ<=log n,65536,1,437865,6.6812896728515625
RHLMU,λ<=log n,65536,1,442277,6.7486114501953125
RHLMU,λ<=log n,65536,1,460894,7.032684326171875
RHLMU,λ<=log n,65536,1,473653,7.2273712158203125
RHLMU,λ<=log n,65536,1,471966,7.201629638671875
RHLMU,λ<=log n,65536,1,434004,6.62237548828125
RHLMU,λ<=log n,65536,1,444123,6.7767791748046875
RHLMU,λ<=log n,65536,1,459340,7.00897216796875
RHLMU,λ<=log n,65536,1,448683,6.8463592529296875
RHLMU,λ<=log n,65536,1,500136,7.6314697265625
RHLMU,λ<=log n,65536,1,466004,7.11065673828125
RHLMU,λ<=log n,65536,1,474525,7.2406768798828125
RHLMU,λ<=log n,65536,1,451130,6.883697509765625
RHLMU,λ<=log n,65536,1,440648,6.7237548828125
RHLMU,λ<=log n,65536,1,443528,6.7677001953125
RHLMU,λ<=log n,65536,1,448477,6.8432159423828125
RHLMU,λ<=log n,65536,1,419154,6.395782470703125
RHLMU,λ<=log n,65536,1,499821,7.6266632080078125
RHLMU,λ<=log n,65536,1,456183,6.9608001708984375
RHLMU,λ<=log n,65536,1,466187,7.1134490966796875
RHLMU,λ<=log n,65536,1,453744,6.923583984375
RHLMU,λ<=log n,65536,1,458496,6.99609375
RHLMU,λ<=log n,65536,1,471776,7.19873046875
RHLMU,λ<=log n,65536,1,505004,7.70574951171875
RHLMU,λ<=log n,65536,1,469526,7.164398193359375
RHLMU,λ<=log n,65536,1,429404,6.55218505859375
RHLMU,λ<=log n,65536,1,459216,7.007080078125
RHLMU,λ<=log n,65536,1,477250,7.282257080078125
RHLMU,λ<=log n,65536,1,458676,6.99884033203125
RHLMU,λ<=log n,65536,1,442679,6.7547454833984375
RHLMU,λ<=log n,65536,1,441636,6.73883056640625
RHLMU,λ<=log n,65536,1,433035,6.6075897216796875
RHLMU,λ<=log n,65536,1,440004,6.71392822265625
RHLMU,λ<=log n,65536,1,423849,6.4674224853515625
RHLMU,λ<=log n,65536,1,441991,6.7442474365234375
RHLMU,λ<=log n,65536,1,465969,7.1101226806640625
RHLMU,λ<=log n,65536,1,450140,6.86859130859375
RHLMU,λ<=log n,65536,1,474975,7.2475433349609375
RHLMU,λ<=log n,65536,1,437793,6.6801910400390625
RHLMU,λ<=log n,65536,1,449804,6.86346435546875
RHLMU,λ<=log n,65536,1,440008,6.7139892578125
RHLMU,λ<=log n,65536,1,456336,6.963134765625
RHLMU,λ<=log n,65536,1,456898,6.971710205078125
RHLMU,λ<=log n,65536,1,496700,7.57904052734375
RHLMU,λ<=log n,65536,1,446658,6.815460205078125
RHLMU,λ<=log n,65536,1,414503,6.3248138427734375
RHLMU,λ<=log n,65536,1,477157,7.2808380126953125
RHLMU,λ<=log n,65536,1,463390,7.070770263671875
RHLMU,λ<=log n,65536,1,444748,6.78631591796875
RHLMU,λ<=log n,65536,1,425877,6.4983673095703125
RHLMU,λ<=log n,65536,1,440699,6.7245330810546875
RHLMU,λ<=log n,65536,1,466805,7.1228790283203125
RHLMU,λ<=log n,65536,1,448140,6.83807373046875
RHLMU,λ<=log n,65536,1,470228,7.17510986328125
RHLMU,λ<=log n,65536,1,420252,6.41253662109375
RHLMU,λ<=log n,65536,1,454250,6.931304931640625
RHLMU,λ<=log n,65536,1,466948,7.12506103515625
RHLMU,λ<=log n,65536,1,438390,6.689300537109375
RHLMU,λ<=log n,65536,1,424560,6.478271484375
RHLMU,λ<=log n,65536,1,464949,7.0945587158203125
RHLMU,λ<=log n,65536,1,445757,6.8017120361328125
RHLMU,λ<=log n,65536,1,431205,6.5796661376953125
RHLMU,λ<=log n,65536,1,433671,6.6172943115234375
RHLMU,λ<=log n,65536,1,472878,7.215545654296875
RHLMU,λ<=log n,65536,1,418775,6.3899993896484375
RHLMU,λ<=log n,65536,1,444325,6.7798614501953125
RHLMU,λ<=log n,65536,1,469622,7.165863037109375
RHLMU,λ<=log n,65536,1,527080,8.0426025390625
RHLMU,λ<=log n,65536,1,480300,7.32879638671875
RHLMU,λ<=log n,65536,1,490978,7.491729736328125
RHLMU,λ<=log n,65536,1,425157,6.4873809814453125
RHLMU,λ<=log n,65536,1,460374,7.024749755859375
RHLMU,λ<=log n,65536,1,438408,6.6895751953125
RHLMU,λ<=log n,65536,1,491830,7.504730224609375
RHLMU,λ<=log n,65536,1,420771,6.4204559326171875
RHLMU,λ<=log n,65536,1,424549,6.4781036376953125
RHLMU,λ<=log n,65536,1,442051,6.7451629638671875
RHLMU,λ<=log n,65536,1,446583,6.8143157958984375
RHLMU,λ<=log n,65536,1,421927,6.4380950927734375
RHLMU,λ<=log n,65536,1,430015,6.5615081787109375
RHLMU,λ<=log n,65536,1,468616,7.1505126953125
RHLMU,λ<=log n,65536,1,456685,6.9684600830078125
RHLMU,λ<=log n,65536,1,464978,7.095001220703125
RHLMU,λ<=log n,65536,1,468130,7.143096923828125
RHLMU,λ<=log n,65536,1,452251,6.9008026123046875
RHLMU,λ<=log n,65536,1,459257,7.0077056884765625
RHLMU,λ<=log n,65536,1,449950,6.865692138671875
RHLMU,λ<=log n,65536,1,452418,6.903350830078125
RHLMU,λ<=log n,65536,1,413751,6.3133392333984375
RHLMU,λ<=log n,65536,1,479318,7.313812255859375
RHLMU,λ<=log n,65536,1,473779,7.2292938232421875
RHLMU,λ<=log n,65536,1,484756,7.39678955078125
RRLMU,λ<=log n,65536,1,420296,6.4132080078125
RRLMU,λ<=log n,65536,1,440156,6.71624755859375
RRLMU,λ<=log n,65536,1,400691,6.1140594482421875
RRLMU,λ<=log n,65536,1,419997,6.4086456298828125
RRLMU,λ<=log n,65536,1,457953,6.9878082275390625
RRLMU,λ<=log n,65536,1,428137,6.5328521728515625
RRLMU,λ<=log n,65536,1,418112,6.3798828125
RRLMU,λ<=log n,65536,1,395687,6.0377044677734375
RRLMU,λ<=log n,65536,1,467015,7.1260833740234375
RRLMU,λ<=log n,65536,1,463857,7.0778961181640625
RRLMU,λ<=log n,65536,1,472627,7.2117156982421875
RRLMU,λ<=log n,65536,1,457550,6.981658935546875
RRLMU,λ<=log n,65536,1,402000,6.134033203125
RRLMU,λ<=log n,65536,1,491456,7.4990234375
RRLMU,λ<=log n,65536,1,433773,6.6188507080078125
RRLMU,λ<=log n,65536,1,458471,6.9957122802734375
RRLMU,λ<=log n,65536,1,448271,6.8400726318359375
RRLMU,λ<=log n,65536,1,435734,6.648773193359375
RRLMU,λ<=log n,65536,1,442709,6.7552032470703125
RRLMU,λ<=log n,65536,1,455058,6.943634033203125
RRLMU,λ<=log n,65536,1,446320,6.810302734375
RRLMU,λ<=log n,65536,1,420325,6.4136505126953125
RRLMU,λ<=log n,65536,1,433887,6.6205902099609375
RRLMU,λ<=log n,65536,1,410261,6.2600860595703125
RRLMU,λ<=log n,65536,1,412768,6.29833984375
RRLMU,λ<=log n,65536,1,431875,6.5898895263671875
RRLMU,λ<=log n,65536,1,402558,6.142547607421875
RRLMU,λ<=log n,65536,1,488238,7.449920654296875
RRLMU,λ<=log n,65536,1,441755,6.7406463623046875
RRLMU,λ<=log n,65536,1,453086,6.913543701171875
RRLMU,λ<=log n,65536,1,414964,6.33184814453125
RRLMU,λ<=log n,65536,1,425793,6.4970855712890625
RRLMU,λ<=log n,65536,1,428177,6.5334625244140625
RRLMU,λ<=log n,65536,1,452473,6.9041900634765625
RRLMU,λ<=log n,65536,1,418127,6.3801116943359375
RRLMU,λ<=log n,65536,1,420285,6.4130401611328125
RRLMU,λ<=log n,65536,1,416825,6.3602447509765625
RRLMU,λ<=log n,65536,1,415578,6.341217041015625
RRLMU,λ<=log n,65536,1,419086,6.394744873046875
RRLMU,λ<=log n,65536,1,401649,6.1286773681640625
RRLMU,λ<=log n,65536,1,429392,6.552001953125
RRLMU,λ<=log n,65536,1,425204,6.48809814453125
RRLMU,λ<=log n,65536,1,407871,6.2236175537109375
RRLMU,λ<=log n,65536,1,447026,6.821075439453125
RRLMU,λ<=log n,65536,1,432397,6.5978546142578125
RRLMU,λ<=log n,65536,1,459954,7.018341064453125
RRLMU,λ<=log n,65536,1,443163,6.7621307373046875
RRLMU,λ<=log n,65536,1,448982,6.850921630859375
RRLMU,λ<=log n,65536,1,454884,6.94097900390625
RRLMU,λ<=log n,65536,1,451830,6.894378662109375
RRLMU,λ<=log n,65536,1,450942,6.880828857421875
RRLMU,λ<=log n,65536,1,423635,6.4641571044921875
RRLMU,λ<=log n,65536,1,422385,6.4450836181640625
RRLMU,λ<=log n,65536,1,451731,6.8928680419921875
RRLMU,λ<=log n,65536,1,459706,7.014556884765625
RRLMU,λ<=log n,65536,1,432956,6.60638427734375
RRLMU,λ<=log n,65536,1,420459,6.4156951904296875
RRLMU,λ<=log n,65536,1,415491,6.3398895263671875
RRLMU,λ<=log n,65536,1,431490,6.584014892578125
RRLMU,λ<=log n,65536,1,447007,6.8207855224609375
RRLMU,λ<=log n,65536,1,417322,6.367828369140625
RRLMU,λ<=log n,65536,1,458253,6.9923858642578125
RRLMU,λ<=log n,65536,1,450247,6.8702239990234375
RRLMU,λ<=log n,65536,1,412333,6.2917022705078125
RRLMU,λ<=log n,65536,1,449875,6.8645477294921875
RRLMU,λ<=log n,65536,1,415684,6.34283447265625
RRLMU,λ<=log n,65536,1,424874,6.483062744140625
RRLMU,λ<=log n,65536,1,463686,7.075286865234375
RRLMU,λ<=log n,65536,1,409077,6.2420196533203125
RRLMU,λ<=log n,65536,1,435825,6.6501617431640625
RRLMU,λ<=log n,65536,1,437800,6.6802978515625
RRLMU,λ<=log n,65536,1,422246,6.442962646484375
RRLMU,λ<=log n,65536,1,426295,6.5047454833984375
RRLMU,λ<=log n,65536,1,413758,6.313446044921875
RRLMU,λ<=log n,65536,1,420444,6.41546630859375
RRLMU,λ<=log n,65536,1,440737,6.7251129150390625
RRLMU,λ<=log n,65536,1,452599,6.9061126708984375
RRLMU,λ<=log n,65536,1,425121,6.4868316650390625
RRLMU,λ<=log n,65536,1,419988,6.40850830078125
RRLMU,λ<=log n,65536,1,431030,6.576995849609375
RRLMU,λ<=log n,65536,1,414259,6.3210906982421875
RRLMU,λ<=log n,65536,1,449852,6.86419677734375
RRLMU,λ<=log n,65536,1,459768,7.0155029296875
RRLMU,λ<=log n,65536,1,467550,7.134246826171875
RRLMU,λ<=log n,65536,1,403740,6.16058349609375
RRLMU,λ<=log n,65536,1,490233,7.4803619384765625
RRLMU,λ<=log n,65536,1,430651,6.5712127685546875
RRLMU,λ<=log n,65536,1,435400,6.6436767578125
RRLMU,λ<=log n,65536,1,415290,6.336822509765625
RRLMU,λ<=log n,65536,1,417179,6.3656463623046875
RRLMU,λ<=log n,65536,1,434802,6.634552001953125
RRLMU,λ<=log n,65536,1,417268,6.36700439453125
RRLMU,λ<=log n,65536,1,441284,6.73345947265625
RRLMU,λ<=log n,65536,1,468852,7.15411376953125
RRLMU,λ<=log n,65536,1,411697,6.2819976806640625
RRLMU,λ<=log n,65536,1,406017,6.1953277587890625
RRLMU,λ<=log n,65536,1,417049,6.3636627197265625
RRLMU,λ<=log n,65536,1,429508,6.55377197265625
RRLMU,λ<=log n,65536,1,424449,6.4765777587890625
RRLMU,λ<=log n,65536,1,424396,6.47576904296875
RSLMU,λ<=log n,65536,1,689446,10.520111083984375
RSLMU,λ<=log n,65536,1,608093,9.278762817382812
RSLMU,λ<=log n,65536,1,658828,10.05291748046875
RSLMU,λ<=log n,65536,1,640521,9.773574829101562
RSLMU,λ<=log n,65536,1,630097,9.614517211914062
RSLMU,λ<=log n,65536,1,603332,9.20611572265625
RSLMU,λ<=log n,65536,1,628882,9.595977783203125
RSLMU,λ<=log n,65536,1,659004,10.05560302734375
RSLMU,λ<=log n,65536,1,635422,9.695770263671875
RSLMU,λ<=log n,65536,1,653091,9.965377807617188
RSLMU,λ<=log n,65536,1,680313,10.380752563476562
RSLMU,λ<=log n,65536,1,680484,10.38336181640625
RSLMU,λ<=log n,65536,1,621412,9.48199462890625
RSLMU,λ<=log n,65536,1,649671,9.913192749023438
RSLMU,λ<=log n,65536,1,603921,9.215103149414062
RSLMU,λ<=log n,65536,1,667579,10.186447143554688
RSLMU,λ<=log n,65536,1,628040,9.5831298828125
RSLMU,λ<=log n,65536,1,659410,10.061798095703125
RSLMU,λ<=log n,65536,1,665134,10.149139404296875
RSLMU,λ<=log n,65536,1,638253,9.738967895507812
RSLMU,λ<=log n,65536,1,611158,9.325531005859375
RSLMU,λ<=log n,65536,1,711303,10.853622436523438
RSLMU,λ<=log n,65536,1,585709,8.937210083007812
RSLMU,λ<=log n,65536,1,688803,10.510299682617188
RSLMU,λ<=log n,65536,1,660584,10.0797119140625
RSLMU,λ<=log n,65536,1,620331,9.465499877929688
RSLMU,λ<=log n,65536,1,700904,10.6949462890625
RSLMU,λ<=log n,65536,1,602507,9.193527221679688
RSLMU,λ<=log n,65536,1,632981,9.658523559570312
RSLMU,λ<=log n,65536,1,711211,10.852218627929688
RSLMU,λ<=log n,65536,1,613078,9.354827880859375
RSLMU,λ<=log n,65536,1,606562,9.255401611328125
RSLMU,λ<=log n,65536,1,605603,9.240768432617188
RSLMU,λ<=log n,65536,1,609480,9.2999267578125
RSLMU,λ<=log n,65536,1,674461,10.291458129882812
RSLMU,λ<=log n,65536,1,592573,9.041946411132812
RSLMU,λ<=log n,65536,1,620903,9.474227905273438
RSLMU,λ<=log n,65536,1,622120,9.4927978515625
RSLMU,λ<=log n,65536,1,678697,10.356094360351562
RSLMU,λ<=log n,65536,1,609783,9.304550170898438
RSLMU,λ<=log n,65536,1,643531,9.819503784179688
RSLMU,λ<=log n,65536,1,604753,9.227798461914062
RSLMU,λ<=log n,65536,1,636897,9.718276977539062
RSLMU,λ<=log n,65536,1,638117,9.736892700195312
RSLMU,λ<=log n,65536,1,608290,9.281768798828125
RSLMU,λ<=log n,65536,1,666659,10.172409057617188
RSLMU,λ<=log n,65536,1,629491,9.605270385742188
RSLMU,λ<=log n,65536,1,715685,10.920486450195312
RSLMU,λ<=log n,65536,1,608516,9.28521728515625
RSLMU,λ<=log n,65536,1,571233,8.716323852539062
RSLMU,λ<=log n,65536,1,609067,9.293624877929688
RSLMU,λ<=log n,65536,1,575374,8.779510498046875
RSLMU,λ<=log n,65536,1,663442,10.123321533203125
RSLMU,λ<=log n,65536,1,668628,10.20245361328125
RSLMU,λ<=log n,65536,1,708518,10.811126708984375
RSLMU,λ<=log n,65536,1,631956,9.64288330078125
RSLMU,λ<=log n,65536,1,604062,9.217254638671875
RSLMU,λ<=log n,65536,1,623019,9.506515502929688
RSLMU,λ<=log n,65536,1,681888,10.40478515625
RSLMU,λ<=log n,65536,1,655407,10.000717163085938
RSLMU,λ<=log n,65536,1,621306,9.480377197265625
RSLMU,λ<=log n,65536,1,578025,8.819961547851562
RSLMU,λ<=log n,65536,1,633102,9.660369873046875
RSLMU,λ<=log n,65536,1,610838,9.320648193359375
RSLMU,λ<=log n,65536,1,634494,9.681610107421875
RSLMU,λ<=log n,65536,1,682041,10.407119750976562
RSLMU,λ<=log n,65536,1,662868,10.11456298828125
RSLMU,λ<=log n,65536,1,616200,9.4024658203125
RSLMU,λ<=log n,65536,1,606320,9.251708984375
RSLMU,λ<=log n,65536,1,614006,9.368988037109375
RSLMU,λ<=log n,65536,1,628427,9.589035034179688
RSLMU,λ<=log n,65536,1,617660,9.42474365234375
RSLMU,λ<=log n,65536,1,633425,9.665298461914062
RSLMU,λ<=log n,65536,1,643935,9.825668334960938
RSLMU,λ<=log n,65536,1,650129,9.920181274414062
RSLMU,λ<=log n,65536,1,605382,9.237396240234375
RSLMU,λ<=log n,65536,1,643176,9.8140869140625
RSLMU,λ<=log n,65536,1,637443,9.726608276367188
RSLMU,λ<=log n,65536,1,616843,9.412277221679688
RSLMU,λ<=log n,65536,1,677108,10.33184814453125
RSLMU,λ<=log n,65536,1,640219,9.768966674804688
RSLMU,λ<=log n,65536,1,678981,10.360427856445312
RSLMU,λ<=log n,65536,1,668704,10.20361328125
RSLMU,λ<=log n,65536,1,692136,10.5611572265625
RSLMU,λ<=log n,65536,1,603333,9.206130981445312
RSLMU,λ<=log n,65536,1,588186,8.975006103515625
RSLMU,λ<=log n,65536,1,610655,9.317855834960938
RSLMU,λ<=log n,65536,1,688617,10.507461547851562
RSLMU,λ<=log n,65536,1,680788,10.38800048828125
RSLMU,λ<=log n,65536,1,635473,9.696548461914062
RSLMU,λ<=log n,65536,1,627483,9.574630737304688
RSLMU,λ<=log n,65536,1,625534,9.544891357421875
RSLMU,λ<=log n,65536,1,579424,8.84130859375
RSLMU,λ<=log n,65536,1,667346,10.182891845703125
RSLMU,λ<=log n,65536,1,672039,10.254501342773438
RSLMU,λ<=log n,65536,1,626551,9.560409545898438
RSLMU,λ<=log n,65536,1,707063,10.788925170898438
RSLMU,λ<=log n,65536,1,627479,9.574569702148438
RSLMU,λ<=log n,65536,1,660271,10.074935913085938
RSLMU,λ<=log n,65536,1,637761,9.731460571289062
RSDIU,λ<=log n,65536,1,711278,10.853240966796875
RSDIU,λ<=log n,65536,1,686780,10.47943115234375
RSDIU,λ<=log n,65536,1,721937,11.015884399414062
RSDIU,λ<=log n,65536,1,712060,10.86517333984375
RSDIU,λ<=log n,65536,1,690031,10.529037475585938
RSDIU,λ<=log n,65536,1,673863,10.282333374023438
RSDIU,λ<=log n,65536,1,728809,11.120742797851562
RSDIU,λ<=log n,65536,1,707216,10.791259765625
RSDIU,λ<=log n,65536,1,684714,10.447906494140625
RSDIU,λ<=log n,65536,1,688790,10.510101318359375
RSDIU,λ<=log n,65536,1,754509,11.512893676757812
RSDIU,λ<=log n,65536,1,821505,12.535171508789062
RSDIU,λ<=log n,65536,1,714795,10.906906127929688
RSDIU,λ<=log n,65536,1,701359,10.701889038085938
RSDIU,λ<=log n,65536,1,676984,10.3299560546875
RSDIU,λ<=log n,65536,1,723240,11.0357666015625
RSDIU,λ<=log n,65536,1,735419,11.221603393554688
RSDIU,λ<=log n,65536,1,817077,12.467605590820312
RSDIU,λ<=log n,65536,1,751753,11.470840454101562
RSDIU,λ<=log n,65536,1,711031,10.849472045898438
RSDIU,λ<=log n,65536,1,711831,10.861679077148438
RSDIU,λ<=log n,65536,1,660489,10.078262329101562
RSDIU,λ<=log n,65536,1,756207,11.538803100585938
RSDIU,λ<=log n,65536,1,695661,10.614944458007812
RSDIU,λ<=log n,65536,1,744961,11.367202758789062
RSDIU,λ<=log n,65536,1,687491,10.490280151367188
RSDIU,λ<=log n,65536,1,655794,10.006622314453125
RSDIU,λ<=log n,65536,1,1058989,16.158889770507812
RSDIU,λ<=log n,65536,1,741346,11.312042236328125
RSDIU,λ<=log n,65536,1,719846,10.983978271484375
RSDIU,λ<=log n,65536,1,699526,10.673919677734375
RSDIU,λ<=log n,65536,1,740321,11.296401977539062
RSDIU,λ<=log n,65536,1,697472,10.642578125
RSDIU,λ<=log n,65536,1,738754,11.272491455078125
RSDIU,λ<=log n,65536,1,705736,10.7686767578125
RSDIU,λ<=log n,65536,1,652545,9.957046508789062
RSDIU,λ<=log n,65536,1,669740,10.21942138671875
RSDIU,λ<=log n,65536,1,761697,11.622573852539062
RSDIU,λ<=log n,65536,1,661780,10.09796142578125
RSDIU,λ<=log n,65536,1,683766,10.433441162109375
RSDIU,λ<=log n,65536,1,657033,10.025527954101562
RSDIU,λ<=log n,65536,1,680925,10.390090942382812
RSDIU,λ<=log n,65536,1,709866,10.831695556640625
RSDIU,λ<=log n,65536,1,693660,10.58441162109375
RSDIU,λ<=log n,65536,1,665808,10.159423828125
RSDIU,λ<=log n,65536,1,815762,12.447540283203125
RSDIU,λ<=log n,65536,1,682578,10.415313720703125
RSDIU,λ<=log n,65536,1,693045,10.575027465820312
RSDIU,λ<=log n,65536,1,761685,11.622390747070312
RSDIU,λ<=log n,65536,1,715307,10.914718627929688
RSDIU,λ<=log n,65536,1,702372,10.71734619140625
RSDIU,λ<=log n,65536,1,741200,11.309814453125
RSDIU,λ<=log n,65536,1,767020,11.70379638671875
RSDIU,λ<=log n,65536,1,837762,12.783233642578125
RSDIU,λ<=log n,65536,1,708790,10.815277099609375
RSDIU,λ<=log n,65536,1,680368,10.381591796875
RSDIU,λ<=log n,65536,1,700888,10.6947021484375
RSDIU,λ<=log n,65536,1,680477,10.383255004882812
RSDIU,λ<=log n,65536,1,745382,11.373626708984375
RSDIU,λ<=log n,65536,1,764333,11.662796020507812
RSDIU,λ<=log n,65536,1,764146,11.659942626953125
RSDIU,λ<=log n,65536,1,684393,10.443008422851562
RSDIU,λ<=log n,65536,1,667853,10.190628051757812
RSDIU,λ<=log n,65536,1,725046,11.063323974609375
RSDIU,λ<=log n,65536,1,645931,9.856124877929688
RSDIU,λ<=log n,65536,1,730063,11.139877319335938
RSDIU,λ<=log n,65536,1,671957,10.253250122070312
RSDIU,λ<=log n,65536,1,674660,10.29449462890625
RSDIU,λ<=log n,65536,1,660709,10.081619262695312
RSDIU,λ<=log n,65536,1,731342,11.159393310546875
RSDIU,λ<=log n,65536,1,711316,10.85382080078125
RSDIU,λ<=log n,65536,1,690287,10.532943725585938
RSDIU,λ<=log n,65536,1,658394,10.046295166015625
RSDIU,λ<=log n,65536,1,688039,10.498641967773438
RSDIU,λ<=log n,65536,1,733881,11.198135375976562
RSDIU,λ<=log n,65536,1,691569,10.552505493164062
RSDIU,λ<=log n,65536,1,707358,10.793426513671875
RSDIU,λ<=log n,65536,1,682026,10.406890869140625
RSDIU,λ<=log n,65536,1,677138,10.332305908203125
RSDIU,λ<=log n,65536,1,674890,10.298004150390625
RSDIU,λ<=log n,65536,1,699300,10.67047119140625
RSDIU,λ<=log n,65536,1,746180,11.38580322265625
RSDIU,λ<=log n,65536,1,649121,9.904800415039062
RSDIU,λ<=log n,65536,1,719868,10.98431396484375
RSDIU,λ<=log n,65536,1,693175,10.577011108398438
RSDIU,λ<=log n,65536,1,674121,10.286270141601562
RSDIU,λ<=log n,65536,1,692347,10.564376831054688
RSDIU,λ<=log n,65536,1,700443,10.687911987304688
RSDIU,λ<=log n,65536,1,798464,12.18359375
RSDIU,λ<=log n,65536,1,682232,10.4100341796875
RSDIU,λ<=log n,65536,1,679232,10.3642578125
RSDIU,λ<=log n,65536,1,689387,10.519210815429688
RSDIU,λ<=log n,65536,1,749936,11.443115234375
RSDIU,λ<=log n,65536,1,713578,10.888336181640625
RSDIU,λ<=log n,65536,1,732073,11.170547485351562
RSDIU,λ<=log n,65536,1,678109,10.347122192382812
RSDIU,λ<=log n,65536,1,737415,11.252059936523438
RSDIU,λ<=log n,65536,1,711833,10.861709594726562
RSDIU,λ<=log n,65536,1,702055,10.712509155273438
RSDIU,λ<=log n,65536,1,914870,13.959808349609375
RRDIU,λ<=log n,65536,1,455710,6.953582763671875
RRDIU,λ<=log n,65536,1,466671,7.1208343505859375
RRDIU,λ<=log n,65536,1,530755,8.098678588867188
RRDIU,λ<=log n,65536,1,463559,7.0733489990234375
RRDIU,λ<=log n,65536,1,491620,7.50152587890625
RRDIU,λ<=log n,65536,1,476096,7.2646484375
RRDIU,λ<=log n,65536,1,476333,7.2682647705078125
RRDIU,λ<=log n,65536,1,479468,7.31610107421875
RRDIU,λ<=log n,65536,1,448711,6.8467864990234375
RRDIU,λ<=log n,65536,1,488375,7.4520111083984375
RRDIU,λ<=log n,65536,1,467699,7.1365203857421875
RRDIU,λ<=log n,65536,1,490586,7.485748291015625
RRDIU,λ<=log n,65536,1,466534,7.118743896484375
RRDIU,λ<=log n,65536,1,457534,6.981414794921875
RRDIU,λ<=log n,65536,1,483588,7.37896728515625
RRDIU,λ<=log n,65536,1,487280,7.435302734375
RRDIU,λ<=log n,65536,1,464957,7.0946807861328125
RRDIU,λ<=log n,65536,1,494231,7.5413665771484375
RRDIU,λ<=log n,65536,1,513509,7.8355255126953125
RRDIU,λ<=log n,65536,1,458853,7.0015411376953125
RRDIU,λ<=log n,65536,1,473985,7.2324371337890625
RRDIU,λ<=log n,65536,1,485216,7.40380859375
RRDIU,λ<=log n,65536,1,478093,7.2951202392578125
RRDIU,λ<=log n,65536,1,484073,7.3863677978515625
RRDIU,λ<=log n,65536,1,498835,7.6116180419921875
RRDIU,λ<=log n,65536,1,492339,7.5124969482421875
RRDIU,λ<=log n,65536,1,476505,7.2708892822265625
RRDIU,λ<=log n,65536,1,472887,7.2156829833984375
RRDIU,λ<=log n,65536,1,474365,7.2382354736328125
RRDIU,λ<=log n,65536,1,472543,7.2104339599609375
RRDIU,λ<=log n,65536,1,508093,7.7528839111328125
RRDIU,λ<=log n,65536,1,518577,7.9128570556640625
RRDIU,λ<=log n,65536,1,499274,7.618316650390625
RRDIU,λ<=log n,65536,1,470037,7.1721954345703125
RRDIU,λ<=log n,65536,1,460582,7.027923583984375
RRDIU,λ<=log n,65536,1,463224,7.0682373046875
RRDIU,λ<=log n,65536,1,470666,7.181793212890625
RRDIU,λ<=log n,65536,1,478640,7.303466796875
RRDIU,λ<=log n,65536,1,483742,7.381317138671875
RRDIU,λ<=log n,65536,1,499203,7.6172332763671875
RRDIU,λ<=log n,65536,1,488725,7.4573516845703125
RRDIU,λ<=log n,65536,1,511014,7.797454833984375
RRDIU,λ<=log n,65536,1,492912,7.521240234375
RRDIU,λ<=log n,65536,1,447754,6.832183837890625
RRDIU,λ<=log n,65536,1,472728,7.2132568359375
RRDIU,λ<=log n,65536,1,499294,7.618621826171875
RRDIU,λ<=log n,65536,1,484144,7.387451171875
RRDIU,λ<=log n,65536,1,487855,7.4440765380859375
RRDIU,λ<=log n,65536,1,461553,7.0427398681640625
RRDIU,λ<=log n,65536,1,493209,7.5257720947265625
RRDIU,λ<=log n,65536,1,485673,7.4107818603515625
RRDIU,λ<=log n,65536,1,450900,6.88018798828125
RRDIU,λ<=log n,65536,1,469467,7.1634979248046875
RRDIU,λ<=log n,65536,1,483240,7.3736572265625
RRDIU,λ<=log n,65536,1,484796,7.39739990234375
RRDIU,λ<=log n,65536,1,487461,7.4380645751953125
RRDIU,λ<=log n,65536,1,489819,7.4740447998046875
RRDIU,λ<=log n,65536,1,516155,7.8759002685546875
RRDIU,λ<=log n,65536,1,473747,7.2288055419921875
RRDIU,λ<=log n,65536,1,502158,7.662322998046875
RRDIU,λ<=log n,65536,1,475233,7.2514801025390625
RRDIU,λ<=log n,65536,1,469800,7.1685791015625
RRDIU,λ<=log n,65536,1,459251,7.0076141357421875
RRDIU,λ<=log n,65536,1,518701,7.9147491455078125
RRDIU,λ<=log n,65536,1,484728,7.3963623046875
RRDIU,λ<=log n,65536,1,486374,7.421478271484375
RRDIU,λ<=log n,65536,1,475056,7.248779296875
RRDIU,λ<=log n,65536,1,466748,7.12200927734375
RRDIU,λ<=log n,65536,1,488116,7.44805908203125
RRDIU,λ<=log n,65536,1,450391,6.8724212646484375
RRDIU,λ<=log n,65536,1,456817,6.9704742431640625
RRDIU,λ<=log n,65536,1,489707,7.4723358154296875
RRDIU,λ<=log n,65536,1,465865,7.1085357666015625
RRDIU,λ<=log n,65536,1,473444,7.22418212890625
RRDIU,λ<=log n,65536,1,488084,7.44757080078125
RRDIU,λ<=log n,65536,1,493186,7.525421142578125
RRDIU,λ<=log n,65536,1,491239,7.4957122802734375
RRDIU,λ<=log n,65536,1,487682,7.441436767578125
RRDIU,λ<=log n,65536,1,559718,8.540618896484375
RRDIU,λ<=log n,65536,1,487247,7.4347991943359375
RRDIU,λ<=log n,65536,1,481587,7.3484344482421875
RRDIU,λ<=log n,65536,1,515410,7.864532470703125
RRDIU,λ<=log n,65536,1,531467,8.109542846679688
RRDIU,λ<=log n,65536,1,470694,7.182220458984375
RRDIU,λ<=log n,65536,1,473463,7.2244720458984375
RRDIU,λ<=log n,65536,1,501343,7.6498870849609375
RRDIU,λ<=log n,65536,1,472832,7.21484375
RRDIU,λ<=log n,65536,1,504546,7.698760986328125
RRDIU,λ<=log n,65536,1,458210,6.991729736328125
RRDIU,λ<=log n,65536,1,484507,7.3929901123046875
RRDIU,λ<=log n,65536,1,467442,7.132598876953125
RRDIU,λ<=log n,65536,1,489462,7.468597412109375
RRDIU,λ<=log n,65536,1,468884,7.15460205078125
RRDIU,λ<=log n,65536,1,513921,7.8418121337890625
RRDIU,λ<=log n,65536,1,500759,7.6409759521484375
RRDIU,λ<=log n,65536,1,470468,7.17877197265625
RRDIU,λ<=log n,65536,1,458191,6.9914398193359375
RRDIU,λ<=log n,65536,1,508472,7.7586669921875
RRDIU,λ<=log n,65536,1,499060,7.61505126953125
RRDIU,λ<=log n,65536,1,517665,7.8989410400390625
RHDIU,λ<=log n,65536,1,567868,8.66497802734375
RHDIU,λ<=log n,65536,1,512455,7.8194427490234375
RHDIU,λ<=log n,65536,1,482939,7.3690643310546875
RHDIU,λ<=log n,65536,1,604383,9.222152709960938
RHDIU,λ<=log n,65536,1,531655,8.112411499023438
RHDIU,λ<=log n,65536,1,537568,8.20263671875
RHDIU,λ<=log n,65536,1,482579,7.3635711669921875
RHDIU,λ<=log n,65536,1,527748,8.05279541015625
RHDIU,λ<=log n,65536,1,508282,7.755767822265625
RHDIU,λ<=log n,65536,1,520909,7.9484405517578125
RHDIU,λ<=log n,65536,1,468838,7.153900146484375
RHDIU,λ<=log n,65536,1,519262,7.923309326171875
RHDIU,λ<=log n,65536,1,489006,7.461639404296875
RHDIU,λ<=log n,65536,1,525644,8.02069091796875
RHDIU,λ<=log n,65536,1,472125,7.2040557861328125
RHDIU,λ<=log n,65536,1,503027,7.6755828857421875
RHDIU,λ<=log n,65536,1,542148,8.27252197265625
RHDIU,λ<=log n,65536,1,521657,7.9598541259765625
RHDIU,λ<=log n,65536,1,540770,8.251495361328125
RHDIU,λ<=log n,65536,1,477071,7.2795257568359375
RHDIU,λ<=log n,65536,1,506676,7.73126220703125
RHDIU,λ<=log n,65536,1,520288,7.93896484375
RHDIU,λ<=log n,65536,1,576537,8.797256469726562
RHDIU,λ<=log n,65536,1,488639,7.4560394287109375
RHDIU,λ<=log n,65536,1,513980,7.84271240234375
RHDIU,λ<=log n,65536,1,497262,7.587615966796875
RHDIU,λ<=log n,65536,1,513829,7.8404083251953125
RHDIU,λ<=log n,65536,1,504339,7.6956024169921875
RHDIU,λ<=log n,65536,1,524071,7.9966888427734375
RHDIU,λ<=log n,65536,1,509678,7.777069091796875
RHDIU,λ<=log n,65536,1,493610,7.531890869140625
RHDIU,λ<=log n,65536,1,484369,7.3908843994140625
RHDIU,λ<=log n,65536,1,502793,7.6720123291015625
RHDIU,λ<=log n,65536,1,486831,7.4284515380859375
RHDIU,λ<=log n,65536,1,532777,8.129531860351562
RHDIU,λ<=log n,65536,1,565008,8.621337890625
RHDIU,λ<=log n,65536,1,482499,7.3623504638671875
RHDIU,λ<=log n,65536,1,493896,7.5362548828125
RHDIU,λ<=log n,65536,1,520746,7.945953369140625
RHDIU,λ<=log n,65536,1,536071,8.179794311523438
RHDIU,λ<=log n,65536,1,526888,8.0396728515625
RHDIU,λ<=log n,65536,1,488316,7.45111083984375
RHDIU,λ<=log n,65536,1,486866,7.428985595703125
RHDIU,λ<=log n,65536,1,480423,7.3306732177734375
RHDIU,λ<=log n,65536,1,551838,8.420379638671875
RHDIU,λ<=log n,65536,1,519231,7.9228363037109375
RHDIU,λ<=log n,65536,1,498661,7.6089630126953125
RHDIU,λ<=log n,65536,1,504640,7.7001953125
RHDIU,λ<=log n,65536,1,548826,8.374420166015625
RHDIU,λ<=log n,65536,1,606383,9.252670288085938
RHDIU,λ<=log n,65536,1,516363,7.8790740966796875
RHDIU,λ<=log n,65536,1,521552,7.958251953125
RHDIU,λ<=log n,65536,1,538580,8.21807861328125
RHDIU,λ<=log n,65536,1,528403,8.062789916992188
RHDIU,λ<=log n,65536,1,526158,8.028533935546875
RHDIU,λ<=log n,65536,1,478339,7.2988739013671875
RHDIU,λ<=log n,65536,1,545151,8.318344116210938
RHDIU,λ<=log n,65536,1,539824,8.237060546875
RHDIU,λ<=log n,65536,1,544563,8.309371948242188
RHDIU,λ<=log n,65536,1,524627,8.005172729492188
RHDIU,λ<=log n,65536,1,559491,8.537155151367188
RHDIU,λ<=log n,65536,1,545812,8.32843017578125
RHDIU,λ<=log n,65536,1,538255,8.213119506835938
RHDIU,λ<=log n,65536,1,478017,7.2939605712890625
RHDIU,λ<=log n,65536,1,495346,7.558380126953125
RHDIU,λ<=log n,65536,1,508930,7.765655517578125
RHDIU,λ<=log n,65536,1,512260,7.81646728515625
RHDIU,λ<=log n,65536,1,560101,8.546463012695312
RHDIU,λ<=log n,65536,1,509485,7.7741241455078125
RHDIU,λ<=log n,65536,1,545063,8.317001342773438
RHDIU,λ<=log n,65536,1,544638,8.310516357421875
RHDIU,λ<=log n,65536,1,528726,8.067718505859375
RHDIU,λ<=log n,65536,1,531748,8.11383056640625
RHDIU,λ<=log n,65536,1,498190,7.601776123046875
RHDIU,λ<=log n,65536,1,522577,7.9738922119140625
RHDIU,λ<=log n,65536,1,503140,7.67730712890625
RHDIU,λ<=log n,65536,1,500384,7.63525390625
RHDIU,λ<=log n,65536,1,494824,7.5504150390625
RHDIU,λ<=log n,65536,1,542610,8.279571533203125
RHDIU,λ<=log n,65536,1,528232,8.0601806640625
RHDIU,λ<=log n,65536,1,517129,7.8907623291015625
RHDIU,λ<=log n,65536,1,525436,8.01751708984375
RHDIU,λ<=log n,65536,1,507603,7.7454071044921875
RHDIU,λ<=log n,65536,1,494113,7.5395660400390625
RHDIU,λ<=log n,65536,1,529539,8.080123901367188
RHDIU,λ<=log n,65536,1,524655,8.005599975585938
RHDIU,λ<=log n,65536,1,489026,7.461944580078125
RHDIU,λ<=log n,65536,1,542508,8.27801513671875
RHDIU,λ<=log n,65536,1,509977,7.7816314697265625
RHDIU,λ<=log n,65536,1,516334,7.878631591796875
RHDIU,λ<=log n,65536,1,510937,7.7962799072265625
RHDIU,λ<=log n,65536,1,493919,7.5366058349609375
RHDIU,λ<=log n,65536,1,520432,7.941162109375
RHDIU,λ<=log n,65536,1,534765,8.159866333007812
RHDIU,λ<=log n,65536,1,576012,8.78924560546875
RHDIU,λ<=log n,65536,1,497548,7.59197998046875
RHDIU,λ<=log n,65536,1,485946,7.414947509765625
RHDIU,λ<=log n,65536,1,534328,8.1531982421875
RHDIU,λ<=log n,65536,1,495305,7.5577545166015625
RHDIU,λ<=log n,65536,1,500705,7.6401519775390625
RHLIU,λ<=log n,65536,1,497598,7.592742919921875
RHLIU,λ<=log n,65536,1,511480,7.8045654296875
RHLIU,λ<=log n,65536,1,461798,7.046478271484375
RHLIU,λ<=log n,65536,1,480913,7.3381500244140625
RHLIU,λ<=log n,65536,1,465328,7.100341796875
RHLIU,λ<=log n,65536,1,499284,7.61846923828125
RHLIU,λ<=log n,65536,1,509675,7.7770233154296875
RHLIU,λ<=log n,65536,1,497016,7.5838623046875
RHLIU,λ<=log n,65536,1,473867,7.2306365966796875
RHLIU,λ<=log n,65536,1,477849,7.2913970947265625
RHLIU,λ<=log n,65536,1,459171,7.0063934326171875
RHLIU,λ<=log n,65536,1,500269,7.6334991455078125
RHLIU,λ<=log n,65536,1,493290,7.527008056640625
RHLIU,λ<=log n,65536,1,471208,7.1900634765625
RHLIU,λ<=log n,65536,1,484506,7.392974853515625
RHLIU,λ<=log n,65536,1,475593,7.2569732666015625
RHLIU,λ<=log n,65536,1,481461,7.3465118408203125
RHLIU,λ<=log n,65536,1,488599,7.4554290771484375
RHLIU,λ<=log n,65536,1,505247,7.7094573974609375
RHLIU,λ<=log n,65536,1,515746,7.869659423828125
RHLIU,λ<=log n,65536,1,479764,7.32061767578125
RHLIU,λ<=log n,65536,1,477658,7.288482666015625
RHLIU,λ<=log n,65536,1,504544,7.69873046875
RHLIU,λ<=log n,65536,1,456689,6.9685211181640625
RHLIU,λ<=log n,65536,1,496432,7.574951171875
RHLIU,λ<=log n,65536,1,473752,7.2288818359375
RHLIU,λ<=log n,65536,1,520401,7.9406890869140625
RHLIU,λ<=log n,65536,1,478108,7.29534912109375
RHLIU,λ<=log n,65536,1,472785,7.2141265869140625
RHLIU,λ<=log n,65536,1,469212,7.15960693359375
RHLIU,λ<=log n,65536,1,454080,6.9287109375
RHLIU,λ<=log n,65536,1,457098,6.974761962890625
RHLIU,λ<=log n,65536,1,485454,7.407440185546875
RHLIU,λ<=log n,65536,1,467777,7.1377105712890625
RHLIU,λ<=log n,65536,1,491138,7.494171142578125
RHLIU,λ<=log n,65536,1,472218,7.205474853515625
RHLIU,λ<=log n,65536,1,489960,7.4761962890625
RHLIU,λ<=log n,65536,1,495504,7.560791015625
RHLIU,λ<=log n,65536,1,499123,7.6160125732421875
RHLIU,λ<=log n,65536,1,465633,7.1049957275390625
RHLIU,λ<=log n,65536,1,483899,7.3837127685546875
RHLIU,λ<=log n,65536,1,517923,7.9028778076171875
RHLIU,λ<=log n,65536,1,516435,7.8801727294921875
RHLIU,λ<=log n,65536,1,469548,7.16473388671875
RHLIU,λ<=log n,65536,1,520706,7.945343017578125
RHLIU,λ<=log n,65536,1,484875,7.3986053466796875
RHLIU,λ<=log n,65536,1,494551,7.5462493896484375
RHLIU,λ<=log n,65536,1,488180,7.44903564453125
RHLIU,λ<=log n,65536,1,495515,7.5609588623046875
RHLIU,λ<=log n,65536,1,500105,7.6309967041015625
RHLIU,λ<=log n,65536,1,498302,7.603485107421875
RHLIU,λ<=log n,65536,1,463261,7.0688018798828125
RHLIU,λ<=log n,65536,1,488214,7.449554443359375
RHLIU,λ<=log n,65536,1,508715,7.7623748779296875
RHLIU,λ<=log n,65536,1,483558,7.378509521484375
RHLIU,λ<=log n,65536,1,470470,7.178802490234375
RHLIU,λ<=log n,65536,1,477338,7.283599853515625
RHLIU,λ<=log n,65536,1,483769,7.3817291259765625
RHLIU,λ<=log n,65536,1,471894,7.200531005859375
RHLIU,λ<=log n,65536,1,473563,7.2259979248046875
RHLIU,λ<=log n,65536,1,492801,7.5195465087890625
RHLIU,λ<=log n,65536,1,469648,7.166259765625
RHLIU,λ<=log n,65536,1,476637,7.2729034423828125
RHLIU,λ<=log n,65536,1,477654,7.288421630859375
RHLIU,λ<=log n,65536,1,505819,7.7181854248046875
RHLIU,λ<=log n,65536,1,497077,7.5847930908203125
RHLIU,λ<=log n,65536,1,468562,7.149688720703125
RHLIU,λ<=log n,65536,1,492081,7.5085601806640625
RHLIU,λ<=log n,65536,1,531658,8.112457275390625
RHLIU,λ<=log n,65536,1,463062,7.065765380859375
RHLIU,λ<=log n,65536,1,476960,7.27783203125
RHLIU,λ<=log n,65536,1,493778,7.534454345703125
RHLIU,λ<=log n,65536,1,468242,7.144805908203125
RHLIU,λ<=log n,65536,1,462087,7.0508880615234375
RHLIU,λ<=log n,65536,1,476559,7.2717132568359375
RHLIU,λ<=log n,65536,1,521261,7.9538116455078125
RHLIU,λ<=log n,65536,1,484969,7.4000396728515625
RHLIU,λ<=log n,65536,1,484607,7.3945159912109375
RHLIU,λ<=log n,65536,1,490407,7.4830169677734375
RHLIU,λ<=log n,65536,1,484360,7.3907470703125
RHLIU,λ<=log n,65536,1,486897,7.4294586181640625
RHLIU,λ<=log n,65536,1,473920,7.2314453125
RHLIU,λ<=log n,65536,1,482967,7.3694915771484375
RHLIU,λ<=log n,65536,1,477381,7.2842559814453125
RHLIU,λ<=log n,65536,1,480044,7.32489013671875
RHLIU,λ<=log n,65536,1,514239,7.8466644287109375
RHLIU,λ<=log n,65536,1,475769,7.2596588134765625
RHLIU,λ<=log n,65536,1,491683,7.5024871826171875
RHLIU,λ<=log n,65536,1,476945,7.2776031494140625
RHLIU,λ<=log n,65536,1,539118,8.226287841796875
RHLIU,λ<=log n,65536,1,519035,7.9198455810546875
RHLIU,λ<=log n,65536,1,452913,6.9109039306640625
RHLIU,λ<=log n,65536,1,480601,7.3333892822265625
RHLIU,λ<=log n,65536,1,502780,7.67181396484375
RHLIU,λ<=log n,65536,1,522916,7.97906494140625
RHLIU,λ<=log n,65536,1,484550,7.393646240234375
RHLIU,λ<=log n,65536,1,468888,7.1546630859375
RHLIU,λ<=log n,65536,1,488035,7.4468231201171875
RHLIU,λ<=log n,65536,1,491388,7.49798583984375
RHLIU,λ<=log n,65536,1,497548,7.59197998046875
RRLIU,λ<=log n,65536,1,496773,7.5801544189453125
RRLIU,λ<=log n,65536,1,510144,7.7841796875
RRLIU,λ<=log n,65536,1,482224,7.358154296875
RRLIU,λ<=log n,65536,1,493136,7.524658203125
RRLIU,λ<=log n,65536,1,489924,7.47564697265625
RRLIU,λ<=log n,65536,1,495337,7.5582427978515625
RRLIU,λ<=log n,65536,1,493880,7.5360107421875
RRLIU,λ<=log n,65536,1,485283,7.4048309326171875
RRLIU,λ<=log n,65536,1,480899,7.3379364013671875
RRLIU,λ<=log n,65536,1,482080,7.35595703125
RRLIU,λ<=log n,65536,1,484358,7.390716552734375
RRLIU,λ<=log n,65536,1,497639,7.5933685302734375
RRLIU,λ<=log n,65536,1,488795,7.4584197998046875
RRLIU,λ<=log n,65536,1,480001,7.3242340087890625
RRLIU,λ<=log n,65536,1,534248,8.1519775390625
RRLIU,λ<=log n,65536,1,475297,7.2524566650390625
RRLIU,λ<=log n,65536,1,485071,7.4015960693359375
RRLIU,λ<=log n,65536,1,540190,8.242645263671875
RRLIU,λ<=log n,65536,1,491320,7.4969482421875
RRLIU,λ<=log n,65536,1,472385,7.2080230712890625
RRLIU,λ<=log n,65536,1,480082,7.325469970703125
RRLIU,λ<=log n,65536,1,509327,7.7717132568359375
RRLIU,λ<=log n,65536,1,503178,7.677886962890625
RRLIU,λ<=log n,65536,1,506922,7.735015869140625
RRLIU,λ<=log n,65536,1,505932,7.71990966796875
RRLIU,λ<=log n,65536,1,487423,7.4374847412109375
RRLIU,λ<=log n,65536,1,580691,8.860641479492188
RRLIU,λ<=log n,65536,1,465910,7.109222412109375
RRLIU,λ<=log n,65536,1,481857,7.3525543212890625
RRLIU,λ<=log n,65536,1,553265,8.442153930664062
RRLIU,λ<=log n,65536,1,484409,7.3914947509765625
RRLIU,λ<=log n,65536,1,489591,7.4705657958984375
RRLIU,λ<=log n,65536,1,541989,8.270095825195312
RRLIU,λ<=log n,65536,1,487716,7.44195556640625
RRLIU,λ<=log n,65536,1,502655,7.6699066162109375
RRLIU,λ<=log n,65536,1,487373,7.4367218017578125
RRLIU,λ<=log n,65536,1,497584,7.592529296875
RRLIU,λ<=log n,65536,1,493625,7.5321197509765625
RRLIU,λ<=log n,65536,1,522389,7.9710235595703125
RRLIU,λ<=log n,65536,1,499869,7.6273956298828125
RRLIU,λ<=log n,65536,1,543143,8.287704467773438
RRLIU,λ<=log n,65536,1,497368,7.5892333984375
RRLIU,λ<=log n,65536,1,471723,7.1979217529296875
RRLIU,λ<=log n,65536,1,506192,7.723876953125
RRLIU,λ<=log n,65536,1,507041,7.7368316650390625
RRLIU,λ<=log n,65536,1,505790,7.717742919921875
RRLIU,λ<=log n,65536,1,488052,7.44708251953125
RRLIU,λ<=log n,65536,1,503851,7.6881561279296875
RRLIU,λ<=log n,65536,1,476727,7.2742767333984375
RRLIU,λ<=log n,65536,1,511690,7.807769775390625
RRLIU,λ<=log n,65536,1,474056,7.2335205078125
RRLIU,λ<=log n,65536,1,510449,7.7888336181640625
RRLIU,λ<=log n,65536,1,509163,7.7692108154296875
RRLIU,λ<=log n,65536,1,479731,7.3201141357421875
RRLIU,λ<=log n,65536,1,482398,7.360809326171875
RRLIU,λ<=log n,65536,1,496702,7.579071044921875
RRLIU,λ<=log n,65536,1,489651,7.4714813232421875
RRLIU,λ<=log n,65536,1,531764,8.11407470703125
RRLIU,λ<=log n,65536,1,493248,7.5263671875
RRLIU,λ<=log n,65536,1,485407,7.4067230224609375
RRLIU,λ<=log n,65536,1,509564,7.77532958984375
RRLIU,λ<=log n,65536,1,480602,7.333404541015625
RRLIU,λ<=log n,65536,1,515332,7.86334228515625
RRLIU,λ<=log n,65536,1,473178,7.220123291015625
RRLIU,λ<=log n,65536,1,515093,7.8596954345703125
RRLIU,λ<=log n,65536,1,572322,8.732940673828125
RRLIU,λ<=log n,65536,1,488180,7.44903564453125
RRLIU,λ<=log n,65536,1,471337,7.1920318603515625
RRLIU,λ<=log n,65536,1,505258,7.709625244140625
RRLIU,λ<=log n,65536,1,522086,7.966400146484375
RRLIU,λ<=log n,65536,1,502324,7.66485595703125
RRLIU,λ<=log n,65536,1,485260,7.40447998046875
RRLIU,λ<=log n,65536,1,476320,7.26806640625
RRLIU,λ<=log n,65536,1,521199,7.9528656005859375
RRLIU,λ<=log n,65536,1,558535,8.522567749023438
RRLIU,λ<=log n,65536,1,502189,7.6627960205078125
RRLIU,λ<=log n,65536,1,471041,7.1875152587890625
RRLIU,λ<=log n,65536,1,463013,7.0650177001953125
RRLIU,λ<=log n,65536,1,483636,7.37969970703125
RRLIU,λ<=log n,65536,1,493985,7.5376129150390625
RRLIU,λ<=log n,65536,1,522770,7.976837158203125
RRLIU,λ<=log n,65536,1,493350,7.527923583984375
RRLIU,λ<=log n,65536,1,483979,7.3849334716796875
RRLIU,λ<=log n,65536,1,497718,7.594573974609375
RRLIU,λ<=log n,65536,1,527363,8.046920776367188
RRLIU,λ<=log n,65536,1,480657,7.3342437744140625
RRLIU,λ<=log n,65536,1,507303,7.7408294677734375
RRLIU,λ<=log n,65536,1,479829,7.3216094970703125
RRLIU,λ<=log n,65536,1,497897,7.5973052978515625
RRLIU,λ<=log n,65536,1,474795,7.2447967529296875
RRLIU,λ<=log n,65536,1,497757,7.5951690673828125
RRLIU,λ<=log n,65536,1,520315,7.9393768310546875
RRLIU,λ<=log n,65536,1,456578,6.966827392578125
RRLIU,λ<=log n,65536,1,513939,7.8420867919921875
RRLIU,λ<=log n,65536,1,575262,8.777801513671875
RRLIU,λ<=log n,65536,1,489606,7.470794677734375
RRLIU,λ<=log n,65536,1,522287,7.9694671630859375
RRLIU,λ<=log n,65536,1,513248,7.83154296875
RRLIU,λ<=log n,65536,1,483475,7.3772430419921875
RRLIU,λ<=log n,65536,1,501716,7.65557861328125
RSLIU,λ<=log n,65536,1,726504,11.0855712890625
RSLIU,λ<=log n,65536,1,796413,12.152297973632812
RSLIU,λ<=log n,65536,1,735950,11.229705810546875
RSLIU,λ<=log n,65536,1,788912,12.037841796875
RSLIU,λ<=log n,65536,1,742818,11.334503173828125
RSLIU,λ<=log n,65536,1,821595,12.536544799804688
RSLIU,λ<=log n,65536,1,726744,11.0892333984375
RSLIU,λ<=log n,65536,1,720986,11.001373291015625
RSLIU,λ<=log n,65536,1,713757,10.891067504882812
RSLIU,λ<=log n,65536,1,800871,12.220321655273438
RSLIU,λ<=log n,65536,1,717234,10.944122314453125
RSLIU,λ<=log n,65536,1,826143,12.605941772460938
RSLIU,λ<=log n,65536,1,847344,12.929443359375
RSLIU,λ<=log n,65536,1,714580,10.90362548828125
RSLIU,λ<=log n,65536,1,795584,12.1396484375
RSLIU,λ<=log n,65536,1,724348,11.05267333984375
RSLIU,λ<=log n,65536,1,814862,12.433807373046875
RSLIU,λ<=log n,65536,1,797720,12.1722412109375
RSLIU,λ<=log n,65536,1,903595,13.787765502929688
RSLIU,λ<=log n,65536,1,795718,12.141693115234375
RSLIU,λ<=log n,65536,1,754711,11.515975952148438
RSLIU,λ<=log n,65536,1,731067,11.155197143554688
RSLIU,λ<=log n,65536,1,734636,11.20965576171875
RSLIU,λ<=log n,65536,1,726722,11.088897705078125
RSLIU,λ<=log n,65536,1,719879,10.984481811523438
RSLIU,λ<=log n,65536,1,711791,10.861068725585938
RSLIU,λ<=log n,65536,1,730898,11.152618408203125
RSLIU,λ<=log n,65536,1,775781,11.837478637695312
RSLIU,λ<=log n,65536,1,742639,11.331771850585938
RSLIU,λ<=log n,65536,1,814105,12.422256469726562
RSLIU,λ<=log n,65536,1,716566,10.933929443359375
RSLIU,λ<=log n,65536,1,747444,11.40509033203125
RSLIU,λ<=log n,65536,1,760942,11.611053466796875
RSLIU,λ<=log n,65536,1,859522,13.115264892578125
RSLIU,λ<=log n,65536,1,712439,10.870956420898438
RSLIU,λ<=log n,65536,1,811483,12.382247924804688
RSLIU,λ<=log n,65536,1,784846,11.975799560546875
RSLIU,λ<=log n,65536,1,765209,11.676162719726562
RSLIU,λ<=log n,65536,1,714966,10.909515380859375
RSLIU,λ<=log n,65536,1,703247,10.730697631835938
RSLIU,λ<=log n,65536,1,819593,12.505996704101562
RSLIU,λ<=log n,65536,1,763574,11.651214599609375
RSLIU,λ<=log n,65536,1,785282,11.982452392578125
RSLIU,λ<=log n,65536,1,887061,13.535476684570312
RSLIU,λ<=log n,65536,1,738164,11.26348876953125
RSLIU,λ<=log n,65536,1,743479,11.344589233398438
RSLIU,λ<=log n,65536,1,761533,11.620071411132812
RSLIU,λ<=log n,65536,1,814726,12.431732177734375
RSLIU,λ<=log n,65536,1,800977,12.221939086914062
RSLIU,λ<=log n,65536,1,820167,12.514755249023438
RSLIU,λ<=log n,65536,1,735337,11.220352172851562
RSLIU,λ<=log n,65536,1,743221,11.340652465820312
RSLIU,λ<=log n,65536,1,799294,12.196258544921875
RSLIU,λ<=log n,65536,1,752199,11.477645874023438
RSLIU,λ<=log n,65536,1,709347,10.823776245117188
RSLIU,λ<=log n,65536,1,722939,11.031173706054688
RSLIU,λ<=log n,65536,1,760952,11.6112060546875
RSLIU,λ<=log n,65536,1,761353,11.617324829101562
RSLIU,λ<=log n,65536,1,820372,12.51788330078125
RSLIU,λ<=log n,65536,1,739370,11.281890869140625
RSLIU,λ<=log n,65536,1,792620,12.09442138671875
RSLIU,λ<=log n,65536,1,729342,11.128875732421875
RSLIU,λ<=log n,65536,1,772980,11.79473876953125
RSLIU,λ<=log n,65536,1,740437,11.298171997070312
RSLIU,λ<=log n,65536,1,854412,13.03729248046875
RSLIU,λ<=log n,65536,1,769233,11.737564086914062
RSLIU,λ<=log n,65536,1,746615,11.392440795898438
RSLIU,λ<=log n,65536,1,753973,11.504714965820312
RSLIU,λ<=log n,65536,1,721370,11.007232666015625
RSLIU,λ<=log n,65536,1,739128,11.2781982421875
RSLIU,λ<=log n,65536,1,735519,11.223129272460938
RSLIU,λ<=log n,65536,1,736190,11.233367919921875
RSLIU,λ<=log n,65536,1,917499,13.999923706054688
RSLIU,λ<=log n,65536,1,847968,12.93896484375
RSLIU,λ<=log n,65536,1,743092,11.33868408203125
RSLIU,λ<=log n,65536,1,720182,10.989105224609375
RSLIU,λ<=log n,65536,1,761977,11.626846313476562
RSLIU,λ<=log n,65536,1,826280,12.6080322265625
RSLIU,λ<=log n,65536,1,777423,11.862533569335938
RSLIU,λ<=log n,65536,1,748277,11.417800903320312
RSLIU,λ<=log n,65536,1,755292,11.52484130859375
RSLIU,λ<=log n,65536,1,847569,12.932876586914062
RSLIU,λ<=log n,65536,1,772414,11.786102294921875
RSLIU,λ<=log n,65536,1,807612,12.32318115234375
RSLIU,λ<=log n,65536,1,727850,11.106109619140625
RSLIU,λ<=log n,65536,1,739085,11.277542114257812
RSLIU,λ<=log n,65536,1,715972,10.92486572265625
RSLIU,λ<=log n,65536,1,734049,11.200698852539062
RSLIU,λ<=log n,65536,1,798508,12.18426513671875
RSLIU,λ<=log n,65536,1,754448,11.511962890625
RSLIU,λ<=log n,65536,1,736886,11.243988037109375
RSLIU,λ<=log n,65536,1,746682,11.393463134765625
RSLIU,λ<=log n,65536,1,774788,11.82232666015625
RSLIU,λ<=log n,65536,1,744691,11.363082885742188
RSLIU,λ<=log n,65536,1,776214,11.844085693359375
RSLIU,λ<=log n,65536,1,728295,11.112899780273438
RSLIU,λ<=log n,65536,1,749681,11.439224243164062
RSLIU,λ<=log n,65536,1,791392,12.07568359375
RSLIU,λ<=log n,65536,1,797928,12.1754150390625
RSLIU,λ<=log n,65536,1,767329,11.708511352539062
HSDCP,λ<=log n,65536,1,557731,8.510299682617188
HSDCP,λ<=log n,65536,1,565717,8.632156372070312
HSDCP,λ<=log n,65536,1,540807,8.252059936523438
HSDCP,λ<=log n,65536,1,610298,9.312408447265625
HSDCP,λ<=log n,65536,1,551929,8.421768188476562
HSDCP,λ<=log n,65536,1,623252,9.51007080078125
HSDCP,λ<=log n,65536,1,601427,9.177047729492188
HSDCP,λ<=log n,65536,1,639246,9.754119873046875
HSDCP,λ<=log n,65536,1,681523,10.399215698242188
HSDCP,λ<=log n,65536,1,695964,10.61956787109375
HSDCP,λ<=log n,65536,1,660042,10.071441650390625
HSDCP,λ<=log n,65536,1,546087,8.332626342773438
HSDCP,λ<=log n,65536,1,554616,8.4627685546875
HSDCP,λ<=log n,65536,1,556109,8.485549926757812
HSDCP,λ<=log n,65536,1,589984,9.00244140625
HSDCP,λ<=log n,65536,1,602755,9.197311401367188
HSDCP,λ<=log n,65536,1,591384,9.0238037109375
HSDCP,λ<=log n,65536,1,575745,8.785171508789062
HSDCP,λ<=log n,65536,1,540512,8.24755859375
HSDCP,λ<=log n,65536,1,623499,9.513839721679688
HSDCP,λ<=log n,65536,1,573428,8.74981689453125
HSDCP,λ<=log n,65536,1,572048,8.728759765625
HSDCP,λ<=log n,65536,1,635064,9.6903076171875
HSDCP,λ<=log n,65536,1,599389,9.145950317382812
HSDCP,λ<=log n,65536,1,509735,7.7779388427734375
HSDCP,λ<=log n,65536,1,533437,8.139602661132812
HSDCP,λ<=log n,65536,1,562984,8.5904541015625
HSDCP,λ<=log n,65536,1,541573,8.263748168945312
HSDCP,λ<=log n,65536,1,534976,8.1630859375
HSDCP,λ<=log n,65536,1,760248,11.6004638671875
HSDCP,λ<=log n,65536,1,599460,9.14703369140625
HSDCP,λ<=log n,65536,1,524405,8.001785278320312
HSDCP,λ<=log n,65536,1,723863,11.045272827148438
HSDCP,λ<=log n,65536,1,611881,9.336563110351562
HSDCP,λ<=log n,65536,1,535437,8.170120239257812
HSDCP,λ<=log n,65536,1,563339,8.595870971679688
HSDCP,λ<=log n,65536,1,749327,11.433822631835938
HSDCP,λ<=log n,65536,1,516926,7.887664794921875
HSDCP,λ<=log n,65536,1,544020,8.30108642578125
HSDCP,λ<=log n,65536,1,622919,9.504989624023438
HSDCP,λ<=log n,65536,1,700434,10.687774658203125
HSDCP,λ<=log n,65536,1,600514,9.163116455078125
HSDCP,λ<=log n,65536,1,573511,8.751083374023438
HSDCP,λ<=log n,65536,1,514947,7.8574676513671875
HSDCP,λ<=log n,65536,1,587868,8.97015380859375
HSDCP,λ<=log n,65536,1,499086,7.615447998046875
HSDCP,λ<=log n,65536,1,563877,8.604080200195312
HSDCP,λ<=log n,65536,1,554248,8.4571533203125
HSDCP,λ<=log n,65536,1,518530,7.912139892578125
HSDCP,λ<=log n,65536,1,545698,8.326690673828125
HSDCP,λ<=log n,65536,1,641946,9.795318603515625
HSDCP,λ<=log n,65536,1,604699,9.226974487304688
HSDCP,λ<=log n,65536,1,525649,8.020767211914062
HSDCP,λ<=log n,65536,1,619597,9.454299926757812
HSDCP,λ<=log n,65536,1,590814,9.015106201171875
HSDCP,λ<=log n,65536,1,649607,9.912216186523438
HSDCP,λ<=log n,65536,1,522836,7.97784423828125
HSDCP,λ<=log n,65536,1,565700,8.63189697265625
HSDCP,λ<=log n,65536,1,548444,8.36859130859375
HSDCP,λ<=log n,65536,1,609813,9.305007934570312
HSDCP,λ<=log n,65536,1,577409,8.810562133789062
HSDCP,λ<=log n,65536,1,599147,9.142257690429688
HSDCP,λ<=log n,65536,1,585174,8.929046630859375
HSDCP,λ<=log n,65536,1,572774,8.739837646484375
HSDCP,λ<=log n,65536,1,641841,9.793716430664062
HSDCP,λ<=log n,65536,1,590049,9.003433227539062
HSDCP,λ<=log n,65536,1,551735,8.418807983398438
HSDCP,λ<=log n,65536,1,583605,8.905105590820312
HSDCP,λ<=log n,65536,1,545812,8.32843017578125
HSDCP,λ<=log n,65536,1,603428,9.20758056640625
HSDCP,λ<=log n,65536,1,533789,8.144973754882812
HSDCP,λ<=log n,65536,1,572971,8.742843627929688
HSDCP,λ<=log n,65536,1,689908,10.52716064453125
HSDCP,λ<=log n,65536,1,502540,7.66815185546875
HSDCP,λ<=log n,65536,1,675922,10.313751220703125
HSDCP,λ<=log n,65536,1,678955,10.360031127929688
HSDCP,λ<=log n,65536,1,589185,8.990249633789062
HSDCP,λ<=log n,65536,1,572685,8.738479614257812
HSDCP,λ<=log n,65536,1,566983,8.651473999023438
HSDCP,λ<=log n,65536,1,567528,8.6597900390625
HSDCP,λ<=log n,65536,1,598656,9.134765625
HSDCP,λ<=log n,65536,1,590468,9.00982666015625
HSDCP,λ<=log n,65536,1,581349,8.870681762695312
HSDCP,λ<=log n,65536,1,540139,8.241867065429688
HSDCP,λ<=log n,65536,1,602509,9.193557739257812
HSDCP,λ<=log n,65536,1,533549,8.141311645507812
HSDCP,λ<=log n,65536,1,547779,8.358444213867188
HSDCP,λ<=log n,65536,1,564558,8.614471435546875
HSDCP,λ<=log n,65536,1,527976,8.0562744140625
HSDCP,λ<=log n,65536,1,529045,8.072586059570312
HSDCP,λ<=log n,65536,1,552624,8.432373046875
HSDCP,λ<=log n,65536,1,587269,8.961013793945312
HSDCP,λ<=log n,65536,1,697620,10.64483642578125
HSDCP,λ<=log n,65536,1,707748,10.79937744140625
HSDCP,λ<=log n,65536,1,514952,7.8575439453125
HSDCP,λ<=log n,65536,1,540283,8.244064331054688
HSDCP,λ<=log n,65536,1,595144,9.0811767578125
HSDCP,λ<=log n,65536,1,608193,9.280288696289062
HSDCP,λ<=log n,65536,1,583464,8.9029541015625
HSDCP,λ<=log n,65536,1,626521,9.559951782226562
HRDCP,λ<=log n,65536,1,473398,7.223480224609375
HRDCP,λ<=log n,65536,1,414980,6.33209228515625
HRDCP,λ<=log n,65536,1,418377,6.3839263916015625
HRDCP,λ<=log n,65536,1,405773,6.1916046142578125
HRDCP,λ<=log n,65536,1,416317,6.3524932861328125
HRDCP,λ<=log n,65536,1,469078,7.157562255859375
HRDCP,λ<=log n,65536,1,402530,6.142120361328125
HRDCP,λ<=log n,65536,1,427965,6.5302276611328125
HRDCP,λ<=log n,65536,1,396770,6.054229736328125
HRDCP,λ<=log n,65536,1,427074,6.516632080078125
HRDCP,λ<=log n,65536,1,454771,6.9392547607421875
HRDCP,λ<=log n,65536,1,439505,6.7063140869140625
HRDCP,λ<=log n,65536,1,408098,6.227081298828125
HRDCP,λ<=log n,65536,1,429204,6.54913330078125
HRDCP,λ<=log n,65536,1,412055,6.2874603271484375
HRDCP,λ<=log n,65536,1,416351,6.3530120849609375
HRDCP,λ<=log n,65536,1,409758,6.252410888671875
HRDCP,λ<=log n,65536,1,452892,6.91058349609375
HRDCP,λ<=log n,65536,1,427867,6.5287322998046875
HRDCP,λ<=log n,65536,1,434529,6.6303863525390625
HRDCP,λ<=log n,65536,1,412069,6.2876739501953125
HRDCP,λ<=log n,65536,1,408741,6.2368927001953125
HRDCP,λ<=log n,65536,1,421458,6.430938720703125
HRDCP,λ<=log n,65536,1,396284,6.04681396484375
HRDCP,λ<=log n,65536,1,407571,6.2190399169921875
HRDCP,λ<=log n,65536,1,459829,7.0164337158203125
HRDCP,λ<=log n,65536,1,425471,6.4921722412109375
HRDCP,λ<=log n,65536,1,408589,6.2345733642578125
HRDCP,λ<=log n,65536,1,425115,6.4867401123046875
HRDCP,λ<=log n,65536,1,444410,6.781158447265625
HRDCP,λ<=log n,65536,1,422694,6.449798583984375
HRDCP,λ<=log n,65536,1,440943,6.7282562255859375
HRDCP,λ<=log n,65536,1,408916,6.23956298828125
HRDCP,λ<=log n,65536,1,421328,6.428955078125
HRDCP,λ<=log n,65536,1,440773,6.7256622314453125
HRDCP,λ<=log n,65536,1,402800,6.146240234375
HRDCP,λ<=log n,65536,1,446465,6.8125152587890625
HRDCP,λ<=log n,65536,1,450510,6.874237060546875
HRDCP,λ<=log n,65536,1,426531,6.5083465576171875
HRDCP,λ<=log n,65536,1,415659,6.3424530029296875
HRDCP,λ<=log n,65536,1,421979,6.4388885498046875
HRDCP,λ<=log n,65536,1,444525,6.7829132080078125
HRDCP,λ<=log n,65536,1,506995,7.7361297607421875
HRDCP,λ<=log n,65536,1,407051,6.2111053466796875
HRDCP,λ<=log n,65536,1,420592,6.417724609375
HRDCP,λ<=log n,65536,1,429140,6.54815673828125
HRDCP,λ<=log n,65536,1,404528,6.172607421875
HRDCP,λ<=log n,65536,1,456039,6.9586029052734375
HRDCP,λ<=log n,65536,1,412047,6.2873382568359375
HRDCP,λ<=log n,65536,1,451956,6.89630126953125
HRDCP,λ<=log n,65536,1,442943,6.7587738037109375
HRDCP,λ<=log n,65536,1,430683,6.5717010498046875
HRDCP,λ<=log n,65536,1,410476,6.26336669921875
HRDCP,λ<=log n,65536,1,437488,6.675537109375
HRDCP,λ<=log n,65536,1,430110,6.562957763671875
HRDCP,λ<=log n,65536,1,459327,7.0087738037109375
HRDCP,λ<=log n,65536,1,422650,6.449127197265625
HRDCP,λ<=log n,65536,1,432262,6.595794677734375
HRDCP,λ<=log n,65536,1,423720,6.4654541015625
HRDCP,λ<=log n,65536,1,410677,6.2664337158203125
HRDCP,λ<=log n,65536,1,426098,6.501739501953125
HRDCP,λ<=log n,65536,1,432155,6.5941619873046875
HRDCP,λ<=log n,65536,1,403798,6.161468505859375
HRDCP,λ<=log n,65536,1,413209,6.3050689697265625
HRDCP,λ<=log n,65536,1,422574,6.447967529296875
HRDCP,λ<=log n,65536,1,413426,6.308380126953125
HRDCP,λ<=log n,65536,1,438474,6.690582275390625
HRDCP,λ<=log n,65536,1,444572,6.78363037109375
HRDCP,λ<=log n,65536,1,478249,7.2975006103515625
HRDCP,λ<=log n,65536,1,422260,6.44317626953125
HRDCP,λ<=log n,65536,1,417529,6.3709869384765625
HRDCP,λ<=log n,65536,1,419902,6.407196044921875
HRDCP,λ<=log n,65536,1,422001,6.4392242431640625
HRDCP,λ<=log n,65536,1,421913,6.4378814697265625
HRDCP,λ<=log n,65536,1,416607,6.3569183349609375
HRDCP,λ<=log n,65536,1,442667,6.7545623779296875
HRDCP,λ<=log n,65536,1,421675,6.4342498779296875
HRDCP,λ<=log n,65536,1,398033,6.0735015869140625
HRDCP,λ<=log n,65536,1,440693,6.7244415283203125
HRDCP,λ<=log n,65536,1,419632,6.403076171875
HRDCP,λ<=log n,65536,1,411196,6.27435302734375
HRDCP,λ<=log n,65536,1,420345,6.4139556884765625
HRDCP,λ<=log n,65536,1,428435,6.5373992919921875
HRDCP,λ<=log n,65536,1,399722,6.099273681640625
HRDCP,λ<=log n,65536,1,460454,7.025970458984375
HRDCP,λ<=log n,65536,1,392250,5.985260009765625
HRDCP,λ<=log n,65536,1,424549,6.4781036376953125
HRDCP,λ<=log n,65536,1,450297,6.8709869384765625
HRDCP,λ<=log n,65536,1,419488,6.40087890625
HRDCP,λ<=log n,65536,1,422951,6.4537200927734375
HRDCP,λ<=log n,65536,1,429267,6.5500946044921875
HRDCP,λ<=log n,65536,1,406396,6.20111083984375
HRDCP,λ<=log n,65536,1,415375,6.3381195068359375
HRDCP,λ<=log n,65536,1,417506,6.370635986328125
HRDCP,λ<=log n,65536,1,465672,7.1055908203125
HRDCP,λ<=log n,65536,1,429524,6.55401611328125
HRDCP,λ<=log n,65536,1,441607,6.7383880615234375
HRDCP,λ<=log n,65536,1,424821,6.4822540283203125
HRDCP,λ<=log n,65536,1,405307,6.1844940185546875
HRDCP,λ<=log n,65536,1,416242,6.351348876953125
HHDCP,λ<=log n,65536,1,383744,5.85546875
HHDCP,λ<=log n,65536,1,384227,5.8628387451171875
HHDCP,λ<=log n,65536,1,397227,6.0612030029296875
HHDCP,λ<=log n,65536,1,395864,6.0404052734375
HHDCP,λ<=log n,65536,1,472772,7.21392822265625
HHDCP,λ<=log n,65536,1,399998,6.103485107421875
HHDCP,λ<=log n,65536,1,424060,6.47064208984375
HHDCP,λ<=log n,65536,1,412158,6.289031982421875
HHDCP,λ<=log n,65536,1,464938,7.094390869140625
HHDCP,λ<=log n,65536,1,399661,6.0983428955078125
HHDCP,λ<=log n,65536,1,426214,6.503509521484375
HHDCP,λ<=log n,65536,1,385437,5.8813018798828125
HHDCP,λ<=log n,65536,1,399007,6.0883636474609375
HHDCP,λ<=log n,65536,1,422235,6.4427947998046875
HHDCP,λ<=log n,65536,1,437332,6.67315673828125
HHDCP,λ<=log n,65536,1,387242,5.908843994140625
HHDCP,λ<=log n,65536,1,397174,6.060394287109375
HHDCP,λ<=log n,65536,1,386175,5.8925628662109375
HHDCP,λ<=log n,65536,1,456804,6.97027587890625
HHDCP,λ<=log n,65536,1,414973,6.3319854736328125
HHDCP,λ<=log n,65536,1,407430,6.216888427734375
HHDCP,λ<=log n,65536,1,392921,5.9954986572265625
HHDCP,λ<=log n,65536,1,459738,7.015045166015625
HHDCP,λ<=log n,65536,1,396594,6.051544189453125
HHDCP,λ<=log n,65536,1,390750,5.962371826171875
HHDCP,λ<=log n,65536,1,435566,6.646209716796875
HHDCP,λ<=log n,65536,1,431556,6.58502197265625
HHDCP,λ<=log n,65536,1,399278,6.092498779296875
HHDCP,λ<=log n,65536,1,419894,6.407073974609375
HHDCP,λ<=log n,65536,1,391601,5.9753570556640625
HHDCP,λ<=log n,65536,1,390692,5.96148681640625
HHDCP,λ<=log n,65536,1,429064,6.5469970703125
HHDCP,λ<=log n,65536,1,400444,6.11029052734375
HHDCP,λ<=log n,65536,1,498847,7.6118011474609375
HHDCP,λ<=log n,65536,1,385945,5.8890533447265625
HHDCP,λ<=log n,65536,1,404132,6.16656494140625
HHDCP,λ<=log n,65536,1,405027,6.1802215576171875
HHDCP,λ<=log n,65536,1,419236,6.39703369140625
HHDCP,λ<=log n,65536,1,404735,6.1757659912109375
HHDCP,λ<=log n,65536,1,406450,6.201934814453125
HHDCP,λ<=log n,65536,1,393024,5.9970703125
HHDCP,λ<=log n,65536,1,403791,6.1613616943359375
HHDCP,λ<=log n,65536,1,407391,6.2162933349609375
HHDCP,λ<=log n,65536,1,427370,6.521148681640625
HHDCP,λ<=log n,65536,1,389996,5.95086669921875
HHDCP,λ<=log n,65536,1,412566,6.295257568359375
HHDCP,λ<=log n,65536,1,387898,5.918853759765625
HHDCP,λ<=log n,65536,1,393646,6.006561279296875
HHDCP,λ<=log n,65536,1,419671,6.4036712646484375
HHDCP,λ<=log n,65536,1,436715,6.6637420654296875
HHDCP,λ<=log n,65536,1,380357,5.8037872314453125
HHDCP,λ<=log n,65536,1,377742,5.763885498046875
HHDCP,λ<=log n,65536,1,407336,6.2154541015625
HHDCP,λ<=log n,65536,1,411491,6.2788543701171875
HHDCP,λ<=log n,65536,1,440003,6.7139129638671875
HHDCP,λ<=log n,65536,1,460077,7.0202178955078125
HHDCP,λ<=log n,65536,1,410284,6.26043701171875
HHDCP,λ<=log n,65536,1,410032,6.256591796875
HHDCP,λ<=log n,65536,1,430152,6.5635986328125
HHDCP,λ<=log n,65536,1,420594,6.417755126953125
HHDCP,λ<=log n,65536,1,435448,6.6444091796875
HHDCP,λ<=log n,65536,1,427032,6.5159912109375
HHDCP,λ<=log n,65536,1,413735,6.3130950927734375
HHDCP,λ<=log n,65536,1,386387,5.8957977294921875
HHDCP,λ<=log n,65536,1,413221,6.3052520751953125
HHDCP,λ<=log n,65536,1,403931,6.1634979248046875
HHDCP,λ<=log n,65536,1,401638,6.128509521484375
HHDCP,λ<=log n,65536,1,476095,7.2646331787109375
HHDCP,λ<=log n,65536,1,415858,6.345489501953125
HHDCP,λ<=log n,65536,1,393086,5.998016357421875
HHDCP,λ<=log n,65536,1,393705,6.0074615478515625
HHDCP,λ<=log n,65536,1,414991,6.3322601318359375
HHDCP,λ<=log n,65536,1,379357,5.7885284423828125
HHDCP,λ<=log n,65536,1,393452,6.00360107421875
HHDCP,λ<=log n,65536,1,423881,6.4679107666015625
HHDCP,λ<=log n,65536,1,398355,6.0784149169921875
HHDCP,λ<=log n,65536,1,438324,6.68829345703125
HHDCP,λ<=log n,65536,1,419209,6.3966217041015625
HHDCP,λ<=log n,65536,1,394138,6.014068603515625
HHDCP,λ<=log n,65536,1,428831,6.5434417724609375
HHDCP,λ<=log n,65536,1,412594,6.295684814453125
HHDCP,λ<=log n,65536,1,385559,5.8831634521484375
HHDCP,λ<=log n,65536,1,397953,6.0722808837890625
HHDCP,λ<=log n,65536,1,393207,5.9998626708984375
HHDCP,λ<=log n,65536,1,420424,6.4151611328125
HHDCP,λ<=log n,65536,1,441350,6.734466552734375
HHDCP,λ<=log n,65536,1,443817,6.7721099853515625
HHDCP,λ<=log n,65536,1,448074,6.837066650390625
HHDCP,λ<=log n,65536,1,402130,6.136016845703125
HHDCP,λ<=log n,65536,1,414765,6.3288116455078125
HHDCP,λ<=log n,65536,1,402550,6.142425537109375
HHDCP,λ<=log n,65536,1,411408,6.277587890625
HHDCP,λ<=log n,65536,1,414317,6.3219757080078125
HHDCP,λ<=log n,65536,1,438285,6.6876983642578125
HHDCP,λ<=log n,65536,1,389777,5.9475250244140625
HHDCP,λ<=log n,65536,1,417565,6.3715362548828125
HHDCP,λ<=log n,65536,1,393454,6.003631591796875
HHDCP,λ<=log n,65536,1,415719,6.3433685302734375
HHDCP,λ<=log n,65536,1,425106,6.486602783203125
HHDCP,λ<=log n,65536,1,407949,6.2248077392578125
HHLCP,λ<=log n,65536,1,421375,6.4296722412109375
HHLCP,λ<=log n,65536,1,422087,6.4405364990234375
HHLCP,λ<=log n,65536,1,406261,6.1990509033203125
HHLCP,λ<=log n,65536,1,377283,5.7568817138671875
HHLCP,λ<=log n,65536,1,426623,6.5097503662109375
HHLCP,λ<=log n,65536,1,421123,6.4258270263671875
HHLCP,λ<=log n,65536,1,402598,6.143157958984375
HHLCP,λ<=log n,65536,1,426519,6.5081634521484375
HHLCP,λ<=log n,65536,1,387168,5.90771484375
HHLCP,λ<=log n,65536,1,380021,5.7986602783203125
HHLCP,λ<=log n,65536,1,426658,6.510284423828125
HHLCP,λ<=log n,65536,1,401532,6.12689208984375
HHLCP,λ<=log n,65536,1,450176,6.869140625
HHLCP,λ<=log n,65536,1,411639,6.2811126708984375
HHLCP,λ<=log n,65536,1,399259,6.0922088623046875
HHLCP,λ<=log n,65536,1,395579,6.0360565185546875
HHLCP,λ<=log n,65536,1,447922,6.834747314453125
HHLCP,λ<=log n,65536,1,380505,5.8060455322265625
HHLCP,λ<=log n,65536,1,405207,6.1829681396484375
HHLCP,λ<=log n,65536,1,446401,6.8115386962890625
HHLCP,λ<=log n,65536,1,379811,5.7954559326171875
HHLCP,λ<=log n,65536,1,403293,6.1537628173828125
HHLCP,λ<=log n,65536,1,388053,5.9212188720703125
HHLCP,λ<=log n,65536,1,384424,5.8658447265625
HHLCP,λ<=log n,65536,1,401737,6.1300201416015625
HHLCP,λ<=log n,65536,1,417469,6.3700714111328125
HHLCP,λ<=log n,65536,1,421004,6.42401123046875
HHLCP,λ<=log n,65536,1,409497,6.2484283447265625
HHLCP,λ<=log n,65536,1,381946,5.828033447265625
HHLCP,λ<=log n,65536,1,384235,5.8629608154296875
HHLCP,λ<=log n,65536,1,377104,5.754150390625
HHLCP,λ<=log n,65536,1,406512,6.202880859375
HHLCP,λ<=log n,65536,1,388770,5.932159423828125
HHLCP,λ<=log n,65536,1,383491,5.8516082763671875
HHLCP,λ<=log n,65536,1,381674,5.823883056640625
HHLCP,λ<=log n,65536,1,419996,6.40863037109375
HHLCP,λ<=log n,65536,1,382321,5.8337554931640625
HHLCP,λ<=log n,65536,1,421856,6.43701171875
HHLCP,λ<=log n,65536,1,400996,6.11871337890625
HHLCP,λ<=log n,65536,1,427172,6.51812744140625
HHLCP,λ<=log n,65536,1,432033,6.5923004150390625
HHLCP,λ<=log n,65536,1,389096,5.9371337890625
HHLCP,λ<=log n,65536,1,388438,5.927093505859375
HHLCP,λ<=log n,65536,1,427263,6.5195159912109375
HHLCP,λ<=log n,65536,1,381937,5.8278961181640625
HHLCP,λ<=log n,65536,1,380196,5.80133056640625
HHLCP,λ<=log n,65536,1,405438,6.186492919921875
HHLCP,λ<=log n,65536,1,402177,6.1367340087890625
HHLCP,λ<=log n,65536,1,404983,6.1795501708984375
HHLCP,λ<=log n,65536,1,393471,6.0038909912109375
HHLCP,λ<=log n,65536,1,411255,6.2752532958984375
HHLCP,λ<=log n,65536,1,406030,6.195526123046875
HHLCP,λ<=log n,65536,1,376934,5.751556396484375
HHLCP,λ<=log n,65536,1,421309,6.4286651611328125
HHLCP,λ<=log n,65536,1,436747,6.6642303466796875
HHLCP,λ<=log n,65536,1,377153,5.7548980712890625
HHLCP,λ<=log n,65536,1,393035,5.9972381591796875
HHLCP,λ<=log n,65536,1,423731,6.4656219482421875
HHLCP,λ<=log n,65536,1,446756,6.81695556640625
HHLCP,λ<=log n,65536,1,410515,6.2639617919921875
HHLCP,λ<=log n,65536,1,405975,6.1946868896484375
HHLCP,λ<=log n,65536,1,437758,6.679656982421875
HHLCP,λ<=log n,65536,1,410303,6.2607269287109375
HHLCP,λ<=log n,65536,1,460224,7.0224609375
HHLCP,λ<=log n,65536,1,381368,5.8192138671875
HHLCP,λ<=log n,65536,1,448101,6.8374786376953125
HHLCP,λ<=log n,65536,1,396719,6.0534515380859375
HHLCP,λ<=log n,65536,1,413312,6.306640625
HHLCP,λ<=log n,65536,1,395363,6.0327606201171875
HHLCP,λ<=log n,65536,1,405989,6.1949005126953125
HHLCP,λ<=log n,65536,1,378351,5.7731781005859375
HHLCP,λ<=log n,65536,1,388664,5.9305419921875
HHLCP,λ<=log n,65536,1,384491,5.8668670654296875
HHLCP,λ<=log n,65536,1,384369,5.8650054931640625
HHLCP,λ<=log n,65536,1,446621,6.8148956298828125
HHLCP,λ<=log n,65536,1,412002,6.286651611328125
HHLCP,λ<=log n,65536,1,397780,6.06964111328125
HHLCP,λ<=log n,65536,1,412261,6.2906036376953125
HHLCP,λ<=log n,65536,1,387712,5.916015625
HHLCP,λ<=log n,65536,1,403091,6.1506805419921875
HHLCP,λ<=log n,65536,1,425647,6.4948577880859375
HHLCP,λ<=log n,65536,1,402678,6.144378662109375
HHLCP,λ<=log n,65536,1,397426,6.064239501953125
HHLCP,λ<=log n,65536,1,404385,6.1704254150390625
HHLCP,λ<=log n,65536,1,392154,5.983795166015625
HHLCP,λ<=log n,65536,1,391158,5.968597412109375
HHLCP,λ<=log n,65536,1,380392,5.8043212890625
HHLCP,λ<=log n,65536,1,379840,5.7958984375
HHLCP,λ<=log n,65536,1,393054,5.997528076171875
HHLCP,λ<=log n,65536,1,387368,5.9107666015625
HHLCP,λ<=log n,65536,1,378535,5.7759857177734375
HHLCP,λ<=log n,65536,1,380933,5.8125762939453125
HHLCP,λ<=log n,65536,1,390868,5.96417236328125
HHLCP,λ<=log n,65536,1,450935,6.8807220458984375
HHLCP,λ<=log n,65536,1,368380,5.62103271484375
HHLCP,λ<=log n,65536,1,421594,6.433013916015625
HHLCP,λ<=log n,65536,1,512275,7.8166961669921875
HHLCP,λ<=log n,65536,1,422238,6.442840576171875
HHLCP,λ<=log n,65536,1,389569,5.9443511962890625
HHLCP,λ<=log n,65536,1,435865,6.6507720947265625
HRLCP,λ<=log n,65536,1,402957,6.1486358642578125
HRLCP,λ<=log n,65536,1,400671,6.1137542724609375
HRLCP,λ<=log n,65536,1,464129,7.0820465087890625
HRLCP,λ<=log n,65536,1,416692,6.35821533203125
HRLCP,λ<=log n,65536,1,399198,6.091278076171875
HRLCP,λ<=log n,65536,1,395671,6.0374603271484375
HRLCP,λ<=log n,65536,1,417435,6.3695526123046875
HRLCP,λ<=log n,65536,1,390215,5.9542083740234375
HRLCP,λ<=log n,65536,1,402718,6.144989013671875
HRLCP,λ<=log n,65536,1,407212,6.21356201171875
HRLCP,λ<=log n,65536,1,401223,6.1221771240234375
HRLCP,λ<=log n,65536,1,448644,6.84576416015625
HRLCP,λ<=log n,65536,1,404258,6.168487548828125
HRLCP,λ<=log n,65536,1,389629,5.9452667236328125
HRLCP,λ<=log n,65536,1,399651,6.0981903076171875
HRLCP,λ<=log n,65536,1,402378,6.139801025390625
HRLCP,λ<=log n,65536,1,406390,6.201019287109375
HRLCP,λ<=log n,65536,1,446201,6.8084869384765625
HRLCP,λ<=log n,65536,1,437003,6.6681365966796875
HRLCP,λ<=log n,65536,1,383407,5.8503265380859375
HRLCP,λ<=log n,65536,1,385015,5.8748626708984375
HRLCP,λ<=log n,65536,1,397173,6.0603790283203125
HRLCP,λ<=log n,65536,1,428657,6.5407867431640625
HRLCP,λ<=log n,65536,1,377212,5.75579833984375
HRLCP,λ<=log n,65536,1,391208,5.9693603515625
HRLCP,λ<=log n,65536,1,420470,6.415863037109375
HRLCP,λ<=log n,65536,1,427189,6.5183868408203125
HRLCP,λ<=log n,65536,1,438427,6.6898651123046875
HRLCP,λ<=log n,65536,1,414807,6.3294525146484375
HRLCP,λ<=log n,65536,1,423509,6.4622344970703125
HRLCP,λ<=log n,65536,1,397446,6.064544677734375
HRLCP,λ<=log n,65536,1,397895,6.0713958740234375
HRLCP,λ<=log n,65536,1,392820,5.99395751953125
HRLCP,λ<=log n,65536,1,403827,6.1619110107421875
HRLCP,λ<=log n,65536,1,392255,5.9853363037109375
HRLCP,λ<=log n,65536,1,447163,6.8231658935546875
HRLCP,λ<=log n,65536,1,376770,5.749053955078125
HRLCP,λ<=log n,65536,1,398269,6.0771026611328125
HRLCP,λ<=log n,65536,1,408744,6.2369384765625
HRLCP,λ<=log n,65536,1,410518,6.264007568359375
HRLCP,λ<=log n,65536,1,429893,6.5596466064453125
HRLCP,λ<=log n,65536,1,391030,5.966644287109375
HRLCP,λ<=log n,65536,1,396670,6.052703857421875
HRLCP,λ<=log n,65536,1,385417,5.8809967041015625
HRLCP,λ<=log n,65536,1,405198,6.182830810546875
HRLCP,λ<=log n,65536,1,372124,5.67816162109375
HRLCP,λ<=log n,65536,1,394234,6.015533447265625
HRLCP,λ<=log n,65536,1,426579,6.5090789794921875
HRLCP,λ<=log n,65536,1,398254,6.076873779296875
HRLCP,λ<=log n,65536,1,412008,6.2867431640625
HRLCP,λ<=log n,65536,1,471703,7.1976165771484375
HRLCP,λ<=log n,65536,1,393350,6.002044677734375
HRLCP,λ<=log n,65536,1,427935,6.5297698974609375
HRLCP,λ<=log n,65536,1,406191,6.1979827880859375
HRLCP,λ<=log n,65536,1,434166,6.624847412109375
HRLCP,λ<=log n,65536,1,437048,6.6688232421875
HRLCP,λ<=log n,65536,1,394459,6.0189666748046875
HRLCP,λ<=log n,65536,1,408209,6.2287750244140625
HRLCP,λ<=log n,65536,1,439064,6.6995849609375
HRLCP,λ<=log n,65536,1,414268,6.32122802734375
HRLCP,λ<=log n,65536,1,414771,6.3289031982421875
HRLCP,λ<=log n,65536,1,404344,6.1697998046875
HRLCP,λ<=log n,65536,1,394251,6.0157928466796875
HRLCP,λ<=log n,65536,1,369178,5.633209228515625
HRLCP,λ<=log n,65536,1,416972,6.36248779296875
HRLCP,λ<=log n,65536,1,375332,5.72711181640625
HRLCP,λ<=log n,65536,1,416562,6.356231689453125
HRLCP,λ<=log n,65536,1,399558,6.096771240234375
HRLCP,λ<=log n,65536,1,404953,6.1790924072265625
HRLCP,λ<=log n,65536,1,408296,6.2301025390625
HRLCP,λ<=log n,65536,1,413616,6.311279296875
HRLCP,λ<=log n,65536,1,488807,7.4586029052734375
HRLCP,λ<=log n,65536,1,398147,6.0752410888671875
HRLCP,λ<=log n,65536,1,389035,5.9362030029296875
HRLCP,λ<=log n,65536,1,449826,6.863800048828125
HRLCP,λ<=log n,65536,1,434777,6.6341705322265625
HRLCP,λ<=log n,65536,1,423037,6.4550323486328125
HRLCP,λ<=log n,65536,1,379053,5.7838897705078125
HRLCP,λ<=log n,65536,1,403534,6.157440185546875
HRLCP,λ<=log n,65536,1,393260,6.00067138671875
HRLCP,λ<=log n,65536,1,403471,6.1564788818359375
HRLCP,λ<=log n,65536,1,384231,5.8628997802734375
HRLCP,λ<=log n,65536,1,431698,6.587188720703125
HRLCP,λ<=log n,65536,1,400263,6.1075286865234375
HRLCP,λ<=log n,65536,1,384025,5.8597564697265625
HRLCP,λ<=log n,65536,1,395446,6.034027099609375
HRLCP,λ<=log n,65536,1,414028,6.31756591796875
HRLCP,λ<=log n,65536,1,388746,5.931793212890625
HRLCP,λ<=log n,65536,1,496412,7.57464599609375
HRLCP,λ<=log n,65536,1,404081,6.1657867431640625
HRLCP,λ<=log n,65536,1,394255,6.0158538818359375
HRLCP,λ<=log n,65536,1,409859,6.2539520263671875
HRLCP,λ<=log n,65536,1,382230,5.832366943359375
HRLCP,λ<=log n,65536,1,396710,6.053314208984375
HRLCP,λ<=log n,65536,1,404576,6.17333984375
HRLCP,λ<=log n,65536,1,440311,6.7186126708984375
HRLCP,λ<=log n,65536,1,406960,6.209716796875
HRLCP,λ<=log n,65536,1,413145,6.3040924072265625
HRLCP,λ<=log n,65536,1,381935,5.8278656005859375
HRLCP,λ<=log n,65536,1,429187,6.5488739013671875
HSLCP,λ<=log n,65536,1,755793,11.532485961914062
HSLCP,λ<=log n,65536,1,792577,12.093765258789062
HSLCP,λ<=log n,65536,1,742997,11.337234497070312
HSLCP,λ<=log n,65536,1,913473,13.938491821289062
HSLCP,λ<=log n,65536,1,722740,11.02813720703125
HSLCP,λ<=log n,65536,1,802242,12.241241455078125
HSLCP,λ<=log n,65536,1,764231,11.661239624023438
HSLCP,λ<=log n,65536,1,777862,11.869232177734375
HSLCP,λ<=log n,65536,1,897141,13.689285278320312
HSLCP,λ<=log n,65536,1,754462,11.512176513671875
HSLCP,λ<=log n,65536,1,841334,12.837738037109375
HSLCP,λ<=log n,65536,1,784373,11.968582153320312
HSLCP,λ<=log n,65536,1,750818,11.456573486328125
HSLCP,λ<=log n,65536,1,922358,14.074066162109375
HSLCP,λ<=log n,65536,1,749848,11.4417724609375
HSLCP,λ<=log n,65536,1,846860,12.92205810546875
HSLCP,λ<=log n,65536,1,867848,13.2423095703125
HSLCP,λ<=log n,65536,1,926488,14.1370849609375
HSLCP,λ<=log n,65536,1,850373,12.975662231445312
HSLCP,λ<=log n,65536,1,962164,14.68145751953125
HSLCP,λ<=log n,65536,1,834394,12.731842041015625
HSLCP,λ<=log n,65536,1,763466,11.649566650390625
HSLCP,λ<=log n,65536,1,809574,12.353118896484375
HSLCP,λ<=log n,65536,1,1187320,18.1170654296875
HSLCP,λ<=log n,65536,1,1057724,16.13958740234375
HSLCP,λ<=log n,65536,1,825035,12.589035034179688
HSLCP,λ<=log n,65536,1,865208,13.2020263671875
HSLCP,λ<=log n,65536,1,703216,10.730224609375
HSLCP,λ<=log n,65536,1,969978,14.800689697265625
HSLCP,λ<=log n,65536,1,850142,12.972137451171875
HSLCP,λ<=log n,65536,1,823875,12.571334838867188
HSLCP,λ<=log n,65536,1,807414,12.320159912109375
HSLCP,λ<=log n,65536,1,837047,12.772323608398438
HSLCP,λ<=log n,65536,1,749741,11.440139770507812
HSLCP,λ<=log n,65536,1,940657,14.353286743164062
HSLCP,λ<=log n,65536,1,861504,13.1455078125
HSLCP,λ<=log n,65536,1,837753,12.783096313476562
HSLCP,λ<=log n,65536,1,870852,13.28814697265625
HSLCP,λ<=log n,65536,1,866266,13.218170166015625
HSLCP,λ<=log n,65536,1,1006767,15.362045288085938
HSLCP,λ<=log n,65536,1,831959,12.694686889648438
HSLCP,λ<=log n,65536,1,715577,10.918838500976562
HSLCP,λ<=log n,65536,1,923698,14.094512939453125
HSLCP,λ<=log n,65536,1,817742,12.477752685546875
HSLCP,λ<=log n,65536,1,760525,11.604690551757812
HSLCP,λ<=log n,65536,1,767487,11.710922241210938
HSLCP,λ<=log n,65536,1,904424,13.8004150390625
HSLCP,λ<=log n,65536,1,824584,12.5821533203125
HSLCP,λ<=log n,65536,1,867309,13.234085083007812
HSLCP,λ<=log n,65536,1,802826,12.250152587890625
HSLCP,λ<=log n,65536,1,749775,11.440658569335938
HSLCP,λ<=log n,65536,1,751903,11.473129272460938
HSLCP,λ<=log n,65536,1,773100,11.79656982421875
HSLCP,λ<=log n,65536,1,687308,10.48748779296875
HSLCP,λ<=log n,65536,1,894830,13.654022216796875
HSLCP,λ<=log n,65536,1,869447,13.266708374023438
HSLCP,λ<=log n,65536,1,795568,12.139404296875
HSLCP,λ<=log n,65536,1,765322,11.677886962890625
HSLCP,λ<=log n,65536,1,764372,11.66339111328125
HSLCP,λ<=log n,65536,1,805742,12.294647216796875
HSLCP,λ<=log n,65536,1,790069,12.055496215820312
HSLCP,λ<=log n,65536,1,669734,10.219329833984375
HSLCP,λ<=log n,65536,1,873419,13.327316284179688
HSLCP,λ<=log n,65536,1,696466,10.627227783203125
HSLCP,λ<=log n,65536,1,790047,12.055160522460938
HSLCP,λ<=log n,65536,1,913910,13.945159912109375
HSLCP,λ<=log n,65536,1,772696,11.7904052734375
HSLCP,λ<=log n,65536,1,783013,11.947830200195312
HSLCP,λ<=log n,65536,1,761325,11.616897583007812
HSLCP,λ<=log n,65536,1,897369,13.692764282226562
HSLCP,λ<=log n,65536,1,733869,11.197952270507812
HSLCP,λ<=log n,65536,1,877924,13.39605712890625
HSLCP,λ<=log n,65536,1,676509,10.322708129882812
HSLCP,λ<=log n,65536,1,944842,14.417144775390625
HSLCP,λ<=log n,65536,1,853445,13.022537231445312
HSLCP,λ<=log n,65536,1,855928,13.0604248046875
HSLCP,λ<=log n,65536,1,794063,12.116439819335938
HSLCP,λ<=log n,65536,1,879941,13.426834106445312
HSLCP,λ<=log n,65536,1,847198,12.927215576171875
HSLCP,λ<=log n,65536,1,712803,10.876510620117188
HSLCP,λ<=log n,65536,1,855714,13.057159423828125
HSLCP,λ<=log n,65536,1,1344451,20.514694213867188
HSLCP,λ<=log n,65536,1,774508,11.81805419921875
HSLCP,λ<=log n,65536,1,750475,11.451339721679688
HSLCP,λ<=log n,65536,1,795956,12.14532470703125
HSLCP,λ<=log n,65536,1,901949,13.762649536132812
HSLCP,λ<=log n,65536,1,728602,11.117584228515625
HSLCP,λ<=log n,65536,1,732011,11.169601440429688
HSLCP,λ<=log n,65536,1,823612,12.56732177734375
HSLCP,λ<=log n,65536,1,852536,13.0086669921875
HSLCP,λ<=log n,65536,1,843338,12.868316650390625
HSLCP,λ<=log n,65536,1,868367,13.250228881835938
HSLCP,λ<=log n,65536,1,800238,12.210662841796875
HSLCP,λ<=log n,65536,1,758915,11.580123901367188
HSLCP,λ<=log n,65536,1,921014,14.053558349609375
HSLCP,λ<=log n,65536,1,854811,13.043380737304688
HSLCP,λ<=log n,65536,1,718380,10.96160888671875
HSLCP,λ<=log n,65536,1,738963,11.275680541992188
HSLCP,λ<=log n,65536,1,676967,10.329696655273438
HSLCP,λ<=log n,65536,1,818877,12.495071411132812
HSDSP,λ<=log n,65536,1,625891,9.550338745117188
HSDSP,λ<=log n,65536,1,630333,9.618118286132812
HSDSP,λ<=log n,65536,1,686128,10.469482421875
HSDSP,λ<=log n,65536,1,633616,9.668212890625
HSDSP,λ<=log n,65536,1,687912,10.4967041015625
HSDSP,λ<=log n,65536,1,631716,9.63922119140625
HSDSP,λ<=log n,65536,1,623772,9.51800537109375
HSDSP,λ<=log n,65536,1,710829,10.846389770507812
HSDSP,λ<=log n,65536,1,721516,11.00946044921875
HSDSP,λ<=log n,65536,1,714176,10.8974609375
HSDSP,λ<=log n,65536,1,639262,9.754364013671875
HSDSP,λ<=log n,65536,1,672721,10.264907836914062
HSDSP,λ<=log n,65536,1,623949,9.520706176757812
HSDSP,λ<=log n,65536,1,649223,9.906356811523438
HSDSP,λ<=log n,65536,1,705166,10.759979248046875
HSDSP,λ<=log n,65536,1,667079,10.178817749023438
HSDSP,λ<=log n,65536,1,636829,9.717239379882812
HSDSP,λ<=log n,65536,1,616640,9.4091796875
HSDSP,λ<=log n,65536,1,698426,10.657135009765625
HSDSP,λ<=log n,65536,1,708956,10.81781005859375
HSDSP,λ<=log n,65536,1,681152,10.3935546875
HSDSP,λ<=log n,65536,1,672275,10.258102416992188
HSDSP,λ<=log n,65536,1,624634,9.531158447265625
HSDSP,λ<=log n,65536,1,722763,11.028488159179688
HSDSP,λ<=log n,65536,1,644290,9.831085205078125
HSDSP,λ<=log n,65536,1,630794,9.625152587890625
HSDSP,λ<=log n,65536,1,694651,10.599533081054688
HSDSP,λ<=log n,65536,1,646286,9.861541748046875
HSDSP,λ<=log n,65536,1,710037,10.834304809570312
HSDSP,λ<=log n,65536,1,664140,10.13397216796875
HSDSP,λ<=log n,65536,1,756059,11.536544799804688
HSDSP,λ<=log n,65536,1,628619,9.591964721679688
HSDSP,λ<=log n,65536,1,640007,9.765731811523438
HSDSP,λ<=log n,65536,1,648399,9.893783569335938
HSDSP,λ<=log n,65536,1,671801,10.250869750976562
HSDSP,λ<=log n,65536,1,625348,9.54205322265625
HSDSP,λ<=log n,65536,1,694743,10.600936889648438
HSDSP,λ<=log n,65536,1,687971,10.497604370117188
HSDSP,λ<=log n,65536,1,700175,10.683822631835938
HSDSP,λ<=log n,65536,1,607627,9.271652221679688
HSDSP,λ<=log n,65536,1,624137,9.523574829101562
HSDSP,λ<=log n,65536,1,637735,9.731063842773438
HSDSP,λ<=log n,65536,1,621381,9.481521606445312
HSDSP,λ<=log n,65536,1,641952,9.79541015625
HSDSP,λ<=log n,65536,1,677519,10.338119506835938
HSDSP,λ<=log n,65536,1,643232,9.81494140625
HSDSP,λ<=log n,65536,1,635978,9.704254150390625
HSDSP,λ<=log n,65536,1,682188,10.40936279296875
HSDSP,λ<=log n,65536,1,642338,9.801300048828125
HSDSP,λ<=log n,65536,1,696922,10.634185791015625
HSDSP,λ<=log n,65536,1,626055,9.552841186523438
HSDSP,λ<=log n,65536,1,688817,10.510513305664062
HSDSP,λ<=log n,65536,1,708889,10.816787719726562
HSDSP,λ<=log n,65536,1,689033,10.513809204101562
HSDSP,λ<=log n,65536,1,663014,10.116790771484375
HSDSP,λ<=log n,65536,1,622925,9.505081176757812
HSDSP,λ<=log n,65536,1,608268,9.28143310546875
HSDSP,λ<=log n,65536,1,611867,9.336349487304688
HSDSP,λ<=log n,65536,1,668381,10.198684692382812
HSDSP,λ<=log n,65536,1,654942,9.993621826171875
HSDSP,λ<=log n,65536,1,733030,11.185150146484375
HSDSP,λ<=log n,65536,1,613458,9.360626220703125
HSDSP,λ<=log n,65536,1,850908,12.98382568359375
HSDSP,λ<=log n,65536,1,627141,9.569412231445312
HSDSP,λ<=log n,65536,1,659474,10.062774658203125
HSDSP,λ<=log n,65536,1,611132,9.32513427734375
HSDSP,λ<=log n,65536,1,630751,9.624496459960938
HSDSP,λ<=log n,65536,1,654947,9.993698120117188
HSDSP,λ<=log n,65536,1,666655,10.172348022460938
HSDSP,λ<=log n,65536,1,663724,10.12762451171875
HSDSP,λ<=log n,65536,1,735165,11.217727661132812
HSDSP,λ<=log n,65536,1,629981,9.612747192382812
HSDSP,λ<=log n,65536,1,712333,10.869338989257812
HSDSP,λ<=log n,65536,1,652755,9.960250854492188
HSDSP,λ<=log n,65536,1,656930,10.023956298828125
HSDSP,λ<=log n,65536,1,703534,10.735076904296875
HSDSP,λ<=log n,65536,1,714922,10.908843994140625
HSDSP,λ<=log n,65536,1,658881,10.053726196289062
HSDSP,λ<=log n,65536,1,667336,10.1827392578125
HSDSP,λ<=log n,65536,1,686739,10.478805541992188
HSDSP,λ<=log n,65536,1,642804,9.80841064453125
HSDSP,λ<=log n,65536,1,667874,10.190948486328125
HSDSP,λ<=log n,65536,1,663329,10.121597290039062
HSDSP,λ<=log n,65536,1,635986,9.704376220703125
HSDSP,λ<=log n,65536,1,627941,9.581619262695312
HSDSP,λ<=log n,65536,1,654433,9.985855102539062
HSDSP,λ<=log n,65536,1,650667,9.928390502929688
HSDSP,λ<=log n,65536,1,649022,9.903289794921875
HSDSP,λ<=log n,65536,1,658358,10.045745849609375
HSDSP,λ<=log n,65536,1,651779,9.945358276367188
HSDSP,λ<=log n,65536,1,712112,10.865966796875
HSDSP,λ<=log n,65536,1,683235,10.425338745117188
HSDSP,λ<=log n,65536,1,631741,9.639602661132812
HSDSP,λ<=log n,65536,1,634656,9.68408203125
HSDSP,λ<=log n,65536,1,687193,10.485733032226562
HSDSP,λ<=log n,65536,1,642034,9.796661376953125
HSDSP,λ<=log n,65536,1,677588,10.33917236328125
HSDSP,λ<=log n,65536,1,697787,10.647384643554688
HSDSP,λ<=log n,65536,1,656394,10.015777587890625
HSDSP,λ<=log n,65536,1,642444,9.80291748046875
HRDSP,λ<=log n,65536,1,474676,7.24298095703125
HRDSP,λ<=log n,65536,1,491660,7.50213623046875
HRDSP,λ<=log n,65536,1,460184,7.0218505859375
HRDSP,λ<=log n,65536,1,473425,7.2238922119140625
HRDSP,λ<=log n,65536,1,479072,7.31005859375
HRDSP,λ<=log n,65536,1,469855,7.1694183349609375
HRDSP,λ<=log n,65536,1,456636,6.96771240234375
HRDSP,λ<=log n,65536,1,490808,7.4891357421875
HRDSP,λ<=log n,65536,1,515987,7.8733367919921875
HRDSP,λ<=log n,65536,1,473891,7.2310028076171875
HRDSP,λ<=log n,65536,1,470564,7.18023681640625
HRDSP,λ<=log n,65536,1,467163,7.1283416748046875
HRDSP,λ<=log n,65536,1,450409,6.8726959228515625
HRDSP,λ<=log n,65536,1,471570,7.195587158203125
HRDSP,λ<=log n,65536,1,468223,7.1445159912109375
HRDSP,λ<=log n,65536,1,495528,7.5611572265625
HRDSP,λ<=log n,65536,1,472752,7.213623046875
HRDSP,λ<=log n,65536,1,467307,7.1305389404296875
HRDSP,λ<=log n,65536,1,470891,7.1852264404296875
HRDSP,λ<=log n,65536,1,469010,7.156524658203125
HRDSP,λ<=log n,65536,1,482947,7.3691864013671875
HRDSP,λ<=log n,65536,1,503431,7.6817474365234375
HRDSP,λ<=log n,65536,1,470840,7.1844482421875
HRDSP,λ<=log n,65536,1,501137,7.6467437744140625
HRDSP,λ<=log n,65536,1,468475,7.1483612060546875
HRDSP,λ<=log n,65536,1,439166,6.701141357421875
HRDSP,λ<=log n,65536,1,469219,7.1597137451171875
HRDSP,λ<=log n,65536,1,465165,7.0978546142578125
HRDSP,λ<=log n,65536,1,447919,6.8347015380859375
HRDSP,λ<=log n,65536,1,475917,7.2619171142578125
HRDSP,λ<=log n,65536,1,479206,7.312103271484375
HRDSP,λ<=log n,65536,1,520310,7.939300537109375
HRDSP,λ<=log n,65536,1,465804,7.10760498046875
HRDSP,λ<=log n,65536,1,461071,7.0353851318359375
HRDSP,λ<=log n,65536,1,473589,7.2263946533203125
HRDSP,λ<=log n,65536,1,458292,6.99298095703125
HRDSP,λ<=log n,65536,1,450510,6.874237060546875
HRDSP,λ<=log n,65536,1,449905,6.8650054931640625
HRDSP,λ<=log n,65536,1,512963,7.8271942138671875
HRDSP,λ<=log n,65536,1,461131,7.0363006591796875
HRDSP,λ<=log n,65536,1,453248,6.916015625
HRDSP,λ<=log n,65536,1,513756,7.83929443359375
HRDSP,λ<=log n,65536,1,454602,6.936676025390625
HRDSP,λ<=log n,65536,1,479499,7.3165740966796875
HRDSP,λ<=log n,65536,1,484378,7.391021728515625
HRDSP,λ<=log n,65536,1,443550,6.768035888671875
HRDSP,λ<=log n,65536,1,489715,7.4724578857421875
HRDSP,λ<=log n,65536,1,460176,7.021728515625
HRDSP,λ<=log n,65536,1,472554,7.210601806640625
HRDSP,λ<=log n,65536,1,486687,7.4262542724609375
HRDSP,λ<=log n,65536,1,458507,6.9962615966796875
HRDSP,λ<=log n,65536,1,511231,7.8007659912109375
HRDSP,λ<=log n,65536,1,481905,7.3532867431640625
HRDSP,λ<=log n,65536,1,469147,7.1586151123046875
HRDSP,λ<=log n,65536,1,478242,7.297393798828125
HRDSP,λ<=log n,65536,1,460788,7.03106689453125
HRDSP,λ<=log n,65536,1,429583,6.5549163818359375
HRDSP,λ<=log n,65536,1,457146,6.975494384765625
HRDSP,λ<=log n,65536,1,454117,6.9292755126953125
HRDSP,λ<=log n,65536,1,501547,7.6529998779296875
HRDSP,λ<=log n,65536,1,452012,6.89715576171875
HRDSP,λ<=log n,65536,1,478898,7.307403564453125
HRDSP,λ<=log n,65536,1,583744,8.9072265625
HRDSP,λ<=log n,65536,1,486578,7.424591064453125
HRDSP,λ<=log n,65536,1,447987,6.8357391357421875
HRDSP,λ<=log n,65536,1,466316,7.11541748046875
HRDSP,λ<=log n,65536,1,489707,7.4723358154296875
HRDSP,λ<=log n,65536,1,456007,6.9581146240234375
HRDSP,λ<=log n,65536,1,476095,7.2646331787109375
HRDSP,λ<=log n,65536,1,464737,7.0913238525390625
HRDSP,λ<=log n,65536,1,486475,7.4230194091796875
HRDSP,λ<=log n,65536,1,494515,7.5457000732421875
HRDSP,λ<=log n,65536,1,453134,6.914276123046875
HRDSP,λ<=log n,65536,1,520049,7.9353179931640625
HRDSP,λ<=log n,65536,1,480122,7.326080322265625
HRDSP,λ<=log n,65536,1,489548,7.46990966796875
HRDSP,λ<=log n,65536,1,459628,7.01336669921875
HRDSP,λ<=log n,65536,1,439635,6.7082977294921875
HRDSP,λ<=log n,65536,1,453081,6.9134674072265625
HRDSP,λ<=log n,65536,1,449694,6.861785888671875
HRDSP,λ<=log n,65536,1,474579,7.2415008544921875
HRDSP,λ<=log n,65536,1,475850,7.260894775390625
HRDSP,λ<=log n,65536,1,457437,6.9799346923828125
HRDSP,λ<=log n,65536,1,442082,6.745635986328125
HRDSP,λ<=log n,65536,1,563656,8.6007080078125
HRDSP,λ<=log n,65536,1,478869,7.3069610595703125
HRDSP,λ<=log n,65536,1,451856,6.894775390625
HRDSP,λ<=log n,65536,1,446777,6.8172760009765625
HRDSP,λ<=log n,65536,1,491984,7.507080078125
HRDSP,λ<=log n,65536,1,474389,7.2386016845703125
HRDSP,λ<=log n,65536,1,465280,7.099609375
HRDSP,λ<=log n,65536,1,435214,6.640838623046875
HRDSP,λ<=log n,65536,1,493180,7.52532958984375
HRDSP,λ<=log n,65536,1,452137,6.8990631103515625
HRDSP,λ<=log n,65536,1,472576,7.2109375
HRDSP,λ<=log n,65536,1,457325,6.9782257080078125
HRDSP,λ<=log n,65536,1,469583,7.1652679443359375
HRDSP,λ<=log n,65536,1,508379,7.7572479248046875
HRDSP,λ<=log n,65536,1,515748,7.86968994140625
HRDSP,λ<=log n,65536,1,450986,6.881500244140625
HHDSP,λ<=log n,65536,1,464533,7.0882110595703125
HHDSP,λ<=log n,65536,1,472422,7.208587646484375
HHDSP,λ<=log n,65536,1,463798,7.076995849609375
HHDSP,λ<=log n,65536,1,470957,7.1862335205078125
HHDSP,λ<=log n,65536,1,452435,6.9036102294921875
HHDSP,λ<=log n,65536,1,454533,6.9356231689453125
HHDSP,λ<=log n,65536,1,453594,6.921295166015625
HHDSP,λ<=log n,65536,1,508393,7.7574615478515625
HHDSP,λ<=log n,65536,1,540300,8.24432373046875
HHDSP,λ<=log n,65536,1,499047,7.6148529052734375
HHDSP,λ<=log n,65536,1,471148,7.18914794921875
HHDSP,λ<=log n,65536,1,466519,7.1185150146484375
HHDSP,λ<=log n,65536,1,479658,7.319000244140625
HHDSP,λ<=log n,65536,1,476676,7.27349853515625
HHDSP,λ<=log n,65536,1,464649,7.0899810791015625
HHDSP,λ<=log n,65536,1,504886,7.703948974609375
HHDSP,λ<=log n,65536,1,478741,7.3050079345703125
HHDSP,λ<=log n,65536,1,551081,8.408828735351562
HHDSP,λ<=log n,65536,1,503008,7.67529296875
HHDSP,λ<=log n,65536,1,477672,7.2886962890625
HHDSP,λ<=log n,65536,1,484046,7.385955810546875
HHDSP,λ<=log n,65536,1,461556,7.04278564453125
HHDSP,λ<=log n,65536,1,474471,7.2398529052734375
HHDSP,λ<=log n,65536,1,506833,7.7336578369140625
HHDSP,λ<=log n,65536,1,510705,7.7927398681640625
HHDSP,λ<=log n,65536,1,473060,7.21832275390625
HHDSP,λ<=log n,65536,1,475795,7.2600555419921875
HHDSP,λ<=log n,65536,1,490457,7.4837799072265625
HHDSP,λ<=log n,65536,1,467275,7.1300506591796875
HHDSP,λ<=log n,65536,1,452865,6.9101715087890625
HHDSP,λ<=log n,65536,1,456218,6.961334228515625
HHDSP,λ<=log n,65536,1,449168,6.853759765625
HHDSP,λ<=log n,65536,1,472357,7.2075958251953125
HHDSP,λ<=log n,65536,1,450984,6.8814697265625
HHDSP,λ<=log n,65536,1,526039,8.026718139648438
HHDSP,λ<=log n,65536,1,451666,6.891876220703125
HHDSP,λ<=log n,65536,1,456454,6.964935302734375
HHDSP,λ<=log n,65536,1,484585,7.3941802978515625
HHDSP,λ<=log n,65536,1,489530,7.469635009765625
HHDSP,λ<=log n,65536,1,495406,7.559295654296875
HHDSP,λ<=log n,65536,1,474476,7.23992919921875
HHDSP,λ<=log n,65536,1,469816,7.1688232421875
HHDSP,λ<=log n,65536,1,575424,8.7802734375
HHDSP,λ<=log n,65536,1,468926,7.155242919921875
HHDSP,λ<=log n,65536,1,479934,7.323211669921875
HHDSP,λ<=log n,65536,1,520844,7.94744873046875
HHDSP,λ<=log n,65536,1,475817,7.2603912353515625
HHDSP,λ<=log n,65536,1,461924,7.04840087890625
HHDSP,λ<=log n,65536,1,448082,6.837188720703125
HHDSP,λ<=log n,65536,1,475454,7.254852294921875
HHDSP,λ<=log n,65536,1,449041,6.8518218994140625
HHDSP,λ<=log n,65536,1,494919,7.5518646240234375
HHDSP,λ<=log n,65536,1,499313,7.6189117431640625
HHDSP,λ<=log n,65536,1,459814,7.016204833984375
HHDSP,λ<=log n,65536,1,487202,7.434112548828125
HHDSP,λ<=log n,65536,1,459043,7.0044403076171875
HHDSP,λ<=log n,65536,1,493479,7.5298919677734375
HHDSP,λ<=log n,65536,1,533981,8.147903442382812
HHDSP,λ<=log n,65536,1,455698,6.953399658203125
HHDSP,λ<=log n,65536,1,499217,7.6174468994140625
HHDSP,λ<=log n,65536,1,501548,7.65301513671875
HHDSP,λ<=log n,65536,1,472631,7.2117767333984375
HHDSP,λ<=log n,65536,1,482956,7.36932373046875
HHDSP,λ<=log n,65536,1,433642,6.616851806640625
HHDSP,λ<=log n,65536,1,459178,7.006500244140625
HHDSP,λ<=log n,65536,1,554845,8.466262817382812
HHDSP,λ<=log n,65536,1,520584,7.9434814453125
HHDSP,λ<=log n,65536,1,477591,7.2874603271484375
HHDSP,λ<=log n,65536,1,452835,6.9097137451171875
HHDSP,λ<=log n,65536,1,482853,7.3677520751953125
HHDSP,λ<=log n,65536,1,485706,7.411285400390625
HHDSP,λ<=log n,65536,1,471988,7.20196533203125
HHDSP,λ<=log n,65536,1,492018,7.507598876953125
HHDSP,λ<=log n,65536,1,468664,7.1512451171875
HHDSP,λ<=log n,65536,1,524049,7.9963531494140625
HHDSP,λ<=log n,65536,1,478602,7.302886962890625
HHDSP,λ<=log n,65536,1,499506,7.621856689453125
HHDSP,λ<=log n,65536,1,447848,6.8336181640625
HHDSP,λ<=log n,65536,1,457840,6.986083984375
HHDSP,λ<=log n,65536,1,463902,7.078582763671875
HHDSP,λ<=log n,65536,1,457255,6.9771575927734375
HHDSP,λ<=log n,65536,1,513632,7.83740234375
HHDSP,λ<=log n,65536,1,494201,7.5409088134765625
HHDSP,λ<=log n,65536,1,468040,7.1417236328125
HHDSP,λ<=log n,65536,1,532182,8.120452880859375
HHDSP,λ<=log n,65536,1,516131,7.8755340576171875
HHDSP,λ<=log n,65536,1,477985,7.2934722900390625
HHDSP,λ<=log n,65536,1,455120,6.944580078125
HHDSP,λ<=log n,65536,1,479139,7.3110809326171875
HHDSP,λ<=log n,65536,1,508789,7.7635040283203125
HHDSP,λ<=log n,65536,1,447105,6.8222808837890625
HHDSP,λ<=log n,65536,1,482393,7.3607330322265625
HHDSP,λ<=log n,65536,1,464152,7.0823974609375
HHDSP,λ<=log n,65536,1,440358,6.719329833984375
HHDSP,λ<=log n,65536,1,457252,6.97711181640625
HHDSP,λ<=log n,65536,1,481761,7.3510894775390625
HHDSP,λ<=log n,65536,1,490277,7.4810333251953125
HHDSP,λ<=log n,65536,1,477461,7.2854766845703125
HHDSP,λ<=log n,65536,1,505204,7.70880126953125
HHDSP,λ<=log n,65536,1,454559,6.9360198974609375
HHLSP,λ<=log n,65536,1,504634,7.700103759765625
HHLSP,λ<=log n,65536,1,487685,7.4414825439453125
HHLSP,λ<=log n,65536,1,489563,7.4701385498046875
HHLSP,λ<=log n,65536,1,463682,7.075225830078125
HHLSP,λ<=log n,65536,1,514797,7.8551788330078125
HHLSP,λ<=log n,65536,1,471433,7.1934967041015625
HHLSP,λ<=log n,65536,1,481623,7.3489837646484375
HHLSP,λ<=log n,65536,1,478992,7.308837890625
HHLSP,λ<=log n,65536,1,484983,7.4002532958984375
HHLSP,λ<=log n,65536,1,536184,8.1815185546875
HHLSP,λ<=log n,65536,1,466385,7.1164703369140625
HHLSP,λ<=log n,65536,1,519460,7.92633056640625
HHLSP,λ<=log n,65536,1,462839,7.0623626708984375
HHLSP,λ<=log n,65536,1,498984,7.6138916015625
HHLSP,λ<=log n,65536,1,457274,6.977447509765625
HHLSP,λ<=log n,65536,1,487258,7.434967041015625
HHLSP,λ<=log n,65536,1,487535,7.4391937255859375
HHLSP,λ<=log n,65536,1,496411,7.5746307373046875
HHLSP,λ<=log n,65536,1,532757,8.129226684570312
HHLSP,λ<=log n,65536,1,494224,7.541259765625
HHLSP,λ<=log n,65536,1,486878,7.429168701171875
HHLSP,λ<=log n,65536,1,473670,7.227630615234375
HHLSP,λ<=log n,65536,1,480488,7.3316650390625
HHLSP,λ<=log n,65536,1,490207,7.4799652099609375
HHLSP,λ<=log n,65536,1,491898,7.505767822265625
HHLSP,λ<=log n,65536,1,484858,7.398345947265625
HHLSP,λ<=log n,65536,1,500641,7.6391754150390625
HHLSP,λ<=log n,65536,1,474521,7.2406158447265625
HHLSP,λ<=log n,65536,1,498654,7.608856201171875
HHLSP,λ<=log n,65536,1,506322,7.725860595703125
HHLSP,λ<=log n,65536,1,495084,7.55438232421875
HHLSP,λ<=log n,65536,1,495797,7.5652618408203125
HHLSP,λ<=log n,65536,1,490724,7.48785400390625
HHLSP,λ<=log n,65536,1,474732,7.24383544921875
HHLSP,λ<=log n,65536,1,465293,7.0998077392578125
HHLSP,λ<=log n,65536,1,468995,7.1562957763671875
HHLSP,λ<=log n,65536,1,478071,7.2947845458984375
HHLSP,λ<=log n,65536,1,478079,7.2949066162109375
HHLSP,λ<=log n,65536,1,511993,7.8123931884765625
HHLSP,λ<=log n,65536,1,488291,7.4507293701171875
HHLSP,λ<=log n,65536,1,466401,7.1167144775390625
HHLSP,λ<=log n,65536,1,478192,7.296630859375
HHLSP,λ<=log n,65536,1,462807,7.0618743896484375
HHLSP,λ<=log n,65536,1,496596,7.57745361328125
HHLSP,λ<=log n,65536,1,523448,7.9871826171875
HHLSP,λ<=log n,65536,1,480810,7.336578369140625
HHLSP,λ<=log n,65536,1,478504,7.3013916015625
HHLSP,λ<=log n,65536,1,493667,7.5327606201171875
HHLSP,λ<=log n,65536,1,502443,7.6666717529296875
HHLSP,λ<=log n,65536,1,549646,8.386932373046875
HHLSP,λ<=log n,65536,1,510525,7.7899932861328125
HHLSP,λ<=log n,65536,1,536837,8.191482543945312
HHLSP,λ<=log n,65536,1,469733,7.1675567626953125
HHLSP,λ<=log n,65536,1,503196,7.67816162109375
HHLSP,λ<=log n,65536,1,487637,7.4407501220703125
HHLSP,λ<=log n,65536,1,503476,7.68243408203125
HHLSP,λ<=log n,65536,1,511476,7.80450439453125
HHLSP,λ<=log n,65536,1,467047,7.1265716552734375
HHLSP,λ<=log n,65536,1,472398,7.208221435546875
HHLSP,λ<=log n,65536,1,524903,8.009384155273438
HHLSP,λ<=log n,65536,1,486375,7.4214935302734375
HHLSP,λ<=log n,65536,1,503387,7.6810760498046875
HHLSP,λ<=log n,65536,1,537244,8.19769287109375
HHLSP,λ<=log n,65536,1,470783,7.1835784912109375
HHLSP,λ<=log n,65536,1,492212,7.51055908203125
HHLSP,λ<=log n,65536,1,487856,7.444091796875
HHLSP,λ<=log n,65536,1,482624,7.3642578125
HHLSP,λ<=log n,65536,1,516981,7.8885040283203125
HHLSP,λ<=log n,65536,1,499457,7.6211090087890625
HHLSP,λ<=log n,65536,1,485459,7.4075164794921875
HHLSP,λ<=log n,65536,1,474250,7.236480712890625
HHLSP,λ<=log n,65536,1,498530,7.606964111328125
HHLSP,λ<=log n,65536,1,487380,7.43682861328125
HHLSP,λ<=log n,65536,1,482213,7.3579864501953125
HHLSP,λ<=log n,65536,1,586420,8.94805908203125
HHLSP,λ<=log n,65536,1,521410,7.956085205078125
HHLSP,λ<=log n,65536,1,484950,7.399749755859375
HHLSP,λ<=log n,65536,1,486642,7.425567626953125
HHLSP,λ<=log n,65536,1,473673,7.2276763916015625
HHLSP,λ<=log n,65536,1,494297,7.5423736572265625
HHLSP,λ<=log n,65536,1,478541,7.3019561767578125
HHLSP,λ<=log n,65536,1,489693,7.4721221923828125
HHLSP,λ<=log n,65536,1,461237,7.0379180908203125
HHLSP,λ<=log n,65536,1,494242,7.541534423828125
HHLSP,λ<=log n,65536,1,479728,7.320068359375
HHLSP,λ<=log n,65536,1,502836,7.67266845703125
HHLSP,λ<=log n,65536,1,473202,7.220489501953125
HHLSP,λ<=log n,65536,1,523381,7.9861602783203125
HHLSP,λ<=log n,65536,1,505533,7.7138214111328125
HHLSP,λ<=log n,65536,1,467390,7.131805419921875
HHLSP,λ<=log n,65536,1,492387,7.5132293701171875
HHLSP,λ<=log n,65536,1,524082,7.996856689453125
HHLSP,λ<=log n,65536,1,490960,7.491455078125
HHLSP,λ<=log n,65536,1,491983,7.5070648193359375
HHLSP,λ<=log n,65536,1,494505,7.5455474853515625
HHLSP,λ<=log n,65536,1,526216,8.0294189453125
HHLSP,λ<=log n,65536,1,524549,8.003982543945312
HHLSP,λ<=log n,65536,1,487241,7.4347076416015625
HHLSP,λ<=log n,65536,1,456977,6.9729156494140625
HHLSP,λ<=log n,65536,1,495417,7.5594635009765625
HRLSP,λ<=log n,65536,1,489209,7.4647369384765625
HRLSP,λ<=log n,65536,1,486881,7.4292144775390625
HRLSP,λ<=log n,65536,1,500824,7.6419677734375
HRLSP,λ<=log n,65536,1,480459,7.3312225341796875
HRLSP,λ<=log n,65536,1,522011,7.9652557373046875
HRLSP,λ<=log n,65536,1,459467,7.0109100341796875
HRLSP,λ<=log n,65536,1,514751,7.8544769287109375
HRLSP,λ<=log n,65536,1,508032,7.751953125
HRLSP,λ<=log n,65536,1,517777,7.9006500244140625
HRLSP,λ<=log n,65536,1,487880,7.4444580078125
HRLSP,λ<=log n,65536,1,491938,7.506378173828125
HRLSP,λ<=log n,65536,1,518406,7.910247802734375
HRLSP,λ<=log n,65536,1,504139,7.6925506591796875
HRLSP,λ<=log n,65536,1,479665,7.3191070556640625
HRLSP,λ<=log n,65536,1,479506,7.316680908203125
HRLSP,λ<=log n,65536,1,461609,7.0435943603515625
HRLSP,λ<=log n,65536,1,453225,6.9156646728515625
HRLSP,λ<=log n,65536,1,513164,7.83026123046875
HRLSP,λ<=log n,65536,1,498424,7.6053466796875
HRLSP,λ<=log n,65536,1,482795,7.3668670654296875
HRLSP,λ<=log n,65536,1,531562,8.110992431640625
HRLSP,λ<=log n,65536,1,471529,7.1949615478515625
HRLSP,λ<=log n,65536,1,467369,7.1314849853515625
HRLSP,λ<=log n,65536,1,513456,7.834716796875
HRLSP,λ<=log n,65536,1,469325,7.1613311767578125
HRLSP,λ<=log n,65536,1,481868,7.35272216796875
HRLSP,λ<=log n,65536,1,490249,7.4806060791015625
HRLSP,λ<=log n,65536,1,460883,7.0325164794921875
HRLSP,λ<=log n,65536,1,457392,6.979248046875
HRLSP,λ<=log n,65536,1,493957,7.5371856689453125
HRLSP,λ<=log n,65536,1,460468,7.02618408203125
HRLSP,λ<=log n,65536,1,518429,7.9105987548828125
HRLSP,λ<=log n,65536,1,481500,7.34710693359375
HRLSP,λ<=log n,65536,1,494401,7.5439605712890625
HRLSP,λ<=log n,65536,1,465732,7.10650634765625
HRLSP,λ<=log n,65536,1,499453,7.6210479736328125
HRLSP,λ<=log n,65536,1,521053,7.9506378173828125
HRLSP,λ<=log n,65536,1,488647,7.4561614990234375
HRLSP,λ<=log n,65536,1,484338,7.390411376953125
HRLSP,λ<=log n,65536,1,462430,7.056121826171875
HRLSP,λ<=log n,65536,1,480013,7.3244171142578125
HRLSP,λ<=log n,65536,1,483755,7.3815155029296875
HRLSP,λ<=log n,65536,1,474175,7.2353363037109375
HRLSP,λ<=log n,65536,1,525277,8.015090942382812
HRLSP,λ<=log n,65536,1,458043,6.9891815185546875
HRLSP,λ<=log n,65536,1,460072,7.0201416015625
HRLSP,λ<=log n,65536,1,546442,8.338043212890625
HRLSP,λ<=log n,65536,1,474398,7.238739013671875
HRLSP,λ<=log n,65536,1,476859,7.2762908935546875
HRLSP,λ<=log n,65536,1,520705,7.9453277587890625
HRLSP,λ<=log n,65536,1,494618,7.547271728515625
HRLSP,λ<=log n,65536,1,504020,7.69073486328125
HRLSP,λ<=log n,65536,1,476954,7.277740478515625
HRLSP,λ<=log n,65536,1,452645,6.9068145751953125
HRLSP,λ<=log n,65536,1,497354,7.589019775390625
HRLSP,λ<=log n,65536,1,508536,7.7596435546875
HRLSP,λ<=log n,65536,1,498698,7.609527587890625
HRLSP,λ<=log n,65536,1,474044,7.23333740234375
HRLSP,λ<=log n,65536,1,451774,6.893524169921875
HRLSP,λ<=log n,65536,1,461534,7.042449951171875
HRLSP,λ<=log n,65536,1,524180,7.99835205078125
HRLSP,λ<=log n,65536,1,499952,7.628662109375
HRLSP,λ<=log n,65536,1,522550,7.973480224609375
HRLSP,λ<=log n,65536,1,538363,8.214767456054688
HRLSP,λ<=log n,65536,1,541902,8.268768310546875
HRLSP,λ<=log n,65536,1,481945,7.3538970947265625
HRLSP,λ<=log n,65536,1,499946,7.628570556640625
HRLSP,λ<=log n,65536,1,470810,7.183990478515625
HRLSP,λ<=log n,65536,1,495899,7.5668182373046875
HRLSP,λ<=log n,65536,1,564512,8.61376953125
HRLSP,λ<=log n,65536,1,504165,7.6929473876953125
HRLSP,λ<=log n,65536,1,499822,7.626678466796875
HRLSP,λ<=log n,65536,1,464872,7.0933837890625
HRLSP,λ<=log n,65536,1,462377,7.0553131103515625
HRLSP,λ<=log n,65536,1,469605,7.1656036376953125
HRLSP,λ<=log n,65536,1,503410,7.681427001953125
HRLSP,λ<=log n,65536,1,483011,7.3701629638671875
HRLSP,λ<=log n,65536,1,457680,6.983642578125
HRLSP,λ<=log n,65536,1,516671,7.8837738037109375
HRLSP,λ<=log n,65536,1,454002,6.927520751953125
HRLSP,λ<=log n,65536,1,503053,7.6759796142578125
HRLSP,λ<=log n,65536,1,481045,7.3401641845703125
HRLSP,λ<=log n,65536,1,448189,6.8388214111328125
HRLSP,λ<=log n,65536,1,469760,7.16796875
HRLSP,λ<=log n,65536,1,474909,7.2465362548828125
HRLSP,λ<=log n,65536,1,530944,8.1015625
HRLSP,λ<=log n,65536,1,498600,7.6080322265625
HRLSP,λ<=log n,65536,1,475729,7.2590484619140625
HRLSP,λ<=log n,65536,1,506073,7.7220611572265625
HRLSP,λ<=log n,65536,1,450060,6.86737060546875
HRLSP,λ<=log n,65536,1,492685,7.5177764892578125
HRLSP,λ<=log n,65536,1,504836,7.70318603515625
HRLSP,λ<=log n,65536,1,475587,7.2568817138671875
HRLSP,λ<=log n,65536,1,496904,7.5821533203125
HRLSP,λ<=log n,65536,1,460576,7.02783203125
HRLSP,λ<=log n,65536,1,498669,7.6090850830078125
HRLSP,λ<=log n,65536,1,495853,7.5661163330078125
HRLSP,λ<=log n,65536,1,480180,7.32696533203125
HRLSP,λ<=log n,65536,1,516888,7.8870849609375
HRLSP,λ<=log n,65536,1,456330,6.963043212890625
HSLSP,λ<=log n,65536,1,769557,11.742507934570312
HSLSP,λ<=log n,65536,1,735094,11.216644287109375
HSLSP,λ<=log n,65536,1,737002,11.245758056640625
HSLSP,λ<=log n,65536,1,692047,10.559799194335938
HSLSP,λ<=log n,65536,1,646512,9.864990234375
HSLSP,λ<=log n,65536,1,677830,10.342864990234375
HSLSP,λ<=log n,65536,1,663405,10.122756958007812
HSLSP,λ<=log n,65536,1,731791,11.166244506835938
HSLSP,λ<=log n,65536,1,746365,11.388626098632812
HSLSP,λ<=log n,65536,1,691706,10.554595947265625
HSLSP,λ<=log n,65536,1,774406,11.816497802734375
HSLSP,λ<=log n,65536,1,627273,9.571426391601562
HSLSP,λ<=log n,65536,1,744379,11.358322143554688
HSLSP,λ<=log n,65536,1,643221,9.814773559570312
HSLSP,λ<=log n,65536,1,728935,11.122665405273438
HSLSP,λ<=log n,65536,1,694292,10.59405517578125
HSLSP,λ<=log n,65536,1,648432,9.894287109375
HSLSP,λ<=log n,65536,1,782644,11.94219970703125
HSLSP,λ<=log n,65536,1,666423,10.168807983398438
HSLSP,λ<=log n,65536,1,681601,10.400405883789062
HSLSP,λ<=log n,65536,1,689688,10.5238037109375
HSLSP,λ<=log n,65536,1,750367,11.449691772460938
HSLSP,λ<=log n,65536,1,673872,10.282470703125
HSLSP,λ<=log n,65536,1,680888,10.3895263671875
HSLSP,λ<=log n,65536,1,672494,10.261444091796875
HSLSP,λ<=log n,65536,1,728257,11.112319946289062
HSLSP,λ<=log n,65536,1,712706,10.875030517578125
HSLSP,λ<=log n,65536,1,681093,10.392654418945312
HSLSP,λ<=log n,65536,1,704870,10.755462646484375
HSLSP,λ<=log n,65536,1,690284,10.53289794921875
HSLSP,λ<=log n,65536,1,664117,10.133621215820312
HSLSP,λ<=log n,65536,1,629786,9.609771728515625
HSLSP,λ<=log n,65536,1,783232,11.951171875
HSLSP,λ<=log n,65536,1,687523,10.490768432617188
HSLSP,λ<=log n,65536,1,767766,11.715179443359375
HSLSP,λ<=log n,65536,1,661457,10.093032836914062
HSLSP,λ<=log n,65536,1,657637,10.034744262695312
HSLSP,λ<=log n,65536,1,746983,11.398056030273438
HSLSP,λ<=log n,65536,1,764241,11.661392211914062
HSLSP,λ<=log n,65536,1,695307,10.609542846679688
HSLSP,λ<=log n,65536,1,668170,10.195465087890625
HSLSP,λ<=log n,65536,1,665332,10.15216064453125
HSLSP,λ<=log n,65536,1,678496,10.35302734375
HSLSP,λ<=log n,65536,1,689361,10.518814086914062
HSLSP,λ<=log n,65536,1,707786,10.799957275390625
HSLSP,λ<=log n,65536,1,687738,10.494049072265625
HSLSP,λ<=log n,65536,1,651106,9.935089111328125
HSLSP,λ<=log n,65536,1,658089,10.041641235351562
HSLSP,λ<=log n,65536,1,717730,10.951690673828125
HSLSP,λ<=log n,65536,1,678067,10.346481323242188
HSLSP,λ<=log n,65536,1,801368,12.2279052734375
HSLSP,λ<=log n,65536,1,741435,11.313400268554688
HSLSP,λ<=log n,65536,1,803476,12.26007080078125
HSLSP,λ<=log n,65536,1,671384,10.2445068359375
HSLSP,λ<=log n,65536,1,741747,11.318161010742188
HSLSP,λ<=log n,65536,1,641203,9.783981323242188
HSLSP,λ<=log n,65536,1,765388,11.67889404296875
HSLSP,λ<=log n,65536,1,696652,10.63006591796875
HSLSP,λ<=log n,65536,1,636721,9.715591430664062
HSLSP,λ<=log n,65536,1,732954,11.183990478515625
HSLSP,λ<=log n,65536,1,680193,10.378921508789062
HSLSP,λ<=log n,65536,1,708133,10.805252075195312
HSLSP,λ<=log n,65536,1,667222,10.180999755859375
HSLSP,λ<=log n,65536,1,811753,12.386367797851562
HSLSP,λ<=log n,65536,1,692664,10.5692138671875
HSLSP,λ<=log n,65536,1,644877,9.840042114257812
HSLSP,λ<=log n,65536,1,727998,11.108367919921875
HSLSP,λ<=log n,65536,1,678580,10.35430908203125
HSLSP,λ<=log n,65536,1,666913,10.176284790039062
HSLSP,λ<=log n,65536,1,691000,10.5438232421875
HSLSP,λ<=log n,65536,1,704167,10.744735717773438
HSLSP,λ<=log n,65536,1,692426,10.565582275390625
HSLSP,λ<=log n,65536,1,674488,10.2918701171875
HSLSP,λ<=log n,65536,1,668040,10.1934814453125
HSLSP,λ<=log n,65536,1,700303,10.685775756835938
HSLSP,λ<=log n,65536,1,650872,9.9315185546875
HSLSP,λ<=log n,65536,1,769614,11.743377685546875
HSLSP,λ<=log n,65536,1,665114,10.148834228515625
HSLSP,λ<=log n,65536,1,687292,10.48724365234375
HSLSP,λ<=log n,65536,1,718377,10.961563110351562
HSLSP,λ<=log n,65536,1,689553,10.521743774414062
HSLSP,λ<=log n,65536,1,707137,10.790054321289062
HSLSP,λ<=log n,65536,1,670433,10.229995727539062
HSLSP,λ<=log n,65536,1,776444,11.84759521484375
HSLSP,λ<=log n,65536,1,737611,11.255050659179688
HSLSP,λ<=log n,65536,1,722127,11.018783569335938
HSLSP,λ<=log n,65536,1,677596,10.33929443359375
HSLSP,λ<=log n,65536,1,710681,10.844131469726562
HSLSP,λ<=log n,65536,1,772065,11.780776977539062
HSLSP,λ<=log n,65536,1,759753,11.592910766601562
HSLSP,λ<=log n,65536,1,677215,10.333480834960938
HSLSP,λ<=log n,65536,1,657523,10.033004760742188
HSLSP,λ<=log n,65536,1,718553,10.964248657226562
HSLSP,λ<=log n,65536,1,638478,9.742401123046875
HSLSP,λ<=log n,65536,1,674052,10.28521728515625
HSLSP,λ<=log n,65536,1,685874,10.465606689453125
HSLSP,λ<=log n,65536,1,716824,10.9378662109375
HSLSP,λ<=log n,65536,1,669526,10.216156005859375
HSLSP,λ<=log n,65536,1,695902,10.618621826171875
HSLSP,λ<=log n,65536,1,754992,11.520263671875
HSDMP,λ<=log n,65536,1,746448,11.389892578125
HSDMP,λ<=log n,65536,1,724519,11.055282592773438
HSDMP,λ<=log n,65536,1,725436,11.06927490234375
HSDMP,λ<=log n,65536,1,682140,10.40863037109375
HSDMP,λ<=log n,65536,1,758414,11.572479248046875
HSDMP,λ<=log n,65536,1,912064,13.9169921875
HSDMP,λ<=log n,65536,1,738899,11.274703979492188
HSDMP,λ<=log n,65536,1,751015,11.459579467773438
HSDMP,λ<=log n,65536,1,632643,9.653366088867188
HSDMP,λ<=log n,65536,1,667236,10.18121337890625
HSDMP,λ<=log n,65536,1,631436,9.63494873046875
HSDMP,λ<=log n,65536,1,757868,11.56414794921875
HSDMP,λ<=log n,65536,1,633139,9.660934448242188
HSDMP,λ<=log n,65536,1,642997,9.811355590820312
HSDMP,λ<=log n,65536,1,818246,12.485443115234375
HSDMP,λ<=log n,65536,1,743638,11.347015380859375
HSDMP,λ<=log n,65536,1,786588,12.00238037109375
HSDMP,λ<=log n,65536,1,670369,10.229019165039062
HSDMP,λ<=log n,65536,1,773760,11.806640625
HSDMP,λ<=log n,65536,1,756933,11.549880981445312
HSDMP,λ<=log n,65536,1,922318,14.073455810546875
HSDMP,λ<=log n,65536,1,638528,9.7431640625
HSDMP,λ<=log n,65536,1,809023,12.344711303710938
HSDMP,λ<=log n,65536,1,677149,10.332473754882812
HSDMP,λ<=log n,65536,1,667285,10.181961059570312
HSDMP,λ<=log n,65536,1,746830,11.395721435546875
HSDMP,λ<=log n,65536,1,637242,9.723541259765625
HSDMP,λ<=log n,65536,1,626857,9.565078735351562
HSDMP,λ<=log n,65536,1,773995,11.810226440429688
HSDMP,λ<=log n,65536,1,722948,11.03131103515625
HSDMP,λ<=log n,65536,1,752354,11.480010986328125
HSDMP,λ<=log n,65536,1,968620,14.77996826171875
HSDMP,λ<=log n,65536,1,857665,13.086929321289062
HSDMP,λ<=log n,65536,1,836105,12.757949829101562
HSDMP,λ<=log n,65536,1,666019,10.162643432617188
HSDMP,λ<=log n,65536,1,838167,12.789413452148438
HSDMP,λ<=log n,65536,1,644063,9.827621459960938
HSDMP,λ<=log n,65536,1,733012,11.18487548828125
HSDMP,λ<=log n,65536,1,623205,9.509353637695312
HSDMP,λ<=log n,65536,1,800526,12.215057373046875
HSDMP,λ<=log n,65536,1,748364,11.41912841796875
HSDMP,λ<=log n,65536,1,716316,10.93011474609375
HSDMP,λ<=log n,65536,1,681084,10.39251708984375
HSDMP,λ<=log n,65536,1,660005,10.070877075195312
HSDMP,λ<=log n,65536,1,708067,10.804244995117188
HSDMP,λ<=log n,65536,1,725910,11.076507568359375
HSDMP,λ<=log n,65536,1,656754,10.021270751953125
HSDMP,λ<=log n,65536,1,675142,10.301849365234375
HSDMP,λ<=log n,65536,1,676789,10.326980590820312
HSDMP,λ<=log n,65536,1,930867,14.203903198242188
HSDMP,λ<=log n,65536,1,806197,12.301589965820312
HSDMP,λ<=log n,65536,1,729694,11.134246826171875
HSDMP,λ<=log n,65536,1,689825,10.525894165039062
HSDMP,λ<=log n,65536,1,624705,9.532241821289062
HSDMP,λ<=log n,65536,1,714418,10.901153564453125
HSDMP,λ<=log n,65536,1,611791,9.335189819335938
HSDMP,λ<=log n,65536,1,714825,10.907363891601562
HSDMP,λ<=log n,65536,1,741414,11.313079833984375
HSDMP,λ<=log n,65536,1,886972,13.53411865234375
HSDMP,λ<=log n,65536,1,728682,11.118804931640625
HSDMP,λ<=log n,65536,1,703854,10.739959716796875
HSDMP,λ<=log n,65536,1,702054,10.712493896484375
HSDMP,λ<=log n,65536,1,836076,12.75750732421875
HSDMP,λ<=log n,65536,1,657862,10.038177490234375
HSDMP,λ<=log n,65536,1,830540,12.67303466796875
HSDMP,λ<=log n,65536,1,762802,11.639434814453125
HSDMP,λ<=log n,65536,1,718972,10.97064208984375
HSDMP,λ<=log n,65536,1,730768,11.150634765625
HSDMP,λ<=log n,65536,1,764493,11.665237426757812
HSDMP,λ<=log n,65536,1,657095,10.026473999023438
HSDMP,λ<=log n,65536,1,907414,13.846038818359375
HSDMP,λ<=log n,65536,1,761393,11.617935180664062
HSDMP,λ<=log n,65536,1,648257,9.891616821289062
HSDMP,λ<=log n,65536,1,631447,9.635116577148438
HSDMP,λ<=log n,65536,1,682251,10.410324096679688
HSDMP,λ<=log n,65536,1,764946,11.672149658203125
HSDMP,λ<=log n,65536,1,742103,11.323593139648438
HSDMP,λ<=log n,65536,1,718166,10.958343505859375
HSDMP,λ<=log n,65536,1,766105,11.689834594726562
HSDMP,λ<=log n,65536,1,661253,10.089920043945312
HSDMP,λ<=log n,65536,1,719886,10.984588623046875
HSDMP,λ<=log n,65536,1,761357,11.617385864257812
HSDMP,λ<=log n,65536,1,592183,9.035995483398438
HSDMP,λ<=log n,65536,1,824728,12.5843505859375
HSDMP,λ<=log n,65536,1,622257,9.494888305664062
HSDMP,λ<=log n,65536,1,712975,10.879135131835938
HSDMP,λ<=log n,65536,1,646578,9.865997314453125
HSDMP,λ<=log n,65536,1,654857,9.992324829101562
HSDMP,λ<=log n,65536,1,572823,8.740585327148438
HSDMP,λ<=log n,65536,1,699816,10.6783447265625
HSDMP,λ<=log n,65536,1,738056,11.2618408203125
HSDMP,λ<=log n,65536,1,764353,11.663101196289062
HSDMP,λ<=log n,65536,1,721030,11.002044677734375
HSDMP,λ<=log n,65536,1,717640,10.9503173828125
HSDMP,λ<=log n,65536,1,698349,10.655960083007812
HSDMP,λ<=log n,65536,1,671968,10.25341796875
HSDMP,λ<=log n,65536,1,828391,12.640243530273438
HSDMP,λ<=log n,65536,1,762958,11.641815185546875
HSDMP,λ<=log n,65536,1,660952,10.0853271484375
HSDMP,λ<=log n,65536,1,742057,11.322891235351562
HRDMP,λ<=log n,65536,1,408295,6.2300872802734375
HRDMP,λ<=log n,65536,1,409967,6.2555999755859375
HRDMP,λ<=log n,65536,1,392566,5.990081787109375
HRDMP,λ<=log n,65536,1,417383,6.3687591552734375
HRDMP,λ<=log n,65536,1,420599,6.4178314208984375
HRDMP,λ<=log n,65536,1,399618,6.097686767578125
HRDMP,λ<=log n,65536,1,405808,6.192138671875
HRDMP,λ<=log n,65536,1,434518,6.630218505859375
HRDMP,λ<=log n,65536,1,404650,6.174468994140625
HRDMP,λ<=log n,65536,1,440853,6.7268829345703125
HRDMP,λ<=log n,65536,1,431159,6.5789642333984375
HRDMP,λ<=log n,65536,1,425039,6.4855804443359375
HRDMP,λ<=log n,65536,1,443529,6.7677154541015625
HRDMP,λ<=log n,65536,1,434379,6.6280975341796875
HRDMP,λ<=log n,65536,1,450697,6.8770904541015625
HRDMP,λ<=log n,65536,1,397277,6.0619659423828125
HRDMP,λ<=log n,65536,1,483682,7.380401611328125
HRDMP,λ<=log n,65536,1,426614,6.509613037109375
HRDMP,λ<=log n,65536,1,435056,6.638427734375
HRDMP,λ<=log n,65536,1,408001,6.2256011962890625
HRDMP,λ<=log n,65536,1,424002,6.469757080078125
HRDMP,λ<=log n,65536,1,436373,6.6585235595703125
HRDMP,λ<=log n,65536,1,397509,6.0655059814453125
HRDMP,λ<=log n,65536,1,395606,6.036468505859375
HRDMP,λ<=log n,65536,1,382952,5.8433837890625
HRDMP,λ<=log n,65536,1,440458,6.720855712890625
HRDMP,λ<=log n,65536,1,409990,6.255950927734375
HRDMP,λ<=log n,65536,1,420383,6.4145355224609375
HRDMP,λ<=log n,65536,1,382321,5.8337554931640625
HRDMP,λ<=log n,65536,1,397655,6.0677337646484375
HRDMP,λ<=log n,65536,1,405662,6.189910888671875
HRDMP,λ<=log n,65536,1,409565,6.2494659423828125
HRDMP,λ<=log n,65536,1,407782,6.222259521484375
HRDMP,λ<=log n,65536,1,439604,6.70782470703125
HRDMP,λ<=log n,65536,1,415123,6.3342742919921875
HRDMP,λ<=log n,65536,1,424343,6.4749603271484375
HRDMP,λ<=log n,65536,1,398472,6.0802001953125
HRDMP,λ<=log n,65536,1,403624,6.1588134765625
HRDMP,λ<=log n,65536,1,405000,6.1798095703125
HRDMP,λ<=log n,65536,1,420738,6.419952392578125
HRDMP,λ<=log n,65536,1,431041,6.5771636962890625
HRDMP,λ<=log n,65536,1,393992,6.0118408203125
HRDMP,λ<=log n,65536,1,437487,6.6755218505859375
HRDMP,λ<=log n,65536,1,455615,6.9521331787109375
HRDMP,λ<=log n,65536,1,410828,6.26873779296875
HRDMP,λ<=log n,65536,1,387847,5.9180755615234375
HRDMP,λ<=log n,65536,1,395927,6.0413665771484375
HRDMP,λ<=log n,65536,1,451660,6.89178466796875
HRDMP,λ<=log n,65536,1,436632,6.6624755859375
HRDMP,λ<=log n,65536,1,411939,6.2856903076171875
HRDMP,λ<=log n,65536,1,413178,6.304595947265625
HRDMP,λ<=log n,65536,1,401469,6.1259307861328125
HRDMP,λ<=log n,65536,1,390100,5.95245361328125
HRDMP,λ<=log n,65536,1,465796,7.10748291015625
HRDMP,λ<=log n,65536,1,441119,6.7309417724609375
HRDMP,λ<=log n,65536,1,409147,6.2430877685546875
HRDMP,λ<=log n,65536,1,457698,6.983917236328125
HRDMP,λ<=log n,65536,1,447006,6.820770263671875
HRDMP,λ<=log n,65536,1,419066,6.394439697265625
HRDMP,λ<=log n,65536,1,395745,6.0385894775390625
HRDMP,λ<=log n,65536,1,431775,6.5883636474609375
HRDMP,λ<=log n,65536,1,389616,5.945068359375
HRDMP,λ<=log n,65536,1,428148,6.53302001953125
HRDMP,λ<=log n,65536,1,447159,6.8231048583984375
HRDMP,λ<=log n,65536,1,411590,6.280364990234375
HRDMP,λ<=log n,65536,1,406297,6.1996002197265625
HRDMP,λ<=log n,65536,1,422619,6.4486541748046875
HRDMP,λ<=log n,65536,1,456678,6.968353271484375
HRDMP,λ<=log n,65536,1,380148,5.80059814453125
HRDMP,λ<=log n,65536,1,402914,6.147979736328125
HRDMP,λ<=log n,65536,1,397269,6.0618438720703125
HRDMP,λ<=log n,65536,1,392093,5.9828643798828125
HRDMP,λ<=log n,65536,1,429327,6.5510101318359375
HRDMP,λ<=log n,65536,1,449057,6.8520660400390625
HRDMP,λ<=log n,65536,1,411964,6.28607177734375
HRDMP,λ<=log n,65536,1,394321,6.0168609619140625
HRDMP,λ<=log n,65536,1,421412,6.43023681640625
HRDMP,λ<=log n,65536,1,399705,6.0990142822265625
HRDMP,λ<=log n,65536,1,410275,6.2602996826171875
HRDMP,λ<=log n,65536,1,406697,6.2057037353515625
HRDMP,λ<=log n,65536,1,420773,6.4204864501953125
HRDMP,λ<=log n,65536,1,432154,6.594146728515625
HRDMP,λ<=log n,65536,1,416599,6.3567962646484375
HRDMP,λ<=log n,65536,1,447125,6.8225860595703125
HRDMP,λ<=log n,65536,1,397259,6.0616912841796875
HRDMP,λ<=log n,65536,1,422890,6.452789306640625
HRDMP,λ<=log n,65536,1,453578,6.921051025390625
HRDMP,λ<=log n,65536,1,416636,6.35736083984375
HRDMP,λ<=log n,65536,1,406636,6.20477294921875
HRDMP,λ<=log n,65536,1,431608,6.5858154296875
HRDMP,λ<=log n,65536,1,430723,6.5723114013671875
HRDMP,λ<=log n,65536,1,428365,6.5363311767578125
HRDMP,λ<=log n,65536,1,428187,6.5336151123046875
HRDMP,λ<=log n,65536,1,412378,6.292388916015625
HRDMP,λ<=log n,65536,1,429793,6.5581207275390625
HRDMP,λ<=log n,65536,1,437667,6.6782684326171875
HRDMP,λ<=log n,65536,1,420149,6.4109649658203125
HRDMP,λ<=log n,65536,1,416118,6.349456787109375
HRDMP,λ<=log n,65536,1,424354,6.475128173828125
HRDMP,λ<=log n,65536,1,406956,6.20965576171875
HHDMP,λ<=log n,65536,1,378572,5.77655029296875
HHDMP,λ<=log n,65536,1,385967,5.8893890380859375
HHDMP,λ<=log n,65536,1,406151,6.1973724365234375
HHDMP,λ<=log n,65536,1,439521,6.7065582275390625
HHDMP,λ<=log n,65536,1,409571,6.2495574951171875
HHDMP,λ<=log n,65536,1,413908,6.31573486328125
HHDMP,λ<=log n,65536,1,449463,6.8582611083984375
HHDMP,λ<=log n,65536,1,458048,6.9892578125
HHDMP,λ<=log n,65536,1,467146,7.128082275390625
HHDMP,λ<=log n,65536,1,470191,7.1745452880859375
HHDMP,λ<=log n,65536,1,431625,6.5860748291015625
HHDMP,λ<=log n,65536,1,391804,5.97845458984375
HHDMP,λ<=log n,65536,1,422973,6.4540557861328125
HHDMP,λ<=log n,65536,1,410325,6.2610626220703125
HHDMP,λ<=log n,65536,1,423799,6.4666595458984375
HHDMP,λ<=log n,65536,1,399333,6.0933380126953125
HHDMP,λ<=log n,65536,1,395312,6.031982421875
HHDMP,λ<=log n,65536,1,406350,6.200408935546875
HHDMP,λ<=log n,65536,1,431216,6.579833984375
HHDMP,λ<=log n,65536,1,393133,5.9987335205078125
HHDMP,λ<=log n,65536,1,407435,6.2169647216796875
HHDMP,λ<=log n,65536,1,452638,6.906707763671875
HHDMP,λ<=log n,65536,1,426875,6.5135955810546875
HHDMP,λ<=log n,65536,1,406729,6.2061920166015625
HHDMP,λ<=log n,65536,1,405100,6.18133544921875
HHDMP,λ<=log n,65536,1,412903,6.3003997802734375
HHDMP,λ<=log n,65536,1,388649,5.9303131103515625
HHDMP,λ<=log n,65536,1,411594,6.280426025390625
HHDMP,λ<=log n,65536,1,390125,5.9528350830078125
HHDMP,λ<=log n,65536,1,400643,6.1133270263671875
HHDMP,λ<=log n,65536,1,432112,6.593505859375
HHDMP,λ<=log n,65536,1,397753,6.0692291259765625
HHDMP,λ<=log n,65536,1,376266,5.741363525390625
HHDMP,λ<=log n,65536,1,427311,6.5202484130859375
HHDMP,λ<=log n,65536,1,450438,6.873138427734375
HHDMP,λ<=log n,65536,1,418623,6.3876800537109375
HHDMP,λ<=log n,65536,1,427176,6.5181884765625
HHDMP,λ<=log n,65536,1,435302,6.642181396484375
HHDMP,λ<=log n,65536,1,401427,6.1252899169921875
HHDMP,λ<=log n,65536,1,431297,6.5810699462890625
HHDMP,λ<=log n,65536,1,406587,6.2040252685546875
HHDMP,λ<=log n,65536,1,403236,6.15289306640625
HHDMP,λ<=log n,65536,1,404467,6.1716766357421875
HHDMP,λ<=log n,65536,1,410427,6.2626190185546875
HHDMP,λ<=log n,65536,1,421999,6.4391937255859375
HHDMP,λ<=log n,65536,1,414464,6.32421875
HHDMP,λ<=log n,65536,1,434988,6.63739013671875
HHDMP,λ<=log n,65536,1,410519,6.2640228271484375
HHDMP,λ<=log n,65536,1,409927,6.2549896240234375
HHDMP,λ<=log n,65536,1,462147,7.0518035888671875
HHDMP,λ<=log n,65536,1,436588,6.66180419921875
HHDMP,λ<=log n,65536,1,423507,6.4622039794921875
HHDMP,λ<=log n,65536,1,423535,6.4626312255859375
HHDMP,λ<=log n,65536,1,404666,6.174713134765625
HHDMP,λ<=log n,65536,1,430649,6.5711822509765625
HHDMP,λ<=log n,65536,1,404858,6.177642822265625
HHDMP,λ<=log n,65536,1,459722,7.014801025390625
HHDMP,λ<=log n,65536,1,405010,6.179962158203125
HHDMP,λ<=log n,65536,1,424286,6.474090576171875
HHDMP,λ<=log n,65536,1,398174,6.075653076171875
HHDMP,λ<=log n,65536,1,375246,5.725799560546875
HHDMP,λ<=log n,65536,1,383519,5.8520355224609375
HHDMP,λ<=log n,65536,1,400913,6.1174468994140625
HHDMP,λ<=log n,65536,1,400163,6.1060028076171875
HHDMP,λ<=log n,65536,1,448967,6.8506927490234375
HHDMP,λ<=log n,65536,1,390307,5.9556121826171875
HHDMP,λ<=log n,65536,1,441108,6.73077392578125
HHDMP,λ<=log n,65536,1,391468,5.97332763671875
HHDMP,λ<=log n,65536,1,401153,6.1211090087890625
HHDMP,λ<=log n,65536,1,414130,6.319122314453125
HHDMP,λ<=log n,65536,1,405315,6.1846160888671875
HHDMP,λ<=log n,65536,1,399516,6.09613037109375
HHDMP,λ<=log n,65536,1,408842,6.238433837890625
HHDMP,λ<=log n,65536,1,409020,6.24114990234375
HHDMP,λ<=log n,65536,1,394263,6.0159759521484375
HHDMP,λ<=log n,65536,1,406342,6.200286865234375
HHDMP,λ<=log n,65536,1,392093,5.9828643798828125
HHDMP,λ<=log n,65536,1,405896,6.1934814453125
HHDMP,λ<=log n,65536,1,463342,7.070037841796875
HHDMP,λ<=log n,65536,1,415218,6.335723876953125
HHDMP,λ<=log n,65536,1,447381,6.8264923095703125
HHDMP,λ<=log n,65536,1,391721,5.9771881103515625
HHDMP,λ<=log n,65536,1,404771,6.1763153076171875
HHDMP,λ<=log n,65536,1,412437,6.2932891845703125
HHDMP,λ<=log n,65536,1,399087,6.0895843505859375
HHDMP,λ<=log n,65536,1,387876,5.91851806640625
HHDMP,λ<=log n,65536,1,387857,5.9182281494140625
HHDMP,λ<=log n,65536,1,418821,6.3907012939453125
HHDMP,λ<=log n,65536,1,406349,6.2003936767578125
HHDMP,λ<=log n,65536,1,404415,6.1708831787109375
HHDMP,λ<=log n,65536,1,417002,6.362945556640625
HHDMP,λ<=log n,65536,1,393262,6.000701904296875
HHDMP,λ<=log n,65536,1,422912,6.453125
HHDMP,λ<=log n,65536,1,392972,5.99627685546875
HHDMP,λ<=log n,65536,1,390357,5.9563751220703125
HHDMP,λ<=log n,65536,1,406133,6.1970977783203125
HHDMP,λ<=log n,65536,1,440036,6.71441650390625
HHDMP,λ<=log n,65536,1,405219,6.1831512451171875
HHDMP,λ<=log n,65536,1,404347,6.1698455810546875
HHDMP,λ<=log n,65536,1,420846,6.421600341796875
HHLMP,λ<=log n,65536,1,404752,6.176025390625
HHLMP,λ<=log n,65536,1,411830,6.284027099609375
HHLMP,λ<=log n,65536,1,432505,6.5995025634765625
HHLMP,λ<=log n,65536,1,424511,6.4775238037109375
HHLMP,λ<=log n,65536,1,431063,6.5774993896484375
HHLMP,λ<=log n,65536,1,397039,6.0583343505859375
HHLMP,λ<=log n,65536,1,382138,5.830963134765625
HHLMP,λ<=log n,65536,1,405379,6.1855926513671875
HHLMP,λ<=log n,65536,1,399391,6.0942230224609375
HHLMP,λ<=log n,65536,1,557556,8.50762939453125
HHLMP,λ<=log n,65536,1,427507,6.5232391357421875
HHLMP,λ<=log n,65536,1,425278,6.489227294921875
HHLMP,λ<=log n,65536,1,406299,6.1996307373046875
HHLMP,λ<=log n,65536,1,432844,6.60467529296875
HHLMP,λ<=log n,65536,1,420467,6.4158172607421875
HHLMP,λ<=log n,65536,1,428914,6.544708251953125
HHLMP,λ<=log n,65536,1,392275,5.9856414794921875
HHLMP,λ<=log n,65536,1,437067,6.6691131591796875
HHLMP,λ<=log n,65536,1,430600,6.5704345703125
HHLMP,λ<=log n,65536,1,423293,6.4589385986328125
HHLMP,λ<=log n,65536,1,429361,6.5515289306640625
HHLMP,λ<=log n,65536,1,395823,6.0397796630859375
HHLMP,λ<=log n,65536,1,409478,6.248138427734375
HHLMP,λ<=log n,65536,1,424639,6.4794769287109375
HHLMP,λ<=log n,65536,1,406382,6.200897216796875
HHLMP,λ<=log n,65536,1,394088,6.0133056640625
HHLMP,λ<=log n,65536,1,416887,6.3611907958984375
HHLMP,λ<=log n,65536,1,409211,6.2440643310546875
HHLMP,λ<=log n,65536,1,386087,5.8912200927734375
HHLMP,λ<=log n,65536,1,452213,6.9002227783203125
HHLMP,λ<=log n,65536,1,438819,6.6958465576171875
HHLMP,λ<=log n,65536,1,421659,6.4340057373046875
HHLMP,λ<=log n,65536,1,426682,6.510650634765625
HHLMP,λ<=log n,65536,1,441643,6.7389373779296875
HHLMP,λ<=log n,65536,1,440210,6.717071533203125
HHLMP,λ<=log n,65536,1,415875,6.3457489013671875
HHLMP,λ<=log n,65536,1,419612,6.40277099609375
HHLMP,λ<=log n,65536,1,393675,6.0070037841796875
HHLMP,λ<=log n,65536,1,441262,6.733123779296875
HHLMP,λ<=log n,65536,1,450281,6.8707427978515625
HHLMP,λ<=log n,65536,1,437079,6.6692962646484375
HHLMP,λ<=log n,65536,1,388588,5.92938232421875
HHLMP,λ<=log n,65536,1,422537,6.4474029541015625
HHLMP,λ<=log n,65536,1,424543,6.4780120849609375
HHLMP,λ<=log n,65536,1,509192,7.7696533203125
HHLMP,λ<=log n,65536,1,442380,6.75018310546875
HHLMP,λ<=log n,65536,1,404839,6.1773529052734375
HHLMP,λ<=log n,65536,1,418764,6.38983154296875
HHLMP,λ<=log n,65536,1,437249,6.6718902587890625
HHLMP,λ<=log n,65536,1,411918,6.285369873046875
HHLMP,λ<=log n,65536,1,465525,7.1033477783203125
HHLMP,λ<=log n,65536,1,404467,6.1716766357421875
HHLMP,λ<=log n,65536,1,433456,6.614013671875
HHLMP,λ<=log n,65536,1,424845,6.4826202392578125
HHLMP,λ<=log n,65536,1,431060,6.57745361328125
HHLMP,λ<=log n,65536,1,399218,6.091583251953125
HHLMP,λ<=log n,65536,1,410874,6.269439697265625
HHLMP,λ<=log n,65536,1,434161,6.6247711181640625
HHLMP,λ<=log n,65536,1,436648,6.6627197265625
HHLMP,λ<=log n,65536,1,455356,6.94818115234375
HHLMP,λ<=log n,65536,1,431679,6.5868988037109375
HHLMP,λ<=log n,65536,1,413554,6.310333251953125
HHLMP,λ<=log n,65536,1,419917,6.4074249267578125
HHLMP,λ<=log n,65536,1,563349,8.596023559570312
HHLMP,λ<=log n,65536,1,411959,6.2859954833984375
HHLMP,λ<=log n,65536,1,465687,7.1058197021484375
HHLMP,λ<=log n,65536,1,404877,6.1779327392578125
HHLMP,λ<=log n,65536,1,408854,6.238616943359375
HHLMP,λ<=log n,65536,1,438459,6.6903533935546875
HHLMP,λ<=log n,65536,1,416366,6.353240966796875
HHLMP,λ<=log n,65536,1,507254,7.740081787109375
HHLMP,λ<=log n,65536,1,419480,6.4007568359375
HHLMP,λ<=log n,65536,1,426597,6.5093536376953125
HHLMP,λ<=log n,65536,1,426132,6.50225830078125
HHLMP,λ<=log n,65536,1,412464,6.293701171875
HHLMP,λ<=log n,65536,1,414648,6.3270263671875
HHLMP,λ<=log n,65536,1,431248,6.580322265625
HHLMP,λ<=log n,65536,1,406335,6.2001800537109375
HHLMP,λ<=log n,65536,1,427461,6.5225372314453125
HHLMP,λ<=log n,65536,1,401166,6.121307373046875
HHLMP,λ<=log n,65536,1,437810,6.680450439453125
HHLMP,λ<=log n,65536,1,429016,6.5462646484375
HHLMP,λ<=log n,65536,1,409157,6.2432403564453125
HHLMP,λ<=log n,65536,1,433478,6.614349365234375
HHLMP,λ<=log n,65536,1,406669,6.2052764892578125
HHLMP,λ<=log n,65536,1,458332,6.99359130859375
HHLMP,λ<=log n,65536,1,406783,6.2070159912109375
HHLMP,λ<=log n,65536,1,448759,6.8475189208984375
HHLMP,λ<=log n,65536,1,401999,6.1340179443359375
HHLMP,λ<=log n,65536,1,406625,6.2046051025390625
HHLMP,λ<=log n,65536,1,439090,6.699981689453125
HHLMP,λ<=log n,65536,1,434910,6.636199951171875
HHLMP,λ<=log n,65536,1,450193,6.8694000244140625
HHLMP,λ<=log n,65536,1,408435,6.2322235107421875
HHLMP,λ<=log n,65536,1,427044,6.51617431640625
HHLMP,λ<=log n,65536,1,431715,6.5874481201171875
HHLMP,λ<=log n,65536,1,384191,5.8622894287109375
HHLMP,λ<=log n,65536,1,395329,6.0322418212890625
HHLMP,λ<=log n,65536,1,428272,6.534912109375
HHLMP,λ<=log n,65536,1,396410,6.048736572265625
HRLMP,λ<=log n,65536,1,446656,6.8154296875
HRLMP,λ<=log n,65536,1,453361,6.9177398681640625
HRLMP,λ<=log n,65536,1,419492,6.40093994140625
HRLMP,λ<=log n,65536,1,414082,6.318389892578125
HRLMP,λ<=log n,65536,1,410563,6.2646942138671875
HRLMP,λ<=log n,65536,1,437520,6.676025390625
HRLMP,λ<=log n,65536,1,415131,6.3343963623046875
HRLMP,λ<=log n,65536,1,402482,6.141387939453125
HRLMP,λ<=log n,65536,1,401156,6.12115478515625
HRLMP,λ<=log n,65536,1,404684,6.17498779296875
HRLMP,λ<=log n,65536,1,451912,6.8956298828125
HRLMP,λ<=log n,65536,1,442834,6.757110595703125
HRLMP,λ<=log n,65536,1,470800,7.183837890625
HRLMP,λ<=log n,65536,1,457128,6.9752197265625
HRLMP,λ<=log n,65536,1,419264,6.3974609375
HRLMP,λ<=log n,65536,1,408228,6.22906494140625
HRLMP,λ<=log n,65536,1,412743,6.2979583740234375
HRLMP,λ<=log n,65536,1,385820,5.88714599609375
HRLMP,λ<=log n,65536,1,416975,6.3625335693359375
HRLMP,λ<=log n,65536,1,422697,6.4498443603515625
HRLMP,λ<=log n,65536,1,412945,6.3010406494140625
HRLMP,λ<=log n,65536,1,419272,6.3975830078125
HRLMP,λ<=log n,65536,1,413179,6.3046112060546875
HRLMP,λ<=log n,65536,1,416879,6.3610687255859375
HRLMP,λ<=log n,65536,1,421626,6.433502197265625
HRLMP,λ<=log n,65536,1,411802,6.283599853515625
HRLMP,λ<=log n,65536,1,482963,7.3694305419921875
HRLMP,λ<=log n,65536,1,412196,6.28961181640625
HRLMP,λ<=log n,65536,1,430434,6.567901611328125
HRLMP,λ<=log n,65536,1,401090,6.120147705078125
HRLMP,λ<=log n,65536,1,404328,6.1695556640625
HRLMP,λ<=log n,65536,1,425315,6.4897918701171875
HRLMP,λ<=log n,65536,1,419076,6.39459228515625
HRLMP,λ<=log n,65536,1,394593,6.0210113525390625
HRLMP,λ<=log n,65536,1,417649,6.3728179931640625
HRLMP,λ<=log n,65536,1,407661,6.2204132080078125
HRLMP,λ<=log n,65536,1,458689,6.9990386962890625
HRLMP,λ<=log n,65536,1,412143,6.2888031005859375
HRLMP,λ<=log n,65536,1,420967,6.4234466552734375
HRLMP,λ<=log n,65536,1,401379,6.1245574951171875
HRLMP,λ<=log n,65536,1,440645,6.7237091064453125
HRLMP,λ<=log n,65536,1,410011,6.2562713623046875
HRLMP,λ<=log n,65536,1,415087,6.3337249755859375
HRLMP,λ<=log n,65536,1,488306,7.450958251953125
HRLMP,λ<=log n,65536,1,462636,7.05926513671875
HRLMP,λ<=log n,65536,1,478527,7.3017425537109375
HRLMP,λ<=log n,65536,1,446543,6.8137054443359375
HRLMP,λ<=log n,65536,1,462050,7.050323486328125
HRLMP,λ<=log n,65536,1,420041,6.4093170166015625
HRLMP,λ<=log n,65536,1,412034,6.287139892578125
HRLMP,λ<=log n,65536,1,433114,6.608795166015625
HRLMP,λ<=log n,65536,1,429536,6.55419921875
HRLMP,λ<=log n,65536,1,433971,6.6218719482421875
HRLMP,λ<=log n,65536,1,415596,6.34149169921875
HRLMP,λ<=log n,65536,1,402590,6.143035888671875
HRLMP,λ<=log n,65536,1,447815,6.8331146240234375
HRLMP,λ<=log n,65536,1,443323,6.7645721435546875
HRLMP,λ<=log n,65536,1,430586,6.570220947265625
HRLMP,λ<=log n,65536,1,418666,6.388336181640625
HRLMP,λ<=log n,65536,1,386335,5.8950042724609375
HRLMP,λ<=log n,65536,1,462509,7.0573272705078125
HRLMP,λ<=log n,65536,1,418999,6.3934173583984375
HRLMP,λ<=log n,65536,1,451104,6.88330078125
HRLMP,λ<=log n,65536,1,422416,6.445556640625
HRLMP,λ<=log n,65536,1,394113,6.0136871337890625
HRLMP,λ<=log n,65536,1,408716,6.23651123046875
HRLMP,λ<=log n,65536,1,444661,6.7849884033203125
HRLMP,λ<=log n,65536,1,405880,6.1932373046875
HRLMP,λ<=log n,65536,1,404245,6.1682891845703125
HRLMP,λ<=log n,65536,1,402775,6.1458587646484375
HRLMP,λ<=log n,65536,1,423862,6.467620849609375
HRLMP,λ<=log n,65536,1,420503,6.4163665771484375
HRLMP,λ<=log n,65536,1,419352,6.3988037109375
HRLMP,λ<=log n,65536,1,416888,6.3612060546875
HRLMP,λ<=log n,65536,1,419580,6.40228271484375
HRLMP,λ<=log n,65536,1,426590,6.509246826171875
HRLMP,λ<=log n,65536,1,417312,6.36767578125
HRLMP,λ<=log n,65536,1,400935,6.1177825927734375
HRLMP,λ<=log n,65536,1,434034,6.622833251953125
HRLMP,λ<=log n,65536,1,432610,6.601104736328125
HRLMP,λ<=log n,65536,1,422825,6.4517974853515625
HRLMP,λ<=log n,65536,1,430403,6.5674285888671875
HRLMP,λ<=log n,65536,1,434334,6.627410888671875
HRLMP,λ<=log n,65536,1,398024,6.0733642578125
HRLMP,λ<=log n,65536,1,416998,6.362884521484375
HRLMP,λ<=log n,65536,1,399826,6.100860595703125
HRLMP,λ<=log n,65536,1,419744,6.40478515625
HRLMP,λ<=log n,65536,1,427384,6.5213623046875
HRLMP,λ<=log n,65536,1,423494,6.462005615234375
HRLMP,λ<=log n,65536,1,408637,6.2353057861328125
HRLMP,λ<=log n,65536,1,410531,6.2642059326171875
HRLMP,λ<=log n,65536,1,396859,6.0555877685546875
HRLMP,λ<=log n,65536,1,390109,5.9525909423828125
HRLMP,λ<=log n,65536,1,422202,6.442291259765625
HRLMP,λ<=log n,65536,1,426806,6.512542724609375
HRLMP,λ<=log n,65536,1,426417,6.5066070556640625
HRLMP,λ<=log n,65536,1,435104,6.63916015625
HRLMP,λ<=log n,65536,1,426161,6.5027008056640625
HRLMP,λ<=log n,65536,1,409286,6.245208740234375
HRLMP,λ<=log n,65536,1,436978,6.667755126953125
HSLMP,λ<=log n,65536,1,775286,11.829925537109375
HSLMP,λ<=log n,65536,1,899258,13.721588134765625
HSLMP,λ<=log n,65536,1,962486,14.686370849609375
HSLMP,λ<=log n,65536,1,947735,14.461288452148438
HSLMP,λ<=log n,65536,1,815673,12.446182250976562
HSLMP,λ<=log n,65536,1,728809,11.120742797851562
HSLMP,λ<=log n,65536,1,750779,11.455978393554688
HSLMP,λ<=log n,65536,1,729205,11.126785278320312
HSLMP,λ<=log n,65536,1,768348,11.72406005859375
HSLMP,λ<=log n,65536,1,813462,12.412445068359375
HSLMP,λ<=log n,65536,1,958213,14.621170043945312
HSLMP,λ<=log n,65536,1,740894,11.305145263671875
HSLMP,λ<=log n,65536,1,676808,10.3272705078125
HSLMP,λ<=log n,65536,1,900820,13.74542236328125
HSLMP,λ<=log n,65536,1,814100,12.42218017578125
HSLMP,λ<=log n,65536,1,824347,12.578536987304688
HSLMP,λ<=log n,65536,1,987170,15.063018798828125
HSLMP,λ<=log n,65536,1,750860,11.45721435546875
HSLMP,λ<=log n,65536,1,938275,14.316940307617188
HSLMP,λ<=log n,65536,1,861583,13.146713256835938
HSLMP,λ<=log n,65536,1,973111,14.848495483398438
HSLMP,λ<=log n,65536,1,933002,14.236480712890625
HSLMP,λ<=log n,65536,1,854979,13.045944213867188
HSLMP,λ<=log n,65536,1,887780,13.54644775390625
HSLMP,λ<=log n,65536,1,840125,12.819290161132812
HSLMP,λ<=log n,65536,1,675300,10.30426025390625
HSLMP,λ<=log n,65536,1,811851,12.387863159179688
HSLMP,λ<=log n,65536,1,844241,12.882095336914062
HSLMP,λ<=log n,65536,1,894265,13.645401000976562
HSLMP,λ<=log n,65536,1,702081,10.712905883789062
HSLMP,λ<=log n,65536,1,841144,12.8348388671875
HSLMP,λ<=log n,65536,1,861586,13.146759033203125
HSLMP,λ<=log n,65536,1,1024434,15.631622314453125
HSLMP,λ<=log n,65536,1,1042369,15.905288696289062
HSLMP,λ<=log n,65536,1,736410,11.236724853515625
HSLMP,λ<=log n,65536,1,924054,14.099945068359375
HSLMP,λ<=log n,65536,1,809125,12.346267700195312
HSLMP,λ<=log n,65536,1,786315,11.998214721679688
HSLMP,λ<=log n,65536,1,770795,11.761398315429688
HSLMP,λ<=log n,65536,1,786191,11.996322631835938
HSLMP,λ<=log n,65536,1,748465,11.420669555664062
HSLMP,λ<=log n,65536,1,902756,13.77496337890625
HSLMP,λ<=log n,65536,1,911200,13.90380859375
HSLMP,λ<=log n,65536,1,807973,12.328689575195312
HSLMP,λ<=log n,65536,1,894757,13.652908325195312
HSLMP,λ<=log n,65536,1,802004,12.23760986328125
HSLMP,λ<=log n,65536,1,837900,12.78533935546875
HSLMP,λ<=log n,65536,1,914973,13.961380004882812
HSLMP,λ<=log n,65536,1,805929,12.297500610351562
HSLMP,λ<=log n,65536,1,808317,12.333938598632812
HSLMP,λ<=log n,65536,1,891076,13.59674072265625
HSLMP,λ<=log n,65536,1,903871,13.791976928710938
HSLMP,λ<=log n,65536,1,825279,12.592758178710938
HSLMP,λ<=log n,65536,1,790727,12.065536499023438
HSLMP,λ<=log n,65536,1,832219,12.698654174804688
HSLMP,λ<=log n,65536,1,1208719,18.443588256835938
HSLMP,λ<=log n,65536,1,1036997,15.823318481445312
HSLMP,λ<=log n,65536,1,764673,11.667984008789062
HSLMP,λ<=log n,65536,1,808634,12.338775634765625
HSLMP,λ<=log n,65536,1,792114,12.086700439453125
HSLMP,λ<=log n,65536,1,834353,12.731216430664062
HSLMP,λ<=log n,65536,1,880257,13.431655883789062
HSLMP,λ<=log n,65536,1,1002444,15.29608154296875
HSLMP,λ<=log n,65536,1,840542,12.825653076171875
HSLMP,λ<=log n,65536,1,766028,11.68865966796875
HSLMP,λ<=log n,65536,1,997422,15.219451904296875
HSLMP,λ<=log n,65536,1,733150,11.186981201171875
HSLMP,λ<=log n,65536,1,766383,11.694076538085938
HSLMP,λ<=log n,65536,1,758006,11.566253662109375
HSLMP,λ<=log n,65536,1,894940,13.65570068359375
HSLMP,λ<=log n,65536,1,799091,12.193161010742188
HSLMP,λ<=log n,65536,1,973788,14.85882568359375
HSLMP,λ<=log n,65536,1,867007,13.229476928710938
HSLMP,λ<=log n,65536,1,1045343,15.950668334960938
HSLMP,λ<=log n,65536,1,896088,13.6732177734375
HSLMP,λ<=log n,65536,1,731098,11.155670166015625
HSLMP,λ<=log n,65536,1,774178,11.813018798828125
HSLMP,λ<=log n,65536,1,869065,13.260879516601562
HSLMP,λ<=log n,65536,1,729279,11.127914428710938
HSLMP,λ<=log n,65536,1,1014955,15.486984252929688
HSLMP,λ<=log n,65536,1,825301,12.593093872070312
HSLMP,λ<=log n,65536,1,896095,13.673324584960938
HSLMP,λ<=log n,65536,1,1004722,15.330841064453125
HSLMP,λ<=log n,65536,1,881772,13.45477294921875
HSLMP,λ<=log n,65536,1,801247,12.226058959960938
HSLMP,λ<=log n,65536,1,855359,13.051742553710938
HSLMP,λ<=log n,65536,1,703819,10.739425659179688
HSLMP,λ<=log n,65536,1,830858,12.677886962890625
HSLMP,λ<=log n,65536,1,771851,11.777511596679688
HSLMP,λ<=log n,65536,1,820433,12.518814086914062
HSLMP,λ<=log n,65536,1,842965,12.862625122070312
HSLMP,λ<=log n,65536,1,860153,13.124893188476562
HSLMP,λ<=log n,65536,1,786285,11.997756958007812
HSLMP,λ<=log n,65536,1,788393,12.029922485351562
HSLMP,λ<=log n,65536,1,768668,11.72894287109375
HSLMP,λ<=log n,65536,1,800908,12.22088623046875
HSLMP,λ<=log n,65536,1,898088,13.7037353515625
HSLMP,λ<=log n,65536,1,823471,12.565170288085938
HSLMP,λ<=log n,65536,1,861742,13.149139404296875
HSLMP,λ<=log n,65536,1,1078274,16.453155517578125
HSDIP,λ<=log n,65536,1,689530,10.521392822265625
HSDIP,λ<=log n,65536,1,756806,11.547943115234375
HSDIP,λ<=log n,65536,1,739430,11.282806396484375
HSDIP,λ<=log n,65536,1,725952,11.0771484375
HSDIP,λ<=log n,65536,1,692381,10.564895629882812
HSDIP,λ<=log n,65536,1,695893,10.618484497070312
HSDIP,λ<=log n,65536,1,666248,10.1661376953125
HSDIP,λ<=log n,65536,1,793044,12.10089111328125
HSDIP,λ<=log n,65536,1,798234,12.180084228515625
HSDIP,λ<=log n,65536,1,736764,11.24212646484375
HSDIP,λ<=log n,65536,1,728337,11.113540649414062
HSDIP,λ<=log n,65536,1,762680,11.6375732421875
HSDIP,λ<=log n,65536,1,702144,10.7138671875
HSDIP,λ<=log n,65536,1,719183,10.973861694335938
HSDIP,λ<=log n,65536,1,689139,10.515426635742188
HSDIP,λ<=log n,65536,1,729555,11.132125854492188
HSDIP,λ<=log n,65536,1,656541,10.018020629882812
HSDIP,λ<=log n,65536,1,662402,10.107452392578125
HSDIP,λ<=log n,65536,1,679422,10.367156982421875
HSDIP,λ<=log n,65536,1,733097,11.186172485351562
HSDIP,λ<=log n,65536,1,726255,11.081771850585938
HSDIP,λ<=log n,65536,1,756585,11.544570922851562
HSDIP,λ<=log n,65536,1,764120,11.6595458984375
HSDIP,λ<=log n,65536,1,706230,10.776214599609375
HSDIP,λ<=log n,65536,1,683249,10.425552368164062
HSDIP,λ<=log n,65536,1,881488,13.450439453125
HSDIP,λ<=log n,65536,1,725931,11.076828002929688
HSDIP,λ<=log n,65536,1,742412,11.32830810546875
HSDIP,λ<=log n,65536,1,719008,10.97119140625
HSDIP,λ<=log n,65536,1,733059,11.185592651367188
HSDIP,λ<=log n,65536,1,731421,11.160598754882812
HSDIP,λ<=log n,65536,1,726320,11.082763671875
HSDIP,λ<=log n,65536,1,703020,10.72723388671875
HSDIP,λ<=log n,65536,1,719780,10.98297119140625
HSDIP,λ<=log n,65536,1,755622,11.529876708984375
HSDIP,λ<=log n,65536,1,769054,11.734832763671875
HSDIP,λ<=log n,65536,1,760680,11.6070556640625
HSDIP,λ<=log n,65536,1,720130,10.988311767578125
HSDIP,λ<=log n,65536,1,705901,10.771194458007812
HSDIP,λ<=log n,65536,1,681556,10.39971923828125
HSDIP,λ<=log n,65536,1,757773,11.562698364257812
HSDIP,λ<=log n,65536,1,684787,10.449020385742188
HSDIP,λ<=log n,65536,1,749698,11.439483642578125
HSDIP,λ<=log n,65536,1,735308,11.21990966796875
HSDIP,λ<=log n,65536,1,701015,10.696640014648438
HSDIP,λ<=log n,65536,1,717227,10.944015502929688
HSDIP,λ<=log n,65536,1,689201,10.516372680664062
HSDIP,λ<=log n,65536,1,732411,11.175704956054688
HSDIP,λ<=log n,65536,1,753582,11.498748779296875
HSDIP,λ<=log n,65536,1,695024,10.605224609375
HSDIP,λ<=log n,65536,1,705061,10.758377075195312
HSDIP,λ<=log n,65536,1,812987,12.405197143554688
HSDIP,λ<=log n,65536,1,747865,11.411514282226562
HSDIP,λ<=log n,65536,1,719070,10.972137451171875
HSDIP,λ<=log n,65536,1,664952,10.1463623046875
HSDIP,λ<=log n,65536,1,723654,11.042083740234375
HSDIP,λ<=log n,65536,1,808639,12.338851928710938
HSDIP,λ<=log n,65536,1,667684,10.18804931640625
HSDIP,λ<=log n,65536,1,697521,10.643325805664062
HSDIP,λ<=log n,65536,1,706554,10.781158447265625
HSDIP,λ<=log n,65536,1,655090,9.995880126953125
HSDIP,λ<=log n,65536,1,760666,11.606842041015625
HSDIP,λ<=log n,65536,1,727388,11.09906005859375
HSDIP,λ<=log n,65536,1,690995,10.543746948242188
HSDIP,λ<=log n,65536,1,690485,10.535964965820312
HSDIP,λ<=log n,65536,1,802198,12.240570068359375
HSDIP,λ<=log n,65536,1,715655,10.920028686523438
HSDIP,λ<=log n,65536,1,742524,11.33001708984375
HSDIP,λ<=log n,65536,1,716846,10.938201904296875
HSDIP,λ<=log n,65536,1,719144,10.9732666015625
HSDIP,λ<=log n,65536,1,721606,11.010833740234375
HSDIP,λ<=log n,65536,1,642434,9.802764892578125
HSDIP,λ<=log n,65536,1,703019,10.727218627929688
HSDIP,λ<=log n,65536,1,695457,10.611831665039062
HSDIP,λ<=log n,65536,1,761565,11.620559692382812
HSDIP,λ<=log n,65536,1,711546,10.857330322265625
HSDIP,λ<=log n,65536,1,632944,9.657958984375
HSDIP,λ<=log n,65536,1,732724,11.18048095703125
HSDIP,λ<=log n,65536,1,701712,10.707275390625
HSDIP,λ<=log n,65536,1,728577,11.117202758789062
HSDIP,λ<=log n,65536,1,705825,10.770034790039062
HSDIP,λ<=log n,65536,1,688325,10.503005981445312
HSDIP,λ<=log n,65536,1,740043,11.292160034179688
HSDIP,λ<=log n,65536,1,722520,11.0247802734375
HSDIP,λ<=log n,65536,1,744029,11.352981567382812
HSDIP,λ<=log n,65536,1,728909,11.122268676757812
HSDIP,λ<=log n,65536,1,696129,10.622085571289062
HSDIP,λ<=log n,65536,1,692332,10.56414794921875
HSDIP,λ<=log n,65536,1,690127,10.530502319335938
HSDIP,λ<=log n,65536,1,689425,10.519790649414062
HSDIP,λ<=log n,65536,1,686869,10.480789184570312
HSDIP,λ<=log n,65536,1,711905,10.862808227539062
HSDIP,λ<=log n,65536,1,740924,11.30560302734375
HSDIP,λ<=log n,65536,1,731020,11.15447998046875
HSDIP,λ<=log n,65536,1,674957,10.299026489257812
HSDIP,λ<=log n,65536,1,776963,11.855514526367188
HSDIP,λ<=log n,65536,1,714759,10.906356811523438
HSDIP,λ<=log n,65536,1,676160,10.3173828125
HSDIP,λ<=log n,65536,1,792439,12.091659545898438
HSDIP,λ<=log n,65536,1,776985,11.855850219726562
HRDIP,λ<=log n,65536,1,485135,7.4025726318359375
HRDIP,λ<=log n,65536,1,504507,7.6981658935546875
HRDIP,λ<=log n,65536,1,491900,7.50579833984375
HRDIP,λ<=log n,65536,1,478963,7.3083953857421875
HRDIP,λ<=log n,65536,1,471644,7.19671630859375
HRDIP,λ<=log n,65536,1,491825,7.5046539306640625
HRDIP,λ<=log n,65536,1,489690,7.472076416015625
HRDIP,λ<=log n,65536,1,484077,7.3864288330078125
HRDIP,λ<=log n,65536,1,490100,7.47833251953125
HRDIP,λ<=log n,65536,1,543479,8.292831420898438
HRDIP,λ<=log n,65536,1,512205,7.8156280517578125
HRDIP,λ<=log n,65536,1,477638,7.288177490234375
HRDIP,λ<=log n,65536,1,491972,7.50689697265625
HRDIP,λ<=log n,65536,1,466548,7.11895751953125
HRDIP,λ<=log n,65536,1,484963,7.3999481201171875
HRDIP,λ<=log n,65536,1,505137,7.7077789306640625
HRDIP,λ<=log n,65536,1,503473,7.6823883056640625
HRDIP,λ<=log n,65536,1,490558,7.485321044921875
HRDIP,λ<=log n,65536,1,472378,7.207916259765625
HRDIP,λ<=log n,65536,1,470425,7.1781158447265625
HRDIP,λ<=log n,65536,1,474041,7.2332916259765625
HRDIP,λ<=log n,65536,1,484335,7.3903656005859375
HRDIP,λ<=log n,65536,1,491749,7.5034942626953125
HRDIP,λ<=log n,65536,1,509002,7.766754150390625
HRDIP,λ<=log n,65536,1,491727,7.5031585693359375
HRDIP,λ<=log n,65536,1,459574,7.012542724609375
HRDIP,λ<=log n,65536,1,466256,7.114501953125
HRDIP,λ<=log n,65536,1,524944,8.010009765625
HRDIP,λ<=log n,65536,1,485299,7.4050750732421875
HRDIP,λ<=log n,65536,1,510385,7.7878570556640625
HRDIP,λ<=log n,65536,1,477432,7.2850341796875
HRDIP,λ<=log n,65536,1,497838,7.596405029296875
HRDIP,λ<=log n,65536,1,476862,7.276336669921875
HRDIP,λ<=log n,65536,1,488500,7.45391845703125
HRDIP,λ<=log n,65536,1,478890,7.307281494140625
HRDIP,λ<=log n,65536,1,475285,7.2522735595703125
HRDIP,λ<=log n,65536,1,475250,7.251739501953125
HRDIP,λ<=log n,65536,1,497205,7.5867462158203125
HRDIP,λ<=log n,65536,1,515701,7.8689727783203125
HRDIP,λ<=log n,65536,1,502145,7.6621246337890625
HRDIP,λ<=log n,65536,1,496643,7.5781707763671875
HRDIP,λ<=log n,65536,1,491907,7.5059051513671875
HRDIP,λ<=log n,65536,1,517767,7.9004974365234375
HRDIP,λ<=log n,65536,1,495927,7.5672454833984375
HRDIP,λ<=log n,65536,1,475798,7.260101318359375
HRDIP,λ<=log n,65536,1,503657,7.6851959228515625
HRDIP,λ<=log n,65536,1,481793,7.3515777587890625
HRDIP,λ<=log n,65536,1,487172,7.43365478515625
HRDIP,λ<=log n,65536,1,510966,7.796722412109375
HRDIP,λ<=log n,65536,1,531363,8.107955932617188
HRDIP,λ<=log n,65536,1,492545,7.5156402587890625
HRDIP,λ<=log n,65536,1,515566,7.866912841796875
HRDIP,λ<=log n,65536,1,475287,7.2523040771484375
HRDIP,λ<=log n,65536,1,473329,7.2224273681640625
HRDIP,λ<=log n,65536,1,482932,7.36895751953125
HRDIP,λ<=log n,65536,1,511939,7.8115692138671875
HRDIP,λ<=log n,65536,1,478776,7.3055419921875
HRDIP,λ<=log n,65536,1,539846,8.237396240234375
HRDIP,λ<=log n,65536,1,484784,7.397216796875
HRDIP,λ<=log n,65536,1,483654,7.379974365234375
HRDIP,λ<=log n,65536,1,485924,7.41461181640625
HRDIP,λ<=log n,65536,1,482125,7.3566436767578125
HRDIP,λ<=log n,65536,1,482953,7.3692779541015625
HRDIP,λ<=log n,65536,1,471575,7.1956634521484375
HRDIP,λ<=log n,65536,1,446893,6.8190460205078125
HRDIP,λ<=log n,65536,1,491017,7.4923248291015625
HRDIP,λ<=log n,65536,1,516452,7.88043212890625
HRDIP,λ<=log n,65536,1,483636,7.37969970703125
HRDIP,λ<=log n,65536,1,505294,7.710174560546875
HRDIP,λ<=log n,65536,1,498692,7.60943603515625
HRDIP,λ<=log n,65536,1,475325,7.2528839111328125
HRDIP,λ<=log n,65536,1,461366,7.039886474609375
HRDIP,λ<=log n,65536,1,507303,7.7408294677734375
HRDIP,λ<=log n,65536,1,526713,8.037002563476562
HRDIP,λ<=log n,65536,1,483430,7.376556396484375
HRDIP,λ<=log n,65536,1,542272,8.2744140625
HRDIP,λ<=log n,65536,1,476063,7.2641448974609375
HRDIP,λ<=log n,65536,1,495838,7.565887451171875
HRDIP,λ<=log n,65536,1,500755,7.6409149169921875
HRDIP,λ<=log n,65536,1,520412,7.94085693359375
HRDIP,λ<=log n,65536,1,531878,8.115814208984375
HRDIP,λ<=log n,65536,1,498282,7.603179931640625
HRDIP,λ<=log n,65536,1,502969,7.6746978759765625
HRDIP,λ<=log n,65536,1,507912,7.7501220703125
HRDIP,λ<=log n,65536,1,481073,7.3405914306640625
HRDIP,λ<=log n,65536,1,484130,7.387237548828125
HRDIP,λ<=log n,65536,1,479519,7.3168792724609375
HRDIP,λ<=log n,65536,1,518892,7.91766357421875
HRDIP,λ<=log n,65536,1,524236,7.99920654296875
HRDIP,λ<=log n,65536,1,466264,7.1146240234375
HRDIP,λ<=log n,65536,1,503350,7.680511474609375
HRDIP,λ<=log n,65536,1,484176,7.387939453125
HRDIP,λ<=log n,65536,1,481734,7.350677490234375
HRDIP,λ<=log n,65536,1,483915,7.3839569091796875
HRDIP,λ<=log n,65536,1,475229,7.2514190673828125
HRDIP,λ<=log n,65536,1,480471,7.3314056396484375
HRDIP,λ<=log n,65536,1,497414,7.589935302734375
HRDIP,λ<=log n,65536,1,464717,7.0910186767578125
HRDIP,λ<=log n,65536,1,515931,7.8724822998046875
HRDIP,λ<=log n,65536,1,480256,7.328125
HHDIP,λ<=log n,65536,1,499966,7.628875732421875
HHDIP,λ<=log n,65536,1,539278,8.228729248046875
HHDIP,λ<=log n,65536,1,478800,7.305908203125
HHDIP,λ<=log n,65536,1,519525,7.9273223876953125
HHDIP,λ<=log n,65536,1,498574,7.607635498046875
HHDIP,λ<=log n,65536,1,560799,8.557113647460938
HHDIP,λ<=log n,65536,1,528695,8.067245483398438
HHDIP,λ<=log n,65536,1,511581,7.8061065673828125
HHDIP,λ<=log n,65536,1,515715,7.8691864013671875
HHDIP,λ<=log n,65536,1,502647,7.6697845458984375
HHDIP,λ<=log n,65536,1,537508,8.20172119140625
HHDIP,λ<=log n,65536,1,501039,7.6452484130859375
HHDIP,λ<=log n,65536,1,531981,8.117385864257812
HHDIP,λ<=log n,65536,1,510239,7.7856292724609375
HHDIP,λ<=log n,65536,1,495218,7.556427001953125
HHDIP,λ<=log n,65536,1,520431,7.9411468505859375
HHDIP,λ<=log n,65536,1,519952,7.933837890625
HHDIP,λ<=log n,65536,1,558438,8.521087646484375
HHDIP,λ<=log n,65536,1,495951,7.5676116943359375
HHDIP,λ<=log n,65536,1,480025,7.3246002197265625
HHDIP,λ<=log n,65536,1,487258,7.434967041015625
HHDIP,λ<=log n,65536,1,532757,8.129226684570312
HHDIP,λ<=log n,65536,1,547912,8.3604736328125
HHDIP,λ<=log n,65536,1,492530,7.515411376953125
HHDIP,λ<=log n,65536,1,534236,8.15179443359375
HHDIP,λ<=log n,65536,1,497362,7.589141845703125
HHDIP,λ<=log n,65536,1,507158,7.738616943359375
HHDIP,λ<=log n,65536,1,517752,7.9002685546875
HHDIP,λ<=log n,65536,1,515168,7.86083984375
HHDIP,λ<=log n,65536,1,510675,7.7922821044921875
HHDIP,λ<=log n,65536,1,496800,7.58056640625
HHDIP,λ<=log n,65536,1,505156,7.70806884765625
HHDIP,λ<=log n,65536,1,545432,8.3226318359375
HHDIP,λ<=log n,65536,1,495113,7.5548248291015625
HHDIP,λ<=log n,65536,1,577013,8.804519653320312
HHDIP,λ<=log n,65536,1,521307,7.9545135498046875
HHDIP,λ<=log n,65536,1,551750,8.419036865234375
HHDIP,λ<=log n,65536,1,542491,8.277755737304688
HHDIP,λ<=log n,65536,1,534428,8.15472412109375
HHDIP,λ<=log n,65536,1,570147,8.699752807617188
HHDIP,λ<=log n,65536,1,529173,8.074539184570312
HHDIP,λ<=log n,65536,1,537395,8.199996948242188
HHDIP,λ<=log n,65536,1,527418,8.047760009765625
HHDIP,λ<=log n,65536,1,478499,7.3013153076171875
HHDIP,λ<=log n,65536,1,485138,7.402618408203125
HHDIP,λ<=log n,65536,1,522617,7.9745025634765625
HHDIP,λ<=log n,65536,1,566709,8.647293090820312
HHDIP,λ<=log n,65536,1,500043,7.6300506591796875
HHDIP,λ<=log n,65536,1,488358,7.451751708984375
HHDIP,λ<=log n,65536,1,551745,8.418960571289062
HHDIP,λ<=log n,65536,1,505178,7.708404541015625
HHDIP,λ<=log n,65536,1,494578,7.546661376953125
HHDIP,λ<=log n,65536,1,552396,8.42889404296875
HHDIP,λ<=log n,65536,1,507591,7.7452239990234375
HHDIP,λ<=log n,65536,1,487719,7.4420013427734375
HHDIP,λ<=log n,65536,1,498653,7.6088409423828125
HHDIP,λ<=log n,65536,1,520144,7.936767578125
HHDIP,λ<=log n,65536,1,512499,7.8201141357421875
HHDIP,λ<=log n,65536,1,527496,8.0489501953125
HHDIP,λ<=log n,65536,1,590725,9.013748168945312
HHDIP,λ<=log n,65536,1,506129,7.7229156494140625
HHDIP,λ<=log n,65536,1,497354,7.589019775390625
HHDIP,λ<=log n,65536,1,551842,8.420440673828125
HHDIP,λ<=log n,65536,1,528475,8.063888549804688
HHDIP,λ<=log n,65536,1,512096,7.81396484375
HHDIP,λ<=log n,65536,1,486235,7.4193572998046875
HHDIP,λ<=log n,65536,1,535257,8.167373657226562
HHDIP,λ<=log n,65536,1,561344,8.5654296875
HHDIP,λ<=log n,65536,1,519225,7.9227447509765625
HHDIP,λ<=log n,65536,1,496012,7.56854248046875
HHDIP,λ<=log n,65536,1,567976,8.6666259765625
HHDIP,λ<=log n,65536,1,512779,7.8243865966796875
HHDIP,λ<=log n,65536,1,528882,8.070098876953125
HHDIP,λ<=log n,65536,1,528552,8.0650634765625
HHDIP,λ<=log n,65536,1,506772,7.73272705078125
HHDIP,λ<=log n,65536,1,547304,8.3511962890625
HHDIP,λ<=log n,65536,1,487990,7.446136474609375
HHDIP,λ<=log n,65536,1,487904,7.44482421875
HHDIP,λ<=log n,65536,1,523969,7.9951324462890625
HHDIP,λ<=log n,65536,1,525557,8.019363403320312
HHDIP,λ<=log n,65536,1,512260,7.81646728515625
HHDIP,λ<=log n,65536,1,526861,8.039260864257812
HHDIP,λ<=log n,65536,1,552706,8.433624267578125
HHDIP,λ<=log n,65536,1,509995,7.7819061279296875
HHDIP,λ<=log n,65536,1,503175,7.6778411865234375
HHDIP,λ<=log n,65536,1,498919,7.6128997802734375
HHDIP,λ<=log n,65536,1,515179,7.8610076904296875
HHDIP,λ<=log n,65536,1,500529,7.6374664306640625
HHDIP,λ<=log n,65536,1,510362,7.787506103515625
HHDIP,λ<=log n,65536,1,535274,8.167633056640625
HHDIP,λ<=log n,65536,1,527851,8.054367065429688
HHDIP,λ<=log n,65536,1,548556,8.37030029296875
HHDIP,λ<=log n,65536,1,535161,8.165908813476562
HHDIP,λ<=log n,65536,1,488764,7.45794677734375
HHDIP,λ<=log n,65536,1,502970,7.674713134765625
HHDIP,λ<=log n,65536,1,560988,8.55999755859375
HHDIP,λ<=log n,65536,1,540996,8.25494384765625
HHDIP,λ<=log n,65536,1,499511,7.6219329833984375
HHDIP,λ<=log n,65536,1,560111,8.546615600585938
HHDIP,λ<=log n,65536,1,499390,7.620086669921875
HHLIP,λ<=log n,65536,1,508751,7.7629241943359375
HHLIP,λ<=log n,65536,1,494697,7.5484771728515625
HHLIP,λ<=log n,65536,1,504412,7.69671630859375
HHLIP,λ<=log n,65536,1,515957,7.8728790283203125
HHLIP,λ<=log n,65536,1,513495,7.8353118896484375
HHLIP,λ<=log n,65536,1,496176,7.571044921875
HHLIP,λ<=log n,65536,1,489249,7.4653472900390625
HHLIP,λ<=log n,65536,1,528612,8.06597900390625
HHLIP,λ<=log n,65536,1,526799,8.038314819335938
HHLIP,λ<=log n,65536,1,498427,7.6053924560546875
HHLIP,λ<=log n,65536,1,531994,8.117584228515625
HHLIP,λ<=log n,65536,1,559099,8.531173706054688
HHLIP,λ<=log n,65536,1,510251,7.7858123779296875
HHLIP,λ<=log n,65536,1,546093,8.332717895507812
HHLIP,λ<=log n,65536,1,487490,7.438507080078125
HHLIP,λ<=log n,65536,1,524460,8.00262451171875
HHLIP,λ<=log n,65536,1,510737,7.7932281494140625
HHLIP,λ<=log n,65536,1,526307,8.030807495117188
HHLIP,λ<=log n,65536,1,521042,7.950469970703125
HHLIP,λ<=log n,65536,1,515024,7.858642578125
HHLIP,λ<=log n,65536,1,502861,7.6730499267578125
HHLIP,λ<=log n,65536,1,532887,8.131210327148438
HHLIP,λ<=log n,65536,1,545391,8.322006225585938
HHLIP,λ<=log n,65536,1,499459,7.6211395263671875
HHLIP,λ<=log n,65536,1,497911,7.5975189208984375
HHLIP,λ<=log n,65536,1,531254,8.106292724609375
HHLIP,λ<=log n,65536,1,523898,7.994049072265625
HHLIP,λ<=log n,65536,1,540912,8.253662109375
HHLIP,λ<=log n,65536,1,517335,7.8939056396484375
HHLIP,λ<=log n,65536,1,502005,7.6599884033203125
HHLIP,λ<=log n,65536,1,500119,7.6312103271484375
HHLIP,λ<=log n,65536,1,497931,7.5978240966796875
HHLIP,λ<=log n,65536,1,514231,7.8465423583984375
HHLIP,λ<=log n,65536,1,499586,7.623077392578125
HHLIP,λ<=log n,65536,1,500906,7.643218994140625
HHLIP,λ<=log n,65536,1,549013,8.377273559570312
HHLIP,λ<=log n,65536,1,499063,7.6150970458984375
HHLIP,λ<=log n,65536,1,492147,7.5095672607421875
HHLIP,λ<=log n,65536,1,528878,8.070037841796875
HHLIP,λ<=log n,65536,1,482168,7.3572998046875
HHLIP,λ<=log n,65536,1,532331,8.122726440429688
HHLIP,λ<=log n,65536,1,498165,7.6013946533203125
HHLIP,λ<=log n,65536,1,495195,7.5560760498046875
HHLIP,λ<=log n,65536,1,540333,8.244827270507812
HHLIP,λ<=log n,65536,1,491895,7.5057220458984375
HHLIP,λ<=log n,65536,1,510422,7.788421630859375
HHLIP,λ<=log n,65536,1,511932,7.81146240234375
HHLIP,λ<=log n,65536,1,522076,7.96624755859375
HHLIP,λ<=log n,65536,1,510127,7.7839202880859375
HHLIP,λ<=log n,65536,1,489586,7.470489501953125
HHLIP,λ<=log n,65536,1,511051,7.7980194091796875
HHLIP,λ<=log n,65536,1,535257,8.167373657226562
HHLIP,λ<=log n,65536,1,481797,7.3516387939453125
HHLIP,λ<=log n,65536,1,541720,8.2659912109375
HHLIP,λ<=log n,65536,1,526085,8.027420043945312
HHLIP,λ<=log n,65536,1,507348,7.74151611328125
HHLIP,λ<=log n,65536,1,486570,7.424468994140625
HHLIP,λ<=log n,65536,1,513294,7.832244873046875
HHLIP,λ<=log n,65536,1,515921,7.8723297119140625
HHLIP,λ<=log n,65536,1,510755,7.7935028076171875
HHLIP,λ<=log n,65536,1,494826,7.550445556640625
HHLIP,λ<=log n,65536,1,518352,7.909423828125
HHLIP,λ<=log n,65536,1,484786,7.397247314453125
HHLIP,λ<=log n,65536,1,511688,7.8077392578125
HHLIP,λ<=log n,65536,1,491759,7.5036468505859375
HHLIP,λ<=log n,65536,1,516865,7.8867340087890625
HHLIP,λ<=log n,65536,1,502168,7.6624755859375
HHLIP,λ<=log n,65536,1,513926,7.841888427734375
HHLIP,λ<=log n,65536,1,512897,7.8261871337890625
HHLIP,λ<=log n,65536,1,511471,7.8044281005859375
HHLIP,λ<=log n,65536,1,526692,8.03668212890625
HHLIP,λ<=log n,65536,1,536021,8.179031372070312
HHLIP,λ<=log n,65536,1,573559,8.751815795898438
HHLIP,λ<=log n,65536,1,522536,7.9732666015625
HHLIP,λ<=log n,65536,1,516617,7.8829498291015625
HHLIP,λ<=log n,65536,1,500575,7.6381683349609375
HHLIP,λ<=log n,65536,1,539847,8.237411499023438
HHLIP,λ<=log n,65536,1,491310,7.496795654296875
HHLIP,λ<=log n,65536,1,491406,7.498260498046875
HHLIP,λ<=log n,65536,1,522715,7.9759979248046875
HHLIP,λ<=log n,65536,1,553524,8.44610595703125
HHLIP,λ<=log n,65536,1,509005,7.7667999267578125
HHLIP,λ<=log n,65536,1,526252,8.02996826171875
HHLIP,λ<=log n,65536,1,490538,7.485015869140625
HHLIP,λ<=log n,65536,1,510959,7.7966156005859375
HHLIP,λ<=log n,65536,1,499252,7.61798095703125
HHLIP,λ<=log n,65536,1,513110,7.829437255859375
HHLIP,λ<=log n,65536,1,522384,7.970947265625
HHLIP,λ<=log n,65536,1,513580,7.83660888671875
HHLIP,λ<=log n,65536,1,490556,7.48529052734375
HHLIP,λ<=log n,65536,1,489324,7.46649169921875
HHLIP,λ<=log n,65536,1,486958,7.430389404296875
HHLIP,λ<=log n,65536,1,495688,7.5635986328125
HHLIP,λ<=log n,65536,1,497603,7.5928192138671875
HHLIP,λ<=log n,65536,1,501127,7.6465911865234375
HHLIP,λ<=log n,65536,1,532989,8.132766723632812
HHLIP,λ<=log n,65536,1,529719,8.082870483398438
HHLIP,λ<=log n,65536,1,501358,7.650115966796875
HHLIP,λ<=log n,65536,1,528599,8.065780639648438
HRLIP,λ<=log n,65536,1,526902,8.039886474609375
HRLIP,λ<=log n,65536,1,508847,7.7643890380859375
HRLIP,λ<=log n,65536,1,509378,7.772491455078125
HRLIP,λ<=log n,65536,1,510004,7.78204345703125
HRLIP,λ<=log n,65536,1,490890,7.490386962890625
HRLIP,λ<=log n,65536,1,501855,7.6576995849609375
HRLIP,λ<=log n,65536,1,486289,7.4201812744140625
HRLIP,λ<=log n,65536,1,501313,7.6494293212890625
HRLIP,λ<=log n,65536,1,526957,8.040725708007812
HRLIP,λ<=log n,65536,1,558868,8.52764892578125
HRLIP,λ<=log n,65536,1,514655,7.8530120849609375
HRLIP,λ<=log n,65536,1,492635,7.5170135498046875
HRLIP,λ<=log n,65536,1,531477,8.109695434570312
HRLIP,λ<=log n,65536,1,502694,7.670501708984375
HRLIP,λ<=log n,65536,1,518771,7.9158172607421875
HRLIP,λ<=log n,65536,1,541741,8.266311645507812
HRLIP,λ<=log n,65536,1,504256,7.6943359375
HRLIP,λ<=log n,65536,1,530177,8.089859008789062
HRLIP,λ<=log n,65536,1,489088,7.462890625
HRLIP,λ<=log n,65536,1,576611,8.798385620117188
HRLIP,λ<=log n,65536,1,513646,7.837615966796875
HRLIP,λ<=log n,65536,1,546733,8.342483520507812
HRLIP,λ<=log n,65536,1,491190,7.494964599609375
HRLIP,λ<=log n,65536,1,514444,7.84979248046875
HRLIP,λ<=log n,65536,1,542343,8.275497436523438
HRLIP,λ<=log n,65536,1,523804,7.99261474609375
HRLIP,λ<=log n,65536,1,512245,7.8162384033203125
HRLIP,λ<=log n,65536,1,488514,7.454132080078125
HRLIP,λ<=log n,65536,1,530291,8.091598510742188
HRLIP,λ<=log n,65536,1,532734,8.128875732421875
HRLIP,λ<=log n,65536,1,500564,7.63800048828125
HRLIP,λ<=log n,65536,1,589788,8.99945068359375
HRLIP,λ<=log n,65536,1,550236,8.39593505859375
HRLIP,λ<=log n,65536,1,546203,8.334396362304688
HRLIP,λ<=log n,65536,1,544276,8.30499267578125
HRLIP,λ<=log n,65536,1,487595,7.4401092529296875
HRLIP,λ<=log n,65536,1,513011,7.8279266357421875
HRLIP,λ<=log n,65536,1,502389,7.6658477783203125
HRLIP,λ<=log n,65536,1,514810,7.855377197265625
HRLIP,λ<=log n,65536,1,532894,8.131317138671875
HRLIP,λ<=log n,65536,1,540415,8.246078491210938
HRLIP,λ<=log n,65536,1,570136,8.6995849609375
HRLIP,λ<=log n,65536,1,549213,8.380325317382812
HRLIP,λ<=log n,65536,1,609863,9.305770874023438
HRLIP,λ<=log n,65536,1,495111,7.5547943115234375
HRLIP,λ<=log n,65536,1,557516,8.50701904296875
HRLIP,λ<=log n,65536,1,511517,7.8051300048828125
HRLIP,λ<=log n,65536,1,503764,7.68682861328125
HRLIP,λ<=log n,65536,1,518547,7.9123992919921875
HRLIP,λ<=log n,65536,1,542361,8.275772094726562
HRLIP,λ<=log n,65536,1,491798,7.504241943359375
HRLIP,λ<=log n,65536,1,483809,7.3823394775390625
HRLIP,λ<=log n,65536,1,504599,7.6995697021484375
HRLIP,λ<=log n,65536,1,549445,8.383865356445312
HRLIP,λ<=log n,65536,1,551313,8.412368774414062
HRLIP,λ<=log n,65536,1,508510,7.759246826171875
HRLIP,λ<=log n,65536,1,528984,8.0716552734375
HRLIP,λ<=log n,65536,1,528419,8.063034057617188
HRLIP,λ<=log n,65536,1,504876,7.70379638671875
HRLIP,λ<=log n,65536,1,535471,8.170639038085938
HRLIP,λ<=log n,65536,1,513860,7.84088134765625
HRLIP,λ<=log n,65536,1,502941,7.6742706298828125
HRLIP,λ<=log n,65536,1,535460,8.17047119140625
HRLIP,λ<=log n,65536,1,514207,7.8461761474609375
HRLIP,λ<=log n,65536,1,534011,8.148361206054688
HRLIP,λ<=log n,65536,1,491445,7.4988555908203125
HRLIP,λ<=log n,65536,1,496567,7.5770111083984375
HRLIP,λ<=log n,65536,1,503454,7.682098388671875
HRLIP,λ<=log n,65536,1,512154,7.814849853515625
HRLIP,λ<=log n,65536,1,511713,7.8081207275390625
HRLIP,λ<=log n,65536,1,537616,8.203369140625
HRLIP,λ<=log n,65536,1,549893,8.390701293945312
HRLIP,λ<=log n,65536,1,527566,8.050018310546875
HRLIP,λ<=log n,65536,1,520485,7.9419708251953125
HRLIP,λ<=log n,65536,1,498625,7.6084136962890625
HRLIP,λ<=log n,65536,1,507993,7.7513580322265625
HRLIP,λ<=log n,65536,1,498113,7.6006011962890625
HRLIP,λ<=log n,65536,1,572316,8.73284912109375
HRLIP,λ<=log n,65536,1,495153,7.5554351806640625
HRLIP,λ<=log n,65536,1,526628,8.03570556640625
HRLIP,λ<=log n,65536,1,490168,7.4793701171875
HRLIP,λ<=log n,65536,1,530675,8.097457885742188
HRLIP,λ<=log n,65536,1,514527,7.8510589599609375
HRLIP,λ<=log n,65536,1,509817,7.7791900634765625
HRLIP,λ<=log n,65536,1,498331,7.6039276123046875
HRLIP,λ<=log n,65536,1,533941,8.147293090820312
HRLIP,λ<=log n,65536,1,513694,7.838348388671875
HRLIP,λ<=log n,65536,1,491494,7.499603271484375
HRLIP,λ<=log n,65536,1,529341,8.077102661132812
HRLIP,λ<=log n,65536,1,564526,8.613983154296875
HRLIP,λ<=log n,65536,1,515997,7.8734893798828125
HRLIP,λ<=log n,65536,1,597401,9.115615844726562
HRLIP,λ<=log n,65536,1,564153,8.608291625976562
HRLIP,λ<=log n,65536,1,549720,8.3880615234375
HRLIP,λ<=log n,65536,1,536262,8.182708740234375
HRLIP,λ<=log n,65536,1,524609,8.004898071289062
HRLIP,λ<=log n,65536,1,518794,7.916168212890625
HRLIP,λ<=log n,65536,1,502886,7.673431396484375
HRLIP,λ<=log n,65536,1,504156,7.69281005859375
HSLIP,λ<=log n,65536,1,776965,11.855545043945312
HSLIP,λ<=log n,65536,1,807539,12.322067260742188
HSLIP,λ<=log n,65536,1,915710,13.972625732421875
HSLIP,λ<=log n,65536,1,768147,11.720993041992188
HSLIP,λ<=log n,65536,1,805308,12.28802490234375
HSLIP,λ<=log n,65536,1,767220,11.70684814453125
HSLIP,λ<=log n,65536,1,768493,11.726272583007812
HSLIP,λ<=log n,65536,1,784041,11.963516235351562
HSLIP,λ<=log n,65536,1,800506,12.214752197265625
HSLIP,λ<=log n,65536,1,851846,12.998138427734375
HSLIP,λ<=log n,65536,1,804667,12.278244018554688
HSLIP,λ<=log n,65536,1,752623,11.484115600585938
HSLIP,λ<=log n,65536,1,815067,12.436935424804688
HSLIP,λ<=log n,65536,1,751861,11.472488403320312
HSLIP,λ<=log n,65536,1,788601,12.033096313476562
HSLIP,λ<=log n,65536,1,756116,11.53741455078125
HSLIP,λ<=log n,65536,1,772764,11.79144287109375
HSLIP,λ<=log n,65536,1,868405,13.250808715820312
HSLIP,λ<=log n,65536,1,837410,12.777862548828125
HSLIP,λ<=log n,65536,1,810703,12.370346069335938
HSLIP,λ<=log n,65536,1,829336,12.6546630859375
HSLIP,λ<=log n,65536,1,790196,12.05743408203125
HSLIP,λ<=log n,65536,1,856253,13.065383911132812
HSLIP,λ<=log n,65536,1,767902,11.717254638671875
HSLIP,λ<=log n,65536,1,775520,11.83349609375
HSLIP,λ<=log n,65536,1,789743,12.050521850585938
HSLIP,λ<=log n,65536,1,732754,11.180938720703125
HSLIP,λ<=log n,65536,1,810675,12.369918823242188
HSLIP,λ<=log n,65536,1,778027,11.871749877929688
HSLIP,λ<=log n,65536,1,788399,12.030014038085938
HSLIP,λ<=log n,65536,1,920235,14.041671752929688
HSLIP,λ<=log n,65536,1,832661,12.705398559570312
HSLIP,λ<=log n,65536,1,804059,12.268966674804688
HSLIP,λ<=log n,65536,1,777732,11.86724853515625
HSLIP,λ<=log n,65536,1,783302,11.952239990234375
HSLIP,λ<=log n,65536,1,757252,11.55474853515625
HSLIP,λ<=log n,65536,1,819807,12.509262084960938
HSLIP,λ<=log n,65536,1,781186,11.919952392578125
HSLIP,λ<=log n,65536,1,758815,11.578598022460938
HSLIP,λ<=log n,65536,1,806651,12.308517456054688
HSLIP,λ<=log n,65536,1,765652,11.68292236328125
HSLIP,λ<=log n,65536,1,782258,11.936309814453125
HSLIP,λ<=log n,65536,1,777599,11.865219116210938
HSLIP,λ<=log n,65536,1,761947,11.626388549804688
HSLIP,λ<=log n,65536,1,764167,11.660263061523438
HSLIP,λ<=log n,65536,1,897761,13.698745727539062
HSLIP,λ<=log n,65536,1,762978,11.642120361328125
HSLIP,λ<=log n,65536,1,779097,11.888076782226562
HSLIP,λ<=log n,65536,1,847814,12.936614990234375
HSLIP,λ<=log n,65536,1,820359,12.517684936523438
HSLIP,λ<=log n,65536,1,774216,11.8135986328125
HSLIP,λ<=log n,65536,1,832419,12.701705932617188
HSLIP,λ<=log n,65536,1,749938,11.443145751953125
HSLIP,λ<=log n,65536,1,793225,12.103652954101562
HSLIP,λ<=log n,65536,1,723885,11.045608520507812
HSLIP,λ<=log n,65536,1,790421,12.060867309570312
HSLIP,λ<=log n,65536,1,851909,12.999099731445312
HSLIP,λ<=log n,65536,1,806564,12.30718994140625
HSLIP,λ<=log n,65536,1,778789,11.883377075195312
HSLIP,λ<=log n,65536,1,892470,13.618011474609375
HSLIP,λ<=log n,65536,1,765242,11.676666259765625
HSLIP,λ<=log n,65536,1,749643,11.438644409179688
HSLIP,λ<=log n,65536,1,819834,12.509674072265625
HSLIP,λ<=log n,65536,1,786152,11.9957275390625
HSLIP,λ<=log n,65536,1,792825,12.097549438476562
HSLIP,λ<=log n,65536,1,779999,11.901840209960938
HSLIP,λ<=log n,65536,1,784544,11.97119140625
HSLIP,λ<=log n,65536,1,762967,11.641952514648438
HSLIP,λ<=log n,65536,1,835393,12.747085571289062
HSLIP,λ<=log n,65536,1,791982,12.084686279296875
HSLIP,λ<=log n,65536,1,761890,11.625518798828125
HSLIP,λ<=log n,65536,1,791378,12.075469970703125
HSLIP,λ<=log n,65536,1,874453,13.343093872070312
HSLIP,λ<=log n,65536,1,743122,11.339141845703125
HSLIP,λ<=log n,65536,1,885421,13.510452270507812
HSLIP,λ<=log n,65536,1,852773,13.012283325195312
HSLIP,λ<=log n,65536,1,768240,11.722412109375
HSLIP,λ<=log n,65536,1,783701,11.958328247070312
HSLIP,λ<=log n,65536,1,874568,13.3448486328125
HSLIP,λ<=log n,65536,1,853602,13.024932861328125
HSLIP,λ<=log n,65536,1,784543,11.971176147460938
HSLIP,λ<=log n,65536,1,837993,12.786758422851562
HSLIP,λ<=log n,65536,1,887403,13.540695190429688
HSLIP,λ<=log n,65536,1,796132,12.14801025390625
HSLIP,λ<=log n,65536,1,765996,11.68817138671875
HSLIP,λ<=log n,65536,1,823545,12.566299438476562
HSLIP,λ<=log n,65536,1,839802,12.814361572265625
HSLIP,λ<=log n,65536,1,879568,13.421142578125
HSLIP,λ<=log n,65536,1,787803,12.020919799804688
HSLIP,λ<=log n,65536,1,794026,12.115875244140625
HSLIP,λ<=log n,65536,1,796757,12.157546997070312
HSLIP,λ<=log n,65536,1,776462,11.847869873046875
HSLIP,λ<=log n,65536,1,886700,13.52996826171875
HSLIP,λ<=log n,65536,1,838130,12.788848876953125
HSLIP,λ<=log n,65536,1,810334,12.364715576171875
HSLIP,λ<=log n,65536,1,763380,11.64825439453125
HSLIP,λ<=log n,65536,1,797203,12.164352416992188
HSLIP,λ<=log n,65536,1,794731,12.126632690429688
HSLIP,λ<=log n,65536,1,797103,12.162826538085938
HSLIP,λ<=log n,65536,1,793973,12.115066528320312
HSDCD,λ<=log n,65536,1,606584,9.2557373046875
HSDCD,λ<=log n,65536,1,664311,10.136581420898438
HSDCD,λ<=log n,65536,1,607382,9.267913818359375
HSDCD,λ<=log n,65536,1,682607,10.415756225585938
HSDCD,λ<=log n,65536,1,579920,8.848876953125
HSDCD,λ<=log n,65536,1,591336,9.0230712890625
HSDCD,λ<=log n,65536,1,642466,9.803253173828125
HSDCD,λ<=log n,65536,1,724210,11.050567626953125
HSDCD,λ<=log n,65536,1,655956,10.00909423828125
HSDCD,λ<=log n,65536,1,636292,9.70904541015625
HSDCD,λ<=log n,65536,1,682360,10.4119873046875
HSDCD,λ<=log n,65536,1,669224,10.2115478515625
HSDCD,λ<=log n,65536,1,595508,9.08673095703125
HSDCD,λ<=log n,65536,1,679370,10.366363525390625
HSDCD,λ<=log n,65536,1,857846,13.089691162109375
HSDCD,λ<=log n,65536,1,656829,10.022415161132812
HSDCD,λ<=log n,65536,1,661587,10.095016479492188
HSDCD,λ<=log n,65536,1,834652,12.73577880859375
HSDCD,λ<=log n,65536,1,922145,14.070816040039062
HSDCD,λ<=log n,65536,1,656089,10.011123657226562
HSDCD,λ<=log n,65536,1,697803,10.647628784179688
HSDCD,λ<=log n,65536,1,644527,9.834701538085938
HSDCD,λ<=log n,65536,1,607038,9.262664794921875
HSDCD,λ<=log n,65536,1,597276,9.11370849609375
HSDCD,λ<=log n,65536,1,894493,13.648880004882812
HSDCD,λ<=log n,65536,1,642401,9.802261352539062
HSDCD,λ<=log n,65536,1,613155,9.356002807617188
HSDCD,λ<=log n,65536,1,755133,11.522415161132812
HSDCD,λ<=log n,65536,1,591500,9.02557373046875
HSDCD,λ<=log n,65536,1,613073,9.354751586914062
HSDCD,λ<=log n,65536,1,636860,9.71771240234375
HSDCD,λ<=log n,65536,1,594968,9.0784912109375
HSDCD,λ<=log n,65536,1,582747,8.892013549804688
HSDCD,λ<=log n,65536,1,600056,9.1561279296875
HSDCD,λ<=log n,65536,1,679837,10.373489379882812
HSDCD,λ<=log n,65536,1,611624,9.3326416015625
HSDCD,λ<=log n,65536,1,673622,10.278656005859375
HSDCD,λ<=log n,65536,1,675500,10.30731201171875
HSDCD,λ<=log n,65536,1,760017,11.596939086914062
HSDCD,λ<=log n,65536,1,742689,11.332534790039062
HSDCD,λ<=log n,65536,1,670568,10.2320556640625
HSDCD,λ<=log n,65536,1,683755,10.433273315429688
HSDCD,λ<=log n,65536,1,603249,9.204849243164062
HSDCD,λ<=log n,65536,1,584995,8.926315307617188
HSDCD,λ<=log n,65536,1,623624,9.5157470703125
HSDCD,λ<=log n,65536,1,572588,8.73699951171875
HSDCD,λ<=log n,65536,1,687210,10.485992431640625
HSDCD,λ<=log n,65536,1,674540,10.29266357421875
HSDCD,λ<=log n,65536,1,678917,10.359451293945312
HSDCD,λ<=log n,65536,1,664674,10.142120361328125
HSDCD,λ<=log n,65536,1,595459,9.085983276367188
HSDCD,λ<=log n,65536,1,681171,10.393844604492188
HSDCD,λ<=log n,65536,1,664683,10.142257690429688
HSDCD,λ<=log n,65536,1,889937,13.579360961914062
HSDCD,λ<=log n,65536,1,669339,10.213302612304688
HSDCD,λ<=log n,65536,1,680754,10.387481689453125
HSDCD,λ<=log n,65536,1,677789,10.342239379882812
HSDCD,λ<=log n,65536,1,715268,10.91412353515625
HSDCD,λ<=log n,65536,1,648671,9.897933959960938
HSDCD,λ<=log n,65536,1,644099,9.828170776367188
HSDCD,λ<=log n,65536,1,798913,12.190444946289062
HSDCD,λ<=log n,65536,1,681909,10.405105590820312
HSDCD,λ<=log n,65536,1,652957,9.963333129882812
HSDCD,λ<=log n,65536,1,613514,9.361480712890625
HSDCD,λ<=log n,65536,1,699921,10.679946899414062
HSDCD,λ<=log n,65536,1,642741,9.807449340820312
HSDCD,λ<=log n,65536,1,607105,9.263687133789062
HSDCD,λ<=log n,65536,1,576604,8.79827880859375
HSDCD,λ<=log n,65536,1,657364,10.03057861328125
HSDCD,λ<=log n,65536,1,573181,8.746047973632812
HSDCD,λ<=log n,65536,1,718038,10.956390380859375
HSDCD,λ<=log n,65536,1,718120,10.9576416015625
HSDCD,λ<=log n,65536,1,651153,9.935806274414062
HSDCD,λ<=log n,65536,1,783068,11.94866943359375
HSDCD,λ<=log n,65536,1,789492,12.04669189453125
HSDCD,λ<=log n,65536,1,747927,11.412460327148438
HSDCD,λ<=log n,65536,1,560146,8.547149658203125
HSDCD,λ<=log n,65536,1,679047,10.361434936523438
HSDCD,λ<=log n,65536,1,719460,10.97808837890625
HSDCD,λ<=log n,65536,1,768273,11.722915649414062
HSDCD,λ<=log n,65536,1,632302,9.648162841796875
HSDCD,λ<=log n,65536,1,770089,11.750625610351562
HSDCD,λ<=log n,65536,1,718002,10.955841064453125
HSDCD,λ<=log n,65536,1,570405,8.703689575195312
HSDCD,λ<=log n,65536,1,728927,11.122543334960938
HSDCD,λ<=log n,65536,1,666844,10.17523193359375
HSDCD,λ<=log n,65536,1,604466,9.223419189453125
HSDCD,λ<=log n,65536,1,638031,9.735580444335938
HSDCD,λ<=log n,65536,1,672183,10.256698608398438
HSDCD,λ<=log n,65536,1,816116,12.45294189453125
HSDCD,λ<=log n,65536,1,602153,9.188125610351562
HSDCD,λ<=log n,65536,1,654868,9.99249267578125
HSDCD,λ<=log n,65536,1,767869,11.716751098632812
HSDCD,λ<=log n,65536,1,588937,8.986465454101562
HSDCD,λ<=log n,65536,1,622614,9.500335693359375
HSDCD,λ<=log n,65536,1,721709,11.012405395507812
HSDCD,λ<=log n,65536,1,616520,9.4073486328125
HSDCD,λ<=log n,65536,1,656069,10.010818481445312
HSDCD,λ<=log n,65536,1,786846,12.006317138671875
HSDCD,λ<=log n,65536,1,565363,8.626754760742188
HRDCD,λ<=log n,65536,1,402633,6.1436920166015625
HRDCD,λ<=log n,65536,1,391914,5.980133056640625
HRDCD,λ<=log n,65536,1,416990,6.362762451171875
HRDCD,λ<=log n,65536,1,409350,6.246185302734375
HRDCD,λ<=log n,65536,1,423529,6.4625396728515625
HRDCD,λ<=log n,65536,1,413925,6.3159942626953125
HRDCD,λ<=log n,65536,1,410274,6.260284423828125
HRDCD,λ<=log n,65536,1,371822,5.673553466796875
HRDCD,λ<=log n,65536,1,414524,6.32513427734375
HRDCD,λ<=log n,65536,1,396434,6.049102783203125
HRDCD,λ<=log n,65536,1,446419,6.8118133544921875
HRDCD,λ<=log n,65536,1,430664,6.5714111328125
HRDCD,λ<=log n,65536,1,395877,6.0406036376953125
HRDCD,λ<=log n,65536,1,430975,6.5761566162109375
HRDCD,λ<=log n,65536,1,393623,6.0062103271484375
HRDCD,λ<=log n,65536,1,391616,5.9755859375
HRDCD,λ<=log n,65536,1,432716,6.60272216796875
HRDCD,λ<=log n,65536,1,426144,6.50244140625
HRDCD,λ<=log n,65536,1,485860,7.41363525390625
HRDCD,λ<=log n,65536,1,387899,5.9188690185546875
HRDCD,λ<=log n,65536,1,430244,6.56500244140625
HRDCD,λ<=log n,65536,1,453755,6.9237518310546875
HRDCD,λ<=log n,65536,1,418463,6.3852386474609375
HRDCD,λ<=log n,65536,1,406939,6.2093963623046875
HRDCD,λ<=log n,65536,1,395417,6.0335845947265625
HRDCD,λ<=log n,65536,1,398625,6.0825347900390625
HRDCD,λ<=log n,65536,1,420830,6.421356201171875
HRDCD,λ<=log n,65536,1,391412,5.97247314453125
HRDCD,λ<=log n,65536,1,404694,6.175140380859375
HRDCD,λ<=log n,65536,1,392255,5.9853363037109375
HRDCD,λ<=log n,65536,1,423659,6.4645233154296875
HRDCD,λ<=log n,65536,1,427350,6.520843505859375
HRDCD,λ<=log n,65536,1,402045,6.1347198486328125
HRDCD,λ<=log n,65536,1,396173,6.0451202392578125
HRDCD,λ<=log n,65536,1,393293,6.0011749267578125
HRDCD,λ<=log n,65536,1,412738,6.297882080078125
HRDCD,λ<=log n,65536,1,421934,6.438201904296875
HRDCD,λ<=log n,65536,1,387978,5.920074462890625
HRDCD,λ<=log n,65536,1,425165,6.4875030517578125
HRDCD,λ<=log n,65536,1,400659,6.1135711669921875
HRDCD,λ<=log n,65536,1,394990,6.027069091796875
HRDCD,λ<=log n,65536,1,389424,5.942138671875
HRDCD,λ<=log n,65536,1,403164,6.15179443359375
HRDCD,λ<=log n,65536,1,397271,6.0618743896484375
HRDCD,λ<=log n,65536,1,426531,6.5083465576171875
HRDCD,λ<=log n,65536,1,398636,6.08270263671875
HRDCD,λ<=log n,65536,1,445836,6.80291748046875
HRDCD,λ<=log n,65536,1,452553,6.9054107666015625
HRDCD,λ<=log n,65536,1,390621,5.9604034423828125
HRDCD,λ<=log n,65536,1,407235,6.2139129638671875
HRDCD,λ<=log n,65536,1,391613,5.9755401611328125
HRDCD,λ<=log n,65536,1,403753,6.1607818603515625
HRDCD,λ<=log n,65536,1,428832,6.54345703125
HRDCD,λ<=log n,65536,1,420667,6.4188690185546875
HRDCD,λ<=log n,65536,1,403081,6.1505279541015625
HRDCD,λ<=log n,65536,1,394107,6.0135955810546875
HRDCD,λ<=log n,65536,1,406165,6.1975860595703125
HRDCD,λ<=log n,65536,1,418963,6.3928680419921875
HRDCD,λ<=log n,65536,1,399218,6.091583251953125
HRDCD,λ<=log n,65536,1,410032,6.256591796875
HRDCD,λ<=log n,65536,1,410735,6.2673187255859375
HRDCD,λ<=log n,65536,1,405464,6.1868896484375
HRDCD,λ<=log n,65536,1,388651,5.9303436279296875
HRDCD,λ<=log n,65536,1,403759,6.1608734130859375
HRDCD,λ<=log n,65536,1,395478,6.034515380859375
HRDCD,λ<=log n,65536,1,393636,6.00640869140625
HRDCD,λ<=log n,65536,1,408786,6.237579345703125
HRDCD,λ<=log n,65536,1,409208,6.2440185546875
HRDCD,λ<=log n,65536,1,394889,6.0255279541015625
HRDCD,λ<=log n,65536,1,396360,6.0479736328125
HRDCD,λ<=log n,65536,1,411067,6.2723846435546875
HRDCD,λ<=log n,65536,1,431468,6.58367919921875
HRDCD,λ<=log n,65536,1,412953,6.3011627197265625
HRDCD,λ<=log n,65536,1,376883,5.7507781982421875
HRDCD,λ<=log n,65536,1,401187,6.1216278076171875
HRDCD,λ<=log n,65536,1,411730,6.282501220703125
HRDCD,λ<=log n,65536,1,428454,6.537689208984375
HRDCD,λ<=log n,65536,1,405839,6.1926116943359375
HRDCD,λ<=log n,65536,1,438035,6.6838836669921875
HRDCD,λ<=log n,65536,1,405583,6.1887054443359375
HRDCD,λ<=log n,65536,1,399445,6.0950469970703125
HRDCD,λ<=log n,65536,1,393510,6.004486083984375
HRDCD,λ<=log n,65536,1,415697,6.3430328369140625
HRDCD,λ<=log n,65536,1,390004,5.95098876953125
HRDCD,λ<=log n,65536,1,424258,6.473663330078125
HRDCD,λ<=log n,65536,1,404816,6.177001953125
HRDCD,λ<=log n,65536,1,392117,5.9832305908203125
HRDCD,λ<=log n,65536,1,409530,6.248931884765625
HRDCD,λ<=log n,65536,1,422434,6.445831298828125
HRDCD,λ<=log n,65536,1,405519,6.1877288818359375
HRDCD,λ<=log n,65536,1,386780,5.90179443359375
HRDCD,λ<=log n,65536,1,451399,6.8878021240234375
HRDCD,λ<=log n,65536,1,415143,6.3345794677734375
HRDCD,λ<=log n,65536,1,409852,6.25384521484375
HRDCD,λ<=log n,65536,1,421609,6.4332427978515625
HRDCD,λ<=log n,65536,1,403996,6.16448974609375
HRDCD,λ<=log n,65536,1,410029,6.2565460205078125
HRDCD,λ<=log n,65536,1,402645,6.1438751220703125
HRDCD,λ<=log n,65536,1,404326,6.169525146484375
HRDCD,λ<=log n,65536,1,401441,6.1255035400390625
HHDCD,λ<=log n,65536,1,413417,6.3082427978515625
HHDCD,λ<=log n,65536,1,433942,6.621429443359375
HHDCD,λ<=log n,65536,1,457357,6.9787139892578125
HHDCD,λ<=log n,65536,1,453420,6.91864013671875
HHDCD,λ<=log n,65536,1,411807,6.2836761474609375
HHDCD,λ<=log n,65536,1,415460,6.33941650390625
HHDCD,λ<=log n,65536,1,501456,7.651611328125
HHDCD,λ<=log n,65536,1,451010,6.881866455078125
HHDCD,λ<=log n,65536,1,425557,6.4934844970703125
HHDCD,λ<=log n,65536,1,426776,6.5120849609375
HHDCD,λ<=log n,65536,1,460182,7.021820068359375
HHDCD,λ<=log n,65536,1,450944,6.880859375
HHDCD,λ<=log n,65536,1,447387,6.8265838623046875
HHDCD,λ<=log n,65536,1,435734,6.648773193359375
HHDCD,λ<=log n,65536,1,444562,6.783477783203125
HHDCD,λ<=log n,65536,1,429635,6.5557098388671875
HHDCD,λ<=log n,65536,1,412619,6.2960662841796875
HHDCD,λ<=log n,65536,1,438170,6.685943603515625
HHDCD,λ<=log n,65536,1,426791,6.5123138427734375
HHDCD,λ<=log n,65536,1,429792,6.55810546875
HHDCD,λ<=log n,65536,1,410100,6.25762939453125
HHDCD,λ<=log n,65536,1,416485,6.3550567626953125
HHDCD,λ<=log n,65536,1,441571,6.7378387451171875
HHDCD,λ<=log n,65536,1,432710,6.602630615234375
HHDCD,λ<=log n,65536,1,420872,6.4219970703125
HHDCD,λ<=log n,65536,1,429559,6.5545501708984375
HHDCD,λ<=log n,65536,1,436840,6.6656494140625
HHDCD,λ<=log n,65536,1,449552,6.859619140625
HHDCD,λ<=log n,65536,1,409130,6.242828369140625
HHDCD,λ<=log n,65536,1,437954,6.682647705078125
HHDCD,λ<=log n,65536,1,426993,6.5153961181640625
HHDCD,λ<=log n,65536,1,402812,6.14642333984375
HHDCD,λ<=log n,65536,1,470999,7.1868743896484375
HHDCD,λ<=log n,65536,1,410524,6.26409912109375
HHDCD,λ<=log n,65536,1,440952,6.7283935546875
HHDCD,λ<=log n,65536,1,413579,6.3107147216796875
HHDCD,λ<=log n,65536,1,418882,6.391632080078125
HHDCD,λ<=log n,65536,1,465352,7.1007080078125
HHDCD,λ<=log n,65536,1,440923,6.7279510498046875
HHDCD,λ<=log n,65536,1,439326,6.703582763671875
HHDCD,λ<=log n,65536,1,417672,6.3731689453125
HHDCD,λ<=log n,65536,1,458346,6.993804931640625
HHDCD,λ<=log n,65536,1,427923,6.5295867919921875
HHDCD,λ<=log n,65536,1,412562,6.295196533203125
HHDCD,λ<=log n,65536,1,494874,7.551177978515625
HHDCD,λ<=log n,65536,1,407808,6.22265625
HHDCD,λ<=log n,65536,1,456249,6.9618072509765625
HHDCD,λ<=log n,65536,1,491601,7.5012359619140625
HHDCD,λ<=log n,65536,1,438599,6.6924896240234375
HHDCD,λ<=log n,65536,1,439874,6.711944580078125
HHDCD,λ<=log n,65536,1,435879,6.6509857177734375
HHDCD,λ<=log n,65536,1,418914,6.392120361328125
HHDCD,λ<=log n,65536,1,450601,6.8756256103515625
HHDCD,λ<=log n,65536,1,433586,6.615997314453125
HHDCD,λ<=log n,65536,1,421793,6.4360504150390625
HHDCD,λ<=log n,65536,1,407229,6.2138214111328125
HHDCD,λ<=log n,65536,1,485570,7.409210205078125
HHDCD,λ<=log n,65536,1,427052,6.51629638671875
HHDCD,λ<=log n,65536,1,447229,6.8241729736328125
HHDCD,λ<=log n,65536,1,417212,6.36614990234375
HHDCD,λ<=log n,65536,1,430237,6.5648956298828125
HHDCD,λ<=log n,65536,1,418465,6.3852691650390625
HHDCD,λ<=log n,65536,1,445936,6.804443359375
HHDCD,λ<=log n,65536,1,410395,6.2621307373046875
HHDCD,λ<=log n,65536,1,428842,6.543609619140625
HHDCD,λ<=log n,65536,1,439651,6.7085418701171875
HHDCD,λ<=log n,65536,1,435699,6.6482391357421875
HHDCD,λ<=log n,65536,1,437544,6.6763916015625
HHDCD,λ<=log n,65536,1,472916,7.21612548828125
HHDCD,λ<=log n,65536,1,456674,6.968292236328125
HHDCD,λ<=log n,65536,1,417467,6.3700408935546875
HHDCD,λ<=log n,65536,1,451706,6.892486572265625
HHDCD,λ<=log n,65536,1,439069,6.6996612548828125
HHDCD,λ<=log n,65536,1,473600,7.2265625
HHDCD,λ<=log n,65536,1,406483,6.2024383544921875
HHDCD,λ<=log n,65536,1,426851,6.5132293701171875
HHDCD,λ<=log n,65536,1,409843,6.2537078857421875
HHDCD,λ<=log n,65536,1,434786,6.634307861328125
HHDCD,λ<=log n,65536,1,455387,6.9486541748046875
HHDCD,λ<=log n,65536,1,416119,6.3494720458984375
HHDCD,λ<=log n,65536,1,409982,6.255828857421875
HHDCD,λ<=log n,65536,1,415955,6.3469696044921875
HHDCD,λ<=log n,65536,1,422070,6.440277099609375
HHDCD,λ<=log n,65536,1,401444,6.12554931640625
HHDCD,λ<=log n,65536,1,413818,6.314361572265625
HHDCD,λ<=log n,65536,1,465888,7.10888671875
HHDCD,λ<=log n,65536,1,447577,6.8294830322265625
HHDCD,λ<=log n,65536,1,434574,6.631072998046875
HHDCD,λ<=log n,65536,1,416800,6.35986328125
HHDCD,λ<=log n,65536,1,422961,6.4538726806640625
HHDCD,λ<=log n,65536,1,475118,7.249725341796875
HHDCD,λ<=log n,65536,1,425358,6.490447998046875
HHDCD,λ<=log n,65536,1,574787,8.770553588867188
HHDCD,λ<=log n,65536,1,424684,6.48016357421875
HHDCD,λ<=log n,65536,1,413374,6.307586669921875
HHDCD,λ<=log n,65536,1,421667,6.4341278076171875
HHDCD,λ<=log n,65536,1,467114,7.127593994140625
HHDCD,λ<=log n,65536,1,409846,6.253753662109375
HHDCD,λ<=log n,65536,1,441213,6.7323760986328125
HHDCD,λ<=log n,65536,1,419822,6.405975341796875
HHLCD,λ<=log n,65536,1,427520,6.5234375
HHLCD,λ<=log n,65536,1,394853,6.0249786376953125
HHLCD,λ<=log n,65536,1,446695,6.8160247802734375
HHLCD,λ<=log n,65536,1,376050,5.738067626953125
HHLCD,λ<=log n,65536,1,412767,6.2983245849609375
HHLCD,λ<=log n,65536,1,403784,6.1612548828125
HHLCD,λ<=log n,65536,1,409292,6.24530029296875
HHLCD,λ<=log n,65536,1,403893,6.1629180908203125
HHLCD,λ<=log n,65536,1,379181,5.7858428955078125
HHLCD,λ<=log n,65536,1,395291,6.0316619873046875
HHLCD,λ<=log n,65536,1,423782,6.466400146484375
HHLCD,λ<=log n,65536,1,410596,6.26519775390625
HHLCD,λ<=log n,65536,1,386664,5.9000244140625
HHLCD,λ<=log n,65536,1,396760,6.0540771484375
HHLCD,λ<=log n,65536,1,422788,6.45123291015625
HHLCD,λ<=log n,65536,1,407194,6.213287353515625
HHLCD,λ<=log n,65536,1,423462,6.461517333984375
HHLCD,λ<=log n,65536,1,445405,6.7963409423828125
HHLCD,λ<=log n,65536,1,413251,6.3057098388671875
HHLCD,λ<=log n,65536,1,404195,6.1675262451171875
HHLCD,λ<=log n,65536,1,462241,7.0532379150390625
HHLCD,λ<=log n,65536,1,420851,6.4216766357421875
HHLCD,λ<=log n,65536,1,445985,6.8051910400390625
HHLCD,λ<=log n,65536,1,415180,6.33514404296875
HHLCD,λ<=log n,65536,1,411967,6.2861175537109375
HHLCD,λ<=log n,65536,1,420371,6.4143524169921875
HHLCD,λ<=log n,65536,1,385375,5.8803558349609375
HHLCD,λ<=log n,65536,1,384522,5.867340087890625
HHLCD,λ<=log n,65536,1,418243,6.3818817138671875
HHLCD,λ<=log n,65536,1,394393,6.0179595947265625
HHLCD,λ<=log n,65536,1,397280,6.06201171875
HHLCD,λ<=log n,65536,1,424031,6.4701995849609375
HHLCD,λ<=log n,65536,1,388279,5.9246673583984375
HHLCD,λ<=log n,65536,1,390811,5.9633026123046875
HHLCD,λ<=log n,65536,1,381229,5.8170928955078125
HHLCD,λ<=log n,65536,1,403283,6.1536102294921875
HHLCD,λ<=log n,65536,1,389614,5.945037841796875
HHLCD,λ<=log n,65536,1,423661,6.4645538330078125
HHLCD,λ<=log n,65536,1,398556,6.08148193359375
HHLCD,λ<=log n,65536,1,426578,6.509063720703125
HHLCD,λ<=log n,65536,1,400397,6.1095733642578125
HHLCD,λ<=log n,65536,1,425249,6.4887847900390625
HHLCD,λ<=log n,65536,1,398835,6.0857391357421875
HHLCD,λ<=log n,65536,1,423215,6.4577484130859375
HHLCD,λ<=log n,65536,1,410688,6.2666015625
HHLCD,λ<=log n,65536,1,405354,6.185211181640625
HHLCD,λ<=log n,65536,1,405361,6.1853179931640625
HHLCD,λ<=log n,65536,1,401832,6.1314697265625
HHLCD,λ<=log n,65536,1,402105,6.1356353759765625
HHLCD,λ<=log n,65536,1,380895,5.8119964599609375
HHLCD,λ<=log n,65536,1,403942,6.163665771484375
HHLCD,λ<=log n,65536,1,411257,6.2752838134765625
HHLCD,λ<=log n,65536,1,401376,6.12451171875
HHLCD,λ<=log n,65536,1,395550,6.035614013671875
HHLCD,λ<=log n,65536,1,404269,6.1686553955078125
HHLCD,λ<=log n,65536,1,395608,6.0364990234375
HHLCD,λ<=log n,65536,1,443526,6.767669677734375
HHLCD,λ<=log n,65536,1,380024,5.7987060546875
HHLCD,λ<=log n,65536,1,391465,5.9732818603515625
HHLCD,λ<=log n,65536,1,403931,6.1634979248046875
HHLCD,λ<=log n,65536,1,392068,5.98248291015625
HHLCD,λ<=log n,65536,1,407356,6.21575927734375
HHLCD,λ<=log n,65536,1,421051,6.4247283935546875
HHLCD,λ<=log n,65536,1,412904,6.3004150390625
HHLCD,λ<=log n,65536,1,406056,6.1959228515625
HHLCD,λ<=log n,65536,1,401794,6.130889892578125
HHLCD,λ<=log n,65536,1,394655,6.0219573974609375
HHLCD,λ<=log n,65536,1,414311,6.3218841552734375
HHLCD,λ<=log n,65536,1,381030,5.814056396484375
HHLCD,λ<=log n,65536,1,430468,6.56842041015625
HHLCD,λ<=log n,65536,1,397264,6.061767578125
HHLCD,λ<=log n,65536,1,413574,6.310638427734375
HHLCD,λ<=log n,65536,1,376740,5.74859619140625
HHLCD,λ<=log n,65536,1,414891,6.3307342529296875
HHLCD,λ<=log n,65536,1,396954,6.057037353515625
HHLCD,λ<=log n,65536,1,412514,6.294464111328125
HHLCD,λ<=log n,65536,1,384231,5.8628997802734375
HHLCD,λ<=log n,65536,1,436503,6.6605072021484375
HHLCD,λ<=log n,65536,1,419897,6.4071197509765625
HHLCD,λ<=log n,65536,1,407585,6.2192535400390625
HHLCD,λ<=log n,65536,1,421927,6.4380950927734375
HHLCD,λ<=log n,65536,1,403764,6.16094970703125
HHLCD,λ<=log n,65536,1,453980,6.92718505859375
HHLCD,λ<=log n,65536,1,389599,5.9448089599609375
HHLCD,λ<=log n,65536,1,384697,5.8700103759765625
HHLCD,λ<=log n,65536,1,393254,6.000579833984375
HHLCD,λ<=log n,65536,1,377414,5.758880615234375
HHLCD,λ<=log n,65536,1,423353,6.4598541259765625
HHLCD,λ<=log n,65536,1,378594,5.776885986328125
HHLCD,λ<=log n,65536,1,413942,6.316253662109375
HHLCD,λ<=log n,65536,1,405018,6.180084228515625
HHLCD,λ<=log n,65536,1,393520,6.004638671875
HHLCD,λ<=log n,65536,1,429169,6.5485992431640625
HHLCD,λ<=log n,65536,1,383899,5.8578338623046875
HHLCD,λ<=log n,65536,1,399559,6.0967864990234375
HHLCD,λ<=log n,65536,1,437703,6.6788177490234375
HHLCD,λ<=log n,65536,1,380403,5.8044891357421875
HHLCD,λ<=log n,65536,1,390639,5.9606781005859375
HHLCD,λ<=log n,65536,1,414591,6.3261566162109375
HHLCD,λ<=log n,65536,1,423313,6.4592437744140625
HRLCD,λ<=log n,65536,1,408581,6.2344512939453125
HRLCD,λ<=log n,65536,1,432228,6.59527587890625
HRLCD,λ<=log n,65536,1,415568,6.341064453125
HRLCD,λ<=log n,65536,1,409456,6.247802734375
HRLCD,λ<=log n,65536,1,445701,6.8008575439453125
HRLCD,λ<=log n,65536,1,430577,6.5700836181640625
HRLCD,λ<=log n,65536,1,451960,6.8963623046875
HRLCD,λ<=log n,65536,1,417252,6.36676025390625
HRLCD,λ<=log n,65536,1,453342,6.917449951171875
HRLCD,λ<=log n,65536,1,424315,6.4745330810546875
HRLCD,λ<=log n,65536,1,395536,6.035400390625
HRLCD,λ<=log n,65536,1,424974,6.484588623046875
HRLCD,λ<=log n,65536,1,484774,7.397064208984375
HRLCD,λ<=log n,65536,1,423294,6.458953857421875
HRLCD,λ<=log n,65536,1,415638,6.342132568359375
HRLCD,λ<=log n,65536,1,439819,6.7111053466796875
HRLCD,λ<=log n,65536,1,399064,6.0892333984375
HRLCD,λ<=log n,65536,1,415994,6.347564697265625
HRLCD,λ<=log n,65536,1,436402,6.658966064453125
HRLCD,λ<=log n,65536,1,436475,6.6600799560546875
HRLCD,λ<=log n,65536,1,420203,6.4117889404296875
HRLCD,λ<=log n,65536,1,412455,6.2935638427734375
HRLCD,λ<=log n,65536,1,416734,6.358856201171875
HRLCD,λ<=log n,65536,1,441301,6.7337188720703125
HRLCD,λ<=log n,65536,1,393517,6.0045928955078125
HRLCD,λ<=log n,65536,1,416834,6.360382080078125
HRLCD,λ<=log n,65536,1,512153,7.8148345947265625
HRLCD,λ<=log n,65536,1,437088,6.66943359375
HRLCD,λ<=log n,65536,1,441677,6.7394561767578125
HRLCD,λ<=log n,65536,1,462504,7.0572509765625
HRLCD,λ<=log n,65536,1,460800,7.03125
HRLCD,λ<=log n,65536,1,411685,6.2818145751953125
HRLCD,λ<=log n,65536,1,403430,6.155853271484375
HRLCD,λ<=log n,65536,1,427873,6.5288238525390625
HRLCD,λ<=log n,65536,1,467609,7.1351470947265625
HRLCD,λ<=log n,65536,1,429976,6.5609130859375
HRLCD,λ<=log n,65536,1,427125,6.5174102783203125
HRLCD,λ<=log n,65536,1,416861,6.3607940673828125
HRLCD,λ<=log n,65536,1,419422,6.399871826171875
HRLCD,λ<=log n,65536,1,426024,6.5006103515625
HRLCD,λ<=log n,65536,1,427342,6.520721435546875
HRLCD,λ<=log n,65536,1,523984,7.995361328125
HRLCD,λ<=log n,65536,1,427228,6.51898193359375
HRLCD,λ<=log n,65536,1,427757,6.5270538330078125
HRLCD,λ<=log n,65536,1,412371,6.2922821044921875
HRLCD,λ<=log n,65536,1,401675,6.1290740966796875
HRLCD,λ<=log n,65536,1,450753,6.8779449462890625
HRLCD,λ<=log n,65536,1,418582,6.387054443359375
HRLCD,λ<=log n,65536,1,440782,6.725799560546875
HRLCD,λ<=log n,65536,1,439660,6.70867919921875
HRLCD,λ<=log n,65536,1,485507,7.4082489013671875
HRLCD,λ<=log n,65536,1,433196,6.61004638671875
HRLCD,λ<=log n,65536,1,399670,6.098480224609375
HRLCD,λ<=log n,65536,1,447765,6.8323516845703125
HRLCD,λ<=log n,65536,1,450503,6.8741302490234375
HRLCD,λ<=log n,65536,1,477884,7.29193115234375
HRLCD,λ<=log n,65536,1,475974,7.262786865234375
HRLCD,λ<=log n,65536,1,428571,6.5394744873046875
HRLCD,λ<=log n,65536,1,450131,6.8684539794921875
HRLCD,λ<=log n,65536,1,396674,6.052764892578125
HRLCD,λ<=log n,65536,1,414613,6.3264923095703125
HRLCD,λ<=log n,65536,1,472289,7.2065582275390625
HRLCD,λ<=log n,65536,1,427617,6.5249176025390625
HRLCD,λ<=log n,65536,1,475447,7.2547454833984375
HRLCD,λ<=log n,65536,1,440259,6.7178192138671875
HRLCD,λ<=log n,65536,1,444762,6.786529541015625
HRLCD,λ<=log n,65536,1,417537,6.3711090087890625
HRLCD,λ<=log n,65536,1,435543,6.6458587646484375
HRLCD,λ<=log n,65536,1,402541,6.1422882080078125
HRLCD,λ<=log n,65536,1,421670,6.434173583984375
HRLCD,λ<=log n,65536,1,439531,6.7067108154296875
HRLCD,λ<=log n,65536,1,450605,6.8756866455078125
HRLCD,λ<=log n,65536,1,407650,6.220245361328125
HRLCD,λ<=log n,65536,1,502838,7.672698974609375
HRLCD,λ<=log n,65536,1,419828,6.40606689453125
HRLCD,λ<=log n,65536,1,414473,6.3243560791015625
HRLCD,λ<=log n,65536,1,415065,6.3333892822265625
HRLCD,λ<=log n,65536,1,402348,6.13934326171875
HRLCD,λ<=log n,65536,1,444157,6.7772979736328125
HRLCD,λ<=log n,65536,1,417402,6.369049072265625
HRLCD,λ<=log n,65536,1,420818,6.421173095703125
HRLCD,λ<=log n,65536,1,424519,6.4776458740234375
HRLCD,λ<=log n,65536,1,399394,6.094268798828125
HRLCD,λ<=log n,65536,1,442077,6.7455596923828125
HRLCD,λ<=log n,65536,1,444713,6.7857818603515625
HRLCD,λ<=log n,65536,1,443515,6.7675018310546875
HRLCD,λ<=log n,65536,1,427574,6.524261474609375
HRLCD,λ<=log n,65536,1,421501,6.4315948486328125
HRLCD,λ<=log n,65536,1,526743,8.037460327148438
HRLCD,λ<=log n,65536,1,410039,6.2566986083984375
HRLCD,λ<=log n,65536,1,412309,6.2913360595703125
HRLCD,λ<=log n,65536,1,396706,6.053253173828125
HRLCD,λ<=log n,65536,1,436923,6.6669158935546875
HRLCD,λ<=log n,65536,1,413601,6.3110504150390625
HRLCD,λ<=log n,65536,1,426460,6.50726318359375
HRLCD,λ<=log n,65536,1,452408,6.9031982421875
HRLCD,λ<=log n,65536,1,420451,6.4155731201171875
HRLCD,λ<=log n,65536,1,454152,6.9298095703125
HRLCD,λ<=log n,65536,1,428692,6.54132080078125
HRLCD,λ<=log n,65536,1,444300,6.77947998046875
HSLCD,λ<=log n,65536,1,744806,11.364837646484375
HSLCD,λ<=log n,65536,1,717867,10.953781127929688
HSLCD,λ<=log n,65536,1,666954,10.176910400390625
HSLCD,λ<=log n,65536,1,739014,11.276458740234375
HSLCD,λ<=log n,65536,1,705908,10.77130126953125
HSLCD,λ<=log n,65536,1,709085,10.819778442382812
HSLCD,λ<=log n,65536,1,724694,11.057952880859375
HSLCD,λ<=log n,65536,1,732746,11.180816650390625
HSLCD,λ<=log n,65536,1,763416,11.6488037109375
HSLCD,λ<=log n,65536,1,719653,10.981033325195312
HSLCD,λ<=log n,65536,1,811078,12.376068115234375
HSLCD,λ<=log n,65536,1,760753,11.608169555664062
HSLCD,λ<=log n,65536,1,761639,11.621688842773438
HSLCD,λ<=log n,65536,1,763501,11.650100708007812
HSLCD,λ<=log n,65536,1,753065,11.490859985351562
HSLCD,λ<=log n,65536,1,732219,11.172775268554688
HSLCD,λ<=log n,65536,1,852201,13.003555297851562
HSLCD,λ<=log n,65536,1,740210,11.294708251953125
HSLCD,λ<=log n,65536,1,750862,11.457244873046875
HSLCD,λ<=log n,65536,1,687983,10.497787475585938
HSLCD,λ<=log n,65536,1,708702,10.813934326171875
HSLCD,λ<=log n,65536,1,771443,11.771286010742188
HSLCD,λ<=log n,65536,1,728209,11.111587524414062
HSLCD,λ<=log n,65536,1,716556,10.93377685546875
HSLCD,λ<=log n,65536,1,692314,10.563873291015625
HSLCD,λ<=log n,65536,1,732298,11.173980712890625
HSLCD,λ<=log n,65536,1,717536,10.94873046875
HSLCD,λ<=log n,65536,1,704315,10.746994018554688
HSLCD,λ<=log n,65536,1,712693,10.874832153320312
HSLCD,λ<=log n,65536,1,685026,10.452667236328125
HSLCD,λ<=log n,65536,1,716201,10.928359985351562
HSLCD,λ<=log n,65536,1,728993,11.123550415039062
HSLCD,λ<=log n,65536,1,710005,10.833816528320312
HSLCD,λ<=log n,65536,1,665717,10.158035278320312
HSLCD,λ<=log n,65536,1,670326,10.228363037109375
HSLCD,λ<=log n,65536,1,736502,11.238128662109375
HSLCD,λ<=log n,65536,1,745122,11.369659423828125
HSLCD,λ<=log n,65536,1,870315,13.279953002929688
HSLCD,λ<=log n,65536,1,675050,10.300445556640625
HSLCD,λ<=log n,65536,1,703519,10.734848022460938
HSLCD,λ<=log n,65536,1,754251,11.508956909179688
HSLCD,λ<=log n,65536,1,774615,11.819686889648438
HSLCD,λ<=log n,65536,1,708863,10.816390991210938
HSLCD,λ<=log n,65536,1,744981,11.367507934570312
HSLCD,λ<=log n,65536,1,799831,12.204452514648438
HSLCD,λ<=log n,65536,1,669144,10.2103271484375
HSLCD,λ<=log n,65536,1,755321,11.525283813476562
HSLCD,λ<=log n,65536,1,949645,14.490432739257812
HSLCD,λ<=log n,65536,1,739736,11.2874755859375
HSLCD,λ<=log n,65536,1,688717,10.508987426757812
HSLCD,λ<=log n,65536,1,841156,12.83502197265625
HSLCD,λ<=log n,65536,1,782750,11.943817138671875
HSLCD,λ<=log n,65536,1,699188,10.66876220703125
HSLCD,λ<=log n,65536,1,835399,12.747177124023438
HSLCD,λ<=log n,65536,1,832319,12.700180053710938
HSLCD,λ<=log n,65536,1,666828,10.17498779296875
HSLCD,λ<=log n,65536,1,734002,11.199981689453125
HSLCD,λ<=log n,65536,1,756739,11.546920776367188
HSLCD,λ<=log n,65536,1,760744,11.6080322265625
HSLCD,λ<=log n,65536,1,688049,10.498794555664062
HSLCD,λ<=log n,65536,1,673757,10.280715942382812
HSLCD,λ<=log n,65536,1,784722,11.973907470703125
HSLCD,λ<=log n,65536,1,808557,12.337600708007812
HSLCD,λ<=log n,65536,1,761930,11.626129150390625
HSLCD,λ<=log n,65536,1,707504,10.795654296875
HSLCD,λ<=log n,65536,1,726787,11.089889526367188
HSLCD,λ<=log n,65536,1,723836,11.04486083984375
HSLCD,λ<=log n,65536,1,714143,10.896957397460938
HSLCD,λ<=log n,65536,1,675788,10.31170654296875
HSLCD,λ<=log n,65536,1,768003,11.718795776367188
HSLCD,λ<=log n,65536,1,757304,11.5555419921875
HSLCD,λ<=log n,65536,1,669858,10.221221923828125
HSLCD,λ<=log n,65536,1,748764,11.42523193359375
HSLCD,λ<=log n,65536,1,707188,10.79083251953125
HSLCD,λ<=log n,65536,1,755059,11.521286010742188
HSLCD,λ<=log n,65536,1,836605,12.765579223632812
HSLCD,λ<=log n,65536,1,749141,11.430984497070312
HSLCD,λ<=log n,65536,1,770916,11.76324462890625
HSLCD,λ<=log n,65536,1,730083,11.140182495117188
HSLCD,λ<=log n,65536,1,732220,11.17279052734375
HSLCD,λ<=log n,65536,1,732153,11.171768188476562
HSLCD,λ<=log n,65536,1,739618,11.285675048828125
HSLCD,λ<=log n,65536,1,698942,10.665008544921875
HSLCD,λ<=log n,65536,1,760346,11.601959228515625
HSLCD,λ<=log n,65536,1,749796,11.44097900390625
HSLCD,λ<=log n,65536,1,744798,11.364715576171875
HSLCD,λ<=log n,65536,1,731134,11.156219482421875
HSLCD,λ<=log n,65536,1,712250,10.868072509765625
HSLCD,λ<=log n,65536,1,818233,12.485244750976562
HSLCD,λ<=log n,65536,1,788458,12.030914306640625
HSLCD,λ<=log n,65536,1,759951,11.595932006835938
HSLCD,λ<=log n,65536,1,736309,11.235183715820312
HSLCD,λ<=log n,65536,1,711747,10.860397338867188
HSLCD,λ<=log n,65536,1,789503,12.046859741210938
HSLCD,λ<=log n,65536,1,702027,10.712081909179688
HSLCD,λ<=log n,65536,1,797982,12.176239013671875
HSLCD,λ<=log n,65536,1,860853,13.135574340820312
HSLCD,λ<=log n,65536,1,767769,11.715225219726562
HSLCD,λ<=log n,65536,1,692048,10.559814453125
HSLCD,λ<=log n,65536,1,694021,10.589920043945312
HSDSD,λ<=log n,65536,1,654833,9.991958618164062
HSDSD,λ<=log n,65536,1,770138,11.751373291015625
HSDSD,λ<=log n,65536,1,711301,10.853591918945312
HSDSD,λ<=log n,65536,1,642157,9.798538208007812
HSDSD,λ<=log n,65536,1,676124,10.31683349609375
HSDSD,λ<=log n,65536,1,695638,10.614593505859375
HSDSD,λ<=log n,65536,1,726730,11.089019775390625
HSDSD,λ<=log n,65536,1,731588,11.16314697265625
HSDSD,λ<=log n,65536,1,703956,10.74151611328125
HSDSD,λ<=log n,65536,1,740129,11.293472290039062
HSDSD,λ<=log n,65536,1,682864,10.419677734375
HSDSD,λ<=log n,65536,1,749380,11.43463134765625
HSDSD,λ<=log n,65536,1,715949,10.924514770507812
HSDSD,λ<=log n,65536,1,732013,11.169631958007812
HSDSD,λ<=log n,65536,1,694771,10.601364135742188
HSDSD,λ<=log n,65536,1,669808,10.220458984375
HSDSD,λ<=log n,65536,1,742281,11.326309204101562
HSDSD,λ<=log n,65536,1,727449,11.099990844726562
HSDSD,λ<=log n,65536,1,655326,9.999481201171875
HSDSD,λ<=log n,65536,1,716645,10.935134887695312
HSDSD,λ<=log n,65536,1,657495,10.032577514648438
HSDSD,λ<=log n,65536,1,729140,11.12579345703125
HSDSD,λ<=log n,65536,1,722440,11.0235595703125
HSDSD,λ<=log n,65536,1,699613,10.675247192382812
HSDSD,λ<=log n,65536,1,662917,10.115310668945312
HSDSD,λ<=log n,65536,1,667781,10.189529418945312
HSDSD,λ<=log n,65536,1,654219,9.982589721679688
HSDSD,λ<=log n,65536,1,672733,10.265090942382812
HSDSD,λ<=log n,65536,1,688675,10.508346557617188
HSDSD,λ<=log n,65536,1,701016,10.6966552734375
HSDSD,λ<=log n,65536,1,656338,10.014923095703125
HSDSD,λ<=log n,65536,1,706472,10.7799072265625
HSDSD,λ<=log n,65536,1,671897,10.252334594726562
HSDSD,λ<=log n,65536,1,670356,10.22882080078125
HSDSD,λ<=log n,65536,1,813643,12.415206909179688
HSDSD,λ<=log n,65536,1,681003,10.391281127929688
HSDSD,λ<=log n,65536,1,680952,10.3905029296875
HSDSD,λ<=log n,65536,1,747338,11.403472900390625
HSDSD,λ<=log n,65536,1,768559,11.727279663085938
HSDSD,λ<=log n,65536,1,699397,10.671951293945312
HSDSD,λ<=log n,65536,1,723710,11.042938232421875
HSDSD,λ<=log n,65536,1,661450,10.092926025390625
HSDSD,λ<=log n,65536,1,684967,10.451766967773438
HSDSD,λ<=log n,65536,1,686611,10.476852416992188
HSDSD,λ<=log n,65536,1,689473,10.520523071289062
HSDSD,λ<=log n,65536,1,694213,10.592849731445312
HSDSD,λ<=log n,65536,1,762876,11.64056396484375
HSDSD,λ<=log n,65536,1,749021,11.429153442382812
HSDSD,λ<=log n,65536,1,678786,10.357452392578125
HSDSD,λ<=log n,65536,1,778338,11.876495361328125
HSDSD,λ<=log n,65536,1,751460,11.46636962890625
HSDSD,λ<=log n,65536,1,668444,10.19964599609375
HSDSD,λ<=log n,65536,1,736301,11.235061645507812
HSDSD,λ<=log n,65536,1,706256,10.776611328125
HSDSD,λ<=log n,65536,1,648504,9.8953857421875
HSDSD,λ<=log n,65536,1,702317,10.716506958007812
HSDSD,λ<=log n,65536,1,663271,10.120712280273438
HSDSD,λ<=log n,65536,1,729176,11.1263427734375
HSDSD,λ<=log n,65536,1,680086,10.377288818359375
HSDSD,λ<=log n,65536,1,687092,10.48419189453125
HSDSD,λ<=log n,65536,1,681191,10.394149780273438
HSDSD,λ<=log n,65536,1,671899,10.252365112304688
HSDSD,λ<=log n,65536,1,729307,11.128341674804688
HSDSD,λ<=log n,65536,1,701281,10.700698852539062
HSDSD,λ<=log n,65536,1,673504,10.27685546875
HSDSD,λ<=log n,65536,1,728846,11.121307373046875
HSDSD,λ<=log n,65536,1,655038,9.995086669921875
HSDSD,λ<=log n,65536,1,724864,11.060546875
HSDSD,λ<=log n,65536,1,763748,11.65386962890625
HSDSD,λ<=log n,65536,1,676071,10.316024780273438
HSDSD,λ<=log n,65536,1,657817,10.037490844726562
HSDSD,λ<=log n,65536,1,696292,10.62457275390625
HSDSD,λ<=log n,65536,1,663272,10.1207275390625
HSDSD,λ<=log n,65536,1,677584,10.339111328125
HSDSD,λ<=log n,65536,1,699635,10.675582885742188
HSDSD,λ<=log n,65536,1,756400,11.541748046875
HSDSD,λ<=log n,65536,1,698539,10.658859252929688
HSDSD,λ<=log n,65536,1,713478,10.886810302734375
HSDSD,λ<=log n,65536,1,690619,10.538009643554688
HSDSD,λ<=log n,65536,1,739283,11.280563354492188
HSDSD,λ<=log n,65536,1,731360,11.15966796875
HSDSD,λ<=log n,65536,1,762378,11.632965087890625
HSDSD,λ<=log n,65536,1,689451,10.520187377929688
HSDSD,λ<=log n,65536,1,756938,11.549957275390625
HSDSD,λ<=log n,65536,1,667012,10.17779541015625
HSDSD,λ<=log n,65536,1,665501,10.154739379882812
HSDSD,λ<=log n,65536,1,678842,10.358306884765625
HSDSD,λ<=log n,65536,1,716468,10.93243408203125
HSDSD,λ<=log n,65536,1,713672,10.8897705078125
HSDSD,λ<=log n,65536,1,659069,10.056594848632812
HSDSD,λ<=log n,65536,1,679046,10.361419677734375
HSDSD,λ<=log n,65536,1,689595,10.522384643554688
HSDSD,λ<=log n,65536,1,721802,11.013824462890625
HSDSD,λ<=log n,65536,1,761219,11.615280151367188
HSDSD,λ<=log n,65536,1,667310,10.182342529296875
HSDSD,λ<=log n,65536,1,712164,10.86676025390625
HSDSD,λ<=log n,65536,1,673214,10.272430419921875
HSDSD,λ<=log n,65536,1,663765,10.128250122070312
HSDSD,λ<=log n,65536,1,758268,11.57025146484375
HSDSD,λ<=log n,65536,1,702304,10.71630859375
HRDSD,λ<=log n,65536,1,487469,7.4381866455078125
HRDSD,λ<=log n,65536,1,504752,7.701904296875
HRDSD,λ<=log n,65536,1,456803,6.9702606201171875
HRDSD,λ<=log n,65536,1,447903,6.8344573974609375
HRDSD,λ<=log n,65536,1,493949,7.5370635986328125
HRDSD,λ<=log n,65536,1,491141,7.4942169189453125
HRDSD,λ<=log n,65536,1,560334,8.550018310546875
HRDSD,λ<=log n,65536,1,514985,7.8580474853515625
HRDSD,λ<=log n,65536,1,501380,7.65045166015625
HRDSD,λ<=log n,65536,1,463740,7.07611083984375
HRDSD,λ<=log n,65536,1,484997,7.4004669189453125
HRDSD,λ<=log n,65536,1,507353,7.7415924072265625
HRDSD,λ<=log n,65536,1,473440,7.22412109375
HRDSD,λ<=log n,65536,1,505589,7.7146759033203125
HRDSD,λ<=log n,65536,1,477746,7.289825439453125
HRDSD,λ<=log n,65536,1,468007,7.1412200927734375
HRDSD,λ<=log n,65536,1,480292,7.32867431640625
HRDSD,λ<=log n,65536,1,483036,7.37054443359375
HRDSD,λ<=log n,65536,1,513589,7.8367462158203125
HRDSD,λ<=log n,65536,1,479958,7.323577880859375
HRDSD,λ<=log n,65536,1,467151,7.1281585693359375
HRDSD,λ<=log n,65536,1,503946,7.689605712890625
HRDSD,λ<=log n,65536,1,494442,7.544586181640625
HRDSD,λ<=log n,65536,1,496095,7.5698089599609375
HRDSD,λ<=log n,65536,1,472444,7.20892333984375
HRDSD,λ<=log n,65536,1,527300,8.04595947265625
HRDSD,λ<=log n,65536,1,453039,6.9128265380859375
HRDSD,λ<=log n,65536,1,471034,7.187408447265625
HRDSD,λ<=log n,65536,1,497303,7.5882415771484375
HRDSD,λ<=log n,65536,1,475706,7.258697509765625
HRDSD,λ<=log n,65536,1,495042,7.553741455078125
HRDSD,λ<=log n,65536,1,475426,7.254425048828125
HRDSD,λ<=log n,65536,1,525153,8.013198852539062
HRDSD,λ<=log n,65536,1,471246,7.190643310546875
HRDSD,λ<=log n,65536,1,540256,8.24365234375
HRDSD,λ<=log n,65536,1,478581,7.3025665283203125
HRDSD,λ<=log n,65536,1,471562,7.195465087890625
HRDSD,λ<=log n,65536,1,480825,7.3368072509765625
HRDSD,λ<=log n,65536,1,460455,7.0259857177734375
HRDSD,λ<=log n,65536,1,478612,7.30303955078125
HRDSD,λ<=log n,65536,1,547784,8.3585205078125
HRDSD,λ<=log n,65536,1,496616,7.5777587890625
HRDSD,λ<=log n,65536,1,513715,7.8386688232421875
HRDSD,λ<=log n,65536,1,464902,7.093841552734375
HRDSD,λ<=log n,65536,1,449277,6.8554229736328125
HRDSD,λ<=log n,65536,1,485575,7.4092864990234375
HRDSD,λ<=log n,65536,1,491650,7.501983642578125
HRDSD,λ<=log n,65536,1,486040,7.4163818359375
HRDSD,λ<=log n,65536,1,491351,7.4974212646484375
HRDSD,λ<=log n,65536,1,480462,7.331268310546875
HRDSD,λ<=log n,65536,1,457906,6.987091064453125
HRDSD,λ<=log n,65536,1,466632,7.1202392578125
HRDSD,λ<=log n,65536,1,475432,7.2545166015625
HRDSD,λ<=log n,65536,1,463108,7.06646728515625
HRDSD,λ<=log n,65536,1,494396,7.54388427734375
HRDSD,λ<=log n,65536,1,542865,8.283462524414062
HRDSD,λ<=log n,65536,1,483085,7.3712921142578125
HRDSD,λ<=log n,65536,1,481456,7.346435546875
HRDSD,λ<=log n,65536,1,486777,7.4276275634765625
HRDSD,λ<=log n,65536,1,449859,6.8643035888671875
HRDSD,λ<=log n,65536,1,483833,7.3827056884765625
HRDSD,λ<=log n,65536,1,480064,7.3251953125
HRDSD,λ<=log n,65536,1,505323,7.7106170654296875
HRDSD,λ<=log n,65536,1,459232,7.00732421875
HRDSD,λ<=log n,65536,1,495546,7.561431884765625
HRDSD,λ<=log n,65536,1,479765,7.3206329345703125
HRDSD,λ<=log n,65536,1,513759,7.8393402099609375
HRDSD,λ<=log n,65536,1,485383,7.4063568115234375
HRDSD,λ<=log n,65536,1,485497,7.4080963134765625
HRDSD,λ<=log n,65536,1,477205,7.2815704345703125
HRDSD,λ<=log n,65536,1,475474,7.255157470703125
HRDSD,λ<=log n,65536,1,451337,6.8868560791015625
HRDSD,λ<=log n,65536,1,603230,9.204559326171875
HRDSD,λ<=log n,65536,1,565701,8.631912231445312
HRDSD,λ<=log n,65536,1,491622,7.501556396484375
HRDSD,λ<=log n,65536,1,474579,7.2415008544921875
HRDSD,λ<=log n,65536,1,480086,7.325531005859375
HRDSD,λ<=log n,65536,1,455569,6.9514312744140625
HRDSD,λ<=log n,65536,1,478719,7.3046722412109375
HRDSD,λ<=log n,65536,1,515681,7.8686676025390625
HRDSD,λ<=log n,65536,1,486499,7.4233856201171875
HRDSD,λ<=log n,65536,1,486044,7.41644287109375
HRDSD,λ<=log n,65536,1,530149,8.089431762695312
HRDSD,λ<=log n,65536,1,476355,7.2686004638671875
HRDSD,λ<=log n,65536,1,440253,6.7177276611328125
HRDSD,λ<=log n,65536,1,482334,7.359832763671875
HRDSD,λ<=log n,65536,1,535787,8.175460815429688
HRDSD,λ<=log n,65536,1,463859,7.0779266357421875
HRDSD,λ<=log n,65536,1,479098,7.310455322265625
HRDSD,λ<=log n,65536,1,492642,7.517120361328125
HRDSD,λ<=log n,65536,1,514872,7.8563232421875
HRDSD,λ<=log n,65536,1,511070,7.798309326171875
HRDSD,λ<=log n,65536,1,476979,7.2781219482421875
HRDSD,λ<=log n,65536,1,600826,9.167877197265625
HRDSD,λ<=log n,65536,1,477533,7.2865753173828125
HRDSD,λ<=log n,65536,1,506923,7.7350311279296875
HRDSD,λ<=log n,65536,1,560122,8.546783447265625
HRDSD,λ<=log n,65536,1,482355,7.3601531982421875
HRDSD,λ<=log n,65536,1,475400,7.2540283203125
HRDSD,λ<=log n,65536,1,482261,7.3587188720703125
HHDSD,λ<=log n,65536,1,477572,7.28717041015625
HHDSD,λ<=log n,65536,1,505797,7.7178497314453125
HHDSD,λ<=log n,65536,1,540949,8.254226684570312
HHDSD,λ<=log n,65536,1,478629,7.3032989501953125
HHDSD,λ<=log n,65536,1,497923,7.5977020263671875
HHDSD,λ<=log n,65536,1,428992,6.5458984375
HHDSD,λ<=log n,65536,1,447131,6.8226776123046875
HHDSD,λ<=log n,65536,1,458246,6.992279052734375
HHDSD,λ<=log n,65536,1,486728,7.4268798828125
HHDSD,λ<=log n,65536,1,466648,7.1204833984375
HHDSD,λ<=log n,65536,1,457750,6.984710693359375
HHDSD,λ<=log n,65536,1,457802,6.985504150390625
HHDSD,λ<=log n,65536,1,484114,7.386993408203125
HHDSD,λ<=log n,65536,1,452339,6.9021453857421875
HHDSD,λ<=log n,65536,1,473323,7.2223358154296875
HHDSD,λ<=log n,65536,1,439501,6.7062530517578125
HHDSD,λ<=log n,65536,1,447510,6.828460693359375
HHDSD,λ<=log n,65536,1,462849,7.0625152587890625
HHDSD,λ<=log n,65536,1,454600,6.9366455078125
HHDSD,λ<=log n,65536,1,449963,6.8658905029296875
HHDSD,λ<=log n,65536,1,471761,7.1985015869140625
HHDSD,λ<=log n,65536,1,476173,7.2658233642578125
HHDSD,λ<=log n,65536,1,446421,6.8118438720703125
HHDSD,λ<=log n,65536,1,449854,6.864227294921875
HHDSD,λ<=log n,65536,1,479210,7.312164306640625
HHDSD,λ<=log n,65536,1,504478,7.697723388671875
HHDSD,λ<=log n,65536,1,452936,6.9112548828125
HHDSD,λ<=log n,65536,1,443989,6.7747344970703125
HHDSD,λ<=log n,65536,1,452907,6.9108123779296875
HHDSD,λ<=log n,65536,1,433339,6.6122283935546875
HHDSD,λ<=log n,65536,1,451615,6.8910980224609375
HHDSD,λ<=log n,65536,1,474286,7.237030029296875
HHDSD,λ<=log n,65536,1,471165,7.1894073486328125
HHDSD,λ<=log n,65536,1,462369,7.0551910400390625
HHDSD,λ<=log n,65536,1,520357,7.9400177001953125
HHDSD,λ<=log n,65536,1,469920,7.17041015625
HHDSD,λ<=log n,65536,1,457432,6.9798583984375
HHDSD,λ<=log n,65536,1,466770,7.122344970703125
HHDSD,λ<=log n,65536,1,497769,7.5953521728515625
HHDSD,λ<=log n,65536,1,455779,6.9546356201171875
HHDSD,λ<=log n,65536,1,476747,7.2745819091796875
HHDSD,λ<=log n,65536,1,448348,6.84124755859375
HHDSD,λ<=log n,65536,1,475093,7.2493438720703125
HHDSD,λ<=log n,65536,1,480373,7.3299102783203125
HHDSD,λ<=log n,65536,1,530268,8.09124755859375
HHDSD,λ<=log n,65536,1,562767,8.587142944335938
HHDSD,λ<=log n,65536,1,486915,7.4297332763671875
HHDSD,λ<=log n,65536,1,503774,7.686981201171875
HHDSD,λ<=log n,65536,1,460897,7.0327301025390625
HHDSD,λ<=log n,65536,1,464568,7.0887451171875
HHDSD,λ<=log n,65536,1,540091,8.241134643554688
HHDSD,λ<=log n,65536,1,440659,6.7239227294921875
HHDSD,λ<=log n,65536,1,476477,7.2704620361328125
HHDSD,λ<=log n,65536,1,491685,7.5025177001953125
HHDSD,λ<=log n,65536,1,463453,7.0717315673828125
HHDSD,λ<=log n,65536,1,439232,6.7021484375
HHDSD,λ<=log n,65536,1,493219,7.5259246826171875
HHDSD,λ<=log n,65536,1,471170,7.189483642578125
HHDSD,λ<=log n,65536,1,435551,6.6459808349609375
HHDSD,λ<=log n,65536,1,478297,7.2982330322265625
HHDSD,λ<=log n,65536,1,431288,6.5809326171875
HHDSD,λ<=log n,65536,1,450412,6.87274169921875
HHDSD,λ<=log n,65536,1,477365,7.2840118408203125
HHDSD,λ<=log n,65536,1,446009,6.8055572509765625
HHDSD,λ<=log n,65536,1,489631,7.4711761474609375
HHDSD,λ<=log n,65536,1,519656,7.9293212890625
HHDSD,λ<=log n,65536,1,482102,7.356292724609375
HHDSD,λ<=log n,65536,1,441062,6.730072021484375
HHDSD,λ<=log n,65536,1,513801,7.8399810791015625
HHDSD,λ<=log n,65536,1,461451,7.0411834716796875
HHDSD,λ<=log n,65536,1,475552,7.25634765625
HHDSD,λ<=log n,65536,1,467229,7.1293487548828125
HHDSD,λ<=log n,65536,1,508531,7.7595672607421875
HHDSD,λ<=log n,65536,1,458137,6.9906158447265625
HHDSD,λ<=log n,65536,1,544847,8.313705444335938
HHDSD,λ<=log n,65536,1,465354,7.100738525390625
HHDSD,λ<=log n,65536,1,474788,7.24468994140625
HHDSD,λ<=log n,65536,1,468741,7.1524200439453125
HHDSD,λ<=log n,65536,1,464427,7.0865936279296875
HHDSD,λ<=log n,65536,1,462170,7.052154541015625
HHDSD,λ<=log n,65536,1,483519,7.3779144287109375
HHDSD,λ<=log n,65536,1,480941,7.3385772705078125
HHDSD,λ<=log n,65536,1,468669,7.1513214111328125
HHDSD,λ<=log n,65536,1,475636,7.25762939453125
HHDSD,λ<=log n,65536,1,450043,6.8671112060546875
HHDSD,λ<=log n,65536,1,553849,8.451065063476562
HHDSD,λ<=log n,65536,1,539602,8.233673095703125
HHDSD,λ<=log n,65536,1,478351,7.2990570068359375
HHDSD,λ<=log n,65536,1,461219,7.0376434326171875
HHDSD,λ<=log n,65536,1,435950,6.652069091796875
HHDSD,λ<=log n,65536,1,458714,6.999420166015625
HHDSD,λ<=log n,65536,1,445567,6.7988128662109375
HHDSD,λ<=log n,65536,1,463159,7.0672454833984375
HHDSD,λ<=log n,65536,1,461471,7.0414886474609375
HHDSD,λ<=log n,65536,1,460620,7.02850341796875
HHDSD,λ<=log n,65536,1,488406,7.452484130859375
HHDSD,λ<=log n,65536,1,476392,7.2691650390625
HHDSD,λ<=log n,65536,1,480407,7.3304290771484375
HHDSD,λ<=log n,65536,1,495077,7.5542755126953125
HHLSD,λ<=log n,65536,1,473328,7.222412109375
HHLSD,λ<=log n,65536,1,458868,7.00177001953125
HHLSD,λ<=log n,65536,1,519070,7.920379638671875
HHLSD,λ<=log n,65536,1,476446,7.269989013671875
HHLSD,λ<=log n,65536,1,514532,7.85113525390625
HHLSD,λ<=log n,65536,1,452946,6.911407470703125
HHLSD,λ<=log n,65536,1,494748,7.54925537109375
HHLSD,λ<=log n,65536,1,463572,7.07354736328125
HHLSD,λ<=log n,65536,1,524662,8.005706787109375
HHLSD,λ<=log n,65536,1,485659,7.4105682373046875
HHLSD,λ<=log n,65536,1,465714,7.106231689453125
HHLSD,λ<=log n,65536,1,481992,7.3546142578125
HHLSD,λ<=log n,65536,1,517995,7.9039764404296875
HHLSD,λ<=log n,65536,1,511010,7.797393798828125
HHLSD,λ<=log n,65536,1,525307,8.015548706054688
HHLSD,λ<=log n,65536,1,452928,6.9111328125
HHLSD,λ<=log n,65536,1,527407,8.047592163085938
HHLSD,λ<=log n,65536,1,481777,7.3513336181640625
HHLSD,λ<=log n,65536,1,477849,7.2913970947265625
HHLSD,λ<=log n,65536,1,470346,7.176910400390625
HHLSD,λ<=log n,65536,1,479056,7.309814453125
HHLSD,λ<=log n,65536,1,479929,7.3231353759765625
HHLSD,λ<=log n,65536,1,466363,7.1161346435546875
HHLSD,λ<=log n,65536,1,444810,6.787261962890625
HHLSD,λ<=log n,65536,1,583649,8.905776977539062
HHLSD,λ<=log n,65536,1,506693,7.7315216064453125
HHLSD,λ<=log n,65536,1,513276,7.83197021484375
HHLSD,λ<=log n,65536,1,520288,7.93896484375
HHLSD,λ<=log n,65536,1,505189,7.7085723876953125
HHLSD,λ<=log n,65536,1,476426,7.269683837890625
HHLSD,λ<=log n,65536,1,553088,8.439453125
HHLSD,λ<=log n,65536,1,466780,7.12249755859375
HHLSD,λ<=log n,65536,1,482478,7.362030029296875
HHLSD,λ<=log n,65536,1,547421,8.352981567382812
HHLSD,λ<=log n,65536,1,478918,7.307708740234375
HHLSD,λ<=log n,65536,1,514068,7.84405517578125
HHLSD,λ<=log n,65536,1,523008,7.98046875
HHLSD,λ<=log n,65536,1,494033,7.5383453369140625
HHLSD,λ<=log n,65536,1,482618,7.364166259765625
HHLSD,λ<=log n,65536,1,468013,7.1413116455078125
HHLSD,λ<=log n,65536,1,446503,6.8130950927734375
HHLSD,λ<=log n,65536,1,480513,7.3320465087890625
HHLSD,λ<=log n,65536,1,526652,8.03607177734375
HHLSD,λ<=log n,65536,1,461398,7.040374755859375
HHLSD,λ<=log n,65536,1,479909,7.3228302001953125
HHLSD,λ<=log n,65536,1,543041,8.286148071289062
HHLSD,λ<=log n,65536,1,541863,8.268173217773438
HHLSD,λ<=log n,65536,1,521956,7.96441650390625
HHLSD,λ<=log n,65536,1,528256,8.060546875
HHLSD,λ<=log n,65536,1,505492,7.71319580078125
HHLSD,λ<=log n,65536,1,477783,7.2903900146484375
HHLSD,λ<=log n,65536,1,468655,7.1511077880859375
HHLSD,λ<=log n,65536,1,487989,7.4461212158203125
HHLSD,λ<=log n,65536,1,458236,6.99212646484375
HHLSD,λ<=log n,65536,1,501241,7.6483306884765625
HHLSD,λ<=log n,65536,1,486551,7.4241790771484375
HHLSD,λ<=log n,65536,1,469836,7.16912841796875
HHLSD,λ<=log n,65536,1,470176,7.17431640625
HHLSD,λ<=log n,65536,1,463555,7.0732879638671875
HHLSD,λ<=log n,65536,1,465887,7.1088714599609375
HHLSD,λ<=log n,65536,1,532500,8.12530517578125
HHLSD,λ<=log n,65536,1,474907,7.2465057373046875
HHLSD,λ<=log n,65536,1,493479,7.5298919677734375
HHLSD,λ<=log n,65536,1,463812,7.07720947265625
HHLSD,λ<=log n,65536,1,485011,7.4006805419921875
HHLSD,λ<=log n,65536,1,518398,7.910125732421875
HHLSD,λ<=log n,65536,1,471831,7.1995697021484375
HHLSD,λ<=log n,65536,1,530599,8.096298217773438
HHLSD,λ<=log n,65536,1,471968,7.20166015625
HHLSD,λ<=log n,65536,1,563851,8.603683471679688
HHLSD,λ<=log n,65536,1,536385,8.184585571289062
HHLSD,λ<=log n,65536,1,487107,7.4326629638671875
HHLSD,λ<=log n,65536,1,471874,7.200225830078125
HHLSD,λ<=log n,65536,1,460700,7.02972412109375
HHLSD,λ<=log n,65536,1,458407,6.9947357177734375
HHLSD,λ<=log n,65536,1,566413,8.642776489257812
HHLSD,λ<=log n,65536,1,440829,6.7265167236328125
HHLSD,λ<=log n,65536,1,498617,7.6082916259765625
HHLSD,λ<=log n,65536,1,481269,7.3435821533203125
HHLSD,λ<=log n,65536,1,471417,7.1932525634765625
HHLSD,λ<=log n,65536,1,486437,7.4224395751953125
HHLSD,λ<=log n,65536,1,486521,7.4237213134765625
HHLSD,λ<=log n,65536,1,523334,7.985443115234375
HHLSD,λ<=log n,65536,1,504447,7.6972503662109375
HHLSD,λ<=log n,65536,1,517822,7.901336669921875
HHLSD,λ<=log n,65536,1,465496,7.1029052734375
HHLSD,λ<=log n,65536,1,511324,7.80218505859375
HHLSD,λ<=log n,65536,1,518237,7.9076690673828125
HHLSD,λ<=log n,65536,1,481485,7.3468780517578125
HHLSD,λ<=log n,65536,1,506840,7.7337646484375
HHLSD,λ<=log n,65536,1,508371,7.7571258544921875
HHLSD,λ<=log n,65536,1,471096,7.1883544921875
HHLSD,λ<=log n,65536,1,519748,7.93072509765625
HHLSD,λ<=log n,65536,1,490474,7.484039306640625
HHLSD,λ<=log n,65536,1,511610,7.806549072265625
HHLSD,λ<=log n,65536,1,469881,7.1698150634765625
HHLSD,λ<=log n,65536,1,494861,7.5509796142578125
HHLSD,λ<=log n,65536,1,457943,6.9876556396484375
HHLSD,λ<=log n,65536,1,486819,7.4282684326171875
HHLSD,λ<=log n,65536,1,497109,7.5852813720703125
HRLSD,λ<=log n,65536,1,486126,7.417694091796875
HRLSD,λ<=log n,65536,1,479372,7.31463623046875
HRLSD,λ<=log n,65536,1,465669,7.1055450439453125
HRLSD,λ<=log n,65536,1,476142,7.265350341796875
HRLSD,λ<=log n,65536,1,456755,6.9695281982421875
HRLSD,λ<=log n,65536,1,496668,7.57855224609375
HRLSD,λ<=log n,65536,1,468907,7.1549530029296875
HRLSD,λ<=log n,65536,1,463254,7.068695068359375
HRLSD,λ<=log n,65536,1,468351,7.1464691162109375
HRLSD,λ<=log n,65536,1,456206,6.961151123046875
HRLSD,λ<=log n,65536,1,489252,7.46539306640625
HRLSD,λ<=log n,65536,1,471476,7.19415283203125
HRLSD,λ<=log n,65536,1,539056,8.225341796875
HRLSD,λ<=log n,65536,1,465425,7.1018218994140625
HRLSD,λ<=log n,65536,1,486971,7.4305877685546875
HRLSD,λ<=log n,65536,1,537329,8.198989868164062
HRLSD,λ<=log n,65536,1,451021,6.8820343017578125
HRLSD,λ<=log n,65536,1,486337,7.4209136962890625
HRLSD,λ<=log n,65536,1,533445,8.139724731445312
HRLSD,λ<=log n,65536,1,533885,8.146438598632812
HRLSD,λ<=log n,65536,1,455067,6.9437713623046875
HRLSD,λ<=log n,65536,1,467992,7.1409912109375
HRLSD,λ<=log n,65536,1,474524,7.24066162109375
HRLSD,λ<=log n,65536,1,483242,7.373687744140625
HRLSD,λ<=log n,65536,1,499567,7.6227874755859375
HRLSD,λ<=log n,65536,1,488379,7.4520721435546875
HRLSD,λ<=log n,65536,1,480009,7.3243560791015625
HRLSD,λ<=log n,65536,1,473196,7.22039794921875
HRLSD,λ<=log n,65536,1,458405,6.9947052001953125
HRLSD,λ<=log n,65536,1,498494,7.606414794921875
HRLSD,λ<=log n,65536,1,467521,7.1338043212890625
HRLSD,λ<=log n,65536,1,457286,6.977630615234375
HRLSD,λ<=log n,65536,1,482616,7.3641357421875
HRLSD,λ<=log n,65536,1,524393,8.001602172851562
HRLSD,λ<=log n,65536,1,522738,7.976348876953125
HRLSD,λ<=log n,65536,1,462248,7.0533447265625
HRLSD,λ<=log n,65536,1,567973,8.666580200195312
HRLSD,λ<=log n,65536,1,463841,7.0776519775390625
HRLSD,λ<=log n,65536,1,482839,7.3675384521484375
HRLSD,λ<=log n,65536,1,450435,6.8730926513671875
HRLSD,λ<=log n,65536,1,549236,8.38067626953125
HRLSD,λ<=log n,65536,1,502959,7.6745452880859375
HRLSD,λ<=log n,65536,1,501860,7.65777587890625
HRLSD,λ<=log n,65536,1,481743,7.3508148193359375
HRLSD,λ<=log n,65536,1,474972,7.24749755859375
HRLSD,λ<=log n,65536,1,473927,7.2315521240234375
HRLSD,λ<=log n,65536,1,497864,7.5968017578125
HRLSD,λ<=log n,65536,1,501675,7.6549530029296875
HRLSD,λ<=log n,65536,1,526798,8.038299560546875
HRLSD,λ<=log n,65536,1,485549,7.4088897705078125
HRLSD,λ<=log n,65536,1,498126,7.600799560546875
HRLSD,λ<=log n,65536,1,478979,7.3086395263671875
HRLSD,λ<=log n,65536,1,459292,7.00823974609375
HRLSD,λ<=log n,65536,1,522539,7.9733123779296875
HRLSD,λ<=log n,65536,1,477883,7.2919158935546875
HRLSD,λ<=log n,65536,1,551987,8.422653198242188
HRLSD,λ<=log n,65536,1,454489,6.9349517822265625
HRLSD,λ<=log n,65536,1,468096,7.142578125
HRLSD,λ<=log n,65536,1,500380,7.63519287109375
HRLSD,λ<=log n,65536,1,473830,7.230072021484375
HRLSD,λ<=log n,65536,1,505267,7.7097625732421875
HRLSD,λ<=log n,65536,1,464775,7.0919036865234375
HRLSD,λ<=log n,65536,1,480756,7.33575439453125
HRLSD,λ<=log n,65536,1,494126,7.539764404296875
HRLSD,λ<=log n,65536,1,468519,7.1490325927734375
HRLSD,λ<=log n,65536,1,551588,8.41656494140625
HRLSD,λ<=log n,65536,1,448974,6.850799560546875
HRLSD,λ<=log n,65536,1,471381,7.1927032470703125
HRLSD,λ<=log n,65536,1,478184,7.2965087890625
HRLSD,λ<=log n,65536,1,454619,6.9369354248046875
HRLSD,λ<=log n,65536,1,481298,7.344024658203125
HRLSD,λ<=log n,65536,1,464626,7.089630126953125
HRLSD,λ<=log n,65536,1,450287,6.8708343505859375
HRLSD,λ<=log n,65536,1,503198,7.678192138671875
HRLSD,λ<=log n,65536,1,503700,7.68585205078125
HRLSD,λ<=log n,65536,1,460854,7.032073974609375
HRLSD,λ<=log n,65536,1,483019,7.3702850341796875
HRLSD,λ<=log n,65536,1,464429,7.0866241455078125
HRLSD,λ<=log n,65536,1,473785,7.2293853759765625
HRLSD,λ<=log n,65536,1,507022,7.736541748046875
HRLSD,λ<=log n,65536,1,509412,7.77301025390625
HRLSD,λ<=log n,65536,1,462172,7.05218505859375
HRLSD,λ<=log n,65536,1,512174,7.815155029296875
HRLSD,λ<=log n,65536,1,501329,7.6496734619140625
HRLSD,λ<=log n,65536,1,485572,7.40924072265625
HRLSD,λ<=log n,65536,1,466204,7.11370849609375
HRLSD,λ<=log n,65536,1,491590,7.501068115234375
HRLSD,λ<=log n,65536,1,568940,8.68133544921875
HRLSD,λ<=log n,65536,1,463307,7.0695037841796875
HRLSD,λ<=log n,65536,1,508003,7.7515106201171875
HRLSD,λ<=log n,65536,1,514754,7.854522705078125
HRLSD,λ<=log n,65536,1,471729,7.1980133056640625
HRLSD,λ<=log n,65536,1,457960,6.9879150390625
HRLSD,λ<=log n,65536,1,448247,6.8397064208984375
HRLSD,λ<=log n,65536,1,484746,7.396636962890625
HRLSD,λ<=log n,65536,1,473366,7.222991943359375
HRLSD,λ<=log n,65536,1,484965,7.3999786376953125
HRLSD,λ<=log n,65536,1,474271,7.2368011474609375
HRLSD,λ<=log n,65536,1,487407,7.4372406005859375
HRLSD,λ<=log n,65536,1,516082,7.874786376953125
HSLSD,λ<=log n,65536,1,723893,11.045730590820312
HSLSD,λ<=log n,65536,1,652807,9.961044311523438
HSLSD,λ<=log n,65536,1,652557,9.957229614257812
HSLSD,λ<=log n,65536,1,693770,10.586090087890625
HSLSD,λ<=log n,65536,1,647498,9.880035400390625
HSLSD,λ<=log n,65536,1,653127,9.965927124023438
HSLSD,λ<=log n,65536,1,796193,12.148941040039062
HSLSD,λ<=log n,65536,1,710695,10.844345092773438
HSLSD,λ<=log n,65536,1,710027,10.834152221679688
HSLSD,λ<=log n,65536,1,658168,10.0428466796875
HSLSD,λ<=log n,65536,1,693289,10.578750610351562
HSLSD,λ<=log n,65536,1,710770,10.845489501953125
HSLSD,λ<=log n,65536,1,685973,10.467117309570312
HSLSD,λ<=log n,65536,1,710608,10.843017578125
HSLSD,λ<=log n,65536,1,702869,10.724929809570312
HSLSD,λ<=log n,65536,1,716446,10.932098388671875
HSLSD,λ<=log n,65536,1,682798,10.418670654296875
HSLSD,λ<=log n,65536,1,743666,11.347442626953125
HSLSD,λ<=log n,65536,1,752448,11.4814453125
HSLSD,λ<=log n,65536,1,708695,10.813827514648438
HSLSD,λ<=log n,65536,1,700713,10.692031860351562
HSLSD,λ<=log n,65536,1,683481,10.429092407226562
HSLSD,λ<=log n,65536,1,692451,10.565963745117188
HSLSD,λ<=log n,65536,1,662099,10.102828979492188
HSLSD,λ<=log n,65536,1,668287,10.197250366210938
HSLSD,λ<=log n,65536,1,675631,10.309310913085938
HSLSD,λ<=log n,65536,1,765907,11.686813354492188
HSLSD,λ<=log n,65536,1,676821,10.327468872070312
HSLSD,λ<=log n,65536,1,796173,12.148635864257812
HSLSD,λ<=log n,65536,1,750716,11.45501708984375
HSLSD,λ<=log n,65536,1,759423,11.587875366210938
HSLSD,λ<=log n,65536,1,694957,10.604202270507812
HSLSD,λ<=log n,65536,1,734621,11.209426879882812
HSLSD,λ<=log n,65536,1,700198,10.684173583984375
HSLSD,λ<=log n,65536,1,714485,10.902175903320312
HSLSD,λ<=log n,65536,1,653484,9.97137451171875
HSLSD,λ<=log n,65536,1,695117,10.606643676757812
HSLSD,λ<=log n,65536,1,843960,12.8778076171875
HSLSD,λ<=log n,65536,1,661903,10.099838256835938
HSLSD,λ<=log n,65536,1,665909,10.160964965820312
HSLSD,λ<=log n,65536,1,674017,10.284683227539062
HSLSD,λ<=log n,65536,1,679712,10.37158203125
HSLSD,λ<=log n,65536,1,777326,11.861053466796875
HSLSD,λ<=log n,65536,1,719237,10.974685668945312
HSLSD,λ<=log n,65536,1,669718,10.219085693359375
HSLSD,λ<=log n,65536,1,696779,10.632003784179688
HSLSD,λ<=log n,65536,1,694015,10.589828491210938
HSLSD,λ<=log n,65536,1,704093,10.743606567382812
HSLSD,λ<=log n,65536,1,664739,10.143112182617188
HSLSD,λ<=log n,65536,1,687714,10.493682861328125
HSLSD,λ<=log n,65536,1,647725,9.883499145507812
HSLSD,λ<=log n,65536,1,654549,9.987625122070312
HSLSD,λ<=log n,65536,1,749246,11.432586669921875
HSLSD,λ<=log n,65536,1,722393,11.022842407226562
HSLSD,λ<=log n,65536,1,713949,10.893997192382812
HSLSD,λ<=log n,65536,1,734280,11.2042236328125
HSLSD,λ<=log n,65536,1,695344,10.610107421875
HSLSD,λ<=log n,65536,1,756536,11.5438232421875
HSLSD,λ<=log n,65536,1,679597,10.369827270507812
HSLSD,λ<=log n,65536,1,737752,11.2572021484375
HSLSD,λ<=log n,65536,1,702173,10.714309692382812
HSLSD,λ<=log n,65536,1,703064,10.7279052734375
HSLSD,λ<=log n,65536,1,688148,10.50030517578125
HSLSD,λ<=log n,65536,1,712070,10.865325927734375
HSLSD,λ<=log n,65536,1,680440,10.3826904296875
HSLSD,λ<=log n,65536,1,718860,10.96893310546875
HSLSD,λ<=log n,65536,1,659056,10.056396484375
HSLSD,λ<=log n,65536,1,708396,10.80926513671875
HSLSD,λ<=log n,65536,1,697941,10.649734497070312
HSLSD,λ<=log n,65536,1,716129,10.927261352539062
HSLSD,λ<=log n,65536,1,689315,10.518112182617188
HSLSD,λ<=log n,65536,1,745256,11.3717041015625
HSLSD,λ<=log n,65536,1,673413,10.275466918945312
HSLSD,λ<=log n,65536,1,824818,12.585723876953125
HSLSD,λ<=log n,65536,1,706849,10.785659790039062
HSLSD,λ<=log n,65536,1,708720,10.814208984375
HSLSD,λ<=log n,65536,1,663647,10.126449584960938
HSLSD,λ<=log n,65536,1,704570,10.750885009765625
HSLSD,λ<=log n,65536,1,686359,10.473007202148438
HSLSD,λ<=log n,65536,1,704896,10.755859375
HSLSD,λ<=log n,65536,1,672820,10.26641845703125
HSLSD,λ<=log n,65536,1,680663,10.386093139648438
HSLSD,λ<=log n,65536,1,745970,11.382598876953125
HSLSD,λ<=log n,65536,1,689311,10.518051147460938
HSLSD,λ<=log n,65536,1,701888,10.7099609375
HSLSD,λ<=log n,65536,1,726811,11.090255737304688
HSLSD,λ<=log n,65536,1,740525,11.299514770507812
HSLSD,λ<=log n,65536,1,695742,10.616180419921875
HSLSD,λ<=log n,65536,1,664813,10.144241333007812
HSLSD,λ<=log n,65536,1,714619,10.904220581054688
HSLSD,λ<=log n,65536,1,660725,10.081863403320312
HSLSD,λ<=log n,65536,1,710558,10.842254638671875
HSLSD,λ<=log n,65536,1,714276,10.89898681640625
HSLSD,λ<=log n,65536,1,690365,10.534133911132812
HSLSD,λ<=log n,65536,1,698554,10.659088134765625
HSLSD,λ<=log n,65536,1,714497,10.902359008789062
HSLSD,λ<=log n,65536,1,683007,10.421859741210938
HSLSD,λ<=log n,65536,1,707648,10.7978515625
HSLSD,λ<=log n,65536,1,737942,11.260101318359375
HSLSD,λ<=log n,65536,1,720777,10.998184204101562
HSDMD,λ<=log n,65536,1,697301,10.639968872070312
HSDMD,λ<=log n,65536,1,691219,10.547164916992188
HSDMD,λ<=log n,65536,1,733780,11.19659423828125
HSDMD,λ<=log n,65536,1,772689,11.790298461914062
HSDMD,λ<=log n,65536,1,987095,15.061874389648438
HSDMD,λ<=log n,65536,1,678495,10.353012084960938
HSDMD,λ<=log n,65536,1,744750,11.363983154296875
HSDMD,λ<=log n,65536,1,824711,12.584091186523438
HSDMD,λ<=log n,65536,1,751446,11.466156005859375
HSDMD,λ<=log n,65536,1,660377,10.076553344726562
HSDMD,λ<=log n,65536,1,729658,11.133697509765625
HSDMD,λ<=log n,65536,1,714334,10.899871826171875
HSDMD,λ<=log n,65536,1,793520,12.108154296875
HSDMD,λ<=log n,65536,1,775691,11.836105346679688
HSDMD,λ<=log n,65536,1,797368,12.1668701171875
HSDMD,λ<=log n,65536,1,678355,10.350875854492188
HSDMD,λ<=log n,65536,1,627687,9.577743530273438
HSDMD,λ<=log n,65536,1,732443,11.176193237304688
HSDMD,λ<=log n,65536,1,664665,10.141983032226562
HSDMD,λ<=log n,65536,1,893659,13.636154174804688
HSDMD,λ<=log n,65536,1,617269,9.418777465820312
HSDMD,λ<=log n,65536,1,827559,12.627548217773438
HSDMD,λ<=log n,65536,1,767365,11.709060668945312
HSDMD,λ<=log n,65536,1,834997,12.741043090820312
HSDMD,λ<=log n,65536,1,671834,10.251373291015625
HSDMD,λ<=log n,65536,1,692073,10.560195922851562
HSDMD,λ<=log n,65536,1,704282,10.746490478515625
HSDMD,λ<=log n,65536,1,697086,10.636688232421875
HSDMD,λ<=log n,65536,1,773036,11.79559326171875
HSDMD,λ<=log n,65536,1,748675,11.423873901367188
HSDMD,λ<=log n,65536,1,790587,12.063400268554688
HSDMD,λ<=log n,65536,1,731698,11.164825439453125
HSDMD,λ<=log n,65536,1,728238,11.112030029296875
HSDMD,λ<=log n,65536,1,761326,11.616912841796875
HSDMD,λ<=log n,65536,1,709477,10.825759887695312
HSDMD,λ<=log n,65536,1,720278,10.990570068359375
HSDMD,λ<=log n,65536,1,712153,10.866592407226562
HSDMD,λ<=log n,65536,1,775353,11.830947875976562
HSDMD,λ<=log n,65536,1,843273,12.867324829101562
HSDMD,λ<=log n,65536,1,681352,10.3966064453125
HSDMD,λ<=log n,65536,1,758596,11.57525634765625
HSDMD,λ<=log n,65536,1,740769,11.303237915039062
HSDMD,λ<=log n,65536,1,697800,10.6475830078125
HSDMD,λ<=log n,65536,1,695535,10.613021850585938
HSDMD,λ<=log n,65536,1,696605,10.629348754882812
HSDMD,λ<=log n,65536,1,793943,12.114608764648438
HSDMD,λ<=log n,65536,1,750090,11.445465087890625
HSDMD,λ<=log n,65536,1,693891,10.587936401367188
HSDMD,λ<=log n,65536,1,696894,10.633758544921875
HSDMD,λ<=log n,65536,1,751690,11.469879150390625
HSDMD,λ<=log n,65536,1,822193,12.545669555664062
HSDMD,λ<=log n,65536,1,656208,10.012939453125
HSDMD,λ<=log n,65536,1,659712,10.06640625
HSDMD,λ<=log n,65536,1,777689,11.866592407226562
HSDMD,λ<=log n,65536,1,794808,12.1278076171875
HSDMD,λ<=log n,65536,1,780424,11.9083251953125
HSDMD,λ<=log n,65536,1,768018,11.719024658203125
HSDMD,λ<=log n,65536,1,686026,10.467926025390625
HSDMD,λ<=log n,65536,1,704146,10.744415283203125
HSDMD,λ<=log n,65536,1,974486,14.869476318359375
HSDMD,λ<=log n,65536,1,777246,11.859832763671875
HSDMD,λ<=log n,65536,1,829802,12.661773681640625
HSDMD,λ<=log n,65536,1,783218,11.950958251953125
HSDMD,λ<=log n,65536,1,819505,12.504653930664062
HSDMD,λ<=log n,65536,1,761635,11.621627807617188
HSDMD,λ<=log n,65536,1,705033,10.757949829101562
HSDMD,λ<=log n,65536,1,684728,10.4481201171875
HSDMD,λ<=log n,65536,1,925063,14.115341186523438
HSDMD,λ<=log n,65536,1,739110,11.277923583984375
HSDMD,λ<=log n,65536,1,738646,11.270843505859375
HSDMD,λ<=log n,65536,1,803906,12.266632080078125
HSDMD,λ<=log n,65536,1,646246,9.860931396484375
HSDMD,λ<=log n,65536,1,664214,10.135101318359375
HSDMD,λ<=log n,65536,1,814911,12.434555053710938
HSDMD,λ<=log n,65536,1,826550,12.612152099609375
HSDMD,λ<=log n,65536,1,815383,12.441757202148438
HSDMD,λ<=log n,65536,1,750475,11.451339721679688
HSDMD,λ<=log n,65536,1,744031,11.353012084960938
HSDMD,λ<=log n,65536,1,741459,11.313766479492188
HSDMD,λ<=log n,65536,1,651049,9.934219360351562
HSDMD,λ<=log n,65536,1,872773,13.317459106445312
HSDMD,λ<=log n,65536,1,832889,12.708877563476562
HSDMD,λ<=log n,65536,1,712002,10.864288330078125
HSDMD,λ<=log n,65536,1,734732,11.21112060546875
HSDMD,λ<=log n,65536,1,791526,12.077728271484375
HSDMD,λ<=log n,65536,1,726109,11.079544067382812
HSDMD,λ<=log n,65536,1,708645,10.813064575195312
HSDMD,λ<=log n,65536,1,861428,13.14434814453125
HSDMD,λ<=log n,65536,1,710388,10.83966064453125
HSDMD,λ<=log n,65536,1,762951,11.641708374023438
HSDMD,λ<=log n,65536,1,816320,12.4560546875
HSDMD,λ<=log n,65536,1,822514,12.550567626953125
HSDMD,λ<=log n,65536,1,702149,10.713943481445312
HSDMD,λ<=log n,65536,1,699684,10.67633056640625
HSDMD,λ<=log n,65536,1,955842,14.584991455078125
HSDMD,λ<=log n,65536,1,664060,10.13275146484375
HSDMD,λ<=log n,65536,1,736462,11.237518310546875
HSDMD,λ<=log n,65536,1,660299,10.075363159179688
HSDMD,λ<=log n,65536,1,709728,10.82958984375
HSDMD,λ<=log n,65536,1,753960,11.5045166015625
HRDMD,λ<=log n,65536,1,524783,8.007553100585938
HRDMD,λ<=log n,65536,1,411699,6.2820281982421875
HRDMD,λ<=log n,65536,1,431960,6.5911865234375
HRDMD,λ<=log n,65536,1,433835,6.6197967529296875
HRDMD,λ<=log n,65536,1,439287,6.7029876708984375
HRDMD,λ<=log n,65536,1,440461,6.7209014892578125
HRDMD,λ<=log n,65536,1,447164,6.82318115234375
HRDMD,λ<=log n,65536,1,446375,6.8111419677734375
HRDMD,λ<=log n,65536,1,437855,6.6811370849609375
HRDMD,λ<=log n,65536,1,458907,7.0023651123046875
HRDMD,λ<=log n,65536,1,459779,7.0156707763671875
HRDMD,λ<=log n,65536,1,520368,7.940185546875
HRDMD,λ<=log n,65536,1,438455,6.6902923583984375
HRDMD,λ<=log n,65536,1,491739,7.5033416748046875
HRDMD,λ<=log n,65536,1,413799,6.3140716552734375
HRDMD,λ<=log n,65536,1,479891,7.3225555419921875
HRDMD,λ<=log n,65536,1,464855,7.0931243896484375
HRDMD,λ<=log n,65536,1,432181,6.5945587158203125
HRDMD,λ<=log n,65536,1,446754,6.816925048828125
HRDMD,λ<=log n,65536,1,487814,7.443450927734375
HRDMD,λ<=log n,65536,1,508159,7.7538909912109375
HRDMD,λ<=log n,65536,1,427480,6.5228271484375
HRDMD,λ<=log n,65536,1,462329,7.0545806884765625
HRDMD,λ<=log n,65536,1,453355,6.9176483154296875
HRDMD,λ<=log n,65536,1,451574,6.890472412109375
HRDMD,λ<=log n,65536,1,502566,7.668548583984375
HRDMD,λ<=log n,65536,1,441518,6.737030029296875
HRDMD,λ<=log n,65536,1,460711,7.0298919677734375
HRDMD,λ<=log n,65536,1,433357,6.6125030517578125
HRDMD,λ<=log n,65536,1,481206,7.342620849609375
HRDMD,λ<=log n,65536,1,423823,6.4670257568359375
HRDMD,λ<=log n,65536,1,426326,6.505218505859375
HRDMD,λ<=log n,65536,1,442292,6.74884033203125
HRDMD,λ<=log n,65536,1,425461,6.4920196533203125
HRDMD,λ<=log n,65536,1,429569,6.5547027587890625
HRDMD,λ<=log n,65536,1,428966,6.545501708984375
HRDMD,λ<=log n,65536,1,415102,6.333953857421875
HRDMD,λ<=log n,65536,1,493667,7.5327606201171875
HRDMD,λ<=log n,65536,1,446377,6.8111724853515625
HRDMD,λ<=log n,65536,1,449214,6.854461669921875
HRDMD,λ<=log n,65536,1,424717,6.4806671142578125
HRDMD,λ<=log n,65536,1,440426,6.720367431640625
HRDMD,λ<=log n,65536,1,452601,6.9061431884765625
HRDMD,λ<=log n,65536,1,449135,6.8532562255859375
HRDMD,λ<=log n,65536,1,432797,6.6039581298828125
HRDMD,λ<=log n,65536,1,448238,6.839569091796875
HRDMD,λ<=log n,65536,1,444035,6.7754364013671875
HRDMD,λ<=log n,65536,1,423756,6.46600341796875
HRDMD,λ<=log n,65536,1,431447,6.5833587646484375
HRDMD,λ<=log n,65536,1,445379,6.7959442138671875
HRDMD,λ<=log n,65536,1,424280,6.4739990234375
HRDMD,λ<=log n,65536,1,486253,7.4196319580078125
HRDMD,λ<=log n,65536,1,455478,6.950042724609375
HRDMD,λ<=log n,65536,1,450131,6.8684539794921875
HRDMD,λ<=log n,65536,1,475745,7.2592926025390625
HRDMD,λ<=log n,65536,1,452575,6.9057464599609375
HRDMD,λ<=log n,65536,1,416284,6.35198974609375
HRDMD,λ<=log n,65536,1,434370,6.627960205078125
HRDMD,λ<=log n,65536,1,460011,7.0192108154296875
HRDMD,λ<=log n,65536,1,480778,7.336090087890625
HRDMD,λ<=log n,65536,1,423820,6.46697998046875
HRDMD,λ<=log n,65536,1,430483,6.5686492919921875
HRDMD,λ<=log n,65536,1,440112,6.715576171875
HRDMD,λ<=log n,65536,1,427280,6.519775390625
HRDMD,λ<=log n,65536,1,441719,6.7400970458984375
HRDMD,λ<=log n,65536,1,438113,6.6850738525390625
HRDMD,λ<=log n,65536,1,440834,6.726593017578125
HRDMD,λ<=log n,65536,1,455566,6.951385498046875
HRDMD,λ<=log n,65536,1,431334,6.581634521484375
HRDMD,λ<=log n,65536,1,414255,6.3210296630859375
HRDMD,λ<=log n,65536,1,464473,7.0872955322265625
HRDMD,λ<=log n,65536,1,408877,6.2389678955078125
HRDMD,λ<=log n,65536,1,449826,6.863800048828125
HRDMD,λ<=log n,65536,1,460043,7.0196990966796875
HRDMD,λ<=log n,65536,1,445522,6.798126220703125
HRDMD,λ<=log n,65536,1,429466,6.553131103515625
HRDMD,λ<=log n,65536,1,456901,6.9717559814453125
HRDMD,λ<=log n,65536,1,423289,6.4588775634765625
HRDMD,λ<=log n,65536,1,542031,8.270736694335938
HRDMD,λ<=log n,65536,1,422960,6.453857421875
HRDMD,λ<=log n,65536,1,436560,6.661376953125
HRDMD,λ<=log n,65536,1,442852,6.75738525390625
HRDMD,λ<=log n,65536,1,472140,7.20428466796875
HRDMD,λ<=log n,65536,1,440253,6.7177276611328125
HRDMD,λ<=log n,65536,1,433877,6.6204376220703125
HRDMD,λ<=log n,65536,1,418037,6.3787384033203125
HRDMD,λ<=log n,65536,1,416105,6.3492584228515625
HRDMD,λ<=log n,65536,1,495031,7.5535736083984375
HRDMD,λ<=log n,65536,1,506945,7.7353668212890625
HRDMD,λ<=log n,65536,1,436595,6.6619110107421875
HRDMD,λ<=log n,65536,1,419257,6.3973541259765625
HRDMD,λ<=log n,65536,1,428074,6.531890869140625
HRDMD,λ<=log n,65536,1,418515,6.3860321044921875
HRDMD,λ<=log n,65536,1,480941,7.3385772705078125
HRDMD,λ<=log n,65536,1,443913,6.7735748291015625
HRDMD,λ<=log n,65536,1,436050,6.653594970703125
HRDMD,λ<=log n,65536,1,442359,6.7498626708984375
HRDMD,λ<=log n,65536,1,445687,6.8006439208984375
HRDMD,λ<=log n,65536,1,462463,7.0566253662109375
HRDMD,λ<=log n,65536,1,490611,7.4861297607421875
HHDMD,λ<=log n,65536,1,446157,6.8078155517578125
HHDMD,λ<=log n,65536,1,428001,6.5307769775390625
HHDMD,λ<=log n,65536,1,410364,6.26165771484375
HHDMD,λ<=log n,65536,1,505202,7.708770751953125
HHDMD,λ<=log n,65536,1,429418,6.552398681640625
HHDMD,λ<=log n,65536,1,449007,6.8513031005859375
HHDMD,λ<=log n,65536,1,460844,7.03192138671875
HHDMD,λ<=log n,65536,1,440748,6.72528076171875
HHDMD,λ<=log n,65536,1,539114,8.226226806640625
HHDMD,λ<=log n,65536,1,450700,6.87713623046875
HHDMD,λ<=log n,65536,1,464937,7.0943756103515625
HHDMD,λ<=log n,65536,1,433323,6.6119842529296875
HHDMD,λ<=log n,65536,1,477996,7.29364013671875
HHDMD,λ<=log n,65536,1,497696,7.59423828125
HHDMD,λ<=log n,65536,1,468428,7.14764404296875
HHDMD,λ<=log n,65536,1,431605,6.5857696533203125
HHDMD,λ<=log n,65536,1,443453,6.7665557861328125
HHDMD,λ<=log n,65536,1,432419,6.5981903076171875
HHDMD,λ<=log n,65536,1,474715,7.2435760498046875
HHDMD,λ<=log n,65536,1,464667,7.0902557373046875
HHDMD,λ<=log n,65536,1,436883,6.6663055419921875
HHDMD,λ<=log n,65536,1,422968,6.4539794921875
HHDMD,λ<=log n,65536,1,425030,6.485443115234375
HHDMD,λ<=log n,65536,1,582441,8.887344360351562
HHDMD,λ<=log n,65536,1,405435,6.1864471435546875
HHDMD,λ<=log n,65536,1,428086,6.532073974609375
HHDMD,λ<=log n,65536,1,412552,6.2950439453125
HHDMD,λ<=log n,65536,1,477454,7.285369873046875
HHDMD,λ<=log n,65536,1,478272,7.2978515625
HHDMD,λ<=log n,65536,1,421744,6.435302734375
HHDMD,λ<=log n,65536,1,457795,6.9853973388671875
HHDMD,λ<=log n,65536,1,440064,6.71484375
HHDMD,λ<=log n,65536,1,496125,7.5702667236328125
HHDMD,λ<=log n,65536,1,412152,6.2889404296875
HHDMD,λ<=log n,65536,1,412431,6.2931976318359375
HHDMD,λ<=log n,65536,1,451360,6.88720703125
HHDMD,λ<=log n,65536,1,446785,6.8173980712890625
HHDMD,λ<=log n,65536,1,436010,6.652984619140625
HHDMD,λ<=log n,65536,1,434523,6.6302947998046875
HHDMD,λ<=log n,65536,1,425554,6.493438720703125
HHDMD,λ<=log n,65536,1,429144,6.5482177734375
HHDMD,λ<=log n,65536,1,463422,7.071258544921875
HHDMD,λ<=log n,65536,1,428442,6.537506103515625
HHDMD,λ<=log n,65536,1,427379,6.5212860107421875
HHDMD,λ<=log n,65536,1,417316,6.36773681640625
HHDMD,λ<=log n,65536,1,500717,7.6403350830078125
HHDMD,λ<=log n,65536,1,432748,6.60321044921875
HHDMD,λ<=log n,65536,1,404417,6.1709136962890625
HHDMD,λ<=log n,65536,1,454185,6.9303131103515625
HHDMD,λ<=log n,65536,1,408644,6.23541259765625
HHDMD,λ<=log n,65536,1,431076,6.57769775390625
HHDMD,λ<=log n,65536,1,426865,6.5134429931640625
HHDMD,λ<=log n,65536,1,441498,6.736724853515625
HHDMD,λ<=log n,65536,1,444078,6.776092529296875
HHDMD,λ<=log n,65536,1,413337,6.3070220947265625
HHDMD,λ<=log n,65536,1,424777,6.4815826416015625
HHDMD,λ<=log n,65536,1,413323,6.3068084716796875
HHDMD,λ<=log n,65536,1,403535,6.1574554443359375
HHDMD,λ<=log n,65536,1,458470,6.995697021484375
HHDMD,λ<=log n,65536,1,456566,6.966644287109375
HHDMD,λ<=log n,65536,1,443075,6.7607879638671875
HHDMD,λ<=log n,65536,1,469050,7.157135009765625
HHDMD,λ<=log n,65536,1,427309,6.5202178955078125
HHDMD,λ<=log n,65536,1,413340,6.30706787109375
HHDMD,λ<=log n,65536,1,410107,6.2577362060546875
HHDMD,λ<=log n,65536,1,459710,7.014617919921875
HHDMD,λ<=log n,65536,1,430730,6.572418212890625
HHDMD,λ<=log n,65536,1,415944,6.3468017578125
HHDMD,λ<=log n,65536,1,427154,6.517852783203125
HHDMD,λ<=log n,65536,1,418456,6.3851318359375
HHDMD,λ<=log n,65536,1,458944,7.0029296875
HHDMD,λ<=log n,65536,1,433815,6.6194915771484375
HHDMD,λ<=log n,65536,1,393581,6.0055694580078125
HHDMD,λ<=log n,65536,1,445658,6.800201416015625
HHDMD,λ<=log n,65536,1,421254,6.427825927734375
HHDMD,λ<=log n,65536,1,420064,6.40966796875
HHDMD,λ<=log n,65536,1,430518,6.569183349609375
HHDMD,λ<=log n,65536,1,403045,6.1499786376953125
HHDMD,λ<=log n,65536,1,429319,6.5508880615234375
HHDMD,λ<=log n,65536,1,408330,6.230621337890625
HHDMD,λ<=log n,65536,1,421624,6.4334716796875
HHDMD,λ<=log n,65536,1,422343,6.4444427490234375
HHDMD,λ<=log n,65536,1,458601,6.9976959228515625
HHDMD,λ<=log n,65536,1,463506,7.072540283203125
HHDMD,λ<=log n,65536,1,434304,6.626953125
HHDMD,λ<=log n,65536,1,451356,6.88714599609375
HHDMD,λ<=log n,65536,1,478941,7.3080596923828125
HHDMD,λ<=log n,65536,1,431388,6.58245849609375
HHDMD,λ<=log n,65536,1,438233,6.6869049072265625
HHDMD,λ<=log n,65536,1,474728,7.2437744140625
HHDMD,λ<=log n,65536,1,441974,6.743988037109375
HHDMD,λ<=log n,65536,1,423458,6.461456298828125
HHDMD,λ<=log n,65536,1,421956,6.43853759765625
HHDMD,λ<=log n,65536,1,432779,6.6036834716796875
HHDMD,λ<=log n,65536,1,426191,6.5031585693359375
HHDMD,λ<=log n,65536,1,413392,6.307861328125
HHDMD,λ<=log n,65536,1,474284,7.23699951171875
HHDMD,λ<=log n,65536,1,473682,7.227813720703125
HHDMD,λ<=log n,65536,1,421758,6.435516357421875
HHDMD,λ<=log n,65536,1,423700,6.46514892578125
HHLMD,λ<=log n,65536,1,450671,6.8766937255859375
HHLMD,λ<=log n,65536,1,497204,7.58673095703125
HHLMD,λ<=log n,65536,1,492408,7.5135498046875
HHLMD,λ<=log n,65536,1,472370,7.207794189453125
HHLMD,λ<=log n,65536,1,467715,7.1367645263671875
HHLMD,λ<=log n,65536,1,521462,7.956878662109375
HHLMD,λ<=log n,65536,1,451302,6.886322021484375
HHLMD,λ<=log n,65536,1,474047,7.2333831787109375
HHLMD,λ<=log n,65536,1,478844,7.30657958984375
HHLMD,λ<=log n,65536,1,508184,7.7542724609375
HHLMD,λ<=log n,65536,1,470257,7.1755523681640625
HHLMD,λ<=log n,65536,1,448892,6.84954833984375
HHLMD,λ<=log n,65536,1,494754,7.549346923828125
HHLMD,λ<=log n,65536,1,478851,7.3066864013671875
HHLMD,λ<=log n,65536,1,439123,6.7004852294921875
HHLMD,λ<=log n,65536,1,448339,6.8411102294921875
HHLMD,λ<=log n,65536,1,461551,7.0427093505859375
HHLMD,λ<=log n,65536,1,488155,7.4486541748046875
HHLMD,λ<=log n,65536,1,518001,7.9040679931640625
HHLMD,λ<=log n,65536,1,463417,7.0711822509765625
HHLMD,λ<=log n,65536,1,448271,6.8400726318359375
HHLMD,λ<=log n,65536,1,503009,7.6753082275390625
HHLMD,λ<=log n,65536,1,457734,6.984466552734375
HHLMD,λ<=log n,65536,1,457590,6.982269287109375
HHLMD,λ<=log n,65536,1,486491,7.4232635498046875
HHLMD,λ<=log n,65536,1,548090,8.363189697265625
HHLMD,λ<=log n,65536,1,505891,7.7192840576171875
HHLMD,λ<=log n,65536,1,490993,7.4919586181640625
HHLMD,λ<=log n,65536,1,452319,6.9018402099609375
HHLMD,λ<=log n,65536,1,445391,6.7961273193359375
HHLMD,λ<=log n,65536,1,465308,7.10003662109375
HHLMD,λ<=log n,65536,1,483144,7.3721923828125
HHLMD,λ<=log n,65536,1,507362,7.741729736328125
HHLMD,λ<=log n,65536,1,443108,6.76129150390625
HHLMD,λ<=log n,65536,1,477812,7.29083251953125
HHLMD,λ<=log n,65536,1,493666,7.532745361328125
HHLMD,λ<=log n,65536,1,444620,6.78436279296875
HHLMD,λ<=log n,65536,1,480905,7.3380279541015625
HHLMD,λ<=log n,65536,1,504810,7.702789306640625
HHLMD,λ<=log n,65536,1,453773,6.9240264892578125
HHLMD,λ<=log n,65536,1,514551,7.8514251708984375
HHLMD,λ<=log n,65536,1,470091,7.1730194091796875
HHLMD,λ<=log n,65536,1,455897,6.9564361572265625
HHLMD,λ<=log n,65536,1,461429,7.0408477783203125
HHLMD,λ<=log n,65536,1,496421,7.5747833251953125
HHLMD,λ<=log n,65536,1,566223,8.639877319335938
HHLMD,λ<=log n,65536,1,462277,7.0537872314453125
HHLMD,λ<=log n,65536,1,487117,7.4328155517578125
HHLMD,λ<=log n,65536,1,432117,6.5935821533203125
HHLMD,λ<=log n,65536,1,462506,7.057281494140625
HHLMD,λ<=log n,65536,1,446484,6.81280517578125
HHLMD,λ<=log n,65536,1,495539,7.5613250732421875
HHLMD,λ<=log n,65536,1,438066,6.684356689453125
HHLMD,λ<=log n,65536,1,516214,7.876800537109375
HHLMD,λ<=log n,65536,1,481695,7.3500823974609375
HHLMD,λ<=log n,65536,1,450180,6.86920166015625
HHLMD,λ<=log n,65536,1,502884,7.67340087890625
HHLMD,λ<=log n,65536,1,479048,7.3096923828125
HHLMD,λ<=log n,65536,1,455447,6.9495697021484375
HHLMD,λ<=log n,65536,1,431924,6.59063720703125
HHLMD,λ<=log n,65536,1,436526,6.660858154296875
HHLMD,λ<=log n,65536,1,510422,7.788421630859375
HHLMD,λ<=log n,65536,1,505989,7.7207794189453125
HHLMD,λ<=log n,65536,1,441737,6.7403717041015625
HHLMD,λ<=log n,65536,1,461904,7.048095703125
HHLMD,λ<=log n,65536,1,461770,7.046051025390625
HHLMD,λ<=log n,65536,1,446088,6.8067626953125
HHLMD,λ<=log n,65536,1,453028,6.91265869140625
HHLMD,λ<=log n,65536,1,461239,7.0379486083984375
HHLMD,λ<=log n,65536,1,496650,7.578277587890625
HHLMD,λ<=log n,65536,1,450146,6.868682861328125
HHLMD,λ<=log n,65536,1,425448,6.4918212890625
HHLMD,λ<=log n,65536,1,459213,7.0070343017578125
HHLMD,λ<=log n,65536,1,494883,7.5513153076171875
HHLMD,λ<=log n,65536,1,475421,7.2543487548828125
HHLMD,λ<=log n,65536,1,453677,6.9225616455078125
HHLMD,λ<=log n,65536,1,440822,6.726409912109375
HHLMD,λ<=log n,65536,1,481556,7.34796142578125
HHLMD,λ<=log n,65536,1,454755,6.9390106201171875
HHLMD,λ<=log n,65536,1,473141,7.2195587158203125
HHLMD,λ<=log n,65536,1,467247,7.1296234130859375
HHLMD,λ<=log n,65536,1,478307,7.2983856201171875
HHLMD,λ<=log n,65536,1,488528,7.454345703125
HHLMD,λ<=log n,65536,1,448661,6.8460235595703125
HHLMD,λ<=log n,65536,1,489962,7.476226806640625
HHLMD,λ<=log n,65536,1,438500,6.69097900390625
HHLMD,λ<=log n,65536,1,493844,7.53546142578125
HHLMD,λ<=log n,65536,1,524349,8.000930786132812
HHLMD,λ<=log n,65536,1,452232,6.9005126953125
HHLMD,λ<=log n,65536,1,463019,7.0651092529296875
HHLMD,λ<=log n,65536,1,472404,7.20831298828125
HHLMD,λ<=log n,65536,1,438986,6.698394775390625
HHLMD,λ<=log n,65536,1,442978,6.759307861328125
HHLMD,λ<=log n,65536,1,480483,7.3315887451171875
HHLMD,λ<=log n,65536,1,470255,7.1755218505859375
HHLMD,λ<=log n,65536,1,451486,6.889129638671875
HHLMD,λ<=log n,65536,1,504454,7.697357177734375
HHLMD,λ<=log n,65536,1,494637,7.5475616455078125
HHLMD,λ<=log n,65536,1,426057,6.5011138916015625
HHLMD,λ<=log n,65536,1,521816,7.9622802734375
HRLMD,λ<=log n,65536,1,472225,7.2055816650390625
HRLMD,λ<=log n,65536,1,443433,6.7662506103515625
HRLMD,λ<=log n,65536,1,416049,6.3484039306640625
HRLMD,λ<=log n,65536,1,408277,6.2298126220703125
HRLMD,λ<=log n,65536,1,405967,6.1945648193359375
HRLMD,λ<=log n,65536,1,423091,6.4558563232421875
HRLMD,λ<=log n,65536,1,410731,6.2672576904296875
HRLMD,λ<=log n,65536,1,435607,6.6468353271484375
HRLMD,λ<=log n,65536,1,411393,6.2773590087890625
HRLMD,λ<=log n,65536,1,410673,6.2663726806640625
HRLMD,λ<=log n,65536,1,446065,6.8064117431640625
HRLMD,λ<=log n,65536,1,451067,6.8827362060546875
HRLMD,λ<=log n,65536,1,403038,6.149871826171875
HRLMD,λ<=log n,65536,1,421320,6.4288330078125
HRLMD,λ<=log n,65536,1,420551,6.4170989990234375
HRLMD,λ<=log n,65536,1,404138,6.166656494140625
HRLMD,λ<=log n,65536,1,420328,6.4136962890625
HRLMD,λ<=log n,65536,1,438407,6.6895599365234375
HRLMD,λ<=log n,65536,1,461739,7.0455780029296875
HRLMD,λ<=log n,65536,1,436318,6.657684326171875
HRLMD,λ<=log n,65536,1,395476,6.03448486328125
HRLMD,λ<=log n,65536,1,415198,6.335418701171875
HRLMD,λ<=log n,65536,1,404984,6.1795654296875
HRLMD,λ<=log n,65536,1,419438,6.400115966796875
HRLMD,λ<=log n,65536,1,461961,7.0489654541015625
HRLMD,λ<=log n,65536,1,416214,6.350921630859375
HRLMD,λ<=log n,65536,1,404937,6.1788482666015625
HRLMD,λ<=log n,65536,1,429152,6.54833984375
HRLMD,λ<=log n,65536,1,424417,6.4760894775390625
HRLMD,λ<=log n,65536,1,495790,7.565155029296875
HRLMD,λ<=log n,65536,1,440415,6.7201995849609375
HRLMD,λ<=log n,65536,1,397328,6.062744140625
HRLMD,λ<=log n,65536,1,422817,6.4516754150390625
HRLMD,λ<=log n,65536,1,403097,6.1507720947265625
HRLMD,λ<=log n,65536,1,411894,6.285003662109375
HRLMD,λ<=log n,65536,1,414035,6.3176727294921875
HRLMD,λ<=log n,65536,1,503363,7.6807098388671875
HRLMD,λ<=log n,65536,1,417741,6.3742218017578125
HRLMD,λ<=log n,65536,1,419202,6.396514892578125
HRLMD,λ<=log n,65536,1,463591,7.0738372802734375
HRLMD,λ<=log n,65536,1,464535,7.0882415771484375
HRLMD,λ<=log n,65536,1,427585,6.5244293212890625
HRLMD,λ<=log n,65536,1,429315,6.5508270263671875
HRLMD,λ<=log n,65536,1,402602,6.143218994140625
HRLMD,λ<=log n,65536,1,414691,6.3276824951171875
HRLMD,λ<=log n,65536,1,407595,6.2194061279296875
HRLMD,λ<=log n,65536,1,403345,6.1545562744140625
HRLMD,λ<=log n,65536,1,449817,6.8636627197265625
HRLMD,λ<=log n,65536,1,425314,6.489776611328125
HRLMD,λ<=log n,65536,1,423125,6.4563751220703125
HRLMD,λ<=log n,65536,1,471678,7.197235107421875
HRLMD,λ<=log n,65536,1,408952,6.2401123046875
HRLMD,λ<=log n,65536,1,406628,6.20465087890625
HRLMD,λ<=log n,65536,1,414732,6.32830810546875
HRLMD,λ<=log n,65536,1,491975,7.5069427490234375
HRLMD,λ<=log n,65536,1,429499,6.5536346435546875
HRLMD,λ<=log n,65536,1,484772,7.39703369140625
HRLMD,λ<=log n,65536,1,420760,6.4202880859375
HRLMD,λ<=log n,65536,1,423240,6.4581298828125
HRLMD,λ<=log n,65536,1,411889,6.2849273681640625
HRLMD,λ<=log n,65536,1,421652,6.43389892578125
HRLMD,λ<=log n,65536,1,419355,6.3988494873046875
HRLMD,λ<=log n,65536,1,415091,6.3337860107421875
HRLMD,λ<=log n,65536,1,411058,6.272247314453125
HRLMD,λ<=log n,65536,1,418529,6.3862457275390625
HRLMD,λ<=log n,65536,1,436694,6.663421630859375
HRLMD,λ<=log n,65536,1,438676,6.69366455078125
HRLMD,λ<=log n,65536,1,412623,6.2961273193359375
HRLMD,λ<=log n,65536,1,417476,6.37017822265625
HRLMD,λ<=log n,65536,1,423625,6.4640045166015625
HRLMD,λ<=log n,65536,1,395438,6.033905029296875
HRLMD,λ<=log n,65536,1,400103,6.1050872802734375
HRLMD,λ<=log n,65536,1,458327,6.9935150146484375
HRLMD,λ<=log n,65536,1,408387,6.2314910888671875
HRLMD,λ<=log n,65536,1,424357,6.4751739501953125
HRLMD,λ<=log n,65536,1,444870,6.788177490234375
HRLMD,λ<=log n,65536,1,379055,5.7839202880859375
HRLMD,λ<=log n,65536,1,379949,5.7975616455078125
HRLMD,λ<=log n,65536,1,395144,6.0294189453125
HRLMD,λ<=log n,65536,1,431989,6.5916290283203125
HRLMD,λ<=log n,65536,1,401814,6.131195068359375
HRLMD,λ<=log n,65536,1,403367,6.1548919677734375
HRLMD,λ<=log n,65536,1,400311,6.1082611083984375
HRLMD,λ<=log n,65536,1,465149,7.0976104736328125
HRLMD,λ<=log n,65536,1,440723,6.7248992919921875
HRLMD,λ<=log n,65536,1,409844,6.25372314453125
HRLMD,λ<=log n,65536,1,419880,6.4068603515625
HRLMD,λ<=log n,65536,1,401043,6.1194305419921875
HRLMD,λ<=log n,65536,1,435188,6.64044189453125
HRLMD,λ<=log n,65536,1,408503,6.2332611083984375
HRLMD,λ<=log n,65536,1,405310,6.184539794921875
HRLMD,λ<=log n,65536,1,426557,6.5087432861328125
HRLMD,λ<=log n,65536,1,408416,6.23193359375
HRLMD,λ<=log n,65536,1,394246,6.015716552734375
HRLMD,λ<=log n,65536,1,445137,6.7922515869140625
HRLMD,λ<=log n,65536,1,426157,6.5026397705078125
HRLMD,λ<=log n,65536,1,412626,6.296173095703125
HRLMD,λ<=log n,65536,1,417503,6.3705902099609375
HRLMD,λ<=log n,65536,1,424048,6.470458984375
HRLMD,λ<=log n,65536,1,425995,6.5001678466796875
HSLMD,λ<=log n,65536,1,666444,10.16912841796875
HSLMD,λ<=log n,65536,1,700311,10.685897827148438
HSLMD,λ<=log n,65536,1,777502,11.863739013671875
HSLMD,λ<=log n,65536,1,699449,10.672744750976562
HSLMD,λ<=log n,65536,1,705563,10.766036987304688
HSLMD,λ<=log n,65536,1,678253,10.349319458007812
HSLMD,λ<=log n,65536,1,654590,9.988250732421875
HSLMD,λ<=log n,65536,1,732765,11.181106567382812
HSLMD,λ<=log n,65536,1,652581,9.957595825195312
HSLMD,λ<=log n,65536,1,673060,10.27008056640625
HSLMD,λ<=log n,65536,1,666096,10.163818359375
HSLMD,λ<=log n,65536,1,703386,10.732818603515625
HSLMD,λ<=log n,65536,1,663717,10.127517700195312
HSLMD,λ<=log n,65536,1,648438,9.894378662109375
HSLMD,λ<=log n,65536,1,704402,10.748321533203125
HSLMD,λ<=log n,65536,1,657024,10.025390625
HSLMD,λ<=log n,65536,1,699670,10.676116943359375
HSLMD,λ<=log n,65536,1,728689,11.118911743164062
HSLMD,λ<=log n,65536,1,690736,10.539794921875
HSLMD,λ<=log n,65536,1,700505,10.688858032226562
HSLMD,λ<=log n,65536,1,753866,11.503082275390625
HSLMD,λ<=log n,65536,1,692085,10.560379028320312
HSLMD,λ<=log n,65536,1,660909,10.084671020507812
HSLMD,λ<=log n,65536,1,756270,11.539764404296875
HSLMD,λ<=log n,65536,1,671582,10.247528076171875
HSLMD,λ<=log n,65536,1,747794,11.410430908203125
HSLMD,λ<=log n,65536,1,710590,10.842742919921875
HSLMD,λ<=log n,65536,1,856402,13.067657470703125
HSLMD,λ<=log n,65536,1,657198,10.028045654296875
HSLMD,λ<=log n,65536,1,688750,10.509490966796875
HSLMD,λ<=log n,65536,1,715923,10.924118041992188
HSLMD,λ<=log n,65536,1,694515,10.597457885742188
HSLMD,λ<=log n,65536,1,659794,10.067657470703125
HSLMD,λ<=log n,65536,1,696739,10.631393432617188
HSLMD,λ<=log n,65536,1,675071,10.300765991210938
HSLMD,λ<=log n,65536,1,662128,10.103271484375
HSLMD,λ<=log n,65536,1,685589,10.461257934570312
HSLMD,λ<=log n,65536,1,678020,10.34576416015625
HSLMD,λ<=log n,65536,1,643634,9.821075439453125
HSLMD,λ<=log n,65536,1,700498,10.688751220703125
HSLMD,λ<=log n,65536,1,652918,9.962738037109375
HSLMD,λ<=log n,65536,1,707721,10.798965454101562
HSLMD,λ<=log n,65536,1,641886,9.794403076171875
HSLMD,λ<=log n,65536,1,820542,12.520477294921875
HSLMD,λ<=log n,65536,1,740719,11.302474975585938
HSLMD,λ<=log n,65536,1,677064,10.3311767578125
HSLMD,λ<=log n,65536,1,647276,9.87664794921875
HSLMD,λ<=log n,65536,1,667543,10.185897827148438
HSLMD,λ<=log n,65536,1,704380,10.74798583984375
HSLMD,λ<=log n,65536,1,724114,11.049102783203125
HSLMD,λ<=log n,65536,1,736484,11.23785400390625
HSLMD,λ<=log n,65536,1,642313,9.800918579101562
HSLMD,λ<=log n,65536,1,696855,10.633163452148438
HSLMD,λ<=log n,65536,1,702426,10.718170166015625
HSLMD,λ<=log n,65536,1,673755,10.280685424804688
HSLMD,λ<=log n,65536,1,666952,10.1768798828125
HSLMD,λ<=log n,65536,1,650340,9.92340087890625
HSLMD,λ<=log n,65536,1,897805,13.699417114257812
HSLMD,λ<=log n,65536,1,735988,11.23028564453125
HSLMD,λ<=log n,65536,1,652803,9.960983276367188
HSLMD,λ<=log n,65536,1,637100,9.72137451171875
HSLMD,λ<=log n,65536,1,665257,10.151016235351562
HSLMD,λ<=log n,65536,1,693821,10.586868286132812
HSLMD,λ<=log n,65536,1,733261,11.188674926757812
HSLMD,λ<=log n,65536,1,777327,11.861068725585938
HSLMD,λ<=log n,65536,1,696746,10.631500244140625
HSLMD,λ<=log n,65536,1,704914,10.756134033203125
HSLMD,λ<=log n,65536,1,710583,10.842636108398438
HSLMD,λ<=log n,65536,1,692014,10.559295654296875
HSLMD,λ<=log n,65536,1,678630,10.355072021484375
HSLMD,λ<=log n,65536,1,709398,10.824554443359375
HSLMD,λ<=log n,65536,1,742624,11.33154296875
HSLMD,λ<=log n,65536,1,754101,11.506668090820312
HSLMD,λ<=log n,65536,1,704734,10.753387451171875
HSLMD,λ<=log n,65536,1,699346,10.671173095703125
HSLMD,λ<=log n,65536,1,661035,10.086593627929688
HSLMD,λ<=log n,65536,1,713709,10.890335083007812
HSLMD,λ<=log n,65536,1,678086,10.346771240234375
HSLMD,λ<=log n,65536,1,672476,10.26116943359375
HSLMD,λ<=log n,65536,1,704145,10.744400024414062
HSLMD,λ<=log n,65536,1,810776,12.3714599609375
HSLMD,λ<=log n,65536,1,739636,11.28594970703125
HSLMD,λ<=log n,65536,1,735010,11.215362548828125
HSLMD,λ<=log n,65536,1,656576,10.0185546875
HSLMD,λ<=log n,65536,1,665889,10.160659790039062
HSLMD,λ<=log n,65536,1,683040,10.42236328125
HSLMD,λ<=log n,65536,1,655454,10.001434326171875
HSLMD,λ<=log n,65536,1,707189,10.790847778320312
HSLMD,λ<=log n,65536,1,630487,9.620468139648438
HSLMD,λ<=log n,65536,1,757765,11.562576293945312
HSLMD,λ<=log n,65536,1,754002,11.505157470703125
HSLMD,λ<=log n,65536,1,656223,10.013168334960938
HSLMD,λ<=log n,65536,1,680841,10.388809204101562
HSLMD,λ<=log n,65536,1,697928,10.6495361328125
HSLMD,λ<=log n,65536,1,669648,10.218017578125
HSLMD,λ<=log n,65536,1,716806,10.937591552734375
HSLMD,λ<=log n,65536,1,745355,11.373214721679688
HSLMD,λ<=log n,65536,1,689374,10.519012451171875
HSLMD,λ<=log n,65536,1,768754,11.730255126953125
HSDID,λ<=log n,65536,1,1120546,17.098175048828125
HSDID,λ<=log n,65536,1,848438,12.946136474609375
HSDID,λ<=log n,65536,1,974464,14.869140625
HSDID,λ<=log n,65536,1,1138790,17.376556396484375
HSDID,λ<=log n,65536,1,998290,15.232696533203125
HSDID,λ<=log n,65536,1,1016683,15.513351440429688
HSDID,λ<=log n,65536,1,1005420,15.34149169921875
HSDID,λ<=log n,65536,1,1056821,16.125808715820312
HSDID,λ<=log n,65536,1,857356,13.08221435546875
HSDID,λ<=log n,65536,1,861862,13.150970458984375
HSDID,λ<=log n,65536,1,914555,13.955001831054688
HSDID,λ<=log n,65536,1,986624,15.0546875
HSDID,λ<=log n,65536,1,1039036,15.85443115234375
HSDID,λ<=log n,65536,1,1096050,16.724395751953125
HSDID,λ<=log n,65536,1,914484,13.95391845703125
HSDID,λ<=log n,65536,1,1043464,15.9219970703125
HSDID,λ<=log n,65536,1,933960,14.2510986328125
HSDID,λ<=log n,65536,1,1041860,15.89752197265625
HSDID,λ<=log n,65536,1,1345313,20.527847290039062
HSDID,λ<=log n,65536,1,924541,14.107376098632812
HSDID,λ<=log n,65536,1,975515,14.885177612304688
HSDID,λ<=log n,65536,1,868305,13.249282836914062
HSDID,λ<=log n,65536,1,1107970,16.906280517578125
HSDID,λ<=log n,65536,1,1083478,16.532562255859375
HSDID,λ<=log n,65536,1,1030285,15.720901489257812
HSDID,λ<=log n,65536,1,955264,14.576171875
HSDID,λ<=log n,65536,1,1098733,16.765335083007812
HSDID,λ<=log n,65536,1,937308,14.30218505859375
HSDID,λ<=log n,65536,1,960804,14.66070556640625
HSDID,λ<=log n,65536,1,1046967,15.975448608398438
HSDID,λ<=log n,65536,1,1029221,15.704666137695312
HSDID,λ<=log n,65536,1,1040711,15.879989624023438
HSDID,λ<=log n,65536,1,996137,15.199844360351562
HSDID,λ<=log n,65536,1,973948,14.86126708984375
HSDID,λ<=log n,65536,1,897573,13.695877075195312
HSDID,λ<=log n,65536,1,942259,14.377731323242188
HSDID,λ<=log n,65536,1,1091028,16.64776611328125
HSDID,λ<=log n,65536,1,903168,13.78125
HSDID,λ<=log n,65536,1,957520,14.610595703125
HSDID,λ<=log n,65536,1,1053712,16.078369140625
HSDID,λ<=log n,65536,1,999543,15.251815795898438
HSDID,λ<=log n,65536,1,957804,14.61492919921875
HSDID,λ<=log n,65536,1,861346,13.143096923828125
HSDID,λ<=log n,65536,1,1115175,17.016220092773438
HSDID,λ<=log n,65536,1,984141,15.016799926757812
HSDID,λ<=log n,65536,1,1076063,16.419418334960938
HSDID,λ<=log n,65536,1,978783,14.935043334960938
HSDID,λ<=log n,65536,1,905048,13.8099365234375
HSDID,λ<=log n,65536,1,979179,14.941085815429688
HSDID,λ<=log n,65536,1,988623,15.085189819335938
HSDID,λ<=log n,65536,1,950331,14.500900268554688
HSDID,λ<=log n,65536,1,904957,13.808547973632812
HSDID,λ<=log n,65536,1,925834,14.127105712890625
HSDID,λ<=log n,65536,1,1022356,15.59991455078125
HSDID,λ<=log n,65536,1,1150383,17.553451538085938
HSDID,λ<=log n,65536,1,984582,15.023529052734375
HSDID,λ<=log n,65536,1,871692,13.30096435546875
HSDID,λ<=log n,65536,1,1134988,17.31854248046875
HSDID,λ<=log n,65536,1,1003528,15.3126220703125
HSDID,λ<=log n,65536,1,950038,14.496429443359375
HSDID,λ<=log n,65536,1,869293,13.264358520507812
HSDID,λ<=log n,65536,1,963689,14.704727172851562
HSDID,λ<=log n,65536,1,895747,13.668014526367188
HSDID,λ<=log n,65536,1,1022437,15.601150512695312
HSDID,λ<=log n,65536,1,889443,13.571823120117188
HSDID,λ<=log n,65536,1,1062006,16.204925537109375
HSDID,λ<=log n,65536,1,836203,12.759445190429688
HSDID,λ<=log n,65536,1,1260061,19.227005004882812
HSDID,λ<=log n,65536,1,1018260,15.53741455078125
HSDID,λ<=log n,65536,1,962103,14.680526733398438
HSDID,λ<=log n,65536,1,939336,14.3331298828125
HSDID,λ<=log n,65536,1,924504,14.1068115234375
HSDID,λ<=log n,65536,1,885662,13.514129638671875
HSDID,λ<=log n,65536,1,929435,14.182052612304688
HSDID,λ<=log n,65536,1,992962,15.151397705078125
HSDID,λ<=log n,65536,1,1010061,15.412307739257812
HSDID,λ<=log n,65536,1,806731,12.309738159179688
HSDID,λ<=log n,65536,1,970654,14.811004638671875
HSDID,λ<=log n,65536,1,1121006,17.105194091796875
HSDID,λ<=log n,65536,1,905551,13.817611694335938
HSDID,λ<=log n,65536,1,923780,14.09576416015625
HSDID,λ<=log n,65536,1,962756,14.69049072265625
HSDID,λ<=log n,65536,1,864539,13.191818237304688
HSDID,λ<=log n,65536,1,1014139,15.474533081054688
HSDID,λ<=log n,65536,1,938127,14.314682006835938
HSDID,λ<=log n,65536,1,977507,14.915573120117188
HSDID,λ<=log n,65536,1,1112726,16.978851318359375
HSDID,λ<=log n,65536,1,887472,13.541748046875
HSDID,λ<=log n,65536,1,990543,15.114486694335938
HSDID,λ<=log n,65536,1,962709,14.689773559570312
HSDID,λ<=log n,65536,1,1000112,15.260498046875
HSDID,λ<=log n,65536,1,911796,13.91290283203125
HSDID,λ<=log n,65536,1,1008561,15.389419555664062
HSDID,λ<=log n,65536,1,1022720,15.60546875
HSDID,λ<=log n,65536,1,950789,14.507888793945312
HSDID,λ<=log n,65536,1,922277,14.072830200195312
HSDID,λ<=log n,65536,1,921360,14.058837890625
HSDID,λ<=log n,65536,1,901874,13.761505126953125
HSDID,λ<=log n,65536,1,1160754,17.711700439453125
HSDID,λ<=log n,65536,1,1061721,16.200576782226562
HRDID,λ<=log n,65536,1,538533,8.217361450195312
HRDID,λ<=log n,65536,1,463647,7.0746917724609375
HRDID,λ<=log n,65536,1,508718,7.762420654296875
HRDID,λ<=log n,65536,1,496548,7.57672119140625
HRDID,λ<=log n,65536,1,485900,7.41424560546875
HRDID,λ<=log n,65536,1,518720,7.9150390625
HRDID,λ<=log n,65536,1,514920,7.8570556640625
HRDID,λ<=log n,65536,1,540951,8.254257202148438
HRDID,λ<=log n,65536,1,514057,7.8438873291015625
HRDID,λ<=log n,65536,1,477690,7.288970947265625
HRDID,λ<=log n,65536,1,493354,7.527984619140625
HRDID,λ<=log n,65536,1,520777,7.9464263916015625
HRDID,λ<=log n,65536,1,476652,7.27313232421875
HRDID,λ<=log n,65536,1,538959,8.223861694335938
HRDID,λ<=log n,65536,1,497092,7.58502197265625
HRDID,λ<=log n,65536,1,483155,7.3723602294921875
HRDID,λ<=log n,65536,1,500047,7.6301116943359375
HRDID,λ<=log n,65536,1,495705,7.5638580322265625
HRDID,λ<=log n,65536,1,518032,7.904541015625
HRDID,λ<=log n,65536,1,516305,7.8781890869140625
HRDID,λ<=log n,65536,1,507634,7.745880126953125
HRDID,λ<=log n,65536,1,526509,8.033889770507812
HRDID,λ<=log n,65536,1,514533,7.8511505126953125
HRDID,λ<=log n,65536,1,520694,7.945159912109375
HRDID,λ<=log n,65536,1,523848,7.9932861328125
HRDID,λ<=log n,65536,1,517858,7.901885986328125
HRDID,λ<=log n,65536,1,513010,7.827911376953125
HRDID,λ<=log n,65536,1,571449,8.719619750976562
HRDID,λ<=log n,65536,1,474903,7.2464447021484375
HRDID,λ<=log n,65536,1,492257,7.5112457275390625
HRDID,λ<=log n,65536,1,478336,7.298828125
HRDID,λ<=log n,65536,1,494764,7.54949951171875
HRDID,λ<=log n,65536,1,516581,7.8824005126953125
HRDID,λ<=log n,65536,1,519301,7.9239044189453125
HRDID,λ<=log n,65536,1,481367,7.3450775146484375
HRDID,λ<=log n,65536,1,470610,7.180938720703125
HRDID,λ<=log n,65536,1,488072,7.4473876953125
HRDID,λ<=log n,65536,1,497448,7.5904541015625
HRDID,λ<=log n,65536,1,487132,7.43304443359375
HRDID,λ<=log n,65536,1,519204,7.92242431640625
HRDID,λ<=log n,65536,1,519601,7.9284820556640625
HRDID,λ<=log n,65536,1,488029,7.4467315673828125
HRDID,λ<=log n,65536,1,511806,7.809539794921875
HRDID,λ<=log n,65536,1,491765,7.5037384033203125
HRDID,λ<=log n,65536,1,460321,7.0239410400390625
HRDID,λ<=log n,65536,1,568226,8.670440673828125
HRDID,λ<=log n,65536,1,496622,7.577850341796875
HRDID,λ<=log n,65536,1,505239,7.7093353271484375
HRDID,λ<=log n,65536,1,510195,7.7849578857421875
HRDID,λ<=log n,65536,1,496199,7.5713958740234375
HRDID,λ<=log n,65536,1,515203,7.8613739013671875
HRDID,λ<=log n,65536,1,578990,8.834686279296875
HRDID,λ<=log n,65536,1,466536,7.1187744140625
HRDID,λ<=log n,65536,1,502457,7.6668853759765625
HRDID,λ<=log n,65536,1,523826,7.992950439453125
HRDID,λ<=log n,65536,1,519767,7.9310150146484375
HRDID,λ<=log n,65536,1,477988,7.29351806640625
HRDID,λ<=log n,65536,1,486327,7.4207611083984375
HRDID,λ<=log n,65536,1,509441,7.7734527587890625
HRDID,λ<=log n,65536,1,510384,7.787841796875
HRDID,λ<=log n,65536,1,485270,7.404632568359375
HRDID,λ<=log n,65536,1,516157,7.8759307861328125
HRDID,λ<=log n,65536,1,482024,7.3551025390625
HRDID,λ<=log n,65536,1,481337,7.3446197509765625
HRDID,λ<=log n,65536,1,483479,7.3773040771484375
HRDID,λ<=log n,65536,1,479122,7.310821533203125
HRDID,λ<=log n,65536,1,483281,7.3742828369140625
HRDID,λ<=log n,65536,1,538818,8.221710205078125
HRDID,λ<=log n,65536,1,505362,7.711212158203125
HRDID,λ<=log n,65536,1,462922,7.063629150390625
HRDID,λ<=log n,65536,1,499651,7.6240692138671875
HRDID,λ<=log n,65536,1,524695,8.006210327148438
HRDID,λ<=log n,65536,1,512688,7.822998046875
HRDID,λ<=log n,65536,1,496742,7.579681396484375
HRDID,λ<=log n,65536,1,479195,7.3119354248046875
HRDID,λ<=log n,65536,1,489295,7.4660491943359375
HRDID,λ<=log n,65536,1,492656,7.517333984375
HRDID,λ<=log n,65536,1,478724,7.30474853515625
HRDID,λ<=log n,65536,1,515181,7.8610382080078125
HRDID,λ<=log n,65536,1,515656,7.8682861328125
HRDID,λ<=log n,65536,1,488810,7.458648681640625
HRDID,λ<=log n,65536,1,461932,7.04852294921875
HRDID,λ<=log n,65536,1,533219,8.136276245117188
HRDID,λ<=log n,65536,1,490960,7.491455078125
HRDID,λ<=log n,65536,1,529037,8.072463989257812
HRDID,λ<=log n,65536,1,520585,7.9434967041015625
HRDID,λ<=log n,65536,1,497633,7.5932769775390625
HRDID,λ<=log n,65536,1,533252,8.13677978515625
HRDID,λ<=log n,65536,1,532413,8.123977661132812
HRDID,λ<=log n,65536,1,486193,7.4187164306640625
HRDID,λ<=log n,65536,1,490688,7.4873046875
HRDID,λ<=log n,65536,1,480993,7.3393707275390625
HRDID,λ<=log n,65536,1,469180,7.15911865234375
HRDID,λ<=log n,65536,1,457709,6.9840850830078125
HRDID,λ<=log n,65536,1,469723,7.1674041748046875
HRDID,λ<=log n,65536,1,477258,7.282379150390625
HRDID,λ<=log n,65536,1,465128,7.0972900390625
HRDID,λ<=log n,65536,1,474212,7.23590087890625
HRDID,λ<=log n,65536,1,483308,7.37469482421875
HRDID,λ<=log n,65536,1,486453,7.4226837158203125
HHDID,λ<=log n,65536,1,522771,7.9768524169921875
HHDID,λ<=log n,65536,1,543492,8.29302978515625
HHDID,λ<=log n,65536,1,489690,7.472076416015625
HHDID,λ<=log n,65536,1,536117,8.180496215820312
HHDID,λ<=log n,65536,1,501009,7.6447906494140625
HHDID,λ<=log n,65536,1,479169,7.3115386962890625
HHDID,λ<=log n,65536,1,493890,7.536163330078125
HHDID,λ<=log n,65536,1,475091,7.2493133544921875
HHDID,λ<=log n,65536,1,516905,7.8873443603515625
HHDID,λ<=log n,65536,1,518503,7.9117279052734375
HHDID,λ<=log n,65536,1,507550,7.744598388671875
HHDID,λ<=log n,65536,1,554180,8.45611572265625
HHDID,λ<=log n,65536,1,506344,7.7261962890625
HHDID,λ<=log n,65536,1,475105,7.2495269775390625
HHDID,λ<=log n,65536,1,558022,8.514739990234375
HHDID,λ<=log n,65536,1,506913,7.7348785400390625
HHDID,λ<=log n,65536,1,493718,7.533538818359375
HHDID,λ<=log n,65536,1,493806,7.534881591796875
HHDID,λ<=log n,65536,1,493613,7.5319366455078125
HHDID,λ<=log n,65536,1,495119,7.5549163818359375
HHDID,λ<=log n,65536,1,507613,7.7455596923828125
HHDID,λ<=log n,65536,1,524041,7.9962310791015625
HHDID,λ<=log n,65536,1,500429,7.6359405517578125
HHDID,λ<=log n,65536,1,504127,7.6923675537109375
HHDID,λ<=log n,65536,1,494055,7.5386810302734375
HHDID,λ<=log n,65536,1,539064,8.2254638671875
HHDID,λ<=log n,65536,1,514744,7.8543701171875
HHDID,λ<=log n,65536,1,490801,7.4890289306640625
HHDID,λ<=log n,65536,1,513787,7.8397674560546875
HHDID,λ<=log n,65536,1,487613,7.4403839111328125
HHDID,λ<=log n,65536,1,496549,7.5767364501953125
HHDID,λ<=log n,65536,1,479674,7.319244384765625
HHDID,λ<=log n,65536,1,489958,7.476165771484375
HHDID,λ<=log n,65536,1,505089,7.7070465087890625
HHDID,λ<=log n,65536,1,507642,7.746002197265625
HHDID,λ<=log n,65536,1,480683,7.3346405029296875
HHDID,λ<=log n,65536,1,488594,7.455352783203125
HHDID,λ<=log n,65536,1,486916,7.42974853515625
HHDID,λ<=log n,65536,1,536083,8.179977416992188
HHDID,λ<=log n,65536,1,501483,7.6520233154296875
HHDID,λ<=log n,65536,1,543897,8.299209594726562
HHDID,λ<=log n,65536,1,492395,7.5133514404296875
HHDID,λ<=log n,65536,1,502144,7.662109375
HHDID,λ<=log n,65536,1,485895,7.4141693115234375
HHDID,λ<=log n,65536,1,547588,8.35552978515625
HHDID,λ<=log n,65536,1,480777,7.3360748291015625
HHDID,λ<=log n,65536,1,549763,8.388717651367188
HHDID,λ<=log n,65536,1,525613,8.020217895507812
HHDID,λ<=log n,65536,1,594028,9.06414794921875
HHDID,λ<=log n,65536,1,509145,7.7689361572265625
HHDID,λ<=log n,65536,1,587088,8.958251953125
HHDID,λ<=log n,65536,1,510791,7.7940521240234375
HHDID,λ<=log n,65536,1,490264,7.4808349609375
HHDID,λ<=log n,65536,1,510116,7.78375244140625
HHDID,λ<=log n,65536,1,485295,7.4050140380859375
HHDID,λ<=log n,65536,1,567514,8.659576416015625
HHDID,λ<=log n,65536,1,491900,7.50579833984375
HHDID,λ<=log n,65536,1,513904,7.841552734375
HHDID,λ<=log n,65536,1,568938,8.681304931640625
HHDID,λ<=log n,65536,1,521453,7.9567413330078125
HHDID,λ<=log n,65536,1,544492,8.30828857421875
HHDID,λ<=log n,65536,1,507731,7.7473602294921875
HHDID,λ<=log n,65536,1,543199,8.288558959960938
HHDID,λ<=log n,65536,1,493700,7.53326416015625
HHDID,λ<=log n,65536,1,495186,7.555938720703125
HHDID,λ<=log n,65536,1,487330,7.436065673828125
HHDID,λ<=log n,65536,1,503802,7.687408447265625
HHDID,λ<=log n,65536,1,520790,7.946624755859375
HHDID,λ<=log n,65536,1,558944,8.52880859375
HHDID,λ<=log n,65536,1,505814,7.718109130859375
HHDID,λ<=log n,65536,1,575185,8.776626586914062
HHDID,λ<=log n,65536,1,519842,7.932159423828125
HHDID,λ<=log n,65536,1,479230,7.312469482421875
HHDID,λ<=log n,65536,1,522196,7.96807861328125
HHDID,λ<=log n,65536,1,494921,7.5518951416015625
HHDID,λ<=log n,65536,1,504556,7.69891357421875
HHDID,λ<=log n,65536,1,509256,7.7706298828125
HHDID,λ<=log n,65536,1,499241,7.6178131103515625
HHDID,λ<=log n,65536,1,517729,7.8999176025390625
HHDID,λ<=log n,65536,1,509787,7.7787322998046875
HHDID,λ<=log n,65536,1,490904,7.4906005859375
HHDID,λ<=log n,65536,1,503067,7.6761932373046875
HHDID,λ<=log n,65536,1,513214,7.831024169921875
HHDID,λ<=log n,65536,1,495328,7.55810546875
HHDID,λ<=log n,65536,1,555449,8.475479125976562
HHDID,λ<=log n,65536,1,524295,8.000106811523438
HHDID,λ<=log n,65536,1,508018,7.751739501953125
HHDID,λ<=log n,65536,1,499061,7.6150665283203125
HHDID,λ<=log n,65536,1,504829,7.7030792236328125
HHDID,λ<=log n,65536,1,490548,7.48516845703125
HHDID,λ<=log n,65536,1,529723,8.082931518554688
HHDID,λ<=log n,65536,1,505133,7.7077178955078125
HHDID,λ<=log n,65536,1,523387,7.9862518310546875
HHDID,λ<=log n,65536,1,473210,7.220611572265625
HHDID,λ<=log n,65536,1,525539,8.019088745117188
HHDID,λ<=log n,65536,1,495203,7.5561981201171875
HHDID,λ<=log n,65536,1,563651,8.600631713867188
HHDID,λ<=log n,65536,1,497548,7.59197998046875
HHDID,λ<=log n,65536,1,509562,7.775299072265625
HHDID,λ<=log n,65536,1,515738,7.869537353515625
HHLID,λ<=log n,65536,1,546962,8.345977783203125
HHLID,λ<=log n,65536,1,539477,8.231765747070312
HHLID,λ<=log n,65536,1,555898,8.482330322265625
HHLID,λ<=log n,65536,1,529599,8.081039428710938
HHLID,λ<=log n,65536,1,522011,7.9652557373046875
HHLID,λ<=log n,65536,1,545421,8.322463989257812
HHLID,λ<=log n,65536,1,515873,7.8715972900390625
HHLID,λ<=log n,65536,1,541962,8.269683837890625
HHLID,λ<=log n,65536,1,535168,8.166015625
HHLID,λ<=log n,65536,1,512578,7.821319580078125
HHLID,λ<=log n,65536,1,517261,7.8927764892578125
HHLID,λ<=log n,65536,1,550496,8.39990234375
HHLID,λ<=log n,65536,1,580738,8.861358642578125
HHLID,λ<=log n,65536,1,601336,9.1756591796875
HHLID,λ<=log n,65536,1,536167,8.181259155273438
HHLID,λ<=log n,65536,1,561408,8.56640625
HHLID,λ<=log n,65536,1,539257,8.228408813476562
HHLID,λ<=log n,65536,1,527014,8.041595458984375
HHLID,λ<=log n,65536,1,536389,8.184646606445312
HHLID,λ<=log n,65536,1,524213,7.9988555908203125
HHLID,λ<=log n,65536,1,531795,8.114547729492188
HHLID,λ<=log n,65536,1,539671,8.234725952148438
HHLID,λ<=log n,65536,1,538523,8.217208862304688
HHLID,λ<=log n,65536,1,550324,8.39727783203125
HHLID,λ<=log n,65536,1,565162,8.623687744140625
HHLID,λ<=log n,65536,1,513339,7.8329315185546875
HHLID,λ<=log n,65536,1,532159,8.120101928710938
HHLID,λ<=log n,65536,1,528932,8.07086181640625
HHLID,λ<=log n,65536,1,526941,8.040481567382812
HHLID,λ<=log n,65536,1,593655,9.058456420898438
HHLID,λ<=log n,65536,1,542884,8.28375244140625
HHLID,λ<=log n,65536,1,526987,8.041183471679688
HHLID,λ<=log n,65536,1,604492,9.22381591796875
HHLID,λ<=log n,65536,1,536294,8.183197021484375
HHLID,λ<=log n,65536,1,600666,9.165435791015625
HHLID,λ<=log n,65536,1,581954,8.879913330078125
HHLID,λ<=log n,65536,1,523770,7.992095947265625
HHLID,λ<=log n,65536,1,555999,8.483871459960938
HHLID,λ<=log n,65536,1,533022,8.133270263671875
HHLID,λ<=log n,65536,1,529187,8.074752807617188
HHLID,λ<=log n,65536,1,519335,7.9244232177734375
HHLID,λ<=log n,65536,1,533585,8.141860961914062
HHLID,λ<=log n,65536,1,576964,8.80377197265625
HHLID,λ<=log n,65536,1,524923,8.009689331054688
HHLID,λ<=log n,65536,1,557788,8.51116943359375
HHLID,λ<=log n,65536,1,529845,8.084793090820312
HHLID,λ<=log n,65536,1,563756,8.60223388671875
HHLID,λ<=log n,65536,1,510521,7.7899322509765625
HHLID,λ<=log n,65536,1,562367,8.581039428710938
HHLID,λ<=log n,65536,1,552639,8.432601928710938
HHLID,λ<=log n,65536,1,550863,8.405502319335938
HHLID,λ<=log n,65536,1,559428,8.53619384765625
HHLID,λ<=log n,65536,1,527871,8.054672241210938
HHLID,λ<=log n,65536,1,553972,8.45294189453125
HHLID,λ<=log n,65536,1,534680,8.1585693359375
HHLID,λ<=log n,65536,1,540028,8.24017333984375
HHLID,λ<=log n,65536,1,552009,8.422988891601562
HHLID,λ<=log n,65536,1,566394,8.642486572265625
HHLID,λ<=log n,65536,1,585577,8.935195922851562
HHLID,λ<=log n,65536,1,529247,8.075668334960938
HHLID,λ<=log n,65536,1,517947,7.9032440185546875
HHLID,λ<=log n,65536,1,528516,8.06451416015625
HHLID,λ<=log n,65536,1,543452,8.29241943359375
HHLID,λ<=log n,65536,1,577721,8.815322875976562
HHLID,λ<=log n,65536,1,562504,8.5831298828125
HHLID,λ<=log n,65536,1,559442,8.536407470703125
HHLID,λ<=log n,65536,1,559377,8.535415649414062
HHLID,λ<=log n,65536,1,506234,7.724517822265625
HHLID,λ<=log n,65536,1,528279,8.060897827148438
HHLID,λ<=log n,65536,1,547267,8.350631713867188
HHLID,λ<=log n,65536,1,499781,7.6260528564453125
HHLID,λ<=log n,65536,1,528595,8.065719604492188
HHLID,λ<=log n,65536,1,634686,9.684539794921875
HHLID,λ<=log n,65536,1,553048,8.4388427734375
HHLID,λ<=log n,65536,1,529442,8.078643798828125
HHLID,λ<=log n,65536,1,542020,8.27056884765625
HHLID,λ<=log n,65536,1,578754,8.831085205078125
HHLID,λ<=log n,65536,1,552509,8.430618286132812
HHLID,λ<=log n,65536,1,543416,8.2918701171875
HHLID,λ<=log n,65536,1,528770,8.068389892578125
HHLID,λ<=log n,65536,1,512130,7.814483642578125
HHLID,λ<=log n,65536,1,536241,8.182388305664062
HHLID,λ<=log n,65536,1,550981,8.407302856445312
HHLID,λ<=log n,65536,1,537902,8.207733154296875
HHLID,λ<=log n,65536,1,597506,9.117218017578125
HHLID,λ<=log n,65536,1,541617,8.264419555664062
HHLID,λ<=log n,65536,1,583518,8.903778076171875
HHLID,λ<=log n,65536,1,531863,8.115585327148438
HHLID,λ<=log n,65536,1,563330,8.595733642578125
HHLID,λ<=log n,65536,1,571188,8.71563720703125
HHLID,λ<=log n,65536,1,528548,8.06500244140625
HHLID,λ<=log n,65536,1,561496,8.5677490234375
HHLID,λ<=log n,65536,1,505045,7.7063751220703125
HHLID,λ<=log n,65536,1,542904,8.2840576171875
HHLID,λ<=log n,65536,1,550191,8.395248413085938
HHLID,λ<=log n,65536,1,572633,8.737686157226562
HHLID,λ<=log n,65536,1,565577,8.630020141601562
HHLID,λ<=log n,65536,1,577929,8.818496704101562
HHLID,λ<=log n,65536,1,525504,8.0185546875
HHLID,λ<=log n,65536,1,537567,8.202621459960938
HRLID,λ<=log n,65536,1,532127,8.119613647460938
HRLID,λ<=log n,65536,1,586725,8.952713012695312
HRLID,λ<=log n,65536,1,553961,8.452774047851562
HRLID,λ<=log n,65536,1,567007,8.651840209960938
HRLID,λ<=log n,65536,1,548779,8.373703002929688
HRLID,λ<=log n,65536,1,510217,7.7852935791015625
HRLID,λ<=log n,65536,1,569273,8.686416625976562
HRLID,λ<=log n,65536,1,506721,7.7319488525390625
HRLID,λ<=log n,65536,1,521595,7.9589080810546875
HRLID,λ<=log n,65536,1,549656,8.3870849609375
HRLID,λ<=log n,65536,1,529862,8.085052490234375
HRLID,λ<=log n,65536,1,511711,7.8080902099609375
HRLID,λ<=log n,65536,1,523615,7.9897308349609375
HRLID,λ<=log n,65536,1,537515,8.201828002929688
HRLID,λ<=log n,65536,1,554788,8.46539306640625
HRLID,λ<=log n,65536,1,515175,7.8609466552734375
HRLID,λ<=log n,65536,1,504200,7.6934814453125
HRLID,λ<=log n,65536,1,528377,8.062393188476562
HRLID,λ<=log n,65536,1,572198,8.731048583984375
HRLID,λ<=log n,65536,1,518620,7.91351318359375
HRLID,λ<=log n,65536,1,516796,7.88568115234375
HRLID,λ<=log n,65536,1,542804,8.28253173828125
HRLID,λ<=log n,65536,1,529186,8.074737548828125
HRLID,λ<=log n,65536,1,548527,8.369857788085938
HRLID,λ<=log n,65536,1,542773,8.282058715820312
HRLID,λ<=log n,65536,1,517130,7.890777587890625
HRLID,λ<=log n,65536,1,530761,8.098770141601562
HRLID,λ<=log n,65536,1,500877,7.6427764892578125
HRLID,λ<=log n,65536,1,530868,8.10040283203125
HRLID,λ<=log n,65536,1,523176,7.9830322265625
HRLID,λ<=log n,65536,1,533595,8.142013549804688
HRLID,λ<=log n,65536,1,531252,8.10626220703125
HRLID,λ<=log n,65536,1,542288,8.274658203125
HRLID,λ<=log n,65536,1,530338,8.092315673828125
HRLID,λ<=log n,65536,1,532005,8.117752075195312
HRLID,λ<=log n,65536,1,576689,8.799575805664062
HRLID,λ<=log n,65536,1,510839,7.7947845458984375
HRLID,λ<=log n,65536,1,538002,8.209259033203125
HRLID,λ<=log n,65536,1,535652,8.17340087890625
HRLID,λ<=log n,65536,1,580432,8.856689453125
HRLID,λ<=log n,65536,1,508179,7.7541961669921875
HRLID,λ<=log n,65536,1,518894,7.917694091796875
HRLID,λ<=log n,65536,1,582610,8.889923095703125
HRLID,λ<=log n,65536,1,539732,8.23565673828125
HRLID,λ<=log n,65536,1,520614,7.943939208984375
HRLID,λ<=log n,65536,1,520012,7.93475341796875
HRLID,λ<=log n,65536,1,510828,7.79461669921875
HRLID,λ<=log n,65536,1,520886,7.948089599609375
HRLID,λ<=log n,65536,1,544149,8.303054809570312
HRLID,λ<=log n,65536,1,508281,7.7557525634765625
HRLID,λ<=log n,65536,1,608983,9.292343139648438
HRLID,λ<=log n,65536,1,517247,7.8925628662109375
HRLID,λ<=log n,65536,1,502077,7.6610870361328125
HRLID,λ<=log n,65536,1,556479,8.491195678710938
HRLID,λ<=log n,65536,1,553385,8.443984985351562
HRLID,λ<=log n,65536,1,552844,8.43572998046875
HRLID,λ<=log n,65536,1,531850,8.115386962890625
HRLID,λ<=log n,65536,1,532381,8.123489379882812
HRLID,λ<=log n,65536,1,512061,7.8134307861328125
HRLID,λ<=log n,65536,1,525979,8.025802612304688
HRLID,λ<=log n,65536,1,511827,7.8098602294921875
HRLID,λ<=log n,65536,1,544164,8.30328369140625
HRLID,λ<=log n,65536,1,544167,8.303329467773438
HRLID,λ<=log n,65536,1,528643,8.066452026367188
HRLID,λ<=log n,65536,1,520859,7.9476776123046875
HRLID,λ<=log n,65536,1,521337,7.9549713134765625
HRLID,λ<=log n,65536,1,522440,7.9718017578125
HRLID,λ<=log n,65536,1,526730,8.037261962890625
HRLID,λ<=log n,65536,1,552714,8.433746337890625
HRLID,λ<=log n,65536,1,530982,8.102142333984375
HRLID,λ<=log n,65536,1,558288,8.518798828125
HRLID,λ<=log n,65536,1,521410,7.956085205078125
HRLID,λ<=log n,65536,1,529221,8.075271606445312
HRLID,λ<=log n,65536,1,528430,8.063201904296875
HRLID,λ<=log n,65536,1,544250,8.304595947265625
HRLID,λ<=log n,65536,1,541669,8.265213012695312
HRLID,λ<=log n,65536,1,545584,8.324951171875
HRLID,λ<=log n,65536,1,533628,8.14251708984375
HRLID,λ<=log n,65536,1,520267,7.9386444091796875
HRLID,λ<=log n,65536,1,500991,7.6445159912109375
HRLID,λ<=log n,65536,1,549070,8.378143310546875
HRLID,λ<=log n,65536,1,570314,8.702301025390625
HRLID,λ<=log n,65536,1,561068,8.56121826171875
HRLID,λ<=log n,65536,1,520100,7.93609619140625
HRLID,λ<=log n,65536,1,512187,7.8153533935546875
HRLID,λ<=log n,65536,1,557702,8.509857177734375
HRLID,λ<=log n,65536,1,531330,8.107452392578125
HRLID,λ<=log n,65536,1,594691,9.074264526367188
HRLID,λ<=log n,65536,1,539542,8.232757568359375
HRLID,λ<=log n,65536,1,540727,8.250839233398438
HRLID,λ<=log n,65536,1,531192,8.1053466796875
HRLID,λ<=log n,65536,1,543302,8.290130615234375
HRLID,λ<=log n,65536,1,545086,8.317352294921875
HRLID,λ<=log n,65536,1,505019,7.7059783935546875
HRLID,λ<=log n,65536,1,518864,7.917236328125
HRLID,λ<=log n,65536,1,531236,8.10601806640625
HRLID,λ<=log n,65536,1,534956,8.16278076171875
HRLID,λ<=log n,65536,1,549500,8.38470458984375
HRLID,λ<=log n,65536,1,580497,8.857681274414062
HRLID,λ<=log n,65536,1,552884,8.43634033203125
HSLID,λ<=log n,65536,1,698256,10.654541015625
HSLID,λ<=log n,65536,1,723743,11.043441772460938
HSLID,λ<=log n,65536,1,703078,10.728118896484375
HSLID,λ<=log n,65536,1,778815,11.883773803710938
HSLID,λ<=log n,65536,1,758000,11.566162109375
HSLID,λ<=log n,65536,1,689188,10.51617431640625
HSLID,λ<=log n,65536,1,748939,11.427902221679688
HSLID,λ<=log n,65536,1,784289,11.967300415039062
HSLID,λ<=log n,65536,1,697328,10.640380859375
HSLID,λ<=log n,65536,1,708228,10.80670166015625
HSLID,λ<=log n,65536,1,715546,10.918365478515625
HSLID,λ<=log n,65536,1,726137,11.079971313476562
HSLID,λ<=log n,65536,1,694820,10.60211181640625
HSLID,λ<=log n,65536,1,702771,10.723434448242188
HSLID,λ<=log n,65536,1,713834,10.892242431640625
HSLID,λ<=log n,65536,1,683315,10.426559448242188
HSLID,λ<=log n,65536,1,731155,11.156539916992188
HSLID,λ<=log n,65536,1,695971,10.619674682617188
HSLID,λ<=log n,65536,1,730695,11.149520874023438
HSLID,λ<=log n,65536,1,742929,11.336196899414062
HSLID,λ<=log n,65536,1,749762,11.440460205078125
HSLID,λ<=log n,65536,1,787351,12.014022827148438
HSLID,λ<=log n,65536,1,778801,11.883560180664062
HSLID,λ<=log n,65536,1,668933,10.207107543945312
HSLID,λ<=log n,65536,1,680728,10.3870849609375
HSLID,λ<=log n,65536,1,756172,11.53826904296875
HSLID,λ<=log n,65536,1,730852,11.15191650390625
HSLID,λ<=log n,65536,1,753169,11.492446899414062
HSLID,λ<=log n,65536,1,767219,11.706832885742188
HSLID,λ<=log n,65536,1,734636,11.20965576171875
HSLID,λ<=log n,65536,1,718712,10.9666748046875
HSLID,λ<=log n,65536,1,741142,11.308929443359375
HSLID,λ<=log n,65536,1,805574,12.292083740234375
HSLID,λ<=log n,65536,1,729457,11.130630493164062
HSLID,λ<=log n,65536,1,773119,11.796859741210938
HSLID,λ<=log n,65536,1,723396,11.03814697265625
HSLID,λ<=log n,65536,1,785589,11.987136840820312
HSLID,λ<=log n,65536,1,711018,10.849273681640625
HSLID,λ<=log n,65536,1,744634,11.362213134765625
HSLID,λ<=log n,65536,1,806670,12.308807373046875
HSLID,λ<=log n,65536,1,705215,10.760726928710938
HSLID,λ<=log n,65536,1,848705,12.950210571289062
HSLID,λ<=log n,65536,1,738534,11.269134521484375
HSLID,λ<=log n,65536,1,738039,11.261581420898438
HSLID,λ<=log n,65536,1,786969,12.008193969726562
HSLID,λ<=log n,65536,1,671230,10.242156982421875
HSLID,λ<=log n,65536,1,780722,11.912872314453125
HSLID,λ<=log n,65536,1,672225,10.257339477539062
HSLID,λ<=log n,65536,1,714221,10.898147583007812
HSLID,λ<=log n,65536,1,694402,10.595733642578125
HSLID,λ<=log n,65536,1,714184,10.8975830078125
HSLID,λ<=log n,65536,1,679266,10.364776611328125
HSLID,λ<=log n,65536,1,696023,10.620468139648438
HSLID,λ<=log n,65536,1,680201,10.379043579101562
HSLID,λ<=log n,65536,1,726394,11.083892822265625
HSLID,λ<=log n,65536,1,715977,10.924942016601562
HSLID,λ<=log n,65536,1,707316,10.79278564453125
HSLID,λ<=log n,65536,1,744676,11.36285400390625
HSLID,λ<=log n,65536,1,704763,10.753829956054688
HSLID,λ<=log n,65536,1,773694,11.805633544921875
HSLID,λ<=log n,65536,1,679890,10.374298095703125
HSLID,λ<=log n,65536,1,755172,11.52301025390625
HSLID,λ<=log n,65536,1,750865,11.457290649414062
HSLID,λ<=log n,65536,1,719783,10.983016967773438
HSLID,λ<=log n,65536,1,716535,10.933456420898438
HSLID,λ<=log n,65536,1,746769,11.394790649414062
HSLID,λ<=log n,65536,1,709415,10.824813842773438
HSLID,λ<=log n,65536,1,817305,12.471084594726562
HSLID,λ<=log n,65536,1,719958,10.985687255859375
HSLID,λ<=log n,65536,1,763547,11.650802612304688
HSLID,λ<=log n,65536,1,721609,11.010879516601562
HSLID,λ<=log n,65536,1,715613,10.919387817382812
HSLID,λ<=log n,65536,1,782767,11.944076538085938
HSLID,λ<=log n,65536,1,683831,10.434432983398438
HSLID,λ<=log n,65536,1,730331,11.143966674804688
HSLID,λ<=log n,65536,1,721723,11.012619018554688
HSLID,λ<=log n,65536,1,743676,11.34759521484375
HSLID,λ<=log n,65536,1,694595,10.598678588867188
HSLID,λ<=log n,65536,1,754166,11.507659912109375
HSLID,λ<=log n,65536,1,676401,10.321060180664062
HSLID,λ<=log n,65536,1,673047,10.269882202148438
HSLID,λ<=log n,65536,1,714341,10.899978637695312
HSLID,λ<=log n,65536,1,736845,11.243362426757812
HSLID,λ<=log n,65536,1,755171,11.522994995117188
HSLID,λ<=log n,65536,1,757314,11.555694580078125
HSLID,λ<=log n,65536,1,692296,10.5635986328125
HSLID,λ<=log n,65536,1,702643,10.721481323242188
HSLID,λ<=log n,65536,1,683935,10.436019897460938
HSLID,λ<=log n,65536,1,701158,10.698822021484375
HSLID,λ<=log n,65536,1,691050,10.544586181640625
HSLID,λ<=log n,65536,1,764301,11.662307739257812
HSLID,λ<=log n,65536,1,695315,10.609664916992188
HSLID,λ<=log n,65536,1,705670,10.767669677734375
HSLID,λ<=log n,65536,1,703177,10.729629516601562
HSLID,λ<=log n,65536,1,690177,10.531265258789062
HSLID,λ<=log n,65536,1,765910,11.686859130859375
HSLID,λ<=log n,65536,1,742446,11.328826904296875
HSLID,λ<=log n,65536,1,699721,10.676895141601562
HSLID,λ<=log n,65536,1,732590,11.178436279296875
HSLID,λ<=log n,65536,1,701045,10.697097778320312
HSDCU,λ<=log n,65536,1,608773,9.289138793945312
HSDCU,λ<=log n,65536,1,523912,7.9942626953125
HSDCU,λ<=log n,65536,1,584387,8.917037963867188
HSDCU,λ<=log n,65536,1,593980,9.06341552734375
HSDCU,λ<=log n,65536,1,509003,7.7667694091796875
HSDCU,λ<=log n,65536,1,612544,9.3466796875
HSDCU,λ<=log n,65536,1,557304,8.5037841796875
HSDCU,λ<=log n,65536,1,648968,9.9024658203125
HSDCU,λ<=log n,65536,1,540729,8.250869750976562
HSDCU,λ<=log n,65536,1,581820,8.87786865234375
HSDCU,λ<=log n,65536,1,553912,8.4520263671875
HSDCU,λ<=log n,65536,1,522811,7.9774627685546875
HSDCU,λ<=log n,65536,1,634880,9.6875
HSDCU,λ<=log n,65536,1,582175,8.883285522460938
HSDCU,λ<=log n,65536,1,529004,8.07196044921875
HSDCU,λ<=log n,65536,1,554312,8.4581298828125
HSDCU,λ<=log n,65536,1,579821,8.847366333007812
HSDCU,λ<=log n,65536,1,574883,8.772018432617188
HSDCU,λ<=log n,65536,1,523805,7.9926300048828125
HSDCU,λ<=log n,65536,1,586318,8.946502685546875
HSDCU,λ<=log n,65536,1,540975,8.254623413085938
HSDCU,λ<=log n,65536,1,545716,8.32696533203125
HSDCU,λ<=log n,65536,1,574344,8.7637939453125
HSDCU,λ<=log n,65536,1,581171,8.867965698242188
HSDCU,λ<=log n,65536,1,549688,8.3875732421875
HSDCU,λ<=log n,65536,1,580012,8.85028076171875
HSDCU,λ<=log n,65536,1,560330,8.549957275390625
HSDCU,λ<=log n,65536,1,613996,9.36883544921875
HSDCU,λ<=log n,65536,1,533406,8.139129638671875
HSDCU,λ<=log n,65536,1,536445,8.185501098632812
HSDCU,λ<=log n,65536,1,629350,9.603118896484375
HSDCU,λ<=log n,65536,1,586557,8.950149536132812
HSDCU,λ<=log n,65536,1,526606,8.035369873046875
HSDCU,λ<=log n,65536,1,547511,8.354354858398438
HSDCU,λ<=log n,65536,1,517743,7.9001312255859375
HSDCU,λ<=log n,65536,1,513525,7.8357696533203125
HSDCU,λ<=log n,65536,1,555336,8.4737548828125
HSDCU,λ<=log n,65536,1,510648,7.7918701171875
HSDCU,λ<=log n,65536,1,568472,8.6741943359375
HSDCU,λ<=log n,65536,1,559120,8.531494140625
HSDCU,λ<=log n,65536,1,592444,9.03997802734375
HSDCU,λ<=log n,65536,1,546500,8.33892822265625
HSDCU,λ<=log n,65536,1,522937,7.9793853759765625
HSDCU,λ<=log n,65536,1,545179,8.318771362304688
HSDCU,λ<=log n,65536,1,607325,9.267044067382812
HSDCU,λ<=log n,65536,1,553038,8.438690185546875
HSDCU,λ<=log n,65536,1,553157,8.440505981445312
HSDCU,λ<=log n,65536,1,536228,8.18218994140625
HSDCU,λ<=log n,65536,1,508082,7.752716064453125
HSDCU,λ<=log n,65536,1,644610,9.835968017578125
HSDCU,λ<=log n,65536,1,544300,8.30535888671875
HSDCU,λ<=log n,65536,1,568316,8.67181396484375
HSDCU,λ<=log n,65536,1,597066,9.110504150390625
HSDCU,λ<=log n,65536,1,670029,10.223831176757812
HSDCU,λ<=log n,65536,1,626150,9.554290771484375
HSDCU,λ<=log n,65536,1,499946,7.628570556640625
HSDCU,λ<=log n,65536,1,558407,8.520614624023438
HSDCU,λ<=log n,65536,1,540103,8.241317749023438
HSDCU,λ<=log n,65536,1,544334,8.305877685546875
HSDCU,λ<=log n,65536,1,507973,7.7510528564453125
HSDCU,λ<=log n,65536,1,659935,10.069808959960938
HSDCU,λ<=log n,65536,1,572731,8.739181518554688
HSDCU,λ<=log n,65536,1,592996,9.04840087890625
HSDCU,λ<=log n,65536,1,551706,8.418365478515625
HSDCU,λ<=log n,65536,1,544392,8.3067626953125
HSDCU,λ<=log n,65536,1,509080,7.7679443359375
HSDCU,λ<=log n,65536,1,513952,7.84228515625
HSDCU,λ<=log n,65536,1,610659,9.317916870117188
HSDCU,λ<=log n,65536,1,646722,9.868194580078125
HSDCU,λ<=log n,65536,1,556289,8.488296508789062
HSDCU,λ<=log n,65536,1,560558,8.553436279296875
HSDCU,λ<=log n,65536,1,579471,8.842025756835938
HSDCU,λ<=log n,65536,1,509240,7.7703857421875
HSDCU,λ<=log n,65536,1,574321,8.763442993164062
HSDCU,λ<=log n,65536,1,576382,8.794891357421875
HSDCU,λ<=log n,65536,1,582815,8.893051147460938
HSDCU,λ<=log n,65536,1,561575,8.568954467773438
HSDCU,λ<=log n,65536,1,618484,9.43731689453125
HSDCU,λ<=log n,65536,1,554453,8.460281372070312
HSDCU,λ<=log n,65536,1,553122,8.439971923828125
HSDCU,λ<=log n,65536,1,550151,8.394638061523438
HSDCU,λ<=log n,65536,1,705275,10.761642456054688
HSDCU,λ<=log n,65536,1,491482,7.499420166015625
HSDCU,λ<=log n,65536,1,543046,8.286224365234375
HSDCU,λ<=log n,65536,1,523544,7.9886474609375
HSDCU,λ<=log n,65536,1,613987,9.368698120117188
HSDCU,λ<=log n,65536,1,651557,9.941970825195312
HSDCU,λ<=log n,65536,1,568840,8.6798095703125
HSDCU,λ<=log n,65536,1,656025,10.010147094726562
HSDCU,λ<=log n,65536,1,517809,7.9011383056640625
HSDCU,λ<=log n,65536,1,535329,8.168472290039062
HSDCU,λ<=log n,65536,1,596978,9.109161376953125
HSDCU,λ<=log n,65536,1,611806,9.335418701171875
HSDCU,λ<=log n,65536,1,548858,8.374908447265625
HSDCU,λ<=log n,65536,1,624056,9.5223388671875
HSDCU,λ<=log n,65536,1,641665,9.791030883789062
HSDCU,λ<=log n,65536,1,614414,9.375213623046875
HSDCU,λ<=log n,65536,1,640537,9.773818969726562
HSDCU,λ<=log n,65536,1,537638,8.203704833984375
HSDCU,λ<=log n,65536,1,608338,9.282501220703125
HRDCU,λ<=log n,65536,1,415961,6.3470611572265625
HRDCU,λ<=log n,65536,1,412972,6.30145263671875
HRDCU,λ<=log n,65536,1,422236,6.44281005859375
HRDCU,λ<=log n,65536,1,471186,7.189727783203125
HRDCU,λ<=log n,65536,1,402657,6.1440582275390625
HRDCU,λ<=log n,65536,1,401531,6.1268768310546875
HRDCU,λ<=log n,65536,1,428340,6.53594970703125
HRDCU,λ<=log n,65536,1,415634,6.342071533203125
HRDCU,λ<=log n,65536,1,452155,6.8993377685546875
HRDCU,λ<=log n,65536,1,441162,6.731597900390625
HRDCU,λ<=log n,65536,1,494984,7.5528564453125
HRDCU,λ<=log n,65536,1,422889,6.4527740478515625
HRDCU,λ<=log n,65536,1,436494,6.660369873046875
HRDCU,λ<=log n,65536,1,440489,6.7213287353515625
HRDCU,λ<=log n,65536,1,522118,7.966888427734375
HRDCU,λ<=log n,65536,1,403360,6.15478515625
HRDCU,λ<=log n,65536,1,432887,6.6053314208984375
HRDCU,λ<=log n,65536,1,444617,6.7843170166015625
HRDCU,λ<=log n,65536,1,421509,6.4317169189453125
HRDCU,λ<=log n,65536,1,478165,7.2962188720703125
HRDCU,λ<=log n,65536,1,420925,6.4228057861328125
HRDCU,λ<=log n,65536,1,510927,7.7961273193359375
HRDCU,λ<=log n,65536,1,414372,6.32281494140625
HRDCU,λ<=log n,65536,1,424871,6.4830169677734375
HRDCU,λ<=log n,65536,1,419149,6.3957061767578125
HRDCU,λ<=log n,65536,1,415295,6.3368988037109375
HRDCU,λ<=log n,65536,1,425205,6.4881134033203125
HRDCU,λ<=log n,65536,1,407605,6.2195587158203125
HRDCU,λ<=log n,65536,1,423852,6.46746826171875
HRDCU,λ<=log n,65536,1,422544,6.447509765625
HRDCU,λ<=log n,65536,1,409235,6.2444305419921875
HRDCU,λ<=log n,65536,1,443587,6.7686004638671875
HRDCU,λ<=log n,65536,1,449816,6.8636474609375
HRDCU,λ<=log n,65536,1,446395,6.8114471435546875
HRDCU,λ<=log n,65536,1,435037,6.6381378173828125
HRDCU,λ<=log n,65536,1,415123,6.3342742919921875
HRDCU,λ<=log n,65536,1,476571,7.2718963623046875
HRDCU,λ<=log n,65536,1,429344,6.55126953125
HRDCU,λ<=log n,65536,1,445131,6.7921600341796875
HRDCU,λ<=log n,65536,1,416809,6.3600006103515625
HRDCU,λ<=log n,65536,1,472522,7.210113525390625
HRDCU,λ<=log n,65536,1,423169,6.4570465087890625
HRDCU,λ<=log n,65536,1,433477,6.6143341064453125
HRDCU,λ<=log n,65536,1,441497,6.7367095947265625
HRDCU,λ<=log n,65536,1,452890,6.910552978515625
HRDCU,λ<=log n,65536,1,430623,6.5707855224609375
HRDCU,λ<=log n,65536,1,449677,6.8615264892578125
HRDCU,λ<=log n,65536,1,422699,6.4498748779296875
HRDCU,λ<=log n,65536,1,455750,6.954193115234375
HRDCU,λ<=log n,65536,1,413509,6.3096466064453125
HRDCU,λ<=log n,65536,1,406820,6.20758056640625
HRDCU,λ<=log n,65536,1,426917,6.5142364501953125
HRDCU,λ<=log n,65536,1,423692,6.46502685546875
HRDCU,λ<=log n,65536,1,412974,6.301483154296875
HRDCU,λ<=log n,65536,1,435683,6.6479949951171875
HRDCU,λ<=log n,65536,1,438490,6.690826416015625
HRDCU,λ<=log n,65536,1,421742,6.435272216796875
HRDCU,λ<=log n,65536,1,457918,6.987274169921875
HRDCU,λ<=log n,65536,1,456795,6.9701385498046875
HRDCU,λ<=log n,65536,1,430816,6.57373046875
HRDCU,λ<=log n,65536,1,418206,6.381317138671875
HRDCU,λ<=log n,65536,1,440609,6.7231597900390625
HRDCU,λ<=log n,65536,1,418263,6.3821868896484375
HRDCU,λ<=log n,65536,1,460563,7.0276336669921875
HRDCU,λ<=log n,65536,1,443693,6.7702178955078125
HRDCU,λ<=log n,65536,1,459722,7.014801025390625
HRDCU,λ<=log n,65536,1,439227,6.7020721435546875
HRDCU,λ<=log n,65536,1,412745,6.2979888916015625
HRDCU,λ<=log n,65536,1,459704,7.0145263671875
HRDCU,λ<=log n,65536,1,426708,6.51104736328125
HRDCU,λ<=log n,65536,1,424537,6.4779205322265625
HRDCU,λ<=log n,65536,1,416178,6.350372314453125
HRDCU,λ<=log n,65536,1,434571,6.6310272216796875
HRDCU,λ<=log n,65536,1,405413,6.1861114501953125
HRDCU,λ<=log n,65536,1,443373,6.7653350830078125
HRDCU,λ<=log n,65536,1,448064,6.8369140625
HRDCU,λ<=log n,65536,1,435028,6.63800048828125
HRDCU,λ<=log n,65536,1,457032,6.9737548828125
HRDCU,λ<=log n,65536,1,409297,6.2453765869140625
HRDCU,λ<=log n,65536,1,413865,6.3150787353515625
HRDCU,λ<=log n,65536,1,427135,6.5175628662109375
HRDCU,λ<=log n,65536,1,433901,6.6208038330078125
HRDCU,λ<=log n,65536,1,394109,6.0136260986328125
HRDCU,λ<=log n,65536,1,411930,6.285552978515625
HRDCU,λ<=log n,65536,1,411686,6.281829833984375
HRDCU,λ<=log n,65536,1,446015,6.8056488037109375
HRDCU,λ<=log n,65536,1,473565,7.2260284423828125
HRDCU,λ<=log n,65536,1,456942,6.972381591796875
HRDCU,λ<=log n,65536,1,460244,7.02276611328125
HRDCU,λ<=log n,65536,1,458590,6.997528076171875
HRDCU,λ<=log n,65536,1,426191,6.5031585693359375
HRDCU,λ<=log n,65536,1,413890,6.315460205078125
HRDCU,λ<=log n,65536,1,430819,6.5737762451171875
HRDCU,λ<=log n,65536,1,443505,6.7673492431640625
HRDCU,λ<=log n,65536,1,440423,6.7203216552734375
HRDCU,λ<=log n,65536,1,418157,6.3805694580078125
HRDCU,λ<=log n,65536,1,415276,6.33660888671875
HRDCU,λ<=log n,65536,1,435800,6.6497802734375
HRDCU,λ<=log n,65536,1,418949,6.3926544189453125
HRDCU,λ<=log n,65536,1,456378,6.963775634765625
HHDCU,λ<=log n,65536,1,408958,6.240203857421875
HHDCU,λ<=log n,65536,1,425906,6.498809814453125
HHDCU,λ<=log n,65536,1,398787,6.0850067138671875
HHDCU,λ<=log n,65536,1,409156,6.24322509765625
HHDCU,λ<=log n,65536,1,449235,6.8547821044921875
HHDCU,λ<=log n,65536,1,457416,6.9796142578125
HHDCU,λ<=log n,65536,1,402117,6.1358184814453125
HHDCU,λ<=log n,65536,1,406103,6.1966400146484375
HHDCU,λ<=log n,65536,1,410253,6.2599639892578125
HHDCU,λ<=log n,65536,1,441776,6.740966796875
HHDCU,λ<=log n,65536,1,420448,6.41552734375
HHDCU,λ<=log n,65536,1,456241,6.9616851806640625
HHDCU,λ<=log n,65536,1,401952,6.13330078125
HHDCU,λ<=log n,65536,1,410005,6.2561798095703125
HHDCU,λ<=log n,65536,1,455316,6.94757080078125
HHDCU,λ<=log n,65536,1,417793,6.3750152587890625
HHDCU,λ<=log n,65536,1,484651,7.3951873779296875
HHDCU,λ<=log n,65536,1,408816,6.238037109375
HHDCU,λ<=log n,65536,1,394295,6.0164642333984375
HHDCU,λ<=log n,65536,1,412794,6.298736572265625
HHDCU,λ<=log n,65536,1,402741,6.1453399658203125
HHDCU,λ<=log n,65536,1,425623,6.4944915771484375
HHDCU,λ<=log n,65536,1,392010,5.981597900390625
HHDCU,λ<=log n,65536,1,443449,6.7664947509765625
HHDCU,λ<=log n,65536,1,453813,6.9246368408203125
HHDCU,λ<=log n,65536,1,382049,5.8296051025390625
HHDCU,λ<=log n,65536,1,434382,6.628143310546875
HHDCU,λ<=log n,65536,1,409630,6.250457763671875
HHDCU,λ<=log n,65536,1,427616,6.52490234375
HHDCU,λ<=log n,65536,1,424783,6.4816741943359375
HHDCU,λ<=log n,65536,1,394641,6.0217437744140625
HHDCU,λ<=log n,65536,1,396901,6.0562286376953125
HHDCU,λ<=log n,65536,1,407499,6.2179412841796875
HHDCU,λ<=log n,65536,1,444633,6.7845611572265625
HHDCU,λ<=log n,65536,1,424228,6.47320556640625
HHDCU,λ<=log n,65536,1,447477,6.8279571533203125
HHDCU,λ<=log n,65536,1,389742,5.946990966796875
HHDCU,λ<=log n,65536,1,385713,5.8855133056640625
HHDCU,λ<=log n,65536,1,402032,6.134521484375
HHDCU,λ<=log n,65536,1,404903,6.1783294677734375
HHDCU,λ<=log n,65536,1,386680,5.9002685546875
HHDCU,λ<=log n,65536,1,476823,7.2757415771484375
HHDCU,λ<=log n,65536,1,405281,6.1840972900390625
HHDCU,λ<=log n,65536,1,452013,6.8971710205078125
HHDCU,λ<=log n,65536,1,420475,6.4159393310546875
HHDCU,λ<=log n,65536,1,415408,6.338623046875
HHDCU,λ<=log n,65536,1,470438,7.178314208984375
HHDCU,λ<=log n,65536,1,405159,6.1822357177734375
HHDCU,λ<=log n,65536,1,400644,6.11334228515625
HHDCU,λ<=log n,65536,1,390205,5.9540557861328125
HHDCU,λ<=log n,65536,1,393688,6.0072021484375
HHDCU,λ<=log n,65536,1,399597,6.0973663330078125
HHDCU,λ<=log n,65536,1,419079,6.3946380615234375
HHDCU,λ<=log n,65536,1,391371,5.9718475341796875
HHDCU,λ<=log n,65536,1,392509,5.9892120361328125
HHDCU,λ<=log n,65536,1,424051,6.4705047607421875
HHDCU,λ<=log n,65536,1,385865,5.8878326416015625
HHDCU,λ<=log n,65536,1,419036,6.39398193359375
HHDCU,λ<=log n,65536,1,393255,6.0005950927734375
HHDCU,λ<=log n,65536,1,413674,6.312164306640625
HHDCU,λ<=log n,65536,1,413162,6.304351806640625
HHDCU,λ<=log n,65536,1,410838,6.268890380859375
HHDCU,λ<=log n,65536,1,461667,7.0444793701171875
HHDCU,λ<=log n,65536,1,424873,6.4830474853515625
HHDCU,λ<=log n,65536,1,411074,6.272491455078125
HHDCU,λ<=log n,65536,1,411483,6.2787322998046875
HHDCU,λ<=log n,65536,1,408397,6.2316436767578125
HHDCU,λ<=log n,65536,1,400261,6.1074981689453125
HHDCU,λ<=log n,65536,1,380169,5.8009185791015625
HHDCU,λ<=log n,65536,1,399251,6.0920867919921875
HHDCU,λ<=log n,65536,1,412304,6.291259765625
HHDCU,λ<=log n,65536,1,417857,6.3759918212890625
HHDCU,λ<=log n,65536,1,402221,6.1374053955078125
HHDCU,λ<=log n,65536,1,421346,6.429229736328125
HHDCU,λ<=log n,65536,1,402085,6.1353302001953125
HHDCU,λ<=log n,65536,1,412543,6.2949066162109375
HHDCU,λ<=log n,65536,1,425157,6.4873809814453125
HHDCU,λ<=log n,65536,1,397261,6.0617218017578125
HHDCU,λ<=log n,65536,1,398839,6.0858001708984375
HHDCU,λ<=log n,65536,1,410452,6.26300048828125
HHDCU,λ<=log n,65536,1,435736,6.6488037109375
HHDCU,λ<=log n,65536,1,453214,6.915496826171875
HHDCU,λ<=log n,65536,1,472755,7.2136688232421875
HHDCU,λ<=log n,65536,1,426811,6.5126190185546875
HHDCU,λ<=log n,65536,1,446657,6.8154449462890625
HHDCU,λ<=log n,65536,1,486030,7.416229248046875
HHDCU,λ<=log n,65536,1,391833,5.9788970947265625
HHDCU,λ<=log n,65536,1,423905,6.4682769775390625
HHDCU,λ<=log n,65536,1,430184,6.5640869140625
HHDCU,λ<=log n,65536,1,416676,6.35797119140625
HHDCU,λ<=log n,65536,1,388230,5.923919677734375
HHDCU,λ<=log n,65536,1,392271,5.9855804443359375
HHDCU,λ<=log n,65536,1,464010,7.080230712890625
HHDCU,λ<=log n,65536,1,435020,6.63787841796875
HHDCU,λ<=log n,65536,1,411644,6.28118896484375
HHDCU,λ<=log n,65536,1,432285,6.5961456298828125
HHDCU,λ<=log n,65536,1,414338,6.322296142578125
HHDCU,λ<=log n,65536,1,408106,6.227203369140625
HHDCU,λ<=log n,65536,1,418563,6.3867645263671875
HHDCU,λ<=log n,65536,1,417456,6.369873046875
HHLCU,λ<=log n,65536,1,424346,6.475006103515625
HHLCU,λ<=log n,65536,1,420309,6.4134063720703125
HHLCU,λ<=log n,65536,1,468636,7.15081787109375
HHLCU,λ<=log n,65536,1,435982,6.652557373046875
HHLCU,λ<=log n,65536,1,429201,6.5490875244140625
HHLCU,λ<=log n,65536,1,409650,6.250762939453125
HHLCU,λ<=log n,65536,1,421876,6.43731689453125
HHLCU,λ<=log n,65536,1,435958,6.652191162109375
HHLCU,λ<=log n,65536,1,527580,8.05023193359375
HHLCU,λ<=log n,65536,1,442426,6.750885009765625
HHLCU,λ<=log n,65536,1,450536,6.8746337890625
HHLCU,λ<=log n,65536,1,435010,6.637725830078125
HHLCU,λ<=log n,65536,1,433635,6.6167449951171875
HHLCU,λ<=log n,65536,1,450460,6.87347412109375
HHLCU,λ<=log n,65536,1,405754,6.191314697265625
HHLCU,λ<=log n,65536,1,445244,6.79388427734375
HHLCU,λ<=log n,65536,1,429067,6.5470428466796875
HHLCU,λ<=log n,65536,1,417064,6.3638916015625
HHLCU,λ<=log n,65536,1,494949,7.5523223876953125
HHLCU,λ<=log n,65536,1,451941,6.8960723876953125
HHLCU,λ<=log n,65536,1,442905,6.7581939697265625
HHLCU,λ<=log n,65536,1,458674,6.998809814453125
HHLCU,λ<=log n,65536,1,404433,6.1711578369140625
HHLCU,λ<=log n,65536,1,427002,6.515533447265625
HHLCU,λ<=log n,65536,1,422983,6.4542083740234375
HHLCU,λ<=log n,65536,1,406880,6.20849609375
HHLCU,λ<=log n,65536,1,410960,6.270751953125
HHLCU,λ<=log n,65536,1,441637,6.7388458251953125
HHLCU,λ<=log n,65536,1,409131,6.2428436279296875
HHLCU,λ<=log n,65536,1,437516,6.67596435546875
HHLCU,λ<=log n,65536,1,433083,6.6083221435546875
HHLCU,λ<=log n,65536,1,446104,6.8070068359375
HHLCU,λ<=log n,65536,1,441453,6.7360382080078125
HHLCU,λ<=log n,65536,1,425831,6.4976654052734375
HHLCU,λ<=log n,65536,1,469296,7.160888671875
HHLCU,λ<=log n,65536,1,434199,6.6253509521484375
HHLCU,λ<=log n,65536,1,402776,6.1458740234375
HHLCU,λ<=log n,65536,1,407192,6.2132568359375
HHLCU,λ<=log n,65536,1,424493,6.4772491455078125
HHLCU,λ<=log n,65536,1,393641,6.0064849853515625
HHLCU,λ<=log n,65536,1,456575,6.9667816162109375
HHLCU,λ<=log n,65536,1,473655,7.2274017333984375
HHLCU,λ<=log n,65536,1,425204,6.48809814453125
HHLCU,λ<=log n,65536,1,437061,6.6690216064453125
HHLCU,λ<=log n,65536,1,500988,7.64447021484375
HHLCU,λ<=log n,65536,1,399368,6.0938720703125
HHLCU,λ<=log n,65536,1,429957,6.5606231689453125
HHLCU,λ<=log n,65536,1,446298,6.809967041015625
HHLCU,λ<=log n,65536,1,400950,6.118011474609375
HHLCU,λ<=log n,65536,1,406090,6.196441650390625
HHLCU,λ<=log n,65536,1,517315,7.8936004638671875
HHLCU,λ<=log n,65536,1,411875,6.2847137451171875
HHLCU,λ<=log n,65536,1,401942,6.133148193359375
HHLCU,λ<=log n,65536,1,412113,6.2883453369140625
HHLCU,λ<=log n,65536,1,411661,6.2814483642578125
HHLCU,λ<=log n,65536,1,452990,6.912078857421875
HHLCU,λ<=log n,65536,1,443556,6.76812744140625
HHLCU,λ<=log n,65536,1,426405,6.5064239501953125
HHLCU,λ<=log n,65536,1,428373,6.5364532470703125
HHLCU,λ<=log n,65536,1,426022,6.500579833984375
HHLCU,λ<=log n,65536,1,476339,7.2683563232421875
HHLCU,λ<=log n,65536,1,435948,6.65203857421875
HHLCU,λ<=log n,65536,1,419530,6.401519775390625
HHLCU,λ<=log n,65536,1,457648,6.983154296875
HHLCU,λ<=log n,65536,1,396327,6.0474700927734375
HHLCU,λ<=log n,65536,1,397926,6.071868896484375
HHLCU,λ<=log n,65536,1,444678,6.785247802734375
HHLCU,λ<=log n,65536,1,430124,6.56317138671875
HHLCU,λ<=log n,65536,1,422833,6.4519195556640625
HHLCU,λ<=log n,65536,1,461066,7.035308837890625
HHLCU,λ<=log n,65536,1,413682,6.312286376953125
HHLCU,λ<=log n,65536,1,414970,6.331939697265625
HHLCU,λ<=log n,65536,1,400039,6.1041107177734375
HHLCU,λ<=log n,65536,1,408093,6.2270050048828125
HHLCU,λ<=log n,65536,1,432225,6.5952301025390625
HHLCU,λ<=log n,65536,1,424539,6.4779510498046875
HHLCU,λ<=log n,65536,1,418167,6.3807220458984375
HHLCU,λ<=log n,65536,1,423957,6.4690704345703125
HHLCU,λ<=log n,65536,1,430406,6.567474365234375
HHLCU,λ<=log n,65536,1,466729,7.1217193603515625
HHLCU,λ<=log n,65536,1,414727,6.3282318115234375
HHLCU,λ<=log n,65536,1,420874,6.422027587890625
HHLCU,λ<=log n,65536,1,464035,7.0806121826171875
HHLCU,λ<=log n,65536,1,424920,6.4837646484375
HHLCU,λ<=log n,65536,1,407263,6.2143402099609375
HHLCU,λ<=log n,65536,1,403095,6.1507415771484375
HHLCU,λ<=log n,65536,1,400263,6.1075286865234375
HHLCU,λ<=log n,65536,1,440286,6.718231201171875
HHLCU,λ<=log n,65536,1,434409,6.6285552978515625
HHLCU,λ<=log n,65536,1,414845,6.3300323486328125
HHLCU,λ<=log n,65536,1,460352,7.0244140625
HHLCU,λ<=log n,65536,1,404250,6.168365478515625
HHLCU,λ<=log n,65536,1,442275,6.7485809326171875
HHLCU,λ<=log n,65536,1,427314,6.520294189453125
HHLCU,λ<=log n,65536,1,429453,6.5529327392578125
HHLCU,λ<=log n,65536,1,428696,6.5413818359375
HHLCU,λ<=log n,65536,1,419791,6.4055023193359375
HHLCU,λ<=log n,65536,1,430402,6.567413330078125
HHLCU,λ<=log n,65536,1,425289,6.4893951416015625
HHLCU,λ<=log n,65536,1,405798,6.191986083984375
HRLCU,λ<=log n,65536,1,490350,7.482147216796875
HRLCU,λ<=log n,65536,1,481305,7.3441314697265625
HRLCU,λ<=log n,65536,1,441487,6.7365570068359375
HRLCU,λ<=log n,65536,1,496248,7.5721435546875
HRLCU,λ<=log n,65536,1,500889,7.6429595947265625
HRLCU,λ<=log n,65536,1,517303,7.8934173583984375
HRLCU,λ<=log n,65536,1,507354,7.741607666015625
HRLCU,λ<=log n,65536,1,483785,7.3819732666015625
HRLCU,λ<=log n,65536,1,498117,7.6006622314453125
HRLCU,λ<=log n,65536,1,469484,7.16375732421875
HRLCU,λ<=log n,65536,1,496310,7.573089599609375
HRLCU,λ<=log n,65536,1,495720,7.5640869140625
HRLCU,λ<=log n,65536,1,522102,7.966644287109375
HRLCU,λ<=log n,65536,1,487830,7.443695068359375
HRLCU,λ<=log n,65536,1,469260,7.16033935546875
HRLCU,λ<=log n,65536,1,550049,8.393081665039062
HRLCU,λ<=log n,65536,1,457167,6.9758148193359375
HRLCU,λ<=log n,65536,1,502605,7.6691436767578125
HRLCU,λ<=log n,65536,1,485426,7.407012939453125
HRLCU,λ<=log n,65536,1,471022,7.187225341796875
HRLCU,λ<=log n,65536,1,570636,8.70721435546875
HRLCU,λ<=log n,65536,1,538182,8.212005615234375
HRLCU,λ<=log n,65536,1,548414,8.368133544921875
HRLCU,λ<=log n,65536,1,509771,7.7784881591796875
HRLCU,λ<=log n,65536,1,503510,7.682952880859375
HRLCU,λ<=log n,65536,1,466270,7.114715576171875
HRLCU,λ<=log n,65536,1,469060,7.15728759765625
HRLCU,λ<=log n,65536,1,471246,7.190643310546875
HRLCU,λ<=log n,65536,1,467436,7.13250732421875
HRLCU,λ<=log n,65536,1,485719,7.4114837646484375
HRLCU,λ<=log n,65536,1,471531,7.1949920654296875
HRLCU,λ<=log n,65536,1,506563,7.7295379638671875
HRLCU,λ<=log n,65536,1,524421,8.002029418945312
HRLCU,λ<=log n,65536,1,456848,6.970947265625
HRLCU,λ<=log n,65536,1,498383,7.6047210693359375
HRLCU,λ<=log n,65536,1,476328,7.2681884765625
HRLCU,λ<=log n,65536,1,484859,7.3983612060546875
HRLCU,λ<=log n,65536,1,489806,7.473846435546875
HRLCU,λ<=log n,65536,1,467380,7.13165283203125
HRLCU,λ<=log n,65536,1,476658,7.273223876953125
HRLCU,λ<=log n,65536,1,501618,7.654083251953125
HRLCU,λ<=log n,65536,1,505494,7.713226318359375
HRLCU,λ<=log n,65536,1,452289,6.9013824462890625
HRLCU,λ<=log n,65536,1,450715,6.8773651123046875
HRLCU,λ<=log n,65536,1,448407,6.8421478271484375
HRLCU,λ<=log n,65536,1,463825,7.0774078369140625
HRLCU,λ<=log n,65536,1,546854,8.344329833984375
HRLCU,λ<=log n,65536,1,509959,7.7813568115234375
HRLCU,λ<=log n,65536,1,517633,7.8984527587890625
HRLCU,λ<=log n,65536,1,521471,7.9570159912109375
HRLCU,λ<=log n,65536,1,461571,7.0430145263671875
HRLCU,λ<=log n,65536,1,486675,7.4260711669921875
HRLCU,λ<=log n,65536,1,507628,7.74578857421875
HRLCU,λ<=log n,65536,1,471609,7.1961822509765625
HRLCU,λ<=log n,65536,1,473607,7.2266693115234375
HRLCU,λ<=log n,65536,1,514977,7.8579254150390625
HRLCU,λ<=log n,65536,1,473132,7.21942138671875
HRLCU,λ<=log n,65536,1,474019,7.2329559326171875
HRLCU,λ<=log n,65536,1,502450,7.666778564453125
HRLCU,λ<=log n,65536,1,486435,7.4224090576171875
HRLCU,λ<=log n,65536,1,477202,7.281524658203125
HRLCU,λ<=log n,65536,1,479179,7.3116912841796875
HRLCU,λ<=log n,65536,1,585551,8.934799194335938
HRLCU,λ<=log n,65536,1,496428,7.57489013671875
HRLCU,λ<=log n,65536,1,461808,7.046630859375
HRLCU,λ<=log n,65536,1,490781,7.4887237548828125
HRLCU,λ<=log n,65536,1,473416,7.2237548828125
HRLCU,λ<=log n,65536,1,477481,7.2857818603515625
HRLCU,λ<=log n,65536,1,481863,7.3526458740234375
HRLCU,λ<=log n,65536,1,489741,7.4728546142578125
HRLCU,λ<=log n,65536,1,566997,8.651687622070312
HRLCU,λ<=log n,65536,1,473572,7.22613525390625
HRLCU,λ<=log n,65536,1,502533,7.6680450439453125
HRLCU,λ<=log n,65536,1,472210,7.205352783203125
HRLCU,λ<=log n,65536,1,535426,8.169952392578125
HRLCU,λ<=log n,65536,1,452956,6.91156005859375
HRLCU,λ<=log n,65536,1,490136,7.4788818359375
HRLCU,λ<=log n,65536,1,542091,8.271652221679688
HRLCU,λ<=log n,65536,1,466685,7.1210479736328125
HRLCU,λ<=log n,65536,1,609963,9.307296752929688
HRLCU,λ<=log n,65536,1,445820,6.80267333984375
HRLCU,λ<=log n,65536,1,461211,7.0375213623046875
HRLCU,λ<=log n,65536,1,454980,6.94244384765625
HRLCU,λ<=log n,65536,1,563284,8.59503173828125
HRLCU,λ<=log n,65536,1,489074,7.462677001953125
HRLCU,λ<=log n,65536,1,475837,7.2606964111328125
HRLCU,λ<=log n,65536,1,505068,7.70672607421875
HRLCU,λ<=log n,65536,1,463116,7.06658935546875
HRLCU,λ<=log n,65536,1,480510,7.332000732421875
HRLCU,λ<=log n,65536,1,472576,7.2109375
HRLCU,λ<=log n,65536,1,521016,7.9500732421875
HRLCU,λ<=log n,65536,1,490148,7.47906494140625
HRLCU,λ<=log n,65536,1,474281,7.2369537353515625
HRLCU,λ<=log n,65536,1,442168,6.7469482421875
HRLCU,λ<=log n,65536,1,452286,6.901336669921875
HRLCU,λ<=log n,65536,1,462231,7.0530853271484375
HRLCU,λ<=log n,65536,1,451733,6.8928985595703125
HRLCU,λ<=log n,65536,1,506161,7.7234039306640625
HRLCU,λ<=log n,65536,1,490910,7.490692138671875
HRLCU,λ<=log n,65536,1,557074,8.500274658203125
HSLCU,λ<=log n,65536,1,654278,9.983489990234375
HSLCU,λ<=log n,65536,1,575050,8.774566650390625
HSLCU,λ<=log n,65536,1,594536,9.0718994140625
HSLCU,λ<=log n,65536,1,648622,9.897186279296875
HSLCU,λ<=log n,65536,1,590290,9.007110595703125
HSLCU,λ<=log n,65536,1,647073,9.873550415039062
HSLCU,λ<=log n,65536,1,642256,9.800048828125
HSLCU,λ<=log n,65536,1,626895,9.565658569335938
HSLCU,λ<=log n,65536,1,606869,9.260086059570312
HSLCU,λ<=log n,65536,1,581141,8.867507934570312
HSLCU,λ<=log n,65536,1,549571,8.385787963867188
HSLCU,λ<=log n,65536,1,636253,9.708450317382812
HSLCU,λ<=log n,65536,1,575575,8.782577514648438
HSLCU,λ<=log n,65536,1,646973,9.872024536132812
HSLCU,λ<=log n,65536,1,576090,8.790435791015625
HSLCU,λ<=log n,65536,1,541453,8.261917114257812
HSLCU,λ<=log n,65536,1,586468,8.94879150390625
HSLCU,λ<=log n,65536,1,596030,9.094696044921875
HSLCU,λ<=log n,65536,1,574998,8.773773193359375
HSLCU,λ<=log n,65536,1,592773,9.044998168945312
HSLCU,λ<=log n,65536,1,596000,9.09423828125
HSLCU,λ<=log n,65536,1,595369,9.084609985351562
HSLCU,λ<=log n,65536,1,598939,9.139083862304688
HSLCU,λ<=log n,65536,1,650663,9.928329467773438
HSLCU,λ<=log n,65536,1,657500,10.03265380859375
HSLCU,λ<=log n,65536,1,569603,8.691452026367188
HSLCU,λ<=log n,65536,1,627495,9.574813842773438
HSLCU,λ<=log n,65536,1,591006,9.018035888671875
HSLCU,λ<=log n,65536,1,591937,9.032241821289062
HSLCU,λ<=log n,65536,1,636088,9.7059326171875
HSLCU,λ<=log n,65536,1,654258,9.983184814453125
HSLCU,λ<=log n,65536,1,556816,8.496337890625
HSLCU,λ<=log n,65536,1,594290,9.068145751953125
HSLCU,λ<=log n,65536,1,597911,9.123397827148438
HSLCU,λ<=log n,65536,1,597077,9.110671997070312
HSLCU,λ<=log n,65536,1,594200,9.0667724609375
HSLCU,λ<=log n,65536,1,589275,8.991622924804688
HSLCU,λ<=log n,65536,1,555404,8.47479248046875
HSLCU,λ<=log n,65536,1,622106,9.492584228515625
HSLCU,λ<=log n,65536,1,656594,10.018829345703125
HSLCU,λ<=log n,65536,1,588651,8.982101440429688
HSLCU,λ<=log n,65536,1,562360,8.5809326171875
HSLCU,λ<=log n,65536,1,628110,9.584197998046875
HSLCU,λ<=log n,65536,1,668901,10.206619262695312
HSLCU,λ<=log n,65536,1,661774,10.097869873046875
HSLCU,λ<=log n,65536,1,546509,8.339065551757812
HSLCU,λ<=log n,65536,1,641766,9.792572021484375
HSLCU,λ<=log n,65536,1,605997,9.246780395507812
HSLCU,λ<=log n,65536,1,589804,8.99969482421875
HSLCU,λ<=log n,65536,1,571051,8.713546752929688
HSLCU,λ<=log n,65536,1,592052,9.03399658203125
HSLCU,λ<=log n,65536,1,567867,8.664962768554688
HSLCU,λ<=log n,65536,1,577926,8.818450927734375
HSLCU,λ<=log n,65536,1,687929,10.496963500976562
HSLCU,λ<=log n,65536,1,647380,9.87823486328125
HSLCU,λ<=log n,65536,1,573042,8.743927001953125
HSLCU,λ<=log n,65536,1,579631,8.844467163085938
HSLCU,λ<=log n,65536,1,655309,9.999221801757812
HSLCU,λ<=log n,65536,1,626341,9.557205200195312
HSLCU,λ<=log n,65536,1,715734,10.921234130859375
HSLCU,λ<=log n,65536,1,660470,10.077972412109375
HSLCU,λ<=log n,65536,1,596043,9.094894409179688
HSLCU,λ<=log n,65536,1,631154,9.630645751953125
HSLCU,λ<=log n,65536,1,615923,9.398239135742188
HSLCU,λ<=log n,65536,1,571812,8.72515869140625
HSLCU,λ<=log n,65536,1,607220,9.26544189453125
HSLCU,λ<=log n,65536,1,562030,8.575897216796875
HSLCU,λ<=log n,65536,1,611713,9.333999633789062
HSLCU,λ<=log n,65536,1,613517,9.361526489257812
HSLCU,λ<=log n,65536,1,599894,9.153656005859375
HSLCU,λ<=log n,65536,1,599808,9.15234375
HSLCU,λ<=log n,65536,1,572520,8.7359619140625
HSLCU,λ<=log n,65536,1,610684,9.31829833984375
HSLCU,λ<=log n,65536,1,578185,8.822402954101562
HSLCU,λ<=log n,65536,1,623554,9.514678955078125
HSLCU,λ<=log n,65536,1,605693,9.242141723632812
HSLCU,λ<=log n,65536,1,638328,9.7401123046875
HSLCU,λ<=log n,65536,1,661720,10.0970458984375
HSLCU,λ<=log n,65536,1,624347,9.526779174804688
HSLCU,λ<=log n,65536,1,573897,8.756973266601562
HSLCU,λ<=log n,65536,1,653731,9.975143432617188
HSLCU,λ<=log n,65536,1,633931,9.673019409179688
HSLCU,λ<=log n,65536,1,561778,8.572052001953125
HSLCU,λ<=log n,65536,1,552853,8.435867309570312
HSLCU,λ<=log n,65536,1,575648,8.78369140625
HSLCU,λ<=log n,65536,1,645300,9.84649658203125
HSLCU,λ<=log n,65536,1,603110,9.202728271484375
HSLCU,λ<=log n,65536,1,556410,8.490142822265625
HSLCU,λ<=log n,65536,1,678588,10.35443115234375
HSLCU,λ<=log n,65536,1,599906,9.153839111328125
HSLCU,λ<=log n,65536,1,658307,10.044967651367188
HSLCU,λ<=log n,65536,1,575253,8.777664184570312
HSLCU,λ<=log n,65536,1,626075,9.553146362304688
HSLCU,λ<=log n,65536,1,631696,9.638916015625
HSLCU,λ<=log n,65536,1,625413,9.543045043945312
HSLCU,λ<=log n,65536,1,678453,10.352371215820312
HSLCU,λ<=log n,65536,1,585038,8.926971435546875
HSLCU,λ<=log n,65536,1,620092,9.46185302734375
HSLCU,λ<=log n,65536,1,585070,8.927459716796875
HSLCU,λ<=log n,65536,1,626862,9.565155029296875
HSDSU,λ<=log n,65536,1,703929,10.741104125976562
HSDSU,λ<=log n,65536,1,661848,10.0989990234375
HSDSU,λ<=log n,65536,1,748273,11.417739868164062
HSDSU,λ<=log n,65536,1,677256,10.3341064453125
HSDSU,λ<=log n,65536,1,694616,10.5989990234375
HSDSU,λ<=log n,65536,1,666456,10.1693115234375
HSDSU,λ<=log n,65536,1,652590,9.957733154296875
HSDSU,λ<=log n,65536,1,721722,11.012603759765625
HSDSU,λ<=log n,65536,1,743876,11.35064697265625
HSDSU,λ<=log n,65536,1,663241,10.120254516601562
HSDSU,λ<=log n,65536,1,733660,11.19476318359375
HSDSU,λ<=log n,65536,1,696111,10.621810913085938
HSDSU,λ<=log n,65536,1,681147,10.393478393554688
HSDSU,λ<=log n,65536,1,734532,11.20806884765625
HSDSU,λ<=log n,65536,1,652689,9.959243774414062
HSDSU,λ<=log n,65536,1,691592,10.5528564453125
HSDSU,λ<=log n,65536,1,844027,12.878829956054688
HSDSU,λ<=log n,65536,1,749469,11.435989379882812
HSDSU,λ<=log n,65536,1,709567,10.827133178710938
HSDSU,λ<=log n,65536,1,689959,10.527938842773438
HSDSU,λ<=log n,65536,1,738703,11.271713256835938
HSDSU,λ<=log n,65536,1,710933,10.847976684570312
HSDSU,λ<=log n,65536,1,663939,10.130905151367188
HSDSU,λ<=log n,65536,1,718172,10.95843505859375
HSDSU,λ<=log n,65536,1,648655,9.897689819335938
HSDSU,λ<=log n,65536,1,752572,11.48333740234375
HSDSU,λ<=log n,65536,1,676994,10.330108642578125
HSDSU,λ<=log n,65536,1,733258,11.188629150390625
HSDSU,λ<=log n,65536,1,720934,11.000579833984375
HSDSU,λ<=log n,65536,1,669027,10.208541870117188
HSDSU,λ<=log n,65536,1,642401,9.802261352539062
HSDSU,λ<=log n,65536,1,733353,11.190078735351562
HSDSU,λ<=log n,65536,1,690861,10.541702270507812
HSDSU,λ<=log n,65536,1,676277,10.319168090820312
HSDSU,λ<=log n,65536,1,673422,10.275604248046875
HSDSU,λ<=log n,65536,1,668697,10.203506469726562
HSDSU,λ<=log n,65536,1,702587,10.720626831054688
HSDSU,λ<=log n,65536,1,644674,9.836944580078125
HSDSU,λ<=log n,65536,1,636404,9.71075439453125
HSDSU,λ<=log n,65536,1,776131,11.842819213867188
HSDSU,λ<=log n,65536,1,743206,11.340423583984375
HSDSU,λ<=log n,65536,1,776852,11.85382080078125
HSDSU,λ<=log n,65536,1,731202,11.157257080078125
HSDSU,λ<=log n,65536,1,629192,9.6007080078125
HSDSU,λ<=log n,65536,1,761206,11.615081787109375
HSDSU,λ<=log n,65536,1,820796,12.52435302734375
HSDSU,λ<=log n,65536,1,687070,10.483856201171875
HSDSU,λ<=log n,65536,1,711838,10.861785888671875
HSDSU,λ<=log n,65536,1,730187,11.141769409179688
HSDSU,λ<=log n,65536,1,815815,12.448348999023438
HSDSU,λ<=log n,65536,1,649178,9.905670166015625
HSDSU,λ<=log n,65536,1,680509,10.383743286132812
HSDSU,λ<=log n,65536,1,628160,9.5849609375
HSDSU,λ<=log n,65536,1,692093,10.560501098632812
HSDSU,λ<=log n,65536,1,727944,11.1075439453125
HSDSU,λ<=log n,65536,1,665472,10.154296875
HSDSU,λ<=log n,65536,1,681651,10.401168823242188
HSDSU,λ<=log n,65536,1,689173,10.515945434570312
HSDSU,λ<=log n,65536,1,663227,10.120040893554688
HSDSU,λ<=log n,65536,1,653342,9.969207763671875
HSDSU,λ<=log n,65536,1,650146,9.920440673828125
HSDSU,λ<=log n,65536,1,741207,11.309921264648438
HSDSU,λ<=log n,65536,1,688603,10.507247924804688
HSDSU,λ<=log n,65536,1,665280,10.1513671875
HSDSU,λ<=log n,65536,1,691924,10.55792236328125
HSDSU,λ<=log n,65536,1,682419,10.412887573242188
HSDSU,λ<=log n,65536,1,636387,9.710494995117188
HSDSU,λ<=log n,65536,1,715485,10.917434692382812
HSDSU,λ<=log n,65536,1,658224,10.043701171875
HSDSU,λ<=log n,65536,1,652425,9.955215454101562
HSDSU,λ<=log n,65536,1,706697,10.783340454101562
HSDSU,λ<=log n,65536,1,644803,9.838912963867188
HSDSU,λ<=log n,65536,1,679669,10.370925903320312
HSDSU,λ<=log n,65536,1,712992,10.87939453125
HSDSU,λ<=log n,65536,1,669599,10.217269897460938
HSDSU,λ<=log n,65536,1,685372,10.45794677734375
HSDSU,λ<=log n,65536,1,678572,10.35418701171875
HSDSU,λ<=log n,65536,1,680267,10.380050659179688
HSDSU,λ<=log n,65536,1,710474,10.840972900390625
HSDSU,λ<=log n,65536,1,693608,10.5836181640625
HSDSU,λ<=log n,65536,1,709560,10.8270263671875
HSDSU,λ<=log n,65536,1,678636,10.35516357421875
HSDSU,λ<=log n,65536,1,674100,10.28594970703125
HSDSU,λ<=log n,65536,1,721569,11.010269165039062
HSDSU,λ<=log n,65536,1,704290,10.746612548828125
HSDSU,λ<=log n,65536,1,675648,10.3095703125
HSDSU,λ<=log n,65536,1,635090,9.690704345703125
HSDSU,λ<=log n,65536,1,658258,10.044219970703125
HSDSU,λ<=log n,65536,1,679243,10.364425659179688
HSDSU,λ<=log n,65536,1,741135,11.308822631835938
HSDSU,λ<=log n,65536,1,702394,10.717681884765625
HSDSU,λ<=log n,65536,1,674919,10.298446655273438
HSDSU,λ<=log n,65536,1,719475,10.978317260742188
HSDSU,λ<=log n,65536,1,665694,10.157684326171875
HSDSU,λ<=log n,65536,1,794394,12.121490478515625
HSDSU,λ<=log n,65536,1,658048,10.041015625
HSDSU,λ<=log n,65536,1,717022,10.940887451171875
HSDSU,λ<=log n,65536,1,744777,11.364395141601562
HSDSU,λ<=log n,65536,1,698491,10.658126831054688
HSDSU,λ<=log n,65536,1,693611,10.583663940429688
HRDSU,λ<=log n,65536,1,535066,8.164459228515625
HRDSU,λ<=log n,65536,1,495154,7.555450439453125
HRDSU,λ<=log n,65536,1,457820,6.98577880859375
HRDSU,λ<=log n,65536,1,505146,7.707916259765625
HRDSU,λ<=log n,65536,1,480297,7.3287506103515625
HRDSU,λ<=log n,65536,1,492099,7.5088348388671875
HRDSU,λ<=log n,65536,1,489084,7.46282958984375
HRDSU,λ<=log n,65536,1,475105,7.2495269775390625
HRDSU,λ<=log n,65536,1,502413,7.6662139892578125
HRDSU,λ<=log n,65536,1,463388,7.07073974609375
HRDSU,λ<=log n,65536,1,506491,7.7284393310546875
HRDSU,λ<=log n,65536,1,511928,7.8114013671875
HRDSU,λ<=log n,65536,1,444501,6.7825469970703125
HRDSU,λ<=log n,65536,1,499449,7.6209869384765625
HRDSU,λ<=log n,65536,1,481488,7.346923828125
HRDSU,λ<=log n,65536,1,474066,7.233673095703125
HRDSU,λ<=log n,65536,1,447275,6.8248748779296875
HRDSU,λ<=log n,65536,1,520083,7.9358367919921875
HRDSU,λ<=log n,65536,1,467827,7.1384735107421875
HRDSU,λ<=log n,65536,1,508439,7.7581634521484375
HRDSU,λ<=log n,65536,1,479635,7.3186492919921875
HRDSU,λ<=log n,65536,1,481383,7.3453216552734375
HRDSU,λ<=log n,65536,1,496552,7.5767822265625
HRDSU,λ<=log n,65536,1,613756,9.36517333984375
HRDSU,λ<=log n,65536,1,471300,7.19146728515625
HRDSU,λ<=log n,65536,1,479572,7.31768798828125
HRDSU,λ<=log n,65536,1,494278,7.542083740234375
HRDSU,λ<=log n,65536,1,502262,7.663909912109375
HRDSU,λ<=log n,65536,1,576801,8.801284790039062
HRDSU,λ<=log n,65536,1,490923,7.4908905029296875
HRDSU,λ<=log n,65536,1,480508,7.33197021484375
HRDSU,λ<=log n,65536,1,500523,7.6373748779296875
HRDSU,λ<=log n,65536,1,493057,7.5234527587890625
HRDSU,λ<=log n,65536,1,501644,7.65447998046875
HRDSU,λ<=log n,65536,1,466738,7.121856689453125
HRDSU,λ<=log n,65536,1,464675,7.0903778076171875
HRDSU,λ<=log n,65536,1,485575,7.4092864990234375
HRDSU,λ<=log n,65536,1,483812,7.38238525390625
HRDSU,λ<=log n,65536,1,515946,7.872711181640625
HRDSU,λ<=log n,65536,1,480712,7.3350830078125
HRDSU,λ<=log n,65536,1,478229,7.2971954345703125
HRDSU,λ<=log n,65536,1,496829,7.5810089111328125
HRDSU,λ<=log n,65536,1,477094,7.279876708984375
HRDSU,λ<=log n,65536,1,454540,6.93572998046875
HRDSU,λ<=log n,65536,1,457190,6.976165771484375
HRDSU,λ<=log n,65536,1,480160,7.32666015625
HRDSU,λ<=log n,65536,1,454872,6.9407958984375
HRDSU,λ<=log n,65536,1,511746,7.808624267578125
HRDSU,λ<=log n,65536,1,495480,7.5604248046875
HRDSU,λ<=log n,65536,1,485155,7.4028778076171875
HRDSU,λ<=log n,65536,1,454717,6.9384307861328125
HRDSU,λ<=log n,65536,1,497001,7.5836334228515625
HRDSU,λ<=log n,65536,1,494596,7.54693603515625
HRDSU,λ<=log n,65536,1,562352,8.580810546875
HRDSU,λ<=log n,65536,1,495556,7.56158447265625
HRDSU,λ<=log n,65536,1,457851,6.9862518310546875
HRDSU,λ<=log n,65536,1,511725,7.8083038330078125
HRDSU,λ<=log n,65536,1,500296,7.6339111328125
HRDSU,λ<=log n,65536,1,498509,7.6066436767578125
HRDSU,λ<=log n,65536,1,485253,7.4043731689453125
HRDSU,λ<=log n,65536,1,497289,7.5880279541015625
HRDSU,λ<=log n,65536,1,464158,7.082489013671875
HRDSU,λ<=log n,65536,1,487654,7.441009521484375
HRDSU,λ<=log n,65536,1,456654,6.967987060546875
HRDSU,λ<=log n,65536,1,495956,7.56768798828125
HRDSU,λ<=log n,65536,1,493940,7.53692626953125
HRDSU,λ<=log n,65536,1,501245,7.6483917236328125
HRDSU,λ<=log n,65536,1,511471,7.8044281005859375
HRDSU,λ<=log n,65536,1,467749,7.1372833251953125
HRDSU,λ<=log n,65536,1,509350,7.772064208984375
HRDSU,λ<=log n,65536,1,477991,7.2935638427734375
HRDSU,λ<=log n,65536,1,597531,9.117599487304688
HRDSU,λ<=log n,65536,1,513138,7.829864501953125
HRDSU,λ<=log n,65536,1,493387,7.5284881591796875
HRDSU,λ<=log n,65536,1,497184,7.58642578125
HRDSU,λ<=log n,65536,1,505289,7.7100982666015625
HRDSU,λ<=log n,65536,1,516756,7.88507080078125
HRDSU,λ<=log n,65536,1,509199,7.7697601318359375
HRDSU,λ<=log n,65536,1,572097,8.729507446289062
HRDSU,λ<=log n,65536,1,467857,7.1389312744140625
HRDSU,λ<=log n,65536,1,476542,7.271453857421875
HRDSU,λ<=log n,65536,1,471805,7.1991729736328125
HRDSU,λ<=log n,65536,1,491568,7.500732421875
HRDSU,λ<=log n,65536,1,488680,7.4566650390625
HRDSU,λ<=log n,65536,1,474945,7.2470855712890625
HRDSU,λ<=log n,65536,1,480457,7.3311920166015625
HRDSU,λ<=log n,65536,1,464551,7.0884857177734375
HRDSU,λ<=log n,65536,1,492620,7.51678466796875
HRDSU,λ<=log n,65536,1,472715,7.2130584716796875
HRDSU,λ<=log n,65536,1,495463,7.5601654052734375
HRDSU,λ<=log n,65536,1,466927,7.1247406005859375
HRDSU,λ<=log n,65536,1,467709,7.1366729736328125
HRDSU,λ<=log n,65536,1,493835,7.5353240966796875
HRDSU,λ<=log n,65536,1,518639,7.9138031005859375
HRDSU,λ<=log n,65536,1,498352,7.604248046875
HRDSU,λ<=log n,65536,1,463800,7.0770263671875
HRDSU,λ<=log n,65536,1,481541,7.3477325439453125
HRDSU,λ<=log n,65536,1,495842,7.565948486328125
HRDSU,λ<=log n,65536,1,537646,8.203826904296875
HRDSU,λ<=log n,65536,1,507645,7.7460479736328125
HHDSU,λ<=log n,65536,1,474229,7.2361602783203125
HHDSU,λ<=log n,65536,1,453629,6.9218292236328125
HHDSU,λ<=log n,65536,1,495542,7.561370849609375
HHDSU,λ<=log n,65536,1,460049,7.0197906494140625
HHDSU,λ<=log n,65536,1,448656,6.845947265625
HHDSU,λ<=log n,65536,1,446938,6.819732666015625
HHDSU,λ<=log n,65536,1,478153,7.2960357666015625
HHDSU,λ<=log n,65536,1,462188,7.05242919921875
HHDSU,λ<=log n,65536,1,505268,7.70977783203125
HHDSU,λ<=log n,65536,1,463220,7.06817626953125
HHDSU,λ<=log n,65536,1,481889,7.3530426025390625
HHDSU,λ<=log n,65536,1,453374,6.917938232421875
HHDSU,λ<=log n,65536,1,473076,7.21856689453125
HHDSU,λ<=log n,65536,1,463584,7.07373046875
HHDSU,λ<=log n,65536,1,457096,6.9747314453125
HHDSU,λ<=log n,65536,1,457963,6.9879608154296875
HHDSU,λ<=log n,65536,1,455505,6.9504547119140625
HHDSU,λ<=log n,65536,1,488490,7.453765869140625
HHDSU,λ<=log n,65536,1,557480,8.5064697265625
HHDSU,λ<=log n,65536,1,456689,6.9685211181640625
HHDSU,λ<=log n,65536,1,512381,7.8183135986328125
HHDSU,λ<=log n,65536,1,446954,6.819976806640625
HHDSU,λ<=log n,65536,1,473088,7.21875
HHDSU,λ<=log n,65536,1,457030,6.973724365234375
HHDSU,λ<=log n,65536,1,482269,7.3588409423828125
HHDSU,λ<=log n,65536,1,451853,6.8947296142578125
HHDSU,λ<=log n,65536,1,455994,6.957916259765625
HHDSU,λ<=log n,65536,1,460829,7.0316925048828125
HHDSU,λ<=log n,65536,1,496625,7.5778961181640625
HHDSU,λ<=log n,65536,1,450405,6.8726348876953125
HHDSU,λ<=log n,65536,1,480338,7.329376220703125
HHDSU,λ<=log n,65536,1,477046,7.279144287109375
HHDSU,λ<=log n,65536,1,475249,7.2517242431640625
HHDSU,λ<=log n,65536,1,484925,7.3993682861328125
HHDSU,λ<=log n,65536,1,454307,6.9321746826171875
HHDSU,λ<=log n,65536,1,497256,7.5875244140625
HHDSU,λ<=log n,65536,1,453875,6.9255828857421875
HHDSU,λ<=log n,65536,1,477576,7.2872314453125
HHDSU,λ<=log n,65536,1,469338,7.161529541015625
HHDSU,λ<=log n,65536,1,465595,7.1044158935546875
HHDSU,λ<=log n,65536,1,459292,7.00823974609375
HHDSU,λ<=log n,65536,1,476988,7.27825927734375
HHDSU,λ<=log n,65536,1,452386,6.902862548828125
HHDSU,λ<=log n,65536,1,464531,7.0881805419921875
HHDSU,λ<=log n,65536,1,487580,7.43988037109375
HHDSU,λ<=log n,65536,1,465282,7.099639892578125
HHDSU,λ<=log n,65536,1,522241,7.9687652587890625
HHDSU,λ<=log n,65536,1,465465,7.1024322509765625
HHDSU,λ<=log n,65536,1,472046,7.202850341796875
HHDSU,λ<=log n,65536,1,490662,7.486907958984375
HHDSU,λ<=log n,65536,1,457019,6.9735565185546875
HHDSU,λ<=log n,65536,1,458817,7.0009918212890625
HHDSU,λ<=log n,65536,1,454388,6.93341064453125
HHDSU,λ<=log n,65536,1,458139,6.9906463623046875
HHDSU,λ<=log n,65536,1,525959,8.025497436523438
HHDSU,λ<=log n,65536,1,452030,6.897430419921875
HHDSU,λ<=log n,65536,1,438518,6.691253662109375
HHDSU,λ<=log n,65536,1,457819,6.9857635498046875
HHDSU,λ<=log n,65536,1,474439,7.2393646240234375
HHDSU,λ<=log n,65536,1,462763,7.0612030029296875
HHDSU,λ<=log n,65536,1,453560,6.9207763671875
HHDSU,λ<=log n,65536,1,457777,6.9851226806640625
HHDSU,λ<=log n,65536,1,472712,7.2130126953125
HHDSU,λ<=log n,65536,1,477285,7.2827911376953125
HHDSU,λ<=log n,65536,1,469288,7.1607666015625
HHDSU,λ<=log n,65536,1,456719,6.9689788818359375
HHDSU,λ<=log n,65536,1,458761,7.0001373291015625
HHDSU,λ<=log n,65536,1,491454,7.498992919921875
HHDSU,λ<=log n,65536,1,464755,7.0915985107421875
HHDSU,λ<=log n,65536,1,477623,7.2879486083984375
HHDSU,λ<=log n,65536,1,469037,7.1569366455078125
HHDSU,λ<=log n,65536,1,482025,7.3551177978515625
HHDSU,λ<=log n,65536,1,488179,7.4490203857421875
HHDSU,λ<=log n,65536,1,465844,7.10821533203125
HHDSU,λ<=log n,65536,1,509697,7.7773590087890625
HHDSU,λ<=log n,65536,1,459756,7.01531982421875
HHDSU,λ<=log n,65536,1,492280,7.5115966796875
HHDSU,λ<=log n,65536,1,458114,6.990264892578125
HHDSU,λ<=log n,65536,1,460323,7.0239715576171875
HHDSU,λ<=log n,65536,1,477888,7.2919921875
HHDSU,λ<=log n,65536,1,443446,6.766448974609375
HHDSU,λ<=log n,65536,1,489459,7.4685516357421875
HHDSU,λ<=log n,65536,1,436274,6.657012939453125
HHDSU,λ<=log n,65536,1,517118,7.890594482421875
HHDSU,λ<=log n,65536,1,471624,7.1964111328125
HHDSU,λ<=log n,65536,1,473920,7.2314453125
HHDSU,λ<=log n,65536,1,481567,7.3481292724609375
HHDSU,λ<=log n,65536,1,466952,7.1251220703125
HHDSU,λ<=log n,65536,1,486254,7.419647216796875
HHDSU,λ<=log n,65536,1,473654,7.227386474609375
HHDSU,λ<=log n,65536,1,463337,7.0699615478515625
HHDSU,λ<=log n,65536,1,526939,8.040451049804688
HHDSU,λ<=log n,65536,1,475663,7.2580413818359375
HHDSU,λ<=log n,65536,1,556653,8.493850708007812
HHDSU,λ<=log n,65536,1,489248,7.46533203125
HHDSU,λ<=log n,65536,1,483140,7.37213134765625
HHDSU,λ<=log n,65536,1,519865,7.9325103759765625
HHDSU,λ<=log n,65536,1,480867,7.3374481201171875
HHDSU,λ<=log n,65536,1,476065,7.2641754150390625
HHDSU,λ<=log n,65536,1,476300,7.26776123046875
HHLSU,λ<=log n,65536,1,473810,7.229766845703125
HHLSU,λ<=log n,65536,1,490348,7.48211669921875
HHLSU,λ<=log n,65536,1,507053,7.7370147705078125
HHLSU,λ<=log n,65536,1,500968,7.6441650390625
HHLSU,λ<=log n,65536,1,504685,7.7008819580078125
HHLSU,λ<=log n,65536,1,485154,7.402862548828125
HHLSU,λ<=log n,65536,1,526121,8.027969360351562
HHLSU,λ<=log n,65536,1,467704,7.1365966796875
HHLSU,λ<=log n,65536,1,483044,7.37066650390625
HHLSU,λ<=log n,65536,1,488910,7.460174560546875
HHLSU,λ<=log n,65536,1,487258,7.434967041015625
HHLSU,λ<=log n,65536,1,505588,7.71466064453125
HHLSU,λ<=log n,65536,1,486290,7.420196533203125
HHLSU,λ<=log n,65536,1,489947,7.4759979248046875
HHLSU,λ<=log n,65536,1,524910,8.009490966796875
HHLSU,λ<=log n,65536,1,473748,7.22882080078125
HHLSU,λ<=log n,65536,1,534009,8.148330688476562
HHLSU,λ<=log n,65536,1,484159,7.3876800537109375
HHLSU,λ<=log n,65536,1,452919,6.9109954833984375
HHLSU,λ<=log n,65536,1,492564,7.51593017578125
HHLSU,λ<=log n,65536,1,456855,6.9710540771484375
HHLSU,λ<=log n,65536,1,459461,7.0108184814453125
HHLSU,λ<=log n,65536,1,450121,6.8683013916015625
HHLSU,λ<=log n,65536,1,458783,7.0004730224609375
HHLSU,λ<=log n,65536,1,494804,7.55010986328125
HHLSU,λ<=log n,65536,1,486172,7.41839599609375
HHLSU,λ<=log n,65536,1,483982,7.384979248046875
HHLSU,λ<=log n,65536,1,506300,7.72552490234375
HHLSU,λ<=log n,65536,1,497057,7.5844879150390625
HHLSU,λ<=log n,65536,1,502686,7.670379638671875
HHLSU,λ<=log n,65536,1,477933,7.2926788330078125
HHLSU,λ<=log n,65536,1,500438,7.636077880859375
HHLSU,λ<=log n,65536,1,475308,7.25262451171875
HHLSU,λ<=log n,65536,1,496516,7.57623291015625
HHLSU,λ<=log n,65536,1,497749,7.5950469970703125
HHLSU,λ<=log n,65536,1,517709,7.8996124267578125
HHLSU,λ<=log n,65536,1,479934,7.323211669921875
HHLSU,λ<=log n,65536,1,483476,7.37725830078125
HHLSU,λ<=log n,65536,1,469518,7.164276123046875
HHLSU,λ<=log n,65536,1,480050,7.324981689453125
HHLSU,λ<=log n,65536,1,556686,8.494354248046875
HHLSU,λ<=log n,65536,1,463156,7.06719970703125
HHLSU,λ<=log n,65536,1,483599,7.3791351318359375
HHLSU,λ<=log n,65536,1,472005,7.2022247314453125
HHLSU,λ<=log n,65536,1,568510,8.674774169921875
HHLSU,λ<=log n,65536,1,481822,7.352020263671875
HHLSU,λ<=log n,65536,1,468555,7.1495819091796875
HHLSU,λ<=log n,65536,1,532522,8.125640869140625
HHLSU,λ<=log n,65536,1,505761,7.7173004150390625
HHLSU,λ<=log n,65536,1,483881,7.3834381103515625
HHLSU,λ<=log n,65536,1,485386,7.406402587890625
HHLSU,λ<=log n,65536,1,501804,7.65692138671875
HHLSU,λ<=log n,65536,1,456168,6.9605712890625
HHLSU,λ<=log n,65536,1,482016,7.35498046875
HHLSU,λ<=log n,65536,1,577520,8.812255859375
HHLSU,λ<=log n,65536,1,522292,7.96954345703125
HHLSU,λ<=log n,65536,1,466906,7.124420166015625
HHLSU,λ<=log n,65536,1,498932,7.61309814453125
HHLSU,λ<=log n,65536,1,522884,7.97857666015625
HHLSU,λ<=log n,65536,1,473035,7.2179412841796875
HHLSU,λ<=log n,65536,1,493036,7.52313232421875
HHLSU,λ<=log n,65536,1,578019,8.819869995117188
HHLSU,λ<=log n,65536,1,495050,7.553863525390625
HHLSU,λ<=log n,65536,1,489305,7.4662017822265625
HHLSU,λ<=log n,65536,1,498580,7.60772705078125
HHLSU,λ<=log n,65536,1,505900,7.71942138671875
HHLSU,λ<=log n,65536,1,500703,7.6401214599609375
HHLSU,λ<=log n,65536,1,492298,7.511871337890625
HHLSU,λ<=log n,65536,1,512190,7.815399169921875
HHLSU,λ<=log n,65536,1,516153,7.8758697509765625
HHLSU,λ<=log n,65536,1,480440,7.3309326171875
HHLSU,λ<=log n,65536,1,505347,7.7109832763671875
HHLSU,λ<=log n,65536,1,488278,7.450531005859375
HHLSU,λ<=log n,65536,1,552373,8.428543090820312
HHLSU,λ<=log n,65536,1,464120,7.0819091796875
HHLSU,λ<=log n,65536,1,490642,7.486602783203125
HHLSU,λ<=log n,65536,1,496209,7.5715484619140625
HHLSU,λ<=log n,65536,1,621747,9.487106323242188
HHLSU,λ<=log n,65536,1,511036,7.79779052734375
HHLSU,λ<=log n,65536,1,473470,7.224578857421875
HHLSU,λ<=log n,65536,1,466348,7.11590576171875
HHLSU,λ<=log n,65536,1,461568,7.04296875
HHLSU,λ<=log n,65536,1,467155,7.1282196044921875
HHLSU,λ<=log n,65536,1,474164,7.23516845703125
HHLSU,λ<=log n,65536,1,497326,7.588592529296875
HHLSU,λ<=log n,65536,1,463958,7.079437255859375
HHLSU,λ<=log n,65536,1,478556,7.30218505859375
HHLSU,λ<=log n,65536,1,452763,6.9086151123046875
HHLSU,λ<=log n,65536,1,500137,7.6314849853515625
HHLSU,λ<=log n,65536,1,467108,7.12750244140625
HHLSU,λ<=log n,65536,1,466817,7.1230621337890625
HHLSU,λ<=log n,65536,1,484446,7.392059326171875
HHLSU,λ<=log n,65536,1,558386,8.520294189453125
HHLSU,λ<=log n,65536,1,490147,7.4790496826171875
HHLSU,λ<=log n,65536,1,461607,7.0435638427734375
HHLSU,λ<=log n,65536,1,490026,7.477203369140625
HHLSU,λ<=log n,65536,1,616520,9.4073486328125
HHLSU,λ<=log n,65536,1,477606,7.287689208984375
HHLSU,λ<=log n,65536,1,494493,7.5453643798828125
HHLSU,λ<=log n,65536,1,487560,7.4395751953125
HRLSU,λ<=log n,65536,1,456530,6.966094970703125
HRLSU,λ<=log n,65536,1,499471,7.6213226318359375
HRLSU,λ<=log n,65536,1,513686,7.838226318359375
HRLSU,λ<=log n,65536,1,467355,7.1312713623046875
HRLSU,λ<=log n,65536,1,503029,7.6756134033203125
HRLSU,λ<=log n,65536,1,497523,7.5915985107421875
HRLSU,λ<=log n,65536,1,472181,7.2049102783203125
HRLSU,λ<=log n,65536,1,496525,7.5763702392578125
HRLSU,λ<=log n,65536,1,449755,6.8627166748046875
HRLSU,λ<=log n,65536,1,477119,7.2802581787109375
HRLSU,λ<=log n,65536,1,484131,7.3872528076171875
HRLSU,λ<=log n,65536,1,473556,7.22589111328125
HRLSU,λ<=log n,65536,1,500834,7.642120361328125
HRLSU,λ<=log n,65536,1,486914,7.429718017578125
HRLSU,λ<=log n,65536,1,490294,7.481292724609375
HRLSU,λ<=log n,65536,1,504330,7.695465087890625
HRLSU,λ<=log n,65536,1,493474,7.529815673828125
HRLSU,λ<=log n,65536,1,498970,7.613677978515625
HRLSU,λ<=log n,65536,1,464036,7.08062744140625
HRLSU,λ<=log n,65536,1,493457,7.5295562744140625
HRLSU,λ<=log n,65536,1,534863,8.161361694335938
HRLSU,λ<=log n,65536,1,473793,7.2295074462890625
HRLSU,λ<=log n,65536,1,486598,7.424896240234375
HRLSU,λ<=log n,65536,1,543427,8.292037963867188
HRLSU,λ<=log n,65536,1,472783,7.2140960693359375
HRLSU,λ<=log n,65536,1,467194,7.128814697265625
HRLSU,λ<=log n,65536,1,496528,7.576416015625
HRLSU,λ<=log n,65536,1,494501,7.5454864501953125
HRLSU,λ<=log n,65536,1,511209,7.8004302978515625
HRLSU,λ<=log n,65536,1,517796,7.90093994140625
HRLSU,λ<=log n,65536,1,496586,7.577301025390625
HRLSU,λ<=log n,65536,1,468482,7.148468017578125
HRLSU,λ<=log n,65536,1,471286,7.191253662109375
HRLSU,λ<=log n,65536,1,492386,7.513214111328125
HRLSU,λ<=log n,65536,1,544270,8.304901123046875
HRLSU,λ<=log n,65536,1,494689,7.5483551025390625
HRLSU,λ<=log n,65536,1,484951,7.3997650146484375
HRLSU,λ<=log n,65536,1,477998,7.293670654296875
HRLSU,λ<=log n,65536,1,487463,7.4380950927734375
HRLSU,λ<=log n,65536,1,508203,7.7545623779296875
HRLSU,λ<=log n,65536,1,547223,8.349960327148438
HRLSU,λ<=log n,65536,1,462836,7.06231689453125
HRLSU,λ<=log n,65536,1,467444,7.13262939453125
HRLSU,λ<=log n,65536,1,475053,7.2487335205078125
HRLSU,λ<=log n,65536,1,509858,7.779815673828125
HRLSU,λ<=log n,65536,1,455906,6.956573486328125
HRLSU,λ<=log n,65536,1,469241,7.1600494384765625
HRLSU,λ<=log n,65536,1,483444,7.37677001953125
HRLSU,λ<=log n,65536,1,475627,7.2574920654296875
HRLSU,λ<=log n,65536,1,480411,7.3304901123046875
HRLSU,λ<=log n,65536,1,488524,7.45428466796875
HRLSU,λ<=log n,65536,1,489263,7.4655609130859375
HRLSU,λ<=log n,65536,1,468606,7.150360107421875
HRLSU,λ<=log n,65536,1,501621,7.6541290283203125
HRLSU,λ<=log n,65536,1,492262,7.511322021484375
HRLSU,λ<=log n,65536,1,477883,7.2919158935546875
HRLSU,λ<=log n,65536,1,543744,8.296875
HRLSU,λ<=log n,65536,1,474131,7.2346649169921875
HRLSU,λ<=log n,65536,1,496399,7.5744476318359375
HRLSU,λ<=log n,65536,1,483000,7.3699951171875
HRLSU,λ<=log n,65536,1,460550,7.027435302734375
HRLSU,λ<=log n,65536,1,515998,7.873504638671875
HRLSU,λ<=log n,65536,1,532404,8.12384033203125
HRLSU,λ<=log n,65536,1,472974,7.217010498046875
HRLSU,λ<=log n,65536,1,522362,7.970611572265625
HRLSU,λ<=log n,65536,1,540058,8.240631103515625
HRLSU,λ<=log n,65536,1,547747,8.357955932617188
HRLSU,λ<=log n,65536,1,485877,7.4138946533203125
HRLSU,λ<=log n,65536,1,471858,7.199981689453125
HRLSU,λ<=log n,65536,1,474322,7.237579345703125
HRLSU,λ<=log n,65536,1,463442,7.071563720703125
HRLSU,λ<=log n,65536,1,501790,7.656707763671875
HRLSU,λ<=log n,65536,1,466271,7.1147308349609375
HRLSU,λ<=log n,65536,1,481884,7.35296630859375
HRLSU,λ<=log n,65536,1,481152,7.341796875
HRLSU,λ<=log n,65536,1,498024,7.5992431640625
HRLSU,λ<=log n,65536,1,476937,7.2774810791015625
HRLSU,λ<=log n,65536,1,460128,7.02099609375
HRLSU,λ<=log n,65536,1,491519,7.4999847412109375
HRLSU,λ<=log n,65536,1,484490,7.392730712890625
HRLSU,λ<=log n,65536,1,489414,7.467864990234375
HRLSU,λ<=log n,65536,1,510845,7.7948760986328125
HRLSU,λ<=log n,65536,1,471059,7.1877899169921875
HRLSU,λ<=log n,65536,1,532593,8.126724243164062
HRLSU,λ<=log n,65536,1,474781,7.2445831298828125
HRLSU,λ<=log n,65536,1,505982,7.720672607421875
HRLSU,λ<=log n,65536,1,476355,7.2686004638671875
HRLSU,λ<=log n,65536,1,510089,7.7833404541015625
HRLSU,λ<=log n,65536,1,550613,8.401687622070312
HRLSU,λ<=log n,65536,1,535916,8.17742919921875
HRLSU,λ<=log n,65536,1,484693,7.3958282470703125
HRLSU,λ<=log n,65536,1,484674,7.395538330078125
HRLSU,λ<=log n,65536,1,491396,7.49810791015625
HRLSU,λ<=log n,65536,1,521474,7.957061767578125
HRLSU,λ<=log n,65536,1,480138,7.326324462890625
HRLSU,λ<=log n,65536,1,498873,7.6121978759765625
HRLSU,λ<=log n,65536,1,523319,7.9852142333984375
HRLSU,λ<=log n,65536,1,494763,7.5494842529296875
HRLSU,λ<=log n,65536,1,510563,7.7905731201171875
HRLSU,λ<=log n,65536,1,520438,7.941253662109375
HSLSU,λ<=log n,65536,1,649405,9.909133911132812
HSLSU,λ<=log n,65536,1,650128,9.920166015625
HSLSU,λ<=log n,65536,1,730027,11.139328002929688
HSLSU,λ<=log n,65536,1,660403,10.076950073242188
HSLSU,λ<=log n,65536,1,666488,10.1697998046875
HSLSU,λ<=log n,65536,1,731356,11.15960693359375
HSLSU,λ<=log n,65536,1,659096,10.0570068359375
HSLSU,λ<=log n,65536,1,675751,10.311141967773438
HSLSU,λ<=log n,65536,1,640719,9.776596069335938
HSLSU,λ<=log n,65536,1,691618,10.553253173828125
HSLSU,λ<=log n,65536,1,629239,9.601425170898438
HSLSU,λ<=log n,65536,1,668174,10.195526123046875
HSLSU,λ<=log n,65536,1,750765,11.455764770507812
HSLSU,λ<=log n,65536,1,685341,10.457473754882812
HSLSU,λ<=log n,65536,1,625792,9.548828125
HSLSU,λ<=log n,65536,1,709877,10.831863403320312
HSLSU,λ<=log n,65536,1,641891,9.794479370117188
HSLSU,λ<=log n,65536,1,639915,9.764328002929688
HSLSU,λ<=log n,65536,1,695812,10.61724853515625
HSLSU,λ<=log n,65536,1,710186,10.836578369140625
HSLSU,λ<=log n,65536,1,703670,10.737152099609375
HSLSU,λ<=log n,65536,1,655826,10.007110595703125
HSLSU,λ<=log n,65536,1,634009,9.674209594726562
HSLSU,λ<=log n,65536,1,665892,10.16070556640625
HSLSU,λ<=log n,65536,1,674399,10.290512084960938
HSLSU,λ<=log n,65536,1,675671,10.309921264648438
HSLSU,λ<=log n,65536,1,664002,10.131866455078125
HSLSU,λ<=log n,65536,1,716265,10.929336547851562
HSLSU,λ<=log n,65536,1,723539,11.040328979492188
HSLSU,λ<=log n,65536,1,654183,9.982040405273438
HSLSU,λ<=log n,65536,1,732950,11.183929443359375
HSLSU,λ<=log n,65536,1,698759,10.662216186523438
HSLSU,λ<=log n,65536,1,662980,10.11627197265625
HSLSU,λ<=log n,65536,1,635934,9.703582763671875
HSLSU,λ<=log n,65536,1,735127,11.217147827148438
HSLSU,λ<=log n,65536,1,668387,10.198776245117188
HSLSU,λ<=log n,65536,1,759771,11.593185424804688
HSLSU,λ<=log n,65536,1,680984,10.3909912109375
HSLSU,λ<=log n,65536,1,698573,10.659378051757812
HSLSU,λ<=log n,65536,1,651213,9.936721801757812
HSLSU,λ<=log n,65536,1,695677,10.615188598632812
HSLSU,λ<=log n,65536,1,704755,10.753707885742188
HSLSU,λ<=log n,65536,1,643659,9.821456909179688
HSLSU,λ<=log n,65536,1,661122,10.087921142578125
HSLSU,λ<=log n,65536,1,632477,9.650833129882812
HSLSU,λ<=log n,65536,1,678976,10.3603515625
HSLSU,λ<=log n,65536,1,651594,9.942535400390625
HSLSU,λ<=log n,65536,1,704380,10.74798583984375
HSLSU,λ<=log n,65536,1,671312,10.243408203125
HSLSU,λ<=log n,65536,1,666848,10.17529296875
HSLSU,λ<=log n,65536,1,673515,10.277023315429688
HSLSU,λ<=log n,65536,1,732398,11.175506591796875
HSLSU,λ<=log n,65536,1,684522,10.444976806640625
HSLSU,λ<=log n,65536,1,655417,10.000869750976562
HSLSU,λ<=log n,65536,1,692685,10.569534301757812
HSLSU,λ<=log n,65536,1,682664,10.4166259765625
HSLSU,λ<=log n,65536,1,747022,11.398651123046875
HSLSU,λ<=log n,65536,1,695799,10.617050170898438
HSLSU,λ<=log n,65536,1,732480,11.1767578125
HSLSU,λ<=log n,65536,1,634444,9.68084716796875
HSLSU,λ<=log n,65536,1,695476,10.61212158203125
HSLSU,λ<=log n,65536,1,686547,10.475875854492188
HSLSU,λ<=log n,65536,1,679487,10.368148803710938
HSLSU,λ<=log n,65536,1,758247,11.569931030273438
HSLSU,λ<=log n,65536,1,664683,10.142257690429688
HSLSU,λ<=log n,65536,1,722643,11.026657104492188
HSLSU,λ<=log n,65536,1,697665,10.645523071289062
HSLSU,λ<=log n,65536,1,724390,11.053314208984375
HSLSU,λ<=log n,65536,1,709474,10.825714111328125
HSLSU,λ<=log n,65536,1,642805,9.808425903320312
HSLSU,λ<=log n,65536,1,682512,10.414306640625
HSLSU,λ<=log n,65536,1,703355,10.732345581054688
HSLSU,λ<=log n,65536,1,677612,10.33953857421875
HSLSU,λ<=log n,65536,1,743116,11.33905029296875
HSLSU,λ<=log n,65536,1,673786,10.281158447265625
HSLSU,λ<=log n,65536,1,649919,9.916976928710938
HSLSU,λ<=log n,65536,1,687412,10.48907470703125
HSLSU,λ<=log n,65536,1,663323,10.121505737304688
HSLSU,λ<=log n,65536,1,613400,9.3597412109375
HSLSU,λ<=log n,65536,1,668865,10.206069946289062
HSLSU,λ<=log n,65536,1,663183,10.119369506835938
HSLSU,λ<=log n,65536,1,685986,10.467315673828125
HSLSU,λ<=log n,65536,1,643427,9.817916870117188
HSLSU,λ<=log n,65536,1,655020,9.99481201171875
HSLSU,λ<=log n,65536,1,686747,10.478927612304688
HSLSU,λ<=log n,65536,1,748032,11.4140625
HSLSU,λ<=log n,65536,1,654102,9.980804443359375
HSLSU,λ<=log n,65536,1,677409,10.336441040039062
HSLSU,λ<=log n,65536,1,706430,10.779266357421875
HSLSU,λ<=log n,65536,1,837966,12.786346435546875
HSLSU,λ<=log n,65536,1,691976,10.5587158203125
HSLSU,λ<=log n,65536,1,694512,10.597412109375
HSLSU,λ<=log n,65536,1,642186,9.798980712890625
HSLSU,λ<=log n,65536,1,711393,10.854995727539062
HSLSU,λ<=log n,65536,1,686191,10.470443725585938
HSLSU,λ<=log n,65536,1,653505,9.971694946289062
HSLSU,λ<=log n,65536,1,779419,11.892990112304688
HSLSU,λ<=log n,65536,1,693776,10.586181640625
HSLSU,λ<=log n,65536,1,711872,10.8623046875
HSLSU,λ<=log n,65536,1,630624,9.62255859375
HSDMU,λ<=log n,65536,1,587585,8.965835571289062
HSDMU,λ<=log n,65536,1,579369,8.840469360351562
HSDMU,λ<=log n,65536,1,484619,7.3946990966796875
HSDMU,λ<=log n,65536,1,556700,8.49456787109375
HSDMU,λ<=log n,65536,1,568579,8.675827026367188
HSDMU,λ<=log n,65536,1,548474,8.369049072265625
HSDMU,λ<=log n,65536,1,539301,8.229080200195312
HSDMU,λ<=log n,65536,1,563120,8.592529296875
HSDMU,λ<=log n,65536,1,569918,8.696258544921875
HSDMU,λ<=log n,65536,1,539060,8.22540283203125
HSDMU,λ<=log n,65536,1,493110,7.524261474609375
HSDMU,λ<=log n,65536,1,556346,8.489166259765625
HSDMU,λ<=log n,65536,1,568648,8.6768798828125
HSDMU,λ<=log n,65536,1,557617,8.508560180664062
HSDMU,λ<=log n,65536,1,577907,8.818161010742188
HSDMU,λ<=log n,65536,1,554767,8.465072631835938
HSDMU,λ<=log n,65536,1,557578,8.507965087890625
HSDMU,λ<=log n,65536,1,566991,8.651596069335938
HSDMU,λ<=log n,65536,1,557260,8.50311279296875
HSDMU,λ<=log n,65536,1,594149,9.065994262695312
HSDMU,λ<=log n,65536,1,565176,8.6239013671875
HSDMU,λ<=log n,65536,1,550155,8.394699096679688
HSDMU,λ<=log n,65536,1,646861,9.870315551757812
HSDMU,λ<=log n,65536,1,560792,8.5570068359375
HSDMU,λ<=log n,65536,1,562616,8.5848388671875
HSDMU,λ<=log n,65536,1,594778,9.075592041015625
HSDMU,λ<=log n,65536,1,605952,9.24609375
HSDMU,λ<=log n,65536,1,534745,8.159561157226562
HSDMU,λ<=log n,65536,1,553216,8.44140625
HSDMU,λ<=log n,65536,1,604800,9.228515625
HSDMU,λ<=log n,65536,1,526061,8.027053833007812
HSDMU,λ<=log n,65536,1,525032,8.0113525390625
HSDMU,λ<=log n,65536,1,572140,8.73016357421875
HSDMU,λ<=log n,65536,1,552786,8.434844970703125
HSDMU,λ<=log n,65536,1,550953,8.406875610351562
HSDMU,λ<=log n,65536,1,614196,9.37188720703125
HSDMU,λ<=log n,65536,1,624300,9.52606201171875
HSDMU,λ<=log n,65536,1,626840,9.5648193359375
HSDMU,λ<=log n,65536,1,514876,7.85638427734375
HSDMU,λ<=log n,65536,1,635399,9.695419311523438
HSDMU,λ<=log n,65536,1,562142,8.577606201171875
HSDMU,λ<=log n,65536,1,667617,10.187026977539062
HSDMU,λ<=log n,65536,1,607513,9.269912719726562
HSDMU,λ<=log n,65536,1,517944,7.9031982421875
HSDMU,λ<=log n,65536,1,561925,8.574295043945312
HSDMU,λ<=log n,65536,1,602132,9.18780517578125
HSDMU,λ<=log n,65536,1,567629,8.661331176757812
HSDMU,λ<=log n,65536,1,522717,7.9760284423828125
HSDMU,λ<=log n,65536,1,559927,8.543807983398438
HSDMU,λ<=log n,65536,1,552765,8.434524536132812
HSDMU,λ<=log n,65536,1,710284,10.83807373046875
HSDMU,λ<=log n,65536,1,514900,7.85675048828125
HSDMU,λ<=log n,65536,1,537610,8.203277587890625
HSDMU,λ<=log n,65536,1,516984,7.8885498046875
HSDMU,λ<=log n,65536,1,521479,7.9571380615234375
HSDMU,λ<=log n,65536,1,497947,7.5980682373046875
HSDMU,λ<=log n,65536,1,520735,7.9457855224609375
HSDMU,λ<=log n,65536,1,528832,8.0693359375
HSDMU,λ<=log n,65536,1,604490,9.223785400390625
HSDMU,λ<=log n,65536,1,579405,8.841018676757812
HSDMU,λ<=log n,65536,1,504135,7.6924896240234375
HSDMU,λ<=log n,65536,1,564592,8.614990234375
HSDMU,λ<=log n,65536,1,533176,8.1356201171875
HSDMU,λ<=log n,65536,1,553816,8.4505615234375
HSDMU,λ<=log n,65536,1,524940,8.00994873046875
HSDMU,λ<=log n,65536,1,573764,8.75494384765625
HSDMU,λ<=log n,65536,1,551688,8.4180908203125
HSDMU,λ<=log n,65536,1,553648,8.447998046875
HSDMU,λ<=log n,65536,1,533780,8.14483642578125
HSDMU,λ<=log n,65536,1,553337,8.443252563476562
HSDMU,λ<=log n,65536,1,657095,10.026473999023438
HSDMU,λ<=log n,65536,1,536030,8.179168701171875
HSDMU,λ<=log n,65536,1,573793,8.755386352539062
HSDMU,λ<=log n,65536,1,532627,8.127243041992188
HSDMU,λ<=log n,65536,1,605559,9.240097045898438
HSDMU,λ<=log n,65536,1,638639,9.744857788085938
HSDMU,λ<=log n,65536,1,515630,7.867889404296875
HSDMU,λ<=log n,65536,1,527592,8.0504150390625
HSDMU,λ<=log n,65536,1,573423,8.749740600585938
HSDMU,λ<=log n,65536,1,588054,8.972991943359375
HSDMU,λ<=log n,65536,1,574893,8.772171020507812
HSDMU,λ<=log n,65536,1,591513,9.025772094726562
HSDMU,λ<=log n,65536,1,512226,7.815948486328125
HSDMU,λ<=log n,65536,1,534081,8.149429321289062
HSDMU,λ<=log n,65536,1,609672,9.3028564453125
HSDMU,λ<=log n,65536,1,510698,7.792633056640625
HSDMU,λ<=log n,65536,1,560636,8.55462646484375
HSDMU,λ<=log n,65536,1,554538,8.461578369140625
HSDMU,λ<=log n,65536,1,594957,9.078323364257812
HSDMU,λ<=log n,65536,1,540467,8.246871948242188
HSDMU,λ<=log n,65536,1,638493,9.742630004882812
HSDMU,λ<=log n,65536,1,503129,7.6771392822265625
HSDMU,λ<=log n,65536,1,596511,9.102035522460938
HSDMU,λ<=log n,65536,1,631752,9.6397705078125
HSDMU,λ<=log n,65536,1,609711,9.303451538085938
HSDMU,λ<=log n,65536,1,564599,8.615097045898438
HSDMU,λ<=log n,65536,1,556736,8.4951171875
HSDMU,λ<=log n,65536,1,552985,8.437881469726562
HSDMU,λ<=log n,65536,1,528688,8.067138671875
HSDMU,λ<=log n,65536,1,608588,9.28631591796875
HRDMU,λ<=log n,65536,1,436791,6.6649017333984375
HRDMU,λ<=log n,65536,1,411445,6.2781524658203125
HRDMU,λ<=log n,65536,1,409015,6.2410736083984375
HRDMU,λ<=log n,65536,1,452388,6.90289306640625
HRDMU,λ<=log n,65536,1,382833,5.8415679931640625
HRDMU,λ<=log n,65536,1,386826,5.902496337890625
HRDMU,λ<=log n,65536,1,382622,5.838348388671875
HRDMU,λ<=log n,65536,1,444759,6.7864837646484375
HRDMU,λ<=log n,65536,1,422409,6.4454498291015625
HRDMU,λ<=log n,65536,1,392316,5.98626708984375
HRDMU,λ<=log n,65536,1,407655,6.2203216552734375
HRDMU,λ<=log n,65536,1,412171,6.2892303466796875
HRDMU,λ<=log n,65536,1,426502,6.507904052734375
HRDMU,λ<=log n,65536,1,391444,5.97296142578125
HRDMU,λ<=log n,65536,1,394277,6.0161895751953125
HRDMU,λ<=log n,65536,1,409046,6.241546630859375
HRDMU,λ<=log n,65536,1,421112,6.4256591796875
HRDMU,λ<=log n,65536,1,403634,6.158966064453125
HRDMU,λ<=log n,65536,1,405736,6.1910400390625
HRDMU,λ<=log n,65536,1,408457,6.2325592041015625
HRDMU,λ<=log n,65536,1,401960,6.1334228515625
HRDMU,λ<=log n,65536,1,382638,5.838592529296875
HRDMU,λ<=log n,65536,1,452633,6.9066314697265625
HRDMU,λ<=log n,65536,1,395566,6.035858154296875
HRDMU,λ<=log n,65536,1,453022,6.912567138671875
HRDMU,λ<=log n,65536,1,395860,6.04034423828125
HRDMU,λ<=log n,65536,1,453685,6.9226837158203125
HRDMU,λ<=log n,65536,1,425891,6.4985809326171875
HRDMU,λ<=log n,65536,1,425912,6.4989013671875
HRDMU,λ<=log n,65536,1,449424,6.857666015625
HRDMU,λ<=log n,65536,1,418871,6.3914642333984375
HRDMU,λ<=log n,65536,1,403864,6.1624755859375
HRDMU,λ<=log n,65536,1,395547,6.0355682373046875
HRDMU,λ<=log n,65536,1,408693,6.2361602783203125
HRDMU,λ<=log n,65536,1,412124,6.28851318359375
HRDMU,λ<=log n,65536,1,430515,6.5691375732421875
HRDMU,λ<=log n,65536,1,429009,6.5461578369140625
HRDMU,λ<=log n,65536,1,397848,6.0706787109375
HRDMU,λ<=log n,65536,1,403751,6.1607513427734375
HRDMU,λ<=log n,65536,1,387212,5.90838623046875
HRDMU,λ<=log n,65536,1,413555,6.3103485107421875
HRDMU,λ<=log n,65536,1,401608,6.1280517578125
HRDMU,λ<=log n,65536,1,407409,6.2165679931640625
HRDMU,λ<=log n,65536,1,402345,6.1392974853515625
HRDMU,λ<=log n,65536,1,403877,6.1626739501953125
HRDMU,λ<=log n,65536,1,381926,5.827728271484375
HRDMU,λ<=log n,65536,1,394450,6.018829345703125
HRDMU,λ<=log n,65536,1,382503,5.8365325927734375
HRDMU,λ<=log n,65536,1,390252,5.95477294921875
HRDMU,λ<=log n,65536,1,440905,6.7276763916015625
HRDMU,λ<=log n,65536,1,420349,6.4140167236328125
HRDMU,λ<=log n,65536,1,422896,6.452880859375
HRDMU,λ<=log n,65536,1,438206,6.686492919921875
HRDMU,λ<=log n,65536,1,409488,6.248291015625
HRDMU,λ<=log n,65536,1,450583,6.8753509521484375
HRDMU,λ<=log n,65536,1,386596,5.89898681640625
HRDMU,λ<=log n,65536,1,419519,6.4013519287109375
HRDMU,λ<=log n,65536,1,413203,6.3049774169921875
HRDMU,λ<=log n,65536,1,455231,6.9462738037109375
HRDMU,λ<=log n,65536,1,399273,6.0924224853515625
HRDMU,λ<=log n,65536,1,389450,5.942535400390625
HRDMU,λ<=log n,65536,1,419400,6.3995361328125
HRDMU,λ<=log n,65536,1,412976,6.301513671875
HRDMU,λ<=log n,65536,1,453124,6.91412353515625
HRDMU,λ<=log n,65536,1,399265,6.0923004150390625
HRDMU,λ<=log n,65536,1,425230,6.488494873046875
HRDMU,λ<=log n,65536,1,415271,6.3365325927734375
HRDMU,λ<=log n,65536,1,386781,5.9018096923828125
HRDMU,λ<=log n,65536,1,418067,6.3791961669921875
HRDMU,λ<=log n,65536,1,431822,6.589080810546875
HRDMU,λ<=log n,65536,1,399870,6.101531982421875
HRDMU,λ<=log n,65536,1,399889,6.1018218994140625
HRDMU,λ<=log n,65536,1,425490,6.492462158203125
HRDMU,λ<=log n,65536,1,413303,6.3065032958984375
HRDMU,λ<=log n,65536,1,399646,6.098114013671875
HRDMU,λ<=log n,65536,1,428729,6.5418853759765625
HRDMU,λ<=log n,65536,1,397702,6.068450927734375
HRDMU,λ<=log n,65536,1,405707,6.1905975341796875
HRDMU,λ<=log n,65536,1,418306,6.382843017578125
HRDMU,λ<=log n,65536,1,425118,6.486785888671875
HRDMU,λ<=log n,65536,1,402019,6.1343231201171875
HRDMU,λ<=log n,65536,1,426998,6.515472412109375
HRDMU,λ<=log n,65536,1,415942,6.346771240234375
HRDMU,λ<=log n,65536,1,407902,6.224090576171875
HRDMU,λ<=log n,65536,1,409301,6.2454376220703125
HRDMU,λ<=log n,65536,1,407324,6.21527099609375
HRDMU,λ<=log n,65536,1,402924,6.14813232421875
HRDMU,λ<=log n,65536,1,450906,6.880279541015625
HRDMU,λ<=log n,65536,1,425740,6.49627685546875
HRDMU,λ<=log n,65536,1,441875,6.7424774169921875
HRDMU,λ<=log n,65536,1,421752,6.4354248046875
HRDMU,λ<=log n,65536,1,401922,6.132843017578125
HRDMU,λ<=log n,65536,1,406567,6.2037200927734375
HRDMU,λ<=log n,65536,1,435111,6.6392669677734375
HRDMU,λ<=log n,65536,1,407462,6.217376708984375
HRDMU,λ<=log n,65536,1,397876,6.07110595703125
HRDMU,λ<=log n,65536,1,413332,6.30694580078125
HRDMU,λ<=log n,65536,1,421089,6.4253082275390625
HRDMU,λ<=log n,65536,1,415881,6.3458404541015625
HRDMU,λ<=log n,65536,1,406104,6.1966552734375
HHDMU,λ<=log n,65536,1,417341,6.3681182861328125
HHDMU,λ<=log n,65536,1,399109,6.0899200439453125
HHDMU,λ<=log n,65536,1,399917,6.1022491455078125
HHDMU,λ<=log n,65536,1,434599,6.6314544677734375
HHDMU,λ<=log n,65536,1,408017,6.2258453369140625
HHDMU,λ<=log n,65536,1,410291,6.2605438232421875
HHDMU,λ<=log n,65536,1,426635,6.5099334716796875
HHDMU,λ<=log n,65536,1,414184,6.3199462890625
HHDMU,λ<=log n,65536,1,410522,6.264068603515625
HHDMU,λ<=log n,65536,1,400064,6.1044921875
HHDMU,λ<=log n,65536,1,394189,6.0148468017578125
HHDMU,λ<=log n,65536,1,437390,6.674041748046875
HHDMU,λ<=log n,65536,1,412499,6.2942352294921875
HHDMU,λ<=log n,65536,1,391189,5.9690704345703125
HHDMU,λ<=log n,65536,1,452354,6.902374267578125
HHDMU,λ<=log n,65536,1,432875,6.6051483154296875
HHDMU,λ<=log n,65536,1,404501,6.1721954345703125
HHDMU,λ<=log n,65536,1,393965,6.0114288330078125
HHDMU,λ<=log n,65536,1,468435,7.1477508544921875
HHDMU,λ<=log n,65536,1,478127,7.2956390380859375
HHDMU,λ<=log n,65536,1,415987,6.3474578857421875
HHDMU,λ<=log n,65536,1,442589,6.7533721923828125
HHDMU,λ<=log n,65536,1,403568,6.157958984375
HHDMU,λ<=log n,65536,1,429382,6.551849365234375
HHDMU,λ<=log n,65536,1,392176,5.984130859375
HHDMU,λ<=log n,65536,1,390950,5.965423583984375
HHDMU,λ<=log n,65536,1,408336,6.230712890625
HHDMU,λ<=log n,65536,1,372410,5.682525634765625
HHDMU,λ<=log n,65536,1,440970,6.728668212890625
HHDMU,λ<=log n,65536,1,441166,6.731658935546875
HHDMU,λ<=log n,65536,1,412655,6.2966156005859375
HHDMU,λ<=log n,65536,1,404661,6.1746368408203125
HHDMU,λ<=log n,65536,1,415986,6.347442626953125
HHDMU,λ<=log n,65536,1,413268,6.30596923828125
HHDMU,λ<=log n,65536,1,394296,6.0164794921875
HHDMU,λ<=log n,65536,1,427837,6.5282745361328125
HHDMU,λ<=log n,65536,1,414005,6.3172149658203125
HHDMU,λ<=log n,65536,1,393914,6.010650634765625
HHDMU,λ<=log n,65536,1,400050,6.104278564453125
HHDMU,λ<=log n,65536,1,433761,6.6186676025390625
HHDMU,λ<=log n,65536,1,437643,6.6779022216796875
HHDMU,λ<=log n,65536,1,466735,7.1218109130859375
HHDMU,λ<=log n,65536,1,418824,6.3907470703125
HHDMU,λ<=log n,65536,1,418434,6.384796142578125
HHDMU,λ<=log n,65536,1,419297,6.3979644775390625
HHDMU,λ<=log n,65536,1,399863,6.1014251708984375
HHDMU,λ<=log n,65536,1,413220,6.30523681640625
HHDMU,λ<=log n,65536,1,411526,6.279388427734375
HHDMU,λ<=log n,65536,1,436003,6.6528778076171875
HHDMU,λ<=log n,65536,1,430532,6.56939697265625
HHDMU,λ<=log n,65536,1,466198,7.113616943359375
HHDMU,λ<=log n,65536,1,403650,6.159210205078125
HHDMU,λ<=log n,65536,1,421559,6.4324798583984375
HHDMU,λ<=log n,65536,1,420859,6.4217987060546875
HHDMU,λ<=log n,65536,1,418086,6.379486083984375
HHDMU,λ<=log n,65536,1,422113,6.4409332275390625
HHDMU,λ<=log n,65536,1,411065,6.2723541259765625
HHDMU,λ<=log n,65536,1,418558,6.386688232421875
HHDMU,λ<=log n,65536,1,416731,6.3588104248046875
HHDMU,λ<=log n,65536,1,397238,6.061370849609375
HHDMU,λ<=log n,65536,1,432571,6.6005096435546875
HHDMU,λ<=log n,65536,1,390751,5.9623870849609375
HHDMU,λ<=log n,65536,1,408630,6.235198974609375
HHDMU,λ<=log n,65536,1,419607,6.4026947021484375
HHDMU,λ<=log n,65536,1,395170,6.029815673828125
HHDMU,λ<=log n,65536,1,431660,6.58660888671875
HHDMU,λ<=log n,65536,1,411105,6.2729644775390625
HHDMU,λ<=log n,65536,1,434752,6.6337890625
HHDMU,λ<=log n,65536,1,421969,6.4387359619140625
HHDMU,λ<=log n,65536,1,402446,6.140838623046875
HHDMU,λ<=log n,65536,1,454946,6.941925048828125
HHDMU,λ<=log n,65536,1,395748,6.03863525390625
HHDMU,λ<=log n,65536,1,404845,6.1774444580078125
HHDMU,λ<=log n,65536,1,396758,6.054046630859375
HHDMU,λ<=log n,65536,1,472197,7.2051544189453125
HHDMU,λ<=log n,65536,1,382116,5.83062744140625
HHDMU,λ<=log n,65536,1,392107,5.9830780029296875
HHDMU,λ<=log n,65536,1,403708,6.16009521484375
HHDMU,λ<=log n,65536,1,456314,6.962799072265625
HHDMU,λ<=log n,65536,1,458094,6.989959716796875
HHDMU,λ<=log n,65536,1,422551,6.4476165771484375
HHDMU,λ<=log n,65536,1,403213,6.1525421142578125
HHDMU,λ<=log n,65536,1,452624,6.906494140625
HHDMU,λ<=log n,65536,1,397685,6.0681915283203125
HHDMU,λ<=log n,65536,1,410876,6.26947021484375
HHDMU,λ<=log n,65536,1,395307,6.0319061279296875
HHDMU,λ<=log n,65536,1,436145,6.6550445556640625
HHDMU,λ<=log n,65536,1,404778,6.176422119140625
HHDMU,λ<=log n,65536,1,443490,6.767120361328125
HHDMU,λ<=log n,65536,1,421643,6.4337615966796875
HHDMU,λ<=log n,65536,1,396285,6.0468292236328125
HHDMU,λ<=log n,65536,1,393016,5.9969482421875
HHDMU,λ<=log n,65536,1,417153,6.3652496337890625
HHDMU,λ<=log n,65536,1,421503,6.4316253662109375
HHDMU,λ<=log n,65536,1,442418,6.750762939453125
HHDMU,λ<=log n,65536,1,437999,6.6833343505859375
HHDMU,λ<=log n,65536,1,432718,6.602752685546875
HHDMU,λ<=log n,65536,1,407153,6.2126617431640625
HHDMU,λ<=log n,65536,1,442983,6.7593841552734375
HHLMU,λ<=log n,65536,1,429865,6.5592193603515625
HHLMU,λ<=log n,65536,1,444549,6.7832794189453125
HHLMU,λ<=log n,65536,1,421463,6.4310150146484375
HHLMU,λ<=log n,65536,1,466910,7.124481201171875
HHLMU,λ<=log n,65536,1,412998,6.301849365234375
HHLMU,λ<=log n,65536,1,479360,7.314453125
HHLMU,λ<=log n,65536,1,430636,6.57098388671875
HHLMU,λ<=log n,65536,1,437986,6.683135986328125
HHLMU,λ<=log n,65536,1,440823,6.7264251708984375
HHLMU,λ<=log n,65536,1,419695,6.4040374755859375
HHLMU,λ<=log n,65536,1,425978,6.499908447265625
HHLMU,λ<=log n,65536,1,405420,6.18621826171875
HHLMU,λ<=log n,65536,1,408312,6.2303466796875
HHLMU,λ<=log n,65536,1,416852,6.36065673828125
HHLMU,λ<=log n,65536,1,411423,6.2778167724609375
HHLMU,λ<=log n,65536,1,415216,6.335693359375
HHLMU,λ<=log n,65536,1,416136,6.3497314453125
HHLMU,λ<=log n,65536,1,416152,6.3499755859375
HHLMU,λ<=log n,65536,1,418595,6.3872528076171875
HHLMU,λ<=log n,65536,1,405418,6.186187744140625
HHLMU,λ<=log n,65536,1,403977,6.1641998291015625
HHLMU,λ<=log n,65536,1,420908,6.42254638671875
HHLMU,λ<=log n,65536,1,438890,6.696929931640625
HHLMU,λ<=log n,65536,1,434345,6.6275787353515625
HHLMU,λ<=log n,65536,1,425232,6.488525390625
HHLMU,λ<=log n,65536,1,429905,6.5598297119140625
HHLMU,λ<=log n,65536,1,407172,6.21295166015625
HHLMU,λ<=log n,65536,1,444084,6.77618408203125
HHLMU,λ<=log n,65536,1,467609,7.1351470947265625
HHLMU,λ<=log n,65536,1,431464,6.5836181640625
HHLMU,λ<=log n,65536,1,414879,6.3305511474609375
HHLMU,λ<=log n,65536,1,429234,6.549591064453125
HHLMU,λ<=log n,65536,1,413771,6.3136444091796875
HHLMU,λ<=log n,65536,1,448998,6.851165771484375
HHLMU,λ<=log n,65536,1,431484,6.58392333984375
HHLMU,λ<=log n,65536,1,422282,6.443511962890625
HHLMU,λ<=log n,65536,1,515526,7.866302490234375
HHLMU,λ<=log n,65536,1,432556,6.60028076171875
HHLMU,λ<=log n,65536,1,410432,6.2626953125
HHLMU,λ<=log n,65536,1,414688,6.32763671875
HHLMU,λ<=log n,65536,1,446510,6.813201904296875
HHLMU,λ<=log n,65536,1,430864,6.574462890625
HHLMU,λ<=log n,65536,1,411514,6.279205322265625
HHLMU,λ<=log n,65536,1,418256,6.382080078125
HHLMU,λ<=log n,65536,1,402942,6.148406982421875
HHLMU,λ<=log n,65536,1,416612,6.35699462890625
HHLMU,λ<=log n,65536,1,405696,6.1904296875
HHLMU,λ<=log n,65536,1,458108,6.99017333984375
HHLMU,λ<=log n,65536,1,441105,6.7307281494140625
HHLMU,λ<=log n,65536,1,415265,6.3364410400390625
HHLMU,λ<=log n,65536,1,428788,6.54278564453125
HHLMU,λ<=log n,65536,1,414374,6.322845458984375
HHLMU,λ<=log n,65536,1,425235,6.4885711669921875
HHLMU,λ<=log n,65536,1,438168,6.6859130859375
HHLMU,λ<=log n,65536,1,411198,6.274383544921875
HHLMU,λ<=log n,65536,1,411243,6.2750701904296875
HHLMU,λ<=log n,65536,1,423114,6.456207275390625
HHLMU,λ<=log n,65536,1,400740,6.11480712890625
HHLMU,λ<=log n,65536,1,409152,6.2431640625
HHLMU,λ<=log n,65536,1,436694,6.663421630859375
HHLMU,λ<=log n,65536,1,438433,6.6899566650390625
HHLMU,λ<=log n,65536,1,466253,7.1144561767578125
HHLMU,λ<=log n,65536,1,403783,6.1612396240234375
HHLMU,λ<=log n,65536,1,428046,6.531463623046875
HHLMU,λ<=log n,65536,1,434736,6.633544921875
HHLMU,λ<=log n,65536,1,428211,6.5339813232421875
HHLMU,λ<=log n,65536,1,447090,6.822052001953125
HHLMU,λ<=log n,65536,1,422388,6.44512939453125
HHLMU,λ<=log n,65536,1,467130,7.127838134765625
HHLMU,λ<=log n,65536,1,433424,6.613525390625
HHLMU,λ<=log n,65536,1,420248,6.4124755859375
HHLMU,λ<=log n,65536,1,484913,7.3991851806640625
HHLMU,λ<=log n,65536,1,431925,6.5906524658203125
HHLMU,λ<=log n,65536,1,435935,6.6518402099609375
HHLMU,λ<=log n,65536,1,405704,6.1905517578125
HHLMU,λ<=log n,65536,1,470215,7.1749114990234375
HHLMU,λ<=log n,65536,1,424823,6.4822845458984375
HHLMU,λ<=log n,65536,1,416806,6.359954833984375
HHLMU,λ<=log n,65536,1,445829,6.8028106689453125
HHLMU,λ<=log n,65536,1,419736,6.4046630859375
HHLMU,λ<=log n,65536,1,414827,6.3297576904296875
HHLMU,λ<=log n,65536,1,502737,7.6711578369140625
HHLMU,λ<=log n,65536,1,421292,6.42840576171875
HHLMU,λ<=log n,65536,1,413201,6.3049468994140625
HHLMU,λ<=log n,65536,1,418461,6.3852081298828125
HHLMU,λ<=log n,65536,1,447210,6.823883056640625
HHLMU,λ<=log n,65536,1,436882,6.666290283203125
HHLMU,λ<=log n,65536,1,453796,6.92437744140625
HHLMU,λ<=log n,65536,1,437346,6.673370361328125
HHLMU,λ<=log n,65536,1,428429,6.5373077392578125
HHLMU,λ<=log n,65536,1,421215,6.4272308349609375
HHLMU,λ<=log n,65536,1,434574,6.631072998046875
HHLMU,λ<=log n,65536,1,421892,6.43756103515625
HHLMU,λ<=log n,65536,1,430873,6.5746002197265625
HHLMU,λ<=log n,65536,1,459082,7.005035400390625
HHLMU,λ<=log n,65536,1,451790,6.893768310546875
HHLMU,λ<=log n,65536,1,413507,6.3096160888671875
HHLMU,λ<=log n,65536,1,449887,6.8647308349609375
HHLMU,λ<=log n,65536,1,428059,6.5316619873046875
HHLMU,λ<=log n,65536,1,423588,6.46343994140625
HRLMU,λ<=log n,65536,1,416751,6.3591156005859375
HRLMU,λ<=log n,65536,1,454249,6.9312896728515625
HRLMU,λ<=log n,65536,1,472796,7.21429443359375
HRLMU,λ<=log n,65536,1,434868,6.63555908203125
HRLMU,λ<=log n,65536,1,407105,6.2119293212890625
HRLMU,λ<=log n,65536,1,448628,6.84552001953125
HRLMU,λ<=log n,65536,1,498217,7.6021881103515625
HRLMU,λ<=log n,65536,1,437926,6.682220458984375
HRLMU,λ<=log n,65536,1,457619,6.9827117919921875
HRLMU,λ<=log n,65536,1,455286,6.947113037109375
HRLMU,λ<=log n,65536,1,438296,6.6878662109375
HRLMU,λ<=log n,65536,1,452266,6.901031494140625
HRLMU,λ<=log n,65536,1,465256,7.0992431640625
HRLMU,λ<=log n,65536,1,436351,6.6581878662109375
HRLMU,λ<=log n,65536,1,426798,6.512420654296875
HRLMU,λ<=log n,65536,1,415576,6.3411865234375
HRLMU,λ<=log n,65536,1,457802,6.985504150390625
HRLMU,λ<=log n,65536,1,443892,6.77325439453125
HRLMU,λ<=log n,65536,1,438866,6.696563720703125
HRLMU,λ<=log n,65536,1,405890,6.193389892578125
HRLMU,λ<=log n,65536,1,402374,6.139739990234375
HRLMU,λ<=log n,65536,1,464135,7.0821380615234375
HRLMU,λ<=log n,65536,1,441150,6.731414794921875
HRLMU,λ<=log n,65536,1,433429,6.6136016845703125
HRLMU,λ<=log n,65536,1,465067,7.0963592529296875
HRLMU,λ<=log n,65536,1,422849,6.4521636962890625
HRLMU,λ<=log n,65536,1,430294,6.565765380859375
HRLMU,λ<=log n,65536,1,425034,6.485504150390625
HRLMU,λ<=log n,65536,1,441701,6.7398223876953125
HRLMU,λ<=log n,65536,1,452051,6.8977508544921875
HRLMU,λ<=log n,65536,1,438444,6.69012451171875
HRLMU,λ<=log n,65536,1,440479,6.7211761474609375
HRLMU,λ<=log n,65536,1,430789,6.5733184814453125
HRLMU,λ<=log n,65536,1,396160,6.044921875
HRLMU,λ<=log n,65536,1,404642,6.174346923828125
HRLMU,λ<=log n,65536,1,458798,7.000701904296875
HRLMU,λ<=log n,65536,1,438398,6.689422607421875
HRLMU,λ<=log n,65536,1,436817,6.6652984619140625
HRLMU,λ<=log n,65536,1,444397,6.7809600830078125
HRLMU,λ<=log n,65536,1,408744,6.2369384765625
HRLMU,λ<=log n,65536,1,412631,6.2962493896484375
HRLMU,λ<=log n,65536,1,435797,6.6497344970703125
HRLMU,λ<=log n,65536,1,466907,7.1244354248046875
HRLMU,λ<=log n,65536,1,433477,6.6143341064453125
HRLMU,λ<=log n,65536,1,423572,6.46319580078125
HRLMU,λ<=log n,65536,1,441045,6.7298126220703125
HRLMU,λ<=log n,65536,1,451157,6.8841094970703125
HRLMU,λ<=log n,65536,1,436453,6.6597442626953125
HRLMU,λ<=log n,65536,1,416561,6.3562164306640625
HRLMU,λ<=log n,65536,1,419342,6.398651123046875
HRLMU,λ<=log n,65536,1,446186,6.808258056640625
HRLMU,λ<=log n,65536,1,463463,7.0718841552734375
HRLMU,λ<=log n,65536,1,444990,6.790008544921875
HRLMU,λ<=log n,65536,1,416831,6.3603363037109375
HRLMU,λ<=log n,65536,1,472412,7.20843505859375
HRLMU,λ<=log n,65536,1,433707,6.6178436279296875
HRLMU,λ<=log n,65536,1,425849,6.4979400634765625
HRLMU,λ<=log n,65536,1,433581,6.6159210205078125
HRLMU,λ<=log n,65536,1,468488,7.1485595703125
HRLMU,λ<=log n,65536,1,448207,6.8390960693359375
HRLMU,λ<=log n,65536,1,433636,6.61676025390625
HRLMU,λ<=log n,65536,1,429966,6.560760498046875
HRLMU,λ<=log n,65536,1,404355,6.1699676513671875
HRLMU,λ<=log n,65536,1,438639,6.6930999755859375
HRLMU,λ<=log n,65536,1,417610,6.372222900390625
HRLMU,λ<=log n,65536,1,436658,6.662872314453125
HRLMU,λ<=log n,65536,1,438104,6.6849365234375
HRLMU,λ<=log n,65536,1,470090,7.173004150390625
HRLMU,λ<=log n,65536,1,537330,8.199005126953125
HRLMU,λ<=log n,65536,1,423068,6.45550537109375
HRLMU,λ<=log n,65536,1,422822,6.451751708984375
HRLMU,λ<=log n,65536,1,456160,6.96044921875
HRLMU,λ<=log n,65536,1,430891,6.5748748779296875
HRLMU,λ<=log n,65536,1,420131,6.4106903076171875
HRLMU,λ<=log n,65536,1,443174,6.762298583984375
HRLMU,λ<=log n,65536,1,422104,6.4407958984375
HRLMU,λ<=log n,65536,1,445569,6.7988433837890625
HRLMU,λ<=log n,65536,1,415366,6.337982177734375
HRLMU,λ<=log n,65536,1,418628,6.38775634765625
HRLMU,λ<=log n,65536,1,434273,6.6264801025390625
HRLMU,λ<=log n,65536,1,445409,6.7964019775390625
HRLMU,λ<=log n,65536,1,417980,6.37786865234375
HRLMU,λ<=log n,65536,1,403508,6.15704345703125
HRLMU,λ<=log n,65536,1,424899,6.4834442138671875
HRLMU,λ<=log n,65536,1,447452,6.82757568359375
HRLMU,λ<=log n,65536,1,434409,6.6285552978515625
HRLMU,λ<=log n,65536,1,418062,6.379119873046875
HRLMU,λ<=log n,65536,1,407406,6.216522216796875
HRLMU,λ<=log n,65536,1,431133,6.5785675048828125
HRLMU,λ<=log n,65536,1,471590,7.195892333984375
HRLMU,λ<=log n,65536,1,432893,6.6054229736328125
HRLMU,λ<=log n,65536,1,457725,6.9843292236328125
HRLMU,λ<=log n,65536,1,462582,7.058441162109375
HRLMU,λ<=log n,65536,1,459106,7.005401611328125
HRLMU,λ<=log n,65536,1,416676,6.35797119140625
HRLMU,λ<=log n,65536,1,486453,7.4226837158203125
HRLMU,λ<=log n,65536,1,480971,7.3390350341796875
HRLMU,λ<=log n,65536,1,423836,6.46722412109375
HRLMU,λ<=log n,65536,1,428573,6.5395050048828125
HRLMU,λ<=log n,65536,1,435760,6.649169921875
HSLMU,λ<=log n,65536,1,837958,12.786224365234375
HSLMU,λ<=log n,65536,1,807601,12.323013305664062
HSLMU,λ<=log n,65536,1,754454,11.512054443359375
HSLMU,λ<=log n,65536,1,741809,11.319107055664062
HSLMU,λ<=log n,65536,1,713651,10.889450073242188
HSLMU,λ<=log n,65536,1,756433,11.542251586914062
HSLMU,λ<=log n,65536,1,718586,10.964752197265625
HSLMU,λ<=log n,65536,1,797761,12.172866821289062
HSLMU,λ<=log n,65536,1,716027,10.925704956054688
HSLMU,λ<=log n,65536,1,710966,10.848480224609375
HSLMU,λ<=log n,65536,1,727467,11.100265502929688
HSLMU,λ<=log n,65536,1,739966,11.290985107421875
HSLMU,λ<=log n,65536,1,828731,12.645431518554688
HSLMU,λ<=log n,65536,1,723486,11.039520263671875
HSLMU,λ<=log n,65536,1,647920,9.886474609375
HSLMU,λ<=log n,65536,1,648438,9.894378662109375
HSLMU,λ<=log n,65536,1,754567,11.513778686523438
HSLMU,λ<=log n,65536,1,697795,10.647506713867188
HSLMU,λ<=log n,65536,1,711088,10.850341796875
HSLMU,λ<=log n,65536,1,720886,10.999847412109375
HSLMU,λ<=log n,65536,1,701285,10.700759887695312
HSLMU,λ<=log n,65536,1,762015,11.627426147460938
HSLMU,λ<=log n,65536,1,698752,10.662109375
HSLMU,λ<=log n,65536,1,714120,10.8966064453125
HSLMU,λ<=log n,65536,1,764153,11.660049438476562
HSLMU,λ<=log n,65536,1,747244,11.40203857421875
HSLMU,λ<=log n,65536,1,711151,10.851303100585938
HSLMU,λ<=log n,65536,1,829586,12.658477783203125
HSLMU,λ<=log n,65536,1,706757,10.784255981445312
HSLMU,λ<=log n,65536,1,665266,10.151153564453125
HSLMU,λ<=log n,65536,1,743842,11.350128173828125
HSLMU,λ<=log n,65536,1,728169,11.110977172851562
HSLMU,λ<=log n,65536,1,767267,11.707565307617188
HSLMU,λ<=log n,65536,1,709453,10.825393676757812
HSLMU,λ<=log n,65536,1,797127,12.163192749023438
HSLMU,λ<=log n,65536,1,726179,11.080612182617188
HSLMU,λ<=log n,65536,1,699459,10.672897338867188
HSLMU,λ<=log n,65536,1,696144,10.622314453125
HSLMU,λ<=log n,65536,1,696427,10.626632690429688
HSLMU,λ<=log n,65536,1,777313,11.860855102539062
HSLMU,λ<=log n,65536,1,710787,10.845748901367188
HSLMU,λ<=log n,65536,1,813266,12.409454345703125
HSLMU,λ<=log n,65536,1,758515,11.574020385742188
HSLMU,λ<=log n,65536,1,783247,11.951400756835938
HSLMU,λ<=log n,65536,1,763090,11.643829345703125
HSLMU,λ<=log n,65536,1,725142,11.064788818359375
HSLMU,λ<=log n,65536,1,716821,10.937820434570312
HSLMU,λ<=log n,65536,1,768968,11.7335205078125
HSLMU,λ<=log n,65536,1,793519,12.108139038085938
HSLMU,λ<=log n,65536,1,702098,10.713165283203125
HSLMU,λ<=log n,65536,1,752596,11.48370361328125
HSLMU,λ<=log n,65536,1,785863,11.991317749023438
HSLMU,λ<=log n,65536,1,774620,11.81976318359375
HSLMU,λ<=log n,65536,1,720857,10.999404907226562
HSLMU,λ<=log n,65536,1,662525,10.109329223632812
HSLMU,λ<=log n,65536,1,765683,11.683395385742188
HSLMU,λ<=log n,65536,1,871655,13.300399780273438
HSLMU,λ<=log n,65536,1,694051,10.590377807617188
HSLMU,λ<=log n,65536,1,725617,11.072036743164062
HSLMU,λ<=log n,65536,1,761089,11.613296508789062
HSLMU,λ<=log n,65536,1,724071,11.048446655273438
HSLMU,λ<=log n,65536,1,710112,10.83544921875
HSLMU,λ<=log n,65536,1,686306,10.472198486328125
HSLMU,λ<=log n,65536,1,815606,12.445159912109375
HSLMU,λ<=log n,65536,1,687336,10.4879150390625
HSLMU,λ<=log n,65536,1,736314,11.235260009765625
HSLMU,λ<=log n,65536,1,722981,11.031814575195312
HSLMU,λ<=log n,65536,1,754801,11.517349243164062
HSLMU,λ<=log n,65536,1,780367,11.907455444335938
HSLMU,λ<=log n,65536,1,697688,10.6458740234375
HSLMU,λ<=log n,65536,1,758305,11.570816040039062
HSLMU,λ<=log n,65536,1,728437,11.115066528320312
HSLMU,λ<=log n,65536,1,706352,10.778076171875
HSLMU,λ<=log n,65536,1,661408,10.09228515625
HSLMU,λ<=log n,65536,1,702772,10.72344970703125
HSLMU,λ<=log n,65536,1,750421,11.450515747070312
HSLMU,λ<=log n,65536,1,777428,11.86260986328125
HSLMU,λ<=log n,65536,1,702319,10.716537475585938
HSLMU,λ<=log n,65536,1,879231,13.416000366210938
HSLMU,λ<=log n,65536,1,712803,10.876510620117188
HSLMU,λ<=log n,65536,1,750929,11.458267211914062
HSLMU,λ<=log n,65536,1,686952,10.4820556640625
HSLMU,λ<=log n,65536,1,780170,11.904449462890625
HSLMU,λ<=log n,65536,1,759085,11.582717895507812
HSLMU,λ<=log n,65536,1,739708,11.28704833984375
HSLMU,λ<=log n,65536,1,809127,12.346298217773438
HSLMU,λ<=log n,65536,1,764828,11.67034912109375
HSLMU,λ<=log n,65536,1,744316,11.35736083984375
HSLMU,λ<=log n,65536,1,709601,10.827651977539062
HSLMU,λ<=log n,65536,1,724940,11.06170654296875
HSLMU,λ<=log n,65536,1,731894,11.167816162109375
HSLMU,λ<=log n,65536,1,707898,10.801666259765625
HSLMU,λ<=log n,65536,1,747936,11.41259765625
HSLMU,λ<=log n,65536,1,702937,10.725967407226562
HSLMU,λ<=log n,65536,1,655789,10.006546020507812
HSLMU,λ<=log n,65536,1,780394,11.907867431640625
HSLMU,λ<=log n,65536,1,746773,11.394851684570312
HSLMU,λ<=log n,65536,1,766019,11.688522338867188
HSLMU,λ<=log n,65536,1,790735,12.065658569335938
HSLMU,λ<=log n,65536,1,739252,11.28009033203125
HSDIU,λ<=log n,65536,1,661284,10.09039306640625
HSDIU,λ<=log n,65536,1,776358,11.846282958984375
HSDIU,λ<=log n,65536,1,716421,10.931716918945312
HSDIU,λ<=log n,65536,1,713377,10.885269165039062
HSDIU,λ<=log n,65536,1,724609,11.056655883789062
HSDIU,λ<=log n,65536,1,646916,9.87115478515625
HSDIU,λ<=log n,65536,1,690749,10.539993286132812
HSDIU,λ<=log n,65536,1,789543,12.047470092773438
HSDIU,λ<=log n,65536,1,760062,11.597625732421875
HSDIU,λ<=log n,65536,1,712462,10.871307373046875
HSDIU,λ<=log n,65536,1,717525,10.948562622070312
HSDIU,λ<=log n,65536,1,669286,10.212493896484375
HSDIU,λ<=log n,65536,1,728828,11.12103271484375
HSDIU,λ<=log n,65536,1,669964,10.22283935546875
HSDIU,λ<=log n,65536,1,711403,10.855148315429688
HSDIU,λ<=log n,65536,1,687295,10.487289428710938
HSDIU,λ<=log n,65536,1,715493,10.917556762695312
HSDIU,λ<=log n,65536,1,643170,9.813995361328125
HSDIU,λ<=log n,65536,1,811975,12.389755249023438
HSDIU,λ<=log n,65536,1,626071,9.553085327148438
HSDIU,λ<=log n,65536,1,724782,11.059295654296875
HSDIU,λ<=log n,65536,1,797529,12.169326782226562
HSDIU,λ<=log n,65536,1,724422,11.053802490234375
HSDIU,λ<=log n,65536,1,716098,10.926788330078125
HSDIU,λ<=log n,65536,1,685901,10.466018676757812
HSDIU,λ<=log n,65536,1,651564,9.94207763671875
HSDIU,λ<=log n,65536,1,669027,10.208541870117188
HSDIU,λ<=log n,65536,1,681933,10.405471801757812
HSDIU,λ<=log n,65536,1,716250,10.929107666015625
HSDIU,λ<=log n,65536,1,713499,10.887130737304688
HSDIU,λ<=log n,65536,1,676469,10.322097778320312
HSDIU,λ<=log n,65536,1,726376,11.0836181640625
HSDIU,λ<=log n,65536,1,709169,10.821060180664062
HSDIU,λ<=log n,65536,1,687399,10.488876342773438
HSDIU,λ<=log n,65536,1,685357,10.457717895507812
HSDIU,λ<=log n,65536,1,743033,11.337783813476562
HSDIU,λ<=log n,65536,1,720632,10.9959716796875
HSDIU,λ<=log n,65536,1,725290,11.067047119140625
HSDIU,λ<=log n,65536,1,715789,10.922073364257812
HSDIU,λ<=log n,65536,1,719172,10.97369384765625
HSDIU,λ<=log n,65536,1,730340,11.14410400390625
HSDIU,λ<=log n,65536,1,799851,12.204757690429688
HSDIU,λ<=log n,65536,1,704475,10.749435424804688
HSDIU,λ<=log n,65536,1,676288,10.3193359375
HSDIU,λ<=log n,65536,1,664828,10.14447021484375
HSDIU,λ<=log n,65536,1,683225,10.425186157226562
HSDIU,λ<=log n,65536,1,668910,10.206756591796875
HSDIU,λ<=log n,65536,1,710211,10.836959838867188
HSDIU,λ<=log n,65536,1,678309,10.350173950195312
HSDIU,λ<=log n,65536,1,718646,10.965667724609375
HSDIU,λ<=log n,65536,1,722828,11.02947998046875
HSDIU,λ<=log n,65536,1,690007,10.528671264648438
HSDIU,λ<=log n,65536,1,783267,11.951705932617188
HSDIU,λ<=log n,65536,1,738336,11.26611328125
HSDIU,λ<=log n,65536,1,706110,10.774383544921875
HSDIU,λ<=log n,65536,1,742077,11.323196411132812
HSDIU,λ<=log n,65536,1,702004,10.71173095703125
HSDIU,λ<=log n,65536,1,722673,11.027114868164062
HSDIU,λ<=log n,65536,1,755918,11.534393310546875
HSDIU,λ<=log n,65536,1,677050,10.330963134765625
HSDIU,λ<=log n,65536,1,689355,10.518722534179688
HSDIU,λ<=log n,65536,1,671511,10.246444702148438
HSDIU,λ<=log n,65536,1,669646,10.217987060546875
HSDIU,λ<=log n,65536,1,687382,10.488616943359375
HSDIU,λ<=log n,65536,1,669362,10.213653564453125
HSDIU,λ<=log n,65536,1,679461,10.367752075195312
HSDIU,λ<=log n,65536,1,737983,11.260726928710938
HSDIU,λ<=log n,65536,1,672528,10.261962890625
HSDIU,λ<=log n,65536,1,648085,9.888992309570312
HSDIU,λ<=log n,65536,1,726669,11.088088989257812
HSDIU,λ<=log n,65536,1,810697,12.370254516601562
HSDIU,λ<=log n,65536,1,669581,10.216995239257812
HSDIU,λ<=log n,65536,1,781081,11.918350219726562
HSDIU,λ<=log n,65536,1,722791,11.028915405273438
HSDIU,λ<=log n,65536,1,711475,10.856246948242188
HSDIU,λ<=log n,65536,1,883671,13.483749389648438
HSDIU,λ<=log n,65536,1,729932,11.13787841796875
HSDIU,λ<=log n,65536,1,789360,12.044677734375
HSDIU,λ<=log n,65536,1,744983,11.367538452148438
HSDIU,λ<=log n,65536,1,764543,11.666000366210938
HSDIU,λ<=log n,65536,1,688762,10.509674072265625
HSDIU,λ<=log n,65536,1,704587,10.751144409179688
HSDIU,λ<=log n,65536,1,714423,10.901229858398438
HSDIU,λ<=log n,65536,1,698448,10.657470703125
HSDIU,λ<=log n,65536,1,660838,10.083587646484375
HSDIU,λ<=log n,65536,1,669365,10.213699340820312
HSDIU,λ<=log n,65536,1,656074,10.010894775390625
HSDIU,λ<=log n,65536,1,661444,10.09283447265625
HSDIU,λ<=log n,65536,1,741261,11.310745239257812
HSDIU,λ<=log n,65536,1,708822,10.815765380859375
HSDIU,λ<=log n,65536,1,712151,10.866561889648438
HSDIU,λ<=log n,65536,1,689715,10.524215698242188
HSDIU,λ<=log n,65536,1,746038,11.383636474609375
HSDIU,λ<=log n,65536,1,715746,10.921417236328125
HSDIU,λ<=log n,65536,1,747789,11.410354614257812
HSDIU,λ<=log n,65536,1,772194,11.782745361328125
HSDIU,λ<=log n,65536,1,837927,12.785751342773438
HSDIU,λ<=log n,65536,1,697802,10.647613525390625
HSDIU,λ<=log n,65536,1,771748,11.77593994140625
HSDIU,λ<=log n,65536,1,685889,10.465835571289062
HRDIU,λ<=log n,65536,1,641505,9.788589477539062
HRDIU,λ<=log n,65536,1,529261,8.075881958007812
HRDIU,λ<=log n,65536,1,576460,8.79608154296875
HRDIU,λ<=log n,65536,1,543800,8.2977294921875
HRDIU,λ<=log n,65536,1,576998,8.804290771484375
HRDIU,λ<=log n,65536,1,563666,8.600860595703125
HRDIU,λ<=log n,65536,1,521603,7.9590301513671875
HRDIU,λ<=log n,65536,1,535370,8.169097900390625
HRDIU,λ<=log n,65536,1,552889,8.436416625976562
HRDIU,λ<=log n,65536,1,515113,7.8600006103515625
HRDIU,λ<=log n,65536,1,569102,8.683807373046875
HRDIU,λ<=log n,65536,1,565001,8.621231079101562
HRDIU,λ<=log n,65536,1,632040,9.6441650390625
HRDIU,λ<=log n,65536,1,536076,8.17987060546875
HRDIU,λ<=log n,65536,1,568654,8.676971435546875
HRDIU,λ<=log n,65536,1,535580,8.17230224609375
HRDIU,λ<=log n,65536,1,557992,8.5142822265625
HRDIU,λ<=log n,65536,1,610635,9.317550659179688
HRDIU,λ<=log n,65536,1,547022,8.346893310546875
HRDIU,λ<=log n,65536,1,592609,9.042495727539062
HRDIU,λ<=log n,65536,1,508725,7.7625274658203125
HRDIU,λ<=log n,65536,1,602043,9.186447143554688
HRDIU,λ<=log n,65536,1,542422,8.276702880859375
HRDIU,λ<=log n,65536,1,552583,8.431747436523438
HRDIU,λ<=log n,65536,1,556257,8.487808227539062
HRDIU,λ<=log n,65536,1,564761,8.617568969726562
HRDIU,λ<=log n,65536,1,514894,7.856658935546875
HRDIU,λ<=log n,65536,1,559463,8.536727905273438
HRDIU,λ<=log n,65536,1,533239,8.136581420898438
HRDIU,λ<=log n,65536,1,554293,8.457839965820312
HRDIU,λ<=log n,65536,1,548654,8.371795654296875
HRDIU,λ<=log n,65536,1,580593,8.859146118164062
HRDIU,λ<=log n,65536,1,535770,8.175201416015625
HRDIU,λ<=log n,65536,1,550997,8.407546997070312
HRDIU,λ<=log n,65536,1,581093,8.866775512695312
HRDIU,λ<=log n,65536,1,561269,8.564285278320312
HRDIU,λ<=log n,65536,1,527094,8.042816162109375
HRDIU,λ<=log n,65536,1,588471,8.979354858398438
HRDIU,λ<=log n,65536,1,532383,8.123519897460938
HRDIU,λ<=log n,65536,1,523601,7.9895172119140625
HRDIU,λ<=log n,65536,1,563365,8.596267700195312
HRDIU,λ<=log n,65536,1,503656,7.6851806640625
HRDIU,λ<=log n,65536,1,539369,8.230117797851562
HRDIU,λ<=log n,65536,1,592712,9.0440673828125
HRDIU,λ<=log n,65536,1,573967,8.758041381835938
HRDIU,λ<=log n,65536,1,552104,8.4244384765625
HRDIU,λ<=log n,65536,1,557269,8.503250122070312
HRDIU,λ<=log n,65536,1,581429,8.871902465820312
HRDIU,λ<=log n,65536,1,525080,8.0120849609375
HRDIU,λ<=log n,65536,1,619093,9.446609497070312
HRDIU,λ<=log n,65536,1,593059,9.049362182617188
HRDIU,λ<=log n,65536,1,563988,8.60577392578125
HRDIU,λ<=log n,65536,1,566962,8.651153564453125
HRDIU,λ<=log n,65536,1,552919,8.436874389648438
HRDIU,λ<=log n,65536,1,513442,7.834503173828125
HRDIU,λ<=log n,65536,1,514458,7.850006103515625
HRDIU,λ<=log n,65536,1,532232,8.1212158203125
HRDIU,λ<=log n,65536,1,508311,7.7562103271484375
HRDIU,λ<=log n,65536,1,540187,8.242599487304688
HRDIU,λ<=log n,65536,1,543314,8.290313720703125
HRDIU,λ<=log n,65536,1,514689,7.8535308837890625
HRDIU,λ<=log n,65536,1,555004,8.46868896484375
HRDIU,λ<=log n,65536,1,539364,8.23004150390625
HRDIU,λ<=log n,65536,1,518167,7.9066009521484375
HRDIU,λ<=log n,65536,1,544119,8.302597045898438
HRDIU,λ<=log n,65536,1,649778,9.914825439453125
HRDIU,λ<=log n,65536,1,509278,7.770965576171875
HRDIU,λ<=log n,65536,1,594191,9.066635131835938
HRDIU,λ<=log n,65536,1,539653,8.234451293945312
HRDIU,λ<=log n,65536,1,543957,8.300125122070312
HRDIU,λ<=log n,65536,1,580705,8.860855102539062
HRDIU,λ<=log n,65536,1,614940,9.38323974609375
HRDIU,λ<=log n,65536,1,564704,8.61669921875
HRDIU,λ<=log n,65536,1,560710,8.555755615234375
HRDIU,λ<=log n,65536,1,547255,8.350448608398438
HRDIU,λ<=log n,65536,1,554967,8.468124389648438
HRDIU,λ<=log n,65536,1,533492,8.14044189453125
HRDIU,λ<=log n,65536,1,600951,9.169784545898438
HRDIU,λ<=log n,65536,1,511205,7.8003692626953125
HRDIU,λ<=log n,65536,1,577098,8.805816650390625
HRDIU,λ<=log n,65536,1,575881,8.787246704101562
HRDIU,λ<=log n,65536,1,623516,9.51409912109375
HRDIU,λ<=log n,65536,1,552665,8.432998657226562
HRDIU,λ<=log n,65536,1,535605,8.172683715820312
HRDIU,λ<=log n,65536,1,543389,8.291458129882812
HRDIU,λ<=log n,65536,1,578725,8.830642700195312
HRDIU,λ<=log n,65536,1,586461,8.948684692382812
HRDIU,λ<=log n,65536,1,557126,8.501068115234375
HRDIU,λ<=log n,65536,1,534773,8.159988403320312
HRDIU,λ<=log n,65536,1,570540,8.70574951171875
HRDIU,λ<=log n,65536,1,546213,8.334548950195312
HRDIU,λ<=log n,65536,1,543005,8.285598754882812
HRDIU,λ<=log n,65536,1,551059,8.408493041992188
HRDIU,λ<=log n,65536,1,601506,9.178253173828125
HRDIU,λ<=log n,65536,1,538655,8.219223022460938
HRDIU,λ<=log n,65536,1,556485,8.491287231445312
HRDIU,λ<=log n,65536,1,582301,8.885208129882812
HRDIU,λ<=log n,65536,1,504479,7.6977386474609375
HRDIU,λ<=log n,65536,1,552282,8.427154541015625
HRDIU,λ<=log n,65536,1,539273,8.228652954101562
HHDIU,λ<=log n,65536,1,470226,7.175079345703125
HHDIU,λ<=log n,65536,1,478490,7.301177978515625
HHDIU,λ<=log n,65536,1,461426,7.040802001953125
HHDIU,λ<=log n,65536,1,487653,7.4409942626953125
HHDIU,λ<=log n,65536,1,506057,7.7218170166015625
HHDIU,λ<=log n,65536,1,462274,7.053741455078125
HHDIU,λ<=log n,65536,1,474761,7.2442779541015625
HHDIU,λ<=log n,65536,1,565600,8.63037109375
HHDIU,λ<=log n,65536,1,502592,7.6689453125
HHDIU,λ<=log n,65536,1,501880,7.6580810546875
HHDIU,λ<=log n,65536,1,509863,7.7798919677734375
HHDIU,λ<=log n,65536,1,520254,7.938446044921875
HHDIU,λ<=log n,65536,1,481906,7.353302001953125
HHDIU,λ<=log n,65536,1,492869,7.5205841064453125
HHDIU,λ<=log n,65536,1,467502,7.133514404296875
HHDIU,λ<=log n,65536,1,508416,7.7578125
HHDIU,λ<=log n,65536,1,470084,7.17291259765625
HHDIU,λ<=log n,65536,1,471878,7.200286865234375
HHDIU,λ<=log n,65536,1,492241,7.5110015869140625
HHDIU,λ<=log n,65536,1,493723,7.5336151123046875
HHDIU,λ<=log n,65536,1,497438,7.590301513671875
HHDIU,λ<=log n,65536,1,497942,7.597991943359375
HHDIU,λ<=log n,65536,1,480133,7.3262481689453125
HHDIU,λ<=log n,65536,1,496833,7.5810699462890625
HHDIU,λ<=log n,65536,1,518935,7.9183197021484375
HHDIU,λ<=log n,65536,1,482528,7.36279296875
HHDIU,λ<=log n,65536,1,503133,7.6772003173828125
HHDIU,λ<=log n,65536,1,470303,7.1762542724609375
HHDIU,λ<=log n,65536,1,496705,7.5791168212890625
HHDIU,λ<=log n,65536,1,510443,7.7887420654296875
HHDIU,λ<=log n,65536,1,449878,6.864593505859375
HHDIU,λ<=log n,65536,1,510194,7.784942626953125
HHDIU,λ<=log n,65536,1,498858,7.611968994140625
HHDIU,λ<=log n,65536,1,535090,8.164825439453125
HHDIU,λ<=log n,65536,1,504199,7.6934661865234375
HHDIU,λ<=log n,65536,1,476505,7.2708892822265625
HHDIU,λ<=log n,65536,1,470019,7.1719207763671875
HHDIU,λ<=log n,65536,1,455276,6.94696044921875
HHDIU,λ<=log n,65536,1,491968,7.5068359375
HHDIU,λ<=log n,65536,1,487742,7.442352294921875
HHDIU,λ<=log n,65536,1,509579,7.7755584716796875
HHDIU,λ<=log n,65536,1,514948,7.85748291015625
HHDIU,λ<=log n,65536,1,462580,7.05841064453125
HHDIU,λ<=log n,65536,1,495901,7.5668487548828125
HHDIU,λ<=log n,65536,1,467153,7.1281890869140625
HHDIU,λ<=log n,65536,1,475550,7.256317138671875
HHDIU,λ<=log n,65536,1,484227,7.3887176513671875
HHDIU,λ<=log n,65536,1,478907,7.3075408935546875
HHDIU,λ<=log n,65536,1,475727,7.2590179443359375
HHDIU,λ<=log n,65536,1,480406,7.330413818359375
HHDIU,λ<=log n,65536,1,488390,7.452239990234375
HHDIU,λ<=log n,65536,1,489749,7.4729766845703125
HHDIU,λ<=log n,65536,1,456965,6.9727325439453125
HHDIU,λ<=log n,65536,1,471806,7.199188232421875
HHDIU,λ<=log n,65536,1,491542,7.500335693359375
HHDIU,λ<=log n,65536,1,475382,7.253753662109375
HHDIU,λ<=log n,65536,1,516784,7.885498046875
HHDIU,λ<=log n,65536,1,477660,7.28851318359375
HHDIU,λ<=log n,65536,1,457690,6.983795166015625
HHDIU,λ<=log n,65536,1,473184,7.22021484375
HHDIU,λ<=log n,65536,1,495974,7.567962646484375
HHDIU,λ<=log n,65536,1,500039,7.6299896240234375
HHDIU,λ<=log n,65536,1,509139,7.7688446044921875
HHDIU,λ<=log n,65536,1,480777,7.3360748291015625
HHDIU,λ<=log n,65536,1,490190,7.479705810546875
HHDIU,λ<=log n,65536,1,488304,7.450927734375
HHDIU,λ<=log n,65536,1,458995,7.0037078857421875
HHDIU,λ<=log n,65536,1,461271,7.0384368896484375
HHDIU,λ<=log n,65536,1,477054,7.279266357421875
HHDIU,λ<=log n,65536,1,477883,7.2919158935546875
HHDIU,λ<=log n,65536,1,495013,7.5532989501953125
HHDIU,λ<=log n,65536,1,488633,7.4559478759765625
HHDIU,λ<=log n,65536,1,568272,8.671142578125
HHDIU,λ<=log n,65536,1,493473,7.5298004150390625
HHDIU,λ<=log n,65536,1,453988,6.92730712890625
HHDIU,λ<=log n,65536,1,469050,7.157135009765625
HHDIU,λ<=log n,65536,1,486262,7.419769287109375
HHDIU,λ<=log n,65536,1,491047,7.4927825927734375
HHDIU,λ<=log n,65536,1,505366,7.711273193359375
HHDIU,λ<=log n,65536,1,466454,7.117523193359375
HHDIU,λ<=log n,65536,1,501059,7.6455535888671875
HHDIU,λ<=log n,65536,1,573941,8.757644653320312
HHDIU,λ<=log n,65536,1,493916,7.53656005859375
HHDIU,λ<=log n,65536,1,471053,7.1876983642578125
HHDIU,λ<=log n,65536,1,505475,7.7129364013671875
HHDIU,λ<=log n,65536,1,457242,6.976959228515625
HHDIU,λ<=log n,65536,1,481372,7.34515380859375
HHDIU,λ<=log n,65536,1,509109,7.7683868408203125
HHDIU,λ<=log n,65536,1,488565,7.4549102783203125
HHDIU,λ<=log n,65536,1,503441,7.6819000244140625
HHDIU,λ<=log n,65536,1,492729,7.5184478759765625
HHDIU,λ<=log n,65536,1,468568,7.1497802734375
HHDIU,λ<=log n,65536,1,545975,8.330917358398438
HHDIU,λ<=log n,65536,1,488895,7.4599456787109375
HHDIU,λ<=log n,65536,1,532184,8.1204833984375
HHDIU,λ<=log n,65536,1,478332,7.29876708984375
HHDIU,λ<=log n,65536,1,517577,7.8975982666015625
HHDIU,λ<=log n,65536,1,501092,7.64605712890625
HHDIU,λ<=log n,65536,1,467446,7.132659912109375
HHDIU,λ<=log n,65536,1,495305,7.5577545166015625
HHLIU,λ<=log n,65536,1,491192,7.4949951171875
HHLIU,λ<=log n,65536,1,533267,8.137008666992188
HHLIU,λ<=log n,65536,1,531887,8.115951538085938
HHLIU,λ<=log n,65536,1,555908,8.48248291015625
HHLIU,λ<=log n,65536,1,505965,7.7204132080078125
HHLIU,λ<=log n,65536,1,578161,8.822036743164062
HHLIU,λ<=log n,65536,1,547035,8.347091674804688
HHLIU,λ<=log n,65536,1,501172,7.64727783203125
HHLIU,λ<=log n,65536,1,531430,8.108978271484375
HHLIU,λ<=log n,65536,1,525184,8.013671875
HHLIU,λ<=log n,65536,1,500398,7.635467529296875
HHLIU,λ<=log n,65536,1,492818,7.519805908203125
HHLIU,λ<=log n,65536,1,560963,8.559616088867188
HHLIU,λ<=log n,65536,1,492409,7.5135650634765625
HHLIU,λ<=log n,65536,1,509452,7.77362060546875
HHLIU,λ<=log n,65536,1,575250,8.777618408203125
HHLIU,λ<=log n,65536,1,509870,7.779998779296875
HHLIU,λ<=log n,65536,1,503718,7.686126708984375
HHLIU,λ<=log n,65536,1,590800,9.014892578125
HHLIU,λ<=log n,65536,1,513013,7.8279571533203125
HHLIU,λ<=log n,65536,1,528869,8.069900512695312
HHLIU,λ<=log n,65536,1,501950,7.659149169921875
HHLIU,λ<=log n,65536,1,511631,7.8068695068359375
HHLIU,λ<=log n,65536,1,487267,7.4351043701171875
HHLIU,λ<=log n,65536,1,501360,7.650146484375
HHLIU,λ<=log n,65536,1,504360,7.6959228515625
HHLIU,λ<=log n,65536,1,492096,7.5087890625
HHLIU,λ<=log n,65536,1,542844,8.28314208984375
HHLIU,λ<=log n,65536,1,559433,8.536270141601562
HHLIU,λ<=log n,65536,1,501337,7.6497955322265625
HHLIU,λ<=log n,65536,1,526110,8.027801513671875
HHLIU,λ<=log n,65536,1,487614,7.440399169921875
HHLIU,λ<=log n,65536,1,547191,8.349472045898438
HHLIU,λ<=log n,65536,1,511462,7.804290771484375
HHLIU,λ<=log n,65536,1,497807,7.5959320068359375
HHLIU,λ<=log n,65536,1,490779,7.4886932373046875
HHLIU,λ<=log n,65536,1,519565,7.9279327392578125
HHLIU,λ<=log n,65536,1,530193,8.090103149414062
HHLIU,λ<=log n,65536,1,555774,8.480438232421875
HHLIU,λ<=log n,65536,1,555173,8.471267700195312
HHLIU,λ<=log n,65536,1,562116,8.57720947265625
HHLIU,λ<=log n,65536,1,535844,8.17633056640625
HHLIU,λ<=log n,65536,1,483782,7.381927490234375
HHLIU,λ<=log n,65536,1,538501,8.216873168945312
HHLIU,λ<=log n,65536,1,487445,7.4378204345703125
HHLIU,λ<=log n,65536,1,487058,7.431915283203125
HHLIU,λ<=log n,65536,1,505701,7.7163848876953125
HHLIU,λ<=log n,65536,1,515303,7.8628997802734375
HHLIU,λ<=log n,65536,1,520957,7.9491729736328125
HHLIU,λ<=log n,65536,1,568165,8.669509887695312
HHLIU,λ<=log n,65536,1,511473,7.8044586181640625
HHLIU,λ<=log n,65536,1,513137,7.8298492431640625
HHLIU,λ<=log n,65536,1,525832,8.0235595703125
HHLIU,λ<=log n,65536,1,540910,8.253631591796875
HHLIU,λ<=log n,65536,1,551296,8.412109375
HHLIU,λ<=log n,65536,1,547545,8.354873657226562
HHLIU,λ<=log n,65536,1,510284,7.78631591796875
HHLIU,λ<=log n,65536,1,499316,7.61895751953125
HHLIU,λ<=log n,65536,1,521919,7.9638519287109375
HHLIU,λ<=log n,65536,1,505723,7.7167205810546875
HHLIU,λ<=log n,65536,1,501913,7.6585845947265625
HHLIU,λ<=log n,65536,1,571493,8.720291137695312
HHLIU,λ<=log n,65536,1,508413,7.7577667236328125
HHLIU,λ<=log n,65536,1,483829,7.3826446533203125
HHLIU,λ<=log n,65536,1,524091,7.9969940185546875
HHLIU,λ<=log n,65536,1,520589,7.9435577392578125
HHLIU,λ<=log n,65536,1,484726,7.396331787109375
HHLIU,λ<=log n,65536,1,507379,7.7419891357421875
HHLIU,λ<=log n,65536,1,511269,7.8013458251953125
HHLIU,λ<=log n,65536,1,528484,8.06402587890625
HHLIU,λ<=log n,65536,1,508767,7.7631683349609375
HHLIU,λ<=log n,65536,1,494303,7.5424652099609375
HHLIU,λ<=log n,65536,1,518037,7.9046173095703125
HHLIU,λ<=log n,65536,1,534552,8.1566162109375
HHLIU,λ<=log n,65536,1,502838,7.672698974609375
HHLIU,λ<=log n,65536,1,550581,8.401199340820312
HHLIU,λ<=log n,65536,1,515144,7.8604736328125
HHLIU,λ<=log n,65536,1,533704,8.1436767578125
HHLIU,λ<=log n,65536,1,525333,8.015945434570312
HHLIU,λ<=log n,65536,1,523908,7.99420166015625
HHLIU,λ<=log n,65536,1,484680,7.3956298828125
HHLIU,λ<=log n,65536,1,556087,8.485214233398438
HHLIU,λ<=log n,65536,1,467606,7.135101318359375
HHLIU,λ<=log n,65536,1,506888,7.7344970703125
HHLIU,λ<=log n,65536,1,570227,8.700973510742188
HHLIU,λ<=log n,65536,1,487076,7.43218994140625
HHLIU,λ<=log n,65536,1,506613,7.7303009033203125
HHLIU,λ<=log n,65536,1,519346,7.924591064453125
HHLIU,λ<=log n,65536,1,525580,8.01971435546875
HHLIU,λ<=log n,65536,1,504523,7.6984100341796875
HHLIU,λ<=log n,65536,1,481538,7.347686767578125
HHLIU,λ<=log n,65536,1,515411,7.8645477294921875
HHLIU,λ<=log n,65536,1,534809,8.160537719726562
HHLIU,λ<=log n,65536,1,501080,7.6458740234375
HHLIU,λ<=log n,65536,1,492426,7.513824462890625
HHLIU,λ<=log n,65536,1,520506,7.942291259765625
HHLIU,λ<=log n,65536,1,505363,7.7112274169921875
HHLIU,λ<=log n,65536,1,552985,8.437881469726562
HHLIU,λ<=log n,65536,1,516205,7.8766632080078125
HHLIU,λ<=log n,65536,1,507040,7.73681640625
HRLIU,λ<=log n,65536,1,475904,7.26171875
HRLIU,λ<=log n,65536,1,495341,7.5583038330078125
HRLIU,λ<=log n,65536,1,491930,7.506256103515625
HRLIU,λ<=log n,65536,1,491359,7.4975433349609375
HRLIU,λ<=log n,65536,1,530411,8.093429565429688
HRLIU,λ<=log n,65536,1,524951,8.010116577148438
HRLIU,λ<=log n,65536,1,483650,7.379913330078125
HRLIU,λ<=log n,65536,1,539415,8.230819702148438
HRLIU,λ<=log n,65536,1,559578,8.538482666015625
HRLIU,λ<=log n,65536,1,535671,8.173690795898438
HRLIU,λ<=log n,65536,1,583879,8.909286499023438
HRLIU,λ<=log n,65536,1,518125,7.9059600830078125
HRLIU,λ<=log n,65536,1,505061,7.7066192626953125
HRLIU,λ<=log n,65536,1,500184,7.6322021484375
HRLIU,λ<=log n,65536,1,611884,9.33660888671875
HRLIU,λ<=log n,65536,1,500443,7.6361541748046875
HRLIU,λ<=log n,65536,1,514093,7.8444366455078125
HRLIU,λ<=log n,65536,1,495026,7.553497314453125
HRLIU,λ<=log n,65536,1,490810,7.489166259765625
HRLIU,λ<=log n,65536,1,476529,7.2712554931640625
HRLIU,λ<=log n,65536,1,536776,8.1905517578125
HRLIU,λ<=log n,65536,1,492623,7.5168304443359375
HRLIU,λ<=log n,65536,1,513897,7.8414459228515625
HRLIU,λ<=log n,65536,1,488979,7.4612274169921875
HRLIU,λ<=log n,65536,1,528136,8.0587158203125
HRLIU,λ<=log n,65536,1,469853,7.1693878173828125
HRLIU,λ<=log n,65536,1,523770,7.992095947265625
HRLIU,λ<=log n,65536,1,514917,7.8570098876953125
HRLIU,λ<=log n,65536,1,525627,8.020431518554688
HRLIU,λ<=log n,65536,1,495279,7.5573577880859375
HRLIU,λ<=log n,65536,1,520323,7.9394989013671875
HRLIU,λ<=log n,65536,1,498888,7.6124267578125
HRLIU,λ<=log n,65536,1,534722,8.159210205078125
HRLIU,λ<=log n,65536,1,482697,7.3653717041015625
HRLIU,λ<=log n,65536,1,470505,7.1793365478515625
HRLIU,λ<=log n,65536,1,484365,7.3908233642578125
HRLIU,λ<=log n,65536,1,518038,7.904632568359375
HRLIU,λ<=log n,65536,1,503031,7.6756439208984375
HRLIU,λ<=log n,65536,1,524613,8.004959106445312
HRLIU,λ<=log n,65536,1,515106,7.859893798828125
HRLIU,λ<=log n,65536,1,515508,7.86602783203125
HRLIU,λ<=log n,65536,1,553217,8.441421508789062
HRLIU,λ<=log n,65536,1,494874,7.551177978515625
HRLIU,λ<=log n,65536,1,509323,7.7716522216796875
HRLIU,λ<=log n,65536,1,511668,7.80743408203125
HRLIU,λ<=log n,65536,1,529577,8.080703735351562
HRLIU,λ<=log n,65536,1,518995,7.9192352294921875
HRLIU,λ<=log n,65536,1,500330,7.634429931640625
HRLIU,λ<=log n,65536,1,501910,7.658538818359375
HRLIU,λ<=log n,65536,1,492346,7.512603759765625
HRLIU,λ<=log n,65536,1,502749,7.6713409423828125
HRLIU,λ<=log n,65536,1,513685,7.8382110595703125
HRLIU,λ<=log n,65536,1,508590,7.760467529296875
HRLIU,λ<=log n,65536,1,502984,7.6749267578125
HRLIU,λ<=log n,65536,1,527576,8.0501708984375
HRLIU,λ<=log n,65536,1,482643,7.3645477294921875
HRLIU,λ<=log n,65536,1,567756,8.66326904296875
HRLIU,λ<=log n,65536,1,503137,7.6772613525390625
HRLIU,λ<=log n,65536,1,523794,7.992462158203125
HRLIU,λ<=log n,65536,1,530061,8.088088989257812
HRLIU,λ<=log n,65536,1,511065,7.7982330322265625
HRLIU,λ<=log n,65536,1,483938,7.384307861328125
HRLIU,λ<=log n,65536,1,497389,7.5895538330078125
HRLIU,λ<=log n,65536,1,500592,7.638427734375
HRLIU,λ<=log n,65536,1,488756,7.45782470703125
HRLIU,λ<=log n,65536,1,517035,7.8893280029296875
HRLIU,λ<=log n,65536,1,509454,7.773651123046875
HRLIU,λ<=log n,65536,1,556125,8.485794067382812
HRLIU,λ<=log n,65536,1,580882,8.863555908203125
HRLIU,λ<=log n,65536,1,506999,7.7361907958984375
HRLIU,λ<=log n,65536,1,502645,7.6697540283203125
HRLIU,λ<=log n,65536,1,497266,7.587677001953125
HRLIU,λ<=log n,65536,1,477070,7.279510498046875
HRLIU,λ<=log n,65536,1,482366,7.360321044921875
HRLIU,λ<=log n,65536,1,502992,7.675048828125
HRLIU,λ<=log n,65536,1,500787,7.6414031982421875
HRLIU,λ<=log n,65536,1,528912,8.070556640625
HRLIU,λ<=log n,65536,1,498638,7.608612060546875
HRLIU,λ<=log n,65536,1,531071,8.103500366210938
HRLIU,λ<=log n,65536,1,556236,8.48748779296875
HRLIU,λ<=log n,65536,1,548859,8.374923706054688
HRLIU,λ<=log n,65536,1,515256,7.8621826171875
HRLIU,λ<=log n,65536,1,517993,7.9039459228515625
HRLIU,λ<=log n,65536,1,505031,7.7061614990234375
HRLIU,λ<=log n,65536,1,492656,7.517333984375
HRLIU,λ<=log n,65536,1,509763,7.7783660888671875
HRLIU,λ<=log n,65536,1,513674,7.838043212890625
HRLIU,λ<=log n,65536,1,480184,7.3270263671875
HRLIU,λ<=log n,65536,1,492727,7.5184173583984375
HRLIU,λ<=log n,65536,1,513308,7.83245849609375
HRLIU,λ<=log n,65536,1,495740,7.56439208984375
HRLIU,λ<=log n,65536,1,534484,8.15557861328125
HRLIU,λ<=log n,65536,1,545868,8.32928466796875
HRLIU,λ<=log n,65536,1,544466,8.307891845703125
HRLIU,λ<=log n,65536,1,504825,7.7030181884765625
HRLIU,λ<=log n,65536,1,546320,8.336181640625
HRLIU,λ<=log n,65536,1,522258,7.969024658203125
HRLIU,λ<=log n,65536,1,498184,7.6016845703125
HRLIU,λ<=log n,65536,1,517219,7.8921356201171875
HRLIU,λ<=log n,65536,1,485080,7.4017333984375
HSLIU,λ<=log n,65536,1,761115,11.613693237304688
HSLIU,λ<=log n,65536,1,743451,11.344161987304688
HSLIU,λ<=log n,65536,1,681862,10.404388427734375
HSLIU,λ<=log n,65536,1,710494,10.841278076171875
HSLIU,λ<=log n,65536,1,689815,10.525741577148438
HSLIU,λ<=log n,65536,1,769544,11.7423095703125
HSLIU,λ<=log n,65536,1,809392,12.350341796875
HSLIU,λ<=log n,65536,1,769797,11.746170043945312
HSLIU,λ<=log n,65536,1,771505,11.772232055664062
HSLIU,λ<=log n,65536,1,697407,10.641586303710938
HSLIU,λ<=log n,65536,1,719201,10.974136352539062
HSLIU,λ<=log n,65536,1,829060,12.65045166015625
HSLIU,λ<=log n,65536,1,727301,11.097732543945312
HSLIU,λ<=log n,65536,1,687010,10.482940673828125
HSLIU,λ<=log n,65536,1,700367,10.686752319335938
HSLIU,λ<=log n,65536,1,712869,10.877517700195312
HSLIU,λ<=log n,65536,1,721581,11.010452270507812
HSLIU,λ<=log n,65536,1,732428,11.17596435546875
HSLIU,λ<=log n,65536,1,768792,11.7308349609375
HSLIU,λ<=log n,65536,1,683727,10.432846069335938
HSLIU,λ<=log n,65536,1,700525,10.689163208007812
HSLIU,λ<=log n,65536,1,709737,10.829727172851562
HSLIU,λ<=log n,65536,1,709818,10.830963134765625
HSLIU,λ<=log n,65536,1,707008,10.7880859375
HSLIU,λ<=log n,65536,1,716341,10.930496215820312
HSLIU,λ<=log n,65536,1,759495,11.588973999023438
HSLIU,λ<=log n,65536,1,791310,12.074432373046875
HSLIU,λ<=log n,65536,1,723775,11.043930053710938
HSLIU,λ<=log n,65536,1,702170,10.714263916015625
HSLIU,λ<=log n,65536,1,773392,11.801025390625
HSLIU,λ<=log n,65536,1,702051,10.712448120117188
HSLIU,λ<=log n,65536,1,728910,11.122283935546875
HSLIU,λ<=log n,65536,1,694291,10.594039916992188
HSLIU,λ<=log n,65536,1,720229,10.989822387695312
HSLIU,λ<=log n,65536,1,771591,11.773544311523438
HSLIU,λ<=log n,65536,1,808124,12.33099365234375
HSLIU,λ<=log n,65536,1,701565,10.705032348632812
HSLIU,λ<=log n,65536,1,740377,11.297256469726562
HSLIU,λ<=log n,65536,1,680631,10.385604858398438
HSLIU,λ<=log n,65536,1,725689,11.073135375976562
HSLIU,λ<=log n,65536,1,764036,11.65826416015625
HSLIU,λ<=log n,65536,1,699942,10.680267333984375
HSLIU,λ<=log n,65536,1,698681,10.661026000976562
HSLIU,λ<=log n,65536,1,775325,11.830520629882812
HSLIU,λ<=log n,65536,1,720140,10.98846435546875
HSLIU,λ<=log n,65536,1,787895,12.022323608398438
HSLIU,λ<=log n,65536,1,747251,11.402145385742188
HSLIU,λ<=log n,65536,1,713597,10.888626098632812
HSLIU,λ<=log n,65536,1,832887,12.708847045898438
HSLIU,λ<=log n,65536,1,707439,10.794662475585938
HSLIU,λ<=log n,65536,1,756274,11.539825439453125
HSLIU,λ<=log n,65536,1,693854,10.587371826171875
HSLIU,λ<=log n,65536,1,725517,11.070510864257812
HSLIU,λ<=log n,65536,1,699708,10.67669677734375
HSLIU,λ<=log n,65536,1,761326,11.616912841796875
HSLIU,λ<=log n,65536,1,756153,11.537979125976562
HSLIU,λ<=log n,65536,1,834641,12.735610961914062
HSLIU,λ<=log n,65536,1,804555,12.276535034179688
HSLIU,λ<=log n,65536,1,686574,10.476287841796875
HSLIU,λ<=log n,65536,1,800443,12.213790893554688
HSLIU,λ<=log n,65536,1,744901,11.366287231445312
HSLIU,λ<=log n,65536,1,752697,11.485244750976562
HSLIU,λ<=log n,65536,1,750263,11.448104858398438
HSLIU,λ<=log n,65536,1,717464,10.9476318359375
HSLIU,λ<=log n,65536,1,743257,11.341201782226562
HSLIU,λ<=log n,65536,1,706536,10.7808837890625
HSLIU,λ<=log n,65536,1,792517,12.092849731445312
HSLIU,λ<=log n,65536,1,722041,11.017471313476562
HSLIU,λ<=log n,65536,1,740250,11.295318603515625
HSLIU,λ<=log n,65536,1,678525,10.353469848632812
HSLIU,λ<=log n,65536,1,694240,10.59326171875
HSLIU,λ<=log n,65536,1,731399,11.160263061523438
HSLIU,λ<=log n,65536,1,737610,11.255035400390625
HSLIU,λ<=log n,65536,1,729885,11.137161254882812
HSLIU,λ<=log n,65536,1,694440,10.5963134765625
HSLIU,λ<=log n,65536,1,748576,11.42236328125
HSLIU,λ<=log n,65536,1,774732,11.82147216796875
HSLIU,λ<=log n,65536,1,774833,11.823013305664062
HSLIU,λ<=log n,65536,1,698865,10.663833618164062
HSLIU,λ<=log n,65536,1,760674,11.606964111328125
HSLIU,λ<=log n,65536,1,720737,10.997573852539062
HSLIU,λ<=log n,65536,1,693592,10.5833740234375
HSLIU,λ<=log n,65536,1,717232,10.944091796875
HSLIU,λ<=log n,65536,1,762133,11.629226684570312
HSLIU,λ<=log n,65536,1,712997,10.879470825195312
HSLIU,λ<=log n,65536,1,722776,11.0286865234375
HSLIU,λ<=log n,65536,1,717957,10.955154418945312
HSLIU,λ<=log n,65536,1,728076,11.10955810546875
HSLIU,λ<=log n,65536,1,720711,10.997177124023438
HSLIU,λ<=log n,65536,1,715093,10.911453247070312
HSLIU,λ<=log n,65536,1,699684,10.67633056640625
HSLIU,λ<=log n,65536,1,830051,12.665573120117188
HSLIU,λ<=log n,65536,1,749622,11.438323974609375
HSLIU,λ<=log n,65536,1,734538,11.208160400390625
HSLIU,λ<=log n,65536,1,735448,11.2220458984375
HSLIU,λ<=log n,65536,1,822334,12.547821044921875
HSLIU,λ<=log n,65536,1,723289,11.036514282226562
HSLIU,λ<=log n,65536,1,704187,10.745040893554688
HSLIU,λ<=log n,65536,1,768062,11.719696044921875
HSLIU,λ<=log n,65536,1,765517,11.680862426757812
SSDCP,λ<=log n,65536,1,751776,11.47119140625
SSDCP,λ<=log n,65536,1,692788,10.57110595703125
SSDCP,λ<=log n,65536,1,812864,12.4033203125
SSDCP,λ<=log n,65536,1,808000,12.3291015625
SSDCP,λ<=log n,65536,1,667694,10.188201904296875
SSDCP,λ<=log n,65536,1,708535,10.811386108398438
SSDCP,λ<=log n,65536,1,760841,11.609512329101562
SSDCP,λ<=log n,65536,1,703539,10.735153198242188
SSDCP,λ<=log n,65536,1,756651,11.545578002929688
SSDCP,λ<=log n,65536,1,769466,11.741119384765625
SSDCP,λ<=log n,65536,1,754330,11.510162353515625
SSDCP,λ<=log n,65536,1,729608,11.1329345703125
SSDCP,λ<=log n,65536,1,716197,10.928298950195312
SSDCP,λ<=log n,65536,1,739970,11.291046142578125
SSDCP,λ<=log n,65536,1,809435,12.350997924804688
SSDCP,λ<=log n,65536,1,724053,11.048171997070312
SSDCP,λ<=log n,65536,1,800382,12.212860107421875
SSDCP,λ<=log n,65536,1,717589,10.949539184570312
SSDCP,λ<=log n,65536,1,722135,11.018905639648438
SSDCP,λ<=log n,65536,1,678465,10.352554321289062
SSDCP,λ<=log n,65536,1,723539,11.040328979492188
SSDCP,λ<=log n,65536,1,697239,10.639022827148438
SSDCP,λ<=log n,65536,1,702504,10.7193603515625
SSDCP,λ<=log n,65536,1,693580,10.58319091796875
SSDCP,λ<=log n,65536,1,685956,10.46685791015625
SSDCP,λ<=log n,65536,1,719264,10.97509765625
SSDCP,λ<=log n,65536,1,723077,11.033279418945312
SSDCP,λ<=log n,65536,1,704988,10.75726318359375
SSDCP,λ<=log n,65536,1,759843,11.594284057617188
SSDCP,λ<=log n,65536,1,719461,10.978103637695312
SSDCP,λ<=log n,65536,1,758631,11.575790405273438
SSDCP,λ<=log n,65536,1,720950,11.000823974609375
SSDCP,λ<=log n,65536,1,661714,10.096954345703125
SSDCP,λ<=log n,65536,1,767968,11.71826171875
SSDCP,λ<=log n,65536,1,760115,11.598434448242188
SSDCP,λ<=log n,65536,1,753921,11.503921508789062
SSDCP,λ<=log n,65536,1,692486,10.566497802734375
SSDCP,λ<=log n,65536,1,749150,11.431121826171875
SSDCP,λ<=log n,65536,1,782968,11.9471435546875
SSDCP,λ<=log n,65536,1,724866,11.060577392578125
SSDCP,λ<=log n,65536,1,694983,10.604598999023438
SSDCP,λ<=log n,65536,1,730281,11.143203735351562
SSDCP,λ<=log n,65536,1,708718,10.814178466796875
SSDCP,λ<=log n,65536,1,767457,11.710464477539062
SSDCP,λ<=log n,65536,1,739257,11.280166625976562
SSDCP,λ<=log n,65536,1,712568,10.8729248046875
SSDCP,λ<=log n,65536,1,704972,10.75701904296875
SSDCP,λ<=log n,65536,1,713618,10.888946533203125
SSDCP,λ<=log n,65536,1,709809,10.830825805664062
SSDCP,λ<=log n,65536,1,657799,10.037216186523438
SSDCP,λ<=log n,65536,1,701391,10.702377319335938
SSDCP,λ<=log n,65536,1,695524,10.61285400390625
SSDCP,λ<=log n,65536,1,672591,10.262924194335938
SSDCP,λ<=log n,65536,1,711626,10.858551025390625
SSDCP,λ<=log n,65536,1,692973,10.573928833007812
SSDCP,λ<=log n,65536,1,728665,11.118545532226562
SSDCP,λ<=log n,65536,1,723603,11.041305541992188
SSDCP,λ<=log n,65536,1,715413,10.916336059570312
SSDCP,λ<=log n,65536,1,703342,10.732147216796875
SSDCP,λ<=log n,65536,1,667002,10.177642822265625
SSDCP,λ<=log n,65536,1,713017,10.879776000976562
SSDCP,λ<=log n,65536,1,799047,12.192489624023438
SSDCP,λ<=log n,65536,1,706032,10.773193359375
SSDCP,λ<=log n,65536,1,749289,11.433242797851562
SSDCP,λ<=log n,65536,1,757631,11.560531616210938
SSDCP,λ<=log n,65536,1,738491,11.268478393554688
SSDCP,λ<=log n,65536,1,681427,10.397750854492188
SSDCP,λ<=log n,65536,1,733275,11.188888549804688
SSDCP,λ<=log n,65536,1,720473,10.993545532226562
SSDCP,λ<=log n,65536,1,698657,10.660659790039062
SSDCP,λ<=log n,65536,1,695293,10.609329223632812
SSDCP,λ<=log n,65536,1,787129,12.010635375976562
SSDCP,λ<=log n,65536,1,665407,10.153305053710938
SSDCP,λ<=log n,65536,1,908764,13.86663818359375
SSDCP,λ<=log n,65536,1,728622,11.117889404296875
SSDCP,λ<=log n,65536,1,671086,10.239959716796875
SSDCP,λ<=log n,65536,1,717542,10.948822021484375
SSDCP,λ<=log n,65536,1,716782,10.937225341796875
SSDCP,λ<=log n,65536,1,691363,10.549362182617188
SSDCP,λ<=log n,65536,1,775220,11.82891845703125
SSDCP,λ<=log n,65536,1,685678,10.462615966796875
SSDCP,λ<=log n,65536,1,792524,12.09295654296875
SSDCP,λ<=log n,65536,1,729834,11.136383056640625
SSDCP,λ<=log n,65536,1,713105,10.881118774414062
SSDCP,λ<=log n,65536,1,707664,10.798095703125
SSDCP,λ<=log n,65536,1,762088,11.6285400390625
SSDCP,λ<=log n,65536,1,824388,12.57916259765625
SSDCP,λ<=log n,65536,1,690435,10.535202026367188
SSDCP,λ<=log n,65536,1,692043,10.559738159179688
SSDCP,λ<=log n,65536,1,735120,11.217041015625
SSDCP,λ<=log n,65536,1,759049,11.582168579101562
SSDCP,λ<=log n,65536,1,765904,11.686767578125
SSDCP,λ<=log n,65536,1,835411,12.747360229492188
SSDCP,λ<=log n,65536,1,715754,10.921539306640625
SSDCP,λ<=log n,65536,1,735193,11.218154907226562
SSDCP,λ<=log n,65536,1,775767,11.837265014648438
SSDCP,λ<=log n,65536,1,714179,10.897506713867188
SSDCP,λ<=log n,65536,1,669648,10.218017578125
SSDCP,λ<=log n,65536,1,752289,11.479019165039062
SSDCP,λ<=log n,65536,1,734100,11.20147705078125
SRDCP,λ<=log n,65536,1,456137,6.9600982666015625
SRDCP,λ<=log n,65536,1,478865,7.3069000244140625
SRDCP,λ<=log n,65536,1,448592,6.844970703125
SRDCP,λ<=log n,65536,1,497022,7.583953857421875
SRDCP,λ<=log n,65536,1,486535,7.4239349365234375
SRDCP,λ<=log n,65536,1,530226,8.090606689453125
SRDCP,λ<=log n,65536,1,599970,9.154815673828125
SRDCP,λ<=log n,65536,1,445763,6.8018035888671875
SRDCP,λ<=log n,65536,1,474169,7.2352447509765625
SRDCP,λ<=log n,65536,1,459585,7.0127105712890625
SRDCP,λ<=log n,65536,1,467425,7.1323394775390625
SRDCP,λ<=log n,65536,1,514936,7.8572998046875
SRDCP,λ<=log n,65536,1,449962,6.865875244140625
SRDCP,λ<=log n,65536,1,439960,6.7132568359375
SRDCP,λ<=log n,65536,1,489394,7.467559814453125
SRDCP,λ<=log n,65536,1,470355,7.1770477294921875
SRDCP,λ<=log n,65536,1,452108,6.89862060546875
SRDCP,λ<=log n,65536,1,533359,8.138412475585938
SRDCP,λ<=log n,65536,1,433915,6.6210174560546875
SRDCP,λ<=log n,65536,1,458566,6.997161865234375
SRDCP,λ<=log n,65536,1,515244,7.86199951171875
SRDCP,λ<=log n,65536,1,465353,7.1007232666015625
SRDCP,λ<=log n,65536,1,477119,7.2802581787109375
SRDCP,λ<=log n,65536,1,475313,7.2527008056640625
SRDCP,λ<=log n,65536,1,433489,6.6145172119140625
SRDCP,λ<=log n,65536,1,484886,7.398773193359375
SRDCP,λ<=log n,65536,1,466880,7.1240234375
SRDCP,λ<=log n,65536,1,468674,7.151397705078125
SRDCP,λ<=log n,65536,1,490113,7.4785308837890625
SRDCP,λ<=log n,65536,1,472516,7.21002197265625
SRDCP,λ<=log n,65536,1,459427,7.0102996826171875
SRDCP,λ<=log n,65536,1,473631,7.2270355224609375
SRDCP,λ<=log n,65536,1,492742,7.518646240234375
SRDCP,λ<=log n,65536,1,490343,7.4820404052734375
SRDCP,λ<=log n,65536,1,473244,7.22113037109375
SRDCP,λ<=log n,65536,1,465592,7.1043701171875
SRDCP,λ<=log n,65536,1,501237,7.6482696533203125
SRDCP,λ<=log n,65536,1,441453,6.7360382080078125
SRDCP,λ<=log n,65536,1,452997,6.9121856689453125
SRDCP,λ<=log n,65536,1,487900,7.44476318359375
SRDCP,λ<=log n,65536,1,443072,6.7607421875
SRDCP,λ<=log n,65536,1,485374,7.406219482421875
SRDCP,λ<=log n,65536,1,514098,7.844512939453125
SRDCP,λ<=log n,65536,1,466907,7.1244354248046875
SRDCP,λ<=log n,65536,1,453016,6.9124755859375
SRDCP,λ<=log n,65536,1,429020,6.54632568359375
SRDCP,λ<=log n,65536,1,453160,6.9146728515625
SRDCP,λ<=log n,65536,1,450772,6.87823486328125
SRDCP,λ<=log n,65536,1,481982,7.354461669921875
SRDCP,λ<=log n,65536,1,475195,7.2509002685546875
SRDCP,λ<=log n,65536,1,453038,6.912811279296875
SRDCP,λ<=log n,65536,1,451735,6.8929290771484375
SRDCP,λ<=log n,65536,1,496575,7.5771331787109375
SRDCP,λ<=log n,65536,1,498683,7.6092987060546875
SRDCP,λ<=log n,65536,1,439471,6.7057952880859375
SRDCP,λ<=log n,65536,1,443157,6.7620391845703125
SRDCP,λ<=log n,65536,1,444825,6.7874908447265625
SRDCP,λ<=log n,65536,1,467384,7.1317138671875
SRDCP,λ<=log n,65536,1,466032,7.111083984375
SRDCP,λ<=log n,65536,1,469683,7.1667938232421875
SRDCP,λ<=log n,65536,1,460159,7.0214691162109375
SRDCP,λ<=log n,65536,1,460048,7.019775390625
SRDCP,λ<=log n,65536,1,450333,6.8715362548828125
SRDCP,λ<=log n,65536,1,448531,6.8440399169921875
SRDCP,λ<=log n,65536,1,474306,7.237335205078125
SRDCP,λ<=log n,65536,1,459752,7.0152587890625
SRDCP,λ<=log n,65536,1,452306,6.901641845703125
SRDCP,λ<=log n,65536,1,462645,7.0594024658203125
SRDCP,λ<=log n,65536,1,433666,6.617218017578125
SRDCP,λ<=log n,65536,1,491795,7.5041961669921875
SRDCP,λ<=log n,65536,1,478704,7.304443359375
SRDCP,λ<=log n,65536,1,562652,8.58538818359375
SRDCP,λ<=log n,65536,1,472459,7.2091522216796875
SRDCP,λ<=log n,65536,1,478625,7.3032379150390625
SRDCP,λ<=log n,65536,1,532306,8.122344970703125
SRDCP,λ<=log n,65536,1,489617,7.4709625244140625
SRDCP,λ<=log n,65536,1,472349,7.2074737548828125
SRDCP,λ<=log n,65536,1,438847,6.6962738037109375
SRDCP,λ<=log n,65536,1,476304,7.267822265625
SRDCP,λ<=log n,65536,1,450280,6.8707275390625
SRDCP,λ<=log n,65536,1,483199,7.3730316162109375
SRDCP,λ<=log n,65536,1,456750,6.969451904296875
SRDCP,λ<=log n,65536,1,464590,7.089080810546875
SRDCP,λ<=log n,65536,1,472534,7.210296630859375
SRDCP,λ<=log n,65536,1,433045,6.6077423095703125
SRDCP,λ<=log n,65536,1,447298,6.825225830078125
SRDCP,λ<=log n,65536,1,437322,6.673004150390625
SRDCP,λ<=log n,65536,1,449906,6.865020751953125
SRDCP,λ<=log n,65536,1,452184,6.8997802734375
SRDCP,λ<=log n,65536,1,453897,6.9259185791015625
SRDCP,λ<=log n,65536,1,434980,6.63726806640625
SRDCP,λ<=log n,65536,1,473384,7.2232666015625
SRDCP,λ<=log n,65536,1,460701,7.0297393798828125
SRDCP,λ<=log n,65536,1,505909,7.7195587158203125
SRDCP,λ<=log n,65536,1,475458,7.254913330078125
SRDCP,λ<=log n,65536,1,455248,6.946533203125
SRDCP,λ<=log n,65536,1,489602,7.470733642578125
SRDCP,λ<=log n,65536,1,477084,7.27972412109375
SRDCP,λ<=log n,65536,1,466809,7.1229400634765625
SRDCP,λ<=log n,65536,1,452274,6.901153564453125
SHDCP,λ<=log n,65536,1,446216,6.8087158203125
SHDCP,λ<=log n,65536,1,487123,7.4329071044921875
SHDCP,λ<=log n,65536,1,433698,6.617706298828125
SHDCP,λ<=log n,65536,1,509195,7.7696990966796875
SHDCP,λ<=log n,65536,1,457532,6.98138427734375
SHDCP,λ<=log n,65536,1,454042,6.928131103515625
SHDCP,λ<=log n,65536,1,486813,7.4281768798828125
SHDCP,λ<=log n,65536,1,464213,7.0833282470703125
SHDCP,λ<=log n,65536,1,473287,7.2217864990234375
SHDCP,λ<=log n,65536,1,480022,7.324554443359375
SHDCP,λ<=log n,65536,1,481468,7.34661865234375
SHDCP,λ<=log n,65536,1,432026,6.592193603515625
SHDCP,λ<=log n,65536,1,461146,7.036529541015625
SHDCP,λ<=log n,65536,1,461468,7.04144287109375
SHDCP,λ<=log n,65536,1,525619,8.020309448242188
SHDCP,λ<=log n,65536,1,468945,7.1555328369140625
SHDCP,λ<=log n,65536,1,483955,7.3845672607421875
SHDCP,λ<=log n,65536,1,496472,7.5755615234375
SHDCP,λ<=log n,65536,1,456804,6.97027587890625
SHDCP,λ<=log n,65536,1,541517,8.262893676757812
SHDCP,λ<=log n,65536,1,462310,7.054290771484375
SHDCP,λ<=log n,65536,1,455453,6.9496612548828125
SHDCP,λ<=log n,65536,1,448591,6.8449554443359375
SHDCP,λ<=log n,65536,1,457699,6.9839324951171875
SHDCP,λ<=log n,65536,1,532230,8.121185302734375
SHDCP,λ<=log n,65536,1,530733,8.098342895507812
SHDCP,λ<=log n,65536,1,458760,7.0001220703125
SHDCP,λ<=log n,65536,1,456615,6.9673919677734375
SHDCP,λ<=log n,65536,1,453949,6.9267120361328125
SHDCP,λ<=log n,65536,1,486309,7.4204864501953125
SHDCP,λ<=log n,65536,1,493692,7.53314208984375
SHDCP,λ<=log n,65536,1,452802,6.909210205078125
SHDCP,λ<=log n,65536,1,492636,7.51702880859375
SHDCP,λ<=log n,65536,1,563862,8.603851318359375
SHDCP,λ<=log n,65536,1,470785,7.1836090087890625
SHDCP,λ<=log n,65536,1,453810,6.924591064453125
SHDCP,λ<=log n,65536,1,475688,7.2584228515625
SHDCP,λ<=log n,65536,1,471163,7.1893768310546875
SHDCP,λ<=log n,65536,1,440199,6.7169036865234375
SHDCP,λ<=log n,65536,1,487359,7.4365081787109375
SHDCP,λ<=log n,65536,1,445435,6.7967987060546875
SHDCP,λ<=log n,65536,1,436466,6.659942626953125
SHDCP,λ<=log n,65536,1,482203,7.3578338623046875
SHDCP,λ<=log n,65536,1,495517,7.5609893798828125
SHDCP,λ<=log n,65536,1,491661,7.5021514892578125
SHDCP,λ<=log n,65536,1,474872,7.2459716796875
SHDCP,λ<=log n,65536,1,449311,6.8559417724609375
SHDCP,λ<=log n,65536,1,499901,7.6278839111328125
SHDCP,λ<=log n,65536,1,566650,8.646392822265625
SHDCP,λ<=log n,65536,1,451896,6.8953857421875
SHDCP,λ<=log n,65536,1,455675,6.9530487060546875
SHDCP,λ<=log n,65536,1,571794,8.724884033203125
SHDCP,λ<=log n,65536,1,476594,7.272247314453125
SHDCP,λ<=log n,65536,1,465639,7.1050872802734375
SHDCP,λ<=log n,65536,1,477470,7.285614013671875
SHDCP,λ<=log n,65536,1,468003,7.1411590576171875
SHDCP,λ<=log n,65536,1,444125,6.7768096923828125
SHDCP,λ<=log n,65536,1,460891,7.0326385498046875
SHDCP,λ<=log n,65536,1,480497,7.3318023681640625
SHDCP,λ<=log n,65536,1,473585,7.2263336181640625
SHDCP,λ<=log n,65536,1,519899,7.9330291748046875
SHDCP,λ<=log n,65536,1,515368,7.8638916015625
SHDCP,λ<=log n,65536,1,538238,8.212860107421875
SHDCP,λ<=log n,65536,1,501149,7.6469268798828125
SHDCP,λ<=log n,65536,1,461279,7.0385589599609375
SHDCP,λ<=log n,65536,1,513272,7.8319091796875
SHDCP,λ<=log n,65536,1,473050,7.218170166015625
SHDCP,λ<=log n,65536,1,515491,7.8657684326171875
SHDCP,λ<=log n,65536,1,458309,6.9932403564453125
SHDCP,λ<=log n,65536,1,446296,6.8099365234375
SHDCP,λ<=log n,65536,1,468219,7.1444549560546875
SHDCP,λ<=log n,65536,1,465157,7.0977325439453125
SHDCP,λ<=log n,65536,1,504415,7.6967620849609375
SHDCP,λ<=log n,65536,1,465636,7.10504150390625
SHDCP,λ<=log n,65536,1,490472,7.4840087890625
SHDCP,λ<=log n,65536,1,482871,7.3680267333984375
SHDCP,λ<=log n,65536,1,511419,7.8036346435546875
SHDCP,λ<=log n,65536,1,477423,7.2848968505859375
SHDCP,λ<=log n,65536,1,454714,6.938385009765625
SHDCP,λ<=log n,65536,1,501130,7.646636962890625
SHDCP,λ<=log n,65536,1,509990,7.781829833984375
SHDCP,λ<=log n,65536,1,475422,7.254364013671875
SHDCP,λ<=log n,65536,1,445916,6.80413818359375
SHDCP,λ<=log n,65536,1,498903,7.6126556396484375
SHDCP,λ<=log n,65536,1,449196,6.85418701171875
SHDCP,λ<=log n,65536,1,502229,7.6634063720703125
SHDCP,λ<=log n,65536,1,509540,7.77496337890625
SHDCP,λ<=log n,65536,1,491488,7.49951171875
SHDCP,λ<=log n,65536,1,510253,7.7858428955078125
SHDCP,λ<=log n,65536,1,459269,7.0078887939453125
SHDCP,λ<=log n,65536,1,476520,7.2711181640625
SHDCP,λ<=log n,65536,1,459616,7.01318359375
SHDCP,λ<=log n,65536,1,512077,7.8136749267578125
SHDCP,λ<=log n,65536,1,433754,6.618560791015625
SHDCP,λ<=log n,65536,1,456324,6.96295166015625
SHDCP,λ<=log n,65536,1,436248,6.6566162109375
SHDCP,λ<=log n,65536,1,444892,6.78851318359375
SHDCP,λ<=log n,65536,1,470182,7.174407958984375
SHDCP,λ<=log n,65536,1,462846,7.062469482421875
SHDCP,λ<=log n,65536,1,469935,7.1706390380859375
SHLCP,λ<=log n,65536,1,470755,7.1831512451171875
SHLCP,λ<=log n,65536,1,493124,7.52447509765625
SHLCP,λ<=log n,65536,1,503090,7.676544189453125
SHLCP,λ<=log n,65536,1,466433,7.1172027587890625
SHLCP,λ<=log n,65536,1,493601,7.5317535400390625
SHLCP,λ<=log n,65536,1,487937,7.4453277587890625
SHLCP,λ<=log n,65536,1,478858,7.306793212890625
SHLCP,λ<=log n,65536,1,523964,7.99505615234375
SHLCP,λ<=log n,65536,1,471459,7.1938934326171875
SHLCP,λ<=log n,65536,1,498760,7.6104736328125
SHLCP,λ<=log n,65536,1,502851,7.6728973388671875
SHLCP,λ<=log n,65536,1,477653,7.2884063720703125
SHLCP,λ<=log n,65536,1,465339,7.1005096435546875
SHLCP,λ<=log n,65536,1,504588,7.69940185546875
SHLCP,λ<=log n,65536,1,479107,7.3105926513671875
SHLCP,λ<=log n,65536,1,468665,7.1512603759765625
SHLCP,λ<=log n,65536,1,486397,7.4218292236328125
SHLCP,λ<=log n,65536,1,474754,7.244171142578125
SHLCP,λ<=log n,65536,1,489709,7.4723663330078125
SHLCP,λ<=log n,65536,1,477778,7.290313720703125
SHLCP,λ<=log n,65536,1,512659,7.8225555419921875
SHLCP,λ<=log n,65536,1,478652,7.30364990234375
SHLCP,λ<=log n,65536,1,502685,7.6703643798828125
SHLCP,λ<=log n,65536,1,469191,7.1592864990234375
SHLCP,λ<=log n,65536,1,473966,7.232147216796875
SHLCP,λ<=log n,65536,1,461016,7.0345458984375
SHLCP,λ<=log n,65536,1,464309,7.0847930908203125
SHLCP,λ<=log n,65536,1,483179,7.3727264404296875
SHLCP,λ<=log n,65536,1,470709,7.1824493408203125
SHLCP,λ<=log n,65536,1,465167,7.0978851318359375
SHLCP,λ<=log n,65536,1,459453,7.0106964111328125
SHLCP,λ<=log n,65536,1,500613,7.6387481689453125
SHLCP,λ<=log n,65536,1,478355,7.2991180419921875
SHLCP,λ<=log n,65536,1,484095,7.3867034912109375
SHLCP,λ<=log n,65536,1,473719,7.2283782958984375
SHLCP,λ<=log n,65536,1,475684,7.25836181640625
SHLCP,λ<=log n,65536,1,456835,6.9707489013671875
SHLCP,λ<=log n,65536,1,473454,7.224334716796875
SHLCP,λ<=log n,65536,1,474965,7.2473907470703125
SHLCP,λ<=log n,65536,1,479055,7.3097991943359375
SHLCP,λ<=log n,65536,1,530248,8.0909423828125
SHLCP,λ<=log n,65536,1,466406,7.116790771484375
SHLCP,λ<=log n,65536,1,481312,7.34423828125
SHLCP,λ<=log n,65536,1,499817,7.6266021728515625
SHLCP,λ<=log n,65536,1,467075,7.1269989013671875
SHLCP,λ<=log n,65536,1,489811,7.4739227294921875
SHLCP,λ<=log n,65536,1,469592,7.1654052734375
SHLCP,λ<=log n,65536,1,484441,7.3919830322265625
SHLCP,λ<=log n,65536,1,460058,7.019927978515625
SHLCP,λ<=log n,65536,1,501618,7.654083251953125
SHLCP,λ<=log n,65536,1,515527,7.8663177490234375
SHLCP,λ<=log n,65536,1,490860,7.48992919921875
SHLCP,λ<=log n,65536,1,485129,7.4024810791015625
SHLCP,λ<=log n,65536,1,461523,7.0422821044921875
SHLCP,λ<=log n,65536,1,466545,7.1189117431640625
SHLCP,λ<=log n,65536,1,509830,7.779388427734375
SHLCP,λ<=log n,65536,1,447671,6.8309173583984375
SHLCP,λ<=log n,65536,1,483207,7.3731536865234375
SHLCP,λ<=log n,65536,1,461571,7.0430145263671875
SHLCP,λ<=log n,65536,1,447929,6.8348541259765625
SHLCP,λ<=log n,65536,1,462490,7.057037353515625
SHLCP,λ<=log n,65536,1,534782,8.160125732421875
SHLCP,λ<=log n,65536,1,486248,7.4195556640625
SHLCP,λ<=log n,65536,1,450391,6.8724212646484375
SHLCP,λ<=log n,65536,1,470126,7.173553466796875
SHLCP,λ<=log n,65536,1,450723,6.8774871826171875
SHLCP,λ<=log n,65536,1,469777,7.1682281494140625
SHLCP,λ<=log n,65536,1,470872,7.1849365234375
SHLCP,λ<=log n,65536,1,459715,7.0146942138671875
SHLCP,λ<=log n,65536,1,462831,7.0622406005859375
SHLCP,λ<=log n,65536,1,451400,6.8878173828125
SHLCP,λ<=log n,65536,1,475141,7.2500762939453125
SHLCP,λ<=log n,65536,1,484137,7.3873443603515625
SHLCP,λ<=log n,65536,1,468219,7.1444549560546875
SHLCP,λ<=log n,65536,1,466722,7.121612548828125
SHLCP,λ<=log n,65536,1,514988,7.85809326171875
SHLCP,λ<=log n,65536,1,483869,7.3832550048828125
SHLCP,λ<=log n,65536,1,489927,7.4756927490234375
SHLCP,λ<=log n,65536,1,457967,6.9880218505859375
SHLCP,λ<=log n,65536,1,562839,8.588241577148438
SHLCP,λ<=log n,65536,1,482807,7.3670501708984375
SHLCP,λ<=log n,65536,1,541353,8.260391235351562
SHLCP,λ<=log n,65536,1,488658,7.456329345703125
SHLCP,λ<=log n,65536,1,476386,7.269073486328125
SHLCP,λ<=log n,65536,1,460446,7.025848388671875
SHLCP,λ<=log n,65536,1,474973,7.2475128173828125
SHLCP,λ<=log n,65536,1,534888,8.1617431640625
SHLCP,λ<=log n,65536,1,471811,7.1992645263671875
SHLCP,λ<=log n,65536,1,476355,7.2686004638671875
SHLCP,λ<=log n,65536,1,478752,7.30517578125
SHLCP,λ<=log n,65536,1,461360,7.039794921875
SHLCP,λ<=log n,65536,1,534129,8.150161743164062
SHLCP,λ<=log n,65536,1,481999,7.3547210693359375
SHLCP,λ<=log n,65536,1,491691,7.5026092529296875
SHLCP,λ<=log n,65536,1,460576,7.02783203125
SHLCP,λ<=log n,65536,1,488259,7.4502410888671875
SHLCP,λ<=log n,65536,1,556601,8.493057250976562
SHLCP,λ<=log n,65536,1,476699,7.2738494873046875
SHLCP,λ<=log n,65536,1,516130,7.875518798828125
SHLCP,λ<=log n,65536,1,468420,7.14752197265625
SRLCP,λ<=log n,65536,1,476723,7.2742156982421875
SRLCP,λ<=log n,65536,1,486911,7.4296722412109375
SRLCP,λ<=log n,65536,1,504849,7.7033843994140625
SRLCP,λ<=log n,65536,1,478919,7.3077239990234375
SRLCP,λ<=log n,65536,1,460924,7.03314208984375
SRLCP,λ<=log n,65536,1,511424,7.8037109375
SRLCP,λ<=log n,65536,1,471320,7.1917724609375
SRLCP,λ<=log n,65536,1,499516,7.62200927734375
SRLCP,λ<=log n,65536,1,447878,6.834075927734375
SRLCP,λ<=log n,65536,1,478614,7.303070068359375
SRLCP,λ<=log n,65536,1,451396,6.88775634765625
SRLCP,λ<=log n,65536,1,481021,7.3397979736328125
SRLCP,λ<=log n,65536,1,462199,7.0525970458984375
SRLCP,λ<=log n,65536,1,485897,7.4141998291015625
SRLCP,λ<=log n,65536,1,497259,7.5875701904296875
SRLCP,λ<=log n,65536,1,483183,7.3727874755859375
SRLCP,λ<=log n,65536,1,477553,7.2868804931640625
SRLCP,λ<=log n,65536,1,459161,7.0062408447265625
SRLCP,λ<=log n,65536,1,491434,7.498687744140625
SRLCP,λ<=log n,65536,1,437056,6.6689453125
SRLCP,λ<=log n,65536,1,488330,7.451324462890625
SRLCP,λ<=log n,65536,1,476282,7.267486572265625
SRLCP,λ<=log n,65536,1,524700,8.00628662109375
SRLCP,λ<=log n,65536,1,532458,8.124664306640625
SRLCP,λ<=log n,65536,1,503302,7.679779052734375
SRLCP,λ<=log n,65536,1,494957,7.5524444580078125
SRLCP,λ<=log n,65536,1,477929,7.2926177978515625
SRLCP,λ<=log n,65536,1,472635,7.2118377685546875
SRLCP,λ<=log n,65536,1,498602,7.608062744140625
SRLCP,λ<=log n,65536,1,478880,7.30712890625
SRLCP,λ<=log n,65536,1,459519,7.0117034912109375
SRLCP,λ<=log n,65536,1,496036,7.56890869140625
SRLCP,λ<=log n,65536,1,485209,7.4037017822265625
SRLCP,λ<=log n,65536,1,505737,7.7169342041015625
SRLCP,λ<=log n,65536,1,487445,7.4378204345703125
SRLCP,λ<=log n,65536,1,467175,7.1285247802734375
SRLCP,λ<=log n,65536,1,470629,7.1812286376953125
SRLCP,λ<=log n,65536,1,520226,7.938018798828125
SRLCP,λ<=log n,65536,1,474528,7.24072265625
SRLCP,λ<=log n,65536,1,476229,7.2666778564453125
SRLCP,λ<=log n,65536,1,467013,7.1260528564453125
SRLCP,λ<=log n,65536,1,519379,7.9250946044921875
SRLCP,λ<=log n,65536,1,485454,7.407440185546875
SRLCP,λ<=log n,65536,1,463228,7.06829833984375
SRLCP,λ<=log n,65536,1,462346,7.054840087890625
SRLCP,λ<=log n,65536,1,488744,7.4576416015625
SRLCP,λ<=log n,65536,1,497329,7.5886383056640625
SRLCP,λ<=log n,65536,1,481114,7.341217041015625
SRLCP,λ<=log n,65536,1,458970,7.003326416015625
SRLCP,λ<=log n,65536,1,449343,6.8564300537109375
SRLCP,λ<=log n,65536,1,471489,7.1943511962890625
SRLCP,λ<=log n,65536,1,480790,7.336273193359375
SRLCP,λ<=log n,65536,1,466844,7.12347412109375
SRLCP,λ<=log n,65536,1,476005,7.2632598876953125
SRLCP,λ<=log n,65536,1,478676,7.30401611328125
SRLCP,λ<=log n,65536,1,460808,7.0313720703125
SRLCP,λ<=log n,65536,1,487295,7.4355316162109375
SRLCP,λ<=log n,65536,1,486117,7.4175567626953125
SRLCP,λ<=log n,65536,1,469143,7.1585540771484375
SRLCP,λ<=log n,65536,1,484722,7.396270751953125
SRLCP,λ<=log n,65536,1,443939,6.7739715576171875
SRLCP,λ<=log n,65536,1,476359,7.2686614990234375
SRLCP,λ<=log n,65536,1,505810,7.718048095703125
SRLCP,λ<=log n,65536,1,476275,7.2673797607421875
SRLCP,λ<=log n,65536,1,434434,6.628936767578125
SRLCP,λ<=log n,65536,1,504151,7.6927337646484375
SRLCP,λ<=log n,65536,1,448681,6.8463287353515625
SRLCP,λ<=log n,65536,1,460351,7.0243988037109375
SRLCP,λ<=log n,65536,1,469346,7.161651611328125
SRLCP,λ<=log n,65536,1,471421,7.1933135986328125
SRLCP,λ<=log n,65536,1,504907,7.7042694091796875
SRLCP,λ<=log n,65536,1,501051,7.6454315185546875
SRLCP,λ<=log n,65536,1,467031,7.1263275146484375
SRLCP,λ<=log n,65536,1,552094,8.424285888671875
SRLCP,λ<=log n,65536,1,466488,7.1180419921875
SRLCP,λ<=log n,65536,1,513243,7.8314666748046875
SRLCP,λ<=log n,65536,1,436122,6.654693603515625
SRLCP,λ<=log n,65536,1,473790,7.229461669921875
SRLCP,λ<=log n,65536,1,503289,7.6795806884765625
SRLCP,λ<=log n,65536,1,453336,6.9173583984375
SRLCP,λ<=log n,65536,1,477918,7.292449951171875
SRLCP,λ<=log n,65536,1,476752,7.274658203125
SRLCP,λ<=log n,65536,1,476503,7.2708587646484375
SRLCP,λ<=log n,65536,1,514733,7.8542022705078125
SRLCP,λ<=log n,65536,1,475539,7.2561492919921875
SRLCP,λ<=log n,65536,1,456828,6.97064208984375
SRLCP,λ<=log n,65536,1,498636,7.60858154296875
SRLCP,λ<=log n,65536,1,478341,7.2989044189453125
SRLCP,λ<=log n,65536,1,526501,8.033767700195312
SRLCP,λ<=log n,65536,1,470562,7.180206298828125
SRLCP,λ<=log n,65536,1,496107,7.5699920654296875
SRLCP,λ<=log n,65536,1,497957,7.5982208251953125
SRLCP,λ<=log n,65536,1,463459,7.0718231201171875
SRLCP,λ<=log n,65536,1,496420,7.57476806640625
SRLCP,λ<=log n,65536,1,503226,7.678619384765625
SRLCP,λ<=log n,65536,1,457745,6.9846343994140625
SRLCP,λ<=log n,65536,1,469978,7.171295166015625
SRLCP,λ<=log n,65536,1,474422,7.239105224609375
SRLCP,λ<=log n,65536,1,486851,7.4287567138671875
SRLCP,λ<=log n,65536,1,482176,7.357421875
SSLCP,λ<=log n,65536,1,719347,10.976364135742188
SSLCP,λ<=log n,65536,1,727106,11.094757080078125
SSLCP,λ<=log n,65536,1,681830,10.403900146484375
SSLCP,λ<=log n,65536,1,712365,10.869827270507812
SSLCP,λ<=log n,65536,1,699118,10.667694091796875
SSLCP,λ<=log n,65536,1,712647,10.874130249023438
SSLCP,λ<=log n,65536,1,718485,10.963211059570312
SSLCP,λ<=log n,65536,1,716897,10.938980102539062
SSLCP,λ<=log n,65536,1,729055,11.124496459960938
SSLCP,λ<=log n,65536,1,720820,10.99884033203125
SSLCP,λ<=log n,65536,1,722854,11.029876708984375
SSLCP,λ<=log n,65536,1,728623,11.117904663085938
SSLCP,λ<=log n,65536,1,889906,13.578887939453125
SSLCP,λ<=log n,65536,1,780406,11.908050537109375
SSLCP,λ<=log n,65536,1,735837,11.227981567382812
SSLCP,λ<=log n,65536,1,822175,12.545394897460938
SSLCP,λ<=log n,65536,1,742937,11.336318969726562
SSLCP,λ<=log n,65536,1,733388,11.19061279296875
SSLCP,λ<=log n,65536,1,777193,11.859024047851562
SSLCP,λ<=log n,65536,1,776085,11.842117309570312
SSLCP,λ<=log n,65536,1,730626,11.148468017578125
SSLCP,λ<=log n,65536,1,759991,11.596542358398438
SSLCP,λ<=log n,65536,1,752536,11.4827880859375
SSLCP,λ<=log n,65536,1,698893,10.664260864257812
SSLCP,λ<=log n,65536,1,846087,12.910263061523438
SSLCP,λ<=log n,65536,1,702247,10.715438842773438
SSLCP,λ<=log n,65536,1,794288,12.119873046875
SSLCP,λ<=log n,65536,1,777424,11.862548828125
SSLCP,λ<=log n,65536,1,726445,11.084671020507812
SSLCP,λ<=log n,65536,1,690114,10.530303955078125
SSLCP,λ<=log n,65536,1,793160,12.1026611328125
SSLCP,λ<=log n,65536,1,751774,11.471160888671875
SSLCP,λ<=log n,65536,1,700540,10.68939208984375
SSLCP,λ<=log n,65536,1,744366,11.358123779296875
SSLCP,λ<=log n,65536,1,815238,12.439544677734375
SSLCP,λ<=log n,65536,1,767741,11.714797973632812
SSLCP,λ<=log n,65536,1,689248,10.51708984375
SSLCP,λ<=log n,65536,1,736704,11.2412109375
SSLCP,λ<=log n,65536,1,811155,12.377243041992188
SSLCP,λ<=log n,65536,1,725336,11.0677490234375
SSLCP,λ<=log n,65536,1,733255,11.188583374023438
SSLCP,λ<=log n,65536,1,759099,11.582931518554688
SSLCP,λ<=log n,65536,1,763909,11.656326293945312
SSLCP,λ<=log n,65536,1,846297,12.913467407226562
SSLCP,λ<=log n,65536,1,671684,10.24908447265625
SSLCP,λ<=log n,65536,1,705204,10.76055908203125
SSLCP,λ<=log n,65536,1,739443,11.283004760742188
SSLCP,λ<=log n,65536,1,761239,11.615585327148438
SSLCP,λ<=log n,65536,1,722555,11.025314331054688
SSLCP,λ<=log n,65536,1,762296,11.6317138671875
SSLCP,λ<=log n,65536,1,741193,11.309707641601562
SSLCP,λ<=log n,65536,1,756425,11.542129516601562
SSLCP,λ<=log n,65536,1,731301,11.158767700195312
SSLCP,λ<=log n,65536,1,775910,11.839447021484375
SSLCP,λ<=log n,65536,1,729604,11.13287353515625
SSLCP,λ<=log n,65536,1,780931,11.916061401367188
SSLCP,λ<=log n,65536,1,710751,10.845199584960938
SSLCP,λ<=log n,65536,1,701952,10.7109375
SSLCP,λ<=log n,65536,1,708983,10.818222045898438
SSLCP,λ<=log n,65536,1,724893,11.060989379882812
SSLCP,λ<=log n,65536,1,708735,10.814437866210938
SSLCP,λ<=log n,65536,1,734452,11.20684814453125
SSLCP,λ<=log n,65536,1,707737,10.799209594726562
SSLCP,λ<=log n,65536,1,805422,12.289764404296875
SSLCP,λ<=log n,65536,1,713342,10.884735107421875
SSLCP,λ<=log n,65536,1,699962,10.680572509765625
SSLCP,λ<=log n,65536,1,780511,11.909652709960938
SSLCP,λ<=log n,65536,1,733541,11.192947387695312
SSLCP,λ<=log n,65536,1,735580,11.22406005859375
SSLCP,λ<=log n,65536,1,728855,11.121444702148438
SSLCP,λ<=log n,65536,1,713058,10.880401611328125
SSLCP,λ<=log n,65536,1,758450,11.573028564453125
SSLCP,λ<=log n,65536,1,722560,11.025390625
SSLCP,λ<=log n,65536,1,790539,12.062667846679688
SSLCP,λ<=log n,65536,1,686314,10.472320556640625
SSLCP,λ<=log n,65536,1,696663,10.630233764648438
SSLCP,λ<=log n,65536,1,786527,12.001449584960938
SSLCP,λ<=log n,65536,1,704445,10.748977661132812
SSLCP,λ<=log n,65536,1,769188,11.73687744140625
SSLCP,λ<=log n,65536,1,799094,12.193206787109375
SSLCP,λ<=log n,65536,1,784505,11.970596313476562
SSLCP,λ<=log n,65536,1,680869,10.389236450195312
SSLCP,λ<=log n,65536,1,777943,11.870468139648438
SSLCP,λ<=log n,65536,1,749706,11.439605712890625
SSLCP,λ<=log n,65536,1,703124,10.72882080078125
SSLCP,λ<=log n,65536,1,751351,11.464706420898438
SSLCP,λ<=log n,65536,1,690477,10.535842895507812
SSLCP,λ<=log n,65536,1,729812,11.13604736328125
SSLCP,λ<=log n,65536,1,772657,11.789810180664062
SSLCP,λ<=log n,65536,1,699460,10.67291259765625
SSLCP,λ<=log n,65536,1,733011,11.184860229492188
SSLCP,λ<=log n,65536,1,739757,11.287796020507812
SSLCP,λ<=log n,65536,1,753755,11.501388549804688
SSLCP,λ<=log n,65536,1,746998,11.398284912109375
SSLCP,λ<=log n,65536,1,707541,10.796218872070312
SSLCP,λ<=log n,65536,1,789647,12.049057006835938
SSLCP,λ<=log n,65536,1,752258,11.478546142578125
SSLCP,λ<=log n,65536,1,750957,11.458694458007812
SSLCP,λ<=log n,65536,1,731748,11.16558837890625
SSLCP,λ<=log n,65536,1,702345,10.716934204101562
SSDSP,λ<=log n,65536,1,733896,11.1983642578125
SSDSP,λ<=log n,65536,1,756157,11.538040161132812
SSDSP,λ<=log n,65536,1,705512,10.7652587890625
SSDSP,λ<=log n,65536,1,764049,11.658462524414062
SSDSP,λ<=log n,65536,1,827377,12.624771118164062
SSDSP,λ<=log n,65536,1,896896,13.685546875
SSDSP,λ<=log n,65536,1,798109,12.178176879882812
SSDSP,λ<=log n,65536,1,707592,10.7969970703125
SSDSP,λ<=log n,65536,1,821162,12.529937744140625
SSDSP,λ<=log n,65536,1,783187,11.950485229492188
SSDSP,λ<=log n,65536,1,808563,12.337692260742188
SSDSP,λ<=log n,65536,1,820080,12.513427734375
SSDSP,λ<=log n,65536,1,768052,11.71954345703125
SSDSP,λ<=log n,65536,1,752525,11.482620239257812
SSDSP,λ<=log n,65536,1,730605,11.148147583007812
SSDSP,λ<=log n,65536,1,754341,11.510330200195312
SSDSP,λ<=log n,65536,1,785883,11.991622924804688
SSDSP,λ<=log n,65536,1,782217,11.935684204101562
SSDSP,λ<=log n,65536,1,757430,11.557464599609375
SSDSP,λ<=log n,65536,1,747461,11.405349731445312
SSDSP,λ<=log n,65536,1,880151,13.430038452148438
SSDSP,λ<=log n,65536,1,790102,12.055999755859375
SSDSP,λ<=log n,65536,1,723607,11.041366577148438
SSDSP,λ<=log n,65536,1,739756,11.28778076171875
SSDSP,λ<=log n,65536,1,813804,12.41766357421875
SSDSP,λ<=log n,65536,1,742414,11.328338623046875
SSDSP,λ<=log n,65536,1,695409,10.611099243164062
SSDSP,λ<=log n,65536,1,851840,12.998046875
SSDSP,λ<=log n,65536,1,737195,11.248703002929688
SSDSP,λ<=log n,65536,1,805812,12.29571533203125
SSDSP,λ<=log n,65536,1,826410,12.610015869140625
SSDSP,λ<=log n,65536,1,692253,10.562942504882812
SSDSP,λ<=log n,65536,1,747745,11.409683227539062
SSDSP,λ<=log n,65536,1,738148,11.26324462890625
SSDSP,λ<=log n,65536,1,773334,11.800140380859375
SSDSP,λ<=log n,65536,1,786595,12.002487182617188
SSDSP,λ<=log n,65536,1,837236,12.77520751953125
SSDSP,λ<=log n,65536,1,791664,12.079833984375
SSDSP,λ<=log n,65536,1,744590,11.361541748046875
SSDSP,λ<=log n,65536,1,819029,12.497390747070312
SSDSP,λ<=log n,65536,1,729843,11.136520385742188
SSDSP,λ<=log n,65536,1,788856,12.0369873046875
SSDSP,λ<=log n,65536,1,761101,11.613479614257812
SSDSP,λ<=log n,65536,1,863777,13.180191040039062
SSDSP,λ<=log n,65536,1,744624,11.362060546875
SSDSP,λ<=log n,65536,1,778275,11.875534057617188
SSDSP,λ<=log n,65536,1,772069,11.780838012695312
SSDSP,λ<=log n,65536,1,730091,11.140304565429688
SSDSP,λ<=log n,65536,1,764684,11.66815185546875
SSDSP,λ<=log n,65536,1,821038,12.528045654296875
SSDSP,λ<=log n,65536,1,737357,11.251174926757812
SSDSP,λ<=log n,65536,1,828970,12.649078369140625
SSDSP,λ<=log n,65536,1,757666,11.561065673828125
SSDSP,λ<=log n,65536,1,862635,13.162765502929688
SSDSP,λ<=log n,65536,1,774013,11.810501098632812
SSDSP,λ<=log n,65536,1,700749,10.692581176757812
SSDSP,λ<=log n,65536,1,839724,12.81317138671875
SSDSP,λ<=log n,65536,1,783005,11.947708129882812
SSDSP,λ<=log n,65536,1,727931,11.107345581054688
SSDSP,λ<=log n,65536,1,759752,11.5928955078125
SSDSP,λ<=log n,65536,1,758865,11.579360961914062
SSDSP,λ<=log n,65536,1,735098,11.216705322265625
SSDSP,λ<=log n,65536,1,736885,11.243972778320312
SSDSP,λ<=log n,65536,1,738840,11.2738037109375
SSDSP,λ<=log n,65536,1,750872,11.4573974609375
SSDSP,λ<=log n,65536,1,736139,11.232589721679688
SSDSP,λ<=log n,65536,1,751821,11.471878051757812
SSDSP,λ<=log n,65536,1,874808,13.3485107421875
SSDSP,λ<=log n,65536,1,763382,11.648284912109375
SSDSP,λ<=log n,65536,1,843042,12.863800048828125
SSDSP,λ<=log n,65536,1,739842,11.289093017578125
SSDSP,λ<=log n,65536,1,826966,12.618499755859375
SSDSP,λ<=log n,65536,1,729593,11.132705688476562
SSDSP,λ<=log n,65536,1,716718,10.936248779296875
SSDSP,λ<=log n,65536,1,759622,11.590911865234375
SSDSP,λ<=log n,65536,1,770839,11.762069702148438
SSDSP,λ<=log n,65536,1,739477,11.283523559570312
SSDSP,λ<=log n,65536,1,780499,11.909469604492188
SSDSP,λ<=log n,65536,1,755411,11.526657104492188
SSDSP,λ<=log n,65536,1,754067,11.506149291992188
SSDSP,λ<=log n,65536,1,803652,12.26275634765625
SSDSP,λ<=log n,65536,1,749829,11.441482543945312
SSDSP,λ<=log n,65536,1,833680,12.720947265625
SSDSP,λ<=log n,65536,1,771498,11.772125244140625
SSDSP,λ<=log n,65536,1,872134,13.307708740234375
SSDSP,λ<=log n,65536,1,711412,10.85528564453125
SSDSP,λ<=log n,65536,1,813055,12.406234741210938
SSDSP,λ<=log n,65536,1,710310,10.838470458984375
SSDSP,λ<=log n,65536,1,761384,11.6177978515625
SSDSP,λ<=log n,65536,1,862786,13.165069580078125
SSDSP,λ<=log n,65536,1,810370,12.365264892578125
SSDSP,λ<=log n,65536,1,770627,11.758834838867188
SSDSP,λ<=log n,65536,1,860568,13.1312255859375
SSDSP,λ<=log n,65536,1,803768,12.2645263671875
SSDSP,λ<=log n,65536,1,788138,12.026031494140625
SSDSP,λ<=log n,65536,1,774037,11.810867309570312
SSDSP,λ<=log n,65536,1,889976,13.5799560546875
SSDSP,λ<=log n,65536,1,752462,11.481658935546875
SSDSP,λ<=log n,65536,1,803038,12.253387451171875
SSDSP,λ<=log n,65536,1,768422,11.725189208984375
SRDSP,λ<=log n,65536,1,506380,7.72674560546875
SRDSP,λ<=log n,65536,1,495714,7.563995361328125
SRDSP,λ<=log n,65536,1,502622,7.669403076171875
SRDSP,λ<=log n,65536,1,487027,7.4314422607421875
SRDSP,λ<=log n,65536,1,506546,7.729278564453125
SRDSP,λ<=log n,65536,1,464662,7.090179443359375
SRDSP,λ<=log n,65536,1,472881,7.2155914306640625
SRDSP,λ<=log n,65536,1,486832,7.428466796875
SRDSP,λ<=log n,65536,1,514187,7.8458709716796875
SRDSP,λ<=log n,65536,1,509172,7.76934814453125
SRDSP,λ<=log n,65536,1,514010,7.843170166015625
SRDSP,λ<=log n,65536,1,502379,7.6656951904296875
SRDSP,λ<=log n,65536,1,573227,8.746749877929688
SRDSP,λ<=log n,65536,1,512664,7.8226318359375
SRDSP,λ<=log n,65536,1,474017,7.2329254150390625
SRDSP,λ<=log n,65536,1,482340,7.35992431640625
SRDSP,λ<=log n,65536,1,507752,7.7476806640625
SRDSP,λ<=log n,65536,1,480390,7.330169677734375
SRDSP,λ<=log n,65536,1,507812,7.74859619140625
SRDSP,λ<=log n,65536,1,484128,7.38720703125
SRDSP,λ<=log n,65536,1,482175,7.3574066162109375
SRDSP,λ<=log n,65536,1,522172,7.96771240234375
SRDSP,λ<=log n,65536,1,502093,7.6613311767578125
SRDSP,λ<=log n,65536,1,495119,7.5549163818359375
SRDSP,λ<=log n,65536,1,485733,7.4116973876953125
SRDSP,λ<=log n,65536,1,478138,7.295806884765625
SRDSP,λ<=log n,65536,1,476249,7.2669830322265625
SRDSP,λ<=log n,65536,1,507378,7.741973876953125
SRDSP,λ<=log n,65536,1,576145,8.791275024414062
SRDSP,λ<=log n,65536,1,481010,7.339630126953125
SRDSP,λ<=log n,65536,1,512358,7.817962646484375
SRDSP,λ<=log n,65536,1,495961,7.5677642822265625
SRDSP,λ<=log n,65536,1,500711,7.6402435302734375
SRDSP,λ<=log n,65536,1,505299,7.7102508544921875
SRDSP,λ<=log n,65536,1,498612,7.60821533203125
SRDSP,λ<=log n,65536,1,489624,7.4710693359375
SRDSP,λ<=log n,65536,1,549579,8.385910034179688
SRDSP,λ<=log n,65536,1,500594,7.638458251953125
SRDSP,λ<=log n,65536,1,502813,7.6723175048828125
SRDSP,λ<=log n,65536,1,497510,7.591400146484375
SRDSP,λ<=log n,65536,1,455545,6.9510650634765625
SRDSP,λ<=log n,65536,1,508865,7.7646636962890625
SRDSP,λ<=log n,65536,1,489516,7.46942138671875
SRDSP,λ<=log n,65536,1,525818,8.023345947265625
SRDSP,λ<=log n,65536,1,500718,7.640350341796875
SRDSP,λ<=log n,65536,1,512918,7.826507568359375
SRDSP,λ<=log n,65536,1,482849,7.3676910400390625
SRDSP,λ<=log n,65536,1,495689,7.5636138916015625
SRDSP,λ<=log n,65536,1,509685,7.7771759033203125
SRDSP,λ<=log n,65536,1,478875,7.3070526123046875
SRDSP,λ<=log n,65536,1,505850,7.718658447265625
SRDSP,λ<=log n,65536,1,511135,7.7993011474609375
SRDSP,λ<=log n,65536,1,521357,7.9552764892578125
SRDSP,λ<=log n,65536,1,495661,7.5631866455078125
SRDSP,λ<=log n,65536,1,513686,7.838226318359375
SRDSP,λ<=log n,65536,1,486338,7.420928955078125
SRDSP,λ<=log n,65536,1,538095,8.210678100585938
SRDSP,λ<=log n,65536,1,532655,8.127670288085938
SRDSP,λ<=log n,65536,1,488516,7.45416259765625
SRDSP,λ<=log n,65536,1,536858,8.191802978515625
SRDSP,λ<=log n,65536,1,492682,7.517730712890625
SRDSP,λ<=log n,65536,1,505461,7.7127227783203125
SRDSP,λ<=log n,65536,1,491851,7.5050506591796875
SRDSP,λ<=log n,65536,1,484380,7.39105224609375
SRDSP,λ<=log n,65536,1,479147,7.3112030029296875
SRDSP,λ<=log n,65536,1,518428,7.91058349609375
SRDSP,λ<=log n,65536,1,498194,7.601837158203125
SRDSP,λ<=log n,65536,1,498013,7.5990753173828125
SRDSP,λ<=log n,65536,1,511818,7.809722900390625
SRDSP,λ<=log n,65536,1,474446,7.239471435546875
SRDSP,λ<=log n,65536,1,500493,7.6369171142578125
SRDSP,λ<=log n,65536,1,475595,7.2570037841796875
SRDSP,λ<=log n,65536,1,503374,7.680877685546875
SRDSP,λ<=log n,65536,1,467618,7.135284423828125
SRDSP,λ<=log n,65536,1,501936,7.658935546875
SRDSP,λ<=log n,65536,1,495636,7.56280517578125
SRDSP,λ<=log n,65536,1,506071,7.7220306396484375
SRDSP,λ<=log n,65536,1,491915,7.5060272216796875
SRDSP,λ<=log n,65536,1,490029,7.4772491455078125
SRDSP,λ<=log n,65536,1,490228,7.48028564453125
SRDSP,λ<=log n,65536,1,482376,7.3604736328125
SRDSP,λ<=log n,65536,1,492810,7.519683837890625
SRDSP,λ<=log n,65536,1,497053,7.5844268798828125
SRDSP,λ<=log n,65536,1,490296,7.4813232421875
SRDSP,λ<=log n,65536,1,531392,8.1083984375
SRDSP,λ<=log n,65536,1,501694,7.655242919921875
SRDSP,λ<=log n,65536,1,485953,7.4150543212890625
SRDSP,λ<=log n,65536,1,529034,8.072418212890625
SRDSP,λ<=log n,65536,1,473964,7.23211669921875
SRDSP,λ<=log n,65536,1,521003,7.9498748779296875
SRDSP,λ<=log n,65536,1,514625,7.8525543212890625
SRDSP,λ<=log n,65536,1,488973,7.4611358642578125
SRDSP,λ<=log n,65536,1,511758,7.808807373046875
SRDSP,λ<=log n,65536,1,463517,7.0727081298828125
SRDSP,λ<=log n,65536,1,480875,7.3375701904296875
SRDSP,λ<=log n,65536,1,500411,7.6356658935546875
SRDSP,λ<=log n,65536,1,486996,7.43096923828125
SRDSP,λ<=log n,65536,1,478509,7.3014678955078125
SRDSP,λ<=log n,65536,1,515738,7.869537353515625
SRDSP,λ<=log n,65536,1,493452,7.52947998046875
SHDSP,λ<=log n,65536,1,544159,8.303207397460938
SHDSP,λ<=log n,65536,1,561851,8.573165893554688
SHDSP,λ<=log n,65536,1,507346,7.741485595703125
SHDSP,λ<=log n,65536,1,566744,8.6478271484375
SHDSP,λ<=log n,65536,1,569335,8.687362670898438
SHDSP,λ<=log n,65536,1,552827,8.435470581054688
SHDSP,λ<=log n,65536,1,486451,7.4226531982421875
SHDSP,λ<=log n,65536,1,533556,8.14141845703125
SHDSP,λ<=log n,65536,1,480685,7.3346710205078125
SHDSP,λ<=log n,65536,1,572275,8.732223510742188
SHDSP,λ<=log n,65536,1,665284,10.15142822265625
SHDSP,λ<=log n,65536,1,479156,7.31134033203125
SHDSP,λ<=log n,65536,1,495428,7.55963134765625
SHDSP,λ<=log n,65536,1,494404,7.54400634765625
SHDSP,λ<=log n,65536,1,510297,7.7865142822265625
SHDSP,λ<=log n,65536,1,582225,8.884048461914062
SHDSP,λ<=log n,65536,1,491003,7.4921112060546875
SHDSP,λ<=log n,65536,1,546176,8.333984375
SHDSP,λ<=log n,65536,1,528963,8.071334838867188
SHDSP,λ<=log n,65536,1,548063,8.362777709960938
SHDSP,λ<=log n,65536,1,501525,7.6526641845703125
SHDSP,λ<=log n,65536,1,525205,8.013992309570312
SHDSP,λ<=log n,65536,1,489947,7.4759979248046875
SHDSP,λ<=log n,65536,1,538285,8.213577270507812
SHDSP,λ<=log n,65536,1,500097,7.6308746337890625
SHDSP,λ<=log n,65536,1,473885,7.2309112548828125
SHDSP,λ<=log n,65536,1,511524,7.80523681640625
SHDSP,λ<=log n,65536,1,496908,7.58221435546875
SHDSP,λ<=log n,65536,1,533867,8.146163940429688
SHDSP,λ<=log n,65536,1,470733,7.1828155517578125
SHDSP,λ<=log n,65536,1,479152,7.311279296875
SHDSP,λ<=log n,65536,1,514838,7.855804443359375
SHDSP,λ<=log n,65536,1,482126,7.356658935546875
SHDSP,λ<=log n,65536,1,524833,8.008316040039062
SHDSP,λ<=log n,65536,1,460348,7.02435302734375
SHDSP,λ<=log n,65536,1,513885,7.8412628173828125
SHDSP,λ<=log n,65536,1,565054,8.622039794921875
SHDSP,λ<=log n,65536,1,497423,7.5900726318359375
SHDSP,λ<=log n,65536,1,460291,7.0234832763671875
SHDSP,λ<=log n,65536,1,492214,7.510589599609375
SHDSP,λ<=log n,65536,1,491970,7.506866455078125
SHDSP,λ<=log n,65536,1,521940,7.96417236328125
SHDSP,λ<=log n,65536,1,517692,7.89935302734375
SHDSP,λ<=log n,65536,1,514560,7.8515625
SHDSP,λ<=log n,65536,1,512766,7.824188232421875
SHDSP,λ<=log n,65536,1,514009,7.8431549072265625
SHDSP,λ<=log n,65536,1,486991,7.4308929443359375
SHDSP,λ<=log n,65536,1,500745,7.6407623291015625
SHDSP,λ<=log n,65536,1,494919,7.5518646240234375
SHDSP,λ<=log n,65536,1,505244,7.70941162109375
SHDSP,λ<=log n,65536,1,483431,7.3765716552734375
SHDSP,λ<=log n,65536,1,514946,7.857452392578125
SHDSP,λ<=log n,65536,1,529742,8.083221435546875
SHDSP,λ<=log n,65536,1,510403,7.7881317138671875
SHDSP,λ<=log n,65536,1,481215,7.3427581787109375
SHDSP,λ<=log n,65536,1,494239,7.5414886474609375
SHDSP,λ<=log n,65536,1,486531,7.4238739013671875
SHDSP,λ<=log n,65536,1,530358,8.092620849609375
SHDSP,λ<=log n,65536,1,523218,7.983673095703125
SHDSP,λ<=log n,65536,1,488916,7.46026611328125
SHDSP,λ<=log n,65536,1,475386,7.253814697265625
SHDSP,λ<=log n,65536,1,529521,8.079849243164062
SHDSP,λ<=log n,65536,1,486844,7.42864990234375
SHDSP,λ<=log n,65536,1,554605,8.462600708007812
SHDSP,λ<=log n,65536,1,631767,9.639999389648438
SHDSP,λ<=log n,65536,1,591723,9.028976440429688
SHDSP,λ<=log n,65536,1,576173,8.791702270507812
SHDSP,λ<=log n,65536,1,507568,7.744873046875
SHDSP,λ<=log n,65536,1,496158,7.570770263671875
SHDSP,λ<=log n,65536,1,481880,7.3529052734375
SHDSP,λ<=log n,65536,1,561568,8.56884765625
SHDSP,λ<=log n,65536,1,485697,7.4111480712890625
SHDSP,λ<=log n,65536,1,532507,8.125411987304688
SHDSP,λ<=log n,65536,1,489729,7.4726715087890625
SHDSP,λ<=log n,65536,1,513142,7.829925537109375
SHDSP,λ<=log n,65536,1,504185,7.6932525634765625
SHDSP,λ<=log n,65536,1,492183,7.5101165771484375
SHDSP,λ<=log n,65536,1,505584,7.714599609375
SHDSP,λ<=log n,65536,1,499515,7.6219940185546875
SHDSP,λ<=log n,65536,1,492653,7.5172882080078125
SHDSP,λ<=log n,65536,1,490125,7.4787139892578125
SHDSP,λ<=log n,65536,1,559168,8.5322265625
SHDSP,λ<=log n,65536,1,492331,7.5123748779296875
SHDSP,λ<=log n,65536,1,499609,7.6234283447265625
SHDSP,λ<=log n,65536,1,486573,7.4245147705078125
SHDSP,λ<=log n,65536,1,490248,7.4805908203125
SHDSP,λ<=log n,65536,1,508654,7.761444091796875
SHDSP,λ<=log n,65536,1,467313,7.1306304931640625
SHDSP,λ<=log n,65536,1,473215,7.2206878662109375
SHDSP,λ<=log n,65536,1,492447,7.5141448974609375
SHDSP,λ<=log n,65536,1,535092,8.16485595703125
SHDSP,λ<=log n,65536,1,514634,7.852691650390625
SHDSP,λ<=log n,65536,1,517925,7.9029083251953125
SHDSP,λ<=log n,65536,1,526367,8.031723022460938
SHDSP,λ<=log n,65536,1,493205,7.5257110595703125
SHDSP,λ<=log n,65536,1,523319,7.9852142333984375
SHDSP,λ<=log n,65536,1,499583,7.6230316162109375
SHDSP,λ<=log n,65536,1,478859,7.3068084716796875
SHDSP,λ<=log n,65536,1,504654,7.700408935546875
SHLSP,λ<=log n,65536,1,502769,7.6716461181640625
SHLSP,λ<=log n,65536,1,463170,7.067413330078125
SHLSP,λ<=log n,65536,1,565473,8.628433227539062
SHLSP,λ<=log n,65536,1,482516,7.36260986328125
SHLSP,λ<=log n,65536,1,467799,7.1380462646484375
SHLSP,λ<=log n,65536,1,517284,7.89312744140625
SHLSP,λ<=log n,65536,1,514662,7.853118896484375
SHLSP,λ<=log n,65536,1,508779,7.7633514404296875
SHLSP,λ<=log n,65536,1,545593,8.325088500976562
SHLSP,λ<=log n,65536,1,517666,7.898956298828125
SHLSP,λ<=log n,65536,1,512028,7.81292724609375
SHLSP,λ<=log n,65536,1,484352,7.390625
SHLSP,λ<=log n,65536,1,511920,7.811279296875
SHLSP,λ<=log n,65536,1,519477,7.9265899658203125
SHLSP,λ<=log n,65536,1,485902,7.414276123046875
SHLSP,λ<=log n,65536,1,484983,7.4002532958984375
SHLSP,λ<=log n,65536,1,461817,7.0467681884765625
SHLSP,λ<=log n,65536,1,500701,7.6400909423828125
SHLSP,λ<=log n,65536,1,601965,9.185256958007812
SHLSP,λ<=log n,65536,1,468941,7.1554718017578125
SHLSP,λ<=log n,65536,1,622855,9.504013061523438
SHLSP,λ<=log n,65536,1,503165,7.6776885986328125
SHLSP,λ<=log n,65536,1,479818,7.321441650390625
SHLSP,λ<=log n,65536,1,474066,7.233673095703125
SHLSP,λ<=log n,65536,1,528939,8.070968627929688
SHLSP,λ<=log n,65536,1,494890,7.551422119140625
SHLSP,λ<=log n,65536,1,489541,7.4698028564453125
SHLSP,λ<=log n,65536,1,487221,7.4344024658203125
SHLSP,λ<=log n,65536,1,544863,8.313949584960938
SHLSP,λ<=log n,65536,1,546225,8.334732055664062
SHLSP,λ<=log n,65536,1,536190,8.181610107421875
SHLSP,λ<=log n,65536,1,497585,7.5925445556640625
SHLSP,λ<=log n,65536,1,492595,7.5164031982421875
SHLSP,λ<=log n,65536,1,466983,7.1255950927734375
SHLSP,λ<=log n,65536,1,467624,7.1353759765625
SHLSP,λ<=log n,65536,1,524975,8.010482788085938
SHLSP,λ<=log n,65536,1,581701,8.876052856445312
SHLSP,λ<=log n,65536,1,509628,7.77630615234375
SHLSP,λ<=log n,65536,1,485715,7.4114227294921875
SHLSP,λ<=log n,65536,1,489208,7.4647216796875
SHLSP,λ<=log n,65536,1,555675,8.478927612304688
SHLSP,λ<=log n,65536,1,484604,7.39447021484375
SHLSP,λ<=log n,65536,1,508706,7.762237548828125
SHLSP,λ<=log n,65536,1,534179,8.150924682617188
SHLSP,λ<=log n,65536,1,528274,8.060821533203125
SHLSP,λ<=log n,65536,1,506686,7.731414794921875
SHLSP,λ<=log n,65536,1,517701,7.8994903564453125
SHLSP,λ<=log n,65536,1,527422,8.047821044921875
SHLSP,λ<=log n,65536,1,530093,8.088577270507812
SHLSP,λ<=log n,65536,1,527809,8.053726196289062
SHLSP,λ<=log n,65536,1,536496,8.186279296875
SHLSP,λ<=log n,65536,1,485059,7.4014129638671875
SHLSP,λ<=log n,65536,1,507295,7.7407073974609375
SHLSP,λ<=log n,65536,1,546143,8.333480834960938
SHLSP,λ<=log n,65536,1,533513,8.140762329101562
SHLSP,λ<=log n,65536,1,480299,7.3287811279296875
SHLSP,λ<=log n,65536,1,564756,8.61749267578125
SHLSP,λ<=log n,65536,1,485653,7.4104766845703125
SHLSP,λ<=log n,65536,1,483131,7.3719940185546875
SHLSP,λ<=log n,65536,1,504217,7.6937408447265625
SHLSP,λ<=log n,65536,1,501620,7.65411376953125
SHLSP,λ<=log n,65536,1,544449,8.307632446289062
SHLSP,λ<=log n,65536,1,487690,7.441558837890625
SHLSP,λ<=log n,65536,1,490695,7.4874114990234375
SHLSP,λ<=log n,65536,1,515820,7.87078857421875
SHLSP,λ<=log n,65536,1,537197,8.196975708007812
SHLSP,λ<=log n,65536,1,496858,7.581451416015625
SHLSP,λ<=log n,65536,1,559743,8.541000366210938
SHLSP,λ<=log n,65536,1,534856,8.1612548828125
SHLSP,λ<=log n,65536,1,466704,7.121337890625
SHLSP,λ<=log n,65536,1,479735,7.3201751708984375
SHLSP,λ<=log n,65536,1,506366,7.726531982421875
SHLSP,λ<=log n,65536,1,573509,8.751052856445312
SHLSP,λ<=log n,65536,1,494217,7.5411529541015625
SHLSP,λ<=log n,65536,1,509900,7.78045654296875
SHLSP,λ<=log n,65536,1,486751,7.4272308349609375
SHLSP,λ<=log n,65536,1,467510,7.133636474609375
SHLSP,λ<=log n,65536,1,477238,7.282073974609375
SHLSP,λ<=log n,65536,1,509485,7.7741241455078125
SHLSP,λ<=log n,65536,1,483237,7.3736114501953125
SHLSP,λ<=log n,65536,1,520711,7.9454193115234375
SHLSP,λ<=log n,65536,1,566555,8.644943237304688
SHLSP,λ<=log n,65536,1,501163,7.6471405029296875
SHLSP,λ<=log n,65536,1,556947,8.498336791992188
SHLSP,λ<=log n,65536,1,498955,7.6134490966796875
SHLSP,λ<=log n,65536,1,494344,7.5430908203125
SHLSP,λ<=log n,65536,1,588853,8.985183715820312
SHLSP,λ<=log n,65536,1,487635,7.4407196044921875
SHLSP,λ<=log n,65536,1,511777,7.8090972900390625
SHLSP,λ<=log n,65536,1,487973,7.4458770751953125
SHLSP,λ<=log n,65536,1,494248,7.5416259765625
SHLSP,λ<=log n,65536,1,539228,8.22796630859375
SHLSP,λ<=log n,65536,1,496146,7.570587158203125
SHLSP,λ<=log n,65536,1,512618,7.821929931640625
SHLSP,λ<=log n,65536,1,474009,7.2328033447265625
SHLSP,λ<=log n,65536,1,502311,7.6646575927734375
SHLSP,λ<=log n,65536,1,498864,7.612060546875
SHLSP,λ<=log n,65536,1,502521,7.6678619384765625
SHLSP,λ<=log n,65536,1,506759,7.7325286865234375
SHLSP,λ<=log n,65536,1,520974,7.949432373046875
SRLSP,λ<=log n,65536,1,507306,7.740875244140625
SRLSP,λ<=log n,65536,1,509668,7.77691650390625
SRLSP,λ<=log n,65536,1,449459,6.8582000732421875
SRLSP,λ<=log n,65536,1,469654,7.166351318359375
SRLSP,λ<=log n,65536,1,466052,7.11138916015625
SRLSP,λ<=log n,65536,1,484600,7.3944091796875
SRLSP,λ<=log n,65536,1,469791,7.1684417724609375
SRLSP,λ<=log n,65536,1,513056,7.82861328125
SRLSP,λ<=log n,65536,1,512985,7.8275299072265625
SRLSP,λ<=log n,65536,1,463273,7.0689849853515625
SRLSP,λ<=log n,65536,1,502712,7.6707763671875
SRLSP,λ<=log n,65536,1,482089,7.3560943603515625
SRLSP,λ<=log n,65536,1,478994,7.308868408203125
SRLSP,λ<=log n,65536,1,468724,7.15216064453125
SRLSP,λ<=log n,65536,1,484330,7.390289306640625
SRLSP,λ<=log n,65536,1,491106,7.493682861328125
SRLSP,λ<=log n,65536,1,458060,6.98944091796875
SRLSP,λ<=log n,65536,1,482926,7.368865966796875
SRLSP,λ<=log n,65536,1,526599,8.035263061523438
SRLSP,λ<=log n,65536,1,471814,7.199310302734375
SRLSP,λ<=log n,65536,1,461968,7.049072265625
SRLSP,λ<=log n,65536,1,442617,6.7537994384765625
SRLSP,λ<=log n,65536,1,519884,7.93280029296875
SRLSP,λ<=log n,65536,1,476197,7.2661895751953125
SRLSP,λ<=log n,65536,1,471762,7.198516845703125
SRLSP,λ<=log n,65536,1,499221,7.6175079345703125
SRLSP,λ<=log n,65536,1,508725,7.7625274658203125
SRLSP,λ<=log n,65536,1,462439,7.0562591552734375
SRLSP,λ<=log n,65536,1,490249,7.4806060791015625
SRLSP,λ<=log n,65536,1,504354,7.695831298828125
SRLSP,λ<=log n,65536,1,505910,7.719573974609375
SRLSP,λ<=log n,65536,1,461130,7.036285400390625
SRLSP,λ<=log n,65536,1,547850,8.359527587890625
SRLSP,λ<=log n,65536,1,463985,7.0798492431640625
SRLSP,λ<=log n,65536,1,487069,7.4320831298828125
SRLSP,λ<=log n,65536,1,471760,7.198486328125
SRLSP,λ<=log n,65536,1,489646,7.471405029296875
SRLSP,λ<=log n,65536,1,450355,6.8718719482421875
SRLSP,λ<=log n,65536,1,449816,6.8636474609375
SRLSP,λ<=log n,65536,1,477108,7.28009033203125
SRLSP,λ<=log n,65536,1,452367,6.9025726318359375
SRLSP,λ<=log n,65536,1,453177,6.9149322509765625
SRLSP,λ<=log n,65536,1,468050,7.141876220703125
SRLSP,λ<=log n,65536,1,464785,7.0920562744140625
SRLSP,λ<=log n,65536,1,468009,7.1412506103515625
SRLSP,λ<=log n,65536,1,478923,7.3077850341796875
SRLSP,λ<=log n,65536,1,510814,7.794403076171875
SRLSP,λ<=log n,65536,1,478336,7.298828125
SRLSP,λ<=log n,65536,1,486962,7.430450439453125
SRLSP,λ<=log n,65536,1,511425,7.8037261962890625
SRLSP,λ<=log n,65536,1,481793,7.3515777587890625
SRLSP,λ<=log n,65536,1,462091,7.0509490966796875
SRLSP,λ<=log n,65536,1,467785,7.1378326416015625
SRLSP,λ<=log n,65536,1,473227,7.2208709716796875
SRLSP,λ<=log n,65536,1,489478,7.468841552734375
SRLSP,λ<=log n,65536,1,466622,7.120086669921875
SRLSP,λ<=log n,65536,1,513863,7.8409271240234375
SRLSP,λ<=log n,65536,1,484563,7.3938446044921875
SRLSP,λ<=log n,65536,1,488535,7.4544525146484375
SRLSP,λ<=log n,65536,1,495809,7.5654449462890625
SRLSP,λ<=log n,65536,1,459277,7.0080108642578125
SRLSP,λ<=log n,65536,1,562840,8.5882568359375
SRLSP,λ<=log n,65536,1,508962,7.766143798828125
SRLSP,λ<=log n,65536,1,457810,6.985626220703125
SRLSP,λ<=log n,65536,1,454062,6.928436279296875
SRLSP,λ<=log n,65536,1,537524,8.20196533203125
SRLSP,λ<=log n,65536,1,458693,6.9990997314453125
SRLSP,λ<=log n,65536,1,496226,7.571807861328125
SRLSP,λ<=log n,65536,1,492808,7.5196533203125
SRLSP,λ<=log n,65536,1,478282,7.298004150390625
SRLSP,λ<=log n,65536,1,462259,7.0535125732421875
SRLSP,λ<=log n,65536,1,495465,7.5601959228515625
SRLSP,λ<=log n,65536,1,518734,7.915252685546875
SRLSP,λ<=log n,65536,1,461374,7.040008544921875
SRLSP,λ<=log n,65536,1,489015,7.4617767333984375
SRLSP,λ<=log n,65536,1,509510,7.774505615234375
SRLSP,λ<=log n,65536,1,464351,7.0854339599609375
SRLSP,λ<=log n,65536,1,472305,7.2068023681640625
SRLSP,λ<=log n,65536,1,489695,7.4721527099609375
SRLSP,λ<=log n,65536,1,516250,7.877349853515625
SRLSP,λ<=log n,65536,1,486614,7.425140380859375
SRLSP,λ<=log n,65536,1,461470,7.041473388671875
SRLSP,λ<=log n,65536,1,461280,7.03857421875
SRLSP,λ<=log n,65536,1,476982,7.278167724609375
SRLSP,λ<=log n,65536,1,479429,7.3155059814453125
SRLSP,λ<=log n,65536,1,481586,7.348419189453125
SRLSP,λ<=log n,65536,1,455878,6.956146240234375
SRLSP,λ<=log n,65536,1,507509,7.7439727783203125
SRLSP,λ<=log n,65536,1,501534,7.652801513671875
SRLSP,λ<=log n,65536,1,482334,7.359832763671875
SRLSP,λ<=log n,65536,1,466544,7.118896484375
SRLSP,λ<=log n,65536,1,480264,7.3282470703125
SRLSP,λ<=log n,65536,1,457664,6.9833984375
SRLSP,λ<=log n,65536,1,501055,7.6454925537109375
SRLSP,λ<=log n,65536,1,481999,7.3547210693359375
SRLSP,λ<=log n,65536,1,461838,7.047088623046875
SRLSP,λ<=log n,65536,1,507759,7.7477874755859375
SRLSP,λ<=log n,65536,1,493360,7.528076171875
SRLSP,λ<=log n,65536,1,482187,7.3575897216796875
SRLSP,λ<=log n,65536,1,480343,7.3294525146484375
SSLSP,λ<=log n,65536,1,761893,11.625564575195312
SSLSP,λ<=log n,65536,1,722172,11.01947021484375
SSLSP,λ<=log n,65536,1,739313,11.281021118164062
SSLSP,λ<=log n,65536,1,857694,13.087371826171875
SSLSP,λ<=log n,65536,1,729300,11.12823486328125
SSLSP,λ<=log n,65536,1,778982,11.886322021484375
SSLSP,λ<=log n,65536,1,768604,11.72796630859375
SSLSP,λ<=log n,65536,1,893476,13.63336181640625
SSLSP,λ<=log n,65536,1,755720,11.5313720703125
SSLSP,λ<=log n,65536,1,857547,13.085128784179688
SSLSP,λ<=log n,65536,1,778353,11.876724243164062
SSLSP,λ<=log n,65536,1,820100,12.51373291015625
SSLSP,λ<=log n,65536,1,896241,13.675552368164062
SSLSP,λ<=log n,65536,1,816730,12.462310791015625
SSLSP,λ<=log n,65536,1,783215,11.950912475585938
SSLSP,λ<=log n,65536,1,863494,13.175872802734375
SSLSP,λ<=log n,65536,1,760853,11.609695434570312
SSLSP,λ<=log n,65536,1,835648,12.7509765625
SSLSP,λ<=log n,65536,1,751752,11.4708251953125
SSLSP,λ<=log n,65536,1,744384,11.3583984375
SSLSP,λ<=log n,65536,1,793886,12.113739013671875
SSLSP,λ<=log n,65536,1,782856,11.9454345703125
SSLSP,λ<=log n,65536,1,803398,12.258880615234375
SSLSP,λ<=log n,65536,1,759991,11.596542358398438
SSLSP,λ<=log n,65536,1,741299,11.311325073242188
SSLSP,λ<=log n,65536,1,785441,11.984878540039062
SSLSP,λ<=log n,65536,1,816998,12.466400146484375
SSLSP,λ<=log n,65536,1,791310,12.074432373046875
SSLSP,λ<=log n,65536,1,950148,14.49810791015625
SSLSP,λ<=log n,65536,1,748256,11.41748046875
SSLSP,λ<=log n,65536,1,819459,12.503952026367188
SSLSP,λ<=log n,65536,1,797736,12.1724853515625
SSLSP,λ<=log n,65536,1,734363,11.205490112304688
SSLSP,λ<=log n,65536,1,817500,12.47406005859375
SSLSP,λ<=log n,65536,1,744769,11.364273071289062
SSLSP,λ<=log n,65536,1,743187,11.340133666992188
SSLSP,λ<=log n,65536,1,728273,11.112564086914062
SSLSP,λ<=log n,65536,1,807630,12.323455810546875
SSLSP,λ<=log n,65536,1,765628,11.68255615234375
SSLSP,λ<=log n,65536,1,844641,12.888198852539062
SSLSP,λ<=log n,65536,1,840237,12.820999145507812
SSLSP,λ<=log n,65536,1,733533,11.192825317382812
SSLSP,λ<=log n,65536,1,782592,11.94140625
SSLSP,λ<=log n,65536,1,789829,12.051834106445312
SSLSP,λ<=log n,65536,1,845114,12.895416259765625
SSLSP,λ<=log n,65536,1,780484,11.90924072265625
SSLSP,λ<=log n,65536,1,774001,11.810317993164062
SSLSP,λ<=log n,65536,1,804323,12.272994995117188
SSLSP,λ<=log n,65536,1,757524,11.55889892578125
SSLSP,λ<=log n,65536,1,772518,11.787689208984375
SSLSP,λ<=log n,65536,1,989472,15.09814453125
SSLSP,λ<=log n,65536,1,759884,11.59490966796875
SSLSP,λ<=log n,65536,1,796697,12.156631469726562
SSLSP,λ<=log n,65536,1,776276,11.84503173828125
SSLSP,λ<=log n,65536,1,728090,11.109771728515625
SSLSP,λ<=log n,65536,1,751085,11.460647583007812
SSLSP,λ<=log n,65536,1,856220,13.06488037109375
SSLSP,λ<=log n,65536,1,837876,12.78497314453125
SSLSP,λ<=log n,65536,1,741174,11.309417724609375
SSLSP,λ<=log n,65536,1,917316,13.99713134765625
SSLSP,λ<=log n,65536,1,825253,12.592361450195312
SSLSP,λ<=log n,65536,1,782858,11.945465087890625
SSLSP,λ<=log n,65536,1,813736,12.4166259765625
SSLSP,λ<=log n,65536,1,805570,12.292022705078125
SSLSP,λ<=log n,65536,1,774754,11.821807861328125
SSLSP,λ<=log n,65536,1,736565,11.239089965820312
SSLSP,λ<=log n,65536,1,768960,11.7333984375
SSLSP,λ<=log n,65536,1,737495,11.253280639648438
SSLSP,λ<=log n,65536,1,784396,11.96893310546875
SSLSP,λ<=log n,65536,1,835774,12.752899169921875
SSLSP,λ<=log n,65536,1,864190,13.186492919921875
SSLSP,λ<=log n,65536,1,726830,11.090545654296875
SSLSP,λ<=log n,65536,1,807008,12.31396484375
SSLSP,λ<=log n,65536,1,856224,13.06494140625
SSLSP,λ<=log n,65536,1,829100,12.65106201171875
SSLSP,λ<=log n,65536,1,760593,11.605728149414062
SSLSP,λ<=log n,65536,1,880739,13.439010620117188
SSLSP,λ<=log n,65536,1,768161,11.721206665039062
SSLSP,λ<=log n,65536,1,853451,13.022628784179688
SSLSP,λ<=log n,65536,1,802552,12.2459716796875
SSLSP,λ<=log n,65536,1,849716,12.96563720703125
SSLSP,λ<=log n,65536,1,771726,11.775604248046875
SSLSP,λ<=log n,65536,1,821592,12.5364990234375
SSLSP,λ<=log n,65536,1,783944,11.9620361328125
SSLSP,λ<=log n,65536,1,742609,11.331314086914062
SSLSP,λ<=log n,65536,1,788774,12.035736083984375
SSLSP,λ<=log n,65536,1,790602,12.063629150390625
SSLSP,λ<=log n,65536,1,817466,12.473541259765625
SSLSP,λ<=log n,65536,1,839849,12.815078735351562
SSLSP,λ<=log n,65536,1,802529,12.245620727539062
SSLSP,λ<=log n,65536,1,745287,11.372177124023438
SSLSP,λ<=log n,65536,1,792721,12.095962524414062
SSLSP,λ<=log n,65536,1,757704,11.5616455078125
SSLSP,λ<=log n,65536,1,775245,11.829299926757812
SSLSP,λ<=log n,65536,1,815337,12.441055297851562
SSLSP,λ<=log n,65536,1,754338,11.510284423828125
SSLSP,λ<=log n,65536,1,764968,11.6724853515625
SSLSP,λ<=log n,65536,1,798865,12.189712524414062
SSLSP,λ<=log n,65536,1,793482,12.107574462890625
SSLSP,λ<=log n,65536,1,778044,11.87200927734375
SSDMP,λ<=log n,65536,1,742205,11.325149536132812
SSDMP,λ<=log n,65536,1,852347,13.005783081054688
SSDMP,λ<=log n,65536,1,696383,10.625961303710938
SSDMP,λ<=log n,65536,1,706617,10.782119750976562
SSDMP,λ<=log n,65536,1,721213,11.004837036132812
SSDMP,λ<=log n,65536,1,684375,10.442733764648438
SSDMP,λ<=log n,65536,1,691758,10.555389404296875
SSDMP,λ<=log n,65536,1,703557,10.735427856445312
SSDMP,λ<=log n,65536,1,724546,11.055694580078125
SSDMP,λ<=log n,65536,1,720461,10.993362426757812
SSDMP,λ<=log n,65536,1,719145,10.973281860351562
SSDMP,λ<=log n,65536,1,743456,11.34423828125
SSDMP,λ<=log n,65536,1,825635,12.598190307617188
SSDMP,λ<=log n,65536,1,809439,12.351058959960938
SSDMP,λ<=log n,65536,1,731757,11.165725708007812
SSDMP,λ<=log n,65536,1,754889,11.518692016601562
SSDMP,λ<=log n,65536,1,739836,11.28900146484375
SSDMP,λ<=log n,65536,1,683157,10.424148559570312
SSDMP,λ<=log n,65536,1,705287,10.761825561523438
SSDMP,λ<=log n,65536,1,759662,11.591522216796875
SSDMP,λ<=log n,65536,1,670726,10.234466552734375
SSDMP,λ<=log n,65536,1,691228,10.54730224609375
SSDMP,λ<=log n,65536,1,727122,11.095001220703125
SSDMP,λ<=log n,65536,1,700241,10.684829711914062
SSDMP,λ<=log n,65536,1,690256,10.532470703125
SSDMP,λ<=log n,65536,1,713418,10.885894775390625
SSDMP,λ<=log n,65536,1,795808,12.14306640625
SSDMP,λ<=log n,65536,1,705786,10.769439697265625
SSDMP,λ<=log n,65536,1,727237,11.096755981445312
SSDMP,λ<=log n,65536,1,683021,10.422073364257812
SSDMP,λ<=log n,65536,1,743550,11.345672607421875
SSDMP,λ<=log n,65536,1,878913,13.411148071289062
SSDMP,λ<=log n,65536,1,694355,10.595016479492188
SSDMP,λ<=log n,65536,1,767650,11.713409423828125
SSDMP,λ<=log n,65536,1,757210,11.554107666015625
SSDMP,λ<=log n,65536,1,679835,10.373458862304688
SSDMP,λ<=log n,65536,1,756760,11.5472412109375
SSDMP,λ<=log n,65536,1,760704,11.607421875
SSDMP,λ<=log n,65536,1,725898,11.076324462890625
SSDMP,λ<=log n,65536,1,723009,11.032241821289062
SSDMP,λ<=log n,65536,1,715532,10.91815185546875
SSDMP,λ<=log n,65536,1,707499,10.795578002929688
SSDMP,λ<=log n,65536,1,735407,11.221420288085938
SSDMP,λ<=log n,65536,1,768651,11.728683471679688
SSDMP,λ<=log n,65536,1,664988,10.14691162109375
SSDMP,λ<=log n,65536,1,701835,10.709152221679688
SSDMP,λ<=log n,65536,1,703795,10.739059448242188
SSDMP,λ<=log n,65536,1,750633,11.453750610351562
SSDMP,λ<=log n,65536,1,785489,11.985610961914062
SSDMP,λ<=log n,65536,1,760846,11.609588623046875
SSDMP,λ<=log n,65536,1,697721,10.646377563476562
SSDMP,λ<=log n,65536,1,701419,10.702804565429688
SSDMP,λ<=log n,65536,1,747954,11.412872314453125
SSDMP,λ<=log n,65536,1,726580,11.08673095703125
SSDMP,λ<=log n,65536,1,695907,10.618698120117188
SSDMP,λ<=log n,65536,1,715839,10.922836303710938
SSDMP,λ<=log n,65536,1,714774,10.906585693359375
SSDMP,λ<=log n,65536,1,684153,10.439346313476562
SSDMP,λ<=log n,65536,1,736531,11.238571166992188
SSDMP,λ<=log n,65536,1,711635,10.858688354492188
SSDMP,λ<=log n,65536,1,733960,11.1993408203125
SSDMP,λ<=log n,65536,1,737728,11.2568359375
SSDMP,λ<=log n,65536,1,690730,10.539703369140625
SSDMP,λ<=log n,65536,1,717099,10.942062377929688
SSDMP,λ<=log n,65536,1,687412,10.48907470703125
SSDMP,λ<=log n,65536,1,770179,11.751998901367188
SSDMP,λ<=log n,65536,1,765123,11.674850463867188
SSDMP,λ<=log n,65536,1,688809,10.510391235351562
SSDMP,λ<=log n,65536,1,842989,12.862991333007812
SSDMP,λ<=log n,65536,1,654424,9.9857177734375
SSDMP,λ<=log n,65536,1,677456,10.337158203125
SSDMP,λ<=log n,65536,1,810585,12.368545532226562
SSDMP,λ<=log n,65536,1,715175,10.912704467773438
SSDMP,λ<=log n,65536,1,703902,10.740692138671875
SSDMP,λ<=log n,65536,1,684843,10.449874877929688
SSDMP,λ<=log n,65536,1,719136,10.97314453125
SSDMP,λ<=log n,65536,1,747659,11.408370971679688
SSDMP,λ<=log n,65536,1,681537,10.399429321289062
SSDMP,λ<=log n,65536,1,706051,10.773483276367188
SSDMP,λ<=log n,65536,1,739656,11.2862548828125
SSDMP,λ<=log n,65536,1,699827,10.678512573242188
SSDMP,λ<=log n,65536,1,745960,11.3824462890625
SSDMP,λ<=log n,65536,1,697827,10.647994995117188
SSDMP,λ<=log n,65536,1,694582,10.598480224609375
SSDMP,λ<=log n,65536,1,720183,10.989120483398438
SSDMP,λ<=log n,65536,1,719241,10.974746704101562
SSDMP,λ<=log n,65536,1,755482,11.527740478515625
SSDMP,λ<=log n,65536,1,706521,10.780654907226562
SSDMP,λ<=log n,65536,1,742569,11.330703735351562
SSDMP,λ<=log n,65536,1,797343,12.166488647460938
SSDMP,λ<=log n,65536,1,759433,11.588027954101562
SSDMP,λ<=log n,65536,1,770471,11.756454467773438
SSDMP,λ<=log n,65536,1,688075,10.499191284179688
SSDMP,λ<=log n,65536,1,744232,11.3560791015625
SSDMP,λ<=log n,65536,1,766003,11.688278198242188
SSDMP,λ<=log n,65536,1,676065,10.315933227539062
SSDMP,λ<=log n,65536,1,753706,11.500640869140625
SSDMP,λ<=log n,65536,1,726069,11.078933715820312
SSDMP,λ<=log n,65536,1,788065,12.024917602539062
SSDMP,λ<=log n,65536,1,751134,11.461395263671875
SRDMP,λ<=log n,65536,1,529580,8.08074951171875
SRDMP,λ<=log n,65536,1,473793,7.2295074462890625
SRDMP,λ<=log n,65536,1,514507,7.8507537841796875
SRDMP,λ<=log n,65536,1,478032,7.294189453125
SRDMP,λ<=log n,65536,1,476986,7.278228759765625
SRDMP,λ<=log n,65536,1,513887,7.8412933349609375
SRDMP,λ<=log n,65536,1,473320,7.2222900390625
SRDMP,λ<=log n,65536,1,497894,7.597259521484375
SRDMP,λ<=log n,65536,1,514737,7.8542633056640625
SRDMP,λ<=log n,65536,1,477876,7.29180908203125
SRDMP,λ<=log n,65536,1,486278,7.420013427734375
SRDMP,λ<=log n,65536,1,513495,7.8353118896484375
SRDMP,λ<=log n,65536,1,479475,7.3162078857421875
SRDMP,λ<=log n,65536,1,505484,7.71307373046875
SRDMP,λ<=log n,65536,1,497589,7.5926055908203125
SRDMP,λ<=log n,65536,1,533044,8.13360595703125
SRDMP,λ<=log n,65536,1,535640,8.1732177734375
SRDMP,λ<=log n,65536,1,542211,8.273483276367188
SRDMP,λ<=log n,65536,1,516288,7.8779296875
SRDMP,λ<=log n,65536,1,488327,7.4512786865234375
SRDMP,λ<=log n,65536,1,542908,8.28411865234375
SRDMP,λ<=log n,65536,1,540601,8.248916625976562
SRDMP,λ<=log n,65536,1,495973,7.5679473876953125
SRDMP,λ<=log n,65536,1,484847,7.3981781005859375
SRDMP,λ<=log n,65536,1,493613,7.5319366455078125
SRDMP,λ<=log n,65536,1,494723,7.5488739013671875
SRDMP,λ<=log n,65536,1,525961,8.025527954101562
SRDMP,λ<=log n,65536,1,545887,8.329574584960938
SRDMP,λ<=log n,65536,1,477629,7.2880401611328125
SRDMP,λ<=log n,65536,1,486946,7.430206298828125
SRDMP,λ<=log n,65536,1,493026,7.522979736328125
SRDMP,λ<=log n,65536,1,502813,7.6723175048828125
SRDMP,λ<=log n,65536,1,474622,7.242156982421875
SRDMP,λ<=log n,65536,1,490422,7.483245849609375
SRDMP,λ<=log n,65536,1,568828,8.67962646484375
SRDMP,λ<=log n,65536,1,474496,7.240234375
SRDMP,λ<=log n,65536,1,495741,7.5644073486328125
SRDMP,λ<=log n,65536,1,470779,7.1835174560546875
SRDMP,λ<=log n,65536,1,482610,7.364044189453125
SRDMP,λ<=log n,65536,1,481140,7.34161376953125
SRDMP,λ<=log n,65536,1,493691,7.5331268310546875
SRDMP,λ<=log n,65536,1,524137,7.9976959228515625
SRDMP,λ<=log n,65536,1,517939,7.9031219482421875
SRDMP,λ<=log n,65536,1,480314,7.329010009765625
SRDMP,λ<=log n,65536,1,473801,7.2296295166015625
SRDMP,λ<=log n,65536,1,465400,7.1014404296875
SRDMP,λ<=log n,65536,1,475852,7.26092529296875
SRDMP,λ<=log n,65536,1,491038,7.492645263671875
SRDMP,λ<=log n,65536,1,484181,7.3880157470703125
SRDMP,λ<=log n,65536,1,512802,7.824737548828125
SRDMP,λ<=log n,65536,1,523767,7.9920501708984375
SRDMP,λ<=log n,65536,1,512515,7.8203582763671875
SRDMP,λ<=log n,65536,1,448630,6.845550537109375
SRDMP,λ<=log n,65536,1,479457,7.3159332275390625
SRDMP,λ<=log n,65536,1,563290,8.595123291015625
SRDMP,λ<=log n,65536,1,498317,7.6037139892578125
SRDMP,λ<=log n,65536,1,468447,7.1479339599609375
SRDMP,λ<=log n,65536,1,561257,8.564102172851562
SRDMP,λ<=log n,65536,1,490492,7.48431396484375
SRDMP,λ<=log n,65536,1,474127,7.2346038818359375
SRDMP,λ<=log n,65536,1,485064,7.4014892578125
SRDMP,λ<=log n,65536,1,505445,7.7124786376953125
SRDMP,λ<=log n,65536,1,496473,7.5755767822265625
SRDMP,λ<=log n,65536,1,487939,7.4453582763671875
SRDMP,λ<=log n,65536,1,484452,7.39215087890625
SRDMP,λ<=log n,65536,1,486972,7.43060302734375
SRDMP,λ<=log n,65536,1,501120,7.646484375
SRDMP,λ<=log n,65536,1,483511,7.3777923583984375
SRDMP,λ<=log n,65536,1,492163,7.5098114013671875
SRDMP,λ<=log n,65536,1,484493,7.3927764892578125
SRDMP,λ<=log n,65536,1,517102,7.890350341796875
SRDMP,λ<=log n,65536,1,510390,7.787933349609375
SRDMP,λ<=log n,65536,1,470313,7.1764068603515625
SRDMP,λ<=log n,65536,1,505795,7.7178192138671875
SRDMP,λ<=log n,65536,1,526730,8.037261962890625
SRDMP,λ<=log n,65536,1,504897,7.7041168212890625
SRDMP,λ<=log n,65536,1,554748,8.46478271484375
SRDMP,λ<=log n,65536,1,484331,7.3903045654296875
SRDMP,λ<=log n,65536,1,456637,6.9677276611328125
SRDMP,λ<=log n,65536,1,492331,7.5123748779296875
SRDMP,λ<=log n,65536,1,473803,7.2296600341796875
SRDMP,λ<=log n,65536,1,514975,7.8578948974609375
SRDMP,λ<=log n,65536,1,524596,8.00469970703125
SRDMP,λ<=log n,65536,1,479631,7.3185882568359375
SRDMP,λ<=log n,65536,1,530700,8.09783935546875
SRDMP,λ<=log n,65536,1,480264,7.3282470703125
SRDMP,λ<=log n,65536,1,477942,7.292816162109375
SRDMP,λ<=log n,65536,1,477268,7.28253173828125
SRDMP,λ<=log n,65536,1,486939,7.4300994873046875
SRDMP,λ<=log n,65536,1,522502,7.972747802734375
SRDMP,λ<=log n,65536,1,520255,7.9384613037109375
SRDMP,λ<=log n,65536,1,476013,7.2633819580078125
SRDMP,λ<=log n,65536,1,558227,8.517868041992188
SRDMP,λ<=log n,65536,1,468293,7.1455841064453125
SRDMP,λ<=log n,65536,1,494872,7.5511474609375
SRDMP,λ<=log n,65536,1,528760,8.0682373046875
SRDMP,λ<=log n,65536,1,487481,7.4383697509765625
SRDMP,λ<=log n,65536,1,504742,7.701751708984375
SRDMP,λ<=log n,65536,1,446597,6.8145294189453125
SRDMP,λ<=log n,65536,1,482435,7.3613739013671875
SHDMP,λ<=log n,65536,1,474497,7.2402496337890625
SHDMP,λ<=log n,65536,1,444397,6.7809600830078125
SHDMP,λ<=log n,65536,1,482787,7.3667449951171875
SHDMP,λ<=log n,65536,1,467567,7.1345062255859375
SHDMP,λ<=log n,65536,1,469180,7.15911865234375
SHDMP,λ<=log n,65536,1,475825,7.2605133056640625
SHDMP,λ<=log n,65536,1,533385,8.138809204101562
SHDMP,λ<=log n,65536,1,521516,7.95770263671875
SHDMP,λ<=log n,65536,1,493579,7.5314178466796875
SHDMP,λ<=log n,65536,1,492480,7.5146484375
SHDMP,λ<=log n,65536,1,469824,7.1689453125
SHDMP,λ<=log n,65536,1,520885,7.9480743408203125
SHDMP,λ<=log n,65536,1,460622,7.028533935546875
SHDMP,λ<=log n,65536,1,457224,6.9766845703125
SHDMP,λ<=log n,65536,1,428214,6.534027099609375
SHDMP,λ<=log n,65536,1,482106,7.356353759765625
SHDMP,λ<=log n,65536,1,471889,7.2004547119140625
SHDMP,λ<=log n,65536,1,442782,6.756317138671875
SHDMP,λ<=log n,65536,1,474254,7.236541748046875
SHDMP,λ<=log n,65536,1,468667,7.1512908935546875
SHDMP,λ<=log n,65536,1,506398,7.727020263671875
SHDMP,λ<=log n,65536,1,455581,6.9516143798828125
SHDMP,λ<=log n,65536,1,475213,7.2511749267578125
SHDMP,λ<=log n,65536,1,469725,7.1674346923828125
SHDMP,λ<=log n,65536,1,463339,7.0699920654296875
SHDMP,λ<=log n,65536,1,479173,7.3115997314453125
SHDMP,λ<=log n,65536,1,519293,7.9237823486328125
SHDMP,λ<=log n,65536,1,472067,7.2031707763671875
SHDMP,λ<=log n,65536,1,469949,7.1708526611328125
SHDMP,λ<=log n,65536,1,508758,7.763031005859375
SHDMP,λ<=log n,65536,1,458654,6.998504638671875
SHDMP,λ<=log n,65536,1,447221,6.8240509033203125
SHDMP,λ<=log n,65536,1,447416,6.8270263671875
SHDMP,λ<=log n,65536,1,444266,6.778961181640625
SHDMP,λ<=log n,65536,1,473092,7.21881103515625
SHDMP,λ<=log n,65536,1,455178,6.945465087890625
SHDMP,λ<=log n,65536,1,447993,6.8358306884765625
SHDMP,λ<=log n,65536,1,537146,8.196197509765625
SHDMP,λ<=log n,65536,1,500976,7.644287109375
SHDMP,λ<=log n,65536,1,504132,7.69244384765625
SHDMP,λ<=log n,65536,1,460371,7.0247039794921875
SHDMP,λ<=log n,65536,1,483048,7.3707275390625
SHDMP,λ<=log n,65536,1,457048,6.9739990234375
SHDMP,λ<=log n,65536,1,488112,7.447998046875
SHDMP,λ<=log n,65536,1,472520,7.2100830078125
SHDMP,λ<=log n,65536,1,534567,8.156845092773438
SHDMP,λ<=log n,65536,1,498426,7.605377197265625
SHDMP,λ<=log n,65536,1,485524,7.40850830078125
SHDMP,λ<=log n,65536,1,480462,7.331268310546875
SHDMP,λ<=log n,65536,1,478861,7.3068389892578125
SHDMP,λ<=log n,65536,1,444421,6.7813262939453125
SHDMP,λ<=log n,65536,1,479630,7.318572998046875
SHDMP,λ<=log n,65536,1,470319,7.1764984130859375
SHDMP,λ<=log n,65536,1,458938,7.002838134765625
SHDMP,λ<=log n,65536,1,524823,8.008163452148438
SHDMP,λ<=log n,65536,1,461266,7.038360595703125
SHDMP,λ<=log n,65536,1,449355,6.8566131591796875
SHDMP,λ<=log n,65536,1,456670,6.968231201171875
SHDMP,λ<=log n,65536,1,430804,6.57354736328125
SHDMP,λ<=log n,65536,1,433871,6.6203460693359375
SHDMP,λ<=log n,65536,1,483443,7.3767547607421875
SHDMP,λ<=log n,65536,1,430653,6.5712432861328125
SHDMP,λ<=log n,65536,1,428130,6.532745361328125
SHDMP,λ<=log n,65536,1,442792,6.7564697265625
SHDMP,λ<=log n,65536,1,463052,7.06561279296875
SHDMP,λ<=log n,65536,1,449099,6.8527069091796875
SHDMP,λ<=log n,65536,1,482122,7.356597900390625
SHDMP,λ<=log n,65536,1,438833,6.6960601806640625
SHDMP,λ<=log n,65536,1,452031,6.8974456787109375
SHDMP,λ<=log n,65536,1,427306,6.520172119140625
SHDMP,λ<=log n,65536,1,449763,6.8628387451171875
SHDMP,λ<=log n,65536,1,534518,8.156097412109375
SHDMP,λ<=log n,65536,1,474407,7.2388763427734375
SHDMP,λ<=log n,65536,1,452906,6.910797119140625
SHDMP,λ<=log n,65536,1,466340,7.11578369140625
SHDMP,λ<=log n,65536,1,459713,7.0146636962890625
SHDMP,λ<=log n,65536,1,441328,6.734130859375
SHDMP,λ<=log n,65536,1,533854,8.145965576171875
SHDMP,λ<=log n,65536,1,470589,7.1806182861328125
SHDMP,λ<=log n,65536,1,474927,7.2468109130859375
SHDMP,λ<=log n,65536,1,464815,7.0925140380859375
SHDMP,λ<=log n,65536,1,438391,6.6893157958984375
SHDMP,λ<=log n,65536,1,499072,7.615234375
SHDMP,λ<=log n,65536,1,519383,7.9251556396484375
SHDMP,λ<=log n,65536,1,498278,7.603118896484375
SHDMP,λ<=log n,65536,1,474788,7.24468994140625
SHDMP,λ<=log n,65536,1,474705,7.2434234619140625
SHDMP,λ<=log n,65536,1,506134,7.722991943359375
SHDMP,λ<=log n,65536,1,460745,7.0304107666015625
SHDMP,λ<=log n,65536,1,440639,6.7236175537109375
SHDMP,λ<=log n,65536,1,488895,7.4599456787109375
SHDMP,λ<=log n,65536,1,471706,7.197662353515625
SHDMP,λ<=log n,65536,1,492816,7.519775390625
SHDMP,λ<=log n,65536,1,438982,6.698333740234375
SHDMP,λ<=log n,65536,1,524473,8.002822875976562
SHDMP,λ<=log n,65536,1,534526,8.156219482421875
SHDMP,λ<=log n,65536,1,448821,6.8484649658203125
SHDMP,λ<=log n,65536,1,457773,6.9850616455078125
SHDMP,λ<=log n,65536,1,441288,6.7335205078125
SHDMP,λ<=log n,65536,1,479626,7.318511962890625
SHLMP,λ<=log n,65536,1,448513,6.8437652587890625
SHLMP,λ<=log n,65536,1,490748,7.48822021484375
SHLMP,λ<=log n,65536,1,479485,7.3163604736328125
SHLMP,λ<=log n,65536,1,450009,6.8665924072265625
SHLMP,λ<=log n,65536,1,508897,7.7651519775390625
SHLMP,λ<=log n,65536,1,471718,7.197845458984375
SHLMP,λ<=log n,65536,1,520201,7.9376373291015625
SHLMP,λ<=log n,65536,1,450075,6.8675994873046875
SHLMP,λ<=log n,65536,1,462103,7.0511322021484375
SHLMP,λ<=log n,65536,1,450020,6.86676025390625
SHLMP,λ<=log n,65536,1,489449,7.4683990478515625
SHLMP,λ<=log n,65536,1,502341,7.6651153564453125
SHLMP,λ<=log n,65536,1,477211,7.2816619873046875
SHLMP,λ<=log n,65536,1,472739,7.2134246826171875
SHLMP,λ<=log n,65536,1,478398,7.299774169921875
SHLMP,λ<=log n,65536,1,440208,6.717041015625
SHLMP,λ<=log n,65536,1,476187,7.2660369873046875
SHLMP,λ<=log n,65536,1,496757,7.5799102783203125
SHLMP,λ<=log n,65536,1,448029,6.8363800048828125
SHLMP,λ<=log n,65536,1,457846,6.986175537109375
SHLMP,λ<=log n,65536,1,455513,6.9505767822265625
SHLMP,λ<=log n,65536,1,463992,7.0799560546875
SHLMP,λ<=log n,65536,1,448184,6.8387451171875
SHLMP,λ<=log n,65536,1,508732,7.76263427734375
SHLMP,λ<=log n,65536,1,458359,6.9940032958984375
SHLMP,λ<=log n,65536,1,444169,6.7774810791015625
SHLMP,λ<=log n,65536,1,451677,6.8920440673828125
SHLMP,λ<=log n,65536,1,456473,6.9652252197265625
SHLMP,λ<=log n,65536,1,463777,7.0766754150390625
SHLMP,λ<=log n,65536,1,455808,6.955078125
SHLMP,λ<=log n,65536,1,443476,6.76690673828125
SHLMP,λ<=log n,65536,1,446328,6.8104248046875
SHLMP,λ<=log n,65536,1,472432,7.208740234375
SHLMP,λ<=log n,65536,1,466628,7.12017822265625
SHLMP,λ<=log n,65536,1,564045,8.606643676757812
SHLMP,λ<=log n,65536,1,490199,7.4798431396484375
SHLMP,λ<=log n,65536,1,466882,7.124053955078125
SHLMP,λ<=log n,65536,1,466603,7.1197967529296875
SHLMP,λ<=log n,65536,1,495324,7.55804443359375
SHLMP,λ<=log n,65536,1,443001,6.7596588134765625
SHLMP,λ<=log n,65536,1,456274,6.962188720703125
SHLMP,λ<=log n,65536,1,495286,7.557464599609375
SHLMP,λ<=log n,65536,1,445180,6.79290771484375
SHLMP,λ<=log n,65536,1,474069,7.2337188720703125
SHLMP,λ<=log n,65536,1,495714,7.563995361328125
SHLMP,λ<=log n,65536,1,484719,7.3962249755859375
SHLMP,λ<=log n,65536,1,481127,7.3414154052734375
SHLMP,λ<=log n,65536,1,462873,7.0628814697265625
SHLMP,λ<=log n,65536,1,448305,6.8405914306640625
SHLMP,λ<=log n,65536,1,445768,6.8018798828125
SHLMP,λ<=log n,65536,1,474068,7.23370361328125
SHLMP,λ<=log n,65536,1,457864,6.9864501953125
SHLMP,λ<=log n,65536,1,444528,6.782958984375
SHLMP,λ<=log n,65536,1,500406,7.635589599609375
SHLMP,λ<=log n,65536,1,458224,6.991943359375
SHLMP,λ<=log n,65536,1,453587,6.9211883544921875
SHLMP,λ<=log n,65536,1,457851,6.9862518310546875
SHLMP,λ<=log n,65536,1,455349,6.9480743408203125
SHLMP,λ<=log n,65536,1,489255,7.4654388427734375
SHLMP,λ<=log n,65536,1,444218,6.778228759765625
SHLMP,λ<=log n,65536,1,446513,6.8132476806640625
SHLMP,λ<=log n,65536,1,455857,6.9558258056640625
SHLMP,λ<=log n,65536,1,449721,6.8621978759765625
SHLMP,λ<=log n,65536,1,534164,8.15069580078125
SHLMP,λ<=log n,65536,1,498648,7.6087646484375
SHLMP,λ<=log n,65536,1,449342,6.856414794921875
SHLMP,λ<=log n,65536,1,452358,6.902435302734375
SHLMP,λ<=log n,65536,1,463206,7.067962646484375
SHLMP,λ<=log n,65536,1,441774,6.740936279296875
SHLMP,λ<=log n,65536,1,465920,7.109375
SHLMP,λ<=log n,65536,1,463669,7.0750274658203125
SHLMP,λ<=log n,65536,1,489320,7.4664306640625
SHLMP,λ<=log n,65536,1,503770,7.686920166015625
SHLMP,λ<=log n,65536,1,460580,7.02789306640625
SHLMP,λ<=log n,65536,1,513034,7.828277587890625
SHLMP,λ<=log n,65536,1,460378,7.024810791015625
SHLMP,λ<=log n,65536,1,465373,7.1010284423828125
SHLMP,λ<=log n,65536,1,497371,7.5892791748046875
SHLMP,λ<=log n,65536,1,497399,7.5897064208984375
SHLMP,λ<=log n,65536,1,464093,7.0814971923828125
SHLMP,λ<=log n,65536,1,456742,6.969329833984375
SHLMP,λ<=log n,65536,1,448279,6.8401947021484375
SHLMP,λ<=log n,65536,1,462554,7.058013916015625
SHLMP,λ<=log n,65536,1,461724,7.04534912109375
SHLMP,λ<=log n,65536,1,440192,6.716796875
SHLMP,λ<=log n,65536,1,437154,6.670440673828125
SHLMP,λ<=log n,65536,1,479306,7.313629150390625
SHLMP,λ<=log n,65536,1,469525,7.1643829345703125
SHLMP,λ<=log n,65536,1,453443,6.9189910888671875
SHLMP,λ<=log n,65536,1,499353,7.6195220947265625
SHLMP,λ<=log n,65536,1,461174,7.036956787109375
SHLMP,λ<=log n,65536,1,472733,7.2133331298828125
SHLMP,λ<=log n,65536,1,538981,8.224197387695312
SHLMP,λ<=log n,65536,1,448760,6.8475341796875
SHLMP,λ<=log n,65536,1,452038,6.897552490234375
SHLMP,λ<=log n,65536,1,485489,7.4079742431640625
SHLMP,λ<=log n,65536,1,466687,7.1210784912109375
SHLMP,λ<=log n,65536,1,443098,6.761138916015625
SHLMP,λ<=log n,65536,1,482745,7.3661041259765625
SHLMP,λ<=log n,65536,1,474357,7.2381134033203125
SRLMP,λ<=log n,65536,1,428617,6.5401763916015625
SRLMP,λ<=log n,65536,1,478578,7.302520751953125
SRLMP,λ<=log n,65536,1,454627,6.9370574951171875
SRLMP,λ<=log n,65536,1,468574,7.149871826171875
SRLMP,λ<=log n,65536,1,461696,7.044921875
SRLMP,λ<=log n,65536,1,492719,7.5182952880859375
SRLMP,λ<=log n,65536,1,434891,6.6359100341796875
SRLMP,λ<=log n,65536,1,443778,6.771514892578125
SRLMP,λ<=log n,65536,1,468165,7.1436309814453125
SRLMP,λ<=log n,65536,1,467891,7.1394500732421875
SRLMP,λ<=log n,65536,1,434776,6.6341552734375
SRLMP,λ<=log n,65536,1,471974,7.201751708984375
SRLMP,λ<=log n,65536,1,477168,7.281005859375
SRLMP,λ<=log n,65536,1,456256,6.9619140625
SRLMP,λ<=log n,65536,1,457548,6.98162841796875
SRLMP,λ<=log n,65536,1,525010,8.011016845703125
SRLMP,λ<=log n,65536,1,537894,8.207611083984375
SRLMP,λ<=log n,65536,1,465945,7.1097564697265625
SRLMP,λ<=log n,65536,1,467192,7.1287841796875
SRLMP,λ<=log n,65536,1,463930,7.079010009765625
SRLMP,λ<=log n,65536,1,461851,7.0472869873046875
SRLMP,λ<=log n,65536,1,489708,7.47235107421875
SRLMP,λ<=log n,65536,1,522803,7.9773406982421875
SRLMP,λ<=log n,65536,1,489778,7.473419189453125
SRLMP,λ<=log n,65536,1,465917,7.1093292236328125
SRLMP,λ<=log n,65536,1,432231,6.5953216552734375
SRLMP,λ<=log n,65536,1,459677,7.0141143798828125
SRLMP,λ<=log n,65536,1,441482,6.736480712890625
SRLMP,λ<=log n,65536,1,483461,7.3770294189453125
SRLMP,λ<=log n,65536,1,453822,6.924774169921875
SRLMP,λ<=log n,65536,1,437214,6.671356201171875
SRLMP,λ<=log n,65536,1,490460,7.48382568359375
SRLMP,λ<=log n,65536,1,465321,7.1002349853515625
SRLMP,λ<=log n,65536,1,465694,7.105926513671875
SRLMP,λ<=log n,65536,1,452574,6.905731201171875
SRLMP,λ<=log n,65536,1,492809,7.5196685791015625
SRLMP,λ<=log n,65536,1,452785,6.9089508056640625
SRLMP,λ<=log n,65536,1,453330,6.917266845703125
SRLMP,λ<=log n,65536,1,479884,7.32244873046875
SRLMP,λ<=log n,65536,1,445426,6.796661376953125
SRLMP,λ<=log n,65536,1,457652,6.98321533203125
SRLMP,λ<=log n,65536,1,531383,8.108261108398438
SRLMP,λ<=log n,65536,1,485065,7.4015045166015625
SRLMP,λ<=log n,65536,1,476617,7.2725982666015625
SRLMP,λ<=log n,65536,1,580753,8.861587524414062
SRLMP,λ<=log n,65536,1,480574,7.332977294921875
SRLMP,λ<=log n,65536,1,462078,7.050750732421875
SRLMP,λ<=log n,65536,1,465614,7.104705810546875
SRLMP,λ<=log n,65536,1,466498,7.118194580078125
SRLMP,λ<=log n,65536,1,450342,6.871673583984375
SRLMP,λ<=log n,65536,1,457401,6.9793853759765625
SRLMP,λ<=log n,65536,1,470570,7.180328369140625
SRLMP,λ<=log n,65536,1,440506,6.721588134765625
SRLMP,λ<=log n,65536,1,428547,6.5391082763671875
SRLMP,λ<=log n,65536,1,459705,7.0145416259765625
SRLMP,λ<=log n,65536,1,434371,6.6279754638671875
SRLMP,λ<=log n,65536,1,449020,6.85150146484375
SRLMP,λ<=log n,65536,1,486142,7.417938232421875
SRLMP,λ<=log n,65536,1,615715,9.395065307617188
SRLMP,λ<=log n,65536,1,431060,6.57745361328125
SRLMP,λ<=log n,65536,1,462982,7.064544677734375
SRLMP,λ<=log n,65536,1,448753,6.8474273681640625
SRLMP,λ<=log n,65536,1,466761,7.1222076416015625
SRLMP,λ<=log n,65536,1,440405,6.7200469970703125
SRLMP,λ<=log n,65536,1,474492,7.24017333984375
SRLMP,λ<=log n,65536,1,473035,7.2179412841796875
SRLMP,λ<=log n,65536,1,464888,7.0936279296875
SRLMP,λ<=log n,65536,1,476115,7.2649383544921875
SRLMP,λ<=log n,65536,1,447095,6.8221282958984375
SRLMP,λ<=log n,65536,1,505081,7.7069244384765625
SRLMP,λ<=log n,65536,1,478139,7.2958221435546875
SRLMP,λ<=log n,65536,1,485540,7.40875244140625
SRLMP,λ<=log n,65536,1,459136,7.005859375
SRLMP,λ<=log n,65536,1,497129,7.5855865478515625
SRLMP,λ<=log n,65536,1,431462,6.583587646484375
SRLMP,λ<=log n,65536,1,499339,7.6193084716796875
SRLMP,λ<=log n,65536,1,448116,6.83770751953125
SRLMP,λ<=log n,65536,1,486108,7.41741943359375
SRLMP,λ<=log n,65536,1,441641,6.7389068603515625
SRLMP,λ<=log n,65536,1,512808,7.8248291015625
SRLMP,λ<=log n,65536,1,497405,7.5897979736328125
SRLMP,λ<=log n,65536,1,483015,7.3702239990234375
SRLMP,λ<=log n,65536,1,462590,7.058563232421875
SRLMP,λ<=log n,65536,1,444373,6.7805938720703125
SRLMP,λ<=log n,65536,1,437902,6.681854248046875
SRLMP,λ<=log n,65536,1,518320,7.908935546875
SRLMP,λ<=log n,65536,1,461080,7.0355224609375
SRLMP,λ<=log n,65536,1,471075,7.1880340576171875
SRLMP,λ<=log n,65536,1,449237,6.8548126220703125
SRLMP,λ<=log n,65536,1,474731,7.2438201904296875
SRLMP,λ<=log n,65536,1,481417,7.3458404541015625
SRLMP,λ<=log n,65536,1,490930,7.490997314453125
SRLMP,λ<=log n,65536,1,461013,7.0345001220703125
SRLMP,λ<=log n,65536,1,448710,6.846771240234375
SRLMP,λ<=log n,65536,1,463294,7.069305419921875
SRLMP,λ<=log n,65536,1,509339,7.7718963623046875
SRLMP,λ<=log n,65536,1,503056,7.676025390625
SRLMP,λ<=log n,65536,1,496817,7.5808258056640625
SRLMP,λ<=log n,65536,1,452863,6.9101409912109375
SRLMP,λ<=log n,65536,1,519117,7.9210968017578125
SSLMP,λ<=log n,65536,1,783787,11.959640502929688
SSLMP,λ<=log n,65536,1,791325,12.074661254882812
SSLMP,λ<=log n,65536,1,792758,12.096527099609375
SSLMP,λ<=log n,65536,1,746587,11.392013549804688
SSLMP,λ<=log n,65536,1,805231,12.286849975585938
SSLMP,λ<=log n,65536,1,759670,11.591644287109375
SSLMP,λ<=log n,65536,1,741809,11.319107055664062
SSLMP,λ<=log n,65536,1,793244,12.10394287109375
SSLMP,λ<=log n,65536,1,749164,11.43133544921875
SSLMP,λ<=log n,65536,1,722299,11.021408081054688
SSLMP,λ<=log n,65536,1,772542,11.788055419921875
SSLMP,λ<=log n,65536,1,759100,11.58294677734375
SSLMP,λ<=log n,65536,1,808176,12.331787109375
SSLMP,λ<=log n,65536,1,783518,11.955535888671875
SSLMP,λ<=log n,65536,1,822438,12.549407958984375
SSLMP,λ<=log n,65536,1,798514,12.184356689453125
SSLMP,λ<=log n,65536,1,767484,11.71087646484375
SSLMP,λ<=log n,65536,1,772713,11.790664672851562
SSLMP,λ<=log n,65536,1,764323,11.662643432617188
SSLMP,λ<=log n,65536,1,876885,13.380203247070312
SSLMP,λ<=log n,65536,1,780686,11.912322998046875
SSLMP,λ<=log n,65536,1,736494,11.238006591796875
SSLMP,λ<=log n,65536,1,811782,12.386810302734375
SSLMP,λ<=log n,65536,1,747627,11.407882690429688
SSLMP,λ<=log n,65536,1,761807,11.624252319335938
SSLMP,λ<=log n,65536,1,778981,11.886306762695312
SSLMP,λ<=log n,65536,1,734943,11.214340209960938
SSLMP,λ<=log n,65536,1,753040,11.490478515625
SSLMP,λ<=log n,65536,1,775259,11.829513549804688
SSLMP,λ<=log n,65536,1,728615,11.117782592773438
SSLMP,λ<=log n,65536,1,725091,11.064010620117188
SSLMP,λ<=log n,65536,1,732621,11.178909301757812
SSLMP,λ<=log n,65536,1,821197,12.530471801757812
SSLMP,λ<=log n,65536,1,768939,11.733078002929688
SSLMP,λ<=log n,65536,1,811917,12.388870239257812
SSLMP,λ<=log n,65536,1,715837,10.922805786132812
SSLMP,λ<=log n,65536,1,690781,10.540481567382812
SSLMP,λ<=log n,65536,1,782276,11.93658447265625
SSLMP,λ<=log n,65536,1,754192,11.508056640625
SSLMP,λ<=log n,65536,1,738107,11.262619018554688
SSLMP,λ<=log n,65536,1,816165,12.453689575195312
SSLMP,λ<=log n,65536,1,739509,11.284011840820312
SSLMP,λ<=log n,65536,1,777489,11.863540649414062
SSLMP,λ<=log n,65536,1,775733,11.836746215820312
SSLMP,λ<=log n,65536,1,725603,11.071823120117188
SSLMP,λ<=log n,65536,1,798406,12.182708740234375
SSLMP,λ<=log n,65536,1,755130,11.522369384765625
SSLMP,λ<=log n,65536,1,667786,10.189605712890625
SSLMP,λ<=log n,65536,1,788629,12.033523559570312
SSLMP,λ<=log n,65536,1,769062,11.734954833984375
SSLMP,λ<=log n,65536,1,757285,11.555252075195312
SSLMP,λ<=log n,65536,1,791351,12.075057983398438
SSLMP,λ<=log n,65536,1,768999,11.733993530273438
SSLMP,λ<=log n,65536,1,747259,11.402267456054688
SSLMP,λ<=log n,65536,1,736366,11.236053466796875
SSLMP,λ<=log n,65536,1,693784,10.5863037109375
SSLMP,λ<=log n,65536,1,857935,13.091049194335938
SSLMP,λ<=log n,65536,1,771653,11.774490356445312
SSLMP,λ<=log n,65536,1,692422,10.565521240234375
SSLMP,λ<=log n,65536,1,812631,12.399765014648438
SSLMP,λ<=log n,65536,1,783676,11.95794677734375
SSLMP,λ<=log n,65536,1,805703,12.294052124023438
SSLMP,λ<=log n,65536,1,804821,12.280593872070312
SSLMP,λ<=log n,65536,1,795764,12.14239501953125
SSLMP,λ<=log n,65536,1,688981,10.513015747070312
SSLMP,λ<=log n,65536,1,748698,11.424224853515625
SSLMP,λ<=log n,65536,1,733181,11.187454223632812
SSLMP,λ<=log n,65536,1,703560,10.7354736328125
SSLMP,λ<=log n,65536,1,782662,11.942474365234375
SSLMP,λ<=log n,65536,1,706798,10.784881591796875
SSLMP,λ<=log n,65536,1,869997,13.275100708007812
SSLMP,λ<=log n,65536,1,761255,11.615829467773438
SSLMP,λ<=log n,65536,1,813494,12.412933349609375
SSLMP,λ<=log n,65536,1,747938,11.412628173828125
SSLMP,λ<=log n,65536,1,824805,12.585525512695312
SSLMP,λ<=log n,65536,1,809406,12.350555419921875
SSLMP,λ<=log n,65536,1,736219,11.233810424804688
SSLMP,λ<=log n,65536,1,767018,11.703765869140625
SSLMP,λ<=log n,65536,1,758659,11.576217651367188
SSLMP,λ<=log n,65536,1,707037,10.788528442382812
SSLMP,λ<=log n,65536,1,790387,12.060348510742188
SSLMP,λ<=log n,65536,1,791381,12.075515747070312
SSLMP,λ<=log n,65536,1,763780,11.65435791015625
SSLMP,λ<=log n,65536,1,980317,14.958450317382812
SSLMP,λ<=log n,65536,1,748326,11.418548583984375
SSLMP,λ<=log n,65536,1,724554,11.055816650390625
SSLMP,λ<=log n,65536,1,796479,12.153305053710938
SSLMP,λ<=log n,65536,1,790072,12.0555419921875
SSLMP,λ<=log n,65536,1,805767,12.295028686523438
SSLMP,λ<=log n,65536,1,779988,11.90167236328125
SSLMP,λ<=log n,65536,1,733521,11.192642211914062
SSLMP,λ<=log n,65536,1,729259,11.127609252929688
SSLMP,λ<=log n,65536,1,736675,11.240768432617188
SSLMP,λ<=log n,65536,1,768846,11.731658935546875
SSLMP,λ<=log n,65536,1,748605,11.422805786132812
SSLMP,λ<=log n,65536,1,759878,11.594818115234375
SSLMP,λ<=log n,65536,1,742571,11.330734252929688
SSLMP,λ<=log n,65536,1,725026,11.063018798828125
SSLMP,λ<=log n,65536,1,753960,11.5045166015625
SSLMP,λ<=log n,65536,1,805141,12.285476684570312
SSDIP,λ<=log n,65536,1,867938,13.243682861328125
SSDIP,λ<=log n,65536,1,851282,12.989532470703125
SSDIP,λ<=log n,65536,1,773253,11.798904418945312
SSDIP,λ<=log n,65536,1,846949,12.923416137695312
SSDIP,λ<=log n,65536,1,827304,12.6236572265625
SSDIP,λ<=log n,65536,1,760306,11.601348876953125
SSDIP,λ<=log n,65536,1,817355,12.471847534179688
SSDIP,λ<=log n,65536,1,916484,13.98443603515625
SSDIP,λ<=log n,65536,1,790826,12.067047119140625
SSDIP,λ<=log n,65536,1,797602,12.170440673828125
SSDIP,λ<=log n,65536,1,765672,11.6832275390625
SSDIP,λ<=log n,65536,1,839950,12.816619873046875
SSDIP,λ<=log n,65536,1,770567,11.757919311523438
SSDIP,λ<=log n,65536,1,885154,13.506378173828125
SSDIP,λ<=log n,65536,1,832087,12.696640014648438
SSDIP,λ<=log n,65536,1,697137,10.637466430664062
SSDIP,λ<=log n,65536,1,808305,12.333755493164062
SSDIP,λ<=log n,65536,1,766207,11.691390991210938
SSDIP,λ<=log n,65536,1,848347,12.944747924804688
SSDIP,λ<=log n,65536,1,765259,11.676925659179688
SSDIP,λ<=log n,65536,1,766991,11.703353881835938
SSDIP,λ<=log n,65536,1,758374,11.571868896484375
SSDIP,λ<=log n,65536,1,814588,12.42962646484375
SSDIP,λ<=log n,65536,1,845794,12.905792236328125
SSDIP,λ<=log n,65536,1,722913,11.030776977539062
SSDIP,λ<=log n,65536,1,736723,11.241500854492188
SSDIP,λ<=log n,65536,1,780185,11.904678344726562
SSDIP,λ<=log n,65536,1,772905,11.793594360351562
SSDIP,λ<=log n,65536,1,827997,12.634231567382812
SSDIP,λ<=log n,65536,1,766992,11.703369140625
SSDIP,λ<=log n,65536,1,871808,13.302734375
SSDIP,λ<=log n,65536,1,789108,12.04083251953125
SSDIP,λ<=log n,65536,1,762036,11.62774658203125
SSDIP,λ<=log n,65536,1,767660,11.71356201171875
SSDIP,λ<=log n,65536,1,749561,11.437393188476562
SSDIP,λ<=log n,65536,1,762876,11.64056396484375
SSDIP,λ<=log n,65536,1,786651,12.003341674804688
SSDIP,λ<=log n,65536,1,865370,13.204498291015625
SSDIP,λ<=log n,65536,1,760808,11.6090087890625
SSDIP,λ<=log n,65536,1,822341,12.547927856445312
SSDIP,λ<=log n,65536,1,745110,11.369476318359375
SSDIP,λ<=log n,65536,1,807394,12.319854736328125
SSDIP,λ<=log n,65536,1,764854,11.670745849609375
SSDIP,λ<=log n,65536,1,858773,13.103836059570312
SSDIP,λ<=log n,65536,1,813621,12.414871215820312
SSDIP,λ<=log n,65536,1,784788,11.97491455078125
SSDIP,λ<=log n,65536,1,849789,12.966751098632812
SSDIP,λ<=log n,65536,1,889789,13.577102661132812
SSDIP,λ<=log n,65536,1,761389,11.617874145507812
SSDIP,λ<=log n,65536,1,788320,12.02880859375
SSDIP,λ<=log n,65536,1,734319,11.204818725585938
SSDIP,λ<=log n,65536,1,809694,12.354949951171875
SSDIP,λ<=log n,65536,1,768014,11.718963623046875
SSDIP,λ<=log n,65536,1,825141,12.590652465820312
SSDIP,λ<=log n,65536,1,773776,11.806884765625
SSDIP,λ<=log n,65536,1,809108,12.34600830078125
SSDIP,λ<=log n,65536,1,777327,11.861068725585938
SSDIP,λ<=log n,65536,1,815393,12.441909790039062
SSDIP,λ<=log n,65536,1,811369,12.380508422851562
SSDIP,λ<=log n,65536,1,813705,12.416152954101562
SSDIP,λ<=log n,65536,1,759189,11.584304809570312
SSDIP,λ<=log n,65536,1,847573,12.932937622070312
SSDIP,λ<=log n,65536,1,937200,14.300537109375
SSDIP,λ<=log n,65536,1,793137,12.102310180664062
SSDIP,λ<=log n,65536,1,804031,12.268539428710938
SSDIP,λ<=log n,65536,1,864190,13.186492919921875
SSDIP,λ<=log n,65536,1,729379,11.129440307617188
SSDIP,λ<=log n,65536,1,784640,11.97265625
SSDIP,λ<=log n,65536,1,747968,11.4130859375
SSDIP,λ<=log n,65536,1,790062,12.055389404296875
SSDIP,λ<=log n,65536,1,839995,12.817306518554688
SSDIP,λ<=log n,65536,1,765447,11.679794311523438
SSDIP,λ<=log n,65536,1,878001,13.397232055664062
SSDIP,λ<=log n,65536,1,728390,11.114349365234375
SSDIP,λ<=log n,65536,1,779422,11.893035888671875
SSDIP,λ<=log n,65536,1,758136,11.5682373046875
SSDIP,λ<=log n,65536,1,827904,12.6328125
SSDIP,λ<=log n,65536,1,797684,12.17169189453125
SSDIP,λ<=log n,65536,1,845988,12.90875244140625
SSDIP,λ<=log n,65536,1,793583,12.109115600585938
SSDIP,λ<=log n,65536,1,854846,13.043914794921875
SSDIP,λ<=log n,65536,1,892945,13.625259399414062
SSDIP,λ<=log n,65536,1,834381,12.731643676757812
SSDIP,λ<=log n,65536,1,815544,12.4442138671875
SSDIP,λ<=log n,65536,1,822081,12.543960571289062
SSDIP,λ<=log n,65536,1,834877,12.739212036132812
SSDIP,λ<=log n,65536,1,769405,11.740188598632812
SSDIP,λ<=log n,65536,1,763862,11.655609130859375
SSDIP,λ<=log n,65536,1,881449,13.449844360351562
SSDIP,λ<=log n,65536,1,794544,12.123779296875
SSDIP,λ<=log n,65536,1,741447,11.313583374023438
SSDIP,λ<=log n,65536,1,798987,12.191574096679688
SSDIP,λ<=log n,65536,1,861007,13.137924194335938
SSDIP,λ<=log n,65536,1,771717,11.775466918945312
SSDIP,λ<=log n,65536,1,866872,13.2274169921875
SSDIP,λ<=log n,65536,1,812586,12.399078369140625
SSDIP,λ<=log n,65536,1,762901,11.640945434570312
SSDIP,λ<=log n,65536,1,867336,13.2344970703125
SSDIP,λ<=log n,65536,1,745823,11.380355834960938
SSDIP,λ<=log n,65536,1,853682,13.026153564453125
SRDIP,λ<=log n,65536,1,527576,8.0501708984375
SRDIP,λ<=log n,65536,1,523633,7.9900054931640625
SRDIP,λ<=log n,65536,1,561342,8.565399169921875
SRDIP,λ<=log n,65536,1,515447,7.8650970458984375
SRDIP,λ<=log n,65536,1,614944,9.38330078125
SRDIP,λ<=log n,65536,1,554405,8.459548950195312
SRDIP,λ<=log n,65536,1,574010,8.758697509765625
SRDIP,λ<=log n,65536,1,542690,8.280792236328125
SRDIP,λ<=log n,65536,1,577469,8.811477661132812
SRDIP,λ<=log n,65536,1,537229,8.197463989257812
SRDIP,λ<=log n,65536,1,522732,7.97625732421875
SRDIP,λ<=log n,65536,1,553646,8.447967529296875
SRDIP,λ<=log n,65536,1,576923,8.803146362304688
SRDIP,λ<=log n,65536,1,519012,7.91949462890625
SRDIP,λ<=log n,65536,1,558676,8.52471923828125
SRDIP,λ<=log n,65536,1,545844,8.32891845703125
SRDIP,λ<=log n,65536,1,535706,8.174224853515625
SRDIP,λ<=log n,65536,1,586984,8.9566650390625
SRDIP,λ<=log n,65536,1,543138,8.287628173828125
SRDIP,λ<=log n,65536,1,514055,7.8438568115234375
SRDIP,λ<=log n,65536,1,560694,8.555511474609375
SRDIP,λ<=log n,65536,1,560577,8.553726196289062
SRDIP,λ<=log n,65536,1,553900,8.45184326171875
SRDIP,λ<=log n,65536,1,556020,8.48419189453125
SRDIP,λ<=log n,65536,1,534027,8.148605346679688
SRDIP,λ<=log n,65536,1,593011,9.048629760742188
SRDIP,λ<=log n,65536,1,548840,8.3746337890625
SRDIP,λ<=log n,65536,1,549710,8.387908935546875
SRDIP,λ<=log n,65536,1,534548,8.15655517578125
SRDIP,λ<=log n,65536,1,588874,8.985504150390625
SRDIP,λ<=log n,65536,1,601095,9.171981811523438
SRDIP,λ<=log n,65536,1,519638,7.929046630859375
SRDIP,λ<=log n,65536,1,561354,8.565582275390625
SRDIP,λ<=log n,65536,1,540275,8.243942260742188
SRDIP,λ<=log n,65536,1,514688,7.853515625
SRDIP,λ<=log n,65536,1,624149,9.523757934570312
SRDIP,λ<=log n,65536,1,556310,8.488616943359375
SRDIP,λ<=log n,65536,1,530986,8.102203369140625
SRDIP,λ<=log n,65536,1,573306,8.747955322265625
SRDIP,λ<=log n,65536,1,525714,8.021759033203125
SRDIP,λ<=log n,65536,1,554339,8.458541870117188
SRDIP,λ<=log n,65536,1,533043,8.133590698242188
SRDIP,λ<=log n,65536,1,512882,7.825958251953125
SRDIP,λ<=log n,65536,1,548674,8.372100830078125
SRDIP,λ<=log n,65536,1,551637,8.417312622070312
SRDIP,λ<=log n,65536,1,650715,9.929122924804688
SRDIP,λ<=log n,65536,1,574412,8.76483154296875
SRDIP,λ<=log n,65536,1,539786,8.236480712890625
SRDIP,λ<=log n,65536,1,549396,8.38311767578125
SRDIP,λ<=log n,65536,1,590461,9.009719848632812
SRDIP,λ<=log n,65536,1,567889,8.665298461914062
SRDIP,λ<=log n,65536,1,551987,8.422653198242188
SRDIP,λ<=log n,65536,1,560741,8.556228637695312
SRDIP,λ<=log n,65536,1,510817,7.7944488525390625
SRDIP,λ<=log n,65536,1,537593,8.203018188476562
SRDIP,λ<=log n,65536,1,564839,8.618759155273438
SRDIP,λ<=log n,65536,1,522027,7.9654998779296875
SRDIP,λ<=log n,65536,1,520592,7.943603515625
SRDIP,λ<=log n,65536,1,547011,8.346725463867188
SRDIP,λ<=log n,65536,1,528871,8.069931030273438
SRDIP,λ<=log n,65536,1,597589,9.118484497070312
SRDIP,λ<=log n,65536,1,539886,8.238006591796875
SRDIP,λ<=log n,65536,1,540784,8.251708984375
SRDIP,λ<=log n,65536,1,528532,8.06475830078125
SRDIP,λ<=log n,65536,1,574040,8.7591552734375
SRDIP,λ<=log n,65536,1,561556,8.56866455078125
SRDIP,λ<=log n,65536,1,553335,8.443222045898438
SRDIP,λ<=log n,65536,1,559547,8.538009643554688
SRDIP,λ<=log n,65536,1,560119,8.546737670898438
SRDIP,λ<=log n,65536,1,533103,8.134506225585938
SRDIP,λ<=log n,65536,1,559476,8.53692626953125
SRDIP,λ<=log n,65536,1,581185,8.868179321289062
SRDIP,λ<=log n,65536,1,539323,8.229415893554688
SRDIP,λ<=log n,65536,1,564539,8.614181518554688
SRDIP,λ<=log n,65536,1,512145,7.8147125244140625
SRDIP,λ<=log n,65536,1,501831,7.6573333740234375
SRDIP,λ<=log n,65536,1,565999,8.636459350585938
SRDIP,λ<=log n,65536,1,513280,7.83203125
SRDIP,λ<=log n,65536,1,598561,9.133316040039062
SRDIP,λ<=log n,65536,1,558603,8.523605346679688
SRDIP,λ<=log n,65536,1,567275,8.655929565429688
SRDIP,λ<=log n,65536,1,582548,8.88897705078125
SRDIP,λ<=log n,65536,1,576722,8.800079345703125
SRDIP,λ<=log n,65536,1,563077,8.591873168945312
SRDIP,λ<=log n,65536,1,586140,8.94378662109375
SRDIP,λ<=log n,65536,1,592589,9.042190551757812
SRDIP,λ<=log n,65536,1,528184,8.0594482421875
SRDIP,λ<=log n,65536,1,517970,7.903594970703125
SRDIP,λ<=log n,65536,1,539249,8.228286743164062
SRDIP,λ<=log n,65536,1,546383,8.337142944335938
SRDIP,λ<=log n,65536,1,524707,8.006393432617188
SRDIP,λ<=log n,65536,1,519582,7.928192138671875
SRDIP,λ<=log n,65536,1,534253,8.152053833007812
SRDIP,λ<=log n,65536,1,544417,8.307144165039062
SRDIP,λ<=log n,65536,1,503296,7.6796875
SRDIP,λ<=log n,65536,1,567341,8.656936645507812
SRDIP,λ<=log n,65536,1,570694,8.708099365234375
SRDIP,λ<=log n,65536,1,530345,8.092422485351562
SRDIP,λ<=log n,65536,1,551907,8.421432495117188
SRDIP,λ<=log n,65536,1,554912,8.46728515625
SHDIP,λ<=log n,65536,1,553399,8.444198608398438
SHDIP,λ<=log n,65536,1,556794,8.496002197265625
SHDIP,λ<=log n,65536,1,537031,8.194442749023438
SHDIP,λ<=log n,65536,1,495368,7.5587158203125
SHDIP,λ<=log n,65536,1,533456,8.139892578125
SHDIP,λ<=log n,65536,1,518720,7.9150390625
SHDIP,λ<=log n,65536,1,499744,7.62548828125
SHDIP,λ<=log n,65536,1,510862,7.795135498046875
SHDIP,λ<=log n,65536,1,488829,7.4589385986328125
SHDIP,λ<=log n,65536,1,530139,8.089279174804688
SHDIP,λ<=log n,65536,1,600641,9.165054321289062
SHDIP,λ<=log n,65536,1,497019,7.5839080810546875
SHDIP,λ<=log n,65536,1,525568,8.01953125
SHDIP,λ<=log n,65536,1,524377,8.001358032226562
SHDIP,λ<=log n,65536,1,510434,7.788604736328125
SHDIP,λ<=log n,65536,1,517200,7.891845703125
SHDIP,λ<=log n,65536,1,541615,8.264389038085938
SHDIP,λ<=log n,65536,1,535982,8.178436279296875
SHDIP,λ<=log n,65536,1,551220,8.41094970703125
SHDIP,λ<=log n,65536,1,524507,8.003341674804688
SHDIP,λ<=log n,65536,1,516017,7.8737945556640625
SHDIP,λ<=log n,65536,1,525418,8.017242431640625
SHDIP,λ<=log n,65536,1,517327,7.8937835693359375
SHDIP,λ<=log n,65536,1,501406,7.650848388671875
SHDIP,λ<=log n,65536,1,516611,7.8828582763671875
SHDIP,λ<=log n,65536,1,538405,8.215408325195312
SHDIP,λ<=log n,65536,1,499833,7.6268463134765625
SHDIP,λ<=log n,65536,1,502352,7.665283203125
SHDIP,λ<=log n,65536,1,530904,8.1009521484375
SHDIP,λ<=log n,65536,1,507307,7.7408905029296875
SHDIP,λ<=log n,65536,1,502602,7.669097900390625
SHDIP,λ<=log n,65536,1,502003,7.6599578857421875
SHDIP,λ<=log n,65536,1,521991,7.9649505615234375
SHDIP,λ<=log n,65536,1,492195,7.5102996826171875
SHDIP,λ<=log n,65536,1,515982,7.873260498046875
SHDIP,λ<=log n,65536,1,547188,8.34942626953125
SHDIP,λ<=log n,65536,1,504364,7.69598388671875
SHDIP,λ<=log n,65536,1,520875,7.9479217529296875
SHDIP,λ<=log n,65536,1,586545,8.949966430664062
SHDIP,λ<=log n,65536,1,517390,7.894744873046875
SHDIP,λ<=log n,65536,1,517314,7.893585205078125
SHDIP,λ<=log n,65536,1,546453,8.338211059570312
SHDIP,λ<=log n,65536,1,513159,7.8301849365234375
SHDIP,λ<=log n,65536,1,503476,7.68243408203125
SHDIP,λ<=log n,65536,1,510044,7.78265380859375
SHDIP,λ<=log n,65536,1,546183,8.334091186523438
SHDIP,λ<=log n,65536,1,564987,8.621017456054688
SHDIP,λ<=log n,65536,1,550509,8.400100708007812
SHDIP,λ<=log n,65536,1,530108,8.08880615234375
SHDIP,λ<=log n,65536,1,576855,8.802108764648438
SHDIP,λ<=log n,65536,1,576023,8.789413452148438
SHDIP,λ<=log n,65536,1,538991,8.224349975585938
SHDIP,λ<=log n,65536,1,544667,8.310958862304688
SHDIP,λ<=log n,65536,1,528074,8.057769775390625
SHDIP,λ<=log n,65536,1,511231,7.8007659912109375
SHDIP,λ<=log n,65536,1,553581,8.446975708007812
SHDIP,λ<=log n,65536,1,527099,8.042892456054688
SHDIP,λ<=log n,65536,1,494701,7.5485382080078125
SHDIP,λ<=log n,65536,1,501158,7.647064208984375
SHDIP,λ<=log n,65536,1,564355,8.611373901367188
SHDIP,λ<=log n,65536,1,493007,7.5226898193359375
SHDIP,λ<=log n,65536,1,549788,8.38909912109375
SHDIP,λ<=log n,65536,1,569387,8.688156127929688
SHDIP,λ<=log n,65536,1,532527,8.125717163085938
SHDIP,λ<=log n,65536,1,519043,7.9199676513671875
SHDIP,λ<=log n,65536,1,542851,8.283248901367188
SHDIP,λ<=log n,65536,1,570907,8.711349487304688
SHDIP,λ<=log n,65536,1,503272,7.6793212890625
SHDIP,λ<=log n,65536,1,526142,8.028289794921875
SHDIP,λ<=log n,65536,1,521970,7.964630126953125
SHDIP,λ<=log n,65536,1,497521,7.5915679931640625
SHDIP,λ<=log n,65536,1,498296,7.6033935546875
SHDIP,λ<=log n,65536,1,545180,8.31878662109375
SHDIP,λ<=log n,65536,1,475553,7.2563629150390625
SHDIP,λ<=log n,65536,1,498092,7.60028076171875
SHDIP,λ<=log n,65536,1,548004,8.36187744140625
SHDIP,λ<=log n,65536,1,507189,7.7390899658203125
SHDIP,λ<=log n,65536,1,492527,7.5153656005859375
SHDIP,λ<=log n,65536,1,509109,7.7683868408203125
SHDIP,λ<=log n,65536,1,543997,8.300735473632812
SHDIP,λ<=log n,65536,1,574593,8.767593383789062
SHDIP,λ<=log n,65536,1,507992,7.7513427734375
SHDIP,λ<=log n,65536,1,519892,7.93292236328125
SHDIP,λ<=log n,65536,1,539179,8.227218627929688
SHDIP,λ<=log n,65536,1,516508,7.88128662109375
SHDIP,λ<=log n,65536,1,523639,7.9900970458984375
SHDIP,λ<=log n,65536,1,541961,8.269668579101562
SHDIP,λ<=log n,65536,1,496414,7.574676513671875
SHDIP,λ<=log n,65536,1,489071,7.4626312255859375
SHDIP,λ<=log n,65536,1,510843,7.7948455810546875
SHDIP,λ<=log n,65536,1,558408,8.5206298828125
SHDIP,λ<=log n,65536,1,512708,7.82330322265625
SHDIP,λ<=log n,65536,1,524473,8.002822875976562
SHDIP,λ<=log n,65536,1,526038,8.026702880859375
SHDIP,λ<=log n,65536,1,579722,8.845855712890625
SHDIP,λ<=log n,65536,1,548554,8.370269775390625
SHDIP,λ<=log n,65536,1,517001,7.8888092041015625
SHDIP,λ<=log n,65536,1,478860,7.30682373046875
SHDIP,λ<=log n,65536,1,517622,7.898284912109375
SHDIP,λ<=log n,65536,1,520293,7.9390411376953125
SHLIP,λ<=log n,65536,1,552469,8.430007934570312
SHLIP,λ<=log n,65536,1,647959,9.887069702148438
SHLIP,λ<=log n,65536,1,546664,8.3414306640625
SHLIP,λ<=log n,65536,1,527142,8.043548583984375
SHLIP,λ<=log n,65536,1,594402,9.069854736328125
SHLIP,λ<=log n,65536,1,605808,9.243896484375
SHLIP,λ<=log n,65536,1,624963,9.536178588867188
SHLIP,λ<=log n,65536,1,548832,8.37451171875
SHLIP,λ<=log n,65536,1,541577,8.263809204101562
SHLIP,λ<=log n,65536,1,564390,8.611907958984375
SHLIP,λ<=log n,65536,1,544056,8.3016357421875
SHLIP,λ<=log n,65536,1,535808,8.17578125
SHLIP,λ<=log n,65536,1,561638,8.569915771484375
SHLIP,λ<=log n,65536,1,527964,8.05609130859375
SHLIP,λ<=log n,65536,1,537478,8.201263427734375
SHLIP,λ<=log n,65536,1,542416,8.276611328125
SHLIP,λ<=log n,65536,1,579995,8.850021362304688
SHLIP,λ<=log n,65536,1,577025,8.804702758789062
SHLIP,λ<=log n,65536,1,510086,7.783294677734375
SHLIP,λ<=log n,65536,1,549524,8.38507080078125
SHLIP,λ<=log n,65536,1,521787,7.9618377685546875
SHLIP,λ<=log n,65536,1,555331,8.473678588867188
SHLIP,λ<=log n,65536,1,514804,7.85528564453125
SHLIP,λ<=log n,65536,1,556186,8.486724853515625
SHLIP,λ<=log n,65536,1,530933,8.101394653320312
SHLIP,λ<=log n,65536,1,581887,8.878890991210938
SHLIP,λ<=log n,65536,1,566776,8.6483154296875
SHLIP,λ<=log n,65536,1,524938,8.009918212890625
SHLIP,λ<=log n,65536,1,587500,8.96453857421875
SHLIP,λ<=log n,65536,1,531842,8.115264892578125
SHLIP,λ<=log n,65536,1,557278,8.503387451171875
SHLIP,λ<=log n,65536,1,570500,8.70513916015625
SHLIP,λ<=log n,65536,1,517797,7.9009552001953125
SHLIP,λ<=log n,65536,1,571444,8.71954345703125
SHLIP,λ<=log n,65536,1,543230,8.289031982421875
SHLIP,λ<=log n,65536,1,525277,8.015090942382812
SHLIP,λ<=log n,65536,1,561621,8.569656372070312
SHLIP,λ<=log n,65536,1,528814,8.069061279296875
SHLIP,λ<=log n,65536,1,524904,8.0093994140625
SHLIP,λ<=log n,65536,1,579382,8.840667724609375
SHLIP,λ<=log n,65536,1,537741,8.205276489257812
SHLIP,λ<=log n,65536,1,593552,9.056884765625
SHLIP,λ<=log n,65536,1,634810,9.686431884765625
SHLIP,λ<=log n,65536,1,550919,8.406356811523438
SHLIP,λ<=log n,65536,1,546619,8.340744018554688
SHLIP,λ<=log n,65536,1,548061,8.362747192382812
SHLIP,λ<=log n,65536,1,534882,8.161651611328125
SHLIP,λ<=log n,65536,1,537480,8.2012939453125
SHLIP,λ<=log n,65536,1,483012,7.37017822265625
SHLIP,λ<=log n,65536,1,545143,8.318222045898438
SHLIP,λ<=log n,65536,1,541033,8.255508422851562
SHLIP,λ<=log n,65536,1,559742,8.540985107421875
SHLIP,λ<=log n,65536,1,529668,8.08209228515625
SHLIP,λ<=log n,65536,1,582482,8.887969970703125
SHLIP,λ<=log n,65536,1,600349,9.160598754882812
SHLIP,λ<=log n,65536,1,523665,7.9904937744140625
SHLIP,λ<=log n,65536,1,521006,7.949920654296875
SHLIP,λ<=log n,65536,1,570414,8.703826904296875
SHLIP,λ<=log n,65536,1,574876,8.77191162109375
SHLIP,λ<=log n,65536,1,531669,8.112625122070312
SHLIP,λ<=log n,65536,1,515135,7.8603363037109375
SHLIP,λ<=log n,65536,1,538226,8.212677001953125
SHLIP,λ<=log n,65536,1,544697,8.311416625976562
SHLIP,λ<=log n,65536,1,495186,7.555938720703125
SHLIP,λ<=log n,65536,1,580144,8.852294921875
SHLIP,λ<=log n,65536,1,507828,7.74884033203125
SHLIP,λ<=log n,65536,1,535600,8.172607421875
SHLIP,λ<=log n,65536,1,518244,7.90777587890625
SHLIP,λ<=log n,65536,1,514191,7.8459320068359375
SHLIP,λ<=log n,65536,1,523194,7.983306884765625
SHLIP,λ<=log n,65536,1,527815,8.053817749023438
SHLIP,λ<=log n,65536,1,549568,8.3857421875
SHLIP,λ<=log n,65536,1,607231,9.265609741210938
SHLIP,λ<=log n,65536,1,526047,8.026840209960938
SHLIP,λ<=log n,65536,1,594793,9.075820922851562
SHLIP,λ<=log n,65536,1,547105,8.348159790039062
SHLIP,λ<=log n,65536,1,555439,8.475326538085938
SHLIP,λ<=log n,65536,1,518231,7.9075775146484375
SHLIP,λ<=log n,65536,1,561108,8.56182861328125
SHLIP,λ<=log n,65536,1,519213,7.9225616455078125
SHLIP,λ<=log n,65536,1,522504,7.9727783203125
SHLIP,λ<=log n,65536,1,500152,7.6317138671875
SHLIP,λ<=log n,65536,1,520544,7.94287109375
SHLIP,λ<=log n,65536,1,559712,8.54052734375
SHLIP,λ<=log n,65536,1,490960,7.491455078125
SHLIP,λ<=log n,65536,1,549548,8.38543701171875
SHLIP,λ<=log n,65536,1,557166,8.501678466796875
SHLIP,λ<=log n,65536,1,548114,8.363555908203125
SHLIP,λ<=log n,65536,1,549554,8.385528564453125
SHLIP,λ<=log n,65536,1,573167,8.745834350585938
SHLIP,λ<=log n,65536,1,546680,8.3416748046875
SHLIP,λ<=log n,65536,1,545020,8.31634521484375
SHLIP,λ<=log n,65536,1,506814,7.733367919921875
SHLIP,λ<=log n,65536,1,531020,8.10272216796875
SHLIP,λ<=log n,65536,1,505768,7.7174072265625
SHLIP,λ<=log n,65536,1,558494,8.521942138671875
SHLIP,λ<=log n,65536,1,542584,8.2791748046875
SHLIP,λ<=log n,65536,1,573472,8.75048828125
SHLIP,λ<=log n,65536,1,588162,8.974639892578125
SHLIP,λ<=log n,65536,1,534924,8.16229248046875
SRLIP,λ<=log n,65536,1,527006,8.041473388671875
SRLIP,λ<=log n,65536,1,529207,8.075057983398438
SRLIP,λ<=log n,65536,1,549925,8.391189575195312
SRLIP,λ<=log n,65536,1,569074,8.683380126953125
SRLIP,λ<=log n,65536,1,621030,9.476165771484375
SRLIP,λ<=log n,65536,1,570102,8.699066162109375
SRLIP,λ<=log n,65536,1,573005,8.743362426757812
SRLIP,λ<=log n,65536,1,554941,8.467727661132812
SRLIP,λ<=log n,65536,1,631893,9.641921997070312
SRLIP,λ<=log n,65536,1,520743,7.9459075927734375
SRLIP,λ<=log n,65536,1,559729,8.540786743164062
SRLIP,λ<=log n,65536,1,612770,9.350128173828125
SRLIP,λ<=log n,65536,1,571710,8.723602294921875
SRLIP,λ<=log n,65536,1,540722,8.250762939453125
SRLIP,λ<=log n,65536,1,564039,8.606552124023438
SRLIP,λ<=log n,65536,1,552625,8.432388305664062
SRLIP,λ<=log n,65536,1,566098,8.637969970703125
SRLIP,λ<=log n,65536,1,529445,8.078689575195312
SRLIP,λ<=log n,65536,1,535169,8.166030883789062
SRLIP,λ<=log n,65536,1,584566,8.919769287109375
SRLIP,λ<=log n,65536,1,550541,8.400588989257812
SRLIP,λ<=log n,65536,1,538118,8.211029052734375
SRLIP,λ<=log n,65536,1,541448,8.2618408203125
SRLIP,λ<=log n,65536,1,636347,9.709884643554688
SRLIP,λ<=log n,65536,1,580551,8.858505249023438
SRLIP,λ<=log n,65536,1,578615,8.828964233398438
SRLIP,λ<=log n,65536,1,568261,8.670974731445312
SRLIP,λ<=log n,65536,1,534618,8.157623291015625
SRLIP,λ<=log n,65536,1,519457,7.9262847900390625
SRLIP,λ<=log n,65536,1,534577,8.156997680664062
SRLIP,λ<=log n,65536,1,559318,8.534515380859375
SRLIP,λ<=log n,65536,1,531573,8.111160278320312
SRLIP,λ<=log n,65536,1,536731,8.189865112304688
SRLIP,λ<=log n,65536,1,533052,8.13372802734375
SRLIP,λ<=log n,65536,1,566965,8.651199340820312
SRLIP,λ<=log n,65536,1,565866,8.634429931640625
SRLIP,λ<=log n,65536,1,525499,8.018478393554688
SRLIP,λ<=log n,65536,1,608907,9.291183471679688
SRLIP,λ<=log n,65536,1,535635,8.173141479492188
SRLIP,λ<=log n,65536,1,590125,9.004592895507812
SRLIP,λ<=log n,65536,1,585924,8.94049072265625
SRLIP,λ<=log n,65536,1,556155,8.486251831054688
SRLIP,λ<=log n,65536,1,541441,8.261734008789062
SRLIP,λ<=log n,65536,1,586866,8.954864501953125
SRLIP,λ<=log n,65536,1,564335,8.611068725585938
SRLIP,λ<=log n,65536,1,555444,8.47540283203125
SRLIP,λ<=log n,65536,1,579544,8.8431396484375
SRLIP,λ<=log n,65536,1,533416,8.1392822265625
SRLIP,λ<=log n,65536,1,574175,8.761215209960938
SRLIP,λ<=log n,65536,1,549481,8.384414672851562
SRLIP,λ<=log n,65536,1,551721,8.418594360351562
SRLIP,λ<=log n,65536,1,563003,8.590744018554688
SRLIP,λ<=log n,65536,1,518866,7.917266845703125
SRLIP,λ<=log n,65536,1,564274,8.610137939453125
SRLIP,λ<=log n,65536,1,577877,8.817703247070312
SRLIP,λ<=log n,65536,1,538017,8.209487915039062
SRLIP,λ<=log n,65536,1,546228,8.33477783203125
SRLIP,λ<=log n,65536,1,566368,8.64208984375
SRLIP,λ<=log n,65536,1,526562,8.034698486328125
SRLIP,λ<=log n,65536,1,532899,8.131393432617188
SRLIP,λ<=log n,65536,1,580536,8.8582763671875
SRLIP,λ<=log n,65536,1,539339,8.229660034179688
SRLIP,λ<=log n,65536,1,580329,8.855117797851562
SRLIP,λ<=log n,65536,1,550552,8.4007568359375
SRLIP,λ<=log n,65536,1,547002,8.346588134765625
SRLIP,λ<=log n,65536,1,554443,8.460128784179688
SRLIP,λ<=log n,65536,1,557587,8.508102416992188
SRLIP,λ<=log n,65536,1,557388,8.50506591796875
SRLIP,λ<=log n,65536,1,535069,8.164505004882812
SRLIP,λ<=log n,65536,1,543446,8.292327880859375
SRLIP,λ<=log n,65536,1,542550,8.278656005859375
SRLIP,λ<=log n,65536,1,546104,8.3328857421875
SRLIP,λ<=log n,65536,1,528390,8.062591552734375
SRLIP,λ<=log n,65536,1,552064,8.423828125
SRLIP,λ<=log n,65536,1,541633,8.264663696289062
SRLIP,λ<=log n,65536,1,573859,8.756393432617188
SRLIP,λ<=log n,65536,1,611168,9.32568359375
SRLIP,λ<=log n,65536,1,603488,9.20849609375
SRLIP,λ<=log n,65536,1,560253,8.548782348632812
SRLIP,λ<=log n,65536,1,585296,8.930908203125
SRLIP,λ<=log n,65536,1,613276,9.35784912109375
SRLIP,λ<=log n,65536,1,541049,8.255752563476562
SRLIP,λ<=log n,65536,1,602247,9.189559936523438
SRLIP,λ<=log n,65536,1,563271,8.594833374023438
SRLIP,λ<=log n,65536,1,567981,8.666702270507812
SRLIP,λ<=log n,65536,1,580024,8.8504638671875
SRLIP,λ<=log n,65536,1,557397,8.505203247070312
SRLIP,λ<=log n,65536,1,545637,8.325759887695312
SRLIP,λ<=log n,65536,1,558484,8.52178955078125
SRLIP,λ<=log n,65536,1,534792,8.1602783203125
SRLIP,λ<=log n,65536,1,549391,8.383041381835938
SRLIP,λ<=log n,65536,1,538396,8.21527099609375
SRLIP,λ<=log n,65536,1,551623,8.417098999023438
SRLIP,λ<=log n,65536,1,572094,8.729461669921875
SRLIP,λ<=log n,65536,1,545476,8.32330322265625
SRLIP,λ<=log n,65536,1,537367,8.199569702148438
SRLIP,λ<=log n,65536,1,529988,8.08697509765625
SRLIP,λ<=log n,65536,1,550633,8.401992797851562
SRLIP,λ<=log n,65536,1,625228,9.54022216796875
SRLIP,λ<=log n,65536,1,539242,8.228179931640625
SSLIP,λ<=log n,65536,1,838270,12.790985107421875
SSLIP,λ<=log n,65536,1,797458,12.168243408203125
SSLIP,λ<=log n,65536,1,839145,12.804336547851562
SSLIP,λ<=log n,65536,1,831130,12.682037353515625
SSLIP,λ<=log n,65536,1,798328,12.1815185546875
SSLIP,λ<=log n,65536,1,823829,12.570632934570312
SSLIP,λ<=log n,65536,1,772237,11.783401489257812
SSLIP,λ<=log n,65536,1,766123,11.690109252929688
SSLIP,λ<=log n,65536,1,827046,12.619720458984375
SSLIP,λ<=log n,65536,1,815338,12.441070556640625
SSLIP,λ<=log n,65536,1,828208,12.637451171875
SSLIP,λ<=log n,65536,1,835202,12.744171142578125
SSLIP,λ<=log n,65536,1,820570,12.520904541015625
SSLIP,λ<=log n,65536,1,759985,11.596450805664062
SSLIP,λ<=log n,65536,1,838808,12.7991943359375
SSLIP,λ<=log n,65536,1,824497,12.580825805664062
SSLIP,λ<=log n,65536,1,833958,12.725189208984375
SSLIP,λ<=log n,65536,1,804620,12.27752685546875
SSLIP,λ<=log n,65536,1,869498,13.267486572265625
SSLIP,λ<=log n,65536,1,861566,13.146453857421875
SSLIP,λ<=log n,65536,1,811797,12.387039184570312
SSLIP,λ<=log n,65536,1,923386,14.089752197265625
SSLIP,λ<=log n,65536,1,758707,11.576950073242188
SSLIP,λ<=log n,65536,1,770820,11.76177978515625
SSLIP,λ<=log n,65536,1,858320,13.096923828125
SSLIP,λ<=log n,65536,1,853086,13.017059326171875
SSLIP,λ<=log n,65536,1,896378,13.677642822265625
SSLIP,λ<=log n,65536,1,789881,12.052627563476562
SSLIP,λ<=log n,65536,1,793648,12.110107421875
SSLIP,λ<=log n,65536,1,793812,12.11260986328125
SSLIP,λ<=log n,65536,1,796732,12.15716552734375
SSLIP,λ<=log n,65536,1,758987,11.581222534179688
SSLIP,λ<=log n,65536,1,870966,13.289886474609375
SSLIP,λ<=log n,65536,1,794140,12.11761474609375
SSLIP,λ<=log n,65536,1,822696,12.5533447265625
SSLIP,λ<=log n,65536,1,788234,12.027496337890625
SSLIP,λ<=log n,65536,1,755047,11.521102905273438
SSLIP,λ<=log n,65536,1,776891,11.854415893554688
SSLIP,λ<=log n,65536,1,757951,11.565414428710938
SSLIP,λ<=log n,65536,1,876137,13.368789672851562
SSLIP,λ<=log n,65536,1,838997,12.802078247070312
SSLIP,λ<=log n,65536,1,793946,12.114654541015625
SSLIP,λ<=log n,65536,1,890431,13.586898803710938
SSLIP,λ<=log n,65536,1,844506,12.886138916015625
SSLIP,λ<=log n,65536,1,803755,12.264328002929688
SSLIP,λ<=log n,65536,1,817704,12.4771728515625
SSLIP,λ<=log n,65536,1,831969,12.694839477539062
SSLIP,λ<=log n,65536,1,779627,11.896163940429688
SSLIP,λ<=log n,65536,1,795171,12.133346557617188
SSLIP,λ<=log n,65536,1,738675,11.271286010742188
SSLIP,λ<=log n,65536,1,863657,13.178359985351562
SSLIP,λ<=log n,65536,1,877459,13.388961791992188
SSLIP,λ<=log n,65536,1,775042,11.826202392578125
SSLIP,λ<=log n,65536,1,771783,11.776473999023438
SSLIP,λ<=log n,65536,1,867861,13.242507934570312
SSLIP,λ<=log n,65536,1,786347,11.998703002929688
SSLIP,λ<=log n,65536,1,824880,12.586669921875
SSLIP,λ<=log n,65536,1,828058,12.635162353515625
SSLIP,λ<=log n,65536,1,908553,13.863418579101562
SSLIP,λ<=log n,65536,1,807760,12.325439453125
SSLIP,λ<=log n,65536,1,735877,11.228591918945312
SSLIP,λ<=log n,65536,1,763941,11.656814575195312
SSLIP,λ<=log n,65536,1,794407,12.121688842773438
SSLIP,λ<=log n,65536,1,864684,13.19403076171875
SSLIP,λ<=log n,65536,1,809941,12.358718872070312
SSLIP,λ<=log n,65536,1,822918,12.556732177734375
SSLIP,λ<=log n,65536,1,823946,12.572418212890625
SSLIP,λ<=log n,65536,1,904303,13.798568725585938
SSLIP,λ<=log n,65536,1,808893,12.342727661132812
SSLIP,λ<=log n,65536,1,792611,12.094284057617188
SSLIP,λ<=log n,65536,1,836243,12.760055541992188
SSLIP,λ<=log n,65536,1,813744,12.416748046875
SSLIP,λ<=log n,65536,1,858251,13.095870971679688
SSLIP,λ<=log n,65536,1,786539,12.001632690429688
SSLIP,λ<=log n,65536,1,799557,12.200271606445312
SSLIP,λ<=log n,65536,1,986828,15.05780029296875
SSLIP,λ<=log n,65536,1,811508,12.38262939453125
SSLIP,λ<=log n,65536,1,888917,13.563796997070312
SSLIP,λ<=log n,65536,1,754235,11.508712768554688
SSLIP,λ<=log n,65536,1,812120,12.3919677734375
SSLIP,λ<=log n,65536,1,836786,12.768341064453125
SSLIP,λ<=log n,65536,1,779283,11.890914916992188
SSLIP,λ<=log n,65536,1,860675,13.132858276367188
SSLIP,λ<=log n,65536,1,754693,11.515701293945312
SSLIP,λ<=log n,65536,1,825859,12.601608276367188
SSLIP,λ<=log n,65536,1,812834,12.402862548828125
SSLIP,λ<=log n,65536,1,871664,13.300537109375
SSLIP,λ<=log n,65536,1,869431,13.266464233398438
SSLIP,λ<=log n,65536,1,885107,13.505661010742188
SSLIP,λ<=log n,65536,1,849655,12.964706420898438
SSLIP,λ<=log n,65536,1,794105,12.117080688476562
SSLIP,λ<=log n,65536,1,864738,13.194854736328125
SSLIP,λ<=log n,65536,1,746248,11.3868408203125
SSLIP,λ<=log n,65536,1,856166,13.064056396484375
SSLIP,λ<=log n,65536,1,788707,12.034713745117188
SSLIP,λ<=log n,65536,1,802333,12.242630004882812
SSLIP,λ<=log n,65536,1,803087,12.254135131835938
SSLIP,λ<=log n,65536,1,795333,12.135818481445312
SSLIP,λ<=log n,65536,1,817494,12.473968505859375
SSLIP,λ<=log n,65536,1,928788,14.17218017578125
SSDCD,λ<=log n,65536,1,666274,10.166534423828125
SSDCD,λ<=log n,65536,1,692302,10.563690185546875
SSDCD,λ<=log n,65536,1,680339,10.381149291992188
SSDCD,λ<=log n,65536,1,704150,10.744476318359375
SSDCD,λ<=log n,65536,1,694182,10.592376708984375
SSDCD,λ<=log n,65536,1,678091,10.346847534179688
SSDCD,λ<=log n,65536,1,685138,10.454376220703125
SSDCD,λ<=log n,65536,1,721665,11.011734008789062
SSDCD,λ<=log n,65536,1,739672,11.2864990234375
SSDCD,λ<=log n,65536,1,821826,12.540069580078125
SSDCD,λ<=log n,65536,1,660377,10.076553344726562
SSDCD,λ<=log n,65536,1,696223,10.623519897460938
SSDCD,λ<=log n,65536,1,694858,10.602691650390625
SSDCD,λ<=log n,65536,1,736230,11.233978271484375
SSDCD,λ<=log n,65536,1,715857,10.923110961914062
SSDCD,λ<=log n,65536,1,696422,10.626556396484375
SSDCD,λ<=log n,65536,1,733834,11.197418212890625
SSDCD,λ<=log n,65536,1,669632,10.2177734375
SSDCD,λ<=log n,65536,1,675883,10.313156127929688
SSDCD,λ<=log n,65536,1,670536,10.2315673828125
SSDCD,λ<=log n,65536,1,697412,10.64166259765625
SSDCD,λ<=log n,65536,1,679011,10.360885620117188
SSDCD,λ<=log n,65536,1,766430,11.694793701171875
SSDCD,λ<=log n,65536,1,680512,10.3837890625
SSDCD,λ<=log n,65536,1,740864,11.3046875
SSDCD,λ<=log n,65536,1,673394,10.275177001953125
SSDCD,λ<=log n,65536,1,709791,10.830551147460938
SSDCD,λ<=log n,65536,1,677672,10.3404541015625
SSDCD,λ<=log n,65536,1,772227,11.783248901367188
SSDCD,λ<=log n,65536,1,660160,10.0732421875
SSDCD,λ<=log n,65536,1,684354,10.442413330078125
SSDCD,λ<=log n,65536,1,688911,10.511947631835938
SSDCD,λ<=log n,65536,1,681020,10.39154052734375
SSDCD,λ<=log n,65536,1,742431,11.328598022460938
SSDCD,λ<=log n,65536,1,796242,12.149688720703125
SSDCD,λ<=log n,65536,1,745205,11.370925903320312
SSDCD,λ<=log n,65536,1,739763,11.287887573242188
SSDCD,λ<=log n,65536,1,689421,10.519729614257812
SSDCD,λ<=log n,65536,1,716440,10.9320068359375
SSDCD,λ<=log n,65536,1,686976,10.482421875
SSDCD,λ<=log n,65536,1,686114,10.469268798828125
SSDCD,λ<=log n,65536,1,671805,10.250930786132812
SSDCD,λ<=log n,65536,1,715901,10.923782348632812
SSDCD,λ<=log n,65536,1,697492,10.64288330078125
SSDCD,λ<=log n,65536,1,673277,10.273391723632812
SSDCD,λ<=log n,65536,1,705829,10.770095825195312
SSDCD,λ<=log n,65536,1,746983,11.398056030273438
SSDCD,λ<=log n,65536,1,726054,11.078704833984375
SSDCD,λ<=log n,65536,1,702400,10.7177734375
SSDCD,λ<=log n,65536,1,659354,10.060943603515625
SSDCD,λ<=log n,65536,1,685994,10.467437744140625
SSDCD,λ<=log n,65536,1,691613,10.553176879882812
SSDCD,λ<=log n,65536,1,658612,10.04962158203125
SSDCD,λ<=log n,65536,1,751038,11.459930419921875
SSDCD,λ<=log n,65536,1,661400,10.0921630859375
SSDCD,λ<=log n,65536,1,667605,10.186843872070312
SSDCD,λ<=log n,65536,1,729232,11.127197265625
SSDCD,λ<=log n,65536,1,714647,10.904647827148438
SSDCD,λ<=log n,65536,1,687180,10.48553466796875
SSDCD,λ<=log n,65536,1,680601,10.385147094726562
SSDCD,λ<=log n,65536,1,711928,10.8631591796875
SSDCD,λ<=log n,65536,1,702431,10.718246459960938
SSDCD,λ<=log n,65536,1,753723,11.500900268554688
SSDCD,λ<=log n,65536,1,680225,10.379409790039062
SSDCD,λ<=log n,65536,1,685175,10.454940795898438
SSDCD,λ<=log n,65536,1,695570,10.613555908203125
SSDCD,λ<=log n,65536,1,750959,11.458724975585938
SSDCD,λ<=log n,65536,1,646552,9.8656005859375
SSDCD,λ<=log n,65536,1,714445,10.901565551757812
SSDCD,λ<=log n,65536,1,711497,10.856582641601562
SSDCD,λ<=log n,65536,1,758577,11.574966430664062
SSDCD,λ<=log n,65536,1,666368,10.16796875
SSDCD,λ<=log n,65536,1,704897,10.755874633789062
SSDCD,λ<=log n,65536,1,692510,10.566864013671875
SSDCD,λ<=log n,65536,1,772549,11.788162231445312
SSDCD,λ<=log n,65536,1,695749,10.616287231445312
SSDCD,λ<=log n,65536,1,818302,12.486297607421875
SSDCD,λ<=log n,65536,1,657984,10.0400390625
SSDCD,λ<=log n,65536,1,679627,10.370285034179688
SSDCD,λ<=log n,65536,1,706763,10.784347534179688
SSDCD,λ<=log n,65536,1,667632,10.187255859375
SSDCD,λ<=log n,65536,1,705259,10.761398315429688
SSDCD,λ<=log n,65536,1,716614,10.934661865234375
SSDCD,λ<=log n,65536,1,663707,10.127365112304688
SSDCD,λ<=log n,65536,1,704986,10.757232666015625
SSDCD,λ<=log n,65536,1,761430,11.618499755859375
SSDCD,λ<=log n,65536,1,761825,11.624526977539062
SSDCD,λ<=log n,65536,1,724769,11.059097290039062
SSDCD,λ<=log n,65536,1,714443,10.901535034179688
SSDCD,λ<=log n,65536,1,706280,10.7769775390625
SSDCD,λ<=log n,65536,1,722568,11.0255126953125
SSDCD,λ<=log n,65536,1,742316,11.32684326171875
SSDCD,λ<=log n,65536,1,671893,10.252273559570312
SSDCD,λ<=log n,65536,1,710989,10.848831176757812
SSDCD,λ<=log n,65536,1,669092,10.20953369140625
SSDCD,λ<=log n,65536,1,644837,9.839431762695312
SSDCD,λ<=log n,65536,1,753244,11.49359130859375
SSDCD,λ<=log n,65536,1,711742,10.860321044921875
SSDCD,λ<=log n,65536,1,732194,11.172393798828125
SSDCD,λ<=log n,65536,1,679195,10.363693237304688
SRDCD,λ<=log n,65536,1,532128,8.11962890625
SRDCD,λ<=log n,65536,1,486042,7.416412353515625
SRDCD,λ<=log n,65536,1,520292,7.93902587890625
SRDCD,λ<=log n,65536,1,526971,8.040939331054688
SRDCD,λ<=log n,65536,1,501379,7.6504364013671875
SRDCD,λ<=log n,65536,1,476742,7.274505615234375
SRDCD,λ<=log n,65536,1,506261,7.7249298095703125
SRDCD,λ<=log n,65536,1,526124,8.02801513671875
SRDCD,λ<=log n,65536,1,478318,7.298553466796875
SRDCD,λ<=log n,65536,1,502740,7.67120361328125
SRDCD,λ<=log n,65536,1,469980,7.17132568359375
SRDCD,λ<=log n,65536,1,508156,7.75384521484375
SRDCD,λ<=log n,65536,1,492429,7.5138702392578125
SRDCD,λ<=log n,65536,1,482721,7.3657379150390625
SRDCD,λ<=log n,65536,1,483682,7.380401611328125
SRDCD,λ<=log n,65536,1,530742,8.098480224609375
SRDCD,λ<=log n,65536,1,464208,7.083251953125
SRDCD,λ<=log n,65536,1,484386,7.391143798828125
SRDCD,λ<=log n,65536,1,472214,7.205413818359375
SRDCD,λ<=log n,65536,1,514477,7.8502960205078125
SRDCD,λ<=log n,65536,1,513768,7.8394775390625
SRDCD,λ<=log n,65536,1,487791,7.4430999755859375
SRDCD,λ<=log n,65536,1,472642,7.211944580078125
SRDCD,λ<=log n,65536,1,485805,7.4127960205078125
SRDCD,λ<=log n,65536,1,478820,7.30621337890625
SRDCD,λ<=log n,65536,1,500311,7.6341400146484375
SRDCD,λ<=log n,65536,1,480855,7.3372650146484375
SRDCD,λ<=log n,65536,1,516325,7.8784942626953125
SRDCD,λ<=log n,65536,1,505108,7.70733642578125
SRDCD,λ<=log n,65536,1,491284,7.49639892578125
SRDCD,λ<=log n,65536,1,481084,7.34075927734375
SRDCD,λ<=log n,65536,1,492785,7.5193023681640625
SRDCD,λ<=log n,65536,1,491347,7.4973602294921875
SRDCD,λ<=log n,65536,1,510689,7.7924957275390625
SRDCD,λ<=log n,65536,1,511372,7.80291748046875
SRDCD,λ<=log n,65536,1,458496,6.99609375
SRDCD,λ<=log n,65536,1,516308,7.87823486328125
SRDCD,λ<=log n,65536,1,494501,7.5454864501953125
SRDCD,λ<=log n,65536,1,484812,7.39764404296875
SRDCD,λ<=log n,65536,1,551429,8.414138793945312
SRDCD,λ<=log n,65536,1,471579,7.1957244873046875
SRDCD,λ<=log n,65536,1,544555,8.309249877929688
SRDCD,λ<=log n,65536,1,498639,7.6086273193359375
SRDCD,λ<=log n,65536,1,499817,7.6266021728515625
SRDCD,λ<=log n,65536,1,483358,7.375457763671875
SRDCD,λ<=log n,65536,1,480574,7.332977294921875
SRDCD,λ<=log n,65536,1,468343,7.1463470458984375
SRDCD,λ<=log n,65536,1,514641,7.8527984619140625
SRDCD,λ<=log n,65536,1,486361,7.4212799072265625
SRDCD,λ<=log n,65536,1,498137,7.6009674072265625
SRDCD,λ<=log n,65536,1,512776,7.8243408203125
SRDCD,λ<=log n,65536,1,504581,7.6992950439453125
SRDCD,λ<=log n,65536,1,486286,7.420135498046875
SRDCD,λ<=log n,65536,1,487209,7.4342193603515625
SRDCD,λ<=log n,65536,1,496120,7.5701904296875
SRDCD,λ<=log n,65536,1,495191,7.5560150146484375
SRDCD,λ<=log n,65536,1,486125,7.4176788330078125
SRDCD,λ<=log n,65536,1,541456,8.261962890625
SRDCD,λ<=log n,65536,1,487327,7.4360198974609375
SRDCD,λ<=log n,65536,1,547549,8.354934692382812
SRDCD,λ<=log n,65536,1,552161,8.425308227539062
SRDCD,λ<=log n,65536,1,510614,7.791351318359375
SRDCD,λ<=log n,65536,1,494017,7.5381011962890625
SRDCD,λ<=log n,65536,1,481457,7.3464508056640625
SRDCD,λ<=log n,65536,1,504240,7.694091796875
SRDCD,λ<=log n,65536,1,555608,8.4779052734375
SRDCD,λ<=log n,65536,1,534036,8.14874267578125
SRDCD,λ<=log n,65536,1,477954,7.292999267578125
SRDCD,λ<=log n,65536,1,548623,8.371322631835938
SRDCD,λ<=log n,65536,1,473145,7.2196197509765625
SRDCD,λ<=log n,65536,1,490549,7.4851837158203125
SRDCD,λ<=log n,65536,1,491021,7.4923858642578125
SRDCD,λ<=log n,65536,1,490295,7.4813079833984375
SRDCD,λ<=log n,65536,1,476696,7.2738037109375
SRDCD,λ<=log n,65536,1,476822,7.275726318359375
SRDCD,λ<=log n,65536,1,561476,8.56744384765625
SRDCD,λ<=log n,65536,1,497143,7.5858001708984375
SRDCD,λ<=log n,65536,1,504147,7.6926727294921875
SRDCD,λ<=log n,65536,1,499178,7.616851806640625
SRDCD,λ<=log n,65536,1,503141,7.6773223876953125
SRDCD,λ<=log n,65536,1,530111,8.088851928710938
SRDCD,λ<=log n,65536,1,487600,7.440185546875
SRDCD,λ<=log n,65536,1,491488,7.49951171875
SRDCD,λ<=log n,65536,1,543846,8.298431396484375
SRDCD,λ<=log n,65536,1,493652,7.53253173828125
SRDCD,λ<=log n,65536,1,478643,7.3035125732421875
SRDCD,λ<=log n,65536,1,469459,7.1633758544921875
SRDCD,λ<=log n,65536,1,495672,7.5633544921875
SRDCD,λ<=log n,65536,1,525021,8.011184692382812
SRDCD,λ<=log n,65536,1,546125,8.333206176757812
SRDCD,λ<=log n,65536,1,502066,7.660919189453125
SRDCD,λ<=log n,65536,1,498103,7.6004486083984375
SRDCD,λ<=log n,65536,1,556287,8.488265991210938
SRDCD,λ<=log n,65536,1,488629,7.4558868408203125
SRDCD,λ<=log n,65536,1,478291,7.2981414794921875
SRDCD,λ<=log n,65536,1,466221,7.1139678955078125
SRDCD,λ<=log n,65536,1,494727,7.5489349365234375
SRDCD,λ<=log n,65536,1,486007,7.4158782958984375
SRDCD,λ<=log n,65536,1,477689,7.2889556884765625
SRDCD,λ<=log n,65536,1,497196,7.58660888671875
SHDCD,λ<=log n,65536,1,459138,7.005889892578125
SHDCD,λ<=log n,65536,1,458000,6.988525390625
SHDCD,λ<=log n,65536,1,466651,7.1205291748046875
SHDCD,λ<=log n,65536,1,450082,6.867706298828125
SHDCD,λ<=log n,65536,1,517294,7.893280029296875
SHDCD,λ<=log n,65536,1,465309,7.1000518798828125
SHDCD,λ<=log n,65536,1,521716,7.96075439453125
SHDCD,λ<=log n,65536,1,439992,6.7137451171875
SHDCD,λ<=log n,65536,1,450498,6.874053955078125
SHDCD,λ<=log n,65536,1,478808,7.3060302734375
SHDCD,λ<=log n,65536,1,525046,8.011566162109375
SHDCD,λ<=log n,65536,1,448538,6.844146728515625
SHDCD,λ<=log n,65536,1,461117,7.0360870361328125
SHDCD,λ<=log n,65536,1,446273,6.8095855712890625
SHDCD,λ<=log n,65536,1,425856,6.498046875
SHDCD,λ<=log n,65536,1,462291,7.0540008544921875
SHDCD,λ<=log n,65536,1,428621,6.5402374267578125
SHDCD,λ<=log n,65536,1,428039,6.5313568115234375
SHDCD,λ<=log n,65536,1,444469,6.7820587158203125
SHDCD,λ<=log n,65536,1,438325,6.6883087158203125
SHDCD,λ<=log n,65536,1,433382,6.612884521484375
SHDCD,λ<=log n,65536,1,466734,7.121795654296875
SHDCD,λ<=log n,65536,1,502027,7.6603240966796875
SHDCD,λ<=log n,65536,1,424272,6.473876953125
SHDCD,λ<=log n,65536,1,450243,6.8701629638671875
SHDCD,λ<=log n,65536,1,457848,6.9862060546875
SHDCD,λ<=log n,65536,1,468279,7.1453704833984375
SHDCD,λ<=log n,65536,1,437977,6.6829986572265625
SHDCD,λ<=log n,65536,1,467217,7.1291656494140625
SHDCD,λ<=log n,65536,1,451176,6.8843994140625
SHDCD,λ<=log n,65536,1,465910,7.109222412109375
SHDCD,λ<=log n,65536,1,468523,7.1490936279296875
SHDCD,λ<=log n,65536,1,503726,7.686248779296875
SHDCD,λ<=log n,65536,1,433333,6.6121368408203125
SHDCD,λ<=log n,65536,1,438311,6.6880950927734375
SHDCD,λ<=log n,65536,1,463051,7.0655975341796875
SHDCD,λ<=log n,65536,1,470341,7.1768341064453125
SHDCD,λ<=log n,65536,1,430719,6.5722503662109375
SHDCD,λ<=log n,65536,1,476495,7.2707366943359375
SHDCD,λ<=log n,65536,1,454373,6.9331817626953125
SHDCD,λ<=log n,65536,1,435655,6.6475677490234375
SHDCD,λ<=log n,65536,1,431657,6.5865631103515625
SHDCD,λ<=log n,65536,1,432551,6.6002044677734375
SHDCD,λ<=log n,65536,1,474913,7.2465972900390625
SHDCD,λ<=log n,65536,1,458117,6.9903106689453125
SHDCD,λ<=log n,65536,1,475744,7.25927734375
SHDCD,λ<=log n,65536,1,450544,6.874755859375
SHDCD,λ<=log n,65536,1,428763,6.5424041748046875
SHDCD,λ<=log n,65536,1,511529,7.8053131103515625
SHDCD,λ<=log n,65536,1,439517,6.7064971923828125
SHDCD,λ<=log n,65536,1,443043,6.7602996826171875
SHDCD,λ<=log n,65536,1,450180,6.86920166015625
SHDCD,λ<=log n,65536,1,474314,7.237457275390625
SHDCD,λ<=log n,65536,1,455340,6.94793701171875
SHDCD,λ<=log n,65536,1,444238,6.778533935546875
SHDCD,λ<=log n,65536,1,449872,6.864501953125
SHDCD,λ<=log n,65536,1,483824,7.382568359375
SHDCD,λ<=log n,65536,1,448578,6.844757080078125
SHDCD,λ<=log n,65536,1,482008,7.3548583984375
SHDCD,λ<=log n,65536,1,439064,6.6995849609375
SHDCD,λ<=log n,65536,1,429563,6.5546112060546875
SHDCD,λ<=log n,65536,1,483770,7.381744384765625
SHDCD,λ<=log n,65536,1,481878,7.352874755859375
SHDCD,λ<=log n,65536,1,438641,6.6931304931640625
SHDCD,λ<=log n,65536,1,433442,6.613800048828125
SHDCD,λ<=log n,65536,1,438474,6.690582275390625
SHDCD,λ<=log n,65536,1,430124,6.56317138671875
SHDCD,λ<=log n,65536,1,434237,6.6259307861328125
SHDCD,λ<=log n,65536,1,429647,6.5558929443359375
SHDCD,λ<=log n,65536,1,469396,7.16241455078125
SHDCD,λ<=log n,65536,1,481326,7.344451904296875
SHDCD,λ<=log n,65536,1,432161,6.5942535400390625
SHDCD,λ<=log n,65536,1,489354,7.466949462890625
SHDCD,λ<=log n,65536,1,456281,6.9622955322265625
SHDCD,λ<=log n,65536,1,474794,7.244781494140625
SHDCD,λ<=log n,65536,1,425824,6.49755859375
SHDCD,λ<=log n,65536,1,482596,7.36383056640625
SHDCD,λ<=log n,65536,1,471996,7.20208740234375
SHDCD,λ<=log n,65536,1,469783,7.1683197021484375
SHDCD,λ<=log n,65536,1,497797,7.5957794189453125
SHDCD,λ<=log n,65536,1,448193,6.8388824462890625
SHDCD,λ<=log n,65536,1,474978,7.247589111328125
SHDCD,λ<=log n,65536,1,474100,7.23419189453125
SHDCD,λ<=log n,65536,1,503138,7.677276611328125
SHDCD,λ<=log n,65536,1,469320,7.1612548828125
SHDCD,λ<=log n,65536,1,489885,7.4750518798828125
SHDCD,λ<=log n,65536,1,455471,6.9499359130859375
SHDCD,λ<=log n,65536,1,489515,7.4694061279296875
SHDCD,λ<=log n,65536,1,452671,6.9072113037109375
SHDCD,λ<=log n,65536,1,427612,6.52484130859375
SHDCD,λ<=log n,65536,1,470477,7.1789093017578125
SHDCD,λ<=log n,65536,1,446221,6.8087921142578125
SHDCD,λ<=log n,65536,1,476144,7.265380859375
SHDCD,λ<=log n,65536,1,421647,6.4338226318359375
SHDCD,λ<=log n,65536,1,478404,7.29986572265625
SHDCD,λ<=log n,65536,1,483049,7.3707427978515625
SHDCD,λ<=log n,65536,1,453836,6.92498779296875
SHDCD,λ<=log n,65536,1,449409,6.8574371337890625
SHDCD,λ<=log n,65536,1,445243,6.7938690185546875
SHDCD,λ<=log n,65536,1,457943,6.9876556396484375
SHLCD,λ<=log n,65536,1,446023,6.8057708740234375
SHLCD,λ<=log n,65536,1,456837,6.9707794189453125
SHLCD,λ<=log n,65536,1,469289,7.1607818603515625
SHLCD,λ<=log n,65536,1,446942,6.819793701171875
SHLCD,λ<=log n,65536,1,462936,7.0638427734375
SHLCD,λ<=log n,65536,1,458851,7.0015106201171875
SHLCD,λ<=log n,65536,1,467755,7.1373748779296875
SHLCD,λ<=log n,65536,1,488610,7.455596923828125
SHLCD,λ<=log n,65536,1,413761,6.3134918212890625
SHLCD,λ<=log n,65536,1,466576,7.119384765625
SHLCD,λ<=log n,65536,1,466179,7.1133270263671875
SHLCD,λ<=log n,65536,1,448172,6.83856201171875
SHLCD,λ<=log n,65536,1,423679,6.4648284912109375
SHLCD,λ<=log n,65536,1,469504,7.1640625
SHLCD,λ<=log n,65536,1,481812,7.35186767578125
SHLCD,λ<=log n,65536,1,453708,6.92303466796875
SHLCD,λ<=log n,65536,1,472720,7.213134765625
SHLCD,λ<=log n,65536,1,425223,6.4883880615234375
SHLCD,λ<=log n,65536,1,445171,6.7927703857421875
SHLCD,λ<=log n,65536,1,434582,6.631195068359375
SHLCD,λ<=log n,65536,1,435725,6.6486358642578125
SHLCD,λ<=log n,65536,1,428721,6.5417633056640625
SHLCD,λ<=log n,65536,1,433752,6.6185302734375
SHLCD,λ<=log n,65536,1,509102,7.768280029296875
SHLCD,λ<=log n,65536,1,460984,7.0340576171875
SHLCD,λ<=log n,65536,1,444569,6.7835845947265625
SHLCD,λ<=log n,65536,1,455557,6.9512481689453125
SHLCD,λ<=log n,65536,1,482097,7.3562164306640625
SHLCD,λ<=log n,65536,1,504544,7.69873046875
SHLCD,λ<=log n,65536,1,420065,6.4096832275390625
SHLCD,λ<=log n,65536,1,427583,6.5243988037109375
SHLCD,λ<=log n,65536,1,444168,6.7774658203125
SHLCD,λ<=log n,65536,1,415795,6.3445281982421875
SHLCD,λ<=log n,65536,1,429933,6.5602569580078125
SHLCD,λ<=log n,65536,1,468243,7.1448211669921875
SHLCD,λ<=log n,65536,1,432546,6.600128173828125
SHLCD,λ<=log n,65536,1,467889,7.1394195556640625
SHLCD,λ<=log n,65536,1,479543,7.3172454833984375
SHLCD,λ<=log n,65536,1,460654,7.029022216796875
SHLCD,λ<=log n,65536,1,493327,7.5275726318359375
SHLCD,λ<=log n,65536,1,463500,7.07244873046875
SHLCD,λ<=log n,65536,1,517136,7.890869140625
SHLCD,λ<=log n,65536,1,486452,7.42266845703125
SHLCD,λ<=log n,65536,1,505093,7.7071075439453125
SHLCD,λ<=log n,65536,1,463403,7.0709686279296875
SHLCD,λ<=log n,65536,1,451543,6.8899993896484375
SHLCD,λ<=log n,65536,1,443445,6.7664337158203125
SHLCD,λ<=log n,65536,1,428706,6.541534423828125
SHLCD,λ<=log n,65536,1,449934,6.865447998046875
SHLCD,λ<=log n,65536,1,462727,7.0606536865234375
SHLCD,λ<=log n,65536,1,447333,6.8257598876953125
SHLCD,λ<=log n,65536,1,465839,7.1081390380859375
SHLCD,λ<=log n,65536,1,429947,6.5604705810546875
SHLCD,λ<=log n,65536,1,428758,6.542327880859375
SHLCD,λ<=log n,65536,1,444049,6.7756500244140625
SHLCD,λ<=log n,65536,1,437550,6.676483154296875
SHLCD,λ<=log n,65536,1,443057,6.7605133056640625
SHLCD,λ<=log n,65536,1,474516,7.24053955078125
SHLCD,λ<=log n,65536,1,423014,6.454681396484375
SHLCD,λ<=log n,65536,1,450131,6.8684539794921875
SHLCD,λ<=log n,65536,1,439722,6.709625244140625
SHLCD,λ<=log n,65536,1,461056,7.03515625
SHLCD,λ<=log n,65536,1,457298,6.977813720703125
SHLCD,λ<=log n,65536,1,480830,7.336883544921875
SHLCD,λ<=log n,65536,1,482103,7.3563079833984375
SHLCD,λ<=log n,65536,1,441386,6.735015869140625
SHLCD,λ<=log n,65536,1,454504,6.9351806640625
SHLCD,λ<=log n,65536,1,491890,7.505645751953125
SHLCD,λ<=log n,65536,1,443920,6.773681640625
SHLCD,λ<=log n,65536,1,415091,6.3337860107421875
SHLCD,λ<=log n,65536,1,452069,6.8980255126953125
SHLCD,λ<=log n,65536,1,485656,7.4105224609375
SHLCD,λ<=log n,65536,1,420022,6.409027099609375
SHLCD,λ<=log n,65536,1,432650,6.601715087890625
SHLCD,λ<=log n,65536,1,456023,6.9583587646484375
SHLCD,λ<=log n,65536,1,427410,6.521759033203125
SHLCD,λ<=log n,65536,1,483218,7.373321533203125
SHLCD,λ<=log n,65536,1,458810,7.000885009765625
SHLCD,λ<=log n,65536,1,444342,6.780120849609375
SHLCD,λ<=log n,65536,1,443799,6.7718353271484375
SHLCD,λ<=log n,65536,1,479594,7.318023681640625
SHLCD,λ<=log n,65536,1,465840,7.108154296875
SHLCD,λ<=log n,65536,1,460559,7.0275726318359375
SHLCD,λ<=log n,65536,1,445046,6.790863037109375
SHLCD,λ<=log n,65536,1,437010,6.668243408203125
SHLCD,λ<=log n,65536,1,444133,6.7769317626953125
SHLCD,λ<=log n,65536,1,448165,6.8384552001953125
SHLCD,λ<=log n,65536,1,502206,7.663055419921875
SHLCD,λ<=log n,65536,1,494665,7.5479888916015625
SHLCD,λ<=log n,65536,1,427401,6.5216217041015625
SHLCD,λ<=log n,65536,1,434759,6.6338958740234375
SHLCD,λ<=log n,65536,1,471048,7.1876220703125
SHLCD,λ<=log n,65536,1,447382,6.826507568359375
SHLCD,λ<=log n,65536,1,432685,6.6022491455078125
SHLCD,λ<=log n,65536,1,447105,6.8222808837890625
SHLCD,λ<=log n,65536,1,442603,6.7535858154296875
SHLCD,λ<=log n,65536,1,422557,6.4477081298828125
SHLCD,λ<=log n,65536,1,445326,6.795135498046875
SHLCD,λ<=log n,65536,1,424252,6.47357177734375
SHLCD,λ<=log n,65536,1,437420,6.67449951171875
SRLCD,λ<=log n,65536,1,461655,7.0442962646484375
SRLCD,λ<=log n,65536,1,478516,7.30157470703125
SRLCD,λ<=log n,65536,1,470649,7.1815338134765625
SRLCD,λ<=log n,65536,1,453439,6.9189300537109375
SRLCD,λ<=log n,65536,1,465142,7.097503662109375
SRLCD,λ<=log n,65536,1,448290,6.840362548828125
SRLCD,λ<=log n,65536,1,473432,7.2239990234375
SRLCD,λ<=log n,65536,1,490298,7.481353759765625
SRLCD,λ<=log n,65536,1,469485,7.1637725830078125
SRLCD,λ<=log n,65536,1,462639,7.0593109130859375
SRLCD,λ<=log n,65536,1,441985,6.7441558837890625
SRLCD,λ<=log n,65536,1,492307,7.5120086669921875
SRLCD,λ<=log n,65536,1,458415,6.9948577880859375
SRLCD,λ<=log n,65536,1,484665,7.3954010009765625
SRLCD,λ<=log n,65536,1,508083,7.7527313232421875
SRLCD,λ<=log n,65536,1,477224,7.2818603515625
SRLCD,λ<=log n,65536,1,468592,7.150146484375
SRLCD,λ<=log n,65536,1,450410,6.872711181640625
SRLCD,λ<=log n,65536,1,473335,7.2225189208984375
SRLCD,λ<=log n,65536,1,448396,6.84197998046875
SRLCD,λ<=log n,65536,1,435803,6.6498260498046875
SRLCD,λ<=log n,65536,1,453108,6.91387939453125
SRLCD,λ<=log n,65536,1,496497,7.5759429931640625
SRLCD,λ<=log n,65536,1,459104,7.00537109375
SRLCD,λ<=log n,65536,1,474897,7.2463531494140625
SRLCD,λ<=log n,65536,1,478620,7.30316162109375
SRLCD,λ<=log n,65536,1,487217,7.4343414306640625
SRLCD,λ<=log n,65536,1,460802,7.031280517578125
SRLCD,λ<=log n,65536,1,511658,7.807281494140625
SRLCD,λ<=log n,65536,1,464430,7.086639404296875
SRLCD,λ<=log n,65536,1,471030,7.187347412109375
SRLCD,λ<=log n,65536,1,472302,7.206756591796875
SRLCD,λ<=log n,65536,1,474841,7.2454986572265625
SRLCD,λ<=log n,65536,1,454862,6.940643310546875
SRLCD,λ<=log n,65536,1,490838,7.489593505859375
SRLCD,λ<=log n,65536,1,502371,7.6655731201171875
SRLCD,λ<=log n,65536,1,438220,6.68670654296875
SRLCD,λ<=log n,65536,1,474869,7.2459259033203125
SRLCD,λ<=log n,65536,1,470598,7.180755615234375
SRLCD,λ<=log n,65536,1,492128,7.50927734375
SRLCD,λ<=log n,65536,1,503215,7.6784515380859375
SRLCD,λ<=log n,65536,1,490096,7.478271484375
SRLCD,λ<=log n,65536,1,440513,6.7216949462890625
SRLCD,λ<=log n,65536,1,455905,6.9565582275390625
SRLCD,λ<=log n,65536,1,480491,7.3317108154296875
SRLCD,λ<=log n,65536,1,464971,7.0948944091796875
SRLCD,λ<=log n,65536,1,458423,6.9949798583984375
SRLCD,λ<=log n,65536,1,463726,7.075897216796875
SRLCD,λ<=log n,65536,1,451411,6.8879852294921875
SRLCD,λ<=log n,65536,1,454179,6.9302215576171875
SRLCD,λ<=log n,65536,1,445998,6.805389404296875
SRLCD,λ<=log n,65536,1,471940,7.20123291015625
SRLCD,λ<=log n,65536,1,494630,7.547454833984375
SRLCD,λ<=log n,65536,1,439009,6.6987457275390625
SRLCD,λ<=log n,65536,1,509569,7.7754058837890625
SRLCD,λ<=log n,65536,1,491490,7.499542236328125
SRLCD,λ<=log n,65536,1,507847,7.7491302490234375
SRLCD,λ<=log n,65536,1,484497,7.3928375244140625
SRLCD,λ<=log n,65536,1,490388,7.48272705078125
SRLCD,λ<=log n,65536,1,503194,7.678131103515625
SRLCD,λ<=log n,65536,1,480650,7.334136962890625
SRLCD,λ<=log n,65536,1,459846,7.016693115234375
SRLCD,λ<=log n,65536,1,455526,6.950775146484375
SRLCD,λ<=log n,65536,1,493350,7.527923583984375
SRLCD,λ<=log n,65536,1,453944,6.9266357421875
SRLCD,λ<=log n,65536,1,487061,7.4319610595703125
SRLCD,λ<=log n,65536,1,485593,7.4095611572265625
SRLCD,λ<=log n,65536,1,482968,7.3695068359375
SRLCD,λ<=log n,65536,1,454137,6.9295806884765625
SRLCD,λ<=log n,65536,1,460586,7.027984619140625
SRLCD,λ<=log n,65536,1,481798,7.351654052734375
SRLCD,λ<=log n,65536,1,452888,6.9105224609375
SRLCD,λ<=log n,65536,1,461203,7.0373992919921875
SRLCD,λ<=log n,65536,1,480451,7.3311004638671875
SRLCD,λ<=log n,65536,1,470025,7.1720123291015625
SRLCD,λ<=log n,65536,1,460154,7.021392822265625
SRLCD,λ<=log n,65536,1,482281,7.3590240478515625
SRLCD,λ<=log n,65536,1,478941,7.3080596923828125
SRLCD,λ<=log n,65536,1,470421,7.1780548095703125
SRLCD,λ<=log n,65536,1,475018,7.248199462890625
SRLCD,λ<=log n,65536,1,447023,6.8210296630859375
SRLCD,λ<=log n,65536,1,442912,6.75830078125
SRLCD,λ<=log n,65536,1,472952,7.2166748046875
SRLCD,λ<=log n,65536,1,493207,7.5257415771484375
SRLCD,λ<=log n,65536,1,452578,6.905792236328125
SRLCD,λ<=log n,65536,1,460661,7.0291290283203125
SRLCD,λ<=log n,65536,1,474788,7.24468994140625
SRLCD,λ<=log n,65536,1,492679,7.5176849365234375
SRLCD,λ<=log n,65536,1,495837,7.5658721923828125
SRLCD,λ<=log n,65536,1,479704,7.3197021484375
SRLCD,λ<=log n,65536,1,454575,6.9362640380859375
SRLCD,λ<=log n,65536,1,454846,6.940399169921875
SRLCD,λ<=log n,65536,1,487331,7.4360809326171875
SRLCD,λ<=log n,65536,1,484387,7.3911590576171875
SRLCD,λ<=log n,65536,1,477557,7.2869415283203125
SRLCD,λ<=log n,65536,1,449365,6.8567657470703125
SRLCD,λ<=log n,65536,1,432741,6.6031036376953125
SRLCD,λ<=log n,65536,1,494675,7.5481414794921875
SRLCD,λ<=log n,65536,1,484296,7.3897705078125
SRLCD,λ<=log n,65536,1,453717,6.9231719970703125
SSLCD,λ<=log n,65536,1,702717,10.722610473632812
SSLCD,λ<=log n,65536,1,770378,11.755035400390625
SSLCD,λ<=log n,65536,1,754959,11.519760131835938
SSLCD,λ<=log n,65536,1,732373,11.175125122070312
SSLCD,λ<=log n,65536,1,716212,10.92852783203125
SSLCD,λ<=log n,65536,1,723317,11.036941528320312
SSLCD,λ<=log n,65536,1,732113,11.171157836914062
SSLCD,λ<=log n,65536,1,829634,12.659210205078125
SSLCD,λ<=log n,65536,1,807297,12.318374633789062
SSLCD,λ<=log n,65536,1,753735,11.501083374023438
SSLCD,λ<=log n,65536,1,768434,11.725372314453125
SSLCD,λ<=log n,65536,1,685905,10.466079711914062
SSLCD,λ<=log n,65536,1,835666,12.751251220703125
SSLCD,λ<=log n,65536,1,755967,11.535140991210938
SSLCD,λ<=log n,65536,1,751625,11.468887329101562
SSLCD,λ<=log n,65536,1,781364,11.92266845703125
SSLCD,λ<=log n,65536,1,824382,12.579071044921875
SSLCD,λ<=log n,65536,1,735694,11.225799560546875
SSLCD,λ<=log n,65536,1,803068,12.25384521484375
SSLCD,λ<=log n,65536,1,734053,11.200759887695312
SSLCD,λ<=log n,65536,1,735559,11.223739624023438
SSLCD,λ<=log n,65536,1,792896,12.0986328125
SSLCD,λ<=log n,65536,1,714979,10.909713745117188
SSLCD,λ<=log n,65536,1,723544,11.0404052734375
SSLCD,λ<=log n,65536,1,787183,12.011459350585938
SSLCD,λ<=log n,65536,1,732228,11.17291259765625
SSLCD,λ<=log n,65536,1,835449,12.747940063476562
SSLCD,λ<=log n,65536,1,691841,10.556655883789062
SSLCD,λ<=log n,65536,1,711383,10.854843139648438
SSLCD,λ<=log n,65536,1,814879,12.434066772460938
SSLCD,λ<=log n,65536,1,727455,11.100082397460938
SSLCD,λ<=log n,65536,1,721993,11.016738891601562
SSLCD,λ<=log n,65536,1,731336,11.1593017578125
SSLCD,λ<=log n,65536,1,806067,12.299606323242188
SSLCD,λ<=log n,65536,1,742036,11.32257080078125
SSLCD,λ<=log n,65536,1,741551,11.315170288085938
SSLCD,λ<=log n,65536,1,756314,11.540435791015625
SSLCD,λ<=log n,65536,1,721004,11.00164794921875
SSLCD,λ<=log n,65536,1,791255,12.073593139648438
SSLCD,λ<=log n,65536,1,764591,11.666732788085938
SSLCD,λ<=log n,65536,1,720764,10.99798583984375
SSLCD,λ<=log n,65536,1,754920,11.5191650390625
SSLCD,λ<=log n,65536,1,704530,10.750274658203125
SSLCD,λ<=log n,65536,1,801074,12.223419189453125
SSLCD,λ<=log n,65536,1,736115,11.232223510742188
SSLCD,λ<=log n,65536,1,798516,12.18438720703125
SSLCD,λ<=log n,65536,1,793678,12.110565185546875
SSLCD,λ<=log n,65536,1,738045,11.261672973632812
SSLCD,λ<=log n,65536,1,791406,12.075897216796875
SSLCD,λ<=log n,65536,1,760791,11.608749389648438
SSLCD,λ<=log n,65536,1,769402,11.740142822265625
SSLCD,λ<=log n,65536,1,705953,10.771987915039062
SSLCD,λ<=log n,65536,1,766905,11.702041625976562
SSLCD,λ<=log n,65536,1,757671,11.561141967773438
SSLCD,λ<=log n,65536,1,819422,12.503387451171875
SSLCD,λ<=log n,65536,1,782839,11.945175170898438
SSLCD,λ<=log n,65536,1,776363,11.846359252929688
SSLCD,λ<=log n,65536,1,771783,11.776473999023438
SSLCD,λ<=log n,65536,1,727320,11.0980224609375
SSLCD,λ<=log n,65536,1,768765,11.730422973632812
SSLCD,λ<=log n,65536,1,732565,11.178054809570312
SSLCD,λ<=log n,65536,1,763105,11.644058227539062
SSLCD,λ<=log n,65536,1,732481,11.176773071289062
SSLCD,λ<=log n,65536,1,788607,12.033187866210938
SSLCD,λ<=log n,65536,1,729775,11.135482788085938
SSLCD,λ<=log n,65536,1,725607,11.071884155273438
SSLCD,λ<=log n,65536,1,771342,11.769744873046875
SSLCD,λ<=log n,65536,1,688147,10.500289916992188
SSLCD,λ<=log n,65536,1,738555,11.269454956054688
SSLCD,λ<=log n,65536,1,839143,12.804306030273438
SSLCD,λ<=log n,65536,1,729848,11.1365966796875
SSLCD,λ<=log n,65536,1,757420,11.55731201171875
SSLCD,λ<=log n,65536,1,686952,10.4820556640625
SSLCD,λ<=log n,65536,1,779383,11.892440795898438
SSLCD,λ<=log n,65536,1,781912,11.9310302734375
SSLCD,λ<=log n,65536,1,816543,12.459457397460938
SSLCD,λ<=log n,65536,1,715443,10.916793823242188
SSLCD,λ<=log n,65536,1,720895,10.999984741210938
SSLCD,λ<=log n,65536,1,745399,11.373886108398438
SSLCD,λ<=log n,65536,1,772123,11.781661987304688
SSLCD,λ<=log n,65536,1,705825,10.770034790039062
SSLCD,λ<=log n,65536,1,730550,11.147308349609375
SSLCD,λ<=log n,65536,1,757094,11.552337646484375
SSLCD,λ<=log n,65536,1,751607,11.468612670898438
SSLCD,λ<=log n,65536,1,728391,11.114364624023438
SSLCD,λ<=log n,65536,1,756267,11.539718627929688
SSLCD,λ<=log n,65536,1,771851,11.777511596679688
SSLCD,λ<=log n,65536,1,754002,11.505157470703125
SSLCD,λ<=log n,65536,1,695124,10.60675048828125
SSLCD,λ<=log n,65536,1,852545,13.008804321289062
SSLCD,λ<=log n,65536,1,813765,12.417068481445312
SSLCD,λ<=log n,65536,1,726647,11.087753295898438
SSLCD,λ<=log n,65536,1,776314,11.845611572265625
SSLCD,λ<=log n,65536,1,847684,12.93463134765625
SSLCD,λ<=log n,65536,1,687495,10.490341186523438
SSLCD,λ<=log n,65536,1,879075,13.413619995117188
SSLCD,λ<=log n,65536,1,707805,10.800247192382812
SSLCD,λ<=log n,65536,1,714189,10.897659301757812
SSLCD,λ<=log n,65536,1,829027,12.649948120117188
SSLCD,λ<=log n,65536,1,775074,11.826690673828125
SSDSD,λ<=log n,65536,1,732449,11.176284790039062
SSDSD,λ<=log n,65536,1,747857,11.411392211914062
SSDSD,λ<=log n,65536,1,689252,10.51715087890625
SSDSD,λ<=log n,65536,1,736737,11.241714477539062
SSDSD,λ<=log n,65536,1,737852,11.25872802734375
SSDSD,λ<=log n,65536,1,755278,11.524627685546875
SSDSD,λ<=log n,65536,1,728857,11.121475219726562
SSDSD,λ<=log n,65536,1,717217,10.943862915039062
SSDSD,λ<=log n,65536,1,743565,11.345901489257812
SSDSD,λ<=log n,65536,1,764646,11.667572021484375
SSDSD,λ<=log n,65536,1,816492,12.45867919921875
SSDSD,λ<=log n,65536,1,717107,10.942184448242188
SSDSD,λ<=log n,65536,1,761924,11.62603759765625
SSDSD,λ<=log n,65536,1,731298,11.158721923828125
SSDSD,λ<=log n,65536,1,740704,11.30224609375
SSDSD,λ<=log n,65536,1,731830,11.166839599609375
SSDSD,λ<=log n,65536,1,715735,10.921249389648438
SSDSD,λ<=log n,65536,1,711374,10.854705810546875
SSDSD,λ<=log n,65536,1,684319,10.441879272460938
SSDSD,λ<=log n,65536,1,866820,13.22662353515625
SSDSD,λ<=log n,65536,1,738189,11.263870239257812
SSDSD,λ<=log n,65536,1,781873,11.930435180664062
SSDSD,λ<=log n,65536,1,741033,11.307266235351562
SSDSD,λ<=log n,65536,1,802920,12.2515869140625
SSDSD,λ<=log n,65536,1,771496,11.7720947265625
SSDSD,λ<=log n,65536,1,720013,10.986526489257812
SSDSD,λ<=log n,65536,1,769104,11.735595703125
SSDSD,λ<=log n,65536,1,754237,11.508743286132812
SSDSD,λ<=log n,65536,1,784123,11.964767456054688
SSDSD,λ<=log n,65536,1,732319,11.174301147460938
SSDSD,λ<=log n,65536,1,734621,11.209426879882812
SSDSD,λ<=log n,65536,1,720918,11.000335693359375
SSDSD,λ<=log n,65536,1,764981,11.672683715820312
SSDSD,λ<=log n,65536,1,704452,10.74908447265625
SSDSD,λ<=log n,65536,1,745901,11.381546020507812
SSDSD,λ<=log n,65536,1,708087,10.804550170898438
SSDSD,λ<=log n,65536,1,758696,11.5767822265625
SSDSD,λ<=log n,65536,1,750366,11.449676513671875
SSDSD,λ<=log n,65536,1,761288,11.6163330078125
SSDSD,λ<=log n,65536,1,720618,10.995758056640625
SSDSD,λ<=log n,65536,1,701680,10.706787109375
SSDSD,λ<=log n,65536,1,718624,10.96533203125
SSDSD,λ<=log n,65536,1,758535,11.574325561523438
SSDSD,λ<=log n,65536,1,708105,10.804824829101562
SSDSD,λ<=log n,65536,1,753183,11.492660522460938
SSDSD,λ<=log n,65536,1,778395,11.877365112304688
SSDSD,λ<=log n,65536,1,761378,11.617706298828125
SSDSD,λ<=log n,65536,1,731656,11.1641845703125
SSDSD,λ<=log n,65536,1,791159,12.072128295898438
SSDSD,λ<=log n,65536,1,747050,11.399078369140625
SSDSD,λ<=log n,65536,1,770597,11.758377075195312
SSDSD,λ<=log n,65536,1,757697,11.561538696289062
SSDSD,λ<=log n,65536,1,694824,10.6021728515625
SSDSD,λ<=log n,65536,1,745383,11.373641967773438
SSDSD,λ<=log n,65536,1,728867,11.121627807617188
SSDSD,λ<=log n,65536,1,678559,10.353988647460938
SSDSD,λ<=log n,65536,1,731992,11.1693115234375
SSDSD,λ<=log n,65536,1,756907,11.549484252929688
SSDSD,λ<=log n,65536,1,767430,11.710052490234375
SSDSD,λ<=log n,65536,1,874169,13.338760375976562
SSDSD,λ<=log n,65536,1,770394,11.755279541015625
SSDSD,λ<=log n,65536,1,761546,11.620269775390625
SSDSD,λ<=log n,65536,1,696287,10.624496459960938
SSDSD,λ<=log n,65536,1,737158,11.248138427734375
SSDSD,λ<=log n,65536,1,699489,10.673355102539062
SSDSD,λ<=log n,65536,1,788259,12.027877807617188
SSDSD,λ<=log n,65536,1,782154,11.934722900390625
SSDSD,λ<=log n,65536,1,715387,10.915939331054688
SSDSD,λ<=log n,65536,1,735379,11.220993041992188
SSDSD,λ<=log n,65536,1,828906,12.648101806640625
SSDSD,λ<=log n,65536,1,717838,10.953338623046875
SSDSD,λ<=log n,65536,1,724933,11.061599731445312
SSDSD,λ<=log n,65536,1,718862,10.968963623046875
SSDSD,λ<=log n,65536,1,779367,11.892196655273438
SSDSD,λ<=log n,65536,1,739197,11.279251098632812
SSDSD,λ<=log n,65536,1,699420,10.67230224609375
SSDSD,λ<=log n,65536,1,774089,11.811660766601562
SSDSD,λ<=log n,65536,1,750226,11.447540283203125
SSDSD,λ<=log n,65536,1,752526,11.482635498046875
SSDSD,λ<=log n,65536,1,769249,11.737808227539062
SSDSD,λ<=log n,65536,1,739354,11.281646728515625
SSDSD,λ<=log n,65536,1,829143,12.651718139648438
SSDSD,λ<=log n,65536,1,714360,10.9002685546875
SSDSD,λ<=log n,65536,1,725639,11.072372436523438
SSDSD,λ<=log n,65536,1,721995,11.016769409179688
SSDSD,λ<=log n,65536,1,794691,12.126022338867188
SSDSD,λ<=log n,65536,1,689066,10.514312744140625
SSDSD,λ<=log n,65536,1,936664,14.2923583984375
SSDSD,λ<=log n,65536,1,730287,11.143295288085938
SSDSD,λ<=log n,65536,1,730024,11.1392822265625
SSDSD,λ<=log n,65536,1,753182,11.492645263671875
SSDSD,λ<=log n,65536,1,792066,12.085968017578125
SSDSD,λ<=log n,65536,1,716715,10.936203002929688
SSDSD,λ<=log n,65536,1,699789,10.677932739257812
SSDSD,λ<=log n,65536,1,707011,10.788131713867188
SSDSD,λ<=log n,65536,1,693884,10.58782958984375
SSDSD,λ<=log n,65536,1,719426,10.977569580078125
SSDSD,λ<=log n,65536,1,728267,11.112472534179688
SSDSD,λ<=log n,65536,1,769816,11.7464599609375
SSDSD,λ<=log n,65536,1,705749,10.768875122070312
SRDSD,λ<=log n,65536,1,509635,7.7764129638671875
SRDSD,λ<=log n,65536,1,488460,7.45330810546875
SRDSD,λ<=log n,65536,1,524563,8.004196166992188
SRDSD,λ<=log n,65536,1,488450,7.453155517578125
SRDSD,λ<=log n,65536,1,497960,7.5982666015625
SRDSD,λ<=log n,65536,1,477876,7.29180908203125
SRDSD,λ<=log n,65536,1,463523,7.0727996826171875
SRDSD,λ<=log n,65536,1,455704,6.9534912109375
SRDSD,λ<=log n,65536,1,464581,7.0889434814453125
SRDSD,λ<=log n,65536,1,476642,7.272979736328125
SRDSD,λ<=log n,65536,1,475880,7.2613525390625
SRDSD,λ<=log n,65536,1,465928,7.1094970703125
SRDSD,λ<=log n,65536,1,519561,7.9278717041015625
SRDSD,λ<=log n,65536,1,466455,7.1175384521484375
SRDSD,λ<=log n,65536,1,499131,7.6161346435546875
SRDSD,λ<=log n,65536,1,469177,7.1590728759765625
SRDSD,λ<=log n,65536,1,482451,7.3616180419921875
SRDSD,λ<=log n,65536,1,454102,6.929046630859375
SRDSD,λ<=log n,65536,1,487957,7.4456329345703125
SRDSD,λ<=log n,65536,1,519287,7.9236907958984375
SRDSD,λ<=log n,65536,1,492171,7.5099334716796875
SRDSD,λ<=log n,65536,1,579402,8.840972900390625
SRDSD,λ<=log n,65536,1,457701,6.9839630126953125
SRDSD,λ<=log n,65536,1,470614,7.180999755859375
SRDSD,λ<=log n,65536,1,462633,7.0592193603515625
SRDSD,λ<=log n,65536,1,493541,7.5308380126953125
SRDSD,λ<=log n,65536,1,515768,7.8699951171875
SRDSD,λ<=log n,65536,1,461493,7.0418243408203125
SRDSD,λ<=log n,65536,1,474255,7.2365570068359375
SRDSD,λ<=log n,65536,1,477658,7.288482666015625
SRDSD,λ<=log n,65536,1,510389,7.7879180908203125
SRDSD,λ<=log n,65536,1,517469,7.8959503173828125
SRDSD,λ<=log n,65536,1,500615,7.6387786865234375
SRDSD,λ<=log n,65536,1,467685,7.1363067626953125
SRDSD,λ<=log n,65536,1,539815,8.236923217773438
SRDSD,λ<=log n,65536,1,476566,7.271820068359375
SRDSD,λ<=log n,65536,1,571680,8.72314453125
SRDSD,λ<=log n,65536,1,451382,6.887542724609375
SRDSD,λ<=log n,65536,1,503835,7.6879119873046875
SRDSD,λ<=log n,65536,1,466738,7.121856689453125
SRDSD,λ<=log n,65536,1,450019,6.8667449951171875
SRDSD,λ<=log n,65536,1,497624,7.5931396484375
SRDSD,λ<=log n,65536,1,516213,7.8767852783203125
SRDSD,λ<=log n,65536,1,470766,7.183319091796875
SRDSD,λ<=log n,65536,1,542119,8.272079467773438
SRDSD,λ<=log n,65536,1,510267,7.7860565185546875
SRDSD,λ<=log n,65536,1,572837,8.740798950195312
SRDSD,λ<=log n,65536,1,473344,7.22265625
SRDSD,λ<=log n,65536,1,477528,7.2864990234375
SRDSD,λ<=log n,65536,1,455223,6.9461517333984375
SRDSD,λ<=log n,65536,1,484419,7.3916473388671875
SRDSD,λ<=log n,65536,1,461911,7.0482025146484375
SRDSD,λ<=log n,65536,1,487882,7.444488525390625
SRDSD,λ<=log n,65536,1,483114,7.371734619140625
SRDSD,λ<=log n,65536,1,475888,7.261474609375
SRDSD,λ<=log n,65536,1,585156,8.92877197265625
SRDSD,λ<=log n,65536,1,457555,6.9817352294921875
SRDSD,λ<=log n,65536,1,460017,7.0193023681640625
SRDSD,λ<=log n,65536,1,472196,7.20513916015625
SRDSD,λ<=log n,65536,1,513794,7.839874267578125
SRDSD,λ<=log n,65536,1,466188,7.11346435546875
SRDSD,λ<=log n,65536,1,517613,7.8981475830078125
SRDSD,λ<=log n,65536,1,466906,7.124420166015625
SRDSD,λ<=log n,65536,1,471738,7.198150634765625
SRDSD,λ<=log n,65536,1,497307,7.5883026123046875
SRDSD,λ<=log n,65536,1,477179,7.2811737060546875
SRDSD,λ<=log n,65536,1,466828,7.12322998046875
SRDSD,λ<=log n,65536,1,549683,8.387496948242188
SRDSD,λ<=log n,65536,1,514230,7.846527099609375
SRDSD,λ<=log n,65536,1,474003,7.2327117919921875
SRDSD,λ<=log n,65536,1,496160,7.57080078125
SRDSD,λ<=log n,65536,1,474943,7.2470550537109375
SRDSD,λ<=log n,65536,1,468911,7.1550140380859375
SRDSD,λ<=log n,65536,1,475760,7.259521484375
SRDSD,λ<=log n,65536,1,585075,8.927536010742188
SRDSD,λ<=log n,65536,1,461356,7.03973388671875
SRDSD,λ<=log n,65536,1,512630,7.822113037109375
SRDSD,λ<=log n,65536,1,513471,7.8349456787109375
SRDSD,λ<=log n,65536,1,482383,7.3605804443359375
SRDSD,λ<=log n,65536,1,490143,7.4789886474609375
SRDSD,λ<=log n,65536,1,490661,7.4868927001953125
SRDSD,λ<=log n,65536,1,464959,7.0947113037109375
SRDSD,λ<=log n,65536,1,480141,7.3263702392578125
SRDSD,λ<=log n,65536,1,514554,7.851470947265625
SRDSD,λ<=log n,65536,1,463037,7.0653839111328125
SRDSD,λ<=log n,65536,1,477392,7.284423828125
SRDSD,λ<=log n,65536,1,453945,6.9266510009765625
SRDSD,λ<=log n,65536,1,451295,6.8862152099609375
SRDSD,λ<=log n,65536,1,452590,6.905975341796875
SRDSD,λ<=log n,65536,1,480318,7.329071044921875
SRDSD,λ<=log n,65536,1,497349,7.5889434814453125
SRDSD,λ<=log n,65536,1,494356,7.54327392578125
SRDSD,λ<=log n,65536,1,531126,8.104339599609375
SRDSD,λ<=log n,65536,1,460927,7.0331878662109375
SRDSD,λ<=log n,65536,1,482900,7.36846923828125
SRDSD,λ<=log n,65536,1,483699,7.3806610107421875
SRDSD,λ<=log n,65536,1,497508,7.59136962890625
SRDSD,λ<=log n,65536,1,470975,7.1865081787109375
SRDSD,λ<=log n,65536,1,530660,8.09722900390625
SRDSD,λ<=log n,65536,1,473257,7.2213287353515625
SHDSD,λ<=log n,65536,1,477545,7.2867584228515625
SHDSD,λ<=log n,65536,1,509286,7.771087646484375
SHDSD,λ<=log n,65536,1,543570,8.294219970703125
SHDSD,λ<=log n,65536,1,497905,7.5974273681640625
SHDSD,λ<=log n,65536,1,494518,7.545745849609375
SHDSD,λ<=log n,65536,1,503319,7.6800384521484375
SHDSD,λ<=log n,65536,1,509344,7.77197265625
SHDSD,λ<=log n,65536,1,491989,7.5071563720703125
SHDSD,λ<=log n,65536,1,496876,7.58172607421875
SHDSD,λ<=log n,65536,1,478766,7.305389404296875
SHDSD,λ<=log n,65536,1,505290,7.710113525390625
SHDSD,λ<=log n,65536,1,475813,7.2603302001953125
SHDSD,λ<=log n,65536,1,528068,8.05767822265625
SHDSD,λ<=log n,65536,1,477283,7.2827606201171875
SHDSD,λ<=log n,65536,1,509861,7.7798614501953125
SHDSD,λ<=log n,65536,1,484363,7.3907928466796875
SHDSD,λ<=log n,65536,1,509314,7.771514892578125
SHDSD,λ<=log n,65536,1,571824,8.725341796875
SHDSD,λ<=log n,65536,1,582165,8.883132934570312
SHDSD,λ<=log n,65536,1,506210,7.724151611328125
SHDSD,λ<=log n,65536,1,492205,7.5104522705078125
SHDSD,λ<=log n,65536,1,505752,7.7171630859375
SHDSD,λ<=log n,65536,1,512418,7.818878173828125
SHDSD,λ<=log n,65536,1,494348,7.54315185546875
SHDSD,λ<=log n,65536,1,542246,8.274017333984375
SHDSD,λ<=log n,65536,1,494365,7.5434112548828125
SHDSD,λ<=log n,65536,1,553045,8.438796997070312
SHDSD,λ<=log n,65536,1,507276,7.74041748046875
SHDSD,λ<=log n,65536,1,496066,7.569366455078125
SHDSD,λ<=log n,65536,1,494174,7.540496826171875
SHDSD,λ<=log n,65536,1,487428,7.43756103515625
SHDSD,λ<=log n,65536,1,518906,7.917877197265625
SHDSD,λ<=log n,65536,1,486132,7.41778564453125
SHDSD,λ<=log n,65536,1,470785,7.1836090087890625
SHDSD,λ<=log n,65536,1,489958,7.476165771484375
SHDSD,λ<=log n,65536,1,505639,7.7154388427734375
SHDSD,λ<=log n,65536,1,495760,7.564697265625
SHDSD,λ<=log n,65536,1,496595,7.5774383544921875
SHDSD,λ<=log n,65536,1,535187,8.166305541992188
SHDSD,λ<=log n,65536,1,547897,8.360244750976562
SHDSD,λ<=log n,65536,1,480439,7.3309173583984375
SHDSD,λ<=log n,65536,1,476378,7.268951416015625
SHDSD,λ<=log n,65536,1,510931,7.7961883544921875
SHDSD,λ<=log n,65536,1,486682,7.426177978515625
SHDSD,λ<=log n,65536,1,483184,7.372802734375
SHDSD,λ<=log n,65536,1,512598,7.821624755859375
SHDSD,λ<=log n,65536,1,504312,7.6951904296875
SHDSD,λ<=log n,65536,1,477800,7.2906494140625
SHDSD,λ<=log n,65536,1,498210,7.602081298828125
SHDSD,λ<=log n,65536,1,482432,7.361328125
SHDSD,λ<=log n,65536,1,544149,8.303054809570312
SHDSD,λ<=log n,65536,1,482141,7.3568878173828125
SHDSD,λ<=log n,65536,1,518290,7.908477783203125
SHDSD,λ<=log n,65536,1,514125,7.8449249267578125
SHDSD,λ<=log n,65536,1,495074,7.554229736328125
SHDSD,λ<=log n,65536,1,499070,7.615203857421875
SHDSD,λ<=log n,65536,1,476482,7.270538330078125
SHDSD,λ<=log n,65536,1,516339,7.8787078857421875
SHDSD,λ<=log n,65536,1,493015,7.5228118896484375
SHDSD,λ<=log n,65536,1,491900,7.50579833984375
SHDSD,λ<=log n,65536,1,495616,7.5625
SHDSD,λ<=log n,65536,1,495356,7.55853271484375
SHDSD,λ<=log n,65536,1,483289,7.3744049072265625
SHDSD,λ<=log n,65536,1,470933,7.1858673095703125
SHDSD,λ<=log n,65536,1,504196,7.69342041015625
SHDSD,λ<=log n,65536,1,511665,7.8073883056640625
SHDSD,λ<=log n,65536,1,461378,7.040069580078125
SHDSD,λ<=log n,65536,1,518469,7.9112091064453125
SHDSD,λ<=log n,65536,1,481062,7.340423583984375
SHDSD,λ<=log n,65536,1,581156,8.86773681640625
SHDSD,λ<=log n,65536,1,480168,7.3267822265625
SHDSD,λ<=log n,65536,1,540588,8.24871826171875
SHDSD,λ<=log n,65536,1,497736,7.5948486328125
SHDSD,λ<=log n,65536,1,490349,7.4821319580078125
SHDSD,λ<=log n,65536,1,520515,7.9424285888671875
SHDSD,λ<=log n,65536,1,483015,7.3702239990234375
SHDSD,λ<=log n,65536,1,490978,7.491729736328125
SHDSD,λ<=log n,65536,1,508568,7.7601318359375
SHDSD,λ<=log n,65536,1,512904,7.8262939453125
SHDSD,λ<=log n,65536,1,515397,7.8643341064453125
SHDSD,λ<=log n,65536,1,467886,7.139373779296875
SHDSD,λ<=log n,65536,1,562908,8.58929443359375
SHDSD,λ<=log n,65536,1,518450,7.910919189453125
SHDSD,λ<=log n,65536,1,471753,7.1983795166015625
SHDSD,λ<=log n,65536,1,490330,7.481842041015625
SHDSD,λ<=log n,65536,1,477966,7.293182373046875
SHDSD,λ<=log n,65536,1,516223,7.8769378662109375
SHDSD,λ<=log n,65536,1,494602,7.547027587890625
SHDSD,λ<=log n,65536,1,478061,7.2946319580078125
SHDSD,λ<=log n,65536,1,480727,7.3353118896484375
SHDSD,λ<=log n,65536,1,461554,7.042755126953125
SHDSD,λ<=log n,65536,1,492925,7.5214385986328125
SHDSD,λ<=log n,65536,1,480871,7.3375091552734375
SHDSD,λ<=log n,65536,1,473685,7.2278594970703125
SHDSD,λ<=log n,65536,1,520153,7.9369049072265625
SHDSD,λ<=log n,65536,1,503662,7.685272216796875
SHDSD,λ<=log n,65536,1,512720,7.823486328125
SHDSD,λ<=log n,65536,1,523874,7.993682861328125
SHDSD,λ<=log n,65536,1,490236,7.48040771484375
SHDSD,λ<=log n,65536,1,540150,8.242034912109375
SHLSD,λ<=log n,65536,1,475521,7.2558746337890625
SHLSD,λ<=log n,65536,1,469074,7.157501220703125
SHLSD,λ<=log n,65536,1,474319,7.2375335693359375
SHLSD,λ<=log n,65536,1,452417,6.9033355712890625
SHLSD,λ<=log n,65536,1,474384,7.238525390625
SHLSD,λ<=log n,65536,1,463939,7.0791473388671875
SHLSD,λ<=log n,65536,1,454951,6.9420013427734375
SHLSD,λ<=log n,65536,1,498633,7.6085357666015625
SHLSD,λ<=log n,65536,1,509893,7.7803497314453125
SHLSD,λ<=log n,65536,1,477690,7.288970947265625
SHLSD,λ<=log n,65536,1,461730,7.045440673828125
SHLSD,λ<=log n,65536,1,447178,6.823394775390625
SHLSD,λ<=log n,65536,1,457366,6.978851318359375
SHLSD,λ<=log n,65536,1,463821,7.0773468017578125
SHLSD,λ<=log n,65536,1,482575,7.3635101318359375
SHLSD,λ<=log n,65536,1,502491,7.6674041748046875
SHLSD,λ<=log n,65536,1,452572,6.90570068359375
SHLSD,λ<=log n,65536,1,503114,7.676910400390625
SHLSD,λ<=log n,65536,1,462988,7.06463623046875
SHLSD,λ<=log n,65536,1,464460,7.08709716796875
SHLSD,λ<=log n,65536,1,444680,6.7852783203125
SHLSD,λ<=log n,65536,1,473805,7.2296905517578125
SHLSD,λ<=log n,65536,1,510490,7.789459228515625
SHLSD,λ<=log n,65536,1,479799,7.3211517333984375
SHLSD,λ<=log n,65536,1,464528,7.088134765625
SHLSD,λ<=log n,65536,1,472545,7.2104644775390625
SHLSD,λ<=log n,65536,1,459008,7.00390625
SHLSD,λ<=log n,65536,1,484724,7.39630126953125
SHLSD,λ<=log n,65536,1,480801,7.3364410400390625
SHLSD,λ<=log n,65536,1,585451,8.933273315429688
SHLSD,λ<=log n,65536,1,497262,7.587615966796875
SHLSD,λ<=log n,65536,1,494032,7.538330078125
SHLSD,λ<=log n,65536,1,452907,6.9108123779296875
SHLSD,λ<=log n,65536,1,468585,7.1500396728515625
SHLSD,λ<=log n,65536,1,455450,6.949615478515625
SHLSD,λ<=log n,65536,1,472012,7.20233154296875
SHLSD,λ<=log n,65536,1,511481,7.8045806884765625
SHLSD,λ<=log n,65536,1,451796,6.89385986328125
SHLSD,λ<=log n,65536,1,466364,7.11614990234375
SHLSD,λ<=log n,65536,1,451131,6.8837127685546875
SHLSD,λ<=log n,65536,1,533914,8.146881103515625
SHLSD,λ<=log n,65536,1,456274,6.962188720703125
SHLSD,λ<=log n,65536,1,503944,7.6895751953125
SHLSD,λ<=log n,65536,1,517063,7.8897552490234375
SHLSD,λ<=log n,65536,1,500596,7.63848876953125
SHLSD,λ<=log n,65536,1,487345,7.4362945556640625
SHLSD,λ<=log n,65536,1,455591,6.9517669677734375
SHLSD,λ<=log n,65536,1,476156,7.26556396484375
SHLSD,λ<=log n,65536,1,489070,7.462615966796875
SHLSD,λ<=log n,65536,1,525771,8.022628784179688
SHLSD,λ<=log n,65536,1,508833,7.7641754150390625
SHLSD,λ<=log n,65536,1,508510,7.759246826171875
SHLSD,λ<=log n,65536,1,527649,8.051284790039062
SHLSD,λ<=log n,65536,1,479256,7.3128662109375
SHLSD,λ<=log n,65536,1,483018,7.370269775390625
SHLSD,λ<=log n,65536,1,446839,6.8182220458984375
SHLSD,λ<=log n,65536,1,494692,7.54840087890625
SHLSD,λ<=log n,65536,1,470442,7.178375244140625
SHLSD,λ<=log n,65536,1,502671,7.6701507568359375
SHLSD,λ<=log n,65536,1,458408,6.9947509765625
SHLSD,λ<=log n,65536,1,521774,7.961639404296875
SHLSD,λ<=log n,65536,1,495301,7.5576934814453125
SHLSD,λ<=log n,65536,1,512658,7.822540283203125
SHLSD,λ<=log n,65536,1,489654,7.471527099609375
SHLSD,λ<=log n,65536,1,463535,7.0729827880859375
SHLSD,λ<=log n,65536,1,461141,7.0364532470703125
SHLSD,λ<=log n,65536,1,474272,7.23681640625
SHLSD,λ<=log n,65536,1,459535,7.0119476318359375
SHLSD,λ<=log n,65536,1,444327,6.7798919677734375
SHLSD,λ<=log n,65536,1,488944,7.460693359375
SHLSD,λ<=log n,65536,1,517077,7.8899688720703125
SHLSD,λ<=log n,65536,1,507824,7.748779296875
SHLSD,λ<=log n,65536,1,488336,7.451416015625
SHLSD,λ<=log n,65536,1,484536,7.3934326171875
SHLSD,λ<=log n,65536,1,468819,7.1536102294921875
SHLSD,λ<=log n,65536,1,521244,7.95355224609375
SHLSD,λ<=log n,65536,1,452742,6.908294677734375
SHLSD,λ<=log n,65536,1,444730,6.786041259765625
SHLSD,λ<=log n,65536,1,443513,6.7674713134765625
SHLSD,λ<=log n,65536,1,452668,6.90716552734375
SHLSD,λ<=log n,65536,1,464387,7.0859832763671875
SHLSD,λ<=log n,65536,1,467367,7.1314544677734375
SHLSD,λ<=log n,65536,1,465203,7.0984344482421875
SHLSD,λ<=log n,65536,1,520386,7.940460205078125
SHLSD,λ<=log n,65536,1,470096,7.173095703125
SHLSD,λ<=log n,65536,1,475749,7.2593536376953125
SHLSD,λ<=log n,65536,1,474807,7.2449798583984375
SHLSD,λ<=log n,65536,1,476978,7.278106689453125
SHLSD,λ<=log n,65536,1,461580,7.04315185546875
SHLSD,λ<=log n,65536,1,489062,7.462493896484375
SHLSD,λ<=log n,65536,1,486193,7.4187164306640625
SHLSD,λ<=log n,65536,1,449448,6.8580322265625
SHLSD,λ<=log n,65536,1,465841,7.1081695556640625
SHLSD,λ<=log n,65536,1,520214,7.937835693359375
SHLSD,λ<=log n,65536,1,476061,7.2641143798828125
SHLSD,λ<=log n,65536,1,477533,7.2865753173828125
SHLSD,λ<=log n,65536,1,483398,7.376068115234375
SHLSD,λ<=log n,65536,1,503545,7.6834869384765625
SHLSD,λ<=log n,65536,1,517619,7.8982391357421875
SHLSD,λ<=log n,65536,1,483133,7.3720245361328125
SRLSD,λ<=log n,65536,1,483253,7.3738555908203125
SRLSD,λ<=log n,65536,1,471019,7.1871795654296875
SRLSD,λ<=log n,65536,1,458687,6.9990081787109375
SRLSD,λ<=log n,65536,1,472691,7.2126922607421875
SRLSD,λ<=log n,65536,1,499067,7.6151580810546875
SRLSD,λ<=log n,65536,1,531971,8.117233276367188
SRLSD,λ<=log n,65536,1,472829,7.2147979736328125
SRLSD,λ<=log n,65536,1,436664,6.6629638671875
SRLSD,λ<=log n,65536,1,480551,7.3326263427734375
SRLSD,λ<=log n,65536,1,445688,6.8006591796875
SRLSD,λ<=log n,65536,1,474900,7.24639892578125
SRLSD,λ<=log n,65536,1,439314,6.703399658203125
SRLSD,λ<=log n,65536,1,474823,7.2452239990234375
SRLSD,λ<=log n,65536,1,455402,6.948883056640625
SRLSD,λ<=log n,65536,1,455180,6.94549560546875
SRLSD,λ<=log n,65536,1,438601,6.6925201416015625
SRLSD,λ<=log n,65536,1,456735,6.9692230224609375
SRLSD,λ<=log n,65536,1,434776,6.6341552734375
SRLSD,λ<=log n,65536,1,450541,6.8747100830078125
SRLSD,λ<=log n,65536,1,449735,6.8624114990234375
SRLSD,λ<=log n,65536,1,452126,6.898895263671875
SRLSD,λ<=log n,65536,1,459642,7.013580322265625
SRLSD,λ<=log n,65536,1,465389,7.1012725830078125
SRLSD,λ<=log n,65536,1,442626,6.753936767578125
SRLSD,λ<=log n,65536,1,476959,7.2778167724609375
SRLSD,λ<=log n,65536,1,488601,7.4554595947265625
SRLSD,λ<=log n,65536,1,498823,7.6114349365234375
SRLSD,λ<=log n,65536,1,446798,6.817596435546875
SRLSD,λ<=log n,65536,1,512358,7.817962646484375
SRLSD,λ<=log n,65536,1,479869,7.3222198486328125
SRLSD,λ<=log n,65536,1,450550,6.874847412109375
SRLSD,λ<=log n,65536,1,459525,7.0117950439453125
SRLSD,λ<=log n,65536,1,438924,6.69744873046875
SRLSD,λ<=log n,65536,1,471875,7.2002410888671875
SRLSD,λ<=log n,65536,1,437223,6.6714935302734375
SRLSD,λ<=log n,65536,1,454749,6.9389190673828125
SRLSD,λ<=log n,65536,1,485621,7.4099884033203125
SRLSD,λ<=log n,65536,1,456653,6.9679718017578125
SRLSD,λ<=log n,65536,1,496132,7.57037353515625
SRLSD,λ<=log n,65536,1,489258,7.465484619140625
SRLSD,λ<=log n,65536,1,540238,8.243377685546875
SRLSD,λ<=log n,65536,1,483787,7.3820037841796875
SRLSD,λ<=log n,65536,1,493695,7.5331878662109375
SRLSD,λ<=log n,65536,1,448162,6.838409423828125
SRLSD,λ<=log n,65536,1,519727,7.9304046630859375
SRLSD,λ<=log n,65536,1,500110,7.631072998046875
SRLSD,λ<=log n,65536,1,518057,7.9049224853515625
SRLSD,λ<=log n,65536,1,463009,7.0649566650390625
SRLSD,λ<=log n,65536,1,455223,6.9461517333984375
SRLSD,λ<=log n,65536,1,434605,6.6315460205078125
SRLSD,λ<=log n,65536,1,462201,7.0526275634765625
SRLSD,λ<=log n,65536,1,453707,6.9230194091796875
SRLSD,λ<=log n,65536,1,514132,7.84503173828125
SRLSD,λ<=log n,65536,1,446773,6.8172149658203125
SRLSD,λ<=log n,65536,1,455074,6.943878173828125
SRLSD,λ<=log n,65536,1,425696,6.49560546875
SRLSD,λ<=log n,65536,1,475717,7.2588653564453125
SRLSD,λ<=log n,65536,1,471775,7.1987152099609375
SRLSD,λ<=log n,65536,1,452159,6.8993988037109375
SRLSD,λ<=log n,65536,1,458402,6.994659423828125
SRLSD,λ<=log n,65536,1,461168,7.036865234375
SRLSD,λ<=log n,65536,1,466840,7.1234130859375
SRLSD,λ<=log n,65536,1,439438,6.705291748046875
SRLSD,λ<=log n,65536,1,511262,7.801239013671875
SRLSD,λ<=log n,65536,1,461141,7.0364532470703125
SRLSD,λ<=log n,65536,1,453677,6.9225616455078125
SRLSD,λ<=log n,65536,1,478568,7.3023681640625
SRLSD,λ<=log n,65536,1,431691,6.5870819091796875
SRLSD,λ<=log n,65536,1,478594,7.302764892578125
SRLSD,λ<=log n,65536,1,445192,6.7930908203125
SRLSD,λ<=log n,65536,1,433849,6.6200103759765625
SRLSD,λ<=log n,65536,1,456498,6.965606689453125
SRLSD,λ<=log n,65536,1,496292,7.57281494140625
SRLSD,λ<=log n,65536,1,436863,6.6660003662109375
SRLSD,λ<=log n,65536,1,427035,6.5160369873046875
SRLSD,λ<=log n,65536,1,451934,6.895965576171875
SRLSD,λ<=log n,65536,1,460890,7.032623291015625
SRLSD,λ<=log n,65536,1,454990,6.942596435546875
SRLSD,λ<=log n,65536,1,511160,7.7996826171875
SRLSD,λ<=log n,65536,1,443574,6.768402099609375
SRLSD,λ<=log n,65536,1,454380,6.93328857421875
SRLSD,λ<=log n,65536,1,455878,6.956146240234375
SRLSD,λ<=log n,65536,1,509660,7.77679443359375
SRLSD,λ<=log n,65536,1,453767,6.9239349365234375
SRLSD,λ<=log n,65536,1,468085,7.1424102783203125
SRLSD,λ<=log n,65536,1,431380,6.58233642578125
SRLSD,λ<=log n,65536,1,431103,6.5781097412109375
SRLSD,λ<=log n,65536,1,502897,7.6735992431640625
SRLSD,λ<=log n,65536,1,443817,6.7721099853515625
SRLSD,λ<=log n,65536,1,449146,6.853424072265625
SRLSD,λ<=log n,65536,1,488110,7.447967529296875
SRLSD,λ<=log n,65536,1,442766,6.756072998046875
SRLSD,λ<=log n,65536,1,455001,6.9427642822265625
SRLSD,λ<=log n,65536,1,542562,8.278839111328125
SRLSD,λ<=log n,65536,1,454049,6.9282379150390625
SRLSD,λ<=log n,65536,1,456612,6.96734619140625
SRLSD,λ<=log n,65536,1,460396,7.02508544921875
SRLSD,λ<=log n,65536,1,480415,7.3305511474609375
SRLSD,λ<=log n,65536,1,474888,7.2462158203125
SRLSD,λ<=log n,65536,1,477389,7.2843780517578125
SSLSD,λ<=log n,65536,1,752243,11.478317260742188
SSLSD,λ<=log n,65536,1,761734,11.623138427734375
SSLSD,λ<=log n,65536,1,731071,11.155258178710938
SSLSD,λ<=log n,65536,1,780281,11.906143188476562
SSLSD,λ<=log n,65536,1,826817,12.616226196289062
SSLSD,λ<=log n,65536,1,750587,11.453048706054688
SSLSD,λ<=log n,65536,1,760542,11.604949951171875
SSLSD,λ<=log n,65536,1,817837,12.479202270507812
SSLSD,λ<=log n,65536,1,773414,11.801361083984375
SSLSD,λ<=log n,65536,1,790524,12.06243896484375
SSLSD,λ<=log n,65536,1,760589,11.605667114257812
SSLSD,λ<=log n,65536,1,756518,11.543548583984375
SSLSD,λ<=log n,65536,1,789132,12.04119873046875
SSLSD,λ<=log n,65536,1,737404,11.25189208984375
SSLSD,λ<=log n,65536,1,760892,11.61029052734375
SSLSD,λ<=log n,65536,1,757510,11.558685302734375
SSLSD,λ<=log n,65536,1,747758,11.409881591796875
SSLSD,λ<=log n,65536,1,780718,11.912811279296875
SSLSD,λ<=log n,65536,1,774882,11.823760986328125
SSLSD,λ<=log n,65536,1,731671,11.164413452148438
SSLSD,λ<=log n,65536,1,728209,11.111587524414062
SSLSD,λ<=log n,65536,1,731830,11.166839599609375
SSLSD,λ<=log n,65536,1,731028,11.15460205078125
SSLSD,λ<=log n,65536,1,836354,12.761749267578125
SSLSD,λ<=log n,65536,1,693090,10.575714111328125
SSLSD,λ<=log n,65536,1,791108,12.07135009765625
SSLSD,λ<=log n,65536,1,779048,11.8873291015625
SSLSD,λ<=log n,65536,1,807448,12.3206787109375
SSLSD,λ<=log n,65536,1,760371,11.602340698242188
SSLSD,λ<=log n,65536,1,856409,13.067764282226562
SSLSD,λ<=log n,65536,1,944359,14.409774780273438
SSLSD,λ<=log n,65536,1,781269,11.921218872070312
SSLSD,λ<=log n,65536,1,731766,11.165863037109375
SSLSD,λ<=log n,65536,1,752079,11.475814819335938
SSLSD,λ<=log n,65536,1,757252,11.55474853515625
SSLSD,λ<=log n,65536,1,740909,11.305374145507812
SSLSD,λ<=log n,65536,1,874907,13.350021362304688
SSLSD,λ<=log n,65536,1,802381,12.243362426757812
SSLSD,λ<=log n,65536,1,727524,11.10113525390625
SSLSD,λ<=log n,65536,1,764163,11.660202026367188
SSLSD,λ<=log n,65536,1,768842,11.731597900390625
SSLSD,λ<=log n,65536,1,939645,14.337844848632812
SSLSD,λ<=log n,65536,1,800505,12.214736938476562
SSLSD,λ<=log n,65536,1,760821,11.609207153320312
SSLSD,λ<=log n,65536,1,856405,13.067703247070312
SSLSD,λ<=log n,65536,1,750520,11.4520263671875
SSLSD,λ<=log n,65536,1,731054,11.154998779296875
SSLSD,λ<=log n,65536,1,734351,11.205307006835938
SSLSD,λ<=log n,65536,1,783790,11.959686279296875
SSLSD,λ<=log n,65536,1,783782,11.959564208984375
SSLSD,λ<=log n,65536,1,795019,12.131027221679688
SSLSD,λ<=log n,65536,1,749479,11.436141967773438
SSLSD,λ<=log n,65536,1,786617,12.002822875976562
SSLSD,λ<=log n,65536,1,842463,12.854965209960938
SSLSD,λ<=log n,65536,1,795786,12.142730712890625
SSLSD,λ<=log n,65536,1,761539,11.620162963867188
SSLSD,λ<=log n,65536,1,754886,11.518646240234375
SSLSD,λ<=log n,65536,1,760635,11.606369018554688
SSLSD,λ<=log n,65536,1,743403,11.343429565429688
SSLSD,λ<=log n,65536,1,822860,12.55584716796875
SSLSD,λ<=log n,65536,1,863511,13.176132202148438
SSLSD,λ<=log n,65536,1,770579,11.758102416992188
SSLSD,λ<=log n,65536,1,765146,11.675201416015625
SSLSD,λ<=log n,65536,1,726901,11.091629028320312
SSLSD,λ<=log n,65536,1,741604,11.31597900390625
SSLSD,λ<=log n,65536,1,830656,12.6748046875
SSLSD,λ<=log n,65536,1,776015,11.841049194335938
SSLSD,λ<=log n,65536,1,785977,11.993057250976562
SSLSD,λ<=log n,65536,1,785872,11.991455078125
SSLSD,λ<=log n,65536,1,773418,11.801422119140625
SSLSD,λ<=log n,65536,1,733314,11.189483642578125
SSLSD,λ<=log n,65536,1,820170,12.514801025390625
SSLSD,λ<=log n,65536,1,746863,11.396224975585938
SSLSD,λ<=log n,65536,1,813098,12.406890869140625
SSLSD,λ<=log n,65536,1,822005,12.542800903320312
SSLSD,λ<=log n,65536,1,768183,11.721542358398438
SSLSD,λ<=log n,65536,1,787302,12.013275146484375
SSLSD,λ<=log n,65536,1,733585,11.193618774414062
SSLSD,λ<=log n,65536,1,750239,11.447738647460938
SSLSD,λ<=log n,65536,1,755187,11.523239135742188
SSLSD,λ<=log n,65536,1,759237,11.585037231445312
SSLSD,λ<=log n,65536,1,733815,11.197128295898438
SSLSD,λ<=log n,65536,1,796977,12.160903930664062
SSLSD,λ<=log n,65536,1,732838,11.182220458984375
SSLSD,λ<=log n,65536,1,738044,11.26165771484375
SSLSD,λ<=log n,65536,1,765111,11.674667358398438
SSLSD,λ<=log n,65536,1,765400,11.6790771484375
SSLSD,λ<=log n,65536,1,761054,11.612762451171875
SSLSD,λ<=log n,65536,1,772357,11.785232543945312
SSLSD,λ<=log n,65536,1,742825,11.334609985351562
SSLSD,λ<=log n,65536,1,755821,11.532913208007812
SSLSD,λ<=log n,65536,1,715089,10.911392211914062
SSLSD,λ<=log n,65536,1,752036,11.47515869140625
SSLSD,λ<=log n,65536,1,783539,11.955856323242188
SSLSD,λ<=log n,65536,1,797912,12.1751708984375
SSLSD,λ<=log n,65536,1,720378,10.992095947265625
SSLSD,λ<=log n,65536,1,779482,11.893951416015625
SSLSD,λ<=log n,65536,1,724253,11.051223754882812
SSLSD,λ<=log n,65536,1,758790,11.578216552734375
SSLSD,λ<=log n,65536,1,717501,10.948196411132812
SSDMD,λ<=log n,65536,1,637845,9.732742309570312
SSDMD,λ<=log n,65536,1,743977,11.352188110351562
SSDMD,λ<=log n,65536,1,632555,9.652023315429688
SSDMD,λ<=log n,65536,1,615416,9.3905029296875
SSDMD,λ<=log n,65536,1,649882,9.916412353515625
SSDMD,λ<=log n,65536,1,607807,9.274398803710938
SSDMD,λ<=log n,65536,1,671461,10.245681762695312
SSDMD,λ<=log n,65536,1,650932,9.93243408203125
SSDMD,λ<=log n,65536,1,700138,10.683258056640625
SSDMD,λ<=log n,65536,1,752883,11.488082885742188
SSDMD,λ<=log n,65536,1,680259,10.379928588867188
SSDMD,λ<=log n,65536,1,635434,9.695953369140625
SSDMD,λ<=log n,65536,1,695114,10.606597900390625
SSDMD,λ<=log n,65536,1,682488,10.4139404296875
SSDMD,λ<=log n,65536,1,659157,10.057937622070312
SSDMD,λ<=log n,65536,1,881654,13.452972412109375
SSDMD,λ<=log n,65536,1,656308,10.01446533203125
SSDMD,λ<=log n,65536,1,737486,11.253143310546875
SSDMD,λ<=log n,65536,1,713272,10.8836669921875
SSDMD,λ<=log n,65536,1,685721,10.463272094726562
SSDMD,λ<=log n,65536,1,655743,10.005844116210938
SSDMD,λ<=log n,65536,1,688211,10.501266479492188
SSDMD,λ<=log n,65536,1,671227,10.242111206054688
SSDMD,λ<=log n,65536,1,668402,10.199005126953125
SSDMD,λ<=log n,65536,1,691250,10.547637939453125
SSDMD,λ<=log n,65536,1,704267,10.746261596679688
SSDMD,λ<=log n,65536,1,665278,10.151336669921875
SSDMD,λ<=log n,65536,1,682526,10.414520263671875
SSDMD,λ<=log n,65536,1,689183,10.516098022460938
SSDMD,λ<=log n,65536,1,909274,13.874420166015625
SSDMD,λ<=log n,65536,1,785765,11.989822387695312
SSDMD,λ<=log n,65536,1,659448,10.0623779296875
SSDMD,λ<=log n,65536,1,710707,10.844528198242188
SSDMD,λ<=log n,65536,1,656284,10.01409912109375
SSDMD,λ<=log n,65536,1,681928,10.4053955078125
SSDMD,λ<=log n,65536,1,702210,10.714874267578125
SSDMD,λ<=log n,65536,1,643904,9.8251953125
SSDMD,λ<=log n,65536,1,774095,11.811752319335938
SSDMD,λ<=log n,65536,1,636803,9.716842651367188
SSDMD,λ<=log n,65536,1,725217,11.065933227539062
SSDMD,λ<=log n,65536,1,671748,10.25006103515625
SSDMD,λ<=log n,65536,1,724227,11.050827026367188
SSDMD,λ<=log n,65536,1,675868,10.31292724609375
SSDMD,λ<=log n,65536,1,739701,11.286941528320312
SSDMD,λ<=log n,65536,1,708828,10.81585693359375
SSDMD,λ<=log n,65536,1,676472,10.3221435546875
SSDMD,λ<=log n,65536,1,662771,10.113082885742188
SSDMD,λ<=log n,65536,1,681510,10.399017333984375
SSDMD,λ<=log n,65536,1,772808,11.7921142578125
SSDMD,λ<=log n,65536,1,701416,10.7027587890625
SSDMD,λ<=log n,65536,1,622741,9.502273559570312
SSDMD,λ<=log n,65536,1,664897,10.145523071289062
SSDMD,λ<=log n,65536,1,746985,11.398086547851562
SSDMD,λ<=log n,65536,1,724065,11.048355102539062
SSDMD,λ<=log n,65536,1,648256,9.8916015625
SSDMD,λ<=log n,65536,1,674562,10.292999267578125
SSDMD,λ<=log n,65536,1,662791,10.113388061523438
SSDMD,λ<=log n,65536,1,667166,10.180145263671875
SSDMD,λ<=log n,65536,1,688504,10.5057373046875
SSDMD,λ<=log n,65536,1,640145,9.767837524414062
SSDMD,λ<=log n,65536,1,659393,10.061538696289062
SSDMD,λ<=log n,65536,1,717440,10.947265625
SSDMD,λ<=log n,65536,1,705889,10.771011352539062
SSDMD,λ<=log n,65536,1,702094,10.713104248046875
SSDMD,λ<=log n,65536,1,651487,9.940902709960938
SSDMD,λ<=log n,65536,1,671818,10.251129150390625
SSDMD,λ<=log n,65536,1,730592,11.14794921875
SSDMD,λ<=log n,65536,1,641617,9.790298461914062
SSDMD,λ<=log n,65536,1,668886,10.206390380859375
SSDMD,λ<=log n,65536,1,714238,10.898406982421875
SSDMD,λ<=log n,65536,1,588648,8.9820556640625
SSDMD,λ<=log n,65536,1,707094,10.789398193359375
SSDMD,λ<=log n,65536,1,671148,10.24090576171875
SSDMD,λ<=log n,65536,1,763683,11.652877807617188
SSDMD,λ<=log n,65536,1,702331,10.716720581054688
SSDMD,λ<=log n,65536,1,686988,10.48260498046875
SSDMD,λ<=log n,65536,1,699795,10.678024291992188
SSDMD,λ<=log n,65536,1,704853,10.755203247070312
SSDMD,λ<=log n,65536,1,681094,10.392669677734375
SSDMD,λ<=log n,65536,1,669598,10.217254638671875
SSDMD,λ<=log n,65536,1,674107,10.286056518554688
SSDMD,λ<=log n,65536,1,718501,10.963455200195312
SSDMD,λ<=log n,65536,1,677467,10.337326049804688
SSDMD,λ<=log n,65536,1,655531,10.002609252929688
SSDMD,λ<=log n,65536,1,760708,11.60748291015625
SSDMD,λ<=log n,65536,1,747682,11.408721923828125
SSDMD,λ<=log n,65536,1,639390,9.756317138671875
SSDMD,λ<=log n,65536,1,663506,10.124298095703125
SSDMD,λ<=log n,65536,1,618440,9.4366455078125
SSDMD,λ<=log n,65536,1,651466,9.940582275390625
SSDMD,λ<=log n,65536,1,758953,11.580703735351562
SSDMD,λ<=log n,65536,1,682948,10.42095947265625
SSDMD,λ<=log n,65536,1,674047,10.285140991210938
SSDMD,λ<=log n,65536,1,709118,10.820281982421875
SSDMD,λ<=log n,65536,1,644425,9.833145141601562
SSDMD,λ<=log n,65536,1,658609,10.049575805664062
SSDMD,λ<=log n,65536,1,661699,10.096725463867188
SSDMD,λ<=log n,65536,1,683281,10.426040649414062
SSDMD,λ<=log n,65536,1,641571,9.789596557617188
SSDMD,λ<=log n,65536,1,687881,10.496231079101562
SRDMD,λ<=log n,65536,1,437361,6.6735992431640625
SRDMD,λ<=log n,65536,1,472058,7.203033447265625
SRDMD,λ<=log n,65536,1,452713,6.9078521728515625
SRDMD,λ<=log n,65536,1,418948,6.39263916015625
SRDMD,λ<=log n,65536,1,419069,6.3944854736328125
SRDMD,λ<=log n,65536,1,450565,6.8750762939453125
SRDMD,λ<=log n,65536,1,442343,6.7496185302734375
SRDMD,λ<=log n,65536,1,442066,6.745391845703125
SRDMD,λ<=log n,65536,1,457774,6.985076904296875
SRDMD,λ<=log n,65536,1,436392,6.6588134765625
SRDMD,λ<=log n,65536,1,433022,6.607391357421875
SRDMD,λ<=log n,65536,1,484206,7.388397216796875
SRDMD,λ<=log n,65536,1,459942,7.018157958984375
SRDMD,λ<=log n,65536,1,487090,7.432403564453125
SRDMD,λ<=log n,65536,1,428355,6.5361785888671875
SRDMD,λ<=log n,65536,1,430681,6.5716705322265625
SRDMD,λ<=log n,65536,1,472988,7.21722412109375
SRDMD,λ<=log n,65536,1,457128,6.9752197265625
SRDMD,λ<=log n,65536,1,430903,6.5750579833984375
SRDMD,λ<=log n,65536,1,474481,7.2400054931640625
SRDMD,λ<=log n,65536,1,485961,7.4151763916015625
SRDMD,λ<=log n,65536,1,466696,7.1212158203125
SRDMD,λ<=log n,65536,1,439076,6.69976806640625
SRDMD,λ<=log n,65536,1,436547,6.6611785888671875
SRDMD,λ<=log n,65536,1,453045,6.9129180908203125
SRDMD,λ<=log n,65536,1,436639,6.6625823974609375
SRDMD,λ<=log n,65536,1,459265,7.0078277587890625
SRDMD,λ<=log n,65536,1,437026,6.668487548828125
SRDMD,λ<=log n,65536,1,434213,6.6255645751953125
SRDMD,λ<=log n,65536,1,457963,6.9879608154296875
SRDMD,λ<=log n,65536,1,546869,8.344558715820312
SRDMD,λ<=log n,65536,1,507453,7.7431182861328125
SRDMD,λ<=log n,65536,1,432086,6.593109130859375
SRDMD,λ<=log n,65536,1,432670,6.602020263671875
SRDMD,λ<=log n,65536,1,456611,6.9673309326171875
SRDMD,λ<=log n,65536,1,423018,6.454742431640625
SRDMD,λ<=log n,65536,1,446081,6.8066558837890625
SRDMD,λ<=log n,65536,1,461641,7.0440826416015625
SRDMD,λ<=log n,65536,1,453059,6.9131317138671875
SRDMD,λ<=log n,65536,1,448565,6.8445587158203125
SRDMD,λ<=log n,65536,1,441388,6.73504638671875
SRDMD,λ<=log n,65536,1,483548,7.37835693359375
SRDMD,λ<=log n,65536,1,495741,7.5644073486328125
SRDMD,λ<=log n,65536,1,480637,7.3339385986328125
SRDMD,λ<=log n,65536,1,460047,7.0197601318359375
SRDMD,λ<=log n,65536,1,475117,7.2497100830078125
SRDMD,λ<=log n,65536,1,488846,7.459197998046875
SRDMD,λ<=log n,65536,1,461737,7.0455474853515625
SRDMD,λ<=log n,65536,1,429754,6.557525634765625
SRDMD,λ<=log n,65536,1,450845,6.8793487548828125
SRDMD,λ<=log n,65536,1,431839,6.5893402099609375
SRDMD,λ<=log n,65536,1,512499,7.8201141357421875
SRDMD,λ<=log n,65536,1,441794,6.741241455078125
SRDMD,λ<=log n,65536,1,448650,6.845855712890625
SRDMD,λ<=log n,65536,1,444649,6.7848052978515625
SRDMD,λ<=log n,65536,1,512765,7.8241729736328125
SRDMD,λ<=log n,65536,1,449480,6.8585205078125
SRDMD,λ<=log n,65536,1,544184,8.3035888671875
SRDMD,λ<=log n,65536,1,431383,6.5823822021484375
SRDMD,λ<=log n,65536,1,469360,7.161865234375
SRDMD,λ<=log n,65536,1,474327,7.2376556396484375
SRDMD,λ<=log n,65536,1,490267,7.4808807373046875
SRDMD,λ<=log n,65536,1,429480,6.5533447265625
SRDMD,λ<=log n,65536,1,447405,6.8268585205078125
SRDMD,λ<=log n,65536,1,448501,6.8435821533203125
SRDMD,λ<=log n,65536,1,443392,6.765625
SRDMD,λ<=log n,65536,1,461206,7.037445068359375
SRDMD,λ<=log n,65536,1,463129,7.0667877197265625
SRDMD,λ<=log n,65536,1,466135,7.1126556396484375
SRDMD,λ<=log n,65536,1,457057,6.9741363525390625
SRDMD,λ<=log n,65536,1,422142,6.441375732421875
SRDMD,λ<=log n,65536,1,471736,7.1981201171875
SRDMD,λ<=log n,65536,1,444678,6.785247802734375
SRDMD,λ<=log n,65536,1,475386,7.253814697265625
SRDMD,λ<=log n,65536,1,415761,6.3440093994140625
SRDMD,λ<=log n,65536,1,467515,7.1337127685546875
SRDMD,λ<=log n,65536,1,431363,6.5820770263671875
SRDMD,λ<=log n,65536,1,448453,6.8428497314453125
SRDMD,λ<=log n,65536,1,456467,6.9651336669921875
SRDMD,λ<=log n,65536,1,438198,6.686370849609375
SRDMD,λ<=log n,65536,1,477543,7.2867279052734375
SRDMD,λ<=log n,65536,1,421824,6.4365234375
SRDMD,λ<=log n,65536,1,431860,6.58966064453125
SRDMD,λ<=log n,65536,1,450934,6.880706787109375
SRDMD,λ<=log n,65536,1,451027,6.8821258544921875
SRDMD,λ<=log n,65536,1,435514,6.645416259765625
SRDMD,λ<=log n,65536,1,443717,6.7705841064453125
SRDMD,λ<=log n,65536,1,468865,7.1543121337890625
SRDMD,λ<=log n,65536,1,495744,7.564453125
SRDMD,λ<=log n,65536,1,459366,7.009368896484375
SRDMD,λ<=log n,65536,1,450461,6.8734893798828125
SRDMD,λ<=log n,65536,1,419782,6.405364990234375
SRDMD,λ<=log n,65536,1,427950,6.529998779296875
SRDMD,λ<=log n,65536,1,429395,6.5520477294921875
SRDMD,λ<=log n,65536,1,495442,7.559844970703125
SRDMD,λ<=log n,65536,1,453982,6.927215576171875
SRDMD,λ<=log n,65536,1,465454,7.102264404296875
SRDMD,λ<=log n,65536,1,463671,7.0750579833984375
SRDMD,λ<=log n,65536,1,492265,7.5113677978515625
SRDMD,λ<=log n,65536,1,462379,7.0553436279296875
SHDMD,λ<=log n,65536,1,493268,7.52667236328125
SHDMD,λ<=log n,65536,1,532642,8.127471923828125
SHDMD,λ<=log n,65536,1,484089,7.3866119384765625
SHDMD,λ<=log n,65536,1,516604,7.88275146484375
SHDMD,λ<=log n,65536,1,477083,7.2797088623046875
SHDMD,λ<=log n,65536,1,523102,7.981903076171875
SHDMD,λ<=log n,65536,1,509542,7.774993896484375
SHDMD,λ<=log n,65536,1,627161,9.569717407226562
SHDMD,λ<=log n,65536,1,544823,8.313339233398438
SHDMD,λ<=log n,65536,1,512182,7.815277099609375
SHDMD,λ<=log n,65536,1,483527,7.3780364990234375
SHDMD,λ<=log n,65536,1,518024,7.9044189453125
SHDMD,λ<=log n,65536,1,548517,8.369705200195312
SHDMD,λ<=log n,65536,1,536390,8.184661865234375
SHDMD,λ<=log n,65536,1,526474,8.033355712890625
SHDMD,λ<=log n,65536,1,493118,7.524383544921875
SHDMD,λ<=log n,65536,1,497684,7.59405517578125
SHDMD,λ<=log n,65536,1,507322,7.741119384765625
SHDMD,λ<=log n,65536,1,471583,7.1957855224609375
SHDMD,λ<=log n,65536,1,597442,9.116241455078125
SHDMD,λ<=log n,65536,1,482255,7.3586273193359375
SHDMD,λ<=log n,65536,1,491012,7.49224853515625
SHDMD,λ<=log n,65536,1,497452,7.59051513671875
SHDMD,λ<=log n,65536,1,486226,7.419219970703125
SHDMD,λ<=log n,65536,1,496552,7.5767822265625
SHDMD,λ<=log n,65536,1,535467,8.170578002929688
SHDMD,λ<=log n,65536,1,574858,8.771636962890625
SHDMD,λ<=log n,65536,1,488517,7.4541778564453125
SHDMD,λ<=log n,65536,1,496688,7.578857421875
SHDMD,λ<=log n,65536,1,517378,7.894561767578125
SHDMD,λ<=log n,65536,1,512222,7.815887451171875
SHDMD,λ<=log n,65536,1,507740,7.74749755859375
SHDMD,λ<=log n,65536,1,520142,7.936737060546875
SHDMD,λ<=log n,65536,1,487462,7.438079833984375
SHDMD,λ<=log n,65536,1,467276,7.13006591796875
SHDMD,λ<=log n,65536,1,475596,7.25701904296875
SHDMD,λ<=log n,65536,1,497743,7.5949554443359375
SHDMD,λ<=log n,65536,1,516593,7.8825836181640625
SHDMD,λ<=log n,65536,1,511897,7.8109283447265625
SHDMD,λ<=log n,65536,1,489215,7.4648284912109375
SHDMD,λ<=log n,65536,1,475843,7.2607879638671875
SHDMD,λ<=log n,65536,1,483315,7.3748016357421875
SHDMD,λ<=log n,65536,1,506469,7.7281036376953125
SHDMD,λ<=log n,65536,1,546365,8.336868286132812
SHDMD,λ<=log n,65536,1,481219,7.3428192138671875
SHDMD,λ<=log n,65536,1,529232,8.075439453125
SHDMD,λ<=log n,65536,1,502182,7.662689208984375
SHDMD,λ<=log n,65536,1,493241,7.5262603759765625
SHDMD,λ<=log n,65536,1,528910,8.070526123046875
SHDMD,λ<=log n,65536,1,508786,7.763458251953125
SHDMD,λ<=log n,65536,1,509113,7.7684478759765625
SHDMD,λ<=log n,65536,1,477680,7.288818359375
SHDMD,λ<=log n,65536,1,521752,7.9613037109375
SHDMD,λ<=log n,65536,1,496731,7.5795135498046875
SHDMD,λ<=log n,65536,1,559482,8.537017822265625
SHDMD,λ<=log n,65536,1,515000,7.8582763671875
SHDMD,λ<=log n,65536,1,474486,7.240081787109375
SHDMD,λ<=log n,65536,1,475447,7.2547454833984375
SHDMD,λ<=log n,65536,1,471257,7.1908111572265625
SHDMD,λ<=log n,65536,1,513049,7.8285064697265625
SHDMD,λ<=log n,65536,1,490922,7.490875244140625
SHDMD,λ<=log n,65536,1,450170,6.869049072265625
SHDMD,λ<=log n,65536,1,516967,7.8882904052734375
SHDMD,λ<=log n,65536,1,516302,7.878143310546875
SHDMD,λ<=log n,65536,1,497518,7.591522216796875
SHDMD,λ<=log n,65536,1,492283,7.5116424560546875
SHDMD,λ<=log n,65536,1,509702,7.777435302734375
SHDMD,λ<=log n,65536,1,527429,8.047927856445312
SHDMD,λ<=log n,65536,1,508502,7.759124755859375
SHDMD,λ<=log n,65536,1,521264,7.953857421875
SHDMD,λ<=log n,65536,1,526422,8.032562255859375
SHDMD,λ<=log n,65536,1,583935,8.910140991210938
SHDMD,λ<=log n,65536,1,504422,7.696868896484375
SHDMD,λ<=log n,65536,1,557161,8.501602172851562
SHDMD,λ<=log n,65536,1,545756,8.32757568359375
SHDMD,λ<=log n,65536,1,493001,7.5225982666015625
SHDMD,λ<=log n,65536,1,463837,7.0775909423828125
SHDMD,λ<=log n,65536,1,537679,8.204330444335938
SHDMD,λ<=log n,65536,1,527773,8.053176879882812
SHDMD,λ<=log n,65536,1,519581,7.9281768798828125
SHDMD,λ<=log n,65536,1,510851,7.7949676513671875
SHDMD,λ<=log n,65536,1,488134,7.448333740234375
SHDMD,λ<=log n,65536,1,500290,7.633819580078125
SHDMD,λ<=log n,65536,1,488226,7.449737548828125
SHDMD,λ<=log n,65536,1,504994,7.705596923828125
SHDMD,λ<=log n,65536,1,531559,8.110946655273438
SHDMD,λ<=log n,65536,1,477557,7.2869415283203125
SHDMD,λ<=log n,65536,1,500989,7.6444854736328125
SHDMD,λ<=log n,65536,1,497225,7.5870513916015625
SHDMD,λ<=log n,65536,1,520453,7.9414825439453125
SHDMD,λ<=log n,65536,1,498487,7.6063079833984375
SHDMD,λ<=log n,65536,1,498188,7.60174560546875
SHDMD,λ<=log n,65536,1,462179,7.0522918701171875
SHDMD,λ<=log n,65536,1,490428,7.48333740234375
SHDMD,λ<=log n,65536,1,482455,7.3616790771484375
SHDMD,λ<=log n,65536,1,515497,7.8658599853515625
SHDMD,λ<=log n,65536,1,553417,8.444473266601562
SHDMD,λ<=log n,65536,1,503720,7.6861572265625
SHDMD,λ<=log n,65536,1,519356,7.92474365234375
SHDMD,λ<=log n,65536,1,514668,7.85321044921875
SHLMD,λ<=log n,65536,1,478725,7.3047637939453125
SHLMD,λ<=log n,65536,1,466399,7.1166839599609375
SHLMD,λ<=log n,65536,1,477154,7.280792236328125
SHLMD,λ<=log n,65536,1,454526,6.935516357421875
SHLMD,λ<=log n,65536,1,457841,6.9860992431640625
SHLMD,λ<=log n,65536,1,453783,6.9241790771484375
SHLMD,λ<=log n,65536,1,463678,7.075164794921875
SHLMD,λ<=log n,65536,1,493317,7.5274200439453125
SHLMD,λ<=log n,65536,1,465178,7.098052978515625
SHLMD,λ<=log n,65536,1,440201,6.7169342041015625
SHLMD,λ<=log n,65536,1,489201,7.4646148681640625
SHLMD,λ<=log n,65536,1,468838,7.153900146484375
SHLMD,λ<=log n,65536,1,446031,6.8058929443359375
SHLMD,λ<=log n,65536,1,482767,7.3664398193359375
SHLMD,λ<=log n,65536,1,484765,7.3969268798828125
SHLMD,λ<=log n,65536,1,495622,7.562591552734375
SHLMD,λ<=log n,65536,1,461181,7.0370635986328125
SHLMD,λ<=log n,65536,1,447241,6.8243560791015625
SHLMD,λ<=log n,65536,1,464748,7.09149169921875
SHLMD,λ<=log n,65536,1,487957,7.4456329345703125
SHLMD,λ<=log n,65536,1,464722,7.091094970703125
SHLMD,λ<=log n,65536,1,435159,6.6399993896484375
SHLMD,λ<=log n,65536,1,447850,6.833648681640625
SHLMD,λ<=log n,65536,1,468486,7.148529052734375
SHLMD,λ<=log n,65536,1,451545,6.8900299072265625
SHLMD,λ<=log n,65536,1,429559,6.5545501708984375
SHLMD,λ<=log n,65536,1,455434,6.949371337890625
SHLMD,λ<=log n,65536,1,451970,6.896514892578125
SHLMD,λ<=log n,65536,1,530933,8.101394653320312
SHLMD,λ<=log n,65536,1,470689,7.1821441650390625
SHLMD,λ<=log n,65536,1,440988,6.72894287109375
SHLMD,λ<=log n,65536,1,472488,7.2095947265625
SHLMD,λ<=log n,65536,1,472006,7.202239990234375
SHLMD,λ<=log n,65536,1,492858,7.520416259765625
SHLMD,λ<=log n,65536,1,462075,7.0507049560546875
SHLMD,λ<=log n,65536,1,455403,6.9488983154296875
SHLMD,λ<=log n,65536,1,445198,6.793182373046875
SHLMD,λ<=log n,65536,1,469162,7.158843994140625
SHLMD,λ<=log n,65536,1,444957,6.7895050048828125
SHLMD,λ<=log n,65536,1,472744,7.2135009765625
SHLMD,λ<=log n,65536,1,445280,6.79443359375
SHLMD,λ<=log n,65536,1,497045,7.5843048095703125
SHLMD,λ<=log n,65536,1,489426,7.468048095703125
SHLMD,λ<=log n,65536,1,460019,7.0193328857421875
SHLMD,λ<=log n,65536,1,460376,7.0247802734375
SHLMD,λ<=log n,65536,1,433855,6.6201019287109375
SHLMD,λ<=log n,65536,1,501879,7.6580657958984375
SHLMD,λ<=log n,65536,1,462330,7.054595947265625
SHLMD,λ<=log n,65536,1,454337,6.9326324462890625
SHLMD,λ<=log n,65536,1,449460,6.85821533203125
SHLMD,λ<=log n,65536,1,487798,7.443206787109375
SHLMD,λ<=log n,65536,1,465701,7.1060333251953125
SHLMD,λ<=log n,65536,1,469742,7.167694091796875
SHLMD,λ<=log n,65536,1,464944,7.094482421875
SHLMD,λ<=log n,65536,1,477052,7.27923583984375
SHLMD,λ<=log n,65536,1,472084,7.20343017578125
SHLMD,λ<=log n,65536,1,485434,7.407135009765625
SHLMD,λ<=log n,65536,1,453485,6.9196319580078125
SHLMD,λ<=log n,65536,1,475342,7.253143310546875
SHLMD,λ<=log n,65536,1,440961,6.7285308837890625
SHLMD,λ<=log n,65536,1,473167,7.2199554443359375
SHLMD,λ<=log n,65536,1,468421,7.1475372314453125
SHLMD,λ<=log n,65536,1,431220,6.57989501953125
SHLMD,λ<=log n,65536,1,460375,7.0247650146484375
SHLMD,λ<=log n,65536,1,454293,6.9319610595703125
SHLMD,λ<=log n,65536,1,458485,6.9959259033203125
SHLMD,λ<=log n,65536,1,503258,7.679107666015625
SHLMD,λ<=log n,65536,1,442291,6.7488250732421875
SHLMD,λ<=log n,65536,1,464890,7.093658447265625
SHLMD,λ<=log n,65536,1,490061,7.4777374267578125
SHLMD,λ<=log n,65536,1,471982,7.201873779296875
SHLMD,λ<=log n,65536,1,451491,6.8892059326171875
SHLMD,λ<=log n,65536,1,445505,6.7978668212890625
SHLMD,λ<=log n,65536,1,456242,6.961700439453125
SHLMD,λ<=log n,65536,1,440980,6.72882080078125
SHLMD,λ<=log n,65536,1,474835,7.2454071044921875
SHLMD,λ<=log n,65536,1,467756,7.13739013671875
SHLMD,λ<=log n,65536,1,444683,6.7853240966796875
SHLMD,λ<=log n,65536,1,461916,7.04827880859375
SHLMD,λ<=log n,65536,1,433293,6.6115264892578125
SHLMD,λ<=log n,65536,1,462515,7.0574188232421875
SHLMD,λ<=log n,65536,1,475124,7.24981689453125
SHLMD,λ<=log n,65536,1,443768,6.7713623046875
SHLMD,λ<=log n,65536,1,489598,7.470672607421875
SHLMD,λ<=log n,65536,1,460244,7.02276611328125
SHLMD,λ<=log n,65536,1,447015,6.8209075927734375
SHLMD,λ<=log n,65536,1,434655,6.6323089599609375
SHLMD,λ<=log n,65536,1,490175,7.4794769287109375
SHLMD,λ<=log n,65536,1,462299,7.0541229248046875
SHLMD,λ<=log n,65536,1,559805,8.541946411132812
SHLMD,λ<=log n,65536,1,448042,6.836578369140625
SHLMD,λ<=log n,65536,1,453633,6.9218902587890625
SHLMD,λ<=log n,65536,1,443557,6.7681427001953125
SHLMD,λ<=log n,65536,1,510359,7.7874603271484375
SHLMD,λ<=log n,65536,1,474271,7.2368011474609375
SHLMD,λ<=log n,65536,1,466999,7.1258392333984375
SHLMD,λ<=log n,65536,1,462814,7.061981201171875
SHLMD,λ<=log n,65536,1,477930,7.292633056640625
SHLMD,λ<=log n,65536,1,460569,7.0277252197265625
SHLMD,λ<=log n,65536,1,462739,7.0608367919921875
SRLMD,λ<=log n,65536,1,494434,7.544464111328125
SRLMD,λ<=log n,65536,1,486363,7.4213104248046875
SRLMD,λ<=log n,65536,1,466504,7.1182861328125
SRLMD,λ<=log n,65536,1,516682,7.883941650390625
SRLMD,λ<=log n,65536,1,483235,7.3735809326171875
SRLMD,λ<=log n,65536,1,461047,7.0350189208984375
SRLMD,λ<=log n,65536,1,476408,7.2694091796875
SRLMD,λ<=log n,65536,1,488583,7.4551849365234375
SRLMD,λ<=log n,65536,1,515889,7.8718414306640625
SRLMD,λ<=log n,65536,1,483304,7.3746337890625
SRLMD,λ<=log n,65536,1,501779,7.6565399169921875
SRLMD,λ<=log n,65536,1,548568,8.3704833984375
SRLMD,λ<=log n,65536,1,478933,7.3079376220703125
SRLMD,λ<=log n,65536,1,476596,7.27227783203125
SRLMD,λ<=log n,65536,1,464133,7.0821075439453125
SRLMD,λ<=log n,65536,1,481928,7.3536376953125
SRLMD,λ<=log n,65536,1,562650,8.585357666015625
SRLMD,λ<=log n,65536,1,495634,7.562774658203125
SRLMD,λ<=log n,65536,1,497959,7.5982513427734375
SRLMD,λ<=log n,65536,1,474007,7.2327728271484375
SRLMD,λ<=log n,65536,1,477454,7.285369873046875
SRLMD,λ<=log n,65536,1,472176,7.204833984375
SRLMD,λ<=log n,65536,1,490208,7.47998046875
SRLMD,λ<=log n,65536,1,472834,7.214874267578125
SRLMD,λ<=log n,65536,1,480579,7.3330535888671875
SRLMD,λ<=log n,65536,1,493772,7.53436279296875
SRLMD,λ<=log n,65536,1,531286,8.106781005859375
SRLMD,λ<=log n,65536,1,485675,7.4108123779296875
SRLMD,λ<=log n,65536,1,505737,7.7169342041015625
SRLMD,λ<=log n,65536,1,472435,7.2087860107421875
SRLMD,λ<=log n,65536,1,540352,8.2451171875
SRLMD,λ<=log n,65536,1,539149,8.226760864257812
SRLMD,λ<=log n,65536,1,487557,7.4395294189453125
SRLMD,λ<=log n,65536,1,497304,7.5882568359375
SRLMD,λ<=log n,65536,1,538943,8.223617553710938
SRLMD,λ<=log n,65536,1,541208,8.2581787109375
SRLMD,λ<=log n,65536,1,450430,6.873016357421875
SRLMD,λ<=log n,65536,1,511376,7.802978515625
SRLMD,λ<=log n,65536,1,467263,7.1298675537109375
SRLMD,λ<=log n,65536,1,480663,7.3343353271484375
SRLMD,λ<=log n,65536,1,466144,7.11279296875
SRLMD,λ<=log n,65536,1,508340,7.75665283203125
SRLMD,λ<=log n,65536,1,517849,7.9017486572265625
SRLMD,λ<=log n,65536,1,509223,7.7701263427734375
SRLMD,λ<=log n,65536,1,540034,8.240264892578125
SRLMD,λ<=log n,65536,1,487736,7.4422607421875
SRLMD,λ<=log n,65536,1,494144,7.5400390625
SRLMD,λ<=log n,65536,1,475163,7.2504119873046875
SRLMD,λ<=log n,65536,1,483472,7.377197265625
SRLMD,λ<=log n,65536,1,474997,7.2478790283203125
SRLMD,λ<=log n,65536,1,506249,7.7247467041015625
SRLMD,λ<=log n,65536,1,478536,7.3018798828125
SRLMD,λ<=log n,65536,1,493096,7.5240478515625
SRLMD,λ<=log n,65536,1,481093,7.3408966064453125
SRLMD,λ<=log n,65536,1,513460,7.83477783203125
SRLMD,λ<=log n,65536,1,497948,7.59808349609375
SRLMD,λ<=log n,65536,1,538624,8.21875
SRLMD,λ<=log n,65536,1,512289,7.8169097900390625
SRLMD,λ<=log n,65536,1,476947,7.2776336669921875
SRLMD,λ<=log n,65536,1,491039,7.4926605224609375
SRLMD,λ<=log n,65536,1,478798,7.305877685546875
SRLMD,λ<=log n,65536,1,522570,7.973785400390625
SRLMD,λ<=log n,65536,1,464166,7.082611083984375
SRLMD,λ<=log n,65536,1,476204,7.26629638671875
SRLMD,λ<=log n,65536,1,505312,7.71044921875
SRLMD,λ<=log n,65536,1,507393,7.7422027587890625
SRLMD,λ<=log n,65536,1,583364,8.90142822265625
SRLMD,λ<=log n,65536,1,482507,7.3624725341796875
SRLMD,λ<=log n,65536,1,469795,7.1685028076171875
SRLMD,λ<=log n,65536,1,493542,7.530853271484375
SRLMD,λ<=log n,65536,1,500005,7.6294708251953125
SRLMD,λ<=log n,65536,1,491522,7.500030517578125
SRLMD,λ<=log n,65536,1,476696,7.2738037109375
SRLMD,λ<=log n,65536,1,494556,7.54632568359375
SRLMD,λ<=log n,65536,1,496249,7.5721588134765625
SRLMD,λ<=log n,65536,1,475268,7.25201416015625
SRLMD,λ<=log n,65536,1,488637,7.4560089111328125
SRLMD,λ<=log n,65536,1,488707,7.4570770263671875
SRLMD,λ<=log n,65536,1,468042,7.141754150390625
SRLMD,λ<=log n,65536,1,474633,7.2423248291015625
SRLMD,λ<=log n,65536,1,505503,7.7133636474609375
SRLMD,λ<=log n,65536,1,490480,7.484130859375
SRLMD,λ<=log n,65536,1,481575,7.3482513427734375
SRLMD,λ<=log n,65536,1,462416,7.055908203125
SRLMD,λ<=log n,65536,1,474389,7.2386016845703125
SRLMD,λ<=log n,65536,1,498575,7.6076507568359375
SRLMD,λ<=log n,65536,1,520137,7.9366607666015625
SRLMD,λ<=log n,65536,1,473735,7.2286224365234375
SRLMD,λ<=log n,65536,1,488973,7.4611358642578125
SRLMD,λ<=log n,65536,1,481898,7.353179931640625
SRLMD,λ<=log n,65536,1,483851,7.3829803466796875
SRLMD,λ<=log n,65536,1,474308,7.23736572265625
SRLMD,λ<=log n,65536,1,520850,7.947540283203125
SRLMD,λ<=log n,65536,1,476589,7.2721710205078125
SRLMD,λ<=log n,65536,1,474483,7.2400360107421875
SRLMD,λ<=log n,65536,1,517493,7.8963165283203125
SRLMD,λ<=log n,65536,1,540874,8.253082275390625
SRLMD,λ<=log n,65536,1,492468,7.51446533203125
SRLMD,λ<=log n,65536,1,508588,7.76043701171875
SRLMD,λ<=log n,65536,1,474711,7.2435150146484375
SSLMD,λ<=log n,65536,1,763824,11.655029296875
SSLMD,λ<=log n,65536,1,718624,10.96533203125
SSLMD,λ<=log n,65536,1,776387,11.846725463867188
SSLMD,λ<=log n,65536,1,794587,12.124435424804688
SSLMD,λ<=log n,65536,1,730886,11.152435302734375
SSLMD,λ<=log n,65536,1,885991,13.519149780273438
SSLMD,λ<=log n,65536,1,767295,11.707992553710938
SSLMD,λ<=log n,65536,1,752883,11.488082885742188
SSLMD,λ<=log n,65536,1,788041,12.024551391601562
SSLMD,λ<=log n,65536,1,741867,11.319992065429688
SSLMD,λ<=log n,65536,1,759710,11.592254638671875
SSLMD,λ<=log n,65536,1,751423,11.465805053710938
SSLMD,λ<=log n,65536,1,815540,12.44415283203125
SSLMD,λ<=log n,65536,1,752713,11.485488891601562
SSLMD,λ<=log n,65536,1,845931,12.907882690429688
SSLMD,λ<=log n,65536,1,738298,11.265533447265625
SSLMD,λ<=log n,65536,1,744240,11.356201171875
SSLMD,λ<=log n,65536,1,786876,12.00677490234375
SSLMD,λ<=log n,65536,1,720579,10.995162963867188
SSLMD,λ<=log n,65536,1,747045,11.399002075195312
SSLMD,λ<=log n,65536,1,782030,11.932830810546875
SSLMD,λ<=log n,65536,1,766428,11.69476318359375
SSLMD,λ<=log n,65536,1,790818,12.066925048828125
SSLMD,λ<=log n,65536,1,811656,12.3848876953125
SSLMD,λ<=log n,65536,1,798822,12.189056396484375
SSLMD,λ<=log n,65536,1,771346,11.769805908203125
SSLMD,λ<=log n,65536,1,803909,12.266677856445312
SSLMD,λ<=log n,65536,1,817965,12.481155395507812
SSLMD,λ<=log n,65536,1,740404,11.29766845703125
SSLMD,λ<=log n,65536,1,767039,11.704086303710938
SSLMD,λ<=log n,65536,1,835880,12.7545166015625
SSLMD,λ<=log n,65536,1,777664,11.8662109375
SSLMD,λ<=log n,65536,1,758540,11.57440185546875
SSLMD,λ<=log n,65536,1,803724,12.26385498046875
SSLMD,λ<=log n,65536,1,791977,12.084609985351562
SSLMD,λ<=log n,65536,1,749372,11.43450927734375
SSLMD,λ<=log n,65536,1,800932,12.22125244140625
SSLMD,λ<=log n,65536,1,749114,11.430572509765625
SSLMD,λ<=log n,65536,1,738484,11.26837158203125
SSLMD,λ<=log n,65536,1,816249,12.454971313476562
SSLMD,λ<=log n,65536,1,743538,11.345489501953125
SSLMD,λ<=log n,65536,1,746776,11.3948974609375
SSLMD,λ<=log n,65536,1,741879,11.320175170898438
SSLMD,λ<=log n,65536,1,745614,11.377166748046875
SSLMD,λ<=log n,65536,1,724793,11.059463500976562
SSLMD,λ<=log n,65536,1,793678,12.110565185546875
SSLMD,λ<=log n,65536,1,779975,11.901473999023438
SSLMD,λ<=log n,65536,1,795937,12.145034790039062
SSLMD,λ<=log n,65536,1,838123,12.788742065429688
SSLMD,λ<=log n,65536,1,846923,12.923019409179688
SSLMD,λ<=log n,65536,1,767959,11.718124389648438
SSLMD,λ<=log n,65536,1,781424,11.923583984375
SSLMD,λ<=log n,65536,1,728822,11.120941162109375
SSLMD,λ<=log n,65536,1,798489,12.183975219726562
SSLMD,λ<=log n,65536,1,763784,11.6544189453125
SSLMD,λ<=log n,65536,1,712240,10.867919921875
SSLMD,λ<=log n,65536,1,767603,11.712692260742188
SSLMD,λ<=log n,65536,1,754269,11.509231567382812
SSLMD,λ<=log n,65536,1,829384,12.6553955078125
SSLMD,λ<=log n,65536,1,787594,12.017730712890625
SSLMD,λ<=log n,65536,1,747649,11.408218383789062
SSLMD,λ<=log n,65536,1,787772,12.02044677734375
SSLMD,λ<=log n,65536,1,781718,11.928070068359375
SSLMD,λ<=log n,65536,1,738057,11.261856079101562
SSLMD,λ<=log n,65536,1,746158,11.385467529296875
SSLMD,λ<=log n,65536,1,764808,11.6700439453125
SSLMD,λ<=log n,65536,1,730975,11.153793334960938
SSLMD,λ<=log n,65536,1,765646,11.682830810546875
SSLMD,λ<=log n,65536,1,723162,11.034576416015625
SSLMD,λ<=log n,65536,1,770389,11.755203247070312
SSLMD,λ<=log n,65536,1,796089,12.147354125976562
SSLMD,λ<=log n,65536,1,798151,12.178817749023438
SSLMD,λ<=log n,65536,1,849739,12.965988159179688
SSLMD,λ<=log n,65536,1,788440,12.0306396484375
SSLMD,λ<=log n,65536,1,746579,11.391891479492188
SSLMD,λ<=log n,65536,1,763425,11.648941040039062
SSLMD,λ<=log n,65536,1,808809,12.341445922851562
SSLMD,λ<=log n,65536,1,756927,11.549789428710938
SSLMD,λ<=log n,65536,1,768445,11.725540161132812
SSLMD,λ<=log n,65536,1,801900,12.23602294921875
SSLMD,λ<=log n,65536,1,778975,11.886215209960938
SSLMD,λ<=log n,65536,1,754031,11.505599975585938
SSLMD,λ<=log n,65536,1,847233,12.927749633789062
SSLMD,λ<=log n,65536,1,800468,12.21417236328125
SSLMD,λ<=log n,65536,1,895400,13.6627197265625
SSLMD,λ<=log n,65536,1,768564,11.72735595703125
SSLMD,λ<=log n,65536,1,753626,11.499420166015625
SSLMD,λ<=log n,65536,1,748716,11.42449951171875
SSLMD,λ<=log n,65536,1,842490,12.855377197265625
SSLMD,λ<=log n,65536,1,792012,12.08514404296875
SSLMD,λ<=log n,65536,1,806581,12.307449340820312
SSLMD,λ<=log n,65536,1,771847,11.777450561523438
SSLMD,λ<=log n,65536,1,783968,11.96240234375
SSLMD,λ<=log n,65536,1,762481,11.634536743164062
SSLMD,λ<=log n,65536,1,798053,12.177322387695312
SSLMD,λ<=log n,65536,1,776375,11.846542358398438
SSLMD,λ<=log n,65536,1,764650,11.667633056640625
SSLMD,λ<=log n,65536,1,804490,12.275543212890625
SSLMD,λ<=log n,65536,1,812866,12.403350830078125
SSLMD,λ<=log n,65536,1,795678,12.141082763671875
SSDID,λ<=log n,65536,1,852144,13.002685546875
SSDID,λ<=log n,65536,1,766520,11.6961669921875
SSDID,λ<=log n,65536,1,787655,12.018661499023438
SSDID,λ<=log n,65536,1,785329,11.983169555664062
SSDID,λ<=log n,65536,1,796727,12.157089233398438
SSDID,λ<=log n,65536,1,815172,12.43853759765625
SSDID,λ<=log n,65536,1,790251,12.058273315429688
SSDID,λ<=log n,65536,1,780404,11.90802001953125
SSDID,λ<=log n,65536,1,803510,12.260589599609375
SSDID,λ<=log n,65536,1,783001,11.947647094726562
SSDID,λ<=log n,65536,1,774906,11.824127197265625
SSDID,λ<=log n,65536,1,832811,12.707687377929688
SSDID,λ<=log n,65536,1,787371,12.014328002929688
SSDID,λ<=log n,65536,1,834309,12.730545043945312
SSDID,λ<=log n,65536,1,749890,11.442413330078125
SSDID,λ<=log n,65536,1,827828,12.63165283203125
SSDID,λ<=log n,65536,1,919998,14.038055419921875
SSDID,λ<=log n,65536,1,813675,12.415695190429688
SSDID,λ<=log n,65536,1,761892,11.62554931640625
SSDID,λ<=log n,65536,1,750159,11.446517944335938
SSDID,λ<=log n,65536,1,813250,12.409210205078125
SSDID,λ<=log n,65536,1,884532,13.49688720703125
SSDID,λ<=log n,65536,1,797194,12.164215087890625
SSDID,λ<=log n,65536,1,867077,13.230545043945312
SSDID,λ<=log n,65536,1,800069,12.208084106445312
SSDID,λ<=log n,65536,1,740517,11.299392700195312
SSDID,λ<=log n,65536,1,819522,12.504913330078125
SSDID,λ<=log n,65536,1,720663,10.996444702148438
SSDID,λ<=log n,65536,1,772394,11.785797119140625
SSDID,λ<=log n,65536,1,763789,11.654495239257812
SSDID,λ<=log n,65536,1,756727,11.546737670898438
SSDID,λ<=log n,65536,1,838867,12.800094604492188
SSDID,λ<=log n,65536,1,846858,12.922027587890625
SSDID,λ<=log n,65536,1,746874,11.396392822265625
SSDID,λ<=log n,65536,1,788040,12.0245361328125
SSDID,λ<=log n,65536,1,769017,11.734268188476562
SSDID,λ<=log n,65536,1,806908,12.31243896484375
SSDID,λ<=log n,65536,1,754215,11.508407592773438
SSDID,λ<=log n,65536,1,801243,12.225997924804688
SSDID,λ<=log n,65536,1,744296,11.3570556640625
SSDID,λ<=log n,65536,1,1044203,15.933273315429688
SSDID,λ<=log n,65536,1,786344,11.9986572265625
SSDID,λ<=log n,65536,1,851243,12.988937377929688
SSDID,λ<=log n,65536,1,777886,11.869598388671875
SSDID,λ<=log n,65536,1,880473,13.434951782226562
SSDID,λ<=log n,65536,1,764167,11.660263061523438
SSDID,λ<=log n,65536,1,804266,12.272125244140625
SSDID,λ<=log n,65536,1,765382,11.678802490234375
SSDID,λ<=log n,65536,1,754072,11.5062255859375
SSDID,λ<=log n,65536,1,788692,12.03448486328125
SSDID,λ<=log n,65536,1,761568,11.62060546875
SSDID,λ<=log n,65536,1,865489,13.206314086914062
SSDID,λ<=log n,65536,1,879359,13.417953491210938
SSDID,λ<=log n,65536,1,809710,12.355194091796875
SSDID,λ<=log n,65536,1,769550,11.742401123046875
SSDID,λ<=log n,65536,1,882618,13.467681884765625
SSDID,λ<=log n,65536,1,736956,11.24505615234375
SSDID,λ<=log n,65536,1,761711,11.622787475585938
SSDID,λ<=log n,65536,1,742515,11.329879760742188
SSDID,λ<=log n,65536,1,747753,11.409805297851562
SSDID,λ<=log n,65536,1,755335,11.525497436523438
SSDID,λ<=log n,65536,1,757099,11.552413940429688
SSDID,λ<=log n,65536,1,758862,11.579315185546875
SSDID,λ<=log n,65536,1,823222,12.561370849609375
SSDID,λ<=log n,65536,1,767098,11.704986572265625
SSDID,λ<=log n,65536,1,722322,11.021759033203125
SSDID,λ<=log n,65536,1,808947,12.343551635742188
SSDID,λ<=log n,65536,1,826564,12.61236572265625
SSDID,λ<=log n,65536,1,809806,12.356658935546875
SSDID,λ<=log n,65536,1,839604,12.81134033203125
SSDID,λ<=log n,65536,1,786118,11.995208740234375
SSDID,λ<=log n,65536,1,774834,11.823028564453125
SSDID,λ<=log n,65536,1,854590,13.040008544921875
SSDID,λ<=log n,65536,1,883646,13.483367919921875
SSDID,λ<=log n,65536,1,797332,12.16632080078125
SSDID,λ<=log n,65536,1,811413,12.381179809570312
SSDID,λ<=log n,65536,1,808102,12.330657958984375
SSDID,λ<=log n,65536,1,782767,11.944076538085938
SSDID,λ<=log n,65536,1,768816,11.731201171875
SSDID,λ<=log n,65536,1,852147,13.002731323242188
SSDID,λ<=log n,65536,1,785484,11.98553466796875
SSDID,λ<=log n,65536,1,799066,12.192779541015625
SSDID,λ<=log n,65536,1,727520,11.10107421875
SSDID,λ<=log n,65536,1,720350,10.991668701171875
SSDID,λ<=log n,65536,1,931431,14.212509155273438
SSDID,λ<=log n,65536,1,768596,11.72784423828125
SSDID,λ<=log n,65536,1,741928,11.3209228515625
SSDID,λ<=log n,65536,1,793204,12.10333251953125
SSDID,λ<=log n,65536,1,758592,11.5751953125
SSDID,λ<=log n,65536,1,845364,12.89923095703125
SSDID,λ<=log n,65536,1,746570,11.391754150390625
SSDID,λ<=log n,65536,1,750911,11.457992553710938
SSDID,λ<=log n,65536,1,769181,11.736770629882812
SSDID,λ<=log n,65536,1,857495,13.084335327148438
SSDID,λ<=log n,65536,1,909775,13.882064819335938
SSDID,λ<=log n,65536,1,779516,11.89447021484375
SSDID,λ<=log n,65536,1,790511,12.062240600585938
SSDID,λ<=log n,65536,1,844116,12.88018798828125
SSDID,λ<=log n,65536,1,803001,12.252822875976562
SSDID,λ<=log n,65536,1,791948,12.08416748046875
SRDID,λ<=log n,65536,1,514131,7.8450164794921875
SRDID,λ<=log n,65536,1,564996,8.62115478515625
SRDID,λ<=log n,65536,1,557890,8.512725830078125
SRDID,λ<=log n,65536,1,563446,8.597503662109375
SRDID,λ<=log n,65536,1,515928,7.8724365234375
SRDID,λ<=log n,65536,1,552976,8.437744140625
SRDID,λ<=log n,65536,1,540459,8.246749877929688
SRDID,λ<=log n,65536,1,517271,7.8929290771484375
SRDID,λ<=log n,65536,1,536528,8.186767578125
SRDID,λ<=log n,65536,1,534769,8.159927368164062
SRDID,λ<=log n,65536,1,536138,8.180816650390625
SRDID,λ<=log n,65536,1,508225,7.7548980712890625
SRDID,λ<=log n,65536,1,563512,8.5985107421875
SRDID,λ<=log n,65536,1,520649,7.9444732666015625
SRDID,λ<=log n,65536,1,518053,7.9048614501953125
SRDID,λ<=log n,65536,1,541245,8.258743286132812
SRDID,λ<=log n,65536,1,543985,8.300552368164062
SRDID,λ<=log n,65536,1,516797,7.8856964111328125
SRDID,λ<=log n,65536,1,529866,8.085113525390625
SRDID,λ<=log n,65536,1,537559,8.202499389648438
SRDID,λ<=log n,65536,1,524825,8.008193969726562
SRDID,λ<=log n,65536,1,551047,8.408309936523438
SRDID,λ<=log n,65536,1,593694,9.059051513671875
SRDID,λ<=log n,65536,1,532000,8.11767578125
SRDID,λ<=log n,65536,1,498731,7.6100311279296875
SRDID,λ<=log n,65536,1,573115,8.745040893554688
SRDID,λ<=log n,65536,1,532030,8.118133544921875
SRDID,λ<=log n,65536,1,518250,7.907867431640625
SRDID,λ<=log n,65536,1,487167,7.4335784912109375
SRDID,λ<=log n,65536,1,559762,8.541290283203125
SRDID,λ<=log n,65536,1,537068,8.19500732421875
SRDID,λ<=log n,65536,1,542390,8.276214599609375
SRDID,λ<=log n,65536,1,516523,7.8815155029296875
SRDID,λ<=log n,65536,1,523073,7.9814605712890625
SRDID,λ<=log n,65536,1,562857,8.588516235351562
SRDID,λ<=log n,65536,1,567786,8.663726806640625
SRDID,λ<=log n,65536,1,513440,7.83447265625
SRDID,λ<=log n,65536,1,555254,8.472503662109375
SRDID,λ<=log n,65536,1,595097,9.080459594726562
SRDID,λ<=log n,65536,1,518625,7.9135894775390625
SRDID,λ<=log n,65536,1,546170,8.333892822265625
SRDID,λ<=log n,65536,1,526519,8.034042358398438
SRDID,λ<=log n,65536,1,555097,8.470108032226562
SRDID,λ<=log n,65536,1,529228,8.07537841796875
SRDID,λ<=log n,65536,1,550673,8.402603149414062
SRDID,λ<=log n,65536,1,513551,7.8361663818359375
SRDID,λ<=log n,65536,1,506559,7.7294769287109375
SRDID,λ<=log n,65536,1,535250,8.167266845703125
SRDID,λ<=log n,65536,1,506974,7.735809326171875
SRDID,λ<=log n,65536,1,577402,8.810455322265625
SRDID,λ<=log n,65536,1,500121,7.6312408447265625
SRDID,λ<=log n,65536,1,516300,7.87811279296875
SRDID,λ<=log n,65536,1,526114,8.027862548828125
SRDID,λ<=log n,65536,1,519492,7.92681884765625
SRDID,λ<=log n,65536,1,603902,9.214813232421875
SRDID,λ<=log n,65536,1,528428,8.06317138671875
SRDID,λ<=log n,65536,1,552995,8.438034057617188
SRDID,λ<=log n,65536,1,540338,8.244903564453125
SRDID,λ<=log n,65536,1,540121,8.241592407226562
SRDID,λ<=log n,65536,1,603738,9.212310791015625
SRDID,λ<=log n,65536,1,498490,7.606353759765625
SRDID,λ<=log n,65536,1,576898,8.802764892578125
SRDID,λ<=log n,65536,1,551002,8.407623291015625
SRDID,λ<=log n,65536,1,496058,7.569244384765625
SRDID,λ<=log n,65536,1,533562,8.141510009765625
SRDID,λ<=log n,65536,1,507582,7.745086669921875
SRDID,λ<=log n,65536,1,523157,7.9827423095703125
SRDID,λ<=log n,65536,1,585621,8.935867309570312
SRDID,λ<=log n,65536,1,507155,7.7385711669921875
SRDID,λ<=log n,65536,1,554643,8.463180541992188
SRDID,λ<=log n,65536,1,529841,8.084732055664062
SRDID,λ<=log n,65536,1,506855,7.7339935302734375
SRDID,λ<=log n,65536,1,558120,8.5162353515625
SRDID,λ<=log n,65536,1,531551,8.110824584960938
SRDID,λ<=log n,65536,1,533511,8.140731811523438
SRDID,λ<=log n,65536,1,556828,8.49652099609375
SRDID,λ<=log n,65536,1,511866,7.810455322265625
SRDID,λ<=log n,65536,1,565919,8.635238647460938
SRDID,λ<=log n,65536,1,662703,10.112045288085938
SRDID,λ<=log n,65536,1,518056,7.9049072265625
SRDID,λ<=log n,65536,1,496139,7.5704803466796875
SRDID,λ<=log n,65536,1,540161,8.242202758789062
SRDID,λ<=log n,65536,1,543391,8.291488647460938
SRDID,λ<=log n,65536,1,516229,7.8770294189453125
SRDID,λ<=log n,65536,1,555190,8.471527099609375
SRDID,λ<=log n,65536,1,550958,8.406951904296875
SRDID,λ<=log n,65536,1,521076,7.95098876953125
SRDID,λ<=log n,65536,1,537348,8.19927978515625
SRDID,λ<=log n,65536,1,503175,7.6778411865234375
SRDID,λ<=log n,65536,1,515272,7.8624267578125
SRDID,λ<=log n,65536,1,550695,8.402938842773438
SRDID,λ<=log n,65536,1,563251,8.594528198242188
SRDID,λ<=log n,65536,1,537804,8.20623779296875
SRDID,λ<=log n,65536,1,525657,8.020889282226562
SRDID,λ<=log n,65536,1,500821,7.6419219970703125
SRDID,λ<=log n,65536,1,534077,8.149368286132812
SRDID,λ<=log n,65536,1,542607,8.279525756835938
SRDID,λ<=log n,65536,1,508044,7.75213623046875
SRDID,λ<=log n,65536,1,523019,7.9806365966796875
SRDID,λ<=log n,65536,1,563287,8.595077514648438
SHDID,λ<=log n,65536,1,502068,7.66094970703125
SHDID,λ<=log n,65536,1,498257,7.6027984619140625
SHDID,λ<=log n,65536,1,496218,7.571685791015625
SHDID,λ<=log n,65536,1,491289,7.4964752197265625
SHDID,λ<=log n,65536,1,518576,7.912841796875
SHDID,λ<=log n,65536,1,509361,7.7722320556640625
SHDID,λ<=log n,65536,1,524322,8.000518798828125
SHDID,λ<=log n,65536,1,481882,7.352935791015625
SHDID,λ<=log n,65536,1,495566,7.561737060546875
SHDID,λ<=log n,65536,1,514694,7.853607177734375
SHDID,λ<=log n,65536,1,499604,7.62335205078125
SHDID,λ<=log n,65536,1,519468,7.92645263671875
SHDID,λ<=log n,65536,1,491779,7.5039520263671875
SHDID,λ<=log n,65536,1,503641,7.6849517822265625
SHDID,λ<=log n,65536,1,534240,8.15185546875
SHDID,λ<=log n,65536,1,494996,7.55303955078125
SHDID,λ<=log n,65536,1,516517,7.8814239501953125
SHDID,λ<=log n,65536,1,522779,7.9769744873046875
SHDID,λ<=log n,65536,1,486909,7.4296417236328125
SHDID,λ<=log n,65536,1,501979,7.6595916748046875
SHDID,λ<=log n,65536,1,598508,9.13250732421875
SHDID,λ<=log n,65536,1,474766,7.244354248046875
SHDID,λ<=log n,65536,1,526908,8.03997802734375
SHDID,λ<=log n,65536,1,524931,8.009811401367188
SHDID,λ<=log n,65536,1,491793,7.5041656494140625
SHDID,λ<=log n,65536,1,491770,7.503814697265625
SHDID,λ<=log n,65536,1,485356,7.40594482421875
SHDID,λ<=log n,65536,1,480903,7.3379974365234375
SHDID,λ<=log n,65536,1,504582,7.699310302734375
SHDID,λ<=log n,65536,1,518552,7.9124755859375
SHDID,λ<=log n,65536,1,534419,8.154586791992188
SHDID,λ<=log n,65536,1,534838,8.160980224609375
SHDID,λ<=log n,65536,1,532886,8.131195068359375
SHDID,λ<=log n,65536,1,499690,7.624664306640625
SHDID,λ<=log n,65536,1,497579,7.5924530029296875
SHDID,λ<=log n,65536,1,470766,7.183319091796875
SHDID,λ<=log n,65536,1,524023,7.9959564208984375
SHDID,λ<=log n,65536,1,511357,7.8026885986328125
SHDID,λ<=log n,65536,1,473473,7.2246246337890625
SHDID,λ<=log n,65536,1,477005,7.2785186767578125
SHDID,λ<=log n,65536,1,489682,7.471954345703125
SHDID,λ<=log n,65536,1,536750,8.190155029296875
SHDID,λ<=log n,65536,1,495950,7.567596435546875
SHDID,λ<=log n,65536,1,497642,7.593414306640625
SHDID,λ<=log n,65536,1,497335,7.5887298583984375
SHDID,λ<=log n,65536,1,576017,8.789321899414062
SHDID,λ<=log n,65536,1,495182,7.555877685546875
SHDID,λ<=log n,65536,1,507996,7.75140380859375
SHDID,λ<=log n,65536,1,502134,7.661956787109375
SHDID,λ<=log n,65536,1,506389,7.7268829345703125
SHDID,λ<=log n,65536,1,478242,7.297393798828125
SHDID,λ<=log n,65536,1,518015,7.9042816162109375
SHDID,λ<=log n,65536,1,520896,7.9482421875
SHDID,λ<=log n,65536,1,473168,7.219970703125
SHDID,λ<=log n,65536,1,543739,8.296798706054688
SHDID,λ<=log n,65536,1,475595,7.2570037841796875
SHDID,λ<=log n,65536,1,542971,8.285079956054688
SHDID,λ<=log n,65536,1,528287,8.061019897460938
SHDID,λ<=log n,65536,1,495795,7.5652313232421875
SHDID,λ<=log n,65536,1,493893,7.5362091064453125
SHDID,λ<=log n,65536,1,522222,7.968475341796875
SHDID,λ<=log n,65536,1,508235,7.7550506591796875
SHDID,λ<=log n,65536,1,468478,7.148406982421875
SHDID,λ<=log n,65536,1,541287,8.259384155273438
SHDID,λ<=log n,65536,1,464917,7.0940704345703125
SHDID,λ<=log n,65536,1,514443,7.8497772216796875
SHDID,λ<=log n,65536,1,496599,7.5774993896484375
SHDID,λ<=log n,65536,1,512781,7.8244171142578125
SHDID,λ<=log n,65536,1,574752,8.77001953125
SHDID,λ<=log n,65536,1,477062,7.279388427734375
SHDID,λ<=log n,65536,1,495781,7.5650177001953125
SHDID,λ<=log n,65536,1,516253,7.8773956298828125
SHDID,λ<=log n,65536,1,480157,7.3266143798828125
SHDID,λ<=log n,65536,1,526946,8.040557861328125
SHDID,λ<=log n,65536,1,478325,7.2986602783203125
SHDID,λ<=log n,65536,1,504767,7.7021331787109375
SHDID,λ<=log n,65536,1,461738,7.045562744140625
SHDID,λ<=log n,65536,1,479383,7.3148040771484375
SHDID,λ<=log n,65536,1,504434,7.697052001953125
SHDID,λ<=log n,65536,1,487055,7.4318695068359375
SHDID,λ<=log n,65536,1,483937,7.3842926025390625
SHDID,λ<=log n,65536,1,526305,8.030776977539062
SHDID,λ<=log n,65536,1,507708,7.74700927734375
SHDID,λ<=log n,65536,1,497486,7.591033935546875
SHDID,λ<=log n,65536,1,481809,7.3518218994140625
SHDID,λ<=log n,65536,1,495697,7.5637359619140625
SHDID,λ<=log n,65536,1,474308,7.23736572265625
SHDID,λ<=log n,65536,1,536760,8.1903076171875
SHDID,λ<=log n,65536,1,494008,7.5379638671875
SHDID,λ<=log n,65536,1,525325,8.015823364257812
SHDID,λ<=log n,65536,1,490356,7.48223876953125
SHDID,λ<=log n,65536,1,468193,7.1440582275390625
SHDID,λ<=log n,65536,1,557560,8.5076904296875
SHDID,λ<=log n,65536,1,490727,7.4878997802734375
SHDID,λ<=log n,65536,1,479686,7.319427490234375
SHDID,λ<=log n,65536,1,493689,7.5330963134765625
SHDID,λ<=log n,65536,1,482435,7.3613739013671875
SHDID,λ<=log n,65536,1,494615,7.5472259521484375
SHDID,λ<=log n,65536,1,553257,8.442031860351562
SHDID,λ<=log n,65536,1,532411,8.123947143554688
SHLID,λ<=log n,65536,1,556303,8.488510131835938
SHLID,λ<=log n,65536,1,583461,8.902908325195312
SHLID,λ<=log n,65536,1,536176,8.181396484375
SHLID,λ<=log n,65536,1,546065,8.332290649414062
SHLID,λ<=log n,65536,1,526651,8.036056518554688
SHLID,λ<=log n,65536,1,557293,8.503616333007812
SHLID,λ<=log n,65536,1,551792,8.419677734375
SHLID,λ<=log n,65536,1,530418,8.093536376953125
SHLID,λ<=log n,65536,1,530708,8.09796142578125
SHLID,λ<=log n,65536,1,546428,8.33782958984375
SHLID,λ<=log n,65536,1,570697,8.708145141601562
SHLID,λ<=log n,65536,1,616430,9.405975341796875
SHLID,λ<=log n,65536,1,599866,9.153228759765625
SHLID,λ<=log n,65536,1,562464,8.58251953125
SHLID,λ<=log n,65536,1,547206,8.349700927734375
SHLID,λ<=log n,65536,1,536025,8.179092407226562
SHLID,λ<=log n,65536,1,580377,8.855850219726562
SHLID,λ<=log n,65536,1,557777,8.511001586914062
SHLID,λ<=log n,65536,1,542172,8.27288818359375
SHLID,λ<=log n,65536,1,525413,8.017166137695312
SHLID,λ<=log n,65536,1,594177,9.066421508789062
SHLID,λ<=log n,65536,1,540692,8.25030517578125
SHLID,λ<=log n,65536,1,577220,8.80767822265625
SHLID,λ<=log n,65536,1,563827,8.603317260742188
SHLID,λ<=log n,65536,1,585471,8.933578491210938
SHLID,λ<=log n,65536,1,568625,8.676528930664062
SHLID,λ<=log n,65536,1,574878,8.771942138671875
SHLID,λ<=log n,65536,1,591926,9.032073974609375
SHLID,λ<=log n,65536,1,534939,8.162521362304688
SHLID,λ<=log n,65536,1,614335,9.374008178710938
SHLID,λ<=log n,65536,1,560716,8.55584716796875
SHLID,λ<=log n,65536,1,555777,8.480484008789062
SHLID,λ<=log n,65536,1,560394,8.550933837890625
SHLID,λ<=log n,65536,1,663812,10.12896728515625
SHLID,λ<=log n,65536,1,585358,8.931854248046875
SHLID,λ<=log n,65536,1,592065,9.034194946289062
SHLID,λ<=log n,65536,1,603858,9.214141845703125
SHLID,λ<=log n,65536,1,568768,8.6787109375
SHLID,λ<=log n,65536,1,551380,8.41339111328125
SHLID,λ<=log n,65536,1,597822,9.122039794921875
SHLID,λ<=log n,65536,1,502686,7.670379638671875
SHLID,λ<=log n,65536,1,562055,8.576278686523438
SHLID,λ<=log n,65536,1,570957,8.712112426757812
SHLID,λ<=log n,65536,1,587660,8.96697998046875
SHLID,λ<=log n,65536,1,542819,8.282760620117188
SHLID,λ<=log n,65536,1,580250,8.853912353515625
SHLID,λ<=log n,65536,1,575555,8.782272338867188
SHLID,λ<=log n,65536,1,517083,7.8900604248046875
SHLID,λ<=log n,65536,1,571082,8.714019775390625
SHLID,λ<=log n,65536,1,537322,8.198883056640625
SHLID,λ<=log n,65536,1,573750,8.754730224609375
SHLID,λ<=log n,65536,1,536447,8.185531616210938
SHLID,λ<=log n,65536,1,592843,9.046066284179688
SHLID,λ<=log n,65536,1,584487,8.918563842773438
SHLID,λ<=log n,65536,1,544606,8.310028076171875
SHLID,λ<=log n,65536,1,640773,9.777420043945312
SHLID,λ<=log n,65536,1,571360,8.71826171875
SHLID,λ<=log n,65536,1,573618,8.752716064453125
SHLID,λ<=log n,65536,1,546372,8.33697509765625
SHLID,λ<=log n,65536,1,562343,8.580673217773438
SHLID,λ<=log n,65536,1,571800,8.7249755859375
SHLID,λ<=log n,65536,1,588639,8.981918334960938
SHLID,λ<=log n,65536,1,562012,8.57562255859375
SHLID,λ<=log n,65536,1,553780,8.45001220703125
SHLID,λ<=log n,65536,1,539174,8.227142333984375
SHLID,λ<=log n,65536,1,571072,8.7138671875
SHLID,λ<=log n,65536,1,581507,8.873092651367188
SHLID,λ<=log n,65536,1,557851,8.512130737304688
SHLID,λ<=log n,65536,1,645063,9.842880249023438
SHLID,λ<=log n,65536,1,587084,8.95819091796875
SHLID,λ<=log n,65536,1,518173,7.9066925048828125
SHLID,λ<=log n,65536,1,583426,8.902374267578125
SHLID,λ<=log n,65536,1,567825,8.664321899414062
SHLID,λ<=log n,65536,1,613298,9.358184814453125
SHLID,λ<=log n,65536,1,532673,8.127944946289062
SHLID,λ<=log n,65536,1,552962,8.437530517578125
SHLID,λ<=log n,65536,1,550086,8.393646240234375
SHLID,λ<=log n,65536,1,560482,8.552276611328125
SHLID,λ<=log n,65536,1,624180,9.52423095703125
SHLID,λ<=log n,65536,1,535347,8.168746948242188
SHLID,λ<=log n,65536,1,536492,8.18621826171875
SHLID,λ<=log n,65536,1,562820,8.58795166015625
SHLID,λ<=log n,65536,1,547266,8.350616455078125
SHLID,λ<=log n,65536,1,540670,8.249969482421875
SHLID,λ<=log n,65536,1,571870,8.726043701171875
SHLID,λ<=log n,65536,1,540231,8.243270874023438
SHLID,λ<=log n,65536,1,544822,8.313323974609375
SHLID,λ<=log n,65536,1,528227,8.060104370117188
SHLID,λ<=log n,65536,1,548789,8.373855590820312
SHLID,λ<=log n,65536,1,548938,8.376129150390625
SHLID,λ<=log n,65536,1,547378,8.352325439453125
SHLID,λ<=log n,65536,1,606159,9.249252319335938
SHLID,λ<=log n,65536,1,584080,8.912353515625
SHLID,λ<=log n,65536,1,536714,8.189605712890625
SHLID,λ<=log n,65536,1,561072,8.561279296875
SHLID,λ<=log n,65536,1,537138,8.196075439453125
SHLID,λ<=log n,65536,1,546529,8.339370727539062
SHLID,λ<=log n,65536,1,526080,8.02734375
SHLID,λ<=log n,65536,1,529958,8.086517333984375
SHLID,λ<=log n,65536,1,559280,8.533935546875
SRLID,λ<=log n,65536,1,551647,8.417465209960938
SRLID,λ<=log n,65536,1,496959,7.5829925537109375
SRLID,λ<=log n,65536,1,517597,7.8979034423828125
SRLID,λ<=log n,65536,1,505928,7.7198486328125
SRLID,λ<=log n,65536,1,529599,8.081039428710938
SRLID,λ<=log n,65536,1,497227,7.5870819091796875
SRLID,λ<=log n,65536,1,508794,7.763580322265625
SRLID,λ<=log n,65536,1,504388,7.69635009765625
SRLID,λ<=log n,65536,1,488305,7.4509429931640625
SRLID,λ<=log n,65536,1,550612,8.40167236328125
SRLID,λ<=log n,65536,1,508133,7.7534942626953125
SRLID,λ<=log n,65536,1,516398,7.879608154296875
SRLID,λ<=log n,65536,1,503641,7.6849517822265625
SRLID,λ<=log n,65536,1,534930,8.162384033203125
SRLID,λ<=log n,65536,1,514244,7.84674072265625
SRLID,λ<=log n,65536,1,493867,7.5358123779296875
SRLID,λ<=log n,65536,1,550976,8.4072265625
SRLID,λ<=log n,65536,1,531548,8.11077880859375
SRLID,λ<=log n,65536,1,492218,7.510650634765625
SRLID,λ<=log n,65536,1,498621,7.6083526611328125
SRLID,λ<=log n,65536,1,498002,7.598907470703125
SRLID,λ<=log n,65536,1,494165,7.5403594970703125
SRLID,λ<=log n,65536,1,531495,8.109970092773438
SRLID,λ<=log n,65536,1,485057,7.4013824462890625
SRLID,λ<=log n,65536,1,496549,7.5767364501953125
SRLID,λ<=log n,65536,1,488674,7.456573486328125
SRLID,λ<=log n,65536,1,490223,7.4802093505859375
SRLID,λ<=log n,65536,1,524851,8.008590698242188
SRLID,λ<=log n,65536,1,544519,8.308700561523438
SRLID,λ<=log n,65536,1,535340,8.16864013671875
SRLID,λ<=log n,65536,1,512855,7.8255462646484375
SRLID,λ<=log n,65536,1,609337,9.297744750976562
SRLID,λ<=log n,65536,1,566799,8.648666381835938
SRLID,λ<=log n,65536,1,481240,7.3431396484375
SRLID,λ<=log n,65536,1,474959,7.2472991943359375
SRLID,λ<=log n,65536,1,516117,7.8753204345703125
SRLID,λ<=log n,65536,1,527731,8.052536010742188
SRLID,λ<=log n,65536,1,493199,7.5256195068359375
SRLID,λ<=log n,65536,1,527207,8.044540405273438
SRLID,λ<=log n,65536,1,470553,7.1800689697265625
SRLID,λ<=log n,65536,1,548439,8.368515014648438
SRLID,λ<=log n,65536,1,501557,7.6531524658203125
SRLID,λ<=log n,65536,1,515619,7.8677215576171875
SRLID,λ<=log n,65536,1,502402,7.666046142578125
SRLID,λ<=log n,65536,1,501174,7.647308349609375
SRLID,λ<=log n,65536,1,504252,7.69427490234375
SRLID,λ<=log n,65536,1,465663,7.1054534912109375
SRLID,λ<=log n,65536,1,563802,8.602935791015625
SRLID,λ<=log n,65536,1,533674,8.143218994140625
SRLID,λ<=log n,65536,1,550340,8.39752197265625
SRLID,λ<=log n,65536,1,542504,8.2779541015625
SRLID,λ<=log n,65536,1,494851,7.5508270263671875
SRLID,λ<=log n,65536,1,481782,7.351409912109375
SRLID,λ<=log n,65536,1,478125,7.2956085205078125
SRLID,λ<=log n,65536,1,475556,7.25640869140625
SRLID,λ<=log n,65536,1,503261,7.6791534423828125
SRLID,λ<=log n,65536,1,508819,7.7639617919921875
SRLID,λ<=log n,65536,1,507230,7.739715576171875
SRLID,λ<=log n,65536,1,497834,7.596343994140625
SRLID,λ<=log n,65536,1,499146,7.616363525390625
SRLID,λ<=log n,65536,1,579008,8.8349609375
SRLID,λ<=log n,65536,1,528836,8.06939697265625
SRLID,λ<=log n,65536,1,534963,8.162887573242188
SRLID,λ<=log n,65536,1,526707,8.036911010742188
SRLID,λ<=log n,65536,1,518214,7.907318115234375
SRLID,λ<=log n,65536,1,502238,7.663543701171875
SRLID,λ<=log n,65536,1,604264,9.2203369140625
SRLID,λ<=log n,65536,1,507493,7.7437286376953125
SRLID,λ<=log n,65536,1,507654,7.746185302734375
SRLID,λ<=log n,65536,1,487064,7.4320068359375
SRLID,λ<=log n,65536,1,480496,7.331787109375
SRLID,λ<=log n,65536,1,479563,7.3175506591796875
SRLID,λ<=log n,65536,1,493482,7.529937744140625
SRLID,λ<=log n,65536,1,568930,8.681182861328125
SRLID,λ<=log n,65536,1,547328,8.3515625
SRLID,λ<=log n,65536,1,521311,7.9545745849609375
SRLID,λ<=log n,65536,1,469939,7.1707000732421875
SRLID,λ<=log n,65536,1,587906,8.970733642578125
SRLID,λ<=log n,65536,1,512398,7.818572998046875
SRLID,λ<=log n,65536,1,506970,7.735748291015625
SRLID,λ<=log n,65536,1,500580,7.63824462890625
SRLID,λ<=log n,65536,1,507018,7.736480712890625
SRLID,λ<=log n,65536,1,507519,7.7441253662109375
SRLID,λ<=log n,65536,1,496430,7.574920654296875
SRLID,λ<=log n,65536,1,494581,7.5467071533203125
SRLID,λ<=log n,65536,1,473651,7.2273406982421875
SRLID,λ<=log n,65536,1,498819,7.6113739013671875
SRLID,λ<=log n,65536,1,552834,8.435577392578125
SRLID,λ<=log n,65536,1,526794,8.038238525390625
SRLID,λ<=log n,65536,1,496011,7.5685272216796875
SRLID,λ<=log n,65536,1,483337,7.3751373291015625
SRLID,λ<=log n,65536,1,478501,7.3013458251953125
SRLID,λ<=log n,65536,1,490802,7.489044189453125
SRLID,λ<=log n,65536,1,485228,7.40399169921875
SRLID,λ<=log n,65536,1,495680,7.5634765625
SRLID,λ<=log n,65536,1,487591,7.4400482177734375
SRLID,λ<=log n,65536,1,485661,7.4105987548828125
SRLID,λ<=log n,65536,1,518534,7.912200927734375
SRLID,λ<=log n,65536,1,572478,8.735321044921875
SRLID,λ<=log n,65536,1,483662,7.380096435546875
SSLID,λ<=log n,65536,1,804033,12.268569946289062
SSLID,λ<=log n,65536,1,780488,11.9093017578125
SSLID,λ<=log n,65536,1,790224,12.057861328125
SSLID,λ<=log n,65536,1,840637,12.827102661132812
SSLID,λ<=log n,65536,1,826312,12.6085205078125
SSLID,λ<=log n,65536,1,852636,13.01019287109375
SSLID,λ<=log n,65536,1,836326,12.761322021484375
SSLID,λ<=log n,65536,1,797493,12.168777465820312
SSLID,λ<=log n,65536,1,859809,13.119644165039062
SSLID,λ<=log n,65536,1,905226,13.812652587890625
SSLID,λ<=log n,65536,1,794877,12.128860473632812
SSLID,λ<=log n,65536,1,806614,12.307952880859375
SSLID,λ<=log n,65536,1,865634,13.208526611328125
SSLID,λ<=log n,65536,1,844960,12.89306640625
SSLID,λ<=log n,65536,1,897962,13.701812744140625
SSLID,λ<=log n,65536,1,848156,12.94183349609375
SSLID,λ<=log n,65536,1,838599,12.796005249023438
SSLID,λ<=log n,65536,1,829133,12.651565551757812
SSLID,λ<=log n,65536,1,810309,12.364334106445312
SSLID,λ<=log n,65536,1,816181,12.453933715820312
SSLID,λ<=log n,65536,1,824108,12.57489013671875
SSLID,λ<=log n,65536,1,833758,12.722137451171875
SSLID,λ<=log n,65536,1,814303,12.425277709960938
SSLID,λ<=log n,65536,1,803426,12.259307861328125
SSLID,λ<=log n,65536,1,843568,12.871826171875
SSLID,λ<=log n,65536,1,839747,12.813522338867188
SSLID,λ<=log n,65536,1,866464,13.22119140625
SSLID,λ<=log n,65536,1,765116,11.67474365234375
SSLID,λ<=log n,65536,1,820048,12.512939453125
SSLID,λ<=log n,65536,1,826626,12.613311767578125
SSLID,λ<=log n,65536,1,877755,13.393478393554688
SSLID,λ<=log n,65536,1,768124,11.72064208984375
SSLID,λ<=log n,65536,1,809003,12.344406127929688
SSLID,λ<=log n,65536,1,792812,12.09735107421875
SSLID,λ<=log n,65536,1,845074,12.894805908203125
SSLID,λ<=log n,65536,1,932855,14.234237670898438
SSLID,λ<=log n,65536,1,820124,12.51409912109375
SSLID,λ<=log n,65536,1,816352,12.45654296875
SSLID,λ<=log n,65536,1,853803,13.027999877929688
SSLID,λ<=log n,65536,1,821554,12.535919189453125
SSLID,λ<=log n,65536,1,869621,13.269363403320312
SSLID,λ<=log n,65536,1,819628,12.50653076171875
SSLID,λ<=log n,65536,1,865731,13.210006713867188
SSLID,λ<=log n,65536,1,839991,12.817245483398438
SSLID,λ<=log n,65536,1,880405,13.433914184570312
SSLID,λ<=log n,65536,1,824467,12.580368041992188
SSLID,λ<=log n,65536,1,890998,13.595550537109375
SSLID,λ<=log n,65536,1,853347,13.021041870117188
SSLID,λ<=log n,65536,1,804043,12.268722534179688
SSLID,λ<=log n,65536,1,841672,12.8428955078125
SSLID,λ<=log n,65536,1,852393,13.006484985351562
SSLID,λ<=log n,65536,1,787281,12.012954711914062
SSLID,λ<=log n,65536,1,812790,12.402191162109375
SSLID,λ<=log n,65536,1,875832,13.3641357421875
SSLID,λ<=log n,65536,1,847040,12.9248046875
SSLID,λ<=log n,65536,1,843038,12.863739013671875
SSLID,λ<=log n,65536,1,875020,13.35174560546875
SSLID,λ<=log n,65536,1,806888,12.3121337890625
SSLID,λ<=log n,65536,1,777081,11.857315063476562
SSLID,λ<=log n,65536,1,818432,12.48828125
SSLID,λ<=log n,65536,1,855407,13.052474975585938
SSLID,λ<=log n,65536,1,841992,12.8477783203125
SSLID,λ<=log n,65536,1,816477,12.458450317382812
SSLID,λ<=log n,65536,1,797306,12.165924072265625
SSLID,λ<=log n,65536,1,847911,12.938095092773438
SSLID,λ<=log n,65536,1,831249,12.683853149414062
SSLID,λ<=log n,65536,1,818892,12.49530029296875
SSLID,λ<=log n,65536,1,825591,12.597518920898438
SSLID,λ<=log n,65536,1,837858,12.784698486328125
SSLID,λ<=log n,65536,1,804804,12.28033447265625
SSLID,λ<=log n,65536,1,880362,13.433258056640625
SSLID,λ<=log n,65536,1,808020,12.32940673828125
SSLID,λ<=log n,65536,1,794162,12.117950439453125
SSLID,λ<=log n,65536,1,826664,12.6138916015625
SSLID,λ<=log n,65536,1,765622,11.682464599609375
SSLID,λ<=log n,65536,1,877448,13.3887939453125
SSLID,λ<=log n,65536,1,825733,12.599685668945312
SSLID,λ<=log n,65536,1,853650,13.025665283203125
SSLID,λ<=log n,65536,1,924988,14.11419677734375
SSLID,λ<=log n,65536,1,823408,12.564208984375
SSLID,λ<=log n,65536,1,869044,13.26055908203125
SSLID,λ<=log n,65536,1,827082,12.620269775390625
SSLID,λ<=log n,65536,1,813274,12.409576416015625
SSLID,λ<=log n,65536,1,832687,12.705795288085938
SSLID,λ<=log n,65536,1,780814,11.914276123046875
SSLID,λ<=log n,65536,1,851803,12.997482299804688
SSLID,λ<=log n,65536,1,827262,12.623016357421875
SSLID,λ<=log n,65536,1,864201,13.186660766601562
SSLID,λ<=log n,65536,1,820675,12.522506713867188
SSLID,λ<=log n,65536,1,795834,12.143463134765625
SSLID,λ<=log n,65536,1,831655,12.690048217773438
SSLID,λ<=log n,65536,1,803602,12.261993408203125
SSLID,λ<=log n,65536,1,790345,12.059707641601562
SSLID,λ<=log n,65536,1,818701,12.492385864257812
SSLID,λ<=log n,65536,1,823877,12.571365356445312
SSLID,λ<=log n,65536,1,829387,12.655441284179688
SSLID,λ<=log n,65536,1,808519,12.337020874023438
SSLID,λ<=log n,65536,1,804355,12.273483276367188
SSLID,λ<=log n,65536,1,815977,12.450820922851562
SSLID,λ<=log n,65536,1,838915,12.800827026367188
SSDCU,λ<=log n,65536,1,705179,10.760177612304688
SSDCU,λ<=log n,65536,1,727645,11.102981567382812
SSDCU,λ<=log n,65536,1,695722,10.615875244140625
SSDCU,λ<=log n,65536,1,800577,12.215835571289062
SSDCU,λ<=log n,65536,1,741817,11.319229125976562
SSDCU,λ<=log n,65536,1,691552,10.55224609375
SSDCU,λ<=log n,65536,1,763410,11.648712158203125
SSDCU,λ<=log n,65536,1,740783,11.303451538085938
SSDCU,λ<=log n,65536,1,731405,11.160354614257812
SSDCU,λ<=log n,65536,1,730791,11.150985717773438
SSDCU,λ<=log n,65536,1,783228,11.95111083984375
SSDCU,λ<=log n,65536,1,806302,12.303192138671875
SSDCU,λ<=log n,65536,1,691804,10.55609130859375
SSDCU,λ<=log n,65536,1,759416,11.5877685546875
SSDCU,λ<=log n,65536,1,793683,12.110641479492188
SSDCU,λ<=log n,65536,1,743895,11.350936889648438
SSDCU,λ<=log n,65536,1,725503,11.070297241210938
SSDCU,λ<=log n,65536,1,775191,11.828475952148438
SSDCU,λ<=log n,65536,1,707576,10.7967529296875
SSDCU,λ<=log n,65536,1,702874,10.725006103515625
SSDCU,λ<=log n,65536,1,718280,10.9600830078125
SSDCU,λ<=log n,65536,1,795538,12.138946533203125
SSDCU,λ<=log n,65536,1,732024,11.1697998046875
SSDCU,λ<=log n,65536,1,776997,11.856033325195312
SSDCU,λ<=log n,65536,1,736001,11.230484008789062
SSDCU,λ<=log n,65536,1,754361,11.510635375976562
SSDCU,λ<=log n,65536,1,784018,11.963165283203125
SSDCU,λ<=log n,65536,1,741916,11.32073974609375
SSDCU,λ<=log n,65536,1,892126,13.612762451171875
SSDCU,λ<=log n,65536,1,776000,11.8408203125
SSDCU,λ<=log n,65536,1,728614,11.117767333984375
SSDCU,λ<=log n,65536,1,734189,11.202835083007812
SSDCU,λ<=log n,65536,1,812327,12.395126342773438
SSDCU,λ<=log n,65536,1,738180,11.26373291015625
SSDCU,λ<=log n,65536,1,743596,11.34637451171875
SSDCU,λ<=log n,65536,1,759381,11.587234497070312
SSDCU,λ<=log n,65536,1,762935,11.641464233398438
SSDCU,λ<=log n,65536,1,711375,10.854721069335938
SSDCU,λ<=log n,65536,1,811243,12.378585815429688
SSDCU,λ<=log n,65536,1,894512,13.649169921875
SSDCU,λ<=log n,65536,1,772709,11.790603637695312
SSDCU,λ<=log n,65536,1,734669,11.210159301757812
SSDCU,λ<=log n,65536,1,767241,11.707168579101562
SSDCU,λ<=log n,65536,1,781266,11.921173095703125
SSDCU,λ<=log n,65536,1,797290,12.165679931640625
SSDCU,λ<=log n,65536,1,749835,11.441574096679688
SSDCU,λ<=log n,65536,1,792973,12.099807739257812
SSDCU,λ<=log n,65536,1,710959,10.848373413085938
SSDCU,λ<=log n,65536,1,781379,11.922897338867188
SSDCU,λ<=log n,65536,1,741275,11.310958862304688
SSDCU,λ<=log n,65536,1,769502,11.741668701171875
SSDCU,λ<=log n,65536,1,781772,11.92889404296875
SSDCU,λ<=log n,65536,1,702047,10.712387084960938
SSDCU,λ<=log n,65536,1,734484,11.20733642578125
SSDCU,λ<=log n,65536,1,729804,11.13592529296875
SSDCU,λ<=log n,65536,1,822499,12.550338745117188
SSDCU,λ<=log n,65536,1,714647,10.904647827148438
SSDCU,λ<=log n,65536,1,771295,11.769027709960938
SSDCU,λ<=log n,65536,1,695791,10.616928100585938
SSDCU,λ<=log n,65536,1,725950,11.077117919921875
SSDCU,λ<=log n,65536,1,692561,10.567642211914062
SSDCU,λ<=log n,65536,1,755154,11.522735595703125
SSDCU,λ<=log n,65536,1,762218,11.630523681640625
SSDCU,λ<=log n,65536,1,818504,12.4893798828125
SSDCU,λ<=log n,65536,1,704360,10.7476806640625
SSDCU,λ<=log n,65536,1,927207,14.148056030273438
SSDCU,λ<=log n,65536,1,759608,11.5906982421875
SSDCU,λ<=log n,65536,1,887350,13.539886474609375
SSDCU,λ<=log n,65536,1,714676,10.90509033203125
SSDCU,λ<=log n,65536,1,725581,11.071487426757812
SSDCU,λ<=log n,65536,1,754981,11.520095825195312
SSDCU,λ<=log n,65536,1,726827,11.090499877929688
SSDCU,λ<=log n,65536,1,787811,12.021041870117188
SSDCU,λ<=log n,65536,1,743287,11.341659545898438
SSDCU,λ<=log n,65536,1,809304,12.3489990234375
SSDCU,λ<=log n,65536,1,832477,12.702590942382812
SSDCU,λ<=log n,65536,1,763104,11.64404296875
SSDCU,λ<=log n,65536,1,751036,11.45989990234375
SSDCU,λ<=log n,65536,1,738881,11.274429321289062
SSDCU,λ<=log n,65536,1,761466,11.619049072265625
SSDCU,λ<=log n,65536,1,794459,12.122482299804688
SSDCU,λ<=log n,65536,1,768573,11.727493286132812
SSDCU,λ<=log n,65536,1,750963,11.458786010742188
SSDCU,λ<=log n,65536,1,765829,11.685623168945312
SSDCU,λ<=log n,65536,1,809465,12.351455688476562
SSDCU,λ<=log n,65536,1,773031,11.795516967773438
SSDCU,λ<=log n,65536,1,762271,11.631332397460938
SSDCU,λ<=log n,65536,1,722520,11.0247802734375
SSDCU,λ<=log n,65536,1,774599,11.819442749023438
SSDCU,λ<=log n,65536,1,761405,11.618118286132812
SSDCU,λ<=log n,65536,1,743175,11.339950561523438
SSDCU,λ<=log n,65536,1,777322,11.860992431640625
SSDCU,λ<=log n,65536,1,729531,11.131759643554688
SSDCU,λ<=log n,65536,1,732079,11.170639038085938
SSDCU,λ<=log n,65536,1,704239,10.745834350585938
SSDCU,λ<=log n,65536,1,761352,11.6173095703125
SSDCU,λ<=log n,65536,1,744242,11.356231689453125
SSDCU,λ<=log n,65536,1,729663,11.133773803710938
SSDCU,λ<=log n,65536,1,777046,11.856781005859375
SSDCU,λ<=log n,65536,1,734238,11.203582763671875
SRDCU,λ<=log n,65536,1,443573,6.7683868408203125
SRDCU,λ<=log n,65536,1,464348,7.08538818359375
SRDCU,λ<=log n,65536,1,460824,7.0316162109375
SRDCU,λ<=log n,65536,1,480690,7.334747314453125
SRDCU,λ<=log n,65536,1,468786,7.153106689453125
SRDCU,λ<=log n,65536,1,485854,7.413543701171875
SRDCU,λ<=log n,65536,1,484459,7.3922576904296875
SRDCU,λ<=log n,65536,1,473445,7.2241973876953125
SRDCU,λ<=log n,65536,1,493484,7.52996826171875
SRDCU,λ<=log n,65536,1,485273,7.4046783447265625
SRDCU,λ<=log n,65536,1,433187,6.6099090576171875
SRDCU,λ<=log n,65536,1,455860,6.95587158203125
SRDCU,λ<=log n,65536,1,441035,6.7296600341796875
SRDCU,λ<=log n,65536,1,446473,6.8126373291015625
SRDCU,λ<=log n,65536,1,437004,6.66815185546875
SRDCU,λ<=log n,65536,1,471727,7.1979827880859375
SRDCU,λ<=log n,65536,1,530964,8.10186767578125
SRDCU,λ<=log n,65536,1,457015,6.9734954833984375
SRDCU,λ<=log n,65536,1,467935,7.1401214599609375
SRDCU,λ<=log n,65536,1,454120,6.9293212890625
SRDCU,λ<=log n,65536,1,487656,7.4410400390625
SRDCU,λ<=log n,65536,1,494442,7.544586181640625
SRDCU,λ<=log n,65536,1,454885,6.9409942626953125
SRDCU,λ<=log n,65536,1,473495,7.2249603271484375
SRDCU,λ<=log n,65536,1,554264,8.4573974609375
SRDCU,λ<=log n,65536,1,481255,7.3433685302734375
SRDCU,λ<=log n,65536,1,452092,6.89837646484375
SRDCU,λ<=log n,65536,1,555380,8.47442626953125
SRDCU,λ<=log n,65536,1,473615,7.2267913818359375
SRDCU,λ<=log n,65536,1,459990,7.018890380859375
SRDCU,λ<=log n,65536,1,455366,6.948333740234375
SRDCU,λ<=log n,65536,1,548668,8.37200927734375
SRDCU,λ<=log n,65536,1,464831,7.0927581787109375
SRDCU,λ<=log n,65536,1,459611,7.0131072998046875
SRDCU,λ<=log n,65536,1,501346,7.649932861328125
SRDCU,λ<=log n,65536,1,481825,7.3520660400390625
SRDCU,λ<=log n,65536,1,455115,6.9445037841796875
SRDCU,λ<=log n,65536,1,461296,7.038818359375
SRDCU,λ<=log n,65536,1,478975,7.3085784912109375
SRDCU,λ<=log n,65536,1,485965,7.4152374267578125
SRDCU,λ<=log n,65536,1,496435,7.5749969482421875
SRDCU,λ<=log n,65536,1,522145,7.9673004150390625
SRDCU,λ<=log n,65536,1,454879,6.9409027099609375
SRDCU,λ<=log n,65536,1,487738,7.442291259765625
SRDCU,λ<=log n,65536,1,513878,7.841156005859375
SRDCU,λ<=log n,65536,1,448180,6.83868408203125
SRDCU,λ<=log n,65536,1,467104,7.12744140625
SRDCU,λ<=log n,65536,1,462886,7.063079833984375
SRDCU,λ<=log n,65536,1,472413,7.2084503173828125
SRDCU,λ<=log n,65536,1,491758,7.503631591796875
SRDCU,λ<=log n,65536,1,454171,6.9300994873046875
SRDCU,λ<=log n,65536,1,520413,7.9408721923828125
SRDCU,λ<=log n,65536,1,523368,7.9859619140625
SRDCU,λ<=log n,65536,1,465324,7.10028076171875
SRDCU,λ<=log n,65536,1,504659,7.7004852294921875
SRDCU,λ<=log n,65536,1,464603,7.0892791748046875
SRDCU,λ<=log n,65536,1,490584,7.4857177734375
SRDCU,λ<=log n,65536,1,463372,7.07049560546875
SRDCU,λ<=log n,65536,1,503503,7.6828460693359375
SRDCU,λ<=log n,65536,1,482181,7.3574981689453125
SRDCU,λ<=log n,65536,1,519967,7.9340667724609375
SRDCU,λ<=log n,65536,1,449996,6.86639404296875
SRDCU,λ<=log n,65536,1,430933,6.5755157470703125
SRDCU,λ<=log n,65536,1,456047,6.9587249755859375
SRDCU,λ<=log n,65536,1,487276,7.43524169921875
SRDCU,λ<=log n,65536,1,481835,7.3522186279296875
SRDCU,λ<=log n,65536,1,459623,7.0132904052734375
SRDCU,λ<=log n,65536,1,470398,7.177703857421875
SRDCU,λ<=log n,65536,1,441127,6.7310638427734375
SRDCU,λ<=log n,65536,1,504694,7.701019287109375
SRDCU,λ<=log n,65536,1,540774,8.251556396484375
SRDCU,λ<=log n,65536,1,531310,8.107147216796875
SRDCU,λ<=log n,65536,1,424259,6.4736785888671875
SRDCU,λ<=log n,65536,1,458279,6.9927825927734375
SRDCU,λ<=log n,65536,1,445564,6.79876708984375
SRDCU,λ<=log n,65536,1,464503,7.0877532958984375
SRDCU,λ<=log n,65536,1,509883,7.7801971435546875
SRDCU,λ<=log n,65536,1,512041,7.8131256103515625
SRDCU,λ<=log n,65536,1,484640,7.39501953125
SRDCU,λ<=log n,65536,1,464080,7.081298828125
SRDCU,λ<=log n,65536,1,455745,6.9541168212890625
SRDCU,λ<=log n,65536,1,484590,7.394256591796875
SRDCU,λ<=log n,65536,1,452519,6.9048919677734375
SRDCU,λ<=log n,65536,1,487546,7.439361572265625
SRDCU,λ<=log n,65536,1,469555,7.1648406982421875
SRDCU,λ<=log n,65536,1,449075,6.8523406982421875
SRDCU,λ<=log n,65536,1,510916,7.79595947265625
SRDCU,λ<=log n,65536,1,475284,7.25225830078125
SRDCU,λ<=log n,65536,1,493522,7.530548095703125
SRDCU,λ<=log n,65536,1,503693,7.6857452392578125
SRDCU,λ<=log n,65536,1,457440,6.97998046875
SRDCU,λ<=log n,65536,1,475533,7.2560577392578125
SRDCU,λ<=log n,65536,1,453024,6.91259765625
SRDCU,λ<=log n,65536,1,470135,7.1736907958984375
SRDCU,λ<=log n,65536,1,449601,6.8603668212890625
SRDCU,λ<=log n,65536,1,457606,6.982513427734375
SRDCU,λ<=log n,65536,1,464074,7.081207275390625
SRDCU,λ<=log n,65536,1,487188,7.43389892578125
SRDCU,λ<=log n,65536,1,498466,7.605987548828125
SRDCU,λ<=log n,65536,1,464893,7.0937042236328125
SHDCU,λ<=log n,65536,1,466666,7.120758056640625
SHDCU,λ<=log n,65536,1,485627,7.4100799560546875
SHDCU,λ<=log n,65536,1,434522,6.630279541015625
SHDCU,λ<=log n,65536,1,503590,7.684173583984375
SHDCU,λ<=log n,65536,1,473776,7.229248046875
SHDCU,λ<=log n,65536,1,511960,7.8118896484375
SHDCU,λ<=log n,65536,1,508972,7.76629638671875
SHDCU,λ<=log n,65536,1,418689,6.3886871337890625
SHDCU,λ<=log n,65536,1,464194,7.083038330078125
SHDCU,λ<=log n,65536,1,427655,6.5254974365234375
SHDCU,λ<=log n,65536,1,452025,6.8973541259765625
SHDCU,λ<=log n,65536,1,442607,6.7536468505859375
SHDCU,λ<=log n,65536,1,463571,7.0735321044921875
SHDCU,λ<=log n,65536,1,469729,7.1674957275390625
SHDCU,λ<=log n,65536,1,461376,7.0400390625
SHDCU,λ<=log n,65536,1,432349,6.5971221923828125
SHDCU,λ<=log n,65536,1,449611,6.8605194091796875
SHDCU,λ<=log n,65536,1,523219,7.9836883544921875
SHDCU,λ<=log n,65536,1,462517,7.0574493408203125
SHDCU,λ<=log n,65536,1,454685,6.9379425048828125
SHDCU,λ<=log n,65536,1,486297,7.4203033447265625
SHDCU,λ<=log n,65536,1,457857,6.9863433837890625
SHDCU,λ<=log n,65536,1,454060,6.92840576171875
SHDCU,λ<=log n,65536,1,443528,6.7677001953125
SHDCU,λ<=log n,65536,1,474934,7.246917724609375
SHDCU,λ<=log n,65536,1,498618,7.608306884765625
SHDCU,λ<=log n,65536,1,466457,7.1175689697265625
SHDCU,λ<=log n,65536,1,487771,7.4427947998046875
SHDCU,λ<=log n,65536,1,439597,6.7077178955078125
SHDCU,λ<=log n,65536,1,532666,8.127838134765625
SHDCU,λ<=log n,65536,1,448594,6.845001220703125
SHDCU,λ<=log n,65536,1,470305,7.1762847900390625
SHDCU,λ<=log n,65536,1,529187,8.074752807617188
SHDCU,λ<=log n,65536,1,468673,7.1513824462890625
SHDCU,λ<=log n,65536,1,468998,7.156341552734375
SHDCU,λ<=log n,65536,1,467624,7.1353759765625
SHDCU,λ<=log n,65536,1,471589,7.1958770751953125
SHDCU,λ<=log n,65536,1,495794,7.565216064453125
SHDCU,λ<=log n,65536,1,520824,7.9471435546875
SHDCU,λ<=log n,65536,1,457044,6.97393798828125
SHDCU,λ<=log n,65536,1,512991,7.8276214599609375
SHDCU,λ<=log n,65536,1,476328,7.2681884765625
SHDCU,λ<=log n,65536,1,516987,7.8885955810546875
SHDCU,λ<=log n,65536,1,431754,6.588043212890625
SHDCU,λ<=log n,65536,1,459584,7.0126953125
SHDCU,λ<=log n,65536,1,517392,7.894775390625
SHDCU,λ<=log n,65536,1,455732,6.95391845703125
SHDCU,λ<=log n,65536,1,480081,7.3254547119140625
SHDCU,λ<=log n,65536,1,518907,7.9178924560546875
SHDCU,λ<=log n,65536,1,489364,7.46710205078125
SHDCU,λ<=log n,65536,1,456039,6.9586029052734375
SHDCU,λ<=log n,65536,1,487225,7.4344635009765625
SHDCU,λ<=log n,65536,1,473596,7.22650146484375
SHDCU,λ<=log n,65536,1,510343,7.7872161865234375
SHDCU,λ<=log n,65536,1,569781,8.694168090820312
SHDCU,λ<=log n,65536,1,474489,7.2401275634765625
SHDCU,λ<=log n,65536,1,459152,7.006103515625
SHDCU,λ<=log n,65536,1,440063,6.7148284912109375
SHDCU,λ<=log n,65536,1,487989,7.4461212158203125
SHDCU,λ<=log n,65536,1,478053,7.2945098876953125
SHDCU,λ<=log n,65536,1,445635,6.7998504638671875
SHDCU,λ<=log n,65536,1,484957,7.3998565673828125
SHDCU,λ<=log n,65536,1,482942,7.369110107421875
SHDCU,λ<=log n,65536,1,539516,8.23236083984375
SHDCU,λ<=log n,65536,1,457327,6.9782562255859375
SHDCU,λ<=log n,65536,1,456915,6.9719696044921875
SHDCU,λ<=log n,65536,1,453406,6.918426513671875
SHDCU,λ<=log n,65536,1,568451,8.673873901367188
SHDCU,λ<=log n,65536,1,462536,7.0577392578125
SHDCU,λ<=log n,65536,1,436900,6.66656494140625
SHDCU,λ<=log n,65536,1,449211,6.8544158935546875
SHDCU,λ<=log n,65536,1,447268,6.82476806640625
SHDCU,λ<=log n,65536,1,455139,6.9448699951171875
SHDCU,λ<=log n,65536,1,464632,7.0897216796875
SHDCU,λ<=log n,65536,1,456280,6.9622802734375
SHDCU,λ<=log n,65536,1,470148,7.17388916015625
SHDCU,λ<=log n,65536,1,449509,6.8589630126953125
SHDCU,λ<=log n,65536,1,468210,7.144317626953125
SHDCU,λ<=log n,65536,1,481422,7.345916748046875
SHDCU,λ<=log n,65536,1,476134,7.265228271484375
SHDCU,λ<=log n,65536,1,468032,7.1416015625
SHDCU,λ<=log n,65536,1,447022,6.821014404296875
SHDCU,λ<=log n,65536,1,447788,6.83270263671875
SHDCU,λ<=log n,65536,1,478169,7.2962799072265625
SHDCU,λ<=log n,65536,1,547109,8.348220825195312
SHDCU,λ<=log n,65536,1,443191,6.7625579833984375
SHDCU,λ<=log n,65536,1,505802,7.717926025390625
SHDCU,λ<=log n,65536,1,493274,7.526763916015625
SHDCU,λ<=log n,65536,1,454967,6.9422454833984375
SHDCU,λ<=log n,65536,1,461008,7.034423828125
SHDCU,λ<=log n,65536,1,461608,7.0435791015625
SHDCU,λ<=log n,65536,1,491252,7.49591064453125
SHDCU,λ<=log n,65536,1,440472,6.7210693359375
SHDCU,λ<=log n,65536,1,456766,6.969696044921875
SHDCU,λ<=log n,65536,1,491941,7.5064239501953125
SHDCU,λ<=log n,65536,1,434479,6.6296234130859375
SHDCU,λ<=log n,65536,1,483160,7.3724365234375
SHDCU,λ<=log n,65536,1,513235,7.8313446044921875
SHDCU,λ<=log n,65536,1,463706,7.075592041015625
SHDCU,λ<=log n,65536,1,511788,7.80926513671875
SHLCU,λ<=log n,65536,1,438215,6.6866302490234375
SHLCU,λ<=log n,65536,1,453048,6.9129638671875
SHLCU,λ<=log n,65536,1,440616,6.7232666015625
SHLCU,λ<=log n,65536,1,429127,6.5479583740234375
SHLCU,λ<=log n,65536,1,585503,8.934066772460938
SHLCU,λ<=log n,65536,1,447285,6.8250274658203125
SHLCU,λ<=log n,65536,1,453230,6.915740966796875
SHLCU,λ<=log n,65536,1,451222,6.885101318359375
SHLCU,λ<=log n,65536,1,441975,6.7440032958984375
SHLCU,λ<=log n,65536,1,498713,7.6097564697265625
SHLCU,λ<=log n,65536,1,460363,7.0245819091796875
SHLCU,λ<=log n,65536,1,434540,6.63055419921875
SHLCU,λ<=log n,65536,1,463044,7.06549072265625
SHLCU,λ<=log n,65536,1,469406,7.162567138671875
SHLCU,λ<=log n,65536,1,445889,6.8037261962890625
SHLCU,λ<=log n,65536,1,492796,7.51947021484375
SHLCU,λ<=log n,65536,1,436788,6.66485595703125
SHLCU,λ<=log n,65536,1,501036,7.64520263671875
SHLCU,λ<=log n,65536,1,440818,6.726348876953125
SHLCU,λ<=log n,65536,1,425985,6.5000152587890625
SHLCU,λ<=log n,65536,1,457969,6.9880523681640625
SHLCU,λ<=log n,65536,1,418865,6.3913726806640625
SHLCU,λ<=log n,65536,1,470418,7.178009033203125
SHLCU,λ<=log n,65536,1,484150,7.387542724609375
SHLCU,λ<=log n,65536,1,445711,6.8010101318359375
SHLCU,λ<=log n,65536,1,464298,7.084625244140625
SHLCU,λ<=log n,65536,1,442596,6.75347900390625
SHLCU,λ<=log n,65536,1,461507,7.0420379638671875
SHLCU,λ<=log n,65536,1,442930,6.758575439453125
SHLCU,λ<=log n,65536,1,498676,7.60919189453125
SHLCU,λ<=log n,65536,1,464116,7.08184814453125
SHLCU,λ<=log n,65536,1,429325,6.5509796142578125
SHLCU,λ<=log n,65536,1,461736,7.0455322265625
SHLCU,λ<=log n,65536,1,429241,6.5496978759765625
SHLCU,λ<=log n,65536,1,472907,7.2159881591796875
SHLCU,λ<=log n,65536,1,434272,6.62646484375
SHLCU,λ<=log n,65536,1,424091,6.4711151123046875
SHLCU,λ<=log n,65536,1,457525,6.9812774658203125
SHLCU,λ<=log n,65536,1,441423,6.7355804443359375
SHLCU,λ<=log n,65536,1,508865,7.7646636962890625
SHLCU,λ<=log n,65536,1,534665,8.158340454101562
SHLCU,λ<=log n,65536,1,480005,7.3242950439453125
SHLCU,λ<=log n,65536,1,464994,7.095245361328125
SHLCU,λ<=log n,65536,1,429820,6.55853271484375
SHLCU,λ<=log n,65536,1,461460,7.04132080078125
SHLCU,λ<=log n,65536,1,439252,6.70245361328125
SHLCU,λ<=log n,65536,1,447158,6.823089599609375
SHLCU,λ<=log n,65536,1,443445,6.7664337158203125
SHLCU,λ<=log n,65536,1,423939,6.4687957763671875
SHLCU,λ<=log n,65536,1,446680,6.8157958984375
SHLCU,λ<=log n,65536,1,484400,7.391357421875
SHLCU,λ<=log n,65536,1,444854,6.787933349609375
SHLCU,λ<=log n,65536,1,472617,7.2115631103515625
SHLCU,λ<=log n,65536,1,444849,6.7878570556640625
SHLCU,λ<=log n,65536,1,434471,6.6295013427734375
SHLCU,λ<=log n,65536,1,444481,6.7822418212890625
SHLCU,λ<=log n,65536,1,417209,6.3661041259765625
SHLCU,λ<=log n,65536,1,430201,6.5643463134765625
SHLCU,λ<=log n,65536,1,451002,6.881744384765625
SHLCU,λ<=log n,65536,1,431578,6.585357666015625
SHLCU,λ<=log n,65536,1,477737,7.2896881103515625
SHLCU,λ<=log n,65536,1,453700,6.92291259765625
SHLCU,λ<=log n,65536,1,443803,6.7718963623046875
SHLCU,λ<=log n,65536,1,439773,6.7104034423828125
SHLCU,λ<=log n,65536,1,504525,7.6984405517578125
SHLCU,λ<=log n,65536,1,435697,6.6482086181640625
SHLCU,λ<=log n,65536,1,464653,7.0900421142578125
SHLCU,λ<=log n,65536,1,511052,7.79803466796875
SHLCU,λ<=log n,65536,1,485783,7.4124603271484375
SHLCU,λ<=log n,65536,1,446053,6.8062286376953125
SHLCU,λ<=log n,65536,1,423159,6.4568939208984375
SHLCU,λ<=log n,65536,1,458536,6.9967041015625
SHLCU,λ<=log n,65536,1,428392,6.5367431640625
SHLCU,λ<=log n,65536,1,439699,6.7092742919921875
SHLCU,λ<=log n,65536,1,530767,8.098861694335938
SHLCU,λ<=log n,65536,1,499533,7.6222686767578125
SHLCU,λ<=log n,65536,1,460268,7.02313232421875
SHLCU,λ<=log n,65536,1,444457,6.7818756103515625
SHLCU,λ<=log n,65536,1,443877,6.7730255126953125
SHLCU,λ<=log n,65536,1,463486,7.072235107421875
SHLCU,λ<=log n,65536,1,451306,6.886383056640625
SHLCU,λ<=log n,65536,1,438328,6.6883544921875
SHLCU,λ<=log n,65536,1,439890,6.712188720703125
SHLCU,λ<=log n,65536,1,481166,7.342010498046875
SHLCU,λ<=log n,65536,1,457672,6.9835205078125
SHLCU,λ<=log n,65536,1,431237,6.5801544189453125
SHLCU,λ<=log n,65536,1,517775,7.9006195068359375
SHLCU,λ<=log n,65536,1,479406,7.315155029296875
SHLCU,λ<=log n,65536,1,442797,6.7565460205078125
SHLCU,λ<=log n,65536,1,441076,6.73028564453125
SHLCU,λ<=log n,65536,1,414196,6.32012939453125
SHLCU,λ<=log n,65536,1,441861,6.7422637939453125
SHLCU,λ<=log n,65536,1,520709,7.9453887939453125
SHLCU,λ<=log n,65536,1,461828,7.04693603515625
SHLCU,λ<=log n,65536,1,435503,6.6452484130859375
SHLCU,λ<=log n,65536,1,529342,8.077117919921875
SHLCU,λ<=log n,65536,1,475976,7.2628173828125
SHLCU,λ<=log n,65536,1,447552,6.8291015625
SHLCU,λ<=log n,65536,1,448413,6.8422393798828125
SHLCU,λ<=log n,65536,1,428911,6.5446624755859375
SRLCU,λ<=log n,65536,1,454120,6.9293212890625
SRLCU,λ<=log n,65536,1,434086,6.623626708984375
SRLCU,λ<=log n,65536,1,448981,6.8509063720703125
SRLCU,λ<=log n,65536,1,441619,6.7385711669921875
SRLCU,λ<=log n,65536,1,454519,6.9354095458984375
SRLCU,λ<=log n,65536,1,438430,6.689910888671875
SRLCU,λ<=log n,65536,1,510004,7.78204345703125
SRLCU,λ<=log n,65536,1,490663,7.4869232177734375
SRLCU,λ<=log n,65536,1,450267,6.8705291748046875
SRLCU,λ<=log n,65536,1,444772,6.78668212890625
SRLCU,λ<=log n,65536,1,438207,6.6865081787109375
SRLCU,λ<=log n,65536,1,464941,7.0944366455078125
SRLCU,λ<=log n,65536,1,476026,7.263580322265625
SRLCU,λ<=log n,65536,1,443242,6.763336181640625
SRLCU,λ<=log n,65536,1,426450,6.507110595703125
SRLCU,λ<=log n,65536,1,484846,7.398162841796875
SRLCU,λ<=log n,65536,1,426541,6.5084991455078125
SRLCU,λ<=log n,65536,1,498935,7.6131439208984375
SRLCU,λ<=log n,65536,1,440873,6.7271881103515625
SRLCU,λ<=log n,65536,1,428556,6.53924560546875
SRLCU,λ<=log n,65536,1,455748,6.95416259765625
SRLCU,λ<=log n,65536,1,417198,6.365936279296875
SRLCU,λ<=log n,65536,1,453799,6.9244232177734375
SRLCU,λ<=log n,65536,1,440479,6.7211761474609375
SRLCU,λ<=log n,65536,1,450191,6.8693695068359375
SRLCU,λ<=log n,65536,1,448613,6.8452911376953125
SRLCU,λ<=log n,65536,1,445116,6.79193115234375
SRLCU,λ<=log n,65536,1,457699,6.9839324951171875
SRLCU,λ<=log n,65536,1,428520,6.5386962890625
SRLCU,λ<=log n,65536,1,433030,6.607513427734375
SRLCU,λ<=log n,65536,1,437746,6.679473876953125
SRLCU,λ<=log n,65536,1,431509,6.5843048095703125
SRLCU,λ<=log n,65536,1,457378,6.979034423828125
SRLCU,λ<=log n,65536,1,438084,6.68463134765625
SRLCU,λ<=log n,65536,1,450802,6.878692626953125
SRLCU,λ<=log n,65536,1,457305,6.9779205322265625
SRLCU,λ<=log n,65536,1,450315,6.8712615966796875
SRLCU,λ<=log n,65536,1,438046,6.684051513671875
SRLCU,λ<=log n,65536,1,446980,6.82037353515625
SRLCU,λ<=log n,65536,1,457360,6.978759765625
SRLCU,λ<=log n,65536,1,445883,6.8036346435546875
SRLCU,λ<=log n,65536,1,472302,7.206756591796875
SRLCU,λ<=log n,65536,1,466060,7.11151123046875
SRLCU,λ<=log n,65536,1,443063,6.7606048583984375
SRLCU,λ<=log n,65536,1,487492,7.43853759765625
SRLCU,λ<=log n,65536,1,439336,6.7037353515625
SRLCU,λ<=log n,65536,1,461460,7.04132080078125
SRLCU,λ<=log n,65536,1,438126,6.685272216796875
SRLCU,λ<=log n,65536,1,433904,6.620849609375
SRLCU,λ<=log n,65536,1,473535,7.2255706787109375
SRLCU,λ<=log n,65536,1,429248,6.5498046875
SRLCU,λ<=log n,65536,1,445133,6.7921905517578125
SRLCU,λ<=log n,65536,1,481247,7.3432464599609375
SRLCU,λ<=log n,65536,1,455546,6.951080322265625
SRLCU,λ<=log n,65536,1,431696,6.587158203125
SRLCU,λ<=log n,65536,1,527198,8.044403076171875
SRLCU,λ<=log n,65536,1,455268,6.94683837890625
SRLCU,λ<=log n,65536,1,454895,6.9411468505859375
SRLCU,λ<=log n,65536,1,458053,6.9893341064453125
SRLCU,λ<=log n,65536,1,444387,6.7808074951171875
SRLCU,λ<=log n,65536,1,424313,6.4745025634765625
SRLCU,λ<=log n,65536,1,471378,7.192657470703125
SRLCU,λ<=log n,65536,1,500320,7.63427734375
SRLCU,λ<=log n,65536,1,434807,6.6346282958984375
SRLCU,λ<=log n,65536,1,486441,7.4225006103515625
SRLCU,λ<=log n,65536,1,467124,7.12774658203125
SRLCU,λ<=log n,65536,1,432340,6.59698486328125
SRLCU,λ<=log n,65536,1,448552,6.8443603515625
SRLCU,λ<=log n,65536,1,447291,6.8251190185546875
SRLCU,λ<=log n,65536,1,453044,6.91290283203125
SRLCU,λ<=log n,65536,1,458979,7.0034637451171875
SRLCU,λ<=log n,65536,1,490612,7.48614501953125
SRLCU,λ<=log n,65536,1,454758,6.939056396484375
SRLCU,λ<=log n,65536,1,450809,6.8787994384765625
SRLCU,λ<=log n,65536,1,430020,6.56158447265625
SRLCU,λ<=log n,65536,1,455966,6.957489013671875
SRLCU,λ<=log n,65536,1,466759,7.1221771240234375
SRLCU,λ<=log n,65536,1,441570,6.737823486328125
SRLCU,λ<=log n,65536,1,474120,7.2344970703125
SRLCU,λ<=log n,65536,1,453380,6.91802978515625
SRLCU,λ<=log n,65536,1,451898,6.895416259765625
SRLCU,λ<=log n,65536,1,430868,6.57452392578125
SRLCU,λ<=log n,65536,1,468702,7.151824951171875
SRLCU,λ<=log n,65536,1,451499,6.8893280029296875
SRLCU,λ<=log n,65536,1,428281,6.5350494384765625
SRLCU,λ<=log n,65536,1,443898,6.773345947265625
SRLCU,λ<=log n,65536,1,457363,6.9788055419921875
SRLCU,λ<=log n,65536,1,530211,8.090377807617188
SRLCU,λ<=log n,65536,1,549564,8.38568115234375
SRLCU,λ<=log n,65536,1,437809,6.6804351806640625
SRLCU,λ<=log n,65536,1,466513,7.1184234619140625
SRLCU,λ<=log n,65536,1,428815,6.5431976318359375
SRLCU,λ<=log n,65536,1,452542,6.905242919921875
SRLCU,λ<=log n,65536,1,443675,6.7699432373046875
SRLCU,λ<=log n,65536,1,462847,7.0624847412109375
SRLCU,λ<=log n,65536,1,438282,6.687652587890625
SRLCU,λ<=log n,65536,1,455998,6.957977294921875
SRLCU,λ<=log n,65536,1,446929,6.8195953369140625
SRLCU,λ<=log n,65536,1,482387,7.3606414794921875
SRLCU,λ<=log n,65536,1,453320,6.9171142578125
SSLCU,λ<=log n,65536,1,901086,13.749481201171875
SSLCU,λ<=log n,65536,1,860262,13.126556396484375
SSLCU,λ<=log n,65536,1,725050,11.063385009765625
SSLCU,λ<=log n,65536,1,756226,11.539093017578125
SSLCU,λ<=log n,65536,1,779180,11.88934326171875
SSLCU,λ<=log n,65536,1,711879,10.862411499023438
SSLCU,λ<=log n,65536,1,783376,11.953369140625
SSLCU,λ<=log n,65536,1,761080,11.6131591796875
SSLCU,λ<=log n,65536,1,819361,12.502456665039062
SSLCU,λ<=log n,65536,1,747712,11.4091796875
SSLCU,λ<=log n,65536,1,923027,14.084274291992188
SSLCU,λ<=log n,65536,1,737359,11.251205444335938
SSLCU,λ<=log n,65536,1,779251,11.890426635742188
SSLCU,λ<=log n,65536,1,726400,11.083984375
SSLCU,λ<=log n,65536,1,766048,11.68896484375
SSLCU,λ<=log n,65536,1,770625,11.758804321289062
SSLCU,λ<=log n,65536,1,856473,13.068740844726562
SSLCU,λ<=log n,65536,1,781075,11.918258666992188
SSLCU,λ<=log n,65536,1,788618,12.033355712890625
SSLCU,λ<=log n,65536,1,724993,11.062515258789062
SSLCU,λ<=log n,65536,1,728294,11.112884521484375
SSLCU,λ<=log n,65536,1,813206,12.408538818359375
SSLCU,λ<=log n,65536,1,761521,11.619888305664062
SSLCU,λ<=log n,65536,1,748377,11.419326782226562
SSLCU,λ<=log n,65536,1,725944,11.0770263671875
SSLCU,λ<=log n,65536,1,759814,11.593841552734375
SSLCU,λ<=log n,65536,1,781242,11.920806884765625
SSLCU,λ<=log n,65536,1,750426,11.450592041015625
SSLCU,λ<=log n,65536,1,758119,11.567977905273438
SSLCU,λ<=log n,65536,1,852827,13.013107299804688
SSLCU,λ<=log n,65536,1,815019,12.436203002929688
SSLCU,λ<=log n,65536,1,749446,11.435638427734375
SSLCU,λ<=log n,65536,1,757466,11.558013916015625
SSLCU,λ<=log n,65536,1,855212,13.04949951171875
SSLCU,λ<=log n,65536,1,769497,11.741592407226562
SSLCU,λ<=log n,65536,1,749526,11.436859130859375
SSLCU,λ<=log n,65536,1,726863,11.091049194335938
SSLCU,λ<=log n,65536,1,797786,12.173248291015625
SSLCU,λ<=log n,65536,1,817066,12.467437744140625
SSLCU,λ<=log n,65536,1,812061,12.391067504882812
SSLCU,λ<=log n,65536,1,775224,11.8289794921875
SSLCU,λ<=log n,65536,1,812519,12.398056030273438
SSLCU,λ<=log n,65536,1,756117,11.537429809570312
SSLCU,λ<=log n,65536,1,848682,12.949859619140625
SSLCU,λ<=log n,65536,1,759510,11.589202880859375
SSLCU,λ<=log n,65536,1,751066,11.460357666015625
SSLCU,λ<=log n,65536,1,784045,11.963577270507812
SSLCU,λ<=log n,65536,1,789010,12.039337158203125
SSLCU,λ<=log n,65536,1,765131,11.674972534179688
SSLCU,λ<=log n,65536,1,759672,11.5916748046875
SSLCU,λ<=log n,65536,1,735633,11.224868774414062
SSLCU,λ<=log n,65536,1,812137,12.392227172851562
SSLCU,λ<=log n,65536,1,732863,11.182601928710938
SSLCU,λ<=log n,65536,1,757817,11.563369750976562
SSLCU,λ<=log n,65536,1,786717,12.004348754882812
SSLCU,λ<=log n,65536,1,787964,12.02337646484375
SSLCU,λ<=log n,65536,1,797458,12.168243408203125
SSLCU,λ<=log n,65536,1,942864,14.386962890625
SSLCU,λ<=log n,65536,1,834411,12.732101440429688
SSLCU,λ<=log n,65536,1,769005,11.734085083007812
SSLCU,λ<=log n,65536,1,732875,11.182785034179688
SSLCU,λ<=log n,65536,1,788202,12.027008056640625
SSLCU,λ<=log n,65536,1,734664,11.2100830078125
SSLCU,λ<=log n,65536,1,805945,12.297744750976562
SSLCU,λ<=log n,65536,1,776303,11.845443725585938
SSLCU,λ<=log n,65536,1,723874,11.045440673828125
SSLCU,λ<=log n,65536,1,751514,11.467193603515625
SSLCU,λ<=log n,65536,1,770473,11.756484985351562
SSLCU,λ<=log n,65536,1,753512,11.4976806640625
SSLCU,λ<=log n,65536,1,808568,12.3377685546875
SSLCU,λ<=log n,65536,1,733447,11.191513061523438
SSLCU,λ<=log n,65536,1,749551,11.437240600585938
SSLCU,λ<=log n,65536,1,749896,11.4425048828125
SSLCU,λ<=log n,65536,1,744079,11.353744506835938
SSLCU,λ<=log n,65536,1,842677,12.858230590820312
SSLCU,λ<=log n,65536,1,831448,12.6868896484375
SSLCU,λ<=log n,65536,1,885658,13.514068603515625
SSLCU,λ<=log n,65536,1,707405,10.794143676757812
SSLCU,λ<=log n,65536,1,799125,12.193679809570312
SSLCU,λ<=log n,65536,1,753854,11.502899169921875
SSLCU,λ<=log n,65536,1,919738,14.034088134765625
SSLCU,λ<=log n,65536,1,765914,11.686920166015625
SSLCU,λ<=log n,65536,1,790012,12.05462646484375
SSLCU,λ<=log n,65536,1,783690,11.958160400390625
SSLCU,λ<=log n,65536,1,762463,11.634262084960938
SSLCU,λ<=log n,65536,1,828670,12.644500732421875
SSLCU,λ<=log n,65536,1,870405,13.281326293945312
SSLCU,λ<=log n,65536,1,803467,12.259933471679688
SSLCU,λ<=log n,65536,1,776211,11.844039916992188
SSLCU,λ<=log n,65536,1,835693,12.751663208007812
SSLCU,λ<=log n,65536,1,753481,11.497207641601562
SSLCU,λ<=log n,65536,1,789953,12.053726196289062
SSLCU,λ<=log n,65536,1,743994,11.352447509765625
SSLCU,λ<=log n,65536,1,753769,11.501602172851562
SSLCU,λ<=log n,65536,1,769616,11.743408203125
SSLCU,λ<=log n,65536,1,794244,12.11920166015625
SSLCU,λ<=log n,65536,1,763265,11.646499633789062
SSLCU,λ<=log n,65536,1,726120,11.0797119140625
SSLCU,λ<=log n,65536,1,805806,12.295623779296875
SSLCU,λ<=log n,65536,1,788567,12.032577514648438
SSDSU,λ<=log n,65536,1,729809,11.136001586914062
SSDSU,λ<=log n,65536,1,774842,11.823150634765625
SSDSU,λ<=log n,65536,1,898090,13.703765869140625
SSDSU,λ<=log n,65536,1,724792,11.0594482421875
SSDSU,λ<=log n,65536,1,742322,11.326934814453125
SSDSU,λ<=log n,65536,1,764796,11.66986083984375
SSDSU,λ<=log n,65536,1,719871,10.984359741210938
SSDSU,λ<=log n,65536,1,766407,11.694442749023438
SSDSU,λ<=log n,65536,1,789662,12.049285888671875
SSDSU,λ<=log n,65536,1,734085,11.201248168945312
SSDSU,λ<=log n,65536,1,753386,11.495758056640625
SSDSU,λ<=log n,65536,1,758489,11.573623657226562
SSDSU,λ<=log n,65536,1,798284,12.18084716796875
SSDSU,λ<=log n,65536,1,809928,12.3585205078125
SSDSU,λ<=log n,65536,1,725503,11.070297241210938
SSDSU,λ<=log n,65536,1,794635,12.125167846679688
SSDSU,λ<=log n,65536,1,780314,11.906646728515625
SSDSU,λ<=log n,65536,1,828201,12.637344360351562
SSDSU,λ<=log n,65536,1,704711,10.753036499023438
SSDSU,λ<=log n,65536,1,819813,12.509353637695312
SSDSU,λ<=log n,65536,1,793611,12.109542846679688
SSDSU,λ<=log n,65536,1,753771,11.501632690429688
SSDSU,λ<=log n,65536,1,741545,11.315078735351562
SSDSU,λ<=log n,65536,1,824614,12.582611083984375
SSDSU,λ<=log n,65536,1,716185,10.928115844726562
SSDSU,λ<=log n,65536,1,725007,11.062728881835938
SSDSU,λ<=log n,65536,1,829308,12.65423583984375
SSDSU,λ<=log n,65536,1,768072,11.7198486328125
SSDSU,λ<=log n,65536,1,758583,11.575057983398438
SSDSU,λ<=log n,65536,1,793212,12.10345458984375
SSDSU,λ<=log n,65536,1,885932,13.51824951171875
SSDSU,λ<=log n,65536,1,772196,11.78277587890625
SSDSU,λ<=log n,65536,1,730466,11.146026611328125
SSDSU,λ<=log n,65536,1,802860,12.25067138671875
SSDSU,λ<=log n,65536,1,740780,11.30340576171875
SSDSU,λ<=log n,65536,1,821402,12.533599853515625
SSDSU,λ<=log n,65536,1,724965,11.062088012695312
SSDSU,λ<=log n,65536,1,743280,11.341552734375
SSDSU,λ<=log n,65536,1,756816,11.548095703125
SSDSU,λ<=log n,65536,1,792243,12.088668823242188
SSDSU,λ<=log n,65536,1,769692,11.74456787109375
SSDSU,λ<=log n,65536,1,766943,11.702621459960938
SSDSU,λ<=log n,65536,1,772661,11.789871215820312
SSDSU,λ<=log n,65536,1,898409,13.708633422851562
SSDSU,λ<=log n,65536,1,761979,11.626876831054688
SSDSU,λ<=log n,65536,1,709412,10.82476806640625
SSDSU,λ<=log n,65536,1,722184,11.0196533203125
SSDSU,λ<=log n,65536,1,756013,11.535842895507812
SSDSU,λ<=log n,65536,1,725875,11.075973510742188
SSDSU,λ<=log n,65536,1,773921,11.809097290039062
SSDSU,λ<=log n,65536,1,732486,11.176849365234375
SSDSU,λ<=log n,65536,1,736698,11.241119384765625
SSDSU,λ<=log n,65536,1,769425,11.740493774414062
SSDSU,λ<=log n,65536,1,768345,11.724014282226562
SSDSU,λ<=log n,65536,1,776343,11.846054077148438
SSDSU,λ<=log n,65536,1,698914,10.664581298828125
SSDSU,λ<=log n,65536,1,748925,11.427688598632812
SSDSU,λ<=log n,65536,1,790170,12.057037353515625
SSDSU,λ<=log n,65536,1,756745,11.547012329101562
SSDSU,λ<=log n,65536,1,843124,12.86505126953125
SSDSU,λ<=log n,65536,1,757460,11.55792236328125
SSDSU,λ<=log n,65536,1,729889,11.137222290039062
SSDSU,λ<=log n,65536,1,735258,11.219146728515625
SSDSU,λ<=log n,65536,1,729040,11.124267578125
SSDSU,λ<=log n,65536,1,848935,12.953720092773438
SSDSU,λ<=log n,65536,1,842708,12.85870361328125
SSDSU,λ<=log n,65536,1,748448,11.42041015625
SSDSU,λ<=log n,65536,1,785654,11.988128662109375
SSDSU,λ<=log n,65536,1,824014,12.573455810546875
SSDSU,λ<=log n,65536,1,762339,11.632369995117188
SSDSU,λ<=log n,65536,1,765134,11.675018310546875
SSDSU,λ<=log n,65536,1,756257,11.539566040039062
SSDSU,λ<=log n,65536,1,716616,10.9346923828125
SSDSU,λ<=log n,65536,1,835355,12.746505737304688
SSDSU,λ<=log n,65536,1,747385,11.404190063476562
SSDSU,λ<=log n,65536,1,813761,12.417007446289062
SSDSU,λ<=log n,65536,1,716508,10.93304443359375
SSDSU,λ<=log n,65536,1,743676,11.34759521484375
SSDSU,λ<=log n,65536,1,763582,11.651336669921875
SSDSU,λ<=log n,65536,1,922217,14.071914672851562
SSDSU,λ<=log n,65536,1,761549,11.620315551757812
SSDSU,λ<=log n,65536,1,702216,10.7149658203125
SSDSU,λ<=log n,65536,1,710760,10.8453369140625
SSDSU,λ<=log n,65536,1,780039,11.902450561523438
SSDSU,λ<=log n,65536,1,778688,11.8818359375
SSDSU,λ<=log n,65536,1,838768,12.798583984375
SSDSU,λ<=log n,65536,1,774296,11.8148193359375
SSDSU,λ<=log n,65536,1,766129,11.690200805664062
SSDSU,λ<=log n,65536,1,776330,11.845855712890625
SSDSU,λ<=log n,65536,1,732972,11.18426513671875
SSDSU,λ<=log n,65536,1,940384,14.34912109375
SSDSU,λ<=log n,65536,1,742869,11.335281372070312
SSDSU,λ<=log n,65536,1,850316,12.97479248046875
SSDSU,λ<=log n,65536,1,765601,11.682144165039062
SSDSU,λ<=log n,65536,1,751543,11.467636108398438
SSDSU,λ<=log n,65536,1,730923,11.152999877929688
SSDSU,λ<=log n,65536,1,821983,12.542465209960938
SSDSU,λ<=log n,65536,1,800021,12.207351684570312
SSDSU,λ<=log n,65536,1,734662,11.210052490234375
SSDSU,λ<=log n,65536,1,786386,11.999298095703125
SRDSU,λ<=log n,65536,1,456997,6.9732208251953125
SRDSU,λ<=log n,65536,1,484312,7.3900146484375
SRDSU,λ<=log n,65536,1,496135,7.5704193115234375
SRDSU,λ<=log n,65536,1,497339,7.5887908935546875
SRDSU,λ<=log n,65536,1,484756,7.39678955078125
SRDSU,λ<=log n,65536,1,542179,8.272994995117188
SRDSU,λ<=log n,65536,1,510275,7.7861785888671875
SRDSU,λ<=log n,65536,1,487761,7.4426422119140625
SRDSU,λ<=log n,65536,1,499928,7.6282958984375
SRDSU,λ<=log n,65536,1,458901,7.0022735595703125
SRDSU,λ<=log n,65536,1,468799,7.1533050537109375
SRDSU,λ<=log n,65536,1,541091,8.256393432617188
SRDSU,λ<=log n,65536,1,540390,8.245697021484375
SRDSU,λ<=log n,65536,1,480466,7.331329345703125
SRDSU,λ<=log n,65536,1,493172,7.52520751953125
SRDSU,λ<=log n,65536,1,523407,7.9865570068359375
SRDSU,λ<=log n,65536,1,474922,7.246734619140625
SRDSU,λ<=log n,65536,1,485696,7.4111328125
SRDSU,λ<=log n,65536,1,480627,7.3337860107421875
SRDSU,λ<=log n,65536,1,471013,7.1870880126953125
SRDSU,λ<=log n,65536,1,525413,8.017166137695312
SRDSU,λ<=log n,65536,1,512220,7.81585693359375
SRDSU,λ<=log n,65536,1,471236,7.19049072265625
SRDSU,λ<=log n,65536,1,488473,7.4535064697265625
SRDSU,λ<=log n,65536,1,477018,7.278717041015625
SRDSU,λ<=log n,65536,1,478165,7.2962188720703125
SRDSU,λ<=log n,65536,1,533623,8.142440795898438
SRDSU,λ<=log n,65536,1,586363,8.947189331054688
SRDSU,λ<=log n,65536,1,465426,7.101837158203125
SRDSU,λ<=log n,65536,1,515913,7.8722076416015625
SRDSU,λ<=log n,65536,1,473406,7.223602294921875
SRDSU,λ<=log n,65536,1,543784,8.2974853515625
SRDSU,λ<=log n,65536,1,496951,7.5828704833984375
SRDSU,λ<=log n,65536,1,498950,7.613372802734375
SRDSU,λ<=log n,65536,1,477034,7.278961181640625
SRDSU,λ<=log n,65536,1,490690,7.487335205078125
SRDSU,λ<=log n,65536,1,530010,8.087310791015625
SRDSU,λ<=log n,65536,1,478968,7.3084716796875
SRDSU,λ<=log n,65536,1,476454,7.270111083984375
SRDSU,λ<=log n,65536,1,508700,7.76214599609375
SRDSU,λ<=log n,65536,1,552832,8.435546875
SRDSU,λ<=log n,65536,1,471160,7.1893310546875
SRDSU,λ<=log n,65536,1,508506,7.759185791015625
SRDSU,λ<=log n,65536,1,492878,7.520721435546875
SRDSU,λ<=log n,65536,1,517213,7.8920440673828125
SRDSU,λ<=log n,65536,1,487399,7.4371185302734375
SRDSU,λ<=log n,65536,1,514579,7.8518524169921875
SRDSU,λ<=log n,65536,1,491423,7.4985198974609375
SRDSU,λ<=log n,65536,1,535538,8.171661376953125
SRDSU,λ<=log n,65536,1,497825,7.5962066650390625
SRDSU,λ<=log n,65536,1,485960,7.4151611328125
SRDSU,λ<=log n,65536,1,521990,7.964935302734375
SRDSU,λ<=log n,65536,1,464326,7.085052490234375
SRDSU,λ<=log n,65536,1,461685,7.0447540283203125
SRDSU,λ<=log n,65536,1,489175,7.4642181396484375
SRDSU,λ<=log n,65536,1,476422,7.269622802734375
SRDSU,λ<=log n,65536,1,516623,7.8830413818359375
SRDSU,λ<=log n,65536,1,491050,7.492828369140625
SRDSU,λ<=log n,65536,1,509145,7.7689361572265625
SRDSU,λ<=log n,65536,1,527843,8.054244995117188
SRDSU,λ<=log n,65536,1,585942,8.940765380859375
SRDSU,λ<=log n,65536,1,509332,7.77178955078125
SRDSU,λ<=log n,65536,1,468694,7.151702880859375
SRDSU,λ<=log n,65536,1,498013,7.5990753173828125
SRDSU,λ<=log n,65536,1,524862,8.008758544921875
SRDSU,λ<=log n,65536,1,488856,7.4593505859375
SRDSU,λ<=log n,65536,1,493824,7.53515625
SRDSU,λ<=log n,65536,1,511647,7.8071136474609375
SRDSU,λ<=log n,65536,1,525118,8.012664794921875
SRDSU,λ<=log n,65536,1,505036,7.70623779296875
SRDSU,λ<=log n,65536,1,511483,7.8046112060546875
SRDSU,λ<=log n,65536,1,496369,7.5739898681640625
SRDSU,λ<=log n,65536,1,533469,8.140090942382812
SRDSU,λ<=log n,65536,1,472338,7.207305908203125
SRDSU,λ<=log n,65536,1,486590,7.424774169921875
SRDSU,λ<=log n,65536,1,473145,7.2196197509765625
SRDSU,λ<=log n,65536,1,475866,7.261138916015625
SRDSU,λ<=log n,65536,1,465303,7.0999603271484375
SRDSU,λ<=log n,65536,1,491988,7.50714111328125
SRDSU,λ<=log n,65536,1,490279,7.4810638427734375
SRDSU,λ<=log n,65536,1,508541,7.7597198486328125
SRDSU,λ<=log n,65536,1,502263,7.6639251708984375
SRDSU,λ<=log n,65536,1,475263,7.2519378662109375
SRDSU,λ<=log n,65536,1,497881,7.5970611572265625
SRDSU,λ<=log n,65536,1,506883,7.7344207763671875
SRDSU,λ<=log n,65536,1,509434,7.773345947265625
SRDSU,λ<=log n,65536,1,498177,7.6015777587890625
SRDSU,λ<=log n,65536,1,493453,7.5294952392578125
SRDSU,λ<=log n,65536,1,532589,8.126663208007812
SRDSU,λ<=log n,65536,1,491441,7.4987945556640625
SRDSU,λ<=log n,65536,1,518109,7.9057159423828125
SRDSU,λ<=log n,65536,1,509591,7.7757415771484375
SRDSU,λ<=log n,65536,1,473201,7.2204742431640625
SRDSU,λ<=log n,65536,1,525463,8.017929077148438
SRDSU,λ<=log n,65536,1,498066,7.599884033203125
SRDSU,λ<=log n,65536,1,495807,7.5654144287109375
SRDSU,λ<=log n,65536,1,481207,7.3426361083984375
SRDSU,λ<=log n,65536,1,491087,7.4933929443359375
SRDSU,λ<=log n,65536,1,529120,8.07373046875
SRDSU,λ<=log n,65536,1,496748,7.57977294921875
SHDSU,λ<=log n,65536,1,510680,7.7923583984375
SHDSU,λ<=log n,65536,1,522787,7.9770965576171875
SHDSU,λ<=log n,65536,1,546090,8.332672119140625
SHDSU,λ<=log n,65536,1,515531,7.8663787841796875
SHDSU,λ<=log n,65536,1,509334,7.771820068359375
SHDSU,λ<=log n,65536,1,505202,7.708770751953125
SHDSU,λ<=log n,65536,1,513882,7.841217041015625
SHDSU,λ<=log n,65536,1,509803,7.7789764404296875
SHDSU,λ<=log n,65536,1,510182,7.784759521484375
SHDSU,λ<=log n,65536,1,521138,7.951934814453125
SHDSU,λ<=log n,65536,1,490010,7.476959228515625
SHDSU,λ<=log n,65536,1,482814,7.367156982421875
SHDSU,λ<=log n,65536,1,511206,7.800384521484375
SHDSU,λ<=log n,65536,1,492638,7.517059326171875
SHDSU,λ<=log n,65536,1,529229,8.075393676757812
SHDSU,λ<=log n,65536,1,592044,9.03387451171875
SHDSU,λ<=log n,65536,1,523507,7.9880828857421875
SHDSU,λ<=log n,65536,1,495470,7.560272216796875
SHDSU,λ<=log n,65536,1,510942,7.796356201171875
SHDSU,λ<=log n,65536,1,488601,7.4554595947265625
SHDSU,λ<=log n,65536,1,487191,7.4339447021484375
SHDSU,λ<=log n,65536,1,545338,8.321197509765625
SHDSU,λ<=log n,65536,1,476709,7.2740020751953125
SHDSU,λ<=log n,65536,1,537358,8.199432373046875
SHDSU,λ<=log n,65536,1,514790,7.855072021484375
SHDSU,λ<=log n,65536,1,520239,7.9382171630859375
SHDSU,λ<=log n,65536,1,540798,8.251922607421875
SHDSU,λ<=log n,65536,1,512428,7.81903076171875
SHDSU,λ<=log n,65536,1,543402,8.291656494140625
SHDSU,λ<=log n,65536,1,506732,7.73211669921875
SHDSU,λ<=log n,65536,1,519788,7.93133544921875
SHDSU,λ<=log n,65536,1,542491,8.277755737304688
SHDSU,λ<=log n,65536,1,513737,7.8390045166015625
SHDSU,λ<=log n,65536,1,522485,7.9724884033203125
SHDSU,λ<=log n,65536,1,479445,7.3157501220703125
SHDSU,λ<=log n,65536,1,485584,7.409423828125
SHDSU,λ<=log n,65536,1,522768,7.976806640625
SHDSU,λ<=log n,65536,1,496104,7.5699462890625
SHDSU,λ<=log n,65536,1,480663,7.3343353271484375
SHDSU,λ<=log n,65536,1,516989,7.8886260986328125
SHDSU,λ<=log n,65536,1,540010,8.239898681640625
SHDSU,λ<=log n,65536,1,489375,7.4672698974609375
SHDSU,λ<=log n,65536,1,494075,7.5389862060546875
SHDSU,λ<=log n,65536,1,486035,7.4163055419921875
SHDSU,λ<=log n,65536,1,523343,7.9855804443359375
SHDSU,λ<=log n,65536,1,505302,7.710296630859375
SHDSU,λ<=log n,65536,1,482606,7.363983154296875
SHDSU,λ<=log n,65536,1,530756,8.09869384765625
SHDSU,λ<=log n,65536,1,547792,8.358642578125
SHDSU,λ<=log n,65536,1,513324,7.83270263671875
SHDSU,λ<=log n,65536,1,519258,7.923248291015625
SHDSU,λ<=log n,65536,1,536507,8.186447143554688
SHDSU,λ<=log n,65536,1,553441,8.444839477539062
SHDSU,λ<=log n,65536,1,501087,7.6459808349609375
SHDSU,λ<=log n,65536,1,556331,8.488937377929688
SHDSU,λ<=log n,65536,1,541203,8.258102416992188
SHDSU,λ<=log n,65536,1,501407,7.6508636474609375
SHDSU,λ<=log n,65536,1,498959,7.6135101318359375
SHDSU,λ<=log n,65536,1,480114,7.325958251953125
SHDSU,λ<=log n,65536,1,496395,7.5743865966796875
SHDSU,λ<=log n,65536,1,537725,8.205032348632812
SHDSU,λ<=log n,65536,1,497008,7.583740234375
SHDSU,λ<=log n,65536,1,510142,7.784149169921875
SHDSU,λ<=log n,65536,1,507994,7.751373291015625
SHDSU,λ<=log n,65536,1,530253,8.091018676757812
SHDSU,λ<=log n,65536,1,542760,8.2818603515625
SHDSU,λ<=log n,65536,1,500023,7.6297454833984375
SHDSU,λ<=log n,65536,1,602820,9.19830322265625
SHDSU,λ<=log n,65536,1,541492,8.26251220703125
SHDSU,λ<=log n,65536,1,534467,8.155319213867188
SHDSU,λ<=log n,65536,1,472361,7.2076568603515625
SHDSU,λ<=log n,65536,1,522622,7.974578857421875
SHDSU,λ<=log n,65536,1,553169,8.440689086914062
SHDSU,λ<=log n,65536,1,510468,7.78912353515625
SHDSU,λ<=log n,65536,1,507614,7.745574951171875
SHDSU,λ<=log n,65536,1,564589,8.614944458007812
SHDSU,λ<=log n,65536,1,527168,8.0439453125
SHDSU,λ<=log n,65536,1,544461,8.307815551757812
SHDSU,λ<=log n,65536,1,479080,7.3101806640625
SHDSU,λ<=log n,65536,1,488004,7.44635009765625
SHDSU,λ<=log n,65536,1,515679,7.8686370849609375
SHDSU,λ<=log n,65536,1,496765,7.5800323486328125
SHDSU,λ<=log n,65536,1,519675,7.9296112060546875
SHDSU,λ<=log n,65536,1,539355,8.229904174804688
SHDSU,λ<=log n,65536,1,560016,8.545166015625
SHDSU,λ<=log n,65536,1,509620,7.77618408203125
SHDSU,λ<=log n,65536,1,481166,7.342010498046875
SHDSU,λ<=log n,65536,1,481138,7.341583251953125
SHDSU,λ<=log n,65536,1,529729,8.083023071289062
SHDSU,λ<=log n,65536,1,511038,7.797821044921875
SHDSU,λ<=log n,65536,1,500411,7.6356658935546875
SHDSU,λ<=log n,65536,1,505928,7.7198486328125
SHDSU,λ<=log n,65536,1,492559,7.5158538818359375
SHDSU,λ<=log n,65536,1,528834,8.069366455078125
SHDSU,λ<=log n,65536,1,510363,7.7875213623046875
SHDSU,λ<=log n,65536,1,500471,7.6365814208984375
SHDSU,λ<=log n,65536,1,536307,8.183395385742188
SHDSU,λ<=log n,65536,1,537257,8.197891235351562
SHDSU,λ<=log n,65536,1,503956,7.68975830078125
SHDSU,λ<=log n,65536,1,527663,8.051498413085938
SHLSU,λ<=log n,65536,1,509369,7.7723541259765625
SHLSU,λ<=log n,65536,1,542379,8.276046752929688
SHLSU,λ<=log n,65536,1,527200,8.04443359375
SHLSU,λ<=log n,65536,1,479376,7.314697265625
SHLSU,λ<=log n,65536,1,543686,8.295989990234375
SHLSU,λ<=log n,65536,1,501069,7.6457061767578125
SHLSU,λ<=log n,65536,1,544601,8.309951782226562
SHLSU,λ<=log n,65536,1,534730,8.159332275390625
SHLSU,λ<=log n,65536,1,506873,7.7342681884765625
SHLSU,λ<=log n,65536,1,512481,7.8198394775390625
SHLSU,λ<=log n,65536,1,513547,7.8361053466796875
SHLSU,λ<=log n,65536,1,501262,7.648651123046875
SHLSU,λ<=log n,65536,1,512119,7.8143157958984375
SHLSU,λ<=log n,65536,1,513240,7.8314208984375
SHLSU,λ<=log n,65536,1,524326,8.000579833984375
SHLSU,λ<=log n,65536,1,515145,7.8604888916015625
SHLSU,λ<=log n,65536,1,507508,7.74395751953125
SHLSU,λ<=log n,65536,1,517059,7.8896942138671875
SHLSU,λ<=log n,65536,1,514014,7.843231201171875
SHLSU,λ<=log n,65536,1,569062,8.683197021484375
SHLSU,λ<=log n,65536,1,513556,7.83624267578125
SHLSU,λ<=log n,65536,1,509832,7.7794189453125
SHLSU,λ<=log n,65536,1,556699,8.494552612304688
SHLSU,λ<=log n,65536,1,492453,7.5142364501953125
SHLSU,λ<=log n,65536,1,501584,7.653564453125
SHLSU,λ<=log n,65536,1,507732,7.74737548828125
SHLSU,λ<=log n,65536,1,506619,7.7303924560546875
SHLSU,λ<=log n,65536,1,550977,8.407241821289062
SHLSU,λ<=log n,65536,1,538161,8.211685180664062
SHLSU,λ<=log n,65536,1,558472,8.5216064453125
SHLSU,λ<=log n,65536,1,515949,7.8727569580078125
SHLSU,λ<=log n,65536,1,507132,7.73822021484375
SHLSU,λ<=log n,65536,1,494165,7.5403594970703125
SHLSU,λ<=log n,65536,1,502152,7.6622314453125
SHLSU,λ<=log n,65536,1,513533,7.8358917236328125
SHLSU,λ<=log n,65536,1,512778,7.824371337890625
SHLSU,λ<=log n,65536,1,572637,8.737747192382812
SHLSU,λ<=log n,65536,1,522419,7.9714813232421875
SHLSU,λ<=log n,65536,1,504040,7.6910400390625
SHLSU,λ<=log n,65536,1,505245,7.7094268798828125
SHLSU,λ<=log n,65536,1,509234,7.770294189453125
SHLSU,λ<=log n,65536,1,516038,7.874114990234375
SHLSU,λ<=log n,65536,1,489230,7.465057373046875
SHLSU,λ<=log n,65536,1,569263,8.686264038085938
SHLSU,λ<=log n,65536,1,579390,8.840789794921875
SHLSU,λ<=log n,65536,1,535788,8.17547607421875
SHLSU,λ<=log n,65536,1,504638,7.700164794921875
SHLSU,λ<=log n,65536,1,549232,8.380615234375
SHLSU,λ<=log n,65536,1,525514,8.018707275390625
SHLSU,λ<=log n,65536,1,526840,8.0389404296875
SHLSU,λ<=log n,65536,1,488952,7.4608154296875
SHLSU,λ<=log n,65536,1,512654,7.822479248046875
SHLSU,λ<=log n,65536,1,515077,7.8594512939453125
SHLSU,λ<=log n,65536,1,514653,7.8529815673828125
SHLSU,λ<=log n,65536,1,497505,7.5913238525390625
SHLSU,λ<=log n,65536,1,503622,7.684661865234375
SHLSU,λ<=log n,65536,1,508275,7.7556610107421875
SHLSU,λ<=log n,65536,1,522977,7.9799957275390625
SHLSU,λ<=log n,65536,1,515644,7.86810302734375
SHLSU,λ<=log n,65536,1,506827,7.7335662841796875
SHLSU,λ<=log n,65536,1,557052,8.49993896484375
SHLSU,λ<=log n,65536,1,499356,7.61956787109375
SHLSU,λ<=log n,65536,1,527529,8.049453735351562
SHLSU,λ<=log n,65536,1,514640,7.852783203125
SHLSU,λ<=log n,65536,1,558748,8.52581787109375
SHLSU,λ<=log n,65536,1,483485,7.3773956298828125
SHLSU,λ<=log n,65536,1,535314,8.168243408203125
SHLSU,λ<=log n,65536,1,512108,7.81414794921875
SHLSU,λ<=log n,65536,1,514779,7.8549041748046875
SHLSU,λ<=log n,65536,1,532236,8.12127685546875
SHLSU,λ<=log n,65536,1,510722,7.792999267578125
SHLSU,λ<=log n,65536,1,522581,7.9739532470703125
SHLSU,λ<=log n,65536,1,504677,7.7007598876953125
SHLSU,λ<=log n,65536,1,535818,8.175933837890625
SHLSU,λ<=log n,65536,1,523372,7.98602294921875
SHLSU,λ<=log n,65536,1,517718,7.899749755859375
SHLSU,λ<=log n,65536,1,521103,7.9514007568359375
SHLSU,λ<=log n,65536,1,509372,7.77239990234375
SHLSU,λ<=log n,65536,1,513571,7.8364715576171875
SHLSU,λ<=log n,65536,1,513057,7.8286285400390625
SHLSU,λ<=log n,65536,1,522534,7.973236083984375
SHLSU,λ<=log n,65536,1,533502,8.140594482421875
SHLSU,λ<=log n,65536,1,543857,8.298599243164062
SHLSU,λ<=log n,65536,1,514388,7.84893798828125
SHLSU,λ<=log n,65536,1,555833,8.481338500976562
SHLSU,λ<=log n,65536,1,509502,7.774383544921875
SHLSU,λ<=log n,65536,1,506426,7.727447509765625
SHLSU,λ<=log n,65536,1,504593,7.6994781494140625
SHLSU,λ<=log n,65536,1,529412,8.07818603515625
SHLSU,λ<=log n,65536,1,514384,7.848876953125
SHLSU,λ<=log n,65536,1,512919,7.8265228271484375
SHLSU,λ<=log n,65536,1,506053,7.7217559814453125
SHLSU,λ<=log n,65536,1,558133,8.516433715820312
SHLSU,λ<=log n,65536,1,553862,8.451263427734375
SHLSU,λ<=log n,65536,1,552579,8.431686401367188
SHLSU,λ<=log n,65536,1,508142,7.753631591796875
SHLSU,λ<=log n,65536,1,522349,7.9704132080078125
SHLSU,λ<=log n,65536,1,504654,7.700408935546875
SHLSU,λ<=log n,65536,1,532309,8.122390747070312
SHLSU,λ<=log n,65536,1,589181,8.990188598632812
SRLSU,λ<=log n,65536,1,475328,7.2529296875
SRLSU,λ<=log n,65536,1,470467,7.1787567138671875
SRLSU,λ<=log n,65536,1,478015,7.2939300537109375
SRLSU,λ<=log n,65536,1,485992,7.4156494140625
SRLSU,λ<=log n,65536,1,490717,7.4877471923828125
SRLSU,λ<=log n,65536,1,483642,7.379791259765625
SRLSU,λ<=log n,65536,1,514602,7.852203369140625
SRLSU,λ<=log n,65536,1,529453,8.078811645507812
SRLSU,λ<=log n,65536,1,486112,7.41748046875
SRLSU,λ<=log n,65536,1,493566,7.531219482421875
SRLSU,λ<=log n,65536,1,469855,7.1694183349609375
SRLSU,λ<=log n,65536,1,514038,7.843597412109375
SRLSU,λ<=log n,65536,1,494216,7.5411376953125
SRLSU,λ<=log n,65536,1,479140,7.31109619140625
SRLSU,λ<=log n,65536,1,492377,7.5130767822265625
SRLSU,λ<=log n,65536,1,475521,7.2558746337890625
SRLSU,λ<=log n,65536,1,497471,7.5908050537109375
SRLSU,λ<=log n,65536,1,495879,7.5665130615234375
SRLSU,λ<=log n,65536,1,502040,7.6605224609375
SRLSU,λ<=log n,65536,1,480865,7.3374176025390625
SRLSU,λ<=log n,65536,1,509327,7.7717132568359375
SRLSU,λ<=log n,65536,1,470683,7.1820526123046875
SRLSU,λ<=log n,65536,1,524152,7.9979248046875
SRLSU,λ<=log n,65536,1,473298,7.221954345703125
SRLSU,λ<=log n,65536,1,489624,7.4710693359375
SRLSU,λ<=log n,65536,1,475857,7.2610015869140625
SRLSU,λ<=log n,65536,1,519374,7.925018310546875
SRLSU,λ<=log n,65536,1,464906,7.093902587890625
SRLSU,λ<=log n,65536,1,510331,7.7870330810546875
SRLSU,λ<=log n,65536,1,466804,7.12286376953125
SRLSU,λ<=log n,65536,1,531188,8.10528564453125
SRLSU,λ<=log n,65536,1,474879,7.2460784912109375
SRLSU,λ<=log n,65536,1,479409,7.3152008056640625
SRLSU,λ<=log n,65536,1,470668,7.18182373046875
SRLSU,λ<=log n,65536,1,496424,7.5748291015625
SRLSU,λ<=log n,65536,1,487368,7.4366455078125
SRLSU,λ<=log n,65536,1,483276,7.37420654296875
SRLSU,λ<=log n,65536,1,477863,7.2916107177734375
SRLSU,λ<=log n,65536,1,505783,7.7176361083984375
SRLSU,λ<=log n,65536,1,477909,7.2923126220703125
SRLSU,λ<=log n,65536,1,475821,7.2604522705078125
SRLSU,λ<=log n,65536,1,502858,7.673004150390625
SRLSU,λ<=log n,65536,1,520443,7.9413299560546875
SRLSU,λ<=log n,65536,1,468555,7.1495819091796875
SRLSU,λ<=log n,65536,1,488372,7.45196533203125
SRLSU,λ<=log n,65536,1,481852,7.35247802734375
SRLSU,λ<=log n,65536,1,523292,7.98480224609375
SRLSU,λ<=log n,65536,1,490095,7.4782562255859375
SRLSU,λ<=log n,65536,1,474947,7.2471160888671875
SRLSU,λ<=log n,65536,1,490133,7.4788360595703125
SRLSU,λ<=log n,65536,1,466731,7.1217498779296875
SRLSU,λ<=log n,65536,1,508424,7.7579345703125
SRLSU,λ<=log n,65536,1,464617,7.0894927978515625
SRLSU,λ<=log n,65536,1,544543,8.309066772460938
SRLSU,λ<=log n,65536,1,527145,8.043594360351562
SRLSU,λ<=log n,65536,1,474139,7.2347869873046875
SRLSU,λ<=log n,65536,1,471119,7.1887054443359375
SRLSU,λ<=log n,65536,1,504515,7.6982879638671875
SRLSU,λ<=log n,65536,1,506815,7.7333831787109375
SRLSU,λ<=log n,65536,1,531885,8.115921020507812
SRLSU,λ<=log n,65536,1,507198,7.739227294921875
SRLSU,λ<=log n,65536,1,511221,7.8006134033203125
SRLSU,λ<=log n,65536,1,465889,7.1089019775390625
SRLSU,λ<=log n,65536,1,507972,7.75103759765625
SRLSU,λ<=log n,65536,1,481973,7.3543243408203125
SRLSU,λ<=log n,65536,1,487024,7.431396484375
SRLSU,λ<=log n,65536,1,475289,7.2523345947265625
SRLSU,λ<=log n,65536,1,488440,7.4530029296875
SRLSU,λ<=log n,65536,1,487647,7.4409027099609375
SRLSU,λ<=log n,65536,1,486144,7.41796875
SRLSU,λ<=log n,65536,1,522282,7.969390869140625
SRLSU,λ<=log n,65536,1,507215,7.7394866943359375
SRLSU,λ<=log n,65536,1,473520,7.225341796875
SRLSU,λ<=log n,65536,1,457661,6.9833526611328125
SRLSU,λ<=log n,65536,1,483019,7.3702850341796875
SRLSU,λ<=log n,65536,1,615307,9.388839721679688
SRLSU,λ<=log n,65536,1,549065,8.378067016601562
SRLSU,λ<=log n,65536,1,517773,7.9005889892578125
SRLSU,λ<=log n,65536,1,482955,7.3693084716796875
SRLSU,λ<=log n,65536,1,494873,7.5511627197265625
SRLSU,λ<=log n,65536,1,485791,7.4125823974609375
SRLSU,λ<=log n,65536,1,478531,7.3018035888671875
SRLSU,λ<=log n,65536,1,485559,7.4090423583984375
SRLSU,λ<=log n,65536,1,508244,7.75518798828125
SRLSU,λ<=log n,65536,1,492476,7.51458740234375
SRLSU,λ<=log n,65536,1,506914,7.734893798828125
SRLSU,λ<=log n,65536,1,470109,7.1732940673828125
SRLSU,λ<=log n,65536,1,518372,7.90972900390625
SRLSU,λ<=log n,65536,1,520732,7.94573974609375
SRLSU,λ<=log n,65536,1,518521,7.9120025634765625
SRLSU,λ<=log n,65536,1,467315,7.1306610107421875
SRLSU,λ<=log n,65536,1,510190,7.784881591796875
SRLSU,λ<=log n,65536,1,496368,7.573974609375
SRLSU,λ<=log n,65536,1,479798,7.321136474609375
SRLSU,λ<=log n,65536,1,487406,7.437225341796875
SRLSU,λ<=log n,65536,1,501024,7.64501953125
SRLSU,λ<=log n,65536,1,491520,7.5
SRLSU,λ<=log n,65536,1,505720,7.7166748046875
SRLSU,λ<=log n,65536,1,478288,7.298095703125
SRLSU,λ<=log n,65536,1,511602,7.806427001953125
SSLSU,λ<=log n,65536,1,865398,13.204925537109375
SSLSU,λ<=log n,65536,1,863244,13.17205810546875
SSLSU,λ<=log n,65536,1,787843,12.021530151367188
SSLSU,λ<=log n,65536,1,792107,12.086593627929688
SSLSU,λ<=log n,65536,1,837198,12.774627685546875
SSLSU,λ<=log n,65536,1,811166,12.377410888671875
SSLSU,λ<=log n,65536,1,838378,12.792633056640625
SSLSU,λ<=log n,65536,1,804916,12.28204345703125
SSLSU,λ<=log n,65536,1,876111,13.368392944335938
SSLSU,λ<=log n,65536,1,834961,12.740493774414062
SSLSU,λ<=log n,65536,1,759469,11.588577270507812
SSLSU,λ<=log n,65536,1,923472,14.091064453125
SSLSU,λ<=log n,65536,1,796404,12.15216064453125
SSLSU,λ<=log n,65536,1,759985,11.596450805664062
SSLSU,λ<=log n,65536,1,836906,12.770172119140625
SSLSU,λ<=log n,65536,1,785738,11.989410400390625
SSLSU,λ<=log n,65536,1,770915,11.763229370117188
SSLSU,λ<=log n,65536,1,806254,12.302459716796875
SSLSU,λ<=log n,65536,1,783567,11.956283569335938
SSLSU,λ<=log n,65536,1,864448,13.1904296875
SSLSU,λ<=log n,65536,1,759797,11.593582153320312
SSLSU,λ<=log n,65536,1,778539,11.879562377929688
SSLSU,λ<=log n,65536,1,774837,11.823074340820312
SSLSU,λ<=log n,65536,1,786029,11.993850708007812
SSLSU,λ<=log n,65536,1,791492,12.07720947265625
SSLSU,λ<=log n,65536,1,756447,11.542465209960938
SSLSU,λ<=log n,65536,1,783497,11.955215454101562
SSLSU,λ<=log n,65536,1,777476,11.86334228515625
SSLSU,λ<=log n,65536,1,744207,11.355697631835938
SSLSU,λ<=log n,65536,1,912483,13.923385620117188
SSLSU,λ<=log n,65536,1,767199,11.706527709960938
SSLSU,λ<=log n,65536,1,816185,12.453994750976562
SSLSU,λ<=log n,65536,1,825517,12.596389770507812
SSLSU,λ<=log n,65536,1,776805,11.853103637695312
SSLSU,λ<=log n,65536,1,786739,12.004684448242188
SSLSU,λ<=log n,65536,1,804128,12.27001953125
SSLSU,λ<=log n,65536,1,791464,12.0767822265625
SSLSU,λ<=log n,65536,1,822136,12.5447998046875
SSLSU,λ<=log n,65536,1,788574,12.032684326171875
SSLSU,λ<=log n,65536,1,777349,11.861404418945312
SSLSU,λ<=log n,65536,1,771021,11.764846801757812
SSLSU,λ<=log n,65536,1,792186,12.087799072265625
SSLSU,λ<=log n,65536,1,806171,12.301193237304688
SSLSU,λ<=log n,65536,1,769340,11.73919677734375
SSLSU,λ<=log n,65536,1,780117,11.903640747070312
SSLSU,λ<=log n,65536,1,797282,12.165557861328125
SSLSU,λ<=log n,65536,1,861836,13.15057373046875
SSLSU,λ<=log n,65536,1,767840,11.71630859375
SSLSU,λ<=log n,65536,1,832571,12.704025268554688
SSLSU,λ<=log n,65536,1,788145,12.026138305664062
SSLSU,λ<=log n,65536,1,826757,12.615310668945312
SSLSU,λ<=log n,65536,1,807995,12.329025268554688
SSLSU,λ<=log n,65536,1,858686,13.102508544921875
SSLSU,λ<=log n,65536,1,815504,12.443603515625
SSLSU,λ<=log n,65536,1,799244,12.19549560546875
SSLSU,λ<=log n,65536,1,789075,12.040328979492188
SSLSU,λ<=log n,65536,1,818408,12.4879150390625
SSLSU,λ<=log n,65536,1,813528,12.4134521484375
SSLSU,λ<=log n,65536,1,836203,12.759445190429688
SSLSU,λ<=log n,65536,1,750811,11.456466674804688
SSLSU,λ<=log n,65536,1,805664,12.29345703125
SSLSU,λ<=log n,65536,1,782227,11.935836791992188
SSLSU,λ<=log n,65536,1,781408,11.92333984375
SSLSU,λ<=log n,65536,1,794553,12.123916625976562
SSLSU,λ<=log n,65536,1,792076,12.08612060546875
SSLSU,λ<=log n,65536,1,784020,11.96319580078125
SSLSU,λ<=log n,65536,1,866427,13.220626831054688
SSLSU,λ<=log n,65536,1,797801,12.173477172851562
SSLSU,λ<=log n,65536,1,823721,12.568984985351562
SSLSU,λ<=log n,65536,1,817301,12.471023559570312
SSLSU,λ<=log n,65536,1,777788,11.86810302734375
SSLSU,λ<=log n,65536,1,890082,13.581573486328125
SSLSU,λ<=log n,65536,1,754172,11.50775146484375
SSLSU,λ<=log n,65536,1,799576,12.2005615234375
SSLSU,λ<=log n,65536,1,775444,11.83233642578125
SSLSU,λ<=log n,65536,1,777396,11.86212158203125
SSLSU,λ<=log n,65536,1,863037,13.168899536132812
SSLSU,λ<=log n,65536,1,831609,12.689346313476562
SSLSU,λ<=log n,65536,1,735540,11.22344970703125
SSLSU,λ<=log n,65536,1,773803,11.807296752929688
SSLSU,λ<=log n,65536,1,770249,11.753067016601562
SSLSU,λ<=log n,65536,1,812143,12.392318725585938
SSLSU,λ<=log n,65536,1,764801,11.669937133789062
SSLSU,λ<=log n,65536,1,841544,12.8409423828125
SSLSU,λ<=log n,65536,1,797477,12.168533325195312
SSLSU,λ<=log n,65536,1,814722,12.431671142578125
SSLSU,λ<=log n,65536,1,830900,12.67852783203125
SSLSU,λ<=log n,65536,1,790274,12.058624267578125
SSLSU,λ<=log n,65536,1,770762,11.760894775390625
SSLSU,λ<=log n,65536,1,743452,11.34417724609375
SSLSU,λ<=log n,65536,1,811923,12.388961791992188
SSLSU,λ<=log n,65536,1,770012,11.74945068359375
SSLSU,λ<=log n,65536,1,884107,13.490402221679688
SSLSU,λ<=log n,65536,1,817156,12.46881103515625
SSLSU,λ<=log n,65536,1,752320,11.4794921875
SSLSU,λ<=log n,65536,1,807298,12.318389892578125
SSLSU,λ<=log n,65536,1,776983,11.855819702148438
SSLSU,λ<=log n,65536,1,784900,11.97662353515625
SSLSU,λ<=log n,65536,1,775256,11.8294677734375
SSLSU,λ<=log n,65536,1,822723,12.553756713867188
SSDMU,λ<=log n,65536,1,739064,11.2772216796875
SSDMU,λ<=log n,65536,1,759657,11.591445922851562
SSDMU,λ<=log n,65536,1,770669,11.759475708007812
SSDMU,λ<=log n,65536,1,683739,10.433029174804688
SSDMU,λ<=log n,65536,1,718455,10.962753295898438
SSDMU,λ<=log n,65536,1,700543,10.689437866210938
SSDMU,λ<=log n,65536,1,654113,9.980972290039062
SSDMU,λ<=log n,65536,1,701268,10.70050048828125
SSDMU,λ<=log n,65536,1,748977,11.428482055664062
SSDMU,λ<=log n,65536,1,703005,10.727005004882812
SSDMU,λ<=log n,65536,1,765220,11.67633056640625
SSDMU,λ<=log n,65536,1,718228,10.95928955078125
SSDMU,λ<=log n,65536,1,715188,10.91290283203125
SSDMU,λ<=log n,65536,1,671642,10.248443603515625
SSDMU,λ<=log n,65536,1,767886,11.717010498046875
SSDMU,λ<=log n,65536,1,706318,10.777557373046875
SSDMU,λ<=log n,65536,1,703494,10.734466552734375
SSDMU,λ<=log n,65536,1,665170,10.149688720703125
SSDMU,λ<=log n,65536,1,729150,11.125946044921875
SSDMU,λ<=log n,65536,1,686992,10.482666015625
SSDMU,λ<=log n,65536,1,649085,9.904251098632812
SSDMU,λ<=log n,65536,1,678738,10.356719970703125
SSDMU,λ<=log n,65536,1,731097,11.155654907226562
SSDMU,λ<=log n,65536,1,820546,12.520538330078125
SSDMU,λ<=log n,65536,1,792599,12.094100952148438
SSDMU,λ<=log n,65536,1,765616,11.682373046875
SSDMU,λ<=log n,65536,1,703802,10.739166259765625
SSDMU,λ<=log n,65536,1,745107,11.369430541992188
SSDMU,λ<=log n,65536,1,695472,10.612060546875
SSDMU,λ<=log n,65536,1,758257,11.570083618164062
SSDMU,λ<=log n,65536,1,694710,10.600433349609375
SSDMU,λ<=log n,65536,1,717675,10.950851440429688
SSDMU,λ<=log n,65536,1,740126,11.293426513671875
SSDMU,λ<=log n,65536,1,726242,11.081573486328125
SSDMU,λ<=log n,65536,1,757881,11.564346313476562
SSDMU,λ<=log n,65536,1,778746,11.882720947265625
SSDMU,λ<=log n,65536,1,692183,10.561874389648438
SSDMU,λ<=log n,65536,1,737477,11.253005981445312
SSDMU,λ<=log n,65536,1,776887,11.854354858398438
SSDMU,λ<=log n,65536,1,795829,12.143386840820312
SSDMU,λ<=log n,65536,1,725605,11.071853637695312
SSDMU,λ<=log n,65536,1,707517,10.795852661132812
SSDMU,λ<=log n,65536,1,775587,11.834518432617188
SSDMU,λ<=log n,65536,1,732864,11.1826171875
SSDMU,λ<=log n,65536,1,718665,10.965957641601562
SSDMU,λ<=log n,65536,1,706006,10.772796630859375
SSDMU,λ<=log n,65536,1,680955,10.390548706054688
SSDMU,λ<=log n,65536,1,715623,10.919540405273438
SSDMU,λ<=log n,65536,1,731685,11.164627075195312
SSDMU,λ<=log n,65536,1,780571,11.910568237304688
SSDMU,λ<=log n,65536,1,696581,10.628982543945312
SSDMU,λ<=log n,65536,1,798836,12.18927001953125
SSDMU,λ<=log n,65536,1,717135,10.942611694335938
SSDMU,λ<=log n,65536,1,788571,12.032638549804688
SSDMU,λ<=log n,65536,1,718180,10.95855712890625
SSDMU,λ<=log n,65536,1,698580,10.65948486328125
SSDMU,λ<=log n,65536,1,783465,11.954727172851562
SSDMU,λ<=log n,65536,1,757071,11.551986694335938
SSDMU,λ<=log n,65536,1,768613,11.728103637695312
SSDMU,λ<=log n,65536,1,709854,10.831512451171875
SSDMU,λ<=log n,65536,1,703591,10.735946655273438
SSDMU,λ<=log n,65536,1,698755,10.662155151367188
SSDMU,λ<=log n,65536,1,756856,11.5487060546875
SSDMU,λ<=log n,65536,1,712076,10.86541748046875
SSDMU,λ<=log n,65536,1,669567,10.216781616210938
SSDMU,λ<=log n,65536,1,801936,12.236572265625
SSDMU,λ<=log n,65536,1,775872,11.8388671875
SSDMU,λ<=log n,65536,1,703183,10.729721069335938
SSDMU,λ<=log n,65536,1,690171,10.531173706054688
SSDMU,λ<=log n,65536,1,687857,10.495864868164062
SSDMU,λ<=log n,65536,1,702589,10.720657348632812
SSDMU,λ<=log n,65536,1,709707,10.829269409179688
SSDMU,λ<=log n,65536,1,738307,11.265670776367188
SSDMU,λ<=log n,65536,1,715190,10.912933349609375
SSDMU,λ<=log n,65536,1,766639,11.697982788085938
SSDMU,λ<=log n,65536,1,720696,10.9969482421875
SSDMU,λ<=log n,65536,1,684412,10.44329833984375
SSDMU,λ<=log n,65536,1,683900,10.43548583984375
SSDMU,λ<=log n,65536,1,687042,10.483428955078125
SSDMU,λ<=log n,65536,1,707662,10.798065185546875
SSDMU,λ<=log n,65536,1,745791,11.379867553710938
SSDMU,λ<=log n,65536,1,686437,10.474197387695312
SSDMU,λ<=log n,65536,1,726700,11.08856201171875
SSDMU,λ<=log n,65536,1,772271,11.783920288085938
SSDMU,λ<=log n,65536,1,724393,11.053359985351562
SSDMU,λ<=log n,65536,1,712936,10.8785400390625
SSDMU,λ<=log n,65536,1,731308,11.15887451171875
SSDMU,λ<=log n,65536,1,735330,11.220245361328125
SSDMU,λ<=log n,65536,1,741828,11.31939697265625
SSDMU,λ<=log n,65536,1,665964,10.16180419921875
SSDMU,λ<=log n,65536,1,702570,10.720367431640625
SSDMU,λ<=log n,65536,1,786941,12.007766723632812
SSDMU,λ<=log n,65536,1,719150,10.973358154296875
SSDMU,λ<=log n,65536,1,684057,10.437881469726562
SSDMU,λ<=log n,65536,1,721638,11.011322021484375
SSDMU,λ<=log n,65536,1,830068,12.66583251953125
SSDMU,λ<=log n,65536,1,668124,10.19476318359375
SSDMU,λ<=log n,65536,1,756471,11.542831420898438
SSDMU,λ<=log n,65536,1,691084,10.54510498046875
SSDMU,λ<=log n,65536,1,725158,11.065032958984375
SRDMU,λ<=log n,65536,1,478413,7.3000030517578125
SRDMU,λ<=log n,65536,1,498317,7.6037139892578125
SRDMU,λ<=log n,65536,1,549221,8.380447387695312
SRDMU,λ<=log n,65536,1,465803,7.1075897216796875
SRDMU,λ<=log n,65536,1,474289,7.2370758056640625
SRDMU,λ<=log n,65536,1,475075,7.2490692138671875
SRDMU,λ<=log n,65536,1,495166,7.555633544921875
SRDMU,λ<=log n,65536,1,485207,7.4036712646484375
SRDMU,λ<=log n,65536,1,510033,7.7824859619140625
SRDMU,λ<=log n,65536,1,476577,7.2719879150390625
SRDMU,λ<=log n,65536,1,448354,6.841339111328125
SRDMU,λ<=log n,65536,1,464464,7.087158203125
SRDMU,λ<=log n,65536,1,485704,7.4112548828125
SRDMU,λ<=log n,65536,1,511994,7.812408447265625
SRDMU,λ<=log n,65536,1,506848,7.73388671875
SRDMU,λ<=log n,65536,1,489415,7.4678802490234375
SRDMU,λ<=log n,65536,1,513031,7.8282318115234375
SRDMU,λ<=log n,65536,1,552774,8.434661865234375
SRDMU,λ<=log n,65536,1,506186,7.723785400390625
SRDMU,λ<=log n,65536,1,521380,7.95562744140625
SRDMU,λ<=log n,65536,1,461294,7.038787841796875
SRDMU,λ<=log n,65536,1,477404,7.28460693359375
SRDMU,λ<=log n,65536,1,522572,7.97381591796875
SRDMU,λ<=log n,65536,1,514618,7.852447509765625
SRDMU,λ<=log n,65536,1,550242,8.396026611328125
SRDMU,λ<=log n,65536,1,500135,7.6314544677734375
SRDMU,λ<=log n,65536,1,450102,6.868011474609375
SRDMU,λ<=log n,65536,1,476437,7.2698516845703125
SRDMU,λ<=log n,65536,1,498970,7.613677978515625
SRDMU,λ<=log n,65536,1,485354,7.405914306640625
SRDMU,λ<=log n,65536,1,462564,7.05816650390625
SRDMU,λ<=log n,65536,1,522109,7.9667510986328125
SRDMU,λ<=log n,65536,1,519662,7.929412841796875
SRDMU,λ<=log n,65536,1,468946,7.155548095703125
SRDMU,λ<=log n,65536,1,471588,7.19586181640625
SRDMU,λ<=log n,65536,1,467019,7.1261444091796875
SRDMU,λ<=log n,65536,1,487905,7.4448394775390625
SRDMU,λ<=log n,65536,1,517880,7.9022216796875
SRDMU,λ<=log n,65536,1,490551,7.4852142333984375
SRDMU,λ<=log n,65536,1,500031,7.6298675537109375
SRDMU,λ<=log n,65536,1,481995,7.3546600341796875
SRDMU,λ<=log n,65536,1,491709,7.5028839111328125
SRDMU,λ<=log n,65536,1,479739,7.3202362060546875
SRDMU,λ<=log n,65536,1,530036,8.08770751953125
SRDMU,λ<=log n,65536,1,471699,7.1975555419921875
SRDMU,λ<=log n,65536,1,455808,6.955078125
SRDMU,λ<=log n,65536,1,543015,8.285751342773438
SRDMU,λ<=log n,65536,1,481507,7.3472137451171875
SRDMU,λ<=log n,65536,1,480825,7.3368072509765625
SRDMU,λ<=log n,65536,1,567956,8.66632080078125
SRDMU,λ<=log n,65536,1,456797,6.9701690673828125
SRDMU,λ<=log n,65536,1,452551,6.9053802490234375
SRDMU,λ<=log n,65536,1,504314,7.695220947265625
SRDMU,λ<=log n,65536,1,468692,7.15167236328125
SRDMU,λ<=log n,65536,1,498180,7.60162353515625
SRDMU,λ<=log n,65536,1,523377,7.9860992431640625
SRDMU,λ<=log n,65536,1,502334,7.665008544921875
SRDMU,λ<=log n,65536,1,488741,7.4575958251953125
SRDMU,λ<=log n,65536,1,480081,7.3254547119140625
SRDMU,λ<=log n,65536,1,471842,7.199737548828125
SRDMU,λ<=log n,65536,1,463555,7.0732879638671875
SRDMU,λ<=log n,65536,1,500380,7.63519287109375
SRDMU,λ<=log n,65536,1,483881,7.3834381103515625
SRDMU,λ<=log n,65536,1,474860,7.24578857421875
SRDMU,λ<=log n,65536,1,519615,7.9286956787109375
SRDMU,λ<=log n,65536,1,456592,6.967041015625
SRDMU,λ<=log n,65536,1,494851,7.5508270263671875
SRDMU,λ<=log n,65536,1,474884,7.24615478515625
SRDMU,λ<=log n,65536,1,483402,7.376129150390625
SRDMU,λ<=log n,65536,1,472282,7.206451416015625
SRDMU,λ<=log n,65536,1,468278,7.145355224609375
SRDMU,λ<=log n,65536,1,485540,7.40875244140625
SRDMU,λ<=log n,65536,1,511272,7.8013916015625
SRDMU,λ<=log n,65536,1,506535,7.7291107177734375
SRDMU,λ<=log n,65536,1,498801,7.6110992431640625
SRDMU,λ<=log n,65536,1,556837,8.496658325195312
SRDMU,λ<=log n,65536,1,468780,7.15301513671875
SRDMU,λ<=log n,65536,1,492405,7.5135040283203125
SRDMU,λ<=log n,65536,1,546058,8.332183837890625
SRDMU,λ<=log n,65536,1,462073,7.0506744384765625
SRDMU,λ<=log n,65536,1,485647,7.4103851318359375
SRDMU,λ<=log n,65536,1,527644,8.05120849609375
SRDMU,λ<=log n,65536,1,492942,7.521697998046875
SRDMU,λ<=log n,65536,1,495451,7.5599822998046875
SRDMU,λ<=log n,65536,1,465383,7.1011810302734375
SRDMU,λ<=log n,65536,1,523114,7.982086181640625
SRDMU,λ<=log n,65536,1,522019,7.9653778076171875
SRDMU,λ<=log n,65536,1,482748,7.36614990234375
SRDMU,λ<=log n,65536,1,479689,7.3194732666015625
SRDMU,λ<=log n,65536,1,472292,7.20660400390625
SRDMU,λ<=log n,65536,1,643408,9.817626953125
SRDMU,λ<=log n,65536,1,479751,7.3204193115234375
SRDMU,λ<=log n,65536,1,488080,7.447509765625
SRDMU,λ<=log n,65536,1,504994,7.705596923828125
SRDMU,λ<=log n,65536,1,474457,7.2396392822265625
SRDMU,λ<=log n,65536,1,483648,7.3798828125
SRDMU,λ<=log n,65536,1,469263,7.1603851318359375
SRDMU,λ<=log n,65536,1,484133,7.3872833251953125
SRDMU,λ<=log n,65536,1,465858,7.108428955078125
SRDMU,λ<=log n,65536,1,521724,7.96087646484375
SHDMU,λ<=log n,65536,1,451997,6.8969268798828125
SHDMU,λ<=log n,65536,1,438388,6.68927001953125
SHDMU,λ<=log n,65536,1,451974,6.896575927734375
SHDMU,λ<=log n,65536,1,436044,6.65350341796875
SHDMU,λ<=log n,65536,1,547907,8.360397338867188
SHDMU,λ<=log n,65536,1,466025,7.1109771728515625
SHDMU,λ<=log n,65536,1,422684,6.44964599609375
SHDMU,λ<=log n,65536,1,446199,6.8084564208984375
SHDMU,λ<=log n,65536,1,459177,7.0064849853515625
SHDMU,λ<=log n,65536,1,427474,6.522735595703125
SHDMU,λ<=log n,65536,1,460697,7.0296783447265625
SHDMU,λ<=log n,65536,1,462579,7.0583953857421875
SHDMU,λ<=log n,65536,1,450217,6.8697662353515625
SHDMU,λ<=log n,65536,1,465268,7.09942626953125
SHDMU,λ<=log n,65536,1,472735,7.2133636474609375
SHDMU,λ<=log n,65536,1,503054,7.675994873046875
SHDMU,λ<=log n,65536,1,489925,7.4756622314453125
SHDMU,λ<=log n,65536,1,503102,7.676727294921875
SHDMU,λ<=log n,65536,1,430341,6.5664825439453125
SHDMU,λ<=log n,65536,1,461022,7.034637451171875
SHDMU,λ<=log n,65536,1,484904,7.3990478515625
SHDMU,λ<=log n,65536,1,541160,8.2574462890625
SHDMU,λ<=log n,65536,1,518896,7.917724609375
SHDMU,λ<=log n,65536,1,472098,7.203643798828125
SHDMU,λ<=log n,65536,1,510721,7.7929840087890625
SHDMU,λ<=log n,65536,1,482192,7.357666015625
SHDMU,λ<=log n,65536,1,448800,6.84814453125
SHDMU,λ<=log n,65536,1,469925,7.1704864501953125
SHDMU,λ<=log n,65536,1,429578,6.554840087890625
SHDMU,λ<=log n,65536,1,465248,7.09912109375
SHDMU,λ<=log n,65536,1,470554,7.180084228515625
SHDMU,λ<=log n,65536,1,460856,7.0321044921875
SHDMU,λ<=log n,65536,1,455941,6.9571075439453125
SHDMU,λ<=log n,65536,1,452915,6.9109344482421875
SHDMU,λ<=log n,65536,1,493937,7.5368804931640625
SHDMU,λ<=log n,65536,1,459811,7.0161590576171875
SHDMU,λ<=log n,65536,1,486595,7.4248504638671875
SHDMU,λ<=log n,65536,1,524912,8.009521484375
SHDMU,λ<=log n,65536,1,494140,7.53997802734375
SHDMU,λ<=log n,65536,1,510198,7.785003662109375
SHDMU,λ<=log n,65536,1,459887,7.0173187255859375
SHDMU,λ<=log n,65536,1,449574,6.859954833984375
SHDMU,λ<=log n,65536,1,511627,7.8068084716796875
SHDMU,λ<=log n,65536,1,481203,7.3425750732421875
SHDMU,λ<=log n,65536,1,454428,6.93402099609375
SHDMU,λ<=log n,65536,1,470923,7.1857147216796875
SHDMU,λ<=log n,65536,1,482993,7.3698883056640625
SHDMU,λ<=log n,65536,1,485945,7.4149322509765625
SHDMU,λ<=log n,65536,1,470102,7.173187255859375
SHDMU,λ<=log n,65536,1,487165,7.4335479736328125
SHDMU,λ<=log n,65536,1,444847,6.7878265380859375
SHDMU,λ<=log n,65536,1,477188,7.28131103515625
SHDMU,λ<=log n,65536,1,460870,7.032318115234375
SHDMU,λ<=log n,65536,1,480690,7.334747314453125
SHDMU,λ<=log n,65536,1,522566,7.973724365234375
SHDMU,λ<=log n,65536,1,489558,7.470062255859375
SHDMU,λ<=log n,65536,1,420546,6.417022705078125
SHDMU,λ<=log n,65536,1,499847,7.6270599365234375
SHDMU,λ<=log n,65536,1,455743,6.9540863037109375
SHDMU,λ<=log n,65536,1,523729,7.9914703369140625
SHDMU,λ<=log n,65536,1,450159,6.8688812255859375
SHDMU,λ<=log n,65536,1,493202,7.525665283203125
SHDMU,λ<=log n,65536,1,475564,7.25653076171875
SHDMU,λ<=log n,65536,1,463447,7.0716400146484375
SHDMU,λ<=log n,65536,1,461344,7.03955078125
SHDMU,λ<=log n,65536,1,462986,7.064605712890625
SHDMU,λ<=log n,65536,1,442770,6.756134033203125
SHDMU,λ<=log n,65536,1,447356,6.82611083984375
SHDMU,λ<=log n,65536,1,504177,7.6931304931640625
SHDMU,λ<=log n,65536,1,493374,7.528289794921875
SHDMU,λ<=log n,65536,1,470078,7.172821044921875
SHDMU,λ<=log n,65536,1,434430,6.628875732421875
SHDMU,λ<=log n,65536,1,482809,7.3670806884765625
SHDMU,λ<=log n,65536,1,458334,6.993621826171875
SHDMU,λ<=log n,65536,1,473806,7.229705810546875
SHDMU,λ<=log n,65536,1,500649,7.6392974853515625
SHDMU,λ<=log n,65536,1,497683,7.5940399169921875
SHDMU,λ<=log n,65536,1,462042,7.050201416015625
SHDMU,λ<=log n,65536,1,458531,6.9966278076171875
SHDMU,λ<=log n,65536,1,417572,6.37164306640625
SHDMU,λ<=log n,65536,1,439311,6.7033538818359375
SHDMU,λ<=log n,65536,1,502453,7.6668243408203125
SHDMU,λ<=log n,65536,1,507361,7.7417144775390625
SHDMU,λ<=log n,65536,1,506288,7.725341796875
SHDMU,λ<=log n,65536,1,446229,6.8089141845703125
SHDMU,λ<=log n,65536,1,486720,7.4267578125
SHDMU,λ<=log n,65536,1,495921,7.5671539306640625
SHDMU,λ<=log n,65536,1,456359,6.9634857177734375
SHDMU,λ<=log n,65536,1,452055,6.8978118896484375
SHDMU,λ<=log n,65536,1,503392,7.68115234375
SHDMU,λ<=log n,65536,1,511214,7.800506591796875
SHDMU,λ<=log n,65536,1,476908,7.27703857421875
SHDMU,λ<=log n,65536,1,479356,7.31439208984375
SHDMU,λ<=log n,65536,1,459323,7.0087127685546875
SHDMU,λ<=log n,65536,1,439488,6.7060546875
SHDMU,λ<=log n,65536,1,445795,6.8022918701171875
SHDMU,λ<=log n,65536,1,468869,7.1543731689453125
SHDMU,λ<=log n,65536,1,470119,7.1734466552734375
SHDMU,λ<=log n,65536,1,462107,7.0511932373046875
SHDMU,λ<=log n,65536,1,435417,6.6439361572265625
SHLMU,λ<=log n,65536,1,472378,7.207916259765625
SHLMU,λ<=log n,65536,1,462971,7.0643768310546875
SHLMU,λ<=log n,65536,1,451457,6.8886871337890625
SHLMU,λ<=log n,65536,1,507219,7.7395477294921875
SHLMU,λ<=log n,65536,1,525588,8.01983642578125
SHLMU,λ<=log n,65536,1,470307,7.1763153076171875
SHLMU,λ<=log n,65536,1,477072,7.279541015625
SHLMU,λ<=log n,65536,1,439446,6.705413818359375
SHLMU,λ<=log n,65536,1,501835,7.6573944091796875
SHLMU,λ<=log n,65536,1,448644,6.84576416015625
SHLMU,λ<=log n,65536,1,452167,6.8995208740234375
SHLMU,λ<=log n,65536,1,473007,7.2175140380859375
SHLMU,λ<=log n,65536,1,417759,6.3744964599609375
SHLMU,λ<=log n,65536,1,442250,6.748199462890625
SHLMU,λ<=log n,65536,1,448092,6.83734130859375
SHLMU,λ<=log n,65536,1,478417,7.3000640869140625
SHLMU,λ<=log n,65536,1,454545,6.9358062744140625
SHLMU,λ<=log n,65536,1,490455,7.4837493896484375
SHLMU,λ<=log n,65536,1,484764,7.39691162109375
SHLMU,λ<=log n,65536,1,471939,7.2012176513671875
SHLMU,λ<=log n,65536,1,455241,6.9464263916015625
SHLMU,λ<=log n,65536,1,504936,7.7047119140625
SHLMU,λ<=log n,65536,1,460671,7.0292816162109375
SHLMU,λ<=log n,65536,1,486533,7.4239044189453125
SHLMU,λ<=log n,65536,1,431289,6.5809478759765625
SHLMU,λ<=log n,65536,1,463571,7.0735321044921875
SHLMU,λ<=log n,65536,1,461948,7.04876708984375
SHLMU,λ<=log n,65536,1,485406,7.406707763671875
SHLMU,λ<=log n,65536,1,478317,7.2985382080078125
SHLMU,λ<=log n,65536,1,443572,6.76837158203125
SHLMU,λ<=log n,65536,1,451177,6.8844146728515625
SHLMU,λ<=log n,65536,1,455304,6.9473876953125
SHLMU,λ<=log n,65536,1,457635,6.9829559326171875
SHLMU,λ<=log n,65536,1,457392,6.979248046875
SHLMU,λ<=log n,65536,1,461148,7.03656005859375
SHLMU,λ<=log n,65536,1,448162,6.838409423828125
SHLMU,λ<=log n,65536,1,457405,6.9794464111328125
SHLMU,λ<=log n,65536,1,456729,6.9691314697265625
SHLMU,λ<=log n,65536,1,538714,8.220123291015625
SHLMU,λ<=log n,65536,1,537600,8.203125
SHLMU,λ<=log n,65536,1,469961,7.1710357666015625
SHLMU,λ<=log n,65536,1,546230,8.334808349609375
SHLMU,λ<=log n,65536,1,495293,7.5575714111328125
SHLMU,λ<=log n,65536,1,473818,7.229888916015625
SHLMU,λ<=log n,65536,1,495719,7.5640716552734375
SHLMU,λ<=log n,65536,1,443666,6.769805908203125
SHLMU,λ<=log n,65536,1,460018,7.019317626953125
SHLMU,λ<=log n,65536,1,497801,7.5958404541015625
SHLMU,λ<=log n,65536,1,433742,6.618377685546875
SHLMU,λ<=log n,65536,1,475335,7.2530364990234375
SHLMU,λ<=log n,65536,1,485230,7.404022216796875
SHLMU,λ<=log n,65536,1,477807,7.2907562255859375
SHLMU,λ<=log n,65536,1,424041,6.4703521728515625
SHLMU,λ<=log n,65536,1,446149,6.8076934814453125
SHLMU,λ<=log n,65536,1,485729,7.4116363525390625
SHLMU,λ<=log n,65536,1,500729,7.6405181884765625
SHLMU,λ<=log n,65536,1,512364,7.81805419921875
SHLMU,λ<=log n,65536,1,521879,7.9632415771484375
SHLMU,λ<=log n,65536,1,447930,6.834869384765625
SHLMU,λ<=log n,65536,1,469629,7.1659698486328125
SHLMU,λ<=log n,65536,1,484251,7.3890838623046875
SHLMU,λ<=log n,65536,1,482582,7.363616943359375
SHLMU,λ<=log n,65536,1,469239,7.1600189208984375
SHLMU,λ<=log n,65536,1,552235,8.426437377929688
SHLMU,λ<=log n,65536,1,492846,7.520233154296875
SHLMU,λ<=log n,65536,1,438067,6.6843719482421875
SHLMU,λ<=log n,65536,1,490695,7.4874114990234375
SHLMU,λ<=log n,65536,1,457602,6.982452392578125
SHLMU,λ<=log n,65536,1,449996,6.86639404296875
SHLMU,λ<=log n,65536,1,486957,7.4303741455078125
SHLMU,λ<=log n,65536,1,483485,7.3773956298828125
SHLMU,λ<=log n,65536,1,472299,7.2067108154296875
SHLMU,λ<=log n,65536,1,476827,7.2758026123046875
SHLMU,λ<=log n,65536,1,462857,7.0626373291015625
SHLMU,λ<=log n,65536,1,477030,7.278900146484375
SHLMU,λ<=log n,65536,1,445272,6.7943115234375
SHLMU,λ<=log n,65536,1,503880,7.6885986328125
SHLMU,λ<=log n,65536,1,500134,7.631439208984375
SHLMU,λ<=log n,65536,1,507882,7.749664306640625
SHLMU,λ<=log n,65536,1,490435,7.4834442138671875
SHLMU,λ<=log n,65536,1,438570,6.692047119140625
SHLMU,λ<=log n,65536,1,449443,6.8579559326171875
SHLMU,λ<=log n,65536,1,434044,6.62298583984375
SHLMU,λ<=log n,65536,1,445760,6.8017578125
SHLMU,λ<=log n,65536,1,458844,7.00140380859375
SHLMU,λ<=log n,65536,1,463828,7.07745361328125
SHLMU,λ<=log n,65536,1,456362,6.963531494140625
SHLMU,λ<=log n,65536,1,507738,7.747467041015625
SHLMU,λ<=log n,65536,1,461001,7.0343170166015625
SHLMU,λ<=log n,65536,1,423614,6.463836669921875
SHLMU,λ<=log n,65536,1,479168,7.3115234375
SHLMU,λ<=log n,65536,1,468077,7.1422882080078125
SHLMU,λ<=log n,65536,1,501202,7.647735595703125
SHLMU,λ<=log n,65536,1,448957,6.8505401611328125
SHLMU,λ<=log n,65536,1,449519,6.8591156005859375
SHLMU,λ<=log n,65536,1,534402,8.154327392578125
SHLMU,λ<=log n,65536,1,445326,6.795135498046875
SHLMU,λ<=log n,65536,1,452286,6.901336669921875
SHLMU,λ<=log n,65536,1,431797,6.5886993408203125
SHLMU,λ<=log n,65536,1,475942,7.262298583984375
SRLMU,λ<=log n,65536,1,536617,8.188125610351562
SRLMU,λ<=log n,65536,1,459267,7.0078582763671875
SRLMU,λ<=log n,65536,1,482413,7.3610382080078125
SRLMU,λ<=log n,65536,1,527713,8.052261352539062
SRLMU,λ<=log n,65536,1,525047,8.011581420898438
SRLMU,λ<=log n,65536,1,451959,6.8963470458984375
SRLMU,λ<=log n,65536,1,466091,7.1119842529296875
SRLMU,λ<=log n,65536,1,476894,7.276824951171875
SRLMU,λ<=log n,65536,1,500915,7.6433563232421875
SRLMU,λ<=log n,65536,1,470301,7.1762237548828125
SRLMU,λ<=log n,65536,1,466250,7.114410400390625
SRLMU,λ<=log n,65536,1,494253,7.5417022705078125
SRLMU,λ<=log n,65536,1,471134,7.188934326171875
SRLMU,λ<=log n,65536,1,511837,7.8100128173828125
SRLMU,λ<=log n,65536,1,461755,7.0458221435546875
SRLMU,λ<=log n,65536,1,481717,7.3504180908203125
SRLMU,λ<=log n,65536,1,478660,7.30377197265625
SRLMU,λ<=log n,65536,1,455748,6.95416259765625
SRLMU,λ<=log n,65536,1,450323,6.8713836669921875
SRLMU,λ<=log n,65536,1,490294,7.481292724609375
SRLMU,λ<=log n,65536,1,439689,6.7091217041015625
SRLMU,λ<=log n,65536,1,558406,8.520599365234375
SRLMU,λ<=log n,65536,1,444289,6.7793121337890625
SRLMU,λ<=log n,65536,1,465982,7.110321044921875
SRLMU,λ<=log n,65536,1,459523,7.0117645263671875
SRLMU,λ<=log n,65536,1,462161,7.0520172119140625
SRLMU,λ<=log n,65536,1,456829,6.9706573486328125
SRLMU,λ<=log n,65536,1,489855,7.4745941162109375
SRLMU,λ<=log n,65536,1,512758,7.824066162109375
SRLMU,λ<=log n,65536,1,475179,7.2506561279296875
SRLMU,λ<=log n,65536,1,513271,7.8318939208984375
SRLMU,λ<=log n,65536,1,445615,6.7995452880859375
SRLMU,λ<=log n,65536,1,478527,7.3017425537109375
SRLMU,λ<=log n,65536,1,484629,7.3948516845703125
SRLMU,λ<=log n,65536,1,518081,7.9052886962890625
SRLMU,λ<=log n,65536,1,485454,7.407440185546875
SRLMU,λ<=log n,65536,1,467821,7.1383819580078125
SRLMU,λ<=log n,65536,1,495711,7.5639495849609375
SRLMU,λ<=log n,65536,1,503647,7.6850433349609375
SRLMU,λ<=log n,65536,1,571202,8.715850830078125
SRLMU,λ<=log n,65536,1,477399,7.2845306396484375
SRLMU,λ<=log n,65536,1,460079,7.0202484130859375
SRLMU,λ<=log n,65536,1,464515,7.0879364013671875
SRLMU,λ<=log n,65536,1,523371,7.9860076904296875
SRLMU,λ<=log n,65536,1,462238,7.053192138671875
SRLMU,λ<=log n,65536,1,470551,7.1800384521484375
SRLMU,λ<=log n,65536,1,520892,7.94818115234375
SRLMU,λ<=log n,65536,1,484578,7.394073486328125
SRLMU,λ<=log n,65536,1,513395,7.8337860107421875
SRLMU,λ<=log n,65536,1,475744,7.25927734375
SRLMU,λ<=log n,65536,1,521837,7.9626007080078125
SRLMU,λ<=log n,65536,1,481652,7.34942626953125
SRLMU,λ<=log n,65536,1,499443,7.6208953857421875
SRLMU,λ<=log n,65536,1,463832,7.0775146484375
SRLMU,λ<=log n,65536,1,470527,7.1796722412109375
SRLMU,λ<=log n,65536,1,485712,7.411376953125
SRLMU,λ<=log n,65536,1,460330,7.024078369140625
SRLMU,λ<=log n,65536,1,454895,6.9411468505859375
SRLMU,λ<=log n,65536,1,479154,7.311309814453125
SRLMU,λ<=log n,65536,1,460159,7.0214691162109375
SRLMU,λ<=log n,65536,1,539121,8.226333618164062
SRLMU,λ<=log n,65536,1,485807,7.4128265380859375
SRLMU,λ<=log n,65536,1,482553,7.3631744384765625
SRLMU,λ<=log n,65536,1,473099,7.2189178466796875
SRLMU,λ<=log n,65536,1,494863,7.5510101318359375
SRLMU,λ<=log n,65536,1,467898,7.139556884765625
SRLMU,λ<=log n,65536,1,444131,6.7769012451171875
SRLMU,λ<=log n,65536,1,469069,7.1574249267578125
SRLMU,λ<=log n,65536,1,498009,7.5990142822265625
SRLMU,λ<=log n,65536,1,497744,7.594970703125
SRLMU,λ<=log n,65536,1,503439,7.6818695068359375
SRLMU,λ<=log n,65536,1,464647,7.0899505615234375
SRLMU,λ<=log n,65536,1,458792,7.0006103515625
SRLMU,λ<=log n,65536,1,503846,7.688079833984375
SRLMU,λ<=log n,65536,1,506213,7.7241973876953125
SRLMU,λ<=log n,65536,1,488894,7.459930419921875
SRLMU,λ<=log n,65536,1,512801,7.8247222900390625
SRLMU,λ<=log n,65536,1,466617,7.1200103759765625
SRLMU,λ<=log n,65536,1,505487,7.7131195068359375
SRLMU,λ<=log n,65536,1,482049,7.3554840087890625
SRLMU,λ<=log n,65536,1,499680,7.62451171875
SRLMU,λ<=log n,65536,1,486499,7.4233856201171875
SRLMU,λ<=log n,65536,1,495430,7.559661865234375
SRLMU,λ<=log n,65536,1,466713,7.1214752197265625
SRLMU,λ<=log n,65536,1,468999,7.1563568115234375
SRLMU,λ<=log n,65536,1,485752,7.4119873046875
SRLMU,λ<=log n,65536,1,481045,7.3401641845703125
SRLMU,λ<=log n,65536,1,485602,7.409698486328125
SRLMU,λ<=log n,65536,1,461323,7.0392303466796875
SRLMU,λ<=log n,65536,1,459696,7.014404296875
SRLMU,λ<=log n,65536,1,454764,6.93914794921875
SRLMU,λ<=log n,65536,1,456703,6.9687347412109375
SRLMU,λ<=log n,65536,1,442713,6.7552642822265625
SRLMU,λ<=log n,65536,1,482504,7.3624267578125
SRLMU,λ<=log n,65536,1,518177,7.9067535400390625
SRLMU,λ<=log n,65536,1,496817,7.5808258056640625
SRLMU,λ<=log n,65536,1,450846,6.879364013671875
SRLMU,λ<=log n,65536,1,481832,7.3521728515625
SRLMU,λ<=log n,65536,1,462393,7.0555572509765625
SRLMU,λ<=log n,65536,1,498184,7.6016845703125
SSLMU,λ<=log n,65536,1,824601,12.582412719726562
SSLMU,λ<=log n,65536,1,799483,12.199142456054688
SSLMU,λ<=log n,65536,1,799883,12.205245971679688
SSLMU,λ<=log n,65536,1,816540,12.45941162109375
SSLMU,λ<=log n,65536,1,794366,12.121063232421875
SSLMU,λ<=log n,65536,1,860646,13.132415771484375
SSLMU,λ<=log n,65536,1,796655,12.155990600585938
SSLMU,λ<=log n,65536,1,873944,13.3353271484375
SSLMU,λ<=log n,65536,1,780094,11.903289794921875
SSLMU,λ<=log n,65536,1,779245,11.890335083007812
SSLMU,λ<=log n,65536,1,768007,11.718856811523438
SSLMU,λ<=log n,65536,1,899663,13.727767944335938
SSLMU,λ<=log n,65536,1,776436,11.84747314453125
SSLMU,λ<=log n,65536,1,842939,12.862228393554688
SSLMU,λ<=log n,65536,1,836774,12.768157958984375
SSLMU,λ<=log n,65536,1,780835,11.914596557617188
SSLMU,λ<=log n,65536,1,784036,11.96343994140625
SSLMU,λ<=log n,65536,1,842189,12.850784301757812
SSLMU,λ<=log n,65536,1,821086,12.528778076171875
SSLMU,λ<=log n,65536,1,836354,12.761749267578125
SSLMU,λ<=log n,65536,1,787533,12.016799926757812
SSLMU,λ<=log n,65536,1,771640,11.7742919921875
SSLMU,λ<=log n,65536,1,844917,12.892410278320312
SSLMU,λ<=log n,65536,1,865081,13.200088500976562
SSLMU,λ<=log n,65536,1,831450,12.686920166015625
SSLMU,λ<=log n,65536,1,809006,12.344451904296875
SSLMU,λ<=log n,65536,1,863256,13.1722412109375
SSLMU,λ<=log n,65536,1,822366,12.548309326171875
SSLMU,λ<=log n,65536,1,821823,12.540023803710938
SSLMU,λ<=log n,65536,1,784782,11.974822998046875
SSLMU,λ<=log n,65536,1,886196,13.52227783203125
SSLMU,λ<=log n,65536,1,782251,11.936203002929688
SSLMU,λ<=log n,65536,1,782563,11.940963745117188
SSLMU,λ<=log n,65536,1,833762,12.722198486328125
SSLMU,λ<=log n,65536,1,889185,13.567886352539062
SSLMU,λ<=log n,65536,1,789915,12.053146362304688
SSLMU,λ<=log n,65536,1,851151,12.987533569335938
SSLMU,λ<=log n,65536,1,919342,14.028045654296875
SSLMU,λ<=log n,65536,1,855141,13.048416137695312
SSLMU,λ<=log n,65536,1,817328,12.471435546875
SSLMU,λ<=log n,65536,1,792571,12.093673706054688
SSLMU,λ<=log n,65536,1,793780,12.11212158203125
SSLMU,λ<=log n,65536,1,764781,11.669631958007812
SSLMU,λ<=log n,65536,1,787003,12.008712768554688
SSLMU,λ<=log n,65536,1,812061,12.391067504882812
SSLMU,λ<=log n,65536,1,831801,12.692276000976562
SSLMU,λ<=log n,65536,1,787486,12.016082763671875
SSLMU,λ<=log n,65536,1,846331,12.913986206054688
SSLMU,λ<=log n,65536,1,788011,12.024093627929688
SSLMU,λ<=log n,65536,1,756617,11.545059204101562
SSLMU,λ<=log n,65536,1,731364,11.15972900390625
SSLMU,λ<=log n,65536,1,880510,13.435516357421875
SSLMU,λ<=log n,65536,1,826079,12.604965209960938
SSLMU,λ<=log n,65536,1,759587,11.590377807617188
SSLMU,λ<=log n,65536,1,805616,12.292724609375
SSLMU,λ<=log n,65536,1,795080,12.1319580078125
SSLMU,λ<=log n,65536,1,815894,12.449554443359375
SSLMU,λ<=log n,65536,1,807567,12.322494506835938
SSLMU,λ<=log n,65536,1,842091,12.849288940429688
SSLMU,λ<=log n,65536,1,867084,13.23065185546875
SSLMU,λ<=log n,65536,1,768757,11.730300903320312
SSLMU,λ<=log n,65536,1,758090,11.567535400390625
SSLMU,λ<=log n,65536,1,777587,11.865036010742188
SSLMU,λ<=log n,65536,1,788299,12.028488159179688
SSLMU,λ<=log n,65536,1,810739,12.370895385742188
SSLMU,λ<=log n,65536,1,775860,11.83868408203125
SSLMU,λ<=log n,65536,1,926837,14.142410278320312
SSLMU,λ<=log n,65536,1,798495,12.184066772460938
SSLMU,λ<=log n,65536,1,853563,13.024337768554688
SSLMU,λ<=log n,65536,1,824254,12.577117919921875
SSLMU,λ<=log n,65536,1,780306,11.906524658203125
SSLMU,λ<=log n,65536,1,770987,11.764328002929688
SSLMU,λ<=log n,65536,1,801365,12.227859497070312
SSLMU,λ<=log n,65536,1,855616,13.0556640625
SSLMU,λ<=log n,65536,1,779219,11.889938354492188
SSLMU,λ<=log n,65536,1,809352,12.3497314453125
SSLMU,λ<=log n,65536,1,825939,12.602828979492188
SSLMU,λ<=log n,65536,1,783506,11.955352783203125
SSLMU,λ<=log n,65536,1,849270,12.958831787109375
SSLMU,λ<=log n,65536,1,800365,12.212600708007812
SSLMU,λ<=log n,65536,1,787656,12.0186767578125
SSLMU,λ<=log n,65536,1,898250,13.706207275390625
SSLMU,λ<=log n,65536,1,786824,12.0059814453125
SSLMU,λ<=log n,65536,1,779387,11.892501831054688
SSLMU,λ<=log n,65536,1,839208,12.8052978515625
SSLMU,λ<=log n,65536,1,833726,12.721649169921875
SSLMU,λ<=log n,65536,1,841466,12.839752197265625
SSLMU,λ<=log n,65536,1,793585,12.109146118164062
SSLMU,λ<=log n,65536,1,821435,12.534103393554688
SSLMU,λ<=log n,65536,1,808779,12.340988159179688
SSLMU,λ<=log n,65536,1,779950,11.901092529296875
SSLMU,λ<=log n,65536,1,781481,11.924453735351562
SSLMU,λ<=log n,65536,1,814190,12.423553466796875
SSLMU,λ<=log n,65536,1,799005,12.191848754882812
SSLMU,λ<=log n,65536,1,847312,12.928955078125
SSLMU,λ<=log n,65536,1,832513,12.703140258789062
SSLMU,λ<=log n,65536,1,775015,11.825790405273438
SSLMU,λ<=log n,65536,1,801333,12.227371215820312
SSLMU,λ<=log n,65536,1,870990,13.290252685546875
SSLMU,λ<=log n,65536,1,799632,12.201416015625
SSDIU,λ<=log n,65536,1,821153,12.529800415039062
SSDIU,λ<=log n,65536,1,778548,11.87969970703125
SSDIU,λ<=log n,65536,1,840976,12.832275390625
SSDIU,λ<=log n,65536,1,892970,13.625640869140625
SSDIU,λ<=log n,65536,1,819182,12.499725341796875
SSDIU,λ<=log n,65536,1,756070,11.536712646484375
SSDIU,λ<=log n,65536,1,780157,11.904251098632812
SSDIU,λ<=log n,65536,1,834948,12.74029541015625
SSDIU,λ<=log n,65536,1,973248,14.8505859375
SSDIU,λ<=log n,65536,1,905871,13.822494506835938
SSDIU,λ<=log n,65536,1,865500,13.20648193359375
SSDIU,λ<=log n,65536,1,805649,12.293228149414062
SSDIU,λ<=log n,65536,1,792022,12.085296630859375
SSDIU,λ<=log n,65536,1,877932,13.39617919921875
SSDIU,λ<=log n,65536,1,796940,12.16033935546875
SSDIU,λ<=log n,65536,1,942689,14.384292602539062
SSDIU,λ<=log n,65536,1,847761,12.935806274414062
SSDIU,λ<=log n,65536,1,806600,12.3077392578125
SSDIU,λ<=log n,65536,1,873045,13.321609497070312
SSDIU,λ<=log n,65536,1,823087,12.559310913085938
SSDIU,λ<=log n,65536,1,796832,12.15869140625
SSDIU,λ<=log n,65536,1,854718,13.041961669921875
SSDIU,λ<=log n,65536,1,788411,12.030197143554688
SSDIU,λ<=log n,65536,1,789198,12.042205810546875
SSDIU,λ<=log n,65536,1,886480,13.526611328125
SSDIU,λ<=log n,65536,1,816384,12.45703125
SSDIU,λ<=log n,65536,1,787608,12.0179443359375
SSDIU,λ<=log n,65536,1,869812,13.27227783203125
SSDIU,λ<=log n,65536,1,831188,12.68292236328125
SSDIU,λ<=log n,65536,1,787324,12.01361083984375
SSDIU,λ<=log n,65536,1,850722,12.980987548828125
SSDIU,λ<=log n,65536,1,822315,12.547531127929688
SSDIU,λ<=log n,65536,1,844848,12.891357421875
SSDIU,λ<=log n,65536,1,799733,12.202957153320312
SSDIU,λ<=log n,65536,1,804669,12.278274536132812
SSDIU,λ<=log n,65536,1,910430,13.892059326171875
SSDIU,λ<=log n,65536,1,840219,12.820724487304688
SSDIU,λ<=log n,65536,1,825344,12.59375
SSDIU,λ<=log n,65536,1,811747,12.386276245117188
SSDIU,λ<=log n,65536,1,882271,13.462387084960938
SSDIU,λ<=log n,65536,1,890223,13.583724975585938
SSDIU,λ<=log n,65536,1,781708,11.92791748046875
SSDIU,λ<=log n,65536,1,802034,12.238067626953125
SSDIU,λ<=log n,65536,1,818018,12.481964111328125
SSDIU,λ<=log n,65536,1,792403,12.091110229492188
SSDIU,λ<=log n,65536,1,861829,13.150466918945312
SSDIU,λ<=log n,65536,1,836357,12.761795043945312
SSDIU,λ<=log n,65536,1,877852,13.39495849609375
SSDIU,λ<=log n,65536,1,903556,13.78717041015625
SSDIU,λ<=log n,65536,1,826725,12.614822387695312
SSDIU,λ<=log n,65536,1,815746,12.447296142578125
SSDIU,λ<=log n,65536,1,808553,12.337539672851562
SSDIU,λ<=log n,65536,1,785629,11.987747192382812
SSDIU,λ<=log n,65536,1,834406,12.732025146484375
SSDIU,λ<=log n,65536,1,814316,12.42547607421875
SSDIU,λ<=log n,65536,1,835815,12.753524780273438
SSDIU,λ<=log n,65536,1,790646,12.064300537109375
SSDIU,λ<=log n,65536,1,857172,13.07940673828125
SSDIU,λ<=log n,65536,1,833244,12.71429443359375
SSDIU,λ<=log n,65536,1,836004,12.75640869140625
SSDIU,λ<=log n,65536,1,811406,12.381072998046875
SSDIU,λ<=log n,65536,1,855482,13.053619384765625
SSDIU,λ<=log n,65536,1,806940,12.31292724609375
SSDIU,λ<=log n,65536,1,824203,12.576339721679688
SSDIU,λ<=log n,65536,1,849452,12.96160888671875
SSDIU,λ<=log n,65536,1,850641,12.979751586914062
SSDIU,λ<=log n,65536,1,895143,13.658798217773438
SSDIU,λ<=log n,65536,1,927795,14.157028198242188
SSDIU,λ<=log n,65536,1,829286,12.653900146484375
SSDIU,λ<=log n,65536,1,871366,13.295989990234375
SSDIU,λ<=log n,65536,1,857802,13.089019775390625
SSDIU,λ<=log n,65536,1,837324,12.77655029296875
SSDIU,λ<=log n,65536,1,837431,12.778182983398438
SSDIU,λ<=log n,65536,1,791923,12.083786010742188
SSDIU,λ<=log n,65536,1,860990,13.137664794921875
SSDIU,λ<=log n,65536,1,835170,12.743682861328125
SSDIU,λ<=log n,65536,1,821945,12.541885375976562
SSDIU,λ<=log n,65536,1,802312,12.2423095703125
SSDIU,λ<=log n,65536,1,810505,12.367324829101562
SSDIU,λ<=log n,65536,1,867417,13.235733032226562
SSDIU,λ<=log n,65536,1,791070,12.070770263671875
SSDIU,λ<=log n,65536,1,860397,13.128616333007812
SSDIU,λ<=log n,65536,1,845877,12.907058715820312
SSDIU,λ<=log n,65536,1,852080,13.001708984375
SSDIU,λ<=log n,65536,1,831106,12.681671142578125
SSDIU,λ<=log n,65536,1,784770,11.974639892578125
SSDIU,λ<=log n,65536,1,846563,12.917526245117188
SSDIU,λ<=log n,65536,1,874278,13.340423583984375
SSDIU,λ<=log n,65536,1,813828,12.41802978515625
SSDIU,λ<=log n,65536,1,1019619,15.558151245117188
SSDIU,λ<=log n,65536,1,920088,14.0394287109375
SSDIU,λ<=log n,65536,1,778006,11.871429443359375
SSDIU,λ<=log n,65536,1,835468,12.74822998046875
SSDIU,λ<=log n,65536,1,786786,12.005401611328125
SSDIU,λ<=log n,65536,1,866035,13.214645385742188
SSDIU,λ<=log n,65536,1,849196,12.95770263671875
SSDIU,λ<=log n,65536,1,918465,14.014663696289062
SSDIU,λ<=log n,65536,1,856481,13.068862915039062
SSDIU,λ<=log n,65536,1,808972,12.34393310546875
SSDIU,λ<=log n,65536,1,817655,12.476425170898438
SRDIU,λ<=log n,65536,1,558962,8.529083251953125
SRDIU,λ<=log n,65536,1,495180,7.55584716796875
SRDIU,λ<=log n,65536,1,570383,8.703353881835938
SRDIU,λ<=log n,65536,1,526508,8.03387451171875
SRDIU,λ<=log n,65536,1,521513,7.9576568603515625
SRDIU,λ<=log n,65536,1,497404,7.58978271484375
SRDIU,λ<=log n,65536,1,575467,8.780929565429688
SRDIU,λ<=log n,65536,1,580904,8.8638916015625
SRDIU,λ<=log n,65536,1,554012,8.45355224609375
SRDIU,λ<=log n,65536,1,587028,8.95733642578125
SRDIU,λ<=log n,65536,1,550723,8.403366088867188
SRDIU,λ<=log n,65536,1,540540,8.24798583984375
SRDIU,λ<=log n,65536,1,543244,8.28924560546875
SRDIU,λ<=log n,65536,1,510353,7.7873687744140625
SRDIU,λ<=log n,65536,1,529783,8.083847045898438
SRDIU,λ<=log n,65536,1,580930,8.864288330078125
SRDIU,λ<=log n,65536,1,519501,7.9269561767578125
SRDIU,λ<=log n,65536,1,540056,8.2406005859375
SRDIU,λ<=log n,65536,1,505364,7.71124267578125
SRDIU,λ<=log n,65536,1,503466,7.682281494140625
SRDIU,λ<=log n,65536,1,511748,7.80865478515625
SRDIU,λ<=log n,65536,1,512711,7.8233489990234375
SRDIU,λ<=log n,65536,1,538639,8.218978881835938
SRDIU,λ<=log n,65536,1,493295,7.5270843505859375
SRDIU,λ<=log n,65536,1,549154,8.379425048828125
SRDIU,λ<=log n,65536,1,561807,8.572494506835938
SRDIU,λ<=log n,65536,1,582627,8.890182495117188
SRDIU,λ<=log n,65536,1,525453,8.017776489257812
SRDIU,λ<=log n,65536,1,526307,8.030807495117188
SRDIU,λ<=log n,65536,1,491564,7.50067138671875
SRDIU,λ<=log n,65536,1,526645,8.035964965820312
SRDIU,λ<=log n,65536,1,514434,7.849639892578125
SRDIU,λ<=log n,65536,1,540557,8.248245239257812
SRDIU,λ<=log n,65536,1,496917,7.5823516845703125
SRDIU,λ<=log n,65536,1,505410,7.711944580078125
SRDIU,λ<=log n,65536,1,554317,8.458206176757812
SRDIU,λ<=log n,65536,1,533423,8.139389038085938
SRDIU,λ<=log n,65536,1,509222,7.770111083984375
SRDIU,λ<=log n,65536,1,525386,8.016754150390625
SRDIU,λ<=log n,65536,1,535596,8.17254638671875
SRDIU,λ<=log n,65536,1,491756,7.50360107421875
SRDIU,λ<=log n,65536,1,530690,8.097686767578125
SRDIU,λ<=log n,65536,1,511651,7.8071746826171875
SRDIU,λ<=log n,65536,1,488210,7.449493408203125
SRDIU,λ<=log n,65536,1,530802,8.099395751953125
SRDIU,λ<=log n,65536,1,554775,8.465194702148438
SRDIU,λ<=log n,65536,1,527251,8.045211791992188
SRDIU,λ<=log n,65536,1,519015,7.9195404052734375
SRDIU,λ<=log n,65536,1,505721,7.7166900634765625
SRDIU,λ<=log n,65536,1,549873,8.390396118164062
SRDIU,λ<=log n,65536,1,503215,7.6784515380859375
SRDIU,λ<=log n,65536,1,540758,8.251312255859375
SRDIU,λ<=log n,65536,1,524580,8.00445556640625
SRDIU,λ<=log n,65536,1,519520,7.92724609375
SRDIU,λ<=log n,65536,1,541995,8.270187377929688
SRDIU,λ<=log n,65536,1,503682,7.685577392578125
SRDIU,λ<=log n,65536,1,502876,7.67327880859375
SRDIU,λ<=log n,65536,1,520052,7.93536376953125
SRDIU,λ<=log n,65536,1,553497,8.445693969726562
SRDIU,λ<=log n,65536,1,519041,7.9199371337890625
SRDIU,λ<=log n,65536,1,504711,7.7012786865234375
SRDIU,λ<=log n,65536,1,519126,7.921234130859375
SRDIU,λ<=log n,65536,1,523674,7.990631103515625
SRDIU,λ<=log n,65536,1,518825,7.9166412353515625
SRDIU,λ<=log n,65536,1,542845,8.283157348632812
SRDIU,λ<=log n,65536,1,524067,7.9966278076171875
SRDIU,λ<=log n,65536,1,634865,9.687271118164062
SRDIU,λ<=log n,65536,1,512872,7.8258056640625
SRDIU,λ<=log n,65536,1,538305,8.213882446289062
SRDIU,λ<=log n,65536,1,495085,7.5543975830078125
SRDIU,λ<=log n,65536,1,516285,7.8778839111328125
SRDIU,λ<=log n,65536,1,569142,8.684417724609375
SRDIU,λ<=log n,65536,1,545178,8.318756103515625
SRDIU,λ<=log n,65536,1,518545,7.9123687744140625
SRDIU,λ<=log n,65536,1,515111,7.8599700927734375
SRDIU,λ<=log n,65536,1,550796,8.40447998046875
SRDIU,λ<=log n,65536,1,553170,8.440704345703125
SRDIU,λ<=log n,65536,1,527971,8.056198120117188
SRDIU,λ<=log n,65536,1,524701,8.006301879882812
SRDIU,λ<=log n,65536,1,553840,8.450927734375
SRDIU,λ<=log n,65536,1,516097,7.8750152587890625
SRDIU,λ<=log n,65536,1,517142,7.890960693359375
SRDIU,λ<=log n,65536,1,549516,8.38494873046875
SRDIU,λ<=log n,65536,1,524624,8.005126953125
SRDIU,λ<=log n,65536,1,537019,8.194259643554688
SRDIU,λ<=log n,65536,1,549671,8.387313842773438
SRDIU,λ<=log n,65536,1,538427,8.215744018554688
SRDIU,λ<=log n,65536,1,522980,7.98004150390625
SRDIU,λ<=log n,65536,1,494582,7.546722412109375
SRDIU,λ<=log n,65536,1,520899,7.9482879638671875
SRDIU,λ<=log n,65536,1,484420,7.39166259765625
SRDIU,λ<=log n,65536,1,523791,7.9924163818359375
SRDIU,λ<=log n,65536,1,549056,8.3779296875
SRDIU,λ<=log n,65536,1,566857,8.649551391601562
SRDIU,λ<=log n,65536,1,569271,8.686386108398438
SRDIU,λ<=log n,65536,1,617978,9.429595947265625
SRDIU,λ<=log n,65536,1,582352,8.885986328125
SRDIU,λ<=log n,65536,1,498517,7.6067657470703125
SRDIU,λ<=log n,65536,1,493662,7.532684326171875
SRDIU,λ<=log n,65536,1,550915,8.406295776367188
SHDIU,λ<=log n,65536,1,521039,7.9504241943359375
SHDIU,λ<=log n,65536,1,502579,7.6687469482421875
SHDIU,λ<=log n,65536,1,544277,8.305007934570312
SHDIU,λ<=log n,65536,1,496692,7.57891845703125
SHDIU,λ<=log n,65536,1,548458,8.368804931640625
SHDIU,λ<=log n,65536,1,509531,7.7748260498046875
SHDIU,λ<=log n,65536,1,491902,7.505828857421875
SHDIU,λ<=log n,65536,1,490896,7.490478515625
SHDIU,λ<=log n,65536,1,534450,8.155059814453125
SHDIU,λ<=log n,65536,1,495584,7.56201171875
SHDIU,λ<=log n,65536,1,526791,8.038192749023438
SHDIU,λ<=log n,65536,1,509012,7.76690673828125
SHDIU,λ<=log n,65536,1,501151,7.6469573974609375
SHDIU,λ<=log n,65536,1,527274,8.045562744140625
SHDIU,λ<=log n,65536,1,499923,7.6282196044921875
SHDIU,λ<=log n,65536,1,532195,8.120651245117188
SHDIU,λ<=log n,65536,1,526001,8.026138305664062
SHDIU,λ<=log n,65536,1,534558,8.156707763671875
SHDIU,λ<=log n,65536,1,536930,8.192901611328125
SHDIU,λ<=log n,65536,1,523995,7.9955291748046875
SHDIU,λ<=log n,65536,1,521285,7.9541778564453125
SHDIU,λ<=log n,65536,1,486160,7.418212890625
SHDIU,λ<=log n,65536,1,509354,7.772125244140625
SHDIU,λ<=log n,65536,1,522501,7.9727325439453125
SHDIU,λ<=log n,65536,1,515874,7.871612548828125
SHDIU,λ<=log n,65536,1,541788,8.26702880859375
SHDIU,λ<=log n,65536,1,492115,7.5090789794921875
SHDIU,λ<=log n,65536,1,527591,8.050399780273438
SHDIU,λ<=log n,65536,1,544257,8.304702758789062
SHDIU,λ<=log n,65536,1,520484,7.94195556640625
SHDIU,λ<=log n,65536,1,503552,7.68359375
SHDIU,λ<=log n,65536,1,532329,8.122695922851562
SHDIU,λ<=log n,65536,1,522417,7.9714508056640625
SHDIU,λ<=log n,65536,1,474521,7.2406158447265625
SHDIU,λ<=log n,65536,1,506443,7.7277069091796875
SHDIU,λ<=log n,65536,1,486219,7.4191131591796875
SHDIU,λ<=log n,65536,1,529196,8.07489013671875
SHDIU,λ<=log n,65536,1,520751,7.9460296630859375
SHDIU,λ<=log n,65536,1,504949,7.7049102783203125
SHDIU,λ<=log n,65536,1,495008,7.55322265625
SHDIU,λ<=log n,65536,1,504269,7.6945343017578125
SHDIU,λ<=log n,65536,1,549633,8.386734008789062
SHDIU,λ<=log n,65536,1,553037,8.438674926757812
SHDIU,λ<=log n,65536,1,489164,7.46405029296875
SHDIU,λ<=log n,65536,1,516902,7.887298583984375
SHDIU,λ<=log n,65536,1,500810,7.641754150390625
SHDIU,λ<=log n,65536,1,529204,8.07501220703125
SHDIU,λ<=log n,65536,1,533106,8.134552001953125
SHDIU,λ<=log n,65536,1,486161,7.4182281494140625
SHDIU,λ<=log n,65536,1,491910,7.505950927734375
SHDIU,λ<=log n,65536,1,540656,8.249755859375
SHDIU,λ<=log n,65536,1,524462,8.002655029296875
SHDIU,λ<=log n,65536,1,482884,7.36822509765625
SHDIU,λ<=log n,65536,1,512755,7.8240203857421875
SHDIU,λ<=log n,65536,1,498856,7.6119384765625
SHDIU,λ<=log n,65536,1,530373,8.092849731445312
SHDIU,λ<=log n,65536,1,556129,8.485855102539062
SHDIU,λ<=log n,65536,1,518318,7.908905029296875
SHDIU,λ<=log n,65536,1,508664,7.7615966796875
SHDIU,λ<=log n,65536,1,509052,7.76751708984375
SHDIU,λ<=log n,65536,1,528343,8.061874389648438
SHDIU,λ<=log n,65536,1,504100,7.69195556640625
SHDIU,λ<=log n,65536,1,504240,7.694091796875
SHDIU,λ<=log n,65536,1,496153,7.5706939697265625
SHDIU,λ<=log n,65536,1,512034,7.813018798828125
SHDIU,λ<=log n,65536,1,487919,7.4450531005859375
SHDIU,λ<=log n,65536,1,528505,8.064346313476562
SHDIU,λ<=log n,65536,1,538451,8.216110229492188
SHDIU,λ<=log n,65536,1,537460,8.20098876953125
SHDIU,λ<=log n,65536,1,544410,8.307037353515625
SHDIU,λ<=log n,65536,1,516413,7.8798370361328125
SHDIU,λ<=log n,65536,1,586798,8.953826904296875
SHDIU,λ<=log n,65536,1,509744,7.778076171875
SHDIU,λ<=log n,65536,1,527873,8.054702758789062
SHDIU,λ<=log n,65536,1,527344,8.046630859375
SHDIU,λ<=log n,65536,1,553036,8.43865966796875
SHDIU,λ<=log n,65536,1,483415,7.3763275146484375
SHDIU,λ<=log n,65536,1,482842,7.367584228515625
SHDIU,λ<=log n,65536,1,523342,7.985565185546875
SHDIU,λ<=log n,65536,1,488249,7.4500885009765625
SHDIU,λ<=log n,65536,1,558775,8.526229858398438
SHDIU,λ<=log n,65536,1,558308,8.51910400390625
SHDIU,λ<=log n,65536,1,548017,8.362075805664062
SHDIU,λ<=log n,65536,1,487528,7.4390869140625
SHDIU,λ<=log n,65536,1,532129,8.119644165039062
SHDIU,λ<=log n,65536,1,556825,8.496475219726562
SHDIU,λ<=log n,65536,1,502508,7.66766357421875
SHDIU,λ<=log n,65536,1,508119,7.7532806396484375
SHDIU,λ<=log n,65536,1,499803,7.6263885498046875
SHDIU,λ<=log n,65536,1,532920,8.1317138671875
SHDIU,λ<=log n,65536,1,521708,7.96063232421875
SHDIU,λ<=log n,65536,1,502698,7.670562744140625
SHDIU,λ<=log n,65536,1,515074,7.859405517578125
SHDIU,λ<=log n,65536,1,490761,7.4884185791015625
SHDIU,λ<=log n,65536,1,538790,8.221282958984375
SHDIU,λ<=log n,65536,1,528573,8.065383911132812
SHDIU,λ<=log n,65536,1,505869,7.7189483642578125
SHDIU,λ<=log n,65536,1,528702,8.067352294921875
SHDIU,λ<=log n,65536,1,487048,7.4317626953125
SHDIU,λ<=log n,65536,1,493830,7.535247802734375
SHLIU,λ<=log n,65536,1,546049,8.332046508789062
SHLIU,λ<=log n,65536,1,585252,8.93023681640625
SHLIU,λ<=log n,65536,1,523188,7.98321533203125
SHLIU,λ<=log n,65536,1,529728,8.0830078125
SHLIU,λ<=log n,65536,1,552178,8.425567626953125
SHLIU,λ<=log n,65536,1,515676,7.86859130859375
SHLIU,λ<=log n,65536,1,551114,8.409332275390625
SHLIU,λ<=log n,65536,1,528695,8.067245483398438
SHLIU,λ<=log n,65536,1,497443,7.5903778076171875
SHLIU,λ<=log n,65536,1,535646,8.173309326171875
SHLIU,λ<=log n,65536,1,505903,7.7194671630859375
SHLIU,λ<=log n,65536,1,518919,7.9180755615234375
SHLIU,λ<=log n,65536,1,517755,7.9003143310546875
SHLIU,λ<=log n,65536,1,490163,7.4792938232421875
SHLIU,λ<=log n,65536,1,616720,9.410400390625
SHLIU,λ<=log n,65536,1,581795,8.877487182617188
SHLIU,λ<=log n,65536,1,520662,7.944671630859375
SHLIU,λ<=log n,65536,1,574753,8.770034790039062
SHLIU,λ<=log n,65536,1,512540,7.82073974609375
SHLIU,λ<=log n,65536,1,508474,7.758697509765625
SHLIU,λ<=log n,65536,1,517897,7.9024810791015625
SHLIU,λ<=log n,65536,1,491705,7.5028228759765625
SHLIU,λ<=log n,65536,1,537329,8.198989868164062
SHLIU,λ<=log n,65536,1,510942,7.796356201171875
SHLIU,λ<=log n,65536,1,512450,7.819366455078125
SHLIU,λ<=log n,65536,1,500326,7.634368896484375
SHLIU,λ<=log n,65536,1,525668,8.02105712890625
SHLIU,λ<=log n,65536,1,530192,8.090087890625
SHLIU,λ<=log n,65536,1,515363,7.8638153076171875
SHLIU,λ<=log n,65536,1,509019,7.7670135498046875
SHLIU,λ<=log n,65536,1,534344,8.1534423828125
SHLIU,λ<=log n,65536,1,492823,7.5198822021484375
SHLIU,λ<=log n,65536,1,546978,8.346221923828125
SHLIU,λ<=log n,65536,1,540128,8.24169921875
SHLIU,λ<=log n,65536,1,549907,8.390914916992188
SHLIU,λ<=log n,65536,1,503634,7.684844970703125
SHLIU,λ<=log n,65536,1,521067,7.9508514404296875
SHLIU,λ<=log n,65536,1,499472,7.621337890625
SHLIU,λ<=log n,65536,1,558277,8.518630981445312
SHLIU,λ<=log n,65536,1,539381,8.230300903320312
SHLIU,λ<=log n,65536,1,562111,8.577133178710938
SHLIU,λ<=log n,65536,1,519427,7.9258270263671875
SHLIU,λ<=log n,65536,1,536470,8.185882568359375
SHLIU,λ<=log n,65536,1,543922,8.299591064453125
SHLIU,λ<=log n,65536,1,507836,7.74896240234375
SHLIU,λ<=log n,65536,1,516662,7.883636474609375
SHLIU,λ<=log n,65536,1,516680,7.8839111328125
SHLIU,λ<=log n,65536,1,524524,8.00360107421875
SHLIU,λ<=log n,65536,1,558020,8.51470947265625
SHLIU,λ<=log n,65536,1,577214,8.807586669921875
SHLIU,λ<=log n,65536,1,509676,7.77703857421875
SHLIU,λ<=log n,65536,1,535779,8.175338745117188
SHLIU,λ<=log n,65536,1,536595,8.187789916992188
SHLIU,λ<=log n,65536,1,516330,7.878570556640625
SHLIU,λ<=log n,65536,1,541301,8.259597778320312
SHLIU,λ<=log n,65536,1,533338,8.138092041015625
SHLIU,λ<=log n,65536,1,551356,8.41302490234375
SHLIU,λ<=log n,65536,1,571376,8.718505859375
SHLIU,λ<=log n,65536,1,499972,7.62896728515625
SHLIU,λ<=log n,65536,1,514811,7.8553924560546875
SHLIU,λ<=log n,65536,1,496612,7.57769775390625
SHLIU,λ<=log n,65536,1,549984,8.39208984375
SHLIU,λ<=log n,65536,1,502613,7.6692657470703125
SHLIU,λ<=log n,65536,1,544527,8.308822631835938
SHLIU,λ<=log n,65536,1,522713,7.9759674072265625
SHLIU,λ<=log n,65536,1,502210,7.663116455078125
SHLIU,λ<=log n,65536,1,494190,7.540740966796875
SHLIU,λ<=log n,65536,1,514272,7.84716796875
SHLIU,λ<=log n,65536,1,529671,8.082138061523438
SHLIU,λ<=log n,65536,1,482103,7.3563079833984375
SHLIU,λ<=log n,65536,1,530686,8.097625732421875
SHLIU,λ<=log n,65536,1,511709,7.8080596923828125
SHLIU,λ<=log n,65536,1,500416,7.6357421875
SHLIU,λ<=log n,65536,1,495940,7.56744384765625
SHLIU,λ<=log n,65536,1,523953,7.9948883056640625
SHLIU,λ<=log n,65536,1,505718,7.716644287109375
SHLIU,λ<=log n,65536,1,518957,7.9186553955078125
SHLIU,λ<=log n,65536,1,526186,8.028961181640625
SHLIU,λ<=log n,65536,1,504246,7.694183349609375
SHLIU,λ<=log n,65536,1,584198,8.914154052734375
SHLIU,λ<=log n,65536,1,551441,8.414321899414062
SHLIU,λ<=log n,65536,1,520372,7.94024658203125
SHLIU,λ<=log n,65536,1,512626,7.822052001953125
SHLIU,λ<=log n,65536,1,493714,7.533477783203125
SHLIU,λ<=log n,65536,1,525843,8.023727416992188
SHLIU,λ<=log n,65536,1,567611,8.661056518554688
SHLIU,λ<=log n,65536,1,523958,7.994964599609375
SHLIU,λ<=log n,65536,1,529607,8.081161499023438
SHLIU,λ<=log n,65536,1,502485,7.6673126220703125
SHLIU,λ<=log n,65536,1,515962,7.872955322265625
SHLIU,λ<=log n,65536,1,508129,7.7534332275390625
SHLIU,λ<=log n,65536,1,534708,8.15899658203125
SHLIU,λ<=log n,65536,1,573298,8.747833251953125
SHLIU,λ<=log n,65536,1,547142,8.348724365234375
SHLIU,λ<=log n,65536,1,563770,8.602447509765625
SHLIU,λ<=log n,65536,1,520509,7.9423370361328125
SHLIU,λ<=log n,65536,1,505465,7.7127838134765625
SHLIU,λ<=log n,65536,1,504593,7.6994781494140625
SHLIU,λ<=log n,65536,1,513090,7.829132080078125
SHLIU,λ<=log n,65536,1,517745,7.9001617431640625
SRLIU,λ<=log n,65536,1,579649,8.844741821289062
SRLIU,λ<=log n,65536,1,547811,8.358932495117188
SRLIU,λ<=log n,65536,1,566732,8.64764404296875
SRLIU,λ<=log n,65536,1,571798,8.724945068359375
SRLIU,λ<=log n,65536,1,564043,8.606613159179688
SRLIU,λ<=log n,65536,1,570122,8.699371337890625
SRLIU,λ<=log n,65536,1,591687,9.028427124023438
SRLIU,λ<=log n,65536,1,541795,8.267135620117188
SRLIU,λ<=log n,65536,1,556111,8.485580444335938
SRLIU,λ<=log n,65536,1,573274,8.747467041015625
SRLIU,λ<=log n,65536,1,561092,8.56158447265625
SRLIU,λ<=log n,65536,1,587335,8.962020874023438
SRLIU,λ<=log n,65536,1,541622,8.264495849609375
SRLIU,λ<=log n,65536,1,549347,8.382369995117188
SRLIU,λ<=log n,65536,1,607389,9.268020629882812
SRLIU,λ<=log n,65536,1,577195,8.807296752929688
SRLIU,λ<=log n,65536,1,561878,8.573577880859375
SRLIU,λ<=log n,65536,1,586011,8.941818237304688
SRLIU,λ<=log n,65536,1,551922,8.421661376953125
SRLIU,λ<=log n,65536,1,567865,8.664932250976562
SRLIU,λ<=log n,65536,1,555758,8.480194091796875
SRLIU,λ<=log n,65536,1,558397,8.520462036132812
SRLIU,λ<=log n,65536,1,571332,8.71783447265625
SRLIU,λ<=log n,65536,1,562565,8.584060668945312
SRLIU,λ<=log n,65536,1,580763,8.861740112304688
SRLIU,λ<=log n,65536,1,593914,9.062408447265625
SRLIU,λ<=log n,65536,1,589304,8.9920654296875
SRLIU,λ<=log n,65536,1,548375,8.367538452148438
SRLIU,λ<=log n,65536,1,620611,9.469772338867188
SRLIU,λ<=log n,65536,1,577039,8.804916381835938
SRLIU,λ<=log n,65536,1,603433,9.207656860351562
SRLIU,λ<=log n,65536,1,561596,8.56927490234375
SRLIU,λ<=log n,65536,1,528194,8.059600830078125
SRLIU,λ<=log n,65536,1,563132,8.59271240234375
SRLIU,λ<=log n,65536,1,563949,8.605178833007812
SRLIU,λ<=log n,65536,1,607917,9.276077270507812
SRLIU,λ<=log n,65536,1,563060,8.59161376953125
SRLIU,λ<=log n,65536,1,531289,8.106826782226562
SRLIU,λ<=log n,65536,1,567260,8.65570068359375
SRLIU,λ<=log n,65536,1,562141,8.577590942382812
SRLIU,λ<=log n,65536,1,586239,8.945297241210938
SRLIU,λ<=log n,65536,1,558040,8.5150146484375
SRLIU,λ<=log n,65536,1,567876,8.66510009765625
SRLIU,λ<=log n,65536,1,593817,9.060928344726562
SRLIU,λ<=log n,65536,1,601521,9.178482055664062
SRLIU,λ<=log n,65536,1,579969,8.849624633789062
SRLIU,λ<=log n,65536,1,551503,8.415267944335938
SRLIU,λ<=log n,65536,1,568307,8.671676635742188
SRLIU,λ<=log n,65536,1,611545,9.331436157226562
SRLIU,λ<=log n,65536,1,625430,9.543304443359375
SRLIU,λ<=log n,65536,1,629307,9.602462768554688
SRLIU,λ<=log n,65536,1,585834,8.939117431640625
SRLIU,λ<=log n,65536,1,564396,8.61199951171875
SRLIU,λ<=log n,65536,1,572041,8.728652954101562
SRLIU,λ<=log n,65536,1,542153,8.272598266601562
SRLIU,λ<=log n,65536,1,556161,8.486343383789062
SRLIU,λ<=log n,65536,1,573429,8.749832153320312
SRLIU,λ<=log n,65536,1,572834,8.740753173828125
SRLIU,λ<=log n,65536,1,572703,8.738754272460938
SRLIU,λ<=log n,65536,1,560106,8.546539306640625
SRLIU,λ<=log n,65536,1,565358,8.626678466796875
SRLIU,λ<=log n,65536,1,602598,9.194915771484375
SRLIU,λ<=log n,65536,1,553387,8.444015502929688
SRLIU,λ<=log n,65536,1,584346,8.916412353515625
SRLIU,λ<=log n,65536,1,552451,8.429733276367188
SRLIU,λ<=log n,65536,1,598319,9.129623413085938
SRLIU,λ<=log n,65536,1,612582,9.347259521484375
SRLIU,λ<=log n,65536,1,553680,8.448486328125
SRLIU,λ<=log n,65536,1,605041,9.232192993164062
SRLIU,λ<=log n,65536,1,551683,8.418014526367188
SRLIU,λ<=log n,65536,1,581235,8.868942260742188
SRLIU,λ<=log n,65536,1,545879,8.329452514648438
SRLIU,λ<=log n,65536,1,596653,9.104202270507812
SRLIU,λ<=log n,65536,1,584938,8.925445556640625
SRLIU,λ<=log n,65536,1,647108,9.87408447265625
SRLIU,λ<=log n,65536,1,597946,9.123931884765625
SRLIU,λ<=log n,65536,1,592963,9.047897338867188
SRLIU,λ<=log n,65536,1,586357,8.947097778320312
SRLIU,λ<=log n,65536,1,539937,8.238784790039062
SRLIU,λ<=log n,65536,1,584302,8.915740966796875
SRLIU,λ<=log n,65536,1,585297,8.930923461914062
SRLIU,λ<=log n,65536,1,632982,9.658538818359375
SRLIU,λ<=log n,65536,1,572600,8.7371826171875
SRLIU,λ<=log n,65536,1,562451,8.582321166992188
SRLIU,λ<=log n,65536,1,619278,9.449432373046875
SRLIU,λ<=log n,65536,1,552542,8.431121826171875
SRLIU,λ<=log n,65536,1,597558,9.118011474609375
SRLIU,λ<=log n,65536,1,564445,8.612747192382812
SRLIU,λ<=log n,65536,1,582565,8.889236450195312
SRLIU,λ<=log n,65536,1,587502,8.964569091796875
SRLIU,λ<=log n,65536,1,573812,8.75567626953125
SRLIU,λ<=log n,65536,1,640210,9.768829345703125
SRLIU,λ<=log n,65536,1,614441,9.375625610351562
SRLIU,λ<=log n,65536,1,577679,8.814682006835938
SRLIU,λ<=log n,65536,1,584528,8.919189453125
SRLIU,λ<=log n,65536,1,553396,8.44415283203125
SRLIU,λ<=log n,65536,1,571516,8.72064208984375
SRLIU,λ<=log n,65536,1,571622,8.722259521484375
SRLIU,λ<=log n,65536,1,576605,8.798294067382812
SRLIU,λ<=log n,65536,1,568357,8.672439575195312
SSLIU,λ<=log n,65536,1,825999,12.603744506835938
SSLIU,λ<=log n,65536,1,755447,11.527206420898438
SSLIU,λ<=log n,65536,1,867045,13.230056762695312
SSLIU,λ<=log n,65536,1,829823,12.662094116210938
SSLIU,λ<=log n,65536,1,773495,11.802597045898438
SSLIU,λ<=log n,65536,1,738758,11.272552490234375
SSLIU,λ<=log n,65536,1,765187,11.675827026367188
SSLIU,λ<=log n,65536,1,795005,12.130813598632812
SSLIU,λ<=log n,65536,1,786443,12.000167846679688
SSLIU,λ<=log n,65536,1,808647,12.338973999023438
SSLIU,λ<=log n,65536,1,754407,11.511337280273438
SSLIU,λ<=log n,65536,1,825608,12.5977783203125
SSLIU,λ<=log n,65536,1,855088,13.047607421875
SSLIU,λ<=log n,65536,1,829103,12.651107788085938
SSLIU,λ<=log n,65536,1,771373,11.770217895507812
SSLIU,λ<=log n,65536,1,811283,12.379196166992188
SSLIU,λ<=log n,65536,1,777308,11.86077880859375
SSLIU,λ<=log n,65536,1,790455,12.061386108398438
SSLIU,λ<=log n,65536,1,789153,12.041519165039062
SSLIU,λ<=log n,65536,1,805240,12.2869873046875
SSLIU,λ<=log n,65536,1,761449,11.618789672851562
SSLIU,λ<=log n,65536,1,758371,11.571823120117188
SSLIU,λ<=log n,65536,1,786051,11.994186401367188
SSLIU,λ<=log n,65536,1,895190,13.659515380859375
SSLIU,λ<=log n,65536,1,769314,11.738800048828125
SSLIU,λ<=log n,65536,1,879398,13.418548583984375
SSLIU,λ<=log n,65536,1,764431,11.664291381835938
SSLIU,λ<=log n,65536,1,837430,12.778167724609375
SSLIU,λ<=log n,65536,1,854057,13.031875610351562
SSLIU,λ<=log n,65536,1,768552,11.7271728515625
SSLIU,λ<=log n,65536,1,782402,11.938507080078125
SSLIU,λ<=log n,65536,1,756227,11.539108276367188
SSLIU,λ<=log n,65536,1,747028,11.39874267578125
SSLIU,λ<=log n,65536,1,847083,12.925460815429688
SSLIU,λ<=log n,65536,1,787810,12.021026611328125
SSLIU,λ<=log n,65536,1,758761,11.577774047851562
SSLIU,λ<=log n,65536,1,761521,11.619888305664062
SSLIU,λ<=log n,65536,1,914616,13.9559326171875
SSLIU,λ<=log n,65536,1,777236,11.85968017578125
SSLIU,λ<=log n,65536,1,798338,12.181671142578125
SSLIU,λ<=log n,65536,1,768105,11.720352172851562
SSLIU,λ<=log n,65536,1,773743,11.806381225585938
SSLIU,λ<=log n,65536,1,742387,11.327926635742188
SSLIU,λ<=log n,65536,1,790117,12.056228637695312
SSLIU,λ<=log n,65536,1,769904,11.747802734375
SSLIU,λ<=log n,65536,1,761063,11.612899780273438
SSLIU,λ<=log n,65536,1,756790,11.547698974609375
SSLIU,λ<=log n,65536,1,839701,12.812820434570312
SSLIU,λ<=log n,65536,1,765377,11.678726196289062
SSLIU,λ<=log n,65536,1,781175,11.919784545898438
SSLIU,λ<=log n,65536,1,910330,13.890533447265625
SSLIU,λ<=log n,65536,1,790728,12.0655517578125
SSLIU,λ<=log n,65536,1,828041,12.634902954101562
SSLIU,λ<=log n,65536,1,779939,11.900924682617188
SSLIU,λ<=log n,65536,1,756945,11.550064086914062
SSLIU,λ<=log n,65536,1,787370,12.014312744140625
SSLIU,λ<=log n,65536,1,894787,13.653366088867188
SSLIU,λ<=log n,65536,1,864875,13.196945190429688
SSLIU,λ<=log n,65536,1,759243,11.585128784179688
SSLIU,λ<=log n,65536,1,772166,11.782318115234375
SSLIU,λ<=log n,65536,1,775794,11.837677001953125
SSLIU,λ<=log n,65536,1,779466,11.893707275390625
SSLIU,λ<=log n,65536,1,766648,11.6981201171875
SSLIU,λ<=log n,65536,1,740225,11.294937133789062
SSLIU,λ<=log n,65536,1,905422,13.815643310546875
SSLIU,λ<=log n,65536,1,760630,11.606292724609375
SSLIU,λ<=log n,65536,1,773586,11.803985595703125
SSLIU,λ<=log n,65536,1,870094,13.276580810546875
SSLIU,λ<=log n,65536,1,873953,13.335464477539062
SSLIU,λ<=log n,65536,1,745150,11.370086669921875
SSLIU,λ<=log n,65536,1,788584,12.0328369140625
SSLIU,λ<=log n,65536,1,809175,12.347030639648438
SSLIU,λ<=log n,65536,1,775413,11.831863403320312
SSLIU,λ<=log n,65536,1,762100,11.62872314453125
SSLIU,λ<=log n,65536,1,838007,12.786972045898438
SSLIU,λ<=log n,65536,1,824519,12.581161499023438
SSLIU,λ<=log n,65536,1,810848,12.37255859375
SSLIU,λ<=log n,65536,1,758947,11.580612182617188
SSLIU,λ<=log n,65536,1,803785,12.264785766601562
SSLIU,λ<=log n,65536,1,797386,12.167144775390625
SSLIU,λ<=log n,65536,1,773624,11.8045654296875
SSLIU,λ<=log n,65536,1,789092,12.04058837890625
SSLIU,λ<=log n,65536,1,813119,12.407211303710938
SSLIU,λ<=log n,65536,1,790487,12.061874389648438
SSLIU,λ<=log n,65536,1,780215,11.905136108398438
SSLIU,λ<=log n,65536,1,771012,11.76470947265625
SSLIU,λ<=log n,65536,1,766500,11.69586181640625
SSLIU,λ<=log n,65536,1,842203,12.850997924804688
SSLIU,λ<=log n,65536,1,792250,12.088775634765625
SSLIU,λ<=log n,65536,1,804852,12.28106689453125
SSLIU,λ<=log n,65536,1,812106,12.391754150390625
SSLIU,λ<=log n,65536,1,760020,11.59698486328125
SSLIU,λ<=log n,65536,1,859120,13.109130859375
SSLIU,λ<=log n,65536,1,726275,11.082077026367188
SSLIU,λ<=log n,65536,1,720498,10.993927001953125
SSLIU,λ<=log n,65536,1,852903,13.014266967773438
SSLIU,λ<=log n,65536,1,858478,13.099334716796875
SSLIU,λ<=log n,65536,1,746757,11.394607543945312
SSLIU,λ<=log n,65536,1,811029,12.375320434570312
SSLIU,λ<=log n,65536,1,825926,12.602630615234375
RSDCP,λ<=log n,8192,1,66968,8.1748046875
RSDCP,λ<=log n,8192,1,67005,8.1793212890625
RSDCP,λ<=log n,8192,1,70524,8.60888671875
RSDCP,λ<=log n,8192,1,78495,9.5819091796875
RSDCP,λ<=log n,8192,1,69163,8.4427490234375
RSDCP,λ<=log n,8192,1,65014,7.936279296875
RSDCP,λ<=log n,8192,1,72705,8.8751220703125
RSDCP,λ<=log n,8192,1,80806,9.864013671875
RSDCP,λ<=log n,8192,1,69713,8.5098876953125
RSDCP,λ<=log n,8192,1,65059,7.9417724609375
RSDCP,λ<=log n,8192,1,98063,11.9705810546875
RSDCP,λ<=log n,8192,1,77044,9.40478515625
RSDCP,λ<=log n,8192,1,63350,7.733154296875
RSDCP,λ<=log n,8192,1,75899,9.2650146484375
RSDCP,λ<=log n,8192,1,69327,8.4627685546875
RSDCP,λ<=log n,8192,1,70584,8.6162109375
RSDCP,λ<=log n,8192,1,60099,7.3363037109375
RSDCP,λ<=log n,8192,1,77080,9.4091796875
RSDCP,λ<=log n,8192,1,66275,8.0902099609375
RSDCP,λ<=log n,8192,1,79492,9.70361328125
RSDCP,λ<=log n,8192,1,78758,9.614013671875
RSDCP,λ<=log n,8192,1,70488,8.6044921875
RSDCP,λ<=log n,8192,1,72166,8.809326171875
RSDCP,λ<=log n,8192,1,77446,9.453857421875
RSDCP,λ<=log n,8192,1,64119,7.8270263671875
RSDCP,λ<=log n,8192,1,77292,9.43505859375
RSDCP,λ<=log n,8192,1,62051,7.5745849609375
RSDCP,λ<=log n,8192,1,62819,7.6683349609375
RSDCP,λ<=log n,8192,1,60325,7.3638916015625
RSDCP,λ<=log n,8192,1,79061,9.6510009765625
RSDCP,λ<=log n,8192,1,69956,8.53955078125
RSDCP,λ<=log n,8192,1,60428,7.37646484375
RSDCP,λ<=log n,8192,1,63599,7.7635498046875
RSDCP,λ<=log n,8192,1,59142,7.219482421875
RSDCP,λ<=log n,8192,1,72393,8.8370361328125
RSDCP,λ<=log n,8192,1,79073,9.6524658203125
RSDCP,λ<=log n,8192,1,93752,11.4443359375
RSDCP,λ<=log n,8192,1,70434,8.597900390625
RSDCP,λ<=log n,8192,1,82206,10.034912109375
RSDCP,λ<=log n,8192,1,67385,8.2257080078125
RSDCP,λ<=log n,8192,1,85405,10.4254150390625
RSDCP,λ<=log n,8192,1,74159,9.0526123046875
RSDCP,λ<=log n,8192,1,58090,7.091064453125
RSDCP,λ<=log n,8192,1,66652,8.13623046875
RSDCP,λ<=log n,8192,1,63199,7.7147216796875
RSDCP,λ<=log n,8192,1,59943,7.3172607421875
RSDCP,λ<=log n,8192,1,61557,7.5142822265625
RSDCP,λ<=log n,8192,1,89482,10.923095703125
RSDCP,λ<=log n,8192,1,101978,12.448486328125
RSDCP,λ<=log n,8192,1,68300,8.33740234375
RSDCP,λ<=log n,8192,1,62986,7.688720703125
RSDCP,λ<=log n,8192,1,60802,7.422119140625
RSDCP,λ<=log n,8192,1,71711,8.7537841796875
RSDCP,λ<=log n,8192,1,77063,9.4071044921875
RSDCP,λ<=log n,8192,1,67888,8.287109375
RSDCP,λ<=log n,8192,1,74795,9.1302490234375
RSDCP,λ<=log n,8192,1,70453,8.6002197265625
RSDCP,λ<=log n,8192,1,68342,8.342529296875
RSDCP,λ<=log n,8192,1,59181,7.2242431640625
RSDCP,λ<=log n,8192,1,60357,7.3677978515625
RSDCP,λ<=log n,8192,1,62018,7.570556640625
RSDCP,λ<=log n,8192,1,63003,7.6907958984375
RSDCP,λ<=log n,8192,1,75914,9.266845703125
RSDCP,λ<=log n,8192,1,80824,9.8662109375
RSDCP,λ<=log n,8192,1,78888,9.6298828125
RSDCP,λ<=log n,8192,1,67885,8.2867431640625
RSDCP,λ<=log n,8192,1,64643,7.8909912109375
RSDCP,λ<=log n,8192,1,64971,7.9310302734375
RSDCP,λ<=log n,8192,1,69430,8.475341796875
RSDCP,λ<=log n,8192,1,81424,9.939453125
RSDCP,λ<=log n,8192,1,59759,7.2947998046875
RSDCP,λ<=log n,8192,1,65264,7.966796875
RSDCP,λ<=log n,8192,1,91478,11.166748046875
RSDCP,λ<=log n,8192,1,72868,8.89501953125
RSDCP,λ<=log n,8192,1,60950,7.440185546875
RSDCP,λ<=log n,8192,1,68071,8.3094482421875
RSDCP,λ<=log n,8192,1,62928,7.681640625
RSDCP,λ<=log n,8192,1,67783,8.2742919921875
RSDCP,λ<=log n,8192,1,60968,7.4423828125
RSDCP,λ<=log n,8192,1,76830,9.378662109375
RSDCP,λ<=log n,8192,1,68779,8.3958740234375
RSDCP,λ<=log n,8192,1,66786,8.152587890625
RSDCP,λ<=log n,8192,1,63220,7.71728515625
RSDCP,λ<=log n,8192,1,88097,10.7540283203125
RSDCP,λ<=log n,8192,1,73099,8.9232177734375
RSDCP,λ<=log n,8192,1,65267,7.9671630859375
RSDCP,λ<=log n,8192,1,87047,10.6258544921875
RSDCP,λ<=log n,8192,1,80623,9.8416748046875
RSDCP,λ<=log n,8192,1,75910,9.266357421875
RSDCP,λ<=log n,8192,1,62818,7.668212890625
RSDCP,λ<=log n,8192,1,106469,12.9967041015625
RSDCP,λ<=log n,8192,1,70368,8.58984375
RSDCP,λ<=log n,8192,1,71107,8.6800537109375
RSDCP,λ<=log n,8192,1,72284,8.82373046875
RSDCP,λ<=log n,8192,1,69866,8.528564453125
RSDCP,λ<=log n,8192,1,59042,7.207275390625
RSDCP,λ<=log n,8192,1,71151,8.6854248046875
RSDCP,λ<=log n,8192,1,60590,7.396240234375
RSDCP,λ<=log n,8192,1,92850,11.334228515625
RSDCP,λ<=log n,8192,1,72912,8.900390625
RRDCP,λ<=log n,8192,1,47683,5.8206787109375
RRDCP,λ<=log n,8192,1,47419,5.7884521484375
RRDCP,λ<=log n,8192,1,52690,6.431884765625
RRDCP,λ<=log n,8192,1,50447,6.1580810546875
RRDCP,λ<=log n,8192,1,49446,6.035888671875
RRDCP,λ<=log n,8192,1,48985,5.9796142578125
RRDCP,λ<=log n,8192,1,52412,6.39794921875
RRDCP,λ<=log n,8192,1,51598,6.298583984375
RRDCP,λ<=log n,8192,1,49810,6.080322265625
RRDCP,λ<=log n,8192,1,52019,6.3499755859375
RRDCP,λ<=log n,8192,1,51591,6.2977294921875
RRDCP,λ<=log n,8192,1,48409,5.9093017578125
RRDCP,λ<=log n,8192,1,47203,5.7620849609375
RRDCP,λ<=log n,8192,1,51764,6.31884765625
RRDCP,λ<=log n,8192,1,50478,6.161865234375
RRDCP,λ<=log n,8192,1,48549,5.9263916015625
RRDCP,λ<=log n,8192,1,53702,6.555419921875
RRDCP,λ<=log n,8192,1,47576,5.8076171875
RRDCP,λ<=log n,8192,1,48525,5.9234619140625
RRDCP,λ<=log n,8192,1,51260,6.25732421875
RRDCP,λ<=log n,8192,1,47426,5.789306640625
RRDCP,λ<=log n,8192,1,48350,5.902099609375
RRDCP,λ<=log n,8192,1,53915,6.5814208984375
RRDCP,λ<=log n,8192,1,51643,6.3040771484375
RRDCP,λ<=log n,8192,1,51987,6.3460693359375
RRDCP,λ<=log n,8192,1,49149,5.9996337890625
RRDCP,λ<=log n,8192,1,46195,5.6390380859375
RRDCP,λ<=log n,8192,1,54298,6.628173828125
RRDCP,λ<=log n,8192,1,48900,5.96923828125
RRDCP,λ<=log n,8192,1,46539,5.6810302734375
RRDCP,λ<=log n,8192,1,53366,6.514404296875
RRDCP,λ<=log n,8192,1,50973,6.2222900390625
RRDCP,λ<=log n,8192,1,51531,6.2904052734375
RRDCP,λ<=log n,8192,1,52063,6.3553466796875
RRDCP,λ<=log n,8192,1,53667,6.5511474609375
RRDCP,λ<=log n,8192,1,50341,6.1451416015625
RRDCP,λ<=log n,8192,1,49623,6.0574951171875
RRDCP,λ<=log n,8192,1,54899,6.7015380859375
RRDCP,λ<=log n,8192,1,51417,6.2764892578125
RRDCP,λ<=log n,8192,1,47166,5.757568359375
RRDCP,λ<=log n,8192,1,49530,6.046142578125
RRDCP,λ<=log n,8192,1,54365,6.6363525390625
RRDCP,λ<=log n,8192,1,48278,5.893310546875
RRDCP,λ<=log n,8192,1,47741,5.8277587890625
RRDCP,λ<=log n,8192,1,47085,5.7476806640625
RRDCP,λ<=log n,8192,1,50220,6.13037109375
RRDCP,λ<=log n,8192,1,57103,6.9705810546875
RRDCP,λ<=log n,8192,1,47969,5.8555908203125
RRDCP,λ<=log n,8192,1,47760,5.830078125
RRDCP,λ<=log n,8192,1,52972,6.46630859375
RRDCP,λ<=log n,8192,1,48032,5.86328125
RRDCP,λ<=log n,8192,1,49918,6.093505859375
RRDCP,λ<=log n,8192,1,54324,6.63134765625
RRDCP,λ<=log n,8192,1,55754,6.805908203125
RRDCP,λ<=log n,8192,1,46603,5.6888427734375
RRDCP,λ<=log n,8192,1,48501,5.9205322265625
RRDCP,λ<=log n,8192,1,54320,6.630859375
RRDCP,λ<=log n,8192,1,48315,5.8978271484375
RRDCP,λ<=log n,8192,1,50279,6.1375732421875
RRDCP,λ<=log n,8192,1,50867,6.2093505859375
RRDCP,λ<=log n,8192,1,54986,6.712158203125
RRDCP,λ<=log n,8192,1,51447,6.2801513671875
RRDCP,λ<=log n,8192,1,46881,5.7227783203125
RRDCP,λ<=log n,8192,1,47309,5.7750244140625
RRDCP,λ<=log n,8192,1,51481,6.2843017578125
RRDCP,λ<=log n,8192,1,50090,6.114501953125
RRDCP,λ<=log n,8192,1,47155,5.7562255859375
RRDCP,λ<=log n,8192,1,45920,5.60546875
RRDCP,λ<=log n,8192,1,55024,6.716796875
RRDCP,λ<=log n,8192,1,53256,6.5009765625
RRDCP,λ<=log n,8192,1,51753,6.3175048828125
RRDCP,λ<=log n,8192,1,46897,5.7247314453125
RRDCP,λ<=log n,8192,1,50911,6.2147216796875
RRDCP,λ<=log n,8192,1,50984,6.2236328125
RRDCP,λ<=log n,8192,1,46531,5.6800537109375
RRDCP,λ<=log n,8192,1,51593,6.2979736328125
RRDCP,λ<=log n,8192,1,55177,6.7354736328125
RRDCP,λ<=log n,8192,1,50905,6.2139892578125
RRDCP,λ<=log n,8192,1,46740,5.70556640625
RRDCP,λ<=log n,8192,1,51494,6.285888671875
RRDCP,λ<=log n,8192,1,55417,6.7647705078125
RRDCP,λ<=log n,8192,1,49590,6.053466796875
RRDCP,λ<=log n,8192,1,48473,5.9171142578125
RRDCP,λ<=log n,8192,1,54481,6.6505126953125
RRDCP,λ<=log n,8192,1,52108,6.36083984375
RRDCP,λ<=log n,8192,1,46683,5.6986083984375
RRDCP,λ<=log n,8192,1,49898,6.091064453125
RRDCP,λ<=log n,8192,1,49821,6.0816650390625
RRDCP,λ<=log n,8192,1,46739,5.7054443359375
RRDCP,λ<=log n,8192,1,50750,6.195068359375
RRDCP,λ<=log n,8192,1,51782,6.321044921875
RRDCP,λ<=log n,8192,1,47803,5.8353271484375
RRDCP,λ<=log n,8192,1,48293,5.8951416015625
RRDCP,λ<=log n,8192,1,46718,5.702880859375
RRDCP,λ<=log n,8192,1,49861,6.0865478515625
RRDCP,λ<=log n,8192,1,53481,6.5284423828125
RRDCP,λ<=log n,8192,1,49213,6.0074462890625
RRDCP,λ<=log n,8192,1,50724,6.19189453125
RRDCP,λ<=log n,8192,1,51633,6.3028564453125
RHDCP,λ<=log n,8192,1,51902,6.335693359375
RHDCP,λ<=log n,8192,1,51231,6.2537841796875
RHDCP,λ<=log n,8192,1,50660,6.18408203125
RHDCP,λ<=log n,8192,1,49637,6.0592041015625
RHDCP,λ<=log n,8192,1,49077,5.9908447265625
RHDCP,λ<=log n,8192,1,50801,6.2012939453125
RHDCP,λ<=log n,8192,1,49835,6.0833740234375
RHDCP,λ<=log n,8192,1,49879,6.0887451171875
RHDCP,λ<=log n,8192,1,47010,5.738525390625
RHDCP,λ<=log n,8192,1,52993,6.4688720703125
RHDCP,λ<=log n,8192,1,47239,5.7664794921875
RHDCP,λ<=log n,8192,1,51389,6.2730712890625
RHDCP,λ<=log n,8192,1,46613,5.6900634765625
RHDCP,λ<=log n,8192,1,54060,6.59912109375
RHDCP,λ<=log n,8192,1,51180,6.24755859375
RHDCP,λ<=log n,8192,1,51106,6.238525390625
RHDCP,λ<=log n,8192,1,61565,7.5152587890625
RHDCP,λ<=log n,8192,1,53054,6.476318359375
RHDCP,λ<=log n,8192,1,48850,5.963134765625
RHDCP,λ<=log n,8192,1,48768,5.953125
RHDCP,λ<=log n,8192,1,49609,6.0557861328125
RHDCP,λ<=log n,8192,1,52339,6.3890380859375
RHDCP,λ<=log n,8192,1,49431,6.0340576171875
RHDCP,λ<=log n,8192,1,57627,7.0345458984375
RHDCP,λ<=log n,8192,1,53886,6.577880859375
RHDCP,λ<=log n,8192,1,49849,6.0850830078125
RHDCP,λ<=log n,8192,1,58072,7.0888671875
RHDCP,λ<=log n,8192,1,47597,5.8101806640625
RHDCP,λ<=log n,8192,1,51655,6.3055419921875
RHDCP,λ<=log n,8192,1,48700,5.94482421875
RHDCP,λ<=log n,8192,1,51549,6.2926025390625
RHDCP,λ<=log n,8192,1,49097,5.9932861328125
RHDCP,λ<=log n,8192,1,50133,6.1197509765625
RHDCP,λ<=log n,8192,1,49464,6.0380859375
RHDCP,λ<=log n,8192,1,52491,6.4075927734375
RHDCP,λ<=log n,8192,1,54404,6.64111328125
RHDCP,λ<=log n,8192,1,49291,6.0169677734375
RHDCP,λ<=log n,8192,1,48374,5.905029296875
RHDCP,λ<=log n,8192,1,53921,6.5821533203125
RHDCP,λ<=log n,8192,1,46500,5.67626953125
RHDCP,λ<=log n,8192,1,52976,6.466796875
RHDCP,λ<=log n,8192,1,49020,5.98388671875
RHDCP,λ<=log n,8192,1,55147,6.7318115234375
RHDCP,λ<=log n,8192,1,50333,6.1441650390625
RHDCP,λ<=log n,8192,1,48177,5.8809814453125
RHDCP,λ<=log n,8192,1,49236,6.01025390625
RHDCP,λ<=log n,8192,1,51952,6.341796875
RHDCP,λ<=log n,8192,1,48688,5.943359375
RHDCP,λ<=log n,8192,1,54967,6.7098388671875
RHDCP,λ<=log n,8192,1,57135,6.9744873046875
RHDCP,λ<=log n,8192,1,52990,6.468505859375
RHDCP,λ<=log n,8192,1,48176,5.880859375
RHDCP,λ<=log n,8192,1,51601,6.2989501953125
RHDCP,λ<=log n,8192,1,48123,5.8743896484375
RHDCP,λ<=log n,8192,1,50375,6.1492919921875
RHDCP,λ<=log n,8192,1,51388,6.27294921875
RHDCP,λ<=log n,8192,1,50172,6.12451171875
RHDCP,λ<=log n,8192,1,51687,6.3094482421875
RHDCP,λ<=log n,8192,1,53165,6.4898681640625
RHDCP,λ<=log n,8192,1,59317,7.2408447265625
RHDCP,λ<=log n,8192,1,55089,6.7247314453125
RHDCP,λ<=log n,8192,1,55904,6.82421875
RHDCP,λ<=log n,8192,1,52767,6.4412841796875
RHDCP,λ<=log n,8192,1,52399,6.3963623046875
RHDCP,λ<=log n,8192,1,52159,6.3670654296875
RHDCP,λ<=log n,8192,1,53070,6.478271484375
RHDCP,λ<=log n,8192,1,56740,6.92626953125
RHDCP,λ<=log n,8192,1,47658,5.817626953125
RHDCP,λ<=log n,8192,1,52747,6.4388427734375
RHDCP,λ<=log n,8192,1,50058,6.110595703125
RHDCP,λ<=log n,8192,1,50131,6.1195068359375
RHDCP,λ<=log n,8192,1,46258,5.646728515625
RHDCP,λ<=log n,8192,1,54521,6.6553955078125
RHDCP,λ<=log n,8192,1,50055,6.1102294921875
RHDCP,λ<=log n,8192,1,56758,6.928466796875
RHDCP,λ<=log n,8192,1,48241,5.8887939453125
RHDCP,λ<=log n,8192,1,52039,6.3524169921875
RHDCP,λ<=log n,8192,1,48327,5.8992919921875
RHDCP,λ<=log n,8192,1,49138,5.998291015625
RHDCP,λ<=log n,8192,1,53403,6.5189208984375
RHDCP,λ<=log n,8192,1,52741,6.4381103515625
RHDCP,λ<=log n,8192,1,49165,6.0015869140625
RHDCP,λ<=log n,8192,1,53137,6.4864501953125
RHDCP,λ<=log n,8192,1,52638,6.425537109375
RHDCP,λ<=log n,8192,1,48096,5.87109375
RHDCP,λ<=log n,8192,1,49091,5.9925537109375
RHDCP,λ<=log n,8192,1,51313,6.2637939453125
RHDCP,λ<=log n,8192,1,57462,7.014404296875
RHDCP,λ<=log n,8192,1,49184,6.00390625
RHDCP,λ<=log n,8192,1,54353,6.6348876953125
RHDCP,λ<=log n,8192,1,57356,7.00146484375
RHDCP,λ<=log n,8192,1,54936,6.7060546875
RHDCP,λ<=log n,8192,1,52432,6.400390625
RHDCP,λ<=log n,8192,1,50225,6.1309814453125
RHDCP,λ<=log n,8192,1,50750,6.195068359375
RHDCP,λ<=log n,8192,1,52002,6.347900390625
RHDCP,λ<=log n,8192,1,51240,6.2548828125
RHDCP,λ<=log n,8192,1,51183,6.2479248046875
RHDCP,λ<=log n,8192,1,46782,5.710693359375
RHLCP,λ<=log n,8192,1,56713,6.9229736328125
RHLCP,λ<=log n,8192,1,49171,6.0023193359375
RHLCP,λ<=log n,8192,1,45419,5.5443115234375
RHLCP,λ<=log n,8192,1,44566,5.440185546875
RHLCP,λ<=log n,8192,1,51919,6.3377685546875
RHLCP,λ<=log n,8192,1,47355,5.7806396484375
RHLCP,λ<=log n,8192,1,47358,5.781005859375
RHLCP,λ<=log n,8192,1,49189,6.0045166015625
RHLCP,λ<=log n,8192,1,47062,5.744873046875
RHLCP,λ<=log n,8192,1,51737,6.3155517578125
RHLCP,λ<=log n,8192,1,50824,6.2041015625
RHLCP,λ<=log n,8192,1,47304,5.7744140625
RHLCP,λ<=log n,8192,1,47245,5.7672119140625
RHLCP,λ<=log n,8192,1,46434,5.668212890625
RHLCP,λ<=log n,8192,1,65828,8.03564453125
RHLCP,λ<=log n,8192,1,46254,5.646240234375
RHLCP,λ<=log n,8192,1,53244,6.49951171875
RHLCP,λ<=log n,8192,1,52246,6.377685546875
RHLCP,λ<=log n,8192,1,50379,6.1497802734375
RHLCP,λ<=log n,8192,1,47151,5.7557373046875
RHLCP,λ<=log n,8192,1,43782,5.344482421875
RHLCP,λ<=log n,8192,1,48735,5.9490966796875
RHLCP,λ<=log n,8192,1,53644,6.54833984375
RHLCP,λ<=log n,8192,1,53289,6.5050048828125
RHLCP,λ<=log n,8192,1,54133,6.6080322265625
RHLCP,λ<=log n,8192,1,50405,6.1529541015625
RHLCP,λ<=log n,8192,1,46785,5.7110595703125
RHLCP,λ<=log n,8192,1,46192,5.638671875
RHLCP,λ<=log n,8192,1,47485,5.7965087890625
RHLCP,λ<=log n,8192,1,47680,5.8203125
RHLCP,λ<=log n,8192,1,47098,5.749267578125
RHLCP,λ<=log n,8192,1,53488,6.529296875
RHLCP,λ<=log n,8192,1,46968,5.7333984375
RHLCP,λ<=log n,8192,1,45081,5.5030517578125
RHLCP,λ<=log n,8192,1,49655,6.0614013671875
RHLCP,λ<=log n,8192,1,46147,5.6331787109375
RHLCP,λ<=log n,8192,1,47905,5.8477783203125
RHLCP,λ<=log n,8192,1,50183,6.1258544921875
RHLCP,λ<=log n,8192,1,51107,6.2386474609375
RHLCP,λ<=log n,8192,1,48764,5.95263671875
RHLCP,λ<=log n,8192,1,46857,5.7198486328125
RHLCP,λ<=log n,8192,1,50921,6.2159423828125
RHLCP,λ<=log n,8192,1,46482,5.674072265625
RHLCP,λ<=log n,8192,1,50930,6.217041015625
RHLCP,λ<=log n,8192,1,48597,5.9322509765625
RHLCP,λ<=log n,8192,1,48301,5.8961181640625
RHLCP,λ<=log n,8192,1,44745,5.4620361328125
RHLCP,λ<=log n,8192,1,47166,5.757568359375
RHLCP,λ<=log n,8192,1,44793,5.4678955078125
RHLCP,λ<=log n,8192,1,45118,5.507568359375
RHLCP,λ<=log n,8192,1,48570,5.928955078125
RHLCP,λ<=log n,8192,1,49772,6.07568359375
RHLCP,λ<=log n,8192,1,46630,5.692138671875
RHLCP,λ<=log n,8192,1,46843,5.7181396484375
RHLCP,λ<=log n,8192,1,48939,5.9739990234375
RHLCP,λ<=log n,8192,1,49876,6.08837890625
RHLCP,λ<=log n,8192,1,50213,6.1295166015625
RHLCP,λ<=log n,8192,1,48574,5.929443359375
RHLCP,λ<=log n,8192,1,46130,5.631103515625
RHLCP,λ<=log n,8192,1,47420,5.78857421875
RHLCP,λ<=log n,8192,1,47119,5.7518310546875
RHLCP,λ<=log n,8192,1,44559,5.4393310546875
RHLCP,λ<=log n,8192,1,50163,6.1234130859375
RHLCP,λ<=log n,8192,1,56327,6.8758544921875
RHLCP,λ<=log n,8192,1,49021,5.9840087890625
RHLCP,λ<=log n,8192,1,48415,5.9100341796875
RHLCP,λ<=log n,8192,1,47345,5.7794189453125
RHLCP,λ<=log n,8192,1,47331,5.7777099609375
RHLCP,λ<=log n,8192,1,48003,5.8597412109375
RHLCP,λ<=log n,8192,1,48707,5.9456787109375
RHLCP,λ<=log n,8192,1,46397,5.6636962890625
RHLCP,λ<=log n,8192,1,47171,5.7581787109375
RHLCP,λ<=log n,8192,1,57220,6.98486328125
RHLCP,λ<=log n,8192,1,46781,5.7105712890625
RHLCP,λ<=log n,8192,1,56246,6.865966796875
RHLCP,λ<=log n,8192,1,53725,6.5582275390625
RHLCP,λ<=log n,8192,1,48213,5.8853759765625
RHLCP,λ<=log n,8192,1,51786,6.321533203125
RHLCP,λ<=log n,8192,1,48357,5.9029541015625
RHLCP,λ<=log n,8192,1,45794,5.590087890625
RHLCP,λ<=log n,8192,1,46407,5.6649169921875
RHLCP,λ<=log n,8192,1,46113,5.6290283203125
RHLCP,λ<=log n,8192,1,52276,6.38134765625
RHLCP,λ<=log n,8192,1,49818,6.081298828125
RHLCP,λ<=log n,8192,1,46632,5.6923828125
RHLCP,λ<=log n,8192,1,49957,6.0982666015625
RHLCP,λ<=log n,8192,1,49359,6.0252685546875
RHLCP,λ<=log n,8192,1,49242,6.010986328125
RHLCP,λ<=log n,8192,1,44937,5.4854736328125
RHLCP,λ<=log n,8192,1,47399,5.7860107421875
RHLCP,λ<=log n,8192,1,48600,5.9326171875
RHLCP,λ<=log n,8192,1,56054,6.842529296875
RHLCP,λ<=log n,8192,1,49585,6.0528564453125
RHLCP,λ<=log n,8192,1,46143,5.6326904296875
RHLCP,λ<=log n,8192,1,45766,5.586669921875
RHLCP,λ<=log n,8192,1,52473,6.4053955078125
RHLCP,λ<=log n,8192,1,48334,5.900146484375
RHLCP,λ<=log n,8192,1,44446,5.425537109375
RRLCP,λ<=log n,8192,1,49245,6.0113525390625
RRLCP,λ<=log n,8192,1,48260,5.89111328125
RRLCP,λ<=log n,8192,1,50025,6.1065673828125
RRLCP,λ<=log n,8192,1,50262,6.135498046875
RRLCP,λ<=log n,8192,1,48004,5.85986328125
RRLCP,λ<=log n,8192,1,47235,5.7659912109375
RRLCP,λ<=log n,8192,1,54713,6.6788330078125
RRLCP,λ<=log n,8192,1,48726,5.947998046875
RRLCP,λ<=log n,8192,1,49706,6.067626953125
RRLCP,λ<=log n,8192,1,55691,6.7982177734375
RRLCP,λ<=log n,8192,1,53657,6.5499267578125
RRLCP,λ<=log n,8192,1,55325,6.7535400390625
RRLCP,λ<=log n,8192,1,48868,5.96533203125
RRLCP,λ<=log n,8192,1,49298,6.017822265625
RRLCP,λ<=log n,8192,1,51007,6.2264404296875
RRLCP,λ<=log n,8192,1,54507,6.6536865234375
RRLCP,λ<=log n,8192,1,47038,5.741943359375
RRLCP,λ<=log n,8192,1,54055,6.5985107421875
RRLCP,λ<=log n,8192,1,49175,6.0028076171875
RRLCP,λ<=log n,8192,1,50171,6.1243896484375
RRLCP,λ<=log n,8192,1,55919,6.8260498046875
RRLCP,λ<=log n,8192,1,49520,6.044921875
RRLCP,λ<=log n,8192,1,46759,5.7078857421875
RRLCP,λ<=log n,8192,1,47825,5.8380126953125
RRLCP,λ<=log n,8192,1,51961,6.3428955078125
RRLCP,λ<=log n,8192,1,48156,5.87841796875
RRLCP,λ<=log n,8192,1,46575,5.6854248046875
RRLCP,λ<=log n,8192,1,50961,6.2208251953125
RRLCP,λ<=log n,8192,1,48364,5.90380859375
RRLCP,λ<=log n,8192,1,54385,6.6387939453125
RRLCP,λ<=log n,8192,1,49501,6.0426025390625
RRLCP,λ<=log n,8192,1,50147,6.1214599609375
RRLCP,λ<=log n,8192,1,56290,6.871337890625
RRLCP,λ<=log n,8192,1,48469,5.9166259765625
RRLCP,λ<=log n,8192,1,48265,5.8917236328125
RRLCP,λ<=log n,8192,1,55332,6.75439453125
RRLCP,λ<=log n,8192,1,45398,5.541748046875
RRLCP,λ<=log n,8192,1,53442,6.523681640625
RRLCP,λ<=log n,8192,1,50299,6.1400146484375
RRLCP,λ<=log n,8192,1,53706,6.555908203125
RRLCP,λ<=log n,8192,1,57354,7.001220703125
RRLCP,λ<=log n,8192,1,52273,6.3809814453125
RRLCP,λ<=log n,8192,1,47223,5.7645263671875
RRLCP,λ<=log n,8192,1,51553,6.2930908203125
RRLCP,λ<=log n,8192,1,49979,6.1009521484375
RRLCP,λ<=log n,8192,1,49864,6.0869140625
RRLCP,λ<=log n,8192,1,48935,5.9735107421875
RRLCP,λ<=log n,8192,1,49372,6.02685546875
RRLCP,λ<=log n,8192,1,52662,6.428466796875
RRLCP,λ<=log n,8192,1,53850,6.573486328125
RRLCP,λ<=log n,8192,1,53153,6.4884033203125
RRLCP,λ<=log n,8192,1,48885,5.9674072265625
RRLCP,λ<=log n,8192,1,53684,6.55322265625
RRLCP,λ<=log n,8192,1,48749,5.9508056640625
RRLCP,λ<=log n,8192,1,50050,6.109619140625
RRLCP,λ<=log n,8192,1,54688,6.67578125
RRLCP,λ<=log n,8192,1,51488,6.28515625
RRLCP,λ<=log n,8192,1,53163,6.4896240234375
RRLCP,λ<=log n,8192,1,50268,6.13623046875
RRLCP,λ<=log n,8192,1,47781,5.8326416015625
RRLCP,λ<=log n,8192,1,48497,5.9200439453125
RRLCP,λ<=log n,8192,1,48079,5.8690185546875
RRLCP,λ<=log n,8192,1,47745,5.8282470703125
RRLCP,λ<=log n,8192,1,53039,6.4744873046875
RRLCP,λ<=log n,8192,1,53199,6.4940185546875
RRLCP,λ<=log n,8192,1,45669,5.5748291015625
RRLCP,λ<=log n,8192,1,47981,5.8570556640625
RRLCP,λ<=log n,8192,1,48998,5.981201171875
RRLCP,λ<=log n,8192,1,51037,6.2301025390625
RRLCP,λ<=log n,8192,1,50145,6.1212158203125
RRLCP,λ<=log n,8192,1,52689,6.4317626953125
RRLCP,λ<=log n,8192,1,52175,6.3690185546875
RRLCP,λ<=log n,8192,1,45829,5.5943603515625
RRLCP,λ<=log n,8192,1,51513,6.2882080078125
RRLCP,λ<=log n,8192,1,47645,5.8160400390625
RRLCP,λ<=log n,8192,1,49331,6.0218505859375
RRLCP,λ<=log n,8192,1,54260,6.62353515625
RRLCP,λ<=log n,8192,1,51665,6.3067626953125
RRLCP,λ<=log n,8192,1,52065,6.3555908203125
RRLCP,λ<=log n,8192,1,49723,6.0697021484375
RRLCP,λ<=log n,8192,1,48910,5.970458984375
RRLCP,λ<=log n,8192,1,48314,5.897705078125
RRLCP,λ<=log n,8192,1,49818,6.081298828125
RRLCP,λ<=log n,8192,1,51006,6.226318359375
RRLCP,λ<=log n,8192,1,47909,5.8482666015625
RRLCP,λ<=log n,8192,1,48821,5.9595947265625
RRLCP,λ<=log n,8192,1,49514,6.044189453125
RRLCP,λ<=log n,8192,1,45760,5.5859375
RRLCP,λ<=log n,8192,1,48756,5.95166015625
RRLCP,λ<=log n,8192,1,47740,5.82763671875
RRLCP,λ<=log n,8192,1,48272,5.892578125
RRLCP,λ<=log n,8192,1,47967,5.8553466796875
RRLCP,λ<=log n,8192,1,51054,6.232177734375
RRLCP,λ<=log n,8192,1,57356,7.00146484375
RRLCP,λ<=log n,8192,1,50922,6.216064453125
RRLCP,λ<=log n,8192,1,48879,5.9666748046875
RRLCP,λ<=log n,8192,1,47048,5.7431640625
RRLCP,λ<=log n,8192,1,48024,5.8623046875
RRLCP,λ<=log n,8192,1,48443,5.9134521484375
RRLCP,λ<=log n,8192,1,47492,5.79736328125
RSLCP,λ<=log n,8192,1,79097,9.6553955078125
RSLCP,λ<=log n,8192,1,132611,16.1878662109375
RSLCP,λ<=log n,8192,1,118103,14.4168701171875
RSLCP,λ<=log n,8192,1,80159,9.7850341796875
RSLCP,λ<=log n,8192,1,94448,11.529296875
RSLCP,λ<=log n,8192,1,87551,10.6873779296875
RSLCP,λ<=log n,8192,1,124281,15.1710205078125
RSLCP,λ<=log n,8192,1,79287,9.6785888671875
RSLCP,λ<=log n,8192,1,107954,13.177978515625
RSLCP,λ<=log n,8192,1,103359,12.6170654296875
RSLCP,λ<=log n,8192,1,108750,13.275146484375
RSLCP,λ<=log n,8192,1,83814,10.231201171875
RSLCP,λ<=log n,8192,1,81256,9.9189453125
RSLCP,λ<=log n,8192,1,98460,12.01904296875
RSLCP,λ<=log n,8192,1,70126,8.560302734375
RSLCP,λ<=log n,8192,1,93077,11.3619384765625
RSLCP,λ<=log n,8192,1,90720,11.07421875
RSLCP,λ<=log n,8192,1,133394,16.283447265625
RSLCP,λ<=log n,8192,1,167596,20.45849609375
RSLCP,λ<=log n,8192,1,104762,12.788330078125
RSLCP,λ<=log n,8192,1,95567,11.6658935546875
RSLCP,λ<=log n,8192,1,73850,9.014892578125
RSLCP,λ<=log n,8192,1,89381,10.9107666015625
RSLCP,λ<=log n,8192,1,77532,9.46435546875
RSLCP,λ<=log n,8192,1,99494,12.145263671875
RSLCP,λ<=log n,8192,1,107510,13.123779296875
RSLCP,λ<=log n,8192,1,105093,12.8287353515625
RSLCP,λ<=log n,8192,1,77567,9.4686279296875
RSLCP,λ<=log n,8192,1,78535,9.5867919921875
RSLCP,λ<=log n,8192,1,81404,9.93701171875
RSLCP,λ<=log n,8192,1,110986,13.548095703125
RSLCP,λ<=log n,8192,1,132675,16.1956787109375
RSLCP,λ<=log n,8192,1,89140,10.88134765625
RSLCP,λ<=log n,8192,1,76355,9.3206787109375
RSLCP,λ<=log n,8192,1,103306,12.610595703125
RSLCP,λ<=log n,8192,1,103466,12.630126953125
RSLCP,λ<=log n,8192,1,100842,12.309814453125
RSLCP,λ<=log n,8192,1,115038,14.042724609375
RSLCP,λ<=log n,8192,1,113375,13.8397216796875
RSLCP,λ<=log n,8192,1,103929,12.6866455078125
RSLCP,λ<=log n,8192,1,73150,8.929443359375
RSLCP,λ<=log n,8192,1,78466,9.578369140625
RSLCP,λ<=log n,8192,1,90825,11.0870361328125
RSLCP,λ<=log n,8192,1,165055,20.1483154296875
RSLCP,λ<=log n,8192,1,81452,9.94287109375
RSLCP,λ<=log n,8192,1,72605,8.8629150390625
RSLCP,λ<=log n,8192,1,82503,10.0711669921875
RSLCP,λ<=log n,8192,1,75597,9.2281494140625
RSLCP,λ<=log n,8192,1,89897,10.9737548828125
RSLCP,λ<=log n,8192,1,170322,20.791259765625
RSLCP,λ<=log n,8192,1,123914,15.126220703125
RSLCP,λ<=log n,8192,1,103047,12.5789794921875
RSLCP,λ<=log n,8192,1,69519,8.4862060546875
RSLCP,λ<=log n,8192,1,85918,10.488037109375
RSLCP,λ<=log n,8192,1,114060,13.92333984375
RSLCP,λ<=log n,8192,1,69516,8.48583984375
RSLCP,λ<=log n,8192,1,109934,13.419677734375
RSLCP,λ<=log n,8192,1,67185,8.2012939453125
RSLCP,λ<=log n,8192,1,85945,10.4913330078125
RSLCP,λ<=log n,8192,1,101756,12.42138671875
RSLCP,λ<=log n,8192,1,98712,12.0498046875
RSLCP,λ<=log n,8192,1,109249,13.3360595703125
RSLCP,λ<=log n,8192,1,86940,10.61279296875
RSLCP,λ<=log n,8192,1,125948,15.37451171875
RSLCP,λ<=log n,8192,1,79928,9.7568359375
RSLCP,λ<=log n,8192,1,113310,13.831787109375
RSLCP,λ<=log n,8192,1,86992,10.619140625
RSLCP,λ<=log n,8192,1,87566,10.689208984375
RSLCP,λ<=log n,8192,1,86045,10.5035400390625
RSLCP,λ<=log n,8192,1,59733,7.2916259765625
RSLCP,λ<=log n,8192,1,122528,14.95703125
RSLCP,λ<=log n,8192,1,77787,9.4954833984375
RSLCP,λ<=log n,8192,1,83965,10.2496337890625
RSLCP,λ<=log n,8192,1,97341,11.8824462890625
RSLCP,λ<=log n,8192,1,117908,14.39306640625
RSLCP,λ<=log n,8192,1,106307,12.9769287109375
RSLCP,λ<=log n,8192,1,109045,13.3111572265625
RSLCP,λ<=log n,8192,1,60025,7.3272705078125
RSLCP,λ<=log n,8192,1,94283,11.5091552734375
RSLCP,λ<=log n,8192,1,74107,9.0462646484375
RSLCP,λ<=log n,8192,1,88810,10.841064453125
RSLCP,λ<=log n,8192,1,76254,9.308349609375
RSLCP,λ<=log n,8192,1,83010,10.133056640625
RSLCP,λ<=log n,8192,1,75499,9.2161865234375
RSLCP,λ<=log n,8192,1,72120,8.8037109375
RSLCP,λ<=log n,8192,1,84786,10.349853515625
RSLCP,λ<=log n,8192,1,87051,10.6263427734375
RSLCP,λ<=log n,8192,1,73296,8.947265625
RSLCP,λ<=log n,8192,1,86140,10.51513671875
RSLCP,λ<=log n,8192,1,91710,11.195068359375
RSLCP,λ<=log n,8192,1,87563,10.6888427734375
RSLCP,λ<=log n,8192,1,88556,10.81005859375
RSLCP,λ<=log n,8192,1,99893,12.1939697265625
RSLCP,λ<=log n,8192,1,96303,11.7557373046875
RSLCP,λ<=log n,8192,1,84372,10.29931640625
RSLCP,λ<=log n,8192,1,83994,10.253173828125
RSLCP,λ<=log n,8192,1,104232,12.7236328125
RSLCP,λ<=log n,8192,1,76258,9.308837890625
RSLCP,λ<=log n,8192,1,145905,17.8106689453125
RSLCP,λ<=log n,8192,1,92327,11.2703857421875
RSDSP,λ<=log n,8192,1,74145,9.0509033203125
RSDSP,λ<=log n,8192,1,74516,9.09619140625
RSDSP,λ<=log n,8192,1,70794,8.641845703125
RSDSP,λ<=log n,8192,1,78625,9.5977783203125
RSDSP,λ<=log n,8192,1,71313,8.7052001953125
RSDSP,λ<=log n,8192,1,74318,9.072021484375
RSDSP,λ<=log n,8192,1,74739,9.1234130859375
RSDSP,λ<=log n,8192,1,73355,8.9544677734375
RSDSP,λ<=log n,8192,1,77964,9.51708984375
RSDSP,λ<=log n,8192,1,71814,8.766357421875
RSDSP,λ<=log n,8192,1,75508,9.21728515625
RSDSP,λ<=log n,8192,1,87174,10.641357421875
RSDSP,λ<=log n,8192,1,81105,9.9005126953125
RSDSP,λ<=log n,8192,1,84885,10.3619384765625
RSDSP,λ<=log n,8192,1,75167,9.1756591796875
RSDSP,λ<=log n,8192,1,81996,10.00927734375
RSDSP,λ<=log n,8192,1,78085,9.5318603515625
RSDSP,λ<=log n,8192,1,71774,8.761474609375
RSDSP,λ<=log n,8192,1,79768,9.7373046875
RSDSP,λ<=log n,8192,1,82898,10.119384765625
RSDSP,λ<=log n,8192,1,76855,9.3817138671875
RSDSP,λ<=log n,8192,1,78102,9.533935546875
RSDSP,λ<=log n,8192,1,68834,8.402587890625
RSDSP,λ<=log n,8192,1,86093,10.5093994140625
RSDSP,λ<=log n,8192,1,73430,8.963623046875
RSDSP,λ<=log n,8192,1,82707,10.0960693359375
RSDSP,λ<=log n,8192,1,71131,8.6829833984375
RSDSP,λ<=log n,8192,1,73197,8.9351806640625
RSDSP,λ<=log n,8192,1,81931,10.0013427734375
RSDSP,λ<=log n,8192,1,77352,9.4423828125
RSDSP,λ<=log n,8192,1,73642,8.989501953125
RSDSP,λ<=log n,8192,1,78472,9.5791015625
RSDSP,λ<=log n,8192,1,79452,9.69873046875
RSDSP,λ<=log n,8192,1,77432,9.4521484375
RSDSP,λ<=log n,8192,1,79808,9.7421875
RSDSP,λ<=log n,8192,1,77840,9.501953125
RSDSP,λ<=log n,8192,1,72813,8.8883056640625
RSDSP,λ<=log n,8192,1,72412,8.83935546875
RSDSP,λ<=log n,8192,1,77731,9.4886474609375
RSDSP,λ<=log n,8192,1,74589,9.1051025390625
RSDSP,λ<=log n,8192,1,82528,10.07421875
RSDSP,λ<=log n,8192,1,75328,9.1953125
RSDSP,λ<=log n,8192,1,78938,9.635986328125
RSDSP,λ<=log n,8192,1,75975,9.2742919921875
RSDSP,λ<=log n,8192,1,74360,9.0771484375
RSDSP,λ<=log n,8192,1,78050,9.527587890625
RSDSP,λ<=log n,8192,1,75644,9.23388671875
RSDSP,λ<=log n,8192,1,76881,9.3848876953125
RSDSP,λ<=log n,8192,1,76997,9.3990478515625
RSDSP,λ<=log n,8192,1,75493,9.2154541015625
RSDSP,λ<=log n,8192,1,70903,8.6551513671875
RSDSP,λ<=log n,8192,1,70726,8.633544921875
RSDSP,λ<=log n,8192,1,79937,9.7579345703125
RSDSP,λ<=log n,8192,1,81892,9.99658203125
RSDSP,λ<=log n,8192,1,77439,9.4530029296875
RSDSP,λ<=log n,8192,1,69524,8.48681640625
RSDSP,λ<=log n,8192,1,78534,9.586669921875
RSDSP,λ<=log n,8192,1,80389,9.8131103515625
RSDSP,λ<=log n,8192,1,74345,9.0753173828125
RSDSP,λ<=log n,8192,1,76228,9.30517578125
RSDSP,λ<=log n,8192,1,79029,9.6470947265625
RSDSP,λ<=log n,8192,1,76038,9.281982421875
RSDSP,λ<=log n,8192,1,71984,8.787109375
RSDSP,λ<=log n,8192,1,76856,9.3818359375
RSDSP,λ<=log n,8192,1,78195,9.5452880859375
RSDSP,λ<=log n,8192,1,80288,9.80078125
RSDSP,λ<=log n,8192,1,76032,9.28125
RSDSP,λ<=log n,8192,1,72368,8.833984375
RSDSP,λ<=log n,8192,1,76554,9.344970703125
RSDSP,λ<=log n,8192,1,74632,9.1103515625
RSDSP,λ<=log n,8192,1,75410,9.205322265625
RSDSP,λ<=log n,8192,1,78067,9.5296630859375
RSDSP,λ<=log n,8192,1,74688,9.1171875
RSDSP,λ<=log n,8192,1,77811,9.4984130859375
RSDSP,λ<=log n,8192,1,77406,9.448974609375
RSDSP,λ<=log n,8192,1,76900,9.38720703125
RSDSP,λ<=log n,8192,1,76831,9.3787841796875
RSDSP,λ<=log n,8192,1,80427,9.8177490234375
RSDSP,λ<=log n,8192,1,75147,9.1732177734375
RSDSP,λ<=log n,8192,1,73852,9.01513671875
RSDSP,λ<=log n,8192,1,76431,9.3299560546875
RSDSP,λ<=log n,8192,1,81129,9.9034423828125
RSDSP,λ<=log n,8192,1,76003,9.2777099609375
RSDSP,λ<=log n,8192,1,75978,9.274658203125
RSDSP,λ<=log n,8192,1,91052,11.11474609375
RSDSP,λ<=log n,8192,1,76396,9.32568359375
RSDSP,λ<=log n,8192,1,77849,9.5030517578125
RSDSP,λ<=log n,8192,1,77972,9.51806640625
RSDSP,λ<=log n,8192,1,78103,9.5340576171875
RSDSP,λ<=log n,8192,1,78653,9.6011962890625
RSDSP,λ<=log n,8192,1,86452,10.55322265625
RSDSP,λ<=log n,8192,1,81816,9.9873046875
RSDSP,λ<=log n,8192,1,94624,11.55078125
RSDSP,λ<=log n,8192,1,78859,9.6263427734375
RSDSP,λ<=log n,8192,1,73615,8.9862060546875
RSDSP,λ<=log n,8192,1,80495,9.8260498046875
RSDSP,λ<=log n,8192,1,75228,9.18310546875
RSDSP,λ<=log n,8192,1,78318,9.560302734375
RSDSP,λ<=log n,8192,1,74374,9.078857421875
RSDSP,λ<=log n,8192,1,84414,10.304443359375
RRDSP,λ<=log n,8192,1,48495,5.9197998046875
RRDSP,λ<=log n,8192,1,54420,6.64306640625
RRDSP,λ<=log n,8192,1,51018,6.227783203125
RRDSP,λ<=log n,8192,1,58515,7.1429443359375
RRDSP,λ<=log n,8192,1,44827,5.4720458984375
RRDSP,λ<=log n,8192,1,52293,6.3834228515625
RRDSP,λ<=log n,8192,1,54999,6.7137451171875
RRDSP,λ<=log n,8192,1,50473,6.1612548828125
RRDSP,λ<=log n,8192,1,53496,6.5302734375
RRDSP,λ<=log n,8192,1,55484,6.77294921875
RRDSP,λ<=log n,8192,1,61668,7.52783203125
RRDSP,λ<=log n,8192,1,54082,6.601806640625
RRDSP,λ<=log n,8192,1,51410,6.275634765625
RRDSP,λ<=log n,8192,1,51528,6.2900390625
RRDSP,λ<=log n,8192,1,51280,6.259765625
RRDSP,λ<=log n,8192,1,50655,6.1834716796875
RRDSP,λ<=log n,8192,1,51597,6.2984619140625
RRDSP,λ<=log n,8192,1,49414,6.031982421875
RRDSP,λ<=log n,8192,1,53428,6.52197265625
RRDSP,λ<=log n,8192,1,49007,5.9822998046875
RRDSP,λ<=log n,8192,1,49384,6.0283203125
RRDSP,λ<=log n,8192,1,53175,6.4910888671875
RRDSP,λ<=log n,8192,1,50685,6.1871337890625
RRDSP,λ<=log n,8192,1,52600,6.4208984375
RRDSP,λ<=log n,8192,1,53761,6.5626220703125
RRDSP,λ<=log n,8192,1,49497,6.0421142578125
RRDSP,λ<=log n,8192,1,51742,6.316162109375
RRDSP,λ<=log n,8192,1,52335,6.3885498046875
RRDSP,λ<=log n,8192,1,53096,6.4814453125
RRDSP,λ<=log n,8192,1,48248,5.8896484375
RRDSP,λ<=log n,8192,1,53483,6.5286865234375
RRDSP,λ<=log n,8192,1,52347,6.3900146484375
RRDSP,λ<=log n,8192,1,48256,5.890625
RRDSP,λ<=log n,8192,1,50144,6.12109375
RRDSP,λ<=log n,8192,1,48809,5.9581298828125
RRDSP,λ<=log n,8192,1,50005,6.1041259765625
RRDSP,λ<=log n,8192,1,54035,6.5960693359375
RRDSP,λ<=log n,8192,1,55132,6.72998046875
RRDSP,λ<=log n,8192,1,52024,6.3505859375
RRDSP,λ<=log n,8192,1,54170,6.612548828125
RRDSP,λ<=log n,8192,1,53836,6.57177734375
RRDSP,λ<=log n,8192,1,48601,5.9327392578125
RRDSP,λ<=log n,8192,1,55427,6.7659912109375
RRDSP,λ<=log n,8192,1,52148,6.36572265625
RRDSP,λ<=log n,8192,1,49089,5.9923095703125
RRDSP,λ<=log n,8192,1,64290,7.847900390625
RRDSP,λ<=log n,8192,1,50515,6.1663818359375
RRDSP,λ<=log n,8192,1,50490,6.163330078125
RRDSP,λ<=log n,8192,1,54459,6.6478271484375
RRDSP,λ<=log n,8192,1,54556,6.65966796875
RRDSP,λ<=log n,8192,1,61590,7.518310546875
RRDSP,λ<=log n,8192,1,61295,7.4822998046875
RRDSP,λ<=log n,8192,1,53235,6.4984130859375
RRDSP,λ<=log n,8192,1,53721,6.5577392578125
RRDSP,λ<=log n,8192,1,52327,6.3875732421875
RRDSP,λ<=log n,8192,1,50939,6.2181396484375
RRDSP,λ<=log n,8192,1,53004,6.47021484375
RRDSP,λ<=log n,8192,1,51273,6.2589111328125
RRDSP,λ<=log n,8192,1,59929,7.3155517578125
RRDSP,λ<=log n,8192,1,49970,6.099853515625
RRDSP,λ<=log n,8192,1,50678,6.186279296875
RRDSP,λ<=log n,8192,1,50974,6.222412109375
RRDSP,λ<=log n,8192,1,60173,7.3453369140625
RRDSP,λ<=log n,8192,1,53767,6.5633544921875
RRDSP,λ<=log n,8192,1,53709,6.5562744140625
RRDSP,λ<=log n,8192,1,59530,7.266845703125
RRDSP,λ<=log n,8192,1,47066,5.745361328125
RRDSP,λ<=log n,8192,1,50028,6.10693359375
RRDSP,λ<=log n,8192,1,48875,5.9661865234375
RRDSP,λ<=log n,8192,1,50059,6.1107177734375
RRDSP,λ<=log n,8192,1,50058,6.110595703125
RRDSP,λ<=log n,8192,1,49749,6.0728759765625
RRDSP,λ<=log n,8192,1,49426,6.033447265625
RRDSP,λ<=log n,8192,1,47154,5.756103515625
RRDSP,λ<=log n,8192,1,51699,6.3109130859375
RRDSP,λ<=log n,8192,1,48317,5.8980712890625
RRDSP,λ<=log n,8192,1,54740,6.68212890625
RRDSP,λ<=log n,8192,1,50713,6.1905517578125
RRDSP,λ<=log n,8192,1,52957,6.4644775390625
RRDSP,λ<=log n,8192,1,48894,5.968505859375
RRDSP,λ<=log n,8192,1,50181,6.1256103515625
RRDSP,λ<=log n,8192,1,51593,6.2979736328125
RRDSP,λ<=log n,8192,1,50134,6.119873046875
RRDSP,λ<=log n,8192,1,52499,6.4085693359375
RRDSP,λ<=log n,8192,1,55100,6.72607421875
RRDSP,λ<=log n,8192,1,50482,6.162353515625
RRDSP,λ<=log n,8192,1,49688,6.0654296875
RRDSP,λ<=log n,8192,1,47930,5.850830078125
RRDSP,λ<=log n,8192,1,51118,6.239990234375
RRDSP,λ<=log n,8192,1,47589,5.8092041015625
RRDSP,λ<=log n,8192,1,52654,6.427490234375
RRDSP,λ<=log n,8192,1,49513,6.0440673828125
RRDSP,λ<=log n,8192,1,49585,6.0528564453125
RRDSP,λ<=log n,8192,1,53427,6.5218505859375
RRDSP,λ<=log n,8192,1,54338,6.633056640625
RRDSP,λ<=log n,8192,1,49995,6.1029052734375
RRDSP,λ<=log n,8192,1,50505,6.1651611328125
RRDSP,λ<=log n,8192,1,54510,6.654052734375
RRDSP,λ<=log n,8192,1,58549,7.1470947265625
RRDSP,λ<=log n,8192,1,49625,6.0577392578125
RHDSP,λ<=log n,8192,1,57674,7.040283203125
RHDSP,λ<=log n,8192,1,52978,6.467041015625
RHDSP,λ<=log n,8192,1,58578,7.150634765625
RHDSP,λ<=log n,8192,1,51259,6.2572021484375
RHDSP,λ<=log n,8192,1,55177,6.7354736328125
RHDSP,λ<=log n,8192,1,56858,6.940673828125
RHDSP,λ<=log n,8192,1,52517,6.4107666015625
RHDSP,λ<=log n,8192,1,57268,6.99072265625
RHDSP,λ<=log n,8192,1,61745,7.5372314453125
RHDSP,λ<=log n,8192,1,53388,6.51708984375
RHDSP,λ<=log n,8192,1,57673,7.0401611328125
RHDSP,λ<=log n,8192,1,51932,6.33935546875
RHDSP,λ<=log n,8192,1,53895,6.5789794921875
RHDSP,λ<=log n,8192,1,55519,6.7772216796875
RHDSP,λ<=log n,8192,1,60249,7.3546142578125
RHDSP,λ<=log n,8192,1,55875,6.8206787109375
RHDSP,λ<=log n,8192,1,50414,6.154052734375
RHDSP,λ<=log n,8192,1,49754,6.073486328125
RHDSP,λ<=log n,8192,1,51592,6.2978515625
RHDSP,λ<=log n,8192,1,56917,6.9478759765625
RHDSP,λ<=log n,8192,1,51310,6.263427734375
RHDSP,λ<=log n,8192,1,53958,6.586669921875
RHDSP,λ<=log n,8192,1,51127,6.2410888671875
RHDSP,λ<=log n,8192,1,50157,6.1226806640625
RHDSP,λ<=log n,8192,1,51258,6.257080078125
RHDSP,λ<=log n,8192,1,54037,6.5963134765625
RHDSP,λ<=log n,8192,1,53034,6.473876953125
RHDSP,λ<=log n,8192,1,51257,6.2569580078125
RHDSP,λ<=log n,8192,1,52871,6.4539794921875
RHDSP,λ<=log n,8192,1,52748,6.43896484375
RHDSP,λ<=log n,8192,1,53093,6.4810791015625
RHDSP,λ<=log n,8192,1,53473,6.5274658203125
RHDSP,λ<=log n,8192,1,51266,6.258056640625
RHDSP,λ<=log n,8192,1,55295,6.7498779296875
RHDSP,λ<=log n,8192,1,53947,6.5853271484375
RHDSP,λ<=log n,8192,1,53576,6.5400390625
RHDSP,λ<=log n,8192,1,54994,6.713134765625
RHDSP,λ<=log n,8192,1,51874,6.332275390625
RHDSP,λ<=log n,8192,1,52014,6.349365234375
RHDSP,λ<=log n,8192,1,51093,6.2369384765625
RHDSP,λ<=log n,8192,1,51110,6.239013671875
RHDSP,λ<=log n,8192,1,50665,6.1846923828125
RHDSP,λ<=log n,8192,1,56055,6.8426513671875
RHDSP,λ<=log n,8192,1,54451,6.6468505859375
RHDSP,λ<=log n,8192,1,56783,6.9315185546875
RHDSP,λ<=log n,8192,1,50449,6.1583251953125
RHDSP,λ<=log n,8192,1,56699,6.9212646484375
RHDSP,λ<=log n,8192,1,51868,6.33154296875
RHDSP,λ<=log n,8192,1,59274,7.235595703125
RHDSP,λ<=log n,8192,1,50001,6.1036376953125
RHDSP,λ<=log n,8192,1,55930,6.827392578125
RHDSP,λ<=log n,8192,1,51582,6.296630859375
RHDSP,λ<=log n,8192,1,55671,6.7957763671875
RHDSP,λ<=log n,8192,1,53480,6.5283203125
RHDSP,λ<=log n,8192,1,54129,6.6075439453125
RHDSP,λ<=log n,8192,1,51896,6.3349609375
RHDSP,λ<=log n,8192,1,54491,6.6517333984375
RHDSP,λ<=log n,8192,1,50048,6.109375
RHDSP,λ<=log n,8192,1,54643,6.6702880859375
RHDSP,λ<=log n,8192,1,51746,6.316650390625
RHDSP,λ<=log n,8192,1,55437,6.7672119140625
RHDSP,λ<=log n,8192,1,53451,6.5247802734375
RHDSP,λ<=log n,8192,1,53149,6.4879150390625
RHDSP,λ<=log n,8192,1,57178,6.979736328125
RHDSP,λ<=log n,8192,1,53121,6.4844970703125
RHDSP,λ<=log n,8192,1,60823,7.4246826171875
RHDSP,λ<=log n,8192,1,51635,6.3031005859375
RHDSP,λ<=log n,8192,1,54915,6.7034912109375
RHDSP,λ<=log n,8192,1,50392,6.1513671875
RHDSP,λ<=log n,8192,1,51715,6.3128662109375
RHDSP,λ<=log n,8192,1,50082,6.113525390625
RHDSP,λ<=log n,8192,1,54931,6.7054443359375
RHDSP,λ<=log n,8192,1,54273,6.6251220703125
RHDSP,λ<=log n,8192,1,53906,6.580322265625
RHDSP,λ<=log n,8192,1,52365,6.3922119140625
RHDSP,λ<=log n,8192,1,57685,7.0416259765625
RHDSP,λ<=log n,8192,1,50287,6.1385498046875
RHDSP,λ<=log n,8192,1,54416,6.642578125
RHDSP,λ<=log n,8192,1,54291,6.6273193359375
RHDSP,λ<=log n,8192,1,54774,6.686279296875
RHDSP,λ<=log n,8192,1,51644,6.30419921875
RHDSP,λ<=log n,8192,1,60403,7.3734130859375
RHDSP,λ<=log n,8192,1,51772,6.31982421875
RHDSP,λ<=log n,8192,1,52671,6.4295654296875
RHDSP,λ<=log n,8192,1,53815,6.5692138671875
RHDSP,λ<=log n,8192,1,57592,7.0302734375
RHDSP,λ<=log n,8192,1,52144,6.365234375
RHDSP,λ<=log n,8192,1,51434,6.278564453125
RHDSP,λ<=log n,8192,1,52092,6.35888671875
RHDSP,λ<=log n,8192,1,50367,6.1483154296875
RHDSP,λ<=log n,8192,1,54933,6.7056884765625
RHDSP,λ<=log n,8192,1,50952,6.2197265625
RHDSP,λ<=log n,8192,1,53631,6.5467529296875
RHDSP,λ<=log n,8192,1,52536,6.4130859375
RHDSP,λ<=log n,8192,1,53422,6.521240234375
RHDSP,λ<=log n,8192,1,51966,6.343505859375
RHDSP,λ<=log n,8192,1,52192,6.37109375
RHDSP,λ<=log n,8192,1,52008,6.3486328125
RHDSP,λ<=log n,8192,1,52629,6.4244384765625
RHDSP,λ<=log n,8192,1,51245,6.2554931640625
RHLSP,λ<=log n,8192,1,56850,6.939697265625
RHLSP,λ<=log n,8192,1,55413,6.7642822265625
RHLSP,λ<=log n,8192,1,57555,7.0257568359375
RHLSP,λ<=log n,8192,1,55742,6.804443359375
RHLSP,λ<=log n,8192,1,52706,6.433837890625
RHLSP,λ<=log n,8192,1,57489,7.0177001953125
RHLSP,λ<=log n,8192,1,51275,6.2591552734375
RHLSP,λ<=log n,8192,1,52975,6.4666748046875
RHLSP,λ<=log n,8192,1,58186,7.102783203125
RHLSP,λ<=log n,8192,1,59906,7.312744140625
RHLSP,λ<=log n,8192,1,52412,6.39794921875
RHLSP,λ<=log n,8192,1,58104,7.0927734375
RHLSP,λ<=log n,8192,1,51389,6.2730712890625
RHLSP,λ<=log n,8192,1,56143,6.8533935546875
RHLSP,λ<=log n,8192,1,57313,6.9962158203125
RHLSP,λ<=log n,8192,1,52291,6.3831787109375
RHLSP,λ<=log n,8192,1,50021,6.1060791015625
RHLSP,λ<=log n,8192,1,63506,7.752197265625
RHLSP,λ<=log n,8192,1,59227,7.2298583984375
RHLSP,λ<=log n,8192,1,56929,6.9493408203125
RHLSP,λ<=log n,8192,1,52428,6.39990234375
RHLSP,λ<=log n,8192,1,61392,7.494140625
RHLSP,λ<=log n,8192,1,57096,6.9697265625
RHLSP,λ<=log n,8192,1,66701,8.1422119140625
RHLSP,λ<=log n,8192,1,57372,7.00341796875
RHLSP,λ<=log n,8192,1,57023,6.9608154296875
RHLSP,λ<=log n,8192,1,59696,7.287109375
RHLSP,λ<=log n,8192,1,51545,6.2921142578125
RHLSP,λ<=log n,8192,1,52169,6.3682861328125
RHLSP,λ<=log n,8192,1,54352,6.634765625
RHLSP,λ<=log n,8192,1,56371,6.8812255859375
RHLSP,λ<=log n,8192,1,58857,7.1846923828125
RHLSP,λ<=log n,8192,1,54636,6.66943359375
RHLSP,λ<=log n,8192,1,53586,6.541259765625
RHLSP,λ<=log n,8192,1,53871,6.5760498046875
RHLSP,λ<=log n,8192,1,55907,6.8245849609375
RHLSP,λ<=log n,8192,1,56976,6.955078125
RHLSP,λ<=log n,8192,1,53098,6.481689453125
RHLSP,λ<=log n,8192,1,59832,7.3037109375
RHLSP,λ<=log n,8192,1,59461,7.2584228515625
RHLSP,λ<=log n,8192,1,59529,7.2667236328125
RHLSP,λ<=log n,8192,1,56842,6.938720703125
RHLSP,λ<=log n,8192,1,68228,8.32861328125
RHLSP,λ<=log n,8192,1,55764,6.80712890625
RHLSP,λ<=log n,8192,1,56589,6.9078369140625
RHLSP,λ<=log n,8192,1,57237,6.9869384765625
RHLSP,λ<=log n,8192,1,54764,6.68505859375
RHLSP,λ<=log n,8192,1,53196,6.49365234375
RHLSP,λ<=log n,8192,1,54726,6.680419921875
RHLSP,λ<=log n,8192,1,59065,7.2100830078125
RHLSP,λ<=log n,8192,1,56555,6.9036865234375
RHLSP,λ<=log n,8192,1,54328,6.6318359375
RHLSP,λ<=log n,8192,1,55799,6.8114013671875
RHLSP,λ<=log n,8192,1,54036,6.59619140625
RHLSP,λ<=log n,8192,1,60702,7.409912109375
RHLSP,λ<=log n,8192,1,60020,7.32666015625
RHLSP,λ<=log n,8192,1,57264,6.990234375
RHLSP,λ<=log n,8192,1,54225,6.6192626953125
RHLSP,λ<=log n,8192,1,57900,7.06787109375
RHLSP,λ<=log n,8192,1,54358,6.635498046875
RHLSP,λ<=log n,8192,1,58098,7.092041015625
RHLSP,λ<=log n,8192,1,57151,6.9764404296875
RHLSP,λ<=log n,8192,1,55487,6.7733154296875
RHLSP,λ<=log n,8192,1,54803,6.6898193359375
RHLSP,λ<=log n,8192,1,55735,6.8035888671875
RHLSP,λ<=log n,8192,1,57416,7.0087890625
RHLSP,λ<=log n,8192,1,59127,7.2176513671875
RHLSP,λ<=log n,8192,1,55533,6.7789306640625
RHLSP,λ<=log n,8192,1,58402,7.129150390625
RHLSP,λ<=log n,8192,1,63324,7.72998046875
RHLSP,λ<=log n,8192,1,56075,6.8450927734375
RHLSP,λ<=log n,8192,1,51827,6.3265380859375
RHLSP,λ<=log n,8192,1,54904,6.7021484375
RHLSP,λ<=log n,8192,1,58462,7.136474609375
RHLSP,λ<=log n,8192,1,56570,6.905517578125
RHLSP,λ<=log n,8192,1,54986,6.712158203125
RHLSP,λ<=log n,8192,1,54342,6.633544921875
RHLSP,λ<=log n,8192,1,53528,6.5341796875
RHLSP,λ<=log n,8192,1,60883,7.4320068359375
RHLSP,λ<=log n,8192,1,52458,6.403564453125
RHLSP,λ<=log n,8192,1,58676,7.16259765625
RHLSP,λ<=log n,8192,1,53476,6.52783203125
RHLSP,λ<=log n,8192,1,53566,6.538818359375
RHLSP,λ<=log n,8192,1,56505,6.8975830078125
RHLSP,λ<=log n,8192,1,64303,7.8494873046875
RHLSP,λ<=log n,8192,1,54335,6.6326904296875
RHLSP,λ<=log n,8192,1,54997,6.7135009765625
RHLSP,λ<=log n,8192,1,53914,6.581298828125
RHLSP,λ<=log n,8192,1,54496,6.65234375
RHLSP,λ<=log n,8192,1,56966,6.953857421875
RHLSP,λ<=log n,8192,1,55156,6.73291015625
RHLSP,λ<=log n,8192,1,58134,7.096435546875
RHLSP,λ<=log n,8192,1,58683,7.1634521484375
RHLSP,λ<=log n,8192,1,70259,8.5765380859375
RHLSP,λ<=log n,8192,1,54443,6.6458740234375
RHLSP,λ<=log n,8192,1,56933,6.9498291015625
RHLSP,λ<=log n,8192,1,58327,7.1199951171875
RHLSP,λ<=log n,8192,1,55161,6.7335205078125
RHLSP,λ<=log n,8192,1,59758,7.294677734375
RHLSP,λ<=log n,8192,1,60272,7.357421875
RRLSP,λ<=log n,8192,1,52930,6.461181640625
RRLSP,λ<=log n,8192,1,61847,7.5496826171875
RRLSP,λ<=log n,8192,1,60291,7.3597412109375
RRLSP,λ<=log n,8192,1,50844,6.20654296875
RRLSP,λ<=log n,8192,1,55439,6.7674560546875
RRLSP,λ<=log n,8192,1,56414,6.886474609375
RRLSP,λ<=log n,8192,1,57734,7.047607421875
RRLSP,λ<=log n,8192,1,62561,7.6368408203125
RRLSP,λ<=log n,8192,1,51280,6.259765625
RRLSP,λ<=log n,8192,1,50944,6.21875
RRLSP,λ<=log n,8192,1,52279,6.3817138671875
RRLSP,λ<=log n,8192,1,53054,6.476318359375
RRLSP,λ<=log n,8192,1,52764,6.44091796875
RRLSP,λ<=log n,8192,1,65913,8.0460205078125
RRLSP,λ<=log n,8192,1,54907,6.7025146484375
RRLSP,λ<=log n,8192,1,55868,6.81982421875
RRLSP,λ<=log n,8192,1,51865,6.3311767578125
RRLSP,λ<=log n,8192,1,53249,6.5001220703125
RRLSP,λ<=log n,8192,1,49816,6.0810546875
RRLSP,λ<=log n,8192,1,55863,6.8192138671875
RRLSP,λ<=log n,8192,1,55820,6.81396484375
RRLSP,λ<=log n,8192,1,56776,6.9306640625
RRLSP,λ<=log n,8192,1,54223,6.6190185546875
RRLSP,λ<=log n,8192,1,51073,6.2344970703125
RRLSP,λ<=log n,8192,1,53119,6.4842529296875
RRLSP,λ<=log n,8192,1,52894,6.456787109375
RRLSP,λ<=log n,8192,1,58836,7.18212890625
RRLSP,λ<=log n,8192,1,53159,6.4891357421875
RRLSP,λ<=log n,8192,1,54115,6.6058349609375
RRLSP,λ<=log n,8192,1,56545,6.9024658203125
RRLSP,λ<=log n,8192,1,53063,6.4774169921875
RRLSP,λ<=log n,8192,1,56180,6.85791015625
RRLSP,λ<=log n,8192,1,50318,6.142333984375
RRLSP,λ<=log n,8192,1,55549,6.7808837890625
RRLSP,λ<=log n,8192,1,53041,6.4747314453125
RRLSP,λ<=log n,8192,1,52691,6.4320068359375
RRLSP,λ<=log n,8192,1,54261,6.6236572265625
RRLSP,λ<=log n,8192,1,57800,7.0556640625
RRLSP,λ<=log n,8192,1,49416,6.0322265625
RRLSP,λ<=log n,8192,1,56618,6.911376953125
RRLSP,λ<=log n,8192,1,48831,5.9608154296875
RRLSP,λ<=log n,8192,1,56647,6.9149169921875
RRLSP,λ<=log n,8192,1,52223,6.3748779296875
RRLSP,λ<=log n,8192,1,49947,6.0970458984375
RRLSP,λ<=log n,8192,1,51935,6.3397216796875
RRLSP,λ<=log n,8192,1,51891,6.3343505859375
RRLSP,λ<=log n,8192,1,56373,6.8814697265625
RRLSP,λ<=log n,8192,1,55803,6.8118896484375
RRLSP,λ<=log n,8192,1,56299,6.8724365234375
RRLSP,λ<=log n,8192,1,53278,6.503662109375
RRLSP,λ<=log n,8192,1,51566,6.294677734375
RRLSP,λ<=log n,8192,1,50017,6.1055908203125
RRLSP,λ<=log n,8192,1,57353,7.0010986328125
RRLSP,λ<=log n,8192,1,51741,6.3160400390625
RRLSP,λ<=log n,8192,1,54423,6.6434326171875
RRLSP,λ<=log n,8192,1,58866,7.185791015625
RRLSP,λ<=log n,8192,1,63709,7.7769775390625
RRLSP,λ<=log n,8192,1,50220,6.13037109375
RRLSP,λ<=log n,8192,1,51816,6.3251953125
RRLSP,λ<=log n,8192,1,61605,7.5201416015625
RRLSP,λ<=log n,8192,1,53416,6.5205078125
RRLSP,λ<=log n,8192,1,56633,6.9132080078125
RRLSP,λ<=log n,8192,1,57308,6.99560546875
RRLSP,λ<=log n,8192,1,54112,6.60546875
RRLSP,λ<=log n,8192,1,57581,7.0289306640625
RRLSP,λ<=log n,8192,1,55518,6.777099609375
RRLSP,λ<=log n,8192,1,53752,6.5615234375
RRLSP,λ<=log n,8192,1,54061,6.5992431640625
RRLSP,λ<=log n,8192,1,50543,6.1697998046875
RRLSP,λ<=log n,8192,1,60829,7.4254150390625
RRLSP,λ<=log n,8192,1,54075,6.6009521484375
RRLSP,λ<=log n,8192,1,49207,6.0067138671875
RRLSP,λ<=log n,8192,1,57358,7.001708984375
RRLSP,λ<=log n,8192,1,53180,6.49169921875
RRLSP,λ<=log n,8192,1,56978,6.955322265625
RRLSP,λ<=log n,8192,1,54874,6.698486328125
RRLSP,λ<=log n,8192,1,51659,6.3060302734375
RRLSP,λ<=log n,8192,1,61019,7.4486083984375
RRLSP,λ<=log n,8192,1,51536,6.291015625
RRLSP,λ<=log n,8192,1,56133,6.8521728515625
RRLSP,λ<=log n,8192,1,55440,6.767578125
RRLSP,λ<=log n,8192,1,51509,6.2877197265625
RRLSP,λ<=log n,8192,1,52960,6.46484375
RRLSP,λ<=log n,8192,1,56729,6.9249267578125
RRLSP,λ<=log n,8192,1,54971,6.7103271484375
RRLSP,λ<=log n,8192,1,56288,6.87109375
RRLSP,λ<=log n,8192,1,51563,6.2943115234375
RRLSP,λ<=log n,8192,1,50873,6.2100830078125
RRLSP,λ<=log n,8192,1,52077,6.3570556640625
RRLSP,λ<=log n,8192,1,55482,6.772705078125
RRLSP,λ<=log n,8192,1,55236,6.74267578125
RRLSP,λ<=log n,8192,1,52316,6.38623046875
RRLSP,λ<=log n,8192,1,52441,6.4014892578125
RRLSP,λ<=log n,8192,1,55529,6.7784423828125
RRLSP,λ<=log n,8192,1,60161,7.3438720703125
RRLSP,λ<=log n,8192,1,54738,6.681884765625
RRLSP,λ<=log n,8192,1,54933,6.7056884765625
RRLSP,λ<=log n,8192,1,54464,6.6484375
RRLSP,λ<=log n,8192,1,60815,7.4237060546875
RRLSP,λ<=log n,8192,1,60571,7.3939208984375
RSLSP,λ<=log n,8192,1,72984,8.9091796875
RSLSP,λ<=log n,8192,1,80343,9.8074951171875
RSLSP,λ<=log n,8192,1,77955,9.5159912109375
RSLSP,λ<=log n,8192,1,71609,8.7413330078125
RSLSP,λ<=log n,8192,1,80237,9.7945556640625
RSLSP,λ<=log n,8192,1,94966,11.592529296875
RSLSP,λ<=log n,8192,1,74720,9.12109375
RSLSP,λ<=log n,8192,1,76395,9.3255615234375
RSLSP,λ<=log n,8192,1,76550,9.344482421875
RSLSP,λ<=log n,8192,1,72650,8.868408203125
RSLSP,λ<=log n,8192,1,82271,10.0428466796875
RSLSP,λ<=log n,8192,1,77052,9.40576171875
RSLSP,λ<=log n,8192,1,71472,8.724609375
RSLSP,λ<=log n,8192,1,77028,9.40283203125
RSLSP,λ<=log n,8192,1,77142,9.416748046875
RSLSP,λ<=log n,8192,1,70693,8.6295166015625
RSLSP,λ<=log n,8192,1,82926,10.122802734375
RSLSP,λ<=log n,8192,1,82761,10.1026611328125
RSLSP,λ<=log n,8192,1,80989,9.8863525390625
RSLSP,λ<=log n,8192,1,71838,8.769287109375
RSLSP,λ<=log n,8192,1,72854,8.893310546875
RSLSP,λ<=log n,8192,1,75628,9.23193359375
RSLSP,λ<=log n,8192,1,70048,8.55078125
RSLSP,λ<=log n,8192,1,70225,8.5723876953125
RSLSP,λ<=log n,8192,1,76158,9.296630859375
RSLSP,λ<=log n,8192,1,89062,10.871826171875
RSLSP,λ<=log n,8192,1,77273,9.4327392578125
RSLSP,λ<=log n,8192,1,84354,10.297119140625
RSLSP,λ<=log n,8192,1,73512,8.9736328125
RSLSP,λ<=log n,8192,1,75776,9.25
RSLSP,λ<=log n,8192,1,77032,9.4033203125
RSLSP,λ<=log n,8192,1,74175,9.0545654296875
RSLSP,λ<=log n,8192,1,78233,9.5499267578125
RSLSP,λ<=log n,8192,1,75060,9.16259765625
RSLSP,λ<=log n,8192,1,79236,9.67236328125
RSLSP,λ<=log n,8192,1,79245,9.6734619140625
RSLSP,λ<=log n,8192,1,71801,8.7647705078125
RSLSP,λ<=log n,8192,1,70862,8.650146484375
RSLSP,λ<=log n,8192,1,85912,10.4873046875
RSLSP,λ<=log n,8192,1,74027,9.0364990234375
RSLSP,λ<=log n,8192,1,74339,9.0745849609375
RSLSP,λ<=log n,8192,1,68411,8.3509521484375
RSLSP,λ<=log n,8192,1,72597,8.8619384765625
RSLSP,λ<=log n,8192,1,79820,9.74365234375
RSLSP,λ<=log n,8192,1,80287,9.8006591796875
RSLSP,λ<=log n,8192,1,73702,8.996826171875
RSLSP,λ<=log n,8192,1,84338,10.295166015625
RSLSP,λ<=log n,8192,1,71747,8.7581787109375
RSLSP,λ<=log n,8192,1,79809,9.7423095703125
RSLSP,λ<=log n,8192,1,78523,9.5853271484375
RSLSP,λ<=log n,8192,1,72458,8.844970703125
RSLSP,λ<=log n,8192,1,75724,9.24365234375
RSLSP,λ<=log n,8192,1,76862,9.382568359375
RSLSP,λ<=log n,8192,1,78723,9.6097412109375
RSLSP,λ<=log n,8192,1,72317,8.8277587890625
RSLSP,λ<=log n,8192,1,74277,9.0670166015625
RSLSP,λ<=log n,8192,1,97078,11.850341796875
RSLSP,λ<=log n,8192,1,77484,9.45849609375
RSLSP,λ<=log n,8192,1,74886,9.141357421875
RSLSP,λ<=log n,8192,1,72190,8.812255859375
RSLSP,λ<=log n,8192,1,94710,11.561279296875
RSLSP,λ<=log n,8192,1,74609,9.1075439453125
RSLSP,λ<=log n,8192,1,77981,9.5191650390625
RSLSP,λ<=log n,8192,1,76175,9.2987060546875
RSLSP,λ<=log n,8192,1,75355,9.1986083984375
RSLSP,λ<=log n,8192,1,78335,9.5623779296875
RSLSP,λ<=log n,8192,1,66429,8.1090087890625
RSLSP,λ<=log n,8192,1,83331,10.1722412109375
RSLSP,λ<=log n,8192,1,75620,9.23095703125
RSLSP,λ<=log n,8192,1,76467,9.3343505859375
RSLSP,λ<=log n,8192,1,68904,8.4111328125
RSLSP,λ<=log n,8192,1,80869,9.8717041015625
RSLSP,λ<=log n,8192,1,81690,9.971923828125
RSLSP,λ<=log n,8192,1,81806,9.986083984375
RSLSP,λ<=log n,8192,1,74797,9.1304931640625
RSLSP,λ<=log n,8192,1,83700,10.21728515625
RSLSP,λ<=log n,8192,1,80941,9.8804931640625
RSLSP,λ<=log n,8192,1,81717,9.9752197265625
RSLSP,λ<=log n,8192,1,83114,10.145751953125
RSLSP,λ<=log n,8192,1,73831,9.0125732421875
RSLSP,λ<=log n,8192,1,79223,9.6707763671875
RSLSP,λ<=log n,8192,1,77317,9.4381103515625
RSLSP,λ<=log n,8192,1,70643,8.6234130859375
RSLSP,λ<=log n,8192,1,81502,9.948974609375
RSLSP,λ<=log n,8192,1,96524,11.78271484375
RSLSP,λ<=log n,8192,1,72956,8.90576171875
RSLSP,λ<=log n,8192,1,72375,8.8348388671875
RSLSP,λ<=log n,8192,1,73194,8.934814453125
RSLSP,λ<=log n,8192,1,73192,8.9345703125
RSLSP,λ<=log n,8192,1,74189,9.0562744140625
RSLSP,λ<=log n,8192,1,77518,9.462646484375
RSLSP,λ<=log n,8192,1,84169,10.2745361328125
RSLSP,λ<=log n,8192,1,74538,9.098876953125
RSLSP,λ<=log n,8192,1,76681,9.3604736328125
RSLSP,λ<=log n,8192,1,78120,9.5361328125
RSLSP,λ<=log n,8192,1,77678,9.482177734375
RSLSP,λ<=log n,8192,1,79350,9.686279296875
RSLSP,λ<=log n,8192,1,78051,9.5277099609375
RSLSP,λ<=log n,8192,1,78503,9.5828857421875
RSLSP,λ<=log n,8192,1,83096,10.1435546875
RSDMP,λ<=log n,8192,1,81141,9.9049072265625
RSDMP,λ<=log n,8192,1,65578,8.005126953125
RSDMP,λ<=log n,8192,1,63085,7.7008056640625
RSDMP,λ<=log n,8192,1,77262,9.431396484375
RSDMP,λ<=log n,8192,1,65330,7.974853515625
RSDMP,λ<=log n,8192,1,67104,8.19140625
RSDMP,λ<=log n,8192,1,68368,8.345703125
RSDMP,λ<=log n,8192,1,61886,7.554443359375
RSDMP,λ<=log n,8192,1,88125,10.7574462890625
RSDMP,λ<=log n,8192,1,69129,8.4385986328125
RSDMP,λ<=log n,8192,1,72133,8.8052978515625
RSDMP,λ<=log n,8192,1,61560,7.5146484375
RSDMP,λ<=log n,8192,1,70053,8.5513916015625
RSDMP,λ<=log n,8192,1,62024,7.5712890625
RSDMP,λ<=log n,8192,1,59283,7.2366943359375
RSDMP,λ<=log n,8192,1,64368,7.857421875
RSDMP,λ<=log n,8192,1,68691,8.3851318359375
RSDMP,λ<=log n,8192,1,64857,7.9171142578125
RSDMP,λ<=log n,8192,1,77227,9.4271240234375
RSDMP,λ<=log n,8192,1,62833,7.6700439453125
RSDMP,λ<=log n,8192,1,72468,8.84619140625
RSDMP,λ<=log n,8192,1,70531,8.6097412109375
RSDMP,λ<=log n,8192,1,67326,8.218505859375
RSDMP,λ<=log n,8192,1,65519,7.9979248046875
RSDMP,λ<=log n,8192,1,57345,7.0001220703125
RSDMP,λ<=log n,8192,1,67768,8.2724609375
RSDMP,λ<=log n,8192,1,74133,9.0494384765625
RSDMP,λ<=log n,8192,1,68711,8.3875732421875
RSDMP,λ<=log n,8192,1,64261,7.8443603515625
RSDMP,λ<=log n,8192,1,75114,9.169189453125
RSDMP,λ<=log n,8192,1,73756,9.00341796875
RSDMP,λ<=log n,8192,1,66033,8.0606689453125
RSDMP,λ<=log n,8192,1,61050,7.452392578125
RSDMP,λ<=log n,8192,1,57643,7.0364990234375
RSDMP,λ<=log n,8192,1,59093,7.2135009765625
RSDMP,λ<=log n,8192,1,58279,7.1141357421875
RSDMP,λ<=log n,8192,1,63266,7.722900390625
RSDMP,λ<=log n,8192,1,62030,7.572021484375
RSDMP,λ<=log n,8192,1,58922,7.192626953125
RSDMP,λ<=log n,8192,1,72370,8.834228515625
RSDMP,λ<=log n,8192,1,71969,8.7852783203125
RSDMP,λ<=log n,8192,1,72036,8.79345703125
RSDMP,λ<=log n,8192,1,62307,7.6058349609375
RSDMP,λ<=log n,8192,1,60156,7.34326171875
RSDMP,λ<=log n,8192,1,68956,8.41748046875
RSDMP,λ<=log n,8192,1,62747,7.6595458984375
RSDMP,λ<=log n,8192,1,64115,7.8265380859375
RSDMP,λ<=log n,8192,1,61008,7.447265625
RSDMP,λ<=log n,8192,1,70744,8.6357421875
RSDMP,λ<=log n,8192,1,75997,9.2769775390625
RSDMP,λ<=log n,8192,1,73639,8.9891357421875
RSDMP,λ<=log n,8192,1,76449,9.3321533203125
RSDMP,λ<=log n,8192,1,71570,8.736572265625
RSDMP,λ<=log n,8192,1,63090,7.701416015625
RSDMP,λ<=log n,8192,1,66802,8.154541015625
RSDMP,λ<=log n,8192,1,77261,9.4312744140625
RSDMP,λ<=log n,8192,1,81254,9.918701171875
RSDMP,λ<=log n,8192,1,63415,7.7410888671875
RSDMP,λ<=log n,8192,1,64264,7.8447265625
RSDMP,λ<=log n,8192,1,66538,8.122314453125
RSDMP,λ<=log n,8192,1,76903,9.3875732421875
RSDMP,λ<=log n,8192,1,68841,8.4034423828125
RSDMP,λ<=log n,8192,1,94589,11.5465087890625
RSDMP,λ<=log n,8192,1,67755,8.2708740234375
RSDMP,λ<=log n,8192,1,65892,8.04345703125
RSDMP,λ<=log n,8192,1,64677,7.8951416015625
RSDMP,λ<=log n,8192,1,78358,9.565185546875
RSDMP,λ<=log n,8192,1,68293,8.3365478515625
RSDMP,λ<=log n,8192,1,76680,9.3603515625
RSDMP,λ<=log n,8192,1,72665,8.8702392578125
RSDMP,λ<=log n,8192,1,61841,7.5489501953125
RSDMP,λ<=log n,8192,1,99096,12.0966796875
RSDMP,λ<=log n,8192,1,61137,7.4630126953125
RSDMP,λ<=log n,8192,1,71968,8.78515625
RSDMP,λ<=log n,8192,1,66248,8.0869140625
RSDMP,λ<=log n,8192,1,62784,7.6640625
RSDMP,λ<=log n,8192,1,58923,7.1927490234375
RSDMP,λ<=log n,8192,1,70830,8.646240234375
RSDMP,λ<=log n,8192,1,64660,7.89306640625
RSDMP,λ<=log n,8192,1,71639,8.7449951171875
RSDMP,λ<=log n,8192,1,65025,7.9376220703125
RSDMP,λ<=log n,8192,1,62341,7.6099853515625
RSDMP,λ<=log n,8192,1,62940,7.68310546875
RSDMP,λ<=log n,8192,1,68768,8.39453125
RSDMP,λ<=log n,8192,1,68643,8.3792724609375
RSDMP,λ<=log n,8192,1,62845,7.6715087890625
RSDMP,λ<=log n,8192,1,86888,10.6064453125
RSDMP,λ<=log n,8192,1,62646,7.647216796875
RSDMP,λ<=log n,8192,1,61255,7.4774169921875
RSDMP,λ<=log n,8192,1,80196,9.78955078125
RSDMP,λ<=log n,8192,1,65777,8.0294189453125
RSDMP,λ<=log n,8192,1,78100,9.53369140625
RSDMP,λ<=log n,8192,1,63601,7.7637939453125
RSDMP,λ<=log n,8192,1,67433,8.2315673828125
RSDMP,λ<=log n,8192,1,66825,8.1573486328125
RSDMP,λ<=log n,8192,1,95630,11.673583984375
RSDMP,λ<=log n,8192,1,63168,7.7109375
RSDMP,λ<=log n,8192,1,75263,9.1873779296875
RSDMP,λ<=log n,8192,1,69556,8.49072265625
RRDMP,λ<=log n,8192,1,56883,6.9437255859375
RRDMP,λ<=log n,8192,1,46025,5.6182861328125
RRDMP,λ<=log n,8192,1,50025,6.1065673828125
RRDMP,λ<=log n,8192,1,51459,6.2816162109375
RRDMP,λ<=log n,8192,1,49192,6.0048828125
RRDMP,λ<=log n,8192,1,52868,6.45361328125
RRDMP,λ<=log n,8192,1,50267,6.1361083984375
RRDMP,λ<=log n,8192,1,48726,5.947998046875
RRDMP,λ<=log n,8192,1,50769,6.1973876953125
RRDMP,λ<=log n,8192,1,50073,6.1124267578125
RRDMP,λ<=log n,8192,1,49690,6.065673828125
RRDMP,λ<=log n,8192,1,46270,5.648193359375
RRDMP,λ<=log n,8192,1,52672,6.4296875
RRDMP,λ<=log n,8192,1,53349,6.5123291015625
RRDMP,λ<=log n,8192,1,59374,7.247802734375
RRDMP,λ<=log n,8192,1,51189,6.2486572265625
RRDMP,λ<=log n,8192,1,48453,5.9146728515625
RRDMP,λ<=log n,8192,1,50748,6.19482421875
RRDMP,λ<=log n,8192,1,49241,6.0108642578125
RRDMP,λ<=log n,8192,1,51950,6.341552734375
RRDMP,λ<=log n,8192,1,51638,6.303466796875
RRDMP,λ<=log n,8192,1,48850,5.963134765625
RRDMP,λ<=log n,8192,1,50104,6.1162109375
RRDMP,λ<=log n,8192,1,49276,6.01513671875
RRDMP,λ<=log n,8192,1,49169,6.0020751953125
RRDMP,λ<=log n,8192,1,52339,6.3890380859375
RRDMP,λ<=log n,8192,1,56454,6.891357421875
RRDMP,λ<=log n,8192,1,50792,6.2001953125
RRDMP,λ<=log n,8192,1,47426,5.789306640625
RRDMP,λ<=log n,8192,1,57203,6.9827880859375
RRDMP,λ<=log n,8192,1,50319,6.1424560546875
RRDMP,λ<=log n,8192,1,48320,5.8984375
RRDMP,λ<=log n,8192,1,49516,6.04443359375
RRDMP,λ<=log n,8192,1,47347,5.7796630859375
RRDMP,λ<=log n,8192,1,47961,5.8546142578125
RRDMP,λ<=log n,8192,1,47183,5.7596435546875
RRDMP,λ<=log n,8192,1,50040,6.1083984375
RRDMP,λ<=log n,8192,1,52360,6.3916015625
RRDMP,λ<=log n,8192,1,45372,5.53857421875
RRDMP,λ<=log n,8192,1,52296,6.3837890625
RRDMP,λ<=log n,8192,1,48082,5.869384765625
RRDMP,λ<=log n,8192,1,50063,6.1112060546875
RRDMP,λ<=log n,8192,1,51792,6.322265625
RRDMP,λ<=log n,8192,1,52882,6.455322265625
RRDMP,λ<=log n,8192,1,52048,6.353515625
RRDMP,λ<=log n,8192,1,50322,6.142822265625
RRDMP,λ<=log n,8192,1,52838,6.449951171875
RRDMP,λ<=log n,8192,1,53131,6.4857177734375
RRDMP,λ<=log n,8192,1,52794,6.444580078125
RRDMP,λ<=log n,8192,1,51147,6.2435302734375
RRDMP,λ<=log n,8192,1,52889,6.4561767578125
RRDMP,λ<=log n,8192,1,50280,6.1376953125
RRDMP,λ<=log n,8192,1,51566,6.294677734375
RRDMP,λ<=log n,8192,1,59032,7.2060546875
RRDMP,λ<=log n,8192,1,51450,6.280517578125
RRDMP,λ<=log n,8192,1,48143,5.8768310546875
RRDMP,λ<=log n,8192,1,59961,7.3194580078125
RRDMP,λ<=log n,8192,1,49807,6.0799560546875
RRDMP,λ<=log n,8192,1,51135,6.2420654296875
RRDMP,λ<=log n,8192,1,49094,5.992919921875
RRDMP,λ<=log n,8192,1,53373,6.5152587890625
RRDMP,λ<=log n,8192,1,49182,6.003662109375
RRDMP,λ<=log n,8192,1,49366,6.026123046875
RRDMP,λ<=log n,8192,1,48171,5.8802490234375
RRDMP,λ<=log n,8192,1,49088,5.9921875
RRDMP,λ<=log n,8192,1,47175,5.7586669921875
RRDMP,λ<=log n,8192,1,52214,6.373779296875
RRDMP,λ<=log n,8192,1,52696,6.4326171875
RRDMP,λ<=log n,8192,1,54075,6.6009521484375
RRDMP,λ<=log n,8192,1,55137,6.7305908203125
RRDMP,λ<=log n,8192,1,50618,6.178955078125
RRDMP,λ<=log n,8192,1,51916,6.33740234375
RRDMP,λ<=log n,8192,1,53303,6.5067138671875
RRDMP,λ<=log n,8192,1,53715,6.5570068359375
RRDMP,λ<=log n,8192,1,52005,6.3482666015625
RRDMP,λ<=log n,8192,1,50328,6.1435546875
RRDMP,λ<=log n,8192,1,51151,6.2440185546875
RRDMP,λ<=log n,8192,1,50839,6.2059326171875
RRDMP,λ<=log n,8192,1,48345,5.9014892578125
RRDMP,λ<=log n,8192,1,53446,6.524169921875
RRDMP,λ<=log n,8192,1,52703,6.4334716796875
RRDMP,λ<=log n,8192,1,49393,6.0294189453125
RRDMP,λ<=log n,8192,1,47618,5.812744140625
RRDMP,λ<=log n,8192,1,47802,5.835205078125
RRDMP,λ<=log n,8192,1,49131,5.9974365234375
RRDMP,λ<=log n,8192,1,46903,5.7254638671875
RRDMP,λ<=log n,8192,1,56079,6.8455810546875
RRDMP,λ<=log n,8192,1,52516,6.41064453125
RRDMP,λ<=log n,8192,1,52147,6.3656005859375
RRDMP,λ<=log n,8192,1,52185,6.3702392578125
RRDMP,λ<=log n,8192,1,47664,5.818359375
RRDMP,λ<=log n,8192,1,52509,6.4097900390625
RRDMP,λ<=log n,8192,1,51385,6.2725830078125
RRDMP,λ<=log n,8192,1,52432,6.400390625
RRDMP,λ<=log n,8192,1,48779,5.9544677734375
RRDMP,λ<=log n,8192,1,52570,6.417236328125
RRDMP,λ<=log n,8192,1,49213,6.0074462890625
RRDMP,λ<=log n,8192,1,49391,6.0291748046875
RRDMP,λ<=log n,8192,1,49943,6.0965576171875
RRDMP,λ<=log n,8192,1,47946,5.852783203125
RHDMP,λ<=log n,8192,1,52383,6.3944091796875
RHDMP,λ<=log n,8192,1,48640,5.9375
RHDMP,λ<=log n,8192,1,49833,6.0831298828125
RHDMP,λ<=log n,8192,1,48337,5.9005126953125
RHDMP,λ<=log n,8192,1,49668,6.06298828125
RHDMP,λ<=log n,8192,1,50068,6.11181640625
RHDMP,λ<=log n,8192,1,48922,5.971923828125
RHDMP,λ<=log n,8192,1,50564,6.17236328125
RHDMP,λ<=log n,8192,1,46342,5.656982421875
RHDMP,λ<=log n,8192,1,48350,5.902099609375
RHDMP,λ<=log n,8192,1,47587,5.8089599609375
RHDMP,λ<=log n,8192,1,45918,5.605224609375
RHDMP,λ<=log n,8192,1,50197,6.1275634765625
RHDMP,λ<=log n,8192,1,53472,6.52734375
RHDMP,λ<=log n,8192,1,46932,5.72900390625
RHDMP,λ<=log n,8192,1,46861,5.7203369140625
RHDMP,λ<=log n,8192,1,49815,6.0809326171875
RHDMP,λ<=log n,8192,1,47129,5.7530517578125
RHDMP,λ<=log n,8192,1,54056,6.5986328125
RHDMP,λ<=log n,8192,1,50347,6.1458740234375
RHDMP,λ<=log n,8192,1,46953,5.7315673828125
RHDMP,λ<=log n,8192,1,54054,6.598388671875
RHDMP,λ<=log n,8192,1,46209,5.6407470703125
RHDMP,λ<=log n,8192,1,55955,6.8304443359375
RHDMP,λ<=log n,8192,1,52669,6.4293212890625
RHDMP,λ<=log n,8192,1,46918,5.727294921875
RHDMP,λ<=log n,8192,1,55135,6.7303466796875
RHDMP,λ<=log n,8192,1,44638,5.448974609375
RHDMP,λ<=log n,8192,1,47896,5.8466796875
RHDMP,λ<=log n,8192,1,45027,5.4964599609375
RHDMP,λ<=log n,8192,1,52460,6.40380859375
RHDMP,λ<=log n,8192,1,47976,5.8564453125
RHDMP,λ<=log n,8192,1,51156,6.24462890625
RHDMP,λ<=log n,8192,1,50342,6.145263671875
RHDMP,λ<=log n,8192,1,47221,5.7642822265625
RHDMP,λ<=log n,8192,1,48692,5.94384765625
RHDMP,λ<=log n,8192,1,49400,6.0302734375
RHDMP,λ<=log n,8192,1,47991,5.8582763671875
RHDMP,λ<=log n,8192,1,47302,5.774169921875
RHDMP,λ<=log n,8192,1,48391,5.9071044921875
RHDMP,λ<=log n,8192,1,50942,6.218505859375
RHDMP,λ<=log n,8192,1,57459,7.0140380859375
RHDMP,λ<=log n,8192,1,47838,5.839599609375
RHDMP,λ<=log n,8192,1,49277,6.0152587890625
RHDMP,λ<=log n,8192,1,48287,5.8944091796875
RHDMP,λ<=log n,8192,1,47201,5.7618408203125
RHDMP,λ<=log n,8192,1,49409,6.0313720703125
RHDMP,λ<=log n,8192,1,47378,5.783447265625
RHDMP,λ<=log n,8192,1,48797,5.9566650390625
RHDMP,λ<=log n,8192,1,60601,7.3975830078125
RHDMP,λ<=log n,8192,1,50889,6.2120361328125
RHDMP,λ<=log n,8192,1,47227,5.7650146484375
RHDMP,λ<=log n,8192,1,49976,6.1005859375
RHDMP,λ<=log n,8192,1,46821,5.7154541015625
RHDMP,λ<=log n,8192,1,52446,6.402099609375
RHDMP,λ<=log n,8192,1,47116,5.75146484375
RHDMP,λ<=log n,8192,1,47043,5.7425537109375
RHDMP,λ<=log n,8192,1,53199,6.4940185546875
RHDMP,λ<=log n,8192,1,47191,5.7606201171875
RHDMP,λ<=log n,8192,1,48183,5.8817138671875
RHDMP,λ<=log n,8192,1,46653,5.6949462890625
RHDMP,λ<=log n,8192,1,60253,7.3551025390625
RHDMP,λ<=log n,8192,1,44573,5.4410400390625
RHDMP,λ<=log n,8192,1,53399,6.5184326171875
RHDMP,λ<=log n,8192,1,42687,5.2108154296875
RHDMP,λ<=log n,8192,1,54500,6.65283203125
RHDMP,λ<=log n,8192,1,63384,7.7373046875
RHDMP,λ<=log n,8192,1,54256,6.623046875
RHDMP,λ<=log n,8192,1,50258,6.135009765625
RHDMP,λ<=log n,8192,1,52576,6.41796875
RHDMP,λ<=log n,8192,1,45310,5.531005859375
RHDMP,λ<=log n,8192,1,49146,5.999267578125
RHDMP,λ<=log n,8192,1,47387,5.7845458984375
RHDMP,λ<=log n,8192,1,54462,6.648193359375
RHDMP,λ<=log n,8192,1,46607,5.6893310546875
RHDMP,λ<=log n,8192,1,53563,6.5384521484375
RHDMP,λ<=log n,8192,1,43684,5.33251953125
RHDMP,λ<=log n,8192,1,50403,6.1527099609375
RHDMP,λ<=log n,8192,1,55207,6.7391357421875
RHDMP,λ<=log n,8192,1,46205,5.6402587890625
RHDMP,λ<=log n,8192,1,49159,6.0008544921875
RHDMP,λ<=log n,8192,1,50027,6.1068115234375
RHDMP,λ<=log n,8192,1,48835,5.9613037109375
RHDMP,λ<=log n,8192,1,47480,5.7958984375
RHDMP,λ<=log n,8192,1,51909,6.3365478515625
RHDMP,λ<=log n,8192,1,55131,6.7298583984375
RHDMP,λ<=log n,8192,1,53957,6.5865478515625
RHDMP,λ<=log n,8192,1,47386,5.784423828125
RHDMP,λ<=log n,8192,1,51956,6.34228515625
RHDMP,λ<=log n,8192,1,47705,5.8233642578125
RHDMP,λ<=log n,8192,1,51761,6.3184814453125
RHDMP,λ<=log n,8192,1,50249,6.1339111328125
RHDMP,λ<=log n,8192,1,49561,6.0499267578125
RHDMP,λ<=log n,8192,1,48421,5.9107666015625
RHDMP,λ<=log n,8192,1,50062,6.111083984375
RHDMP,λ<=log n,8192,1,50988,6.22412109375
RHDMP,λ<=log n,8192,1,51350,6.268310546875
RHDMP,λ<=log n,8192,1,46468,5.67236328125
RHDMP,λ<=log n,8192,1,54077,6.6011962890625
RHDMP,λ<=log n,8192,1,45544,5.5595703125
RHLMP,λ<=log n,8192,1,52614,6.422607421875
RHLMP,λ<=log n,8192,1,51619,6.3011474609375
RHLMP,λ<=log n,8192,1,54231,6.6199951171875
RHLMP,λ<=log n,8192,1,46975,5.7342529296875
RHLMP,λ<=log n,8192,1,49381,6.0279541015625
RHLMP,λ<=log n,8192,1,54168,6.6123046875
RHLMP,λ<=log n,8192,1,49376,6.02734375
RHLMP,λ<=log n,8192,1,47586,5.808837890625
RHLMP,λ<=log n,8192,1,42631,5.2039794921875
RHLMP,λ<=log n,8192,1,49017,5.9835205078125
RHLMP,λ<=log n,8192,1,50996,6.22509765625
RHLMP,λ<=log n,8192,1,50616,6.1787109375
RHLMP,λ<=log n,8192,1,48934,5.973388671875
RHLMP,λ<=log n,8192,1,47157,5.7564697265625
RHLMP,λ<=log n,8192,1,52831,6.4490966796875
RHLMP,λ<=log n,8192,1,46168,5.6357421875
RHLMP,λ<=log n,8192,1,47933,5.8511962890625
RHLMP,λ<=log n,8192,1,53108,6.48291015625
RHLMP,λ<=log n,8192,1,48746,5.950439453125
RHLMP,λ<=log n,8192,1,47884,5.84521484375
RHLMP,λ<=log n,8192,1,51887,6.3338623046875
RHLMP,λ<=log n,8192,1,49796,6.07861328125
RHLMP,λ<=log n,8192,1,46547,5.6820068359375
RHLMP,λ<=log n,8192,1,48978,5.978759765625
RHLMP,λ<=log n,8192,1,47841,5.8399658203125
RHLMP,λ<=log n,8192,1,48465,5.9161376953125
RHLMP,λ<=log n,8192,1,48595,5.9320068359375
RHLMP,λ<=log n,8192,1,45740,5.58349609375
RHLMP,λ<=log n,8192,1,46554,5.682861328125
RHLMP,λ<=log n,8192,1,46803,5.7132568359375
RHLMP,λ<=log n,8192,1,48154,5.878173828125
RHLMP,λ<=log n,8192,1,48329,5.8995361328125
RHLMP,λ<=log n,8192,1,43385,5.2960205078125
RHLMP,λ<=log n,8192,1,53586,6.541259765625
RHLMP,λ<=log n,8192,1,46422,5.666748046875
RHLMP,λ<=log n,8192,1,47824,5.837890625
RHLMP,λ<=log n,8192,1,47129,5.7530517578125
RHLMP,λ<=log n,8192,1,48026,5.862548828125
RHLMP,λ<=log n,8192,1,46400,5.6640625
RHLMP,λ<=log n,8192,1,46060,5.62255859375
RHLMP,λ<=log n,8192,1,48374,5.905029296875
RHLMP,λ<=log n,8192,1,52526,6.411865234375
RHLMP,λ<=log n,8192,1,52355,6.3909912109375
RHLMP,λ<=log n,8192,1,47594,5.809814453125
RHLMP,λ<=log n,8192,1,51566,6.294677734375
RHLMP,λ<=log n,8192,1,47400,5.7861328125
RHLMP,λ<=log n,8192,1,45437,5.5465087890625
RHLMP,λ<=log n,8192,1,46249,5.6456298828125
RHLMP,λ<=log n,8192,1,51760,6.318359375
RHLMP,λ<=log n,8192,1,48033,5.8634033203125
RHLMP,λ<=log n,8192,1,44599,5.4442138671875
RHLMP,λ<=log n,8192,1,47063,5.7449951171875
RHLMP,λ<=log n,8192,1,49101,5.9937744140625
RHLMP,λ<=log n,8192,1,50409,6.1534423828125
RHLMP,λ<=log n,8192,1,49166,6.001708984375
RHLMP,λ<=log n,8192,1,47100,5.74951171875
RHLMP,λ<=log n,8192,1,49126,5.996826171875
RHLMP,λ<=log n,8192,1,52022,6.350341796875
RHLMP,λ<=log n,8192,1,46894,5.724365234375
RHLMP,λ<=log n,8192,1,44598,5.444091796875
RHLMP,λ<=log n,8192,1,47034,5.741455078125
RHLMP,λ<=log n,8192,1,49021,5.9840087890625
RHLMP,λ<=log n,8192,1,43301,5.2857666015625
RHLMP,λ<=log n,8192,1,49288,6.0166015625
RHLMP,λ<=log n,8192,1,46154,5.634033203125
RHLMP,λ<=log n,8192,1,54953,6.7081298828125
RHLMP,λ<=log n,8192,1,50281,6.1378173828125
RHLMP,λ<=log n,8192,1,48872,5.9658203125
RHLMP,λ<=log n,8192,1,45829,5.5943603515625
RHLMP,λ<=log n,8192,1,50349,6.1461181640625
RHLMP,λ<=log n,8192,1,48568,5.9287109375
RHLMP,λ<=log n,8192,1,46733,5.7047119140625
RHLMP,λ<=log n,8192,1,54811,6.6907958984375
RHLMP,λ<=log n,8192,1,43726,5.337646484375
RHLMP,λ<=log n,8192,1,46787,5.7113037109375
RHLMP,λ<=log n,8192,1,44756,5.46337890625
RHLMP,λ<=log n,8192,1,45381,5.5396728515625
RHLMP,λ<=log n,8192,1,47601,5.8106689453125
RHLMP,λ<=log n,8192,1,43034,5.253173828125
RHLMP,λ<=log n,8192,1,43300,5.28564453125
RHLMP,λ<=log n,8192,1,45783,5.5887451171875
RHLMP,λ<=log n,8192,1,47334,5.778076171875
RHLMP,λ<=log n,8192,1,51465,6.2823486328125
RHLMP,λ<=log n,8192,1,50764,6.19677734375
RHLMP,λ<=log n,8192,1,47047,5.7430419921875
RHLMP,λ<=log n,8192,1,49636,6.05908203125
RHLMP,λ<=log n,8192,1,49898,6.091064453125
RHLMP,λ<=log n,8192,1,48015,5.8612060546875
RHLMP,λ<=log n,8192,1,52671,6.4295654296875
RHLMP,λ<=log n,8192,1,46739,5.7054443359375
RHLMP,λ<=log n,8192,1,51164,6.24560546875
RHLMP,λ<=log n,8192,1,44736,5.4609375
RHLMP,λ<=log n,8192,1,48865,5.9649658203125
RHLMP,λ<=log n,8192,1,50608,6.177734375
RHLMP,λ<=log n,8192,1,53109,6.4830322265625
RHLMP,λ<=log n,8192,1,54475,6.6497802734375
RHLMP,λ<=log n,8192,1,45251,5.5238037109375
RHLMP,λ<=log n,8192,1,48181,5.8814697265625
RRLMP,λ<=log n,8192,1,47435,5.7904052734375
RRLMP,λ<=log n,8192,1,49206,6.006591796875
RRLMP,λ<=log n,8192,1,46109,5.6285400390625
RRLMP,λ<=log n,8192,1,50934,6.217529296875
RRLMP,λ<=log n,8192,1,46982,5.735107421875
RRLMP,λ<=log n,8192,1,48067,5.8675537109375
RRLMP,λ<=log n,8192,1,52412,6.39794921875
RRLMP,λ<=log n,8192,1,52607,6.4217529296875
RRLMP,λ<=log n,8192,1,45446,5.547607421875
RRLMP,λ<=log n,8192,1,50727,6.1922607421875
RRLMP,λ<=log n,8192,1,49676,6.06396484375
RRLMP,λ<=log n,8192,1,49378,6.027587890625
RRLMP,λ<=log n,8192,1,44428,5.42333984375
RRLMP,λ<=log n,8192,1,45847,5.5965576171875
RRLMP,λ<=log n,8192,1,49137,5.9981689453125
RRLMP,λ<=log n,8192,1,51163,6.2454833984375
RRLMP,λ<=log n,8192,1,49043,5.9866943359375
RRLMP,λ<=log n,8192,1,57044,6.96337890625
RRLMP,λ<=log n,8192,1,50008,6.1044921875
RRLMP,λ<=log n,8192,1,48942,5.974365234375
RRLMP,λ<=log n,8192,1,50594,6.176025390625
RRLMP,λ<=log n,8192,1,45089,5.5040283203125
RRLMP,λ<=log n,8192,1,46097,5.6270751953125
RRLMP,λ<=log n,8192,1,47405,5.7867431640625
RRLMP,λ<=log n,8192,1,46919,5.7274169921875
RRLMP,λ<=log n,8192,1,48548,5.92626953125
RRLMP,λ<=log n,8192,1,48428,5.91162109375
RRLMP,λ<=log n,8192,1,56287,6.8709716796875
RRLMP,λ<=log n,8192,1,50483,6.1624755859375
RRLMP,λ<=log n,8192,1,49711,6.0682373046875
RRLMP,λ<=log n,8192,1,51596,6.29833984375
RRLMP,λ<=log n,8192,1,56277,6.8697509765625
RRLMP,λ<=log n,8192,1,50960,6.220703125
RRLMP,λ<=log n,8192,1,49004,5.98193359375
RRLMP,λ<=log n,8192,1,49457,6.0372314453125
RRLMP,λ<=log n,8192,1,46083,5.6253662109375
RRLMP,λ<=log n,8192,1,49164,6.00146484375
RRLMP,λ<=log n,8192,1,52682,6.430908203125
RRLMP,λ<=log n,8192,1,46195,5.6390380859375
RRLMP,λ<=log n,8192,1,48819,5.9593505859375
RRLMP,λ<=log n,8192,1,48572,5.92919921875
RRLMP,λ<=log n,8192,1,47485,5.7965087890625
RRLMP,λ<=log n,8192,1,47050,5.743408203125
RRLMP,λ<=log n,8192,1,48477,5.9176025390625
RRLMP,λ<=log n,8192,1,49730,6.070556640625
RRLMP,λ<=log n,8192,1,52452,6.40283203125
RRLMP,λ<=log n,8192,1,50263,6.1356201171875
RRLMP,λ<=log n,8192,1,46147,5.6331787109375
RRLMP,λ<=log n,8192,1,49501,6.0426025390625
RRLMP,λ<=log n,8192,1,48703,5.9451904296875
RRLMP,λ<=log n,8192,1,50921,6.2159423828125
RRLMP,λ<=log n,8192,1,48192,5.8828125
RRLMP,λ<=log n,8192,1,45880,5.6005859375
RRLMP,λ<=log n,8192,1,44749,5.4625244140625
RRLMP,λ<=log n,8192,1,48657,5.9395751953125
RRLMP,λ<=log n,8192,1,48601,5.9327392578125
RRLMP,λ<=log n,8192,1,46616,5.6904296875
RRLMP,λ<=log n,8192,1,48081,5.8692626953125
RRLMP,λ<=log n,8192,1,48635,5.9368896484375
RRLMP,λ<=log n,8192,1,46348,5.65771484375
RRLMP,λ<=log n,8192,1,48911,5.9705810546875
RRLMP,λ<=log n,8192,1,47778,5.832275390625
RRLMP,λ<=log n,8192,1,52449,6.4024658203125
RRLMP,λ<=log n,8192,1,44393,5.4190673828125
RRLMP,λ<=log n,8192,1,48247,5.8895263671875
RRLMP,λ<=log n,8192,1,48519,5.9227294921875
RRLMP,λ<=log n,8192,1,48627,5.9359130859375
RRLMP,λ<=log n,8192,1,47773,5.8316650390625
RRLMP,λ<=log n,8192,1,50634,6.180908203125
RRLMP,λ<=log n,8192,1,46228,5.64306640625
RRLMP,λ<=log n,8192,1,48988,5.97998046875
RRLMP,λ<=log n,8192,1,55380,6.76025390625
RRLMP,λ<=log n,8192,1,49671,6.0633544921875
RRLMP,λ<=log n,8192,1,49274,6.014892578125
RRLMP,λ<=log n,8192,1,46689,5.6993408203125
RRLMP,λ<=log n,8192,1,48464,5.916015625
RRLMP,λ<=log n,8192,1,49171,6.0023193359375
RRLMP,λ<=log n,8192,1,48728,5.9482421875
RRLMP,λ<=log n,8192,1,48262,5.891357421875
RRLMP,λ<=log n,8192,1,54447,6.6463623046875
RRLMP,λ<=log n,8192,1,47955,5.8538818359375
RRLMP,λ<=log n,8192,1,64116,7.82666015625
RRLMP,λ<=log n,8192,1,49669,6.0631103515625
RRLMP,λ<=log n,8192,1,47493,5.7974853515625
RRLMP,λ<=log n,8192,1,50037,6.1080322265625
RRLMP,λ<=log n,8192,1,46290,5.650634765625
RRLMP,λ<=log n,8192,1,52577,6.4180908203125
RRLMP,λ<=log n,8192,1,50033,6.1075439453125
RRLMP,λ<=log n,8192,1,48687,5.9432373046875
RRLMP,λ<=log n,8192,1,44722,5.459228515625
RRLMP,λ<=log n,8192,1,47052,5.74365234375
RRLMP,λ<=log n,8192,1,46957,5.7320556640625
RRLMP,λ<=log n,8192,1,54370,6.636962890625
RRLMP,λ<=log n,8192,1,44644,5.44970703125
RRLMP,λ<=log n,8192,1,43841,5.3516845703125
RRLMP,λ<=log n,8192,1,48038,5.864013671875
RRLMP,λ<=log n,8192,1,48957,5.9761962890625
RRLMP,λ<=log n,8192,1,46718,5.702880859375
RSLMP,λ<=log n,8192,1,80166,9.785888671875
RSLMP,λ<=log n,8192,1,83942,10.246826171875
RSLMP,λ<=log n,8192,1,91788,11.20458984375
RSLMP,λ<=log n,8192,1,75515,9.2181396484375
RSLMP,λ<=log n,8192,1,81381,9.9342041015625
RSLMP,λ<=log n,8192,1,122535,14.9578857421875
RSLMP,λ<=log n,8192,1,78284,9.55615234375
RSLMP,λ<=log n,8192,1,91099,11.1204833984375
RSLMP,λ<=log n,8192,1,85627,10.4525146484375
RSLMP,λ<=log n,8192,1,69996,8.54443359375
RSLMP,λ<=log n,8192,1,84567,10.3231201171875
RSLMP,λ<=log n,8192,1,81856,9.9921875
RSLMP,λ<=log n,8192,1,81863,9.9930419921875
RSLMP,λ<=log n,8192,1,71445,8.7213134765625
RSLMP,λ<=log n,8192,1,76946,9.392822265625
RSLMP,λ<=log n,8192,1,81433,9.9405517578125
RSLMP,λ<=log n,8192,1,68718,8.388427734375
RSLMP,λ<=log n,8192,1,95589,11.6685791015625
RSLMP,λ<=log n,8192,1,102800,12.548828125
RSLMP,λ<=log n,8192,1,97325,11.8804931640625
RSLMP,λ<=log n,8192,1,66872,8.1630859375
RSLMP,λ<=log n,8192,1,68931,8.4144287109375
RSLMP,λ<=log n,8192,1,70581,8.6158447265625
RSLMP,λ<=log n,8192,1,78533,9.5865478515625
RSLMP,λ<=log n,8192,1,76292,9.31298828125
RSLMP,λ<=log n,8192,1,78730,9.610595703125
RSLMP,λ<=log n,8192,1,96566,11.787841796875
RSLMP,λ<=log n,8192,1,81869,9.9937744140625
RSLMP,λ<=log n,8192,1,71073,8.6759033203125
RSLMP,λ<=log n,8192,1,115310,14.075927734375
RSLMP,λ<=log n,8192,1,78990,9.642333984375
RSLMP,λ<=log n,8192,1,84149,10.2720947265625
RSLMP,λ<=log n,8192,1,76737,9.3673095703125
RSLMP,λ<=log n,8192,1,88323,10.7816162109375
RSLMP,λ<=log n,8192,1,85710,10.462646484375
RSLMP,λ<=log n,8192,1,96672,11.80078125
RSLMP,λ<=log n,8192,1,75968,9.2734375
RSLMP,λ<=log n,8192,1,74993,9.1544189453125
RSLMP,λ<=log n,8192,1,83821,10.2320556640625
RSLMP,λ<=log n,8192,1,77071,9.4080810546875
RSLMP,λ<=log n,8192,1,77072,9.408203125
RSLMP,λ<=log n,8192,1,113425,13.8458251953125
RSLMP,λ<=log n,8192,1,87677,10.7027587890625
RSLMP,λ<=log n,8192,1,83858,10.236572265625
RSLMP,λ<=log n,8192,1,75380,9.20166015625
RSLMP,λ<=log n,8192,1,74429,9.0855712890625
RSLMP,λ<=log n,8192,1,98395,12.0111083984375
RSLMP,λ<=log n,8192,1,64356,7.85595703125
RSLMP,λ<=log n,8192,1,64066,7.820556640625
RSLMP,λ<=log n,8192,1,78003,9.5218505859375
RSLMP,λ<=log n,8192,1,70878,8.652099609375
RSLMP,λ<=log n,8192,1,90275,11.0198974609375
RSLMP,λ<=log n,8192,1,61297,7.4825439453125
RSLMP,λ<=log n,8192,1,67881,8.2862548828125
RSLMP,λ<=log n,8192,1,61123,7.4613037109375
RSLMP,λ<=log n,8192,1,81993,10.0089111328125
RSLMP,λ<=log n,8192,1,99070,12.093505859375
RSLMP,λ<=log n,8192,1,75918,9.267333984375
RSLMP,λ<=log n,8192,1,71273,8.7003173828125
RSLMP,λ<=log n,8192,1,117744,14.373046875
RSLMP,λ<=log n,8192,1,90280,11.0205078125
RSLMP,λ<=log n,8192,1,71750,8.758544921875
RSLMP,λ<=log n,8192,1,64271,7.8455810546875
RSLMP,λ<=log n,8192,1,68098,8.312744140625
RSLMP,λ<=log n,8192,1,68740,8.39111328125
RSLMP,λ<=log n,8192,1,75830,9.256591796875
RSLMP,λ<=log n,8192,1,90914,11.097900390625
RSLMP,λ<=log n,8192,1,89657,10.9444580078125
RSLMP,λ<=log n,8192,1,71755,8.7591552734375
RSLMP,λ<=log n,8192,1,77708,9.48583984375
RSLMP,λ<=log n,8192,1,80798,9.863037109375
RSLMP,λ<=log n,8192,1,87135,10.6365966796875
RSLMP,λ<=log n,8192,1,104288,12.73046875
RSLMP,λ<=log n,8192,1,70282,8.579345703125
RSLMP,λ<=log n,8192,1,105358,12.861083984375
RSLMP,λ<=log n,8192,1,67391,8.2264404296875
RSLMP,λ<=log n,8192,1,74351,9.0760498046875
RSLMP,λ<=log n,8192,1,74726,9.121826171875
RSLMP,λ<=log n,8192,1,83902,10.241943359375
RSLMP,λ<=log n,8192,1,72302,8.825927734375
RSLMP,λ<=log n,8192,1,87183,10.6424560546875
RSLMP,λ<=log n,8192,1,131390,16.038818359375
RSLMP,λ<=log n,8192,1,95207,11.6219482421875
RSLMP,λ<=log n,8192,1,93716,11.43994140625
RSLMP,λ<=log n,8192,1,66769,8.1505126953125
RSLMP,λ<=log n,8192,1,68453,8.3560791015625
RSLMP,λ<=log n,8192,1,71551,8.7342529296875
RSLMP,λ<=log n,8192,1,74682,9.116455078125
RSLMP,λ<=log n,8192,1,68537,8.3663330078125
RSLMP,λ<=log n,8192,1,88843,10.8450927734375
RSLMP,λ<=log n,8192,1,75619,9.2308349609375
RSLMP,λ<=log n,8192,1,73406,8.960693359375
RSLMP,λ<=log n,8192,1,120790,14.744873046875
RSLMP,λ<=log n,8192,1,74140,9.05029296875
RSLMP,λ<=log n,8192,1,88600,10.8154296875
RSLMP,λ<=log n,8192,1,92280,11.2646484375
RSLMP,λ<=log n,8192,1,75700,9.24072265625
RSLMP,λ<=log n,8192,1,69756,8.51513671875
RSLMP,λ<=log n,8192,1,84987,10.3743896484375
RSLMP,λ<=log n,8192,1,73384,8.9580078125
RSDIP,λ<=log n,8192,1,96554,11.786376953125
RSDIP,λ<=log n,8192,1,113517,13.8570556640625
RSDIP,λ<=log n,8192,1,90629,11.0631103515625
RSDIP,λ<=log n,8192,1,84644,10.33251953125
RSDIP,λ<=log n,8192,1,80800,9.86328125
RSDIP,λ<=log n,8192,1,90673,11.0684814453125
RSDIP,λ<=log n,8192,1,82336,10.05078125
RSDIP,λ<=log n,8192,1,84059,10.2611083984375
RSDIP,λ<=log n,8192,1,89478,10.922607421875
RSDIP,λ<=log n,8192,1,84884,10.36181640625
RSDIP,λ<=log n,8192,1,79601,9.7169189453125
RSDIP,λ<=log n,8192,1,85965,10.4937744140625
RSDIP,λ<=log n,8192,1,101483,12.3880615234375
RSDIP,λ<=log n,8192,1,102046,12.456787109375
RSDIP,λ<=log n,8192,1,79609,9.7178955078125
RSDIP,λ<=log n,8192,1,86268,10.53076171875
RSDIP,λ<=log n,8192,1,89405,10.9136962890625
RSDIP,λ<=log n,8192,1,94833,11.5762939453125
RSDIP,λ<=log n,8192,1,80900,9.87548828125
RSDIP,λ<=log n,8192,1,93880,11.4599609375
RSDIP,λ<=log n,8192,1,93808,11.451171875
RSDIP,λ<=log n,8192,1,84454,10.309326171875
RSDIP,λ<=log n,8192,1,88188,10.76513671875
RSDIP,λ<=log n,8192,1,87582,10.691162109375
RSDIP,λ<=log n,8192,1,85812,10.47509765625
RSDIP,λ<=log n,8192,1,86610,10.572509765625
RSDIP,λ<=log n,8192,1,85450,10.430908203125
RSDIP,λ<=log n,8192,1,80275,9.7991943359375
RSDIP,λ<=log n,8192,1,93067,11.3607177734375
RSDIP,λ<=log n,8192,1,80634,9.843017578125
RSDIP,λ<=log n,8192,1,83189,10.1549072265625
RSDIP,λ<=log n,8192,1,100412,12.25732421875
RSDIP,λ<=log n,8192,1,93552,11.419921875
RSDIP,λ<=log n,8192,1,90423,11.0379638671875
RSDIP,λ<=log n,8192,1,90735,11.0760498046875
RSDIP,λ<=log n,8192,1,90185,11.0089111328125
RSDIP,λ<=log n,8192,1,88367,10.7869873046875
RSDIP,λ<=log n,8192,1,84862,10.359130859375
RSDIP,λ<=log n,8192,1,84394,10.302001953125
RSDIP,λ<=log n,8192,1,97494,11.901123046875
RSDIP,λ<=log n,8192,1,80593,9.8380126953125
RSDIP,λ<=log n,8192,1,82669,10.0914306640625
RSDIP,λ<=log n,8192,1,87854,10.724365234375
RSDIP,λ<=log n,8192,1,97390,11.888427734375
RSDIP,λ<=log n,8192,1,95067,11.6048583984375
RSDIP,λ<=log n,8192,1,87155,10.6390380859375
RSDIP,λ<=log n,8192,1,82725,10.0982666015625
RSDIP,λ<=log n,8192,1,88076,10.75146484375
RSDIP,λ<=log n,8192,1,80202,9.790283203125
RSDIP,λ<=log n,8192,1,75724,9.24365234375
RSDIP,λ<=log n,8192,1,94979,11.5941162109375
RSDIP,λ<=log n,8192,1,85275,10.4095458984375
RSDIP,λ<=log n,8192,1,110030,13.431396484375
RSDIP,λ<=log n,8192,1,78208,9.546875
RSDIP,λ<=log n,8192,1,86940,10.61279296875
RSDIP,λ<=log n,8192,1,96827,11.8197021484375
RSDIP,λ<=log n,8192,1,100614,12.281982421875
RSDIP,λ<=log n,8192,1,89284,10.89892578125
RSDIP,λ<=log n,8192,1,95243,11.6263427734375
RSDIP,λ<=log n,8192,1,86430,10.550537109375
RSDIP,λ<=log n,8192,1,95778,11.691650390625
RSDIP,λ<=log n,8192,1,86877,10.6051025390625
RSDIP,λ<=log n,8192,1,82684,10.09326171875
RSDIP,λ<=log n,8192,1,87039,10.6248779296875
RSDIP,λ<=log n,8192,1,89962,10.981689453125
RSDIP,λ<=log n,8192,1,81296,9.923828125
RSDIP,λ<=log n,8192,1,89847,10.9676513671875
RSDIP,λ<=log n,8192,1,85268,10.40869140625
RSDIP,λ<=log n,8192,1,102968,12.5693359375
RSDIP,λ<=log n,8192,1,90616,11.0615234375
RSDIP,λ<=log n,8192,1,85539,10.4417724609375
RSDIP,λ<=log n,8192,1,87584,10.69140625
RSDIP,λ<=log n,8192,1,88796,10.83935546875
RSDIP,λ<=log n,8192,1,97268,11.87353515625
RSDIP,λ<=log n,8192,1,82660,10.09033203125
RSDIP,λ<=log n,8192,1,91231,11.1365966796875
RSDIP,λ<=log n,8192,1,89169,10.8848876953125
RSDIP,λ<=log n,8192,1,80356,9.80908203125
RSDIP,λ<=log n,8192,1,101614,12.404052734375
RSDIP,λ<=log n,8192,1,86963,10.6156005859375
RSDIP,λ<=log n,8192,1,97739,11.9310302734375
RSDIP,λ<=log n,8192,1,90695,11.0711669921875
RSDIP,λ<=log n,8192,1,88878,10.849365234375
RSDIP,λ<=log n,8192,1,85376,10.421875
RSDIP,λ<=log n,8192,1,81248,9.91796875
RSDIP,λ<=log n,8192,1,87157,10.6392822265625
RSDIP,λ<=log n,8192,1,94544,11.541015625
RSDIP,λ<=log n,8192,1,94079,11.4842529296875
RSDIP,λ<=log n,8192,1,81698,9.972900390625
RSDIP,λ<=log n,8192,1,92557,11.2984619140625
RSDIP,λ<=log n,8192,1,85739,10.4661865234375
RSDIP,λ<=log n,8192,1,94570,11.544189453125
RSDIP,λ<=log n,8192,1,86109,10.5113525390625
RSDIP,λ<=log n,8192,1,86331,10.5384521484375
RSDIP,λ<=log n,8192,1,82694,10.094482421875
RSDIP,λ<=log n,8192,1,78152,9.5400390625
RSDIP,λ<=log n,8192,1,102496,12.51171875
RSDIP,λ<=log n,8192,1,84772,10.34814453125
RSDIP,λ<=log n,8192,1,92313,11.2686767578125
RSDIP,λ<=log n,8192,1,94013,11.4761962890625
RRDIP,λ<=log n,8192,1,55010,6.715087890625
RRDIP,λ<=log n,8192,1,57495,7.0184326171875
RRDIP,λ<=log n,8192,1,56214,6.862060546875
RRDIP,λ<=log n,8192,1,57092,6.96923828125
RRDIP,λ<=log n,8192,1,58352,7.123046875
RRDIP,λ<=log n,8192,1,58194,7.103759765625
RRDIP,λ<=log n,8192,1,59268,7.23486328125
RRDIP,λ<=log n,8192,1,66340,8.09814453125
RRDIP,λ<=log n,8192,1,58715,7.1673583984375
RRDIP,λ<=log n,8192,1,53624,6.5458984375
RRDIP,λ<=log n,8192,1,61040,7.451171875
RRDIP,λ<=log n,8192,1,57915,7.0697021484375
RRDIP,λ<=log n,8192,1,56526,6.900146484375
RRDIP,λ<=log n,8192,1,62504,7.6298828125
RRDIP,λ<=log n,8192,1,58562,7.148681640625
RRDIP,λ<=log n,8192,1,57241,6.9874267578125
RRDIP,λ<=log n,8192,1,58714,7.167236328125
RRDIP,λ<=log n,8192,1,64683,7.8958740234375
RRDIP,λ<=log n,8192,1,55790,6.810302734375
RRDIP,λ<=log n,8192,1,60666,7.405517578125
RRDIP,λ<=log n,8192,1,65752,8.0263671875
RRDIP,λ<=log n,8192,1,57457,7.0137939453125
RRDIP,λ<=log n,8192,1,60859,7.4290771484375
RRDIP,λ<=log n,8192,1,58553,7.1475830078125
RRDIP,λ<=log n,8192,1,56776,6.9306640625
RRDIP,λ<=log n,8192,1,54305,6.6290283203125
RRDIP,λ<=log n,8192,1,53924,6.58251953125
RRDIP,λ<=log n,8192,1,60128,7.33984375
RRDIP,λ<=log n,8192,1,60826,7.425048828125
RRDIP,λ<=log n,8192,1,60927,7.4373779296875
RRDIP,λ<=log n,8192,1,57820,7.05810546875
RRDIP,λ<=log n,8192,1,69351,8.4656982421875
RRDIP,λ<=log n,8192,1,55117,6.7281494140625
RRDIP,λ<=log n,8192,1,62200,7.5927734375
RRDIP,λ<=log n,8192,1,58711,7.1668701171875
RRDIP,λ<=log n,8192,1,61013,7.4478759765625
RRDIP,λ<=log n,8192,1,64469,7.8697509765625
RRDIP,λ<=log n,8192,1,54404,6.64111328125
RRDIP,λ<=log n,8192,1,58924,7.19287109375
RRDIP,λ<=log n,8192,1,53835,6.5716552734375
RRDIP,λ<=log n,8192,1,57695,7.0428466796875
RRDIP,λ<=log n,8192,1,61484,7.50537109375
RRDIP,λ<=log n,8192,1,64697,7.8975830078125
RRDIP,λ<=log n,8192,1,54892,6.70068359375
RRDIP,λ<=log n,8192,1,59388,7.24951171875
RRDIP,λ<=log n,8192,1,54952,6.7080078125
RRDIP,λ<=log n,8192,1,61701,7.5318603515625
RRDIP,λ<=log n,8192,1,53408,6.51953125
RRDIP,λ<=log n,8192,1,60465,7.3809814453125
RRDIP,λ<=log n,8192,1,56602,6.909423828125
RRDIP,λ<=log n,8192,1,54947,6.7073974609375
RRDIP,λ<=log n,8192,1,61195,7.4700927734375
RRDIP,λ<=log n,8192,1,58039,7.0848388671875
RRDIP,λ<=log n,8192,1,57640,7.0361328125
RRDIP,λ<=log n,8192,1,63680,7.7734375
RRDIP,λ<=log n,8192,1,61315,7.4847412109375
RRDIP,λ<=log n,8192,1,56192,6.859375
RRDIP,λ<=log n,8192,1,56891,6.9447021484375
RRDIP,λ<=log n,8192,1,59348,7.24462890625
RRDIP,λ<=log n,8192,1,58490,7.139892578125
RRDIP,λ<=log n,8192,1,63140,7.70751953125
RRDIP,λ<=log n,8192,1,60412,7.37451171875
RRDIP,λ<=log n,8192,1,70839,8.6473388671875
RRDIP,λ<=log n,8192,1,53547,6.5364990234375
RRDIP,λ<=log n,8192,1,53201,6.4942626953125
RRDIP,λ<=log n,8192,1,57349,7.0006103515625
RRDIP,λ<=log n,8192,1,59238,7.231201171875
RRDIP,λ<=log n,8192,1,55229,6.7418212890625
RRDIP,λ<=log n,8192,1,58338,7.121337890625
RRDIP,λ<=log n,8192,1,58148,7.09814453125
RRDIP,λ<=log n,8192,1,55828,6.81494140625
RRDIP,λ<=log n,8192,1,58454,7.135498046875
RRDIP,λ<=log n,8192,1,55003,6.7142333984375
RRDIP,λ<=log n,8192,1,60937,7.4385986328125
RRDIP,λ<=log n,8192,1,56064,6.84375
RRDIP,λ<=log n,8192,1,57431,7.0106201171875
RRDIP,λ<=log n,8192,1,61042,7.451416015625
RRDIP,λ<=log n,8192,1,62545,7.6348876953125
RRDIP,λ<=log n,8192,1,54569,6.6612548828125
RRDIP,λ<=log n,8192,1,52000,6.34765625
RRDIP,λ<=log n,8192,1,54256,6.623046875
RRDIP,λ<=log n,8192,1,55903,6.8240966796875
RRDIP,λ<=log n,8192,1,62693,7.6529541015625
RRDIP,λ<=log n,8192,1,61495,7.5067138671875
RRDIP,λ<=log n,8192,1,63245,7.7203369140625
RRDIP,λ<=log n,8192,1,55870,6.820068359375
RRDIP,λ<=log n,8192,1,55501,6.7750244140625
RRDIP,λ<=log n,8192,1,58602,7.153564453125
RRDIP,λ<=log n,8192,1,59594,7.274658203125
RRDIP,λ<=log n,8192,1,56079,6.8455810546875
RRDIP,λ<=log n,8192,1,57209,6.9835205078125
RRDIP,λ<=log n,8192,1,64777,7.9073486328125
RRDIP,λ<=log n,8192,1,61021,7.4488525390625
RRDIP,λ<=log n,8192,1,61646,7.525146484375
RRDIP,λ<=log n,8192,1,57721,7.0460205078125
RRDIP,λ<=log n,8192,1,59556,7.27001953125
RRDIP,λ<=log n,8192,1,56171,6.8568115234375
RRDIP,λ<=log n,8192,1,56604,6.90966796875
RRDIP,λ<=log n,8192,1,62453,7.6236572265625
RRDIP,λ<=log n,8192,1,58642,7.158447265625
RHDIP,λ<=log n,8192,1,64406,7.862060546875
RHDIP,λ<=log n,8192,1,57383,7.0047607421875
RHDIP,λ<=log n,8192,1,52346,6.389892578125
RHDIP,λ<=log n,8192,1,54801,6.6895751953125
RHDIP,λ<=log n,8192,1,58927,7.1932373046875
RHDIP,λ<=log n,8192,1,65126,7.949951171875
RHDIP,λ<=log n,8192,1,57540,7.02392578125
RHDIP,λ<=log n,8192,1,55079,6.7235107421875
RHDIP,λ<=log n,8192,1,61818,7.546142578125
RHDIP,λ<=log n,8192,1,58976,7.19921875
RHDIP,λ<=log n,8192,1,54856,6.6962890625
RHDIP,λ<=log n,8192,1,57892,7.06689453125
RHDIP,λ<=log n,8192,1,51389,6.2730712890625
RHDIP,λ<=log n,8192,1,67073,8.1876220703125
RHDIP,λ<=log n,8192,1,55330,6.754150390625
RHDIP,λ<=log n,8192,1,51638,6.303466796875
RHDIP,λ<=log n,8192,1,53996,6.59130859375
RHDIP,λ<=log n,8192,1,55402,6.762939453125
RHDIP,λ<=log n,8192,1,56946,6.951416015625
RHDIP,λ<=log n,8192,1,51663,6.3065185546875
RHDIP,λ<=log n,8192,1,55387,6.7611083984375
RHDIP,λ<=log n,8192,1,56070,6.844482421875
RHDIP,λ<=log n,8192,1,53798,6.567138671875
RHDIP,λ<=log n,8192,1,61796,7.54345703125
RHDIP,λ<=log n,8192,1,57398,7.006591796875
RHDIP,λ<=log n,8192,1,57868,7.06396484375
RHDIP,λ<=log n,8192,1,57203,6.9827880859375
RHDIP,λ<=log n,8192,1,58514,7.142822265625
RHDIP,λ<=log n,8192,1,59147,7.2200927734375
RHDIP,λ<=log n,8192,1,57147,6.9759521484375
RHDIP,λ<=log n,8192,1,59649,7.2813720703125
RHDIP,λ<=log n,8192,1,59681,7.2852783203125
RHDIP,λ<=log n,8192,1,62434,7.621337890625
RHDIP,λ<=log n,8192,1,58139,7.0970458984375
RHDIP,λ<=log n,8192,1,56273,6.8692626953125
RHDIP,λ<=log n,8192,1,58414,7.130615234375
RHDIP,λ<=log n,8192,1,53366,6.514404296875
RHDIP,λ<=log n,8192,1,54522,6.655517578125
RHDIP,λ<=log n,8192,1,54224,6.619140625
RHDIP,λ<=log n,8192,1,55660,6.79443359375
RHDIP,λ<=log n,8192,1,62062,7.575927734375
RHDIP,λ<=log n,8192,1,54138,6.608642578125
RHDIP,λ<=log n,8192,1,55488,6.7734375
RHDIP,λ<=log n,8192,1,56827,6.9368896484375
RHDIP,λ<=log n,8192,1,59197,7.2261962890625
RHDIP,λ<=log n,8192,1,54238,6.620849609375
RHDIP,λ<=log n,8192,1,59466,7.259033203125
RHDIP,λ<=log n,8192,1,59405,7.2515869140625
RHDIP,λ<=log n,8192,1,60527,7.3885498046875
RHDIP,λ<=log n,8192,1,57931,7.0716552734375
RHDIP,λ<=log n,8192,1,50387,6.1507568359375
RHDIP,λ<=log n,8192,1,58812,7.17919921875
RHDIP,λ<=log n,8192,1,58742,7.170654296875
RHDIP,λ<=log n,8192,1,56739,6.9261474609375
RHDIP,λ<=log n,8192,1,53468,6.52685546875
RHDIP,λ<=log n,8192,1,55865,6.8194580078125
RHDIP,λ<=log n,8192,1,55756,6.80615234375
RHDIP,λ<=log n,8192,1,57005,6.9586181640625
RHDIP,λ<=log n,8192,1,54640,6.669921875
RHDIP,λ<=log n,8192,1,60646,7.403076171875
RHDIP,λ<=log n,8192,1,61331,7.4866943359375
RHDIP,λ<=log n,8192,1,61374,7.491943359375
RHDIP,λ<=log n,8192,1,53701,6.5552978515625
RHDIP,λ<=log n,8192,1,54821,6.6920166015625
RHDIP,λ<=log n,8192,1,54695,6.6766357421875
RHDIP,λ<=log n,8192,1,55918,6.825927734375
RHDIP,λ<=log n,8192,1,55428,6.76611328125
RHDIP,λ<=log n,8192,1,54568,6.6611328125
RHDIP,λ<=log n,8192,1,61509,7.5084228515625
RHDIP,λ<=log n,8192,1,67791,8.2752685546875
RHDIP,λ<=log n,8192,1,56819,6.9359130859375
RHDIP,λ<=log n,8192,1,54915,6.7034912109375
RHDIP,λ<=log n,8192,1,55551,6.7811279296875
RHDIP,λ<=log n,8192,1,54711,6.6785888671875
RHDIP,λ<=log n,8192,1,54831,6.6932373046875
RHDIP,λ<=log n,8192,1,55489,6.7735595703125
RHDIP,λ<=log n,8192,1,59775,7.2967529296875
RHDIP,λ<=log n,8192,1,52125,6.3629150390625
RHDIP,λ<=log n,8192,1,54211,6.6175537109375
RHDIP,λ<=log n,8192,1,56213,6.8619384765625
RHDIP,λ<=log n,8192,1,58126,7.095458984375
RHDIP,λ<=log n,8192,1,55223,6.7410888671875
RHDIP,λ<=log n,8192,1,57479,7.0164794921875
RHDIP,λ<=log n,8192,1,55153,6.7325439453125
RHDIP,λ<=log n,8192,1,53521,6.5333251953125
RHDIP,λ<=log n,8192,1,56200,6.8603515625
RHDIP,λ<=log n,8192,1,57330,6.998291015625
RHDIP,λ<=log n,8192,1,62725,7.6568603515625
RHDIP,λ<=log n,8192,1,55241,6.7432861328125
RHDIP,λ<=log n,8192,1,57033,6.9620361328125
RHDIP,λ<=log n,8192,1,57681,7.0411376953125
RHDIP,λ<=log n,8192,1,56920,6.9482421875
RHDIP,λ<=log n,8192,1,55737,6.8038330078125
RHDIP,λ<=log n,8192,1,52860,6.45263671875
RHDIP,λ<=log n,8192,1,58141,7.0972900390625
RHDIP,λ<=log n,8192,1,54734,6.681396484375
RHDIP,λ<=log n,8192,1,54160,6.611328125
RHDIP,λ<=log n,8192,1,56196,6.85986328125
RHDIP,λ<=log n,8192,1,63672,7.7724609375
RHDIP,λ<=log n,8192,1,55354,6.757080078125
RHLIP,λ<=log n,8192,1,59629,7.2789306640625
RHLIP,λ<=log n,8192,1,63375,7.7362060546875
RHLIP,λ<=log n,8192,1,57103,6.9705810546875
RHLIP,λ<=log n,8192,1,54401,6.6407470703125
RHLIP,λ<=log n,8192,1,62939,7.6829833984375
RHLIP,λ<=log n,8192,1,53475,6.5277099609375
RHLIP,λ<=log n,8192,1,61666,7.527587890625
RHLIP,λ<=log n,8192,1,53146,6.487548828125
RHLIP,λ<=log n,8192,1,59338,7.243408203125
RHLIP,λ<=log n,8192,1,56238,6.864990234375
RHLIP,λ<=log n,8192,1,57061,6.9654541015625
RHLIP,λ<=log n,8192,1,60196,7.34814453125
RHLIP,λ<=log n,8192,1,57153,6.9766845703125
RHLIP,λ<=log n,8192,1,60053,7.3306884765625
RHLIP,λ<=log n,8192,1,56612,6.91064453125
RHLIP,λ<=log n,8192,1,60493,7.3843994140625
RHLIP,λ<=log n,8192,1,59243,7.2318115234375
RHLIP,λ<=log n,8192,1,67430,8.231201171875
RHLIP,λ<=log n,8192,1,58486,7.139404296875
RHLIP,λ<=log n,8192,1,58328,7.1201171875
RHLIP,λ<=log n,8192,1,64834,7.914306640625
RHLIP,λ<=log n,8192,1,57698,7.043212890625
RHLIP,λ<=log n,8192,1,54415,6.6424560546875
RHLIP,λ<=log n,8192,1,53456,6.525390625
RHLIP,λ<=log n,8192,1,59016,7.2041015625
RHLIP,λ<=log n,8192,1,55441,6.7677001953125
RHLIP,λ<=log n,8192,1,57688,7.0419921875
RHLIP,λ<=log n,8192,1,58036,7.08447265625
RHLIP,λ<=log n,8192,1,58216,7.1064453125
RHLIP,λ<=log n,8192,1,64832,7.9140625
RHLIP,λ<=log n,8192,1,59805,7.3004150390625
RHLIP,λ<=log n,8192,1,55907,6.8245849609375
RHLIP,λ<=log n,8192,1,61072,7.455078125
RHLIP,λ<=log n,8192,1,56875,6.9427490234375
RHLIP,λ<=log n,8192,1,56797,6.9332275390625
RHLIP,λ<=log n,8192,1,63365,7.7349853515625
RHLIP,λ<=log n,8192,1,56625,6.9122314453125
RHLIP,λ<=log n,8192,1,57492,7.01806640625
RHLIP,λ<=log n,8192,1,60211,7.3499755859375
RHLIP,λ<=log n,8192,1,53909,6.5806884765625
RHLIP,λ<=log n,8192,1,57391,7.0057373046875
RHLIP,λ<=log n,8192,1,60509,7.3863525390625
RHLIP,λ<=log n,8192,1,59422,7.253662109375
RHLIP,λ<=log n,8192,1,55799,6.8114013671875
RHLIP,λ<=log n,8192,1,61658,7.526611328125
RHLIP,λ<=log n,8192,1,65379,7.9808349609375
RHLIP,λ<=log n,8192,1,56663,6.9168701171875
RHLIP,λ<=log n,8192,1,59614,7.277099609375
RHLIP,λ<=log n,8192,1,65816,8.0341796875
RHLIP,λ<=log n,8192,1,54371,6.6370849609375
RHLIP,λ<=log n,8192,1,56572,6.90576171875
RHLIP,λ<=log n,8192,1,56915,6.9476318359375
RHLIP,λ<=log n,8192,1,63829,7.7916259765625
RHLIP,λ<=log n,8192,1,62126,7.583740234375
RHLIP,λ<=log n,8192,1,74070,9.041748046875
RHLIP,λ<=log n,8192,1,58765,7.1734619140625
RHLIP,λ<=log n,8192,1,56669,6.9176025390625
RHLIP,λ<=log n,8192,1,60823,7.4246826171875
RHLIP,λ<=log n,8192,1,60392,7.3720703125
RHLIP,λ<=log n,8192,1,61137,7.4630126953125
RHLIP,λ<=log n,8192,1,59731,7.2913818359375
RHLIP,λ<=log n,8192,1,67003,8.1790771484375
RHLIP,λ<=log n,8192,1,54540,6.65771484375
RHLIP,λ<=log n,8192,1,60101,7.3365478515625
RHLIP,λ<=log n,8192,1,58509,7.1422119140625
RHLIP,λ<=log n,8192,1,56391,6.8836669921875
RHLIP,λ<=log n,8192,1,65021,7.9371337890625
RHLIP,λ<=log n,8192,1,59238,7.231201171875
RHLIP,λ<=log n,8192,1,56405,6.8853759765625
RHLIP,λ<=log n,8192,1,64760,7.9052734375
RHLIP,λ<=log n,8192,1,62902,7.678466796875
RHLIP,λ<=log n,8192,1,61930,7.559814453125
RHLIP,λ<=log n,8192,1,57159,6.9774169921875
RHLIP,λ<=log n,8192,1,53755,6.5618896484375
RHLIP,λ<=log n,8192,1,55057,6.7208251953125
RHLIP,λ<=log n,8192,1,63925,7.8033447265625
RHLIP,λ<=log n,8192,1,57099,6.9700927734375
RHLIP,λ<=log n,8192,1,56943,6.9510498046875
RHLIP,λ<=log n,8192,1,55571,6.7835693359375
RHLIP,λ<=log n,8192,1,56661,6.9166259765625
RHLIP,λ<=log n,8192,1,59010,7.203369140625
RHLIP,λ<=log n,8192,1,70463,8.6014404296875
RHLIP,λ<=log n,8192,1,60033,7.3282470703125
RHLIP,λ<=log n,8192,1,61910,7.557373046875
RHLIP,λ<=log n,8192,1,55131,6.7298583984375
RHLIP,λ<=log n,8192,1,57945,7.0733642578125
RHLIP,λ<=log n,8192,1,54535,6.6571044921875
RHLIP,λ<=log n,8192,1,57260,6.98974609375
RHLIP,λ<=log n,8192,1,61585,7.5177001953125
RHLIP,λ<=log n,8192,1,58903,7.1903076171875
RHLIP,λ<=log n,8192,1,57245,6.9879150390625
RHLIP,λ<=log n,8192,1,55403,6.7630615234375
RHLIP,λ<=log n,8192,1,56236,6.86474609375
RHLIP,λ<=log n,8192,1,59967,7.3201904296875
RHLIP,λ<=log n,8192,1,56474,6.893798828125
RHLIP,λ<=log n,8192,1,57545,7.0245361328125
RHLIP,λ<=log n,8192,1,63645,7.7691650390625
RHLIP,λ<=log n,8192,1,58243,7.1097412109375
RHLIP,λ<=log n,8192,1,61106,7.459228515625
RHLIP,λ<=log n,8192,1,57400,7.0068359375
RRLIP,λ<=log n,8192,1,59439,7.2557373046875
RRLIP,λ<=log n,8192,1,63705,7.7764892578125
RRLIP,λ<=log n,8192,1,63907,7.8011474609375
RRLIP,λ<=log n,8192,1,57475,7.0159912109375
RRLIP,λ<=log n,8192,1,55353,6.7569580078125
RRLIP,λ<=log n,8192,1,59565,7.2711181640625
RRLIP,λ<=log n,8192,1,59856,7.306640625
RRLIP,λ<=log n,8192,1,63937,7.8048095703125
RRLIP,λ<=log n,8192,1,58628,7.15673828125
RRLIP,λ<=log n,8192,1,65312,7.97265625
RRLIP,λ<=log n,8192,1,59920,7.314453125
RRLIP,λ<=log n,8192,1,58416,7.130859375
RRLIP,λ<=log n,8192,1,59803,7.3001708984375
RRLIP,λ<=log n,8192,1,58814,7.179443359375
RRLIP,λ<=log n,8192,1,57249,6.9884033203125
RRLIP,λ<=log n,8192,1,64406,7.862060546875
RRLIP,λ<=log n,8192,1,54741,6.6822509765625
RRLIP,λ<=log n,8192,1,67073,8.1876220703125
RRLIP,λ<=log n,8192,1,62204,7.59326171875
RRLIP,λ<=log n,8192,1,60312,7.3623046875
RRLIP,λ<=log n,8192,1,56879,6.9432373046875
RRLIP,λ<=log n,8192,1,58063,7.0877685546875
RRLIP,λ<=log n,8192,1,59882,7.309814453125
RRLIP,λ<=log n,8192,1,63642,7.768798828125
RRLIP,λ<=log n,8192,1,59559,7.2703857421875
RRLIP,λ<=log n,8192,1,59354,7.245361328125
RRLIP,λ<=log n,8192,1,57964,7.07568359375
RRLIP,λ<=log n,8192,1,61791,7.5428466796875
RRLIP,λ<=log n,8192,1,64617,7.8878173828125
RRLIP,λ<=log n,8192,1,60243,7.3538818359375
RRLIP,λ<=log n,8192,1,63740,7.78076171875
RRLIP,λ<=log n,8192,1,59185,7.2247314453125
RRLIP,λ<=log n,8192,1,57120,6.97265625
RRLIP,λ<=log n,8192,1,56681,6.9190673828125
RRLIP,λ<=log n,8192,1,58653,7.1597900390625
RRLIP,λ<=log n,8192,1,60576,7.39453125
RRLIP,λ<=log n,8192,1,58543,7.1463623046875
RRLIP,λ<=log n,8192,1,57533,7.0230712890625
RRLIP,λ<=log n,8192,1,60265,7.3565673828125
RRLIP,λ<=log n,8192,1,61478,7.504638671875
RRLIP,λ<=log n,8192,1,59021,7.2047119140625
RRLIP,λ<=log n,8192,1,56290,6.871337890625
RRLIP,λ<=log n,8192,1,60609,7.3985595703125
RRLIP,λ<=log n,8192,1,60287,7.3592529296875
RRLIP,λ<=log n,8192,1,57628,7.03466796875
RRLIP,λ<=log n,8192,1,59139,7.2191162109375
RRLIP,λ<=log n,8192,1,59770,7.296142578125
RRLIP,λ<=log n,8192,1,56520,6.8994140625
RRLIP,λ<=log n,8192,1,59961,7.3194580078125
RRLIP,λ<=log n,8192,1,56514,6.898681640625
RRLIP,λ<=log n,8192,1,57264,6.990234375
RRLIP,λ<=log n,8192,1,59859,7.3070068359375
RRLIP,λ<=log n,8192,1,59151,7.2205810546875
RRLIP,λ<=log n,8192,1,58096,7.091796875
RRLIP,λ<=log n,8192,1,60570,7.393798828125
RRLIP,λ<=log n,8192,1,55662,6.794677734375
RRLIP,λ<=log n,8192,1,58978,7.199462890625
RRLIP,λ<=log n,8192,1,63589,7.7623291015625
RRLIP,λ<=log n,8192,1,55055,6.7205810546875
RRLIP,λ<=log n,8192,1,57486,7.017333984375
RRLIP,λ<=log n,8192,1,62129,7.5841064453125
RRLIP,λ<=log n,8192,1,57646,7.036865234375
RRLIP,λ<=log n,8192,1,59744,7.29296875
RRLIP,λ<=log n,8192,1,62721,7.6563720703125
RRLIP,λ<=log n,8192,1,59487,7.2615966796875
RRLIP,λ<=log n,8192,1,52082,6.357666015625
RRLIP,λ<=log n,8192,1,57677,7.0406494140625
RRLIP,λ<=log n,8192,1,56220,6.86279296875
RRLIP,λ<=log n,8192,1,57178,6.979736328125
RRLIP,λ<=log n,8192,1,59129,7.2178955078125
RRLIP,λ<=log n,8192,1,64943,7.9276123046875
RRLIP,λ<=log n,8192,1,62657,7.6485595703125
RRLIP,λ<=log n,8192,1,56352,6.87890625
RRLIP,λ<=log n,8192,1,65821,8.0347900390625
RRLIP,λ<=log n,8192,1,66015,8.0584716796875
RRLIP,λ<=log n,8192,1,57447,7.0125732421875
RRLIP,λ<=log n,8192,1,63798,7.787841796875
RRLIP,λ<=log n,8192,1,59256,7.2333984375
RRLIP,λ<=log n,8192,1,60109,7.3375244140625
RRLIP,λ<=log n,8192,1,57223,6.9852294921875
RRLIP,λ<=log n,8192,1,61113,7.4600830078125
RRLIP,λ<=log n,8192,1,56922,6.948486328125
RRLIP,λ<=log n,8192,1,58428,7.13232421875
RRLIP,λ<=log n,8192,1,62473,7.6260986328125
RRLIP,λ<=log n,8192,1,56280,6.8701171875
RRLIP,λ<=log n,8192,1,56224,6.86328125
RRLIP,λ<=log n,8192,1,59578,7.272705078125
RRLIP,λ<=log n,8192,1,62832,7.669921875
RRLIP,λ<=log n,8192,1,64920,7.9248046875
RRLIP,λ<=log n,8192,1,58236,7.10888671875
RRLIP,λ<=log n,8192,1,58598,7.153076171875
RRLIP,λ<=log n,8192,1,58712,7.1669921875
RRLIP,λ<=log n,8192,1,58370,7.125244140625
RRLIP,λ<=log n,8192,1,59050,7.208251953125
RRLIP,λ<=log n,8192,1,56641,6.9141845703125
RRLIP,λ<=log n,8192,1,56407,6.8856201171875
RSLIP,λ<=log n,8192,1,88475,10.8001708984375
RSLIP,λ<=log n,8192,1,86218,10.524658203125
RSLIP,λ<=log n,8192,1,88573,10.8121337890625
RSLIP,λ<=log n,8192,1,84356,10.29736328125
RSLIP,λ<=log n,8192,1,87230,10.648193359375
RSLIP,λ<=log n,8192,1,86217,10.5245361328125
RSLIP,λ<=log n,8192,1,82247,10.0399169921875
RSLIP,λ<=log n,8192,1,81756,9.97998046875
RSLIP,λ<=log n,8192,1,87787,10.7161865234375
RSLIP,λ<=log n,8192,1,94099,11.4866943359375
RSLIP,λ<=log n,8192,1,85991,10.4969482421875
RSLIP,λ<=log n,8192,1,86354,10.541259765625
RSLIP,λ<=log n,8192,1,85503,10.4373779296875
RSLIP,λ<=log n,8192,1,85418,10.427001953125
RSLIP,λ<=log n,8192,1,89822,10.964599609375
RSLIP,λ<=log n,8192,1,90888,11.0947265625
RSLIP,λ<=log n,8192,1,91616,11.18359375
RSLIP,λ<=log n,8192,1,85131,10.3919677734375
RSLIP,λ<=log n,8192,1,89348,10.90673828125
RSLIP,λ<=log n,8192,1,89097,10.8760986328125
RSLIP,λ<=log n,8192,1,82285,10.0445556640625
RSLIP,λ<=log n,8192,1,82192,10.033203125
RSLIP,λ<=log n,8192,1,80471,9.8231201171875
RSLIP,λ<=log n,8192,1,99645,12.1636962890625
RSLIP,λ<=log n,8192,1,90835,11.0882568359375
RSLIP,λ<=log n,8192,1,91612,11.18310546875
RSLIP,λ<=log n,8192,1,89262,10.896240234375
RSLIP,λ<=log n,8192,1,90660,11.06689453125
RSLIP,λ<=log n,8192,1,88415,10.7928466796875
RSLIP,λ<=log n,8192,1,90450,11.041259765625
RSLIP,λ<=log n,8192,1,87661,10.7008056640625
RSLIP,λ<=log n,8192,1,99115,12.0989990234375
RSLIP,λ<=log n,8192,1,88412,10.79248046875
RSLIP,λ<=log n,8192,1,90488,11.0458984375
RSLIP,λ<=log n,8192,1,82970,10.128173828125
RSLIP,λ<=log n,8192,1,85864,10.4814453125
RSLIP,λ<=log n,8192,1,98738,12.052978515625
RSLIP,λ<=log n,8192,1,90934,11.100341796875
RSLIP,λ<=log n,8192,1,82757,10.1021728515625
RSLIP,λ<=log n,8192,1,85594,10.448486328125
RSLIP,λ<=log n,8192,1,89930,10.977783203125
RSLIP,λ<=log n,8192,1,82948,10.12548828125
RSLIP,λ<=log n,8192,1,80654,9.845458984375
RSLIP,λ<=log n,8192,1,88439,10.7957763671875
RSLIP,λ<=log n,8192,1,94059,11.4818115234375
RSLIP,λ<=log n,8192,1,88672,10.82421875
RSLIP,λ<=log n,8192,1,83542,10.197998046875
RSLIP,λ<=log n,8192,1,89945,10.9796142578125
RSLIP,λ<=log n,8192,1,83658,10.212158203125
RSLIP,λ<=log n,8192,1,87970,10.738525390625
RSLIP,λ<=log n,8192,1,93772,11.44677734375
RSLIP,λ<=log n,8192,1,83694,10.216552734375
RSLIP,λ<=log n,8192,1,90401,11.0352783203125
RSLIP,λ<=log n,8192,1,84646,10.332763671875
RSLIP,λ<=log n,8192,1,90608,11.060546875
RSLIP,λ<=log n,8192,1,91508,11.17041015625
RSLIP,λ<=log n,8192,1,93824,11.453125
RSLIP,λ<=log n,8192,1,82986,10.130126953125
RSLIP,λ<=log n,8192,1,88755,10.8343505859375
RSLIP,λ<=log n,8192,1,79853,9.7476806640625
RSLIP,λ<=log n,8192,1,89924,10.97705078125
RSLIP,λ<=log n,8192,1,75782,9.250732421875
RSLIP,λ<=log n,8192,1,107725,13.1500244140625
RSLIP,λ<=log n,8192,1,84603,10.3275146484375
RSLIP,λ<=log n,8192,1,80880,9.873046875
RSLIP,λ<=log n,8192,1,79843,9.7464599609375
RSLIP,λ<=log n,8192,1,101024,12.33203125
RSLIP,λ<=log n,8192,1,88329,10.7823486328125
RSLIP,λ<=log n,8192,1,78680,9.6044921875
RSLIP,λ<=log n,8192,1,86562,10.566650390625
RSLIP,λ<=log n,8192,1,87669,10.7017822265625
RSLIP,λ<=log n,8192,1,87117,10.6343994140625
RSLIP,λ<=log n,8192,1,89022,10.866943359375
RSLIP,λ<=log n,8192,1,84769,10.3477783203125
RSLIP,λ<=log n,8192,1,82879,10.1170654296875
RSLIP,λ<=log n,8192,1,85586,10.447509765625
RSLIP,λ<=log n,8192,1,85261,10.4078369140625
RSLIP,λ<=log n,8192,1,96026,11.721923828125
RSLIP,λ<=log n,8192,1,83815,10.2313232421875
RSLIP,λ<=log n,8192,1,90180,11.00830078125
RSLIP,λ<=log n,8192,1,88863,10.8475341796875
RSLIP,λ<=log n,8192,1,86252,10.52880859375
RSLIP,λ<=log n,8192,1,99706,12.171142578125
RSLIP,λ<=log n,8192,1,91461,11.1646728515625
RSLIP,λ<=log n,8192,1,104729,12.7843017578125
RSLIP,λ<=log n,8192,1,84077,10.2633056640625
RSLIP,λ<=log n,8192,1,87913,10.7315673828125
RSLIP,λ<=log n,8192,1,79506,9.705322265625
RSLIP,λ<=log n,8192,1,81891,9.9964599609375
RSLIP,λ<=log n,8192,1,82846,10.113037109375
RSLIP,λ<=log n,8192,1,93207,11.3778076171875
RSLIP,λ<=log n,8192,1,82273,10.0430908203125
RSLIP,λ<=log n,8192,1,98924,12.07568359375
RSLIP,λ<=log n,8192,1,79491,9.7034912109375
RSLIP,λ<=log n,8192,1,89448,10.9189453125
RSLIP,λ<=log n,8192,1,91504,11.169921875
RSLIP,λ<=log n,8192,1,83786,10.227783203125
RSLIP,λ<=log n,8192,1,81684,9.97119140625
RSLIP,λ<=log n,8192,1,83929,10.2452392578125
RSDCD,λ<=log n,8192,1,58778,7.175048828125
RSDCD,λ<=log n,8192,1,57119,6.9725341796875
RSDCD,λ<=log n,8192,1,68282,8.335205078125
RSDCD,λ<=log n,8192,1,65803,8.0325927734375
RSDCD,λ<=log n,8192,1,68172,8.32177734375
RSDCD,λ<=log n,8192,1,65975,8.0535888671875
RSDCD,λ<=log n,8192,1,69776,8.517578125
RSDCD,λ<=log n,8192,1,59279,7.2362060546875
RSDCD,λ<=log n,8192,1,59018,7.204345703125
RSDCD,λ<=log n,8192,1,70299,8.5814208984375
RSDCD,λ<=log n,8192,1,76041,9.2823486328125
RSDCD,λ<=log n,8192,1,69587,8.4945068359375
RSDCD,λ<=log n,8192,1,79461,9.6998291015625
RSDCD,λ<=log n,8192,1,72131,8.8050537109375
RSDCD,λ<=log n,8192,1,84203,10.2786865234375
RSDCD,λ<=log n,8192,1,81538,9.953369140625
RSDCD,λ<=log n,8192,1,64998,7.934326171875
RSDCD,λ<=log n,8192,1,94394,11.522705078125
RSDCD,λ<=log n,8192,1,67876,8.28564453125
RSDCD,λ<=log n,8192,1,66025,8.0596923828125
RSDCD,λ<=log n,8192,1,68406,8.350341796875
RSDCD,λ<=log n,8192,1,84271,10.2869873046875
RSDCD,λ<=log n,8192,1,71070,8.675537109375
RSDCD,λ<=log n,8192,1,68302,8.337646484375
RSDCD,λ<=log n,8192,1,77107,9.4124755859375
RSDCD,λ<=log n,8192,1,59978,7.321533203125
RSDCD,λ<=log n,8192,1,67947,8.2943115234375
RSDCD,λ<=log n,8192,1,66398,8.105224609375
RSDCD,λ<=log n,8192,1,84274,10.287353515625
RSDCD,λ<=log n,8192,1,68663,8.3817138671875
RSDCD,λ<=log n,8192,1,73515,8.9739990234375
RSDCD,λ<=log n,8192,1,70577,8.6153564453125
RSDCD,λ<=log n,8192,1,69022,8.425537109375
RSDCD,λ<=log n,8192,1,65232,7.962890625
RSDCD,λ<=log n,8192,1,73659,8.9915771484375
RSDCD,λ<=log n,8192,1,73031,8.9149169921875
RSDCD,λ<=log n,8192,1,61553,7.5137939453125
RSDCD,λ<=log n,8192,1,74163,9.0531005859375
RSDCD,λ<=log n,8192,1,66400,8.10546875
RSDCD,λ<=log n,8192,1,61245,7.4761962890625
RSDCD,λ<=log n,8192,1,78688,9.60546875
RSDCD,λ<=log n,8192,1,75690,9.239501953125
RSDCD,λ<=log n,8192,1,102899,12.5609130859375
RSDCD,λ<=log n,8192,1,63476,7.74853515625
RSDCD,λ<=log n,8192,1,72114,8.802978515625
RSDCD,λ<=log n,8192,1,56540,6.90185546875
RSDCD,λ<=log n,8192,1,72924,8.90185546875
RSDCD,λ<=log n,8192,1,69263,8.4549560546875
RSDCD,λ<=log n,8192,1,84371,10.2991943359375
RSDCD,λ<=log n,8192,1,64816,7.912109375
RSDCD,λ<=log n,8192,1,66288,8.091796875
RSDCD,λ<=log n,8192,1,66942,8.171630859375
RSDCD,λ<=log n,8192,1,66297,8.0928955078125
RSDCD,λ<=log n,8192,1,82142,10.027099609375
RSDCD,λ<=log n,8192,1,67281,8.2130126953125
RSDCD,λ<=log n,8192,1,66346,8.098876953125
RSDCD,λ<=log n,8192,1,60496,7.384765625
RSDCD,λ<=log n,8192,1,68679,8.3836669921875
RSDCD,λ<=log n,8192,1,60244,7.35400390625
RSDCD,λ<=log n,8192,1,63752,7.7822265625
RSDCD,λ<=log n,8192,1,78496,9.58203125
RSDCD,λ<=log n,8192,1,65022,7.937255859375
RSDCD,λ<=log n,8192,1,81397,9.9361572265625
RSDCD,λ<=log n,8192,1,83554,10.199462890625
RSDCD,λ<=log n,8192,1,77758,9.491943359375
RSDCD,λ<=log n,8192,1,63798,7.787841796875
RSDCD,λ<=log n,8192,1,64660,7.89306640625
RSDCD,λ<=log n,8192,1,76831,9.3787841796875
RSDCD,λ<=log n,8192,1,62901,7.6783447265625
RSDCD,λ<=log n,8192,1,69286,8.457763671875
RSDCD,λ<=log n,8192,1,77418,9.450439453125
RSDCD,λ<=log n,8192,1,91433,11.1612548828125
RSDCD,λ<=log n,8192,1,115474,14.095947265625
RSDCD,λ<=log n,8192,1,72615,8.8641357421875
RSDCD,λ<=log n,8192,1,68402,8.349853515625
RSDCD,λ<=log n,8192,1,58009,7.0811767578125
RSDCD,λ<=log n,8192,1,63925,7.8033447265625
RSDCD,λ<=log n,8192,1,68212,8.32666015625
RSDCD,λ<=log n,8192,1,58107,7.0931396484375
RSDCD,λ<=log n,8192,1,68164,8.32080078125
RSDCD,λ<=log n,8192,1,87074,10.629150390625
RSDCD,λ<=log n,8192,1,87946,10.735595703125
RSDCD,λ<=log n,8192,1,73810,9.010009765625
RSDCD,λ<=log n,8192,1,63174,7.711669921875
RSDCD,λ<=log n,8192,1,69012,8.42431640625
RSDCD,λ<=log n,8192,1,70720,8.6328125
RSDCD,λ<=log n,8192,1,76354,9.320556640625
RSDCD,λ<=log n,8192,1,74126,9.048583984375
RSDCD,λ<=log n,8192,1,72449,8.8438720703125
RSDCD,λ<=log n,8192,1,63891,7.7991943359375
RSDCD,λ<=log n,8192,1,61336,7.4873046875
RSDCD,λ<=log n,8192,1,69020,8.42529296875
RSDCD,λ<=log n,8192,1,77116,9.41357421875
RSDCD,λ<=log n,8192,1,71741,8.7574462890625
RSDCD,λ<=log n,8192,1,65005,7.9351806640625
RSDCD,λ<=log n,8192,1,68100,8.31298828125
RSDCD,λ<=log n,8192,1,62677,7.6510009765625
RSDCD,λ<=log n,8192,1,61094,7.457763671875
RSDCD,λ<=log n,8192,1,81524,9.95166015625
RSDCD,λ<=log n,8192,1,78353,9.5645751953125
RRDCD,λ<=log n,8192,1,57724,7.04638671875
RRDCD,λ<=log n,8192,1,52278,6.381591796875
RRDCD,λ<=log n,8192,1,54330,6.632080078125
RRDCD,λ<=log n,8192,1,53266,6.502197265625
RRDCD,λ<=log n,8192,1,52868,6.45361328125
RRDCD,λ<=log n,8192,1,57559,7.0262451171875
RRDCD,λ<=log n,8192,1,56478,6.894287109375
RRDCD,λ<=log n,8192,1,51780,6.32080078125
RRDCD,λ<=log n,8192,1,55707,6.8001708984375
RRDCD,λ<=log n,8192,1,60267,7.3568115234375
RRDCD,λ<=log n,8192,1,51528,6.2900390625
RRDCD,λ<=log n,8192,1,56060,6.84326171875
RRDCD,λ<=log n,8192,1,52994,6.468994140625
RRDCD,λ<=log n,8192,1,58893,7.1890869140625
RRDCD,λ<=log n,8192,1,59453,7.2574462890625
RRDCD,λ<=log n,8192,1,51229,6.2535400390625
RRDCD,λ<=log n,8192,1,53132,6.48583984375
RRDCD,λ<=log n,8192,1,54670,6.673583984375
RRDCD,λ<=log n,8192,1,53431,6.5223388671875
RRDCD,λ<=log n,8192,1,54263,6.6239013671875
RRDCD,λ<=log n,8192,1,56652,6.91552734375
RRDCD,λ<=log n,8192,1,52857,6.4522705078125
RRDCD,λ<=log n,8192,1,52727,6.4364013671875
RRDCD,λ<=log n,8192,1,54636,6.66943359375
RRDCD,λ<=log n,8192,1,52305,6.3848876953125
RRDCD,λ<=log n,8192,1,53599,6.5428466796875
RRDCD,λ<=log n,8192,1,57793,7.0548095703125
RRDCD,λ<=log n,8192,1,54473,6.6495361328125
RRDCD,λ<=log n,8192,1,49314,6.019775390625
RRDCD,λ<=log n,8192,1,52363,6.3919677734375
RRDCD,λ<=log n,8192,1,54396,6.64013671875
RRDCD,λ<=log n,8192,1,54660,6.67236328125
RRDCD,λ<=log n,8192,1,51749,6.3170166015625
RRDCD,λ<=log n,8192,1,54896,6.701171875
RRDCD,λ<=log n,8192,1,53208,6.4951171875
RRDCD,λ<=log n,8192,1,53538,6.535400390625
RRDCD,λ<=log n,8192,1,49327,6.0213623046875
RRDCD,λ<=log n,8192,1,53156,6.48876953125
RRDCD,λ<=log n,8192,1,58256,7.111328125
RRDCD,λ<=log n,8192,1,53667,6.5511474609375
RRDCD,λ<=log n,8192,1,54234,6.620361328125
RRDCD,λ<=log n,8192,1,56184,6.8583984375
RRDCD,λ<=log n,8192,1,55869,6.8199462890625
RRDCD,λ<=log n,8192,1,55018,6.716064453125
RRDCD,λ<=log n,8192,1,59690,7.286376953125
RRDCD,λ<=log n,8192,1,53400,6.5185546875
RRDCD,λ<=log n,8192,1,55090,6.724853515625
RRDCD,λ<=log n,8192,1,54229,6.6197509765625
RRDCD,λ<=log n,8192,1,51585,6.2969970703125
RRDCD,λ<=log n,8192,1,51287,6.2606201171875
RRDCD,λ<=log n,8192,1,50707,6.1898193359375
RRDCD,λ<=log n,8192,1,51362,6.269775390625
RRDCD,λ<=log n,8192,1,55189,6.7369384765625
RRDCD,λ<=log n,8192,1,53671,6.5516357421875
RRDCD,λ<=log n,8192,1,48139,5.8763427734375
RRDCD,λ<=log n,8192,1,53004,6.47021484375
RRDCD,λ<=log n,8192,1,51756,6.31787109375
RRDCD,λ<=log n,8192,1,55683,6.7972412109375
RRDCD,λ<=log n,8192,1,63899,7.8001708984375
RRDCD,λ<=log n,8192,1,51320,6.2646484375
RRDCD,λ<=log n,8192,1,55517,6.7769775390625
RRDCD,λ<=log n,8192,1,62360,7.6123046875
RRDCD,λ<=log n,8192,1,51746,6.316650390625
RRDCD,λ<=log n,8192,1,56646,6.914794921875
RRDCD,λ<=log n,8192,1,54186,6.614501953125
RRDCD,λ<=log n,8192,1,54827,6.6927490234375
RRDCD,λ<=log n,8192,1,51854,6.329833984375
RRDCD,λ<=log n,8192,1,57347,7.0003662109375
RRDCD,λ<=log n,8192,1,50059,6.1107177734375
RRDCD,λ<=log n,8192,1,52689,6.4317626953125
RRDCD,λ<=log n,8192,1,56134,6.852294921875
RRDCD,λ<=log n,8192,1,54083,6.6019287109375
RRDCD,λ<=log n,8192,1,62473,7.6260986328125
RRDCD,λ<=log n,8192,1,57633,7.0352783203125
RRDCD,λ<=log n,8192,1,57155,6.9769287109375
RRDCD,λ<=log n,8192,1,52568,6.4169921875
RRDCD,λ<=log n,8192,1,54812,6.69091796875
RRDCD,λ<=log n,8192,1,53993,6.5909423828125
RRDCD,λ<=log n,8192,1,53143,6.4871826171875
RRDCD,λ<=log n,8192,1,54930,6.705322265625
RRDCD,λ<=log n,8192,1,56494,6.896240234375
RRDCD,λ<=log n,8192,1,57500,7.01904296875
RRDCD,λ<=log n,8192,1,54492,6.65185546875
RRDCD,λ<=log n,8192,1,51146,6.243408203125
RRDCD,λ<=log n,8192,1,60179,7.3460693359375
RRDCD,λ<=log n,8192,1,52922,6.460205078125
RRDCD,λ<=log n,8192,1,53875,6.5765380859375
RRDCD,λ<=log n,8192,1,54018,6.593994140625
RRDCD,λ<=log n,8192,1,52945,6.4630126953125
RRDCD,λ<=log n,8192,1,52424,6.3994140625
RRDCD,λ<=log n,8192,1,55879,6.8211669921875
RRDCD,λ<=log n,8192,1,57378,7.004150390625
RRDCD,λ<=log n,8192,1,54734,6.681396484375
RRDCD,λ<=log n,8192,1,55317,6.7525634765625
RRDCD,λ<=log n,8192,1,54505,6.6534423828125
RRDCD,λ<=log n,8192,1,52471,6.4051513671875
RRDCD,λ<=log n,8192,1,53500,6.53076171875
RRDCD,λ<=log n,8192,1,55889,6.8223876953125
RRDCD,λ<=log n,8192,1,54277,6.6256103515625
RHDCD,λ<=log n,8192,1,49591,6.0535888671875
RHDCD,λ<=log n,8192,1,48763,5.9525146484375
RHDCD,λ<=log n,8192,1,48235,5.8880615234375
RHDCD,λ<=log n,8192,1,46512,5.677734375
RHDCD,λ<=log n,8192,1,47290,5.772705078125
RHDCD,λ<=log n,8192,1,47312,5.775390625
RHDCD,λ<=log n,8192,1,47953,5.8536376953125
RHDCD,λ<=log n,8192,1,53365,6.5142822265625
RHDCD,λ<=log n,8192,1,47616,5.8125
RHDCD,λ<=log n,8192,1,45722,5.581298828125
RHDCD,λ<=log n,8192,1,49162,6.001220703125
RHDCD,λ<=log n,8192,1,52751,6.4393310546875
RHDCD,λ<=log n,8192,1,47651,5.8167724609375
RHDCD,λ<=log n,8192,1,48651,5.9388427734375
RHDCD,λ<=log n,8192,1,50981,6.2232666015625
RHDCD,λ<=log n,8192,1,46508,5.67724609375
RHDCD,λ<=log n,8192,1,56879,6.9432373046875
RHDCD,λ<=log n,8192,1,46940,5.72998046875
RHDCD,λ<=log n,8192,1,52390,6.395263671875
RHDCD,λ<=log n,8192,1,47841,5.8399658203125
RHDCD,λ<=log n,8192,1,50197,6.1275634765625
RHDCD,λ<=log n,8192,1,47341,5.7789306640625
RHDCD,λ<=log n,8192,1,52894,6.456787109375
RHDCD,λ<=log n,8192,1,53930,6.583251953125
RHDCD,λ<=log n,8192,1,50312,6.1416015625
RHDCD,λ<=log n,8192,1,48375,5.9051513671875
RHDCD,λ<=log n,8192,1,47638,5.815185546875
RHDCD,λ<=log n,8192,1,45968,5.611328125
RHDCD,λ<=log n,8192,1,52626,6.424072265625
RHDCD,λ<=log n,8192,1,47429,5.7896728515625
RHDCD,λ<=log n,8192,1,58625,7.1563720703125
RHDCD,λ<=log n,8192,1,51935,6.3397216796875
RHDCD,λ<=log n,8192,1,51026,6.228759765625
RHDCD,λ<=log n,8192,1,50869,6.2095947265625
RHDCD,λ<=log n,8192,1,47263,5.7694091796875
RHDCD,λ<=log n,8192,1,49681,6.0645751953125
RHDCD,λ<=log n,8192,1,50115,6.1175537109375
RHDCD,λ<=log n,8192,1,54816,6.69140625
RHDCD,λ<=log n,8192,1,48425,5.9112548828125
RHDCD,λ<=log n,8192,1,53382,6.516357421875
RHDCD,λ<=log n,8192,1,49439,6.0350341796875
RHDCD,λ<=log n,8192,1,48124,5.87451171875
RHDCD,λ<=log n,8192,1,49864,6.0869140625
RHDCD,λ<=log n,8192,1,52897,6.4571533203125
RHDCD,λ<=log n,8192,1,55723,6.8021240234375
RHDCD,λ<=log n,8192,1,51311,6.2635498046875
RHDCD,λ<=log n,8192,1,51000,6.2255859375
RHDCD,λ<=log n,8192,1,44849,5.4747314453125
RHDCD,λ<=log n,8192,1,47107,5.7503662109375
RHDCD,λ<=log n,8192,1,56230,6.864013671875
RHDCD,λ<=log n,8192,1,49975,6.1004638671875
RHDCD,λ<=log n,8192,1,51533,6.2906494140625
RHDCD,λ<=log n,8192,1,50640,6.181640625
RHDCD,λ<=log n,8192,1,54371,6.6370849609375
RHDCD,λ<=log n,8192,1,47353,5.7803955078125
RHDCD,λ<=log n,8192,1,48233,5.8878173828125
RHDCD,λ<=log n,8192,1,49496,6.0419921875
RHDCD,λ<=log n,8192,1,46799,5.7127685546875
RHDCD,λ<=log n,8192,1,49334,6.022216796875
RHDCD,λ<=log n,8192,1,50730,6.192626953125
RHDCD,λ<=log n,8192,1,51632,6.302734375
RHDCD,λ<=log n,8192,1,46469,5.6724853515625
RHDCD,λ<=log n,8192,1,48655,5.9393310546875
RHDCD,λ<=log n,8192,1,56359,6.8797607421875
RHDCD,λ<=log n,8192,1,47275,5.7708740234375
RHDCD,λ<=log n,8192,1,49550,6.048583984375
RHDCD,λ<=log n,8192,1,50281,6.1378173828125
RHDCD,λ<=log n,8192,1,51331,6.2659912109375
RHDCD,λ<=log n,8192,1,49749,6.0728759765625
RHDCD,λ<=log n,8192,1,47545,5.8038330078125
RHDCD,λ<=log n,8192,1,48394,5.907470703125
RHDCD,λ<=log n,8192,1,50839,6.2059326171875
RHDCD,λ<=log n,8192,1,46456,5.6708984375
RHDCD,λ<=log n,8192,1,54614,6.666748046875
RHDCD,λ<=log n,8192,1,48710,5.946044921875
RHDCD,λ<=log n,8192,1,52973,6.4664306640625
RHDCD,λ<=log n,8192,1,48397,5.9078369140625
RHDCD,λ<=log n,8192,1,51006,6.226318359375
RHDCD,λ<=log n,8192,1,51078,6.235107421875
RHDCD,λ<=log n,8192,1,45673,5.5753173828125
RHDCD,λ<=log n,8192,1,50937,6.2178955078125
RHDCD,λ<=log n,8192,1,48756,5.95166015625
RHDCD,λ<=log n,8192,1,56672,6.91796875
RHDCD,λ<=log n,8192,1,48441,5.9132080078125
RHDCD,λ<=log n,8192,1,48309,5.8970947265625
RHDCD,λ<=log n,8192,1,46327,5.6551513671875
RHDCD,λ<=log n,8192,1,47789,5.8336181640625
RHDCD,λ<=log n,8192,1,47521,5.8009033203125
RHDCD,λ<=log n,8192,1,47740,5.82763671875
RHDCD,λ<=log n,8192,1,48979,5.9788818359375
RHDCD,λ<=log n,8192,1,48836,5.96142578125
RHDCD,λ<=log n,8192,1,45276,5.52685546875
RHDCD,λ<=log n,8192,1,45678,5.575927734375
RHDCD,λ<=log n,8192,1,50952,6.2197265625
RHDCD,λ<=log n,8192,1,48443,5.9134521484375
RHDCD,λ<=log n,8192,1,48524,5.92333984375
RHDCD,λ<=log n,8192,1,48745,5.9503173828125
RHDCD,λ<=log n,8192,1,48462,5.915771484375
RHDCD,λ<=log n,8192,1,49363,6.0257568359375
RHDCD,λ<=log n,8192,1,49390,6.029052734375
RHLCD,λ<=log n,8192,1,48329,5.8995361328125
RHLCD,λ<=log n,8192,1,50109,6.1168212890625
RHLCD,λ<=log n,8192,1,51794,6.322509765625
RHLCD,λ<=log n,8192,1,49446,6.035888671875
RHLCD,λ<=log n,8192,1,50511,6.1658935546875
RHLCD,λ<=log n,8192,1,52165,6.3677978515625
RHLCD,λ<=log n,8192,1,51676,6.30810546875
RHLCD,λ<=log n,8192,1,57088,6.96875
RHLCD,λ<=log n,8192,1,48463,5.9158935546875
RHLCD,λ<=log n,8192,1,45244,5.52294921875
RHLCD,λ<=log n,8192,1,49645,6.0601806640625
RHLCD,λ<=log n,8192,1,46371,5.6605224609375
RHLCD,λ<=log n,8192,1,47153,5.7559814453125
RHLCD,λ<=log n,8192,1,45151,5.5115966796875
RHLCD,λ<=log n,8192,1,49595,6.0540771484375
RHLCD,λ<=log n,8192,1,48893,5.9683837890625
RHLCD,λ<=log n,8192,1,48030,5.863037109375
RHLCD,λ<=log n,8192,1,54131,6.6077880859375
RHLCD,λ<=log n,8192,1,45205,5.5181884765625
RHLCD,λ<=log n,8192,1,44489,5.4307861328125
RHLCD,λ<=log n,8192,1,44683,5.4544677734375
RHLCD,λ<=log n,8192,1,52546,6.414306640625
RHLCD,λ<=log n,8192,1,60917,7.4361572265625
RHLCD,λ<=log n,8192,1,59989,7.3228759765625
RHLCD,λ<=log n,8192,1,46440,5.6689453125
RHLCD,λ<=log n,8192,1,45331,5.5335693359375
RHLCD,λ<=log n,8192,1,45534,5.558349609375
RHLCD,λ<=log n,8192,1,46933,5.7291259765625
RHLCD,λ<=log n,8192,1,48507,5.9212646484375
RHLCD,λ<=log n,8192,1,47763,5.8304443359375
RHLCD,λ<=log n,8192,1,48469,5.9166259765625
RHLCD,λ<=log n,8192,1,47301,5.7740478515625
RHLCD,λ<=log n,8192,1,54179,6.6136474609375
RHLCD,λ<=log n,8192,1,45982,5.613037109375
RHLCD,λ<=log n,8192,1,48846,5.962646484375
RHLCD,λ<=log n,8192,1,52813,6.4468994140625
RHLCD,λ<=log n,8192,1,45950,5.609130859375
RHLCD,λ<=log n,8192,1,49938,6.095947265625
RHLCD,λ<=log n,8192,1,46723,5.7034912109375
RHLCD,λ<=log n,8192,1,46334,5.656005859375
RHLCD,λ<=log n,8192,1,42379,5.1732177734375
RHLCD,λ<=log n,8192,1,46242,5.644775390625
RHLCD,λ<=log n,8192,1,48995,5.9808349609375
RHLCD,λ<=log n,8192,1,45535,5.5584716796875
RHLCD,λ<=log n,8192,1,46429,5.6676025390625
RHLCD,λ<=log n,8192,1,46670,5.697021484375
RHLCD,λ<=log n,8192,1,45707,5.5794677734375
RHLCD,λ<=log n,8192,1,47805,5.8355712890625
RHLCD,λ<=log n,8192,1,50643,6.1820068359375
RHLCD,λ<=log n,8192,1,46765,5.7086181640625
RHLCD,λ<=log n,8192,1,52773,6.4420166015625
RHLCD,λ<=log n,8192,1,45471,5.5506591796875
RHLCD,λ<=log n,8192,1,46028,5.61865234375
RHLCD,λ<=log n,8192,1,49664,6.0625
RHLCD,λ<=log n,8192,1,48574,5.929443359375
RHLCD,λ<=log n,8192,1,47036,5.74169921875
RHLCD,λ<=log n,8192,1,48122,5.874267578125
RHLCD,λ<=log n,8192,1,51380,6.27197265625
RHLCD,λ<=log n,8192,1,48306,5.896728515625
RHLCD,λ<=log n,8192,1,48162,5.879150390625
RHLCD,λ<=log n,8192,1,46631,5.6922607421875
RHLCD,λ<=log n,8192,1,45649,5.5723876953125
RHLCD,λ<=log n,8192,1,52761,6.4405517578125
RHLCD,λ<=log n,8192,1,48271,5.8924560546875
RHLCD,λ<=log n,8192,1,48890,5.968017578125
RHLCD,λ<=log n,8192,1,47968,5.85546875
RHLCD,λ<=log n,8192,1,47139,5.7542724609375
RHLCD,λ<=log n,8192,1,49745,6.0723876953125
RHLCD,λ<=log n,8192,1,48492,5.91943359375
RHLCD,λ<=log n,8192,1,49488,6.041015625
RHLCD,λ<=log n,8192,1,50219,6.1302490234375
RHLCD,λ<=log n,8192,1,56031,6.8397216796875
RHLCD,λ<=log n,8192,1,49460,6.03759765625
RHLCD,λ<=log n,8192,1,48470,5.916748046875
RHLCD,λ<=log n,8192,1,48902,5.969482421875
RHLCD,λ<=log n,8192,1,43904,5.359375
RHLCD,λ<=log n,8192,1,48328,5.8994140625
RHLCD,λ<=log n,8192,1,47538,5.802978515625
RHLCD,λ<=log n,8192,1,48314,5.897705078125
RHLCD,λ<=log n,8192,1,46179,5.6370849609375
RHLCD,λ<=log n,8192,1,45854,5.597412109375
RHLCD,λ<=log n,8192,1,46092,5.62646484375
RHLCD,λ<=log n,8192,1,50733,6.1929931640625
RHLCD,λ<=log n,8192,1,44652,5.45068359375
RHLCD,λ<=log n,8192,1,50736,6.193359375
RHLCD,λ<=log n,8192,1,46578,5.685791015625
RHLCD,λ<=log n,8192,1,50432,6.15625
RHLCD,λ<=log n,8192,1,49144,5.9990234375
RHLCD,λ<=log n,8192,1,45460,5.54931640625
RHLCD,λ<=log n,8192,1,48015,5.8612060546875
RHLCD,λ<=log n,8192,1,46775,5.7098388671875
RHLCD,λ<=log n,8192,1,44794,5.468017578125
RHLCD,λ<=log n,8192,1,42794,5.223876953125
RHLCD,λ<=log n,8192,1,52942,6.462646484375
RHLCD,λ<=log n,8192,1,49476,6.03955078125
RHLCD,λ<=log n,8192,1,46062,5.622802734375
RHLCD,λ<=log n,8192,1,58152,7.0986328125
RHLCD,λ<=log n,8192,1,43899,5.3587646484375
RHLCD,λ<=log n,8192,1,48334,5.900146484375
RHLCD,λ<=log n,8192,1,46461,5.6715087890625
RRLCD,λ<=log n,8192,1,44859,5.4759521484375
RRLCD,λ<=log n,8192,1,54885,6.6998291015625
RRLCD,λ<=log n,8192,1,46222,5.642333984375
RRLCD,λ<=log n,8192,1,52062,6.355224609375
RRLCD,λ<=log n,8192,1,46686,5.698974609375
RRLCD,λ<=log n,8192,1,48432,5.912109375
RRLCD,λ<=log n,8192,1,44255,5.4022216796875
RRLCD,λ<=log n,8192,1,59634,7.279541015625
RRLCD,λ<=log n,8192,1,47029,5.7408447265625
RRLCD,λ<=log n,8192,1,46786,5.711181640625
RRLCD,λ<=log n,8192,1,47355,5.7806396484375
RRLCD,λ<=log n,8192,1,53458,6.525634765625
RRLCD,λ<=log n,8192,1,54032,6.595703125
RRLCD,λ<=log n,8192,1,48726,5.947998046875
RRLCD,λ<=log n,8192,1,48734,5.948974609375
RRLCD,λ<=log n,8192,1,51556,6.29345703125
RRLCD,λ<=log n,8192,1,50393,6.1514892578125
RRLCD,λ<=log n,8192,1,46409,5.6651611328125
RRLCD,λ<=log n,8192,1,47723,5.8255615234375
RRLCD,λ<=log n,8192,1,50118,6.117919921875
RRLCD,λ<=log n,8192,1,51298,6.261962890625
RRLCD,λ<=log n,8192,1,49259,6.0130615234375
RRLCD,λ<=log n,8192,1,47581,5.8082275390625
RRLCD,λ<=log n,8192,1,47860,5.84228515625
RRLCD,λ<=log n,8192,1,48817,5.9591064453125
RRLCD,λ<=log n,8192,1,54299,6.6282958984375
RRLCD,λ<=log n,8192,1,50483,6.1624755859375
RRLCD,λ<=log n,8192,1,54415,6.6424560546875
RRLCD,λ<=log n,8192,1,49075,5.9906005859375
RRLCD,λ<=log n,8192,1,48284,5.89404296875
RRLCD,λ<=log n,8192,1,47053,5.7437744140625
RRLCD,λ<=log n,8192,1,55198,6.738037109375
RRLCD,λ<=log n,8192,1,47544,5.8037109375
RRLCD,λ<=log n,8192,1,52401,6.3966064453125
RRLCD,λ<=log n,8192,1,52448,6.40234375
RRLCD,λ<=log n,8192,1,49967,6.0994873046875
RRLCD,λ<=log n,8192,1,48239,5.8885498046875
RRLCD,λ<=log n,8192,1,51441,6.2794189453125
RRLCD,λ<=log n,8192,1,50144,6.12109375
RRLCD,λ<=log n,8192,1,46998,5.737060546875
RRLCD,λ<=log n,8192,1,46918,5.727294921875
RRLCD,λ<=log n,8192,1,49287,6.0164794921875
RRLCD,λ<=log n,8192,1,57613,7.0328369140625
RRLCD,λ<=log n,8192,1,46723,5.7034912109375
RRLCD,λ<=log n,8192,1,53836,6.57177734375
RRLCD,λ<=log n,8192,1,48104,5.8720703125
RRLCD,λ<=log n,8192,1,52239,6.3768310546875
RRLCD,λ<=log n,8192,1,47176,5.7587890625
RRLCD,λ<=log n,8192,1,52497,6.4083251953125
RRLCD,λ<=log n,8192,1,47830,5.838623046875
RRLCD,λ<=log n,8192,1,51119,6.2401123046875
RRLCD,λ<=log n,8192,1,46101,5.6275634765625
RRLCD,λ<=log n,8192,1,49342,6.023193359375
RRLCD,λ<=log n,8192,1,50202,6.128173828125
RRLCD,λ<=log n,8192,1,46299,5.6517333984375
RRLCD,λ<=log n,8192,1,56138,6.852783203125
RRLCD,λ<=log n,8192,1,51746,6.316650390625
RRLCD,λ<=log n,8192,1,48662,5.940185546875
RRLCD,λ<=log n,8192,1,51493,6.2857666015625
RRLCD,λ<=log n,8192,1,55245,6.7437744140625
RRLCD,λ<=log n,8192,1,51097,6.2374267578125
RRLCD,λ<=log n,8192,1,48459,5.9154052734375
RRLCD,λ<=log n,8192,1,50781,6.1988525390625
RRLCD,λ<=log n,8192,1,50545,6.1700439453125
RRLCD,λ<=log n,8192,1,53794,6.566650390625
RRLCD,λ<=log n,8192,1,52896,6.45703125
RRLCD,λ<=log n,8192,1,51817,6.3253173828125
RRLCD,λ<=log n,8192,1,55002,6.714111328125
RRLCD,λ<=log n,8192,1,50176,6.125
RRLCD,λ<=log n,8192,1,46278,5.649169921875
RRLCD,λ<=log n,8192,1,46074,5.624267578125
RRLCD,λ<=log n,8192,1,45987,5.6136474609375
RRLCD,λ<=log n,8192,1,56938,6.950439453125
RRLCD,λ<=log n,8192,1,50231,6.1317138671875
RRLCD,λ<=log n,8192,1,44822,5.471435546875
RRLCD,λ<=log n,8192,1,50888,6.2119140625
RRLCD,λ<=log n,8192,1,48063,5.8670654296875
RRLCD,λ<=log n,8192,1,47417,5.7882080078125
RRLCD,λ<=log n,8192,1,49956,6.09814453125
RRLCD,λ<=log n,8192,1,54336,6.6328125
RRLCD,λ<=log n,8192,1,51535,6.2908935546875
RRLCD,λ<=log n,8192,1,49465,6.0382080078125
RRLCD,λ<=log n,8192,1,48559,5.9276123046875
RRLCD,λ<=log n,8192,1,50371,6.1488037109375
RRLCD,λ<=log n,8192,1,47685,5.8209228515625
RRLCD,λ<=log n,8192,1,46582,5.686279296875
RRLCD,λ<=log n,8192,1,47228,5.76513671875
RRLCD,λ<=log n,8192,1,50797,6.2008056640625
RRLCD,λ<=log n,8192,1,51844,6.32861328125
RRLCD,λ<=log n,8192,1,46892,5.72412109375
RRLCD,λ<=log n,8192,1,49928,6.0947265625
RRLCD,λ<=log n,8192,1,53961,6.5870361328125
RRLCD,λ<=log n,8192,1,51923,6.3382568359375
RRLCD,λ<=log n,8192,1,46187,5.6380615234375
RRLCD,λ<=log n,8192,1,48024,5.8623046875
RRLCD,λ<=log n,8192,1,46851,5.7191162109375
RRLCD,λ<=log n,8192,1,57071,6.9666748046875
RRLCD,λ<=log n,8192,1,52244,6.37744140625
RRLCD,λ<=log n,8192,1,45685,5.5767822265625
RRLCD,λ<=log n,8192,1,48294,5.895263671875
RSLCD,λ<=log n,8192,1,62970,7.686767578125
RSLCD,λ<=log n,8192,1,70012,8.54638671875
RSLCD,λ<=log n,8192,1,65821,8.0347900390625
RSLCD,λ<=log n,8192,1,66993,8.1778564453125
RSLCD,λ<=log n,8192,1,69699,8.5081787109375
RSLCD,λ<=log n,8192,1,72587,8.8607177734375
RSLCD,λ<=log n,8192,1,68782,8.396240234375
RSLCD,λ<=log n,8192,1,76057,9.2843017578125
RSLCD,λ<=log n,8192,1,71739,8.7572021484375
RSLCD,λ<=log n,8192,1,65959,8.0516357421875
RSLCD,λ<=log n,8192,1,68692,8.38525390625
RSLCD,λ<=log n,8192,1,73878,9.018310546875
RSLCD,λ<=log n,8192,1,71092,8.67822265625
RSLCD,λ<=log n,8192,1,63661,7.7711181640625
RSLCD,λ<=log n,8192,1,70034,8.549072265625
RSLCD,λ<=log n,8192,1,75564,9.22412109375
RSLCD,λ<=log n,8192,1,73879,9.0184326171875
RSLCD,λ<=log n,8192,1,75730,9.244384765625
RSLCD,λ<=log n,8192,1,71514,8.729736328125
RSLCD,λ<=log n,8192,1,73197,8.9351806640625
RSLCD,λ<=log n,8192,1,66863,8.1619873046875
RSLCD,λ<=log n,8192,1,77661,9.4801025390625
RSLCD,λ<=log n,8192,1,69460,8.47900390625
RSLCD,λ<=log n,8192,1,74428,9.08544921875
RSLCD,λ<=log n,8192,1,67115,8.1927490234375
RSLCD,λ<=log n,8192,1,67486,8.238037109375
RSLCD,λ<=log n,8192,1,77352,9.4423828125
RSLCD,λ<=log n,8192,1,65790,8.031005859375
RSLCD,λ<=log n,8192,1,71499,8.7279052734375
RSLCD,λ<=log n,8192,1,86504,10.5595703125
RSLCD,λ<=log n,8192,1,75166,9.175537109375
RSLCD,λ<=log n,8192,1,68680,8.3837890625
RSLCD,λ<=log n,8192,1,82791,10.1063232421875
RSLCD,λ<=log n,8192,1,62077,7.5777587890625
RSLCD,λ<=log n,8192,1,67614,8.253662109375
RSLCD,λ<=log n,8192,1,63274,7.723876953125
RSLCD,λ<=log n,8192,1,80628,9.84228515625
RSLCD,λ<=log n,8192,1,72632,8.8662109375
RSLCD,λ<=log n,8192,1,77568,9.46875
RSLCD,λ<=log n,8192,1,71001,8.6671142578125
RSLCD,λ<=log n,8192,1,74485,9.0924072265625
RSLCD,λ<=log n,8192,1,73639,8.9891357421875
RSLCD,λ<=log n,8192,1,62954,7.684814453125
RSLCD,λ<=log n,8192,1,77072,9.408203125
RSLCD,λ<=log n,8192,1,69847,8.5262451171875
RSLCD,λ<=log n,8192,1,64158,7.831787109375
RSLCD,λ<=log n,8192,1,71144,8.6845703125
RSLCD,λ<=log n,8192,1,71832,8.7685546875
RSLCD,λ<=log n,8192,1,63261,7.7222900390625
RSLCD,λ<=log n,8192,1,72310,8.826904296875
RSLCD,λ<=log n,8192,1,70890,8.653564453125
RSLCD,λ<=log n,8192,1,90054,10.992919921875
RSLCD,λ<=log n,8192,1,68480,8.359375
RSLCD,λ<=log n,8192,1,66396,8.10498046875
RSLCD,λ<=log n,8192,1,65744,8.025390625
RSLCD,λ<=log n,8192,1,72391,8.8367919921875
RSLCD,λ<=log n,8192,1,69813,8.5220947265625
RSLCD,λ<=log n,8192,1,68234,8.329345703125
RSLCD,λ<=log n,8192,1,69354,8.466064453125
RSLCD,λ<=log n,8192,1,66147,8.0745849609375
RSLCD,λ<=log n,8192,1,73538,8.976806640625
RSLCD,λ<=log n,8192,1,69888,8.53125
RSLCD,λ<=log n,8192,1,79579,9.7142333984375
RSLCD,λ<=log n,8192,1,65216,7.9609375
RSLCD,λ<=log n,8192,1,75238,9.184326171875
RSLCD,λ<=log n,8192,1,70448,8.599609375
RSLCD,λ<=log n,8192,1,68977,8.4200439453125
RSLCD,λ<=log n,8192,1,70725,8.6334228515625
RSLCD,λ<=log n,8192,1,86312,10.5361328125
RSLCD,λ<=log n,8192,1,67546,8.245361328125
RSLCD,λ<=log n,8192,1,72939,8.9036865234375
RSLCD,λ<=log n,8192,1,74457,9.0889892578125
RSLCD,λ<=log n,8192,1,83120,10.146484375
RSLCD,λ<=log n,8192,1,67520,8.2421875
RSLCD,λ<=log n,8192,1,76121,9.2921142578125
RSLCD,λ<=log n,8192,1,72929,8.9024658203125
RSLCD,λ<=log n,8192,1,70393,8.5928955078125
RSLCD,λ<=log n,8192,1,71115,8.6810302734375
RSLCD,λ<=log n,8192,1,64648,7.8916015625
RSLCD,λ<=log n,8192,1,71674,8.749267578125
RSLCD,λ<=log n,8192,1,66854,8.160888671875
RSLCD,λ<=log n,8192,1,74900,9.14306640625
RSLCD,λ<=log n,8192,1,65641,8.0128173828125
RSLCD,λ<=log n,8192,1,81832,9.9892578125
RSLCD,λ<=log n,8192,1,69012,8.42431640625
RSLCD,λ<=log n,8192,1,65301,7.9713134765625
RSLCD,λ<=log n,8192,1,72584,8.8603515625
RSLCD,λ<=log n,8192,1,68162,8.320556640625
RSLCD,λ<=log n,8192,1,73969,9.0294189453125
RSLCD,λ<=log n,8192,1,72790,8.885498046875
RSLCD,λ<=log n,8192,1,79898,9.753173828125
RSLCD,λ<=log n,8192,1,67541,8.2447509765625
RSLCD,λ<=log n,8192,1,72413,8.8394775390625
RSLCD,λ<=log n,8192,1,76452,9.33251953125
RSLCD,λ<=log n,8192,1,74955,9.1497802734375
RSLCD,λ<=log n,8192,1,65786,8.030517578125
RSLCD,λ<=log n,8192,1,79747,9.7347412109375
RSLCD,λ<=log n,8192,1,71675,8.7493896484375
RSLCD,λ<=log n,8192,1,65226,7.962158203125
RSLCD,λ<=log n,8192,1,63497,7.7510986328125
RSDSD,λ<=log n,8192,1,73526,8.975341796875
RSDSD,λ<=log n,8192,1,89471,10.9217529296875
RSDSD,λ<=log n,8192,1,83626,10.208251953125
RSDSD,λ<=log n,8192,1,71893,8.7760009765625
RSDSD,λ<=log n,8192,1,80883,9.8734130859375
RSDSD,λ<=log n,8192,1,73704,8.9970703125
RSDSD,λ<=log n,8192,1,91575,11.1785888671875
RSDSD,λ<=log n,8192,1,78112,9.53515625
RSDSD,λ<=log n,8192,1,73045,8.9166259765625
RSDSD,λ<=log n,8192,1,69101,8.4351806640625
RSDSD,λ<=log n,8192,1,85713,10.4630126953125
RSDSD,λ<=log n,8192,1,74323,9.0726318359375
RSDSD,λ<=log n,8192,1,79836,9.74560546875
RSDSD,λ<=log n,8192,1,70917,8.6568603515625
RSDSD,λ<=log n,8192,1,66569,8.1260986328125
RSDSD,λ<=log n,8192,1,77458,9.455322265625
RSDSD,λ<=log n,8192,1,74513,9.0958251953125
RSDSD,λ<=log n,8192,1,71561,8.7354736328125
RSDSD,λ<=log n,8192,1,65145,7.9522705078125
RSDSD,λ<=log n,8192,1,67465,8.2354736328125
RSDSD,λ<=log n,8192,1,71802,8.764892578125
RSDSD,λ<=log n,8192,1,75233,9.1837158203125
RSDSD,λ<=log n,8192,1,75628,9.23193359375
RSDSD,λ<=log n,8192,1,70734,8.634521484375
RSDSD,λ<=log n,8192,1,65388,7.98193359375
RSDSD,λ<=log n,8192,1,70599,8.6180419921875
RSDSD,λ<=log n,8192,1,71627,8.7435302734375
RSDSD,λ<=log n,8192,1,75284,9.18994140625
RSDSD,λ<=log n,8192,1,71696,8.751953125
RSDSD,λ<=log n,8192,1,66943,8.1717529296875
RSDSD,λ<=log n,8192,1,88152,10.7607421875
RSDSD,λ<=log n,8192,1,71222,8.694091796875
RSDSD,λ<=log n,8192,1,74458,9.089111328125
RSDSD,λ<=log n,8192,1,72103,8.8016357421875
RSDSD,λ<=log n,8192,1,69293,8.4586181640625
RSDSD,λ<=log n,8192,1,70689,8.6290283203125
RSDSD,λ<=log n,8192,1,85372,10.42138671875
RSDSD,λ<=log n,8192,1,66920,8.1689453125
RSDSD,λ<=log n,8192,1,83371,10.1771240234375
RSDSD,λ<=log n,8192,1,68610,8.375244140625
RSDSD,λ<=log n,8192,1,69059,8.4300537109375
RSDSD,λ<=log n,8192,1,87292,10.65576171875
RSDSD,λ<=log n,8192,1,72816,8.888671875
RSDSD,λ<=log n,8192,1,69953,8.5391845703125
RSDSD,λ<=log n,8192,1,74005,9.0338134765625
RSDSD,λ<=log n,8192,1,79550,9.710693359375
RSDSD,λ<=log n,8192,1,77001,9.3995361328125
RSDSD,λ<=log n,8192,1,71440,8.720703125
RSDSD,λ<=log n,8192,1,70976,8.6640625
RSDSD,λ<=log n,8192,1,75322,9.194580078125
RSDSD,λ<=log n,8192,1,83729,10.2208251953125
RSDSD,λ<=log n,8192,1,68805,8.3990478515625
RSDSD,λ<=log n,8192,1,73590,8.983154296875
RSDSD,λ<=log n,8192,1,81089,9.8985595703125
RSDSD,λ<=log n,8192,1,69550,8.489990234375
RSDSD,λ<=log n,8192,1,70870,8.651123046875
RSDSD,λ<=log n,8192,1,74033,9.0372314453125
RSDSD,λ<=log n,8192,1,78606,9.595458984375
RSDSD,λ<=log n,8192,1,83268,10.16455078125
RSDSD,λ<=log n,8192,1,69221,8.4498291015625
RSDSD,λ<=log n,8192,1,69471,8.4803466796875
RSDSD,λ<=log n,8192,1,73052,8.91748046875
RSDSD,λ<=log n,8192,1,76138,9.294189453125
RSDSD,λ<=log n,8192,1,69505,8.4844970703125
RSDSD,λ<=log n,8192,1,77551,9.4666748046875
RSDSD,λ<=log n,8192,1,77691,9.4837646484375
RSDSD,λ<=log n,8192,1,73889,9.0196533203125
RSDSD,λ<=log n,8192,1,72687,8.8729248046875
RSDSD,λ<=log n,8192,1,73584,8.982421875
RSDSD,λ<=log n,8192,1,77480,9.4580078125
RSDSD,λ<=log n,8192,1,86352,10.541015625
RSDSD,λ<=log n,8192,1,70814,8.644287109375
RSDSD,λ<=log n,8192,1,70987,8.6654052734375
RSDSD,λ<=log n,8192,1,75390,9.202880859375
RSDSD,λ<=log n,8192,1,74862,9.138427734375
RSDSD,λ<=log n,8192,1,81283,9.9222412109375
RSDSD,λ<=log n,8192,1,73038,8.915771484375
RSDSD,λ<=log n,8192,1,71886,8.775146484375
RSDSD,λ<=log n,8192,1,82810,10.108642578125
RSDSD,λ<=log n,8192,1,78540,9.58740234375
RSDSD,λ<=log n,8192,1,75170,9.176025390625
RSDSD,λ<=log n,8192,1,72032,8.79296875
RSDSD,λ<=log n,8192,1,78803,9.6195068359375
RSDSD,λ<=log n,8192,1,76209,9.3028564453125
RSDSD,λ<=log n,8192,1,72825,8.8897705078125
RSDSD,λ<=log n,8192,1,72273,8.8223876953125
RSDSD,λ<=log n,8192,1,70428,8.59716796875
RSDSD,λ<=log n,8192,1,77512,9.4619140625
RSDSD,λ<=log n,8192,1,83546,10.198486328125
RSDSD,λ<=log n,8192,1,97508,11.90283203125
RSDSD,λ<=log n,8192,1,79282,9.677978515625
RSDSD,λ<=log n,8192,1,71107,8.6800537109375
RSDSD,λ<=log n,8192,1,77447,9.4539794921875
RSDSD,λ<=log n,8192,1,68903,8.4110107421875
RSDSD,λ<=log n,8192,1,84645,10.3326416015625
RSDSD,λ<=log n,8192,1,77175,9.4207763671875
RSDSD,λ<=log n,8192,1,77825,9.5001220703125
RSDSD,λ<=log n,8192,1,70624,8.62109375
RSDSD,λ<=log n,8192,1,79567,9.7127685546875
RSDSD,λ<=log n,8192,1,76869,9.3834228515625
RRDSD,λ<=log n,8192,1,51345,6.2677001953125
RRDSD,λ<=log n,8192,1,47039,5.7420654296875
RRDSD,λ<=log n,8192,1,56525,6.9000244140625
RRDSD,λ<=log n,8192,1,50025,6.1065673828125
RRDSD,λ<=log n,8192,1,51991,6.3465576171875
RRDSD,λ<=log n,8192,1,54295,6.6278076171875
RRDSD,λ<=log n,8192,1,56941,6.9508056640625
RRDSD,λ<=log n,8192,1,51338,6.266845703125
RRDSD,λ<=log n,8192,1,52901,6.4576416015625
RRDSD,λ<=log n,8192,1,52730,6.436767578125
RRDSD,λ<=log n,8192,1,47857,5.8419189453125
RRDSD,λ<=log n,8192,1,51654,6.305419921875
RRDSD,λ<=log n,8192,1,48679,5.9422607421875
RRDSD,λ<=log n,8192,1,50304,6.140625
RRDSD,λ<=log n,8192,1,53394,6.517822265625
RRDSD,λ<=log n,8192,1,54528,6.65625
RRDSD,λ<=log n,8192,1,56173,6.8570556640625
RRDSD,λ<=log n,8192,1,53798,6.567138671875
RRDSD,λ<=log n,8192,1,50484,6.16259765625
RRDSD,λ<=log n,8192,1,57995,7.0794677734375
RRDSD,λ<=log n,8192,1,50871,6.2098388671875
RRDSD,λ<=log n,8192,1,49584,6.052734375
RRDSD,λ<=log n,8192,1,53061,6.4771728515625
RRDSD,λ<=log n,8192,1,52918,6.459716796875
RRDSD,λ<=log n,8192,1,47621,5.8131103515625
RRDSD,λ<=log n,8192,1,50023,6.1063232421875
RRDSD,λ<=log n,8192,1,55513,6.7764892578125
RRDSD,λ<=log n,8192,1,52335,6.3885498046875
RRDSD,λ<=log n,8192,1,58376,7.1259765625
RRDSD,λ<=log n,8192,1,56456,6.8916015625
RRDSD,λ<=log n,8192,1,53736,6.5595703125
RRDSD,λ<=log n,8192,1,51805,6.3238525390625
RRDSD,λ<=log n,8192,1,51070,6.234130859375
RRDSD,λ<=log n,8192,1,51743,6.3162841796875
RRDSD,λ<=log n,8192,1,52115,6.3616943359375
RRDSD,λ<=log n,8192,1,54663,6.6727294921875
RRDSD,λ<=log n,8192,1,50110,6.116943359375
RRDSD,λ<=log n,8192,1,55034,6.718017578125
RRDSD,λ<=log n,8192,1,54719,6.6795654296875
RRDSD,λ<=log n,8192,1,50674,6.185791015625
RRDSD,λ<=log n,8192,1,53262,6.501708984375
RRDSD,λ<=log n,8192,1,50979,6.2230224609375
RRDSD,λ<=log n,8192,1,49807,6.0799560546875
RRDSD,λ<=log n,8192,1,52050,6.353759765625
RRDSD,λ<=log n,8192,1,49859,6.0863037109375
RRDSD,λ<=log n,8192,1,51362,6.269775390625
RRDSD,λ<=log n,8192,1,48369,5.9044189453125
RRDSD,λ<=log n,8192,1,56833,6.9376220703125
RRDSD,λ<=log n,8192,1,53311,6.5076904296875
RRDSD,λ<=log n,8192,1,52998,6.469482421875
RRDSD,λ<=log n,8192,1,51735,6.3153076171875
RRDSD,λ<=log n,8192,1,51289,6.2608642578125
RRDSD,λ<=log n,8192,1,57521,7.0216064453125
RRDSD,λ<=log n,8192,1,53004,6.47021484375
RRDSD,λ<=log n,8192,1,52388,6.39501953125
RRDSD,λ<=log n,8192,1,53966,6.587646484375
RRDSD,λ<=log n,8192,1,49627,6.0579833984375
RRDSD,λ<=log n,8192,1,51858,6.330322265625
RRDSD,λ<=log n,8192,1,50111,6.1170654296875
RRDSD,λ<=log n,8192,1,52067,6.3558349609375
RRDSD,λ<=log n,8192,1,50730,6.192626953125
RRDSD,λ<=log n,8192,1,50019,6.1058349609375
RRDSD,λ<=log n,8192,1,50269,6.1363525390625
RRDSD,λ<=log n,8192,1,53984,6.58984375
RRDSD,λ<=log n,8192,1,55675,6.7962646484375
RRDSD,λ<=log n,8192,1,50552,6.1708984375
RRDSD,λ<=log n,8192,1,57143,6.9754638671875
RRDSD,λ<=log n,8192,1,52113,6.3614501953125
RRDSD,λ<=log n,8192,1,48501,5.9205322265625
RRDSD,λ<=log n,8192,1,55659,6.7943115234375
RRDSD,λ<=log n,8192,1,57473,7.0157470703125
RRDSD,λ<=log n,8192,1,51197,6.2496337890625
RRDSD,λ<=log n,8192,1,57243,6.9876708984375
RRDSD,λ<=log n,8192,1,52783,6.4432373046875
RRDSD,λ<=log n,8192,1,55371,6.7591552734375
RRDSD,λ<=log n,8192,1,60062,7.331787109375
RRDSD,λ<=log n,8192,1,49889,6.0899658203125
RRDSD,λ<=log n,8192,1,53783,6.5653076171875
RRDSD,λ<=log n,8192,1,57770,7.052001953125
RRDSD,λ<=log n,8192,1,58530,7.144775390625
RRDSD,λ<=log n,8192,1,47014,5.739013671875
RRDSD,λ<=log n,8192,1,61712,7.533203125
RRDSD,λ<=log n,8192,1,48254,5.890380859375
RRDSD,λ<=log n,8192,1,54335,6.6326904296875
RRDSD,λ<=log n,8192,1,52314,6.385986328125
RRDSD,λ<=log n,8192,1,54891,6.7005615234375
RRDSD,λ<=log n,8192,1,51732,6.31494140625
RRDSD,λ<=log n,8192,1,52719,6.4354248046875
RRDSD,λ<=log n,8192,1,52638,6.425537109375
RRDSD,λ<=log n,8192,1,56039,6.8406982421875
RRDSD,λ<=log n,8192,1,52315,6.3861083984375
RRDSD,λ<=log n,8192,1,63344,7.732421875
RRDSD,λ<=log n,8192,1,50957,6.2203369140625
RRDSD,λ<=log n,8192,1,52262,6.379638671875
RRDSD,λ<=log n,8192,1,50610,6.177978515625
RRDSD,λ<=log n,8192,1,51094,6.237060546875
RRDSD,λ<=log n,8192,1,48957,5.9761962890625
RRDSD,λ<=log n,8192,1,54077,6.6011962890625
RRDSD,λ<=log n,8192,1,53325,6.5093994140625
RRDSD,λ<=log n,8192,1,54311,6.6297607421875
RHDSD,λ<=log n,8192,1,55146,6.731689453125
RHDSD,λ<=log n,8192,1,53308,6.50732421875
RHDSD,λ<=log n,8192,1,53221,6.4967041015625
RHDSD,λ<=log n,8192,1,51169,6.2462158203125
RHDSD,λ<=log n,8192,1,63464,7.7470703125
RHDSD,λ<=log n,8192,1,61345,7.4884033203125
RHDSD,λ<=log n,8192,1,49990,6.102294921875
RHDSD,λ<=log n,8192,1,55707,6.8001708984375
RHDSD,λ<=log n,8192,1,55095,6.7254638671875
RHDSD,λ<=log n,8192,1,54016,6.59375
RHDSD,λ<=log n,8192,1,53193,6.4932861328125
RHDSD,λ<=log n,8192,1,52812,6.44677734375
RHDSD,λ<=log n,8192,1,58060,7.08740234375
RHDSD,λ<=log n,8192,1,64007,7.8133544921875
RHDSD,λ<=log n,8192,1,53169,6.4903564453125
RHDSD,λ<=log n,8192,1,55446,6.768310546875
RHDSD,λ<=log n,8192,1,58356,7.12353515625
RHDSD,λ<=log n,8192,1,52541,6.4136962890625
RHDSD,λ<=log n,8192,1,54781,6.6871337890625
RHDSD,λ<=log n,8192,1,51433,6.2784423828125
RHDSD,λ<=log n,8192,1,49591,6.0535888671875
RHDSD,λ<=log n,8192,1,53188,6.49267578125
RHDSD,λ<=log n,8192,1,51023,6.2283935546875
RHDSD,λ<=log n,8192,1,57398,7.006591796875
RHDSD,λ<=log n,8192,1,52871,6.4539794921875
RHDSD,λ<=log n,8192,1,56771,6.9300537109375
RHDSD,λ<=log n,8192,1,55917,6.8258056640625
RHDSD,λ<=log n,8192,1,54837,6.6939697265625
RHDSD,λ<=log n,8192,1,50809,6.2022705078125
RHDSD,λ<=log n,8192,1,53334,6.510498046875
RHDSD,λ<=log n,8192,1,52917,6.4595947265625
RHDSD,λ<=log n,8192,1,51512,6.2880859375
RHDSD,λ<=log n,8192,1,51717,6.3131103515625
RHDSD,λ<=log n,8192,1,50460,6.15966796875
RHDSD,λ<=log n,8192,1,51474,6.283447265625
RHDSD,λ<=log n,8192,1,52513,6.4102783203125
RHDSD,λ<=log n,8192,1,57852,7.06201171875
RHDSD,λ<=log n,8192,1,55481,6.7725830078125
RHDSD,λ<=log n,8192,1,55270,6.746826171875
RHDSD,λ<=log n,8192,1,52304,6.384765625
RHDSD,λ<=log n,8192,1,48831,5.9608154296875
RHDSD,λ<=log n,8192,1,56164,6.85595703125
RHDSD,λ<=log n,8192,1,55085,6.7242431640625
RHDSD,λ<=log n,8192,1,57478,7.016357421875
RHDSD,λ<=log n,8192,1,51503,6.2869873046875
RHDSD,λ<=log n,8192,1,52666,6.428955078125
RHDSD,λ<=log n,8192,1,54179,6.6136474609375
RHDSD,λ<=log n,8192,1,54925,6.7047119140625
RHDSD,λ<=log n,8192,1,51248,6.255859375
RHDSD,λ<=log n,8192,1,54208,6.6171875
RHDSD,λ<=log n,8192,1,59494,7.262451171875
RHDSD,λ<=log n,8192,1,54047,6.5975341796875
RHDSD,λ<=log n,8192,1,62135,7.5848388671875
RHDSD,λ<=log n,8192,1,53941,6.5845947265625
RHDSD,λ<=log n,8192,1,55573,6.7838134765625
RHDSD,λ<=log n,8192,1,51412,6.27587890625
RHDSD,λ<=log n,8192,1,54575,6.6619873046875
RHDSD,λ<=log n,8192,1,50470,6.160888671875
RHDSD,λ<=log n,8192,1,54330,6.632080078125
RHDSD,λ<=log n,8192,1,52795,6.4447021484375
RHDSD,λ<=log n,8192,1,53235,6.4984130859375
RHDSD,λ<=log n,8192,1,53134,6.486083984375
RHDSD,λ<=log n,8192,1,50997,6.2252197265625
RHDSD,λ<=log n,8192,1,48810,5.958251953125
RHDSD,λ<=log n,8192,1,53654,6.549560546875
RHDSD,λ<=log n,8192,1,50696,6.1884765625
RHDSD,λ<=log n,8192,1,53769,6.5635986328125
RHDSD,λ<=log n,8192,1,48884,5.96728515625
RHDSD,λ<=log n,8192,1,60879,7.4315185546875
RHDSD,λ<=log n,8192,1,52406,6.397216796875
RHDSD,λ<=log n,8192,1,53984,6.58984375
RHDSD,λ<=log n,8192,1,61942,7.561279296875
RHDSD,λ<=log n,8192,1,54695,6.6766357421875
RHDSD,λ<=log n,8192,1,55070,6.722412109375
RHDSD,λ<=log n,8192,1,61687,7.5301513671875
RHDSD,λ<=log n,8192,1,52111,6.3612060546875
RHDSD,λ<=log n,8192,1,52511,6.4100341796875
RHDSD,λ<=log n,8192,1,49288,6.0166015625
RHDSD,λ<=log n,8192,1,52791,6.4442138671875
RHDSD,λ<=log n,8192,1,60621,7.4000244140625
RHDSD,λ<=log n,8192,1,52622,6.423583984375
RHDSD,λ<=log n,8192,1,55528,6.7783203125
RHDSD,λ<=log n,8192,1,54335,6.6326904296875
RHDSD,λ<=log n,8192,1,53568,6.5390625
RHDSD,λ<=log n,8192,1,56748,6.92724609375
RHDSD,λ<=log n,8192,1,50827,6.2044677734375
RHDSD,λ<=log n,8192,1,55896,6.8232421875
RHDSD,λ<=log n,8192,1,60876,7.43115234375
RHDSD,λ<=log n,8192,1,56441,6.8897705078125
RHDSD,λ<=log n,8192,1,55023,6.7166748046875
RHDSD,λ<=log n,8192,1,56962,6.953369140625
RHDSD,λ<=log n,8192,1,55373,6.7593994140625
RHDSD,λ<=log n,8192,1,58909,7.1910400390625
RHDSD,λ<=log n,8192,1,53890,6.578369140625
RHDSD,λ<=log n,8192,1,54936,6.7060546875
RHDSD,λ<=log n,8192,1,54226,6.619384765625
RHDSD,λ<=log n,8192,1,58068,7.08837890625
RHDSD,λ<=log n,8192,1,52928,6.4609375
RHDSD,λ<=log n,8192,1,54630,6.668701171875
RHDSD,λ<=log n,8192,1,55465,6.7706298828125
RHLSD,λ<=log n,8192,1,52616,6.4228515625
RHLSD,λ<=log n,8192,1,57670,7.039794921875
RHLSD,λ<=log n,8192,1,58990,7.200927734375
RHLSD,λ<=log n,8192,1,58968,7.1982421875
RHLSD,λ<=log n,8192,1,63376,7.736328125
RHLSD,λ<=log n,8192,1,55974,6.832763671875
RHLSD,λ<=log n,8192,1,56753,6.9278564453125
RHLSD,λ<=log n,8192,1,58634,7.157470703125
RHLSD,λ<=log n,8192,1,55335,6.7547607421875
RHLSD,λ<=log n,8192,1,61688,7.5302734375
RHLSD,λ<=log n,8192,1,67606,8.252685546875
RHLSD,λ<=log n,8192,1,56317,6.8746337890625
RHLSD,λ<=log n,8192,1,55961,6.8311767578125
RHLSD,λ<=log n,8192,1,54788,6.68798828125
RHLSD,λ<=log n,8192,1,53236,6.49853515625
RHLSD,λ<=log n,8192,1,57207,6.9832763671875
RHLSD,λ<=log n,8192,1,56223,6.8631591796875
RHLSD,λ<=log n,8192,1,55992,6.8349609375
RHLSD,λ<=log n,8192,1,55792,6.810546875
RHLSD,λ<=log n,8192,1,54744,6.6826171875
RHLSD,λ<=log n,8192,1,55099,6.7259521484375
RHLSD,λ<=log n,8192,1,53834,6.571533203125
RHLSD,λ<=log n,8192,1,54304,6.62890625
RHLSD,λ<=log n,8192,1,56444,6.89013671875
RHLSD,λ<=log n,8192,1,55289,6.7491455078125
RHLSD,λ<=log n,8192,1,70599,8.6180419921875
RHLSD,λ<=log n,8192,1,57886,7.066162109375
RHLSD,λ<=log n,8192,1,53018,6.471923828125
RHLSD,λ<=log n,8192,1,53155,6.4886474609375
RHLSD,λ<=log n,8192,1,51884,6.33349609375
RHLSD,λ<=log n,8192,1,56229,6.8638916015625
RHLSD,λ<=log n,8192,1,53332,6.51025390625
RHLSD,λ<=log n,8192,1,56221,6.8629150390625
RHLSD,λ<=log n,8192,1,58987,7.2005615234375
RHLSD,λ<=log n,8192,1,57113,6.9718017578125
RHLSD,λ<=log n,8192,1,62312,7.6064453125
RHLSD,λ<=log n,8192,1,55793,6.8106689453125
RHLSD,λ<=log n,8192,1,56902,6.946044921875
RHLSD,λ<=log n,8192,1,55181,6.7359619140625
RHLSD,λ<=log n,8192,1,61632,7.5234375
RHLSD,λ<=log n,8192,1,58949,7.1959228515625
RHLSD,λ<=log n,8192,1,59168,7.22265625
RHLSD,λ<=log n,8192,1,55214,6.739990234375
RHLSD,λ<=log n,8192,1,59494,7.262451171875
RHLSD,λ<=log n,8192,1,57225,6.9854736328125
RHLSD,λ<=log n,8192,1,56514,6.898681640625
RHLSD,λ<=log n,8192,1,54622,6.667724609375
RHLSD,λ<=log n,8192,1,55104,6.7265625
RHLSD,λ<=log n,8192,1,52822,6.447998046875
RHLSD,λ<=log n,8192,1,57931,7.0716552734375
RHLSD,λ<=log n,8192,1,60180,7.34619140625
RHLSD,λ<=log n,8192,1,56837,6.9381103515625
RHLSD,λ<=log n,8192,1,57110,6.971435546875
RHLSD,λ<=log n,8192,1,54790,6.688232421875
RHLSD,λ<=log n,8192,1,59078,7.211669921875
RHLSD,λ<=log n,8192,1,54942,6.706787109375
RHLSD,λ<=log n,8192,1,54433,6.6446533203125
RHLSD,λ<=log n,8192,1,59460,7.25830078125
RHLSD,λ<=log n,8192,1,56603,6.9095458984375
RHLSD,λ<=log n,8192,1,53310,6.507568359375
RHLSD,λ<=log n,8192,1,57425,7.0098876953125
RHLSD,λ<=log n,8192,1,54375,6.6375732421875
RHLSD,λ<=log n,8192,1,56235,6.8646240234375
RHLSD,λ<=log n,8192,1,56921,6.9483642578125
RHLSD,λ<=log n,8192,1,57757,7.0504150390625
RHLSD,λ<=log n,8192,1,56874,6.942626953125
RHLSD,λ<=log n,8192,1,59915,7.3138427734375
RHLSD,λ<=log n,8192,1,58079,7.0897216796875
RHLSD,λ<=log n,8192,1,59482,7.260986328125
RHLSD,λ<=log n,8192,1,59742,7.292724609375
RHLSD,λ<=log n,8192,1,57220,6.98486328125
RHLSD,λ<=log n,8192,1,56001,6.8360595703125
RHLSD,λ<=log n,8192,1,59190,7.225341796875
RHLSD,λ<=log n,8192,1,53466,6.526611328125
RHLSD,λ<=log n,8192,1,57377,7.0040283203125
RHLSD,λ<=log n,8192,1,57181,6.9801025390625
RHLSD,λ<=log n,8192,1,52435,6.4007568359375
RHLSD,λ<=log n,8192,1,53710,6.556396484375
RHLSD,λ<=log n,8192,1,53838,6.572021484375
RHLSD,λ<=log n,8192,1,57758,7.050537109375
RHLSD,λ<=log n,8192,1,58959,7.1971435546875
RHLSD,λ<=log n,8192,1,56170,6.856689453125
RHLSD,λ<=log n,8192,1,55501,6.7750244140625
RHLSD,λ<=log n,8192,1,55522,6.777587890625
RHLSD,λ<=log n,8192,1,54291,6.6273193359375
RHLSD,λ<=log n,8192,1,60568,7.3935546875
RHLSD,λ<=log n,8192,1,57155,6.9769287109375
RHLSD,λ<=log n,8192,1,52553,6.4151611328125
RHLSD,λ<=log n,8192,1,58884,7.18798828125
RHLSD,λ<=log n,8192,1,55182,6.736083984375
RHLSD,λ<=log n,8192,1,57024,6.9609375
RHLSD,λ<=log n,8192,1,54509,6.6539306640625
RHLSD,λ<=log n,8192,1,53162,6.489501953125
RHLSD,λ<=log n,8192,1,55823,6.8143310546875
RHLSD,λ<=log n,8192,1,52509,6.4097900390625
RHLSD,λ<=log n,8192,1,56228,6.86376953125
RHLSD,λ<=log n,8192,1,52156,6.36669921875
RHLSD,λ<=log n,8192,1,52429,6.4000244140625
RRLSD,λ<=log n,8192,1,54781,6.6871337890625
RRLSD,λ<=log n,8192,1,61878,7.553466796875
RRLSD,λ<=log n,8192,1,57193,6.9815673828125
RRLSD,λ<=log n,8192,1,58683,7.1634521484375
RRLSD,λ<=log n,8192,1,51359,6.2694091796875
RRLSD,λ<=log n,8192,1,55328,6.75390625
RRLSD,λ<=log n,8192,1,53458,6.525634765625
RRLSD,λ<=log n,8192,1,55519,6.7772216796875
RRLSD,λ<=log n,8192,1,54985,6.7120361328125
RRLSD,λ<=log n,8192,1,52812,6.44677734375
RRLSD,λ<=log n,8192,1,53524,6.53369140625
RRLSD,λ<=log n,8192,1,59579,7.2728271484375
RRLSD,λ<=log n,8192,1,55931,6.8275146484375
RRLSD,λ<=log n,8192,1,54483,6.6507568359375
RRLSD,λ<=log n,8192,1,57316,6.99658203125
RRLSD,λ<=log n,8192,1,53034,6.473876953125
RRLSD,λ<=log n,8192,1,52339,6.3890380859375
RRLSD,λ<=log n,8192,1,54076,6.60107421875
RRLSD,λ<=log n,8192,1,57203,6.9827880859375
RRLSD,λ<=log n,8192,1,51232,6.25390625
RRLSD,λ<=log n,8192,1,54373,6.6373291015625
RRLSD,λ<=log n,8192,1,55279,6.7479248046875
RRLSD,λ<=log n,8192,1,61566,7.515380859375
RRLSD,λ<=log n,8192,1,59219,7.2288818359375
RRLSD,λ<=log n,8192,1,53512,6.5322265625
RRLSD,λ<=log n,8192,1,53259,6.5013427734375
RRLSD,λ<=log n,8192,1,52561,6.4161376953125
RRLSD,λ<=log n,8192,1,54909,6.7027587890625
RRLSD,λ<=log n,8192,1,58707,7.1663818359375
RRLSD,λ<=log n,8192,1,55549,6.7808837890625
RRLSD,λ<=log n,8192,1,57507,7.0198974609375
RRLSD,λ<=log n,8192,1,56640,6.9140625
RRLSD,λ<=log n,8192,1,62368,7.61328125
RRLSD,λ<=log n,8192,1,59228,7.22998046875
RRLSD,λ<=log n,8192,1,58411,7.1302490234375
RRLSD,λ<=log n,8192,1,53667,6.5511474609375
RRLSD,λ<=log n,8192,1,59234,7.230712890625
RRLSD,λ<=log n,8192,1,57295,6.9940185546875
RRLSD,λ<=log n,8192,1,52102,6.360107421875
RRLSD,λ<=log n,8192,1,57225,6.9854736328125
RRLSD,λ<=log n,8192,1,54724,6.68017578125
RRLSD,λ<=log n,8192,1,58155,7.0989990234375
RRLSD,λ<=log n,8192,1,56592,6.908203125
RRLSD,λ<=log n,8192,1,56048,6.841796875
RRLSD,λ<=log n,8192,1,58955,7.1966552734375
RRLSD,λ<=log n,8192,1,54602,6.665283203125
RRLSD,λ<=log n,8192,1,52897,6.4571533203125
RRLSD,λ<=log n,8192,1,57216,6.984375
RRLSD,λ<=log n,8192,1,60070,7.332763671875
RRLSD,λ<=log n,8192,1,51559,6.2938232421875
RRLSD,λ<=log n,8192,1,56038,6.840576171875
RRLSD,λ<=log n,8192,1,57068,6.96630859375
RRLSD,λ<=log n,8192,1,57803,7.0560302734375
RRLSD,λ<=log n,8192,1,56881,6.9434814453125
RRLSD,λ<=log n,8192,1,60286,7.359130859375
RRLSD,λ<=log n,8192,1,56145,6.8536376953125
RRLSD,λ<=log n,8192,1,53468,6.52685546875
RRLSD,λ<=log n,8192,1,60542,7.390380859375
RRLSD,λ<=log n,8192,1,53326,6.509521484375
RRLSD,λ<=log n,8192,1,62226,7.595947265625
RRLSD,λ<=log n,8192,1,53163,6.4896240234375
RRLSD,λ<=log n,8192,1,52456,6.4033203125
RRLSD,λ<=log n,8192,1,54937,6.7061767578125
RRLSD,λ<=log n,8192,1,56968,6.9541015625
RRLSD,λ<=log n,8192,1,50552,6.1708984375
RRLSD,λ<=log n,8192,1,57121,6.9727783203125
RRLSD,λ<=log n,8192,1,57229,6.9859619140625
RRLSD,λ<=log n,8192,1,52021,6.3502197265625
RRLSD,λ<=log n,8192,1,61804,7.54443359375
RRLSD,λ<=log n,8192,1,53089,6.4805908203125
RRLSD,λ<=log n,8192,1,51641,6.3038330078125
RRLSD,λ<=log n,8192,1,57158,6.977294921875
RRLSD,λ<=log n,8192,1,61835,7.5482177734375
RRLSD,λ<=log n,8192,1,53567,6.5389404296875
RRLSD,λ<=log n,8192,1,64203,7.8372802734375
RRLSD,λ<=log n,8192,1,55438,6.767333984375
RRLSD,λ<=log n,8192,1,59590,7.274169921875
RRLSD,λ<=log n,8192,1,55940,6.82861328125
RRLSD,λ<=log n,8192,1,53876,6.57666015625
RRLSD,λ<=log n,8192,1,56415,6.8865966796875
RRLSD,λ<=log n,8192,1,59573,7.2720947265625
RRLSD,λ<=log n,8192,1,52531,6.4124755859375
RRLSD,λ<=log n,8192,1,51108,6.23876953125
RRLSD,λ<=log n,8192,1,52708,6.43408203125
RRLSD,λ<=log n,8192,1,57097,6.9698486328125
RRLSD,λ<=log n,8192,1,52026,6.350830078125
RRLSD,λ<=log n,8192,1,56685,6.9195556640625
RRLSD,λ<=log n,8192,1,61974,7.565185546875
RRLSD,λ<=log n,8192,1,54689,6.6759033203125
RRLSD,λ<=log n,8192,1,54429,6.6441650390625
RRLSD,λ<=log n,8192,1,55627,6.7904052734375
RRLSD,λ<=log n,8192,1,53690,6.553955078125
RRLSD,λ<=log n,8192,1,63891,7.7991943359375
RRLSD,λ<=log n,8192,1,54651,6.6712646484375
RRLSD,λ<=log n,8192,1,50672,6.185546875
RRLSD,λ<=log n,8192,1,52688,6.431640625
RRLSD,λ<=log n,8192,1,52463,6.4041748046875
RRLSD,λ<=log n,8192,1,53001,6.4698486328125
RSLSD,λ<=log n,8192,1,82530,10.074462890625
RSLSD,λ<=log n,8192,1,88963,10.8597412109375
RSLSD,λ<=log n,8192,1,76085,9.2877197265625
RSLSD,λ<=log n,8192,1,77824,9.5
RSLSD,λ<=log n,8192,1,77941,9.5142822265625
RSLSD,λ<=log n,8192,1,84735,10.3436279296875
RSLSD,λ<=log n,8192,1,92917,11.3424072265625
RSLSD,λ<=log n,8192,1,82944,10.125
RSLSD,λ<=log n,8192,1,79367,9.6883544921875
RSLSD,λ<=log n,8192,1,85628,10.45263671875
RSLSD,λ<=log n,8192,1,82222,10.036865234375
RSLSD,λ<=log n,8192,1,86220,10.52490234375
RSLSD,λ<=log n,8192,1,82480,10.068359375
RSLSD,λ<=log n,8192,1,84957,10.3707275390625
RSLSD,λ<=log n,8192,1,79369,9.6885986328125
RSLSD,λ<=log n,8192,1,79601,9.7169189453125
RSLSD,λ<=log n,8192,1,88071,10.7508544921875
RSLSD,λ<=log n,8192,1,79176,9.6650390625
RSLSD,λ<=log n,8192,1,90271,11.0194091796875
RSLSD,λ<=log n,8192,1,81754,9.979736328125
RSLSD,λ<=log n,8192,1,94917,11.5865478515625
RSLSD,λ<=log n,8192,1,89882,10.971923828125
RSLSD,λ<=log n,8192,1,83315,10.1702880859375
RSLSD,λ<=log n,8192,1,89793,10.9610595703125
RSLSD,λ<=log n,8192,1,82597,10.0826416015625
RSLSD,λ<=log n,8192,1,82878,10.116943359375
RSLSD,λ<=log n,8192,1,77145,9.4171142578125
RSLSD,λ<=log n,8192,1,77171,9.4202880859375
RSLSD,λ<=log n,8192,1,84366,10.298583984375
RSLSD,λ<=log n,8192,1,75848,9.2587890625
RSLSD,λ<=log n,8192,1,88710,10.828857421875
RSLSD,λ<=log n,8192,1,83831,10.2332763671875
RSLSD,λ<=log n,8192,1,84984,10.3740234375
RSLSD,λ<=log n,8192,1,85584,10.447265625
RSLSD,λ<=log n,8192,1,87466,10.677001953125
RSLSD,λ<=log n,8192,1,81075,9.8968505859375
RSLSD,λ<=log n,8192,1,86434,10.551025390625
RSLSD,λ<=log n,8192,1,84257,10.2852783203125
RSLSD,λ<=log n,8192,1,85430,10.428466796875
RSLSD,λ<=log n,8192,1,84004,10.25439453125
RSLSD,λ<=log n,8192,1,78447,9.5760498046875
RSLSD,λ<=log n,8192,1,87272,10.6533203125
RSLSD,λ<=log n,8192,1,88602,10.815673828125
RSLSD,λ<=log n,8192,1,79554,9.711181640625
RSLSD,λ<=log n,8192,1,86994,10.619384765625
RSLSD,λ<=log n,8192,1,83678,10.214599609375
RSLSD,λ<=log n,8192,1,83523,10.1956787109375
RSLSD,λ<=log n,8192,1,83810,10.230712890625
RSLSD,λ<=log n,8192,1,85460,10.43212890625
RSLSD,λ<=log n,8192,1,83603,10.2054443359375
RSLSD,λ<=log n,8192,1,80510,9.827880859375
RSLSD,λ<=log n,8192,1,81976,10.0068359375
RSLSD,λ<=log n,8192,1,92358,11.274169921875
RSLSD,λ<=log n,8192,1,84108,10.26708984375
RSLSD,λ<=log n,8192,1,78858,9.626220703125
RSLSD,λ<=log n,8192,1,76661,9.3580322265625
RSLSD,λ<=log n,8192,1,80872,9.8720703125
RSLSD,λ<=log n,8192,1,85976,10.4951171875
RSLSD,λ<=log n,8192,1,78831,9.6229248046875
RSLSD,λ<=log n,8192,1,79530,9.708251953125
RSLSD,λ<=log n,8192,1,88286,10.777099609375
RSLSD,λ<=log n,8192,1,84080,10.263671875
RSLSD,λ<=log n,8192,1,81085,9.8980712890625
RSLSD,λ<=log n,8192,1,79147,9.6614990234375
RSLSD,λ<=log n,8192,1,97531,11.9056396484375
RSLSD,λ<=log n,8192,1,82148,10.02783203125
RSLSD,λ<=log n,8192,1,88860,10.84716796875
RSLSD,λ<=log n,8192,1,82872,10.1162109375
RSLSD,λ<=log n,8192,1,79104,9.65625
RSLSD,λ<=log n,8192,1,85301,10.4127197265625
RSLSD,λ<=log n,8192,1,84299,10.2904052734375
RSLSD,λ<=log n,8192,1,80012,9.76708984375
RSLSD,λ<=log n,8192,1,78821,9.6217041015625
RSLSD,λ<=log n,8192,1,80527,9.8299560546875
RSLSD,λ<=log n,8192,1,74755,9.1253662109375
RSLSD,λ<=log n,8192,1,82243,10.0394287109375
RSLSD,λ<=log n,8192,1,76527,9.3416748046875
RSLSD,λ<=log n,8192,1,79566,9.712646484375
RSLSD,λ<=log n,8192,1,89022,10.866943359375
RSLSD,λ<=log n,8192,1,84883,10.3616943359375
RSLSD,λ<=log n,8192,1,75082,9.165283203125
RSLSD,λ<=log n,8192,1,79664,9.724609375
RSLSD,λ<=log n,8192,1,81904,9.998046875
RSLSD,λ<=log n,8192,1,86305,10.5352783203125
RSLSD,λ<=log n,8192,1,85883,10.4837646484375
RSLSD,λ<=log n,8192,1,75946,9.270751953125
RSLSD,λ<=log n,8192,1,91618,11.183837890625
RSLSD,λ<=log n,8192,1,84325,10.2935791015625
RSLSD,λ<=log n,8192,1,82416,10.060546875
RSLSD,λ<=log n,8192,1,82709,10.0963134765625
RSLSD,λ<=log n,8192,1,90421,11.0377197265625
RSLSD,λ<=log n,8192,1,88795,10.8392333984375
RSLSD,λ<=log n,8192,1,84129,10.2696533203125
RSLSD,λ<=log n,8192,1,79980,9.76318359375
RSLSD,λ<=log n,8192,1,87165,10.6402587890625
RSLSD,λ<=log n,8192,1,81414,9.938232421875
RSLSD,λ<=log n,8192,1,80533,9.8306884765625
RSLSD,λ<=log n,8192,1,80199,9.7899169921875
RSDMD,λ<=log n,8192,1,107294,13.097412109375
RSDMD,λ<=log n,8192,1,83450,10.186767578125
RSDMD,λ<=log n,8192,1,86932,10.61181640625
RSDMD,λ<=log n,8192,1,75979,9.2747802734375
RSDMD,λ<=log n,8192,1,79692,9.72802734375
RSDMD,λ<=log n,8192,1,88019,10.7445068359375
RSDMD,λ<=log n,8192,1,76469,9.3345947265625
RSDMD,λ<=log n,8192,1,79755,9.7357177734375
RSDMD,λ<=log n,8192,1,106031,12.9432373046875
RSDMD,λ<=log n,8192,1,86606,10.572021484375
RSDMD,λ<=log n,8192,1,92535,11.2957763671875
RSDMD,λ<=log n,8192,1,89999,10.9862060546875
RSDMD,λ<=log n,8192,1,65442,7.988525390625
RSDMD,λ<=log n,8192,1,70369,8.5899658203125
RSDMD,λ<=log n,8192,1,82172,10.03076171875
RSDMD,λ<=log n,8192,1,87656,10.7001953125
RSDMD,λ<=log n,8192,1,90112,11.0
RSDMD,λ<=log n,8192,1,82133,10.0260009765625
RSDMD,λ<=log n,8192,1,83614,10.206787109375
RSDMD,λ<=log n,8192,1,86169,10.5186767578125
RSDMD,λ<=log n,8192,1,74509,9.0953369140625
RSDMD,λ<=log n,8192,1,82997,10.1314697265625
RSDMD,λ<=log n,8192,1,76674,9.359619140625
RSDMD,λ<=log n,8192,1,96284,11.75341796875
RSDMD,λ<=log n,8192,1,87688,10.7041015625
RSDMD,λ<=log n,8192,1,73857,9.0157470703125
RSDMD,λ<=log n,8192,1,67094,8.190185546875
RSDMD,λ<=log n,8192,1,73391,8.9588623046875
RSDMD,λ<=log n,8192,1,72279,8.8231201171875
RSDMD,λ<=log n,8192,1,73954,9.027587890625
RSDMD,λ<=log n,8192,1,104387,12.7425537109375
RSDMD,λ<=log n,8192,1,103453,12.6285400390625
RSDMD,λ<=log n,8192,1,75646,9.234130859375
RSDMD,λ<=log n,8192,1,99503,12.1463623046875
RSDMD,λ<=log n,8192,1,99073,12.0938720703125
RSDMD,λ<=log n,8192,1,71875,8.7738037109375
RSDMD,λ<=log n,8192,1,85075,10.3851318359375
RSDMD,λ<=log n,8192,1,89990,10.985107421875
RSDMD,λ<=log n,8192,1,95481,11.6553955078125
RSDMD,λ<=log n,8192,1,81988,10.00830078125
RSDMD,λ<=log n,8192,1,107281,13.0958251953125
RSDMD,λ<=log n,8192,1,88522,10.805908203125
RSDMD,λ<=log n,8192,1,110261,13.4595947265625
RSDMD,λ<=log n,8192,1,71267,8.6995849609375
RSDMD,λ<=log n,8192,1,74918,9.145263671875
RSDMD,λ<=log n,8192,1,87963,10.7376708984375
RSDMD,λ<=log n,8192,1,109742,13.396240234375
RSDMD,λ<=log n,8192,1,84322,10.293212890625
RSDMD,λ<=log n,8192,1,82775,10.1043701171875
RSDMD,λ<=log n,8192,1,78679,9.6043701171875
RSDMD,λ<=log n,8192,1,92083,11.2406005859375
RSDMD,λ<=log n,8192,1,69639,8.5008544921875
RSDMD,λ<=log n,8192,1,74259,9.0648193359375
RSDMD,λ<=log n,8192,1,74369,9.0782470703125
RSDMD,λ<=log n,8192,1,73504,8.97265625
RSDMD,λ<=log n,8192,1,85110,10.389404296875
RSDMD,λ<=log n,8192,1,81966,10.005615234375
RSDMD,λ<=log n,8192,1,75503,9.2166748046875
RSDMD,λ<=log n,8192,1,104440,12.7490234375
RSDMD,λ<=log n,8192,1,67751,8.2703857421875
RSDMD,λ<=log n,8192,1,82796,10.10693359375
RSDMD,λ<=log n,8192,1,86757,10.5904541015625
RSDMD,λ<=log n,8192,1,101083,12.3392333984375
RSDMD,λ<=log n,8192,1,99755,12.1771240234375
RSDMD,λ<=log n,8192,1,74233,9.0616455078125
RSDMD,λ<=log n,8192,1,73983,9.0311279296875
RSDMD,λ<=log n,8192,1,73693,8.9957275390625
RSDMD,λ<=log n,8192,1,82957,10.1265869140625
RSDMD,λ<=log n,8192,1,86491,10.5579833984375
RSDMD,λ<=log n,8192,1,85055,10.3826904296875
RSDMD,λ<=log n,8192,1,72876,8.89599609375
RSDMD,λ<=log n,8192,1,80609,9.8399658203125
RSDMD,λ<=log n,8192,1,108516,13.24658203125
RSDMD,λ<=log n,8192,1,74530,9.097900390625
RSDMD,λ<=log n,8192,1,79147,9.6614990234375
RSDMD,λ<=log n,8192,1,80020,9.76806640625
RSDMD,λ<=log n,8192,1,85719,10.4637451171875
RSDMD,λ<=log n,8192,1,76736,9.3671875
RSDMD,λ<=log n,8192,1,101278,12.363037109375
RSDMD,λ<=log n,8192,1,98263,11.9949951171875
RSDMD,λ<=log n,8192,1,69108,8.43603515625
RSDMD,λ<=log n,8192,1,125164,15.27880859375
RSDMD,λ<=log n,8192,1,81005,9.8883056640625
RSDMD,λ<=log n,8192,1,77526,9.463623046875
RSDMD,λ<=log n,8192,1,74129,9.0489501953125
RSDMD,λ<=log n,8192,1,84401,10.3028564453125
RSDMD,λ<=log n,8192,1,69876,8.52978515625
RSDMD,λ<=log n,8192,1,102105,12.4639892578125
RSDMD,λ<=log n,8192,1,84575,10.3240966796875
RSDMD,λ<=log n,8192,1,89540,10.93017578125
RSDMD,λ<=log n,8192,1,71804,8.76513671875
RSDMD,λ<=log n,8192,1,119600,14.599609375
RSDMD,λ<=log n,8192,1,84380,10.30029296875
RSDMD,λ<=log n,8192,1,85467,10.4329833984375
RSDMD,λ<=log n,8192,1,69706,8.509033203125
RSDMD,λ<=log n,8192,1,87328,10.66015625
RSDMD,λ<=log n,8192,1,101702,12.414794921875
RSDMD,λ<=log n,8192,1,80607,9.8397216796875
RSDMD,λ<=log n,8192,1,73636,8.98876953125
RSDMD,λ<=log n,8192,1,94443,11.5286865234375
RRDMD,λ<=log n,8192,1,52375,6.3934326171875
RRDMD,λ<=log n,8192,1,51668,6.30712890625
RRDMD,λ<=log n,8192,1,51735,6.3153076171875
RRDMD,λ<=log n,8192,1,52069,6.3560791015625
RRDMD,λ<=log n,8192,1,48941,5.9742431640625
RRDMD,λ<=log n,8192,1,52386,6.394775390625
RRDMD,λ<=log n,8192,1,47026,5.740478515625
RRDMD,λ<=log n,8192,1,54374,6.637451171875
RRDMD,λ<=log n,8192,1,50910,6.214599609375
RRDMD,λ<=log n,8192,1,50874,6.210205078125
RRDMD,λ<=log n,8192,1,50138,6.120361328125
RRDMD,λ<=log n,8192,1,59268,7.23486328125
RRDMD,λ<=log n,8192,1,51267,6.2581787109375
RRDMD,λ<=log n,8192,1,50511,6.1658935546875
RRDMD,λ<=log n,8192,1,51750,6.317138671875
RRDMD,λ<=log n,8192,1,54020,6.59423828125
RRDMD,λ<=log n,8192,1,49676,6.06396484375
RRDMD,λ<=log n,8192,1,54453,6.6470947265625
RRDMD,λ<=log n,8192,1,49690,6.065673828125
RRDMD,λ<=log n,8192,1,50661,6.1842041015625
RRDMD,λ<=log n,8192,1,54516,6.65478515625
RRDMD,λ<=log n,8192,1,47599,5.8104248046875
RRDMD,λ<=log n,8192,1,51822,6.325927734375
RRDMD,λ<=log n,8192,1,51579,6.2962646484375
RRDMD,λ<=log n,8192,1,57538,7.023681640625
RRDMD,λ<=log n,8192,1,50122,6.118408203125
RRDMD,λ<=log n,8192,1,53099,6.4818115234375
RRDMD,λ<=log n,8192,1,49670,6.063232421875
RRDMD,λ<=log n,8192,1,48316,5.89794921875
RRDMD,λ<=log n,8192,1,49638,6.059326171875
RRDMD,λ<=log n,8192,1,49884,6.08935546875
RRDMD,λ<=log n,8192,1,50120,6.1181640625
RRDMD,λ<=log n,8192,1,48020,5.86181640625
RRDMD,λ<=log n,8192,1,49186,6.004150390625
RRDMD,λ<=log n,8192,1,48729,5.9483642578125
RRDMD,λ<=log n,8192,1,50478,6.161865234375
RRDMD,λ<=log n,8192,1,50336,6.14453125
RRDMD,λ<=log n,8192,1,53056,6.4765625
RRDMD,λ<=log n,8192,1,54245,6.6217041015625
RRDMD,λ<=log n,8192,1,61261,7.4781494140625
RRDMD,λ<=log n,8192,1,51803,6.3236083984375
RRDMD,λ<=log n,8192,1,51351,6.2684326171875
RRDMD,λ<=log n,8192,1,50445,6.1578369140625
RRDMD,λ<=log n,8192,1,46784,5.7109375
RRDMD,λ<=log n,8192,1,61970,7.564697265625
RRDMD,λ<=log n,8192,1,48477,5.9176025390625
RRDMD,λ<=log n,8192,1,54501,6.6529541015625
RRDMD,λ<=log n,8192,1,51851,6.3294677734375
RRDMD,λ<=log n,8192,1,51427,6.2777099609375
RRDMD,λ<=log n,8192,1,48759,5.9520263671875
RRDMD,λ<=log n,8192,1,60540,7.39013671875
RRDMD,λ<=log n,8192,1,45408,5.54296875
RRDMD,λ<=log n,8192,1,49623,6.0574951171875
RRDMD,λ<=log n,8192,1,52047,6.3533935546875
RRDMD,λ<=log n,8192,1,47741,5.8277587890625
RRDMD,λ<=log n,8192,1,49001,5.9815673828125
RRDMD,λ<=log n,8192,1,52567,6.4168701171875
RRDMD,λ<=log n,8192,1,55133,6.7301025390625
RRDMD,λ<=log n,8192,1,48529,5.9239501953125
RRDMD,λ<=log n,8192,1,52905,6.4581298828125
RRDMD,λ<=log n,8192,1,51488,6.28515625
RRDMD,λ<=log n,8192,1,48842,5.962158203125
RRDMD,λ<=log n,8192,1,51367,6.2703857421875
RRDMD,λ<=log n,8192,1,51498,6.286376953125
RRDMD,λ<=log n,8192,1,52203,6.3724365234375
RRDMD,λ<=log n,8192,1,55874,6.820556640625
RRDMD,λ<=log n,8192,1,56746,6.927001953125
RRDMD,λ<=log n,8192,1,48993,5.9805908203125
RRDMD,λ<=log n,8192,1,49268,6.01416015625
RRDMD,λ<=log n,8192,1,55700,6.79931640625
RRDMD,λ<=log n,8192,1,49802,6.079345703125
RRDMD,λ<=log n,8192,1,54675,6.6741943359375
RRDMD,λ<=log n,8192,1,51907,6.3363037109375
RRDMD,λ<=log n,8192,1,51823,6.3260498046875
RRDMD,λ<=log n,8192,1,50092,6.11474609375
RRDMD,λ<=log n,8192,1,54053,6.5982666015625
RRDMD,λ<=log n,8192,1,48737,5.9493408203125
RRDMD,λ<=log n,8192,1,49349,6.0240478515625
RRDMD,λ<=log n,8192,1,49340,6.02294921875
RRDMD,λ<=log n,8192,1,49212,6.00732421875
RRDMD,λ<=log n,8192,1,51644,6.30419921875
RRDMD,λ<=log n,8192,1,54572,6.66162109375
RRDMD,λ<=log n,8192,1,54388,6.63916015625
RRDMD,λ<=log n,8192,1,56042,6.841064453125
RRDMD,λ<=log n,8192,1,49558,6.049560546875
RRDMD,λ<=log n,8192,1,52434,6.400634765625
RRDMD,λ<=log n,8192,1,52827,6.4486083984375
RRDMD,λ<=log n,8192,1,52582,6.418701171875
RRDMD,λ<=log n,8192,1,48836,5.96142578125
RRDMD,λ<=log n,8192,1,48084,5.86962890625
RRDMD,λ<=log n,8192,1,47534,5.802490234375
RRDMD,λ<=log n,8192,1,56193,6.8594970703125
RRDMD,λ<=log n,8192,1,54553,6.6593017578125
RRDMD,λ<=log n,8192,1,49582,6.052490234375
RRDMD,λ<=log n,8192,1,50326,6.143310546875
RRDMD,λ<=log n,8192,1,51848,6.3291015625
RRDMD,λ<=log n,8192,1,53534,6.534912109375
RRDMD,λ<=log n,8192,1,52463,6.4041748046875
RRDMD,λ<=log n,8192,1,53779,6.5648193359375
RHDMD,λ<=log n,8192,1,50496,6.1640625
RHDMD,λ<=log n,8192,1,50246,6.133544921875
RHDMD,λ<=log n,8192,1,49695,6.0662841796875
RHDMD,λ<=log n,8192,1,46014,5.616943359375
RHDMD,λ<=log n,8192,1,46897,5.7247314453125
RHDMD,λ<=log n,8192,1,48979,5.9788818359375
RHDMD,λ<=log n,8192,1,44156,5.39013671875
RHDMD,λ<=log n,8192,1,50161,6.1231689453125
RHDMD,λ<=log n,8192,1,47239,5.7664794921875
RHDMD,λ<=log n,8192,1,49232,6.009765625
RHDMD,λ<=log n,8192,1,50769,6.1973876953125
RHDMD,λ<=log n,8192,1,46431,5.6678466796875
RHDMD,λ<=log n,8192,1,51265,6.2579345703125
RHDMD,λ<=log n,8192,1,50292,6.13916015625
RHDMD,λ<=log n,8192,1,45482,5.552001953125
RHDMD,λ<=log n,8192,1,45459,5.5491943359375
RHDMD,λ<=log n,8192,1,53532,6.53466796875
RHDMD,λ<=log n,8192,1,52246,6.377685546875
RHDMD,λ<=log n,8192,1,46704,5.701171875
RHDMD,λ<=log n,8192,1,48723,5.9476318359375
RHDMD,λ<=log n,8192,1,47557,5.8052978515625
RHDMD,λ<=log n,8192,1,46146,5.633056640625
RHDMD,λ<=log n,8192,1,53431,6.5223388671875
RHDMD,λ<=log n,8192,1,51415,6.2762451171875
RHDMD,λ<=log n,8192,1,52007,6.3485107421875
RHDMD,λ<=log n,8192,1,45153,5.5118408203125
RHDMD,λ<=log n,8192,1,50883,6.2113037109375
RHDMD,λ<=log n,8192,1,52829,6.4488525390625
RHDMD,λ<=log n,8192,1,46272,5.6484375
RHDMD,λ<=log n,8192,1,51805,6.3238525390625
RHDMD,λ<=log n,8192,1,46344,5.6572265625
RHDMD,λ<=log n,8192,1,44269,5.4039306640625
RHDMD,λ<=log n,8192,1,47311,5.7752685546875
RHDMD,λ<=log n,8192,1,47520,5.80078125
RHDMD,λ<=log n,8192,1,58662,7.160888671875
RHDMD,λ<=log n,8192,1,46571,5.6849365234375
RHDMD,λ<=log n,8192,1,46963,5.7327880859375
RHDMD,λ<=log n,8192,1,47694,5.822021484375
RHDMD,λ<=log n,8192,1,47074,5.746337890625
RHDMD,λ<=log n,8192,1,50935,6.2176513671875
RHDMD,λ<=log n,8192,1,47394,5.785400390625
RHDMD,λ<=log n,8192,1,50280,6.1376953125
RHDMD,λ<=log n,8192,1,44773,5.4654541015625
RHDMD,λ<=log n,8192,1,50072,6.1123046875
RHDMD,λ<=log n,8192,1,46353,5.6583251953125
RHDMD,λ<=log n,8192,1,48995,5.9808349609375
RHDMD,λ<=log n,8192,1,47963,5.8548583984375
RHDMD,λ<=log n,8192,1,49454,6.036865234375
RHDMD,λ<=log n,8192,1,51349,6.2681884765625
RHDMD,λ<=log n,8192,1,47753,5.8292236328125
RHDMD,λ<=log n,8192,1,46101,5.6275634765625
RHDMD,λ<=log n,8192,1,46178,5.636962890625
RHDMD,λ<=log n,8192,1,49365,6.0260009765625
RHDMD,λ<=log n,8192,1,48436,5.91259765625
RHDMD,λ<=log n,8192,1,47063,5.7449951171875
RHDMD,λ<=log n,8192,1,49315,6.0198974609375
RHDMD,λ<=log n,8192,1,55232,6.7421875
RHDMD,λ<=log n,8192,1,50268,6.13623046875
RHDMD,λ<=log n,8192,1,44914,5.482666015625
RHDMD,λ<=log n,8192,1,47678,5.820068359375
RHDMD,λ<=log n,8192,1,51045,6.2310791015625
RHDMD,λ<=log n,8192,1,47438,5.790771484375
RHDMD,λ<=log n,8192,1,50332,6.14404296875
RHDMD,λ<=log n,8192,1,45856,5.59765625
RHDMD,λ<=log n,8192,1,47043,5.7425537109375
RHDMD,λ<=log n,8192,1,48607,5.9334716796875
RHDMD,λ<=log n,8192,1,44484,5.43017578125
RHDMD,λ<=log n,8192,1,46939,5.7298583984375
RHDMD,λ<=log n,8192,1,46379,5.6614990234375
RHDMD,λ<=log n,8192,1,48195,5.8831787109375
RHDMD,λ<=log n,8192,1,52433,6.4005126953125
RHDMD,λ<=log n,8192,1,47139,5.7542724609375
RHDMD,λ<=log n,8192,1,50177,6.1251220703125
RHDMD,λ<=log n,8192,1,48471,5.9168701171875
RHDMD,λ<=log n,8192,1,50231,6.1317138671875
RHDMD,λ<=log n,8192,1,51259,6.2572021484375
RHDMD,λ<=log n,8192,1,44756,5.46337890625
RHDMD,λ<=log n,8192,1,49814,6.080810546875
RHDMD,λ<=log n,8192,1,48317,5.8980712890625
RHDMD,λ<=log n,8192,1,55293,6.7496337890625
RHDMD,λ<=log n,8192,1,50600,6.1767578125
RHDMD,λ<=log n,8192,1,48762,5.952392578125
RHDMD,λ<=log n,8192,1,49481,6.0401611328125
RHDMD,λ<=log n,8192,1,47726,5.825927734375
RHDMD,λ<=log n,8192,1,48933,5.9732666015625
RHDMD,λ<=log n,8192,1,51976,6.3447265625
RHDMD,λ<=log n,8192,1,47230,5.765380859375
RHDMD,λ<=log n,8192,1,55122,6.728759765625
RHDMD,λ<=log n,8192,1,49222,6.008544921875
RHDMD,λ<=log n,8192,1,45048,5.4990234375
RHDMD,λ<=log n,8192,1,49115,5.9954833984375
RHDMD,λ<=log n,8192,1,50620,6.17919921875
RHDMD,λ<=log n,8192,1,55823,6.8143310546875
RHDMD,λ<=log n,8192,1,50079,6.1131591796875
RHDMD,λ<=log n,8192,1,45623,5.5692138671875
RHDMD,λ<=log n,8192,1,49391,6.0291748046875
RHDMD,λ<=log n,8192,1,49195,6.0052490234375
RHDMD,λ<=log n,8192,1,47412,5.78759765625
RHLMD,λ<=log n,8192,1,50353,6.1466064453125
RHLMD,λ<=log n,8192,1,51825,6.3262939453125
RHLMD,λ<=log n,8192,1,50845,6.2066650390625
RHLMD,λ<=log n,8192,1,51249,6.2559814453125
RHLMD,λ<=log n,8192,1,50444,6.15771484375
RHLMD,λ<=log n,8192,1,49452,6.03662109375
RHLMD,λ<=log n,8192,1,51243,6.2552490234375
RHLMD,λ<=log n,8192,1,52176,6.369140625
RHLMD,λ<=log n,8192,1,51773,6.3199462890625
RHLMD,λ<=log n,8192,1,47286,5.772216796875
RHLMD,λ<=log n,8192,1,51130,6.241455078125
RHLMD,λ<=log n,8192,1,49056,5.98828125
RHLMD,λ<=log n,8192,1,49158,6.000732421875
RHLMD,λ<=log n,8192,1,50949,6.2193603515625
RHLMD,λ<=log n,8192,1,53037,6.4742431640625
RHLMD,λ<=log n,8192,1,49036,5.98583984375
RHLMD,λ<=log n,8192,1,47481,5.7960205078125
RHLMD,λ<=log n,8192,1,52409,6.3975830078125
RHLMD,λ<=log n,8192,1,48858,5.964111328125
RHLMD,λ<=log n,8192,1,49038,5.986083984375
RHLMD,λ<=log n,8192,1,48806,5.957763671875
RHLMD,λ<=log n,8192,1,49414,6.031982421875
RHLMD,λ<=log n,8192,1,50863,6.2088623046875
RHLMD,λ<=log n,8192,1,49877,6.0885009765625
RHLMD,λ<=log n,8192,1,47993,5.8585205078125
RHLMD,λ<=log n,8192,1,59480,7.2607421875
RHLMD,λ<=log n,8192,1,49407,6.0311279296875
RHLMD,λ<=log n,8192,1,48760,5.9521484375
RHLMD,λ<=log n,8192,1,47710,5.823974609375
RHLMD,λ<=log n,8192,1,47611,5.8118896484375
RHLMD,λ<=log n,8192,1,47129,5.7530517578125
RHLMD,λ<=log n,8192,1,50645,6.1822509765625
RHLMD,λ<=log n,8192,1,49727,6.0701904296875
RHLMD,λ<=log n,8192,1,47137,5.7540283203125
RHLMD,λ<=log n,8192,1,56671,6.9178466796875
RHLMD,λ<=log n,8192,1,51807,6.3240966796875
RHLMD,λ<=log n,8192,1,47254,5.768310546875
RHLMD,λ<=log n,8192,1,50994,6.224853515625
RHLMD,λ<=log n,8192,1,53122,6.484619140625
RHLMD,λ<=log n,8192,1,50625,6.1798095703125
RHLMD,λ<=log n,8192,1,48620,5.93505859375
RHLMD,λ<=log n,8192,1,51107,6.2386474609375
RHLMD,λ<=log n,8192,1,54506,6.653564453125
RHLMD,λ<=log n,8192,1,49048,5.9873046875
RHLMD,λ<=log n,8192,1,49312,6.01953125
RHLMD,λ<=log n,8192,1,50657,6.1837158203125
RHLMD,λ<=log n,8192,1,56043,6.8411865234375
RHLMD,λ<=log n,8192,1,48133,5.8756103515625
RHLMD,λ<=log n,8192,1,57216,6.984375
RHLMD,λ<=log n,8192,1,47231,5.7655029296875
RHLMD,λ<=log n,8192,1,53055,6.4764404296875
RHLMD,λ<=log n,8192,1,46545,5.6817626953125
RHLMD,λ<=log n,8192,1,47851,5.8411865234375
RHLMD,λ<=log n,8192,1,48332,5.89990234375
RHLMD,λ<=log n,8192,1,48711,5.9461669921875
RHLMD,λ<=log n,8192,1,48775,5.9539794921875
RHLMD,λ<=log n,8192,1,47810,5.836181640625
RHLMD,λ<=log n,8192,1,51099,6.2376708984375
RHLMD,λ<=log n,8192,1,48810,5.958251953125
RHLMD,λ<=log n,8192,1,46658,5.695556640625
RHLMD,λ<=log n,8192,1,50207,6.1287841796875
RHLMD,λ<=log n,8192,1,51970,6.343994140625
RHLMD,λ<=log n,8192,1,49357,6.0250244140625
RHLMD,λ<=log n,8192,1,47217,5.7637939453125
RHLMD,λ<=log n,8192,1,52023,6.3504638671875
RHLMD,λ<=log n,8192,1,46315,5.6536865234375
RHLMD,λ<=log n,8192,1,48999,5.9813232421875
RHLMD,λ<=log n,8192,1,48271,5.8924560546875
RHLMD,λ<=log n,8192,1,52747,6.4388427734375
RHLMD,λ<=log n,8192,1,48839,5.9617919921875
RHLMD,λ<=log n,8192,1,55479,6.7723388671875
RHLMD,λ<=log n,8192,1,50349,6.1461181640625
RHLMD,λ<=log n,8192,1,47125,5.7525634765625
RHLMD,λ<=log n,8192,1,48218,5.885986328125
RHLMD,λ<=log n,8192,1,49941,6.0963134765625
RHLMD,λ<=log n,8192,1,47865,5.8428955078125
RHLMD,λ<=log n,8192,1,48439,5.9129638671875
RHLMD,λ<=log n,8192,1,56482,6.894775390625
RHLMD,λ<=log n,8192,1,54728,6.6806640625
RHLMD,λ<=log n,8192,1,55941,6.8287353515625
RHLMD,λ<=log n,8192,1,50471,6.1610107421875
RHLMD,λ<=log n,8192,1,51718,6.313232421875
RHLMD,λ<=log n,8192,1,53067,6.4779052734375
RHLMD,λ<=log n,8192,1,51671,6.3074951171875
RHLMD,λ<=log n,8192,1,57412,7.00830078125
RHLMD,λ<=log n,8192,1,51904,6.3359375
RHLMD,λ<=log n,8192,1,47707,5.8236083984375
RHLMD,λ<=log n,8192,1,45903,5.6033935546875
RHLMD,λ<=log n,8192,1,45966,5.611083984375
RHLMD,λ<=log n,8192,1,56155,6.8548583984375
RHLMD,λ<=log n,8192,1,47696,5.822265625
RHLMD,λ<=log n,8192,1,48779,5.9544677734375
RHLMD,λ<=log n,8192,1,49040,5.986328125
RHLMD,λ<=log n,8192,1,48799,5.9569091796875
RHLMD,λ<=log n,8192,1,49341,6.0230712890625
RHLMD,λ<=log n,8192,1,49050,5.987548828125
RHLMD,λ<=log n,8192,1,51281,6.2598876953125
RHLMD,λ<=log n,8192,1,47886,5.845458984375
RHLMD,λ<=log n,8192,1,55668,6.79541015625
RRLMD,λ<=log n,8192,1,49731,6.0706787109375
RRLMD,λ<=log n,8192,1,55067,6.7220458984375
RRLMD,λ<=log n,8192,1,49823,6.0819091796875
RRLMD,λ<=log n,8192,1,45794,5.590087890625
RRLMD,λ<=log n,8192,1,49317,6.0201416015625
RRLMD,λ<=log n,8192,1,49764,6.07470703125
RRLMD,λ<=log n,8192,1,54520,6.6552734375
RRLMD,λ<=log n,8192,1,50424,6.1552734375
RRLMD,λ<=log n,8192,1,48530,5.924072265625
RRLMD,λ<=log n,8192,1,51182,6.247802734375
RRLMD,λ<=log n,8192,1,47383,5.7840576171875
RRLMD,λ<=log n,8192,1,49446,6.035888671875
RRLMD,λ<=log n,8192,1,49432,6.0341796875
RRLMD,λ<=log n,8192,1,50164,6.12353515625
RRLMD,λ<=log n,8192,1,46901,5.7252197265625
RRLMD,λ<=log n,8192,1,50030,6.107177734375
RRLMD,λ<=log n,8192,1,52366,6.392333984375
RRLMD,λ<=log n,8192,1,46386,5.662353515625
RRLMD,λ<=log n,8192,1,51106,6.238525390625
RRLMD,λ<=log n,8192,1,55167,6.7342529296875
RRLMD,λ<=log n,8192,1,52409,6.3975830078125
RRLMD,λ<=log n,8192,1,49299,6.0179443359375
RRLMD,λ<=log n,8192,1,48794,5.956298828125
RRLMD,λ<=log n,8192,1,47585,5.8087158203125
RRLMD,λ<=log n,8192,1,51260,6.25732421875
RRLMD,λ<=log n,8192,1,57539,7.0238037109375
RRLMD,λ<=log n,8192,1,47151,5.7557373046875
RRLMD,λ<=log n,8192,1,49702,6.067138671875
RRLMD,λ<=log n,8192,1,48496,5.919921875
RRLMD,λ<=log n,8192,1,58415,7.1307373046875
RRLMD,λ<=log n,8192,1,46803,5.7132568359375
RRLMD,λ<=log n,8192,1,54094,6.603271484375
RRLMD,λ<=log n,8192,1,50140,6.12060546875
RRLMD,λ<=log n,8192,1,55288,6.7490234375
RRLMD,λ<=log n,8192,1,48661,5.9400634765625
RRLMD,λ<=log n,8192,1,49524,6.04541015625
RRLMD,λ<=log n,8192,1,52678,6.430419921875
RRLMD,λ<=log n,8192,1,47535,5.8026123046875
RRLMD,λ<=log n,8192,1,48750,5.950927734375
RRLMD,λ<=log n,8192,1,57167,6.9783935546875
RRLMD,λ<=log n,8192,1,49139,5.9984130859375
RRLMD,λ<=log n,8192,1,48955,5.9759521484375
RRLMD,λ<=log n,8192,1,51443,6.2796630859375
RRLMD,λ<=log n,8192,1,54723,6.6800537109375
RRLMD,λ<=log n,8192,1,53643,6.5482177734375
RRLMD,λ<=log n,8192,1,51652,6.30517578125
RRLMD,λ<=log n,8192,1,46984,5.7353515625
RRLMD,λ<=log n,8192,1,53560,6.5380859375
RRLMD,λ<=log n,8192,1,49809,6.0802001953125
RRLMD,λ<=log n,8192,1,53102,6.482177734375
RRLMD,λ<=log n,8192,1,50789,6.1998291015625
RRLMD,λ<=log n,8192,1,47722,5.825439453125
RRLMD,λ<=log n,8192,1,49705,6.0675048828125
RRLMD,λ<=log n,8192,1,52228,6.37548828125
RRLMD,λ<=log n,8192,1,52569,6.4171142578125
RRLMD,λ<=log n,8192,1,46526,5.679443359375
RRLMD,λ<=log n,8192,1,51553,6.2930908203125
RRLMD,λ<=log n,8192,1,49746,6.072509765625
RRLMD,λ<=log n,8192,1,50509,6.1656494140625
RRLMD,λ<=log n,8192,1,50022,6.106201171875
RRLMD,λ<=log n,8192,1,47660,5.81787109375
RRLMD,λ<=log n,8192,1,50220,6.13037109375
RRLMD,λ<=log n,8192,1,48937,5.9737548828125
RRLMD,λ<=log n,8192,1,51681,6.3087158203125
RRLMD,λ<=log n,8192,1,44893,5.4801025390625
RRLMD,λ<=log n,8192,1,57278,6.991943359375
RRLMD,λ<=log n,8192,1,53418,6.520751953125
RRLMD,λ<=log n,8192,1,52277,6.3814697265625
RRLMD,λ<=log n,8192,1,50462,6.159912109375
RRLMD,λ<=log n,8192,1,56430,6.888427734375
RRLMD,λ<=log n,8192,1,50643,6.1820068359375
RRLMD,λ<=log n,8192,1,47094,5.748779296875
RRLMD,λ<=log n,8192,1,55245,6.7437744140625
RRLMD,λ<=log n,8192,1,52649,6.4268798828125
RRLMD,λ<=log n,8192,1,50714,6.190673828125
RRLMD,λ<=log n,8192,1,50498,6.164306640625
RRLMD,λ<=log n,8192,1,51268,6.25830078125
RRLMD,λ<=log n,8192,1,50238,6.132568359375
RRLMD,λ<=log n,8192,1,49209,6.0069580078125
RRLMD,λ<=log n,8192,1,50098,6.115478515625
RRLMD,λ<=log n,8192,1,52747,6.4388427734375
RRLMD,λ<=log n,8192,1,48994,5.980712890625
RRLMD,λ<=log n,8192,1,48875,5.9661865234375
RRLMD,λ<=log n,8192,1,52213,6.3736572265625
RRLMD,λ<=log n,8192,1,48872,5.9658203125
RRLMD,λ<=log n,8192,1,48815,5.9588623046875
RRLMD,λ<=log n,8192,1,50041,6.1085205078125
RRLMD,λ<=log n,8192,1,50482,6.162353515625
RRLMD,λ<=log n,8192,1,47246,5.767333984375
RRLMD,λ<=log n,8192,1,52485,6.4068603515625
RRLMD,λ<=log n,8192,1,46464,5.671875
RRLMD,λ<=log n,8192,1,46751,5.7069091796875
RRLMD,λ<=log n,8192,1,52933,6.4615478515625
RRLMD,λ<=log n,8192,1,49014,5.983154296875
RRLMD,λ<=log n,8192,1,47757,5.8297119140625
RRLMD,λ<=log n,8192,1,48803,5.9573974609375
RRLMD,λ<=log n,8192,1,52603,6.4212646484375
RRLMD,λ<=log n,8192,1,49640,6.0595703125
RRLMD,λ<=log n,8192,1,49112,5.9951171875
RRLMD,λ<=log n,8192,1,48273,5.8927001953125
RSLMD,λ<=log n,8192,1,64547,7.8792724609375
RSLMD,λ<=log n,8192,1,69922,8.535400390625
RSLMD,λ<=log n,8192,1,71679,8.7498779296875
RSLMD,λ<=log n,8192,1,79164,9.66357421875
RSLMD,λ<=log n,8192,1,76036,9.28173828125
RSLMD,λ<=log n,8192,1,72079,8.7987060546875
RSLMD,λ<=log n,8192,1,69101,8.4351806640625
RSLMD,λ<=log n,8192,1,75113,9.1690673828125
RSLMD,λ<=log n,8192,1,76089,9.2882080078125
RSLMD,λ<=log n,8192,1,76103,9.2899169921875
RSLMD,λ<=log n,8192,1,79479,9.7020263671875
RSLMD,λ<=log n,8192,1,79385,9.6905517578125
RSLMD,λ<=log n,8192,1,90553,11.0538330078125
RSLMD,λ<=log n,8192,1,82628,10.08642578125
RSLMD,λ<=log n,8192,1,69017,8.4249267578125
RSLMD,λ<=log n,8192,1,66370,8.101806640625
RSLMD,λ<=log n,8192,1,76261,9.3092041015625
RSLMD,λ<=log n,8192,1,67626,8.255126953125
RSLMD,λ<=log n,8192,1,72621,8.8648681640625
RSLMD,λ<=log n,8192,1,64537,7.8780517578125
RSLMD,λ<=log n,8192,1,73922,9.023681640625
RSLMD,λ<=log n,8192,1,66117,8.0709228515625
RSLMD,λ<=log n,8192,1,75849,9.2589111328125
RSLMD,λ<=log n,8192,1,66495,8.1170654296875
RSLMD,λ<=log n,8192,1,89864,10.9697265625
RSLMD,λ<=log n,8192,1,64618,7.887939453125
RSLMD,λ<=log n,8192,1,69892,8.53173828125
RSLMD,λ<=log n,8192,1,70678,8.627685546875
RSLMD,λ<=log n,8192,1,66999,8.1785888671875
RSLMD,λ<=log n,8192,1,90530,11.051025390625
RSLMD,λ<=log n,8192,1,78763,9.6146240234375
RSLMD,λ<=log n,8192,1,72381,8.8355712890625
RSLMD,λ<=log n,8192,1,79072,9.65234375
RSLMD,λ<=log n,8192,1,68376,8.3466796875
RSLMD,λ<=log n,8192,1,75079,9.1649169921875
RSLMD,λ<=log n,8192,1,68839,8.4031982421875
RSLMD,λ<=log n,8192,1,75158,9.174560546875
RSLMD,λ<=log n,8192,1,79184,9.666015625
RSLMD,λ<=log n,8192,1,75724,9.24365234375
RSLMD,λ<=log n,8192,1,67789,8.2750244140625
RSLMD,λ<=log n,8192,1,67575,8.2489013671875
RSLMD,λ<=log n,8192,1,73122,8.926025390625
RSLMD,λ<=log n,8192,1,69106,8.435791015625
RSLMD,λ<=log n,8192,1,79302,9.680419921875
RSLMD,λ<=log n,8192,1,73230,8.939208984375
RSLMD,λ<=log n,8192,1,69570,8.492431640625
RSLMD,λ<=log n,8192,1,70294,8.580810546875
RSLMD,λ<=log n,8192,1,74874,9.139892578125
RSLMD,λ<=log n,8192,1,70514,8.607666015625
RSLMD,λ<=log n,8192,1,73025,8.9141845703125
RSLMD,λ<=log n,8192,1,76119,9.2918701171875
RSLMD,λ<=log n,8192,1,73693,8.9957275390625
RSLMD,λ<=log n,8192,1,67966,8.296630859375
RSLMD,λ<=log n,8192,1,75836,9.25732421875
RSLMD,λ<=log n,8192,1,73851,9.0150146484375
RSLMD,λ<=log n,8192,1,71831,8.7684326171875
RSLMD,λ<=log n,8192,1,72411,8.8392333984375
RSLMD,λ<=log n,8192,1,73514,8.973876953125
RSLMD,λ<=log n,8192,1,80758,9.858154296875
RSLMD,λ<=log n,8192,1,65399,7.9832763671875
RSLMD,λ<=log n,8192,1,72812,8.88818359375
RSLMD,λ<=log n,8192,1,70909,8.6558837890625
RSLMD,λ<=log n,8192,1,80461,9.8218994140625
RSLMD,λ<=log n,8192,1,75330,9.195556640625
RSLMD,λ<=log n,8192,1,69928,8.5361328125
RSLMD,λ<=log n,8192,1,70711,8.6317138671875
RSLMD,λ<=log n,8192,1,72591,8.8612060546875
RSLMD,λ<=log n,8192,1,69456,8.478515625
RSLMD,λ<=log n,8192,1,70656,8.625
RSLMD,λ<=log n,8192,1,88649,10.8214111328125
RSLMD,λ<=log n,8192,1,94707,11.5609130859375
RSLMD,λ<=log n,8192,1,67660,8.25927734375
RSLMD,λ<=log n,8192,1,79267,9.6761474609375
RSLMD,λ<=log n,8192,1,69481,8.4815673828125
RSLMD,λ<=log n,8192,1,69207,8.4481201171875
RSLMD,λ<=log n,8192,1,69110,8.436279296875
RSLMD,λ<=log n,8192,1,71388,8.71435546875
RSLMD,λ<=log n,8192,1,64037,7.8170166015625
RSLMD,λ<=log n,8192,1,75523,9.2191162109375
RSLMD,λ<=log n,8192,1,73650,8.990478515625
RSLMD,λ<=log n,8192,1,69232,8.451171875
RSLMD,λ<=log n,8192,1,68649,8.3800048828125
RSLMD,λ<=log n,8192,1,74766,9.126708984375
RSLMD,λ<=log n,8192,1,78956,9.63818359375
RSLMD,λ<=log n,8192,1,75108,9.16845703125
RSLMD,λ<=log n,8192,1,68779,8.3958740234375
RSLMD,λ<=log n,8192,1,82068,10.01806640625
RSLMD,λ<=log n,8192,1,69393,8.4708251953125
RSLMD,λ<=log n,8192,1,76369,9.3223876953125
RSLMD,λ<=log n,8192,1,71175,8.6883544921875
RSLMD,λ<=log n,8192,1,69277,8.4566650390625
RSLMD,λ<=log n,8192,1,72058,8.796142578125
RSLMD,λ<=log n,8192,1,75987,9.2757568359375
RSLMD,λ<=log n,8192,1,72590,8.861083984375
RSLMD,λ<=log n,8192,1,68370,8.345947265625
RSLMD,λ<=log n,8192,1,77138,9.416259765625
RSLMD,λ<=log n,8192,1,74254,9.064208984375
RSLMD,λ<=log n,8192,1,66932,8.17041015625
RSLMD,λ<=log n,8192,1,75592,9.2275390625
RSDID,λ<=log n,8192,1,103965,12.6910400390625
RSDID,λ<=log n,8192,1,79527,9.7078857421875
RSDID,λ<=log n,8192,1,86791,10.5946044921875
RSDID,λ<=log n,8192,1,86962,10.615478515625
RSDID,λ<=log n,8192,1,83213,10.1578369140625
RSDID,λ<=log n,8192,1,87315,10.6585693359375
RSDID,λ<=log n,8192,1,89390,10.911865234375
RSDID,λ<=log n,8192,1,76611,9.3519287109375
RSDID,λ<=log n,8192,1,89823,10.9647216796875
RSDID,λ<=log n,8192,1,83943,10.2469482421875
RSDID,λ<=log n,8192,1,86303,10.5350341796875
RSDID,λ<=log n,8192,1,96210,11.744384765625
RSDID,λ<=log n,8192,1,85015,10.3778076171875
RSDID,λ<=log n,8192,1,86099,10.5101318359375
RSDID,λ<=log n,8192,1,82219,10.0364990234375
RSDID,λ<=log n,8192,1,97140,11.85791015625
RSDID,λ<=log n,8192,1,82158,10.029052734375
RSDID,λ<=log n,8192,1,83563,10.2005615234375
RSDID,λ<=log n,8192,1,81676,9.97021484375
RSDID,λ<=log n,8192,1,87625,10.6964111328125
RSDID,λ<=log n,8192,1,84662,10.334716796875
RSDID,λ<=log n,8192,1,79045,9.6490478515625
RSDID,λ<=log n,8192,1,78985,9.6417236328125
RSDID,λ<=log n,8192,1,82249,10.0401611328125
RSDID,λ<=log n,8192,1,81741,9.9781494140625
RSDID,λ<=log n,8192,1,84681,10.3370361328125
RSDID,λ<=log n,8192,1,86250,10.528564453125
RSDID,λ<=log n,8192,1,84319,10.2928466796875
RSDID,λ<=log n,8192,1,95942,11.711669921875
RSDID,λ<=log n,8192,1,82818,10.109619140625
RSDID,λ<=log n,8192,1,77055,9.4061279296875
RSDID,λ<=log n,8192,1,91083,11.1185302734375
RSDID,λ<=log n,8192,1,85361,10.4200439453125
RSDID,λ<=log n,8192,1,82353,10.0528564453125
RSDID,λ<=log n,8192,1,79860,9.74853515625
RSDID,λ<=log n,8192,1,104087,12.7059326171875
RSDID,λ<=log n,8192,1,86156,10.51708984375
RSDID,λ<=log n,8192,1,74747,9.1243896484375
RSDID,λ<=log n,8192,1,91505,11.1700439453125
RSDID,λ<=log n,8192,1,88686,10.825927734375
RSDID,λ<=log n,8192,1,81308,9.92529296875
RSDID,λ<=log n,8192,1,75683,9.2386474609375
RSDID,λ<=log n,8192,1,79887,9.7518310546875
RSDID,λ<=log n,8192,1,74163,9.0531005859375
RSDID,λ<=log n,8192,1,83379,10.1781005859375
RSDID,λ<=log n,8192,1,74079,9.0428466796875
RSDID,λ<=log n,8192,1,84451,10.3089599609375
RSDID,λ<=log n,8192,1,83634,10.209228515625
RSDID,λ<=log n,8192,1,85306,10.413330078125
RSDID,λ<=log n,8192,1,80820,9.86572265625
RSDID,λ<=log n,8192,1,80417,9.8165283203125
RSDID,λ<=log n,8192,1,86833,10.5997314453125
RSDID,λ<=log n,8192,1,83909,10.2427978515625
RSDID,λ<=log n,8192,1,83373,10.1773681640625
RSDID,λ<=log n,8192,1,81472,9.9453125
RSDID,λ<=log n,8192,1,87840,10.72265625
RSDID,λ<=log n,8192,1,82438,10.063232421875
RSDID,λ<=log n,8192,1,84650,10.333251953125
RSDID,λ<=log n,8192,1,82234,10.038330078125
RSDID,λ<=log n,8192,1,80339,9.8070068359375
RSDID,λ<=log n,8192,1,80706,9.851806640625
RSDID,λ<=log n,8192,1,79180,9.66552734375
RSDID,λ<=log n,8192,1,98213,11.9888916015625
RSDID,λ<=log n,8192,1,88834,10.843994140625
RSDID,λ<=log n,8192,1,88438,10.795654296875
RSDID,λ<=log n,8192,1,84323,10.2933349609375
RSDID,λ<=log n,8192,1,84660,10.33447265625
RSDID,λ<=log n,8192,1,89098,10.876220703125
RSDID,λ<=log n,8192,1,78420,9.57275390625
RSDID,λ<=log n,8192,1,86709,10.5845947265625
RSDID,λ<=log n,8192,1,86048,10.50390625
RSDID,λ<=log n,8192,1,88197,10.7662353515625
RSDID,λ<=log n,8192,1,80023,9.7684326171875
RSDID,λ<=log n,8192,1,83692,10.21630859375
RSDID,λ<=log n,8192,1,78126,9.536865234375
RSDID,λ<=log n,8192,1,84002,10.254150390625
RSDID,λ<=log n,8192,1,76648,9.3564453125
RSDID,λ<=log n,8192,1,82509,10.0718994140625
RSDID,λ<=log n,8192,1,79725,9.7320556640625
RSDID,λ<=log n,8192,1,80402,9.814697265625
RSDID,λ<=log n,8192,1,82072,10.0185546875
RSDID,λ<=log n,8192,1,80058,9.772705078125
RSDID,λ<=log n,8192,1,79320,9.6826171875
RSDID,λ<=log n,8192,1,80707,9.8519287109375
RSDID,λ<=log n,8192,1,82013,10.0113525390625
RSDID,λ<=log n,8192,1,84773,10.3482666015625
RSDID,λ<=log n,8192,1,77000,9.3994140625
RSDID,λ<=log n,8192,1,77873,9.5059814453125
RSDID,λ<=log n,8192,1,88121,10.7569580078125
RSDID,λ<=log n,8192,1,80607,9.8397216796875
RSDID,λ<=log n,8192,1,87274,10.653564453125
RSDID,λ<=log n,8192,1,92258,11.261962890625
RSDID,λ<=log n,8192,1,78007,9.5223388671875
RSDID,λ<=log n,8192,1,81659,9.9681396484375
RSDID,λ<=log n,8192,1,91819,11.2083740234375
RSDID,λ<=log n,8192,1,81340,9.92919921875
RSDID,λ<=log n,8192,1,77065,9.4073486328125
RSDID,λ<=log n,8192,1,81272,9.9208984375
RSDID,λ<=log n,8192,1,81524,9.95166015625
RSDID,λ<=log n,8192,1,79057,9.6505126953125
RRDID,λ<=log n,8192,1,56647,6.9149169921875
RRDID,λ<=log n,8192,1,57604,7.03173828125
RRDID,λ<=log n,8192,1,59662,7.282958984375
RRDID,λ<=log n,8192,1,57508,7.02001953125
RRDID,λ<=log n,8192,1,60258,7.355712890625
RRDID,λ<=log n,8192,1,58196,7.10400390625
RRDID,λ<=log n,8192,1,61157,7.4654541015625
RRDID,λ<=log n,8192,1,63414,7.740966796875
RRDID,λ<=log n,8192,1,57960,7.0751953125
RRDID,λ<=log n,8192,1,57018,6.960205078125
RRDID,λ<=log n,8192,1,56060,6.84326171875
RRDID,λ<=log n,8192,1,65810,8.033447265625
RRDID,λ<=log n,8192,1,54645,6.6705322265625
RRDID,λ<=log n,8192,1,63341,7.7320556640625
RRDID,λ<=log n,8192,1,66915,8.1683349609375
RRDID,λ<=log n,8192,1,58649,7.1593017578125
RRDID,λ<=log n,8192,1,56406,6.885498046875
RRDID,λ<=log n,8192,1,58798,7.177490234375
RRDID,λ<=log n,8192,1,61057,7.4532470703125
RRDID,λ<=log n,8192,1,58063,7.0877685546875
RRDID,λ<=log n,8192,1,62251,7.5989990234375
RRDID,λ<=log n,8192,1,64692,7.89697265625
RRDID,λ<=log n,8192,1,63176,7.7119140625
RRDID,λ<=log n,8192,1,60607,7.3983154296875
RRDID,λ<=log n,8192,1,55603,6.7874755859375
RRDID,λ<=log n,8192,1,58568,7.1494140625
RRDID,λ<=log n,8192,1,61512,7.5087890625
RRDID,λ<=log n,8192,1,58514,7.142822265625
RRDID,λ<=log n,8192,1,57342,6.999755859375
RRDID,λ<=log n,8192,1,61203,7.4710693359375
RRDID,λ<=log n,8192,1,56254,6.866943359375
RRDID,λ<=log n,8192,1,57785,7.0538330078125
RRDID,λ<=log n,8192,1,62908,7.67919921875
RRDID,λ<=log n,8192,1,61033,7.4503173828125
RRDID,λ<=log n,8192,1,60975,7.4432373046875
RRDID,λ<=log n,8192,1,61462,7.502685546875
RRDID,λ<=log n,8192,1,66315,8.0950927734375
RRDID,λ<=log n,8192,1,56292,6.87158203125
RRDID,λ<=log n,8192,1,60211,7.3499755859375
RRDID,λ<=log n,8192,1,58612,7.15478515625
RRDID,λ<=log n,8192,1,55957,6.8306884765625
RRDID,λ<=log n,8192,1,62651,7.6478271484375
RRDID,λ<=log n,8192,1,58346,7.122314453125
RRDID,λ<=log n,8192,1,60851,7.4281005859375
RRDID,λ<=log n,8192,1,53997,6.5914306640625
RRDID,λ<=log n,8192,1,57084,6.96826171875
RRDID,λ<=log n,8192,1,59711,7.2889404296875
RRDID,λ<=log n,8192,1,57232,6.986328125
RRDID,λ<=log n,8192,1,58747,7.1712646484375
RRDID,λ<=log n,8192,1,60591,7.3963623046875
RRDID,λ<=log n,8192,1,61241,7.4757080078125
RRDID,λ<=log n,8192,1,60359,7.3680419921875
RRDID,λ<=log n,8192,1,61144,7.4638671875
RRDID,λ<=log n,8192,1,60634,7.401611328125
RRDID,λ<=log n,8192,1,60981,7.4439697265625
RRDID,λ<=log n,8192,1,66179,8.0784912109375
RRDID,λ<=log n,8192,1,59801,7.2999267578125
RRDID,λ<=log n,8192,1,61902,7.556396484375
RRDID,λ<=log n,8192,1,59492,7.26220703125
RRDID,λ<=log n,8192,1,56356,6.87939453125
RRDID,λ<=log n,8192,1,59719,7.2899169921875
RRDID,λ<=log n,8192,1,62521,7.6319580078125
RRDID,λ<=log n,8192,1,61607,7.5203857421875
RRDID,λ<=log n,8192,1,59255,7.2332763671875
RRDID,λ<=log n,8192,1,58810,7.178955078125
RRDID,λ<=log n,8192,1,62007,7.5692138671875
RRDID,λ<=log n,8192,1,54044,6.59716796875
RRDID,λ<=log n,8192,1,67076,8.18798828125
RRDID,λ<=log n,8192,1,53804,6.56787109375
RRDID,λ<=log n,8192,1,62098,7.580322265625
RRDID,λ<=log n,8192,1,60386,7.371337890625
RRDID,λ<=log n,8192,1,59265,7.2344970703125
RRDID,λ<=log n,8192,1,59358,7.245849609375
RRDID,λ<=log n,8192,1,57458,7.013916015625
RRDID,λ<=log n,8192,1,59736,7.2919921875
RRDID,λ<=log n,8192,1,58676,7.16259765625
RRDID,λ<=log n,8192,1,58457,7.1358642578125
RRDID,λ<=log n,8192,1,65345,7.9766845703125
RRDID,λ<=log n,8192,1,65299,7.9710693359375
RRDID,λ<=log n,8192,1,59371,7.2474365234375
RRDID,λ<=log n,8192,1,58311,7.1180419921875
RRDID,λ<=log n,8192,1,56498,6.896728515625
RRDID,λ<=log n,8192,1,55144,6.7314453125
RRDID,λ<=log n,8192,1,55304,6.7509765625
RRDID,λ<=log n,8192,1,56869,6.9420166015625
RRDID,λ<=log n,8192,1,57209,6.9835205078125
RRDID,λ<=log n,8192,1,58302,7.116943359375
RRDID,λ<=log n,8192,1,58293,7.1158447265625
RRDID,λ<=log n,8192,1,62459,7.6243896484375
RRDID,λ<=log n,8192,1,61910,7.557373046875
RRDID,λ<=log n,8192,1,60756,7.41650390625
RRDID,λ<=log n,8192,1,58997,7.2017822265625
RRDID,λ<=log n,8192,1,57541,7.0240478515625
RRDID,λ<=log n,8192,1,59342,7.243896484375
RRDID,λ<=log n,8192,1,62349,7.6109619140625
RRDID,λ<=log n,8192,1,59310,7.239990234375
RRDID,λ<=log n,8192,1,60795,7.4212646484375
RRDID,λ<=log n,8192,1,59105,7.2149658203125
RRDID,λ<=log n,8192,1,58307,7.1175537109375
RRDID,λ<=log n,8192,1,56402,6.885009765625
RHDID,λ<=log n,8192,1,56596,6.90869140625
RHDID,λ<=log n,8192,1,52665,6.4288330078125
RHDID,λ<=log n,8192,1,53716,6.55712890625
RHDID,λ<=log n,8192,1,56589,6.9078369140625
RHDID,λ<=log n,8192,1,55121,6.7286376953125
RHDID,λ<=log n,8192,1,61499,7.5072021484375
RHDID,λ<=log n,8192,1,58149,7.0982666015625
RHDID,λ<=log n,8192,1,55206,6.739013671875
RHDID,λ<=log n,8192,1,54679,6.6746826171875
RHDID,λ<=log n,8192,1,55769,6.8077392578125
RHDID,λ<=log n,8192,1,57639,7.0360107421875
RHDID,λ<=log n,8192,1,57119,6.9725341796875
RHDID,λ<=log n,8192,1,65200,7.958984375
RHDID,λ<=log n,8192,1,60785,7.4200439453125
RHDID,λ<=log n,8192,1,58483,7.1390380859375
RHDID,λ<=log n,8192,1,56708,6.92236328125
RHDID,λ<=log n,8192,1,57372,7.00341796875
RHDID,λ<=log n,8192,1,51988,6.34619140625
RHDID,λ<=log n,8192,1,60188,7.34716796875
RHDID,λ<=log n,8192,1,59354,7.245361328125
RHDID,λ<=log n,8192,1,53829,6.5709228515625
RHDID,λ<=log n,8192,1,58650,7.159423828125
RHDID,λ<=log n,8192,1,53244,6.49951171875
RHDID,λ<=log n,8192,1,60827,7.4251708984375
RHDID,λ<=log n,8192,1,58349,7.1226806640625
RHDID,λ<=log n,8192,1,64001,7.8126220703125
RHDID,λ<=log n,8192,1,53079,6.4793701171875
RHDID,λ<=log n,8192,1,55717,6.8013916015625
RHDID,λ<=log n,8192,1,57554,7.025634765625
RHDID,λ<=log n,8192,1,54692,6.67626953125
RHDID,λ<=log n,8192,1,56545,6.9024658203125
RHDID,λ<=log n,8192,1,56923,6.9486083984375
RHDID,λ<=log n,8192,1,54103,6.6043701171875
RHDID,λ<=log n,8192,1,58453,7.1353759765625
RHDID,λ<=log n,8192,1,57236,6.98681640625
RHDID,λ<=log n,8192,1,55697,6.7989501953125
RHDID,λ<=log n,8192,1,61490,7.506103515625
RHDID,λ<=log n,8192,1,52537,6.4132080078125
RHDID,λ<=log n,8192,1,52141,6.3648681640625
RHDID,λ<=log n,8192,1,54065,6.5997314453125
RHDID,λ<=log n,8192,1,59140,7.21923828125
RHDID,λ<=log n,8192,1,53700,6.55517578125
RHDID,λ<=log n,8192,1,59611,7.2767333984375
RHDID,λ<=log n,8192,1,56934,6.949951171875
RHDID,λ<=log n,8192,1,54941,6.7066650390625
RHDID,λ<=log n,8192,1,57056,6.96484375
RHDID,λ<=log n,8192,1,51369,6.2706298828125
RHDID,λ<=log n,8192,1,61883,7.5540771484375
RHDID,λ<=log n,8192,1,57076,6.96728515625
RHDID,λ<=log n,8192,1,59755,7.2943115234375
RHDID,λ<=log n,8192,1,54575,6.6619873046875
RHDID,λ<=log n,8192,1,54293,6.6275634765625
RHDID,λ<=log n,8192,1,61386,7.493408203125
RHDID,λ<=log n,8192,1,57064,6.9658203125
RHDID,λ<=log n,8192,1,52802,6.445556640625
RHDID,λ<=log n,8192,1,57582,7.029052734375
RHDID,λ<=log n,8192,1,54589,6.6636962890625
RHDID,λ<=log n,8192,1,53885,6.5777587890625
RHDID,λ<=log n,8192,1,61746,7.537353515625
RHDID,λ<=log n,8192,1,59373,7.2476806640625
RHDID,λ<=log n,8192,1,59861,7.3072509765625
RHDID,λ<=log n,8192,1,54201,6.6163330078125
RHDID,λ<=log n,8192,1,60496,7.384765625
RHDID,λ<=log n,8192,1,53515,6.5325927734375
RHDID,λ<=log n,8192,1,59689,7.2862548828125
RHDID,λ<=log n,8192,1,59280,7.236328125
RHDID,λ<=log n,8192,1,58094,7.091552734375
RHDID,λ<=log n,8192,1,55899,6.8236083984375
RHDID,λ<=log n,8192,1,61110,7.459716796875
RHDID,λ<=log n,8192,1,56282,6.870361328125
RHDID,λ<=log n,8192,1,58002,7.080322265625
RHDID,λ<=log n,8192,1,55042,6.718994140625
RHDID,λ<=log n,8192,1,56806,6.934326171875
RHDID,λ<=log n,8192,1,57676,7.04052734375
RHDID,λ<=log n,8192,1,53436,6.52294921875
RHDID,λ<=log n,8192,1,57490,7.017822265625
RHDID,λ<=log n,8192,1,58806,7.178466796875
RHDID,λ<=log n,8192,1,57479,7.0164794921875
RHDID,λ<=log n,8192,1,56821,6.9361572265625
RHDID,λ<=log n,8192,1,60422,7.375732421875
RHDID,λ<=log n,8192,1,59667,7.2835693359375
RHDID,λ<=log n,8192,1,60580,7.39501953125
RHDID,λ<=log n,8192,1,54997,6.7135009765625
RHDID,λ<=log n,8192,1,52892,6.45654296875
RHDID,λ<=log n,8192,1,60992,7.4453125
RHDID,λ<=log n,8192,1,54930,6.705322265625
RHDID,λ<=log n,8192,1,66633,8.1339111328125
RHDID,λ<=log n,8192,1,53510,6.531982421875
RHDID,λ<=log n,8192,1,51399,6.2742919921875
RHDID,λ<=log n,8192,1,61448,7.5009765625
RHDID,λ<=log n,8192,1,53137,6.4864501953125
RHDID,λ<=log n,8192,1,53050,6.475830078125
RHDID,λ<=log n,8192,1,61085,7.4566650390625
RHDID,λ<=log n,8192,1,57091,6.9691162109375
RHDID,λ<=log n,8192,1,57844,7.06103515625
RHDID,λ<=log n,8192,1,53773,6.5640869140625
RHDID,λ<=log n,8192,1,54114,6.605712890625
RHDID,λ<=log n,8192,1,53862,6.574951171875
RHDID,λ<=log n,8192,1,59096,7.2138671875
RHDID,λ<=log n,8192,1,63215,7.7166748046875
RHLID,λ<=log n,8192,1,60922,7.436767578125
RHLID,λ<=log n,8192,1,62610,7.642822265625
RHLID,λ<=log n,8192,1,56874,6.942626953125
RHLID,λ<=log n,8192,1,59834,7.303955078125
RHLID,λ<=log n,8192,1,54124,6.60693359375
RHLID,λ<=log n,8192,1,60489,7.3839111328125
RHLID,λ<=log n,8192,1,57255,6.9891357421875
RHLID,λ<=log n,8192,1,57557,7.0260009765625
RHLID,λ<=log n,8192,1,54681,6.6749267578125
RHLID,λ<=log n,8192,1,64052,7.81884765625
RHLID,λ<=log n,8192,1,58167,7.1004638671875
RHLID,λ<=log n,8192,1,58106,7.093017578125
RHLID,λ<=log n,8192,1,60642,7.402587890625
RHLID,λ<=log n,8192,1,58937,7.1944580078125
RHLID,λ<=log n,8192,1,58842,7.182861328125
RHLID,λ<=log n,8192,1,58668,7.16162109375
RHLID,λ<=log n,8192,1,55461,6.7701416015625
RHLID,λ<=log n,8192,1,55961,6.8311767578125
RHLID,λ<=log n,8192,1,55817,6.8135986328125
RHLID,λ<=log n,8192,1,61233,7.4747314453125
RHLID,λ<=log n,8192,1,57698,7.043212890625
RHLID,λ<=log n,8192,1,56776,6.9306640625
RHLID,λ<=log n,8192,1,63918,7.802490234375
RHLID,λ<=log n,8192,1,57090,6.968994140625
RHLID,λ<=log n,8192,1,57903,7.0682373046875
RHLID,λ<=log n,8192,1,62581,7.6392822265625
RHLID,λ<=log n,8192,1,56444,6.89013671875
RHLID,λ<=log n,8192,1,63040,7.6953125
RHLID,λ<=log n,8192,1,58786,7.176025390625
RHLID,λ<=log n,8192,1,58972,7.19873046875
RHLID,λ<=log n,8192,1,57768,7.0517578125
RHLID,λ<=log n,8192,1,57167,6.9783935546875
RHLID,λ<=log n,8192,1,54783,6.6873779296875
RHLID,λ<=log n,8192,1,56842,6.938720703125
RHLID,λ<=log n,8192,1,57776,7.052734375
RHLID,λ<=log n,8192,1,56733,6.9254150390625
RHLID,λ<=log n,8192,1,58576,7.150390625
RHLID,λ<=log n,8192,1,58433,7.1329345703125
RHLID,λ<=log n,8192,1,56902,6.946044921875
RHLID,λ<=log n,8192,1,59359,7.2459716796875
RHLID,λ<=log n,8192,1,59970,7.320556640625
RHLID,λ<=log n,8192,1,59339,7.2435302734375
RHLID,λ<=log n,8192,1,57695,7.0428466796875
RHLID,λ<=log n,8192,1,57198,6.982177734375
RHLID,λ<=log n,8192,1,65382,7.981201171875
RHLID,λ<=log n,8192,1,61701,7.5318603515625
RHLID,λ<=log n,8192,1,59735,7.2918701171875
RHLID,λ<=log n,8192,1,57073,6.9669189453125
RHLID,λ<=log n,8192,1,57684,7.04150390625
RHLID,λ<=log n,8192,1,54704,6.677734375
RHLID,λ<=log n,8192,1,61971,7.5648193359375
RHLID,λ<=log n,8192,1,57818,7.057861328125
RHLID,λ<=log n,8192,1,55785,6.8096923828125
RHLID,λ<=log n,8192,1,59460,7.25830078125
RHLID,λ<=log n,8192,1,56854,6.940185546875
RHLID,λ<=log n,8192,1,61933,7.5601806640625
RHLID,λ<=log n,8192,1,57399,7.0067138671875
RHLID,λ<=log n,8192,1,60357,7.3677978515625
RHLID,λ<=log n,8192,1,54421,6.6431884765625
RHLID,λ<=log n,8192,1,59252,7.23291015625
RHLID,λ<=log n,8192,1,60657,7.4044189453125
RHLID,λ<=log n,8192,1,58717,7.1676025390625
RHLID,λ<=log n,8192,1,56835,6.9378662109375
RHLID,λ<=log n,8192,1,62502,7.629638671875
RHLID,λ<=log n,8192,1,61322,7.485595703125
RHLID,λ<=log n,8192,1,58870,7.186279296875
RHLID,λ<=log n,8192,1,54835,6.6937255859375
RHLID,λ<=log n,8192,1,57392,7.005859375
RHLID,λ<=log n,8192,1,64760,7.9052734375
RHLID,λ<=log n,8192,1,57831,7.0594482421875
RHLID,λ<=log n,8192,1,55094,6.725341796875
RHLID,λ<=log n,8192,1,58393,7.1280517578125
RHLID,λ<=log n,8192,1,54243,6.6214599609375
RHLID,λ<=log n,8192,1,57095,6.9696044921875
RHLID,λ<=log n,8192,1,56505,6.8975830078125
RHLID,λ<=log n,8192,1,58025,7.0831298828125
RHLID,λ<=log n,8192,1,61147,7.4642333984375
RHLID,λ<=log n,8192,1,56863,6.9412841796875
RHLID,λ<=log n,8192,1,60888,7.4326171875
RHLID,λ<=log n,8192,1,64204,7.83740234375
RHLID,λ<=log n,8192,1,55155,6.7327880859375
RHLID,λ<=log n,8192,1,55417,6.7647705078125
RHLID,λ<=log n,8192,1,59782,7.297607421875
RHLID,λ<=log n,8192,1,60038,7.328857421875
RHLID,λ<=log n,8192,1,57789,7.0543212890625
RHLID,λ<=log n,8192,1,63868,7.79638671875
RHLID,λ<=log n,8192,1,57245,6.9879150390625
RHLID,λ<=log n,8192,1,59556,7.27001953125
RHLID,λ<=log n,8192,1,56443,6.8900146484375
RHLID,λ<=log n,8192,1,58867,7.1859130859375
RHLID,λ<=log n,8192,1,58132,7.09619140625
RHLID,λ<=log n,8192,1,60565,7.3931884765625
RHLID,λ<=log n,8192,1,55945,6.8292236328125
RHLID,λ<=log n,8192,1,55038,6.718505859375
RHLID,λ<=log n,8192,1,58683,7.1634521484375
RHLID,λ<=log n,8192,1,59008,7.203125
RHLID,λ<=log n,8192,1,58404,7.12939453125
RHLID,λ<=log n,8192,1,59996,7.32373046875
RHLID,λ<=log n,8192,1,60688,7.408203125
RHLID,λ<=log n,8192,1,63847,7.7938232421875
RRLID,λ<=log n,8192,1,58104,7.0927734375
RRLID,λ<=log n,8192,1,61982,7.566162109375
RRLID,λ<=log n,8192,1,59694,7.286865234375
RRLID,λ<=log n,8192,1,56740,6.92626953125
RRLID,λ<=log n,8192,1,62935,7.6824951171875
RRLID,λ<=log n,8192,1,56802,6.933837890625
RRLID,λ<=log n,8192,1,65602,8.008056640625
RRLID,λ<=log n,8192,1,62716,7.65576171875
RRLID,λ<=log n,8192,1,62002,7.568603515625
RRLID,λ<=log n,8192,1,58589,7.1519775390625
RRLID,λ<=log n,8192,1,58308,7.11767578125
RRLID,λ<=log n,8192,1,64664,7.8935546875
RRLID,λ<=log n,8192,1,57207,6.9832763671875
RRLID,λ<=log n,8192,1,59126,7.217529296875
RRLID,λ<=log n,8192,1,66172,8.07763671875
RRLID,λ<=log n,8192,1,61136,7.462890625
RRLID,λ<=log n,8192,1,59363,7.2464599609375
RRLID,λ<=log n,8192,1,59542,7.268310546875
RRLID,λ<=log n,8192,1,59933,7.3160400390625
RRLID,λ<=log n,8192,1,59506,7.263916015625
RRLID,λ<=log n,8192,1,61885,7.5543212890625
RRLID,λ<=log n,8192,1,59681,7.2852783203125
RRLID,λ<=log n,8192,1,67693,8.2633056640625
RRLID,λ<=log n,8192,1,59386,7.249267578125
RRLID,λ<=log n,8192,1,60128,7.33984375
RRLID,λ<=log n,8192,1,60366,7.368896484375
RRLID,λ<=log n,8192,1,60513,7.3868408203125
RRLID,λ<=log n,8192,1,58862,7.185302734375
RRLID,λ<=log n,8192,1,62138,7.585205078125
RRLID,λ<=log n,8192,1,60803,7.4222412109375
RRLID,λ<=log n,8192,1,61549,7.5133056640625
RRLID,λ<=log n,8192,1,60984,7.4443359375
RRLID,λ<=log n,8192,1,63373,7.7359619140625
RRLID,λ<=log n,8192,1,57435,7.0111083984375
RRLID,λ<=log n,8192,1,64630,7.889404296875
RRLID,λ<=log n,8192,1,61028,7.44970703125
RRLID,λ<=log n,8192,1,58534,7.145263671875
RRLID,λ<=log n,8192,1,61876,7.55322265625
RRLID,λ<=log n,8192,1,58727,7.1688232421875
RRLID,λ<=log n,8192,1,63605,7.7642822265625
RRLID,λ<=log n,8192,1,62781,7.6636962890625
RRLID,λ<=log n,8192,1,61963,7.5638427734375
RRLID,λ<=log n,8192,1,65410,7.984619140625
RRLID,λ<=log n,8192,1,60448,7.37890625
RRLID,λ<=log n,8192,1,60405,7.3736572265625
RRLID,λ<=log n,8192,1,64209,7.8380126953125
RRLID,λ<=log n,8192,1,60401,7.3731689453125
RRLID,λ<=log n,8192,1,62267,7.6009521484375
RRLID,λ<=log n,8192,1,56699,6.9212646484375
RRLID,λ<=log n,8192,1,59584,7.2734375
RRLID,λ<=log n,8192,1,60645,7.4029541015625
RRLID,λ<=log n,8192,1,58232,7.1083984375
RRLID,λ<=log n,8192,1,63658,7.770751953125
RRLID,λ<=log n,8192,1,61895,7.5555419921875
RRLID,λ<=log n,8192,1,57251,6.9886474609375
RRLID,λ<=log n,8192,1,56038,6.840576171875
RRLID,λ<=log n,8192,1,62732,7.65771484375
RRLID,λ<=log n,8192,1,63089,7.7012939453125
RRLID,λ<=log n,8192,1,59440,7.255859375
RRLID,λ<=log n,8192,1,62268,7.60107421875
RRLID,λ<=log n,8192,1,61279,7.4803466796875
RRLID,λ<=log n,8192,1,62226,7.595947265625
RRLID,λ<=log n,8192,1,60183,7.3465576171875
RRLID,λ<=log n,8192,1,60601,7.3975830078125
RRLID,λ<=log n,8192,1,58128,7.095703125
RRLID,λ<=log n,8192,1,60930,7.437744140625
RRLID,λ<=log n,8192,1,57874,7.064697265625
RRLID,λ<=log n,8192,1,59129,7.2178955078125
RRLID,λ<=log n,8192,1,61313,7.4844970703125
RRLID,λ<=log n,8192,1,59864,7.3076171875
RRLID,λ<=log n,8192,1,58845,7.1832275390625
RRLID,λ<=log n,8192,1,65314,7.972900390625
RRLID,λ<=log n,8192,1,64724,7.90087890625
RRLID,λ<=log n,8192,1,59655,7.2821044921875
RRLID,λ<=log n,8192,1,60686,7.407958984375
RRLID,λ<=log n,8192,1,64549,7.8795166015625
RRLID,λ<=log n,8192,1,68806,8.399169921875
RRLID,λ<=log n,8192,1,58782,7.175537109375
RRLID,λ<=log n,8192,1,60871,7.4305419921875
RRLID,λ<=log n,8192,1,68212,8.32666015625
RRLID,λ<=log n,8192,1,62209,7.5938720703125
RRLID,λ<=log n,8192,1,61131,7.4622802734375
RRLID,λ<=log n,8192,1,68016,8.302734375
RRLID,λ<=log n,8192,1,59012,7.20361328125
RRLID,λ<=log n,8192,1,60603,7.3978271484375
RRLID,λ<=log n,8192,1,62553,7.6358642578125
RRLID,λ<=log n,8192,1,60152,7.3427734375
RRLID,λ<=log n,8192,1,56888,6.9443359375
RRLID,λ<=log n,8192,1,60832,7.42578125
RRLID,λ<=log n,8192,1,61170,7.467041015625
RRLID,λ<=log n,8192,1,72023,8.7918701171875
RRLID,λ<=log n,8192,1,63002,7.690673828125
RRLID,λ<=log n,8192,1,59675,7.2845458984375
RRLID,λ<=log n,8192,1,59342,7.243896484375
RRLID,λ<=log n,8192,1,60351,7.3670654296875
RRLID,λ<=log n,8192,1,58681,7.1632080078125
RRLID,λ<=log n,8192,1,60578,7.394775390625
RRLID,λ<=log n,8192,1,59133,7.2183837890625
RRLID,λ<=log n,8192,1,72325,8.8287353515625
RSLID,λ<=log n,8192,1,79885,9.7515869140625
RSLID,λ<=log n,8192,1,86529,10.5626220703125
RSLID,λ<=log n,8192,1,81868,9.99365234375
RSLID,λ<=log n,8192,1,83020,10.13427734375
RSLID,λ<=log n,8192,1,82025,10.0128173828125
RSLID,λ<=log n,8192,1,82504,10.0712890625
RSLID,λ<=log n,8192,1,93776,11.447265625
RSLID,λ<=log n,8192,1,83846,10.235107421875
RSLID,λ<=log n,8192,1,88244,10.77197265625
RSLID,λ<=log n,8192,1,81720,9.9755859375
RSLID,λ<=log n,8192,1,105696,12.90234375
RSLID,λ<=log n,8192,1,89159,10.8836669921875
RSLID,λ<=log n,8192,1,81280,9.921875
RSLID,λ<=log n,8192,1,83483,10.1907958984375
RSLID,λ<=log n,8192,1,76652,9.35693359375
RSLID,λ<=log n,8192,1,78917,9.6334228515625
RSLID,λ<=log n,8192,1,100595,12.2796630859375
RSLID,λ<=log n,8192,1,83038,10.136474609375
RSLID,λ<=log n,8192,1,84374,10.299560546875
RSLID,λ<=log n,8192,1,86314,10.536376953125
RSLID,λ<=log n,8192,1,86614,10.572998046875
RSLID,λ<=log n,8192,1,91389,11.1558837890625
RSLID,λ<=log n,8192,1,92079,11.2401123046875
RSLID,λ<=log n,8192,1,86926,10.611083984375
RSLID,λ<=log n,8192,1,77837,9.5015869140625
RSLID,λ<=log n,8192,1,81612,9.96240234375
RSLID,λ<=log n,8192,1,90292,11.02197265625
RSLID,λ<=log n,8192,1,84211,10.2796630859375
RSLID,λ<=log n,8192,1,83399,10.1805419921875
RSLID,λ<=log n,8192,1,89062,10.871826171875
RSLID,λ<=log n,8192,1,87045,10.6256103515625
RSLID,λ<=log n,8192,1,85012,10.37744140625
RSLID,λ<=log n,8192,1,84797,10.3511962890625
RSLID,λ<=log n,8192,1,90985,11.1065673828125
RSLID,λ<=log n,8192,1,84984,10.3740234375
RSLID,λ<=log n,8192,1,85079,10.3856201171875
RSLID,λ<=log n,8192,1,87185,10.6427001953125
RSLID,λ<=log n,8192,1,91244,11.13818359375
RSLID,λ<=log n,8192,1,88127,10.7576904296875
RSLID,λ<=log n,8192,1,88082,10.752197265625
RSLID,λ<=log n,8192,1,91740,11.19873046875
RSLID,λ<=log n,8192,1,80156,9.78466796875
RSLID,λ<=log n,8192,1,79534,9.708740234375
RSLID,λ<=log n,8192,1,108336,13.224609375
RSLID,λ<=log n,8192,1,85981,10.4957275390625
RSLID,λ<=log n,8192,1,91197,11.1324462890625
RSLID,λ<=log n,8192,1,75733,9.2447509765625
RSLID,λ<=log n,8192,1,81247,9.9178466796875
RSLID,λ<=log n,8192,1,82494,10.070068359375
RSLID,λ<=log n,8192,1,79114,9.657470703125
RSLID,λ<=log n,8192,1,80164,9.78564453125
RSLID,λ<=log n,8192,1,78989,9.6422119140625
RSLID,λ<=log n,8192,1,78328,9.5615234375
RSLID,λ<=log n,8192,1,81198,9.911865234375
RSLID,λ<=log n,8192,1,103738,12.663330078125
RSLID,λ<=log n,8192,1,78095,9.5330810546875
RSLID,λ<=log n,8192,1,84985,10.3741455078125
RSLID,λ<=log n,8192,1,86345,10.5401611328125
RSLID,λ<=log n,8192,1,91334,11.149169921875
RSLID,λ<=log n,8192,1,83433,10.1846923828125
RSLID,λ<=log n,8192,1,83290,10.167236328125
RSLID,λ<=log n,8192,1,85751,10.4676513671875
RSLID,λ<=log n,8192,1,75893,9.2642822265625
RSLID,λ<=log n,8192,1,75758,9.247802734375
RSLID,λ<=log n,8192,1,79253,9.6744384765625
RSLID,λ<=log n,8192,1,88621,10.8179931640625
RSLID,λ<=log n,8192,1,79103,9.6561279296875
RSLID,λ<=log n,8192,1,87829,10.7213134765625
RSLID,λ<=log n,8192,1,83445,10.1861572265625
RSLID,λ<=log n,8192,1,88380,10.78857421875
RSLID,λ<=log n,8192,1,91234,11.136962890625
RSLID,λ<=log n,8192,1,84478,10.312255859375
RSLID,λ<=log n,8192,1,92863,11.3358154296875
RSLID,λ<=log n,8192,1,86305,10.5352783203125
RSLID,λ<=log n,8192,1,82277,10.0435791015625
RSLID,λ<=log n,8192,1,104521,12.7589111328125
RSLID,λ<=log n,8192,1,80189,9.7886962890625
RSLID,λ<=log n,8192,1,87051,10.6263427734375
RSLID,λ<=log n,8192,1,82515,10.0726318359375
RSLID,λ<=log n,8192,1,79049,9.6495361328125
RSLID,λ<=log n,8192,1,88837,10.8443603515625
RSLID,λ<=log n,8192,1,89563,10.9329833984375
RSLID,λ<=log n,8192,1,81816,9.9873046875
RSLID,λ<=log n,8192,1,83197,10.1558837890625
RSLID,λ<=log n,8192,1,82990,10.130615234375
RSLID,λ<=log n,8192,1,78295,9.5574951171875
RSLID,λ<=log n,8192,1,80162,9.785400390625
RSLID,λ<=log n,8192,1,79290,9.678955078125
RSLID,λ<=log n,8192,1,81767,9.9813232421875
RSLID,λ<=log n,8192,1,116180,14.18212890625
RSLID,λ<=log n,8192,1,77270,9.432373046875
RSLID,λ<=log n,8192,1,79313,9.6817626953125
RSLID,λ<=log n,8192,1,88195,10.7659912109375
RSLID,λ<=log n,8192,1,85149,10.3941650390625
RSLID,λ<=log n,8192,1,83760,10.224609375
RSLID,λ<=log n,8192,1,94974,11.593505859375
RSLID,λ<=log n,8192,1,91251,11.1390380859375
RSLID,λ<=log n,8192,1,83741,10.2222900390625
RSLID,λ<=log n,8192,1,92455,11.2860107421875
RSLID,λ<=log n,8192,1,77654,9.479248046875
RSDCU,λ<=log n,8192,1,63848,7.7939453125
RSDCU,λ<=log n,8192,1,99422,12.136474609375
RSDCU,λ<=log n,8192,1,69118,8.437255859375
RSDCU,λ<=log n,8192,1,62588,7.64013671875
RSDCU,λ<=log n,8192,1,80863,9.8709716796875
RSDCU,λ<=log n,8192,1,84983,10.3739013671875
RSDCU,λ<=log n,8192,1,67056,8.185546875
RSDCU,λ<=log n,8192,1,67198,8.202880859375
RSDCU,λ<=log n,8192,1,76380,9.32373046875
RSDCU,λ<=log n,8192,1,74220,9.06005859375
RSDCU,λ<=log n,8192,1,72682,8.872314453125
RSDCU,λ<=log n,8192,1,76765,9.3707275390625
RSDCU,λ<=log n,8192,1,63525,7.7545166015625
RSDCU,λ<=log n,8192,1,69858,8.527587890625
RSDCU,λ<=log n,8192,1,69148,8.44091796875
RSDCU,λ<=log n,8192,1,73115,8.9251708984375
RSDCU,λ<=log n,8192,1,63313,7.7286376953125
RSDCU,λ<=log n,8192,1,70176,8.56640625
RSDCU,λ<=log n,8192,1,77552,9.466796875
RSDCU,λ<=log n,8192,1,85071,10.3846435546875
RSDCU,λ<=log n,8192,1,71873,8.7735595703125
RSDCU,λ<=log n,8192,1,73350,8.953857421875
RSDCU,λ<=log n,8192,1,74822,9.133544921875
RSDCU,λ<=log n,8192,1,96105,11.7315673828125
RSDCU,λ<=log n,8192,1,84921,10.3663330078125
RSDCU,λ<=log n,8192,1,69527,8.4871826171875
RSDCU,λ<=log n,8192,1,73423,8.9627685546875
RSDCU,λ<=log n,8192,1,72983,8.9090576171875
RSDCU,λ<=log n,8192,1,65752,8.0263671875
RSDCU,λ<=log n,8192,1,77132,9.41552734375
RSDCU,λ<=log n,8192,1,74453,9.0885009765625
RSDCU,λ<=log n,8192,1,73856,9.015625
RSDCU,λ<=log n,8192,1,86282,10.532470703125
RSDCU,λ<=log n,8192,1,79187,9.6663818359375
RSDCU,λ<=log n,8192,1,73519,8.9744873046875
RSDCU,λ<=log n,8192,1,77891,9.5081787109375
RSDCU,λ<=log n,8192,1,72818,8.888916015625
RSDCU,λ<=log n,8192,1,93263,11.3846435546875
RSDCU,λ<=log n,8192,1,73817,9.0108642578125
RSDCU,λ<=log n,8192,1,69222,8.449951171875
RSDCU,λ<=log n,8192,1,67767,8.2723388671875
RSDCU,λ<=log n,8192,1,79437,9.6968994140625
RSDCU,λ<=log n,8192,1,92901,11.3404541015625
RSDCU,λ<=log n,8192,1,90741,11.0767822265625
RSDCU,λ<=log n,8192,1,65677,8.0172119140625
RSDCU,λ<=log n,8192,1,78111,9.5350341796875
RSDCU,λ<=log n,8192,1,69909,8.5338134765625
RSDCU,λ<=log n,8192,1,90079,10.9959716796875
RSDCU,λ<=log n,8192,1,77155,9.4183349609375
RSDCU,λ<=log n,8192,1,67680,8.26171875
RSDCU,λ<=log n,8192,1,81588,9.95947265625
RSDCU,λ<=log n,8192,1,63658,7.770751953125
RSDCU,λ<=log n,8192,1,73122,8.926025390625
RSDCU,λ<=log n,8192,1,78619,9.5970458984375
RSDCU,λ<=log n,8192,1,73572,8.98095703125
RSDCU,λ<=log n,8192,1,91136,11.125
RSDCU,λ<=log n,8192,1,73124,8.92626953125
RSDCU,λ<=log n,8192,1,65759,8.0272216796875
RSDCU,λ<=log n,8192,1,81587,9.9593505859375
RSDCU,λ<=log n,8192,1,81210,9.913330078125
RSDCU,λ<=log n,8192,1,79842,9.746337890625
RSDCU,λ<=log n,8192,1,75542,9.221435546875
RSDCU,λ<=log n,8192,1,60989,7.4449462890625
RSDCU,λ<=log n,8192,1,67808,8.27734375
RSDCU,λ<=log n,8192,1,78241,9.5509033203125
RSDCU,λ<=log n,8192,1,72560,8.857421875
RSDCU,λ<=log n,8192,1,59527,7.2664794921875
RSDCU,λ<=log n,8192,1,65314,7.972900390625
RSDCU,λ<=log n,8192,1,59962,7.319580078125
RSDCU,λ<=log n,8192,1,73503,8.9725341796875
RSDCU,λ<=log n,8192,1,71639,8.7449951171875
RSDCU,λ<=log n,8192,1,67764,8.27197265625
RSDCU,λ<=log n,8192,1,71421,8.7183837890625
RSDCU,λ<=log n,8192,1,82924,10.12255859375
RSDCU,λ<=log n,8192,1,67057,8.1856689453125
RSDCU,λ<=log n,8192,1,75725,9.2437744140625
RSDCU,λ<=log n,8192,1,91949,11.2242431640625
RSDCU,λ<=log n,8192,1,70354,8.588134765625
RSDCU,λ<=log n,8192,1,67391,8.2264404296875
RSDCU,λ<=log n,8192,1,69098,8.434814453125
RSDCU,λ<=log n,8192,1,75645,9.2340087890625
RSDCU,λ<=log n,8192,1,60467,7.3812255859375
RSDCU,λ<=log n,8192,1,79867,9.7493896484375
RSDCU,λ<=log n,8192,1,63676,7.77294921875
RSDCU,λ<=log n,8192,1,106548,13.00634765625
RSDCU,λ<=log n,8192,1,66698,8.141845703125
RSDCU,λ<=log n,8192,1,68156,8.31982421875
RSDCU,λ<=log n,8192,1,74406,9.082763671875
RSDCU,λ<=log n,8192,1,64241,7.8419189453125
RSDCU,λ<=log n,8192,1,87711,10.7069091796875
RSDCU,λ<=log n,8192,1,95707,11.6829833984375
RSDCU,λ<=log n,8192,1,68723,8.3890380859375
RSDCU,λ<=log n,8192,1,88917,10.8541259765625
RSDCU,λ<=log n,8192,1,66241,8.0860595703125
RSDCU,λ<=log n,8192,1,70230,8.572998046875
RSDCU,λ<=log n,8192,1,90075,10.9954833984375
RSDCU,λ<=log n,8192,1,83392,10.1796875
RSDCU,λ<=log n,8192,1,83194,10.155517578125
RSDCU,λ<=log n,8192,1,90798,11.083740234375
RSDCU,λ<=log n,8192,1,75829,9.2564697265625
RRDCU,λ<=log n,8192,1,48612,5.93408203125
RRDCU,λ<=log n,8192,1,49938,6.095947265625
RRDCU,λ<=log n,8192,1,48911,5.9705810546875
RRDCU,λ<=log n,8192,1,44912,5.482421875
RRDCU,λ<=log n,8192,1,45468,5.55029296875
RRDCU,λ<=log n,8192,1,48432,5.912109375
RRDCU,λ<=log n,8192,1,56610,6.910400390625
RRDCU,λ<=log n,8192,1,43589,5.3209228515625
RRDCU,λ<=log n,8192,1,43428,5.30126953125
RRDCU,λ<=log n,8192,1,47720,5.8251953125
RRDCU,λ<=log n,8192,1,46527,5.6795654296875
RRDCU,λ<=log n,8192,1,46703,5.7010498046875
RRDCU,λ<=log n,8192,1,55854,6.818115234375
RRDCU,λ<=log n,8192,1,45859,5.5980224609375
RRDCU,λ<=log n,8192,1,45430,5.545654296875
RRDCU,λ<=log n,8192,1,49376,6.02734375
RRDCU,λ<=log n,8192,1,44358,5.414794921875
RRDCU,λ<=log n,8192,1,48266,5.891845703125
RRDCU,λ<=log n,8192,1,47286,5.772216796875
RRDCU,λ<=log n,8192,1,48249,5.8897705078125
RRDCU,λ<=log n,8192,1,46546,5.681884765625
RRDCU,λ<=log n,8192,1,48746,5.950439453125
RRDCU,λ<=log n,8192,1,51027,6.2288818359375
RRDCU,λ<=log n,8192,1,48131,5.8753662109375
RRDCU,λ<=log n,8192,1,45361,5.5372314453125
RRDCU,λ<=log n,8192,1,46486,5.674560546875
RRDCU,λ<=log n,8192,1,47342,5.779052734375
RRDCU,λ<=log n,8192,1,48030,5.863037109375
RRDCU,λ<=log n,8192,1,46441,5.6690673828125
RRDCU,λ<=log n,8192,1,45668,5.57470703125
RRDCU,λ<=log n,8192,1,45688,5.5771484375
RRDCU,λ<=log n,8192,1,53009,6.4708251953125
RRDCU,λ<=log n,8192,1,55724,6.80224609375
RRDCU,λ<=log n,8192,1,46712,5.7021484375
RRDCU,λ<=log n,8192,1,49722,6.069580078125
RRDCU,λ<=log n,8192,1,43860,5.35400390625
RRDCU,λ<=log n,8192,1,49149,5.9996337890625
RRDCU,λ<=log n,8192,1,50743,6.1942138671875
RRDCU,λ<=log n,8192,1,52236,6.37646484375
RRDCU,λ<=log n,8192,1,53041,6.4747314453125
RRDCU,λ<=log n,8192,1,47137,5.7540283203125
RRDCU,λ<=log n,8192,1,45515,5.5560302734375
RRDCU,λ<=log n,8192,1,50211,6.1292724609375
RRDCU,λ<=log n,8192,1,48307,5.8968505859375
RRDCU,λ<=log n,8192,1,53667,6.5511474609375
RRDCU,λ<=log n,8192,1,45213,5.5191650390625
RRDCU,λ<=log n,8192,1,46073,5.6241455078125
RRDCU,λ<=log n,8192,1,48143,5.8768310546875
RRDCU,λ<=log n,8192,1,44773,5.4654541015625
RRDCU,λ<=log n,8192,1,46242,5.644775390625
RRDCU,λ<=log n,8192,1,47123,5.7523193359375
RRDCU,λ<=log n,8192,1,46967,5.7332763671875
RRDCU,λ<=log n,8192,1,49795,6.0784912109375
RRDCU,λ<=log n,8192,1,48313,5.8975830078125
RRDCU,λ<=log n,8192,1,49461,6.0377197265625
RRDCU,λ<=log n,8192,1,43983,5.3690185546875
RRDCU,λ<=log n,8192,1,46213,5.6412353515625
RRDCU,λ<=log n,8192,1,48379,5.9056396484375
RRDCU,λ<=log n,8192,1,51775,6.3201904296875
RRDCU,λ<=log n,8192,1,47983,5.8572998046875
RRDCU,λ<=log n,8192,1,45737,5.5831298828125
RRDCU,λ<=log n,8192,1,49936,6.095703125
RRDCU,λ<=log n,8192,1,45922,5.605712890625
RRDCU,λ<=log n,8192,1,46512,5.677734375
RRDCU,λ<=log n,8192,1,47713,5.8243408203125
RRDCU,λ<=log n,8192,1,47508,5.79931640625
RRDCU,λ<=log n,8192,1,45597,5.5660400390625
RRDCU,λ<=log n,8192,1,47881,5.8448486328125
RRDCU,λ<=log n,8192,1,46175,5.6365966796875
RRDCU,λ<=log n,8192,1,51915,6.3372802734375
RRDCU,λ<=log n,8192,1,47566,5.806396484375
RRDCU,λ<=log n,8192,1,47171,5.7581787109375
RRDCU,λ<=log n,8192,1,49969,6.0997314453125
RRDCU,λ<=log n,8192,1,47424,5.7890625
RRDCU,λ<=log n,8192,1,49840,6.083984375
RRDCU,λ<=log n,8192,1,47463,5.7938232421875
RRDCU,λ<=log n,8192,1,52973,6.4664306640625
RRDCU,λ<=log n,8192,1,48516,5.92236328125
RRDCU,λ<=log n,8192,1,47802,5.835205078125
RRDCU,λ<=log n,8192,1,50128,6.119140625
RRDCU,λ<=log n,8192,1,51625,6.3018798828125
RRDCU,λ<=log n,8192,1,54090,6.602783203125
RRDCU,λ<=log n,8192,1,44922,5.483642578125
RRDCU,λ<=log n,8192,1,46230,5.643310546875
RRDCU,λ<=log n,8192,1,54493,6.6519775390625
RRDCU,λ<=log n,8192,1,47436,5.79052734375
RRDCU,λ<=log n,8192,1,50046,6.109130859375
RRDCU,λ<=log n,8192,1,45335,5.5340576171875
RRDCU,λ<=log n,8192,1,46035,5.6195068359375
RRDCU,λ<=log n,8192,1,47956,5.85400390625
RRDCU,λ<=log n,8192,1,51158,6.244873046875
RRDCU,λ<=log n,8192,1,48860,5.96435546875
RRDCU,λ<=log n,8192,1,45260,5.52490234375
RRDCU,λ<=log n,8192,1,48974,5.978271484375
RRDCU,λ<=log n,8192,1,47168,5.7578125
RRDCU,λ<=log n,8192,1,45966,5.611083984375
RRDCU,λ<=log n,8192,1,51052,6.23193359375
RRDCU,λ<=log n,8192,1,49341,6.0230712890625
RRDCU,λ<=log n,8192,1,47650,5.816650390625
RRDCU,λ<=log n,8192,1,48273,5.8927001953125
RHDCU,λ<=log n,8192,1,45494,5.553466796875
RHDCU,λ<=log n,8192,1,48450,5.914306640625
RHDCU,λ<=log n,8192,1,44725,5.4595947265625
RHDCU,λ<=log n,8192,1,45453,5.5484619140625
RHDCU,λ<=log n,8192,1,49700,6.06689453125
RHDCU,λ<=log n,8192,1,46161,5.6348876953125
RHDCU,λ<=log n,8192,1,45084,5.50341796875
RHDCU,λ<=log n,8192,1,45307,5.5306396484375
RHDCU,λ<=log n,8192,1,45876,5.60009765625
RHDCU,λ<=log n,8192,1,47839,5.8397216796875
RHDCU,λ<=log n,8192,1,44806,5.469482421875
RHDCU,λ<=log n,8192,1,44272,5.404296875
RHDCU,λ<=log n,8192,1,45278,5.527099609375
RHDCU,λ<=log n,8192,1,50227,6.1312255859375
RHDCU,λ<=log n,8192,1,47104,5.75
RHDCU,λ<=log n,8192,1,47860,5.84228515625
RHDCU,λ<=log n,8192,1,51865,6.3311767578125
RHDCU,λ<=log n,8192,1,46486,5.674560546875
RHDCU,λ<=log n,8192,1,44441,5.4249267578125
RHDCU,λ<=log n,8192,1,46869,5.7213134765625
RHDCU,λ<=log n,8192,1,48520,5.9228515625
RHDCU,λ<=log n,8192,1,46275,5.6488037109375
RHDCU,λ<=log n,8192,1,49382,6.028076171875
RHDCU,λ<=log n,8192,1,45863,5.5985107421875
RHDCU,λ<=log n,8192,1,45131,5.5091552734375
RHDCU,λ<=log n,8192,1,46146,5.633056640625
RHDCU,λ<=log n,8192,1,47874,5.843994140625
RHDCU,λ<=log n,8192,1,46935,5.7293701171875
RHDCU,λ<=log n,8192,1,47222,5.764404296875
RHDCU,λ<=log n,8192,1,47389,5.7847900390625
RHDCU,λ<=log n,8192,1,48825,5.9600830078125
RHDCU,λ<=log n,8192,1,47266,5.769775390625
RHDCU,λ<=log n,8192,1,46932,5.72900390625
RHDCU,λ<=log n,8192,1,44775,5.4656982421875
RHDCU,λ<=log n,8192,1,52732,6.43701171875
RHDCU,λ<=log n,8192,1,46864,5.720703125
RHDCU,λ<=log n,8192,1,45149,5.5113525390625
RHDCU,λ<=log n,8192,1,44625,5.4473876953125
RHDCU,λ<=log n,8192,1,47178,5.759033203125
RHDCU,λ<=log n,8192,1,50573,6.1734619140625
RHDCU,λ<=log n,8192,1,47598,5.810302734375
RHDCU,λ<=log n,8192,1,44969,5.4893798828125
RHDCU,λ<=log n,8192,1,43228,5.27685546875
RHDCU,λ<=log n,8192,1,49267,6.0140380859375
RHDCU,λ<=log n,8192,1,44065,5.3790283203125
RHDCU,λ<=log n,8192,1,48534,5.924560546875
RHDCU,λ<=log n,8192,1,46921,5.7276611328125
RHDCU,λ<=log n,8192,1,46666,5.696533203125
RHDCU,λ<=log n,8192,1,44653,5.4508056640625
RHDCU,λ<=log n,8192,1,50206,6.128662109375
RHDCU,λ<=log n,8192,1,46172,5.63623046875
RHDCU,λ<=log n,8192,1,44817,5.4708251953125
RHDCU,λ<=log n,8192,1,55646,6.792724609375
RHDCU,λ<=log n,8192,1,50456,6.1591796875
RHDCU,λ<=log n,8192,1,47338,5.778564453125
RHDCU,λ<=log n,8192,1,46973,5.7340087890625
RHDCU,λ<=log n,8192,1,47753,5.8292236328125
RHDCU,λ<=log n,8192,1,52650,6.427001953125
RHDCU,λ<=log n,8192,1,46101,5.6275634765625
RHDCU,λ<=log n,8192,1,43332,5.28955078125
RHDCU,λ<=log n,8192,1,54677,6.6744384765625
RHDCU,λ<=log n,8192,1,47422,5.788818359375
RHDCU,λ<=log n,8192,1,53519,6.5330810546875
RHDCU,λ<=log n,8192,1,50057,6.1104736328125
RHDCU,λ<=log n,8192,1,44072,5.3798828125
RHDCU,λ<=log n,8192,1,48540,5.92529296875
RHDCU,λ<=log n,8192,1,50479,6.1619873046875
RHDCU,λ<=log n,8192,1,44621,5.4468994140625
RHDCU,λ<=log n,8192,1,44443,5.4251708984375
RHDCU,λ<=log n,8192,1,46246,5.645263671875
RHDCU,λ<=log n,8192,1,48842,5.962158203125
RHDCU,λ<=log n,8192,1,48797,5.9566650390625
RHDCU,λ<=log n,8192,1,45314,5.531494140625
RHDCU,λ<=log n,8192,1,50907,6.2142333984375
RHDCU,λ<=log n,8192,1,50964,6.22119140625
RHDCU,λ<=log n,8192,1,45961,5.6104736328125
RHDCU,λ<=log n,8192,1,46171,5.6361083984375
RHDCU,λ<=log n,8192,1,47968,5.85546875
RHDCU,λ<=log n,8192,1,45480,5.5517578125
RHDCU,λ<=log n,8192,1,47556,5.80517578125
RHDCU,λ<=log n,8192,1,49387,6.0286865234375
RHDCU,λ<=log n,8192,1,47417,5.7882080078125
RHDCU,λ<=log n,8192,1,46601,5.6885986328125
RHDCU,λ<=log n,8192,1,45804,5.59130859375
RHDCU,λ<=log n,8192,1,47474,5.795166015625
RHDCU,λ<=log n,8192,1,48262,5.891357421875
RHDCU,λ<=log n,8192,1,48837,5.9615478515625
RHDCU,λ<=log n,8192,1,47128,5.7529296875
RHDCU,λ<=log n,8192,1,44700,5.45654296875
RHDCU,λ<=log n,8192,1,48979,5.9788818359375
RHDCU,λ<=log n,8192,1,49585,6.0528564453125
RHDCU,λ<=log n,8192,1,50000,6.103515625
RHDCU,λ<=log n,8192,1,52750,6.439208984375
RHDCU,λ<=log n,8192,1,52843,6.4505615234375
RHDCU,λ<=log n,8192,1,44149,5.3892822265625
RHDCU,λ<=log n,8192,1,47396,5.78564453125
RHDCU,λ<=log n,8192,1,49712,6.068359375
RHDCU,λ<=log n,8192,1,46488,5.6748046875
RHDCU,λ<=log n,8192,1,52801,6.4454345703125
RHDCU,λ<=log n,8192,1,49112,5.9951171875
RHLCU,λ<=log n,8192,1,50069,6.1119384765625
RHLCU,λ<=log n,8192,1,46170,5.635986328125
RHLCU,λ<=log n,8192,1,55484,6.77294921875
RHLCU,λ<=log n,8192,1,49011,5.9827880859375
RHLCU,λ<=log n,8192,1,44977,5.4903564453125
RHLCU,λ<=log n,8192,1,46839,5.7176513671875
RHLCU,λ<=log n,8192,1,48280,5.8935546875
RHLCU,λ<=log n,8192,1,44474,5.428955078125
RHLCU,λ<=log n,8192,1,48108,5.87255859375
RHLCU,λ<=log n,8192,1,45976,5.6123046875
RHLCU,λ<=log n,8192,1,49371,6.0267333984375
RHLCU,λ<=log n,8192,1,46168,5.6357421875
RHLCU,λ<=log n,8192,1,47084,5.74755859375
RHLCU,λ<=log n,8192,1,49321,6.0206298828125
RHLCU,λ<=log n,8192,1,45111,5.5067138671875
RHLCU,λ<=log n,8192,1,47112,5.7509765625
RHLCU,λ<=log n,8192,1,49868,6.08740234375
RHLCU,λ<=log n,8192,1,49458,6.037353515625
RHLCU,λ<=log n,8192,1,46759,5.7078857421875
RHLCU,λ<=log n,8192,1,47142,5.754638671875
RHLCU,λ<=log n,8192,1,49731,6.0706787109375
RHLCU,λ<=log n,8192,1,50912,6.21484375
RHLCU,λ<=log n,8192,1,51266,6.258056640625
RHLCU,λ<=log n,8192,1,49039,5.9862060546875
RHLCU,λ<=log n,8192,1,48487,5.9188232421875
RHLCU,λ<=log n,8192,1,60342,7.365966796875
RHLCU,λ<=log n,8192,1,46754,5.707275390625
RHLCU,λ<=log n,8192,1,47631,5.8143310546875
RHLCU,λ<=log n,8192,1,47749,5.8287353515625
RHLCU,λ<=log n,8192,1,44878,5.478271484375
RHLCU,λ<=log n,8192,1,49364,6.02587890625
RHLCU,λ<=log n,8192,1,47776,5.83203125
RHLCU,λ<=log n,8192,1,46423,5.6668701171875
RHLCU,λ<=log n,8192,1,49699,6.0667724609375
RHLCU,λ<=log n,8192,1,52294,6.383544921875
RHLCU,λ<=log n,8192,1,46947,5.7308349609375
RHLCU,λ<=log n,8192,1,49255,6.0125732421875
RHLCU,λ<=log n,8192,1,53698,6.554931640625
RHLCU,λ<=log n,8192,1,51156,6.24462890625
RHLCU,λ<=log n,8192,1,45510,5.555419921875
RHLCU,λ<=log n,8192,1,46242,5.644775390625
RHLCU,λ<=log n,8192,1,50632,6.1806640625
RHLCU,λ<=log n,8192,1,53287,6.5047607421875
RHLCU,λ<=log n,8192,1,48911,5.9705810546875
RHLCU,λ<=log n,8192,1,48369,5.9044189453125
RHLCU,λ<=log n,8192,1,44847,5.4744873046875
RHLCU,λ<=log n,8192,1,46715,5.7025146484375
RHLCU,λ<=log n,8192,1,54176,6.61328125
RHLCU,λ<=log n,8192,1,50396,6.15185546875
RHLCU,λ<=log n,8192,1,53170,6.490478515625
RHLCU,λ<=log n,8192,1,48540,5.92529296875
RHLCU,λ<=log n,8192,1,49023,5.9842529296875
RHLCU,λ<=log n,8192,1,44955,5.4876708984375
RHLCU,λ<=log n,8192,1,50634,6.180908203125
RHLCU,λ<=log n,8192,1,47191,5.7606201171875
RHLCU,λ<=log n,8192,1,45971,5.6116943359375
RHLCU,λ<=log n,8192,1,46071,5.6239013671875
RHLCU,λ<=log n,8192,1,50224,6.130859375
RHLCU,λ<=log n,8192,1,50188,6.12646484375
RHLCU,λ<=log n,8192,1,46379,5.6614990234375
RHLCU,λ<=log n,8192,1,48355,5.9027099609375
RHLCU,λ<=log n,8192,1,48039,5.8641357421875
RHLCU,λ<=log n,8192,1,53038,6.474365234375
RHLCU,λ<=log n,8192,1,45353,5.5362548828125
RHLCU,λ<=log n,8192,1,47612,5.81201171875
RHLCU,λ<=log n,8192,1,52534,6.412841796875
RHLCU,λ<=log n,8192,1,47924,5.85009765625
RHLCU,λ<=log n,8192,1,49589,6.0533447265625
RHLCU,λ<=log n,8192,1,51352,6.2685546875
RHLCU,λ<=log n,8192,1,49766,6.074951171875
RHLCU,λ<=log n,8192,1,43424,5.30078125
RHLCU,λ<=log n,8192,1,51010,6.226806640625
RHLCU,λ<=log n,8192,1,49368,6.0263671875
RHLCU,λ<=log n,8192,1,51602,6.299072265625
RHLCU,λ<=log n,8192,1,52026,6.350830078125
RHLCU,λ<=log n,8192,1,46346,5.657470703125
RHLCU,λ<=log n,8192,1,49441,6.0352783203125
RHLCU,λ<=log n,8192,1,49114,5.995361328125
RHLCU,λ<=log n,8192,1,48473,5.9171142578125
RHLCU,λ<=log n,8192,1,54481,6.6505126953125
RHLCU,λ<=log n,8192,1,50123,6.1185302734375
RHLCU,λ<=log n,8192,1,49144,5.9990234375
RHLCU,λ<=log n,8192,1,46006,5.615966796875
RHLCU,λ<=log n,8192,1,49215,6.0076904296875
RHLCU,λ<=log n,8192,1,50715,6.1907958984375
RHLCU,λ<=log n,8192,1,49499,6.0423583984375
RHLCU,λ<=log n,8192,1,48986,5.979736328125
RHLCU,λ<=log n,8192,1,49018,5.983642578125
RHLCU,λ<=log n,8192,1,47572,5.80712890625
RHLCU,λ<=log n,8192,1,44993,5.4923095703125
RHLCU,λ<=log n,8192,1,47168,5.7578125
RHLCU,λ<=log n,8192,1,46248,5.6455078125
RHLCU,λ<=log n,8192,1,53240,6.4990234375
RHLCU,λ<=log n,8192,1,48038,5.864013671875
RHLCU,λ<=log n,8192,1,52013,6.3492431640625
RHLCU,λ<=log n,8192,1,48196,5.88330078125
RHLCU,λ<=log n,8192,1,49073,5.9903564453125
RHLCU,λ<=log n,8192,1,48229,5.8873291015625
RHLCU,λ<=log n,8192,1,47635,5.8148193359375
RHLCU,λ<=log n,8192,1,54393,6.6397705078125
RRLCU,λ<=log n,8192,1,49858,6.086181640625
RRLCU,λ<=log n,8192,1,45864,5.5986328125
RRLCU,λ<=log n,8192,1,51380,6.27197265625
RRLCU,λ<=log n,8192,1,44739,5.4613037109375
RRLCU,λ<=log n,8192,1,48432,5.912109375
RRLCU,λ<=log n,8192,1,49226,6.009033203125
RRLCU,λ<=log n,8192,1,48175,5.8807373046875
RRLCU,λ<=log n,8192,1,53365,6.5142822265625
RRLCU,λ<=log n,8192,1,52004,6.34814453125
RRLCU,λ<=log n,8192,1,49765,6.0748291015625
RRLCU,λ<=log n,8192,1,47257,5.7686767578125
RRLCU,λ<=log n,8192,1,53703,6.5555419921875
RRLCU,λ<=log n,8192,1,52337,6.3887939453125
RRLCU,λ<=log n,8192,1,43997,5.3707275390625
RRLCU,λ<=log n,8192,1,48108,5.87255859375
RRLCU,λ<=log n,8192,1,54550,6.658935546875
RRLCU,λ<=log n,8192,1,47792,5.833984375
RRLCU,λ<=log n,8192,1,52044,6.35302734375
RRLCU,λ<=log n,8192,1,46550,5.682373046875
RRLCU,λ<=log n,8192,1,47554,5.804931640625
RRLCU,λ<=log n,8192,1,53054,6.476318359375
RRLCU,λ<=log n,8192,1,53487,6.5291748046875
RRLCU,λ<=log n,8192,1,56564,6.90478515625
RRLCU,λ<=log n,8192,1,47860,5.84228515625
RRLCU,λ<=log n,8192,1,47120,5.751953125
RRLCU,λ<=log n,8192,1,49403,6.0306396484375
RRLCU,λ<=log n,8192,1,45977,5.6124267578125
RRLCU,λ<=log n,8192,1,49172,6.00244140625
RRLCU,λ<=log n,8192,1,46940,5.72998046875
RRLCU,λ<=log n,8192,1,48830,5.960693359375
RRLCU,λ<=log n,8192,1,47546,5.803955078125
RRLCU,λ<=log n,8192,1,49581,6.0523681640625
RRLCU,λ<=log n,8192,1,47404,5.78662109375
RRLCU,λ<=log n,8192,1,47846,5.840576171875
RRLCU,λ<=log n,8192,1,48089,5.8702392578125
RRLCU,λ<=log n,8192,1,49984,6.1015625
RRLCU,λ<=log n,8192,1,47160,5.7568359375
RRLCU,λ<=log n,8192,1,47408,5.787109375
RRLCU,λ<=log n,8192,1,48825,5.9600830078125
RRLCU,λ<=log n,8192,1,46159,5.6346435546875
RRLCU,λ<=log n,8192,1,47870,5.843505859375
RRLCU,λ<=log n,8192,1,53687,6.5535888671875
RRLCU,λ<=log n,8192,1,51607,6.2996826171875
RRLCU,λ<=log n,8192,1,49364,6.02587890625
RRLCU,λ<=log n,8192,1,51779,6.3206787109375
RRLCU,λ<=log n,8192,1,55162,6.733642578125
RRLCU,λ<=log n,8192,1,54603,6.6654052734375
RRLCU,λ<=log n,8192,1,49287,6.0164794921875
RRLCU,λ<=log n,8192,1,50849,6.2071533203125
RRLCU,λ<=log n,8192,1,51305,6.2628173828125
RRLCU,λ<=log n,8192,1,47255,5.7684326171875
RRLCU,λ<=log n,8192,1,59272,7.2353515625
RRLCU,λ<=log n,8192,1,46561,5.6837158203125
RRLCU,λ<=log n,8192,1,48971,5.9779052734375
RRLCU,λ<=log n,8192,1,48390,5.906982421875
RRLCU,λ<=log n,8192,1,49228,6.00927734375
RRLCU,λ<=log n,8192,1,48259,5.8909912109375
RRLCU,λ<=log n,8192,1,49874,6.088134765625
RRLCU,λ<=log n,8192,1,46749,5.7066650390625
RRLCU,λ<=log n,8192,1,49051,5.9876708984375
RRLCU,λ<=log n,8192,1,53055,6.4764404296875
RRLCU,λ<=log n,8192,1,45236,5.52197265625
RRLCU,λ<=log n,8192,1,49634,6.058837890625
RRLCU,λ<=log n,8192,1,47028,5.74072265625
RRLCU,λ<=log n,8192,1,47991,5.8582763671875
RRLCU,λ<=log n,8192,1,47302,5.774169921875
RRLCU,λ<=log n,8192,1,48171,5.8802490234375
RRLCU,λ<=log n,8192,1,46479,5.6737060546875
RRLCU,λ<=log n,8192,1,56179,6.8577880859375
RRLCU,λ<=log n,8192,1,46568,5.6845703125
RRLCU,λ<=log n,8192,1,47034,5.741455078125
RRLCU,λ<=log n,8192,1,49336,6.0224609375
RRLCU,λ<=log n,8192,1,50332,6.14404296875
RRLCU,λ<=log n,8192,1,46866,5.720947265625
RRLCU,λ<=log n,8192,1,48161,5.8790283203125
RRLCU,λ<=log n,8192,1,47709,5.8238525390625
RRLCU,λ<=log n,8192,1,48168,5.8798828125
RRLCU,λ<=log n,8192,1,55645,6.7926025390625
RRLCU,λ<=log n,8192,1,49502,6.042724609375
RRLCU,λ<=log n,8192,1,48680,5.9423828125
RRLCU,λ<=log n,8192,1,49083,5.9915771484375
RRLCU,λ<=log n,8192,1,48383,5.9061279296875
RRLCU,λ<=log n,8192,1,46681,5.6983642578125
RRLCU,λ<=log n,8192,1,48165,5.8795166015625
RRLCU,λ<=log n,8192,1,51361,6.2696533203125
RRLCU,λ<=log n,8192,1,48454,5.914794921875
RRLCU,λ<=log n,8192,1,48058,5.866455078125
RRLCU,λ<=log n,8192,1,47577,5.8077392578125
RRLCU,λ<=log n,8192,1,50290,6.138916015625
RRLCU,λ<=log n,8192,1,48979,5.9788818359375
RRLCU,λ<=log n,8192,1,50520,6.1669921875
RRLCU,λ<=log n,8192,1,50983,6.2235107421875
RRLCU,λ<=log n,8192,1,46425,5.6671142578125
RRLCU,λ<=log n,8192,1,53890,6.578369140625
RRLCU,λ<=log n,8192,1,51906,6.336181640625
RRLCU,λ<=log n,8192,1,49272,6.0146484375
RRLCU,λ<=log n,8192,1,51923,6.3382568359375
RRLCU,λ<=log n,8192,1,59005,7.2027587890625
RRLCU,λ<=log n,8192,1,49125,5.9967041015625
RRLCU,λ<=log n,8192,1,45967,5.6112060546875
RSLCU,λ<=log n,8192,1,67585,8.2501220703125
RSLCU,λ<=log n,8192,1,69419,8.4739990234375
RSLCU,λ<=log n,8192,1,62659,7.6488037109375
RSLCU,λ<=log n,8192,1,71491,8.7269287109375
RSLCU,λ<=log n,8192,1,60259,7.3558349609375
RSLCU,λ<=log n,8192,1,72543,8.8553466796875
RSLCU,λ<=log n,8192,1,73574,8.981201171875
RSLCU,λ<=log n,8192,1,59502,7.263427734375
RSLCU,λ<=log n,8192,1,62245,7.5982666015625
RSLCU,λ<=log n,8192,1,63954,7.806884765625
RSLCU,λ<=log n,8192,1,69326,8.462646484375
RSLCU,λ<=log n,8192,1,74601,9.1065673828125
RSLCU,λ<=log n,8192,1,74633,9.1104736328125
RSLCU,λ<=log n,8192,1,59225,7.2296142578125
RSLCU,λ<=log n,8192,1,66810,8.155517578125
RSLCU,λ<=log n,8192,1,69569,8.4923095703125
RSLCU,λ<=log n,8192,1,64536,7.8779296875
RSLCU,λ<=log n,8192,1,61343,7.4881591796875
RSLCU,λ<=log n,8192,1,69967,8.5408935546875
RSLCU,λ<=log n,8192,1,67470,8.236083984375
RSLCU,λ<=log n,8192,1,64548,7.87939453125
RSLCU,λ<=log n,8192,1,63454,7.745849609375
RSLCU,λ<=log n,8192,1,74262,9.065185546875
RSLCU,λ<=log n,8192,1,71179,8.6888427734375
RSLCU,λ<=log n,8192,1,59679,7.2850341796875
RSLCU,λ<=log n,8192,1,64064,7.8203125
RSLCU,λ<=log n,8192,1,67326,8.218505859375
RSLCU,λ<=log n,8192,1,74405,9.0826416015625
RSLCU,λ<=log n,8192,1,67956,8.29541015625
RSLCU,λ<=log n,8192,1,60906,7.434814453125
RSLCU,λ<=log n,8192,1,76404,9.32666015625
RSLCU,λ<=log n,8192,1,64117,7.8267822265625
RSLCU,λ<=log n,8192,1,80295,9.8016357421875
RSLCU,λ<=log n,8192,1,71461,8.7232666015625
RSLCU,λ<=log n,8192,1,64758,7.905029296875
RSLCU,λ<=log n,8192,1,64372,7.85791015625
RSLCU,λ<=log n,8192,1,67656,8.2587890625
RSLCU,λ<=log n,8192,1,66111,8.0701904296875
RSLCU,λ<=log n,8192,1,64653,7.8922119140625
RSLCU,λ<=log n,8192,1,62151,7.5867919921875
RSLCU,λ<=log n,8192,1,68461,8.3570556640625
RSLCU,λ<=log n,8192,1,62589,7.6402587890625
RSLCU,λ<=log n,8192,1,62745,7.6593017578125
RSLCU,λ<=log n,8192,1,67610,8.253173828125
RSLCU,λ<=log n,8192,1,64178,7.834228515625
RSLCU,λ<=log n,8192,1,90062,10.993896484375
RSLCU,λ<=log n,8192,1,64464,7.869140625
RSLCU,λ<=log n,8192,1,67924,8.29150390625
RSLCU,λ<=log n,8192,1,65117,7.9488525390625
RSLCU,λ<=log n,8192,1,68687,8.3846435546875
RSLCU,λ<=log n,8192,1,67691,8.2630615234375
RSLCU,λ<=log n,8192,1,69458,8.478759765625
RSLCU,λ<=log n,8192,1,71227,8.6947021484375
RSLCU,λ<=log n,8192,1,69651,8.5023193359375
RSLCU,λ<=log n,8192,1,69442,8.476806640625
RSLCU,λ<=log n,8192,1,66104,8.0693359375
RSLCU,λ<=log n,8192,1,62683,7.6517333984375
RSLCU,λ<=log n,8192,1,65445,7.9888916015625
RSLCU,λ<=log n,8192,1,66357,8.1002197265625
RSLCU,λ<=log n,8192,1,72487,8.8485107421875
RSLCU,λ<=log n,8192,1,64025,7.8155517578125
RSLCU,λ<=log n,8192,1,70758,8.637451171875
RSLCU,λ<=log n,8192,1,60239,7.3533935546875
RSLCU,λ<=log n,8192,1,71007,8.6678466796875
RSLCU,λ<=log n,8192,1,74653,9.1129150390625
RSLCU,λ<=log n,8192,1,68098,8.312744140625
RSLCU,λ<=log n,8192,1,67911,8.2899169921875
RSLCU,λ<=log n,8192,1,67836,8.28076171875
RSLCU,λ<=log n,8192,1,68953,8.4171142578125
RSLCU,λ<=log n,8192,1,63808,7.7890625
RSLCU,λ<=log n,8192,1,69778,8.517822265625
RSLCU,λ<=log n,8192,1,68821,8.4010009765625
RSLCU,λ<=log n,8192,1,72121,8.8038330078125
RSLCU,λ<=log n,8192,1,71943,8.7821044921875
RSLCU,λ<=log n,8192,1,69786,8.518798828125
RSLCU,λ<=log n,8192,1,80274,9.799072265625
RSLCU,λ<=log n,8192,1,62822,7.668701171875
RSLCU,λ<=log n,8192,1,68311,8.3387451171875
RSLCU,λ<=log n,8192,1,67654,8.258544921875
RSLCU,λ<=log n,8192,1,64580,7.88330078125
RSLCU,λ<=log n,8192,1,66907,8.1673583984375
RSLCU,λ<=log n,8192,1,65599,8.0076904296875
RSLCU,λ<=log n,8192,1,73742,9.001708984375
RSLCU,λ<=log n,8192,1,68141,8.3179931640625
RSLCU,λ<=log n,8192,1,68555,8.3685302734375
RSLCU,λ<=log n,8192,1,77542,9.465576171875
RSLCU,λ<=log n,8192,1,75662,9.236083984375
RSLCU,λ<=log n,8192,1,73616,8.986328125
RSLCU,λ<=log n,8192,1,63549,7.7574462890625
RSLCU,λ<=log n,8192,1,65830,8.035888671875
RSLCU,λ<=log n,8192,1,68876,8.40771484375
RSLCU,λ<=log n,8192,1,65686,8.018310546875
RSLCU,λ<=log n,8192,1,68753,8.3927001953125
RSLCU,λ<=log n,8192,1,67233,8.2071533203125
RSLCU,λ<=log n,8192,1,67835,8.2806396484375
RSLCU,λ<=log n,8192,1,68487,8.3602294921875
RSLCU,λ<=log n,8192,1,64477,7.8707275390625
RSLCU,λ<=log n,8192,1,65263,7.9666748046875
RSLCU,λ<=log n,8192,1,63377,7.7364501953125
RSLCU,λ<=log n,8192,1,69782,8.518310546875
RSDSU,λ<=log n,8192,1,88816,10.841796875
RSDSU,λ<=log n,8192,1,77974,9.518310546875
RSDSU,λ<=log n,8192,1,74185,9.0557861328125
RSDSU,λ<=log n,8192,1,78944,9.63671875
RSDSU,λ<=log n,8192,1,77217,9.4259033203125
RSDSU,λ<=log n,8192,1,90628,11.06298828125
RSDSU,λ<=log n,8192,1,79202,9.668212890625
RSDSU,λ<=log n,8192,1,80683,9.8489990234375
RSDSU,λ<=log n,8192,1,79291,9.6790771484375
RSDSU,λ<=log n,8192,1,87126,10.635498046875
RSDSU,λ<=log n,8192,1,80958,9.882568359375
RSDSU,λ<=log n,8192,1,90441,11.0401611328125
RSDSU,λ<=log n,8192,1,83449,10.1866455078125
RSDSU,λ<=log n,8192,1,78668,9.60302734375
RSDSU,λ<=log n,8192,1,77539,9.4652099609375
RSDSU,λ<=log n,8192,1,73314,8.949462890625
RSDSU,λ<=log n,8192,1,69998,8.544677734375
RSDSU,λ<=log n,8192,1,74818,9.133056640625
RSDSU,λ<=log n,8192,1,74285,9.0679931640625
RSDSU,λ<=log n,8192,1,74324,9.07275390625
RSDSU,λ<=log n,8192,1,68339,8.3421630859375
RSDSU,λ<=log n,8192,1,77699,9.4847412109375
RSDSU,λ<=log n,8192,1,75441,9.2091064453125
RSDSU,λ<=log n,8192,1,78293,9.5572509765625
RSDSU,λ<=log n,8192,1,76494,9.337646484375
RSDSU,λ<=log n,8192,1,76893,9.3863525390625
RSDSU,λ<=log n,8192,1,68765,8.3941650390625
RSDSU,λ<=log n,8192,1,78263,9.5535888671875
RSDSU,λ<=log n,8192,1,75141,9.1724853515625
RSDSU,λ<=log n,8192,1,74067,9.0413818359375
RSDSU,λ<=log n,8192,1,75942,9.270263671875
RSDSU,λ<=log n,8192,1,80233,9.7940673828125
RSDSU,λ<=log n,8192,1,84504,10.3154296875
RSDSU,λ<=log n,8192,1,79411,9.6937255859375
RSDSU,λ<=log n,8192,1,81113,9.9014892578125
RSDSU,λ<=log n,8192,1,79707,9.7298583984375
RSDSU,λ<=log n,8192,1,80091,9.7767333984375
RSDSU,λ<=log n,8192,1,77869,9.5054931640625
RSDSU,λ<=log n,8192,1,72047,8.7947998046875
RSDSU,λ<=log n,8192,1,85017,10.3780517578125
RSDSU,λ<=log n,8192,1,73454,8.966552734375
RSDSU,λ<=log n,8192,1,89935,10.9783935546875
RSDSU,λ<=log n,8192,1,76196,9.30126953125
RSDSU,λ<=log n,8192,1,77253,9.4302978515625
RSDSU,λ<=log n,8192,1,67610,8.253173828125
RSDSU,λ<=log n,8192,1,73590,8.983154296875
RSDSU,λ<=log n,8192,1,76402,9.326416015625
RSDSU,λ<=log n,8192,1,79169,9.6641845703125
RSDSU,λ<=log n,8192,1,77050,9.405517578125
RSDSU,λ<=log n,8192,1,79229,9.6715087890625
RSDSU,λ<=log n,8192,1,73580,8.98193359375
RSDSU,λ<=log n,8192,1,89788,10.96044921875
RSDSU,λ<=log n,8192,1,76875,9.3841552734375
RSDSU,λ<=log n,8192,1,78493,9.5816650390625
RSDSU,λ<=log n,8192,1,73445,8.9654541015625
RSDSU,λ<=log n,8192,1,88395,10.7904052734375
RSDSU,λ<=log n,8192,1,83607,10.2059326171875
RSDSU,λ<=log n,8192,1,77364,9.44384765625
RSDSU,λ<=log n,8192,1,77716,9.48681640625
RSDSU,λ<=log n,8192,1,69139,8.4398193359375
RSDSU,λ<=log n,8192,1,77992,9.5205078125
RSDSU,λ<=log n,8192,1,79965,9.7613525390625
RSDSU,λ<=log n,8192,1,79978,9.762939453125
RSDSU,λ<=log n,8192,1,73750,9.002685546875
RSDSU,λ<=log n,8192,1,77162,9.419189453125
RSDSU,λ<=log n,8192,1,79343,9.6854248046875
RSDSU,λ<=log n,8192,1,78953,9.6378173828125
RSDSU,λ<=log n,8192,1,72501,8.8502197265625
RSDSU,λ<=log n,8192,1,76524,9.34130859375
RSDSU,λ<=log n,8192,1,115591,14.1102294921875
RSDSU,λ<=log n,8192,1,96546,11.785400390625
RSDSU,λ<=log n,8192,1,77945,9.5147705078125
RSDSU,λ<=log n,8192,1,72862,8.894287109375
RSDSU,λ<=log n,8192,1,72718,8.876708984375
RSDSU,λ<=log n,8192,1,76005,9.2779541015625
RSDSU,λ<=log n,8192,1,72778,8.884033203125
RSDSU,λ<=log n,8192,1,89678,10.947021484375
RSDSU,λ<=log n,8192,1,75144,9.1728515625
RSDSU,λ<=log n,8192,1,73105,8.9239501953125
RSDSU,λ<=log n,8192,1,76637,9.3551025390625
RSDSU,λ<=log n,8192,1,90680,11.0693359375
RSDSU,λ<=log n,8192,1,77619,9.4749755859375
RSDSU,λ<=log n,8192,1,77009,9.4005126953125
RSDSU,λ<=log n,8192,1,87120,10.634765625
RSDSU,λ<=log n,8192,1,72240,8.818359375
RSDSU,λ<=log n,8192,1,81923,10.0003662109375
RSDSU,λ<=log n,8192,1,74768,9.126953125
RSDSU,λ<=log n,8192,1,89546,10.930908203125
RSDSU,λ<=log n,8192,1,77000,9.3994140625
RSDSU,λ<=log n,8192,1,86208,10.5234375
RSDSU,λ<=log n,8192,1,75915,9.2669677734375
RSDSU,λ<=log n,8192,1,83100,10.14404296875
RSDSU,λ<=log n,8192,1,75121,9.1700439453125
RSDSU,λ<=log n,8192,1,75058,9.162353515625
RSDSU,λ<=log n,8192,1,76731,9.3665771484375
RSDSU,λ<=log n,8192,1,80388,9.81298828125
RSDSU,λ<=log n,8192,1,84072,10.2626953125
RSDSU,λ<=log n,8192,1,72044,8.79443359375
RSDSU,λ<=log n,8192,1,78215,9.5477294921875
RSDSU,λ<=log n,8192,1,79141,9.6607666015625
RRDSU,λ<=log n,8192,1,58003,7.0804443359375
RRDSU,λ<=log n,8192,1,53785,6.5655517578125
RRDSU,λ<=log n,8192,1,55742,6.804443359375
RRDSU,λ<=log n,8192,1,53588,6.54150390625
RRDSU,λ<=log n,8192,1,52688,6.431640625
RRDSU,λ<=log n,8192,1,52705,6.4337158203125
RRDSU,λ<=log n,8192,1,54598,6.664794921875
RRDSU,λ<=log n,8192,1,52583,6.4188232421875
RRDSU,λ<=log n,8192,1,52264,6.3798828125
RRDSU,λ<=log n,8192,1,57531,7.0228271484375
RRDSU,λ<=log n,8192,1,54082,6.601806640625
RRDSU,λ<=log n,8192,1,57018,6.960205078125
RRDSU,λ<=log n,8192,1,53511,6.5321044921875
RRDSU,λ<=log n,8192,1,55769,6.8077392578125
RRDSU,λ<=log n,8192,1,54303,6.6287841796875
RRDSU,λ<=log n,8192,1,52994,6.468994140625
RRDSU,λ<=log n,8192,1,56932,6.94970703125
RRDSU,λ<=log n,8192,1,54710,6.678466796875
RRDSU,λ<=log n,8192,1,53383,6.5164794921875
RRDSU,λ<=log n,8192,1,47875,5.8441162109375
RRDSU,λ<=log n,8192,1,54301,6.6285400390625
RRDSU,λ<=log n,8192,1,59722,7.290283203125
RRDSU,λ<=log n,8192,1,56122,6.850830078125
RRDSU,λ<=log n,8192,1,54635,6.6693115234375
RRDSU,λ<=log n,8192,1,57964,7.07568359375
RRDSU,λ<=log n,8192,1,54313,6.6300048828125
RRDSU,λ<=log n,8192,1,59827,7.3031005859375
RRDSU,λ<=log n,8192,1,58664,7.1611328125
RRDSU,λ<=log n,8192,1,54879,6.6990966796875
RRDSU,λ<=log n,8192,1,54461,6.6480712890625
RRDSU,λ<=log n,8192,1,52600,6.4208984375
RRDSU,λ<=log n,8192,1,53343,6.5115966796875
RRDSU,λ<=log n,8192,1,54006,6.592529296875
RRDSU,λ<=log n,8192,1,55724,6.80224609375
RRDSU,λ<=log n,8192,1,54495,6.6522216796875
RRDSU,λ<=log n,8192,1,53633,6.5469970703125
RRDSU,λ<=log n,8192,1,57026,6.961181640625
RRDSU,λ<=log n,8192,1,52571,6.4173583984375
RRDSU,λ<=log n,8192,1,62601,7.6417236328125
RRDSU,λ<=log n,8192,1,53601,6.5430908203125
RRDSU,λ<=log n,8192,1,54292,6.62744140625
RRDSU,λ<=log n,8192,1,50646,6.182373046875
RRDSU,λ<=log n,8192,1,53555,6.5374755859375
RRDSU,λ<=log n,8192,1,52496,6.408203125
RRDSU,λ<=log n,8192,1,52048,6.353515625
RRDSU,λ<=log n,8192,1,51729,6.3145751953125
RRDSU,λ<=log n,8192,1,53921,6.5821533203125
RRDSU,λ<=log n,8192,1,58918,7.192138671875
RRDSU,λ<=log n,8192,1,51276,6.25927734375
RRDSU,λ<=log n,8192,1,55799,6.8114013671875
RRDSU,λ<=log n,8192,1,56744,6.9267578125
RRDSU,λ<=log n,8192,1,58488,7.1396484375
RRDSU,λ<=log n,8192,1,64696,7.8974609375
RRDSU,λ<=log n,8192,1,51392,6.2734375
RRDSU,λ<=log n,8192,1,53212,6.49560546875
RRDSU,λ<=log n,8192,1,57933,7.0718994140625
RRDSU,λ<=log n,8192,1,65879,8.0418701171875
RRDSU,λ<=log n,8192,1,51808,6.32421875
RRDSU,λ<=log n,8192,1,53087,6.4803466796875
RRDSU,λ<=log n,8192,1,57104,6.970703125
RRDSU,λ<=log n,8192,1,56969,6.9542236328125
RRDSU,λ<=log n,8192,1,56786,6.931884765625
RRDSU,λ<=log n,8192,1,58182,7.102294921875
RRDSU,λ<=log n,8192,1,54687,6.6756591796875
RRDSU,λ<=log n,8192,1,54141,6.6090087890625
RRDSU,λ<=log n,8192,1,60705,7.4102783203125
RRDSU,λ<=log n,8192,1,56910,6.947021484375
RRDSU,λ<=log n,8192,1,53591,6.5418701171875
RRDSU,λ<=log n,8192,1,54431,6.6444091796875
RRDSU,λ<=log n,8192,1,55283,6.7484130859375
RRDSU,λ<=log n,8192,1,58779,7.1751708984375
RRDSU,λ<=log n,8192,1,58907,7.1907958984375
RRDSU,λ<=log n,8192,1,56139,6.8529052734375
RRDSU,λ<=log n,8192,1,53207,6.4949951171875
RRDSU,λ<=log n,8192,1,57497,7.0186767578125
RRDSU,λ<=log n,8192,1,60768,7.41796875
RRDSU,λ<=log n,8192,1,53734,6.559326171875
RRDSU,λ<=log n,8192,1,53103,6.4822998046875
RRDSU,λ<=log n,8192,1,57020,6.96044921875
RRDSU,λ<=log n,8192,1,54379,6.6380615234375
RRDSU,λ<=log n,8192,1,56415,6.8865966796875
RRDSU,λ<=log n,8192,1,53374,6.515380859375
RRDSU,λ<=log n,8192,1,55309,6.7515869140625
RRDSU,λ<=log n,8192,1,53521,6.5333251953125
RRDSU,λ<=log n,8192,1,54529,6.6563720703125
RRDSU,λ<=log n,8192,1,57045,6.9635009765625
RRDSU,λ<=log n,8192,1,56748,6.92724609375
RRDSU,λ<=log n,8192,1,62733,7.6578369140625
RRDSU,λ<=log n,8192,1,50602,6.177001953125
RRDSU,λ<=log n,8192,1,62472,7.6259765625
RRDSU,λ<=log n,8192,1,54561,6.6602783203125
RRDSU,λ<=log n,8192,1,52485,6.4068603515625
RRDSU,λ<=log n,8192,1,59039,7.2069091796875
RRDSU,λ<=log n,8192,1,56585,6.9073486328125
RRDSU,λ<=log n,8192,1,59672,7.2841796875
RRDSU,λ<=log n,8192,1,56155,6.8548583984375
RRDSU,λ<=log n,8192,1,52265,6.3800048828125
RRDSU,λ<=log n,8192,1,51656,6.3056640625
RRDSU,λ<=log n,8192,1,54526,6.656005859375
RHDSU,λ<=log n,8192,1,55833,6.8155517578125
RHDSU,λ<=log n,8192,1,53842,6.572509765625
RHDSU,λ<=log n,8192,1,55358,6.757568359375
RHDSU,λ<=log n,8192,1,53163,6.4896240234375
RHDSU,λ<=log n,8192,1,57670,7.039794921875
RHDSU,λ<=log n,8192,1,55464,6.7705078125
RHDSU,λ<=log n,8192,1,53688,6.5537109375
RHDSU,λ<=log n,8192,1,52331,6.3880615234375
RHDSU,λ<=log n,8192,1,53405,6.5191650390625
RHDSU,λ<=log n,8192,1,52692,6.43212890625
RHDSU,λ<=log n,8192,1,56908,6.94677734375
RHDSU,λ<=log n,8192,1,51762,6.318603515625
RHDSU,λ<=log n,8192,1,53288,6.5048828125
RHDSU,λ<=log n,8192,1,49017,5.9835205078125
RHDSU,λ<=log n,8192,1,56803,6.9339599609375
RHDSU,λ<=log n,8192,1,55523,6.7777099609375
RHDSU,λ<=log n,8192,1,53902,6.579833984375
RHDSU,λ<=log n,8192,1,56098,6.847900390625
RHDSU,λ<=log n,8192,1,54537,6.6573486328125
RHDSU,λ<=log n,8192,1,49367,6.0262451171875
RHDSU,λ<=log n,8192,1,55611,6.7884521484375
RHDSU,λ<=log n,8192,1,54765,6.6851806640625
RHDSU,λ<=log n,8192,1,63670,7.772216796875
RHDSU,λ<=log n,8192,1,52080,6.357421875
RHDSU,λ<=log n,8192,1,50890,6.212158203125
RHDSU,λ<=log n,8192,1,57050,6.964111328125
RHDSU,λ<=log n,8192,1,52771,6.4417724609375
RHDSU,λ<=log n,8192,1,53745,6.5606689453125
RHDSU,λ<=log n,8192,1,48973,5.9781494140625
RHDSU,λ<=log n,8192,1,57236,6.98681640625
RHDSU,λ<=log n,8192,1,60054,7.330810546875
RHDSU,λ<=log n,8192,1,54430,6.644287109375
RHDSU,λ<=log n,8192,1,52325,6.3873291015625
RHDSU,λ<=log n,8192,1,56471,6.8934326171875
RHDSU,λ<=log n,8192,1,57872,7.064453125
RHDSU,λ<=log n,8192,1,55623,6.7899169921875
RHDSU,λ<=log n,8192,1,52877,6.4547119140625
RHDSU,λ<=log n,8192,1,53469,6.5269775390625
RHDSU,λ<=log n,8192,1,52357,6.3912353515625
RHDSU,λ<=log n,8192,1,55894,6.822998046875
RHDSU,λ<=log n,8192,1,52774,6.442138671875
RHDSU,λ<=log n,8192,1,55477,6.7720947265625
RHDSU,λ<=log n,8192,1,54892,6.70068359375
RHDSU,λ<=log n,8192,1,51610,6.300048828125
RHDSU,λ<=log n,8192,1,51767,6.3192138671875
RHDSU,λ<=log n,8192,1,56845,6.9390869140625
RHDSU,λ<=log n,8192,1,56783,6.9315185546875
RHDSU,λ<=log n,8192,1,55104,6.7265625
RHDSU,λ<=log n,8192,1,53306,6.507080078125
RHDSU,λ<=log n,8192,1,55037,6.7183837890625
RHDSU,λ<=log n,8192,1,57893,7.0670166015625
RHDSU,λ<=log n,8192,1,52982,6.467529296875
RHDSU,λ<=log n,8192,1,51289,6.2608642578125
RHDSU,λ<=log n,8192,1,49827,6.0823974609375
RHDSU,λ<=log n,8192,1,61575,7.5164794921875
RHDSU,λ<=log n,8192,1,52597,6.4205322265625
RHDSU,λ<=log n,8192,1,56422,6.887451171875
RHDSU,λ<=log n,8192,1,53564,6.53857421875
RHDSU,λ<=log n,8192,1,57912,7.0693359375
RHDSU,λ<=log n,8192,1,57301,6.9947509765625
RHDSU,λ<=log n,8192,1,60323,7.3636474609375
RHDSU,λ<=log n,8192,1,55141,6.7310791015625
RHDSU,λ<=log n,8192,1,54829,6.6929931640625
RHDSU,λ<=log n,8192,1,61374,7.491943359375
RHDSU,λ<=log n,8192,1,56530,6.900634765625
RHDSU,λ<=log n,8192,1,55278,6.747802734375
RHDSU,λ<=log n,8192,1,57757,7.0504150390625
RHDSU,λ<=log n,8192,1,53039,6.4744873046875
RHDSU,λ<=log n,8192,1,57726,7.046630859375
RHDSU,λ<=log n,8192,1,59437,7.2554931640625
RHDSU,λ<=log n,8192,1,51230,6.253662109375
RHDSU,λ<=log n,8192,1,62177,7.5899658203125
RHDSU,λ<=log n,8192,1,58250,7.110595703125
RHDSU,λ<=log n,8192,1,53878,6.576904296875
RHDSU,λ<=log n,8192,1,52219,6.3743896484375
RHDSU,λ<=log n,8192,1,50993,6.2247314453125
RHDSU,λ<=log n,8192,1,54902,6.701904296875
RHDSU,λ<=log n,8192,1,56506,6.897705078125
RHDSU,λ<=log n,8192,1,60212,7.35009765625
RHDSU,λ<=log n,8192,1,54028,6.59521484375
RHDSU,λ<=log n,8192,1,52576,6.41796875
RHDSU,λ<=log n,8192,1,55932,6.82763671875
RHDSU,λ<=log n,8192,1,54246,6.621826171875
RHDSU,λ<=log n,8192,1,60019,7.3265380859375
RHDSU,λ<=log n,8192,1,56668,6.91748046875
RHDSU,λ<=log n,8192,1,54770,6.685791015625
RHDSU,λ<=log n,8192,1,59550,7.269287109375
RHDSU,λ<=log n,8192,1,57258,6.989501953125
RHDSU,λ<=log n,8192,1,60120,7.3388671875
RHDSU,λ<=log n,8192,1,56137,6.8526611328125
RHDSU,λ<=log n,8192,1,57713,7.0450439453125
RHDSU,λ<=log n,8192,1,55021,6.7164306640625
RHDSU,λ<=log n,8192,1,53851,6.5736083984375
RHDSU,λ<=log n,8192,1,52142,6.364990234375
RHDSU,λ<=log n,8192,1,54096,6.603515625
RHDSU,λ<=log n,8192,1,67790,8.275146484375
RHDSU,λ<=log n,8192,1,52843,6.4505615234375
RHDSU,λ<=log n,8192,1,56847,6.9393310546875
RHDSU,λ<=log n,8192,1,54991,6.7127685546875
RHDSU,λ<=log n,8192,1,53355,6.5130615234375
RHLSU,λ<=log n,8192,1,52909,6.4586181640625
RHLSU,λ<=log n,8192,1,52784,6.443359375
RHLSU,λ<=log n,8192,1,49641,6.0596923828125
RHLSU,λ<=log n,8192,1,53618,6.545166015625
RHLSU,λ<=log n,8192,1,51182,6.247802734375
RHLSU,λ<=log n,8192,1,51866,6.331298828125
RHLSU,λ<=log n,8192,1,54146,6.609619140625
RHLSU,λ<=log n,8192,1,47667,5.8187255859375
RHLSU,λ<=log n,8192,1,51556,6.29345703125
RHLSU,λ<=log n,8192,1,53367,6.5145263671875
RHLSU,λ<=log n,8192,1,50967,6.2215576171875
RHLSU,λ<=log n,8192,1,50717,6.1910400390625
RHLSU,λ<=log n,8192,1,58022,7.082763671875
RHLSU,λ<=log n,8192,1,56342,6.877685546875
RHLSU,λ<=log n,8192,1,51308,6.26318359375
RHLSU,λ<=log n,8192,1,59939,7.3167724609375
RHLSU,λ<=log n,8192,1,54380,6.63818359375
RHLSU,λ<=log n,8192,1,54670,6.673583984375
RHLSU,λ<=log n,8192,1,60106,7.337158203125
RHLSU,λ<=log n,8192,1,53337,6.5108642578125
RHLSU,λ<=log n,8192,1,56100,6.84814453125
RHLSU,λ<=log n,8192,1,58216,7.1064453125
RHLSU,λ<=log n,8192,1,54625,6.6680908203125
RHLSU,λ<=log n,8192,1,49100,5.99365234375
RHLSU,λ<=log n,8192,1,48319,5.8983154296875
RHLSU,λ<=log n,8192,1,50753,6.1954345703125
RHLSU,λ<=log n,8192,1,51571,6.2952880859375
RHLSU,λ<=log n,8192,1,47939,5.8519287109375
RHLSU,λ<=log n,8192,1,52500,6.40869140625
RHLSU,λ<=log n,8192,1,51107,6.2386474609375
RHLSU,λ<=log n,8192,1,49909,6.0924072265625
RHLSU,λ<=log n,8192,1,55273,6.7471923828125
RHLSU,λ<=log n,8192,1,49618,6.056884765625
RHLSU,λ<=log n,8192,1,50017,6.1055908203125
RHLSU,λ<=log n,8192,1,64364,7.85693359375
RHLSU,λ<=log n,8192,1,50708,6.18994140625
RHLSU,λ<=log n,8192,1,51770,6.319580078125
RHLSU,λ<=log n,8192,1,54091,6.6029052734375
RHLSU,λ<=log n,8192,1,51515,6.2884521484375
RHLSU,λ<=log n,8192,1,54990,6.712646484375
RHLSU,λ<=log n,8192,1,49705,6.0675048828125
RHLSU,λ<=log n,8192,1,55923,6.8265380859375
RHLSU,λ<=log n,8192,1,51431,6.2781982421875
RHLSU,λ<=log n,8192,1,55639,6.7918701171875
RHLSU,λ<=log n,8192,1,67156,8.19775390625
RHLSU,λ<=log n,8192,1,49204,6.00634765625
RHLSU,λ<=log n,8192,1,53905,6.5802001953125
RHLSU,λ<=log n,8192,1,61026,7.449462890625
RHLSU,λ<=log n,8192,1,50589,6.1754150390625
RHLSU,λ<=log n,8192,1,51609,6.2999267578125
RHLSU,λ<=log n,8192,1,51901,6.3355712890625
RHLSU,λ<=log n,8192,1,49626,6.057861328125
RHLSU,λ<=log n,8192,1,52923,6.4603271484375
RHLSU,λ<=log n,8192,1,51388,6.27294921875
RHLSU,λ<=log n,8192,1,52415,6.3983154296875
RHLSU,λ<=log n,8192,1,51466,6.282470703125
RHLSU,λ<=log n,8192,1,53309,6.5074462890625
RHLSU,λ<=log n,8192,1,50203,6.1282958984375
RHLSU,λ<=log n,8192,1,54643,6.6702880859375
RHLSU,λ<=log n,8192,1,49986,6.101806640625
RHLSU,λ<=log n,8192,1,48770,5.953369140625
RHLSU,λ<=log n,8192,1,48010,5.860595703125
RHLSU,λ<=log n,8192,1,49058,5.988525390625
RHLSU,λ<=log n,8192,1,51144,6.2431640625
RHLSU,λ<=log n,8192,1,51635,6.3031005859375
RHLSU,λ<=log n,8192,1,53070,6.478271484375
RHLSU,λ<=log n,8192,1,54030,6.595458984375
RHLSU,λ<=log n,8192,1,50607,6.1776123046875
RHLSU,λ<=log n,8192,1,51456,6.28125
RHLSU,λ<=log n,8192,1,50337,6.1446533203125
RHLSU,λ<=log n,8192,1,51925,6.3385009765625
RHLSU,λ<=log n,8192,1,49766,6.074951171875
RHLSU,λ<=log n,8192,1,47387,5.7845458984375
RHLSU,λ<=log n,8192,1,51823,6.3260498046875
RHLSU,λ<=log n,8192,1,53166,6.489990234375
RHLSU,λ<=log n,8192,1,52380,6.39404296875
RHLSU,λ<=log n,8192,1,52423,6.3992919921875
RHLSU,λ<=log n,8192,1,50047,6.1092529296875
RHLSU,λ<=log n,8192,1,54336,6.6328125
RHLSU,λ<=log n,8192,1,50937,6.2178955078125
RHLSU,λ<=log n,8192,1,52719,6.4354248046875
RHLSU,λ<=log n,8192,1,51644,6.30419921875
RHLSU,λ<=log n,8192,1,52539,6.4134521484375
RHLSU,λ<=log n,8192,1,57696,7.04296875
RHLSU,λ<=log n,8192,1,49558,6.049560546875
RHLSU,λ<=log n,8192,1,50002,6.103759765625
RHLSU,λ<=log n,8192,1,54834,6.693603515625
RHLSU,λ<=log n,8192,1,59007,7.2030029296875
RHLSU,λ<=log n,8192,1,52590,6.419677734375
RHLSU,λ<=log n,8192,1,52788,6.44384765625
RHLSU,λ<=log n,8192,1,51690,6.309814453125
RHLSU,λ<=log n,8192,1,53839,6.5721435546875
RHLSU,λ<=log n,8192,1,52056,6.3544921875
RHLSU,λ<=log n,8192,1,46959,5.7322998046875
RHLSU,λ<=log n,8192,1,53051,6.4759521484375
RHLSU,λ<=log n,8192,1,60822,7.424560546875
RHLSU,λ<=log n,8192,1,56214,6.862060546875
RHLSU,λ<=log n,8192,1,52174,6.368896484375
RHLSU,λ<=log n,8192,1,50870,6.209716796875
RHLSU,λ<=log n,8192,1,46041,5.6202392578125
RRLSU,λ<=log n,8192,1,48509,5.9215087890625
RRLSU,λ<=log n,8192,1,51959,6.3426513671875
RRLSU,λ<=log n,8192,1,52083,6.3577880859375
RRLSU,λ<=log n,8192,1,50094,6.114990234375
RRLSU,λ<=log n,8192,1,52345,6.3897705078125
RRLSU,λ<=log n,8192,1,52945,6.4630126953125
RRLSU,λ<=log n,8192,1,49687,6.0653076171875
RRLSU,λ<=log n,8192,1,57597,7.0308837890625
RRLSU,λ<=log n,8192,1,51435,6.2786865234375
RRLSU,λ<=log n,8192,1,52060,6.35498046875
RRLSU,λ<=log n,8192,1,52004,6.34814453125
RRLSU,λ<=log n,8192,1,52932,6.46142578125
RRLSU,λ<=log n,8192,1,55257,6.7452392578125
RRLSU,λ<=log n,8192,1,55630,6.790771484375
RRLSU,λ<=log n,8192,1,58691,7.1644287109375
RRLSU,λ<=log n,8192,1,49397,6.0299072265625
RRLSU,λ<=log n,8192,1,51282,6.260009765625
RRLSU,λ<=log n,8192,1,50741,6.1939697265625
RRLSU,λ<=log n,8192,1,52665,6.4288330078125
RRLSU,λ<=log n,8192,1,51298,6.261962890625
RRLSU,λ<=log n,8192,1,48083,5.8695068359375
RRLSU,λ<=log n,8192,1,55886,6.822021484375
RRLSU,λ<=log n,8192,1,51445,6.2799072265625
RRLSU,λ<=log n,8192,1,52335,6.3885498046875
RRLSU,λ<=log n,8192,1,53334,6.510498046875
RRLSU,λ<=log n,8192,1,57456,7.013671875
RRLSU,λ<=log n,8192,1,52081,6.3575439453125
RRLSU,λ<=log n,8192,1,52645,6.4263916015625
RRLSU,λ<=log n,8192,1,51474,6.283447265625
RRLSU,λ<=log n,8192,1,51670,6.307373046875
RRLSU,λ<=log n,8192,1,60726,7.412841796875
RRLSU,λ<=log n,8192,1,52723,6.4359130859375
RRLSU,λ<=log n,8192,1,54254,6.622802734375
RRLSU,λ<=log n,8192,1,57533,7.0230712890625
RRLSU,λ<=log n,8192,1,50916,6.21533203125
RRLSU,λ<=log n,8192,1,53974,6.588623046875
RRLSU,λ<=log n,8192,1,51004,6.22607421875
RRLSU,λ<=log n,8192,1,55764,6.80712890625
RRLSU,λ<=log n,8192,1,53096,6.4814453125
RRLSU,λ<=log n,8192,1,54014,6.593505859375
RRLSU,λ<=log n,8192,1,48626,5.935791015625
RRLSU,λ<=log n,8192,1,53156,6.48876953125
RRLSU,λ<=log n,8192,1,53102,6.482177734375
RRLSU,λ<=log n,8192,1,51615,6.3006591796875
RRLSU,λ<=log n,8192,1,57476,7.01611328125
RRLSU,λ<=log n,8192,1,53450,6.524658203125
RRLSU,λ<=log n,8192,1,50288,6.138671875
RRLSU,λ<=log n,8192,1,52765,6.4410400390625
RRLSU,λ<=log n,8192,1,46908,5.72607421875
RRLSU,λ<=log n,8192,1,51631,6.3026123046875
RRLSU,λ<=log n,8192,1,52087,6.3582763671875
RRLSU,λ<=log n,8192,1,52891,6.4564208984375
RRLSU,λ<=log n,8192,1,51394,6.273681640625
RRLSU,λ<=log n,8192,1,53113,6.4835205078125
RRLSU,λ<=log n,8192,1,57341,6.9996337890625
RRLSU,λ<=log n,8192,1,55035,6.7181396484375
RRLSU,λ<=log n,8192,1,54440,6.6455078125
RRLSU,λ<=log n,8192,1,49095,5.9930419921875
RRLSU,λ<=log n,8192,1,55949,6.8297119140625
RRLSU,λ<=log n,8192,1,53415,6.5203857421875
RRLSU,λ<=log n,8192,1,49885,6.0894775390625
RRLSU,λ<=log n,8192,1,54121,6.6065673828125
RRLSU,λ<=log n,8192,1,52170,6.368408203125
RRLSU,λ<=log n,8192,1,52634,6.425048828125
RRLSU,λ<=log n,8192,1,60598,7.397216796875
RRLSU,λ<=log n,8192,1,52494,6.407958984375
RRLSU,λ<=log n,8192,1,49641,6.0596923828125
RRLSU,λ<=log n,8192,1,53418,6.520751953125
RRLSU,λ<=log n,8192,1,51425,6.2774658203125
RRLSU,λ<=log n,8192,1,54714,6.678955078125
RRLSU,λ<=log n,8192,1,51466,6.282470703125
RRLSU,λ<=log n,8192,1,53279,6.5037841796875
RRLSU,λ<=log n,8192,1,58028,7.08349609375
RRLSU,λ<=log n,8192,1,52543,6.4139404296875
RRLSU,λ<=log n,8192,1,47275,5.7708740234375
RRLSU,λ<=log n,8192,1,48158,5.878662109375
RRLSU,λ<=log n,8192,1,51203,6.2503662109375
RRLSU,λ<=log n,8192,1,57919,7.0701904296875
RRLSU,λ<=log n,8192,1,52257,6.3790283203125
RRLSU,λ<=log n,8192,1,55042,6.718994140625
RRLSU,λ<=log n,8192,1,50454,6.158935546875
RRLSU,λ<=log n,8192,1,54379,6.6380615234375
RRLSU,λ<=log n,8192,1,55297,6.7501220703125
RRLSU,λ<=log n,8192,1,51169,6.2462158203125
RRLSU,λ<=log n,8192,1,59481,7.2608642578125
RRLSU,λ<=log n,8192,1,51179,6.2474365234375
RRLSU,λ<=log n,8192,1,56302,6.872802734375
RRLSU,λ<=log n,8192,1,52786,6.443603515625
RRLSU,λ<=log n,8192,1,49199,6.0057373046875
RRLSU,λ<=log n,8192,1,55548,6.78076171875
RRLSU,λ<=log n,8192,1,54390,6.639404296875
RRLSU,λ<=log n,8192,1,51574,6.295654296875
RRLSU,λ<=log n,8192,1,54033,6.5958251953125
RRLSU,λ<=log n,8192,1,54287,6.6268310546875
RRLSU,λ<=log n,8192,1,54834,6.693603515625
RRLSU,λ<=log n,8192,1,50642,6.181884765625
RRLSU,λ<=log n,8192,1,49764,6.07470703125
RRLSU,λ<=log n,8192,1,54865,6.6973876953125
RRLSU,λ<=log n,8192,1,54515,6.6546630859375
RSLSU,λ<=log n,8192,1,83446,10.186279296875
RSLSU,λ<=log n,8192,1,89076,10.87353515625
RSLSU,λ<=log n,8192,1,83468,10.18896484375
RSLSU,λ<=log n,8192,1,74182,9.055419921875
RSLSU,λ<=log n,8192,1,84715,10.3411865234375
RSLSU,λ<=log n,8192,1,81599,9.9608154296875
RSLSU,λ<=log n,8192,1,90515,11.0491943359375
RSLSU,λ<=log n,8192,1,73716,8.99853515625
RSLSU,λ<=log n,8192,1,79581,9.7144775390625
RSLSU,λ<=log n,8192,1,75201,9.1798095703125
RSLSU,λ<=log n,8192,1,78347,9.5638427734375
RSLSU,λ<=log n,8192,1,77856,9.50390625
RSLSU,λ<=log n,8192,1,78301,9.5582275390625
RSLSU,λ<=log n,8192,1,73350,8.953857421875
RSLSU,λ<=log n,8192,1,73668,8.99267578125
RSLSU,λ<=log n,8192,1,77598,9.472412109375
RSLSU,λ<=log n,8192,1,85214,10.402099609375
RSLSU,λ<=log n,8192,1,72166,8.809326171875
RSLSU,λ<=log n,8192,1,86525,10.5621337890625
RSLSU,λ<=log n,8192,1,83389,10.1793212890625
RSLSU,λ<=log n,8192,1,76263,9.3094482421875
RSLSU,λ<=log n,8192,1,80107,9.7786865234375
RSLSU,λ<=log n,8192,1,81544,9.9541015625
RSLSU,λ<=log n,8192,1,76658,9.357666015625
RSLSU,λ<=log n,8192,1,81601,9.9610595703125
RSLSU,λ<=log n,8192,1,90437,11.0396728515625
RSLSU,λ<=log n,8192,1,76276,9.31103515625
RSLSU,λ<=log n,8192,1,79880,9.7509765625
RSLSU,λ<=log n,8192,1,78473,9.5792236328125
RSLSU,λ<=log n,8192,1,84864,10.359375
RSLSU,λ<=log n,8192,1,80444,9.81982421875
RSLSU,λ<=log n,8192,1,84210,10.279541015625
RSLSU,λ<=log n,8192,1,73245,8.9410400390625
RSLSU,λ<=log n,8192,1,73186,8.933837890625
RSLSU,λ<=log n,8192,1,89053,10.8707275390625
RSLSU,λ<=log n,8192,1,78827,9.6224365234375
RSLSU,λ<=log n,8192,1,76139,9.2943115234375
RSLSU,λ<=log n,8192,1,76413,9.3277587890625
RSLSU,λ<=log n,8192,1,75187,9.1781005859375
RSLSU,λ<=log n,8192,1,76484,9.33642578125
RSLSU,λ<=log n,8192,1,75767,9.2489013671875
RSLSU,λ<=log n,8192,1,72300,8.82568359375
RSLSU,λ<=log n,8192,1,88299,10.7786865234375
RSLSU,λ<=log n,8192,1,77299,9.4359130859375
RSLSU,λ<=log n,8192,1,92901,11.3404541015625
RSLSU,λ<=log n,8192,1,80567,9.8348388671875
RSLSU,λ<=log n,8192,1,74211,9.0589599609375
RSLSU,λ<=log n,8192,1,82605,10.0836181640625
RSLSU,λ<=log n,8192,1,74858,9.137939453125
RSLSU,λ<=log n,8192,1,75997,9.2769775390625
RSLSU,λ<=log n,8192,1,73875,9.0179443359375
RSLSU,λ<=log n,8192,1,76846,9.380615234375
RSLSU,λ<=log n,8192,1,80417,9.8165283203125
RSLSU,λ<=log n,8192,1,76056,9.2841796875
RSLSU,λ<=log n,8192,1,76228,9.30517578125
RSLSU,λ<=log n,8192,1,97844,11.94384765625
RSLSU,λ<=log n,8192,1,77478,9.457763671875
RSLSU,λ<=log n,8192,1,77893,9.5084228515625
RSLSU,λ<=log n,8192,1,87546,10.686767578125
RSLSU,λ<=log n,8192,1,76021,9.2799072265625
RSLSU,λ<=log n,8192,1,78375,9.5672607421875
RSLSU,λ<=log n,8192,1,74555,9.1009521484375
RSLSU,λ<=log n,8192,1,76965,9.3951416015625
RSLSU,λ<=log n,8192,1,83378,10.177978515625
RSLSU,λ<=log n,8192,1,80539,9.8314208984375
RSLSU,λ<=log n,8192,1,76954,9.393798828125
RSLSU,λ<=log n,8192,1,79292,9.67919921875
RSLSU,λ<=log n,8192,1,99301,12.1217041015625
RSLSU,λ<=log n,8192,1,76511,9.3397216796875
RSLSU,λ<=log n,8192,1,89605,10.9381103515625
RSLSU,λ<=log n,8192,1,82660,10.09033203125
RSLSU,λ<=log n,8192,1,88767,10.8358154296875
RSLSU,λ<=log n,8192,1,89764,10.95751953125
RSLSU,λ<=log n,8192,1,86517,10.5611572265625
RSLSU,λ<=log n,8192,1,76871,9.3836669921875
RSLSU,λ<=log n,8192,1,85378,10.422119140625
RSLSU,λ<=log n,8192,1,82719,10.0975341796875
RSLSU,λ<=log n,8192,1,86462,10.554443359375
RSLSU,λ<=log n,8192,1,73942,9.026123046875
RSLSU,λ<=log n,8192,1,73616,8.986328125
RSLSU,λ<=log n,8192,1,75002,9.155517578125
RSLSU,λ<=log n,8192,1,79555,9.7113037109375
RSLSU,λ<=log n,8192,1,78624,9.59765625
RSLSU,λ<=log n,8192,1,78683,9.6048583984375
RSLSU,λ<=log n,8192,1,72331,8.8294677734375
RSLSU,λ<=log n,8192,1,76369,9.3223876953125
RSLSU,λ<=log n,8192,1,86547,10.5648193359375
RSLSU,λ<=log n,8192,1,74999,9.1551513671875
RSLSU,λ<=log n,8192,1,73803,9.0091552734375
RSLSU,λ<=log n,8192,1,81315,9.9261474609375
RSLSU,λ<=log n,8192,1,80853,9.8697509765625
RSLSU,λ<=log n,8192,1,78738,9.611572265625
RSLSU,λ<=log n,8192,1,79946,9.759033203125
RSLSU,λ<=log n,8192,1,78460,9.57763671875
RSLSU,λ<=log n,8192,1,82020,10.01220703125
RSLSU,λ<=log n,8192,1,81094,9.899169921875
RSLSU,λ<=log n,8192,1,72808,8.8876953125
RSLSU,λ<=log n,8192,1,85646,10.454833984375
RSLSU,λ<=log n,8192,1,81515,9.9505615234375
RSDMU,λ<=log n,8192,1,66182,8.078857421875
RSDMU,λ<=log n,8192,1,78893,9.6304931640625
RSDMU,λ<=log n,8192,1,68555,8.3685302734375
RSDMU,λ<=log n,8192,1,71795,8.7640380859375
RSDMU,λ<=log n,8192,1,68782,8.396240234375
RSDMU,λ<=log n,8192,1,97344,11.8828125
RSDMU,λ<=log n,8192,1,70661,8.6256103515625
RSDMU,λ<=log n,8192,1,64650,7.891845703125
RSDMU,λ<=log n,8192,1,79585,9.7149658203125
RSDMU,λ<=log n,8192,1,64367,7.8572998046875
RSDMU,λ<=log n,8192,1,65327,7.9744873046875
RSDMU,λ<=log n,8192,1,85902,10.486083984375
RSDMU,λ<=log n,8192,1,69776,8.517578125
RSDMU,λ<=log n,8192,1,60189,7.3472900390625
RSDMU,λ<=log n,8192,1,78687,9.6053466796875
RSDMU,λ<=log n,8192,1,67647,8.2576904296875
RSDMU,λ<=log n,8192,1,76037,9.2818603515625
RSDMU,λ<=log n,8192,1,87421,10.6715087890625
RSDMU,λ<=log n,8192,1,86984,10.6181640625
RSDMU,λ<=log n,8192,1,72474,8.846923828125
RSDMU,λ<=log n,8192,1,59879,7.3094482421875
RSDMU,λ<=log n,8192,1,81805,9.9859619140625
RSDMU,λ<=log n,8192,1,60186,7.346923828125
RSDMU,λ<=log n,8192,1,69611,8.4974365234375
RSDMU,λ<=log n,8192,1,71597,8.7398681640625
RSDMU,λ<=log n,8192,1,67313,8.2169189453125
RSDMU,λ<=log n,8192,1,65627,8.0111083984375
RSDMU,λ<=log n,8192,1,69718,8.510498046875
RSDMU,λ<=log n,8192,1,90350,11.029052734375
RSDMU,λ<=log n,8192,1,69478,8.481201171875
RSDMU,λ<=log n,8192,1,58072,7.0888671875
RSDMU,λ<=log n,8192,1,66089,8.0675048828125
RSDMU,λ<=log n,8192,1,67672,8.2607421875
RSDMU,λ<=log n,8192,1,71658,8.747314453125
RSDMU,λ<=log n,8192,1,79805,9.7418212890625
RSDMU,λ<=log n,8192,1,70473,8.6026611328125
RSDMU,λ<=log n,8192,1,71619,8.7425537109375
RSDMU,λ<=log n,8192,1,73544,8.9775390625
RSDMU,λ<=log n,8192,1,60862,7.429443359375
RSDMU,λ<=log n,8192,1,59209,7.2276611328125
RSDMU,λ<=log n,8192,1,67788,8.27490234375
RSDMU,λ<=log n,8192,1,92523,11.2943115234375
RSDMU,λ<=log n,8192,1,66686,8.140380859375
RSDMU,λ<=log n,8192,1,81344,9.9296875
RSDMU,λ<=log n,8192,1,82216,10.0361328125
RSDMU,λ<=log n,8192,1,67847,8.2821044921875
RSDMU,λ<=log n,8192,1,63111,7.7039794921875
RSDMU,λ<=log n,8192,1,63901,7.8004150390625
RSDMU,λ<=log n,8192,1,67374,8.224365234375
RSDMU,λ<=log n,8192,1,80465,9.8223876953125
RSDMU,λ<=log n,8192,1,61038,7.450927734375
RSDMU,λ<=log n,8192,1,59031,7.2059326171875
RSDMU,λ<=log n,8192,1,65385,7.9815673828125
RSDMU,λ<=log n,8192,1,77247,9.4295654296875
RSDMU,λ<=log n,8192,1,73988,9.03173828125
RSDMU,λ<=log n,8192,1,67298,8.215087890625
RSDMU,λ<=log n,8192,1,63830,7.791748046875
RSDMU,λ<=log n,8192,1,93093,11.3638916015625
RSDMU,λ<=log n,8192,1,65873,8.0411376953125
RSDMU,λ<=log n,8192,1,64509,7.8746337890625
RSDMU,λ<=log n,8192,1,63505,7.7520751953125
RSDMU,λ<=log n,8192,1,66355,8.0999755859375
RSDMU,λ<=log n,8192,1,74057,9.0401611328125
RSDMU,λ<=log n,8192,1,85128,10.3916015625
RSDMU,λ<=log n,8192,1,58967,7.1981201171875
RSDMU,λ<=log n,8192,1,63897,7.7999267578125
RSDMU,λ<=log n,8192,1,66367,8.1014404296875
RSDMU,λ<=log n,8192,1,72432,8.841796875
RSDMU,λ<=log n,8192,1,65808,8.033203125
RSDMU,λ<=log n,8192,1,59270,7.235107421875
RSDMU,λ<=log n,8192,1,75382,9.201904296875
RSDMU,λ<=log n,8192,1,79463,9.7000732421875
RSDMU,λ<=log n,8192,1,71828,8.76806640625
RSDMU,λ<=log n,8192,1,61254,7.477294921875
RSDMU,λ<=log n,8192,1,64566,7.881591796875
RSDMU,λ<=log n,8192,1,84349,10.2965087890625
RSDMU,λ<=log n,8192,1,64821,7.9127197265625
RSDMU,λ<=log n,8192,1,62767,7.6619873046875
RSDMU,λ<=log n,8192,1,65160,7.9541015625
RSDMU,λ<=log n,8192,1,67511,8.2410888671875
RSDMU,λ<=log n,8192,1,63267,7.7230224609375
RSDMU,λ<=log n,8192,1,77382,9.446044921875
RSDMU,λ<=log n,8192,1,61361,7.4903564453125
RSDMU,λ<=log n,8192,1,68269,8.3336181640625
RSDMU,λ<=log n,8192,1,59101,7.2144775390625
RSDMU,λ<=log n,8192,1,58386,7.127197265625
RSDMU,λ<=log n,8192,1,66574,8.126708984375
RSDMU,λ<=log n,8192,1,73259,8.9427490234375
RSDMU,λ<=log n,8192,1,69412,8.47314453125
RSDMU,λ<=log n,8192,1,67348,8.22119140625
RSDMU,λ<=log n,8192,1,69593,8.4952392578125
RSDMU,λ<=log n,8192,1,83391,10.1795654296875
RSDMU,λ<=log n,8192,1,67322,8.218017578125
RSDMU,λ<=log n,8192,1,59198,7.226318359375
RSDMU,λ<=log n,8192,1,76365,9.3218994140625
RSDMU,λ<=log n,8192,1,66986,8.177001953125
RSDMU,λ<=log n,8192,1,68294,8.336669921875
RSDMU,λ<=log n,8192,1,68394,8.348876953125
RSDMU,λ<=log n,8192,1,59826,7.302978515625
RSDMU,λ<=log n,8192,1,57709,7.0445556640625
RRDMU,λ<=log n,8192,1,50594,6.176025390625
RRDMU,λ<=log n,8192,1,52682,6.430908203125
RRDMU,λ<=log n,8192,1,44852,5.47509765625
RRDMU,λ<=log n,8192,1,51599,6.2987060546875
RRDMU,λ<=log n,8192,1,52034,6.351806640625
RRDMU,λ<=log n,8192,1,54296,6.6279296875
RRDMU,λ<=log n,8192,1,51424,6.27734375
RRDMU,λ<=log n,8192,1,46161,5.6348876953125
RRDMU,λ<=log n,8192,1,46692,5.69970703125
RRDMU,λ<=log n,8192,1,48159,5.8787841796875
RRDMU,λ<=log n,8192,1,47999,5.8592529296875
RRDMU,λ<=log n,8192,1,56732,6.92529296875
RRDMU,λ<=log n,8192,1,50728,6.1923828125
RRDMU,λ<=log n,8192,1,48400,5.908203125
RRDMU,λ<=log n,8192,1,46734,5.704833984375
RRDMU,λ<=log n,8192,1,51242,6.255126953125
RRDMU,λ<=log n,8192,1,51676,6.30810546875
RRDMU,λ<=log n,8192,1,47218,5.763916015625
RRDMU,λ<=log n,8192,1,48734,5.948974609375
RRDMU,λ<=log n,8192,1,51130,6.241455078125
RRDMU,λ<=log n,8192,1,47186,5.760009765625
RRDMU,λ<=log n,8192,1,47245,5.7672119140625
RRDMU,λ<=log n,8192,1,50246,6.133544921875
RRDMU,λ<=log n,8192,1,51504,6.287109375
RRDMU,λ<=log n,8192,1,47219,5.7640380859375
RRDMU,λ<=log n,8192,1,49520,6.044921875
RRDMU,λ<=log n,8192,1,52297,6.3839111328125
RRDMU,λ<=log n,8192,1,47546,5.803955078125
RRDMU,λ<=log n,8192,1,48907,5.9700927734375
RRDMU,λ<=log n,8192,1,47434,5.790283203125
RRDMU,λ<=log n,8192,1,47323,5.7767333984375
RRDMU,λ<=log n,8192,1,44511,5.4334716796875
RRDMU,λ<=log n,8192,1,47388,5.78466796875
RRDMU,λ<=log n,8192,1,49972,6.10009765625
RRDMU,λ<=log n,8192,1,53562,6.538330078125
RRDMU,λ<=log n,8192,1,46366,5.659912109375
RRDMU,λ<=log n,8192,1,51364,6.27001953125
RRDMU,λ<=log n,8192,1,50406,6.153076171875
RRDMU,λ<=log n,8192,1,49887,6.0897216796875
RRDMU,λ<=log n,8192,1,52102,6.360107421875
RRDMU,λ<=log n,8192,1,63150,7.708740234375
RRDMU,λ<=log n,8192,1,55964,6.83154296875
RRDMU,λ<=log n,8192,1,52836,6.44970703125
RRDMU,λ<=log n,8192,1,52196,6.37158203125
RRDMU,λ<=log n,8192,1,49283,6.0159912109375
RRDMU,λ<=log n,8192,1,49437,6.0347900390625
RRDMU,λ<=log n,8192,1,50589,6.1754150390625
RRDMU,λ<=log n,8192,1,46101,5.6275634765625
RRDMU,λ<=log n,8192,1,51606,6.299560546875
RRDMU,λ<=log n,8192,1,46695,5.7000732421875
RRDMU,λ<=log n,8192,1,46446,5.669677734375
RRDMU,λ<=log n,8192,1,50617,6.1788330078125
RRDMU,λ<=log n,8192,1,50972,6.22216796875
RRDMU,λ<=log n,8192,1,50083,6.1136474609375
RRDMU,λ<=log n,8192,1,49571,6.0511474609375
RRDMU,λ<=log n,8192,1,50315,6.1419677734375
RRDMU,λ<=log n,8192,1,52354,6.390869140625
RRDMU,λ<=log n,8192,1,49466,6.038330078125
RRDMU,λ<=log n,8192,1,46823,5.7156982421875
RRDMU,λ<=log n,8192,1,58561,7.1485595703125
RRDMU,λ<=log n,8192,1,48427,5.9114990234375
RRDMU,λ<=log n,8192,1,47781,5.8326416015625
RRDMU,λ<=log n,8192,1,49361,6.0255126953125
RRDMU,λ<=log n,8192,1,53454,6.525146484375
RRDMU,λ<=log n,8192,1,53978,6.589111328125
RRDMU,λ<=log n,8192,1,45549,5.5601806640625
RRDMU,λ<=log n,8192,1,47892,5.84619140625
RRDMU,λ<=log n,8192,1,46289,5.6505126953125
RRDMU,λ<=log n,8192,1,55853,6.8179931640625
RRDMU,λ<=log n,8192,1,54540,6.65771484375
RRDMU,λ<=log n,8192,1,49649,6.0606689453125
RRDMU,λ<=log n,8192,1,45392,5.541015625
RRDMU,λ<=log n,8192,1,47343,5.7791748046875
RRDMU,λ<=log n,8192,1,52137,6.3643798828125
RRDMU,λ<=log n,8192,1,48707,5.9456787109375
RRDMU,λ<=log n,8192,1,45259,5.5247802734375
RRDMU,λ<=log n,8192,1,47317,5.7760009765625
RRDMU,λ<=log n,8192,1,48721,5.9473876953125
RRDMU,λ<=log n,8192,1,57142,6.975341796875
RRDMU,λ<=log n,8192,1,55003,6.7142333984375
RRDMU,λ<=log n,8192,1,51537,6.2911376953125
RRDMU,λ<=log n,8192,1,46522,5.678955078125
RRDMU,λ<=log n,8192,1,49352,6.0244140625
RRDMU,λ<=log n,8192,1,45198,5.517333984375
RRDMU,λ<=log n,8192,1,48812,5.95849609375
RRDMU,λ<=log n,8192,1,50219,6.1302490234375
RRDMU,λ<=log n,8192,1,45526,5.557373046875
RRDMU,λ<=log n,8192,1,49460,6.03759765625
RRDMU,λ<=log n,8192,1,46511,5.6776123046875
RRDMU,λ<=log n,8192,1,50252,6.13427734375
RRDMU,λ<=log n,8192,1,49030,5.985107421875
RRDMU,λ<=log n,8192,1,50376,6.1494140625
RRDMU,λ<=log n,8192,1,48865,5.9649658203125
RRDMU,λ<=log n,8192,1,48596,5.93212890625
RRDMU,λ<=log n,8192,1,48229,5.8873291015625
RRDMU,λ<=log n,8192,1,44169,5.3917236328125
RRDMU,λ<=log n,8192,1,50015,6.1053466796875
RRDMU,λ<=log n,8192,1,46455,5.6707763671875
RRDMU,λ<=log n,8192,1,48645,5.9381103515625
RHDMU,λ<=log n,8192,1,49328,6.021484375
RHDMU,λ<=log n,8192,1,49759,6.0740966796875
RHDMU,λ<=log n,8192,1,48058,5.866455078125
RHDMU,λ<=log n,8192,1,54183,6.6141357421875
RHDMU,λ<=log n,8192,1,49396,6.02978515625
RHDMU,λ<=log n,8192,1,51243,6.2552490234375
RHDMU,λ<=log n,8192,1,52692,6.43212890625
RHDMU,λ<=log n,8192,1,50769,6.1973876953125
RHDMU,λ<=log n,8192,1,52617,6.4229736328125
RHDMU,λ<=log n,8192,1,51620,6.30126953125
RHDMU,λ<=log n,8192,1,51528,6.2900390625
RHDMU,λ<=log n,8192,1,48868,5.96533203125
RHDMU,λ<=log n,8192,1,52887,6.4559326171875
RHDMU,λ<=log n,8192,1,51103,6.2381591796875
RHDMU,λ<=log n,8192,1,47792,5.833984375
RHDMU,λ<=log n,8192,1,52295,6.3836669921875
RHDMU,λ<=log n,8192,1,55815,6.8133544921875
RHDMU,λ<=log n,8192,1,54316,6.63037109375
RHDMU,λ<=log n,8192,1,49054,5.988037109375
RHDMU,λ<=log n,8192,1,55722,6.802001953125
RHDMU,λ<=log n,8192,1,48142,5.876708984375
RHDMU,λ<=log n,8192,1,50215,6.1297607421875
RHDMU,λ<=log n,8192,1,53842,6.572509765625
RHDMU,λ<=log n,8192,1,55749,6.8052978515625
RHDMU,λ<=log n,8192,1,49584,6.052734375
RHDMU,λ<=log n,8192,1,47575,5.8074951171875
RHDMU,λ<=log n,8192,1,51284,6.26025390625
RHDMU,λ<=log n,8192,1,52600,6.4208984375
RHDMU,λ<=log n,8192,1,62613,7.6431884765625
RHDMU,λ<=log n,8192,1,52074,6.356689453125
RHDMU,λ<=log n,8192,1,52489,6.4073486328125
RHDMU,λ<=log n,8192,1,58672,7.162109375
RHDMU,λ<=log n,8192,1,49704,6.0673828125
RHDMU,λ<=log n,8192,1,53136,6.486328125
RHDMU,λ<=log n,8192,1,48002,5.859619140625
RHDMU,λ<=log n,8192,1,52363,6.3919677734375
RHDMU,λ<=log n,8192,1,45472,5.55078125
RHDMU,λ<=log n,8192,1,47951,5.8533935546875
RHDMU,λ<=log n,8192,1,48900,5.96923828125
RHDMU,λ<=log n,8192,1,53689,6.5538330078125
RHDMU,λ<=log n,8192,1,51297,6.2618408203125
RHDMU,λ<=log n,8192,1,50813,6.2027587890625
RHDMU,λ<=log n,8192,1,55575,6.7840576171875
RHDMU,λ<=log n,8192,1,49996,6.10302734375
RHDMU,λ<=log n,8192,1,52549,6.4146728515625
RHDMU,λ<=log n,8192,1,56055,6.8426513671875
RHDMU,λ<=log n,8192,1,53650,6.549072265625
RHDMU,λ<=log n,8192,1,52891,6.4564208984375
RHDMU,λ<=log n,8192,1,47904,5.84765625
RHDMU,λ<=log n,8192,1,56152,6.8544921875
RHDMU,λ<=log n,8192,1,53283,6.5042724609375
RHDMU,λ<=log n,8192,1,48848,5.962890625
RHDMU,λ<=log n,8192,1,48390,5.906982421875
RHDMU,λ<=log n,8192,1,47830,5.838623046875
RHDMU,λ<=log n,8192,1,48164,5.87939453125
RHDMU,λ<=log n,8192,1,51492,6.28564453125
RHDMU,λ<=log n,8192,1,48204,5.88427734375
RHDMU,λ<=log n,8192,1,52608,6.421875
RHDMU,λ<=log n,8192,1,48847,5.9627685546875
RHDMU,λ<=log n,8192,1,51425,6.2774658203125
RHDMU,λ<=log n,8192,1,57529,7.0225830078125
RHDMU,λ<=log n,8192,1,53404,6.51904296875
RHDMU,λ<=log n,8192,1,47476,5.79541015625
RHDMU,λ<=log n,8192,1,53231,6.4979248046875
RHDMU,λ<=log n,8192,1,56250,6.866455078125
RHDMU,λ<=log n,8192,1,48658,5.939697265625
RHDMU,λ<=log n,8192,1,56583,6.9071044921875
RHDMU,λ<=log n,8192,1,48859,5.9642333984375
RHDMU,λ<=log n,8192,1,53762,6.562744140625
RHDMU,λ<=log n,8192,1,51863,6.3309326171875
RHDMU,λ<=log n,8192,1,53717,6.5572509765625
RHDMU,λ<=log n,8192,1,57691,7.0423583984375
RHDMU,λ<=log n,8192,1,46426,5.667236328125
RHDMU,λ<=log n,8192,1,51037,6.2301025390625
RHDMU,λ<=log n,8192,1,49826,6.082275390625
RHDMU,λ<=log n,8192,1,46913,5.7266845703125
RHDMU,λ<=log n,8192,1,49541,6.0474853515625
RHDMU,λ<=log n,8192,1,49046,5.987060546875
RHDMU,λ<=log n,8192,1,47410,5.787353515625
RHDMU,λ<=log n,8192,1,50695,6.1883544921875
RHDMU,λ<=log n,8192,1,52706,6.433837890625
RHDMU,λ<=log n,8192,1,54848,6.6953125
RHDMU,λ<=log n,8192,1,45754,5.585205078125
RHDMU,λ<=log n,8192,1,59165,7.2222900390625
RHDMU,λ<=log n,8192,1,51160,6.2451171875
RHDMU,λ<=log n,8192,1,49778,6.076416015625
RHDMU,λ<=log n,8192,1,48979,5.9788818359375
RHDMU,λ<=log n,8192,1,51172,6.24658203125
RHDMU,λ<=log n,8192,1,49014,5.983154296875
RHDMU,λ<=log n,8192,1,50257,6.1348876953125
RHDMU,λ<=log n,8192,1,49504,6.04296875
RHDMU,λ<=log n,8192,1,50054,6.110107421875
RHDMU,λ<=log n,8192,1,48799,5.9569091796875
RHDMU,λ<=log n,8192,1,47534,5.802490234375
RHDMU,λ<=log n,8192,1,51167,6.2459716796875
RHDMU,λ<=log n,8192,1,51303,6.2625732421875
RHDMU,λ<=log n,8192,1,48229,5.8873291015625
RHDMU,λ<=log n,8192,1,47492,5.79736328125
RHDMU,λ<=log n,8192,1,48524,5.92333984375
RHDMU,λ<=log n,8192,1,50775,6.1981201171875
RHLMU,λ<=log n,8192,1,47875,5.8441162109375
RHLMU,λ<=log n,8192,1,48162,5.879150390625
RHLMU,λ<=log n,8192,1,54626,6.668212890625
RHLMU,λ<=log n,8192,1,55896,6.8232421875
RHLMU,λ<=log n,8192,1,51286,6.260498046875
RHLMU,λ<=log n,8192,1,55969,6.8321533203125
RHLMU,λ<=log n,8192,1,52752,6.439453125
RHLMU,λ<=log n,8192,1,50800,6.201171875
RHLMU,λ<=log n,8192,1,48069,5.8677978515625
RHLMU,λ<=log n,8192,1,57564,7.02685546875
RHLMU,λ<=log n,8192,1,51819,6.3255615234375
RHLMU,λ<=log n,8192,1,50267,6.1361083984375
RHLMU,λ<=log n,8192,1,49990,6.102294921875
RHLMU,λ<=log n,8192,1,58052,7.08642578125
RHLMU,λ<=log n,8192,1,51678,6.308349609375
RHLMU,λ<=log n,8192,1,51762,6.318603515625
RHLMU,λ<=log n,8192,1,48651,5.9388427734375
RHLMU,λ<=log n,8192,1,50948,6.21923828125
RHLMU,λ<=log n,8192,1,51852,6.32958984375
RHLMU,λ<=log n,8192,1,51663,6.3065185546875
RHLMU,λ<=log n,8192,1,50430,6.156005859375
RHLMU,λ<=log n,8192,1,55434,6.766845703125
RHLMU,λ<=log n,8192,1,55993,6.8350830078125
RHLMU,λ<=log n,8192,1,53626,6.546142578125
RHLMU,λ<=log n,8192,1,63665,7.7716064453125
RHLMU,λ<=log n,8192,1,53343,6.5115966796875
RHLMU,λ<=log n,8192,1,48696,5.9443359375
RHLMU,λ<=log n,8192,1,51955,6.3421630859375
RHLMU,λ<=log n,8192,1,50943,6.2186279296875
RHLMU,λ<=log n,8192,1,47783,5.8328857421875
RHLMU,λ<=log n,8192,1,49836,6.08349609375
RHLMU,λ<=log n,8192,1,49652,6.06103515625
RHLMU,λ<=log n,8192,1,57853,7.0621337890625
RHLMU,λ<=log n,8192,1,50481,6.1622314453125
RHLMU,λ<=log n,8192,1,57781,7.0533447265625
RHLMU,λ<=log n,8192,1,53545,6.5362548828125
RHLMU,λ<=log n,8192,1,53995,6.5911865234375
RHLMU,λ<=log n,8192,1,50043,6.1087646484375
RHLMU,λ<=log n,8192,1,50110,6.116943359375
RHLMU,λ<=log n,8192,1,55955,6.8304443359375
RHLMU,λ<=log n,8192,1,57117,6.9722900390625
RHLMU,λ<=log n,8192,1,50869,6.2095947265625
RHLMU,λ<=log n,8192,1,59772,7.29638671875
RHLMU,λ<=log n,8192,1,53674,6.552001953125
RHLMU,λ<=log n,8192,1,53760,6.5625
RHLMU,λ<=log n,8192,1,49921,6.0938720703125
RHLMU,λ<=log n,8192,1,48758,5.951904296875
RHLMU,λ<=log n,8192,1,51553,6.2930908203125
RHLMU,λ<=log n,8192,1,51063,6.2332763671875
RHLMU,λ<=log n,8192,1,53161,6.4893798828125
RHLMU,λ<=log n,8192,1,49971,6.0999755859375
RHLMU,λ<=log n,8192,1,50854,6.207763671875
RHLMU,λ<=log n,8192,1,51119,6.2401123046875
RHLMU,λ<=log n,8192,1,51910,6.336669921875
RHLMU,λ<=log n,8192,1,54330,6.632080078125
RHLMU,λ<=log n,8192,1,53042,6.474853515625
RHLMU,λ<=log n,8192,1,55750,6.805419921875
RHLMU,λ<=log n,8192,1,55215,6.7401123046875
RHLMU,λ<=log n,8192,1,49827,6.0823974609375
RHLMU,λ<=log n,8192,1,58071,7.0887451171875
RHLMU,λ<=log n,8192,1,46574,5.685302734375
RHLMU,λ<=log n,8192,1,51273,6.2589111328125
RHLMU,λ<=log n,8192,1,55133,6.7301025390625
RHLMU,λ<=log n,8192,1,51480,6.2841796875
RHLMU,λ<=log n,8192,1,52854,6.451904296875
RHLMU,λ<=log n,8192,1,54965,6.7095947265625
RHLMU,λ<=log n,8192,1,50474,6.161376953125
RHLMU,λ<=log n,8192,1,57808,7.056640625
RHLMU,λ<=log n,8192,1,53309,6.5074462890625
RHLMU,λ<=log n,8192,1,52261,6.3795166015625
RHLMU,λ<=log n,8192,1,57668,7.03955078125
RHLMU,λ<=log n,8192,1,50485,6.1627197265625
RHLMU,λ<=log n,8192,1,54568,6.6611328125
RHLMU,λ<=log n,8192,1,52482,6.406494140625
RHLMU,λ<=log n,8192,1,55168,6.734375
RHLMU,λ<=log n,8192,1,55246,6.743896484375
RHLMU,λ<=log n,8192,1,54725,6.6802978515625
RHLMU,λ<=log n,8192,1,52163,6.3675537109375
RHLMU,λ<=log n,8192,1,49766,6.074951171875
RHLMU,λ<=log n,8192,1,53292,6.50537109375
RHLMU,λ<=log n,8192,1,52090,6.358642578125
RHLMU,λ<=log n,8192,1,55482,6.772705078125
RHLMU,λ<=log n,8192,1,49153,6.0001220703125
RHLMU,λ<=log n,8192,1,51718,6.313232421875
RHLMU,λ<=log n,8192,1,55770,6.807861328125
RHLMU,λ<=log n,8192,1,48983,5.9793701171875
RHLMU,λ<=log n,8192,1,48791,5.9559326171875
RHLMU,λ<=log n,8192,1,50160,6.123046875
RHLMU,λ<=log n,8192,1,50486,6.162841796875
RHLMU,λ<=log n,8192,1,48697,5.9444580078125
RHLMU,λ<=log n,8192,1,54289,6.6270751953125
RHLMU,λ<=log n,8192,1,52750,6.439208984375
RHLMU,λ<=log n,8192,1,51975,6.3446044921875
RHLMU,λ<=log n,8192,1,61064,7.4541015625
RHLMU,λ<=log n,8192,1,54333,6.6324462890625
RHLMU,λ<=log n,8192,1,57321,6.9971923828125
RHLMU,λ<=log n,8192,1,55140,6.73095703125
RHLMU,λ<=log n,8192,1,49391,6.0291748046875
RHLMU,λ<=log n,8192,1,50850,6.207275390625
RRLMU,λ<=log n,8192,1,51178,6.247314453125
RRLMU,λ<=log n,8192,1,49836,6.08349609375
RRLMU,λ<=log n,8192,1,48415,5.9100341796875
RRLMU,λ<=log n,8192,1,47411,5.7874755859375
RRLMU,λ<=log n,8192,1,50016,6.10546875
RRLMU,λ<=log n,8192,1,46322,5.654541015625
RRLMU,λ<=log n,8192,1,49381,6.0279541015625
RRLMU,λ<=log n,8192,1,50284,6.13818359375
RRLMU,λ<=log n,8192,1,52808,6.4462890625
RRLMU,λ<=log n,8192,1,54397,6.6402587890625
RRLMU,λ<=log n,8192,1,53099,6.4818115234375
RRLMU,λ<=log n,8192,1,48344,5.9013671875
RRLMU,λ<=log n,8192,1,51292,6.26123046875
RRLMU,λ<=log n,8192,1,56418,6.886962890625
RRLMU,λ<=log n,8192,1,46424,5.6669921875
RRLMU,λ<=log n,8192,1,50430,6.156005859375
RRLMU,λ<=log n,8192,1,51261,6.2574462890625
RRLMU,λ<=log n,8192,1,51766,6.319091796875
RRLMU,λ<=log n,8192,1,49643,6.0599365234375
RRLMU,λ<=log n,8192,1,50228,6.13134765625
RRLMU,λ<=log n,8192,1,50379,6.1497802734375
RRLMU,λ<=log n,8192,1,48674,5.941650390625
RRLMU,λ<=log n,8192,1,50421,6.1549072265625
RRLMU,λ<=log n,8192,1,45621,5.5689697265625
RRLMU,λ<=log n,8192,1,53638,6.547607421875
RRLMU,λ<=log n,8192,1,50528,6.16796875
RRLMU,λ<=log n,8192,1,54373,6.6373291015625
RRLMU,λ<=log n,8192,1,47389,5.7847900390625
RRLMU,λ<=log n,8192,1,46393,5.6632080078125
RRLMU,λ<=log n,8192,1,47307,5.7747802734375
RRLMU,λ<=log n,8192,1,47407,5.7869873046875
RRLMU,λ<=log n,8192,1,51629,6.3023681640625
RRLMU,λ<=log n,8192,1,49480,6.0400390625
RRLMU,λ<=log n,8192,1,53098,6.481689453125
RRLMU,λ<=log n,8192,1,51034,6.229736328125
RRLMU,λ<=log n,8192,1,50309,6.1412353515625
RRLMU,λ<=log n,8192,1,47375,5.7830810546875
RRLMU,λ<=log n,8192,1,46369,5.6602783203125
RRLMU,λ<=log n,8192,1,50322,6.142822265625
RRLMU,λ<=log n,8192,1,45177,5.5147705078125
RRLMU,λ<=log n,8192,1,46381,5.6617431640625
RRLMU,λ<=log n,8192,1,46655,5.6951904296875
RRLMU,λ<=log n,8192,1,47439,5.7908935546875
RRLMU,λ<=log n,8192,1,47059,5.7445068359375
RRLMU,λ<=log n,8192,1,53706,6.555908203125
RRLMU,λ<=log n,8192,1,52889,6.4561767578125
RRLMU,λ<=log n,8192,1,45990,5.614013671875
RRLMU,λ<=log n,8192,1,50928,6.216796875
RRLMU,λ<=log n,8192,1,50333,6.1441650390625
RRLMU,λ<=log n,8192,1,51156,6.24462890625
RRLMU,λ<=log n,8192,1,51404,6.27490234375
RRLMU,λ<=log n,8192,1,46480,5.673828125
RRLMU,λ<=log n,8192,1,49934,6.095458984375
RRLMU,λ<=log n,8192,1,48683,5.9427490234375
RRLMU,λ<=log n,8192,1,46348,5.65771484375
RRLMU,λ<=log n,8192,1,51186,6.248291015625
RRLMU,λ<=log n,8192,1,50264,6.1357421875
RRLMU,λ<=log n,8192,1,46429,5.6676025390625
RRLMU,λ<=log n,8192,1,51148,6.24365234375
RRLMU,λ<=log n,8192,1,50057,6.1104736328125
RRLMU,λ<=log n,8192,1,50955,6.2200927734375
RRLMU,λ<=log n,8192,1,52659,6.4281005859375
RRLMU,λ<=log n,8192,1,49104,5.994140625
RRLMU,λ<=log n,8192,1,48366,5.904052734375
RRLMU,λ<=log n,8192,1,54637,6.6695556640625
RRLMU,λ<=log n,8192,1,45172,5.51416015625
RRLMU,λ<=log n,8192,1,49049,5.9874267578125
RRLMU,λ<=log n,8192,1,49490,6.041259765625
RRLMU,λ<=log n,8192,1,50049,6.1094970703125
RRLMU,λ<=log n,8192,1,45819,5.5931396484375
RRLMU,λ<=log n,8192,1,48890,5.968017578125
RRLMU,λ<=log n,8192,1,48411,5.9095458984375
RRLMU,λ<=log n,8192,1,50145,6.1212158203125
RRLMU,λ<=log n,8192,1,51751,6.3172607421875
RRLMU,λ<=log n,8192,1,49191,6.0047607421875
RRLMU,λ<=log n,8192,1,46881,5.7227783203125
RRLMU,λ<=log n,8192,1,48494,5.919677734375
RRLMU,λ<=log n,8192,1,46635,5.6927490234375
RRLMU,λ<=log n,8192,1,44999,5.4930419921875
RRLMU,λ<=log n,8192,1,48854,5.963623046875
RRLMU,λ<=log n,8192,1,49131,5.9974365234375
RRLMU,λ<=log n,8192,1,52255,6.3787841796875
RRLMU,λ<=log n,8192,1,50403,6.1527099609375
RRLMU,λ<=log n,8192,1,44570,5.440673828125
RRLMU,λ<=log n,8192,1,51666,6.306884765625
RRLMU,λ<=log n,8192,1,51019,6.2279052734375
RRLMU,λ<=log n,8192,1,47517,5.8004150390625
RRLMU,λ<=log n,8192,1,52590,6.419677734375
RRLMU,λ<=log n,8192,1,47959,5.8543701171875
RRLMU,λ<=log n,8192,1,48860,5.96435546875
RRLMU,λ<=log n,8192,1,49783,6.0770263671875
RRLMU,λ<=log n,8192,1,46856,5.7197265625
RRLMU,λ<=log n,8192,1,49585,6.0528564453125
RRLMU,λ<=log n,8192,1,47956,5.85400390625
RRLMU,λ<=log n,8192,1,52688,6.431640625
RRLMU,λ<=log n,8192,1,52540,6.41357421875
RRLMU,λ<=log n,8192,1,47861,5.8424072265625
RRLMU,λ<=log n,8192,1,49521,6.0450439453125
RRLMU,λ<=log n,8192,1,50013,6.1051025390625
RRLMU,λ<=log n,8192,1,50386,6.150634765625
RSLMU,λ<=log n,8192,1,66306,8.093994140625
RSLMU,λ<=log n,8192,1,71662,8.747802734375
RSLMU,λ<=log n,8192,1,76072,9.2861328125
RSLMU,λ<=log n,8192,1,69704,8.5087890625
RSLMU,λ<=log n,8192,1,70000,8.544921875
RSLMU,λ<=log n,8192,1,85691,10.4603271484375
RSLMU,λ<=log n,8192,1,70065,8.5528564453125
RSLMU,λ<=log n,8192,1,69126,8.438232421875
RSLMU,λ<=log n,8192,1,72436,8.84228515625
RSLMU,λ<=log n,8192,1,76591,9.3494873046875
RSLMU,λ<=log n,8192,1,71887,8.7752685546875
RSLMU,λ<=log n,8192,1,71206,8.692138671875
RSLMU,λ<=log n,8192,1,75438,9.208740234375
RSLMU,λ<=log n,8192,1,70099,8.5570068359375
RSLMU,λ<=log n,8192,1,74430,9.085693359375
RSLMU,λ<=log n,8192,1,66609,8.1309814453125
RSLMU,λ<=log n,8192,1,76855,9.3817138671875
RSLMU,λ<=log n,8192,1,76008,9.2783203125
RSLMU,λ<=log n,8192,1,76581,9.3482666015625
RSLMU,λ<=log n,8192,1,75764,9.24853515625
RSLMU,λ<=log n,8192,1,64574,7.882568359375
RSLMU,λ<=log n,8192,1,67313,8.2169189453125
RSLMU,λ<=log n,8192,1,78916,9.63330078125
RSLMU,λ<=log n,8192,1,73874,9.017822265625
RSLMU,λ<=log n,8192,1,71117,8.6812744140625
RSLMU,λ<=log n,8192,1,83948,10.24755859375
RSLMU,λ<=log n,8192,1,75672,9.2373046875
RSLMU,λ<=log n,8192,1,72081,8.7989501953125
RSLMU,λ<=log n,8192,1,74552,9.1005859375
RSLMU,λ<=log n,8192,1,72545,8.8555908203125
RSLMU,λ<=log n,8192,1,78887,9.6297607421875
RSLMU,λ<=log n,8192,1,66148,8.07470703125
RSLMU,λ<=log n,8192,1,77294,9.435302734375
RSLMU,λ<=log n,8192,1,70679,8.6278076171875
RSLMU,λ<=log n,8192,1,73512,8.9736328125
RSLMU,λ<=log n,8192,1,75558,9.223388671875
RSLMU,λ<=log n,8192,1,70937,8.6593017578125
RSLMU,λ<=log n,8192,1,71486,8.726318359375
RSLMU,λ<=log n,8192,1,80091,9.7767333984375
RSLMU,λ<=log n,8192,1,80034,9.769775390625
RSLMU,λ<=log n,8192,1,73558,8.979248046875
RSLMU,λ<=log n,8192,1,96911,11.8299560546875
RSLMU,λ<=log n,8192,1,63911,7.8016357421875
RSLMU,λ<=log n,8192,1,72901,8.8990478515625
RSLMU,λ<=log n,8192,1,70951,8.6610107421875
RSLMU,λ<=log n,8192,1,79820,9.74365234375
RSLMU,λ<=log n,8192,1,73104,8.923828125
RSLMU,λ<=log n,8192,1,68454,8.356201171875
RSLMU,λ<=log n,8192,1,71192,8.6904296875
RSLMU,λ<=log n,8192,1,70152,8.5634765625
RSLMU,λ<=log n,8192,1,71616,8.7421875
RSLMU,λ<=log n,8192,1,71998,8.788818359375
RSLMU,λ<=log n,8192,1,76890,9.385986328125
RSLMU,λ<=log n,8192,1,69304,8.4599609375
RSLMU,λ<=log n,8192,1,68423,8.3524169921875
RSLMU,λ<=log n,8192,1,67166,8.198974609375
RSLMU,λ<=log n,8192,1,72006,8.789794921875
RSLMU,λ<=log n,8192,1,82091,10.0208740234375
RSLMU,λ<=log n,8192,1,67945,8.2940673828125
RSLMU,λ<=log n,8192,1,73603,8.9847412109375
RSLMU,λ<=log n,8192,1,78161,9.5411376953125
RSLMU,λ<=log n,8192,1,77789,9.4957275390625
RSLMU,λ<=log n,8192,1,68215,8.3270263671875
RSLMU,λ<=log n,8192,1,69648,8.501953125
RSLMU,λ<=log n,8192,1,73889,9.0196533203125
RSLMU,λ<=log n,8192,1,67086,8.189208984375
RSLMU,λ<=log n,8192,1,86374,10.543701171875
RSLMU,λ<=log n,8192,1,75536,9.220703125
RSLMU,λ<=log n,8192,1,76706,9.363525390625
RSLMU,λ<=log n,8192,1,80147,9.7835693359375
RSLMU,λ<=log n,8192,1,73516,8.97412109375
RSLMU,λ<=log n,8192,1,70987,8.6654052734375
RSLMU,λ<=log n,8192,1,70430,8.597412109375
RSLMU,λ<=log n,8192,1,71433,8.7198486328125
RSLMU,λ<=log n,8192,1,71631,8.7440185546875
RSLMU,λ<=log n,8192,1,68212,8.32666015625
RSLMU,λ<=log n,8192,1,70455,8.6004638671875
RSLMU,λ<=log n,8192,1,73131,8.9271240234375
RSLMU,λ<=log n,8192,1,72499,8.8499755859375
RSLMU,λ<=log n,8192,1,77868,9.50537109375
RSLMU,λ<=log n,8192,1,79213,9.6695556640625
RSLMU,λ<=log n,8192,1,79759,9.7362060546875
RSLMU,λ<=log n,8192,1,71860,8.77197265625
RSLMU,λ<=log n,8192,1,78103,9.5340576171875
RSLMU,λ<=log n,8192,1,74642,9.111572265625
RSLMU,λ<=log n,8192,1,66568,8.1259765625
RSLMU,λ<=log n,8192,1,66441,8.1104736328125
RSLMU,λ<=log n,8192,1,84787,10.3499755859375
RSLMU,λ<=log n,8192,1,72864,8.89453125
RSLMU,λ<=log n,8192,1,72113,8.8028564453125
RSLMU,λ<=log n,8192,1,68950,8.416748046875
RSLMU,λ<=log n,8192,1,65661,8.0152587890625
RSLMU,λ<=log n,8192,1,76859,9.3822021484375
RSLMU,λ<=log n,8192,1,73211,8.9368896484375
RSLMU,λ<=log n,8192,1,71550,8.734130859375
RSLMU,λ<=log n,8192,1,85319,10.4149169921875
RSLMU,λ<=log n,8192,1,71825,8.7677001953125
RSLMU,λ<=log n,8192,1,74553,9.1007080078125
RSLMU,λ<=log n,8192,1,69121,8.4376220703125
RSLMU,λ<=log n,8192,1,74826,9.134033203125
RSDIU,λ<=log n,8192,1,89478,10.922607421875
RSDIU,λ<=log n,8192,1,87425,10.6719970703125
RSDIU,λ<=log n,8192,1,78763,9.6146240234375
RSDIU,λ<=log n,8192,1,78331,9.5618896484375
RSDIU,λ<=log n,8192,1,86861,10.6031494140625
RSDIU,λ<=log n,8192,1,78975,9.6405029296875
RSDIU,λ<=log n,8192,1,87010,10.621337890625
RSDIU,λ<=log n,8192,1,81369,9.9327392578125
RSDIU,λ<=log n,8192,1,82906,10.120361328125
RSDIU,λ<=log n,8192,1,86975,10.6170654296875
RSDIU,λ<=log n,8192,1,82723,10.0980224609375
RSDIU,λ<=log n,8192,1,75908,9.26611328125
RSDIU,λ<=log n,8192,1,81410,9.937744140625
RSDIU,λ<=log n,8192,1,85018,10.378173828125
RSDIU,λ<=log n,8192,1,93381,11.3990478515625
RSDIU,λ<=log n,8192,1,79826,9.744384765625
RSDIU,λ<=log n,8192,1,84468,10.31103515625
RSDIU,λ<=log n,8192,1,82600,10.0830078125
RSDIU,λ<=log n,8192,1,79532,9.70849609375
RSDIU,λ<=log n,8192,1,79276,9.67724609375
RSDIU,λ<=log n,8192,1,77473,9.4571533203125
RSDIU,λ<=log n,8192,1,76517,9.3404541015625
RSDIU,λ<=log n,8192,1,89289,10.8995361328125
RSDIU,λ<=log n,8192,1,81044,9.89306640625
RSDIU,λ<=log n,8192,1,82054,10.016357421875
RSDIU,λ<=log n,8192,1,97220,11.86767578125
RSDIU,λ<=log n,8192,1,82285,10.0445556640625
RSDIU,λ<=log n,8192,1,78884,9.62939453125
RSDIU,λ<=log n,8192,1,76117,9.2916259765625
RSDIU,λ<=log n,8192,1,81563,9.9564208984375
RSDIU,λ<=log n,8192,1,86676,10.58056640625
RSDIU,λ<=log n,8192,1,91696,11.193359375
RSDIU,λ<=log n,8192,1,74482,9.092041015625
RSDIU,λ<=log n,8192,1,86191,10.5213623046875
RSDIU,λ<=log n,8192,1,84417,10.3048095703125
RSDIU,λ<=log n,8192,1,76676,9.35986328125
RSDIU,λ<=log n,8192,1,84422,10.305419921875
RSDIU,λ<=log n,8192,1,82352,10.052734375
RSDIU,λ<=log n,8192,1,87812,10.71923828125
RSDIU,λ<=log n,8192,1,87796,10.71728515625
RSDIU,λ<=log n,8192,1,85159,10.3953857421875
RSDIU,λ<=log n,8192,1,85887,10.4842529296875
RSDIU,λ<=log n,8192,1,79110,9.656982421875
RSDIU,λ<=log n,8192,1,77452,9.45458984375
RSDIU,λ<=log n,8192,1,75733,9.2447509765625
RSDIU,λ<=log n,8192,1,84572,10.32373046875
RSDIU,λ<=log n,8192,1,80246,9.795654296875
RSDIU,λ<=log n,8192,1,78988,9.64208984375
RSDIU,λ<=log n,8192,1,78780,9.61669921875
RSDIU,λ<=log n,8192,1,85508,10.43798828125
RSDIU,λ<=log n,8192,1,92823,11.3309326171875
RSDIU,λ<=log n,8192,1,81843,9.9906005859375
RSDIU,λ<=log n,8192,1,85208,10.4013671875
RSDIU,λ<=log n,8192,1,89337,10.9053955078125
RSDIU,λ<=log n,8192,1,77063,9.4071044921875
RSDIU,λ<=log n,8192,1,83087,10.1424560546875
RSDIU,λ<=log n,8192,1,80706,9.851806640625
RSDIU,λ<=log n,8192,1,78461,9.5777587890625
RSDIU,λ<=log n,8192,1,76915,9.3890380859375
RSDIU,λ<=log n,8192,1,77187,9.4222412109375
RSDIU,λ<=log n,8192,1,95286,11.631591796875
RSDIU,λ<=log n,8192,1,75615,9.2303466796875
RSDIU,λ<=log n,8192,1,78954,9.637939453125
RSDIU,λ<=log n,8192,1,79839,9.7459716796875
RSDIU,λ<=log n,8192,1,96482,11.777587890625
RSDIU,λ<=log n,8192,1,73749,9.0025634765625
RSDIU,λ<=log n,8192,1,84409,10.3038330078125
RSDIU,λ<=log n,8192,1,83160,10.1513671875
RSDIU,λ<=log n,8192,1,80147,9.7835693359375
RSDIU,λ<=log n,8192,1,90216,11.0126953125
RSDIU,λ<=log n,8192,1,82872,10.1162109375
RSDIU,λ<=log n,8192,1,83034,10.135986328125
RSDIU,λ<=log n,8192,1,86507,10.5599365234375
RSDIU,λ<=log n,8192,1,81760,9.98046875
RSDIU,λ<=log n,8192,1,82692,10.09423828125
RSDIU,λ<=log n,8192,1,79090,9.654541015625
RSDIU,λ<=log n,8192,1,78327,9.5614013671875
RSDIU,λ<=log n,8192,1,76771,9.3714599609375
RSDIU,λ<=log n,8192,1,77159,9.4188232421875
RSDIU,λ<=log n,8192,1,78463,9.5780029296875
RSDIU,λ<=log n,8192,1,77344,9.44140625
RSDIU,λ<=log n,8192,1,80909,9.8765869140625
RSDIU,λ<=log n,8192,1,81768,9.9814453125
RSDIU,λ<=log n,8192,1,90052,10.99267578125
RSDIU,λ<=log n,8192,1,81155,9.9066162109375
RSDIU,λ<=log n,8192,1,80387,9.8128662109375
RSDIU,λ<=log n,8192,1,79669,9.7252197265625
RSDIU,λ<=log n,8192,1,80853,9.8697509765625
RSDIU,λ<=log n,8192,1,78160,9.541015625
RSDIU,λ<=log n,8192,1,82471,10.0672607421875
RSDIU,λ<=log n,8192,1,84981,10.3736572265625
RSDIU,λ<=log n,8192,1,79083,9.6536865234375
RSDIU,λ<=log n,8192,1,80879,9.8729248046875
RSDIU,λ<=log n,8192,1,78800,9.619140625
RSDIU,λ<=log n,8192,1,80307,9.8031005859375
RSDIU,λ<=log n,8192,1,74676,9.11572265625
RSDIU,λ<=log n,8192,1,82230,10.037841796875
RSDIU,λ<=log n,8192,1,85138,10.392822265625
RSDIU,λ<=log n,8192,1,87967,10.7381591796875
RSDIU,λ<=log n,8192,1,74224,9.060546875
RRDIU,λ<=log n,8192,1,57104,6.970703125
RRDIU,λ<=log n,8192,1,57750,7.049560546875
RRDIU,λ<=log n,8192,1,56692,6.92041015625
RRDIU,λ<=log n,8192,1,57322,6.997314453125
RRDIU,λ<=log n,8192,1,63539,7.7562255859375
RRDIU,λ<=log n,8192,1,53150,6.488037109375
RRDIU,λ<=log n,8192,1,54669,6.6734619140625
RRDIU,λ<=log n,8192,1,52993,6.4688720703125
RRDIU,λ<=log n,8192,1,53764,6.56298828125
RRDIU,λ<=log n,8192,1,61782,7.541748046875
RRDIU,λ<=log n,8192,1,55833,6.8155517578125
RRDIU,λ<=log n,8192,1,55657,6.7940673828125
RRDIU,λ<=log n,8192,1,56339,6.8773193359375
RRDIU,λ<=log n,8192,1,55250,6.744384765625
RRDIU,λ<=log n,8192,1,65984,8.0546875
RRDIU,λ<=log n,8192,1,54187,6.6146240234375
RRDIU,λ<=log n,8192,1,56342,6.877685546875
RRDIU,λ<=log n,8192,1,51853,6.3297119140625
RRDIU,λ<=log n,8192,1,58198,7.104248046875
RRDIU,λ<=log n,8192,1,58650,7.159423828125
RRDIU,λ<=log n,8192,1,59488,7.26171875
RRDIU,λ<=log n,8192,1,50909,6.2144775390625
RRDIU,λ<=log n,8192,1,56563,6.9046630859375
RRDIU,λ<=log n,8192,1,59293,7.2379150390625
RRDIU,λ<=log n,8192,1,54223,6.6190185546875
RRDIU,λ<=log n,8192,1,55855,6.8182373046875
RRDIU,λ<=log n,8192,1,62794,7.665283203125
RRDIU,λ<=log n,8192,1,54843,6.6947021484375
RRDIU,λ<=log n,8192,1,55680,6.796875
RRDIU,λ<=log n,8192,1,54497,6.6524658203125
RRDIU,λ<=log n,8192,1,54434,6.644775390625
RRDIU,λ<=log n,8192,1,60853,7.4283447265625
RRDIU,λ<=log n,8192,1,62639,7.6463623046875
RRDIU,λ<=log n,8192,1,56397,6.8843994140625
RRDIU,λ<=log n,8192,1,59474,7.260009765625
RRDIU,λ<=log n,8192,1,56681,6.9190673828125
RRDIU,λ<=log n,8192,1,59439,7.2557373046875
RRDIU,λ<=log n,8192,1,54934,6.705810546875
RRDIU,λ<=log n,8192,1,59350,7.244873046875
RRDIU,λ<=log n,8192,1,55481,6.7725830078125
RRDIU,λ<=log n,8192,1,53351,6.5125732421875
RRDIU,λ<=log n,8192,1,56686,6.919677734375
RRDIU,λ<=log n,8192,1,58159,7.0994873046875
RRDIU,λ<=log n,8192,1,54450,6.646728515625
RRDIU,λ<=log n,8192,1,55764,6.80712890625
RRDIU,λ<=log n,8192,1,62622,7.644287109375
RRDIU,λ<=log n,8192,1,59378,7.248291015625
RRDIU,λ<=log n,8192,1,55339,6.7552490234375
RRDIU,λ<=log n,8192,1,59720,7.2900390625
RRDIU,λ<=log n,8192,1,59583,7.2733154296875
RRDIU,λ<=log n,8192,1,55175,6.7352294921875
RRDIU,λ<=log n,8192,1,58011,7.0814208984375
RRDIU,λ<=log n,8192,1,57752,7.0498046875
RRDIU,λ<=log n,8192,1,54957,6.7086181640625
RRDIU,λ<=log n,8192,1,59429,7.2545166015625
RRDIU,λ<=log n,8192,1,58354,7.123291015625
RRDIU,λ<=log n,8192,1,58824,7.1806640625
RRDIU,λ<=log n,8192,1,59246,7.232177734375
RRDIU,λ<=log n,8192,1,55999,6.8358154296875
RRDIU,λ<=log n,8192,1,58002,7.080322265625
RRDIU,λ<=log n,8192,1,56003,6.8363037109375
RRDIU,λ<=log n,8192,1,59824,7.302734375
RRDIU,λ<=log n,8192,1,55496,6.7744140625
RRDIU,λ<=log n,8192,1,51071,6.2342529296875
RRDIU,λ<=log n,8192,1,54573,6.6617431640625
RRDIU,λ<=log n,8192,1,55299,6.7503662109375
RRDIU,λ<=log n,8192,1,54012,6.59326171875
RRDIU,λ<=log n,8192,1,62767,7.6619873046875
RRDIU,λ<=log n,8192,1,57579,7.0286865234375
RRDIU,λ<=log n,8192,1,58009,7.0811767578125
RRDIU,λ<=log n,8192,1,55650,6.793212890625
RRDIU,λ<=log n,8192,1,56296,6.8720703125
RRDIU,λ<=log n,8192,1,58723,7.1683349609375
RRDIU,λ<=log n,8192,1,54639,6.6697998046875
RRDIU,λ<=log n,8192,1,52204,6.37255859375
RRDIU,λ<=log n,8192,1,54570,6.661376953125
RRDIU,λ<=log n,8192,1,55353,6.7569580078125
RRDIU,λ<=log n,8192,1,57670,7.039794921875
RRDIU,λ<=log n,8192,1,63379,7.7366943359375
RRDIU,λ<=log n,8192,1,59603,7.2757568359375
RRDIU,λ<=log n,8192,1,56465,6.8927001953125
RRDIU,λ<=log n,8192,1,56626,6.912353515625
RRDIU,λ<=log n,8192,1,55122,6.728759765625
RRDIU,λ<=log n,8192,1,55021,6.7164306640625
RRDIU,λ<=log n,8192,1,55041,6.7188720703125
RRDIU,λ<=log n,8192,1,52864,6.453125
RRDIU,λ<=log n,8192,1,52936,6.4619140625
RRDIU,λ<=log n,8192,1,59496,7.2626953125
RRDIU,λ<=log n,8192,1,54798,6.689208984375
RRDIU,λ<=log n,8192,1,56407,6.8856201171875
RRDIU,λ<=log n,8192,1,53857,6.5743408203125
RRDIU,λ<=log n,8192,1,61634,7.523681640625
RRDIU,λ<=log n,8192,1,58037,7.0845947265625
RRDIU,λ<=log n,8192,1,53862,6.574951171875
RRDIU,λ<=log n,8192,1,58479,7.1385498046875
RRDIU,λ<=log n,8192,1,54114,6.605712890625
RRDIU,λ<=log n,8192,1,58977,7.1993408203125
RRDIU,λ<=log n,8192,1,58774,7.174560546875
RRDIU,λ<=log n,8192,1,59956,7.31884765625
RRDIU,λ<=log n,8192,1,60032,7.328125
RHDIU,λ<=log n,8192,1,59952,7.318359375
RHDIU,λ<=log n,8192,1,64835,7.9144287109375
RHDIU,λ<=log n,8192,1,55532,6.77880859375
RHDIU,λ<=log n,8192,1,58457,7.1358642578125
RHDIU,λ<=log n,8192,1,55225,6.7413330078125
RHDIU,λ<=log n,8192,1,62863,7.6737060546875
RHDIU,λ<=log n,8192,1,55345,6.7559814453125
RHDIU,λ<=log n,8192,1,55079,6.7235107421875
RHDIU,λ<=log n,8192,1,62582,7.639404296875
RHDIU,λ<=log n,8192,1,59644,7.28076171875
RHDIU,λ<=log n,8192,1,55231,6.7420654296875
RHDIU,λ<=log n,8192,1,54231,6.6199951171875
RHDIU,λ<=log n,8192,1,56820,6.93603515625
RHDIU,λ<=log n,8192,1,53904,6.580078125
RHDIU,λ<=log n,8192,1,57183,6.9803466796875
RHDIU,λ<=log n,8192,1,60335,7.3651123046875
RHDIU,λ<=log n,8192,1,54019,6.5941162109375
RHDIU,λ<=log n,8192,1,57921,7.0704345703125
RHDIU,λ<=log n,8192,1,57189,6.9810791015625
RHDIU,λ<=log n,8192,1,58122,7.094970703125
RHDIU,λ<=log n,8192,1,58749,7.1715087890625
RHDIU,λ<=log n,8192,1,55936,6.828125
RHDIU,λ<=log n,8192,1,56971,6.9544677734375
RHDIU,λ<=log n,8192,1,56142,6.853271484375
RHDIU,λ<=log n,8192,1,57746,7.049072265625
RHDIU,λ<=log n,8192,1,54436,6.64501953125
RHDIU,λ<=log n,8192,1,60280,7.3583984375
RHDIU,λ<=log n,8192,1,59194,7.225830078125
RHDIU,λ<=log n,8192,1,56632,6.9130859375
RHDIU,λ<=log n,8192,1,61682,7.529541015625
RHDIU,λ<=log n,8192,1,72602,8.862548828125
RHDIU,λ<=log n,8192,1,57813,7.0572509765625
RHDIU,λ<=log n,8192,1,57504,7.01953125
RHDIU,λ<=log n,8192,1,57269,6.9908447265625
RHDIU,λ<=log n,8192,1,60708,7.41064453125
RHDIU,λ<=log n,8192,1,54652,6.67138671875
RHDIU,λ<=log n,8192,1,60577,7.3946533203125
RHDIU,λ<=log n,8192,1,53954,6.586181640625
RHDIU,λ<=log n,8192,1,60862,7.429443359375
RHDIU,λ<=log n,8192,1,65340,7.97607421875
RHDIU,λ<=log n,8192,1,55460,6.77001953125
RHDIU,λ<=log n,8192,1,55714,6.801025390625
RHDIU,λ<=log n,8192,1,60342,7.365966796875
RHDIU,λ<=log n,8192,1,62998,7.690185546875
RHDIU,λ<=log n,8192,1,55950,6.829833984375
RHDIU,λ<=log n,8192,1,63199,7.7147216796875
RHDIU,λ<=log n,8192,1,58614,7.155029296875
RHDIU,λ<=log n,8192,1,55175,6.7352294921875
RHDIU,λ<=log n,8192,1,55139,6.7308349609375
RHDIU,λ<=log n,8192,1,55706,6.800048828125
RHDIU,λ<=log n,8192,1,58856,7.1845703125
RHDIU,λ<=log n,8192,1,55962,6.831298828125
RHDIU,λ<=log n,8192,1,55459,6.7698974609375
RHDIU,λ<=log n,8192,1,57056,6.96484375
RHDIU,λ<=log n,8192,1,54144,6.609375
RHDIU,λ<=log n,8192,1,63994,7.811767578125
RHDIU,λ<=log n,8192,1,60806,7.422607421875
RHDIU,λ<=log n,8192,1,64652,7.89208984375
RHDIU,λ<=log n,8192,1,57865,7.0635986328125
RHDIU,λ<=log n,8192,1,56854,6.940185546875
RHDIU,λ<=log n,8192,1,57665,7.0391845703125
RHDIU,λ<=log n,8192,1,60791,7.4207763671875
RHDIU,λ<=log n,8192,1,55249,6.7442626953125
RHDIU,λ<=log n,8192,1,57988,7.07861328125
RHDIU,λ<=log n,8192,1,58177,7.1016845703125
RHDIU,λ<=log n,8192,1,54965,6.7095947265625
RHDIU,λ<=log n,8192,1,54184,6.6142578125
RHDIU,λ<=log n,8192,1,57399,7.0067138671875
RHDIU,λ<=log n,8192,1,58028,7.08349609375
RHDIU,λ<=log n,8192,1,54375,6.6375732421875
RHDIU,λ<=log n,8192,1,57817,7.0577392578125
RHDIU,λ<=log n,8192,1,58661,7.1607666015625
RHDIU,λ<=log n,8192,1,54938,6.706298828125
RHDIU,λ<=log n,8192,1,61851,7.5501708984375
RHDIU,λ<=log n,8192,1,58249,7.1104736328125
RHDIU,λ<=log n,8192,1,58889,7.1885986328125
RHDIU,λ<=log n,8192,1,58839,7.1824951171875
RHDIU,λ<=log n,8192,1,55260,6.74560546875
RHDIU,λ<=log n,8192,1,58804,7.17822265625
RHDIU,λ<=log n,8192,1,56199,6.8602294921875
RHDIU,λ<=log n,8192,1,59620,7.27783203125
RHDIU,λ<=log n,8192,1,56742,6.926513671875
RHDIU,λ<=log n,8192,1,62773,7.6627197265625
RHDIU,λ<=log n,8192,1,63711,7.7772216796875
RHDIU,λ<=log n,8192,1,61255,7.4774169921875
RHDIU,λ<=log n,8192,1,57920,7.0703125
RHDIU,λ<=log n,8192,1,57812,7.05712890625
RHDIU,λ<=log n,8192,1,63473,7.7481689453125
RHDIU,λ<=log n,8192,1,65575,8.0047607421875
RHDIU,λ<=log n,8192,1,62014,7.570068359375
RHDIU,λ<=log n,8192,1,56548,6.90283203125
RHDIU,λ<=log n,8192,1,57200,6.982421875
RHDIU,λ<=log n,8192,1,58479,7.1385498046875
RHDIU,λ<=log n,8192,1,59798,7.299560546875
RHDIU,λ<=log n,8192,1,56475,6.8939208984375
RHDIU,λ<=log n,8192,1,57335,6.9989013671875
RHDIU,λ<=log n,8192,1,59020,7.20458984375
RHDIU,λ<=log n,8192,1,56021,6.8385009765625
RHDIU,λ<=log n,8192,1,54311,6.6297607421875
RHLIU,λ<=log n,8192,1,54360,6.6357421875
RHLIU,λ<=log n,8192,1,56752,6.927734375
RHLIU,λ<=log n,8192,1,56542,6.902099609375
RHLIU,λ<=log n,8192,1,59682,7.285400390625
RHLIU,λ<=log n,8192,1,60951,7.4403076171875
RHLIU,λ<=log n,8192,1,52868,6.45361328125
RHLIU,λ<=log n,8192,1,59180,7.22412109375
RHLIU,λ<=log n,8192,1,57708,7.04443359375
RHLIU,λ<=log n,8192,1,53455,6.5252685546875
RHLIU,λ<=log n,8192,1,57061,6.9654541015625
RHLIU,λ<=log n,8192,1,54326,6.631591796875
RHLIU,λ<=log n,8192,1,55861,6.8189697265625
RHLIU,λ<=log n,8192,1,57744,7.048828125
RHLIU,λ<=log n,8192,1,57838,7.060302734375
RHLIU,λ<=log n,8192,1,54862,6.697021484375
RHLIU,λ<=log n,8192,1,55495,6.7742919921875
RHLIU,λ<=log n,8192,1,58299,7.1165771484375
RHLIU,λ<=log n,8192,1,60459,7.3802490234375
RHLIU,λ<=log n,8192,1,54766,6.685302734375
RHLIU,λ<=log n,8192,1,57316,6.99658203125
RHLIU,λ<=log n,8192,1,53057,6.4766845703125
RHLIU,λ<=log n,8192,1,57023,6.9608154296875
RHLIU,λ<=log n,8192,1,59108,7.21533203125
RHLIU,λ<=log n,8192,1,57080,6.9677734375
RHLIU,λ<=log n,8192,1,57314,6.996337890625
RHLIU,λ<=log n,8192,1,58110,7.093505859375
RHLIU,λ<=log n,8192,1,60870,7.430419921875
RHLIU,λ<=log n,8192,1,54744,6.6826171875
RHLIU,λ<=log n,8192,1,58265,7.1124267578125
RHLIU,λ<=log n,8192,1,57273,6.9913330078125
RHLIU,λ<=log n,8192,1,54220,6.61865234375
RHLIU,λ<=log n,8192,1,53596,6.54248046875
RHLIU,λ<=log n,8192,1,55694,6.798583984375
RHLIU,λ<=log n,8192,1,52970,6.466064453125
RHLIU,λ<=log n,8192,1,53947,6.5853271484375
RHLIU,λ<=log n,8192,1,55791,6.8104248046875
RHLIU,λ<=log n,8192,1,55577,6.7843017578125
RHLIU,λ<=log n,8192,1,56120,6.8505859375
RHLIU,λ<=log n,8192,1,56532,6.90087890625
RHLIU,λ<=log n,8192,1,53555,6.5374755859375
RHLIU,λ<=log n,8192,1,57196,6.98193359375
RHLIU,λ<=log n,8192,1,56799,6.9334716796875
RHLIU,λ<=log n,8192,1,53879,6.5770263671875
RHLIU,λ<=log n,8192,1,56761,6.9288330078125
RHLIU,λ<=log n,8192,1,57389,7.0054931640625
RHLIU,λ<=log n,8192,1,53674,6.552001953125
RHLIU,λ<=log n,8192,1,58034,7.084228515625
RHLIU,λ<=log n,8192,1,56357,6.8795166015625
RHLIU,λ<=log n,8192,1,55557,6.7818603515625
RHLIU,λ<=log n,8192,1,54733,6.6812744140625
RHLIU,λ<=log n,8192,1,57845,7.0611572265625
RHLIU,λ<=log n,8192,1,56538,6.901611328125
RHLIU,λ<=log n,8192,1,61218,7.472900390625
RHLIU,λ<=log n,8192,1,58332,7.12060546875
RHLIU,λ<=log n,8192,1,60220,7.35107421875
RHLIU,λ<=log n,8192,1,55327,6.7537841796875
RHLIU,λ<=log n,8192,1,56190,6.859130859375
RHLIU,λ<=log n,8192,1,58776,7.1748046875
RHLIU,λ<=log n,8192,1,54087,6.6024169921875
RHLIU,λ<=log n,8192,1,58980,7.19970703125
RHLIU,λ<=log n,8192,1,56468,6.89306640625
RHLIU,λ<=log n,8192,1,52149,6.3658447265625
RHLIU,λ<=log n,8192,1,58235,7.1087646484375
RHLIU,λ<=log n,8192,1,59127,7.2176513671875
RHLIU,λ<=log n,8192,1,49126,5.996826171875
RHLIU,λ<=log n,8192,1,57054,6.964599609375
RHLIU,λ<=log n,8192,1,53964,6.58740234375
RHLIU,λ<=log n,8192,1,54962,6.709228515625
RHLIU,λ<=log n,8192,1,54915,6.7034912109375
RHLIU,λ<=log n,8192,1,58444,7.13427734375
RHLIU,λ<=log n,8192,1,55003,6.7142333984375
RHLIU,λ<=log n,8192,1,57617,7.0333251953125
RHLIU,λ<=log n,8192,1,53516,6.53271484375
RHLIU,λ<=log n,8192,1,61835,7.5482177734375
RHLIU,λ<=log n,8192,1,55435,6.7669677734375
RHLIU,λ<=log n,8192,1,54342,6.633544921875
RHLIU,λ<=log n,8192,1,54372,6.63720703125
RHLIU,λ<=log n,8192,1,55057,6.7208251953125
RHLIU,λ<=log n,8192,1,53140,6.48681640625
RHLIU,λ<=log n,8192,1,55743,6.8045654296875
RHLIU,λ<=log n,8192,1,55940,6.82861328125
RHLIU,λ<=log n,8192,1,55053,6.7203369140625
RHLIU,λ<=log n,8192,1,56730,6.925048828125
RHLIU,λ<=log n,8192,1,54178,6.613525390625
RHLIU,λ<=log n,8192,1,56446,6.890380859375
RHLIU,λ<=log n,8192,1,55195,6.7376708984375
RHLIU,λ<=log n,8192,1,54735,6.6815185546875
RHLIU,λ<=log n,8192,1,56960,6.953125
RHLIU,λ<=log n,8192,1,52075,6.3568115234375
RHLIU,λ<=log n,8192,1,55065,6.7218017578125
RHLIU,λ<=log n,8192,1,53375,6.5155029296875
RHLIU,λ<=log n,8192,1,57667,7.0394287109375
RHLIU,λ<=log n,8192,1,60919,7.4364013671875
RHLIU,λ<=log n,8192,1,59833,7.3038330078125
RHLIU,λ<=log n,8192,1,59380,7.24853515625
RHLIU,λ<=log n,8192,1,61613,7.5211181640625
RHLIU,λ<=log n,8192,1,54755,6.6839599609375
RHLIU,λ<=log n,8192,1,54475,6.6497802734375
RHLIU,λ<=log n,8192,1,55741,6.8043212890625
RHLIU,λ<=log n,8192,1,54470,6.649169921875
RRLIU,λ<=log n,8192,1,57661,7.0386962890625
RRLIU,λ<=log n,8192,1,54225,6.6192626953125
RRLIU,λ<=log n,8192,1,60254,7.355224609375
RRLIU,λ<=log n,8192,1,56045,6.8414306640625
RRLIU,λ<=log n,8192,1,61676,7.52880859375
RRLIU,λ<=log n,8192,1,60533,7.3892822265625
RRLIU,λ<=log n,8192,1,56495,6.8963623046875
RRLIU,λ<=log n,8192,1,55691,6.7982177734375
RRLIU,λ<=log n,8192,1,61622,7.522216796875
RRLIU,λ<=log n,8192,1,57734,7.047607421875
RRLIU,λ<=log n,8192,1,59045,7.2076416015625
RRLIU,λ<=log n,8192,1,58315,7.1185302734375
RRLIU,λ<=log n,8192,1,59357,7.2457275390625
RRLIU,λ<=log n,8192,1,54710,6.678466796875
RRLIU,λ<=log n,8192,1,55446,6.768310546875
RRLIU,λ<=log n,8192,1,59457,7.2579345703125
RRLIU,λ<=log n,8192,1,60429,7.3765869140625
RRLIU,λ<=log n,8192,1,58582,7.151123046875
RRLIU,λ<=log n,8192,1,56317,6.8746337890625
RRLIU,λ<=log n,8192,1,58483,7.1390380859375
RRLIU,λ<=log n,8192,1,61519,7.5096435546875
RRLIU,λ<=log n,8192,1,62881,7.6759033203125
RRLIU,λ<=log n,8192,1,55722,6.802001953125
RRLIU,λ<=log n,8192,1,54638,6.669677734375
RRLIU,λ<=log n,8192,1,60691,7.4085693359375
RRLIU,λ<=log n,8192,1,57995,7.0794677734375
RRLIU,λ<=log n,8192,1,60459,7.3802490234375
RRLIU,λ<=log n,8192,1,58048,7.0859375
RRLIU,λ<=log n,8192,1,56287,6.8709716796875
RRLIU,λ<=log n,8192,1,56894,6.945068359375
RRLIU,λ<=log n,8192,1,53736,6.5595703125
RRLIU,λ<=log n,8192,1,59097,7.2139892578125
RRLIU,λ<=log n,8192,1,62674,7.650634765625
RRLIU,λ<=log n,8192,1,57647,7.0369873046875
RRLIU,λ<=log n,8192,1,54432,6.64453125
RRLIU,λ<=log n,8192,1,62073,7.5772705078125
RRLIU,λ<=log n,8192,1,61004,7.44677734375
RRLIU,λ<=log n,8192,1,56110,6.849365234375
RRLIU,λ<=log n,8192,1,60355,7.3675537109375
RRLIU,λ<=log n,8192,1,61234,7.474853515625
RRLIU,λ<=log n,8192,1,57610,7.032470703125
RRLIU,λ<=log n,8192,1,60730,7.413330078125
RRLIU,λ<=log n,8192,1,52347,6.3900146484375
RRLIU,λ<=log n,8192,1,58333,7.1207275390625
RRLIU,λ<=log n,8192,1,56153,6.8546142578125
RRLIU,λ<=log n,8192,1,59359,7.2459716796875
RRLIU,λ<=log n,8192,1,54366,6.636474609375
RRLIU,λ<=log n,8192,1,55261,6.7457275390625
RRLIU,λ<=log n,8192,1,54752,6.68359375
RRLIU,λ<=log n,8192,1,63268,7.72314453125
RRLIU,λ<=log n,8192,1,57224,6.9853515625
RRLIU,λ<=log n,8192,1,59490,7.261962890625
RRLIU,λ<=log n,8192,1,58268,7.11279296875
RRLIU,λ<=log n,8192,1,52651,6.4271240234375
RRLIU,λ<=log n,8192,1,57383,7.0047607421875
RRLIU,λ<=log n,8192,1,58046,7.085693359375
RRLIU,λ<=log n,8192,1,58624,7.15625
RRLIU,λ<=log n,8192,1,54371,6.6370849609375
RRLIU,λ<=log n,8192,1,60697,7.4093017578125
RRLIU,λ<=log n,8192,1,57021,6.9605712890625
RRLIU,λ<=log n,8192,1,58980,7.19970703125
RRLIU,λ<=log n,8192,1,57461,7.0142822265625
RRLIU,λ<=log n,8192,1,58627,7.1566162109375
RRLIU,λ<=log n,8192,1,57416,7.0087890625
RRLIU,λ<=log n,8192,1,60750,7.415771484375
RRLIU,λ<=log n,8192,1,55693,6.7984619140625
RRLIU,λ<=log n,8192,1,60556,7.39208984375
RRLIU,λ<=log n,8192,1,56425,6.8878173828125
RRLIU,λ<=log n,8192,1,57757,7.0504150390625
RRLIU,λ<=log n,8192,1,54671,6.6737060546875
RRLIU,λ<=log n,8192,1,59294,7.238037109375
RRLIU,λ<=log n,8192,1,61322,7.485595703125
RRLIU,λ<=log n,8192,1,56824,6.9365234375
RRLIU,λ<=log n,8192,1,54541,6.6578369140625
RRLIU,λ<=log n,8192,1,57889,7.0665283203125
RRLIU,λ<=log n,8192,1,57653,7.0377197265625
RRLIU,λ<=log n,8192,1,55821,6.8140869140625
RRLIU,λ<=log n,8192,1,55900,6.82373046875
RRLIU,λ<=log n,8192,1,57201,6.9825439453125
RRLIU,λ<=log n,8192,1,60043,7.3294677734375
RRLIU,λ<=log n,8192,1,58025,7.0831298828125
RRLIU,λ<=log n,8192,1,58061,7.0875244140625
RRLIU,λ<=log n,8192,1,59218,7.228759765625
RRLIU,λ<=log n,8192,1,63676,7.77294921875
RRLIU,λ<=log n,8192,1,53793,6.5665283203125
RRLIU,λ<=log n,8192,1,60007,7.3250732421875
RRLIU,λ<=log n,8192,1,58863,7.1854248046875
RRLIU,λ<=log n,8192,1,58343,7.1219482421875
RRLIU,λ<=log n,8192,1,55669,6.7955322265625
RRLIU,λ<=log n,8192,1,60038,7.328857421875
RRLIU,λ<=log n,8192,1,71196,8.69091796875
RRLIU,λ<=log n,8192,1,54976,6.7109375
RRLIU,λ<=log n,8192,1,62300,7.60498046875
RRLIU,λ<=log n,8192,1,58132,7.09619140625
RRLIU,λ<=log n,8192,1,55882,6.821533203125
RRLIU,λ<=log n,8192,1,59231,7.2303466796875
RRLIU,λ<=log n,8192,1,58580,7.15087890625
RRLIU,λ<=log n,8192,1,56286,6.870849609375
RRLIU,λ<=log n,8192,1,55730,6.802978515625
RRLIU,λ<=log n,8192,1,60881,7.4317626953125
RSLIU,λ<=log n,8192,1,86544,10.564453125
RSLIU,λ<=log n,8192,1,87335,10.6610107421875
RSLIU,λ<=log n,8192,1,93298,11.388916015625
RSLIU,λ<=log n,8192,1,84264,10.2861328125
RSLIU,λ<=log n,8192,1,83840,10.234375
RSLIU,λ<=log n,8192,1,86696,10.5830078125
RSLIU,λ<=log n,8192,1,92249,11.2608642578125
RSLIU,λ<=log n,8192,1,84803,10.3519287109375
RSLIU,λ<=log n,8192,1,81930,10.001220703125
RSLIU,λ<=log n,8192,1,90327,11.0262451171875
RSLIU,λ<=log n,8192,1,91207,11.1336669921875
RSLIU,λ<=log n,8192,1,81997,10.0093994140625
RSLIU,λ<=log n,8192,1,83366,10.176513671875
RSLIU,λ<=log n,8192,1,83404,10.18115234375
RSLIU,λ<=log n,8192,1,80587,9.8372802734375
RSLIU,λ<=log n,8192,1,83470,10.189208984375
RSLIU,λ<=log n,8192,1,91107,11.1214599609375
RSLIU,λ<=log n,8192,1,88235,10.7708740234375
RSLIU,λ<=log n,8192,1,82368,10.0546875
RSLIU,λ<=log n,8192,1,95139,11.6136474609375
RSLIU,λ<=log n,8192,1,79461,9.6998291015625
RSLIU,λ<=log n,8192,1,82176,10.03125
RSLIU,λ<=log n,8192,1,95310,11.634521484375
RSLIU,λ<=log n,8192,1,91985,11.2286376953125
RSLIU,λ<=log n,8192,1,83563,10.2005615234375
RSLIU,λ<=log n,8192,1,78764,9.61474609375
RSLIU,λ<=log n,8192,1,82779,10.1048583984375
RSLIU,λ<=log n,8192,1,91372,11.15380859375
RSLIU,λ<=log n,8192,1,82047,10.0155029296875
RSLIU,λ<=log n,8192,1,85812,10.47509765625
RSLIU,λ<=log n,8192,1,83005,10.1324462890625
RSLIU,λ<=log n,8192,1,86231,10.5262451171875
RSLIU,λ<=log n,8192,1,88453,10.7974853515625
RSLIU,λ<=log n,8192,1,84424,10.3056640625
RSLIU,λ<=log n,8192,1,92400,11.279296875
RSLIU,λ<=log n,8192,1,91318,11.147216796875
RSLIU,λ<=log n,8192,1,82670,10.091552734375
RSLIU,λ<=log n,8192,1,82995,10.1312255859375
RSLIU,λ<=log n,8192,1,85185,10.3985595703125
RSLIU,λ<=log n,8192,1,85922,10.488525390625
RSLIU,λ<=log n,8192,1,93635,11.4300537109375
RSLIU,λ<=log n,8192,1,81131,9.9036865234375
RSLIU,λ<=log n,8192,1,90973,11.1051025390625
RSLIU,λ<=log n,8192,1,80939,9.8802490234375
RSLIU,λ<=log n,8192,1,84563,10.3226318359375
RSLIU,λ<=log n,8192,1,90136,11.0029296875
RSLIU,λ<=log n,8192,1,82060,10.01708984375
RSLIU,λ<=log n,8192,1,93301,11.3892822265625
RSLIU,λ<=log n,8192,1,92142,11.247802734375
RSLIU,λ<=log n,8192,1,82812,10.10888671875
RSLIU,λ<=log n,8192,1,92346,11.272705078125
RSLIU,λ<=log n,8192,1,93238,11.381591796875
RSLIU,λ<=log n,8192,1,79817,9.7432861328125
RSLIU,λ<=log n,8192,1,83447,10.1864013671875
RSLIU,λ<=log n,8192,1,88090,10.753173828125
RSLIU,λ<=log n,8192,1,90858,11.091064453125
RSLIU,λ<=log n,8192,1,81501,9.9488525390625
RSLIU,λ<=log n,8192,1,88434,10.795166015625
RSLIU,λ<=log n,8192,1,85462,10.432373046875
RSLIU,λ<=log n,8192,1,84600,10.3271484375
RSLIU,λ<=log n,8192,1,89184,10.88671875
RSLIU,λ<=log n,8192,1,89351,10.9071044921875
RSLIU,λ<=log n,8192,1,77560,9.4677734375
RSLIU,λ<=log n,8192,1,80788,9.86181640625
RSLIU,λ<=log n,8192,1,90998,11.108154296875
RSLIU,λ<=log n,8192,1,85112,10.3896484375
RSLIU,λ<=log n,8192,1,82957,10.1265869140625
RSLIU,λ<=log n,8192,1,89906,10.974853515625
RSLIU,λ<=log n,8192,1,87449,10.6749267578125
RSLIU,λ<=log n,8192,1,77579,9.4700927734375
RSLIU,λ<=log n,8192,1,92323,11.2698974609375
RSLIU,λ<=log n,8192,1,77122,9.414306640625
RSLIU,λ<=log n,8192,1,90320,11.025390625
RSLIU,λ<=log n,8192,1,88704,10.828125
RSLIU,λ<=log n,8192,1,81686,9.971435546875
RSLIU,λ<=log n,8192,1,90396,11.03466796875
RSLIU,λ<=log n,8192,1,89824,10.96484375
RSLIU,λ<=log n,8192,1,89169,10.8848876953125
RSLIU,λ<=log n,8192,1,86061,10.5054931640625
RSLIU,λ<=log n,8192,1,88458,10.798095703125
RSLIU,λ<=log n,8192,1,88184,10.7646484375
RSLIU,λ<=log n,8192,1,90392,11.0341796875
RSLIU,λ<=log n,8192,1,76802,9.375244140625
RSLIU,λ<=log n,8192,1,76354,9.320556640625
RSLIU,λ<=log n,8192,1,77880,9.5068359375
RSLIU,λ<=log n,8192,1,90649,11.0655517578125
RSLIU,λ<=log n,8192,1,80416,9.81640625
RSLIU,λ<=log n,8192,1,86251,10.5286865234375
RSLIU,λ<=log n,8192,1,79243,9.6732177734375
RSLIU,λ<=log n,8192,1,80803,9.8636474609375
RSLIU,λ<=log n,8192,1,85973,10.4947509765625
RSLIU,λ<=log n,8192,1,89395,10.9124755859375
RSLIU,λ<=log n,8192,1,85578,10.446533203125
RSLIU,λ<=log n,8192,1,81400,9.9365234375
RSLIU,λ<=log n,8192,1,84186,10.276611328125
RSLIU,λ<=log n,8192,1,90834,11.088134765625
RSLIU,λ<=log n,8192,1,94107,11.4876708984375
RSLIU,λ<=log n,8192,1,86822,10.598388671875
RSLIU,λ<=log n,8192,1,88116,10.75634765625
RSLIU,λ<=log n,8192,1,86636,10.57568359375
HSDCP,λ<=log n,8192,1,63537,7.7559814453125
HSDCP,λ<=log n,8192,1,63506,7.752197265625
HSDCP,λ<=log n,8192,1,66209,8.0821533203125
HSDCP,λ<=log n,8192,1,69755,8.5150146484375
HSDCP,λ<=log n,8192,1,56075,6.8450927734375
HSDCP,λ<=log n,8192,1,62146,7.586181640625
HSDCP,λ<=log n,8192,1,65724,8.02294921875
HSDCP,λ<=log n,8192,1,56077,6.8453369140625
HSDCP,λ<=log n,8192,1,61973,7.5650634765625
HSDCP,λ<=log n,8192,1,71242,8.696533203125
HSDCP,λ<=log n,8192,1,74364,9.07763671875
HSDCP,λ<=log n,8192,1,65046,7.940185546875
HSDCP,λ<=log n,8192,1,66021,8.0592041015625
HSDCP,λ<=log n,8192,1,56108,6.84912109375
HSDCP,λ<=log n,8192,1,62594,7.640869140625
HSDCP,λ<=log n,8192,1,68906,8.411376953125
HSDCP,λ<=log n,8192,1,66747,8.1478271484375
HSDCP,λ<=log n,8192,1,73499,8.9720458984375
HSDCP,λ<=log n,8192,1,62865,7.6739501953125
HSDCP,λ<=log n,8192,1,59124,7.21728515625
HSDCP,λ<=log n,8192,1,68033,8.3048095703125
HSDCP,λ<=log n,8192,1,64933,7.9263916015625
HSDCP,λ<=log n,8192,1,60369,7.3692626953125
HSDCP,λ<=log n,8192,1,56844,6.93896484375
HSDCP,λ<=log n,8192,1,72566,8.858154296875
HSDCP,λ<=log n,8192,1,72606,8.863037109375
HSDCP,λ<=log n,8192,1,57719,7.0457763671875
HSDCP,λ<=log n,8192,1,60703,7.4100341796875
HSDCP,λ<=log n,8192,1,57610,7.032470703125
HSDCP,λ<=log n,8192,1,57237,6.9869384765625
HSDCP,λ<=log n,8192,1,65283,7.9691162109375
HSDCP,λ<=log n,8192,1,61125,7.4615478515625
HSDCP,λ<=log n,8192,1,63274,7.723876953125
HSDCP,λ<=log n,8192,1,65603,8.0081787109375
HSDCP,λ<=log n,8192,1,59229,7.2301025390625
HSDCP,λ<=log n,8192,1,71120,8.681640625
HSDCP,λ<=log n,8192,1,63225,7.7178955078125
HSDCP,λ<=log n,8192,1,60730,7.413330078125
HSDCP,λ<=log n,8192,1,71547,8.7337646484375
HSDCP,λ<=log n,8192,1,64394,7.860595703125
HSDCP,λ<=log n,8192,1,65631,8.0115966796875
HSDCP,λ<=log n,8192,1,54771,6.6859130859375
HSDCP,λ<=log n,8192,1,70724,8.63330078125
HSDCP,λ<=log n,8192,1,66463,8.1131591796875
HSDCP,λ<=log n,8192,1,60482,7.383056640625
HSDCP,λ<=log n,8192,1,87586,10.691650390625
HSDCP,λ<=log n,8192,1,72040,8.7939453125
HSDCP,λ<=log n,8192,1,60587,7.3958740234375
HSDCP,λ<=log n,8192,1,63472,7.748046875
HSDCP,λ<=log n,8192,1,73777,9.0059814453125
HSDCP,λ<=log n,8192,1,64498,7.873291015625
HSDCP,λ<=log n,8192,1,70888,8.6533203125
HSDCP,λ<=log n,8192,1,68139,8.3177490234375
HSDCP,λ<=log n,8192,1,61045,7.4517822265625
HSDCP,λ<=log n,8192,1,58875,7.1868896484375
HSDCP,λ<=log n,8192,1,63401,7.7393798828125
HSDCP,λ<=log n,8192,1,77958,9.516357421875
HSDCP,λ<=log n,8192,1,67875,8.2855224609375
HSDCP,λ<=log n,8192,1,58848,7.18359375
HSDCP,λ<=log n,8192,1,64715,7.8997802734375
HSDCP,λ<=log n,8192,1,62082,7.578369140625
HSDCP,λ<=log n,8192,1,74956,9.14990234375
HSDCP,λ<=log n,8192,1,61829,7.5474853515625
HSDCP,λ<=log n,8192,1,70840,8.6474609375
HSDCP,λ<=log n,8192,1,66678,8.139404296875
HSDCP,λ<=log n,8192,1,57229,6.9859619140625
HSDCP,λ<=log n,8192,1,65414,7.985107421875
HSDCP,λ<=log n,8192,1,58806,7.178466796875
HSDCP,λ<=log n,8192,1,66612,8.13134765625
HSDCP,λ<=log n,8192,1,65190,7.957763671875
HSDCP,λ<=log n,8192,1,58105,7.0928955078125
HSDCP,λ<=log n,8192,1,59256,7.2333984375
HSDCP,λ<=log n,8192,1,57982,7.077880859375
HSDCP,λ<=log n,8192,1,59143,7.2196044921875
HSDCP,λ<=log n,8192,1,64955,7.9290771484375
HSDCP,λ<=log n,8192,1,60142,7.341552734375
HSDCP,λ<=log n,8192,1,68681,8.3839111328125
HSDCP,λ<=log n,8192,1,70076,8.55419921875
HSDCP,λ<=log n,8192,1,58583,7.1512451171875
HSDCP,λ<=log n,8192,1,63803,7.7884521484375
HSDCP,λ<=log n,8192,1,56480,6.89453125
HSDCP,λ<=log n,8192,1,70194,8.568603515625
HSDCP,λ<=log n,8192,1,94068,11.48291015625
HSDCP,λ<=log n,8192,1,57029,6.9615478515625
HSDCP,λ<=log n,8192,1,75419,9.2064208984375
HSDCP,λ<=log n,8192,1,59982,7.322021484375
HSDCP,λ<=log n,8192,1,67349,8.2213134765625
HSDCP,λ<=log n,8192,1,62321,7.6075439453125
HSDCP,λ<=log n,8192,1,68950,8.416748046875
HSDCP,λ<=log n,8192,1,66513,8.1192626953125
HSDCP,λ<=log n,8192,1,65709,8.0211181640625
HSDCP,λ<=log n,8192,1,56474,6.893798828125
HSDCP,λ<=log n,8192,1,72307,8.8265380859375
HSDCP,λ<=log n,8192,1,73657,8.9913330078125
HSDCP,λ<=log n,8192,1,69882,8.530517578125
HSDCP,λ<=log n,8192,1,64133,7.8287353515625
HSDCP,λ<=log n,8192,1,61105,7.4591064453125
HSDCP,λ<=log n,8192,1,68009,8.3018798828125
HSDCP,λ<=log n,8192,1,70051,8.5511474609375
HSDCP,λ<=log n,8192,1,74394,9.081298828125
HRDCP,λ<=log n,8192,1,45372,5.53857421875
HRDCP,λ<=log n,8192,1,48841,5.9620361328125
HRDCP,λ<=log n,8192,1,48568,5.9287109375
HRDCP,λ<=log n,8192,1,48318,5.898193359375
HRDCP,λ<=log n,8192,1,52752,6.439453125
HRDCP,λ<=log n,8192,1,49673,6.0635986328125
HRDCP,λ<=log n,8192,1,45851,5.5970458984375
HRDCP,λ<=log n,8192,1,49284,6.01611328125
HRDCP,λ<=log n,8192,1,44832,5.47265625
HRDCP,λ<=log n,8192,1,46508,5.67724609375
HRDCP,λ<=log n,8192,1,47855,5.8416748046875
HRDCP,λ<=log n,8192,1,45765,5.5865478515625
HRDCP,λ<=log n,8192,1,45671,5.5750732421875
HRDCP,λ<=log n,8192,1,48484,5.91845703125
HRDCP,λ<=log n,8192,1,45561,5.5616455078125
HRDCP,λ<=log n,8192,1,49403,6.0306396484375
HRDCP,λ<=log n,8192,1,50369,6.1485595703125
HRDCP,λ<=log n,8192,1,50120,6.1181640625
HRDCP,λ<=log n,8192,1,49174,6.002685546875
HRDCP,λ<=log n,8192,1,48615,5.9344482421875
HRDCP,λ<=log n,8192,1,44403,5.4202880859375
HRDCP,λ<=log n,8192,1,51806,6.323974609375
HRDCP,λ<=log n,8192,1,51828,6.32666015625
HRDCP,λ<=log n,8192,1,47426,5.789306640625
HRDCP,λ<=log n,8192,1,53539,6.5355224609375
HRDCP,λ<=log n,8192,1,47384,5.7841796875
HRDCP,λ<=log n,8192,1,51643,6.3040771484375
HRDCP,λ<=log n,8192,1,51500,6.28662109375
HRDCP,λ<=log n,8192,1,45010,5.494384765625
HRDCP,λ<=log n,8192,1,49972,6.10009765625
HRDCP,λ<=log n,8192,1,50165,6.1236572265625
HRDCP,λ<=log n,8192,1,49715,6.0687255859375
HRDCP,λ<=log n,8192,1,47824,5.837890625
HRDCP,λ<=log n,8192,1,47775,5.8319091796875
HRDCP,λ<=log n,8192,1,51068,6.23388671875
HRDCP,λ<=log n,8192,1,47477,5.7955322265625
HRDCP,λ<=log n,8192,1,49758,6.073974609375
HRDCP,λ<=log n,8192,1,49501,6.0426025390625
HRDCP,λ<=log n,8192,1,50646,6.182373046875
HRDCP,λ<=log n,8192,1,48082,5.869384765625
HRDCP,λ<=log n,8192,1,47013,5.7388916015625
HRDCP,λ<=log n,8192,1,48399,5.9080810546875
HRDCP,λ<=log n,8192,1,45923,5.6058349609375
HRDCP,λ<=log n,8192,1,47161,5.7569580078125
HRDCP,λ<=log n,8192,1,46365,5.6597900390625
HRDCP,λ<=log n,8192,1,47295,5.7733154296875
HRDCP,λ<=log n,8192,1,46253,5.6461181640625
HRDCP,λ<=log n,8192,1,48490,5.919189453125
HRDCP,λ<=log n,8192,1,48688,5.943359375
HRDCP,λ<=log n,8192,1,47058,5.744384765625
HRDCP,λ<=log n,8192,1,49874,6.088134765625
HRDCP,λ<=log n,8192,1,47454,5.792724609375
HRDCP,λ<=log n,8192,1,47969,5.8555908203125
HRDCP,λ<=log n,8192,1,50462,6.159912109375
HRDCP,λ<=log n,8192,1,49661,6.0621337890625
HRDCP,λ<=log n,8192,1,46735,5.7049560546875
HRDCP,λ<=log n,8192,1,47060,5.74462890625
HRDCP,λ<=log n,8192,1,44679,5.4539794921875
HRDCP,λ<=log n,8192,1,46905,5.7257080078125
HRDCP,λ<=log n,8192,1,46234,5.643798828125
HRDCP,λ<=log n,8192,1,47193,5.7608642578125
HRDCP,λ<=log n,8192,1,47116,5.75146484375
HRDCP,λ<=log n,8192,1,51090,6.236572265625
HRDCP,λ<=log n,8192,1,47981,5.8570556640625
HRDCP,λ<=log n,8192,1,49029,5.9849853515625
HRDCP,λ<=log n,8192,1,47931,5.8509521484375
HRDCP,λ<=log n,8192,1,62917,7.6802978515625
HRDCP,λ<=log n,8192,1,48698,5.944580078125
HRDCP,λ<=log n,8192,1,47965,5.8551025390625
HRDCP,λ<=log n,8192,1,47164,5.75732421875
HRDCP,λ<=log n,8192,1,48948,5.97509765625
HRDCP,λ<=log n,8192,1,46977,5.7344970703125
HRDCP,λ<=log n,8192,1,48782,5.954833984375
HRDCP,λ<=log n,8192,1,55650,6.793212890625
HRDCP,λ<=log n,8192,1,48647,5.9383544921875
HRDCP,λ<=log n,8192,1,52572,6.41748046875
HRDCP,λ<=log n,8192,1,47842,5.840087890625
HRDCP,λ<=log n,8192,1,52026,6.350830078125
HRDCP,λ<=log n,8192,1,49444,6.03564453125
HRDCP,λ<=log n,8192,1,50630,6.180419921875
HRDCP,λ<=log n,8192,1,47785,5.8331298828125
HRDCP,λ<=log n,8192,1,48473,5.9171142578125
HRDCP,λ<=log n,8192,1,45478,5.551513671875
HRDCP,λ<=log n,8192,1,52235,6.3763427734375
HRDCP,λ<=log n,8192,1,46244,5.64501953125
HRDCP,λ<=log n,8192,1,45969,5.6114501953125
HRDCP,λ<=log n,8192,1,51733,6.3150634765625
HRDCP,λ<=log n,8192,1,48677,5.9420166015625
HRDCP,λ<=log n,8192,1,46080,5.625
HRDCP,λ<=log n,8192,1,47024,5.740234375
HRDCP,λ<=log n,8192,1,47310,5.775146484375
HRDCP,λ<=log n,8192,1,54289,6.6270751953125
HRDCP,λ<=log n,8192,1,54599,6.6649169921875
HRDCP,λ<=log n,8192,1,48879,5.9666748046875
HRDCP,λ<=log n,8192,1,47382,5.783935546875
HRDCP,λ<=log n,8192,1,49362,6.025634765625
HRDCP,λ<=log n,8192,1,50419,6.1546630859375
HRDCP,λ<=log n,8192,1,50586,6.175048828125
HRDCP,λ<=log n,8192,1,44788,5.46728515625
HRDCP,λ<=log n,8192,1,52793,6.4444580078125
HHDCP,λ<=log n,8192,1,51292,6.26123046875
HHDCP,λ<=log n,8192,1,47405,5.7867431640625
HHDCP,λ<=log n,8192,1,43516,5.31201171875
HHDCP,λ<=log n,8192,1,43983,5.3690185546875
HHDCP,λ<=log n,8192,1,51752,6.3173828125
HHDCP,λ<=log n,8192,1,50763,6.1966552734375
HHDCP,λ<=log n,8192,1,46682,5.698486328125
HHDCP,λ<=log n,8192,1,46136,5.6318359375
HHDCP,λ<=log n,8192,1,44737,5.4610595703125
HHDCP,λ<=log n,8192,1,48277,5.8931884765625
HHDCP,λ<=log n,8192,1,47136,5.75390625
HHDCP,λ<=log n,8192,1,53176,6.4912109375
HHDCP,λ<=log n,8192,1,46322,5.654541015625
HHDCP,λ<=log n,8192,1,43374,5.294677734375
HHDCP,λ<=log n,8192,1,42869,5.2330322265625
HHDCP,λ<=log n,8192,1,48342,5.901123046875
HHDCP,λ<=log n,8192,1,42892,5.23583984375
HHDCP,λ<=log n,8192,1,51676,6.30810546875
HHDCP,λ<=log n,8192,1,45336,5.5341796875
HHDCP,λ<=log n,8192,1,49882,6.089111328125
HHDCP,λ<=log n,8192,1,43682,5.332275390625
HHDCP,λ<=log n,8192,1,50343,6.1453857421875
HHDCP,λ<=log n,8192,1,49850,6.085205078125
HHDCP,λ<=log n,8192,1,44732,5.46044921875
HHDCP,λ<=log n,8192,1,48496,5.919921875
HHDCP,λ<=log n,8192,1,47528,5.8017578125
HHDCP,λ<=log n,8192,1,46066,5.623291015625
HHDCP,λ<=log n,8192,1,50541,6.1695556640625
HHDCP,λ<=log n,8192,1,45740,5.58349609375
HHDCP,λ<=log n,8192,1,46351,5.6580810546875
HHDCP,λ<=log n,8192,1,50883,6.2113037109375
HHDCP,λ<=log n,8192,1,46010,5.616455078125
HHDCP,λ<=log n,8192,1,45998,5.614990234375
HHDCP,λ<=log n,8192,1,44578,5.441650390625
HHDCP,λ<=log n,8192,1,44835,5.4730224609375
HHDCP,λ<=log n,8192,1,46754,5.707275390625
HHDCP,λ<=log n,8192,1,51652,6.30517578125
HHDCP,λ<=log n,8192,1,45833,5.5948486328125
HHDCP,λ<=log n,8192,1,49364,6.02587890625
HHDCP,λ<=log n,8192,1,45777,5.5880126953125
HHDCP,λ<=log n,8192,1,45306,5.530517578125
HHDCP,λ<=log n,8192,1,44145,5.3887939453125
HHDCP,λ<=log n,8192,1,46047,5.6209716796875
HHDCP,λ<=log n,8192,1,46314,5.653564453125
HHDCP,λ<=log n,8192,1,47295,5.7733154296875
HHDCP,λ<=log n,8192,1,46723,5.7034912109375
HHDCP,λ<=log n,8192,1,45414,5.543701171875
HHDCP,λ<=log n,8192,1,45457,5.5489501953125
HHDCP,λ<=log n,8192,1,51603,6.2991943359375
HHDCP,λ<=log n,8192,1,48576,5.9296875
HHDCP,λ<=log n,8192,1,46948,5.73095703125
HHDCP,λ<=log n,8192,1,47891,5.8460693359375
HHDCP,λ<=log n,8192,1,45005,5.4937744140625
HHDCP,λ<=log n,8192,1,48682,5.942626953125
HHDCP,λ<=log n,8192,1,44803,5.4691162109375
HHDCP,λ<=log n,8192,1,45625,5.5694580078125
HHDCP,λ<=log n,8192,1,53345,6.5118408203125
HHDCP,λ<=log n,8192,1,48981,5.9791259765625
HHDCP,λ<=log n,8192,1,43272,5.2822265625
HHDCP,λ<=log n,8192,1,52354,6.390869140625
HHDCP,λ<=log n,8192,1,52589,6.4195556640625
HHDCP,λ<=log n,8192,1,50696,6.1884765625
HHDCP,λ<=log n,8192,1,50474,6.161376953125
HHDCP,λ<=log n,8192,1,52150,6.365966796875
HHDCP,λ<=log n,8192,1,51684,6.30908203125
HHDCP,λ<=log n,8192,1,45211,5.5189208984375
HHDCP,λ<=log n,8192,1,42675,5.2093505859375
HHDCP,λ<=log n,8192,1,44362,5.415283203125
HHDCP,λ<=log n,8192,1,45788,5.58935546875
HHDCP,λ<=log n,8192,1,45094,5.504638671875
HHDCP,λ<=log n,8192,1,44061,5.3785400390625
HHDCP,λ<=log n,8192,1,51817,6.3253173828125
HHDCP,λ<=log n,8192,1,44725,5.4595947265625
HHDCP,λ<=log n,8192,1,47101,5.7496337890625
HHDCP,λ<=log n,8192,1,46653,5.6949462890625
HHDCP,λ<=log n,8192,1,47459,5.7933349609375
HHDCP,λ<=log n,8192,1,57282,6.992431640625
HHDCP,λ<=log n,8192,1,49653,6.0611572265625
HHDCP,λ<=log n,8192,1,47701,5.8228759765625
HHDCP,λ<=log n,8192,1,47317,5.7760009765625
HHDCP,λ<=log n,8192,1,48195,5.8831787109375
HHDCP,λ<=log n,8192,1,43125,5.2642822265625
HHDCP,λ<=log n,8192,1,44062,5.378662109375
HHDCP,λ<=log n,8192,1,47366,5.781982421875
HHDCP,λ<=log n,8192,1,49015,5.9832763671875
HHDCP,λ<=log n,8192,1,48283,5.8939208984375
HHDCP,λ<=log n,8192,1,45991,5.6141357421875
HHDCP,λ<=log n,8192,1,45571,5.5628662109375
HHDCP,λ<=log n,8192,1,46903,5.7254638671875
HHDCP,λ<=log n,8192,1,49767,6.0750732421875
HHDCP,λ<=log n,8192,1,45603,5.5667724609375
HHDCP,λ<=log n,8192,1,52660,6.42822265625
HHDCP,λ<=log n,8192,1,59211,7.2279052734375
HHDCP,λ<=log n,8192,1,43612,5.32373046875
HHDCP,λ<=log n,8192,1,46810,5.714111328125
HHDCP,λ<=log n,8192,1,41660,5.08544921875
HHDCP,λ<=log n,8192,1,47167,5.7576904296875
HHDCP,λ<=log n,8192,1,45323,5.5325927734375
HHDCP,λ<=log n,8192,1,46095,5.6268310546875
HHDCP,λ<=log n,8192,1,49143,5.9989013671875
HHLCP,λ<=log n,8192,1,51652,6.30517578125
HHLCP,λ<=log n,8192,1,47639,5.8153076171875
HHLCP,λ<=log n,8192,1,43855,5.3533935546875
HHLCP,λ<=log n,8192,1,48206,5.884521484375
HHLCP,λ<=log n,8192,1,45226,5.520751953125
HHLCP,λ<=log n,8192,1,44381,5.4176025390625
HHLCP,λ<=log n,8192,1,43283,5.2835693359375
HHLCP,λ<=log n,8192,1,44436,5.42431640625
HHLCP,λ<=log n,8192,1,46064,5.623046875
HHLCP,λ<=log n,8192,1,52344,6.3896484375
HHLCP,λ<=log n,8192,1,45876,5.60009765625
HHLCP,λ<=log n,8192,1,50465,6.1602783203125
HHLCP,λ<=log n,8192,1,51112,6.2392578125
HHLCP,λ<=log n,8192,1,50776,6.1982421875
HHLCP,λ<=log n,8192,1,47586,5.808837890625
HHLCP,λ<=log n,8192,1,47286,5.772216796875
HHLCP,λ<=log n,8192,1,45442,5.547119140625
HHLCP,λ<=log n,8192,1,46668,5.69677734375
HHLCP,λ<=log n,8192,1,42082,5.136962890625
HHLCP,λ<=log n,8192,1,44808,5.4697265625
HHLCP,λ<=log n,8192,1,47304,5.7744140625
HHLCP,λ<=log n,8192,1,46277,5.6490478515625
HHLCP,λ<=log n,8192,1,42972,5.24560546875
HHLCP,λ<=log n,8192,1,42928,5.240234375
HHLCP,λ<=log n,8192,1,46448,5.669921875
HHLCP,λ<=log n,8192,1,47262,5.769287109375
HHLCP,λ<=log n,8192,1,51258,6.257080078125
HHLCP,λ<=log n,8192,1,46254,5.646240234375
HHLCP,λ<=log n,8192,1,48153,5.8780517578125
HHLCP,λ<=log n,8192,1,53353,6.5128173828125
HHLCP,λ<=log n,8192,1,50140,6.12060546875
HHLCP,λ<=log n,8192,1,45764,5.58642578125
HHLCP,λ<=log n,8192,1,45440,5.546875
HHLCP,λ<=log n,8192,1,48689,5.9434814453125
HHLCP,λ<=log n,8192,1,46743,5.7059326171875
HHLCP,λ<=log n,8192,1,47208,5.7626953125
HHLCP,λ<=log n,8192,1,44221,5.3980712890625
HHLCP,λ<=log n,8192,1,49548,6.04833984375
HHLCP,λ<=log n,8192,1,47039,5.7420654296875
HHLCP,λ<=log n,8192,1,47442,5.791259765625
HHLCP,λ<=log n,8192,1,52997,6.4693603515625
HHLCP,λ<=log n,8192,1,47022,5.739990234375
HHLCP,λ<=log n,8192,1,46818,5.715087890625
HHLCP,λ<=log n,8192,1,46263,5.6473388671875
HHLCP,λ<=log n,8192,1,47887,5.8455810546875
HHLCP,λ<=log n,8192,1,49329,6.0216064453125
HHLCP,λ<=log n,8192,1,47372,5.78271484375
HHLCP,λ<=log n,8192,1,48275,5.8929443359375
HHLCP,λ<=log n,8192,1,46073,5.6241455078125
HHLCP,λ<=log n,8192,1,45605,5.5670166015625
HHLCP,λ<=log n,8192,1,44579,5.4417724609375
HHLCP,λ<=log n,8192,1,46966,5.733154296875
HHLCP,λ<=log n,8192,1,44038,5.375732421875
HHLCP,λ<=log n,8192,1,45055,5.4998779296875
HHLCP,λ<=log n,8192,1,50105,6.1163330078125
HHLCP,λ<=log n,8192,1,45512,5.5556640625
HHLCP,λ<=log n,8192,1,46715,5.7025146484375
HHLCP,λ<=log n,8192,1,48632,5.9365234375
HHLCP,λ<=log n,8192,1,46695,5.7000732421875
HHLCP,λ<=log n,8192,1,45113,5.5069580078125
HHLCP,λ<=log n,8192,1,46995,5.7366943359375
HHLCP,λ<=log n,8192,1,47107,5.7503662109375
HHLCP,λ<=log n,8192,1,43861,5.3541259765625
HHLCP,λ<=log n,8192,1,51661,6.3062744140625
HHLCP,λ<=log n,8192,1,47564,5.80615234375
HHLCP,λ<=log n,8192,1,45102,5.505615234375
HHLCP,λ<=log n,8192,1,42332,5.16748046875
HHLCP,λ<=log n,8192,1,49684,6.06494140625
HHLCP,λ<=log n,8192,1,50919,6.2156982421875
HHLCP,λ<=log n,8192,1,47863,5.8426513671875
HHLCP,λ<=log n,8192,1,54167,6.6121826171875
HHLCP,λ<=log n,8192,1,42218,5.153564453125
HHLCP,λ<=log n,8192,1,46752,5.70703125
HHLCP,λ<=log n,8192,1,43878,5.356201171875
HHLCP,λ<=log n,8192,1,49288,6.0166015625
HHLCP,λ<=log n,8192,1,48578,5.929931640625
HHLCP,λ<=log n,8192,1,46379,5.6614990234375
HHLCP,λ<=log n,8192,1,44391,5.4188232421875
HHLCP,λ<=log n,8192,1,53436,6.52294921875
HHLCP,λ<=log n,8192,1,48852,5.96337890625
HHLCP,λ<=log n,8192,1,47444,5.79150390625
HHLCP,λ<=log n,8192,1,44451,5.4261474609375
HHLCP,λ<=log n,8192,1,43282,5.283447265625
HHLCP,λ<=log n,8192,1,49435,6.0345458984375
HHLCP,λ<=log n,8192,1,43477,5.3072509765625
HHLCP,λ<=log n,8192,1,44207,5.3963623046875
HHLCP,λ<=log n,8192,1,51019,6.2279052734375
HHLCP,λ<=log n,8192,1,53569,6.5391845703125
HHLCP,λ<=log n,8192,1,43180,5.27099609375
HHLCP,λ<=log n,8192,1,47234,5.765869140625
HHLCP,λ<=log n,8192,1,47900,5.84716796875
HHLCP,λ<=log n,8192,1,46216,5.6416015625
HHLCP,λ<=log n,8192,1,45322,5.532470703125
HHLCP,λ<=log n,8192,1,48219,5.8861083984375
HHLCP,λ<=log n,8192,1,45689,5.5772705078125
HHLCP,λ<=log n,8192,1,44040,5.3759765625
HHLCP,λ<=log n,8192,1,49586,6.052978515625
HHLCP,λ<=log n,8192,1,44456,5.4267578125
HHLCP,λ<=log n,8192,1,50848,6.20703125
HHLCP,λ<=log n,8192,1,50386,6.150634765625
HRLCP,λ<=log n,8192,1,49754,6.073486328125
HRLCP,λ<=log n,8192,1,46063,5.6229248046875
HRLCP,λ<=log n,8192,1,43757,5.3414306640625
HRLCP,λ<=log n,8192,1,49680,6.064453125
HRLCP,λ<=log n,8192,1,45383,5.5399169921875
HRLCP,λ<=log n,8192,1,42085,5.1373291015625
HRLCP,λ<=log n,8192,1,43428,5.30126953125
HRLCP,λ<=log n,8192,1,51842,6.328369140625
HRLCP,λ<=log n,8192,1,49656,6.0615234375
HRLCP,λ<=log n,8192,1,57625,7.0343017578125
HRLCP,λ<=log n,8192,1,42626,5.203369140625
HRLCP,λ<=log n,8192,1,49259,6.0130615234375
HRLCP,λ<=log n,8192,1,43338,5.290283203125
HRLCP,λ<=log n,8192,1,43150,5.267333984375
HRLCP,λ<=log n,8192,1,45057,5.5001220703125
HRLCP,λ<=log n,8192,1,52132,6.36376953125
HRLCP,λ<=log n,8192,1,45537,5.5587158203125
HRLCP,λ<=log n,8192,1,43316,5.28759765625
HRLCP,λ<=log n,8192,1,45759,5.5858154296875
HRLCP,λ<=log n,8192,1,45674,5.575439453125
HRLCP,λ<=log n,8192,1,44718,5.458740234375
HRLCP,λ<=log n,8192,1,43376,5.294921875
HRLCP,λ<=log n,8192,1,45916,5.60498046875
HRLCP,λ<=log n,8192,1,45010,5.494384765625
HRLCP,λ<=log n,8192,1,48261,5.8912353515625
HRLCP,λ<=log n,8192,1,45165,5.5133056640625
HRLCP,λ<=log n,8192,1,45528,5.5576171875
HRLCP,λ<=log n,8192,1,44112,5.384765625
HRLCP,λ<=log n,8192,1,46808,5.7138671875
HRLCP,λ<=log n,8192,1,53173,6.4908447265625
HRLCP,λ<=log n,8192,1,46864,5.720703125
HRLCP,λ<=log n,8192,1,45995,5.6146240234375
HRLCP,λ<=log n,8192,1,45779,5.5882568359375
HRLCP,λ<=log n,8192,1,53457,6.5255126953125
HRLCP,λ<=log n,8192,1,51856,6.330078125
HRLCP,λ<=log n,8192,1,50445,6.1578369140625
HRLCP,λ<=log n,8192,1,43509,5.3111572265625
HRLCP,λ<=log n,8192,1,43737,5.3389892578125
HRLCP,λ<=log n,8192,1,52328,6.3876953125
HRLCP,λ<=log n,8192,1,43925,5.3619384765625
HRLCP,λ<=log n,8192,1,47939,5.8519287109375
HRLCP,λ<=log n,8192,1,47763,5.8304443359375
HRLCP,λ<=log n,8192,1,51891,6.3343505859375
HRLCP,λ<=log n,8192,1,50423,6.1551513671875
HRLCP,λ<=log n,8192,1,45935,5.6072998046875
HRLCP,λ<=log n,8192,1,46495,5.6756591796875
HRLCP,λ<=log n,8192,1,45880,5.6005859375
HRLCP,λ<=log n,8192,1,43447,5.3035888671875
HRLCP,λ<=log n,8192,1,50126,6.118896484375
HRLCP,λ<=log n,8192,1,46292,5.65087890625
HRLCP,λ<=log n,8192,1,44781,5.4664306640625
HRLCP,λ<=log n,8192,1,48619,5.9349365234375
HRLCP,λ<=log n,8192,1,44763,5.4642333984375
HRLCP,λ<=log n,8192,1,46132,5.63134765625
HRLCP,λ<=log n,8192,1,49650,6.060791015625
HRLCP,λ<=log n,8192,1,44526,5.435302734375
HRLCP,λ<=log n,8192,1,45295,5.5291748046875
HRLCP,λ<=log n,8192,1,44077,5.3804931640625
HRLCP,λ<=log n,8192,1,45271,5.5262451171875
HRLCP,λ<=log n,8192,1,44493,5.4312744140625
HRLCP,λ<=log n,8192,1,52150,6.365966796875
HRLCP,λ<=log n,8192,1,50872,6.2099609375
HRLCP,λ<=log n,8192,1,45211,5.5189208984375
HRLCP,λ<=log n,8192,1,43458,5.304931640625
HRLCP,λ<=log n,8192,1,49087,5.9920654296875
HRLCP,λ<=log n,8192,1,44302,5.407958984375
HRLCP,λ<=log n,8192,1,42879,5.2342529296875
HRLCP,λ<=log n,8192,1,47043,5.7425537109375
HRLCP,λ<=log n,8192,1,49742,6.072021484375
HRLCP,λ<=log n,8192,1,50723,6.1917724609375
HRLCP,λ<=log n,8192,1,47119,5.7518310546875
HRLCP,λ<=log n,8192,1,46116,5.62939453125
HRLCP,λ<=log n,8192,1,48999,5.9813232421875
HRLCP,λ<=log n,8192,1,45945,5.6085205078125
HRLCP,λ<=log n,8192,1,46840,5.7177734375
HRLCP,λ<=log n,8192,1,44786,5.467041015625
HRLCP,λ<=log n,8192,1,44813,5.4703369140625
HRLCP,λ<=log n,8192,1,44692,5.45556640625
HRLCP,λ<=log n,8192,1,48331,5.8997802734375
HRLCP,λ<=log n,8192,1,47801,5.8350830078125
HRLCP,λ<=log n,8192,1,52458,6.403564453125
HRLCP,λ<=log n,8192,1,45590,5.565185546875
HRLCP,λ<=log n,8192,1,51473,6.2833251953125
HRLCP,λ<=log n,8192,1,48852,5.96337890625
HRLCP,λ<=log n,8192,1,45223,5.5203857421875
HRLCP,λ<=log n,8192,1,46622,5.691162109375
HRLCP,λ<=log n,8192,1,47202,5.761962890625
HRLCP,λ<=log n,8192,1,47955,5.8538818359375
HRLCP,λ<=log n,8192,1,47144,5.7548828125
HRLCP,λ<=log n,8192,1,47747,5.8284912109375
HRLCP,λ<=log n,8192,1,43413,5.2994384765625
HRLCP,λ<=log n,8192,1,44044,5.37646484375
HRLCP,λ<=log n,8192,1,47785,5.8331298828125
HRLCP,λ<=log n,8192,1,43231,5.2772216796875
HRLCP,λ<=log n,8192,1,43330,5.289306640625
HRLCP,λ<=log n,8192,1,44317,5.4097900390625
HRLCP,λ<=log n,8192,1,46614,5.690185546875
HRLCP,λ<=log n,8192,1,48298,5.895751953125
HRLCP,λ<=log n,8192,1,45903,5.6033935546875
HSLCP,λ<=log n,8192,1,100022,12.209716796875
HSLCP,λ<=log n,8192,1,70940,8.65966796875
HSLCP,λ<=log n,8192,1,87533,10.6851806640625
HSLCP,λ<=log n,8192,1,96405,11.7681884765625
HSLCP,λ<=log n,8192,1,81451,9.9427490234375
HSLCP,λ<=log n,8192,1,80553,9.8331298828125
HSLCP,λ<=log n,8192,1,101044,12.33447265625
HSLCP,λ<=log n,8192,1,69996,8.54443359375
HSLCP,λ<=log n,8192,1,89443,10.9183349609375
HSLCP,λ<=log n,8192,1,73311,8.9490966796875
HSLCP,λ<=log n,8192,1,71887,8.7752685546875
HSLCP,λ<=log n,8192,1,61351,7.4891357421875
HSLCP,λ<=log n,8192,1,93644,11.43115234375
HSLCP,λ<=log n,8192,1,65046,7.940185546875
HSLCP,λ<=log n,8192,1,70647,8.6239013671875
HSLCP,λ<=log n,8192,1,79676,9.72607421875
HSLCP,λ<=log n,8192,1,66496,8.1171875
HSLCP,λ<=log n,8192,1,80990,9.886474609375
HSLCP,λ<=log n,8192,1,87023,10.6229248046875
HSLCP,λ<=log n,8192,1,70033,8.5489501953125
HSLCP,λ<=log n,8192,1,93192,11.3759765625
HSLCP,λ<=log n,8192,1,89537,10.9298095703125
HSLCP,λ<=log n,8192,1,71190,8.690185546875
HSLCP,λ<=log n,8192,1,75564,9.22412109375
HSLCP,λ<=log n,8192,1,75506,9.217041015625
HSLCP,λ<=log n,8192,1,90862,11.091552734375
HSLCP,λ<=log n,8192,1,87900,10.72998046875
HSLCP,λ<=log n,8192,1,77409,9.4493408203125
HSLCP,λ<=log n,8192,1,92712,11.3173828125
HSLCP,λ<=log n,8192,1,76922,9.389892578125
HSLCP,λ<=log n,8192,1,79299,9.6800537109375
HSLCP,λ<=log n,8192,1,75385,9.2022705078125
HSLCP,λ<=log n,8192,1,120475,14.7064208984375
HSLCP,λ<=log n,8192,1,78388,9.56884765625
HSLCP,λ<=log n,8192,1,68258,8.332275390625
HSLCP,λ<=log n,8192,1,82353,10.0528564453125
HSLCP,λ<=log n,8192,1,74456,9.0888671875
HSLCP,λ<=log n,8192,1,73465,8.9678955078125
HSLCP,λ<=log n,8192,1,72547,8.8558349609375
HSLCP,λ<=log n,8192,1,97363,11.8851318359375
HSLCP,λ<=log n,8192,1,68344,8.3427734375
HSLCP,λ<=log n,8192,1,97154,11.859619140625
HSLCP,λ<=log n,8192,1,72921,8.9014892578125
HSLCP,λ<=log n,8192,1,100353,12.2501220703125
HSLCP,λ<=log n,8192,1,103982,12.693115234375
HSLCP,λ<=log n,8192,1,67317,8.2174072265625
HSLCP,λ<=log n,8192,1,90062,10.993896484375
HSLCP,λ<=log n,8192,1,105236,12.84619140625
HSLCP,λ<=log n,8192,1,63476,7.74853515625
HSLCP,λ<=log n,8192,1,113226,13.821533203125
HSLCP,λ<=log n,8192,1,69976,8.5419921875
HSLCP,λ<=log n,8192,1,83781,10.2271728515625
HSLCP,λ<=log n,8192,1,107644,13.14013671875
HSLCP,λ<=log n,8192,1,75351,9.1981201171875
HSLCP,λ<=log n,8192,1,71463,8.7235107421875
HSLCP,λ<=log n,8192,1,96190,11.741943359375
HSLCP,λ<=log n,8192,1,76241,9.3067626953125
HSLCP,λ<=log n,8192,1,67195,8.2025146484375
HSLCP,λ<=log n,8192,1,78919,9.6336669921875
HSLCP,λ<=log n,8192,1,81196,9.91162109375
HSLCP,λ<=log n,8192,1,90946,11.101806640625
HSLCP,λ<=log n,8192,1,93850,11.456298828125
HSLCP,λ<=log n,8192,1,82084,10.02001953125
HSLCP,λ<=log n,8192,1,112308,13.70947265625
HSLCP,λ<=log n,8192,1,63638,7.768310546875
HSLCP,λ<=log n,8192,1,80925,9.8785400390625
HSLCP,λ<=log n,8192,1,82316,10.04833984375
HSLCP,λ<=log n,8192,1,85367,10.4207763671875
HSLCP,λ<=log n,8192,1,86234,10.526611328125
HSLCP,λ<=log n,8192,1,74844,9.13623046875
HSLCP,λ<=log n,8192,1,103142,12.590576171875
HSLCP,λ<=log n,8192,1,78072,9.5302734375
HSLCP,λ<=log n,8192,1,94442,11.528564453125
HSLCP,λ<=log n,8192,1,87965,10.7379150390625
HSLCP,λ<=log n,8192,1,93678,11.435302734375
HSLCP,λ<=log n,8192,1,76891,9.3861083984375
HSLCP,λ<=log n,8192,1,100840,12.3095703125
HSLCP,λ<=log n,8192,1,89595,10.9368896484375
HSLCP,λ<=log n,8192,1,92356,11.27392578125
HSLCP,λ<=log n,8192,1,83215,10.1580810546875
HSLCP,λ<=log n,8192,1,96346,11.760986328125
HSLCP,λ<=log n,8192,1,79605,9.7174072265625
HSLCP,λ<=log n,8192,1,73023,8.9139404296875
HSLCP,λ<=log n,8192,1,85762,10.468994140625
HSLCP,λ<=log n,8192,1,74611,9.1077880859375
HSLCP,λ<=log n,8192,1,98522,12.026611328125
HSLCP,λ<=log n,8192,1,111185,13.5723876953125
HSLCP,λ<=log n,8192,1,78118,9.535888671875
HSLCP,λ<=log n,8192,1,75587,9.2269287109375
HSLCP,λ<=log n,8192,1,88800,10.83984375
HSLCP,λ<=log n,8192,1,109696,13.390625
HSLCP,λ<=log n,8192,1,77834,9.501220703125
HSLCP,λ<=log n,8192,1,85831,10.4774169921875
HSLCP,λ<=log n,8192,1,80013,9.7672119140625
HSLCP,λ<=log n,8192,1,75557,9.2232666015625
HSLCP,λ<=log n,8192,1,90230,11.014404296875
HSLCP,λ<=log n,8192,1,117966,14.400146484375
HSLCP,λ<=log n,8192,1,85798,10.473388671875
HSLCP,λ<=log n,8192,1,85821,10.4761962890625
HSLCP,λ<=log n,8192,1,75326,9.195068359375
HSDSP,λ<=log n,8192,1,72915,8.9007568359375
HSDSP,λ<=log n,8192,1,79446,9.697998046875
HSDSP,λ<=log n,8192,1,68977,8.4200439453125
HSDSP,λ<=log n,8192,1,82387,10.0570068359375
HSDSP,λ<=log n,8192,1,77217,9.4259033203125
HSDSP,λ<=log n,8192,1,81111,9.9012451171875
HSDSP,λ<=log n,8192,1,83083,10.1419677734375
HSDSP,λ<=log n,8192,1,79815,9.7430419921875
HSDSP,λ<=log n,8192,1,77359,9.4432373046875
HSDSP,λ<=log n,8192,1,81688,9.9716796875
HSDSP,λ<=log n,8192,1,80985,9.8858642578125
HSDSP,λ<=log n,8192,1,85926,10.489013671875
HSDSP,λ<=log n,8192,1,72633,8.8663330078125
HSDSP,λ<=log n,8192,1,76952,9.3935546875
HSDSP,λ<=log n,8192,1,72746,8.880126953125
HSDSP,λ<=log n,8192,1,87370,10.665283203125
HSDSP,λ<=log n,8192,1,78378,9.567626953125
HSDSP,λ<=log n,8192,1,96499,11.7796630859375
HSDSP,λ<=log n,8192,1,77206,9.424560546875
HSDSP,λ<=log n,8192,1,70673,8.6270751953125
HSDSP,λ<=log n,8192,1,76389,9.3248291015625
HSDSP,λ<=log n,8192,1,77075,9.4085693359375
HSDSP,λ<=log n,8192,1,74426,9.085205078125
HSDSP,λ<=log n,8192,1,74471,9.0906982421875
HSDSP,λ<=log n,8192,1,74266,9.065673828125
HSDSP,λ<=log n,8192,1,85722,10.464111328125
HSDSP,λ<=log n,8192,1,76208,9.302734375
HSDSP,λ<=log n,8192,1,71627,8.7435302734375
HSDSP,λ<=log n,8192,1,72853,8.8931884765625
HSDSP,λ<=log n,8192,1,79111,9.6571044921875
HSDSP,λ<=log n,8192,1,71682,8.750244140625
HSDSP,λ<=log n,8192,1,71221,8.6939697265625
HSDSP,λ<=log n,8192,1,69809,8.5216064453125
HSDSP,λ<=log n,8192,1,74022,9.035888671875
HSDSP,λ<=log n,8192,1,80709,9.8521728515625
HSDSP,λ<=log n,8192,1,74524,9.09716796875
HSDSP,λ<=log n,8192,1,77647,9.4783935546875
HSDSP,λ<=log n,8192,1,79493,9.7037353515625
HSDSP,λ<=log n,8192,1,76578,9.347900390625
HSDSP,λ<=log n,8192,1,77705,9.4854736328125
HSDSP,λ<=log n,8192,1,71395,8.7152099609375
HSDSP,λ<=log n,8192,1,88066,10.750244140625
HSDSP,λ<=log n,8192,1,76638,9.355224609375
HSDSP,λ<=log n,8192,1,88325,10.7818603515625
HSDSP,λ<=log n,8192,1,73778,9.006103515625
HSDSP,λ<=log n,8192,1,85054,10.382568359375
HSDSP,λ<=log n,8192,1,82418,10.060791015625
HSDSP,λ<=log n,8192,1,76780,9.37255859375
HSDSP,λ<=log n,8192,1,77614,9.474365234375
HSDSP,λ<=log n,8192,1,77431,9.4520263671875
HSDSP,λ<=log n,8192,1,77580,9.47021484375
HSDSP,λ<=log n,8192,1,76094,9.288818359375
HSDSP,λ<=log n,8192,1,75216,9.181640625
HSDSP,λ<=log n,8192,1,70180,8.56689453125
HSDSP,λ<=log n,8192,1,81427,9.9398193359375
HSDSP,λ<=log n,8192,1,78387,9.5687255859375
HSDSP,λ<=log n,8192,1,82057,10.0167236328125
HSDSP,λ<=log n,8192,1,81504,9.94921875
HSDSP,λ<=log n,8192,1,72369,8.8341064453125
HSDSP,λ<=log n,8192,1,77241,9.4288330078125
HSDSP,λ<=log n,8192,1,82422,10.061279296875
HSDSP,λ<=log n,8192,1,72156,8.80810546875
HSDSP,λ<=log n,8192,1,73789,9.0074462890625
HSDSP,λ<=log n,8192,1,76095,9.2889404296875
HSDSP,λ<=log n,8192,1,80375,9.8114013671875
HSDSP,λ<=log n,8192,1,79203,9.6683349609375
HSDSP,λ<=log n,8192,1,73480,8.9697265625
HSDSP,λ<=log n,8192,1,75746,9.246337890625
HSDSP,λ<=log n,8192,1,81208,9.9130859375
HSDSP,λ<=log n,8192,1,72142,8.806396484375
HSDSP,λ<=log n,8192,1,76017,9.2794189453125
HSDSP,λ<=log n,8192,1,83221,10.1588134765625
HSDSP,λ<=log n,8192,1,72499,8.8499755859375
HSDSP,λ<=log n,8192,1,71578,8.737548828125
HSDSP,λ<=log n,8192,1,67352,8.2216796875
HSDSP,λ<=log n,8192,1,78698,9.606689453125
HSDSP,λ<=log n,8192,1,76290,9.312744140625
HSDSP,λ<=log n,8192,1,74667,9.1146240234375
HSDSP,λ<=log n,8192,1,77035,9.4036865234375
HSDSP,λ<=log n,8192,1,79348,9.68603515625
HSDSP,λ<=log n,8192,1,73772,9.00537109375
HSDSP,λ<=log n,8192,1,71207,8.6922607421875
HSDSP,λ<=log n,8192,1,76984,9.3974609375
HSDSP,λ<=log n,8192,1,70437,8.5982666015625
HSDSP,λ<=log n,8192,1,73500,8.97216796875
HSDSP,λ<=log n,8192,1,76967,9.3953857421875
HSDSP,λ<=log n,8192,1,77166,9.419677734375
HSDSP,λ<=log n,8192,1,74810,9.132080078125
HSDSP,λ<=log n,8192,1,75228,9.18310546875
HSDSP,λ<=log n,8192,1,74204,9.05810546875
HSDSP,λ<=log n,8192,1,83281,10.1661376953125
HSDSP,λ<=log n,8192,1,77627,9.4759521484375
HSDSP,λ<=log n,8192,1,69695,8.5076904296875
HSDSP,λ<=log n,8192,1,78248,9.5517578125
HSDSP,λ<=log n,8192,1,86828,10.59912109375
HSDSP,λ<=log n,8192,1,82348,10.05224609375
HSDSP,λ<=log n,8192,1,71609,8.7413330078125
HSDSP,λ<=log n,8192,1,79646,9.722412109375
HSDSP,λ<=log n,8192,1,79057,9.6505126953125
HSDSP,λ<=log n,8192,1,75368,9.2001953125
HRDSP,λ<=log n,8192,1,54136,6.6083984375
HRDSP,λ<=log n,8192,1,53750,6.561279296875
HRDSP,λ<=log n,8192,1,50151,6.1219482421875
HRDSP,λ<=log n,8192,1,50801,6.2012939453125
HRDSP,λ<=log n,8192,1,49449,6.0362548828125
HRDSP,λ<=log n,8192,1,53298,6.506103515625
HRDSP,λ<=log n,8192,1,57946,7.073486328125
HRDSP,λ<=log n,8192,1,53663,6.5506591796875
HRDSP,λ<=log n,8192,1,55266,6.746337890625
HRDSP,λ<=log n,8192,1,50021,6.1060791015625
HRDSP,λ<=log n,8192,1,51209,6.2510986328125
HRDSP,λ<=log n,8192,1,57841,7.0606689453125
HRDSP,λ<=log n,8192,1,50592,6.17578125
HRDSP,λ<=log n,8192,1,51801,6.3233642578125
HRDSP,λ<=log n,8192,1,58784,7.17578125
HRDSP,λ<=log n,8192,1,51778,6.320556640625
HRDSP,λ<=log n,8192,1,52800,6.4453125
HRDSP,λ<=log n,8192,1,50228,6.13134765625
HRDSP,λ<=log n,8192,1,55928,6.8271484375
HRDSP,λ<=log n,8192,1,58471,7.1375732421875
HRDSP,λ<=log n,8192,1,49738,6.071533203125
HRDSP,λ<=log n,8192,1,56808,6.9345703125
HRDSP,λ<=log n,8192,1,51705,6.3116455078125
HRDSP,λ<=log n,8192,1,54420,6.64306640625
HRDSP,λ<=log n,8192,1,53616,6.544921875
HRDSP,λ<=log n,8192,1,46911,5.7264404296875
HRDSP,λ<=log n,8192,1,53472,6.52734375
HRDSP,λ<=log n,8192,1,50567,6.1727294921875
HRDSP,λ<=log n,8192,1,53093,6.4810791015625
HRDSP,λ<=log n,8192,1,49314,6.019775390625
HRDSP,λ<=log n,8192,1,52198,6.371826171875
HRDSP,λ<=log n,8192,1,52321,6.3868408203125
HRDSP,λ<=log n,8192,1,50309,6.1412353515625
HRDSP,λ<=log n,8192,1,55477,6.7720947265625
HRDSP,λ<=log n,8192,1,53605,6.5435791015625
HRDSP,λ<=log n,8192,1,58564,7.14892578125
HRDSP,λ<=log n,8192,1,60971,7.4427490234375
HRDSP,λ<=log n,8192,1,60089,7.3350830078125
HRDSP,λ<=log n,8192,1,58838,7.182373046875
HRDSP,λ<=log n,8192,1,57067,6.9661865234375
HRDSP,λ<=log n,8192,1,54952,6.7080078125
HRDSP,λ<=log n,8192,1,55112,6.7275390625
HRDSP,λ<=log n,8192,1,54649,6.6710205078125
HRDSP,λ<=log n,8192,1,51332,6.26611328125
HRDSP,λ<=log n,8192,1,53698,6.554931640625
HRDSP,λ<=log n,8192,1,55942,6.828857421875
HRDSP,λ<=log n,8192,1,55009,6.7149658203125
HRDSP,λ<=log n,8192,1,53776,6.564453125
HRDSP,λ<=log n,8192,1,51050,6.231689453125
HRDSP,λ<=log n,8192,1,53526,6.533935546875
HRDSP,λ<=log n,8192,1,51846,6.328857421875
HRDSP,λ<=log n,8192,1,49308,6.01904296875
HRDSP,λ<=log n,8192,1,52277,6.3814697265625
HRDSP,λ<=log n,8192,1,49895,6.0906982421875
HRDSP,λ<=log n,8192,1,58341,7.1217041015625
HRDSP,λ<=log n,8192,1,53134,6.486083984375
HRDSP,λ<=log n,8192,1,52658,6.427978515625
HRDSP,λ<=log n,8192,1,51388,6.27294921875
HRDSP,λ<=log n,8192,1,51466,6.282470703125
HRDSP,λ<=log n,8192,1,54883,6.6995849609375
HRDSP,λ<=log n,8192,1,54184,6.6142578125
HRDSP,λ<=log n,8192,1,51544,6.2919921875
HRDSP,λ<=log n,8192,1,53165,6.4898681640625
HRDSP,λ<=log n,8192,1,58351,7.1229248046875
HRDSP,λ<=log n,8192,1,56075,6.8450927734375
HRDSP,λ<=log n,8192,1,49087,5.9920654296875
HRDSP,λ<=log n,8192,1,51916,6.33740234375
HRDSP,λ<=log n,8192,1,55742,6.804443359375
HRDSP,λ<=log n,8192,1,51009,6.2266845703125
HRDSP,λ<=log n,8192,1,51564,6.29443359375
HRDSP,λ<=log n,8192,1,55004,6.71435546875
HRDSP,λ<=log n,8192,1,51145,6.2432861328125
HRDSP,λ<=log n,8192,1,53203,6.4945068359375
HRDSP,λ<=log n,8192,1,54646,6.670654296875
HRDSP,λ<=log n,8192,1,59289,7.2374267578125
HRDSP,λ<=log n,8192,1,52781,6.4429931640625
HRDSP,λ<=log n,8192,1,55149,6.7320556640625
HRDSP,λ<=log n,8192,1,52314,6.385986328125
HRDSP,λ<=log n,8192,1,52908,6.45849609375
HRDSP,λ<=log n,8192,1,50128,6.119140625
HRDSP,λ<=log n,8192,1,53421,6.5211181640625
HRDSP,λ<=log n,8192,1,48157,5.8785400390625
HRDSP,λ<=log n,8192,1,57007,6.9588623046875
HRDSP,λ<=log n,8192,1,50905,6.2139892578125
HRDSP,λ<=log n,8192,1,57330,6.998291015625
HRDSP,λ<=log n,8192,1,53583,6.5408935546875
HRDSP,λ<=log n,8192,1,56966,6.953857421875
HRDSP,λ<=log n,8192,1,53222,6.496826171875
HRDSP,λ<=log n,8192,1,52300,6.38427734375
HRDSP,λ<=log n,8192,1,57180,6.97998046875
HRDSP,λ<=log n,8192,1,51424,6.27734375
HRDSP,λ<=log n,8192,1,52290,6.383056640625
HRDSP,λ<=log n,8192,1,54289,6.6270751953125
HRDSP,λ<=log n,8192,1,63061,7.6978759765625
HRDSP,λ<=log n,8192,1,55480,6.7724609375
HRDSP,λ<=log n,8192,1,52603,6.4212646484375
HRDSP,λ<=log n,8192,1,51303,6.2625732421875
HRDSP,λ<=log n,8192,1,50016,6.10546875
HRDSP,λ<=log n,8192,1,55062,6.721435546875
HRDSP,λ<=log n,8192,1,54553,6.6593017578125
HHDSP,λ<=log n,8192,1,51275,6.2591552734375
HHDSP,λ<=log n,8192,1,57768,7.0517578125
HHDSP,λ<=log n,8192,1,58013,7.0816650390625
HHDSP,λ<=log n,8192,1,51226,6.253173828125
HHDSP,λ<=log n,8192,1,54667,6.6732177734375
HHDSP,λ<=log n,8192,1,52607,6.4217529296875
HHDSP,λ<=log n,8192,1,57313,6.9962158203125
HHDSP,λ<=log n,8192,1,61024,7.44921875
HHDSP,λ<=log n,8192,1,51282,6.260009765625
HHDSP,λ<=log n,8192,1,56032,6.83984375
HHDSP,λ<=log n,8192,1,57367,7.0028076171875
HHDSP,λ<=log n,8192,1,56879,6.9432373046875
HHDSP,λ<=log n,8192,1,58395,7.1282958984375
HHDSP,λ<=log n,8192,1,51261,6.2574462890625
HHDSP,λ<=log n,8192,1,60873,7.4307861328125
HHDSP,λ<=log n,8192,1,52246,6.377685546875
HHDSP,λ<=log n,8192,1,53294,6.505615234375
HHDSP,λ<=log n,8192,1,55358,6.757568359375
HHDSP,λ<=log n,8192,1,53044,6.47509765625
HHDSP,λ<=log n,8192,1,54901,6.7017822265625
HHDSP,λ<=log n,8192,1,57254,6.989013671875
HHDSP,λ<=log n,8192,1,52895,6.4569091796875
HHDSP,λ<=log n,8192,1,51869,6.3316650390625
HHDSP,λ<=log n,8192,1,51729,6.3145751953125
HHDSP,λ<=log n,8192,1,49320,6.0205078125
HHDSP,λ<=log n,8192,1,49020,5.98388671875
HHDSP,λ<=log n,8192,1,52966,6.465576171875
HHDSP,λ<=log n,8192,1,51305,6.2628173828125
HHDSP,λ<=log n,8192,1,57439,7.0115966796875
HHDSP,λ<=log n,8192,1,57811,7.0570068359375
HHDSP,λ<=log n,8192,1,48995,5.9808349609375
HHDSP,λ<=log n,8192,1,51188,6.24853515625
HHDSP,λ<=log n,8192,1,58745,7.1710205078125
HHDSP,λ<=log n,8192,1,51609,6.2999267578125
HHDSP,λ<=log n,8192,1,57233,6.9864501953125
HHDSP,λ<=log n,8192,1,56833,6.9376220703125
HHDSP,λ<=log n,8192,1,51587,6.2972412109375
HHDSP,λ<=log n,8192,1,54718,6.679443359375
HHDSP,λ<=log n,8192,1,50972,6.22216796875
HHDSP,λ<=log n,8192,1,50315,6.1419677734375
HHDSP,λ<=log n,8192,1,62821,7.6685791015625
HHDSP,λ<=log n,8192,1,54988,6.71240234375
HHDSP,λ<=log n,8192,1,52905,6.4581298828125
HHDSP,λ<=log n,8192,1,53331,6.5101318359375
HHDSP,λ<=log n,8192,1,51523,6.2894287109375
HHDSP,λ<=log n,8192,1,50711,6.1903076171875
HHDSP,λ<=log n,8192,1,53984,6.58984375
HHDSP,λ<=log n,8192,1,56096,6.84765625
HHDSP,λ<=log n,8192,1,49916,6.09326171875
HHDSP,λ<=log n,8192,1,56530,6.900634765625
HHDSP,λ<=log n,8192,1,50941,6.2183837890625
HHDSP,λ<=log n,8192,1,56375,6.8817138671875
HHDSP,λ<=log n,8192,1,51834,6.327392578125
HHDSP,λ<=log n,8192,1,51897,6.3350830078125
HHDSP,λ<=log n,8192,1,55958,6.830810546875
HHDSP,λ<=log n,8192,1,48890,5.968017578125
HHDSP,λ<=log n,8192,1,54151,6.6102294921875
HHDSP,λ<=log n,8192,1,50131,6.1195068359375
HHDSP,λ<=log n,8192,1,50139,6.1204833984375
HHDSP,λ<=log n,8192,1,48140,5.87646484375
HHDSP,λ<=log n,8192,1,50664,6.1845703125
HHDSP,λ<=log n,8192,1,54712,6.6787109375
HHDSP,λ<=log n,8192,1,52454,6.403076171875
HHDSP,λ<=log n,8192,1,56717,6.9234619140625
HHDSP,λ<=log n,8192,1,55374,6.759521484375
HHDSP,λ<=log n,8192,1,51472,6.283203125
HHDSP,λ<=log n,8192,1,57134,6.974365234375
HHDSP,λ<=log n,8192,1,54666,6.673095703125
HHDSP,λ<=log n,8192,1,50372,6.14892578125
HHDSP,λ<=log n,8192,1,51753,6.3175048828125
HHDSP,λ<=log n,8192,1,56715,6.9232177734375
HHDSP,λ<=log n,8192,1,54812,6.69091796875
HHDSP,λ<=log n,8192,1,52708,6.43408203125
HHDSP,λ<=log n,8192,1,53676,6.55224609375
HHDSP,λ<=log n,8192,1,50984,6.2236328125
HHDSP,λ<=log n,8192,1,49701,6.0670166015625
HHDSP,λ<=log n,8192,1,56919,6.9481201171875
HHDSP,λ<=log n,8192,1,48579,5.9300537109375
HHDSP,λ<=log n,8192,1,49106,5.994384765625
HHDSP,λ<=log n,8192,1,55569,6.7833251953125
HHDSP,λ<=log n,8192,1,53914,6.581298828125
HHDSP,λ<=log n,8192,1,50858,6.208251953125
HHDSP,λ<=log n,8192,1,61446,7.500732421875
HHDSP,λ<=log n,8192,1,54621,6.6676025390625
HHDSP,λ<=log n,8192,1,55822,6.814208984375
HHDSP,λ<=log n,8192,1,49993,6.1026611328125
HHDSP,λ<=log n,8192,1,50761,6.1964111328125
HHDSP,λ<=log n,8192,1,60706,7.410400390625
HHDSP,λ<=log n,8192,1,52509,6.4097900390625
HHDSP,λ<=log n,8192,1,50650,6.182861328125
HHDSP,λ<=log n,8192,1,56029,6.8394775390625
HHDSP,λ<=log n,8192,1,50158,6.122802734375
HHDSP,λ<=log n,8192,1,51220,6.25244140625
HHDSP,λ<=log n,8192,1,51167,6.2459716796875
HHDSP,λ<=log n,8192,1,48443,5.9134521484375
HHDSP,λ<=log n,8192,1,51937,6.3399658203125
HHDSP,λ<=log n,8192,1,63483,7.7493896484375
HHDSP,λ<=log n,8192,1,53325,6.5093994140625
HHDSP,λ<=log n,8192,1,52629,6.4244384765625
HHDSP,λ<=log n,8192,1,54311,6.6297607421875
HHLSP,λ<=log n,8192,1,56984,6.9560546875
HHLSP,λ<=log n,8192,1,56809,6.9346923828125
HHLSP,λ<=log n,8192,1,53396,6.51806640625
HHLSP,λ<=log n,8192,1,58513,7.1427001953125
HHLSP,λ<=log n,8192,1,56858,6.940673828125
HHLSP,λ<=log n,8192,1,60951,7.4403076171875
HHLSP,λ<=log n,8192,1,58968,7.1982421875
HHLSP,λ<=log n,8192,1,57832,7.0595703125
HHLSP,λ<=log n,8192,1,59006,7.202880859375
HHLSP,λ<=log n,8192,1,58052,7.08642578125
HHLSP,λ<=log n,8192,1,55849,6.8175048828125
HHLSP,λ<=log n,8192,1,53440,6.5234375
HHLSP,λ<=log n,8192,1,54656,6.671875
HHLSP,λ<=log n,8192,1,59976,7.3212890625
HHLSP,λ<=log n,8192,1,60683,7.4075927734375
HHLSP,λ<=log n,8192,1,54804,6.68994140625
HHLSP,λ<=log n,8192,1,59657,7.2823486328125
HHLSP,λ<=log n,8192,1,53489,6.5294189453125
HHLSP,λ<=log n,8192,1,53658,6.550048828125
HHLSP,λ<=log n,8192,1,58901,7.1900634765625
HHLSP,λ<=log n,8192,1,55096,6.7255859375
HHLSP,λ<=log n,8192,1,53011,6.4710693359375
HHLSP,λ<=log n,8192,1,57539,7.0238037109375
HHLSP,λ<=log n,8192,1,51451,6.2806396484375
HHLSP,λ<=log n,8192,1,54627,6.6683349609375
HHLSP,λ<=log n,8192,1,57536,7.0234375
HHLSP,λ<=log n,8192,1,54284,6.62646484375
HHLSP,λ<=log n,8192,1,53413,6.5201416015625
HHLSP,λ<=log n,8192,1,56501,6.8970947265625
HHLSP,λ<=log n,8192,1,57554,7.025634765625
HHLSP,λ<=log n,8192,1,59649,7.2813720703125
HHLSP,λ<=log n,8192,1,56180,6.85791015625
HHLSP,λ<=log n,8192,1,51469,6.2828369140625
HHLSP,λ<=log n,8192,1,55537,6.7794189453125
HHLSP,λ<=log n,8192,1,51195,6.2493896484375
HHLSP,λ<=log n,8192,1,56986,6.956298828125
HHLSP,λ<=log n,8192,1,55158,6.733154296875
HHLSP,λ<=log n,8192,1,55032,6.7177734375
HHLSP,λ<=log n,8192,1,53614,6.544677734375
HHLSP,λ<=log n,8192,1,52103,6.3602294921875
HHLSP,λ<=log n,8192,1,54359,6.6356201171875
HHLSP,λ<=log n,8192,1,51417,6.2764892578125
HHLSP,λ<=log n,8192,1,56712,6.9228515625
HHLSP,λ<=log n,8192,1,60127,7.3397216796875
HHLSP,λ<=log n,8192,1,60195,7.3480224609375
HHLSP,λ<=log n,8192,1,54816,6.69140625
HHLSP,λ<=log n,8192,1,60020,7.32666015625
HHLSP,λ<=log n,8192,1,56845,6.9390869140625
HHLSP,λ<=log n,8192,1,61193,7.4698486328125
HHLSP,λ<=log n,8192,1,53836,6.57177734375
HHLSP,λ<=log n,8192,1,57124,6.97314453125
HHLSP,λ<=log n,8192,1,49642,6.059814453125
HHLSP,λ<=log n,8192,1,54297,6.6280517578125
HHLSP,λ<=log n,8192,1,52575,6.4178466796875
HHLSP,λ<=log n,8192,1,54704,6.677734375
HHLSP,λ<=log n,8192,1,52998,6.469482421875
HHLSP,λ<=log n,8192,1,60671,7.4061279296875
HHLSP,λ<=log n,8192,1,59839,7.3045654296875
HHLSP,λ<=log n,8192,1,51681,6.3087158203125
HHLSP,λ<=log n,8192,1,61842,7.549072265625
HHLSP,λ<=log n,8192,1,55444,6.76806640625
HHLSP,λ<=log n,8192,1,58182,7.102294921875
HHLSP,λ<=log n,8192,1,55490,6.773681640625
HHLSP,λ<=log n,8192,1,56235,6.8646240234375
HHLSP,λ<=log n,8192,1,53639,6.5477294921875
HHLSP,λ<=log n,8192,1,53501,6.5308837890625
HHLSP,λ<=log n,8192,1,54996,6.71337890625
HHLSP,λ<=log n,8192,1,57442,7.011962890625
HHLSP,λ<=log n,8192,1,55365,6.7584228515625
HHLSP,λ<=log n,8192,1,53970,6.588134765625
HHLSP,λ<=log n,8192,1,52426,6.399658203125
HHLSP,λ<=log n,8192,1,51847,6.3289794921875
HHLSP,λ<=log n,8192,1,58491,7.1400146484375
HHLSP,λ<=log n,8192,1,53103,6.4822998046875
HHLSP,λ<=log n,8192,1,57570,7.027587890625
HHLSP,λ<=log n,8192,1,55223,6.7410888671875
HHLSP,λ<=log n,8192,1,58086,7.090576171875
HHLSP,λ<=log n,8192,1,53725,6.5582275390625
HHLSP,λ<=log n,8192,1,61494,7.506591796875
HHLSP,λ<=log n,8192,1,56731,6.9251708984375
HHLSP,λ<=log n,8192,1,56498,6.896728515625
HHLSP,λ<=log n,8192,1,55739,6.8040771484375
HHLSP,λ<=log n,8192,1,55501,6.7750244140625
HHLSP,λ<=log n,8192,1,52386,6.394775390625
HHLSP,λ<=log n,8192,1,52512,6.41015625
HHLSP,λ<=log n,8192,1,51813,6.3248291015625
HHLSP,λ<=log n,8192,1,54388,6.63916015625
HHLSP,λ<=log n,8192,1,56675,6.9183349609375
HHLSP,λ<=log n,8192,1,50831,6.2049560546875
HHLSP,λ<=log n,8192,1,61698,7.531494140625
HHLSP,λ<=log n,8192,1,55021,6.7164306640625
HHLSP,λ<=log n,8192,1,56300,6.87255859375
HHLSP,λ<=log n,8192,1,56445,6.8902587890625
HHLSP,λ<=log n,8192,1,56953,6.9522705078125
HHLSP,λ<=log n,8192,1,56054,6.842529296875
HHLSP,λ<=log n,8192,1,55915,6.8255615234375
HHLSP,λ<=log n,8192,1,53727,6.5584716796875
HHLSP,λ<=log n,8192,1,54171,6.6126708984375
HHLSP,λ<=log n,8192,1,55945,6.8292236328125
HHLSP,λ<=log n,8192,1,61732,7.53564453125
HRLSP,λ<=log n,8192,1,55291,6.7493896484375
HRLSP,λ<=log n,8192,1,56825,6.9366455078125
HRLSP,λ<=log n,8192,1,52248,6.3779296875
HRLSP,λ<=log n,8192,1,52939,6.4622802734375
HRLSP,λ<=log n,8192,1,55519,6.7772216796875
HRLSP,λ<=log n,8192,1,54244,6.62158203125
HRLSP,λ<=log n,8192,1,59906,7.312744140625
HRLSP,λ<=log n,8192,1,56533,6.9010009765625
HRLSP,λ<=log n,8192,1,55586,6.785400390625
HRLSP,λ<=log n,8192,1,58733,7.1695556640625
HRLSP,λ<=log n,8192,1,54192,6.615234375
HRLSP,λ<=log n,8192,1,56431,6.8885498046875
HRLSP,λ<=log n,8192,1,49241,6.0108642578125
HRLSP,λ<=log n,8192,1,52109,6.3609619140625
HRLSP,λ<=log n,8192,1,57398,7.006591796875
HRLSP,λ<=log n,8192,1,54309,6.6295166015625
HRLSP,λ<=log n,8192,1,56329,6.8760986328125
HRLSP,λ<=log n,8192,1,55099,6.7259521484375
HRLSP,λ<=log n,8192,1,52986,6.468017578125
HRLSP,λ<=log n,8192,1,52525,6.4117431640625
HRLSP,λ<=log n,8192,1,53991,6.5906982421875
HRLSP,λ<=log n,8192,1,54765,6.6851806640625
HRLSP,λ<=log n,8192,1,52652,6.42724609375
HRLSP,λ<=log n,8192,1,54319,6.6307373046875
HRLSP,λ<=log n,8192,1,53897,6.5792236328125
HRLSP,λ<=log n,8192,1,52977,6.4669189453125
HRLSP,λ<=log n,8192,1,55694,6.798583984375
HRLSP,λ<=log n,8192,1,53559,6.5379638671875
HRLSP,λ<=log n,8192,1,56249,6.8663330078125
HRLSP,λ<=log n,8192,1,52263,6.3797607421875
HRLSP,λ<=log n,8192,1,57402,7.007080078125
HRLSP,λ<=log n,8192,1,55800,6.8115234375
HRLSP,λ<=log n,8192,1,67231,8.2069091796875
HRLSP,λ<=log n,8192,1,53295,6.5057373046875
HRLSP,λ<=log n,8192,1,53678,6.552490234375
HRLSP,λ<=log n,8192,1,51807,6.3240966796875
HRLSP,λ<=log n,8192,1,52893,6.4566650390625
HRLSP,λ<=log n,8192,1,52755,6.4398193359375
HRLSP,λ<=log n,8192,1,53551,6.5369873046875
HRLSP,λ<=log n,8192,1,52097,6.3594970703125
HRLSP,λ<=log n,8192,1,55073,6.7227783203125
HRLSP,λ<=log n,8192,1,59513,7.2647705078125
HRLSP,λ<=log n,8192,1,49170,6.002197265625
HRLSP,λ<=log n,8192,1,53650,6.549072265625
HRLSP,λ<=log n,8192,1,55261,6.7457275390625
HRLSP,λ<=log n,8192,1,54506,6.653564453125
HRLSP,λ<=log n,8192,1,53250,6.500244140625
HRLSP,λ<=log n,8192,1,49686,6.065185546875
HRLSP,λ<=log n,8192,1,50435,6.1566162109375
HRLSP,λ<=log n,8192,1,54578,6.662353515625
HRLSP,λ<=log n,8192,1,50637,6.1812744140625
HRLSP,λ<=log n,8192,1,57521,7.0216064453125
HRLSP,λ<=log n,8192,1,69437,8.4761962890625
HRLSP,λ<=log n,8192,1,53661,6.5504150390625
HRLSP,λ<=log n,8192,1,53685,6.5533447265625
HRLSP,λ<=log n,8192,1,51709,6.3121337890625
HRLSP,λ<=log n,8192,1,51896,6.3349609375
HRLSP,λ<=log n,8192,1,52890,6.456298828125
HRLSP,λ<=log n,8192,1,51551,6.2928466796875
HRLSP,λ<=log n,8192,1,53060,6.47705078125
HRLSP,λ<=log n,8192,1,51746,6.316650390625
HRLSP,λ<=log n,8192,1,52400,6.396484375
HRLSP,λ<=log n,8192,1,57347,7.0003662109375
HRLSP,λ<=log n,8192,1,58444,7.13427734375
HRLSP,λ<=log n,8192,1,52475,6.4056396484375
HRLSP,λ<=log n,8192,1,57142,6.975341796875
HRLSP,λ<=log n,8192,1,51715,6.3128662109375
HRLSP,λ<=log n,8192,1,54477,6.6500244140625
HRLSP,λ<=log n,8192,1,57397,7.0064697265625
HRLSP,λ<=log n,8192,1,58162,7.099853515625
HRLSP,λ<=log n,8192,1,51372,6.27099609375
HRLSP,λ<=log n,8192,1,53710,6.556396484375
HRLSP,λ<=log n,8192,1,48727,5.9481201171875
HRLSP,λ<=log n,8192,1,59575,7.2723388671875
HRLSP,λ<=log n,8192,1,56849,6.9395751953125
HRLSP,λ<=log n,8192,1,55124,6.72900390625
HRLSP,λ<=log n,8192,1,52054,6.354248046875
HRLSP,λ<=log n,8192,1,53043,6.4749755859375
HRLSP,λ<=log n,8192,1,55471,6.7713623046875
HRLSP,λ<=log n,8192,1,59167,7.2225341796875
HRLSP,λ<=log n,8192,1,51837,6.3277587890625
HRLSP,λ<=log n,8192,1,49906,6.092041015625
HRLSP,λ<=log n,8192,1,57963,7.0755615234375
HRLSP,λ<=log n,8192,1,58884,7.18798828125
HRLSP,λ<=log n,8192,1,51019,6.2279052734375
HRLSP,λ<=log n,8192,1,54509,6.6539306640625
HRLSP,λ<=log n,8192,1,53891,6.5784912109375
HRLSP,λ<=log n,8192,1,52642,6.426025390625
HRLSP,λ<=log n,8192,1,58045,7.0855712890625
HRLSP,λ<=log n,8192,1,58811,7.1790771484375
HRLSP,λ<=log n,8192,1,52554,6.415283203125
HRLSP,λ<=log n,8192,1,53925,6.5826416015625
HRLSP,λ<=log n,8192,1,55110,6.727294921875
HRLSP,λ<=log n,8192,1,54553,6.6593017578125
HRLSP,λ<=log n,8192,1,55498,6.774658203125
HRLSP,λ<=log n,8192,1,51694,6.310302734375
HRLSP,λ<=log n,8192,1,49085,5.9918212890625
HRLSP,λ<=log n,8192,1,58102,7.092529296875
HSLSP,λ<=log n,8192,1,76493,9.3375244140625
HSLSP,λ<=log n,8192,1,90729,11.0753173828125
HSLSP,λ<=log n,8192,1,86001,10.4981689453125
HSLSP,λ<=log n,8192,1,87411,10.6702880859375
HSLSP,λ<=log n,8192,1,73303,8.9481201171875
HSLSP,λ<=log n,8192,1,82033,10.0137939453125
HSLSP,λ<=log n,8192,1,78616,9.5966796875
HSLSP,λ<=log n,8192,1,87251,10.6507568359375
HSLSP,λ<=log n,8192,1,75457,9.2110595703125
HSLSP,λ<=log n,8192,1,91695,11.1932373046875
HSLSP,λ<=log n,8192,1,80270,9.798583984375
HSLSP,λ<=log n,8192,1,75739,9.2454833984375
HSLSP,λ<=log n,8192,1,73878,9.018310546875
HSLSP,λ<=log n,8192,1,78182,9.543701171875
HSLSP,λ<=log n,8192,1,72996,8.91064453125
HSLSP,λ<=log n,8192,1,103074,12.582275390625
HSLSP,λ<=log n,8192,1,87797,10.7174072265625
HSLSP,λ<=log n,8192,1,72313,8.8272705078125
HSLSP,λ<=log n,8192,1,79310,9.681396484375
HSLSP,λ<=log n,8192,1,78380,9.56787109375
HSLSP,λ<=log n,8192,1,85008,10.376953125
HSLSP,λ<=log n,8192,1,74050,9.039306640625
HSLSP,λ<=log n,8192,1,84343,10.2957763671875
HSLSP,λ<=log n,8192,1,89370,10.909423828125
HSLSP,λ<=log n,8192,1,80842,9.868408203125
HSLSP,λ<=log n,8192,1,79045,9.6490478515625
HSLSP,λ<=log n,8192,1,75455,9.2108154296875
HSLSP,λ<=log n,8192,1,77146,9.417236328125
HSLSP,λ<=log n,8192,1,79577,9.7139892578125
HSLSP,λ<=log n,8192,1,81072,9.896484375
HSLSP,λ<=log n,8192,1,77841,9.5020751953125
HSLSP,λ<=log n,8192,1,76749,9.3687744140625
HSLSP,λ<=log n,8192,1,71461,8.7232666015625
HSLSP,λ<=log n,8192,1,75766,9.248779296875
HSLSP,λ<=log n,8192,1,76343,9.3192138671875
HSLSP,λ<=log n,8192,1,81950,10.003662109375
HSLSP,λ<=log n,8192,1,75715,9.2425537109375
HSLSP,λ<=log n,8192,1,79031,9.6473388671875
HSLSP,λ<=log n,8192,1,81787,9.9837646484375
HSLSP,λ<=log n,8192,1,76851,9.3812255859375
HSLSP,λ<=log n,8192,1,68728,8.3896484375
HSLSP,λ<=log n,8192,1,69140,8.43994140625
HSLSP,λ<=log n,8192,1,79503,9.7049560546875
HSLSP,λ<=log n,8192,1,85359,10.4197998046875
HSLSP,λ<=log n,8192,1,80404,9.81494140625
HSLSP,λ<=log n,8192,1,81586,9.959228515625
HSLSP,λ<=log n,8192,1,76998,9.399169921875
HSLSP,λ<=log n,8192,1,79796,9.74072265625
HSLSP,λ<=log n,8192,1,73250,8.941650390625
HSLSP,λ<=log n,8192,1,74234,9.061767578125
HSLSP,λ<=log n,8192,1,84123,10.2689208984375
HSLSP,λ<=log n,8192,1,85842,10.478759765625
HSLSP,λ<=log n,8192,1,80529,9.8302001953125
HSLSP,λ<=log n,8192,1,72442,8.843017578125
HSLSP,λ<=log n,8192,1,76375,9.3231201171875
HSLSP,λ<=log n,8192,1,80863,9.8709716796875
HSLSP,λ<=log n,8192,1,83591,10.2039794921875
HSLSP,λ<=log n,8192,1,71027,8.6702880859375
HSLSP,λ<=log n,8192,1,78033,9.5255126953125
HSLSP,λ<=log n,8192,1,85494,10.436279296875
HSLSP,λ<=log n,8192,1,84939,10.3685302734375
HSLSP,λ<=log n,8192,1,81574,9.957763671875
HSLSP,λ<=log n,8192,1,81582,9.958740234375
HSLSP,λ<=log n,8192,1,73610,8.985595703125
HSLSP,λ<=log n,8192,1,76806,9.375732421875
HSLSP,λ<=log n,8192,1,84924,10.36669921875
HSLSP,λ<=log n,8192,1,77067,9.4075927734375
HSLSP,λ<=log n,8192,1,74699,9.1185302734375
HSLSP,λ<=log n,8192,1,74384,9.080078125
HSLSP,λ<=log n,8192,1,86430,10.550537109375
HSLSP,λ<=log n,8192,1,76585,9.3487548828125
HSLSP,λ<=log n,8192,1,75950,9.271240234375
HSLSP,λ<=log n,8192,1,75400,9.2041015625
HSLSP,λ<=log n,8192,1,76690,9.361572265625
HSLSP,λ<=log n,8192,1,77708,9.48583984375
HSLSP,λ<=log n,8192,1,76540,9.34326171875
HSLSP,λ<=log n,8192,1,81758,9.980224609375
HSLSP,λ<=log n,8192,1,79639,9.7215576171875
HSLSP,λ<=log n,8192,1,84080,10.263671875
HSLSP,λ<=log n,8192,1,80559,9.8338623046875
HSLSP,λ<=log n,8192,1,70262,8.576904296875
HSLSP,λ<=log n,8192,1,79320,9.6826171875
HSLSP,λ<=log n,8192,1,78018,9.523681640625
HSLSP,λ<=log n,8192,1,77509,9.4615478515625
HSLSP,λ<=log n,8192,1,72494,8.849365234375
HSLSP,λ<=log n,8192,1,81120,9.90234375
HSLSP,λ<=log n,8192,1,74164,9.05322265625
HSLSP,λ<=log n,8192,1,85859,10.4808349609375
HSLSP,λ<=log n,8192,1,82875,10.1165771484375
HSLSP,λ<=log n,8192,1,79321,9.6827392578125
HSLSP,λ<=log n,8192,1,76171,9.2982177734375
HSLSP,λ<=log n,8192,1,85559,10.4442138671875
HSLSP,λ<=log n,8192,1,81659,9.9681396484375
HSLSP,λ<=log n,8192,1,78558,9.589599609375
HSLSP,λ<=log n,8192,1,77130,9.415283203125
HSLSP,λ<=log n,8192,1,73754,9.003173828125
HSLSP,λ<=log n,8192,1,74168,9.0537109375
HSLSP,λ<=log n,8192,1,81207,9.9129638671875
HSLSP,λ<=log n,8192,1,77623,9.4754638671875
HSLSP,λ<=log n,8192,1,72692,8.87353515625
HSDMP,λ<=log n,8192,1,65905,8.0450439453125
HSDMP,λ<=log n,8192,1,77891,9.5081787109375
HSDMP,λ<=log n,8192,1,71465,8.7237548828125
HSDMP,λ<=log n,8192,1,73779,9.0062255859375
HSDMP,λ<=log n,8192,1,67010,8.179931640625
HSDMP,λ<=log n,8192,1,71333,8.7076416015625
HSDMP,λ<=log n,8192,1,89382,10.910888671875
HSDMP,λ<=log n,8192,1,57732,7.04736328125
HSDMP,λ<=log n,8192,1,63906,7.801025390625
HSDMP,λ<=log n,8192,1,61861,7.5513916015625
HSDMP,λ<=log n,8192,1,72321,8.8282470703125
HSDMP,λ<=log n,8192,1,69571,8.4925537109375
HSDMP,λ<=log n,8192,1,58474,7.137939453125
HSDMP,λ<=log n,8192,1,63471,7.7479248046875
HSDMP,λ<=log n,8192,1,76518,9.340576171875
HSDMP,λ<=log n,8192,1,103022,12.575927734375
HSDMP,λ<=log n,8192,1,81464,9.9443359375
HSDMP,λ<=log n,8192,1,72758,8.881591796875
HSDMP,λ<=log n,8192,1,80514,9.828369140625
HSDMP,λ<=log n,8192,1,63183,7.7127685546875
HSDMP,λ<=log n,8192,1,62532,7.63330078125
HSDMP,λ<=log n,8192,1,81641,9.9659423828125
HSDMP,λ<=log n,8192,1,95035,11.6009521484375
HSDMP,λ<=log n,8192,1,71455,8.7225341796875
HSDMP,λ<=log n,8192,1,73068,8.91943359375
HSDMP,λ<=log n,8192,1,66924,8.16943359375
HSDMP,λ<=log n,8192,1,86389,10.5455322265625
HSDMP,λ<=log n,8192,1,67673,8.2608642578125
HSDMP,λ<=log n,8192,1,84430,10.306396484375
HSDMP,λ<=log n,8192,1,83731,10.2210693359375
HSDMP,λ<=log n,8192,1,107275,13.0950927734375
HSDMP,λ<=log n,8192,1,72606,8.863037109375
HSDMP,λ<=log n,8192,1,75695,9.2401123046875
HSDMP,λ<=log n,8192,1,88883,10.8499755859375
HSDMP,λ<=log n,8192,1,94028,11.47802734375
HSDMP,λ<=log n,8192,1,75776,9.25
HSDMP,λ<=log n,8192,1,82630,10.086669921875
HSDMP,λ<=log n,8192,1,85939,10.4906005859375
HSDMP,λ<=log n,8192,1,85822,10.476318359375
HSDMP,λ<=log n,8192,1,71625,8.7432861328125
HSDMP,λ<=log n,8192,1,74103,9.0457763671875
HSDMP,λ<=log n,8192,1,60561,7.3927001953125
HSDMP,λ<=log n,8192,1,71265,8.6993408203125
HSDMP,λ<=log n,8192,1,81941,10.0025634765625
HSDMP,λ<=log n,8192,1,65423,7.9862060546875
HSDMP,λ<=log n,8192,1,73035,8.9154052734375
HSDMP,λ<=log n,8192,1,61502,7.507568359375
HSDMP,λ<=log n,8192,1,69091,8.4339599609375
HSDMP,λ<=log n,8192,1,101896,12.4384765625
HSDMP,λ<=log n,8192,1,80487,9.8250732421875
HSDMP,λ<=log n,8192,1,87319,10.6590576171875
HSDMP,λ<=log n,8192,1,79628,9.72021484375
HSDMP,λ<=log n,8192,1,82186,10.032470703125
HSDMP,λ<=log n,8192,1,52040,6.3525390625
HSDMP,λ<=log n,8192,1,77113,9.4132080078125
HSDMP,λ<=log n,8192,1,85041,10.3809814453125
HSDMP,λ<=log n,8192,1,70152,8.5634765625
HSDMP,λ<=log n,8192,1,69344,8.46484375
HSDMP,λ<=log n,8192,1,86666,10.579345703125
HSDMP,λ<=log n,8192,1,60641,7.4024658203125
HSDMP,λ<=log n,8192,1,68661,8.3814697265625
HSDMP,λ<=log n,8192,1,61625,7.5225830078125
HSDMP,λ<=log n,8192,1,73988,9.03173828125
HSDMP,λ<=log n,8192,1,94863,11.5799560546875
HSDMP,λ<=log n,8192,1,76138,9.294189453125
HSDMP,λ<=log n,8192,1,69658,8.503173828125
HSDMP,λ<=log n,8192,1,67208,8.2041015625
HSDMP,λ<=log n,8192,1,66396,8.10498046875
HSDMP,λ<=log n,8192,1,63751,7.7821044921875
HSDMP,λ<=log n,8192,1,74672,9.115234375
HSDMP,λ<=log n,8192,1,68148,8.31884765625
HSDMP,λ<=log n,8192,1,74973,9.1519775390625
HSDMP,λ<=log n,8192,1,102052,12.45751953125
HSDMP,λ<=log n,8192,1,60363,7.3685302734375
HSDMP,λ<=log n,8192,1,86031,10.5018310546875
HSDMP,λ<=log n,8192,1,61741,7.5367431640625
HSDMP,λ<=log n,8192,1,80259,9.7972412109375
HSDMP,λ<=log n,8192,1,75563,9.2239990234375
HSDMP,λ<=log n,8192,1,70982,8.664794921875
HSDMP,λ<=log n,8192,1,66830,8.157958984375
HSDMP,λ<=log n,8192,1,76561,9.3458251953125
HSDMP,λ<=log n,8192,1,64341,7.8541259765625
HSDMP,λ<=log n,8192,1,76113,9.2911376953125
HSDMP,λ<=log n,8192,1,68951,8.4168701171875
HSDMP,λ<=log n,8192,1,80988,9.88623046875
HSDMP,λ<=log n,8192,1,80382,9.812255859375
HSDMP,λ<=log n,8192,1,57089,6.9688720703125
HSDMP,λ<=log n,8192,1,85340,10.41748046875
HSDMP,λ<=log n,8192,1,63724,7.77880859375
HSDMP,λ<=log n,8192,1,67630,8.255615234375
HSDMP,λ<=log n,8192,1,74343,9.0750732421875
HSDMP,λ<=log n,8192,1,103347,12.6156005859375
HSDMP,λ<=log n,8192,1,71105,8.6798095703125
HSDMP,λ<=log n,8192,1,61953,7.5626220703125
HSDMP,λ<=log n,8192,1,84832,10.35546875
HSDMP,λ<=log n,8192,1,70025,8.5479736328125
HSDMP,λ<=log n,8192,1,61697,7.5313720703125
HSDMP,λ<=log n,8192,1,55889,6.8223876953125
HSDMP,λ<=log n,8192,1,61928,7.5595703125
HRDMP,λ<=log n,8192,1,50501,6.1646728515625
HRDMP,λ<=log n,8192,1,44775,5.4656982421875
HRDMP,λ<=log n,8192,1,47334,5.778076171875
HRDMP,λ<=log n,8192,1,42671,5.2088623046875
HRDMP,λ<=log n,8192,1,44255,5.4022216796875
HRDMP,λ<=log n,8192,1,47561,5.8057861328125
HRDMP,λ<=log n,8192,1,44416,5.421875
HRDMP,λ<=log n,8192,1,45558,5.561279296875
HRDMP,λ<=log n,8192,1,47110,5.750732421875
HRDMP,λ<=log n,8192,1,47095,5.7489013671875
HRDMP,λ<=log n,8192,1,46186,5.637939453125
HRDMP,λ<=log n,8192,1,46309,5.6529541015625
HRDMP,λ<=log n,8192,1,55947,6.8294677734375
HRDMP,λ<=log n,8192,1,47735,5.8270263671875
HRDMP,λ<=log n,8192,1,47299,5.7738037109375
HRDMP,λ<=log n,8192,1,47150,5.755615234375
HRDMP,λ<=log n,8192,1,48679,5.9422607421875
HRDMP,λ<=log n,8192,1,47449,5.7921142578125
HRDMP,λ<=log n,8192,1,48116,5.87353515625
HRDMP,λ<=log n,8192,1,44724,5.45947265625
HRDMP,λ<=log n,8192,1,51295,6.2615966796875
HRDMP,λ<=log n,8192,1,46704,5.701171875
HRDMP,λ<=log n,8192,1,46641,5.6934814453125
HRDMP,λ<=log n,8192,1,48731,5.9486083984375
HRDMP,λ<=log n,8192,1,46803,5.7132568359375
HRDMP,λ<=log n,8192,1,46044,5.62060546875
HRDMP,λ<=log n,8192,1,50336,6.14453125
HRDMP,λ<=log n,8192,1,45165,5.5133056640625
HRDMP,λ<=log n,8192,1,46418,5.666259765625
HRDMP,λ<=log n,8192,1,45433,5.5460205078125
HRDMP,λ<=log n,8192,1,46589,5.6871337890625
HRDMP,λ<=log n,8192,1,46389,5.6627197265625
HRDMP,λ<=log n,8192,1,46922,5.727783203125
HRDMP,λ<=log n,8192,1,45588,5.56494140625
HRDMP,λ<=log n,8192,1,45790,5.589599609375
HRDMP,λ<=log n,8192,1,46478,5.673583984375
HRDMP,λ<=log n,8192,1,46726,5.703857421875
HRDMP,λ<=log n,8192,1,50921,6.2159423828125
HRDMP,λ<=log n,8192,1,47985,5.8575439453125
HRDMP,λ<=log n,8192,1,48150,5.877685546875
HRDMP,λ<=log n,8192,1,43980,5.36865234375
HRDMP,λ<=log n,8192,1,46172,5.63623046875
HRDMP,λ<=log n,8192,1,47733,5.8267822265625
HRDMP,λ<=log n,8192,1,49787,6.0775146484375
HRDMP,λ<=log n,8192,1,44565,5.4400634765625
HRDMP,λ<=log n,8192,1,51412,6.27587890625
HRDMP,λ<=log n,8192,1,48369,5.9044189453125
HRDMP,λ<=log n,8192,1,51341,6.2672119140625
HRDMP,λ<=log n,8192,1,46183,5.6375732421875
HRDMP,λ<=log n,8192,1,57164,6.97802734375
HRDMP,λ<=log n,8192,1,48766,5.952880859375
HRDMP,λ<=log n,8192,1,43246,5.279052734375
HRDMP,λ<=log n,8192,1,50101,6.1158447265625
HRDMP,λ<=log n,8192,1,44366,5.415771484375
HRDMP,λ<=log n,8192,1,48139,5.8763427734375
HRDMP,λ<=log n,8192,1,48969,5.9776611328125
HRDMP,λ<=log n,8192,1,47838,5.839599609375
HRDMP,λ<=log n,8192,1,46844,5.71826171875
HRDMP,λ<=log n,8192,1,49301,6.0181884765625
HRDMP,λ<=log n,8192,1,49177,6.0030517578125
HRDMP,λ<=log n,8192,1,54855,6.6961669921875
HRDMP,λ<=log n,8192,1,45034,5.497314453125
HRDMP,λ<=log n,8192,1,46055,5.6219482421875
HRDMP,λ<=log n,8192,1,48655,5.9393310546875
HRDMP,λ<=log n,8192,1,44519,5.4344482421875
HRDMP,λ<=log n,8192,1,49207,6.0067138671875
HRDMP,λ<=log n,8192,1,45929,5.6065673828125
HRDMP,λ<=log n,8192,1,52446,6.402099609375
HRDMP,λ<=log n,8192,1,42841,5.2296142578125
HRDMP,λ<=log n,8192,1,48348,5.90185546875
HRDMP,λ<=log n,8192,1,46971,5.7337646484375
HRDMP,λ<=log n,8192,1,46906,5.725830078125
HRDMP,λ<=log n,8192,1,46074,5.624267578125
HRDMP,λ<=log n,8192,1,45786,5.589111328125
HRDMP,λ<=log n,8192,1,48386,5.906494140625
HRDMP,λ<=log n,8192,1,48494,5.919677734375
HRDMP,λ<=log n,8192,1,46543,5.6815185546875
HRDMP,λ<=log n,8192,1,45175,5.5145263671875
HRDMP,λ<=log n,8192,1,46284,5.64990234375
HRDMP,λ<=log n,8192,1,46977,5.7344970703125
HRDMP,λ<=log n,8192,1,45590,5.565185546875
HRDMP,λ<=log n,8192,1,48560,5.927734375
HRDMP,λ<=log n,8192,1,45257,5.5245361328125
HRDMP,λ<=log n,8192,1,45572,5.56298828125
HRDMP,λ<=log n,8192,1,47618,5.812744140625
HRDMP,λ<=log n,8192,1,46288,5.650390625
HRDMP,λ<=log n,8192,1,50729,6.1925048828125
HRDMP,λ<=log n,8192,1,51909,6.3365478515625
HRDMP,λ<=log n,8192,1,45910,5.604248046875
HRDMP,λ<=log n,8192,1,47589,5.8092041015625
HRDMP,λ<=log n,8192,1,49952,6.09765625
HRDMP,λ<=log n,8192,1,47448,5.7919921875
HRDMP,λ<=log n,8192,1,54171,6.6126708984375
HRDMP,λ<=log n,8192,1,46281,5.6495361328125
HRDMP,λ<=log n,8192,1,45587,5.5648193359375
HRDMP,λ<=log n,8192,1,47168,5.7578125
HRDMP,λ<=log n,8192,1,42490,5.186767578125
HRDMP,λ<=log n,8192,1,47194,5.760986328125
HRDMP,λ<=log n,8192,1,47462,5.793701171875
HHDMP,λ<=log n,8192,1,52556,6.41552734375
HHDMP,λ<=log n,8192,1,44878,5.478271484375
HHDMP,λ<=log n,8192,1,47833,5.8389892578125
HHDMP,λ<=log n,8192,1,48670,5.941162109375
HHDMP,λ<=log n,8192,1,46826,5.716064453125
HHDMP,λ<=log n,8192,1,46553,5.6827392578125
HHDMP,λ<=log n,8192,1,50189,6.1265869140625
HHDMP,λ<=log n,8192,1,51529,6.2901611328125
HHDMP,λ<=log n,8192,1,45734,5.582763671875
HHDMP,λ<=log n,8192,1,50436,6.15673828125
HHDMP,λ<=log n,8192,1,48279,5.8934326171875
HHDMP,λ<=log n,8192,1,46647,5.6942138671875
HHDMP,λ<=log n,8192,1,45805,5.5914306640625
HHDMP,λ<=log n,8192,1,47328,5.77734375
HHDMP,λ<=log n,8192,1,51859,6.3304443359375
HHDMP,λ<=log n,8192,1,44716,5.45849609375
HHDMP,λ<=log n,8192,1,47219,5.7640380859375
HHDMP,λ<=log n,8192,1,47952,5.853515625
HHDMP,λ<=log n,8192,1,43772,5.34326171875
HHDMP,λ<=log n,8192,1,52074,6.356689453125
HHDMP,λ<=log n,8192,1,48186,5.882080078125
HHDMP,λ<=log n,8192,1,49775,6.0760498046875
HHDMP,λ<=log n,8192,1,51552,6.29296875
HHDMP,λ<=log n,8192,1,48977,5.9786376953125
HHDMP,λ<=log n,8192,1,56689,6.9200439453125
HHDMP,λ<=log n,8192,1,52401,6.3966064453125
HHDMP,λ<=log n,8192,1,46272,5.6484375
HHDMP,λ<=log n,8192,1,47103,5.7498779296875
HHDMP,λ<=log n,8192,1,44639,5.4490966796875
HHDMP,λ<=log n,8192,1,51824,6.326171875
HHDMP,λ<=log n,8192,1,45700,5.57861328125
HHDMP,λ<=log n,8192,1,48367,5.9041748046875
HHDMP,λ<=log n,8192,1,44180,5.39306640625
HHDMP,λ<=log n,8192,1,42703,5.2127685546875
HHDMP,λ<=log n,8192,1,46339,5.6566162109375
HHDMP,λ<=log n,8192,1,47477,5.7955322265625
HHDMP,λ<=log n,8192,1,47539,5.8031005859375
HHDMP,λ<=log n,8192,1,53126,6.485107421875
HHDMP,λ<=log n,8192,1,47749,5.8287353515625
HHDMP,λ<=log n,8192,1,46908,5.72607421875
HHDMP,λ<=log n,8192,1,46941,5.7301025390625
HHDMP,λ<=log n,8192,1,56782,6.931396484375
HHDMP,λ<=log n,8192,1,46723,5.7034912109375
HHDMP,λ<=log n,8192,1,48225,5.8868408203125
HHDMP,λ<=log n,8192,1,47751,5.8289794921875
HHDMP,λ<=log n,8192,1,45476,5.55126953125
HHDMP,λ<=log n,8192,1,43666,5.330322265625
HHDMP,λ<=log n,8192,1,48995,5.9808349609375
HHDMP,λ<=log n,8192,1,49118,5.995849609375
HHDMP,λ<=log n,8192,1,54229,6.6197509765625
HHDMP,λ<=log n,8192,1,45695,5.5780029296875
HHDMP,λ<=log n,8192,1,45193,5.5167236328125
HHDMP,λ<=log n,8192,1,49553,6.0489501953125
HHDMP,λ<=log n,8192,1,46720,5.703125
HHDMP,λ<=log n,8192,1,49594,6.053955078125
HHDMP,λ<=log n,8192,1,44151,5.3895263671875
HHDMP,λ<=log n,8192,1,46144,5.6328125
HHDMP,λ<=log n,8192,1,47006,5.738037109375
HHDMP,λ<=log n,8192,1,45788,5.58935546875
HHDMP,λ<=log n,8192,1,49888,6.08984375
HHDMP,λ<=log n,8192,1,45387,5.5404052734375
HHDMP,λ<=log n,8192,1,49021,5.9840087890625
HHDMP,λ<=log n,8192,1,54996,6.71337890625
HHDMP,λ<=log n,8192,1,47361,5.7813720703125
HHDMP,λ<=log n,8192,1,45962,5.610595703125
HHDMP,λ<=log n,8192,1,46972,5.73388671875
HHDMP,λ<=log n,8192,1,47944,5.8525390625
HHDMP,λ<=log n,8192,1,48097,5.8712158203125
HHDMP,λ<=log n,8192,1,44906,5.481689453125
HHDMP,λ<=log n,8192,1,46881,5.7227783203125
HHDMP,λ<=log n,8192,1,45795,5.5902099609375
HHDMP,λ<=log n,8192,1,44420,5.42236328125
HHDMP,λ<=log n,8192,1,46564,5.68408203125
HHDMP,λ<=log n,8192,1,56031,6.8397216796875
HHDMP,λ<=log n,8192,1,50082,6.113525390625
HHDMP,λ<=log n,8192,1,43565,5.3179931640625
HHDMP,λ<=log n,8192,1,47506,5.799072265625
HHDMP,λ<=log n,8192,1,50766,6.197021484375
HHDMP,λ<=log n,8192,1,45513,5.5557861328125
HHDMP,λ<=log n,8192,1,49316,6.02001953125
HHDMP,λ<=log n,8192,1,50537,6.1690673828125
HHDMP,λ<=log n,8192,1,44876,5.47802734375
HHDMP,λ<=log n,8192,1,44513,5.4337158203125
HHDMP,λ<=log n,8192,1,52243,6.3773193359375
HHDMP,λ<=log n,8192,1,44175,5.3924560546875
HHDMP,λ<=log n,8192,1,51358,6.269287109375
HHDMP,λ<=log n,8192,1,45245,5.5230712890625
HHDMP,λ<=log n,8192,1,50385,6.1505126953125
HHDMP,λ<=log n,8192,1,45518,5.556396484375
HHDMP,λ<=log n,8192,1,43088,5.259765625
HHDMP,λ<=log n,8192,1,51344,6.267578125
HHDMP,λ<=log n,8192,1,44927,5.4842529296875
HHDMP,λ<=log n,8192,1,46739,5.7054443359375
HHDMP,λ<=log n,8192,1,45709,5.5797119140625
HHDMP,λ<=log n,8192,1,51975,6.3446044921875
HHDMP,λ<=log n,8192,1,44040,5.3759765625
HHDMP,λ<=log n,8192,1,48556,5.92724609375
HHDMP,λ<=log n,8192,1,44242,5.400634765625
HHDMP,λ<=log n,8192,1,50187,6.1263427734375
HHDMP,λ<=log n,8192,1,46847,5.7186279296875
HHLMP,λ<=log n,8192,1,47180,5.75927734375
HHLMP,λ<=log n,8192,1,47348,5.77978515625
HHLMP,λ<=log n,8192,1,46525,5.6793212890625
HHLMP,λ<=log n,8192,1,47582,5.808349609375
HHLMP,λ<=log n,8192,1,45286,5.528076171875
HHLMP,λ<=log n,8192,1,48808,5.9580078125
HHLMP,λ<=log n,8192,1,49755,6.0736083984375
HHLMP,λ<=log n,8192,1,49346,6.023681640625
HHLMP,λ<=log n,8192,1,53663,6.5506591796875
HHLMP,λ<=log n,8192,1,46211,5.6409912109375
HHLMP,λ<=log n,8192,1,48480,5.91796875
HHLMP,λ<=log n,8192,1,52524,6.41162109375
HHLMP,λ<=log n,8192,1,47860,5.84228515625
HHLMP,λ<=log n,8192,1,51405,6.2750244140625
HHLMP,λ<=log n,8192,1,50175,6.1248779296875
HHLMP,λ<=log n,8192,1,48506,5.921142578125
HHLMP,λ<=log n,8192,1,48030,5.863037109375
HHLMP,λ<=log n,8192,1,61136,7.462890625
HHLMP,λ<=log n,8192,1,48996,5.98095703125
HHLMP,λ<=log n,8192,1,46688,5.69921875
HHLMP,λ<=log n,8192,1,51227,6.2532958984375
HHLMP,λ<=log n,8192,1,46989,5.7359619140625
HHLMP,λ<=log n,8192,1,49307,6.0189208984375
HHLMP,λ<=log n,8192,1,46135,5.6317138671875
HHLMP,λ<=log n,8192,1,52895,6.4569091796875
HHLMP,λ<=log n,8192,1,49597,6.0543212890625
HHLMP,λ<=log n,8192,1,61706,7.532470703125
HHLMP,λ<=log n,8192,1,49989,6.1021728515625
HHLMP,λ<=log n,8192,1,48571,5.9290771484375
HHLMP,λ<=log n,8192,1,49464,6.0380859375
HHLMP,λ<=log n,8192,1,48105,5.8721923828125
HHLMP,λ<=log n,8192,1,49066,5.989501953125
HHLMP,λ<=log n,8192,1,45514,5.555908203125
HHLMP,λ<=log n,8192,1,50665,6.1846923828125
HHLMP,λ<=log n,8192,1,45935,5.6072998046875
HHLMP,λ<=log n,8192,1,58713,7.1671142578125
HHLMP,λ<=log n,8192,1,48179,5.8812255859375
HHLMP,λ<=log n,8192,1,47550,5.804443359375
HHLMP,λ<=log n,8192,1,48534,5.924560546875
HHLMP,λ<=log n,8192,1,45594,5.565673828125
HHLMP,λ<=log n,8192,1,48252,5.89013671875
HHLMP,λ<=log n,8192,1,47866,5.843017578125
HHLMP,λ<=log n,8192,1,47864,5.8427734375
HHLMP,λ<=log n,8192,1,57157,6.9771728515625
HHLMP,λ<=log n,8192,1,48514,5.922119140625
HHLMP,λ<=log n,8192,1,49859,6.0863037109375
HHLMP,λ<=log n,8192,1,50707,6.1898193359375
HHLMP,λ<=log n,8192,1,51341,6.2672119140625
HHLMP,λ<=log n,8192,1,53004,6.47021484375
HHLMP,λ<=log n,8192,1,48304,5.896484375
HHLMP,λ<=log n,8192,1,49277,6.0152587890625
HHLMP,λ<=log n,8192,1,49151,5.9998779296875
HHLMP,λ<=log n,8192,1,49088,5.9921875
HHLMP,λ<=log n,8192,1,46988,5.73583984375
HHLMP,λ<=log n,8192,1,47409,5.7872314453125
HHLMP,λ<=log n,8192,1,46885,5.7232666015625
HHLMP,λ<=log n,8192,1,46667,5.6966552734375
HHLMP,λ<=log n,8192,1,48730,5.948486328125
HHLMP,λ<=log n,8192,1,48036,5.86376953125
HHLMP,λ<=log n,8192,1,49049,5.9874267578125
HHLMP,λ<=log n,8192,1,53682,6.552978515625
HHLMP,λ<=log n,8192,1,45694,5.577880859375
HHLMP,λ<=log n,8192,1,50723,6.1917724609375
HHLMP,λ<=log n,8192,1,45174,5.514404296875
HHLMP,λ<=log n,8192,1,45993,5.6143798828125
HHLMP,λ<=log n,8192,1,48699,5.9447021484375
HHLMP,λ<=log n,8192,1,49246,6.011474609375
HHLMP,λ<=log n,8192,1,49649,6.0606689453125
HHLMP,λ<=log n,8192,1,53612,6.54443359375
HHLMP,λ<=log n,8192,1,46706,5.701416015625
HHLMP,λ<=log n,8192,1,51253,6.2564697265625
HHLMP,λ<=log n,8192,1,47986,5.857666015625
HHLMP,λ<=log n,8192,1,44538,5.436767578125
HHLMP,λ<=log n,8192,1,47784,5.8330078125
HHLMP,λ<=log n,8192,1,51665,6.3067626953125
HHLMP,λ<=log n,8192,1,49593,6.0538330078125
HHLMP,λ<=log n,8192,1,47089,5.7481689453125
HHLMP,λ<=log n,8192,1,49016,5.9833984375
HHLMP,λ<=log n,8192,1,51508,6.28759765625
HHLMP,λ<=log n,8192,1,53568,6.5390625
HHLMP,λ<=log n,8192,1,49159,6.0008544921875
HHLMP,λ<=log n,8192,1,52231,6.3758544921875
HHLMP,λ<=log n,8192,1,51356,6.26904296875
HHLMP,λ<=log n,8192,1,48983,5.9793701171875
HHLMP,λ<=log n,8192,1,47517,5.8004150390625
HHLMP,λ<=log n,8192,1,49347,6.0238037109375
HHLMP,λ<=log n,8192,1,49905,6.0919189453125
HHLMP,λ<=log n,8192,1,48600,5.9326171875
HHLMP,λ<=log n,8192,1,45575,5.5633544921875
HHLMP,λ<=log n,8192,1,55536,6.779296875
HHLMP,λ<=log n,8192,1,46856,5.7197265625
HHLMP,λ<=log n,8192,1,51906,6.336181640625
HHLMP,λ<=log n,8192,1,50014,6.105224609375
HHLMP,λ<=log n,8192,1,48986,5.979736328125
HHLMP,λ<=log n,8192,1,50802,6.201416015625
HHLMP,λ<=log n,8192,1,46248,5.6455078125
HHLMP,λ<=log n,8192,1,56864,6.94140625
HHLMP,λ<=log n,8192,1,47182,5.759521484375
HHLMP,λ<=log n,8192,1,53013,6.4713134765625
HHLMP,λ<=log n,8192,1,51934,6.339599609375
HRLMP,λ<=log n,8192,1,45541,5.5592041015625
HRLMP,λ<=log n,8192,1,52009,6.3487548828125
HRLMP,λ<=log n,8192,1,54903,6.7020263671875
HRLMP,λ<=log n,8192,1,46612,5.68994140625
HRLMP,λ<=log n,8192,1,50984,6.2236328125
HRLMP,λ<=log n,8192,1,52671,6.4295654296875
HRLMP,λ<=log n,8192,1,52337,6.3887939453125
HRLMP,λ<=log n,8192,1,60267,7.3568115234375
HRLMP,λ<=log n,8192,1,46317,5.6539306640625
HRLMP,λ<=log n,8192,1,52372,6.39306640625
HRLMP,λ<=log n,8192,1,48611,5.9339599609375
HRLMP,λ<=log n,8192,1,44274,5.404541015625
HRLMP,λ<=log n,8192,1,55201,6.7384033203125
HRLMP,λ<=log n,8192,1,47271,5.7703857421875
HRLMP,λ<=log n,8192,1,49053,5.9879150390625
HRLMP,λ<=log n,8192,1,56182,6.858154296875
HRLMP,λ<=log n,8192,1,49321,6.0206298828125
HRLMP,λ<=log n,8192,1,50770,6.197509765625
HRLMP,λ<=log n,8192,1,46824,5.7158203125
HRLMP,λ<=log n,8192,1,48447,5.9139404296875
HRLMP,λ<=log n,8192,1,69158,8.442138671875
HRLMP,λ<=log n,8192,1,48614,5.934326171875
HRLMP,λ<=log n,8192,1,46030,5.618896484375
HRLMP,λ<=log n,8192,1,47160,5.7568359375
HRLMP,λ<=log n,8192,1,46008,5.6162109375
HRLMP,λ<=log n,8192,1,47284,5.77197265625
HRLMP,λ<=log n,8192,1,47957,5.8541259765625
HRLMP,λ<=log n,8192,1,49682,6.064697265625
HRLMP,λ<=log n,8192,1,55436,6.76708984375
HRLMP,λ<=log n,8192,1,49815,6.0809326171875
HRLMP,λ<=log n,8192,1,48571,5.9290771484375
HRLMP,λ<=log n,8192,1,50417,6.1544189453125
HRLMP,λ<=log n,8192,1,47607,5.8114013671875
HRLMP,λ<=log n,8192,1,49022,5.984130859375
HRLMP,λ<=log n,8192,1,51836,6.32763671875
HRLMP,λ<=log n,8192,1,51571,6.2952880859375
HRLMP,λ<=log n,8192,1,44894,5.480224609375
HRLMP,λ<=log n,8192,1,53215,6.4959716796875
HRLMP,λ<=log n,8192,1,44571,5.4407958984375
HRLMP,λ<=log n,8192,1,46155,5.6341552734375
HRLMP,λ<=log n,8192,1,54697,6.6768798828125
HRLMP,λ<=log n,8192,1,54386,6.638916015625
HRLMP,λ<=log n,8192,1,44496,5.431640625
HRLMP,λ<=log n,8192,1,50342,6.145263671875
HRLMP,λ<=log n,8192,1,53976,6.5888671875
HRLMP,λ<=log n,8192,1,45886,5.601318359375
HRLMP,λ<=log n,8192,1,48937,5.9737548828125
HRLMP,λ<=log n,8192,1,47272,5.7705078125
HRLMP,λ<=log n,8192,1,51756,6.31787109375
HRLMP,λ<=log n,8192,1,46675,5.6976318359375
HRLMP,λ<=log n,8192,1,48767,5.9530029296875
HRLMP,λ<=log n,8192,1,55592,6.7861328125
HRLMP,λ<=log n,8192,1,49627,6.0579833984375
HRLMP,λ<=log n,8192,1,47476,5.79541015625
HRLMP,λ<=log n,8192,1,48574,5.929443359375
HRLMP,λ<=log n,8192,1,47574,5.807373046875
HRLMP,λ<=log n,8192,1,53451,6.5247802734375
HRLMP,λ<=log n,8192,1,48486,5.918701171875
HRLMP,λ<=log n,8192,1,48353,5.9024658203125
HRLMP,λ<=log n,8192,1,47940,5.85205078125
HRLMP,λ<=log n,8192,1,50615,6.1785888671875
HRLMP,λ<=log n,8192,1,48475,5.9173583984375
HRLMP,λ<=log n,8192,1,51487,6.2850341796875
HRLMP,λ<=log n,8192,1,47393,5.7852783203125
HRLMP,λ<=log n,8192,1,52285,6.3824462890625
HRLMP,λ<=log n,8192,1,50757,6.1959228515625
HRLMP,λ<=log n,8192,1,50782,6.198974609375
HRLMP,λ<=log n,8192,1,50352,6.146484375
HRLMP,λ<=log n,8192,1,53168,6.490234375
HRLMP,λ<=log n,8192,1,46909,5.7261962890625
HRLMP,λ<=log n,8192,1,49493,6.0416259765625
HRLMP,λ<=log n,8192,1,46873,5.7218017578125
HRLMP,λ<=log n,8192,1,54240,6.62109375
HRLMP,λ<=log n,8192,1,45987,5.6136474609375
HRLMP,λ<=log n,8192,1,48948,5.97509765625
HRLMP,λ<=log n,8192,1,47290,5.772705078125
HRLMP,λ<=log n,8192,1,49814,6.080810546875
HRLMP,λ<=log n,8192,1,44992,5.4921875
HRLMP,λ<=log n,8192,1,48684,5.94287109375
HRLMP,λ<=log n,8192,1,56715,6.9232177734375
HRLMP,λ<=log n,8192,1,47432,5.7900390625
HRLMP,λ<=log n,8192,1,52572,6.41748046875
HRLMP,λ<=log n,8192,1,53257,6.5010986328125
HRLMP,λ<=log n,8192,1,47076,5.74658203125
HRLMP,λ<=log n,8192,1,50797,6.2008056640625
HRLMP,λ<=log n,8192,1,47015,5.7391357421875
HRLMP,λ<=log n,8192,1,52936,6.4619140625
HRLMP,λ<=log n,8192,1,46459,5.6712646484375
HRLMP,λ<=log n,8192,1,55228,6.74169921875
HRLMP,λ<=log n,8192,1,51752,6.3173828125
HRLMP,λ<=log n,8192,1,50054,6.110107421875
HRLMP,λ<=log n,8192,1,53857,6.5743408203125
HRLMP,λ<=log n,8192,1,49190,6.004638671875
HRLMP,λ<=log n,8192,1,48799,5.9569091796875
HRLMP,λ<=log n,8192,1,47048,5.7431640625
HRLMP,λ<=log n,8192,1,45766,5.586669921875
HRLMP,λ<=log n,8192,1,52473,6.4053955078125
HRLMP,λ<=log n,8192,1,44510,5.433349609375
HRLMP,λ<=log n,8192,1,50015,6.1053466796875
HSLMP,λ<=log n,8192,1,74960,9.150390625
HSLMP,λ<=log n,8192,1,103065,12.5811767578125
HSLMP,λ<=log n,8192,1,70121,8.5596923828125
HSLMP,λ<=log n,8192,1,98540,12.02880859375
HSLMP,λ<=log n,8192,1,97879,11.9481201171875
HSLMP,λ<=log n,8192,1,92174,11.251708984375
HSLMP,λ<=log n,8192,1,75070,9.163818359375
HSLMP,λ<=log n,8192,1,90650,11.065673828125
HSLMP,λ<=log n,8192,1,93837,11.4547119140625
HSLMP,λ<=log n,8192,1,77821,9.4996337890625
HSLMP,λ<=log n,8192,1,79316,9.68212890625
HSLMP,λ<=log n,8192,1,88754,10.834228515625
HSLMP,λ<=log n,8192,1,72470,8.846435546875
HSLMP,λ<=log n,8192,1,104575,12.7655029296875
HSLMP,λ<=log n,8192,1,89392,10.912109375
HSLMP,λ<=log n,8192,1,88261,10.7740478515625
HSLMP,λ<=log n,8192,1,87833,10.7218017578125
HSLMP,λ<=log n,8192,1,77642,9.477783203125
HSLMP,λ<=log n,8192,1,73745,9.0020751953125
HSLMP,λ<=log n,8192,1,75957,9.2720947265625
HSLMP,λ<=log n,8192,1,75985,9.2755126953125
HSLMP,λ<=log n,8192,1,69872,8.529296875
HSLMP,λ<=log n,8192,1,90292,11.02197265625
HSLMP,λ<=log n,8192,1,67894,8.287841796875
HSLMP,λ<=log n,8192,1,90260,11.01806640625
HSLMP,λ<=log n,8192,1,79500,9.70458984375
HSLMP,λ<=log n,8192,1,84723,10.3421630859375
HSLMP,λ<=log n,8192,1,73677,8.9937744140625
HSLMP,λ<=log n,8192,1,80703,9.8514404296875
HSLMP,λ<=log n,8192,1,90462,11.042724609375
HSLMP,λ<=log n,8192,1,90352,11.029296875
HSLMP,λ<=log n,8192,1,91772,11.20263671875
HSLMP,λ<=log n,8192,1,90967,11.1043701171875
HSLMP,λ<=log n,8192,1,73594,8.983642578125
HSLMP,λ<=log n,8192,1,80243,9.7952880859375
HSLMP,λ<=log n,8192,1,79389,9.6910400390625
HSLMP,λ<=log n,8192,1,88178,10.763916015625
HSLMP,λ<=log n,8192,1,85877,10.4830322265625
HSLMP,λ<=log n,8192,1,66972,8.17529296875
HSLMP,λ<=log n,8192,1,74089,9.0440673828125
HSLMP,λ<=log n,8192,1,81344,9.9296875
HSLMP,λ<=log n,8192,1,71061,8.6744384765625
HSLMP,λ<=log n,8192,1,70370,8.590087890625
HSLMP,λ<=log n,8192,1,93530,11.417236328125
HSLMP,λ<=log n,8192,1,79997,9.7652587890625
HSLMP,λ<=log n,8192,1,71226,8.694580078125
HSLMP,λ<=log n,8192,1,88263,10.7742919921875
HSLMP,λ<=log n,8192,1,78225,9.5489501953125
HSLMP,λ<=log n,8192,1,86278,10.531982421875
HSLMP,λ<=log n,8192,1,75072,9.1640625
HSLMP,λ<=log n,8192,1,90028,10.98974609375
HSLMP,λ<=log n,8192,1,92166,11.250732421875
HSLMP,λ<=log n,8192,1,109338,13.346923828125
HSLMP,λ<=log n,8192,1,104384,12.7421875
HSLMP,λ<=log n,8192,1,99564,12.15380859375
HSLMP,λ<=log n,8192,1,74533,9.0982666015625
HSLMP,λ<=log n,8192,1,87000,10.6201171875
HSLMP,λ<=log n,8192,1,80906,9.876220703125
HSLMP,λ<=log n,8192,1,76636,9.35498046875
HSLMP,λ<=log n,8192,1,77721,9.4874267578125
HSLMP,λ<=log n,8192,1,88634,10.819580078125
HSLMP,λ<=log n,8192,1,72276,8.82275390625
HSLMP,λ<=log n,8192,1,84070,10.262451171875
HSLMP,λ<=log n,8192,1,91245,11.1383056640625
HSLMP,λ<=log n,8192,1,82659,10.0902099609375
HSLMP,λ<=log n,8192,1,75824,9.255859375
HSLMP,λ<=log n,8192,1,86296,10.5341796875
HSLMP,λ<=log n,8192,1,102538,12.516845703125
HSLMP,λ<=log n,8192,1,86861,10.6031494140625
HSLMP,λ<=log n,8192,1,127625,15.5792236328125
HSLMP,λ<=log n,8192,1,70261,8.5767822265625
HSLMP,λ<=log n,8192,1,90638,11.064208984375
HSLMP,λ<=log n,8192,1,94032,11.478515625
HSLMP,λ<=log n,8192,1,70616,8.6201171875
HSLMP,λ<=log n,8192,1,77720,9.4873046875
HSLMP,λ<=log n,8192,1,85421,10.4273681640625
HSLMP,λ<=log n,8192,1,85260,10.40771484375
HSLMP,λ<=log n,8192,1,85730,10.465087890625
HSLMP,λ<=log n,8192,1,93411,11.4027099609375
HSLMP,λ<=log n,8192,1,93930,11.466064453125
HSLMP,λ<=log n,8192,1,76003,9.2777099609375
HSLMP,λ<=log n,8192,1,76531,9.3421630859375
HSLMP,λ<=log n,8192,1,87508,10.68212890625
HSLMP,λ<=log n,8192,1,78560,9.58984375
HSLMP,λ<=log n,8192,1,97300,11.87744140625
HSLMP,λ<=log n,8192,1,79244,9.67333984375
HSLMP,λ<=log n,8192,1,82357,10.0533447265625
HSLMP,λ<=log n,8192,1,76681,9.3604736328125
HSLMP,λ<=log n,8192,1,75459,9.2113037109375
HSLMP,λ<=log n,8192,1,76932,9.39111328125
HSLMP,λ<=log n,8192,1,103009,12.5743408203125
HSLMP,λ<=log n,8192,1,78205,9.5465087890625
HSLMP,λ<=log n,8192,1,103347,12.6156005859375
HSLMP,λ<=log n,8192,1,94564,11.54345703125
HSLMP,λ<=log n,8192,1,66191,8.0799560546875
HSLMP,λ<=log n,8192,1,88966,10.860107421875
HSLMP,λ<=log n,8192,1,77645,9.4781494140625
HSLMP,λ<=log n,8192,1,87788,10.71630859375
HSLMP,λ<=log n,8192,1,80385,9.8126220703125
HSLMP,λ<=log n,8192,1,78215,9.5477294921875
HSDIP,λ<=log n,8192,1,90018,10.988525390625
HSDIP,λ<=log n,8192,1,94231,11.5028076171875
HSDIP,λ<=log n,8192,1,77615,9.4744873046875
HSDIP,λ<=log n,8192,1,79985,9.7637939453125
HSDIP,λ<=log n,8192,1,86360,10.5419921875
HSDIP,λ<=log n,8192,1,84803,10.3519287109375
HSDIP,λ<=log n,8192,1,76730,9.366455078125
HSDIP,λ<=log n,8192,1,78768,9.615234375
HSDIP,λ<=log n,8192,1,74928,9.146484375
HSDIP,λ<=log n,8192,1,78612,9.59619140625
HSDIP,λ<=log n,8192,1,75550,9.222412109375
HSDIP,λ<=log n,8192,1,78836,9.62353515625
HSDIP,λ<=log n,8192,1,71806,8.765380859375
HSDIP,λ<=log n,8192,1,75729,9.2442626953125
HSDIP,λ<=log n,8192,1,77817,9.4991455078125
HSDIP,λ<=log n,8192,1,77383,9.4461669921875
HSDIP,λ<=log n,8192,1,79053,9.6500244140625
HSDIP,λ<=log n,8192,1,77002,9.399658203125
HSDIP,λ<=log n,8192,1,81036,9.89208984375
HSDIP,λ<=log n,8192,1,78669,9.6031494140625
HSDIP,λ<=log n,8192,1,74656,9.11328125
HSDIP,λ<=log n,8192,1,72738,8.879150390625
HSDIP,λ<=log n,8192,1,79294,9.679443359375
HSDIP,λ<=log n,8192,1,81861,9.9927978515625
HSDIP,λ<=log n,8192,1,77414,9.449951171875
HSDIP,λ<=log n,8192,1,77108,9.41259765625
HSDIP,λ<=log n,8192,1,75098,9.167236328125
HSDIP,λ<=log n,8192,1,74648,9.1123046875
HSDIP,λ<=log n,8192,1,85014,10.377685546875
HSDIP,λ<=log n,8192,1,86559,10.5662841796875
HSDIP,λ<=log n,8192,1,108316,13.22216796875
HSDIP,λ<=log n,8192,1,77864,9.5048828125
HSDIP,λ<=log n,8192,1,77631,9.4764404296875
HSDIP,λ<=log n,8192,1,82205,10.0347900390625
HSDIP,λ<=log n,8192,1,83984,10.251953125
HSDIP,λ<=log n,8192,1,90184,11.0087890625
HSDIP,λ<=log n,8192,1,76636,9.35498046875
HSDIP,λ<=log n,8192,1,72488,8.8486328125
HSDIP,λ<=log n,8192,1,82700,10.09521484375
HSDIP,λ<=log n,8192,1,80288,9.80078125
HSDIP,λ<=log n,8192,1,84250,10.284423828125
HSDIP,λ<=log n,8192,1,90364,11.03076171875
HSDIP,λ<=log n,8192,1,82659,10.0902099609375
HSDIP,λ<=log n,8192,1,74555,9.1009521484375
HSDIP,λ<=log n,8192,1,95286,11.631591796875
HSDIP,λ<=log n,8192,1,88000,10.7421875
HSDIP,λ<=log n,8192,1,78237,9.5504150390625
HSDIP,λ<=log n,8192,1,79286,9.678466796875
HSDIP,λ<=log n,8192,1,79744,9.734375
HSDIP,λ<=log n,8192,1,80872,9.8720703125
HSDIP,λ<=log n,8192,1,74438,9.086669921875
HSDIP,λ<=log n,8192,1,81896,9.9970703125
HSDIP,λ<=log n,8192,1,83558,10.199951171875
HSDIP,λ<=log n,8192,1,75329,9.1954345703125
HSDIP,λ<=log n,8192,1,79149,9.6617431640625
HSDIP,λ<=log n,8192,1,85938,10.490478515625
HSDIP,λ<=log n,8192,1,74056,9.0400390625
HSDIP,λ<=log n,8192,1,94075,11.4837646484375
HSDIP,λ<=log n,8192,1,84481,10.3126220703125
HSDIP,λ<=log n,8192,1,86056,10.5048828125
HSDIP,λ<=log n,8192,1,100544,12.2734375
HSDIP,λ<=log n,8192,1,80845,9.8687744140625
HSDIP,λ<=log n,8192,1,74301,9.0699462890625
HSDIP,λ<=log n,8192,1,88627,10.8187255859375
HSDIP,λ<=log n,8192,1,83797,10.2291259765625
HSDIP,λ<=log n,8192,1,84892,10.36279296875
HSDIP,λ<=log n,8192,1,80627,9.8421630859375
HSDIP,λ<=log n,8192,1,76207,9.3026123046875
HSDIP,λ<=log n,8192,1,77820,9.49951171875
HSDIP,λ<=log n,8192,1,75204,9.18017578125
HSDIP,λ<=log n,8192,1,78188,9.54443359375
HSDIP,λ<=log n,8192,1,74314,9.071533203125
HSDIP,λ<=log n,8192,1,83978,10.251220703125
HSDIP,λ<=log n,8192,1,81912,9.9990234375
HSDIP,λ<=log n,8192,1,86726,10.586669921875
HSDIP,λ<=log n,8192,1,78313,9.5596923828125
HSDIP,λ<=log n,8192,1,76361,9.3214111328125
HSDIP,λ<=log n,8192,1,91900,11.21826171875
HSDIP,λ<=log n,8192,1,81065,9.8956298828125
HSDIP,λ<=log n,8192,1,74692,9.11767578125
HSDIP,λ<=log n,8192,1,78204,9.54638671875
HSDIP,λ<=log n,8192,1,83896,10.2412109375
HSDIP,λ<=log n,8192,1,80231,9.7938232421875
HSDIP,λ<=log n,8192,1,71990,8.787841796875
HSDIP,λ<=log n,8192,1,75134,9.171630859375
HSDIP,λ<=log n,8192,1,72320,8.828125
HSDIP,λ<=log n,8192,1,78853,9.6256103515625
HSDIP,λ<=log n,8192,1,82214,10.035888671875
HSDIP,λ<=log n,8192,1,76002,9.277587890625
HSDIP,λ<=log n,8192,1,82889,10.1182861328125
HSDIP,λ<=log n,8192,1,72284,8.82373046875
HSDIP,λ<=log n,8192,1,79092,9.65478515625
HSDIP,λ<=log n,8192,1,82432,10.0625
HSDIP,λ<=log n,8192,1,81772,9.98193359375
HSDIP,λ<=log n,8192,1,76874,9.384033203125
HSDIP,λ<=log n,8192,1,79993,9.7647705078125
HSDIP,λ<=log n,8192,1,77339,9.4407958984375
HSDIP,λ<=log n,8192,1,87554,10.687744140625
HSDIP,λ<=log n,8192,1,83647,10.2108154296875
HRDIP,λ<=log n,8192,1,54168,6.6123046875
HRDIP,λ<=log n,8192,1,57385,7.0050048828125
HRDIP,λ<=log n,8192,1,55666,6.795166015625
HRDIP,λ<=log n,8192,1,53547,6.5364990234375
HRDIP,λ<=log n,8192,1,55310,6.751708984375
HRDIP,λ<=log n,8192,1,52803,6.4456787109375
HRDIP,λ<=log n,8192,1,53241,6.4991455078125
HRDIP,λ<=log n,8192,1,54669,6.6734619140625
HRDIP,λ<=log n,8192,1,57332,6.99853515625
HRDIP,λ<=log n,8192,1,56479,6.8944091796875
HRDIP,λ<=log n,8192,1,58618,7.155517578125
HRDIP,λ<=log n,8192,1,52887,6.4559326171875
HRDIP,λ<=log n,8192,1,55572,6.78369140625
HRDIP,λ<=log n,8192,1,54193,6.6153564453125
HRDIP,λ<=log n,8192,1,54281,6.6260986328125
HRDIP,λ<=log n,8192,1,53996,6.59130859375
HRDIP,λ<=log n,8192,1,56771,6.9300537109375
HRDIP,λ<=log n,8192,1,55792,6.810546875
HRDIP,λ<=log n,8192,1,56207,6.8612060546875
HRDIP,λ<=log n,8192,1,57575,7.0281982421875
HRDIP,λ<=log n,8192,1,51272,6.2587890625
HRDIP,λ<=log n,8192,1,56681,6.9190673828125
HRDIP,λ<=log n,8192,1,61033,7.4503173828125
HRDIP,λ<=log n,8192,1,56093,6.8472900390625
HRDIP,λ<=log n,8192,1,61496,7.5068359375
HRDIP,λ<=log n,8192,1,62100,7.58056640625
HRDIP,λ<=log n,8192,1,58669,7.1617431640625
HRDIP,λ<=log n,8192,1,56559,6.9041748046875
HRDIP,λ<=log n,8192,1,58803,7.1781005859375
HRDIP,λ<=log n,8192,1,53668,6.55126953125
HRDIP,λ<=log n,8192,1,59450,7.257080078125
HRDIP,λ<=log n,8192,1,58630,7.156982421875
HRDIP,λ<=log n,8192,1,57106,6.970947265625
HRDIP,λ<=log n,8192,1,59651,7.2816162109375
HRDIP,λ<=log n,8192,1,56791,6.9324951171875
HRDIP,λ<=log n,8192,1,58949,7.1959228515625
HRDIP,λ<=log n,8192,1,53635,6.5472412109375
HRDIP,λ<=log n,8192,1,62741,7.6588134765625
HRDIP,λ<=log n,8192,1,51305,6.2628173828125
HRDIP,λ<=log n,8192,1,54031,6.5955810546875
HRDIP,λ<=log n,8192,1,60397,7.3726806640625
HRDIP,λ<=log n,8192,1,63984,7.810546875
HRDIP,λ<=log n,8192,1,55706,6.800048828125
HRDIP,λ<=log n,8192,1,56832,6.9375
HRDIP,λ<=log n,8192,1,54560,6.66015625
HRDIP,λ<=log n,8192,1,56642,6.914306640625
HRDIP,λ<=log n,8192,1,55486,6.773193359375
HRDIP,λ<=log n,8192,1,54386,6.638916015625
HRDIP,λ<=log n,8192,1,55055,6.7205810546875
HRDIP,λ<=log n,8192,1,54620,6.66748046875
HRDIP,λ<=log n,8192,1,58531,7.1448974609375
HRDIP,λ<=log n,8192,1,56123,6.8509521484375
HRDIP,λ<=log n,8192,1,52795,6.4447021484375
HRDIP,λ<=log n,8192,1,55554,6.781494140625
HRDIP,λ<=log n,8192,1,53852,6.57373046875
HRDIP,λ<=log n,8192,1,59346,7.244384765625
HRDIP,λ<=log n,8192,1,60300,7.36083984375
HRDIP,λ<=log n,8192,1,59181,7.2242431640625
HRDIP,λ<=log n,8192,1,55943,6.8289794921875
HRDIP,λ<=log n,8192,1,56984,6.9560546875
HRDIP,λ<=log n,8192,1,53231,6.4979248046875
HRDIP,λ<=log n,8192,1,56250,6.866455078125
HRDIP,λ<=log n,8192,1,61453,7.5015869140625
HRDIP,λ<=log n,8192,1,55396,6.76220703125
HRDIP,λ<=log n,8192,1,63903,7.8006591796875
HRDIP,λ<=log n,8192,1,57585,7.0294189453125
HRDIP,λ<=log n,8192,1,54276,6.62548828125
HRDIP,λ<=log n,8192,1,56897,6.9454345703125
HRDIP,λ<=log n,8192,1,63794,7.787353515625
HRDIP,λ<=log n,8192,1,57907,7.0687255859375
HRDIP,λ<=log n,8192,1,55003,6.7142333984375
HRDIP,λ<=log n,8192,1,57150,6.976318359375
HRDIP,λ<=log n,8192,1,55074,6.722900390625
HRDIP,λ<=log n,8192,1,55963,6.8314208984375
HRDIP,λ<=log n,8192,1,58988,7.20068359375
HRDIP,λ<=log n,8192,1,56458,6.891845703125
HRDIP,λ<=log n,8192,1,56957,6.9527587890625
HRDIP,λ<=log n,8192,1,53625,6.5460205078125
HRDIP,λ<=log n,8192,1,60334,7.364990234375
HRDIP,λ<=log n,8192,1,55522,6.777587890625
HRDIP,λ<=log n,8192,1,57821,7.0582275390625
HRDIP,λ<=log n,8192,1,61474,7.504150390625
HRDIP,λ<=log n,8192,1,54053,6.5982666015625
HRDIP,λ<=log n,8192,1,56056,6.8427734375
HRDIP,λ<=log n,8192,1,59211,7.2279052734375
HRDIP,λ<=log n,8192,1,55353,6.7569580078125
HRDIP,λ<=log n,8192,1,57078,6.967529296875
HRDIP,λ<=log n,8192,1,56554,6.903564453125
HRDIP,λ<=log n,8192,1,57290,6.993408203125
HRDIP,λ<=log n,8192,1,55302,6.750732421875
HRDIP,λ<=log n,8192,1,53593,6.5421142578125
HRDIP,λ<=log n,8192,1,57885,7.0660400390625
HRDIP,λ<=log n,8192,1,57971,7.0765380859375
HRDIP,λ<=log n,8192,1,59156,7.22119140625
HRDIP,λ<=log n,8192,1,56551,6.9031982421875
HRDIP,λ<=log n,8192,1,58247,7.1102294921875
HRDIP,λ<=log n,8192,1,60904,7.4345703125
HRDIP,λ<=log n,8192,1,59983,7.3221435546875
HHDIP,λ<=log n,8192,1,58395,7.1282958984375
HHDIP,λ<=log n,8192,1,59353,7.2452392578125
HHDIP,λ<=log n,8192,1,55343,6.7557373046875
HHDIP,λ<=log n,8192,1,59023,7.2049560546875
HHDIP,λ<=log n,8192,1,62807,7.6668701171875
HHDIP,λ<=log n,8192,1,61906,7.556884765625
HHDIP,λ<=log n,8192,1,60035,7.3284912109375
HHDIP,λ<=log n,8192,1,62735,7.6580810546875
HHDIP,λ<=log n,8192,1,57708,7.04443359375
HHDIP,λ<=log n,8192,1,58416,7.130859375
HHDIP,λ<=log n,8192,1,56278,6.869873046875
HHDIP,λ<=log n,8192,1,63628,7.76708984375
HHDIP,λ<=log n,8192,1,60897,7.4337158203125
HHDIP,λ<=log n,8192,1,61464,7.5029296875
HHDIP,λ<=log n,8192,1,56565,6.9049072265625
HHDIP,λ<=log n,8192,1,60729,7.4132080078125
HHDIP,λ<=log n,8192,1,58439,7.1336669921875
HHDIP,λ<=log n,8192,1,56612,6.91064453125
HHDIP,λ<=log n,8192,1,61058,7.453369140625
HHDIP,λ<=log n,8192,1,57921,7.0704345703125
HHDIP,λ<=log n,8192,1,61300,7.48291015625
HHDIP,λ<=log n,8192,1,51384,6.2724609375
HHDIP,λ<=log n,8192,1,58605,7.1539306640625
HHDIP,λ<=log n,8192,1,62698,7.653564453125
HHDIP,λ<=log n,8192,1,59431,7.2547607421875
HHDIP,λ<=log n,8192,1,58475,7.1380615234375
HHDIP,λ<=log n,8192,1,58640,7.158203125
HHDIP,λ<=log n,8192,1,59830,7.303466796875
HHDIP,λ<=log n,8192,1,61225,7.4737548828125
HHDIP,λ<=log n,8192,1,54901,6.7017822265625
HHDIP,λ<=log n,8192,1,53512,6.5322265625
HHDIP,λ<=log n,8192,1,58284,7.11474609375
HHDIP,λ<=log n,8192,1,54432,6.64453125
HHDIP,λ<=log n,8192,1,59765,7.2955322265625
HHDIP,λ<=log n,8192,1,55791,6.8104248046875
HHDIP,λ<=log n,8192,1,57026,6.961181640625
HHDIP,λ<=log n,8192,1,61923,7.5589599609375
HHDIP,λ<=log n,8192,1,56559,6.9041748046875
HHDIP,λ<=log n,8192,1,57066,6.966064453125
HHDIP,λ<=log n,8192,1,60615,7.3992919921875
HHDIP,λ<=log n,8192,1,57176,6.9794921875
HHDIP,λ<=log n,8192,1,62571,7.6380615234375
HHDIP,λ<=log n,8192,1,57932,7.07177734375
HHDIP,λ<=log n,8192,1,61223,7.4735107421875
HHDIP,λ<=log n,8192,1,56152,6.8544921875
HHDIP,λ<=log n,8192,1,58099,7.0921630859375
HHDIP,λ<=log n,8192,1,56841,6.9385986328125
HHDIP,λ<=log n,8192,1,54165,6.6119384765625
HHDIP,λ<=log n,8192,1,58268,7.11279296875
HHDIP,λ<=log n,8192,1,56988,6.95654296875
HHDIP,λ<=log n,8192,1,56679,6.9188232421875
HHDIP,λ<=log n,8192,1,53315,6.5081787109375
HHDIP,λ<=log n,8192,1,55566,6.782958984375
HHDIP,λ<=log n,8192,1,59617,7.2774658203125
HHDIP,λ<=log n,8192,1,57900,7.06787109375
HHDIP,λ<=log n,8192,1,62754,7.660400390625
HHDIP,λ<=log n,8192,1,54235,6.6204833984375
HHDIP,λ<=log n,8192,1,58512,7.142578125
HHDIP,λ<=log n,8192,1,59721,7.2901611328125
HHDIP,λ<=log n,8192,1,62609,7.6427001953125
HHDIP,λ<=log n,8192,1,59650,7.281494140625
HHDIP,λ<=log n,8192,1,66963,8.1741943359375
HHDIP,λ<=log n,8192,1,62979,7.6878662109375
HHDIP,λ<=log n,8192,1,53767,6.5633544921875
HHDIP,λ<=log n,8192,1,57121,6.9727783203125
HHDIP,λ<=log n,8192,1,58413,7.1304931640625
HHDIP,λ<=log n,8192,1,57585,7.0294189453125
HHDIP,λ<=log n,8192,1,56119,6.8504638671875
HHDIP,λ<=log n,8192,1,55999,6.8358154296875
HHDIP,λ<=log n,8192,1,55614,6.788818359375
HHDIP,λ<=log n,8192,1,59188,7.22509765625
HHDIP,λ<=log n,8192,1,54588,6.66357421875
HHDIP,λ<=log n,8192,1,56704,6.921875
HHDIP,λ<=log n,8192,1,61254,7.477294921875
HHDIP,λ<=log n,8192,1,61808,7.544921875
HHDIP,λ<=log n,8192,1,64508,7.87451171875
HHDIP,λ<=log n,8192,1,55506,6.775634765625
HHDIP,λ<=log n,8192,1,56068,6.84423828125
HHDIP,λ<=log n,8192,1,53708,6.55615234375
HHDIP,λ<=log n,8192,1,56851,6.9398193359375
HHDIP,λ<=log n,8192,1,58248,7.1103515625
HHDIP,λ<=log n,8192,1,58495,7.1405029296875
HHDIP,λ<=log n,8192,1,58914,7.191650390625
HHDIP,λ<=log n,8192,1,56693,6.9205322265625
HHDIP,λ<=log n,8192,1,59012,7.20361328125
HHDIP,λ<=log n,8192,1,58942,7.195068359375
HHDIP,λ<=log n,8192,1,54754,6.683837890625
HHDIP,λ<=log n,8192,1,59804,7.30029296875
HHDIP,λ<=log n,8192,1,61391,7.4940185546875
HHDIP,λ<=log n,8192,1,56648,6.9150390625
HHDIP,λ<=log n,8192,1,56160,6.85546875
HHDIP,λ<=log n,8192,1,57412,7.00830078125
HHDIP,λ<=log n,8192,1,52242,6.377197265625
HHDIP,λ<=log n,8192,1,55145,6.7315673828125
HHDIP,λ<=log n,8192,1,58932,7.19384765625
HHDIP,λ<=log n,8192,1,60612,7.39892578125
HHDIP,λ<=log n,8192,1,63461,7.7467041015625
HHDIP,λ<=log n,8192,1,58743,7.1707763671875
HHDIP,λ<=log n,8192,1,66163,8.0765380859375
HHLIP,λ<=log n,8192,1,59180,7.22412109375
HHLIP,λ<=log n,8192,1,62890,7.677001953125
HHLIP,λ<=log n,8192,1,58474,7.137939453125
HHLIP,λ<=log n,8192,1,59488,7.26171875
HHLIP,λ<=log n,8192,1,60069,7.3326416015625
HHLIP,λ<=log n,8192,1,58414,7.130615234375
HHLIP,λ<=log n,8192,1,57138,6.974853515625
HHLIP,λ<=log n,8192,1,60871,7.4305419921875
HHLIP,λ<=log n,8192,1,55956,6.83056640625
HHLIP,λ<=log n,8192,1,56060,6.84326171875
HHLIP,λ<=log n,8192,1,64040,7.8173828125
HHLIP,λ<=log n,8192,1,58439,7.1336669921875
HHLIP,λ<=log n,8192,1,58733,7.1695556640625
HHLIP,λ<=log n,8192,1,61611,7.5208740234375
HHLIP,λ<=log n,8192,1,59495,7.2625732421875
HHLIP,λ<=log n,8192,1,58664,7.1611328125
HHLIP,λ<=log n,8192,1,57398,7.006591796875
HHLIP,λ<=log n,8192,1,60417,7.3751220703125
HHLIP,λ<=log n,8192,1,60859,7.4290771484375
HHLIP,λ<=log n,8192,1,56771,6.9300537109375
HHLIP,λ<=log n,8192,1,63740,7.78076171875
HHLIP,λ<=log n,8192,1,57981,7.0777587890625
HHLIP,λ<=log n,8192,1,57837,7.0601806640625
HHLIP,λ<=log n,8192,1,63273,7.7237548828125
HHLIP,λ<=log n,8192,1,61366,7.490966796875
HHLIP,λ<=log n,8192,1,58951,7.1961669921875
HHLIP,λ<=log n,8192,1,59049,7.2081298828125
HHLIP,λ<=log n,8192,1,60616,7.3994140625
HHLIP,λ<=log n,8192,1,60765,7.4176025390625
HHLIP,λ<=log n,8192,1,58630,7.156982421875
HHLIP,λ<=log n,8192,1,54726,6.680419921875
HHLIP,λ<=log n,8192,1,60561,7.3927001953125
HHLIP,λ<=log n,8192,1,60058,7.331298828125
HHLIP,λ<=log n,8192,1,67611,8.2532958984375
HHLIP,λ<=log n,8192,1,60287,7.3592529296875
HHLIP,λ<=log n,8192,1,56092,6.84716796875
HHLIP,λ<=log n,8192,1,55689,6.7979736328125
HHLIP,λ<=log n,8192,1,60340,7.36572265625
HHLIP,λ<=log n,8192,1,57590,7.030029296875
HHLIP,λ<=log n,8192,1,59272,7.2353515625
HHLIP,λ<=log n,8192,1,61529,7.5108642578125
HHLIP,λ<=log n,8192,1,61326,7.486083984375
HHLIP,λ<=log n,8192,1,60160,7.34375
HHLIP,λ<=log n,8192,1,59941,7.3170166015625
HHLIP,λ<=log n,8192,1,58694,7.164794921875
HHLIP,λ<=log n,8192,1,67458,8.234619140625
HHLIP,λ<=log n,8192,1,57265,6.9903564453125
HHLIP,λ<=log n,8192,1,62275,7.6019287109375
HHLIP,λ<=log n,8192,1,56711,6.9227294921875
HHLIP,λ<=log n,8192,1,64691,7.8968505859375
HHLIP,λ<=log n,8192,1,63548,7.75732421875
HHLIP,λ<=log n,8192,1,64889,7.9210205078125
HHLIP,λ<=log n,8192,1,59274,7.235595703125
HHLIP,λ<=log n,8192,1,58260,7.11181640625
HHLIP,λ<=log n,8192,1,64824,7.9130859375
HHLIP,λ<=log n,8192,1,62270,7.601318359375
HHLIP,λ<=log n,8192,1,60970,7.442626953125
HHLIP,λ<=log n,8192,1,58261,7.1119384765625
HHLIP,λ<=log n,8192,1,65119,7.9490966796875
HHLIP,λ<=log n,8192,1,59654,7.281982421875
HHLIP,λ<=log n,8192,1,61388,7.49365234375
HHLIP,λ<=log n,8192,1,59915,7.3138427734375
HHLIP,λ<=log n,8192,1,59887,7.3104248046875
HHLIP,λ<=log n,8192,1,55638,6.791748046875
HHLIP,λ<=log n,8192,1,57243,6.9876708984375
HHLIP,λ<=log n,8192,1,57772,7.05224609375
HHLIP,λ<=log n,8192,1,56303,6.8729248046875
HHLIP,λ<=log n,8192,1,58434,7.133056640625
HHLIP,λ<=log n,8192,1,57022,6.960693359375
HHLIP,λ<=log n,8192,1,58851,7.1839599609375
HHLIP,λ<=log n,8192,1,59287,7.2371826171875
HHLIP,λ<=log n,8192,1,57534,7.023193359375
HHLIP,λ<=log n,8192,1,63811,7.7894287109375
HHLIP,λ<=log n,8192,1,59235,7.2308349609375
HHLIP,λ<=log n,8192,1,61053,7.4527587890625
HHLIP,λ<=log n,8192,1,60753,7.4161376953125
HHLIP,λ<=log n,8192,1,61229,7.4742431640625
HHLIP,λ<=log n,8192,1,63386,7.737548828125
HHLIP,λ<=log n,8192,1,59343,7.2440185546875
HHLIP,λ<=log n,8192,1,58835,7.1820068359375
HHLIP,λ<=log n,8192,1,59739,7.2923583984375
HHLIP,λ<=log n,8192,1,55770,6.807861328125
HHLIP,λ<=log n,8192,1,57696,7.04296875
HHLIP,λ<=log n,8192,1,57721,7.0460205078125
HHLIP,λ<=log n,8192,1,64127,7.8280029296875
HHLIP,λ<=log n,8192,1,56171,6.8568115234375
HHLIP,λ<=log n,8192,1,57980,7.07763671875
HHLIP,λ<=log n,8192,1,58690,7.164306640625
HHLIP,λ<=log n,8192,1,62172,7.58935546875
HHLIP,λ<=log n,8192,1,62232,7.5966796875
HHLIP,λ<=log n,8192,1,57202,6.982666015625
HHLIP,λ<=log n,8192,1,56594,6.908447265625
HHLIP,λ<=log n,8192,1,60815,7.4237060546875
HHLIP,λ<=log n,8192,1,60049,7.3302001953125
HHLIP,λ<=log n,8192,1,65217,7.9610595703125
HHLIP,λ<=log n,8192,1,60349,7.3668212890625
HHLIP,λ<=log n,8192,1,63870,7.796630859375
HHLIP,λ<=log n,8192,1,61579,7.5169677734375
HHLIP,λ<=log n,8192,1,58547,7.1468505859375
HRLIP,λ<=log n,8192,1,57953,7.0743408203125
HRLIP,λ<=log n,8192,1,64129,7.8282470703125
HRLIP,λ<=log n,8192,1,65238,7.963623046875
HRLIP,λ<=log n,8192,1,61279,7.4803466796875
HRLIP,λ<=log n,8192,1,55153,6.7325439453125
HRLIP,λ<=log n,8192,1,58997,7.2017822265625
HRLIP,λ<=log n,8192,1,54912,6.703125
HRLIP,λ<=log n,8192,1,56428,6.88818359375
HRLIP,λ<=log n,8192,1,58809,7.1788330078125
HRLIP,λ<=log n,8192,1,60985,7.4444580078125
HRLIP,λ<=log n,8192,1,61973,7.5650634765625
HRLIP,λ<=log n,8192,1,60492,7.38427734375
HRLIP,λ<=log n,8192,1,57123,6.9730224609375
HRLIP,λ<=log n,8192,1,60544,7.390625
HRLIP,λ<=log n,8192,1,57136,6.974609375
HRLIP,λ<=log n,8192,1,58735,7.1697998046875
HRLIP,λ<=log n,8192,1,60413,7.3746337890625
HRLIP,λ<=log n,8192,1,58474,7.137939453125
HRLIP,λ<=log n,8192,1,58846,7.183349609375
HRLIP,λ<=log n,8192,1,58911,7.1912841796875
HRLIP,λ<=log n,8192,1,62443,7.6224365234375
HRLIP,λ<=log n,8192,1,59842,7.304931640625
HRLIP,λ<=log n,8192,1,55434,6.766845703125
HRLIP,λ<=log n,8192,1,58399,7.1287841796875
HRLIP,λ<=log n,8192,1,60084,7.33447265625
HRLIP,λ<=log n,8192,1,55336,6.7548828125
HRLIP,λ<=log n,8192,1,63603,7.7640380859375
HRLIP,λ<=log n,8192,1,55901,6.8238525390625
HRLIP,λ<=log n,8192,1,57536,7.0234375
HRLIP,λ<=log n,8192,1,58051,7.0863037109375
HRLIP,λ<=log n,8192,1,57174,6.979248046875
HRLIP,λ<=log n,8192,1,58314,7.118408203125
HRLIP,λ<=log n,8192,1,60061,7.3316650390625
HRLIP,λ<=log n,8192,1,57792,7.0546875
HRLIP,λ<=log n,8192,1,63104,7.703125
HRLIP,λ<=log n,8192,1,57940,7.07275390625
HRLIP,λ<=log n,8192,1,57763,7.0511474609375
HRLIP,λ<=log n,8192,1,59049,7.2081298828125
HRLIP,λ<=log n,8192,1,64435,7.8656005859375
HRLIP,λ<=log n,8192,1,61593,7.5186767578125
HRLIP,λ<=log n,8192,1,57435,7.0111083984375
HRLIP,λ<=log n,8192,1,61867,7.5521240234375
HRLIP,λ<=log n,8192,1,57932,7.07177734375
HRLIP,λ<=log n,8192,1,59792,7.298828125
HRLIP,λ<=log n,8192,1,61196,7.47021484375
HRLIP,λ<=log n,8192,1,61184,7.46875
HRLIP,λ<=log n,8192,1,58800,7.177734375
HRLIP,λ<=log n,8192,1,59272,7.2353515625
HRLIP,λ<=log n,8192,1,58426,7.132080078125
HRLIP,λ<=log n,8192,1,61548,7.51318359375
HRLIP,λ<=log n,8192,1,68030,8.304443359375
HRLIP,λ<=log n,8192,1,68217,8.3272705078125
HRLIP,λ<=log n,8192,1,63529,7.7550048828125
HRLIP,λ<=log n,8192,1,59697,7.2872314453125
HRLIP,λ<=log n,8192,1,61262,7.478271484375
HRLIP,λ<=log n,8192,1,55429,6.7662353515625
HRLIP,λ<=log n,8192,1,58252,7.11083984375
HRLIP,λ<=log n,8192,1,55516,6.77685546875
HRLIP,λ<=log n,8192,1,57840,7.060546875
HRLIP,λ<=log n,8192,1,54730,6.680908203125
HRLIP,λ<=log n,8192,1,57138,6.974853515625
HRLIP,λ<=log n,8192,1,58764,7.17333984375
HRLIP,λ<=log n,8192,1,58731,7.1693115234375
HRLIP,λ<=log n,8192,1,57817,7.0577392578125
HRLIP,λ<=log n,8192,1,59576,7.2724609375
HRLIP,λ<=log n,8192,1,60847,7.4276123046875
HRLIP,λ<=log n,8192,1,56666,6.917236328125
HRLIP,λ<=log n,8192,1,64439,7.8660888671875
HRLIP,λ<=log n,8192,1,59962,7.319580078125
HRLIP,λ<=log n,8192,1,63627,7.7669677734375
HRLIP,λ<=log n,8192,1,64341,7.8541259765625
HRLIP,λ<=log n,8192,1,59623,7.2781982421875
HRLIP,λ<=log n,8192,1,62199,7.5926513671875
HRLIP,λ<=log n,8192,1,60337,7.3653564453125
HRLIP,λ<=log n,8192,1,57392,7.005859375
HRLIP,λ<=log n,8192,1,59504,7.263671875
HRLIP,λ<=log n,8192,1,60916,7.43603515625
HRLIP,λ<=log n,8192,1,59537,7.2677001953125
HRLIP,λ<=log n,8192,1,58645,7.1588134765625
HRLIP,λ<=log n,8192,1,61271,7.4793701171875
HRLIP,λ<=log n,8192,1,57281,6.9923095703125
HRLIP,λ<=log n,8192,1,62879,7.6756591796875
HRLIP,λ<=log n,8192,1,61018,7.448486328125
HRLIP,λ<=log n,8192,1,57699,7.0433349609375
HRLIP,λ<=log n,8192,1,58342,7.121826171875
HRLIP,λ<=log n,8192,1,58981,7.1998291015625
HRLIP,λ<=log n,8192,1,55528,6.7783203125
HRLIP,λ<=log n,8192,1,54983,6.7117919921875
HRLIP,λ<=log n,8192,1,65042,7.939697265625
HRLIP,λ<=log n,8192,1,56662,6.916748046875
HRLIP,λ<=log n,8192,1,55705,6.7999267578125
HRLIP,λ<=log n,8192,1,58703,7.1658935546875
HRLIP,λ<=log n,8192,1,57670,7.039794921875
HRLIP,λ<=log n,8192,1,82094,10.021240234375
HRLIP,λ<=log n,8192,1,58062,7.087646484375
HRLIP,λ<=log n,8192,1,61232,7.474609375
HRLIP,λ<=log n,8192,1,63329,7.7305908203125
HRLIP,λ<=log n,8192,1,62547,7.6351318359375
HRLIP,λ<=log n,8192,1,59548,7.26904296875
HRLIP,λ<=log n,8192,1,59369,7.2471923828125
HSLIP,λ<=log n,8192,1,91723,11.1966552734375
HSLIP,λ<=log n,8192,1,87309,10.6578369140625
HSLIP,λ<=log n,8192,1,93970,11.470947265625
HSLIP,λ<=log n,8192,1,86042,10.503173828125
HSLIP,λ<=log n,8192,1,109927,13.4188232421875
HSLIP,λ<=log n,8192,1,86654,10.577880859375
HSLIP,λ<=log n,8192,1,91398,11.156982421875
HSLIP,λ<=log n,8192,1,91515,11.1712646484375
HSLIP,λ<=log n,8192,1,96476,11.77685546875
HSLIP,λ<=log n,8192,1,102706,12.537353515625
HSLIP,λ<=log n,8192,1,91296,11.14453125
HSLIP,λ<=log n,8192,1,93147,11.3704833984375
HSLIP,λ<=log n,8192,1,94322,11.513916015625
HSLIP,λ<=log n,8192,1,78947,9.6370849609375
HSLIP,λ<=log n,8192,1,87431,10.6727294921875
HSLIP,λ<=log n,8192,1,91397,11.1568603515625
HSLIP,λ<=log n,8192,1,92079,11.2401123046875
HSLIP,λ<=log n,8192,1,86004,10.49853515625
HSLIP,λ<=log n,8192,1,84913,10.3653564453125
HSLIP,λ<=log n,8192,1,84193,10.2774658203125
HSLIP,λ<=log n,8192,1,94807,11.5731201171875
HSLIP,λ<=log n,8192,1,90784,11.08203125
HSLIP,λ<=log n,8192,1,88219,10.7689208984375
HSLIP,λ<=log n,8192,1,87675,10.7025146484375
HSLIP,λ<=log n,8192,1,86518,10.561279296875
HSLIP,λ<=log n,8192,1,88788,10.83837890625
HSLIP,λ<=log n,8192,1,88691,10.8265380859375
HSLIP,λ<=log n,8192,1,100402,12.256103515625
HSLIP,λ<=log n,8192,1,81099,9.8997802734375
HSLIP,λ<=log n,8192,1,96314,11.757080078125
HSLIP,λ<=log n,8192,1,91926,11.221435546875
HSLIP,λ<=log n,8192,1,96575,11.7889404296875
HSLIP,λ<=log n,8192,1,88284,10.77685546875
HSLIP,λ<=log n,8192,1,88214,10.768310546875
HSLIP,λ<=log n,8192,1,92369,11.2755126953125
HSLIP,λ<=log n,8192,1,94562,11.543212890625
HSLIP,λ<=log n,8192,1,90741,11.0767822265625
HSLIP,λ<=log n,8192,1,118435,14.4573974609375
HSLIP,λ<=log n,8192,1,90773,11.0806884765625
HSLIP,λ<=log n,8192,1,89307,10.9017333984375
HSLIP,λ<=log n,8192,1,87397,10.6685791015625
HSLIP,λ<=log n,8192,1,84555,10.3216552734375
HSLIP,λ<=log n,8192,1,86034,10.502197265625
HSLIP,λ<=log n,8192,1,85354,10.419189453125
HSLIP,λ<=log n,8192,1,84560,10.322265625
HSLIP,λ<=log n,8192,1,93432,11.4052734375
HSLIP,λ<=log n,8192,1,89383,10.9110107421875
HSLIP,λ<=log n,8192,1,86326,10.537841796875
HSLIP,λ<=log n,8192,1,85275,10.4095458984375
HSLIP,λ<=log n,8192,1,90595,11.0589599609375
HSLIP,λ<=log n,8192,1,97251,11.8714599609375
HSLIP,λ<=log n,8192,1,94848,11.578125
HSLIP,λ<=log n,8192,1,95632,11.673828125
HSLIP,λ<=log n,8192,1,91440,11.162109375
HSLIP,λ<=log n,8192,1,106610,13.013916015625
HSLIP,λ<=log n,8192,1,101818,12.428955078125
HSLIP,λ<=log n,8192,1,79935,9.7576904296875
HSLIP,λ<=log n,8192,1,84997,10.3756103515625
HSLIP,λ<=log n,8192,1,83344,10.173828125
HSLIP,λ<=log n,8192,1,93637,11.4302978515625
HSLIP,λ<=log n,8192,1,91468,11.16552734375
HSLIP,λ<=log n,8192,1,90389,11.0338134765625
HSLIP,λ<=log n,8192,1,87193,10.6436767578125
HSLIP,λ<=log n,8192,1,88295,10.7781982421875
HSLIP,λ<=log n,8192,1,84284,10.28857421875
HSLIP,λ<=log n,8192,1,87781,10.7154541015625
HSLIP,λ<=log n,8192,1,86708,10.58447265625
HSLIP,λ<=log n,8192,1,82305,10.0469970703125
HSLIP,λ<=log n,8192,1,85339,10.4173583984375
HSLIP,λ<=log n,8192,1,88860,10.84716796875
HSLIP,λ<=log n,8192,1,88738,10.832275390625
HSLIP,λ<=log n,8192,1,94419,11.5257568359375
HSLIP,λ<=log n,8192,1,90841,11.0889892578125
HSLIP,λ<=log n,8192,1,85955,10.4925537109375
HSLIP,λ<=log n,8192,1,95480,11.6552734375
HSLIP,λ<=log n,8192,1,85707,10.4622802734375
HSLIP,λ<=log n,8192,1,91404,11.15771484375
HSLIP,λ<=log n,8192,1,88717,10.8297119140625
HSLIP,λ<=log n,8192,1,95991,11.7176513671875
HSLIP,λ<=log n,8192,1,89713,10.9512939453125
HSLIP,λ<=log n,8192,1,85279,10.4100341796875
HSLIP,λ<=log n,8192,1,108124,13.19873046875
HSLIP,λ<=log n,8192,1,88554,10.809814453125
HSLIP,λ<=log n,8192,1,92587,11.3021240234375
HSLIP,λ<=log n,8192,1,107141,13.0787353515625
HSLIP,λ<=log n,8192,1,82864,10.115234375
HSLIP,λ<=log n,8192,1,93123,11.3675537109375
HSLIP,λ<=log n,8192,1,95458,11.652587890625
HSLIP,λ<=log n,8192,1,94473,11.5323486328125
HSLIP,λ<=log n,8192,1,97328,11.880859375
HSLIP,λ<=log n,8192,1,81882,9.995361328125
HSLIP,λ<=log n,8192,1,99289,12.1202392578125
HSLIP,λ<=log n,8192,1,96804,11.81689453125
HSLIP,λ<=log n,8192,1,88659,10.8226318359375
HSLIP,λ<=log n,8192,1,91272,11.1416015625
HSLIP,λ<=log n,8192,1,90762,11.079345703125
HSLIP,λ<=log n,8192,1,86348,10.54052734375
HSLIP,λ<=log n,8192,1,93460,11.40869140625
HSLIP,λ<=log n,8192,1,86873,10.6046142578125
HSLIP,λ<=log n,8192,1,86847,10.6014404296875
HSDCD,λ<=log n,8192,1,72048,8.794921875
HSDCD,λ<=log n,8192,1,73195,8.9349365234375
HSDCD,λ<=log n,8192,1,67904,8.2890625
HSDCD,λ<=log n,8192,1,65434,7.987548828125
HSDCD,λ<=log n,8192,1,63827,7.7913818359375
HSDCD,λ<=log n,8192,1,92131,11.2464599609375
HSDCD,λ<=log n,8192,1,76509,9.3394775390625
HSDCD,λ<=log n,8192,1,88019,10.7445068359375
HSDCD,λ<=log n,8192,1,57673,7.0401611328125
HSDCD,λ<=log n,8192,1,65241,7.9639892578125
HSDCD,λ<=log n,8192,1,62405,7.6177978515625
HSDCD,λ<=log n,8192,1,66509,8.1187744140625
HSDCD,λ<=log n,8192,1,78269,9.5543212890625
HSDCD,λ<=log n,8192,1,82329,10.0499267578125
HSDCD,λ<=log n,8192,1,61101,7.4586181640625
HSDCD,λ<=log n,8192,1,61341,7.4879150390625
HSDCD,λ<=log n,8192,1,62760,7.6611328125
HSDCD,λ<=log n,8192,1,63452,7.74560546875
HSDCD,λ<=log n,8192,1,71827,8.7679443359375
HSDCD,λ<=log n,8192,1,66736,8.146484375
HSDCD,λ<=log n,8192,1,69637,8.5006103515625
HSDCD,λ<=log n,8192,1,85214,10.402099609375
HSDCD,λ<=log n,8192,1,61900,7.55615234375
HSDCD,λ<=log n,8192,1,60873,7.4307861328125
HSDCD,λ<=log n,8192,1,67001,8.1788330078125
HSDCD,λ<=log n,8192,1,71699,8.7523193359375
HSDCD,λ<=log n,8192,1,80697,9.8507080078125
HSDCD,λ<=log n,8192,1,70274,8.578369140625
HSDCD,λ<=log n,8192,1,75494,9.215576171875
HSDCD,λ<=log n,8192,1,70837,8.6470947265625
HSDCD,λ<=log n,8192,1,53010,6.470947265625
HSDCD,λ<=log n,8192,1,66491,8.1165771484375
HSDCD,λ<=log n,8192,1,64386,7.859619140625
HSDCD,λ<=log n,8192,1,74671,9.1151123046875
HSDCD,λ<=log n,8192,1,70797,8.6422119140625
HSDCD,λ<=log n,8192,1,73776,9.005859375
HSDCD,λ<=log n,8192,1,67365,8.2232666015625
HSDCD,λ<=log n,8192,1,65500,7.99560546875
HSDCD,λ<=log n,8192,1,68473,8.3585205078125
HSDCD,λ<=log n,8192,1,71156,8.68603515625
HSDCD,λ<=log n,8192,1,71073,8.6759033203125
HSDCD,λ<=log n,8192,1,97432,11.8935546875
HSDCD,λ<=log n,8192,1,68122,8.315673828125
HSDCD,λ<=log n,8192,1,102246,12.481201171875
HSDCD,λ<=log n,8192,1,69357,8.4664306640625
HSDCD,λ<=log n,8192,1,65346,7.976806640625
HSDCD,λ<=log n,8192,1,77662,9.480224609375
HSDCD,λ<=log n,8192,1,76772,9.37158203125
HSDCD,λ<=log n,8192,1,63351,7.7332763671875
HSDCD,λ<=log n,8192,1,64992,7.93359375
HSDCD,λ<=log n,8192,1,64984,7.9326171875
HSDCD,λ<=log n,8192,1,60804,7.42236328125
HSDCD,λ<=log n,8192,1,84676,10.33642578125
HSDCD,λ<=log n,8192,1,79198,9.667724609375
HSDCD,λ<=log n,8192,1,64214,7.838623046875
HSDCD,λ<=log n,8192,1,67554,8.246337890625
HSDCD,λ<=log n,8192,1,83882,10.239501953125
HSDCD,λ<=log n,8192,1,62843,7.6712646484375
HSDCD,λ<=log n,8192,1,65841,8.0372314453125
HSDCD,λ<=log n,8192,1,70140,8.56201171875
HSDCD,λ<=log n,8192,1,70210,8.570556640625
HSDCD,λ<=log n,8192,1,55853,6.8179931640625
HSDCD,λ<=log n,8192,1,82790,10.106201171875
HSDCD,λ<=log n,8192,1,68477,8.3590087890625
HSDCD,λ<=log n,8192,1,56978,6.955322265625
HSDCD,λ<=log n,8192,1,57304,6.9951171875
HSDCD,λ<=log n,8192,1,89744,10.955078125
HSDCD,λ<=log n,8192,1,69108,8.43603515625
HSDCD,λ<=log n,8192,1,61835,7.5482177734375
HSDCD,λ<=log n,8192,1,66539,8.1224365234375
HSDCD,λ<=log n,8192,1,64191,7.8358154296875
HSDCD,λ<=log n,8192,1,69490,8.482666015625
HSDCD,λ<=log n,8192,1,60977,7.4434814453125
HSDCD,λ<=log n,8192,1,77062,9.406982421875
HSDCD,λ<=log n,8192,1,59966,7.320068359375
HSDCD,λ<=log n,8192,1,66939,8.1712646484375
HSDCD,λ<=log n,8192,1,76504,9.3388671875
HSDCD,λ<=log n,8192,1,75632,9.232421875
HSDCD,λ<=log n,8192,1,78814,9.620849609375
HSDCD,λ<=log n,8192,1,69448,8.4775390625
HSDCD,λ<=log n,8192,1,74077,9.0426025390625
HSDCD,λ<=log n,8192,1,77619,9.4749755859375
HSDCD,λ<=log n,8192,1,67797,8.2760009765625
HSDCD,λ<=log n,8192,1,73724,8.99951171875
HSDCD,λ<=log n,8192,1,73482,8.969970703125
HSDCD,λ<=log n,8192,1,64844,7.91552734375
HSDCD,λ<=log n,8192,1,64488,7.8720703125
HSDCD,λ<=log n,8192,1,63477,7.7486572265625
HSDCD,λ<=log n,8192,1,79321,9.6827392578125
HSDCD,λ<=log n,8192,1,82553,10.0772705078125
HSDCD,λ<=log n,8192,1,53990,6.590576171875
HSDCD,λ<=log n,8192,1,68149,8.3189697265625
HSDCD,λ<=log n,8192,1,57340,6.99951171875
HSDCD,λ<=log n,8192,1,64146,7.830322265625
HSDCD,λ<=log n,8192,1,75353,9.1983642578125
HSDCD,λ<=log n,8192,1,65807,8.0330810546875
HSDCD,λ<=log n,8192,1,77089,9.4102783203125
HSDCD,λ<=log n,8192,1,94891,11.5833740234375
HSDCD,λ<=log n,8192,1,67098,8.190673828125
HSDCD,λ<=log n,8192,1,59701,7.2877197265625
HRDCD,λ<=log n,8192,1,47588,5.80908203125
HRDCD,λ<=log n,8192,1,47871,5.8436279296875
HRDCD,λ<=log n,8192,1,44436,5.42431640625
HRDCD,λ<=log n,8192,1,45647,5.5721435546875
HRDCD,λ<=log n,8192,1,52808,6.4462890625
HRDCD,λ<=log n,8192,1,49208,6.0068359375
HRDCD,λ<=log n,8192,1,48726,5.947998046875
HRDCD,λ<=log n,8192,1,43489,5.3087158203125
HRDCD,λ<=log n,8192,1,52812,6.44677734375
HRDCD,λ<=log n,8192,1,45482,5.552001953125
HRDCD,λ<=log n,8192,1,51439,6.2791748046875
HRDCD,λ<=log n,8192,1,48952,5.9755859375
HRDCD,λ<=log n,8192,1,50413,6.1539306640625
HRDCD,λ<=log n,8192,1,45134,5.509521484375
HRDCD,λ<=log n,8192,1,43552,5.31640625
HRDCD,λ<=log n,8192,1,44058,5.378173828125
HRDCD,λ<=log n,8192,1,49038,5.986083984375
HRDCD,λ<=log n,8192,1,45179,5.5150146484375
HRDCD,λ<=log n,8192,1,51324,6.26513671875
HRDCD,λ<=log n,8192,1,47587,5.8089599609375
HRDCD,λ<=log n,8192,1,46066,5.623291015625
HRDCD,λ<=log n,8192,1,45483,5.5521240234375
HRDCD,λ<=log n,8192,1,45900,5.60302734375
HRDCD,λ<=log n,8192,1,47408,5.787109375
HRDCD,λ<=log n,8192,1,50312,6.1416015625
HRDCD,λ<=log n,8192,1,47142,5.754638671875
HRDCD,λ<=log n,8192,1,47602,5.810791015625
HRDCD,λ<=log n,8192,1,45667,5.5745849609375
HRDCD,λ<=log n,8192,1,51821,6.3258056640625
HRDCD,λ<=log n,8192,1,47783,5.8328857421875
HRDCD,λ<=log n,8192,1,46474,5.673095703125
HRDCD,λ<=log n,8192,1,52191,6.3709716796875
HRDCD,λ<=log n,8192,1,53611,6.5443115234375
HRDCD,λ<=log n,8192,1,48121,5.8741455078125
HRDCD,λ<=log n,8192,1,49445,6.0357666015625
HRDCD,λ<=log n,8192,1,44682,5.454345703125
HRDCD,λ<=log n,8192,1,45109,5.5064697265625
HRDCD,λ<=log n,8192,1,46102,5.627685546875
HRDCD,λ<=log n,8192,1,44410,5.421142578125
HRDCD,λ<=log n,8192,1,49364,6.02587890625
HRDCD,λ<=log n,8192,1,48349,5.9019775390625
HRDCD,λ<=log n,8192,1,44500,5.43212890625
HRDCD,λ<=log n,8192,1,52937,6.4620361328125
HRDCD,λ<=log n,8192,1,51962,6.343017578125
HRDCD,λ<=log n,8192,1,46314,5.653564453125
HRDCD,λ<=log n,8192,1,45771,5.5872802734375
HRDCD,λ<=log n,8192,1,55362,6.758056640625
HRDCD,λ<=log n,8192,1,45974,5.612060546875
HRDCD,λ<=log n,8192,1,47497,5.7979736328125
HRDCD,λ<=log n,8192,1,48257,5.8907470703125
HRDCD,λ<=log n,8192,1,47511,5.7996826171875
HRDCD,λ<=log n,8192,1,50599,6.1766357421875
HRDCD,λ<=log n,8192,1,46643,5.6937255859375
HRDCD,λ<=log n,8192,1,46976,5.734375
HRDCD,λ<=log n,8192,1,53326,6.509521484375
HRDCD,λ<=log n,8192,1,44502,5.432373046875
HRDCD,λ<=log n,8192,1,50365,6.1480712890625
HRDCD,λ<=log n,8192,1,47201,5.7618408203125
HRDCD,λ<=log n,8192,1,52696,6.4326171875
HRDCD,λ<=log n,8192,1,47008,5.73828125
HRDCD,λ<=log n,8192,1,43647,5.3280029296875
HRDCD,λ<=log n,8192,1,48976,5.978515625
HRDCD,λ<=log n,8192,1,48358,5.903076171875
HRDCD,λ<=log n,8192,1,48459,5.9154052734375
HRDCD,λ<=log n,8192,1,47929,5.8507080078125
HRDCD,λ<=log n,8192,1,45985,5.6134033203125
HRDCD,λ<=log n,8192,1,47398,5.785888671875
HRDCD,λ<=log n,8192,1,47512,5.7998046875
HRDCD,λ<=log n,8192,1,50627,6.1800537109375
HRDCD,λ<=log n,8192,1,47212,5.76318359375
HRDCD,λ<=log n,8192,1,46401,5.6641845703125
HRDCD,λ<=log n,8192,1,48136,5.8759765625
HRDCD,λ<=log n,8192,1,47309,5.7750244140625
HRDCD,λ<=log n,8192,1,45519,5.5565185546875
HRDCD,λ<=log n,8192,1,50258,6.135009765625
HRDCD,λ<=log n,8192,1,47712,5.82421875
HRDCD,λ<=log n,8192,1,49842,6.084228515625
HRDCD,λ<=log n,8192,1,47318,5.776123046875
HRDCD,λ<=log n,8192,1,53008,6.470703125
HRDCD,λ<=log n,8192,1,47283,5.7718505859375
HRDCD,λ<=log n,8192,1,48241,5.8887939453125
HRDCD,λ<=log n,8192,1,46934,5.729248046875
HRDCD,λ<=log n,8192,1,47615,5.8123779296875
HRDCD,λ<=log n,8192,1,45144,5.5107421875
HRDCD,λ<=log n,8192,1,47447,5.7918701171875
HRDCD,λ<=log n,8192,1,53699,6.5550537109375
HRDCD,λ<=log n,8192,1,47397,5.7857666015625
HRDCD,λ<=log n,8192,1,50667,6.1849365234375
HRDCD,λ<=log n,8192,1,43827,5.3499755859375
HRDCD,λ<=log n,8192,1,45322,5.532470703125
HRDCD,λ<=log n,8192,1,52611,6.4222412109375
HRDCD,λ<=log n,8192,1,46143,5.6326904296875
HRDCD,λ<=log n,8192,1,46372,5.66064453125
HRDCD,λ<=log n,8192,1,46099,5.6273193359375
HRDCD,λ<=log n,8192,1,48803,5.9573974609375
HRDCD,λ<=log n,8192,1,44483,5.4300537109375
HRDCD,λ<=log n,8192,1,49223,6.0086669921875
HRDCD,λ<=log n,8192,1,49469,6.0386962890625
HRDCD,λ<=log n,8192,1,44629,5.4478759765625
HHDCD,λ<=log n,8192,1,50538,6.169189453125
HHDCD,λ<=log n,8192,1,52610,6.422119140625
HHDCD,λ<=log n,8192,1,49276,6.01513671875
HHDCD,λ<=log n,8192,1,57739,7.0482177734375
HHDCD,λ<=log n,8192,1,49145,5.9991455078125
HHDCD,λ<=log n,8192,1,49369,6.0264892578125
HHDCD,λ<=log n,8192,1,47999,5.8592529296875
HHDCD,λ<=log n,8192,1,49673,6.0635986328125
HHDCD,λ<=log n,8192,1,49500,6.04248046875
HHDCD,λ<=log n,8192,1,54435,6.6448974609375
HHDCD,λ<=log n,8192,1,51407,6.2752685546875
HHDCD,λ<=log n,8192,1,58622,7.156005859375
HHDCD,λ<=log n,8192,1,51178,6.247314453125
HHDCD,λ<=log n,8192,1,51103,6.2381591796875
HHDCD,λ<=log n,8192,1,49882,6.089111328125
HHDCD,λ<=log n,8192,1,49383,6.0281982421875
HHDCD,λ<=log n,8192,1,48606,5.933349609375
HHDCD,λ<=log n,8192,1,47697,5.8223876953125
HHDCD,λ<=log n,8192,1,49914,6.093017578125
HHDCD,λ<=log n,8192,1,53562,6.538330078125
HHDCD,λ<=log n,8192,1,56764,6.92919921875
HHDCD,λ<=log n,8192,1,50810,6.202392578125
HHDCD,λ<=log n,8192,1,47148,5.75537109375
HHDCD,λ<=log n,8192,1,47659,5.8177490234375
HHDCD,λ<=log n,8192,1,49150,5.999755859375
HHDCD,λ<=log n,8192,1,53556,6.53759765625
HHDCD,λ<=log n,8192,1,52915,6.4593505859375
HHDCD,λ<=log n,8192,1,46383,5.6619873046875
HHDCD,λ<=log n,8192,1,46805,5.7135009765625
HHDCD,λ<=log n,8192,1,53321,6.5089111328125
HHDCD,λ<=log n,8192,1,49598,6.054443359375
HHDCD,λ<=log n,8192,1,49128,5.9970703125
HHDCD,λ<=log n,8192,1,50296,6.1396484375
HHDCD,λ<=log n,8192,1,51496,6.2861328125
HHDCD,λ<=log n,8192,1,52563,6.4163818359375
HHDCD,λ<=log n,8192,1,51251,6.2562255859375
HHDCD,λ<=log n,8192,1,49852,6.08544921875
HHDCD,λ<=log n,8192,1,50657,6.1837158203125
HHDCD,λ<=log n,8192,1,52822,6.447998046875
HHDCD,λ<=log n,8192,1,52947,6.4632568359375
HHDCD,λ<=log n,8192,1,52036,6.35205078125
HHDCD,λ<=log n,8192,1,52127,6.3631591796875
HHDCD,λ<=log n,8192,1,49394,6.029541015625
HHDCD,λ<=log n,8192,1,50101,6.1158447265625
HHDCD,λ<=log n,8192,1,47362,5.781494140625
HHDCD,λ<=log n,8192,1,48847,5.9627685546875
HHDCD,λ<=log n,8192,1,50684,6.18701171875
HHDCD,λ<=log n,8192,1,51425,6.2774658203125
HHDCD,λ<=log n,8192,1,52327,6.3875732421875
HHDCD,λ<=log n,8192,1,50942,6.218505859375
HHDCD,λ<=log n,8192,1,46710,5.701904296875
HHDCD,λ<=log n,8192,1,48969,5.9776611328125
HHDCD,λ<=log n,8192,1,51562,6.294189453125
HHDCD,λ<=log n,8192,1,49306,6.018798828125
HHDCD,λ<=log n,8192,1,50111,6.1170654296875
HHDCD,λ<=log n,8192,1,49315,6.0198974609375
HHDCD,λ<=log n,8192,1,49409,6.0313720703125
HHDCD,λ<=log n,8192,1,51774,6.320068359375
HHDCD,λ<=log n,8192,1,58088,7.0908203125
HHDCD,λ<=log n,8192,1,46343,5.6571044921875
HHDCD,λ<=log n,8192,1,46766,5.708740234375
HHDCD,λ<=log n,8192,1,52021,6.3502197265625
HHDCD,λ<=log n,8192,1,50757,6.1959228515625
HHDCD,λ<=log n,8192,1,47451,5.7923583984375
HHDCD,λ<=log n,8192,1,56886,6.944091796875
HHDCD,λ<=log n,8192,1,51203,6.2503662109375
HHDCD,λ<=log n,8192,1,49374,6.027099609375
HHDCD,λ<=log n,8192,1,47064,5.7451171875
HHDCD,λ<=log n,8192,1,51365,6.2701416015625
HHDCD,λ<=log n,8192,1,44756,5.46337890625
HHDCD,λ<=log n,8192,1,48617,5.9346923828125
HHDCD,λ<=log n,8192,1,55309,6.7515869140625
HHDCD,λ<=log n,8192,1,50658,6.183837890625
HHDCD,λ<=log n,8192,1,49693,6.0660400390625
HHDCD,λ<=log n,8192,1,49131,5.9974365234375
HHDCD,λ<=log n,8192,1,54164,6.61181640625
HHDCD,λ<=log n,8192,1,55870,6.820068359375
HHDCD,λ<=log n,8192,1,50562,6.172119140625
HHDCD,λ<=log n,8192,1,49751,6.0731201171875
HHDCD,λ<=log n,8192,1,48664,5.9404296875
HHDCD,λ<=log n,8192,1,55981,6.8336181640625
HHDCD,λ<=log n,8192,1,46608,5.689453125
HHDCD,λ<=log n,8192,1,51567,6.2947998046875
HHDCD,λ<=log n,8192,1,50252,6.13427734375
HHDCD,λ<=log n,8192,1,49197,6.0054931640625
HHDCD,λ<=log n,8192,1,52516,6.41064453125
HHDCD,λ<=log n,8192,1,50647,6.1824951171875
HHDCD,λ<=log n,8192,1,49590,6.053466796875
HHDCD,λ<=log n,8192,1,49894,6.090576171875
HHDCD,λ<=log n,8192,1,60090,7.335205078125
HHDCD,λ<=log n,8192,1,48879,5.9666748046875
HHDCD,λ<=log n,8192,1,49280,6.015625
HHDCD,λ<=log n,8192,1,58327,7.1199951171875
HHDCD,λ<=log n,8192,1,55656,6.7939453125
HHDCD,λ<=log n,8192,1,52265,6.3800048828125
HHDCD,λ<=log n,8192,1,52438,6.401123046875
HHDCD,λ<=log n,8192,1,46350,5.657958984375
HHDCD,λ<=log n,8192,1,48234,5.887939453125
HHLCD,λ<=log n,8192,1,50250,6.134033203125
HHLCD,λ<=log n,8192,1,44522,5.434814453125
HHLCD,λ<=log n,8192,1,43752,5.3408203125
HHLCD,λ<=log n,8192,1,49807,6.0799560546875
HHLCD,λ<=log n,8192,1,43790,5.345458984375
HHLCD,λ<=log n,8192,1,48732,5.94873046875
HHLCD,λ<=log n,8192,1,45635,5.5706787109375
HHLCD,λ<=log n,8192,1,45763,5.5863037109375
HHLCD,λ<=log n,8192,1,47681,5.8204345703125
HHLCD,λ<=log n,8192,1,46398,5.663818359375
HHLCD,λ<=log n,8192,1,43187,5.2718505859375
HHLCD,λ<=log n,8192,1,46201,5.6397705078125
HHLCD,λ<=log n,8192,1,42857,5.2315673828125
HHLCD,λ<=log n,8192,1,47157,5.7564697265625
HHLCD,λ<=log n,8192,1,49103,5.9940185546875
HHLCD,λ<=log n,8192,1,45156,5.51220703125
HHLCD,λ<=log n,8192,1,46824,5.7158203125
HHLCD,λ<=log n,8192,1,49164,6.00146484375
HHLCD,λ<=log n,8192,1,48185,5.8819580078125
HHLCD,λ<=log n,8192,1,46886,5.723388671875
HHLCD,λ<=log n,8192,1,45769,5.5870361328125
HHLCD,λ<=log n,8192,1,45667,5.5745849609375
HHLCD,λ<=log n,8192,1,54517,6.6549072265625
HHLCD,λ<=log n,8192,1,44482,5.429931640625
HHLCD,λ<=log n,8192,1,51122,6.240478515625
HHLCD,λ<=log n,8192,1,50808,6.2021484375
HHLCD,λ<=log n,8192,1,47040,5.7421875
HHLCD,λ<=log n,8192,1,52321,6.3868408203125
HHLCD,λ<=log n,8192,1,47105,5.7501220703125
HHLCD,λ<=log n,8192,1,46460,5.67138671875
HHLCD,λ<=log n,8192,1,45577,5.5635986328125
HHLCD,λ<=log n,8192,1,42676,5.20947265625
HHLCD,λ<=log n,8192,1,45147,5.5111083984375
HHLCD,λ<=log n,8192,1,50411,6.1536865234375
HHLCD,λ<=log n,8192,1,45612,5.56787109375
HHLCD,λ<=log n,8192,1,45238,5.522216796875
HHLCD,λ<=log n,8192,1,46196,5.63916015625
HHLCD,λ<=log n,8192,1,56239,6.8651123046875
HHLCD,λ<=log n,8192,1,46482,5.674072265625
HHLCD,λ<=log n,8192,1,45005,5.4937744140625
HHLCD,λ<=log n,8192,1,46912,5.7265625
HHLCD,λ<=log n,8192,1,45424,5.544921875
HHLCD,λ<=log n,8192,1,48066,5.867431640625
HHLCD,λ<=log n,8192,1,44681,5.4542236328125
HHLCD,λ<=log n,8192,1,50243,6.1331787109375
HHLCD,λ<=log n,8192,1,45505,5.5548095703125
HHLCD,λ<=log n,8192,1,51910,6.336669921875
HHLCD,λ<=log n,8192,1,45679,5.5760498046875
HHLCD,λ<=log n,8192,1,49594,6.053955078125
HHLCD,λ<=log n,8192,1,43252,5.27978515625
HHLCD,λ<=log n,8192,1,44537,5.4366455078125
HHLCD,λ<=log n,8192,1,46976,5.734375
HHLCD,λ<=log n,8192,1,44094,5.382568359375
HHLCD,λ<=log n,8192,1,43134,5.265380859375
HHLCD,λ<=log n,8192,1,49334,6.022216796875
HHLCD,λ<=log n,8192,1,47564,5.80615234375
HHLCD,λ<=log n,8192,1,49104,5.994140625
HHLCD,λ<=log n,8192,1,49568,6.05078125
HHLCD,λ<=log n,8192,1,45271,5.5262451171875
HHLCD,λ<=log n,8192,1,47527,5.8016357421875
HHLCD,λ<=log n,8192,1,47236,5.76611328125
HHLCD,λ<=log n,8192,1,47196,5.76123046875
HHLCD,λ<=log n,8192,1,42766,5.220458984375
HHLCD,λ<=log n,8192,1,45211,5.5189208984375
HHLCD,λ<=log n,8192,1,49976,6.1005859375
HHLCD,λ<=log n,8192,1,49784,6.0771484375
HHLCD,λ<=log n,8192,1,45123,5.5081787109375
HHLCD,λ<=log n,8192,1,58079,7.0897216796875
HHLCD,λ<=log n,8192,1,48456,5.9150390625
HHLCD,λ<=log n,8192,1,44813,5.4703369140625
HHLCD,λ<=log n,8192,1,48195,5.8831787109375
HHLCD,λ<=log n,8192,1,46330,5.655517578125
HHLCD,λ<=log n,8192,1,50669,6.1851806640625
HHLCD,λ<=log n,8192,1,45503,5.5545654296875
HHLCD,λ<=log n,8192,1,47154,5.756103515625
HHLCD,λ<=log n,8192,1,49840,6.083984375
HHLCD,λ<=log n,8192,1,43112,5.2626953125
HHLCD,λ<=log n,8192,1,45184,5.515625
HHLCD,λ<=log n,8192,1,48659,5.9398193359375
HHLCD,λ<=log n,8192,1,43197,5.2730712890625
HHLCD,λ<=log n,8192,1,43847,5.3524169921875
HHLCD,λ<=log n,8192,1,44078,5.380615234375
HHLCD,λ<=log n,8192,1,50060,6.11083984375
HHLCD,λ<=log n,8192,1,44962,5.488525390625
HHLCD,λ<=log n,8192,1,46110,5.628662109375
HHLCD,λ<=log n,8192,1,45733,5.5826416015625
HHLCD,λ<=log n,8192,1,53699,6.5550537109375
HHLCD,λ<=log n,8192,1,47480,5.7958984375
HHLCD,λ<=log n,8192,1,47015,5.7391357421875
HHLCD,λ<=log n,8192,1,44789,5.4674072265625
HHLCD,λ<=log n,8192,1,50018,6.105712890625
HHLCD,λ<=log n,8192,1,53222,6.496826171875
HHLCD,λ<=log n,8192,1,43626,5.325439453125
HHLCD,λ<=log n,8192,1,42932,5.24072265625
HHLCD,λ<=log n,8192,1,45254,5.524169921875
HHLCD,λ<=log n,8192,1,43720,5.3369140625
HHLCD,λ<=log n,8192,1,49925,6.0943603515625
HHLCD,λ<=log n,8192,1,44987,5.4915771484375
HHLCD,λ<=log n,8192,1,45411,5.5433349609375
HHLCD,λ<=log n,8192,1,48426,5.911376953125
HRLCD,λ<=log n,8192,1,46741,5.7056884765625
HRLCD,λ<=log n,8192,1,50680,6.1865234375
HRLCD,λ<=log n,8192,1,48818,5.959228515625
HRLCD,λ<=log n,8192,1,48573,5.9293212890625
HRLCD,λ<=log n,8192,1,54045,6.5972900390625
HRLCD,λ<=log n,8192,1,54664,6.6728515625
HRLCD,λ<=log n,8192,1,52356,6.39111328125
HRLCD,λ<=log n,8192,1,45683,5.5765380859375
HRLCD,λ<=log n,8192,1,49672,6.0634765625
HRLCD,λ<=log n,8192,1,50397,6.1519775390625
HRLCD,λ<=log n,8192,1,48622,5.935302734375
HRLCD,λ<=log n,8192,1,48673,5.9415283203125
HRLCD,λ<=log n,8192,1,45524,5.55712890625
HRLCD,λ<=log n,8192,1,54399,6.6405029296875
HRLCD,λ<=log n,8192,1,47259,5.7689208984375
HRLCD,λ<=log n,8192,1,48029,5.8629150390625
HRLCD,λ<=log n,8192,1,45708,5.57958984375
HRLCD,λ<=log n,8192,1,51257,6.2569580078125
HRLCD,λ<=log n,8192,1,50448,6.158203125
HRLCD,λ<=log n,8192,1,48491,5.9193115234375
HRLCD,λ<=log n,8192,1,47532,5.80224609375
HRLCD,λ<=log n,8192,1,53392,6.517578125
HRLCD,λ<=log n,8192,1,46962,5.732666015625
HRLCD,λ<=log n,8192,1,48760,5.9521484375
HRLCD,λ<=log n,8192,1,48962,5.976806640625
HRLCD,λ<=log n,8192,1,53924,6.58251953125
HRLCD,λ<=log n,8192,1,56314,6.874267578125
HRLCD,λ<=log n,8192,1,48646,5.938232421875
HRLCD,λ<=log n,8192,1,45548,5.56005859375
HRLCD,λ<=log n,8192,1,52977,6.4669189453125
HRLCD,λ<=log n,8192,1,46010,5.616455078125
HRLCD,λ<=log n,8192,1,47477,5.7955322265625
HRLCD,λ<=log n,8192,1,48637,5.9371337890625
HRLCD,λ<=log n,8192,1,46344,5.6572265625
HRLCD,λ<=log n,8192,1,51317,6.2642822265625
HRLCD,λ<=log n,8192,1,49549,6.0484619140625
HRLCD,λ<=log n,8192,1,56290,6.871337890625
HRLCD,λ<=log n,8192,1,50322,6.142822265625
HRLCD,λ<=log n,8192,1,56799,6.9334716796875
HRLCD,λ<=log n,8192,1,52880,6.455078125
HRLCD,λ<=log n,8192,1,49974,6.100341796875
HRLCD,λ<=log n,8192,1,48490,5.919189453125
HRLCD,λ<=log n,8192,1,54972,6.71044921875
HRLCD,λ<=log n,8192,1,50995,6.2249755859375
HRLCD,λ<=log n,8192,1,55962,6.831298828125
HRLCD,λ<=log n,8192,1,46912,5.7265625
HRLCD,λ<=log n,8192,1,48257,5.8907470703125
HRLCD,λ<=log n,8192,1,50396,6.15185546875
HRLCD,λ<=log n,8192,1,51087,6.2362060546875
HRLCD,λ<=log n,8192,1,50307,6.1409912109375
HRLCD,λ<=log n,8192,1,48232,5.8876953125
HRLCD,λ<=log n,8192,1,50462,6.159912109375
HRLCD,λ<=log n,8192,1,49944,6.0966796875
HRLCD,λ<=log n,8192,1,46132,5.63134765625
HRLCD,λ<=log n,8192,1,59214,7.228271484375
HRLCD,λ<=log n,8192,1,47170,5.758056640625
HRLCD,λ<=log n,8192,1,48117,5.8736572265625
HRLCD,λ<=log n,8192,1,51768,6.3193359375
HRLCD,λ<=log n,8192,1,48605,5.9332275390625
HRLCD,λ<=log n,8192,1,55966,6.831787109375
HRLCD,λ<=log n,8192,1,50543,6.1697998046875
HRLCD,λ<=log n,8192,1,49257,6.0128173828125
HRLCD,λ<=log n,8192,1,47624,5.8134765625
HRLCD,λ<=log n,8192,1,51911,6.3367919921875
HRLCD,λ<=log n,8192,1,50598,6.176513671875
HRLCD,λ<=log n,8192,1,49667,6.0628662109375
HRLCD,λ<=log n,8192,1,52480,6.40625
HRLCD,λ<=log n,8192,1,50552,6.1708984375
HRLCD,λ<=log n,8192,1,45885,5.6011962890625
HRLCD,λ<=log n,8192,1,49533,6.0465087890625
HRLCD,λ<=log n,8192,1,45888,5.6015625
HRLCD,λ<=log n,8192,1,46753,5.7071533203125
HRLCD,λ<=log n,8192,1,49430,6.033935546875
HRLCD,λ<=log n,8192,1,48769,5.9532470703125
HRLCD,λ<=log n,8192,1,48725,5.9478759765625
HRLCD,λ<=log n,8192,1,47730,5.826416015625
HRLCD,λ<=log n,8192,1,56506,6.897705078125
HRLCD,λ<=log n,8192,1,57543,7.0242919921875
HRLCD,λ<=log n,8192,1,53495,6.5301513671875
HRLCD,λ<=log n,8192,1,47216,5.763671875
HRLCD,λ<=log n,8192,1,49147,5.9993896484375
HRLCD,λ<=log n,8192,1,49771,6.0755615234375
HRLCD,λ<=log n,8192,1,58267,7.1126708984375
HRLCD,λ<=log n,8192,1,48213,5.8853759765625
HRLCD,λ<=log n,8192,1,51098,6.237548828125
HRLCD,λ<=log n,8192,1,60073,7.3331298828125
HRLCD,λ<=log n,8192,1,53628,6.54638671875
HRLCD,λ<=log n,8192,1,51128,6.2412109375
HRLCD,λ<=log n,8192,1,48430,5.911865234375
HRLCD,λ<=log n,8192,1,54042,6.596923828125
HRLCD,λ<=log n,8192,1,50831,6.2049560546875
HRLCD,λ<=log n,8192,1,46596,5.68798828125
HRLCD,λ<=log n,8192,1,53690,6.553955078125
HRLCD,λ<=log n,8192,1,50837,6.2056884765625
HRLCD,λ<=log n,8192,1,44432,5.423828125
HRLCD,λ<=log n,8192,1,47705,5.8233642578125
HRLCD,λ<=log n,8192,1,50300,6.14013671875
HRLCD,λ<=log n,8192,1,49018,5.983642578125
HRLCD,λ<=log n,8192,1,48877,5.9664306640625
HRLCD,λ<=log n,8192,1,50703,6.1893310546875
HSLCD,λ<=log n,8192,1,92747,11.3216552734375
HSLCD,λ<=log n,8192,1,69879,8.5301513671875
HSLCD,λ<=log n,8192,1,83518,10.195068359375
HSLCD,λ<=log n,8192,1,74093,9.0445556640625
HSLCD,λ<=log n,8192,1,84735,10.3436279296875
HSLCD,λ<=log n,8192,1,78284,9.55615234375
HSLCD,λ<=log n,8192,1,76882,9.385009765625
HSLCD,λ<=log n,8192,1,94581,11.5455322265625
HSLCD,λ<=log n,8192,1,101738,12.419189453125
HSLCD,λ<=log n,8192,1,77441,9.4532470703125
HSLCD,λ<=log n,8192,1,80686,9.849365234375
HSLCD,λ<=log n,8192,1,76230,9.305419921875
HSLCD,λ<=log n,8192,1,99200,12.109375
HSLCD,λ<=log n,8192,1,77657,9.4796142578125
HSLCD,λ<=log n,8192,1,90651,11.0657958984375
HSLCD,λ<=log n,8192,1,82133,10.0260009765625
HSLCD,λ<=log n,8192,1,82600,10.0830078125
HSLCD,λ<=log n,8192,1,81826,9.988525390625
HSLCD,λ<=log n,8192,1,87476,10.67822265625
HSLCD,λ<=log n,8192,1,91974,11.227294921875
HSLCD,λ<=log n,8192,1,75439,9.2088623046875
HSLCD,λ<=log n,8192,1,109541,13.3717041015625
HSLCD,λ<=log n,8192,1,77549,9.4664306640625
HSLCD,λ<=log n,8192,1,103622,12.649169921875
HSLCD,λ<=log n,8192,1,88219,10.7689208984375
HSLCD,λ<=log n,8192,1,87675,10.7025146484375
HSLCD,λ<=log n,8192,1,81908,9.99853515625
HSLCD,λ<=log n,8192,1,84081,10.2637939453125
HSLCD,λ<=log n,8192,1,89655,10.9442138671875
HSLCD,λ<=log n,8192,1,80043,9.7708740234375
HSLCD,λ<=log n,8192,1,84776,10.3486328125
HSLCD,λ<=log n,8192,1,68911,8.4119873046875
HSLCD,λ<=log n,8192,1,95825,11.6973876953125
HSLCD,λ<=log n,8192,1,80045,9.7711181640625
HSLCD,λ<=log n,8192,1,74557,9.1011962890625
HSLCD,λ<=log n,8192,1,70573,8.6148681640625
HSLCD,λ<=log n,8192,1,85537,10.4415283203125
HSLCD,λ<=log n,8192,1,89846,10.967529296875
HSLCD,λ<=log n,8192,1,64422,7.864013671875
HSLCD,λ<=log n,8192,1,83553,10.1993408203125
HSLCD,λ<=log n,8192,1,81295,9.9237060546875
HSLCD,λ<=log n,8192,1,84232,10.2822265625
HSLCD,λ<=log n,8192,1,98959,12.0799560546875
HSLCD,λ<=log n,8192,1,84794,10.350830078125
HSLCD,λ<=log n,8192,1,81383,9.9344482421875
HSLCD,λ<=log n,8192,1,88822,10.842529296875
HSLCD,λ<=log n,8192,1,79523,9.7073974609375
HSLCD,λ<=log n,8192,1,96081,11.7286376953125
HSLCD,λ<=log n,8192,1,80561,9.8341064453125
HSLCD,λ<=log n,8192,1,62732,7.65771484375
HSLCD,λ<=log n,8192,1,79633,9.7208251953125
HSLCD,λ<=log n,8192,1,87226,10.647705078125
HSLCD,λ<=log n,8192,1,81531,9.9525146484375
HSLCD,λ<=log n,8192,1,94426,11.526611328125
HSLCD,λ<=log n,8192,1,87990,10.740966796875
HSLCD,λ<=log n,8192,1,77511,9.4617919921875
HSLCD,λ<=log n,8192,1,81345,9.9298095703125
HSLCD,λ<=log n,8192,1,93683,11.4359130859375
HSLCD,λ<=log n,8192,1,88662,10.822998046875
HSLCD,λ<=log n,8192,1,89354,10.907470703125
HSLCD,λ<=log n,8192,1,85150,10.394287109375
HSLCD,λ<=log n,8192,1,91105,11.1212158203125
HSLCD,λ<=log n,8192,1,77650,9.478759765625
HSLCD,λ<=log n,8192,1,93497,11.4132080078125
HSLCD,λ<=log n,8192,1,80090,9.776611328125
HSLCD,λ<=log n,8192,1,86149,10.5162353515625
HSLCD,λ<=log n,8192,1,96482,11.777587890625
HSLCD,λ<=log n,8192,1,75665,9.2364501953125
HSLCD,λ<=log n,8192,1,84282,10.288330078125
HSLCD,λ<=log n,8192,1,88174,10.763427734375
HSLCD,λ<=log n,8192,1,91657,11.1885986328125
HSLCD,λ<=log n,8192,1,82258,10.041259765625
HSLCD,λ<=log n,8192,1,88997,10.8638916015625
HSLCD,λ<=log n,8192,1,69579,8.4935302734375
HSLCD,λ<=log n,8192,1,95013,11.5982666015625
HSLCD,λ<=log n,8192,1,112501,13.7330322265625
HSLCD,λ<=log n,8192,1,73242,8.940673828125
HSLCD,λ<=log n,8192,1,78829,9.6226806640625
HSLCD,λ<=log n,8192,1,100220,12.23388671875
HSLCD,λ<=log n,8192,1,76407,9.3270263671875
HSLCD,λ<=log n,8192,1,92792,11.3271484375
HSLCD,λ<=log n,8192,1,76466,9.334228515625
HSLCD,λ<=log n,8192,1,75194,9.178955078125
HSLCD,λ<=log n,8192,1,67758,8.271240234375
HSLCD,λ<=log n,8192,1,78956,9.63818359375
HSLCD,λ<=log n,8192,1,67274,8.212158203125
HSLCD,λ<=log n,8192,1,102588,12.52294921875
HSLCD,λ<=log n,8192,1,70549,8.6119384765625
HSLCD,λ<=log n,8192,1,94181,11.4967041015625
HSLCD,λ<=log n,8192,1,76529,9.3419189453125
HSLCD,λ<=log n,8192,1,92071,11.2391357421875
HSLCD,λ<=log n,8192,1,85149,10.3941650390625
HSLCD,λ<=log n,8192,1,70069,8.5533447265625
HSLCD,λ<=log n,8192,1,89204,10.88916015625
HSLCD,λ<=log n,8192,1,79863,9.7489013671875
HSLCD,λ<=log n,8192,1,94974,11.593505859375
HSLCD,λ<=log n,8192,1,81784,9.9833984375
HSLCD,λ<=log n,8192,1,93986,11.472900390625
HSLCD,λ<=log n,8192,1,80272,9.798828125
HSLCD,λ<=log n,8192,1,87069,10.6285400390625
HSDSD,λ<=log n,8192,1,82298,10.046142578125
HSDSD,λ<=log n,8192,1,76579,9.3480224609375
HSDSD,λ<=log n,8192,1,79374,9.689208984375
HSDSD,λ<=log n,8192,1,79612,9.71826171875
HSDSD,λ<=log n,8192,1,73593,8.9835205078125
HSDSD,λ<=log n,8192,1,83486,10.191162109375
HSDSD,λ<=log n,8192,1,78867,9.6273193359375
HSDSD,λ<=log n,8192,1,82169,10.0303955078125
HSDSD,λ<=log n,8192,1,79360,9.6875
HSDSD,λ<=log n,8192,1,77701,9.4849853515625
HSDSD,λ<=log n,8192,1,78729,9.6104736328125
HSDSD,λ<=log n,8192,1,88133,10.7584228515625
HSDSD,λ<=log n,8192,1,84453,10.3092041015625
HSDSD,λ<=log n,8192,1,75451,9.2103271484375
HSDSD,λ<=log n,8192,1,80069,9.7740478515625
HSDSD,λ<=log n,8192,1,78286,9.556396484375
HSDSD,λ<=log n,8192,1,75318,9.194091796875
HSDSD,λ<=log n,8192,1,75859,9.2601318359375
HSDSD,λ<=log n,8192,1,75512,9.2177734375
HSDSD,λ<=log n,8192,1,78084,9.53173828125
HSDSD,λ<=log n,8192,1,91135,11.1248779296875
HSDSD,λ<=log n,8192,1,92008,11.2314453125
HSDSD,λ<=log n,8192,1,71763,8.7601318359375
HSDSD,λ<=log n,8192,1,84795,10.3509521484375
HSDSD,λ<=log n,8192,1,72392,8.8369140625
HSDSD,λ<=log n,8192,1,83410,10.181884765625
HSDSD,λ<=log n,8192,1,82508,10.07177734375
HSDSD,λ<=log n,8192,1,77510,9.461669921875
HSDSD,λ<=log n,8192,1,79930,9.757080078125
HSDSD,λ<=log n,8192,1,79919,9.7557373046875
HSDSD,λ<=log n,8192,1,77913,9.5108642578125
HSDSD,λ<=log n,8192,1,90579,11.0570068359375
HSDSD,λ<=log n,8192,1,82206,10.034912109375
HSDSD,λ<=log n,8192,1,81113,9.9014892578125
HSDSD,λ<=log n,8192,1,79551,9.7108154296875
HSDSD,λ<=log n,8192,1,74936,9.1474609375
HSDSD,λ<=log n,8192,1,79610,9.718017578125
HSDSD,λ<=log n,8192,1,89592,10.9365234375
HSDSD,λ<=log n,8192,1,76586,9.348876953125
HSDSD,λ<=log n,8192,1,76638,9.355224609375
HSDSD,λ<=log n,8192,1,76486,9.336669921875
HSDSD,λ<=log n,8192,1,87309,10.6578369140625
HSDSD,λ<=log n,8192,1,75716,9.24267578125
HSDSD,λ<=log n,8192,1,73548,8.97802734375
HSDSD,λ<=log n,8192,1,74533,9.0982666015625
HSDSD,λ<=log n,8192,1,104439,12.7489013671875
HSDSD,λ<=log n,8192,1,80636,9.84326171875
HSDSD,λ<=log n,8192,1,83784,10.2275390625
HSDSD,λ<=log n,8192,1,79729,9.7325439453125
HSDSD,λ<=log n,8192,1,75819,9.2552490234375
HSDSD,λ<=log n,8192,1,81326,9.927490234375
HSDSD,λ<=log n,8192,1,73436,8.96435546875
HSDSD,λ<=log n,8192,1,78009,9.5225830078125
HSDSD,λ<=log n,8192,1,80841,9.8682861328125
HSDSD,λ<=log n,8192,1,84039,10.2586669921875
HSDSD,λ<=log n,8192,1,78461,9.5777587890625
HSDSD,λ<=log n,8192,1,87058,10.627197265625
HSDSD,λ<=log n,8192,1,90349,11.0289306640625
HSDSD,λ<=log n,8192,1,80225,9.7930908203125
HSDSD,λ<=log n,8192,1,88115,10.7562255859375
HSDSD,λ<=log n,8192,1,79587,9.7152099609375
HSDSD,λ<=log n,8192,1,81639,9.9656982421875
HSDSD,λ<=log n,8192,1,81249,9.9180908203125
HSDSD,λ<=log n,8192,1,77293,9.4351806640625
HSDSD,λ<=log n,8192,1,72118,8.803466796875
HSDSD,λ<=log n,8192,1,84686,10.337646484375
HSDSD,λ<=log n,8192,1,85200,10.400390625
HSDSD,λ<=log n,8192,1,94611,11.5491943359375
HSDSD,λ<=log n,8192,1,78721,9.6094970703125
HSDSD,λ<=log n,8192,1,77671,9.4813232421875
HSDSD,λ<=log n,8192,1,80750,9.857177734375
HSDSD,λ<=log n,8192,1,83229,10.1597900390625
HSDSD,λ<=log n,8192,1,82391,10.0574951171875
HSDSD,λ<=log n,8192,1,74719,9.1209716796875
HSDSD,λ<=log n,8192,1,86482,10.556884765625
HSDSD,λ<=log n,8192,1,76363,9.3216552734375
HSDSD,λ<=log n,8192,1,76973,9.3961181640625
HSDSD,λ<=log n,8192,1,87505,10.6817626953125
HSDSD,λ<=log n,8192,1,82198,10.033935546875
HSDSD,λ<=log n,8192,1,77849,9.5030517578125
HSDSD,λ<=log n,8192,1,78864,9.626953125
HSDSD,λ<=log n,8192,1,76927,9.3905029296875
HSDSD,λ<=log n,8192,1,81120,9.90234375
HSDSD,λ<=log n,8192,1,72956,8.90576171875
HSDSD,λ<=log n,8192,1,81816,9.9873046875
HSDSD,λ<=log n,8192,1,78854,9.625732421875
HSDSD,λ<=log n,8192,1,75296,9.19140625
HSDSD,λ<=log n,8192,1,75530,9.219970703125
HSDSD,λ<=log n,8192,1,80852,9.86962890625
HSDSD,λ<=log n,8192,1,76359,9.3211669921875
HSDSD,λ<=log n,8192,1,79898,9.753173828125
HSDSD,λ<=log n,8192,1,77303,9.4364013671875
HSDSD,λ<=log n,8192,1,82889,10.1182861328125
HSDSD,λ<=log n,8192,1,86066,10.506103515625
HSDSD,λ<=log n,8192,1,75009,9.1563720703125
HSDSD,λ<=log n,8192,1,81659,9.9681396484375
HSDSD,λ<=log n,8192,1,78549,9.5885009765625
HSDSD,λ<=log n,8192,1,97504,11.90234375
HSDSD,λ<=log n,8192,1,76424,9.3291015625
HSDSD,λ<=log n,8192,1,90041,10.9913330078125
HRDSD,λ<=log n,8192,1,50612,6.17822265625
HRDSD,λ<=log n,8192,1,51789,6.3218994140625
HRDSD,λ<=log n,8192,1,58053,7.0865478515625
HRDSD,λ<=log n,8192,1,59778,7.297119140625
HRDSD,λ<=log n,8192,1,50938,6.218017578125
HRDSD,λ<=log n,8192,1,59192,7.2255859375
HRDSD,λ<=log n,8192,1,61479,7.5047607421875
HRDSD,λ<=log n,8192,1,55146,6.731689453125
HRDSD,λ<=log n,8192,1,51991,6.3465576171875
HRDSD,λ<=log n,8192,1,59615,7.2772216796875
HRDSD,λ<=log n,8192,1,52284,6.38232421875
HRDSD,λ<=log n,8192,1,54082,6.601806640625
HRDSD,λ<=log n,8192,1,52782,6.443115234375
HRDSD,λ<=log n,8192,1,53927,6.5828857421875
HRDSD,λ<=log n,8192,1,59332,7.24267578125
HRDSD,λ<=log n,8192,1,55814,6.813232421875
HRDSD,λ<=log n,8192,1,53347,6.5120849609375
HRDSD,λ<=log n,8192,1,52025,6.3507080078125
HRDSD,λ<=log n,8192,1,58735,7.1697998046875
HRDSD,λ<=log n,8192,1,54301,6.6285400390625
HRDSD,λ<=log n,8192,1,56354,6.879150390625
HRDSD,λ<=log n,8192,1,60368,7.369140625
HRDSD,λ<=log n,8192,1,57250,6.988525390625
HRDSD,λ<=log n,8192,1,52483,6.4066162109375
HRDSD,λ<=log n,8192,1,53428,6.52197265625
HRDSD,λ<=log n,8192,1,56852,6.93994140625
HRDSD,λ<=log n,8192,1,57140,6.97509765625
HRDSD,λ<=log n,8192,1,54537,6.6573486328125
HRDSD,λ<=log n,8192,1,51415,6.2762451171875
HRDSD,λ<=log n,8192,1,53101,6.4820556640625
HRDSD,λ<=log n,8192,1,54523,6.6556396484375
HRDSD,λ<=log n,8192,1,52702,6.433349609375
HRDSD,λ<=log n,8192,1,55292,6.74951171875
HRDSD,λ<=log n,8192,1,50363,6.1478271484375
HRDSD,λ<=log n,8192,1,54880,6.69921875
HRDSD,λ<=log n,8192,1,53643,6.5482177734375
HRDSD,λ<=log n,8192,1,53827,6.5706787109375
HRDSD,λ<=log n,8192,1,53601,6.5430908203125
HRDSD,λ<=log n,8192,1,55651,6.7933349609375
HRDSD,λ<=log n,8192,1,58279,7.1141357421875
HRDSD,λ<=log n,8192,1,52395,6.3958740234375
HRDSD,λ<=log n,8192,1,52451,6.4027099609375
HRDSD,λ<=log n,8192,1,61223,7.4735107421875
HRDSD,λ<=log n,8192,1,55503,6.7752685546875
HRDSD,λ<=log n,8192,1,54040,6.5966796875
HRDSD,λ<=log n,8192,1,54026,6.594970703125
HRDSD,λ<=log n,8192,1,56066,6.843994140625
HRDSD,λ<=log n,8192,1,55018,6.716064453125
HRDSD,λ<=log n,8192,1,51689,6.3096923828125
HRDSD,λ<=log n,8192,1,58150,7.098388671875
HRDSD,λ<=log n,8192,1,54489,6.6514892578125
HRDSD,λ<=log n,8192,1,54947,6.7073974609375
HRDSD,λ<=log n,8192,1,58123,7.0950927734375
HRDSD,λ<=log n,8192,1,53459,6.5257568359375
HRDSD,λ<=log n,8192,1,50099,6.1156005859375
HRDSD,λ<=log n,8192,1,52214,6.373779296875
HRDSD,λ<=log n,8192,1,57005,6.9586181640625
HRDSD,λ<=log n,8192,1,55141,6.7310791015625
HRDSD,λ<=log n,8192,1,51684,6.30908203125
HRDSD,λ<=log n,8192,1,54513,6.6544189453125
HRDSD,λ<=log n,8192,1,51645,6.3043212890625
HRDSD,λ<=log n,8192,1,61213,7.4722900390625
HRDSD,λ<=log n,8192,1,52543,6.4139404296875
HRDSD,λ<=log n,8192,1,55908,6.82470703125
HRDSD,λ<=log n,8192,1,56096,6.84765625
HRDSD,λ<=log n,8192,1,59322,7.241455078125
HRDSD,λ<=log n,8192,1,57512,7.0205078125
HRDSD,λ<=log n,8192,1,52640,6.42578125
HRDSD,λ<=log n,8192,1,59519,7.2655029296875
HRDSD,λ<=log n,8192,1,57143,6.9754638671875
HRDSD,λ<=log n,8192,1,54938,6.706298828125
HRDSD,λ<=log n,8192,1,56462,6.892333984375
HRDSD,λ<=log n,8192,1,56359,6.8797607421875
HRDSD,λ<=log n,8192,1,55614,6.788818359375
HRDSD,λ<=log n,8192,1,66678,8.139404296875
HRDSD,λ<=log n,8192,1,55365,6.7584228515625
HRDSD,λ<=log n,8192,1,54283,6.6263427734375
HRDSD,λ<=log n,8192,1,53529,6.5343017578125
HRDSD,λ<=log n,8192,1,51860,6.33056640625
HRDSD,λ<=log n,8192,1,59633,7.2794189453125
HRDSD,λ<=log n,8192,1,53514,6.532470703125
HRDSD,λ<=log n,8192,1,56256,6.8671875
HRDSD,λ<=log n,8192,1,55144,6.7314453125
HRDSD,λ<=log n,8192,1,53818,6.569580078125
HRDSD,λ<=log n,8192,1,60233,7.3526611328125
HRDSD,λ<=log n,8192,1,53841,6.5723876953125
HRDSD,λ<=log n,8192,1,48356,5.90283203125
HRDSD,λ<=log n,8192,1,61809,7.5450439453125
HRDSD,λ<=log n,8192,1,64403,7.8616943359375
HRDSD,λ<=log n,8192,1,55131,6.7298583984375
HRDSD,λ<=log n,8192,1,52590,6.419677734375
HRDSD,λ<=log n,8192,1,50830,6.204833984375
HRDSD,λ<=log n,8192,1,52254,6.378662109375
HRDSD,λ<=log n,8192,1,56261,6.8677978515625
HRDSD,λ<=log n,8192,1,51408,6.275390625
HRDSD,λ<=log n,8192,1,56491,6.8958740234375
HRDSD,λ<=log n,8192,1,53623,6.5457763671875
HRDSD,λ<=log n,8192,1,53438,6.523193359375
HRDSD,λ<=log n,8192,1,55351,6.7567138671875
HRDSD,λ<=log n,8192,1,52002,6.347900390625
HHDSD,λ<=log n,8192,1,51377,6.2716064453125
HHDSD,λ<=log n,8192,1,56969,6.9542236328125
HHDSD,λ<=log n,8192,1,53137,6.4864501953125
HHDSD,λ<=log n,8192,1,52173,6.3687744140625
HHDSD,λ<=log n,8192,1,52777,6.4425048828125
HHDSD,λ<=log n,8192,1,54045,6.5972900390625
HHDSD,λ<=log n,8192,1,52581,6.4185791015625
HHDSD,λ<=log n,8192,1,51932,6.33935546875
HHDSD,λ<=log n,8192,1,54713,6.6788330078125
HHDSD,λ<=log n,8192,1,57577,7.0284423828125
HHDSD,λ<=log n,8192,1,52492,6.40771484375
HHDSD,λ<=log n,8192,1,58014,7.081787109375
HHDSD,λ<=log n,8192,1,52343,6.3895263671875
HHDSD,λ<=log n,8192,1,55682,6.797119140625
HHDSD,λ<=log n,8192,1,51079,6.2352294921875
HHDSD,λ<=log n,8192,1,55478,6.772216796875
HHDSD,λ<=log n,8192,1,54804,6.68994140625
HHDSD,λ<=log n,8192,1,51261,6.2574462890625
HHDSD,λ<=log n,8192,1,53606,6.543701171875
HHDSD,λ<=log n,8192,1,49685,6.0650634765625
HHDSD,λ<=log n,8192,1,49611,6.0560302734375
HHDSD,λ<=log n,8192,1,50478,6.161865234375
HHDSD,λ<=log n,8192,1,59126,7.217529296875
HHDSD,λ<=log n,8192,1,49816,6.0810546875
HHDSD,λ<=log n,8192,1,54181,6.6138916015625
HHDSD,λ<=log n,8192,1,50519,6.1668701171875
HHDSD,λ<=log n,8192,1,50541,6.1695556640625
HHDSD,λ<=log n,8192,1,54746,6.682861328125
HHDSD,λ<=log n,8192,1,54405,6.6412353515625
HHDSD,λ<=log n,8192,1,56232,6.8642578125
HHDSD,λ<=log n,8192,1,52431,6.4002685546875
HHDSD,λ<=log n,8192,1,50851,6.2073974609375
HHDSD,λ<=log n,8192,1,52652,6.42724609375
HHDSD,λ<=log n,8192,1,51283,6.2601318359375
HHDSD,λ<=log n,8192,1,57784,7.0537109375
HHDSD,λ<=log n,8192,1,53586,6.541259765625
HHDSD,λ<=log n,8192,1,53259,6.5013427734375
HHDSD,λ<=log n,8192,1,51824,6.326171875
HHDSD,λ<=log n,8192,1,51921,6.3380126953125
HHDSD,λ<=log n,8192,1,54103,6.6043701171875
HHDSD,λ<=log n,8192,1,57580,7.02880859375
HHDSD,λ<=log n,8192,1,65375,7.9803466796875
HHDSD,λ<=log n,8192,1,52817,6.4473876953125
HHDSD,λ<=log n,8192,1,54268,6.62451171875
HHDSD,λ<=log n,8192,1,53380,6.51611328125
HHDSD,λ<=log n,8192,1,53667,6.5511474609375
HHDSD,λ<=log n,8192,1,51729,6.3145751953125
HHDSD,λ<=log n,8192,1,51882,6.333251953125
HHDSD,λ<=log n,8192,1,52836,6.44970703125
HHDSD,λ<=log n,8192,1,51153,6.2442626953125
HHDSD,λ<=log n,8192,1,55622,6.789794921875
HHDSD,λ<=log n,8192,1,50464,6.16015625
HHDSD,λ<=log n,8192,1,53065,6.4776611328125
HHDSD,λ<=log n,8192,1,53976,6.5888671875
HHDSD,λ<=log n,8192,1,50243,6.1331787109375
HHDSD,λ<=log n,8192,1,55924,6.82666015625
HHDSD,λ<=log n,8192,1,52650,6.427001953125
HHDSD,λ<=log n,8192,1,52422,6.399169921875
HHDSD,λ<=log n,8192,1,52127,6.3631591796875
HHDSD,λ<=log n,8192,1,52982,6.467529296875
HHDSD,λ<=log n,8192,1,52248,6.3779296875
HHDSD,λ<=log n,8192,1,51688,6.3095703125
HHDSD,λ<=log n,8192,1,50917,6.2154541015625
HHDSD,λ<=log n,8192,1,51681,6.3087158203125
HHDSD,λ<=log n,8192,1,55696,6.798828125
HHDSD,λ<=log n,8192,1,50441,6.1573486328125
HHDSD,λ<=log n,8192,1,54454,6.647216796875
HHDSD,λ<=log n,8192,1,54688,6.67578125
HHDSD,λ<=log n,8192,1,58118,7.094482421875
HHDSD,λ<=log n,8192,1,50270,6.136474609375
HHDSD,λ<=log n,8192,1,52274,6.381103515625
HHDSD,λ<=log n,8192,1,58810,7.178955078125
HHDSD,λ<=log n,8192,1,55747,6.8050537109375
HHDSD,λ<=log n,8192,1,52317,6.3863525390625
HHDSD,λ<=log n,8192,1,53039,6.4744873046875
HHDSD,λ<=log n,8192,1,53547,6.5364990234375
HHDSD,λ<=log n,8192,1,52189,6.3707275390625
HHDSD,λ<=log n,8192,1,51009,6.2266845703125
HHDSD,λ<=log n,8192,1,51564,6.29443359375
HHDSD,λ<=log n,8192,1,56777,6.9307861328125
HHDSD,λ<=log n,8192,1,51137,6.2423095703125
HHDSD,λ<=log n,8192,1,50882,6.211181640625
HHDSD,λ<=log n,8192,1,51894,6.334716796875
HHDSD,λ<=log n,8192,1,46913,5.7266845703125
HHDSD,λ<=log n,8192,1,49402,6.030517578125
HHDSD,λ<=log n,8192,1,53960,6.5869140625
HHDSD,λ<=log n,8192,1,58545,7.1466064453125
HHDSD,λ<=log n,8192,1,54125,6.6070556640625
HHDSD,λ<=log n,8192,1,61116,7.46044921875
HHDSD,λ<=log n,8192,1,51732,6.31494140625
HHDSD,λ<=log n,8192,1,54097,6.6036376953125
HHDSD,λ<=log n,8192,1,53143,6.4871826171875
HHDSD,λ<=log n,8192,1,59333,7.2427978515625
HHDSD,λ<=log n,8192,1,54802,6.689697265625
HHDSD,λ<=log n,8192,1,51904,6.3359375
HHDSD,λ<=log n,8192,1,53773,6.5640869140625
HHDSD,λ<=log n,8192,1,49215,6.0076904296875
HHDSD,λ<=log n,8192,1,50672,6.185546875
HHLSD,λ<=log n,8192,1,57082,6.968017578125
HHLSD,λ<=log n,8192,1,52828,6.44873046875
HHLSD,λ<=log n,8192,1,51876,6.33251953125
HHLSD,λ<=log n,8192,1,50838,6.205810546875
HHLSD,λ<=log n,8192,1,47640,5.8154296875
HHLSD,λ<=log n,8192,1,53688,6.5537109375
HHLSD,λ<=log n,8192,1,55203,6.7386474609375
HHLSD,λ<=log n,8192,1,56621,6.9117431640625
HHLSD,λ<=log n,8192,1,58060,7.08740234375
HHLSD,λ<=log n,8192,1,55956,6.83056640625
HHLSD,λ<=log n,8192,1,52700,6.43310546875
HHLSD,λ<=log n,8192,1,56413,6.8863525390625
HHLSD,λ<=log n,8192,1,54658,6.672119140625
HHLSD,λ<=log n,8192,1,71826,8.767822265625
HHLSD,λ<=log n,8192,1,55616,6.7890625
HHLSD,λ<=log n,8192,1,50675,6.1859130859375
HHLSD,λ<=log n,8192,1,62247,7.5985107421875
HHLSD,λ<=log n,8192,1,51200,6.25
HHLSD,λ<=log n,8192,1,61164,7.46630859375
HHLSD,λ<=log n,8192,1,50960,6.220703125
HHLSD,λ<=log n,8192,1,52081,6.3575439453125
HHLSD,λ<=log n,8192,1,61174,7.467529296875
HHLSD,λ<=log n,8192,1,62306,7.605712890625
HHLSD,λ<=log n,8192,1,53259,6.5013427734375
HHLSD,λ<=log n,8192,1,56566,6.905029296875
HHLSD,λ<=log n,8192,1,54319,6.6307373046875
HHLSD,λ<=log n,8192,1,54909,6.7027587890625
HHLSD,λ<=log n,8192,1,52977,6.4669189453125
HHLSD,λ<=log n,8192,1,58251,7.1107177734375
HHLSD,λ<=log n,8192,1,50078,6.113037109375
HHLSD,λ<=log n,8192,1,55160,6.7333984375
HHLSD,λ<=log n,8192,1,55778,6.808837890625
HHLSD,λ<=log n,8192,1,51807,6.3240966796875
HHLSD,λ<=log n,8192,1,50212,6.12939453125
HHLSD,λ<=log n,8192,1,58389,7.1275634765625
HHLSD,λ<=log n,8192,1,57355,7.0013427734375
HHLSD,λ<=log n,8192,1,53449,6.5245361328125
HHLSD,λ<=log n,8192,1,54014,6.593505859375
HHLSD,λ<=log n,8192,1,51792,6.322265625
HHLSD,λ<=log n,8192,1,56152,6.8544921875
HHLSD,λ<=log n,8192,1,56434,6.888916015625
HHLSD,λ<=log n,8192,1,56169,6.8565673828125
HHLSD,λ<=log n,8192,1,50335,6.1444091796875
HHLSD,λ<=log n,8192,1,56514,6.898681640625
HHLSD,λ<=log n,8192,1,51603,6.2991943359375
HHLSD,λ<=log n,8192,1,58709,7.1666259765625
HHLSD,λ<=log n,8192,1,53962,6.587158203125
HHLSD,λ<=log n,8192,1,56642,6.914306640625
HHLSD,λ<=log n,8192,1,53461,6.5260009765625
HHLSD,λ<=log n,8192,1,58272,7.11328125
HHLSD,λ<=log n,8192,1,52650,6.427001953125
HHLSD,λ<=log n,8192,1,49915,6.0931396484375
HHLSD,λ<=log n,8192,1,57846,7.061279296875
HHLSD,λ<=log n,8192,1,61154,7.465087890625
HHLSD,λ<=log n,8192,1,51066,6.233642578125
HHLSD,λ<=log n,8192,1,55556,6.78173828125
HHLSD,λ<=log n,8192,1,59463,7.2586669921875
HHLSD,λ<=log n,8192,1,56493,6.8961181640625
HHLSD,λ<=log n,8192,1,51635,6.3031005859375
HHLSD,λ<=log n,8192,1,55530,6.778564453125
HHLSD,λ<=log n,8192,1,54897,6.7012939453125
HHLSD,λ<=log n,8192,1,57368,7.0029296875
HHLSD,λ<=log n,8192,1,58148,7.09814453125
HHLSD,λ<=log n,8192,1,52433,6.4005126953125
HHLSD,λ<=log n,8192,1,51274,6.259033203125
HHLSD,λ<=log n,8192,1,62262,7.600341796875
HHLSD,λ<=log n,8192,1,55435,6.7669677734375
HHLSD,λ<=log n,8192,1,62676,7.65087890625
HHLSD,λ<=log n,8192,1,56506,6.897705078125
HHLSD,λ<=log n,8192,1,54927,6.7049560546875
HHLSD,λ<=log n,8192,1,55921,6.8262939453125
HHLSD,λ<=log n,8192,1,53710,6.556396484375
HHLSD,λ<=log n,8192,1,56938,6.950439453125
HHLSD,λ<=log n,8192,1,68681,8.3839111328125
HHLSD,λ<=log n,8192,1,55118,6.728271484375
HHLSD,λ<=log n,8192,1,48401,5.9083251953125
HHLSD,λ<=log n,8192,1,56415,6.8865966796875
HHLSD,λ<=log n,8192,1,61387,7.4935302734375
HHLSD,λ<=log n,8192,1,61620,7.52197265625
HHLSD,λ<=log n,8192,1,51108,6.23876953125
HHLSD,λ<=log n,8192,1,51089,6.2364501953125
HHLSD,λ<=log n,8192,1,58010,7.081298828125
HHLSD,λ<=log n,8192,1,55392,6.76171875
HHLSD,λ<=log n,8192,1,52054,6.354248046875
HHLSD,λ<=log n,8192,1,53704,6.5556640625
HHLSD,λ<=log n,8192,1,53831,6.5711669921875
HHLSD,λ<=log n,8192,1,57996,7.07958984375
HHLSD,λ<=log n,8192,1,53050,6.475830078125
HHLSD,λ<=log n,8192,1,54493,6.6519775390625
HHLSD,λ<=log n,8192,1,51477,6.2838134765625
HHLSD,λ<=log n,8192,1,52963,6.4652099609375
HHLSD,λ<=log n,8192,1,59556,7.27001953125
HHLSD,λ<=log n,8192,1,53655,6.5496826171875
HHLSD,λ<=log n,8192,1,51881,6.3331298828125
HHLSD,λ<=log n,8192,1,64583,7.8836669921875
HHLSD,λ<=log n,8192,1,56519,6.8992919921875
HHLSD,λ<=log n,8192,1,52095,6.3592529296875
HHLSD,λ<=log n,8192,1,51577,6.2960205078125
HHLSD,λ<=log n,8192,1,53926,6.582763671875
HHLSD,λ<=log n,8192,1,59020,7.20458984375
HRLSD,λ<=log n,8192,1,54265,6.6241455078125
HRLSD,λ<=log n,8192,1,63893,7.7994384765625
HRLSD,λ<=log n,8192,1,51670,6.307373046875
HRLSD,λ<=log n,8192,1,54479,6.6502685546875
HRLSD,λ<=log n,8192,1,56597,6.9088134765625
HRLSD,λ<=log n,8192,1,57541,7.0240478515625
HRLSD,λ<=log n,8192,1,54338,6.633056640625
HRLSD,λ<=log n,8192,1,53116,6.48388671875
HRLSD,λ<=log n,8192,1,50951,6.2196044921875
HRLSD,λ<=log n,8192,1,51991,6.3465576171875
HRLSD,λ<=log n,8192,1,51275,6.2591552734375
HRLSD,λ<=log n,8192,1,55233,6.7423095703125
HRLSD,λ<=log n,8192,1,54017,6.5938720703125
HRLSD,λ<=log n,8192,1,54253,6.6226806640625
HRLSD,λ<=log n,8192,1,58826,7.180908203125
HRLSD,λ<=log n,8192,1,58012,7.08154296875
HRLSD,λ<=log n,8192,1,58798,7.177490234375
HRLSD,λ<=log n,8192,1,54498,6.652587890625
HRLSD,λ<=log n,8192,1,54484,6.65087890625
HRLSD,λ<=log n,8192,1,56664,6.9169921875
HRLSD,λ<=log n,8192,1,59295,7.2381591796875
HRLSD,λ<=log n,8192,1,59056,7.208984375
HRLSD,λ<=log n,8192,1,59079,7.2117919921875
HRLSD,λ<=log n,8192,1,55026,6.717041015625
HRLSD,λ<=log n,8192,1,54497,6.6524658203125
HRLSD,λ<=log n,8192,1,54373,6.6373291015625
HRLSD,λ<=log n,8192,1,63792,7.787109375
HRLSD,λ<=log n,8192,1,55441,6.7677001953125
HRLSD,λ<=log n,8192,1,65182,7.956787109375
HRLSD,λ<=log n,8192,1,57619,7.0335693359375
HRLSD,λ<=log n,8192,1,51266,6.258056640625
HRLSD,λ<=log n,8192,1,53245,6.4996337890625
HRLSD,λ<=log n,8192,1,54120,6.6064453125
HRLSD,λ<=log n,8192,1,53041,6.4747314453125
HRLSD,λ<=log n,8192,1,52321,6.3868408203125
HRLSD,λ<=log n,8192,1,53630,6.546630859375
HRLSD,λ<=log n,8192,1,53545,6.5362548828125
HRLSD,λ<=log n,8192,1,51427,6.2777099609375
HRLSD,λ<=log n,8192,1,61780,7.54150390625
HRLSD,λ<=log n,8192,1,54663,6.6727294921875
HRLSD,λ<=log n,8192,1,61353,7.4893798828125
HRLSD,λ<=log n,8192,1,55575,6.7840576171875
HRLSD,λ<=log n,8192,1,53636,6.54736328125
HRLSD,λ<=log n,8192,1,52299,6.3841552734375
HRLSD,λ<=log n,8192,1,49750,6.072998046875
HRLSD,λ<=log n,8192,1,55120,6.728515625
HRLSD,λ<=log n,8192,1,54945,6.7071533203125
HRLSD,λ<=log n,8192,1,48523,5.9232177734375
HRLSD,λ<=log n,8192,1,59066,7.210205078125
HRLSD,λ<=log n,8192,1,56561,6.9044189453125
HRLSD,λ<=log n,8192,1,51437,6.2789306640625
HRLSD,λ<=log n,8192,1,52283,6.3822021484375
HRLSD,λ<=log n,8192,1,57084,6.96826171875
HRLSD,λ<=log n,8192,1,51589,6.2974853515625
HRLSD,λ<=log n,8192,1,53212,6.49560546875
HRLSD,λ<=log n,8192,1,50684,6.18701171875
HRLSD,λ<=log n,8192,1,53907,6.5804443359375
HRLSD,λ<=log n,8192,1,56360,6.8798828125
HRLSD,λ<=log n,8192,1,52687,6.4315185546875
HRLSD,λ<=log n,8192,1,53525,6.5338134765625
HRLSD,λ<=log n,8192,1,51979,6.3450927734375
HRLSD,λ<=log n,8192,1,57777,7.0528564453125
HRLSD,λ<=log n,8192,1,60750,7.415771484375
HRLSD,λ<=log n,8192,1,53666,6.551025390625
HRLSD,λ<=log n,8192,1,55318,6.752685546875
HRLSD,λ<=log n,8192,1,50862,6.208740234375
HRLSD,λ<=log n,8192,1,55000,6.7138671875
HRLSD,λ<=log n,8192,1,63311,7.7283935546875
HRLSD,λ<=log n,8192,1,58536,7.1455078125
HRLSD,λ<=log n,8192,1,57001,6.9581298828125
HRLSD,λ<=log n,8192,1,51963,6.3431396484375
HRLSD,λ<=log n,8192,1,52763,6.4407958984375
HRLSD,λ<=log n,8192,1,55164,6.73388671875
HRLSD,λ<=log n,8192,1,53446,6.524169921875
HRLSD,λ<=log n,8192,1,57134,6.974365234375
HRLSD,λ<=log n,8192,1,53166,6.489990234375
HRLSD,λ<=log n,8192,1,52973,6.4664306640625
HRLSD,λ<=log n,8192,1,55982,6.833740234375
HRLSD,λ<=log n,8192,1,53619,6.5452880859375
HRLSD,λ<=log n,8192,1,63759,7.7830810546875
HRLSD,λ<=log n,8192,1,51599,6.2987060546875
HRLSD,λ<=log n,8192,1,55808,6.8125
HRLSD,λ<=log n,8192,1,52195,6.3714599609375
HRLSD,λ<=log n,8192,1,51945,6.3409423828125
HRLSD,λ<=log n,8192,1,55997,6.8355712890625
HRLSD,λ<=log n,8192,1,61436,7.49951171875
HRLSD,λ<=log n,8192,1,55020,6.71630859375
HRLSD,λ<=log n,8192,1,54971,6.7103271484375
HRLSD,λ<=log n,8192,1,51532,6.29052734375
HRLSD,λ<=log n,8192,1,54535,6.6571044921875
HRLSD,λ<=log n,8192,1,50320,6.142578125
HRLSD,λ<=log n,8192,1,52090,6.358642578125
HRLSD,λ<=log n,8192,1,53340,6.51123046875
HRLSD,λ<=log n,8192,1,61562,7.514892578125
HRLSD,λ<=log n,8192,1,52839,6.4500732421875
HRLSD,λ<=log n,8192,1,52144,6.365234375
HRLSD,λ<=log n,8192,1,54673,6.6739501953125
HRLSD,λ<=log n,8192,1,52008,6.3486328125
HRLSD,λ<=log n,8192,1,57620,7.03369140625
HRLSD,λ<=log n,8192,1,58307,7.1175537109375
HSLSD,λ<=log n,8192,1,79287,9.6785888671875
HSLSD,λ<=log n,8192,1,85403,10.4251708984375
HSLSD,λ<=log n,8192,1,79878,9.750732421875
HSLSD,λ<=log n,8192,1,84116,10.26806640625
HSLSD,λ<=log n,8192,1,81498,9.948486328125
HSLSD,λ<=log n,8192,1,74136,9.0498046875
HSLSD,λ<=log n,8192,1,76193,9.3009033203125
HSLSD,λ<=log n,8192,1,75869,9.2613525390625
HSLSD,λ<=log n,8192,1,82359,10.0535888671875
HSLSD,λ<=log n,8192,1,82609,10.0841064453125
HSLSD,λ<=log n,8192,1,82813,10.1090087890625
HSLSD,λ<=log n,8192,1,83038,10.136474609375
HSLSD,λ<=log n,8192,1,76144,9.294921875
HSLSD,λ<=log n,8192,1,76812,9.37646484375
HSLSD,λ<=log n,8192,1,82628,10.08642578125
HSLSD,λ<=log n,8192,1,80705,9.8516845703125
HSLSD,λ<=log n,8192,1,74519,9.0965576171875
HSLSD,λ<=log n,8192,1,79326,9.683349609375
HSLSD,λ<=log n,8192,1,80419,9.8167724609375
HSLSD,λ<=log n,8192,1,74733,9.1226806640625
HSLSD,λ<=log n,8192,1,82623,10.0858154296875
HSLSD,λ<=log n,8192,1,86788,10.59423828125
HSLSD,λ<=log n,8192,1,93977,11.4718017578125
HSLSD,λ<=log n,8192,1,94910,11.585693359375
HSLSD,λ<=log n,8192,1,87520,10.68359375
HSLSD,λ<=log n,8192,1,77626,9.475830078125
HSLSD,λ<=log n,8192,1,76390,9.324951171875
HSLSD,λ<=log n,8192,1,73062,8.918701171875
HSLSD,λ<=log n,8192,1,88415,10.7928466796875
HSLSD,λ<=log n,8192,1,88920,10.8544921875
HSLSD,λ<=log n,8192,1,79860,9.74853515625
HSLSD,λ<=log n,8192,1,79571,9.7132568359375
HSLSD,λ<=log n,8192,1,80106,9.778564453125
HSLSD,λ<=log n,8192,1,74899,9.1429443359375
HSLSD,λ<=log n,8192,1,91380,11.15478515625
HSLSD,λ<=log n,8192,1,74146,9.051025390625
HSLSD,λ<=log n,8192,1,81991,10.0086669921875
HSLSD,λ<=log n,8192,1,72743,8.8797607421875
HSLSD,λ<=log n,8192,1,87995,10.7415771484375
HSLSD,λ<=log n,8192,1,76023,9.2801513671875
HSLSD,λ<=log n,8192,1,87188,10.64306640625
HSLSD,λ<=log n,8192,1,81778,9.982666015625
HSLSD,λ<=log n,8192,1,78830,9.622802734375
HSLSD,λ<=log n,8192,1,85106,10.388916015625
HSLSD,λ<=log n,8192,1,78567,9.5906982421875
HSLSD,λ<=log n,8192,1,77571,9.4691162109375
HSLSD,λ<=log n,8192,1,73580,8.98193359375
HSLSD,λ<=log n,8192,1,88724,10.83056640625
HSLSD,λ<=log n,8192,1,83462,10.188232421875
HSLSD,λ<=log n,8192,1,79674,9.725830078125
HSLSD,λ<=log n,8192,1,87712,10.70703125
HSLSD,λ<=log n,8192,1,78712,9.6083984375
HSLSD,λ<=log n,8192,1,80086,9.776123046875
HSLSD,λ<=log n,8192,1,79010,9.644775390625
HSLSD,λ<=log n,8192,1,72926,8.902099609375
HSLSD,λ<=log n,8192,1,77176,9.4208984375
HSLSD,λ<=log n,8192,1,80967,9.8836669921875
HSLSD,λ<=log n,8192,1,87086,10.630615234375
HSLSD,λ<=log n,8192,1,74846,9.136474609375
HSLSD,λ<=log n,8192,1,76205,9.3023681640625
HSLSD,λ<=log n,8192,1,83983,10.2518310546875
HSLSD,λ<=log n,8192,1,78520,9.5849609375
HSLSD,λ<=log n,8192,1,77420,9.45068359375
HSLSD,λ<=log n,8192,1,79363,9.6878662109375
HSLSD,λ<=log n,8192,1,76440,9.3310546875
HSLSD,λ<=log n,8192,1,82107,10.0228271484375
HSLSD,λ<=log n,8192,1,78481,9.5802001953125
HSLSD,λ<=log n,8192,1,75442,9.209228515625
HSLSD,λ<=log n,8192,1,78241,9.5509033203125
HSLSD,λ<=log n,8192,1,77650,9.478759765625
HSLSD,λ<=log n,8192,1,79788,9.73974609375
HSLSD,λ<=log n,8192,1,81109,9.9010009765625
HSLSD,λ<=log n,8192,1,95669,11.6783447265625
HSLSD,λ<=log n,8192,1,86527,10.5623779296875
HSLSD,λ<=log n,8192,1,86253,10.5289306640625
HSLSD,λ<=log n,8192,1,84478,10.312255859375
HSLSD,λ<=log n,8192,1,77240,9.4287109375
HSLSD,λ<=log n,8192,1,76795,9.3743896484375
HSLSD,λ<=log n,8192,1,79508,9.70556640625
HSLSD,λ<=log n,8192,1,88189,10.7652587890625
HSLSD,λ<=log n,8192,1,86970,10.616455078125
HSLSD,λ<=log n,8192,1,75769,9.2491455078125
HSLSD,λ<=log n,8192,1,78427,9.5736083984375
HSLSD,λ<=log n,8192,1,81440,9.94140625
HSLSD,λ<=log n,8192,1,77490,9.459228515625
HSLSD,λ<=log n,8192,1,88034,10.746337890625
HSLSD,λ<=log n,8192,1,73635,8.9886474609375
HSLSD,λ<=log n,8192,1,84016,10.255859375
HSLSD,λ<=log n,8192,1,87337,10.6612548828125
HSLSD,λ<=log n,8192,1,76727,9.3660888671875
HSLSD,λ<=log n,8192,1,79710,9.730224609375
HSLSD,λ<=log n,8192,1,80061,9.7730712890625
HSLSD,λ<=log n,8192,1,90499,11.0472412109375
HSLSD,λ<=log n,8192,1,82214,10.035888671875
HSLSD,λ<=log n,8192,1,75717,9.2427978515625
HSLSD,λ<=log n,8192,1,86680,10.5810546875
HSLSD,λ<=log n,8192,1,82457,10.0655517578125
HSLSD,λ<=log n,8192,1,82647,10.0887451171875
HSLSD,λ<=log n,8192,1,84138,10.270751953125
HSLSD,λ<=log n,8192,1,80325,9.8052978515625
HSDMD,λ<=log n,8192,1,79943,9.7586669921875
HSDMD,λ<=log n,8192,1,82215,10.0360107421875
HSDMD,λ<=log n,8192,1,75436,9.20849609375
HSDMD,λ<=log n,8192,1,91828,11.20947265625
HSDMD,λ<=log n,8192,1,71134,8.683349609375
HSDMD,λ<=log n,8192,1,73325,8.9508056640625
HSDMD,λ<=log n,8192,1,89145,10.8819580078125
HSDMD,λ<=log n,8192,1,76405,9.3267822265625
HSDMD,λ<=log n,8192,1,72855,8.8934326171875
HSDMD,λ<=log n,8192,1,74123,9.0482177734375
HSDMD,λ<=log n,8192,1,103570,12.642822265625
HSDMD,λ<=log n,8192,1,106263,12.9715576171875
HSDMD,λ<=log n,8192,1,82346,10.052001953125
HSDMD,λ<=log n,8192,1,71101,8.6793212890625
HSDMD,λ<=log n,8192,1,97172,11.86181640625
HSDMD,λ<=log n,8192,1,69852,8.52685546875
HSDMD,λ<=log n,8192,1,97347,11.8831787109375
HSDMD,λ<=log n,8192,1,73725,8.9996337890625
HSDMD,λ<=log n,8192,1,79020,9.64599609375
HSDMD,λ<=log n,8192,1,104341,12.7369384765625
HSDMD,λ<=log n,8192,1,73575,8.9813232421875
HSDMD,λ<=log n,8192,1,82687,10.0936279296875
HSDMD,λ<=log n,8192,1,74546,9.099853515625
HSDMD,λ<=log n,8192,1,108933,13.2974853515625
HSDMD,λ<=log n,8192,1,83528,10.1962890625
HSDMD,λ<=log n,8192,1,105045,12.8228759765625
HSDMD,λ<=log n,8192,1,95706,11.682861328125
HSDMD,λ<=log n,8192,1,78245,9.5513916015625
HSDMD,λ<=log n,8192,1,81168,9.908203125
HSDMD,λ<=log n,8192,1,107095,13.0731201171875
HSDMD,λ<=log n,8192,1,69809,8.5216064453125
HSDMD,λ<=log n,8192,1,98318,12.001708984375
HSDMD,λ<=log n,8192,1,78070,9.530029296875
HSDMD,λ<=log n,8192,1,70587,8.6165771484375
HSDMD,λ<=log n,8192,1,82574,10.079833984375
HSDMD,λ<=log n,8192,1,73276,8.94482421875
HSDMD,λ<=log n,8192,1,75130,9.171142578125
HSDMD,λ<=log n,8192,1,69118,8.437255859375
HSDMD,λ<=log n,8192,1,91417,11.1593017578125
HSDMD,λ<=log n,8192,1,70937,8.6593017578125
HSDMD,λ<=log n,8192,1,75941,9.2701416015625
HSDMD,λ<=log n,8192,1,88521,10.8057861328125
HSDMD,λ<=log n,8192,1,81869,9.9937744140625
HSDMD,λ<=log n,8192,1,106120,12.9541015625
HSDMD,λ<=log n,8192,1,75098,9.167236328125
HSDMD,λ<=log n,8192,1,76610,9.351806640625
HSDMD,λ<=log n,8192,1,85065,10.3839111328125
HSDMD,λ<=log n,8192,1,72309,8.8267822265625
HSDMD,λ<=log n,8192,1,87878,10.727294921875
HSDMD,λ<=log n,8192,1,81654,9.967529296875
HSDMD,λ<=log n,8192,1,78848,9.625
HSDMD,λ<=log n,8192,1,75867,9.2611083984375
HSDMD,λ<=log n,8192,1,106204,12.96435546875
HSDMD,λ<=log n,8192,1,86865,10.6036376953125
HSDMD,λ<=log n,8192,1,71256,8.6982421875
HSDMD,λ<=log n,8192,1,77863,9.5047607421875
HSDMD,λ<=log n,8192,1,71031,8.6707763671875
HSDMD,λ<=log n,8192,1,79701,9.7291259765625
HSDMD,λ<=log n,8192,1,95163,11.6165771484375
HSDMD,λ<=log n,8192,1,94879,11.5819091796875
HSDMD,λ<=log n,8192,1,81334,9.928466796875
HSDMD,λ<=log n,8192,1,101677,12.4117431640625
HSDMD,λ<=log n,8192,1,86965,10.6158447265625
HSDMD,λ<=log n,8192,1,76432,9.330078125
HSDMD,λ<=log n,8192,1,72878,8.896240234375
HSDMD,λ<=log n,8192,1,81286,9.922607421875
HSDMD,λ<=log n,8192,1,70091,8.5560302734375
HSDMD,λ<=log n,8192,1,70811,8.6439208984375
HSDMD,λ<=log n,8192,1,70882,8.652587890625
HSDMD,λ<=log n,8192,1,72287,8.8240966796875
HSDMD,λ<=log n,8192,1,92046,11.236083984375
HSDMD,λ<=log n,8192,1,83587,10.2034912109375
HSDMD,λ<=log n,8192,1,72542,8.855224609375
HSDMD,λ<=log n,8192,1,80531,9.8304443359375
HSDMD,λ<=log n,8192,1,73388,8.95849609375
HSDMD,λ<=log n,8192,1,76747,9.3685302734375
HSDMD,λ<=log n,8192,1,70980,8.66455078125
HSDMD,λ<=log n,8192,1,66584,8.1279296875
HSDMD,λ<=log n,8192,1,75217,9.1817626953125
HSDMD,λ<=log n,8192,1,64265,7.8448486328125
HSDMD,λ<=log n,8192,1,92059,11.2376708984375
HSDMD,λ<=log n,8192,1,76683,9.3607177734375
HSDMD,λ<=log n,8192,1,76795,9.3743896484375
HSDMD,λ<=log n,8192,1,81327,9.9276123046875
HSDMD,λ<=log n,8192,1,75157,9.1744384765625
HSDMD,λ<=log n,8192,1,81579,9.9583740234375
HSDMD,λ<=log n,8192,1,68717,8.3883056640625
HSDMD,λ<=log n,8192,1,88737,10.8321533203125
HSDMD,λ<=log n,8192,1,67796,8.27587890625
HSDMD,λ<=log n,8192,1,70275,8.5784912109375
HSDMD,λ<=log n,8192,1,69382,8.469482421875
HSDMD,λ<=log n,8192,1,85255,10.4071044921875
HSDMD,λ<=log n,8192,1,64120,7.8271484375
HSDMD,λ<=log n,8192,1,75673,9.2374267578125
HSDMD,λ<=log n,8192,1,93348,11.39501953125
HSDMD,λ<=log n,8192,1,76347,9.3197021484375
HSDMD,λ<=log n,8192,1,83838,10.234130859375
HSDMD,λ<=log n,8192,1,78392,9.5693359375
HSDMD,λ<=log n,8192,1,75591,9.2274169921875
HSDMD,λ<=log n,8192,1,76200,9.3017578125
HRDMD,λ<=log n,8192,1,58147,7.0980224609375
HRDMD,λ<=log n,8192,1,49488,6.041015625
HRDMD,λ<=log n,8192,1,49616,6.056640625
HRDMD,λ<=log n,8192,1,50353,6.1466064453125
HRDMD,λ<=log n,8192,1,48341,5.9010009765625
HRDMD,λ<=log n,8192,1,48067,5.8675537109375
HRDMD,λ<=log n,8192,1,57538,7.023681640625
HRDMD,λ<=log n,8192,1,50434,6.156494140625
HRDMD,λ<=log n,8192,1,52910,6.458740234375
HRDMD,λ<=log n,8192,1,45403,5.5423583984375
HRDMD,λ<=log n,8192,1,51839,6.3280029296875
HRDMD,λ<=log n,8192,1,53901,6.5797119140625
HRDMD,λ<=log n,8192,1,49006,5.982177734375
HRDMD,λ<=log n,8192,1,49261,6.0133056640625
HRDMD,λ<=log n,8192,1,47698,5.822509765625
HRDMD,λ<=log n,8192,1,51284,6.26025390625
HRDMD,λ<=log n,8192,1,50319,6.1424560546875
HRDMD,λ<=log n,8192,1,64413,7.8629150390625
HRDMD,λ<=log n,8192,1,49775,6.0760498046875
HRDMD,λ<=log n,8192,1,57735,7.0477294921875
HRDMD,λ<=log n,8192,1,52401,6.3966064453125
HRDMD,λ<=log n,8192,1,50656,6.18359375
HRDMD,λ<=log n,8192,1,49178,6.003173828125
HRDMD,λ<=log n,8192,1,47469,5.7945556640625
HRDMD,λ<=log n,8192,1,48065,5.8673095703125
HRDMD,λ<=log n,8192,1,49078,5.990966796875
HRDMD,λ<=log n,8192,1,49708,6.06787109375
HRDMD,λ<=log n,8192,1,51452,6.28076171875
HRDMD,λ<=log n,8192,1,52325,6.3873291015625
HRDMD,λ<=log n,8192,1,49841,6.0841064453125
HRDMD,λ<=log n,8192,1,57558,7.026123046875
HRDMD,λ<=log n,8192,1,51499,6.2864990234375
HRDMD,λ<=log n,8192,1,54159,6.6112060546875
HRDMD,λ<=log n,8192,1,54562,6.660400390625
HRDMD,λ<=log n,8192,1,48087,5.8699951171875
HRDMD,λ<=log n,8192,1,49946,6.096923828125
HRDMD,λ<=log n,8192,1,51116,6.23974609375
HRDMD,λ<=log n,8192,1,52537,6.4132080078125
HRDMD,λ<=log n,8192,1,54506,6.653564453125
HRDMD,λ<=log n,8192,1,48440,5.9130859375
HRDMD,λ<=log n,8192,1,56299,6.8724365234375
HRDMD,λ<=log n,8192,1,48959,5.9764404296875
HRDMD,λ<=log n,8192,1,53250,6.500244140625
HRDMD,λ<=log n,8192,1,51461,6.2818603515625
HRDMD,λ<=log n,8192,1,48177,5.8809814453125
HRDMD,λ<=log n,8192,1,55794,6.810791015625
HRDMD,λ<=log n,8192,1,50342,6.145263671875
HRDMD,λ<=log n,8192,1,54998,6.713623046875
HRDMD,λ<=log n,8192,1,49852,6.08544921875
HRDMD,λ<=log n,8192,1,46961,5.7325439453125
HRDMD,λ<=log n,8192,1,48472,5.9169921875
HRDMD,λ<=log n,8192,1,55566,6.782958984375
HRDMD,λ<=log n,8192,1,50101,6.1158447265625
HRDMD,λ<=log n,8192,1,52221,6.3746337890625
HRDMD,λ<=log n,8192,1,49724,6.06982421875
HRDMD,λ<=log n,8192,1,49627,6.0579833984375
HRDMD,λ<=log n,8192,1,52659,6.4281005859375
HRDMD,λ<=log n,8192,1,46246,5.645263671875
HRDMD,λ<=log n,8192,1,49970,6.099853515625
HRDMD,λ<=log n,8192,1,48008,5.8603515625
HRDMD,λ<=log n,8192,1,56624,6.912109375
HRDMD,λ<=log n,8192,1,47196,5.76123046875
HRDMD,λ<=log n,8192,1,48623,5.9354248046875
HRDMD,λ<=log n,8192,1,49707,6.0677490234375
HRDMD,λ<=log n,8192,1,53648,6.548828125
HRDMD,λ<=log n,8192,1,50415,6.1541748046875
HRDMD,λ<=log n,8192,1,59647,7.2811279296875
HRDMD,λ<=log n,8192,1,50522,6.167236328125
HRDMD,λ<=log n,8192,1,48136,5.8759765625
HRDMD,λ<=log n,8192,1,47459,5.7933349609375
HRDMD,λ<=log n,8192,1,50145,6.1212158203125
HRDMD,λ<=log n,8192,1,55381,6.7603759765625
HRDMD,λ<=log n,8192,1,54675,6.6741943359375
HRDMD,λ<=log n,8192,1,47865,5.8428955078125
HRDMD,λ<=log n,8192,1,53608,6.5439453125
HRDMD,λ<=log n,8192,1,46387,5.6624755859375
HRDMD,λ<=log n,8192,1,50902,6.213623046875
HRDMD,λ<=log n,8192,1,59565,7.2711181640625
HRDMD,λ<=log n,8192,1,51644,6.30419921875
HRDMD,λ<=log n,8192,1,49105,5.9942626953125
HRDMD,λ<=log n,8192,1,50831,6.2049560546875
HRDMD,λ<=log n,8192,1,49558,6.049560546875
HRDMD,λ<=log n,8192,1,49292,6.01708984375
HRDMD,λ<=log n,8192,1,55909,6.8248291015625
HRDMD,λ<=log n,8192,1,50659,6.1839599609375
HRDMD,λ<=log n,8192,1,52906,6.458251953125
HRDMD,λ<=log n,8192,1,51313,6.2637939453125
HRDMD,λ<=log n,8192,1,49563,6.0501708984375
HRDMD,λ<=log n,8192,1,47415,5.7879638671875
HRDMD,λ<=log n,8192,1,49678,6.064208984375
HRDMD,λ<=log n,8192,1,51333,6.2662353515625
HRDMD,λ<=log n,8192,1,48878,5.966552734375
HRDMD,λ<=log n,8192,1,51923,6.3382568359375
HRDMD,λ<=log n,8192,1,47743,5.8280029296875
HRDMD,λ<=log n,8192,1,51124,6.24072265625
HRDMD,λ<=log n,8192,1,48556,5.92724609375
HRDMD,λ<=log n,8192,1,51155,6.2445068359375
HRDMD,λ<=log n,8192,1,51577,6.2960205078125
HRDMD,λ<=log n,8192,1,52374,6.393310546875
HHDMD,λ<=log n,8192,1,52355,6.3909912109375
HHDMD,λ<=log n,8192,1,49536,6.046875
HHDMD,λ<=log n,8192,1,45075,5.5023193359375
HHDMD,λ<=log n,8192,1,46687,5.6990966796875
HHDMD,λ<=log n,8192,1,53613,6.5445556640625
HHDMD,λ<=log n,8192,1,51842,6.328369140625
HHDMD,λ<=log n,8192,1,53579,6.5404052734375
HHDMD,λ<=log n,8192,1,46904,5.7255859375
HHDMD,λ<=log n,8192,1,53086,6.480224609375
HHDMD,λ<=log n,8192,1,51561,6.2940673828125
HHDMD,λ<=log n,8192,1,45636,5.57080078125
HHDMD,λ<=log n,8192,1,50915,6.2152099609375
HHDMD,λ<=log n,8192,1,55387,6.7611083984375
HHDMD,λ<=log n,8192,1,47884,5.84521484375
HHDMD,λ<=log n,8192,1,49038,5.986083984375
HHDMD,λ<=log n,8192,1,52800,6.4453125
HHDMD,λ<=log n,8192,1,50639,6.1815185546875
HHDMD,λ<=log n,8192,1,47111,5.7508544921875
HHDMD,λ<=log n,8192,1,50523,6.1673583984375
HHDMD,λ<=log n,8192,1,48615,5.9344482421875
HHDMD,λ<=log n,8192,1,52169,6.3682861328125
HHDMD,λ<=log n,8192,1,47718,5.824951171875
HHDMD,λ<=log n,8192,1,45740,5.58349609375
HHDMD,λ<=log n,8192,1,50410,6.153564453125
HHDMD,λ<=log n,8192,1,50698,6.188720703125
HHDMD,λ<=log n,8192,1,54190,6.614990234375
HHDMD,λ<=log n,8192,1,61743,7.5369873046875
HHDMD,λ<=log n,8192,1,48284,5.89404296875
HHDMD,λ<=log n,8192,1,54495,6.6522216796875
HHDMD,λ<=log n,8192,1,50851,6.2073974609375
HHDMD,λ<=log n,8192,1,48807,5.9578857421875
HHDMD,λ<=log n,8192,1,45665,5.5743408203125
HHDMD,λ<=log n,8192,1,49878,6.088623046875
HHDMD,λ<=log n,8192,1,52032,6.3515625
HHDMD,λ<=log n,8192,1,49828,6.08251953125
HHDMD,λ<=log n,8192,1,46784,5.7109375
HHDMD,λ<=log n,8192,1,55728,6.802734375
HHDMD,λ<=log n,8192,1,49841,6.0841064453125
HHDMD,λ<=log n,8192,1,50309,6.1412353515625
HHDMD,λ<=log n,8192,1,48764,5.95263671875
HHDMD,λ<=log n,8192,1,47594,5.809814453125
HHDMD,λ<=log n,8192,1,47901,5.8472900390625
HHDMD,λ<=log n,8192,1,48498,5.920166015625
HHDMD,λ<=log n,8192,1,48177,5.8809814453125
HHDMD,λ<=log n,8192,1,52179,6.3695068359375
HHDMD,λ<=log n,8192,1,50588,6.17529296875
HHDMD,λ<=log n,8192,1,48951,5.9754638671875
HHDMD,λ<=log n,8192,1,49312,6.01953125
HHDMD,λ<=log n,8192,1,49934,6.095458984375
HHDMD,λ<=log n,8192,1,50707,6.1898193359375
HHDMD,λ<=log n,8192,1,54858,6.696533203125
HHDMD,λ<=log n,8192,1,51053,6.2320556640625
HHDMD,λ<=log n,8192,1,48711,5.9461669921875
HHDMD,λ<=log n,8192,1,60802,7.422119140625
HHDMD,λ<=log n,8192,1,51951,6.3416748046875
HHDMD,λ<=log n,8192,1,48204,5.88427734375
HHDMD,λ<=log n,8192,1,50480,6.162109375
HHDMD,λ<=log n,8192,1,49626,6.057861328125
HHDMD,λ<=log n,8192,1,49832,6.0830078125
HHDMD,λ<=log n,8192,1,52474,6.405517578125
HHDMD,λ<=log n,8192,1,53660,6.55029296875
HHDMD,λ<=log n,8192,1,43986,5.369384765625
HHDMD,λ<=log n,8192,1,46837,5.7174072265625
HHDMD,λ<=log n,8192,1,51840,6.328125
HHDMD,λ<=log n,8192,1,54320,6.630859375
HHDMD,λ<=log n,8192,1,51151,6.2440185546875
HHDMD,λ<=log n,8192,1,50188,6.12646484375
HHDMD,λ<=log n,8192,1,50790,6.199951171875
HHDMD,λ<=log n,8192,1,47317,5.7760009765625
HHDMD,λ<=log n,8192,1,47784,5.8330078125
HHDMD,λ<=log n,8192,1,47424,5.7890625
HHDMD,λ<=log n,8192,1,44772,5.46533203125
HHDMD,λ<=log n,8192,1,56567,6.9051513671875
HHDMD,λ<=log n,8192,1,49015,5.9832763671875
HHDMD,λ<=log n,8192,1,49917,6.0933837890625
HHDMD,λ<=log n,8192,1,51010,6.226806640625
HHDMD,λ<=log n,8192,1,48826,5.960205078125
HHDMD,λ<=log n,8192,1,51864,6.3310546875
HHDMD,λ<=log n,8192,1,54791,6.6883544921875
HHDMD,λ<=log n,8192,1,47994,5.858642578125
HHDMD,λ<=log n,8192,1,45854,5.597412109375
HHDMD,λ<=log n,8192,1,47837,5.8394775390625
HHDMD,λ<=log n,8192,1,47234,5.765869140625
HHDMD,λ<=log n,8192,1,50807,6.2020263671875
HHDMD,λ<=log n,8192,1,48272,5.892578125
HHDMD,λ<=log n,8192,1,48860,5.96435546875
HHDMD,λ<=log n,8192,1,52378,6.393798828125
HHDMD,λ<=log n,8192,1,47956,5.85400390625
HHDMD,λ<=log n,8192,1,44268,5.40380859375
HHDMD,λ<=log n,8192,1,52056,6.3544921875
HHDMD,λ<=log n,8192,1,48012,5.86083984375
HHDMD,λ<=log n,8192,1,50572,6.17333984375
HHDMD,λ<=log n,8192,1,51075,6.2347412109375
HHDMD,λ<=log n,8192,1,56343,6.8778076171875
HHDMD,λ<=log n,8192,1,49028,5.98486328125
HHDMD,λ<=log n,8192,1,48732,5.94873046875
HHDMD,λ<=log n,8192,1,51886,6.333740234375
HHDMD,λ<=log n,8192,1,48294,5.895263671875
HHDMD,λ<=log n,8192,1,48466,5.916259765625
HHDMD,λ<=log n,8192,1,48419,5.9105224609375
HHLMD,λ<=log n,8192,1,50122,6.118408203125
HHLMD,λ<=log n,8192,1,60664,7.4052734375
HHLMD,λ<=log n,8192,1,60140,7.34130859375
HHLMD,λ<=log n,8192,1,54695,6.6766357421875
HHLMD,λ<=log n,8192,1,51395,6.2738037109375
HHLMD,λ<=log n,8192,1,48228,5.88720703125
HHLMD,λ<=log n,8192,1,52331,6.3880615234375
HHLMD,λ<=log n,8192,1,56143,6.8533935546875
HHLMD,λ<=log n,8192,1,60163,7.3441162109375
HHLMD,λ<=log n,8192,1,57061,6.9654541015625
HHLMD,λ<=log n,8192,1,51013,6.2271728515625
HHLMD,λ<=log n,8192,1,50560,6.171875
HHLMD,λ<=log n,8192,1,49754,6.073486328125
HHLMD,λ<=log n,8192,1,51778,6.320556640625
HHLMD,λ<=log n,8192,1,49322,6.020751953125
HHLMD,λ<=log n,8192,1,48746,5.950439453125
HHLMD,λ<=log n,8192,1,63031,7.6942138671875
HHLMD,λ<=log n,8192,1,52757,6.4400634765625
HHLMD,λ<=log n,8192,1,56141,6.8531494140625
HHLMD,λ<=log n,8192,1,57126,6.973388671875
HHLMD,λ<=log n,8192,1,54545,6.6583251953125
HHLMD,λ<=log n,8192,1,54350,6.634521484375
HHLMD,λ<=log n,8192,1,52725,6.4361572265625
HHLMD,λ<=log n,8192,1,49977,6.1007080078125
HHLMD,λ<=log n,8192,1,52521,6.4112548828125
HHLMD,λ<=log n,8192,1,57735,7.0477294921875
HHLMD,λ<=log n,8192,1,61691,7.5306396484375
HHLMD,λ<=log n,8192,1,59236,7.23095703125
HHLMD,λ<=log n,8192,1,52771,6.4417724609375
HHLMD,λ<=log n,8192,1,55117,6.7281494140625
HHLMD,λ<=log n,8192,1,51443,6.2796630859375
HHLMD,λ<=log n,8192,1,51798,6.322998046875
HHLMD,λ<=log n,8192,1,54898,6.701416015625
HHLMD,λ<=log n,8192,1,52669,6.4293212890625
HHLMD,λ<=log n,8192,1,60448,7.37890625
HHLMD,λ<=log n,8192,1,54724,6.68017578125
HHLMD,λ<=log n,8192,1,56053,6.8424072265625
HHLMD,λ<=log n,8192,1,52322,6.386962890625
HHLMD,λ<=log n,8192,1,54697,6.6768798828125
HHLMD,λ<=log n,8192,1,55662,6.794677734375
HHLMD,λ<=log n,8192,1,49859,6.0863037109375
HHLMD,λ<=log n,8192,1,53850,6.573486328125
HHLMD,λ<=log n,8192,1,58232,7.1083984375
HHLMD,λ<=log n,8192,1,54407,6.6414794921875
HHLMD,λ<=log n,8192,1,48775,5.9539794921875
HHLMD,λ<=log n,8192,1,56881,6.9434814453125
HHLMD,λ<=log n,8192,1,52533,6.4127197265625
HHLMD,λ<=log n,8192,1,53796,6.56689453125
HHLMD,λ<=log n,8192,1,58163,7.0999755859375
HHLMD,λ<=log n,8192,1,56430,6.888427734375
HHLMD,λ<=log n,8192,1,53404,6.51904296875
HHLMD,λ<=log n,8192,1,50938,6.218017578125
HHLMD,λ<=log n,8192,1,58172,7.10107421875
HHLMD,λ<=log n,8192,1,51400,6.2744140625
HHLMD,λ<=log n,8192,1,54049,6.5977783203125
HHLMD,λ<=log n,8192,1,53682,6.552978515625
HHLMD,λ<=log n,8192,1,52656,6.427734375
HHLMD,λ<=log n,8192,1,49310,6.019287109375
HHLMD,λ<=log n,8192,1,48433,5.9122314453125
HHLMD,λ<=log n,8192,1,57919,7.0701904296875
HHLMD,λ<=log n,8192,1,57676,7.04052734375
HHLMD,λ<=log n,8192,1,55136,6.73046875
HHLMD,λ<=log n,8192,1,56751,6.9276123046875
HHLMD,λ<=log n,8192,1,51460,6.28173828125
HHLMD,λ<=log n,8192,1,51963,6.3431396484375
HHLMD,λ<=log n,8192,1,56202,6.860595703125
HHLMD,λ<=log n,8192,1,50882,6.211181640625
HHLMD,λ<=log n,8192,1,56701,6.9215087890625
HHLMD,λ<=log n,8192,1,62868,7.67431640625
HHLMD,λ<=log n,8192,1,50836,6.20556640625
HHLMD,λ<=log n,8192,1,50517,6.1666259765625
HHLMD,λ<=log n,8192,1,55366,6.758544921875
HHLMD,λ<=log n,8192,1,53914,6.581298828125
HHLMD,λ<=log n,8192,1,53987,6.5902099609375
HHLMD,λ<=log n,8192,1,55240,6.7431640625
HHLMD,λ<=log n,8192,1,52535,6.4129638671875
HHLMD,λ<=log n,8192,1,52168,6.3681640625
HHLMD,λ<=log n,8192,1,55417,6.7647705078125
HHLMD,λ<=log n,8192,1,50290,6.138916015625
HHLMD,λ<=log n,8192,1,56935,6.9500732421875
HHLMD,λ<=log n,8192,1,55248,6.744140625
HHLMD,λ<=log n,8192,1,52671,6.4295654296875
HHLMD,λ<=log n,8192,1,54922,6.704345703125
HHLMD,λ<=log n,8192,1,55218,6.740478515625
HHLMD,λ<=log n,8192,1,57926,7.071044921875
HHLMD,λ<=log n,8192,1,54286,6.626708984375
HHLMD,λ<=log n,8192,1,53890,6.578369140625
HHLMD,λ<=log n,8192,1,49539,6.0472412109375
HHLMD,λ<=log n,8192,1,63510,7.752685546875
HHLMD,λ<=log n,8192,1,59334,7.242919921875
HHLMD,λ<=log n,8192,1,57896,7.0673828125
HHLMD,λ<=log n,8192,1,59582,7.273193359375
HHLMD,λ<=log n,8192,1,61285,7.4810791015625
HHLMD,λ<=log n,8192,1,51303,6.2625732421875
HHLMD,λ<=log n,8192,1,53396,6.51806640625
HHLMD,λ<=log n,8192,1,53174,6.490966796875
HHLMD,λ<=log n,8192,1,53481,6.5284423828125
HHLMD,λ<=log n,8192,1,51262,6.257568359375
HHLMD,λ<=log n,8192,1,57000,6.9580078125
HHLMD,λ<=log n,8192,1,56792,6.9326171875
HRLMD,λ<=log n,8192,1,48176,5.880859375
HRLMD,λ<=log n,8192,1,48306,5.896728515625
HRLMD,λ<=log n,8192,1,48497,5.9200439453125
HRLMD,λ<=log n,8192,1,42247,5.1571044921875
HRLMD,λ<=log n,8192,1,55038,6.718505859375
HRLMD,λ<=log n,8192,1,54005,6.5924072265625
HRLMD,λ<=log n,8192,1,53688,6.5537109375
HRLMD,λ<=log n,8192,1,52680,6.4306640625
HRLMD,λ<=log n,8192,1,53358,6.513427734375
HRLMD,λ<=log n,8192,1,46613,5.6900634765625
HRLMD,λ<=log n,8192,1,48502,5.920654296875
HRLMD,λ<=log n,8192,1,57361,7.0020751953125
HRLMD,λ<=log n,8192,1,46153,5.6339111328125
HRLMD,λ<=log n,8192,1,47839,5.8397216796875
HRLMD,λ<=log n,8192,1,48365,5.9039306640625
HRLMD,λ<=log n,8192,1,47516,5.80029296875
HRLMD,λ<=log n,8192,1,48211,5.8851318359375
HRLMD,λ<=log n,8192,1,54187,6.6146240234375
HRLMD,λ<=log n,8192,1,49103,5.9940185546875
HRLMD,λ<=log n,8192,1,46624,5.69140625
HRLMD,λ<=log n,8192,1,45600,5.56640625
HRLMD,λ<=log n,8192,1,49175,6.0028076171875
HRLMD,λ<=log n,8192,1,49619,6.0570068359375
HRLMD,λ<=log n,8192,1,50500,6.16455078125
HRLMD,λ<=log n,8192,1,46104,5.6279296875
HRLMD,λ<=log n,8192,1,48351,5.9022216796875
HRLMD,λ<=log n,8192,1,48548,5.92626953125
HRLMD,λ<=log n,8192,1,49816,6.0810546875
HRLMD,λ<=log n,8192,1,48774,5.953857421875
HRLMD,λ<=log n,8192,1,51073,6.2344970703125
HRLMD,λ<=log n,8192,1,45216,5.51953125
HRLMD,λ<=log n,8192,1,46554,5.682861328125
HRLMD,λ<=log n,8192,1,48824,5.9599609375
HRLMD,λ<=log n,8192,1,47816,5.8369140625
HRLMD,λ<=log n,8192,1,48614,5.934326171875
HRLMD,λ<=log n,8192,1,54373,6.6373291015625
HRLMD,λ<=log n,8192,1,48760,5.9521484375
HRLMD,λ<=log n,8192,1,47619,5.8128662109375
HRLMD,λ<=log n,8192,1,47340,5.77880859375
HRLMD,λ<=log n,8192,1,50786,6.199462890625
HRLMD,λ<=log n,8192,1,52301,6.3843994140625
HRLMD,λ<=log n,8192,1,47464,5.7939453125
HRLMD,λ<=log n,8192,1,53010,6.470947265625
HRLMD,λ<=log n,8192,1,51921,6.3380126953125
HRLMD,λ<=log n,8192,1,45946,5.608642578125
HRLMD,λ<=log n,8192,1,50613,6.1783447265625
HRLMD,λ<=log n,8192,1,57663,7.0389404296875
HRLMD,λ<=log n,8192,1,50923,6.2161865234375
HRLMD,λ<=log n,8192,1,49809,6.0802001953125
HRLMD,λ<=log n,8192,1,46953,5.7315673828125
HRLMD,λ<=log n,8192,1,53238,6.498779296875
HRLMD,λ<=log n,8192,1,46196,5.63916015625
HRLMD,λ<=log n,8192,1,51420,6.27685546875
HRLMD,λ<=log n,8192,1,46921,5.7276611328125
HRLMD,λ<=log n,8192,1,48225,5.8868408203125
HRLMD,λ<=log n,8192,1,47223,5.7645263671875
HRLMD,λ<=log n,8192,1,49167,6.0018310546875
HRLMD,λ<=log n,8192,1,46645,5.6939697265625
HRLMD,λ<=log n,8192,1,49443,6.0355224609375
HRLMD,λ<=log n,8192,1,47096,5.7490234375
HRLMD,λ<=log n,8192,1,48938,5.973876953125
HRLMD,λ<=log n,8192,1,47699,5.8226318359375
HRLMD,λ<=log n,8192,1,47042,5.742431640625
HRLMD,λ<=log n,8192,1,55067,6.7220458984375
HRLMD,λ<=log n,8192,1,55842,6.816650390625
HRLMD,λ<=log n,8192,1,50001,6.1036376953125
HRLMD,λ<=log n,8192,1,50427,6.1556396484375
HRLMD,λ<=log n,8192,1,45445,5.5474853515625
HRLMD,λ<=log n,8192,1,50127,6.1190185546875
HRLMD,λ<=log n,8192,1,52886,6.455810546875
HRLMD,λ<=log n,8192,1,53683,6.5531005859375
HRLMD,λ<=log n,8192,1,48055,5.8660888671875
HRLMD,λ<=log n,8192,1,47545,5.8038330078125
HRLMD,λ<=log n,8192,1,47944,5.8525390625
HRLMD,λ<=log n,8192,1,49729,6.0704345703125
HRLMD,λ<=log n,8192,1,47037,5.7418212890625
HRLMD,λ<=log n,8192,1,49889,6.0899658203125
HRLMD,λ<=log n,8192,1,55440,6.767578125
HRLMD,λ<=log n,8192,1,47960,5.8544921875
HRLMD,λ<=log n,8192,1,50491,6.1634521484375
HRLMD,λ<=log n,8192,1,53066,6.477783203125
HRLMD,λ<=log n,8192,1,52380,6.39404296875
HRLMD,λ<=log n,8192,1,52904,6.4580078125
HRLMD,λ<=log n,8192,1,50984,6.2236328125
HRLMD,λ<=log n,8192,1,54824,6.6923828125
HRLMD,λ<=log n,8192,1,46611,5.6898193359375
HRLMD,λ<=log n,8192,1,47962,5.854736328125
HRLMD,λ<=log n,8192,1,47230,5.765380859375
HRLMD,λ<=log n,8192,1,44877,5.4781494140625
HRLMD,λ<=log n,8192,1,51325,6.2652587890625
HRLMD,λ<=log n,8192,1,57091,6.9691162109375
HRLMD,λ<=log n,8192,1,44700,5.45654296875
HRLMD,λ<=log n,8192,1,52062,6.355224609375
HRLMD,λ<=log n,8192,1,52100,6.35986328125
HRLMD,λ<=log n,8192,1,50715,6.1907958984375
HRLMD,λ<=log n,8192,1,50672,6.185546875
HRLMD,λ<=log n,8192,1,50054,6.110107421875
HRLMD,λ<=log n,8192,1,42436,5.18017578125
HRLMD,λ<=log n,8192,1,45013,5.4947509765625
HRLMD,λ<=log n,8192,1,49674,6.063720703125
HSLMD,λ<=log n,8192,1,78345,9.5635986328125
HSLMD,λ<=log n,8192,1,79935,9.7576904296875
HSLMD,λ<=log n,8192,1,84744,10.3447265625
HSLMD,λ<=log n,8192,1,79109,9.6568603515625
HSLMD,λ<=log n,8192,1,86360,10.5419921875
HSLMD,λ<=log n,8192,1,81457,9.9434814453125
HSLMD,λ<=log n,8192,1,74231,9.0614013671875
HSLMD,λ<=log n,8192,1,93136,11.369140625
HSLMD,λ<=log n,8192,1,85623,10.4520263671875
HSLMD,λ<=log n,8192,1,69160,8.4423828125
HSLMD,λ<=log n,8192,1,78346,9.563720703125
HSLMD,λ<=log n,8192,1,83581,10.2027587890625
HSLMD,λ<=log n,8192,1,68361,8.3448486328125
HSLMD,λ<=log n,8192,1,74745,9.1241455078125
HSLMD,λ<=log n,8192,1,76324,9.31689453125
HSLMD,λ<=log n,8192,1,83683,10.2152099609375
HSLMD,λ<=log n,8192,1,68507,8.3626708984375
HSLMD,λ<=log n,8192,1,69749,8.5142822265625
HSLMD,λ<=log n,8192,1,84148,10.27197265625
HSLMD,λ<=log n,8192,1,69826,8.523681640625
HSLMD,λ<=log n,8192,1,72841,8.8917236328125
HSLMD,λ<=log n,8192,1,88068,10.75048828125
HSLMD,λ<=log n,8192,1,75889,9.2637939453125
HSLMD,λ<=log n,8192,1,83865,10.2374267578125
HSLMD,λ<=log n,8192,1,90621,11.0621337890625
HSLMD,λ<=log n,8192,1,87909,10.7310791015625
HSLMD,λ<=log n,8192,1,85204,10.40087890625
HSLMD,λ<=log n,8192,1,75841,9.2579345703125
HSLMD,λ<=log n,8192,1,73677,8.9937744140625
HSLMD,λ<=log n,8192,1,88691,10.8265380859375
HSLMD,λ<=log n,8192,1,76236,9.30615234375
HSLMD,λ<=log n,8192,1,78645,9.6002197265625
HSLMD,λ<=log n,8192,1,80998,9.887451171875
HSLMD,λ<=log n,8192,1,76963,9.3948974609375
HSLMD,λ<=log n,8192,1,82093,10.0211181640625
HSLMD,λ<=log n,8192,1,73544,8.9775390625
HSLMD,λ<=log n,8192,1,79411,9.6937255859375
HSLMD,λ<=log n,8192,1,83327,10.1717529296875
HSLMD,λ<=log n,8192,1,78583,9.5926513671875
HSLMD,λ<=log n,8192,1,86397,10.5465087890625
HSLMD,λ<=log n,8192,1,68896,8.41015625
HSLMD,λ<=log n,8192,1,80775,9.8602294921875
HSLMD,λ<=log n,8192,1,76484,9.33642578125
HSLMD,λ<=log n,8192,1,82689,10.0938720703125
HSLMD,λ<=log n,8192,1,100804,12.30517578125
HSLMD,λ<=log n,8192,1,86682,10.581298828125
HSLMD,λ<=log n,8192,1,76196,9.30126953125
HSLMD,λ<=log n,8192,1,88444,10.79638671875
HSLMD,λ<=log n,8192,1,83975,10.2508544921875
HSLMD,λ<=log n,8192,1,77600,9.47265625
HSLMD,λ<=log n,8192,1,79154,9.662353515625
HSLMD,λ<=log n,8192,1,77982,9.519287109375
HSLMD,λ<=log n,8192,1,70032,8.548828125
HSLMD,λ<=log n,8192,1,81012,9.88916015625
HSLMD,λ<=log n,8192,1,80214,9.791748046875
HSLMD,λ<=log n,8192,1,82365,10.0543212890625
HSLMD,λ<=log n,8192,1,79967,9.7615966796875
HSLMD,λ<=log n,8192,1,84555,10.3216552734375
HSLMD,λ<=log n,8192,1,71256,8.6982421875
HSLMD,λ<=log n,8192,1,83746,10.222900390625
HSLMD,λ<=log n,8192,1,86153,10.5167236328125
HSLMD,λ<=log n,8192,1,86307,10.5355224609375
HSLMD,λ<=log n,8192,1,74527,9.0975341796875
HSLMD,λ<=log n,8192,1,88977,10.8614501953125
HSLMD,λ<=log n,8192,1,88561,10.8106689453125
HSLMD,λ<=log n,8192,1,90733,11.0758056640625
HSLMD,λ<=log n,8192,1,84815,10.3533935546875
HSLMD,λ<=log n,8192,1,77057,9.4063720703125
HSLMD,λ<=log n,8192,1,82782,10.105224609375
HSLMD,λ<=log n,8192,1,76899,9.3870849609375
HSLMD,λ<=log n,8192,1,80539,9.8314208984375
HSLMD,λ<=log n,8192,1,80397,9.8140869140625
HSLMD,λ<=log n,8192,1,78193,9.5450439453125
HSLMD,λ<=log n,8192,1,72526,8.853271484375
HSLMD,λ<=log n,8192,1,84198,10.278076171875
HSLMD,λ<=log n,8192,1,83160,10.1513671875
HSLMD,λ<=log n,8192,1,76900,9.38720703125
HSLMD,λ<=log n,8192,1,73563,8.9798583984375
HSLMD,λ<=log n,8192,1,84314,10.292236328125
HSLMD,λ<=log n,8192,1,79104,9.65625
HSLMD,λ<=log n,8192,1,77945,9.5147705078125
HSLMD,λ<=log n,8192,1,68914,8.412353515625
HSLMD,λ<=log n,8192,1,76319,9.3162841796875
HSLMD,λ<=log n,8192,1,86061,10.5054931640625
HSLMD,λ<=log n,8192,1,84989,10.3746337890625
HSLMD,λ<=log n,8192,1,82816,10.109375
HSLMD,λ<=log n,8192,1,79458,9.699462890625
HSLMD,λ<=log n,8192,1,74036,9.03759765625
HSLMD,λ<=log n,8192,1,82643,10.0882568359375
HSLMD,λ<=log n,8192,1,97793,11.9376220703125
HSLMD,λ<=log n,8192,1,93804,11.45068359375
HSLMD,λ<=log n,8192,1,91667,11.1898193359375
HSLMD,λ<=log n,8192,1,79898,9.753173828125
HSLMD,λ<=log n,8192,1,83461,10.1881103515625
HSLMD,λ<=log n,8192,1,83053,10.1383056640625
HSLMD,λ<=log n,8192,1,65208,7.9599609375
HSLMD,λ<=log n,8192,1,90907,11.0970458984375
HSLMD,λ<=log n,8192,1,83305,10.1690673828125
HSLMD,λ<=log n,8192,1,82317,10.0484619140625
HSLMD,λ<=log n,8192,1,71129,8.6827392578125
HSDID,λ<=log n,8192,1,87198,10.644287109375
HSDID,λ<=log n,8192,1,91449,11.1632080078125
HSDID,λ<=log n,8192,1,102127,12.4666748046875
HSDID,λ<=log n,8192,1,101948,12.44482421875
HSDID,λ<=log n,8192,1,83635,10.2093505859375
HSDID,λ<=log n,8192,1,87471,10.6776123046875
HSDID,λ<=log n,8192,1,96279,11.7528076171875
HSDID,λ<=log n,8192,1,87065,10.6280517578125
HSDID,λ<=log n,8192,1,91723,11.1966552734375
HSDID,λ<=log n,8192,1,96347,11.7611083984375
HSDID,λ<=log n,8192,1,145099,17.7122802734375
HSDID,λ<=log n,8192,1,102053,12.4576416015625
HSDID,λ<=log n,8192,1,88542,10.808349609375
HSDID,λ<=log n,8192,1,105818,12.917236328125
HSDID,λ<=log n,8192,1,90172,11.00732421875
HSDID,λ<=log n,8192,1,89694,10.948974609375
HSDID,λ<=log n,8192,1,86929,10.6114501953125
HSDID,λ<=log n,8192,1,82304,10.046875
HSDID,λ<=log n,8192,1,91389,11.1558837890625
HSDID,λ<=log n,8192,1,110983,13.5477294921875
HSDID,λ<=log n,8192,1,101874,12.435791015625
HSDID,λ<=log n,8192,1,110603,13.5013427734375
HSDID,λ<=log n,8192,1,99657,12.1651611328125
HSDID,λ<=log n,8192,1,105558,12.885498046875
HSDID,λ<=log n,8192,1,113850,13.897705078125
HSDID,λ<=log n,8192,1,108451,13.2386474609375
HSDID,λ<=log n,8192,1,103783,12.6688232421875
HSDID,λ<=log n,8192,1,108026,13.186767578125
HSDID,λ<=log n,8192,1,94731,11.5638427734375
HSDID,λ<=log n,8192,1,106033,12.9434814453125
HSDID,λ<=log n,8192,1,101039,12.3338623046875
HSDID,λ<=log n,8192,1,95483,11.6556396484375
HSDID,λ<=log n,8192,1,102419,12.5023193359375
HSDID,λ<=log n,8192,1,85233,10.4044189453125
HSDID,λ<=log n,8192,1,123852,15.11865234375
HSDID,λ<=log n,8192,1,123533,15.0797119140625
HSDID,λ<=log n,8192,1,92331,11.2708740234375
HSDID,λ<=log n,8192,1,100856,12.3115234375
HSDID,λ<=log n,8192,1,99268,12.11767578125
HSDID,λ<=log n,8192,1,88509,10.8043212890625
HSDID,λ<=log n,8192,1,105340,12.85888671875
HSDID,λ<=log n,8192,1,89971,10.9827880859375
HSDID,λ<=log n,8192,1,90404,11.03564453125
HSDID,λ<=log n,8192,1,92439,11.2840576171875
HSDID,λ<=log n,8192,1,103754,12.665283203125
HSDID,λ<=log n,8192,1,115569,14.1075439453125
HSDID,λ<=log n,8192,1,104461,12.7515869140625
HSDID,λ<=log n,8192,1,92151,11.2489013671875
HSDID,λ<=log n,8192,1,102841,12.5538330078125
HSDID,λ<=log n,8192,1,98230,11.990966796875
HSDID,λ<=log n,8192,1,103374,12.618896484375
HSDID,λ<=log n,8192,1,88780,10.83740234375
HSDID,λ<=log n,8192,1,105308,12.85498046875
HSDID,λ<=log n,8192,1,106959,13.0565185546875
HSDID,λ<=log n,8192,1,113590,13.865966796875
HSDID,λ<=log n,8192,1,92270,11.263427734375
HSDID,λ<=log n,8192,1,96335,11.7596435546875
HSDID,λ<=log n,8192,1,95516,11.65966796875
HSDID,λ<=log n,8192,1,102183,12.4735107421875
HSDID,λ<=log n,8192,1,131737,16.0811767578125
HSDID,λ<=log n,8192,1,100264,12.2392578125
HSDID,λ<=log n,8192,1,119829,14.6275634765625
HSDID,λ<=log n,8192,1,140191,17.1131591796875
HSDID,λ<=log n,8192,1,99868,12.19091796875
HSDID,λ<=log n,8192,1,89046,10.869873046875
HSDID,λ<=log n,8192,1,116742,14.250732421875
HSDID,λ<=log n,8192,1,110042,13.432861328125
HSDID,λ<=log n,8192,1,119568,14.595703125
HSDID,λ<=log n,8192,1,101510,12.391357421875
HSDID,λ<=log n,8192,1,93536,11.41796875
HSDID,λ<=log n,8192,1,95204,11.62158203125
HSDID,λ<=log n,8192,1,114058,13.923095703125
HSDID,λ<=log n,8192,1,106879,13.0467529296875
HSDID,λ<=log n,8192,1,132036,16.11767578125
HSDID,λ<=log n,8192,1,96512,11.78125
HSDID,λ<=log n,8192,1,107101,13.0738525390625
HSDID,λ<=log n,8192,1,90939,11.1009521484375
HSDID,λ<=log n,8192,1,122122,14.907470703125
HSDID,λ<=log n,8192,1,92877,11.3375244140625
HSDID,λ<=log n,8192,1,88322,10.781494140625
HSDID,λ<=log n,8192,1,86458,10.553955078125
HSDID,λ<=log n,8192,1,104503,12.7567138671875
HSDID,λ<=log n,8192,1,115524,14.10205078125
HSDID,λ<=log n,8192,1,99818,12.184814453125
HSDID,λ<=log n,8192,1,104279,12.7293701171875
HSDID,λ<=log n,8192,1,98031,11.9666748046875
HSDID,λ<=log n,8192,1,108208,13.208984375
HSDID,λ<=log n,8192,1,96696,11.8037109375
HSDID,λ<=log n,8192,1,102588,12.52294921875
HSDID,λ<=log n,8192,1,93872,11.458984375
HSDID,λ<=log n,8192,1,88554,10.809814453125
HSDID,λ<=log n,8192,1,118127,14.4197998046875
HSDID,λ<=log n,8192,1,109601,13.3790283203125
HSDID,λ<=log n,8192,1,112579,13.7425537109375
HSDID,λ<=log n,8192,1,97969,11.9591064453125
HSDID,λ<=log n,8192,1,109224,13.3330078125
HSDID,λ<=log n,8192,1,117405,14.3316650390625
HSDID,λ<=log n,8192,1,103828,12.67431640625
HSDID,λ<=log n,8192,1,99741,12.1754150390625
HSDID,λ<=log n,8192,1,115485,14.0972900390625
HRDID,λ<=log n,8192,1,57688,7.0419921875
HRDID,λ<=log n,8192,1,57106,6.970947265625
HRDID,λ<=log n,8192,1,57811,7.0570068359375
HRDID,λ<=log n,8192,1,57750,7.049560546875
HRDID,λ<=log n,8192,1,56382,6.882568359375
HRDID,λ<=log n,8192,1,65705,8.0206298828125
HRDID,λ<=log n,8192,1,60672,7.40625
HRDID,λ<=log n,8192,1,56732,6.92529296875
HRDID,λ<=log n,8192,1,54463,6.6483154296875
HRDID,λ<=log n,8192,1,61500,7.50732421875
HRDID,λ<=log n,8192,1,55492,6.77392578125
HRDID,λ<=log n,8192,1,56401,6.8848876953125
HRDID,λ<=log n,8192,1,57515,7.0208740234375
HRDID,λ<=log n,8192,1,60797,7.4215087890625
HRDID,λ<=log n,8192,1,53624,6.5458984375
HRDID,λ<=log n,8192,1,58149,7.0982666015625
HRDID,λ<=log n,8192,1,54453,6.6470947265625
HRDID,λ<=log n,8192,1,58335,7.1209716796875
HRDID,λ<=log n,8192,1,59082,7.212158203125
HRDID,λ<=log n,8192,1,56509,6.8980712890625
HRDID,λ<=log n,8192,1,59047,7.2078857421875
HRDID,λ<=log n,8192,1,62416,7.619140625
HRDID,λ<=log n,8192,1,56035,6.8402099609375
HRDID,λ<=log n,8192,1,53806,6.568115234375
HRDID,λ<=log n,8192,1,58373,7.1256103515625
HRDID,λ<=log n,8192,1,53337,6.5108642578125
HRDID,λ<=log n,8192,1,55535,6.7791748046875
HRDID,λ<=log n,8192,1,57079,6.9676513671875
HRDID,λ<=log n,8192,1,57793,7.0548095703125
HRDID,λ<=log n,8192,1,51612,6.30029296875
HRDID,λ<=log n,8192,1,56273,6.8692626953125
HRDID,λ<=log n,8192,1,61771,7.5404052734375
HRDID,λ<=log n,8192,1,56221,6.8629150390625
HRDID,λ<=log n,8192,1,60513,7.3868408203125
HRDID,λ<=log n,8192,1,55763,6.8070068359375
HRDID,λ<=log n,8192,1,63309,7.7281494140625
HRDID,λ<=log n,8192,1,53366,6.514404296875
HRDID,λ<=log n,8192,1,59450,7.257080078125
HRDID,λ<=log n,8192,1,56827,6.9368896484375
HRDID,λ<=log n,8192,1,59544,7.2685546875
HRDID,λ<=log n,8192,1,56448,6.890625
HRDID,λ<=log n,8192,1,55112,6.7275390625
HRDID,λ<=log n,8192,1,54555,6.6595458984375
HRDID,λ<=log n,8192,1,56340,6.87744140625
HRDID,λ<=log n,8192,1,56383,6.8826904296875
HRDID,λ<=log n,8192,1,58071,7.0887451171875
HRDID,λ<=log n,8192,1,58095,7.0916748046875
HRDID,λ<=log n,8192,1,56543,6.9022216796875
HRDID,λ<=log n,8192,1,59977,7.3214111328125
HRDID,λ<=log n,8192,1,61154,7.465087890625
HRDID,λ<=log n,8192,1,54143,6.6092529296875
HRDID,λ<=log n,8192,1,55702,6.799560546875
HRDID,λ<=log n,8192,1,53076,6.47900390625
HRDID,λ<=log n,8192,1,57958,7.074951171875
HRDID,λ<=log n,8192,1,55713,6.8009033203125
HRDID,λ<=log n,8192,1,54821,6.6920166015625
HRDID,λ<=log n,8192,1,59023,7.2049560546875
HRDID,λ<=log n,8192,1,57467,7.0150146484375
HRDID,λ<=log n,8192,1,63752,7.7822265625
HRDID,λ<=log n,8192,1,52656,6.427734375
HRDID,λ<=log n,8192,1,57726,7.046630859375
HRDID,λ<=log n,8192,1,61322,7.485595703125
HRDID,λ<=log n,8192,1,50329,6.1436767578125
HRDID,λ<=log n,8192,1,60858,7.428955078125
HRDID,λ<=log n,8192,1,58472,7.1376953125
HRDID,λ<=log n,8192,1,56980,6.95556640625
HRDID,λ<=log n,8192,1,63794,7.787353515625
HRDID,λ<=log n,8192,1,55148,6.73193359375
HRDID,λ<=log n,8192,1,54422,6.643310546875
HRDID,λ<=log n,8192,1,55829,6.8150634765625
HRDID,λ<=log n,8192,1,57699,7.0433349609375
HRDID,λ<=log n,8192,1,56480,6.89453125
HRDID,λ<=log n,8192,1,59420,7.25341796875
HRDID,λ<=log n,8192,1,55997,6.8355712890625
HRDID,λ<=log n,8192,1,57016,6.9599609375
HRDID,λ<=log n,8192,1,55302,6.750732421875
HRDID,λ<=log n,8192,1,55770,6.807861328125
HRDID,λ<=log n,8192,1,59017,7.2042236328125
HRDID,λ<=log n,8192,1,54496,6.65234375
HRDID,λ<=log n,8192,1,57936,7.072265625
HRDID,λ<=log n,8192,1,60171,7.3450927734375
HRDID,λ<=log n,8192,1,55546,6.780517578125
HRDID,λ<=log n,8192,1,56243,6.8656005859375
HRDID,λ<=log n,8192,1,61824,7.546875
HRDID,λ<=log n,8192,1,56657,6.9161376953125
HRDID,λ<=log n,8192,1,53655,6.5496826171875
HRDID,λ<=log n,8192,1,56906,6.946533203125
HRDID,λ<=log n,8192,1,59799,7.2996826171875
HRDID,λ<=log n,8192,1,56890,6.944580078125
HRDID,λ<=log n,8192,1,54544,6.658203125
HRDID,λ<=log n,8192,1,61855,7.5506591796875
HRDID,λ<=log n,8192,1,56512,6.8984375
HRDID,λ<=log n,8192,1,61670,7.528076171875
HRDID,λ<=log n,8192,1,59826,7.302978515625
HRDID,λ<=log n,8192,1,61599,7.5194091796875
HRDID,λ<=log n,8192,1,52647,6.4266357421875
HRDID,λ<=log n,8192,1,56421,6.8873291015625
HRDID,λ<=log n,8192,1,56196,6.85986328125
HRDID,λ<=log n,8192,1,57556,7.02587890625
HHDID,λ<=log n,8192,1,56449,6.8907470703125
HHDID,λ<=log n,8192,1,58556,7.14794921875
HHDID,λ<=log n,8192,1,57829,7.0592041015625
HHDID,λ<=log n,8192,1,60489,7.3839111328125
HHDID,λ<=log n,8192,1,57213,6.9840087890625
HHDID,λ<=log n,8192,1,56524,6.89990234375
HHDID,λ<=log n,8192,1,60533,7.3892822265625
HHDID,λ<=log n,8192,1,57240,6.9873046875
HHDID,λ<=log n,8192,1,56605,6.9097900390625
HHDID,λ<=log n,8192,1,55956,6.83056640625
HHDID,λ<=log n,8192,1,52881,6.4552001953125
HHDID,λ<=log n,8192,1,58330,7.120361328125
HHDID,λ<=log n,8192,1,60301,7.3609619140625
HHDID,λ<=log n,8192,1,54527,6.6561279296875
HHDID,λ<=log n,8192,1,64534,7.877685546875
HHDID,λ<=log n,8192,1,58153,7.0987548828125
HHDID,λ<=log n,8192,1,66579,8.1273193359375
HHDID,λ<=log n,8192,1,59577,7.2725830078125
HHDID,λ<=log n,8192,1,57362,7.002197265625
HHDID,λ<=log n,8192,1,57156,6.97705078125
HHDID,λ<=log n,8192,1,58320,7.119140625
HHDID,λ<=log n,8192,1,63507,7.7523193359375
HHDID,λ<=log n,8192,1,58325,7.1197509765625
HHDID,λ<=log n,8192,1,53849,6.5733642578125
HHDID,λ<=log n,8192,1,59300,7.23876953125
HHDID,λ<=log n,8192,1,55315,6.7523193359375
HHDID,λ<=log n,8192,1,58475,7.1380615234375
HHDID,λ<=log n,8192,1,55292,6.74951171875
HHDID,λ<=log n,8192,1,59830,7.303466796875
HHDID,λ<=log n,8192,1,60274,7.357666015625
HHDID,λ<=log n,8192,1,60476,7.38232421875
HHDID,λ<=log n,8192,1,55876,6.82080078125
HHDID,λ<=log n,8192,1,57619,7.0335693359375
HHDID,λ<=log n,8192,1,62932,7.68212890625
HHDID,λ<=log n,8192,1,57781,7.0533447265625
HHDID,λ<=log n,8192,1,56640,6.9140625
HHDID,λ<=log n,8192,1,58171,7.1009521484375
HHDID,λ<=log n,8192,1,55895,6.8231201171875
HHDID,λ<=log n,8192,1,61043,7.4515380859375
HHDID,λ<=log n,8192,1,54403,6.6409912109375
HHDID,λ<=log n,8192,1,59714,7.289306640625
HHDID,λ<=log n,8192,1,55272,6.7470703125
HHDID,λ<=log n,8192,1,62723,7.6566162109375
HHDID,λ<=log n,8192,1,62960,7.685546875
HHDID,λ<=log n,8192,1,55957,6.8306884765625
HHDID,λ<=log n,8192,1,57603,7.0316162109375
HHDID,λ<=log n,8192,1,56381,6.8824462890625
HHDID,λ<=log n,8192,1,56965,6.9537353515625
HHDID,λ<=log n,8192,1,59517,7.2652587890625
HHDID,λ<=log n,8192,1,55723,6.8021240234375
HHDID,λ<=log n,8192,1,55872,6.8203125
HHDID,λ<=log n,8192,1,57110,6.971435546875
HHDID,λ<=log n,8192,1,53459,6.5257568359375
HHDID,λ<=log n,8192,1,57127,6.9735107421875
HHDID,λ<=log n,8192,1,57327,6.9979248046875
HHDID,λ<=log n,8192,1,54235,6.6204833984375
HHDID,λ<=log n,8192,1,60856,7.4287109375
HHDID,λ<=log n,8192,1,56388,6.88330078125
HHDID,λ<=log n,8192,1,60439,7.3778076171875
HHDID,λ<=log n,8192,1,55245,6.7437744140625
HHDID,λ<=log n,8192,1,55283,6.7484130859375
HHDID,λ<=log n,8192,1,58680,7.1630859375
HHDID,λ<=log n,8192,1,57935,7.0721435546875
HHDID,λ<=log n,8192,1,57958,7.074951171875
HHDID,λ<=log n,8192,1,59348,7.24462890625
HHDID,λ<=log n,8192,1,59875,7.3089599609375
HHDID,λ<=log n,8192,1,61997,7.5679931640625
HHDID,λ<=log n,8192,1,62169,7.5889892578125
HHDID,λ<=log n,8192,1,54792,6.6884765625
HHDID,λ<=log n,8192,1,59024,7.205078125
HHDID,λ<=log n,8192,1,54953,6.7081298828125
HHDID,λ<=log n,8192,1,56303,6.8729248046875
HHDID,λ<=log n,8192,1,57159,6.9774169921875
HHDID,λ<=log n,8192,1,57271,6.9910888671875
HHDID,λ<=log n,8192,1,61090,7.457275390625
HHDID,λ<=log n,8192,1,58109,7.0933837890625
HHDID,λ<=log n,8192,1,54053,6.5982666015625
HHDID,λ<=log n,8192,1,57209,6.9835205078125
HHDID,λ<=log n,8192,1,67942,8.293701171875
HHDID,λ<=log n,8192,1,57989,7.0787353515625
HHDID,λ<=log n,8192,1,62292,7.60400390625
HHDID,λ<=log n,8192,1,59193,7.2257080078125
HHDID,λ<=log n,8192,1,57936,7.072265625
HHDID,λ<=log n,8192,1,55883,6.8216552734375
HHDID,λ<=log n,8192,1,56039,6.8406982421875
HHDID,λ<=log n,8192,1,58867,7.1859130859375
HHDID,λ<=log n,8192,1,56162,6.855712890625
HHDID,λ<=log n,8192,1,56407,6.8856201171875
HHDID,λ<=log n,8192,1,58134,7.096435546875
HHDID,λ<=log n,8192,1,54354,6.635009765625
HHDID,λ<=log n,8192,1,61724,7.53466796875
HHDID,λ<=log n,8192,1,59309,7.2398681640625
HHDID,λ<=log n,8192,1,58295,7.1160888671875
HHDID,λ<=log n,8192,1,56920,6.9482421875
HHDID,λ<=log n,8192,1,61285,7.4810791015625
HHDID,λ<=log n,8192,1,52570,6.417236328125
HHDID,λ<=log n,8192,1,54339,6.6331787109375
HHDID,λ<=log n,8192,1,58513,7.1427001953125
HHDID,λ<=log n,8192,1,58743,7.1707763671875
HHDID,λ<=log n,8192,1,56880,6.943359375
HHLID,λ<=log n,8192,1,60175,7.3455810546875
HHLID,λ<=log n,8192,1,64739,7.9027099609375
HHLID,λ<=log n,8192,1,62687,7.6522216796875
HHLID,λ<=log n,8192,1,61365,7.4908447265625
HHLID,λ<=log n,8192,1,62837,7.6705322265625
HHLID,λ<=log n,8192,1,59512,7.2646484375
HHLID,λ<=log n,8192,1,59706,7.288330078125
HHLID,λ<=log n,8192,1,63376,7.736328125
HHLID,λ<=log n,8192,1,69163,8.4427490234375
HHLID,λ<=log n,8192,1,58846,7.183349609375
HHLID,λ<=log n,8192,1,60733,7.4136962890625
HHLID,λ<=log n,8192,1,58244,7.10986328125
HHLID,λ<=log n,8192,1,61048,7.4521484375
HHLID,λ<=log n,8192,1,60011,7.3255615234375
HHLID,λ<=log n,8192,1,61422,7.497802734375
HHLID,λ<=log n,8192,1,58140,7.09716796875
HHLID,λ<=log n,8192,1,61839,7.5487060546875
HHLID,λ<=log n,8192,1,58514,7.142822265625
HHLID,λ<=log n,8192,1,59737,7.2921142578125
HHLID,λ<=log n,8192,1,56894,6.945068359375
HHLID,λ<=log n,8192,1,65783,8.0301513671875
HHLID,λ<=log n,8192,1,65361,7.9786376953125
HHLID,λ<=log n,8192,1,60857,7.4288330078125
HHLID,λ<=log n,8192,1,58442,7.134033203125
HHLID,λ<=log n,8192,1,57286,6.992919921875
HHLID,λ<=log n,8192,1,67388,8.22607421875
HHLID,λ<=log n,8192,1,60865,7.4298095703125
HHLID,λ<=log n,8192,1,59202,7.226806640625
HHLID,λ<=log n,8192,1,55637,6.7916259765625
HHLID,λ<=log n,8192,1,65452,7.98974609375
HHLID,λ<=log n,8192,1,65987,8.0550537109375
HHLID,λ<=log n,8192,1,60716,7.41162109375
HHLID,λ<=log n,8192,1,59945,7.3175048828125
HHLID,λ<=log n,8192,1,66464,8.11328125
HHLID,λ<=log n,8192,1,72073,8.7979736328125
HHLID,λ<=log n,8192,1,68725,8.3892822265625
HHLID,λ<=log n,8192,1,65691,8.0189208984375
HHLID,λ<=log n,8192,1,60765,7.4176025390625
HHLID,λ<=log n,8192,1,54825,6.6925048828125
HHLID,λ<=log n,8192,1,66706,8.142822265625
HHLID,λ<=log n,8192,1,62333,7.6090087890625
HHLID,λ<=log n,8192,1,69134,8.439208984375
HHLID,λ<=log n,8192,1,57901,7.0679931640625
HHLID,λ<=log n,8192,1,58918,7.192138671875
HHLID,λ<=log n,8192,1,60275,7.3577880859375
HHLID,λ<=log n,8192,1,59330,7.242431640625
HHLID,λ<=log n,8192,1,60215,7.3504638671875
HHLID,λ<=log n,8192,1,64949,7.9283447265625
HHLID,λ<=log n,8192,1,61971,7.5648193359375
HHLID,λ<=log n,8192,1,63936,7.8046875
HHLID,λ<=log n,8192,1,60645,7.4029541015625
HHLID,λ<=log n,8192,1,60465,7.3809814453125
HHLID,λ<=log n,8192,1,61571,7.5159912109375
HHLID,λ<=log n,8192,1,58588,7.15185546875
HHLID,λ<=log n,8192,1,61980,7.56591796875
HHLID,λ<=log n,8192,1,68578,8.371337890625
HHLID,λ<=log n,8192,1,59776,7.296875
HHLID,λ<=log n,8192,1,56737,6.9259033203125
HHLID,λ<=log n,8192,1,55718,6.801513671875
HHLID,λ<=log n,8192,1,58418,7.131103515625
HHLID,λ<=log n,8192,1,61206,7.471435546875
HHLID,λ<=log n,8192,1,60198,7.348388671875
HHLID,λ<=log n,8192,1,58178,7.101806640625
HHLID,λ<=log n,8192,1,58177,7.1016845703125
HHLID,λ<=log n,8192,1,55756,6.80615234375
HHLID,λ<=log n,8192,1,60955,7.4407958984375
HHLID,λ<=log n,8192,1,65656,8.0146484375
HHLID,λ<=log n,8192,1,59003,7.2025146484375
HHLID,λ<=log n,8192,1,65961,8.0518798828125
HHLID,λ<=log n,8192,1,61736,7.5361328125
HHLID,λ<=log n,8192,1,55407,6.7635498046875
HHLID,λ<=log n,8192,1,80090,9.776611328125
HHLID,λ<=log n,8192,1,58716,7.16748046875
HHLID,λ<=log n,8192,1,58296,7.1162109375
HHLID,λ<=log n,8192,1,60618,7.399658203125
HHLID,λ<=log n,8192,1,63942,7.805419921875
HHLID,λ<=log n,8192,1,56897,6.9454345703125
HHLID,λ<=log n,8192,1,59638,7.280029296875
HHLID,λ<=log n,8192,1,60523,7.3880615234375
HHLID,λ<=log n,8192,1,60380,7.37060546875
HHLID,λ<=log n,8192,1,69722,8.510986328125
HHLID,λ<=log n,8192,1,61265,7.4786376953125
HHLID,λ<=log n,8192,1,55302,6.750732421875
HHLID,λ<=log n,8192,1,57963,7.0755615234375
HHLID,λ<=log n,8192,1,59666,7.283447265625
HHLID,λ<=log n,8192,1,63685,7.7740478515625
HHLID,λ<=log n,8192,1,57920,7.0703125
HHLID,λ<=log n,8192,1,60732,7.41357421875
HHLID,λ<=log n,8192,1,60319,7.3631591796875
HHLID,λ<=log n,8192,1,58631,7.1571044921875
HHLID,λ<=log n,8192,1,60210,7.349853515625
HHLID,λ<=log n,8192,1,63062,7.697998046875
HHLID,λ<=log n,8192,1,64334,7.853271484375
HHLID,λ<=log n,8192,1,59902,7.312255859375
HHLID,λ<=log n,8192,1,61855,7.5506591796875
HHLID,λ<=log n,8192,1,60400,7.373046875
HHLID,λ<=log n,8192,1,60995,7.4456787109375
HHLID,λ<=log n,8192,1,59855,7.3065185546875
HHLID,λ<=log n,8192,1,58307,7.1175537109375
HHLID,λ<=log n,8192,1,65574,8.004638671875
HRLID,λ<=log n,8192,1,62342,7.610107421875
HRLID,λ<=log n,8192,1,58589,7.1519775390625
HRLID,λ<=log n,8192,1,59273,7.2354736328125
HRLID,λ<=log n,8192,1,64743,7.9031982421875
HRLID,λ<=log n,8192,1,60253,7.3551025390625
HRLID,λ<=log n,8192,1,60228,7.35205078125
HRLID,λ<=log n,8192,1,64323,7.8519287109375
HRLID,λ<=log n,8192,1,64484,7.87158203125
HRLID,λ<=log n,8192,1,63347,7.7327880859375
HRLID,λ<=log n,8192,1,66690,8.140869140625
HRLID,λ<=log n,8192,1,64354,7.855712890625
HRLID,λ<=log n,8192,1,58012,7.08154296875
HRLID,λ<=log n,8192,1,67776,8.2734375
HRLID,λ<=log n,8192,1,69830,8.524169921875
HRLID,λ<=log n,8192,1,61507,7.5081787109375
HRLID,λ<=log n,8192,1,58846,7.183349609375
HRLID,λ<=log n,8192,1,66946,8.172119140625
HRLID,λ<=log n,8192,1,59047,7.2078857421875
HRLID,λ<=log n,8192,1,61159,7.4656982421875
HRLID,λ<=log n,8192,1,58108,7.09326171875
HRLID,λ<=log n,8192,1,62489,7.6280517578125
HRLID,λ<=log n,8192,1,57477,7.0162353515625
HRLID,λ<=log n,8192,1,62339,7.6097412109375
HRLID,λ<=log n,8192,1,57385,7.0050048828125
HRLID,λ<=log n,8192,1,65089,7.9454345703125
HRLID,λ<=log n,8192,1,64289,7.8477783203125
HRLID,λ<=log n,8192,1,60870,7.430419921875
HRLID,λ<=log n,8192,1,61621,7.5220947265625
HRLID,λ<=log n,8192,1,56207,6.8612060546875
HRLID,λ<=log n,8192,1,63105,7.7032470703125
HRLID,λ<=log n,8192,1,62899,7.6781005859375
HRLID,λ<=log n,8192,1,60583,7.3953857421875
HRLID,λ<=log n,8192,1,63544,7.7568359375
HRLID,λ<=log n,8192,1,65386,7.981689453125
HRLID,λ<=log n,8192,1,61378,7.492431640625
HRLID,λ<=log n,8192,1,58492,7.14013671875
HRLID,λ<=log n,8192,1,57781,7.0533447265625
HRLID,λ<=log n,8192,1,56640,6.9140625
HRLID,λ<=log n,8192,1,56647,6.9149169921875
HRLID,λ<=log n,8192,1,60238,7.353271484375
HRLID,λ<=log n,8192,1,64048,7.818359375
HRLID,λ<=log n,8192,1,58389,7.1275634765625
HRLID,λ<=log n,8192,1,59608,7.2763671875
HRLID,λ<=log n,8192,1,59591,7.2742919921875
HRLID,λ<=log n,8192,1,63946,7.805908203125
HRLID,λ<=log n,8192,1,57595,7.0306396484375
HRLID,λ<=log n,8192,1,59778,7.297119140625
HRLID,λ<=log n,8192,1,61938,7.560791015625
HRLID,λ<=log n,8192,1,63896,7.7998046875
HRLID,λ<=log n,8192,1,61126,7.461669921875
HRLID,λ<=log n,8192,1,59321,7.2413330078125
HRLID,λ<=log n,8192,1,68103,8.3133544921875
HRLID,λ<=log n,8192,1,59781,7.2974853515625
HRLID,λ<=log n,8192,1,63658,7.770751953125
HRLID,λ<=log n,8192,1,69516,8.48583984375
HRLID,λ<=log n,8192,1,70806,8.643310546875
HRLID,λ<=log n,8192,1,58954,7.196533203125
HRLID,λ<=log n,8192,1,60677,7.4068603515625
HRLID,λ<=log n,8192,1,58769,7.1739501953125
HRLID,λ<=log n,8192,1,63157,7.7095947265625
HRLID,λ<=log n,8192,1,58692,7.16455078125
HRLID,λ<=log n,8192,1,65656,8.0146484375
HRLID,λ<=log n,8192,1,68283,8.3353271484375
HRLID,λ<=log n,8192,1,60268,7.35693359375
HRLID,λ<=log n,8192,1,64419,7.8636474609375
HRLID,λ<=log n,8192,1,59576,7.2724609375
HRLID,λ<=log n,8192,1,59106,7.215087890625
HRLID,λ<=log n,8192,1,61717,7.5338134765625
HRLID,λ<=log n,8192,1,58233,7.1085205078125
HRLID,λ<=log n,8192,1,61628,7.52294921875
HRLID,λ<=log n,8192,1,64035,7.8167724609375
HRLID,λ<=log n,8192,1,60953,7.4405517578125
HRLID,λ<=log n,8192,1,59282,7.236572265625
HRLID,λ<=log n,8192,1,59834,7.303955078125
HRLID,λ<=log n,8192,1,60204,7.34912109375
HRLID,λ<=log n,8192,1,63489,7.7501220703125
HRLID,λ<=log n,8192,1,65957,8.0513916015625
HRLID,λ<=log n,8192,1,72910,8.900146484375
HRLID,λ<=log n,8192,1,57770,7.052001953125
HRLID,λ<=log n,8192,1,61869,7.5523681640625
HRLID,λ<=log n,8192,1,61183,7.4686279296875
HRLID,λ<=log n,8192,1,62125,7.5836181640625
HRLID,λ<=log n,8192,1,59278,7.236083984375
HRLID,λ<=log n,8192,1,66419,8.1077880859375
HRLID,λ<=log n,8192,1,59545,7.2686767578125
HRLID,λ<=log n,8192,1,59137,7.2188720703125
HRLID,λ<=log n,8192,1,59327,7.2420654296875
HRLID,λ<=log n,8192,1,64571,7.8822021484375
HRLID,λ<=log n,8192,1,61081,7.4561767578125
HRLID,λ<=log n,8192,1,60843,7.4271240234375
HRLID,λ<=log n,8192,1,58610,7.154541015625
HRLID,λ<=log n,8192,1,63891,7.7991943359375
HRLID,λ<=log n,8192,1,60674,7.406494140625
HRLID,λ<=log n,8192,1,66712,8.1435546875
HRLID,λ<=log n,8192,1,59809,7.3009033203125
HRLID,λ<=log n,8192,1,58871,7.1864013671875
HRLID,λ<=log n,8192,1,57620,7.03369140625
HRLID,λ<=log n,8192,1,63884,7.79833984375
HRLID,λ<=log n,8192,1,64164,7.83251953125
HRLID,λ<=log n,8192,1,63863,7.7957763671875
HSLID,λ<=log n,8192,1,86890,10.606689453125
HSLID,λ<=log n,8192,1,76782,9.372802734375
HSLID,λ<=log n,8192,1,80922,9.878173828125
HSLID,λ<=log n,8192,1,81244,9.91748046875
HSLID,λ<=log n,8192,1,81259,9.9193115234375
HSLID,λ<=log n,8192,1,82245,10.0396728515625
HSLID,λ<=log n,8192,1,88223,10.7694091796875
HSLID,λ<=log n,8192,1,80565,9.8345947265625
HSLID,λ<=log n,8192,1,79512,9.7060546875
HSLID,λ<=log n,8192,1,79135,9.6600341796875
HSLID,λ<=log n,8192,1,76678,9.360107421875
HSLID,λ<=log n,8192,1,89560,10.9326171875
HSLID,λ<=log n,8192,1,89039,10.8690185546875
HSLID,λ<=log n,8192,1,82672,10.091796875
HSLID,λ<=log n,8192,1,77215,9.4256591796875
HSLID,λ<=log n,8192,1,88389,10.7896728515625
HSLID,λ<=log n,8192,1,86342,10.539794921875
HSLID,λ<=log n,8192,1,86752,10.58984375
HSLID,λ<=log n,8192,1,80067,9.7738037109375
HSLID,λ<=log n,8192,1,85227,10.4036865234375
HSLID,λ<=log n,8192,1,78964,9.63916015625
HSLID,λ<=log n,8192,1,88425,10.7940673828125
HSLID,λ<=log n,8192,1,81699,9.9730224609375
HSLID,λ<=log n,8192,1,94726,11.563232421875
HSLID,λ<=log n,8192,1,85198,10.400146484375
HSLID,λ<=log n,8192,1,81329,9.9278564453125
HSLID,λ<=log n,8192,1,83320,10.1708984375
HSLID,λ<=log n,8192,1,96236,11.74755859375
HSLID,λ<=log n,8192,1,82399,10.0584716796875
HSLID,λ<=log n,8192,1,81104,9.900390625
HSLID,λ<=log n,8192,1,85911,10.4871826171875
HSLID,λ<=log n,8192,1,80100,9.77783203125
HSLID,λ<=log n,8192,1,79969,9.7618408203125
HSLID,λ<=log n,8192,1,78994,9.642822265625
HSLID,λ<=log n,8192,1,82322,10.049072265625
HSLID,λ<=log n,8192,1,84350,10.296630859375
HSLID,λ<=log n,8192,1,85177,10.3975830078125
HSLID,λ<=log n,8192,1,83618,10.207275390625
HSLID,λ<=log n,8192,1,83634,10.209228515625
HSLID,λ<=log n,8192,1,81818,9.987548828125
HSLID,λ<=log n,8192,1,90498,11.047119140625
HSLID,λ<=log n,8192,1,82381,10.0562744140625
HSLID,λ<=log n,8192,1,88041,10.7471923828125
HSLID,λ<=log n,8192,1,76665,9.3585205078125
HSLID,λ<=log n,8192,1,97092,11.85205078125
HSLID,λ<=log n,8192,1,75598,9.228271484375
HSLID,λ<=log n,8192,1,83874,10.238525390625
HSLID,λ<=log n,8192,1,80164,9.78564453125
HSLID,λ<=log n,8192,1,78031,9.5252685546875
HSLID,λ<=log n,8192,1,78823,9.6219482421875
HSLID,λ<=log n,8192,1,77440,9.453125
HSLID,λ<=log n,8192,1,81064,9.8955078125
HSLID,λ<=log n,8192,1,81345,9.9298095703125
HSLID,λ<=log n,8192,1,83276,10.16552734375
HSLID,λ<=log n,8192,1,83424,10.18359375
HSLID,λ<=log n,8192,1,81037,9.8922119140625
HSLID,λ<=log n,8192,1,80841,9.8682861328125
HSLID,λ<=log n,8192,1,78146,9.539306640625
HSLID,λ<=log n,8192,1,80145,9.7833251953125
HSLID,λ<=log n,8192,1,90920,11.0986328125
HSLID,λ<=log n,8192,1,78368,9.56640625
HSLID,λ<=log n,8192,1,96511,11.7811279296875
HSLID,λ<=log n,8192,1,84146,10.271728515625
HSLID,λ<=log n,8192,1,80609,9.8399658203125
HSLID,λ<=log n,8192,1,78665,9.6026611328125
HSLID,λ<=log n,8192,1,85443,10.4300537109375
HSLID,λ<=log n,8192,1,82942,10.124755859375
HSLID,λ<=log n,8192,1,79573,9.7135009765625
HSLID,λ<=log n,8192,1,90247,11.0164794921875
HSLID,λ<=log n,8192,1,98066,11.970947265625
HSLID,λ<=log n,8192,1,85779,10.4710693359375
HSLID,λ<=log n,8192,1,76916,9.38916015625
HSLID,λ<=log n,8192,1,80627,9.8421630859375
HSLID,λ<=log n,8192,1,83445,10.1861572265625
HSLID,λ<=log n,8192,1,85495,10.4364013671875
HSLID,λ<=log n,8192,1,86233,10.5264892578125
HSLID,λ<=log n,8192,1,87517,10.6832275390625
HSLID,λ<=log n,8192,1,92051,11.2366943359375
HSLID,λ<=log n,8192,1,100145,12.2247314453125
HSLID,λ<=log n,8192,1,81960,10.0048828125
HSLID,λ<=log n,8192,1,84780,10.34912109375
HSLID,λ<=log n,8192,1,81842,9.990478515625
HSLID,λ<=log n,8192,1,98619,12.0384521484375
HSLID,λ<=log n,8192,1,78689,9.6055908203125
HSLID,λ<=log n,8192,1,88241,10.7716064453125
HSLID,λ<=log n,8192,1,75478,9.213623046875
HSLID,λ<=log n,8192,1,87975,10.7391357421875
HSLID,λ<=log n,8192,1,82632,10.0869140625
HSLID,λ<=log n,8192,1,79288,9.6787109375
HSLID,λ<=log n,8192,1,80644,9.84423828125
HSLID,λ<=log n,8192,1,87365,10.6646728515625
HSLID,λ<=log n,8192,1,77384,9.4462890625
HSLID,λ<=log n,8192,1,78371,9.5667724609375
HSLID,λ<=log n,8192,1,88663,10.8231201171875
HSLID,λ<=log n,8192,1,84817,10.3536376953125
HSLID,λ<=log n,8192,1,82776,10.1044921875
HSLID,λ<=log n,8192,1,82608,10.083984375
HSLID,λ<=log n,8192,1,78336,9.5625
HSLID,λ<=log n,8192,1,79892,9.75244140625
HSDCU,λ<=log n,8192,1,61818,7.546142578125
HSDCU,λ<=log n,8192,1,59026,7.205322265625
HSDCU,λ<=log n,8192,1,57196,6.98193359375
HSDCU,λ<=log n,8192,1,72390,8.836669921875
HSDCU,λ<=log n,8192,1,61604,7.52001953125
HSDCU,λ<=log n,8192,1,55220,6.74072265625
HSDCU,λ<=log n,8192,1,69042,8.427978515625
HSDCU,λ<=log n,8192,1,60964,7.44189453125
HSDCU,λ<=log n,8192,1,59615,7.2772216796875
HSDCU,λ<=log n,8192,1,58691,7.1644287109375
HSDCU,λ<=log n,8192,1,62981,7.6881103515625
HSDCU,λ<=log n,8192,1,62934,7.682373046875
HSDCU,λ<=log n,8192,1,62554,7.635986328125
HSDCU,λ<=log n,8192,1,68237,8.3297119140625
HSDCU,λ<=log n,8192,1,58092,7.09130859375
HSDCU,λ<=log n,8192,1,59264,7.234375
HSDCU,λ<=log n,8192,1,78563,9.5902099609375
HSDCU,λ<=log n,8192,1,59785,7.2979736328125
HSDCU,λ<=log n,8192,1,70733,8.6343994140625
HSDCU,λ<=log n,8192,1,61798,7.543701171875
HSDCU,λ<=log n,8192,1,63918,7.802490234375
HSDCU,λ<=log n,8192,1,69346,8.465087890625
HSDCU,λ<=log n,8192,1,59794,7.299072265625
HSDCU,λ<=log n,8192,1,87627,10.6966552734375
HSDCU,λ<=log n,8192,1,63777,7.7852783203125
HSDCU,λ<=log n,8192,1,66745,8.1475830078125
HSDCU,λ<=log n,8192,1,58666,7.161376953125
HSDCU,λ<=log n,8192,1,59219,7.2288818359375
HSDCU,λ<=log n,8192,1,75377,9.2012939453125
HSDCU,λ<=log n,8192,1,65856,8.0390625
HSDCU,λ<=log n,8192,1,61815,7.5457763671875
HSDCU,λ<=log n,8192,1,65159,7.9539794921875
HSDCU,λ<=log n,8192,1,69004,8.42333984375
HSDCU,λ<=log n,8192,1,64386,7.859619140625
HSDCU,λ<=log n,8192,1,70148,8.56298828125
HSDCU,λ<=log n,8192,1,65775,8.0291748046875
HSDCU,λ<=log n,8192,1,61401,7.4952392578125
HSDCU,λ<=log n,8192,1,65592,8.0068359375
HSDCU,λ<=log n,8192,1,69299,8.4593505859375
HSDCU,λ<=log n,8192,1,68867,8.4066162109375
HSDCU,λ<=log n,8192,1,68922,8.413330078125
HSDCU,λ<=log n,8192,1,61375,7.4920654296875
HSDCU,λ<=log n,8192,1,67411,8.2288818359375
HSDCU,λ<=log n,8192,1,69452,8.47802734375
HSDCU,λ<=log n,8192,1,60972,7.44287109375
HSDCU,λ<=log n,8192,1,64464,7.869140625
HSDCU,λ<=log n,8192,1,65454,7.989990234375
HSDCU,λ<=log n,8192,1,64636,7.89013671875
HSDCU,λ<=log n,8192,1,61807,7.5447998046875
HSDCU,λ<=log n,8192,1,68114,8.314697265625
HSDCU,λ<=log n,8192,1,63256,7.7216796875
HSDCU,λ<=log n,8192,1,69847,8.5262451171875
HSDCU,λ<=log n,8192,1,58823,7.1805419921875
HSDCU,λ<=log n,8192,1,56889,6.9444580078125
HSDCU,λ<=log n,8192,1,63413,7.7408447265625
HSDCU,λ<=log n,8192,1,59781,7.2974853515625
HSDCU,λ<=log n,8192,1,64320,7.8515625
HSDCU,λ<=log n,8192,1,52998,6.469482421875
HSDCU,λ<=log n,8192,1,62971,7.6868896484375
HSDCU,λ<=log n,8192,1,70129,8.5606689453125
HSDCU,λ<=log n,8192,1,73978,9.030517578125
HSDCU,λ<=log n,8192,1,66607,8.1307373046875
HSDCU,λ<=log n,8192,1,62595,7.6409912109375
HSDCU,λ<=log n,8192,1,59743,7.2928466796875
HSDCU,λ<=log n,8192,1,72177,8.8106689453125
HSDCU,λ<=log n,8192,1,64512,7.875
HSDCU,λ<=log n,8192,1,65768,8.0283203125
HSDCU,λ<=log n,8192,1,68773,8.3951416015625
HSDCU,λ<=log n,8192,1,56909,6.9468994140625
HSDCU,λ<=log n,8192,1,66105,8.0694580078125
HSDCU,λ<=log n,8192,1,62922,7.680908203125
HSDCU,λ<=log n,8192,1,57358,7.001708984375
HSDCU,λ<=log n,8192,1,56907,6.9466552734375
HSDCU,λ<=log n,8192,1,60727,7.4129638671875
HSDCU,λ<=log n,8192,1,63798,7.787841796875
HSDCU,λ<=log n,8192,1,64930,7.926025390625
HSDCU,λ<=log n,8192,1,86985,10.6182861328125
HSDCU,λ<=log n,8192,1,68328,8.3408203125
HSDCU,λ<=log n,8192,1,66372,8.10205078125
HSDCU,λ<=log n,8192,1,67991,8.2996826171875
HSDCU,λ<=log n,8192,1,57699,7.0433349609375
HSDCU,λ<=log n,8192,1,68227,8.3284912109375
HSDCU,λ<=log n,8192,1,71169,8.6876220703125
HSDCU,λ<=log n,8192,1,63949,7.8062744140625
HSDCU,λ<=log n,8192,1,65174,7.955810546875
HSDCU,λ<=log n,8192,1,66778,8.151611328125
HSDCU,λ<=log n,8192,1,58577,7.1505126953125
HSDCU,λ<=log n,8192,1,68779,8.3958740234375
HSDCU,λ<=log n,8192,1,63363,7.7347412109375
HSDCU,λ<=log n,8192,1,60303,7.3612060546875
HSDCU,λ<=log n,8192,1,67403,8.2279052734375
HSDCU,λ<=log n,8192,1,68404,8.35009765625
HSDCU,λ<=log n,8192,1,66136,8.0732421875
HSDCU,λ<=log n,8192,1,69078,8.432373046875
HSDCU,λ<=log n,8192,1,62568,7.6376953125
HSDCU,λ<=log n,8192,1,58936,7.1943359375
HSDCU,λ<=log n,8192,1,63062,7.697998046875
HSDCU,λ<=log n,8192,1,61327,7.4862060546875
HSDCU,λ<=log n,8192,1,60848,7.427734375
HSDCU,λ<=log n,8192,1,54982,6.711669921875
HRDCU,λ<=log n,8192,1,51792,6.322265625
HRDCU,λ<=log n,8192,1,53723,6.5579833984375
HRDCU,λ<=log n,8192,1,46663,5.6961669921875
HRDCU,λ<=log n,8192,1,53607,6.5438232421875
HRDCU,λ<=log n,8192,1,45766,5.586669921875
HRDCU,λ<=log n,8192,1,50025,6.1065673828125
HRDCU,λ<=log n,8192,1,48312,5.8974609375
HRDCU,λ<=log n,8192,1,51797,6.3228759765625
HRDCU,λ<=log n,8192,1,49510,6.043701171875
HRDCU,λ<=log n,8192,1,48341,5.9010009765625
HRDCU,λ<=log n,8192,1,46507,5.6771240234375
HRDCU,λ<=log n,8192,1,50996,6.22509765625
HRDCU,λ<=log n,8192,1,54384,6.638671875
HRDCU,λ<=log n,8192,1,50525,6.1676025390625
HRDCU,λ<=log n,8192,1,47792,5.833984375
HRDCU,λ<=log n,8192,1,49017,5.9835205078125
HRDCU,λ<=log n,8192,1,53037,6.4742431640625
HRDCU,λ<=log n,8192,1,51180,6.24755859375
HRDCU,λ<=log n,8192,1,49573,6.0513916015625
HRDCU,λ<=log n,8192,1,50592,6.17578125
HRDCU,λ<=log n,8192,1,48211,5.8851318359375
HRDCU,λ<=log n,8192,1,54715,6.6790771484375
HRDCU,λ<=log n,8192,1,50245,6.1334228515625
HRDCU,λ<=log n,8192,1,50420,6.15478515625
HRDCU,λ<=log n,8192,1,46938,5.729736328125
HRDCU,λ<=log n,8192,1,50677,6.1861572265625
HRDCU,λ<=log n,8192,1,52437,6.4010009765625
HRDCU,λ<=log n,8192,1,48496,5.919921875
HRDCU,λ<=log n,8192,1,56098,6.847900390625
HRDCU,λ<=log n,8192,1,53187,6.4925537109375
HRDCU,λ<=log n,8192,1,50069,6.1119384765625
HRDCU,λ<=log n,8192,1,48375,5.9051513671875
HRDCU,λ<=log n,8192,1,49867,6.0872802734375
HRDCU,λ<=log n,8192,1,54820,6.69189453125
HRDCU,λ<=log n,8192,1,51339,6.2669677734375
HRDCU,λ<=log n,8192,1,52200,6.3720703125
HRDCU,λ<=log n,8192,1,52398,6.396240234375
HRDCU,λ<=log n,8192,1,53992,6.5908203125
HRDCU,λ<=log n,8192,1,46820,5.71533203125
HRDCU,λ<=log n,8192,1,49598,6.054443359375
HRDCU,λ<=log n,8192,1,51394,6.273681640625
HRDCU,λ<=log n,8192,1,45880,5.6005859375
HRDCU,λ<=log n,8192,1,48811,5.9583740234375
HRDCU,λ<=log n,8192,1,48959,5.9764404296875
HRDCU,λ<=log n,8192,1,49628,6.05810546875
HRDCU,λ<=log n,8192,1,48498,5.920166015625
HRDCU,λ<=log n,8192,1,48225,5.8868408203125
HRDCU,λ<=log n,8192,1,51299,6.2620849609375
HRDCU,λ<=log n,8192,1,46604,5.68896484375
HRDCU,λ<=log n,8192,1,52058,6.354736328125
HRDCU,λ<=log n,8192,1,53979,6.5892333984375
HRDCU,λ<=log n,8192,1,48259,5.8909912109375
HRDCU,λ<=log n,8192,1,51703,6.3114013671875
HRDCU,λ<=log n,8192,1,47349,5.7799072265625
HRDCU,λ<=log n,8192,1,48313,5.8975830078125
HRDCU,λ<=log n,8192,1,47475,5.7952880859375
HRDCU,λ<=log n,8192,1,49400,6.0302734375
HRDCU,λ<=log n,8192,1,53035,6.4739990234375
HRDCU,λ<=log n,8192,1,48833,5.9610595703125
HRDCU,λ<=log n,8192,1,51092,6.23681640625
HRDCU,λ<=log n,8192,1,48605,5.9332275390625
HRDCU,λ<=log n,8192,1,51979,6.3450927734375
HRDCU,λ<=log n,8192,1,48797,5.9566650390625
HRDCU,λ<=log n,8192,1,53381,6.5162353515625
HRDCU,λ<=log n,8192,1,51254,6.256591796875
HRDCU,λ<=log n,8192,1,53591,6.5418701171875
HRDCU,λ<=log n,8192,1,44400,5.419921875
HRDCU,λ<=log n,8192,1,50545,6.1700439453125
HRDCU,λ<=log n,8192,1,53917,6.5816650390625
HRDCU,λ<=log n,8192,1,53199,6.4940185546875
HRDCU,λ<=log n,8192,1,46411,5.6654052734375
HRDCU,λ<=log n,8192,1,46005,5.6158447265625
HRDCU,λ<=log n,8192,1,52624,6.423828125
HRDCU,λ<=log n,8192,1,55661,6.7945556640625
HRDCU,λ<=log n,8192,1,53305,6.5069580078125
HRDCU,λ<=log n,8192,1,52454,6.403076171875
HRDCU,λ<=log n,8192,1,57641,7.0362548828125
HRDCU,λ<=log n,8192,1,55164,6.73388671875
HRDCU,λ<=log n,8192,1,48317,5.8980712890625
HRDCU,λ<=log n,8192,1,51724,6.31396484375
HRDCU,λ<=log n,8192,1,47155,5.7562255859375
HRDCU,λ<=log n,8192,1,49596,6.05419921875
HRDCU,λ<=log n,8192,1,55109,6.7271728515625
HRDCU,λ<=log n,8192,1,52512,6.41015625
HRDCU,λ<=log n,8192,1,55571,6.7835693359375
HRDCU,λ<=log n,8192,1,53704,6.5556640625
HRDCU,λ<=log n,8192,1,48821,5.9595947265625
HRDCU,λ<=log n,8192,1,51593,6.2979736328125
HRDCU,λ<=log n,8192,1,47668,5.81884765625
HRDCU,λ<=log n,8192,1,54802,6.689697265625
HRDCU,λ<=log n,8192,1,47669,5.8189697265625
HRDCU,λ<=log n,8192,1,54353,6.6348876953125
HRDCU,λ<=log n,8192,1,50079,6.1131591796875
HRDCU,λ<=log n,8192,1,52688,6.431640625
HRDCU,λ<=log n,8192,1,48596,5.93212890625
HRDCU,λ<=log n,8192,1,50870,6.209716796875
HRDCU,λ<=log n,8192,1,51262,6.257568359375
HRDCU,λ<=log n,8192,1,49981,6.1011962890625
HRDCU,λ<=log n,8192,1,58459,7.1361083984375
HHDCU,λ<=log n,8192,1,47626,5.813720703125
HHDCU,λ<=log n,8192,1,49334,6.022216796875
HHDCU,λ<=log n,8192,1,46228,5.64306640625
HHDCU,λ<=log n,8192,1,46731,5.7044677734375
HHDCU,λ<=log n,8192,1,45558,5.561279296875
HHDCU,λ<=log n,8192,1,45838,5.595458984375
HHDCU,λ<=log n,8192,1,52808,6.4462890625
HHDCU,λ<=log n,8192,1,47491,5.7972412109375
HHDCU,λ<=log n,8192,1,46268,5.64794921875
HHDCU,λ<=log n,8192,1,45803,5.5911865234375
HHDCU,λ<=log n,8192,1,50822,6.203857421875
HHDCU,λ<=log n,8192,1,45436,5.54638671875
HHDCU,λ<=log n,8192,1,49056,5.98828125
HHDCU,λ<=log n,8192,1,51947,6.3411865234375
HHDCU,λ<=log n,8192,1,46904,5.7255859375
HHDCU,λ<=log n,8192,1,61827,7.5472412109375
HHDCU,λ<=log n,8192,1,50538,6.169189453125
HHDCU,λ<=log n,8192,1,50564,6.17236328125
HHDCU,λ<=log n,8192,1,45600,5.56640625
HHDCU,λ<=log n,8192,1,46329,5.6553955078125
HHDCU,λ<=log n,8192,1,48746,5.950439453125
HHDCU,λ<=log n,8192,1,48382,5.906005859375
HHDCU,λ<=log n,8192,1,43952,5.365234375
HHDCU,λ<=log n,8192,1,46798,5.712646484375
HHDCU,λ<=log n,8192,1,52376,6.3935546875
HHDCU,λ<=log n,8192,1,45873,5.5997314453125
HHDCU,λ<=log n,8192,1,45533,5.5582275390625
HHDCU,λ<=log n,8192,1,50705,6.1895751953125
HHDCU,λ<=log n,8192,1,44719,5.4588623046875
HHDCU,λ<=log n,8192,1,45642,5.571533203125
HHDCU,λ<=log n,8192,1,47809,5.8360595703125
HHDCU,λ<=log n,8192,1,52784,6.443359375
HHDCU,λ<=log n,8192,1,45651,5.5726318359375
HHDCU,λ<=log n,8192,1,46135,5.6317138671875
HHDCU,λ<=log n,8192,1,46498,5.676025390625
HHDCU,λ<=log n,8192,1,45019,5.4954833984375
HHDCU,λ<=log n,8192,1,47750,5.828857421875
HHDCU,λ<=log n,8192,1,49198,6.005615234375
HHDCU,λ<=log n,8192,1,45534,5.558349609375
HHDCU,λ<=log n,8192,1,48335,5.9002685546875
HHDCU,λ<=log n,8192,1,48763,5.9525146484375
HHDCU,λ<=log n,8192,1,50351,6.1463623046875
HHDCU,λ<=log n,8192,1,46263,5.6473388671875
HHDCU,λ<=log n,8192,1,44164,5.39111328125
HHDCU,λ<=log n,8192,1,50206,6.128662109375
HHDCU,λ<=log n,8192,1,45373,5.5386962890625
HHDCU,λ<=log n,8192,1,45502,5.554443359375
HHDCU,λ<=log n,8192,1,42764,5.22021484375
HHDCU,λ<=log n,8192,1,47977,5.8565673828125
HHDCU,λ<=log n,8192,1,52947,6.4632568359375
HHDCU,λ<=log n,8192,1,45055,5.4998779296875
HHDCU,λ<=log n,8192,1,48547,5.9261474609375
HHDCU,λ<=log n,8192,1,46994,5.736572265625
HHDCU,λ<=log n,8192,1,50942,6.218505859375
HHDCU,λ<=log n,8192,1,50626,6.179931640625
HHDCU,λ<=log n,8192,1,44561,5.4395751953125
HHDCU,λ<=log n,8192,1,47036,5.74169921875
HHDCU,λ<=log n,8192,1,43767,5.3426513671875
HHDCU,λ<=log n,8192,1,49578,6.052001953125
HHDCU,λ<=log n,8192,1,46071,5.6239013671875
HHDCU,λ<=log n,8192,1,46091,5.6263427734375
HHDCU,λ<=log n,8192,1,46716,5.70263671875
HHDCU,λ<=log n,8192,1,44538,5.436767578125
HHDCU,λ<=log n,8192,1,51565,6.2945556640625
HHDCU,λ<=log n,8192,1,46873,5.7218017578125
HHDCU,λ<=log n,8192,1,48270,5.892333984375
HHDCU,λ<=log n,8192,1,49387,6.0286865234375
HHDCU,λ<=log n,8192,1,46447,5.6697998046875
HHDCU,λ<=log n,8192,1,43832,5.3505859375
HHDCU,λ<=log n,8192,1,43778,5.343994140625
HHDCU,λ<=log n,8192,1,48782,5.954833984375
HHDCU,λ<=log n,8192,1,46600,5.6884765625
HHDCU,λ<=log n,8192,1,45572,5.56298828125
HHDCU,λ<=log n,8192,1,46607,5.6893310546875
HHDCU,λ<=log n,8192,1,48837,5.9615478515625
HHDCU,λ<=log n,8192,1,47313,5.7755126953125
HHDCU,λ<=log n,8192,1,48603,5.9329833984375
HHDCU,λ<=log n,8192,1,46042,5.620361328125
HHDCU,λ<=log n,8192,1,49692,6.06591796875
HHDCU,λ<=log n,8192,1,45949,5.6090087890625
HHDCU,λ<=log n,8192,1,46406,5.664794921875
HHDCU,λ<=log n,8192,1,44734,5.460693359375
HHDCU,λ<=log n,8192,1,43260,5.28076171875
HHDCU,λ<=log n,8192,1,44980,5.49072265625
HHDCU,λ<=log n,8192,1,50690,6.187744140625
HHDCU,λ<=log n,8192,1,46288,5.650390625
HHDCU,λ<=log n,8192,1,43137,5.2657470703125
HHDCU,λ<=log n,8192,1,47167,5.7576904296875
HHDCU,λ<=log n,8192,1,48058,5.866455078125
HHDCU,λ<=log n,8192,1,47121,5.7520751953125
HHDCU,λ<=log n,8192,1,44185,5.3936767578125
HHDCU,λ<=log n,8192,1,49615,6.0565185546875
HHDCU,λ<=log n,8192,1,49585,6.0528564453125
HHDCU,λ<=log n,8192,1,45492,5.55322265625
HHDCU,λ<=log n,8192,1,46884,5.72314453125
HHDCU,λ<=log n,8192,1,49117,5.9957275390625
HHDCU,λ<=log n,8192,1,47048,5.7431640625
HHDCU,λ<=log n,8192,1,48532,5.92431640625
HHDCU,λ<=log n,8192,1,45199,5.5174560546875
HHDCU,λ<=log n,8192,1,47457,5.7930908203125
HHLCU,λ<=log n,8192,1,49755,6.0736083984375
HHLCU,λ<=log n,8192,1,52932,6.46142578125
HHLCU,λ<=log n,8192,1,45884,5.60107421875
HHLCU,λ<=log n,8192,1,47958,5.854248046875
HHLCU,λ<=log n,8192,1,51387,6.2728271484375
HHLCU,λ<=log n,8192,1,48970,5.977783203125
HHLCU,λ<=log n,8192,1,47069,5.7457275390625
HHLCU,λ<=log n,8192,1,46114,5.629150390625
HHLCU,λ<=log n,8192,1,47068,5.74560546875
HHLCU,λ<=log n,8192,1,47839,5.8397216796875
HHLCU,λ<=log n,8192,1,48336,5.900390625
HHLCU,λ<=log n,8192,1,48934,5.973388671875
HHLCU,λ<=log n,8192,1,44481,5.4298095703125
HHLCU,λ<=log n,8192,1,49230,6.009521484375
HHLCU,λ<=log n,8192,1,49591,6.0535888671875
HHLCU,λ<=log n,8192,1,51988,6.34619140625
HHLCU,λ<=log n,8192,1,48321,5.8985595703125
HHLCU,λ<=log n,8192,1,58206,7.105224609375
HHLCU,λ<=log n,8192,1,51035,6.2298583984375
HHLCU,λ<=log n,8192,1,47219,5.7640380859375
HHLCU,λ<=log n,8192,1,50539,6.1693115234375
HHLCU,λ<=log n,8192,1,48351,5.9022216796875
HHLCU,λ<=log n,8192,1,46676,5.69775390625
HHLCU,λ<=log n,8192,1,48047,5.8651123046875
HHLCU,λ<=log n,8192,1,50677,6.1861572265625
HHLCU,λ<=log n,8192,1,48954,5.975830078125
HHLCU,λ<=log n,8192,1,57231,6.9862060546875
HHLCU,λ<=log n,8192,1,51232,6.25390625
HHLCU,λ<=log n,8192,1,46133,5.6314697265625
HHLCU,λ<=log n,8192,1,49775,6.0760498046875
HHLCU,λ<=log n,8192,1,50705,6.1895751953125
HHLCU,λ<=log n,8192,1,50193,6.1270751953125
HHLCU,λ<=log n,8192,1,50417,6.1544189453125
HHLCU,λ<=log n,8192,1,52200,6.3720703125
HHLCU,λ<=log n,8192,1,45933,5.6070556640625
HHLCU,λ<=log n,8192,1,46677,5.6978759765625
HHLCU,λ<=log n,8192,1,47868,5.84326171875
HHLCU,λ<=log n,8192,1,57858,7.062744140625
HHLCU,λ<=log n,8192,1,50147,6.1214599609375
HHLCU,λ<=log n,8192,1,47348,5.77978515625
HHLCU,λ<=log n,8192,1,46726,5.703857421875
HHLCU,λ<=log n,8192,1,50411,6.1536865234375
HHLCU,λ<=log n,8192,1,47694,5.822021484375
HHLCU,λ<=log n,8192,1,46232,5.6435546875
HHLCU,λ<=log n,8192,1,43923,5.3616943359375
HHLCU,λ<=log n,8192,1,55030,6.717529296875
HHLCU,λ<=log n,8192,1,51305,6.2628173828125
HHLCU,λ<=log n,8192,1,46921,5.7276611328125
HHLCU,λ<=log n,8192,1,46640,5.693359375
HHLCU,λ<=log n,8192,1,49061,5.9888916015625
HHLCU,λ<=log n,8192,1,54967,6.7098388671875
HHLCU,λ<=log n,8192,1,48951,5.9754638671875
HHLCU,λ<=log n,8192,1,53935,6.5838623046875
HHLCU,λ<=log n,8192,1,48749,5.9508056640625
HHLCU,λ<=log n,8192,1,50050,6.109619140625
HHLCU,λ<=log n,8192,1,54814,6.691162109375
HHLCU,λ<=log n,8192,1,48379,5.9056396484375
HHLCU,λ<=log n,8192,1,47108,5.75048828125
HHLCU,λ<=log n,8192,1,49761,6.0743408203125
HHLCU,λ<=log n,8192,1,47555,5.8050537109375
HHLCU,λ<=log n,8192,1,48884,5.96728515625
HHLCU,λ<=log n,8192,1,50213,6.1295166015625
HHLCU,λ<=log n,8192,1,51279,6.2596435546875
HHLCU,λ<=log n,8192,1,47739,5.8275146484375
HHLCU,λ<=log n,8192,1,48859,5.9642333984375
HHLCU,λ<=log n,8192,1,48535,5.9246826171875
HHLCU,λ<=log n,8192,1,46735,5.7049560546875
HHLCU,λ<=log n,8192,1,53243,6.4993896484375
HHLCU,λ<=log n,8192,1,48162,5.879150390625
HHLCU,λ<=log n,8192,1,49440,6.03515625
HHLCU,λ<=log n,8192,1,49578,6.052001953125
HHLCU,λ<=log n,8192,1,53911,6.5809326171875
HHLCU,λ<=log n,8192,1,48930,5.972900390625
HHLCU,λ<=log n,8192,1,45832,5.5947265625
HHLCU,λ<=log n,8192,1,47309,5.7750244140625
HHLCU,λ<=log n,8192,1,46835,5.7171630859375
HHLCU,λ<=log n,8192,1,47691,5.8216552734375
HHLCU,λ<=log n,8192,1,48401,5.9083251953125
HHLCU,λ<=log n,8192,1,51352,6.2685546875
HHLCU,λ<=log n,8192,1,49771,6.0755615234375
HHLCU,λ<=log n,8192,1,47410,5.787353515625
HHLCU,λ<=log n,8192,1,49692,6.06591796875
HHLCU,λ<=log n,8192,1,50517,6.1666259765625
HHLCU,λ<=log n,8192,1,49114,5.995361328125
HHLCU,λ<=log n,8192,1,44877,5.4781494140625
HHLCU,λ<=log n,8192,1,47646,5.816162109375
HHLCU,λ<=log n,8192,1,51634,6.302978515625
HHLCU,λ<=log n,8192,1,46290,5.650634765625
HHLCU,λ<=log n,8192,1,48255,5.8905029296875
HHLCU,λ<=log n,8192,1,48791,5.9559326171875
HHLCU,λ<=log n,8192,1,49955,6.0980224609375
HHLCU,λ<=log n,8192,1,48251,5.8900146484375
HHLCU,λ<=log n,8192,1,49881,6.0889892578125
HHLCU,λ<=log n,8192,1,54936,6.7060546875
HHLCU,λ<=log n,8192,1,44748,5.46240234375
HHLCU,λ<=log n,8192,1,51052,6.23193359375
HHLCU,λ<=log n,8192,1,49401,6.0303955078125
HHLCU,λ<=log n,8192,1,46851,5.7191162109375
HHLCU,λ<=log n,8192,1,56773,6.9302978515625
HHLCU,λ<=log n,8192,1,50100,6.11572265625
HRLCU,λ<=log n,8192,1,58291,7.1156005859375
HRLCU,λ<=log n,8192,1,57519,7.0213623046875
HRLCU,λ<=log n,8192,1,59423,7.2537841796875
HRLCU,λ<=log n,8192,1,51732,6.31494140625
HRLCU,λ<=log n,8192,1,61237,7.4752197265625
HRLCU,λ<=log n,8192,1,66175,8.0780029296875
HRLCU,λ<=log n,8192,1,62375,7.6141357421875
HRLCU,λ<=log n,8192,1,56045,6.8414306640625
HRLCU,λ<=log n,8192,1,53496,6.5302734375
HRLCU,λ<=log n,8192,1,64545,7.8790283203125
HRLCU,λ<=log n,8192,1,59803,7.3001708984375
HRLCU,λ<=log n,8192,1,58591,7.1522216796875
HRLCU,λ<=log n,8192,1,59843,7.3050537109375
HRLCU,λ<=log n,8192,1,51112,6.2392578125
HRLCU,λ<=log n,8192,1,56219,6.8626708984375
HRLCU,λ<=log n,8192,1,61982,7.566162109375
HRLCU,λ<=log n,8192,1,57408,7.0078125
HRLCU,λ<=log n,8192,1,61415,7.4969482421875
HRLCU,λ<=log n,8192,1,51835,6.3275146484375
HRLCU,λ<=log n,8192,1,54362,6.635986328125
HRLCU,λ<=log n,8192,1,59319,7.2410888671875
HRLCU,λ<=log n,8192,1,58020,7.08251953125
HRLCU,λ<=log n,8192,1,60316,7.36279296875
HRLCU,λ<=log n,8192,1,60132,7.34033203125
HRLCU,λ<=log n,8192,1,60011,7.3255615234375
HRLCU,λ<=log n,8192,1,53151,6.4881591796875
HRLCU,λ<=log n,8192,1,69913,8.5343017578125
HRLCU,λ<=log n,8192,1,54963,6.7093505859375
HRLCU,λ<=log n,8192,1,47031,5.7410888671875
HRLCU,λ<=log n,8192,1,57792,7.0546875
HRLCU,λ<=log n,8192,1,55593,6.7862548828125
HRLCU,λ<=log n,8192,1,53596,6.54248046875
HRLCU,λ<=log n,8192,1,55107,6.7269287109375
HRLCU,λ<=log n,8192,1,60058,7.331298828125
HRLCU,λ<=log n,8192,1,60287,7.3592529296875
HRLCU,λ<=log n,8192,1,60540,7.39013671875
HRLCU,λ<=log n,8192,1,54980,6.71142578125
HRLCU,λ<=log n,8192,1,51994,6.346923828125
HRLCU,λ<=log n,8192,1,53370,6.514892578125
HRLCU,λ<=log n,8192,1,56609,6.9102783203125
HRLCU,λ<=log n,8192,1,57590,7.030029296875
HRLCU,λ<=log n,8192,1,53941,6.5845947265625
HRLCU,λ<=log n,8192,1,65117,7.9488525390625
HRLCU,λ<=log n,8192,1,53350,6.512451171875
HRLCU,λ<=log n,8192,1,58401,7.1290283203125
HRLCU,λ<=log n,8192,1,56727,6.9246826171875
HRLCU,λ<=log n,8192,1,58093,7.0914306640625
HRLCU,λ<=log n,8192,1,53195,6.4935302734375
HRLCU,λ<=log n,8192,1,58805,7.1783447265625
HRLCU,λ<=log n,8192,1,54010,6.593017578125
HRLCU,λ<=log n,8192,1,55418,6.764892578125
HRLCU,λ<=log n,8192,1,53408,6.51953125
HRLCU,λ<=log n,8192,1,59840,7.3046875
HRLCU,λ<=log n,8192,1,51653,6.3052978515625
HRLCU,λ<=log n,8192,1,59839,7.3045654296875
HRLCU,λ<=log n,8192,1,65996,8.05615234375
HRLCU,λ<=log n,8192,1,50083,6.1136474609375
HRLCU,λ<=log n,8192,1,60463,7.3807373046875
HRLCU,λ<=log n,8192,1,50064,6.111328125
HRLCU,λ<=log n,8192,1,50950,6.219482421875
HRLCU,λ<=log n,8192,1,75344,9.197265625
HRLCU,λ<=log n,8192,1,53060,6.47705078125
HRLCU,λ<=log n,8192,1,55753,6.8057861328125
HRLCU,λ<=log n,8192,1,53430,6.522216796875
HRLCU,λ<=log n,8192,1,53867,6.5755615234375
HRLCU,λ<=log n,8192,1,58845,7.1832275390625
HRLCU,λ<=log n,8192,1,58839,7.1824951171875
HRLCU,λ<=log n,8192,1,48037,5.8638916015625
HRLCU,λ<=log n,8192,1,59892,7.31103515625
HRLCU,λ<=log n,8192,1,56539,6.9017333984375
HRLCU,λ<=log n,8192,1,52364,6.39208984375
HRLCU,λ<=log n,8192,1,62420,7.61962890625
HRLCU,λ<=log n,8192,1,53221,6.4967041015625
HRLCU,λ<=log n,8192,1,54794,6.688720703125
HRLCU,λ<=log n,8192,1,49268,6.01416015625
HRLCU,λ<=log n,8192,1,54398,6.640380859375
HRLCU,λ<=log n,8192,1,50283,6.1380615234375
HRLCU,λ<=log n,8192,1,58248,7.1103515625
HRLCU,λ<=log n,8192,1,72929,8.9024658203125
HRLCU,λ<=log n,8192,1,64075,7.8216552734375
HRLCU,λ<=log n,8192,1,57945,7.0733642578125
HRLCU,λ<=log n,8192,1,59160,7.2216796875
HRLCU,λ<=log n,8192,1,57041,6.9630126953125
HRLCU,λ<=log n,8192,1,50642,6.181884765625
HRLCU,λ<=log n,8192,1,55568,6.783203125
HRLCU,λ<=log n,8192,1,57844,7.06103515625
HRLCU,λ<=log n,8192,1,56255,6.8670654296875
HRLCU,λ<=log n,8192,1,56176,6.857421875
HRLCU,λ<=log n,8192,1,57303,6.9949951171875
HRLCU,λ<=log n,8192,1,53807,6.5682373046875
HRLCU,λ<=log n,8192,1,56228,6.86376953125
HRLCU,λ<=log n,8192,1,58479,7.1385498046875
HRLCU,λ<=log n,8192,1,66171,8.0775146484375
HRLCU,λ<=log n,8192,1,52414,6.398193359375
HRLCU,λ<=log n,8192,1,63510,7.752685546875
HRLCU,λ<=log n,8192,1,55352,6.7568359375
HRLCU,λ<=log n,8192,1,57086,6.968505859375
HRLCU,λ<=log n,8192,1,64492,7.87255859375
HRLCU,λ<=log n,8192,1,51933,6.3394775390625
HSLCU,λ<=log n,8192,1,68468,8.35791015625
HSLCU,λ<=log n,8192,1,63649,7.7696533203125
HSLCU,λ<=log n,8192,1,65669,8.0162353515625
HSLCU,λ<=log n,8192,1,80914,9.877197265625
HSLCU,λ<=log n,8192,1,74565,9.1021728515625
HSLCU,λ<=log n,8192,1,77008,9.400390625
HSLCU,λ<=log n,8192,1,73824,9.01171875
HSLCU,λ<=log n,8192,1,74018,9.035400390625
HSLCU,λ<=log n,8192,1,61341,7.4879150390625
HSLCU,λ<=log n,8192,1,75657,9.2354736328125
HSLCU,λ<=log n,8192,1,63251,7.7210693359375
HSLCU,λ<=log n,8192,1,75299,9.1917724609375
HSLCU,λ<=log n,8192,1,67514,8.241455078125
HSLCU,λ<=log n,8192,1,70786,8.640869140625
HSLCU,λ<=log n,8192,1,79760,9.736328125
HSLCU,λ<=log n,8192,1,62566,7.637451171875
HSLCU,λ<=log n,8192,1,67084,8.18896484375
HSLCU,λ<=log n,8192,1,73373,8.9566650390625
HSLCU,λ<=log n,8192,1,67304,8.2158203125
HSLCU,λ<=log n,8192,1,67462,8.235107421875
HSLCU,λ<=log n,8192,1,71915,8.7786865234375
HSLCU,λ<=log n,8192,1,69700,8.50830078125
HSLCU,λ<=log n,8192,1,63594,7.762939453125
HSLCU,λ<=log n,8192,1,77592,9.4716796875
HSLCU,λ<=log n,8192,1,69459,8.4788818359375
HSLCU,λ<=log n,8192,1,66112,8.0703125
HSLCU,λ<=log n,8192,1,74495,9.0936279296875
HSLCU,λ<=log n,8192,1,66624,8.1328125
HSLCU,λ<=log n,8192,1,62896,7.677734375
HSLCU,λ<=log n,8192,1,66598,8.129638671875
HSLCU,λ<=log n,8192,1,77697,9.4844970703125
HSLCU,λ<=log n,8192,1,64963,7.9300537109375
HSLCU,λ<=log n,8192,1,71979,8.7864990234375
HSLCU,λ<=log n,8192,1,67302,8.215576171875
HSLCU,λ<=log n,8192,1,67940,8.29345703125
HSLCU,λ<=log n,8192,1,72773,8.8834228515625
HSLCU,λ<=log n,8192,1,66756,8.14892578125
HSLCU,λ<=log n,8192,1,70096,8.556640625
HSLCU,λ<=log n,8192,1,67415,8.2293701171875
HSLCU,λ<=log n,8192,1,64454,7.867919921875
HSLCU,λ<=log n,8192,1,64726,7.901123046875
HSLCU,λ<=log n,8192,1,72516,8.85205078125
HSLCU,λ<=log n,8192,1,66339,8.0980224609375
HSLCU,λ<=log n,8192,1,65937,8.0489501953125
HSLCU,λ<=log n,8192,1,69467,8.4798583984375
HSLCU,λ<=log n,8192,1,63000,7.6904296875
HSLCU,λ<=log n,8192,1,71711,8.7537841796875
HSLCU,λ<=log n,8192,1,68115,8.3148193359375
HSLCU,λ<=log n,8192,1,65593,8.0069580078125
HSLCU,λ<=log n,8192,1,69835,8.5247802734375
HSLCU,λ<=log n,8192,1,72030,8.792724609375
HSLCU,λ<=log n,8192,1,69373,8.4683837890625
HSLCU,λ<=log n,8192,1,72317,8.8277587890625
HSLCU,λ<=log n,8192,1,64421,7.8638916015625
HSLCU,λ<=log n,8192,1,74863,9.1385498046875
HSLCU,λ<=log n,8192,1,74445,9.0875244140625
HSLCU,λ<=log n,8192,1,64804,7.91064453125
HSLCU,λ<=log n,8192,1,68338,8.342041015625
HSLCU,λ<=log n,8192,1,65653,8.0142822265625
HSLCU,λ<=log n,8192,1,66985,8.1768798828125
HSLCU,λ<=log n,8192,1,67594,8.251220703125
HSLCU,λ<=log n,8192,1,63897,7.7999267578125
HSLCU,λ<=log n,8192,1,67168,8.19921875
HSLCU,λ<=log n,8192,1,66688,8.140625
HSLCU,λ<=log n,8192,1,64029,7.8160400390625
HSLCU,λ<=log n,8192,1,67735,8.2684326171875
HSLCU,λ<=log n,8192,1,68150,8.319091796875
HSLCU,λ<=log n,8192,1,63164,7.71044921875
HSLCU,λ<=log n,8192,1,68378,8.346923828125
HSLCU,λ<=log n,8192,1,69286,8.457763671875
HSLCU,λ<=log n,8192,1,60960,7.44140625
HSLCU,λ<=log n,8192,1,70761,8.6378173828125
HSLCU,λ<=log n,8192,1,70041,8.5499267578125
HSLCU,λ<=log n,8192,1,65658,8.014892578125
HSLCU,λ<=log n,8192,1,68402,8.349853515625
HSLCU,λ<=log n,8192,1,71584,8.73828125
HSLCU,λ<=log n,8192,1,66555,8.1243896484375
HSLCU,λ<=log n,8192,1,75608,9.2294921875
HSLCU,λ<=log n,8192,1,66305,8.0938720703125
HSLCU,λ<=log n,8192,1,69426,8.474853515625
HSLCU,λ<=log n,8192,1,72231,8.8172607421875
HSLCU,λ<=log n,8192,1,65098,7.946533203125
HSLCU,λ<=log n,8192,1,64655,7.8924560546875
HSLCU,λ<=log n,8192,1,74640,9.111328125
HSLCU,λ<=log n,8192,1,71074,8.676025390625
HSLCU,λ<=log n,8192,1,73651,8.9906005859375
HSLCU,λ<=log n,8192,1,70760,8.6376953125
HSLCU,λ<=log n,8192,1,65309,7.9722900390625
HSLCU,λ<=log n,8192,1,65557,8.0025634765625
HSLCU,λ<=log n,8192,1,76859,9.3822021484375
HSLCU,λ<=log n,8192,1,64449,7.8673095703125
HSLCU,λ<=log n,8192,1,66522,8.120361328125
HSLCU,λ<=log n,8192,1,61552,7.513671875
HSLCU,λ<=log n,8192,1,73462,8.967529296875
HSLCU,λ<=log n,8192,1,65188,7.95751953125
HSLCU,λ<=log n,8192,1,59070,7.210693359375
HSLCU,λ<=log n,8192,1,74743,9.1239013671875
HSLCU,λ<=log n,8192,1,87055,10.6268310546875
HSLCU,λ<=log n,8192,1,69624,8.4990234375
HSLCU,λ<=log n,8192,1,74052,9.03955078125
HSDSU,λ<=log n,8192,1,74981,9.1529541015625
HSDSU,λ<=log n,8192,1,81956,10.00439453125
HSDSU,λ<=log n,8192,1,74589,9.1051025390625
HSDSU,λ<=log n,8192,1,75089,9.1661376953125
HSDSU,λ<=log n,8192,1,72662,8.869873046875
HSDSU,λ<=log n,8192,1,85324,10.41552734375
HSDSU,λ<=log n,8192,1,74754,9.125244140625
HSDSU,λ<=log n,8192,1,81414,9.938232421875
HSDSU,λ<=log n,8192,1,71491,8.7269287109375
HSDSU,λ<=log n,8192,1,75332,9.19580078125
HSDSU,λ<=log n,8192,1,81033,9.8917236328125
HSDSU,λ<=log n,8192,1,85103,10.3885498046875
HSDSU,λ<=log n,8192,1,77588,9.47119140625
HSDSU,λ<=log n,8192,1,86657,10.5782470703125
HSDSU,λ<=log n,8192,1,83581,10.2027587890625
HSDSU,λ<=log n,8192,1,93293,11.3883056640625
HSDSU,λ<=log n,8192,1,78141,9.5386962890625
HSDSU,λ<=log n,8192,1,82333,10.0504150390625
HSDSU,λ<=log n,8192,1,76716,9.36474609375
HSDSU,λ<=log n,8192,1,79048,9.6494140625
HSDSU,λ<=log n,8192,1,81016,9.8896484375
HSDSU,λ<=log n,8192,1,74725,9.1217041015625
HSDSU,λ<=log n,8192,1,79250,9.674072265625
HSDSU,λ<=log n,8192,1,75189,9.1783447265625
HSDSU,λ<=log n,8192,1,83531,10.1966552734375
HSDSU,λ<=log n,8192,1,81702,9.973388671875
HSDSU,λ<=log n,8192,1,89449,10.9190673828125
HSDSU,λ<=log n,8192,1,78083,9.5316162109375
HSDSU,λ<=log n,8192,1,81906,9.998291015625
HSDSU,λ<=log n,8192,1,78308,9.55908203125
HSDSU,λ<=log n,8192,1,78026,9.524658203125
HSDSU,λ<=log n,8192,1,87092,10.63134765625
HSDSU,λ<=log n,8192,1,73479,8.9696044921875
HSDSU,λ<=log n,8192,1,75430,9.207763671875
HSDSU,λ<=log n,8192,1,71779,8.7620849609375
HSDSU,λ<=log n,8192,1,80643,9.8441162109375
HSDSU,λ<=log n,8192,1,78905,9.6319580078125
HSDSU,λ<=log n,8192,1,78393,9.5694580078125
HSDSU,λ<=log n,8192,1,73351,8.9539794921875
HSDSU,λ<=log n,8192,1,80517,9.8287353515625
HSDSU,λ<=log n,8192,1,75197,9.1793212890625
HSDSU,λ<=log n,8192,1,77345,9.4415283203125
HSDSU,λ<=log n,8192,1,73998,9.032958984375
HSDSU,λ<=log n,8192,1,72047,8.7947998046875
HSDSU,λ<=log n,8192,1,76743,9.3680419921875
HSDSU,λ<=log n,8192,1,83665,10.2130126953125
HSDSU,λ<=log n,8192,1,79895,9.7528076171875
HSDSU,λ<=log n,8192,1,77738,9.489501953125
HSDSU,λ<=log n,8192,1,93985,11.4727783203125
HSDSU,λ<=log n,8192,1,92179,11.2523193359375
HSDSU,λ<=log n,8192,1,78145,9.5391845703125
HSDSU,λ<=log n,8192,1,74662,9.114013671875
HSDSU,λ<=log n,8192,1,72907,8.8997802734375
HSDSU,λ<=log n,8192,1,73207,8.9364013671875
HSDSU,λ<=log n,8192,1,84954,10.370361328125
HSDSU,λ<=log n,8192,1,71023,8.6697998046875
HSDSU,λ<=log n,8192,1,79939,9.7581787109375
HSDSU,λ<=log n,8192,1,97092,11.85205078125
HSDSU,λ<=log n,8192,1,74065,9.0411376953125
HSDSU,λ<=log n,8192,1,87782,10.715576171875
HSDSU,λ<=log n,8192,1,72942,8.904052734375
HSDSU,λ<=log n,8192,1,69991,8.5438232421875
HSDSU,λ<=log n,8192,1,76087,9.2879638671875
HSDSU,λ<=log n,8192,1,101275,12.3626708984375
HSDSU,λ<=log n,8192,1,80235,9.7943115234375
HSDSU,λ<=log n,8192,1,73827,9.0120849609375
HSDSU,λ<=log n,8192,1,77417,9.4503173828125
HSDSU,λ<=log n,8192,1,88500,10.80322265625
HSDSU,λ<=log n,8192,1,74256,9.064453125
HSDSU,λ<=log n,8192,1,75295,9.1912841796875
HSDSU,λ<=log n,8192,1,81246,9.917724609375
HSDSU,λ<=log n,8192,1,76561,9.3458251953125
HSDSU,λ<=log n,8192,1,87316,10.65869140625
HSDSU,λ<=log n,8192,1,74427,9.0853271484375
HSDSU,λ<=log n,8192,1,74129,9.0489501953125
HSDSU,λ<=log n,8192,1,82149,10.0279541015625
HSDSU,λ<=log n,8192,1,78028,9.52490234375
HSDSU,λ<=log n,8192,1,77902,9.509521484375
HSDSU,λ<=log n,8192,1,78880,9.62890625
HSDSU,λ<=log n,8192,1,77868,9.50537109375
HSDSU,λ<=log n,8192,1,85878,10.483154296875
HSDSU,λ<=log n,8192,1,71388,8.71435546875
HSDSU,λ<=log n,8192,1,81288,9.9228515625
HSDSU,λ<=log n,8192,1,78814,9.620849609375
HSDSU,λ<=log n,8192,1,74235,9.0618896484375
HSDSU,λ<=log n,8192,1,76476,9.33544921875
HSDSU,λ<=log n,8192,1,89008,10.865234375
HSDSU,λ<=log n,8192,1,77794,9.496337890625
HSDSU,λ<=log n,8192,1,81947,10.0032958984375
HSDSU,λ<=log n,8192,1,81228,9.91552734375
HSDSU,λ<=log n,8192,1,76921,9.3897705078125
HSDSU,λ<=log n,8192,1,72790,8.885498046875
HSDSU,λ<=log n,8192,1,78212,9.54736328125
HSDSU,λ<=log n,8192,1,76800,9.375
HSDSU,λ<=log n,8192,1,88497,10.8028564453125
HSDSU,λ<=log n,8192,1,75389,9.2027587890625
HSDSU,λ<=log n,8192,1,83753,10.2237548828125
HSDSU,λ<=log n,8192,1,76624,9.353515625
HSDSU,λ<=log n,8192,1,76134,9.293701171875
HSDSU,λ<=log n,8192,1,71328,8.70703125
HRDSU,λ<=log n,8192,1,53933,6.5836181640625
HRDSU,λ<=log n,8192,1,54359,6.6356201171875
HRDSU,λ<=log n,8192,1,49395,6.0296630859375
HRDSU,λ<=log n,8192,1,55302,6.750732421875
HRDSU,λ<=log n,8192,1,55480,6.7724609375
HRDSU,λ<=log n,8192,1,55492,6.77392578125
HRDSU,λ<=log n,8192,1,55736,6.8037109375
HRDSU,λ<=log n,8192,1,57778,7.052978515625
HRDSU,λ<=log n,8192,1,52778,6.442626953125
HRDSU,λ<=log n,8192,1,53946,6.585205078125
HRDSU,λ<=log n,8192,1,57306,6.995361328125
HRDSU,λ<=log n,8192,1,56793,6.9327392578125
HRDSU,λ<=log n,8192,1,58728,7.1689453125
HRDSU,λ<=log n,8192,1,54295,6.6278076171875
HRDSU,λ<=log n,8192,1,56022,6.838623046875
HRDSU,λ<=log n,8192,1,58429,7.1324462890625
HRDSU,λ<=log n,8192,1,55670,6.795654296875
HRDSU,λ<=log n,8192,1,52639,6.4256591796875
HRDSU,λ<=log n,8192,1,60516,7.38720703125
HRDSU,λ<=log n,8192,1,53206,6.494873046875
HRDSU,λ<=log n,8192,1,53751,6.5614013671875
HRDSU,λ<=log n,8192,1,57287,6.9930419921875
HRDSU,λ<=log n,8192,1,54981,6.7115478515625
HRDSU,λ<=log n,8192,1,60132,7.34033203125
HRDSU,λ<=log n,8192,1,51616,6.30078125
HRDSU,λ<=log n,8192,1,53085,6.4801025390625
HRDSU,λ<=log n,8192,1,53539,6.5355224609375
HRDSU,λ<=log n,8192,1,56207,6.8612060546875
HRDSU,λ<=log n,8192,1,52718,6.435302734375
HRDSU,λ<=log n,8192,1,53101,6.4820556640625
HRDSU,λ<=log n,8192,1,56189,6.8590087890625
HRDSU,λ<=log n,8192,1,57386,7.005126953125
HRDSU,λ<=log n,8192,1,53245,6.4996337890625
HRDSU,λ<=log n,8192,1,52035,6.3519287109375
HRDSU,λ<=log n,8192,1,50859,6.2083740234375
HRDSU,λ<=log n,8192,1,51527,6.2899169921875
HRDSU,λ<=log n,8192,1,50198,6.127685546875
HRDSU,λ<=log n,8192,1,52347,6.3900146484375
HRDSU,λ<=log n,8192,1,58333,7.1207275390625
HRDSU,λ<=log n,8192,1,55181,6.7359619140625
HRDSU,λ<=log n,8192,1,56790,6.932373046875
HRDSU,λ<=log n,8192,1,49631,6.0584716796875
HRDSU,λ<=log n,8192,1,57835,7.0599365234375
HRDSU,λ<=log n,8192,1,52052,6.35400390625
HRDSU,λ<=log n,8192,1,53629,6.5465087890625
HRDSU,λ<=log n,8192,1,54597,6.6646728515625
HRDSU,λ<=log n,8192,1,62028,7.57177734375
HRDSU,λ<=log n,8192,1,52925,6.4605712890625
HRDSU,λ<=log n,8192,1,57521,7.0216064453125
HRDSU,λ<=log n,8192,1,57755,7.0501708984375
HRDSU,λ<=log n,8192,1,52900,6.45751953125
HRDSU,λ<=log n,8192,1,57301,6.9947509765625
HRDSU,λ<=log n,8192,1,56543,6.9022216796875
HRDSU,λ<=log n,8192,1,50441,6.1573486328125
HRDSU,λ<=log n,8192,1,59373,7.2476806640625
HRDSU,λ<=log n,8192,1,60601,7.3975830078125
HRDSU,λ<=log n,8192,1,58191,7.1033935546875
HRDSU,λ<=log n,8192,1,50598,6.176513671875
HRDSU,λ<=log n,8192,1,58801,7.1778564453125
HRDSU,λ<=log n,8192,1,51985,6.3458251953125
HRDSU,λ<=log n,8192,1,56968,6.9541015625
HRDSU,λ<=log n,8192,1,57850,7.061767578125
HRDSU,λ<=log n,8192,1,53226,6.497314453125
HRDSU,λ<=log n,8192,1,54563,6.6605224609375
HRDSU,λ<=log n,8192,1,55178,6.735595703125
HRDSU,λ<=log n,8192,1,57762,7.051025390625
HRDSU,λ<=log n,8192,1,51834,6.327392578125
HRDSU,λ<=log n,8192,1,53683,6.5531005859375
HRDSU,λ<=log n,8192,1,56746,6.927001953125
HRDSU,λ<=log n,8192,1,54609,6.6661376953125
HRDSU,λ<=log n,8192,1,51759,6.3182373046875
HRDSU,λ<=log n,8192,1,57173,6.9791259765625
HRDSU,λ<=log n,8192,1,55708,6.80029296875
HRDSU,λ<=log n,8192,1,54387,6.6390380859375
HRDSU,λ<=log n,8192,1,57982,7.077880859375
HRDSU,λ<=log n,8192,1,54256,6.623046875
HRDSU,λ<=log n,8192,1,51179,6.2474365234375
HRDSU,λ<=log n,8192,1,49171,6.0023193359375
HRDSU,λ<=log n,8192,1,54811,6.6907958984375
HRDSU,λ<=log n,8192,1,49779,6.0765380859375
HRDSU,λ<=log n,8192,1,48933,5.9732666015625
HRDSU,λ<=log n,8192,1,50439,6.1571044921875
HRDSU,λ<=log n,8192,1,51429,6.2779541015625
HRDSU,λ<=log n,8192,1,53608,6.5439453125
HRDSU,λ<=log n,8192,1,51025,6.2286376953125
HRDSU,λ<=log n,8192,1,53316,6.50830078125
HRDSU,λ<=log n,8192,1,58203,7.1048583984375
HRDSU,λ<=log n,8192,1,66305,8.0938720703125
HRDSU,λ<=log n,8192,1,59201,7.2266845703125
HRDSU,λ<=log n,8192,1,53800,6.5673828125
HRDSU,λ<=log n,8192,1,52847,6.4510498046875
HRDSU,λ<=log n,8192,1,66035,8.0609130859375
HRDSU,λ<=log n,8192,1,69937,8.5372314453125
HRDSU,λ<=log n,8192,1,53807,6.5682373046875
HRDSU,λ<=log n,8192,1,53961,6.5870361328125
HRDSU,λ<=log n,8192,1,55145,6.7315673828125
HRDSU,λ<=log n,8192,1,55161,6.7335205078125
HRDSU,λ<=log n,8192,1,56558,6.904052734375
HRDSU,λ<=log n,8192,1,52928,6.4609375
HRDSU,λ<=log n,8192,1,56402,6.885009765625
HHDSU,λ<=log n,8192,1,53420,6.52099609375
HHDSU,λ<=log n,8192,1,50446,6.157958984375
HHDSU,λ<=log n,8192,1,50926,6.216552734375
HHDSU,λ<=log n,8192,1,51286,6.260498046875
HHDSU,λ<=log n,8192,1,48175,5.8807373046875
HHDSU,λ<=log n,8192,1,53129,6.4854736328125
HHDSU,λ<=log n,8192,1,49373,6.0269775390625
HHDSU,λ<=log n,8192,1,49879,6.0887451171875
HHDSU,λ<=log n,8192,1,53864,6.5751953125
HHDSU,λ<=log n,8192,1,55095,6.7254638671875
HHDSU,λ<=log n,8192,1,56414,6.886474609375
HHDSU,λ<=log n,8192,1,53524,6.53369140625
HHDSU,λ<=log n,8192,1,54399,6.6405029296875
HHDSU,λ<=log n,8192,1,52251,6.3782958984375
HHDSU,λ<=log n,8192,1,53335,6.5106201171875
HHDSU,λ<=log n,8192,1,52700,6.43310546875
HHDSU,λ<=log n,8192,1,56774,6.930419921875
HHDSU,λ<=log n,8192,1,50245,6.1334228515625
HHDSU,λ<=log n,8192,1,58368,7.125
HHDSU,λ<=log n,8192,1,54019,6.5941162109375
HHDSU,λ<=log n,8192,1,53251,6.5003662109375
HHDSU,λ<=log n,8192,1,55695,6.7987060546875
HHDSU,λ<=log n,8192,1,48618,5.934814453125
HHDSU,λ<=log n,8192,1,52015,6.3494873046875
HHDSU,λ<=log n,8192,1,53702,6.555419921875
HHDSU,λ<=log n,8192,1,48918,5.971435546875
HHDSU,λ<=log n,8192,1,53085,6.4801025390625
HHDSU,λ<=log n,8192,1,53908,6.58056640625
HHDSU,λ<=log n,8192,1,61885,7.5543212890625
HHDSU,λ<=log n,8192,1,49836,6.08349609375
HHDSU,λ<=log n,8192,1,63838,7.792724609375
HHDSU,λ<=log n,8192,1,64717,7.9000244140625
HHDSU,λ<=log n,8192,1,56201,6.8604736328125
HHDSU,λ<=log n,8192,1,54494,6.652099609375
HHDSU,λ<=log n,8192,1,51652,6.30517578125
HHDSU,λ<=log n,8192,1,52393,6.3956298828125
HHDSU,λ<=log n,8192,1,53096,6.4814453125
HHDSU,λ<=log n,8192,1,51427,6.2777099609375
HHDSU,λ<=log n,8192,1,50237,6.1324462890625
HHDSU,λ<=log n,8192,1,50924,6.21630859375
HHDSU,λ<=log n,8192,1,49875,6.0882568359375
HHDSU,λ<=log n,8192,1,59849,7.3057861328125
HHDSU,λ<=log n,8192,1,52101,6.3599853515625
HHDSU,λ<=log n,8192,1,58925,7.1929931640625
HHDSU,λ<=log n,8192,1,50335,6.1444091796875
HHDSU,λ<=log n,8192,1,57225,6.9854736328125
HHDSU,λ<=log n,8192,1,50995,6.2249755859375
HHDSU,λ<=log n,8192,1,53138,6.486572265625
HHDSU,λ<=log n,8192,1,53202,6.494384765625
HHDSU,λ<=log n,8192,1,51689,6.3096923828125
HHDSU,λ<=log n,8192,1,51540,6.29150390625
HHDSU,λ<=log n,8192,1,59232,7.23046875
HHDSU,λ<=log n,8192,1,52422,6.399169921875
HHDSU,λ<=log n,8192,1,54407,6.6414794921875
HHDSU,λ<=log n,8192,1,54942,6.706787109375
HHDSU,λ<=log n,8192,1,51521,6.2891845703125
HHDSU,λ<=log n,8192,1,52506,6.409423828125
HHDSU,λ<=log n,8192,1,53082,6.479736328125
HHDSU,λ<=log n,8192,1,50828,6.20458984375
HHDSU,λ<=log n,8192,1,51485,6.2847900390625
HHDSU,λ<=log n,8192,1,60251,7.3548583984375
HHDSU,λ<=log n,8192,1,56135,6.8524169921875
HHDSU,λ<=log n,8192,1,50203,6.1282958984375
HHDSU,λ<=log n,8192,1,54454,6.647216796875
HHDSU,λ<=log n,8192,1,56374,6.881591796875
HHDSU,λ<=log n,8192,1,54826,6.692626953125
HHDSU,λ<=log n,8192,1,51731,6.3148193359375
HHDSU,λ<=log n,8192,1,49857,6.0860595703125
HHDSU,λ<=log n,8192,1,50823,6.2039794921875
HHDSU,λ<=log n,8192,1,52896,6.45703125
HHDSU,λ<=log n,8192,1,52370,6.392822265625
HHDSU,λ<=log n,8192,1,54151,6.6102294921875
HHDSU,λ<=log n,8192,1,52213,6.3736572265625
HHDSU,λ<=log n,8192,1,53521,6.5333251953125
HHDSU,λ<=log n,8192,1,54178,6.613525390625
HHDSU,λ<=log n,8192,1,52380,6.39404296875
HHDSU,λ<=log n,8192,1,55982,6.833740234375
HHDSU,λ<=log n,8192,1,55906,6.824462890625
HHDSU,λ<=log n,8192,1,53810,6.568603515625
HHDSU,λ<=log n,8192,1,50437,6.1568603515625
HHDSU,λ<=log n,8192,1,54335,6.6326904296875
HHDSU,λ<=log n,8192,1,53817,6.5694580078125
HHDSU,λ<=log n,8192,1,54408,6.6416015625
HHDSU,λ<=log n,8192,1,50833,6.2052001953125
HHDSU,λ<=log n,8192,1,62292,7.60400390625
HHDSU,λ<=log n,8192,1,52709,6.4342041015625
HHDSU,λ<=log n,8192,1,54113,6.6055908203125
HHDSU,λ<=log n,8192,1,52345,6.3897705078125
HHDSU,λ<=log n,8192,1,55885,6.8218994140625
HHDSU,λ<=log n,8192,1,48423,5.9110107421875
HHDSU,λ<=log n,8192,1,52247,6.3778076171875
HHDSU,λ<=log n,8192,1,54226,6.619384765625
HHDSU,λ<=log n,8192,1,55879,6.8211669921875
HHDSU,λ<=log n,8192,1,48028,5.86279296875
HHDSU,λ<=log n,8192,1,53631,6.5467529296875
HHDSU,λ<=log n,8192,1,48522,5.923095703125
HHDSU,λ<=log n,8192,1,57194,6.981689453125
HHDSU,λ<=log n,8192,1,54991,6.7127685546875
HHDSU,λ<=log n,8192,1,63884,7.79833984375
HHDSU,λ<=log n,8192,1,51262,6.257568359375
HHLSU,λ<=log n,8192,1,60481,7.3829345703125
HHLSU,λ<=log n,8192,1,59688,7.2861328125
HHLSU,λ<=log n,8192,1,52967,6.4656982421875
HHLSU,λ<=log n,8192,1,59119,7.2166748046875
HHLSU,λ<=log n,8192,1,56548,6.90283203125
HHLSU,λ<=log n,8192,1,52060,6.35498046875
HHLSU,λ<=log n,8192,1,54017,6.5938720703125
HHLSU,λ<=log n,8192,1,59484,7.26123046875
HHLSU,λ<=log n,8192,1,58826,7.180908203125
HHLSU,λ<=log n,8192,1,60572,7.39404296875
HHLSU,λ<=log n,8192,1,63128,7.7060546875
HHLSU,λ<=log n,8192,1,54347,6.6341552734375
HHLSU,λ<=log n,8192,1,56121,6.8507080078125
HHLSU,λ<=log n,8192,1,62165,7.5885009765625
HHLSU,λ<=log n,8192,1,56601,6.9093017578125
HHLSU,λ<=log n,8192,1,57891,7.0667724609375
HHLSU,λ<=log n,8192,1,54781,6.6871337890625
HHLSU,λ<=log n,8192,1,51084,6.23583984375
HHLSU,λ<=log n,8192,1,60775,7.4188232421875
HHLSU,λ<=log n,8192,1,53349,6.5123291015625
HHLSU,λ<=log n,8192,1,51992,6.3466796875
HHLSU,λ<=log n,8192,1,55782,6.809326171875
HHLSU,λ<=log n,8192,1,51569,6.2950439453125
HHLSU,λ<=log n,8192,1,51357,6.2691650390625
HHLSU,λ<=log n,8192,1,65829,8.0357666015625
HHLSU,λ<=log n,8192,1,63624,7.7666015625
HHLSU,λ<=log n,8192,1,56469,6.8931884765625
HHLSU,λ<=log n,8192,1,62488,7.6279296875
HHLSU,λ<=log n,8192,1,56762,6.928955078125
HHLSU,λ<=log n,8192,1,55237,6.7427978515625
HHLSU,λ<=log n,8192,1,56976,6.955078125
HHLSU,λ<=log n,8192,1,55716,6.80126953125
HHLSU,λ<=log n,8192,1,53058,6.476806640625
HHLSU,λ<=log n,8192,1,52398,6.396240234375
HHLSU,λ<=log n,8192,1,59093,7.2135009765625
HHLSU,λ<=log n,8192,1,55007,6.7147216796875
HHLSU,λ<=log n,8192,1,53196,6.49365234375
HHLSU,λ<=log n,8192,1,52063,6.3553466796875
HHLSU,λ<=log n,8192,1,51792,6.322265625
HHLSU,λ<=log n,8192,1,58229,7.1080322265625
HHLSU,λ<=log n,8192,1,52620,6.42333984375
HHLSU,λ<=log n,8192,1,54452,6.64697265625
HHLSU,λ<=log n,8192,1,56827,6.9368896484375
HHLSU,λ<=log n,8192,1,52119,6.3621826171875
HHLSU,λ<=log n,8192,1,52105,6.3604736328125
HHLSU,λ<=log n,8192,1,52565,6.4166259765625
HHLSU,λ<=log n,8192,1,54046,6.597412109375
HHLSU,λ<=log n,8192,1,54926,6.704833984375
HHLSU,λ<=log n,8192,1,56588,6.90771484375
HHLSU,λ<=log n,8192,1,60052,7.33056640625
HHLSU,λ<=log n,8192,1,56720,6.923828125
HHLSU,λ<=log n,8192,1,51846,6.328857421875
HHLSU,λ<=log n,8192,1,54418,6.642822265625
HHLSU,λ<=log n,8192,1,61397,7.4947509765625
HHLSU,λ<=log n,8192,1,54947,6.7073974609375
HHLSU,λ<=log n,8192,1,57925,7.0709228515625
HHLSU,λ<=log n,8192,1,56752,6.927734375
HHLSU,λ<=log n,8192,1,56038,6.840576171875
HHLSU,λ<=log n,8192,1,54546,6.658447265625
HHLSU,λ<=log n,8192,1,54176,6.61328125
HHLSU,λ<=log n,8192,1,58116,7.09423828125
HHLSU,λ<=log n,8192,1,57581,7.0289306640625
HHLSU,λ<=log n,8192,1,59650,7.281494140625
HHLSU,λ<=log n,8192,1,57425,7.0098876953125
HHLSU,λ<=log n,8192,1,54249,6.6221923828125
HHLSU,λ<=log n,8192,1,58660,7.16064453125
HHLSU,λ<=log n,8192,1,53346,6.511962890625
HHLSU,λ<=log n,8192,1,60001,7.3243408203125
HHLSU,λ<=log n,8192,1,52656,6.427734375
HHLSU,λ<=log n,8192,1,53471,6.5272216796875
HHLSU,λ<=log n,8192,1,58001,7.0802001953125
HHLSU,λ<=log n,8192,1,53683,6.5531005859375
HHLSU,λ<=log n,8192,1,54502,6.653076171875
HHLSU,λ<=log n,8192,1,65013,7.9361572265625
HHLSU,λ<=log n,8192,1,56405,6.8853759765625
HHLSU,λ<=log n,8192,1,51137,6.2423095703125
HHLSU,λ<=log n,8192,1,50856,6.2080078125
HHLSU,λ<=log n,8192,1,53529,6.5343017578125
HHLSU,λ<=log n,8192,1,52379,6.3939208984375
HHLSU,λ<=log n,8192,1,60553,7.3917236328125
HHLSU,λ<=log n,8192,1,55655,6.7938232421875
HHLSU,λ<=log n,8192,1,61053,7.4527587890625
HHLSU,λ<=log n,8192,1,55548,6.78076171875
HHLSU,λ<=log n,8192,1,52708,6.43408203125
HHLSU,λ<=log n,8192,1,57910,7.069091796875
HHLSU,λ<=log n,8192,1,56846,6.939208984375
HHLSU,λ<=log n,8192,1,53192,6.4931640625
HHLSU,λ<=log n,8192,1,54218,6.618408203125
HHLSU,λ<=log n,8192,1,52183,6.3699951171875
HHLSU,λ<=log n,8192,1,49955,6.0980224609375
HHLSU,λ<=log n,8192,1,57371,7.0032958984375
HHLSU,λ<=log n,8192,1,51378,6.271728515625
HHLSU,λ<=log n,8192,1,54768,6.685546875
HHLSU,λ<=log n,8192,1,53344,6.51171875
HHLSU,λ<=log n,8192,1,52953,6.4639892578125
HHLSU,λ<=log n,8192,1,56475,6.8939208984375
HHLSU,λ<=log n,8192,1,53264,6.501953125
HHLSU,λ<=log n,8192,1,57622,7.033935546875
HHLSU,λ<=log n,8192,1,53325,6.5093994140625
HHLSU,λ<=log n,8192,1,56402,6.885009765625
HRLSU,λ<=log n,8192,1,53447,6.5242919921875
HRLSU,λ<=log n,8192,1,57619,7.0335693359375
HRLSU,λ<=log n,8192,1,54494,6.652099609375
HRLSU,λ<=log n,8192,1,54968,6.7099609375
HRLSU,λ<=log n,8192,1,57467,7.0150146484375
HRLSU,λ<=log n,8192,1,54444,6.64599609375
HRLSU,λ<=log n,8192,1,54653,6.6715087890625
HRLSU,λ<=log n,8192,1,55173,6.7349853515625
HRLSU,λ<=log n,8192,1,62624,7.64453125
HRLSU,λ<=log n,8192,1,53045,6.4752197265625
HRLSU,λ<=log n,8192,1,55769,6.8077392578125
HRLSU,λ<=log n,8192,1,56725,6.9244384765625
HRLSU,λ<=log n,8192,1,51678,6.308349609375
HRLSU,λ<=log n,8192,1,57313,6.9962158203125
HRLSU,λ<=log n,8192,1,60219,7.3509521484375
HRLSU,λ<=log n,8192,1,51209,6.2510986328125
HRLSU,λ<=log n,8192,1,56678,6.918701171875
HRLSU,λ<=log n,8192,1,57119,6.9725341796875
HRLSU,λ<=log n,8192,1,53737,6.5596923828125
HRLSU,λ<=log n,8192,1,58582,7.151123046875
HRLSU,λ<=log n,8192,1,56084,6.84619140625
HRLSU,λ<=log n,8192,1,58198,7.104248046875
HRLSU,λ<=log n,8192,1,60348,7.36669921875
HRLSU,λ<=log n,8192,1,56518,6.899169921875
HRLSU,λ<=log n,8192,1,52133,6.3638916015625
HRLSU,λ<=log n,8192,1,52909,6.4586181640625
HRLSU,λ<=log n,8192,1,55992,6.8349609375
HRLSU,λ<=log n,8192,1,52718,6.435302734375
HRLSU,λ<=log n,8192,1,53101,6.4820556640625
HRLSU,λ<=log n,8192,1,59784,7.2978515625
HRLSU,λ<=log n,8192,1,54749,6.6832275390625
HRLSU,λ<=log n,8192,1,54989,6.7125244140625
HRLSU,λ<=log n,8192,1,58380,7.12646484375
HRLSU,λ<=log n,8192,1,58376,7.1259765625
HRLSU,λ<=log n,8192,1,56816,6.935546875
HRLSU,λ<=log n,8192,1,55927,6.8270263671875
HRLSU,λ<=log n,8192,1,58643,7.1585693359375
HRLSU,λ<=log n,8192,1,53136,6.486328125
HRLSU,λ<=log n,8192,1,61629,7.5230712890625
HRLSU,λ<=log n,8192,1,54726,6.680419921875
HRLSU,λ<=log n,8192,1,52774,6.442138671875
HRLSU,λ<=log n,8192,1,56169,6.8565673828125
HRLSU,λ<=log n,8192,1,63129,7.7061767578125
HRLSU,λ<=log n,8192,1,57293,6.9937744140625
HRLSU,λ<=log n,8192,1,58581,7.1510009765625
HRLSU,λ<=log n,8192,1,54816,6.69140625
HRLSU,λ<=log n,8192,1,60573,7.3941650390625
HRLSU,λ<=log n,8192,1,55914,6.825439453125
HRLSU,λ<=log n,8192,1,59919,7.3143310546875
HRLSU,λ<=log n,8192,1,53776,6.564453125
HRLSU,λ<=log n,8192,1,58155,7.0989990234375
HRLSU,λ<=log n,8192,1,52897,6.4571533203125
HRLSU,λ<=log n,8192,1,54229,6.6197509765625
HRLSU,λ<=log n,8192,1,59489,7.2618408203125
HRLSU,λ<=log n,8192,1,54633,6.6690673828125
HRLSU,λ<=log n,8192,1,52990,6.468505859375
HRLSU,λ<=log n,8192,1,59031,7.2059326171875
HRLSU,λ<=log n,8192,1,52422,6.399169921875
HRLSU,λ<=log n,8192,1,54407,6.6414794921875
HRLSU,λ<=log n,8192,1,55113,6.7276611328125
HRLSU,λ<=log n,8192,1,57103,6.9705810546875
HRLSU,λ<=log n,8192,1,57394,7.006103515625
HRLSU,λ<=log n,8192,1,51601,6.2989501953125
HRLSU,λ<=log n,8192,1,55710,6.800537109375
HRLSU,λ<=log n,8192,1,63583,7.7615966796875
HRLSU,λ<=log n,8192,1,63828,7.79150390625
HRLSU,λ<=log n,8192,1,66179,8.0784912109375
HRLSU,λ<=log n,8192,1,58766,7.173583984375
HRLSU,λ<=log n,8192,1,53916,6.58154296875
HRLSU,λ<=log n,8192,1,64985,7.9327392578125
HRLSU,λ<=log n,8192,1,54524,6.65576171875
HRLSU,λ<=log n,8192,1,57299,6.9945068359375
HRLSU,λ<=log n,8192,1,56539,6.9017333984375
HRLSU,λ<=log n,8192,1,53740,6.56005859375
HRLSU,λ<=log n,8192,1,55165,6.7340087890625
HRLSU,λ<=log n,8192,1,53955,6.5863037109375
HRLSU,λ<=log n,8192,1,70376,8.5908203125
HRLSU,λ<=log n,8192,1,57699,7.0433349609375
HRLSU,λ<=log n,8192,1,58988,7.20068359375
HRLSU,λ<=log n,8192,1,51628,6.30224609375
HRLSU,λ<=log n,8192,1,54439,6.6453857421875
HRLSU,λ<=log n,8192,1,54051,6.5980224609375
HRLSU,λ<=log n,8192,1,59573,7.2720947265625
HRLSU,λ<=log n,8192,1,55404,6.76318359375
HRLSU,λ<=log n,8192,1,59101,7.2144775390625
HRLSU,λ<=log n,8192,1,61869,7.5523681640625
HRLSU,λ<=log n,8192,1,58732,7.16943359375
HRLSU,λ<=log n,8192,1,51602,6.299072265625
HRLSU,λ<=log n,8192,1,58953,7.1964111328125
HRLSU,λ<=log n,8192,1,58565,7.1490478515625
HRLSU,λ<=log n,8192,1,63688,7.7744140625
HRLSU,λ<=log n,8192,1,54388,6.63916015625
HRLSU,λ<=log n,8192,1,52162,6.367431640625
HRLSU,λ<=log n,8192,1,53875,6.5765380859375
HRLSU,λ<=log n,8192,1,56019,6.8382568359375
HRLSU,λ<=log n,8192,1,51975,6.3446044921875
HRLSU,λ<=log n,8192,1,54818,6.691650390625
HRLSU,λ<=log n,8192,1,53378,6.515869140625
HRLSU,λ<=log n,8192,1,54882,6.699462890625
HRLSU,λ<=log n,8192,1,57403,7.0072021484375
HSLSU,λ<=log n,8192,1,70827,8.6458740234375
HSLSU,λ<=log n,8192,1,72416,8.83984375
HSLSU,λ<=log n,8192,1,82952,10.1259765625
HSLSU,λ<=log n,8192,1,83876,10.23876953125
HSLSU,λ<=log n,8192,1,69011,8.4241943359375
HSLSU,λ<=log n,8192,1,77316,9.43798828125
HSLSU,λ<=log n,8192,1,76183,9.2996826171875
HSLSU,λ<=log n,8192,1,84891,10.3626708984375
HSLSU,λ<=log n,8192,1,77485,9.4586181640625
HSLSU,λ<=log n,8192,1,81889,9.9962158203125
HSLSU,λ<=log n,8192,1,79367,9.6883544921875
HSLSU,λ<=log n,8192,1,77139,9.4163818359375
HSLSU,λ<=log n,8192,1,81599,9.9608154296875
HSLSU,λ<=log n,8192,1,90468,11.04345703125
HSLSU,λ<=log n,8192,1,76395,9.3255615234375
HSLSU,λ<=log n,8192,1,73277,8.9449462890625
HSLSU,λ<=log n,8192,1,86615,10.5731201171875
HSLSU,λ<=log n,8192,1,73600,8.984375
HSLSU,λ<=log n,8192,1,83202,10.156494140625
HSLSU,λ<=log n,8192,1,78508,9.58349609375
HSLSU,λ<=log n,8192,1,81538,9.953369140625
HSLSU,λ<=log n,8192,1,80932,9.87939453125
HSLSU,λ<=log n,8192,1,74994,9.154541015625
HSLSU,λ<=log n,8192,1,70384,8.591796875
HSLSU,λ<=log n,8192,1,93196,11.37646484375
HSLSU,λ<=log n,8192,1,83410,10.181884765625
HSLSU,λ<=log n,8192,1,78280,9.5556640625
HSLSU,λ<=log n,8192,1,78092,9.53271484375
HSLSU,λ<=log n,8192,1,72820,8.88916015625
HSLSU,λ<=log n,8192,1,78837,9.6236572265625
HSLSU,λ<=log n,8192,1,84126,10.269287109375
HSLSU,λ<=log n,8192,1,80172,9.78662109375
HSLSU,λ<=log n,8192,1,82939,10.1243896484375
HSLSU,λ<=log n,8192,1,76296,9.3134765625
HSLSU,λ<=log n,8192,1,80281,9.7999267578125
HSLSU,λ<=log n,8192,1,107234,13.090087890625
HSLSU,λ<=log n,8192,1,81988,10.00830078125
HSLSU,λ<=log n,8192,1,82433,10.0626220703125
HSLSU,λ<=log n,8192,1,86869,10.6041259765625
HSLSU,λ<=log n,8192,1,74089,9.0440673828125
HSLSU,λ<=log n,8192,1,93799,11.4500732421875
HSLSU,λ<=log n,8192,1,76918,9.389404296875
HSLSU,λ<=log n,8192,1,85481,10.4346923828125
HSLSU,λ<=log n,8192,1,75752,9.2470703125
HSLSU,λ<=log n,8192,1,68226,8.328369140625
HSLSU,λ<=log n,8192,1,89151,10.8826904296875
HSLSU,λ<=log n,8192,1,75609,9.2296142578125
HSLSU,λ<=log n,8192,1,70703,8.6307373046875
HSLSU,λ<=log n,8192,1,82655,10.0897216796875
HSLSU,λ<=log n,8192,1,77001,9.3995361328125
HSLSU,λ<=log n,8192,1,75761,9.2481689453125
HSLSU,λ<=log n,8192,1,88477,10.8004150390625
HSLSU,λ<=log n,8192,1,78310,9.559326171875
HSLSU,λ<=log n,8192,1,80639,9.8436279296875
HSLSU,λ<=log n,8192,1,75261,9.1871337890625
HSLSU,λ<=log n,8192,1,75398,9.203857421875
HSLSU,λ<=log n,8192,1,84017,10.2559814453125
HSLSU,λ<=log n,8192,1,86441,10.5518798828125
HSLSU,λ<=log n,8192,1,82418,10.060791015625
HSLSU,λ<=log n,8192,1,75614,9.230224609375
HSLSU,λ<=log n,8192,1,73057,8.9180908203125
HSLSU,λ<=log n,8192,1,82737,10.0997314453125
HSLSU,λ<=log n,8192,1,73777,9.0059814453125
HSLSU,λ<=log n,8192,1,86739,10.5882568359375
HSLSU,λ<=log n,8192,1,84447,10.3084716796875
HSLSU,λ<=log n,8192,1,74863,9.1385498046875
HSLSU,λ<=log n,8192,1,70545,8.6114501953125
HSLSU,λ<=log n,8192,1,78031,9.5252685546875
HSLSU,λ<=log n,8192,1,79427,9.6956787109375
HSLSU,λ<=log n,8192,1,79330,9.683837890625
HSLSU,λ<=log n,8192,1,80815,9.8651123046875
HSLSU,λ<=log n,8192,1,78358,9.565185546875
HSLSU,λ<=log n,8192,1,71823,8.7674560546875
HSLSU,λ<=log n,8192,1,75488,9.21484375
HSLSU,λ<=log n,8192,1,75064,9.1630859375
HSLSU,λ<=log n,8192,1,87856,10.724609375
HSLSU,λ<=log n,8192,1,73147,8.9290771484375
HSLSU,λ<=log n,8192,1,90358,11.030029296875
HSLSU,λ<=log n,8192,1,75101,9.1676025390625
HSLSU,λ<=log n,8192,1,85716,10.46337890625
HSLSU,λ<=log n,8192,1,75938,9.269775390625
HSLSU,λ<=log n,8192,1,69363,8.4671630859375
HSLSU,λ<=log n,8192,1,77423,9.4510498046875
HSLSU,λ<=log n,8192,1,76398,9.325927734375
HSLSU,λ<=log n,8192,1,77963,9.5169677734375
HSLSU,λ<=log n,8192,1,77167,9.4197998046875
HSLSU,λ<=log n,8192,1,83857,10.2364501953125
HSLSU,λ<=log n,8192,1,77111,9.4129638671875
HSLSU,λ<=log n,8192,1,78462,9.577880859375
HSLSU,λ<=log n,8192,1,84133,10.2701416015625
HSLSU,λ<=log n,8192,1,83047,10.1375732421875
HSLSU,λ<=log n,8192,1,85685,10.4595947265625
HSLSU,λ<=log n,8192,1,74172,9.05419921875
HSLSU,λ<=log n,8192,1,75802,9.253173828125
HSLSU,λ<=log n,8192,1,76695,9.3621826171875
HSLSU,λ<=log n,8192,1,78979,9.6409912109375
HSLSU,λ<=log n,8192,1,84202,10.278564453125
HSLSU,λ<=log n,8192,1,71188,8.68994140625
HSLSU,λ<=log n,8192,1,82869,10.1158447265625
HSLSU,λ<=log n,8192,1,77354,9.442626953125
HSDMU,λ<=log n,8192,1,58194,7.103759765625
HSDMU,λ<=log n,8192,1,59933,7.3160400390625
HSDMU,λ<=log n,8192,1,57814,7.057373046875
HSDMU,λ<=log n,8192,1,57545,7.0245361328125
HSDMU,λ<=log n,8192,1,65756,8.02685546875
HSDMU,λ<=log n,8192,1,60437,7.3775634765625
HSDMU,λ<=log n,8192,1,60880,7.431640625
HSDMU,λ<=log n,8192,1,70327,8.5848388671875
HSDMU,λ<=log n,8192,1,58200,7.1044921875
HSDMU,λ<=log n,8192,1,64865,7.9180908203125
HSDMU,λ<=log n,8192,1,59865,7.3077392578125
HSDMU,λ<=log n,8192,1,68466,8.357666015625
HSDMU,λ<=log n,8192,1,60263,7.3563232421875
HSDMU,λ<=log n,8192,1,57995,7.0794677734375
HSDMU,λ<=log n,8192,1,67011,8.1800537109375
HSDMU,λ<=log n,8192,1,68340,8.34228515625
HSDMU,λ<=log n,8192,1,63739,7.7806396484375
HSDMU,λ<=log n,8192,1,68229,8.3287353515625
HSDMU,λ<=log n,8192,1,60199,7.3485107421875
HSDMU,λ<=log n,8192,1,57140,6.97509765625
HSDMU,λ<=log n,8192,1,69165,8.4429931640625
HSDMU,λ<=log n,8192,1,69942,8.537841796875
HSDMU,λ<=log n,8192,1,87639,10.6981201171875
HSDMU,λ<=log n,8192,1,68849,8.4044189453125
HSDMU,λ<=log n,8192,1,57554,7.025634765625
HSDMU,λ<=log n,8192,1,57484,7.01708984375
HSDMU,λ<=log n,8192,1,55076,6.72314453125
HSDMU,λ<=log n,8192,1,75328,9.1953125
HSDMU,λ<=log n,8192,1,58414,7.130615234375
HSDMU,λ<=log n,8192,1,55460,6.77001953125
HSDMU,λ<=log n,8192,1,53357,6.5133056640625
HSDMU,λ<=log n,8192,1,64313,7.8507080078125
HSDMU,λ<=log n,8192,1,57435,7.0111083984375
HSDMU,λ<=log n,8192,1,62346,7.610595703125
HSDMU,λ<=log n,8192,1,64956,7.92919921875
HSDMU,λ<=log n,8192,1,63971,7.8089599609375
HSDMU,λ<=log n,8192,1,62352,7.611328125
HSDMU,λ<=log n,8192,1,75466,9.212158203125
HSDMU,λ<=log n,8192,1,54163,6.6116943359375
HSDMU,λ<=log n,8192,1,64771,7.9066162109375
HSDMU,λ<=log n,8192,1,63702,7.776123046875
HSDMU,λ<=log n,8192,1,68529,8.3653564453125
HSDMU,λ<=log n,8192,1,61768,7.5400390625
HSDMU,λ<=log n,8192,1,54958,6.708740234375
HSDMU,λ<=log n,8192,1,71300,8.70361328125
HSDMU,λ<=log n,8192,1,73948,9.02685546875
HSDMU,λ<=log n,8192,1,63340,7.73193359375
HSDMU,λ<=log n,8192,1,66259,8.0882568359375
HSDMU,λ<=log n,8192,1,73910,9.022216796875
HSDMU,λ<=log n,8192,1,70870,8.651123046875
HSDMU,λ<=log n,8192,1,76100,9.28955078125
HSDMU,λ<=log n,8192,1,59732,7.29150390625
HSDMU,λ<=log n,8192,1,59925,7.3150634765625
HSDMU,λ<=log n,8192,1,65687,8.0184326171875
HSDMU,λ<=log n,8192,1,65156,7.95361328125
HSDMU,λ<=log n,8192,1,60651,7.4036865234375
HSDMU,λ<=log n,8192,1,57459,7.0140380859375
HSDMU,λ<=log n,8192,1,60677,7.4068603515625
HSDMU,λ<=log n,8192,1,60406,7.373779296875
HSDMU,λ<=log n,8192,1,69144,8.4404296875
HSDMU,λ<=log n,8192,1,67281,8.2130126953125
HSDMU,λ<=log n,8192,1,63829,7.7916259765625
HSDMU,λ<=log n,8192,1,60829,7.4254150390625
HSDMU,λ<=log n,8192,1,66208,8.08203125
HSDMU,λ<=log n,8192,1,59727,7.2908935546875
HSDMU,λ<=log n,8192,1,70411,8.5950927734375
HSDMU,λ<=log n,8192,1,56719,6.9237060546875
HSDMU,λ<=log n,8192,1,66787,8.1527099609375
HSDMU,λ<=log n,8192,1,56650,6.915283203125
HSDMU,λ<=log n,8192,1,61942,7.561279296875
HSDMU,λ<=log n,8192,1,63395,7.7386474609375
HSDMU,λ<=log n,8192,1,65043,7.9398193359375
HSDMU,λ<=log n,8192,1,67883,8.2864990234375
HSDMU,λ<=log n,8192,1,64441,7.8663330078125
HSDMU,λ<=log n,8192,1,70907,8.6556396484375
HSDMU,λ<=log n,8192,1,71559,8.7352294921875
HSDMU,λ<=log n,8192,1,65581,8.0054931640625
HSDMU,λ<=log n,8192,1,59299,7.2386474609375
HSDMU,λ<=log n,8192,1,59537,7.2677001953125
HSDMU,λ<=log n,8192,1,62154,7.587158203125
HSDMU,λ<=log n,8192,1,74487,9.0926513671875
HSDMU,λ<=log n,8192,1,65833,8.0362548828125
HSDMU,λ<=log n,8192,1,60763,7.4173583984375
HSDMU,λ<=log n,8192,1,69027,8.4261474609375
HSDMU,λ<=log n,8192,1,58723,7.1683349609375
HSDMU,λ<=log n,8192,1,67665,8.2598876953125
HSDMU,λ<=log n,8192,1,61914,7.557861328125
HSDMU,λ<=log n,8192,1,60832,7.42578125
HSDMU,λ<=log n,8192,1,63871,7.7967529296875
HSDMU,λ<=log n,8192,1,64002,7.812744140625
HSDMU,λ<=log n,8192,1,66436,8.10986328125
HSDMU,λ<=log n,8192,1,71127,8.6824951171875
HSDMU,λ<=log n,8192,1,67796,8.27587890625
HSDMU,λ<=log n,8192,1,62426,7.620361328125
HSDMU,λ<=log n,8192,1,61173,7.4674072265625
HSDMU,λ<=log n,8192,1,55579,6.7845458984375
HSDMU,λ<=log n,8192,1,65538,8.000244140625
HSDMU,λ<=log n,8192,1,73691,8.9954833984375
HSDMU,λ<=log n,8192,1,67825,8.2794189453125
HSDMU,λ<=log n,8192,1,68370,8.345947265625
HRDMU,λ<=log n,8192,1,50575,6.1737060546875
HRDMU,λ<=log n,8192,1,43608,5.3232421875
HRDMU,λ<=log n,8192,1,50245,6.1334228515625
HRDMU,λ<=log n,8192,1,46513,5.6778564453125
HRDMU,λ<=log n,8192,1,47748,5.82861328125
HRDMU,λ<=log n,8192,1,42935,5.2410888671875
HRDMU,λ<=log n,8192,1,46702,5.700927734375
HRDMU,λ<=log n,8192,1,47067,5.7454833984375
HRDMU,λ<=log n,8192,1,49632,6.05859375
HRDMU,λ<=log n,8192,1,43671,5.3309326171875
HRDMU,λ<=log n,8192,1,41998,5.126708984375
HRDMU,λ<=log n,8192,1,48142,5.876708984375
HRDMU,λ<=log n,8192,1,49884,6.08935546875
HRDMU,λ<=log n,8192,1,48960,5.9765625
HRDMU,λ<=log n,8192,1,45130,5.509033203125
HRDMU,λ<=log n,8192,1,45878,5.600341796875
HRDMU,λ<=log n,8192,1,47418,5.788330078125
HRDMU,λ<=log n,8192,1,45439,5.5467529296875
HRDMU,λ<=log n,8192,1,45152,5.51171875
HRDMU,λ<=log n,8192,1,46817,5.7149658203125
HRDMU,λ<=log n,8192,1,51830,6.326904296875
HRDMU,λ<=log n,8192,1,48997,5.9810791015625
HRDMU,λ<=log n,8192,1,46743,5.7059326171875
HRDMU,λ<=log n,8192,1,48065,5.8673095703125
HRDMU,λ<=log n,8192,1,47876,5.84423828125
HRDMU,λ<=log n,8192,1,45534,5.558349609375
HRDMU,λ<=log n,8192,1,48156,5.87841796875
HRDMU,λ<=log n,8192,1,49252,6.01220703125
HRDMU,λ<=log n,8192,1,51304,6.2626953125
HRDMU,λ<=log n,8192,1,46185,5.6378173828125
HRDMU,λ<=log n,8192,1,46820,5.71533203125
HRDMU,λ<=log n,8192,1,49422,6.032958984375
HRDMU,λ<=log n,8192,1,44410,5.421142578125
HRDMU,λ<=log n,8192,1,51364,6.27001953125
HRDMU,λ<=log n,8192,1,50878,6.210693359375
HRDMU,λ<=log n,8192,1,47988,5.85791015625
HRDMU,λ<=log n,8192,1,44596,5.44384765625
HRDMU,λ<=log n,8192,1,49679,6.0643310546875
HRDMU,λ<=log n,8192,1,45761,5.5860595703125
HRDMU,λ<=log n,8192,1,46665,5.6964111328125
HRDMU,λ<=log n,8192,1,44963,5.4886474609375
HRDMU,λ<=log n,8192,1,43578,5.319580078125
HRDMU,λ<=log n,8192,1,48656,5.939453125
HRDMU,λ<=log n,8192,1,41879,5.1121826171875
HRDMU,λ<=log n,8192,1,52497,6.4083251953125
HRDMU,λ<=log n,8192,1,46749,5.7066650390625
HRDMU,λ<=log n,8192,1,50704,6.189453125
HRDMU,λ<=log n,8192,1,53170,6.490478515625
HRDMU,λ<=log n,8192,1,47356,5.78076171875
HRDMU,λ<=log n,8192,1,46565,5.6842041015625
HRDMU,λ<=log n,8192,1,44867,5.4769287109375
HRDMU,λ<=log n,8192,1,43272,5.2822265625
HRDMU,λ<=log n,8192,1,44912,5.482421875
HRDMU,λ<=log n,8192,1,50510,6.165771484375
HRDMU,λ<=log n,8192,1,54185,6.6143798828125
HRDMU,λ<=log n,8192,1,44711,5.4578857421875
HRDMU,λ<=log n,8192,1,43324,5.28857421875
HRDMU,λ<=log n,8192,1,50020,6.10595703125
HRDMU,λ<=log n,8192,1,48591,5.9315185546875
HRDMU,λ<=log n,8192,1,47713,5.8243408203125
HRDMU,λ<=log n,8192,1,43604,5.32275390625
HRDMU,λ<=log n,8192,1,53070,6.478271484375
HRDMU,λ<=log n,8192,1,47815,5.8367919921875
HRDMU,λ<=log n,8192,1,52021,6.3502197265625
HRDMU,λ<=log n,8192,1,43132,5.26513671875
HRDMU,λ<=log n,8192,1,42833,5.2286376953125
HRDMU,λ<=log n,8192,1,45259,5.5247802734375
HRDMU,λ<=log n,8192,1,47968,5.85546875
HRDMU,λ<=log n,8192,1,44761,5.4639892578125
HRDMU,λ<=log n,8192,1,46716,5.70263671875
HRDMU,λ<=log n,8192,1,46278,5.649169921875
HRDMU,λ<=log n,8192,1,52269,6.3804931640625
HRDMU,λ<=log n,8192,1,49840,6.083984375
HRDMU,λ<=log n,8192,1,44218,5.397705078125
HRDMU,λ<=log n,8192,1,53140,6.48681640625
HRDMU,λ<=log n,8192,1,42653,5.2066650390625
HRDMU,λ<=log n,8192,1,51763,6.3187255859375
HRDMU,λ<=log n,8192,1,43505,5.3106689453125
HRDMU,λ<=log n,8192,1,49728,6.0703125
HRDMU,λ<=log n,8192,1,50749,6.1949462890625
HRDMU,λ<=log n,8192,1,45898,5.602783203125
HRDMU,λ<=log n,8192,1,45119,5.5076904296875
HRDMU,λ<=log n,8192,1,45857,5.5977783203125
HRDMU,λ<=log n,8192,1,47768,5.8310546875
HRDMU,λ<=log n,8192,1,46728,5.7041015625
HRDMU,λ<=log n,8192,1,47885,5.8453369140625
HRDMU,λ<=log n,8192,1,49242,6.010986328125
HRDMU,λ<=log n,8192,1,55409,6.7637939453125
HRDMU,λ<=log n,8192,1,44896,5.48046875
HRDMU,λ<=log n,8192,1,45190,5.516357421875
HRDMU,λ<=log n,8192,1,49774,6.075927734375
HRDMU,λ<=log n,8192,1,40594,4.955322265625
HRDMU,λ<=log n,8192,1,46739,5.7054443359375
HRDMU,λ<=log n,8192,1,44641,5.4493408203125
HRDMU,λ<=log n,8192,1,45492,5.55322265625
HRDMU,λ<=log n,8192,1,48543,5.9256591796875
HRDMU,λ<=log n,8192,1,52443,6.4017333984375
HRDMU,λ<=log n,8192,1,44946,5.486572265625
HRDMU,λ<=log n,8192,1,54505,6.6534423828125
HRDMU,λ<=log n,8192,1,47606,5.811279296875
HHDMU,λ<=log n,8192,1,46043,5.6204833984375
HHDMU,λ<=log n,8192,1,45328,5.533203125
HHDMU,λ<=log n,8192,1,43760,5.341796875
HHDMU,λ<=log n,8192,1,49005,5.9820556640625
HHDMU,λ<=log n,8192,1,44737,5.4610595703125
HHDMU,λ<=log n,8192,1,45647,5.5721435546875
HHDMU,λ<=log n,8192,1,49156,6.00048828125
HHDMU,λ<=log n,8192,1,53160,6.4892578125
HHDMU,λ<=log n,8192,1,50138,6.120361328125
HHDMU,λ<=log n,8192,1,47257,5.7686767578125
HHDMU,λ<=log n,8192,1,45876,5.60009765625
HHDMU,λ<=log n,8192,1,46732,5.70458984375
HHDMU,λ<=log n,8192,1,49920,6.09375
HHDMU,λ<=log n,8192,1,51755,6.3177490234375
HHDMU,λ<=log n,8192,1,46532,5.68017578125
HHDMU,λ<=log n,8192,1,45431,5.5457763671875
HHDMU,λ<=log n,8192,1,50949,6.2193603515625
HHDMU,λ<=log n,8192,1,50003,6.1038818359375
HHDMU,λ<=log n,8192,1,47203,5.7620849609375
HHDMU,λ<=log n,8192,1,46087,5.6258544921875
HHDMU,λ<=log n,8192,1,52133,6.3638916015625
HHDMU,λ<=log n,8192,1,48895,5.9686279296875
HHDMU,λ<=log n,8192,1,47829,5.8385009765625
HHDMU,λ<=log n,8192,1,57231,6.9862060546875
HHDMU,λ<=log n,8192,1,45701,5.5787353515625
HHDMU,λ<=log n,8192,1,47697,5.8223876953125
HHDMU,λ<=log n,8192,1,45522,5.556884765625
HHDMU,λ<=log n,8192,1,47389,5.7847900390625
HHDMU,λ<=log n,8192,1,45792,5.58984375
HHDMU,λ<=log n,8192,1,48378,5.905517578125
HHDMU,λ<=log n,8192,1,44658,5.451416015625
HHDMU,λ<=log n,8192,1,48567,5.9285888671875
HHDMU,λ<=log n,8192,1,51996,6.34716796875
HHDMU,λ<=log n,8192,1,46177,5.6368408203125
HHDMU,λ<=log n,8192,1,48413,5.9097900390625
HHDMU,λ<=log n,8192,1,49577,6.0518798828125
HHDMU,λ<=log n,8192,1,52112,6.361328125
HHDMU,λ<=log n,8192,1,51452,6.28076171875
HHDMU,λ<=log n,8192,1,49422,6.032958984375
HHDMU,λ<=log n,8192,1,53538,6.535400390625
HHDMU,λ<=log n,8192,1,50212,6.12939453125
HHDMU,λ<=log n,8192,1,49750,6.072998046875
HHDMU,λ<=log n,8192,1,47046,5.742919921875
HHDMU,λ<=log n,8192,1,47797,5.8345947265625
HHDMU,λ<=log n,8192,1,45923,5.6058349609375
HHDMU,λ<=log n,8192,1,54040,6.5966796875
HHDMU,λ<=log n,8192,1,50772,6.19775390625
HHDMU,λ<=log n,8192,1,53856,6.57421875
HHDMU,λ<=log n,8192,1,54872,6.6982421875
HHDMU,λ<=log n,8192,1,47511,5.7996826171875
HHDMU,λ<=log n,8192,1,48074,5.868408203125
HHDMU,λ<=log n,8192,1,48164,5.87939453125
HHDMU,λ<=log n,8192,1,45477,5.5513916015625
HHDMU,λ<=log n,8192,1,48171,5.8802490234375
HHDMU,λ<=log n,8192,1,48886,5.967529296875
HHDMU,λ<=log n,8192,1,43848,5.3525390625
HHDMU,λ<=log n,8192,1,48529,5.9239501953125
HHDMU,λ<=log n,8192,1,44561,5.4395751953125
HHDMU,λ<=log n,8192,1,52916,6.45947265625
HHDMU,λ<=log n,8192,1,45849,5.5968017578125
HHDMU,λ<=log n,8192,1,48384,5.90625
HHDMU,λ<=log n,8192,1,49440,6.03515625
HHDMU,λ<=log n,8192,1,50345,6.1456298828125
HHDMU,λ<=log n,8192,1,44460,5.42724609375
HHDMU,λ<=log n,8192,1,48982,5.979248046875
HHDMU,λ<=log n,8192,1,49522,6.045166015625
HHDMU,λ<=log n,8192,1,52988,6.46826171875
HHDMU,λ<=log n,8192,1,60727,7.4129638671875
HHDMU,λ<=log n,8192,1,47519,5.8006591796875
HHDMU,λ<=log n,8192,1,47784,5.8330078125
HHDMU,λ<=log n,8192,1,47424,5.7890625
HHDMU,λ<=log n,8192,1,47154,5.756103515625
HHDMU,λ<=log n,8192,1,48685,5.9429931640625
HHDMU,λ<=log n,8192,1,45198,5.517333984375
HHDMU,λ<=log n,8192,1,49013,5.9830322265625
HHDMU,λ<=log n,8192,1,45857,5.5977783203125
HHDMU,λ<=log n,8192,1,42684,5.21044921875
HHDMU,λ<=log n,8192,1,45948,5.60888671875
HHDMU,λ<=log n,8192,1,54137,6.6085205078125
HHDMU,λ<=log n,8192,1,44892,5.47998046875
HHDMU,λ<=log n,8192,1,45733,5.5826416015625
HHDMU,λ<=log n,8192,1,54639,6.6697998046875
HHDMU,λ<=log n,8192,1,48296,5.8955078125
HHDMU,λ<=log n,8192,1,46015,5.6170654296875
HHDMU,λ<=log n,8192,1,47759,5.8299560546875
HHDMU,λ<=log n,8192,1,46288,5.650390625
HHDMU,λ<=log n,8192,1,58882,7.187744140625
HHDMU,λ<=log n,8192,1,51671,6.3074951171875
HHDMU,λ<=log n,8192,1,47917,5.8492431640625
HHDMU,λ<=log n,8192,1,46690,5.699462890625
HHDMU,λ<=log n,8192,1,52637,6.4254150390625
HHDMU,λ<=log n,8192,1,51393,6.2735595703125
HHDMU,λ<=log n,8192,1,47982,5.857177734375
HHDMU,λ<=log n,8192,1,45709,5.5797119140625
HHDMU,λ<=log n,8192,1,50209,6.1290283203125
HHDMU,λ<=log n,8192,1,57552,7.025390625
HHDMU,λ<=log n,8192,1,46788,5.71142578125
HHDMU,λ<=log n,8192,1,42242,5.156494140625
HHDMU,λ<=log n,8192,1,47635,5.8148193359375
HHDMU,λ<=log n,8192,1,47742,5.827880859375
HHLMU,λ<=log n,8192,1,51286,6.260498046875
HHLMU,λ<=log n,8192,1,46007,5.6160888671875
HHLMU,λ<=log n,8192,1,50295,6.1395263671875
HHLMU,λ<=log n,8192,1,50020,6.10595703125
HHLMU,λ<=log n,8192,1,45452,5.54833984375
HHLMU,λ<=log n,8192,1,46674,5.697509765625
HHLMU,λ<=log n,8192,1,46748,5.70654296875
HHLMU,λ<=log n,8192,1,56225,6.8634033203125
HHLMU,λ<=log n,8192,1,47159,5.7567138671875
HHLMU,λ<=log n,8192,1,45722,5.581298828125
HHLMU,λ<=log n,8192,1,50956,6.22021484375
HHLMU,λ<=log n,8192,1,57306,6.995361328125
HHLMU,λ<=log n,8192,1,44769,5.4649658203125
HHLMU,λ<=log n,8192,1,55080,6.7236328125
HHLMU,λ<=log n,8192,1,49676,6.06396484375
HHLMU,λ<=log n,8192,1,49137,5.9981689453125
HHLMU,λ<=log n,8192,1,51853,6.3297119140625
HHLMU,λ<=log n,8192,1,50104,6.1162109375
HHLMU,λ<=log n,8192,1,48106,5.872314453125
HHLMU,λ<=log n,8192,1,48832,5.9609375
HHLMU,λ<=log n,8192,1,47030,5.740966796875
HHLMU,λ<=log n,8192,1,48500,5.92041015625
HHLMU,λ<=log n,8192,1,48352,5.90234375
HHLMU,λ<=log n,8192,1,55081,6.7237548828125
HHLMU,λ<=log n,8192,1,49792,6.078125
HHLMU,λ<=log n,8192,1,49075,5.9906005859375
HHLMU,λ<=log n,8192,1,46300,5.65185546875
HHLMU,λ<=log n,8192,1,53194,6.493408203125
HHLMU,λ<=log n,8192,1,44383,5.4178466796875
HHLMU,λ<=log n,8192,1,45231,5.5213623046875
HHLMU,λ<=log n,8192,1,48274,5.892822265625
HHLMU,λ<=log n,8192,1,48478,5.917724609375
HHLMU,λ<=log n,8192,1,50786,6.199462890625
HHLMU,λ<=log n,8192,1,49314,6.019775390625
HHLMU,λ<=log n,8192,1,46954,5.731689453125
HHLMU,λ<=log n,8192,1,52395,6.3958740234375
HHLMU,λ<=log n,8192,1,51213,6.2515869140625
HHLMU,λ<=log n,8192,1,45306,5.530517578125
HHLMU,λ<=log n,8192,1,47079,5.7469482421875
HHLMU,λ<=log n,8192,1,48811,5.9583740234375
HHLMU,λ<=log n,8192,1,46151,5.6336669921875
HHLMU,λ<=log n,8192,1,48971,5.9779052734375
HHLMU,λ<=log n,8192,1,55112,6.7275390625
HHLMU,λ<=log n,8192,1,43620,5.32470703125
HHLMU,λ<=log n,8192,1,44972,5.48974609375
HHLMU,λ<=log n,8192,1,47454,5.792724609375
HHLMU,λ<=log n,8192,1,48033,5.8634033203125
HHLMU,λ<=log n,8192,1,46715,5.7025146484375
HHLMU,λ<=log n,8192,1,49895,6.0906982421875
HHLMU,λ<=log n,8192,1,48886,5.967529296875
HHLMU,λ<=log n,8192,1,48987,5.9798583984375
HHLMU,λ<=log n,8192,1,52277,6.3814697265625
HHLMU,λ<=log n,8192,1,50640,6.181640625
HHLMU,λ<=log n,8192,1,51756,6.31787109375
HHLMU,λ<=log n,8192,1,52076,6.35693359375
HHLMU,λ<=log n,8192,1,45956,5.60986328125
HHLMU,λ<=log n,8192,1,45471,5.5506591796875
HHLMU,λ<=log n,8192,1,48032,5.86328125
HHLMU,λ<=log n,8192,1,50932,6.21728515625
HHLMU,λ<=log n,8192,1,47624,5.8134765625
HHLMU,λ<=log n,8192,1,52555,6.4154052734375
HHLMU,λ<=log n,8192,1,47989,5.8580322265625
HHLMU,λ<=log n,8192,1,45314,5.531494140625
HHLMU,λ<=log n,8192,1,50121,6.1182861328125
HHLMU,λ<=log n,8192,1,48377,5.9053955078125
HHLMU,λ<=log n,8192,1,44373,5.4166259765625
HHLMU,λ<=log n,8192,1,48474,5.917236328125
HHLMU,λ<=log n,8192,1,50941,6.2183837890625
HHLMU,λ<=log n,8192,1,48414,5.909912109375
HHLMU,λ<=log n,8192,1,47331,5.7777099609375
HHLMU,λ<=log n,8192,1,48246,5.889404296875
HHLMU,λ<=log n,8192,1,47737,5.8272705078125
HHLMU,λ<=log n,8192,1,50653,6.1832275390625
HHLMU,λ<=log n,8192,1,47768,5.8310546875
HHLMU,λ<=log n,8192,1,43964,5.36669921875
HHLMU,λ<=log n,8192,1,45381,5.5396728515625
HHLMU,λ<=log n,8192,1,47960,5.8544921875
HHLMU,λ<=log n,8192,1,50475,6.1614990234375
HHLMU,λ<=log n,8192,1,54125,6.6070556640625
HHLMU,λ<=log n,8192,1,51221,6.2525634765625
HHLMU,λ<=log n,8192,1,51269,6.2584228515625
HHLMU,λ<=log n,8192,1,51006,6.226318359375
HHLMU,λ<=log n,8192,1,46638,5.693115234375
HHLMU,λ<=log n,8192,1,47230,5.765380859375
HHLMU,λ<=log n,8192,1,51011,6.2269287109375
HHLMU,λ<=log n,8192,1,45250,5.523681640625
HHLMU,λ<=log n,8192,1,44677,5.4537353515625
HHLMU,λ<=log n,8192,1,51710,6.312255859375
HHLMU,λ<=log n,8192,1,46093,5.6265869140625
HHLMU,λ<=log n,8192,1,52827,6.4486083984375
HHLMU,λ<=log n,8192,1,46250,5.645751953125
HHLMU,λ<=log n,8192,1,48791,5.9559326171875
HHLMU,λ<=log n,8192,1,54701,6.6773681640625
HHLMU,λ<=log n,8192,1,44581,5.4420166015625
HHLMU,λ<=log n,8192,1,48957,5.9761962890625
HHLMU,λ<=log n,8192,1,49785,6.0772705078125
HHLMU,λ<=log n,8192,1,44348,5.41357421875
HHLMU,λ<=log n,8192,1,45862,5.598388671875
HHLMU,λ<=log n,8192,1,53814,6.569091796875
HRLMU,λ<=log n,8192,1,50119,6.1180419921875
HRLMU,λ<=log n,8192,1,51487,6.2850341796875
HRLMU,λ<=log n,8192,1,50109,6.1168212890625
HRLMU,λ<=log n,8192,1,50323,6.1429443359375
HRLMU,λ<=log n,8192,1,49510,6.043701171875
HRLMU,λ<=log n,8192,1,50616,6.1787109375
HRLMU,λ<=log n,8192,1,48651,5.9388427734375
HRLMU,λ<=log n,8192,1,51130,6.241455078125
HRLMU,λ<=log n,8192,1,59971,7.3206787109375
HRLMU,λ<=log n,8192,1,49790,6.077880859375
HRLMU,λ<=log n,8192,1,51654,6.305419921875
HRLMU,λ<=log n,8192,1,58020,7.08251953125
HRLMU,λ<=log n,8192,1,57526,7.022216796875
HRLMU,λ<=log n,8192,1,48618,5.934814453125
HRLMU,λ<=log n,8192,1,46708,5.70166015625
HRLMU,λ<=log n,8192,1,56035,6.8402099609375
HRLMU,λ<=log n,8192,1,46441,5.6690673828125
HRLMU,λ<=log n,8192,1,48954,5.975830078125
HRLMU,λ<=log n,8192,1,49850,6.085205078125
HRLMU,λ<=log n,8192,1,48352,5.90234375
HRLMU,λ<=log n,8192,1,50339,6.1448974609375
HRLMU,λ<=log n,8192,1,50960,6.220703125
HRLMU,λ<=log n,8192,1,46935,5.7293701171875
HRLMU,λ<=log n,8192,1,54558,6.659912109375
HRLMU,λ<=log n,8192,1,53586,6.541259765625
HRLMU,λ<=log n,8192,1,50890,6.212158203125
HRLMU,λ<=log n,8192,1,52427,6.3997802734375
HRLMU,λ<=log n,8192,1,47347,5.7796630859375
HRLMU,λ<=log n,8192,1,49801,6.0792236328125
HRLMU,λ<=log n,8192,1,51856,6.330078125
HRLMU,λ<=log n,8192,1,49464,6.0380859375
HRLMU,λ<=log n,8192,1,52107,6.3607177734375
HRLMU,λ<=log n,8192,1,49282,6.015869140625
HRLMU,λ<=log n,8192,1,49698,6.066650390625
HRLMU,λ<=log n,8192,1,50994,6.224853515625
HRLMU,λ<=log n,8192,1,47013,5.7388916015625
HRLMU,λ<=log n,8192,1,48469,5.9166259765625
HRLMU,λ<=log n,8192,1,53164,6.48974609375
HRLMU,λ<=log n,8192,1,50453,6.1588134765625
HRLMU,λ<=log n,8192,1,48043,5.8646240234375
HRLMU,λ<=log n,8192,1,48523,5.9232177734375
HRLMU,λ<=log n,8192,1,53605,6.5435791015625
HRLMU,λ<=log n,8192,1,48179,5.8812255859375
HRLMU,λ<=log n,8192,1,55132,6.72998046875
HRLMU,λ<=log n,8192,1,48310,5.897216796875
HRLMU,λ<=log n,8192,1,46948,5.73095703125
HRLMU,λ<=log n,8192,1,59430,7.254638671875
HRLMU,λ<=log n,8192,1,48692,5.94384765625
HRLMU,λ<=log n,8192,1,53523,6.5335693359375
HRLMU,λ<=log n,8192,1,61696,7.53125
HRLMU,λ<=log n,8192,1,47565,5.8062744140625
HRLMU,λ<=log n,8192,1,50566,6.172607421875
HRLMU,λ<=log n,8192,1,53005,6.4703369140625
HRLMU,λ<=log n,8192,1,48074,5.868408203125
HRLMU,λ<=log n,8192,1,58812,7.17919921875
HRLMU,λ<=log n,8192,1,46715,5.7025146484375
HRLMU,λ<=log n,8192,1,46213,5.6412353515625
HRLMU,λ<=log n,8192,1,46755,5.7073974609375
HRLMU,λ<=log n,8192,1,46433,5.6680908203125
HRLMU,λ<=log n,8192,1,46644,5.69384765625
HRLMU,λ<=log n,8192,1,50441,6.1573486328125
HRLMU,λ<=log n,8192,1,49568,6.05078125
HRLMU,λ<=log n,8192,1,50919,6.2156982421875
HRLMU,λ<=log n,8192,1,47721,5.8253173828125
HRLMU,λ<=log n,8192,1,48503,5.9207763671875
HRLMU,λ<=log n,8192,1,59129,7.2178955078125
HRLMU,λ<=log n,8192,1,49440,6.03515625
HRLMU,λ<=log n,8192,1,50077,6.1129150390625
HRLMU,λ<=log n,8192,1,50846,6.206787109375
HRLMU,λ<=log n,8192,1,50190,6.126708984375
HRLMU,λ<=log n,8192,1,54068,6.60009765625
HRLMU,λ<=log n,8192,1,47821,5.8375244140625
HRLMU,λ<=log n,8192,1,49502,6.042724609375
HRLMU,λ<=log n,8192,1,52661,6.4283447265625
HRLMU,λ<=log n,8192,1,56367,6.8807373046875
HRLMU,λ<=log n,8192,1,50635,6.1810302734375
HRLMU,λ<=log n,8192,1,50458,6.159423828125
HRLMU,λ<=log n,8192,1,53091,6.4808349609375
HRLMU,λ<=log n,8192,1,54243,6.6214599609375
HRLMU,λ<=log n,8192,1,49637,6.0592041015625
HRLMU,λ<=log n,8192,1,52734,6.437255859375
HRLMU,λ<=log n,8192,1,54125,6.6070556640625
HRLMU,λ<=log n,8192,1,49368,6.0263671875
HRLMU,λ<=log n,8192,1,53316,6.50830078125
HRLMU,λ<=log n,8192,1,46390,5.662841796875
HRLMU,λ<=log n,8192,1,50836,6.20556640625
HRLMU,λ<=log n,8192,1,47320,5.7763671875
HRLMU,λ<=log n,8192,1,48441,5.9132080078125
HRLMU,λ<=log n,8192,1,51710,6.312255859375
HRLMU,λ<=log n,8192,1,46902,5.725341796875
HRLMU,λ<=log n,8192,1,49563,6.0501708984375
HRLMU,λ<=log n,8192,1,49196,6.00537109375
HRLMU,λ<=log n,8192,1,46768,5.708984375
HRLMU,λ<=log n,8192,1,49168,6.001953125
HRLMU,λ<=log n,8192,1,49059,5.9886474609375
HRLMU,λ<=log n,8192,1,50452,6.15869140625
HRLMU,λ<=log n,8192,1,54232,6.6201171875
HRLMU,λ<=log n,8192,1,48273,5.8927001953125
HSLMU,λ<=log n,8192,1,89978,10.983642578125
HSLMU,λ<=log n,8192,1,86190,10.521240234375
HSLMU,λ<=log n,8192,1,96077,11.7281494140625
HSLMU,λ<=log n,8192,1,82351,10.0526123046875
HSLMU,λ<=log n,8192,1,86096,10.509765625
HSLMU,λ<=log n,8192,1,94335,11.5155029296875
HSLMU,λ<=log n,8192,1,80796,9.86279296875
HSLMU,λ<=log n,8192,1,87406,10.669677734375
HSLMU,λ<=log n,8192,1,81753,9.9796142578125
HSLMU,λ<=log n,8192,1,78694,9.606201171875
HSLMU,λ<=log n,8192,1,108249,13.2139892578125
HSLMU,λ<=log n,8192,1,88693,10.8267822265625
HSLMU,λ<=log n,8192,1,73450,8.966064453125
HSLMU,λ<=log n,8192,1,108744,13.2744140625
HSLMU,λ<=log n,8192,1,103033,12.5772705078125
HSLMU,λ<=log n,8192,1,84301,10.2906494140625
HSLMU,λ<=log n,8192,1,74655,9.1131591796875
HSLMU,λ<=log n,8192,1,101175,12.3504638671875
HSLMU,λ<=log n,8192,1,88269,10.7750244140625
HSLMU,λ<=log n,8192,1,84494,10.314208984375
HSLMU,λ<=log n,8192,1,87652,10.69970703125
HSLMU,λ<=log n,8192,1,90149,11.0045166015625
HSLMU,λ<=log n,8192,1,86694,10.582763671875
HSLMU,λ<=log n,8192,1,77674,9.481689453125
HSLMU,λ<=log n,8192,1,78951,9.6375732421875
HSLMU,λ<=log n,8192,1,82082,10.019775390625
HSLMU,λ<=log n,8192,1,76946,9.392822265625
HSLMU,λ<=log n,8192,1,81310,9.925537109375
HSLMU,λ<=log n,8192,1,74994,9.154541015625
HSLMU,λ<=log n,8192,1,87953,10.7364501953125
HSLMU,λ<=log n,8192,1,91693,11.1929931640625
HSLMU,λ<=log n,8192,1,90352,11.029296875
HSLMU,λ<=log n,8192,1,68225,8.3282470703125
HSLMU,λ<=log n,8192,1,89660,10.94482421875
HSLMU,λ<=log n,8192,1,98473,12.0206298828125
HSLMU,λ<=log n,8192,1,75476,9.21337890625
HSLMU,λ<=log n,8192,1,92929,11.3438720703125
HSLMU,λ<=log n,8192,1,99064,12.0927734375
HSLMU,λ<=log n,8192,1,77984,9.51953125
HSLMU,λ<=log n,8192,1,64811,7.9114990234375
HSLMU,λ<=log n,8192,1,80702,9.851318359375
HSLMU,λ<=log n,8192,1,81951,10.0037841796875
HSLMU,λ<=log n,8192,1,70822,8.645263671875
HSLMU,λ<=log n,8192,1,75949,9.2711181640625
HSLMU,λ<=log n,8192,1,104167,12.7156982421875
HSLMU,λ<=log n,8192,1,90291,11.0218505859375
HSLMU,λ<=log n,8192,1,80153,9.7843017578125
HSLMU,λ<=log n,8192,1,81778,9.982666015625
HSLMU,λ<=log n,8192,1,77574,9.469482421875
HSLMU,λ<=log n,8192,1,91252,11.13916015625
HSLMU,λ<=log n,8192,1,82952,10.1259765625
HSLMU,λ<=log n,8192,1,68945,8.4161376953125
HSLMU,λ<=log n,8192,1,75846,9.258544921875
HSLMU,λ<=log n,8192,1,77608,9.4736328125
HSLMU,λ<=log n,8192,1,77886,9.507568359375
HSLMU,λ<=log n,8192,1,80438,9.819091796875
HSLMU,λ<=log n,8192,1,77497,9.4600830078125
HSLMU,λ<=log n,8192,1,76350,9.320068359375
HSLMU,λ<=log n,8192,1,100498,12.267822265625
HSLMU,λ<=log n,8192,1,89248,10.89453125
HSLMU,λ<=log n,8192,1,80348,9.80810546875
HSLMU,λ<=log n,8192,1,96948,11.83447265625
HSLMU,λ<=log n,8192,1,78234,9.550048828125
HSLMU,λ<=log n,8192,1,102349,12.4937744140625
HSLMU,λ<=log n,8192,1,97981,11.9605712890625
HSLMU,λ<=log n,8192,1,87433,10.6729736328125
HSLMU,λ<=log n,8192,1,97594,11.913330078125
HSLMU,λ<=log n,8192,1,82618,10.085205078125
HSLMU,λ<=log n,8192,1,80087,9.7762451171875
HSLMU,λ<=log n,8192,1,91426,11.160400390625
HSLMU,λ<=log n,8192,1,99984,12.205078125
HSLMU,λ<=log n,8192,1,73101,8.9234619140625
HSLMU,λ<=log n,8192,1,75501,9.2164306640625
HSLMU,λ<=log n,8192,1,78539,9.5872802734375
HSLMU,λ<=log n,8192,1,82872,10.1162109375
HSLMU,λ<=log n,8192,1,80383,9.8123779296875
HSLMU,λ<=log n,8192,1,85235,10.4046630859375
HSLMU,λ<=log n,8192,1,88553,10.8096923828125
HSLMU,λ<=log n,8192,1,76468,9.33447265625
HSLMU,λ<=log n,8192,1,90091,10.9974365234375
HSLMU,λ<=log n,8192,1,79213,9.6695556640625
HSLMU,λ<=log n,8192,1,99743,12.1756591796875
HSLMU,λ<=log n,8192,1,88102,10.754638671875
HSLMU,λ<=log n,8192,1,84786,10.349853515625
HSLMU,λ<=log n,8192,1,59982,7.322021484375
HSLMU,λ<=log n,8192,1,99441,12.1387939453125
HSLMU,λ<=log n,8192,1,84789,10.3502197265625
HSLMU,λ<=log n,8192,1,84068,10.26220703125
HSLMU,λ<=log n,8192,1,76197,9.3013916015625
HSLMU,λ<=log n,8192,1,87714,10.707275390625
HSLMU,λ<=log n,8192,1,92742,11.321044921875
HSLMU,λ<=log n,8192,1,77508,9.46142578125
HSLMU,λ<=log n,8192,1,78974,9.640380859375
HSLMU,λ<=log n,8192,1,101288,12.3642578125
HSLMU,λ<=log n,8192,1,72794,8.885986328125
HSLMU,λ<=log n,8192,1,67822,8.279052734375
HSLMU,λ<=log n,8192,1,86410,10.548095703125
HSLMU,λ<=log n,8192,1,87585,10.6915283203125
HSLMU,λ<=log n,8192,1,62947,7.6839599609375
HSLMU,λ<=log n,8192,1,86255,10.5291748046875
HSDIU,λ<=log n,8192,1,71911,8.7781982421875
HSDIU,λ<=log n,8192,1,79666,9.724853515625
HSDIU,λ<=log n,8192,1,80453,9.8209228515625
HSDIU,λ<=log n,8192,1,71819,8.7669677734375
HSDIU,λ<=log n,8192,1,84472,10.3115234375
HSDIU,λ<=log n,8192,1,76039,9.2821044921875
HSDIU,λ<=log n,8192,1,74148,9.05126953125
HSDIU,λ<=log n,8192,1,90526,11.050537109375
HSDIU,λ<=log n,8192,1,91491,11.1683349609375
HSDIU,λ<=log n,8192,1,85418,10.427001953125
HSDIU,λ<=log n,8192,1,76394,9.325439453125
HSDIU,λ<=log n,8192,1,78916,9.63330078125
HSDIU,λ<=log n,8192,1,90543,11.0526123046875
HSDIU,λ<=log n,8192,1,86169,10.5186767578125
HSDIU,λ<=log n,8192,1,86857,10.6026611328125
HSDIU,λ<=log n,8192,1,82829,10.1109619140625
HSDIU,λ<=log n,8192,1,91914,11.219970703125
HSDIU,λ<=log n,8192,1,87092,10.63134765625
HSDIU,λ<=log n,8192,1,102323,12.4906005859375
HSDIU,λ<=log n,8192,1,82945,10.1251220703125
HSDIU,λ<=log n,8192,1,82184,10.0322265625
HSDIU,λ<=log n,8192,1,78322,9.560791015625
HSDIU,λ<=log n,8192,1,78706,9.607666015625
HSDIU,λ<=log n,8192,1,86156,10.51708984375
HSDIU,λ<=log n,8192,1,90629,11.0631103515625
HSDIU,λ<=log n,8192,1,77212,9.42529296875
HSDIU,λ<=log n,8192,1,84457,10.3096923828125
HSDIU,λ<=log n,8192,1,71172,8.68798828125
HSDIU,λ<=log n,8192,1,83987,10.2523193359375
HSDIU,λ<=log n,8192,1,75845,9.2584228515625
HSDIU,λ<=log n,8192,1,88944,10.857421875
HSDIU,λ<=log n,8192,1,80583,9.8367919921875
HSDIU,λ<=log n,8192,1,82240,10.0390625
HSDIU,λ<=log n,8192,1,86753,10.5899658203125
HSDIU,λ<=log n,8192,1,81014,9.889404296875
HSDIU,λ<=log n,8192,1,81916,9.99951171875
HSDIU,λ<=log n,8192,1,74088,9.0439453125
HSDIU,λ<=log n,8192,1,81445,9.9420166015625
HSDIU,λ<=log n,8192,1,82771,10.1038818359375
HSDIU,λ<=log n,8192,1,101763,12.4222412109375
HSDIU,λ<=log n,8192,1,76705,9.3634033203125
HSDIU,λ<=log n,8192,1,81736,9.9775390625
HSDIU,λ<=log n,8192,1,78705,9.6075439453125
HSDIU,λ<=log n,8192,1,81032,9.8916015625
HSDIU,λ<=log n,8192,1,78824,9.6220703125
HSDIU,λ<=log n,8192,1,80836,9.86767578125
HSDIU,λ<=log n,8192,1,75232,9.18359375
HSDIU,λ<=log n,8192,1,78349,9.5640869140625
HSDIU,λ<=log n,8192,1,80335,9.8065185546875
HSDIU,λ<=log n,8192,1,75305,9.1925048828125
HSDIU,λ<=log n,8192,1,88140,10.75927734375
HSDIU,λ<=log n,8192,1,83903,10.2420654296875
HSDIU,λ<=log n,8192,1,78109,9.5347900390625
HSDIU,λ<=log n,8192,1,77289,9.4346923828125
HSDIU,λ<=log n,8192,1,74449,9.0880126953125
HSDIU,λ<=log n,8192,1,82395,10.0579833984375
HSDIU,λ<=log n,8192,1,83252,10.16259765625
HSDIU,λ<=log n,8192,1,87433,10.6729736328125
HSDIU,λ<=log n,8192,1,85726,10.464599609375
HSDIU,λ<=log n,8192,1,87208,10.6455078125
HSDIU,λ<=log n,8192,1,74261,9.0650634765625
HSDIU,λ<=log n,8192,1,88831,10.8436279296875
HSDIU,λ<=log n,8192,1,82835,10.1116943359375
HSDIU,λ<=log n,8192,1,80638,9.843505859375
HSDIU,λ<=log n,8192,1,80531,9.8304443359375
HSDIU,λ<=log n,8192,1,93982,11.472412109375
HSDIU,λ<=log n,8192,1,79067,9.6517333984375
HSDIU,λ<=log n,8192,1,82664,10.0908203125
HSDIU,λ<=log n,8192,1,80194,9.789306640625
HSDIU,λ<=log n,8192,1,82678,10.092529296875
HSDIU,λ<=log n,8192,1,77223,9.4266357421875
HSDIU,λ<=log n,8192,1,79604,9.71728515625
HSDIU,λ<=log n,8192,1,96713,11.8057861328125
HSDIU,λ<=log n,8192,1,83925,10.2447509765625
HSDIU,λ<=log n,8192,1,75450,9.210205078125
HSDIU,λ<=log n,8192,1,89830,10.965576171875
HSDIU,λ<=log n,8192,1,80973,9.8843994140625
HSDIU,λ<=log n,8192,1,74403,9.0823974609375
HSDIU,λ<=log n,8192,1,81200,9.912109375
HSDIU,λ<=log n,8192,1,83215,10.1580810546875
HSDIU,λ<=log n,8192,1,77531,9.4642333984375
HSDIU,λ<=log n,8192,1,91040,11.11328125
HSDIU,λ<=log n,8192,1,84740,10.34423828125
HSDIU,λ<=log n,8192,1,82006,10.010498046875
HSDIU,λ<=log n,8192,1,90150,11.004638671875
HSDIU,λ<=log n,8192,1,73557,8.9791259765625
HSDIU,λ<=log n,8192,1,80865,9.8712158203125
HSDIU,λ<=log n,8192,1,97164,11.86083984375
HSDIU,λ<=log n,8192,1,72776,8.8837890625
HSDIU,λ<=log n,8192,1,83896,10.2412109375
HSDIU,λ<=log n,8192,1,83546,10.198486328125
HSDIU,λ<=log n,8192,1,83299,10.1683349609375
HSDIU,λ<=log n,8192,1,91973,11.2271728515625
HSDIU,λ<=log n,8192,1,78051,9.5277099609375
HSDIU,λ<=log n,8192,1,79192,9.6669921875
HSDIU,λ<=log n,8192,1,76879,9.3846435546875
HSDIU,λ<=log n,8192,1,78105,9.5343017578125
HSDIU,λ<=log n,8192,1,79946,9.759033203125
HSDIU,λ<=log n,8192,1,75433,9.2081298828125
HSDIU,λ<=log n,8192,1,77128,9.4150390625
HRDIU,λ<=log n,8192,1,58321,7.1192626953125
HRDIU,λ<=log n,8192,1,62374,7.614013671875
HRDIU,λ<=log n,8192,1,61589,7.5181884765625
HRDIU,λ<=log n,8192,1,62709,7.6549072265625
HRDIU,λ<=log n,8192,1,68003,8.3011474609375
HRDIU,λ<=log n,8192,1,68547,8.3675537109375
HRDIU,λ<=log n,8192,1,57985,7.0782470703125
HRDIU,λ<=log n,8192,1,62208,7.59375
HRDIU,λ<=log n,8192,1,58352,7.123046875
HRDIU,λ<=log n,8192,1,64941,7.9273681640625
HRDIU,λ<=log n,8192,1,65241,7.9639892578125
HRDIU,λ<=log n,8192,1,61973,7.5650634765625
HRDIU,λ<=log n,8192,1,59671,7.2840576171875
HRDIU,λ<=log n,8192,1,63552,7.7578125
HRDIU,λ<=log n,8192,1,64167,7.8328857421875
HRDIU,λ<=log n,8192,1,60098,7.336181640625
HRDIU,λ<=log n,8192,1,60866,7.429931640625
HRDIU,λ<=log n,8192,1,60724,7.41259765625
HRDIU,λ<=log n,8192,1,59094,7.213623046875
HRDIU,λ<=log n,8192,1,63345,7.7325439453125
HRDIU,λ<=log n,8192,1,66230,8.084716796875
HRDIU,λ<=log n,8192,1,61791,7.5428466796875
HRDIU,λ<=log n,8192,1,59113,7.2159423828125
HRDIU,λ<=log n,8192,1,61798,7.543701171875
HRDIU,λ<=log n,8192,1,57525,7.0220947265625
HRDIU,λ<=log n,8192,1,58844,7.18310546875
HRDIU,λ<=log n,8192,1,58137,7.0968017578125
HRDIU,λ<=log n,8192,1,63495,7.7508544921875
HRDIU,λ<=log n,8192,1,66366,8.101318359375
HRDIU,λ<=log n,8192,1,62120,7.5830078125
HRDIU,λ<=log n,8192,1,63152,7.708984375
HRDIU,λ<=log n,8192,1,58896,7.189453125
HRDIU,λ<=log n,8192,1,59136,7.21875
HRDIU,λ<=log n,8192,1,64065,7.8204345703125
HRDIU,λ<=log n,8192,1,59837,7.3043212890625
HRDIU,λ<=log n,8192,1,58221,7.1070556640625
HRDIU,λ<=log n,8192,1,58791,7.1766357421875
HRDIU,λ<=log n,8192,1,67362,8.222900390625
HRDIU,λ<=log n,8192,1,65332,7.97509765625
HRDIU,λ<=log n,8192,1,62974,7.687255859375
HRDIU,λ<=log n,8192,1,56520,6.8994140625
HRDIU,λ<=log n,8192,1,68231,8.3289794921875
HRDIU,λ<=log n,8192,1,61326,7.486083984375
HRDIU,λ<=log n,8192,1,65584,8.005859375
HRDIU,λ<=log n,8192,1,60137,7.3409423828125
HRDIU,λ<=log n,8192,1,60504,7.3857421875
HRDIU,λ<=log n,8192,1,61026,7.449462890625
HRDIU,λ<=log n,8192,1,56736,6.92578125
HRDIU,λ<=log n,8192,1,63453,7.7457275390625
HRDIU,λ<=log n,8192,1,70621,8.6207275390625
HRDIU,λ<=log n,8192,1,62087,7.5789794921875
HRDIU,λ<=log n,8192,1,60066,7.332275390625
HRDIU,λ<=log n,8192,1,68578,8.371337890625
HRDIU,λ<=log n,8192,1,63827,7.7913818359375
HRDIU,λ<=log n,8192,1,61662,7.527099609375
HRDIU,λ<=log n,8192,1,63633,7.7677001953125
HRDIU,λ<=log n,8192,1,57601,7.0313720703125
HRDIU,λ<=log n,8192,1,70812,8.64404296875
HRDIU,λ<=log n,8192,1,60684,7.40771484375
HRDIU,λ<=log n,8192,1,61315,7.4847412109375
HRDIU,λ<=log n,8192,1,64287,7.8475341796875
HRDIU,λ<=log n,8192,1,69216,8.44921875
HRDIU,λ<=log n,8192,1,74233,9.0616455078125
HRDIU,λ<=log n,8192,1,63630,7.767333984375
HRDIU,λ<=log n,8192,1,62903,7.6785888671875
HRDIU,λ<=log n,8192,1,62574,7.638427734375
HRDIU,λ<=log n,8192,1,67088,8.189453125
HRDIU,λ<=log n,8192,1,68220,8.32763671875
HRDIU,λ<=log n,8192,1,57874,7.064697265625
HRDIU,λ<=log n,8192,1,65321,7.9737548828125
HRDIU,λ<=log n,8192,1,64613,7.8873291015625
HRDIU,λ<=log n,8192,1,67325,8.2183837890625
HRDIU,λ<=log n,8192,1,64101,7.8248291015625
HRDIU,λ<=log n,8192,1,75810,9.254150390625
HRDIU,λ<=log n,8192,1,63367,7.7352294921875
HRDIU,λ<=log n,8192,1,58982,7.199951171875
HRDIU,λ<=log n,8192,1,70595,8.6175537109375
HRDIU,λ<=log n,8192,1,62773,7.6627197265625
HRDIU,λ<=log n,8192,1,67026,8.181884765625
HRDIU,λ<=log n,8192,1,58703,7.1658935546875
HRDIU,λ<=log n,8192,1,61974,7.565185546875
HRDIU,λ<=log n,8192,1,59400,7.2509765625
HRDIU,λ<=log n,8192,1,62176,7.58984375
HRDIU,λ<=log n,8192,1,64672,7.89453125
HRDIU,λ<=log n,8192,1,60528,7.388671875
HRDIU,λ<=log n,8192,1,73425,8.9630126953125
HRDIU,λ<=log n,8192,1,58690,7.164306640625
HRDIU,λ<=log n,8192,1,64798,7.909912109375
HRDIU,λ<=log n,8192,1,74999,9.1551513671875
HRDIU,λ<=log n,8192,1,67648,8.2578125
HRDIU,λ<=log n,8192,1,63992,7.8115234375
HRDIU,λ<=log n,8192,1,64569,7.8819580078125
HRDIU,λ<=log n,8192,1,66825,8.1573486328125
HRDIU,λ<=log n,8192,1,61440,7.5
HRDIU,λ<=log n,8192,1,70966,8.662841796875
HRDIU,λ<=log n,8192,1,75063,9.1629638671875
HRDIU,λ<=log n,8192,1,62911,7.6795654296875
HRDIU,λ<=log n,8192,1,65033,7.9385986328125
HRDIU,λ<=log n,8192,1,63483,7.7493896484375
HRDIU,λ<=log n,8192,1,66751,8.1483154296875
HHDIU,λ<=log n,8192,1,59243,7.2318115234375
HHDIU,λ<=log n,8192,1,54214,6.617919921875
HHDIU,λ<=log n,8192,1,53873,6.5762939453125
HHDIU,λ<=log n,8192,1,56626,6.912353515625
HHDIU,λ<=log n,8192,1,60895,7.4334716796875
HHDIU,λ<=log n,8192,1,57867,7.0638427734375
HHDIU,λ<=log n,8192,1,53129,6.4854736328125
HHDIU,λ<=log n,8192,1,60258,7.355712890625
HHDIU,λ<=log n,8192,1,56478,6.894287109375
HHDIU,λ<=log n,8192,1,55711,6.8006591796875
HHDIU,λ<=log n,8192,1,60514,7.386962890625
HHDIU,λ<=log n,8192,1,60295,7.3602294921875
HHDIU,λ<=log n,8192,1,55550,6.781005859375
HHDIU,λ<=log n,8192,1,55335,6.7547607421875
HHDIU,λ<=log n,8192,1,54399,6.6405029296875
HHDIU,λ<=log n,8192,1,57787,7.0540771484375
HHDIU,λ<=log n,8192,1,51801,6.3233642578125
HHDIU,λ<=log n,8192,1,57862,7.063232421875
HHDIU,λ<=log n,8192,1,52792,6.4443359375
HHDIU,λ<=log n,8192,1,60459,7.3802490234375
HHDIU,λ<=log n,8192,1,52520,6.4111328125
HHDIU,λ<=log n,8192,1,53902,6.579833984375
HHDIU,λ<=log n,8192,1,54154,6.610595703125
HHDIU,λ<=log n,8192,1,54181,6.6138916015625
HHDIU,λ<=log n,8192,1,56248,6.8662109375
HHDIU,λ<=log n,8192,1,55288,6.7490234375
HHDIU,λ<=log n,8192,1,57120,6.97265625
HHDIU,λ<=log n,8192,1,54749,6.6832275390625
HHDIU,λ<=log n,8192,1,65221,7.9615478515625
HHDIU,λ<=log n,8192,1,58701,7.1656494140625
HHDIU,λ<=log n,8192,1,59356,7.24560546875
HHDIU,λ<=log n,8192,1,52691,6.4320068359375
HHDIU,λ<=log n,8192,1,52328,6.3876953125
HHDIU,λ<=log n,8192,1,52707,6.4339599609375
HHDIU,λ<=log n,8192,1,51807,6.3240966796875
HHDIU,λ<=log n,8192,1,54230,6.619873046875
HHDIU,λ<=log n,8192,1,55760,6.806640625
HHDIU,λ<=log n,8192,1,67275,8.2122802734375
HHDIU,λ<=log n,8192,1,59837,7.3043212890625
HHDIU,λ<=log n,8192,1,52838,6.449951171875
HHDIU,λ<=log n,8192,1,61119,7.4608154296875
HHDIU,λ<=log n,8192,1,53352,6.5126953125
HHDIU,λ<=log n,8192,1,54109,6.6051025390625
HHDIU,λ<=log n,8192,1,57613,7.0328369140625
HHDIU,λ<=log n,8192,1,62783,7.6639404296875
HHDIU,λ<=log n,8192,1,54163,6.6116943359375
HHDIU,λ<=log n,8192,1,53766,6.563232421875
HHDIU,λ<=log n,8192,1,57615,7.0330810546875
HHDIU,λ<=log n,8192,1,54381,6.6383056640625
HHDIU,λ<=log n,8192,1,55210,6.739501953125
HHDIU,λ<=log n,8192,1,58745,7.1710205078125
HHDIU,λ<=log n,8192,1,58742,7.170654296875
HHDIU,λ<=log n,8192,1,53788,6.56591796875
HHDIU,λ<=log n,8192,1,58544,7.146484375
HHDIU,λ<=log n,8192,1,53179,6.4915771484375
HHDIU,λ<=log n,8192,1,56904,6.9462890625
HHDIU,λ<=log n,8192,1,55307,6.7513427734375
HHDIU,λ<=log n,8192,1,54061,6.5992431640625
HHDIU,λ<=log n,8192,1,53348,6.51220703125
HHDIU,λ<=log n,8192,1,60345,7.3663330078125
HHDIU,λ<=log n,8192,1,55232,6.7421875
HHDIU,λ<=log n,8192,1,61902,7.556396484375
HHDIU,λ<=log n,8192,1,53984,6.58984375
HHDIU,λ<=log n,8192,1,50862,6.208740234375
HHDIU,λ<=log n,8192,1,57548,7.02490234375
HHDIU,λ<=log n,8192,1,58810,7.178955078125
HHDIU,λ<=log n,8192,1,50781,6.1988525390625
HHDIU,λ<=log n,8192,1,52605,6.4215087890625
HHDIU,λ<=log n,8192,1,55310,6.751708984375
HHDIU,λ<=log n,8192,1,56746,6.927001953125
HHDIU,λ<=log n,8192,1,56577,6.9063720703125
HHDIU,λ<=log n,8192,1,57173,6.9791259765625
HHDIU,λ<=log n,8192,1,56734,6.925537109375
HHDIU,λ<=log n,8192,1,55645,6.7926025390625
HHDIU,λ<=log n,8192,1,51565,6.2945556640625
HHDIU,λ<=log n,8192,1,53804,6.56787109375
HHDIU,λ<=log n,8192,1,54693,6.6763916015625
HHDIU,λ<=log n,8192,1,52534,6.412841796875
HHDIU,λ<=log n,8192,1,57579,7.0286865234375
HHDIU,λ<=log n,8192,1,56717,6.9234619140625
HHDIU,λ<=log n,8192,1,49402,6.030517578125
HHDIU,λ<=log n,8192,1,57020,6.96044921875
HHDIU,λ<=log n,8192,1,57720,7.0458984375
HHDIU,λ<=log n,8192,1,59204,7.22705078125
HHDIU,λ<=log n,8192,1,53758,6.562255859375
HHDIU,λ<=log n,8192,1,59596,7.27490234375
HHDIU,λ<=log n,8192,1,54003,6.5921630859375
HHDIU,λ<=log n,8192,1,53993,6.5909423828125
HHDIU,λ<=log n,8192,1,52054,6.354248046875
HHDIU,λ<=log n,8192,1,54391,6.6395263671875
HHDIU,λ<=log n,8192,1,54735,6.6815185546875
HHDIU,λ<=log n,8192,1,54848,6.6953125
HHDIU,λ<=log n,8192,1,55038,6.718505859375
HHDIU,λ<=log n,8192,1,52536,6.4130859375
HHDIU,λ<=log n,8192,1,56193,6.8594970703125
HHDIU,λ<=log n,8192,1,53434,6.522705078125
HHDIU,λ<=log n,8192,1,57842,7.060791015625
HHDIU,λ<=log n,8192,1,60817,7.4239501953125
HHDIU,λ<=log n,8192,1,61479,7.5047607421875
HHDIU,λ<=log n,8192,1,57709,7.0445556640625
HHLIU,λ<=log n,8192,1,57026,6.961181640625
HHLIU,λ<=log n,8192,1,53795,6.5667724609375
HHLIU,λ<=log n,8192,1,56592,6.908203125
HHLIU,λ<=log n,8192,1,53723,6.5579833984375
HHLIU,λ<=log n,8192,1,58253,7.1109619140625
HHLIU,λ<=log n,8192,1,62175,7.5897216796875
HHLIU,λ<=log n,8192,1,60951,7.4403076171875
HHLIU,λ<=log n,8192,1,55598,6.786865234375
HHLIU,λ<=log n,8192,1,60965,7.4420166015625
HHLIU,λ<=log n,8192,1,55439,6.7674560546875
HHLIU,λ<=log n,8192,1,57191,6.9813232421875
HHLIU,λ<=log n,8192,1,60533,7.3892822265625
HHLIU,λ<=log n,8192,1,57018,6.960205078125
HHLIU,λ<=log n,8192,1,61753,7.5382080078125
HHLIU,λ<=log n,8192,1,60544,7.390625
HHLIU,λ<=log n,8192,1,63359,7.7342529296875
HHLIU,λ<=log n,8192,1,54150,6.610107421875
HHLIU,λ<=log n,8192,1,59657,7.2823486328125
HHLIU,λ<=log n,8192,1,57644,7.03662109375
HHLIU,λ<=log n,8192,1,59785,7.2979736328125
HHLIU,λ<=log n,8192,1,62079,7.5780029296875
HHLIU,λ<=log n,8192,1,59679,7.2850341796875
HHLIU,λ<=log n,8192,1,55792,6.810546875
HHLIU,λ<=log n,8192,1,57090,6.968994140625
HHLIU,λ<=log n,8192,1,57511,7.0203857421875
HHLIU,λ<=log n,8192,1,56673,6.9180908203125
HHLIU,λ<=log n,8192,1,62647,7.6473388671875
HHLIU,λ<=log n,8192,1,58265,7.1124267578125
HHLIU,λ<=log n,8192,1,52612,6.42236328125
HHLIU,λ<=log n,8192,1,59918,7.314208984375
HHLIU,λ<=log n,8192,1,57760,7.05078125
HHLIU,λ<=log n,8192,1,58137,7.0968017578125
HHLIU,λ<=log n,8192,1,67652,8.25830078125
HHLIU,λ<=log n,8192,1,56681,6.9190673828125
HHLIU,λ<=log n,8192,1,60906,7.434814453125
HHLIU,λ<=log n,8192,1,57554,7.025634765625
HHLIU,λ<=log n,8192,1,56970,6.954345703125
HHLIU,λ<=log n,8192,1,54473,6.6495361328125
HHLIU,λ<=log n,8192,1,59529,7.2667236328125
HHLIU,λ<=log n,8192,1,60640,7.40234375
HHLIU,λ<=log n,8192,1,57196,6.98193359375
HHLIU,λ<=log n,8192,1,54777,6.6866455078125
HHLIU,λ<=log n,8192,1,54925,6.7047119140625
HHLIU,λ<=log n,8192,1,63770,7.784423828125
HHLIU,λ<=log n,8192,1,53667,6.5511474609375
HHLIU,λ<=log n,8192,1,56434,6.888916015625
HHLIU,λ<=log n,8192,1,59954,7.318603515625
HHLIU,λ<=log n,8192,1,62580,7.63916015625
HHLIU,λ<=log n,8192,1,54329,6.6319580078125
HHLIU,λ<=log n,8192,1,55524,6.77783203125
HHLIU,λ<=log n,8192,1,55249,6.7442626953125
HHLIU,λ<=log n,8192,1,56867,6.9417724609375
HHLIU,λ<=log n,8192,1,54128,6.607421875
HHLIU,λ<=log n,8192,1,56466,6.892822265625
HHLIU,λ<=log n,8192,1,65482,7.993408203125
HHLIU,λ<=log n,8192,1,65958,8.051513671875
HHLIU,λ<=log n,8192,1,60879,7.4315185546875
HHLIU,λ<=log n,8192,1,55487,6.7733154296875
HHLIU,λ<=log n,8192,1,59116,7.21630859375
HHLIU,λ<=log n,8192,1,57329,6.9981689453125
HHLIU,λ<=log n,8192,1,59127,7.2176513671875
HHLIU,λ<=log n,8192,1,55490,6.773681640625
HHLIU,λ<=log n,8192,1,60268,7.35693359375
HHLIU,λ<=log n,8192,1,57799,7.0555419921875
HHLIU,λ<=log n,8192,1,64539,7.8782958984375
HHLIU,λ<=log n,8192,1,57473,7.0157470703125
HHLIU,λ<=log n,8192,1,62420,7.61962890625
HHLIU,λ<=log n,8192,1,55165,6.7340087890625
HHLIU,λ<=log n,8192,1,57907,7.0687255859375
HHLIU,λ<=log n,8192,1,55303,6.7508544921875
HHLIU,λ<=log n,8192,1,57578,7.028564453125
HHLIU,λ<=log n,8192,1,60585,7.3956298828125
HHLIU,λ<=log n,8192,1,73570,8.980712890625
HHLIU,λ<=log n,8192,1,62877,7.6754150390625
HHLIU,λ<=log n,8192,1,58086,7.090576171875
HHLIU,λ<=log n,8192,1,54315,6.6302490234375
HHLIU,λ<=log n,8192,1,56912,6.947265625
HHLIU,λ<=log n,8192,1,58906,7.190673828125
HHLIU,λ<=log n,8192,1,56427,6.8880615234375
HHLIU,λ<=log n,8192,1,68555,8.3685302734375
HHLIU,λ<=log n,8192,1,56888,6.9443359375
HHLIU,λ<=log n,8192,1,56748,6.92724609375
HHLIU,λ<=log n,8192,1,55072,6.72265625
HHLIU,λ<=log n,8192,1,57715,7.0452880859375
HHLIU,λ<=log n,8192,1,59010,7.203369140625
HHLIU,λ<=log n,8192,1,57007,6.9588623046875
HHLIU,λ<=log n,8192,1,56441,6.8897705078125
HHLIU,λ<=log n,8192,1,64002,7.812744140625
HHLIU,λ<=log n,8192,1,65916,8.04638671875
HHLIU,λ<=log n,8192,1,59341,7.2437744140625
HHLIU,λ<=log n,8192,1,54327,6.6317138671875
HHLIU,λ<=log n,8192,1,59630,7.279052734375
HHLIU,λ<=log n,8192,1,54822,6.692138671875
HHLIU,λ<=log n,8192,1,61210,7.471923828125
HHLIU,λ<=log n,8192,1,58295,7.1160888671875
HHLIU,λ<=log n,8192,1,58273,7.1134033203125
HHLIU,λ<=log n,8192,1,58617,7.1553955078125
HHLIU,λ<=log n,8192,1,56847,6.9393310546875
HHLIU,λ<=log n,8192,1,58977,7.1993408203125
HRLIU,λ<=log n,8192,1,59230,7.230224609375
HRLIU,λ<=log n,8192,1,57616,7.033203125
HRLIU,λ<=log n,8192,1,65532,7.99951171875
HRLIU,λ<=log n,8192,1,61061,7.4537353515625
HRLIU,λ<=log n,8192,1,58617,7.1553955078125
HRLIU,λ<=log n,8192,1,57751,7.0496826171875
HRLIU,λ<=log n,8192,1,60572,7.39404296875
HRLIU,λ<=log n,8192,1,58300,7.11669921875
HRLIU,λ<=log n,8192,1,58735,7.1697998046875
HRLIU,λ<=log n,8192,1,56985,6.9561767578125
HRLIU,λ<=log n,8192,1,54638,6.669677734375
HRLIU,λ<=log n,8192,1,59628,7.27880859375
HRLIU,λ<=log n,8192,1,58381,7.1265869140625
HRLIU,λ<=log n,8192,1,59670,7.283935546875
HRLIU,λ<=log n,8192,1,56277,6.8697509765625
HRLIU,λ<=log n,8192,1,55583,6.7850341796875
HRLIU,λ<=log n,8192,1,58640,7.158203125
HRLIU,λ<=log n,8192,1,59854,7.306396484375
HRLIU,λ<=log n,8192,1,59170,7.222900390625
HRLIU,λ<=log n,8192,1,55884,6.82177734375
HRLIU,λ<=log n,8192,1,63394,7.738525390625
HRLIU,λ<=log n,8192,1,61070,7.454833984375
HRLIU,λ<=log n,8192,1,59276,7.23583984375
HRLIU,λ<=log n,8192,1,60339,7.3656005859375
HRLIU,λ<=log n,8192,1,54224,6.619140625
HRLIU,λ<=log n,8192,1,63508,7.75244140625
HRLIU,λ<=log n,8192,1,54140,6.60888671875
HRLIU,λ<=log n,8192,1,58484,7.13916015625
HRLIU,λ<=log n,8192,1,60384,7.37109375
HRLIU,λ<=log n,8192,1,58527,7.1444091796875
HRLIU,λ<=log n,8192,1,55151,6.7322998046875
HRLIU,λ<=log n,8192,1,61093,7.4576416015625
HRLIU,λ<=log n,8192,1,66477,8.1148681640625
HRLIU,λ<=log n,8192,1,62008,7.5693359375
HRLIU,λ<=log n,8192,1,59151,7.2205810546875
HRLIU,λ<=log n,8192,1,55967,6.8319091796875
HRLIU,λ<=log n,8192,1,55881,6.8214111328125
HRLIU,λ<=log n,8192,1,61259,7.4779052734375
HRLIU,λ<=log n,8192,1,58115,7.0941162109375
HRLIU,λ<=log n,8192,1,59195,7.2259521484375
HRLIU,λ<=log n,8192,1,57486,7.017333984375
HRLIU,λ<=log n,8192,1,59274,7.235595703125
HRLIU,λ<=log n,8192,1,57646,7.036865234375
HRLIU,λ<=log n,8192,1,57769,7.0518798828125
HRLIU,λ<=log n,8192,1,53557,6.5377197265625
HRLIU,λ<=log n,8192,1,56633,6.9132080078125
HRLIU,λ<=log n,8192,1,55287,6.7489013671875
HRLIU,λ<=log n,8192,1,54720,6.6796875
HRLIU,λ<=log n,8192,1,54920,6.7041015625
HRLIU,λ<=log n,8192,1,62938,7.682861328125
HRLIU,λ<=log n,8192,1,57697,7.0430908203125
HRLIU,λ<=log n,8192,1,57301,6.9947509765625
HRLIU,λ<=log n,8192,1,57459,7.0140380859375
HRLIU,λ<=log n,8192,1,58507,7.1419677734375
HRLIU,λ<=log n,8192,1,57352,7.0009765625
HRLIU,λ<=log n,8192,1,60829,7.4254150390625
HRLIU,λ<=log n,8192,1,62365,7.6129150390625
HRLIU,λ<=log n,8192,1,62389,7.6158447265625
HRLIU,λ<=log n,8192,1,57585,7.0294189453125
HRLIU,λ<=log n,8192,1,56921,6.9483642578125
HRLIU,λ<=log n,8192,1,55318,6.752685546875
HRLIU,λ<=log n,8192,1,55653,6.7935791015625
HRLIU,λ<=log n,8192,1,60878,7.431396484375
HRLIU,λ<=log n,8192,1,60409,7.3741455078125
HRLIU,λ<=log n,8192,1,61719,7.5340576171875
HRLIU,λ<=log n,8192,1,57173,6.9791259765625
HRLIU,λ<=log n,8192,1,57653,7.0377197265625
HRLIU,λ<=log n,8192,1,56806,6.934326171875
HRLIU,λ<=log n,8192,1,59253,7.2330322265625
HRLIU,λ<=log n,8192,1,55506,6.775634765625
HRLIU,λ<=log n,8192,1,55821,6.8140869140625
HRLIU,λ<=log n,8192,1,61287,7.4813232421875
HRLIU,λ<=log n,8192,1,60142,7.341552734375
HRLIU,λ<=log n,8192,1,55921,6.8262939453125
HRLIU,λ<=log n,8192,1,55700,6.79931640625
HRLIU,λ<=log n,8192,1,58027,7.0833740234375
HRLIU,λ<=log n,8192,1,55057,6.7208251953125
HRLIU,λ<=log n,8192,1,60086,7.334716796875
HRLIU,λ<=log n,8192,1,72833,8.8907470703125
HRLIU,λ<=log n,8192,1,69421,8.4742431640625
HRLIU,λ<=log n,8192,1,55309,6.7515869140625
HRLIU,λ<=log n,8192,1,55134,6.730224609375
HRLIU,λ<=log n,8192,1,58158,7.099365234375
HRLIU,λ<=log n,8192,1,59533,7.2672119140625
HRLIU,λ<=log n,8192,1,61116,7.46044921875
HRLIU,λ<=log n,8192,1,56480,6.89453125
HRLIU,λ<=log n,8192,1,61147,7.4642333984375
HRLIU,λ<=log n,8192,1,59652,7.28173828125
HRLIU,λ<=log n,8192,1,60129,7.3399658203125
HRLIU,λ<=log n,8192,1,55240,6.7431640625
HRLIU,λ<=log n,8192,1,54210,6.617431640625
HRLIU,λ<=log n,8192,1,57180,6.97998046875
HRLIU,λ<=log n,8192,1,59496,7.2626953125
HRLIU,λ<=log n,8192,1,56377,6.8819580078125
HRLIU,λ<=log n,8192,1,56548,6.90283203125
HRLIU,λ<=log n,8192,1,64449,7.8673095703125
HRLIU,λ<=log n,8192,1,57315,6.9964599609375
HRLIU,λ<=log n,8192,1,60945,7.4395751953125
HRLIU,λ<=log n,8192,1,56817,6.9356689453125
HSLIU,λ<=log n,8192,1,82977,10.1290283203125
HSLIU,λ<=log n,8192,1,92656,11.310546875
HSLIU,λ<=log n,8192,1,96478,11.777099609375
HSLIU,λ<=log n,8192,1,79612,9.71826171875
HSLIU,λ<=log n,8192,1,88137,10.7589111328125
HSLIU,λ<=log n,8192,1,88987,10.8626708984375
HSLIU,λ<=log n,8192,1,87665,10.7012939453125
HSLIU,λ<=log n,8192,1,81035,9.8919677734375
HSLIU,λ<=log n,8192,1,86382,10.544677734375
HSLIU,λ<=log n,8192,1,93503,11.4139404296875
HSLIU,λ<=log n,8192,1,83040,10.13671875
HSLIU,λ<=log n,8192,1,92269,11.2633056640625
HSLIU,λ<=log n,8192,1,79176,9.6650390625
HSLIU,λ<=log n,8192,1,90897,11.0958251953125
HSLIU,λ<=log n,8192,1,81571,9.9573974609375
HSLIU,λ<=log n,8192,1,79738,9.733642578125
HSLIU,λ<=log n,8192,1,82090,10.020751953125
HSLIU,λ<=log n,8192,1,93153,11.3712158203125
HSLIU,λ<=log n,8192,1,87239,10.6492919921875
HSLIU,λ<=log n,8192,1,83881,10.2393798828125
HSLIU,λ<=log n,8192,1,82931,10.1234130859375
HSLIU,λ<=log n,8192,1,74178,9.054931640625
HSLIU,λ<=log n,8192,1,85581,10.4468994140625
HSLIU,λ<=log n,8192,1,88916,10.85400390625
HSLIU,λ<=log n,8192,1,77287,9.4344482421875
HSLIU,λ<=log n,8192,1,85456,10.431640625
HSLIU,λ<=log n,8192,1,81719,9.9754638671875
HSLIU,λ<=log n,8192,1,83134,10.148193359375
HSLIU,λ<=log n,8192,1,87346,10.662353515625
HSLIU,λ<=log n,8192,1,81808,9.986328125
HSLIU,λ<=log n,8192,1,80709,9.8521728515625
HSLIU,λ<=log n,8192,1,76633,9.3546142578125
HSLIU,λ<=log n,8192,1,82630,10.086669921875
HSLIU,λ<=log n,8192,1,92266,11.262939453125
HSLIU,λ<=log n,8192,1,82697,10.0948486328125
HSLIU,λ<=log n,8192,1,87977,10.7393798828125
HSLIU,λ<=log n,8192,1,88359,10.7860107421875
HSLIU,λ<=log n,8192,1,75405,9.2047119140625
HSLIU,λ<=log n,8192,1,83308,10.16943359375
HSLIU,λ<=log n,8192,1,86914,10.609619140625
HSLIU,λ<=log n,8192,1,91345,11.1505126953125
HSLIU,λ<=log n,8192,1,83973,10.2506103515625
HSLIU,λ<=log n,8192,1,87168,10.640625
HSLIU,λ<=log n,8192,1,78509,9.5836181640625
HSLIU,λ<=log n,8192,1,82358,10.053466796875
HSLIU,λ<=log n,8192,1,81308,9.92529296875
HSLIU,λ<=log n,8192,1,80156,9.78466796875
HSLIU,λ<=log n,8192,1,83849,10.2354736328125
HSLIU,λ<=log n,8192,1,84220,10.28076171875
HSLIU,λ<=log n,8192,1,86773,10.5924072265625
HSLIU,λ<=log n,8192,1,88866,10.847900390625
HSLIU,λ<=log n,8192,1,90855,11.0906982421875
HSLIU,λ<=log n,8192,1,94214,11.500732421875
HSLIU,λ<=log n,8192,1,78565,9.5904541015625
HSLIU,λ<=log n,8192,1,81006,9.888427734375
HSLIU,λ<=log n,8192,1,84121,10.2686767578125
HSLIU,λ<=log n,8192,1,83626,10.208251953125
HSLIU,λ<=log n,8192,1,87360,10.6640625
HSLIU,λ<=log n,8192,1,86362,10.542236328125
HSLIU,λ<=log n,8192,1,88180,10.76416015625
HSLIU,λ<=log n,8192,1,88654,10.822021484375
HSLIU,λ<=log n,8192,1,86910,10.609130859375
HSLIU,λ<=log n,8192,1,102340,12.49267578125
HSLIU,λ<=log n,8192,1,90234,11.014892578125
HSLIU,λ<=log n,8192,1,94152,11.4931640625
HSLIU,λ<=log n,8192,1,79309,9.6812744140625
HSLIU,λ<=log n,8192,1,79613,9.7183837890625
HSLIU,λ<=log n,8192,1,83187,10.1546630859375
HSLIU,λ<=log n,8192,1,81037,9.8922119140625
HSLIU,λ<=log n,8192,1,81639,9.9656982421875
HSLIU,λ<=log n,8192,1,76167,9.2977294921875
HSLIU,λ<=log n,8192,1,80173,9.7867431640625
HSLIU,λ<=log n,8192,1,82815,10.1092529296875
HSLIU,λ<=log n,8192,1,83976,10.2509765625
HSLIU,λ<=log n,8192,1,76913,9.3887939453125
HSLIU,λ<=log n,8192,1,84237,10.2828369140625
HSLIU,λ<=log n,8192,1,83407,10.1815185546875
HSLIU,λ<=log n,8192,1,88160,10.76171875
HSLIU,λ<=log n,8192,1,100961,12.3243408203125
HSLIU,λ<=log n,8192,1,82715,10.0970458984375
HSLIU,λ<=log n,8192,1,82243,10.0394287109375
HSLIU,λ<=log n,8192,1,81046,9.893310546875
HSLIU,λ<=log n,8192,1,77049,9.4053955078125
HSLIU,λ<=log n,8192,1,79082,9.653564453125
HSLIU,λ<=log n,8192,1,82299,10.0462646484375
HSLIU,λ<=log n,8192,1,83475,10.1898193359375
HSLIU,λ<=log n,8192,1,83933,10.2457275390625
HSLIU,λ<=log n,8192,1,85117,10.3902587890625
HSLIU,λ<=log n,8192,1,90162,11.006103515625
HSLIU,λ<=log n,8192,1,95200,11.62109375
HSLIU,λ<=log n,8192,1,89686,10.947998046875
HSLIU,λ<=log n,8192,1,88727,10.8309326171875
HSLIU,λ<=log n,8192,1,100810,12.305908203125
HSLIU,λ<=log n,8192,1,97711,11.9276123046875
HSLIU,λ<=log n,8192,1,87477,10.6783447265625
HSLIU,λ<=log n,8192,1,81794,9.984619140625
HSLIU,λ<=log n,8192,1,80754,9.857666015625
HSLIU,λ<=log n,8192,1,83482,10.190673828125
HSLIU,λ<=log n,8192,1,81524,9.95166015625
HSLIU,λ<=log n,8192,1,85825,10.4766845703125
SSDCP,λ<=log n,8192,1,77710,9.486083984375
SSDCP,λ<=log n,8192,1,91442,11.162353515625
SSDCP,λ<=log n,8192,1,86443,10.5521240234375
SSDCP,λ<=log n,8192,1,77270,9.432373046875
SSDCP,λ<=log n,8192,1,79903,9.7537841796875
SSDCP,λ<=log n,8192,1,80806,9.864013671875
SSDCP,λ<=log n,8192,1,70876,8.65185546875
SSDCP,λ<=log n,8192,1,82927,10.1229248046875
SSDCP,λ<=log n,8192,1,82338,10.051025390625
SSDCP,λ<=log n,8192,1,75386,9.202392578125
SSDCP,λ<=log n,8192,1,88289,10.7774658203125
SSDCP,λ<=log n,8192,1,86690,10.582275390625
SSDCP,λ<=log n,8192,1,85655,10.4559326171875
SSDCP,λ<=log n,8192,1,73450,8.966064453125
SSDCP,λ<=log n,8192,1,80741,9.8560791015625
SSDCP,λ<=log n,8192,1,80900,9.87548828125
SSDCP,λ<=log n,8192,1,83251,10.1624755859375
SSDCP,λ<=log n,8192,1,82217,10.0362548828125
SSDCP,λ<=log n,8192,1,72460,8.84521484375
SSDCP,λ<=log n,8192,1,87013,10.6217041015625
SSDCP,λ<=log n,8192,1,75439,9.2088623046875
SSDCP,λ<=log n,8192,1,85827,10.4769287109375
SSDCP,λ<=log n,8192,1,87071,10.6287841796875
SSDCP,λ<=log n,8192,1,83440,10.185546875
SSDCP,λ<=log n,8192,1,82208,10.03515625
SSDCP,λ<=log n,8192,1,77472,9.45703125
SSDCP,λ<=log n,8192,1,74727,9.1219482421875
SSDCP,λ<=log n,8192,1,80983,9.8856201171875
SSDCP,λ<=log n,8192,1,75999,9.2772216796875
SSDCP,λ<=log n,8192,1,77269,9.4322509765625
SSDCP,λ<=log n,8192,1,81897,9.9971923828125
SSDCP,λ<=log n,8192,1,78922,9.634033203125
SSDCP,λ<=log n,8192,1,99186,12.107666015625
SSDCP,λ<=log n,8192,1,72153,8.8077392578125
SSDCP,λ<=log n,8192,1,82012,10.01123046875
SSDCP,λ<=log n,8192,1,78309,9.5592041015625
SSDCP,λ<=log n,8192,1,79591,9.7156982421875
SSDCP,λ<=log n,8192,1,73631,8.9881591796875
SSDCP,λ<=log n,8192,1,85466,10.432861328125
SSDCP,λ<=log n,8192,1,92565,11.2994384765625
SSDCP,λ<=log n,8192,1,72483,8.8480224609375
SSDCP,λ<=log n,8192,1,84113,10.2677001953125
SSDCP,λ<=log n,8192,1,89440,10.91796875
SSDCP,λ<=log n,8192,1,78548,9.58837890625
SSDCP,λ<=log n,8192,1,80951,9.8817138671875
SSDCP,λ<=log n,8192,1,70832,8.646484375
SSDCP,λ<=log n,8192,1,80510,9.827880859375
SSDCP,λ<=log n,8192,1,81609,9.9620361328125
SSDCP,λ<=log n,8192,1,82330,10.050048828125
SSDCP,λ<=log n,8192,1,84053,10.2603759765625
SSDCP,λ<=log n,8192,1,83127,10.1473388671875
SSDCP,λ<=log n,8192,1,75080,9.1650390625
SSDCP,λ<=log n,8192,1,73372,8.95654296875
SSDCP,λ<=log n,8192,1,74464,9.08984375
SSDCP,λ<=log n,8192,1,87808,10.71875
SSDCP,λ<=log n,8192,1,83296,10.16796875
SSDCP,λ<=log n,8192,1,79203,9.6683349609375
SSDCP,λ<=log n,8192,1,78831,9.6229248046875
SSDCP,λ<=log n,8192,1,78707,9.6077880859375
SSDCP,λ<=log n,8192,1,75708,9.24169921875
SSDCP,λ<=log n,8192,1,81658,9.968017578125
SSDCP,λ<=log n,8192,1,78522,9.585205078125
SSDCP,λ<=log n,8192,1,78906,9.632080078125
SSDCP,λ<=log n,8192,1,78135,9.5379638671875
SSDCP,λ<=log n,8192,1,76017,9.2794189453125
SSDCP,λ<=log n,8192,1,85289,10.4112548828125
SSDCP,λ<=log n,8192,1,81638,9.965576171875
SSDCP,λ<=log n,8192,1,87654,10.699951171875
SSDCP,λ<=log n,8192,1,80831,9.8670654296875
SSDCP,λ<=log n,8192,1,77450,9.454345703125
SSDCP,λ<=log n,8192,1,77368,9.4443359375
SSDCP,λ<=log n,8192,1,108711,13.2703857421875
SSDCP,λ<=log n,8192,1,74400,9.08203125
SSDCP,λ<=log n,8192,1,77120,9.4140625
SSDCP,λ<=log n,8192,1,85705,10.4620361328125
SSDCP,λ<=log n,8192,1,81370,9.932861328125
SSDCP,λ<=log n,8192,1,84959,10.3709716796875
SSDCP,λ<=log n,8192,1,81268,9.92041015625
SSDCP,λ<=log n,8192,1,87472,10.677734375
SSDCP,λ<=log n,8192,1,81316,9.92626953125
SSDCP,λ<=log n,8192,1,72122,8.803955078125
SSDCP,λ<=log n,8192,1,70346,8.587158203125
SSDCP,λ<=log n,8192,1,79644,9.72216796875
SSDCP,λ<=log n,8192,1,81878,9.994873046875
SSDCP,λ<=log n,8192,1,85789,10.4722900390625
SSDCP,λ<=log n,8192,1,76529,9.3419189453125
SSDCP,λ<=log n,8192,1,85432,10.4287109375
SSDCP,λ<=log n,8192,1,121800,14.8681640625
SSDCP,λ<=log n,8192,1,84125,10.2691650390625
SSDCP,λ<=log n,8192,1,82191,10.0330810546875
SSDCP,λ<=log n,8192,1,77872,9.505859375
SSDCP,λ<=log n,8192,1,82442,10.063720703125
SSDCP,λ<=log n,8192,1,82432,10.0625
SSDCP,λ<=log n,8192,1,88116,10.75634765625
SSDCP,λ<=log n,8192,1,82451,10.0648193359375
SSDCP,λ<=log n,8192,1,72808,8.8876953125
SSDCP,λ<=log n,8192,1,74783,9.1287841796875
SSDCP,λ<=log n,8192,1,79892,9.75244140625
SSDCP,λ<=log n,8192,1,82976,10.12890625
SSDCP,λ<=log n,8192,1,91232,11.13671875
SRDCP,λ<=log n,8192,1,50393,6.1514892578125
SRDCP,λ<=log n,8192,1,54301,6.6285400390625
SRDCP,λ<=log n,8192,1,51549,6.2926025390625
SRDCP,λ<=log n,8192,1,50388,6.15087890625
SRDCP,λ<=log n,8192,1,53723,6.5579833984375
SRDCP,λ<=log n,8192,1,51138,6.242431640625
SRDCP,λ<=log n,8192,1,53460,6.52587890625
SRDCP,λ<=log n,8192,1,56927,6.9490966796875
SRDCP,λ<=log n,8192,1,52716,6.43505859375
SRDCP,λ<=log n,8192,1,54977,6.7110595703125
SRDCP,λ<=log n,8192,1,51765,6.3189697265625
SRDCP,λ<=log n,8192,1,52527,6.4119873046875
SRDCP,λ<=log n,8192,1,49379,6.0277099609375
SRDCP,λ<=log n,8192,1,49900,6.09130859375
SRDCP,λ<=log n,8192,1,49384,6.0283203125
SRDCP,λ<=log n,8192,1,53594,6.542236328125
SRDCP,λ<=log n,8192,1,49903,6.0916748046875
SRDCP,λ<=log n,8192,1,51889,6.3341064453125
SRDCP,λ<=log n,8192,1,55724,6.80224609375
SRDCP,λ<=log n,8192,1,54002,6.592041015625
SRDCP,λ<=log n,8192,1,52682,6.430908203125
SRDCP,λ<=log n,8192,1,53419,6.5208740234375
SRDCP,λ<=log n,8192,1,49267,6.0140380859375
SRDCP,λ<=log n,8192,1,57432,7.0107421875
SRDCP,λ<=log n,8192,1,52350,6.390380859375
SRDCP,λ<=log n,8192,1,59424,7.25390625
SRDCP,λ<=log n,8192,1,57237,6.9869384765625
SRDCP,λ<=log n,8192,1,50994,6.224853515625
SRDCP,λ<=log n,8192,1,52526,6.411865234375
SRDCP,λ<=log n,8192,1,58948,7.19580078125
SRDCP,λ<=log n,8192,1,55273,6.7471923828125
SRDCP,λ<=log n,8192,1,56239,6.8651123046875
SRDCP,λ<=log n,8192,1,53837,6.5718994140625
SRDCP,λ<=log n,8192,1,52052,6.35400390625
SRDCP,λ<=log n,8192,1,62378,7.614501953125
SRDCP,λ<=log n,8192,1,49530,6.046142578125
SRDCP,λ<=log n,8192,1,56710,6.922607421875
SRDCP,λ<=log n,8192,1,54418,6.642822265625
SRDCP,λ<=log n,8192,1,54000,6.591796875
SRDCP,λ<=log n,8192,1,55372,6.75927734375
SRDCP,λ<=log n,8192,1,47479,5.7957763671875
SRDCP,λ<=log n,8192,1,56318,6.874755859375
SRDCP,λ<=log n,8192,1,52740,6.43798828125
SRDCP,λ<=log n,8192,1,53503,6.5311279296875
SRDCP,λ<=log n,8192,1,51056,6.232421875
SRDCP,λ<=log n,8192,1,50774,6.197998046875
SRDCP,λ<=log n,8192,1,48841,5.9620361328125
SRDCP,λ<=log n,8192,1,58438,7.133544921875
SRDCP,λ<=log n,8192,1,53752,6.5615234375
SRDCP,λ<=log n,8192,1,56088,6.8466796875
SRDCP,λ<=log n,8192,1,52696,6.4326171875
SRDCP,λ<=log n,8192,1,55437,6.7672119140625
SRDCP,λ<=log n,8192,1,53279,6.5037841796875
SRDCP,λ<=log n,8192,1,52939,6.4622802734375
SRDCP,λ<=log n,8192,1,48870,5.965576171875
SRDCP,λ<=log n,8192,1,57585,7.0294189453125
SRDCP,λ<=log n,8192,1,50077,6.1129150390625
SRDCP,λ<=log n,8192,1,55017,6.7159423828125
SRDCP,λ<=log n,8192,1,54025,6.5948486328125
SRDCP,λ<=log n,8192,1,57422,7.009521484375
SRDCP,λ<=log n,8192,1,52988,6.46826171875
SRDCP,λ<=log n,8192,1,50549,6.1705322265625
SRDCP,λ<=log n,8192,1,51564,6.29443359375
SRDCP,λ<=log n,8192,1,49803,6.0794677734375
SRDCP,λ<=log n,8192,1,53180,6.49169921875
SRDCP,λ<=log n,8192,1,49578,6.052001953125
SRDCP,λ<=log n,8192,1,50106,6.116455078125
SRDCP,λ<=log n,8192,1,52560,6.416015625
SRDCP,λ<=log n,8192,1,56073,6.8448486328125
SRDCP,λ<=log n,8192,1,54068,6.60009765625
SRDCP,λ<=log n,8192,1,50709,6.1900634765625
SRDCP,λ<=log n,8192,1,54001,6.5919189453125
SRDCP,λ<=log n,8192,1,52713,6.4346923828125
SRDCP,λ<=log n,8192,1,56888,6.9443359375
SRDCP,λ<=log n,8192,1,58386,7.127197265625
SRDCP,λ<=log n,8192,1,55247,6.7440185546875
SRDCP,λ<=log n,8192,1,52026,6.350830078125
SRDCP,λ<=log n,8192,1,51644,6.30419921875
SRDCP,λ<=log n,8192,1,53607,6.5438232421875
SRDCP,λ<=log n,8192,1,55238,6.742919921875
SRDCP,λ<=log n,8192,1,55709,6.8004150390625
SRDCP,λ<=log n,8192,1,54391,6.6395263671875
SRDCP,λ<=log n,8192,1,53222,6.496826171875
SRDCP,λ<=log n,8192,1,55529,6.7784423828125
SRDCP,λ<=log n,8192,1,51444,6.27978515625
SRDCP,λ<=log n,8192,1,52952,6.4638671875
SRDCP,λ<=log n,8192,1,51777,6.3204345703125
SRDCP,λ<=log n,8192,1,59156,7.22119140625
SRDCP,λ<=log n,8192,1,49847,6.0848388671875
SRDCP,λ<=log n,8192,1,52642,6.426025390625
SRDCP,λ<=log n,8192,1,54236,6.62060546875
SRDCP,λ<=log n,8192,1,52542,6.413818359375
SRDCP,λ<=log n,8192,1,52038,6.352294921875
SRDCP,λ<=log n,8192,1,50763,6.1966552734375
SRDCP,λ<=log n,8192,1,53500,6.53076171875
SRDCP,λ<=log n,8192,1,51706,6.311767578125
SRDCP,λ<=log n,8192,1,57815,7.0574951171875
SRDCP,λ<=log n,8192,1,51198,6.249755859375
SRDCP,λ<=log n,8192,1,51484,6.28466796875
SHDCP,λ<=log n,8192,1,53030,6.473388671875
SHDCP,λ<=log n,8192,1,50485,6.1627197265625
SHDCP,λ<=log n,8192,1,52663,6.4285888671875
SHDCP,λ<=log n,8192,1,48228,5.88720703125
SHDCP,λ<=log n,8192,1,48277,5.8931884765625
SHDCP,λ<=log n,8192,1,56045,6.8414306640625
SHDCP,λ<=log n,8192,1,49990,6.102294921875
SHDCP,λ<=log n,8192,1,55095,6.7254638671875
SHDCP,λ<=log n,8192,1,52280,6.3818359375
SHDCP,λ<=log n,8192,1,49284,6.01611328125
SHDCP,λ<=log n,8192,1,50021,6.1060791015625
SHDCP,λ<=log n,8192,1,53349,6.5123291015625
SHDCP,λ<=log n,8192,1,50945,6.2188720703125
SHDCP,λ<=log n,8192,1,62785,7.6641845703125
SHDCP,λ<=log n,8192,1,51405,6.2750244140625
SHDCP,λ<=log n,8192,1,58452,7.13525390625
SHDCP,λ<=log n,8192,1,52477,6.4058837890625
SHDCP,λ<=log n,8192,1,58664,7.1611328125
SHDCP,λ<=log n,8192,1,53085,6.4801025390625
SHDCP,λ<=log n,8192,1,55099,6.7259521484375
SHDCP,λ<=log n,8192,1,53398,6.518310546875
SHDCP,λ<=log n,8192,1,55837,6.8160400390625
SHDCP,λ<=log n,8192,1,54062,6.599365234375
SHDCP,λ<=log n,8192,1,54706,6.677978515625
SHDCP,λ<=log n,8192,1,53230,6.497802734375
SHDCP,λ<=log n,8192,1,51483,6.2845458984375
SHDCP,λ<=log n,8192,1,52110,6.361083984375
SHDCP,λ<=log n,8192,1,52557,6.4156494140625
SHDCP,λ<=log n,8192,1,49731,6.0706787109375
SHDCP,λ<=log n,8192,1,54034,6.595947265625
SHDCP,λ<=log n,8192,1,56658,6.916259765625
SHDCP,λ<=log n,8192,1,52547,6.4144287109375
SHDCP,λ<=log n,8192,1,49022,5.984130859375
SHDCP,λ<=log n,8192,1,52059,6.3548583984375
SHDCP,λ<=log n,8192,1,50221,6.1304931640625
SHDCP,λ<=log n,8192,1,48831,5.9608154296875
SHDCP,λ<=log n,8192,1,51314,6.263916015625
SHDCP,λ<=log n,8192,1,60383,7.3709716796875
SHDCP,λ<=log n,8192,1,55127,6.7293701171875
SHDCP,λ<=log n,8192,1,47672,5.8193359375
SHDCP,λ<=log n,8192,1,57858,7.062744140625
SHDCP,λ<=log n,8192,1,50935,6.2176513671875
SHDCP,λ<=log n,8192,1,51930,6.339111328125
SHDCP,λ<=log n,8192,1,53205,6.4947509765625
SHDCP,λ<=log n,8192,1,51871,6.3319091796875
SHDCP,λ<=log n,8192,1,54238,6.620849609375
SHDCP,λ<=log n,8192,1,52105,6.3604736328125
SHDCP,λ<=log n,8192,1,50877,6.2105712890625
SHDCP,λ<=log n,8192,1,57354,7.001220703125
SHDCP,λ<=log n,8192,1,62761,7.6612548828125
SHDCP,λ<=log n,8192,1,51174,6.246826171875
SHDCP,λ<=log n,8192,1,53042,6.474853515625
SHDCP,λ<=log n,8192,1,52978,6.467041015625
SHDCP,λ<=log n,8192,1,51708,6.31201171875
SHDCP,λ<=log n,8192,1,54618,6.667236328125
SHDCP,λ<=log n,8192,1,56466,6.892822265625
SHDCP,λ<=log n,8192,1,49761,6.0743408203125
SHDCP,λ<=log n,8192,1,51254,6.256591796875
SHDCP,λ<=log n,8192,1,47663,5.8182373046875
SHDCP,λ<=log n,8192,1,48797,5.9566650390625
SHDCP,λ<=log n,8192,1,59023,7.2049560546875
SHDCP,λ<=log n,8192,1,51832,6.3271484375
SHDCP,λ<=log n,8192,1,55918,6.825927734375
SHDCP,λ<=log n,8192,1,56911,6.9471435546875
SHDCP,λ<=log n,8192,1,53445,6.5240478515625
SHDCP,λ<=log n,8192,1,49027,5.9847412109375
SHDCP,λ<=log n,8192,1,57614,7.032958984375
SHDCP,λ<=log n,8192,1,60878,7.431396484375
SHDCP,λ<=log n,8192,1,50584,6.1748046875
SHDCP,λ<=log n,8192,1,48456,5.9150390625
SHDCP,λ<=log n,8192,1,53648,6.548828125
SHDCP,λ<=log n,8192,1,51203,6.2503662109375
SHDCP,λ<=log n,8192,1,57918,7.070068359375
SHDCP,λ<=log n,8192,1,52969,6.4659423828125
SHDCP,λ<=log n,8192,1,46401,5.6641845703125
SHDCP,λ<=log n,8192,1,52364,6.39208984375
SHDCP,λ<=log n,8192,1,49547,6.0482177734375
SHDCP,λ<=log n,8192,1,47326,5.777099609375
SHDCP,λ<=log n,8192,1,51715,6.3128662109375
SHDCP,λ<=log n,8192,1,49278,6.015380859375
SHDCP,λ<=log n,8192,1,52624,6.423828125
SHDCP,λ<=log n,8192,1,55506,6.775634765625
SHDCP,λ<=log n,8192,1,51536,6.291015625
SHDCP,λ<=log n,8192,1,53281,6.5040283203125
SHDCP,λ<=log n,8192,1,52072,6.3564453125
SHDCP,λ<=log n,8192,1,53049,6.4757080078125
SHDCP,λ<=log n,8192,1,52908,6.45849609375
SHDCP,λ<=log n,8192,1,53544,6.5361328125
SHDCP,λ<=log n,8192,1,51554,6.293212890625
SHDCP,λ<=log n,8192,1,56901,6.9459228515625
SHDCP,λ<=log n,8192,1,53826,6.570556640625
SHDCP,λ<=log n,8192,1,48368,5.904296875
SHDCP,λ<=log n,8192,1,52315,6.3861083984375
SHDCP,λ<=log n,8192,1,55994,6.835205078125
SHDCP,λ<=log n,8192,1,53252,6.50048828125
SHDCP,λ<=log n,8192,1,60024,7.3271484375
SHDCP,λ<=log n,8192,1,56428,6.88818359375
SHDCP,λ<=log n,8192,1,54742,6.682373046875
SHDCP,λ<=log n,8192,1,53248,6.5
SHLCP,λ<=log n,8192,1,53443,6.5238037109375
SHLCP,λ<=log n,8192,1,53187,6.4925537109375
SHLCP,λ<=log n,8192,1,58201,7.1046142578125
SHLCP,λ<=log n,8192,1,55244,6.74365234375
SHLCP,λ<=log n,8192,1,55233,6.7423095703125
SHLCP,λ<=log n,8192,1,54089,6.6026611328125
SHLCP,λ<=log n,8192,1,55809,6.8126220703125
SHLCP,λ<=log n,8192,1,56432,6.888671875
SHLCP,λ<=log n,8192,1,55850,6.817626953125
SHLCP,λ<=log n,8192,1,54253,6.6226806640625
SHLCP,λ<=log n,8192,1,54606,6.665771484375
SHLCP,λ<=log n,8192,1,50447,6.1580810546875
SHLCP,λ<=log n,8192,1,58634,7.157470703125
SHLCP,λ<=log n,8192,1,56999,6.9578857421875
SHLCP,λ<=log n,8192,1,59175,7.2235107421875
SHLCP,λ<=log n,8192,1,55222,6.740966796875
SHLCP,λ<=log n,8192,1,54187,6.6146240234375
SHLCP,λ<=log n,8192,1,53133,6.4859619140625
SHLCP,λ<=log n,8192,1,53915,6.5814208984375
SHLCP,λ<=log n,8192,1,54519,6.6551513671875
SHLCP,λ<=log n,8192,1,55564,6.78271484375
SHLCP,λ<=log n,8192,1,57432,7.0107421875
SHLCP,λ<=log n,8192,1,61264,7.478515625
SHLCP,λ<=log n,8192,1,60669,7.4058837890625
SHLCP,λ<=log n,8192,1,52774,6.442138671875
SHLCP,λ<=log n,8192,1,51871,6.3319091796875
SHLCP,λ<=log n,8192,1,56259,6.8675537109375
SHLCP,λ<=log n,8192,1,57711,7.0447998046875
SHLCP,λ<=log n,8192,1,56299,6.8724365234375
SHLCP,λ<=log n,8192,1,62109,7.5816650390625
SHLCP,λ<=log n,8192,1,55214,6.739990234375
SHLCP,λ<=log n,8192,1,55329,6.7540283203125
SHLCP,λ<=log n,8192,1,52961,6.4649658203125
SHLCP,λ<=log n,8192,1,59164,7.22216796875
SHLCP,λ<=log n,8192,1,65652,8.01416015625
SHLCP,λ<=log n,8192,1,55112,6.7275390625
SHLCP,λ<=log n,8192,1,54892,6.70068359375
SHLCP,λ<=log n,8192,1,51404,6.27490234375
SHLCP,λ<=log n,8192,1,54800,6.689453125
SHLCP,λ<=log n,8192,1,56836,6.93798828125
SHLCP,λ<=log n,8192,1,52016,6.349609375
SHLCP,λ<=log n,8192,1,56275,6.8695068359375
SHLCP,λ<=log n,8192,1,57705,7.0440673828125
SHLCP,λ<=log n,8192,1,58188,7.10302734375
SHLCP,λ<=log n,8192,1,55872,6.8203125
SHLCP,λ<=log n,8192,1,53543,6.5360107421875
SHLCP,λ<=log n,8192,1,54329,6.6319580078125
SHLCP,λ<=log n,8192,1,57127,6.9735107421875
SHLCP,λ<=log n,8192,1,54203,6.6165771484375
SHLCP,λ<=log n,8192,1,56466,6.892822265625
SHLCP,λ<=log n,8192,1,53468,6.52685546875
SHLCP,λ<=log n,8192,1,56135,6.8524169921875
SHLCP,λ<=log n,8192,1,52589,6.4195556640625
SHLCP,λ<=log n,8192,1,56590,6.907958984375
SHLCP,λ<=log n,8192,1,59252,7.23291015625
SHLCP,λ<=log n,8192,1,57425,7.0098876953125
SHLCP,λ<=log n,8192,1,51523,6.2894287109375
SHLCP,λ<=log n,8192,1,58522,7.143798828125
SHLCP,λ<=log n,8192,1,55517,6.7769775390625
SHLCP,λ<=log n,8192,1,61636,7.52392578125
SHLCP,λ<=log n,8192,1,57413,7.0084228515625
SHLCP,λ<=log n,8192,1,52238,6.376708984375
SHLCP,λ<=log n,8192,1,69793,8.5196533203125
SHLCP,λ<=log n,8192,1,54699,6.6771240234375
SHLCP,λ<=log n,8192,1,54607,6.6658935546875
SHLCP,λ<=log n,8192,1,57807,7.0565185546875
SHLCP,λ<=log n,8192,1,58234,7.108642578125
SHLCP,λ<=log n,8192,1,57349,7.0006103515625
SHLCP,λ<=log n,8192,1,54753,6.6837158203125
SHLCP,λ<=log n,8192,1,56065,6.8438720703125
SHLCP,λ<=log n,8192,1,53878,6.576904296875
SHLCP,λ<=log n,8192,1,55435,6.7669677734375
SHLCP,λ<=log n,8192,1,59889,7.3106689453125
SHLCP,λ<=log n,8192,1,58126,7.095458984375
SHLCP,λ<=log n,8192,1,54315,6.6302490234375
SHLCP,λ<=log n,8192,1,58393,7.1280517578125
SHLCP,λ<=log n,8192,1,53799,6.5672607421875
SHLCP,λ<=log n,8192,1,60467,7.3812255859375
SHLCP,λ<=log n,8192,1,53817,6.5694580078125
SHLCP,λ<=log n,8192,1,63618,7.765869140625
SHLCP,λ<=log n,8192,1,53949,6.5855712890625
SHLCP,λ<=log n,8192,1,56130,6.851806640625
SHLCP,λ<=log n,8192,1,51593,6.2979736328125
SHLCP,λ<=log n,8192,1,51269,6.2584228515625
SHLCP,λ<=log n,8192,1,52231,6.3758544921875
SHLCP,λ<=log n,8192,1,49919,6.0936279296875
SHLCP,λ<=log n,8192,1,53603,6.5433349609375
SHLCP,λ<=log n,8192,1,54590,6.663818359375
SHLCP,λ<=log n,8192,1,58931,7.1937255859375
SHLCP,λ<=log n,8192,1,58101,7.0924072265625
SHLCP,λ<=log n,8192,1,56162,6.855712890625
SHLCP,λ<=log n,8192,1,57523,7.0218505859375
SHLCP,λ<=log n,8192,1,58371,7.1253662109375
SHLCP,λ<=log n,8192,1,57378,7.004150390625
SHLCP,λ<=log n,8192,1,53855,6.5740966796875
SHLCP,λ<=log n,8192,1,51788,6.32177734375
SHLCP,λ<=log n,8192,1,62461,7.6246337890625
SHLCP,λ<=log n,8192,1,52647,6.4266357421875
SHLCP,λ<=log n,8192,1,53844,6.57275390625
SHLCP,λ<=log n,8192,1,56402,6.885009765625
SRLCP,λ<=log n,8192,1,51435,6.2786865234375
SRLCP,λ<=log n,8192,1,52954,6.464111328125
SRLCP,λ<=log n,8192,1,57003,6.9583740234375
SRLCP,λ<=log n,8192,1,52913,6.4591064453125
SRLCP,λ<=log n,8192,1,53183,6.4920654296875
SRLCP,λ<=log n,8192,1,55873,6.8204345703125
SRLCP,λ<=log n,8192,1,51672,6.3076171875
SRLCP,λ<=log n,8192,1,57960,7.0751953125
SRLCP,λ<=log n,8192,1,62959,7.6854248046875
SRLCP,λ<=log n,8192,1,52875,6.4544677734375
SRLCP,λ<=log n,8192,1,60557,7.3922119140625
SRLCP,λ<=log n,8192,1,53540,6.53564453125
SRLCP,λ<=log n,8192,1,53432,6.5224609375
SRLCP,λ<=log n,8192,1,55012,6.71533203125
SRLCP,λ<=log n,8192,1,55939,6.8284912109375
SRLCP,λ<=log n,8192,1,52118,6.362060546875
SRLCP,λ<=log n,8192,1,56601,6.9093017578125
SRLCP,λ<=log n,8192,1,63117,7.7047119140625
SRLCP,λ<=log n,8192,1,50592,6.17578125
SRLCP,λ<=log n,8192,1,58395,7.1282958984375
SRLCP,λ<=log n,8192,1,54055,6.5985107421875
SRLCP,λ<=log n,8192,1,55269,6.7467041015625
SRLCP,λ<=log n,8192,1,53972,6.58837890625
SRLCP,λ<=log n,8192,1,49831,6.0828857421875
SRLCP,λ<=log n,8192,1,53638,6.547607421875
SRLCP,λ<=log n,8192,1,53652,6.54931640625
SRLCP,λ<=log n,8192,1,52335,6.3885498046875
SRLCP,λ<=log n,8192,1,53187,6.4925537109375
SRLCP,λ<=log n,8192,1,53124,6.48486328125
SRLCP,λ<=log n,8192,1,54523,6.6556396484375
SRLCP,λ<=log n,8192,1,52830,6.448974609375
SRLCP,λ<=log n,8192,1,51438,6.279052734375
SRLCP,λ<=log n,8192,1,53265,6.5020751953125
SRLCP,λ<=log n,8192,1,50961,6.2208251953125
SRLCP,λ<=log n,8192,1,55460,6.77001953125
SRLCP,λ<=log n,8192,1,58484,7.13916015625
SRLCP,λ<=log n,8192,1,57858,7.062744140625
SRLCP,λ<=log n,8192,1,57928,7.0712890625
SRLCP,λ<=log n,8192,1,61380,7.49267578125
SRLCP,λ<=log n,8192,1,51441,6.2794189453125
SRLCP,λ<=log n,8192,1,55600,6.787109375
SRLCP,λ<=log n,8192,1,50665,6.1846923828125
SRLCP,λ<=log n,8192,1,52282,6.382080078125
SRLCP,λ<=log n,8192,1,52105,6.3604736328125
SRLCP,λ<=log n,8192,1,65281,7.9688720703125
SRLCP,λ<=log n,8192,1,52685,6.4312744140625
SRLCP,λ<=log n,8192,1,53836,6.57177734375
SRLCP,λ<=log n,8192,1,52651,6.4271240234375
SRLCP,λ<=log n,8192,1,58671,7.1619873046875
SRLCP,λ<=log n,8192,1,54585,6.6632080078125
SRLCP,λ<=log n,8192,1,59702,7.287841796875
SRLCP,λ<=log n,8192,1,62045,7.5738525390625
SRLCP,λ<=log n,8192,1,52798,6.445068359375
SRLCP,λ<=log n,8192,1,52736,6.4375
SRLCP,λ<=log n,8192,1,55286,6.748779296875
SRLCP,λ<=log n,8192,1,56185,6.8585205078125
SRLCP,λ<=log n,8192,1,63852,7.79443359375
SRLCP,λ<=log n,8192,1,54389,6.6392822265625
SRLCP,λ<=log n,8192,1,50355,6.1468505859375
SRLCP,λ<=log n,8192,1,51533,6.2906494140625
SRLCP,λ<=log n,8192,1,54923,6.7044677734375
SRLCP,λ<=log n,8192,1,53404,6.51904296875
SRLCP,λ<=log n,8192,1,61107,7.4593505859375
SRLCP,λ<=log n,8192,1,54637,6.6695556640625
SRLCP,λ<=log n,8192,1,51970,6.343994140625
SRLCP,λ<=log n,8192,1,50964,6.22119140625
SRLCP,λ<=log n,8192,1,59348,7.24462890625
SRLCP,λ<=log n,8192,1,52005,6.3482666015625
SRLCP,λ<=log n,8192,1,54152,6.6103515625
SRLCP,λ<=log n,8192,1,52951,6.4637451171875
SRLCP,λ<=log n,8192,1,56503,6.8973388671875
SRLCP,λ<=log n,8192,1,57243,6.9876708984375
SRLCP,λ<=log n,8192,1,53399,6.5184326171875
SRLCP,λ<=log n,8192,1,62940,7.68310546875
SRLCP,λ<=log n,8192,1,49968,6.099609375
SRLCP,λ<=log n,8192,1,51697,6.3106689453125
SRLCP,λ<=log n,8192,1,51984,6.345703125
SRLCP,λ<=log n,8192,1,54468,6.64892578125
SRLCP,λ<=log n,8192,1,52232,6.3759765625
SRLCP,λ<=log n,8192,1,57516,7.02099609375
SRLCP,λ<=log n,8192,1,53960,6.5869140625
SRLCP,λ<=log n,8192,1,60779,7.4193115234375
SRLCP,λ<=log n,8192,1,55015,6.7156982421875
SRLCP,λ<=log n,8192,1,56795,6.9329833984375
SRLCP,λ<=log n,8192,1,55981,6.8336181640625
SRLCP,λ<=log n,8192,1,53662,6.550537109375
SRLCP,λ<=log n,8192,1,51399,6.2742919921875
SRLCP,λ<=log n,8192,1,53929,6.5831298828125
SRLCP,λ<=log n,8192,1,59793,7.2989501953125
SRLCP,λ<=log n,8192,1,59712,7.2890625
SRLCP,λ<=log n,8192,1,52863,6.4530029296875
SRLCP,λ<=log n,8192,1,64146,7.830322265625
SRLCP,λ<=log n,8192,1,57986,7.078369140625
SRLCP,λ<=log n,8192,1,60232,7.3525390625
SRLCP,λ<=log n,8192,1,61732,7.53564453125
SRLCP,λ<=log n,8192,1,50234,6.132080078125
SRLCP,λ<=log n,8192,1,53422,6.521240234375
SRLCP,λ<=log n,8192,1,52177,6.3692626953125
SRLCP,λ<=log n,8192,1,50452,6.15869140625
SRLCP,λ<=log n,8192,1,51611,6.3001708984375
SSLCP,λ<=log n,8192,1,83384,10.1787109375
SSLCP,λ<=log n,8192,1,80846,9.868896484375
SSLCP,λ<=log n,8192,1,78753,9.6134033203125
SSLCP,λ<=log n,8192,1,80274,9.799072265625
SSLCP,λ<=log n,8192,1,81700,9.97314453125
SSLCP,λ<=log n,8192,1,81019,9.8900146484375
SSLCP,λ<=log n,8192,1,88744,10.8330078125
SSLCP,λ<=log n,8192,1,80424,9.8173828125
SSLCP,λ<=log n,8192,1,86082,10.508056640625
SSLCP,λ<=log n,8192,1,85094,10.387451171875
SSLCP,λ<=log n,8192,1,84887,10.3621826171875
SSLCP,λ<=log n,8192,1,78799,9.6190185546875
SSLCP,λ<=log n,8192,1,86198,10.522216796875
SSLCP,λ<=log n,8192,1,91769,11.2022705078125
SSLCP,λ<=log n,8192,1,79075,9.6527099609375
SSLCP,λ<=log n,8192,1,88934,10.856201171875
SSLCP,λ<=log n,8192,1,83872,10.23828125
SSLCP,λ<=log n,8192,1,81022,9.890380859375
SSLCP,λ<=log n,8192,1,91198,11.132568359375
SSLCP,λ<=log n,8192,1,88885,10.8502197265625
SSLCP,λ<=log n,8192,1,80010,9.766845703125
SSLCP,λ<=log n,8192,1,88912,10.853515625
SSLCP,λ<=log n,8192,1,90992,11.107421875
SSLCP,λ<=log n,8192,1,76545,9.3438720703125
SSLCP,λ<=log n,8192,1,90888,11.0947265625
SSLCP,λ<=log n,8192,1,92586,11.302001953125
SSLCP,λ<=log n,8192,1,77772,9.49365234375
SSLCP,λ<=log n,8192,1,79451,9.6986083984375
SSLCP,λ<=log n,8192,1,82631,10.0867919921875
SSLCP,λ<=log n,8192,1,92955,11.3470458984375
SSLCP,λ<=log n,8192,1,75618,9.230712890625
SSLCP,λ<=log n,8192,1,82874,10.116455078125
SSLCP,λ<=log n,8192,1,82059,10.0169677734375
SSLCP,λ<=log n,8192,1,83386,10.178955078125
SSLCP,λ<=log n,8192,1,85531,10.4407958984375
SSLCP,λ<=log n,8192,1,77707,9.4857177734375
SSLCP,λ<=log n,8192,1,83358,10.175537109375
SSLCP,λ<=log n,8192,1,77365,9.4439697265625
SSLCP,λ<=log n,8192,1,83076,10.14111328125
SSLCP,λ<=log n,8192,1,85537,10.4415283203125
SSLCP,λ<=log n,8192,1,78320,9.560546875
SSLCP,λ<=log n,8192,1,83046,10.137451171875
SSLCP,λ<=log n,8192,1,78706,9.607666015625
SSLCP,λ<=log n,8192,1,83662,10.212646484375
SSLCP,λ<=log n,8192,1,82994,10.131103515625
SSLCP,λ<=log n,8192,1,86466,10.554931640625
SSLCP,λ<=log n,8192,1,83025,10.1348876953125
SSLCP,λ<=log n,8192,1,79739,9.7337646484375
SSLCP,λ<=log n,8192,1,86420,10.54931640625
SSLCP,λ<=log n,8192,1,82951,10.1258544921875
SSLCP,λ<=log n,8192,1,91310,11.146240234375
SSLCP,λ<=log n,8192,1,79256,9.6748046875
SSLCP,λ<=log n,8192,1,82737,10.0997314453125
SSLCP,λ<=log n,8192,1,82350,10.052490234375
SSLCP,λ<=log n,8192,1,89954,10.980712890625
SSLCP,λ<=log n,8192,1,82940,10.12451171875
SSLCP,λ<=log n,8192,1,82807,10.1082763671875
SSLCP,λ<=log n,8192,1,84527,10.3182373046875
SSLCP,λ<=log n,8192,1,84924,10.36669921875
SSLCP,λ<=log n,8192,1,86345,10.5401611328125
SSLCP,λ<=log n,8192,1,89336,10.9052734375
SSLCP,λ<=log n,8192,1,82993,10.1309814453125
SSLCP,λ<=log n,8192,1,82332,10.05029296875
SSLCP,λ<=log n,8192,1,85322,10.415283203125
SSLCP,λ<=log n,8192,1,83576,10.2021484375
SSLCP,λ<=log n,8192,1,80638,9.843505859375
SSLCP,λ<=log n,8192,1,86386,10.545166015625
SSLCP,λ<=log n,8192,1,96120,11.7333984375
SSLCP,λ<=log n,8192,1,82893,10.1187744140625
SSLCP,λ<=log n,8192,1,86264,10.5302734375
SSLCP,λ<=log n,8192,1,89453,10.9195556640625
SSLCP,λ<=log n,8192,1,86216,10.5244140625
SSLCP,λ<=log n,8192,1,86946,10.613525390625
SSLCP,λ<=log n,8192,1,79847,9.7469482421875
SSLCP,λ<=log n,8192,1,88666,10.823486328125
SSLCP,λ<=log n,8192,1,81912,9.9990234375
SSLCP,λ<=log n,8192,1,99517,12.1480712890625
SSLCP,λ<=log n,8192,1,84005,10.2545166015625
SSLCP,λ<=log n,8192,1,84047,10.2596435546875
SSLCP,λ<=log n,8192,1,83709,10.2183837890625
SSLCP,λ<=log n,8192,1,79244,9.67333984375
SSLCP,λ<=log n,8192,1,84612,10.32861328125
SSLCP,λ<=log n,8192,1,84166,10.274169921875
SSLCP,λ<=log n,8192,1,84077,10.2633056640625
SSLCP,λ<=log n,8192,1,80899,9.8753662109375
SSLCP,λ<=log n,8192,1,79148,9.66162109375
SSLCP,λ<=log n,8192,1,88083,10.7523193359375
SSLCP,λ<=log n,8192,1,86961,10.6153564453125
SSLCP,λ<=log n,8192,1,81315,9.9261474609375
SSLCP,λ<=log n,8192,1,86262,10.530029296875
SSLCP,λ<=log n,8192,1,79465,9.7003173828125
SSLCP,λ<=log n,8192,1,84645,10.3326416015625
SSLCP,λ<=log n,8192,1,82465,10.0665283203125
SSLCP,λ<=log n,8192,1,86503,10.5594482421875
SSLCP,λ<=log n,8192,1,82690,10.093994140625
SSLCP,λ<=log n,8192,1,81050,9.893798828125
SSLCP,λ<=log n,8192,1,84840,10.3564453125
SSLCP,λ<=log n,8192,1,74421,9.0845947265625
SSLCP,λ<=log n,8192,1,88343,10.7840576171875
SSLCP,λ<=log n,8192,1,88124,10.75732421875
SSDSP,λ<=log n,8192,1,84001,10.2540283203125
SSDSP,λ<=log n,8192,1,82932,10.12353515625
SSDSP,λ<=log n,8192,1,94297,11.5108642578125
SSDSP,λ<=log n,8192,1,85316,10.41455078125
SSDSP,λ<=log n,8192,1,79224,9.6708984375
SSDSP,λ<=log n,8192,1,96409,11.7686767578125
SSDSP,λ<=log n,8192,1,84881,10.3614501953125
SSDSP,λ<=log n,8192,1,83198,10.156005859375
SSDSP,λ<=log n,8192,1,80134,9.781982421875
SSDSP,λ<=log n,8192,1,81356,9.93115234375
SSDSP,λ<=log n,8192,1,77076,9.40869140625
SSDSP,λ<=log n,8192,1,86035,10.5023193359375
SSDSP,λ<=log n,8192,1,82343,10.0516357421875
SSDSP,λ<=log n,8192,1,89583,10.9354248046875
SSDSP,λ<=log n,8192,1,76293,9.3131103515625
SSDSP,λ<=log n,8192,1,83315,10.1702880859375
SSDSP,λ<=log n,8192,1,89038,10.868896484375
SSDSP,λ<=log n,8192,1,85341,10.4176025390625
SSDSP,λ<=log n,8192,1,81163,9.9075927734375
SSDSP,λ<=log n,8192,1,87797,10.7174072265625
SSDSP,λ<=log n,8192,1,84532,10.31884765625
SSDSP,λ<=log n,8192,1,104480,12.75390625
SSDSP,λ<=log n,8192,1,82628,10.08642578125
SSDSP,λ<=log n,8192,1,96408,11.7685546875
SSDSP,λ<=log n,8192,1,85827,10.4769287109375
SSDSP,λ<=log n,8192,1,86475,10.5560302734375
SSDSP,λ<=log n,8192,1,109772,13.39990234375
SSDSP,λ<=log n,8192,1,93874,11.459228515625
SSDSP,λ<=log n,8192,1,81449,9.9425048828125
SSDSP,λ<=log n,8192,1,83803,10.2298583984375
SSDSP,λ<=log n,8192,1,87595,10.6927490234375
SSDSP,λ<=log n,8192,1,84161,10.2735595703125
SSDSP,λ<=log n,8192,1,85176,10.3974609375
SSDSP,λ<=log n,8192,1,95483,11.6556396484375
SSDSP,λ<=log n,8192,1,84424,10.3056640625
SSDSP,λ<=log n,8192,1,85079,10.3856201171875
SSDSP,λ<=log n,8192,1,84498,10.314697265625
SSDSP,λ<=log n,8192,1,90660,11.06689453125
SSDSP,λ<=log n,8192,1,86434,10.551025390625
SSDSP,λ<=log n,8192,1,88686,10.825927734375
SSDSP,λ<=log n,8192,1,92434,11.283447265625
SSDSP,λ<=log n,8192,1,85950,10.491943359375
SSDSP,λ<=log n,8192,1,87188,10.64306640625
SSDSP,λ<=log n,8192,1,86336,10.5390625
SSDSP,λ<=log n,8192,1,85184,10.3984375
SSDSP,λ<=log n,8192,1,85621,10.4517822265625
SSDSP,λ<=log n,8192,1,80948,9.88134765625
SSDSP,λ<=log n,8192,1,80588,9.83740234375
SSDSP,λ<=log n,8192,1,87366,10.664794921875
SSDSP,λ<=log n,8192,1,83289,10.1671142578125
SSDSP,λ<=log n,8192,1,81008,9.888671875
SSDSP,λ<=log n,8192,1,77520,9.462890625
SSDSP,λ<=log n,8192,1,85004,10.37646484375
SSDSP,λ<=log n,8192,1,83119,10.1463623046875
SSDSP,λ<=log n,8192,1,99433,12.1378173828125
SSDSP,λ<=log n,8192,1,90400,11.03515625
SSDSP,λ<=log n,8192,1,94510,11.536865234375
SSDSP,λ<=log n,8192,1,85704,10.4619140625
SSDSP,λ<=log n,8192,1,85232,10.404296875
SSDSP,λ<=log n,8192,1,94072,11.4833984375
SSDSP,λ<=log n,8192,1,77340,9.44091796875
SSDSP,λ<=log n,8192,1,85804,10.47412109375
SSDSP,λ<=log n,8192,1,81962,10.005126953125
SSDSP,λ<=log n,8192,1,90772,11.08056640625
SSDSP,λ<=log n,8192,1,96633,11.7960205078125
SSDSP,λ<=log n,8192,1,85381,10.4224853515625
SSDSP,λ<=log n,8192,1,84777,10.3487548828125
SSDSP,λ<=log n,8192,1,101959,12.4461669921875
SSDSP,λ<=log n,8192,1,83651,10.2113037109375
SSDSP,λ<=log n,8192,1,79773,9.7379150390625
SSDSP,λ<=log n,8192,1,83610,10.206298828125
SSDSP,λ<=log n,8192,1,81694,9.972412109375
SSDSP,λ<=log n,8192,1,77236,9.42822265625
SSDSP,λ<=log n,8192,1,83443,10.1859130859375
SSDSP,λ<=log n,8192,1,91673,11.1905517578125
SSDSP,λ<=log n,8192,1,76764,9.37060546875
SSDSP,λ<=log n,8192,1,82099,10.0218505859375
SSDSP,λ<=log n,8192,1,90371,11.0316162109375
SSDSP,λ<=log n,8192,1,100003,12.2073974609375
SSDSP,λ<=log n,8192,1,84870,10.360107421875
SSDSP,λ<=log n,8192,1,87517,10.6832275390625
SSDSP,λ<=log n,8192,1,98571,12.0325927734375
SSDSP,λ<=log n,8192,1,84756,10.34619140625
SSDSP,λ<=log n,8192,1,80847,9.8690185546875
SSDSP,λ<=log n,8192,1,77752,9.4912109375
SSDSP,λ<=log n,8192,1,79823,9.7440185546875
SSDSP,λ<=log n,8192,1,100554,12.274658203125
SSDSP,λ<=log n,8192,1,83100,10.14404296875
SSDSP,λ<=log n,8192,1,109829,13.4068603515625
SSDSP,λ<=log n,8192,1,78458,9.577392578125
SSDSP,λ<=log n,8192,1,82517,10.0728759765625
SSDSP,λ<=log n,8192,1,80380,9.81201171875
SSDSP,λ<=log n,8192,1,84953,10.3702392578125
SSDSP,λ<=log n,8192,1,84648,10.3330078125
SSDSP,λ<=log n,8192,1,82555,10.0775146484375
SSDSP,λ<=log n,8192,1,86333,10.5386962890625
SSDSP,λ<=log n,8192,1,81013,9.8892822265625
SSDSP,λ<=log n,8192,1,87737,10.7100830078125
SSDSP,λ<=log n,8192,1,84345,10.2960205078125
SSDSP,λ<=log n,8192,1,96332,11.75927734375
SRDSP,λ<=log n,8192,1,59741,7.2926025390625
SRDSP,λ<=log n,8192,1,59407,7.2518310546875
SRDSP,λ<=log n,8192,1,57196,6.98193359375
SRDSP,λ<=log n,8192,1,53114,6.483642578125
SRDSP,λ<=log n,8192,1,56151,6.8543701171875
SRDSP,λ<=log n,8192,1,55969,6.8321533203125
SRDSP,λ<=log n,8192,1,56432,6.888671875
SRDSP,λ<=log n,8192,1,53477,6.5279541015625
SRDSP,λ<=log n,8192,1,59109,7.2154541015625
SRDSP,λ<=log n,8192,1,56143,6.8533935546875
SRDSP,λ<=log n,8192,1,55335,6.7547607421875
SRDSP,λ<=log n,8192,1,60723,7.4124755859375
SRDSP,λ<=log n,8192,1,57361,7.0020751953125
SRDSP,λ<=log n,8192,1,59572,7.27197265625
SRDSP,λ<=log n,8192,1,56893,6.9449462890625
SRDSP,λ<=log n,8192,1,56814,6.935302734375
SRDSP,λ<=log n,8192,1,57861,7.0631103515625
SRDSP,λ<=log n,8192,1,55387,6.7611083984375
SRDSP,λ<=log n,8192,1,55796,6.81103515625
SRDSP,λ<=log n,8192,1,54766,6.685302734375
SRDSP,λ<=log n,8192,1,58286,7.114990234375
SRDSP,λ<=log n,8192,1,57080,6.9677734375
SRDSP,λ<=log n,8192,1,54305,6.6290283203125
SRDSP,λ<=log n,8192,1,57199,6.9822998046875
SRDSP,λ<=log n,8192,1,57456,7.013671875
SRDSP,λ<=log n,8192,1,58137,7.0968017578125
SRDSP,λ<=log n,8192,1,60096,7.3359375
SRDSP,λ<=log n,8192,1,53155,6.4886474609375
SRDSP,λ<=log n,8192,1,53354,6.512939453125
SRDSP,λ<=log n,8192,1,77592,9.4716796875
SRDSP,λ<=log n,8192,1,57226,6.985595703125
SRDSP,λ<=log n,8192,1,58032,7.083984375
SRDSP,λ<=log n,8192,1,55620,6.78955078125
SRDSP,λ<=log n,8192,1,57222,6.985107421875
SRDSP,λ<=log n,8192,1,55778,6.808837890625
SRDSP,λ<=log n,8192,1,54805,6.6900634765625
SRDSP,λ<=log n,8192,1,58480,7.138671875
SRDSP,λ<=log n,8192,1,60695,7.4090576171875
SRDSP,λ<=log n,8192,1,54099,6.6038818359375
SRDSP,λ<=log n,8192,1,63985,7.8106689453125
SRDSP,λ<=log n,8192,1,59583,7.2733154296875
SRDSP,λ<=log n,8192,1,62469,7.6256103515625
SRDSP,λ<=log n,8192,1,59725,7.2906494140625
SRDSP,λ<=log n,8192,1,56514,6.898681640625
SRDSP,λ<=log n,8192,1,57093,6.9693603515625
SRDSP,λ<=log n,8192,1,53533,6.5347900390625
SRDSP,λ<=log n,8192,1,54418,6.642822265625
SRDSP,λ<=log n,8192,1,55622,6.789794921875
SRDSP,λ<=log n,8192,1,58746,7.171142578125
SRDSP,λ<=log n,8192,1,56895,6.9451904296875
SRDSP,λ<=log n,8192,1,52991,6.4686279296875
SRDSP,λ<=log n,8192,1,57028,6.96142578125
SRDSP,λ<=log n,8192,1,59768,7.2958984375
SRDSP,λ<=log n,8192,1,56881,6.9434814453125
SRDSP,λ<=log n,8192,1,53557,6.5377197265625
SRDSP,λ<=log n,8192,1,53170,6.490478515625
SRDSP,λ<=log n,8192,1,55313,6.7520751953125
SRDSP,λ<=log n,8192,1,56979,6.9554443359375
SRDSP,λ<=log n,8192,1,57733,7.0474853515625
SRDSP,λ<=log n,8192,1,60633,7.4014892578125
SRDSP,λ<=log n,8192,1,52406,6.397216796875
SRDSP,λ<=log n,8192,1,52916,6.45947265625
SRDSP,λ<=log n,8192,1,61534,7.511474609375
SRDSP,λ<=log n,8192,1,54591,6.6639404296875
SRDSP,λ<=log n,8192,1,58889,7.1885986328125
SRDSP,λ<=log n,8192,1,62265,7.6007080078125
SRDSP,λ<=log n,8192,1,54634,6.669189453125
SRDSP,λ<=log n,8192,1,53410,6.519775390625
SRDSP,λ<=log n,8192,1,54831,6.6932373046875
SRDSP,λ<=log n,8192,1,52558,6.415771484375
SRDSP,λ<=log n,8192,1,58305,7.1173095703125
SRDSP,λ<=log n,8192,1,54155,6.6107177734375
SRDSP,λ<=log n,8192,1,54317,6.6304931640625
SRDSP,λ<=log n,8192,1,56415,6.8865966796875
SRDSP,λ<=log n,8192,1,53374,6.515380859375
SRDSP,λ<=log n,8192,1,55134,6.730224609375
SRDSP,λ<=log n,8192,1,58311,7.1180419921875
SRDSP,λ<=log n,8192,1,54646,6.670654296875
SRDSP,λ<=log n,8192,1,53147,6.4876708984375
SRDSP,λ<=log n,8192,1,59663,7.2830810546875
SRDSP,λ<=log n,8192,1,56662,6.916748046875
SRDSP,λ<=log n,8192,1,60007,7.3250732421875
SRDSP,λ<=log n,8192,1,55382,6.760498046875
SRDSP,λ<=log n,8192,1,59240,7.2314453125
SRDSP,λ<=log n,8192,1,52604,6.42138671875
SRDSP,λ<=log n,8192,1,53426,6.521728515625
SRDSP,λ<=log n,8192,1,54337,6.6329345703125
SRDSP,λ<=log n,8192,1,67797,8.2760009765625
SRDSP,λ<=log n,8192,1,53914,6.581298828125
SRDSP,λ<=log n,8192,1,55909,6.8248291015625
SRDSP,λ<=log n,8192,1,51313,6.2637939453125
SRDSP,λ<=log n,8192,1,56680,6.9189453125
SRDSP,λ<=log n,8192,1,53494,6.530029296875
SRDSP,λ<=log n,8192,1,58871,7.1864013671875
SRDSP,λ<=log n,8192,1,51908,6.33642578125
SRDSP,λ<=log n,8192,1,53509,6.5318603515625
SRDSP,λ<=log n,8192,1,60232,7.3525390625
SRDSP,λ<=log n,8192,1,60024,7.3271484375
SRDSP,λ<=log n,8192,1,61949,7.5621337890625
SRDSP,λ<=log n,8192,1,59309,7.2398681640625
SHDSP,λ<=log n,8192,1,58533,7.1451416015625
SHDSP,λ<=log n,8192,1,55817,6.8135986328125
SHDSP,λ<=log n,8192,1,58366,7.124755859375
SHDSP,λ<=log n,8192,1,63487,7.7498779296875
SHDSP,λ<=log n,8192,1,60550,7.391357421875
SHDSP,λ<=log n,8192,1,51268,6.25830078125
SHDSP,λ<=log n,8192,1,53731,6.5589599609375
SHDSP,λ<=log n,8192,1,55991,6.8348388671875
SHDSP,λ<=log n,8192,1,61405,7.4957275390625
SHDSP,λ<=log n,8192,1,55911,6.8250732421875
SHDSP,λ<=log n,8192,1,59705,7.2882080078125
SHDSP,λ<=log n,8192,1,55050,6.719970703125
SHDSP,λ<=log n,8192,1,50865,6.2091064453125
SHDSP,λ<=log n,8192,1,52295,6.3836669921875
SHDSP,λ<=log n,8192,1,56117,6.8502197265625
SHDSP,λ<=log n,8192,1,51592,6.2978515625
SHDSP,λ<=log n,8192,1,57221,6.9849853515625
SHDSP,λ<=log n,8192,1,55314,6.752197265625
SHDSP,λ<=log n,8192,1,52490,6.407470703125
SHDSP,λ<=log n,8192,1,59155,7.2210693359375
SHDSP,λ<=log n,8192,1,60325,7.3638916015625
SHDSP,λ<=log n,8192,1,65519,7.9979248046875
SHDSP,λ<=log n,8192,1,63938,7.804931640625
SHDSP,λ<=log n,8192,1,64285,7.8472900390625
SHDSP,λ<=log n,8192,1,51552,6.29296875
SHDSP,λ<=log n,8192,1,57273,6.9913330078125
SHDSP,λ<=log n,8192,1,52561,6.4161376953125
SHDSP,λ<=log n,8192,1,53965,6.5875244140625
SHDSP,λ<=log n,8192,1,54034,6.595947265625
SHDSP,λ<=log n,8192,1,57334,6.998779296875
SHDSP,λ<=log n,8192,1,53312,6.5078125
SHDSP,λ<=log n,8192,1,52849,6.4512939453125
SHDSP,λ<=log n,8192,1,62023,7.5711669921875
SHDSP,λ<=log n,8192,1,55500,6.77490234375
SHDSP,λ<=log n,8192,1,52440,6.4013671875
SHDSP,λ<=log n,8192,1,59648,7.28125
SHDSP,λ<=log n,8192,1,57616,7.033203125
SHDSP,λ<=log n,8192,1,58525,7.1441650390625
SHDSP,λ<=log n,8192,1,58212,7.10595703125
SHDSP,λ<=log n,8192,1,71778,8.761962890625
SHDSP,λ<=log n,8192,1,53650,6.549072265625
SHDSP,λ<=log n,8192,1,54601,6.6651611328125
SHDSP,λ<=log n,8192,1,60156,7.34326171875
SHDSP,λ<=log n,8192,1,55433,6.7667236328125
SHDSP,λ<=log n,8192,1,57336,6.9990234375
SHDSP,λ<=log n,8192,1,51022,6.228271484375
SHDSP,λ<=log n,8192,1,51186,6.248291015625
SHDSP,λ<=log n,8192,1,60482,7.383056640625
SHDSP,λ<=log n,8192,1,54489,6.6514892578125
SHDSP,λ<=log n,8192,1,58280,7.1142578125
SHDSP,λ<=log n,8192,1,55924,6.82666015625
SHDSP,λ<=log n,8192,1,63331,7.7308349609375
SHDSP,λ<=log n,8192,1,52814,6.447021484375
SHDSP,λ<=log n,8192,1,51769,6.3194580078125
SHDSP,λ<=log n,8192,1,52158,6.366943359375
SHDSP,λ<=log n,8192,1,57987,7.0784912109375
SHDSP,λ<=log n,8192,1,52327,6.3875732421875
SHDSP,λ<=log n,8192,1,58821,7.1802978515625
SHDSP,λ<=log n,8192,1,56148,6.85400390625
SHDSP,λ<=log n,8192,1,57064,6.9658203125
SHDSP,λ<=log n,8192,1,54923,6.7044677734375
SHDSP,λ<=log n,8192,1,52415,6.3983154296875
SHDSP,λ<=log n,8192,1,55396,6.76220703125
SHDSP,λ<=log n,8192,1,55756,6.80615234375
SHDSP,λ<=log n,8192,1,55735,6.8035888671875
SHDSP,λ<=log n,8192,1,51854,6.329833984375
SHDSP,λ<=log n,8192,1,55555,6.7816162109375
SHDSP,λ<=log n,8192,1,54821,6.6920166015625
SHDSP,λ<=log n,8192,1,50121,6.1182861328125
SHDSP,λ<=log n,8192,1,58651,7.1595458984375
SHDSP,λ<=log n,8192,1,54524,6.65576171875
SHDSP,λ<=log n,8192,1,54711,6.6785888671875
SHDSP,λ<=log n,8192,1,57617,7.0333251953125
SHDSP,λ<=log n,8192,1,60386,7.371337890625
SHDSP,λ<=log n,8192,1,60063,7.3319091796875
SHDSP,λ<=log n,8192,1,54398,6.640380859375
SHDSP,λ<=log n,8192,1,52713,6.4346923828125
SHDSP,λ<=log n,8192,1,66616,8.1318359375
SHDSP,λ<=log n,8192,1,52464,6.404296875
SHDSP,λ<=log n,8192,1,54175,6.6131591796875
SHDSP,λ<=log n,8192,1,62519,7.6317138671875
SHDSP,λ<=log n,8192,1,56467,6.8929443359375
SHDSP,λ<=log n,8192,1,53627,6.5462646484375
SHDSP,λ<=log n,8192,1,53823,6.5701904296875
SHDSP,λ<=log n,8192,1,55247,6.7440185546875
SHDSP,λ<=log n,8192,1,53841,6.5723876953125
SHDSP,λ<=log n,8192,1,52108,6.36083984375
SHDSP,λ<=log n,8192,1,58219,7.1068115234375
SHDSP,λ<=log n,8192,1,60090,7.335205078125
SHDSP,λ<=log n,8192,1,54976,6.7109375
SHDSP,λ<=log n,8192,1,60460,7.38037109375
SHDSP,λ<=log n,8192,1,63383,7.7371826171875
SHDSP,λ<=log n,8192,1,58243,7.1097412109375
SHDSP,λ<=log n,8192,1,53434,6.522705078125
SHDSP,λ<=log n,8192,1,56864,6.94140625
SHDSP,λ<=log n,8192,1,57664,7.0390625
SHDSP,λ<=log n,8192,1,55405,6.7633056640625
SHDSP,λ<=log n,8192,1,53053,6.4761962890625
SHDSP,λ<=log n,8192,1,55226,6.741455078125
SHLSP,λ<=log n,8192,1,59997,7.3238525390625
SHLSP,λ<=log n,8192,1,56981,6.9556884765625
SHLSP,λ<=log n,8192,1,59429,7.2545166015625
SHLSP,λ<=log n,8192,1,57463,7.0145263671875
SHLSP,λ<=log n,8192,1,55656,6.7939453125
SHLSP,λ<=log n,8192,1,55464,6.7705078125
SHLSP,λ<=log n,8192,1,57268,6.99072265625
SHLSP,λ<=log n,8192,1,54183,6.6141357421875
SHLSP,λ<=log n,8192,1,54935,6.7059326171875
SHLSP,λ<=log n,8192,1,53833,6.5714111328125
SHLSP,λ<=log n,8192,1,58436,7.13330078125
SHLSP,λ<=log n,8192,1,53232,6.498046875
SHLSP,λ<=log n,8192,1,57148,6.97607421875
SHLSP,λ<=log n,8192,1,55572,6.78369140625
SHLSP,λ<=log n,8192,1,56544,6.90234375
SHLSP,λ<=log n,8192,1,59800,7.2998046875
SHLSP,λ<=log n,8192,1,53903,6.5799560546875
SHLSP,λ<=log n,8192,1,57428,7.01025390625
SHLSP,λ<=log n,8192,1,57729,7.0469970703125
SHLSP,λ<=log n,8192,1,59241,7.2315673828125
SHLSP,λ<=log n,8192,1,51545,6.2921142578125
SHLSP,λ<=log n,8192,1,54461,6.6480712890625
SHLSP,λ<=log n,8192,1,53175,6.4910888671875
SHLSP,λ<=log n,8192,1,54223,6.6190185546875
SHLSP,λ<=log n,8192,1,52612,6.42236328125
SHLSP,λ<=log n,8192,1,58514,7.142822265625
SHLSP,λ<=log n,8192,1,57010,6.959228515625
SHLSP,λ<=log n,8192,1,52390,6.395263671875
SHLSP,λ<=log n,8192,1,52725,6.4361572265625
SHLSP,λ<=log n,8192,1,53790,6.566162109375
SHLSP,λ<=log n,8192,1,62899,7.6781005859375
SHLSP,λ<=log n,8192,1,55611,6.7884521484375
SHLSP,λ<=log n,8192,1,55800,6.8115234375
SHLSP,λ<=log n,8192,1,51652,6.30517578125
SHLSP,λ<=log n,8192,1,57435,7.0111083984375
SHLSP,λ<=log n,8192,1,53548,6.53662109375
SHLSP,λ<=log n,8192,1,56369,6.8809814453125
SHLSP,λ<=log n,8192,1,65902,8.044677734375
SHLSP,λ<=log n,8192,1,55600,6.787109375
SHLSP,λ<=log n,8192,1,54603,6.6654052734375
SHLSP,λ<=log n,8192,1,68922,8.413330078125
SHLSP,λ<=log n,8192,1,62774,7.662841796875
SHLSP,λ<=log n,8192,1,60454,7.379638671875
SHLSP,λ<=log n,8192,1,52683,6.4310302734375
SHLSP,λ<=log n,8192,1,62747,7.6595458984375
SHLSP,λ<=log n,8192,1,58268,7.11279296875
SHLSP,λ<=log n,8192,1,60178,7.345947265625
SHLSP,λ<=log n,8192,1,55721,6.8018798828125
SHLSP,λ<=log n,8192,1,56340,6.87744140625
SHLSP,λ<=log n,8192,1,53756,6.56201171875
SHLSP,λ<=log n,8192,1,61195,7.4700927734375
SHLSP,λ<=log n,8192,1,56745,6.9268798828125
SHLSP,λ<=log n,8192,1,63244,7.72021484375
SHLSP,λ<=log n,8192,1,60490,7.384033203125
SHLSP,λ<=log n,8192,1,52595,6.4202880859375
SHLSP,λ<=log n,8192,1,53847,6.5731201171875
SHLSP,λ<=log n,8192,1,52206,6.372802734375
SHLSP,λ<=log n,8192,1,59612,7.27685546875
SHLSP,λ<=log n,8192,1,54282,6.626220703125
SHLSP,λ<=log n,8192,1,54888,6.7001953125
SHLSP,λ<=log n,8192,1,52404,6.39697265625
SHLSP,λ<=log n,8192,1,55205,6.7388916015625
SHLSP,λ<=log n,8192,1,55779,6.8089599609375
SHLSP,λ<=log n,8192,1,60601,7.3975830078125
SHLSP,λ<=log n,8192,1,54827,6.6927490234375
SHLSP,λ<=log n,8192,1,59284,7.23681640625
SHLSP,λ<=log n,8192,1,57445,7.0123291015625
SHLSP,λ<=log n,8192,1,52069,6.3560791015625
SHLSP,λ<=log n,8192,1,52419,6.3988037109375
SHLSP,λ<=log n,8192,1,55278,6.747802734375
SHLSP,λ<=log n,8192,1,55468,6.77099609375
SHLSP,λ<=log n,8192,1,60185,7.3468017578125
SHLSP,λ<=log n,8192,1,54428,6.64404296875
SHLSP,λ<=log n,8192,1,54938,6.706298828125
SHLSP,λ<=log n,8192,1,51547,6.2923583984375
SHLSP,λ<=log n,8192,1,66207,8.0819091796875
SHLSP,λ<=log n,8192,1,59501,7.2633056640625
SHLSP,λ<=log n,8192,1,52433,6.4005126953125
SHLSP,λ<=log n,8192,1,56600,6.9091796875
SHLSP,λ<=log n,8192,1,55350,6.756591796875
SHLSP,λ<=log n,8192,1,51969,6.3438720703125
SHLSP,λ<=log n,8192,1,54260,6.62353515625
SHLSP,λ<=log n,8192,1,52551,6.4149169921875
SHLSP,λ<=log n,8192,1,55309,6.7515869140625
SHLSP,λ<=log n,8192,1,59263,7.2342529296875
SHLSP,λ<=log n,8192,1,50875,6.2103271484375
SHLSP,λ<=log n,8192,1,55808,6.8125
SHLSP,λ<=log n,8192,1,59663,7.2830810546875
SHLSP,λ<=log n,8192,1,60380,7.37060546875
SHLSP,λ<=log n,8192,1,59333,7.2427978515625
SHLSP,λ<=log n,8192,1,51976,6.3447265625
SHLSP,λ<=log n,8192,1,59603,7.2757568359375
SHLSP,λ<=log n,8192,1,56672,6.91796875
SHLSP,λ<=log n,8192,1,55122,6.728759765625
SHLSP,λ<=log n,8192,1,52434,6.400634765625
SHLSP,λ<=log n,8192,1,57636,7.03564453125
SHLSP,λ<=log n,8192,1,59630,7.279052734375
SHLSP,λ<=log n,8192,1,58082,7.090087890625
SHLSP,λ<=log n,8192,1,53074,6.478759765625
SHLSP,λ<=log n,8192,1,60232,7.3525390625
SRLSP,λ<=log n,8192,1,51794,6.322509765625
SRLSP,λ<=log n,8192,1,52894,6.456787109375
SRLSP,λ<=log n,8192,1,55950,6.829833984375
SRLSP,λ<=log n,8192,1,57143,6.9754638671875
SRLSP,λ<=log n,8192,1,54398,6.640380859375
SRLSP,λ<=log n,8192,1,53455,6.5252685546875
SRLSP,λ<=log n,8192,1,53945,6.5850830078125
SRLSP,λ<=log n,8192,1,53272,6.5029296875
SRLSP,λ<=log n,8192,1,63758,7.782958984375
SRLSP,λ<=log n,8192,1,58121,7.0948486328125
SRLSP,λ<=log n,8192,1,49690,6.065673828125
SRLSP,λ<=log n,8192,1,58850,7.183837890625
SRLSP,λ<=log n,8192,1,52580,6.41845703125
SRLSP,λ<=log n,8192,1,56339,6.8773193359375
SRLSP,λ<=log n,8192,1,54301,6.6285400390625
SRLSP,λ<=log n,8192,1,54731,6.6810302734375
SRLSP,λ<=log n,8192,1,57287,6.9930419921875
SRLSP,λ<=log n,8192,1,58869,7.1861572265625
SRLSP,λ<=log n,8192,1,53443,6.5238037109375
SRLSP,λ<=log n,8192,1,57140,6.97509765625
SRLSP,λ<=log n,8192,1,51260,6.25732421875
SRLSP,λ<=log n,8192,1,53716,6.55712890625
SRLSP,λ<=log n,8192,1,58788,7.17626953125
SRLSP,λ<=log n,8192,1,56967,6.9539794921875
SRLSP,λ<=log n,8192,1,52977,6.4669189453125
SRLSP,λ<=log n,8192,1,57226,6.985595703125
SRLSP,λ<=log n,8192,1,53670,6.551513671875
SRLSP,λ<=log n,8192,1,53041,6.4747314453125
SRLSP,λ<=log n,8192,1,53582,6.540771484375
SRLSP,λ<=log n,8192,1,52059,6.3548583984375
SRLSP,λ<=log n,8192,1,54430,6.644287109375
SRLSP,λ<=log n,8192,1,54450,6.646728515625
SRLSP,λ<=log n,8192,1,52223,6.3748779296875
SRLSP,λ<=log n,8192,1,54559,6.6600341796875
SRLSP,λ<=log n,8192,1,56153,6.8546142578125
SRLSP,λ<=log n,8192,1,57932,7.07177734375
SRLSP,λ<=log n,8192,1,56363,6.8802490234375
SRLSP,λ<=log n,8192,1,57384,7.0048828125
SRLSP,λ<=log n,8192,1,55923,6.8265380859375
SRLSP,λ<=log n,8192,1,54578,6.662353515625
SRLSP,λ<=log n,8192,1,51609,6.2999267578125
SRLSP,λ<=log n,8192,1,54136,6.6083984375
SRLSP,λ<=log n,8192,1,53311,6.5076904296875
SRLSP,λ<=log n,8192,1,51901,6.3355712890625
SRLSP,λ<=log n,8192,1,53314,6.508056640625
SRLSP,λ<=log n,8192,1,54381,6.6383056640625
SRLSP,λ<=log n,8192,1,56584,6.9072265625
SRLSP,λ<=log n,8192,1,57987,7.0784912109375
SRLSP,λ<=log n,8192,1,54720,6.6796875
SRLSP,λ<=log n,8192,1,59440,7.255859375
SRLSP,λ<=log n,8192,1,53345,6.5118408203125
SRLSP,λ<=log n,8192,1,57706,7.044189453125
SRLSP,λ<=log n,8192,1,55553,6.7813720703125
SRLSP,λ<=log n,8192,1,58178,7.101806640625
SRLSP,λ<=log n,8192,1,68047,8.3065185546875
SRLSP,λ<=log n,8192,1,49854,6.085693359375
SRLSP,λ<=log n,8192,1,56071,6.8446044921875
SRLSP,λ<=log n,8192,1,60239,7.3533935546875
SRLSP,λ<=log n,8192,1,53031,6.4735107421875
SRLSP,λ<=log n,8192,1,56493,6.8961181640625
SRLSP,λ<=log n,8192,1,51044,6.23095703125
SRLSP,λ<=log n,8192,1,52775,6.4422607421875
SRLSP,λ<=log n,8192,1,64024,7.8154296875
SRLSP,λ<=log n,8192,1,55999,6.8358154296875
SRLSP,λ<=log n,8192,1,59797,7.2994384765625
SRLSP,λ<=log n,8192,1,55376,6.759765625
SRLSP,λ<=log n,8192,1,54915,6.7034912109375
SRLSP,λ<=log n,8192,1,52797,6.4449462890625
SRLSP,λ<=log n,8192,1,55587,6.7855224609375
SRLSP,λ<=log n,8192,1,54246,6.621826171875
SRLSP,λ<=log n,8192,1,55022,6.716552734375
SRLSP,λ<=log n,8192,1,57905,7.0684814453125
SRLSP,λ<=log n,8192,1,54639,6.6697998046875
SRLSP,λ<=log n,8192,1,56170,6.856689453125
SRLSP,λ<=log n,8192,1,54600,6.6650390625
SRLSP,λ<=log n,8192,1,55839,6.8162841796875
SRLSP,λ<=log n,8192,1,55617,6.7891845703125
SRLSP,λ<=log n,8192,1,53242,6.499267578125
SRLSP,λ<=log n,8192,1,52201,6.3721923828125
SRLSP,λ<=log n,8192,1,57239,6.9871826171875
SRLSP,λ<=log n,8192,1,51123,6.2406005859375
SRLSP,λ<=log n,8192,1,56252,6.86669921875
SRLSP,λ<=log n,8192,1,50154,6.122314453125
SRLSP,λ<=log n,8192,1,51700,6.31103515625
SRLSP,λ<=log n,8192,1,55410,6.763916015625
SRLSP,λ<=log n,8192,1,52942,6.462646484375
SRLSP,λ<=log n,8192,1,54490,6.651611328125
SRLSP,λ<=log n,8192,1,54547,6.6585693359375
SRLSP,λ<=log n,8192,1,51752,6.3173828125
SRLSP,λ<=log n,8192,1,51982,6.345458984375
SRLSP,λ<=log n,8192,1,50158,6.122802734375
SRLSP,λ<=log n,8192,1,54982,6.711669921875
SRLSP,λ<=log n,8192,1,52095,6.3592529296875
SRLSP,λ<=log n,8192,1,54226,6.619384765625
SRLSP,λ<=log n,8192,1,65206,7.959716796875
SRLSP,λ<=log n,8192,1,60814,7.423583984375
SRLSP,λ<=log n,8192,1,51346,6.267822265625
SRLSP,λ<=log n,8192,1,50885,6.2115478515625
SRLSP,λ<=log n,8192,1,53248,6.5
SRLSP,λ<=log n,8192,1,52801,6.4454345703125
SSLSP,λ<=log n,8192,1,89177,10.8858642578125
SSLSP,λ<=log n,8192,1,94263,11.5067138671875
SSLSP,λ<=log n,8192,1,85799,10.4735107421875
SSLSP,λ<=log n,8192,1,83748,10.22314453125
SSLSP,λ<=log n,8192,1,94202,11.499267578125
SSLSP,λ<=log n,8192,1,86110,10.511474609375
SSLSP,λ<=log n,8192,1,108775,13.2781982421875
SSLSP,λ<=log n,8192,1,82462,10.066162109375
SSLSP,λ<=log n,8192,1,92011,11.2318115234375
SSLSP,λ<=log n,8192,1,84620,10.32958984375
SSLSP,λ<=log n,8192,1,89550,10.931396484375
SSLSP,λ<=log n,8192,1,79512,9.7060546875
SSLSP,λ<=log n,8192,1,82219,10.0364990234375
SSLSP,λ<=log n,8192,1,84044,10.25927734375
SSLSP,λ<=log n,8192,1,88531,10.8070068359375
SSLSP,λ<=log n,8192,1,92576,11.30078125
SSLSP,λ<=log n,8192,1,81287,9.9227294921875
SSLSP,λ<=log n,8192,1,97941,11.9556884765625
SSLSP,λ<=log n,8192,1,91671,11.1903076171875
SSLSP,λ<=log n,8192,1,90443,11.0404052734375
SSLSP,λ<=log n,8192,1,90933,11.1002197265625
SSLSP,λ<=log n,8192,1,93878,11.459716796875
SSLSP,λ<=log n,8192,1,94480,11.533203125
SSLSP,λ<=log n,8192,1,88912,10.853515625
SSLSP,λ<=log n,8192,1,90512,11.048828125
SSLSP,λ<=log n,8192,1,81716,9.97509765625
SSLSP,λ<=log n,8192,1,85108,10.38916015625
SSLSP,λ<=log n,8192,1,98411,12.0130615234375
SSLSP,λ<=log n,8192,1,90051,10.9925537109375
SSLSP,λ<=log n,8192,1,87907,10.7308349609375
SSLSP,λ<=log n,8192,1,93977,11.4718017578125
SSLSP,λ<=log n,8192,1,85407,10.4256591796875
SSLSP,λ<=log n,8192,1,93534,11.417724609375
SSLSP,λ<=log n,8192,1,83292,10.16748046875
SSLSP,λ<=log n,8192,1,80043,9.7708740234375
SSLSP,λ<=log n,8192,1,82596,10.08251953125
SSLSP,λ<=log n,8192,1,91568,11.177734375
SSLSP,λ<=log n,8192,1,89065,10.8721923828125
SSLSP,λ<=log n,8192,1,101434,12.382080078125
SSLSP,λ<=log n,8192,1,83818,10.231689453125
SSLSP,λ<=log n,8192,1,87706,10.706298828125
SSLSP,λ<=log n,8192,1,90801,11.0841064453125
SSLSP,λ<=log n,8192,1,81104,9.900390625
SSLSP,λ<=log n,8192,1,88340,10.78369140625
SSLSP,λ<=log n,8192,1,89188,10.88720703125
SSLSP,λ<=log n,8192,1,92434,11.283447265625
SSLSP,λ<=log n,8192,1,89967,10.9822998046875
SSLSP,λ<=log n,8192,1,81508,9.94970703125
SSLSP,λ<=log n,8192,1,92299,11.2669677734375
SSLSP,λ<=log n,8192,1,83080,10.1416015625
SSLSP,λ<=log n,8192,1,91013,11.1099853515625
SSLSP,λ<=log n,8192,1,95026,11.599853515625
SSLSP,λ<=log n,8192,1,86865,10.6036376953125
SSLSP,λ<=log n,8192,1,86326,10.537841796875
SSLSP,λ<=log n,8192,1,99345,12.1270751953125
SSLSP,λ<=log n,8192,1,88928,10.85546875
SSLSP,λ<=log n,8192,1,93995,11.4739990234375
SSLSP,λ<=log n,8192,1,81619,9.9632568359375
SSLSP,λ<=log n,8192,1,86723,10.5863037109375
SSLSP,λ<=log n,8192,1,82728,10.0986328125
SSLSP,λ<=log n,8192,1,86877,10.6051025390625
SSLSP,λ<=log n,8192,1,83075,10.1409912109375
SSLSP,λ<=log n,8192,1,88331,10.7825927734375
SSLSP,λ<=log n,8192,1,93667,11.4339599609375
SSLSP,λ<=log n,8192,1,88472,10.7998046875
SSLSP,λ<=log n,8192,1,78720,9.609375
SSLSP,λ<=log n,8192,1,79530,9.708251953125
SSLSP,λ<=log n,8192,1,82764,10.10302734375
SSLSP,λ<=log n,8192,1,89974,10.983154296875
SSLSP,λ<=log n,8192,1,98167,11.9832763671875
SSLSP,λ<=log n,8192,1,91918,11.220458984375
SSLSP,λ<=log n,8192,1,92733,11.3199462890625
SSLSP,λ<=log n,8192,1,82888,10.1181640625
SSLSP,λ<=log n,8192,1,85324,10.41552734375
SSLSP,λ<=log n,8192,1,84317,10.2926025390625
SSLSP,λ<=log n,8192,1,86024,10.5009765625
SSLSP,λ<=log n,8192,1,80180,9.78759765625
SSLSP,λ<=log n,8192,1,89060,10.87158203125
SSLSP,λ<=log n,8192,1,89575,10.9344482421875
SSLSP,λ<=log n,8192,1,87085,10.6304931640625
SSLSP,λ<=log n,8192,1,98115,11.9769287109375
SSLSP,λ<=log n,8192,1,93930,11.466064453125
SSLSP,λ<=log n,8192,1,93646,11.431396484375
SSLSP,λ<=log n,8192,1,85189,10.3990478515625
SSLSP,λ<=log n,8192,1,89570,10.933837890625
SSLSP,λ<=log n,8192,1,84822,10.354248046875
SSLSP,λ<=log n,8192,1,92244,11.26025390625
SSLSP,λ<=log n,8192,1,90206,11.011474609375
SSLSP,λ<=log n,8192,1,87818,10.719970703125
SSLSP,λ<=log n,8192,1,77995,9.5208740234375
SSLSP,λ<=log n,8192,1,90899,11.0960693359375
SSLSP,λ<=log n,8192,1,86814,10.597412109375
SSLSP,λ<=log n,8192,1,80999,9.8875732421875
SSLSP,λ<=log n,8192,1,92564,11.29931640625
SSLSP,λ<=log n,8192,1,89458,10.920166015625
SSLSP,λ<=log n,8192,1,81277,9.9215087890625
SSLSP,λ<=log n,8192,1,90277,11.0201416015625
SSLSP,λ<=log n,8192,1,81486,9.947021484375
SSLSP,λ<=log n,8192,1,89968,10.982421875
SSLSP,λ<=log n,8192,1,89771,10.9583740234375
SSDMP,λ<=log n,8192,1,78486,9.580810546875
SSDMP,λ<=log n,8192,1,77582,9.470458984375
SSDMP,λ<=log n,8192,1,77937,9.5137939453125
SSDMP,λ<=log n,8192,1,85172,10.39697265625
SSDMP,λ<=log n,8192,1,90444,11.04052734375
SSDMP,λ<=log n,8192,1,91867,11.2142333984375
SSDMP,λ<=log n,8192,1,75607,9.2293701171875
SSDMP,λ<=log n,8192,1,78825,9.6221923828125
SSDMP,λ<=log n,8192,1,89404,10.91357421875
SSDMP,λ<=log n,8192,1,80134,9.781982421875
SSDMP,λ<=log n,8192,1,84320,10.29296875
SSDMP,λ<=log n,8192,1,80813,9.8648681640625
SSDMP,λ<=log n,8192,1,77686,9.483154296875
SSDMP,λ<=log n,8192,1,87072,10.62890625
SSDMP,λ<=log n,8192,1,83175,10.1531982421875
SSDMP,λ<=log n,8192,1,87339,10.6614990234375
SSDMP,λ<=log n,8192,1,81478,9.946044921875
SSDMP,λ<=log n,8192,1,82328,10.0498046875
SSDMP,λ<=log n,8192,1,83757,10.2242431640625
SSDMP,λ<=log n,8192,1,79526,9.707763671875
SSDMP,λ<=log n,8192,1,82034,10.013916015625
SSDMP,λ<=log n,8192,1,81220,9.91455078125
SSDMP,λ<=log n,8192,1,85013,10.3775634765625
SSDMP,λ<=log n,8192,1,82447,10.0643310546875
SSDMP,λ<=log n,8192,1,78323,9.5609130859375
SSDMP,λ<=log n,8192,1,85659,10.4564208984375
SSDMP,λ<=log n,8192,1,77906,9.510009765625
SSDMP,λ<=log n,8192,1,83351,10.1746826171875
SSDMP,λ<=log n,8192,1,80034,9.769775390625
SSDMP,λ<=log n,8192,1,82145,10.0274658203125
SSDMP,λ<=log n,8192,1,79201,9.6680908203125
SSDMP,λ<=log n,8192,1,73227,8.9388427734375
SSDMP,λ<=log n,8192,1,84490,10.313720703125
SSDMP,λ<=log n,8192,1,80645,9.8443603515625
SSDMP,λ<=log n,8192,1,82620,10.08544921875
SSDMP,λ<=log n,8192,1,77670,9.481201171875
SSDMP,λ<=log n,8192,1,81452,9.94287109375
SSDMP,λ<=log n,8192,1,84638,10.331787109375
SSDMP,λ<=log n,8192,1,78630,9.598388671875
SSDMP,λ<=log n,8192,1,89482,10.923095703125
SSDMP,λ<=log n,8192,1,88247,10.7723388671875
SSDMP,λ<=log n,8192,1,82132,10.02587890625
SSDMP,λ<=log n,8192,1,86270,10.531005859375
SSDMP,λ<=log n,8192,1,83498,10.192626953125
SSDMP,λ<=log n,8192,1,85737,10.4659423828125
SSDMP,λ<=log n,8192,1,88529,10.8067626953125
SSDMP,λ<=log n,8192,1,92930,11.343994140625
SSDMP,λ<=log n,8192,1,86203,10.5228271484375
SSDMP,λ<=log n,8192,1,84192,10.27734375
SSDMP,λ<=log n,8192,1,77188,9.42236328125
SSDMP,λ<=log n,8192,1,82297,10.0460205078125
SSDMP,λ<=log n,8192,1,85112,10.3896484375
SSDMP,λ<=log n,8192,1,88438,10.795654296875
SSDMP,λ<=log n,8192,1,79235,9.6722412109375
SSDMP,λ<=log n,8192,1,80903,9.8758544921875
SSDMP,λ<=log n,8192,1,82164,10.02978515625
SSDMP,λ<=log n,8192,1,88069,10.7506103515625
SSDMP,λ<=log n,8192,1,75563,9.2239990234375
SSDMP,λ<=log n,8192,1,79101,9.6558837890625
SSDMP,λ<=log n,8192,1,83434,10.184814453125
SSDMP,λ<=log n,8192,1,77199,9.4237060546875
SSDMP,λ<=log n,8192,1,81431,9.9403076171875
SSDMP,λ<=log n,8192,1,89413,10.9146728515625
SSDMP,λ<=log n,8192,1,78721,9.6094970703125
SSDMP,λ<=log n,8192,1,86236,10.52685546875
SSDMP,λ<=log n,8192,1,86114,10.511962890625
SSDMP,λ<=log n,8192,1,82078,10.019287109375
SSDMP,λ<=log n,8192,1,79449,9.6983642578125
SSDMP,λ<=log n,8192,1,75798,9.252685546875
SSDMP,λ<=log n,8192,1,88892,10.85107421875
SSDMP,λ<=log n,8192,1,79156,9.66259765625
SSDMP,λ<=log n,8192,1,81643,9.9661865234375
SSDMP,λ<=log n,8192,1,88374,10.787841796875
SSDMP,λ<=log n,8192,1,80195,9.7894287109375
SSDMP,λ<=log n,8192,1,79345,9.6856689453125
SSDMP,λ<=log n,8192,1,88553,10.8096923828125
SSDMP,λ<=log n,8192,1,77968,9.517578125
SSDMP,λ<=log n,8192,1,77326,9.439208984375
SSDMP,λ<=log n,8192,1,88906,10.852783203125
SSDMP,λ<=log n,8192,1,72642,8.867431640625
SSDMP,λ<=log n,8192,1,83010,10.133056640625
SSDMP,λ<=log n,8192,1,80171,9.7864990234375
SSDMP,λ<=log n,8192,1,74250,9.063720703125
SSDMP,λ<=log n,8192,1,87457,10.6759033203125
SSDMP,λ<=log n,8192,1,79170,9.664306640625
SSDMP,λ<=log n,8192,1,85061,10.3834228515625
SSDMP,λ<=log n,8192,1,81767,9.9813232421875
SSDMP,λ<=log n,8192,1,77508,9.46142578125
SSDMP,λ<=log n,8192,1,78675,9.6038818359375
SSDMP,λ<=log n,8192,1,87702,10.705810546875
SSDMP,λ<=log n,8192,1,79186,9.666259765625
SSDMP,λ<=log n,8192,1,79162,9.663330078125
SSDMP,λ<=log n,8192,1,94001,11.4747314453125
SSDMP,λ<=log n,8192,1,75469,9.2125244140625
SSDMP,λ<=log n,8192,1,79332,9.68408203125
SSDMP,λ<=log n,8192,1,83305,10.1690673828125
SSDMP,λ<=log n,8192,1,83706,10.218017578125
SSDMP,λ<=log n,8192,1,83741,10.2222900390625
SSDMP,λ<=log n,8192,1,75326,9.195068359375
SSDMP,λ<=log n,8192,1,84514,10.316650390625
SRDMP,λ<=log n,8192,1,52740,6.43798828125
SRDMP,λ<=log n,8192,1,58249,7.1104736328125
SRDMP,λ<=log n,8192,1,55627,6.7904052734375
SRDMP,λ<=log n,8192,1,64317,7.8511962890625
SRDMP,λ<=log n,8192,1,55345,6.7559814453125
SRDMP,λ<=log n,8192,1,54999,6.7137451171875
SRDMP,λ<=log n,8192,1,53460,6.52587890625
SRDMP,λ<=log n,8192,1,56596,6.90869140625
SRDMP,λ<=log n,8192,1,60761,7.4171142578125
SRDMP,λ<=log n,8192,1,52607,6.4217529296875
SRDMP,λ<=log n,8192,1,52819,6.4476318359375
SRDMP,λ<=log n,8192,1,63758,7.782958984375
SRDMP,λ<=log n,8192,1,52955,6.4642333984375
SRDMP,λ<=log n,8192,1,55878,6.821044921875
SRDMP,λ<=log n,8192,1,54710,6.678466796875
SRDMP,λ<=log n,8192,1,56117,6.8502197265625
SRDMP,λ<=log n,8192,1,52873,6.4542236328125
SRDMP,λ<=log n,8192,1,55888,6.822265625
SRDMP,λ<=log n,8192,1,53707,6.5560302734375
SRDMP,λ<=log n,8192,1,67312,8.216796875
SRDMP,λ<=log n,8192,1,54731,6.6810302734375
SRDMP,λ<=log n,8192,1,51980,6.34521484375
SRDMP,λ<=log n,8192,1,50118,6.117919921875
SRDMP,λ<=log n,8192,1,53487,6.5291748046875
SRDMP,λ<=log n,8192,1,54893,6.7008056640625
SRDMP,λ<=log n,8192,1,49884,6.08935546875
SRDMP,λ<=log n,8192,1,55749,6.8052978515625
SRDMP,λ<=log n,8192,1,53011,6.4710693359375
SRDMP,λ<=log n,8192,1,55928,6.8271484375
SRDMP,λ<=log n,8192,1,59716,7.28955078125
SRDMP,λ<=log n,8192,1,62613,7.6431884765625
SRDMP,λ<=log n,8192,1,59174,7.223388671875
SRDMP,λ<=log n,8192,1,57536,7.0234375
SRDMP,λ<=log n,8192,1,56444,6.89013671875
SRDMP,λ<=log n,8192,1,53187,6.4925537109375
SRDMP,λ<=log n,8192,1,56147,6.8538818359375
SRDMP,λ<=log n,8192,1,54886,6.699951171875
SRDMP,λ<=log n,8192,1,53644,6.54833984375
SRDMP,λ<=log n,8192,1,58139,7.0970458984375
SRDMP,λ<=log n,8192,1,53965,6.5875244140625
SRDMP,λ<=log n,8192,1,56072,6.8447265625
SRDMP,λ<=log n,8192,1,54298,6.628173828125
SRDMP,λ<=log n,8192,1,51996,6.34716796875
SRDMP,λ<=log n,8192,1,59438,7.255615234375
SRDMP,λ<=log n,8192,1,52626,6.424072265625
SRDMP,λ<=log n,8192,1,55500,6.77490234375
SRDMP,λ<=log n,8192,1,58711,7.1668701171875
SRDMP,λ<=log n,8192,1,60013,7.3258056640625
SRDMP,λ<=log n,8192,1,56842,6.938720703125
SRDMP,λ<=log n,8192,1,58159,7.0994873046875
SRDMP,λ<=log n,8192,1,59970,7.320556640625
SRDMP,λ<=log n,8192,1,54442,6.645751953125
SRDMP,λ<=log n,8192,1,60911,7.4354248046875
SRDMP,λ<=log n,8192,1,54135,6.6082763671875
SRDMP,λ<=log n,8192,1,55372,6.75927734375
SRDMP,λ<=log n,8192,1,52798,6.445068359375
SRDMP,λ<=log n,8192,1,54106,6.604736328125
SRDMP,λ<=log n,8192,1,53065,6.4776611328125
SRDMP,λ<=log n,8192,1,57013,6.9595947265625
SRDMP,λ<=log n,8192,1,54489,6.6514892578125
SRDMP,λ<=log n,8192,1,63831,7.7918701171875
SRDMP,λ<=log n,8192,1,50626,6.179931640625
SRDMP,λ<=log n,8192,1,53035,6.4739990234375
SRDMP,λ<=log n,8192,1,54659,6.6722412109375
SRDMP,λ<=log n,8192,1,58143,7.0975341796875
SRDMP,λ<=log n,8192,1,57748,7.04931640625
SRDMP,λ<=log n,8192,1,53515,6.5325927734375
SRDMP,λ<=log n,8192,1,53022,6.472412109375
SRDMP,λ<=log n,8192,1,59641,7.2803955078125
SRDMP,λ<=log n,8192,1,52988,6.46826171875
SRDMP,λ<=log n,8192,1,60913,7.4356689453125
SRDMP,λ<=log n,8192,1,59207,7.2274169921875
SRDMP,λ<=log n,8192,1,55591,6.7860107421875
SRDMP,λ<=log n,8192,1,53073,6.4786376953125
SRDMP,λ<=log n,8192,1,55551,6.7811279296875
SRDMP,λ<=log n,8192,1,63179,7.7122802734375
SRDMP,λ<=log n,8192,1,60386,7.371337890625
SRDMP,λ<=log n,8192,1,55374,6.759521484375
SRDMP,λ<=log n,8192,1,57699,7.0433349609375
SRDMP,λ<=log n,8192,1,52338,6.388916015625
SRDMP,λ<=log n,8192,1,57297,6.9942626953125
SRDMP,λ<=log n,8192,1,52960,6.46484375
SRDMP,λ<=log n,8192,1,52973,6.4664306640625
SRDMP,λ<=log n,8192,1,58061,7.0875244140625
SRDMP,λ<=log n,8192,1,50713,6.1905517578125
SRDMP,λ<=log n,8192,1,55981,6.8336181640625
SRDMP,λ<=log n,8192,1,53993,6.5909423828125
SRDMP,λ<=log n,8192,1,54024,6.5947265625
SRDMP,λ<=log n,8192,1,51358,6.269287109375
SRDMP,λ<=log n,8192,1,56132,6.85205078125
SRDMP,λ<=log n,8192,1,56266,6.868408203125
SRDMP,λ<=log n,8192,1,53362,6.513916015625
SRDMP,λ<=log n,8192,1,54955,6.7083740234375
SRDMP,λ<=log n,8192,1,57702,7.043701171875
SRDMP,λ<=log n,8192,1,54251,6.6224365234375
SRDMP,λ<=log n,8192,1,50400,6.15234375
SRDMP,λ<=log n,8192,1,57014,6.959716796875
SRDMP,λ<=log n,8192,1,51784,6.3212890625
SRDMP,λ<=log n,8192,1,54105,6.6046142578125
SRDMP,λ<=log n,8192,1,55093,6.7252197265625
SHDMP,λ<=log n,8192,1,53934,6.583740234375
SHDMP,λ<=log n,8192,1,50918,6.215576171875
SHDMP,λ<=log n,8192,1,54426,6.643798828125
SHDMP,λ<=log n,8192,1,59013,7.2037353515625
SHDMP,λ<=log n,8192,1,48988,5.97998046875
SHDMP,λ<=log n,8192,1,57978,7.077392578125
SHDMP,λ<=log n,8192,1,61451,7.5013427734375
SHDMP,λ<=log n,8192,1,51435,6.2786865234375
SHDMP,λ<=log n,8192,1,49192,6.0048828125
SHDMP,λ<=log n,8192,1,54623,6.6678466796875
SHDMP,λ<=log n,8192,1,50230,6.131591796875
SHDMP,λ<=log n,8192,1,52237,6.3765869140625
SHDMP,λ<=log n,8192,1,56732,6.92529296875
SHDMP,λ<=log n,8192,1,50164,6.12353515625
SHDMP,λ<=log n,8192,1,56941,6.9508056640625
SHDMP,λ<=log n,8192,1,51639,6.3035888671875
SHDMP,λ<=log n,8192,1,49920,6.09375
SHDMP,λ<=log n,8192,1,53440,6.5234375
SHDMP,λ<=log n,8192,1,50304,6.140625
SHDMP,λ<=log n,8192,1,52333,6.3883056640625
SHDMP,λ<=log n,8192,1,46888,5.7236328125
SHDMP,λ<=log n,8192,1,49619,6.0570068359375
SHDMP,λ<=log n,8192,1,49781,6.0767822265625
SHDMP,λ<=log n,8192,1,57824,7.05859375
SHDMP,λ<=log n,8192,1,50721,6.1915283203125
SHDMP,λ<=log n,8192,1,52220,6.37451171875
SHDMP,λ<=log n,8192,1,49770,6.075439453125
SHDMP,λ<=log n,8192,1,53915,6.5814208984375
SHDMP,λ<=log n,8192,1,50901,6.2135009765625
SHDMP,λ<=log n,8192,1,47384,5.7841796875
SHDMP,λ<=log n,8192,1,54304,6.62890625
SHDMP,λ<=log n,8192,1,53334,6.510498046875
SHDMP,λ<=log n,8192,1,52431,6.4002685546875
SHDMP,λ<=log n,8192,1,51997,6.3472900390625
SHDMP,λ<=log n,8192,1,50457,6.1593017578125
SHDMP,λ<=log n,8192,1,53920,6.58203125
SHDMP,λ<=log n,8192,1,55593,6.7862548828125
SHDMP,λ<=log n,8192,1,53359,6.5135498046875
SHDMP,λ<=log n,8192,1,54088,6.6025390625
SHDMP,λ<=log n,8192,1,54298,6.628173828125
SHDMP,λ<=log n,8192,1,52771,6.4417724609375
SHDMP,λ<=log n,8192,1,52578,6.418212890625
SHDMP,λ<=log n,8192,1,50125,6.1187744140625
SHDMP,λ<=log n,8192,1,54050,6.597900390625
SHDMP,λ<=log n,8192,1,53753,6.5616455078125
SHDMP,λ<=log n,8192,1,48602,5.932861328125
SHDMP,λ<=log n,8192,1,55623,6.7899169921875
SHDMP,λ<=log n,8192,1,54603,6.6654052734375
SHDMP,λ<=log n,8192,1,55120,6.728515625
SHDMP,λ<=log n,8192,1,46941,5.7301025390625
SHDMP,λ<=log n,8192,1,51962,6.343017578125
SHDMP,λ<=log n,8192,1,49618,6.056884765625
SHDMP,λ<=log n,8192,1,52105,6.3604736328125
SHDMP,λ<=log n,8192,1,51917,6.3375244140625
SHDMP,λ<=log n,8192,1,52574,6.417724609375
SHDMP,λ<=log n,8192,1,56934,6.949951171875
SHDMP,λ<=log n,8192,1,52128,6.36328125
SHDMP,λ<=log n,8192,1,51760,6.318359375
SHDMP,λ<=log n,8192,1,49642,6.059814453125
SHDMP,λ<=log n,8192,1,60645,7.4029541015625
SHDMP,λ<=log n,8192,1,52865,6.4532470703125
SHDMP,λ<=log n,8192,1,48886,5.967529296875
SHDMP,λ<=log n,8192,1,47788,5.83349609375
SHDMP,λ<=log n,8192,1,48888,5.9677734375
SHDMP,λ<=log n,8192,1,50196,6.12744140625
SHDMP,λ<=log n,8192,1,54087,6.6024169921875
SHDMP,λ<=log n,8192,1,53094,6.481201171875
SHDMP,λ<=log n,8192,1,55186,6.736572265625
SHDMP,λ<=log n,8192,1,52022,6.350341796875
SHDMP,λ<=log n,8192,1,52466,6.404541015625
SHDMP,λ<=log n,8192,1,53916,6.58154296875
SHDMP,λ<=log n,8192,1,49936,6.095703125
SHDMP,λ<=log n,8192,1,49490,6.041259765625
SHDMP,λ<=log n,8192,1,49892,6.09033203125
SHDMP,λ<=log n,8192,1,54064,6.599609375
SHDMP,λ<=log n,8192,1,52140,6.36474609375
SHDMP,λ<=log n,8192,1,52559,6.4158935546875
SHDMP,λ<=log n,8192,1,48577,5.9298095703125
SHDMP,λ<=log n,8192,1,50756,6.19580078125
SHDMP,λ<=log n,8192,1,54514,6.654541015625
SHDMP,λ<=log n,8192,1,57652,7.03759765625
SHDMP,λ<=log n,8192,1,55655,6.7938232421875
SHDMP,λ<=log n,8192,1,48314,5.897705078125
SHDMP,λ<=log n,8192,1,51121,6.2403564453125
SHDMP,λ<=log n,8192,1,48041,5.8643798828125
SHDMP,λ<=log n,8192,1,52231,6.3758544921875
SHDMP,λ<=log n,8192,1,65791,8.0311279296875
SHDMP,λ<=log n,8192,1,55225,6.7413330078125
SHDMP,λ<=log n,8192,1,59442,7.256103515625
SHDMP,λ<=log n,8192,1,54802,6.689697265625
SHDMP,λ<=log n,8192,1,56935,6.9500732421875
SHDMP,λ<=log n,8192,1,55678,6.796630859375
SHDMP,λ<=log n,8192,1,54976,6.7109375
SHDMP,λ<=log n,8192,1,51353,6.2686767578125
SHDMP,λ<=log n,8192,1,52864,6.453125
SHDMP,λ<=log n,8192,1,55915,6.8255615234375
SHDMP,λ<=log n,8192,1,53990,6.590576171875
SHDMP,λ<=log n,8192,1,58871,7.1864013671875
SHDMP,λ<=log n,8192,1,56316,6.87451171875
SHDMP,λ<=log n,8192,1,49582,6.052490234375
SHLMP,λ<=log n,8192,1,51794,6.322509765625
SHLMP,λ<=log n,8192,1,54886,6.699951171875
SHLMP,λ<=log n,8192,1,52478,6.406005859375
SHLMP,λ<=log n,8192,1,52466,6.404541015625
SHLMP,λ<=log n,8192,1,50605,6.1773681640625
SHLMP,λ<=log n,8192,1,52180,6.36962890625
SHLMP,λ<=log n,8192,1,55341,6.7554931640625
SHLMP,λ<=log n,8192,1,51678,6.308349609375
SHLMP,λ<=log n,8192,1,57783,7.0535888671875
SHLMP,λ<=log n,8192,1,51282,6.260009765625
SHLMP,λ<=log n,8192,1,50953,6.2198486328125
SHLMP,λ<=log n,8192,1,52873,6.4542236328125
SHLMP,λ<=log n,8192,1,49060,5.98876953125
SHLMP,λ<=log n,8192,1,58356,7.12353515625
SHLMP,λ<=log n,8192,1,52332,6.38818359375
SHLMP,λ<=log n,8192,1,54055,6.5985107421875
SHLMP,λ<=log n,8192,1,51405,6.2750244140625
SHLMP,λ<=log n,8192,1,55434,6.766845703125
SHLMP,λ<=log n,8192,1,48864,5.96484375
SHLMP,λ<=log n,8192,1,47878,5.844482421875
SHLMP,λ<=log n,8192,1,54461,6.6480712890625
SHLMP,λ<=log n,8192,1,54843,6.6947021484375
SHLMP,λ<=log n,8192,1,53068,6.47802734375
SHLMP,λ<=log n,8192,1,49702,6.067138671875
SHLMP,λ<=log n,8192,1,56591,6.9080810546875
SHLMP,λ<=log n,8192,1,51830,6.326904296875
SHLMP,λ<=log n,8192,1,48904,5.9697265625
SHLMP,λ<=log n,8192,1,52895,6.4569091796875
SHLMP,λ<=log n,8192,1,56120,6.8505859375
SHLMP,λ<=log n,8192,1,53995,6.5911865234375
SHLMP,λ<=log n,8192,1,52869,6.4537353515625
SHLMP,λ<=log n,8192,1,49880,6.0888671875
SHLMP,λ<=log n,8192,1,59337,7.2432861328125
SHLMP,λ<=log n,8192,1,58713,7.1671142578125
SHLMP,λ<=log n,8192,1,54403,6.6409912109375
SHLMP,λ<=log n,8192,1,55253,6.7447509765625
SHLMP,λ<=log n,8192,1,51882,6.333251953125
SHLMP,λ<=log n,8192,1,54079,6.6014404296875
SHLMP,λ<=log n,8192,1,50299,6.1400146484375
SHLMP,λ<=log n,8192,1,53172,6.49072265625
SHLMP,λ<=log n,8192,1,62119,7.5828857421875
SHLMP,λ<=log n,8192,1,52058,6.354736328125
SHLMP,λ<=log n,8192,1,53533,6.5347900390625
SHLMP,λ<=log n,8192,1,50295,6.1395263671875
SHLMP,λ<=log n,8192,1,51857,6.3302001953125
SHLMP,λ<=log n,8192,1,54709,6.6783447265625
SHLMP,λ<=log n,8192,1,57875,7.0648193359375
SHLMP,λ<=log n,8192,1,51388,6.27294921875
SHLMP,λ<=log n,8192,1,55054,6.720458984375
SHLMP,λ<=log n,8192,1,52415,6.3983154296875
SHLMP,λ<=log n,8192,1,53309,6.5074462890625
SHLMP,λ<=log n,8192,1,59121,7.2169189453125
SHLMP,λ<=log n,8192,1,52049,6.3536376953125
SHLMP,λ<=log n,8192,1,52215,6.3739013671875
SHLMP,λ<=log n,8192,1,50241,6.1329345703125
SHLMP,λ<=log n,8192,1,51635,6.3031005859375
SHLMP,λ<=log n,8192,1,53092,6.48095703125
SHLMP,λ<=log n,8192,1,52858,6.452392578125
SHLMP,λ<=log n,8192,1,47728,5.826171875
SHLMP,λ<=log n,8192,1,61990,7.567138671875
SHLMP,λ<=log n,8192,1,53412,6.52001953125
SHLMP,λ<=log n,8192,1,54344,6.6337890625
SHLMP,λ<=log n,8192,1,54083,6.6019287109375
SHLMP,λ<=log n,8192,1,58592,7.15234375
SHLMP,λ<=log n,8192,1,54835,6.6937255859375
SHLMP,λ<=log n,8192,1,55174,6.735107421875
SHLMP,λ<=log n,8192,1,49931,6.0950927734375
SHLMP,λ<=log n,8192,1,56622,6.911865234375
SHLMP,λ<=log n,8192,1,51763,6.3187255859375
SHLMP,λ<=log n,8192,1,53838,6.572021484375
SHLMP,λ<=log n,8192,1,51628,6.30224609375
SHLMP,λ<=log n,8192,1,52531,6.4124755859375
SHLMP,λ<=log n,8192,1,49693,6.0660400390625
SHLMP,λ<=log n,8192,1,57720,7.0458984375
SHLMP,λ<=log n,8192,1,52568,6.4169921875
SHLMP,λ<=log n,8192,1,51599,6.2987060546875
SHLMP,λ<=log n,8192,1,51429,6.2779541015625
SHLMP,λ<=log n,8192,1,54647,6.6707763671875
SHLMP,λ<=log n,8192,1,56274,6.869384765625
SHLMP,λ<=log n,8192,1,57197,6.9820556640625
SHLMP,λ<=log n,8192,1,57680,7.041015625
SHLMP,λ<=log n,8192,1,51625,6.3018798828125
SHLMP,λ<=log n,8192,1,51131,6.2415771484375
SHLMP,λ<=log n,8192,1,53593,6.5421142578125
SHLMP,λ<=log n,8192,1,52535,6.4129638671875
SHLMP,λ<=log n,8192,1,59039,7.2069091796875
SHLMP,λ<=log n,8192,1,55123,6.7288818359375
SHLMP,λ<=log n,8192,1,53112,6.4833984375
SHLMP,λ<=log n,8192,1,55579,6.7845458984375
SHLMP,λ<=log n,8192,1,51312,6.263671875
SHLMP,λ<=log n,8192,1,55065,6.7218017578125
SHLMP,λ<=log n,8192,1,57037,6.9625244140625
SHLMP,λ<=log n,8192,1,55271,6.7469482421875
SHLMP,λ<=log n,8192,1,52247,6.3778076171875
SHLMP,λ<=log n,8192,1,53980,6.58935546875
SHLMP,λ<=log n,8192,1,55352,6.7568359375
SHLMP,λ<=log n,8192,1,51350,6.268310546875
SHLMP,λ<=log n,8192,1,52156,6.36669921875
SHLMP,λ<=log n,8192,1,49028,5.98486328125
SHLMP,λ<=log n,8192,1,53248,6.5
SRLMP,λ<=log n,8192,1,48844,5.96240234375
SRLMP,λ<=log n,8192,1,52344,6.3896484375
SRLMP,λ<=log n,8192,1,50032,6.107421875
SRLMP,λ<=log n,8192,1,55384,6.7607421875
SRLMP,λ<=log n,8192,1,55425,6.7657470703125
SRLMP,λ<=log n,8192,1,63567,7.7596435546875
SRLMP,λ<=log n,8192,1,51263,6.2576904296875
SRLMP,λ<=log n,8192,1,48370,5.904541015625
SRLMP,λ<=log n,8192,1,56533,6.9010009765625
SRLMP,λ<=log n,8192,1,51755,6.3177490234375
SRLMP,λ<=log n,8192,1,55048,6.7197265625
SRLMP,λ<=log n,8192,1,49322,6.020751953125
SRLMP,λ<=log n,8192,1,51261,6.2574462890625
SRLMP,λ<=log n,8192,1,52459,6.4036865234375
SRLMP,λ<=log n,8192,1,50500,6.16455078125
SRLMP,λ<=log n,8192,1,52220,6.37451171875
SRLMP,λ<=log n,8192,1,53702,6.555419921875
SRLMP,λ<=log n,8192,1,59670,7.283935546875
SRLMP,λ<=log n,8192,1,56750,6.927490234375
SRLMP,λ<=log n,8192,1,51374,6.271240234375
SRLMP,λ<=log n,8192,1,58415,7.1307373046875
SRLMP,λ<=log n,8192,1,50339,6.1448974609375
SRLMP,λ<=log n,8192,1,49630,6.058349609375
SRLMP,λ<=log n,8192,1,49508,6.04345703125
SRLMP,λ<=log n,8192,1,51283,6.2601318359375
SRLMP,λ<=log n,8192,1,50681,6.1866455078125
SRLMP,λ<=log n,8192,1,50591,6.1756591796875
SRLMP,λ<=log n,8192,1,50165,6.1236572265625
SRLMP,λ<=log n,8192,1,48434,5.912353515625
SRLMP,λ<=log n,8192,1,57510,7.020263671875
SRLMP,λ<=log n,8192,1,51673,6.3077392578125
SRLMP,λ<=log n,8192,1,55778,6.808837890625
SRLMP,λ<=log n,8192,1,50553,6.1710205078125
SRLMP,λ<=log n,8192,1,49875,6.0882568359375
SRLMP,λ<=log n,8192,1,48703,5.9451904296875
SRLMP,λ<=log n,8192,1,49327,6.0213623046875
SRLMP,λ<=log n,8192,1,50453,6.1588134765625
SRLMP,λ<=log n,8192,1,51615,6.3006591796875
SRLMP,λ<=log n,8192,1,59774,7.296630859375
SRLMP,λ<=log n,8192,1,51566,6.294677734375
SRLMP,λ<=log n,8192,1,53692,6.55419921875
SRLMP,λ<=log n,8192,1,54839,6.6942138671875
SRLMP,λ<=log n,8192,1,52684,6.43115234375
SRLMP,λ<=log n,8192,1,50754,6.195556640625
SRLMP,λ<=log n,8192,1,54445,6.6461181640625
SRLMP,λ<=log n,8192,1,50950,6.219482421875
SRLMP,λ<=log n,8192,1,52773,6.4420166015625
SRLMP,λ<=log n,8192,1,55972,6.83251953125
SRLMP,λ<=log n,8192,1,50207,6.1287841796875
SRLMP,λ<=log n,8192,1,48702,5.945068359375
SRLMP,λ<=log n,8192,1,53919,6.5819091796875
SRLMP,λ<=log n,8192,1,51166,6.245849609375
SRLMP,λ<=log n,8192,1,54156,6.61083984375
SRLMP,λ<=log n,8192,1,57430,7.010498046875
SRLMP,λ<=log n,8192,1,49489,6.0411376953125
SRLMP,λ<=log n,8192,1,52981,6.4674072265625
SRLMP,λ<=log n,8192,1,51367,6.2703857421875
SRLMP,λ<=log n,8192,1,55638,6.791748046875
SRLMP,λ<=log n,8192,1,49803,6.0794677734375
SRLMP,λ<=log n,8192,1,51137,6.2423095703125
SRLMP,λ<=log n,8192,1,49278,6.015380859375
SRLMP,λ<=log n,8192,1,58444,7.13427734375
SRLMP,λ<=log n,8192,1,50709,6.1900634765625
SRLMP,λ<=log n,8192,1,50669,6.1851806640625
SRLMP,λ<=log n,8192,1,52823,6.4481201171875
SRLMP,λ<=log n,8192,1,57876,7.06494140625
SRLMP,λ<=log n,8192,1,51558,6.293701171875
SRLMP,λ<=log n,8192,1,54717,6.6793212890625
SRLMP,λ<=log n,8192,1,51337,6.2667236328125
SRLMP,λ<=log n,8192,1,52756,6.43994140625
SRLMP,λ<=log n,8192,1,53281,6.5040283203125
SRLMP,λ<=log n,8192,1,55078,6.723388671875
SRLMP,λ<=log n,8192,1,52870,6.453857421875
SRLMP,λ<=log n,8192,1,53714,6.556884765625
SRLMP,λ<=log n,8192,1,51244,6.25537109375
SRLMP,λ<=log n,8192,1,53603,6.5433349609375
SRLMP,λ<=log n,8192,1,53000,6.4697265625
SRLMP,λ<=log n,8192,1,53112,6.4833984375
SRLMP,λ<=log n,8192,1,52075,6.3568115234375
SRLMP,λ<=log n,8192,1,52788,6.44384765625
SRLMP,λ<=log n,8192,1,53391,6.5174560546875
SRLMP,λ<=log n,8192,1,52359,6.3914794921875
SRLMP,λ<=log n,8192,1,56735,6.9256591796875
SRLMP,λ<=log n,8192,1,51954,6.342041015625
SRLMP,λ<=log n,8192,1,52698,6.432861328125
SRLMP,λ<=log n,8192,1,52088,6.3583984375
SRLMP,λ<=log n,8192,1,49678,6.064208984375
SRLMP,λ<=log n,8192,1,52863,6.4530029296875
SRLMP,λ<=log n,8192,1,54251,6.6224365234375
SRLMP,λ<=log n,8192,1,59198,7.226318359375
SRLMP,λ<=log n,8192,1,52443,6.4017333984375
SRLMP,λ<=log n,8192,1,53925,6.5826416015625
SRLMP,λ<=log n,8192,1,56460,6.89208984375
SRLMP,λ<=log n,8192,1,55741,6.8043212890625
SRLMP,λ<=log n,8192,1,48708,5.94580078125
SRLMP,λ<=log n,8192,1,51350,6.268310546875
SRLMP,λ<=log n,8192,1,51198,6.249755859375
SRLMP,λ<=log n,8192,1,49157,6.0006103515625
SSLMP,λ<=log n,8192,1,89513,10.9268798828125
SSLMP,λ<=log n,8192,1,95731,11.6859130859375
SSLMP,λ<=log n,8192,1,82934,10.123779296875
SSLMP,λ<=log n,8192,1,88140,10.75927734375
SSLMP,λ<=log n,8192,1,79747,9.7347412109375
SSLMP,λ<=log n,8192,1,87166,10.640380859375
SSLMP,λ<=log n,8192,1,83819,10.2318115234375
SSLMP,λ<=log n,8192,1,87729,10.7091064453125
SSLMP,λ<=log n,8192,1,82380,10.05615234375
SSLMP,λ<=log n,8192,1,87189,10.6431884765625
SSLMP,λ<=log n,8192,1,81171,9.9085693359375
SSLMP,λ<=log n,8192,1,92797,11.3277587890625
SSLMP,λ<=log n,8192,1,82440,10.0634765625
SSLMP,λ<=log n,8192,1,83449,10.1866455078125
SSLMP,λ<=log n,8192,1,89865,10.9698486328125
SSLMP,λ<=log n,8192,1,89610,10.938720703125
SSLMP,λ<=log n,8192,1,86887,10.6063232421875
SSLMP,λ<=log n,8192,1,82403,10.0589599609375
SSLMP,λ<=log n,8192,1,82001,10.0098876953125
SSLMP,λ<=log n,8192,1,101993,12.4503173828125
SSLMP,λ<=log n,8192,1,90022,10.989013671875
SSLMP,λ<=log n,8192,1,87061,10.6275634765625
SSLMP,λ<=log n,8192,1,79319,9.6824951171875
SSLMP,λ<=log n,8192,1,83731,10.2210693359375
SSLMP,λ<=log n,8192,1,97723,11.9290771484375
SSLMP,λ<=log n,8192,1,80508,9.82763671875
SSLMP,λ<=log n,8192,1,92662,11.311279296875
SSLMP,λ<=log n,8192,1,88830,10.843505859375
SSLMP,λ<=log n,8192,1,84557,10.3218994140625
SSLMP,λ<=log n,8192,1,82933,10.1236572265625
SSLMP,λ<=log n,8192,1,94967,11.5926513671875
SSLMP,λ<=log n,8192,1,89423,10.9158935546875
SSLMP,λ<=log n,8192,1,76199,9.3016357421875
SSLMP,λ<=log n,8192,1,83662,10.212646484375
SSLMP,λ<=log n,8192,1,79732,9.73291015625
SSLMP,λ<=log n,8192,1,85961,10.4932861328125
SSLMP,λ<=log n,8192,1,80246,9.795654296875
SSLMP,λ<=log n,8192,1,82605,10.0836181640625
SSLMP,λ<=log n,8192,1,89956,10.98095703125
SSLMP,λ<=log n,8192,1,99257,12.1163330078125
SSLMP,λ<=log n,8192,1,96601,11.7921142578125
SSLMP,λ<=log n,8192,1,86249,10.5284423828125
SSLMP,λ<=log n,8192,1,85715,10.4632568359375
SSLMP,λ<=log n,8192,1,89639,10.9422607421875
SSLMP,λ<=log n,8192,1,86417,10.5489501953125
SSLMP,λ<=log n,8192,1,80384,9.8125
SSLMP,λ<=log n,8192,1,83111,10.1453857421875
SSLMP,λ<=log n,8192,1,85439,10.4295654296875
SSLMP,λ<=log n,8192,1,83658,10.212158203125
SSLMP,λ<=log n,8192,1,86402,10.547119140625
SSLMP,λ<=log n,8192,1,80774,9.860107421875
SSLMP,λ<=log n,8192,1,83268,10.16455078125
SSLMP,λ<=log n,8192,1,84150,10.272216796875
SSLMP,λ<=log n,8192,1,91916,11.22021484375
SSLMP,λ<=log n,8192,1,75966,9.273193359375
SSLMP,λ<=log n,8192,1,85107,10.3890380859375
SSLMP,λ<=log n,8192,1,95464,11.6533203125
SSLMP,λ<=log n,8192,1,83999,10.2537841796875
SSLMP,λ<=log n,8192,1,84329,10.2940673828125
SSLMP,λ<=log n,8192,1,96972,11.83740234375
SSLMP,λ<=log n,8192,1,87619,10.6956787109375
SSLMP,λ<=log n,8192,1,85245,10.4058837890625
SSLMP,λ<=log n,8192,1,85365,10.4205322265625
SSLMP,λ<=log n,8192,1,95420,11.64794921875
SSLMP,λ<=log n,8192,1,88985,10.8624267578125
SSLMP,λ<=log n,8192,1,75387,9.2025146484375
SSLMP,λ<=log n,8192,1,88160,10.76171875
SSLMP,λ<=log n,8192,1,81600,9.9609375
SSLMP,λ<=log n,8192,1,78973,9.6402587890625
SSLMP,λ<=log n,8192,1,81046,9.893310546875
SSLMP,λ<=log n,8192,1,89985,10.9844970703125
SSLMP,λ<=log n,8192,1,83555,10.1995849609375
SSLMP,λ<=log n,8192,1,81370,9.932861328125
SSLMP,λ<=log n,8192,1,87777,10.7149658203125
SSLMP,λ<=log n,8192,1,77159,9.4188232421875
SSLMP,λ<=log n,8192,1,86949,10.6138916015625
SSLMP,λ<=log n,8192,1,89454,10.919677734375
SSLMP,λ<=log n,8192,1,86791,10.5946044921875
SSLMP,λ<=log n,8192,1,84959,10.3709716796875
SSLMP,λ<=log n,8192,1,94610,11.549072265625
SSLMP,λ<=log n,8192,1,101913,12.4405517578125
SSLMP,λ<=log n,8192,1,81816,9.9873046875
SSLMP,λ<=log n,8192,1,84475,10.3118896484375
SSLMP,λ<=log n,8192,1,81947,10.0032958984375
SSLMP,λ<=log n,8192,1,78625,9.5977783203125
SSLMP,λ<=log n,8192,1,88608,10.81640625
SSLMP,λ<=log n,8192,1,89315,10.9027099609375
SSLMP,λ<=log n,8192,1,82300,10.04638671875
SSLMP,λ<=log n,8192,1,97762,11.933837890625
SSLMP,λ<=log n,8192,1,85310,10.413818359375
SSLMP,λ<=log n,8192,1,82767,10.1033935546875
SSLMP,λ<=log n,8192,1,88640,10.8203125
SSLMP,λ<=log n,8192,1,80898,9.875244140625
SSLMP,λ<=log n,8192,1,94052,11.48095703125
SSLMP,λ<=log n,8192,1,86266,10.530517578125
SSLMP,λ<=log n,8192,1,82663,10.0906982421875
SSLMP,λ<=log n,8192,1,88996,10.86376953125
SSLMP,λ<=log n,8192,1,93035,11.3568115234375
SSLMP,λ<=log n,8192,1,80340,9.80712890625
SSLMP,λ<=log n,8192,1,93479,11.4110107421875
SSDIP,λ<=log n,8192,1,98726,12.051513671875
SSDIP,λ<=log n,8192,1,91530,11.173095703125
SSDIP,λ<=log n,8192,1,97536,11.90625
SSDIP,λ<=log n,8192,1,82137,10.0264892578125
SSDIP,λ<=log n,8192,1,83846,10.235107421875
SSDIP,λ<=log n,8192,1,83921,10.2442626953125
SSDIP,λ<=log n,8192,1,80349,9.8082275390625
SSDIP,λ<=log n,8192,1,90007,10.9871826171875
SSDIP,λ<=log n,8192,1,86091,10.5091552734375
SSDIP,λ<=log n,8192,1,79089,9.6544189453125
SSDIP,λ<=log n,8192,1,102971,12.5697021484375
SSDIP,λ<=log n,8192,1,97254,11.871826171875
SSDIP,λ<=log n,8192,1,88739,10.8323974609375
SSDIP,λ<=log n,8192,1,97256,11.8720703125
SSDIP,λ<=log n,8192,1,85305,10.4132080078125
SSDIP,λ<=log n,8192,1,80910,9.876708984375
SSDIP,λ<=log n,8192,1,83848,10.2353515625
SSDIP,λ<=log n,8192,1,88712,10.8291015625
SSDIP,λ<=log n,8192,1,93913,11.4639892578125
SSDIP,λ<=log n,8192,1,91094,11.119873046875
SSDIP,λ<=log n,8192,1,86526,10.562255859375
SSDIP,λ<=log n,8192,1,98735,12.0526123046875
SSDIP,λ<=log n,8192,1,94536,11.5400390625
SSDIP,λ<=log n,8192,1,94789,11.5709228515625
SSDIP,λ<=log n,8192,1,88772,10.83642578125
SSDIP,λ<=log n,8192,1,95273,11.6300048828125
SSDIP,λ<=log n,8192,1,84720,10.341796875
SSDIP,λ<=log n,8192,1,83328,10.171875
SSDIP,λ<=log n,8192,1,89914,10.975830078125
SSDIP,λ<=log n,8192,1,93747,11.4437255859375
SSDIP,λ<=log n,8192,1,95028,11.60009765625
SSDIP,λ<=log n,8192,1,82467,10.0667724609375
SSDIP,λ<=log n,8192,1,98014,11.964599609375
SSDIP,λ<=log n,8192,1,81309,9.9254150390625
SSDIP,λ<=log n,8192,1,85065,10.3839111328125
SSDIP,λ<=log n,8192,1,90556,11.05419921875
SSDIP,λ<=log n,8192,1,87545,10.6866455078125
SSDIP,λ<=log n,8192,1,92040,11.2353515625
SSDIP,λ<=log n,8192,1,111354,13.593017578125
SSDIP,λ<=log n,8192,1,83275,10.1654052734375
SSDIP,λ<=log n,8192,1,91205,11.1334228515625
SSDIP,λ<=log n,8192,1,85387,10.4232177734375
SSDIP,λ<=log n,8192,1,98818,12.062744140625
SSDIP,λ<=log n,8192,1,81008,9.888671875
SSDIP,λ<=log n,8192,1,91606,11.182373046875
SSDIP,λ<=log n,8192,1,80850,9.869384765625
SSDIP,λ<=log n,8192,1,89057,10.8712158203125
SSDIP,λ<=log n,8192,1,90226,11.013916015625
SSDIP,λ<=log n,8192,1,92143,11.2479248046875
SSDIP,λ<=log n,8192,1,88764,10.83544921875
SSDIP,λ<=log n,8192,1,96004,11.71923828125
SSDIP,λ<=log n,8192,1,85570,10.445556640625
SSDIP,λ<=log n,8192,1,94512,11.537109375
SSDIP,λ<=log n,8192,1,82745,10.1007080078125
SSDIP,λ<=log n,8192,1,89113,10.8780517578125
SSDIP,λ<=log n,8192,1,89871,10.9705810546875
SSDIP,λ<=log n,8192,1,81384,9.9345703125
SSDIP,λ<=log n,8192,1,90116,11.00048828125
SSDIP,λ<=log n,8192,1,91373,11.1539306640625
SSDIP,λ<=log n,8192,1,91877,11.2154541015625
SSDIP,λ<=log n,8192,1,86293,10.5338134765625
SSDIP,λ<=log n,8192,1,87779,10.7152099609375
SSDIP,λ<=log n,8192,1,87615,10.6951904296875
SSDIP,λ<=log n,8192,1,82684,10.09326171875
SSDIP,λ<=log n,8192,1,83695,10.2166748046875
SSDIP,λ<=log n,8192,1,92046,11.236083984375
SSDIP,λ<=log n,8192,1,88070,10.750732421875
SSDIP,λ<=log n,8192,1,84094,10.265380859375
SSDIP,λ<=log n,8192,1,91080,11.1181640625
SSDIP,λ<=log n,8192,1,81458,9.943603515625
SSDIP,λ<=log n,8192,1,82815,10.1092529296875
SSDIP,λ<=log n,8192,1,81403,9.9368896484375
SSDIP,λ<=log n,8192,1,88796,10.83935546875
SSDIP,λ<=log n,8192,1,87574,10.690185546875
SSDIP,λ<=log n,8192,1,84501,10.3150634765625
SSDIP,λ<=log n,8192,1,82466,10.066650390625
SSDIP,λ<=log n,8192,1,84682,10.337158203125
SSDIP,λ<=log n,8192,1,82391,10.0574951171875
SSDIP,λ<=log n,8192,1,89465,10.9210205078125
SSDIP,λ<=log n,8192,1,84099,10.2659912109375
SSDIP,λ<=log n,8192,1,99934,12.198974609375
SSDIP,λ<=log n,8192,1,78429,9.5738525390625
SSDIP,λ<=log n,8192,1,87074,10.629150390625
SSDIP,λ<=log n,8192,1,88915,10.8538818359375
SSDIP,λ<=log n,8192,1,85522,10.439697265625
SSDIP,λ<=log n,8192,1,87632,10.697265625
SSDIP,λ<=log n,8192,1,91893,11.2174072265625
SSDIP,λ<=log n,8192,1,96968,11.8369140625
SSDIP,λ<=log n,8192,1,98378,12.009033203125
SSDIP,λ<=log n,8192,1,88743,10.8328857421875
SSDIP,λ<=log n,8192,1,103538,12.638916015625
SSDIP,λ<=log n,8192,1,88159,10.7615966796875
SSDIP,λ<=log n,8192,1,87017,10.6221923828125
SSDIP,λ<=log n,8192,1,84054,10.260498046875
SSDIP,λ<=log n,8192,1,88352,10.78515625
SSDIP,λ<=log n,8192,1,86719,10.5858154296875
SSDIP,λ<=log n,8192,1,83760,10.224609375
SSDIP,λ<=log n,8192,1,86123,10.5130615234375
SSDIP,λ<=log n,8192,1,101766,12.422607421875
SRDIP,λ<=log n,8192,1,62260,7.60009765625
SRDIP,λ<=log n,8192,1,68419,8.3519287109375
SRDIP,λ<=log n,8192,1,54516,6.65478515625
SRDIP,λ<=log n,8192,1,61102,7.458740234375
SRDIP,λ<=log n,8192,1,57759,7.0506591796875
SRDIP,λ<=log n,8192,1,61514,7.509033203125
SRDIP,λ<=log n,8192,1,76324,9.31689453125
SRDIP,λ<=log n,8192,1,65106,7.947509765625
SRDIP,λ<=log n,8192,1,60662,7.405029296875
SRDIP,λ<=log n,8192,1,60104,7.3369140625
SRDIP,λ<=log n,8192,1,62934,7.682373046875
SRDIP,λ<=log n,8192,1,61041,7.4512939453125
SRDIP,λ<=log n,8192,1,62227,7.5960693359375
SRDIP,λ<=log n,8192,1,59237,7.2310791015625
SRDIP,λ<=log n,8192,1,64462,7.868896484375
SRDIP,λ<=log n,8192,1,72506,8.850830078125
SRDIP,λ<=log n,8192,1,58366,7.124755859375
SRDIP,λ<=log n,8192,1,60535,7.3895263671875
SRDIP,λ<=log n,8192,1,61783,7.5418701171875
SRDIP,λ<=log n,8192,1,63694,7.775146484375
SRDIP,λ<=log n,8192,1,59176,7.2236328125
SRDIP,λ<=log n,8192,1,65502,7.995849609375
SRDIP,λ<=log n,8192,1,61940,7.56103515625
SRDIP,λ<=log n,8192,1,57929,7.0714111328125
SRDIP,λ<=log n,8192,1,63500,7.75146484375
SRDIP,λ<=log n,8192,1,60927,7.4373779296875
SRDIP,λ<=log n,8192,1,65031,7.9383544921875
SRDIP,λ<=log n,8192,1,61644,7.52490234375
SRDIP,λ<=log n,8192,1,60079,7.3338623046875
SRDIP,λ<=log n,8192,1,57369,7.0030517578125
SRDIP,λ<=log n,8192,1,67512,8.2412109375
SRDIP,λ<=log n,8192,1,62171,7.5892333984375
SRDIP,λ<=log n,8192,1,67253,8.2095947265625
SRDIP,λ<=log n,8192,1,64530,7.877197265625
SRDIP,λ<=log n,8192,1,59883,7.3099365234375
SRDIP,λ<=log n,8192,1,66558,8.124755859375
SRDIP,λ<=log n,8192,1,60907,7.4349365234375
SRDIP,λ<=log n,8192,1,64627,7.8890380859375
SRDIP,λ<=log n,8192,1,61359,7.4901123046875
SRDIP,λ<=log n,8192,1,59534,7.267333984375
SRDIP,λ<=log n,8192,1,66075,8.0657958984375
SRDIP,λ<=log n,8192,1,62993,7.6895751953125
SRDIP,λ<=log n,8192,1,72644,8.86767578125
SRDIP,λ<=log n,8192,1,65701,8.0201416015625
SRDIP,λ<=log n,8192,1,62960,7.685546875
SRDIP,λ<=log n,8192,1,59752,7.2939453125
SRDIP,λ<=log n,8192,1,60573,7.3941650390625
SRDIP,λ<=log n,8192,1,60681,7.4073486328125
SRDIP,λ<=log n,8192,1,58879,7.1873779296875
SRDIP,λ<=log n,8192,1,66063,8.0643310546875
SRDIP,λ<=log n,8192,1,58670,7.161865234375
SRDIP,λ<=log n,8192,1,56438,6.889404296875
SRDIP,λ<=log n,8192,1,56984,6.9560546875
SRDIP,λ<=log n,8192,1,58522,7.143798828125
SRDIP,λ<=log n,8192,1,63583,7.7615966796875
SRDIP,λ<=log n,8192,1,62631,7.6453857421875
SRDIP,λ<=log n,8192,1,64899,7.9222412109375
SRDIP,λ<=log n,8192,1,60008,7.3251953125
SRDIP,λ<=log n,8192,1,67958,8.295654296875
SRDIP,λ<=log n,8192,1,58028,7.08349609375
SRDIP,λ<=log n,8192,1,57791,7.0545654296875
SRDIP,λ<=log n,8192,1,58462,7.136474609375
SRDIP,λ<=log n,8192,1,57817,7.0577392578125
SRDIP,λ<=log n,8192,1,58810,7.178955078125
SRDIP,λ<=log n,8192,1,58989,7.2008056640625
SRDIP,λ<=log n,8192,1,67136,8.1953125
SRDIP,λ<=log n,8192,1,61487,7.5057373046875
SRDIP,λ<=log n,8192,1,60768,7.41796875
SRDIP,λ<=log n,8192,1,68407,8.3504638671875
SRDIP,λ<=log n,8192,1,58757,7.1724853515625
SRDIP,λ<=log n,8192,1,65185,7.9571533203125
SRDIP,λ<=log n,8192,1,65464,7.9912109375
SRDIP,λ<=log n,8192,1,58795,7.1771240234375
SRDIP,λ<=log n,8192,1,62261,7.6002197265625
SRDIP,λ<=log n,8192,1,60772,7.41845703125
SRDIP,λ<=log n,8192,1,61578,7.516845703125
SRDIP,λ<=log n,8192,1,64833,7.9141845703125
SRDIP,λ<=log n,8192,1,60299,7.3607177734375
SRDIP,λ<=log n,8192,1,62125,7.5836181640625
SRDIP,λ<=log n,8192,1,65472,7.9921875
SRDIP,λ<=log n,8192,1,56511,6.8983154296875
SRDIP,λ<=log n,8192,1,64259,7.8441162109375
SRDIP,λ<=log n,8192,1,61498,7.507080078125
SRDIP,λ<=log n,8192,1,59523,7.2659912109375
SRDIP,λ<=log n,8192,1,60122,7.339111328125
SRDIP,λ<=log n,8192,1,66938,8.171142578125
SRDIP,λ<=log n,8192,1,58663,7.1610107421875
SRDIP,λ<=log n,8192,1,64157,7.8316650390625
SRDIP,λ<=log n,8192,1,60360,7.3681640625
SRDIP,λ<=log n,8192,1,60709,7.4107666015625
SRDIP,λ<=log n,8192,1,64932,7.92626953125
SRDIP,λ<=log n,8192,1,57245,6.9879150390625
SRDIP,λ<=log n,8192,1,57296,6.994140625
SRDIP,λ<=log n,8192,1,64639,7.8905029296875
SRDIP,λ<=log n,8192,1,66644,8.13525390625
SRDIP,λ<=log n,8192,1,63338,7.731689453125
SRDIP,λ<=log n,8192,1,62856,7.6728515625
SRDIP,λ<=log n,8192,1,64480,7.87109375
SRDIP,λ<=log n,8192,1,64891,7.9212646484375
SRDIP,λ<=log n,8192,1,62273,7.6016845703125
SHDIP,λ<=log n,8192,1,65358,7.978271484375
SHDIP,λ<=log n,8192,1,58004,7.08056640625
SHDIP,λ<=log n,8192,1,57545,7.0245361328125
SHDIP,λ<=log n,8192,1,58549,7.1470947265625
SHDIP,λ<=log n,8192,1,58184,7.1025390625
SHDIP,λ<=log n,8192,1,56495,6.8963623046875
SHDIP,λ<=log n,8192,1,55926,6.826904296875
SHDIP,λ<=log n,8192,1,57328,6.998046875
SHDIP,λ<=log n,8192,1,61153,7.4649658203125
SHDIP,λ<=log n,8192,1,59006,7.202880859375
SHDIP,λ<=log n,8192,1,55644,6.79248046875
SHDIP,λ<=log n,8192,1,60437,7.3775634765625
SHDIP,λ<=log n,8192,1,56320,6.875
SHDIP,λ<=log n,8192,1,60148,7.34228515625
SHDIP,λ<=log n,8192,1,65046,7.940185546875
SHDIP,λ<=log n,8192,1,58735,7.1697998046875
SHDIP,λ<=log n,8192,1,57128,6.9736328125
SHDIP,λ<=log n,8192,1,57499,7.0189208984375
SHDIP,λ<=log n,8192,1,57911,7.0692138671875
SHDIP,λ<=log n,8192,1,64167,7.8328857421875
SHDIP,λ<=log n,8192,1,59447,7.2567138671875
SHDIP,λ<=log n,8192,1,58869,7.1861572265625
SHDIP,λ<=log n,8192,1,55893,6.8228759765625
SHDIP,λ<=log n,8192,1,59262,7.234130859375
SHDIP,λ<=log n,8192,1,60199,7.3485107421875
SHDIP,λ<=log n,8192,1,63779,7.7855224609375
SHDIP,λ<=log n,8192,1,54074,6.600830078125
SHDIP,λ<=log n,8192,1,67069,8.1871337890625
SHDIP,λ<=log n,8192,1,58032,7.083984375
SHDIP,λ<=log n,8192,1,55778,6.808837890625
SHDIP,λ<=log n,8192,1,58271,7.1131591796875
SHDIP,λ<=log n,8192,1,62476,7.62646484375
SHDIP,λ<=log n,8192,1,57355,7.0013427734375
SHDIP,λ<=log n,8192,1,64297,7.8487548828125
SHDIP,λ<=log n,8192,1,55200,6.73828125
SHDIP,λ<=log n,8192,1,61226,7.473876953125
SHDIP,λ<=log n,8192,1,58711,7.1668701171875
SHDIP,λ<=log n,8192,1,56987,6.9564208984375
SHDIP,λ<=log n,8192,1,56536,6.9013671875
SHDIP,λ<=log n,8192,1,58740,7.17041015625
SHDIP,λ<=log n,8192,1,59720,7.2900390625
SHDIP,λ<=log n,8192,1,54506,6.653564453125
SHDIP,λ<=log n,8192,1,62745,7.6593017578125
SHDIP,λ<=log n,8192,1,65161,7.9542236328125
SHDIP,λ<=log n,8192,1,57067,6.9661865234375
SHDIP,λ<=log n,8192,1,63911,7.8016357421875
SHDIP,λ<=log n,8192,1,57969,7.0762939453125
SHDIP,λ<=log n,8192,1,61075,7.4554443359375
SHDIP,λ<=log n,8192,1,57264,6.990234375
SHDIP,λ<=log n,8192,1,59581,7.2730712890625
SHDIP,λ<=log n,8192,1,63487,7.7498779296875
SHDIP,λ<=log n,8192,1,62968,7.6865234375
SHDIP,λ<=log n,8192,1,57279,6.9920654296875
SHDIP,λ<=log n,8192,1,56048,6.841796875
SHDIP,λ<=log n,8192,1,56956,6.95263671875
SHDIP,λ<=log n,8192,1,67608,8.2529296875
SHDIP,λ<=log n,8192,1,67243,8.2083740234375
SHDIP,λ<=log n,8192,1,55949,6.8297119140625
SHDIP,λ<=log n,8192,1,57705,7.0440673828125
SHDIP,λ<=log n,8192,1,62219,7.5950927734375
SHDIP,λ<=log n,8192,1,55011,6.7152099609375
SHDIP,λ<=log n,8192,1,60379,7.3704833984375
SHDIP,λ<=log n,8192,1,61489,7.5059814453125
SHDIP,λ<=log n,8192,1,63899,7.8001708984375
SHDIP,λ<=log n,8192,1,54346,6.634033203125
SHDIP,λ<=log n,8192,1,59801,7.2999267578125
SHDIP,λ<=log n,8192,1,54615,6.6668701171875
SHDIP,λ<=log n,8192,1,58801,7.1778564453125
SHDIP,λ<=log n,8192,1,64923,7.9251708984375
SHDIP,λ<=log n,8192,1,57874,7.064697265625
SHDIP,λ<=log n,8192,1,69863,8.5281982421875
SHDIP,λ<=log n,8192,1,58616,7.1552734375
SHDIP,λ<=log n,8192,1,61687,7.5301513671875
SHDIP,λ<=log n,8192,1,54661,6.6724853515625
SHDIP,λ<=log n,8192,1,63364,7.73486328125
SHDIP,λ<=log n,8192,1,60872,7.4306640625
SHDIP,λ<=log n,8192,1,64971,7.9310302734375
SHDIP,λ<=log n,8192,1,57618,7.033447265625
SHDIP,λ<=log n,8192,1,58420,7.13134765625
SHDIP,λ<=log n,8192,1,59143,7.2196044921875
SHDIP,λ<=log n,8192,1,62478,7.626708984375
SHDIP,λ<=log n,8192,1,64019,7.8148193359375
SHDIP,λ<=log n,8192,1,57570,7.027587890625
SHDIP,λ<=log n,8192,1,56010,6.837158203125
SHDIP,λ<=log n,8192,1,54929,6.7052001953125
SHDIP,λ<=log n,8192,1,63272,7.7236328125
SHDIP,λ<=log n,8192,1,56578,6.906494140625
SHDIP,λ<=log n,8192,1,64447,7.8670654296875
SHDIP,λ<=log n,8192,1,57805,7.0562744140625
SHDIP,λ<=log n,8192,1,59167,7.2225341796875
SHDIP,λ<=log n,8192,1,56547,6.9027099609375
SHDIP,λ<=log n,8192,1,64149,7.8306884765625
SHDIP,λ<=log n,8192,1,62255,7.5994873046875
SHDIP,λ<=log n,8192,1,64359,7.8563232421875
SHDIP,λ<=log n,8192,1,58049,7.0860595703125
SHDIP,λ<=log n,8192,1,56243,6.8656005859375
SHDIP,λ<=log n,8192,1,58437,7.1334228515625
SHDIP,λ<=log n,8192,1,53892,6.57861328125
SHDIP,λ<=log n,8192,1,58068,7.08837890625
SHDIP,λ<=log n,8192,1,58112,7.09375
SHLIP,λ<=log n,8192,1,59113,7.2159423828125
SHLIP,λ<=log n,8192,1,71458,8.722900390625
SHLIP,λ<=log n,8192,1,71085,8.6773681640625
SHLIP,λ<=log n,8192,1,65099,7.9466552734375
SHLIP,λ<=log n,8192,1,60059,7.3314208984375
SHLIP,λ<=log n,8192,1,59502,7.263427734375
SHLIP,λ<=log n,8192,1,64941,7.9273681640625
SHLIP,λ<=log n,8192,1,64667,7.8939208984375
SHLIP,λ<=log n,8192,1,59410,7.252197265625
SHLIP,λ<=log n,8192,1,68899,8.4105224609375
SHLIP,λ<=log n,8192,1,61464,7.5029296875
SHLIP,λ<=log n,8192,1,61821,7.5465087890625
SHLIP,λ<=log n,8192,1,64558,7.880615234375
SHLIP,λ<=log n,8192,1,67605,8.2525634765625
SHLIP,λ<=log n,8192,1,64142,7.829833984375
SHLIP,λ<=log n,8192,1,59924,7.31494140625
SHLIP,λ<=log n,8192,1,59783,7.2977294921875
SHLIP,λ<=log n,8192,1,63734,7.780029296875
SHLIP,λ<=log n,8192,1,60154,7.343017578125
SHLIP,λ<=log n,8192,1,60316,7.36279296875
SHLIP,λ<=log n,8192,1,64869,7.9185791015625
SHLIP,λ<=log n,8192,1,63032,7.6943359375
SHLIP,λ<=log n,8192,1,64234,7.841064453125
SHLIP,λ<=log n,8192,1,60932,7.43798828125
SHLIP,λ<=log n,8192,1,61955,7.5628662109375
SHLIP,λ<=log n,8192,1,62594,7.640869140625
SHLIP,λ<=log n,8192,1,62629,7.6451416015625
SHLIP,λ<=log n,8192,1,59462,7.258544921875
SHLIP,λ<=log n,8192,1,56898,6.945556640625
SHLIP,λ<=log n,8192,1,62587,7.6400146484375
SHLIP,λ<=log n,8192,1,58700,7.16552734375
SHLIP,λ<=log n,8192,1,60480,7.3828125
SHLIP,λ<=log n,8192,1,59687,7.2860107421875
SHLIP,λ<=log n,8192,1,63114,7.704345703125
SHLIP,λ<=log n,8192,1,60040,7.3291015625
SHLIP,λ<=log n,8192,1,59439,7.2557373046875
SHLIP,λ<=log n,8192,1,61985,7.5665283203125
SHLIP,λ<=log n,8192,1,60273,7.3575439453125
SHLIP,λ<=log n,8192,1,57619,7.0335693359375
SHLIP,λ<=log n,8192,1,57790,7.054443359375
SHLIP,λ<=log n,8192,1,60506,7.385986328125
SHLIP,λ<=log n,8192,1,61404,7.49560546875
SHLIP,λ<=log n,8192,1,56180,6.85791015625
SHLIP,λ<=log n,8192,1,62277,7.6021728515625
SHLIP,λ<=log n,8192,1,60054,7.330810546875
SHLIP,λ<=log n,8192,1,62207,7.5936279296875
SHLIP,λ<=log n,8192,1,70573,8.6148681640625
SHLIP,λ<=log n,8192,1,71317,8.7056884765625
SHLIP,λ<=log n,8192,1,62667,7.6497802734375
SHLIP,λ<=log n,8192,1,63191,7.7137451171875
SHLIP,λ<=log n,8192,1,63459,7.7464599609375
SHLIP,λ<=log n,8192,1,63578,7.760986328125
SHLIP,λ<=log n,8192,1,56609,6.9102783203125
SHLIP,λ<=log n,8192,1,58357,7.1236572265625
SHLIP,λ<=log n,8192,1,62157,7.5875244140625
SHLIP,λ<=log n,8192,1,62115,7.5823974609375
SHLIP,λ<=log n,8192,1,62680,7.6513671875
SHLIP,λ<=log n,8192,1,68040,8.3056640625
SHLIP,λ<=log n,8192,1,59274,7.235595703125
SHLIP,λ<=log n,8192,1,63331,7.7308349609375
SHLIP,λ<=log n,8192,1,63567,7.7596435546875
SHLIP,λ<=log n,8192,1,62397,7.6168212890625
SHLIP,λ<=log n,8192,1,73926,9.024169921875
SHLIP,λ<=log n,8192,1,63750,7.781982421875
SHLIP,λ<=log n,8192,1,64045,7.8179931640625
SHLIP,λ<=log n,8192,1,58075,7.0892333984375
SHLIP,λ<=log n,8192,1,65373,7.9801025390625
SHLIP,λ<=log n,8192,1,61534,7.511474609375
SHLIP,λ<=log n,8192,1,62082,7.578369140625
SHLIP,λ<=log n,8192,1,62691,7.6527099609375
SHLIP,λ<=log n,8192,1,58018,7.082275390625
SHLIP,λ<=log n,8192,1,63123,7.7054443359375
SHLIP,λ<=log n,8192,1,60786,7.420166015625
SHLIP,λ<=log n,8192,1,58908,7.19091796875
SHLIP,λ<=log n,8192,1,62614,7.643310546875
SHLIP,λ<=log n,8192,1,62177,7.5899658203125
SHLIP,λ<=log n,8192,1,63138,7.707275390625
SHLIP,λ<=log n,8192,1,70200,8.5693359375
SHLIP,λ<=log n,8192,1,57941,7.0728759765625
SHLIP,λ<=log n,8192,1,60212,7.35009765625
SHLIP,λ<=log n,8192,1,56133,6.8521728515625
SHLIP,λ<=log n,8192,1,60043,7.3294677734375
SHLIP,λ<=log n,8192,1,68262,8.332763671875
SHLIP,λ<=log n,8192,1,64086,7.822998046875
SHLIP,λ<=log n,8192,1,58935,7.1942138671875
SHLIP,λ<=log n,8192,1,63987,7.8109130859375
SHLIP,λ<=log n,8192,1,64900,7.92236328125
SHLIP,λ<=log n,8192,1,61272,7.4794921875
SHLIP,λ<=log n,8192,1,59963,7.3197021484375
SHLIP,λ<=log n,8192,1,70502,8.606201171875
SHLIP,λ<=log n,8192,1,62128,7.583984375
SHLIP,λ<=log n,8192,1,59342,7.243896484375
SHLIP,λ<=log n,8192,1,58631,7.1571044921875
SHLIP,λ<=log n,8192,1,60351,7.3670654296875
SHLIP,λ<=log n,8192,1,59112,7.2158203125
SHLIP,λ<=log n,8192,1,58613,7.1549072265625
SHLIP,λ<=log n,8192,1,56103,6.8485107421875
SHLIP,λ<=log n,8192,1,60817,7.4239501953125
SHLIP,λ<=log n,8192,1,59764,7.29541015625
SHLIP,λ<=log n,8192,1,66295,8.0926513671875
SRLIP,λ<=log n,8192,1,59878,7.309326171875
SRLIP,λ<=log n,8192,1,66346,8.098876953125
SRLIP,λ<=log n,8192,1,65522,7.998291015625
SRLIP,λ<=log n,8192,1,59390,7.249755859375
SRLIP,λ<=log n,8192,1,60346,7.366455078125
SRLIP,λ<=log n,8192,1,67468,8.23583984375
SRLIP,λ<=log n,8192,1,62824,7.6689453125
SRLIP,λ<=log n,8192,1,64547,7.8792724609375
SRLIP,λ<=log n,8192,1,65525,7.9986572265625
SRLIP,λ<=log n,8192,1,65524,7.99853515625
SRLIP,λ<=log n,8192,1,63192,7.7138671875
SRLIP,λ<=log n,8192,1,64089,7.8233642578125
SRLIP,λ<=log n,8192,1,61048,7.4521484375
SRLIP,λ<=log n,8192,1,62059,7.5755615234375
SRLIP,λ<=log n,8192,1,64166,7.832763671875
SRLIP,λ<=log n,8192,1,62421,7.6197509765625
SRLIP,λ<=log n,8192,1,66152,8.0751953125
SRLIP,λ<=log n,8192,1,62206,7.593505859375
SRLIP,λ<=log n,8192,1,60608,7.3984375
SRLIP,λ<=log n,8192,1,62228,7.59619140625
SRLIP,λ<=log n,8192,1,67819,8.2786865234375
SRLIP,λ<=log n,8192,1,64031,7.8162841796875
SRLIP,λ<=log n,8192,1,61623,7.5223388671875
SRLIP,λ<=log n,8192,1,68070,8.309326171875
SRLIP,λ<=log n,8192,1,65842,8.037353515625
SRLIP,λ<=log n,8192,1,61508,7.50830078125
SRLIP,λ<=log n,8192,1,64832,7.9140625
SRLIP,λ<=log n,8192,1,63092,7.70166015625
SRLIP,λ<=log n,8192,1,61333,7.4869384765625
SRLIP,λ<=log n,8192,1,61526,7.510498046875
SRLIP,λ<=log n,8192,1,62191,7.5916748046875
SRLIP,λ<=log n,8192,1,59860,7.30712890625
SRLIP,λ<=log n,8192,1,61838,7.548583984375
SRLIP,λ<=log n,8192,1,60506,7.385986328125
SRLIP,λ<=log n,8192,1,60057,7.3311767578125
SRLIP,λ<=log n,8192,1,66836,8.15869140625
SRLIP,λ<=log n,8192,1,67614,8.253662109375
SRLIP,λ<=log n,8192,1,62872,7.6748046875
SRLIP,λ<=log n,8192,1,59414,7.252685546875
SRLIP,λ<=log n,8192,1,68573,8.3707275390625
SRLIP,λ<=log n,8192,1,62423,7.6199951171875
SRLIP,λ<=log n,8192,1,61184,7.46875
SRLIP,λ<=log n,8192,1,61486,7.505615234375
SRLIP,λ<=log n,8192,1,63596,7.76318359375
SRLIP,λ<=log n,8192,1,61922,7.558837890625
SRLIP,λ<=log n,8192,1,65805,8.0328369140625
SRLIP,λ<=log n,8192,1,63548,7.75732421875
SRLIP,λ<=log n,8192,1,61419,7.4974365234375
SRLIP,λ<=log n,8192,1,63392,7.73828125
SRLIP,λ<=log n,8192,1,62272,7.6015625
SRLIP,λ<=log n,8192,1,67854,8.282958984375
SRLIP,λ<=log n,8192,1,57640,7.0361328125
SRLIP,λ<=log n,8192,1,61933,7.5601806640625
SRLIP,λ<=log n,8192,1,60697,7.4093017578125
SRLIP,λ<=log n,8192,1,63983,7.8104248046875
SRLIP,λ<=log n,8192,1,64736,7.90234375
SRLIP,λ<=log n,8192,1,65892,8.04345703125
SRLIP,λ<=log n,8192,1,68343,8.3426513671875
SRLIP,λ<=log n,8192,1,64299,7.8489990234375
SRLIP,λ<=log n,8192,1,60107,7.3372802734375
SRLIP,λ<=log n,8192,1,68148,8.31884765625
SRLIP,λ<=log n,8192,1,60656,7.404296875
SRLIP,λ<=log n,8192,1,66395,8.1048583984375
SRLIP,λ<=log n,8192,1,62018,7.570556640625
SRLIP,λ<=log n,8192,1,65432,7.9873046875
SRLIP,λ<=log n,8192,1,61587,7.5179443359375
SRLIP,λ<=log n,8192,1,63442,7.744384765625
SRLIP,λ<=log n,8192,1,62973,7.6871337890625
SRLIP,λ<=log n,8192,1,60928,7.4375
SRLIP,λ<=log n,8192,1,59779,7.2972412109375
SRLIP,λ<=log n,8192,1,64174,7.833740234375
SRLIP,λ<=log n,8192,1,64644,7.89111328125
SRLIP,λ<=log n,8192,1,69928,8.5361328125
SRLIP,λ<=log n,8192,1,65565,8.0035400390625
SRLIP,λ<=log n,8192,1,64744,7.9033203125
SRLIP,λ<=log n,8192,1,67377,8.2247314453125
SRLIP,λ<=log n,8192,1,59415,7.2528076171875
SRLIP,λ<=log n,8192,1,61651,7.5257568359375
SRLIP,λ<=log n,8192,1,59125,7.2174072265625
SRLIP,λ<=log n,8192,1,58158,7.099365234375
SRLIP,λ<=log n,8192,1,65313,7.9727783203125
SRLIP,λ<=log n,8192,1,64810,7.911376953125
SRLIP,λ<=log n,8192,1,61589,7.5181884765625
SRLIP,λ<=log n,8192,1,62095,7.5799560546875
SRLIP,λ<=log n,8192,1,64139,7.8294677734375
SRLIP,λ<=log n,8192,1,66167,8.0770263671875
SRLIP,λ<=log n,8192,1,60376,7.3701171875
SRLIP,λ<=log n,8192,1,58408,7.1298828125
SRLIP,λ<=log n,8192,1,63982,7.810302734375
SRLIP,λ<=log n,8192,1,63386,7.737548828125
SRLIP,λ<=log n,8192,1,71477,8.7252197265625
SRLIP,λ<=log n,8192,1,63823,7.7908935546875
SRLIP,λ<=log n,8192,1,60279,7.3582763671875
SRLIP,λ<=log n,8192,1,65709,8.0211181640625
SRLIP,λ<=log n,8192,1,63653,7.7701416015625
SRLIP,λ<=log n,8192,1,63049,7.6964111328125
SRLIP,λ<=log n,8192,1,61064,7.4541015625
SRLIP,λ<=log n,8192,1,59956,7.31884765625
SRLIP,λ<=log n,8192,1,59369,7.2471923828125
SRLIP,λ<=log n,8192,1,60635,7.4017333984375
SSLIP,λ<=log n,8192,1,84959,10.3709716796875
SSLIP,λ<=log n,8192,1,91158,11.127685546875
SSLIP,λ<=log n,8192,1,86303,10.5350341796875
SSLIP,λ<=log n,8192,1,84666,10.335205078125
SSLIP,λ<=log n,8192,1,100627,12.2835693359375
SSLIP,λ<=log n,8192,1,90504,11.0478515625
SSLIP,λ<=log n,8192,1,96350,11.761474609375
SSLIP,λ<=log n,8192,1,88587,10.8138427734375
SSLIP,λ<=log n,8192,1,93838,11.454833984375
SSLIP,λ<=log n,8192,1,88599,10.8153076171875
SSLIP,λ<=log n,8192,1,99650,12.164306640625
SSLIP,λ<=log n,8192,1,91523,11.1722412109375
SSLIP,λ<=log n,8192,1,87421,10.6715087890625
SSLIP,λ<=log n,8192,1,97997,11.9625244140625
SSLIP,λ<=log n,8192,1,109751,13.3973388671875
SSLIP,λ<=log n,8192,1,88001,10.7423095703125
SSLIP,λ<=log n,8192,1,87233,10.6485595703125
SSLIP,λ<=log n,8192,1,94798,11.572021484375
SSLIP,λ<=log n,8192,1,101005,12.3297119140625
SSLIP,λ<=log n,8192,1,92080,11.240234375
SSLIP,λ<=log n,8192,1,91372,11.15380859375
SSLIP,λ<=log n,8192,1,96233,11.7471923828125
SSLIP,λ<=log n,8192,1,96562,11.787353515625
SSLIP,λ<=log n,8192,1,89666,10.945556640625
SSLIP,λ<=log n,8192,1,95294,11.632568359375
SSLIP,λ<=log n,8192,1,96431,11.7713623046875
SSLIP,λ<=log n,8192,1,84681,10.3370361328125
SSLIP,λ<=log n,8192,1,87432,10.6728515625
SSLIP,λ<=log n,8192,1,91612,11.18310546875
SSLIP,λ<=log n,8192,1,88202,10.766845703125
SSLIP,λ<=log n,8192,1,99319,12.1239013671875
SSLIP,λ<=log n,8192,1,93250,11.383056640625
SSLIP,λ<=log n,8192,1,88836,10.84423828125
SSLIP,λ<=log n,8192,1,102302,12.488037109375
SSLIP,λ<=log n,8192,1,97343,11.8826904296875
SSLIP,λ<=log n,8192,1,82837,10.1119384765625
SSLIP,λ<=log n,8192,1,85742,10.466552734375
SSLIP,λ<=log n,8192,1,95900,11.70654296875
SSLIP,λ<=log n,8192,1,86224,10.525390625
SSLIP,λ<=log n,8192,1,81864,9.9931640625
SSLIP,λ<=log n,8192,1,90623,11.0623779296875
SSLIP,λ<=log n,8192,1,92483,11.2894287109375
SSLIP,λ<=log n,8192,1,88463,10.7987060546875
SSLIP,λ<=log n,8192,1,86878,10.605224609375
SSLIP,λ<=log n,8192,1,87866,10.725830078125
SSLIP,λ<=log n,8192,1,84684,10.33740234375
SSLIP,λ<=log n,8192,1,87583,10.6912841796875
SSLIP,λ<=log n,8192,1,91758,11.200927734375
SSLIP,λ<=log n,8192,1,93858,11.457275390625
SSLIP,λ<=log n,8192,1,88460,10.79833984375
SSLIP,λ<=log n,8192,1,90757,11.0787353515625
SSLIP,λ<=log n,8192,1,88731,10.8314208984375
SSLIP,λ<=log n,8192,1,88768,10.8359375
SSLIP,λ<=log n,8192,1,90527,11.0506591796875
SSLIP,λ<=log n,8192,1,97814,11.940185546875
SSLIP,λ<=log n,8192,1,84145,10.2716064453125
SSLIP,λ<=log n,8192,1,92682,11.313720703125
SSLIP,λ<=log n,8192,1,89995,10.9857177734375
SSLIP,λ<=log n,8192,1,98423,12.0145263671875
SSLIP,λ<=log n,8192,1,95834,11.698486328125
SSLIP,λ<=log n,8192,1,86041,10.5030517578125
SSLIP,λ<=log n,8192,1,97998,11.962646484375
SSLIP,λ<=log n,8192,1,86259,10.5296630859375
SSLIP,λ<=log n,8192,1,94055,11.4813232421875
SSLIP,λ<=log n,8192,1,92203,11.2552490234375
SSLIP,λ<=log n,8192,1,88496,10.802734375
SSLIP,λ<=log n,8192,1,86762,10.591064453125
SSLIP,λ<=log n,8192,1,91324,11.14794921875
SSLIP,λ<=log n,8192,1,106561,13.0079345703125
SSLIP,λ<=log n,8192,1,87362,10.664306640625
SSLIP,λ<=log n,8192,1,89465,10.9210205078125
SSLIP,λ<=log n,8192,1,85833,10.4776611328125
SSLIP,λ<=log n,8192,1,90200,11.0107421875
SSLIP,λ<=log n,8192,1,122773,14.9869384765625
SSLIP,λ<=log n,8192,1,83314,10.170166015625
SSLIP,λ<=log n,8192,1,88812,10.84130859375
SSLIP,λ<=log n,8192,1,93888,11.4609375
SSLIP,λ<=log n,8192,1,88332,10.78271484375
SSLIP,λ<=log n,8192,1,101714,12.416259765625
SSLIP,λ<=log n,8192,1,86147,10.5159912109375
SSLIP,λ<=log n,8192,1,101085,12.3394775390625
SSLIP,λ<=log n,8192,1,87505,10.6817626953125
SSLIP,λ<=log n,8192,1,83385,10.1788330078125
SSLIP,λ<=log n,8192,1,85517,10.4390869140625
SSLIP,λ<=log n,8192,1,84047,10.2596435546875
SSLIP,λ<=log n,8192,1,89406,10.913818359375
SSLIP,λ<=log n,8192,1,98031,11.9666748046875
SSLIP,λ<=log n,8192,1,93102,11.364990234375
SSLIP,λ<=log n,8192,1,88491,10.8021240234375
SSLIP,λ<=log n,8192,1,88250,10.772705078125
SSLIP,λ<=log n,8192,1,98106,11.975830078125
SSLIP,λ<=log n,8192,1,99318,12.123779296875
SSLIP,λ<=log n,8192,1,83240,10.1611328125
SSLIP,λ<=log n,8192,1,84181,10.2760009765625
SSLIP,λ<=log n,8192,1,89373,10.9097900390625
SSLIP,λ<=log n,8192,1,101160,12.3486328125
SSLIP,λ<=log n,8192,1,91180,11.13037109375
SSLIP,λ<=log n,8192,1,86732,10.58740234375
SSLIP,λ<=log n,8192,1,89538,10.929931640625
SSDCD,λ<=log n,8192,1,76338,9.318603515625
SSDCD,λ<=log n,8192,1,76604,9.35107421875
SSDCD,λ<=log n,8192,1,74346,9.075439453125
SSDCD,λ<=log n,8192,1,80039,9.7703857421875
SSDCD,λ<=log n,8192,1,75645,9.2340087890625
SSDCD,λ<=log n,8192,1,75252,9.18603515625
SSDCD,λ<=log n,8192,1,75006,9.156005859375
SSDCD,λ<=log n,8192,1,77932,9.51318359375
SSDCD,λ<=log n,8192,1,78292,9.55712890625
SSDCD,λ<=log n,8192,1,83679,10.2147216796875
SSDCD,λ<=log n,8192,1,76691,9.3616943359375
SSDCD,λ<=log n,8192,1,79241,9.6729736328125
SSDCD,λ<=log n,8192,1,92493,11.2906494140625
SSDCD,λ<=log n,8192,1,76495,9.3377685546875
SSDCD,λ<=log n,8192,1,78768,9.615234375
SSDCD,λ<=log n,8192,1,79160,9.6630859375
SSDCD,λ<=log n,8192,1,74597,9.1060791015625
SSDCD,λ<=log n,8192,1,76317,9.3160400390625
SSDCD,λ<=log n,8192,1,96493,11.7789306640625
SSDCD,λ<=log n,8192,1,86354,10.541259765625
SSDCD,λ<=log n,8192,1,77075,9.4085693359375
SSDCD,λ<=log n,8192,1,81540,9.95361328125
SSDCD,λ<=log n,8192,1,75484,9.21435546875
SSDCD,λ<=log n,8192,1,83602,10.205322265625
SSDCD,λ<=log n,8192,1,73186,8.933837890625
SSDCD,λ<=log n,8192,1,78678,9.604248046875
SSDCD,λ<=log n,8192,1,81117,9.9019775390625
SSDCD,λ<=log n,8192,1,83684,10.21533203125
SSDCD,λ<=log n,8192,1,75378,9.201416015625
SSDCD,λ<=log n,8192,1,80862,9.870849609375
SSDCD,λ<=log n,8192,1,80332,9.80615234375
SSDCD,λ<=log n,8192,1,74618,9.108642578125
SSDCD,λ<=log n,8192,1,76610,9.351806640625
SSDCD,λ<=log n,8192,1,93253,11.3834228515625
SSDCD,λ<=log n,8192,1,75249,9.1856689453125
SSDCD,λ<=log n,8192,1,89578,10.934814453125
SSDCD,λ<=log n,8192,1,77864,9.5048828125
SSDCD,λ<=log n,8192,1,79841,9.7462158203125
SSDCD,λ<=log n,8192,1,99646,12.163818359375
SSDCD,λ<=log n,8192,1,92727,11.3192138671875
SSDCD,λ<=log n,8192,1,87180,10.64208984375
SSDCD,λ<=log n,8192,1,92467,11.2874755859375
SSDCD,λ<=log n,8192,1,79229,9.6715087890625
SSDCD,λ<=log n,8192,1,78500,9.58251953125
SSDCD,λ<=log n,8192,1,92347,11.2728271484375
SSDCD,λ<=log n,8192,1,84800,10.3515625
SSDCD,λ<=log n,8192,1,73933,9.0250244140625
SSDCD,λ<=log n,8192,1,77863,9.5047607421875
SSDCD,λ<=log n,8192,1,76166,9.297607421875
SSDCD,λ<=log n,8192,1,76228,9.30517578125
SSDCD,λ<=log n,8192,1,86826,10.598876953125
SSDCD,λ<=log n,8192,1,75589,9.2271728515625
SSDCD,λ<=log n,8192,1,75446,9.209716796875
SSDCD,λ<=log n,8192,1,74558,9.101318359375
SSDCD,λ<=log n,8192,1,95474,11.654541015625
SSDCD,λ<=log n,8192,1,71989,8.7877197265625
SSDCD,λ<=log n,8192,1,78690,9.605712890625
SSDCD,λ<=log n,8192,1,79363,9.6878662109375
SSDCD,λ<=log n,8192,1,86626,10.574462890625
SSDCD,λ<=log n,8192,1,78411,9.5716552734375
SSDCD,λ<=log n,8192,1,77929,9.5128173828125
SSDCD,λ<=log n,8192,1,74384,9.080078125
SSDCD,λ<=log n,8192,1,77434,9.452392578125
SSDCD,λ<=log n,8192,1,82023,10.0125732421875
SSDCD,λ<=log n,8192,1,73542,8.977294921875
SSDCD,λ<=log n,8192,1,91011,11.1097412109375
SSDCD,λ<=log n,8192,1,74261,9.0650634765625
SSDCD,λ<=log n,8192,1,77998,9.521240234375
SSDCD,λ<=log n,8192,1,83558,10.199951171875
SSDCD,λ<=log n,8192,1,74214,9.059326171875
SSDCD,λ<=log n,8192,1,76167,9.2977294921875
SSDCD,λ<=log n,8192,1,76690,9.361572265625
SSDCD,λ<=log n,8192,1,74971,9.1517333984375
SSDCD,λ<=log n,8192,1,72521,8.8526611328125
SSDCD,λ<=log n,8192,1,76808,9.3759765625
SSDCD,λ<=log n,8192,1,79013,9.6451416015625
SSDCD,λ<=log n,8192,1,82370,10.054931640625
SSDCD,λ<=log n,8192,1,76602,9.350830078125
SSDCD,λ<=log n,8192,1,96820,11.81884765625
SSDCD,λ<=log n,8192,1,78885,9.6295166015625
SSDCD,λ<=log n,8192,1,84937,10.3682861328125
SSDCD,λ<=log n,8192,1,83533,10.1968994140625
SSDCD,λ<=log n,8192,1,81316,9.92626953125
SSDCD,λ<=log n,8192,1,85376,10.421875
SSDCD,λ<=log n,8192,1,80250,9.796142578125
SSDCD,λ<=log n,8192,1,84848,10.357421875
SSDCD,λ<=log n,8192,1,84307,10.2913818359375
SSDCD,λ<=log n,8192,1,80146,9.783447265625
SSDCD,λ<=log n,8192,1,85609,10.4503173828125
SSDCD,λ<=log n,8192,1,82357,10.0533447265625
SSDCD,λ<=log n,8192,1,106021,12.9420166015625
SSDCD,λ<=log n,8192,1,78186,9.544189453125
SSDCD,λ<=log n,8192,1,75685,9.2388916015625
SSDCD,λ<=log n,8192,1,78998,9.643310546875
SSDCD,λ<=log n,8192,1,95944,11.7119140625
SSDCD,λ<=log n,8192,1,81081,9.8975830078125
SSDCD,λ<=log n,8192,1,86516,10.56103515625
SSDCD,λ<=log n,8192,1,83455,10.1873779296875
SSDCD,λ<=log n,8192,1,79992,9.7646484375
SSDCD,λ<=log n,8192,1,76474,9.335205078125
SRDCD,λ<=log n,8192,1,54473,6.6495361328125
SRDCD,λ<=log n,8192,1,54489,6.6514892578125
SRDCD,λ<=log n,8192,1,54160,6.611328125
SRDCD,λ<=log n,8192,1,56353,6.8790283203125
SRDCD,λ<=log n,8192,1,59074,7.211181640625
SRDCD,λ<=log n,8192,1,56995,6.9573974609375
SRDCD,λ<=log n,8192,1,55142,6.731201171875
SRDCD,λ<=log n,8192,1,53782,6.565185546875
SRDCD,λ<=log n,8192,1,56789,6.9322509765625
SRDCD,λ<=log n,8192,1,57088,6.96875
SRDCD,λ<=log n,8192,1,56716,6.92333984375
SRDCD,λ<=log n,8192,1,62828,7.66943359375
SRDCD,λ<=log n,8192,1,53210,6.495361328125
SRDCD,λ<=log n,8192,1,55086,6.724365234375
SRDCD,λ<=log n,8192,1,58153,7.0987548828125
SRDCD,λ<=log n,8192,1,55478,6.772216796875
SRDCD,λ<=log n,8192,1,57942,7.072998046875
SRDCD,λ<=log n,8192,1,59597,7.2750244140625
SRDCD,λ<=log n,8192,1,54635,6.6693115234375
SRDCD,λ<=log n,8192,1,58869,7.1861572265625
SRDCD,λ<=log n,8192,1,53842,6.572509765625
SRDCD,λ<=log n,8192,1,58650,7.159423828125
SRDCD,λ<=log n,8192,1,52318,6.386474609375
SRDCD,λ<=log n,8192,1,61422,7.497802734375
SRDCD,λ<=log n,8192,1,54131,6.6077880859375
SRDCD,λ<=log n,8192,1,57502,7.019287109375
SRDCD,λ<=log n,8192,1,52029,6.3511962890625
SRDCD,λ<=log n,8192,1,55235,6.7425537109375
SRDCD,λ<=log n,8192,1,57246,6.988037109375
SRDCD,λ<=log n,8192,1,61649,7.5255126953125
SRDCD,λ<=log n,8192,1,59787,7.2982177734375
SRDCD,λ<=log n,8192,1,54867,6.6976318359375
SRDCD,λ<=log n,8192,1,54062,6.599365234375
SRDCD,λ<=log n,8192,1,59276,7.23583984375
SRDCD,λ<=log n,8192,1,52445,6.4019775390625
SRDCD,λ<=log n,8192,1,61564,7.51513671875
SRDCD,λ<=log n,8192,1,57236,6.98681640625
SRDCD,λ<=log n,8192,1,55877,6.8209228515625
SRDCD,λ<=log n,8192,1,51195,6.2493896484375
SRDCD,λ<=log n,8192,1,53995,6.5911865234375
SRDCD,λ<=log n,8192,1,58114,7.093994140625
SRDCD,λ<=log n,8192,1,58484,7.13916015625
SRDCD,λ<=log n,8192,1,54726,6.680419921875
SRDCD,λ<=log n,8192,1,53791,6.5662841796875
SRDCD,λ<=log n,8192,1,53854,6.573974609375
SRDCD,λ<=log n,8192,1,56434,6.888916015625
SRDCD,λ<=log n,8192,1,55988,6.83447265625
SRDCD,λ<=log n,8192,1,58034,7.084228515625
SRDCD,λ<=log n,8192,1,61326,7.486083984375
SRDCD,λ<=log n,8192,1,63256,7.7216796875
SRDCD,λ<=log n,8192,1,63946,7.805908203125
SRDCD,λ<=log n,8192,1,54903,6.7020263671875
SRDCD,λ<=log n,8192,1,58866,7.185791015625
SRDCD,λ<=log n,8192,1,56294,6.871826171875
SRDCD,λ<=log n,8192,1,52822,6.447998046875
SRDCD,λ<=log n,8192,1,63757,7.7828369140625
SRDCD,λ<=log n,8192,1,58438,7.133544921875
SRDCD,λ<=log n,8192,1,56915,6.9476318359375
SRDCD,λ<=log n,8192,1,54346,6.634033203125
SRDCD,λ<=log n,8192,1,57261,6.9898681640625
SRDCD,λ<=log n,8192,1,57009,6.9591064453125
SRDCD,λ<=log n,8192,1,54803,6.6898193359375
SRDCD,λ<=log n,8192,1,54637,6.6695556640625
SRDCD,λ<=log n,8192,1,59347,7.2445068359375
SRDCD,λ<=log n,8192,1,53381,6.5162353515625
SRDCD,λ<=log n,8192,1,56778,6.930908203125
SRDCD,λ<=log n,8192,1,56756,6.92822265625
SRDCD,λ<=log n,8192,1,63429,7.7427978515625
SRDCD,λ<=log n,8192,1,58979,7.1995849609375
SRDCD,λ<=log n,8192,1,53709,6.5562744140625
SRDCD,λ<=log n,8192,1,57358,7.001708984375
SRDCD,λ<=log n,8192,1,55899,6.8236083984375
SRDCD,λ<=log n,8192,1,57463,7.0145263671875
SRDCD,λ<=log n,8192,1,54628,6.66845703125
SRDCD,λ<=log n,8192,1,52137,6.3643798828125
SRDCD,λ<=log n,8192,1,59260,7.23388671875
SRDCD,λ<=log n,8192,1,57317,6.9967041015625
SRDCD,λ<=log n,8192,1,53506,6.531494140625
SRDCD,λ<=log n,8192,1,57325,6.9976806640625
SRDCD,λ<=log n,8192,1,54317,6.6304931640625
SRDCD,λ<=log n,8192,1,52306,6.385009765625
SRDCD,λ<=log n,8192,1,59436,7.25537109375
SRDCD,λ<=log n,8192,1,62832,7.669921875
SRDCD,λ<=log n,8192,1,56483,6.8948974609375
SRDCD,λ<=log n,8192,1,60580,7.39501953125
SRDCD,λ<=log n,8192,1,55282,6.748291015625
SRDCD,λ<=log n,8192,1,54124,6.60693359375
SRDCD,λ<=log n,8192,1,57330,6.998291015625
SRDCD,λ<=log n,8192,1,57989,7.0787353515625
SRDCD,λ<=log n,8192,1,59990,7.322998046875
SRDCD,λ<=log n,8192,1,60290,7.359619140625
SRDCD,λ<=log n,8192,1,56953,6.9522705078125
SRDCD,λ<=log n,8192,1,61030,7.449951171875
SRDCD,λ<=log n,8192,1,52627,6.4241943359375
SRDCD,λ<=log n,8192,1,59986,7.322509765625
SRDCD,λ<=log n,8192,1,56155,6.8548583984375
SRDCD,λ<=log n,8192,1,58152,7.0986328125
SRDCD,λ<=log n,8192,1,55672,6.7958984375
SHDCD,λ<=log n,8192,1,48700,5.94482421875
SHDCD,λ<=log n,8192,1,50180,6.12548828125
SHDCD,λ<=log n,8192,1,49590,6.053466796875
SHDCD,λ<=log n,8192,1,56641,6.9141845703125
SHDCD,λ<=log n,8192,1,51685,6.3092041015625
SHDCD,λ<=log n,8192,1,57092,6.96923828125
SHDCD,λ<=log n,8192,1,50575,6.1737060546875
SHDCD,λ<=log n,8192,1,46420,5.66650390625
SHDCD,λ<=log n,8192,1,47943,5.8524169921875
SHDCD,λ<=log n,8192,1,48337,5.9005126953125
SHDCD,λ<=log n,8192,1,51242,6.255126953125
SHDCD,λ<=log n,8192,1,50093,6.1148681640625
SHDCD,λ<=log n,8192,1,48005,5.8599853515625
SHDCD,λ<=log n,8192,1,49646,6.060302734375
SHDCD,λ<=log n,8192,1,54498,6.652587890625
SHDCD,λ<=log n,8192,1,48409,5.9093017578125
SHDCD,λ<=log n,8192,1,50032,6.107421875
SHDCD,λ<=log n,8192,1,49498,6.042236328125
SHDCD,λ<=log n,8192,1,48640,5.9375
SHDCD,λ<=log n,8192,1,57746,7.049072265625
SHDCD,λ<=log n,8192,1,50523,6.1673583984375
SHDCD,λ<=log n,8192,1,54107,6.6048583984375
SHDCD,λ<=log n,8192,1,48131,5.8753662109375
SHDCD,λ<=log n,8192,1,55183,6.7362060546875
SHDCD,λ<=log n,8192,1,48116,5.87353515625
SHDCD,λ<=log n,8192,1,55026,6.717041015625
SHDCD,λ<=log n,8192,1,57423,7.0096435546875
SHDCD,λ<=log n,8192,1,52828,6.44873046875
SHDCD,λ<=log n,8192,1,49714,6.068603515625
SHDCD,λ<=log n,8192,1,52153,6.3663330078125
SHDCD,λ<=log n,8192,1,55585,6.7852783203125
SHDCD,λ<=log n,8192,1,56689,6.9200439453125
SHDCD,λ<=log n,8192,1,49652,6.06103515625
SHDCD,λ<=log n,8192,1,56298,6.872314453125
SHDCD,λ<=log n,8192,1,60350,7.366943359375
SHDCD,λ<=log n,8192,1,51042,6.230712890625
SHDCD,λ<=log n,8192,1,48759,5.9520263671875
SHDCD,λ<=log n,8192,1,51503,6.2869873046875
SHDCD,λ<=log n,8192,1,51930,6.339111328125
SHDCD,λ<=log n,8192,1,49356,6.02490234375
SHDCD,λ<=log n,8192,1,52889,6.4561767578125
SHDCD,λ<=log n,8192,1,56448,6.890625
SHDCD,λ<=log n,8192,1,55262,6.745849609375
SHDCD,λ<=log n,8192,1,48098,5.871337890625
SHDCD,λ<=log n,8192,1,50463,6.1600341796875
SHDCD,λ<=log n,8192,1,46854,5.719482421875
SHDCD,λ<=log n,8192,1,51382,6.272216796875
SHDCD,λ<=log n,8192,1,57073,6.9669189453125
SHDCD,λ<=log n,8192,1,47613,5.8121337890625
SHDCD,λ<=log n,8192,1,46615,5.6903076171875
SHDCD,λ<=log n,8192,1,50173,6.1246337890625
SHDCD,λ<=log n,8192,1,52358,6.391357421875
SHDCD,λ<=log n,8192,1,53255,6.5008544921875
SHDCD,λ<=log n,8192,1,48749,5.9508056640625
SHDCD,λ<=log n,8192,1,49717,6.0689697265625
SHDCD,λ<=log n,8192,1,49832,6.0830078125
SHDCD,λ<=log n,8192,1,53271,6.5028076171875
SHDCD,λ<=log n,8192,1,51858,6.330322265625
SHDCD,λ<=log n,8192,1,47583,5.8084716796875
SHDCD,λ<=log n,8192,1,54687,6.6756591796875
SHDCD,λ<=log n,8192,1,48672,5.94140625
SHDCD,λ<=log n,8192,1,49023,5.9842529296875
SHDCD,λ<=log n,8192,1,50116,6.11767578125
SHDCD,λ<=log n,8192,1,53769,6.5635986328125
SHDCD,λ<=log n,8192,1,51809,6.3243408203125
SHDCD,λ<=log n,8192,1,47721,5.8253173828125
SHDCD,λ<=log n,8192,1,53059,6.4769287109375
SHDCD,λ<=log n,8192,1,60727,7.4129638671875
SHDCD,λ<=log n,8192,1,48348,5.90185546875
SHDCD,λ<=log n,8192,1,50760,6.1962890625
SHDCD,λ<=log n,8192,1,52878,6.454833984375
SHDCD,λ<=log n,8192,1,52005,6.3482666015625
SHDCD,λ<=log n,8192,1,52988,6.46826171875
SHDCD,λ<=log n,8192,1,50281,6.1378173828125
SHDCD,λ<=log n,8192,1,52426,6.399658203125
SHDCD,λ<=log n,8192,1,50679,6.1864013671875
SHDCD,λ<=log n,8192,1,49492,6.04150390625
SHDCD,λ<=log n,8192,1,54379,6.6380615234375
SHDCD,λ<=log n,8192,1,49574,6.051513671875
SHDCD,λ<=log n,8192,1,50231,6.1317138671875
SHDCD,λ<=log n,8192,1,53536,6.53515625
SHDCD,λ<=log n,8192,1,53566,6.538818359375
SHDCD,λ<=log n,8192,1,55599,6.7869873046875
SHDCD,λ<=log n,8192,1,52973,6.4664306640625
SHDCD,λ<=log n,8192,1,55470,6.771240234375
SHDCD,λ<=log n,8192,1,50359,6.1473388671875
SHDCD,λ<=log n,8192,1,53043,6.4749755859375
SHDCD,λ<=log n,8192,1,52061,6.3551025390625
SHDCD,λ<=log n,8192,1,49010,5.982666015625
SHDCD,λ<=log n,8192,1,61173,7.4674072265625
SHDCD,λ<=log n,8192,1,50818,6.203369140625
SHDCD,λ<=log n,8192,1,48799,5.9569091796875
SHDCD,λ<=log n,8192,1,49436,6.03466796875
SHDCD,λ<=log n,8192,1,52002,6.347900390625
SHDCD,λ<=log n,8192,1,52876,6.45458984375
SHDCD,λ<=log n,8192,1,53814,6.569091796875
SHDCD,λ<=log n,8192,1,48645,5.9381103515625
SHDCD,λ<=log n,8192,1,51931,6.3392333984375
SHDCD,λ<=log n,8192,1,50931,6.2171630859375
SHLCD,λ<=log n,8192,1,49122,5.996337890625
SHLCD,λ<=log n,8192,1,53498,6.530517578125
SHLCD,λ<=log n,8192,1,56217,6.8624267578125
SHLCD,λ<=log n,8192,1,50323,6.1429443359375
SHLCD,λ<=log n,8192,1,57712,7.044921875
SHLCD,λ<=log n,8192,1,51218,6.252197265625
SHLCD,λ<=log n,8192,1,50232,6.1318359375
SHLCD,λ<=log n,8192,1,49396,6.02978515625
SHLCD,λ<=log n,8192,1,49990,6.102294921875
SHLCD,λ<=log n,8192,1,51265,6.2579345703125
SHLCD,λ<=log n,8192,1,52176,6.369140625
SHLCD,λ<=log n,8192,1,52230,6.375732421875
SHLCD,λ<=log n,8192,1,53524,6.53369140625
SHLCD,λ<=log n,8192,1,50741,6.1939697265625
SHLCD,λ<=log n,8192,1,50530,6.168212890625
SHLCD,λ<=log n,8192,1,51142,6.242919921875
SHLCD,λ<=log n,8192,1,47300,5.77392578125
SHLCD,λ<=log n,8192,1,53099,6.4818115234375
SHLCD,λ<=log n,8192,1,51638,6.303466796875
SHLCD,λ<=log n,8192,1,48612,5.93408203125
SHLCD,λ<=log n,8192,1,49883,6.0892333984375
SHLCD,λ<=log n,8192,1,51040,6.23046875
SHLCD,λ<=log n,8192,1,57040,6.962890625
SHLCD,λ<=log n,8192,1,49321,6.0206298828125
SHLCD,λ<=log n,8192,1,49431,6.0340576171875
SHLCD,λ<=log n,8192,1,54154,6.610595703125
SHLCD,λ<=log n,8192,1,53594,6.542236328125
SHLCD,λ<=log n,8192,1,49042,5.986572265625
SHLCD,λ<=log n,8192,1,54304,6.62890625
SHLCD,λ<=log n,8192,1,50492,6.16357421875
SHLCD,λ<=log n,8192,1,49914,6.093017578125
SHLCD,λ<=log n,8192,1,49407,6.0311279296875
SHLCD,λ<=log n,8192,1,52645,6.4263916015625
SHLCD,λ<=log n,8192,1,49984,6.1015625
SHLCD,λ<=log n,8192,1,51029,6.2291259765625
SHLCD,λ<=log n,8192,1,55324,6.75341796875
SHLCD,λ<=log n,8192,1,51670,6.307373046875
SHLCD,λ<=log n,8192,1,52319,6.3865966796875
SHLCD,λ<=log n,8192,1,47487,5.7967529296875
SHLCD,λ<=log n,8192,1,50314,6.141845703125
SHLCD,λ<=log n,8192,1,51217,6.2520751953125
SHLCD,λ<=log n,8192,1,48406,5.908935546875
SHLCD,λ<=log n,8192,1,52710,6.434326171875
SHLCD,λ<=log n,8192,1,53909,6.5806884765625
SHLCD,λ<=log n,8192,1,47594,5.809814453125
SHLCD,λ<=log n,8192,1,50877,6.2105712890625
SHLCD,λ<=log n,8192,1,51371,6.2708740234375
SHLCD,λ<=log n,8192,1,50017,6.1055908203125
SHLCD,λ<=log n,8192,1,51336,6.2666015625
SHLCD,λ<=log n,8192,1,52961,6.4649658203125
SHLCD,λ<=log n,8192,1,48514,5.922119140625
SHLCD,λ<=log n,8192,1,55673,6.7960205078125
SHLCD,λ<=log n,8192,1,48217,5.8858642578125
SHLCD,λ<=log n,8192,1,51880,6.3330078125
SHLCD,λ<=log n,8192,1,51689,6.3096923828125
SHLCD,λ<=log n,8192,1,54148,6.60986328125
SHLCD,λ<=log n,8192,1,50795,6.2005615234375
SHLCD,λ<=log n,8192,1,54956,6.70849609375
SHLCD,λ<=log n,8192,1,50409,6.1534423828125
SHLCD,λ<=log n,8192,1,52206,6.372802734375
SHLCD,λ<=log n,8192,1,51746,6.316650390625
SHLCD,λ<=log n,8192,1,47770,5.831298828125
SHLCD,λ<=log n,8192,1,53425,6.5216064453125
SHLCD,λ<=log n,8192,1,64622,7.888427734375
SHLCD,λ<=log n,8192,1,49126,5.996826171875
SHLCD,λ<=log n,8192,1,50346,6.145751953125
SHLCD,λ<=log n,8192,1,49757,6.0738525390625
SHLCD,λ<=log n,8192,1,61595,7.5189208984375
SHLCD,λ<=log n,8192,1,50941,6.2183837890625
SHLCD,λ<=log n,8192,1,49429,6.0338134765625
SHLCD,λ<=log n,8192,1,52482,6.406494140625
SHLCD,λ<=log n,8192,1,51564,6.29443359375
SHLCD,λ<=log n,8192,1,52442,6.401611328125
SHLCD,λ<=log n,8192,1,52352,6.390625
SHLCD,λ<=log n,8192,1,50666,6.184814453125
SHLCD,λ<=log n,8192,1,49745,6.0723876953125
SHLCD,λ<=log n,8192,1,53549,6.5367431640625
SHLCD,λ<=log n,8192,1,54027,6.5950927734375
SHLCD,λ<=log n,8192,1,50398,6.152099609375
SHLCD,λ<=log n,8192,1,50635,6.1810302734375
SHLCD,λ<=log n,8192,1,48910,5.970458984375
SHLCD,λ<=log n,8192,1,54666,6.673095703125
SHLCD,λ<=log n,8192,1,47474,5.795166015625
SHLCD,λ<=log n,8192,1,55144,6.7314453125
SHLCD,λ<=log n,8192,1,50297,6.1397705078125
SHLCD,λ<=log n,8192,1,46709,5.7017822265625
SHLCD,λ<=log n,8192,1,48205,5.8843994140625
SHLCD,λ<=log n,8192,1,53510,6.531982421875
SHLCD,λ<=log n,8192,1,47785,5.8331298828125
SHLCD,λ<=log n,8192,1,47015,5.7391357421875
SHLCD,λ<=log n,8192,1,51143,6.2430419921875
SHLCD,λ<=log n,8192,1,54889,6.7003173828125
SHLCD,λ<=log n,8192,1,51727,6.3143310546875
SHLCD,λ<=log n,8192,1,50136,6.1201171875
SHLCD,λ<=log n,8192,1,54114,6.605712890625
SHLCD,λ<=log n,8192,1,54018,6.593994140625
SHLCD,λ<=log n,8192,1,58983,7.2000732421875
SHLCD,λ<=log n,8192,1,47872,5.84375
SHLCD,λ<=log n,8192,1,52374,6.393310546875
SHLCD,λ<=log n,8192,1,52519,6.4110107421875
SRLCD,λ<=log n,8192,1,50413,6.1539306640625
SRLCD,λ<=log n,8192,1,50877,6.2105712890625
SRLCD,λ<=log n,8192,1,51658,6.305908203125
SRLCD,λ<=log n,8192,1,53717,6.5572509765625
SRLCD,λ<=log n,8192,1,50353,6.1466064453125
SRLCD,λ<=log n,8192,1,53273,6.5030517578125
SRLCD,λ<=log n,8192,1,61469,7.5035400390625
SRLCD,λ<=log n,8192,1,53739,6.5599365234375
SRLCD,λ<=log n,8192,1,51620,6.30126953125
SRLCD,λ<=log n,8192,1,53657,6.5499267578125
SRLCD,λ<=log n,8192,1,51712,6.3125
SRLCD,λ<=log n,8192,1,51178,6.247314453125
SRLCD,λ<=log n,8192,1,56049,6.8419189453125
SRLCD,λ<=log n,8192,1,53825,6.5704345703125
SRLCD,λ<=log n,8192,1,55191,6.7371826171875
SRLCD,λ<=log n,8192,1,52646,6.426513671875
SRLCD,λ<=log n,8192,1,62280,7.6025390625
SRLCD,λ<=log n,8192,1,61437,7.4996337890625
SRLCD,λ<=log n,8192,1,52318,6.386474609375
SRLCD,λ<=log n,8192,1,48864,5.96484375
SRLCD,λ<=log n,8192,1,60243,7.3538818359375
SRLCD,λ<=log n,8192,1,59406,7.251708984375
SRLCD,λ<=log n,8192,1,48731,5.9486083984375
SRLCD,λ<=log n,8192,1,48381,5.9058837890625
SRLCD,λ<=log n,8192,1,51552,6.29296875
SRLCD,λ<=log n,8192,1,48904,5.9697265625
SRLCD,λ<=log n,8192,1,54625,6.6680908203125
SRLCD,λ<=log n,8192,1,51266,6.258056640625
SRLCD,λ<=log n,8192,1,56728,6.9248046875
SRLCD,λ<=log n,8192,1,53245,6.4996337890625
SRLCD,λ<=log n,8192,1,49244,6.01123046875
SRLCD,λ<=log n,8192,1,51195,6.2493896484375
SRLCD,λ<=log n,8192,1,54322,6.631103515625
SRLCD,λ<=log n,8192,1,58279,7.1141357421875
SRLCD,λ<=log n,8192,1,57176,6.9794921875
SRLCD,λ<=log n,8192,1,48395,5.9075927734375
SRLCD,λ<=log n,8192,1,58542,7.146240234375
SRLCD,λ<=log n,8192,1,51226,6.253173828125
SRLCD,λ<=log n,8192,1,53032,6.4736328125
SRLCD,λ<=log n,8192,1,53145,6.4874267578125
SRLCD,λ<=log n,8192,1,53382,6.516357421875
SRLCD,λ<=log n,8192,1,52052,6.35400390625
SRLCD,λ<=log n,8192,1,59972,7.32080078125
SRLCD,λ<=log n,8192,1,49216,6.0078125
SRLCD,λ<=log n,8192,1,51682,6.308837890625
SRLCD,λ<=log n,8192,1,51255,6.2567138671875
SRLCD,λ<=log n,8192,1,53994,6.591064453125
SRLCD,λ<=log n,8192,1,59281,7.2364501953125
SRLCD,λ<=log n,8192,1,52740,6.43798828125
SRLCD,λ<=log n,8192,1,62995,7.6898193359375
SRLCD,λ<=log n,8192,1,50264,6.1357421875
SRLCD,λ<=log n,8192,1,55618,6.789306640625
SRLCD,λ<=log n,8192,1,50355,6.1468505859375
SRLCD,λ<=log n,8192,1,50196,6.12744140625
SRLCD,λ<=log n,8192,1,56969,6.9542236328125
SRLCD,λ<=log n,8192,1,50997,6.2252197265625
SRLCD,λ<=log n,8192,1,50972,6.22216796875
SRLCD,λ<=log n,8192,1,58813,7.1793212890625
SRLCD,λ<=log n,8192,1,52595,6.4202880859375
SRLCD,λ<=log n,8192,1,49451,6.0364990234375
SRLCD,λ<=log n,8192,1,58235,7.1087646484375
SRLCD,λ<=log n,8192,1,56646,6.914794921875
SRLCD,λ<=log n,8192,1,51745,6.3165283203125
SRLCD,λ<=log n,8192,1,53881,6.5772705078125
SRLCD,λ<=log n,8192,1,50895,6.2127685546875
SRLCD,λ<=log n,8192,1,53203,6.4945068359375
SRLCD,λ<=log n,8192,1,52232,6.3759765625
SRLCD,λ<=log n,8192,1,48386,5.906494140625
SRLCD,λ<=log n,8192,1,52948,6.46337890625
SRLCD,λ<=log n,8192,1,51677,6.3082275390625
SRLCD,λ<=log n,8192,1,55388,6.76123046875
SRLCD,λ<=log n,8192,1,52551,6.4149169921875
SRLCD,λ<=log n,8192,1,51628,6.30224609375
SRLCD,λ<=log n,8192,1,61872,7.552734375
SRLCD,λ<=log n,8192,1,53123,6.4847412109375
SRLCD,λ<=log n,8192,1,52572,6.41748046875
SRLCD,λ<=log n,8192,1,60081,7.3341064453125
SRLCD,λ<=log n,8192,1,52204,6.37255859375
SRLCD,λ<=log n,8192,1,55282,6.748291015625
SRLCD,λ<=log n,8192,1,55699,6.7991943359375
SRLCD,λ<=log n,8192,1,59561,7.2706298828125
SRLCD,λ<=log n,8192,1,51207,6.2508544921875
SRLCD,λ<=log n,8192,1,53957,6.5865478515625
SRLCD,λ<=log n,8192,1,49247,6.0115966796875
SRLCD,λ<=log n,8192,1,56300,6.87255859375
SRLCD,λ<=log n,8192,1,54889,6.7003173828125
SRLCD,λ<=log n,8192,1,51777,6.3204345703125
SRLCD,λ<=log n,8192,1,55410,6.763916015625
SRLCD,λ<=log n,8192,1,56107,6.8489990234375
SRLCD,λ<=log n,8192,1,52290,6.383056640625
SRLCD,λ<=log n,8192,1,53932,6.58349609375
SRLCD,λ<=log n,8192,1,51918,6.337646484375
SRLCD,λ<=log n,8192,1,53438,6.523193359375
SRLCD,λ<=log n,8192,1,49179,6.0032958984375
SRLCD,λ<=log n,8192,1,55062,6.721435546875
SRLCD,λ<=log n,8192,1,54232,6.6201171875
SRLCD,λ<=log n,8192,1,53371,6.5150146484375
SRLCD,λ<=log n,8192,1,51747,6.3167724609375
SRLCD,λ<=log n,8192,1,53844,6.57275390625
SRLCD,λ<=log n,8192,1,53779,6.5648193359375
SSLCD,λ<=log n,8192,1,92918,11.342529296875
SSLCD,λ<=log n,8192,1,75866,9.260986328125
SSLCD,λ<=log n,8192,1,81132,9.90380859375
SSLCD,λ<=log n,8192,1,81062,9.895263671875
SSLCD,λ<=log n,8192,1,84604,10.32763671875
SSLCD,λ<=log n,8192,1,77823,9.4998779296875
SSLCD,λ<=log n,8192,1,82496,10.0703125
SSLCD,λ<=log n,8192,1,90147,11.0042724609375
SSLCD,λ<=log n,8192,1,84356,10.29736328125
SSLCD,λ<=log n,8192,1,74229,9.0611572265625
SSLCD,λ<=log n,8192,1,85628,10.45263671875
SSLCD,λ<=log n,8192,1,83307,10.1693115234375
SSLCD,λ<=log n,8192,1,80813,9.8648681640625
SSLCD,λ<=log n,8192,1,81413,9.9381103515625
SSLCD,λ<=log n,8192,1,84538,10.319580078125
SSLCD,λ<=log n,8192,1,82398,10.058349609375
SSLCD,λ<=log n,8192,1,83061,10.1392822265625
SSLCD,λ<=log n,8192,1,77119,9.4139404296875
SSLCD,λ<=log n,8192,1,79355,9.6868896484375
SSLCD,λ<=log n,8192,1,78840,9.6240234375
SSLCD,λ<=log n,8192,1,86314,10.536376953125
SSLCD,λ<=log n,8192,1,82267,10.0423583984375
SSLCD,λ<=log n,8192,1,80827,9.8665771484375
SSLCD,λ<=log n,8192,1,87682,10.703369140625
SSLCD,λ<=log n,8192,1,94834,11.576416015625
SSLCD,λ<=log n,8192,1,85390,10.423583984375
SSLCD,λ<=log n,8192,1,83410,10.181884765625
SSLCD,λ<=log n,8192,1,81151,9.9061279296875
SSLCD,λ<=log n,8192,1,77658,9.479736328125
SSLCD,λ<=log n,8192,1,88526,10.806396484375
SSLCD,λ<=log n,8192,1,82005,10.0103759765625
SSLCD,λ<=log n,8192,1,84726,10.342529296875
SSLCD,λ<=log n,8192,1,85452,10.43115234375
SSLCD,λ<=log n,8192,1,98969,12.0811767578125
SSLCD,λ<=log n,8192,1,81099,9.8997802734375
SSLCD,λ<=log n,8192,1,82397,10.0582275390625
SSLCD,λ<=log n,8192,1,79404,9.69287109375
SSLCD,λ<=log n,8192,1,81536,9.953125
SSLCD,λ<=log n,8192,1,82933,10.1236572265625
SSLCD,λ<=log n,8192,1,85786,10.471923828125
SSLCD,λ<=log n,8192,1,100859,12.3118896484375
SSLCD,λ<=log n,8192,1,78706,9.607666015625
SSLCD,λ<=log n,8192,1,74401,9.0821533203125
SSLCD,λ<=log n,8192,1,80254,9.796630859375
SSLCD,λ<=log n,8192,1,93480,11.4111328125
SSLCD,λ<=log n,8192,1,81740,9.97802734375
SSLCD,λ<=log n,8192,1,82757,10.1021728515625
SSLCD,λ<=log n,8192,1,78101,9.5338134765625
SSLCD,λ<=log n,8192,1,83058,10.138916015625
SSLCD,λ<=log n,8192,1,89910,10.975341796875
SSLCD,λ<=log n,8192,1,86218,10.524658203125
SSLCD,λ<=log n,8192,1,74700,9.11865234375
SSLCD,λ<=log n,8192,1,84610,10.328369140625
SSLCD,λ<=log n,8192,1,85594,10.448486328125
SSLCD,λ<=log n,8192,1,81952,10.00390625
SSLCD,λ<=log n,8192,1,89337,10.9053955078125
SSLCD,λ<=log n,8192,1,93462,11.408935546875
SSLCD,λ<=log n,8192,1,82950,10.125732421875
SSLCD,λ<=log n,8192,1,89030,10.867919921875
SSLCD,λ<=log n,8192,1,77578,9.469970703125
SSLCD,λ<=log n,8192,1,89385,10.9112548828125
SSLCD,λ<=log n,8192,1,83341,10.1734619140625
SSLCD,λ<=log n,8192,1,94559,11.5428466796875
SSLCD,λ<=log n,8192,1,88479,10.8006591796875
SSLCD,λ<=log n,8192,1,82235,10.0384521484375
SSLCD,λ<=log n,8192,1,79069,9.6519775390625
SSLCD,λ<=log n,8192,1,88165,10.7623291015625
SSLCD,λ<=log n,8192,1,82323,10.0491943359375
SSLCD,λ<=log n,8192,1,80360,9.8095703125
SSLCD,λ<=log n,8192,1,79699,9.7288818359375
SSLCD,λ<=log n,8192,1,89413,10.9146728515625
SSLCD,λ<=log n,8192,1,86640,10.576171875
SSLCD,λ<=log n,8192,1,79077,9.6529541015625
SSLCD,λ<=log n,8192,1,85289,10.4112548828125
SSLCD,λ<=log n,8192,1,73101,8.9234619140625
SSLCD,λ<=log n,8192,1,89616,10.939453125
SSLCD,λ<=log n,8192,1,87082,10.630126953125
SSLCD,λ<=log n,8192,1,89190,10.887451171875
SSLCD,λ<=log n,8192,1,85010,10.377197265625
SSLCD,λ<=log n,8192,1,87777,10.7149658203125
SSLCD,λ<=log n,8192,1,77542,9.465576171875
SSLCD,λ<=log n,8192,1,82182,10.031982421875
SSLCD,λ<=log n,8192,1,86215,10.5242919921875
SSLCD,λ<=log n,8192,1,89391,10.9119873046875
SSLCD,λ<=log n,8192,1,112410,13.721923828125
SSLCD,λ<=log n,8192,1,82856,10.1142578125
SSLCD,λ<=log n,8192,1,94244,11.50439453125
SSLCD,λ<=log n,8192,1,88036,10.74658203125
SSLCD,λ<=log n,8192,1,85288,10.4111328125
SSLCD,λ<=log n,8192,1,82388,10.05712890625
SSLCD,λ<=log n,8192,1,84352,10.296875
SSLCD,λ<=log n,8192,1,100933,12.3209228515625
SSLCD,λ<=log n,8192,1,79498,9.704345703125
SSLCD,λ<=log n,8192,1,79239,9.6727294921875
SSLCD,λ<=log n,8192,1,90704,11.072265625
SSLCD,λ<=log n,8192,1,92397,11.2789306640625
SSLCD,λ<=log n,8192,1,85005,10.3765869140625
SSLCD,λ<=log n,8192,1,81133,9.9039306640625
SSLCD,λ<=log n,8192,1,89749,10.9556884765625
SSLCD,λ<=log n,8192,1,78699,9.6068115234375
SSDSD,λ<=log n,8192,1,82936,10.1240234375
SSDSD,λ<=log n,8192,1,77398,9.447998046875
SSDSD,λ<=log n,8192,1,94012,11.47607421875
SSDSD,λ<=log n,8192,1,92103,11.2430419921875
SSDSD,λ<=log n,8192,1,81675,9.9700927734375
SSDSD,λ<=log n,8192,1,80282,9.800048828125
SSDSD,λ<=log n,8192,1,87199,10.6444091796875
SSDSD,λ<=log n,8192,1,88734,10.831787109375
SSDSD,λ<=log n,8192,1,82106,10.022705078125
SSDSD,λ<=log n,8192,1,88948,10.85791015625
SSDSD,λ<=log n,8192,1,85358,10.419677734375
SSDSD,λ<=log n,8192,1,80958,9.882568359375
SSDSD,λ<=log n,8192,1,100766,12.300537109375
SSDSD,λ<=log n,8192,1,86834,10.599853515625
SSDSD,λ<=log n,8192,1,76240,9.306640625
SSDSD,λ<=log n,8192,1,83800,10.2294921875
SSDSD,λ<=log n,8192,1,82265,10.0421142578125
SSDSD,λ<=log n,8192,1,85454,10.431396484375
SSDSD,λ<=log n,8192,1,78561,9.5899658203125
SSDSD,λ<=log n,8192,1,90832,11.087890625
SSDSD,λ<=log n,8192,1,79053,9.6500244140625
SSDSD,λ<=log n,8192,1,78501,9.5826416015625
SSDSD,λ<=log n,8192,1,81702,9.973388671875
SSDSD,λ<=log n,8192,1,80435,9.8187255859375
SSDSD,λ<=log n,8192,1,78781,9.6168212890625
SSDSD,λ<=log n,8192,1,82600,10.0830078125
SSDSD,λ<=log n,8192,1,78308,9.55908203125
SSDSD,λ<=log n,8192,1,80721,9.8536376953125
SSDSD,λ<=log n,8192,1,78065,9.5294189453125
SSDSD,λ<=log n,8192,1,82962,10.127197265625
SSDSD,λ<=log n,8192,1,75235,9.1839599609375
SSDSD,λ<=log n,8192,1,82703,10.0955810546875
SSDSD,λ<=log n,8192,1,87609,10.6944580078125
SSDSD,λ<=log n,8192,1,86094,10.509521484375
SSDSD,λ<=log n,8192,1,82935,10.1239013671875
SSDSD,λ<=log n,8192,1,94910,11.585693359375
SSDSD,λ<=log n,8192,1,80091,9.7767333984375
SSDSD,λ<=log n,8192,1,82433,10.0626220703125
SSDSD,λ<=log n,8192,1,88360,10.7861328125
SSDSD,λ<=log n,8192,1,80252,9.79638671875
SSDSD,λ<=log n,8192,1,80628,9.84228515625
SSDSD,λ<=log n,8192,1,80491,9.8255615234375
SSDSD,λ<=log n,8192,1,75670,9.237060546875
SSDSD,λ<=log n,8192,1,79973,9.7623291015625
SSDSD,λ<=log n,8192,1,83869,10.2379150390625
SSDSD,λ<=log n,8192,1,76656,9.357421875
SSDSD,λ<=log n,8192,1,81490,9.947509765625
SSDSD,λ<=log n,8192,1,77792,9.49609375
SSDSD,λ<=log n,8192,1,77952,9.515625
SSDSD,λ<=log n,8192,1,84232,10.2822265625
SSDSD,λ<=log n,8192,1,79841,9.7462158203125
SSDSD,λ<=log n,8192,1,88629,10.8189697265625
SSDSD,λ<=log n,8192,1,91678,11.191162109375
SSDSD,λ<=log n,8192,1,79374,9.689208984375
SSDSD,λ<=log n,8192,1,86020,10.50048828125
SSDSD,λ<=log n,8192,1,78737,9.6114501953125
SSDSD,λ<=log n,8192,1,76460,9.33349609375
SSDSD,λ<=log n,8192,1,86164,10.51806640625
SSDSD,λ<=log n,8192,1,76665,9.3585205078125
SSDSD,λ<=log n,8192,1,78548,9.58837890625
SSDSD,λ<=log n,8192,1,81718,9.975341796875
SSDSD,λ<=log n,8192,1,89656,10.9443359375
SSDSD,λ<=log n,8192,1,85471,10.4334716796875
SSDSD,λ<=log n,8192,1,90410,11.036376953125
SSDSD,λ<=log n,8192,1,90870,11.092529296875
SSDSD,λ<=log n,8192,1,90152,11.0048828125
SSDSD,λ<=log n,8192,1,76935,9.3914794921875
SSDSD,λ<=log n,8192,1,95168,11.6171875
SSDSD,λ<=log n,8192,1,82345,10.0518798828125
SSDSD,λ<=log n,8192,1,91351,11.1512451171875
SSDSD,λ<=log n,8192,1,80108,9.77880859375
SSDSD,λ<=log n,8192,1,88674,10.824462890625
SSDSD,λ<=log n,8192,1,81690,9.971923828125
SSDSD,λ<=log n,8192,1,98864,12.068359375
SSDSD,λ<=log n,8192,1,85963,10.4935302734375
SSDSD,λ<=log n,8192,1,80765,9.8590087890625
SSDSD,λ<=log n,8192,1,79845,9.7467041015625
SSDSD,λ<=log n,8192,1,80299,9.8021240234375
SSDSD,λ<=log n,8192,1,80701,9.8511962890625
SSDSD,λ<=log n,8192,1,84216,10.2802734375
SSDSD,λ<=log n,8192,1,81418,9.938720703125
SSDSD,λ<=log n,8192,1,83933,10.2457275390625
SSDSD,λ<=log n,8192,1,84959,10.3709716796875
SSDSD,λ<=log n,8192,1,94423,11.5262451171875
SSDSD,λ<=log n,8192,1,82006,10.010498046875
SSDSD,λ<=log n,8192,1,78873,9.6280517578125
SSDSD,λ<=log n,8192,1,84013,10.2554931640625
SSDSD,λ<=log n,8192,1,90381,11.0328369140625
SSDSD,λ<=log n,8192,1,82287,10.0447998046875
SSDSD,λ<=log n,8192,1,81516,9.95068359375
SSDSD,λ<=log n,8192,1,81388,9.93505859375
SSDSD,λ<=log n,8192,1,86301,10.5347900390625
SSDSD,λ<=log n,8192,1,83442,10.185791015625
SSDSD,λ<=log n,8192,1,81325,9.9273681640625
SSDSD,λ<=log n,8192,1,81468,9.94482421875
SSDSD,λ<=log n,8192,1,92397,11.2789306640625
SSDSD,λ<=log n,8192,1,90230,11.014404296875
SSDSD,λ<=log n,8192,1,84605,10.3277587890625
SSDSD,λ<=log n,8192,1,82763,10.1029052734375
SSDSD,λ<=log n,8192,1,82429,10.0621337890625
SRDSD,λ<=log n,8192,1,52751,6.4393310546875
SRDSD,λ<=log n,8192,1,52600,6.4208984375
SRDSD,λ<=log n,8192,1,52275,6.3812255859375
SRDSD,λ<=log n,8192,1,57522,7.021728515625
SRDSD,λ<=log n,8192,1,49387,6.0286865234375
SRDSD,λ<=log n,8192,1,58703,7.1658935546875
SRDSD,λ<=log n,8192,1,55193,6.7374267578125
SRDSD,λ<=log n,8192,1,52627,6.4241943359375
SRDSD,λ<=log n,8192,1,53618,6.545166015625
SRDSD,λ<=log n,8192,1,53937,6.5841064453125
SRDSD,λ<=log n,8192,1,58730,7.169189453125
SRDSD,λ<=log n,8192,1,53129,6.4854736328125
SRDSD,λ<=log n,8192,1,54134,6.608154296875
SRDSD,λ<=log n,8192,1,55005,6.7144775390625
SRDSD,λ<=log n,8192,1,61973,7.5650634765625
SRDSD,λ<=log n,8192,1,54679,6.6746826171875
SRDSD,λ<=log n,8192,1,52230,6.375732421875
SRDSD,λ<=log n,8192,1,57549,7.0250244140625
SRDSD,λ<=log n,8192,1,57754,7.050048828125
SRDSD,λ<=log n,8192,1,53613,6.5445556640625
SRDSD,λ<=log n,8192,1,56774,6.930419921875
SRDSD,λ<=log n,8192,1,56879,6.9432373046875
SRDSD,λ<=log n,8192,1,54019,6.5941162109375
SRDSD,λ<=log n,8192,1,53251,6.5003662109375
SRDSD,λ<=log n,8192,1,50364,6.14794921875
SRDSD,λ<=log n,8192,1,55784,6.8095703125
SRDSD,λ<=log n,8192,1,52504,6.4091796875
SRDSD,λ<=log n,8192,1,61694,7.531005859375
SRDSD,λ<=log n,8192,1,58214,7.106201171875
SRDSD,λ<=log n,8192,1,54836,6.69384765625
SRDSD,λ<=log n,8192,1,53697,6.5548095703125
SRDSD,λ<=log n,8192,1,46759,5.7078857421875
SRDSD,λ<=log n,8192,1,53473,6.5274658203125
SRDSD,λ<=log n,8192,1,54648,6.6708984375
SRDSD,λ<=log n,8192,1,56221,6.8629150390625
SRDSD,λ<=log n,8192,1,53098,6.481689453125
SRDSD,λ<=log n,8192,1,64098,7.824462890625
SRDSD,λ<=log n,8192,1,56409,6.8858642578125
SRDSD,λ<=log n,8192,1,54878,6.698974609375
SRDSD,λ<=log n,8192,1,50697,6.1885986328125
SRDSD,λ<=log n,8192,1,54230,6.619873046875
SRDSD,λ<=log n,8192,1,52360,6.3916015625
SRDSD,λ<=log n,8192,1,56055,6.8426513671875
SRDSD,λ<=log n,8192,1,57162,6.977783203125
SRDSD,λ<=log n,8192,1,61282,7.480712890625
SRDSD,λ<=log n,8192,1,57353,7.0010986328125
SRDSD,λ<=log n,8192,1,57703,7.0438232421875
SRDSD,λ<=log n,8192,1,60972,7.44287109375
SRDSD,λ<=log n,8192,1,54035,6.5960693359375
SRDSD,λ<=log n,8192,1,54808,6.6904296875
SRDSD,λ<=log n,8192,1,51578,6.296142578125
SRDSD,λ<=log n,8192,1,60504,7.3857421875
SRDSD,λ<=log n,8192,1,50449,6.1583251953125
SRDSD,λ<=log n,8192,1,55952,6.830078125
SRDSD,λ<=log n,8192,1,51530,6.290283203125
SRDSD,λ<=log n,8192,1,54556,6.65966796875
SRDSD,λ<=log n,8192,1,55718,6.801513671875
SRDSD,λ<=log n,8192,1,54203,6.6165771484375
SRDSD,λ<=log n,8192,1,49182,6.003662109375
SRDSD,λ<=log n,8192,1,55422,6.765380859375
SRDSD,λ<=log n,8192,1,64293,7.8482666015625
SRDSD,λ<=log n,8192,1,54814,6.691162109375
SRDSD,λ<=log n,8192,1,59149,7.2203369140625
SRDSD,λ<=log n,8192,1,62540,7.63427734375
SRDSD,λ<=log n,8192,1,63175,7.7117919921875
SRDSD,λ<=log n,8192,1,52938,6.462158203125
SRDSD,λ<=log n,8192,1,51911,6.3367919921875
SRDSD,λ<=log n,8192,1,53379,6.5159912109375
SRDSD,λ<=log n,8192,1,54730,6.680908203125
SRDSD,λ<=log n,8192,1,64044,7.81787109375
SRDSD,λ<=log n,8192,1,52529,6.4122314453125
SRDSD,λ<=log n,8192,1,50340,6.14501953125
SRDSD,λ<=log n,8192,1,53022,6.472412109375
SRDSD,λ<=log n,8192,1,53243,6.4993896484375
SRDSD,λ<=log n,8192,1,60166,7.344482421875
SRDSD,λ<=log n,8192,1,55530,6.778564453125
SRDSD,λ<=log n,8192,1,53917,6.5816650390625
SRDSD,λ<=log n,8192,1,50163,6.1234130859375
SRDSD,λ<=log n,8192,1,50941,6.2183837890625
SRDSD,λ<=log n,8192,1,60559,7.3924560546875
SRDSD,λ<=log n,8192,1,50152,6.1220703125
SRDSD,λ<=log n,8192,1,53877,6.5767822265625
SRDSD,λ<=log n,8192,1,58018,7.082275390625
SRDSD,λ<=log n,8192,1,53642,6.548095703125
SRDSD,λ<=log n,8192,1,55365,6.7584228515625
SRDSD,λ<=log n,8192,1,52352,6.390625
SRDSD,λ<=log n,8192,1,52426,6.399658203125
SRDSD,λ<=log n,8192,1,54514,6.654541015625
SRDSD,λ<=log n,8192,1,55075,6.7230224609375
SRDSD,λ<=log n,8192,1,51476,6.28369140625
SRDSD,λ<=log n,8192,1,51376,6.271484375
SRDSD,λ<=log n,8192,1,59131,7.2181396484375
SRDSD,λ<=log n,8192,1,51753,6.3175048828125
SRDSD,λ<=log n,8192,1,55767,6.8074951171875
SRDSD,λ<=log n,8192,1,48970,5.977783203125
SRDSD,λ<=log n,8192,1,62241,7.5977783203125
SRDSD,λ<=log n,8192,1,53862,6.574951171875
SRDSD,λ<=log n,8192,1,55668,6.79541015625
SRDSD,λ<=log n,8192,1,71071,8.6756591796875
SRDSD,λ<=log n,8192,1,57454,7.013427734375
SHDSD,λ<=log n,8192,1,56612,6.91064453125
SHDSD,λ<=log n,8192,1,63955,7.8070068359375
SHDSD,λ<=log n,8192,1,60721,7.4122314453125
SHDSD,λ<=log n,8192,1,56572,6.90576171875
SHDSD,λ<=log n,8192,1,62092,7.57958984375
SHDSD,λ<=log n,8192,1,58782,7.175537109375
SHDSD,λ<=log n,8192,1,63501,7.7515869140625
SHDSD,λ<=log n,8192,1,56574,6.906005859375
SHDSD,λ<=log n,8192,1,56963,6.9534912109375
SHDSD,λ<=log n,8192,1,66118,8.071044921875
SHDSD,λ<=log n,8192,1,57621,7.0338134765625
SHDSD,λ<=log n,8192,1,53347,6.5120849609375
SHDSD,λ<=log n,8192,1,55541,6.7799072265625
SHDSD,λ<=log n,8192,1,62523,7.6322021484375
SHDSD,λ<=log n,8192,1,59485,7.2613525390625
SHDSD,λ<=log n,8192,1,62848,7.671875
SHDSD,λ<=log n,8192,1,54977,6.7110595703125
SHDSD,λ<=log n,8192,1,56975,6.9549560546875
SHDSD,λ<=log n,8192,1,58674,7.162353515625
SHDSD,λ<=log n,8192,1,63045,7.6959228515625
SHDSD,λ<=log n,8192,1,55025,6.7169189453125
SHDSD,λ<=log n,8192,1,53026,6.472900390625
SHDSD,λ<=log n,8192,1,53118,6.484130859375
SHDSD,λ<=log n,8192,1,53898,6.579345703125
SHDSD,λ<=log n,8192,1,53431,6.5223388671875
SHDSD,λ<=log n,8192,1,58349,7.1226806640625
SHDSD,λ<=log n,8192,1,60029,7.3277587890625
SHDSD,λ<=log n,8192,1,61819,7.5462646484375
SHDSD,λ<=log n,8192,1,61940,7.56103515625
SHDSD,λ<=log n,8192,1,55163,6.7337646484375
SHDSD,λ<=log n,8192,1,57929,7.0714111328125
SHDSD,λ<=log n,8192,1,59170,7.222900390625
SHDSD,λ<=log n,8192,1,64399,7.8612060546875
SHDSD,λ<=log n,8192,1,58669,7.1617431640625
SHDSD,λ<=log n,8192,1,59305,7.2393798828125
SHDSD,λ<=log n,8192,1,63879,7.7977294921875
SHDSD,λ<=log n,8192,1,56887,6.9442138671875
SHDSD,λ<=log n,8192,1,55637,6.7916259765625
SHDSD,λ<=log n,8192,1,57940,7.07275390625
SHDSD,λ<=log n,8192,1,52643,6.4261474609375
SHDSD,λ<=log n,8192,1,58498,7.140869140625
SHDSD,λ<=log n,8192,1,61151,7.4647216796875
SHDSD,λ<=log n,8192,1,55660,6.79443359375
SHDSD,λ<=log n,8192,1,54898,6.701416015625
SHDSD,λ<=log n,8192,1,56270,6.868896484375
SHDSD,λ<=log n,8192,1,55690,6.798095703125
SHDSD,λ<=log n,8192,1,54993,6.7130126953125
SHDSD,λ<=log n,8192,1,57427,7.0101318359375
SHDSD,λ<=log n,8192,1,57069,6.9664306640625
SHDSD,λ<=log n,8192,1,57383,7.0047607421875
SHDSD,λ<=log n,8192,1,56592,6.908203125
SHDSD,λ<=log n,8192,1,59697,7.2872314453125
SHDSD,λ<=log n,8192,1,58725,7.1685791015625
SHDSD,λ<=log n,8192,1,59776,7.296875
SHDSD,λ<=log n,8192,1,52925,6.4605712890625
SHDSD,λ<=log n,8192,1,57074,6.967041015625
SHDSD,λ<=log n,8192,1,58540,7.14599609375
SHDSD,λ<=log n,8192,1,65818,8.034423828125
SHDSD,λ<=log n,8192,1,56192,6.859375
SHDSD,λ<=log n,8192,1,56952,6.9521484375
SHDSD,λ<=log n,8192,1,53809,6.5684814453125
SHDSD,λ<=log n,8192,1,57850,7.061767578125
SHDSD,λ<=log n,8192,1,58923,7.1927490234375
SHDSD,λ<=log n,8192,1,61142,7.463623046875
SHDSD,λ<=log n,8192,1,51840,6.328125
SHDSD,λ<=log n,8192,1,58422,7.131591796875
SHDSD,λ<=log n,8192,1,61679,7.5291748046875
SHDSD,λ<=log n,8192,1,59115,7.2161865234375
SHDSD,λ<=log n,8192,1,53648,6.548828125
SHDSD,λ<=log n,8192,1,57687,7.0418701171875
SHDSD,λ<=log n,8192,1,53612,6.54443359375
SHDSD,λ<=log n,8192,1,62188,7.59130859375
SHDSD,λ<=log n,8192,1,57653,7.0377197265625
SHDSD,λ<=log n,8192,1,64203,7.8372802734375
SHDSD,λ<=log n,8192,1,55003,6.7142333984375
SHDSD,λ<=log n,8192,1,59677,7.2847900390625
SHDSD,λ<=log n,8192,1,57871,7.0643310546875
SHDSD,λ<=log n,8192,1,55223,6.7410888671875
SHDSD,λ<=log n,8192,1,57089,6.9688720703125
SHDSD,λ<=log n,8192,1,55650,6.793212890625
SHDSD,λ<=log n,8192,1,57660,7.03857421875
SHDSD,λ<=log n,8192,1,56511,6.8983154296875
SHDSD,λ<=log n,8192,1,55920,6.826171875
SHDSD,λ<=log n,8192,1,55528,6.7783203125
SHDSD,λ<=log n,8192,1,60638,7.402099609375
SHDSD,λ<=log n,8192,1,56034,6.840087890625
SHDSD,λ<=log n,8192,1,53914,6.581298828125
SHDSD,λ<=log n,8192,1,56547,6.9027099609375
SHDSD,λ<=log n,8192,1,59017,7.2042236328125
SHDSD,λ<=log n,8192,1,56628,6.91259765625
SHDSD,λ<=log n,8192,1,68274,8.334228515625
SHDSD,λ<=log n,8192,1,55361,6.7579345703125
SHDSD,λ<=log n,8192,1,58068,7.08837890625
SHDSD,λ<=log n,8192,1,59902,7.312255859375
SHDSD,λ<=log n,8192,1,61327,7.4862060546875
SHDSD,λ<=log n,8192,1,58019,7.0823974609375
SHDSD,λ<=log n,8192,1,54991,6.7127685546875
SHDSD,λ<=log n,8192,1,63878,7.797607421875
SHDSD,λ<=log n,8192,1,56402,6.885009765625
SHLSD,λ<=log n,8192,1,55231,6.7420654296875
SHLSD,λ<=log n,8192,1,56708,6.92236328125
SHLSD,λ<=log n,8192,1,57385,7.0050048828125
SHLSD,λ<=log n,8192,1,56224,6.86328125
SHLSD,λ<=log n,8192,1,54294,6.627685546875
SHLSD,λ<=log n,8192,1,55508,6.77587890625
SHLSD,λ<=log n,8192,1,59551,7.2694091796875
SHLSD,λ<=log n,8192,1,54842,6.694580078125
SHLSD,λ<=log n,8192,1,55586,6.785400390625
SHLSD,λ<=log n,8192,1,54750,6.683349609375
SHLSD,λ<=log n,8192,1,54981,6.7115478515625
SHLSD,λ<=log n,8192,1,53898,6.579345703125
SHLSD,λ<=log n,8192,1,51264,6.2578125
SHLSD,λ<=log n,8192,1,57414,7.008544921875
SHLSD,λ<=log n,8192,1,51889,6.3341064453125
SHLSD,λ<=log n,8192,1,61691,7.5306396484375
SHLSD,λ<=log n,8192,1,53670,6.551513671875
SHLSD,λ<=log n,8192,1,55077,6.7232666015625
SHLSD,λ<=log n,8192,1,55714,6.801025390625
SHLSD,λ<=log n,8192,1,49659,6.0618896484375
SHLSD,λ<=log n,8192,1,65498,7.995361328125
SHLSD,λ<=log n,8192,1,52866,6.453369140625
SHLSD,λ<=log n,8192,1,54764,6.68505859375
SHLSD,λ<=log n,8192,1,55032,6.7177734375
SHLSD,λ<=log n,8192,1,52369,6.3927001953125
SHLSD,λ<=log n,8192,1,53299,6.5062255859375
SHLSD,λ<=log n,8192,1,53380,6.51611328125
SHLSD,λ<=log n,8192,1,54925,6.7047119140625
SHLSD,λ<=log n,8192,1,54562,6.660400390625
SHLSD,λ<=log n,8192,1,53238,6.498779296875
SHLSD,λ<=log n,8192,1,65899,8.0443115234375
SHLSD,λ<=log n,8192,1,55049,6.7198486328125
SHLSD,λ<=log n,8192,1,52009,6.3487548828125
SHLSD,λ<=log n,8192,1,55632,6.791015625
SHLSD,λ<=log n,8192,1,55988,6.83447265625
SHLSD,λ<=log n,8192,1,56357,6.8795166015625
SHLSD,λ<=log n,8192,1,59036,7.20654296875
SHLSD,λ<=log n,8192,1,54957,6.7086181640625
SHLSD,λ<=log n,8192,1,55430,6.766357421875
SHLSD,λ<=log n,8192,1,56956,6.95263671875
SHLSD,λ<=log n,8192,1,54872,6.6982421875
SHLSD,λ<=log n,8192,1,55679,6.7967529296875
SHLSD,λ<=log n,8192,1,57818,7.057861328125
SHLSD,λ<=log n,8192,1,55986,6.834228515625
SHLSD,λ<=log n,8192,1,48666,5.940673828125
SHLSD,λ<=log n,8192,1,54682,6.675048828125
SHLSD,λ<=log n,8192,1,64478,7.870849609375
SHLSD,λ<=log n,8192,1,52597,6.4205322265625
SHLSD,λ<=log n,8192,1,54870,6.697998046875
SHLSD,λ<=log n,8192,1,55704,6.7998046875
SHLSD,λ<=log n,8192,1,50997,6.2252197265625
SHLSD,λ<=log n,8192,1,56281,6.8702392578125
SHLSD,λ<=log n,8192,1,54659,6.6722412109375
SHLSD,λ<=log n,8192,1,58195,7.1038818359375
SHLSD,λ<=log n,8192,1,58067,7.0882568359375
SHLSD,λ<=log n,8192,1,50556,6.17138671875
SHLSD,λ<=log n,8192,1,65411,7.9847412109375
SHLSD,λ<=log n,8192,1,53346,6.511962890625
SHLSD,λ<=log n,8192,1,54376,6.6376953125
SHLSD,λ<=log n,8192,1,51002,6.225830078125
SHLSD,λ<=log n,8192,1,54449,6.6466064453125
SHLSD,λ<=log n,8192,1,51731,6.3148193359375
SHLSD,λ<=log n,8192,1,58018,7.082275390625
SHLSD,λ<=log n,8192,1,53320,6.5087890625
SHLSD,λ<=log n,8192,1,57596,7.03076171875
SHLSD,λ<=log n,8192,1,56810,6.934814453125
SHLSD,λ<=log n,8192,1,49848,6.0849609375
SHLSD,λ<=log n,8192,1,57192,6.9814453125
SHLSD,λ<=log n,8192,1,56806,6.934326171875
SHLSD,λ<=log n,8192,1,53828,6.57080078125
SHLSD,λ<=log n,8192,1,53499,6.5306396484375
SHLSD,λ<=log n,8192,1,54747,6.6829833984375
SHLSD,λ<=log n,8192,1,52379,6.3939208984375
SHLSD,λ<=log n,8192,1,55515,6.7767333984375
SHLSD,λ<=log n,8192,1,56307,6.8734130859375
SHLSD,λ<=log n,8192,1,58695,7.1649169921875
SHLSD,λ<=log n,8192,1,52681,6.4307861328125
SHLSD,λ<=log n,8192,1,53823,6.5701904296875
SHLSD,λ<=log n,8192,1,51554,6.293212890625
SHLSD,λ<=log n,8192,1,59715,7.2894287109375
SHLSD,λ<=log n,8192,1,48739,5.9495849609375
SHLSD,λ<=log n,8192,1,52943,6.4627685546875
SHLSD,λ<=log n,8192,1,61801,7.5440673828125
SHLSD,λ<=log n,8192,1,61592,7.5185546875
SHLSD,λ<=log n,8192,1,56095,6.8475341796875
SHLSD,λ<=log n,8192,1,55857,6.8184814453125
SHLSD,λ<=log n,8192,1,61704,7.5322265625
SHLSD,λ<=log n,8192,1,52839,6.4500732421875
SHLSD,λ<=log n,8192,1,54738,6.681884765625
SHLSD,λ<=log n,8192,1,55757,6.8062744140625
SHLSD,λ<=log n,8192,1,54531,6.6566162109375
SHLSD,λ<=log n,8192,1,56637,6.9136962890625
SHLSD,λ<=log n,8192,1,54798,6.689208984375
SHLSD,λ<=log n,8192,1,57702,7.043701171875
SHLSD,λ<=log n,8192,1,52554,6.415283203125
SHLSD,λ<=log n,8192,1,55184,6.736328125
SHLSD,λ<=log n,8192,1,59758,7.294677734375
SHLSD,λ<=log n,8192,1,57815,7.0574951171875
SHLSD,λ<=log n,8192,1,53884,6.57763671875
SRLSD,λ<=log n,8192,1,59006,7.202880859375
SRLSD,λ<=log n,8192,1,48995,5.9808349609375
SRLSD,λ<=log n,8192,1,51056,6.232421875
SRLSD,λ<=log n,8192,1,46752,5.70703125
SRLSD,λ<=log n,8192,1,51275,6.2591552734375
SRLSD,λ<=log n,8192,1,49102,5.993896484375
SRLSD,λ<=log n,8192,1,50232,6.1318359375
SRLSD,λ<=log n,8192,1,55080,6.7236328125
SRLSD,λ<=log n,8192,1,49378,6.027587890625
SRLSD,λ<=log n,8192,1,57839,7.0604248046875
SRLSD,λ<=log n,8192,1,54196,6.61572265625
SRLSD,λ<=log n,8192,1,51762,6.318603515625
SRLSD,λ<=log n,8192,1,47648,5.81640625
SRLSD,λ<=log n,8192,1,50294,6.139404296875
SRLSD,λ<=log n,8192,1,51642,6.303955078125
SRLSD,λ<=log n,8192,1,49612,6.05615234375
SRLSD,λ<=log n,8192,1,53798,6.567138671875
SRLSD,λ<=log n,8192,1,52722,6.435791015625
SRLSD,λ<=log n,8192,1,49643,6.0599365234375
SRLSD,λ<=log n,8192,1,53239,6.4989013671875
SRLSD,λ<=log n,8192,1,49816,6.0810546875
SRLSD,λ<=log n,8192,1,50649,6.1827392578125
SRLSD,λ<=log n,8192,1,52390,6.395263671875
SRLSD,λ<=log n,8192,1,48350,5.902099609375
SRLSD,λ<=log n,8192,1,52335,6.3885498046875
SRLSD,λ<=log n,8192,1,50809,6.2022705078125
SRLSD,λ<=log n,8192,1,57785,7.0538330078125
SRLSD,λ<=log n,8192,1,54706,6.677978515625
SRLSD,λ<=log n,8192,1,55593,6.7862548828125
SRLSD,λ<=log n,8192,1,52110,6.361083984375
SRLSD,λ<=log n,8192,1,53669,6.5513916015625
SRLSD,λ<=log n,8192,1,54414,6.642333984375
SRLSD,λ<=log n,8192,1,50912,6.21484375
SRLSD,λ<=log n,8192,1,50363,6.1478271484375
SRLSD,λ<=log n,8192,1,52979,6.4671630859375
SRLSD,λ<=log n,8192,1,49297,6.0177001953125
SRLSD,λ<=log n,8192,1,57154,6.976806640625
SRLSD,λ<=log n,8192,1,50553,6.1710205078125
SRLSD,λ<=log n,8192,1,57026,6.961181640625
SRLSD,λ<=log n,8192,1,54450,6.646728515625
SRLSD,λ<=log n,8192,1,55085,6.7242431640625
SRLSD,λ<=log n,8192,1,52085,6.3580322265625
SRLSD,λ<=log n,8192,1,49355,6.0247802734375
SRLSD,λ<=log n,8192,1,55379,6.7601318359375
SRLSD,λ<=log n,8192,1,54123,6.6068115234375
SRLSD,λ<=log n,8192,1,51141,6.2427978515625
SRLSD,λ<=log n,8192,1,50191,6.1268310546875
SRLSD,λ<=log n,8192,1,50005,6.1041259765625
SRLSD,λ<=log n,8192,1,54945,6.7071533203125
SRLSD,λ<=log n,8192,1,52505,6.4093017578125
SRLSD,λ<=log n,8192,1,52552,6.4150390625
SRLSD,λ<=log n,8192,1,53032,6.4736328125
SRLSD,λ<=log n,8192,1,50298,6.139892578125
SRLSD,λ<=log n,8192,1,51770,6.319580078125
SRLSD,λ<=log n,8192,1,57224,6.9853515625
SRLSD,λ<=log n,8192,1,49911,6.0926513671875
SRLSD,λ<=log n,8192,1,51880,6.3330078125
SRLSD,λ<=log n,8192,1,48133,5.8756103515625
SRLSD,λ<=log n,8192,1,80202,9.790283203125
SRLSD,λ<=log n,8192,1,48641,5.9376220703125
SRLSD,λ<=log n,8192,1,60246,7.354248046875
SRLSD,λ<=log n,8192,1,56004,6.83642578125
SRLSD,λ<=log n,8192,1,50547,6.1702880859375
SRLSD,λ<=log n,8192,1,47574,5.807373046875
SRLSD,λ<=log n,8192,1,54375,6.6375732421875
SRLSD,λ<=log n,8192,1,47790,5.833740234375
SRLSD,λ<=log n,8192,1,48701,5.9449462890625
SRLSD,λ<=log n,8192,1,53501,6.5308837890625
SRLSD,λ<=log n,8192,1,51203,6.2503662109375
SRLSD,λ<=log n,8192,1,56546,6.902587890625
SRLSD,λ<=log n,8192,1,53499,6.5306396484375
SRLSD,λ<=log n,8192,1,53804,6.56787109375
SRLSD,λ<=log n,8192,1,49493,6.0416259765625
SRLSD,λ<=log n,8192,1,50283,6.1380615234375
SRLSD,λ<=log n,8192,1,51763,6.3187255859375
SRLSD,λ<=log n,8192,1,55560,6.7822265625
SRLSD,λ<=log n,8192,1,55960,6.8310546875
SRLSD,λ<=log n,8192,1,53336,6.5107421875
SRLSD,λ<=log n,8192,1,50097,6.1153564453125
SRLSD,λ<=log n,8192,1,49131,5.9974365234375
SRLSD,λ<=log n,8192,1,55748,6.80517578125
SRLSD,λ<=log n,8192,1,54125,6.6070556640625
SRLSD,λ<=log n,8192,1,55528,6.7783203125
SRLSD,λ<=log n,8192,1,49956,6.09814453125
SRLSD,λ<=log n,8192,1,55640,6.7919921875
SRLSD,λ<=log n,8192,1,56562,6.904541015625
SRLSD,λ<=log n,8192,1,53127,6.4852294921875
SRLSD,λ<=log n,8192,1,53988,6.59033203125
SRLSD,λ<=log n,8192,1,58690,7.164306640625
SRLSD,λ<=log n,8192,1,58929,7.1934814453125
SRLSD,λ<=log n,8192,1,49411,6.0316162109375
SRLSD,λ<=log n,8192,1,64761,7.9053955078125
SRLSD,λ<=log n,8192,1,58068,7.08837890625
SRLSD,λ<=log n,8192,1,47396,5.78564453125
SRLSD,λ<=log n,8192,1,49223,6.0086669921875
SRLSD,λ<=log n,8192,1,50187,6.1263427734375
SRLSD,λ<=log n,8192,1,49674,6.063720703125
SRLSD,λ<=log n,8192,1,51656,6.3056640625
SRLSD,λ<=log n,8192,1,52429,6.4000244140625
SRLSD,λ<=log n,8192,1,53884,6.57763671875
SSLSD,λ<=log n,8192,1,81455,9.9432373046875
SSLSD,λ<=log n,8192,1,81355,9.9310302734375
SSLSD,λ<=log n,8192,1,83485,10.1910400390625
SSLSD,λ<=log n,8192,1,80184,9.7880859375
SSLSD,λ<=log n,8192,1,76954,9.393798828125
SSLSD,λ<=log n,8192,1,87341,10.6617431640625
SSLSD,λ<=log n,8192,1,79946,9.759033203125
SSLSD,λ<=log n,8192,1,86103,10.5106201171875
SSLSD,λ<=log n,8192,1,82849,10.1134033203125
SSLSD,λ<=log n,8192,1,82366,10.054443359375
SSLSD,λ<=log n,8192,1,87390,10.667724609375
SSLSD,λ<=log n,8192,1,87198,10.644287109375
SSLSD,λ<=log n,8192,1,81857,9.9923095703125
SSLSD,λ<=log n,8192,1,84873,10.3604736328125
SSLSD,λ<=log n,8192,1,82501,10.0709228515625
SSLSD,λ<=log n,8192,1,88224,10.76953125
SSLSD,λ<=log n,8192,1,83176,10.1533203125
SSLSD,λ<=log n,8192,1,85479,10.4344482421875
SSLSD,λ<=log n,8192,1,88744,10.8330078125
SSLSD,λ<=log n,8192,1,95224,11.6240234375
SSLSD,λ<=log n,8192,1,82984,10.1298828125
SSLSD,λ<=log n,8192,1,88938,10.856689453125
SSLSD,λ<=log n,8192,1,87405,10.6695556640625
SSLSD,λ<=log n,8192,1,101556,12.39697265625
SSLSD,λ<=log n,8192,1,91051,11.1146240234375
SSLSD,λ<=log n,8192,1,80969,9.8839111328125
SSLSD,λ<=log n,8192,1,81396,9.93603515625
SSLSD,λ<=log n,8192,1,78734,9.611083984375
SSLSD,λ<=log n,8192,1,90621,11.0621337890625
SSLSD,λ<=log n,8192,1,89692,10.94873046875
SSLSD,λ<=log n,8192,1,84211,10.2796630859375
SSLSD,λ<=log n,8192,1,84901,10.3638916015625
SSLSD,λ<=log n,8192,1,88910,10.853271484375
SSLSD,λ<=log n,8192,1,96530,11.783447265625
SSLSD,λ<=log n,8192,1,82098,10.021728515625
SSLSD,λ<=log n,8192,1,86185,10.5206298828125
SSLSD,λ<=log n,8192,1,89053,10.8707275390625
SSLSD,λ<=log n,8192,1,83006,10.132568359375
SSLSD,λ<=log n,8192,1,84529,10.3184814453125
SSLSD,λ<=log n,8192,1,85676,10.45849609375
SSLSD,λ<=log n,8192,1,83748,10.22314453125
SSLSD,λ<=log n,8192,1,83205,10.1568603515625
SSLSD,λ<=log n,8192,1,82774,10.104248046875
SSLSD,λ<=log n,8192,1,78780,9.61669921875
SSLSD,λ<=log n,8192,1,79339,9.6849365234375
SSLSD,λ<=log n,8192,1,83808,10.23046875
SSLSD,λ<=log n,8192,1,89082,10.874267578125
SSLSD,λ<=log n,8192,1,79215,9.6697998046875
SSLSD,λ<=log n,8192,1,86431,10.5506591796875
SSLSD,λ<=log n,8192,1,92823,11.3309326171875
SSLSD,λ<=log n,8192,1,82830,10.111083984375
SSLSD,λ<=log n,8192,1,97643,11.9193115234375
SSLSD,λ<=log n,8192,1,92902,11.340576171875
SSLSD,λ<=log n,8192,1,84107,10.2669677734375
SSLSD,λ<=log n,8192,1,82915,10.1214599609375
SSLSD,λ<=log n,8192,1,91144,11.1259765625
SSLSD,λ<=log n,8192,1,89986,10.984619140625
SSLSD,λ<=log n,8192,1,84192,10.27734375
SSLSD,λ<=log n,8192,1,105626,12.893798828125
SSLSD,λ<=log n,8192,1,95520,11.66015625
SSLSD,λ<=log n,8192,1,82142,10.027099609375
SSLSD,λ<=log n,8192,1,102400,12.5
SSLSD,λ<=log n,8192,1,80844,9.86865234375
SSLSD,λ<=log n,8192,1,88072,10.7509765625
SSLSD,λ<=log n,8192,1,92578,11.301025390625
SSLSD,λ<=log n,8192,1,90137,11.0030517578125
SSLSD,λ<=log n,8192,1,83507,10.1937255859375
SSLSD,λ<=log n,8192,1,89493,10.9244384765625
SSLSD,λ<=log n,8192,1,86293,10.5338134765625
SSLSD,λ<=log n,8192,1,83415,10.1824951171875
SSLSD,λ<=log n,8192,1,91976,11.2275390625
SSLSD,λ<=log n,8192,1,82721,10.0977783203125
SSLSD,λ<=log n,8192,1,85268,10.40869140625
SSLSD,λ<=log n,8192,1,83395,10.1800537109375
SSLSD,λ<=log n,8192,1,85445,10.4302978515625
SSLSD,λ<=log n,8192,1,82296,10.0458984375
SSLSD,λ<=log n,8192,1,98516,12.02587890625
SSLSD,λ<=log n,8192,1,90200,11.0107421875
SSLSD,λ<=log n,8192,1,81567,9.9569091796875
SSLSD,λ<=log n,8192,1,77672,9.4814453125
SSLSD,λ<=log n,8192,1,82563,10.0784912109375
SSLSD,λ<=log n,8192,1,81418,9.938720703125
SSLSD,λ<=log n,8192,1,87938,10.734619140625
SSLSD,λ<=log n,8192,1,83430,10.184326171875
SSLSD,λ<=log n,8192,1,84779,10.3489990234375
SSLSD,λ<=log n,8192,1,84537,10.3194580078125
SSLSD,λ<=log n,8192,1,81243,9.9173583984375
SSLSD,λ<=log n,8192,1,81884,9.99560546875
SSLSD,λ<=log n,8192,1,79098,9.655517578125
SSLSD,λ<=log n,8192,1,82287,10.0447998046875
SSLSD,λ<=log n,8192,1,88175,10.7635498046875
SSLSD,λ<=log n,8192,1,83766,10.225341796875
SSLSD,λ<=log n,8192,1,88962,10.859619140625
SSLSD,λ<=log n,8192,1,88100,10.75439453125
SSLSD,λ<=log n,8192,1,82828,10.11083984375
SSLSD,λ<=log n,8192,1,77768,9.4931640625
SSLSD,λ<=log n,8192,1,82663,10.0906982421875
SSLSD,λ<=log n,8192,1,78699,9.6068115234375
SSLSD,λ<=log n,8192,1,86348,10.54052734375
SSLSD,λ<=log n,8192,1,96668,11.80029296875
SSDMD,λ<=log n,8192,1,72614,8.864013671875
SSDMD,λ<=log n,8192,1,73714,8.998291015625
SSDMD,λ<=log n,8192,1,72665,8.8702392578125
SSDMD,λ<=log n,8192,1,76076,9.28662109375
SSDMD,λ<=log n,8192,1,77272,9.4326171875
SSDMD,λ<=log n,8192,1,77990,9.520263671875
SSDMD,λ<=log n,8192,1,68449,8.3555908203125
SSDMD,λ<=log n,8192,1,77962,9.516845703125
SSDMD,λ<=log n,8192,1,76733,9.3668212890625
SSDMD,λ<=log n,8192,1,74182,9.055419921875
SSDMD,λ<=log n,8192,1,72707,8.8753662109375
SSDMD,λ<=log n,8192,1,80965,9.8834228515625
SSDMD,λ<=log n,8192,1,75930,9.268798828125
SSDMD,λ<=log n,8192,1,89602,10.937744140625
SSDMD,λ<=log n,8192,1,76789,9.3736572265625
SSDMD,λ<=log n,8192,1,86563,10.5667724609375
SSDMD,λ<=log n,8192,1,82992,10.130859375
SSDMD,λ<=log n,8192,1,69852,8.52685546875
SSDMD,λ<=log n,8192,1,85274,10.409423828125
SSDMD,λ<=log n,8192,1,73350,8.953857421875
SSDMD,λ<=log n,8192,1,74430,9.085693359375
SSDMD,λ<=log n,8192,1,70416,8.595703125
SSDMD,λ<=log n,8192,1,80232,9.7939453125
SSDMD,λ<=log n,8192,1,71006,8.667724609375
SSDMD,λ<=log n,8192,1,71517,8.7301025390625
SSDMD,λ<=log n,8192,1,75565,9.2242431640625
SSDMD,λ<=log n,8192,1,74396,9.08154296875
SSDMD,λ<=log n,8192,1,72918,8.901123046875
SSDMD,λ<=log n,8192,1,80187,9.7884521484375
SSDMD,λ<=log n,8192,1,80157,9.7847900390625
SSDMD,λ<=log n,8192,1,71415,8.7176513671875
SSDMD,λ<=log n,8192,1,81734,9.977294921875
SSDMD,λ<=log n,8192,1,72213,8.8150634765625
SSDMD,λ<=log n,8192,1,79439,9.6971435546875
SSDMD,λ<=log n,8192,1,73857,9.0157470703125
SSDMD,λ<=log n,8192,1,85665,10.4571533203125
SSDMD,λ<=log n,8192,1,97094,11.852294921875
SSDMD,λ<=log n,8192,1,74354,9.076416015625
SSDMD,λ<=log n,8192,1,77675,9.4818115234375
SSDMD,λ<=log n,8192,1,88883,10.8499755859375
SSDMD,λ<=log n,8192,1,77979,9.5189208984375
SSDMD,λ<=log n,8192,1,76461,9.3336181640625
SSDMD,λ<=log n,8192,1,79678,9.726318359375
SSDMD,λ<=log n,8192,1,74456,9.0888671875
SSDMD,λ<=log n,8192,1,82130,10.025634765625
SSDMD,λ<=log n,8192,1,85753,10.4678955078125
SSDMD,λ<=log n,8192,1,70739,8.6351318359375
SSDMD,λ<=log n,8192,1,74702,9.118896484375
SSDMD,λ<=log n,8192,1,79108,9.65673828125
SSDMD,λ<=log n,8192,1,77898,9.509033203125
SSDMD,λ<=log n,8192,1,76615,9.3524169921875
SSDMD,λ<=log n,8192,1,80825,9.8663330078125
SSDMD,λ<=log n,8192,1,75912,9.2666015625
SSDMD,λ<=log n,8192,1,73397,8.9595947265625
SSDMD,λ<=log n,8192,1,79401,9.6925048828125
SSDMD,λ<=log n,8192,1,76098,9.289306640625
SSDMD,λ<=log n,8192,1,72180,8.81103515625
SSDMD,λ<=log n,8192,1,85589,10.4478759765625
SSDMD,λ<=log n,8192,1,76503,9.3387451171875
SSDMD,λ<=log n,8192,1,74907,9.1439208984375
SSDMD,λ<=log n,8192,1,74117,9.0474853515625
SSDMD,λ<=log n,8192,1,72163,8.8089599609375
SSDMD,λ<=log n,8192,1,76375,9.3231201171875
SSDMD,λ<=log n,8192,1,70799,8.6424560546875
SSDMD,λ<=log n,8192,1,82138,10.026611328125
SSDMD,λ<=log n,8192,1,73112,8.9248046875
SSDMD,λ<=log n,8192,1,77358,9.443115234375
SSDMD,λ<=log n,8192,1,73543,8.9774169921875
SSDMD,λ<=log n,8192,1,88302,10.779052734375
SSDMD,λ<=log n,8192,1,78817,9.6212158203125
SSDMD,λ<=log n,8192,1,77025,9.4024658203125
SSDMD,λ<=log n,8192,1,79522,9.707275390625
SSDMD,λ<=log n,8192,1,74925,9.1461181640625
SSDMD,λ<=log n,8192,1,72628,8.86572265625
SSDMD,λ<=log n,8192,1,72771,8.8831787109375
SSDMD,λ<=log n,8192,1,81339,9.9290771484375
SSDMD,λ<=log n,8192,1,87074,10.629150390625
SSDMD,λ<=log n,8192,1,77849,9.5030517578125
SSDMD,λ<=log n,8192,1,81583,9.9588623046875
SSDMD,λ<=log n,8192,1,77972,9.51806640625
SSDMD,λ<=log n,8192,1,80713,9.8526611328125
SSDMD,λ<=log n,8192,1,79335,9.6844482421875
SSDMD,λ<=log n,8192,1,82173,10.0308837890625
SSDMD,λ<=log n,8192,1,79348,9.68603515625
SSDMD,λ<=log n,8192,1,78295,9.5574951171875
SSDMD,λ<=log n,8192,1,69843,8.5257568359375
SSDMD,λ<=log n,8192,1,73199,8.9354248046875
SSDMD,λ<=log n,8192,1,75463,9.2117919921875
SSDMD,λ<=log n,8192,1,71207,8.6922607421875
SSDMD,λ<=log n,8192,1,80994,9.886962890625
SSDMD,λ<=log n,8192,1,80367,9.8104248046875
SSDMD,λ<=log n,8192,1,74237,9.0621337890625
SSDMD,λ<=log n,8192,1,81630,9.964599609375
SSDMD,λ<=log n,8192,1,79022,9.646240234375
SSDMD,λ<=log n,8192,1,81353,9.9307861328125
SSDMD,λ<=log n,8192,1,75030,9.158935546875
SSDMD,λ<=log n,8192,1,75112,9.1689453125
SSDMD,λ<=log n,8192,1,74624,9.109375
SSDMD,λ<=log n,8192,1,75145,9.1729736328125
SRDMD,λ<=log n,8192,1,53142,6.487060546875
SRDMD,λ<=log n,8192,1,47793,5.8341064453125
SRDMD,λ<=log n,8192,1,48498,5.920166015625
SRDMD,λ<=log n,8192,1,50077,6.1129150390625
SRDMD,λ<=log n,8192,1,50465,6.1602783203125
SRDMD,λ<=log n,8192,1,52550,6.414794921875
SRDMD,λ<=log n,8192,1,46270,5.648193359375
SRDMD,λ<=log n,8192,1,54265,6.6241455078125
SRDMD,λ<=log n,8192,1,54536,6.6572265625
SRDMD,λ<=log n,8192,1,54657,6.6719970703125
SRDMD,λ<=log n,8192,1,51310,6.263427734375
SRDMD,λ<=log n,8192,1,52639,6.4256591796875
SRDMD,λ<=log n,8192,1,53244,6.49951171875
SRDMD,λ<=log n,8192,1,46676,5.69775390625
SRDMD,λ<=log n,8192,1,56136,6.8525390625
SRDMD,λ<=log n,8192,1,48674,5.941650390625
SRDMD,λ<=log n,8192,1,48491,5.9193115234375
SRDMD,λ<=log n,8192,1,45997,5.6148681640625
SRDMD,λ<=log n,8192,1,58818,7.179931640625
SRDMD,λ<=log n,8192,1,51232,6.25390625
SRDMD,λ<=log n,8192,1,50339,6.1448974609375
SRDMD,λ<=log n,8192,1,49775,6.0760498046875
SRDMD,λ<=log n,8192,1,53924,6.58251953125
SRDMD,λ<=log n,8192,1,50574,6.173583984375
SRDMD,λ<=log n,8192,1,46650,5.694580078125
SRDMD,λ<=log n,8192,1,52883,6.4554443359375
SRDMD,λ<=log n,8192,1,54460,6.64794921875
SRDMD,λ<=log n,8192,1,49416,6.0322265625
SRDMD,λ<=log n,8192,1,49929,6.0948486328125
SRDMD,λ<=log n,8192,1,50835,6.2054443359375
SRDMD,λ<=log n,8192,1,48819,5.9593505859375
SRDMD,λ<=log n,8192,1,47137,5.7540283203125
SRDMD,λ<=log n,8192,1,51571,6.2952880859375
SRDMD,λ<=log n,8192,1,51141,6.2427978515625
SRDMD,λ<=log n,8192,1,49996,6.10302734375
SRDMD,λ<=log n,8192,1,50357,6.1470947265625
SRDMD,λ<=log n,8192,1,53811,6.5687255859375
SRDMD,λ<=log n,8192,1,55157,6.7330322265625
SRDMD,λ<=log n,8192,1,52602,6.421142578125
SRDMD,λ<=log n,8192,1,50435,6.1566162109375
SRDMD,λ<=log n,8192,1,49061,5.9888916015625
SRDMD,λ<=log n,8192,1,49405,6.0308837890625
SRDMD,λ<=log n,8192,1,59567,7.2713623046875
SRDMD,λ<=log n,8192,1,48911,5.9705810546875
SRDMD,λ<=log n,8192,1,55067,6.7220458984375
SRDMD,λ<=log n,8192,1,50264,6.1357421875
SRDMD,λ<=log n,8192,1,54358,6.635498046875
SRDMD,λ<=log n,8192,1,48547,5.9261474609375
SRDMD,λ<=log n,8192,1,52814,6.447021484375
SRDMD,λ<=log n,8192,1,49827,6.0823974609375
SRDMD,λ<=log n,8192,1,45821,5.5933837890625
SRDMD,λ<=log n,8192,1,53271,6.5028076171875
SRDMD,λ<=log n,8192,1,51687,6.3094482421875
SRDMD,λ<=log n,8192,1,52253,6.3785400390625
SRDMD,λ<=log n,8192,1,49873,6.0880126953125
SRDMD,λ<=log n,8192,1,50965,6.2213134765625
SRDMD,λ<=log n,8192,1,52938,6.462158203125
SRDMD,λ<=log n,8192,1,52022,6.350341796875
SRDMD,λ<=log n,8192,1,58065,7.0880126953125
SRDMD,λ<=log n,8192,1,53346,6.511962890625
SRDMD,λ<=log n,8192,1,53243,6.4993896484375
SRDMD,λ<=log n,8192,1,48212,5.88525390625
SRDMD,λ<=log n,8192,1,50408,6.1533203125
SRDMD,λ<=log n,8192,1,52701,6.4332275390625
SRDMD,λ<=log n,8192,1,50521,6.1671142578125
SRDMD,λ<=log n,8192,1,53648,6.548828125
SRDMD,λ<=log n,8192,1,48003,5.8597412109375
SRDMD,λ<=log n,8192,1,57349,7.0006103515625
SRDMD,λ<=log n,8192,1,48078,5.868896484375
SRDMD,λ<=log n,8192,1,55004,6.71435546875
SRDMD,λ<=log n,8192,1,52114,6.361572265625
SRDMD,λ<=log n,8192,1,49732,6.07080078125
SRDMD,λ<=log n,8192,1,49546,6.048095703125
SRDMD,λ<=log n,8192,1,62297,7.6046142578125
SRDMD,λ<=log n,8192,1,47154,5.756103515625
SRDMD,λ<=log n,8192,1,51758,6.318115234375
SRDMD,λ<=log n,8192,1,55388,6.76123046875
SRDMD,λ<=log n,8192,1,49460,6.03759765625
SRDMD,λ<=log n,8192,1,49793,6.0782470703125
SRDMD,λ<=log n,8192,1,49637,6.0592041015625
SRDMD,λ<=log n,8192,1,47960,5.8544921875
SRDMD,λ<=log n,8192,1,49917,6.0933837890625
SRDMD,λ<=log n,8192,1,49779,6.0765380859375
SRDMD,λ<=log n,8192,1,51126,6.240966796875
SRDMD,λ<=log n,8192,1,48800,5.95703125
SRDMD,λ<=log n,8192,1,54053,6.5982666015625
SRDMD,λ<=log n,8192,1,51078,6.235107421875
SRDMD,λ<=log n,8192,1,48157,5.8785400390625
SRDMD,λ<=log n,8192,1,64640,7.890625
SRDMD,λ<=log n,8192,1,52499,6.4085693359375
SRDMD,λ<=log n,8192,1,47549,5.8043212890625
SRDMD,λ<=log n,8192,1,47117,5.7515869140625
SRDMD,λ<=log n,8192,1,47808,5.8359375
SRDMD,λ<=log n,8192,1,47917,5.8492431640625
SRDMD,λ<=log n,8192,1,54210,6.617431640625
SRDMD,λ<=log n,8192,1,46694,5.699951171875
SRDMD,λ<=log n,8192,1,52096,6.359375
SRDMD,λ<=log n,8192,1,47182,5.759521484375
SRDMD,λ<=log n,8192,1,50285,6.1383056640625
SRDMD,λ<=log n,8192,1,51017,6.2276611328125
SHDMD,λ<=log n,8192,1,61711,7.5330810546875
SHDMD,λ<=log n,8192,1,56053,6.8424072265625
SHDMD,λ<=log n,8192,1,53778,6.564697265625
SHDMD,λ<=log n,8192,1,61186,7.468994140625
SHDMD,λ<=log n,8192,1,62105,7.5811767578125
SHDMD,λ<=log n,8192,1,54218,6.618408203125
SHDMD,λ<=log n,8192,1,61237,7.4752197265625
SHDMD,λ<=log n,8192,1,57848,7.0615234375
SHDMD,λ<=log n,8192,1,64093,7.8238525390625
SHDMD,λ<=log n,8192,1,58043,7.0853271484375
SHDMD,λ<=log n,8192,1,57673,7.0401611328125
SHDMD,λ<=log n,8192,1,54191,6.6151123046875
SHDMD,λ<=log n,8192,1,57319,6.9969482421875
SHDMD,λ<=log n,8192,1,51620,6.30126953125
SHDMD,λ<=log n,8192,1,53358,6.513427734375
SHDMD,λ<=log n,8192,1,67649,8.2579345703125
SHDMD,λ<=log n,8192,1,54197,6.6158447265625
SHDMD,λ<=log n,8192,1,63812,7.78955078125
SHDMD,λ<=log n,8192,1,70603,8.6185302734375
SHDMD,λ<=log n,8192,1,56315,6.8743896484375
SHDMD,λ<=log n,8192,1,52515,6.4105224609375
SHDMD,λ<=log n,8192,1,59329,7.2423095703125
SHDMD,λ<=log n,8192,1,55048,6.7197265625
SHDMD,λ<=log n,8192,1,60314,7.362548828125
SHDMD,λ<=log n,8192,1,55936,6.828125
SHDMD,λ<=log n,8192,1,53364,6.51416015625
SHDMD,λ<=log n,8192,1,55782,6.809326171875
SHDMD,λ<=log n,8192,1,70440,8.5986328125
SHDMD,λ<=log n,8192,1,56212,6.86181640625
SHDMD,λ<=log n,8192,1,59293,7.2379150390625
SHDMD,λ<=log n,8192,1,52033,6.3516845703125
SHDMD,λ<=log n,8192,1,65246,7.964599609375
SHDMD,λ<=log n,8192,1,54587,6.6634521484375
SHDMD,λ<=log n,8192,1,55526,6.778076171875
SHDMD,λ<=log n,8192,1,58471,7.1375732421875
SHDMD,λ<=log n,8192,1,57785,7.0538330078125
SHDMD,λ<=log n,8192,1,57386,7.005126953125
SHDMD,λ<=log n,8192,1,56844,6.93896484375
SHDMD,λ<=log n,8192,1,54707,6.6781005859375
SHDMD,λ<=log n,8192,1,54909,6.7027587890625
SHDMD,λ<=log n,8192,1,57532,7.02294921875
SHDMD,λ<=log n,8192,1,58042,7.085205078125
SHDMD,λ<=log n,8192,1,59312,7.240234375
SHDMD,λ<=log n,8192,1,60877,7.4312744140625
SHDMD,λ<=log n,8192,1,58189,7.1031494140625
SHDMD,λ<=log n,8192,1,53339,6.5111083984375
SHDMD,λ<=log n,8192,1,56201,6.8604736328125
SHDMD,λ<=log n,8192,1,58952,7.1962890625
SHDMD,λ<=log n,8192,1,70153,8.5635986328125
SHDMD,λ<=log n,8192,1,54292,6.62744140625
SHDMD,λ<=log n,8192,1,64055,7.8192138671875
SHDMD,λ<=log n,8192,1,56857,6.9405517578125
SHDMD,λ<=log n,8192,1,56712,6.9228515625
SHDMD,λ<=log n,8192,1,57547,7.0247802734375
SHDMD,λ<=log n,8192,1,56896,6.9453125
SHDMD,λ<=log n,8192,1,59592,7.2744140625
SHDMD,λ<=log n,8192,1,53467,6.5267333984375
SHDMD,λ<=log n,8192,1,62955,7.6849365234375
SHDMD,λ<=log n,8192,1,60434,7.377197265625
SHDMD,λ<=log n,8192,1,52736,6.4375
SHDMD,λ<=log n,8192,1,55986,6.834228515625
SHDMD,λ<=log n,8192,1,61195,7.4700927734375
SHDMD,λ<=log n,8192,1,61144,7.4638671875
SHDMD,λ<=log n,8192,1,56948,6.95166015625
SHDMD,λ<=log n,8192,1,55683,6.7972412109375
SHDMD,λ<=log n,8192,1,66954,8.173095703125
SHDMD,λ<=log n,8192,1,55592,6.7861328125
SHDMD,λ<=log n,8192,1,54282,6.626220703125
SHDMD,λ<=log n,8192,1,55733,6.8033447265625
SHDMD,λ<=log n,8192,1,55758,6.806396484375
SHDMD,λ<=log n,8192,1,59127,7.2176513671875
SHDMD,λ<=log n,8192,1,55908,6.82470703125
SHDMD,λ<=log n,8192,1,56891,6.9447021484375
SHDMD,λ<=log n,8192,1,55747,6.8050537109375
SHDMD,λ<=log n,8192,1,54727,6.6805419921875
SHDMD,λ<=log n,8192,1,53572,6.53955078125
SHDMD,λ<=log n,8192,1,60526,7.388427734375
SHDMD,λ<=log n,8192,1,56922,6.948486328125
SHDMD,λ<=log n,8192,1,62189,7.5914306640625
SHDMD,λ<=log n,8192,1,51763,6.3187255859375
SHDMD,λ<=log n,8192,1,53305,6.5069580078125
SHDMD,λ<=log n,8192,1,56202,6.860595703125
SHDMD,λ<=log n,8192,1,55866,6.819580078125
SHDMD,λ<=log n,8192,1,55802,6.811767578125
SHDMD,λ<=log n,8192,1,60113,7.3380126953125
SHDMD,λ<=log n,8192,1,57275,6.9915771484375
SHDMD,λ<=log n,8192,1,52531,6.4124755859375
SHDMD,λ<=log n,8192,1,52201,6.3721923828125
SHDMD,λ<=log n,8192,1,59442,7.256103515625
SHDMD,λ<=log n,8192,1,52242,6.377197265625
SHDMD,λ<=log n,8192,1,58403,7.1292724609375
SHDMD,λ<=log n,8192,1,59448,7.2568359375
SHDMD,λ<=log n,8192,1,56140,6.85302734375
SHDMD,λ<=log n,8192,1,54982,6.711669921875
SHDMD,λ<=log n,8192,1,54105,6.6046142578125
SHDMD,λ<=log n,8192,1,62615,7.6434326171875
SHDMD,λ<=log n,8192,1,59425,7.2540283203125
SHDMD,λ<=log n,8192,1,60017,7.3262939453125
SHDMD,λ<=log n,8192,1,54048,6.59765625
SHLMD,λ<=log n,8192,1,54954,6.708251953125
SHLMD,λ<=log n,8192,1,50809,6.2022705078125
SHLMD,λ<=log n,8192,1,51588,6.29736328125
SHLMD,λ<=log n,8192,1,52075,6.3568115234375
SHLMD,λ<=log n,8192,1,54664,6.6728515625
SHLMD,λ<=log n,8192,1,48530,5.924072265625
SHLMD,λ<=log n,8192,1,55005,6.7144775390625
SHLMD,λ<=log n,8192,1,54681,6.6749267578125
SHLMD,λ<=log n,8192,1,57960,7.0751953125
SHLMD,λ<=log n,8192,1,58104,7.0927734375
SHLMD,λ<=log n,8192,1,57169,6.9786376953125
SHLMD,λ<=log n,8192,1,51712,6.3125
SHLMD,λ<=log n,8192,1,52481,6.4063720703125
SHLMD,λ<=log n,8192,1,53437,6.5230712890625
SHLMD,λ<=log n,8192,1,53367,6.5145263671875
SHLMD,λ<=log n,8192,1,52665,6.4288330078125
SHLMD,λ<=log n,8192,1,48615,5.9344482421875
SHLMD,λ<=log n,8192,1,52172,6.36865234375
SHLMD,λ<=log n,8192,1,52437,6.4010009765625
SHLMD,λ<=log n,8192,1,55358,6.757568359375
SHLMD,λ<=log n,8192,1,51789,6.3218994140625
SHLMD,λ<=log n,8192,1,54380,6.63818359375
SHLMD,λ<=log n,8192,1,57539,7.0238037109375
SHLMD,λ<=log n,8192,1,49416,6.0322265625
SHLMD,λ<=log n,8192,1,51266,6.258056640625
SHLMD,λ<=log n,8192,1,53802,6.567626953125
SHLMD,λ<=log n,8192,1,53449,6.5245361328125
SHLMD,λ<=log n,8192,1,55714,6.801025390625
SHLMD,λ<=log n,8192,1,50347,6.1458740234375
SHLMD,λ<=log n,8192,1,52997,6.4693603515625
SHLMD,λ<=log n,8192,1,55034,6.718017578125
SHLMD,λ<=log n,8192,1,52666,6.428955078125
SHLMD,λ<=log n,8192,1,58221,7.1070556640625
SHLMD,λ<=log n,8192,1,52710,6.434326171875
SHLMD,λ<=log n,8192,1,50144,6.12109375
SHLMD,λ<=log n,8192,1,46908,5.72607421875
SHLMD,λ<=log n,8192,1,50443,6.1575927734375
SHLMD,λ<=log n,8192,1,52006,6.348388671875
SHLMD,λ<=log n,8192,1,50117,6.1177978515625
SHLMD,λ<=log n,8192,1,53015,6.4715576171875
SHLMD,λ<=log n,8192,1,54892,6.70068359375
SHLMD,λ<=log n,8192,1,51437,6.2789306640625
SHLMD,λ<=log n,8192,1,53531,6.5345458984375
SHLMD,λ<=log n,8192,1,54208,6.6171875
SHLMD,λ<=log n,8192,1,53938,6.584228515625
SHLMD,λ<=log n,8192,1,55557,6.7818603515625
SHLMD,λ<=log n,8192,1,51369,6.2706298828125
SHLMD,λ<=log n,8192,1,56763,6.9290771484375
SHLMD,λ<=log n,8192,1,49852,6.08544921875
SHLMD,λ<=log n,8192,1,54182,6.614013671875
SHLMD,λ<=log n,8192,1,54858,6.696533203125
SHLMD,λ<=log n,8192,1,57059,6.9652099609375
SHLMD,λ<=log n,8192,1,58812,7.17919921875
SHLMD,λ<=log n,8192,1,56881,6.9434814453125
SHLMD,λ<=log n,8192,1,52608,6.421875
SHLMD,λ<=log n,8192,1,56230,6.864013671875
SHLMD,λ<=log n,8192,1,54203,6.6165771484375
SHLMD,λ<=log n,8192,1,51899,6.3353271484375
SHLMD,λ<=log n,8192,1,52879,6.4549560546875
SHLMD,λ<=log n,8192,1,51562,6.294189453125
SHLMD,λ<=log n,8192,1,52253,6.3785400390625
SHLMD,λ<=log n,8192,1,50734,6.193115234375
SHLMD,λ<=log n,8192,1,57138,6.974853515625
SHLMD,λ<=log n,8192,1,50711,6.1903076171875
SHLMD,λ<=log n,8192,1,50469,6.1607666015625
SHLMD,λ<=log n,8192,1,50238,6.132568359375
SHLMD,λ<=log n,8192,1,61077,7.4556884765625
SHLMD,λ<=log n,8192,1,51400,6.2744140625
SHLMD,λ<=log n,8192,1,51827,6.3265380859375
SHLMD,λ<=log n,8192,1,52238,6.376708984375
SHLMD,λ<=log n,8192,1,51144,6.2431640625
SHLMD,λ<=log n,8192,1,58281,7.1143798828125
SHLMD,λ<=log n,8192,1,51498,6.286376953125
SHLMD,λ<=log n,8192,1,58934,7.194091796875
SHLMD,λ<=log n,8192,1,52475,6.4056396484375
SHLMD,λ<=log n,8192,1,52745,6.4385986328125
SHLMD,λ<=log n,8192,1,53211,6.4954833984375
SHLMD,λ<=log n,8192,1,49374,6.027099609375
SHLMD,λ<=log n,8192,1,53738,6.559814453125
SHLMD,λ<=log n,8192,1,51558,6.293701171875
SHLMD,λ<=log n,8192,1,57779,7.0531005859375
SHLMD,λ<=log n,8192,1,51539,6.2913818359375
SHLMD,λ<=log n,8192,1,52809,6.4464111328125
SHLMD,λ<=log n,8192,1,50713,6.1905517578125
SHLMD,λ<=log n,8192,1,52728,6.4365234375
SHLMD,λ<=log n,8192,1,55166,6.734130859375
SHLMD,λ<=log n,8192,1,54959,6.7088623046875
SHLMD,λ<=log n,8192,1,49375,6.0272216796875
SHLMD,λ<=log n,8192,1,51408,6.275390625
SHLMD,λ<=log n,8192,1,48251,5.8900146484375
SHLMD,λ<=log n,8192,1,49998,6.103271484375
SHLMD,λ<=log n,8192,1,51164,6.24560546875
SHLMD,λ<=log n,8192,1,51215,6.2518310546875
SHLMD,λ<=log n,8192,1,52945,6.4630126953125
SHLMD,λ<=log n,8192,1,49995,6.1029052734375
SHLMD,λ<=log n,8192,1,51966,6.343505859375
SHLMD,λ<=log n,8192,1,50100,6.11572265625
SHLMD,λ<=log n,8192,1,55498,6.774658203125
SHLMD,λ<=log n,8192,1,54470,6.649169921875
SRLMD,λ<=log n,8192,1,55495,6.7742919921875
SRLMD,λ<=log n,8192,1,52520,6.4111328125
SRLMD,λ<=log n,8192,1,58951,7.1961669921875
SRLMD,λ<=log n,8192,1,53402,6.518798828125
SRLMD,λ<=log n,8192,1,55659,6.7943115234375
SRLMD,λ<=log n,8192,1,60279,7.3582763671875
SRLMD,λ<=log n,8192,1,56815,6.9354248046875
SRLMD,λ<=log n,8192,1,55005,6.7144775390625
SRLMD,λ<=log n,8192,1,56524,6.89990234375
SRLMD,λ<=log n,8192,1,57306,6.995361328125
SRLMD,λ<=log n,8192,1,58591,7.1522216796875
SRLMD,λ<=log n,8192,1,55277,6.7476806640625
SRLMD,λ<=log n,8192,1,58546,7.146728515625
SRLMD,λ<=log n,8192,1,54656,6.671875
SRLMD,λ<=log n,8192,1,61558,7.514404296875
SRLMD,λ<=log n,8192,1,57132,6.97412109375
SRLMD,λ<=log n,8192,1,61437,7.4996337890625
SRLMD,λ<=log n,8192,1,60932,7.43798828125
SRLMD,λ<=log n,8192,1,55314,6.752197265625
SRLMD,λ<=log n,8192,1,54177,6.6134033203125
SRLMD,λ<=log n,8192,1,58173,7.1011962890625
SRLMD,λ<=log n,8192,1,56420,6.88720703125
SRLMD,λ<=log n,8192,1,53596,6.54248046875
SRLMD,λ<=log n,8192,1,52678,6.430419921875
SRLMD,λ<=log n,8192,1,53010,6.470947265625
SRLMD,λ<=log n,8192,1,52523,6.4114990234375
SRLMD,λ<=log n,8192,1,57038,6.962646484375
SRLMD,λ<=log n,8192,1,60577,7.3946533203125
SRLMD,λ<=log n,8192,1,53366,6.514404296875
SRLMD,λ<=log n,8192,1,56398,6.884521484375
SRLMD,λ<=log n,8192,1,55007,6.7147216796875
SRLMD,λ<=log n,8192,1,57858,7.062744140625
SRLMD,λ<=log n,8192,1,55840,6.81640625
SRLMD,λ<=log n,8192,1,56369,6.8809814453125
SRLMD,λ<=log n,8192,1,55762,6.806884765625
SRLMD,λ<=log n,8192,1,53555,6.5374755859375
SRLMD,λ<=log n,8192,1,54726,6.680419921875
SRLMD,λ<=log n,8192,1,53909,6.5806884765625
SRLMD,λ<=log n,8192,1,65425,7.9864501953125
SRLMD,λ<=log n,8192,1,56841,6.9385986328125
SRLMD,λ<=log n,8192,1,56389,6.8834228515625
SRLMD,λ<=log n,8192,1,58379,7.1263427734375
SRLMD,λ<=log n,8192,1,54098,6.603759765625
SRLMD,λ<=log n,8192,1,55812,6.81298828125
SRLMD,λ<=log n,8192,1,54998,6.713623046875
SRLMD,λ<=log n,8192,1,55729,6.8028564453125
SRLMD,λ<=log n,8192,1,54602,6.665283203125
SRLMD,λ<=log n,8192,1,58119,7.0946044921875
SRLMD,λ<=log n,8192,1,53905,6.5802001953125
SRLMD,λ<=log n,8192,1,53850,6.573486328125
SRLMD,λ<=log n,8192,1,53830,6.571044921875
SRLMD,λ<=log n,8192,1,60482,7.383056640625
SRLMD,λ<=log n,8192,1,55429,6.7662353515625
SRLMD,λ<=log n,8192,1,57110,6.971435546875
SRLMD,λ<=log n,8192,1,56439,6.8895263671875
SRLMD,λ<=log n,8192,1,58059,7.0872802734375
SRLMD,λ<=log n,8192,1,57551,7.0252685546875
SRLMD,λ<=log n,8192,1,55474,6.771728515625
SRLMD,λ<=log n,8192,1,60656,7.404296875
SRLMD,λ<=log n,8192,1,59242,7.231689453125
SRLMD,λ<=log n,8192,1,54803,6.6898193359375
SRLMD,λ<=log n,8192,1,61051,7.4525146484375
SRLMD,λ<=log n,8192,1,54730,6.680908203125
SRLMD,λ<=log n,8192,1,61667,7.5277099609375
SRLMD,λ<=log n,8192,1,58773,7.1744384765625
SRLMD,λ<=log n,8192,1,53279,6.5037841796875
SRLMD,λ<=log n,8192,1,56220,6.86279296875
SRLMD,λ<=log n,8192,1,64392,7.8603515625
SRLMD,λ<=log n,8192,1,57143,6.9754638671875
SRLMD,λ<=log n,8192,1,56187,6.8587646484375
SRLMD,λ<=log n,8192,1,59415,7.2528076171875
SRLMD,λ<=log n,8192,1,55363,6.7581787109375
SRLMD,λ<=log n,8192,1,52558,6.415771484375
SRLMD,λ<=log n,8192,1,53738,6.559814453125
SRLMD,λ<=log n,8192,1,54260,6.62353515625
SRLMD,λ<=log n,8192,1,60080,7.333984375
SRLMD,λ<=log n,8192,1,55829,6.8150634765625
SRLMD,λ<=log n,8192,1,56731,6.9251708984375
SRLMD,λ<=log n,8192,1,56856,6.9404296875
SRLMD,λ<=log n,8192,1,55982,6.833740234375
SRLMD,λ<=log n,8192,1,55501,6.7750244140625
SRLMD,λ<=log n,8192,1,58015,7.0819091796875
SRLMD,λ<=log n,8192,1,70555,8.6126708984375
SRLMD,λ<=log n,8192,1,56662,6.916748046875
SRLMD,λ<=log n,8192,1,57238,6.987060546875
SRLMD,λ<=log n,8192,1,65028,7.93798828125
SRLMD,λ<=log n,8192,1,55195,6.7376708984375
SRLMD,λ<=log n,8192,1,54834,6.693603515625
SRLMD,λ<=log n,8192,1,56465,6.8927001953125
SRLMD,λ<=log n,8192,1,60068,7.33251953125
SRLMD,λ<=log n,8192,1,57667,7.0394287109375
SRLMD,λ<=log n,8192,1,59072,7.2109375
SRLMD,λ<=log n,8192,1,60041,7.3292236328125
SRLMD,λ<=log n,8192,1,54338,6.633056640625
SRLMD,λ<=log n,8192,1,57523,7.0218505859375
SRLMD,λ<=log n,8192,1,60815,7.4237060546875
SRLMD,λ<=log n,8192,1,55110,6.727294921875
SRLMD,λ<=log n,8192,1,54456,6.6474609375
SRLMD,λ<=log n,8192,1,62790,7.664794921875
SRLMD,λ<=log n,8192,1,55497,6.7745361328125
SSLMD,λ<=log n,8192,1,83785,10.2276611328125
SSLMD,λ<=log n,8192,1,81259,9.9193115234375
SSLMD,λ<=log n,8192,1,84221,10.2808837890625
SSLMD,λ<=log n,8192,1,95732,11.68603515625
SSLMD,λ<=log n,8192,1,83347,10.1741943359375
SSLMD,λ<=log n,8192,1,86220,10.52490234375
SSLMD,λ<=log n,8192,1,82315,10.0482177734375
SSLMD,λ<=log n,8192,1,83640,10.2099609375
SSLMD,λ<=log n,8192,1,92793,11.3272705078125
SSLMD,λ<=log n,8192,1,87351,10.6629638671875
SSLMD,λ<=log n,8192,1,80067,9.7738037109375
SSLMD,λ<=log n,8192,1,94143,11.4920654296875
SSLMD,λ<=log n,8192,1,83324,10.17138671875
SSLMD,λ<=log n,8192,1,90756,11.07861328125
SSLMD,λ<=log n,8192,1,90808,11.0849609375
SSLMD,λ<=log n,8192,1,89224,10.8916015625
SSLMD,λ<=log n,8192,1,86655,10.5780029296875
SSLMD,λ<=log n,8192,1,84223,10.2811279296875
SSLMD,λ<=log n,8192,1,90966,11.104248046875
SSLMD,λ<=log n,8192,1,86518,10.561279296875
SSLMD,λ<=log n,8192,1,87035,10.6243896484375
SSLMD,λ<=log n,8192,1,92549,11.2974853515625
SSLMD,λ<=log n,8192,1,87721,10.7081298828125
SSLMD,λ<=log n,8192,1,83981,10.2515869140625
SSLMD,λ<=log n,8192,1,88761,10.8350830078125
SSLMD,λ<=log n,8192,1,81775,9.9822998046875
SSLMD,λ<=log n,8192,1,93688,11.4365234375
SSLMD,λ<=log n,8192,1,94352,11.517578125
SSLMD,λ<=log n,8192,1,80303,9.8026123046875
SSLMD,λ<=log n,8192,1,84418,10.304931640625
SSLMD,λ<=log n,8192,1,96914,11.830322265625
SSLMD,λ<=log n,8192,1,85822,10.476318359375
SSLMD,λ<=log n,8192,1,91083,11.1185302734375
SSLMD,λ<=log n,8192,1,83649,10.2110595703125
SSLMD,λ<=log n,8192,1,82264,10.0419921875
SSLMD,λ<=log n,8192,1,82147,10.0277099609375
SSLMD,λ<=log n,8192,1,83076,10.14111328125
SSLMD,λ<=log n,8192,1,93258,11.384033203125
SSLMD,λ<=log n,8192,1,95927,11.7098388671875
SSLMD,λ<=log n,8192,1,85497,10.4366455078125
SSLMD,λ<=log n,8192,1,88299,10.7786865234375
SSLMD,λ<=log n,8192,1,84098,10.265869140625
SSLMD,λ<=log n,8192,1,86836,10.60009765625
SSLMD,λ<=log n,8192,1,88263,10.7742919921875
SSLMD,λ<=log n,8192,1,91064,11.1162109375
SSLMD,λ<=log n,8192,1,87246,10.650146484375
SSLMD,λ<=log n,8192,1,81868,9.99365234375
SSLMD,λ<=log n,8192,1,82557,10.0777587890625
SSLMD,λ<=log n,8192,1,87244,10.64990234375
SSLMD,λ<=log n,8192,1,93858,11.457275390625
SSLMD,λ<=log n,8192,1,85948,10.49169921875
SSLMD,λ<=log n,8192,1,89329,10.9044189453125
SSLMD,λ<=log n,8192,1,81795,9.9847412109375
SSLMD,λ<=log n,8192,1,88977,10.8614501953125
SSLMD,λ<=log n,8192,1,95415,11.6473388671875
SSLMD,λ<=log n,8192,1,92882,11.338134765625
SSLMD,λ<=log n,8192,1,87571,10.6898193359375
SSLMD,λ<=log n,8192,1,90054,10.992919921875
SSLMD,λ<=log n,8192,1,90598,11.059326171875
SSLMD,λ<=log n,8192,1,84363,10.2982177734375
SSLMD,λ<=log n,8192,1,83321,10.1710205078125
SSLMD,λ<=log n,8192,1,85964,10.49365234375
SSLMD,λ<=log n,8192,1,97926,11.953857421875
SSLMD,λ<=log n,8192,1,88850,10.845947265625
SSLMD,λ<=log n,8192,1,85312,10.4140625
SSLMD,λ<=log n,8192,1,100726,12.295654296875
SSLMD,λ<=log n,8192,1,93089,11.3634033203125
SSLMD,λ<=log n,8192,1,86651,10.5775146484375
SSLMD,λ<=log n,8192,1,80441,9.8194580078125
SSLMD,λ<=log n,8192,1,92180,11.25244140625
SSLMD,λ<=log n,8192,1,89439,10.9178466796875
SSLMD,λ<=log n,8192,1,86647,10.5770263671875
SSLMD,λ<=log n,8192,1,92157,11.2496337890625
SSLMD,λ<=log n,8192,1,88212,10.76806640625
SSLMD,λ<=log n,8192,1,85553,10.4434814453125
SSLMD,λ<=log n,8192,1,90182,11.008544921875
SSLMD,λ<=log n,8192,1,90769,11.0802001953125
SSLMD,λ<=log n,8192,1,89616,10.939453125
SSLMD,λ<=log n,8192,1,91816,11.2080078125
SSLMD,λ<=log n,8192,1,87555,10.6878662109375
SSLMD,λ<=log n,8192,1,94207,11.4998779296875
SSLMD,λ<=log n,8192,1,99182,12.107177734375
SSLMD,λ<=log n,8192,1,81507,9.9495849609375
SSLMD,λ<=log n,8192,1,91315,11.1468505859375
SSLMD,λ<=log n,8192,1,86946,10.613525390625
SSLMD,λ<=log n,8192,1,82260,10.04150390625
SSLMD,λ<=log n,8192,1,81541,9.9537353515625
SSLMD,λ<=log n,8192,1,88815,10.8416748046875
SSLMD,λ<=log n,8192,1,87643,10.6986083984375
SSLMD,λ<=log n,8192,1,92897,11.3399658203125
SSLMD,λ<=log n,8192,1,87746,10.711181640625
SSLMD,λ<=log n,8192,1,97763,11.9339599609375
SSLMD,λ<=log n,8192,1,83472,10.189453125
SSLMD,λ<=log n,8192,1,88984,10.8623046875
SSLMD,λ<=log n,8192,1,85583,10.4471435546875
SSLMD,λ<=log n,8192,1,86818,10.597900390625
SSLMD,λ<=log n,8192,1,94013,11.4761962890625
SSLMD,λ<=log n,8192,1,85386,10.423095703125
SSLMD,λ<=log n,8192,1,89721,10.9522705078125
SSLMD,λ<=log n,8192,1,85758,10.468505859375
SSDID,λ<=log n,8192,1,84408,10.3037109375
SSDID,λ<=log n,8192,1,94375,11.5203857421875
SSDID,λ<=log n,8192,1,84238,10.282958984375
SSDID,λ<=log n,8192,1,81421,9.9390869140625
SSDID,λ<=log n,8192,1,77954,9.515869140625
SSDID,λ<=log n,8192,1,80452,9.82080078125
SSDID,λ<=log n,8192,1,84470,10.311279296875
SSDID,λ<=log n,8192,1,86081,10.5079345703125
SSDID,λ<=log n,8192,1,92325,11.2701416015625
SSDID,λ<=log n,8192,1,84889,10.3624267578125
SSDID,λ<=log n,8192,1,88074,10.751220703125
SSDID,λ<=log n,8192,1,101449,12.3839111328125
SSDID,λ<=log n,8192,1,83940,10.24658203125
SSDID,λ<=log n,8192,1,89693,10.9488525390625
SSDID,λ<=log n,8192,1,82313,10.0479736328125
SSDID,λ<=log n,8192,1,82873,10.1163330078125
SSDID,λ<=log n,8192,1,82486,10.069091796875
SSDID,λ<=log n,8192,1,86282,10.532470703125
SSDID,λ<=log n,8192,1,86852,10.60205078125
SSDID,λ<=log n,8192,1,95800,11.6943359375
SSDID,λ<=log n,8192,1,85119,10.3905029296875
SSDID,λ<=log n,8192,1,99440,12.138671875
SSDID,λ<=log n,8192,1,100306,12.244384765625
SSDID,λ<=log n,8192,1,82206,10.034912109375
SSDID,λ<=log n,8192,1,78580,9.59228515625
SSDID,λ<=log n,8192,1,91608,11.1826171875
SSDID,λ<=log n,8192,1,80032,9.76953125
SSDID,λ<=log n,8192,1,94088,11.4853515625
SSDID,λ<=log n,8192,1,84098,10.265869140625
SSDID,λ<=log n,8192,1,85604,10.44970703125
SSDID,λ<=log n,8192,1,88960,10.859375
SSDID,λ<=log n,8192,1,87796,10.71728515625
SSDID,λ<=log n,8192,1,95217,11.6231689453125
SSDID,λ<=log n,8192,1,84457,10.3096923828125
SSDID,λ<=log n,8192,1,97556,11.90869140625
SSDID,λ<=log n,8192,1,83689,10.2159423828125
SSDID,λ<=log n,8192,1,95314,11.635009765625
SSDID,λ<=log n,8192,1,86850,10.601806640625
SSDID,λ<=log n,8192,1,111549,13.6168212890625
SSDID,λ<=log n,8192,1,83150,10.150146484375
SSDID,λ<=log n,8192,1,100414,12.257568359375
SSDID,λ<=log n,8192,1,99280,12.119140625
SSDID,λ<=log n,8192,1,91455,11.1639404296875
SSDID,λ<=log n,8192,1,83352,10.1748046875
SSDID,λ<=log n,8192,1,97121,11.8555908203125
SSDID,λ<=log n,8192,1,83909,10.2427978515625
SSDID,λ<=log n,8192,1,83655,10.2117919921875
SSDID,λ<=log n,8192,1,81354,9.930908203125
SSDID,λ<=log n,8192,1,85815,10.4754638671875
SSDID,λ<=log n,8192,1,86855,10.6024169921875
SSDID,λ<=log n,8192,1,88368,10.787109375
SSDID,λ<=log n,8192,1,83137,10.1485595703125
SSDID,λ<=log n,8192,1,89483,10.9232177734375
SSDID,λ<=log n,8192,1,85817,10.4757080078125
SSDID,λ<=log n,8192,1,89273,10.8975830078125
SSDID,λ<=log n,8192,1,82964,10.12744140625
SSDID,λ<=log n,8192,1,94300,11.51123046875
SSDID,λ<=log n,8192,1,101083,12.3392333984375
SSDID,λ<=log n,8192,1,90804,11.08447265625
SSDID,λ<=log n,8192,1,84226,10.281494140625
SSDID,λ<=log n,8192,1,85044,10.38134765625
SSDID,λ<=log n,8192,1,86078,10.507568359375
SSDID,λ<=log n,8192,1,89194,10.887939453125
SSDID,λ<=log n,8192,1,91005,11.1090087890625
SSDID,λ<=log n,8192,1,88438,10.795654296875
SSDID,λ<=log n,8192,1,88519,10.8055419921875
SSDID,λ<=log n,8192,1,82820,10.10986328125
SSDID,λ<=log n,8192,1,90242,11.015869140625
SSDID,λ<=log n,8192,1,87098,10.632080078125
SSDID,λ<=log n,8192,1,96333,11.7593994140625
SSDID,λ<=log n,8192,1,93921,11.4649658203125
SSDID,λ<=log n,8192,1,83354,10.175048828125
SSDID,λ<=log n,8192,1,85833,10.4776611328125
SSDID,λ<=log n,8192,1,97091,11.8519287109375
SSDID,λ<=log n,8192,1,86741,10.5885009765625
SSDID,λ<=log n,8192,1,84883,10.3616943359375
SSDID,λ<=log n,8192,1,111413,13.6002197265625
SSDID,λ<=log n,8192,1,96235,11.7474365234375
SSDID,λ<=log n,8192,1,93912,11.4638671875
SSDID,λ<=log n,8192,1,91692,11.19287109375
SSDID,λ<=log n,8192,1,86946,10.613525390625
SSDID,λ<=log n,8192,1,93188,11.37548828125
SSDID,λ<=log n,8192,1,84383,10.3006591796875
SSDID,λ<=log n,8192,1,98670,12.044677734375
SSDID,λ<=log n,8192,1,88815,10.8416748046875
SSDID,λ<=log n,8192,1,85783,10.4715576171875
SSDID,λ<=log n,8192,1,86399,10.5467529296875
SSDID,λ<=log n,8192,1,82227,10.0374755859375
SSDID,λ<=log n,8192,1,82452,10.06494140625
SSDID,λ<=log n,8192,1,86537,10.5635986328125
SSDID,λ<=log n,8192,1,96098,11.730712890625
SSDID,λ<=log n,8192,1,78981,9.6412353515625
SSDID,λ<=log n,8192,1,82283,10.0443115234375
SSDID,λ<=log n,8192,1,83843,10.2347412109375
SSDID,λ<=log n,8192,1,81186,9.910400390625
SSDID,λ<=log n,8192,1,83839,10.2342529296875
SSDID,λ<=log n,8192,1,86133,10.5142822265625
SSDID,λ<=log n,8192,1,85037,10.3804931640625
SSDID,λ<=log n,8192,1,102197,12.4752197265625
SSDID,λ<=log n,8192,1,101800,12.4267578125
SRDID,λ<=log n,8192,1,59622,7.278076171875
SRDID,λ<=log n,8192,1,64196,7.83642578125
SRDID,λ<=log n,8192,1,63280,7.724609375
SRDID,λ<=log n,8192,1,65667,8.0159912109375
SRDID,λ<=log n,8192,1,62194,7.592041015625
SRDID,λ<=log n,8192,1,57488,7.017578125
SRDID,λ<=log n,8192,1,59045,7.2076416015625
SRDID,λ<=log n,8192,1,58902,7.190185546875
SRDID,λ<=log n,8192,1,58315,7.1185302734375
SRDID,λ<=log n,8192,1,60196,7.34814453125
SRDID,λ<=log n,8192,1,62376,7.6142578125
SRDID,λ<=log n,8192,1,64233,7.8409423828125
SRDID,λ<=log n,8192,1,58916,7.19189453125
SRDID,λ<=log n,8192,1,58993,7.2012939453125
SRDID,λ<=log n,8192,1,58519,7.1434326171875
SRDID,λ<=log n,8192,1,60459,7.3802490234375
SRDID,λ<=log n,8192,1,59040,7.20703125
SRDID,λ<=log n,8192,1,59825,7.3028564453125
SRDID,λ<=log n,8192,1,62673,7.6505126953125
SRDID,λ<=log n,8192,1,56215,6.8621826171875
SRDID,λ<=log n,8192,1,62610,7.642822265625
SRDID,λ<=log n,8192,1,66152,8.0751953125
SRDID,λ<=log n,8192,1,60105,7.3370361328125
SRDID,λ<=log n,8192,1,54864,6.697265625
SRDID,λ<=log n,8192,1,59406,7.251708984375
SRDID,λ<=log n,8192,1,59737,7.2921142578125
SRDID,λ<=log n,8192,1,61068,7.45458984375
SRDID,λ<=log n,8192,1,60820,7.42431640625
SRDID,λ<=log n,8192,1,63772,7.78466796875
SRDID,λ<=log n,8192,1,63068,7.69873046875
SRDID,λ<=log n,8192,1,59854,7.306396484375
SRDID,λ<=log n,8192,1,65895,8.0438232421875
SRDID,λ<=log n,8192,1,55959,6.8309326171875
SRDID,λ<=log n,8192,1,68258,8.332275390625
SRDID,λ<=log n,8192,1,54905,6.7022705078125
SRDID,λ<=log n,8192,1,60877,7.4312744140625
SRDID,λ<=log n,8192,1,57781,7.0533447265625
SRDID,λ<=log n,8192,1,59608,7.2763671875
SRDID,λ<=log n,8192,1,58484,7.13916015625
SRDID,λ<=log n,8192,1,64877,7.9195556640625
SRDID,λ<=log n,8192,1,64695,7.8973388671875
SRDID,λ<=log n,8192,1,57291,6.9935302734375
SRDID,λ<=log n,8192,1,64476,7.87060546875
SRDID,λ<=log n,8192,1,61632,7.5234375
SRDID,λ<=log n,8192,1,57012,6.95947265625
SRDID,λ<=log n,8192,1,67255,8.2098388671875
SRDID,λ<=log n,8192,1,58346,7.122314453125
SRDID,λ<=log n,8192,1,59814,7.301513671875
SRDID,λ<=log n,8192,1,62157,7.5875244140625
SRDID,λ<=log n,8192,1,58354,7.123291015625
SRDID,λ<=log n,8192,1,57410,7.008056640625
SRDID,λ<=log n,8192,1,57232,6.986328125
SRDID,λ<=log n,8192,1,63611,7.7650146484375
SRDID,λ<=log n,8192,1,59389,7.2496337890625
SRDID,λ<=log n,8192,1,61481,7.5050048828125
SRDID,λ<=log n,8192,1,58588,7.15185546875
SRDID,λ<=log n,8192,1,63261,7.7222900390625
SRDID,λ<=log n,8192,1,62270,7.601318359375
SRDID,λ<=log n,8192,1,57021,6.9605712890625
SRDID,λ<=log n,8192,1,64043,7.8177490234375
SRDID,λ<=log n,8192,1,55654,6.793701171875
SRDID,λ<=log n,8192,1,61667,7.5277099609375
SRDID,λ<=log n,8192,1,61902,7.556396484375
SRDID,λ<=log n,8192,1,57445,7.0123291015625
SRDID,λ<=log n,8192,1,59280,7.236328125
SRDID,λ<=log n,8192,1,57655,7.0379638671875
SRDID,λ<=log n,8192,1,63079,7.7000732421875
SRDID,λ<=log n,8192,1,59038,7.206787109375
SRDID,λ<=log n,8192,1,53820,6.56982421875
SRDID,λ<=log n,8192,1,60940,7.43896484375
SRDID,λ<=log n,8192,1,57450,7.012939453125
SRDID,λ<=log n,8192,1,57573,7.0279541015625
SRDID,λ<=log n,8192,1,59083,7.2122802734375
SRDID,λ<=log n,8192,1,66724,8.14501953125
SRDID,λ<=log n,8192,1,56973,6.9547119140625
SRDID,λ<=log n,8192,1,60977,7.4434814453125
SRDID,λ<=log n,8192,1,56224,6.86328125
SRDID,λ<=log n,8192,1,56731,6.9251708984375
SRDID,λ<=log n,8192,1,59278,7.236083984375
SRDID,λ<=log n,8192,1,55941,6.8287353515625
SRDID,λ<=log n,8192,1,58485,7.1392822265625
SRDID,λ<=log n,8192,1,58736,7.169921875
SRDID,λ<=log n,8192,1,59674,7.284423828125
SRDID,λ<=log n,8192,1,64599,7.8856201171875
SRDID,λ<=log n,8192,1,66521,8.1202392578125
SRDID,λ<=log n,8192,1,64002,7.812744140625
SRDID,λ<=log n,8192,1,56279,6.8699951171875
SRDID,λ<=log n,8192,1,59201,7.2266845703125
SRDID,λ<=log n,8192,1,58227,7.1077880859375
SRDID,λ<=log n,8192,1,65521,7.9981689453125
SRDID,λ<=log n,8192,1,64762,7.905517578125
SRDID,λ<=log n,8192,1,63747,7.7816162109375
SRDID,λ<=log n,8192,1,57926,7.071044921875
SRDID,λ<=log n,8192,1,60056,7.3310546875
SRDID,λ<=log n,8192,1,59886,7.310302734375
SRDID,λ<=log n,8192,1,64329,7.8526611328125
SRDID,λ<=log n,8192,1,65034,7.938720703125
SRDID,λ<=log n,8192,1,58327,7.1199951171875
SRDID,λ<=log n,8192,1,61925,7.5592041015625
SRDID,λ<=log n,8192,1,60272,7.357421875
SHDID,λ<=log n,8192,1,57793,7.0548095703125
SHDID,λ<=log n,8192,1,56281,6.8702392578125
SHDID,λ<=log n,8192,1,55954,6.830322265625
SHDID,λ<=log n,8192,1,55991,6.8348388671875
SHDID,λ<=log n,8192,1,58447,7.1346435546875
SHDID,λ<=log n,8192,1,53579,6.5404052734375
SHDID,λ<=log n,8192,1,60910,7.435302734375
SHDID,λ<=log n,8192,1,61861,7.5513916015625
SHDID,λ<=log n,8192,1,57621,7.0338134765625
SHDID,λ<=log n,8192,1,55341,6.7554931640625
SHDID,λ<=log n,8192,1,52550,6.414794921875
SHDID,λ<=log n,8192,1,55939,6.8284912109375
SHDID,λ<=log n,8192,1,57891,7.0667724609375
SHDID,λ<=log n,8192,1,63192,7.7138671875
SHDID,λ<=log n,8192,1,56749,6.9273681640625
SHDID,λ<=log n,8192,1,55478,6.772216796875
SHDID,λ<=log n,8192,1,59757,7.2945556640625
SHDID,λ<=log n,8192,1,55616,6.7890625
SHDID,λ<=log n,8192,1,58397,7.1285400390625
SHDID,λ<=log n,8192,1,59748,7.29345703125
SHDID,λ<=log n,8192,1,57387,7.0052490234375
SHDID,λ<=log n,8192,1,57502,7.019287109375
SHDID,λ<=log n,8192,1,55816,6.8134765625
SHDID,λ<=log n,8192,1,61834,7.548095703125
SHDID,λ<=log n,8192,1,60410,7.374267578125
SHDID,λ<=log n,8192,1,55917,6.8258056640625
SHDID,λ<=log n,8192,1,54843,6.6947021484375
SHDID,λ<=log n,8192,1,55752,6.8056640625
SHDID,λ<=log n,8192,1,51717,6.3131103515625
SHDID,λ<=log n,8192,1,58475,7.1380615234375
SHDID,λ<=log n,8192,1,62694,7.653076171875
SHDID,λ<=log n,8192,1,60236,7.35302734375
SHDID,λ<=log n,8192,1,53056,6.4765625
SHDID,λ<=log n,8192,1,64261,7.8443603515625
SHDID,λ<=log n,8192,1,53954,6.586181640625
SHDID,λ<=log n,8192,1,56332,6.87646484375
SHDID,λ<=log n,8192,1,54230,6.619873046875
SHDID,λ<=log n,8192,1,61234,7.474853515625
SHDID,λ<=log n,8192,1,61226,7.473876953125
SHDID,λ<=log n,8192,1,54224,6.619140625
SHDID,λ<=log n,8192,1,61549,7.5133056640625
SHDID,λ<=log n,8192,1,53071,6.4783935546875
SHDID,λ<=log n,8192,1,57858,7.062744140625
SHDID,λ<=log n,8192,1,58448,7.134765625
SHDID,λ<=log n,8192,1,60027,7.3275146484375
SHDID,λ<=log n,8192,1,54159,6.6112060546875
SHDID,λ<=log n,8192,1,54859,6.6966552734375
SHDID,λ<=log n,8192,1,57391,7.0057373046875
SHDID,λ<=log n,8192,1,55632,6.791015625
SHDID,λ<=log n,8192,1,59422,7.253662109375
SHDID,λ<=log n,8192,1,64178,7.834228515625
SHDID,λ<=log n,8192,1,55690,6.798095703125
SHDID,λ<=log n,8192,1,53467,6.5267333984375
SHDID,λ<=log n,8192,1,63167,7.7108154296875
SHDID,λ<=log n,8192,1,56710,6.922607421875
SHDID,λ<=log n,8192,1,52770,6.441650390625
SHDID,λ<=log n,8192,1,60475,7.3822021484375
SHDID,λ<=log n,8192,1,58879,7.1873779296875
SHDID,λ<=log n,8192,1,60424,7.3759765625
SHDID,λ<=log n,8192,1,57954,7.074462890625
SHDID,λ<=log n,8192,1,61171,7.4671630859375
SHDID,λ<=log n,8192,1,62027,7.5716552734375
SHDID,λ<=log n,8192,1,52548,6.41455078125
SHDID,λ<=log n,8192,1,53451,6.5247802734375
SHDID,λ<=log n,8192,1,66957,8.1734619140625
SHDID,λ<=log n,8192,1,54023,6.5946044921875
SHDID,λ<=log n,8192,1,56105,6.8487548828125
SHDID,λ<=log n,8192,1,57034,6.962158203125
SHDID,λ<=log n,8192,1,55426,6.765869140625
SHDID,λ<=log n,8192,1,53039,6.4744873046875
SHDID,λ<=log n,8192,1,53180,6.49169921875
SHDID,λ<=log n,8192,1,61521,7.5098876953125
SHDID,λ<=log n,8192,1,54283,6.6263427734375
SHDID,λ<=log n,8192,1,57392,7.005859375
SHDID,λ<=log n,8192,1,56301,6.8726806640625
SHDID,λ<=log n,8192,1,56822,6.936279296875
SHDID,λ<=log n,8192,1,66739,8.1468505859375
SHDID,λ<=log n,8192,1,53955,6.5863037109375
SHDID,λ<=log n,8192,1,55506,6.775634765625
SHDID,λ<=log n,8192,1,57938,7.072509765625
SHDID,λ<=log n,8192,1,56031,6.8397216796875
SHDID,λ<=log n,8192,1,57095,6.9696044921875
SHDID,λ<=log n,8192,1,57828,7.05908203125
SHDID,λ<=log n,8192,1,59278,7.236083984375
SHDID,λ<=log n,8192,1,56483,6.8948974609375
SHDID,λ<=log n,8192,1,51945,6.3409423828125
SHDID,λ<=log n,8192,1,56738,6.926025390625
SHDID,λ<=log n,8192,1,55684,6.79736328125
SHDID,λ<=log n,8192,1,53510,6.531982421875
SHDID,λ<=log n,8192,1,55883,6.8216552734375
SHDID,λ<=log n,8192,1,52827,6.4486083984375
SHDID,λ<=log n,8192,1,57626,7.034423828125
SHDID,λ<=log n,8192,1,61327,7.4862060546875
SHDID,λ<=log n,8192,1,57588,7.02978515625
SHDID,λ<=log n,8192,1,57465,7.0147705078125
SHDID,λ<=log n,8192,1,56847,6.9393310546875
SHDID,λ<=log n,8192,1,56604,6.90966796875
SHDID,λ<=log n,8192,1,55805,6.8121337890625
SHDID,λ<=log n,8192,1,56460,6.89208984375
SHDID,λ<=log n,8192,1,55741,6.8043212890625
SHLID,λ<=log n,8192,1,66414,8.107177734375
SHLID,λ<=log n,8192,1,60207,7.3494873046875
SHLID,λ<=log n,8192,1,62181,7.5904541015625
SHLID,λ<=log n,8192,1,60482,7.383056640625
SHLID,λ<=log n,8192,1,62022,7.571044921875
SHLID,λ<=log n,8192,1,67142,8.196044921875
SHLID,λ<=log n,8192,1,65243,7.9642333984375
SHLID,λ<=log n,8192,1,63452,7.74560546875
SHLID,λ<=log n,8192,1,68812,8.39990234375
SHLID,λ<=log n,8192,1,58916,7.19189453125
SHLID,λ<=log n,8192,1,67265,8.2110595703125
SHLID,λ<=log n,8192,1,69101,8.4351806640625
SHLID,λ<=log n,8192,1,63027,7.6937255859375
SHLID,λ<=log n,8192,1,63117,7.7047119140625
SHLID,λ<=log n,8192,1,59262,7.234130859375
SHLID,λ<=log n,8192,1,61270,7.479248046875
SHLID,λ<=log n,8192,1,64462,7.868896484375
SHLID,λ<=log n,8192,1,68048,8.306640625
SHLID,λ<=log n,8192,1,59785,7.2979736328125
SHLID,λ<=log n,8192,1,67292,8.21435546875
SHLID,λ<=log n,8192,1,61796,7.54345703125
SHLID,λ<=log n,8192,1,62474,7.626220703125
SHLID,λ<=log n,8192,1,64799,7.9100341796875
SHLID,λ<=log n,8192,1,64013,7.8140869140625
SHLID,λ<=log n,8192,1,65612,8.00927734375
SHLID,λ<=log n,8192,1,66141,8.0738525390625
SHLID,λ<=log n,8192,1,61276,7.47998046875
SHLID,λ<=log n,8192,1,64154,7.831298828125
SHLID,λ<=log n,8192,1,69062,8.430419921875
SHLID,λ<=log n,8192,1,63141,7.7076416015625
SHLID,λ<=log n,8192,1,63308,7.72802734375
SHLID,λ<=log n,8192,1,61121,7.4610595703125
SHLID,λ<=log n,8192,1,61564,7.51513671875
SHLID,λ<=log n,8192,1,61383,7.4930419921875
SHLID,λ<=log n,8192,1,62361,7.6124267578125
SHLID,λ<=log n,8192,1,63664,7.771484375
SHLID,λ<=log n,8192,1,64561,7.8809814453125
SHLID,λ<=log n,8192,1,65498,7.995361328125
SHLID,λ<=log n,8192,1,58298,7.116455078125
SHLID,λ<=log n,8192,1,60882,7.431884765625
SHLID,λ<=log n,8192,1,62062,7.575927734375
SHLID,λ<=log n,8192,1,61014,7.447998046875
SHLID,λ<=log n,8192,1,57494,7.018310546875
SHLID,λ<=log n,8192,1,65334,7.975341796875
SHLID,λ<=log n,8192,1,60546,7.390869140625
SHLID,λ<=log n,8192,1,65766,8.028076171875
SHLID,λ<=log n,8192,1,62776,7.6630859375
SHLID,λ<=log n,8192,1,59103,7.2147216796875
SHLID,λ<=log n,8192,1,63268,7.72314453125
SHLID,λ<=log n,8192,1,61700,7.53173828125
SHLID,λ<=log n,8192,1,63060,7.69775390625
SHLID,λ<=log n,8192,1,61163,7.4661865234375
SHLID,λ<=log n,8192,1,73018,8.913330078125
SHLID,λ<=log n,8192,1,63619,7.7659912109375
SHLID,λ<=log n,8192,1,69995,8.5443115234375
SHLID,λ<=log n,8192,1,65759,8.0272216796875
SHLID,λ<=log n,8192,1,62696,7.6533203125
SHLID,λ<=log n,8192,1,65390,7.982177734375
SHLID,λ<=log n,8192,1,65890,8.043212890625
SHLID,λ<=log n,8192,1,65407,7.9842529296875
SHLID,λ<=log n,8192,1,62851,7.6722412109375
SHLID,λ<=log n,8192,1,65430,7.987060546875
SHLID,λ<=log n,8192,1,64412,7.86279296875
SHLID,λ<=log n,8192,1,62374,7.614013671875
SHLID,λ<=log n,8192,1,60835,7.4261474609375
SHLID,λ<=log n,8192,1,61889,7.5548095703125
SHLID,λ<=log n,8192,1,59527,7.2664794921875
SHLID,λ<=log n,8192,1,62841,7.6710205078125
SHLID,λ<=log n,8192,1,59092,7.21337890625
SHLID,λ<=log n,8192,1,58989,7.2008056640625
SHLID,λ<=log n,8192,1,63808,7.7890625
SHLID,λ<=log n,8192,1,69300,8.45947265625
SHLID,λ<=log n,8192,1,65857,8.0391845703125
SHLID,λ<=log n,8192,1,70713,8.6319580078125
SHLID,λ<=log n,8192,1,67931,8.2923583984375
SHLID,λ<=log n,8192,1,62920,7.6806640625
SHLID,λ<=log n,8192,1,64256,7.84375
SHLID,λ<=log n,8192,1,65268,7.96728515625
SHLID,λ<=log n,8192,1,59436,7.25537109375
SHLID,λ<=log n,8192,1,61979,7.5657958984375
SHLID,λ<=log n,8192,1,62195,7.5921630859375
SHLID,λ<=log n,8192,1,65762,8.027587890625
SHLID,λ<=log n,8192,1,68227,8.3284912109375
SHLID,λ<=log n,8192,1,60753,7.4161376953125
SHLID,λ<=log n,8192,1,63691,7.7747802734375
SHLID,λ<=log n,8192,1,65193,7.9581298828125
SHLID,λ<=log n,8192,1,68051,8.3070068359375
SHLID,λ<=log n,8192,1,61497,7.5069580078125
SHLID,λ<=log n,8192,1,63107,7.7034912109375
SHLID,λ<=log n,8192,1,62179,7.5902099609375
SHLID,λ<=log n,8192,1,61012,7.44775390625
SHLID,λ<=log n,8192,1,64360,7.8564453125
SHLID,λ<=log n,8192,1,62175,7.5897216796875
SHLID,λ<=log n,8192,1,66053,8.0631103515625
SHLID,λ<=log n,8192,1,59833,7.3038330078125
SHLID,λ<=log n,8192,1,65217,7.9610595703125
SHLID,λ<=log n,8192,1,62897,7.6778564453125
SHLID,λ<=log n,8192,1,60590,7.396240234375
SHLID,λ<=log n,8192,1,62702,7.654052734375
SRLID,λ<=log n,8192,1,57903,7.0682373046875
SRLID,λ<=log n,8192,1,63090,7.701416015625
SRLID,λ<=log n,8192,1,55365,6.7584228515625
SRLID,λ<=log n,8192,1,58757,7.1724853515625
SRLID,λ<=log n,8192,1,52518,6.410888671875
SRLID,λ<=log n,8192,1,57756,7.05029296875
SRLID,λ<=log n,8192,1,54392,6.6396484375
SRLID,λ<=log n,8192,1,53477,6.5279541015625
SRLID,λ<=log n,8192,1,60998,7.446044921875
SRLID,λ<=log n,8192,1,57960,7.0751953125
SRLID,λ<=log n,8192,1,57568,7.02734375
SRLID,λ<=log n,8192,1,53739,6.5599365234375
SRLID,λ<=log n,8192,1,53928,6.5830078125
SRLID,λ<=log n,8192,1,56121,6.8507080078125
SRLID,λ<=log n,8192,1,57136,6.974609375
SRLID,λ<=log n,8192,1,56022,6.838623046875
SRLID,λ<=log n,8192,1,58562,7.148681640625
SRLID,λ<=log n,8192,1,56419,6.8870849609375
SRLID,λ<=log n,8192,1,57891,7.0667724609375
SRLID,λ<=log n,8192,1,58626,7.156494140625
SRLID,λ<=log n,8192,1,58368,7.125
SRLID,λ<=log n,8192,1,56522,6.899658203125
SRLID,λ<=log n,8192,1,57287,6.9930419921875
SRLID,λ<=log n,8192,1,63176,7.7119140625
SRLID,λ<=log n,8192,1,63257,7.7218017578125
SRLID,λ<=log n,8192,1,59290,7.237548828125
SRLID,λ<=log n,8192,1,60132,7.34033203125
SRLID,λ<=log n,8192,1,55461,6.7701416015625
SRLID,λ<=log n,8192,1,57861,7.0631103515625
SRLID,λ<=log n,8192,1,62509,7.6304931640625
SRLID,λ<=log n,8192,1,61937,7.5606689453125
SRLID,λ<=log n,8192,1,59476,7.26025390625
SRLID,λ<=log n,8192,1,62474,7.626220703125
SRLID,λ<=log n,8192,1,60326,7.364013671875
SRLID,λ<=log n,8192,1,55917,6.8258056640625
SRLID,λ<=log n,8192,1,56118,6.850341796875
SRLID,λ<=log n,8192,1,60237,7.3531494140625
SRLID,λ<=log n,8192,1,54934,6.705810546875
SRLID,λ<=log n,8192,1,66089,8.0675048828125
SRLID,λ<=log n,8192,1,55912,6.8251953125
SRLID,λ<=log n,8192,1,69214,8.448974609375
SRLID,λ<=log n,8192,1,57580,7.02880859375
SRLID,λ<=log n,8192,1,64165,7.8326416015625
SRLID,λ<=log n,8192,1,57270,6.990966796875
SRLID,λ<=log n,8192,1,61330,7.486572265625
SRLID,λ<=log n,8192,1,56323,6.8753662109375
SRLID,λ<=log n,8192,1,56857,6.9405517578125
SRLID,λ<=log n,8192,1,59534,7.267333984375
SRLID,λ<=log n,8192,1,63422,7.741943359375
SRLID,λ<=log n,8192,1,56782,6.931396484375
SRLID,λ<=log n,8192,1,61196,7.47021484375
SRLID,λ<=log n,8192,1,56520,6.8994140625
SRLID,λ<=log n,8192,1,57703,7.0438232421875
SRLID,λ<=log n,8192,1,55794,6.810791015625
SRLID,λ<=log n,8192,1,63162,7.710205078125
SRLID,λ<=log n,8192,1,59972,7.32080078125
SRLID,λ<=log n,8192,1,55962,6.831298828125
SRLID,λ<=log n,8192,1,58866,7.185791015625
SRLID,λ<=log n,8192,1,58745,7.1710205078125
SRLID,λ<=log n,8192,1,55286,6.748779296875
SRLID,λ<=log n,8192,1,58047,7.0858154296875
SRLID,λ<=log n,8192,1,60791,7.4207763671875
SRLID,λ<=log n,8192,1,57988,7.07861328125
SRLID,λ<=log n,8192,1,54923,6.7044677734375
SRLID,λ<=log n,8192,1,56281,6.8702392578125
SRLID,λ<=log n,8192,1,58540,7.14599609375
SRLID,λ<=log n,8192,1,62907,7.6790771484375
SRLID,λ<=log n,8192,1,58005,7.0806884765625
SRLID,λ<=log n,8192,1,56186,6.858642578125
SRLID,λ<=log n,8192,1,59806,7.300537109375
SRLID,λ<=log n,8192,1,59463,7.2586669921875
SRLID,λ<=log n,8192,1,57445,7.0123291015625
SRLID,λ<=log n,8192,1,59895,7.3114013671875
SRLID,λ<=log n,8192,1,57762,7.051025390625
SRLID,λ<=log n,8192,1,58094,7.091552734375
SRLID,λ<=log n,8192,1,64732,7.90185546875
SRLID,λ<=log n,8192,1,53465,6.5264892578125
SRLID,λ<=log n,8192,1,64121,7.8272705078125
SRLID,λ<=log n,8192,1,58267,7.1126708984375
SRLID,λ<=log n,8192,1,57611,7.0325927734375
SRLID,λ<=log n,8192,1,61474,7.504150390625
SRLID,λ<=log n,8192,1,62225,7.5958251953125
SRLID,λ<=log n,8192,1,59240,7.2314453125
SRLID,λ<=log n,8192,1,56251,6.8665771484375
SRLID,λ<=log n,8192,1,61370,7.491455078125
SRLID,λ<=log n,8192,1,57767,7.0516357421875
SRLID,λ<=log n,8192,1,53043,6.4749755859375
SRLID,λ<=log n,8192,1,69412,8.47314453125
SRLID,λ<=log n,8192,1,58594,7.152587890625
SRLID,λ<=log n,8192,1,53987,6.5902099609375
SRLID,λ<=log n,8192,1,61207,7.4715576171875
SRLID,λ<=log n,8192,1,56062,6.843505859375
SRLID,λ<=log n,8192,1,56657,6.9161376953125
SRLID,λ<=log n,8192,1,57175,6.9793701171875
SRLID,λ<=log n,8192,1,54955,6.7083740234375
SRLID,λ<=log n,8192,1,55954,6.830322265625
SRLID,λ<=log n,8192,1,63221,7.7174072265625
SRLID,λ<=log n,8192,1,55140,6.73095703125
SRLID,λ<=log n,8192,1,56021,6.8385009765625
SRLID,λ<=log n,8192,1,55234,6.742431640625
SSLID,λ<=log n,8192,1,90756,11.07861328125
SSLID,λ<=log n,8192,1,91292,11.14404296875
SSLID,λ<=log n,8192,1,93316,11.39111328125
SSLID,λ<=log n,8192,1,94591,11.5467529296875
SSLID,λ<=log n,8192,1,88155,10.7611083984375
SSLID,λ<=log n,8192,1,105673,12.8995361328125
SSLID,λ<=log n,8192,1,99358,12.128662109375
SSLID,λ<=log n,8192,1,98882,12.070556640625
SSLID,λ<=log n,8192,1,96028,11.72216796875
SSLID,λ<=log n,8192,1,96113,11.7325439453125
SSLID,λ<=log n,8192,1,88273,10.7755126953125
SSLID,λ<=log n,8192,1,100558,12.275146484375
SSLID,λ<=log n,8192,1,104211,12.7210693359375
SSLID,λ<=log n,8192,1,93696,11.4375
SSLID,λ<=log n,8192,1,89817,10.9639892578125
SSLID,λ<=log n,8192,1,99574,12.155029296875
SSLID,λ<=log n,8192,1,99325,12.1246337890625
SSLID,λ<=log n,8192,1,94754,11.566650390625
SSLID,λ<=log n,8192,1,92006,11.231201171875
SSLID,λ<=log n,8192,1,106259,12.9710693359375
SSLID,λ<=log n,8192,1,95046,11.602294921875
SSLID,λ<=log n,8192,1,95162,11.616455078125
SSLID,λ<=log n,8192,1,87778,10.715087890625
SSLID,λ<=log n,8192,1,93284,11.38720703125
SSLID,λ<=log n,8192,1,86733,10.5875244140625
SSLID,λ<=log n,8192,1,92938,11.344970703125
SSLID,λ<=log n,8192,1,91463,11.1649169921875
SSLID,λ<=log n,8192,1,89489,10.9239501953125
SSLID,λ<=log n,8192,1,94042,11.479736328125
SSLID,λ<=log n,8192,1,92421,11.2818603515625
SSLID,λ<=log n,8192,1,87595,10.6927490234375
SSLID,λ<=log n,8192,1,91506,11.170166015625
SSLID,λ<=log n,8192,1,99891,12.1937255859375
SSLID,λ<=log n,8192,1,91653,11.1881103515625
SSLID,λ<=log n,8192,1,95924,11.70947265625
SSLID,λ<=log n,8192,1,91416,11.1591796875
SSLID,λ<=log n,8192,1,89429,10.9166259765625
SSLID,λ<=log n,8192,1,92600,11.3037109375
SSLID,λ<=log n,8192,1,85344,10.41796875
SSLID,λ<=log n,8192,1,96824,11.8193359375
SSLID,λ<=log n,8192,1,95399,11.6453857421875
SSLID,λ<=log n,8192,1,92437,11.2838134765625
SSLID,λ<=log n,8192,1,95846,11.699951171875
SSLID,λ<=log n,8192,1,92561,11.2989501953125
SSLID,λ<=log n,8192,1,98757,12.0552978515625
SSLID,λ<=log n,8192,1,96016,11.720703125
SSLID,λ<=log n,8192,1,92332,11.27099609375
SSLID,λ<=log n,8192,1,99413,12.1353759765625
SSLID,λ<=log n,8192,1,87677,10.7027587890625
SSLID,λ<=log n,8192,1,92444,11.28466796875
SSLID,λ<=log n,8192,1,99374,12.130615234375
SSLID,λ<=log n,8192,1,89943,10.9793701171875
SSLID,λ<=log n,8192,1,99798,12.182373046875
SSLID,λ<=log n,8192,1,98966,12.080810546875
SSLID,λ<=log n,8192,1,90640,11.064453125
SSLID,λ<=log n,8192,1,88870,10.848388671875
SSLID,λ<=log n,8192,1,102661,12.5318603515625
SSLID,λ<=log n,8192,1,97251,11.8714599609375
SSLID,λ<=log n,8192,1,94574,11.544677734375
SSLID,λ<=log n,8192,1,87153,10.6387939453125
SSLID,λ<=log n,8192,1,101924,12.44189453125
SSLID,λ<=log n,8192,1,94183,11.4969482421875
SSLID,λ<=log n,8192,1,93086,11.363037109375
SSLID,λ<=log n,8192,1,107490,13.121337890625
SSLID,λ<=log n,8192,1,93656,11.4326171875
SSLID,λ<=log n,8192,1,95617,11.6719970703125
SSLID,λ<=log n,8192,1,102709,12.5377197265625
SSLID,λ<=log n,8192,1,93634,11.429931640625
SSLID,λ<=log n,8192,1,92034,11.234619140625
SSLID,λ<=log n,8192,1,96719,11.8065185546875
SSLID,λ<=log n,8192,1,93883,11.4603271484375
SSLID,λ<=log n,8192,1,100029,12.2105712890625
SSLID,λ<=log n,8192,1,95153,11.6153564453125
SSLID,λ<=log n,8192,1,90796,11.08349609375
SSLID,λ<=log n,8192,1,92632,11.3076171875
SSLID,λ<=log n,8192,1,92190,11.253662109375
SSLID,λ<=log n,8192,1,88964,10.85986328125
SSLID,λ<=log n,8192,1,88767,10.8358154296875
SSLID,λ<=log n,8192,1,91627,11.1849365234375
SSLID,λ<=log n,8192,1,89642,10.942626953125
SSLID,λ<=log n,8192,1,102164,12.47119140625
SSLID,λ<=log n,8192,1,91259,11.1400146484375
SSLID,λ<=log n,8192,1,93740,11.44287109375
SSLID,λ<=log n,8192,1,86030,10.501708984375
SSLID,λ<=log n,8192,1,87423,10.6717529296875
SSLID,λ<=log n,8192,1,93723,11.4407958984375
SSLID,λ<=log n,8192,1,98759,12.0555419921875
SSLID,λ<=log n,8192,1,95939,11.7113037109375
SSLID,λ<=log n,8192,1,102603,12.5247802734375
SSLID,λ<=log n,8192,1,84821,10.3541259765625
SSLID,λ<=log n,8192,1,89701,10.9498291015625
SSLID,λ<=log n,8192,1,94101,11.4869384765625
SSLID,λ<=log n,8192,1,98321,12.0020751953125
SSLID,λ<=log n,8192,1,95458,11.652587890625
SSLID,λ<=log n,8192,1,91240,11.1376953125
SSLID,λ<=log n,8192,1,99008,12.0859375
SSLID,λ<=log n,8192,1,91707,11.1947021484375
SSLID,λ<=log n,8192,1,92336,11.271484375
SSLID,λ<=log n,8192,1,92247,11.2606201171875
SSLID,λ<=log n,8192,1,93548,11.41943359375
SSDCU,λ<=log n,8192,1,82918,10.121826171875
SSDCU,λ<=log n,8192,1,86318,10.536865234375
SSDCU,λ<=log n,8192,1,81737,9.9776611328125
SSDCU,λ<=log n,8192,1,85464,10.4326171875
SSDCU,λ<=log n,8192,1,86450,10.552978515625
SSDCU,λ<=log n,8192,1,76912,9.388671875
SSDCU,λ<=log n,8192,1,82514,10.072509765625
SSDCU,λ<=log n,8192,1,85792,10.47265625
SSDCU,λ<=log n,8192,1,93166,11.372802734375
SSDCU,λ<=log n,8192,1,104378,12.741455078125
SSDCU,λ<=log n,8192,1,87695,10.7049560546875
SSDCU,λ<=log n,8192,1,85085,10.3863525390625
SSDCU,λ<=log n,8192,1,80014,9.767333984375
SSDCU,λ<=log n,8192,1,101709,12.4156494140625
SSDCU,λ<=log n,8192,1,85936,10.490234375
SSDCU,λ<=log n,8192,1,81551,9.9549560546875
SSDCU,λ<=log n,8192,1,82183,10.0321044921875
SSDCU,λ<=log n,8192,1,84300,10.29052734375
SSDCU,λ<=log n,8192,1,83952,10.248046875
SSDCU,λ<=log n,8192,1,83847,10.2352294921875
SSDCU,λ<=log n,8192,1,80913,9.8770751953125
SSDCU,λ<=log n,8192,1,77552,9.466796875
SSDCU,λ<=log n,8192,1,84502,10.315185546875
SSDCU,λ<=log n,8192,1,81856,9.9921875
SSDCU,λ<=log n,8192,1,89591,10.9364013671875
SSDCU,λ<=log n,8192,1,91198,11.132568359375
SSDCU,λ<=log n,8192,1,86997,10.6197509765625
SSDCU,λ<=log n,8192,1,75434,9.208251953125
SSDCU,λ<=log n,8192,1,83140,10.14892578125
SSDCU,λ<=log n,8192,1,88378,10.788330078125
SSDCU,λ<=log n,8192,1,85871,10.4822998046875
SSDCU,λ<=log n,8192,1,78472,9.5791015625
SSDCU,λ<=log n,8192,1,83565,10.2008056640625
SSDCU,λ<=log n,8192,1,80525,9.8297119140625
SSDCU,λ<=log n,8192,1,85192,10.3994140625
SSDCU,λ<=log n,8192,1,85822,10.476318359375
SSDCU,λ<=log n,8192,1,97900,11.95068359375
SSDCU,λ<=log n,8192,1,82554,10.077392578125
SSDCU,λ<=log n,8192,1,72949,8.9049072265625
SSDCU,λ<=log n,8192,1,95262,11.628662109375
SSDCU,λ<=log n,8192,1,85410,10.426025390625
SSDCU,λ<=log n,8192,1,76214,9.303466796875
SSDCU,λ<=log n,8192,1,84872,10.3603515625
SSDCU,λ<=log n,8192,1,77738,9.489501953125
SSDCU,λ<=log n,8192,1,87684,10.70361328125
SSDCU,λ<=log n,8192,1,94078,11.484130859375
SSDCU,λ<=log n,8192,1,95704,11.6826171875
SSDCU,λ<=log n,8192,1,78607,9.5955810546875
SSDCU,λ<=log n,8192,1,81091,9.8988037109375
SSDCU,λ<=log n,8192,1,98100,11.97509765625
SSDCU,λ<=log n,8192,1,84147,10.2718505859375
SSDCU,λ<=log n,8192,1,90415,11.0369873046875
SSDCU,λ<=log n,8192,1,80759,9.8582763671875
SSDCU,λ<=log n,8192,1,85576,10.4462890625
SSDCU,λ<=log n,8192,1,90263,11.0184326171875
SSDCU,λ<=log n,8192,1,85845,10.4791259765625
SSDCU,λ<=log n,8192,1,81039,9.8924560546875
SSDCU,λ<=log n,8192,1,82897,10.1192626953125
SSDCU,λ<=log n,8192,1,91167,11.1287841796875
SSDCU,λ<=log n,8192,1,92440,11.2841796875
SSDCU,λ<=log n,8192,1,82662,10.090576171875
SSDCU,λ<=log n,8192,1,84020,10.25634765625
SSDCU,λ<=log n,8192,1,86977,10.6173095703125
SSDCU,λ<=log n,8192,1,77691,9.4837646484375
SSDCU,λ<=log n,8192,1,80844,9.86865234375
SSDCU,λ<=log n,8192,1,88904,10.8525390625
SSDCU,λ<=log n,8192,1,87522,10.683837890625
SSDCU,λ<=log n,8192,1,83388,10.17919921875
SSDCU,λ<=log n,8192,1,83695,10.2166748046875
SSDCU,λ<=log n,8192,1,74438,9.086669921875
SSDCU,λ<=log n,8192,1,75125,9.1705322265625
SSDCU,λ<=log n,8192,1,76066,9.285400390625
SSDCU,λ<=log n,8192,1,88035,10.7464599609375
SSDCU,λ<=log n,8192,1,79642,9.721923828125
SSDCU,λ<=log n,8192,1,84237,10.2828369140625
SSDCU,λ<=log n,8192,1,80320,9.8046875
SSDCU,λ<=log n,8192,1,85330,10.416259765625
SSDCU,λ<=log n,8192,1,94083,11.4847412109375
SSDCU,λ<=log n,8192,1,88687,10.8260498046875
SSDCU,λ<=log n,8192,1,83293,10.1676025390625
SSDCU,λ<=log n,8192,1,78408,9.5712890625
SSDCU,λ<=log n,8192,1,86864,10.603515625
SSDCU,λ<=log n,8192,1,83601,10.2052001953125
SSDCU,λ<=log n,8192,1,98720,12.05078125
SSDCU,λ<=log n,8192,1,88144,10.759765625
SSDCU,λ<=log n,8192,1,99706,12.171142578125
SSDCU,λ<=log n,8192,1,84489,10.3135986328125
SSDCU,λ<=log n,8192,1,86027,10.5013427734375
SSDCU,λ<=log n,8192,1,89546,10.930908203125
SSDCU,λ<=log n,8192,1,89928,10.9775390625
SSDCU,λ<=log n,8192,1,89101,10.8765869140625
SSDCU,λ<=log n,8192,1,86332,10.53857421875
SSDCU,λ<=log n,8192,1,83348,10.17431640625
SSDCU,λ<=log n,8192,1,78460,9.57763671875
SSDCU,λ<=log n,8192,1,83839,10.2342529296875
SSDCU,λ<=log n,8192,1,88039,10.7469482421875
SSDCU,λ<=log n,8192,1,88497,10.8028564453125
SSDCU,λ<=log n,8192,1,79297,9.6798095703125
SSDCU,λ<=log n,8192,1,89222,10.891357421875
SSDCU,λ<=log n,8192,1,79638,9.721435546875
SRDCU,λ<=log n,8192,1,52167,6.3680419921875
SRDCU,λ<=log n,8192,1,51974,6.344482421875
SRDCU,λ<=log n,8192,1,53171,6.4906005859375
SRDCU,λ<=log n,8192,1,59788,7.29833984375
SRDCU,λ<=log n,8192,1,48855,5.9637451171875
SRDCU,λ<=log n,8192,1,52885,6.4556884765625
SRDCU,λ<=log n,8192,1,52868,6.45361328125
SRDCU,λ<=log n,8192,1,63954,7.806884765625
SRDCU,λ<=log n,8192,1,52298,6.384033203125
SRDCU,λ<=log n,8192,1,55888,6.822265625
SRDCU,λ<=log n,8192,1,51007,6.2264404296875
SRDCU,λ<=log n,8192,1,51338,6.266845703125
SRDCU,λ<=log n,8192,1,50744,6.1943359375
SRDCU,λ<=log n,8192,1,53169,6.4903564453125
SRDCU,λ<=log n,8192,1,52251,6.3782958984375
SRDCU,λ<=log n,8192,1,52592,6.419921875
SRDCU,λ<=log n,8192,1,50122,6.118408203125
SRDCU,λ<=log n,8192,1,52610,6.422119140625
SRDCU,λ<=log n,8192,1,51853,6.3297119140625
SRDCU,λ<=log n,8192,1,58650,7.159423828125
SRDCU,λ<=log n,8192,1,53805,6.5679931640625
SRDCU,λ<=log n,8192,1,53594,6.542236328125
SRDCU,λ<=log n,8192,1,51542,6.291748046875
SRDCU,λ<=log n,8192,1,56894,6.945068359375
SRDCU,λ<=log n,8192,1,53079,6.4793701171875
SRDCU,λ<=log n,8192,1,48562,5.927978515625
SRDCU,λ<=log n,8192,1,49256,6.0126953125
SRDCU,λ<=log n,8192,1,53599,6.5428466796875
SRDCU,λ<=log n,8192,1,50312,6.1416015625
SRDCU,λ<=log n,8192,1,52557,6.4156494140625
SRDCU,λ<=log n,8192,1,53947,6.5853271484375
SRDCU,λ<=log n,8192,1,55378,6.760009765625
SRDCU,λ<=log n,8192,1,61459,7.5023193359375
SRDCU,λ<=log n,8192,1,56670,6.917724609375
SRDCU,λ<=log n,8192,1,58333,7.1207275390625
SRDCU,λ<=log n,8192,1,59970,7.320556640625
SRDCU,λ<=log n,8192,1,53777,6.5645751953125
SRDCU,λ<=log n,8192,1,51430,6.278076171875
SRDCU,λ<=log n,8192,1,53205,6.4947509765625
SRDCU,λ<=log n,8192,1,51566,6.294677734375
SRDCU,λ<=log n,8192,1,50298,6.139892578125
SRDCU,λ<=log n,8192,1,54248,6.6220703125
SRDCU,λ<=log n,8192,1,51463,6.2821044921875
SRDCU,λ<=log n,8192,1,52024,6.3505859375
SRDCU,λ<=log n,8192,1,57274,6.991455078125
SRDCU,λ<=log n,8192,1,54585,6.6632080078125
SRDCU,λ<=log n,8192,1,54771,6.6859130859375
SRDCU,λ<=log n,8192,1,55635,6.7913818359375
SRDCU,λ<=log n,8192,1,52798,6.445068359375
SRDCU,λ<=log n,8192,1,55210,6.739501953125
SRDCU,λ<=log n,8192,1,56185,6.8585205078125
SRDCU,λ<=log n,8192,1,51688,6.3095703125
SRDCU,λ<=log n,8192,1,54682,6.675048828125
SRDCU,λ<=log n,8192,1,54121,6.6065673828125
SRDCU,λ<=log n,8192,1,52925,6.4605712890625
SRDCU,λ<=log n,8192,1,50997,6.2252197265625
SRDCU,λ<=log n,8192,1,52972,6.46630859375
SRDCU,λ<=log n,8192,1,49564,6.05029296875
SRDCU,λ<=log n,8192,1,49761,6.0743408203125
SRDCU,λ<=log n,8192,1,54923,6.7044677734375
SRDCU,λ<=log n,8192,1,52983,6.4676513671875
SRDCU,λ<=log n,8192,1,56138,6.852783203125
SRDCU,λ<=log n,8192,1,62492,7.62841796875
SRDCU,λ<=log n,8192,1,50203,6.1282958984375
SRDCU,λ<=log n,8192,1,56149,6.8541259765625
SRDCU,λ<=log n,8192,1,57726,7.046630859375
SRDCU,λ<=log n,8192,1,54502,6.653076171875
SRDCU,λ<=log n,8192,1,55365,6.7584228515625
SRDCU,λ<=log n,8192,1,51239,6.2547607421875
SRDCU,λ<=log n,8192,1,53507,6.5316162109375
SRDCU,λ<=log n,8192,1,53140,6.48681640625
SRDCU,λ<=log n,8192,1,48664,5.9404296875
SRDCU,λ<=log n,8192,1,52957,6.4644775390625
SRDCU,λ<=log n,8192,1,51395,6.2738037109375
SRDCU,λ<=log n,8192,1,53988,6.59033203125
SRDCU,λ<=log n,8192,1,50873,6.2100830078125
SRDCU,λ<=log n,8192,1,52499,6.4085693359375
SRDCU,λ<=log n,8192,1,48739,5.9495849609375
SRDCU,λ<=log n,8192,1,55236,6.74267578125
SRDCU,λ<=log n,8192,1,52316,6.38623046875
SRDCU,λ<=log n,8192,1,53603,6.5433349609375
SRDCU,λ<=log n,8192,1,51728,6.314453125
SRDCU,λ<=log n,8192,1,54425,6.6436767578125
SRDCU,λ<=log n,8192,1,54357,6.6353759765625
SRDCU,λ<=log n,8192,1,56160,6.85546875
SRDCU,λ<=log n,8192,1,53580,6.54052734375
SRDCU,λ<=log n,8192,1,47374,5.782958984375
SRDCU,λ<=log n,8192,1,50018,6.105712890625
SRDCU,λ<=log n,8192,1,60899,7.4339599609375
SRDCU,λ<=log n,8192,1,54673,6.6739501953125
SRDCU,λ<=log n,8192,1,53855,6.5740966796875
SRDCU,λ<=log n,8192,1,52711,6.4344482421875
SRDCU,λ<=log n,8192,1,49213,6.0074462890625
SRDCU,λ<=log n,8192,1,56316,6.87451171875
SRDCU,λ<=log n,8192,1,49475,6.0394287109375
SRDCU,λ<=log n,8192,1,51252,6.25634765625
SRDCU,λ<=log n,8192,1,58963,7.1976318359375
SRDCU,λ<=log n,8192,1,52008,6.3486328125
SRDCU,λ<=log n,8192,1,54742,6.682373046875
SHDCU,λ<=log n,8192,1,51936,6.33984375
SHDCU,λ<=log n,8192,1,52289,6.3829345703125
SHDCU,λ<=log n,8192,1,53802,6.567626953125
SHDCU,λ<=log n,8192,1,54144,6.609375
SHDCU,λ<=log n,8192,1,53300,6.50634765625
SHDCU,λ<=log n,8192,1,55416,6.7646484375
SHDCU,λ<=log n,8192,1,46112,5.62890625
SHDCU,λ<=log n,8192,1,54032,6.595703125
SHDCU,λ<=log n,8192,1,56524,6.89990234375
SHDCU,λ<=log n,8192,1,50436,6.15673828125
SHDCU,λ<=log n,8192,1,52955,6.4642333984375
SHDCU,λ<=log n,8192,1,53861,6.5748291015625
SHDCU,λ<=log n,8192,1,56726,6.924560546875
SHDCU,λ<=log n,8192,1,54995,6.7132568359375
SHDCU,λ<=log n,8192,1,53377,6.5157470703125
SHDCU,λ<=log n,8192,1,55858,6.818603515625
SHDCU,λ<=log n,8192,1,48409,5.9093017578125
SHDCU,λ<=log n,8192,1,51950,6.341552734375
SHDCU,λ<=log n,8192,1,56664,6.9169921875
SHDCU,λ<=log n,8192,1,49053,5.9879150390625
SHDCU,λ<=log n,8192,1,51839,6.3280029296875
SHDCU,λ<=log n,8192,1,54011,6.5931396484375
SHDCU,λ<=log n,8192,1,65341,7.9761962890625
SHDCU,λ<=log n,8192,1,52421,6.3990478515625
SHDCU,λ<=log n,8192,1,50817,6.2032470703125
SHDCU,λ<=log n,8192,1,52723,6.4359130859375
SHDCU,λ<=log n,8192,1,52328,6.3876953125
SHDCU,λ<=log n,8192,1,53678,6.552490234375
SHDCU,λ<=log n,8192,1,51531,6.2904052734375
SHDCU,λ<=log n,8192,1,48703,5.9451904296875
SHDCU,λ<=log n,8192,1,50935,6.2176513671875
SHDCU,λ<=log n,8192,1,49364,6.02587890625
SHDCU,λ<=log n,8192,1,49870,6.087646484375
SHDCU,λ<=log n,8192,1,53811,6.5687255859375
SHDCU,λ<=log n,8192,1,57711,7.0447998046875
SHDCU,λ<=log n,8192,1,50551,6.1707763671875
SHDCU,λ<=log n,8192,1,56761,6.9288330078125
SHDCU,λ<=log n,8192,1,49825,6.0821533203125
SHDCU,λ<=log n,8192,1,52685,6.4312744140625
SHDCU,λ<=log n,8192,1,57927,7.0711669921875
SHDCU,λ<=log n,8192,1,59614,7.277099609375
SHDCU,λ<=log n,8192,1,50785,6.1993408203125
SHDCU,λ<=log n,8192,1,52514,6.410400390625
SHDCU,λ<=log n,8192,1,59468,7.25927734375
SHDCU,λ<=log n,8192,1,51148,6.24365234375
SHDCU,λ<=log n,8192,1,59275,7.2357177734375
SHDCU,λ<=log n,8192,1,49571,6.0511474609375
SHDCU,λ<=log n,8192,1,48691,5.9437255859375
SHDCU,λ<=log n,8192,1,52415,6.3983154296875
SHDCU,λ<=log n,8192,1,49477,6.0396728515625
SHDCU,λ<=log n,8192,1,51493,6.2857666015625
SHDCU,λ<=log n,8192,1,49970,6.099853515625
SHDCU,λ<=log n,8192,1,53019,6.4720458984375
SHDCU,λ<=log n,8192,1,65075,7.9437255859375
SHDCU,λ<=log n,8192,1,60001,7.3243408203125
SHDCU,λ<=log n,8192,1,49049,5.9874267578125
SHDCU,λ<=log n,8192,1,49565,6.0504150390625
SHDCU,λ<=log n,8192,1,54449,6.6466064453125
SHDCU,λ<=log n,8192,1,50846,6.206787109375
SHDCU,λ<=log n,8192,1,54540,6.65771484375
SHDCU,λ<=log n,8192,1,56006,6.836669921875
SHDCU,λ<=log n,8192,1,47728,5.826171875
SHDCU,λ<=log n,8192,1,50825,6.2042236328125
SHDCU,λ<=log n,8192,1,52619,6.4232177734375
SHDCU,λ<=log n,8192,1,52042,6.352783203125
SHDCU,λ<=log n,8192,1,52426,6.399658203125
SHDCU,λ<=log n,8192,1,56870,6.942138671875
SHDCU,λ<=log n,8192,1,50170,6.124267578125
SHDCU,λ<=log n,8192,1,55467,6.7708740234375
SHDCU,λ<=log n,8192,1,50927,6.2166748046875
SHDCU,λ<=log n,8192,1,53838,6.572021484375
SHDCU,λ<=log n,8192,1,56302,6.872802734375
SHDCU,λ<=log n,8192,1,52960,6.46484375
SHDCU,λ<=log n,8192,1,53008,6.470703125
SHDCU,λ<=log n,8192,1,49693,6.0660400390625
SHDCU,λ<=log n,8192,1,49419,6.0325927734375
SHDCU,λ<=log n,8192,1,53256,6.5009765625
SHDCU,λ<=log n,8192,1,48762,5.952392578125
SHDCU,λ<=log n,8192,1,56309,6.8736572265625
SHDCU,λ<=log n,8192,1,51567,6.2947998046875
SHDCU,λ<=log n,8192,1,53590,6.541748046875
SHDCU,λ<=log n,8192,1,54535,6.6571044921875
SHDCU,λ<=log n,8192,1,53242,6.499267578125
SHDCU,λ<=log n,8192,1,51728,6.314453125
SHDCU,λ<=log n,8192,1,51624,6.3017578125
SHDCU,λ<=log n,8192,1,55403,6.7630615234375
SHDCU,λ<=log n,8192,1,58861,7.1851806640625
SHDCU,λ<=log n,8192,1,54438,6.645263671875
SHDCU,λ<=log n,8192,1,52922,6.460205078125
SHDCU,λ<=log n,8192,1,50672,6.185546875
SHDCU,λ<=log n,8192,1,51393,6.2735595703125
SHDCU,λ<=log n,8192,1,57180,6.97998046875
SHDCU,λ<=log n,8192,1,52130,6.363525390625
SHDCU,λ<=log n,8192,1,51954,6.342041015625
SHDCU,λ<=log n,8192,1,50225,6.1309814453125
SHDCU,λ<=log n,8192,1,52953,6.4639892578125
SHDCU,λ<=log n,8192,1,50505,6.1651611328125
SHDCU,λ<=log n,8192,1,50751,6.1951904296875
SHDCU,λ<=log n,8192,1,55889,6.8223876953125
SHDCU,λ<=log n,8192,1,48234,5.887939453125
SHLCU,λ<=log n,8192,1,63519,7.7537841796875
SHLCU,λ<=log n,8192,1,55127,6.7293701171875
SHLCU,λ<=log n,8192,1,51387,6.2728271484375
SHLCU,λ<=log n,8192,1,50033,6.1075439453125
SHLCU,λ<=log n,8192,1,54776,6.6865234375
SHLCU,λ<=log n,8192,1,55345,6.7559814453125
SHLCU,λ<=log n,8192,1,60838,7.426513671875
SHLCU,λ<=log n,8192,1,51919,6.3377685546875
SHLCU,λ<=log n,8192,1,55974,6.832763671875
SHLCU,λ<=log n,8192,1,56172,6.85693359375
SHLCU,λ<=log n,8192,1,53440,6.5234375
SHLCU,λ<=log n,8192,1,50773,6.1978759765625
SHLCU,λ<=log n,8192,1,50012,6.10498046875
SHLCU,λ<=log n,8192,1,51691,6.3099365234375
SHLCU,λ<=log n,8192,1,52881,6.4552001953125
SHLCU,λ<=log n,8192,1,48922,5.971923828125
SHLCU,λ<=log n,8192,1,48365,5.9039306640625
SHLCU,λ<=log n,8192,1,54038,6.596435546875
SHLCU,λ<=log n,8192,1,48409,5.9093017578125
SHLCU,λ<=log n,8192,1,47542,5.803466796875
SHLCU,λ<=log n,8192,1,47554,5.804931640625
SHLCU,λ<=log n,8192,1,57417,7.0089111328125
SHLCU,λ<=log n,8192,1,51713,6.3126220703125
SHLCU,λ<=log n,8192,1,49638,6.059326171875
SHLCU,λ<=log n,8192,1,50500,6.16455078125
SHLCU,λ<=log n,8192,1,50208,6.12890625
SHLCU,λ<=log n,8192,1,51974,6.344482421875
SHLCU,λ<=log n,8192,1,50228,6.13134765625
SHLCU,λ<=log n,8192,1,51257,6.2569580078125
SHLCU,λ<=log n,8192,1,49648,6.060546875
SHLCU,λ<=log n,8192,1,52871,6.4539794921875
SHLCU,λ<=log n,8192,1,47718,5.824951171875
SHLCU,λ<=log n,8192,1,50699,6.1888427734375
SHLCU,λ<=log n,8192,1,53711,6.5565185546875
SHLCU,λ<=log n,8192,1,50312,6.1416015625
SHLCU,λ<=log n,8192,1,59985,7.3223876953125
SHLCU,λ<=log n,8192,1,50503,6.1649169921875
SHLCU,λ<=log n,8192,1,49773,6.0758056640625
SHLCU,λ<=log n,8192,1,56072,6.8447265625
SHLCU,λ<=log n,8192,1,50571,6.1732177734375
SHLCU,λ<=log n,8192,1,51673,6.3077392578125
SHLCU,λ<=log n,8192,1,51482,6.284423828125
SHLCU,λ<=log n,8192,1,52405,6.3970947265625
SHLCU,λ<=log n,8192,1,54441,6.6456298828125
SHLCU,λ<=log n,8192,1,52048,6.353515625
SHLCU,λ<=log n,8192,1,52937,6.4620361328125
SHLCU,λ<=log n,8192,1,52141,6.3648681640625
SHLCU,λ<=log n,8192,1,57389,7.0054931640625
SHLCU,λ<=log n,8192,1,52625,6.4239501953125
SHLCU,λ<=log n,8192,1,49911,6.0926513671875
SHLCU,λ<=log n,8192,1,51135,6.2420654296875
SHLCU,λ<=log n,8192,1,51299,6.2620849609375
SHLCU,λ<=log n,8192,1,61176,7.4677734375
SHLCU,λ<=log n,8192,1,52676,6.43017578125
SHLCU,λ<=log n,8192,1,52083,6.3577880859375
SHLCU,λ<=log n,8192,1,48716,5.94677734375
SHLCU,λ<=log n,8192,1,52982,6.467529296875
SHLCU,λ<=log n,8192,1,49410,6.031494140625
SHLCU,λ<=log n,8192,1,48749,5.9508056640625
SHLCU,λ<=log n,8192,1,49602,6.054931640625
SHLCU,λ<=log n,8192,1,50828,6.20458984375
SHLCU,λ<=log n,8192,1,54584,6.6630859375
SHLCU,λ<=log n,8192,1,48589,5.9312744140625
SHLCU,λ<=log n,8192,1,53331,6.5101318359375
SHLCU,λ<=log n,8192,1,48956,5.97607421875
SHLCU,λ<=log n,8192,1,55010,6.715087890625
SHLCU,λ<=log n,8192,1,55746,6.804931640625
SHLCU,λ<=log n,8192,1,46130,5.631103515625
SHLCU,λ<=log n,8192,1,50907,6.2142333984375
SHLCU,λ<=log n,8192,1,50977,6.2227783203125
SHLCU,λ<=log n,8192,1,49034,5.985595703125
SHLCU,λ<=log n,8192,1,49110,5.994873046875
SHLCU,λ<=log n,8192,1,57970,7.076416015625
SHLCU,λ<=log n,8192,1,54894,6.700927734375
SHLCU,λ<=log n,8192,1,54661,6.6724853515625
SHLCU,λ<=log n,8192,1,56810,6.934814453125
SHLCU,λ<=log n,8192,1,52878,6.454833984375
SHLCU,λ<=log n,8192,1,50200,6.1279296875
SHLCU,λ<=log n,8192,1,52341,6.3892822265625
SHLCU,λ<=log n,8192,1,49793,6.0782470703125
SHLCU,λ<=log n,8192,1,51302,6.262451171875
SHLCU,λ<=log n,8192,1,51786,6.321533203125
SHLCU,λ<=log n,8192,1,51168,6.24609375
SHLCU,λ<=log n,8192,1,49766,6.074951171875
SHLCU,λ<=log n,8192,1,48852,5.96337890625
SHLCU,λ<=log n,8192,1,52848,6.451171875
SHLCU,λ<=log n,8192,1,50372,6.14892578125
SHLCU,λ<=log n,8192,1,48647,5.9383544921875
SHLCU,λ<=log n,8192,1,49247,6.0115966796875
SHLCU,λ<=log n,8192,1,50818,6.203369140625
SHLCU,λ<=log n,8192,1,51453,6.2808837890625
SHLCU,λ<=log n,8192,1,47725,5.8258056640625
SHLCU,λ<=log n,8192,1,58927,7.1932373046875
SHLCU,λ<=log n,8192,1,57462,7.014404296875
SHLCU,λ<=log n,8192,1,51904,6.3359375
SHLCU,λ<=log n,8192,1,53110,6.483154296875
SHLCU,λ<=log n,8192,1,49462,6.037841796875
SHLCU,λ<=log n,8192,1,50452,6.15869140625
SHLCU,λ<=log n,8192,1,50631,6.1805419921875
SHLCU,λ<=log n,8192,1,53844,6.57275390625
SRLCU,λ<=log n,8192,1,52020,6.35009765625
SRLCU,λ<=log n,8192,1,52120,6.3623046875
SRLCU,λ<=log n,8192,1,50800,6.201171875
SRLCU,λ<=log n,8192,1,53261,6.5015869140625
SRLCU,λ<=log n,8192,1,52778,6.442626953125
SRLCU,λ<=log n,8192,1,49755,6.0736083984375
SRLCU,λ<=log n,8192,1,53613,6.5445556640625
SRLCU,λ<=log n,8192,1,54856,6.6962890625
SRLCU,λ<=log n,8192,1,54950,6.707763671875
SRLCU,λ<=log n,8192,1,51639,6.3035888671875
SRLCU,λ<=log n,8192,1,52887,6.4559326171875
SRLCU,λ<=log n,8192,1,56022,6.838623046875
SRLCU,λ<=log n,8192,1,51282,6.260009765625
SRLCU,λ<=log n,8192,1,50393,6.1514892578125
SRLCU,λ<=log n,8192,1,47186,5.760009765625
SRLCU,λ<=log n,8192,1,52136,6.3642578125
SRLCU,λ<=log n,8192,1,47300,5.77392578125
SRLCU,λ<=log n,8192,1,52333,6.3883056640625
SRLCU,λ<=log n,8192,1,51594,6.298095703125
SRLCU,λ<=log n,8192,1,48783,5.9549560546875
SRLCU,λ<=log n,8192,1,50500,6.16455078125
SRLCU,λ<=log n,8192,1,51818,6.325439453125
SRLCU,λ<=log n,8192,1,52160,6.3671875
SRLCU,λ<=log n,8192,1,48864,5.96484375
SRLCU,λ<=log n,8192,1,47576,5.8076171875
SRLCU,λ<=log n,8192,1,47111,5.7508544921875
SRLCU,λ<=log n,8192,1,53132,6.48583984375
SRLCU,λ<=log n,8192,1,52641,6.4259033203125
SRLCU,λ<=log n,8192,1,51324,6.26513671875
SRLCU,λ<=log n,8192,1,51643,6.3040771484375
SRLCU,λ<=log n,8192,1,51740,6.31591796875
SRLCU,λ<=log n,8192,1,49407,6.0311279296875
SRLCU,λ<=log n,8192,1,50135,6.1199951171875
SRLCU,λ<=log n,8192,1,54817,6.6915283203125
SRLCU,λ<=log n,8192,1,50503,6.1649169921875
SRLCU,λ<=log n,8192,1,52958,6.464599609375
SRLCU,λ<=log n,8192,1,50363,6.1478271484375
SRLCU,λ<=log n,8192,1,50174,6.124755859375
SRLCU,λ<=log n,8192,1,51723,6.3138427734375
SRLCU,λ<=log n,8192,1,50753,6.1954345703125
SRLCU,λ<=log n,8192,1,48955,5.9759521484375
SRLCU,λ<=log n,8192,1,49267,6.0140380859375
SRLCU,λ<=log n,8192,1,53538,6.535400390625
SRLCU,λ<=log n,8192,1,53483,6.5286865234375
SRLCU,λ<=log n,8192,1,60193,7.3477783203125
SRLCU,λ<=log n,8192,1,48620,5.93505859375
SRLCU,λ<=log n,8192,1,51631,6.3026123046875
SRLCU,λ<=log n,8192,1,54188,6.61474609375
SRLCU,λ<=log n,8192,1,51228,6.25341796875
SRLCU,λ<=log n,8192,1,55176,6.7353515625
SRLCU,λ<=log n,8192,1,49020,5.98388671875
SRLCU,λ<=log n,8192,1,51767,6.3192138671875
SRLCU,λ<=log n,8192,1,49686,6.065185546875
SRLCU,λ<=log n,8192,1,64851,7.9163818359375
SRLCU,λ<=log n,8192,1,55534,6.779052734375
SRLCU,λ<=log n,8192,1,50680,6.1865234375
SRLCU,λ<=log n,8192,1,48332,5.89990234375
SRLCU,λ<=log n,8192,1,57110,6.971435546875
SRLCU,λ<=log n,8192,1,53170,6.490478515625
SRLCU,λ<=log n,8192,1,52806,6.446044921875
SRLCU,λ<=log n,8192,1,52811,6.4466552734375
SRLCU,λ<=log n,8192,1,49180,6.00341796875
SRLCU,λ<=log n,8192,1,56915,6.9476318359375
SRLCU,λ<=log n,8192,1,54061,6.5992431640625
SRLCU,λ<=log n,8192,1,49306,6.018798828125
SRLCU,λ<=log n,8192,1,49915,6.0931396484375
SRLCU,λ<=log n,8192,1,50269,6.1363525390625
SRLCU,λ<=log n,8192,1,55283,6.7484130859375
SRLCU,λ<=log n,8192,1,49065,5.9893798828125
SRLCU,λ<=log n,8192,1,58023,7.0828857421875
SRLCU,λ<=log n,8192,1,53984,6.58984375
SRLCU,λ<=log n,8192,1,48459,5.9154052734375
SRLCU,λ<=log n,8192,1,57475,7.0159912109375
SRLCU,λ<=log n,8192,1,56911,6.9471435546875
SRLCU,λ<=log n,8192,1,47941,5.8521728515625
SRLCU,λ<=log n,8192,1,50098,6.115478515625
SRLCU,λ<=log n,8192,1,50607,6.1776123046875
SRLCU,λ<=log n,8192,1,52213,6.3736572265625
SRLCU,λ<=log n,8192,1,49305,6.0186767578125
SRLCU,λ<=log n,8192,1,57562,7.026611328125
SRLCU,λ<=log n,8192,1,50306,6.140869140625
SRLCU,λ<=log n,8192,1,48968,5.9775390625
SRLCU,λ<=log n,8192,1,51665,6.3067626953125
SRLCU,λ<=log n,8192,1,47474,5.795166015625
SRLCU,λ<=log n,8192,1,50035,6.1077880859375
SRLCU,λ<=log n,8192,1,55109,6.7271728515625
SRLCU,λ<=log n,8192,1,47145,5.7550048828125
SRLCU,λ<=log n,8192,1,57910,7.069091796875
SRLCU,λ<=log n,8192,1,52660,6.42822265625
SRLCU,λ<=log n,8192,1,49295,6.0174560546875
SRLCU,λ<=log n,8192,1,49212,6.00732421875
SRLCU,λ<=log n,8192,1,53759,6.5623779296875
SRLCU,λ<=log n,8192,1,56000,6.8359375
SRLCU,λ<=log n,8192,1,52903,6.4578857421875
SRLCU,λ<=log n,8192,1,52062,6.355224609375
SRLCU,λ<=log n,8192,1,48786,5.955322265625
SRLCU,λ<=log n,8192,1,50988,6.22412109375
SRLCU,λ<=log n,8192,1,50631,6.1805419921875
SRLCU,λ<=log n,8192,1,51017,6.2276611328125
SRLCU,λ<=log n,8192,1,51281,6.2598876953125
SSLCU,λ<=log n,8192,1,93049,11.3585205078125
SSLCU,λ<=log n,8192,1,84171,10.2747802734375
SSLCU,λ<=log n,8192,1,86651,10.5775146484375
SSLCU,λ<=log n,8192,1,96438,11.772216796875
SSLCU,λ<=log n,8192,1,93892,11.46142578125
SSLCU,λ<=log n,8192,1,88365,10.7867431640625
SSLCU,λ<=log n,8192,1,90563,11.0550537109375
SSLCU,λ<=log n,8192,1,84606,10.327880859375
SSLCU,λ<=log n,8192,1,90707,11.0726318359375
SSLCU,λ<=log n,8192,1,84386,10.301025390625
SSLCU,λ<=log n,8192,1,88744,10.8330078125
SSLCU,λ<=log n,8192,1,82913,10.1212158203125
SSLCU,λ<=log n,8192,1,84877,10.3609619140625
SSLCU,λ<=log n,8192,1,92932,11.34423828125
SSLCU,λ<=log n,8192,1,83489,10.1915283203125
SSLCU,λ<=log n,8192,1,86100,10.51025390625
SSLCU,λ<=log n,8192,1,85965,10.4937744140625
SSLCU,λ<=log n,8192,1,85863,10.4813232421875
SSLCU,λ<=log n,8192,1,98178,11.984619140625
SSLCU,λ<=log n,8192,1,78090,9.532470703125
SSLCU,λ<=log n,8192,1,87863,10.7254638671875
SSLCU,λ<=log n,8192,1,89537,10.9298095703125
SSLCU,λ<=log n,8192,1,87003,10.6204833984375
SSLCU,λ<=log n,8192,1,81571,9.9573974609375
SSLCU,λ<=log n,8192,1,92519,11.2938232421875
SSLCU,λ<=log n,8192,1,99966,12.202880859375
SSLCU,λ<=log n,8192,1,97767,11.9344482421875
SSLCU,λ<=log n,8192,1,85874,10.482666015625
SSLCU,λ<=log n,8192,1,90657,11.0665283203125
SSLCU,λ<=log n,8192,1,80856,9.8701171875
SSLCU,λ<=log n,8192,1,85722,10.464111328125
SSLCU,λ<=log n,8192,1,84162,10.273681640625
SSLCU,λ<=log n,8192,1,83749,10.2232666015625
SSLCU,λ<=log n,8192,1,90787,11.0823974609375
SSLCU,λ<=log n,8192,1,79577,9.7139892578125
SSLCU,λ<=log n,8192,1,82285,10.0445556640625
SSLCU,λ<=log n,8192,1,120002,14.648681640625
SSLCU,λ<=log n,8192,1,91578,11.178955078125
SSLCU,λ<=log n,8192,1,91424,11.16015625
SSLCU,λ<=log n,8192,1,81349,9.9302978515625
SSLCU,λ<=log n,8192,1,79571,9.7132568359375
SSLCU,λ<=log n,8192,1,91057,11.1153564453125
SSLCU,λ<=log n,8192,1,79647,9.7225341796875
SSLCU,λ<=log n,8192,1,87151,10.6385498046875
SSLCU,λ<=log n,8192,1,85251,10.4066162109375
SSLCU,λ<=log n,8192,1,90728,11.0751953125
SSLCU,λ<=log n,8192,1,90231,11.0145263671875
SSLCU,λ<=log n,8192,1,81303,9.9246826171875
SSLCU,λ<=log n,8192,1,89772,10.95849609375
SSLCU,λ<=log n,8192,1,84170,10.274658203125
SSLCU,λ<=log n,8192,1,95436,11.64990234375
SSLCU,λ<=log n,8192,1,85953,10.4923095703125
SSLCU,λ<=log n,8192,1,83412,10.18212890625
SSLCU,λ<=log n,8192,1,90502,11.047607421875
SSLCU,λ<=log n,8192,1,93230,11.380615234375
SSLCU,λ<=log n,8192,1,87173,10.6412353515625
SSLCU,λ<=log n,8192,1,85272,10.4091796875
SSLCU,λ<=log n,8192,1,79122,9.658447265625
SSLCU,λ<=log n,8192,1,82107,10.0228271484375
SSLCU,λ<=log n,8192,1,95363,11.6409912109375
SSLCU,λ<=log n,8192,1,73697,8.9962158203125
SSLCU,λ<=log n,8192,1,81466,9.944580078125
SSLCU,λ<=log n,8192,1,84849,10.3575439453125
SSLCU,λ<=log n,8192,1,78502,9.582763671875
SSLCU,λ<=log n,8192,1,78135,9.5379638671875
SSLCU,λ<=log n,8192,1,84590,10.325927734375
SSLCU,λ<=log n,8192,1,82177,10.0313720703125
SSLCU,λ<=log n,8192,1,91546,11.175048828125
SSLCU,λ<=log n,8192,1,94546,11.541259765625
SSLCU,λ<=log n,8192,1,83407,10.1815185546875
SSLCU,λ<=log n,8192,1,76376,9.3232421875
SSLCU,λ<=log n,8192,1,82009,10.0108642578125
SSLCU,λ<=log n,8192,1,87364,10.66455078125
SSLCU,λ<=log n,8192,1,85656,10.4560546875
SSLCU,λ<=log n,8192,1,87482,10.678955078125
SSLCU,λ<=log n,8192,1,89530,10.928955078125
SSLCU,λ<=log n,8192,1,80046,9.771240234375
SSLCU,λ<=log n,8192,1,97798,11.938232421875
SSLCU,λ<=log n,8192,1,88695,10.8270263671875
SSLCU,λ<=log n,8192,1,79864,9.7490234375
SSLCU,λ<=log n,8192,1,102743,12.5418701171875
SSLCU,λ<=log n,8192,1,83533,10.1968994140625
SSLCU,λ<=log n,8192,1,81211,9.9134521484375
SSLCU,λ<=log n,8192,1,82870,10.115966796875
SSLCU,λ<=log n,8192,1,99013,12.0865478515625
SSLCU,λ<=log n,8192,1,98253,11.9937744140625
SSLCU,λ<=log n,8192,1,92000,11.23046875
SSLCU,λ<=log n,8192,1,103387,12.6204833984375
SSLCU,λ<=log n,8192,1,85114,10.389892578125
SSLCU,λ<=log n,8192,1,88664,10.8232421875
SSLCU,λ<=log n,8192,1,81284,9.92236328125
SSLCU,λ<=log n,8192,1,88195,10.7659912109375
SSLCU,λ<=log n,8192,1,81802,9.985595703125
SSLCU,λ<=log n,8192,1,87447,10.6746826171875
SSLCU,λ<=log n,8192,1,93487,11.4119873046875
SSLCU,λ<=log n,8192,1,104538,12.760986328125
SSLCU,λ<=log n,8192,1,88556,10.81005859375
SSLCU,λ<=log n,8192,1,86168,10.5185546875
SSLCU,λ<=log n,8192,1,86096,10.509765625
SSLCU,λ<=log n,8192,1,89480,10.9228515625
SSDSU,λ<=log n,8192,1,82414,10.060302734375
SSDSU,λ<=log n,8192,1,88523,10.8060302734375
SSDSU,λ<=log n,8192,1,81719,9.9754638671875
SSDSU,λ<=log n,8192,1,87786,10.716064453125
SSDSU,λ<=log n,8192,1,82168,10.0302734375
SSDSU,λ<=log n,8192,1,77454,9.454833984375
SSDSU,λ<=log n,8192,1,83009,10.1329345703125
SSDSU,λ<=log n,8192,1,92962,11.347900390625
SSDSU,λ<=log n,8192,1,80430,9.818115234375
SSDSU,λ<=log n,8192,1,85295,10.4119873046875
SSDSU,λ<=log n,8192,1,80264,9.7978515625
SSDSU,λ<=log n,8192,1,75143,9.1727294921875
SSDSU,λ<=log n,8192,1,84658,10.334228515625
SSDSU,λ<=log n,8192,1,77250,9.429931640625
SSDSU,λ<=log n,8192,1,80602,9.839111328125
SSDSU,λ<=log n,8192,1,86138,10.514892578125
SSDSU,λ<=log n,8192,1,86389,10.5455322265625
SSDSU,λ<=log n,8192,1,85201,10.4005126953125
SSDSU,λ<=log n,8192,1,81780,9.98291015625
SSDSU,λ<=log n,8192,1,83666,10.213134765625
SSDSU,λ<=log n,8192,1,90508,11.04833984375
SSDSU,λ<=log n,8192,1,80444,9.81982421875
SSDSU,λ<=log n,8192,1,89727,10.9530029296875
SSDSU,λ<=log n,8192,1,79073,9.6524658203125
SSDSU,λ<=log n,8192,1,82397,10.0582275390625
SSDSU,λ<=log n,8192,1,86676,10.58056640625
SSDSU,λ<=log n,8192,1,87649,10.6993408203125
SSDSU,λ<=log n,8192,1,82311,10.0477294921875
SSDSU,λ<=log n,8192,1,77530,9.464111328125
SSDSU,λ<=log n,8192,1,79873,9.7501220703125
SSDSU,λ<=log n,8192,1,93350,11.395263671875
SSDSU,λ<=log n,8192,1,89555,10.9320068359375
SSDSU,λ<=log n,8192,1,80283,9.8001708984375
SSDSU,λ<=log n,8192,1,79623,9.7196044921875
SSDSU,λ<=log n,8192,1,98164,11.98291015625
SSDSU,λ<=log n,8192,1,85073,10.3848876953125
SSDSU,λ<=log n,8192,1,80491,9.8255615234375
SSDSU,λ<=log n,8192,1,81487,9.9471435546875
SSDSU,λ<=log n,8192,1,80364,9.81005859375
SSDSU,λ<=log n,8192,1,81278,9.921630859375
SSDSU,λ<=log n,8192,1,96470,11.776123046875
SSDSU,λ<=log n,8192,1,83249,10.1622314453125
SSDSU,λ<=log n,8192,1,87114,10.634033203125
SSDSU,λ<=log n,8192,1,88979,10.8616943359375
SSDSU,λ<=log n,8192,1,86908,10.60888671875
SSDSU,λ<=log n,8192,1,87142,10.637451171875
SSDSU,λ<=log n,8192,1,89702,10.949951171875
SSDSU,λ<=log n,8192,1,88897,10.8516845703125
SSDSU,λ<=log n,8192,1,81225,9.9151611328125
SSDSU,λ<=log n,8192,1,85815,10.4754638671875
SSDSU,λ<=log n,8192,1,89245,10.8941650390625
SSDSU,λ<=log n,8192,1,88861,10.8472900390625
SSDSU,λ<=log n,8192,1,97571,11.9105224609375
SSDSU,λ<=log n,8192,1,93230,11.380615234375
SSDSU,λ<=log n,8192,1,84195,10.2777099609375
SSDSU,λ<=log n,8192,1,82491,10.0697021484375
SSDSU,λ<=log n,8192,1,90608,11.060546875
SSDSU,λ<=log n,8192,1,90598,11.059326171875
SSDSU,λ<=log n,8192,1,84768,10.34765625
SSDSU,λ<=log n,8192,1,98678,12.045654296875
SSDSU,λ<=log n,8192,1,83999,10.2537841796875
SSDSU,λ<=log n,8192,1,85392,10.423828125
SSDSU,λ<=log n,8192,1,79728,9.732421875
SSDSU,λ<=log n,8192,1,87099,10.6322021484375
SSDSU,λ<=log n,8192,1,83554,10.199462890625
SSDSU,λ<=log n,8192,1,82716,10.09716796875
SSDSU,λ<=log n,8192,1,95834,11.698486328125
SSDSU,λ<=log n,8192,1,75760,9.248046875
SSDSU,λ<=log n,8192,1,77039,9.4041748046875
SSDSU,λ<=log n,8192,1,81573,9.9576416015625
SSDSU,λ<=log n,8192,1,82888,10.1181640625
SSDSU,λ<=log n,8192,1,84626,10.330322265625
SSDSU,λ<=log n,8192,1,83161,10.1514892578125
SSDSU,λ<=log n,8192,1,82258,10.041259765625
SSDSU,λ<=log n,8192,1,93536,11.41796875
SSDSU,λ<=log n,8192,1,80941,9.8804931640625
SSDSU,λ<=log n,8192,1,85855,10.4803466796875
SSDSU,λ<=log n,8192,1,78901,9.6314697265625
SSDSU,λ<=log n,8192,1,72945,8.9044189453125
SSDSU,λ<=log n,8192,1,88381,10.7886962890625
SSDSU,λ<=log n,8192,1,93607,11.4266357421875
SSDSU,λ<=log n,8192,1,91893,11.2174072265625
SSDSU,λ<=log n,8192,1,78814,9.620849609375
SSDSU,λ<=log n,8192,1,93062,11.360107421875
SSDSU,λ<=log n,8192,1,87304,10.6572265625
SSDSU,λ<=log n,8192,1,100612,12.28173828125
SSDSU,λ<=log n,8192,1,83098,10.143798828125
SSDSU,λ<=log n,8192,1,84586,10.325439453125
SSDSU,λ<=log n,8192,1,80053,9.7720947265625
SSDSU,λ<=log n,8192,1,90926,11.099365234375
SSDSU,λ<=log n,8192,1,81842,9.990478515625
SSDSU,λ<=log n,8192,1,92589,11.3023681640625
SSDSU,λ<=log n,8192,1,94543,11.5408935546875
SSDSU,λ<=log n,8192,1,86503,10.5594482421875
SSDSU,λ<=log n,8192,1,96447,11.7733154296875
SSDSU,λ<=log n,8192,1,80479,9.8240966796875
SSDSU,λ<=log n,8192,1,86062,10.505615234375
SSDSU,λ<=log n,8192,1,87683,10.7034912109375
SSDSU,λ<=log n,8192,1,80272,9.798828125
SSDSU,λ<=log n,8192,1,87967,10.7381591796875
SRDSU,λ<=log n,8192,1,57288,6.9931640625
SRDSU,λ<=log n,8192,1,59476,7.26025390625
SRDSU,λ<=log n,8192,1,57386,7.005126953125
SRDSU,λ<=log n,8192,1,53728,6.55859375
SRDSU,λ<=log n,8192,1,58480,7.138671875
SRDSU,λ<=log n,8192,1,51427,6.2777099609375
SRDSU,λ<=log n,8192,1,57958,7.074951171875
SRDSU,λ<=log n,8192,1,53214,6.495849609375
SRDSU,λ<=log n,8192,1,57849,7.0616455078125
SRDSU,λ<=log n,8192,1,52930,6.461181640625
SRDSU,λ<=log n,8192,1,56596,6.90869140625
SRDSU,λ<=log n,8192,1,52019,6.3499755859375
SRDSU,λ<=log n,8192,1,59266,7.234619140625
SRDSU,λ<=log n,8192,1,60468,7.38134765625
SRDSU,λ<=log n,8192,1,54954,6.708251953125
SRDSU,λ<=log n,8192,1,52138,6.364501953125
SRDSU,λ<=log n,8192,1,49619,6.0570068359375
SRDSU,λ<=log n,8192,1,53175,6.4910888671875
SRDSU,λ<=log n,8192,1,55701,6.7994384765625
SRDSU,λ<=log n,8192,1,52828,6.44873046875
SRDSU,λ<=log n,8192,1,52375,6.3934326171875
SRDSU,λ<=log n,8192,1,52562,6.416259765625
SRDSU,λ<=log n,8192,1,52347,6.3900146484375
SRDSU,λ<=log n,8192,1,57291,6.9935302734375
SRDSU,λ<=log n,8192,1,54394,6.639892578125
SRDSU,λ<=log n,8192,1,55762,6.806884765625
SRDSU,λ<=log n,8192,1,55254,6.744873046875
SRDSU,λ<=log n,8192,1,55018,6.716064453125
SRDSU,λ<=log n,8192,1,56053,6.8424072265625
SRDSU,λ<=log n,8192,1,54733,6.6812744140625
SRDSU,λ<=log n,8192,1,56720,6.923828125
SRDSU,λ<=log n,8192,1,57773,7.0523681640625
SRDSU,λ<=log n,8192,1,60434,7.377197265625
SRDSU,λ<=log n,8192,1,53254,6.500732421875
SRDSU,λ<=log n,8192,1,56464,6.892578125
SRDSU,λ<=log n,8192,1,55825,6.8145751953125
SRDSU,λ<=log n,8192,1,52769,6.4415283203125
SRDSU,λ<=log n,8192,1,53082,6.479736328125
SRDSU,λ<=log n,8192,1,55686,6.797607421875
SRDSU,λ<=log n,8192,1,57278,6.991943359375
SRDSU,λ<=log n,8192,1,54942,6.706787109375
SRDSU,λ<=log n,8192,1,55442,6.767822265625
SRDSU,λ<=log n,8192,1,57530,7.022705078125
SRDSU,λ<=log n,8192,1,55133,6.7301025390625
SRDSU,λ<=log n,8192,1,56179,6.8577880859375
SRDSU,λ<=log n,8192,1,56468,6.89306640625
SRDSU,λ<=log n,8192,1,49854,6.085693359375
SRDSU,λ<=log n,8192,1,56149,6.8541259765625
SRDSU,λ<=log n,8192,1,55735,6.8035888671875
SRDSU,λ<=log n,8192,1,53019,6.4720458984375
SRDSU,λ<=log n,8192,1,53471,6.5272216796875
SRDSU,λ<=log n,8192,1,53621,6.5455322265625
SRDSU,λ<=log n,8192,1,51613,6.3004150390625
SRDSU,λ<=log n,8192,1,53877,6.5767822265625
SRDSU,λ<=log n,8192,1,55937,6.8282470703125
SRDSU,λ<=log n,8192,1,57001,6.9581298828125
SRDSU,λ<=log n,8192,1,51734,6.315185546875
SRDSU,λ<=log n,8192,1,52178,6.369384765625
SRDSU,λ<=log n,8192,1,59253,7.2330322265625
SRDSU,λ<=log n,8192,1,53203,6.4945068359375
SRDSU,λ<=log n,8192,1,53499,6.5306396484375
SRDSU,λ<=log n,8192,1,53528,6.5341796875
SRDSU,λ<=log n,8192,1,64269,7.8453369140625
SRDSU,λ<=log n,8192,1,51536,6.291015625
SRDSU,λ<=log n,8192,1,59677,7.2847900390625
SRDSU,λ<=log n,8192,1,55381,6.7603759765625
SRDSU,λ<=log n,8192,1,54323,6.6312255859375
SRDSU,λ<=log n,8192,1,53198,6.493896484375
SRDSU,λ<=log n,8192,1,58393,7.1280517578125
SRDSU,λ<=log n,8192,1,54172,6.61279296875
SRDSU,λ<=log n,8192,1,54611,6.6663818359375
SRDSU,λ<=log n,8192,1,55767,6.8074951171875
SRDSU,λ<=log n,8192,1,51599,6.2987060546875
SRDSU,λ<=log n,8192,1,59911,7.3133544921875
SRDSU,λ<=log n,8192,1,53963,6.5872802734375
SRDSU,λ<=log n,8192,1,57670,7.039794921875
SRDSU,λ<=log n,8192,1,64437,7.8658447265625
SRDSU,λ<=log n,8192,1,59343,7.2440185546875
SRDSU,λ<=log n,8192,1,51813,6.3248291015625
SRDSU,λ<=log n,8192,1,57323,6.9974365234375
SRDSU,λ<=log n,8192,1,55482,6.772705078125
SRDSU,λ<=log n,8192,1,51943,6.3406982421875
SRDSU,λ<=log n,8192,1,56063,6.8436279296875
SRDSU,λ<=log n,8192,1,51356,6.26904296875
SRDSU,λ<=log n,8192,1,52034,6.351806640625
SRDSU,λ<=log n,8192,1,59604,7.27587890625
SRDSU,λ<=log n,8192,1,63067,7.6986083984375
SRDSU,λ<=log n,8192,1,51149,6.2437744140625
SRDSU,λ<=log n,8192,1,59315,7.2406005859375
SRDSU,λ<=log n,8192,1,53815,6.5692138671875
SRDSU,λ<=log n,8192,1,54233,6.6202392578125
SRDSU,λ<=log n,8192,1,51967,6.3436279296875
SRDSU,λ<=log n,8192,1,53807,6.5682373046875
SRDSU,λ<=log n,8192,1,53925,6.5826416015625
SRDSU,λ<=log n,8192,1,52387,6.3948974609375
SRDSU,λ<=log n,8192,1,50209,6.1290283203125
SRDSU,λ<=log n,8192,1,51784,6.3212890625
SRDSU,λ<=log n,8192,1,58218,7.106689453125
SRDSU,λ<=log n,8192,1,54882,6.699462890625
SRDSU,λ<=log n,8192,1,52374,6.393310546875
SHDSU,λ<=log n,8192,1,59014,7.203857421875
SHDSU,λ<=log n,8192,1,60892,7.43310546875
SHDSU,λ<=log n,8192,1,58346,7.122314453125
SHDSU,λ<=log n,8192,1,53304,6.5068359375
SHDSU,λ<=log n,8192,1,59144,7.2197265625
SHDSU,λ<=log n,8192,1,59850,7.305908203125
SHDSU,λ<=log n,8192,1,58077,7.0894775390625
SHDSU,λ<=log n,8192,1,61266,7.478759765625
SHDSU,λ<=log n,8192,1,58439,7.1336669921875
SHDSU,λ<=log n,8192,1,60885,7.4322509765625
SHDSU,λ<=log n,8192,1,60112,7.337890625
SHDSU,λ<=log n,8192,1,56999,6.9578857421875
SHDSU,λ<=log n,8192,1,59162,7.221923828125
SHDSU,λ<=log n,8192,1,59199,7.2264404296875
SHDSU,λ<=log n,8192,1,55398,6.762451171875
SHDSU,λ<=log n,8192,1,55784,6.8095703125
SHDSU,λ<=log n,8192,1,55563,6.7825927734375
SHDSU,λ<=log n,8192,1,65864,8.0400390625
SHDSU,λ<=log n,8192,1,57536,7.0234375
SHDSU,λ<=log n,8192,1,59542,7.268310546875
SHDSU,λ<=log n,8192,1,56868,6.94189453125
SHDSU,λ<=log n,8192,1,58449,7.1348876953125
SHDSU,λ<=log n,8192,1,55980,6.83349609375
SHDSU,λ<=log n,8192,1,57272,6.9912109375
SHDSU,λ<=log n,8192,1,55295,6.7498779296875
SHDSU,λ<=log n,8192,1,55620,6.78955078125
SHDSU,λ<=log n,8192,1,55907,6.8245849609375
SHDSU,λ<=log n,8192,1,60054,7.330810546875
SHDSU,λ<=log n,8192,1,56625,6.9122314453125
SHDSU,λ<=log n,8192,1,54292,6.62744140625
SHDSU,λ<=log n,8192,1,60975,7.4432373046875
SHDSU,λ<=log n,8192,1,54676,6.67431640625
SHDSU,λ<=log n,8192,1,58890,7.188720703125
SHDSU,λ<=log n,8192,1,55955,6.8304443359375
SHDSU,λ<=log n,8192,1,58597,7.1529541015625
SHDSU,λ<=log n,8192,1,55135,6.7303466796875
SHDSU,λ<=log n,8192,1,57389,7.0054931640625
SHDSU,λ<=log n,8192,1,59339,7.2435302734375
SHDSU,λ<=log n,8192,1,55615,6.7889404296875
SHDSU,λ<=log n,8192,1,61747,7.5374755859375
SHDSU,λ<=log n,8192,1,58949,7.1959228515625
SHDSU,λ<=log n,8192,1,58581,7.1510009765625
SHDSU,λ<=log n,8192,1,56386,6.883056640625
SHDSU,λ<=log n,8192,1,64464,7.869140625
SHDSU,λ<=log n,8192,1,57384,7.0048828125
SHDSU,λ<=log n,8192,1,63261,7.7222900390625
SHDSU,λ<=log n,8192,1,57925,7.0709228515625
SHDSU,λ<=log n,8192,1,67247,8.2088623046875
SHDSU,λ<=log n,8192,1,62219,7.5950927734375
SHDSU,λ<=log n,8192,1,57900,7.06787109375
SHDSU,λ<=log n,8192,1,58503,7.1414794921875
SHDSU,λ<=log n,8192,1,57750,7.049560546875
SHDSU,λ<=log n,8192,1,68648,8.3798828125
SHDSU,λ<=log n,8192,1,56984,6.9560546875
SHDSU,λ<=log n,8192,1,60328,7.3642578125
SHDSU,λ<=log n,8192,1,56250,6.866455078125
SHDSU,λ<=log n,8192,1,57738,7.048095703125
SHDSU,λ<=log n,8192,1,55437,6.7672119140625
SHDSU,λ<=log n,8192,1,60812,7.42333984375
SHDSU,λ<=log n,8192,1,58764,7.17333984375
SHDSU,λ<=log n,8192,1,57535,7.0233154296875
SHDSU,λ<=log n,8192,1,57555,7.0257568359375
SHDSU,λ<=log n,8192,1,56083,6.8460693359375
SHDSU,λ<=log n,8192,1,62288,7.603515625
SHDSU,λ<=log n,8192,1,56350,6.878662109375
SHDSU,λ<=log n,8192,1,57602,7.031494140625
SHDSU,λ<=log n,8192,1,57243,6.9876708984375
SHDSU,λ<=log n,8192,1,57192,6.9814453125
SHDSU,λ<=log n,8192,1,57158,6.977294921875
SHDSU,λ<=log n,8192,1,57653,7.0377197265625
SHDSU,λ<=log n,8192,1,62983,7.6883544921875
SHDSU,λ<=log n,8192,1,58550,7.147216796875
SHDSU,λ<=log n,8192,1,60639,7.4022216796875
SHDSU,λ<=log n,8192,1,61944,7.5615234375
SHDSU,λ<=log n,8192,1,62187,7.5911865234375
SHDSU,λ<=log n,8192,1,61805,7.5445556640625
SHDSU,λ<=log n,8192,1,59251,7.2327880859375
SHDSU,λ<=log n,8192,1,55238,6.742919921875
SHDSU,λ<=log n,8192,1,56154,6.854736328125
SHDSU,λ<=log n,8192,1,59739,7.2923583984375
SHDSU,λ<=log n,8192,1,63355,7.7337646484375
SHDSU,λ<=log n,8192,1,63180,7.71240234375
SHDSU,λ<=log n,8192,1,54621,6.6676025390625
SHDSU,λ<=log n,8192,1,57296,6.994140625
SHDSU,λ<=log n,8192,1,59886,7.310302734375
SHDSU,λ<=log n,8192,1,58871,7.1864013671875
SHDSU,λ<=log n,8192,1,56228,6.86376953125
SHDSU,λ<=log n,8192,1,58295,7.1160888671875
SHDSU,λ<=log n,8192,1,61539,7.5120849609375
SHDSU,λ<=log n,8192,1,57513,7.0206298828125
SHDSU,λ<=log n,8192,1,59902,7.312255859375
SHDSU,λ<=log n,8192,1,59042,7.207275390625
SHDSU,λ<=log n,8192,1,56769,6.9298095703125
SHDSU,λ<=log n,8192,1,60956,7.44091796875
SHDSU,λ<=log n,8192,1,59020,7.20458984375
SHDSU,λ<=log n,8192,1,56316,6.87451171875
SHDSU,λ<=log n,8192,1,58958,7.197021484375
SHDSU,λ<=log n,8192,1,59786,7.298095703125
SHDSU,λ<=log n,8192,1,56334,6.876708984375
SHLSU,λ<=log n,8192,1,56219,6.8626708984375
SHLSU,λ<=log n,8192,1,58515,7.1429443359375
SHLSU,λ<=log n,8192,1,57814,7.057373046875
SHLSU,λ<=log n,8192,1,57747,7.0491943359375
SHLSU,λ<=log n,8192,1,58293,7.1158447265625
SHLSU,λ<=log n,8192,1,58297,7.1163330078125
SHLSU,λ<=log n,8192,1,62446,7.622802734375
SHLSU,λ<=log n,8192,1,57804,7.05615234375
SHLSU,λ<=log n,8192,1,55774,6.808349609375
SHLSU,λ<=log n,8192,1,57708,7.04443359375
SHLSU,λ<=log n,8192,1,54397,6.6402587890625
SHLSU,λ<=log n,8192,1,66393,8.1046142578125
SHLSU,λ<=log n,8192,1,58639,7.1580810546875
SHLSU,λ<=log n,8192,1,63027,7.6937255859375
SHLSU,λ<=log n,8192,1,54617,6.6671142578125
SHLSU,λ<=log n,8192,1,65142,7.951904296875
SHLSU,λ<=log n,8192,1,60336,7.365234375
SHLSU,λ<=log n,8192,1,53675,6.5521240234375
SHLSU,λ<=log n,8192,1,57718,7.045654296875
SHLSU,λ<=log n,8192,1,57753,7.0499267578125
SHLSU,λ<=log n,8192,1,70322,8.584228515625
SHLSU,λ<=log n,8192,1,61937,7.5606689453125
SHLSU,λ<=log n,8192,1,60481,7.3829345703125
SHLSU,λ<=log n,8192,1,57398,7.006591796875
SHLSU,λ<=log n,8192,1,61329,7.4864501953125
SHLSU,λ<=log n,8192,1,56497,6.8966064453125
SHLSU,λ<=log n,8192,1,58415,7.1307373046875
SHLSU,λ<=log n,8192,1,60770,7.418212890625
SHLSU,λ<=log n,8192,1,65036,7.93896484375
SHLSU,λ<=log n,8192,1,56207,6.8612060546875
SHLSU,λ<=log n,8192,1,56426,6.887939453125
SHLSU,λ<=log n,8192,1,59713,7.2891845703125
SHLSU,λ<=log n,8192,1,59474,7.260009765625
SHLSU,λ<=log n,8192,1,63682,7.773681640625
SHLSU,λ<=log n,8192,1,61566,7.515380859375
SHLSU,λ<=log n,8192,1,55324,6.75341796875
SHLSU,λ<=log n,8192,1,67616,8.25390625
SHLSU,λ<=log n,8192,1,60273,7.3575439453125
SHLSU,λ<=log n,8192,1,60803,7.4222412109375
SHLSU,λ<=log n,8192,1,58799,7.1776123046875
SHLSU,λ<=log n,8192,1,58895,7.1893310546875
SHLSU,λ<=log n,8192,1,65311,7.9725341796875
SHLSU,λ<=log n,8192,1,55500,6.77490234375
SHLSU,λ<=log n,8192,1,62356,7.61181640625
SHLSU,λ<=log n,8192,1,54917,6.7037353515625
SHLSU,λ<=log n,8192,1,58221,7.1070556640625
SHLSU,λ<=log n,8192,1,56744,6.9267578125
SHLSU,λ<=log n,8192,1,59774,7.296630859375
SHLSU,λ<=log n,8192,1,60089,7.3350830078125
SHLSU,λ<=log n,8192,1,58142,7.097412109375
SHLSU,λ<=log n,8192,1,62383,7.6151123046875
SHLSU,λ<=log n,8192,1,67662,8.259521484375
SHLSU,λ<=log n,8192,1,57242,6.987548828125
SHLSU,λ<=log n,8192,1,56642,6.914306640625
SHLSU,λ<=log n,8192,1,60744,7.4150390625
SHLSU,λ<=log n,8192,1,58175,7.1014404296875
SHLSU,λ<=log n,8192,1,58280,7.1142578125
SHLSU,λ<=log n,8192,1,59098,7.214111328125
SHLSU,λ<=log n,8192,1,66888,8.1650390625
SHLSU,λ<=log n,8192,1,58150,7.098388671875
SHLSU,λ<=log n,8192,1,60671,7.4061279296875
SHLSU,λ<=log n,8192,1,58465,7.1368408203125
SHLSU,λ<=log n,8192,1,61445,7.5006103515625
SHLSU,λ<=log n,8192,1,62359,7.6121826171875
SHLSU,λ<=log n,8192,1,58880,7.1875
SHLSU,λ<=log n,8192,1,54631,6.6688232421875
SHLSU,λ<=log n,8192,1,59650,7.281494140625
SHLSU,λ<=log n,8192,1,71012,8.66845703125
SHLSU,λ<=log n,8192,1,56695,6.9207763671875
SHLSU,λ<=log n,8192,1,59196,7.22607421875
SHLSU,λ<=log n,8192,1,59519,7.2655029296875
SHLSU,λ<=log n,8192,1,56425,6.8878173828125
SHLSU,λ<=log n,8192,1,63593,7.7628173828125
SHLSU,λ<=log n,8192,1,58616,7.1552734375
SHLSU,λ<=log n,8192,1,57171,6.9788818359375
SHLSU,λ<=log n,8192,1,59823,7.3026123046875
SHLSU,λ<=log n,8192,1,56560,6.904296875
SHLSU,λ<=log n,8192,1,56546,6.902587890625
SHLSU,λ<=log n,8192,1,55260,6.74560546875
SHLSU,λ<=log n,8192,1,56200,6.8603515625
SHLSU,λ<=log n,8192,1,57895,7.0672607421875
SHLSU,λ<=log n,8192,1,57297,6.9942626953125
SHLSU,λ<=log n,8192,1,57298,6.994384765625
SHLSU,λ<=log n,8192,1,66427,8.1087646484375
SHLSU,λ<=log n,8192,1,55627,6.7904052734375
SHLSU,λ<=log n,8192,1,57091,6.9691162109375
SHLSU,λ<=log n,8192,1,60285,7.3590087890625
SHLSU,λ<=log n,8192,1,62450,7.623291015625
SHLSU,λ<=log n,8192,1,59675,7.2845458984375
SHLSU,λ<=log n,8192,1,59692,7.28662109375
SHLSU,λ<=log n,8192,1,55546,6.780517578125
SHLSU,λ<=log n,8192,1,54810,6.690673828125
SHLSU,λ<=log n,8192,1,68583,8.3719482421875
SHLSU,λ<=log n,8192,1,56831,6.9373779296875
SHLSU,λ<=log n,8192,1,56585,6.9073486328125
SHLSU,λ<=log n,8192,1,62229,7.5963134765625
SHLSU,λ<=log n,8192,1,63849,7.7940673828125
SHLSU,λ<=log n,8192,1,57795,7.0550537109375
SHLSU,λ<=log n,8192,1,58202,7.104736328125
SRLSU,λ<=log n,8192,1,54498,6.652587890625
SRLSU,λ<=log n,8192,1,58039,7.0848388671875
SRLSU,λ<=log n,8192,1,51895,6.3348388671875
SRLSU,λ<=log n,8192,1,55291,6.7493896484375
SRLSU,λ<=log n,8192,1,57867,7.0638427734375
SRLSU,λ<=log n,8192,1,60701,7.4097900390625
SRLSU,λ<=log n,8192,1,51675,6.3079833984375
SRLSU,λ<=log n,8192,1,52778,6.442626953125
SRLSU,λ<=log n,8192,1,57531,7.0228271484375
SRLSU,λ<=log n,8192,1,58382,7.126708984375
SRLSU,λ<=log n,8192,1,51194,6.249267578125
SRLSU,λ<=log n,8192,1,53272,6.5029296875
SRLSU,λ<=log n,8192,1,58710,7.166748046875
SRLSU,λ<=log n,8192,1,57568,7.02734375
SRLSU,λ<=log n,8192,1,53928,6.5830078125
SRLSU,λ<=log n,8192,1,59279,7.2362060546875
SRLSU,λ<=log n,8192,1,54645,6.6705322265625
SRLSU,λ<=log n,8192,1,52730,6.436767578125
SRLSU,λ<=log n,8192,1,51989,6.3463134765625
SRLSU,λ<=log n,8192,1,52202,6.372314453125
SRLSU,λ<=log n,8192,1,63360,7.734375
SRLSU,λ<=log n,8192,1,57098,6.969970703125
SRLSU,λ<=log n,8192,1,51328,6.265625
SRLSU,λ<=log n,8192,1,52246,6.377685546875
SRLSU,λ<=log n,8192,1,56329,6.8760986328125
SRLSU,λ<=log n,8192,1,54545,6.6583251953125
SRLSU,λ<=log n,8192,1,53447,6.5242919921875
SRLSU,λ<=log n,8192,1,53898,6.579345703125
SRLSU,λ<=log n,8192,1,53327,6.5096435546875
SRLSU,λ<=log n,8192,1,56371,6.8812255859375
SRLSU,λ<=log n,8192,1,51457,6.2813720703125
SRLSU,λ<=log n,8192,1,52211,6.3734130859375
SRLSU,λ<=log n,8192,1,55910,6.824951171875
SRLSU,λ<=log n,8192,1,54084,6.60205078125
SRLSU,λ<=log n,8192,1,55934,6.827880859375
SRLSU,λ<=log n,8192,1,57510,7.020263671875
SRLSU,λ<=log n,8192,1,53559,6.5379638671875
SRLSU,λ<=log n,8192,1,54450,6.646728515625
SRLSU,λ<=log n,8192,1,55582,6.784912109375
SRLSU,λ<=log n,8192,1,56400,6.884765625
SRLSU,λ<=log n,8192,1,51503,6.2869873046875
SRLSU,λ<=log n,8192,1,53982,6.589599609375
SRLSU,λ<=log n,8192,1,55477,6.7720947265625
SRLSU,λ<=log n,8192,1,59328,7.2421875
SRLSU,λ<=log n,8192,1,62723,7.6566162109375
SRLSU,λ<=log n,8192,1,54234,6.620361328125
SRLSU,λ<=log n,8192,1,59388,7.24951171875
SRLSU,λ<=log n,8192,1,61557,7.5142822265625
SRLSU,λ<=log n,8192,1,53047,6.4754638671875
SRLSU,λ<=log n,8192,1,56099,6.8480224609375
SRLSU,λ<=log n,8192,1,61529,7.5108642578125
SRLSU,λ<=log n,8192,1,54823,6.6922607421875
SRLSU,λ<=log n,8192,1,53962,6.587158203125
SRLSU,λ<=log n,8192,1,54000,6.591796875
SRLSU,λ<=log n,8192,1,55565,6.7828369140625
SRLSU,λ<=log n,8192,1,53905,6.5802001953125
SRLSU,λ<=log n,8192,1,55210,6.739501953125
SRLSU,λ<=log n,8192,1,52729,6.4366455078125
SRLSU,λ<=log n,8192,1,53480,6.5283203125
SRLSU,λ<=log n,8192,1,55592,6.7861328125
SRLSU,λ<=log n,8192,1,53484,6.52880859375
SRLSU,λ<=log n,8192,1,53309,6.5074462890625
SRLSU,λ<=log n,8192,1,58873,7.1866455078125
SRLSU,λ<=log n,8192,1,53324,6.50927734375
SRLSU,λ<=log n,8192,1,63366,7.735107421875
SRLSU,λ<=log n,8192,1,55916,6.82568359375
SRLSU,λ<=log n,8192,1,55311,6.7518310546875
SRLSU,λ<=log n,8192,1,57003,6.9583740234375
SRLSU,λ<=log n,8192,1,60102,7.336669921875
SRLSU,λ<=log n,8192,1,57422,7.009521484375
SRLSU,λ<=log n,8192,1,55619,6.7894287109375
SRLSU,λ<=log n,8192,1,54361,6.6358642578125
SRLSU,λ<=log n,8192,1,58806,7.178466796875
SRLSU,λ<=log n,8192,1,52508,6.40966796875
SRLSU,λ<=log n,8192,1,58129,7.0958251953125
SRLSU,λ<=log n,8192,1,60523,7.3880615234375
SRLSU,λ<=log n,8192,1,56134,6.852294921875
SRLSU,λ<=log n,8192,1,55506,6.775634765625
SRLSU,λ<=log n,8192,1,52948,6.46337890625
SRLSU,λ<=log n,8192,1,55053,6.7203369140625
SRLSU,λ<=log n,8192,1,52703,6.4334716796875
SRLSU,λ<=log n,8192,1,59589,7.2740478515625
SRLSU,λ<=log n,8192,1,61992,7.5673828125
SRLSU,λ<=log n,8192,1,57095,6.9696044921875
SRLSU,λ<=log n,8192,1,52386,6.394775390625
SRLSU,λ<=log n,8192,1,52313,6.3858642578125
SRLSU,λ<=log n,8192,1,52314,6.385986328125
SRLSU,λ<=log n,8192,1,53793,6.5665283203125
SRLSU,λ<=log n,8192,1,56919,6.9481201171875
SRLSU,λ<=log n,8192,1,61585,7.5177001953125
SRLSU,λ<=log n,8192,1,56542,6.902099609375
SRLSU,λ<=log n,8192,1,53603,6.5433349609375
SRLSU,λ<=log n,8192,1,55190,6.737060546875
SRLSU,λ<=log n,8192,1,57651,7.0374755859375
SRLSU,λ<=log n,8192,1,55759,6.8065185546875
SRLSU,λ<=log n,8192,1,56155,6.8548583984375
SRLSU,λ<=log n,8192,1,50610,6.177978515625
SRLSU,λ<=log n,8192,1,55405,6.7633056640625
SRLSU,λ<=log n,8192,1,52463,6.4041748046875
SSLSU,λ<=log n,8192,1,86858,10.602783203125
SSLSU,λ<=log n,8192,1,93772,11.44677734375
SSLSU,λ<=log n,8192,1,87786,10.716064453125
SSLSU,λ<=log n,8192,1,96404,11.76806640625
SSLSU,λ<=log n,8192,1,89309,10.9019775390625
SSLSU,λ<=log n,8192,1,81712,9.974609375
SSLSU,λ<=log n,8192,1,84044,10.25927734375
SSLSU,λ<=log n,8192,1,90084,10.99658203125
SSLSU,λ<=log n,8192,1,86101,10.5103759765625
SSLSU,λ<=log n,8192,1,87072,10.62890625
SSLSU,λ<=log n,8192,1,92767,11.3240966796875
SSLSU,λ<=log n,8192,1,92096,11.2421875
SSLSU,λ<=log n,8192,1,91044,11.11376953125
SSLSU,λ<=log n,8192,1,83728,10.220703125
SSLSU,λ<=log n,8192,1,93561,11.4210205078125
SSLSU,λ<=log n,8192,1,100314,12.245361328125
SSLSU,λ<=log n,8192,1,88912,10.853515625
SSLSU,λ<=log n,8192,1,84200,10.2783203125
SSLSU,λ<=log n,8192,1,91195,11.1322021484375
SSLSU,λ<=log n,8192,1,97271,11.8739013671875
SSLSU,λ<=log n,8192,1,87391,10.6678466796875
SSLSU,λ<=log n,8192,1,89925,10.9771728515625
SSLSU,λ<=log n,8192,1,95237,11.6256103515625
SSLSU,λ<=log n,8192,1,86245,10.5279541015625
SSLSU,λ<=log n,8192,1,82208,10.03515625
SSLSU,λ<=log n,8192,1,97359,11.8846435546875
SSLSU,λ<=log n,8192,1,88648,10.8212890625
SSLSU,λ<=log n,8192,1,86250,10.528564453125
SSLSU,λ<=log n,8192,1,83782,10.227294921875
SSLSU,λ<=log n,8192,1,85531,10.4407958984375
SSLSU,λ<=log n,8192,1,102329,12.4913330078125
SSLSU,λ<=log n,8192,1,82093,10.0211181640625
SSLSU,λ<=log n,8192,1,96296,11.7548828125
SSLSU,λ<=log n,8192,1,99946,12.200439453125
SSLSU,λ<=log n,8192,1,95532,11.66162109375
SSLSU,λ<=log n,8192,1,84737,10.3438720703125
SSLSU,λ<=log n,8192,1,88263,10.7742919921875
SSLSU,λ<=log n,8192,1,79688,9.7275390625
SSLSU,λ<=log n,8192,1,86859,10.6029052734375
SSLSU,λ<=log n,8192,1,82775,10.1043701171875
SSLSU,λ<=log n,8192,1,81654,9.967529296875
SSLSU,λ<=log n,8192,1,84629,10.3306884765625
SSLSU,λ<=log n,8192,1,89738,10.954345703125
SSLSU,λ<=log n,8192,1,90323,11.0257568359375
SSLSU,λ<=log n,8192,1,83020,10.13427734375
SSLSU,λ<=log n,8192,1,88247,10.7723388671875
SSLSU,λ<=log n,8192,1,88816,10.841796875
SSLSU,λ<=log n,8192,1,80906,9.876220703125
SSLSU,λ<=log n,8192,1,86695,10.5828857421875
SSLSU,λ<=log n,8192,1,94339,11.5159912109375
SSLSU,λ<=log n,8192,1,103711,12.6600341796875
SSLSU,λ<=log n,8192,1,90809,11.0850830078125
SSLSU,λ<=log n,8192,1,88908,10.85302734375
SSLSU,λ<=log n,8192,1,88395,10.7904052734375
SSLSU,λ<=log n,8192,1,85060,10.38330078125
SSLSU,λ<=log n,8192,1,86296,10.5341796875
SSLSU,λ<=log n,8192,1,91660,11.18896484375
SSLSU,λ<=log n,8192,1,86058,10.505126953125
SSLSU,λ<=log n,8192,1,88850,10.845947265625
SSLSU,λ<=log n,8192,1,88027,10.7454833984375
SSLSU,λ<=log n,8192,1,84578,10.324462890625
SSLSU,λ<=log n,8192,1,95643,11.6751708984375
SSLSU,λ<=log n,8192,1,89648,10.943359375
SSLSU,λ<=log n,8192,1,83798,10.229248046875
SSLSU,λ<=log n,8192,1,80472,9.8232421875
SSLSU,λ<=log n,8192,1,87972,10.73876953125
SSLSU,λ<=log n,8192,1,96731,11.8079833984375
SSLSU,λ<=log n,8192,1,82259,10.0413818359375
SSLSU,λ<=log n,8192,1,95905,11.7071533203125
SSLSU,λ<=log n,8192,1,90050,10.992431640625
SSLSU,λ<=log n,8192,1,87944,10.7353515625
SSLSU,λ<=log n,8192,1,85785,10.4718017578125
SSLSU,λ<=log n,8192,1,85889,10.4844970703125
SSLSU,λ<=log n,8192,1,88810,10.841064453125
SSLSU,λ<=log n,8192,1,93960,11.4697265625
SSLSU,λ<=log n,8192,1,90901,11.0963134765625
SSLSU,λ<=log n,8192,1,85342,10.417724609375
SSLSU,λ<=log n,8192,1,84850,10.357666015625
SSLSU,λ<=log n,8192,1,95047,11.6024169921875
SSLSU,λ<=log n,8192,1,89806,10.962646484375
SSLSU,λ<=log n,8192,1,85189,10.3990478515625
SSLSU,λ<=log n,8192,1,89907,10.9749755859375
SSLSU,λ<=log n,8192,1,104589,12.7672119140625
SSLSU,λ<=log n,8192,1,96619,11.7943115234375
SSLSU,λ<=log n,8192,1,87342,10.661865234375
SSLSU,λ<=log n,8192,1,89511,10.9266357421875
SSLSU,λ<=log n,8192,1,93179,11.3743896484375
SSLSU,λ<=log n,8192,1,91722,11.196533203125
SSLSU,λ<=log n,8192,1,87844,10.72314453125
SSLSU,λ<=log n,8192,1,90194,11.010009765625
SSLSU,λ<=log n,8192,1,84179,10.2757568359375
SSLSU,λ<=log n,8192,1,82834,10.111572265625
SSLSU,λ<=log n,8192,1,98470,12.020263671875
SSLSU,λ<=log n,8192,1,83672,10.2138671875
SSLSU,λ<=log n,8192,1,90930,11.099853515625
SSLSU,λ<=log n,8192,1,92380,11.27685546875
SSLSU,λ<=log n,8192,1,83795,10.2288818359375
SSLSU,λ<=log n,8192,1,88400,10.791015625
SSLSU,λ<=log n,8192,1,88116,10.75634765625
SSLSU,λ<=log n,8192,1,91830,11.209716796875
SSDMU,λ<=log n,8192,1,82530,10.074462890625
SSDMU,λ<=log n,8192,1,86935,10.6121826171875
SSDMU,λ<=log n,8192,1,78554,9.589111328125
SSDMU,λ<=log n,8192,1,72825,8.8897705078125
SSDMU,λ<=log n,8192,1,94933,11.5885009765625
SSDMU,λ<=log n,8192,1,75874,9.261962890625
SSDMU,λ<=log n,8192,1,82063,10.0174560546875
SSDMU,λ<=log n,8192,1,88450,10.797119140625
SSDMU,λ<=log n,8192,1,84432,10.306640625
SSDMU,λ<=log n,8192,1,79382,9.690185546875
SSDMU,λ<=log n,8192,1,80447,9.8201904296875
SSDMU,λ<=log n,8192,1,83640,10.2099609375
SSDMU,λ<=log n,8192,1,83040,10.13671875
SSDMU,λ<=log n,8192,1,78807,9.6199951171875
SSDMU,λ<=log n,8192,1,80166,9.785888671875
SSDMU,λ<=log n,8192,1,86051,10.5042724609375
SSDMU,λ<=log n,8192,1,76293,9.3131103515625
SSDMU,λ<=log n,8192,1,76265,9.3096923828125
SSDMU,λ<=log n,8192,1,77044,9.40478515625
SSDMU,λ<=log n,8192,1,82499,10.0706787109375
SSDMU,λ<=log n,8192,1,78878,9.628662109375
SSDMU,λ<=log n,8192,1,84874,10.360595703125
SSDMU,λ<=log n,8192,1,87248,10.650390625
SSDMU,λ<=log n,8192,1,79697,9.7286376953125
SSDMU,λ<=log n,8192,1,87909,10.7310791015625
SSDMU,λ<=log n,8192,1,79634,9.720947265625
SSDMU,λ<=log n,8192,1,81612,9.96240234375
SSDMU,λ<=log n,8192,1,83731,10.2210693359375
SSDMU,λ<=log n,8192,1,78869,9.6275634765625
SSDMU,λ<=log n,8192,1,94425,11.5264892578125
SSDMU,λ<=log n,8192,1,87096,10.6318359375
SSDMU,λ<=log n,8192,1,104746,12.786376953125
SSDMU,λ<=log n,8192,1,83243,10.1614990234375
SSDMU,λ<=log n,8192,1,75214,9.181396484375
SSDMU,λ<=log n,8192,1,88249,10.7725830078125
SSDMU,λ<=log n,8192,1,95199,11.6209716796875
SSDMU,λ<=log n,8192,1,80328,9.8056640625
SSDMU,λ<=log n,8192,1,78678,9.604248046875
SSDMU,λ<=log n,8192,1,80998,9.887451171875
SSDMU,λ<=log n,8192,1,83580,10.20263671875
SSDMU,λ<=log n,8192,1,78827,9.6224365234375
SSDMU,λ<=log n,8192,1,76421,9.3287353515625
SSDMU,λ<=log n,8192,1,83425,10.1837158203125
SSDMU,λ<=log n,8192,1,78990,9.642333984375
SSDMU,λ<=log n,8192,1,79591,9.7156982421875
SSDMU,λ<=log n,8192,1,78247,9.5516357421875
SSDMU,λ<=log n,8192,1,83082,10.141845703125
SSDMU,λ<=log n,8192,1,74665,9.1143798828125
SSDMU,λ<=log n,8192,1,85369,10.4210205078125
SSDMU,λ<=log n,8192,1,82635,10.0872802734375
SSDMU,λ<=log n,8192,1,73270,8.944091796875
SSDMU,λ<=log n,8192,1,81166,9.907958984375
SSDMU,λ<=log n,8192,1,81450,9.942626953125
SSDMU,λ<=log n,8192,1,86488,10.5576171875
SSDMU,λ<=log n,8192,1,76576,9.34765625
SSDMU,λ<=log n,8192,1,75666,9.236572265625
SSDMU,λ<=log n,8192,1,79990,9.764404296875
SSDMU,λ<=log n,8192,1,80242,9.795166015625
SSDMU,λ<=log n,8192,1,82132,10.02587890625
SSDMU,λ<=log n,8192,1,85004,10.37646484375
SSDMU,λ<=log n,8192,1,102579,12.5218505859375
SSDMU,λ<=log n,8192,1,77356,9.44287109375
SSDMU,λ<=log n,8192,1,78223,9.5487060546875
SSDMU,λ<=log n,8192,1,74116,9.04736328125
SSDMU,λ<=log n,8192,1,78992,9.642578125
SSDMU,λ<=log n,8192,1,79828,9.74462890625
SSDMU,λ<=log n,8192,1,88519,10.8055419921875
SSDMU,λ<=log n,8192,1,74934,9.147216796875
SSDMU,λ<=log n,8192,1,81594,9.960205078125
SSDMU,λ<=log n,8192,1,73972,9.02978515625
SSDMU,λ<=log n,8192,1,79792,9.740234375
SSDMU,λ<=log n,8192,1,80930,9.879150390625
SSDMU,λ<=log n,8192,1,78193,9.5450439453125
SSDMU,λ<=log n,8192,1,79557,9.7115478515625
SSDMU,λ<=log n,8192,1,81824,9.98828125
SSDMU,λ<=log n,8192,1,77843,9.5023193359375
SSDMU,λ<=log n,8192,1,86683,10.5814208984375
SSDMU,λ<=log n,8192,1,75222,9.182373046875
SSDMU,λ<=log n,8192,1,79505,9.7052001953125
SSDMU,λ<=log n,8192,1,75961,9.2725830078125
SSDMU,λ<=log n,8192,1,95285,11.6314697265625
SSDMU,λ<=log n,8192,1,82500,10.07080078125
SSDMU,λ<=log n,8192,1,82324,10.04931640625
SSDMU,λ<=log n,8192,1,75161,9.1749267578125
SSDMU,λ<=log n,8192,1,85749,10.4674072265625
SSDMU,λ<=log n,8192,1,82331,10.0501708984375
SSDMU,λ<=log n,8192,1,80986,9.885986328125
SSDMU,λ<=log n,8192,1,84435,10.3070068359375
SSDMU,λ<=log n,8192,1,78463,9.5780029296875
SSDMU,λ<=log n,8192,1,81530,9.952392578125
SSDMU,λ<=log n,8192,1,81767,9.9813232421875
SSDMU,λ<=log n,8192,1,88324,10.78173828125
SSDMU,λ<=log n,8192,1,86166,10.518310546875
SSDMU,λ<=log n,8192,1,80418,9.816650390625
SSDMU,λ<=log n,8192,1,85427,10.4281005859375
SSDMU,λ<=log n,8192,1,77339,9.4407958984375
SSDMU,λ<=log n,8192,1,84072,10.2626953125
SSDMU,λ<=log n,8192,1,84613,10.3287353515625
SSDMU,λ<=log n,8192,1,81581,9.9586181640625
SSDMU,λ<=log n,8192,1,79059,9.6507568359375
SRDMU,λ<=log n,8192,1,54744,6.6826171875
SRDMU,λ<=log n,8192,1,54174,6.613037109375
SRDMU,λ<=log n,8192,1,54613,6.6666259765625
SRDMU,λ<=log n,8192,1,53762,6.562744140625
SRDMU,λ<=log n,8192,1,53399,6.5184326171875
SRDMU,λ<=log n,8192,1,57597,7.0308837890625
SRDMU,λ<=log n,8192,1,50702,6.189208984375
SRDMU,λ<=log n,8192,1,57985,7.0782470703125
SRDMU,λ<=log n,8192,1,50353,6.1466064453125
SRDMU,λ<=log n,8192,1,52716,6.43505859375
SRDMU,λ<=log n,8192,1,57332,6.99853515625
SRDMU,λ<=log n,8192,1,58361,7.1241455078125
SRDMU,λ<=log n,8192,1,56963,6.9534912109375
SRDMU,λ<=log n,8192,1,59004,7.20263671875
SRDMU,λ<=log n,8192,1,53388,6.51708984375
SRDMU,λ<=log n,8192,1,60437,7.3775634765625
SRDMU,λ<=log n,8192,1,55266,6.746337890625
SRDMU,λ<=log n,8192,1,57044,6.96337890625
SRDMU,λ<=log n,8192,1,60479,7.3826904296875
SRDMU,λ<=log n,8192,1,54465,6.6485595703125
SRDMU,λ<=log n,8192,1,58846,7.183349609375
SRDMU,λ<=log n,8192,1,54806,6.690185546875
SRDMU,λ<=log n,8192,1,51771,6.3197021484375
SRDMU,λ<=log n,8192,1,56406,6.885498046875
SRDMU,λ<=log n,8192,1,56946,6.951416015625
SRDMU,λ<=log n,8192,1,56342,6.877685546875
SRDMU,λ<=log n,8192,1,56544,6.90234375
SRDMU,λ<=log n,8192,1,58650,7.159423828125
SRDMU,λ<=log n,8192,1,57428,7.01025390625
SRDMU,λ<=log n,8192,1,56269,6.8687744140625
SRDMU,λ<=log n,8192,1,56581,6.9068603515625
SRDMU,λ<=log n,8192,1,54263,6.6239013671875
SRDMU,λ<=log n,8192,1,52986,6.468017578125
SRDMU,λ<=log n,8192,1,55585,6.7852783203125
SRDMU,λ<=log n,8192,1,66553,8.1241455078125
SRDMU,λ<=log n,8192,1,55535,6.7791748046875
SRDMU,λ<=log n,8192,1,54706,6.677978515625
SRDMU,λ<=log n,8192,1,59568,7.271484375
SRDMU,λ<=log n,8192,1,55039,6.7186279296875
SRDMU,λ<=log n,8192,1,56180,6.85791015625
SRDMU,λ<=log n,8192,1,55111,6.7274169921875
SRDMU,λ<=log n,8192,1,56332,6.87646484375
SRDMU,λ<=log n,8192,1,56686,6.919677734375
SRDMU,λ<=log n,8192,1,53449,6.5245361328125
SRDMU,λ<=log n,8192,1,56471,6.8934326171875
SRDMU,λ<=log n,8192,1,53488,6.529296875
SRDMU,λ<=log n,8192,1,55602,6.787353515625
SRDMU,λ<=log n,8192,1,52755,6.4398193359375
SRDMU,λ<=log n,8192,1,56627,6.9124755859375
SRDMU,λ<=log n,8192,1,53263,6.5018310546875
SRDMU,λ<=log n,8192,1,56373,6.8814697265625
SRDMU,λ<=log n,8192,1,61852,7.55029296875
SRDMU,λ<=log n,8192,1,57162,6.977783203125
SRDMU,λ<=log n,8192,1,56442,6.889892578125
SRDMU,λ<=log n,8192,1,58792,7.1767578125
SRDMU,λ<=log n,8192,1,55210,6.739501953125
SRDMU,λ<=log n,8192,1,52990,6.468505859375
SRDMU,λ<=log n,8192,1,54293,6.6275634765625
SRDMU,λ<=log n,8192,1,64673,7.8946533203125
SRDMU,λ<=log n,8192,1,59703,7.2879638671875
SRDMU,λ<=log n,8192,1,61295,7.4822998046875
SRDMU,λ<=log n,8192,1,57482,7.016845703125
SRDMU,λ<=log n,8192,1,59898,7.311767578125
SRDMU,λ<=log n,8192,1,57542,7.024169921875
SRDMU,λ<=log n,8192,1,52978,6.467041015625
SRDMU,λ<=log n,8192,1,50196,6.12744140625
SRDMU,λ<=log n,8192,1,53885,6.5777587890625
SRDMU,λ<=log n,8192,1,57005,6.9586181640625
SRDMU,λ<=log n,8192,1,56778,6.930908203125
SRDMU,λ<=log n,8192,1,52731,6.4368896484375
SRDMU,λ<=log n,8192,1,64216,7.8388671875
SRDMU,λ<=log n,8192,1,53445,6.5240478515625
SRDMU,λ<=log n,8192,1,51665,6.3067626953125
SRDMU,λ<=log n,8192,1,62016,7.5703125
SRDMU,λ<=log n,8192,1,65192,7.9580078125
SRDMU,λ<=log n,8192,1,56423,6.8875732421875
SRDMU,λ<=log n,8192,1,59980,7.32177734375
SRDMU,λ<=log n,8192,1,62928,7.681640625
SRDMU,λ<=log n,8192,1,59914,7.313720703125
SRDMU,λ<=log n,8192,1,60333,7.3648681640625
SRDMU,λ<=log n,8192,1,67601,8.2520751953125
SRDMU,λ<=log n,8192,1,56944,6.951171875
SRDMU,λ<=log n,8192,1,51943,6.3406982421875
SRDMU,λ<=log n,8192,1,61205,7.4713134765625
SRDMU,λ<=log n,8192,1,56508,6.89794921875
SRDMU,λ<=log n,8192,1,53987,6.5902099609375
SRDMU,λ<=log n,8192,1,54844,6.69482421875
SRDMU,λ<=log n,8192,1,53889,6.5782470703125
SRDMU,λ<=log n,8192,1,52183,6.3699951171875
SRDMU,λ<=log n,8192,1,62070,7.576904296875
SRDMU,λ<=log n,8192,1,56548,6.90283203125
SRDMU,λ<=log n,8192,1,52995,6.4691162109375
SRDMU,λ<=log n,8192,1,54114,6.605712890625
SRDMU,λ<=log n,8192,1,61875,7.5531005859375
SRDMU,λ<=log n,8192,1,55672,6.7958984375
SRDMU,λ<=log n,8192,1,60400,7.373046875
SRDMU,λ<=log n,8192,1,56512,6.8984375
SRDMU,λ<=log n,8192,1,52803,6.4456787109375
SHDMU,λ<=log n,8192,1,52755,6.4398193359375
SHDMU,λ<=log n,8192,1,56561,6.9044189453125
SHDMU,λ<=log n,8192,1,56097,6.8477783203125
SHDMU,λ<=log n,8192,1,54438,6.645263671875
SHDMU,λ<=log n,8192,1,49901,6.0914306640625
SHDMU,λ<=log n,8192,1,48396,5.90771484375
SHDMU,λ<=log n,8192,1,54032,6.595703125
SHDMU,λ<=log n,8192,1,54924,6.70458984375
SHDMU,λ<=log n,8192,1,52812,6.44677734375
SHDMU,λ<=log n,8192,1,58728,7.1689453125
SHDMU,λ<=log n,8192,1,51178,6.247314453125
SHDMU,λ<=log n,8192,1,51132,6.24169921875
SHDMU,λ<=log n,8192,1,49337,6.0225830078125
SHDMU,λ<=log n,8192,1,49335,6.0223388671875
SHDMU,λ<=log n,8192,1,51079,6.2352294921875
SHDMU,λ<=log n,8192,1,53139,6.4866943359375
SHDMU,λ<=log n,8192,1,50244,6.13330078125
SHDMU,λ<=log n,8192,1,49670,6.063232421875
SHDMU,λ<=log n,8192,1,49074,5.990478515625
SHDMU,λ<=log n,8192,1,57385,7.0050048828125
SHDMU,λ<=log n,8192,1,51859,6.3304443359375
SHDMU,λ<=log n,8192,1,51545,6.2921142578125
SHDMU,λ<=log n,8192,1,49739,6.0716552734375
SHDMU,λ<=log n,8192,1,52641,6.4259033203125
SHDMU,λ<=log n,8192,1,62122,7.583251953125
SHDMU,λ<=log n,8192,1,51324,6.26513671875
SHDMU,λ<=log n,8192,1,53119,6.4842529296875
SHDMU,λ<=log n,8192,1,58461,7.1363525390625
SHDMU,λ<=log n,8192,1,52305,6.3848876953125
SHDMU,λ<=log n,8192,1,52917,6.4595947265625
SHDMU,λ<=log n,8192,1,50493,6.1636962890625
SHDMU,λ<=log n,8192,1,54817,6.6915283203125
SHDMU,λ<=log n,8192,1,56635,6.9134521484375
SHDMU,λ<=log n,8192,1,52421,6.3990478515625
SHDMU,λ<=log n,8192,1,54820,6.69189453125
SHDMU,λ<=log n,8192,1,54120,6.6064453125
SHDMU,λ<=log n,8192,1,49819,6.0814208984375
SHDMU,λ<=log n,8192,1,57763,7.0511474609375
SHDMU,λ<=log n,8192,1,52112,6.361328125
SHDMU,λ<=log n,8192,1,48759,5.9520263671875
SHDMU,λ<=log n,8192,1,51607,6.2996826171875
SHDMU,λ<=log n,8192,1,48561,5.9278564453125
SHDMU,λ<=log n,8192,1,55181,6.7359619140625
SHDMU,λ<=log n,8192,1,61308,7.48388671875
SHDMU,λ<=log n,8192,1,49249,6.0118408203125
SHDMU,λ<=log n,8192,1,55272,6.7470703125
SHDMU,λ<=log n,8192,1,49902,6.091552734375
SHDMU,λ<=log n,8192,1,50804,6.20166015625
SHDMU,λ<=log n,8192,1,52324,6.38720703125
SHDMU,λ<=log n,8192,1,56705,6.9219970703125
SHDMU,λ<=log n,8192,1,54900,6.70166015625
SHDMU,λ<=log n,8192,1,52083,6.3577880859375
SHDMU,λ<=log n,8192,1,53789,6.5660400390625
SHDMU,λ<=log n,8192,1,50704,6.189453125
SHDMU,λ<=log n,8192,1,49365,6.0260009765625
SHDMU,λ<=log n,8192,1,52184,6.3701171875
SHDMU,λ<=log n,8192,1,49182,6.003662109375
SHDMU,λ<=log n,8192,1,48969,5.9776611328125
SHDMU,λ<=log n,8192,1,53660,6.55029296875
SHDMU,λ<=log n,8192,1,48641,5.9376220703125
SHDMU,λ<=log n,8192,1,50828,6.20458984375
SHDMU,λ<=log n,8192,1,49334,6.022216796875
SHDMU,λ<=log n,8192,1,52649,6.4268798828125
SHDMU,λ<=log n,8192,1,48681,5.9425048828125
SHDMU,λ<=log n,8192,1,54482,6.650634765625
SHDMU,λ<=log n,8192,1,61601,7.5196533203125
SHDMU,λ<=log n,8192,1,47537,5.8028564453125
SHDMU,λ<=log n,8192,1,51664,6.306640625
SHDMU,λ<=log n,8192,1,54023,6.5946044921875
SHDMU,λ<=log n,8192,1,52984,6.4677734375
SHDMU,λ<=log n,8192,1,52091,6.3587646484375
SHDMU,λ<=log n,8192,1,58859,7.1849365234375
SHDMU,λ<=log n,8192,1,54568,6.6611328125
SHDMU,λ<=log n,8192,1,59177,7.2237548828125
SHDMU,λ<=log n,8192,1,53201,6.4942626953125
SHDMU,λ<=log n,8192,1,49547,6.0482177734375
SHDMU,λ<=log n,8192,1,47986,5.857666015625
SHDMU,λ<=log n,8192,1,54315,6.6302490234375
SHDMU,λ<=log n,8192,1,52703,6.4334716796875
SHDMU,λ<=log n,8192,1,51302,6.262451171875
SHDMU,λ<=log n,8192,1,52365,6.3922119140625
SHDMU,λ<=log n,8192,1,50092,6.11474609375
SHDMU,λ<=log n,8192,1,53792,6.56640625
SHDMU,λ<=log n,8192,1,53421,6.5211181640625
SHDMU,λ<=log n,8192,1,52577,6.4180908203125
SHDMU,λ<=log n,8192,1,53732,6.55908203125
SHDMU,λ<=log n,8192,1,51909,6.3365478515625
SHDMU,λ<=log n,8192,1,58594,7.152587890625
SHDMU,λ<=log n,8192,1,58704,7.166015625
SHDMU,λ<=log n,8192,1,50416,6.154296875
SHDMU,λ<=log n,8192,1,55019,6.7161865234375
SHDMU,λ<=log n,8192,1,60303,7.3612060546875
SHDMU,λ<=log n,8192,1,49994,6.102783203125
SHDMU,λ<=log n,8192,1,53677,6.5523681640625
SHDMU,λ<=log n,8192,1,57961,7.0753173828125
SHDMU,λ<=log n,8192,1,54701,6.6773681640625
SHDMU,λ<=log n,8192,1,56067,6.8441162109375
SHDMU,λ<=log n,8192,1,56316,6.87451171875
SHDMU,λ<=log n,8192,1,53204,6.49462890625
SHDMU,λ<=log n,8192,1,51922,6.338134765625
SHLMU,λ<=log n,8192,1,62050,7.574462890625
SHLMU,λ<=log n,8192,1,54666,6.673095703125
SHLMU,λ<=log n,8192,1,53569,6.5391845703125
SHLMU,λ<=log n,8192,1,55811,6.8128662109375
SHLMU,λ<=log n,8192,1,53937,6.5841064453125
SHLMU,λ<=log n,8192,1,53276,6.50341796875
SHLMU,λ<=log n,8192,1,50702,6.189208984375
SHLMU,λ<=log n,8192,1,51218,6.252197265625
SHLMU,λ<=log n,8192,1,52868,6.45361328125
SHLMU,λ<=log n,8192,1,58966,7.197998046875
SHLMU,λ<=log n,8192,1,48985,5.9796142578125
SHLMU,λ<=log n,8192,1,56191,6.8592529296875
SHLMU,λ<=log n,8192,1,60368,7.369140625
SHLMU,λ<=log n,8192,1,50118,6.117919921875
SHLMU,λ<=log n,8192,1,60666,7.405517578125
SHLMU,λ<=log n,8192,1,51027,6.2288818359375
SHLMU,λ<=log n,8192,1,60873,7.4307861328125
SHLMU,λ<=log n,8192,1,51818,6.325439453125
SHLMU,λ<=log n,8192,1,54154,6.610595703125
SHLMU,λ<=log n,8192,1,56882,6.943603515625
SHLMU,λ<=log n,8192,1,53133,6.4859619140625
SHLMU,λ<=log n,8192,1,52074,6.356689453125
SHLMU,λ<=log n,8192,1,52289,6.3829345703125
SHLMU,λ<=log n,8192,1,54837,6.6939697265625
SHLMU,λ<=log n,8192,1,54006,6.592529296875
SHLMU,λ<=log n,8192,1,51500,6.28662109375
SHLMU,λ<=log n,8192,1,47248,5.767578125
SHLMU,λ<=log n,8192,1,49896,6.0908203125
SHLMU,λ<=log n,8192,1,50752,6.1953125
SHLMU,λ<=log n,8192,1,53265,6.5020751953125
SHLMU,λ<=log n,8192,1,52328,6.3876953125
SHLMU,λ<=log n,8192,1,52325,6.3873291015625
SHLMU,λ<=log n,8192,1,55577,6.7843017578125
SHLMU,λ<=log n,8192,1,54009,6.5928955078125
SHLMU,λ<=log n,8192,1,51034,6.229736328125
SHLMU,λ<=log n,8192,1,51571,6.2952880859375
SHLMU,λ<=log n,8192,1,48588,5.93115234375
SHLMU,λ<=log n,8192,1,54279,6.6258544921875
SHLMU,λ<=log n,8192,1,54366,6.636474609375
SHLMU,λ<=log n,8192,1,55333,6.7545166015625
SHLMU,λ<=log n,8192,1,61220,7.47314453125
SHLMU,λ<=log n,8192,1,53308,6.50732421875
SHLMU,λ<=log n,8192,1,50506,6.165283203125
SHLMU,λ<=log n,8192,1,50335,6.1444091796875
SHLMU,λ<=log n,8192,1,56403,6.8851318359375
SHLMU,λ<=log n,8192,1,51928,6.3388671875
SHLMU,λ<=log n,8192,1,56531,6.9007568359375
SHLMU,λ<=log n,8192,1,48682,5.942626953125
SHLMU,λ<=log n,8192,1,51857,6.3302001953125
SHLMU,λ<=log n,8192,1,53962,6.587158203125
SHLMU,λ<=log n,8192,1,53161,6.4893798828125
SHLMU,λ<=log n,8192,1,53408,6.51953125
SHLMU,λ<=log n,8192,1,50546,6.170166015625
SHLMU,λ<=log n,8192,1,49975,6.1004638671875
SHLMU,λ<=log n,8192,1,47788,5.83349609375
SHLMU,λ<=log n,8192,1,52769,6.4415283203125
SHLMU,λ<=log n,8192,1,49641,6.0596923828125
SHLMU,λ<=log n,8192,1,53519,6.5330810546875
SHLMU,λ<=log n,8192,1,50568,6.1728515625
SHLMU,λ<=log n,8192,1,50409,6.1534423828125
SHLMU,λ<=log n,8192,1,50083,6.1136474609375
SHLMU,λ<=log n,8192,1,54122,6.606689453125
SHLMU,λ<=log n,8192,1,48853,5.9635009765625
SHLMU,λ<=log n,8192,1,48859,5.9642333984375
SHLMU,λ<=log n,8192,1,54431,6.6444091796875
SHLMU,λ<=log n,8192,1,50897,6.2130126953125
SHLMU,λ<=log n,8192,1,54829,6.6929931640625
SHLMU,λ<=log n,8192,1,57869,7.0640869140625
SHLMU,λ<=log n,8192,1,61213,7.4722900390625
SHLMU,λ<=log n,8192,1,48805,5.9576416015625
SHLMU,λ<=log n,8192,1,48263,5.8914794921875
SHLMU,λ<=log n,8192,1,50163,6.1234130859375
SHLMU,λ<=log n,8192,1,48077,5.8687744140625
SHLMU,λ<=log n,8192,1,57280,6.9921875
SHLMU,λ<=log n,8192,1,51635,6.3031005859375
SHLMU,λ<=log n,8192,1,51120,6.240234375
SHLMU,λ<=log n,8192,1,51613,6.3004150390625
SHLMU,λ<=log n,8192,1,54671,6.6737060546875
SHLMU,λ<=log n,8192,1,50378,6.149658203125
SHLMU,λ<=log n,8192,1,59394,7.250244140625
SHLMU,λ<=log n,8192,1,51734,6.315185546875
SHLMU,λ<=log n,8192,1,51137,6.2423095703125
SHLMU,λ<=log n,8192,1,52475,6.4056396484375
SHLMU,λ<=log n,8192,1,49580,6.05224609375
SHLMU,λ<=log n,8192,1,54646,6.670654296875
SHLMU,λ<=log n,8192,1,57836,7.06005859375
SHLMU,λ<=log n,8192,1,51753,6.3175048828125
SHLMU,λ<=log n,8192,1,52313,6.3858642578125
SHLMU,λ<=log n,8192,1,53792,6.56640625
SHLMU,λ<=log n,8192,1,60122,7.339111328125
SHLMU,λ<=log n,8192,1,49349,6.0240478515625
SHLMU,λ<=log n,8192,1,55568,6.783203125
SHLMU,λ<=log n,8192,1,53344,6.51171875
SHLMU,λ<=log n,8192,1,46737,5.7052001953125
SHLMU,λ<=log n,8192,1,50620,6.17919921875
SHLMU,λ<=log n,8192,1,51626,6.302001953125
SHLMU,λ<=log n,8192,1,55038,6.718505859375
SHLMU,λ<=log n,8192,1,50158,6.122802734375
SHLMU,λ<=log n,8192,1,50689,6.1876220703125
SHLMU,λ<=log n,8192,1,58404,7.12939453125
SRLMU,λ<=log n,8192,1,59293,7.2379150390625
SRLMU,λ<=log n,8192,1,55628,6.79052734375
SRLMU,λ<=log n,8192,1,51225,6.2530517578125
SRLMU,λ<=log n,8192,1,54363,6.6361083984375
SRLMU,λ<=log n,8192,1,55473,6.7716064453125
SRLMU,λ<=log n,8192,1,54072,6.6005859375
SRLMU,λ<=log n,8192,1,50726,6.192138671875
SRLMU,λ<=log n,8192,1,54488,6.6513671875
SRLMU,λ<=log n,8192,1,56927,6.9490966796875
SRLMU,λ<=log n,8192,1,52716,6.43505859375
SRLMU,λ<=log n,8192,1,57992,7.0791015625
SRLMU,λ<=log n,8192,1,57568,7.02734375
SRLMU,λ<=log n,8192,1,56878,6.943115234375
SRLMU,λ<=log n,8192,1,56974,6.954833984375
SRLMU,λ<=log n,8192,1,53808,6.568359375
SRLMU,λ<=log n,8192,1,56121,6.8507080078125
SRLMU,λ<=log n,8192,1,51592,6.2978515625
SRLMU,λ<=log n,8192,1,57082,6.968017578125
SRLMU,λ<=log n,8192,1,51980,6.34521484375
SRLMU,λ<=log n,8192,1,56076,6.84521484375
SRLMU,λ<=log n,8192,1,55798,6.811279296875
SRLMU,λ<=log n,8192,1,52527,6.4119873046875
SRLMU,λ<=log n,8192,1,51597,6.2984619140625
SRLMU,λ<=log n,8192,1,61278,7.480224609375
SRLMU,λ<=log n,8192,1,60451,7.3792724609375
SRLMU,λ<=log n,8192,1,51793,6.3223876953125
SRLMU,λ<=log n,8192,1,53915,6.5814208984375
SRLMU,λ<=log n,8192,1,49860,6.08642578125
SRLMU,λ<=log n,8192,1,60318,7.363037109375
SRLMU,λ<=log n,8192,1,58652,7.15966796875
SRLMU,λ<=log n,8192,1,55535,6.7791748046875
SRLMU,λ<=log n,8192,1,56314,6.874267578125
SRLMU,λ<=log n,8192,1,53453,6.5250244140625
SRLMU,λ<=log n,8192,1,57254,6.989013671875
SRLMU,λ<=log n,8192,1,70927,8.6580810546875
SRLMU,λ<=log n,8192,1,51070,6.234130859375
SRLMU,λ<=log n,8192,1,50691,6.1878662109375
SRLMU,λ<=log n,8192,1,53974,6.588623046875
SRLMU,λ<=log n,8192,1,55864,6.8193359375
SRLMU,λ<=log n,8192,1,51798,6.322998046875
SRLMU,λ<=log n,8192,1,54726,6.680419921875
SRLMU,λ<=log n,8192,1,52591,6.4197998046875
SRLMU,λ<=log n,8192,1,63598,7.763427734375
SRLMU,λ<=log n,8192,1,49486,6.040771484375
SRLMU,λ<=log n,8192,1,60454,7.379638671875
SRLMU,λ<=log n,8192,1,53835,6.5716552734375
SRLMU,λ<=log n,8192,1,53015,6.4715576171875
SRLMU,λ<=log n,8192,1,64817,7.9122314453125
SRLMU,λ<=log n,8192,1,53247,6.4998779296875
SRLMU,λ<=log n,8192,1,56442,6.889892578125
SRLMU,λ<=log n,8192,1,60160,7.34375
SRLMU,λ<=log n,8192,1,54992,6.712890625
SRLMU,λ<=log n,8192,1,52992,6.46875
SRLMU,λ<=log n,8192,1,52821,6.4478759765625
SRLMU,λ<=log n,8192,1,55308,6.75146484375
SRLMU,λ<=log n,8192,1,53478,6.528076171875
SRLMU,λ<=log n,8192,1,53048,6.4755859375
SRLMU,λ<=log n,8192,1,62275,7.6019287109375
SRLMU,λ<=log n,8192,1,58332,7.12060546875
SRLMU,λ<=log n,8192,1,53213,6.4957275390625
SRLMU,λ<=log n,8192,1,50202,6.128173828125
SRLMU,λ<=log n,8192,1,51448,6.2802734375
SRLMU,λ<=log n,8192,1,50196,6.12744140625
SRLMU,λ<=log n,8192,1,55313,6.7520751953125
SRLMU,λ<=log n,8192,1,55287,6.7489013671875
SRLMU,λ<=log n,8192,1,50997,6.2252197265625
SRLMU,λ<=log n,8192,1,52717,6.4351806640625
SRLMU,λ<=log n,8192,1,58177,7.1016845703125
SRLMU,λ<=log n,8192,1,53381,6.5162353515625
SRLMU,λ<=log n,8192,1,55227,6.7415771484375
SRLMU,λ<=log n,8192,1,51044,6.23095703125
SRLMU,λ<=log n,8192,1,52916,6.45947265625
SRLMU,λ<=log n,8192,1,54619,6.6673583984375
SRLMU,λ<=log n,8192,1,52939,6.4622802734375
SRLMU,λ<=log n,8192,1,54156,6.61083984375
SRLMU,λ<=log n,8192,1,55608,6.7880859375
SRLMU,λ<=log n,8192,1,53485,6.5289306640625
SRLMU,λ<=log n,8192,1,54729,6.6807861328125
SRLMU,λ<=log n,8192,1,52532,6.41259765625
SRLMU,λ<=log n,8192,1,49745,6.0723876953125
SRLMU,λ<=log n,8192,1,53878,6.576904296875
SRLMU,λ<=log n,8192,1,56870,6.942138671875
SRLMU,λ<=log n,8192,1,57129,6.9737548828125
SRLMU,λ<=log n,8192,1,50839,6.2059326171875
SRLMU,λ<=log n,8192,1,52559,6.4158935546875
SRLMU,λ<=log n,8192,1,58558,7.148193359375
SRLMU,λ<=log n,8192,1,52065,6.3555908203125
SRLMU,λ<=log n,8192,1,52714,6.434814453125
SRLMU,λ<=log n,8192,1,53713,6.5567626953125
SRLMU,λ<=log n,8192,1,57897,7.0675048828125
SRLMU,λ<=log n,8192,1,55353,6.7569580078125
SRLMU,λ<=log n,8192,1,51444,6.27978515625
SRLMU,λ<=log n,8192,1,52268,6.38037109375
SRLMU,λ<=log n,8192,1,52843,6.4505615234375
SRLMU,λ<=log n,8192,1,51220,6.25244140625
SRLMU,λ<=log n,8192,1,52953,6.4639892578125
SRLMU,λ<=log n,8192,1,57622,7.033935546875
SRLMU,λ<=log n,8192,1,55498,6.774658203125
SRLMU,λ<=log n,8192,1,53248,6.5
SSLMU,λ<=log n,8192,1,87954,10.736572265625
SSLMU,λ<=log n,8192,1,92548,11.29736328125
SSLMU,λ<=log n,8192,1,85025,10.3790283203125
SSLMU,λ<=log n,8192,1,98232,11.9912109375
SSLMU,λ<=log n,8192,1,92333,11.2711181640625
SSLMU,λ<=log n,8192,1,92671,11.3123779296875
SSLMU,λ<=log n,8192,1,87979,10.7396240234375
SSLMU,λ<=log n,8192,1,91366,11.153076171875
SSLMU,λ<=log n,8192,1,86081,10.5079345703125
SSLMU,λ<=log n,8192,1,85265,10.4083251953125
SSLMU,λ<=log n,8192,1,99806,12.183349609375
SSLMU,λ<=log n,8192,1,83408,10.181640625
SSLMU,λ<=log n,8192,1,92383,11.2772216796875
SSLMU,λ<=log n,8192,1,93391,11.4002685546875
SSLMU,λ<=log n,8192,1,108458,13.239501953125
SSLMU,λ<=log n,8192,1,85893,10.4849853515625
SSLMU,λ<=log n,8192,1,102031,12.4549560546875
SSLMU,λ<=log n,8192,1,90489,11.0460205078125
SSLMU,λ<=log n,8192,1,83483,10.1907958984375
SSLMU,λ<=log n,8192,1,86573,10.5679931640625
SSLMU,λ<=log n,8192,1,90509,11.0484619140625
SSLMU,λ<=log n,8192,1,88291,10.7777099609375
SSLMU,λ<=log n,8192,1,87320,10.6591796875
SSLMU,λ<=log n,8192,1,93538,11.418212890625
SSLMU,λ<=log n,8192,1,82320,10.048828125
SSLMU,λ<=log n,8192,1,96099,11.7308349609375
SSLMU,λ<=log n,8192,1,112356,13.71533203125
SSLMU,λ<=log n,8192,1,84999,10.3758544921875
SSLMU,λ<=log n,8192,1,84467,10.3109130859375
SSLMU,λ<=log n,8192,1,91109,11.1217041015625
SSLMU,λ<=log n,8192,1,91070,11.116943359375
SSLMU,λ<=log n,8192,1,103685,12.6568603515625
SSLMU,λ<=log n,8192,1,85204,10.40087890625
SSLMU,λ<=log n,8192,1,102891,12.5599365234375
SSLMU,λ<=log n,8192,1,87622,10.696044921875
SSLMU,λ<=log n,8192,1,87900,10.72998046875
SSLMU,λ<=log n,8192,1,92503,11.2918701171875
SSLMU,λ<=log n,8192,1,96358,11.762451171875
SSLMU,λ<=log n,8192,1,99204,12.10986328125
SSLMU,λ<=log n,8192,1,103912,12.6845703125
SSLMU,λ<=log n,8192,1,96178,11.740478515625
SSLMU,λ<=log n,8192,1,86383,10.5447998046875
SSLMU,λ<=log n,8192,1,93854,11.456787109375
SSLMU,λ<=log n,8192,1,85481,10.4346923828125
SSLMU,λ<=log n,8192,1,86278,10.531982421875
SSLMU,λ<=log n,8192,1,95696,11.681640625
SSLMU,λ<=log n,8192,1,86896,10.607421875
SSLMU,λ<=log n,8192,1,83669,10.2135009765625
SSLMU,λ<=log n,8192,1,103097,12.5850830078125
SSLMU,λ<=log n,8192,1,95884,11.70458984375
SSLMU,λ<=log n,8192,1,90728,11.0751953125
SSLMU,λ<=log n,8192,1,87939,10.7347412109375
SSLMU,λ<=log n,8192,1,86735,10.5877685546875
SSLMU,λ<=log n,8192,1,93342,11.394287109375
SSLMU,λ<=log n,8192,1,92813,11.3297119140625
SSLMU,λ<=log n,8192,1,86426,10.550048828125
SSLMU,λ<=log n,8192,1,89031,10.8680419921875
SSLMU,λ<=log n,8192,1,86656,10.578125
SSLMU,λ<=log n,8192,1,89812,10.96337890625
SSLMU,λ<=log n,8192,1,91564,11.17724609375
SSLMU,λ<=log n,8192,1,96948,11.83447265625
SSLMU,λ<=log n,8192,1,88653,10.8218994140625
SSLMU,λ<=log n,8192,1,90252,11.01708984375
SSLMU,λ<=log n,8192,1,87604,10.69384765625
SSLMU,λ<=log n,8192,1,84305,10.2911376953125
SSLMU,λ<=log n,8192,1,88472,10.7998046875
SSLMU,λ<=log n,8192,1,82759,10.1024169921875
SSLMU,λ<=log n,8192,1,94817,11.5743408203125
SSLMU,λ<=log n,8192,1,91090,11.119384765625
SSLMU,λ<=log n,8192,1,83762,10.224853515625
SSLMU,λ<=log n,8192,1,89439,10.9178466796875
SSLMU,λ<=log n,8192,1,84894,10.363037109375
SSLMU,λ<=log n,8192,1,91657,11.1885986328125
SSLMU,λ<=log n,8192,1,88507,10.8040771484375
SSLMU,λ<=log n,8192,1,83525,10.1959228515625
SSLMU,λ<=log n,8192,1,92447,11.2850341796875
SSLMU,λ<=log n,8192,1,86952,10.6142578125
SSLMU,λ<=log n,8192,1,83908,10.24267578125
SSLMU,λ<=log n,8192,1,81835,9.9896240234375
SSLMU,λ<=log n,8192,1,87368,10.6650390625
SSLMU,λ<=log n,8192,1,95020,11.59912109375
SSLMU,λ<=log n,8192,1,82481,10.0684814453125
SSLMU,λ<=log n,8192,1,79243,9.6732177734375
SSLMU,λ<=log n,8192,1,92840,11.3330078125
SSLMU,λ<=log n,8192,1,90192,11.009765625
SSLMU,λ<=log n,8192,1,86825,10.5987548828125
SSLMU,λ<=log n,8192,1,86208,10.5234375
SSLMU,λ<=log n,8192,1,82041,10.0147705078125
SSLMU,λ<=log n,8192,1,89476,10.92236328125
SSLMU,λ<=log n,8192,1,80380,9.81201171875
SSLMU,λ<=log n,8192,1,108418,13.234619140625
SSLMU,λ<=log n,8192,1,97733,11.9302978515625
SSLMU,λ<=log n,8192,1,90984,11.1064453125
SSLMU,λ<=log n,8192,1,85583,10.4471435546875
SSLMU,λ<=log n,8192,1,82393,10.0577392578125
SSLMU,λ<=log n,8192,1,82024,10.0126953125
SSLMU,λ<=log n,8192,1,83911,10.2430419921875
SSLMU,λ<=log n,8192,1,85758,10.468505859375
SSLMU,λ<=log n,8192,1,84441,10.3077392578125
SSLMU,λ<=log n,8192,1,94692,11.55908203125
SSDIU,λ<=log n,8192,1,93392,11.400390625
SSDIU,λ<=log n,8192,1,93185,11.3751220703125
SSDIU,λ<=log n,8192,1,90420,11.03759765625
SSDIU,λ<=log n,8192,1,91020,11.11083984375
SSDIU,λ<=log n,8192,1,87053,10.6265869140625
SSDIU,λ<=log n,8192,1,91366,11.153076171875
SSDIU,λ<=log n,8192,1,89164,10.88427734375
SSDIU,λ<=log n,8192,1,94354,11.517822265625
SSDIU,λ<=log n,8192,1,88948,10.85791015625
SSDIU,λ<=log n,8192,1,88427,10.7943115234375
SSDIU,λ<=log n,8192,1,88108,10.75537109375
SSDIU,λ<=log n,8192,1,97617,11.9161376953125
SSDIU,λ<=log n,8192,1,95239,11.6258544921875
SSDIU,λ<=log n,8192,1,89123,10.8792724609375
SSDIU,λ<=log n,8192,1,92994,11.351806640625
SSDIU,λ<=log n,8192,1,92307,11.2679443359375
SSDIU,λ<=log n,8192,1,87805,10.7183837890625
SSDIU,λ<=log n,8192,1,93908,11.46337890625
SSDIU,λ<=log n,8192,1,101930,12.442626953125
SSDIU,λ<=log n,8192,1,97582,11.911865234375
SSDIU,λ<=log n,8192,1,98344,12.0048828125
SSDIU,λ<=log n,8192,1,89043,10.8695068359375
SSDIU,λ<=log n,8192,1,93745,11.4434814453125
SSDIU,λ<=log n,8192,1,93926,11.465576171875
SSDIU,λ<=log n,8192,1,94217,11.5010986328125
SSDIU,λ<=log n,8192,1,109429,13.3580322265625
SSDIU,λ<=log n,8192,1,94324,11.51416015625
SSDIU,λ<=log n,8192,1,108801,13.2813720703125
SSDIU,λ<=log n,8192,1,95504,11.658203125
SSDIU,λ<=log n,8192,1,90919,11.0985107421875
SSDIU,λ<=log n,8192,1,87986,10.740478515625
SSDIU,λ<=log n,8192,1,94434,11.527587890625
SSDIU,λ<=log n,8192,1,93196,11.37646484375
SSDIU,λ<=log n,8192,1,89629,10.9410400390625
SSDIU,λ<=log n,8192,1,86901,10.6080322265625
SSDIU,λ<=log n,8192,1,89839,10.9666748046875
SSDIU,λ<=log n,8192,1,96444,11.77294921875
SSDIU,λ<=log n,8192,1,88756,10.83447265625
SSDIU,λ<=log n,8192,1,86086,10.508544921875
SSDIU,λ<=log n,8192,1,92142,11.247802734375
SSDIU,λ<=log n,8192,1,94961,11.5919189453125
SSDIU,λ<=log n,8192,1,97869,11.9468994140625
SSDIU,λ<=log n,8192,1,91684,11.19189453125
SSDIU,λ<=log n,8192,1,86576,10.568359375
SSDIU,λ<=log n,8192,1,88190,10.765380859375
SSDIU,λ<=log n,8192,1,88817,10.8419189453125
SSDIU,λ<=log n,8192,1,100344,12.2490234375
SSDIU,λ<=log n,8192,1,90686,11.070068359375
SSDIU,λ<=log n,8192,1,87571,10.6898193359375
SSDIU,λ<=log n,8192,1,92909,11.3414306640625
SSDIU,λ<=log n,8192,1,91144,11.1259765625
SSDIU,λ<=log n,8192,1,102871,12.5574951171875
SSDIU,λ<=log n,8192,1,91542,11.174560546875
SSDIU,λ<=log n,8192,1,94074,11.483642578125
SSDIU,λ<=log n,8192,1,94768,11.568359375
SSDIU,λ<=log n,8192,1,100330,12.247314453125
SSDIU,λ<=log n,8192,1,87616,10.6953125
SSDIU,λ<=log n,8192,1,87254,10.651123046875
SSDIU,λ<=log n,8192,1,89493,10.9244384765625
SSDIU,λ<=log n,8192,1,90188,11.00927734375
SSDIU,λ<=log n,8192,1,87647,10.6990966796875
SSDIU,λ<=log n,8192,1,92837,11.3326416015625
SSDIU,λ<=log n,8192,1,86380,10.54443359375
SSDIU,λ<=log n,8192,1,100957,12.3238525390625
SSDIU,λ<=log n,8192,1,92821,11.3306884765625
SSDIU,λ<=log n,8192,1,105766,12.910888671875
SSDIU,λ<=log n,8192,1,88295,10.7781982421875
SSDIU,λ<=log n,8192,1,92456,11.2861328125
SSDIU,λ<=log n,8192,1,92898,11.340087890625
SSDIU,λ<=log n,8192,1,93652,11.43212890625
SSDIU,λ<=log n,8192,1,85571,10.4456787109375
SSDIU,λ<=log n,8192,1,95064,11.6044921875
SSDIU,λ<=log n,8192,1,97287,11.8758544921875
SSDIU,λ<=log n,8192,1,92134,11.246826171875
SSDIU,λ<=log n,8192,1,105322,12.856689453125
SSDIU,λ<=log n,8192,1,95852,11.70068359375
SSDIU,λ<=log n,8192,1,91264,11.140625
SSDIU,λ<=log n,8192,1,87861,10.7252197265625
SSDIU,λ<=log n,8192,1,113529,13.8585205078125
SSDIU,λ<=log n,8192,1,89231,10.8924560546875
SSDIU,λ<=log n,8192,1,92055,11.2371826171875
SSDIU,λ<=log n,8192,1,98354,12.006103515625
SSDIU,λ<=log n,8192,1,91580,11.17919921875
SSDIU,λ<=log n,8192,1,85829,10.4771728515625
SSDIU,λ<=log n,8192,1,86565,10.5670166015625
SSDIU,λ<=log n,8192,1,87831,10.7215576171875
SSDIU,λ<=log n,8192,1,99153,12.1036376953125
SSDIU,λ<=log n,8192,1,90192,11.009765625
SSDIU,λ<=log n,8192,1,97135,11.8572998046875
SSDIU,λ<=log n,8192,1,84118,10.268310546875
SSDIU,λ<=log n,8192,1,87165,10.6402587890625
SSDIU,λ<=log n,8192,1,88668,10.82373046875
SSDIU,λ<=log n,8192,1,94930,11.588134765625
SSDIU,λ<=log n,8192,1,104201,12.7198486328125
SSDIU,λ<=log n,8192,1,95858,11.701416015625
SSDIU,λ<=log n,8192,1,91899,11.2181396484375
SSDIU,λ<=log n,8192,1,90204,11.01123046875
SSDIU,λ<=log n,8192,1,97544,11.9072265625
SSDIU,λ<=log n,8192,1,89614,10.939208984375
SSDIU,λ<=log n,8192,1,93784,11.4482421875
SRDIU,λ<=log n,8192,1,61068,7.45458984375
SRDIU,λ<=log n,8192,1,58938,7.194580078125
SRDIU,λ<=log n,8192,1,63057,7.6973876953125
SRDIU,λ<=log n,8192,1,61530,7.510986328125
SRDIU,λ<=log n,8192,1,60630,7.401123046875
SRDIU,λ<=log n,8192,1,58054,7.086669921875
SRDIU,λ<=log n,8192,1,65590,8.006591796875
SRDIU,λ<=log n,8192,1,65076,7.94384765625
SRDIU,λ<=log n,8192,1,57191,6.9813232421875
SRDIU,λ<=log n,8192,1,60544,7.390625
SRDIU,λ<=log n,8192,1,57128,6.9736328125
SRDIU,λ<=log n,8192,1,58431,7.1326904296875
SRDIU,λ<=log n,8192,1,61178,7.468017578125
SRDIU,λ<=log n,8192,1,65442,7.988525390625
SRDIU,λ<=log n,8192,1,60555,7.3919677734375
SRDIU,λ<=log n,8192,1,58582,7.151123046875
SRDIU,λ<=log n,8192,1,59271,7.2352294921875
SRDIU,λ<=log n,8192,1,58596,7.15283203125
SRDIU,λ<=log n,8192,1,60932,7.43798828125
SRDIU,λ<=log n,8192,1,58650,7.159423828125
SRDIU,λ<=log n,8192,1,68842,8.403564453125
SRDIU,λ<=log n,8192,1,61136,7.462890625
SRDIU,λ<=log n,8192,1,58876,7.18701171875
SRDIU,λ<=log n,8192,1,60486,7.383544921875
SRDIU,λ<=log n,8192,1,65783,8.0301513671875
SRDIU,λ<=log n,8192,1,58072,7.0888671875
SRDIU,λ<=log n,8192,1,58786,7.176025390625
SRDIU,λ<=log n,8192,1,56336,6.876953125
SRDIU,λ<=log n,8192,1,62198,7.592529296875
SRDIU,λ<=log n,8192,1,57451,7.0130615234375
SRDIU,λ<=log n,8192,1,56201,6.8604736328125
SRDIU,λ<=log n,8192,1,61549,7.5133056640625
SRDIU,λ<=log n,8192,1,64494,7.872802734375
SRDIU,λ<=log n,8192,1,60882,7.431884765625
SRDIU,λ<=log n,8192,1,59086,7.212646484375
SRDIU,λ<=log n,8192,1,57411,7.0081787109375
SRDIU,λ<=log n,8192,1,63598,7.763427734375
SRDIU,λ<=log n,8192,1,57494,7.018310546875
SRDIU,λ<=log n,8192,1,58500,7.14111328125
SRDIU,λ<=log n,8192,1,62666,7.649658203125
SRDIU,λ<=log n,8192,1,64309,7.8502197265625
SRDIU,λ<=log n,8192,1,60752,7.416015625
SRDIU,λ<=log n,8192,1,55632,6.791015625
SRDIU,λ<=log n,8192,1,65814,8.033935546875
SRDIU,λ<=log n,8192,1,55652,6.79345703125
SRDIU,λ<=log n,8192,1,57069,6.9664306640625
SRDIU,λ<=log n,8192,1,59151,7.2205810546875
SRDIU,λ<=log n,8192,1,56053,6.8424072265625
SRDIU,λ<=log n,8192,1,60983,7.4442138671875
SRDIU,λ<=log n,8192,1,56048,6.841796875
SRDIU,λ<=log n,8192,1,58180,7.10205078125
SRDIU,λ<=log n,8192,1,58188,7.10302734375
SRDIU,λ<=log n,8192,1,57522,7.021728515625
SRDIU,λ<=log n,8192,1,57006,6.958740234375
SRDIU,λ<=log n,8192,1,60445,7.3785400390625
SRDIU,λ<=log n,8192,1,64740,7.90283203125
SRDIU,λ<=log n,8192,1,60778,7.419189453125
SRDIU,λ<=log n,8192,1,63060,7.69775390625
SRDIU,λ<=log n,8192,1,58702,7.165771484375
SRDIU,λ<=log n,8192,1,63983,7.8104248046875
SRDIU,λ<=log n,8192,1,62268,7.60107421875
SRDIU,λ<=log n,8192,1,59958,7.319091796875
SRDIU,λ<=log n,8192,1,60082,7.334228515625
SRDIU,λ<=log n,8192,1,63706,7.776611328125
SRDIU,λ<=log n,8192,1,61952,7.5625
SRDIU,λ<=log n,8192,1,54829,6.6929931640625
SRDIU,λ<=log n,8192,1,58854,7.184326171875
SRDIU,λ<=log n,8192,1,56650,6.915283203125
SRDIU,λ<=log n,8192,1,57166,6.978271484375
SRDIU,λ<=log n,8192,1,60562,7.392822265625
SRDIU,λ<=log n,8192,1,57178,6.979736328125
SRDIU,λ<=log n,8192,1,58923,7.1927490234375
SRDIU,λ<=log n,8192,1,58651,7.1595458984375
SRDIU,λ<=log n,8192,1,63164,7.71044921875
SRDIU,λ<=log n,8192,1,56892,6.94482421875
SRDIU,λ<=log n,8192,1,56870,6.942138671875
SRDIU,λ<=log n,8192,1,65529,7.9991455078125
SRDIU,λ<=log n,8192,1,58695,7.1649169921875
SRDIU,λ<=log n,8192,1,60151,7.3426513671875
SRDIU,λ<=log n,8192,1,62406,7.617919921875
SRDIU,λ<=log n,8192,1,57611,7.0325927734375
SRDIU,λ<=log n,8192,1,59012,7.20361328125
SRDIU,λ<=log n,8192,1,58563,7.1488037109375
SRDIU,λ<=log n,8192,1,56662,6.916748046875
SRDIU,λ<=log n,8192,1,58831,7.1815185546875
SRDIU,λ<=log n,8192,1,61265,7.4786376953125
SRDIU,λ<=log n,8192,1,61592,7.5185546875
SRDIU,λ<=log n,8192,1,61725,7.5347900390625
SRDIU,λ<=log n,8192,1,57365,7.0025634765625
SRDIU,λ<=log n,8192,1,56648,6.9150390625
SRDIU,λ<=log n,8192,1,64135,7.8289794921875
SRDIU,λ<=log n,8192,1,56937,6.9503173828125
SRDIU,λ<=log n,8192,1,61961,7.5635986328125
SRDIU,λ<=log n,8192,1,59672,7.2841796875
SRDIU,λ<=log n,8192,1,55368,6.7587890625
SRDIU,λ<=log n,8192,1,58617,7.1553955078125
SRDIU,λ<=log n,8192,1,60477,7.3824462890625
SHDIU,λ<=log n,8192,1,55508,6.77587890625
SHDIU,λ<=log n,8192,1,60095,7.3358154296875
SHDIU,λ<=log n,8192,1,56539,6.9017333984375
SHDIU,λ<=log n,8192,1,60912,7.435546875
SHDIU,λ<=log n,8192,1,59891,7.3109130859375
SHDIU,λ<=log n,8192,1,61973,7.5650634765625
SHDIU,λ<=log n,8192,1,58604,7.15380859375
SHDIU,λ<=log n,8192,1,61515,7.5091552734375
SHDIU,λ<=log n,8192,1,56490,6.895751953125
SHDIU,λ<=log n,8192,1,55634,6.791259765625
SHDIU,λ<=log n,8192,1,56929,6.9493408203125
SHDIU,λ<=log n,8192,1,56406,6.885498046875
SHDIU,λ<=log n,8192,1,59998,7.323974609375
SHDIU,λ<=log n,8192,1,60712,7.4111328125
SHDIU,λ<=log n,8192,1,53923,6.5823974609375
SHDIU,λ<=log n,8192,1,53606,6.543701171875
SHDIU,λ<=log n,8192,1,57661,7.0386962890625
SHDIU,λ<=log n,8192,1,54076,6.60107421875
SHDIU,λ<=log n,8192,1,58048,7.0859375
SHDIU,λ<=log n,8192,1,64377,7.8585205078125
SHDIU,λ<=log n,8192,1,60237,7.3531494140625
SHDIU,λ<=log n,8192,1,55752,6.8056640625
SHDIU,λ<=log n,8192,1,56481,6.8946533203125
SHDIU,λ<=log n,8192,1,56232,6.8642578125
SHDIU,λ<=log n,8192,1,64685,7.8961181640625
SHDIU,λ<=log n,8192,1,62648,7.6474609375
SHDIU,λ<=log n,8192,1,55505,6.7755126953125
SHDIU,λ<=log n,8192,1,63772,7.78466796875
SHDIU,λ<=log n,8192,1,61454,7.501708984375
SHDIU,λ<=log n,8192,1,61496,7.5068359375
SHDIU,λ<=log n,8192,1,58560,7.1484375
SHDIU,λ<=log n,8192,1,55211,6.7396240234375
SHDIU,λ<=log n,8192,1,55521,6.7774658203125
SHDIU,λ<=log n,8192,1,56566,6.905029296875
SHDIU,λ<=log n,8192,1,54306,6.629150390625
SHDIU,λ<=log n,8192,1,55295,6.7498779296875
SHDIU,λ<=log n,8192,1,56002,6.836181640625
SHDIU,λ<=log n,8192,1,55379,6.7601318359375
SHDIU,λ<=log n,8192,1,61179,7.4681396484375
SHDIU,λ<=log n,8192,1,58711,7.1668701171875
SHDIU,λ<=log n,8192,1,61151,7.4647216796875
SHDIU,λ<=log n,8192,1,56398,6.884521484375
SHDIU,λ<=log n,8192,1,63184,7.712890625
SHDIU,λ<=log n,8192,1,56797,6.9332275390625
SHDIU,λ<=log n,8192,1,57435,7.0111083984375
SHDIU,λ<=log n,8192,1,54764,6.68505859375
SHDIU,λ<=log n,8192,1,71096,8.6787109375
SHDIU,λ<=log n,8192,1,58435,7.1331787109375
SHDIU,λ<=log n,8192,1,54945,6.7071533203125
SHDIU,λ<=log n,8192,1,70295,8.5809326171875
SHDIU,λ<=log n,8192,1,60190,7.347412109375
SHDIU,λ<=log n,8192,1,57875,7.0648193359375
SHDIU,λ<=log n,8192,1,62235,7.5970458984375
SHDIU,λ<=log n,8192,1,55827,6.8148193359375
SHDIU,λ<=log n,8192,1,57823,7.0584716796875
SHDIU,λ<=log n,8192,1,54613,6.6666259765625
SHDIU,λ<=log n,8192,1,60416,7.375
SHDIU,λ<=log n,8192,1,60439,7.3778076171875
SHDIU,λ<=log n,8192,1,59242,7.231689453125
SHDIU,λ<=log n,8192,1,54576,6.662109375
SHDIU,λ<=log n,8192,1,54482,6.650634765625
SHDIU,λ<=log n,8192,1,55407,6.7635498046875
SHDIU,λ<=log n,8192,1,54829,6.6929931640625
SHDIU,λ<=log n,8192,1,59538,7.267822265625
SHDIU,λ<=log n,8192,1,60315,7.3626708984375
SHDIU,λ<=log n,8192,1,58028,7.08349609375
SHDIU,λ<=log n,8192,1,65761,8.0274658203125
SHDIU,λ<=log n,8192,1,59788,7.29833984375
SHDIU,λ<=log n,8192,1,57322,6.997314453125
SHDIU,λ<=log n,8192,1,57691,7.0423583984375
SHDIU,λ<=log n,8192,1,61054,7.452880859375
SHDIU,λ<=log n,8192,1,55530,6.778564453125
SHDIU,λ<=log n,8192,1,62898,7.677978515625
SHDIU,λ<=log n,8192,1,62363,7.6126708984375
SHDIU,λ<=log n,8192,1,71137,8.6837158203125
SHDIU,λ<=log n,8192,1,59454,7.257568359375
SHDIU,λ<=log n,8192,1,64016,7.814453125
SHDIU,λ<=log n,8192,1,55528,6.7783203125
SHDIU,λ<=log n,8192,1,63657,7.7706298828125
SHDIU,λ<=log n,8192,1,58835,7.1820068359375
SHDIU,λ<=log n,8192,1,55545,6.7803955078125
SHDIU,λ<=log n,8192,1,56547,6.9027099609375
SHDIU,λ<=log n,8192,1,58181,7.1021728515625
SHDIU,λ<=log n,8192,1,55236,6.74267578125
SHDIU,λ<=log n,8192,1,63107,7.7034912109375
SHDIU,λ<=log n,8192,1,58179,7.1019287109375
SHDIU,λ<=log n,8192,1,56657,6.9161376953125
SHDIU,λ<=log n,8192,1,57027,6.9613037109375
SHDIU,λ<=log n,8192,1,62947,7.6839599609375
SHDIU,λ<=log n,8192,1,57926,7.071044921875
SHDIU,λ<=log n,8192,1,58820,7.18017578125
SHDIU,λ<=log n,8192,1,53051,6.4759521484375
SHDIU,λ<=log n,8192,1,56161,6.8555908203125
SHDIU,λ<=log n,8192,1,58617,7.1553955078125
SHDIU,λ<=log n,8192,1,59042,7.207275390625
SHDIU,λ<=log n,8192,1,61115,7.4603271484375
SHDIU,λ<=log n,8192,1,53053,6.4761962890625
SHDIU,λ<=log n,8192,1,52801,6.4454345703125
SHDIU,λ<=log n,8192,1,60077,7.3336181640625
SHLIU,λ<=log n,8192,1,60489,7.3839111328125
SHLIU,λ<=log n,8192,1,61541,7.5123291015625
SHLIU,λ<=log n,8192,1,56354,6.879150390625
SHLIU,λ<=log n,8192,1,61941,7.5611572265625
SHLIU,λ<=log n,8192,1,57728,7.046875
SHLIU,λ<=log n,8192,1,57245,6.9879150390625
SHLIU,λ<=log n,8192,1,56014,6.837646484375
SHLIU,λ<=log n,8192,1,56573,6.9058837890625
SHLIU,λ<=log n,8192,1,59126,7.217529296875
SHLIU,λ<=log n,8192,1,59516,7.26513671875
SHLIU,λ<=log n,8192,1,57080,6.9677734375
SHLIU,λ<=log n,8192,1,57342,6.999755859375
SHLIU,λ<=log n,8192,1,65713,8.0216064453125
SHLIU,λ<=log n,8192,1,57623,7.0340576171875
SHLIU,λ<=log n,8192,1,66500,8.11767578125
SHLIU,λ<=log n,8192,1,56481,6.8946533203125
SHLIU,λ<=log n,8192,1,59987,7.3226318359375
SHLIU,λ<=log n,8192,1,57036,6.96240234375
SHLIU,λ<=log n,8192,1,55970,6.832275390625
SHLIU,λ<=log n,8192,1,56254,6.866943359375
SHLIU,λ<=log n,8192,1,64913,7.9239501953125
SHLIU,λ<=log n,8192,1,59395,7.2503662109375
SHLIU,λ<=log n,8192,1,62306,7.605712890625
SHLIU,λ<=log n,8192,1,58837,7.1822509765625
SHLIU,λ<=log n,8192,1,58987,7.2005615234375
SHLIU,λ<=log n,8192,1,58013,7.0816650390625
SHLIU,λ<=log n,8192,1,61864,7.5517578125
SHLIU,λ<=log n,8192,1,62062,7.575927734375
SHLIU,λ<=log n,8192,1,60000,7.32421875
SHLIU,λ<=log n,8192,1,60027,7.3275146484375
SHLIU,λ<=log n,8192,1,54622,6.667724609375
SHLIU,λ<=log n,8192,1,62112,7.58203125
SHLIU,λ<=log n,8192,1,57979,7.0775146484375
SHLIU,λ<=log n,8192,1,61259,7.4779052734375
SHLIU,λ<=log n,8192,1,58955,7.1966552734375
SHLIU,λ<=log n,8192,1,68745,8.3917236328125
SHLIU,λ<=log n,8192,1,70979,8.6644287109375
SHLIU,λ<=log n,8192,1,54575,6.6619873046875
SHLIU,λ<=log n,8192,1,61471,7.5037841796875
SHLIU,λ<=log n,8192,1,65776,8.029296875
SHLIU,λ<=log n,8192,1,57482,7.016845703125
SHLIU,λ<=log n,8192,1,62787,7.6644287109375
SHLIU,λ<=log n,8192,1,63568,7.759765625
SHLIU,λ<=log n,8192,1,60828,7.42529296875
SHLIU,λ<=log n,8192,1,58973,7.1988525390625
SHLIU,λ<=log n,8192,1,56466,6.892822265625
SHLIU,λ<=log n,8192,1,54883,6.6995849609375
SHLIU,λ<=log n,8192,1,63889,7.7989501953125
SHLIU,λ<=log n,8192,1,64043,7.8177490234375
SHLIU,λ<=log n,8192,1,65191,7.9578857421875
SHLIU,λ<=log n,8192,1,57425,7.0098876953125
SHLIU,λ<=log n,8192,1,78146,9.539306640625
SHLIU,λ<=log n,8192,1,55978,6.833251953125
SHLIU,λ<=log n,8192,1,60767,7.4178466796875
SHLIU,λ<=log n,8192,1,60562,7.392822265625
SHLIU,λ<=log n,8192,1,53243,6.4993896484375
SHLIU,λ<=log n,8192,1,60001,7.3243408203125
SHLIU,λ<=log n,8192,1,59895,7.3114013671875
SHLIU,λ<=log n,8192,1,55426,6.765869140625
SHLIU,λ<=log n,8192,1,57909,7.0689697265625
SHLIU,λ<=log n,8192,1,57757,7.0504150390625
SHLIU,λ<=log n,8192,1,57762,7.051025390625
SHLIU,λ<=log n,8192,1,58441,7.1339111328125
SHLIU,λ<=log n,8192,1,62958,7.685302734375
SHLIU,λ<=log n,8192,1,58226,7.107666015625
SHLIU,λ<=log n,8192,1,61808,7.544921875
SHLIU,λ<=log n,8192,1,55350,6.756591796875
SHLIU,λ<=log n,8192,1,54228,6.61962890625
SHLIU,λ<=log n,8192,1,54876,6.69873046875
SHLIU,λ<=log n,8192,1,59922,7.314697265625
SHLIU,λ<=log n,8192,1,56031,6.8397216796875
SHLIU,λ<=log n,8192,1,62693,7.6529541015625
SHLIU,λ<=log n,8192,1,55932,6.82763671875
SHLIU,λ<=log n,8192,1,59957,7.3189697265625
SHLIU,λ<=log n,8192,1,64063,7.8201904296875
SHLIU,λ<=log n,8192,1,57534,7.023193359375
SHLIU,λ<=log n,8192,1,70016,8.546875
SHLIU,λ<=log n,8192,1,69481,8.4815673828125
SHLIU,λ<=log n,8192,1,58563,7.1488037109375
SHLIU,λ<=log n,8192,1,57029,6.9615478515625
SHLIU,λ<=log n,8192,1,75091,9.1663818359375
SHLIU,λ<=log n,8192,1,60949,7.4400634765625
SHLIU,λ<=log n,8192,1,59144,7.2197265625
SHLIU,λ<=log n,8192,1,56472,6.8935546875
SHLIU,λ<=log n,8192,1,59251,7.2327880859375
SHLIU,λ<=log n,8192,1,62121,7.5831298828125
SHLIU,λ<=log n,8192,1,54955,6.7083740234375
SHLIU,λ<=log n,8192,1,60810,7.423095703125
SHLIU,λ<=log n,8192,1,64017,7.8145751953125
SHLIU,λ<=log n,8192,1,61069,7.4547119140625
SHLIU,λ<=log n,8192,1,52962,6.465087890625
SHLIU,λ<=log n,8192,1,61062,7.453857421875
SHLIU,λ<=log n,8192,1,71301,8.7037353515625
SHLIU,λ<=log n,8192,1,56558,6.904052734375
SHLIU,λ<=log n,8192,1,58958,7.197021484375
SHLIU,λ<=log n,8192,1,57815,7.0574951171875
SHLIU,λ<=log n,8192,1,53884,6.57763671875
SHLIU,λ<=log n,8192,1,61579,7.5169677734375
SHLIU,λ<=log n,8192,1,61094,7.457763671875
SRLIU,λ<=log n,8192,1,66028,8.06005859375
SRLIU,λ<=log n,8192,1,71236,8.69580078125
SRLIU,λ<=log n,8192,1,65376,7.98046875
SRLIU,λ<=log n,8192,1,63214,7.716552734375
SRLIU,λ<=log n,8192,1,65302,7.971435546875
SRLIU,λ<=log n,8192,1,63352,7.7333984375
SRLIU,λ<=log n,8192,1,63904,7.80078125
SRLIU,λ<=log n,8192,1,62582,7.639404296875
SRLIU,λ<=log n,8192,1,62245,7.5982666015625
SRLIU,λ<=log n,8192,1,65774,8.029052734375
SRLIU,λ<=log n,8192,1,69675,8.5052490234375
SRLIU,λ<=log n,8192,1,66848,8.16015625
SRLIU,λ<=log n,8192,1,69010,8.424072265625
SRLIU,λ<=log n,8192,1,71079,8.6766357421875
SRLIU,λ<=log n,8192,1,60759,7.4168701171875
SRLIU,λ<=log n,8192,1,65506,7.996337890625
SRLIU,λ<=log n,8192,1,72654,8.868896484375
SRLIU,λ<=log n,8192,1,64968,7.9306640625
SRLIU,λ<=log n,8192,1,64179,7.8343505859375
SRLIU,λ<=log n,8192,1,67408,8.228515625
SRLIU,λ<=log n,8192,1,71453,8.7222900390625
SRLIU,λ<=log n,8192,1,64471,7.8699951171875
SRLIU,λ<=log n,8192,1,61678,7.529052734375
SRLIU,λ<=log n,8192,1,62054,7.574951171875
SRLIU,λ<=log n,8192,1,68849,8.4044189453125
SRLIU,λ<=log n,8192,1,65097,7.9464111328125
SRLIU,λ<=log n,8192,1,64502,7.873779296875
SRLIU,λ<=log n,8192,1,64213,7.8385009765625
SRLIU,λ<=log n,8192,1,68720,8.388671875
SRLIU,λ<=log n,8192,1,62860,7.67333984375
SRLIU,λ<=log n,8192,1,61803,7.5443115234375
SRLIU,λ<=log n,8192,1,66610,8.131103515625
SRLIU,λ<=log n,8192,1,69016,8.4248046875
SRLIU,λ<=log n,8192,1,61757,7.5386962890625
SRLIU,λ<=log n,8192,1,66661,8.1373291015625
SRLIU,λ<=log n,8192,1,71156,8.68603515625
SRLIU,λ<=log n,8192,1,67614,8.253662109375
SRLIU,λ<=log n,8192,1,61513,7.5089111328125
SRLIU,λ<=log n,8192,1,63315,7.7288818359375
SRLIU,λ<=log n,8192,1,67411,8.2288818359375
SRLIU,λ<=log n,8192,1,65332,7.97509765625
SRLIU,λ<=log n,8192,1,77866,9.505126953125
SRLIU,λ<=log n,8192,1,68985,8.4210205078125
SRLIU,λ<=log n,8192,1,65082,7.944580078125
SRLIU,λ<=log n,8192,1,65410,7.984619140625
SRLIU,λ<=log n,8192,1,67777,8.2735595703125
SRLIU,λ<=log n,8192,1,71612,8.74169921875
SRLIU,λ<=log n,8192,1,68455,8.3563232421875
SRLIU,λ<=log n,8192,1,61409,7.4962158203125
SRLIU,λ<=log n,8192,1,61467,7.5032958984375
SRLIU,λ<=log n,8192,1,64816,7.912109375
SRLIU,λ<=log n,8192,1,61605,7.5201416015625
SRLIU,λ<=log n,8192,1,67122,8.193603515625
SRLIU,λ<=log n,8192,1,64004,7.81298828125
SRLIU,λ<=log n,8192,1,68306,8.338134765625
SRLIU,λ<=log n,8192,1,62482,7.627197265625
SRLIU,λ<=log n,8192,1,68338,8.342041015625
SRLIU,λ<=log n,8192,1,60388,7.37158203125
SRLIU,λ<=log n,8192,1,64057,7.8194580078125
SRLIU,λ<=log n,8192,1,65844,8.03759765625
SRLIU,λ<=log n,8192,1,75577,9.2257080078125
SRLIU,λ<=log n,8192,1,65818,8.034423828125
SRLIU,λ<=log n,8192,1,60173,7.3453369140625
SRLIU,λ<=log n,8192,1,63155,7.7093505859375
SRLIU,λ<=log n,8192,1,60823,7.4246826171875
SRLIU,λ<=log n,8192,1,67202,8.203369140625
SRLIU,λ<=log n,8192,1,62707,7.6546630859375
SRLIU,λ<=log n,8192,1,65209,7.9600830078125
SRLIU,λ<=log n,8192,1,60599,7.3973388671875
SRLIU,λ<=log n,8192,1,62486,7.627685546875
SRLIU,λ<=log n,8192,1,66376,8.1025390625
SRLIU,λ<=log n,8192,1,74566,9.102294921875
SRLIU,λ<=log n,8192,1,69589,8.4947509765625
SRLIU,λ<=log n,8192,1,64875,7.9193115234375
SRLIU,λ<=log n,8192,1,63207,7.7156982421875
SRLIU,λ<=log n,8192,1,64139,7.8294677734375
SRLIU,λ<=log n,8192,1,63233,7.7188720703125
SRLIU,λ<=log n,8192,1,61170,7.467041015625
SRLIU,λ<=log n,8192,1,67857,8.2833251953125
SRLIU,λ<=log n,8192,1,67176,8.2001953125
SRLIU,λ<=log n,8192,1,66914,8.168212890625
SRLIU,λ<=log n,8192,1,62935,7.6824951171875
SRLIU,λ<=log n,8192,1,65494,7.994873046875
SRLIU,λ<=log n,8192,1,58455,7.1356201171875
SRLIU,λ<=log n,8192,1,61257,7.4776611328125
SRLIU,λ<=log n,8192,1,67258,8.210205078125
SRLIU,λ<=log n,8192,1,70428,8.59716796875
SRLIU,λ<=log n,8192,1,63549,7.7574462890625
SRLIU,λ<=log n,8192,1,64583,7.8836669921875
SRLIU,λ<=log n,8192,1,61030,7.449951171875
SRLIU,λ<=log n,8192,1,64389,7.8599853515625
SRLIU,λ<=log n,8192,1,70368,8.58984375
SRLIU,λ<=log n,8192,1,62947,7.6839599609375
SRLIU,λ<=log n,8192,1,63773,7.7847900390625
SRLIU,λ<=log n,8192,1,62533,7.6334228515625
SRLIU,λ<=log n,8192,1,64258,7.843994140625
SRLIU,λ<=log n,8192,1,63559,7.7586669921875
SRLIU,λ<=log n,8192,1,63215,7.7166748046875
SRLIU,λ<=log n,8192,1,69910,8.533935546875
SRLIU,λ<=log n,8192,1,66306,8.093994140625
SSLIU,λ<=log n,8192,1,90484,11.04541015625
SSLIU,λ<=log n,8192,1,89819,10.9642333984375
SSLIU,λ<=log n,8192,1,90077,10.9957275390625
SSLIU,λ<=log n,8192,1,83177,10.1534423828125
SSLIU,λ<=log n,8192,1,89645,10.9429931640625
SSLIU,λ<=log n,8192,1,89328,10.904296875
SSLIU,λ<=log n,8192,1,92993,11.3516845703125
SSLIU,λ<=log n,8192,1,92965,11.3482666015625
SSLIU,λ<=log n,8192,1,89456,10.919921875
SSLIU,λ<=log n,8192,1,89818,10.964111328125
SSLIU,λ<=log n,8192,1,92384,11.27734375
SSLIU,λ<=log n,8192,1,88086,10.752685546875
SSLIU,λ<=log n,8192,1,95871,11.7030029296875
SSLIU,λ<=log n,8192,1,92621,11.3062744140625
SSLIU,λ<=log n,8192,1,99183,12.1072998046875
SSLIU,λ<=log n,8192,1,86909,10.6090087890625
SSLIU,λ<=log n,8192,1,97460,11.89697265625
SSLIU,λ<=log n,8192,1,87220,10.64697265625
SSLIU,λ<=log n,8192,1,92191,11.2537841796875
SSLIU,λ<=log n,8192,1,87952,10.736328125
SSLIU,λ<=log n,8192,1,82178,10.031494140625
SSLIU,λ<=log n,8192,1,97040,11.845703125
SSLIU,λ<=log n,8192,1,95133,11.6129150390625
SSLIU,λ<=log n,8192,1,93698,11.437744140625
SSLIU,λ<=log n,8192,1,84200,10.2783203125
SSLIU,λ<=log n,8192,1,89257,10.8956298828125
SSLIU,λ<=log n,8192,1,90475,11.0443115234375
SSLIU,λ<=log n,8192,1,90549,11.0533447265625
SSLIU,λ<=log n,8192,1,102549,12.5181884765625
SSLIU,λ<=log n,8192,1,85777,10.4708251953125
SSLIU,λ<=log n,8192,1,95277,11.6304931640625
SSLIU,λ<=log n,8192,1,100194,12.230712890625
SSLIU,λ<=log n,8192,1,90098,10.998291015625
SSLIU,λ<=log n,8192,1,90967,11.1043701171875
SSLIU,λ<=log n,8192,1,82630,10.086669921875
SSLIU,λ<=log n,8192,1,82353,10.0528564453125
SSLIU,λ<=log n,8192,1,85652,10.45556640625
SSLIU,λ<=log n,8192,1,98787,12.0589599609375
SSLIU,λ<=log n,8192,1,93758,11.445068359375
SSLIU,λ<=log n,8192,1,94506,11.536376953125
SSLIU,λ<=log n,8192,1,82201,10.0343017578125
SSLIU,λ<=log n,8192,1,87067,10.6282958984375
SSLIU,λ<=log n,8192,1,89890,10.972900390625
SSLIU,λ<=log n,8192,1,106625,13.0157470703125
SSLIU,λ<=log n,8192,1,85359,10.4197998046875
SSLIU,λ<=log n,8192,1,83849,10.2354736328125
SSLIU,λ<=log n,8192,1,80305,9.8028564453125
SSLIU,λ<=log n,8192,1,90693,11.0709228515625
SSLIU,λ<=log n,8192,1,97517,11.9039306640625
SSLIU,λ<=log n,8192,1,89650,10.943603515625
SSLIU,λ<=log n,8192,1,89482,10.923095703125
SSLIU,λ<=log n,8192,1,92332,11.27099609375
SSLIU,λ<=log n,8192,1,90498,11.047119140625
SSLIU,λ<=log n,8192,1,88566,10.811279296875
SSLIU,λ<=log n,8192,1,100915,12.3187255859375
SSLIU,λ<=log n,8192,1,91814,11.207763671875
SSLIU,λ<=log n,8192,1,105698,12.902587890625
SSLIU,λ<=log n,8192,1,83352,10.1748046875
SSLIU,λ<=log n,8192,1,89185,10.8868408203125
SSLIU,λ<=log n,8192,1,99427,12.1370849609375
SSLIU,λ<=log n,8192,1,91858,11.213134765625
SSLIU,λ<=log n,8192,1,86005,10.4986572265625
SSLIU,λ<=log n,8192,1,88093,10.7535400390625
SSLIU,λ<=log n,8192,1,85803,10.4739990234375
SSLIU,λ<=log n,8192,1,85582,10.447021484375
SSLIU,λ<=log n,8192,1,91468,11.16552734375
SSLIU,λ<=log n,8192,1,88077,10.7515869140625
SSLIU,λ<=log n,8192,1,89199,10.8885498046875
SSLIU,λ<=log n,8192,1,92551,11.2977294921875
SSLIU,λ<=log n,8192,1,96075,11.7279052734375
SSLIU,λ<=log n,8192,1,89046,10.869873046875
SSLIU,λ<=log n,8192,1,90213,11.0123291015625
SSLIU,λ<=log n,8192,1,91934,11.222412109375
SSLIU,λ<=log n,8192,1,95290,11.632080078125
SSLIU,λ<=log n,8192,1,92146,11.248291015625
SSLIU,λ<=log n,8192,1,82116,10.02392578125
SSLIU,λ<=log n,8192,1,93092,11.36376953125
SSLIU,λ<=log n,8192,1,88968,10.8603515625
SSLIU,λ<=log n,8192,1,92215,11.2567138671875
SSLIU,λ<=log n,8192,1,100343,12.2489013671875
SSLIU,λ<=log n,8192,1,92454,11.285888671875
SSLIU,λ<=log n,8192,1,84173,10.2750244140625
SSLIU,λ<=log n,8192,1,87541,10.6861572265625
SSLIU,λ<=log n,8192,1,83501,10.1929931640625
SSLIU,λ<=log n,8192,1,92330,11.270751953125
SSLIU,λ<=log n,8192,1,92982,11.350341796875
SSLIU,λ<=log n,8192,1,88625,10.8184814453125
SSLIU,λ<=log n,8192,1,91155,11.1273193359375
SSLIU,λ<=log n,8192,1,92228,11.25830078125
SSLIU,λ<=log n,8192,1,85216,10.40234375
SSLIU,λ<=log n,8192,1,96338,11.760009765625
SSLIU,λ<=log n,8192,1,87540,10.68603515625
SSLIU,λ<=log n,8192,1,105335,12.8582763671875
SSLIU,λ<=log n,8192,1,83240,10.1611328125
SSLIU,λ<=log n,8192,1,89849,10.9678955078125
SSLIU,λ<=log n,8192,1,88984,10.8623046875
SSLIU,λ<=log n,8192,1,81484,9.94677734375
SSLIU,λ<=log n,8192,1,95438,11.650146484375
SSLIU,λ<=log n,8192,1,92343,11.2723388671875
SSLIU,λ<=log n,8192,1,86636,10.57568359375